TPTP Axioms File: BIO001+0.ax
%------------------------------------------------------------------------------
% File : BIO001+0 : TPTP v8.2.0. Bugfixed v6.4.1.
% Domain : Biology
% Axioms : Textbook biology
% Version : [Wes13] axioms : Especial.
% English :
% Refs : [CDI13] Chaudri et al. (2013), Three Lessons in Creating a Kno
% : [Wes13] Wessel (2013), Email to G. Sutcliffe
% Source : [Wes13]
% Names :
% Status : Satisfiable
% Syntax : Number of formulae : 9160 ( 714 unt; 0 def)
% Number of atoms : 374190 (121152 equ)
% Maximal formula atoms : 4681 ( 40 avg)
% Number of connectives : 395266 (30236 ~; 46 |;356538 &)
% ( 0 <=>;8446 =>; 0 <=; 0 <~>)
% Maximal formula depth : 4682 ( 42 avg)
% Maximal term depth : 3 ( 2 avg)
% Number of predicates : 7015 (7014 usr; 0 prp; 1-4 aty)
% Number of functors : 73904 (73471 usr;30402 con; 0-1 aty)
% Number of variables : 11118 (11118 !; 0 ?)
% SPC : FOF_SAT_RFO_SEQ
% Comments : This work is owned by Vulcan Inc. and is licensed for use under
% the Creative Commons Attribution-NonCommerical-ShareAlike 3.0
% license % (http://creativecommons.org/licenses/by-nc-sa/3.0/).
% Vulcan Inc., June 2013
% Bugfixes : v6.4.1 - Double quoted numbers.
%------------------------------------------------------------------------------
fof(a524656,axiom,
acceptance_constant_1(rejected_0) ).
fof(a524657,axiom,
acceptance_constant_1(accepted_0) ).
fof(a524658,axiom,
activation_constant_1(inactive_0) ).
fof(a524659,axiom,
activation_constant_1(active_0) ).
fof(a524660,axiom,
age_constant_1(elderly_0) ).
fof(a524661,axiom,
age_constant_1(middle_aged_0) ).
fof(a524662,axiom,
age_constant_1(adolescent_0) ).
fof(a524663,axiom,
age_constant_1(teenage_0) ).
fof(a524664,axiom,
age_constant_1(juvenile_0) ).
fof(a524665,axiom,
age_constant_1(young_0) ).
fof(a524666,axiom,
animacy_constant_1(not_animate_0) ).
fof(a524667,axiom,
animacy_constant_1(animate_0) ).
fof(a524668,axiom,
breakability_constant_1(unbreakable_0) ).
fof(a524669,axiom,
breakability_constant_1(delicate_0) ).
fof(a524670,axiom,
breakability_constant_1(brittle_0) ).
fof(a524671,axiom,
breakability_constant_1(fragile_0) ).
fof(a524672,axiom,
breakability_constant_1(breakable_0) ).
fof(a524673,axiom,
brightness_constant_1(dark_0) ).
fof(a524674,axiom,
brightness_constant_1(dim_0) ).
fof(a524675,axiom,
brightness_constant_1(bright_0) ).
fof(a524676,axiom,
brightness_constant_1(blinding_0) ).
fof(a524677,axiom,
capacity_constant_1(capacious_0) ).
fof(a524678,axiom,
capacity_constant_1(roomy_0) ).
fof(a524679,axiom,
capacity_constant_1(unlimited_0) ).
fof(a524680,axiom,
capacity_constant_1(none_0) ).
fof(a524681,axiom,
color_constant_1(bluegreen_0) ).
fof(a524682,axiom,
color_constant_1(olivegreen_0) ).
fof(a524683,axiom,
color_constant_1(yellowgreen_0) ).
fof(a524684,axiom,
color_constant_1(whitesmoke_0) ).
fof(a524685,axiom,
color_constant_1(wheat_0) ).
fof(a524686,axiom,
color_constant_1(violetred_0) ).
fof(a524687,axiom,
color_constant_1(violet_0) ).
fof(a524688,axiom,
color_constant_1(turquoise_0) ).
fof(a524689,axiom,
color_constant_1(tomato_0) ).
fof(a524690,axiom,
color_constant_1(thistle_0) ).
fof(a524691,axiom,
color_constant_1(tan_0) ).
fof(a524692,axiom,
color_constant_1(steelblue_0) ).
fof(a524693,axiom,
color_constant_1(springgreen_0) ).
fof(a524694,axiom,
color_constant_1(snow_0) ).
fof(a524695,axiom,
color_constant_1(slategray_0) ).
fof(a524696,axiom,
color_constant_1(slateblue_0) ).
fof(a524697,axiom,
color_constant_1(skyblue_0) ).
fof(a524698,axiom,
color_constant_1(sienna_0) ).
fof(a524699,axiom,
color_constant_1(seashell_0) ).
fof(a524700,axiom,
color_constant_1(seagreen_0) ).
fof(a524701,axiom,
color_constant_1(sandybrown_0) ).
fof(a524702,axiom,
color_constant_1(salmon_0) ).
fof(a524703,axiom,
color_constant_1(saddlebrown_0) ).
fof(a524704,axiom,
color_constant_1(royalblue_0) ).
fof(a524705,axiom,
color_constant_1(rosybrown_0) ).
fof(a524706,axiom,
color_constant_1(powderblue_0) ).
fof(a524707,axiom,
color_constant_1(plum_0) ).
fof(a524708,axiom,
color_constant_1(peru_0) ).
fof(a524709,axiom,
color_constant_1(peachpuff_0) ).
fof(a524710,axiom,
color_constant_1(papayawhip_0) ).
fof(a524711,axiom,
color_constant_1(palevioletred_0) ).
fof(a524712,axiom,
color_constant_1(paleturquoise_0) ).
fof(a524713,axiom,
color_constant_1(palegreen_0) ).
fof(a524714,axiom,
color_constant_1(palegoldenrod_0) ).
fof(a524715,axiom,
color_constant_1(orchid_0) ).
fof(a524716,axiom,
color_constant_1(orangered_0) ).
fof(a524717,axiom,
color_constant_1(olivedrab_0) ).
fof(a524718,axiom,
color_constant_1(oldlace_0) ).
fof(a524719,axiom,
color_constant_1(mavajowhite_0) ).
fof(a524720,axiom,
color_constant_1(moccasin_0) ).
fof(a524721,axiom,
color_constant_1(mistyrose_0) ).
fof(a524722,axiom,
color_constant_1(mintcream_0) ).
fof(a524723,axiom,
color_constant_1(midnightblue_0) ).
fof(a524724,axiom,
color_constant_1(mediumvioletred_0) ).
fof(a524725,axiom,
color_constant_1(mediumturquoise_0) ).
fof(a524726,axiom,
color_constant_1(mediumspringgreen_0) ).
fof(a524727,axiom,
color_constant_1(mediumslateblue_0) ).
fof(a524728,axiom,
color_constant_1(mediumseagreen_0) ).
fof(a524729,axiom,
color_constant_1(mediumpurple_0) ).
fof(a524730,axiom,
color_constant_1(mediumorchid_0) ).
fof(a524731,axiom,
color_constant_1(mediumblue_0) ).
fof(a524732,axiom,
color_constant_1(mediumaquamarine_0) ).
fof(a524733,axiom,
color_constant_1(magenta_0) ).
fof(a524734,axiom,
color_constant_1(linen_0) ).
fof(a524735,axiom,
color_constant_1(limegreen_0) ).
fof(a524736,axiom,
color_constant_1(lightyellow_0) ).
fof(a524737,axiom,
color_constant_1(lightsteelblue_0) ).
fof(a524738,axiom,
color_constant_1(lightslategray_0) ).
fof(a524739,axiom,
color_constant_1(lightslateblue_0) ).
fof(a524740,axiom,
color_constant_1(lightskyblue_0) ).
fof(a524741,axiom,
color_constant_1(lightseagreen_0) ).
fof(a524742,axiom,
color_constant_1(lightsalmon_0) ).
fof(a524743,axiom,
color_constant_1(lightpink_0) ).
fof(a524744,axiom,
color_constant_1(lightgreen_0) ).
fof(a524745,axiom,
color_constant_1(lightgrey_0) ).
fof(a524746,axiom,
color_constant_1(lightgoldenrodyellow_0) ).
fof(a524747,axiom,
color_constant_1(lightcyan_0) ).
fof(a524748,axiom,
color_constant_1(lightcoral_0) ).
fof(a524749,axiom,
color_constant_1(lightblue_0) ).
fof(a524750,axiom,
color_constant_1(lemonchiffon_0) ).
fof(a524751,axiom,
color_constant_1(lawngreen_0) ).
fof(a524752,axiom,
color_constant_1(lavenderblush_0) ).
fof(a524753,axiom,
color_constant_1(lavender_0) ).
fof(a524754,axiom,
color_constant_1(khaki_0) ).
fof(a524755,axiom,
color_constant_1(ivory_0) ).
fof(a524756,axiom,
color_constant_1(indigo_0) ).
fof(a524757,axiom,
color_constant_1(indianred_0) ).
fof(a524758,axiom,
color_constant_1(hotpink_0) ).
fof(a524759,axiom,
color_constant_1(honeydew_0) ).
fof(a524760,axiom,
color_constant_1(greenyellow_0) ).
fof(a524761,axiom,
color_constant_1(goldenrod_0) ).
fof(a524762,axiom,
color_constant_1(gold_0) ).
fof(a524763,axiom,
color_constant_1(ghostwhite_0) ).
fof(a524764,axiom,
color_constant_1(gainsboro_0) ).
fof(a524765,axiom,
color_constant_1(forestgreen_0) ).
fof(a524766,axiom,
color_constant_1(floralwhite_0) ).
fof(a524767,axiom,
color_constant_1(firebrick_0) ).
fof(a524768,axiom,
color_constant_1(feldspar_0) ).
fof(a524769,axiom,
color_constant_1(dodgerblue_0) ).
fof(a524770,axiom,
color_constant_1(dimgray_0) ).
fof(a524771,axiom,
color_constant_1(deepskyblue_0) ).
fof(a524772,axiom,
color_constant_1(deeppink_0) ).
fof(a524773,axiom,
color_constant_1(darkviolet_0) ).
fof(a524774,axiom,
color_constant_1(darkturquoise_0) ).
fof(a524775,axiom,
color_constant_1(darkslategray_0) ).
fof(a524776,axiom,
color_constant_1(darkslateblue_0) ).
fof(a524777,axiom,
color_constant_1(darkseagreen_0) ).
fof(a524778,axiom,
color_constant_1(darksalmon_0) ).
fof(a524779,axiom,
color_constant_1(darkred_0) ).
fof(a524780,axiom,
color_constant_1(darkorchid_0) ).
fof(a524781,axiom,
color_constant_1(darkorange_0) ).
fof(a524782,axiom,
color_constant_1(darkolivegreen_0) ).
fof(a524783,axiom,
color_constant_1(darkmagenta_0) ).
fof(a524784,axiom,
color_constant_1(darkkhaki_0) ).
fof(a524785,axiom,
color_constant_1(darkgreen_0) ).
fof(a524786,axiom,
color_constant_1(darkgray_0) ).
fof(a524787,axiom,
color_constant_1(darkgoldenrod_0) ).
fof(a524788,axiom,
color_constant_1(darkcyan_0) ).
fof(a524789,axiom,
color_constant_1(darkblue_0) ).
fof(a524790,axiom,
color_constant_1(cyan_0) ).
fof(a524791,axiom,
color_constant_1(crimson_0) ).
fof(a524792,axiom,
color_constant_1(cornsilk_0) ).
fof(a524793,axiom,
color_constant_1(cornflowerblue_0) ).
fof(a524794,axiom,
color_constant_1(coral_0) ).
fof(a524795,axiom,
color_constant_1(chocolate_0) ).
fof(a524796,axiom,
color_constant_1(chartreuse_0) ).
fof(a524797,axiom,
color_constant_1(cadetblue_0) ).
fof(a524798,axiom,
color_constant_1(burlywood_0) ).
fof(a524799,axiom,
color_constant_1(blueviolet_0) ).
fof(a524800,axiom,
color_constant_1(blanchedalmond_0) ).
fof(a524801,axiom,
color_constant_1(bisque_0) ).
fof(a524802,axiom,
color_constant_1(beige_0) ).
fof(a524803,axiom,
color_constant_1(azure_0) ).
fof(a524804,axiom,
color_constant_1(aquamarine_0) ).
fof(a524805,axiom,
color_constant_1(antiquewhite_0) ).
fof(a524806,axiom,
color_constant_1(aliceblue_0) ).
fof(a524807,axiom,
color_constant_1(teal_0) ).
fof(a524808,axiom,
color_constant_1(olive_0) ).
fof(a524809,axiom,
color_constant_1(navy_0) ).
fof(a524810,axiom,
color_constant_1(maroon_0) ).
fof(a524811,axiom,
color_constant_1(lime_0) ).
fof(a524812,axiom,
color_constant_1(fuchsia_0) ).
fof(a524813,axiom,
color_constant_1(aqua_0) ).
fof(a524814,axiom,
color_constant_1(hazel_0) ).
fof(a524815,axiom,
color_constant_1(silver_0) ).
fof(a524816,axiom,
color_constant_1(redhead_0) ).
fof(a524817,axiom,
color_constant_1(brunette_0) ).
fof(a524818,axiom,
color_constant_1(blonde_0) ).
fof(a524819,axiom,
color_constant_1(blond_0) ).
fof(a524820,axiom,
color_constant_1(auburn_0) ).
fof(a524821,axiom,
color_constant_1(colorless_0) ).
fof(a524822,axiom,
color_constant_1(gray_0) ).
fof(a524823,axiom,
color_constant_1(white_0) ).
fof(a524824,axiom,
color_constant_1(black_0) ).
fof(a524825,axiom,
color_constant_1(brown_0) ).
fof(a524826,axiom,
color_constant_1(pink_0) ).
fof(a524827,axiom,
color_constant_1(purple_0) ).
fof(a524828,axiom,
color_constant_1(orange_0) ).
fof(a524829,axiom,
color_constant_1(green_0) ).
fof(a524830,axiom,
color_constant_1(yellow_0) ).
fof(a524831,axiom,
color_constant_1(blue_0) ).
fof(a524832,axiom,
color_constant_1(red_0) ).
fof(a524833,axiom,
consistency_constant_1(fleshy_0) ).
fof(a524834,axiom,
consistency_constant_1(elastic_0) ).
fof(a524835,axiom,
consistency_constant_1(soft_0) ).
fof(a524836,axiom,
consistency_constant_1(hard_0) ).
fof(a524837,axiom,
consistency_constant_1(boney_0) ).
fof(a524838,axiom,
consistency_constant_1(stony_0) ).
fof(a524839,axiom,
consistency_constant_1(rocky_0) ).
fof(a524840,axiom,
consistency_constant_1(granitic_0) ).
fof(a524841,axiom,
consistency_constant_1(crystalline_0) ).
fof(a524842,axiom,
consistency_constant_1(glassy_0) ).
fof(a524843,axiom,
consistency_constant_1(grainy_0) ).
fof(a524844,axiom,
consistency_constant_1(gritty_0) ).
fof(a524845,axiom,
day_constant_1(saturday_0) ).
fof(a524846,axiom,
day_constant_1(friday_0) ).
fof(a524847,axiom,
day_constant_1(thursday_0) ).
fof(a524848,axiom,
day_constant_1(wednesday_0) ).
fof(a524849,axiom,
day_constant_1(tuesday_0) ).
fof(a524850,axiom,
day_constant_1(monday_0) ).
fof(a524851,axiom,
day_constant_1(sunday_0) ).
fof(a524852,axiom,
density_constant_1(loose_0) ).
fof(a524853,axiom,
density_constant_1(rare_0) ).
fof(a524854,axiom,
density_constant_1(dense_0) ).
fof(a524855,axiom,
depth_constant_1(shallow_0) ).
fof(a524856,axiom,
dimension_constant_1(three_dimensional_0) ).
fof(a524857,axiom,
dimension_constant_1(two_dimensional_0) ).
fof(a524858,axiom,
dimension_constant_1(one_dimensional_0) ).
fof(a524859,axiom,
direction_constant_1(forward_0) ).
fof(a524860,axiom,
angle_constant_1(straight_0) ).
fof(a524861,axiom,
direction_constant_1(straight_0) ).
fof(a524862,axiom,
angle_constant_1(reflex_0) ).
fof(a524863,axiom,
direction_constant_1(reflex_0) ).
fof(a524864,axiom,
angle_constant_1(obtuse_0) ).
fof(a524865,axiom,
direction_constant_1(obtuse_0) ).
fof(a524866,axiom,
angle_constant_1(acute_0) ).
fof(a524867,axiom,
direction_constant_1(acute_0) ).
fof(a524868,axiom,
direction_constant_1(outward_0) ).
fof(a524869,axiom,
direction_constant_1(inward_0) ).
fof(a524870,axiom,
direction_constant_1(backward_0) ).
fof(a524871,axiom,
direction_constant_1(transversal_0) ).
fof(a524872,axiom,
direction_constant_1(lateral_0) ).
fof(a524873,axiom,
direction_constant_1(northnorthwest_0) ).
fof(a524874,axiom,
direction_constant_1(northnortheast_0) ).
fof(a524875,axiom,
direction_constant_1(northeast_0) ).
fof(a524876,axiom,
direction_constant_1(eastnortheast_0) ).
fof(a524877,axiom,
direction_constant_1(eastsoutheast_0) ).
fof(a524878,axiom,
direction_constant_1(southeast_0) ).
fof(a524879,axiom,
direction_constant_1(southsoutheast_0) ).
fof(a524880,axiom,
direction_constant_1(southsouthwest_0) ).
fof(a524881,axiom,
direction_constant_1(southwest_0) ).
fof(a524882,axiom,
direction_constant_1(westsouthwest_0) ).
fof(a524883,axiom,
direction_constant_1(westnorthwest_0) ).
fof(a524884,axiom,
direction_constant_1(northwest_0) ).
fof(a524885,axiom,
direction_constant_1(down_0) ).
fof(a524886,axiom,
direction_constant_1(up_0) ).
fof(a524887,axiom,
direction_constant_1(east_0) ).
fof(a524888,axiom,
direction_constant_1(west_0) ).
fof(a524889,axiom,
direction_constant_1(south_0) ).
fof(a524890,axiom,
direction_constant_1(north_0) ).
fof(a524891,axiom,
distance_constant_1(far_0) ).
fof(a524892,axiom,
distance_constant_1(near_0) ).
fof(a524893,axiom,
duration_constant_1(brief_0) ).
fof(a524894,axiom,
duration_constant_1(forever_0) ).
fof(a524895,axiom,
energy_constant_1(negative_energy_0) ).
fof(a524896,axiom,
energy_constant_1(positive_energy_0) ).
fof(a524897,axiom,
fertility_constant_1(sterile_0) ).
fof(a524898,axiom,
fertility_constant_1(fertile_0) ).
fof(a524899,axiom,
flexibility_constant_1(semi_rigid_0) ).
fof(a524900,axiom,
flexibility_constant_1(rigid_0) ).
fof(a524901,axiom,
flexibility_constant_1(flexible_0) ).
fof(a524902,axiom,
frequency_constant_1(never_0) ).
fof(a524903,axiom,
frequency_constant_1(rarely_0) ).
fof(a524904,axiom,
frequency_constant_1(often_0) ).
fof(a524905,axiom,
height_constant_1(average_0) ).
fof(a524906,axiom,
importance_constant_1(important_0) ).
fof(a524907,axiom,
importance_constant_1(moderately_important_0) ).
fof(a524908,axiom,
importance_constant_1(unimportant_0) ).
fof(a524909,axiom,
integrity_constant_1(permeable_0) ).
fof(a524910,axiom,
integrity_constant_1(semi_permeable_0) ).
fof(a524911,axiom,
integrity_constant_1(impermeable_0) ).
fof(a524912,axiom,
intensity_constant_1(negligible_0) ).
fof(a524913,axiom,
height_constant_1(short_0) ).
fof(a524914,axiom,
length_constant_1(short_0) ).
fof(a524915,axiom,
manner_constant_1(politely_0) ).
fof(a524916,axiom,
manner_constant_1(happily_0) ).
fof(a524917,axiom,
manner_constant_1(dejectedly_0) ).
fof(a524918,axiom,
mass_constant_1(hefty_0) ).
fof(a524919,axiom,
mass_constant_1(light_0) ).
fof(a524920,axiom,
orientation_constant_1(upright_0) ).
fof(a524921,axiom,
oxidation_state_constant_1(reduced_0) ).
fof(a524922,axiom,
oxidation_state_constant_1(oxidized_0) ).
fof(a524923,axiom,
polarity_constant_1(negative_0) ).
fof(a524924,axiom,
polarity_constant_1(positive_0) ).
fof(a524925,axiom,
height_constant_1(tall_0) ).
fof(a524926,axiom,
primary_constant_1(tall_0) ).
fof(a524927,axiom,
distance_constant_1(long_0) ).
fof(a524928,axiom,
primary_constant_1(long_0) ).
fof(a524929,axiom,
duration_constant_1(long_0) ).
fof(a524930,axiom,
length_constant_1(long_0) ).
fof(a524931,axiom,
depth_constant_1(deep_0) ).
fof(a524932,axiom,
primary_constant_1(deep_0) ).
fof(a524933,axiom,
age_constant_1(old_0) ).
fof(a524934,axiom,
primary_constant_1(old_0) ).
fof(a524935,axiom,
priority_constant_1(urgent_0) ).
fof(a524936,axiom,
intensity_constant_1(medium_0) ).
fof(a524937,axiom,
priority_constant_1(medium_0) ).
fof(a524938,axiom,
quantity_constant_1(highest_0) ).
fof(a524939,axiom,
quantity_constant_1(lowest_0) ).
fof(a524940,axiom,
quantity_constant_1(numerous_0) ).
fof(a524941,axiom,
quantity_constant_1(many_0) ).
fof(a524942,axiom,
quantity_constant_1(few_0) ).
fof(a524943,axiom,
sentience_constant_1(not_sentient_0) ).
fof(a524944,axiom,
sentience_constant_1(sentient_0) ).
fof(a524945,axiom,
sex_constant_1(male_0) ).
fof(a524946,axiom,
sex_constant_1(female_0) ).
fof(a524947,axiom,
shape_constant_1(tapered_0) ).
fof(a524948,axiom,
shape_constant_1(zig_zag_0) ).
fof(a524949,axiom,
shape_constant_1(globular_0) ).
fof(a524950,axiom,
shape_constant_1(flat_0) ).
fof(a524951,axiom,
shape_constant_1(branched_0) ).
fof(a524952,axiom,
shape_constant_1(kink_0) ).
fof(a524953,axiom,
shape_constant_1(ring_shaped_0) ).
fof(a524954,axiom,
shape_constant_1(irregularly_shaped_0) ).
fof(a524955,axiom,
shape_constant_1(polyhedron_0) ).
fof(a524956,axiom,
shape_constant_1(cylinder_0) ).
fof(a524957,axiom,
shape_constant_1(tetrahedron_0) ).
fof(a524958,axiom,
shape_constant_1(helix_0) ).
fof(a524959,axiom,
shape_constant_1(bell_0) ).
fof(a524960,axiom,
shape_constant_1(cone_0) ).
fof(a524961,axiom,
shape_constant_1(tube_0) ).
fof(a524962,axiom,
shape_constant_1(sphere_0) ).
fof(a524963,axiom,
shape_constant_1(line_0) ).
fof(a524964,axiom,
shape_constant_1(net_like_0) ).
fof(a524965,axiom,
shape_constant_1(trash_can_like_0) ).
fof(a524966,axiom,
shape_constant_1(wedge_like_0) ).
fof(a524967,axiom,
shape_constant_1(spindle_like_0) ).
fof(a524968,axiom,
shape_constant_1(rose_like_0) ).
fof(a524969,axiom,
shape_constant_1(scale_like_0) ).
fof(a524970,axiom,
shape_constant_1(needle_like_0) ).
fof(a524971,axiom,
shape_constant_1(lens_like_0) ).
fof(a524972,axiom,
shape_constant_1(kidney_like_0) ).
fof(a524973,axiom,
shape_constant_1(heart_like_0) ).
fof(a524974,axiom,
shape_constant_1(hatchet_like_0) ).
fof(a524975,axiom,
shape_constant_1(dumbbell_like_0) ).
fof(a524976,axiom,
shape_constant_1(dome_like_0) ).
fof(a524977,axiom,
shape_constant_1(donut_like_0) ).
fof(a524978,axiom,
shape_constant_1(disc_like_0) ).
fof(a524979,axiom,
shape_constant_1(cup_like_0) ).
fof(a524980,axiom,
shape_constant_1(corkscrew_like_0) ).
fof(a524981,axiom,
shape_constant_1(club_like_0) ).
fof(a524982,axiom,
shape_constant_1(chevron_like_0) ).
fof(a524983,axiom,
shape_constant_1(y_like_0) ).
fof(a524984,axiom,
shape_constant_1(x_like_0) ).
fof(a524985,axiom,
shape_constant_1(v_like_0) ).
fof(a524986,axiom,
shape_constant_1(u_like_0) ).
fof(a524987,axiom,
shape_constant_1(t_like_0) ).
fof(a524988,axiom,
shape_constant_1(s_like_0) ).
fof(a524989,axiom,
shape_constant_1(l_like_0) ).
fof(a524990,axiom,
shape_constant_1(j_like_0) ).
fof(a524991,axiom,
shape_constant_1(crescent_0) ).
fof(a524992,axiom,
shape_constant_1(hollow_volume_0) ).
fof(a524993,axiom,
shape_constant_1(parallelogram_0) ).
fof(a524994,axiom,
shape_constant_1(polygon_0) ).
fof(a524995,axiom,
shape_constant_1(oval_0) ).
fof(a524996,axiom,
shape_constant_1(rectangle_0) ).
fof(a524997,axiom,
shape_constant_1(triangle_0) ).
fof(a524998,axiom,
shape_constant_1(square_0) ).
fof(a524999,axiom,
shape_constant_1(circle_0) ).
fof(a525000,axiom,
size_constant_1(oversized_0) ).
fof(a525001,axiom,
area_constant_1(huge_0) ).
fof(a525002,axiom,
size_constant_1(huge_0) ).
fof(a525003,axiom,
size_constant_1(undersized_0) ).
fof(a525004,axiom,
size_constant_1(gigantic_0) ).
fof(a525005,axiom,
size_constant_1(little_0) ).
fof(a525006,axiom,
size_constant_1(big_0) ).
fof(a525007,axiom,
area_constant_1(tiny_0) ).
fof(a525008,axiom,
size_constant_1(tiny_0) ).
fof(a525009,axiom,
size_constant_1(microscopic_0) ).
fof(a525010,axiom,
orientation_constant_1(horizontal_0) ).
fof(a525011,axiom,
slope_constant_1(horizontal_0) ).
fof(a525012,axiom,
direction_constant_1(horizontal_0) ).
fof(a525013,axiom,
slope_constant_1(gradual_0) ).
fof(a525014,axiom,
slope_constant_1(steep_0) ).
fof(a525015,axiom,
orientation_constant_1(vertical_0) ).
fof(a525016,axiom,
slope_constant_1(vertical_0) ).
fof(a525017,axiom,
smell_constant_1(stinky_0) ).
fof(a525018,axiom,
smell_constant_1(fresh_0) ).
fof(a525019,axiom,
smell_constant_1(foul_0) ).
fof(a525020,axiom,
smell_constant_1(spicy_0) ).
fof(a525021,axiom,
smell_constant_1(musky_0) ).
fof(a525022,axiom,
smell_constant_1(fruity_0) ).
fof(a525023,axiom,
smell_constant_1(odorless_0) ).
fof(a525024,axiom,
smell_constant_1(rancid_0) ).
fof(a525025,axiom,
smell_constant_1(flowery_0) ).
fof(a525026,axiom,
smell_constant_1(smokey_0) ).
fof(a525027,axiom,
speed_constant_1(moderate_0) ).
fof(a525028,axiom,
state_constant_1(solid_0) ).
fof(a525029,axiom,
state_constant_1(liquid_0) ).
fof(a525030,axiom,
state_constant_1(aqueous_0) ).
fof(a525031,axiom,
state_constant_1(gas_0) ).
fof(a525032,axiom,
taste_constant_1(juicy_0) ).
fof(a525033,axiom,
taste_constant_1(watery_0) ).
fof(a525034,axiom,
taste_constant_1(tasteless_0) ).
fof(a525035,axiom,
taste_constant_1(bitter_0) ).
fof(a525036,axiom,
taste_constant_1(sweet_0) ).
fof(a525037,axiom,
taste_constant_1(sour_0) ).
fof(a525038,axiom,
taste_constant_1(creamy_0) ).
fof(a525039,axiom,
taste_constant_1(buttery_0) ).
fof(a525040,axiom,
temperature_categorical_constant_1(freezing_0) ).
fof(a525041,axiom,
temperature_categorical_constant_1(boiling_0) ).
fof(a525042,axiom,
temperature_constant_1(abnormal_0) ).
fof(a525043,axiom,
temperature_constant_1(normal_0) ).
fof(a525044,axiom,
temperature_constant_1(hot_0) ).
fof(a525045,axiom,
temperature_constant_1(warm_0) ).
fof(a525046,axiom,
temperature_constant_1(mild_0) ).
fof(a525047,axiom,
temperature_constant_1(cool_0) ).
fof(a525048,axiom,
temperature_constant_1(cold_0) ).
fof(a525049,axiom,
texture_constant_1(rough_0) ).
fof(a525050,axiom,
texture_constant_1(smooth_0) ).
fof(a525051,axiom,
thickness_constant_1(thick_0) ).
fof(a525052,axiom,
primary_constant_1(thick_0) ).
fof(a525053,axiom,
thickness_constant_1(thin_0) ).
fof(a525054,axiom,
time_zone_constant_1(nzdt_0) ).
fof(a525055,axiom,
time_zone_constant_1(nzst_0) ).
fof(a525056,axiom,
time_zone_constant_1(idle_0) ).
fof(a525057,axiom,
time_zone_constant_1(aedt_0) ).
fof(a525058,axiom,
time_zone_constant_1(aest_0) ).
fof(a525059,axiom,
time_zone_constant_1(acdt_0) ).
fof(a525060,axiom,
time_zone_constant_1(acst_0) ).
fof(a525061,axiom,
time_zone_constant_1(kdt_0) ).
fof(a525062,axiom,
time_zone_constant_1(kst_0) ).
fof(a525063,axiom,
time_zone_constant_1(jst_0) ).
fof(a525064,axiom,
time_zone_constant_1(awst_0) ).
fof(a525065,axiom,
time_zone_constant_1(cxt_0) ).
fof(a525066,axiom,
time_zone_constant_1(kgst_0) ).
fof(a525067,axiom,
time_zone_constant_1(kgt_0) ).
fof(a525068,axiom,
time_zone_constant_1(gest_0) ).
fof(a525069,axiom,
time_zone_constant_1(get_0) ).
fof(a525070,axiom,
time_zone_constant_1(msd_0) ).
fof(a525071,axiom,
time_zone_constant_1(msk_0) ).
fof(a525072,axiom,
time_zone_constant_1(eest_0) ).
fof(a525073,axiom,
time_zone_constant_1(eet_0) ).
fof(a525074,axiom,
time_zone_constant_1(cest_0) ).
fof(a525075,axiom,
time_zone_constant_1(cet_0) ).
fof(a525076,axiom,
time_zone_constant_1(west_0) ).
fof(a525077,axiom,
time_zone_constant_1(ist_0) ).
fof(a525078,axiom,
time_zone_constant_1(wet_0) ).
fof(a525079,axiom,
time_zone_constant_1(gmt_0) ).
fof(a525080,axiom,
time_zone_constant_1(utc_0) ).
fof(a525081,axiom,
time_zone_constant_1(ndt_0) ).
fof(a525082,axiom,
time_zone_constant_1(nst_0) ).
fof(a525083,axiom,
time_zone_constant_1(adt_0) ).
fof(a525084,axiom,
time_zone_constant_1(ast_0) ).
fof(a525085,axiom,
time_zone_constant_1(edt_0) ).
fof(a525086,axiom,
time_zone_constant_1(est_0) ).
fof(a525087,axiom,
time_zone_constant_1(cdt_0) ).
fof(a525088,axiom,
time_zone_constant_1(cst_0) ).
fof(a525089,axiom,
time_zone_constant_1(mdt_0) ).
fof(a525090,axiom,
time_zone_constant_1(mst_0) ).
fof(a525091,axiom,
time_zone_constant_1(pdt_0) ).
fof(a525092,axiom,
time_zone_constant_1(pst_0) ).
fof(a525093,axiom,
time_zone_constant_1(akdt_0) ).
fof(a525094,axiom,
time_zone_constant_1(akst_0) ).
fof(a525095,axiom,
time_zone_constant_1(hst_0) ).
fof(a525096,axiom,
time_zone_constant_1(idlw_0) ).
fof(a525097,axiom,
trait_constant_1(vulnerable_0) ).
fof(a525098,axiom,
trait_constant_1(tireless_0) ).
fof(a525099,axiom,
trait_constant_1(lazy_0) ).
fof(a525100,axiom,
trait_constant_1(honest_0) ).
fof(a525101,axiom,
trait_constant_1(dishonest_0) ).
fof(a525102,axiom,
trait_constant_1(aggressive_0) ).
fof(a525103,axiom,
trait_constant_1(submissive_0) ).
fof(a525104,axiom,
truth_constant_1(false_0) ).
fof(a525105,axiom,
truth_constant_1(true_0) ).
fof(a525106,axiom,
velocity_constant_1(very_slow_0) ).
fof(a525107,axiom,
rate_constant_1(slow_0) ).
fof(a525108,axiom,
velocity_constant_1(slow_0) ).
fof(a525109,axiom,
rate_constant_1(fast_0) ).
fof(a525110,axiom,
velocity_constant_1(fast_0) ).
fof(a525111,axiom,
velocity_constant_1(constant_0) ).
fof(a525112,axiom,
visibility_constant_1(high_contrast_0) ).
fof(a525113,axiom,
visibility_constant_1(low_contrast_0) ).
fof(a525114,axiom,
visibility_constant_1(clear_0) ).
fof(a525115,axiom,
visibility_constant_1(unclear_0) ).
fof(a525116,axiom,
visibility_constant_1(invisible_0) ).
fof(a525117,axiom,
visibility_constant_1(visible_0) ).
fof(a525118,axiom,
volume_constant_1(large_0) ).
fof(a525119,axiom,
surface_area_categorical_constant_1(large_0) ).
fof(a525120,axiom,
size_constant_1(small_0) ).
fof(a525121,axiom,
volume_constant_1(small_0) ).
fof(a525122,axiom,
surface_area_categorical_constant_1(small_0) ).
fof(a525123,axiom,
wetness_constant_1(arid_0) ).
fof(a525124,axiom,
wetness_constant_1(dry_0) ).
fof(a525125,axiom,
wetness_constant_1(moist_0) ).
fof(a525126,axiom,
wetness_constant_1(damp_0) ).
fof(a525127,axiom,
wetness_constant_1(wet_0) ).
fof(a525128,axiom,
width_constant_1(wide_0) ).
fof(a525129,axiom,
primary_constant_1(wide_0) ).
fof(a525130,axiom,
width_constant_1(narrow_0) ).
fof(a525131,axiom,
worth_constant_1(expensive_0) ).
fof(a525132,axiom,
worth_constant_1(inexpensive_0) ).
fof(a525133,axiom,
worth_constant_1(cheap_0) ).
fof(a525134,axiom,
ph_constant_1(neutral_0) ).
fof(a525135,axiom,
ph_constant_1(acidic_0) ).
fof(a525136,axiom,
ph_constant_1(basic_0) ).
fof(a525137,axiom,
structural_complexity_constant_1(very_complex_0) ).
fof(a525138,axiom,
structural_complexity_constant_1(complex_0) ).
fof(a525139,axiom,
structural_complexity_constant_1(simple_0) ).
fof(a525140,axiom,
charge_categorical_constant_1(partial_negative_0) ).
fof(a525141,axiom,
charge_categorical_constant_1(partial_positive_0) ).
fof(a525142,axiom,
chemical_polarity_constant_1(nonpolar_0) ).
fof(a525143,axiom,
chemical_polarity_constant_1(polar_0) ).
fof(a525144,axiom,
chemical_stability_constant_1(unstable_0) ).
fof(a525145,axiom,
chemical_stability_constant_1(stable_0) ).
fof(a525146,axiom,
intensity_constant_1(low_0) ).
fof(a525147,axiom,
pressure_constant_1(low_0) ).
fof(a525148,axiom,
priority_constant_1(low_0) ).
fof(a525149,axiom,
specific_surface_area_constant_1(low_0) ).
fof(a525150,axiom,
heat_of_vaporization_constant_1(low_0) ).
fof(a525151,axiom,
surface_tension_constant_1(low_0) ).
fof(a525152,axiom,
temperature_constant_1(low_0) ).
fof(a525153,axiom,
specific_heat_constant_1(low_0) ).
fof(a525154,axiom,
humidity_constant_1(low_0) ).
fof(a525155,axiom,
fluidity_constant_1(low_0) ).
fof(a525156,axiom,
visibility_scalar_constant_1(low_0) ).
fof(a525157,axiom,
velocity_constant_1(low_0) ).
fof(a525158,axiom,
fertility_scalar_constant_1(low_0) ).
fof(a525159,axiom,
transmittance_scalar_constant_1(low_0) ).
fof(a525160,axiom,
absorbance_scalar_constant_1(low_0) ).
fof(a525161,axiom,
electronegativity_constant_1(low_0) ).
fof(a525162,axiom,
quantity_constant_1(low_0) ).
fof(a525163,axiom,
surface_area_scalar_constant_1(low_0) ).
fof(a525164,axiom,
concentration_constant_1(low_0) ).
fof(a525165,axiom,
intensity_constant_1(high_0) ).
fof(a525166,axiom,
pressure_constant_1(high_0) ).
fof(a525167,axiom,
priority_constant_1(high_0) ).
fof(a525168,axiom,
specific_surface_area_constant_1(high_0) ).
fof(a525169,axiom,
heat_of_vaporization_constant_1(high_0) ).
fof(a525170,axiom,
surface_tension_constant_1(high_0) ).
fof(a525171,axiom,
temperature_constant_1(high_0) ).
fof(a525172,axiom,
specific_heat_constant_1(high_0) ).
fof(a525173,axiom,
humidity_constant_1(high_0) ).
fof(a525174,axiom,
fluidity_constant_1(high_0) ).
fof(a525175,axiom,
visibility_scalar_constant_1(high_0) ).
fof(a525176,axiom,
velocity_constant_1(high_0) ).
fof(a525177,axiom,
fertility_scalar_constant_1(high_0) ).
fof(a525178,axiom,
transmittance_scalar_constant_1(high_0) ).
fof(a525179,axiom,
absorbance_scalar_constant_1(high_0) ).
fof(a525180,axiom,
electronegativity_constant_1(high_0) ).
fof(a525181,axiom,
quantity_constant_1(high_0) ).
fof(a525182,axiom,
surface_area_scalar_constant_1(high_0) ).
fof(a525183,axiom,
concentration_constant_1(high_0) ).
fof(a525184,axiom,
concentration_constant_1(concentrated_0) ).
fof(a525185,axiom,
concentration_constant_1(dilute_0) ).
fof(a525186,axiom,
conductivity_constant_1(high_conductivity_0) ).
fof(a525187,axiom,
conductivity_constant_1(low_conductivity_0) ).
fof(a525188,axiom,
conductivity_constant_1(no_conductivity_0) ).
fof(a525189,axiom,
electrolyte_status_constant_1(non_0) ).
fof(a525190,axiom,
intensity_constant_1(weak_0) ).
fof(a525191,axiom,
electrolyte_status_constant_1(weak_0) ).
fof(a525192,axiom,
intensity_constant_1(strong_0) ).
fof(a525193,axiom,
electrolyte_status_constant_1(strong_0) ).
fof(a525194,axiom,
angle_constant_1(right_0) ).
fof(a525195,axiom,
direction_constant_1(right_0) ).
fof(a525196,axiom,
reaction_direction_constant_1(right_0) ).
fof(a525197,axiom,
direction_constant_1(left_0) ).
fof(a525198,axiom,
reaction_direction_constant_1(left_0) ).
fof(a525199,axiom,
salt_status_constant_1(salt_0) ).
fof(a525200,axiom,
solubility_constant_1(insoluble_0) ).
fof(a525201,axiom,
solubility_constant_1(soluble_0) ).
fof(a525202,axiom,
uom_acceleration_magnitude_1(g_0) ).
fof(a525203,axiom,
uom_acceleration_magnitude_1(kilometer_per_hour_minute_0) ).
fof(a525204,axiom,
uom_acceleration_magnitude_1(mile_per_second_squared_0) ).
fof(a525205,axiom,
uom_acceleration_magnitude_1(kilometer_per_second_squared_0) ).
fof(a525206,axiom,
uom_acceleration_magnitude_1(meter_per_second_squared_0) ).
fof(a525207,axiom,
uom_acceleration_magnitude_1(foot_per_second_squared_0) ).
fof(a525208,axiom,
uom_acceleration_magnitude_1(centimeter_per_second_squared_0) ).
fof(a525209,axiom,
uom_angle_1(grad_0) ).
fof(a525210,axiom,
uom_angle_1(radian_0) ).
fof(a525211,axiom,
uom_area_1(square_foot_0) ).
fof(a525212,axiom,
uom_coordinate_1(arcsecond_0) ).
fof(a525213,axiom,
uom_angle_1(arcsecond_0) ).
fof(a525214,axiom,
uom_coordinate_1(arcminute_0) ).
fof(a525215,axiom,
uom_angle_1(arcminute_0) ).
fof(a525216,axiom,
uom_coordinate_1(degree_0) ).
fof(a525217,axiom,
uom_angle_1(degree_0) ).
fof(a525218,axiom,
uom_density_1(gram_liter_0) ).
fof(a525219,axiom,
uom_duration_1(microsecond_0) ).
fof(a525220,axiom,
uom_duration_1(nanosecond_0) ).
fof(a525221,axiom,
uom_duration_1(millisecond_0) ).
fof(a525222,axiom,
uom_duration_1(week_0) ).
fof(a525223,axiom,
uom_energy_1(kilo_cal_per_mole_0) ).
fof(a525224,axiom,
uom_frequency_1(yearly_0) ).
fof(a525225,axiom,
uom_frequency_1(monthly_0) ).
fof(a525226,axiom,
uom_frequency_1(weekly_0) ).
fof(a525227,axiom,
uom_frequency_1(daily_0) ).
fof(a525228,axiom,
uom_frequency_1(hourly_0) ).
fof(a525229,axiom,
uom_frequency_1(per_year_0) ).
fof(a525230,axiom,
uom_frequency_1(per_month_0) ).
fof(a525231,axiom,
uom_frequency_1(per_week_0) ).
fof(a525232,axiom,
uom_frequency_1(per_day_0) ).
fof(a525233,axiom,
uom_frequency_1(gigahertz_0) ).
fof(a525234,axiom,
uom_frequency_1(megahertz_0) ).
fof(a525235,axiom,
uom_frequency_1(kilohertz_0) ).
fof(a525236,axiom,
uom_frequency_1(hertz_0) ).
fof(a525237,axiom,
uom_frequency_1(per_second_0) ).
fof(a525238,axiom,
uom_frequency_1(per_minute_0) ).
fof(a525239,axiom,
uom_frequency_1(per_hour_0) ).
fof(a525240,axiom,
uom_heat_of_vaporization_1(joule_per_gram_0) ).
fof(a525241,axiom,
uom_heat_of_vaporization_1(calorie_per_gram_0) ).
fof(a525242,axiom,
uom_length_1(nanometer_0) ).
fof(a525243,axiom,
uom_length_1(micrometer_0) ).
fof(a525244,axiom,
uom_length_1(millimeter_0) ).
fof(a525245,axiom,
uom_length_1(centimeter_0) ).
fof(a525246,axiom,
uom_length_1(meter_0) ).
fof(a525247,axiom,
uom_length_1(yard_0) ).
fof(a525248,axiom,
uom_length_1(mile_0) ).
fof(a525249,axiom,
uom_length_1(foot_0) ).
fof(a525250,axiom,
uom_length_1(inch_0) ).
fof(a525251,axiom,
uom_length_1(kilometer_0) ).
fof(a525252,axiom,
uom_luminance_1(candela_per_centimeter_squared_0) ).
fof(a525253,axiom,
uom_luminance_1(candela_per_foot_squared_0) ).
fof(a525254,axiom,
uom_luminance_1(candela_per_meter_squared_0) ).
fof(a525255,axiom,
uom_luminance_1(stilb_0) ).
fof(a525256,axiom,
uom_luminance_1(millilambert_0) ).
fof(a525257,axiom,
uom_luminance_1(footlambert_0) ).
fof(a525258,axiom,
uom_luminance_1(lambert_0) ).
fof(a525259,axiom,
uom_luminance_1(nit_0) ).
fof(a525260,axiom,
uom_luminous_flux_1(lumen_0) ).
fof(a525261,axiom,
uom_luminous_intensity_1(candela_0) ).
fof(a525262,axiom,
uom_brightness_1(candela_0) ).
fof(a525263,axiom,
uom_mass_1(slug_0) ).
fof(a525264,axiom,
uom_mass_1(dalton_0) ).
fof(a525265,axiom,
uom_mass_1(kilogram_0) ).
fof(a525266,axiom,
uom_mass_1(gram_0) ).
fof(a525267,axiom,
uom_moment_of_inertia_1(kilogram_meter_squared_0) ).
fof(a525268,axiom,
uom_momentum_1(kilogram_meter_per_second_0) ).
fof(a525269,axiom,
uom_power_1(horsepower_0) ).
fof(a525270,axiom,
uom_power_1(megawatt_0) ).
fof(a525271,axiom,
uom_power_1(kilowatt_0) ).
fof(a525272,axiom,
uom_power_1(milliwatt_0) ).
fof(a525273,axiom,
uom_power_1(watt_0) ).
fof(a525274,axiom,
uom_pressure_1(millibar_0) ).
fof(a525275,axiom,
uom_pressure_1(bar_0) ).
fof(a525276,axiom,
uom_pressure_1(pounds_per_square_inch_0) ).
fof(a525277,axiom,
uom_pressure_1(pascal_0) ).
fof(a525278,axiom,
uom_potential_quantity_1(pascal_0) ).
fof(a525279,axiom,
uom_pressure_1(kilopascal_0) ).
fof(a525280,axiom,
uom_potential_quantity_1(kilopascal_0) ).
fof(a525281,axiom,
uom_potential_quantity_1(megapascal_0) ).
fof(a525282,axiom,
uom_quantity_1(joule_0) ).
fof(a525283,axiom,
uom_quantity_1(kilocalorie_0) ).
fof(a525284,axiom,
uom_quantity_1(calorie_0) ).
fof(a525285,axiom,
uom_quantity_1(gross_0) ).
fof(a525286,axiom,
uom_quantity_1(score_0) ).
fof(a525287,axiom,
uom_quantity_1(dozen_0) ).
fof(a525288,axiom,
uom_quantity_1(pair_0) ).
fof(a525289,axiom,
uom_quantity_1(mole_0) ).
fof(a525290,axiom,
uom_rate_1(nucleotide_per_second_0) ).
fof(a525291,axiom,
uom_rate_1(beat_per_minute_0) ).
fof(a525292,axiom,
uom_rotational_rate_1(revolution_per_minute_0) ).
fof(a525293,axiom,
uom_specific_heat_1(calorie_per_gram_per_degree_celsius_0) ).
fof(a525294,axiom,
uom_specific_surface_area_1(square_inch_per_gallon_0) ).
fof(a525295,axiom,
uom_specific_surface_area_1(square_foot_per_gallon_0) ).
fof(a525296,axiom,
uom_specific_surface_area_1(square_meter_per_gallon_0) ).
fof(a525297,axiom,
uom_specific_surface_area_1(square_foot_per_milliliter_0) ).
fof(a525298,axiom,
uom_specific_surface_area_1(square_inch_per_milliliter_0) ).
fof(a525299,axiom,
uom_specific_surface_area_1(square_meter_per_milliliter_0) ).
fof(a525300,axiom,
uom_specific_surface_area_1(square_inch_per_liter_0) ).
fof(a525301,axiom,
uom_specific_surface_area_1(square_foot_per_liter_0) ).
fof(a525302,axiom,
uom_specific_surface_area_1(square_meter_per_liter_0) ).
fof(a525303,axiom,
uom_specific_surface_area_1(square_inch_per_cubic_meter_0) ).
fof(a525304,axiom,
uom_specific_surface_area_1(square_foot_per_cubic_meter_0) ).
fof(a525305,axiom,
uom_specific_surface_area_1(square_meter_per_cubic_meter_0) ).
fof(a525306,axiom,
uom_specific_surface_area_1(square_inch_per_slug_0) ).
fof(a525307,axiom,
uom_specific_surface_area_1(square_inch_per_dalton_0) ).
fof(a525308,axiom,
uom_specific_surface_area_1(square_inch_per_kilogram_0) ).
fof(a525309,axiom,
uom_specific_surface_area_1(square_inch_per_gram_0) ).
fof(a525310,axiom,
uom_specific_surface_area_1(square_foot_per_slug_0) ).
fof(a525311,axiom,
uom_specific_surface_area_1(square_foot_per_dalton_0) ).
fof(a525312,axiom,
uom_specific_surface_area_1(square_foot_per_kilogram_0) ).
fof(a525313,axiom,
uom_specific_surface_area_1(square_foot_per_gram_0) ).
fof(a525314,axiom,
uom_specific_surface_area_1(square_meter_per_slug_0) ).
fof(a525315,axiom,
uom_specific_surface_area_1(square_meter_per_dalton_0) ).
fof(a525316,axiom,
uom_specific_surface_area_1(square_meter_per_kilogram_0) ).
fof(a525317,axiom,
uom_specific_surface_area_1(square_meter_per_gram_0) ).
fof(a525318,axiom,
uom_speed_1(mile_per_hour_0) ).
fof(a525319,axiom,
uom_speed_1(kilometer_per_second_0) ).
fof(a525320,axiom,
uom_speed_1(kilometer_per_hour_0) ).
fof(a525321,axiom,
uom_speed_1(mile_per_second_0) ).
fof(a525322,axiom,
uom_speed_1(meter_per_second_0) ).
fof(a525323,axiom,
uom_speed_1(foot_per_second_0) ).
fof(a525324,axiom,
uom_speed_1(centimeter_per_second_0) ).
fof(a525325,axiom,
uom_area_1(square_inch_0) ).
fof(a525326,axiom,
uom_surface_area_1(square_inch_0) ).
fof(a525327,axiom,
uom_surface_area_1(square_millimeter_0) ).
fof(a525328,axiom,
uom_surface_area_1(square_micrometer_0) ).
fof(a525329,axiom,
uom_surface_area_1(square_centimeter_0) ).
fof(a525330,axiom,
uom_area_1(square_meter_0) ).
fof(a525331,axiom,
uom_surface_area_1(square_meter_0) ).
fof(a525332,axiom,
uom_temperature_1(kelvin_0) ).
fof(a525333,axiom,
uom_temperature_1(celsius_0) ).
fof(a525334,axiom,
uom_temperature_1(fahrenheit_0) ).
fof(a525335,axiom,
uom_time_1(year_0) ).
fof(a525336,axiom,
uom_duration_1(year_0) ).
fof(a525337,axiom,
uom_time_1(month_0) ).
fof(a525338,axiom,
uom_duration_1(month_0) ).
fof(a525339,axiom,
uom_time_1(day_0) ).
fof(a525340,axiom,
uom_duration_1(day_0) ).
fof(a525341,axiom,
uom_time_1(second_0) ).
fof(a525342,axiom,
uom_duration_1(second_0) ).
fof(a525343,axiom,
uom_time_1(minute_0) ).
fof(a525344,axiom,
uom_duration_1(minute_0) ).
fof(a525345,axiom,
uom_time_1(hour_0) ).
fof(a525346,axiom,
uom_duration_1(hour_0) ).
fof(a525347,axiom,
uom_unitless_1(unity_0) ).
fof(a525348,axiom,
uom_voltage_1(volt_0) ).
fof(a525349,axiom,
uom_quantity_1(volt_0) ).
fof(a525350,axiom,
uom_volume_1(cubic_meter_0) ).
fof(a525351,axiom,
uom_volume_1(gallon_0) ).
fof(a525352,axiom,
uom_volume_1(liter_0) ).
fof(a525353,axiom,
uom_volume_1(milliliter_0) ).
fof(a525354,axiom,
uom_worth_1(yen_0) ).
fof(a525355,axiom,
uom_worth_1(euro_0) ).
fof(a525356,axiom,
uom_worth_1(britishpound_0) ).
fof(a525357,axiom,
uom_worth_1(canadiandollar_0) ).
fof(a525358,axiom,
uom_worth_1(usdollar_0) ).
fof(a525359,axiom,
uom_worth_1(ringgit_0) ).
fof(a525360,axiom,
uom_worth_1(sgdollar_0) ).
fof(a525361,axiom,
uom_worth_1(rmb_0) ).
fof(a525362,axiom,
uom_worth_1(ntdollar_0) ).
fof(a525363,axiom,
uom_worth_1(rol_0) ).
fof(a525364,axiom,
uom_concentration_1(osmolarity_per_liter_0) ).
fof(a525365,axiom,
uom_concentration_1(milligrams_per_milliliter_0) ).
fof(a525366,axiom,
uom_concentration_1(parts_per_million_0) ).
fof(a525367,axiom,
uom_concentration_1(percentage_0) ).
fof(a525368,axiom,
uom_concentration_1(molar_0) ).
fof(a525369,axiom,
uom_conductivity_1(mili_siemens_per_centimeter_0) ).
fof(a525370,axiom,
! [X,Y] :
( has_reduced_form_2(X,Y)
=> chemical_entity_1(Y) ) ).
fof(a525371,axiom,
! [X,Y] :
( has_reduced_form_2(X,Y)
=> chemical_entity_1(X) ) ).
fof(a525372,axiom,
! [X,Y] :
( has_reduced_form_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525373,axiom,
! [X,Y] :
( is_hypotonic_to_2(X,Y)
=> solution_1(Y) ) ).
fof(a525374,axiom,
! [X,Y] :
( is_hypotonic_to_2(X,Y)
=> solution_1(X) ) ).
fof(a525375,axiom,
! [X,Y] :
( not_equal_2(X,Y)
=> thing_1(Y) ) ).
fof(a525376,axiom,
! [X,Y] :
( not_equal_2(X,Y)
=> thing_1(X) ) ).
fof(a525377,axiom,
! [X,Y] :
( value_of_2(X,Y)
=> property_group_1(Y) ) ).
fof(a525378,axiom,
! [X,Y] :
( value_2(X,Y)
=> property_group_1(X) ) ).
fof(a525379,axiom,
! [X,Y] :
( value_2(X,Y)
=> ( cardinality(X,'N-to-N')
& value_of_2(Y,X) ) ) ).
fof(a525380,axiom,
! [X,Y] :
( used_in_equation_2(X,Y)
=> equation_set_1(Y) ) ).
fof(a525381,axiom,
! [X,Y] :
( equation_uses_2(X,Y)
=> equation_set_1(X) ) ).
fof(a525382,axiom,
! [X,Y] :
( equation_uses_2(X,Y)
=> ( cardinality(X,'N-to-N')
& used_in_equation_2(Y,X) ) ) ).
fof(a525383,axiom,
! [X,Y] :
( equation_expression_2(X,Y)
=> equation_set_1(X) ) ).
fof(a525384,axiom,
! [X,Y,Z] :
( ( equation_expression_2(X,Y)
& equation_expression_2(Z,Y) )
=> X = Z ) ).
fof(a525385,axiom,
! [X,Y,Z] :
( ( equation_expression_2(X,Y)
& equation_expression_2(X,Z) )
=> Y = Z ) ).
fof(a525386,axiom,
! [X,Y] :
( equation_expression_2(X,Y)
=> cardinality(X,'1-to-1') ) ).
fof(a525387,axiom,
! [X,Y] :
( equation_symbol_2(X,Y)
=> equation_set_1(X) ) ).
fof(a525388,axiom,
! [X,Y] :
( equation_symbol_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525389,axiom,
! [X,Y] :
( equation_2(X,Y)
=> equation_set_1(Y) ) ).
fof(a525390,axiom,
! [X,Y] :
( equation_2(X,Y)
=> system_1(X) ) ).
fof(a525391,axiom,
! [X,Y] :
( equation_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525392,axiom,
! [X,Y] :
( component_2(X,Y)
=> thing_1(Y) ) ).
fof(a525393,axiom,
! [X,Y] :
( component_2(X,Y)
=> system_1(X) ) ).
fof(a525394,axiom,
! [X,Y,Z] :
( ( component_2(X,Y)
& component_2(X,Z) )
=> Y = Z ) ).
fof(a525395,axiom,
! [X,Y] :
( component_2(X,Y)
=> cardinality(X,'N-to-1') ) ).
fof(a525396,axiom,
! [X,Y] :
( facilitates_of_2(X,Y)
=> entity_1(Y) ) ).
fof(a525397,axiom,
! [X,Y] :
( facilitates_of_2(X,Y)
=> event_1(X) ) ).
fof(a525398,axiom,
! [X,Y] :
( facilitates_2(X,Y)
=> event_1(Y) ) ).
fof(a525399,axiom,
! [X,Y] :
( facilitates_2(X,Y)
=> entity_1(X) ) ).
fof(a525400,axiom,
! [X,Y] :
( facilitates_2(X,Y)
=> ( cardinality(X,'N-to-N')
& facilitates_of_2(Y,X) ) ) ).
fof(a525401,axiom,
! [X,Y] :
( is_isomer_of_2(X,Y)
=> chemical_entity_1(Y) ) ).
fof(a525402,axiom,
! [X,Y] :
( is_isomer_of_2(X,Y)
=> chemical_entity_1(X) ) ).
fof(a525403,axiom,
! [X,Y] :
( has_isomer_2(X,Y)
=> chemical_entity_1(Y) ) ).
fof(a525404,axiom,
! [X,Y] :
( has_isomer_2(X,Y)
=> chemical_entity_1(X) ) ).
fof(a525405,axiom,
! [X,Y,Z] :
( ( has_isomer_2(X,Y)
& has_isomer_2(Z,Y) )
=> X = Z ) ).
fof(a525406,axiom,
! [X,Y] :
( has_isomer_2(X,Y)
=> ( cardinality(X,'1-to-N')
& is_isomer_of_2(Y,X) ) ) ).
fof(a525407,axiom,
! [X,Y] :
( has_oxidized_form_2(X,Y)
=> chemical_entity_1(Y) ) ).
fof(a525408,axiom,
! [X,Y] :
( has_oxidized_form_2(X,Y)
=> chemical_entity_1(X) ) ).
fof(a525409,axiom,
! [X,Y] :
( has_oxidized_form_2(X,Y)
=> ( cardinality(X,'N-to-N')
& has_reduced_form_2(Y,X) ) ) ).
fof(a525410,axiom,
! [X,Y] :
( has_state_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525411,axiom,
! [X,Y] :
( has_state_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525412,axiom,
! [X,Y] :
( has_state_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525413,axiom,
! [X,Y] :
( is_hypertonic_to_2(X,Y)
=> solution_1(Y) ) ).
fof(a525414,axiom,
! [X,Y] :
( is_hypertonic_to_2(X,Y)
=> solution_1(X) ) ).
fof(a525415,axiom,
! [X,Y] :
( is_hypertonic_to_2(X,Y)
=> ( cardinality(X,'N-to-N')
& is_hypotonic_to_2(Y,X) ) ) ).
fof(a525416,axiom,
! [X,Y] :
( is_impermeable_to_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a525417,axiom,
! [X,Y] :
( is_impermeable_to_of_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a525418,axiom,
! [X,Y] :
( is_impermeable_to_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a525419,axiom,
! [X,Y] :
( is_impermeable_to_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a525420,axiom,
! [X,Y] :
( is_impermeable_to_2(X,Y)
=> ( cardinality(X,'N-to-N')
& is_impermeable_to_of_2(Y,X) ) ) ).
fof(a525421,axiom,
! [X,Y] :
( is_tonic_to_2(X,Y)
=> solution_1(Y) ) ).
fof(a525422,axiom,
! [X,Y] :
( is_tonic_to_2(X,Y)
=> solution_1(X) ) ).
fof(a525423,axiom,
! [X,Y] :
( is_isotonic_to_2(X,Y)
=> solution_1(Y) ) ).
fof(a525424,axiom,
! [X,Y] :
( is_isotonic_to_2(X,Y)
=> solution_1(X) ) ).
fof(a525425,axiom,
! [X,Y] :
( is_isotonic_to_2(X,Y)
=> ( cardinality(X,'N-to-N')
& is_tonic_to_2(X,Y) ) ) ).
fof(a525426,axiom,
! [X,Y] :
( is_permeable_to_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a525427,axiom,
! [X,Y] :
( is_permeable_to_of_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a525428,axiom,
! [X,Y] :
( is_permeable_to_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a525429,axiom,
! [X,Y] :
( is_permeable_to_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a525430,axiom,
! [X,Y] :
( is_permeable_to_2(X,Y)
=> ( cardinality(X,'N-to-N')
& is_permeable_to_of_2(Y,X) ) ) ).
fof(a525431,axiom,
! [X,Y] :
( is_saturated_with_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a525432,axiom,
! [X,Y] :
( is_saturated_with_of_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a525433,axiom,
! [X,Y] :
( is_saturated_with_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a525434,axiom,
! [X,Y] :
( is_saturated_with_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a525435,axiom,
! [X,Y] :
( is_saturated_with_2(X,Y)
=> ( cardinality(X,'N-to-N')
& is_saturated_with_of_2(Y,X) ) ) ).
fof(a525436,axiom,
! [X,Y] :
( is_specific_to_of_2(X,Y)
=> entity_1(Y) ) ).
fof(a525437,axiom,
! [X,Y] :
( is_specific_to_of_2(X,Y)
=> entity_1(X) ) ).
fof(a525438,axiom,
! [X,Y] :
( is_specific_to_2(X,Y)
=> entity_1(Y) ) ).
fof(a525439,axiom,
! [X,Y] :
( is_specific_to_2(X,Y)
=> entity_1(X) ) ).
fof(a525440,axiom,
! [X,Y,Z] :
( ( is_specific_to_2(X,Y)
& is_specific_to_2(X,Z) )
=> Y = Z ) ).
fof(a525441,axiom,
! [X,Y] :
( is_specific_to_2(X,Y)
=> ( cardinality(X,'N-to-1')
& is_specific_to_of_2(Y,X) ) ) ).
fof(a525442,axiom,
! [X,Y] :
( is_unsaturated_with_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a525443,axiom,
! [X,Y] :
( is_unsaturated_with_of_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a525444,axiom,
! [X,Y] :
( is_unsaturated_with_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a525445,axiom,
! [X,Y] :
( is_unsaturated_with_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a525446,axiom,
! [X,Y] :
( is_unsaturated_with_2(X,Y)
=> ( cardinality(X,'N-to-N')
& is_unsaturated_with_of_2(Y,X) ) ) ).
fof(a525447,axiom,
! [X,Y] :
( plays_2(X,Y)
=> role_1(Y) ) ).
fof(a525448,axiom,
! [X,Y] :
( plays_2(X,Y)
=> entity_1(X) ) ).
fof(a525449,axiom,
! [X,Y,Z] :
( ( plays_2(X,Y)
& plays_2(Z,Y) )
=> X = Z ) ).
fof(a525450,axiom,
! [X,Y] :
( plays_2(X,Y)
=> cardinality(X,'1-to-N') ) ).
fof(a525451,axiom,
! [X,Y] :
( is_ion_of_2(X,Y)
=> chemical_entity_1(Y) ) ).
fof(a525452,axiom,
! [X,Y] :
( is_ion_of_2(X,Y)
=> ion_1(X) ) ).
fof(a525453,axiom,
! [X,Y] :
( has_ion_2(X,Y)
=> ion_1(Y) ) ).
fof(a525454,axiom,
! [X,Y] :
( has_ion_2(X,Y)
=> chemical_entity_1(X) ) ).
fof(a525455,axiom,
! [X,Y,Z] :
( ( has_ion_2(X,Y)
& has_ion_2(Z,Y) )
=> X = Z ) ).
fof(a525456,axiom,
! [X,Y] :
( has_ion_2(X,Y)
=> ( cardinality(X,'1-to-N')
& has_state_2(X,Y)
& is_ion_of_2(Y,X) ) ) ).
fof(a525457,axiom,
! [X,Y] :
( is_habitat_of_2(X,Y)
=> organism_1(Y) ) ).
fof(a525458,axiom,
! [X,Y] :
( is_habitat_of_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525459,axiom,
! [X,Y] :
( has_habitat_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525460,axiom,
! [X,Y] :
( has_habitat_2(X,Y)
=> organism_1(X) ) ).
fof(a525461,axiom,
! [X,Y] :
( has_habitat_2(X,Y)
=> ( cardinality(X,'N-to-N')
& is_habitat_of_2(Y,X) ) ) ).
fof(a525462,axiom,
! [X,Y] :
( is_state_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525463,axiom,
! [X,Y] :
( is_state_of_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525464,axiom,
! [X,Y] :
( is_state_of_2(X,Y)
=> has_state_2(Y,X) ) ).
fof(a525465,axiom,
! [X,Y] :
( is_isotope_of_2(X,Y)
=> atom_1(Y) ) ).
fof(a525466,axiom,
! [X,Y] :
( is_isotope_of_2(X,Y)
=> atom_1(X) ) ).
fof(a525467,axiom,
! [X,Y] :
( is_isotope_of_2(X,Y)
=> is_state_of_2(X,Y) ) ).
fof(a525468,axiom,
! [X,Y] :
( has_isotope_2(X,Y)
=> atom_1(Y) ) ).
fof(a525469,axiom,
! [X,Y] :
( has_isotope_2(X,Y)
=> atom_1(X) ) ).
fof(a525470,axiom,
! [X,Y,Z] :
( ( has_isotope_2(X,Y)
& has_isotope_2(Z,Y) )
=> X = Z ) ).
fof(a525471,axiom,
! [X,Y] :
( has_isotope_2(X,Y)
=> ( cardinality(X,'1-to-N')
& has_state_2(X,Y)
& is_isotope_of_2(Y,X) ) ) ).
fof(a525472,axiom,
! [X,Y] :
( is_identical_to_2(X,Y)
=> chemical_1(Y) ) ).
fof(a525473,axiom,
! [X,Y] :
( is_identical_to_2(X,Y)
=> chemical_1(X) ) ).
fof(a525474,axiom,
! [X,Y] :
( is_identical_to_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525475,axiom,
! [X,Y] :
( during_2(X,Y)
=> event_1(Y) ) ).
fof(a525476,axiom,
! [X,Y] :
( during_2(X,Y)
=> event_1(X) ) ).
fof(a525477,axiom,
! [X,Y] :
( during_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525478,axiom,
! [X,Y] :
( time_at_2(X,Y)
=> time_instant_1(Y) ) ).
fof(a525479,axiom,
! [X,Y] :
( time_at_2(X,Y)
=> event_1(X) ) ).
fof(a525480,axiom,
! [X,Y] :
( time_at_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525481,axiom,
! [X,Y] :
( time_before_2(X,Y)
=> temporal_entity_1(Y) ) ).
fof(a525482,axiom,
! [X,Y] :
( time_before_2(X,Y)
=> temporal_entity_1(X) ) ).
fof(a525483,axiom,
! [X,Y] :
( time_before_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525484,axiom,
! [X,Y] :
( time_is_beginning_or_inside_2(X,Y)
=> time_interval_1(Y) ) ).
fof(a525485,axiom,
! [X,Y] :
( time_is_beginning_or_inside_2(X,Y)
=> time_instant_1(X) ) ).
fof(a525486,axiom,
! [X,Y] :
( time_begins_or_in_2(X,Y)
=> time_instant_1(Y) ) ).
fof(a525487,axiom,
! [X,Y] :
( time_begins_or_in_2(X,Y)
=> time_interval_1(X) ) ).
fof(a525488,axiom,
! [X,Y] :
( time_begins_or_in_2(X,Y)
=> ( cardinality(X,'N-to-N')
& time_is_beginning_or_inside_2(Y,X) ) ) ).
fof(a525489,axiom,
! [X,Y] :
( time_beginning_of_2(X,Y)
=> temporal_entity_1(Y) ) ).
fof(a525490,axiom,
! [X,Y] :
( time_beginning_of_2(X,Y)
=> time_instant_1(X) ) ).
fof(a525491,axiom,
! [X,Y] :
( time_begins_2(X,Y)
=> time_instant_1(Y) ) ).
fof(a525492,axiom,
! [X,Y] :
( time_begins_2(X,Y)
=> temporal_entity_1(X) ) ).
fof(a525493,axiom,
! [X,Y,Z] :
( ( time_begins_2(X,Y)
& time_begins_2(X,Z) )
=> Y = Z ) ).
fof(a525494,axiom,
! [X,Y] :
( time_begins_2(X,Y)
=> ( cardinality(X,'N-to-1')
& time_beginning_of_2(Y,X) ) ) ).
fof(a525495,axiom,
! [X,Y] :
( time_between_2(X,Y)
=> time_instant_1(Y) ) ).
fof(a525496,axiom,
! [X,Y] :
( time_between_2(X,Y)
=> time_interval_1(X) ) ).
fof(a525497,axiom,
! [X,Y] :
( time_between_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525498,axiom,
! [X,Y] :
( time_contains_2(X,Y)
=> ( situation_1(Y)
| event_1(Y) ) ) ).
fof(a525499,axiom,
! [X,Y] :
( time_contains_2(X,Y)
=> time_interval_1(X) ) ).
fof(a525500,axiom,
! [X,Y] :
( time_during_2(X,Y)
=> time_interval_1(Y) ) ).
fof(a525501,axiom,
! [X,Y] :
( time_during_2(X,Y)
=> ( event_1(X)
| situation_1(X) ) ) ).
fof(a525502,axiom,
! [X,Y,Z] :
( ( time_during_2(X,Y)
& time_during_2(X,Z) )
=> Y = Z ) ).
fof(a525503,axiom,
! [X,Y] :
( time_during_2(X,Y)
=> ( cardinality(X,'N-to-1')
& time_contains_2(Y,X) ) ) ).
fof(a525504,axiom,
! [X,Y] :
( time_end_of_2(X,Y)
=> temporal_entity_1(Y) ) ).
fof(a525505,axiom,
! [X,Y] :
( time_end_of_2(X,Y)
=> time_instant_1(X) ) ).
fof(a525506,axiom,
! [X,Y] :
( time_ends_2(X,Y)
=> time_instant_1(Y) ) ).
fof(a525507,axiom,
! [X,Y] :
( time_ends_2(X,Y)
=> temporal_entity_1(X) ) ).
fof(a525508,axiom,
! [X,Y,Z] :
( ( time_ends_2(X,Y)
& time_ends_2(X,Z) )
=> Y = Z ) ).
fof(a525509,axiom,
! [X,Y] :
( time_ends_2(X,Y)
=> ( cardinality(X,'N-to-1')
& time_end_of_2(Y,X) ) ) ).
fof(a525510,axiom,
! [X,Y] :
( time_is_inside_2(X,Y)
=> time_interval_1(Y) ) ).
fof(a525511,axiom,
! [X,Y] :
( time_is_inside_2(X,Y)
=> time_instant_1(X) ) ).
fof(a525512,axiom,
! [X,Y] :
( time_inside_2(X,Y)
=> time_instant_1(Y) ) ).
fof(a525513,axiom,
! [X,Y] :
( time_inside_2(X,Y)
=> time_interval_1(X) ) ).
fof(a525514,axiom,
! [X,Y] :
( time_inside_2(X,Y)
=> ( cardinality(X,'N-to-N')
& time_is_inside_2(Y,X) ) ) ).
fof(a525515,axiom,
! [X,Y] :
( time_int_after_2(X,Y)
=> time_interval_1(Y) ) ).
fof(a525516,axiom,
! [X,Y] :
( time_int_after_2(X,Y)
=> time_interval_1(X) ) ).
fof(a525517,axiom,
! [X,Y] :
( time_int_before_2(X,Y)
=> time_interval_1(Y) ) ).
fof(a525518,axiom,
! [X,Y] :
( time_int_before_2(X,Y)
=> time_interval_1(X) ) ).
fof(a525519,axiom,
! [X,Y] :
( time_int_before_2(X,Y)
=> ( cardinality(X,'N-to-N')
& time_int_after_2(Y,X) ) ) ).
fof(a525520,axiom,
! [X,Y] :
( time_int_during_2(X,Y)
=> time_interval_1(Y) ) ).
fof(a525521,axiom,
! [X,Y] :
( time_int_during_2(X,Y)
=> time_interval_1(X) ) ).
fof(a525522,axiom,
! [X,Y] :
( time_int_during_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525523,axiom,
! [X,Y] :
( time_int_equals_2(X,Y)
=> time_interval_1(Y) ) ).
fof(a525524,axiom,
! [X,Y] :
( time_int_equals_2(X,Y)
=> time_interval_1(X) ) ).
fof(a525525,axiom,
! [X,Y] :
( time_int_equals_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525526,axiom,
! [X,Y] :
( time_int_finishes_2(X,Y)
=> time_interval_1(Y) ) ).
fof(a525527,axiom,
! [X,Y] :
( time_int_finishes_2(X,Y)
=> time_interval_1(X) ) ).
fof(a525528,axiom,
! [X,Y] :
( time_int_finishes_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525529,axiom,
! [X,Y] :
( time_int_met_by_2(X,Y)
=> time_interval_1(Y) ) ).
fof(a525530,axiom,
! [X,Y] :
( time_int_met_by_2(X,Y)
=> time_interval_1(X) ) ).
fof(a525531,axiom,
! [X,Y] :
( time_int_meets_2(X,Y)
=> time_interval_1(Y) ) ).
fof(a525532,axiom,
! [X,Y] :
( time_int_meets_2(X,Y)
=> time_interval_1(X) ) ).
fof(a525533,axiom,
! [X,Y] :
( time_int_meets_2(X,Y)
=> ( cardinality(X,'N-to-N')
& time_int_met_by_2(Y,X) ) ) ).
fof(a525534,axiom,
! [X,Y] :
( time_int_overlaps_2(X,Y)
=> time_interval_1(Y) ) ).
fof(a525535,axiom,
! [X,Y] :
( time_int_overlaps_2(X,Y)
=> time_interval_1(X) ) ).
fof(a525536,axiom,
! [X,Y] :
( time_int_overlaps_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525537,axiom,
! [X,Y] :
( time_int_starts_2(X,Y)
=> time_interval_1(Y) ) ).
fof(a525538,axiom,
! [X,Y] :
( time_int_starts_2(X,Y)
=> time_interval_1(X) ) ).
fof(a525539,axiom,
! [X,Y] :
( time_int_starts_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525540,axiom,
! [X,Y] :
( time_of_existence_of_2(X,Y)
=> ( role_1(Y)
| entity_1(Y) ) ) ).
fof(a525541,axiom,
! [X,Y] :
( time_of_existence_of_2(X,Y)
=> time_interval_1(X) ) ).
fof(a525542,axiom,
! [X,Y] :
( time_of_existence_2(X,Y)
=> time_interval_1(Y) ) ).
fof(a525543,axiom,
! [X,Y] :
( time_of_existence_2(X,Y)
=> ( entity_1(X)
| role_1(X) ) ) ).
fof(a525544,axiom,
! [X,Y,Z] :
( ( time_of_existence_2(X,Y)
& time_of_existence_2(X,Z) )
=> Y = Z ) ).
fof(a525545,axiom,
! [X,Y] :
( time_of_existence_2(X,Y)
=> ( cardinality(X,'N-to-1')
& time_of_existence_of_2(Y,X) ) ) ).
fof(a525546,axiom,
! [X,Y] :
( abuts_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525547,axiom,
! [X,Y] :
( abuts_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525548,axiom,
! [X,Y] :
( abuts_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525549,axiom,
! [X,Y] :
( away_from_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525550,axiom,
! [X,Y] :
( away_from_2(X,Y)
=> event_1(X) ) ).
fof(a525551,axiom,
! [X,Y,Z] :
( ( away_from_2(X,Y)
& away_from_2(X,Z) )
=> Y = Z ) ).
fof(a525552,axiom,
! [X,Y] :
( away_from_2(X,Y)
=> cardinality(X,'N-to-1') ) ).
fof(a525553,axiom,
! [X,Y] :
( destination_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525554,axiom,
! [X,Y] :
( destination_2(X,Y)
=> event_1(X) ) ).
fof(a525555,axiom,
! [X,Y,Z] :
( ( destination_2(X,Y)
& destination_2(X,Z) )
=> Y = Z ) ).
fof(a525556,axiom,
! [X,Y] :
( destination_2(X,Y)
=> cardinality(X,'N-to-1') ) ).
fof(a525557,axiom,
! [X,Y] :
( is_above_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525558,axiom,
! [X,Y] :
( is_above_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525559,axiom,
! [X,Y] :
( is_above_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525560,axiom,
! [X,Y] :
( is_across_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525561,axiom,
! [X,Y] :
( is_across_of_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525562,axiom,
! [X,Y] :
( is_across_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525563,axiom,
! [X,Y] :
( is_across_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525564,axiom,
! [X,Y] :
( is_across_2(X,Y)
=> ( cardinality(X,'N-to-N')
& is_across_of_2(Y,X) ) ) ).
fof(a525565,axiom,
! [X,Y] :
( is_along_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525566,axiom,
! [X,Y] :
( is_along_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525567,axiom,
! [X,Y] :
( is_along_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525568,axiom,
! [X,Y] :
( is_at_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525569,axiom,
! [X,Y] :
( is_at_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525570,axiom,
! [X,Y] :
( is_at_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525571,axiom,
! [X,Y] :
( is_behind_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525572,axiom,
! [X,Y] :
( is_behind_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525573,axiom,
! [X,Y] :
( is_behind_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525574,axiom,
! [X,Y] :
( is_beside_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525575,axiom,
! [X,Y] :
( is_beside_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525576,axiom,
! [X,Y] :
( is_beside_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525577,axiom,
! [X,Y] :
( is_between_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525578,axiom,
! [X,Y] :
( is_between_of_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525579,axiom,
! [X,Y] :
( is_between_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525580,axiom,
! [X,Y] :
( is_between_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525581,axiom,
! [X,Y] :
( is_between_2(X,Y)
=> ( cardinality(X,'N-to-N')
& is_between_of_2(Y,X) ) ) ).
fof(a525582,axiom,
! [X,Y] :
( is_faced_by_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525583,axiom,
! [X,Y] :
( is_faced_by_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525584,axiom,
! [X,Y] :
( is_facing_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525585,axiom,
! [X,Y] :
( is_facing_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525586,axiom,
! [X,Y] :
( is_facing_2(X,Y)
=> ( cardinality(X,'N-to-N')
& is_faced_by_2(Y,X) ) ) ).
fof(a525587,axiom,
! [X,Y] :
( is_inside_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525588,axiom,
! [X,Y] :
( is_inside_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525589,axiom,
! [X,Y] :
( is_inside_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525590,axiom,
! [X,Y] :
( is_near_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525591,axiom,
! [X,Y] :
( is_near_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525592,axiom,
! [X,Y] :
( is_near_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525593,axiom,
! [X,Y] :
( is_on_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525594,axiom,
! [X,Y] :
( is_on_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525595,axiom,
! [X,Y] :
( is_on_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525596,axiom,
! [X,Y] :
( is_opposite_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525597,axiom,
! [X,Y] :
( is_opposite_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525598,axiom,
! [X,Y] :
( is_opposite_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525599,axiom,
! [X,Y] :
( is_oriented_toward_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525600,axiom,
! [X,Y] :
( is_oriented_toward_of_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525601,axiom,
! [X,Y] :
( is_oriented_toward_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525602,axiom,
! [X,Y] :
( is_oriented_toward_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525603,axiom,
! [X,Y] :
( is_oriented_toward_2(X,Y)
=> ( cardinality(X,'N-to-N')
& is_oriented_toward_of_2(Y,X) ) ) ).
fof(a525604,axiom,
! [X,Y] :
( is_outside_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525605,axiom,
! [X,Y] :
( is_outside_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525606,axiom,
! [X,Y] :
( is_outside_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525607,axiom,
! [X,Y] :
( is_over_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525608,axiom,
! [X,Y] :
( is_over_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525609,axiom,
! [X,Y] :
( is_over_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525610,axiom,
! [X,Y] :
( is_parallel_to_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525611,axiom,
! [X,Y] :
( is_parallel_to_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525612,axiom,
! [X,Y] :
( is_parallel_to_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525613,axiom,
! [X,Y] :
( is_perpendicular_to_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525614,axiom,
! [X,Y] :
( is_perpendicular_to_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525615,axiom,
! [X,Y] :
( is_perpendicular_to_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525616,axiom,
! [X,Y] :
( origin_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525617,axiom,
! [X,Y] :
( origin_2(X,Y)
=> event_1(X) ) ).
fof(a525618,axiom,
! [X,Y,Z] :
( ( origin_2(X,Y)
& origin_2(X,Z) )
=> Y = Z ) ).
fof(a525619,axiom,
! [X,Y] :
( origin_2(X,Y)
=> cardinality(X,'N-to-1') ) ).
fof(a525620,axiom,
! [X,Y] :
( path_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525621,axiom,
! [X,Y] :
( path_2(X,Y)
=> event_1(X) ) ).
fof(a525622,axiom,
! [X,Y] :
( path_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525623,axiom,
! [X,Y] :
( site_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525624,axiom,
! [X,Y] :
( site_2(X,Y)
=> event_1(X) ) ).
fof(a525625,axiom,
! [X,Y] :
( site_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525626,axiom,
! [X,Y] :
( toward_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525627,axiom,
! [X,Y] :
( toward_2(X,Y)
=> event_1(X) ) ).
fof(a525628,axiom,
! [X,Y,Z] :
( ( toward_2(X,Y)
& toward_2(X,Z) )
=> Y = Z ) ).
fof(a525629,axiom,
! [X,Y] :
( toward_2(X,Y)
=> cardinality(X,'N-to-1') ) ).
fof(a525630,axiom,
! [X,Y] :
( agent_2(X,Y)
=> entity_1(Y) ) ).
fof(a525631,axiom,
! [X,Y] :
( agent_2(X,Y)
=> event_1(X) ) ).
fof(a525632,axiom,
! [X,Y] :
( agent_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525633,axiom,
! [X,Y] :
( base_2(X,Y)
=> entity_1(Y) ) ).
fof(a525634,axiom,
! [X,Y] :
( base_2(X,Y)
=> ( event_1(X)
| dissolve_1(X) ) ) ).
fof(a525635,axiom,
! [X,Y] :
( base_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525636,axiom,
! [X,Y] :
( beneficiary_2(X,Y)
=> living_entity_1(Y) ) ).
fof(a525637,axiom,
! [X,Y] :
( beneficiary_2(X,Y)
=> event_1(X) ) ).
fof(a525638,axiom,
! [X,Y] :
( beneficiary_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525639,axiom,
! [X,Y] :
( donor_2(X,Y)
=> entity_1(Y) ) ).
fof(a525640,axiom,
! [X,Y] :
( donor_2(X,Y)
=> event_1(X) ) ).
fof(a525641,axiom,
! [X,Y] :
( donor_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525642,axiom,
! [X,Y] :
( experiencer_2(X,Y)
=> entity_1(Y) ) ).
fof(a525643,axiom,
! [X,Y] :
( experiencer_2(X,Y)
=> event_1(X) ) ).
fof(a525644,axiom,
! [X,Y] :
( experiencer_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525645,axiom,
! [X,Y] :
( is_function_of_2(X,Y)
=> entity_1(Y) ) ).
fof(a525646,axiom,
! [X,Y] :
( is_function_of_2(X,Y)
=> event_1(X) ) ).
fof(a525647,axiom,
! [X,Y] :
( has_function_2(X,Y)
=> event_1(Y) ) ).
fof(a525648,axiom,
! [X,Y] :
( has_function_2(X,Y)
=> entity_1(X) ) ).
fof(a525649,axiom,
! [X,Y] :
( has_function_2(X,Y)
=> is_function_of_2(Y,X) ) ).
fof(a525650,axiom,
! [X,Y] :
( in_event_2(X,Y)
=> event_1(Y) ) ).
fof(a525651,axiom,
! [X,Y] :
( in_event_2(X,Y)
=> role_1(X) ) ).
fof(a525652,axiom,
! [X,Y,Z] :
( ( in_event_2(X,Y)
& in_event_2(X,Z) )
=> Y = Z ) ).
fof(a525653,axiom,
! [X,Y] :
( in_event_2(X,Y)
=> cardinality(X,'N-to-1') ) ).
fof(a525654,axiom,
! [X,Y] :
( instrument_2(X,Y)
=> entity_1(Y) ) ).
fof(a525655,axiom,
! [X,Y] :
( instrument_2(X,Y)
=> event_1(X) ) ).
fof(a525656,axiom,
! [X,Y] :
( instrument_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525657,axiom,
! [X,Y] :
( object_2(X,Y)
=> entity_1(Y) ) ).
fof(a525658,axiom,
! [X,Y] :
( object_2(X,Y)
=> event_1(X) ) ).
fof(a525659,axiom,
! [X,Y] :
( object_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525660,axiom,
! [X,Y] :
( raw_material_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a525661,axiom,
! [X,Y] :
( raw_material_2(X,Y)
=> event_1(X) ) ).
fof(a525662,axiom,
! [X,Y] :
( raw_material_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525663,axiom,
! [X,Y] :
( recipient_2(X,Y)
=> entity_1(Y) ) ).
fof(a525664,axiom,
! [X,Y] :
( recipient_2(X,Y)
=> event_1(X) ) ).
fof(a525665,axiom,
! [X,Y] :
( recipient_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525666,axiom,
! [X,Y] :
( result_2(X,Y)
=> entity_1(Y) ) ).
fof(a525667,axiom,
! [X,Y] :
( result_2(X,Y)
=> event_1(X) ) ).
fof(a525668,axiom,
! [X,Y] :
( result_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525669,axiom,
! [X,Y] :
( complement_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525670,axiom,
! [X,Y] :
( complement_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525671,axiom,
! [X,Y] :
( complement_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525672,axiom,
! [X,Y] :
( element_2(X,Y)
=> entity_1(Y) ) ).
fof(a525673,axiom,
! [X,Y] :
( element_2(X,Y)
=> entity_1(X) ) ).
fof(a525674,axiom,
! [X,Y] :
( element_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525675,axiom,
! [X,Y] :
( first_element_2(X,Y)
=> entity_1(Y) ) ).
fof(a525676,axiom,
! [X,Y] :
( first_element_2(X,Y)
=> ( aggregate_1(X)
| sequence_1(X) ) ) ).
fof(a525677,axiom,
! [X,Y] :
( first_element_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525678,axiom,
! [X,Y] :
( first_subevent_of_2(X,Y)
=> event_1(Y) ) ).
fof(a525679,axiom,
! [X,Y] :
( first_subevent_of_2(X,Y)
=> event_1(X) ) ).
fof(a525680,axiom,
! [X,Y] :
( first_subevent_2(X,Y)
=> event_1(Y) ) ).
fof(a525681,axiom,
! [X,Y] :
( first_subevent_2(X,Y)
=> event_1(X) ) ).
fof(a525682,axiom,
! [X,Y] :
( first_subevent_2(X,Y)
=> ( cardinality(X,'N-to-N')
& first_subevent_of_2(Y,X) ) ) ).
fof(a525683,axiom,
! [X,Y] :
( has_part_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a525684,axiom,
! [X,Y] :
( has_part_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a525685,axiom,
! [X,Y,Z] :
( ( has_part_2(X,Y)
& has_part_2(Z,Y) )
=> X = Z ) ).
fof(a525686,axiom,
! [X,Y] :
( has_part_2(X,Y)
=> cardinality(X,'1-to-N') ) ).
fof(a525687,axiom,
! [X,Y] :
( has_region_2(X,Y)
=> region_1(Y) ) ).
fof(a525688,axiom,
! [X,Y] :
( has_region_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525689,axiom,
! [X,Y] :
( has_region_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525690,axiom,
! [X,Y] :
( in_organization_of_2(X,Y)
=> role_1(Y) ) ).
fof(a525691,axiom,
! [X,Y] :
( in_organization_of_2(X,Y)
=> organization_1(X) ) ).
fof(a525692,axiom,
! [X,Y] :
( in_organization_2(X,Y)
=> organization_1(Y) ) ).
fof(a525693,axiom,
! [X,Y] :
( in_organization_2(X,Y)
=> role_1(X) ) ).
fof(a525694,axiom,
! [X,Y,Z] :
( ( in_organization_2(X,Y)
& in_organization_2(X,Z) )
=> Y = Z ) ).
fof(a525695,axiom,
! [X,Y] :
( in_organization_2(X,Y)
=> ( cardinality(X,'N-to-1')
& in_organization_of_2(Y,X) ) ) ).
fof(a525696,axiom,
! [X,Y] :
( information_content_2(X,Y)
=> thing_1(Y) ) ).
fof(a525697,axiom,
! [X,Y] :
( information_content_2(X,Y)
=> conceptual_entity_1(X) ) ).
fof(a525698,axiom,
! [X,Y] :
( information_content_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525699,axiom,
! [X,Y] :
( material_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a525700,axiom,
! [X,Y] :
( material_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a525701,axiom,
! [X,Y] :
( material_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525702,axiom,
! [X,Y] :
( previous_element_2(X,Y)
=> entity_1(Y) ) ).
fof(a525703,axiom,
! [X,Y] :
( previous_element_2(X,Y)
=> entity_1(X) ) ).
fof(a525704,axiom,
! [X,Y] :
( next_element_2(X,Y)
=> entity_1(Y) ) ).
fof(a525705,axiom,
! [X,Y] :
( next_element_2(X,Y)
=> entity_1(X) ) ).
fof(a525706,axiom,
! [X,Y] :
( next_element_2(X,Y)
=> ( cardinality(X,'N-to-N')
& previous_element_2(Y,X) ) ) ).
fof(a525707,axiom,
! [X,Y] :
( next_event_2(X,Y)
=> event_1(Y) ) ).
fof(a525708,axiom,
! [X,Y] :
( next_event_2(X,Y)
=> event_1(X) ) ).
fof(a525709,axiom,
! [X,Y] :
( next_event_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525710,axiom,
! [X,Y] :
( possesses_2(X,Y)
=> ( chemical_bond_1(Y)
| energy_1(Y)
| force_1(Y)
| gradient_1(Y) ) ) ).
fof(a525711,axiom,
! [X,Y] :
( possesses_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a525712,axiom,
! [X,Y] :
( possesses_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525713,axiom,
! [X,Y] :
( subevent_2(X,Y)
=> event_1(Y) ) ).
fof(a525714,axiom,
! [X,Y] :
( subevent_2(X,Y)
=> event_1(X) ) ).
fof(a525715,axiom,
! [X,Y] :
( subevent_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525716,axiom,
! [X,Y] :
( substrate_of_2(X,Y)
=> event_1(Y) ) ).
fof(a525717,axiom,
! [X,Y] :
( substrate_of_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a525718,axiom,
! [X,Y] :
( substrate_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a525719,axiom,
! [X,Y] :
( substrate_2(X,Y)
=> event_1(X) ) ).
fof(a525720,axiom,
! [X,Y] :
( substrate_2(X,Y)
=> ( cardinality(X,'N-to-N')
& substrate_of_2(Y,X) ) ) ).
fof(a525721,axiom,
! [X,Y] :
( is_atom_of_2(X,Y)
=> chemical_entity_1(Y) ) ).
fof(a525722,axiom,
! [X,Y] :
( is_atom_of_2(X,Y)
=> atom_1(X) ) ).
fof(a525723,axiom,
! [X,Y] :
( has_atom_2(X,Y)
=> atom_1(Y) ) ).
fof(a525724,axiom,
! [X,Y] :
( has_atom_2(X,Y)
=> chemical_entity_1(X) ) ).
fof(a525725,axiom,
! [X,Y] :
( has_atom_2(X,Y)
=> ( cardinality(X,'N-to-N')
& is_atom_of_2(Y,X) ) ) ).
fof(a525726,axiom,
! [X,Y] :
( has_solute_2(X,Y)
=> substance_1(Y) ) ).
fof(a525727,axiom,
! [X,Y] :
( has_solute_2(X,Y)
=> solution_1(X) ) ).
fof(a525728,axiom,
! [X,Y,Z] :
( ( has_solute_2(X,Y)
& has_solute_2(Z,Y) )
=> X = Z ) ).
fof(a525729,axiom,
! [X,Y] :
( has_solute_2(X,Y)
=> cardinality(X,'1-to-N') ) ).
fof(a525730,axiom,
! [X,Y] :
( is_solvent_of_2(X,Y)
=> solution_1(Y) ) ).
fof(a525731,axiom,
! [X,Y] :
( is_solvent_of_2(X,Y)
=> substance_1(X) ) ).
fof(a525732,axiom,
! [X,Y,Z] :
( ( is_solvent_of_2(X,Y)
& is_solvent_of_2(X,Z) )
=> Y = Z ) ).
fof(a525733,axiom,
! [X,Y] :
( is_solvent_of_2(X,Y)
=> cardinality(X,'N-to-1') ) ).
fof(a525734,axiom,
! [X,Y] :
( has_solvent_2(X,Y)
=> substance_1(Y) ) ).
fof(a525735,axiom,
! [X,Y] :
( has_solvent_2(X,Y)
=> solution_1(X) ) ).
fof(a525736,axiom,
! [X,Y,Z] :
( ( has_solvent_2(X,Y)
& has_solvent_2(Z,Y) )
=> X = Z ) ).
fof(a525737,axiom,
! [X,Y] :
( has_solvent_2(X,Y)
=> ( cardinality(X,'1-to-N')
& has_part_2(X,Y)
& is_solvent_of_2(Y,X) ) ) ).
fof(a525738,axiom,
! [X,Y] :
( solute_species_of_2(X,Y)
=> solution_1(Y) ) ).
fof(a525739,axiom,
! [X,Y] :
( solute_species_of_2(X,Y)
=> chemical_1(X) ) ).
fof(a525740,axiom,
! [X,Y] :
( solute_species_2(X,Y)
=> chemical_1(Y) ) ).
fof(a525741,axiom,
! [X,Y] :
( solute_species_2(X,Y)
=> solution_1(X) ) ).
fof(a525742,axiom,
! [X,Y] :
( solute_species_2(X,Y)
=> ( cardinality(X,'N-to-N')
& solute_species_of_2(Y,X) ) ) ).
fof(a525743,axiom,
! [X,Y] :
( by_means_of_2(X,Y)
=> event_1(Y) ) ).
fof(a525744,axiom,
! [X,Y] :
( by_means_of_2(X,Y)
=> event_1(X) ) ).
fof(a525745,axiom,
! [X,Y] :
( by_means_of_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525746,axiom,
! [X,Y] :
( causes_2(X,Y)
=> event_1(Y) ) ).
fof(a525747,axiom,
! [X,Y] :
( causes_2(X,Y)
=> event_1(X) ) ).
fof(a525748,axiom,
! [X,Y] :
( causes_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525749,axiom,
! [X,Y] :
( enables_2(X,Y)
=> event_1(Y) ) ).
fof(a525750,axiom,
! [X,Y] :
( enables_2(X,Y)
=> event_1(X) ) ).
fof(a525751,axiom,
! [X,Y] :
( enables_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525752,axiom,
! [X,Y] :
( is_goal_of_2(X,Y)
=> entity_1(Y) ) ).
fof(a525753,axiom,
! [X,Y] :
( is_goal_of_2(X,Y)
=> event_1(X) ) ).
fof(a525754,axiom,
! [X,Y] :
( has_goal_2(X,Y)
=> event_1(Y) ) ).
fof(a525755,axiom,
! [X,Y] :
( has_goal_2(X,Y)
=> entity_1(X) ) ).
fof(a525756,axiom,
! [X,Y] :
( has_goal_2(X,Y)
=> ( cardinality(X,'N-to-N')
& is_goal_of_2(Y,X) ) ) ).
fof(a525757,axiom,
! [X,Y] :
( inhibits_2(X,Y)
=> event_1(Y) ) ).
fof(a525758,axiom,
! [X,Y] :
( inhibits_2(X,Y)
=> event_1(X) ) ).
fof(a525759,axiom,
! [X,Y] :
( inhibits_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525760,axiom,
! [X,Y] :
( objective_of_2(X,Y)
=> event_1(Y) ) ).
fof(a525761,axiom,
! [X,Y] :
( objective_of_2(X,Y)
=> event_1(X) ) ).
fof(a525762,axiom,
! [X,Y] :
( objective_2(X,Y)
=> event_1(Y) ) ).
fof(a525763,axiom,
! [X,Y] :
( objective_2(X,Y)
=> event_1(X) ) ).
fof(a525764,axiom,
! [X,Y] :
( objective_2(X,Y)
=> ( cardinality(X,'N-to-N')
& objective_of_2(Y,X) ) ) ).
fof(a525765,axiom,
! [X,Y] :
( prevents_2(X,Y)
=> event_1(Y) ) ).
fof(a525766,axiom,
! [X,Y] :
( prevents_2(X,Y)
=> event_1(X) ) ).
fof(a525767,axiom,
! [X,Y] :
( prevents_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a525768,axiom,
! [X,Y] :
( purpose_of_2(X,Y)
=> entity_1(Y) ) ).
fof(a525769,axiom,
! [X,Y] :
( purpose_of_2(X,Y)
=> ( event_1(X)
| role_1(X) ) ) ).
fof(a525770,axiom,
! [X,Y] :
( purpose_2(X,Y)
=> ( role_1(Y)
| event_1(Y) ) ) ).
fof(a525771,axiom,
! [X,Y] :
( purpose_2(X,Y)
=> entity_1(X) ) ).
fof(a525772,axiom,
! [X,Y] :
( purpose_2(X,Y)
=> ( cardinality(X,'N-to-N')
& purpose_of_2(Y,X) ) ) ).
fof(a525773,axiom,
! [X,Y] :
( supported_by_2(X,Y)
=> event_1(Y) ) ).
fof(a525774,axiom,
! [X,Y] :
( supported_by_2(X,Y)
=> event_1(X) ) ).
fof(a525775,axiom,
! [X,Y] :
( supports_2(X,Y)
=> event_1(Y) ) ).
fof(a525776,axiom,
! [X,Y] :
( supports_2(X,Y)
=> event_1(X) ) ).
fof(a525777,axiom,
! [X,Y] :
( supports_2(X,Y)
=> ( cardinality(X,'N-to-N')
& supported_by_2(Y,X) ) ) ).
fof(a525778,axiom,
! [X,Y] :
( absorbance_of_2(X,Y)
=> solution_1(Y) ) ).
fof(a525779,axiom,
! [X,Y] :
( absorbance_of_2(X,Y)
=> absorbance_value_1(X) ) ).
fof(a525780,axiom,
! [X,Y] :
( absorbance_2(X,Y)
=> absorbance_value_1(Y) ) ).
fof(a525781,axiom,
! [X,Y] :
( absorbance_2(X,Y)
=> solution_1(X) ) ).
fof(a525782,axiom,
! [X,Y,Z] :
( ( absorbance_2(X,Y)
& absorbance_2(X,Z) )
=> Y = Z ) ).
fof(a525783,axiom,
! [X,Y] :
( absorbance_2(X,Y)
=> ( cardinality(X,'N-to-1')
& absorbance_of_2(Y,X) ) ) ).
fof(a525784,axiom,
! [X,Y] :
( acceptance_of_2(X,Y)
=> information_1(Y) ) ).
fof(a525785,axiom,
! [X,Y] :
( acceptance_of_2(X,Y)
=> acceptance_value_1(X) ) ).
fof(a525786,axiom,
! [X,Y] :
( acceptance_2(X,Y)
=> acceptance_value_1(Y) ) ).
fof(a525787,axiom,
! [X,Y] :
( acceptance_2(X,Y)
=> information_1(X) ) ).
fof(a525788,axiom,
! [X,Y,Z] :
( ( acceptance_2(X,Y)
& acceptance_2(X,Z) )
=> Y = Z ) ).
fof(a525789,axiom,
! [X,Y] :
( acceptance_2(X,Y)
=> ( cardinality(X,'N-to-1')
& acceptance_of_2(Y,X) ) ) ).
fof(a525790,axiom,
! [X,Y] :
( activation_of_2(X,Y)
=> entity_1(Y) ) ).
fof(a525791,axiom,
! [X,Y] :
( activation_of_2(X,Y)
=> activation_value_1(X) ) ).
fof(a525792,axiom,
! [X,Y] :
( activation_2(X,Y)
=> activation_value_1(Y) ) ).
fof(a525793,axiom,
! [X,Y] :
( activation_2(X,Y)
=> entity_1(X) ) ).
fof(a525794,axiom,
! [X,Y,Z] :
( ( activation_2(X,Y)
& activation_2(X,Z) )
=> Y = Z ) ).
fof(a525795,axiom,
! [X,Y] :
( activation_2(X,Y)
=> ( cardinality(X,'N-to-1')
& activation_of_2(Y,X) ) ) ).
fof(a525796,axiom,
! [X,Y] :
( flexibility_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a525797,axiom,
! [X,Y] :
( flexibility_of_2(X,Y)
=> flexibility_value_1(X) ) ).
fof(a525798,axiom,
! [X,Y] :
( flexibility_2(X,Y)
=> flexibility_value_1(Y) ) ).
fof(a525799,axiom,
! [X,Y] :
( flexibility_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a525800,axiom,
! [X,Y,Z] :
( ( flexibility_2(X,Y)
& flexibility_2(X,Z) )
=> Y = Z ) ).
fof(a525801,axiom,
! [X,Y] :
( flexibility_2(X,Y)
=> ( cardinality(X,'N-to-1')
& flexibility_of_2(Y,X) ) ) ).
fof(a525802,axiom,
! [X,Y] :
( fluidity_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a525803,axiom,
! [X,Y] :
( fluidity_of_2(X,Y)
=> fluidity_value_1(X) ) ).
fof(a525804,axiom,
! [X,Y] :
( fluidity_2(X,Y)
=> fluidity_value_1(Y) ) ).
fof(a525805,axiom,
! [X,Y] :
( fluidity_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a525806,axiom,
! [X,Y,Z] :
( ( fluidity_2(X,Y)
& fluidity_2(X,Z) )
=> Y = Z ) ).
fof(a525807,axiom,
! [X,Y] :
( fluidity_2(X,Y)
=> ( cardinality(X,'N-to-1')
& fluidity_of_2(Y,X) ) ) ).
fof(a525808,axiom,
! [X,Y] :
( free_energy_change_of_2(X,Y)
=> event_1(Y) ) ).
fof(a525809,axiom,
! [X,Y] :
( free_energy_change_of_2(X,Y)
=> free_energy_change_value_1(X) ) ).
fof(a525810,axiom,
! [X,Y] :
( free_energy_change_2(X,Y)
=> free_energy_change_value_1(Y) ) ).
fof(a525811,axiom,
! [X,Y] :
( free_energy_change_2(X,Y)
=> event_1(X) ) ).
fof(a525812,axiom,
! [X,Y,Z] :
( ( free_energy_change_2(X,Y)
& free_energy_change_2(X,Z) )
=> Y = Z ) ).
fof(a525813,axiom,
! [X,Y] :
( free_energy_change_2(X,Y)
=> ( cardinality(X,'N-to-1')
& free_energy_change_of_2(Y,X) ) ) ).
fof(a525814,axiom,
! [X,Y] :
( heat_of_vaporization_of_2(X,Y)
=> liquid_substance_1(Y) ) ).
fof(a525815,axiom,
! [X,Y] :
( heat_of_vaporization_of_2(X,Y)
=> heat_of_vaporization_value_1(X) ) ).
fof(a525816,axiom,
! [X,Y] :
( heat_of_vaporization_2(X,Y)
=> heat_of_vaporization_value_1(Y) ) ).
fof(a525817,axiom,
! [X,Y] :
( heat_of_vaporization_2(X,Y)
=> liquid_substance_1(X) ) ).
fof(a525818,axiom,
! [X,Y,Z] :
( ( heat_of_vaporization_2(X,Y)
& heat_of_vaporization_2(X,Z) )
=> Y = Z ) ).
fof(a525819,axiom,
! [X,Y] :
( heat_of_vaporization_2(X,Y)
=> ( cardinality(X,'N-to-1')
& heat_of_vaporization_of_2(Y,X) ) ) ).
fof(a525820,axiom,
! [X,Y] :
( humidity_of_2(X,Y)
=> air_1(Y) ) ).
fof(a525821,axiom,
! [X,Y] :
( humidity_of_2(X,Y)
=> humidity_value_1(X) ) ).
fof(a525822,axiom,
! [X,Y] :
( humidity_2(X,Y)
=> humidity_value_1(Y) ) ).
fof(a525823,axiom,
! [X,Y] :
( humidity_2(X,Y)
=> air_1(X) ) ).
fof(a525824,axiom,
! [X,Y,Z] :
( ( humidity_2(X,Y)
& humidity_2(X,Z) )
=> Y = Z ) ).
fof(a525825,axiom,
! [X,Y] :
( humidity_2(X,Y)
=> ( cardinality(X,'N-to-1')
& humidity_of_2(Y,X) ) ) ).
fof(a525826,axiom,
! [X,Y] :
( pressure_potential_of_2(X,Y)
=> solution_1(Y) ) ).
fof(a525827,axiom,
! [X,Y] :
( pressure_potential_of_2(X,Y)
=> potential_value_1(X) ) ).
fof(a525828,axiom,
! [X,Y] :
( pressure_potential_2(X,Y)
=> potential_value_1(Y) ) ).
fof(a525829,axiom,
! [X,Y] :
( pressure_potential_2(X,Y)
=> solution_1(X) ) ).
fof(a525830,axiom,
! [X,Y,Z] :
( ( pressure_potential_2(X,Y)
& pressure_potential_2(X,Z) )
=> Y = Z ) ).
fof(a525831,axiom,
! [X,Y] :
( pressure_potential_2(X,Y)
=> ( cardinality(X,'N-to-1')
& pressure_potential_of_2(Y,X) ) ) ).
fof(a525832,axiom,
! [X,Y] :
( solute_potential_of_2(X,Y)
=> chemical_1(Y) ) ).
fof(a525833,axiom,
! [X,Y] :
( solute_potential_of_2(X,Y)
=> potential_value_1(X) ) ).
fof(a525834,axiom,
! [X,Y] :
( solute_potential_2(X,Y)
=> potential_value_1(Y) ) ).
fof(a525835,axiom,
! [X,Y] :
( solute_potential_2(X,Y)
=> chemical_1(X) ) ).
fof(a525836,axiom,
! [X,Y,Z] :
( ( solute_potential_2(X,Y)
& solute_potential_2(X,Z) )
=> Y = Z ) ).
fof(a525837,axiom,
! [X,Y] :
( solute_potential_2(X,Y)
=> ( cardinality(X,'N-to-1')
& solute_potential_of_2(Y,X) ) ) ).
fof(a525838,axiom,
! [X,Y] :
( specific_heat_of_2(X,Y)
=> substance_1(Y) ) ).
fof(a525839,axiom,
! [X,Y] :
( specific_heat_of_2(X,Y)
=> specific_heat_value_1(X) ) ).
fof(a525840,axiom,
! [X,Y] :
( specific_heat_2(X,Y)
=> specific_heat_value_1(Y) ) ).
fof(a525841,axiom,
! [X,Y] :
( specific_heat_2(X,Y)
=> substance_1(X) ) ).
fof(a525842,axiom,
! [X,Y,Z] :
( ( specific_heat_2(X,Y)
& specific_heat_2(X,Z) )
=> Y = Z ) ).
fof(a525843,axiom,
! [X,Y] :
( specific_heat_2(X,Y)
=> ( cardinality(X,'N-to-1')
& specific_heat_of_2(Y,X) ) ) ).
fof(a525844,axiom,
! [X,Y] :
( surface_tension_of_2(X,Y)
=> liquid_substance_1(Y) ) ).
fof(a525845,axiom,
! [X,Y] :
( surface_tension_of_2(X,Y)
=> surface_tension_value_1(X) ) ).
fof(a525846,axiom,
! [X,Y] :
( surface_tension_2(X,Y)
=> surface_tension_value_1(Y) ) ).
fof(a525847,axiom,
! [X,Y] :
( surface_tension_2(X,Y)
=> liquid_substance_1(X) ) ).
fof(a525848,axiom,
! [X,Y,Z] :
( ( surface_tension_2(X,Y)
& surface_tension_2(X,Z) )
=> Y = Z ) ).
fof(a525849,axiom,
! [X,Y] :
( surface_tension_2(X,Y)
=> ( cardinality(X,'N-to-1')
& surface_tension_of_2(Y,X) ) ) ).
fof(a525850,axiom,
! [X,Y] :
( transmittance_of_2(X,Y)
=> solution_1(Y) ) ).
fof(a525851,axiom,
! [X,Y] :
( transmittance_of_2(X,Y)
=> transmittance_value_1(X) ) ).
fof(a525852,axiom,
! [X,Y] :
( transmittance_2(X,Y)
=> transmittance_value_1(Y) ) ).
fof(a525853,axiom,
! [X,Y] :
( transmittance_2(X,Y)
=> solution_1(X) ) ).
fof(a525854,axiom,
! [X,Y,Z] :
( ( transmittance_2(X,Y)
& transmittance_2(X,Z) )
=> Y = Z ) ).
fof(a525855,axiom,
! [X,Y] :
( transmittance_2(X,Y)
=> ( cardinality(X,'N-to-1')
& transmittance_of_2(Y,X) ) ) ).
fof(a525856,axiom,
! [X,Y] :
( valence_of_2(X,Y)
=> atom_1(Y) ) ).
fof(a525857,axiom,
! [X,Y] :
( valence_of_2(X,Y)
=> valence_value_1(X) ) ).
fof(a525858,axiom,
! [X,Y] :
( valence_2(X,Y)
=> valence_value_1(Y) ) ).
fof(a525859,axiom,
! [X,Y] :
( valence_2(X,Y)
=> atom_1(X) ) ).
fof(a525860,axiom,
! [X,Y,Z] :
( ( valence_2(X,Y)
& valence_2(X,Z) )
=> Y = Z ) ).
fof(a525861,axiom,
! [X,Y] :
( valence_2(X,Y)
=> ( cardinality(X,'N-to-1')
& valence_of_2(Y,X) ) ) ).
fof(a525862,axiom,
! [X,Y] :
( visibility_of_2(X,Y)
=> entity_1(Y) ) ).
fof(a525863,axiom,
! [X,Y] :
( visibility_of_2(X,Y)
=> visibility_value_1(X) ) ).
fof(a525864,axiom,
! [X,Y] :
( visibility_2(X,Y)
=> visibility_value_1(Y) ) ).
fof(a525865,axiom,
! [X,Y] :
( visibility_2(X,Y)
=> entity_1(X) ) ).
fof(a525866,axiom,
! [X,Y,Z] :
( ( visibility_2(X,Y)
& visibility_2(X,Z) )
=> Y = Z ) ).
fof(a525867,axiom,
! [X,Y] :
( visibility_2(X,Y)
=> ( cardinality(X,'N-to-1')
& visibility_of_2(Y,X) ) ) ).
fof(a525868,axiom,
! [X,Y] :
( water_potential_of_2(X,Y)
=> aqueous_solution_1(Y) ) ).
fof(a525869,axiom,
! [X,Y] :
( water_potential_of_2(X,Y)
=> potential_value_1(X) ) ).
fof(a525870,axiom,
! [X,Y] :
( water_potential_2(X,Y)
=> potential_value_1(Y) ) ).
fof(a525871,axiom,
! [X,Y] :
( water_potential_2(X,Y)
=> aqueous_solution_1(X) ) ).
fof(a525872,axiom,
! [X,Y,Z] :
( ( water_potential_2(X,Y)
& water_potential_2(X,Z) )
=> Y = Z ) ).
fof(a525873,axiom,
! [X,Y] :
( water_potential_2(X,Y)
=> ( cardinality(X,'N-to-1')
& water_potential_of_2(Y,X) ) ) ).
fof(a525874,axiom,
! [X,Y] :
( atomic_weight_of_2(X,Y)
=> atom_1(Y) ) ).
fof(a525875,axiom,
! [X,Y] :
( atomic_weight_of_2(X,Y)
=> atomic_weight_value_1(X) ) ).
fof(a525876,axiom,
! [X,Y] :
( atomic_weight_2(X,Y)
=> atomic_weight_value_1(Y) ) ).
fof(a525877,axiom,
! [X,Y] :
( atomic_weight_2(X,Y)
=> atom_1(X) ) ).
fof(a525878,axiom,
! [X,Y,Z] :
( ( atomic_weight_2(X,Y)
& atomic_weight_2(X,Z) )
=> Y = Z ) ).
fof(a525879,axiom,
! [X,Y] :
( atomic_weight_2(X,Y)
=> ( cardinality(X,'N-to-1')
& atomic_weight_of_2(Y,X) ) ) ).
fof(a525880,axiom,
! [X,Y] :
( charge_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a525881,axiom,
! [X,Y] :
( charge_of_2(X,Y)
=> charge_value_1(X) ) ).
fof(a525882,axiom,
! [X,Y] :
( charge_2(X,Y)
=> charge_value_1(Y) ) ).
fof(a525883,axiom,
! [X,Y] :
( charge_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a525884,axiom,
! [X,Y,Z] :
( ( charge_2(X,Y)
& charge_2(X,Z) )
=> Y = Z ) ).
fof(a525885,axiom,
! [X,Y] :
( charge_2(X,Y)
=> ( cardinality(X,'N-to-1')
& charge_of_2(Y,X) ) ) ).
fof(a525886,axiom,
! [X,Y] :
( electronegativity_of_2(X,Y)
=> atom_1(Y) ) ).
fof(a525887,axiom,
! [X,Y] :
( electronegativity_of_2(X,Y)
=> electronegativity_value_1(X) ) ).
fof(a525888,axiom,
! [X,Y] :
( electronegativity_2(X,Y)
=> electronegativity_value_1(Y) ) ).
fof(a525889,axiom,
! [X,Y] :
( electronegativity_2(X,Y)
=> atom_1(X) ) ).
fof(a525890,axiom,
! [X,Y,Z] :
( ( electronegativity_2(X,Y)
& electronegativity_2(X,Z) )
=> Y = Z ) ).
fof(a525891,axiom,
! [X,Y] :
( electronegativity_2(X,Y)
=> ( cardinality(X,'N-to-1')
& electronegativity_of_2(Y,X) ) ) ).
fof(a525892,axiom,
! [X,Y] :
( ph_of_2(X,Y)
=> substance_1(Y) ) ).
fof(a525893,axiom,
! [X,Y] :
( ph_of_2(X,Y)
=> ph_value_1(X) ) ).
fof(a525894,axiom,
! [X,Y] :
( ph_2(X,Y)
=> ph_value_1(Y) ) ).
fof(a525895,axiom,
! [X,Y] :
( ph_2(X,Y)
=> substance_1(X) ) ).
fof(a525896,axiom,
! [X,Y,Z] :
( ( ph_2(X,Y)
& ph_2(X,Z) )
=> Y = Z ) ).
fof(a525897,axiom,
! [X,Y] :
( ph_2(X,Y)
=> ( cardinality(X,'N-to-1')
& ph_of_2(Y,X) ) ) ).
fof(a525898,axiom,
! [X,Y] :
( chemical_polarity_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a525899,axiom,
! [X,Y] :
( chemical_polarity_of_2(X,Y)
=> chemical_polarity_value_1(X) ) ).
fof(a525900,axiom,
! [X,Y] :
( chemical_polarity_2(X,Y)
=> chemical_polarity_value_1(Y) ) ).
fof(a525901,axiom,
! [X,Y] :
( chemical_polarity_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a525902,axiom,
! [X,Y,Z] :
( ( chemical_polarity_2(X,Y)
& chemical_polarity_2(X,Z) )
=> Y = Z ) ).
fof(a525903,axiom,
! [X,Y] :
( chemical_polarity_2(X,Y)
=> ( cardinality(X,'N-to-1')
& chemical_polarity_of_2(Y,X) ) ) ).
fof(a525904,axiom,
! [X,Y] :
( chemical_stability_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a525905,axiom,
! [X,Y] :
( chemical_stability_of_2(X,Y)
=> chemical_stability_value_1(X) ) ).
fof(a525906,axiom,
! [X,Y] :
( chemical_stability_2(X,Y)
=> chemical_stability_value_1(Y) ) ).
fof(a525907,axiom,
! [X,Y] :
( chemical_stability_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a525908,axiom,
! [X,Y,Z] :
( ( chemical_stability_2(X,Y)
& chemical_stability_2(X,Z) )
=> Y = Z ) ).
fof(a525909,axiom,
! [X,Y] :
( chemical_stability_2(X,Y)
=> ( cardinality(X,'N-to-1')
& chemical_stability_of_2(Y,X) ) ) ).
fof(a525910,axiom,
! [X,Y] :
( coefficient_of_2(X,Y)
=> chemical_1(Y) ) ).
fof(a525911,axiom,
! [X,Y] :
( coefficient_of_2(X,Y)
=> coefficient_value_1(X) ) ).
fof(a525912,axiom,
! [X,Y] :
( coefficient_2(X,Y)
=> coefficient_value_1(Y) ) ).
fof(a525913,axiom,
! [X,Y] :
( coefficient_2(X,Y)
=> chemical_1(X) ) ).
fof(a525914,axiom,
! [X,Y,Z] :
( ( coefficient_2(X,Y)
& coefficient_2(X,Z) )
=> Y = Z ) ).
fof(a525915,axiom,
! [X,Y] :
( coefficient_2(X,Y)
=> ( cardinality(X,'N-to-1')
& coefficient_of_2(Y,X) ) ) ).
fof(a525916,axiom,
! [X,Y] :
( concentration_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a525917,axiom,
! [X,Y] :
( concentration_of_2(X,Y)
=> concentration_value_1(X) ) ).
fof(a525918,axiom,
! [X,Y] :
( concentration_2(X,Y)
=> concentration_value_1(Y) ) ).
fof(a525919,axiom,
! [X,Y] :
( concentration_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a525920,axiom,
! [X,Y,Z] :
( ( concentration_2(X,Y)
& concentration_2(X,Z) )
=> Y = Z ) ).
fof(a525921,axiom,
! [X,Y] :
( concentration_2(X,Y)
=> ( cardinality(X,'N-to-1')
& concentration_of_2(Y,X) ) ) ).
fof(a525922,axiom,
! [X,Y] :
( conductivity_of_2(X,Y)
=> chemical_1(Y) ) ).
fof(a525923,axiom,
! [X,Y] :
( conductivity_of_2(X,Y)
=> conductivity_value_1(X) ) ).
fof(a525924,axiom,
! [X,Y] :
( conductivity_2(X,Y)
=> conductivity_value_1(Y) ) ).
fof(a525925,axiom,
! [X,Y] :
( conductivity_2(X,Y)
=> chemical_1(X) ) ).
fof(a525926,axiom,
! [X,Y,Z] :
( ( conductivity_2(X,Y)
& conductivity_2(X,Z) )
=> Y = Z ) ).
fof(a525927,axiom,
! [X,Y] :
( conductivity_2(X,Y)
=> ( cardinality(X,'N-to-1')
& conductivity_of_2(Y,X) ) ) ).
fof(a525928,axiom,
! [X,Y] :
( default_ka_of_2(X,Y)
=> acid_role_1(Y) ) ).
fof(a525929,axiom,
! [X,Y] :
( default_ka_of_2(X,Y)
=> equilibrium_constant_value_1(X) ) ).
fof(a525930,axiom,
! [X,Y] :
( default_ka_2(X,Y)
=> equilibrium_constant_value_1(Y) ) ).
fof(a525931,axiom,
! [X,Y] :
( default_ka_2(X,Y)
=> acid_role_1(X) ) ).
fof(a525932,axiom,
! [X,Y,Z] :
( ( default_ka_2(X,Y)
& default_ka_2(X,Z) )
=> Y = Z ) ).
fof(a525933,axiom,
! [X,Y] :
( default_ka_2(X,Y)
=> ( cardinality(X,'N-to-1')
& default_ka_of_2(Y,X) ) ) ).
fof(a525934,axiom,
! [X,Y] :
( default_kb_of_2(X,Y)
=> base_role_1(Y) ) ).
fof(a525935,axiom,
! [X,Y] :
( default_kb_of_2(X,Y)
=> equilibrium_constant_value_1(X) ) ).
fof(a525936,axiom,
! [X,Y] :
( default_kb_2(X,Y)
=> equilibrium_constant_value_1(Y) ) ).
fof(a525937,axiom,
! [X,Y] :
( default_kb_2(X,Y)
=> base_role_1(X) ) ).
fof(a525938,axiom,
! [X,Y,Z] :
( ( default_kb_2(X,Y)
& default_kb_2(X,Z) )
=> Y = Z ) ).
fof(a525939,axiom,
! [X,Y] :
( default_kb_2(X,Y)
=> ( cardinality(X,'N-to-1')
& default_kb_of_2(Y,X) ) ) ).
fof(a525940,axiom,
! [X,Y] :
( electrolyte_status_of_2(X,Y)
=> chemical_1(Y) ) ).
fof(a525941,axiom,
! [X,Y] :
( electrolyte_status_of_2(X,Y)
=> electrolyte_status_value_1(X) ) ).
fof(a525942,axiom,
! [X,Y] :
( electrolyte_status_2(X,Y)
=> electrolyte_status_value_1(Y) ) ).
fof(a525943,axiom,
! [X,Y] :
( electrolyte_status_2(X,Y)
=> chemical_1(X) ) ).
fof(a525944,axiom,
! [X,Y,Z] :
( ( electrolyte_status_2(X,Y)
& electrolyte_status_2(X,Z) )
=> Y = Z ) ).
fof(a525945,axiom,
! [X,Y] :
( electrolyte_status_2(X,Y)
=> ( cardinality(X,'N-to-1')
& electrolyte_status_of_2(Y,X) ) ) ).
fof(a525946,axiom,
! [X,Y] :
( equilibrium_concentration_of_2(X,Y)
=> chemical_1(Y) ) ).
fof(a525947,axiom,
! [X,Y] :
( equilibrium_concentration_of_2(X,Y)
=> concentration_value_1(X) ) ).
fof(a525948,axiom,
! [X,Y] :
( equilibrium_concentration_2(X,Y)
=> concentration_value_1(Y) ) ).
fof(a525949,axiom,
! [X,Y] :
( equilibrium_concentration_2(X,Y)
=> chemical_1(X) ) ).
fof(a525950,axiom,
! [X,Y,Z] :
( ( equilibrium_concentration_2(X,Y)
& equilibrium_concentration_2(X,Z) )
=> Y = Z ) ).
fof(a525951,axiom,
! [X,Y] :
( equilibrium_concentration_2(X,Y)
=> ( cardinality(X,'N-to-1')
& equilibrium_concentration_of_2(Y,X) ) ) ).
fof(a525952,axiom,
! [X,Y] :
( ka_of_2(X,Y)
=> ( chemical_1(Y)
| acid_role_1(Y)
| acid_dissociation_reaction_1(Y)
| hydrolysis_1(Y) ) ) ).
fof(a525953,axiom,
! [X,Y] :
( ka_of_2(X,Y)
=> equilibrium_constant_value_1(X) ) ).
fof(a525954,axiom,
! [X,Y] :
( ka_2(X,Y)
=> equilibrium_constant_value_1(Y) ) ).
fof(a525955,axiom,
! [X,Y] :
( ka_2(X,Y)
=> ( hydrolysis_1(X)
| acid_dissociation_reaction_1(X)
| acid_role_1(X)
| chemical_1(X) ) ) ).
fof(a525956,axiom,
! [X,Y,Z] :
( ( ka_2(X,Y)
& ka_2(X,Z) )
=> Y = Z ) ).
fof(a525957,axiom,
! [X,Y] :
( ka_2(X,Y)
=> ( cardinality(X,'N-to-1')
& ka_of_2(Y,X) ) ) ).
fof(a525958,axiom,
! [X,Y] :
( kb_of_2(X,Y)
=> ( chemical_1(Y)
| base_role_1(Y)
| hydrolysis_1(Y) ) ) ).
fof(a525959,axiom,
! [X,Y] :
( kb_of_2(X,Y)
=> equilibrium_constant_value_1(X) ) ).
fof(a525960,axiom,
! [X,Y] :
( kb_2(X,Y)
=> equilibrium_constant_value_1(Y) ) ).
fof(a525961,axiom,
! [X,Y] :
( kb_2(X,Y)
=> ( hydrolysis_1(X)
| base_role_1(X)
| chemical_1(X) ) ) ).
fof(a525962,axiom,
! [X,Y,Z] :
( ( kb_2(X,Y)
& kb_2(X,Z) )
=> Y = Z ) ).
fof(a525963,axiom,
! [X,Y] :
( kb_2(X,Y)
=> ( cardinality(X,'N-to-1')
& kb_of_2(Y,X) ) ) ).
fof(a525964,axiom,
! [X,Y] :
( keq_of_2(X,Y)
=> chemical_equilibrium_reaction_1(Y) ) ).
fof(a525965,axiom,
! [X,Y] :
( keq_of_2(X,Y)
=> equilibrium_constant_value_1(X) ) ).
fof(a525966,axiom,
! [X,Y] :
( keq_2(X,Y)
=> equilibrium_constant_value_1(Y) ) ).
fof(a525967,axiom,
! [X,Y] :
( keq_2(X,Y)
=> chemical_equilibrium_reaction_1(X) ) ).
fof(a525968,axiom,
! [X,Y,Z] :
( ( keq_2(X,Y)
& keq_2(X,Z) )
=> Y = Z ) ).
fof(a525969,axiom,
! [X,Y] :
( keq_2(X,Y)
=> ( cardinality(X,'N-to-1')
& keq_of_2(Y,X) ) ) ).
fof(a525970,axiom,
! [X,Y] :
( ki_of_2(X,Y)
=> ( chemical_reaction_1(Y)
| chemical_equilibrium_reaction_1(Y) ) ) ).
fof(a525971,axiom,
! [X,Y] :
( ki_of_2(X,Y)
=> equilibrium_constant_value_1(X) ) ).
fof(a525972,axiom,
! [X,Y] :
( ki_2(X,Y)
=> equilibrium_constant_value_1(Y) ) ).
fof(a525973,axiom,
! [X,Y] :
( ki_2(X,Y)
=> chemical_reaction_1(X) ) ).
fof(a525974,axiom,
! [X,Y] :
( ki_2(X,Y)
=> ( cardinality(X,'N-to-N')
& ki_of_2(Y,X) ) ) ).
fof(a525975,axiom,
! [X,Y] :
( pka_of_2(X,Y)
=> ( chemical_1(Y)
| acid_role_1(Y)
| acid_dissociation_reaction_1(Y)
| hydrolysis_1(Y) ) ) ).
fof(a525976,axiom,
! [X,Y] :
( pka_of_2(X,Y)
=> pka_value_1(X) ) ).
fof(a525977,axiom,
! [X,Y] :
( pka_2(X,Y)
=> pka_value_1(Y) ) ).
fof(a525978,axiom,
! [X,Y] :
( pka_2(X,Y)
=> ( hydrolysis_1(X)
| acid_dissociation_reaction_1(X)
| acid_role_1(X)
| chemical_1(X) ) ) ).
fof(a525979,axiom,
! [X,Y,Z] :
( ( pka_2(X,Y)
& pka_2(X,Z) )
=> Y = Z ) ).
fof(a525980,axiom,
! [X,Y] :
( pka_2(X,Y)
=> ( cardinality(X,'N-to-1')
& pka_of_2(Y,X) ) ) ).
fof(a525981,axiom,
! [X,Y] :
( pkb_of_2(X,Y)
=> ( chemical_1(Y)
| base_role_1(Y)
| hydrolysis_1(Y) ) ) ).
fof(a525982,axiom,
! [X,Y] :
( pkb_of_2(X,Y)
=> pkb_value_1(X) ) ).
fof(a525983,axiom,
! [X,Y] :
( pkb_2(X,Y)
=> pkb_value_1(Y) ) ).
fof(a525984,axiom,
! [X,Y] :
( pkb_2(X,Y)
=> ( hydrolysis_1(X)
| base_role_1(X)
| chemical_1(X) ) ) ).
fof(a525985,axiom,
! [X,Y,Z] :
( ( pkb_2(X,Y)
& pkb_2(X,Z) )
=> Y = Z ) ).
fof(a525986,axiom,
! [X,Y] :
( pkb_2(X,Y)
=> ( cardinality(X,'N-to-1')
& pkb_of_2(Y,X) ) ) ).
fof(a525987,axiom,
! [X,Y] :
( salt_status_of_2(X,Y)
=> chemical_entity_1(Y) ) ).
fof(a525988,axiom,
! [X,Y] :
( salt_status_of_2(X,Y)
=> salt_status_value_1(X) ) ).
fof(a525989,axiom,
! [X,Y] :
( salt_status_2(X,Y)
=> salt_status_value_1(Y) ) ).
fof(a525990,axiom,
! [X,Y] :
( salt_status_2(X,Y)
=> chemical_entity_1(X) ) ).
fof(a525991,axiom,
! [X,Y,Z] :
( ( salt_status_2(X,Y)
& salt_status_2(X,Z) )
=> Y = Z ) ).
fof(a525992,axiom,
! [X,Y] :
( salt_status_2(X,Y)
=> ( cardinality(X,'N-to-1')
& salt_status_of_2(Y,X) ) ) ).
fof(a525993,axiom,
! [X,Y] :
( solubility_in_lipid_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a525994,axiom,
! [X,Y] :
( solubility_in_lipid_of_2(X,Y)
=> solubility_value_1(X) ) ).
fof(a525995,axiom,
! [X,Y] :
( solubility_in_lipid_2(X,Y)
=> solubility_value_1(Y) ) ).
fof(a525996,axiom,
! [X,Y] :
( solubility_in_lipid_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a525997,axiom,
! [X,Y,Z] :
( ( solubility_in_lipid_2(X,Y)
& solubility_in_lipid_2(X,Z) )
=> Y = Z ) ).
fof(a525998,axiom,
! [X,Y] :
( solubility_in_lipid_2(X,Y)
=> ( cardinality(X,'N-to-1')
& solubility_in_lipid_of_2(Y,X) ) ) ).
fof(a525999,axiom,
! [X,Y] :
( solubility_2(X,Y)
=> solubility_value_1(Y) ) ).
fof(a526000,axiom,
! [X,Y] :
( solubility_2(X,Y)
=> substance_1(X) ) ).
fof(a526001,axiom,
! [X,Y,Z] :
( ( solubility_2(X,Y)
& solubility_2(X,Z) )
=> Y = Z ) ).
fof(a526002,axiom,
! [X,Y] :
( solubility_2(X,Y)
=> cardinality(X,'N-to-1') ) ).
fof(a526003,axiom,
! [X,Y] :
( solubility_of_2(X,Y)
=> substance_1(Y) ) ).
fof(a526004,axiom,
! [X,Y] :
( solubility_of_2(X,Y)
=> solubility_value_1(X) ) ).
fof(a526005,axiom,
! [X,Y] :
( solubility_of_2(X,Y)
=> solubility_2(Y,X) ) ).
fof(a526006,axiom,
! [X,Y] :
( solubility_in_water_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a526007,axiom,
! [X,Y] :
( solubility_in_water_of_2(X,Y)
=> solubility_value_1(X) ) ).
fof(a526008,axiom,
! [X,Y] :
( solubility_in_water_of_2(X,Y)
=> solubility_of_2(X,Y) ) ).
fof(a526009,axiom,
! [X,Y] :
( solubility_in_water_2(X,Y)
=> solubility_value_1(Y) ) ).
fof(a526010,axiom,
! [X,Y] :
( solubility_in_water_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a526011,axiom,
! [X,Y,Z] :
( ( solubility_in_water_2(X,Y)
& solubility_in_water_2(X,Z) )
=> Y = Z ) ).
fof(a526012,axiom,
! [X,Y] :
( solubility_in_water_2(X,Y)
=> ( cardinality(X,'N-to-1')
& solubility_2(X,Y)
& solubility_in_water_of_2(Y,X) ) ) ).
fof(a526013,axiom,
! [X,Y] :
( subscript_of_2(X,Y)
=> ( property_value_1(Y)
| chemical_1(Y) ) ) ).
fof(a526014,axiom,
! [X,Y] :
( subscript_of_2(X,Y)
=> subscript_value_1(X) ) ).
fof(a526015,axiom,
! [X,Y] :
( subscript_2(X,Y)
=> subscript_value_1(Y) ) ).
fof(a526016,axiom,
! [X,Y] :
( subscript_2(X,Y)
=> ( chemical_1(X)
| property_value_1(X) ) ) ).
fof(a526017,axiom,
! [X,Y] :
( subscript_2(X,Y)
=> ( cardinality(X,'N-to-N')
& subscript_of_2(Y,X) ) ) ).
fof(a526018,axiom,
! [X,Y] :
( acceleration_magnitude_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526019,axiom,
! [X,Y] :
( acceleration_magnitude_of_2(X,Y)
=> acceleration_magnitude_value_1(X) ) ).
fof(a526020,axiom,
! [X,Y] :
( acceleration_magnitude_2(X,Y)
=> acceleration_magnitude_value_1(Y) ) ).
fof(a526021,axiom,
! [X,Y] :
( acceleration_magnitude_2(X,Y)
=> event_1(X) ) ).
fof(a526022,axiom,
! [X,Y,Z] :
( ( acceleration_magnitude_2(X,Y)
& acceleration_magnitude_2(X,Z) )
=> Y = Z ) ).
fof(a526023,axiom,
! [X,Y] :
( acceleration_magnitude_2(X,Y)
=> ( cardinality(X,'N-to-1')
& acceleration_magnitude_of_2(Y,X) ) ) ).
fof(a526024,axiom,
! [X,Y] :
( acceleration_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526025,axiom,
! [X,Y] :
( acceleration_of_2(X,Y)
=> acceleration_magnitude_value_1(X) ) ).
fof(a526026,axiom,
! [X,Y] :
( acceleration_2(X,Y)
=> acceleration_magnitude_value_1(Y) ) ).
fof(a526027,axiom,
! [X,Y] :
( acceleration_2(X,Y)
=> event_1(X) ) ).
fof(a526028,axiom,
! [X,Y,Z] :
( ( acceleration_2(X,Y)
& acceleration_2(X,Z) )
=> Y = Z ) ).
fof(a526029,axiom,
! [X,Y] :
( acceleration_2(X,Y)
=> ( cardinality(X,'N-to-1')
& acceleration_of_2(Y,X) ) ) ).
fof(a526030,axiom,
! [X,Y] :
( direction_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526031,axiom,
! [X,Y] :
( direction_of_2(X,Y)
=> angle_value_1(X) ) ).
fof(a526032,axiom,
! [X,Y] :
( direction_2(X,Y)
=> angle_value_1(Y) ) ).
fof(a526033,axiom,
! [X,Y] :
( direction_2(X,Y)
=> event_1(X) ) ).
fof(a526034,axiom,
! [X,Y,Z] :
( ( direction_2(X,Y)
& direction_2(X,Z) )
=> Y = Z ) ).
fof(a526035,axiom,
! [X,Y] :
( direction_2(X,Y)
=> ( cardinality(X,'N-to-1')
& direction_of_2(Y,X) ) ) ).
fof(a526036,axiom,
! [X,Y] :
( distance_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526037,axiom,
! [X,Y] :
( distance_of_2(X,Y)
=> length_value_1(X) ) ).
fof(a526038,axiom,
! [X,Y] :
( distance_2(X,Y)
=> length_value_1(Y) ) ).
fof(a526039,axiom,
! [X,Y] :
( distance_2(X,Y)
=> event_1(X) ) ).
fof(a526040,axiom,
! [X,Y,Z] :
( ( distance_2(X,Y)
& distance_2(X,Z) )
=> Y = Z ) ).
fof(a526041,axiom,
! [X,Y] :
( distance_2(X,Y)
=> ( cardinality(X,'N-to-1')
& distance_of_2(Y,X) ) ) ).
fof(a526042,axiom,
! [X,Y] :
( duration_of_2(X,Y)
=> ( time_interval_1(Y)
| event_1(Y) ) ) ).
fof(a526043,axiom,
! [X,Y] :
( duration_of_2(X,Y)
=> duration_value_1(X) ) ).
fof(a526044,axiom,
! [X,Y] :
( duration_2(X,Y)
=> duration_value_1(Y) ) ).
fof(a526045,axiom,
! [X,Y] :
( duration_2(X,Y)
=> ( event_1(X)
| time_interval_1(X) ) ) ).
fof(a526046,axiom,
! [X,Y,Z] :
( ( duration_2(X,Y)
& duration_2(X,Z) )
=> Y = Z ) ).
fof(a526047,axiom,
! [X,Y] :
( duration_2(X,Y)
=> ( cardinality(X,'N-to-1')
& duration_of_2(Y,X) ) ) ).
fof(a526048,axiom,
! [X,Y] :
( frequency_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526049,axiom,
! [X,Y] :
( frequency_of_2(X,Y)
=> frequency_value_1(X) ) ).
fof(a526050,axiom,
! [X,Y] :
( frequency_2(X,Y)
=> frequency_value_1(Y) ) ).
fof(a526051,axiom,
! [X,Y] :
( frequency_2(X,Y)
=> event_1(X) ) ).
fof(a526052,axiom,
! [X,Y,Z] :
( ( frequency_2(X,Y)
& frequency_2(X,Z) )
=> Y = Z ) ).
fof(a526053,axiom,
! [X,Y] :
( frequency_2(X,Y)
=> ( cardinality(X,'N-to-1')
& frequency_of_2(Y,X) ) ) ).
fof(a526054,axiom,
! [X,Y] :
( importance_of_2(X,Y)
=> thing_1(Y) ) ).
fof(a526055,axiom,
! [X,Y] :
( importance_of_2(X,Y)
=> unitless_value_1(X) ) ).
fof(a526056,axiom,
! [X,Y] :
( importance_2(X,Y)
=> unitless_value_1(Y) ) ).
fof(a526057,axiom,
! [X,Y] :
( importance_2(X,Y)
=> thing_1(X) ) ).
fof(a526058,axiom,
! [X,Y,Z] :
( ( importance_2(X,Y)
& importance_2(X,Z) )
=> Y = Z ) ).
fof(a526059,axiom,
! [X,Y] :
( importance_2(X,Y)
=> ( cardinality(X,'N-to-1')
& importance_of_2(Y,X) ) ) ).
fof(a526060,axiom,
! [X,Y] :
( intensity_of_2(X,Y)
=> thing_1(Y) ) ).
fof(a526061,axiom,
! [X,Y] :
( intensity_of_2(X,Y)
=> intensity_value_1(X) ) ).
fof(a526062,axiom,
! [X,Y] :
( intensity_2(X,Y)
=> intensity_value_1(Y) ) ).
fof(a526063,axiom,
! [X,Y] :
( intensity_2(X,Y)
=> thing_1(X) ) ).
fof(a526064,axiom,
! [X,Y,Z] :
( ( intensity_2(X,Y)
& intensity_2(X,Z) )
=> Y = Z ) ).
fof(a526065,axiom,
! [X,Y] :
( intensity_2(X,Y)
=> ( cardinality(X,'N-to-1')
& intensity_of_2(Y,X) ) ) ).
fof(a526066,axiom,
! [X,Y] :
( manner_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526067,axiom,
! [X,Y] :
( manner_of_2(X,Y)
=> manner_value_1(X) ) ).
fof(a526068,axiom,
! [X,Y] :
( manner_2(X,Y)
=> manner_value_1(Y) ) ).
fof(a526069,axiom,
! [X,Y] :
( manner_2(X,Y)
=> event_1(X) ) ).
fof(a526070,axiom,
! [X,Y,Z] :
( ( manner_2(X,Y)
& manner_2(X,Z) )
=> Y = Z ) ).
fof(a526071,axiom,
! [X,Y] :
( manner_2(X,Y)
=> ( cardinality(X,'N-to-1')
& manner_of_2(Y,X) ) ) ).
fof(a526072,axiom,
! [X,Y] :
( momentum_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526073,axiom,
! [X,Y] :
( momentum_of_2(X,Y)
=> momentum_value_1(X) ) ).
fof(a526074,axiom,
! [X,Y] :
( momentum_2(X,Y)
=> momentum_value_1(Y) ) ).
fof(a526075,axiom,
! [X,Y] :
( momentum_2(X,Y)
=> event_1(X) ) ).
fof(a526076,axiom,
! [X,Y,Z] :
( ( momentum_2(X,Y)
& momentum_2(X,Z) )
=> Y = Z ) ).
fof(a526077,axiom,
! [X,Y] :
( momentum_2(X,Y)
=> ( cardinality(X,'N-to-1')
& momentum_of_2(Y,X) ) ) ).
fof(a526078,axiom,
! [X,Y] :
( priority_of_2(X,Y)
=> thing_1(Y) ) ).
fof(a526079,axiom,
! [X,Y] :
( priority_of_2(X,Y)
=> unitless_value_1(X) ) ).
fof(a526080,axiom,
! [X,Y] :
( priority_2(X,Y)
=> unitless_value_1(Y) ) ).
fof(a526081,axiom,
! [X,Y] :
( priority_2(X,Y)
=> thing_1(X) ) ).
fof(a526082,axiom,
! [X,Y,Z] :
( ( priority_2(X,Y)
& priority_2(X,Z) )
=> Y = Z ) ).
fof(a526083,axiom,
! [X,Y] :
( priority_2(X,Y)
=> ( cardinality(X,'N-to-1')
& priority_of_2(Y,X) ) ) ).
fof(a526084,axiom,
! [X,Y] :
( rate_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526085,axiom,
! [X,Y] :
( rate_of_2(X,Y)
=> rate_value_1(X) ) ).
fof(a526086,axiom,
! [X,Y] :
( rate_2(X,Y)
=> rate_value_1(Y) ) ).
fof(a526087,axiom,
! [X,Y] :
( rate_2(X,Y)
=> event_1(X) ) ).
fof(a526088,axiom,
! [X,Y,Z] :
( ( rate_2(X,Y)
& rate_2(X,Z) )
=> Y = Z ) ).
fof(a526089,axiom,
! [X,Y] :
( rate_2(X,Y)
=> ( cardinality(X,'N-to-1')
& rate_of_2(Y,X) ) ) ).
fof(a526090,axiom,
! [X,Y] :
( rotational_rate_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526091,axiom,
! [X,Y] :
( rotational_rate_of_2(X,Y)
=> rotational_rate_value_1(X) ) ).
fof(a526092,axiom,
! [X,Y] :
( rotational_rate_2(X,Y)
=> rotational_rate_value_1(Y) ) ).
fof(a526093,axiom,
! [X,Y] :
( rotational_rate_2(X,Y)
=> event_1(X) ) ).
fof(a526094,axiom,
! [X,Y,Z] :
( ( rotational_rate_2(X,Y)
& rotational_rate_2(X,Z) )
=> Y = Z ) ).
fof(a526095,axiom,
! [X,Y] :
( rotational_rate_2(X,Y)
=> ( cardinality(X,'N-to-1')
& rotational_rate_of_2(Y,X) ) ) ).
fof(a526096,axiom,
! [X,Y] :
( speed_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526097,axiom,
! [X,Y] :
( speed_of_2(X,Y)
=> speed_value_1(X) ) ).
fof(a526098,axiom,
! [X,Y] :
( speed_2(X,Y)
=> speed_value_1(Y) ) ).
fof(a526099,axiom,
! [X,Y] :
( speed_2(X,Y)
=> event_1(X) ) ).
fof(a526100,axiom,
! [X,Y,Z] :
( ( speed_2(X,Y)
& speed_2(X,Z) )
=> Y = Z ) ).
fof(a526101,axiom,
! [X,Y] :
( speed_2(X,Y)
=> ( cardinality(X,'N-to-1')
& speed_of_2(Y,X) ) ) ).
fof(a526102,axiom,
! [X,Y] :
( reaction_direction_of_2(X,Y)
=> chemical_equilibrium_reaction_1(Y) ) ).
fof(a526103,axiom,
! [X,Y] :
( reaction_direction_of_2(X,Y)
=> reaction_direction_value_1(X) ) ).
fof(a526104,axiom,
! [X,Y] :
( reaction_direction_2(X,Y)
=> reaction_direction_value_1(Y) ) ).
fof(a526105,axiom,
! [X,Y] :
( reaction_direction_2(X,Y)
=> chemical_equilibrium_reaction_1(X) ) ).
fof(a526106,axiom,
! [X,Y,Z] :
( ( reaction_direction_2(X,Y)
& reaction_direction_2(X,Z) )
=> Y = Z ) ).
fof(a526107,axiom,
! [X,Y] :
( reaction_direction_2(X,Y)
=> ( cardinality(X,'N-to-1')
& reaction_direction_of_2(Y,X) ) ) ).
fof(a526108,axiom,
! [X,Y] :
( age_of_2(X,Y)
=> entity_1(Y) ) ).
fof(a526109,axiom,
! [X,Y] :
( age_of_2(X,Y)
=> duration_value_1(X) ) ).
fof(a526110,axiom,
! [X,Y] :
( age_2(X,Y)
=> duration_value_1(Y) ) ).
fof(a526111,axiom,
! [X,Y] :
( age_2(X,Y)
=> entity_1(X) ) ).
fof(a526112,axiom,
! [X,Y,Z] :
( ( age_2(X,Y)
& age_2(X,Z) )
=> Y = Z ) ).
fof(a526113,axiom,
! [X,Y] :
( age_2(X,Y)
=> ( cardinality(X,'N-to-1')
& age_of_2(Y,X) ) ) ).
fof(a526114,axiom,
! [X,Y] :
( angle_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526115,axiom,
! [X,Y] :
( angle_of_2(X,Y)
=> angle_value_1(X) ) ).
fof(a526116,axiom,
! [X,Y] :
( angle_2(X,Y)
=> angle_value_1(Y) ) ).
fof(a526117,axiom,
! [X,Y] :
( angle_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526118,axiom,
! [X,Y,Z] :
( ( angle_2(X,Y)
& angle_2(X,Z) )
=> Y = Z ) ).
fof(a526119,axiom,
! [X,Y] :
( angle_2(X,Y)
=> ( cardinality(X,'N-to-1')
& angle_of_2(Y,X) ) ) ).
fof(a526120,axiom,
! [X,Y] :
( animacy_of_2(X,Y)
=> entity_1(Y) ) ).
fof(a526121,axiom,
! [X,Y] :
( animacy_of_2(X,Y)
=> animacy_value_1(X) ) ).
fof(a526122,axiom,
! [X,Y] :
( animacy_2(X,Y)
=> animacy_value_1(Y) ) ).
fof(a526123,axiom,
! [X,Y] :
( animacy_2(X,Y)
=> entity_1(X) ) ).
fof(a526124,axiom,
! [X,Y,Z] :
( ( animacy_2(X,Y)
& animacy_2(X,Z) )
=> Y = Z ) ).
fof(a526125,axiom,
! [X,Y] :
( animacy_2(X,Y)
=> ( cardinality(X,'N-to-1')
& animacy_of_2(Y,X) ) ) ).
fof(a526126,axiom,
! [X,Y] :
( area_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526127,axiom,
! [X,Y] :
( area_of_2(X,Y)
=> area_value_1(X) ) ).
fof(a526128,axiom,
! [X,Y] :
( area_2(X,Y)
=> area_value_1(Y) ) ).
fof(a526129,axiom,
! [X,Y] :
( area_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526130,axiom,
! [X,Y,Z] :
( ( area_2(X,Y)
& area_2(X,Z) )
=> Y = Z ) ).
fof(a526131,axiom,
! [X,Y] :
( area_2(X,Y)
=> ( cardinality(X,'N-to-1')
& area_of_2(Y,X) ) ) ).
fof(a526132,axiom,
! [X,Y] :
( breakability_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a526133,axiom,
! [X,Y] :
( breakability_of_2(X,Y)
=> breakability_value_1(X) ) ).
fof(a526134,axiom,
! [X,Y] :
( breakability_2(X,Y)
=> breakability_value_1(Y) ) ).
fof(a526135,axiom,
! [X,Y] :
( breakability_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a526136,axiom,
! [X,Y,Z] :
( ( breakability_2(X,Y)
& breakability_2(X,Z) )
=> Y = Z ) ).
fof(a526137,axiom,
! [X,Y] :
( breakability_2(X,Y)
=> ( cardinality(X,'N-to-1')
& breakability_of_2(Y,X) ) ) ).
fof(a526138,axiom,
! [X,Y] :
( brightness_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a526139,axiom,
! [X,Y] :
( brightness_of_2(X,Y)
=> brightness_value_1(X) ) ).
fof(a526140,axiom,
! [X,Y] :
( brightness_2(X,Y)
=> brightness_value_1(Y) ) ).
fof(a526141,axiom,
! [X,Y] :
( brightness_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a526142,axiom,
! [X,Y,Z] :
( ( brightness_2(X,Y)
& brightness_2(X,Z) )
=> Y = Z ) ).
fof(a526143,axiom,
! [X,Y] :
( brightness_2(X,Y)
=> ( cardinality(X,'N-to-1')
& brightness_of_2(Y,X) ) ) ).
fof(a526144,axiom,
! [X,Y] :
( capacity_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526145,axiom,
! [X,Y] :
( capacity_of_2(X,Y)
=> capacity_value_1(X) ) ).
fof(a526146,axiom,
! [X,Y] :
( capacity_2(X,Y)
=> capacity_value_1(Y) ) ).
fof(a526147,axiom,
! [X,Y] :
( capacity_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526148,axiom,
! [X,Y,Z] :
( ( capacity_2(X,Y)
& capacity_2(X,Z) )
=> Y = Z ) ).
fof(a526149,axiom,
! [X,Y] :
( capacity_2(X,Y)
=> ( cardinality(X,'N-to-1')
& capacity_of_2(Y,X) ) ) ).
fof(a526150,axiom,
! [X,Y] :
( circumference_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526151,axiom,
! [X,Y] :
( circumference_of_2(X,Y)
=> length_value_1(X) ) ).
fof(a526152,axiom,
! [X,Y] :
( circumference_2(X,Y)
=> length_value_1(Y) ) ).
fof(a526153,axiom,
! [X,Y] :
( circumference_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526154,axiom,
! [X,Y,Z] :
( ( circumference_2(X,Y)
& circumference_2(X,Z) )
=> Y = Z ) ).
fof(a526155,axiom,
! [X,Y] :
( circumference_2(X,Y)
=> ( cardinality(X,'N-to-1')
& circumference_of_2(Y,X) ) ) ).
fof(a526156,axiom,
! [X,Y] :
( color_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526157,axiom,
! [X,Y] :
( color_of_2(X,Y)
=> color_value_1(X) ) ).
fof(a526158,axiom,
! [X,Y] :
( color_2(X,Y)
=> color_value_1(Y) ) ).
fof(a526159,axiom,
! [X,Y] :
( color_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526160,axiom,
! [X,Y,Z] :
( ( color_2(X,Y)
& color_2(X,Z) )
=> Y = Z ) ).
fof(a526161,axiom,
! [X,Y] :
( color_2(X,Y)
=> ( cardinality(X,'N-to-1')
& color_of_2(Y,X) ) ) ).
fof(a526162,axiom,
! [X,Y] :
( consistency_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a526163,axiom,
! [X,Y] :
( consistency_of_2(X,Y)
=> consistency_value_1(X) ) ).
fof(a526164,axiom,
! [X,Y] :
( consistency_2(X,Y)
=> consistency_value_1(Y) ) ).
fof(a526165,axiom,
! [X,Y] :
( consistency_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a526166,axiom,
! [X,Y,Z] :
( ( consistency_2(X,Y)
& consistency_2(X,Z) )
=> Y = Z ) ).
fof(a526167,axiom,
! [X,Y] :
( consistency_2(X,Y)
=> ( cardinality(X,'N-to-1')
& consistency_of_2(Y,X) ) ) ).
fof(a526168,axiom,
! [X,Y] :
( density_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a526169,axiom,
! [X,Y] :
( density_of_2(X,Y)
=> density_value_1(X) ) ).
fof(a526170,axiom,
! [X,Y] :
( density_2(X,Y)
=> density_value_1(Y) ) ).
fof(a526171,axiom,
! [X,Y] :
( density_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a526172,axiom,
! [X,Y,Z] :
( ( density_2(X,Y)
& density_2(X,Z) )
=> Y = Z ) ).
fof(a526173,axiom,
! [X,Y] :
( density_2(X,Y)
=> ( cardinality(X,'N-to-1')
& density_of_2(Y,X) ) ) ).
fof(a526174,axiom,
! [X,Y] :
( depth_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526175,axiom,
! [X,Y] :
( depth_of_2(X,Y)
=> length_value_1(X) ) ).
fof(a526176,axiom,
! [X,Y] :
( depth_2(X,Y)
=> length_value_1(Y) ) ).
fof(a526177,axiom,
! [X,Y] :
( depth_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526178,axiom,
! [X,Y,Z] :
( ( depth_2(X,Y)
& depth_2(X,Z) )
=> Y = Z ) ).
fof(a526179,axiom,
! [X,Y] :
( depth_2(X,Y)
=> ( cardinality(X,'N-to-1')
& depth_of_2(Y,X) ) ) ).
fof(a526180,axiom,
! [X,Y] :
( diameter_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526181,axiom,
! [X,Y] :
( diameter_of_2(X,Y)
=> length_value_1(X) ) ).
fof(a526182,axiom,
! [X,Y] :
( diameter_2(X,Y)
=> length_value_1(Y) ) ).
fof(a526183,axiom,
! [X,Y] :
( diameter_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526184,axiom,
! [X,Y,Z] :
( ( diameter_2(X,Y)
& diameter_2(X,Z) )
=> Y = Z ) ).
fof(a526185,axiom,
! [X,Y] :
( diameter_2(X,Y)
=> ( cardinality(X,'N-to-1')
& diameter_of_2(Y,X) ) ) ).
fof(a526186,axiom,
! [X,Y] :
( dimension_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526187,axiom,
! [X,Y] :
( dimension_of_2(X,Y)
=> dimension_value_1(X) ) ).
fof(a526188,axiom,
! [X,Y] :
( dimension_2(X,Y)
=> dimension_value_1(Y) ) ).
fof(a526189,axiom,
! [X,Y] :
( dimension_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526190,axiom,
! [X,Y,Z] :
( ( dimension_2(X,Y)
& dimension_2(X,Z) )
=> Y = Z ) ).
fof(a526191,axiom,
! [X,Y] :
( dimension_2(X,Y)
=> ( cardinality(X,'N-to-1')
& dimension_of_2(Y,X) ) ) ).
fof(a526192,axiom,
! [X,Y] :
( fertility_of_2(X,Y)
=> organism_1(Y) ) ).
fof(a526193,axiom,
! [X,Y] :
( fertility_of_2(X,Y)
=> fertility_value_1(X) ) ).
fof(a526194,axiom,
! [X,Y] :
( fertility_2(X,Y)
=> fertility_value_1(Y) ) ).
fof(a526195,axiom,
! [X,Y] :
( fertility_2(X,Y)
=> organism_1(X) ) ).
fof(a526196,axiom,
! [X,Y,Z] :
( ( fertility_2(X,Y)
& fertility_2(X,Z) )
=> Y = Z ) ).
fof(a526197,axiom,
! [X,Y] :
( fertility_2(X,Y)
=> ( cardinality(X,'N-to-1')
& fertility_of_2(Y,X) ) ) ).
fof(a526198,axiom,
! [X,Y] :
( height_2(X,Y)
=> length_value_1(Y) ) ).
fof(a526199,axiom,
! [X,Y] :
( height_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526200,axiom,
! [X,Y,Z] :
( ( height_2(X,Y)
& height_2(X,Z) )
=> Y = Z ) ).
fof(a526201,axiom,
! [X,Y] :
( height_2(X,Y)
=> cardinality(X,'N-to-1') ) ).
fof(a526202,axiom,
! [X,Y] :
( integrity_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a526203,axiom,
! [X,Y] :
( integrity_of_2(X,Y)
=> integrity_value_1(X) ) ).
fof(a526204,axiom,
! [X,Y] :
( integrity_2(X,Y)
=> integrity_value_1(Y) ) ).
fof(a526205,axiom,
! [X,Y] :
( integrity_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a526206,axiom,
! [X,Y,Z] :
( ( integrity_2(X,Y)
& integrity_2(X,Z) )
=> Y = Z ) ).
fof(a526207,axiom,
! [X,Y] :
( integrity_2(X,Y)
=> ( cardinality(X,'N-to-1')
& integrity_of_2(Y,X) ) ) ).
fof(a526208,axiom,
! [X,Y] :
( latitude_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526209,axiom,
! [X,Y] :
( latitude_of_2(X,Y)
=> angle_value_1(X) ) ).
fof(a526210,axiom,
! [X,Y] :
( latitude_2(X,Y)
=> angle_value_1(Y) ) ).
fof(a526211,axiom,
! [X,Y] :
( latitude_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526212,axiom,
! [X,Y,Z] :
( ( latitude_2(X,Y)
& latitude_2(X,Z) )
=> Y = Z ) ).
fof(a526213,axiom,
! [X,Y] :
( latitude_2(X,Y)
=> ( cardinality(X,'N-to-1')
& latitude_of_2(Y,X) ) ) ).
fof(a526214,axiom,
! [X,Y] :
( length_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526215,axiom,
! [X,Y] :
( length_of_2(X,Y)
=> length_value_1(X) ) ).
fof(a526216,axiom,
! [X,Y] :
( length_2(X,Y)
=> length_value_1(Y) ) ).
fof(a526217,axiom,
! [X,Y] :
( length_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526218,axiom,
! [X,Y,Z] :
( ( length_2(X,Y)
& length_2(X,Z) )
=> Y = Z ) ).
fof(a526219,axiom,
! [X,Y] :
( length_2(X,Y)
=> ( cardinality(X,'N-to-1')
& length_of_2(Y,X) ) ) ).
fof(a526220,axiom,
! [X,Y] :
( longitude_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526221,axiom,
! [X,Y] :
( longitude_of_2(X,Y)
=> angle_value_1(X) ) ).
fof(a526222,axiom,
! [X,Y] :
( longitude_2(X,Y)
=> angle_value_1(Y) ) ).
fof(a526223,axiom,
! [X,Y] :
( longitude_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526224,axiom,
! [X,Y,Z] :
( ( longitude_2(X,Y)
& longitude_2(X,Z) )
=> Y = Z ) ).
fof(a526225,axiom,
! [X,Y] :
( longitude_2(X,Y)
=> ( cardinality(X,'N-to-1')
& longitude_of_2(Y,X) ) ) ).
fof(a526226,axiom,
! [X,Y] :
( luminance_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526227,axiom,
! [X,Y] :
( luminance_of_2(X,Y)
=> luminance_value_1(X) ) ).
fof(a526228,axiom,
! [X,Y] :
( luminance_2(X,Y)
=> luminance_value_1(Y) ) ).
fof(a526229,axiom,
! [X,Y] :
( luminance_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526230,axiom,
! [X,Y,Z] :
( ( luminance_2(X,Y)
& luminance_2(X,Z) )
=> Y = Z ) ).
fof(a526231,axiom,
! [X,Y] :
( luminance_2(X,Y)
=> ( cardinality(X,'N-to-1')
& luminance_of_2(Y,X) ) ) ).
fof(a526232,axiom,
! [X,Y] :
( luminous_flux_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526233,axiom,
! [X,Y] :
( luminous_flux_of_2(X,Y)
=> luminous_flux_value_1(X) ) ).
fof(a526234,axiom,
! [X,Y] :
( luminous_flux_2(X,Y)
=> luminous_flux_value_1(Y) ) ).
fof(a526235,axiom,
! [X,Y] :
( luminous_flux_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526236,axiom,
! [X,Y,Z] :
( ( luminous_flux_2(X,Y)
& luminous_flux_2(X,Z) )
=> Y = Z ) ).
fof(a526237,axiom,
! [X,Y] :
( luminous_flux_2(X,Y)
=> ( cardinality(X,'N-to-1')
& luminous_flux_of_2(Y,X) ) ) ).
fof(a526238,axiom,
! [X,Y] :
( luminous_intensity_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526239,axiom,
! [X,Y] :
( luminous_intensity_of_2(X,Y)
=> luminous_intensity_value_1(X) ) ).
fof(a526240,axiom,
! [X,Y] :
( luminous_intensity_2(X,Y)
=> luminous_intensity_value_1(Y) ) ).
fof(a526241,axiom,
! [X,Y] :
( luminous_intensity_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526242,axiom,
! [X,Y,Z] :
( ( luminous_intensity_2(X,Y)
& luminous_intensity_2(X,Z) )
=> Y = Z ) ).
fof(a526243,axiom,
! [X,Y] :
( luminous_intensity_2(X,Y)
=> ( cardinality(X,'N-to-1')
& luminous_intensity_of_2(Y,X) ) ) ).
fof(a526244,axiom,
! [X,Y] :
( mass_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a526245,axiom,
! [X,Y] :
( mass_of_2(X,Y)
=> mass_value_1(X) ) ).
fof(a526246,axiom,
! [X,Y] :
( mass_2(X,Y)
=> mass_value_1(Y) ) ).
fof(a526247,axiom,
! [X,Y] :
( mass_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a526248,axiom,
! [X,Y,Z] :
( ( mass_2(X,Y)
& mass_2(X,Z) )
=> Y = Z ) ).
fof(a526249,axiom,
! [X,Y] :
( mass_2(X,Y)
=> ( cardinality(X,'N-to-1')
& mass_of_2(Y,X) ) ) ).
fof(a526250,axiom,
! [X,Y] :
( moment_of_inertia_of_2(X,Y)
=> physical_object_1(Y) ) ).
fof(a526251,axiom,
! [X,Y] :
( moment_of_inertia_of_2(X,Y)
=> moment_of_inertia_value_1(X) ) ).
fof(a526252,axiom,
! [X,Y] :
( moment_of_inertia_2(X,Y)
=> moment_of_inertia_value_1(Y) ) ).
fof(a526253,axiom,
! [X,Y] :
( moment_of_inertia_2(X,Y)
=> physical_object_1(X) ) ).
fof(a526254,axiom,
! [X,Y,Z] :
( ( moment_of_inertia_2(X,Y)
& moment_of_inertia_2(X,Z) )
=> Y = Z ) ).
fof(a526255,axiom,
! [X,Y] :
( moment_of_inertia_2(X,Y)
=> ( cardinality(X,'N-to-1')
& moment_of_inertia_of_2(Y,X) ) ) ).
fof(a526256,axiom,
! [X,Y] :
( orientation_of_2(X,Y)
=> entity_1(Y) ) ).
fof(a526257,axiom,
! [X,Y] :
( orientation_of_2(X,Y)
=> angle_value_1(X) ) ).
fof(a526258,axiom,
! [X,Y] :
( orientation_2(X,Y)
=> angle_value_1(Y) ) ).
fof(a526259,axiom,
! [X,Y] :
( orientation_2(X,Y)
=> entity_1(X) ) ).
fof(a526260,axiom,
! [X,Y,Z] :
( ( orientation_2(X,Y)
& orientation_2(X,Z) )
=> Y = Z ) ).
fof(a526261,axiom,
! [X,Y] :
( orientation_2(X,Y)
=> ( cardinality(X,'N-to-1')
& orientation_of_2(Y,X) ) ) ).
fof(a526262,axiom,
! [X,Y] :
( oxidation_state_of_2(X,Y)
=> chemical_entity_1(Y) ) ).
fof(a526263,axiom,
! [X,Y] :
( oxidation_state_of_2(X,Y)
=> oxidation_state_value_1(X) ) ).
fof(a526264,axiom,
! [X,Y] :
( oxidation_state_2(X,Y)
=> oxidation_state_value_1(Y) ) ).
fof(a526265,axiom,
! [X,Y] :
( oxidation_state_2(X,Y)
=> chemical_entity_1(X) ) ).
fof(a526266,axiom,
! [X,Y,Z] :
( ( oxidation_state_2(X,Y)
& oxidation_state_2(X,Z) )
=> Y = Z ) ).
fof(a526267,axiom,
! [X,Y] :
( oxidation_state_2(X,Y)
=> ( cardinality(X,'N-to-1')
& oxidation_state_of_2(Y,X) ) ) ).
fof(a526268,axiom,
! [X,Y] :
( perimeter_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526269,axiom,
! [X,Y] :
( perimeter_of_2(X,Y)
=> length_value_1(X) ) ).
fof(a526270,axiom,
! [X,Y] :
( perimeter_2(X,Y)
=> length_value_1(Y) ) ).
fof(a526271,axiom,
! [X,Y] :
( perimeter_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526272,axiom,
! [X,Y,Z] :
( ( perimeter_2(X,Y)
& perimeter_2(X,Z) )
=> Y = Z ) ).
fof(a526273,axiom,
! [X,Y] :
( perimeter_2(X,Y)
=> ( cardinality(X,'N-to-1')
& perimeter_of_2(Y,X) ) ) ).
fof(a526274,axiom,
! [X,Y] :
( physical_state_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a526275,axiom,
! [X,Y] :
( physical_state_of_2(X,Y)
=> state_value_1(X) ) ).
fof(a526276,axiom,
! [X,Y] :
( physical_state_2(X,Y)
=> state_value_1(Y) ) ).
fof(a526277,axiom,
! [X,Y] :
( physical_state_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a526278,axiom,
! [X,Y,Z] :
( ( physical_state_2(X,Y)
& physical_state_2(X,Z) )
=> Y = Z ) ).
fof(a526279,axiom,
! [X,Y] :
( physical_state_2(X,Y)
=> ( cardinality(X,'N-to-1')
& physical_state_of_2(Y,X) ) ) ).
fof(a526280,axiom,
! [X,Y] :
( polarity_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a526281,axiom,
! [X,Y] :
( polarity_of_2(X,Y)
=> polarity_value_1(X) ) ).
fof(a526282,axiom,
! [X,Y] :
( polarity_2(X,Y)
=> polarity_value_1(Y) ) ).
fof(a526283,axiom,
! [X,Y] :
( polarity_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a526284,axiom,
! [X,Y,Z] :
( ( polarity_2(X,Y)
& polarity_2(X,Z) )
=> Y = Z ) ).
fof(a526285,axiom,
! [X,Y] :
( polarity_2(X,Y)
=> ( cardinality(X,'N-to-1')
& polarity_of_2(Y,X) ) ) ).
fof(a526286,axiom,
! [X,Y] :
( power_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526287,axiom,
! [X,Y] :
( power_of_2(X,Y)
=> power_value_1(X) ) ).
fof(a526288,axiom,
! [X,Y] :
( power_2(X,Y)
=> power_value_1(Y) ) ).
fof(a526289,axiom,
! [X,Y] :
( power_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526290,axiom,
! [X,Y,Z] :
( ( power_2(X,Y)
& power_2(X,Z) )
=> Y = Z ) ).
fof(a526291,axiom,
! [X,Y] :
( power_2(X,Y)
=> ( cardinality(X,'N-to-1')
& power_of_2(Y,X) ) ) ).
fof(a526292,axiom,
! [X,Y] :
( pressure_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526293,axiom,
! [X,Y] :
( pressure_of_2(X,Y)
=> pressure_value_1(X) ) ).
fof(a526294,axiom,
! [X,Y] :
( pressure_2(X,Y)
=> pressure_value_1(Y) ) ).
fof(a526295,axiom,
! [X,Y] :
( pressure_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526296,axiom,
! [X,Y,Z] :
( ( pressure_2(X,Y)
& pressure_2(X,Z) )
=> Y = Z ) ).
fof(a526297,axiom,
! [X,Y] :
( pressure_2(X,Y)
=> ( cardinality(X,'N-to-1')
& pressure_of_2(Y,X) ) ) ).
fof(a526298,axiom,
! [X,Y] :
( quantity_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a526299,axiom,
! [X,Y] :
( quantity_of_2(X,Y)
=> quantity_value_1(X) ) ).
fof(a526300,axiom,
! [X,Y] :
( quantity_2(X,Y)
=> quantity_value_1(Y) ) ).
fof(a526301,axiom,
! [X,Y] :
( quantity_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a526302,axiom,
! [X,Y,Z] :
( ( quantity_2(X,Y)
& quantity_2(X,Z) )
=> Y = Z ) ).
fof(a526303,axiom,
! [X,Y] :
( quantity_2(X,Y)
=> ( cardinality(X,'N-to-1')
& quantity_of_2(Y,X) ) ) ).
fof(a526304,axiom,
! [X,Y] :
( radius_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526305,axiom,
! [X,Y] :
( radius_of_2(X,Y)
=> length_value_1(X) ) ).
fof(a526306,axiom,
! [X,Y] :
( radius_2(X,Y)
=> length_value_1(Y) ) ).
fof(a526307,axiom,
! [X,Y] :
( radius_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526308,axiom,
! [X,Y,Z] :
( ( radius_2(X,Y)
& radius_2(X,Z) )
=> Y = Z ) ).
fof(a526309,axiom,
! [X,Y] :
( radius_2(X,Y)
=> ( cardinality(X,'N-to-1')
& radius_of_2(Y,X) ) ) ).
fof(a526310,axiom,
! [X,Y] :
( sentience_of_2(X,Y)
=> living_entity_1(Y) ) ).
fof(a526311,axiom,
! [X,Y] :
( sentience_of_2(X,Y)
=> sentience_value_1(X) ) ).
fof(a526312,axiom,
! [X,Y] :
( sentience_2(X,Y)
=> sentience_value_1(Y) ) ).
fof(a526313,axiom,
! [X,Y] :
( sentience_2(X,Y)
=> living_entity_1(X) ) ).
fof(a526314,axiom,
! [X,Y,Z] :
( ( sentience_2(X,Y)
& sentience_2(X,Z) )
=> Y = Z ) ).
fof(a526315,axiom,
! [X,Y] :
( sentience_2(X,Y)
=> ( cardinality(X,'N-to-1')
& sentience_of_2(Y,X) ) ) ).
fof(a526316,axiom,
! [X,Y] :
( sex_of_2(X,Y)
=> living_entity_1(Y) ) ).
fof(a526317,axiom,
! [X,Y] :
( sex_of_2(X,Y)
=> sex_value_1(X) ) ).
fof(a526318,axiom,
! [X,Y] :
( sex_2(X,Y)
=> sex_value_1(Y) ) ).
fof(a526319,axiom,
! [X,Y] :
( sex_2(X,Y)
=> living_entity_1(X) ) ).
fof(a526320,axiom,
! [X,Y,Z] :
( ( sex_2(X,Y)
& sex_2(X,Z) )
=> Y = Z ) ).
fof(a526321,axiom,
! [X,Y] :
( sex_2(X,Y)
=> ( cardinality(X,'N-to-1')
& sex_of_2(Y,X) ) ) ).
fof(a526322,axiom,
! [X,Y] :
( shape_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526323,axiom,
! [X,Y] :
( shape_of_2(X,Y)
=> shape_value_1(X) ) ).
fof(a526324,axiom,
! [X,Y] :
( shape_2(X,Y)
=> shape_value_1(Y) ) ).
fof(a526325,axiom,
! [X,Y] :
( shape_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526326,axiom,
! [X,Y,Z] :
( ( shape_2(X,Y)
& shape_2(X,Z) )
=> Y = Z ) ).
fof(a526327,axiom,
! [X,Y] :
( shape_2(X,Y)
=> ( cardinality(X,'N-to-1')
& shape_of_2(Y,X) ) ) ).
fof(a526328,axiom,
! [X,Y] :
( size_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526329,axiom,
! [X,Y] :
( size_of_2(X,Y)
=> size_value_1(X) ) ).
fof(a526330,axiom,
! [X,Y] :
( size_2(X,Y)
=> size_value_1(Y) ) ).
fof(a526331,axiom,
! [X,Y] :
( size_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526332,axiom,
! [X,Y,Z] :
( ( size_2(X,Y)
& size_2(X,Z) )
=> Y = Z ) ).
fof(a526333,axiom,
! [X,Y] :
( size_2(X,Y)
=> ( cardinality(X,'N-to-1')
& size_of_2(Y,X) ) ) ).
fof(a526334,axiom,
! [X,Y] :
( slope_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526335,axiom,
! [X,Y] :
( slope_of_2(X,Y)
=> unitless_value_1(X) ) ).
fof(a526336,axiom,
! [X,Y] :
( slope_2(X,Y)
=> unitless_value_1(Y) ) ).
fof(a526337,axiom,
! [X,Y] :
( slope_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526338,axiom,
! [X,Y,Z] :
( ( slope_2(X,Y)
& slope_2(X,Z) )
=> Y = Z ) ).
fof(a526339,axiom,
! [X,Y] :
( slope_2(X,Y)
=> ( cardinality(X,'N-to-1')
& slope_of_2(Y,X) ) ) ).
fof(a526340,axiom,
! [X,Y] :
( smell_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a526341,axiom,
! [X,Y] :
( smell_of_2(X,Y)
=> smell_value_1(X) ) ).
fof(a526342,axiom,
! [X,Y] :
( smell_2(X,Y)
=> smell_value_1(Y) ) ).
fof(a526343,axiom,
! [X,Y] :
( smell_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a526344,axiom,
! [X,Y,Z] :
( ( smell_2(X,Y)
& smell_2(X,Z) )
=> Y = Z ) ).
fof(a526345,axiom,
! [X,Y] :
( smell_2(X,Y)
=> ( cardinality(X,'N-to-1')
& smell_of_2(Y,X) ) ) ).
fof(a526346,axiom,
! [X,Y] :
( specific_surface_area_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526347,axiom,
! [X,Y] :
( specific_surface_area_of_2(X,Y)
=> specific_surface_area_value_1(X) ) ).
fof(a526348,axiom,
! [X,Y] :
( specific_surface_area_2(X,Y)
=> specific_surface_area_value_1(Y) ) ).
fof(a526349,axiom,
! [X,Y] :
( specific_surface_area_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526350,axiom,
! [X,Y,Z] :
( ( specific_surface_area_2(X,Y)
& specific_surface_area_2(X,Z) )
=> Y = Z ) ).
fof(a526351,axiom,
! [X,Y] :
( specific_surface_area_2(X,Y)
=> ( cardinality(X,'N-to-1')
& specific_surface_area_of_2(Y,X) ) ) ).
fof(a526352,axiom,
! [X,Y] :
( surface_area_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526353,axiom,
! [X,Y] :
( surface_area_of_2(X,Y)
=> surface_area_value_1(X) ) ).
fof(a526354,axiom,
! [X,Y] :
( surface_area_2(X,Y)
=> surface_area_value_1(Y) ) ).
fof(a526355,axiom,
! [X,Y] :
( surface_area_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526356,axiom,
! [X,Y,Z] :
( ( surface_area_2(X,Y)
& surface_area_2(X,Z) )
=> Y = Z ) ).
fof(a526357,axiom,
! [X,Y] :
( surface_area_2(X,Y)
=> ( cardinality(X,'N-to-1')
& surface_area_of_2(Y,X) ) ) ).
fof(a526358,axiom,
! [X,Y] :
( taste_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a526359,axiom,
! [X,Y] :
( taste_of_2(X,Y)
=> taste_value_1(X) ) ).
fof(a526360,axiom,
! [X,Y] :
( taste_2(X,Y)
=> taste_value_1(Y) ) ).
fof(a526361,axiom,
! [X,Y] :
( taste_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a526362,axiom,
! [X,Y,Z] :
( ( taste_2(X,Y)
& taste_2(X,Z) )
=> Y = Z ) ).
fof(a526363,axiom,
! [X,Y] :
( taste_2(X,Y)
=> ( cardinality(X,'N-to-1')
& taste_of_2(Y,X) ) ) ).
fof(a526364,axiom,
! [X,Y] :
( temperature_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526365,axiom,
! [X,Y] :
( temperature_of_2(X,Y)
=> temperature_value_1(X) ) ).
fof(a526366,axiom,
! [X,Y] :
( temperature_2(X,Y)
=> temperature_value_1(Y) ) ).
fof(a526367,axiom,
! [X,Y] :
( temperature_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526368,axiom,
! [X,Y,Z] :
( ( temperature_2(X,Y)
& temperature_2(X,Z) )
=> Y = Z ) ).
fof(a526369,axiom,
! [X,Y] :
( temperature_2(X,Y)
=> ( cardinality(X,'N-to-1')
& temperature_of_2(Y,X) ) ) ).
fof(a526370,axiom,
! [X,Y] :
( texture_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a526371,axiom,
! [X,Y] :
( texture_of_2(X,Y)
=> texture_value_1(X) ) ).
fof(a526372,axiom,
! [X,Y] :
( texture_2(X,Y)
=> texture_value_1(Y) ) ).
fof(a526373,axiom,
! [X,Y] :
( texture_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a526374,axiom,
! [X,Y,Z] :
( ( texture_2(X,Y)
& texture_2(X,Z) )
=> Y = Z ) ).
fof(a526375,axiom,
! [X,Y] :
( texture_2(X,Y)
=> ( cardinality(X,'N-to-1')
& texture_of_2(Y,X) ) ) ).
fof(a526376,axiom,
! [X,Y] :
( thickness_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526377,axiom,
! [X,Y] :
( thickness_of_2(X,Y)
=> length_value_1(X) ) ).
fof(a526378,axiom,
! [X,Y] :
( thickness_2(X,Y)
=> length_value_1(Y) ) ).
fof(a526379,axiom,
! [X,Y] :
( thickness_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526380,axiom,
! [X,Y,Z] :
( ( thickness_2(X,Y)
& thickness_2(X,Z) )
=> Y = Z ) ).
fof(a526381,axiom,
! [X,Y] :
( thickness_2(X,Y)
=> ( cardinality(X,'N-to-1')
& thickness_of_2(Y,X) ) ) ).
fof(a526382,axiom,
! [X,Y] :
( trait_of_2(X,Y)
=> entity_1(Y) ) ).
fof(a526383,axiom,
! [X,Y] :
( trait_of_2(X,Y)
=> trait_value_1(X) ) ).
fof(a526384,axiom,
! [X,Y] :
( trait_2(X,Y)
=> trait_value_1(Y) ) ).
fof(a526385,axiom,
! [X,Y] :
( trait_2(X,Y)
=> entity_1(X) ) ).
fof(a526386,axiom,
! [X,Y,Z] :
( ( trait_2(X,Y)
& trait_2(X,Z) )
=> Y = Z ) ).
fof(a526387,axiom,
! [X,Y] :
( trait_2(X,Y)
=> ( cardinality(X,'N-to-1')
& trait_of_2(Y,X) ) ) ).
fof(a526388,axiom,
! [X,Y] :
( truth_of_2(X,Y)
=> information_1(Y) ) ).
fof(a526389,axiom,
! [X,Y] :
( truth_of_2(X,Y)
=> truth_value_1(X) ) ).
fof(a526390,axiom,
! [X,Y] :
( truth_2(X,Y)
=> truth_value_1(Y) ) ).
fof(a526391,axiom,
! [X,Y] :
( truth_2(X,Y)
=> information_1(X) ) ).
fof(a526392,axiom,
! [X,Y,Z] :
( ( truth_2(X,Y)
& truth_2(X,Z) )
=> Y = Z ) ).
fof(a526393,axiom,
! [X,Y] :
( truth_2(X,Y)
=> ( cardinality(X,'N-to-1')
& truth_of_2(Y,X) ) ) ).
fof(a526394,axiom,
! [X,Y] :
( voltage_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526395,axiom,
! [X,Y] :
( voltage_of_2(X,Y)
=> voltage_value_1(X) ) ).
fof(a526396,axiom,
! [X,Y] :
( voltage_2(X,Y)
=> voltage_value_1(Y) ) ).
fof(a526397,axiom,
! [X,Y] :
( voltage_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526398,axiom,
! [X,Y,Z] :
( ( voltage_2(X,Y)
& voltage_2(X,Z) )
=> Y = Z ) ).
fof(a526399,axiom,
! [X,Y] :
( voltage_2(X,Y)
=> ( cardinality(X,'N-to-1')
& voltage_of_2(Y,X) ) ) ).
fof(a526400,axiom,
! [X,Y] :
( volume_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a526401,axiom,
! [X,Y] :
( volume_of_2(X,Y)
=> volume_value_1(X) ) ).
fof(a526402,axiom,
! [X,Y] :
( volume_2(X,Y)
=> volume_value_1(Y) ) ).
fof(a526403,axiom,
! [X,Y] :
( volume_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a526404,axiom,
! [X,Y,Z] :
( ( volume_2(X,Y)
& volume_2(X,Z) )
=> Y = Z ) ).
fof(a526405,axiom,
! [X,Y] :
( volume_2(X,Y)
=> ( cardinality(X,'N-to-1')
& volume_of_2(Y,X) ) ) ).
fof(a526406,axiom,
! [X,Y] :
( wetness_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a526407,axiom,
! [X,Y] :
( wetness_of_2(X,Y)
=> wetness_value_1(X) ) ).
fof(a526408,axiom,
! [X,Y] :
( wetness_2(X,Y)
=> wetness_value_1(Y) ) ).
fof(a526409,axiom,
! [X,Y] :
( wetness_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a526410,axiom,
! [X,Y,Z] :
( ( wetness_2(X,Y)
& wetness_2(X,Z) )
=> Y = Z ) ).
fof(a526411,axiom,
! [X,Y] :
( wetness_2(X,Y)
=> ( cardinality(X,'N-to-1')
& wetness_of_2(Y,X) ) ) ).
fof(a526412,axiom,
! [X,Y] :
( width_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526413,axiom,
! [X,Y] :
( width_of_2(X,Y)
=> length_value_1(X) ) ).
fof(a526414,axiom,
! [X,Y] :
( width_2(X,Y)
=> length_value_1(Y) ) ).
fof(a526415,axiom,
! [X,Y] :
( width_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526416,axiom,
! [X,Y,Z] :
( ( width_2(X,Y)
& width_2(X,Z) )
=> Y = Z ) ).
fof(a526417,axiom,
! [X,Y] :
( width_2(X,Y)
=> ( cardinality(X,'N-to-1')
& width_of_2(Y,X) ) ) ).
fof(a526418,axiom,
! [X,Y] :
( worth_of_2(X,Y)
=> entity_1(Y) ) ).
fof(a526419,axiom,
! [X,Y] :
( worth_of_2(X,Y)
=> worth_value_1(X) ) ).
fof(a526420,axiom,
! [X,Y] :
( worth_2(X,Y)
=> worth_value_1(Y) ) ).
fof(a526421,axiom,
! [X,Y] :
( worth_2(X,Y)
=> entity_1(X) ) ).
fof(a526422,axiom,
! [X,Y,Z] :
( ( worth_2(X,Y)
& worth_2(X,Z) )
=> Y = Z ) ).
fof(a526423,axiom,
! [X,Y] :
( worth_2(X,Y)
=> ( cardinality(X,'N-to-1')
& worth_of_2(Y,X) ) ) ).
fof(a526424,axiom,
! [X,Y] :
( atomic_mass_of_2(X,Y)
=> isotope_1(Y) ) ).
fof(a526425,axiom,
! [X,Y] :
( atomic_mass_of_2(X,Y)
=> mass_value_1(X) ) ).
fof(a526426,axiom,
! [X,Y] :
( atomic_mass_2(X,Y)
=> mass_value_1(Y) ) ).
fof(a526427,axiom,
! [X,Y] :
( atomic_mass_2(X,Y)
=> isotope_1(X) ) ).
fof(a526428,axiom,
! [X,Y] :
( atomic_mass_2(X,Y)
=> ( mass_2(X,Y)
& atomic_mass_of_2(Y,X) ) ) ).
fof(a526429,axiom,
! [X,Y] :
( atomic_number_of_2(X,Y)
=> atom_1(Y) ) ).
fof(a526430,axiom,
! [X,Y] :
( atomic_number_of_2(X,Y)
=> atomic_number_value_1(X) ) ).
fof(a526431,axiom,
! [X,Y] :
( atomic_number_2(X,Y)
=> atomic_number_value_1(Y) ) ).
fof(a526432,axiom,
! [X,Y] :
( atomic_number_2(X,Y)
=> atom_1(X) ) ).
fof(a526433,axiom,
! [X,Y,Z] :
( ( atomic_number_2(X,Y)
& atomic_number_2(X,Z) )
=> Y = Z ) ).
fof(a526434,axiom,
! [X,Y] :
( atomic_number_2(X,Y)
=> ( cardinality(X,'N-to-1')
& atomic_number_of_2(Y,X) ) ) ).
fof(a526435,axiom,
! [X,Y] :
( atomic_symbol_of_2(X,Y)
=> thing_1(Y) ) ).
fof(a526436,axiom,
! [X,Y] :
( atomic_symbol_of_2(X,Y)
=> ( string_1(X)
| class_1(X) ) ) ).
fof(a526437,axiom,
! [X,Y] :
( atomic_symbol_2(X,Y)
=> string_1(Y) ) ).
fof(a526438,axiom,
! [X,Y] :
( atomic_symbol_2(X,Y)
=> thing_1(X) ) ).
fof(a526439,axiom,
! [X,Y,Z] :
( ( atomic_symbol_2(X,Y)
& atomic_symbol_2(Z,Y) )
=> X = Z ) ).
fof(a526440,axiom,
! [X,Y,Z] :
( ( atomic_symbol_2(X,Y)
& atomic_symbol_2(X,Z) )
=> Y = Z ) ).
fof(a526441,axiom,
! [X,Y] :
( atomic_symbol_2(X,Y)
=> ( cardinality(X,'1-to-1')
& atomic_symbol_of_2(Y,X) ) ) ).
fof(a526442,axiom,
! [X,Y] :
( magnification_of_2(X,Y)
=> physical_object_1(Y) ) ).
fof(a526443,axiom,
! [X,Y] :
( magnification_of_2(X,Y)
=> unitless_value_1(X) ) ).
fof(a526444,axiom,
! [X,Y] :
( magnification_2(X,Y)
=> unitless_value_1(Y) ) ).
fof(a526445,axiom,
! [X,Y] :
( magnification_2(X,Y)
=> physical_object_1(X) ) ).
fof(a526446,axiom,
! [X,Y,Z] :
( ( magnification_2(X,Y)
& magnification_2(X,Z) )
=> Y = Z ) ).
fof(a526447,axiom,
! [X,Y] :
( magnification_2(X,Y)
=> ( cardinality(X,'N-to-1')
& magnification_of_2(Y,X) ) ) ).
fof(a526448,axiom,
! [X,Y] :
( optical_resolution_of_2(X,Y)
=> physical_object_1(Y) ) ).
fof(a526449,axiom,
! [X,Y] :
( optical_resolution_of_2(X,Y)
=> length_value_1(X) ) ).
fof(a526450,axiom,
! [X,Y] :
( optical_resolution_2(X,Y)
=> length_value_1(Y) ) ).
fof(a526451,axiom,
! [X,Y] :
( optical_resolution_2(X,Y)
=> physical_object_1(X) ) ).
fof(a526452,axiom,
! [X,Y,Z] :
( ( optical_resolution_2(X,Y)
& optical_resolution_2(X,Z) )
=> Y = Z ) ).
fof(a526453,axiom,
! [X,Y] :
( optical_resolution_2(X,Y)
=> ( cardinality(X,'N-to-1')
& optical_resolution_of_2(Y,X) ) ) ).
fof(a526454,axiom,
! [X,Y] :
( structural_complexity_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a526455,axiom,
! [X,Y] :
( structural_complexity_of_2(X,Y)
=> structural_complexity_value_1(X) ) ).
fof(a526456,axiom,
! [X,Y] :
( structural_complexity_2(X,Y)
=> structural_complexity_value_1(Y) ) ).
fof(a526457,axiom,
! [X,Y] :
( structural_complexity_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a526458,axiom,
! [X,Y,Z] :
( ( structural_complexity_2(X,Y)
& structural_complexity_2(X,Z) )
=> Y = Z ) ).
fof(a526459,axiom,
! [X,Y] :
( structural_complexity_2(X,Y)
=> ( cardinality(X,'N-to-1')
& structural_complexity_of_2(Y,X) ) ) ).
fof(a526460,axiom,
! [X,Y] :
( mass_number_of_2(X,Y)
=> atom_1(Y) ) ).
fof(a526461,axiom,
! [X,Y] :
( mass_number_of_2(X,Y)
=> atomic_mass_value_1(X) ) ).
fof(a526462,axiom,
! [X,Y] :
( mass_number_2(X,Y)
=> atomic_mass_value_1(Y) ) ).
fof(a526463,axiom,
! [X,Y] :
( mass_number_2(X,Y)
=> atom_1(X) ) ).
fof(a526464,axiom,
! [X,Y,Z] :
( ( mass_number_2(X,Y)
& mass_number_2(X,Z) )
=> Y = Z ) ).
fof(a526465,axiom,
! [X,Y] :
( mass_number_2(X,Y)
=> ( cardinality(X,'N-to-1')
& mass_number_of_2(Y,X) ) ) ).
fof(a526466,axiom,
! [X,Y] :
( wavelength_of_2(X,Y)
=> energy_1(Y) ) ).
fof(a526467,axiom,
! [X,Y] :
( wavelength_of_2(X,Y)
=> length_value_1(X) ) ).
fof(a526468,axiom,
! [X,Y] :
( wavelength_2(X,Y)
=> length_value_1(Y) ) ).
fof(a526469,axiom,
! [X,Y] :
( wavelength_2(X,Y)
=> energy_1(X) ) ).
fof(a526470,axiom,
! [X,Y,Z] :
( ( wavelength_2(X,Y)
& wavelength_2(X,Z) )
=> Y = Z ) ).
fof(a526471,axiom,
! [X,Y] :
( wavelength_2(X,Y)
=> ( cardinality(X,'N-to-1')
& wavelength_of_2(Y,X) ) ) ).
fof(a526472,axiom,
! [X,Y] :
( correspondence_2(X,Y)
=> property_value_1(Y) ) ).
fof(a526473,axiom,
! [X,Y] :
( correspondence_2(X,Y)
=> property_value_1(X) ) ).
fof(a526474,axiom,
! [X,Y] :
( correspondence_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a526475,axiom,
! [X,Y] :
( different_type_2(X,Y)
=> thing_1(Y) ) ).
fof(a526476,axiom,
! [X,Y] :
( different_type_2(X,Y)
=> thing_1(X) ) ).
fof(a526477,axiom,
! [X,Y] :
( different_type_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a526478,axiom,
! [X,Y] :
( directly_proportional_2(X,Y)
=> property_value_1(Y) ) ).
fof(a526479,axiom,
! [X,Y] :
( directly_proportional_2(X,Y)
=> property_value_1(X) ) ).
fof(a526480,axiom,
! [X,Y] :
( directly_proportional_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a526481,axiom,
! [X,Y] :
( from_value_of_2(X,Y)
=> ( decrease_1(Y)
| increase_1(Y) ) ) ).
fof(a526482,axiom,
! [X,Y] :
( from_value_of_2(X,Y)
=> property_value_1(X) ) ).
fof(a526483,axiom,
! [X,Y] :
( from_value_2(X,Y)
=> property_value_1(Y) ) ).
fof(a526484,axiom,
! [X,Y] :
( from_value_2(X,Y)
=> ( increase_1(X)
| decrease_1(X) ) ) ).
fof(a526485,axiom,
! [X,Y,Z] :
( ( from_value_2(X,Y)
& from_value_2(X,Z) )
=> Y = Z ) ).
fof(a526486,axiom,
! [X,Y] :
( from_value_2(X,Y)
=> ( cardinality(X,'N-to-1')
& from_value_of_2(Y,X) ) ) ).
fof(a526487,axiom,
! [X,Y] :
( less_than_or_equal_to_2(X,Y)
=> property_value_1(Y) ) ).
fof(a526488,axiom,
! [X,Y] :
( less_than_or_equal_to_2(X,Y)
=> property_value_1(X) ) ).
fof(a526489,axiom,
! [X,Y] :
( greater_than_or_equal_to_2(X,Y)
=> property_value_1(Y) ) ).
fof(a526490,axiom,
! [X,Y] :
( greater_than_or_equal_to_2(X,Y)
=> property_value_1(X) ) ).
fof(a526491,axiom,
! [X,Y] :
( greater_than_or_equal_to_2(X,Y)
=> ( cardinality(X,'N-to-N')
& less_than_or_equal_to_2(Y,X) ) ) ).
fof(a526492,axiom,
! [X,Y] :
( less_than_2(X,Y)
=> property_value_1(Y) ) ).
fof(a526493,axiom,
! [X,Y] :
( less_than_2(X,Y)
=> property_value_1(X) ) ).
fof(a526494,axiom,
! [X,Y] :
( greater_than_2(X,Y)
=> property_value_1(Y) ) ).
fof(a526495,axiom,
! [X,Y] :
( greater_than_2(X,Y)
=> property_value_1(X) ) ).
fof(a526496,axiom,
! [X,Y] :
( greater_than_2(X,Y)
=> ( cardinality(X,'N-to-N')
& less_than_2(Y,X) ) ) ).
fof(a526497,axiom,
! [X,Y] :
( inversely_proportional_2(X,Y)
=> property_value_1(Y) ) ).
fof(a526498,axiom,
! [X,Y] :
( inversely_proportional_2(X,Y)
=> property_value_1(X) ) ).
fof(a526499,axiom,
! [X,Y] :
( inversely_proportional_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a526500,axiom,
! [X,Y] :
( negative_influence_2(X,Y)
=> property_value_1(Y) ) ).
fof(a526501,axiom,
! [X,Y] :
( negative_influence_2(X,Y)
=> property_value_1(X) ) ).
fof(a526502,axiom,
! [X,Y] :
( negative_influence_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a526503,axiom,
! [X,Y] :
( positive_influence_2(X,Y)
=> property_value_1(Y) ) ).
fof(a526504,axiom,
! [X,Y] :
( positive_influence_2(X,Y)
=> property_value_1(X) ) ).
fof(a526505,axiom,
! [X,Y] :
( positive_influence_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a526506,axiom,
! [X,Y] :
( same_as_2(X,Y)
=> property_value_1(Y) ) ).
fof(a526507,axiom,
! [X,Y] :
( same_as_2(X,Y)
=> property_value_1(X) ) ).
fof(a526508,axiom,
! [X,Y] :
( same_as_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a526509,axiom,
! [X,Y] :
( same_type_2(X,Y)
=> thing_1(Y) ) ).
fof(a526510,axiom,
! [X,Y] :
( same_type_2(X,Y)
=> thing_1(X) ) ).
fof(a526511,axiom,
! [X,Y] :
( same_type_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a526512,axiom,
! [X,Y] :
( to_value_of_2(X,Y)
=> ( decrease_1(Y)
| increase_1(Y) ) ) ).
fof(a526513,axiom,
! [X,Y] :
( to_value_of_2(X,Y)
=> property_value_1(X) ) ).
fof(a526514,axiom,
! [X,Y] :
( to_value_2(X,Y)
=> property_value_1(Y) ) ).
fof(a526515,axiom,
! [X,Y] :
( to_value_2(X,Y)
=> ( increase_1(X)
| decrease_1(X) ) ) ).
fof(a526516,axiom,
! [X,Y,Z] :
( ( to_value_2(X,Y)
& to_value_2(X,Z) )
=> Y = Z ) ).
fof(a526517,axiom,
! [X,Y] :
( to_value_2(X,Y)
=> ( cardinality(X,'N-to-1')
& to_value_of_2(Y,X) ) ) ).
fof(a526518,axiom,
! [X,Y] :
( encloses_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526519,axiom,
! [X,Y] :
( encloses_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526520,axiom,
! [X,Y] :
( encloses_2(X,Y)
=> is_inside_2(Y,X) ) ).
fof(a526521,axiom,
! [X,Y] :
( instrument_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526522,axiom,
! [X,Y] :
( instrument_of_2(X,Y)
=> entity_1(X) ) ).
fof(a526523,axiom,
! [X,Y] :
( instrument_of_2(X,Y)
=> instrument_2(Y,X) ) ).
fof(a526524,axiom,
! [X,Y] :
( object_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526525,axiom,
! [X,Y] :
( object_of_2(X,Y)
=> entity_1(X) ) ).
fof(a526526,axiom,
! [X,Y] :
( object_of_2(X,Y)
=> object_2(Y,X) ) ).
fof(a526527,axiom,
! [X,Y] :
( agent_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526528,axiom,
! [X,Y] :
( agent_of_2(X,Y)
=> entity_1(X) ) ).
fof(a526529,axiom,
! [X,Y] :
( agent_of_2(X,Y)
=> agent_2(Y,X) ) ).
fof(a526530,axiom,
! [X,Y] :
( raw_material_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526531,axiom,
! [X,Y] :
( raw_material_of_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a526532,axiom,
! [X,Y] :
( raw_material_of_2(X,Y)
=> raw_material_2(Y,X) ) ).
fof(a526533,axiom,
! [X,Y] :
( is_solute_of_2(X,Y)
=> solution_1(Y) ) ).
fof(a526534,axiom,
! [X,Y] :
( is_solute_of_2(X,Y)
=> substance_1(X) ) ).
fof(a526535,axiom,
! [X,Y,Z] :
( ( is_solute_of_2(X,Y)
& is_solute_of_2(X,Z) )
=> Y = Z ) ).
fof(a526536,axiom,
! [X,Y] :
( is_solute_of_2(X,Y)
=> ( cardinality(X,'N-to-1')
& has_solute_2(Y,X) ) ) ).
fof(a526537,axiom,
! [X,Y] :
( is_basic_structural_unit_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a526538,axiom,
! [X,Y] :
( is_basic_structural_unit_of_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a526539,axiom,
! [X,Y] :
( is_basic_structural_unit_of_2(X,Y)
=> is_part_or_unit_of_2(X,Y) ) ).
fof(a526540,axiom,
! [X,Y] :
( base_of_2(X,Y)
=> ( dissolve_1(Y)
| event_1(Y) ) ) ).
fof(a526541,axiom,
! [X,Y] :
( base_of_2(X,Y)
=> entity_1(X) ) ).
fof(a526542,axiom,
! [X,Y] :
( base_of_2(X,Y)
=> base_2(Y,X) ) ).
fof(a526543,axiom,
! [X,Y] :
( played_by_2(X,Y)
=> entity_1(Y) ) ).
fof(a526544,axiom,
! [X,Y] :
( played_by_2(X,Y)
=> role_1(X) ) ).
fof(a526545,axiom,
! [X,Y] :
( played_by_2(X,Y)
=> plays_2(Y,X) ) ).
fof(a526546,axiom,
! [X,Y] :
( path_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526547,axiom,
! [X,Y] :
( path_of_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526548,axiom,
! [X,Y] :
( path_of_2(X,Y)
=> path_2(Y,X) ) ).
fof(a526549,axiom,
! [X,Y] :
( content_2(X,Y)
=> entity_1(Y) ) ).
fof(a526550,axiom,
! [X,Y] :
( content_2(X,Y)
=> container_1(X) ) ).
fof(a526551,axiom,
! [X,Y] :
( content_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a526552,axiom,
! [X,Y] :
( has_part_or_unit_2(X,Y)
=> is_part_or_unit_of_2(Y,X) ) ).
fof(a526553,axiom,
! [X,Y] :
( has_basic_structural_unit_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a526554,axiom,
! [X,Y] :
( has_basic_structural_unit_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a526555,axiom,
! [X,Y] :
( has_basic_structural_unit_2(X,Y)
=> ( cardinality(X,'N-to-N')
& has_part_2(X,Y)
& has_part_or_unit_2(X,Y)
& is_basic_structural_unit_of_2(Y,X) ) ) ).
fof(a526556,axiom,
! [X,Y] :
( away_from_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526557,axiom,
! [X,Y] :
( away_from_of_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526558,axiom,
! [X,Y] :
( away_from_of_2(X,Y)
=> away_from_2(Y,X) ) ).
fof(a526559,axiom,
! [X,Y] :
( element_of_2(X,Y)
=> entity_1(Y) ) ).
fof(a526560,axiom,
! [X,Y] :
( element_of_2(X,Y)
=> thing_1(X) ) ).
fof(a526561,axiom,
! [X,Y] :
( element_of_2(X,Y)
=> element_2(Y,X) ) ).
fof(a526562,axiom,
! [X,Y] :
( beneficiary_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526563,axiom,
! [X,Y] :
( beneficiary_of_2(X,Y)
=> living_entity_1(X) ) ).
fof(a526564,axiom,
! [X,Y] :
( beneficiary_of_2(X,Y)
=> beneficiary_2(Y,X) ) ).
fof(a526565,axiom,
! [X,Y] :
( content_of_2(X,Y)
=> container_1(Y) ) ).
fof(a526566,axiom,
! [X,Y] :
( content_of_2(X,Y)
=> entity_1(X) ) ).
fof(a526567,axiom,
! [X,Y] :
( content_of_2(X,Y)
=> content_2(Y,X) ) ).
fof(a526568,axiom,
! [X,Y] :
( first_element_of_2(X,Y)
=> ( sequence_1(Y)
| aggregate_1(Y) ) ) ).
fof(a526569,axiom,
! [X,Y] :
( first_element_of_2(X,Y)
=> entity_1(X) ) ).
fof(a526570,axiom,
! [X,Y] :
( first_element_of_2(X,Y)
=> first_element_2(Y,X) ) ).
fof(a526571,axiom,
! [X,Y] :
( is_part_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a526572,axiom,
! [X,Y] :
( is_part_of_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a526573,axiom,
! [X,Y,Z] :
( ( is_part_of_2(X,Y)
& is_part_of_2(X,Z) )
=> Y = Z ) ).
fof(a526574,axiom,
! [X,Y] :
( is_part_of_2(X,Y)
=> ( cardinality(X,'N-to-1')
& is_part_or_unit_of_2(X,Y)
& has_part_2(Y,X) ) ) ).
fof(a526575,axiom,
! [X,Y] :
( is_possessed_by_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a526576,axiom,
! [X,Y] :
( is_possessed_by_2(X,Y)
=> ( chemical_bond_1(X)
| energy_1(X)
| force_1(X)
| gradient_1(X) ) ) ).
fof(a526577,axiom,
! [X,Y] :
( is_possessed_by_2(X,Y)
=> possesses_2(Y,X) ) ).
fof(a526578,axiom,
! [X,Y] :
( result_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526579,axiom,
! [X,Y] :
( result_of_2(X,Y)
=> entity_1(X) ) ).
fof(a526580,axiom,
! [X,Y] :
( result_of_2(X,Y)
=> result_2(Y,X) ) ).
fof(a526581,axiom,
! [X,Y] :
( information_content_of_2(X,Y)
=> conceptual_entity_1(Y) ) ).
fof(a526582,axiom,
! [X,Y] :
( information_content_of_2(X,Y)
=> thing_1(X) ) ).
fof(a526583,axiom,
! [X,Y] :
( information_content_of_2(X,Y)
=> information_content_2(Y,X) ) ).
fof(a526584,axiom,
! [X,Y] :
( origin_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526585,axiom,
! [X,Y] :
( origin_of_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526586,axiom,
! [X,Y] :
( origin_of_2(X,Y)
=> origin_2(Y,X) ) ).
fof(a526587,axiom,
! [X,Y] :
( subevent_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526588,axiom,
! [X,Y] :
( subevent_of_2(X,Y)
=> event_1(X) ) ).
fof(a526589,axiom,
! [X,Y] :
( subevent_of_2(X,Y)
=> subevent_2(Y,X) ) ).
fof(a526590,axiom,
! [X,Y] :
( site_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526591,axiom,
! [X,Y] :
( site_of_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526592,axiom,
! [X,Y] :
( site_of_2(X,Y)
=> site_2(Y,X) ) ).
fof(a526593,axiom,
! [X,Y] :
( toward_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526594,axiom,
! [X,Y] :
( toward_of_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526595,axiom,
! [X,Y] :
( toward_of_2(X,Y)
=> toward_2(Y,X) ) ).
fof(a526596,axiom,
! [X,Y] :
( time_int_finished_by_2(X,Y)
=> time_interval_1(Y) ) ).
fof(a526597,axiom,
! [X,Y] :
( time_int_finished_by_2(X,Y)
=> time_interval_1(X) ) ).
fof(a526598,axiom,
! [X,Y] :
( time_int_finished_by_2(X,Y)
=> time_int_finishes_2(Y,X) ) ).
fof(a526599,axiom,
! [X,Y] :
( time_int_overlapped_by_2(X,Y)
=> time_interval_1(Y) ) ).
fof(a526600,axiom,
! [X,Y] :
( time_int_overlapped_by_2(X,Y)
=> time_interval_1(X) ) ).
fof(a526601,axiom,
! [X,Y] :
( time_int_overlapped_by_2(X,Y)
=> time_int_overlaps_2(Y,X) ) ).
fof(a526602,axiom,
! [X,Y] :
( time_int_started_by_2(X,Y)
=> time_interval_1(Y) ) ).
fof(a526603,axiom,
! [X,Y] :
( time_int_started_by_2(X,Y)
=> time_interval_1(X) ) ).
fof(a526604,axiom,
! [X,Y] :
( time_int_started_by_2(X,Y)
=> time_int_starts_2(Y,X) ) ).
fof(a526605,axiom,
! [X,Y] :
( is_region_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526606,axiom,
! [X,Y] :
( is_region_of_2(X,Y)
=> region_1(X) ) ).
fof(a526607,axiom,
! [X,Y] :
( is_region_of_2(X,Y)
=> has_region_2(Y,X) ) ).
fof(a526608,axiom,
! [X,Y] :
( time_after_2(X,Y)
=> temporal_entity_1(Y) ) ).
fof(a526609,axiom,
! [X,Y] :
( time_after_2(X,Y)
=> temporal_entity_1(X) ) ).
fof(a526610,axiom,
! [X,Y] :
( time_after_2(X,Y)
=> time_before_2(Y,X) ) ).
fof(a526611,axiom,
! [X,Y] :
( old_has_function_2(X,Y)
=> thing_1(Y) ) ).
fof(a526612,axiom,
! [X,Y] :
( old_has_function_2(X,Y)
=> thing_1(X) ) ).
fof(a526613,axiom,
! [X,Y] :
( old_is_function_of_2(X,Y)
=> thing_1(Y) ) ).
fof(a526614,axiom,
! [X,Y] :
( old_is_function_of_2(X,Y)
=> thing_1(X) ) ).
fof(a526615,axiom,
! [X,Y] :
( old_is_function_of_2(X,Y)
=> old_has_function_2(Y,X) ) ).
fof(a526616,axiom,
! [X,Y] :
( caused_by_2(X,Y)
=> event_1(Y) ) ).
fof(a526617,axiom,
! [X,Y] :
( caused_by_2(X,Y)
=> event_1(X) ) ).
fof(a526618,axiom,
! [X,Y] :
( caused_by_2(X,Y)
=> ( old_is_function_of_2(X,Y)
& causes_2(Y,X) ) ) ).
fof(a526619,axiom,
! [X,Y] :
( resulting_state_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526620,axiom,
! [X,Y] :
( resulting_state_of_2(X,Y)
=> state_1(X) ) ).
fof(a526621,axiom,
! [X,Y] :
( resulting_state_2(X,Y)
=> state_1(Y) ) ).
fof(a526622,axiom,
! [X,Y] :
( resulting_state_2(X,Y)
=> event_1(X) ) ).
fof(a526623,axiom,
! [X,Y,Z] :
( ( resulting_state_2(X,Y)
& resulting_state_2(Z,Y) )
=> X = Z ) ).
fof(a526624,axiom,
! [X,Y,Z] :
( ( resulting_state_2(X,Y)
& resulting_state_2(X,Z) )
=> Y = Z ) ).
fof(a526625,axiom,
! [X,Y] :
( resulting_state_2(X,Y)
=> ( cardinality(X,'1-to-1')
& resulting_state_of_2(Y,X) ) ) ).
fof(a526626,axiom,
! [X,Y] :
( defeats_2(X,Y)
=> state_1(Y) ) ).
fof(a526627,axiom,
! [X,Y] :
( defeats_2(X,Y)
=> action_1(X) ) ).
fof(a526628,axiom,
! [X,Y] :
( defeats_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a526629,axiom,
! [X,Y] :
( time_int_contains_2(X,Y)
=> time_interval_1(Y) ) ).
fof(a526630,axiom,
! [X,Y] :
( time_int_contains_2(X,Y)
=> time_interval_1(X) ) ).
fof(a526631,axiom,
! [X,Y] :
( time_int_contains_2(X,Y)
=> time_int_during_2(Y,X) ) ).
fof(a526632,axiom,
! [X,Y] :
( enabled_by_2(X,Y)
=> event_1(Y) ) ).
fof(a526633,axiom,
! [X,Y] :
( enabled_by_2(X,Y)
=> event_1(X) ) ).
fof(a526634,axiom,
! [X,Y] :
( enabled_by_2(X,Y)
=> enables_2(Y,X) ) ).
fof(a526635,axiom,
! [X,Y] :
( in_event_of_2(X,Y)
=> role_1(Y) ) ).
fof(a526636,axiom,
! [X,Y] :
( in_event_of_2(X,Y)
=> event_1(X) ) ).
fof(a526637,axiom,
! [X,Y] :
( in_event_of_2(X,Y)
=> in_event_2(Y,X) ) ).
fof(a526638,axiom,
! [X,Y] :
( inhibited_by_2(X,Y)
=> event_1(Y) ) ).
fof(a526639,axiom,
! [X,Y] :
( inhibited_by_2(X,Y)
=> event_1(X) ) ).
fof(a526640,axiom,
! [X,Y] :
( inhibited_by_2(X,Y)
=> inhibits_2(Y,X) ) ).
fof(a526641,axiom,
! [X,Y] :
( means_by_which_2(X,Y)
=> event_1(Y) ) ).
fof(a526642,axiom,
! [X,Y] :
( means_by_which_2(X,Y)
=> event_1(X) ) ).
fof(a526643,axiom,
! [X,Y] :
( means_by_which_2(X,Y)
=> by_means_of_2(Y,X) ) ).
fof(a526644,axiom,
! [X,Y] :
( prevented_by_2(X,Y)
=> event_1(Y) ) ).
fof(a526645,axiom,
! [X,Y] :
( prevented_by_2(X,Y)
=> event_1(X) ) ).
fof(a526646,axiom,
! [X,Y] :
( prevented_by_2(X,Y)
=> prevents_2(Y,X) ) ).
fof(a526647,axiom,
! [X,Y] :
( experiencer_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526648,axiom,
! [X,Y] :
( experiencer_of_2(X,Y)
=> entity_1(X) ) ).
fof(a526649,axiom,
! [X,Y] :
( experiencer_of_2(X,Y)
=> experiencer_2(Y,X) ) ).
fof(a526650,axiom,
! [X,Y] :
( height_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526651,axiom,
! [X,Y] :
( height_of_2(X,Y)
=> length_value_1(X) ) ).
fof(a526652,axiom,
! [X,Y] :
( height_of_2(X,Y)
=> height_2(Y,X) ) ).
fof(a526653,axiom,
! [X,Y] :
( recipient_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526654,axiom,
! [X,Y] :
( recipient_of_2(X,Y)
=> entity_1(X) ) ).
fof(a526655,axiom,
! [X,Y] :
( recipient_of_2(X,Y)
=> recipient_2(Y,X) ) ).
fof(a526656,axiom,
! [X,Y] :
( equal_2(X,Y)
=> thing_1(Y) ) ).
fof(a526657,axiom,
! [X,Y] :
( equal_2(X,Y)
=> thing_1(X) ) ).
fof(a526658,axiom,
! [X,Y] :
( destination_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526659,axiom,
! [X,Y] :
( destination_of_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526660,axiom,
! [X,Y] :
( destination_of_2(X,Y)
=> destination_2(Y,X) ) ).
fof(a526661,axiom,
! [X,Y] :
( donor_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526662,axiom,
! [X,Y] :
( donor_of_2(X,Y)
=> entity_1(X) ) ).
fof(a526663,axiom,
! [X,Y] :
( donor_of_2(X,Y)
=> donor_2(Y,X) ) ).
fof(a526664,axiom,
! [X,Y] :
( does_not_enclose_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526665,axiom,
! [X,Y] :
( does_not_enclose_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526666,axiom,
! [X,Y] :
( does_not_enclose_2(X,Y)
=> is_outside_2(Y,X) ) ).
fof(a526667,axiom,
! [X,Y] :
( is_at_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526668,axiom,
! [X,Y] :
( is_at_of_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526669,axiom,
! [X,Y] :
( is_at_of_2(X,Y)
=> is_at_2(Y,X) ) ).
fof(a526670,axiom,
! [X,Y] :
( is_in_front_of_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526671,axiom,
! [X,Y] :
( is_in_front_of_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526672,axiom,
! [X,Y] :
( is_in_front_of_2(X,Y)
=> is_behind_2(Y,X) ) ).
fof(a526673,axiom,
! [X,Y] :
( has_on_it_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526674,axiom,
! [X,Y] :
( has_on_it_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526675,axiom,
! [X,Y] :
( has_on_it_2(X,Y)
=> is_on_2(Y,X) ) ).
fof(a526676,axiom,
! [X,Y] :
( is_below_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526677,axiom,
! [X,Y] :
( is_below_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526678,axiom,
! [X,Y] :
( is_below_2(X,Y)
=> is_above_2(Y,X) ) ).
fof(a526679,axiom,
! [X,Y] :
( is_under_2(X,Y)
=> spatial_entity_1(Y) ) ).
fof(a526680,axiom,
! [X,Y] :
( is_under_2(X,Y)
=> spatial_entity_1(X) ) ).
fof(a526681,axiom,
! [X,Y] :
( is_under_2(X,Y)
=> is_over_2(Y,X) ) ).
fof(a526682,axiom,
! [X,Y] :
( defeated_by_2(X,Y)
=> action_1(Y) ) ).
fof(a526683,axiom,
! [X,Y] :
( defeated_by_2(X,Y)
=> state_1(X) ) ).
fof(a526684,axiom,
! [X,Y] :
( defeated_by_2(X,Y)
=> defeats_2(Y,X) ) ).
fof(a526685,axiom,
! [X,Y] :
( material_of_2(X,Y)
=> tangible_entity_1(Y) ) ).
fof(a526686,axiom,
! [X,Y] :
( material_of_2(X,Y)
=> tangible_entity_1(X) ) ).
fof(a526687,axiom,
! [X,Y] :
( material_of_2(X,Y)
=> material_2(Y,X) ) ).
fof(a526688,axiom,
! [X,Y] :
( related_to_2(X,Y)
=> thing_1(Y) ) ).
fof(a526689,axiom,
! [X,Y] :
( related_to_2(X,Y)
=> thing_1(X) ) ).
fof(a526690,axiom,
! [X,Y] :
( related_to_2(X,Y)
=> cardinality(X,'N-to-N') ) ).
fof(a526691,axiom,
! [X,Y] :
( time_of_2(X,Y)
=> event_1(Y) ) ).
fof(a526692,axiom,
! [X,Y] :
( time_of_2(X,Y)
=> time_instant_1(X) ) ).
fof(a526693,axiom,
! [X,Y] :
( time_of_2(X,Y)
=> time_at_2(Y,X) ) ).
fof(a526694,axiom,
! [X,Y] :
( prev_event_2(X,Y)
=> event_1(Y) ) ).
fof(a526695,axiom,
! [X,Y] :
( prev_event_2(X,Y)
=> event_1(X) ) ).
fof(a526696,axiom,
! [X,Y] :
( prev_event_2(X,Y)
=> next_event_2(Y,X) ) ).
fof(a526697,axiom,
! [X,Y] :
( has_structure_2(X,Y)
=> entity_1(Y) ) ).
fof(a526698,axiom,
! [X,Y] :
( has_structure_2(X,Y)
=> entity_1(X) ) ).
fof(a526699,axiom,
! [X,Y] :
( is_structure_of_2(X,Y)
=> entity_1(Y) ) ).
fof(a526700,axiom,
! [X,Y] :
( is_structure_of_2(X,Y)
=> entity_1(X) ) ).
fof(a526701,axiom,
! [X,Y] :
( is_structure_of_2(X,Y)
=> has_structure_2(Y,X) ) ).
fof(a526702,axiom,
! [X,Y,Z] :
( ( is_structure_of_2(X,Y)
& is_structure_of_star_2(Y,Z)
& entity_1(X)
& entity_1(Y)
& entity_1(Z) )
=> is_structure_of_star_2(X,Z) ) ).
fof(a526703,axiom,
! [X,Y,Z] :
( ( has_structure_2(X,Y)
& has_structure_star_2(Y,Z)
& entity_1(X)
& entity_1(Y)
& entity_1(Z) )
=> has_structure_star_2(X,Z) ) ).
fof(a526704,axiom,
! [X,Y,Z] :
( ( prev_event_2(X,Y)
& subevent_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> prev_event_star_2(X,Z) ) ).
fof(a526705,axiom,
! [X,Y,Z] :
( ( next_event_2(X,Y)
& subevent_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> next_event_star_2(X,Z) ) ).
fof(a526706,axiom,
! [X,Y,Z] :
( ( prev_event_2(X,Y)
& prev_event_star_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> prev_event_star_2(X,Z) ) ).
fof(a526707,axiom,
! [X,Y,Z] :
( ( next_event_2(X,Y)
& next_event_star_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> next_event_star_2(X,Z) ) ).
fof(a526708,axiom,
! [X,Y,Z] :
( ( result_2(X,Y)
& has_part_or_unit_2(Y,Z)
& event_1(X)
& tangible_entity_1(Y)
& tangible_entity_1(Z) )
=> result_star_2(X,Z) ) ).
fof(a526709,axiom,
! [X,Y,Z] :
( ( result_2(X,Y)
& possesses_2(Y,Z)
& event_1(X)
& tangible_entity_1(Y)
& tangible_entity_1(Z) )
=> result_star_2(X,Z) ) ).
fof(a526710,axiom,
! [X,Y,Z] :
( ( time_int_started_by_2(X,Y)
& time_int_started_by_star_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_started_by_star_2(X,Z) ) ).
fof(a526711,axiom,
! [X,Y,Z] :
( ( time_int_starts_2(X,Y)
& time_int_starts_star_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_starts_star_2(X,Z) ) ).
fof(a526712,axiom,
! [X,Y,Z] :
( ( time_int_starts_2(X,Y)
& time_of_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& event_1(Z) )
=> time_int_starts_star_2(X,Z) ) ).
fof(a526713,axiom,
! [X,Y,Z] :
( ( time_int_meets_2(X,Y)
& time_of_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& event_1(Z) )
=> time_int_meets_star_2(X,Z) ) ).
fof(a526714,axiom,
! [X,Y,Z] :
( ( time_of_2(X,Y)
& time_int_contains_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_contains_star_2(X,Z) ) ).
fof(a526715,axiom,
! [X,Y,Z] :
( ( time_int_contains_2(X,Y)
& time_int_contains_star_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_contains_star_2(X,Z) ) ).
fof(a526716,axiom,
! [X,Y,Z] :
( ( time_int_during_2(X,Y)
& time_int_during_star_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_during_star_2(X,Z) ) ).
fof(a526717,axiom,
! [X,Y,Z] :
( ( time_int_during_2(X,Y)
& time_of_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& event_1(Z) )
=> time_int_during_star_2(X,Z) ) ).
fof(a526718,axiom,
! [X,Y,Z] :
( ( time_of_2(X,Y)
& time_after_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_after_star_2(X,Z) ) ).
fof(a526719,axiom,
! [X,Y,Z] :
( ( time_after_2(X,Y)
& time_after_star_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_after_star_2(X,Z) ) ).
fof(a526720,axiom,
! [X,Y,Z] :
( ( time_before_2(X,Y)
& time_int_starts_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_before_star_2(X,Z) ) ).
fof(a526721,axiom,
! [X,Y,Z] :
( ( time_before_2(X,Y)
& time_int_started_by_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_before_star_2(X,Z) ) ).
fof(a526722,axiom,
! [X,Y,Z] :
( ( time_before_2(X,Y)
& time_int_meets_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_before_star_2(X,Z) ) ).
fof(a526723,axiom,
! [X,Y,Z] :
( ( time_before_2(X,Y)
& time_int_contains_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_before_star_2(X,Z) ) ).
fof(a526724,axiom,
! [X,Y,Z] :
( ( time_before_2(X,Y)
& time_before_star_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_before_star_2(X,Z) ) ).
fof(a526725,axiom,
! [X,Y,Z] :
( ( time_before_2(X,Y)
& time_of_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& event_1(Z) )
=> time_before_star_2(X,Z) ) ).
fof(a526726,axiom,
! [X,Y,Z] :
( ( time_of_2(X,Y)
& time_before_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_before_star_2(X,Z) ) ).
fof(a526727,axiom,
! [X,Y,Z] :
( ( time_int_meets_2(X,Y)
& time_before_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_before_star_2(X,Z) ) ).
fof(a526728,axiom,
! [X,Y,Z] :
( ( time_after_2(X,Y)
& time_int_started_by_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_after_star_2(X,Z) ) ).
fof(a526729,axiom,
! [X,Y,Z] :
( ( time_after_2(X,Y)
& time_int_meets_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_after_star_2(X,Z) ) ).
fof(a526730,axiom,
! [X,Y,Z] :
( ( time_after_2(X,Y)
& time_int_finished_by_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_after_star_2(X,Z) ) ).
fof(a526731,axiom,
! [X,Y,Z] :
( ( time_after_2(X,Y)
& time_of_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& event_1(Z) )
=> time_after_star_2(X,Z) ) ).
fof(a526732,axiom,
! [X,Y,Z] :
( ( time_of_2(X,Y)
& time_int_started_by_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_started_by_star_2(X,Z) ) ).
fof(a526733,axiom,
! [X,Y,Z] :
( ( time_of_2(X,Y)
& time_int_starts_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_starts_star_2(X,Z) ) ).
fof(a526734,axiom,
! [X,Y,Z] :
( ( time_int_started_by_2(X,Y)
& time_of_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& event_1(Z) )
=> time_int_started_by_star_2(X,Z) ) ).
fof(a526735,axiom,
! [X,Y,Z] :
( ( time_of_2(X,Y)
& time_int_overlapped_by_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_overlapped_by_star_2(X,Z) ) ).
fof(a526736,axiom,
! [X,Y,Z] :
( ( time_int_started_by_2(X,Y)
& time_int_overlapped_by_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_overlapped_by_star_2(X,Z) ) ).
fof(a526737,axiom,
! [X,Y,Z] :
( ( time_int_overlaps_2(X,Y)
& time_int_starts_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_overlaps_star_2(X,Z) ) ).
fof(a526738,axiom,
! [X,Y,Z] :
( ( time_int_overlaps_2(X,Y)
& time_of_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& event_1(Z) )
=> time_int_overlaps_star_2(X,Z) ) ).
fof(a526739,axiom,
! [X,Y,Z] :
( ( time_of_2(X,Y)
& time_int_overlaps_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_overlaps_star_2(X,Z) ) ).
fof(a526740,axiom,
! [X,Y,Z] :
( ( time_int_overlapped_by_2(X,Y)
& time_of_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& event_1(Z) )
=> time_int_overlapped_by_star_2(X,Z) ) ).
fof(a526741,axiom,
! [X,Y,Z] :
( ( time_of_2(X,Y)
& time_int_meets_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_meets_star_2(X,Z) ) ).
fof(a526742,axiom,
! [X,Y,Z] :
( ( time_of_2(X,Y)
& time_int_finished_by_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_finished_by_star_2(X,Z) ) ).
fof(a526743,axiom,
! [X,Y,Z] :
( ( time_int_finishes_2(X,Y)
& time_of_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& event_1(Z) )
=> time_int_finishes_star_2(X,Z) ) ).
fof(a526744,axiom,
! [X,Y,Z] :
( ( time_of_2(X,Y)
& time_int_finishes_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_finishes_star_2(X,Z) ) ).
fof(a526745,axiom,
! [X,Y,Z] :
( ( time_int_finished_by_2(X,Y)
& time_of_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& event_1(Z) )
=> time_int_finished_by_star_2(X,Z) ) ).
fof(a526746,axiom,
! [X,Y,Z] :
( ( time_of_2(X,Y)
& time_int_during_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_during_star_2(X,Z) ) ).
fof(a526747,axiom,
! [X,Y,Z] :
( ( time_int_contains_2(X,Y)
& time_of_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& event_1(Z) )
=> time_int_contains_star_2(X,Z) ) ).
fof(a526748,axiom,
! [X,Y,Z] :
( ( time_int_started_by_2(X,Y)
& time_after_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_after_star_2(X,Z) ) ).
fof(a526749,axiom,
! [X,Y,Z] :
( ( time_int_starts_2(X,Y)
& time_after_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_after_star_2(X,Z) ) ).
fof(a526750,axiom,
! [X,Y,Z] :
( ( time_int_meets_2(X,Y)
& time_after_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_after_star_2(X,Z) ) ).
fof(a526751,axiom,
! [X,Y,Z] :
( ( time_int_during_2(X,Y)
& time_after_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_after_star_2(X,Z) ) ).
fof(a526752,axiom,
! [X,Y,Z] :
( ( time_int_starts_2(X,Y)
& time_before_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_before_star_2(X,Z) ) ).
fof(a526753,axiom,
! [X,Y,Z] :
( ( time_int_finishes_2(X,Y)
& time_before_2(Y,Z)
& time_interval_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_before_star_2(X,Z) ) ).
fof(a526754,axiom,
! [X,Y,Z] :
( ( related_to_2(X,Y)
& related_to_star_2(Y,Z)
& thing_1(X)
& thing_1(Y)
& thing_1(Z) )
=> related_to_star_2(X,Z) ) ).
fof(a526755,axiom,
! [X,Y,Z] :
( ( related_to_2(X,Y)
& related_to_star_2(Y,Z)
& thing_1(X)
& thing_1(Y)
& thing_1(Z) )
=> related_to_star_2(X,Z) ) ).
fof(a526756,axiom,
! [X,Y,Z] :
( ( element_of_2(X,Y)
& is_possessed_by_2(Y,Z)
& thing_1(X)
& aggregate_1(Y)
& entity_1(Z) )
=> is_possessed_by_star_2(X,Z) ) ).
fof(a526757,axiom,
! [X,Y,Z] :
( ( element_of_2(X,Y)
& element_of_star_2(Y,Z)
& thing_1(X)
& thing_1(Y)
& aggregate_1(Z) )
=> element_of_star_2(X,Z) ) ).
fof(a526758,axiom,
! [X,Y,Z] :
( ( has_region_2(X,Y)
& site_of_2(Y,Z)
& tangible_entity_1(X)
& spatial_entity_1(Y)
& event_1(Z) )
=> site_of_star_2(X,Z) ) ).
fof(a526759,axiom,
! [X,Y,Z] :
( ( is_part_or_unit_of_2(X,Y)
& result_of_2(Y,Z)
& tangible_entity_1(X)
& tangible_entity_1(Y)
& event_1(Z) )
=> result_of_star_2(X,Z) ) ).
fof(a526760,axiom,
! [X,Y,Z] :
( ( is_part_or_unit_of_2(X,Y)
& raw_material_of_2(Y,Z)
& tangible_entity_1(X)
& tangible_entity_1(Y)
& event_1(Z) )
=> raw_material_of_star_2(X,Z) ) ).
fof(a526761,axiom,
! [X,Y,Z] :
( ( element_of_2(X,Y)
& raw_material_of_2(Y,Z)
& tangible_entity_1(X)
& aggregate_1(Y)
& event_1(Z) )
=> raw_material_of_star_2(X,Z) ) ).
fof(a526762,axiom,
! [X,Y,Z] :
( ( has_region_2(X,Y)
& plays_2(Y,Z)
& tangible_entity_1(X)
& spatial_entity_1(Y)
& role_1(Z) )
=> plays_star_2(X,Z) ) ).
fof(a526763,axiom,
! [X,Y,Z] :
( ( has_region_2(X,Y)
& path_of_2(Y,Z)
& tangible_entity_1(X)
& spatial_entity_1(Y)
& event_1(Z) )
=> path_of_star_2(X,Z) ) ).
fof(a526764,axiom,
! [X,Y,Z] :
( ( has_region_2(X,Y)
& origin_of_2(Y,Z)
& tangible_entity_1(X)
& spatial_entity_1(Y)
& event_1(Z) )
=> origin_of_star_2(X,Z) ) ).
fof(a526765,axiom,
! [X,Y,Z] :
( ( has_region_2(X,Y)
& object_of_2(Y,Z)
& tangible_entity_1(X)
& spatial_entity_1(Y)
& event_1(Z) )
=> object_of_star_2(X,Z) ) ).
fof(a526766,axiom,
! [X,Y,Z] :
( ( material_of_2(X,Y)
& material_of_star_2(Y,Z)
& tangible_entity_1(X)
& tangible_entity_1(Y)
& tangible_entity_1(Z) )
=> material_of_star_2(X,Z) ) ).
fof(a526767,axiom,
! [X,Y,Z] :
( ( material_of_2(X,Y)
& is_part_or_unit_of_2(Y,Z)
& tangible_entity_1(X)
& tangible_entity_1(Y)
& entity_1(Z) )
=> material_of_star_2(X,Z) ) ).
fof(a526768,axiom,
! [X,Y,Z] :
( ( material_2(X,Y)
& has_part_or_unit_2(Y,Z)
& tangible_entity_1(X)
& tangible_entity_1(Y)
& tangible_entity_1(Z) )
=> material_star_2(X,Z) ) ).
fof(a526769,axiom,
! [X,Y,Z] :
( ( material_2(X,Y)
& material_star_2(Y,Z)
& tangible_entity_1(X)
& tangible_entity_1(Y)
& tangible_entity_1(Z) )
=> material_star_2(X,Z) ) ).
fof(a526770,axiom,
! [X,Y,Z] :
( ( element_of_2(X,Y)
& is_part_or_unit_of_2(Y,Z)
& tangible_entity_1(X)
& aggregate_1(Y)
& tangible_entity_1(Z) )
=> is_part_of_star_2(X,Z) ) ).
fof(a526771,axiom,
! [X,Y,Z] :
( ( is_part_or_unit_of_2(X,Y)
& plays_2(Y,Z)
& tangible_entity_1(X)
& animal_1(Y)
& participant_1(Z) )
=> is_part_of_star_2(X,Z) ) ).
fof(a526772,axiom,
! [X,Y,Z] :
( ( has_region_2(X,Y)
& has_region_star_2(Y,Z)
& tangible_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> has_region_star_2(X,Z) ) ).
fof(a526773,axiom,
! [X,Y,Z] :
( ( has_part_or_unit_2(X,Y)
& element_2(Y,Z)
& tangible_entity_1(X)
& aggregate_1(Y)
& tangible_entity_1(Z) )
=> has_part_star_2(X,Z) ) ).
fof(a526774,axiom,
! [X,Y] :
( ( experiencer_of_2(X,Y)
& tangible_entity_1(X)
& tangible_entity_1(Y) )
=> experiencer_of_2(X,Y) ) ).
fof(a526775,axiom,
! [X,Y,Z] :
( ( has_region_2(X,Y)
& destination_of_2(Y,Z)
& tangible_entity_1(X)
& spatial_entity_1(Y)
& event_1(Z) )
=> destination_of_star_2(X,Z) ) ).
fof(a526776,axiom,
! [X,Y,Z] :
( ( content_of_2(X,Y)
& played_by_2(Y,Z)
& tangible_entity_1(X)
& container_1(Y)
& tangible_entity_1(Z) )
=> content_of_star_2(X,Z) ) ).
fof(a526777,axiom,
! [X,Y,Z] :
( ( material_of_2(X,Y)
& content_of_2(Y,Z)
& tangible_entity_1(X)
& tangible_entity_1(Y)
& container_1(Z) )
=> content_of_star_2(X,Z) ) ).
fof(a526778,axiom,
! [X,Y,Z] :
( ( plays_2(X,Y)
& content_2(Y,Z)
& tangible_entity_1(X)
& container_1(Y)
& tangible_entity_1(Z) )
=> content_star_2(X,Z) ) ).
fof(a526779,axiom,
! [X,Y,Z] :
( ( has_region_2(X,Y)
& beneficiary_of_2(Y,Z)
& tangible_entity_1(X)
& spatial_entity_1(Y)
& event_1(Z) )
=> beneficiary_of_star_2(X,Z) ) ).
fof(a526780,axiom,
! [X,Y,Z] :
( ( has_region_2(X,Y)
& base_of_2(Y,Z)
& tangible_entity_1(X)
& spatial_entity_1(Y)
& event_1(Z) )
=> base_of_star_2(X,Z) ) ).
fof(a526781,axiom,
! [X,Y,Z] :
( ( material_of_2(X,Y)
& raw_material_of_2(Y,Z)
& tangible_entity_1(X)
& tangible_entity_1(Y)
& event_1(Z) )
=> raw_material_of_star_2(X,Z) ) ).
fof(a526782,axiom,
! [X,Y,Z] :
( ( is_part_or_unit_of_2(X,Y)
& material_of_2(Y,Z)
& tangible_entity_1(X)
& tangible_entity_1(Y)
& tangible_entity_1(Z) )
=> material_of_star_2(X,Z) ) ).
fof(a526783,axiom,
! [X,Y,Z] :
( ( material_of_2(X,Y)
& is_possessed_by_2(Y,Z)
& tangible_entity_1(X)
& tangible_entity_1(Y)
& entity_1(Z) )
=> is_possessed_by_star_2(X,Z) ) ).
fof(a526784,axiom,
! [X,Y,Z] :
( ( resulting_state_of_2(X,Y)
& inhibited_by_2(Y,Z)
& state_1(X)
& event_1(Y)
& event_1(Z) )
=> inhibited_by_star_2(X,Z) ) ).
fof(a526785,axiom,
! [X,Y,Z] :
( ( experiencer_2(X,Y)
& element_of_2(Y,Z)
& state_1(X)
& person_1(Y)
& organization_1(Z) )
=> experiencer_star_2(X,Z) ) ).
fof(a526786,axiom,
! [X,Y] :
( ( equal_2(X,Y)
& state_1(X)
& state_1(Y) )
=> equal_2(X,Y) ) ).
fof(a526787,axiom,
! [X,Y,Z] :
( ( resulting_state_of_2(X,Y)
& enabled_by_2(Y,Z)
& state_1(X)
& event_1(Y)
& event_1(Z) )
=> enabled_by_star_2(X,Z) ) ).
fof(a526788,axiom,
! [X,Y,Z] :
( ( defeated_by_2(X,Y)
& subevent_of_2(Y,Z)
& state_1(X)
& action_1(Y)
& event_1(Z) )
=> defeated_by_star_2(X,Z) ) ).
fof(a526789,axiom,
! [X,Y,Z] :
( ( defeated_by_2(X,Y)
& caused_by_2(Y,Z)
& state_1(X)
& action_1(Y)
& event_1(Z) )
=> defeated_by_star_2(X,Z) ) ).
fof(a526790,axiom,
! [X,Y,Z] :
( ( resulting_state_of_2(X,Y)
& caused_by_2(Y,Z)
& state_1(X)
& event_1(Y)
& event_1(Z) )
=> caused_by_star_2(X,Z) ) ).
fof(a526791,axiom,
! [X,Y,Z] :
( ( is_region_of_2(X,Y)
& toward_of_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& event_1(Z) )
=> toward_of_star_2(X,Z) ) ).
fof(a526792,axiom,
! [X,Y,Z] :
( ( is_near_2(X,Y)
& toward_of_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& event_1(Z) )
=> toward_of_star_2(X,Z) ) ).
fof(a526793,axiom,
! [X,Y,Z] :
( ( is_at_of_2(X,Y)
& toward_of_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& event_1(Z) )
=> toward_of_star_2(X,Z) ) ).
fof(a526794,axiom,
! [X,Y,Z] :
( ( site_of_2(X,Y)
& subevent_2(Y,Z)
& spatial_entity_1(X)
& event_1(Y)
& event_1(Z) )
=> site_of_star_2(X,Z) ) ).
fof(a526795,axiom,
! [X,Y,Z] :
( ( is_at_of_2(X,Y)
& origin_of_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& event_1(Z) )
=> origin_of_star_2(X,Z) ) ).
fof(a526796,axiom,
! [X,Y,Z] :
( ( encloses_2(X,Y)
& origin_of_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& event_1(Z) )
=> origin_of_star_2(X,Z) ) ).
fof(a526797,axiom,
! [X,Y,Z] :
( ( is_inside_2(X,Y)
& is_under_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_under_star_2(X,Z) ) ).
fof(a526798,axiom,
! [X,Y,Z] :
( ( has_on_it_2(X,Y)
& is_under_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_under_star_2(X,Z) ) ).
fof(a526799,axiom,
! [X,Y,Z] :
( ( element_of_2(X,Y)
& is_under_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_under_star_2(X,Z) ) ).
fof(a526800,axiom,
! [X,Y,Z] :
( ( is_under_2(X,Y)
& has_on_it_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_under_star_2(X,Z) ) ).
fof(a526801,axiom,
! [X,Y,Z] :
( ( is_under_2(X,Y)
& encloses_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_under_star_2(X,Z) ) ).
fof(a526802,axiom,
! [X,Y,Z] :
( ( is_under_2(X,Y)
& element_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_under_star_2(X,Z) ) ).
fof(a526803,axiom,
! [X,Y,Z] :
( ( is_region_of_2(X,Y)
& is_part_or_unit_of_2(Y,Z)
& spatial_entity_1(X)
& tangible_entity_1(Y)
& entity_1(Z) )
=> is_region_of_star_2(X,Z) ) ).
fof(a526804,axiom,
! [X,Y,Z] :
( ( is_on_2(X,Y)
& is_over_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_over_star_2(X,Z) ) ).
fof(a526805,axiom,
! [X,Y,Z] :
( ( is_inside_2(X,Y)
& is_over_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_over_star_2(X,Z) ) ).
fof(a526806,axiom,
! [X,Y,Z] :
( ( element_of_2(X,Y)
& is_over_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_over_star_2(X,Z) ) ).
fof(a526807,axiom,
! [X,Y,Z] :
( ( is_over_2(X,Y)
& is_on_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_over_star_2(X,Z) ) ).
fof(a526808,axiom,
! [X,Y,Z] :
( ( is_over_2(X,Y)
& encloses_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_over_star_2(X,Z) ) ).
fof(a526809,axiom,
! [X,Y,Z] :
( ( is_over_2(X,Y)
& element_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_over_star_2(X,Z) ) ).
fof(a526810,axiom,
! [X,Y,Z] :
( ( is_inside_2(X,Y)
& is_outside_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_outside_star_2(X,Z) ) ).
fof(a526811,axiom,
! [X,Y,Z] :
( ( is_at_of_2(X,Y)
& is_outside_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_outside_star_2(X,Z) ) ).
fof(a526812,axiom,
! [X,Y,Z] :
( ( element_of_2(X,Y)
& is_outside_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_outside_star_2(X,Z) ) ).
fof(a526813,axiom,
! [X,Y,Z] :
( ( abuts_2(X,Y)
& is_outside_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_outside_star_2(X,Z) ) ).
fof(a526814,axiom,
! [X,Y,Z] :
( ( is_outside_2(X,Y)
& is_at_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_outside_star_2(X,Z) ) ).
fof(a526815,axiom,
! [X,Y,Z] :
( ( is_outside_2(X,Y)
& encloses_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_outside_star_2(X,Z) ) ).
fof(a526816,axiom,
! [X,Y,Z] :
( ( element_of_2(X,Y)
& is_opposite_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_opposite_star_2(X,Z) ) ).
fof(a526817,axiom,
! [X,Y,Z] :
( ( is_opposite_2(X,Y)
& element_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_opposite_star_2(X,Z) ) ).
fof(a526818,axiom,
! [X,Y,Z] :
( ( element_of_2(X,Y)
& is_on_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_on_star_2(X,Z) ) ).
fof(a526819,axiom,
! [X,Y,Z] :
( ( is_on_2(X,Y)
& element_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_on_star_2(X,Z) ) ).
fof(a526820,axiom,
! [X,Y,Z] :
( ( is_near_2(X,Y)
& is_on_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_near_star_2(X,Z) ) ).
fof(a526821,axiom,
! [X,Y,Z] :
( ( is_on_2(X,Y)
& is_near_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_near_star_2(X,Z) ) ).
fof(a526822,axiom,
! [X,Y,Z] :
( ( is_inside_2(X,Y)
& is_near_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_near_star_2(X,Z) ) ).
fof(a526823,axiom,
! [X,Y,Z] :
( ( is_beside_2(X,Y)
& is_near_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_near_star_2(X,Z) ) ).
fof(a526824,axiom,
! [X,Y,Z] :
( ( is_at_of_2(X,Y)
& is_near_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_near_star_2(X,Z) ) ).
fof(a526825,axiom,
! [X,Y,Z] :
( ( is_along_2(X,Y)
& is_near_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_near_star_2(X,Z) ) ).
fof(a526826,axiom,
! [X,Y,Z] :
( ( has_on_it_2(X,Y)
& is_near_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_near_star_2(X,Z) ) ).
fof(a526827,axiom,
! [X,Y,Z] :
( ( element_of_2(X,Y)
& is_near_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_near_star_2(X,Z) ) ).
fof(a526828,axiom,
! [X,Y,Z] :
( ( abuts_2(X,Y)
& is_near_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_near_star_2(X,Z) ) ).
fof(a526829,axiom,
! [X,Y,Z] :
( ( is_near_2(X,Y)
& is_between_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_near_star_2(X,Z) ) ).
fof(a526830,axiom,
! [X,Y,Z] :
( ( is_near_2(X,Y)
& is_beside_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_near_star_2(X,Z) ) ).
fof(a526831,axiom,
! [X,Y,Z] :
( ( is_near_2(X,Y)
& is_at_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_near_star_2(X,Z) ) ).
fof(a526832,axiom,
! [X,Y,Z] :
( ( is_near_2(X,Y)
& is_along_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_near_star_2(X,Z) ) ).
fof(a526833,axiom,
! [X,Y,Z] :
( ( is_near_2(X,Y)
& has_on_it_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_near_star_2(X,Z) ) ).
fof(a526834,axiom,
! [X,Y,Z] :
( ( is_near_2(X,Y)
& encloses_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_near_star_2(X,Z) ) ).
fof(a526835,axiom,
! [X,Y,Z] :
( ( is_near_2(X,Y)
& element_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_near_star_2(X,Z) ) ).
fof(a526836,axiom,
! [X,Y,Z] :
( ( is_near_2(X,Y)
& abuts_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_near_star_2(X,Z) ) ).
fof(a526837,axiom,
! [X,Y,Z] :
( ( is_near_2(X,Y)
& is_near_star_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_near_star_2(X,Z) ) ).
fof(a526838,axiom,
! [X,Y,Z] :
( ( is_near_2(X,Y)
& is_near_star_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_near_star_2(X,Z) ) ).
fof(a526839,axiom,
! [X,Y,Z] :
( ( is_inside_2(X,Y)
& is_part_or_unit_of_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_inside_star_2(X,Z) ) ).
fof(a526840,axiom,
! [X,Y,Z] :
( ( is_on_2(X,Y)
& is_inside_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_inside_star_2(X,Z) ) ).
fof(a526841,axiom,
! [X,Y,Z] :
( ( is_at_of_2(X,Y)
& is_inside_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_inside_star_2(X,Z) ) ).
fof(a526842,axiom,
! [X,Y,Z] :
( ( is_at_2(X,Y)
& is_inside_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_inside_star_2(X,Z) ) ).
fof(a526843,axiom,
! [X,Y,Z] :
( ( is_along_2(X,Y)
& is_inside_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_inside_star_2(X,Z) ) ).
fof(a526844,axiom,
! [X,Y,Z] :
( ( has_on_it_2(X,Y)
& is_inside_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_inside_star_2(X,Z) ) ).
fof(a526845,axiom,
! [X,Y,Z] :
( ( element_of_2(X,Y)
& is_inside_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_inside_star_2(X,Z) ) ).
fof(a526846,axiom,
! [X,Y,Z] :
( ( abuts_2(X,Y)
& is_inside_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_inside_star_2(X,Z) ) ).
fof(a526847,axiom,
! [X,Y,Z] :
( ( is_inside_2(X,Y)
& is_inside_star_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_inside_star_2(X,Z) ) ).
fof(a526848,axiom,
! [X,Y,Z] :
( ( is_inside_2(X,Y)
& element_of_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& aggregate_1(Z) )
=> is_inside_star_2(X,Z) ) ).
fof(a526849,axiom,
! [X,Y,Z] :
( ( is_on_2(X,Y)
& is_in_front_of_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_in_front_of_star_2(X,Z) ) ).
fof(a526850,axiom,
! [X,Y,Z] :
( ( is_in_front_of_2(X,Y)
& is_at_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_in_front_of_star_2(X,Z) ) ).
fof(a526851,axiom,
! [X,Y,Z] :
( ( is_in_front_of_2(X,Y)
& is_in_front_of_star_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_in_front_of_star_2(X,Z) ) ).
fof(a526852,axiom,
! [X,Y,Z] :
( ( is_inside_2(X,Y)
& is_beside_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_beside_star_2(X,Z) ) ).
fof(a526853,axiom,
! [X,Y,Z] :
( ( is_at_of_2(X,Y)
& is_beside_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_beside_star_2(X,Z) ) ).
fof(a526854,axiom,
! [X,Y,Z] :
( ( is_beside_2(X,Y)
& is_at_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_beside_star_2(X,Z) ) ).
fof(a526855,axiom,
! [X,Y,Z] :
( ( is_beside_2(X,Y)
& encloses_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_beside_star_2(X,Z) ) ).
fof(a526856,axiom,
! [X,Y,Z] :
( ( is_below_2(X,Y)
& is_under_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_below_star_2(X,Z) ) ).
fof(a526857,axiom,
! [X,Y,Z] :
( ( is_under_2(X,Y)
& is_below_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_below_star_2(X,Z) ) ).
fof(a526858,axiom,
! [X,Y,Z] :
( ( is_inside_2(X,Y)
& is_below_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_below_star_2(X,Z) ) ).
fof(a526859,axiom,
! [X,Y,Z] :
( ( is_at_2(X,Y)
& is_below_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_below_star_2(X,Z) ) ).
fof(a526860,axiom,
! [X,Y,Z] :
( ( has_on_it_2(X,Y)
& is_below_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_below_star_2(X,Z) ) ).
fof(a526861,axiom,
! [X,Y,Z] :
( ( element_of_2(X,Y)
& is_below_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_below_star_2(X,Z) ) ).
fof(a526862,axiom,
! [X,Y,Z] :
( ( is_below_2(X,Y)
& is_at_of_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_below_star_2(X,Z) ) ).
fof(a526863,axiom,
! [X,Y,Z] :
( ( is_below_2(X,Y)
& has_on_it_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_below_star_2(X,Z) ) ).
fof(a526864,axiom,
! [X,Y,Z] :
( ( is_below_2(X,Y)
& encloses_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_below_star_2(X,Z) ) ).
fof(a526865,axiom,
! [X,Y,Z] :
( ( is_below_2(X,Y)
& element_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_below_star_2(X,Z) ) ).
fof(a526866,axiom,
! [X,Y,Z] :
( ( is_below_2(X,Y)
& is_below_star_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_below_star_2(X,Z) ) ).
fof(a526867,axiom,
! [X,Y,Z] :
( ( is_on_2(X,Y)
& is_behind_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_behind_star_2(X,Z) ) ).
fof(a526868,axiom,
! [X,Y,Z] :
( ( is_inside_2(X,Y)
& is_behind_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_behind_star_2(X,Z) ) ).
fof(a526869,axiom,
! [X,Y,Z] :
( ( is_at_of_2(X,Y)
& is_behind_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_behind_star_2(X,Z) ) ).
fof(a526870,axiom,
! [X,Y,Z] :
( ( is_along_2(X,Y)
& is_behind_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_behind_star_2(X,Z) ) ).
fof(a526871,axiom,
! [X,Y,Z] :
( ( element_of_2(X,Y)
& is_behind_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_behind_star_2(X,Z) ) ).
fof(a526872,axiom,
! [X,Y,Z] :
( ( is_behind_2(X,Y)
& is_at_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_behind_star_2(X,Z) ) ).
fof(a526873,axiom,
! [X,Y,Z] :
( ( is_behind_2(X,Y)
& has_on_it_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_behind_star_2(X,Z) ) ).
fof(a526874,axiom,
! [X,Y,Z] :
( ( is_behind_2(X,Y)
& encloses_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_behind_star_2(X,Z) ) ).
fof(a526875,axiom,
! [X,Y,Z] :
( ( is_behind_2(X,Y)
& element_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_behind_star_2(X,Z) ) ).
fof(a526876,axiom,
! [X,Y,Z] :
( ( is_behind_2(X,Y)
& is_behind_star_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_behind_star_2(X,Z) ) ).
fof(a526877,axiom,
! [X,Y,Z] :
( ( encloses_2(X,Y)
& is_at_of_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_at_of_star_2(X,Z) ) ).
fof(a526878,axiom,
! [X,Y,Z] :
( ( is_at_of_2(X,Y)
& has_on_it_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_at_of_star_2(X,Z) ) ).
fof(a526879,axiom,
! [X,Y,Z] :
( ( is_at_of_2(X,Y)
& element_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_at_of_star_2(X,Z) ) ).
fof(a526880,axiom,
! [X,Y,Z] :
( ( is_at_of_2(X,Y)
& is_at_of_star_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_at_of_star_2(X,Z) ) ).
fof(a526881,axiom,
! [X,Y,Z] :
( ( is_at_2(X,Y)
& is_inside_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_at_star_2(X,Z) ) ).
fof(a526882,axiom,
! [X,Y,Z] :
( ( is_on_2(X,Y)
& is_at_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_at_star_2(X,Z) ) ).
fof(a526883,axiom,
! [X,Y,Z] :
( ( element_of_2(X,Y)
& is_at_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_at_star_2(X,Z) ) ).
fof(a526884,axiom,
! [X,Y,Z] :
( ( is_at_2(X,Y)
& is_at_star_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_at_star_2(X,Z) ) ).
fof(a526885,axiom,
! [X,Y,Z] :
( ( is_along_2(X,Y)
& is_at_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_along_star_2(X,Z) ) ).
fof(a526886,axiom,
! [X,Y,Z] :
( ( is_inside_2(X,Y)
& is_along_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_along_star_2(X,Z) ) ).
fof(a526887,axiom,
! [X,Y,Z] :
( ( is_at_of_2(X,Y)
& is_along_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_along_star_2(X,Z) ) ).
fof(a526888,axiom,
! [X,Y,Z] :
( ( is_along_2(X,Y)
& encloses_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_along_star_2(X,Z) ) ).
fof(a526889,axiom,
! [X,Y,Z] :
( ( is_above_2(X,Y)
& is_over_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_above_star_2(X,Z) ) ).
fof(a526890,axiom,
! [X,Y,Z] :
( ( is_above_2(X,Y)
& is_on_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_above_star_2(X,Z) ) ).
fof(a526891,axiom,
! [X,Y,Z] :
( ( is_above_2(X,Y)
& is_at_of_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_above_star_2(X,Z) ) ).
fof(a526892,axiom,
! [X,Y,Z] :
( ( is_over_2(X,Y)
& is_above_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_above_star_2(X,Z) ) ).
fof(a526893,axiom,
! [X,Y,Z] :
( ( is_on_2(X,Y)
& is_above_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_above_star_2(X,Z) ) ).
fof(a526894,axiom,
! [X,Y,Z] :
( ( is_inside_2(X,Y)
& is_above_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_above_star_2(X,Z) ) ).
fof(a526895,axiom,
! [X,Y,Z] :
( ( is_at_2(X,Y)
& is_above_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_above_star_2(X,Z) ) ).
fof(a526896,axiom,
! [X,Y,Z] :
( ( element_of_2(X,Y)
& is_above_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_above_star_2(X,Z) ) ).
fof(a526897,axiom,
! [X,Y,Z] :
( ( is_above_2(X,Y)
& encloses_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_above_star_2(X,Z) ) ).
fof(a526898,axiom,
! [X,Y,Z] :
( ( is_above_2(X,Y)
& element_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_above_star_2(X,Z) ) ).
fof(a526899,axiom,
! [X,Y,Z] :
( ( is_above_2(X,Y)
& is_above_star_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_above_star_2(X,Z) ) ).
fof(a526900,axiom,
! [X,Y,Z] :
( ( is_region_of_2(X,Y)
& height_2(Y,Z)
& spatial_entity_1(X)
& physical_object_1(Y)
& length_value_1(Z) )
=> height_star_2(X,Z) ) ).
fof(a526901,axiom,
! [X,Y,Z] :
( ( element_of_2(X,Y)
& has_on_it_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> has_on_it_star_2(X,Z) ) ).
fof(a526902,axiom,
! [X,Y,Z] :
( ( has_on_it_2(X,Y)
& element_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> has_on_it_star_2(X,Z) ) ).
fof(a526903,axiom,
! [X,Y,Z] :
( ( encloses_2(X,Y)
& is_on_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> encloses_star_2(X,Z) ) ).
fof(a526904,axiom,
! [X,Y,Z] :
( ( encloses_2(X,Y)
& is_at_of_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> encloses_star_2(X,Z) ) ).
fof(a526905,axiom,
! [X,Y,Z] :
( ( encloses_2(X,Y)
& is_at_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> encloses_star_2(X,Z) ) ).
fof(a526906,axiom,
! [X,Y,Z] :
( ( encloses_2(X,Y)
& is_along_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> encloses_star_2(X,Z) ) ).
fof(a526907,axiom,
! [X,Y,Z] :
( ( encloses_2(X,Y)
& has_on_it_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> encloses_star_2(X,Z) ) ).
fof(a526908,axiom,
! [X,Y,Z] :
( ( has_part_or_unit_2(X,Y)
& encloses_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> encloses_star_2(X,Z) ) ).
fof(a526909,axiom,
! [X,Y,Z] :
( ( encloses_2(X,Y)
& element_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> encloses_star_2(X,Z) ) ).
fof(a526910,axiom,
! [X,Y,Z] :
( ( encloses_2(X,Y)
& abuts_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> encloses_star_2(X,Z) ) ).
fof(a526911,axiom,
! [X,Y,Z] :
( ( encloses_2(X,Y)
& encloses_star_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> encloses_star_2(X,Z) ) ).
fof(a526912,axiom,
! [X,Y,Z] :
( ( is_at_of_2(X,Y)
& destination_of_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& event_1(Z) )
=> destination_of_star_2(X,Z) ) ).
fof(a526913,axiom,
! [X,Y,Z] :
( ( has_part_or_unit_2(X,Y)
& destination_of_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& event_1(Z) )
=> destination_of_star_2(X,Z) ) ).
fof(a526914,axiom,
! [X,Y,Z] :
( ( encloses_2(X,Y)
& destination_of_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& event_1(Z) )
=> destination_of_star_2(X,Z) ) ).
fof(a526915,axiom,
! [X,Y,Z] :
( ( is_inside_2(X,Y)
& content_of_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& container_1(Z) )
=> content_of_star_2(X,Z) ) ).
fof(a526916,axiom,
! [X,Y,Z] :
( ( is_region_of_2(X,Y)
& content_of_2(Y,Z)
& spatial_entity_1(X)
& entity_1(Y)
& container_1(Z) )
=> content_of_star_2(X,Z) ) ).
fof(a526917,axiom,
! [X,Y,Z] :
( ( is_region_of_2(X,Y)
& away_from_of_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& event_1(Z) )
=> away_from_of_star_2(X,Z) ) ).
fof(a526918,axiom,
! [X,Y,Z] :
( ( is_at_of_2(X,Y)
& away_from_of_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& event_1(Z) )
=> away_from_of_star_2(X,Z) ) ).
fof(a526919,axiom,
! [X,Y,Z] :
( ( is_region_of_2(X,Y)
& is_region_of_star_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& tangible_entity_1(Z) )
=> is_region_of_star_2(X,Z) ) ).
fof(a526920,axiom,
! [X,Y,Z] :
( ( is_region_of_2(X,Y)
& is_possessed_by_2(Y,Z)
& spatial_entity_1(X)
& tangible_entity_1(Y)
& entity_1(Z) )
=> is_possessed_by_star_2(X,Z) ) ).
fof(a526921,axiom,
! [X,Y,Z] :
( ( is_inside_2(X,Y)
& is_in_front_of_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_in_front_of_star_2(X,Z) ) ).
fof(a526922,axiom,
! [X,Y,Z] :
( ( is_at_of_2(X,Y)
& is_in_front_of_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_in_front_of_star_2(X,Z) ) ).
fof(a526923,axiom,
! [X,Y,Z] :
( ( element_of_2(X,Y)
& is_in_front_of_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_in_front_of_star_2(X,Z) ) ).
fof(a526924,axiom,
! [X,Y,Z] :
( ( is_in_front_of_2(X,Y)
& is_along_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_in_front_of_star_2(X,Z) ) ).
fof(a526925,axiom,
! [X,Y,Z] :
( ( is_in_front_of_2(X,Y)
& has_on_it_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_in_front_of_star_2(X,Z) ) ).
fof(a526926,axiom,
! [X,Y,Z] :
( ( is_in_front_of_2(X,Y)
& encloses_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_in_front_of_star_2(X,Z) ) ).
fof(a526927,axiom,
! [X,Y,Z] :
( ( is_in_front_of_2(X,Y)
& element_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_in_front_of_star_2(X,Z) ) ).
fof(a526928,axiom,
! [X,Y,Z] :
( ( does_not_enclose_2(X,Y)
& is_at_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> does_not_enclose_star_2(X,Z) ) ).
fof(a526929,axiom,
! [X,Y,Z] :
( ( does_not_enclose_2(X,Y)
& encloses_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> does_not_enclose_star_2(X,Z) ) ).
fof(a526930,axiom,
! [X,Y,Z] :
( ( does_not_enclose_2(X,Y)
& element_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> does_not_enclose_star_2(X,Z) ) ).
fof(a526931,axiom,
! [X,Y,Z] :
( ( is_inside_2(X,Y)
& does_not_enclose_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> does_not_enclose_star_2(X,Z) ) ).
fof(a526932,axiom,
! [X,Y,Z] :
( ( is_at_of_2(X,Y)
& does_not_enclose_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> does_not_enclose_star_2(X,Z) ) ).
fof(a526933,axiom,
! [X,Y,Z] :
( ( does_not_enclose_2(X,Y)
& abuts_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> does_not_enclose_star_2(X,Z) ) ).
fof(a526934,axiom,
! [X,Y,Z] :
( ( does_not_enclose_2(X,Y)
& element_of_2(Y,Z)
& spatial_entity_1(X)
& spatial_entity_1(Y)
& aggregate_1(Z) )
=> does_not_enclose_star_2(X,Z) ) ).
fof(a526935,axiom,
! [X,Y] :
( ( experiencer_2(X,Y)
& slide_1(X)
& slide_1(Y) )
=> experiencer_2(X,Y) ) ).
fof(a526936,axiom,
! [X,Y,Z] :
( ( played_by_2(X,Y)
& recipient_of_2(Y,Z)
& role_1(X)
& entity_1(Y)
& event_1(Z) )
=> recipient_of_star_2(X,Z) ) ).
fof(a526937,axiom,
! [X,Y,Z] :
( ( played_by_2(X,Y)
& is_region_of_2(Y,Z)
& role_1(X)
& entity_1(Y)
& tangible_entity_1(Z) )
=> played_by_star_2(X,Z) ) ).
fof(a526938,axiom,
! [X,Y,Z] :
( ( played_by_2(X,Y)
& is_part_or_unit_of_2(Y,Z)
& role_1(X)
& entity_1(Y)
& entity_1(Z) )
=> played_by_star_2(X,Z) ) ).
fof(a526939,axiom,
! [X,Y,Z] :
( ( played_by_2(X,Y)
& origin_of_2(Y,Z)
& role_1(X)
& spatial_entity_1(Y)
& move_1(Z) )
=> origin_of_star_2(X,Z) ) ).
fof(a526940,axiom,
! [X,Y,Z] :
( ( information_content_of_2(X,Y)
& object_of_2(Y,Z)
& role_1(X)
& information_1(Y)
& event_1(Z) )
=> object_of_star_2(X,Z) ) ).
fof(a526941,axiom,
! [X,Y,Z] :
( ( played_by_2(X,Y)
& object_of_2(Y,Z)
& role_1(X)
& entity_1(Y)
& event_1(Z) )
=> object_of_star_2(X,Z) ) ).
fof(a526942,axiom,
! [X,Y,Z] :
( ( played_by_2(X,Y)
& is_part_or_unit_of_2(Y,Z)
& role_1(X)
& tangible_entity_1(Y)
& tangible_entity_1(Z) )
=> is_part_of_star_2(X,Z) ) ).
fof(a526943,axiom,
! [X,Y,Z] :
( ( played_by_2(X,Y)
& instrument_of_2(Y,Z)
& role_1(X)
& entity_1(Y)
& event_1(Z) )
=> instrument_of_star_2(X,Z) ) ).
fof(a526944,axiom,
! [X,Y,Z] :
( ( in_event_2(X,Y)
& subevent_of_2(Y,Z)
& role_1(X)
& event_1(Y)
& event_1(Z) )
=> in_event_star_2(X,Z) ) ).
fof(a526945,axiom,
! [X,Y] :
( ( experiencer_of_2(X,Y)
& role_1(X)
& role_1(Y) )
=> experiencer_of_2(X,Y) ) ).
fof(a526946,axiom,
! [X,Y,Z] :
( ( played_by_2(X,Y)
& experiencer_of_2(Y,Z)
& role_1(X)
& entity_1(Y)
& event_1(Z) )
=> experiencer_of_star_2(X,Z) ) ).
fof(a526947,axiom,
! [X,Y,Z] :
( ( played_by_2(X,Y)
& donor_of_2(Y,Z)
& role_1(X)
& entity_1(Y)
& event_1(Z) )
=> donor_of_star_2(X,Z) ) ).
fof(a526948,axiom,
! [X,Y,Z] :
( ( played_by_2(X,Y)
& destination_of_2(Y,Z)
& role_1(X)
& spatial_entity_1(Y)
& move_1(Z) )
=> destination_of_star_2(X,Z) ) ).
fof(a526949,axiom,
! [X,Y,Z] :
( ( played_by_2(X,Y)
& beneficiary_of_2(Y,Z)
& role_1(X)
& entity_1(Y)
& event_1(Z) )
=> beneficiary_of_star_2(X,Z) ) ).
fof(a526950,axiom,
! [X,Y,Z] :
( ( played_by_2(X,Y)
& agent_of_2(Y,Z)
& role_1(X)
& entity_1(Y)
& event_1(Z) )
=> agent_of_star_2(X,Z) ) ).
fof(a526951,axiom,
! [X,Y] :
( ( object_2(X,Y)
& reaction_1(X)
& reaction_1(Y) )
=> object_2(X,Y) ) ).
fof(a526952,axiom,
! [X,Y] :
( ( object_2(X,Y)
& reaction_1(X)
& reaction_1(Y) )
=> object_2(X,Y) ) ).
fof(a526953,axiom,
! [X,Y,Z] :
( ( raw_material_2(X,Y)
& has_basic_structural_unit_2(Y,Z)
& reaction_1(X)
& chemical_1(Y)
& chemical_entity_1(Z) )
=> raw_material_star_2(X,Z) ) ).
fof(a526954,axiom,
! [X,Y] :
( ( equal_2(X,Y)
& physical_object_1(X)
& physical_object_1(Y) )
=> equal_2(X,Y) ) ).
fof(a526955,axiom,
! [X,Y,Z] :
( ( element_of_2(X,Y)
& recipient_of_2(Y,Z)
& person_1(X)
& organization_1(Y)
& event_1(Z) )
=> recipient_of_star_2(X,Z) ) ).
fof(a526956,axiom,
! [X,Y,Z] :
( ( plays_2(X,Y)
& element_of_2(Y,Z)
& person_1(X)
& role_1(Y)
& organization_1(Z) )
=> element_of_star_2(X,Z) ) ).
fof(a526957,axiom,
! [X,Y,Z] :
( ( element_of_2(X,Y)
& agent_of_2(Y,Z)
& person_1(X)
& organization_1(Y)
& event_1(Z) )
=> agent_of_star_2(X,Z) ) ).
fof(a526958,axiom,
! [X,Y,Z] :
( ( played_by_2(X,Y)
& possesses_2(Y,Z)
& participant_1(X)
& animal_1(Y)
& entity_1(Z) )
=> possesses_star_2(X,Z) ) ).
fof(a526959,axiom,
! [X,Y,Z] :
( ( played_by_2(X,Y)
& has_part_or_unit_2(Y,Z)
& participant_1(X)
& animal_1(Y)
& tangible_entity_1(Z) )
=> has_part_star_2(X,Z) ) ).
fof(a526960,axiom,
! [X,Y,Z] :
( ( element_2(X,Y)
& recipient_of_2(Y,Z)
& organization_1(X)
& person_1(Y)
& event_1(Z) )
=> recipient_of_star_2(X,Z) ) ).
fof(a526961,axiom,
! [X,Y,Z] :
( ( element_2(X,Y)
& experiencer_of_2(Y,Z)
& organization_1(X)
& person_1(Y)
& state_1(Z) )
=> experiencer_of_star_2(X,Z) ) ).
fof(a526962,axiom,
! [X,Y,Z] :
( ( element_2(X,Y)
& played_by_2(Y,Z)
& organization_1(X)
& role_1(Y)
& person_1(Z) )
=> element_star_2(X,Z) ) ).
fof(a526963,axiom,
! [X,Y,Z] :
( ( element_2(X,Y)
& agent_of_2(Y,Z)
& organization_1(X)
& person_1(Y)
& event_1(Z) )
=> agent_of_star_2(X,Z) ) ).
fof(a526964,axiom,
! [X,Y,Z] :
( ( path_2(X,Y)
& plays_2(Y,Z)
& move_1(X)
& spatial_entity_1(Y)
& conduit_1(Z) )
=> path_star_2(X,Z) ) ).
fof(a526965,axiom,
! [X,Y,Z] :
( ( origin_2(X,Y)
& plays_2(Y,Z)
& move_1(X)
& spatial_entity_1(Y)
& role_1(Z) )
=> origin_star_2(X,Z) ) ).
fof(a526966,axiom,
! [X,Y,Z] :
( ( destination_2(X,Y)
& plays_2(Y,Z)
& move_1(X)
& spatial_entity_1(Y)
& role_1(Z) )
=> destination_star_2(X,Z) ) ).
fof(a526967,axiom,
! [X,Y,Z] :
( ( raw_material_2(X,Y)
& has_basic_structural_unit_2(Y,Z)
& mix_1(X)
& chemical_1(Y)
& chemical_entity_1(Z) )
=> raw_material_star_2(X,Z) ) ).
fof(a526968,axiom,
! [X,Y] :
( ( object_2(X,Y)
& mix_1(X)
& mix_1(Y) )
=> object_2(X,Y) ) ).
fof(a526969,axiom,
! [X,Y] :
( ( object_2(X,Y)
& mix_1(X)
& mix_1(Y) )
=> object_2(X,Y) ) ).
fof(a526970,axiom,
! [X,Y] :
( ( instrument_2(X,Y)
& mix_1(X)
& mix_1(Y) )
=> instrument_2(X,Y) ) ).
fof(a526971,axiom,
! [X,Y] :
( ( instrument_2(X,Y)
& mix_1(X)
& mix_1(Y) )
=> instrument_2(X,Y) ) ).
fof(a526972,axiom,
! [X,Y,Z] :
( ( information_content_2(X,Y)
& object_of_2(Y,Z)
& message_1(X)
& information_1(Y)
& event_1(Z) )
=> object_of_star_2(X,Z) ) ).
fof(a526973,axiom,
! [X,Y,Z] :
( ( height_of_2(X,Y)
& has_region_2(Y,Z)
& length_value_1(X)
& physical_object_1(Y)
& spatial_entity_1(Z) )
=> height_of_star_2(X,Z) ) ).
fof(a526974,axiom,
! [X,Y] :
( ( agent_2(X,Y)
& increase_1(X)
& increase_1(Y) )
=> agent_2(X,Y) ) ).
fof(a526975,axiom,
! [X,Y] :
( ( experiencer_of_2(X,Y)
& inanimate_object_1(X)
& inanimate_object_1(Y) )
=> experiencer_of_2(X,Y) ) ).
fof(a526976,axiom,
! [X,Y] :
( ( agent_of_2(X,Y)
& inanimate_object_1(X)
& inanimate_object_1(Y) )
=> agent_of_2(X,Y) ) ).
fof(a526977,axiom,
! [X,Y] :
( ( agent_of_2(X,Y)
& inanimate_object_1(X)
& inanimate_object_1(Y) )
=> agent_of_2(X,Y) ) ).
fof(a526978,axiom,
! [X,Y] :
( ( experiencer_2(X,Y)
& fall_1(X)
& fall_1(Y) )
=> experiencer_2(X,Y) ) ).
fof(a526979,axiom,
! [X,Y] :
( ( experiencer_2(X,Y)
& fall_1(X)
& fall_1(Y) )
=> experiencer_2(X,Y) ) ).
fof(a526980,axiom,
! [X,Y,Z] :
( ( toward_2(X,Y)
& is_near_2(Y,Z)
& event_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> toward_star_2(X,Z) ) ).
fof(a526981,axiom,
! [X,Y,Z] :
( ( toward_2(X,Y)
& is_at_2(Y,Z)
& event_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> toward_star_2(X,Z) ) ).
fof(a526982,axiom,
! [X,Y,Z] :
( ( toward_2(X,Y)
& has_region_2(Y,Z)
& event_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> toward_star_2(X,Z) ) ).
fof(a526983,axiom,
! [X,Y,Z] :
( ( toward_2(X,Y)
& has_part_or_unit_2(Y,Z)
& event_1(X)
& spatial_entity_1(Y)
& entity_1(Z) )
=> toward_star_2(X,Z) ) ).
fof(a526984,axiom,
! [X,Y,Z] :
( ( subevent_of_2(X,Y)
& subevent_of_star_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> subevent_of_star_2(X,Z) ) ).
fof(a526985,axiom,
! [X,Y,Z] :
( ( subevent_2(X,Y)
& subevent_star_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> subevent_star_2(X,Z) ) ).
fof(a526986,axiom,
! [X,Y,Z] :
( ( site_2(X,Y)
& is_region_of_2(Y,Z)
& event_1(X)
& spatial_entity_1(Y)
& tangible_entity_1(Z) )
=> site_star_2(X,Z) ) ).
fof(a526987,axiom,
! [X,Y,Z] :
( ( subevent_of_2(X,Y)
& site_2(Y,Z)
& event_1(X)
& event_1(Y)
& spatial_entity_1(Z) )
=> site_star_2(X,Z) ) ).
fof(a526988,axiom,
! [X,Y,Z] :
( ( site_2(X,Y)
& is_part_or_unit_of_2(Y,Z)
& event_1(X)
& spatial_entity_1(Y)
& entity_1(Z) )
=> site_star_2(X,Z) ) ).
fof(a526989,axiom,
! [X,Y,Z] :
( ( result_2(X,Y)
& has_part_or_unit_2(Y,Z)
& event_1(X)
& tangible_entity_1(Y)
& tangible_entity_1(Z) )
=> result_star_2(X,Z) ) ).
fof(a526990,axiom,
! [X,Y,Z] :
( ( subevent_2(X,Y)
& result_2(Y,Z)
& event_1(X)
& event_1(Y)
& entity_1(Z) )
=> result_star_2(X,Z) ) ).
fof(a526991,axiom,
! [X,Y,Z] :
( ( recipient_2(X,Y)
& plays_2(Y,Z)
& event_1(X)
& entity_1(Y)
& role_1(Z) )
=> recipient_star_2(X,Z) ) ).
fof(a526992,axiom,
! [X,Y,Z] :
( ( recipient_2(X,Y)
& element_2(Y,Z)
& event_1(X)
& organization_1(Y)
& person_1(Z) )
=> recipient_star_2(X,Z) ) ).
fof(a526993,axiom,
! [X,Y,Z] :
( ( recipient_2(X,Y)
& element_of_2(Y,Z)
& event_1(X)
& person_1(Y)
& organization_1(Z) )
=> recipient_star_2(X,Z) ) ).
fof(a526994,axiom,
! [X,Y,Z] :
( ( raw_material_2(X,Y)
& material_2(Y,Z)
& event_1(X)
& tangible_entity_1(Y)
& tangible_entity_1(Z) )
=> raw_material_star_2(X,Z) ) ).
fof(a526995,axiom,
! [X,Y,Z] :
( ( raw_material_2(X,Y)
& has_part_or_unit_2(Y,Z)
& event_1(X)
& tangible_entity_1(Y)
& tangible_entity_1(Z) )
=> raw_material_star_2(X,Z) ) ).
fof(a526996,axiom,
! [X,Y,Z] :
( ( raw_material_2(X,Y)
& element_2(Y,Z)
& event_1(X)
& aggregate_1(Y)
& tangible_entity_1(Z) )
=> raw_material_star_2(X,Z) ) ).
fof(a526997,axiom,
! [X,Y,Z] :
( ( prevents_2(X,Y)
& subevent_of_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> prevents_star_2(X,Z) ) ).
fof(a526998,axiom,
! [X,Y,Z] :
( ( subevent_2(X,Y)
& prevents_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> prevents_star_2(X,Z) ) ).
fof(a526999,axiom,
! [X,Y,Z] :
( ( resulting_state_2(X,Y)
& prevents_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> prevents_star_2(X,Z) ) ).
fof(a527000,axiom,
! [X,Y,Z] :
( ( causes_2(X,Y)
& prevents_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> prevents_star_2(X,Z) ) ).
fof(a527001,axiom,
! [X,Y,Z] :
( ( prevented_by_2(X,Y)
& subevent_of_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> prevented_by_star_2(X,Z) ) ).
fof(a527002,axiom,
! [X,Y,Z] :
( ( prevented_by_2(X,Y)
& resulting_state_of_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> prevented_by_star_2(X,Z) ) ).
fof(a527003,axiom,
! [X,Y,Z] :
( ( subevent_2(X,Y)
& prevented_by_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> prevented_by_star_2(X,Z) ) ).
fof(a527004,axiom,
! [X,Y,Z] :
( ( prevented_by_2(X,Y)
& caused_by_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> prevented_by_star_2(X,Z) ) ).
fof(a527005,axiom,
! [X,Y,Z] :
( ( path_2(X,Y)
& is_region_of_2(Y,Z)
& event_1(X)
& spatial_entity_1(Y)
& tangible_entity_1(Z) )
=> path_star_2(X,Z) ) ).
fof(a527006,axiom,
! [X,Y,Z] :
( ( path_2(X,Y)
& is_part_or_unit_of_2(Y,Z)
& event_1(X)
& spatial_entity_1(Y)
& entity_1(Z) )
=> path_star_2(X,Z) ) ).
fof(a527007,axiom,
! [X,Y,Z] :
( ( origin_2(X,Y)
& is_region_of_2(Y,Z)
& event_1(X)
& spatial_entity_1(Y)
& tangible_entity_1(Z) )
=> origin_star_2(X,Z) ) ).
fof(a527008,axiom,
! [X,Y,Z] :
( ( origin_2(X,Y)
& is_inside_2(Y,Z)
& event_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> origin_star_2(X,Z) ) ).
fof(a527009,axiom,
! [X,Y,Z] :
( ( origin_2(X,Y)
& is_at_2(Y,Z)
& event_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> origin_star_2(X,Z) ) ).
fof(a527010,axiom,
! [X,Y,Z] :
( ( origin_2(X,Y)
& is_part_or_unit_of_2(Y,Z)
& event_1(X)
& spatial_entity_1(Y)
& entity_1(Z) )
=> origin_star_2(X,Z) ) ).
fof(a527011,axiom,
! [X,Y,Z] :
( ( information_content_of_2(X,Y)
& object_of_2(Y,Z)
& event_1(X)
& message_1(Y)
& event_1(Z) )
=> object_of_star_2(X,Z) ) ).
fof(a527012,axiom,
! [X,Y,Z] :
( ( information_content_of_2(X,Y)
& object_of_2(Y,Z)
& event_1(X)
& information_1(Y)
& event_1(Z) )
=> object_of_star_2(X,Z) ) ).
fof(a527013,axiom,
! [X,Y,Z] :
( ( object_2(X,Y)
& is_region_of_2(Y,Z)
& event_1(X)
& entity_1(Y)
& tangible_entity_1(Z) )
=> object_star_2(X,Z) ) ).
fof(a527014,axiom,
! [X,Y,Z] :
( ( object_2(X,Y)
& plays_2(Y,Z)
& event_1(X)
& entity_1(Y)
& role_1(Z) )
=> object_star_2(X,Z) ) ).
fof(a527015,axiom,
! [X,Y,Z] :
( ( object_2(X,Y)
& information_content_2(Y,Z)
& event_1(X)
& information_1(Y)
& role_1(Z) )
=> object_star_2(X,Z) ) ).
fof(a527016,axiom,
! [X,Y,Z] :
( ( object_2(X,Y)
& information_content_of_2(Y,Z)
& event_1(X)
& information_1(Y)
& message_1(Z) )
=> object_star_2(X,Z) ) ).
fof(a527017,axiom,
! [X,Y,Z] :
( ( object_2(X,Y)
& information_content_2(Y,Z)
& event_1(X)
& message_1(Y)
& event_1(Z) )
=> object_star_2(X,Z) ) ).
fof(a527018,axiom,
! [X,Y,Z] :
( ( object_2(X,Y)
& information_content_2(Y,Z)
& event_1(X)
& information_1(Y)
& event_1(Z) )
=> object_star_2(X,Z) ) ).
fof(a527019,axiom,
! [X,Y,Z] :
( ( object_2(X,Y)
& is_part_or_unit_of_2(Y,Z)
& event_1(X)
& entity_1(Y)
& entity_1(Z) )
=> object_star_2(X,Z) ) ).
fof(a527020,axiom,
! [X,Y,Z] :
( ( object_2(X,Y)
& information_content_2(Y,Z)
& event_1(X)
& message_1(Y)
& entity_1(Z) )
=> object_star_2(X,Z) ) ).
fof(a527021,axiom,
! [X,Y,Z] :
( ( object_2(X,Y)
& information_content_2(Y,Z)
& event_1(X)
& information_1(Y)
& entity_1(Z) )
=> object_star_2(X,Z) ) ).
fof(a527022,axiom,
! [X,Y,Z] :
( ( object_2(X,Y)
& has_part_or_unit_2(Y,Z)
& event_1(X)
& entity_1(Y)
& entity_1(Z) )
=> object_star_2(X,Z) ) ).
fof(a527023,axiom,
! [X,Y,Z] :
( ( object_2(X,Y)
& encloses_2(Y,Z)
& event_1(X)
& entity_1(Y)
& entity_1(Z) )
=> object_star_2(X,Z) ) ).
fof(a527024,axiom,
! [X,Y,Z] :
( ( object_2(X,Y)
& element_2(Y,Z)
& event_1(X)
& aggregate_1(Y)
& entity_1(Z) )
=> object_star_2(X,Z) ) ).
fof(a527025,axiom,
! [X,Y,Z] :
( ( object_2(X,Y)
& element_of_2(Y,Z)
& event_1(X)
& entity_1(Y)
& aggregate_1(Z) )
=> object_star_2(X,Z) ) ).
fof(a527026,axiom,
! [X,Y,Z] :
( ( means_by_which_2(X,Y)
& means_by_which_star_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> means_by_which_star_2(X,Z) ) ).
fof(a527027,axiom,
! [X,Y,Z] :
( ( instrument_2(X,Y)
& plays_2(Y,Z)
& event_1(X)
& entity_1(Y)
& role_1(Z) )
=> instrument_star_2(X,Z) ) ).
fof(a527028,axiom,
! [X,Y,Z] :
( ( instrument_2(X,Y)
& is_part_or_unit_of_2(Y,Z)
& event_1(X)
& entity_1(Y)
& entity_1(Z) )
=> instrument_star_2(X,Z) ) ).
fof(a527029,axiom,
! [X,Y,Z] :
( ( instrument_2(X,Y)
& element_of_2(Y,Z)
& event_1(X)
& entity_1(Y)
& aggregate_1(Z) )
=> instrument_star_2(X,Z) ) ).
fof(a527030,axiom,
! [X,Y,Z] :
( ( inhibits_2(X,Y)
& resulting_state_2(Y,Z)
& event_1(X)
& event_1(Y)
& state_1(Z) )
=> inhibits_star_2(X,Z) ) ).
fof(a527031,axiom,
! [X,Y,Z] :
( ( inhibits_2(X,Y)
& subevent_of_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> inhibits_star_2(X,Z) ) ).
fof(a527032,axiom,
! [X,Y,Z] :
( ( subevent_2(X,Y)
& inhibits_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> inhibits_star_2(X,Z) ) ).
fof(a527033,axiom,
! [X,Y,Z] :
( ( resulting_state_2(X,Y)
& inhibits_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> inhibits_star_2(X,Z) ) ).
fof(a527034,axiom,
! [X,Y,Z] :
( ( causes_2(X,Y)
& inhibits_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> inhibits_star_2(X,Z) ) ).
fof(a527035,axiom,
! [X,Y,Z] :
( ( inhibited_by_2(X,Y)
& subevent_of_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> inhibited_by_star_2(X,Z) ) ).
fof(a527036,axiom,
! [X,Y,Z] :
( ( inhibited_by_2(X,Y)
& resulting_state_of_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> inhibited_by_star_2(X,Z) ) ).
fof(a527037,axiom,
! [X,Y,Z] :
( ( subevent_2(X,Y)
& inhibited_by_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> inhibited_by_star_2(X,Z) ) ).
fof(a527038,axiom,
! [X,Y,Z] :
( ( inhibited_by_2(X,Y)
& caused_by_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> inhibited_by_star_2(X,Z) ) ).
fof(a527039,axiom,
! [X,Y,Z] :
( ( subevent_2(X,Y)
& in_event_of_2(Y,Z)
& event_1(X)
& event_1(Y)
& role_1(Z) )
=> in_event_of_star_2(X,Z) ) ).
fof(a527040,axiom,
! [X,Y,Z] :
( ( experiencer_2(X,Y)
& plays_2(Y,Z)
& event_1(X)
& entity_1(Y)
& role_1(Z) )
=> experiencer_star_2(X,Z) ) ).
fof(a527041,axiom,
! [X,Y,Z] :
( ( enables_2(X,Y)
& resulting_state_2(Y,Z)
& event_1(X)
& event_1(Y)
& state_1(Z) )
=> enables_star_2(X,Z) ) ).
fof(a527042,axiom,
! [X,Y,Z] :
( ( enables_2(X,Y)
& subevent_of_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> enables_star_2(X,Z) ) ).
fof(a527043,axiom,
! [X,Y,Z] :
( ( enables_2(X,Y)
& subevent_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> enables_star_2(X,Z) ) ).
fof(a527044,axiom,
! [X,Y,Z] :
( ( subevent_2(X,Y)
& enables_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> enables_star_2(X,Z) ) ).
fof(a527045,axiom,
! [X,Y,Z] :
( ( resulting_state_2(X,Y)
& enables_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> enables_star_2(X,Z) ) ).
fof(a527046,axiom,
! [X,Y,Z] :
( ( causes_2(X,Y)
& enables_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> enables_star_2(X,Z) ) ).
fof(a527047,axiom,
! [X,Y,Z] :
( ( enables_2(X,Y)
& causes_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> enables_star_2(X,Z) ) ).
fof(a527048,axiom,
! [X,Y,Z] :
( ( enables_2(X,Y)
& enables_star_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> enables_star_2(X,Z) ) ).
fof(a527049,axiom,
! [X,Y,Z] :
( ( enabled_by_2(X,Y)
& subevent_of_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> enabled_by_star_2(X,Z) ) ).
fof(a527050,axiom,
! [X,Y,Z] :
( ( enabled_by_2(X,Y)
& resulting_state_of_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> enabled_by_star_2(X,Z) ) ).
fof(a527051,axiom,
! [X,Y,Z] :
( ( subevent_of_2(X,Y)
& enabled_by_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> enabled_by_star_2(X,Z) ) ).
fof(a527052,axiom,
! [X,Y,Z] :
( ( subevent_2(X,Y)
& enabled_by_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> enabled_by_star_2(X,Z) ) ).
fof(a527053,axiom,
! [X,Y,Z] :
( ( caused_by_2(X,Y)
& enabled_by_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> enabled_by_star_2(X,Z) ) ).
fof(a527054,axiom,
! [X,Y,Z] :
( ( enabled_by_2(X,Y)
& caused_by_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> enabled_by_star_2(X,Z) ) ).
fof(a527055,axiom,
! [X,Y,Z] :
( ( enabled_by_2(X,Y)
& enabled_by_star_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> enabled_by_star_2(X,Z) ) ).
fof(a527056,axiom,
! [X,Y,Z] :
( ( time_at_2(X,Y)
& time_int_contains_2(Y,Z)
& event_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_contains_star_2(X,Z) ) ).
fof(a527057,axiom,
! [X,Y,Z] :
( ( donor_2(X,Y)
& plays_2(Y,Z)
& event_1(X)
& entity_1(Y)
& role_1(Z) )
=> donor_star_2(X,Z) ) ).
fof(a527058,axiom,
! [X,Y,Z] :
( ( destination_2(X,Y)
& is_region_of_2(Y,Z)
& event_1(X)
& spatial_entity_1(Y)
& tangible_entity_1(Z) )
=> destination_star_2(X,Z) ) ).
fof(a527059,axiom,
! [X,Y,Z] :
( ( destination_2(X,Y)
& is_part_or_unit_of_2(Y,Z)
& event_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> destination_star_2(X,Z) ) ).
fof(a527060,axiom,
! [X,Y,Z] :
( ( destination_2(X,Y)
& is_inside_2(Y,Z)
& event_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> destination_star_2(X,Z) ) ).
fof(a527061,axiom,
! [X,Y,Z] :
( ( destination_2(X,Y)
& is_at_2(Y,Z)
& event_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> destination_star_2(X,Z) ) ).
fof(a527062,axiom,
! [X,Y,Z] :
( ( subevent_2(X,Y)
& defeats_2(Y,Z)
& event_1(X)
& action_1(Y)
& state_1(Z) )
=> defeats_star_2(X,Z) ) ).
fof(a527063,axiom,
! [X,Y,Z] :
( ( causes_2(X,Y)
& defeats_2(Y,Z)
& event_1(X)
& action_1(Y)
& state_1(Z) )
=> defeats_star_2(X,Z) ) ).
fof(a527064,axiom,
! [X,Y,Z] :
( ( causes_2(X,Y)
& resulting_state_2(Y,Z)
& event_1(X)
& event_1(Y)
& state_1(Z) )
=> causes_star_2(X,Z) ) ).
fof(a527065,axiom,
! [X,Y,Z] :
( ( causes_2(X,Y)
& subevent_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> causes_star_2(X,Z) ) ).
fof(a527066,axiom,
! [X,Y,Z] :
( ( subevent_2(X,Y)
& causes_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> causes_star_2(X,Z) ) ).
fof(a527067,axiom,
! [X,Y,Z] :
( ( resulting_state_2(X,Y)
& causes_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> causes_star_2(X,Z) ) ).
fof(a527068,axiom,
! [X,Y,Z] :
( ( causes_2(X,Y)
& causes_star_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> causes_star_2(X,Z) ) ).
fof(a527069,axiom,
! [X,Y,Z] :
( ( caused_by_2(X,Y)
& subevent_of_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> caused_by_star_2(X,Z) ) ).
fof(a527070,axiom,
! [X,Y,Z] :
( ( caused_by_2(X,Y)
& resulting_state_of_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> caused_by_star_2(X,Z) ) ).
fof(a527071,axiom,
! [X,Y,Z] :
( ( subevent_of_2(X,Y)
& caused_by_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> caused_by_star_2(X,Z) ) ).
fof(a527072,axiom,
! [X,Y,Z] :
( ( caused_by_2(X,Y)
& caused_by_star_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> caused_by_star_2(X,Z) ) ).
fof(a527073,axiom,
! [X,Y,Z] :
( ( by_means_of_2(X,Y)
& by_means_of_star_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> by_means_of_star_2(X,Z) ) ).
fof(a527074,axiom,
! [X,Y,Z] :
( ( beneficiary_2(X,Y)
& is_region_of_2(Y,Z)
& event_1(X)
& spatial_entity_1(Y)
& tangible_entity_1(Z) )
=> beneficiary_star_2(X,Z) ) ).
fof(a527075,axiom,
! [X,Y,Z] :
( ( beneficiary_2(X,Y)
& plays_2(Y,Z)
& event_1(X)
& entity_1(Y)
& role_1(Z) )
=> beneficiary_star_2(X,Z) ) ).
fof(a527076,axiom,
! [X,Y,Z] :
( ( beneficiary_2(X,Y)
& is_part_or_unit_of_2(Y,Z)
& event_1(X)
& entity_1(Y)
& entity_1(Z) )
=> beneficiary_star_2(X,Z) ) ).
fof(a527077,axiom,
! [X,Y,Z] :
( ( beneficiary_2(X,Y)
& element_2(Y,Z)
& event_1(X)
& aggregate_1(Y)
& entity_1(Z) )
=> beneficiary_star_2(X,Z) ) ).
fof(a527078,axiom,
! [X,Y,Z] :
( ( time_at_2(X,Y)
& time_after_2(Y,Z)
& event_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_after_star_2(X,Z) ) ).
fof(a527079,axiom,
! [X,Y,Z] :
( ( subevent_2(X,Y)
& base_of_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> base_of_star_2(X,Z) ) ).
fof(a527080,axiom,
! [X,Y,Z] :
( ( base_2(X,Y)
& is_region_of_2(Y,Z)
& event_1(X)
& spatial_entity_1(Y)
& tangible_entity_1(Z) )
=> base_star_2(X,Z) ) ).
fof(a527081,axiom,
! [X,Y,Z] :
( ( base_2(X,Y)
& subevent_of_2(Y,Z)
& event_1(X)
& event_1(Y)
& event_1(Z) )
=> base_star_2(X,Z) ) ).
fof(a527082,axiom,
! [X,Y,Z] :
( ( base_2(X,Y)
& is_part_or_unit_of_2(Y,Z)
& event_1(X)
& entity_1(Y)
& entity_1(Z) )
=> base_star_2(X,Z) ) ).
fof(a527083,axiom,
! [X,Y,Z] :
( ( away_from_2(X,Y)
& is_at_2(Y,Z)
& event_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> away_from_star_2(X,Z) ) ).
fof(a527084,axiom,
! [X,Y,Z] :
( ( away_from_2(X,Y)
& has_region_2(Y,Z)
& event_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> away_from_star_2(X,Z) ) ).
fof(a527085,axiom,
! [X,Y,Z] :
( ( away_from_2(X,Y)
& has_part_or_unit_2(Y,Z)
& event_1(X)
& spatial_entity_1(Y)
& entity_1(Z) )
=> away_from_star_2(X,Z) ) ).
fof(a527086,axiom,
! [X,Y,Z] :
( ( agent_2(X,Y)
& plays_2(Y,Z)
& event_1(X)
& entity_1(Y)
& role_1(Z) )
=> agent_star_2(X,Z) ) ).
fof(a527087,axiom,
! [X,Y,Z] :
( ( agent_2(X,Y)
& element_2(Y,Z)
& event_1(X)
& organization_1(Y)
& person_1(Z) )
=> agent_star_2(X,Z) ) ).
fof(a527088,axiom,
! [X,Y,Z] :
( ( agent_2(X,Y)
& element_of_2(Y,Z)
& event_1(X)
& person_1(Y)
& organization_1(Z) )
=> agent_star_2(X,Z) ) ).
fof(a527089,axiom,
! [X,Y,Z] :
( ( agent_2(X,Y)
& element_of_2(Y,Z)
& event_1(X)
& person_1(Y)
& community_1(Z) )
=> agent_star_2(X,Z) ) ).
fof(a527090,axiom,
! [X,Y,Z] :
( ( time_at_2(X,Y)
& time_before_2(Y,Z)
& event_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_before_star_2(X,Z) ) ).
fof(a527091,axiom,
! [X,Y,Z] :
( ( time_at_2(X,Y)
& time_int_started_by_2(Y,Z)
& event_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_started_by_star_2(X,Z) ) ).
fof(a527092,axiom,
! [X,Y,Z] :
( ( time_at_2(X,Y)
& time_int_starts_2(Y,Z)
& event_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_starts_star_2(X,Z) ) ).
fof(a527093,axiom,
! [X,Y,Z] :
( ( time_at_2(X,Y)
& time_int_overlapped_by_2(Y,Z)
& event_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_overlapped_by_star_2(X,Z) ) ).
fof(a527094,axiom,
! [X,Y,Z] :
( ( time_at_2(X,Y)
& time_int_overlaps_2(Y,Z)
& event_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_overlaps_star_2(X,Z) ) ).
fof(a527095,axiom,
! [X,Y,Z] :
( ( time_at_2(X,Y)
& time_int_meets_2(Y,Z)
& event_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_meets_star_2(X,Z) ) ).
fof(a527096,axiom,
! [X,Y,Z] :
( ( time_at_2(X,Y)
& time_int_finished_by_2(Y,Z)
& event_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_finished_by_star_2(X,Z) ) ).
fof(a527097,axiom,
! [X,Y,Z] :
( ( time_at_2(X,Y)
& time_int_finishes_2(Y,Z)
& event_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_finishes_star_2(X,Z) ) ).
fof(a527098,axiom,
! [X,Y,Z] :
( ( time_at_2(X,Y)
& time_int_during_2(Y,Z)
& event_1(X)
& time_interval_1(Y)
& time_interval_1(Z) )
=> time_int_during_star_2(X,Z) ) ).
fof(a527099,axiom,
! [X,Y,Z] :
( ( is_part_or_unit_of_2(X,Y)
& toward_of_2(Y,Z)
& entity_1(X)
& spatial_entity_1(Y)
& event_1(Z) )
=> toward_of_star_2(X,Z) ) ).
fof(a527100,axiom,
! [X,Y,Z] :
( ( has_part_or_unit_2(X,Y)
& site_of_2(Y,Z)
& entity_1(X)
& spatial_entity_1(Y)
& event_1(Z) )
=> site_of_star_2(X,Z) ) ).
fof(a527101,axiom,
! [X,Y,Z] :
( ( result_of_2(X,Y)
& subevent_of_2(Y,Z)
& entity_1(X)
& event_1(Y)
& event_1(Z) )
=> result_of_star_2(X,Z) ) ).
fof(a527102,axiom,
! [X,Y] :
( ( result_of_2(X,Y)
& entity_1(X)
& entity_1(Y) )
=> result_of_2(X,Y) ) ).
fof(a527103,axiom,
! [X,Y,Z] :
( ( possesses_2(X,Y)
& element_2(Y,Z)
& entity_1(X)
& aggregate_1(Y)
& thing_1(Z) )
=> possesses_star_2(X,Z) ) ).
fof(a527104,axiom,
! [X,Y,Z] :
( ( possesses_2(X,Y)
& material_2(Y,Z)
& entity_1(X)
& tangible_entity_1(Y)
& tangible_entity_1(Z) )
=> possesses_star_2(X,Z) ) ).
fof(a527105,axiom,
! [X,Y,Z] :
( ( possesses_2(X,Y)
& has_region_2(Y,Z)
& entity_1(X)
& tangible_entity_1(Y)
& spatial_entity_1(Z) )
=> possesses_star_2(X,Z) ) ).
fof(a527106,axiom,
! [X,Y,Z] :
( ( possesses_2(X,Y)
& has_part_or_unit_2(Y,Z)
& entity_1(X)
& entity_1(Y)
& entity_1(Z) )
=> possesses_star_2(X,Z) ) ).
fof(a527107,axiom,
! [X,Y,Z] :
( ( has_part_or_unit_2(X,Y)
& plays_2(Y,Z)
& entity_1(X)
& entity_1(Y)
& role_1(Z) )
=> plays_star_2(X,Z) ) ).
fof(a527108,axiom,
! [X,Y,Z] :
( ( has_part_or_unit_2(X,Y)
& path_of_2(Y,Z)
& entity_1(X)
& spatial_entity_1(Y)
& event_1(Z) )
=> path_of_star_2(X,Z) ) ).
fof(a527109,axiom,
! [X,Y,Z] :
( ( has_part_or_unit_2(X,Y)
& origin_of_2(Y,Z)
& entity_1(X)
& spatial_entity_1(Y)
& event_1(Z) )
=> origin_of_star_2(X,Z) ) ).
fof(a527110,axiom,
! [X,Y,Z] :
( ( information_content_of_2(X,Y)
& object_of_2(Y,Z)
& entity_1(X)
& message_1(Y)
& event_1(Z) )
=> object_of_star_2(X,Z) ) ).
fof(a527111,axiom,
! [X,Y,Z] :
( ( information_content_of_2(X,Y)
& object_of_2(Y,Z)
& entity_1(X)
& information_1(Y)
& event_1(Z) )
=> object_of_star_2(X,Z) ) ).
fof(a527112,axiom,
! [X,Y,Z] :
( ( is_part_or_unit_of_2(X,Y)
& object_of_2(Y,Z)
& entity_1(X)
& entity_1(Y)
& event_1(Z) )
=> object_of_star_2(X,Z) ) ).
fof(a527113,axiom,
! [X,Y,Z] :
( ( is_inside_2(X,Y)
& object_of_2(Y,Z)
& entity_1(X)
& entity_1(Y)
& event_1(Z) )
=> object_of_star_2(X,Z) ) ).
fof(a527114,axiom,
! [X,Y,Z] :
( ( has_part_or_unit_2(X,Y)
& object_of_2(Y,Z)
& entity_1(X)
& entity_1(Y)
& event_1(Z) )
=> object_of_star_2(X,Z) ) ).
fof(a527115,axiom,
! [X,Y,Z] :
( ( element_of_2(X,Y)
& object_of_2(Y,Z)
& entity_1(X)
& aggregate_1(Y)
& event_1(Z) )
=> object_of_star_2(X,Z) ) ).
fof(a527116,axiom,
! [X,Y] :
( ( object_of_2(X,Y)
& entity_1(X)
& entity_1(Y) )
=> object_of_2(X,Y) ) ).
fof(a527117,axiom,
! [X,Y,Z] :
( ( has_part_or_unit_2(X,Y)
& material_2(Y,Z)
& entity_1(X)
& tangible_entity_1(Y)
& tangible_entity_1(Z) )
=> material_star_2(X,Z) ) ).
fof(a527118,axiom,
! [X,Y,Z] :
( ( is_possessed_by_2(X,Y)
& plays_2(Y,Z)
& entity_1(X)
& animal_1(Y)
& participant_1(Z) )
=> is_possessed_by_star_2(X,Z) ) ).
fof(a527119,axiom,
! [X,Y,Z] :
( ( is_part_or_unit_of_2(X,Y)
& is_possessed_by_2(Y,Z)
& entity_1(X)
& entity_1(Y)
& entity_1(Z) )
=> is_possessed_by_star_2(X,Z) ) ).
fof(a527120,axiom,
! [X,Y,Z] :
( ( is_part_or_unit_of_2(X,Y)
& is_part_or_unit_of_star_2(Y,Z)
& entity_1(X)
& entity_1(Y)
& entity_1(Z) )
=> is_part_of_star_2(X,Z) ) ).
fof(a527121,axiom,
! [X,Y,Z] :
( ( is_part_or_unit_of_2(X,Y)
& is_part_or_unit_of_star_2(Y,Z)
& entity_1(X)
& entity_1(Y)
& entity_1(Z) )
=> is_part_of_star_2(X,Z) ) ).
fof(a527122,axiom,
! [X,Y,Z] :
( ( has_part_or_unit_2(X,Y)
& instrument_of_2(Y,Z)
& entity_1(X)
& entity_1(Y)
& event_1(Z) )
=> instrument_of_star_2(X,Z) ) ).
fof(a527123,axiom,
! [X,Y,Z] :
( ( has_part_or_unit_2(X,Y)
& has_region_2(Y,Z)
& entity_1(X)
& tangible_entity_1(Y)
& spatial_entity_1(Z) )
=> has_region_star_2(X,Z) ) ).
fof(a527124,axiom,
! [X,Y,Z] :
( ( has_part_or_unit_2(X,Y)
& has_part_or_unit_star_2(Y,Z)
& entity_1(X)
& entity_1(Y)
& entity_1(Z) )
=> has_part_star_2(X,Z) ) ).
fof(a527125,axiom,
! [X,Y,Z] :
( ( first_element_of_2(X,Y)
& first_element_of_star_2(Y,Z)
& entity_1(X)
& entity_1(Y)
& aggregate_1(Z) )
=> first_element_of_star_2(X,Z) ) ).
fof(a527126,axiom,
! [X,Y,Z] :
( ( is_part_or_unit_of_2(X,Y)
& content_of_2(Y,Z)
& entity_1(X)
& entity_1(Y)
& container_1(Z) )
=> content_of_star_2(X,Z) ) ).
fof(a527127,axiom,
! [X,Y,Z] :
( ( content_of_2(X,Y)
& content_of_star_2(Y,Z)
& entity_1(X)
& entity_1(Y)
& container_1(Z) )
=> content_of_star_2(X,Z) ) ).
fof(a527128,axiom,
! [X,Y,Z] :
( ( has_part_or_unit_2(X,Y)
& beneficiary_of_2(Y,Z)
& entity_1(X)
& entity_1(Y)
& event_1(Z) )
=> beneficiary_of_star_2(X,Z) ) ).
fof(a527129,axiom,
! [X,Y,Z] :
( ( element_of_2(X,Y)
& beneficiary_of_2(Y,Z)
& entity_1(X)
& aggregate_1(Y)
& event_1(Z) )
=> beneficiary_of_star_2(X,Z) ) ).
fof(a527130,axiom,
! [X,Y,Z] :
( ( has_part_or_unit_2(X,Y)
& base_of_2(Y,Z)
& entity_1(X)
& entity_1(Y)
& event_1(Z) )
=> base_of_star_2(X,Z) ) ).
fof(a527131,axiom,
! [X,Y,Z] :
( ( is_part_or_unit_of_2(X,Y)
& away_from_of_2(Y,Z)
& entity_1(X)
& spatial_entity_1(Y)
& event_1(Z) )
=> away_from_of_star_2(X,Z) ) ).
fof(a527132,axiom,
! [X,Y] :
( ( agent_of_2(X,Y)
& entity_1(X)
& entity_1(Y) )
=> agent_of_2(X,Y) ) ).
fof(a527133,axiom,
! [X,Y] :
( ( agent_of_2(X,Y)
& entity_1(X)
& entity_1(Y) )
=> agent_of_2(X,Y) ) ).
fof(a527134,axiom,
! [X,Y,Z] :
( ( object_2(X,Y)
& has_basic_structural_unit_2(Y,Z)
& dissolve_1(X)
& chemical_1(Y)
& chemical_entity_1(Z) )
=> object_star_2(X,Z) ) ).
fof(a527135,axiom,
! [X,Y,Z] :
( ( base_2(X,Y)
& has_basic_structural_unit_2(Y,Z)
& dissolve_1(X)
& chemical_1(Y)
& chemical_entity_1(Z) )
=> base_star_2(X,Z) ) ).
fof(a527136,axiom,
! [X,Y] :
( ( agent_2(X,Y)
& dissolve_1(X)
& dissolve_1(Y) )
=> agent_2(X,Y) ) ).
fof(a527137,axiom,
! [X,Y] :
( ( agent_2(X,Y)
& dissolve_1(X)
& dissolve_1(Y) )
=> agent_2(X,Y) ) ).
fof(a527138,axiom,
! [X,Y] :
( ( agent_2(X,Y)
& decrease_1(X)
& decrease_1(Y) )
=> agent_2(X,Y) ) ).
fof(a527139,axiom,
! [X,Y] :
( ( result_2(X,Y)
& create_1(X)
& create_1(Y) )
=> result_2(X,Y) ) ).
fof(a527140,axiom,
! [X,Y] :
( ( object_2(X,Y)
& create_1(X)
& create_1(Y) )
=> object_2(X,Y) ) ).
fof(a527141,axiom,
! [X,Y,Z] :
( ( content_2(X,Y)
& material_2(Y,Z)
& container_1(X)
& tangible_entity_1(Y)
& tangible_entity_1(Z) )
=> content_star_2(X,Z) ) ).
fof(a527142,axiom,
! [X,Y,Z] :
( ( content_2(X,Y)
& has_region_2(Y,Z)
& container_1(X)
& entity_1(Y)
& spatial_entity_1(Z) )
=> content_star_2(X,Z) ) ).
fof(a527143,axiom,
! [X,Y,Z] :
( ( content_2(X,Y)
& encloses_2(Y,Z)
& container_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> content_star_2(X,Z) ) ).
fof(a527144,axiom,
! [X,Y,Z] :
( ( content_2(X,Y)
& has_part_or_unit_2(Y,Z)
& container_1(X)
& entity_1(Y)
& entity_1(Z) )
=> content_star_2(X,Z) ) ).
fof(a527145,axiom,
! [X,Y,Z] :
( ( content_2(X,Y)
& content_star_2(Y,Z)
& container_1(X)
& entity_1(Y)
& entity_1(Z) )
=> content_star_2(X,Z) ) ).
fof(a527146,axiom,
! [X,Y,Z] :
( ( played_by_2(X,Y)
& path_of_2(Y,Z)
& conduit_1(X)
& spatial_entity_1(Y)
& move_1(Z) )
=> path_of_star_2(X,Z) ) ).
fof(a527147,axiom,
! [X,Y,Z] :
( ( element_2(X,Y)
& agent_of_2(Y,Z)
& community_1(X)
& person_1(Y)
& event_1(Z) )
=> agent_of_star_2(X,Z) ) ).
fof(a527148,axiom,
! [X,Y] :
( ( object_of_2(X,Y)
& chemical_entity_1(X)
& chemical_entity_1(Y) )
=> object_of_2(X,Y) ) ).
fof(a527149,axiom,
! [X,Y] :
( ( object_of_2(X,Y)
& chemical_entity_1(X)
& chemical_entity_1(Y) )
=> object_of_2(X,Y) ) ).
fof(a527150,axiom,
! [X,Y] :
( ( instrument_of_2(X,Y)
& chemical_entity_1(X)
& chemical_entity_1(Y) )
=> instrument_of_2(X,Y) ) ).
fof(a527151,axiom,
! [X,Y,Z] :
( ( is_basic_structural_unit_of_2(X,Y)
& base_of_2(Y,Z)
& chemical_entity_1(X)
& chemical_1(Y)
& dissolve_1(Z) )
=> base_of_star_2(X,Z) ) ).
fof(a527152,axiom,
! [X,Y] :
( ( agent_of_2(X,Y)
& chemical_entity_1(X)
& chemical_entity_1(Y) )
=> agent_of_2(X,Y) ) ).
fof(a527153,axiom,
! [X,Y] :
( ( agent_of_2(X,Y)
& chemical_entity_1(X)
& chemical_entity_1(Y) )
=> agent_of_2(X,Y) ) ).
fof(a527154,axiom,
! [X,Y,Z] :
( ( is_basic_structural_unit_of_2(X,Y)
& raw_material_of_2(Y,Z)
& chemical_entity_1(X)
& chemical_1(Y)
& reaction_1(Z) )
=> raw_material_of_star_2(X,Z) ) ).
fof(a527155,axiom,
! [X,Y,Z] :
( ( is_basic_structural_unit_of_2(X,Y)
& raw_material_of_2(Y,Z)
& chemical_entity_1(X)
& chemical_1(Y)
& mix_1(Z) )
=> raw_material_of_star_2(X,Z) ) ).
fof(a527156,axiom,
! [X,Y,Z] :
( ( is_basic_structural_unit_of_2(X,Y)
& object_of_2(Y,Z)
& chemical_entity_1(X)
& chemical_1(Y)
& dissolve_1(Z) )
=> object_of_star_2(X,Z) ) ).
fof(a527157,axiom,
! [X,Y,Z] :
( ( is_basic_structural_unit_of_2(X,Y)
& is_solute_of_2(Y,Z)
& chemical_entity_1(X)
& chemical_1(Y)
& solution_1(Z) )
=> is_solute_of_star_2(X,Z) ) ).
fof(a527158,axiom,
! [X,Y] :
( ( object_of_2(X,Y)
& chemical_1(X)
& chemical_1(Y) )
=> object_of_2(X,Y) ) ).
fof(a527159,axiom,
! [X,Y] :
( ( agent_of_2(X,Y)
& chemical_1(X)
& chemical_1(Y) )
=> agent_of_2(X,Y) ) ).
fof(a527160,axiom,
! [X,Y] :
( ( object_of_2(X,Y)
& chemical_1(X)
& chemical_1(Y) )
=> object_of_2(X,Y) ) ).
fof(a527161,axiom,
! [X,Y] :
( ( is_solute_of_2(X,Y)
& chemical_1(X)
& chemical_1(Y) )
=> is_solute_of_2(X,Y) ) ).
fof(a527162,axiom,
! [X,Y] :
( ( instrument_of_2(X,Y)
& chemical_1(X)
& chemical_1(Y) )
=> instrument_of_2(X,Y) ) ).
fof(a527163,axiom,
! [X,Y] :
( ( agent_of_2(X,Y)
& chemical_1(X)
& chemical_1(Y) )
=> agent_of_2(X,Y) ) ).
fof(a527164,axiom,
! [X,Y] :
( ( agent_2(X,Y)
& be_touching_1(X)
& be_touching_1(Y) )
=> agent_2(X,Y) ) ).
fof(a527165,axiom,
! [X,Y] :
( ( agent_2(X,Y)
& be_contained_1(X)
& be_contained_1(Y) )
=> agent_2(X,Y) ) ).
fof(a527166,axiom,
! [X,Y,Z] :
( ( element_2(X,Y)
& object_of_2(Y,Z)
& aggregate_1(X)
& entity_1(Y)
& event_1(Z) )
=> object_of_star_2(X,Z) ) ).
fof(a527167,axiom,
! [X,Y,Z] :
( ( element_2(X,Y)
& is_outside_2(Y,Z)
& aggregate_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> is_outside_star_2(X,Z) ) ).
fof(a527168,axiom,
! [X,Y,Z] :
( ( element_2(X,Y)
& instrument_of_2(Y,Z)
& aggregate_1(X)
& entity_1(Y)
& event_1(Z) )
=> instrument_of_star_2(X,Z) ) ).
fof(a527169,axiom,
! [X,Y,Z] :
( ( first_element_2(X,Y)
& first_element_star_2(Y,Z)
& aggregate_1(X)
& entity_1(Y)
& entity_1(Z) )
=> first_element_star_2(X,Z) ) ).
fof(a527170,axiom,
! [X,Y,Z] :
( ( element_2(X,Y)
& encloses_2(Y,Z)
& aggregate_1(X)
& spatial_entity_1(Y)
& spatial_entity_1(Z) )
=> encloses_star_2(X,Z) ) ).
fof(a527171,axiom,
! [X,Y,Z] :
( ( element_2(X,Y)
& element_star_2(Y,Z)
& aggregate_1(X)
& thing_1(Y)
& thing_1(Z) )
=> element_star_2(X,Z) ) ).
fof(a527172,axiom,
! [X] :
( cardinal_value_1(X)
=> property_value_1(X) ) ).
fof(a527173,axiom,
! [X] :
( categorical_value_1(X)
=> property_value_1(X) ) ).
fof(a527174,axiom,
! [X] :
( scalar_constant_class_1(X)
=> property_value_1(X) ) ).
fof(a527175,axiom,
! [X] :
( scalar_value_1(X)
=> property_value_1(X) ) ).
fof(a527176,axiom,
! [X] :
( unit_of_measurement_1(X)
=> class_1(X) ) ).
fof(a527177,axiom,
! [X] :
( categorical_constant_1(X)
=> class_1(X) ) ).
fof(a527178,axiom,
! [X,Y] :
( the_scalar_value_2(X,Y)
=> scalar_value_1(X) ) ).
fof(a527179,axiom,
! [X,Y] :
( the_scalar_value_2(X,Y)
=> scalar_constant_class_1(Y) ) ).
fof(a527180,axiom,
! [X,Y] :
( scalar_magnitude_of_2(X,Y)
=> scalar_value_1(X) ) ).
fof(a527181,axiom,
! [X,Y] :
( scalar_magnitude_of_2(X,Y)
=> scalar_constant_class_1(Y) ) ).
fof(a527182,axiom,
! [X,Y] :
( cardinal_unit_class_2(X,Y)
=> cardinal_property_value_1(X) ) ).
fof(a527183,axiom,
! [X,Y] :
( cardinal_unit_class_2(X,Y)
=> unit_of_measurement_1(Y) ) ).
fof(a527184,axiom,
! [X,Y] :
( the_cardinal_value_2(X,Y)
=> cardinal_property_value_1(X) ) ).
fof(a527185,axiom,
! [X,Y] :
( the_cardinal_value_2(X,Y)
=> float_1(Y) ) ).
fof(a527186,axiom,
! [X,Y] :
( the_categorical_value_2(X,Y)
=> categorical_value_1(X) ) ).
fof(a527187,axiom,
! [X,Y] :
( the_categorical_value_2(X,Y)
=> categorical_constant_1(Y) ) ).
fof(a527188,axiom,
! [X] :
( number_1_comma_3_bisphosphoglycerate_1(X)
=> ( original_name_2(X,'1,3-Bisphosphoglycerate')
& user_description_2(X,'Three carbon organic molecule which serves as a metabolic intermediate in cellular respiration and photosynthesis.')
& concept2words_2(X,'1,3 bisphosphoglycerate')
& concept2words_2(X,'1,3-bisphosphoglycerate')
& concept2words_2(X,'1 3 bisphosphoglyceric acid')
& concept2words_2(X,'1-3-bisphosphoglyceric-acid')
& concept2words_2(X,'1 3 bisphosphoglycerate')
& concept2words_2(X,'1-3-bisphosphoglycerate')
& concept2words_2(X,'1 3bpg')
& concept2words_2(X,'1-3bpg')
& concept2words_2(X,'1,3 diphosphoglycerate')
& concept2words_2(X,'1,3-diphosphoglycerate')
& concept2words_2(X,'1,3bpg')
& concept2words_2(X,pgap)
& phosphorylated_intermediate_1(X)
& phosphorylation_1(fn_1_comma_3_bisphosphoglycerate_1(X))
& molecule_1(fn_1_comma_3_bisphosphoglycerate_2(X))
& kinetic_energy_1(fn_1_comma_3_bisphosphoglycerate_3(X))
& constant_motion_1(fn_1_comma_3_bisphosphoglycerate_4(X))
& organic_molecule_1(fn_1_comma_3_bisphosphoglycerate_5(X))
& speed_value_1(fn_1_comma_3_bisphosphoglycerate_6(X))
& quantity_value_1(fn_1_comma_3_bisphosphoglycerate_7(X))
& entity_1(fn_1_comma_3_bisphosphoglycerate_8(X))
& chemical_entity_1(fn_1_comma_3_bisphosphoglycerate_8(X))
& atom_1(fn_1_comma_3_bisphosphoglycerate_8(X))
& carbon_1(fn_1_comma_3_bisphosphoglycerate_8(X))
& oxygen_1(fn_1_comma_3_bisphosphoglycerate_9(X))
& entity_1(fn_1_comma_3_bisphosphoglycerate_9(X))
& chemical_entity_1(fn_1_comma_3_bisphosphoglycerate_9(X))
& atom_1(fn_1_comma_3_bisphosphoglycerate_9(X))
& carbon_skeleton_1(fn_1_comma_3_bisphosphoglycerate_10(X))
& carboxyl_group_1(fn_1_comma_3_bisphosphoglycerate_11(X))
& double_bond_1(fn_1_comma_3_bisphosphoglycerate_12(X))
& covalent_bond_1(fn_1_comma_3_bisphosphoglycerate_13(X))
& single_bond_1(fn_1_comma_3_bisphosphoglycerate_13(X))
& double_bond_1(fn_1_comma_3_bisphosphoglycerate_14(X))
& functional_group_1(fn_1_comma_3_bisphosphoglycerate_15(X))
& phosphate_group_1(fn_1_comma_3_bisphosphoglycerate_15(X))
& entity_1(fn_1_comma_3_bisphosphoglycerate_16(X))
& chemical_entity_1(fn_1_comma_3_bisphosphoglycerate_16(X))
& atom_1(fn_1_comma_3_bisphosphoglycerate_16(X))
& hydrogen_1(fn_1_comma_3_bisphosphoglycerate_16(X))
& entity_1(fn_1_comma_3_bisphosphoglycerate_17(X))
& chemical_entity_1(fn_1_comma_3_bisphosphoglycerate_17(X))
& atom_1(fn_1_comma_3_bisphosphoglycerate_17(X))
& oxygen_1(fn_1_comma_3_bisphosphoglycerate_17(X))
& entity_1(fn_1_comma_3_bisphosphoglycerate_18(X))
& chemical_entity_1(fn_1_comma_3_bisphosphoglycerate_18(X))
& atom_1(fn_1_comma_3_bisphosphoglycerate_18(X))
& phosphorus_1(fn_1_comma_3_bisphosphoglycerate_18(X))
& chemical_entity_1(fn_functional_group_1(fn_1_comma_3_bisphosphoglycerate_11(X)))
& single_bond_1(fn_carboxyl_group_69(fn_1_comma_3_bisphosphoglycerate_11(X)))
& entity_1(fn_carboxyl_group_25(fn_1_comma_3_bisphosphoglycerate_11(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_1_comma_3_bisphosphoglycerate_11(X)))
& atom_1(fn_carboxyl_group_25(fn_1_comma_3_bisphosphoglycerate_11(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_1_comma_3_bisphosphoglycerate_11(X)))
& double_bond_1(fn_carboxyl_group_70(fn_1_comma_3_bisphosphoglycerate_11(X)))
& entity_1(fn_covalent_bond_19(fn_1_comma_3_bisphosphoglycerate_13(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_1_comma_3_bisphosphoglycerate_13(X)))
& atom_1(fn_covalent_bond_19(fn_1_comma_3_bisphosphoglycerate_13(X)))
& oxygen_1(fn_carboxyl_group_23(fn_1_comma_3_bisphosphoglycerate_11(X)))
& entity_1(fn_covalent_bond_20(fn_1_comma_3_bisphosphoglycerate_13(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_1_comma_3_bisphosphoglycerate_13(X)))
& atom_1(fn_covalent_bond_20(fn_1_comma_3_bisphosphoglycerate_13(X)))
& entity_1(fn_covalent_bond_19(fn_1_comma_3_bisphosphoglycerate_14(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_1_comma_3_bisphosphoglycerate_14(X)))
& atom_1(fn_covalent_bond_19(fn_1_comma_3_bisphosphoglycerate_14(X)))
& oxygen_1(fn_carboxyl_group_24(fn_1_comma_3_bisphosphoglycerate_11(X)))
& entity_1(fn_covalent_bond_20(fn_1_comma_3_bisphosphoglycerate_14(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_1_comma_3_bisphosphoglycerate_14(X)))
& atom_1(fn_covalent_bond_20(fn_1_comma_3_bisphosphoglycerate_14(X)))
& entity_1(fn_carboxyl_group_19(fn_1_comma_3_bisphosphoglycerate_11(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_1_comma_3_bisphosphoglycerate_11(X)))
& atom_1(fn_carboxyl_group_19(fn_1_comma_3_bisphosphoglycerate_11(X)))
& carbon_1(fn_carboxyl_group_19(fn_1_comma_3_bisphosphoglycerate_11(X)))
& has_part_2(X,fn_1_comma_3_bisphosphoglycerate_16(X))
& exactCardinality(X,has_region_0,"2",phosphate_group_0)
& possesses_2(X,fn_1_comma_3_bisphosphoglycerate_13(X))
& possesses_2(X,fn_1_comma_3_bisphosphoglycerate_12(X))
& is_between_2(fn_1_comma_3_bisphosphoglycerate_14(X),fn_1_comma_3_bisphosphoglycerate_17(X))
& is_between_2(fn_1_comma_3_bisphosphoglycerate_13(X),fn_1_comma_3_bisphosphoglycerate_18(X))
& is_between_2(fn_1_comma_3_bisphosphoglycerate_14(X),fn_1_comma_3_bisphosphoglycerate_8(X))
& is_between_2(fn_1_comma_3_bisphosphoglycerate_13(X),fn_1_comma_3_bisphosphoglycerate_9(X))
& is_between_2(fn_1_comma_3_bisphosphoglycerate_14(X),fn_1_comma_3_bisphosphoglycerate_18(X))
& possesses_2(X,fn_1_comma_3_bisphosphoglycerate_14(X))
& is_between_2(fn_1_comma_3_bisphosphoglycerate_14(X),fn_1_comma_3_bisphosphoglycerate_9(X))
& has_region_2(X,fn_1_comma_3_bisphosphoglycerate_11(X))
& has_state_2(fn_1_comma_3_bisphosphoglycerate_5(X),X)
& raw_material_2(fn_1_comma_3_bisphosphoglycerate_1(X),fn_1_comma_3_bisphosphoglycerate_5(X))
& is_between_2(fn_1_comma_3_bisphosphoglycerate_13(X),fn_1_comma_3_bisphosphoglycerate_17(X))
& is_inside_2(fn_1_comma_3_bisphosphoglycerate_16(X),fn_1_comma_3_bisphosphoglycerate_11(X))
& fn_1_comma_3_bisphosphoglycerate_16(X) != fn_1_comma_3_bisphosphoglycerate_17(X)
& is_inside_2(fn_1_comma_3_bisphosphoglycerate_17(X),fn_1_comma_3_bisphosphoglycerate_11(X))
& is_inside_2(fn_1_comma_3_bisphosphoglycerate_9(X),fn_1_comma_3_bisphosphoglycerate_11(X))
& fn_1_comma_3_bisphosphoglycerate_17(X) != fn_1_comma_3_bisphosphoglycerate_16(X)
& is_inside_2(fn_1_comma_3_bisphosphoglycerate_8(X),fn_1_comma_3_bisphosphoglycerate_11(X))
& is_between_2(fn_1_comma_3_bisphosphoglycerate_12(X),fn_1_comma_3_bisphosphoglycerate_8(X))
& is_between_2(fn_1_comma_3_bisphosphoglycerate_12(X),fn_1_comma_3_bisphosphoglycerate_9(X))
& fn_1_comma_3_bisphosphoglycerate_9(X) != fn_1_comma_3_bisphosphoglycerate_8(X)
& fn_1_comma_3_bisphosphoglycerate_8(X) != fn_1_comma_3_bisphosphoglycerate_9(X)
& has_part_2(X,fn_1_comma_3_bisphosphoglycerate_18(X))
& has_part_2(X,fn_1_comma_3_bisphosphoglycerate_17(X))
& object_2(fn_1_comma_3_bisphosphoglycerate_4(X),X)
& speed_2(fn_1_comma_3_bisphosphoglycerate_4(X),fn_1_comma_3_bisphosphoglycerate_6(X))
& is_inside_2(fn_1_comma_3_bisphosphoglycerate_17(X),fn_1_comma_3_bisphosphoglycerate_15(X))
& has_region_2(X,fn_1_comma_3_bisphosphoglycerate_15(X))
& possesses_2(X,fn_1_comma_3_bisphosphoglycerate_3(X))
& quantity_2(fn_1_comma_3_bisphosphoglycerate_3(X),fn_1_comma_3_bisphosphoglycerate_7(X))
& directly_proportional_2(fn_1_comma_3_bisphosphoglycerate_6(X),fn_1_comma_3_bisphosphoglycerate_7(X))
& result_2(fn_1_comma_3_bisphosphoglycerate_1(X),X)
& raw_material_2(fn_1_comma_3_bisphosphoglycerate_1(X),fn_1_comma_3_bisphosphoglycerate_2(X))
& fn_1_comma_3_bisphosphoglycerate_2(X) != X
& has_part_2(X,fn_1_comma_3_bisphosphoglycerate_9(X))
& fn_1_comma_3_bisphosphoglycerate_9(X) != fn_1_comma_3_bisphosphoglycerate_17(X)
& X != fn_1_comma_3_bisphosphoglycerate_2(X)
& fn_1_comma_3_bisphosphoglycerate_17(X) != fn_1_comma_3_bisphosphoglycerate_9(X)
& fn_1_comma_3_bisphosphoglycerate_18(X) != fn_1_comma_3_bisphosphoglycerate_17(X)
& is_inside_2(fn_1_comma_3_bisphosphoglycerate_18(X),fn_1_comma_3_bisphosphoglycerate_15(X))
& is_inside_2(fn_1_comma_3_bisphosphoglycerate_9(X),fn_1_comma_3_bisphosphoglycerate_15(X))
& fn_1_comma_3_bisphosphoglycerate_17(X) != fn_1_comma_3_bisphosphoglycerate_18(X)
& fn_1_comma_3_bisphosphoglycerate_9(X) != fn_1_comma_3_bisphosphoglycerate_18(X)
& fn_1_comma_3_bisphosphoglycerate_18(X) != fn_1_comma_3_bisphosphoglycerate_9(X)
& has_part_2(X,fn_1_comma_3_bisphosphoglycerate_8(X))
& is_inside_2(fn_1_comma_3_bisphosphoglycerate_8(X),fn_1_comma_3_bisphosphoglycerate_10(X))
& has_region_2(X,fn_1_comma_3_bisphosphoglycerate_10(X))
& fn_1_comma_3_bisphosphoglycerate_17(X) != fn_1_comma_3_bisphosphoglycerate_8(X)
& fn_1_comma_3_bisphosphoglycerate_8(X) != fn_1_comma_3_bisphosphoglycerate_17(X)
& fn_1_comma_3_bisphosphoglycerate_18(X) = fn_covalent_bond_20(fn_1_comma_3_bisphosphoglycerate_13(X))
& fn_1_comma_3_bisphosphoglycerate_8(X) = fn_covalent_bond_20(fn_1_comma_3_bisphosphoglycerate_14(X))
& fn_1_comma_3_bisphosphoglycerate_9(X) = fn_covalent_bond_19(fn_1_comma_3_bisphosphoglycerate_13(X))
& fn_1_comma_3_bisphosphoglycerate_18(X) = fn_covalent_bond_19(fn_1_comma_3_bisphosphoglycerate_14(X))
& fn_1_comma_3_bisphosphoglycerate_9(X) = fn_molecule_11(X)
& fn_1_comma_3_bisphosphoglycerate_14(X) = fn_molecule_10(X)
& X = fn_functional_group_1(fn_1_comma_3_bisphosphoglycerate_11(X))
& fn_1_comma_3_bisphosphoglycerate_5(X) = fn_phosphorylated_intermediate_1(X)
& fn_1_comma_3_bisphosphoglycerate_13(X) = fn_carboxyl_group_69(fn_1_comma_3_bisphosphoglycerate_11(X))
& fn_1_comma_3_bisphosphoglycerate_17(X) = fn_carboxyl_group_24(fn_1_comma_3_bisphosphoglycerate_11(X))
& fn_1_comma_3_bisphosphoglycerate_16(X) = fn_carboxyl_group_25(fn_1_comma_3_bisphosphoglycerate_11(X))
& fn_1_comma_3_bisphosphoglycerate_9(X) = fn_carboxyl_group_23(fn_1_comma_3_bisphosphoglycerate_11(X))
& fn_1_comma_3_bisphosphoglycerate_12(X) = fn_carboxyl_group_70(fn_1_comma_3_bisphosphoglycerate_11(X))
& fn_1_comma_3_bisphosphoglycerate_9(X) = fn_carboxyl_group_24(fn_1_comma_3_bisphosphoglycerate_11(X))
& fn_1_comma_3_bisphosphoglycerate_8(X) = fn_carboxyl_group_19(fn_1_comma_3_bisphosphoglycerate_11(X))
& fn_1_comma_3_bisphosphoglycerate_19(X) = fn_phosphorylated_intermediate_14(X)
& fn_1_comma_3_bisphosphoglycerate_20(X) = fn_phosphorylated_intermediate_15(X)
& fn_1_comma_3_bisphosphoglycerate_4(X) = fn_phosphorylated_intermediate_9(X)
& fn_1_comma_3_bisphosphoglycerate_6(X) = fn_phosphorylated_intermediate_12(X)
& fn_1_comma_3_bisphosphoglycerate_7(X) = fn_phosphorylated_intermediate_13(X)
& fn_1_comma_3_bisphosphoglycerate_3(X) = fn_phosphorylated_intermediate_4(X)
& fn_1_comma_3_bisphosphoglycerate_2(X) = fn_phosphorylated_intermediate_3(X)
& fn_1_comma_3_bisphosphoglycerate_1(X) = fn_phosphorylated_intermediate_2(X)
& fn_1_comma_3_bisphosphoglycerate_15(X) = fn_phosphorylated_intermediate_11(X)
& fn_1_comma_3_bisphosphoglycerate_9(X) = fn_phosphorylated_intermediate_5(X)
& fn_1_comma_3_bisphosphoglycerate_18(X) = fn_phosphorylated_intermediate_6(X)
& fn_1_comma_3_bisphosphoglycerate_10(X) = fn_phosphorylated_intermediate_10(X)
& fn_1_comma_3_bisphosphoglycerate_17(X) = fn_phosphorylated_intermediate_7(X)
& fn_1_comma_3_bisphosphoglycerate_8(X) = fn_phosphorylated_intermediate_8(X)
& fn_covalent_bond_19(fn_1_comma_3_bisphosphoglycerate_13(X)) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_carboxyl_group_23(fn_1_comma_3_bisphosphoglycerate_11(X))
& fn_carboxyl_group_23(fn_1_comma_3_bisphosphoglycerate_11(X)) = fn_carboxyl_group_23(fn_1_comma_3_bisphosphoglycerate_11(X))
& fn_carboxyl_group_23(fn_1_comma_3_bisphosphoglycerate_11(X)) = fn_carboxyl_group_24(fn_1_comma_3_bisphosphoglycerate_11(X))
& fn_carboxyl_group_24(fn_1_comma_3_bisphosphoglycerate_11(X)) = fn_phosphorylated_intermediate_5(X)
& fn_phosphorylated_intermediate_5(X) = fn_phosphorylated_intermediate_5(X)
& fn_phosphorylated_intermediate_5(X) = fn_covalent_bond_20(fn_1_comma_3_bisphosphoglycerate_13(X))
& fn_covalent_bond_20(fn_1_comma_3_bisphosphoglycerate_13(X)) = fn_covalent_bond_19(fn_1_comma_3_bisphosphoglycerate_14(X))
& fn_covalent_bond_19(fn_1_comma_3_bisphosphoglycerate_14(X)) = fn_covalent_bond_19(fn_1_comma_3_bisphosphoglycerate_14(X))
& fn_covalent_bond_19(fn_1_comma_3_bisphosphoglycerate_14(X)) = fn_phosphorylated_intermediate_6(X)
& fn_phosphorylated_intermediate_6(X) = fn_phosphorylated_intermediate_6(X)
& fn_phosphorylated_intermediate_6(X) = fn_carboxyl_group_24(fn_1_comma_3_bisphosphoglycerate_11(X))
& fn_carboxyl_group_24(fn_1_comma_3_bisphosphoglycerate_11(X)) = fn_carboxyl_group_24(fn_1_comma_3_bisphosphoglycerate_11(X))
& fn_carboxyl_group_24(fn_1_comma_3_bisphosphoglycerate_11(X)) = fn_phosphorylated_intermediate_7(X)
& fn_phosphorylated_intermediate_7(X) = fn_phosphorylated_intermediate_7(X)
& fn_phosphorylated_intermediate_7(X) = fn_covalent_bond_20(fn_1_comma_3_bisphosphoglycerate_14(X))
& fn_covalent_bond_20(fn_1_comma_3_bisphosphoglycerate_14(X)) = fn_carboxyl_group_19(fn_1_comma_3_bisphosphoglycerate_11(X))
& fn_carboxyl_group_19(fn_1_comma_3_bisphosphoglycerate_11(X)) = fn_carboxyl_group_19(fn_1_comma_3_bisphosphoglycerate_11(X))
& fn_carboxyl_group_19(fn_1_comma_3_bisphosphoglycerate_11(X)) = fn_phosphorylated_intermediate_8(X)
& fn_phosphorylated_intermediate_8(X) = fn_phosphorylated_intermediate_8(X) ) ) ).
fof(a527189,axiom,
! [X] :
( number_3_prime_carbon_1(X)
=> ( original_name_2(X,'3-Prime-Carbon')
& user_description_2(X,'The carbon present at 3-prime region.')
& concept2words_2(X,'3 prime carbon')
& concept2words_2(X,'3-prime-carbon')
& carbon_1(X)
& number_3_prime_region_1(fn_3_prime_carbon_1(X))
& is_at_2(X,fn_3_prime_carbon_1(X)) ) ) ).
fof(a527190,axiom,
! [X] :
( number_3_prime_end_1(X)
=> ( original_name_2(X,'3-Prime-End')
& description_2(X,'The has-region of a nucleotide sequence acid which includes the terminal nucleotide with a free 3\' hydroxyl group.')
& user_description_2(X,'The 3\'- end of a strand is so named due to it terminating at the hydroxyl group of the third carbon in the sugar-ring, and is known as the tail end.')
& concept2words_2(X,'3\' end')
& concept2words_2(X,'3\'-end')
& concept2words_2(X,'3 prime end')
& concept2words_2(X,'3-prime-end')
& nucleic_acid_region_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X) ) ) ).
fof(a527191,axiom,
! [X] :
( number_3_prime_region_1(X)
=> ( original_name_2(X,'3-Prime-Region')
& user_description_2(X,'Region of nucleic acids which is associated with the 3\' carbon on the sugar component of the molecule.')
& concept2words_2(X,'3 prime region')
& concept2words_2(X,'3-prime-region')
& nucleic_acid_region_1(X) ) ) ).
fof(a527192,axiom,
! [X] :
( number_5_prime_carbon_1(X)
=> ( original_name_2(X,'5-Prime-Carbon')
& user_description_2(X,'The carbon present at 5-prime region.')
& concept2words_2(X,'5 prime carbon')
& concept2words_2(X,'5-prime-carbon')
& carbon_1(X)
& number_5_prime_region_1(fn_5_prime_carbon_1(X))
& is_at_2(X,fn_5_prime_carbon_1(X)) ) ) ).
fof(a527193,axiom,
! [X] :
( number_5_prime_end_1(X)
=> ( original_name_2(X,'5-Prime-End')
& description_2(X,'The Region of a Nucleotide-Sequence which includes the terminal Nucleotide with a free 5\' Triphosphate group.')
& user_description_2(X,'The 5\'-end designates the end of the DNA or RNA strand that has the fifth carbon in the sugar-ring of the deoxyribose or ribose at its terminus. A phosphate group attached to the 5\'-end permits ligation of two nucleotides.')
& concept2words_2(X,'five prime end')
& concept2words_2(X,'five-prime-end')
& concept2words_2(X,'5\' end')
& concept2words_2(X,'5\'-end')
& concept2words_2(X,'5 prime end')
& concept2words_2(X,'5-prime-end')
& nucleic_acid_region_1(X)
& ~ number_3_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X) ) ) ).
fof(a527194,axiom,
! [X] :
( number_5_prime_nucleotide_1(X)
=> ( original_name_2(X,'5-Prime-Nucleotide')
& description_2(X,'Nucleotide at the end of a sequence whose 5\' end either bears a free triphosphate (free sequences like DNA strands or DNA strand fragments) or whose 5\' end is attached to a neighboring sequence (internal sequences like introns or regulatory sequences).')
& user_description_2(X,'Nucleotide at the 5\' end of a sequence.')
& concept2words_2(X,'5\' nucleotide')
& concept2words_2(X,'5\'-nucleotide')
& concept2words_2(X,'5\' base')
& concept2words_2(X,'five prime base')
& concept2words_2(X,'5 prime nucleotide')
& concept2words_2(X,'5-prime-nucleotide')
& nucleotide_1(X)
& number_5_prime_end_1(fn_5_prime_nucleotide_1(X))
& is_at_2(X,fn_5_prime_nucleotide_1(X)) ) ) ).
fof(a527195,axiom,
! [X] :
( number_5_prime_region_1(X)
=> ( original_name_2(X,'5-Prime-Region')
& user_description_2(X,'Region of nucleic acids which is associated with the 5\' carbon on the sugar component of the molecule.')
& concept2words_2(X,'5 prime region')
& concept2words_2(X,'5-prime-region')
& nucleic_acid_region_1(X) ) ) ).
fof(a527196,axiom,
! [X] :
( a_antigen_1(X)
=> ( original_name_2(X,'A-Antigen')
& user_description_2(X,'An antigen is a molecule recognized by the immune system. Type A blood has one kind of antigen and type B another. A person with type AB blood has both the A and B antigen.')
& concept2words_2(X,'carbohydrate a')
& concept2words_2(X,'carbohydrate-a')
& concept2words_2(X,'antigen of a')
& concept2words_2(X,'a antigen')
& concept2words_2(X,'a-antigen')
& blood_carbohydrate_1(X)
& ~ b_antigen_1(X) ) ) ).
fof(a527197,axiom,
! [X] :
( a_band_1(X)
=> ( original_name_2(X,'A-Band')
& user_description_2(X,'A broad region that corresponds to the length of the thick filaments in a sarcomere')
& concept2words_2(X,'band of a')
& concept2words_2(X,'a band')
& concept2words_2(X,'a-band')
& biological_region_1(X) ) ) ).
fof(a527198,axiom,
! [X] :
( a_site_1(X)
=> ( original_name_2(X,'A-Site')
& description_2(X,'The site on the ribosome where the incoming amino-acyl tRNA binds.')
& user_description_2(X,'One of a ribosome\'s three binding sites for tRNA during translation. The A site holds the tRNA carrying the next amino acid to be added to the polypeptide chain.')
& concept2words_2(X,'a-site')
& ribosome_region_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X)
& three_prime_end_of_mrna_1(fn_a_site_1(X))
& large_ribosomal_subunit_1(fn_a_site_2(X))
& ribosome_1(fn_a_site_3(X))
& spatial_entity_1(fn_a_site_4(X))
& aminoacyl_trna_1(fn_a_site_4(X))
& attach_1(fn_a_site_5(X))
& attach_1(fn_a_site_6(X))
& codon_recognition_1(fn_a_site_7(X))
& move_1(fn_a_site_8(X))
& move_into_1(fn_a_site_8(X))
& attach_1(fn_codon_recognition_9(fn_a_site_7(X)))
& move_into_1(fn_codon_recognition_8(fn_a_site_7(X)))
& tangible_entity_1(fn_move_into_1(fn_a_site_8(X)))
& spatial_entity_1(fn_attach_2(fn_a_site_5(X)))
& a_site_1(fn_codon_recognition_3(fn_a_site_7(X)))
& spatial_entity_1(fn_move_1(fn_a_site_8(X)))
& spatial_entity_1(fn_attach_1(fn_a_site_5(X)))
& aminoacyl_trna_1(fn_codon_recognition_11(fn_a_site_7(X)))
& site_2(fn_a_site_7(X),fn_a_site_3(X))
& has_region_2(fn_a_site_2(X),X)
& is_inside_2(X,fn_a_site_3(X))
& is_near_2(X,fn_a_site_1(X))
& has_part_2(fn_a_site_3(X),fn_a_site_2(X))
& has_region_2(fn_a_site_3(X),X)
& is_near_2(fn_a_site_1(X),X)
& object_2(fn_a_site_5(X),fn_a_site_4(X))
& base_2(fn_a_site_5(X),X)
& object_2(fn_a_site_7(X),fn_a_site_4(X))
& object_2(fn_a_site_6(X),fn_a_site_4(X))
& subevent_2(fn_a_site_7(X),fn_a_site_6(X))
& subevent_2(fn_a_site_7(X),fn_a_site_8(X))
& agent_2(fn_a_site_7(X),fn_a_site_4(X))
& object_2(fn_a_site_8(X),fn_a_site_4(X))
& destination_2(fn_a_site_8(X),X)
& path_2(fn_a_site_8(X),X)
& next_event_2(fn_a_site_8(X),fn_a_site_6(X))
& base_2(fn_a_site_8(X),fn_a_site_3(X))
& fn_a_site_4(X) = fn_attach_1(fn_a_site_5(X))
& X = fn_attach_2(fn_a_site_5(X))
& fn_a_site_6(X) = fn_codon_recognition_9(fn_a_site_7(X))
& X = fn_codon_recognition_3(fn_a_site_7(X))
& fn_a_site_4(X) = fn_move_1(fn_a_site_8(X))
& fn_a_site_8(X) = fn_codon_recognition_8(fn_a_site_7(X))
& fn_a_site_4(X) = fn_codon_recognition_11(fn_a_site_7(X))
& fn_a_site_3(X) = fn_move_into_1(fn_a_site_8(X))
& fn_attach_2(fn_a_site_5(X)) = fn_codon_recognition_3(fn_a_site_7(X))
& fn_codon_recognition_3(fn_a_site_7(X)) = fn_codon_recognition_3(fn_a_site_7(X))
& fn_codon_recognition_3(fn_a_site_7(X)) = fn_attach_1(fn_a_site_5(X))
& fn_attach_1(fn_a_site_5(X)) = fn_move_1(fn_a_site_8(X))
& fn_move_1(fn_a_site_8(X)) = fn_attach_1(fn_a_site_5(X))
& fn_attach_1(fn_a_site_5(X)) = fn_codon_recognition_11(fn_a_site_7(X))
& fn_codon_recognition_11(fn_a_site_7(X)) = fn_codon_recognition_11(fn_a_site_7(X)) ) ) ).
fof(a527199,axiom,
! [X] :
( abdomen_1(X)
=> ( original_name_2(X,'Abdomen')
& user_description_2(X,'In vertebrates such as mammals the abdomen (belly) constitutes the part of the body between the thorax (chest) and pelvis.')
& concept2words_2(X,abdomen)
& body_segment_1(X)
& ~ thorax_1(X)
& ~ head_1(X) ) ) ).
fof(a527200,axiom,
! [X] :
( abdominal_cavity_1(X)
=> ( original_name_2(X,'Abdominal-Cavity')
& user_description_2(X,'In vertebrate animals, the cavity that encloses the major visceral organs; separated from the thoracic cavity by the diaphragm.')
& concept2words_2(X,'cavity of abdominal')
& concept2words_2(X,'abdominal cavity')
& concept2words_2(X,'abdominal-cavity')
& animal_space_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a527201,axiom,
! [X] :
( abiotic_factor_1(X)
=> ( original_name_2(X,'Abiotic-Factor')
& user_description_2(X,'A nonliving physical or chemical component of an ecosystem, with which organisms interact.')
& concept2words_2(X,'abiotic factor')
& concept2words_2(X,'abiotic-factor')
& ecological_role_1(X) ) ) ).
fof(a527202,axiom,
! [X] :
( abnormal_1(X)
=> ( original_name_2(X,'Abnormal')
& user_description_2(X,'Not normal or as expected')
& concept2words_2(X,abnormal)
& role_1(X) ) ) ).
fof(a527203,axiom,
! [X] :
( abnormal_cloned_embryo_1(X)
=> ( original_name_2(X,'Abnormal-Cloned-Embryo')
& user_description_2(X,'A cloned embryo that is not normal.')
& concept2words_2(X,'abnormal cloned embryo')
& concept2words_2(X,'abnormal-cloned-embryo')
& embryo_1(X)
& clone_1(X)
& ~ cloned_embryo_1(X)
& ~ animal_embryo_1(X)
& ~ early_embryo_1(X)
& ~ eight_cell_embryo_1(X)
& ~ embryoid_1(X)
& ~ plant_embryo_1(X)
& ~ segmented_embryo_1(X)
& ~ two_cell_embryo_1(X)
& abnormal_1(fn_abnormal_cloned_embryo_1(X))
& dna_1(fn_abnormal_cloned_embryo_2(X))
& dna_hypermethylation_1(fn_abnormal_cloned_embryo_3(X))
& embryogenesis_1(fn_abnormal_cloned_embryo_4(X))
& create_1(fn_abnormal_cloned_embryo_5(X))
& embryo_1(fn_embryogenesis_8(fn_abnormal_cloned_embryo_4(X)))
& entity_1(fn_create_1(fn_abnormal_cloned_embryo_5(X)))
& create_1(fn_embryogenesis_30(fn_abnormal_cloned_embryo_4(X)))
& create_1(fn_embryogenesis_51(fn_abnormal_cloned_embryo_4(X)))
& result_2(fn_abnormal_cloned_embryo_4(X),X)
& subevent_2(fn_abnormal_cloned_embryo_4(X),fn_abnormal_cloned_embryo_3(X))
& plays_2(X,fn_abnormal_cloned_embryo_1(X))
& has_part_2(X,fn_abnormal_cloned_embryo_2(X))
& causes_2(fn_abnormal_cloned_embryo_3(X),fn_abnormal_cloned_embryo_5(X))
& object_2(fn_abnormal_cloned_embryo_4(X),X)
& subevent_2(fn_abnormal_cloned_embryo_4(X),fn_abnormal_cloned_embryo_5(X))
& result_2(fn_abnormal_cloned_embryo_5(X),X)
& X = fn_embryogenesis_8(fn_abnormal_cloned_embryo_4(X))
& fn_abnormal_cloned_embryo_5(X) = fn_embryogenesis_30(fn_abnormal_cloned_embryo_4(X))
& fn_abnormal_cloned_embryo_5(X) = fn_embryogenesis_51(fn_abnormal_cloned_embryo_4(X))
& X = fn_create_1(fn_abnormal_cloned_embryo_5(X))
& fn_embryogenesis_8(fn_abnormal_cloned_embryo_4(X)) = fn_create_1(fn_abnormal_cloned_embryo_5(X))
& fn_create_1(fn_abnormal_cloned_embryo_5(X)) = fn_embryogenesis_30(fn_abnormal_cloned_embryo_4(X))
& fn_embryogenesis_30(fn_abnormal_cloned_embryo_4(X)) = fn_embryogenesis_51(fn_abnormal_cloned_embryo_4(X)) ) ) ).
fof(a527204,axiom,
! [X] :
( abo_blood_group_1(X)
=> ( original_name_2(X,'ABO-Blood-Group')
& user_description_2(X,'The ABO blood group phenotypes, also called blood types, are A, B, AB, and O.')
& concept2words_2(X,'abo blood group')
& concept2words_2(X,'abo-blood-group')
& gene_with_multiple_alleles_1(X)
& codominance_1(fn_abo_blood_group_1(X))
& blood_type_genotype_1(fn_abo_blood_group_2(X))
& inheritance_1(fn_abo_blood_group_3(X))
& entity_1(fn_transfer_1(fn_abo_blood_group_3(X)))
& by_means_of_2(fn_abo_blood_group_3(X),fn_abo_blood_group_1(X))
& element_2(X,fn_abo_blood_group_2(X))
& object_2(fn_abo_blood_group_3(X),X)
& X = fn_transfer_1(fn_abo_blood_group_3(X)) ) ) ).
fof(a527205,axiom,
! [X] :
( abomasum_1(X)
=> ( original_name_2(X,'Abomasum')
& user_description_2(X,'The fourth chamber in a ruminant\'s digestive system in which cud is digested by the ruminant\'s own enzymes. The abomasum corresponds to the stomach in other mammals.')
& concept2words_2(X,abomasum)
& digestive_organ_1(X) ) ) ).
fof(a527206,axiom,
! [X] :
( abortion_1(X)
=> ( original_name_2(X,'Abortion')
& user_description_2(X,'An embryo or fetus removed or expelled from the uterus before it reaches a viable age.')
& concept2words_2(X,abort)
& concept2words_2(X,abortion)
& medical_procedure_1(X)
& ~ morning_after_pill_1(X)
& ~ assisted_reproductive_technology_1(X)
& ~ electrocardiogram_1(X)
& ~ genetic_testing_1(X)
& ~ immunization_1(X)
& ~ newborn_screening_1(X)
& ~ paternity_testing_1(X)
& ~ tubal_ligation_1(X)
& ~ ultrasound_imaging_1(X)
& ~ vasectomy_1(X) ) ) ).
fof(a527207,axiom,
! [X] :
( abrade_1(X)
=> ( original_name_2(X,'Abrade')
& user_description_2(X,'To wear away or damage by friction.')
& concept2words_2(X,abrade)
& make_contact_1(X) ) ) ).
fof(a527208,axiom,
! [X] :
( abscisic_acid_1(X)
=> ( original_name_2(X,'Abscisic-Acid')
& user_description_2(X,'A plant hormone involved in developmental processes, including seed and bud dormancy and facilitating drought tolerance.')
& concept2words_2(X,aba)
& concept2words_2(X,'abscisic acid')
& concept2words_2(X,'abscisic-acid')
& plant_hormone_1(X) ) ) ).
fof(a527209,axiom,
! [X] :
( absolute_dating_1(X)
=> ( original_name_2(X,'Absolute-Dating')
& user_description_2(X,'A collection of methods for dating materials which provide quantitative estimates of age. The most common form of absolute dating is radiometric dating which i based on the decay of radioactive isotopes.')
& concept2words_2(X,'chronometric dating')
& concept2words_2(X,'calendar dating')
& concept2words_2(X,'dating of absolute')
& concept2words_2(X,'absolute dating')
& concept2words_2(X,'absolute-dating')
& radiometric_dating_1(X)
& ~ atomic_tracking_1(X)
& ~ autoradiography_1(X)
& ~ cloning_1(X)
& ~ dna_mapping_1(X)
& ~ dna_microarray_1(X)
& ~ fetoscopy_1(X)
& ~ genetic_linkage_mapping_1(X)
& ~ gram_stain_1(X)
& ~ in_situ_hybridization_1(X)
& ~ in_vitro_hybridization_1(X)
& ~ mark_recapture_method_1(X)
& ~ microscopy_1(X)
& ~ molecular_clock_1(X)
& ~ nuclear_transplantation_1(X)
& ~ population_viability_analysis_1(X)
& ~ positron_emission_tomography_1(X)
& ~ rule_of_addition_1(X)
& ~ shotgun_sequencing_1(X)
& ~ testcross_1(X)
& ~ x_ray_crystallography_1(X) ) ) ).
fof(a527210,axiom,
! [X] :
( absorb_1(X)
=> ( original_name_2(X,'Absorb')
& concept2words_2(X,absorb)
& take_in_1(X)
& ~ eat_1(X)
& ~ absorption_of_energy_by_electron_1(X) ) ) ).
fof(a527211,axiom,
! [X] :
( absorbance_scalar_constant_1(X)
=> ( original_name_2(X,'Absorbance-Scalar-Constant')
& concept2words_2(X,'absorbance scalar constant')
& concept2words_2(X,'absorbance-scalar-constant')
& constant_1(X) ) ) ).
fof(a527212,axiom,
! [X] :
( absorbance_scale_1(X)
=> ( original_name_2(X,'Absorbance-Scale')
& concept2words_2(X,'absorbance scale')
& concept2words_2(X,'absorbance-scale')
& scale_1(X) ) ) ).
fof(a527213,axiom,
! [X] :
( absorbance_value_1(X)
=> ( original_name_2(X,'Absorbance-Value')
& concept2words_2(X,absorbancy)
& concept2words_2(X,absorbance)
& concept2words_2(X,'absorbance value')
& concept2words_2(X,'absorbance-value')
& property_value_1(X) ) ) ).
fof(a527214,axiom,
! [X] :
( absorption_in_small_intestine_1(X)
=> ( original_name_2(X,'Absorption-In-Small-Intestine')
& user_description_2(X,'The uptake of mechanically and chemically digested nutrient molecules in the small intestine of animals.')
& concept2words_2(X,'absorption in small intestine')
& concept2words_2(X,'absorption-in-small-intestine')
& digestive_process_1(X) ) ) ).
fof(a527215,axiom,
! [X] :
( absorption_of_energy_by_electron_1(X)
=> ( original_name_2(X,'Absorption-Of-Energy-By-Electron')
& user_description_2(X,'An electron can change its shell, but only by absorbing or losing an amount of energy equal to the difference in potential energy between the old shell and the new shell.')
& concept2words_2(X,absorb)
& concept2words_2(X,'absorption of energy by electron')
& concept2words_2(X,'absorption-of-energy-by-electron')
& take_in_1(X)
& ~ eat_1(X)
& ~ absorb_1(X)
& system_1(fn_absorption_of_energy_by_electron_5(X))
& quantity_value_1(fn_absorption_of_energy_by_electron_7(X))
& quantity_value_1(fn_absorption_of_energy_by_electron_8(X))
& quantity_value_1(fn_absorption_of_energy_by_electron_9(X))
& atom_1(fn_absorption_of_energy_by_electron_10(X))
& container_1(fn_absorption_of_energy_by_electron_11(X))
& move_1(fn_absorption_of_energy_by_electron_13(X))
& quantity_value_1(fn_absorption_of_energy_by_electron_14(X))
& increase_1(fn_absorption_of_energy_by_electron_15(X))
& energy_1(fn_absorption_of_energy_by_electron_16(X))
& spatial_entity_1(fn_absorption_of_energy_by_electron_17(X))
& electron_1(fn_absorption_of_energy_by_electron_17(X))
& tangible_entity_1(fn_absorption_of_energy_by_electron_17(X))
& property_node_1(fn_increase_2(fn_absorption_of_energy_by_electron_15(X)))
& property_value_1(fn_increase_3(fn_absorption_of_energy_by_electron_15(X)))
& spatial_entity_1(fn_move_1(fn_absorption_of_energy_by_electron_13(X)))
& electron_1(fn_atom_14(fn_absorption_of_energy_by_electron_10(X)))
& subevent_2(fn_absorption_of_energy_by_electron_13(X),fn_absorption_of_energy_by_electron_15(X))
& called_2(fn_absorption_of_energy_by_electron_7(X),'EnergyAbsorbed')
& called_2(fn_absorption_of_energy_by_electron_8(X),'PE_Initial')
& greater_than_or_equal_to_2(fn_absorption_of_energy_by_electron_9(X),fn_absorption_of_energy_by_electron_14(X))
& called_2(fn_absorption_of_energy_by_electron_9(X),'PE_Final')
& greater_than_or_equal_to_2(fn_absorption_of_energy_by_electron_14(X),fn_absorption_of_energy_by_electron_8(X))
& causes_2(X,fn_absorption_of_energy_by_electron_15(X))
& causes_2(X,fn_absorption_of_energy_by_electron_13(X))
& quantity_2(fn_absorption_of_energy_by_electron_16(X),fn_absorption_of_energy_by_electron_7(X))
& object_2(fn_absorption_of_energy_by_electron_13(X),fn_absorption_of_energy_by_electron_17(X))
& agent_2(X,fn_absorption_of_energy_by_electron_17(X))
& object_2(X,fn_absorption_of_energy_by_electron_16(X))
& has_part_2(fn_absorption_of_energy_by_electron_10(X),fn_absorption_of_energy_by_electron_17(X))
& base_2(X,fn_absorption_of_energy_by_electron_17(X))
& plays_2(fn_absorption_of_energy_by_electron_17(X),fn_absorption_of_energy_by_electron_11(X))
& in_event_2(fn_absorption_of_energy_by_electron_11(X),X)
& from_value_2(fn_absorption_of_energy_by_electron_15(X),fn_absorption_of_energy_by_electron_14(X))
& fn_absorption_of_energy_by_electron_17(X) = fn_move_1(fn_absorption_of_energy_by_electron_13(X))
& fn_absorption_of_energy_by_electron_17(X) = fn_take_in_1(X)
& fn_absorption_of_energy_by_electron_16(X) = fn_move_1(X)
& fn_absorption_of_energy_by_electron_17(X) = fn_atom_14(fn_absorption_of_energy_by_electron_10(X))
& fn_absorption_of_energy_by_electron_11(X) = fn_move_into_2(X)
& fn_absorption_of_energy_by_electron_17(X) = fn_move_into_1(X)
& fn_absorption_of_energy_by_electron_12(X) = fn_increase_2(fn_absorption_of_energy_by_electron_15(X))
& fn_absorption_of_energy_by_electron_14(X) = fn_increase_3(fn_absorption_of_energy_by_electron_15(X))
& fn_move_1(fn_absorption_of_energy_by_electron_13(X)) = fn_take_in_1(X)
& fn_take_in_1(X) = fn_take_in_1(X)
& fn_take_in_1(X) = fn_atom_14(fn_absorption_of_energy_by_electron_10(X))
& fn_atom_14(fn_absorption_of_energy_by_electron_10(X)) = fn_atom_14(fn_absorption_of_energy_by_electron_10(X))
& fn_atom_14(fn_absorption_of_energy_by_electron_10(X)) = fn_move_into_1(X)
& fn_move_into_1(X) = fn_move_into_1(X) ) ) ).
fof(a527216,axiom,
! [X] :
( absorption_of_fats_in_small_intestine_1(X)
=> ( original_name_2(X,'Absorption-Of-Fats-In-Small-Intestine')
& user_description_2(X,'The uptake of small fatty acids by an organism that occurs in the small intestine during food processing.')
& concept2words_2(X,'absorption of fats in small intestine')
& concept2words_2(X,'absorption-of-fats-in-small-intestine')
& digestive_process_1(X) ) ) ).
fof(a527217,axiom,
! [X] :
( absorption_spectrum_1(X)
=> ( original_name_2(X,'Absorption-Spectrum')
& user_description_2(X,'A range of wavelengths of visible light that can be absorbed by a particular pigment. This range is sometimes depicted in a graph with the same name.')
& concept2words_2(X,'spectrum of absorption')
& concept2words_2(X,'absorption spectrum')
& concept2words_2(X,'absorption-spectrum')
& graphical_representation_1(X) ) ) ).
fof(a527218,axiom,
! [X] :
( absorptive_process_1(X)
=> ( original_name_2(X,'Absorptive-Process')
& user_description_2(X,'Any process that occurs during absorption, the third stage of food processing in animals.')
& concept2words_2(X,'absorptive process')
& concept2words_2(X,'absorptive-process')
& animal_process_1(X) ) ) ).
fof(a527219,axiom,
! [X] :
( abyssal_zone_1(X)
=> ( original_name_2(X,'Abyssal-Zone')
& user_description_2(X,'Pelagic waters over the deepest parts of the ocean, at depths of 4000-6000 meters.')
& concept2words_2(X,abyss)
& concept2words_2(X,'abyssal zone')
& concept2words_2(X,'abyssal-zone')
& aquatic_zone_1(X)
& ~ aphotic_zone_1(X)
& ~ benthic_zone_1(X)
& ~ deep_sea_hydrothermal_vent_1(X)
& ~ estuary_1(X)
& ~ eutrophic_lake_1(X)
& ~ intertidal_zone_1(X)
& ~ limnetic_zone_1(X)
& ~ littoral_zone_1(X)
& ~ marine_benthic_zone_1(X)
& ~ neritic_zone_1(X)
& ~ oceanic_pelagic_zone_1(X)
& ~ oligotrophic_lake_1(X)
& ~ photic_zone_1(X) ) ) ).
fof(a527220,axiom,
! [X] :
( acacia_tree_1(X)
=> ( original_name_2(X,'Acacia-Tree')
& user_description_2(X,'A tree or shrub of the genus Acacia.')
& concept2words_2(X,thorntree)
& concept2words_2(X,acacia)
& concept2words_2(X,acacia)
& concept2words_2(X,'tree of acacia')
& concept2words_2(X,'acacia tree')
& concept2words_2(X,'acacia-tree')
& eudicot_1(X) ) ) ).
fof(a527221,axiom,
! [X] :
( acanthodian_1(X)
=> ( original_name_2(X,'Acanthodian')
& user_description_2(X,'Any of a group of extinct fishes that had features of both cartilaginous and bony fishes. Acanthodians appear in the fossil record from the Silurian to the Permian.')
& concept2words_2(X,acanthodian)
& early_vertebrate_1(X)
& extinct_vertebrate_1(X)
& ~ ammonite_1(X)
& ~ anapsid_1(X)
& ~ archaeopteryx_1(X)
& ~ conodont_1(X)
& ~ cooksonia_1(X)
& ~ dinosaur_1(X)
& ~ eurypterid_1(X)
& ~ great_auk_1(X)
& ~ neanderthal_1(X)
& ~ paranthropus_boisei_1(X)
& ~ parareptile_1(X)
& ~ placoderm_1(X)
& ~ pterosaur_1(X)
& ~ trilobite_1(X) ) ) ).
fof(a527222,axiom,
! [X] :
( acceleration_magnitude_constant_1(X)
=> ( original_name_2(X,'Acceleration-Magnitude-Constant')
& concept2words_2(X,'acceleration magnitude constant')
& concept2words_2(X,'acceleration-magnitude-constant')
& constant_1(X) ) ) ).
fof(a527223,axiom,
! [X] :
( acceleration_magnitude_scale_1(X)
=> ( original_name_2(X,'Acceleration-Magnitude-Scale')
& concept2words_2(X,'acceleration magnitude scale')
& concept2words_2(X,'acceleration-magnitude-scale')
& scale_1(X) ) ) ).
fof(a527224,axiom,
! [X] :
( acceleration_magnitude_value_1(X)
=> ( original_name_2(X,'Acceleration-Magnitude-Value')
& description_2(X,'the rate of change of speed with respect to time')
& concept2words_2(X,'magnitude of acceleration')
& concept2words_2(X,'acceleration magnitude')
& concept2words_2(X,'acceleration-magnitude')
& concept2words_2(X,quickening)
& concept2words_2(X,speedup)
& concept2words_2(X,accelerating)
& concept2words_2(X,acceleration)
& concept2words_2(X,'acceleration magnitude value')
& concept2words_2(X,'acceleration-magnitude-value')
& magnitude_value_1(X)
& ~ volume_value_1(X)
& ~ speed_value_1(X)
& ~ length_value_1(X)
& ~ size_value_1(X) ) ) ).
fof(a527225,axiom,
! [X] :
( acceptance_constant_1(X)
=> ( original_name_2(X,'Acceptance-Constant')
& concept2words_2(X,'constant of acceptance')
& concept2words_2(X,'acceptance constant')
& concept2words_2(X,'acceptance-constant')
& constant_1(X) ) ) ).
fof(a527226,axiom,
! [X] :
( acceptance_value_1(X)
=> ( original_name_2(X,'Acceptance-Value')
& concept2words_2(X,acceptance)
& concept2words_2(X,'value of acceptance')
& concept2words_2(X,'acceptance value')
& concept2words_2(X,'acceptance-value')
& property_value_1(X) ) ) ).
fof(a527227,axiom,
! [X] :
( accessory_fruit_1(X)
=> ( original_name_2(X,'Accessory-Fruit')
& user_description_2(X,'A fruit in which some of the fleshy parts are not derived from the ovary, but from some other tissue.')
& concept2words_2(X,'fruit of accessory')
& concept2words_2(X,'accessory fruit')
& concept2words_2(X,'accessory-fruit')
& fruit_1(X)
& ~ aggregate_fruit_1(X) ) ) ).
fof(a527228,axiom,
! [X] :
( accessory_pigment_1(X)
=> ( original_name_2(X,'Accessory-Pigment')
& user_description_2(X,'Antennae pigments found in photosynthetic organisms, that work in conjunction with other pigments to absorb light and transfer that light energy to photosystem chlorophyll.')
& concept2words_2(X,'pigment of accessory')
& concept2words_2(X,'accessory pigment')
& concept2words_2(X,'accessory-pigment')
& antenna_pigment_1(X) ) ) ).
fof(a527229,axiom,
! [X] :
( acclimatization_1(X)
=> ( original_name_2(X,'Acclimatization')
& user_description_2(X,'The physiological processes by which an organism adjusts to environmental change.')
& concept2words_2(X,acclimatize)
& concept2words_2(X,acclimatization)
& homeostatic_response_1(X)
& ~ biological_clock_1(X)
& ~ hibernation_1(X)
& ~ negative_feedback_1(X)
& ~ plant_response_1(X)
& ~ thermoregulation_1(X) ) ) ).
fof(a527230,axiom,
! [X] :
( acetaldehyde_1(X)
=> ( original_name_2(X,'Acetaldehyde')
& user_description_2(X,'Acetaldehyde is an organic compound with the formula CH3CHO. It is a type of aldehyde.')
& concept2words_2(X,ethanal)
& concept2words_2(X,acetaldehyde)
& aldehyde_1(X)
& ~ aldose_1(X)
& ~ glyceraldehyde_3_phosphate_1(X)
& carbon_1(fn_acetaldehyde_1(X))
& hydrogen_1(fn_acetaldehyde_2(X))
& exactCardinality(X,has_part_0,"2",carbon_0)
& has_part_2(X,fn_acetaldehyde_2(X))
& has_part_2(X,fn_acetaldehyde_1(X))
& fn_acetaldehyde_2(X) != fn_acetaldehyde_1(X)
& fn_acetaldehyde_1(X) != fn_acetaldehyde_2(X)
& fn_acetaldehyde_2(X) = fn_aldehyde_5(X)
& fn_acetaldehyde_1(X) = fn_aldehyde_6(X) ) ) ).
fof(a527231,axiom,
! [X] :
( acetaldehyde_substance_1(X)
=> ( original_name_2(X,'Acetaldehyde-Substance')
& user_description_2(X,'Substance composed of acetaldehyde molecules.')
& concept2words_2(X,'substance of acetaldehyde')
& concept2words_2(X,'acetaldehyde substance')
& concept2words_2(X,'acetaldehyde-substance')
& substance_1(X)
& acetaldehyde_1(fn_acetaldehyde_substance_1(X))
& solubility_value_1(fn_acetaldehyde_substance_2(X))
& property_node_1(fn_solubility_value_1(fn_acetaldehyde_substance_2(X)))
& has_part_2(X,fn_acetaldehyde_substance_1(X))
& solubility_in_water_2(X,fn_acetaldehyde_substance_2(X))
& the_scalar_value_2(fn_acetaldehyde_substance_2(X),soluble_0)
& scalar_unit_class_2(fn_acetaldehyde_substance_2(X),substance_0)
& fn_acetaldehyde_substance_3(X) = fn_solubility_value_1(fn_acetaldehyde_substance_2(X)) ) ) ).
fof(a527232,axiom,
! [X] :
( acetate_1(X)
=> ( original_name_2(X,'Acetate')
& user_description_2(X,'Acetate is a derivative of acetic acid. Two types of derivatives are known, salts and ester.')
& concept2words_2(X,acetate)
& ester_1(X)
& ~ alpha_ketoglutarate_1(X)
& ~ citrate_1(X)
& ~ fumarate_1(X)
& ~ isocitrate_1(X)
& ~ malate_1(X)
& ~ oxaloacetate_1(X)
& ~ succinate_1(X)
& entity_1(fn_acetate_1(X))
& chemical_entity_1(fn_acetate_1(X))
& atom_1(fn_acetate_1(X))
& carbon_1(fn_acetate_1(X))
& exactCardinality(X,has_part_0,"2",carbon_0)
& has_part_2(X,fn_acetate_1(X))
& fn_acetate_1(X) = fn_organic_molecule_2(X)
& fn_acetate_1(X) = fn_ester_11(X)
& fn_organic_molecule_2(X) = fn_ester_11(X) ) ) ).
fof(a527233,axiom,
! [X] :
( acetic_acid_1(X)
=> ( original_name_2(X,'Acetic-Acid')
& user_description_2(X,'Acetic acid, CH3COOH, also known as ethanoic acid, is an organic acid that gives vinegar its sour taste and pungent smell. It is a weak acid, in that it is only a partially dissociated acid in an aqueous solution.')
& concept2words_2(X,'acetic acid')
& concept2words_2(X,'acetic-acid')
& carboxylic_acid_1(X)
& ~ formic_acid_1(X)
& ~ pyruvic_acid_1(X)
& taste_value_1(fn_acetic_acid_1(X))
& entity_1(fn_acetic_acid_3(X))
& chemical_entity_1(fn_acetic_acid_3(X))
& atom_1(fn_acetic_acid_3(X))
& carbon_1(fn_acetic_acid_3(X))
& taste_2(X,fn_acetic_acid_1(X))
& exactCardinality(X,has_part_0,"2",carbon_0)
& has_part_2(X,fn_acetic_acid_3(X))
& fn_acetic_acid_3(X) = fn_organic_molecule_2(X)
& fn_acetic_acid_3(X) = fn_carboxylic_acid_9(X)
& fn_organic_molecule_2(X) = fn_carboxylic_acid_9(X) ) ) ).
fof(a527234,axiom,
! [X] :
( acetone_1(X)
=> ( original_name_2(X,'Acetone')
& user_description_2(X,'Acetone is the organic compound with the formula (CH3)2CO. This colorless, mobile, flammable liquid is the simplest example of the ketones.')
& concept2words_2(X,acetone)
& ketone_1(X)
& ~ dihydroxyacetone_phosphate_1(X)
& ~ ketose_1(X)
& entity_1(fn_acetone_1(X))
& chemical_entity_1(fn_acetone_1(X))
& atom_1(fn_acetone_1(X))
& carbon_1(fn_acetone_1(X))
& exactCardinality(X,has_part_0,"2",carbon_0)
& has_part_2(X,fn_acetone_1(X))
& fn_acetone_1(X) = fn_organic_molecule_2(X)
& fn_acetone_1(X) = fn_ketone_10(X)
& fn_acetone_1(X) = fn_ketone_8(X)
& fn_organic_molecule_2(X) = fn_ketone_10(X)
& fn_ketone_10(X) = fn_ketone_10(X)
& fn_ketone_10(X) = fn_ketone_8(X) ) ) ).
fof(a527235,axiom,
! [X] :
( acetyl_coa_1(X)
=> ( original_name_2(X,'Acetyl-CoA')
& user_description_2(X,'Acetyl coenzyme A or acetyl-CoA is an important molecule in metabolism, used in many biochemical reactions. Its main function is to convey the carbon atoms within the acetyl group to the citric acid cycle to be oxidized for energy production. In chemical structure, acetyl-CoA is the thioester between coenzyme A (a thiol) and acetic acid (an acyl group carrier).')
& concept2words_2(X,'acetyl coenzyme a')
& concept2words_2(X,'acetyl-coenzyme-a')
& concept2words_2(X,'acetyl coa')
& concept2words_2(X,'acetyl-coa')
& ester_1(X)
& ~ coenzyme_a_1(X)
& ~ fadh2_1(X)
& ~ nad_plus_1(X)
& ~ nadh_1(X)
& ~ nadp_plus_1(X)
& ~ nadph_1(X)
& ~ succinyl_coa_1(X)
& coenzyme_a_1(fn_acetyl_coa_1(X))
& charge_value_1(fn_acetyl_coa_2(X))
& kinetic_energy_1(fn_acetyl_coa_6(X))
& constant_motion_1(fn_acetyl_coa_7(X))
& speed_value_1(fn_acetyl_coa_8(X))
& quantity_value_1(fn_acetyl_coa_9(X))
& hold_together_1(fn_acetyl_coa_10(X))
& hold_together_1(fn_acetyl_coa_11(X))
& atomic_nucleus_1(fn_acetyl_coa_12(X))
& center_1(fn_acetyl_coa_13(X))
& entity_1(fn_acetyl_coa_14(X))
& chemical_entity_1(fn_acetyl_coa_14(X))
& atom_1(fn_acetyl_coa_14(X))
& oxygen_1(fn_acetyl_coa_14(X))
& carbon_skeleton_1(fn_acetyl_coa_15(X))
& hold_together_1(fn_acetyl_coa_16(X))
& tangible_entity_1(fn_acetyl_coa_17(X))
& entity_1(fn_acetyl_coa_17(X))
& atom_1(fn_acetyl_coa_17(X))
& chemical_entity_1(fn_acetyl_coa_17(X))
& oxygen_1(fn_acetyl_coa_17(X))
& single_bond_1(fn_acetyl_coa_18(X))
& ester_linkage_1(fn_acetyl_coa_18(X))
& entity_1(fn_acetyl_coa_19(X))
& chemical_entity_1(fn_acetyl_coa_19(X))
& atom_1(fn_acetyl_coa_19(X))
& carbon_1(fn_acetyl_coa_19(X))
& acetyl_group_1(fn_acetyl_coa_20(X))
& entity_1(fn_acetyl_coa_21(X))
& electron_1(fn_acetyl_coa_21(X))
& valence_electron_1(fn_acetyl_coa_21(X))
& electron_1(fn_acetyl_coa_22(X))
& valence_electron_1(fn_acetyl_coa_22(X))
& share_1(fn_acetyl_coa_23(X))
& share_1(fn_acetyl_coa_24(X))
& unequal_sharing_1(fn_acetyl_coa_24(X))
& covalent_bond_1(fn_acetyl_coa_25(X))
& double_bond_1(fn_acetyl_coa_25(X))
& hold_together_1(fn_acetyl_coa_26(X))
& hold_1(fn_acetyl_coa_27(X))
& hold_together_1(fn_acetyl_coa_27(X))
& carboxyl_group_1(fn_acetyl_coa_28(X))
& center_1(fn_acetyl_coa_29(X))
& electron_shell_1(fn_acetyl_coa_30(X))
& electron_shell_1(fn_acetyl_coa_31(X))
& entity_1(fn_acetyl_coa_32(X))
& chemical_entity_1(fn_acetyl_coa_32(X))
& atom_1(fn_acetyl_coa_32(X))
& hydrogen_1(fn_acetyl_coa_32(X))
& carbonyl_group_1(fn_acetyl_coa_33(X))
& chemical_entity_1(fn_functional_group_1(fn_acetyl_coa_20(X)))
& share_1(fn_carboxyl_group_49(fn_acetyl_coa_28(X)))
& atomic_nucleus_1(fn_carboxyl_group_46(fn_acetyl_coa_28(X)))
& hold_together_1(fn_carboxyl_group_55(fn_acetyl_coa_28(X)))
& hold_together_1(fn_acetyl_group_1(fn_acetyl_coa_20(X)))
& electron_1(fn_carboxyl_group_45(fn_acetyl_coa_28(X)))
& valence_electron_1(fn_carboxyl_group_45(fn_acetyl_coa_28(X)))
& electron_1(fn_carboxyl_group_62(fn_acetyl_coa_28(X)))
& valence_electron_1(fn_carboxyl_group_62(fn_acetyl_coa_28(X)))
& entity_1(fn_carboxyl_group_21(fn_acetyl_coa_28(X)))
& valence_electron_1(fn_carboxyl_group_21(fn_acetyl_coa_28(X)))
& electron_1(fn_carboxyl_group_40(fn_acetyl_coa_28(X)))
& valence_electron_1(fn_carboxyl_group_40(fn_acetyl_coa_28(X)))
& share_1(fn_covalent_bond_17(fn_acetyl_coa_25(X)))
& unequal_sharing_1(fn_ester_linkage_32(fn_acetyl_coa_18(X)))
& share_1(fn_carboxyl_group_66(fn_acetyl_coa_28(X)))
& unequal_sharing_1(fn_carboxyl_group_66(fn_acetyl_coa_28(X)))
& electron_shell_1(fn_acetyl_group_6(fn_acetyl_coa_20(X)))
& electron_shell_1(fn_carboxyl_group_22(fn_acetyl_coa_28(X)))
& electron_shell_1(fn_ester_linkage_10(fn_acetyl_coa_18(X)))
& electron_shell_1(fn_carboxyl_group_63(fn_acetyl_coa_28(X)))
& electron_shell_1(fn_carboxyl_group_16(fn_acetyl_coa_28(X)))
& hydrogen_1(fn_acetyl_group_2(fn_acetyl_coa_20(X)))
& entity_1(fn_carboxyl_group_25(fn_acetyl_coa_28(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_acetyl_coa_28(X)))
& atom_1(fn_carboxyl_group_25(fn_acetyl_coa_28(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_acetyl_coa_28(X)))
& center_1(fn_acetyl_group_7(fn_acetyl_coa_20(X)))
& center_1(fn_carboxyl_group_20(fn_acetyl_coa_28(X)))
& center_1(fn_ester_linkage_44(fn_acetyl_coa_18(X)))
& center_1(fn_carboxyl_group_64(fn_acetyl_coa_28(X)))
& center_1(fn_carboxyl_group_18(fn_acetyl_coa_28(X)))
& hold_together_1(fn_ester_linkage_19(fn_acetyl_coa_18(X)))
& hold_together_1(fn_carboxyl_group_47(fn_acetyl_coa_28(X)))
& hold_together_1(fn_carboxyl_group_67(fn_acetyl_coa_28(X)))
& double_bond_1(fn_carboxyl_group_70(fn_acetyl_coa_28(X)))
& tangible_entity_1(fn_hold_2(fn_acetyl_coa_27(X)))
& carbon_1(fn_acetyl_group_3(fn_acetyl_coa_20(X)))
& entity_1(fn_ester_linkage_28(fn_acetyl_coa_18(X)))
& chemical_entity_1(fn_ester_linkage_28(fn_acetyl_coa_18(X)))
& atom_1(fn_ester_linkage_28(fn_acetyl_coa_18(X)))
& carbon_1(fn_ester_linkage_28(fn_acetyl_coa_18(X)))
& carbon_1(fn_acetyl_group_5(fn_acetyl_coa_20(X)))
& entity_1(fn_carboxyl_group_19(fn_acetyl_coa_28(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_acetyl_coa_28(X)))
& atom_1(fn_carboxyl_group_19(fn_acetyl_coa_28(X)))
& carbon_1(fn_carboxyl_group_19(fn_acetyl_coa_28(X)))
& oxygen_1(fn_ester_linkage_27(fn_acetyl_coa_18(X)))
& oxygen_1(fn_acetyl_group_4(fn_acetyl_coa_20(X)))
& oxygen_1(fn_carboxyl_group_24(fn_acetyl_coa_28(X)))
& oxygen_1(fn_carboxyl_group_23(fn_acetyl_coa_28(X)))
& the_cardinal_value_2(fn_acetyl_coa_2(X),"0")
& cardinal_unit_class_2(fn_acetyl_coa_2(X),unity_0)
& the_categorical_value_2(fn_acetyl_coa_2(X),partial_positive_0)
& the_categorical_value_2(fn_acetyl_coa_2(X),partial_negative_0)
& has_part_2(X,fn_acetyl_coa_1(X))
& has_part_2(X,fn_acetyl_coa_32(X))
& object_2(fn_acetyl_coa_27(X),fn_acetyl_coa_17(X))
& result_2(fn_acetyl_coa_24(X),fn_acetyl_coa_25(X))
& has_region_2(X,fn_acetyl_coa_20(X))
& possesses_2(X,fn_acetyl_coa_18(X))
& is_between_2(fn_acetyl_coa_18(X),fn_acetyl_coa_14(X))
& agent_2(fn_acetyl_coa_24(X),fn_acetyl_coa_14(X))
& has_region_2(fn_acetyl_coa_19(X),fn_acetyl_coa_29(X))
& agent_2(fn_acetyl_coa_26(X),fn_acetyl_coa_18(X))
& has_region_2(fn_acetyl_coa_17(X),fn_acetyl_coa_31(X))
& result_2(fn_acetyl_coa_24(X),fn_acetyl_coa_18(X))
& agent_2(fn_acetyl_coa_24(X),fn_acetyl_coa_19(X))
& has_region_2(fn_acetyl_coa_19(X),fn_acetyl_coa_30(X))
& is_between_2(fn_acetyl_coa_18(X),fn_acetyl_coa_19(X))
& object_2(fn_acetyl_coa_16(X),fn_acetyl_coa_19(X))
& object_2(fn_acetyl_coa_16(X),fn_acetyl_coa_17(X))
& is_between_2(fn_acetyl_coa_18(X),fn_acetyl_coa_17(X))
& has_function_2(fn_acetyl_coa_18(X),fn_acetyl_coa_26(X))
& has_region_2(fn_acetyl_coa_14(X),fn_acetyl_coa_31(X))
& is_inside_2(fn_acetyl_coa_19(X),fn_acetyl_coa_20(X))
& fn_acetyl_coa_19(X) != fn_acetyl_coa_32(X)
& is_inside_2(fn_acetyl_coa_32(X),fn_acetyl_coa_20(X))
& is_inside_2(fn_acetyl_coa_14(X),fn_acetyl_coa_20(X))
& has_region_2(fn_acetyl_coa_14(X),fn_acetyl_coa_13(X))
& fn_acetyl_coa_32(X) != fn_acetyl_coa_19(X)
& has_region_2(fn_acetyl_coa_32(X),fn_acetyl_coa_29(X))
& object_2(fn_acetyl_coa_23(X),fn_acetyl_coa_22(X))
& has_region_2(fn_acetyl_coa_32(X),fn_acetyl_coa_30(X))
& is_inside_2(fn_acetyl_coa_19(X),fn_acetyl_coa_28(X))
& is_inside_2(fn_acetyl_coa_17(X),fn_acetyl_coa_28(X))
& is_between_2(fn_acetyl_coa_25(X),fn_acetyl_coa_17(X))
& has_function_2(fn_acetyl_coa_25(X),fn_acetyl_coa_26(X))
& agent_2(fn_acetyl_coa_26(X),fn_acetyl_coa_25(X))
& result_2(fn_acetyl_coa_23(X),fn_acetyl_coa_25(X))
& object_2(fn_acetyl_coa_23(X),fn_acetyl_coa_21(X))
& object_2(fn_acetyl_coa_11(X),fn_acetyl_coa_19(X))
& object_2(fn_acetyl_coa_11(X),fn_acetyl_coa_17(X))
& agent_2(fn_acetyl_coa_23(X),fn_acetyl_coa_17(X))
& agent_2(fn_acetyl_coa_23(X),fn_acetyl_coa_19(X))
& has_region_2(fn_acetyl_coa_19(X),fn_acetyl_coa_31(X))
& agent_2(fn_acetyl_coa_24(X),fn_acetyl_coa_17(X))
& object_2(fn_acetyl_coa_24(X),fn_acetyl_coa_21(X))
& fn_acetyl_coa_21(X) != fn_acetyl_coa_22(X)
& object_2(fn_acetyl_coa_24(X),fn_acetyl_coa_22(X))
& agent_2(fn_acetyl_coa_24(X),fn_acetyl_coa_32(X))
& fn_acetyl_coa_22(X) != fn_acetyl_coa_21(X)
& object_2(fn_acetyl_coa_10(X),fn_acetyl_coa_17(X))
& object_2(fn_acetyl_coa_10(X),fn_acetyl_coa_19(X))
& has_region_2(fn_acetyl_coa_19(X),fn_acetyl_coa_13(X))
& is_at_2(fn_acetyl_coa_12(X),fn_acetyl_coa_13(X))
& has_region_2(fn_acetyl_coa_19(X),fn_acetyl_coa_12(X))
& object_2(fn_acetyl_coa_26(X),fn_acetyl_coa_17(X))
& object_2(fn_acetyl_coa_26(X),fn_acetyl_coa_32(X))
& fn_acetyl_coa_32(X) != fn_acetyl_coa_14(X)
& has_region_2(fn_acetyl_coa_14(X),fn_acetyl_coa_30(X))
& fn_acetyl_coa_30(X) != fn_acetyl_coa_31(X)
& fn_acetyl_coa_14(X) != fn_acetyl_coa_32(X)
& fn_acetyl_coa_31(X) != fn_acetyl_coa_30(X)
& is_inside_2(fn_acetyl_coa_14(X),fn_acetyl_coa_28(X))
& has_region_2(fn_acetyl_coa_14(X),fn_acetyl_coa_29(X))
& has_region_2(fn_acetyl_coa_17(X),fn_acetyl_coa_29(X))
& fn_acetyl_coa_13(X) != fn_acetyl_coa_29(X)
& fn_acetyl_coa_29(X) != fn_acetyl_coa_13(X)
& has_region_2(X,fn_acetyl_coa_33(X))
& is_inside_2(fn_acetyl_coa_19(X),fn_acetyl_coa_33(X))
& is_inside_2(fn_acetyl_coa_17(X),fn_acetyl_coa_33(X))
& has_part_2(X,fn_acetyl_coa_17(X))
& possesses_2(X,fn_acetyl_coa_25(X))
& object_2(fn_acetyl_coa_26(X),fn_acetyl_coa_14(X))
& object_2(fn_acetyl_coa_26(X),fn_acetyl_coa_19(X))
& is_inside_2(fn_acetyl_coa_19(X),fn_acetyl_coa_15(X))
& has_region_2(X,fn_acetyl_coa_15(X))
& has_part_2(X,fn_acetyl_coa_19(X))
& object_2(fn_acetyl_coa_7(X),X)
& speed_2(fn_acetyl_coa_7(X),fn_acetyl_coa_8(X))
& directly_proportional_2(fn_acetyl_coa_8(X),fn_acetyl_coa_9(X))
& quantity_2(fn_acetyl_coa_6(X),fn_acetyl_coa_9(X))
& possesses_2(X,fn_acetyl_coa_6(X))
& object_2(fn_acetyl_coa_27(X),fn_acetyl_coa_19(X))
& object_2(fn_acetyl_coa_27(X),fn_acetyl_coa_14(X))
& is_between_2(fn_acetyl_coa_25(X),fn_acetyl_coa_14(X))
& is_between_2(fn_acetyl_coa_25(X),fn_acetyl_coa_19(X))
& fn_acetyl_coa_19(X) != fn_acetyl_coa_17(X)
& fn_acetyl_coa_17(X) != fn_acetyl_coa_19(X)
& has_part_2(X,fn_acetyl_coa_14(X))
& fn_acetyl_coa_19(X) != fn_acetyl_coa_14(X)
& fn_acetyl_coa_14(X) != fn_acetyl_coa_19(X)
& fn_acetyl_coa_17(X) != fn_acetyl_coa_14(X)
& fn_acetyl_coa_14(X) != fn_acetyl_coa_17(X)
& fn_acetyl_coa_17(X) = fn_hold_2(fn_acetyl_coa_27(X))
& fn_acetyl_coa_24(X) = fn_covalent_bond_17(fn_acetyl_coa_25(X))
& X = fn_functional_group_1(fn_acetyl_coa_20(X))
& fn_acetyl_coa_14(X) = fn_ester_linkage_27(fn_acetyl_coa_18(X))
& fn_acetyl_coa_29(X) = fn_ester_linkage_44(fn_acetyl_coa_18(X))
& fn_acetyl_coa_31(X) = fn_ester_linkage_10(fn_acetyl_coa_18(X))
& fn_acetyl_coa_30(X) = fn_ester_linkage_10(fn_acetyl_coa_18(X))
& fn_acetyl_coa_24(X) = fn_ester_linkage_32(fn_acetyl_coa_18(X))
& fn_acetyl_coa_26(X) = fn_ester_linkage_19(fn_acetyl_coa_18(X))
& fn_acetyl_coa_17(X) = fn_ester_9(X)
& fn_acetyl_coa_17(X) = fn_acetyl_group_4(fn_acetyl_coa_20(X))
& fn_acetyl_coa_17(X) = fn_ester_linkage_27(fn_acetyl_coa_18(X))
& fn_acetyl_coa_16(X) = fn_acetyl_group_1(fn_acetyl_coa_20(X))
& fn_acetyl_coa_16(X) = fn_ester_linkage_19(fn_acetyl_coa_18(X))
& fn_acetyl_coa_18(X) = fn_ester_10(X)
& fn_acetyl_coa_19(X) = fn_ester_linkage_28(fn_acetyl_coa_18(X))
& fn_acetyl_coa_31(X) = fn_acetyl_group_6(fn_acetyl_coa_20(X))
& fn_acetyl_coa_13(X) = fn_acetyl_group_7(fn_acetyl_coa_20(X))
& fn_acetyl_coa_14(X) = fn_acetyl_group_4(fn_acetyl_coa_20(X))
& fn_acetyl_coa_32(X) = fn_acetyl_group_2(fn_acetyl_coa_20(X))
& fn_acetyl_coa_19(X) = fn_acetyl_group_3(fn_acetyl_coa_20(X))
& fn_acetyl_coa_19(X) = fn_acetyl_group_5(fn_acetyl_coa_20(X))
& fn_acetyl_coa_29(X) = fn_carboxyl_group_64(fn_acetyl_coa_28(X))
& fn_acetyl_coa_22(X) = fn_carboxyl_group_45(fn_acetyl_coa_28(X))
& fn_acetyl_coa_30(X) = fn_carboxyl_group_63(fn_acetyl_coa_28(X))
& fn_acetyl_coa_21(X) = fn_carboxyl_group_21(fn_acetyl_coa_28(X))
& fn_acetyl_coa_26(X) = fn_carboxyl_group_47(fn_acetyl_coa_28(X))
& fn_acetyl_coa_25(X) = fn_carboxyl_group_70(fn_acetyl_coa_28(X))
& fn_acetyl_coa_31(X) = fn_carboxyl_group_22(fn_acetyl_coa_28(X))
& fn_acetyl_coa_23(X) = fn_carboxyl_group_49(fn_acetyl_coa_28(X))
& fn_acetyl_coa_17(X) = fn_carboxyl_group_23(fn_acetyl_coa_28(X))
& fn_acetyl_coa_11(X) = fn_carboxyl_group_47(fn_acetyl_coa_28(X))
& fn_acetyl_coa_22(X) = fn_carboxyl_group_62(fn_acetyl_coa_28(X))
& fn_acetyl_coa_21(X) = fn_carboxyl_group_40(fn_acetyl_coa_28(X))
& fn_acetyl_coa_24(X) = fn_carboxyl_group_66(fn_acetyl_coa_28(X))
& fn_acetyl_coa_12(X) = fn_carboxyl_group_46(fn_acetyl_coa_28(X))
& fn_acetyl_coa_13(X) = fn_carboxyl_group_20(fn_acetyl_coa_28(X))
& fn_acetyl_coa_19(X) = fn_carboxyl_group_19(fn_acetyl_coa_28(X))
& fn_acetyl_coa_10(X) = fn_carboxyl_group_55(fn_acetyl_coa_28(X))
& fn_acetyl_coa_31(X) = fn_carboxyl_group_63(fn_acetyl_coa_28(X))
& fn_acetyl_coa_30(X) = fn_carboxyl_group_16(fn_acetyl_coa_28(X))
& fn_acetyl_coa_14(X) = fn_carboxyl_group_24(fn_acetyl_coa_28(X))
& fn_acetyl_coa_32(X) = fn_carboxyl_group_25(fn_acetyl_coa_28(X))
& fn_acetyl_coa_26(X) = fn_carboxyl_group_67(fn_acetyl_coa_28(X))
& fn_acetyl_coa_17(X) = fn_carboxyl_group_24(fn_acetyl_coa_28(X))
& fn_acetyl_coa_13(X) = fn_carboxyl_group_64(fn_acetyl_coa_28(X))
& fn_acetyl_coa_29(X) = fn_carboxyl_group_18(fn_acetyl_coa_28(X))
& fn_acetyl_coa_14(X) = fn_carboxyl_group_23(fn_acetyl_coa_28(X))
& fn_acetyl_coa_5(X) = fn_ester_2(X)
& fn_acetyl_coa_4(X) = fn_ester_1(X)
& fn_acetyl_coa_33(X) = fn_ester_8(X)
& fn_acetyl_coa_15(X) = fn_ester_15(X)
& fn_acetyl_coa_26(X) = fn_ester_14(X)
& fn_acetyl_coa_6(X) = fn_ester_3(X)
& fn_acetyl_coa_9(X) = fn_ester_6(X)
& fn_acetyl_coa_8(X) = fn_ester_5(X)
& fn_acetyl_coa_7(X) = fn_ester_4(X)
& fn_acetyl_coa_25(X) = fn_ester_7(X)
& fn_acetyl_coa_27(X) = fn_ester_13(X)
& fn_acetyl_coa_17(X) = fn_ester_12(X)
& fn_acetyl_coa_14(X) = fn_ester_12(X)
& fn_acetyl_coa_19(X) = fn_ester_11(X)
& fn_acetyl_coa_14(X) = fn_ester_9(X)
& fn_ester_linkage_19(fn_acetyl_coa_18(X)) = fn_acetyl_group_1(fn_acetyl_coa_20(X))
& fn_acetyl_group_1(fn_acetyl_coa_20(X)) = fn_ester_linkage_19(fn_acetyl_coa_18(X))
& fn_ester_linkage_19(fn_acetyl_coa_18(X)) = fn_carboxyl_group_45(fn_acetyl_coa_28(X))
& fn_carboxyl_group_45(fn_acetyl_coa_28(X)) = fn_carboxyl_group_62(fn_acetyl_coa_28(X))
& fn_carboxyl_group_62(fn_acetyl_coa_28(X)) = fn_carboxyl_group_62(fn_acetyl_coa_28(X))
& fn_carboxyl_group_62(fn_acetyl_coa_28(X)) = fn_carboxyl_group_21(fn_acetyl_coa_28(X))
& fn_carboxyl_group_21(fn_acetyl_coa_28(X)) = fn_carboxyl_group_40(fn_acetyl_coa_28(X))
& fn_carboxyl_group_40(fn_acetyl_coa_28(X)) = fn_carboxyl_group_40(fn_acetyl_coa_28(X))
& fn_carboxyl_group_40(fn_acetyl_coa_28(X)) = fn_covalent_bond_17(fn_acetyl_coa_25(X))
& fn_covalent_bond_17(fn_acetyl_coa_25(X)) = fn_ester_linkage_32(fn_acetyl_coa_18(X))
& fn_ester_linkage_32(fn_acetyl_coa_18(X)) = fn_ester_linkage_32(fn_acetyl_coa_18(X))
& fn_ester_linkage_32(fn_acetyl_coa_18(X)) = fn_carboxyl_group_66(fn_acetyl_coa_28(X))
& fn_carboxyl_group_66(fn_acetyl_coa_28(X)) = fn_carboxyl_group_66(fn_acetyl_coa_28(X))
& fn_carboxyl_group_66(fn_acetyl_coa_28(X)) = fn_ester_linkage_10(fn_acetyl_coa_18(X))
& fn_ester_linkage_10(fn_acetyl_coa_18(X)) = fn_acetyl_group_6(fn_acetyl_coa_20(X))
& fn_acetyl_group_6(fn_acetyl_coa_20(X)) = fn_acetyl_group_6(fn_acetyl_coa_20(X))
& fn_acetyl_group_6(fn_acetyl_coa_20(X)) = fn_carboxyl_group_22(fn_acetyl_coa_28(X))
& fn_carboxyl_group_22(fn_acetyl_coa_28(X)) = fn_carboxyl_group_22(fn_acetyl_coa_28(X))
& fn_carboxyl_group_22(fn_acetyl_coa_28(X)) = fn_carboxyl_group_63(fn_acetyl_coa_28(X))
& fn_carboxyl_group_63(fn_acetyl_coa_28(X)) = fn_ester_linkage_10(fn_acetyl_coa_18(X))
& fn_ester_linkage_10(fn_acetyl_coa_18(X)) = fn_carboxyl_group_63(fn_acetyl_coa_28(X))
& fn_carboxyl_group_63(fn_acetyl_coa_28(X)) = fn_carboxyl_group_63(fn_acetyl_coa_28(X))
& fn_carboxyl_group_63(fn_acetyl_coa_28(X)) = fn_carboxyl_group_16(fn_acetyl_coa_28(X))
& fn_carboxyl_group_16(fn_acetyl_coa_28(X)) = fn_carboxyl_group_16(fn_acetyl_coa_28(X))
& fn_carboxyl_group_16(fn_acetyl_coa_28(X)) = fn_acetyl_group_2(fn_acetyl_coa_20(X))
& fn_acetyl_group_2(fn_acetyl_coa_20(X)) = fn_acetyl_group_2(fn_acetyl_coa_20(X))
& fn_acetyl_group_2(fn_acetyl_coa_20(X)) = fn_carboxyl_group_25(fn_acetyl_coa_28(X))
& fn_carboxyl_group_25(fn_acetyl_coa_28(X)) = fn_carboxyl_group_25(fn_acetyl_coa_28(X))
& fn_carboxyl_group_25(fn_acetyl_coa_28(X)) = fn_acetyl_group_7(fn_acetyl_coa_20(X))
& fn_acetyl_group_7(fn_acetyl_coa_20(X)) = fn_carboxyl_group_20(fn_acetyl_coa_28(X))
& fn_carboxyl_group_20(fn_acetyl_coa_28(X)) = fn_carboxyl_group_20(fn_acetyl_coa_28(X))
& fn_carboxyl_group_20(fn_acetyl_coa_28(X)) = fn_carboxyl_group_64(fn_acetyl_coa_28(X))
& fn_carboxyl_group_64(fn_acetyl_coa_28(X)) = fn_ester_linkage_44(fn_acetyl_coa_18(X))
& fn_ester_linkage_44(fn_acetyl_coa_18(X)) = fn_carboxyl_group_64(fn_acetyl_coa_28(X))
& fn_carboxyl_group_64(fn_acetyl_coa_28(X)) = fn_carboxyl_group_64(fn_acetyl_coa_28(X))
& fn_carboxyl_group_64(fn_acetyl_coa_28(X)) = fn_carboxyl_group_18(fn_acetyl_coa_28(X))
& fn_carboxyl_group_18(fn_acetyl_coa_28(X)) = fn_carboxyl_group_18(fn_acetyl_coa_28(X))
& fn_carboxyl_group_18(fn_acetyl_coa_28(X)) = fn_ester_linkage_19(fn_acetyl_coa_18(X))
& fn_ester_linkage_19(fn_acetyl_coa_18(X)) = fn_ester_linkage_19(fn_acetyl_coa_18(X))
& fn_ester_linkage_19(fn_acetyl_coa_18(X)) = fn_carboxyl_group_47(fn_acetyl_coa_28(X))
& fn_carboxyl_group_47(fn_acetyl_coa_28(X)) = fn_carboxyl_group_47(fn_acetyl_coa_28(X))
& fn_carboxyl_group_47(fn_acetyl_coa_28(X)) = fn_carboxyl_group_67(fn_acetyl_coa_28(X))
& fn_carboxyl_group_67(fn_acetyl_coa_28(X)) = fn_carboxyl_group_67(fn_acetyl_coa_28(X))
& fn_carboxyl_group_67(fn_acetyl_coa_28(X)) = fn_ester_14(X)
& fn_ester_14(X) = fn_ester_14(X)
& fn_ester_14(X) = fn_carboxyl_group_70(fn_acetyl_coa_28(X))
& fn_carboxyl_group_70(fn_acetyl_coa_28(X)) = fn_carboxyl_group_70(fn_acetyl_coa_28(X))
& fn_carboxyl_group_70(fn_acetyl_coa_28(X)) = fn_ester_7(X)
& fn_ester_7(X) = fn_ester_7(X)
& fn_ester_7(X) = fn_hold_2(fn_acetyl_coa_27(X))
& fn_hold_2(fn_acetyl_coa_27(X)) = fn_ester_9(X)
& fn_ester_9(X) = fn_acetyl_group_4(fn_acetyl_coa_20(X))
& fn_acetyl_group_4(fn_acetyl_coa_20(X)) = fn_ester_linkage_27(fn_acetyl_coa_18(X))
& fn_ester_linkage_27(fn_acetyl_coa_18(X)) = fn_ester_linkage_27(fn_acetyl_coa_18(X))
& fn_ester_linkage_27(fn_acetyl_coa_18(X)) = fn_carboxyl_group_23(fn_acetyl_coa_28(X))
& fn_carboxyl_group_23(fn_acetyl_coa_28(X)) = fn_carboxyl_group_24(fn_acetyl_coa_28(X))
& fn_carboxyl_group_24(fn_acetyl_coa_28(X)) = fn_ester_12(X)
& fn_ester_12(X) = fn_ester_linkage_28(fn_acetyl_coa_18(X))
& fn_ester_linkage_28(fn_acetyl_coa_18(X)) = fn_acetyl_group_3(fn_acetyl_coa_20(X))
& fn_acetyl_group_3(fn_acetyl_coa_20(X)) = fn_ester_linkage_28(fn_acetyl_coa_18(X))
& fn_ester_linkage_28(fn_acetyl_coa_18(X)) = fn_ester_linkage_28(fn_acetyl_coa_18(X))
& fn_ester_linkage_28(fn_acetyl_coa_18(X)) = fn_acetyl_group_5(fn_acetyl_coa_20(X))
& fn_acetyl_group_5(fn_acetyl_coa_20(X)) = fn_acetyl_group_5(fn_acetyl_coa_20(X))
& fn_acetyl_group_5(fn_acetyl_coa_20(X)) = fn_carboxyl_group_19(fn_acetyl_coa_28(X))
& fn_ester_11(X) = fn_carboxyl_group_19(fn_acetyl_coa_28(X))
& fn_carboxyl_group_19(fn_acetyl_coa_28(X)) = fn_carboxyl_group_19(fn_acetyl_coa_28(X))
& fn_carboxyl_group_19(fn_acetyl_coa_28(X)) = fn_ester_11(X)
& fn_ester_11(X) = fn_ester_11(X)
& fn_ester_11(X) = fn_ester_linkage_27(fn_acetyl_coa_18(X))
& fn_ester_linkage_27(fn_acetyl_coa_18(X)) = fn_acetyl_group_4(fn_acetyl_coa_20(X))
& fn_acetyl_group_4(fn_acetyl_coa_20(X)) = fn_acetyl_group_4(fn_acetyl_coa_20(X))
& fn_acetyl_group_4(fn_acetyl_coa_20(X)) = fn_carboxyl_group_24(fn_acetyl_coa_28(X))
& fn_carboxyl_group_24(fn_acetyl_coa_28(X)) = fn_carboxyl_group_24(fn_acetyl_coa_28(X))
& fn_carboxyl_group_24(fn_acetyl_coa_28(X)) = fn_carboxyl_group_23(fn_acetyl_coa_28(X))
& fn_ester_12(X) = fn_carboxyl_group_23(fn_acetyl_coa_28(X))
& fn_carboxyl_group_23(fn_acetyl_coa_28(X)) = fn_carboxyl_group_23(fn_acetyl_coa_28(X))
& fn_carboxyl_group_23(fn_acetyl_coa_28(X)) = fn_ester_12(X)
& fn_ester_12(X) = fn_ester_12(X)
& fn_ester_9(X) = fn_ester_12(X)
& fn_ester_12(X) = fn_ester_9(X)
& fn_ester_9(X) = fn_ester_9(X) ) ) ).
fof(a527236,axiom,
! [X] :
( acetyl_group_1(X)
=> ( original_name_2(X,'Acetyl-Group')
& user_description_2(X,'A functional group comprised of a methyl group and carbon bound to a central oxygen atom.')
& concept2words_2(X,acetyl)
& concept2words_2(X,'acetyl functional group')
& concept2words_2(X,'acetyl functional group')
& concept2words_2(X,'group of acetyl')
& concept2words_2(X,'acetyl group')
& concept2words_2(X,'acetyl-group')
& functional_group_1(X)
& ~ amino_group_1(X)
& ~ carbonyl_group_1(X)
& ~ carboxyl_group_1(X)
& ~ hydroxyl_group_1(X)
& ~ methyl_group_1(X)
& ~ phosphate_group_1(X)
& hold_together_1(fn_acetyl_group_1(X))
& hydrogen_1(fn_acetyl_group_2(X))
& carbon_1(fn_acetyl_group_3(X))
& oxygen_1(fn_acetyl_group_4(X))
& carbon_1(fn_acetyl_group_5(X))
& electron_shell_1(fn_acetyl_group_6(X))
& center_1(fn_acetyl_group_7(X))
& atomic_nucleus_1(fn_acetyl_group_8(X))
& proton_1(fn_acetyl_group_9(X))
& double_bond_1(fn_acetyl_group_10(X))
& share_1(fn_acetyl_group_11(X))
& electron_shell_1(fn_acetyl_group_12(X))
& center_1(fn_acetyl_group_13(X))
& atomic_nucleus_1(fn_acetyl_group_14(X))
& valence_electron_1(fn_acetyl_group_15(X))
& atomic_nucleus_1(fn_acetyl_group_16(X))
& valence_electron_1(fn_acetyl_group_17(X))
& share_1(fn_acetyl_group_18(X))
& single_bond_1(fn_acetyl_group_19(X))
& entity_1(fn_covalent_bond_19(fn_acetyl_group_19(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_acetyl_group_19(X)))
& atom_1(fn_covalent_bond_19(fn_acetyl_group_19(X)))
& proton_1(fn_covalent_bond_4(fn_acetyl_group_10(X)))
& entity_1(fn_covalent_bond_20(fn_acetyl_group_19(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_acetyl_group_19(X)))
& atom_1(fn_covalent_bond_20(fn_acetyl_group_19(X)))
& share_1(fn_covalent_bond_17(fn_acetyl_group_10(X)))
& hold_together_1(fn_covalent_bond_14(fn_acetyl_group_10(X)))
& share_1(fn_covalent_bond_17(fn_acetyl_group_19(X)))
& electron_shell_1(fn_covalent_bond_12(fn_acetyl_group_10(X)))
& electron_shell_1(fn_covalent_bond_11(fn_acetyl_group_10(X)))
& center_1(fn_covalent_bond_21(fn_acetyl_group_10(X)))
& center_1(fn_covalent_bond_23(fn_acetyl_group_10(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_acetyl_group_10(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_acetyl_group_10(X)))
& entity_1(fn_covalent_bond_20(fn_acetyl_group_10(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_acetyl_group_10(X)))
& atom_1(fn_covalent_bond_20(fn_acetyl_group_10(X)))
& entity_1(fn_covalent_bond_19(fn_acetyl_group_10(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_acetyl_group_10(X)))
& atom_1(fn_covalent_bond_19(fn_acetyl_group_10(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_acetyl_group_19(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_acetyl_group_19(X)))
& valence_electron_1(fn_covalent_bond_15(fn_acetyl_group_19(X)))
& valence_electron_1(fn_covalent_bond_18(fn_acetyl_group_19(X)))
& fn_acetyl_group_17(X) != fn_acetyl_group_15(X)
& fn_acetyl_group_15(X) != fn_acetyl_group_17(X)
& is_between_2(fn_acetyl_group_10(X),fn_acetyl_group_4(X))
& is_inside_2(fn_acetyl_group_5(X),X)
& fn_acetyl_group_4(X) != fn_acetyl_group_3(X)
& is_inside_2(fn_acetyl_group_4(X),X)
& fn_acetyl_group_3(X) != fn_acetyl_group_4(X)
& is_inside_2(fn_acetyl_group_3(X),X)
& is_inside_2(fn_acetyl_group_2(X),X)
& agent_2(fn_acetyl_group_18(X),fn_acetyl_group_5(X))
& is_between_2(fn_acetyl_group_19(X),fn_acetyl_group_5(X))
& has_part_2(fn_acetyl_group_5(X),fn_acetyl_group_17(X))
& fn_acetyl_group_2(X) != fn_acetyl_group_5(X)
& fn_acetyl_group_5(X) != fn_acetyl_group_2(X)
& has_region_2(fn_acetyl_group_4(X),fn_acetyl_group_7(X))
& has_region_2(fn_acetyl_group_4(X),fn_acetyl_group_8(X))
& has_region_2(fn_acetyl_group_4(X),fn_acetyl_group_6(X))
& object_2(fn_acetyl_group_1(X),fn_acetyl_group_4(X))
& agent_2(fn_acetyl_group_11(X),fn_acetyl_group_4(X))
& is_inside_2(fn_acetyl_group_9(X),fn_acetyl_group_8(X))
& has_part_2(fn_acetyl_group_4(X),fn_acetyl_group_9(X))
& is_between_2(fn_acetyl_group_19(X),fn_acetyl_group_2(X))
& has_region_2(fn_acetyl_group_2(X),fn_acetyl_group_16(X))
& has_part_2(fn_acetyl_group_2(X),fn_acetyl_group_15(X))
& agent_2(fn_acetyl_group_18(X),fn_acetyl_group_2(X))
& is_at_2(fn_acetyl_group_8(X),fn_acetyl_group_7(X))
& agent_2(fn_acetyl_group_11(X),fn_acetyl_group_3(X))
& object_2(fn_acetyl_group_1(X),fn_acetyl_group_3(X))
& result_2(fn_acetyl_group_11(X),fn_acetyl_group_10(X))
& has_region_2(fn_acetyl_group_3(X),fn_acetyl_group_12(X))
& fn_acetyl_group_6(X) != fn_acetyl_group_12(X)
& fn_acetyl_group_12(X) != fn_acetyl_group_6(X)
& has_region_2(fn_acetyl_group_3(X),fn_acetyl_group_13(X))
& is_at_2(fn_acetyl_group_14(X),fn_acetyl_group_13(X))
& fn_acetyl_group_7(X) != fn_acetyl_group_13(X)
& fn_acetyl_group_13(X) != fn_acetyl_group_7(X)
& has_function_2(fn_acetyl_group_10(X),fn_acetyl_group_1(X))
& agent_2(fn_acetyl_group_1(X),fn_acetyl_group_10(X))
& is_between_2(fn_acetyl_group_10(X),fn_acetyl_group_3(X))
& has_region_2(fn_acetyl_group_3(X),fn_acetyl_group_14(X))
& fn_acetyl_group_14(X) != fn_acetyl_group_8(X)
& fn_acetyl_group_8(X) != fn_acetyl_group_14(X)
& object_2(fn_acetyl_group_18(X),fn_acetyl_group_17(X))
& result_2(fn_acetyl_group_18(X),fn_acetyl_group_19(X))
& object_2(fn_acetyl_group_18(X),fn_acetyl_group_15(X))
& is_near_2(fn_acetyl_group_16(X),fn_acetyl_group_15(X))
& is_near_2(fn_acetyl_group_15(X),fn_acetyl_group_16(X))
& fn_acetyl_group_17(X) = fn_covalent_bond_18(fn_acetyl_group_19(X))
& fn_acetyl_group_5(X) = fn_covalent_bond_19(fn_acetyl_group_19(X))
& fn_acetyl_group_7(X) = fn_covalent_bond_21(fn_acetyl_group_10(X))
& fn_acetyl_group_6(X) = fn_covalent_bond_12(fn_acetyl_group_10(X))
& fn_acetyl_group_4(X) = fn_covalent_bond_19(fn_acetyl_group_10(X))
& fn_acetyl_group_9(X) = fn_covalent_bond_4(fn_acetyl_group_10(X))
& fn_acetyl_group_2(X) = fn_covalent_bond_20(fn_acetyl_group_19(X))
& fn_acetyl_group_11(X) = fn_covalent_bond_17(fn_acetyl_group_10(X))
& fn_acetyl_group_6(X) = fn_covalent_bond_11(fn_acetyl_group_10(X))
& fn_acetyl_group_12(X) = fn_covalent_bond_12(fn_acetyl_group_10(X))
& fn_acetyl_group_7(X) = fn_covalent_bond_23(fn_acetyl_group_10(X))
& fn_acetyl_group_13(X) = fn_covalent_bond_21(fn_acetyl_group_10(X))
& fn_acetyl_group_8(X) = fn_covalent_bond_22(fn_acetyl_group_10(X))
& fn_acetyl_group_8(X) = fn_covalent_bond_24(fn_acetyl_group_10(X))
& fn_acetyl_group_14(X) = fn_covalent_bond_24(fn_acetyl_group_10(X))
& fn_acetyl_group_14(X) = fn_covalent_bond_22(fn_acetyl_group_10(X))
& fn_acetyl_group_3(X) = fn_covalent_bond_20(fn_acetyl_group_10(X))
& fn_acetyl_group_3(X) = fn_covalent_bond_19(fn_acetyl_group_10(X))
& fn_acetyl_group_1(X) = fn_covalent_bond_14(fn_acetyl_group_10(X))
& fn_acetyl_group_17(X) = fn_covalent_bond_15(fn_acetyl_group_19(X))
& fn_acetyl_group_16(X) = fn_covalent_bond_24(fn_acetyl_group_19(X))
& fn_acetyl_group_15(X) = fn_covalent_bond_15(fn_acetyl_group_19(X))
& fn_acetyl_group_16(X) = fn_covalent_bond_22(fn_acetyl_group_19(X))
& fn_acetyl_group_15(X) = fn_covalent_bond_18(fn_acetyl_group_19(X))
& fn_acetyl_group_18(X) = fn_covalent_bond_17(fn_acetyl_group_19(X))
& fn_covalent_bond_12(fn_acetyl_group_10(X)) = fn_covalent_bond_11(fn_acetyl_group_10(X))
& fn_covalent_bond_11(fn_acetyl_group_10(X)) = fn_covalent_bond_11(fn_acetyl_group_10(X))
& fn_covalent_bond_11(fn_acetyl_group_10(X)) = fn_covalent_bond_21(fn_acetyl_group_10(X))
& fn_covalent_bond_21(fn_acetyl_group_10(X)) = fn_covalent_bond_23(fn_acetyl_group_10(X))
& fn_covalent_bond_23(fn_acetyl_group_10(X)) = fn_covalent_bond_23(fn_acetyl_group_10(X))
& fn_covalent_bond_23(fn_acetyl_group_10(X)) = fn_covalent_bond_22(fn_acetyl_group_10(X))
& fn_covalent_bond_22(fn_acetyl_group_10(X)) = fn_covalent_bond_22(fn_acetyl_group_10(X))
& fn_covalent_bond_22(fn_acetyl_group_10(X)) = fn_covalent_bond_24(fn_acetyl_group_10(X))
& fn_covalent_bond_24(fn_acetyl_group_10(X)) = fn_covalent_bond_22(fn_acetyl_group_10(X))
& fn_covalent_bond_22(fn_acetyl_group_10(X)) = fn_covalent_bond_19(fn_acetyl_group_10(X))
& fn_covalent_bond_19(fn_acetyl_group_10(X)) = fn_covalent_bond_19(fn_acetyl_group_10(X))
& fn_covalent_bond_19(fn_acetyl_group_10(X)) = fn_covalent_bond_20(fn_acetyl_group_10(X))
& fn_covalent_bond_20(fn_acetyl_group_10(X)) = fn_covalent_bond_19(fn_acetyl_group_10(X))
& fn_covalent_bond_19(fn_acetyl_group_10(X)) = fn_covalent_bond_18(fn_acetyl_group_19(X))
& fn_covalent_bond_18(fn_acetyl_group_19(X)) = fn_covalent_bond_15(fn_acetyl_group_19(X))
& fn_covalent_bond_15(fn_acetyl_group_19(X)) = fn_covalent_bond_24(fn_acetyl_group_19(X))
& fn_covalent_bond_24(fn_acetyl_group_19(X)) = fn_covalent_bond_24(fn_acetyl_group_19(X))
& fn_covalent_bond_24(fn_acetyl_group_19(X)) = fn_covalent_bond_22(fn_acetyl_group_19(X))
& fn_covalent_bond_22(fn_acetyl_group_19(X)) = fn_covalent_bond_22(fn_acetyl_group_19(X))
& fn_covalent_bond_22(fn_acetyl_group_19(X)) = fn_covalent_bond_15(fn_acetyl_group_19(X))
& fn_covalent_bond_15(fn_acetyl_group_19(X)) = fn_covalent_bond_15(fn_acetyl_group_19(X))
& fn_covalent_bond_15(fn_acetyl_group_19(X)) = fn_covalent_bond_18(fn_acetyl_group_19(X))
& fn_covalent_bond_18(fn_acetyl_group_19(X)) = fn_covalent_bond_18(fn_acetyl_group_19(X)) ) ) ).
fof(a527237,axiom,
! [X] :
( acetylcholine_1(X)
=> ( original_name_2(X,'Acetylcholine')
& user_description_2(X,'One of the most common neurotransmitters of the peripheral and central nervous systems. It has an inhibitory effect on cardiac tissue and an excitatory effect on skeletal muscle.')
& concept2words_2(X,acetylcholine)
& neurotransmitter_1(X)
& ~ aspartic_acid_1(X)
& ~ catecholamine_1(X)
& ~ neuropeptide_1(X) ) ) ).
fof(a527238,axiom,
! [X] :
( acetylcholinesterase_1(X)
=> ( original_name_2(X,'Acetylcholinesterase')
& user_description_2(X,'Acetylcholinesterase is a enzyme having serine residue at its active site and plays important role in nervous system.')
& concept2words_2(X,acetylcholinesterase)
& hydrolase_1(X)
& hydrolysis_1(fn_acetylcholinesterase_1(X))
& spatial_entity_1(fn_acetylcholinesterase_2(X))
& chemical_entity_1(fn_acetylcholinesterase_2(X))
& monomer_1(fn_acetylcholinesterase_2(X))
& molecule_1(fn_acetylcholinesterase_2(X))
& amino_acid_1(fn_acetylcholinesterase_2(X))
& active_site_1(fn_acetylcholinesterase_3(X))
& protein_domain_1(fn_acetylcholinesterase_4(X))
& r_group_1(fn_acetylcholinesterase_5(X))
& has_function_2(X,fn_acetylcholinesterase_1(X))
& site_2(fn_acetylcholinesterase_1(X),fn_acetylcholinesterase_3(X))
& has_region_2(X,fn_acetylcholinesterase_3(X))
& is_inside_2(fn_acetylcholinesterase_5(X),fn_acetylcholinesterase_3(X))
& has_region_2(fn_acetylcholinesterase_2(X),fn_acetylcholinesterase_5(X))
& is_at_2(fn_acetylcholinesterase_2(X),fn_acetylcholinesterase_4(X))
& has_region_2(X,fn_acetylcholinesterase_4(X))
& fn_acetylcholinesterase_3(X) = fn_enzyme_2(X)
& fn_acetylcholinesterase_1(X) = fn_enzyme_4(X)
& fn_acetylcholinesterase_4(X) = fn_protein_enzyme_5(X)
& fn_acetylcholinesterase_2(X) = fn_protein_enzyme_11(X)
& fn_acetylcholinesterase_5(X) = fn_protein_enzyme_12(X)
& fn_acetylcholinesterase_3(X) = fn_protein_enzyme_10(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_enzyme_10(X) ) ) ).
fof(a527239,axiom,
! [X] :
( achondroplasia_1(X)
=> ( original_name_2(X,'Achondroplasia')
& user_description_2(X,'A form of genetically determined dwarfism.')
& concept2words_2(X,dwarfism)
& concept2words_2(X,achondroplasia)
& human_genetic_disorder_1(X)
& ~ alkaptonuria_1(X)
& ~ angelman_syndrome_1(X)
& ~ cri_du_chat_syndrome_1(X)
& ~ cystic_fibrosis_1(X)
& ~ down_syndrome_1(X)
& ~ huntingtons_disease_1(X)
& ~ klinefelter_syndrome_1(X)
& ~ multifactorial_genetic_disorder_1(X)
& ~ phenylketonuria_1(X)
& ~ polydactyly_1(X)
& ~ prader_willi_syndrome_1(X)
& ~ sex_linked_human_genetic_disorder_1(X)
& ~ sickle_cell_anemia_1(X)
& ~ tay_sachs_disease_1(X)
& ~ triple_x_1(X)
& ~ turner_syndrome_1(X)
& complete_dominance_1(fn_achondroplasia_1(X))
& dominant_allele_1(fn_achondroplasia_2(X))
& entity_1(fn_inheritance_4(fn_achondroplasia_1(X)))
& gene_1(fn_inheritance_4(fn_achondroplasia_1(X)))
& object_2(fn_achondroplasia_1(X),fn_achondroplasia_2(X))
& result_2(fn_achondroplasia_1(X),X)
& fn_achondroplasia_2(X) = fn_inheritance_4(fn_achondroplasia_1(X))
& fn_achondroplasia_1(X) = fn_human_genetic_disorder_1(X) ) ) ).
fof(a527240,axiom,
! [X] :
( acid_1(X)
=> ( original_name_2(X,'Acid')
& description_2(X,'A chemical that is acidic.')
& user_description_2(X,'A substance that increases the hydrogen ion concentration of a solution.')
& concept2words_2(X,acid)
& chemical_1(X)
& ph_value_1(fn_acid_3(X))
& ph_value_1(fn_acid_4(X))
& acid_compound_1(fn_acid_5(X))
& ph_2(X,fn_acid_3(X))
& greater_than_2(fn_acid_4(X),fn_acid_3(X))
& the_cardinal_value_2(fn_acid_4(X),"7.0e0")
& cardinal_unit_class_2(fn_acid_4(X),unity_0)
& has_part_2(X,fn_acid_5(X))
& fn_acid_5(X) = fn_chemical_3(X) ) ) ).
fof(a527241,axiom,
! [X] :
( acid_chyme_1(X)
=> ( original_name_2(X,'Acid-Chyme')
& user_description_2(X,'Chyme mixed with stomach acid as it enters the duodenum.')
& concept2words_2(X,'chyme of acid')
& concept2words_2(X,'acid chyme')
& concept2words_2(X,'acid-chyme')
& organic_entity_1(X)
& heterogeneous_mixture_1(X)
& ~ suspension_1(X)
& ~ detritus_1(X)
& ~ feces_1(X)
& ~ homogenate_1(X)
& ~ homogeneous_mixture_1(X)
& ~ loam_1(X)
& ~ mesohyl_1(X)
& ~ peat_1(X)
& ~ protobiont_1(X)
& ~ saliva_1(X)
& ~ soil_1(X)
& ~ topsoil_1(X)
& ph_value_1(fn_acid_chyme_3(X))
& state_value_1(fn_acid_chyme_4(X))
& chemical_1(fn_acid_chyme_5(X))
& nutrient_1(fn_acid_chyme_6(X))
& substance_1(fn_acid_chyme_7(X))
& gastric_juice_1(fn_acid_chyme_8(X))
& bolus_1(fn_acid_chyme_9(X))
& secretion_1(fn_acid_chyme_10(X))
& tangible_entity_1(fn_acid_chyme_11(X))
& phospholipid_bilayer_1(fn_acid_chyme_11(X))
& tangible_entity_1(fn_acid_chyme_12(X))
& membrane_protein_1(fn_acid_chyme_12(X))
& protein_1(fn_acid_chyme_12(X))
& spatial_entity_1(fn_acid_chyme_12(X))
& polymer_1(fn_acid_chyme_12(X))
& membrane_protein_1(fn_acid_chyme_13(X))
& protein_1(fn_acid_chyme_13(X))
& spatial_entity_1(fn_acid_chyme_13(X))
& polymer_1(fn_acid_chyme_13(X))
& tangible_entity_1(fn_acid_chyme_13(X))
& transmembrane_protein_1(fn_acid_chyme_13(X))
& integral_protein_1(fn_acid_chyme_13(X))
& transport_protein_1(fn_acid_chyme_13(X))
& spatial_entity_1(fn_acid_chyme_14(X))
& biomembrane_1(fn_acid_chyme_14(X))
& plasma_membrane_1(fn_acid_chyme_14(X))
& mixture_1(fn_acid_chyme_15(X))
& cytoplasm_1(fn_acid_chyme_15(X))
& tangible_entity_1(fn_acid_chyme_16(X))
& nucleus_1(fn_acid_chyme_16(X))
& cell_1(fn_acid_chyme_17(X))
& animal_cell_1(fn_acid_chyme_17(X))
& eukaryotic_cell_1(fn_acid_chyme_17(X))
& living_entity_1(fn_acid_chyme_18(X))
& gastric_gland_1(fn_acid_chyme_18(X))
& tissue_1(fn_acid_chyme_19(X))
& epithelium_1(fn_acid_chyme_19(X))
& stomach_1(fn_acid_chyme_20(X))
& secretor_1(fn_acid_chyme_21(X))
& secretor_1(fn_secretion_3(fn_acid_chyme_10(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_acid_chyme_17(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_acid_chyme_17(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_acid_chyme_17(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_acid_chyme_17(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_acid_chyme_17(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_acid_chyme_17(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_acid_chyme_17(X)))
& substance_1(fn_mixture_2(fn_acid_chyme_9(X)))
& substance_1(fn_mixture_1(fn_acid_chyme_9(X)))
& living_entity_1(fn_secretion_2(fn_acid_chyme_10(X)))
& gastric_gland_1(fn_stomach_19(fn_acid_chyme_20(X)))
& tissue_1(fn_stomach_20(fn_acid_chyme_20(X)))
& epithelium_1(fn_stomach_8(fn_acid_chyme_20(X)))
& cell_1(fn_epithelium_98(fn_acid_chyme_19(X)))
& animal_cell_1(fn_epithelium_98(fn_acid_chyme_19(X)))
& eukaryotic_cell_1(fn_epithelium_83(fn_acid_chyme_19(X)))
& cell_1(fn_epithelium_83(fn_acid_chyme_19(X)))
& animal_cell_1(fn_epithelium_83(fn_acid_chyme_19(X)))
& tangible_entity_1(fn_biomembrane_63(fn_acid_chyme_14(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_acid_chyme_14(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_acid_chyme_14(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_acid_chyme_14(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_acid_chyme_14(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_acid_chyme_14(X)))
& protein_1(fn_plasma_membrane_68(fn_acid_chyme_14(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_acid_chyme_14(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_acid_chyme_14(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_acid_chyme_14(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_acid_chyme_14(X)))
& protein_1(fn_plasma_membrane_54(fn_acid_chyme_14(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_acid_chyme_14(X)))
& polymer_1(fn_plasma_membrane_54(fn_acid_chyme_14(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_acid_chyme_14(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_acid_chyme_14(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_acid_chyme_14(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_acid_chyme_14(X)))
& has_function_2(fn_acid_chyme_18(X),fn_acid_chyme_10(X))
& has_part_2(fn_acid_chyme_9(X),fn_acid_chyme_5(X))
& physical_state_2(X,fn_acid_chyme_4(X))
& ph_2(X,fn_acid_chyme_3(X))
& is_inside_2(X,fn_acid_chyme_20(X))
& plays_2(fn_acid_chyme_7(X),fn_acid_chyme_6(X))
& the_categorical_value_2(fn_acid_chyme_4(X),liquid_0)
& the_scalar_value_2(fn_acid_chyme_3(X),acidic_0)
& scalar_unit_class_2(fn_acid_chyme_3(X),bolus_0)
& has_part_2(X,fn_acid_chyme_8(X))
& has_part_2(X,fn_acid_chyme_9(X))
& base_2(fn_acid_chyme_10(X),fn_acid_chyme_18(X))
& plays_2(fn_acid_chyme_18(X),fn_acid_chyme_21(X))
& has_part_2(fn_acid_chyme_9(X),fn_acid_chyme_7(X))
& has_part_2(fn_acid_chyme_20(X),fn_acid_chyme_19(X))
& has_part_2(fn_acid_chyme_20(X),fn_acid_chyme_18(X))
& in_event_2(fn_acid_chyme_21(X),fn_acid_chyme_10(X))
& fn_acid_chyme_13(X) != fn_acid_chyme_12(X)
& fn_acid_chyme_12(X) != fn_acid_chyme_13(X)
& is_across_2(fn_acid_chyme_13(X),fn_acid_chyme_14(X))
& is_inside_2(fn_acid_chyme_13(X),fn_acid_chyme_11(X))
& has_part_2(fn_acid_chyme_14(X),fn_acid_chyme_11(X))
& called_2(fn_acid_chyme_12(X),'MP2')
& has_part_2(fn_acid_chyme_14(X),fn_acid_chyme_12(X))
& is_at_2(fn_acid_chyme_13(X),fn_acid_chyme_14(X))
& has_part_2(fn_acid_chyme_14(X),fn_acid_chyme_13(X))
& is_between_2(fn_acid_chyme_15(X),fn_acid_chyme_16(X))
& is_inside_2(fn_acid_chyme_15(X),fn_acid_chyme_14(X))
& is_between_2(fn_acid_chyme_15(X),fn_acid_chyme_14(X))
& has_part_2(fn_acid_chyme_17(X),fn_acid_chyme_15(X))
& has_part_2(fn_acid_chyme_17(X),fn_acid_chyme_16(X))
& has_part_2(fn_acid_chyme_17(X),fn_acid_chyme_14(X))
& has_part_2(fn_acid_chyme_19(X),fn_acid_chyme_17(X))
& fn_acid_chyme_8(X) = fn_mixture_2(X)
& fn_acid_chyme_9(X) = fn_mixture_1(X)
& fn_acid_chyme_18(X) = fn_secretion_2(fn_acid_chyme_10(X))
& fn_acid_chyme_7(X) = fn_mixture_2(fn_acid_chyme_9(X))
& fn_acid_chyme_7(X) = fn_mixture_1(fn_acid_chyme_9(X))
& fn_acid_chyme_19(X) = fn_stomach_20(fn_acid_chyme_20(X))
& fn_acid_chyme_19(X) = fn_stomach_8(fn_acid_chyme_20(X))
& fn_acid_chyme_18(X) = fn_stomach_19(fn_acid_chyme_20(X))
& fn_acid_chyme_21(X) = fn_secretion_3(fn_acid_chyme_10(X))
& fn_acid_chyme_17(X) = fn_epithelium_98(fn_acid_chyme_19(X))
& fn_acid_chyme_17(X) = fn_epithelium_83(fn_acid_chyme_19(X))
& fn_acid_chyme_15(X) = fn_eukaryotic_cell_31(fn_acid_chyme_17(X))
& fn_acid_chyme_16(X) = fn_eukaryotic_cell_26(fn_acid_chyme_17(X))
& fn_acid_chyme_14(X) = fn_eukaryotic_cell_29(fn_acid_chyme_17(X))
& fn_acid_chyme_13(X) = fn_plasma_membrane_54(fn_acid_chyme_14(X))
& fn_acid_chyme_11(X) = fn_biomembrane_63(fn_acid_chyme_14(X))
& fn_acid_chyme_11(X) = fn_plasma_membrane_71(fn_acid_chyme_14(X))
& fn_acid_chyme_12(X) = fn_plasma_membrane_68(fn_acid_chyme_14(X))
& fn_acid_chyme_12(X) = fn_plasma_membrane_54(fn_acid_chyme_14(X))
& fn_acid_chyme_13(X) = fn_plasma_membrane_4(fn_acid_chyme_14(X))
& fn_acid_chyme_13(X) = fn_plasma_membrane_3(fn_acid_chyme_14(X))
& fn_acid_chyme_13(X) = fn_plasma_membrane_55(fn_acid_chyme_14(X))
& fn_mixture_2(fn_acid_chyme_9(X)) = fn_mixture_1(fn_acid_chyme_9(X))
& fn_mixture_1(fn_acid_chyme_9(X)) = fn_secretion_2(fn_acid_chyme_10(X))
& fn_secretion_2(fn_acid_chyme_10(X)) = fn_secretion_2(fn_acid_chyme_10(X))
& fn_secretion_2(fn_acid_chyme_10(X)) = fn_stomach_19(fn_acid_chyme_20(X))
& fn_stomach_19(fn_acid_chyme_20(X)) = fn_stomach_20(fn_acid_chyme_20(X))
& fn_stomach_20(fn_acid_chyme_20(X)) = fn_stomach_8(fn_acid_chyme_20(X))
& fn_stomach_8(fn_acid_chyme_20(X)) = fn_epithelium_98(fn_acid_chyme_19(X))
& fn_epithelium_98(fn_acid_chyme_19(X)) = fn_epithelium_83(fn_acid_chyme_19(X))
& fn_epithelium_83(fn_acid_chyme_19(X)) = fn_plasma_membrane_71(fn_acid_chyme_14(X))
& fn_plasma_membrane_71(fn_acid_chyme_14(X)) = fn_biomembrane_63(fn_acid_chyme_14(X))
& fn_biomembrane_63(fn_acid_chyme_14(X)) = fn_plasma_membrane_71(fn_acid_chyme_14(X))
& fn_plasma_membrane_71(fn_acid_chyme_14(X)) = fn_plasma_membrane_68(fn_acid_chyme_14(X))
& fn_plasma_membrane_54(fn_acid_chyme_14(X)) = fn_plasma_membrane_68(fn_acid_chyme_14(X))
& fn_plasma_membrane_68(fn_acid_chyme_14(X)) = fn_plasma_membrane_54(fn_acid_chyme_14(X))
& fn_plasma_membrane_54(fn_acid_chyme_14(X)) = fn_plasma_membrane_4(fn_acid_chyme_14(X))
& fn_plasma_membrane_4(fn_acid_chyme_14(X)) = fn_plasma_membrane_3(fn_acid_chyme_14(X))
& fn_plasma_membrane_3(fn_acid_chyme_14(X)) = fn_plasma_membrane_54(fn_acid_chyme_14(X))
& fn_plasma_membrane_54(fn_acid_chyme_14(X)) = fn_plasma_membrane_54(fn_acid_chyme_14(X))
& fn_plasma_membrane_54(fn_acid_chyme_14(X)) = fn_plasma_membrane_3(fn_acid_chyme_14(X))
& fn_plasma_membrane_3(fn_acid_chyme_14(X)) = fn_plasma_membrane_55(fn_acid_chyme_14(X))
& fn_plasma_membrane_55(fn_acid_chyme_14(X)) = fn_plasma_membrane_54(fn_acid_chyme_14(X))
& fn_plasma_membrane_54(fn_acid_chyme_14(X)) = fn_plasma_membrane_55(fn_acid_chyme_14(X))
& fn_plasma_membrane_55(fn_acid_chyme_14(X)) = fn_plasma_membrane_55(fn_acid_chyme_14(X)) ) ) ).
fof(a527242,axiom,
! [X] :
( acid_compound_1(X)
=> ( original_name_2(X,'Acid-Compound')
& user_description_2(X,'A chemical entity that is acidic.')
& concept2words_2(X,'compound of acid')
& concept2words_2(X,'acid compound')
& concept2words_2(X,'acid-compound')
& compound_1(X) ) ) ).
fof(a527243,axiom,
! [X] :
( acid_dissociation_reaction_1(X)
=> ( original_name_2(X,'Acid-Dissociation-Reaction')
& user_description_2(X,'Dissociation reaction of an acid in a solution.')
& concept2words_2(X,convert)
& concept2words_2(X,'acid dissociation reaction')
& concept2words_2(X,'acid-dissociation-reaction')
& reversible_reaction_1(X)
& chemical_dissociation_reaction_1(X)
& ~ base_dissociation_reaction_1(X)
& equilibrium_constant_value_1(fn_acid_dissociation_reaction_1(X))
& chemical_energy_1(fn_acid_dissociation_reaction_5(X))
& quantity_value_1(fn_acid_dissociation_reaction_6(X))
& quantity_value_1(fn_acid_dissociation_reaction_7(X))
& chemical_energy_1(fn_acid_dissociation_reaction_8(X))
& anion_1(fn_acid_dissociation_reaction_9(X))
& acid_compound_1(fn_acid_dissociation_reaction_10(X))
& spatial_entity_1(fn_acid_dissociation_reaction_10(X))
& chemical_entity_1(fn_acid_dissociation_reaction_10(X))
& dissolve_1(fn_acid_dissociation_reaction_11(X))
& substance_1(fn_acid_dissociation_reaction_12(X))
& acid_1(fn_acid_dissociation_reaction_12(X))
& acidic_solution_1(fn_acid_dissociation_reaction_13(X))
& chemical_1(fn_acid_dissociation_reaction_14(X))
& water_1(fn_acid_dissociation_reaction_14(X))
& chemical_dissociation_reaction_1(fn_acid_dissociation_reaction_15(X))
& chemical_entity_1(fn_acid_dissociation_reaction_16(X))
& hydrogen_ion_1(fn_acid_dissociation_reaction_16(X))
& reverse_reaction_1(fn_acid_dissociation_reaction_17(X))
& forward_reaction_1(fn_acid_dissociation_reaction_18(X))
& anion_1(fn_acidic_solution_32(fn_acid_dissociation_reaction_13(X)))
& chemical_dissociation_reaction_1(fn_acidic_solution_31(fn_acid_dissociation_reaction_13(X)))
& acid_compound_1(fn_acid_5(fn_acid_dissociation_reaction_12(X)))
& hydrogen_ion_1(fn_acidic_solution_21(fn_acid_dissociation_reaction_13(X)))
& water_1(fn_aqueous_solution_14(fn_acid_dissociation_reaction_13(X)))
& chemical_1(fn_acidic_solution_18(fn_acid_dissociation_reaction_13(X)))
& water_1(fn_acidic_solution_18(fn_acid_dissociation_reaction_13(X)))
& substance_1(fn_dissolve_5(fn_acid_dissociation_reaction_11(X)))
& acid_1(fn_acidic_solution_15(fn_acid_dissociation_reaction_13(X)))
& acid_dissociation_reaction_1(fn_acidic_solution_19(fn_acid_dissociation_reaction_13(X)))
& ki_2(X,fn_acid_dissociation_reaction_1(X))
& base_2(fn_acid_dissociation_reaction_11(X),fn_acid_dissociation_reaction_12(X))
& possesses_2(fn_acid_dissociation_reaction_16(X),fn_acid_dissociation_reaction_8(X))
& has_part_2(fn_acid_dissociation_reaction_12(X),fn_acid_dissociation_reaction_10(X))
& result_2(fn_acid_dissociation_reaction_17(X),fn_acid_dissociation_reaction_10(X))
& subevent_2(X,fn_acid_dissociation_reaction_17(X))
& subevent_2(X,fn_acid_dissociation_reaction_18(X))
& raw_material_2(fn_acid_dissociation_reaction_18(X),fn_acid_dissociation_reaction_10(X))
& quantity_2(fn_acid_dissociation_reaction_8(X),fn_acid_dissociation_reaction_7(X))
& raw_material_2(X,fn_acid_dissociation_reaction_10(X))
& possesses_2(fn_acid_dissociation_reaction_10(X),fn_acid_dissociation_reaction_5(X))
& quantity_2(fn_acid_dissociation_reaction_5(X),fn_acid_dissociation_reaction_6(X))
& greater_than_2(fn_acid_dissociation_reaction_6(X),fn_acid_dissociation_reaction_7(X))
& result_2(fn_acid_dissociation_reaction_15(X),fn_acid_dissociation_reaction_16(X))
& has_solvent_2(fn_acid_dissociation_reaction_13(X),fn_acid_dissociation_reaction_14(X))
& has_part_2(fn_acid_dissociation_reaction_13(X),fn_acid_dissociation_reaction_16(X))
& result_2(X,fn_acid_dissociation_reaction_16(X))
& fn_acid_dissociation_reaction_15(X) != X
& X != fn_acid_dissociation_reaction_15(X)
& has_part_2(fn_acid_dissociation_reaction_13(X),fn_acid_dissociation_reaction_12(X))
& has_solute_2(fn_acid_dissociation_reaction_13(X),fn_acid_dissociation_reaction_12(X))
& has_part_2(fn_acid_dissociation_reaction_13(X),fn_acid_dissociation_reaction_14(X))
& fn_acid_dissociation_reaction_14(X) != fn_acid_dissociation_reaction_12(X)
& fn_acid_dissociation_reaction_12(X) != fn_acid_dissociation_reaction_14(X)
& fn_acid_dissociation_reaction_12(X) = fn_dissolve_5(fn_acid_dissociation_reaction_11(X))
& fn_acid_dissociation_reaction_10(X) = fn_acid_5(fn_acid_dissociation_reaction_12(X))
& fn_acid_dissociation_reaction_18(X) = fn_reversible_reaction_7(X)
& fn_acid_dissociation_reaction_17(X) = fn_reversible_reaction_6(X)
& fn_acid_dissociation_reaction_4(X) = fn_exergonic_reaction_2(X)
& fn_acid_dissociation_reaction_8(X) = fn_exergonic_reaction_6(X)
& fn_acid_dissociation_reaction_3(X) = fn_exergonic_reaction_1(X)
& fn_acid_dissociation_reaction_7(X) = fn_exergonic_reaction_5(X)
& fn_acid_dissociation_reaction_6(X) = fn_exergonic_reaction_4(X)
& fn_acid_dissociation_reaction_5(X) = fn_exergonic_reaction_3(X)
& fn_acid_dissociation_reaction_10(X) = fn_reversible_reaction_5(X)
& fn_acid_dissociation_reaction_10(X) = fn_exergonic_reaction_10(X)
& fn_acid_dissociation_reaction_9(X) = fn_acidic_solution_32(fn_acid_dissociation_reaction_13(X))
& fn_acid_dissociation_reaction_15(X) = fn_acidic_solution_31(fn_acid_dissociation_reaction_13(X))
& fn_acid_dissociation_reaction_16(X) = fn_exergonic_reaction_11(X)
& X = fn_acidic_solution_19(fn_acid_dissociation_reaction_13(X))
& fn_acid_dissociation_reaction_16(X) = fn_acidic_solution_21(fn_acid_dissociation_reaction_13(X))
& fn_acid_dissociation_reaction_14(X) = fn_aqueous_solution_14(fn_acid_dissociation_reaction_13(X))
& fn_acid_dissociation_reaction_14(X) = fn_acidic_solution_18(fn_acid_dissociation_reaction_13(X))
& fn_acid_dissociation_reaction_12(X) = fn_acidic_solution_15(fn_acid_dissociation_reaction_13(X))
& fn_acid_5(fn_acid_dissociation_reaction_12(X)) = fn_reversible_reaction_5(X)
& fn_reversible_reaction_5(X) = fn_reversible_reaction_5(X)
& fn_exergonic_reaction_10(X) = fn_reversible_reaction_5(X)
& fn_reversible_reaction_5(X) = fn_exergonic_reaction_10(X)
& fn_exergonic_reaction_10(X) = fn_exergonic_reaction_11(X)
& fn_acidic_solution_21(fn_acid_dissociation_reaction_13(X)) = fn_exergonic_reaction_11(X)
& fn_exergonic_reaction_11(X) = fn_acidic_solution_21(fn_acid_dissociation_reaction_13(X))
& fn_acidic_solution_21(fn_acid_dissociation_reaction_13(X)) = fn_acidic_solution_21(fn_acid_dissociation_reaction_13(X))
& fn_acidic_solution_21(fn_acid_dissociation_reaction_13(X)) = fn_aqueous_solution_14(fn_acid_dissociation_reaction_13(X))
& fn_acidic_solution_18(fn_acid_dissociation_reaction_13(X)) = fn_aqueous_solution_14(fn_acid_dissociation_reaction_13(X))
& fn_aqueous_solution_14(fn_acid_dissociation_reaction_13(X)) = fn_acidic_solution_18(fn_acid_dissociation_reaction_13(X))
& fn_acidic_solution_18(fn_acid_dissociation_reaction_13(X)) = fn_acidic_solution_18(fn_acid_dissociation_reaction_13(X))
& fn_acidic_solution_18(fn_acid_dissociation_reaction_13(X)) = fn_dissolve_5(fn_acid_dissociation_reaction_11(X))
& fn_dissolve_5(fn_acid_dissociation_reaction_11(X)) = fn_acidic_solution_15(fn_acid_dissociation_reaction_13(X))
& fn_acidic_solution_15(fn_acid_dissociation_reaction_13(X)) = fn_acidic_solution_15(fn_acid_dissociation_reaction_13(X))
& fn_acidic_solution_19(fn_acid_dissociation_reaction_13(X)) = fn_acidic_solution_19(fn_acid_dissociation_reaction_13(X)) ) ) ).
fof(a527244,axiom,
! [X] :
( acid_precipitation_1(X)
=> ( original_name_2(X,'Acid-Precipitation')
& user_description_2(X,'Acid precipitation refers to rain, snow, or fog with a pH lower (more acidic) than 5.2.')
& concept2words_2(X,'acid rain')
& concept2words_2(X,'acid-rain')
& concept2words_2(X,fall)
& concept2words_2(X,'precipitation of acid')
& concept2words_2(X,'acid precipitation')
& concept2words_2(X,'acid-precipitation')
& precipitation_1(X)
& human_driven_disturbance_1(X)
& ~ red_tide_1(X)
& tangible_entity_1(fn_acid_precipitation_1(X))
& change_1(fn_acid_precipitation_4(X))
& nitric_oxide_1(fn_acid_precipitation_5(X))
& carbon_dioxide_1(fn_acid_precipitation_6(X))
& ph_value_1(fn_acid_precipitation_7(X))
& ph_value_1(fn_acid_precipitation_8(X))
& lake_1(fn_acid_precipitation_9(X))
& time_interval_1(fn_acid_precipitation_10(X))
& time_interval_1(fn_acid_precipitation_11(X))
& plant_1(fn_acid_precipitation_12(X))
& animal_1(fn_acid_precipitation_13(X))
& algae_1(fn_acid_precipitation_14(X))
& cyanobacterium_1(fn_acid_precipitation_15(X))
& chemical_reaction_1(fn_acid_precipitation_16(X))
& chemical_entity_1(fn_acid_precipitation_17(X))
& damage_1(fn_acid_precipitation_18(X))
& damage_1(fn_acid_precipitation_19(X))
& organism_1(fn_acid_precipitation_20(X))
& freshwater_biome_1(fn_acid_precipitation_21(X))
& organism_1(fn_acid_precipitation_22(X))
& spatial_entity_1(fn_acid_precipitation_23(X))
& precipitation_form_1(fn_acid_precipitation_23(X))
& sulfuric_acid_1(fn_acid_precipitation_24(X))
& spatial_entity_1(fn_acid_precipitation_25(X))
& chemical_entity_1(fn_acid_precipitation_25(X))
& collide_1(fn_acid_precipitation_26(X))
& carbonic_acid_1(fn_acid_precipitation_27(X))
& carbon_dioxide_1(fn_acid_precipitation_28(X))
& fossil_fuel_1(fn_acid_precipitation_29(X))
& combustion_of_fossil_fuel_1(fn_acid_precipitation_30(X))
& hydrocarbon_molecule_1(fn_acid_precipitation_31(X))
& chemical_entity_1(fn_acid_precipitation_31(X))
& carbonic_acid_compound_1(fn_acid_precipitation_32(X))
& acid_compound_1(fn_acid_precipitation_32(X))
& spatial_entity_1(fn_acid_precipitation_32(X))
& chemical_entity_1(fn_acid_precipitation_32(X))
& chemical_entity_1(fn_acid_precipitation_33(X))
& nitric_oxide_1(fn_acid_precipitation_33(X))
& nitric_acid_compound_1(fn_acid_precipitation_34(X))
& chemical_reaction_1(fn_acid_precipitation_35(X))
& chemical_reaction_1(fn_acid_precipitation_36(X))
& chemical_entity_1(fn_acid_precipitation_37(X))
& sulfur_dioxide_1(fn_acid_precipitation_37(X))
& chemical_entity_1(fn_acid_precipitation_38(X))
& sulfuric_acid_compound_1(fn_acid_precipitation_38(X))
& chemical_reaction_1(fn_acid_precipitation_39(X))
& chemical_entity_1(fn_acid_precipitation_40(X))
& water_molecule_1(fn_acid_precipitation_40(X))
& water_molecule_1(fn_acid_precipitation_41(X))
& water_molecule_1(fn_acid_precipitation_42(X))
& water_vapor_1(fn_acid_precipitation_43(X))
& substance_1(fn_acid_precipitation_44(X))
& water_1(fn_acid_precipitation_44(X))
& condense_1(fn_acid_precipitation_45(X))
& terrestrial_plant_1(fn_acid_precipitation_46(X))
& fossil_fuel_1(fn_acid_precipitation_47(X))
& chemical_entity_1(fn_acid_precipitation_48(X))
& hydrocarbon_molecule_1(fn_acid_precipitation_48(X))
& combustion_reaction_1(fn_acid_precipitation_49(X))
& dissolve_1(fn_acid_precipitation_50(X))
& dissolve_1(fn_acid_precipitation_51(X))
& nitric_acid_1(fn_acid_precipitation_52(X))
& chemical_reaction_1(fn_acid_precipitation_53(X))
& chemical_reaction_1(fn_acid_precipitation_54(X))
& sulfur_dioxide_1(fn_acid_precipitation_55(X))
& chemical_reaction_1(fn_acid_precipitation_56(X))
& damage_1(fn_acid_precipitation_57(X))
& soil_1(fn_acid_precipitation_58(X))
& substance_1(fn_acid_precipitation_59(X))
& chemical_1(fn_acid_precipitation_59(X))
& fall_1(fn_acid_precipitation_60(X))
& reducing_agent_1(fn_acid_precipitation_61(X))
& electron_donor_1(fn_acid_precipitation_62(X))
& chemical_entity_1(fn_acid_precipitation_63(X))
& tangible_entity_1(fn_acid_precipitation_63(X))
& electron_1(fn_acid_precipitation_63(X))
& reduction_1(fn_acid_precipitation_64(X))
& oxidation_1(fn_acid_precipitation_65(X))
& chemical_entity_1(fn_acid_precipitation_66(X))
& oxygen_molecule_1(fn_acid_precipitation_66(X))
& tangible_entity_1(fn_impair_1(fn_acid_precipitation_57(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_acid_precipitation_49(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_acid_precipitation_36(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_acid_precipitation_53(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_acid_precipitation_54(X)))
& tangible_entity_1(fn_impair_1(fn_acid_precipitation_18(X)))
& tangible_entity_1(fn_impair_1(fn_acid_precipitation_19(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_acid_precipitation_35(X)))
& substance_1(fn_dissolve_4(fn_acid_precipitation_51(X)))
& reducing_agent_1(fn_reduction_5(fn_acid_precipitation_64(X)))
& algae_1(fn_biome_2(fn_acid_precipitation_21(X)))
& animal_1(fn_biome_1(fn_acid_precipitation_21(X)))
& cyanobacterium_1(fn_biome_4(fn_acid_precipitation_21(X)))
& plant_1(fn_biome_3(fn_acid_precipitation_21(X)))
& electron_donor_1(fn_oxidation_8(fn_acid_precipitation_65(X)))
& fossil_fuel_1(fn_combustion_of_fossil_fuel_14(fn_acid_precipitation_30(X)))
& carbon_dioxide_1(fn_combustion_of_fossil_fuel_4(fn_acid_precipitation_30(X)))
& oxidation_1(fn_combustion_of_fossil_fuel_16(fn_acid_precipitation_30(X)))
& reduction_1(fn_combustion_of_fossil_fuel_15(fn_acid_precipitation_30(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_acid_precipitation_49(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_acid_precipitation_49(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_acid_precipitation_49(X)))
& hydrocarbon_molecule_1(fn_fossil_fuel_2(fn_acid_precipitation_47(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_acid_precipitation_56(X)))
& water_molecule_1(fn_water_vapor_1(fn_acid_precipitation_43(X)))
& substance_1(fn_mixture_2(fn_acid_precipitation_58(X)))
& substance_1(fn_mixture_1(fn_acid_precipitation_58(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_acid_precipitation_39(X)))
& sulfuric_acid_compound_1(fn_sulfuric_acid_1(fn_acid_precipitation_24(X)))
& chemical_entity_1(fn_chemical_3(fn_acid_precipitation_59(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_acid_precipitation_16(X)))
& spatial_entity_1(fn_make_contact_1(fn_acid_precipitation_26(X)))
& chemical_entity_1(fn_weak_acid_7(fn_acid_precipitation_27(X)))
& spatial_entity_1(fn_make_contact_2(fn_acid_precipitation_26(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_acid_precipitation_36(X)))
& acid_compound_1(fn_acid_5(fn_acid_precipitation_27(X)))
& carbonic_acid_compound_1(fn_carbonic_acid_2(fn_acid_precipitation_27(X)))
& acid_compound_1(fn_weak_acid_3(fn_acid_precipitation_27(X)))
& spatial_entity_1(fn_weak_acid_3(fn_acid_precipitation_27(X)))
& chemical_entity_1(fn_weak_acid_3(fn_acid_precipitation_27(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_acid_precipitation_30(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_acid_precipitation_39(X)))
& sulfur_dioxide_1(fn_combustion_of_fossil_fuel_1(fn_acid_precipitation_30(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_acid_precipitation_35(X)))
& nitric_oxide_1(fn_combustion_of_fossil_fuel_2(fn_acid_precipitation_30(X)))
& electron_1(fn_reduction_4(fn_acid_precipitation_64(X)))
& electron_1(fn_oxidation_9(fn_acid_precipitation_65(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_acid_precipitation_30(X)))
& electron_1(fn_redox_reaction_7(fn_acid_precipitation_30(X)))
& chemical_entity_1(fn_combustion_of_fossil_fuel_11(fn_acid_precipitation_30(X)))
& tangible_entity_1(fn_combustion_of_fossil_fuel_11(fn_acid_precipitation_30(X)))
& electron_1(fn_combustion_of_fossil_fuel_11(fn_acid_precipitation_30(X)))
& chemical_entity_1(fn_reduction_1(fn_acid_precipitation_64(X)))
& chemical_entity_1(fn_oxidation_10(fn_acid_precipitation_65(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_acid_precipitation_30(X)))
& hydrocarbon_molecule_1(fn_combustion_of_fossil_fuel_10(fn_acid_precipitation_30(X)))
& chemical_entity_1(fn_combustion_of_fossil_fuel_10(fn_acid_precipitation_30(X)))
& chemical_entity_1(fn_reduction_3(fn_acid_precipitation_64(X)))
& chemical_entity_1(fn_oxidation_7(fn_acid_precipitation_65(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_acid_precipitation_30(X)))
& oxygen_molecule_1(fn_combustion_of_fossil_fuel_9(fn_acid_precipitation_30(X)))
& substance_1(fn_dissolve_5(fn_acid_precipitation_51(X)))
& substance_1(fn_dissolve_5(fn_acid_precipitation_50(X)))
& time_before_2(fn_acid_precipitation_11(X),fn_acid_precipitation_10(X))
& fn_acid_precipitation_18(X) != fn_acid_precipitation_57(X)
& fn_acid_precipitation_18(X) != fn_acid_precipitation_19(X)
& site_2(fn_acid_precipitation_18(X),fn_acid_precipitation_9(X))
& fn_acid_precipitation_19(X) != fn_acid_precipitation_18(X)
& fn_acid_precipitation_19(X) != fn_acid_precipitation_57(X)
& base_2(fn_acid_precipitation_19(X),fn_acid_precipitation_21(X))
& element_2(fn_acid_precipitation_21(X),fn_acid_precipitation_20(X))
& is_inside_2(fn_acid_precipitation_22(X),fn_acid_precipitation_9(X))
& causes_2(X,fn_acid_precipitation_18(X))
& causes_2(X,fn_acid_precipitation_19(X))
& causes_2(X,fn_acid_precipitation_57(X))
& ph_2(fn_acid_precipitation_23(X),fn_acid_precipitation_7(X))
& is_near_2(fn_acid_precipitation_29(X),fn_acid_precipitation_1(X))
& raw_material_2(fn_acid_precipitation_35(X),fn_acid_precipitation_41(X))
& fn_acid_precipitation_35(X) != fn_acid_precipitation_39(X)
& fn_acid_precipitation_35(X) != fn_acid_precipitation_36(X)
& raw_material_2(fn_acid_precipitation_36(X),fn_acid_precipitation_28(X))
& fn_acid_precipitation_36(X) != fn_acid_precipitation_35(X)
& fn_acid_precipitation_36(X) != fn_acid_precipitation_39(X)
& fn_acid_precipitation_39(X) != fn_acid_precipitation_35(X)
& fn_acid_precipitation_39(X) != fn_acid_precipitation_36(X)
& raw_material_2(fn_acid_precipitation_39(X),fn_acid_precipitation_40(X))
& fn_acid_precipitation_40(X) != fn_acid_precipitation_42(X)
& fn_acid_precipitation_40(X) != fn_acid_precipitation_41(X)
& called_2(fn_acid_precipitation_40(X),'WM2')
& fn_acid_precipitation_41(X) != fn_acid_precipitation_40(X)
& fn_acid_precipitation_41(X) != fn_acid_precipitation_42(X)
& called_2(fn_acid_precipitation_41(X),'WM3')
& fn_acid_precipitation_42(X) != fn_acid_precipitation_40(X)
& fn_acid_precipitation_42(X) != fn_acid_precipitation_41(X)
& called_2(fn_acid_precipitation_42(X),'WM1')
& has_part_2(fn_acid_precipitation_43(X),fn_acid_precipitation_41(X))
& has_part_2(fn_acid_precipitation_43(X),fn_acid_precipitation_42(X))
& time_during_2(fn_acid_precipitation_45(X),fn_acid_precipitation_11(X))
& greater_than_2(fn_acid_precipitation_8(X),fn_acid_precipitation_7(X))
& the_cardinal_value_2(fn_acid_precipitation_8(X),"5.2e0")
& cardinal_unit_class_2(fn_acid_precipitation_8(X),unity_0)
& result_2(fn_acid_precipitation_49(X),fn_acid_precipitation_5(X))
& result_2(fn_acid_precipitation_49(X),fn_acid_precipitation_6(X))
& fn_acid_precipitation_50(X) != fn_acid_precipitation_51(X)
& fn_acid_precipitation_51(X) != fn_acid_precipitation_50(X)
& raw_material_2(fn_acid_precipitation_53(X),fn_acid_precipitation_5(X))
& fn_acid_precipitation_53(X) != fn_acid_precipitation_56(X)
& fn_acid_precipitation_53(X) != fn_acid_precipitation_54(X)
& raw_material_2(fn_acid_precipitation_54(X),fn_acid_precipitation_6(X))
& fn_acid_precipitation_54(X) != fn_acid_precipitation_53(X)
& fn_acid_precipitation_54(X) != fn_acid_precipitation_56(X)
& raw_material_2(fn_acid_precipitation_56(X),fn_acid_precipitation_55(X))
& fn_acid_precipitation_56(X) != fn_acid_precipitation_53(X)
& fn_acid_precipitation_56(X) != fn_acid_precipitation_54(X)
& fn_acid_precipitation_57(X) != fn_acid_precipitation_18(X)
& fn_acid_precipitation_57(X) != fn_acid_precipitation_19(X)
& by_means_of_2(fn_acid_precipitation_57(X),fn_acid_precipitation_4(X))
& by_means_of_2(fn_acid_precipitation_4(X),fn_acid_precipitation_16(X))
& object_2(fn_acid_precipitation_4(X),fn_acid_precipitation_58(X))
& is_near_2(fn_acid_precipitation_1(X),fn_acid_precipitation_29(X))
& time_during_2(fn_acid_precipitation_60(X),fn_acid_precipitation_10(X))
& object_2(fn_acid_precipitation_57(X),fn_acid_precipitation_46(X))
& base_2(fn_acid_precipitation_26(X),fn_acid_precipitation_32(X))
& result_2(fn_acid_precipitation_49(X),fn_acid_precipitation_55(X))
& raw_material_2(fn_acid_precipitation_36(X),fn_acid_precipitation_42(X))
& raw_material_2(fn_acid_precipitation_53(X),fn_acid_precipitation_41(X))
& raw_material_2(fn_acid_precipitation_39(X),fn_acid_precipitation_37(X))
& raw_material_2(fn_acid_precipitation_56(X),fn_acid_precipitation_40(X))
& raw_material_2(fn_acid_precipitation_35(X),fn_acid_precipitation_33(X))
& raw_material_2(fn_acid_precipitation_54(X),fn_acid_precipitation_42(X))
& base_2(fn_acid_precipitation_51(X),fn_acid_precipitation_44(X))
& base_2(fn_acid_precipitation_50(X),fn_acid_precipitation_44(X))
& object_2(fn_acid_precipitation_18(X),fn_acid_precipitation_22(X))
& object_2(fn_acid_precipitation_19(X),fn_acid_precipitation_20(X))
& result_2(fn_acid_precipitation_36(X),fn_acid_precipitation_32(X))
& result_2(fn_acid_precipitation_39(X),fn_acid_precipitation_38(X))
& result_2(fn_acid_precipitation_35(X),fn_acid_precipitation_34(X))
& raw_material_2(fn_acid_precipitation_49(X),fn_acid_precipitation_48(X))
& object_2(fn_acid_precipitation_26(X),fn_acid_precipitation_25(X))
& object_2(fn_acid_precipitation_51(X),fn_acid_precipitation_52(X))
& has_part_2(fn_acid_precipitation_58(X),fn_acid_precipitation_59(X))
& plays_2(fn_acid_precipitation_31(X),fn_acid_precipitation_61(X))
& plays_2(fn_acid_precipitation_31(X),fn_acid_precipitation_62(X))
& has_part_2(fn_acid_precipitation_47(X),fn_acid_precipitation_48(X))
& has_part_2(fn_acid_precipitation_43(X),fn_acid_precipitation_40(X))
& has_part_2(fn_acid_precipitation_59(X),fn_acid_precipitation_17(X))
& intensity_2(fn_acid_precipitation_26(X),'*strong')
& in_event_2(fn_acid_precipitation_61(X),fn_acid_precipitation_64(X))
& has_part_2(fn_acid_precipitation_24(X),fn_acid_precipitation_38(X))
& element_2(fn_acid_precipitation_21(X),fn_acid_precipitation_14(X))
& element_2(fn_acid_precipitation_21(X),fn_acid_precipitation_13(X))
& element_2(fn_acid_precipitation_21(X),fn_acid_precipitation_15(X))
& element_2(fn_acid_precipitation_21(X),fn_acid_precipitation_12(X))
& in_event_2(fn_acid_precipitation_62(X),fn_acid_precipitation_65(X))
& raw_material_2(fn_acid_precipitation_16(X),fn_acid_precipitation_17(X))
& has_part_2(fn_acid_precipitation_27(X),fn_acid_precipitation_32(X))
& same_type_2(fn_acid_precipitation_25(X),fn_acid_precipitation_32(X))
& same_type_2(fn_acid_precipitation_32(X),fn_acid_precipitation_25(X))
& result_2(fn_acid_precipitation_30(X),fn_acid_precipitation_37(X))
& result_2(fn_acid_precipitation_30(X),fn_acid_precipitation_33(X))
& has_part_2(fn_acid_precipitation_29(X),fn_acid_precipitation_31(X))
& subevent_2(fn_acid_precipitation_30(X),fn_acid_precipitation_64(X))
& recipient_2(fn_acid_precipitation_64(X),fn_acid_precipitation_66(X))
& recipient_2(fn_acid_precipitation_65(X),fn_acid_precipitation_66(X))
& subevent_2(fn_acid_precipitation_30(X),fn_acid_precipitation_65(X))
& result_2(fn_acid_precipitation_30(X),fn_acid_precipitation_28(X))
& raw_material_2(fn_acid_precipitation_30(X),fn_acid_precipitation_31(X))
& donor_2(fn_acid_precipitation_64(X),fn_acid_precipitation_31(X))
& object_2(fn_acid_precipitation_64(X),fn_acid_precipitation_63(X))
& object_2(fn_acid_precipitation_65(X),fn_acid_precipitation_63(X))
& donor_2(fn_acid_precipitation_65(X),fn_acid_precipitation_31(X))
& raw_material_2(fn_acid_precipitation_30(X),fn_acid_precipitation_66(X))
& fn_acid_precipitation_66(X) != fn_acid_precipitation_63(X)
& fn_acid_precipitation_63(X) != fn_acid_precipitation_31(X)
& fn_acid_precipitation_31(X) != fn_acid_precipitation_66(X)
& fn_acid_precipitation_66(X) != fn_acid_precipitation_31(X)
& fn_acid_precipitation_63(X) != fn_acid_precipitation_66(X)
& fn_acid_precipitation_31(X) != fn_acid_precipitation_63(X)
& base_2(fn_acid_precipitation_45(X),fn_acid_precipitation_43(X))
& first_subevent_2(X,fn_acid_precipitation_45(X))
& subevent_2(X,fn_acid_precipitation_45(X))
& subevent_2(X,fn_acid_precipitation_60(X))
& object_2(X,fn_acid_precipitation_23(X))
& has_part_2(fn_acid_precipitation_23(X),fn_acid_precipitation_44(X))
& result_2(fn_acid_precipitation_45(X),fn_acid_precipitation_44(X))
& next_event_2(fn_acid_precipitation_45(X),fn_acid_precipitation_60(X))
& object_2(fn_acid_precipitation_60(X),fn_acid_precipitation_23(X))
& fn_acid_precipitation_46(X) = fn_impair_1(fn_acid_precipitation_57(X))
& fn_acid_precipitation_32(X) = fn_make_contact_2(fn_acid_precipitation_26(X))
& fn_acid_precipitation_55(X) = fn_exergonic_reaction_11(fn_acid_precipitation_49(X))
& fn_acid_precipitation_42(X) = fn_chemical_reaction_2(fn_acid_precipitation_36(X))
& fn_acid_precipitation_41(X) = fn_chemical_reaction_2(fn_acid_precipitation_53(X))
& fn_acid_precipitation_37(X) = fn_chemical_reaction_2(fn_acid_precipitation_39(X))
& fn_acid_precipitation_40(X) = fn_chemical_reaction_2(fn_acid_precipitation_56(X))
& fn_acid_precipitation_33(X) = fn_chemical_reaction_2(fn_acid_precipitation_35(X))
& fn_acid_precipitation_42(X) = fn_chemical_reaction_2(fn_acid_precipitation_54(X))
& fn_acid_precipitation_44(X) = fn_dissolve_5(fn_acid_precipitation_51(X))
& fn_acid_precipitation_44(X) = fn_dissolve_5(fn_acid_precipitation_50(X))
& fn_acid_precipitation_22(X) = fn_impair_1(fn_acid_precipitation_18(X))
& fn_acid_precipitation_20(X) = fn_impair_1(fn_acid_precipitation_19(X))
& fn_acid_precipitation_32(X) = fn_chemical_reaction_1(fn_acid_precipitation_36(X))
& fn_acid_precipitation_38(X) = fn_chemical_reaction_1(fn_acid_precipitation_39(X))
& fn_acid_precipitation_34(X) = fn_chemical_reaction_1(fn_acid_precipitation_35(X))
& fn_acid_precipitation_48(X) = fn_redox_reaction_12(fn_acid_precipitation_49(X))
& fn_acid_precipitation_48(X) = fn_redox_reaction_16(fn_acid_precipitation_49(X))
& fn_acid_precipitation_48(X) = fn_exergonic_reaction_10(fn_acid_precipitation_49(X))
& fn_acid_precipitation_25(X) = fn_make_contact_1(fn_acid_precipitation_26(X))
& fn_acid_precipitation_52(X) = fn_dissolve_4(fn_acid_precipitation_51(X))
& fn_acid_precipitation_59(X) = fn_mixture_2(fn_acid_precipitation_58(X))
& fn_acid_precipitation_59(X) = fn_mixture_1(fn_acid_precipitation_58(X))
& fn_acid_precipitation_48(X) = fn_fossil_fuel_2(fn_acid_precipitation_47(X))
& fn_acid_precipitation_40(X) = fn_water_vapor_1(fn_acid_precipitation_43(X))
& fn_acid_precipitation_17(X) = fn_chemical_3(fn_acid_precipitation_59(X))
& fn_acid_precipitation_61(X) = fn_reduction_5(fn_acid_precipitation_64(X))
& fn_acid_precipitation_38(X) = fn_sulfuric_acid_1(fn_acid_precipitation_24(X))
& fn_acid_precipitation_14(X) = fn_biome_2(fn_acid_precipitation_21(X))
& fn_acid_precipitation_13(X) = fn_biome_1(fn_acid_precipitation_21(X))
& fn_acid_precipitation_15(X) = fn_biome_4(fn_acid_precipitation_21(X))
& fn_acid_precipitation_12(X) = fn_biome_3(fn_acid_precipitation_21(X))
& fn_acid_precipitation_62(X) = fn_oxidation_8(fn_acid_precipitation_65(X))
& fn_acid_precipitation_17(X) = fn_chemical_reaction_2(fn_acid_precipitation_16(X))
& fn_acid_precipitation_25(X) = fn_weak_acid_7(fn_acid_precipitation_27(X))
& fn_acid_precipitation_32(X) = fn_acid_5(fn_acid_precipitation_27(X))
& fn_acid_precipitation_32(X) = fn_carbonic_acid_2(fn_acid_precipitation_27(X))
& fn_acid_precipitation_32(X) = fn_weak_acid_3(fn_acid_precipitation_27(X))
& fn_acid_precipitation_37(X) = fn_exergonic_reaction_11(fn_acid_precipitation_30(X))
& fn_acid_precipitation_37(X) = fn_combustion_of_fossil_fuel_1(fn_acid_precipitation_30(X))
& fn_acid_precipitation_33(X) = fn_combustion_of_fossil_fuel_2(fn_acid_precipitation_30(X))
& fn_acid_precipitation_29(X) = fn_combustion_of_fossil_fuel_14(fn_acid_precipitation_30(X))
& fn_acid_precipitation_28(X) = fn_combustion_of_fossil_fuel_4(fn_acid_precipitation_30(X))
& fn_acid_precipitation_65(X) = fn_combustion_of_fossil_fuel_16(fn_acid_precipitation_30(X))
& fn_acid_precipitation_64(X) = fn_combustion_of_fossil_fuel_15(fn_acid_precipitation_30(X))
& fn_acid_precipitation_31(X) = fn_reduction_1(fn_acid_precipitation_64(X))
& fn_acid_precipitation_31(X) = fn_oxidation_10(fn_acid_precipitation_65(X))
& fn_acid_precipitation_31(X) = fn_redox_reaction_16(fn_acid_precipitation_30(X))
& fn_acid_precipitation_66(X) = fn_reduction_3(fn_acid_precipitation_64(X))
& fn_acid_precipitation_63(X) = fn_reduction_4(fn_acid_precipitation_64(X))
& fn_acid_precipitation_66(X) = fn_oxidation_7(fn_acid_precipitation_65(X))
& fn_acid_precipitation_63(X) = fn_oxidation_9(fn_acid_precipitation_65(X))
& fn_acid_precipitation_66(X) = fn_redox_reaction_12(fn_acid_precipitation_30(X))
& fn_acid_precipitation_63(X) = fn_redox_reaction_7(fn_acid_precipitation_30(X))
& fn_acid_precipitation_63(X) = fn_combustion_of_fossil_fuel_11(fn_acid_precipitation_30(X))
& fn_acid_precipitation_31(X) = fn_combustion_of_fossil_fuel_10(fn_acid_precipitation_30(X))
& fn_acid_precipitation_66(X) = fn_combustion_of_fossil_fuel_9(fn_acid_precipitation_30(X))
& fn_acid_precipitation_43(X) = fn_precipitation_5(X)
& fn_acid_precipitation_60(X) = fn_precipitation_4(X)
& fn_acid_precipitation_45(X) = fn_precipitation_3(X)
& fn_acid_precipitation_44(X) = fn_precipitation_6(X)
& fn_acid_precipitation_23(X) = fn_precipitation_7(X)
& fn_redox_reaction_12(fn_acid_precipitation_49(X)) = fn_redox_reaction_16(fn_acid_precipitation_49(X))
& fn_redox_reaction_16(fn_acid_precipitation_49(X)) = fn_redox_reaction_16(fn_acid_precipitation_49(X))
& fn_redox_reaction_16(fn_acid_precipitation_49(X)) = fn_exergonic_reaction_10(fn_acid_precipitation_49(X))
& fn_exergonic_reaction_10(fn_acid_precipitation_49(X)) = fn_exergonic_reaction_10(fn_acid_precipitation_49(X))
& fn_exergonic_reaction_10(fn_acid_precipitation_49(X)) = fn_fossil_fuel_2(fn_acid_precipitation_47(X))
& fn_fossil_fuel_2(fn_acid_precipitation_47(X)) = fn_chemical_reaction_2(fn_acid_precipitation_56(X))
& fn_chemical_reaction_2(fn_acid_precipitation_56(X)) = fn_water_vapor_1(fn_acid_precipitation_43(X))
& fn_water_vapor_1(fn_acid_precipitation_43(X)) = fn_mixture_2(fn_acid_precipitation_58(X))
& fn_mixture_2(fn_acid_precipitation_58(X)) = fn_mixture_1(fn_acid_precipitation_58(X))
& fn_mixture_1(fn_acid_precipitation_58(X)) = fn_chemical_reaction_1(fn_acid_precipitation_39(X))
& fn_chemical_reaction_1(fn_acid_precipitation_39(X)) = fn_sulfuric_acid_1(fn_acid_precipitation_24(X))
& fn_sulfuric_acid_1(fn_acid_precipitation_24(X)) = fn_chemical_3(fn_acid_precipitation_59(X))
& fn_chemical_3(fn_acid_precipitation_59(X)) = fn_chemical_reaction_2(fn_acid_precipitation_16(X))
& fn_chemical_reaction_2(fn_acid_precipitation_16(X)) = fn_make_contact_1(fn_acid_precipitation_26(X))
& fn_make_contact_1(fn_acid_precipitation_26(X)) = fn_weak_acid_7(fn_acid_precipitation_27(X))
& fn_weak_acid_7(fn_acid_precipitation_27(X)) = fn_weak_acid_7(fn_acid_precipitation_27(X))
& fn_weak_acid_7(fn_acid_precipitation_27(X)) = fn_make_contact_2(fn_acid_precipitation_26(X))
& fn_make_contact_2(fn_acid_precipitation_26(X)) = fn_chemical_reaction_1(fn_acid_precipitation_36(X))
& fn_chemical_reaction_1(fn_acid_precipitation_36(X)) = fn_chemical_reaction_1(fn_acid_precipitation_36(X))
& fn_chemical_reaction_1(fn_acid_precipitation_36(X)) = fn_acid_5(fn_acid_precipitation_27(X))
& fn_acid_5(fn_acid_precipitation_27(X)) = fn_acid_5(fn_acid_precipitation_27(X))
& fn_acid_5(fn_acid_precipitation_27(X)) = fn_carbonic_acid_2(fn_acid_precipitation_27(X))
& fn_weak_acid_3(fn_acid_precipitation_27(X)) = fn_weak_acid_3(fn_acid_precipitation_27(X))
& fn_weak_acid_3(fn_acid_precipitation_27(X)) = fn_carbonic_acid_2(fn_acid_precipitation_27(X))
& fn_carbonic_acid_2(fn_acid_precipitation_27(X)) = fn_weak_acid_3(fn_acid_precipitation_27(X))
& fn_weak_acid_3(fn_acid_precipitation_27(X)) = fn_chemical_reaction_2(fn_acid_precipitation_39(X))
& fn_chemical_reaction_2(fn_acid_precipitation_39(X)) = fn_exergonic_reaction_11(fn_acid_precipitation_30(X))
& fn_exergonic_reaction_11(fn_acid_precipitation_30(X)) = fn_chemical_reaction_2(fn_acid_precipitation_39(X))
& fn_chemical_reaction_2(fn_acid_precipitation_39(X)) = fn_combustion_of_fossil_fuel_1(fn_acid_precipitation_30(X))
& fn_combustion_of_fossil_fuel_1(fn_acid_precipitation_30(X)) = fn_chemical_reaction_2(fn_acid_precipitation_35(X))
& fn_chemical_reaction_2(fn_acid_precipitation_35(X)) = fn_combustion_of_fossil_fuel_2(fn_acid_precipitation_30(X))
& fn_combustion_of_fossil_fuel_2(fn_acid_precipitation_30(X)) = fn_oxidation_9(fn_acid_precipitation_65(X))
& fn_reduction_4(fn_acid_precipitation_64(X)) = fn_reduction_4(fn_acid_precipitation_64(X))
& fn_oxidation_9(fn_acid_precipitation_65(X)) = fn_reduction_4(fn_acid_precipitation_64(X))
& fn_reduction_4(fn_acid_precipitation_64(X)) = fn_oxidation_9(fn_acid_precipitation_65(X))
& fn_oxidation_9(fn_acid_precipitation_65(X)) = fn_oxidation_9(fn_acid_precipitation_65(X))
& fn_redox_reaction_7(fn_acid_precipitation_30(X)) = fn_oxidation_9(fn_acid_precipitation_65(X))
& fn_oxidation_9(fn_acid_precipitation_65(X)) = fn_redox_reaction_7(fn_acid_precipitation_30(X))
& fn_combustion_of_fossil_fuel_11(fn_acid_precipitation_30(X)) = fn_combustion_of_fossil_fuel_11(fn_acid_precipitation_30(X))
& fn_combustion_of_fossil_fuel_11(fn_acid_precipitation_30(X)) = fn_redox_reaction_7(fn_acid_precipitation_30(X))
& fn_redox_reaction_7(fn_acid_precipitation_30(X)) = fn_combustion_of_fossil_fuel_11(fn_acid_precipitation_30(X))
& fn_combustion_of_fossil_fuel_11(fn_acid_precipitation_30(X)) = fn_reduction_1(fn_acid_precipitation_64(X))
& fn_oxidation_10(fn_acid_precipitation_65(X)) = fn_reduction_1(fn_acid_precipitation_64(X))
& fn_reduction_1(fn_acid_precipitation_64(X)) = fn_reduction_1(fn_acid_precipitation_64(X))
& fn_reduction_1(fn_acid_precipitation_64(X)) = fn_oxidation_10(fn_acid_precipitation_65(X))
& fn_oxidation_10(fn_acid_precipitation_65(X)) = fn_oxidation_10(fn_acid_precipitation_65(X))
& fn_redox_reaction_16(fn_acid_precipitation_30(X)) = fn_oxidation_10(fn_acid_precipitation_65(X))
& fn_oxidation_10(fn_acid_precipitation_65(X)) = fn_redox_reaction_16(fn_acid_precipitation_30(X))
& fn_combustion_of_fossil_fuel_10(fn_acid_precipitation_30(X)) = fn_redox_reaction_16(fn_acid_precipitation_30(X))
& fn_redox_reaction_16(fn_acid_precipitation_30(X)) = fn_combustion_of_fossil_fuel_10(fn_acid_precipitation_30(X))
& fn_combustion_of_fossil_fuel_10(fn_acid_precipitation_30(X)) = fn_combustion_of_fossil_fuel_10(fn_acid_precipitation_30(X))
& fn_combustion_of_fossil_fuel_10(fn_acid_precipitation_30(X)) = fn_oxidation_7(fn_acid_precipitation_65(X))
& fn_oxidation_7(fn_acid_precipitation_65(X)) = fn_reduction_3(fn_acid_precipitation_64(X))
& fn_reduction_3(fn_acid_precipitation_64(X)) = fn_reduction_3(fn_acid_precipitation_64(X))
& fn_reduction_3(fn_acid_precipitation_64(X)) = fn_oxidation_7(fn_acid_precipitation_65(X))
& fn_oxidation_7(fn_acid_precipitation_65(X)) = fn_oxidation_7(fn_acid_precipitation_65(X))
& fn_oxidation_7(fn_acid_precipitation_65(X)) = fn_redox_reaction_12(fn_acid_precipitation_30(X))
& fn_combustion_of_fossil_fuel_9(fn_acid_precipitation_30(X)) = fn_redox_reaction_12(fn_acid_precipitation_30(X))
& fn_redox_reaction_12(fn_acid_precipitation_30(X)) = fn_combustion_of_fossil_fuel_9(fn_acid_precipitation_30(X))
& fn_combustion_of_fossil_fuel_9(fn_acid_precipitation_30(X)) = fn_combustion_of_fossil_fuel_9(fn_acid_precipitation_30(X))
& fn_combustion_of_fossil_fuel_9(fn_acid_precipitation_30(X)) = fn_dissolve_5(fn_acid_precipitation_51(X))
& fn_dissolve_5(fn_acid_precipitation_51(X)) = fn_dissolve_5(fn_acid_precipitation_50(X))
& fn_dissolve_5(fn_acid_precipitation_50(X)) = fn_precipitation_6(X)
& fn_precipitation_6(X) = fn_precipitation_6(X) ) ) ).
fof(a527245,axiom,
! [X] :
( acid_reflux_1(X)
=> ( original_name_2(X,'Acid-Reflux')
& user_description_2(X,'Potentially painful condition in which acid chyme from the stomach backflows into the lower end of the esophagus.')
& concept2words_2(X,'reflux of acid')
& concept2words_2(X,'acid reflux')
& concept2words_2(X,'acid-reflux')
& animal_process_1(X)
& angle_value_1(fn_acid_reflux_2(X))
& move_1(fn_acid_reflux_3(X))
& stomach_1(fn_acid_reflux_4(X))
& esophagus_1(fn_acid_reflux_5(X))
& the_scalar_value_2(fn_acid_reflux_2(X),backward_0)
& scalar_unit_class_2(fn_acid_reflux_2(X),move_0)
& direction_2(fn_acid_reflux_3(X),fn_acid_reflux_2(X))
& origin_2(fn_acid_reflux_3(X),fn_acid_reflux_4(X))
& destination_2(fn_acid_reflux_3(X),fn_acid_reflux_5(X))
& subevent_2(X,fn_acid_reflux_3(X)) ) ) ).
fof(a527246,axiom,
! [X] :
( acid_role_1(X)
=> ( original_name_2(X,'Acid-Role')
& concept2words_2(X,'role of acid')
& concept2words_2(X,'acid role')
& concept2words_2(X,'acid-role')
& role_1(X) ) ) ).
fof(a527247,axiom,
! [X] :
( acidic_amino_acid_1(X)
=> ( original_name_2(X,'Acidic-Amino-Acid')
& user_description_2(X,'Amino acids which carry an overall negative charge due to the presence of negatively charged side chain.')
& concept2words_2(X,'negatively charged amino acid')
& concept2words_2(X,'negatively-charged-amino-acid')
& concept2words_2(X,'acidic amino acid')
& concept2words_2(X,'acidic-amino-acid')
& electrically_charged_amino_acid_1(X)
& negatively_charged_region_1(fn_acidic_amino_acid_1(X))
& valence_electron_1(fn_acidic_amino_acid_2(X))
& kinetic_energy_1(fn_acidic_amino_acid_6(X))
& end_1(fn_acidic_amino_acid_7(X))
& constant_motion_1(fn_acidic_amino_acid_8(X))
& charge_value_1(fn_acidic_amino_acid_9(X))
& speed_value_1(fn_acidic_amino_acid_10(X))
& quantity_value_1(fn_acidic_amino_acid_11(X))
& share_1(fn_acidic_amino_acid_12(X))
& hold_together_1(fn_acidic_amino_acid_13(X))
& hold_1(fn_acidic_amino_acid_14(X))
& hold_together_1(fn_acidic_amino_acid_14(X))
& hold_1(fn_acidic_amino_acid_15(X))
& hold_together_1(fn_acidic_amino_acid_15(X))
& hold_together_1(fn_acidic_amino_acid_16(X))
& hold_together_1(fn_acidic_amino_acid_17(X))
& hold_together_1(fn_acidic_amino_acid_18(X))
& hold_together_1(fn_acidic_amino_acid_19(X))
& share_1(fn_acidic_amino_acid_20(X))
& share_1(fn_acidic_amino_acid_21(X))
& share_1(fn_acidic_amino_acid_22(X))
& share_1(fn_acidic_amino_acid_23(X))
& share_1(fn_acidic_amino_acid_24(X))
& share_1(fn_acidic_amino_acid_25(X))
& share_1(fn_acidic_amino_acid_26(X))
& share_1(fn_acidic_amino_acid_27(X))
& share_1(fn_acidic_amino_acid_28(X))
& valence_electron_1(fn_acidic_amino_acid_29(X))
& valence_electron_1(fn_acidic_amino_acid_30(X))
& tangible_entity_1(fn_acidic_amino_acid_31(X))
& electron_1(fn_acidic_amino_acid_31(X))
& entity_1(fn_acidic_amino_acid_31(X))
& valence_electron_1(fn_acidic_amino_acid_31(X))
& share_1(fn_acidic_amino_acid_32(X))
& valence_electron_1(fn_acidic_amino_acid_33(X))
& share_1(fn_acidic_amino_acid_34(X))
& share_1(fn_acidic_amino_acid_35(X))
& hold_together_1(fn_acidic_amino_acid_36(X))
& electron_shell_1(fn_acidic_amino_acid_37(X))
& electron_shell_1(fn_acidic_amino_acid_38(X))
& electron_shell_1(fn_acidic_amino_acid_39(X))
& valence_electron_1(fn_acidic_amino_acid_40(X))
& polar_side_chain_1(fn_acidic_amino_acid_41(X))
& amino_group_1(fn_acidic_amino_acid_42(X))
& carboxyl_group_1(fn_acidic_amino_acid_43(X))
& carbon_skeleton_1(fn_acidic_amino_acid_44(X))
& covalent_bond_1(fn_acidic_amino_acid_45(X))
& single_bond_1(fn_acidic_amino_acid_45(X))
& chemical_entity_1(fn_acidic_amino_acid_46(X))
& tangible_entity_1(fn_acidic_amino_acid_46(X))
& entity_1(fn_acidic_amino_acid_46(X))
& atom_1(fn_acidic_amino_acid_46(X))
& nitrogen_1(fn_acidic_amino_acid_46(X))
& tangible_entity_1(fn_acidic_amino_acid_47(X))
& entity_1(fn_acidic_amino_acid_47(X))
& chemical_entity_1(fn_acidic_amino_acid_47(X))
& atom_1(fn_acidic_amino_acid_47(X))
& hydrogen_1(fn_acidic_amino_acid_47(X))
& tangible_entity_1(fn_acidic_amino_acid_48(X))
& atom_1(fn_acidic_amino_acid_48(X))
& entity_1(fn_acidic_amino_acid_48(X))
& oxygen_1(fn_acidic_amino_acid_48(X))
& entity_1(fn_acidic_amino_acid_49(X))
& chemical_entity_1(fn_acidic_amino_acid_49(X))
& atom_1(fn_acidic_amino_acid_49(X))
& hydrogen_1(fn_acidic_amino_acid_49(X))
& tangible_entity_1(fn_acidic_amino_acid_50(X))
& entity_1(fn_acidic_amino_acid_50(X))
& chemical_entity_1(fn_acidic_amino_acid_50(X))
& atom_1(fn_acidic_amino_acid_50(X))
& carbon_1(fn_acidic_amino_acid_50(X))
& electron_shell_1(fn_acidic_amino_acid_51(X))
& electron_shell_1(fn_acidic_amino_acid_52(X))
& hold_1(fn_acidic_amino_acid_53(X))
& hold_together_1(fn_acidic_amino_acid_53(X))
& hold_together_1(fn_acidic_amino_acid_54(X))
& hold_together_1(fn_acidic_amino_acid_55(X))
& share_1(fn_acidic_amino_acid_56(X))
& tangible_entity_1(fn_acidic_amino_acid_57(X))
& atom_1(fn_acidic_amino_acid_57(X))
& entity_1(fn_acidic_amino_acid_57(X))
& oxygen_1(fn_acidic_amino_acid_57(X))
& entity_1(fn_acidic_amino_acid_58(X))
& tangible_entity_1(fn_acidic_amino_acid_58(X))
& electron_1(fn_acidic_amino_acid_58(X))
& valence_electron_1(fn_acidic_amino_acid_58(X))
& hold_together_1(fn_acidic_amino_acid_59(X))
& share_1(fn_acidic_amino_acid_60(X))
& share_1(fn_acidic_amino_acid_61(X))
& share_1(fn_acidic_amino_acid_62(X))
& share_1(fn_acidic_amino_acid_63(X))
& valence_electron_1(fn_acidic_amino_acid_64(X))
& share_1(fn_acidic_amino_acid_65(X))
& share_1(fn_acidic_amino_acid_66(X))
& hold_together_1(fn_acidic_amino_acid_67(X))
& hold_together_1(fn_acidic_amino_acid_68(X))
& hold_1(fn_acidic_amino_acid_69(X))
& hold_together_1(fn_acidic_amino_acid_69(X))
& hold_1(fn_acidic_amino_acid_70(X))
& hold_together_1(fn_acidic_amino_acid_70(X))
& atomic_nucleus_1(fn_acidic_amino_acid_71(X))
& valence_electron_1(fn_acidic_amino_acid_72(X))
& atomic_nucleus_1(fn_acidic_amino_acid_73(X))
& share_1(fn_acidic_amino_acid_74(X))
& entity_1(fn_share_2(fn_acidic_amino_acid_34(X)))
& entity_1(fn_share_2(fn_acidic_amino_acid_28(X)))
& entity_1(fn_share_2(fn_acidic_amino_acid_35(X)))
& entity_1(fn_share_2(fn_acidic_amino_acid_27(X)))
& entity_1(fn_share_2(fn_acidic_amino_acid_56(X)))
& entity_1(fn_share_2(fn_acidic_amino_acid_26(X)))
& entity_1(fn_share_2(fn_acidic_amino_acid_62(X)))
& entity_1(fn_share_2(fn_acidic_amino_acid_25(X)))
& entity_1(fn_share_2(fn_acidic_amino_acid_63(X)))
& entity_1(fn_share_2(fn_acidic_amino_acid_24(X)))
& entity_1(fn_share_2(fn_acidic_amino_acid_65(X)))
& entity_1(fn_share_2(fn_acidic_amino_acid_23(X)))
& electron_shell_1(fn_atom_9(fn_acidic_amino_acid_57(X)))
& electron_shell_1(fn_atom_9(fn_acidic_amino_acid_48(X)))
& electron_shell_1(fn_covalent_bond_11(fn_acidic_amino_acid_45(X)))
& hold_together_1(fn_covalent_bond_14(fn_acidic_amino_acid_45(X)))
& entity_1(fn_share_3(fn_acidic_amino_acid_34(X)))
& entity_1(fn_share_1(fn_acidic_amino_acid_61(X)))
& entity_1(fn_share_1(fn_acidic_amino_acid_27(X)))
& entity_1(fn_share_1(fn_acidic_amino_acid_63(X)))
& tangible_entity_1(fn_hold_2(fn_acidic_amino_acid_19(X)))
& tangible_entity_1(fn_hold_2(fn_acidic_amino_acid_59(X)))
& tangible_entity_1(fn_hold_2(fn_acidic_amino_acid_14(X)))
& tangible_entity_1(fn_hold_2(fn_acidic_amino_acid_70(X)))
& entity_1(fn_share_3(fn_acidic_amino_acid_56(X)))
& entity_1(fn_share_3(fn_acidic_amino_acid_26(X)))
& entity_1(fn_share_3(fn_acidic_amino_acid_65(X)))
& tangible_entity_1(fn_hold_2(fn_acidic_amino_acid_55(X)))
& tangible_entity_1(fn_hold_2(fn_acidic_amino_acid_16(X)))
& entity_1(fn_share_1(fn_acidic_amino_acid_24(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_acidic_amino_acid_45(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_acidic_amino_acid_45(X)))
& entity_1(fn_share_3(fn_acidic_amino_acid_32(X)))
& entity_1(fn_share_3(fn_acidic_amino_acid_74(X)))
& entity_1(fn_share_1(fn_acidic_amino_acid_32(X)))
& entity_1(fn_share_1(fn_acidic_amino_acid_74(X)))
& tangible_entity_1(fn_hold_2(fn_acidic_amino_acid_53(X)))
& share_1(fn_covalent_bond_17(fn_acidic_amino_acid_45(X)))
& valence_electron_1(fn_covalent_bond_15(fn_acidic_amino_acid_45(X)))
& valence_electron_1(fn_covalent_bond_18(fn_acidic_amino_acid_45(X)))
& tangible_entity_1(fn_hold_2(fn_acidic_amino_acid_15(X)))
& entity_1(fn_covalent_bond_20(fn_acidic_amino_acid_45(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_acidic_amino_acid_45(X)))
& atom_1(fn_covalent_bond_20(fn_acidic_amino_acid_45(X)))
& entity_1(fn_covalent_bond_19(fn_acidic_amino_acid_45(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_acidic_amino_acid_45(X)))
& atom_1(fn_covalent_bond_19(fn_acidic_amino_acid_45(X)))
& entity_1(fn_share_1(fn_acidic_amino_acid_35(X)))
& entity_1(fn_share_1(fn_acidic_amino_acid_34(X)))
& entity_1(fn_share_1(fn_acidic_amino_acid_56(X)))
& entity_1(fn_share_1(fn_acidic_amino_acid_28(X)))
& entity_1(fn_share_1(fn_acidic_amino_acid_62(X)))
& entity_1(fn_share_1(fn_acidic_amino_acid_26(X)))
& entity_1(fn_share_1(fn_acidic_amino_acid_25(X)))
& entity_1(fn_share_1(fn_acidic_amino_acid_65(X)))
& entity_1(fn_share_3(fn_acidic_amino_acid_35(X)))
& entity_1(fn_share_3(fn_acidic_amino_acid_61(X)))
& entity_1(fn_share_3(fn_acidic_amino_acid_28(X)))
& entity_1(fn_share_3(fn_acidic_amino_acid_27(X)))
& entity_1(fn_share_3(fn_acidic_amino_acid_62(X)))
& entity_1(fn_share_3(fn_acidic_amino_acid_63(X)))
& entity_1(fn_share_3(fn_acidic_amino_acid_25(X)))
& entity_1(fn_share_3(fn_acidic_amino_acid_24(X)))
& tangible_entity_1(fn_hold_2(fn_acidic_amino_acid_36(X)))
& tangible_entity_1(fn_hold_2(fn_acidic_amino_acid_54(X)))
& tangible_entity_1(fn_hold_2(fn_acidic_amino_acid_18(X)))
& tangible_entity_1(fn_hold_2(fn_acidic_amino_acid_17(X)))
& tangible_entity_1(fn_hold_2(fn_acidic_amino_acid_67(X)))
& tangible_entity_1(fn_hold_2(fn_acidic_amino_acid_68(X)))
& object_2(fn_acidic_amino_acid_68(X),fn_acidic_amino_acid_57(X))
& object_2(fn_acidic_amino_acid_67(X),fn_acidic_amino_acid_57(X))
& object_2(fn_acidic_amino_acid_59(X),fn_acidic_amino_acid_50(X))
& object_2(fn_acidic_amino_acid_56(X),fn_acidic_amino_acid_2(X))
& object_2(fn_acidic_amino_acid_55(X),fn_acidic_amino_acid_48(X))
& object_2(fn_acidic_amino_acid_55(X),fn_acidic_amino_acid_50(X))
& object_2(fn_acidic_amino_acid_55(X),fn_acidic_amino_acid_47(X))
& object_2(fn_acidic_amino_acid_54(X),fn_acidic_amino_acid_57(X))
& object_2(fn_acidic_amino_acid_53(X),fn_acidic_amino_acid_47(X))
& exactCardinality(X,has_region_0,"2",carboxyl_group_0)
& has_region_2(X,fn_acidic_amino_acid_1(X))
& is_inside_2(fn_acidic_amino_acid_1(X),fn_acidic_amino_acid_41(X))
& fn_acidic_amino_acid_2(X) != fn_acidic_amino_acid_40(X)
& fn_acidic_amino_acid_40(X) != fn_acidic_amino_acid_2(X)
& fn_acidic_amino_acid_39(X) != fn_acidic_amino_acid_38(X)
& fn_acidic_amino_acid_39(X) != fn_acidic_amino_acid_37(X)
& fn_acidic_amino_acid_38(X) != fn_acidic_amino_acid_39(X)
& fn_acidic_amino_acid_37(X) != fn_acidic_amino_acid_39(X)
& object_2(fn_acidic_amino_acid_36(X),fn_acidic_amino_acid_48(X))
& object_2(fn_acidic_amino_acid_34(X),fn_acidic_amino_acid_2(X))
& object_2(fn_acidic_amino_acid_19(X),fn_acidic_amino_acid_50(X))
& object_2(fn_acidic_amino_acid_18(X),fn_acidic_amino_acid_57(X))
& object_2(fn_acidic_amino_acid_17(X),fn_acidic_amino_acid_48(X))
& object_2(fn_acidic_amino_acid_16(X),fn_acidic_amino_acid_50(X))
& object_2(fn_acidic_amino_acid_15(X),fn_acidic_amino_acid_48(X))
& the_categorical_value_2(fn_acidic_amino_acid_9(X),partial_negative_0)
& object_2(fn_acidic_amino_acid_34(X),fn_acidic_amino_acid_40(X))
& object_2(fn_acidic_amino_acid_28(X),fn_acidic_amino_acid_29(X))
& object_2(fn_acidic_amino_acid_35(X),fn_acidic_amino_acid_40(X))
& object_2(fn_acidic_amino_acid_27(X),fn_acidic_amino_acid_29(X))
& object_2(fn_acidic_amino_acid_56(X),fn_acidic_amino_acid_40(X))
& object_2(fn_acidic_amino_acid_26(X),fn_acidic_amino_acid_29(X))
& object_2(fn_acidic_amino_acid_62(X),fn_acidic_amino_acid_64(X))
& object_2(fn_acidic_amino_acid_25(X),fn_acidic_amino_acid_30(X))
& object_2(fn_acidic_amino_acid_63(X),fn_acidic_amino_acid_64(X))
& object_2(fn_acidic_amino_acid_24(X),fn_acidic_amino_acid_30(X))
& object_2(fn_acidic_amino_acid_65(X),fn_acidic_amino_acid_64(X))
& object_2(fn_acidic_amino_acid_23(X),fn_acidic_amino_acid_30(X))
& agent_2(fn_acidic_amino_acid_35(X),fn_acidic_amino_acid_50(X))
& agent_2(fn_acidic_amino_acid_34(X),fn_acidic_amino_acid_48(X))
& agent_2(fn_acidic_amino_acid_56(X),fn_acidic_amino_acid_57(X))
& agent_2(fn_acidic_amino_acid_34(X),fn_acidic_amino_acid_50(X))
& agent_2(fn_acidic_amino_acid_56(X),fn_acidic_amino_acid_50(X))
& agent_2(fn_acidic_amino_acid_32(X),fn_acidic_amino_acid_46(X))
& agent_2(fn_acidic_amino_acid_61(X),fn_acidic_amino_acid_50(X))
& agent_2(fn_acidic_amino_acid_28(X),fn_acidic_amino_acid_50(X))
& agent_2(fn_acidic_amino_acid_61(X),fn_acidic_amino_acid_48(X))
& agent_2(fn_acidic_amino_acid_27(X),fn_acidic_amino_acid_50(X))
& agent_2(fn_acidic_amino_acid_62(X),fn_acidic_amino_acid_50(X))
& agent_2(fn_acidic_amino_acid_27(X),fn_acidic_amino_acid_48(X))
& agent_2(fn_acidic_amino_acid_63(X),fn_acidic_amino_acid_50(X))
& agent_2(fn_acidic_amino_acid_26(X),fn_acidic_amino_acid_57(X))
& agent_2(fn_acidic_amino_acid_63(X),fn_acidic_amino_acid_48(X))
& agent_2(fn_acidic_amino_acid_26(X),fn_acidic_amino_acid_50(X))
& agent_2(fn_acidic_amino_acid_65(X),fn_acidic_amino_acid_57(X))
& agent_2(fn_acidic_amino_acid_25(X),fn_acidic_amino_acid_50(X))
& agent_2(fn_acidic_amino_acid_65(X),fn_acidic_amino_acid_50(X))
& agent_2(fn_acidic_amino_acid_24(X),fn_acidic_amino_acid_50(X))
& agent_2(fn_acidic_amino_acid_74(X),fn_acidic_amino_acid_46(X))
& object_2(fn_acidic_amino_acid_36(X),fn_acidic_amino_acid_50(X))
& object_2(fn_acidic_amino_acid_53(X),fn_acidic_amino_acid_46(X))
& object_2(fn_acidic_amino_acid_19(X),fn_acidic_amino_acid_48(X))
& object_2(fn_acidic_amino_acid_54(X),fn_acidic_amino_acid_50(X))
& object_2(fn_acidic_amino_acid_18(X),fn_acidic_amino_acid_50(X))
& object_2(fn_acidic_amino_acid_55(X),fn_acidic_amino_acid_57(X))
& object_2(fn_acidic_amino_acid_17(X),fn_acidic_amino_acid_50(X))
& object_2(fn_acidic_amino_acid_59(X),fn_acidic_amino_acid_48(X))
& object_2(fn_acidic_amino_acid_16(X),fn_acidic_amino_acid_57(X))
& object_2(fn_acidic_amino_acid_67(X),fn_acidic_amino_acid_50(X))
& object_2(fn_acidic_amino_acid_15(X),fn_acidic_amino_acid_47(X))
& object_2(fn_acidic_amino_acid_68(X),fn_acidic_amino_acid_50(X))
& object_2(fn_acidic_amino_acid_14(X),fn_acidic_amino_acid_48(X))
& object_2(fn_acidic_amino_acid_70(X),fn_acidic_amino_acid_48(X))
& agent_2(fn_acidic_amino_acid_24(X),fn_acidic_amino_acid_57(X))
& fn_acidic_amino_acid_49(X) != fn_acidic_amino_acid_57(X)
& fn_acidic_amino_acid_57(X) != fn_acidic_amino_acid_49(X)
& has_region_2(fn_acidic_amino_acid_57(X),fn_acidic_amino_acid_39(X))
& has_region_2(fn_acidic_amino_acid_48(X),fn_acidic_amino_acid_39(X))
& has_region_2(X,fn_acidic_amino_acid_41(X))
& agent_2(fn_acidic_amino_acid_32(X),fn_acidic_amino_acid_47(X))
& result_2(fn_acidic_amino_acid_74(X),fn_acidic_amino_acid_45(X))
& object_2(fn_acidic_amino_acid_14(X),fn_acidic_amino_acid_47(X))
& object_2(fn_acidic_amino_acid_13(X),fn_acidic_amino_acid_47(X))
& agent_2(fn_acidic_amino_acid_74(X),fn_acidic_amino_acid_47(X))
& object_2(fn_acidic_amino_acid_12(X),fn_acidic_amino_acid_33(X))
& object_2(fn_acidic_amino_acid_12(X),fn_acidic_amino_acid_72(X))
& charge_2(X,fn_acidic_amino_acid_9(X))
& has_function_2(fn_acidic_amino_acid_45(X),fn_acidic_amino_acid_53(X))
& agent_2(fn_acidic_amino_acid_53(X),fn_acidic_amino_acid_45(X))
& result_2(fn_acidic_amino_acid_32(X),fn_acidic_amino_acid_45(X))
& object_2(fn_acidic_amino_acid_32(X),fn_acidic_amino_acid_33(X))
& has_region_2(fn_acidic_amino_acid_47(X),fn_acidic_amino_acid_71(X))
& has_part_2(X,fn_acidic_amino_acid_57(X))
& object_2(fn_acidic_amino_acid_61(X),fn_acidic_amino_acid_58(X))
& object_2(fn_acidic_amino_acid_21(X),fn_acidic_amino_acid_31(X))
& fn_acidic_amino_acid_52(X) != fn_acidic_amino_acid_51(X)
& has_region_2(fn_acidic_amino_acid_47(X),fn_acidic_amino_acid_52(X))
& has_part_2(X,fn_acidic_amino_acid_47(X))
& has_part_2(X,fn_acidic_amino_acid_46(X))
& has_part_2(fn_acidic_amino_acid_46(X),fn_acidic_amino_acid_72(X))
& fn_acidic_amino_acid_51(X) != fn_acidic_amino_acid_52(X)
& has_part_2(X,fn_acidic_amino_acid_49(X))
& fn_acidic_amino_acid_49(X) != fn_acidic_amino_acid_47(X)
& is_inside_2(fn_acidic_amino_acid_47(X),fn_acidic_amino_acid_42(X))
& fn_acidic_amino_acid_46(X) != fn_acidic_amino_acid_49(X)
& fn_acidic_amino_acid_49(X) != fn_acidic_amino_acid_46(X)
& fn_acidic_amino_acid_47(X) != fn_acidic_amino_acid_49(X)
& object_2(fn_acidic_amino_acid_66(X),fn_acidic_amino_acid_58(X))
& object_2(fn_acidic_amino_acid_60(X),fn_acidic_amino_acid_58(X))
& agent_2(fn_acidic_amino_acid_60(X),fn_acidic_amino_acid_50(X))
& has_part_2(X,fn_acidic_amino_acid_50(X))
& agent_2(fn_acidic_amino_acid_23(X),fn_acidic_amino_acid_50(X))
& agent_2(fn_acidic_amino_acid_23(X),fn_acidic_amino_acid_48(X))
& has_part_2(X,fn_acidic_amino_acid_48(X))
& possesses_2(X,fn_acidic_amino_acid_45(X))
& is_between_2(fn_acidic_amino_acid_45(X),fn_acidic_amino_acid_46(X))
& agent_2(fn_acidic_amino_acid_66(X),fn_acidic_amino_acid_57(X))
& agent_2(fn_acidic_amino_acid_66(X),fn_acidic_amino_acid_50(X))
& agent_2(fn_acidic_amino_acid_22(X),fn_acidic_amino_acid_50(X))
& object_2(fn_acidic_amino_acid_22(X),fn_acidic_amino_acid_31(X))
& object_2(fn_acidic_amino_acid_20(X),fn_acidic_amino_acid_31(X))
& object_2(fn_acidic_amino_acid_15(X),fn_acidic_amino_acid_57(X))
& object_2(fn_acidic_amino_acid_15(X),fn_acidic_amino_acid_50(X))
& agent_2(fn_acidic_amino_acid_21(X),fn_acidic_amino_acid_50(X))
& agent_2(fn_acidic_amino_acid_21(X),fn_acidic_amino_acid_57(X))
& object_2(fn_acidic_amino_acid_13(X),fn_acidic_amino_acid_57(X))
& object_2(fn_acidic_amino_acid_69(X),fn_acidic_amino_acid_50(X))
& object_2(fn_acidic_amino_acid_69(X),fn_acidic_amino_acid_48(X))
& agent_2(fn_acidic_amino_acid_20(X),fn_acidic_amino_acid_48(X))
& agent_2(fn_acidic_amino_acid_20(X),fn_acidic_amino_acid_50(X))
& fn_acidic_amino_acid_50(X) != fn_acidic_amino_acid_49(X)
& fn_acidic_amino_acid_49(X) != fn_acidic_amino_acid_50(X)
& object_2(fn_acidic_amino_acid_14(X),fn_acidic_amino_acid_50(X))
& object_2(fn_acidic_amino_acid_14(X),fn_acidic_amino_acid_57(X))
& fn_acidic_amino_acid_57(X) != fn_acidic_amino_acid_50(X)
& fn_acidic_amino_acid_50(X) != fn_acidic_amino_acid_48(X)
& fn_acidic_amino_acid_48(X) != fn_acidic_amino_acid_49(X)
& fn_acidic_amino_acid_50(X) != fn_acidic_amino_acid_57(X)
& fn_acidic_amino_acid_48(X) != fn_acidic_amino_acid_50(X)
& fn_acidic_amino_acid_49(X) != fn_acidic_amino_acid_48(X)
& object_2(fn_acidic_amino_acid_69(X),fn_acidic_amino_acid_57(X))
& object_2(fn_acidic_amino_acid_69(X),fn_acidic_amino_acid_47(X))
& fn_acidic_amino_acid_47(X) != fn_acidic_amino_acid_50(X)
& fn_acidic_amino_acid_50(X) != fn_acidic_amino_acid_46(X)
& has_region_2(fn_acidic_amino_acid_46(X),fn_acidic_amino_acid_51(X))
& fn_acidic_amino_acid_50(X) != fn_acidic_amino_acid_47(X)
& fn_acidic_amino_acid_46(X) != fn_acidic_amino_acid_50(X)
& object_2(fn_acidic_amino_acid_13(X),fn_acidic_amino_acid_48(X))
& object_2(fn_acidic_amino_acid_13(X),fn_acidic_amino_acid_50(X))
& is_inside_2(fn_acidic_amino_acid_50(X),fn_acidic_amino_acid_43(X))
& is_inside_2(fn_acidic_amino_acid_57(X),fn_acidic_amino_acid_43(X))
& fn_acidic_amino_acid_57(X) != fn_acidic_amino_acid_48(X)
& fn_acidic_amino_acid_48(X) != fn_acidic_amino_acid_57(X)
& object_2(fn_acidic_amino_acid_70(X),fn_acidic_amino_acid_57(X))
& has_region_2(fn_acidic_amino_acid_57(X),fn_acidic_amino_acid_38(X))
& has_region_2(fn_acidic_amino_acid_48(X),fn_acidic_amino_acid_38(X))
& is_inside_2(fn_acidic_amino_acid_48(X),fn_acidic_amino_acid_43(X))
& is_inside_2(fn_acidic_amino_acid_49(X),fn_acidic_amino_acid_43(X))
& result_2(fn_acidic_amino_acid_12(X),fn_acidic_amino_acid_45(X))
& is_between_2(fn_acidic_amino_acid_45(X),fn_acidic_amino_acid_47(X))
& fn_acidic_amino_acid_47(X) != fn_acidic_amino_acid_46(X)
& has_region_2(fn_acidic_amino_acid_46(X),fn_acidic_amino_acid_73(X))
& is_near_2(fn_acidic_amino_acid_73(X),fn_acidic_amino_acid_72(X))
& fn_acidic_amino_acid_46(X) != fn_acidic_amino_acid_47(X)
& is_near_2(fn_acidic_amino_acid_72(X),fn_acidic_amino_acid_73(X))
& object_2(fn_acidic_amino_acid_74(X),fn_acidic_amino_acid_72(X))
& object_2(fn_acidic_amino_acid_74(X),fn_acidic_amino_acid_33(X))
& is_near_2(fn_acidic_amino_acid_33(X),fn_acidic_amino_acid_71(X))
& is_near_2(fn_acidic_amino_acid_71(X),fn_acidic_amino_acid_33(X))
& fn_acidic_amino_acid_73(X) != fn_acidic_amino_acid_71(X)
& fn_acidic_amino_acid_71(X) != fn_acidic_amino_acid_73(X)
& agent_2(fn_acidic_amino_acid_12(X),fn_acidic_amino_acid_47(X))
& agent_2(fn_acidic_amino_acid_12(X),fn_acidic_amino_acid_46(X))
& is_inside_2(fn_acidic_amino_acid_46(X),fn_acidic_amino_acid_42(X))
& has_region_2(X,fn_acidic_amino_acid_42(X))
& has_region_2(X,fn_acidic_amino_acid_43(X))
& object_2(fn_acidic_amino_acid_70(X),fn_acidic_amino_acid_50(X))
& object_2(fn_acidic_amino_acid_70(X),fn_acidic_amino_acid_47(X))
& has_part_2(fn_acidic_amino_acid_47(X),fn_acidic_amino_acid_33(X))
& fn_acidic_amino_acid_72(X) != fn_acidic_amino_acid_33(X)
& fn_acidic_amino_acid_33(X) != fn_acidic_amino_acid_72(X)
& has_region_2(X,fn_acidic_amino_acid_44(X))
& is_inside_2(fn_acidic_amino_acid_50(X),fn_acidic_amino_acid_44(X))
& has_region_2(fn_acidic_amino_acid_50(X),fn_acidic_amino_acid_37(X))
& fn_acidic_amino_acid_38(X) != fn_acidic_amino_acid_37(X)
& fn_acidic_amino_acid_37(X) != fn_acidic_amino_acid_38(X)
& fn_acidic_amino_acid_40(X) = fn_share_2(fn_acidic_amino_acid_34(X))
& fn_acidic_amino_acid_29(X) = fn_share_2(fn_acidic_amino_acid_28(X))
& fn_acidic_amino_acid_40(X) = fn_share_2(fn_acidic_amino_acid_35(X))
& fn_acidic_amino_acid_29(X) = fn_share_2(fn_acidic_amino_acid_27(X))
& fn_acidic_amino_acid_40(X) = fn_share_2(fn_acidic_amino_acid_56(X))
& fn_acidic_amino_acid_29(X) = fn_share_2(fn_acidic_amino_acid_26(X))
& fn_acidic_amino_acid_64(X) = fn_share_2(fn_acidic_amino_acid_62(X))
& fn_acidic_amino_acid_30(X) = fn_share_2(fn_acidic_amino_acid_25(X))
& fn_acidic_amino_acid_64(X) = fn_share_2(fn_acidic_amino_acid_63(X))
& fn_acidic_amino_acid_30(X) = fn_share_2(fn_acidic_amino_acid_24(X))
& fn_acidic_amino_acid_64(X) = fn_share_2(fn_acidic_amino_acid_65(X))
& fn_acidic_amino_acid_30(X) = fn_share_2(fn_acidic_amino_acid_23(X))
& fn_acidic_amino_acid_50(X) = fn_share_3(fn_acidic_amino_acid_35(X))
& fn_acidic_amino_acid_50(X) = fn_share_1(fn_acidic_amino_acid_35(X))
& fn_acidic_amino_acid_48(X) = fn_share_3(fn_acidic_amino_acid_34(X))
& fn_acidic_amino_acid_57(X) = fn_share_3(fn_acidic_amino_acid_56(X))
& fn_acidic_amino_acid_50(X) = fn_share_1(fn_acidic_amino_acid_34(X))
& fn_acidic_amino_acid_50(X) = fn_share_1(fn_acidic_amino_acid_56(X))
& fn_acidic_amino_acid_46(X) = fn_share_3(fn_acidic_amino_acid_32(X))
& fn_acidic_amino_acid_46(X) = fn_share_1(fn_acidic_amino_acid_32(X))
& fn_acidic_amino_acid_50(X) = fn_share_3(fn_acidic_amino_acid_61(X))
& fn_acidic_amino_acid_50(X) = fn_share_3(fn_acidic_amino_acid_28(X))
& fn_acidic_amino_acid_50(X) = fn_share_1(fn_acidic_amino_acid_28(X))
& fn_acidic_amino_acid_48(X) = fn_share_1(fn_acidic_amino_acid_61(X))
& fn_acidic_amino_acid_50(X) = fn_share_3(fn_acidic_amino_acid_27(X))
& fn_acidic_amino_acid_50(X) = fn_share_3(fn_acidic_amino_acid_62(X))
& fn_acidic_amino_acid_50(X) = fn_share_1(fn_acidic_amino_acid_62(X))
& fn_acidic_amino_acid_48(X) = fn_share_1(fn_acidic_amino_acid_27(X))
& fn_acidic_amino_acid_50(X) = fn_share_3(fn_acidic_amino_acid_63(X))
& fn_acidic_amino_acid_57(X) = fn_share_3(fn_acidic_amino_acid_26(X))
& fn_acidic_amino_acid_48(X) = fn_share_1(fn_acidic_amino_acid_63(X))
& fn_acidic_amino_acid_50(X) = fn_share_1(fn_acidic_amino_acid_26(X))
& fn_acidic_amino_acid_57(X) = fn_share_3(fn_acidic_amino_acid_65(X))
& fn_acidic_amino_acid_50(X) = fn_share_3(fn_acidic_amino_acid_25(X))
& fn_acidic_amino_acid_50(X) = fn_share_1(fn_acidic_amino_acid_25(X))
& fn_acidic_amino_acid_50(X) = fn_share_1(fn_acidic_amino_acid_65(X))
& fn_acidic_amino_acid_50(X) = fn_share_3(fn_acidic_amino_acid_24(X))
& fn_acidic_amino_acid_46(X) = fn_share_3(fn_acidic_amino_acid_74(X))
& fn_acidic_amino_acid_46(X) = fn_share_1(fn_acidic_amino_acid_74(X))
& fn_acidic_amino_acid_50(X) = fn_hold_2(fn_acidic_amino_acid_36(X))
& fn_acidic_amino_acid_46(X) = fn_hold_2(fn_acidic_amino_acid_53(X))
& fn_acidic_amino_acid_48(X) = fn_hold_2(fn_acidic_amino_acid_19(X))
& fn_acidic_amino_acid_50(X) = fn_hold_2(fn_acidic_amino_acid_54(X))
& fn_acidic_amino_acid_50(X) = fn_hold_2(fn_acidic_amino_acid_18(X))
& fn_acidic_amino_acid_57(X) = fn_hold_2(fn_acidic_amino_acid_55(X))
& fn_acidic_amino_acid_50(X) = fn_hold_2(fn_acidic_amino_acid_17(X))
& fn_acidic_amino_acid_48(X) = fn_hold_2(fn_acidic_amino_acid_59(X))
& fn_acidic_amino_acid_57(X) = fn_hold_2(fn_acidic_amino_acid_16(X))
& fn_acidic_amino_acid_50(X) = fn_hold_2(fn_acidic_amino_acid_67(X))
& fn_acidic_amino_acid_47(X) = fn_hold_2(fn_acidic_amino_acid_15(X))
& fn_acidic_amino_acid_50(X) = fn_hold_2(fn_acidic_amino_acid_68(X))
& fn_acidic_amino_acid_48(X) = fn_hold_2(fn_acidic_amino_acid_14(X))
& fn_acidic_amino_acid_48(X) = fn_hold_2(fn_acidic_amino_acid_70(X))
& fn_acidic_amino_acid_49(X) = fn_share_3(fn_acidic_amino_acid_24(X))
& fn_acidic_amino_acid_57(X) = fn_share_1(fn_acidic_amino_acid_24(X))
& fn_acidic_amino_acid_39(X) = fn_atom_9(fn_acidic_amino_acid_57(X))
& fn_acidic_amino_acid_39(X) = fn_atom_9(fn_acidic_amino_acid_48(X))
& fn_acidic_amino_acid_41(X) = fn_hydrophilic_amino_acid_24(X)
& fn_acidic_amino_acid_14(X) = fn_covalent_bond_14(fn_acidic_amino_acid_45(X))
& fn_acidic_amino_acid_13(X) = fn_covalent_bond_14(fn_acidic_amino_acid_45(X))
& fn_acidic_amino_acid_74(X) = fn_covalent_bond_17(fn_acidic_amino_acid_45(X))
& fn_acidic_amino_acid_72(X) = fn_covalent_bond_15(fn_acidic_amino_acid_45(X))
& fn_acidic_amino_acid_12(X) = fn_covalent_bond_17(fn_acidic_amino_acid_45(X))
& fn_acidic_amino_acid_5(X) = fn_molecule_6(X)
& fn_acidic_amino_acid_9(X) = fn_molecule_5(X)
& fn_acidic_amino_acid_32(X) = fn_covalent_bond_17(fn_acidic_amino_acid_45(X))
& fn_acidic_amino_acid_53(X) = fn_covalent_bond_14(fn_acidic_amino_acid_45(X))
& fn_acidic_amino_acid_3(X) = fn_amino_acid_4(X)
& fn_acidic_amino_acid_4(X) = fn_amino_acid_3(X)
& fn_acidic_amino_acid_8(X) = fn_amino_acid_5(X)
& fn_acidic_amino_acid_10(X) = fn_amino_acid_6(X)
& fn_acidic_amino_acid_11(X) = fn_amino_acid_7(X)
& fn_acidic_amino_acid_6(X) = fn_amino_acid_16(X)
& fn_acidic_amino_acid_61(X) = fn_hydrophilic_amino_acid_17(X)
& fn_acidic_amino_acid_52(X) = fn_covalent_bond_11(fn_acidic_amino_acid_45(X))
& fn_acidic_amino_acid_52(X) = fn_hydrophilic_amino_acid_10(X)
& fn_acidic_amino_acid_7(X) = fn_hydrophilic_amino_acid_23(X)
& fn_acidic_amino_acid_60(X) = fn_hydrophilic_amino_acid_19(X)
& fn_acidic_amino_acid_58(X) = fn_hydrophilic_amino_acid_22(X)
& fn_acidic_amino_acid_23(X) = fn_hydrophilic_amino_acid_17(X)
& fn_acidic_amino_acid_31(X) = fn_hydrophilic_amino_acid_6(X)
& fn_acidic_amino_acid_22(X) = fn_hydrophilic_amino_acid_5(X)
& fn_acidic_amino_acid_66(X) = fn_hydrophilic_amino_acid_18(X)
& fn_acidic_amino_acid_13(X) = fn_hydrophilic_amino_acid_1(X)
& fn_acidic_amino_acid_21(X) = fn_hydrophilic_amino_acid_4(X)
& fn_acidic_amino_acid_15(X) = fn_hydrophilic_amino_acid_16(X)
& fn_acidic_amino_acid_49(X) = fn_hydrophilic_amino_acid_30(X)
& fn_acidic_amino_acid_20(X) = fn_hydrophilic_amino_acid_3(X)
& fn_acidic_amino_acid_69(X) = fn_hydrophilic_amino_acid_15(X)
& fn_acidic_amino_acid_48(X) = fn_hydrophilic_amino_acid_31(X)
& fn_acidic_amino_acid_57(X) = fn_hydrophilic_amino_acid_32(X)
& fn_acidic_amino_acid_14(X) = fn_hydrophilic_amino_acid_7(X)
& fn_acidic_amino_acid_51(X) = fn_hydrophilic_amino_acid_14(X)
& fn_acidic_amino_acid_69(X) = fn_hydrophilic_amino_acid_7(X)
& fn_acidic_amino_acid_13(X) = fn_hydrophilic_amino_acid_2(X)
& fn_acidic_amino_acid_49(X) = fn_hydrophilic_amino_acid_33(X)
& fn_acidic_amino_acid_48(X) = fn_hydrophilic_amino_acid_32(X)
& fn_acidic_amino_acid_57(X) = fn_hydrophilic_amino_acid_31(X)
& fn_acidic_amino_acid_45(X) = fn_hydrophilic_amino_acid_28(X)
& fn_acidic_amino_acid_73(X) = fn_covalent_bond_24(fn_acidic_amino_acid_45(X))
& fn_acidic_amino_acid_73(X) = fn_hydrophilic_amino_acid_13(X)
& fn_acidic_amino_acid_71(X) = fn_covalent_bond_24(fn_acidic_amino_acid_45(X))
& fn_acidic_amino_acid_71(X) = fn_covalent_bond_22(fn_acidic_amino_acid_45(X))
& fn_acidic_amino_acid_71(X) = fn_hydrophilic_amino_acid_9(X)
& fn_acidic_amino_acid_74(X) = fn_hydrophilic_amino_acid_8(X)
& fn_acidic_amino_acid_43(X) = fn_hydrophilic_amino_acid_26(X)
& fn_acidic_amino_acid_42(X) = fn_hydrophilic_amino_acid_25(X)
& fn_acidic_amino_acid_46(X) = fn_hydrophilic_amino_acid_29(X)
& fn_acidic_amino_acid_12(X) = fn_hydrophilic_amino_acid_8(X)
& fn_acidic_amino_acid_72(X) = fn_hydrophilic_amino_acid_12(X)
& fn_acidic_amino_acid_47(X) = fn_covalent_bond_20(fn_acidic_amino_acid_45(X))
& fn_acidic_amino_acid_33(X) = fn_covalent_bond_15(fn_acidic_amino_acid_45(X))
& fn_acidic_amino_acid_47(X) = fn_covalent_bond_19(fn_acidic_amino_acid_45(X))
& fn_acidic_amino_acid_33(X) = fn_covalent_bond_18(fn_acidic_amino_acid_45(X))
& fn_acidic_amino_acid_33(X) = fn_hydrophilic_amino_acid_11(X)
& fn_acidic_amino_acid_47(X) = fn_hydrophilic_amino_acid_30(X)
& fn_acidic_amino_acid_70(X) = fn_hydrophilic_amino_acid_1(X)
& fn_acidic_amino_acid_38(X) = fn_hydrophilic_amino_acid_21(X)
& fn_acidic_amino_acid_37(X) = fn_hydrophilic_amino_acid_20(X)
& fn_acidic_amino_acid_50(X) = fn_hydrophilic_amino_acid_34(X)
& fn_acidic_amino_acid_44(X) = fn_hydrophilic_amino_acid_27(X)
& fn_covalent_bond_11(fn_acidic_amino_acid_45(X)) = fn_hydrophilic_amino_acid_10(X)
& fn_hydrophilic_amino_acid_10(X) = fn_hydrophilic_amino_acid_10(X)
& fn_hydrophilic_amino_acid_10(X) = fn_covalent_bond_14(fn_acidic_amino_acid_45(X))
& fn_covalent_bond_14(fn_acidic_amino_acid_45(X)) = fn_hydrophilic_amino_acid_7(X)
& fn_hydrophilic_amino_acid_7(X) = fn_hydrophilic_amino_acid_15(X)
& fn_hydrophilic_amino_acid_15(X) = fn_hydrophilic_amino_acid_15(X)
& fn_hydrophilic_amino_acid_15(X) = fn_hydrophilic_amino_acid_7(X)
& fn_hydrophilic_amino_acid_7(X) = fn_hydrophilic_amino_acid_7(X)
& fn_hydrophilic_amino_acid_7(X) = fn_covalent_bond_14(fn_acidic_amino_acid_45(X))
& fn_covalent_bond_14(fn_acidic_amino_acid_45(X)) = fn_hydrophilic_amino_acid_1(X)
& fn_hydrophilic_amino_acid_1(X) = fn_hydrophilic_amino_acid_1(X)
& fn_hydrophilic_amino_acid_1(X) = fn_hydrophilic_amino_acid_2(X)
& fn_hydrophilic_amino_acid_2(X) = fn_hydrophilic_amino_acid_2(X)
& fn_hydrophilic_amino_acid_2(X) = fn_share_3(fn_acidic_amino_acid_24(X))
& fn_share_3(fn_acidic_amino_acid_24(X)) = fn_share_3(fn_acidic_amino_acid_24(X))
& fn_share_3(fn_acidic_amino_acid_24(X)) = fn_hydrophilic_amino_acid_30(X)
& fn_hydrophilic_amino_acid_33(X) = fn_hydrophilic_amino_acid_30(X)
& fn_hydrophilic_amino_acid_30(X) = fn_hydrophilic_amino_acid_33(X)
& fn_hydrophilic_amino_acid_33(X) = fn_hydrophilic_amino_acid_33(X)
& fn_hydrophilic_amino_acid_33(X) = fn_share_3(fn_acidic_amino_acid_34(X))
& fn_share_3(fn_acidic_amino_acid_34(X)) = fn_share_1(fn_acidic_amino_acid_61(X))
& fn_share_1(fn_acidic_amino_acid_63(X)) = fn_share_1(fn_acidic_amino_acid_61(X))
& fn_share_1(fn_acidic_amino_acid_61(X)) = fn_share_1(fn_acidic_amino_acid_27(X))
& fn_share_1(fn_acidic_amino_acid_27(X)) = fn_share_1(fn_acidic_amino_acid_63(X))
& fn_share_1(fn_acidic_amino_acid_63(X)) = fn_hold_2(fn_acidic_amino_acid_19(X))
& fn_hold_2(fn_acidic_amino_acid_70(X)) = fn_hold_2(fn_acidic_amino_acid_19(X))
& fn_hold_2(fn_acidic_amino_acid_19(X)) = fn_hold_2(fn_acidic_amino_acid_59(X))
& fn_hold_2(fn_acidic_amino_acid_59(X)) = fn_hold_2(fn_acidic_amino_acid_14(X))
& fn_hold_2(fn_acidic_amino_acid_14(X)) = fn_hold_2(fn_acidic_amino_acid_70(X))
& fn_hold_2(fn_acidic_amino_acid_70(X)) = fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_31(X) = fn_hydrophilic_amino_acid_32(X)
& fn_hydrophilic_amino_acid_32(X) = fn_share_3(fn_acidic_amino_acid_56(X))
& fn_share_3(fn_acidic_amino_acid_56(X)) = fn_share_3(fn_acidic_amino_acid_26(X))
& fn_share_3(fn_acidic_amino_acid_26(X)) = fn_share_3(fn_acidic_amino_acid_65(X))
& fn_share_3(fn_acidic_amino_acid_65(X)) = fn_hold_2(fn_acidic_amino_acid_55(X))
& fn_hold_2(fn_acidic_amino_acid_16(X)) = fn_hold_2(fn_acidic_amino_acid_55(X))
& fn_hold_2(fn_acidic_amino_acid_55(X)) = fn_hold_2(fn_acidic_amino_acid_16(X))
& fn_hold_2(fn_acidic_amino_acid_16(X)) = fn_share_1(fn_acidic_amino_acid_24(X))
& fn_share_1(fn_acidic_amino_acid_24(X)) = fn_share_1(fn_acidic_amino_acid_24(X))
& fn_share_1(fn_acidic_amino_acid_24(X)) = fn_hydrophilic_amino_acid_32(X)
& fn_hydrophilic_amino_acid_32(X) = fn_hydrophilic_amino_acid_32(X)
& fn_hydrophilic_amino_acid_32(X) = fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_31(X) = fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_31(X) = fn_hydrophilic_amino_acid_13(X)
& fn_hydrophilic_amino_acid_13(X) = fn_hydrophilic_amino_acid_13(X)
& fn_covalent_bond_24(fn_acidic_amino_acid_45(X)) = fn_hydrophilic_amino_acid_13(X)
& fn_hydrophilic_amino_acid_13(X) = fn_covalent_bond_24(fn_acidic_amino_acid_45(X))
& fn_covalent_bond_22(fn_acidic_amino_acid_45(X)) = fn_covalent_bond_22(fn_acidic_amino_acid_45(X))
& fn_covalent_bond_22(fn_acidic_amino_acid_45(X)) = fn_covalent_bond_24(fn_acidic_amino_acid_45(X))
& fn_covalent_bond_24(fn_acidic_amino_acid_45(X)) = fn_covalent_bond_22(fn_acidic_amino_acid_45(X))
& fn_hydrophilic_amino_acid_9(X) = fn_covalent_bond_22(fn_acidic_amino_acid_45(X))
& fn_covalent_bond_22(fn_acidic_amino_acid_45(X)) = fn_hydrophilic_amino_acid_9(X)
& fn_hydrophilic_amino_acid_9(X) = fn_covalent_bond_17(fn_acidic_amino_acid_45(X))
& fn_hydrophilic_amino_acid_8(X) = fn_share_3(fn_acidic_amino_acid_32(X))
& fn_share_3(fn_acidic_amino_acid_32(X)) = fn_share_1(fn_acidic_amino_acid_32(X))
& fn_share_1(fn_acidic_amino_acid_32(X)) = fn_share_3(fn_acidic_amino_acid_74(X))
& fn_share_3(fn_acidic_amino_acid_74(X)) = fn_share_1(fn_acidic_amino_acid_74(X))
& fn_share_1(fn_acidic_amino_acid_74(X)) = fn_share_1(fn_acidic_amino_acid_32(X))
& fn_share_1(fn_acidic_amino_acid_32(X)) = fn_share_1(fn_acidic_amino_acid_74(X))
& fn_share_1(fn_acidic_amino_acid_74(X)) = fn_hold_2(fn_acidic_amino_acid_53(X))
& fn_hold_2(fn_acidic_amino_acid_53(X)) = fn_hold_2(fn_acidic_amino_acid_53(X))
& fn_hold_2(fn_acidic_amino_acid_53(X)) = fn_hydrophilic_amino_acid_29(X)
& fn_hydrophilic_amino_acid_29(X) = fn_hydrophilic_amino_acid_29(X)
& fn_hydrophilic_amino_acid_29(X) = fn_covalent_bond_17(fn_acidic_amino_acid_45(X))
& fn_covalent_bond_17(fn_acidic_amino_acid_45(X)) = fn_covalent_bond_17(fn_acidic_amino_acid_45(X))
& fn_covalent_bond_17(fn_acidic_amino_acid_45(X)) = fn_hydrophilic_amino_acid_8(X)
& fn_hydrophilic_amino_acid_8(X) = fn_hydrophilic_amino_acid_8(X)
& fn_hydrophilic_amino_acid_8(X) = fn_covalent_bond_15(fn_acidic_amino_acid_45(X))
& fn_covalent_bond_15(fn_acidic_amino_acid_45(X)) = fn_hydrophilic_amino_acid_12(X)
& fn_hydrophilic_amino_acid_12(X) = fn_hydrophilic_amino_acid_12(X)
& fn_hydrophilic_amino_acid_12(X) = fn_covalent_bond_18(fn_acidic_amino_acid_45(X))
& fn_covalent_bond_18(fn_acidic_amino_acid_45(X)) = fn_covalent_bond_15(fn_acidic_amino_acid_45(X))
& fn_covalent_bond_15(fn_acidic_amino_acid_45(X)) = fn_covalent_bond_18(fn_acidic_amino_acid_45(X))
& fn_covalent_bond_18(fn_acidic_amino_acid_45(X)) = fn_covalent_bond_18(fn_acidic_amino_acid_45(X))
& fn_hydrophilic_amino_acid_11(X) = fn_hydrophilic_amino_acid_11(X)
& fn_hydrophilic_amino_acid_11(X) = fn_covalent_bond_18(fn_acidic_amino_acid_45(X))
& fn_covalent_bond_18(fn_acidic_amino_acid_45(X)) = fn_hydrophilic_amino_acid_11(X)
& fn_hydrophilic_amino_acid_11(X) = fn_hold_2(fn_acidic_amino_acid_15(X))
& fn_hold_2(fn_acidic_amino_acid_15(X)) = fn_covalent_bond_20(fn_acidic_amino_acid_45(X))
& fn_covalent_bond_20(fn_acidic_amino_acid_45(X)) = fn_covalent_bond_20(fn_acidic_amino_acid_45(X))
& fn_covalent_bond_19(fn_acidic_amino_acid_45(X)) = fn_covalent_bond_20(fn_acidic_amino_acid_45(X))
& fn_covalent_bond_20(fn_acidic_amino_acid_45(X)) = fn_covalent_bond_19(fn_acidic_amino_acid_45(X))
& fn_covalent_bond_19(fn_acidic_amino_acid_45(X)) = fn_covalent_bond_19(fn_acidic_amino_acid_45(X))
& fn_hydrophilic_amino_acid_30(X) = fn_covalent_bond_19(fn_acidic_amino_acid_45(X))
& fn_covalent_bond_19(fn_acidic_amino_acid_45(X)) = fn_hydrophilic_amino_acid_30(X)
& fn_hydrophilic_amino_acid_30(X) = fn_hydrophilic_amino_acid_30(X)
& fn_hydrophilic_amino_acid_30(X) = fn_share_3(fn_acidic_amino_acid_35(X))
& fn_share_3(fn_acidic_amino_acid_35(X)) = fn_share_1(fn_acidic_amino_acid_35(X))
& fn_share_1(fn_acidic_amino_acid_35(X)) = fn_share_1(fn_acidic_amino_acid_34(X))
& fn_share_1(fn_acidic_amino_acid_34(X)) = fn_share_1(fn_acidic_amino_acid_56(X))
& fn_share_1(fn_acidic_amino_acid_56(X)) = fn_share_3(fn_acidic_amino_acid_61(X))
& fn_share_3(fn_acidic_amino_acid_28(X)) = fn_share_1(fn_acidic_amino_acid_28(X))
& fn_share_1(fn_acidic_amino_acid_28(X)) = fn_share_3(fn_acidic_amino_acid_27(X))
& fn_share_3(fn_acidic_amino_acid_62(X)) = fn_share_1(fn_acidic_amino_acid_62(X))
& fn_share_1(fn_acidic_amino_acid_62(X)) = fn_share_3(fn_acidic_amino_acid_63(X))
& fn_share_3(fn_acidic_amino_acid_63(X)) = fn_share_1(fn_acidic_amino_acid_26(X))
& fn_share_1(fn_acidic_amino_acid_26(X)) = fn_share_3(fn_acidic_amino_acid_25(X))
& fn_share_3(fn_acidic_amino_acid_25(X)) = fn_share_1(fn_acidic_amino_acid_25(X))
& fn_share_1(fn_acidic_amino_acid_25(X)) = fn_share_1(fn_acidic_amino_acid_65(X))
& fn_share_1(fn_acidic_amino_acid_65(X)) = fn_share_3(fn_acidic_amino_acid_24(X))
& fn_share_3(fn_acidic_amino_acid_24(X)) = fn_share_3(fn_acidic_amino_acid_35(X))
& fn_share_3(fn_acidic_amino_acid_35(X)) = fn_share_3(fn_acidic_amino_acid_61(X))
& fn_share_3(fn_acidic_amino_acid_61(X)) = fn_share_3(fn_acidic_amino_acid_28(X))
& fn_share_3(fn_acidic_amino_acid_28(X)) = fn_share_3(fn_acidic_amino_acid_27(X))
& fn_share_3(fn_acidic_amino_acid_27(X)) = fn_share_3(fn_acidic_amino_acid_62(X))
& fn_share_3(fn_acidic_amino_acid_62(X)) = fn_share_3(fn_acidic_amino_acid_63(X))
& fn_share_3(fn_acidic_amino_acid_63(X)) = fn_share_3(fn_acidic_amino_acid_25(X))
& fn_share_3(fn_acidic_amino_acid_25(X)) = fn_share_3(fn_acidic_amino_acid_24(X))
& fn_share_3(fn_acidic_amino_acid_24(X)) = fn_hold_2(fn_acidic_amino_acid_36(X))
& fn_hold_2(fn_acidic_amino_acid_68(X)) = fn_hold_2(fn_acidic_amino_acid_36(X))
& fn_hold_2(fn_acidic_amino_acid_36(X)) = fn_hold_2(fn_acidic_amino_acid_54(X))
& fn_hold_2(fn_acidic_amino_acid_54(X)) = fn_hold_2(fn_acidic_amino_acid_18(X))
& fn_hold_2(fn_acidic_amino_acid_18(X)) = fn_hold_2(fn_acidic_amino_acid_17(X))
& fn_hold_2(fn_acidic_amino_acid_17(X)) = fn_hold_2(fn_acidic_amino_acid_67(X))
& fn_hold_2(fn_acidic_amino_acid_67(X)) = fn_hold_2(fn_acidic_amino_acid_68(X))
& fn_hold_2(fn_acidic_amino_acid_68(X)) = fn_hydrophilic_amino_acid_34(X)
& fn_hydrophilic_amino_acid_34(X) = fn_hydrophilic_amino_acid_34(X) ) ) ).
fof(a527248,axiom,
! [X] :
( acidic_solution_1(X)
=> ( original_name_2(X,'Acidic-Solution')
& user_description_2(X,'An aqueous solution containing more H+ ions than OH- ions. An aqueous solution with a pH less than 7.')
& concept2words_2(X,'acidic solution')
& concept2words_2(X,'acidic-solution')
& aqueous_solution_1(X)
& ~ sodium_chloride_solution_1(X)
& ph_value_1(fn_acidic_solution_6(X))
& ph_value_1(fn_acidic_solution_7(X))
& density_value_1(fn_acidic_solution_9(X))
& density_value_1(fn_acidic_solution_10(X))
& quantity_value_1(fn_acidic_solution_11(X))
& quantity_value_1(fn_acidic_solution_12(X))
& acid_1(fn_acidic_solution_15(X))
& surface_1(fn_acidic_solution_16(X))
& add_1(fn_acidic_solution_17(X))
& chemical_1(fn_acidic_solution_18(X))
& water_1(fn_acidic_solution_18(X))
& acid_dissociation_reaction_1(fn_acidic_solution_19(X))
& hydroxide_ion_1(fn_acidic_solution_20(X))
& hydrogen_ion_1(fn_acidic_solution_21(X))
& attract_1(fn_acidic_solution_22(X))
& entity_1(fn_acidic_solution_23(X))
& hydrophilic_region_1(fn_acidic_solution_23(X))
& shape_value_1(fn_acidic_solution_24(X))
& polarity_value_1(fn_acidic_solution_25(X))
& covalent_bond_1(fn_acidic_solution_26(X))
& chemical_bond_1(fn_acidic_solution_26(X))
& polar_covalent_bond_1(fn_acidic_solution_26(X))
& tangible_entity_1(fn_acidic_solution_27(X))
& entity_1(fn_acidic_solution_27(X))
& chemical_entity_1(fn_acidic_solution_27(X))
& atom_1(fn_acidic_solution_27(X))
& hydrogen_1(fn_acidic_solution_27(X))
& attract_1(fn_acidic_solution_28(X))
& hydrophilic_compound_1(fn_acidic_solution_29(X))
& entity_1(fn_acidic_solution_29(X))
& spatial_entity_1(fn_acidic_solution_29(X))
& chemical_entity_1(fn_acidic_solution_29(X))
& tangible_entity_1(fn_acidic_solution_29(X))
& polar_molecule_1(fn_acidic_solution_29(X))
& water_molecule_1(fn_acidic_solution_29(X))
& heat_1(fn_acidic_solution_30(X))
& chemical_dissociation_reaction_1(fn_acidic_solution_31(X))
& anion_1(fn_acidic_solution_32(X))
& spatial_entity_1(fn_add_2(fn_acidic_solution_17(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_acidic_solution_19(X)))
& property_node_1(fn_water_molecule_4(fn_acidic_solution_29(X)))
& shape_value_1(fn_water_molecule_3(fn_acidic_solution_29(X)))
& property_node_1(fn_water_molecule_2(fn_acidic_solution_29(X)))
& polarity_value_1(fn_water_molecule_1(fn_acidic_solution_29(X)))
& heat_1(fn_water_101(fn_acidic_solution_18(X)))
& surface_1(fn_water_14(fn_acidic_solution_18(X)))
& attract_1(fn_water_99(fn_acidic_solution_18(X)))
& spatial_entity_1(fn_add_1(fn_acidic_solution_17(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_acidic_solution_31(X)))
& hydrophilic_region_1(fn_hydrophilic_compound_1(fn_acidic_solution_29(X)))
& entity_1(fn_water_110(fn_acidic_solution_18(X)))
& hydrophilic_region_1(fn_water_110(fn_acidic_solution_18(X)))
& covalent_bond_1(fn_water_molecule_62(fn_acidic_solution_29(X)))
& polar_covalent_bond_1(fn_water_molecule_62(fn_acidic_solution_29(X)))
& chemical_bond_1(fn_water_113(fn_acidic_solution_18(X)))
& covalent_bond_1(fn_water_113(fn_acidic_solution_18(X)))
& polar_covalent_bond_1(fn_water_113(fn_acidic_solution_18(X)))
& chemical_bond_1(fn_water_molecule_61(fn_acidic_solution_29(X)))
& polar_covalent_bond_1(fn_water_molecule_61(fn_acidic_solution_29(X)))
& entity_1(fn_polar_molecule_2(fn_acidic_solution_29(X)))
& atom_1(fn_polar_molecule_2(fn_acidic_solution_29(X)))
& tangible_entity_1(fn_water_molecule_64(fn_acidic_solution_29(X)))
& entity_1(fn_water_molecule_64(fn_acidic_solution_29(X)))
& chemical_entity_1(fn_water_molecule_64(fn_acidic_solution_29(X)))
& atom_1(fn_water_molecule_64(fn_acidic_solution_29(X)))
& hydrogen_1(fn_water_molecule_64(fn_acidic_solution_29(X)))
& entity_1(fn_water_molecule_63(fn_acidic_solution_29(X)))
& atom_1(fn_water_molecule_63(fn_acidic_solution_29(X)))
& hydrogen_1(fn_water_molecule_63(fn_acidic_solution_29(X)))
& tangible_entity_1(fn_water_106(fn_acidic_solution_18(X)))
& entity_1(fn_water_106(fn_acidic_solution_18(X)))
& chemical_entity_1(fn_water_106(fn_acidic_solution_18(X)))
& atom_1(fn_water_106(fn_acidic_solution_18(X)))
& hydrogen_1(fn_water_106(fn_acidic_solution_18(X)))
& attract_1(fn_hydrophilic_compound_2(fn_acidic_solution_29(X)))
& attract_1(fn_water_molecule_75(fn_acidic_solution_29(X)))
& attract_1(fn_water_109(fn_acidic_solution_18(X)))
& attract_1(fn_water_105(fn_acidic_solution_18(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_acidic_solution_31(X)))
& spatial_entity_1(fn_water_83(fn_acidic_solution_18(X)))
& tangible_entity_1(fn_water_83(fn_acidic_solution_18(X)))
& polar_molecule_1(fn_water_83(fn_acidic_solution_18(X)))
& hydrophilic_compound_1(fn_water_83(fn_acidic_solution_18(X)))
& water_molecule_1(fn_water_83(fn_acidic_solution_18(X)))
& entity_1(fn_water_98(fn_acidic_solution_18(X)))
& spatial_entity_1(fn_water_98(fn_acidic_solution_18(X)))
& chemical_entity_1(fn_water_98(fn_acidic_solution_18(X)))
& tangible_entity_1(fn_water_98(fn_acidic_solution_18(X)))
& polar_molecule_1(fn_water_98(fn_acidic_solution_18(X)))
& water_molecule_1(fn_water_98(fn_acidic_solution_18(X)))
& greater_than_2(fn_acidic_solution_7(X),fn_acidic_solution_6(X))
& the_cardinal_value_2(fn_acidic_solution_7(X),"7.0e0")
& cardinal_unit_class_2(fn_acidic_solution_7(X),unity_0)
& fn_acidic_solution_15(X) != fn_acidic_solution_18(X)
& fn_acidic_solution_18(X) != fn_acidic_solution_15(X)
& result_2(fn_acidic_solution_19(X),fn_acidic_solution_21(X))
& fn_acidic_solution_19(X) != fn_acidic_solution_31(X)
& quantity_2(fn_acidic_solution_20(X),fn_acidic_solution_12(X))
& density_2(fn_acidic_solution_20(X),fn_acidic_solution_9(X))
& has_part_2(X,fn_acidic_solution_21(X))
& has_part_2(X,fn_acidic_solution_32(X))
& ph_2(X,fn_acidic_solution_6(X))
& greater_than_2(fn_acidic_solution_10(X),fn_acidic_solution_9(X))
& greater_than_2(fn_acidic_solution_11(X),fn_acidic_solution_12(X))
& density_2(fn_acidic_solution_21(X),fn_acidic_solution_10(X))
& quantity_2(fn_acidic_solution_21(X),fn_acidic_solution_11(X))
& fn_acidic_solution_31(X) != fn_acidic_solution_19(X)
& base_2(fn_acidic_solution_17(X),fn_acidic_solution_20(X))
& object_2(fn_acidic_solution_17(X),fn_acidic_solution_21(X))
& raw_material_2(fn_acidic_solution_31(X),fn_acidic_solution_29(X))
& result_2(fn_acidic_solution_31(X),fn_acidic_solution_21(X))
& result_2(fn_acidic_solution_19(X),fn_acidic_solution_32(X))
& has_solute_2(X,fn_acidic_solution_15(X))
& has_part_2(X,fn_acidic_solution_15(X))
& has_solvent_2(X,fn_acidic_solution_18(X))
& has_part_2(X,fn_acidic_solution_18(X))
& inhibits_2(fn_acidic_solution_28(X),fn_acidic_solution_30(X))
& object_2(fn_acidic_solution_30(X),fn_acidic_solution_18(X))
& has_part_2(fn_acidic_solution_18(X),fn_acidic_solution_29(X))
& is_at_2(fn_acidic_solution_29(X),fn_acidic_solution_16(X))
& has_region_2(fn_acidic_solution_18(X),fn_acidic_solution_16(X))
& called_2(fn_acidic_solution_29(X),"1")
& object_2(fn_acidic_solution_28(X),fn_acidic_solution_29(X))
& has_part_2(fn_acidic_solution_29(X),fn_acidic_solution_27(X))
& has_function_2(fn_acidic_solution_29(X),fn_acidic_solution_22(X))
& is_between_2(fn_acidic_solution_26(X),fn_acidic_solution_27(X))
& possesses_2(fn_acidic_solution_29(X),fn_acidic_solution_26(X))
& polarity_2(fn_acidic_solution_29(X),fn_acidic_solution_25(X))
& correspondence_2(fn_acidic_solution_25(X),fn_acidic_solution_24(X))
& shape_2(fn_acidic_solution_29(X),fn_acidic_solution_24(X))
& the_categorical_value_2(fn_acidic_solution_24(X),v_like_0)
& has_region_2(fn_acidic_solution_29(X),fn_acidic_solution_23(X))
& agent_2(fn_acidic_solution_22(X),fn_acidic_solution_23(X))
& site_2(fn_acidic_solution_22(X),fn_acidic_solution_23(X))
& fn_acidic_solution_20(X) = fn_add_2(fn_acidic_solution_17(X))
& fn_acidic_solution_21(X) = fn_add_1(fn_acidic_solution_17(X))
& fn_acidic_solution_29(X) = fn_exergonic_reaction_10(fn_acidic_solution_31(X))
& fn_acidic_solution_21(X) = fn_exergonic_reaction_11(fn_acidic_solution_31(X))
& fn_acidic_solution_32(X) = fn_exergonic_reaction_11(fn_acidic_solution_19(X))
& fn_acidic_solution_18(X) = fn_solution_6(X)
& fn_acidic_solution_15(X) = fn_solution_5(X)
& fn_acidic_solution_22(X) = fn_hydrophilic_compound_2(fn_acidic_solution_29(X))
& fn_acidic_solution_23(X) = fn_hydrophilic_compound_1(fn_acidic_solution_29(X))
& fn_acidic_solution_23(X) = fn_water_110(fn_acidic_solution_18(X))
& fn_acidic_solution_26(X) = fn_water_molecule_62(fn_acidic_solution_29(X))
& fn_acidic_solution_26(X) = fn_water_113(fn_acidic_solution_18(X))
& fn_acidic_solution_26(X) = fn_water_molecule_61(fn_acidic_solution_29(X))
& fn_acidic_solution_13(X) = fn_water_molecule_4(fn_acidic_solution_29(X))
& fn_acidic_solution_24(X) = fn_water_molecule_3(fn_acidic_solution_29(X))
& fn_acidic_solution_14(X) = fn_water_molecule_2(fn_acidic_solution_29(X))
& fn_acidic_solution_25(X) = fn_water_molecule_1(fn_acidic_solution_29(X))
& fn_acidic_solution_30(X) = fn_water_101(fn_acidic_solution_18(X))
& fn_acidic_solution_16(X) = fn_water_14(fn_acidic_solution_18(X))
& fn_acidic_solution_28(X) = fn_water_99(fn_acidic_solution_18(X))
& fn_acidic_solution_27(X) = fn_polar_molecule_2(fn_acidic_solution_29(X))
& fn_acidic_solution_27(X) = fn_water_molecule_63(fn_acidic_solution_29(X))
& fn_acidic_solution_27(X) = fn_water_molecule_64(fn_acidic_solution_29(X))
& fn_acidic_solution_27(X) = fn_water_106(fn_acidic_solution_18(X))
& fn_acidic_solution_22(X) = fn_water_molecule_75(fn_acidic_solution_29(X))
& fn_acidic_solution_29(X) = fn_water_83(fn_acidic_solution_18(X))
& fn_acidic_solution_22(X) = fn_water_109(fn_acidic_solution_18(X))
& fn_acidic_solution_29(X) = fn_water_98(fn_acidic_solution_18(X))
& fn_acidic_solution_22(X) = fn_water_105(fn_acidic_solution_18(X))
& fn_add_1(fn_acidic_solution_17(X)) = fn_exergonic_reaction_11(fn_acidic_solution_31(X))
& fn_exergonic_reaction_11(fn_acidic_solution_31(X)) = fn_hydrophilic_compound_1(fn_acidic_solution_29(X))
& fn_water_110(fn_acidic_solution_18(X)) = fn_water_110(fn_acidic_solution_18(X))
& fn_water_110(fn_acidic_solution_18(X)) = fn_hydrophilic_compound_1(fn_acidic_solution_29(X))
& fn_hydrophilic_compound_1(fn_acidic_solution_29(X)) = fn_water_110(fn_acidic_solution_18(X))
& fn_water_110(fn_acidic_solution_18(X)) = fn_water_molecule_62(fn_acidic_solution_29(X))
& fn_water_molecule_62(fn_acidic_solution_29(X)) = fn_water_molecule_62(fn_acidic_solution_29(X))
& fn_water_molecule_62(fn_acidic_solution_29(X)) = fn_water_113(fn_acidic_solution_18(X))
& fn_water_molecule_61(fn_acidic_solution_29(X)) = fn_water_113(fn_acidic_solution_18(X))
& fn_water_113(fn_acidic_solution_18(X)) = fn_water_molecule_61(fn_acidic_solution_29(X))
& fn_water_molecule_61(fn_acidic_solution_29(X)) = fn_water_molecule_64(fn_acidic_solution_29(X))
& fn_water_molecule_64(fn_acidic_solution_29(X)) = fn_polar_molecule_2(fn_acidic_solution_29(X))
& fn_polar_molecule_2(fn_acidic_solution_29(X)) = fn_water_molecule_64(fn_acidic_solution_29(X))
& fn_water_molecule_64(fn_acidic_solution_29(X)) = fn_water_molecule_64(fn_acidic_solution_29(X))
& fn_water_molecule_63(fn_acidic_solution_29(X)) = fn_water_molecule_64(fn_acidic_solution_29(X))
& fn_water_molecule_64(fn_acidic_solution_29(X)) = fn_water_molecule_63(fn_acidic_solution_29(X))
& fn_water_molecule_63(fn_acidic_solution_29(X)) = fn_water_molecule_63(fn_acidic_solution_29(X))
& fn_water_molecule_63(fn_acidic_solution_29(X)) = fn_water_106(fn_acidic_solution_18(X))
& fn_water_106(fn_acidic_solution_18(X)) = fn_hydrophilic_compound_2(fn_acidic_solution_29(X))
& fn_hydrophilic_compound_2(fn_acidic_solution_29(X)) = fn_water_molecule_75(fn_acidic_solution_29(X))
& fn_water_109(fn_acidic_solution_18(X)) = fn_water_molecule_75(fn_acidic_solution_29(X))
& fn_water_molecule_75(fn_acidic_solution_29(X)) = fn_water_109(fn_acidic_solution_18(X))
& fn_water_109(fn_acidic_solution_18(X)) = fn_water_109(fn_acidic_solution_18(X))
& fn_water_109(fn_acidic_solution_18(X)) = fn_water_105(fn_acidic_solution_18(X))
& fn_water_105(fn_acidic_solution_18(X)) = fn_exergonic_reaction_10(fn_acidic_solution_31(X))
& fn_exergonic_reaction_10(fn_acidic_solution_31(X)) = fn_water_83(fn_acidic_solution_18(X))
& fn_water_83(fn_acidic_solution_18(X)) = fn_water_83(fn_acidic_solution_18(X))
& fn_water_98(fn_acidic_solution_18(X)) = fn_water_98(fn_acidic_solution_18(X))
& fn_water_98(fn_acidic_solution_18(X)) = fn_water_83(fn_acidic_solution_18(X))
& fn_water_83(fn_acidic_solution_18(X)) = fn_water_98(fn_acidic_solution_18(X)) ) ) ).
fof(a527249,axiom,
! [X,X1] :
( ( has_part_2(X1,X)
& weak_acid_1(X1)
& acidic_solution_1(X) )
=> ( acidic_solution_of_weak_acid_1(X)
& fn_acidic_solution_of_weak_acid_2(X) = X1 ) ) ).
fof(a527250,axiom,
! [X] :
( acidic_solution_of_weak_acid_1(X)
=> ( original_name_2(X,'Acidic-Solution-Of-Weak-Acid')
& user_description_2(X,'Solution containing a weak acid.')
& concept2words_2(X,'weak acid solution')
& concept2words_2(X,'solution of weak acid')
& concept2words_2(X,'weakly acidic solution')
& concept2words_2(X,'acidic solution of weak acid')
& concept2words_2(X,'acidic-solution-of-weak-acid')
& acidic_solution_1(X)
& weak_acid_1(fn_acidic_solution_of_weak_acid_2(X))
& has_part_2(fn_acidic_solution_of_weak_acid_2(X),X) ) ) ).
fof(a527251,axiom,
! [X] :
( acoela_1(X)
=> ( original_name_2(X,'Acoela')
& user_description_2(X,'Order of marine flatworms characterized by the lack of a hindgut and anus and an unsegmented body plan.')
& concept2words_2(X,acoela)
& animal_1(X)
& spatial_entity_1(fn_acoela_1(X))
& spatial_entity_1(fn_acoela_2(X))
& elimination_1(fn_acoela_3(X))
& pore_1(fn_acoela_4(X))
& food_absorption_1(fn_acoela_5(X))
& time_interval_1(fn_acoela_6(X))
& time_interval_1(fn_acoela_7(X))
& animal_nutritional_requirement_1(fn_acoela_8(X))
& entity_1(fn_acoela_9(X))
& chemical_entity_1(fn_acoela_9(X))
& atom_1(fn_acoela_9(X))
& hydrogen_1(fn_acoela_9(X))
& entity_1(fn_acoela_10(X))
& chemical_entity_1(fn_acoela_10(X))
& atom_1(fn_acoela_10(X))
& carbon_1(fn_acoela_10(X))
& oxygen_1(fn_acoela_11(X))
& specific_heat_value_1(fn_acoela_12(X))
& gastrovascular_cavity_1(fn_acoela_13(X))
& temperature_value_1(fn_acoela_14(X))
& move_out_of_1(fn_acoela_15(X))
& digestive_system_1(fn_acoela_16(X))
& water_1(fn_acoela_17(X))
& nutrition_1(fn_acoela_18(X))
& heterotroph_1(fn_acoela_19(X))
& agent_role_1(fn_acoela_20(X))
& container_1(fn_acoela_21(X))
& polypeptide_1(fn_acoela_22(X))
& organic_molecule_1(fn_acoela_22(X))
& spatial_entity_1(fn_acoela_23(X))
& monomer_1(fn_acoela_23(X))
& chemical_entity_1(fn_acoela_23(X))
& molecule_1(fn_acoela_23(X))
& amino_acid_1(fn_acoela_23(X))
& entity_1(fn_acoela_24(X))
& chemical_entity_1(fn_acoela_24(X))
& atom_1(fn_acoela_24(X))
& carbon_1(fn_acoela_24(X))
& entity_1(fn_acoela_25(X))
& atom_1(fn_acoela_25(X))
& chemical_entity_1(fn_acoela_25(X))
& oxygen_1(fn_acoela_25(X))
& entity_1(fn_acoela_26(X))
& chemical_entity_1(fn_acoela_26(X))
& atom_1(fn_acoela_26(X))
& hydrogen_1(fn_acoela_26(X))
& chemical_entity_1(fn_acoela_27(X))
& carbohydrate_1(fn_acoela_27(X))
& protein_1(fn_acoela_28(X))
& tangible_entity_1(fn_acoela_29(X))
& entity_1(fn_acoela_29(X))
& atom_1(fn_acoela_29(X))
& oxygen_1(fn_acoela_29(X))
& container_1(fn_move_out_of_2(fn_acoela_15(X)))
& oxygen_1(fn_animal_nutritional_requirement_41(fn_acoela_8(X)))
& entity_1(fn_animal_nutritional_requirement_35(fn_acoela_8(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_35(fn_acoela_8(X)))
& atom_1(fn_animal_nutritional_requirement_35(fn_acoela_8(X)))
& carbon_1(fn_animal_nutritional_requirement_35(fn_acoela_8(X)))
& tangible_entity_1(fn_animal_nutritional_requirement_42(fn_acoela_8(X)))
& entity_1(fn_animal_nutritional_requirement_42(fn_acoela_8(X)))
& atom_1(fn_animal_nutritional_requirement_42(fn_acoela_8(X)))
& oxygen_1(fn_animal_nutritional_requirement_42(fn_acoela_8(X)))
& entity_1(fn_animal_nutritional_requirement_34(fn_acoela_8(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_34(fn_acoela_8(X)))
& atom_1(fn_animal_nutritional_requirement_34(fn_acoela_8(X)))
& hydrogen_1(fn_animal_nutritional_requirement_34(fn_acoela_8(X)))
& spatial_entity_1(fn_animal_nutritional_requirement_38(fn_acoela_8(X)))
& monomer_1(fn_animal_nutritional_requirement_38(fn_acoela_8(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_38(fn_acoela_8(X)))
& molecule_1(fn_animal_nutritional_requirement_38(fn_acoela_8(X)))
& amino_acid_1(fn_animal_nutritional_requirement_38(fn_acoela_8(X)))
& polypeptide_1(fn_animal_nutritional_requirement_40(fn_acoela_8(X)))
& organic_molecule_1(fn_animal_nutritional_requirement_40(fn_acoela_8(X)))
& protein_1(fn_animal_nutritional_requirement_46(fn_acoela_8(X)))
& entity_1(fn_animal_nutritional_requirement_53(fn_acoela_8(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_53(fn_acoela_8(X)))
& atom_1(fn_animal_nutritional_requirement_53(fn_acoela_8(X)))
& hydrogen_1(fn_animal_nutritional_requirement_53(fn_acoela_8(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_48(fn_acoela_8(X)))
& carbohydrate_1(fn_animal_nutritional_requirement_48(fn_acoela_8(X)))
& entity_1(fn_animal_nutritional_requirement_61(fn_acoela_8(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_61(fn_acoela_8(X)))
& atom_1(fn_animal_nutritional_requirement_61(fn_acoela_8(X)))
& carbon_1(fn_animal_nutritional_requirement_61(fn_acoela_8(X)))
& entity_1(fn_agent_role_1(fn_acoela_20(X)))
& tangible_entity_1(fn_move_out_of_1(fn_acoela_15(X)))
& animal_1(fn_animal_nutritional_requirement_6(fn_acoela_8(X)))
& nutrition_1(fn_animal_nutritional_requirement_4(fn_acoela_8(X)))
& entity_1(fn_animal_nutritional_requirement_54(fn_acoela_8(X)))
& atom_1(fn_animal_nutritional_requirement_54(fn_acoela_8(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_54(fn_acoela_8(X)))
& oxygen_1(fn_animal_nutritional_requirement_54(fn_acoela_8(X)))
& entity_1(fn_animal_nutritional_requirement_52(fn_acoela_8(X)))
& atom_1(fn_animal_nutritional_requirement_52(fn_acoela_8(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_52(fn_acoela_8(X)))
& oxygen_1(fn_animal_nutritional_requirement_52(fn_acoela_8(X)))
& has_region_2(fn_acoela_16(X),fn_acoela_4(X))
& origin_2(fn_acoela_15(X),fn_acoela_1(X))
& destination_2(fn_acoela_15(X),fn_acoela_2(X))
& path_2(fn_acoela_15(X),fn_acoela_4(X))
& is_inside_2(fn_acoela_1(X),X)
& is_outside_2(fn_acoela_2(X),X)
& subevent_2(fn_acoela_3(X),fn_acoela_15(X))
& path_2(fn_acoela_3(X),fn_acoela_4(X))
& time_during_2(fn_acoela_3(X),fn_acoela_6(X))
& has_function_2(fn_acoela_4(X),fn_acoela_3(X))
& next_event_2(fn_acoela_5(X),fn_acoela_3(X))
& time_during_2(fn_acoela_5(X),fn_acoela_7(X))
& time_before_2(fn_acoela_7(X),fn_acoela_6(X))
& plays_2(X,fn_acoela_20(X))
& plays_2(X,fn_acoela_19(X))
& in_event_2(fn_acoela_19(X),fn_acoela_18(X))
& has_region_2(X,fn_acoela_16(X))
& has_region_2(fn_acoela_16(X),fn_acoela_13(X))
& base_2(fn_acoela_15(X),X)
& plays_2(X,fn_acoela_21(X))
& in_event_2(fn_acoela_21(X),fn_acoela_15(X))
& has_part_2(X,fn_acoela_17(X))
& specific_heat_2(fn_acoela_17(X),fn_acoela_12(X))
& correspondence_2(fn_acoela_14(X),fn_acoela_12(X))
& temperature_2(X,fn_acoela_14(X))
& agent_2(fn_acoela_18(X),X)
& fn_acoela_26(X) != fn_acoela_25(X)
& has_part_2(fn_acoela_27(X),fn_acoela_26(X))
& result_2(fn_acoela_18(X),fn_acoela_27(X))
& fn_acoela_25(X) != fn_acoela_26(X)
& element_2(fn_acoela_8(X),fn_acoela_24(X))
& has_part_2(fn_acoela_27(X),fn_acoela_24(X))
& has_part_2(fn_acoela_27(X),fn_acoela_25(X))
& fn_acoela_25(X) != fn_acoela_24(X)
& fn_acoela_24(X) != fn_acoela_25(X)
& X = fn_agent_role_1(fn_acoela_20(X))
& fn_acoela_18(X) = fn_animal_19(X)
& fn_acoela_19(X) = fn_animal_18(X)
& fn_acoela_13(X) = fn_animal_2(X)
& fn_acoela_16(X) = fn_animal_5(X)
& fn_acoela_21(X) = fn_move_out_of_2(fn_acoela_15(X))
& X = fn_move_out_of_1(fn_acoela_15(X))
& fn_acoela_14(X) = fn_organism_2(X)
& fn_acoela_12(X) = fn_organism_5(X)
& fn_acoela_17(X) = fn_organism_4(X)
& X = fn_animal_nutritional_requirement_6(fn_acoela_8(X))
& fn_acoela_11(X) = fn_animal_nutritional_requirement_41(fn_acoela_8(X))
& fn_acoela_10(X) = fn_animal_nutritional_requirement_35(fn_acoela_8(X))
& fn_acoela_29(X) = fn_animal_nutritional_requirement_42(fn_acoela_8(X))
& fn_acoela_9(X) = fn_animal_nutritional_requirement_34(fn_acoela_8(X))
& fn_acoela_23(X) = fn_animal_nutritional_requirement_38(fn_acoela_8(X))
& fn_acoela_22(X) = fn_animal_nutritional_requirement_40(fn_acoela_8(X))
& fn_acoela_28(X) = fn_animal_nutritional_requirement_46(fn_acoela_8(X))
& fn_acoela_18(X) = fn_animal_nutritional_requirement_4(fn_acoela_8(X))
& fn_acoela_26(X) = fn_animal_nutritional_requirement_53(fn_acoela_8(X))
& fn_acoela_25(X) = fn_animal_nutritional_requirement_54(fn_acoela_8(X))
& fn_acoela_27(X) = fn_animal_nutritional_requirement_48(fn_acoela_8(X))
& fn_acoela_25(X) = fn_animal_nutritional_requirement_52(fn_acoela_8(X))
& fn_acoela_24(X) = fn_animal_nutritional_requirement_61(fn_acoela_8(X))
& fn_agent_role_1(fn_acoela_20(X)) = fn_move_out_of_1(fn_acoela_15(X))
& fn_move_out_of_1(fn_acoela_15(X)) = fn_move_out_of_1(fn_acoela_15(X))
& fn_move_out_of_1(fn_acoela_15(X)) = fn_animal_nutritional_requirement_6(fn_acoela_8(X))
& fn_animal_nutritional_requirement_6(fn_acoela_8(X)) = fn_animal_19(X)
& fn_animal_19(X) = fn_animal_nutritional_requirement_4(fn_acoela_8(X))
& fn_animal_nutritional_requirement_4(fn_acoela_8(X)) = fn_animal_nutritional_requirement_4(fn_acoela_8(X))
& fn_animal_nutritional_requirement_4(fn_acoela_8(X)) = fn_animal_nutritional_requirement_52(fn_acoela_8(X))
& fn_animal_nutritional_requirement_52(fn_acoela_8(X)) = fn_animal_nutritional_requirement_54(fn_acoela_8(X))
& fn_animal_nutritional_requirement_54(fn_acoela_8(X)) = fn_animal_nutritional_requirement_52(fn_acoela_8(X))
& fn_animal_nutritional_requirement_52(fn_acoela_8(X)) = fn_animal_nutritional_requirement_52(fn_acoela_8(X)) ) ) ).
fof(a527252,axiom,
! [X] :
( acrosomal_reaction_1(X)
=> ( original_name_2(X,'Acrosomal-Reaction')
& user_description_2(X,'Release of enzymes from the acrosome of a sperm near the zona pellucida of an egg. The enzymes break through the outer coating of the egg and allow fertilization to occur.')
& concept2words_2(X,convert)
& concept2words_2(X,'acrosomal reaction')
& concept2words_2(X,'acrosomal-reaction')
& animal_fertilization_1(X)
& ~ conception_1(X)
& ~ cortical_reaction_1(X) ) ) ).
fof(a527253,axiom,
! [X] :
( acrosome_1(X)
=> ( original_name_2(X,'Acrosome')
& user_description_2(X,'A caplike vesicle in the tip of a sperm that contains enzymes used to penetrate an egg\'s protective outer covering.')
& concept2words_2(X,acrosome)
& vesicle_1(X)
& ~ cortical_granule_1(X)
& ~ lysosome_1(X)
& ~ synaptic_vesicle_1(X)
& ~ transport_vesicle_1(X)
& ~ vacuole_1(X)
& sperm_cell_1(fn_acrosome_1(X))
& has_part_2(fn_acrosome_1(X),X)
& fn_acrosome_1(X) = fn_vesicle_5(X) ) ) ).
fof(a527254,axiom,
! [X] :
( actin_1(X)
=> ( original_name_2(X,'Actin')
& user_description_2(X,'Actin is a globular protein found in all eukaryotic cells. It serves as the basic structural unit for microfilament and thin filaments')
& concept2words_2(X,actin)
& globular_protein_1(X)
& size_value_1(fn_actin_1(X))
& size_value_1(fn_actin_2(X))
& monomer_1(fn_actin_3(X))
& has_part_2(X,fn_actin_3(X))
& size_2(fn_actin_3(X),fn_actin_2(X))
& greater_than_2(fn_actin_1(X),fn_actin_2(X))
& size_2(X,fn_actin_1(X))
& the_scalar_value_2(fn_actin_1(X),big_0)
& scalar_unit_class_2(fn_actin_1(X),polypeptide_0)
& fn_actin_1(X) = fn_polymer_8(X)
& fn_actin_2(X) = fn_polymer_7(X)
& fn_actin_3(X) = fn_polymer_4(X)
& fn_actin_1(X) = fn_protein_9(X)
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X) ) ) ).
fof(a527255,axiom,
! [X] :
( actinium_1(X)
=> ( original_name_2(X,'Actinium')
& user_description_2(X,'Actinium is a metal atom with atomic number 89. It is represented by the symbol Ac.')
& concept2words_2(X,actinium)
& concept2words_2(X,ac)
& metal_atom_1(X)
& neutron_1(fn_actinium_4(X))
& atomic_mass_value_1(fn_actinium_5(X))
& valence_value_1(fn_actinium_6(X))
& electronegativity_value_1(fn_actinium_7(X))
& valence_electron_1(fn_actinium_11(X))
& atomic_weight_value_1(fn_actinium_12(X))
& atomic_number_value_1(fn_actinium_13(X))
& quantity_value_1(fn_actinium_14(X))
& electronegativity_2(X,fn_actinium_7(X))
& valence_2(X,fn_actinium_6(X))
& mass_number_2(X,fn_actinium_5(X))
& exactCardinality(X,has_part_0,"138",neutron_0)
& exactCardinality(X,has_part_0,"89",proton_0)
& exactCardinality(X,has_part_0,"89",electron_0)
& has_part_2(X,fn_actinium_4(X))
& the_cardinal_value_2(fn_actinium_14(X),"3")
& cardinal_unit_class_2(fn_actinium_14(X),unity_0)
& the_cardinal_value_2(fn_actinium_7(X),"1.1")
& cardinal_unit_class_2(fn_actinium_7(X),unity_0)
& the_cardinal_value_2(fn_actinium_6(X),"3")
& cardinal_unit_class_2(fn_actinium_6(X),unity_0)
& the_cardinal_value_2(fn_actinium_5(X),"227")
& cardinal_unit_class_2(fn_actinium_5(X),unity_0)
& the_cardinal_value_2(fn_actinium_13(X),"89")
& cardinal_unit_class_2(fn_actinium_13(X),unity_0)
& the_cardinal_value_2(fn_actinium_12(X),"227")
& cardinal_unit_class_2(fn_actinium_12(X),dalton_0)
& atomic_number_2(X,fn_actinium_13(X))
& atomic_weight_2(X,fn_actinium_12(X))
& has_part_2(X,fn_actinium_11(X))
& quantity_2(fn_actinium_11(X),fn_actinium_14(X))
& fn_actinium_9(X) = fn_atom_12(X)
& fn_actinium_13(X) = fn_atom_17(X)
& fn_actinium_10(X) = fn_atom_13(X)
& fn_actinium_12(X) = fn_atom_16(X)
& fn_actinium_8(X) = fn_atom_1(X)
& fn_actinium_14(X) = fn_atom_5(X)
& fn_actinium_11(X) = fn_atom_14(X) ) ) ).
fof(a527256,axiom,
! [X] :
( actinopod_1(X)
=> ( original_name_2(X,'Actinopod')
& user_description_2(X,'An amoeboid protist whose pseudopods are reinforced by regular arrays of microtubules; examples include radiolarians and heliozoans.')
& concept2words_2(X,actinopod)
& amoeba_1(X) ) ) ).
fof(a527257,axiom,
! [X] :
( actinopterygii_1(X)
=> ( original_name_2(X,'Actinopterygii')
& user_description_2(X,'The taxon comprising the ray-finned fishes.')
& concept2words_2(X,actinopterygii)
& ray_finned_fish_1(X)
& ~ sunfish_1(X)
& ~ stickleback_1(X) ) ) ).
fof(a527258,axiom,
! [X] :
( action_1(X)
=> ( original_name_2(X,'Action')
& concept2words_2(X,'work on')
& concept2words_2(X,make)
& concept2words_2(X,act)
& concept2words_2(X,do)
& concept2words_2(X,execute)
& concept2words_2(X,move)
& concept2words_2(X,perform)
& concept2words_2(X,work)
& concept2words_2(X,process)
& concept2words_2(X,action)
& event_1(X) ) ) ).
fof(a527259,axiom,
! [X] :
( action_potential_1(X)
=> ( original_name_2(X,'Action-Potential')
& user_description_2(X,'A rapid change in the membrane potential of an excitable cell, caused by stimulus-triggered, selective opening and closing of voltage-sensitive gates in sodium and potassium ion channels.')
& concept2words_2(X,'potential of action')
& concept2words_2(X,'action potential')
& concept2words_2(X,'action-potential')
& change_in_membrane_potential_1(X) ) ) ).
fof(a527260,axiom,
! [X] :
( action_spectrum_1(X)
=> ( original_name_2(X,'Action-Spectrum')
& user_description_2(X,'A range of wavelengths of radiation that are most effective in promoting a particular process. This range is sometimes depicted in a graph with the same name.')
& concept2words_2(X,'spectrum of action')
& concept2words_2(X,'action spectrum')
& concept2words_2(X,'action-spectrum')
& graphical_representation_1(X)
& ~ age_structure_diagram_1(X)
& ~ cell_lineage_1(X)
& ~ cladogram_1(X)
& ~ climograph_1(X)
& ~ fate_map_1(X)
& ~ genetic_map_1(X)
& ~ genomic_representation_1(X)
& ~ genotypic_ratio_1(X)
& ~ life_table_1(X)
& ~ pedigree_1(X)
& ~ periodic_table_1(X)
& ~ phenotypic_ratio_1(X)
& ~ phylogenetic_tree_1(X)
& ~ punnett_square_1(X)
& ~ reproductive_table_1(X)
& ~ species_area_curve_1(X)
& ~ survivorship_curve_1(X)
& ~ tree_of_life_1(X) ) ) ).
fof(a527261,axiom,
! [X] :
( activate_1(X)
=> ( original_name_2(X,'Activate')
& concept2words_2(X,activate)
& concept2words_2(X,enable)
& concept2words_2(X,reactivate)
& concept2words_2(X,set)
& concept2words_2(X,throw)
& concept2words_2(X,switch)
& concept2words_2(X,'set up')
& concept2words_2(X,ready)
& concept2words_2(X,prepare)
& concept2words_2(X,'gear up')
& concept2words_2(X,flip)
& make_accessible_1(X)
& ~ unobstruct_1(X)
& ~ unblock_1(X)
& ~ expose_1(X) ) ) ).
fof(a527262,axiom,
! [X] :
( activation_constant_1(X)
=> ( original_name_2(X,'Activation-Constant')
& concept2words_2(X,'constant of activation')
& concept2words_2(X,'activation constant')
& concept2words_2(X,'activation-constant')
& constant_1(X) ) ) ).
fof(a527263,axiom,
! [X] :
( activation_energy_1(X)
=> ( original_name_2(X,'Activation-Energy')
& user_description_2(X,'Activation energy is the minimum amount of energy (heat, electromagnetic radiation, or electrical energy) required to activate atoms or molecules to a condition in which it is equally likely that they will undergo chemical reaction. In decomposition reactions, activation energy is proportional to the difficulty of breaking bonds.')
& concept2words_2(X,'energy of activation')
& concept2words_2(X,'energy-of-activation')
& concept2words_2(X,'free energy of activation')
& concept2words_2(X,'free-energy-of-activation')
& concept2words_2(X,ea)
& concept2words_2(X,'activation energy')
& concept2words_2(X,'activation-energy')
& energy_1(X) ) ) ).
fof(a527264,axiom,
! [X] :
( activation_of_atp_synthase_1(X)
=> ( original_name_2(X,'Activation-Of-ATP-Synthase')
& user_description_2(X,'Activation of the enzyme that catalyzes the reaction that forms ATP from ADP and inorganic phosphate.')
& concept2words_2(X,activate)
& concept2words_2(X,'activation of atp synthase')
& concept2words_2(X,'activation-of-atp-synthase')
& cellular_process_1(X)
& atp_synthase_1(fn_activation_of_atp_synthase_3(X))
& atp_synthase_1(fn_activation_of_atp_synthase_4(X))
& tangible_entity_1(fn_activation_of_atp_synthase_5(X))
& activation_value_1(fn_activation_of_atp_synthase_6(X))
& activation_value_1(fn_activation_of_atp_synthase_7(X))
& has_state_2(fn_activation_of_atp_synthase_3(X),fn_activation_of_atp_synthase_4(X))
& activation_2(fn_activation_of_atp_synthase_3(X),fn_activation_of_atp_synthase_7(X))
& activation_2(fn_activation_of_atp_synthase_4(X),fn_activation_of_atp_synthase_6(X))
& the_categorical_value_2(fn_activation_of_atp_synthase_6(X),active_0)
& the_categorical_value_2(fn_activation_of_atp_synthase_7(X),inactive_0)
& object_2(X,fn_activation_of_atp_synthase_3(X))
& result_2(X,fn_activation_of_atp_synthase_4(X))
& agent_2(X,fn_activation_of_atp_synthase_5(X)) ) ) ).
fof(a527265,axiom,
! [X] :
( activation_of_cyclin_dependent_kinase_1(X)
=> ( original_name_2(X,'Activation-Of-Cyclin-Dependent-Kinase')
& user_description_2(X,'The process of activating certain kinase molecules by the attachment of one or more cyclin molecules.')
& concept2words_2(X,'activation of cyclin dependent kinase')
& concept2words_2(X,'activation-of-cyclin-dependent-kinase')
& activate_1(X)
& activation_value_1(fn_activation_of_cyclin_dependent_kinase_1(X))
& activation_value_1(fn_activation_of_cyclin_dependent_kinase_3(X))
& cyclin_dependent_kinase_1(fn_activation_of_cyclin_dependent_kinase_4(X))
& attach_1(fn_activation_of_cyclin_dependent_kinase_6(X))
& cyclin_1(fn_activation_of_cyclin_dependent_kinase_7(X))
& cyclin_dependent_kinase_1(fn_activation_of_cyclin_dependent_kinase_8(X))
& spatial_entity_1(fn_attach_1(fn_activation_of_cyclin_dependent_kinase_6(X)))
& spatial_entity_1(fn_attach_2(fn_activation_of_cyclin_dependent_kinase_6(X)))
& activation_2(fn_activation_of_cyclin_dependent_kinase_4(X),fn_activation_of_cyclin_dependent_kinase_3(X))
& the_categorical_value_2(fn_activation_of_cyclin_dependent_kinase_3(X),active_0)
& has_state_2(fn_activation_of_cyclin_dependent_kinase_8(X),fn_activation_of_cyclin_dependent_kinase_4(X))
& activation_2(fn_activation_of_cyclin_dependent_kinase_8(X),fn_activation_of_cyclin_dependent_kinase_1(X))
& the_categorical_value_2(fn_activation_of_cyclin_dependent_kinase_1(X),inactive_0)
& by_means_of_2(X,fn_activation_of_cyclin_dependent_kinase_6(X))
& result_2(X,fn_activation_of_cyclin_dependent_kinase_4(X))
& object_2(X,fn_activation_of_cyclin_dependent_kinase_8(X))
& base_2(fn_activation_of_cyclin_dependent_kinase_6(X),fn_activation_of_cyclin_dependent_kinase_8(X))
& object_2(fn_activation_of_cyclin_dependent_kinase_6(X),fn_activation_of_cyclin_dependent_kinase_7(X))
& fn_activation_of_cyclin_dependent_kinase_8(X) = fn_make_accessible_1(X)
& fn_activation_of_cyclin_dependent_kinase_8(X) = fn_attach_2(fn_activation_of_cyclin_dependent_kinase_6(X))
& fn_activation_of_cyclin_dependent_kinase_7(X) = fn_attach_1(fn_activation_of_cyclin_dependent_kinase_6(X))
& fn_make_accessible_1(X) = fn_attach_2(fn_activation_of_cyclin_dependent_kinase_6(X)) ) ) ).
fof(a527266,axiom,
! [X] :
( activation_value_1(X)
=> ( original_name_2(X,'Activation-Value')
& concept2words_2(X,activation)
& concept2words_2(X,'value of activation')
& concept2words_2(X,'activation value')
& concept2words_2(X,'activation-value')
& property_value_1(X) ) ) ).
fof(a527267,axiom,
! [X] :
( activator_1(X)
=> ( original_name_2(X,'Activator')
& user_description_2(X,'A protein that binds to DNA and stimulates gene transcription. In prokaryotes, activators bind in or near the promoter; in eukaryotes, activators bind to control elements in enhancers.')
& concept2words_2(X,activator)
& transcription_factor_1(X)
& ~ homeodomain_protein_1(X)
& ~ morphogen_1(X)
& ~ muscle_specific_transcription_factor_1(X)
& ~ p53_protein_1(X)
& enhancer_1(fn_activator_1(X))
& attach_1(fn_activator_2(X))
& spatial_entity_1(fn_attach_2(fn_activator_2(X)))
& spatial_entity_1(fn_attach_1(fn_activator_2(X)))
& agent_2(fn_activator_2(X),X)
& base_2(fn_activator_2(X),X)
& object_2(fn_activator_2(X),fn_activator_1(X))
& fn_activator_2(X) = fn_transcription_factor_8(X)
& X = fn_attach_2(fn_activator_2(X))
& fn_activator_1(X) = fn_attach_1(fn_activator_2(X)) ) ) ).
fof(a527268,axiom,
! [X] :
( active_movement_of_ions_1(X)
=> ( original_name_2(X,'Active-Movement-Of-Ions')
& user_description_2(X,'The proteins mediate the movement of ions to move across a membrane.')
& concept2words_2(X,move)
& concept2words_2(X,transport)
& concept2words_2(X,'active movement of ion')
& concept2words_2(X,'active-movement-of-ion')
& active_transport_1(X)
& constant_motion_1(fn_active_movement_of_ions_1(X))
& kinetic_energy_1(fn_active_movement_of_ions_2(X))
& covalent_bond_1(fn_active_movement_of_ions_3(X))
& chemical_bond_1(fn_active_movement_of_ions_3(X))
& double_bond_1(fn_active_movement_of_ions_3(X))
& covalent_bond_1(fn_active_movement_of_ions_4(X))
& single_bond_1(fn_active_movement_of_ions_4(X))
& oxygen_1(fn_active_movement_of_ions_5(X))
& entity_1(fn_active_movement_of_ions_5(X))
& chemical_entity_1(fn_active_movement_of_ions_5(X))
& atom_1(fn_active_movement_of_ions_5(X))
& phosphorus_1(fn_active_movement_of_ions_6(X))
& entity_1(fn_active_movement_of_ions_7(X))
& chemical_entity_1(fn_active_movement_of_ions_7(X))
& atom_1(fn_active_movement_of_ions_7(X))
& oxygen_1(fn_active_movement_of_ions_7(X))
& quantity_value_1(fn_active_movement_of_ions_8(X))
& speed_value_1(fn_active_movement_of_ions_9(X))
& chemical_entity_1(fn_active_movement_of_ions_10(X))
& tangible_entity_1(fn_active_movement_of_ions_10(X))
& membrane_protein_1(fn_active_movement_of_ions_10(X))
& protein_1(fn_active_movement_of_ions_10(X))
& molecule_1(fn_active_movement_of_ions_10(X))
& polymer_1(fn_active_movement_of_ions_10(X))
& transport_protein_1(fn_active_movement_of_ions_10(X))
& integral_protein_1(fn_active_movement_of_ions_10(X))
& carrier_protein_1(fn_active_movement_of_ions_10(X))
& carbon_skeleton_1(fn_active_movement_of_ions_11(X))
& hydrophilic_region_1(fn_active_movement_of_ions_12(X))
& hydrophilic_end_1(fn_active_movement_of_ions_12(X))
& outside_face_1(fn_active_movement_of_ions_13(X))
& surface_1(fn_active_movement_of_ions_13(X))
& hydrophilic_region_1(fn_active_movement_of_ions_14(X))
& hydrophilic_end_1(fn_active_movement_of_ions_14(X))
& hydrophobic_region_1(fn_active_movement_of_ions_15(X))
& phosphate_group_1(fn_active_movement_of_ions_16(X))
& tangible_entity_1(fn_active_movement_of_ions_17(X))
& phospholipid_bilayer_1(fn_active_movement_of_ions_17(X))
& inside_face_1(fn_active_movement_of_ions_18(X))
& membrane_1(fn_active_movement_of_ions_19(X))
& spatial_entity_1(fn_active_movement_of_ions_19(X))
& biomembrane_1(fn_active_movement_of_ions_19(X))
& polar_amino_acid_1(fn_active_movement_of_ions_20(X))
& hydrophobic_amino_acid_1(fn_active_movement_of_ions_21(X))
& monomer_1(fn_active_movement_of_ions_22(X))
& atom_1(fn_active_movement_of_ions_23(X))
& carbon_1(fn_active_movement_of_ions_23(X))
& expose_1(fn_active_movement_of_ions_24(X))
& ion_1(fn_active_movement_of_ions_25(X))
& inside_face_1(fn_biomembrane_42(fn_active_movement_of_ions_19(X)))
& phosphorus_1(fn_phosphate_group_6(fn_active_movement_of_ions_16(X)))
& property_node_1(fn_carrier_protein_12(fn_active_movement_of_ions_10(X)))
& property_node_1(fn_carrier_protein_11(fn_active_movement_of_ions_10(X)))
& hydrophilic_region_1(fn_carrier_protein_22(fn_active_movement_of_ions_10(X)))
& hydrophilic_end_1(fn_carrier_protein_22(fn_active_movement_of_ions_10(X)))
& hydrophobic_region_1(fn_carrier_protein_21(fn_active_movement_of_ions_10(X)))
& hydrophobic_amino_acid_1(fn_carrier_protein_31(fn_active_movement_of_ions_10(X)))
& carbon_skeleton_1(fn_carrier_protein_24(fn_active_movement_of_ions_10(X)))
& constant_motion_1(fn_carrier_protein_42(fn_active_movement_of_ions_10(X)))
& speed_value_1(fn_carrier_protein_37(fn_active_movement_of_ions_10(X)))
& quantity_value_1(fn_carrier_protein_38(fn_active_movement_of_ions_10(X)))
& kinetic_energy_1(fn_carrier_protein_41(fn_active_movement_of_ions_10(X)))
& surface_1(fn_biomembrane_47(fn_active_movement_of_ions_19(X)))
& outside_face_1(fn_biomembrane_41(fn_active_movement_of_ions_19(X)))
& surface_1(fn_integral_protein_29(fn_active_movement_of_ions_10(X)))
& covalent_bond_1(fn_polymer_1(fn_active_movement_of_ions_10(X)))
& single_bond_1(fn_phosphate_group_37(fn_active_movement_of_ions_16(X)))
& chemical_bond_1(fn_molecule_10(fn_active_movement_of_ions_10(X)))
& double_bond_1(fn_phosphate_group_41(fn_active_movement_of_ions_16(X)))
& entity_1(fn_covalent_bond_20(fn_active_movement_of_ions_3(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_active_movement_of_ions_3(X)))
& atom_1(fn_covalent_bond_20(fn_active_movement_of_ions_3(X)))
& entity_1(fn_covalent_bond_19(fn_active_movement_of_ions_3(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_active_movement_of_ions_3(X)))
& atom_1(fn_covalent_bond_19(fn_active_movement_of_ions_3(X)))
& entity_1(fn_phosphate_group_22(fn_active_movement_of_ions_16(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_active_movement_of_ions_16(X)))
& atom_1(fn_phosphate_group_22(fn_active_movement_of_ions_16(X)))
& oxygen_1(fn_phosphate_group_22(fn_active_movement_of_ions_16(X)))
& entity_1(fn_covalent_bond_20(fn_active_movement_of_ions_4(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_active_movement_of_ions_4(X)))
& atom_1(fn_covalent_bond_20(fn_active_movement_of_ions_4(X)))
& entity_1(fn_covalent_bond_19(fn_active_movement_of_ions_4(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_active_movement_of_ions_4(X)))
& atom_1(fn_covalent_bond_19(fn_active_movement_of_ions_4(X)))
& entity_1(fn_carrier_protein_32(fn_active_movement_of_ions_10(X)))
& atom_1(fn_carrier_protein_32(fn_active_movement_of_ions_10(X)))
& chemical_entity_1(fn_carrier_protein_32(fn_active_movement_of_ions_10(X)))
& oxygen_1(fn_phosphate_group_5(fn_active_movement_of_ions_16(X)))
& entity_1(fn_phosphate_group_5(fn_active_movement_of_ions_16(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_active_movement_of_ions_16(X)))
& atom_1(fn_phosphate_group_5(fn_active_movement_of_ions_16(X)))
& monomer_1(fn_polymer_6(fn_active_movement_of_ions_10(X)))
& monomer_1(fn_carrier_protein_33(fn_active_movement_of_ions_10(X)))
& hydrophilic_region_1(fn_integral_protein_23(fn_active_movement_of_ions_10(X)))
& hydrophilic_region_1(fn_carrier_protein_23(fn_active_movement_of_ions_10(X)))
& hydrophilic_end_1(fn_carrier_protein_23(fn_active_movement_of_ions_10(X)))
& polar_amino_acid_1(fn_integral_protein_6(fn_active_movement_of_ions_10(X)))
& polar_amino_acid_1(fn_carrier_protein_30(fn_active_movement_of_ions_10(X)))
& atom_1(fn_molecule_11(fn_active_movement_of_ions_10(X)))
& carbon_1(fn_carrier_protein_34(fn_active_movement_of_ions_10(X)))
& tangible_entity_1(fn_biomembrane_63(fn_active_movement_of_ions_19(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_active_movement_of_ions_19(X)))
& tangible_entity_1(fn_integral_protein_27(fn_active_movement_of_ions_10(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_active_movement_of_ions_10(X)))
& tangible_entity_1(fn_carrier_protein_16(fn_active_movement_of_ions_10(X)))
& phospholipid_bilayer_1(fn_carrier_protein_16(fn_active_movement_of_ions_10(X)))
& spatial_entity_1(fn_transport_protein_35(fn_active_movement_of_ions_10(X)))
& biomembrane_1(fn_transport_protein_35(fn_active_movement_of_ions_10(X)))
& biomembrane_1(fn_integral_protein_24(fn_active_movement_of_ions_10(X)))
& membrane_1(fn_carrier_protein_18(fn_active_movement_of_ions_10(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_active_movement_of_ions_10(X)))
& biomembrane_1(fn_carrier_protein_18(fn_active_movement_of_ions_10(X)))
& tangible_entity_1(fn_expose_1(fn_active_movement_of_ions_24(X)))
& chemical_entity_1(fn_functional_group_1(fn_active_movement_of_ions_16(X)))
& tangible_entity_1(fn_biomembrane_54(fn_active_movement_of_ions_19(X)))
& membrane_protein_1(fn_biomembrane_54(fn_active_movement_of_ions_19(X)))
& protein_1(fn_biomembrane_54(fn_active_movement_of_ions_19(X)))
& has_part_2(fn_active_movement_of_ions_10(X),fn_active_movement_of_ions_6(X))
& has_part_2(fn_active_movement_of_ions_10(X),fn_active_movement_of_ions_7(X))
& is_at_2(fn_active_movement_of_ions_14(X),fn_active_movement_of_ions_18(X))
& site_2(fn_active_movement_of_ions_24(X),fn_active_movement_of_ions_12(X))
& object_2(fn_active_movement_of_ions_24(X),fn_active_movement_of_ions_10(X))
& has_region_2(fn_active_movement_of_ions_10(X),fn_active_movement_of_ions_16(X))
& is_between_2(fn_active_movement_of_ions_3(X),fn_active_movement_of_ions_7(X))
& is_between_2(fn_active_movement_of_ions_4(X),fn_active_movement_of_ions_5(X))
& object_2(X,fn_active_movement_of_ions_25(X))
& possesses_2(fn_active_movement_of_ions_10(X),fn_active_movement_of_ions_4(X))
& possesses_2(fn_active_movement_of_ions_10(X),fn_active_movement_of_ions_3(X))
& is_between_2(fn_active_movement_of_ions_3(X),fn_active_movement_of_ions_23(X))
& path_2(X,fn_active_movement_of_ions_19(X))
& agent_2(X,fn_active_movement_of_ions_10(X))
& has_region_2(fn_active_movement_of_ions_19(X),fn_active_movement_of_ions_18(X))
& has_region_2(fn_active_movement_of_ions_19(X),fn_active_movement_of_ions_13(X))
& has_region_2(fn_active_movement_of_ions_10(X),fn_active_movement_of_ions_13(X))
& is_at_2(fn_active_movement_of_ions_12(X),fn_active_movement_of_ions_13(X))
& has_part_2(fn_active_movement_of_ions_10(X),fn_active_movement_of_ions_5(X))
& fn_active_movement_of_ions_23(X) != fn_active_movement_of_ions_5(X)
& fn_active_movement_of_ions_5(X) != fn_active_movement_of_ions_23(X)
& is_between_2(fn_active_movement_of_ions_4(X),fn_active_movement_of_ions_6(X))
& is_between_2(fn_active_movement_of_ions_4(X),fn_active_movement_of_ions_7(X))
& is_inside_2(fn_active_movement_of_ions_7(X),fn_active_movement_of_ions_16(X))
& is_between_2(fn_active_movement_of_ions_3(X),fn_active_movement_of_ions_5(X))
& is_between_2(fn_active_movement_of_ions_3(X),fn_active_movement_of_ions_6(X))
& is_inside_2(fn_active_movement_of_ions_6(X),fn_active_movement_of_ions_16(X))
& fn_active_movement_of_ions_7(X) != fn_active_movement_of_ions_6(X)
& fn_active_movement_of_ions_6(X) != fn_active_movement_of_ions_7(X)
& is_inside_2(fn_active_movement_of_ions_5(X),fn_active_movement_of_ions_16(X))
& fn_active_movement_of_ions_7(X) != fn_active_movement_of_ions_5(X)
& fn_active_movement_of_ions_5(X) != fn_active_movement_of_ions_7(X)
& fn_active_movement_of_ions_6(X) != fn_active_movement_of_ions_5(X)
& fn_active_movement_of_ions_5(X) != fn_active_movement_of_ions_6(X)
& has_region_2(fn_active_movement_of_ions_10(X),fn_active_movement_of_ions_11(X))
& is_across_2(fn_active_movement_of_ions_10(X),fn_active_movement_of_ions_19(X))
& has_part_2(fn_active_movement_of_ions_10(X),fn_active_movement_of_ions_22(X))
& has_region_2(fn_active_movement_of_ions_10(X),fn_active_movement_of_ions_14(X))
& has_region_2(fn_active_movement_of_ions_10(X),fn_active_movement_of_ions_12(X))
& is_opposite_2(fn_active_movement_of_ions_12(X),fn_active_movement_of_ions_14(X))
& is_opposite_2(fn_active_movement_of_ions_14(X),fn_active_movement_of_ions_12(X))
& has_part_2(fn_active_movement_of_ions_10(X),fn_active_movement_of_ions_21(X))
& is_inside_2(fn_active_movement_of_ions_21(X),fn_active_movement_of_ions_15(X))
& has_region_2(fn_active_movement_of_ions_10(X),fn_active_movement_of_ions_15(X))
& has_part_2(fn_active_movement_of_ions_10(X),fn_active_movement_of_ions_20(X))
& is_at_2(fn_active_movement_of_ions_20(X),fn_active_movement_of_ions_12(X))
& has_part_2(fn_active_movement_of_ions_19(X),fn_active_movement_of_ions_10(X))
& has_part_2(fn_active_movement_of_ions_19(X),fn_active_movement_of_ions_17(X))
& is_inside_2(fn_active_movement_of_ions_10(X),fn_active_movement_of_ions_17(X))
& has_part_2(fn_active_movement_of_ions_10(X),fn_active_movement_of_ions_23(X))
& is_inside_2(fn_active_movement_of_ions_23(X),fn_active_movement_of_ions_11(X))
& possesses_2(fn_active_movement_of_ions_10(X),fn_active_movement_of_ions_2(X))
& quantity_2(fn_active_movement_of_ions_2(X),fn_active_movement_of_ions_8(X))
& directly_proportional_2(fn_active_movement_of_ions_9(X),fn_active_movement_of_ions_8(X))
& speed_2(fn_active_movement_of_ions_1(X),fn_active_movement_of_ions_9(X))
& object_2(fn_active_movement_of_ions_1(X),fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_10(X) = fn_expose_1(fn_active_movement_of_ions_24(X))
& fn_active_movement_of_ions_10(X) = fn_functional_group_1(fn_active_movement_of_ions_16(X))
& fn_active_movement_of_ions_7(X) = fn_covalent_bond_20(fn_active_movement_of_ions_3(X))
& fn_active_movement_of_ions_7(X) = fn_covalent_bond_19(fn_active_movement_of_ions_3(X))
& fn_active_movement_of_ions_5(X) = fn_covalent_bond_20(fn_active_movement_of_ions_4(X))
& fn_active_movement_of_ions_5(X) = fn_covalent_bond_19(fn_active_movement_of_ions_4(X))
& fn_active_movement_of_ions_25(X) = fn_active_transport_19(X)
& fn_active_movement_of_ions_4(X) = fn_polymer_1(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_23(X) = fn_molecule_11(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_3(X) = fn_molecule_10(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_19(X) = fn_active_transport_18(X)
& fn_active_movement_of_ions_10(X) = fn_active_transport_26(X)
& fn_active_movement_of_ions_18(X) = fn_biomembrane_42(fn_active_movement_of_ions_19(X))
& fn_active_movement_of_ions_13(X) = fn_biomembrane_47(fn_active_movement_of_ions_19(X))
& fn_active_movement_of_ions_13(X) = fn_biomembrane_41(fn_active_movement_of_ions_19(X))
& fn_active_movement_of_ions_13(X) = fn_integral_protein_29(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_5(X) = fn_carrier_protein_32(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_4(X) = fn_phosphate_group_37(fn_active_movement_of_ions_16(X))
& fn_active_movement_of_ions_3(X) = fn_phosphate_group_41(fn_active_movement_of_ions_16(X))
& fn_active_movement_of_ions_6(X) = fn_phosphate_group_6(fn_active_movement_of_ions_16(X))
& fn_active_movement_of_ions_7(X) = fn_phosphate_group_22(fn_active_movement_of_ions_16(X))
& fn_active_movement_of_ions_5(X) = fn_phosphate_group_5(fn_active_movement_of_ions_16(X))
& fn_active_movement_of_ions_26(X) = fn_carrier_protein_12(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_27(X) = fn_carrier_protein_11(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_22(X) = fn_polymer_6(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_22(X) = fn_carrier_protein_33(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_14(X) = fn_carrier_protein_22(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_20(X) = fn_integral_protein_6(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_12(X) = fn_integral_protein_23(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_12(X) = fn_carrier_protein_23(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_20(X) = fn_carrier_protein_30(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_15(X) = fn_carrier_protein_21(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_21(X) = fn_carrier_protein_31(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_11(X) = fn_carrier_protein_24(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_23(X) = fn_carrier_protein_34(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_17(X) = fn_biomembrane_63(fn_active_movement_of_ions_19(X))
& fn_active_movement_of_ions_17(X) = fn_integral_protein_27(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_17(X) = fn_carrier_protein_16(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_10(X) = fn_biomembrane_54(fn_active_movement_of_ions_19(X))
& fn_active_movement_of_ions_19(X) = fn_transport_protein_35(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_19(X) = fn_integral_protein_24(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_19(X) = fn_carrier_protein_18(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_1(X) = fn_carrier_protein_42(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_9(X) = fn_carrier_protein_37(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_8(X) = fn_carrier_protein_38(fn_active_movement_of_ions_10(X))
& fn_active_movement_of_ions_2(X) = fn_carrier_protein_41(fn_active_movement_of_ions_10(X))
& fn_biomembrane_47(fn_active_movement_of_ions_19(X)) = fn_biomembrane_41(fn_active_movement_of_ions_19(X))
& fn_biomembrane_41(fn_active_movement_of_ions_19(X)) = fn_biomembrane_41(fn_active_movement_of_ions_19(X))
& fn_biomembrane_41(fn_active_movement_of_ions_19(X)) = fn_integral_protein_29(fn_active_movement_of_ions_10(X))
& fn_integral_protein_29(fn_active_movement_of_ions_10(X)) = fn_integral_protein_29(fn_active_movement_of_ions_10(X))
& fn_integral_protein_29(fn_active_movement_of_ions_10(X)) = fn_polymer_1(fn_active_movement_of_ions_10(X))
& fn_polymer_1(fn_active_movement_of_ions_10(X)) = fn_phosphate_group_37(fn_active_movement_of_ions_16(X))
& fn_phosphate_group_37(fn_active_movement_of_ions_16(X)) = fn_phosphate_group_37(fn_active_movement_of_ions_16(X))
& fn_phosphate_group_37(fn_active_movement_of_ions_16(X)) = fn_molecule_10(fn_active_movement_of_ions_10(X))
& fn_molecule_10(fn_active_movement_of_ions_10(X)) = fn_molecule_10(fn_active_movement_of_ions_10(X))
& fn_molecule_10(fn_active_movement_of_ions_10(X)) = fn_phosphate_group_41(fn_active_movement_of_ions_16(X))
& fn_phosphate_group_41(fn_active_movement_of_ions_16(X)) = fn_phosphate_group_41(fn_active_movement_of_ions_16(X))
& fn_phosphate_group_41(fn_active_movement_of_ions_16(X)) = fn_covalent_bond_20(fn_active_movement_of_ions_3(X))
& fn_covalent_bond_20(fn_active_movement_of_ions_3(X)) = fn_covalent_bond_19(fn_active_movement_of_ions_3(X))
& fn_covalent_bond_19(fn_active_movement_of_ions_3(X)) = fn_covalent_bond_19(fn_active_movement_of_ions_3(X))
& fn_covalent_bond_19(fn_active_movement_of_ions_3(X)) = fn_phosphate_group_22(fn_active_movement_of_ions_16(X))
& fn_phosphate_group_22(fn_active_movement_of_ions_16(X)) = fn_phosphate_group_22(fn_active_movement_of_ions_16(X))
& fn_phosphate_group_22(fn_active_movement_of_ions_16(X)) = fn_covalent_bond_20(fn_active_movement_of_ions_4(X))
& fn_covalent_bond_20(fn_active_movement_of_ions_4(X)) = fn_covalent_bond_19(fn_active_movement_of_ions_4(X))
& fn_covalent_bond_19(fn_active_movement_of_ions_4(X)) = fn_covalent_bond_19(fn_active_movement_of_ions_4(X))
& fn_covalent_bond_19(fn_active_movement_of_ions_4(X)) = fn_carrier_protein_32(fn_active_movement_of_ions_10(X))
& fn_carrier_protein_32(fn_active_movement_of_ions_10(X)) = fn_carrier_protein_32(fn_active_movement_of_ions_10(X))
& fn_carrier_protein_32(fn_active_movement_of_ions_10(X)) = fn_phosphate_group_5(fn_active_movement_of_ions_16(X))
& fn_phosphate_group_5(fn_active_movement_of_ions_16(X)) = fn_phosphate_group_5(fn_active_movement_of_ions_16(X))
& fn_phosphate_group_5(fn_active_movement_of_ions_16(X)) = fn_polymer_6(fn_active_movement_of_ions_10(X))
& fn_polymer_6(fn_active_movement_of_ions_10(X)) = fn_carrier_protein_33(fn_active_movement_of_ions_10(X))
& fn_carrier_protein_33(fn_active_movement_of_ions_10(X)) = fn_integral_protein_23(fn_active_movement_of_ions_10(X))
& fn_carrier_protein_23(fn_active_movement_of_ions_10(X)) = fn_carrier_protein_23(fn_active_movement_of_ions_10(X))
& fn_carrier_protein_23(fn_active_movement_of_ions_10(X)) = fn_integral_protein_23(fn_active_movement_of_ions_10(X))
& fn_integral_protein_23(fn_active_movement_of_ions_10(X)) = fn_carrier_protein_23(fn_active_movement_of_ions_10(X))
& fn_carrier_protein_23(fn_active_movement_of_ions_10(X)) = fn_integral_protein_6(fn_active_movement_of_ions_10(X))
& fn_integral_protein_6(fn_active_movement_of_ions_10(X)) = fn_carrier_protein_30(fn_active_movement_of_ions_10(X))
& fn_carrier_protein_30(fn_active_movement_of_ions_10(X)) = fn_carrier_protein_30(fn_active_movement_of_ions_10(X))
& fn_carrier_protein_30(fn_active_movement_of_ions_10(X)) = fn_molecule_11(fn_active_movement_of_ions_10(X))
& fn_molecule_11(fn_active_movement_of_ions_10(X)) = fn_carrier_protein_34(fn_active_movement_of_ions_10(X))
& fn_carrier_protein_34(fn_active_movement_of_ions_10(X)) = fn_carrier_protein_34(fn_active_movement_of_ions_10(X))
& fn_carrier_protein_34(fn_active_movement_of_ions_10(X)) = fn_biomembrane_63(fn_active_movement_of_ions_19(X))
& fn_biomembrane_63(fn_active_movement_of_ions_19(X)) = fn_integral_protein_27(fn_active_movement_of_ions_10(X))
& fn_carrier_protein_16(fn_active_movement_of_ions_10(X)) = fn_integral_protein_27(fn_active_movement_of_ions_10(X))
& fn_integral_protein_27(fn_active_movement_of_ions_10(X)) = fn_carrier_protein_16(fn_active_movement_of_ions_10(X))
& fn_carrier_protein_16(fn_active_movement_of_ions_10(X)) = fn_active_transport_18(X)
& fn_active_transport_18(X) = fn_transport_protein_35(fn_active_movement_of_ions_10(X))
& fn_transport_protein_35(fn_active_movement_of_ions_10(X)) = fn_active_transport_18(X)
& fn_active_transport_18(X) = fn_integral_protein_24(fn_active_movement_of_ions_10(X))
& fn_integral_protein_24(fn_active_movement_of_ions_10(X)) = fn_integral_protein_24(fn_active_movement_of_ions_10(X))
& fn_carrier_protein_18(fn_active_movement_of_ions_10(X)) = fn_integral_protein_24(fn_active_movement_of_ions_10(X))
& fn_integral_protein_24(fn_active_movement_of_ions_10(X)) = fn_carrier_protein_18(fn_active_movement_of_ions_10(X))
& fn_carrier_protein_18(fn_active_movement_of_ions_10(X)) = fn_expose_1(fn_active_movement_of_ions_24(X))
& fn_expose_1(fn_active_movement_of_ions_24(X)) = fn_functional_group_1(fn_active_movement_of_ions_16(X))
& fn_functional_group_1(fn_active_movement_of_ions_16(X)) = fn_functional_group_1(fn_active_movement_of_ions_16(X))
& fn_functional_group_1(fn_active_movement_of_ions_16(X)) = fn_biomembrane_54(fn_active_movement_of_ions_19(X))
& fn_biomembrane_54(fn_active_movement_of_ions_19(X)) = fn_active_transport_26(X)
& fn_active_transport_26(X) = fn_biomembrane_54(fn_active_movement_of_ions_19(X)) ) ) ).
fof(a527269,axiom,
! [X] :
( active_repressor_1(X)
=> ( original_name_2(X,'Active-Repressor')
& user_description_2(X,'The active form of a repressor.')
& concept2words_2(X,'active repressor')
& concept2words_2(X,'active-repressor')
& repressor_1(X)
& ~ inactive_repressor_1(X)
& binding_site_1(fn_active_repressor_1(X))
& block_1(fn_active_repressor_2(X))
& inactive_repressor_1(fn_active_repressor_3(X))
& constant_motion_1(fn_active_repressor_8(X))
& protein_domain_1(fn_active_repressor_9(X))
& carbon_skeleton_1(fn_active_repressor_10(X))
& allosteric_site_1(fn_active_repressor_11(X))
& size_value_1(fn_active_repressor_12(X))
& polypeptide_1(fn_active_repressor_13(X))
& monomer_1(fn_active_repressor_14(X))
& atom_1(fn_active_repressor_15(X))
& chemical_entity_1(fn_active_repressor_15(X))
& carbon_1(fn_active_repressor_16(X))
& kinetic_energy_1(fn_active_repressor_17(X))
& attach_1(fn_active_repressor_18(X))
& conformational_change_1(fn_active_repressor_19(X))
& quantity_value_1(fn_active_repressor_20(X))
& speed_value_1(fn_active_repressor_21(X))
& size_value_1(fn_active_repressor_22(X))
& spatial_entity_1(fn_active_repressor_23(X))
& chemical_entity_1(fn_active_repressor_23(X))
& monomer_1(fn_active_repressor_23(X))
& molecule_1(fn_active_repressor_23(X))
& amino_acid_1(fn_active_repressor_23(X))
& hydrophilic_region_1(fn_active_repressor_24(X))
& surface_1(fn_active_repressor_25(X))
& attach_1(fn_active_repressor_26(X))
& operator_1(fn_active_repressor_27(X))
& binding_site_1(fn_active_repressor_28(X))
& conformational_change_1(fn_active_repressor_29(X))
& spatial_entity_1(fn_attach_2(fn_active_repressor_26(X)))
& spatial_entity_1(fn_conformational_change_4(fn_active_repressor_29(X)))
& spatial_entity_1(fn_conformational_change_3(fn_active_repressor_29(X)))
& spatial_entity_1(fn_attach_1(fn_active_repressor_26(X)))
& object_2(fn_active_repressor_29(X),fn_active_repressor_3(X))
& has_region_2(fn_active_repressor_3(X),fn_active_repressor_28(X))
& has_region_2(fn_active_repressor_27(X),fn_active_repressor_1(X))
& causes_2(fn_active_repressor_26(X),fn_active_repressor_2(X))
& causes_2(fn_active_repressor_26(X),fn_active_repressor_29(X))
& base_2(fn_active_repressor_26(X),fn_active_repressor_27(X))
& object_2(fn_active_repressor_29(X),fn_active_repressor_28(X))
& result_2(fn_active_repressor_29(X),X)
& object_2(fn_active_repressor_26(X),X)
& the_scalar_value_2(fn_active_repressor_12(X),big_0)
& scalar_unit_class_2(fn_active_repressor_12(X),polypeptide_0)
& is_at_2(fn_active_repressor_24(X),fn_active_repressor_25(X))
& has_part_2(X,fn_active_repressor_14(X))
& size_2(fn_active_repressor_14(X),fn_active_repressor_22(X))
& greater_than_2(fn_active_repressor_12(X),fn_active_repressor_22(X))
& size_2(X,fn_active_repressor_12(X))
& has_part_2(X,fn_active_repressor_15(X))
& base_2(fn_active_repressor_18(X),X)
& causes_2(fn_active_repressor_18(X),fn_active_repressor_19(X))
& object_2(fn_active_repressor_19(X),fn_active_repressor_11(X))
& has_region_2(X,fn_active_repressor_11(X))
& has_region_2(X,fn_active_repressor_24(X))
& has_part_2(X,fn_active_repressor_16(X))
& is_inside_2(fn_active_repressor_16(X),fn_active_repressor_10(X))
& has_region_2(X,fn_active_repressor_10(X))
& fn_active_repressor_15(X) != fn_active_repressor_16(X)
& fn_active_repressor_16(X) != fn_active_repressor_15(X)
& object_2(fn_active_repressor_8(X),X)
& speed_2(fn_active_repressor_8(X),fn_active_repressor_21(X))
& directly_proportional_2(fn_active_repressor_21(X),fn_active_repressor_20(X))
& quantity_2(fn_active_repressor_17(X),fn_active_repressor_20(X))
& possesses_2(X,fn_active_repressor_17(X))
& has_region_2(X,fn_active_repressor_9(X))
& is_at_2(fn_active_repressor_23(X),fn_active_repressor_9(X))
& has_part_2(fn_active_repressor_13(X),fn_active_repressor_23(X))
& has_part_2(X,fn_active_repressor_13(X))
& has_region_2(X,fn_active_repressor_25(X))
& fn_active_repressor_27(X) = fn_attach_2(fn_active_repressor_26(X))
& fn_active_repressor_28(X) = fn_conformational_change_4(fn_active_repressor_29(X))
& X = fn_conformational_change_3(fn_active_repressor_29(X))
& X = fn_attach_1(fn_active_repressor_26(X))
& fn_active_repressor_7(X) = fn_allosteric_protein_22(X)
& fn_active_repressor_6(X) = fn_allosteric_protein_24(X)
& fn_active_repressor_5(X) = fn_allosteric_protein_23(X)
& fn_active_repressor_4(X) = fn_allosteric_protein_25(X)
& fn_active_repressor_12(X) = fn_allosteric_protein_19(X)
& fn_active_repressor_22(X) = fn_allosteric_protein_14(X)
& fn_active_repressor_14(X) = fn_allosteric_protein_11(X)
& fn_active_repressor_24(X) = fn_allosteric_protein_2(X)
& fn_active_repressor_11(X) = fn_allosteric_protein_6(X)
& fn_active_repressor_19(X) = fn_allosteric_protein_9(X)
& fn_active_repressor_18(X) = fn_allosteric_protein_7(X)
& fn_active_repressor_10(X) = fn_allosteric_protein_4(X)
& fn_active_repressor_15(X) = fn_allosteric_protein_10(X)
& fn_active_repressor_16(X) = fn_allosteric_protein_12(X)
& fn_active_repressor_17(X) = fn_allosteric_protein_18(X)
& fn_active_repressor_20(X) = fn_allosteric_protein_15(X)
& fn_active_repressor_21(X) = fn_allosteric_protein_16(X)
& fn_active_repressor_8(X) = fn_allosteric_protein_17(X)
& fn_active_repressor_25(X) = fn_allosteric_protein_3(X)
& fn_active_repressor_13(X) = fn_allosteric_protein_20(X)
& fn_active_repressor_23(X) = fn_allosteric_protein_13(X)
& fn_active_repressor_9(X) = fn_allosteric_protein_21(X)
& fn_conformational_change_3(fn_active_repressor_29(X)) = fn_attach_1(fn_active_repressor_26(X)) ) ) ).
fof(a527270,axiom,
! [X] :
( active_site_1(X)
=> ( original_name_2(X,'Active-Site')
& user_description_2(X,'The active site is part of an enzyme where substrates bind and undergo a chemical reaction.')
& concept2words_2(X,'catalytic center')
& concept2words_2(X,'catalytic-center')
& concept2words_2(X,'enzyme catalytic center')
& concept2words_2(X,'enzyme-catalytic-center')
& concept2words_2(X,'active site')
& concept2words_2(X,'active-site')
& cavity_1(X)
& functional_region_1(X)
& ~ allosteric_site_1(X)
& ~ alpha_helix_1(X)
& ~ antigen_binding_site_1(X)
& ~ epitope_1(X)
& ~ protein_domain_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X) ) ) ).
fof(a527271,axiom,
! [X] :
( active_transport_1(X)
=> ( original_name_2(X,'Active-Transport')
& user_description_2(X,'Active transport is the movement of a substance against its concentration energy (from low to high concentration).')
& concept2words_2(X,transport)
& concept2words_2(X,'active transport')
& concept2words_2(X,'active-transport')
& transport_work_1(X)
& endergonic_process_1(X)
& subcellular_movement_1(X)
& ~ passive_transport_1(X)
& system_1(fn_active_transport_3(X))
& density_value_1(fn_active_transport_10(X))
& density_value_1(fn_active_transport_11(X))
& quantity_value_1(fn_active_transport_12(X))
& quantity_value_1(fn_active_transport_13(X))
& concentration_value_1(fn_active_transport_14(X))
& rate_value_1(fn_active_transport_17(X))
& biomembrane_1(fn_active_transport_18(X))
& chemical_entity_1(fn_active_transport_19(X))
& solution_1(fn_active_transport_20(X))
& solution_1(fn_active_transport_21(X))
& move_1(fn_active_transport_22(X))
& move_through_1(fn_active_transport_22(X))
& chemical_1(fn_active_transport_23(X))
& chemical_1(fn_active_transport_24(X))
& concentration_gradient_1(fn_active_transport_25(X))
& carrier_protein_1(fn_active_transport_26(X))
& solution_1(fn_concentration_gradient_8(fn_active_transport_25(X)))
& solution_1(fn_concentration_gradient_9(fn_active_transport_25(X)))
& chemical_entity_1(fn_biomembrane_55(fn_active_transport_18(X)))
& chemical_1(fn_solution_5(fn_active_transport_21(X)))
& chemical_1(fn_solution_6(fn_active_transport_21(X)))
& move_through_1(fn_carrier_protein_4(fn_active_transport_26(X)))
& move_through_1(fn_biomembrane_52(fn_active_transport_18(X)))
& destination_2(fn_active_transport_22(X),fn_active_transport_21(X))
& origin_2(fn_active_transport_22(X),fn_active_transport_20(X))
& called_2(fn_active_transport_10(X),'Concentration_OH')
& called_2(fn_active_transport_11(X),'Concentration_H')
& called_2(fn_active_transport_12(X),'Quantity_H')
& called_2(fn_active_transport_13(X),'Quantity_OH')
& agent_2(X,fn_active_transport_26(X))
& base_2(X,fn_active_transport_25(X))
& origin_2(X,fn_active_transport_20(X))
& destination_2(X,fn_active_transport_21(X))
& object_2(X,fn_active_transport_19(X))
& path_2(X,fn_active_transport_18(X))
& concentration_2(fn_active_transport_19(X),fn_active_transport_14(X))
& positive_influence_2(fn_active_transport_14(X),fn_active_transport_17(X))
& subevent_2(X,fn_active_transport_22(X))
& agent_2(fn_active_transport_22(X),fn_active_transport_26(X))
& is_between_2(fn_active_transport_25(X),fn_active_transport_21(X))
& is_between_2(fn_active_transport_25(X),fn_active_transport_20(X))
& rate_2(X,fn_active_transport_17(X))
& base_2(fn_active_transport_22(X),fn_active_transport_18(X))
& object_2(fn_active_transport_22(X),fn_active_transport_19(X))
& fn_active_transport_22(X) = fn_subcellular_movement_1(X)
& fn_active_transport_22(X) = fn_carrier_protein_4(fn_active_transport_26(X))
& fn_active_transport_21(X) = fn_concentration_gradient_8(fn_active_transport_25(X))
& fn_active_transport_20(X) = fn_concentration_gradient_9(fn_active_transport_25(X))
& fn_active_transport_16(X) = fn_cellular_work_6(X)
& fn_active_transport_17(X) = fn_cellular_work_5(X)
& fn_active_transport_19(X) = fn_biomembrane_55(fn_active_transport_18(X))
& fn_active_transport_22(X) = fn_biomembrane_52(fn_active_transport_18(X))
& fn_active_transport_23(X) = fn_solution_5(fn_active_transport_21(X))
& fn_active_transport_24(X) = fn_solution_6(fn_active_transport_21(X))
& fn_subcellular_movement_1(X) = fn_carrier_protein_4(fn_active_transport_26(X))
& fn_carrier_protein_4(fn_active_transport_26(X)) = fn_carrier_protein_4(fn_active_transport_26(X))
& fn_carrier_protein_4(fn_active_transport_26(X)) = fn_biomembrane_52(fn_active_transport_18(X))
& fn_biomembrane_52(fn_active_transport_18(X)) = fn_biomembrane_52(fn_active_transport_18(X)) ) ) ).
fof(a527272,axiom,
! [X] :
( active_transport_by_proton_pump_1(X)
=> ( original_name_2(X,'Active-Transport-By-Proton-Pump')
& concept2words_2(X,'active transport by proton pump')
& concept2words_2(X,'active-transport-by-proton-pump')
& active_movement_of_ions_1(X)
& active_transport_using_atp_1(X)
& proton_motive_force_1(fn_active_transport_by_proton_pump_1(X))
& hydrogen_ion_gradient_1(fn_active_transport_by_proton_pump_2(X))
& hydrogen_ion_1(fn_active_transport_by_proton_pump_3(X))
& proton_pump_1(fn_active_transport_by_proton_pump_4(X))
& hydrogen_ion_1(fn_proton_pump_54(fn_active_transport_by_proton_pump_4(X)))
& active_transport_by_proton_pump_1(fn_proton_pump_36(fn_active_transport_by_proton_pump_4(X)))
& result_2(X,fn_active_transport_by_proton_pump_1(X))
& result_2(X,fn_active_transport_by_proton_pump_2(X))
& agent_2(X,fn_active_transport_by_proton_pump_4(X))
& fn_active_transport_by_proton_pump_3(X) = fn_proton_pump_54(fn_active_transport_by_proton_pump_4(X))
& X = fn_proton_pump_36(fn_active_transport_by_proton_pump_4(X))
& fn_proton_pump_36(fn_active_transport_by_proton_pump_4(X)) = fn_proton_pump_36(fn_active_transport_by_proton_pump_4(X)) ) ) ).
fof(a527273,axiom,
! [X] :
( active_transport_by_sodium_potassium_pump_1(X)
=> ( original_name_2(X,'Active-Transport-By-Sodium-Potassium-Pump')
& user_description_2(X,'Active movement of sodium ions and potassium ions across a plasma membrane.')
& concept2words_2(X,transport)
& concept2words_2(X,'active transport by sodium potassium pump')
& concept2words_2(X,'active-transport-by-sodium-potassium-pump')
& transport_work_1(X)
& chemical_1(fn_active_transport_by_sodium_potassium_pump_1(X))
& water_1(fn_active_transport_by_sodium_potassium_pump_2(X))
& adp_1(fn_active_transport_by_sodium_potassium_pump_3(X))
& angle_value_1(fn_active_transport_by_sodium_potassium_pump_5(X))
& electrochemical_gradient_1(fn_active_transport_by_sodium_potassium_pump_6(X))
& maintenance_1(fn_active_transport_by_sodium_potassium_pump_7(X))
& entity_1(fn_active_transport_by_sodium_potassium_pump_10(X))
& chemical_entity_1(fn_active_transport_by_sodium_potassium_pump_10(X))
& atom_1(fn_active_transport_by_sodium_potassium_pump_10(X))
& carbon_1(fn_active_transport_by_sodium_potassium_pump_10(X))
& tangible_entity_1(fn_active_transport_by_sodium_potassium_pump_11(X))
& oxygen_1(fn_active_transport_by_sodium_potassium_pump_11(X))
& entity_1(fn_active_transport_by_sodium_potassium_pump_11(X))
& chemical_entity_1(fn_active_transport_by_sodium_potassium_pump_11(X))
& atom_1(fn_active_transport_by_sodium_potassium_pump_11(X))
& phosphorus_1(fn_active_transport_by_sodium_potassium_pump_12(X))
& entity_1(fn_active_transport_by_sodium_potassium_pump_13(X))
& chemical_entity_1(fn_active_transport_by_sodium_potassium_pump_13(X))
& atom_1(fn_active_transport_by_sodium_potassium_pump_13(X))
& oxygen_1(fn_active_transport_by_sodium_potassium_pump_13(X))
& hydrophobic_amino_acid_1(fn_active_transport_by_sodium_potassium_pump_14(X))
& carbon_skeleton_1(fn_active_transport_by_sodium_potassium_pump_15(X))
& hydrophobic_region_1(fn_active_transport_by_sodium_potassium_pump_16(X))
& functional_group_1(fn_active_transport_by_sodium_potassium_pump_17(X))
& phosphate_group_1(fn_active_transport_by_sodium_potassium_pump_17(X))
& kinetic_energy_1(fn_active_transport_by_sodium_potassium_pump_18(X))
& thermal_energy_1(fn_active_transport_by_sodium_potassium_pump_18(X))
& carbon_skeleton_1(fn_active_transport_by_sodium_potassium_pump_19(X))
& hydrogen_1(fn_active_transport_by_sodium_potassium_pump_20(X))
& remove_1(fn_active_transport_by_sodium_potassium_pump_21(X))
& water_molecule_1(fn_active_transport_by_sodium_potassium_pump_22(X))
& constant_motion_1(fn_active_transport_by_sodium_potassium_pump_23(X))
& speed_value_1(fn_active_transport_by_sodium_potassium_pump_24(X))
& quantity_value_1(fn_active_transport_by_sodium_potassium_pump_25(X))
& chemical_1(fn_active_transport_by_sodium_potassium_pump_26(X))
& remove_1(fn_active_transport_by_sodium_potassium_pump_27(X))
& phosphate_ion_1(fn_active_transport_by_sodium_potassium_pump_28(X))
& chemical_1(fn_active_transport_by_sodium_potassium_pump_29(X))
& release_1(fn_active_transport_by_sodium_potassium_pump_30(X))
& active_transport_1(fn_active_transport_by_sodium_potassium_pump_33(X))
& active_movement_of_ions_1(fn_active_transport_by_sodium_potassium_pump_33(X))
& spatial_entity_1(fn_active_transport_by_sodium_potassium_pump_34(X))
& membrane_1(fn_active_transport_by_sodium_potassium_pump_34(X))
& biomembrane_1(fn_active_transport_by_sodium_potassium_pump_34(X))
& potassium_ion_1(fn_active_transport_by_sodium_potassium_pump_35(X))
& constant_motion_1(fn_active_transport_by_sodium_potassium_pump_36(X))
& expose_1(fn_active_transport_by_sodium_potassium_pump_37(X))
& kinetic_energy_1(fn_active_transport_by_sodium_potassium_pump_38(X))
& covalent_bond_1(fn_active_transport_by_sodium_potassium_pump_39(X))
& chemical_bond_1(fn_active_transport_by_sodium_potassium_pump_39(X))
& double_bond_1(fn_active_transport_by_sodium_potassium_pump_39(X))
& covalent_bond_1(fn_active_transport_by_sodium_potassium_pump_40(X))
& single_bond_1(fn_active_transport_by_sodium_potassium_pump_40(X))
& chemical_entity_1(fn_active_transport_by_sodium_potassium_pump_41(X))
& tangible_entity_1(fn_active_transport_by_sodium_potassium_pump_41(X))
& entity_1(fn_active_transport_by_sodium_potassium_pump_41(X))
& oxygen_1(fn_active_transport_by_sodium_potassium_pump_41(X))
& atom_1(fn_active_transport_by_sodium_potassium_pump_41(X))
& entity_1(fn_active_transport_by_sodium_potassium_pump_42(X))
& chemical_entity_1(fn_active_transport_by_sodium_potassium_pump_42(X))
& atom_1(fn_active_transport_by_sodium_potassium_pump_42(X))
& phosphorus_1(fn_active_transport_by_sodium_potassium_pump_42(X))
& tangible_entity_1(fn_active_transport_by_sodium_potassium_pump_43(X))
& entity_1(fn_active_transport_by_sodium_potassium_pump_43(X))
& chemical_entity_1(fn_active_transport_by_sodium_potassium_pump_43(X))
& atom_1(fn_active_transport_by_sodium_potassium_pump_43(X))
& oxygen_1(fn_active_transport_by_sodium_potassium_pump_43(X))
& entity_1(fn_active_transport_by_sodium_potassium_pump_44(X))
& chemical_entity_1(fn_active_transport_by_sodium_potassium_pump_44(X))
& atom_1(fn_active_transport_by_sodium_potassium_pump_44(X))
& carbon_1(fn_active_transport_by_sodium_potassium_pump_44(X))
& hydrophobic_amino_acid_1(fn_active_transport_by_sodium_potassium_pump_45(X))
& polar_amino_acid_1(fn_active_transport_by_sodium_potassium_pump_46(X))
& tangible_entity_1(fn_active_transport_by_sodium_potassium_pump_47(X))
& phospholipid_bilayer_1(fn_active_transport_by_sodium_potassium_pump_47(X))
& phosphate_group_1(fn_active_transport_by_sodium_potassium_pump_48(X))
& hydrophobic_region_1(fn_active_transport_by_sodium_potassium_pump_49(X))
& hydrophilic_region_1(fn_active_transport_by_sodium_potassium_pump_50(X))
& hydrophilic_end_1(fn_active_transport_by_sodium_potassium_pump_50(X))
& outside_face_1(fn_active_transport_by_sodium_potassium_pump_51(X))
& surface_1(fn_active_transport_by_sodium_potassium_pump_51(X))
& hydrophilic_region_1(fn_active_transport_by_sodium_potassium_pump_52(X))
& hydrophilic_end_1(fn_active_transport_by_sodium_potassium_pump_52(X))
& carbon_skeleton_1(fn_active_transport_by_sodium_potassium_pump_53(X))
& concentration_gradient_1(fn_active_transport_by_sodium_potassium_pump_54(X))
& concentration_gradient_1(fn_active_transport_by_sodium_potassium_pump_55(X))
& quantity_value_1(fn_active_transport_by_sodium_potassium_pump_56(X))
& speed_value_1(fn_active_transport_by_sodium_potassium_pump_57(X))
& chemical_entity_1(fn_active_transport_by_sodium_potassium_pump_58(X))
& hydrophilic_compound_1(fn_active_transport_by_sodium_potassium_pump_58(X))
& spatial_entity_1(fn_active_transport_by_sodium_potassium_pump_58(X))
& spatial_entity_1(fn_active_transport_by_sodium_potassium_pump_59(X))
& membrane_1(fn_active_transport_by_sodium_potassium_pump_59(X))
& biomembrane_1(fn_active_transport_by_sodium_potassium_pump_59(X))
& tangible_entity_1(fn_active_transport_by_sodium_potassium_pump_60(X))
& phospholipid_bilayer_1(fn_active_transport_by_sodium_potassium_pump_60(X))
& organic_molecule_1(fn_active_transport_by_sodium_potassium_pump_61(X))
& nucleoside_1(fn_active_transport_by_sodium_potassium_pump_61(X))
& aldehyde_1(fn_active_transport_by_sodium_potassium_pump_62(X))
& aldose_1(fn_active_transport_by_sodium_potassium_pump_62(X))
& spatial_entity_1(fn_active_transport_by_sodium_potassium_pump_62(X))
& molecule_1(fn_active_transport_by_sodium_potassium_pump_62(X))
& organic_molecule_1(fn_active_transport_by_sodium_potassium_pump_62(X))
& pentose_1(fn_active_transport_by_sodium_potassium_pump_62(X))
& ribose_1(fn_active_transport_by_sodium_potassium_pump_62(X))
& spatial_entity_1(fn_active_transport_by_sodium_potassium_pump_63(X))
& tangible_entity_1(fn_active_transport_by_sodium_potassium_pump_63(X))
& hydrophobic_compound_1(fn_active_transport_by_sodium_potassium_pump_63(X))
& expose_1(fn_active_transport_by_sodium_potassium_pump_64(X))
& polar_amino_acid_1(fn_active_transport_by_sodium_potassium_pump_65(X))
& block_1(fn_active_transport_by_sodium_potassium_pump_66(X))
& inside_face_1(fn_active_transport_by_sodium_potassium_pump_67(X))
& create_1(fn_active_transport_by_sodium_potassium_pump_68(X))
& membrane_potential_1(fn_active_transport_by_sodium_potassium_pump_69(X))
& solution_1(fn_active_transport_by_sodium_potassium_pump_70(X))
& aqueous_solution_1(fn_active_transport_by_sodium_potassium_pump_70(X))
& chemical_bond_1(fn_active_transport_by_sodium_potassium_pump_71(X))
& double_bond_1(fn_active_transport_by_sodium_potassium_pump_71(X))
& covalent_bond_1(fn_active_transport_by_sodium_potassium_pump_71(X))
& outside_face_1(fn_active_transport_by_sodium_potassium_pump_72(X))
& surface_1(fn_active_transport_by_sodium_potassium_pump_72(X))
& hydrophilic_region_1(fn_active_transport_by_sodium_potassium_pump_73(X))
& hydrophilic_end_1(fn_active_transport_by_sodium_potassium_pump_73(X))
& oxygen_1(fn_active_transport_by_sodium_potassium_pump_74(X))
& entity_1(fn_active_transport_by_sodium_potassium_pump_74(X))
& chemical_entity_1(fn_active_transport_by_sodium_potassium_pump_74(X))
& atom_1(fn_active_transport_by_sodium_potassium_pump_74(X))
& expose_1(fn_active_transport_by_sodium_potassium_pump_75(X))
& nucleoside_1(fn_active_transport_by_sodium_potassium_pump_76(X))
& tangible_entity_1(fn_active_transport_by_sodium_potassium_pump_77(X))
& entity_1(fn_active_transport_by_sodium_potassium_pump_77(X))
& chemical_entity_1(fn_active_transport_by_sodium_potassium_pump_77(X))
& atom_1(fn_active_transport_by_sodium_potassium_pump_77(X))
& phosphorus_1(fn_active_transport_by_sodium_potassium_pump_77(X))
& aldehyde_1(fn_active_transport_by_sodium_potassium_pump_78(X))
& aldose_1(fn_active_transport_by_sodium_potassium_pump_78(X))
& spatial_entity_1(fn_active_transport_by_sodium_potassium_pump_78(X))
& molecule_1(fn_active_transport_by_sodium_potassium_pump_78(X))
& organic_molecule_1(fn_active_transport_by_sodium_potassium_pump_78(X))
& pentose_1(fn_active_transport_by_sodium_potassium_pump_78(X))
& ribose_1(fn_active_transport_by_sodium_potassium_pump_78(X))
& sodium_ion_1(fn_active_transport_by_sodium_potassium_pump_79(X))
& spatial_entity_1(fn_active_transport_by_sodium_potassium_pump_80(X))
& chemical_entity_1(fn_active_transport_by_sodium_potassium_pump_80(X))
& organic_molecule_1(fn_active_transport_by_sodium_potassium_pump_80(X))
& molecule_1(fn_active_transport_by_sodium_potassium_pump_80(X))
& integral_protein_1(fn_active_transport_by_sodium_potassium_pump_80(X))
& transmembrane_protein_1(fn_active_transport_by_sodium_potassium_pump_80(X))
& transport_protein_1(fn_active_transport_by_sodium_potassium_pump_80(X))
& protein_pump_1(fn_active_transport_by_sodium_potassium_pump_80(X))
& carrier_protein_1(fn_active_transport_by_sodium_potassium_pump_80(X))
& electrogenic_pump_1(fn_active_transport_by_sodium_potassium_pump_80(X))
& sodium_potassium_pump_1(fn_active_transport_by_sodium_potassium_pump_80(X))
& detach_1(fn_active_transport_by_sodium_potassium_pump_81(X))
& spatial_entity_1(fn_active_transport_by_sodium_potassium_pump_82(X))
& molecule_1(fn_active_transport_by_sodium_potassium_pump_82(X))
& organic_molecule_1(fn_active_transport_by_sodium_potassium_pump_82(X))
& ribonucleotide_1(fn_active_transport_by_sodium_potassium_pump_82(X))
& nucleoside_triphosphate_1(fn_active_transport_by_sodium_potassium_pump_82(X))
& atp_1(fn_active_transport_by_sodium_potassium_pump_82(X))
& chemical_entity_1(fn_active_transport_by_sodium_potassium_pump_83(X))
& atom_1(fn_active_transport_by_sodium_potassium_pump_83(X))
& carbon_1(fn_active_transport_by_sodium_potassium_pump_83(X))
& entity_1(fn_active_transport_by_sodium_potassium_pump_83(X))
& number_5_prime_carbon_1(fn_active_transport_by_sodium_potassium_pump_83(X))
& number_5_prime_region_1(fn_active_transport_by_sodium_potassium_pump_84(X))
& oxygen_1(fn_active_transport_by_sodium_potassium_pump_85(X))
& entity_1(fn_active_transport_by_sodium_potassium_pump_85(X))
& chemical_entity_1(fn_active_transport_by_sodium_potassium_pump_85(X))
& atom_1(fn_active_transport_by_sodium_potassium_pump_85(X))
& tangible_entity_1(fn_active_transport_by_sodium_potassium_pump_86(X))
& entity_1(fn_active_transport_by_sodium_potassium_pump_86(X))
& chemical_entity_1(fn_active_transport_by_sodium_potassium_pump_86(X))
& atom_1(fn_active_transport_by_sodium_potassium_pump_86(X))
& carbon_1(fn_active_transport_by_sodium_potassium_pump_86(X))
& functional_group_1(fn_active_transport_by_sodium_potassium_pump_87(X))
& phosphate_group_1(fn_active_transport_by_sodium_potassium_pump_87(X))
& functional_group_1(fn_active_transport_by_sodium_potassium_pump_88(X))
& phosphate_group_1(fn_active_transport_by_sodium_potassium_pump_88(X))
& functional_group_1(fn_active_transport_by_sodium_potassium_pump_89(X))
& phosphate_group_1(fn_active_transport_by_sodium_potassium_pump_89(X))
& covalent_bond_1(fn_active_transport_by_sodium_potassium_pump_90(X))
& chemical_bond_1(fn_active_transport_by_sodium_potassium_pump_90(X))
& single_bond_1(fn_active_transport_by_sodium_potassium_pump_90(X))
& quantity_value_1(fn_active_transport_by_sodium_potassium_pump_91(X))
& speed_value_1(fn_active_transport_by_sodium_potassium_pump_92(X))
& phosphate_group_1(fn_active_transport_by_sodium_potassium_pump_93(X))
& carbon_skeleton_1(fn_active_transport_by_sodium_potassium_pump_94(X))
& constant_motion_1(fn_active_transport_by_sodium_potassium_pump_95(X))
& entity_1(fn_active_transport_by_sodium_potassium_pump_96(X))
& chemical_entity_1(fn_active_transport_by_sodium_potassium_pump_96(X))
& atom_1(fn_active_transport_by_sodium_potassium_pump_96(X))
& carbon_1(fn_active_transport_by_sodium_potassium_pump_96(X))
& chemical_entity_1(fn_active_transport_by_sodium_potassium_pump_97(X))
& tangible_entity_1(fn_active_transport_by_sodium_potassium_pump_97(X))
& entity_1(fn_active_transport_by_sodium_potassium_pump_97(X))
& oxygen_1(fn_active_transport_by_sodium_potassium_pump_97(X))
& atom_1(fn_active_transport_by_sodium_potassium_pump_97(X))
& entity_1(fn_active_transport_by_sodium_potassium_pump_98(X))
& chemical_entity_1(fn_active_transport_by_sodium_potassium_pump_98(X))
& atom_1(fn_active_transport_by_sodium_potassium_pump_98(X))
& phosphorus_1(fn_active_transport_by_sodium_potassium_pump_98(X))
& chemical_entity_1(fn_active_transport_by_sodium_potassium_pump_99(X))
& tangible_entity_1(fn_active_transport_by_sodium_potassium_pump_99(X))
& entity_1(fn_active_transport_by_sodium_potassium_pump_99(X))
& oxygen_1(fn_active_transport_by_sodium_potassium_pump_99(X))
& atom_1(fn_active_transport_by_sodium_potassium_pump_99(X))
& covalent_bond_1(fn_active_transport_by_sodium_potassium_pump_100(X))
& single_bond_1(fn_active_transport_by_sodium_potassium_pump_100(X))
& covalent_bond_1(fn_active_transport_by_sodium_potassium_pump_101(X))
& chemical_bond_1(fn_active_transport_by_sodium_potassium_pump_101(X))
& double_bond_1(fn_active_transport_by_sodium_potassium_pump_101(X))
& kinetic_energy_1(fn_active_transport_by_sodium_potassium_pump_102(X))
& shape_value_1(fn_active_transport_by_sodium_potassium_pump_103(X))
& shape_value_1(fn_active_transport_by_sodium_potassium_pump_104(X))
& hydrophilic_region_1(fn_active_transport_by_sodium_potassium_pump_105(X))
& hydrophilic_end_1(fn_active_transport_by_sodium_potassium_pump_105(X))
& tangible_entity_1(fn_active_transport_by_sodium_potassium_pump_106(X))
& membrane_protein_1(fn_active_transport_by_sodium_potassium_pump_106(X))
& protein_1(fn_active_transport_by_sodium_potassium_pump_106(X))
& chemical_entity_1(fn_active_transport_by_sodium_potassium_pump_106(X))
& polymer_1(fn_active_transport_by_sodium_potassium_pump_106(X))
& integral_protein_1(fn_active_transport_by_sodium_potassium_pump_106(X))
& transport_protein_1(fn_active_transport_by_sodium_potassium_pump_106(X))
& protein_pump_1(fn_active_transport_by_sodium_potassium_pump_106(X))
& carrier_protein_1(fn_active_transport_by_sodium_potassium_pump_106(X))
& electrogenic_pump_1(fn_active_transport_by_sodium_potassium_pump_106(X))
& sodium_potassium_pump_1(fn_active_transport_by_sodium_potassium_pump_106(X))
& phosphorylation_1(fn_active_transport_by_sodium_potassium_pump_107(X))
& detach_1(fn_active_transport_by_sodium_potassium_pump_112(X))
& dephosphorylation_1(fn_active_transport_by_sodium_potassium_pump_113(X))
& spatial_entity_1(fn_active_transport_by_sodium_potassium_pump_114(X))
& chemical_entity_1(fn_active_transport_by_sodium_potassium_pump_114(X))
& tangible_entity_1(fn_active_transport_by_sodium_potassium_pump_114(X))
& membrane_protein_1(fn_active_transport_by_sodium_potassium_pump_114(X))
& protein_1(fn_active_transport_by_sodium_potassium_pump_114(X))
& molecule_1(fn_active_transport_by_sodium_potassium_pump_114(X))
& polymer_1(fn_active_transport_by_sodium_potassium_pump_114(X))
& integral_protein_1(fn_active_transport_by_sodium_potassium_pump_114(X))
& transmembrane_protein_1(fn_active_transport_by_sodium_potassium_pump_114(X))
& transport_protein_1(fn_active_transport_by_sodium_potassium_pump_114(X))
& carrier_protein_1(fn_active_transport_by_sodium_potassium_pump_114(X))
& protein_pump_1(fn_active_transport_by_sodium_potassium_pump_114(X))
& electrogenic_pump_1(fn_active_transport_by_sodium_potassium_pump_114(X))
& sodium_potassium_pump_1(fn_active_transport_by_sodium_potassium_pump_114(X))
& move_1(fn_active_transport_by_sodium_potassium_pump_115(X))
& move_through_1(fn_active_transport_by_sodium_potassium_pump_115(X))
& detach_1(fn_active_transport_by_sodium_potassium_pump_116(X))
& move_1(fn_active_transport_by_sodium_potassium_pump_117(X))
& move_through_1(fn_active_transport_by_sodium_potassium_pump_117(X))
& active_transport_1(fn_active_transport_by_sodium_potassium_pump_118(X))
& active_transport_using_atp_1(fn_active_transport_by_sodium_potassium_pump_118(X))
& entity_1(fn_create_1(fn_active_transport_by_sodium_potassium_pump_68(X)))
& expose_1(fn_active_movement_of_ions_24(fn_active_transport_by_sodium_potassium_pump_33(X)))
& concentration_gradient_1(fn_active_transport_25(fn_active_transport_by_sodium_potassium_pump_33(X)))
& functional_group_1(fn_active_transport_using_atp_41(fn_active_transport_by_sodium_potassium_pump_118(X)))
& phosphate_group_1(fn_active_transport_using_atp_41(fn_active_transport_by_sodium_potassium_pump_118(X)))
& expose_1(fn_active_transport_using_atp_26(fn_active_transport_by_sodium_potassium_pump_118(X)))
& chemical_1(fn_solution_5(fn_active_transport_by_sodium_potassium_pump_70(X)))
& chemical_1(fn_solution_6(fn_active_transport_by_sodium_potassium_pump_70(X)))
& property_node_1(fn_carrier_protein_8(fn_active_transport_by_sodium_potassium_pump_80(X)))
& shape_value_1(fn_carrier_protein_13(fn_active_transport_by_sodium_potassium_pump_80(X)))
& detach_1(fn_electrogenic_pump_2(fn_active_transport_by_sodium_potassium_pump_114(X)))
& property_node_1(fn_carrier_protein_8(fn_active_transport_by_sodium_potassium_pump_106(X)))
& shape_value_1(fn_carrier_protein_13(fn_active_transport_by_sodium_potassium_pump_106(X)))
& active_transport_1(fn_protein_pump_2(fn_active_transport_by_sodium_potassium_pump_80(X)))
& active_transport_1(fn_protein_pump_2(fn_active_transport_by_sodium_potassium_pump_106(X)))
& phosphorylation_1(fn_active_transport_using_atp_91(fn_active_transport_by_sodium_potassium_pump_118(X)))
& detach_1(fn_active_transport_using_atp_44(fn_active_transport_by_sodium_potassium_pump_118(X)))
& water_molecule_1(fn_active_transport_using_atp_47(fn_active_transport_by_sodium_potassium_pump_118(X)))
& remove_1(fn_active_transport_using_atp_57(fn_active_transport_by_sodium_potassium_pump_118(X)))
& phosphate_ion_1(fn_active_transport_using_atp_51(fn_active_transport_by_sodium_potassium_pump_118(X)))
& remove_1(fn_active_transport_using_atp_67(fn_active_transport_by_sodium_potassium_pump_118(X)))
& property_node_1(fn_sodium_potassium_pump_44(fn_active_transport_by_sodium_potassium_pump_80(X)))
& property_node_1(fn_sodium_potassium_pump_45(fn_active_transport_by_sodium_potassium_pump_80(X)))
& entity_1(fn_sodium_potassium_pump_38(fn_active_transport_by_sodium_potassium_pump_80(X)))
& chemical_entity_1(fn_sodium_potassium_pump_38(fn_active_transport_by_sodium_potassium_pump_80(X)))
& atom_1(fn_sodium_potassium_pump_38(fn_active_transport_by_sodium_potassium_pump_80(X)))
& phosphorus_1(fn_sodium_potassium_pump_38(fn_active_transport_by_sodium_potassium_pump_80(X)))
& covalent_bond_1(fn_sodium_potassium_pump_36(fn_active_transport_by_sodium_potassium_pump_80(X)))
& single_bond_1(fn_sodium_potassium_pump_36(fn_active_transport_by_sodium_potassium_pump_80(X)))
& phosphate_group_1(fn_sodium_potassium_pump_35(fn_active_transport_by_sodium_potassium_pump_80(X)))
& inside_face_1(fn_sodium_potassium_pump_52(fn_active_transport_by_sodium_potassium_pump_106(X)))
& phosphate_group_1(fn_sodium_potassium_pump_35(fn_active_transport_by_sodium_potassium_pump_114(X)))
& phosphate_group_1(fn_sodium_potassium_pump_35(fn_active_transport_by_sodium_potassium_pump_106(X)))
& entity_1(fn_sodium_potassium_pump_38(fn_active_transport_by_sodium_potassium_pump_114(X)))
& chemical_entity_1(fn_sodium_potassium_pump_38(fn_active_transport_by_sodium_potassium_pump_114(X)))
& atom_1(fn_sodium_potassium_pump_38(fn_active_transport_by_sodium_potassium_pump_114(X)))
& phosphorus_1(fn_sodium_potassium_pump_38(fn_active_transport_by_sodium_potassium_pump_114(X)))
& entity_1(fn_sodium_potassium_pump_38(fn_active_transport_by_sodium_potassium_pump_106(X)))
& chemical_entity_1(fn_sodium_potassium_pump_38(fn_active_transport_by_sodium_potassium_pump_106(X)))
& atom_1(fn_sodium_potassium_pump_38(fn_active_transport_by_sodium_potassium_pump_106(X)))
& phosphorus_1(fn_sodium_potassium_pump_38(fn_active_transport_by_sodium_potassium_pump_106(X)))
& covalent_bond_1(fn_sodium_potassium_pump_36(fn_active_transport_by_sodium_potassium_pump_114(X)))
& single_bond_1(fn_sodium_potassium_pump_36(fn_active_transport_by_sodium_potassium_pump_114(X)))
& covalent_bond_1(fn_sodium_potassium_pump_36(fn_active_transport_by_sodium_potassium_pump_106(X)))
& single_bond_1(fn_sodium_potassium_pump_36(fn_active_transport_by_sodium_potassium_pump_106(X)))
& property_node_1(fn_sodium_potassium_pump_45(fn_active_transport_by_sodium_potassium_pump_106(X)))
& property_node_1(fn_atp_23(fn_active_transport_by_sodium_potassium_pump_82(X)))
& property_node_1(fn_atp_22(fn_active_transport_by_sodium_potassium_pump_82(X)))
& speed_value_1(fn_atp_67(fn_active_transport_by_sodium_potassium_pump_82(X)))
& constant_motion_1(fn_atp_68(fn_active_transport_by_sodium_potassium_pump_82(X)))
& hydrogen_1(fn_atp_7(fn_active_transport_by_sodium_potassium_pump_82(X)))
& functional_group_1(fn_atp_33(fn_active_transport_by_sodium_potassium_pump_82(X)))
& phosphate_group_1(fn_atp_33(fn_active_transport_by_sodium_potassium_pump_82(X)))
& spatial_entity_1(fn_detach_1(fn_active_transport_by_sodium_potassium_pump_112(X)))
& chemical_entity_1(fn_chemical_3(fn_active_transport_by_sodium_potassium_pump_29(X)))
& chemical_entity_1(fn_active_transport_19(fn_active_transport_by_sodium_potassium_pump_33(X)))
& spatial_entity_1(fn_detach_1(fn_active_transport_by_sodium_potassium_pump_81(X)))
& spatial_entity_1(fn_block_1(fn_active_transport_by_sodium_potassium_pump_66(X)))
& spatial_entity_1(fn_active_transport_using_atp_46(fn_active_transport_by_sodium_potassium_pump_118(X)))
& chemical_entity_1(fn_active_transport_using_atp_46(fn_active_transport_by_sodium_potassium_pump_118(X)))
& hydrophobic_region_1(fn_carrier_protein_21(fn_active_transport_by_sodium_potassium_pump_106(X)))
& hydrophobic_region_1(fn_electrogenic_pump_13(fn_active_transport_by_sodium_potassium_pump_106(X)))
& hydrophobic_amino_acid_1(fn_carrier_protein_31(fn_active_transport_by_sodium_potassium_pump_106(X)))
& hydrophobic_amino_acid_1(fn_electrogenic_pump_17(fn_active_transport_by_sodium_potassium_pump_106(X)))
& solution_1(fn_active_transport_20(fn_active_transport_by_sodium_potassium_pump_33(X)))
& aqueous_solution_1(fn_active_transport_using_atp_24(fn_active_transport_by_sodium_potassium_pump_118(X)))
& ribose_1(fn_ribonucleotide_10(fn_active_transport_by_sodium_potassium_pump_82(X)))
& aldehyde_1(fn_active_transport_using_atp_63(fn_active_transport_by_sodium_potassium_pump_118(X)))
& aldose_1(fn_active_transport_using_atp_63(fn_active_transport_by_sodium_potassium_pump_118(X)))
& spatial_entity_1(fn_active_transport_using_atp_63(fn_active_transport_by_sodium_potassium_pump_118(X)))
& molecule_1(fn_active_transport_using_atp_63(fn_active_transport_by_sodium_potassium_pump_118(X)))
& organic_molecule_1(fn_active_transport_using_atp_63(fn_active_transport_by_sodium_potassium_pump_118(X)))
& pentose_1(fn_active_transport_using_atp_63(fn_active_transport_by_sodium_potassium_pump_118(X)))
& ribose_1(fn_active_transport_using_atp_63(fn_active_transport_by_sodium_potassium_pump_118(X)))
& nucleoside_1(fn_ribonucleotide_9(fn_active_transport_by_sodium_potassium_pump_82(X)))
& organic_molecule_1(fn_active_transport_using_atp_69(fn_active_transport_by_sodium_potassium_pump_118(X)))
& nucleoside_1(fn_active_transport_using_atp_69(fn_active_transport_by_sodium_potassium_pump_118(X)))
& kinetic_energy_1(fn_atp_28(fn_active_transport_by_sodium_potassium_pump_82(X)))
& kinetic_energy_1(fn_active_transport_using_atp_16(fn_active_transport_by_sodium_potassium_pump_118(X)))
& thermal_energy_1(fn_active_transport_using_atp_16(fn_active_transport_by_sodium_potassium_pump_118(X)))
& release_1(fn_active_transport_using_atp_49(fn_active_transport_by_sodium_potassium_pump_118(X)))
& carbon_skeleton_1(fn_carrier_protein_24(fn_active_transport_by_sodium_potassium_pump_80(X)))
& carbon_skeleton_1(fn_electrogenic_pump_11(fn_active_transport_by_sodium_potassium_pump_80(X)))
& carbon_skeleton_1(fn_sodium_potassium_pump_28(fn_active_transport_by_sodium_potassium_pump_80(X)))
& carbon_1(fn_carrier_protein_34(fn_active_transport_by_sodium_potassium_pump_80(X)))
& carbon_1(fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_80(X)))
& entity_1(fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_80(X)))
& chemical_entity_1(fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_80(X)))
& atom_1(fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_80(X)))
& carbon_1(fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_80(X)))
& entity_1(fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_100(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_100(X)))
& atom_1(fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_100(X)))
& entity_1(fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_101(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_101(X)))
& atom_1(fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_101(X)))
& entity_1(fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_100(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_100(X)))
& atom_1(fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_100(X)))
& entity_1(fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_101(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_101(X)))
& atom_1(fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_101(X)))
& entity_1(fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_80(X)))
& atom_1(fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_80(X)))
& chemical_entity_1(fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_80(X)))
& tangible_entity_1(fn_integral_protein_27(fn_active_transport_by_sodium_potassium_pump_106(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_active_transport_by_sodium_potassium_pump_106(X)))
& tangible_entity_1(fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_80(X)))
& phospholipid_bilayer_1(fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_80(X)))
& tangible_entity_1(fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_106(X)))
& phospholipid_bilayer_1(fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_106(X)))
& tangible_entity_1(fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_106(X)))
& phospholipid_bilayer_1(fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_106(X)))
& tangible_entity_1(fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_80(X)))
& phospholipid_bilayer_1(fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_80(X)))
& tangible_entity_1(fn_sodium_potassium_pump_22(fn_active_transport_by_sodium_potassium_pump_80(X)))
& phospholipid_bilayer_1(fn_sodium_potassium_pump_22(fn_active_transport_by_sodium_potassium_pump_80(X)))
& atom_1(fn_molecule_9(fn_active_transport_by_sodium_potassium_pump_80(X)))
& entity_1(fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_80(X)))
& chemical_entity_1(fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_80(X)))
& atom_1(fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_80(X)))
& oxygen_1(fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_80(X)))
& chemical_entity_1(fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_80(X)))
& tangible_entity_1(fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_80(X)))
& entity_1(fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_80(X)))
& oxygen_1(fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_80(X)))
& atom_1(fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_80(X)))
& chemical_bond_1(fn_molecule_10(fn_active_transport_by_sodium_potassium_pump_80(X)))
& covalent_bond_1(fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_80(X)))
& chemical_bond_1(fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_80(X)))
& double_bond_1(fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_80(X)))
& constant_motion_1(fn_carrier_protein_42(fn_active_transport_by_sodium_potassium_pump_80(X)))
& constant_motion_1(fn_electrogenic_pump_10(fn_active_transport_by_sodium_potassium_pump_80(X)))
& constant_motion_1(fn_sodium_potassium_pump_10(fn_active_transport_by_sodium_potassium_pump_80(X)))
& speed_value_1(fn_carrier_protein_37(fn_active_transport_by_sodium_potassium_pump_80(X)))
& speed_value_1(fn_electrogenic_pump_23(fn_active_transport_by_sodium_potassium_pump_80(X)))
& speed_value_1(fn_sodium_potassium_pump_16(fn_active_transport_by_sodium_potassium_pump_80(X)))
& quantity_value_1(fn_carrier_protein_38(fn_active_transport_by_sodium_potassium_pump_80(X)))
& quantity_value_1(fn_electrogenic_pump_22(fn_active_transport_by_sodium_potassium_pump_80(X)))
& quantity_value_1(fn_sodium_potassium_pump_17(fn_active_transport_by_sodium_potassium_pump_80(X)))
& kinetic_energy_1(fn_carrier_protein_41(fn_active_transport_by_sodium_potassium_pump_80(X)))
& kinetic_energy_1(fn_electrogenic_pump_20(fn_active_transport_by_sodium_potassium_pump_80(X)))
& kinetic_energy_1(fn_sodium_potassium_pump_32(fn_active_transport_by_sodium_potassium_pump_80(X)))
& spatial_entity_1(fn_detach_2(fn_active_transport_by_sodium_potassium_pump_116(X)))
& spatial_entity_1(fn_detach_2(fn_active_transport_by_sodium_potassium_pump_81(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_active_transport_by_sodium_potassium_pump_107(X)))
& molecule_1(fn_dephosphorylation_11(fn_active_transport_by_sodium_potassium_pump_113(X)))
& chemical_entity_1(fn_dephosphorylation_11(fn_active_transport_by_sodium_potassium_pump_113(X)))
& organic_molecule_1(fn_dephosphorylation_11(fn_active_transport_by_sodium_potassium_pump_113(X)))
& surface_1(fn_transmembrane_protein_5(fn_active_transport_by_sodium_potassium_pump_114(X)))
& outside_face_1(fn_transmembrane_protein_5(fn_active_transport_by_sodium_potassium_pump_114(X)))
& surface_1(fn_electrogenic_pump_4(fn_active_transport_by_sodium_potassium_pump_114(X)))
& outside_face_1(fn_sodium_potassium_pump_51(fn_active_transport_by_sodium_potassium_pump_114(X)))
& surface_1(fn_sodium_potassium_pump_51(fn_active_transport_by_sodium_potassium_pump_114(X)))
& carbon_skeleton_1(fn_electrogenic_pump_11(fn_active_transport_by_sodium_potassium_pump_114(X)))
& carbon_skeleton_1(fn_carrier_protein_24(fn_active_transport_by_sodium_potassium_pump_114(X)))
& carbon_skeleton_1(fn_sodium_potassium_pump_28(fn_active_transport_by_sodium_potassium_pump_114(X)))
& property_node_1(fn_active_movement_of_ions_26(fn_active_transport_by_sodium_potassium_pump_33(X)))
& property_node_1(fn_carrier_protein_12(fn_active_transport_by_sodium_potassium_pump_114(X)))
& property_node_1(fn_electrogenic_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X)))
& property_node_1(fn_sodium_potassium_pump_44(fn_active_transport_by_sodium_potassium_pump_106(X)))
& polar_amino_acid_1(fn_carrier_protein_30(fn_active_transport_by_sodium_potassium_pump_106(X)))
& polar_amino_acid_1(fn_electrogenic_pump_32(fn_active_transport_by_sodium_potassium_pump_106(X)))
& hydrophilic_region_1(fn_carrier_protein_23(fn_active_transport_by_sodium_potassium_pump_106(X)))
& hydrophilic_end_1(fn_carrier_protein_23(fn_active_transport_by_sodium_potassium_pump_106(X)))
& hydrophilic_region_1(fn_electrogenic_pump_34(fn_active_transport_by_sodium_potassium_pump_106(X)))
& hydrophilic_end_1(fn_electrogenic_pump_34(fn_active_transport_by_sodium_potassium_pump_106(X)))
& hydrophilic_region_1(fn_active_transport_using_atp_34(fn_active_transport_by_sodium_potassium_pump_118(X)))
& hydrophilic_end_1(fn_active_transport_using_atp_34(fn_active_transport_by_sodium_potassium_pump_118(X)))
& hydrophilic_region_1(fn_carrier_protein_22(fn_active_transport_by_sodium_potassium_pump_106(X)))
& hydrophilic_end_1(fn_carrier_protein_22(fn_active_transport_by_sodium_potassium_pump_106(X)))
& hydrophilic_region_1(fn_electrogenic_pump_12(fn_active_transport_by_sodium_potassium_pump_106(X)))
& hydrophilic_end_1(fn_electrogenic_pump_12(fn_active_transport_by_sodium_potassium_pump_106(X)))
& surface_1(fn_electrogenic_pump_4(fn_active_transport_by_sodium_potassium_pump_106(X)))
& surface_1(fn_transmembrane_protein_5(fn_active_transport_by_sodium_potassium_pump_80(X)))
& outside_face_1(fn_transmembrane_protein_5(fn_active_transport_by_sodium_potassium_pump_80(X)))
& outside_face_1(fn_active_transport_using_atp_35(fn_active_transport_by_sodium_potassium_pump_118(X)))
& surface_1(fn_active_transport_using_atp_35(fn_active_transport_by_sodium_potassium_pump_118(X)))
& outside_face_1(fn_sodium_potassium_pump_51(fn_active_transport_by_sodium_potassium_pump_106(X)))
& surface_1(fn_sodium_potassium_pump_51(fn_active_transport_by_sodium_potassium_pump_106(X)))
& spatial_entity_1(fn_active_transport_using_atp_10(fn_active_transport_by_sodium_potassium_pump_118(X)))
& hydrophilic_compound_1(fn_active_transport_using_atp_10(fn_active_transport_by_sodium_potassium_pump_118(X)))
& hydrophilic_compound_1(fn_electrogenic_pump_24(fn_active_transport_by_sodium_potassium_pump_80(X)))
& spatial_entity_1(fn_electrogenic_pump_24(fn_active_transport_by_sodium_potassium_pump_80(X)))
& spatial_entity_1(fn_carrier_protein_20(fn_active_transport_by_sodium_potassium_pump_80(X)))
& hydrophilic_compound_1(fn_carrier_protein_20(fn_active_transport_by_sodium_potassium_pump_80(X)))
& spatial_entity_1(fn_carrier_protein_20(fn_active_transport_by_sodium_potassium_pump_106(X)))
& hydrophilic_compound_1(fn_carrier_protein_20(fn_active_transport_by_sodium_potassium_pump_106(X)))
& chemical_entity_1(fn_sodium_potassium_pump_12(fn_active_transport_by_sodium_potassium_pump_106(X)))
& hydrophilic_compound_1(fn_sodium_potassium_pump_12(fn_active_transport_by_sodium_potassium_pump_106(X)))
& spatial_entity_1(fn_sodium_potassium_pump_12(fn_active_transport_by_sodium_potassium_pump_106(X)))
& entity_1(fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_114(X)))
& atom_1(fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_114(X)))
& chemical_entity_1(fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_114(X)))
& chemical_entity_1(fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_114(X)))
& tangible_entity_1(fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_114(X)))
& entity_1(fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_114(X)))
& oxygen_1(fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_114(X)))
& atom_1(fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_114(X)))
& entity_1(fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X)))
& chemical_entity_1(fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X)))
& atom_1(fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X)))
& oxygen_1(fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X)))
& entity_1(fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_106(X)))
& chemical_entity_1(fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_106(X)))
& atom_1(fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_106(X)))
& oxygen_1(fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_106(X)))
& hydrophobic_amino_acid_1(fn_electrogenic_pump_17(fn_active_transport_by_sodium_potassium_pump_114(X)))
& hydrophobic_amino_acid_1(fn_carrier_protein_31(fn_active_transport_by_sodium_potassium_pump_114(X)))
& hydrophobic_amino_acid_1(fn_sodium_potassium_pump_25(fn_active_transport_by_sodium_potassium_pump_114(X)))
& hydrophobic_amino_acid_1(fn_sodium_potassium_pump_25(fn_active_transport_by_sodium_potassium_pump_106(X)))
& hydrophobic_region_1(fn_electrogenic_pump_13(fn_active_transport_by_sodium_potassium_pump_114(X)))
& hydrophobic_region_1(fn_carrier_protein_21(fn_active_transport_by_sodium_potassium_pump_114(X)))
& hydrophobic_region_1(fn_sodium_potassium_pump_29(fn_active_transport_by_sodium_potassium_pump_114(X)))
& hydrophobic_region_1(fn_sodium_potassium_pump_29(fn_active_transport_by_sodium_potassium_pump_106(X)))
& atom_1(fn_molecule_9(fn_active_transport_by_sodium_potassium_pump_114(X)))
& atom_1(fn_active_movement_of_ions_23(fn_active_transport_by_sodium_potassium_pump_33(X)))
& carbon_1(fn_active_movement_of_ions_23(fn_active_transport_by_sodium_potassium_pump_33(X)))
& carbon_1(fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_114(X)))
& carbon_1(fn_carrier_protein_34(fn_active_transport_by_sodium_potassium_pump_114(X)))
& entity_1(fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_114(X)))
& chemical_entity_1(fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_114(X)))
& atom_1(fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_114(X)))
& carbon_1(fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_114(X)))
& chemical_bond_1(fn_molecule_10(fn_active_transport_by_sodium_potassium_pump_114(X)))
& covalent_bond_1(fn_active_movement_of_ions_3(fn_active_transport_by_sodium_potassium_pump_33(X)))
& chemical_bond_1(fn_active_movement_of_ions_3(fn_active_transport_by_sodium_potassium_pump_33(X)))
& double_bond_1(fn_active_movement_of_ions_3(fn_active_transport_by_sodium_potassium_pump_33(X)))
& covalent_bond_1(fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_114(X)))
& chemical_bond_1(fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_114(X)))
& double_bond_1(fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_114(X)))
& covalent_bond_1(fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_106(X)))
& chemical_bond_1(fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_106(X)))
& double_bond_1(fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_106(X)))
& constant_motion_1(fn_carrier_protein_42(fn_active_transport_by_sodium_potassium_pump_114(X)))
& constant_motion_1(fn_electrogenic_pump_10(fn_active_transport_by_sodium_potassium_pump_114(X)))
& constant_motion_1(fn_sodium_potassium_pump_10(fn_active_transport_by_sodium_potassium_pump_114(X)))
& constant_motion_1(fn_sodium_potassium_pump_10(fn_active_transport_by_sodium_potassium_pump_106(X)))
& speed_value_1(fn_active_movement_of_ions_9(fn_active_transport_by_sodium_potassium_pump_33(X)))
& speed_value_1(fn_carrier_protein_37(fn_active_transport_by_sodium_potassium_pump_114(X)))
& speed_value_1(fn_electrogenic_pump_23(fn_active_transport_by_sodium_potassium_pump_114(X)))
& speed_value_1(fn_sodium_potassium_pump_16(fn_active_transport_by_sodium_potassium_pump_114(X)))
& speed_value_1(fn_sodium_potassium_pump_16(fn_active_transport_by_sodium_potassium_pump_106(X)))
& polar_amino_acid_1(fn_carrier_protein_30(fn_active_transport_by_sodium_potassium_pump_114(X)))
& polar_amino_acid_1(fn_electrogenic_pump_32(fn_active_transport_by_sodium_potassium_pump_114(X)))
& polar_amino_acid_1(fn_sodium_potassium_pump_24(fn_active_transport_by_sodium_potassium_pump_114(X)))
& polar_amino_acid_1(fn_sodium_potassium_pump_24(fn_active_transport_by_sodium_potassium_pump_106(X)))
& hydrophilic_region_1(fn_carrier_protein_22(fn_active_transport_by_sodium_potassium_pump_114(X)))
& hydrophilic_end_1(fn_carrier_protein_22(fn_active_transport_by_sodium_potassium_pump_114(X)))
& hydrophilic_region_1(fn_electrogenic_pump_12(fn_active_transport_by_sodium_potassium_pump_114(X)))
& hydrophilic_end_1(fn_electrogenic_pump_12(fn_active_transport_by_sodium_potassium_pump_114(X)))
& hydrophilic_region_1(fn_sodium_potassium_pump_31(fn_active_transport_by_sodium_potassium_pump_106(X)))
& hydrophilic_end_1(fn_sodium_potassium_pump_31(fn_active_transport_by_sodium_potassium_pump_106(X)))
& hydrophilic_region_1(fn_active_movement_of_ions_12(fn_active_transport_by_sodium_potassium_pump_33(X)))
& hydrophilic_end_1(fn_active_movement_of_ions_12(fn_active_transport_by_sodium_potassium_pump_33(X)))
& hydrophilic_region_1(fn_carrier_protein_23(fn_active_transport_by_sodium_potassium_pump_114(X)))
& hydrophilic_end_1(fn_carrier_protein_23(fn_active_transport_by_sodium_potassium_pump_114(X)))
& hydrophilic_region_1(fn_electrogenic_pump_34(fn_active_transport_by_sodium_potassium_pump_114(X)))
& hydrophilic_end_1(fn_electrogenic_pump_34(fn_active_transport_by_sodium_potassium_pump_114(X)))
& hydrophilic_region_1(fn_sodium_potassium_pump_31(fn_active_transport_by_sodium_potassium_pump_114(X)))
& hydrophilic_end_1(fn_sodium_potassium_pump_31(fn_active_transport_by_sodium_potassium_pump_114(X)))
& hydrophilic_region_1(fn_sodium_potassium_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X)))
& hydrophilic_end_1(fn_sodium_potassium_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X)))
& hydrophilic_region_1(fn_sodium_potassium_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X)))
& hydrophilic_end_1(fn_sodium_potassium_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X)))
& quantity_value_1(fn_active_movement_of_ions_8(fn_active_transport_by_sodium_potassium_pump_33(X)))
& quantity_value_1(fn_carrier_protein_38(fn_active_transport_by_sodium_potassium_pump_114(X)))
& quantity_value_1(fn_electrogenic_pump_22(fn_active_transport_by_sodium_potassium_pump_114(X)))
& quantity_value_1(fn_sodium_potassium_pump_17(fn_active_transport_by_sodium_potassium_pump_114(X)))
& quantity_value_1(fn_sodium_potassium_pump_17(fn_active_transport_by_sodium_potassium_pump_106(X)))
& kinetic_energy_1(fn_active_movement_of_ions_2(fn_active_transport_by_sodium_potassium_pump_33(X)))
& kinetic_energy_1(fn_carrier_protein_41(fn_active_transport_by_sodium_potassium_pump_114(X)))
& kinetic_energy_1(fn_electrogenic_pump_20(fn_active_transport_by_sodium_potassium_pump_114(X)))
& kinetic_energy_1(fn_sodium_potassium_pump_32(fn_active_transport_by_sodium_potassium_pump_114(X)))
& kinetic_energy_1(fn_sodium_potassium_pump_32(fn_active_transport_by_sodium_potassium_pump_106(X)))
& active_transport_1(fn_protein_pump_2(fn_active_transport_by_sodium_potassium_pump_114(X)))
& active_transport_1(fn_sodium_potassium_pump_42(fn_active_transport_by_sodium_potassium_pump_114(X)))
& active_movement_of_ions_1(fn_sodium_potassium_pump_42(fn_active_transport_by_sodium_potassium_pump_114(X)))
& active_movement_of_ions_1(fn_electrogenic_pump_28(fn_active_transport_by_sodium_potassium_pump_114(X)))
& active_transport_1(fn_sodium_potassium_pump_42(fn_active_transport_by_sodium_potassium_pump_106(X)))
& active_movement_of_ions_1(fn_sodium_potassium_pump_42(fn_active_transport_by_sodium_potassium_pump_106(X)))
& spatial_entity_1(fn_detach_2(fn_active_transport_by_sodium_potassium_pump_112(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_active_transport_by_sodium_potassium_pump_113(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_active_transport_by_sodium_potassium_pump_113(X)))
& chemical_entity_1(fn_active_movement_of_ions_10(fn_active_transport_by_sodium_potassium_pump_33(X)))
& tangible_entity_1(fn_active_movement_of_ions_10(fn_active_transport_by_sodium_potassium_pump_33(X)))
& membrane_protein_1(fn_active_movement_of_ions_10(fn_active_transport_by_sodium_potassium_pump_33(X)))
& protein_1(fn_active_movement_of_ions_10(fn_active_transport_by_sodium_potassium_pump_33(X)))
& molecule_1(fn_active_movement_of_ions_10(fn_active_transport_by_sodium_potassium_pump_33(X)))
& polymer_1(fn_active_movement_of_ions_10(fn_active_transport_by_sodium_potassium_pump_33(X)))
& transport_protein_1(fn_active_movement_of_ions_10(fn_active_transport_by_sodium_potassium_pump_33(X)))
& integral_protein_1(fn_active_movement_of_ions_10(fn_active_transport_by_sodium_potassium_pump_33(X)))
& carrier_protein_1(fn_active_movement_of_ions_10(fn_active_transport_by_sodium_potassium_pump_33(X)))
& tangible_entity_1(fn_active_movement_of_ions_17(fn_active_transport_by_sodium_potassium_pump_33(X)))
& phospholipid_bilayer_1(fn_active_movement_of_ions_17(fn_active_transport_by_sodium_potassium_pump_33(X)))
& tangible_entity_1(fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_114(X)))
& phospholipid_bilayer_1(fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_114(X)))
& tangible_entity_1(fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_114(X)))
& phospholipid_bilayer_1(fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_114(X)))
& tangible_entity_1(fn_sodium_potassium_pump_22(fn_active_transport_by_sodium_potassium_pump_114(X)))
& phospholipid_bilayer_1(fn_sodium_potassium_pump_22(fn_active_transport_by_sodium_potassium_pump_114(X)))
& tangible_entity_1(fn_sodium_potassium_pump_22(fn_active_transport_by_sodium_potassium_pump_106(X)))
& phospholipid_bilayer_1(fn_sodium_potassium_pump_22(fn_active_transport_by_sodium_potassium_pump_106(X)))
& biomembrane_1(fn_integral_protein_24(fn_active_transport_by_sodium_potassium_pump_114(X)))
& biomembrane_1(fn_active_transport_18(fn_active_transport_by_sodium_potassium_pump_33(X)))
& membrane_1(fn_active_movement_of_ions_19(fn_active_transport_by_sodium_potassium_pump_33(X)))
& spatial_entity_1(fn_active_movement_of_ions_19(fn_active_transport_by_sodium_potassium_pump_33(X)))
& biomembrane_1(fn_active_movement_of_ions_19(fn_active_transport_by_sodium_potassium_pump_33(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_active_transport_by_sodium_potassium_pump_114(X)))
& spatial_entity_1(fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_114(X)))
& biomembrane_1(fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_114(X)))
& membrane_1(fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_114(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_114(X)))
& biomembrane_1(fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_114(X)))
& spatial_entity_1(fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_114(X)))
& biomembrane_1(fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_114(X)))
& membrane_1(fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X)))
& spatial_entity_1(fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X)))
& biomembrane_1(fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X)))
& spatial_entity_1(fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_114(X)))
& membrane_1(fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_114(X)))
& biomembrane_1(fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_114(X)))
& move_1(fn_active_transport_22(fn_active_transport_by_sodium_potassium_pump_33(X)))
& move_through_1(fn_active_transport_22(fn_active_transport_by_sodium_potassium_pump_33(X)))
& move_through_1(fn_transport_protein_10(fn_active_transport_by_sodium_potassium_pump_80(X)))
& move_through_1(fn_transport_protein_34(fn_active_transport_by_sodium_potassium_pump_114(X)))
& move_through_1(fn_carrier_protein_4(fn_active_transport_by_sodium_potassium_pump_114(X)))
& move_through_1(fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_114(X)))
& move_1(fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_114(X)))
& move_through_1(fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_114(X)))
& move_1(fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_114(X)))
& move_through_1(fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_114(X)))
& move_through_1(fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_106(X)))
& move_1(fn_sodium_potassium_pump_39(fn_active_transport_by_sodium_potassium_pump_114(X)))
& move_through_1(fn_sodium_potassium_pump_39(fn_active_transport_by_sodium_potassium_pump_114(X)))
& move_1(fn_sodium_potassium_pump_50(fn_active_transport_by_sodium_potassium_pump_114(X)))
& move_through_1(fn_sodium_potassium_pump_50(fn_active_transport_by_sodium_potassium_pump_114(X)))
& move_1(fn_sodium_potassium_pump_50(fn_active_transport_by_sodium_potassium_pump_106(X)))
& move_through_1(fn_sodium_potassium_pump_50(fn_active_transport_by_sodium_potassium_pump_106(X)))
& hydrophobic_compound_1(fn_active_transport_using_atp_23(fn_active_transport_by_sodium_potassium_pump_118(X)))
& hydrophobic_compound_1(fn_carrier_protein_19(fn_active_transport_by_sodium_potassium_pump_80(X)))
& hydrophobic_compound_1(fn_carrier_protein_19(fn_active_transport_by_sodium_potassium_pump_106(X)))
& spatial_entity_1(fn_sodium_potassium_pump_21(fn_active_transport_by_sodium_potassium_pump_106(X)))
& tangible_entity_1(fn_sodium_potassium_pump_21(fn_active_transport_by_sodium_potassium_pump_106(X)))
& hydrophobic_compound_1(fn_sodium_potassium_pump_21(fn_active_transport_by_sodium_potassium_pump_106(X)))
& block_1(fn_active_transport_using_atp_39(fn_active_transport_by_sodium_potassium_pump_118(X)))
& block_1(fn_electrogenic_pump_9(fn_active_transport_by_sodium_potassium_pump_106(X)))
& block_1(fn_electrogenic_pump_9(fn_active_transport_by_sodium_potassium_pump_80(X)))
& block_1(fn_carrier_protein_17(fn_active_transport_by_sodium_potassium_pump_80(X)))
& block_1(fn_carrier_protein_17(fn_active_transport_by_sodium_potassium_pump_106(X)))
& block_1(fn_sodium_potassium_pump_19(fn_active_transport_by_sodium_potassium_pump_106(X)))
& move_through_1(fn_transport_protein_34(fn_active_transport_by_sodium_potassium_pump_106(X)))
& move_through_1(fn_transport_protein_34(fn_active_transport_by_sodium_potassium_pump_80(X)))
& move_through_1(fn_transport_protein_10(fn_active_transport_by_sodium_potassium_pump_114(X)))
& move_through_1(fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_80(X)))
& move_1(fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_80(X)))
& move_through_1(fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_106(X)))
& move_1(fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_106(X)))
& move_through_1(fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_80(X)))
& move_through_1(fn_carrier_protein_4(fn_active_transport_by_sodium_potassium_pump_80(X)))
& move_through_1(fn_carrier_protein_4(fn_active_transport_by_sodium_potassium_pump_106(X)))
& move_through_1(fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_80(X)))
& move_1(fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_80(X)))
& move_through_1(fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_106(X)))
& move_1(fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_106(X)))
& move_1(fn_active_transport_using_atp_31(fn_active_transport_by_sodium_potassium_pump_118(X)))
& move_through_1(fn_active_transport_using_atp_31(fn_active_transport_by_sodium_potassium_pump_118(X)))
& move_1(fn_sodium_potassium_pump_39(fn_active_transport_by_sodium_potassium_pump_106(X)))
& move_through_1(fn_sodium_potassium_pump_39(fn_active_transport_by_sodium_potassium_pump_106(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_active_transport_by_sodium_potassium_pump_80(X)))
& biomembrane_1(fn_integral_protein_24(fn_active_transport_by_sodium_potassium_pump_80(X)))
& biomembrane_1(fn_integral_protein_24(fn_active_transport_by_sodium_potassium_pump_106(X)))
& spatial_entity_1(fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_80(X)))
& biomembrane_1(fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_80(X)))
& spatial_entity_1(fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_106(X)))
& biomembrane_1(fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_106(X)))
& spatial_entity_1(fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_80(X)))
& biomembrane_1(fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_80(X)))
& spatial_entity_1(fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_106(X)))
& biomembrane_1(fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_106(X)))
& membrane_1(fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_80(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_80(X)))
& biomembrane_1(fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_80(X)))
& membrane_1(fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_106(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_106(X)))
& biomembrane_1(fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_106(X)))
& membrane_1(fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_80(X)))
& spatial_entity_1(fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_80(X)))
& biomembrane_1(fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_80(X)))
& membrane_1(fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X)))
& spatial_entity_1(fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X)))
& biomembrane_1(fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X)))
& spatial_entity_1(fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_80(X)))
& membrane_1(fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_80(X)))
& biomembrane_1(fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_80(X)))
& membrane_1(fn_active_transport_using_atp_32(fn_active_transport_by_sodium_potassium_pump_118(X)))
& spatial_entity_1(fn_active_transport_using_atp_32(fn_active_transport_by_sodium_potassium_pump_118(X)))
& biomembrane_1(fn_active_transport_using_atp_32(fn_active_transport_by_sodium_potassium_pump_118(X)))
& spatial_entity_1(fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_106(X)))
& membrane_1(fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_106(X)))
& biomembrane_1(fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_106(X)))
& carbon_skeleton_1(fn_carrier_protein_24(fn_active_transport_by_sodium_potassium_pump_106(X)))
& carbon_skeleton_1(fn_electrogenic_pump_11(fn_active_transport_by_sodium_potassium_pump_106(X)))
& carbon_skeleton_1(fn_sodium_potassium_pump_28(fn_active_transport_by_sodium_potassium_pump_106(X)))
& carbon_1(fn_carrier_protein_34(fn_active_transport_by_sodium_potassium_pump_106(X)))
& carbon_1(fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_106(X)))
& entity_1(fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_106(X)))
& chemical_entity_1(fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_106(X)))
& atom_1(fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_106(X)))
& carbon_1(fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_106(X)))
& chemical_entity_1(fn_functional_group_1(fn_active_transport_by_sodium_potassium_pump_17(X)))
& tangible_entity_1(fn_active_transport_using_atp_48(fn_active_transport_by_sodium_potassium_pump_118(X)))
& membrane_protein_1(fn_active_transport_using_atp_48(fn_active_transport_by_sodium_potassium_pump_118(X)))
& protein_1(fn_active_transport_using_atp_48(fn_active_transport_by_sodium_potassium_pump_118(X)))
& chemical_entity_1(fn_active_transport_using_atp_48(fn_active_transport_by_sodium_potassium_pump_118(X)))
& polymer_1(fn_active_transport_using_atp_48(fn_active_transport_by_sodium_potassium_pump_118(X)))
& integral_protein_1(fn_active_transport_using_atp_48(fn_active_transport_by_sodium_potassium_pump_118(X)))
& transport_protein_1(fn_active_transport_using_atp_48(fn_active_transport_by_sodium_potassium_pump_118(X)))
& carrier_protein_1(fn_active_transport_using_atp_48(fn_active_transport_by_sodium_potassium_pump_118(X)))
& quantity_value_1(fn_active_transport_using_atp_22(fn_active_transport_by_sodium_potassium_pump_118(X)))
& quantity_value_1(fn_atp_66(fn_active_transport_by_sodium_potassium_pump_82(X)))
& spatial_entity_1(fn_nucleoside_20(fn_active_transport_by_sodium_potassium_pump_76(X)))
& molecule_1(fn_nucleoside_20(fn_active_transport_by_sodium_potassium_pump_76(X)))
& organic_molecule_1(fn_nucleoside_20(fn_active_transport_by_sodium_potassium_pump_76(X)))
& pentose_1(fn_nucleoside_20(fn_active_transport_by_sodium_potassium_pump_76(X)))
& aldehyde_1(fn_atp_50(fn_active_transport_by_sodium_potassium_pump_82(X)))
& aldose_1(fn_atp_50(fn_active_transport_by_sodium_potassium_pump_82(X)))
& spatial_entity_1(fn_atp_50(fn_active_transport_by_sodium_potassium_pump_82(X)))
& molecule_1(fn_atp_50(fn_active_transport_by_sodium_potassium_pump_82(X)))
& organic_molecule_1(fn_atp_50(fn_active_transport_by_sodium_potassium_pump_82(X)))
& pentose_1(fn_atp_50(fn_active_transport_by_sodium_potassium_pump_82(X)))
& ribose_1(fn_atp_50(fn_active_transport_by_sodium_potassium_pump_82(X)))
& entity_1(fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_71(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_71(X)))
& atom_1(fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_71(X)))
& entity_1(fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_71(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_71(X)))
& atom_1(fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_71(X)))
& carbon_1(fn_active_transport_using_atp_65(fn_active_transport_by_sodium_potassium_pump_118(X)))
& entity_1(fn_active_transport_using_atp_65(fn_active_transport_by_sodium_potassium_pump_118(X)))
& number_5_prime_carbon_1(fn_active_transport_using_atp_65(fn_active_transport_by_sodium_potassium_pump_118(X)))
& entity_1(fn_atp_69(fn_active_transport_by_sodium_potassium_pump_82(X)))
& number_5_prime_carbon_1(fn_atp_69(fn_active_transport_by_sodium_potassium_pump_82(X)))
& carbon_skeleton_1(fn_nucleoside_triphosphate_30(fn_active_transport_by_sodium_potassium_pump_82(X)))
& carbon_skeleton_1(fn_atp_31(fn_active_transport_by_sodium_potassium_pump_82(X)))
& carbon_1(fn_nucleoside_triphosphate_31(fn_active_transport_by_sodium_potassium_pump_82(X)))
& tangible_entity_1(fn_atp_39(fn_active_transport_by_sodium_potassium_pump_82(X)))
& entity_1(fn_atp_39(fn_active_transport_by_sodium_potassium_pump_82(X)))
& chemical_entity_1(fn_atp_39(fn_active_transport_by_sodium_potassium_pump_82(X)))
& atom_1(fn_atp_39(fn_active_transport_by_sodium_potassium_pump_82(X)))
& carbon_1(fn_atp_39(fn_active_transport_by_sodium_potassium_pump_82(X)))
& entity_1(fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_90(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_90(X)))
& atom_1(fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_90(X)))
& entity_1(fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_90(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_90(X)))
& atom_1(fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_90(X)))
& atom_1(fn_ribonucleotide_17(fn_active_transport_by_sodium_potassium_pump_82(X)))
& phosphorus_1(fn_ribonucleotide_17(fn_active_transport_by_sodium_potassium_pump_82(X)))
& tangible_entity_1(fn_nucleoside_triphosphate_33(fn_active_transport_by_sodium_potassium_pump_82(X)))
& entity_1(fn_nucleoside_triphosphate_33(fn_active_transport_by_sodium_potassium_pump_82(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_33(fn_active_transport_by_sodium_potassium_pump_82(X)))
& atom_1(fn_nucleoside_triphosphate_33(fn_active_transport_by_sodium_potassium_pump_82(X)))
& phosphorus_1(fn_nucleoside_triphosphate_33(fn_active_transport_by_sodium_potassium_pump_82(X)))
& tangible_entity_1(fn_atp_36(fn_active_transport_by_sodium_potassium_pump_82(X)))
& entity_1(fn_atp_36(fn_active_transport_by_sodium_potassium_pump_82(X)))
& chemical_entity_1(fn_atp_36(fn_active_transport_by_sodium_potassium_pump_82(X)))
& atom_1(fn_atp_36(fn_active_transport_by_sodium_potassium_pump_82(X)))
& phosphorus_1(fn_atp_36(fn_active_transport_by_sodium_potassium_pump_82(X)))
& covalent_bond_1(fn_ribonucleotide_12(fn_active_transport_by_sodium_potassium_pump_82(X)))
& single_bond_1(fn_ribonucleotide_12(fn_active_transport_by_sodium_potassium_pump_82(X)))
& single_bond_1(fn_nucleoside_triphosphate_35(fn_active_transport_by_sodium_potassium_pump_82(X)))
& covalent_bond_1(fn_atp_30(fn_active_transport_by_sodium_potassium_pump_82(X)))
& chemical_bond_1(fn_atp_30(fn_active_transport_by_sodium_potassium_pump_82(X)))
& single_bond_1(fn_atp_30(fn_active_transport_by_sodium_potassium_pump_82(X)))
& number_5_prime_region_1(fn_active_transport_using_atp_64(fn_active_transport_by_sodium_potassium_pump_118(X)))
& number_5_prime_region_1(fn_atp_25(fn_active_transport_by_sodium_potassium_pump_82(X)))
& functional_group_1(fn_ribonucleotide_14(fn_active_transport_by_sodium_potassium_pump_82(X)))
& phosphate_group_1(fn_ribonucleotide_14(fn_active_transport_by_sodium_potassium_pump_82(X)))
& phosphate_group_1(fn_nucleoside_triphosphate_27(fn_active_transport_by_sodium_potassium_pump_82(X)))
& functional_group_1(fn_atp_34(fn_active_transport_by_sodium_potassium_pump_82(X)))
& phosphate_group_1(fn_atp_34(fn_active_transport_by_sodium_potassium_pump_82(X)))
& functional_group_1(fn_atp_32(fn_active_transport_by_sodium_potassium_pump_82(X)))
& phosphate_group_1(fn_atp_32(fn_active_transport_by_sodium_potassium_pump_82(X)))
& oxygen_1(fn_ribonucleotide_8(fn_active_transport_by_sodium_potassium_pump_82(X)))
& entity_1(fn_ribonucleotide_8(fn_active_transport_by_sodium_potassium_pump_82(X)))
& chemical_entity_1(fn_ribonucleotide_8(fn_active_transport_by_sodium_potassium_pump_82(X)))
& atom_1(fn_ribonucleotide_8(fn_active_transport_by_sodium_potassium_pump_82(X)))
& entity_1(fn_ribonucleotide_16(fn_active_transport_by_sodium_potassium_pump_82(X)))
& chemical_entity_1(fn_ribonucleotide_16(fn_active_transport_by_sodium_potassium_pump_82(X)))
& atom_1(fn_ribonucleotide_16(fn_active_transport_by_sodium_potassium_pump_82(X)))
& oxygen_1(fn_ribonucleotide_16(fn_active_transport_by_sodium_potassium_pump_82(X)))
& oxygen_1(fn_nucleoside_triphosphate_32(fn_active_transport_by_sodium_potassium_pump_82(X)))
& entity_1(fn_nucleoside_triphosphate_32(fn_active_transport_by_sodium_potassium_pump_82(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_32(fn_active_transport_by_sodium_potassium_pump_82(X)))
& atom_1(fn_nucleoside_triphosphate_32(fn_active_transport_by_sodium_potassium_pump_82(X)))
& entity_1(fn_nucleoside_triphosphate_29(fn_active_transport_by_sodium_potassium_pump_82(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_29(fn_active_transport_by_sodium_potassium_pump_82(X)))
& atom_1(fn_nucleoside_triphosphate_29(fn_active_transport_by_sodium_potassium_pump_82(X)))
& oxygen_1(fn_nucleoside_triphosphate_29(fn_active_transport_by_sodium_potassium_pump_82(X)))
& oxygen_1(fn_atp_37(fn_active_transport_by_sodium_potassium_pump_82(X)))
& entity_1(fn_atp_37(fn_active_transport_by_sodium_potassium_pump_82(X)))
& chemical_entity_1(fn_atp_37(fn_active_transport_by_sodium_potassium_pump_82(X)))
& atom_1(fn_atp_37(fn_active_transport_by_sodium_potassium_pump_82(X)))
& oxygen_1(fn_atp_35(fn_active_transport_by_sodium_potassium_pump_82(X)))
& entity_1(fn_atp_35(fn_active_transport_by_sodium_potassium_pump_82(X)))
& chemical_entity_1(fn_atp_35(fn_active_transport_by_sodium_potassium_pump_82(X)))
& atom_1(fn_atp_35(fn_active_transport_by_sodium_potassium_pump_82(X)))
& chemical_bond_1(fn_ribonucleotide_13(fn_active_transport_by_sodium_potassium_pump_82(X)))
& double_bond_1(fn_ribonucleotide_13(fn_active_transport_by_sodium_potassium_pump_82(X)))
& covalent_bond_1(fn_ribonucleotide_13(fn_active_transport_by_sodium_potassium_pump_82(X)))
& chemical_bond_1(fn_nucleoside_triphosphate_28(fn_active_transport_by_sodium_potassium_pump_82(X)))
& double_bond_1(fn_nucleoside_triphosphate_28(fn_active_transport_by_sodium_potassium_pump_82(X)))
& covalent_bond_1(fn_nucleoside_triphosphate_28(fn_active_transport_by_sodium_potassium_pump_82(X)))
& chemical_bond_1(fn_atp_29(fn_active_transport_by_sodium_potassium_pump_82(X)))
& double_bond_1(fn_atp_29(fn_active_transport_by_sodium_potassium_pump_82(X)))
& covalent_bond_1(fn_atp_29(fn_active_transport_by_sodium_potassium_pump_82(X)))
& spatial_entity_1(fn_active_transport_using_atp_45(fn_active_transport_by_sodium_potassium_pump_118(X)))
& molecule_1(fn_active_transport_using_atp_45(fn_active_transport_by_sodium_potassium_pump_118(X)))
& organic_molecule_1(fn_active_transport_using_atp_45(fn_active_transport_by_sodium_potassium_pump_118(X)))
& ribonucleotide_1(fn_active_transport_using_atp_45(fn_active_transport_by_sodium_potassium_pump_118(X)))
& nucleoside_triphosphate_1(fn_active_transport_using_atp_45(fn_active_transport_by_sodium_potassium_pump_118(X)))
& atp_1(fn_active_transport_using_atp_45(fn_active_transport_by_sodium_potassium_pump_118(X)))
& phosphorus_1(fn_active_transport_using_atp_53(fn_active_transport_by_sodium_potassium_pump_118(X)))
& phosphorus_1(fn_phosphate_group_6(fn_active_transport_by_sodium_potassium_pump_17(X)))
& entity_1(fn_active_transport_using_atp_54(fn_active_transport_by_sodium_potassium_pump_118(X)))
& chemical_entity_1(fn_active_transport_using_atp_54(fn_active_transport_by_sodium_potassium_pump_118(X)))
& atom_1(fn_active_transport_using_atp_54(fn_active_transport_by_sodium_potassium_pump_118(X)))
& oxygen_1(fn_active_transport_using_atp_54(fn_active_transport_by_sodium_potassium_pump_118(X)))
& entity_1(fn_phosphate_group_22(fn_active_transport_by_sodium_potassium_pump_17(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_active_transport_by_sodium_potassium_pump_17(X)))
& atom_1(fn_phosphate_group_22(fn_active_transport_by_sodium_potassium_pump_17(X)))
& oxygen_1(fn_phosphate_group_22(fn_active_transport_by_sodium_potassium_pump_17(X)))
& entity_1(fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_106(X)))
& atom_1(fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_106(X)))
& chemical_entity_1(fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_106(X)))
& chemical_entity_1(fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_106(X)))
& tangible_entity_1(fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_106(X)))
& entity_1(fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_106(X)))
& oxygen_1(fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_106(X)))
& atom_1(fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_106(X)))
& oxygen_1(fn_phosphate_group_5(fn_active_transport_by_sodium_potassium_pump_17(X)))
& entity_1(fn_phosphate_group_5(fn_active_transport_by_sodium_potassium_pump_17(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_active_transport_by_sodium_potassium_pump_17(X)))
& atom_1(fn_phosphate_group_5(fn_active_transport_by_sodium_potassium_pump_17(X)))
& fn_active_transport_by_sodium_potassium_pump_1(X) != fn_active_transport_by_sodium_potassium_pump_2(X)
& same_type_2(fn_active_transport_by_sodium_potassium_pump_1(X),fn_active_transport_by_sodium_potassium_pump_29(X))
& fn_active_transport_by_sodium_potassium_pump_2(X) != fn_active_transport_by_sodium_potassium_pump_1(X)
& same_type_2(fn_active_transport_by_sodium_potassium_pump_2(X),fn_active_transport_by_sodium_potassium_pump_29(X))
& next_event_2(fn_active_transport_by_sodium_potassium_pump_118(X),fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_by_sodium_potassium_pump_116(X) != fn_active_transport_by_sodium_potassium_pump_112(X)
& next_event_2(fn_active_transport_by_sodium_potassium_pump_113(X),fn_active_transport_by_sodium_potassium_pump_112(X))
& next_event_2(fn_active_transport_by_sodium_potassium_pump_112(X),fn_active_transport_by_sodium_potassium_pump_115(X))
& fn_active_transport_by_sodium_potassium_pump_112(X) != fn_active_transport_by_sodium_potassium_pump_116(X)
& fn_active_transport_by_sodium_potassium_pump_106(X) != fn_active_transport_by_sodium_potassium_pump_80(X)
& has_state_2(fn_active_transport_by_sodium_potassium_pump_106(X),fn_active_transport_by_sodium_potassium_pump_80(X))
& is_at_2(fn_active_transport_by_sodium_potassium_pump_105(X),fn_active_transport_by_sodium_potassium_pump_72(X))
& is_at_2(fn_active_transport_by_sodium_potassium_pump_105(X),fn_active_transport_by_sodium_potassium_pump_67(X))
& different_type_2(fn_active_transport_by_sodium_potassium_pump_104(X),fn_active_transport_by_sodium_potassium_pump_103(X))
& different_type_2(fn_active_transport_by_sodium_potassium_pump_103(X),fn_active_transport_by_sodium_potassium_pump_104(X))
& called_2(fn_active_transport_by_sodium_potassium_pump_87(X),'Terminal PO4 Group')
& fn_active_transport_by_sodium_potassium_pump_82(X) != fn_active_transport_by_sodium_potassium_pump_80(X)
& fn_active_transport_by_sodium_potassium_pump_80(X) != fn_active_transport_by_sodium_potassium_pump_82(X)
& fn_active_transport_by_sodium_potassium_pump_80(X) != fn_active_transport_by_sodium_potassium_pump_106(X)
& has_state_2(fn_active_transport_by_sodium_potassium_pump_77(X),fn_active_transport_by_sodium_potassium_pump_3(X))
& is_at_2(fn_active_transport_by_sodium_potassium_pump_73(X),fn_active_transport_by_sodium_potassium_pump_67(X))
& has_function_2(fn_active_transport_by_sodium_potassium_pump_6(X),X)
& object_2(fn_active_transport_by_sodium_potassium_pump_7(X),fn_active_transport_by_sodium_potassium_pump_69(X))
& first_subevent_2(X,fn_active_transport_by_sodium_potassium_pump_118(X))
& path_2(X,fn_active_transport_by_sodium_potassium_pump_59(X))
& object_2(X,fn_active_transport_by_sodium_potassium_pump_79(X))
& object_2(X,fn_active_transport_by_sodium_potassium_pump_35(X))
& direction_2(X,fn_active_transport_by_sodium_potassium_pump_5(X))
& agent_2(X,fn_active_transport_by_sodium_potassium_pump_6(X))
& agent_2(X,fn_active_transport_by_sodium_potassium_pump_106(X))
& causes_2(X,fn_active_transport_by_sodium_potassium_pump_7(X))
& subevent_2(X,fn_active_transport_by_sodium_potassium_pump_33(X))
& subevent_2(X,fn_active_transport_by_sodium_potassium_pump_68(X))
& subevent_2(X,fn_active_transport_by_sodium_potassium_pump_118(X))
& site_2(fn_active_transport_by_sodium_potassium_pump_64(X),fn_active_transport_by_sodium_potassium_pump_73(X))
& site_2(fn_active_transport_by_sodium_potassium_pump_64(X),fn_active_transport_by_sodium_potassium_pump_105(X))
& subevent_2(fn_active_transport_by_sodium_potassium_pump_33(X),fn_active_transport_by_sodium_potassium_pump_113(X))
& same_type_2(fn_active_transport_by_sodium_potassium_pump_29(X),fn_active_transport_by_sodium_potassium_pump_2(X))
& same_type_2(fn_active_transport_by_sodium_potassium_pump_29(X),fn_active_transport_by_sodium_potassium_pump_1(X))
& base_2(fn_active_transport_by_sodium_potassium_pump_116(X),fn_active_transport_by_sodium_potassium_pump_80(X))
& base_2(fn_active_transport_by_sodium_potassium_pump_81(X),fn_active_transport_by_sodium_potassium_pump_80(X))
& base_2(fn_active_transport_by_sodium_potassium_pump_112(X),fn_active_transport_by_sodium_potassium_pump_114(X))
& result_2(fn_active_transport_by_sodium_potassium_pump_107(X),fn_active_transport_by_sodium_potassium_pump_80(X))
& result_2(fn_active_transport_by_sodium_potassium_pump_113(X),fn_active_transport_by_sodium_potassium_pump_114(X))
& raw_material_2(fn_active_transport_by_sodium_potassium_pump_113(X),fn_active_transport_by_sodium_potassium_pump_80(X))
& object_2(fn_active_transport_by_sodium_potassium_pump_81(X),fn_active_transport_by_sodium_potassium_pump_79(X))
& object_2(fn_active_transport_by_sodium_potassium_pump_66(X),fn_active_transport_by_sodium_potassium_pump_79(X))
& object_2(fn_active_transport_by_sodium_potassium_pump_112(X),fn_active_transport_by_sodium_potassium_pump_35(X))
& result_2(fn_active_transport_by_sodium_potassium_pump_68(X),fn_active_transport_by_sodium_potassium_pump_69(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_29(X),fn_active_transport_by_sodium_potassium_pump_35(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_76(X),fn_active_transport_by_sodium_potassium_pump_62(X))
& is_between_2(fn_active_transport_by_sodium_potassium_pump_71(X),fn_active_transport_by_sodium_potassium_pump_83(X))
& origin_2(fn_active_transport_by_sodium_potassium_pump_33(X),fn_active_transport_by_sodium_potassium_pump_70(X))
& is_between_2(fn_active_transport_by_sodium_potassium_pump_100(X),fn_active_transport_by_sodium_potassium_pump_99(X))
& is_between_2(fn_active_transport_by_sodium_potassium_pump_101(X),fn_active_transport_by_sodium_potassium_pump_99(X))
& is_between_2(fn_active_transport_by_sodium_potassium_pump_90(X),fn_active_transport_by_sodium_potassium_pump_77(X))
& raw_material_2(X,fn_active_transport_by_sodium_potassium_pump_82(X))
& subevent_2(X,fn_active_transport_by_sodium_potassium_pump_30(X))
& object_2(fn_active_transport_by_sodium_potassium_pump_37(X),fn_active_transport_by_sodium_potassium_pump_114(X))
& site_2(fn_active_transport_by_sodium_potassium_pump_37(X),fn_active_transport_by_sodium_potassium_pump_52(X))
& object_2(fn_active_transport_by_sodium_potassium_pump_33(X),fn_active_transport_by_sodium_potassium_pump_35(X))
& object_2(fn_active_transport_by_sodium_potassium_pump_115(X),fn_active_transport_by_sodium_potassium_pump_35(X))
& origin_2(fn_active_transport_by_sodium_potassium_pump_115(X),fn_active_transport_by_sodium_potassium_pump_70(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_106(X),fn_active_transport_by_sodium_potassium_pump_13(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_106(X),fn_active_transport_by_sodium_potassium_pump_12(X))
& has_region_2(fn_active_transport_by_sodium_potassium_pump_106(X),fn_active_transport_by_sodium_potassium_pump_17(X))
& object_2(fn_active_transport_by_sodium_potassium_pump_64(X),fn_active_transport_by_sodium_potassium_pump_106(X))
& raw_material_2(fn_active_transport_by_sodium_potassium_pump_107(X),fn_active_transport_by_sodium_potassium_pump_106(X))
& agent_2(fn_active_transport_by_sodium_potassium_pump_118(X),fn_active_transport_by_sodium_potassium_pump_106(X))
& has_region_2(fn_active_transport_by_sodium_potassium_pump_106(X),fn_active_transport_by_sodium_potassium_pump_72(X))
& is_at_2(fn_active_transport_by_sodium_potassium_pump_73(X),fn_active_transport_by_sodium_potassium_pump_72(X))
& object_2(fn_active_transport_by_sodium_potassium_pump_116(X),fn_active_transport_by_sodium_potassium_pump_79(X))
& fn_active_transport_by_sodium_potassium_pump_63(X) != fn_active_transport_by_sodium_potassium_pump_79(X)
& fn_active_transport_by_sodium_potassium_pump_79(X) != fn_active_transport_by_sodium_potassium_pump_63(X)
& object_2(fn_active_transport_by_sodium_potassium_pump_117(X),fn_active_transport_by_sodium_potassium_pump_79(X))
& object_2(fn_active_transport_by_sodium_potassium_pump_118(X),fn_active_transport_by_sodium_potassium_pump_79(X))
& fn_active_transport_by_sodium_potassium_pump_79(X) != fn_active_transport_by_sodium_potassium_pump_58(X)
& fn_active_transport_by_sodium_potassium_pump_58(X) != fn_active_transport_by_sodium_potassium_pump_79(X)
& has_region_2(fn_active_transport_by_sodium_potassium_pump_114(X),fn_active_transport_by_sodium_potassium_pump_51(X))
& is_at_2(fn_active_transport_by_sodium_potassium_pump_52(X),fn_active_transport_by_sodium_potassium_pump_51(X))
& has_solute_2(fn_active_transport_by_sodium_potassium_pump_70(X),fn_active_transport_by_sodium_potassium_pump_29(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_70(X),fn_active_transport_by_sodium_potassium_pump_26(X))
& has_solvent_2(fn_active_transport_by_sodium_potassium_pump_70(X),fn_active_transport_by_sodium_potassium_pump_26(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_70(X),fn_active_transport_by_sodium_potassium_pump_29(X))
& fn_active_transport_by_sodium_potassium_pump_29(X) != fn_active_transport_by_sodium_potassium_pump_26(X)
& fn_active_transport_by_sodium_potassium_pump_26(X) != fn_active_transport_by_sodium_potassium_pump_29(X)
& shape_2(fn_active_transport_by_sodium_potassium_pump_80(X),fn_active_transport_by_sodium_potassium_pump_103(X))
& subevent_2(fn_active_transport_by_sodium_potassium_pump_33(X),fn_active_transport_by_sodium_potassium_pump_112(X))
& is_between_2(fn_active_transport_by_sodium_potassium_pump_39(X),fn_active_transport_by_sodium_potassium_pump_43(X))
& shape_2(fn_active_transport_by_sodium_potassium_pump_106(X),fn_active_transport_by_sodium_potassium_pump_104(X))
& has_region_2(fn_active_transport_by_sodium_potassium_pump_106(X),fn_active_transport_by_sodium_potassium_pump_16(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_106(X),fn_active_transport_by_sodium_potassium_pump_65(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_106(X),fn_active_transport_by_sodium_potassium_pump_60(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_106(X),fn_active_transport_by_sodium_potassium_pump_14(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_14(X),fn_active_transport_by_sodium_potassium_pump_16(X))
& has_region_2(fn_active_transport_by_sodium_potassium_pump_106(X),fn_active_transport_by_sodium_potassium_pump_105(X))
& is_at_2(fn_active_transport_by_sodium_potassium_pump_65(X),fn_active_transport_by_sodium_potassium_pump_105(X))
& is_opposite_2(fn_active_transport_by_sodium_potassium_pump_73(X),fn_active_transport_by_sodium_potassium_pump_105(X))
& is_opposite_2(fn_active_transport_by_sodium_potassium_pump_105(X),fn_active_transport_by_sodium_potassium_pump_73(X))
& is_across_2(fn_active_transport_by_sodium_potassium_pump_106(X),fn_active_transport_by_sodium_potassium_pump_59(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_85(X),fn_active_transport_by_sodium_potassium_pump_89(X))
& subevent_2(fn_active_transport_by_sodium_potassium_pump_118(X),fn_active_transport_by_sodium_potassium_pump_116(X))
& subevent_2(fn_active_transport_by_sodium_potassium_pump_118(X),fn_active_transport_by_sodium_potassium_pump_117(X))
& subevent_2(fn_active_transport_by_sodium_potassium_pump_118(X),fn_active_transport_by_sodium_potassium_pump_107(X))
& path_2(fn_active_transport_by_sodium_potassium_pump_118(X),fn_active_transport_by_sodium_potassium_pump_59(X))
& base_2(fn_active_transport_by_sodium_potassium_pump_30(X),fn_active_transport_by_sodium_potassium_pump_82(X))
& destination_2(fn_active_transport_by_sodium_potassium_pump_118(X),fn_active_transport_by_sodium_potassium_pump_70(X))
& destination_2(fn_active_transport_by_sodium_potassium_pump_117(X),fn_active_transport_by_sodium_potassium_pump_70(X))
& next_event_2(fn_active_transport_by_sodium_potassium_pump_116(X),fn_active_transport_by_sodium_potassium_pump_117(X))
& next_event_2(fn_active_transport_by_sodium_potassium_pump_107(X),fn_active_transport_by_sodium_potassium_pump_116(X))
& raw_material_2(fn_active_transport_by_sodium_potassium_pump_107(X),fn_active_transport_by_sodium_potassium_pump_82(X))
& base_2(fn_active_transport_by_sodium_potassium_pump_21(X),fn_active_transport_by_sodium_potassium_pump_82(X))
& object_2(fn_active_transport_by_sodium_potassium_pump_21(X),fn_active_transport_by_sodium_potassium_pump_28(X))
& object_2(fn_active_transport_by_sodium_potassium_pump_27(X),fn_active_transport_by_sodium_potassium_pump_28(X))
& base_2(fn_active_transport_by_sodium_potassium_pump_27(X),fn_active_transport_by_sodium_potassium_pump_22(X))
& fn_active_transport_by_sodium_potassium_pump_22(X) != fn_active_transport_by_sodium_potassium_pump_82(X)
& fn_active_transport_by_sodium_potassium_pump_82(X) != fn_active_transport_by_sodium_potassium_pump_22(X)
& raw_material_2(fn_active_transport_by_sodium_potassium_pump_118(X),fn_active_transport_by_sodium_potassium_pump_82(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_82(X),fn_active_transport_by_sodium_potassium_pump_61(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_61(X),fn_active_transport_by_sodium_potassium_pump_78(X))
& has_region_2(fn_active_transport_by_sodium_potassium_pump_78(X),fn_active_transport_by_sodium_potassium_pump_84(X))
& is_at_2(fn_active_transport_by_sodium_potassium_pump_83(X),fn_active_transport_by_sodium_potassium_pump_84(X))
& subevent_2(fn_active_transport_by_sodium_potassium_pump_118(X),fn_active_transport_by_sodium_potassium_pump_30(X))
& object_2(fn_active_transport_by_sodium_potassium_pump_30(X),fn_active_transport_by_sodium_potassium_pump_18(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_18(X),fn_active_transport_by_sodium_potassium_pump_82(X))
& possesses_2(fn_active_transport_by_sodium_potassium_pump_82(X),fn_active_transport_by_sodium_potassium_pump_18(X))
& quantity_2(fn_active_transport_by_sodium_potassium_pump_18(X),fn_active_transport_by_sodium_potassium_pump_25(X))
& is_between_2(fn_active_transport_by_sodium_potassium_pump_100(X),fn_active_transport_by_sodium_potassium_pump_98(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_80(X),fn_active_transport_by_sodium_potassium_pump_96(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_96(X),fn_active_transport_by_sodium_potassium_pump_94(X))
& has_region_2(fn_active_transport_by_sodium_potassium_pump_80(X),fn_active_transport_by_sodium_potassium_pump_94(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_99(X),fn_active_transport_by_sodium_potassium_pump_93(X))
& fn_active_transport_by_sodium_potassium_pump_99(X) != fn_active_transport_by_sodium_potassium_pump_98(X)
& fn_active_transport_by_sodium_potassium_pump_98(X) != fn_active_transport_by_sodium_potassium_pump_99(X)
& has_part_2(fn_active_transport_by_sodium_potassium_pump_80(X),fn_active_transport_by_sodium_potassium_pump_98(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_80(X),fn_active_transport_by_sodium_potassium_pump_97(X))
& fn_active_transport_by_sodium_potassium_pump_96(X) != fn_active_transport_by_sodium_potassium_pump_97(X)
& fn_active_transport_by_sodium_potassium_pump_98(X) != fn_active_transport_by_sodium_potassium_pump_97(X)
& fn_active_transport_by_sodium_potassium_pump_97(X) != fn_active_transport_by_sodium_potassium_pump_98(X)
& fn_active_transport_by_sodium_potassium_pump_97(X) != fn_active_transport_by_sodium_potassium_pump_96(X)
& is_between_2(fn_active_transport_by_sodium_potassium_pump_101(X),fn_active_transport_by_sodium_potassium_pump_98(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_98(X),fn_active_transport_by_sodium_potassium_pump_93(X))
& has_region_2(fn_active_transport_by_sodium_potassium_pump_80(X),fn_active_transport_by_sodium_potassium_pump_93(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_80(X),fn_active_transport_by_sodium_potassium_pump_99(X))
& fn_active_transport_by_sodium_potassium_pump_99(X) != fn_active_transport_by_sodium_potassium_pump_96(X)
& fn_active_transport_by_sodium_potassium_pump_96(X) != fn_active_transport_by_sodium_potassium_pump_99(X)
& has_part_2(fn_active_transport_by_sodium_potassium_pump_59(X),fn_active_transport_by_sodium_potassium_pump_60(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_80(X),fn_active_transport_by_sodium_potassium_pump_60(X))
& possesses_2(fn_active_transport_by_sodium_potassium_pump_80(X),fn_active_transport_by_sodium_potassium_pump_100(X))
& is_between_2(fn_active_transport_by_sodium_potassium_pump_100(X),fn_active_transport_by_sodium_potassium_pump_97(X))
& fn_active_transport_by_sodium_potassium_pump_97(X) != fn_active_transport_by_sodium_potassium_pump_99(X)
& fn_active_transport_by_sodium_potassium_pump_99(X) != fn_active_transport_by_sodium_potassium_pump_97(X)
& speed_2(fn_active_transport_by_sodium_potassium_pump_95(X),fn_active_transport_by_sodium_potassium_pump_92(X))
& object_2(fn_active_transport_by_sodium_potassium_pump_95(X),fn_active_transport_by_sodium_potassium_pump_80(X))
& possesses_2(fn_active_transport_by_sodium_potassium_pump_80(X),fn_active_transport_by_sodium_potassium_pump_101(X))
& is_between_2(fn_active_transport_by_sodium_potassium_pump_101(X),fn_active_transport_by_sodium_potassium_pump_97(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_97(X),fn_active_transport_by_sodium_potassium_pump_93(X))
& is_across_2(fn_active_transport_by_sodium_potassium_pump_80(X),fn_active_transport_by_sodium_potassium_pump_59(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_59(X),fn_active_transport_by_sodium_potassium_pump_80(X))
& possesses_2(fn_active_transport_by_sodium_potassium_pump_80(X),fn_active_transport_by_sodium_potassium_pump_102(X))
& quantity_2(fn_active_transport_by_sodium_potassium_pump_102(X),fn_active_transport_by_sodium_potassium_pump_91(X))
& directly_proportional_2(fn_active_transport_by_sodium_potassium_pump_92(X),fn_active_transport_by_sodium_potassium_pump_91(X))
& has_region_2(fn_active_transport_by_sodium_potassium_pump_114(X),fn_active_transport_by_sodium_potassium_pump_50(X))
& has_region_2(fn_active_transport_by_sodium_potassium_pump_34(X),fn_active_transport_by_sodium_potassium_pump_51(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_34(X),fn_active_transport_by_sodium_potassium_pump_114(X))
& has_function_2(fn_active_transport_by_sodium_potassium_pump_34(X),fn_active_transport_by_sodium_potassium_pump_115(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_114(X),fn_active_transport_by_sodium_potassium_pump_44(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_44(X),fn_active_transport_by_sodium_potassium_pump_53(X))
& has_region_2(fn_active_transport_by_sodium_potassium_pump_114(X),fn_active_transport_by_sodium_potassium_pump_53(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_114(X),fn_active_transport_by_sodium_potassium_pump_41(X))
& is_between_2(fn_active_transport_by_sodium_potassium_pump_40(X),fn_active_transport_by_sodium_potassium_pump_41(X))
& is_between_2(fn_active_transport_by_sodium_potassium_pump_39(X),fn_active_transport_by_sodium_potassium_pump_41(X))
& subevent_2(fn_active_transport_by_sodium_potassium_pump_33(X),fn_active_transport_by_sodium_potassium_pump_115(X))
& fn_active_transport_by_sodium_potassium_pump_44(X) != fn_active_transport_by_sodium_potassium_pump_41(X)
& fn_active_transport_by_sodium_potassium_pump_41(X) != fn_active_transport_by_sodium_potassium_pump_44(X)
& has_region_2(fn_active_transport_by_sodium_potassium_pump_59(X),fn_active_transport_by_sodium_potassium_pump_67(X))
& has_region_2(fn_active_transport_by_sodium_potassium_pump_106(X),fn_active_transport_by_sodium_potassium_pump_73(X))
& is_at_2(fn_active_transport_by_sodium_potassium_pump_65(X),fn_active_transport_by_sodium_potassium_pump_73(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_114(X),fn_active_transport_by_sodium_potassium_pump_42(X))
& is_between_2(fn_active_transport_by_sodium_potassium_pump_40(X),fn_active_transport_by_sodium_potassium_pump_42(X))
& fn_active_transport_by_sodium_potassium_pump_58(X) != fn_active_transport_by_sodium_potassium_pump_63(X)
& object_2(fn_active_transport_by_sodium_potassium_pump_66(X),fn_active_transport_by_sodium_potassium_pump_58(X))
& instrument_2(fn_active_transport_by_sodium_potassium_pump_66(X),fn_active_transport_by_sodium_potassium_pump_59(X))
& has_region_2(fn_active_transport_by_sodium_potassium_pump_59(X),fn_active_transport_by_sodium_potassium_pump_72(X))
& fn_active_transport_by_sodium_potassium_pump_63(X) != fn_active_transport_by_sodium_potassium_pump_58(X)
& has_region_2(fn_active_transport_by_sodium_potassium_pump_114(X),fn_active_transport_by_sodium_potassium_pump_48(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_114(X),fn_active_transport_by_sodium_potassium_pump_43(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_43(X),fn_active_transport_by_sodium_potassium_pump_48(X))
& fn_active_transport_by_sodium_potassium_pump_41(X) != fn_active_transport_by_sodium_potassium_pump_43(X)
& fn_active_transport_by_sodium_potassium_pump_43(X) != fn_active_transport_by_sodium_potassium_pump_41(X)
& is_between_2(fn_active_transport_by_sodium_potassium_pump_39(X),fn_active_transport_by_sodium_potassium_pump_42(X))
& fn_active_transport_by_sodium_potassium_pump_42(X) != fn_active_transport_by_sodium_potassium_pump_41(X)
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_41(X),fn_active_transport_by_sodium_potassium_pump_48(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_42(X),fn_active_transport_by_sodium_potassium_pump_48(X))
& fn_active_transport_by_sodium_potassium_pump_42(X) != fn_active_transport_by_sodium_potassium_pump_43(X)
& fn_active_transport_by_sodium_potassium_pump_41(X) != fn_active_transport_by_sodium_potassium_pump_42(X)
& fn_active_transport_by_sodium_potassium_pump_43(X) != fn_active_transport_by_sodium_potassium_pump_42(X)
& has_region_2(fn_active_transport_by_sodium_potassium_pump_114(X),fn_active_transport_by_sodium_potassium_pump_49(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_45(X),fn_active_transport_by_sodium_potassium_pump_49(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_114(X),fn_active_transport_by_sodium_potassium_pump_45(X))
& possesses_2(fn_active_transport_by_sodium_potassium_pump_114(X),fn_active_transport_by_sodium_potassium_pump_40(X))
& is_between_2(fn_active_transport_by_sodium_potassium_pump_40(X),fn_active_transport_by_sodium_potassium_pump_43(X))
& directly_proportional_2(fn_active_transport_by_sodium_potassium_pump_57(X),fn_active_transport_by_sodium_potassium_pump_56(X))
& speed_2(fn_active_transport_by_sodium_potassium_pump_36(X),fn_active_transport_by_sodium_potassium_pump_57(X))
& object_2(fn_active_transport_by_sodium_potassium_pump_36(X),fn_active_transport_by_sodium_potassium_pump_114(X))
& possesses_2(fn_active_transport_by_sodium_potassium_pump_114(X),fn_active_transport_by_sodium_potassium_pump_39(X))
& is_between_2(fn_active_transport_by_sodium_potassium_pump_39(X),fn_active_transport_by_sodium_potassium_pump_44(X))
& has_region_2(fn_active_transport_by_sodium_potassium_pump_114(X),fn_active_transport_by_sodium_potassium_pump_52(X))
& is_at_2(fn_active_transport_by_sodium_potassium_pump_46(X),fn_active_transport_by_sodium_potassium_pump_52(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_114(X),fn_active_transport_by_sodium_potassium_pump_46(X))
& is_opposite_2(fn_active_transport_by_sodium_potassium_pump_50(X),fn_active_transport_by_sodium_potassium_pump_52(X))
& is_opposite_2(fn_active_transport_by_sodium_potassium_pump_52(X),fn_active_transport_by_sodium_potassium_pump_50(X))
& path_2(fn_active_transport_by_sodium_potassium_pump_33(X),fn_active_transport_by_sodium_potassium_pump_34(X))
& agent_2(fn_active_transport_by_sodium_potassium_pump_33(X),fn_active_transport_by_sodium_potassium_pump_114(X))
& possesses_2(fn_active_transport_by_sodium_potassium_pump_114(X),fn_active_transport_by_sodium_potassium_pump_38(X))
& quantity_2(fn_active_transport_by_sodium_potassium_pump_38(X),fn_active_transport_by_sodium_potassium_pump_56(X))
& fn_active_transport_by_sodium_potassium_pump_117(X) != fn_active_transport_by_sodium_potassium_pump_115(X)
& base_2(fn_active_transport_by_sodium_potassium_pump_115(X),fn_active_transport_by_sodium_potassium_pump_34(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_34(X),fn_active_transport_by_sodium_potassium_pump_47(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_114(X),fn_active_transport_by_sodium_potassium_pump_47(X))
& is_across_2(fn_active_transport_by_sodium_potassium_pump_114(X),fn_active_transport_by_sodium_potassium_pump_34(X))
& fn_active_transport_by_sodium_potassium_pump_115(X) != fn_active_transport_by_sodium_potassium_pump_117(X)
& has_part_2(fn_active_transport_by_sodium_potassium_pump_59(X),fn_active_transport_by_sodium_potassium_pump_106(X))
& has_function_2(fn_active_transport_by_sodium_potassium_pump_59(X),fn_active_transport_by_sodium_potassium_pump_117(X))
& base_2(fn_active_transport_by_sodium_potassium_pump_117(X),fn_active_transport_by_sodium_potassium_pump_59(X))
& has_function_2(fn_active_transport_by_sodium_potassium_pump_59(X),fn_active_transport_by_sodium_potassium_pump_66(X))
& object_2(fn_active_transport_by_sodium_potassium_pump_66(X),fn_active_transport_by_sodium_potassium_pump_63(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_106(X),fn_active_transport_by_sodium_potassium_pump_10(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_10(X),fn_active_transport_by_sodium_potassium_pump_15(X))
& has_region_2(fn_active_transport_by_sodium_potassium_pump_106(X),fn_active_transport_by_sodium_potassium_pump_15(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_106(X),fn_active_transport_by_sodium_potassium_pump_11(X))
& fn_active_transport_by_sodium_potassium_pump_11(X) != fn_active_transport_by_sodium_potassium_pump_10(X)
& fn_active_transport_by_sodium_potassium_pump_10(X) != fn_active_transport_by_sodium_potassium_pump_11(X)
& called_2(fn_active_transport_by_sodium_potassium_pump_89(X),'Terminal PO4 Group')
& object_2(fn_active_transport_by_sodium_potassium_pump_23(X),fn_active_transport_by_sodium_potassium_pump_82(X))
& speed_2(fn_active_transport_by_sodium_potassium_pump_23(X),fn_active_transport_by_sodium_potassium_pump_24(X))
& directly_proportional_2(fn_active_transport_by_sodium_potassium_pump_24(X),fn_active_transport_by_sodium_potassium_pump_25(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_82(X),fn_active_transport_by_sodium_potassium_pump_86(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_82(X),fn_active_transport_by_sodium_potassium_pump_85(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_85(X),fn_active_transport_by_sodium_potassium_pump_87(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_87(X),fn_active_transport_by_sodium_potassium_pump_84(X))
& has_region_2(fn_active_transport_by_sodium_potassium_pump_62(X),fn_active_transport_by_sodium_potassium_pump_84(X))
& fn_active_transport_by_sodium_potassium_pump_20(X) != fn_active_transport_by_sodium_potassium_pump_86(X)
& has_part_2(fn_active_transport_by_sodium_potassium_pump_82(X),fn_active_transport_by_sodium_potassium_pump_20(X))
& has_part_2(fn_active_transport_by_sodium_potassium_pump_82(X),fn_active_transport_by_sodium_potassium_pump_77(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_77(X),fn_active_transport_by_sodium_potassium_pump_88(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_85(X),fn_active_transport_by_sodium_potassium_pump_88(X))
& fn_active_transport_by_sodium_potassium_pump_86(X) != fn_active_transport_by_sodium_potassium_pump_20(X)
& fn_active_transport_by_sodium_potassium_pump_86(X) != fn_active_transport_by_sodium_potassium_pump_85(X)
& fn_active_transport_by_sodium_potassium_pump_85(X) != fn_active_transport_by_sodium_potassium_pump_83(X)
& fn_active_transport_by_sodium_potassium_pump_83(X) != fn_active_transport_by_sodium_potassium_pump_74(X)
& has_part_2(fn_active_transport_by_sodium_potassium_pump_82(X),fn_active_transport_by_sodium_potassium_pump_74(X))
& has_region_2(fn_active_transport_by_sodium_potassium_pump_82(X),fn_active_transport_by_sodium_potassium_pump_87(X))
& fn_active_transport_by_sodium_potassium_pump_85(X) != fn_active_transport_by_sodium_potassium_pump_86(X)
& fn_active_transport_by_sodium_potassium_pump_83(X) != fn_active_transport_by_sodium_potassium_pump_85(X)
& fn_active_transport_by_sodium_potassium_pump_74(X) != fn_active_transport_by_sodium_potassium_pump_83(X)
& is_between_2(fn_active_transport_by_sodium_potassium_pump_71(X),fn_active_transport_by_sodium_potassium_pump_74(X))
& fn_active_transport_by_sodium_potassium_pump_74(X) != fn_active_transport_by_sodium_potassium_pump_86(X)
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_86(X),fn_active_transport_by_sodium_potassium_pump_19(X))
& has_region_2(fn_active_transport_by_sodium_potassium_pump_82(X),fn_active_transport_by_sodium_potassium_pump_19(X))
& possesses_2(fn_active_transport_by_sodium_potassium_pump_82(X),fn_active_transport_by_sodium_potassium_pump_90(X))
& fn_active_transport_by_sodium_potassium_pump_86(X) != fn_active_transport_by_sodium_potassium_pump_74(X)
& has_region_2(fn_active_transport_by_sodium_potassium_pump_82(X),fn_active_transport_by_sodium_potassium_pump_89(X))
& has_region_2(fn_active_transport_by_sodium_potassium_pump_82(X),fn_active_transport_by_sodium_potassium_pump_88(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_77(X),fn_active_transport_by_sodium_potassium_pump_89(X))
& fn_active_transport_by_sodium_potassium_pump_88(X) != fn_active_transport_by_sodium_potassium_pump_89(X)
& fn_active_transport_by_sodium_potassium_pump_89(X) != fn_active_transport_by_sodium_potassium_pump_88(X)
& is_between_2(fn_active_transport_by_sodium_potassium_pump_71(X),fn_active_transport_by_sodium_potassium_pump_77(X))
& fn_active_transport_by_sodium_potassium_pump_77(X) != fn_active_transport_by_sodium_potassium_pump_74(X)
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_74(X),fn_active_transport_by_sodium_potassium_pump_87(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_77(X),fn_active_transport_by_sodium_potassium_pump_87(X))
& fn_active_transport_by_sodium_potassium_pump_77(X) != fn_active_transport_by_sodium_potassium_pump_85(X)
& fn_active_transport_by_sodium_potassium_pump_74(X) != fn_active_transport_by_sodium_potassium_pump_77(X)
& fn_active_transport_by_sodium_potassium_pump_85(X) != fn_active_transport_by_sodium_potassium_pump_77(X)
& is_between_2(fn_active_transport_by_sodium_potassium_pump_90(X),fn_active_transport_by_sodium_potassium_pump_85(X))
& is_between_2(fn_active_transport_by_sodium_potassium_pump_90(X),fn_active_transport_by_sodium_potassium_pump_74(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_74(X),fn_active_transport_by_sodium_potassium_pump_88(X))
& fn_active_transport_by_sodium_potassium_pump_88(X) != fn_active_transport_by_sodium_potassium_pump_87(X)
& fn_active_transport_by_sodium_potassium_pump_87(X) != fn_active_transport_by_sodium_potassium_pump_89(X)
& fn_active_transport_by_sodium_potassium_pump_87(X) != fn_active_transport_by_sodium_potassium_pump_88(X)
& fn_active_transport_by_sodium_potassium_pump_89(X) != fn_active_transport_by_sodium_potassium_pump_87(X)
& possesses_2(fn_active_transport_by_sodium_potassium_pump_82(X),fn_active_transport_by_sodium_potassium_pump_71(X))
& is_between_2(fn_active_transport_by_sodium_potassium_pump_71(X),fn_active_transport_by_sodium_potassium_pump_85(X))
& fn_active_transport_by_sodium_potassium_pump_85(X) != fn_active_transport_by_sodium_potassium_pump_74(X)
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_74(X),fn_active_transport_by_sodium_potassium_pump_89(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_89(X),fn_active_transport_by_sodium_potassium_pump_84(X))
& fn_active_transport_by_sodium_potassium_pump_74(X) != fn_active_transport_by_sodium_potassium_pump_85(X)
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_13(X),fn_active_transport_by_sodium_potassium_pump_17(X))
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_12(X),fn_active_transport_by_sodium_potassium_pump_17(X))
& fn_active_transport_by_sodium_potassium_pump_12(X) != fn_active_transport_by_sodium_potassium_pump_13(X)
& fn_active_transport_by_sodium_potassium_pump_13(X) != fn_active_transport_by_sodium_potassium_pump_12(X)
& is_inside_2(fn_active_transport_by_sodium_potassium_pump_11(X),fn_active_transport_by_sodium_potassium_pump_17(X))
& fn_active_transport_by_sodium_potassium_pump_13(X) != fn_active_transport_by_sodium_potassium_pump_11(X)
& fn_active_transport_by_sodium_potassium_pump_11(X) != fn_active_transport_by_sodium_potassium_pump_13(X)
& fn_active_transport_by_sodium_potassium_pump_12(X) != fn_active_transport_by_sodium_potassium_pump_11(X)
& fn_active_transport_by_sodium_potassium_pump_11(X) != fn_active_transport_by_sodium_potassium_pump_12(X)
& fn_active_transport_by_sodium_potassium_pump_80(X) = fn_detach_2(fn_active_transport_by_sodium_potassium_pump_116(X))
& fn_active_transport_by_sodium_potassium_pump_80(X) = fn_detach_2(fn_active_transport_by_sodium_potassium_pump_81(X))
& fn_active_transport_by_sodium_potassium_pump_114(X) = fn_detach_2(fn_active_transport_by_sodium_potassium_pump_112(X))
& fn_active_transport_by_sodium_potassium_pump_80(X) = fn_phosphorylation_2(fn_active_transport_by_sodium_potassium_pump_107(X))
& fn_active_transport_by_sodium_potassium_pump_114(X) = fn_decomposition_reaction_2(fn_active_transport_by_sodium_potassium_pump_113(X))
& fn_active_transport_by_sodium_potassium_pump_114(X) = fn_decomposition_reaction_4(fn_active_transport_by_sodium_potassium_pump_113(X))
& fn_active_transport_by_sodium_potassium_pump_80(X) = fn_dephosphorylation_11(fn_active_transport_by_sodium_potassium_pump_113(X))
& fn_active_transport_by_sodium_potassium_pump_79(X) = fn_detach_1(fn_active_transport_by_sodium_potassium_pump_81(X))
& fn_active_transport_by_sodium_potassium_pump_79(X) = fn_block_1(fn_active_transport_by_sodium_potassium_pump_66(X))
& fn_active_transport_by_sodium_potassium_pump_35(X) = fn_detach_1(fn_active_transport_by_sodium_potassium_pump_112(X))
& fn_active_transport_by_sodium_potassium_pump_69(X) = fn_create_1(fn_active_transport_by_sodium_potassium_pump_68(X))
& fn_active_transport_by_sodium_potassium_pump_35(X) = fn_chemical_3(fn_active_transport_by_sodium_potassium_pump_29(X))
& fn_active_transport_by_sodium_potassium_pump_62(X) = fn_nucleoside_20(fn_active_transport_by_sodium_potassium_pump_76(X))
& fn_active_transport_by_sodium_potassium_pump_83(X) = fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_71(X))
& fn_active_transport_by_sodium_potassium_pump_83(X) = fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_71(X))
& fn_active_transport_by_sodium_potassium_pump_55(X) = fn_active_transport_25(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_by_sodium_potassium_pump_99(X) = fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_100(X))
& fn_active_transport_by_sodium_potassium_pump_99(X) = fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_100(X))
& fn_active_transport_by_sodium_potassium_pump_99(X) = fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_101(X))
& fn_active_transport_by_sodium_potassium_pump_99(X) = fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_101(X))
& fn_active_transport_by_sodium_potassium_pump_77(X) = fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_90(X))
& fn_active_transport_by_sodium_potassium_pump_77(X) = fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_90(X))
& fn_active_transport_by_sodium_potassium_pump_30(X) = fn_cellular_work_12(X)
& fn_active_transport_by_sodium_potassium_pump_52(X) = fn_active_movement_of_ions_12(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_by_sodium_potassium_pump_37(X) = fn_active_movement_of_ions_24(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_by_sodium_potassium_pump_54(X) = fn_active_transport_25(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_by_sodium_potassium_pump_70(X) = fn_active_transport_20(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_by_sodium_potassium_pump_35(X) = fn_active_transport_19(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_by_sodium_potassium_pump_13(X) = fn_active_transport_using_atp_54(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_12(X) = fn_active_transport_using_atp_53(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_106(X) = fn_functional_group_1(fn_active_transport_by_sodium_potassium_pump_17(X))
& fn_active_transport_by_sodium_potassium_pump_17(X) = fn_active_transport_using_atp_41(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_64(X) = fn_active_transport_using_atp_26(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_75(X) = fn_active_transport_using_atp_26(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_73(X) = fn_electrogenic_pump_34(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_73(X) = fn_active_transport_using_atp_34(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_72(X) = fn_electrogenic_pump_4(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_72(X) = fn_active_transport_using_atp_35(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_106(X) = fn_active_transport_using_atp_48(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_63(X) = fn_active_transport_using_atp_23(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_79(X) = fn_active_transport_using_atp_46(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_51(X) = fn_electrogenic_pump_4(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_29(X) = fn_solution_5(fn_active_transport_by_sodium_potassium_pump_70(X))
& fn_active_transport_by_sodium_potassium_pump_26(X) = fn_solution_6(fn_active_transport_by_sodium_potassium_pump_70(X))
& fn_active_transport_by_sodium_potassium_pump_109(X) = fn_carrier_protein_8(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_103(X) = fn_carrier_protein_13(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_112(X) = fn_electrogenic_pump_2(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_43(X) = fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_108(X) = fn_carrier_protein_8(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_104(X) = fn_carrier_protein_13(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_60(X) = fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_16(X) = fn_carrier_protein_21(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_16(X) = fn_electrogenic_pump_13(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_14(X) = fn_carrier_protein_31(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_14(X) = fn_electrogenic_pump_17(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_65(X) = fn_carrier_protein_30(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_65(X) = fn_electrogenic_pump_32(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_105(X) = fn_carrier_protein_23(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_105(X) = fn_electrogenic_pump_34(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_118(X) = fn_protein_pump_2(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_118(X) = fn_protein_pump_2(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_107(X) = fn_active_transport_using_atp_91(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_116(X) = fn_active_transport_using_atp_44(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_70(X) = fn_active_transport_using_atp_24(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_22(X) = fn_active_transport_using_atp_47(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_27(X) = fn_active_transport_using_atp_57(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_28(X) = fn_active_transport_using_atp_51(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_21(X) = fn_active_transport_using_atp_67(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_83(X) = fn_active_transport_using_atp_65(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_84(X) = fn_active_transport_using_atp_64(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_78(X) = fn_ribonucleotide_10(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_78(X) = fn_active_transport_using_atp_63(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_61(X) = fn_ribonucleotide_9(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_61(X) = fn_active_transport_using_atp_69(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_25(X) = fn_active_transport_using_atp_22(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_18(X) = fn_atp_28(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_82(X) = fn_active_transport_using_atp_45(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_18(X) = fn_active_transport_using_atp_16(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_30(X) = fn_active_transport_using_atp_49(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_110(X) = fn_sodium_potassium_pump_44(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_111(X) = fn_sodium_potassium_pump_45(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_96(X) = fn_carrier_protein_34(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_94(X) = fn_carrier_protein_24(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_94(X) = fn_electrogenic_pump_11(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_94(X) = fn_sodium_potassium_pump_28(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_99(X) = fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_96(X) = fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_96(X) = fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_99(X) = fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_98(X) = fn_sodium_potassium_pump_38(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_99(X) = fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_97(X) = fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_100(X) = fn_sodium_potassium_pump_36(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_60(X) = fn_integral_protein_27(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_60(X) = fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_60(X) = fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_60(X) = fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_60(X) = fn_sodium_potassium_pump_22(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_93(X) = fn_sodium_potassium_pump_35(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_97(X) = fn_molecule_9(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_97(X) = fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_101(X) = fn_molecule_10(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_101(X) = fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_95(X) = fn_carrier_protein_42(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_95(X) = fn_electrogenic_pump_10(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_95(X) = fn_sodium_potassium_pump_10(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_92(X) = fn_carrier_protein_37(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_92(X) = fn_electrogenic_pump_23(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_92(X) = fn_sodium_potassium_pump_16(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_91(X) = fn_carrier_protein_38(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_91(X) = fn_electrogenic_pump_22(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_91(X) = fn_sodium_potassium_pump_17(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_102(X) = fn_carrier_protein_41(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_102(X) = fn_electrogenic_pump_20(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_102(X) = fn_sodium_potassium_pump_32(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_59(X) = fn_integral_protein_24(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_59(X) = fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_50(X) = fn_carrier_protein_23(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_50(X) = fn_sodium_potassium_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_51(X) = fn_transmembrane_protein_5(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_51(X) = fn_sodium_potassium_pump_51(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_34(X) = fn_integral_protein_24(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_34(X) = fn_transmembrane_protein_4(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_34(X) = fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_53(X) = fn_electrogenic_pump_11(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_44(X) = fn_carrier_protein_34(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_53(X) = fn_carrier_protein_24(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_53(X) = fn_sodium_potassium_pump_28(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_115(X) = fn_sodium_potassium_pump_39(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_44(X) = fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_41(X) = fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_31(X) = fn_active_movement_of_ions_26(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_by_sodium_potassium_pump_31(X) = fn_carrier_protein_12(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_31(X) = fn_electrogenic_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_31(X) = fn_sodium_potassium_pump_44(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_67(X) = fn_sodium_potassium_pump_52(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_65(X) = fn_sodium_potassium_pump_24(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_73(X) = fn_carrier_protein_22(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_73(X) = fn_carrier_protein_23(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_73(X) = fn_electrogenic_pump_12(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_73(X) = fn_sodium_potassium_pump_31(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_59(X) = fn_transmembrane_protein_4(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_72(X) = fn_transmembrane_protein_5(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_72(X) = fn_sodium_potassium_pump_51(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_66(X) = fn_active_transport_using_atp_39(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_58(X) = fn_active_transport_using_atp_10(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_58(X) = fn_electrogenic_pump_24(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_58(X) = fn_carrier_protein_20(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_58(X) = fn_carrier_protein_20(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_58(X) = fn_sodium_potassium_pump_12(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_43(X) = fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_48(X) = fn_sodium_potassium_pump_35(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_48(X) = fn_sodium_potassium_pump_35(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_41(X) = fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_42(X) = fn_sodium_potassium_pump_38(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_41(X) = fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_41(X) = fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_42(X) = fn_sodium_potassium_pump_38(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_43(X) = fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_40(X) = fn_sodium_potassium_pump_36(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_40(X) = fn_sodium_potassium_pump_36(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_45(X) = fn_electrogenic_pump_17(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_45(X) = fn_carrier_protein_31(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_45(X) = fn_sodium_potassium_pump_25(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_45(X) = fn_sodium_potassium_pump_25(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_49(X) = fn_electrogenic_pump_13(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_49(X) = fn_carrier_protein_21(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_49(X) = fn_sodium_potassium_pump_29(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_49(X) = fn_sodium_potassium_pump_29(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_44(X) = fn_molecule_9(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_44(X) = fn_active_movement_of_ions_23(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_by_sodium_potassium_pump_44(X) = fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_44(X) = fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_39(X) = fn_molecule_10(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_39(X) = fn_active_movement_of_ions_3(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_by_sodium_potassium_pump_39(X) = fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_39(X) = fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_36(X) = fn_carrier_protein_42(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_36(X) = fn_electrogenic_pump_10(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_36(X) = fn_sodium_potassium_pump_10(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_36(X) = fn_sodium_potassium_pump_10(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_57(X) = fn_active_movement_of_ions_9(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_by_sodium_potassium_pump_57(X) = fn_carrier_protein_37(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_57(X) = fn_electrogenic_pump_23(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_57(X) = fn_sodium_potassium_pump_16(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_57(X) = fn_sodium_potassium_pump_16(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_46(X) = fn_carrier_protein_30(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_46(X) = fn_electrogenic_pump_32(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_46(X) = fn_sodium_potassium_pump_24(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_52(X) = fn_sodium_potassium_pump_31(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_46(X) = fn_sodium_potassium_pump_24(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_52(X) = fn_sodium_potassium_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_50(X) = fn_sodium_potassium_pump_31(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_52(X) = fn_carrier_protein_23(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_50(X) = fn_carrier_protein_22(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_50(X) = fn_electrogenic_pump_12(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_50(X) = fn_sodium_potassium_pump_31(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_52(X) = fn_electrogenic_pump_34(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_52(X) = fn_sodium_potassium_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_32(X) = fn_sodium_potassium_pump_45(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_56(X) = fn_active_movement_of_ions_8(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_by_sodium_potassium_pump_56(X) = fn_carrier_protein_38(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_56(X) = fn_electrogenic_pump_22(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_56(X) = fn_sodium_potassium_pump_17(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_56(X) = fn_sodium_potassium_pump_17(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_38(X) = fn_active_movement_of_ions_2(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_by_sodium_potassium_pump_38(X) = fn_carrier_protein_41(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_38(X) = fn_electrogenic_pump_20(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_38(X) = fn_sodium_potassium_pump_32(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_38(X) = fn_sodium_potassium_pump_32(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_33(X) = fn_sodium_potassium_pump_42(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_33(X) = fn_protein_pump_2(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_33(X) = fn_electrogenic_pump_28(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_33(X) = fn_sodium_potassium_pump_42(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_114(X) = fn_active_movement_of_ions_10(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_by_sodium_potassium_pump_34(X) = fn_active_movement_of_ions_19(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_by_sodium_potassium_pump_47(X) = fn_active_movement_of_ions_17(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_by_sodium_potassium_pump_47(X) = fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_47(X) = fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_47(X) = fn_sodium_potassium_pump_22(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_47(X) = fn_sodium_potassium_pump_22(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_115(X) = fn_active_transport_22(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_by_sodium_potassium_pump_34(X) = fn_active_transport_18(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_by_sodium_potassium_pump_115(X) = fn_sodium_potassium_pump_39(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_115(X) = fn_carrier_protein_4(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_34(X) = fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_115(X) = fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_115(X) = fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_34(X) = fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_115(X) = fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_34(X) = fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_115(X) = fn_sodium_potassium_pump_50(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_34(X) = fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_34(X) = fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_34(X) = fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_115(X) = fn_transport_protein_10(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_117(X) = fn_transport_protein_10(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_115(X) = fn_transport_protein_34(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_transport_by_sodium_potassium_pump_115(X) = fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_115(X) = fn_sodium_potassium_pump_50(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_63(X) = fn_carrier_protein_19(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_63(X) = fn_carrier_protein_19(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_63(X) = fn_sodium_potassium_pump_21(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_66(X) = fn_electrogenic_pump_9(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_66(X) = fn_carrier_protein_17(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_66(X) = fn_electrogenic_pump_9(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_66(X) = fn_carrier_protein_17(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_66(X) = fn_sodium_potassium_pump_19(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_117(X) = fn_transport_protein_34(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_59(X) = fn_active_transport_using_atp_32(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_117(X) = fn_active_transport_using_atp_31(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_by_sodium_potassium_pump_59(X) = fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_117(X) = fn_transport_protein_34(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_59(X) = fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_117(X) = fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_117(X) = fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_59(X) = fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_117(X) = fn_carrier_protein_4(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_117(X) = fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_59(X) = fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_117(X) = fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_by_sodium_potassium_pump_117(X) = fn_carrier_protein_4(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_117(X) = fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_117(X) = fn_sodium_potassium_pump_39(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_59(X) = fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_59(X) = fn_integral_protein_24(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_59(X) = fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_59(X) = fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_59(X) = fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_59(X) = fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_11(X) = fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_11(X) = fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_10(X) = fn_carrier_protein_34(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_15(X) = fn_carrier_protein_24(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_15(X) = fn_electrogenic_pump_11(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_15(X) = fn_sodium_potassium_pump_28(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_10(X) = fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_10(X) = fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_by_sodium_potassium_pump_9(X) = fn_atp_23(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_8(X) = fn_atp_22(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_25(X) = fn_atp_66(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_24(X) = fn_atp_67(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_23(X) = fn_atp_68(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_62(X) = fn_atp_50(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_20(X) = fn_atp_7(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_87(X) = fn_atp_34(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_83(X) = fn_nucleoside_triphosphate_31(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_83(X) = fn_atp_69(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_86(X) = fn_nucleoside_triphosphate_31(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_19(X) = fn_nucleoside_triphosphate_30(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_19(X) = fn_atp_31(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_86(X) = fn_atp_39(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_85(X) = fn_atp_37(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_77(X) = fn_ribonucleotide_17(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_74(X) = fn_atp_35(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_77(X) = fn_nucleoside_triphosphate_33(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_77(X) = fn_atp_36(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_89(X) = fn_atp_34(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_87(X) = fn_atp_32(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_88(X) = fn_atp_33(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_90(X) = fn_nucleoside_triphosphate_35(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_90(X) = fn_ribonucleotide_12(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_90(X) = fn_atp_30(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_84(X) = fn_atp_25(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_89(X) = fn_ribonucleotide_14(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_89(X) = fn_nucleoside_triphosphate_27(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_89(X) = fn_atp_32(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_74(X) = fn_ribonucleotide_8(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_85(X) = fn_nucleoside_triphosphate_32(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_74(X) = fn_nucleoside_triphosphate_29(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_74(X) = fn_nucleoside_triphosphate_32(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_74(X) = fn_atp_37(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_71(X) = fn_ribonucleotide_13(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_85(X) = fn_ribonucleotide_16(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_85(X) = fn_nucleoside_triphosphate_29(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_85(X) = fn_atp_35(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_82(X) = fn_cellular_work_10(X)
& fn_active_transport_by_sodium_potassium_pump_71(X) = fn_cellular_work_16(X)
& fn_active_transport_by_sodium_potassium_pump_71(X) = fn_nucleoside_triphosphate_28(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_71(X) = fn_atp_29(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_by_sodium_potassium_pump_12(X) = fn_phosphate_group_6(fn_active_transport_by_sodium_potassium_pump_17(X))
& fn_active_transport_by_sodium_potassium_pump_13(X) = fn_phosphate_group_22(fn_active_transport_by_sodium_potassium_pump_17(X))
& fn_active_transport_by_sodium_potassium_pump_11(X) = fn_phosphate_group_5(fn_active_transport_by_sodium_potassium_pump_17(X))
& fn_detach_1(fn_active_transport_by_sodium_potassium_pump_112(X)) = fn_chemical_3(fn_active_transport_by_sodium_potassium_pump_29(X))
& fn_chemical_3(fn_active_transport_by_sodium_potassium_pump_29(X)) = fn_chemical_3(fn_active_transport_by_sodium_potassium_pump_29(X))
& fn_chemical_3(fn_active_transport_by_sodium_potassium_pump_29(X)) = fn_active_transport_19(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_19(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_active_transport_19(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_19(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_detach_1(fn_active_transport_by_sodium_potassium_pump_81(X))
& fn_detach_1(fn_active_transport_by_sodium_potassium_pump_81(X)) = fn_block_1(fn_active_transport_by_sodium_potassium_pump_66(X))
& fn_block_1(fn_active_transport_by_sodium_potassium_pump_66(X)) = fn_block_1(fn_active_transport_by_sodium_potassium_pump_66(X))
& fn_block_1(fn_active_transport_by_sodium_potassium_pump_66(X)) = fn_active_transport_using_atp_46(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_46(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_active_transport_using_atp_46(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_46(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_carrier_protein_21(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_13(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_21(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_carrier_protein_21(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_13(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_13(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_31(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_17(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_31(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_carrier_protein_31(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_17(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_17(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_23(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_carrier_protein_23(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_34(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_34(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_34(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_34(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_active_transport_20(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_20(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_active_transport_20(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_20(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_active_transport_using_atp_24(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_24(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_active_transport_using_atp_24(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_24(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_active_transport_using_atp_63(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_63(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_ribonucleotide_10(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_ribonucleotide_10(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_active_transport_using_atp_63(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_63(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_ribonucleotide_9(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_using_atp_69(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_ribonucleotide_9(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_ribonucleotide_9(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_active_transport_using_atp_69(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_69(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_atp_28(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_using_atp_16(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_atp_28(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_28(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_active_transport_using_atp_16(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_16(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_active_transport_using_atp_16(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_16(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_cellular_work_12(X)
& fn_cellular_work_12(X) = fn_active_transport_using_atp_49(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_49(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_active_transport_using_atp_49(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_49(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_carrier_protein_24(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_11(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_24(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_24(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_11(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_11(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_11(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_28(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_11(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_11(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_sodium_potassium_pump_28(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_28(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_34(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_34(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_100(X))
& fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_100(X)) = fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_100(X))
& fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_100(X)) = fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_101(X))
& fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_101(X)) = fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_101(X))
& fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_101(X)) = fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_100(X))
& fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_100(X)) = fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_101(X))
& fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_101(X)) = fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_integral_protein_27(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_integral_protein_27(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_22(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_sodium_potassium_pump_22(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_22(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_molecule_9(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_molecule_9(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_molecule_10(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_molecule_10(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_42(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_10(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_42(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_42(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_10(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_10(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_10(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_10(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_10(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_10(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_sodium_potassium_pump_10(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_10(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_37(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_23(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_37(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_37(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_23(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_16(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_23(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_23(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_sodium_potassium_pump_16(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_16(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_38(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_22(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_38(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_38(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_22(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_17(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_22(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_22(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_sodium_potassium_pump_17(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_17(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_41(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_20(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_41(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_41(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_20(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_20(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_20(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_32(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_20(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_20(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_sodium_potassium_pump_32(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_32(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_detach_2(fn_active_transport_by_sodium_potassium_pump_116(X))
& fn_detach_2(fn_active_transport_by_sodium_potassium_pump_116(X)) = fn_detach_2(fn_active_transport_by_sodium_potassium_pump_81(X))
& fn_detach_2(fn_active_transport_by_sodium_potassium_pump_81(X)) = fn_phosphorylation_2(fn_active_transport_by_sodium_potassium_pump_107(X))
& fn_phosphorylation_2(fn_active_transport_by_sodium_potassium_pump_107(X)) = fn_phosphorylation_2(fn_active_transport_by_sodium_potassium_pump_107(X))
& fn_phosphorylation_2(fn_active_transport_by_sodium_potassium_pump_107(X)) = fn_dephosphorylation_11(fn_active_transport_by_sodium_potassium_pump_113(X))
& fn_dephosphorylation_11(fn_active_transport_by_sodium_potassium_pump_113(X)) = fn_electrogenic_pump_4(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_4(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_transmembrane_protein_5(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_transmembrane_protein_5(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_4(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_4(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_4(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_4(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_51(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_51(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_11(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_24(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_11(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_11(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_24(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_24(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_24(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_28(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_24(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_24(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_28(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_28(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_active_movement_of_ions_26(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_movement_of_ions_26(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_carrier_protein_12(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_12(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_12(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_12(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_44(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_44(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_30(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_32(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_30(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_carrier_protein_30(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_32(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_32(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_32(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_32(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_24(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_24(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_34(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_34(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_23(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_carrier_protein_23(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_active_transport_using_atp_34(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_34(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_electrogenic_pump_34(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_34(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_active_transport_using_atp_34(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_34(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_active_transport_using_atp_34(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_34(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_carrier_protein_22(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_carrier_protein_22(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_22(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_12(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_22(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_carrier_protein_22(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_12(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_12(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_12(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_31(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_12(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_12(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_31(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_31(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_4(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_4(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_4(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_4(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_transmembrane_protein_5(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_active_transport_using_atp_35(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_transmembrane_protein_5(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_transmembrane_protein_5(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_active_transport_using_atp_35(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_35(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_active_transport_using_atp_35(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_35(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_sodium_potassium_pump_51(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_51(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_active_transport_using_atp_10(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_10(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_active_transport_using_atp_10(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_10(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_electrogenic_pump_24(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_24(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_20(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_20(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_24(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_24(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_20(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_carrier_protein_20(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_20(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_12(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_20(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_20(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_20(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_carrier_protein_20(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_12(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_12(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_37(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_17(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_31(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_17(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_17(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_31(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_31(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_31(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_25(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_31(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_31(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_25(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_25(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_25(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_25(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_13(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_21(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_13(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_13(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_21(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_21(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_21(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_29(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_21(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_21(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_29(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_29(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_29(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_29(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_molecule_9(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_molecule_9(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_active_movement_of_ions_23(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_active_movement_of_ions_23(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_movement_of_ions_23(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_34(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_34(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_34(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_molecule_10(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_active_movement_of_ions_3(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_molecule_10(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_molecule_10(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_active_movement_of_ions_3(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_active_movement_of_ions_3(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_movement_of_ions_3(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_33(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_42(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_10(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_42(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_42(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_10(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_10(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_10(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_10(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_10(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_10(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_10(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_10(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_10(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_10(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_active_movement_of_ions_9(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_carrier_protein_37(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_active_movement_of_ions_9(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_movement_of_ions_9(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_carrier_protein_37(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_37(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_37(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_23(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_37(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_37(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_23(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_23(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_23(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_23(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_16(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_16(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_23(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_23(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_16(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_16(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_16(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_16(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_30(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_32(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_30(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_30(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_32(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_32(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_32(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_24(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_32(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_32(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_24(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_24(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_24(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_24(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_22(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_22(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_23(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_23(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_22(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_22(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_22(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_12(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_22(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_22(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_12(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_12(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_12(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_12(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_12(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_12(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_31(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_31(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_31(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_31(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_31(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_31(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_31(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_31(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_active_movement_of_ions_12(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_movement_of_ions_12(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_carrier_protein_23(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_23(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_23(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_34(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_23(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_23(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_34(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_31(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_34(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_34(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_34(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_34(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_31(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_31(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_active_movement_of_ions_8(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_carrier_protein_38(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_active_movement_of_ions_8(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_movement_of_ions_8(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_carrier_protein_38(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_38(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_38(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_22(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_38(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_38(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_22(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_22(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_22(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_17(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_17(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_17(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_22(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_22(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_17(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_17(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_17(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_17(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_active_movement_of_ions_2(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_carrier_protein_41(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_active_movement_of_ions_2(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_movement_of_ions_2(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_carrier_protein_41(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_41(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_41(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_20(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_41(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_41(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_20(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_20(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_20(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_32(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_20(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_20(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_32(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_32(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_32(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_32(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_28(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_28(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_protein_pump_2(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_protein_pump_2(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_28(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_28(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_28(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_28(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_42(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_42(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_28(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_42(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_42(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_42(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_42(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_42(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_28(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_28(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_42(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_42(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_detach_2(fn_active_transport_by_sodium_potassium_pump_112(X))
& fn_detach_2(fn_active_transport_by_sodium_potassium_pump_112(X)) = fn_decomposition_reaction_2(fn_active_transport_by_sodium_potassium_pump_113(X))
& fn_decomposition_reaction_2(fn_active_transport_by_sodium_potassium_pump_113(X)) = fn_decomposition_reaction_2(fn_active_transport_by_sodium_potassium_pump_113(X))
& fn_decomposition_reaction_2(fn_active_transport_by_sodium_potassium_pump_113(X)) = fn_decomposition_reaction_4(fn_active_transport_by_sodium_potassium_pump_113(X))
& fn_decomposition_reaction_4(fn_active_transport_by_sodium_potassium_pump_113(X)) = fn_decomposition_reaction_4(fn_active_transport_by_sodium_potassium_pump_113(X))
& fn_decomposition_reaction_4(fn_active_transport_by_sodium_potassium_pump_113(X)) = fn_active_movement_of_ions_10(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_movement_of_ions_10(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_active_movement_of_ions_10(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_movement_of_ions_10(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_active_movement_of_ions_17(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_movement_of_ions_17(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_active_movement_of_ions_17(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_movement_of_ions_17(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_16(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_22(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_19(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_22(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_22(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_22(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_22(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_integral_protein_24(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_integral_protein_24(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_active_transport_18(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_18(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_active_movement_of_ions_19(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_movement_of_ions_19(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_active_transport_18(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_18(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_transmembrane_protein_4(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_transmembrane_protein_4(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_transmembrane_protein_4(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_transmembrane_protein_4(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_active_movement_of_ions_19(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_movement_of_ions_19(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_active_movement_of_ions_19(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_movement_of_ions_19(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_transmembrane_protein_4(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_transmembrane_protein_4(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_transmembrane_protein_4(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_active_transport_22(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_22(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_active_transport_22(fn_active_transport_by_sodium_potassium_pump_33(X))
& fn_active_transport_22(fn_active_transport_by_sodium_potassium_pump_33(X)) = fn_transport_protein_10(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_transport_protein_34(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_transport_protein_10(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_transport_protein_10(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_transport_protein_34(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_transport_protein_34(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_transport_protein_34(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_4(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_4(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_4(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_transport_protein_34(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_transport_protein_34(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_4(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_carrier_protein_4(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_carrier_protein_4(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_39(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_39(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_50(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_50(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_39(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_39(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_39(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_39(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_39(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_39(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_39(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_39(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_50(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_sodium_potassium_pump_50(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_sodium_potassium_pump_50(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_50(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_50(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_50(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_active_transport_using_atp_23(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_23(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_carrier_protein_19(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_19(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_19(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_21(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_19(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_19(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_19(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_carrier_protein_19(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_21(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_21(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_active_transport_using_atp_39(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_electrogenic_pump_9(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_active_transport_using_atp_39(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_39(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_electrogenic_pump_9(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_9(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_9(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_9(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_9(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_9(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_17(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_17(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_9(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_9(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_17(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_17(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_9(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_9(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_17(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_carrier_protein_17(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_17(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_19(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_17(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_17(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_17(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_carrier_protein_17(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_19(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_19(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_transport_protein_34(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_transport_protein_34(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_transport_protein_10(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_transport_protein_10(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_transport_protein_34(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_transport_protein_34(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_transport_protein_34(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_transport_protein_34(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_transport_protein_10(fn_active_transport_by_sodium_potassium_pump_114(X))
& fn_transport_protein_10(fn_active_transport_by_sodium_potassium_pump_114(X)) = fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_protein_pump_1(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_4(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_4(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_5(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_4(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_4(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_4(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_4(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_4(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_4(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_carrier_protein_4(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_active_transport_using_atp_31(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_active_transport_using_atp_31(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_31(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_35(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_active_transport_using_atp_31(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_31(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_active_transport_using_atp_31(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_sodium_potassium_pump_39(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_39(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_39(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_active_transport_using_atp_31(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_31(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_sodium_potassium_pump_39(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_39(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_integral_protein_24(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_integral_protein_24(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_transmembrane_protein_4(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_transmembrane_protein_4(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_transmembrane_protein_4(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_transmembrane_protein_4(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_integral_protein_24(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_integral_protein_24(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_integral_protein_24(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_integral_protein_24(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_integral_protein_24(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_integral_protein_24(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_integral_protein_24(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_integral_protein_24(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_transport_protein_35(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_protein_pump_3(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_carrier_protein_18(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_active_transport_using_atp_32(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_32(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_30(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_active_transport_using_atp_32(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_32(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_80(X))
& fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_80(X)) = fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_active_transport_using_atp_32(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_32(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_41(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_24(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_11(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_24(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_carrier_protein_24(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_11(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_11(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_11(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_28(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_11(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_11(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_28(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_28(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_carrier_protein_34(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_carrier_protein_34(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_15(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_26(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_active_transport_using_atp_48(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_48(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_functional_group_1(fn_active_transport_by_sodium_potassium_pump_17(X))
& fn_functional_group_1(fn_active_transport_by_sodium_potassium_pump_17(X)) = fn_active_transport_using_atp_48(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_48(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_active_transport_using_atp_48(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_48(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_atp_66(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_66(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_active_transport_using_atp_22(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_22(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_atp_66(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_66(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_66(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_66(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_20(fn_active_transport_by_sodium_potassium_pump_76(X))
& fn_nucleoside_20(fn_active_transport_by_sodium_potassium_pump_76(X)) = fn_atp_50(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_50(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_71(X))
& fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_71(X)) = fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_71(X))
& fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_71(X)) = fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_71(X))
& fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_71(X)) = fn_nucleoside_triphosphate_31(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_active_transport_using_atp_65(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_nucleoside_triphosphate_31(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_31(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_31(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_31(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_active_transport_using_atp_65(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_65(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_atp_69(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_69(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_69(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_69(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_30(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_31(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_30(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_30(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_31(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_31(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_31(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_39(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_31(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_31(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_39(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_39(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_39(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_39(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_90(X))
& fn_covalent_bond_20(fn_active_transport_by_sodium_potassium_pump_90(X)) = fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_90(X))
& fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_90(X)) = fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_90(X))
& fn_covalent_bond_19(fn_active_transport_by_sodium_potassium_pump_90(X)) = fn_ribonucleotide_17(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_ribonucleotide_17(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_ribonucleotide_17(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_33(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_ribonucleotide_17(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_ribonucleotide_17(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_33(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_33(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_33(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_36(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_36(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_36(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_33(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_33(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_36(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_36(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_34(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_32(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_35(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_35(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_ribonucleotide_12(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_ribonucleotide_12(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_35(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_30(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_35(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_35(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_35(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_35(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_30(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_30(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_30(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_30(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_active_transport_using_atp_64(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_64(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_active_transport_using_atp_64(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_64(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_atp_25(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_25(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_25(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_25(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_27(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_27(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_ribonucleotide_14(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_ribonucleotide_14(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_ribonucleotide_14(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_ribonucleotide_14(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_27(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_27(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_27(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_27(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_34(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_34(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_27(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_27(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_32(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_34(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_34(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_32(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_34(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_34(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_32(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_32(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_32(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_32(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_ribonucleotide_8(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_29(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_ribonucleotide_8(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_ribonucleotide_8(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_ribonucleotide_8(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_ribonucleotide_8(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_29(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_35(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_32(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_32(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_35(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_37(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_32(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_ribonucleotide_16(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_ribonucleotide_16(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_ribonucleotide_16(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_32(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_32(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_ribonucleotide_16(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_ribonucleotide_16(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_29(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_29(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_32(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_32(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_32(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_32(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_29(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_37(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_29(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_29(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_29(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_29(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_37(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_37(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_37(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_35(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_37(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_37(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_35(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_35(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_35(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_35(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_ribonucleotide_13(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_ribonucleotide_13(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_ribonucleotide_13(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_ribonucleotide_13(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_cellular_work_16(X)
& fn_cellular_work_16(X) = fn_ribonucleotide_13(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_28(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_ribonucleotide_13(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_ribonucleotide_13(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_28(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_28(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_28(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_29(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_nucleoside_triphosphate_28(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_nucleoside_triphosphate_28(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_atp_29(fn_active_transport_by_sodium_potassium_pump_82(X))
& fn_atp_29(fn_active_transport_by_sodium_potassium_pump_82(X)) = fn_cellular_work_10(X)
& fn_cellular_work_10(X) = fn_active_transport_using_atp_45(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_45(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_active_transport_using_atp_45(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_45(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_cellular_work_10(X)
& fn_cellular_work_10(X) = fn_active_transport_using_atp_53(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_53(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_phosphate_group_6(fn_active_transport_by_sodium_potassium_pump_17(X))
& fn_phosphate_group_6(fn_active_transport_by_sodium_potassium_pump_17(X)) = fn_phosphate_group_6(fn_active_transport_by_sodium_potassium_pump_17(X))
& fn_phosphate_group_6(fn_active_transport_by_sodium_potassium_pump_17(X)) = fn_active_transport_using_atp_54(fn_active_transport_by_sodium_potassium_pump_118(X))
& fn_active_transport_using_atp_54(fn_active_transport_by_sodium_potassium_pump_118(X)) = fn_phosphate_group_22(fn_active_transport_by_sodium_potassium_pump_17(X))
& fn_phosphate_group_22(fn_active_transport_by_sodium_potassium_pump_17(X)) = fn_phosphate_group_22(fn_active_transport_by_sodium_potassium_pump_17(X))
& fn_phosphate_group_22(fn_active_transport_by_sodium_potassium_pump_17(X)) = fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_electrogenic_pump_14(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_106(X))
& fn_sodium_potassium_pump_23(fn_active_transport_by_sodium_potassium_pump_106(X)) = fn_phosphate_group_5(fn_active_transport_by_sodium_potassium_pump_17(X))
& fn_phosphate_group_5(fn_active_transport_by_sodium_potassium_pump_17(X)) = fn_phosphate_group_5(fn_active_transport_by_sodium_potassium_pump_17(X)) ) ) ).
fof(a527274,axiom,
! [X] :
( active_transport_using_atp_1(X)
=> ( original_name_2(X,'Active-Transport-Using-ATP')
& user_description_2(X,'Active transport using ATP is the movement of a substance against its concentration energy (from low to high concentration) with the expenditure of the energy derived from ATP.')
& concept2words_2(X,transport)
& concept2words_2(X,'active transport using atp')
& concept2words_2(X,'active-transport-using-atp')
& active_transport_1(X)
& chemical_energy_1(fn_active_transport_using_atp_3(X))
& chemical_energy_1(fn_active_transport_using_atp_4(X))
& quantity_value_1(fn_active_transport_using_atp_5(X))
& quantity_value_1(fn_active_transport_using_atp_6(X))
& tangible_entity_1(fn_active_transport_using_atp_7(X))
& time_interval_1(fn_active_transport_using_atp_8(X))
& time_interval_1(fn_active_transport_using_atp_9(X))
& spatial_entity_1(fn_active_transport_using_atp_10(X))
& hydrophilic_compound_1(fn_active_transport_using_atp_10(X))
& shape_value_1(fn_active_transport_using_atp_12(X))
& resource_1(fn_active_transport_using_atp_13(X))
& energy_1(fn_active_transport_using_atp_14(X))
& entity_1(fn_active_transport_using_atp_14(X))
& chemical_energy_1(fn_active_transport_using_atp_14(X))
& chemical_bond_1(fn_active_transport_using_atp_15(X))
& double_bond_1(fn_active_transport_using_atp_15(X))
& covalent_bond_1(fn_active_transport_using_atp_15(X))
& kinetic_energy_1(fn_active_transport_using_atp_16(X))
& thermal_energy_1(fn_active_transport_using_atp_16(X))
& carbon_skeleton_1(fn_active_transport_using_atp_17(X))
& tangible_entity_1(fn_active_transport_using_atp_18(X))
& entity_1(fn_active_transport_using_atp_18(X))
& chemical_entity_1(fn_active_transport_using_atp_18(X))
& atom_1(fn_active_transport_using_atp_18(X))
& carbon_1(fn_active_transport_using_atp_18(X))
& oxygen_1(fn_active_transport_using_atp_19(X))
& entity_1(fn_active_transport_using_atp_19(X))
& chemical_entity_1(fn_active_transport_using_atp_19(X))
& atom_1(fn_active_transport_using_atp_19(X))
& constant_motion_1(fn_active_transport_using_atp_20(X))
& speed_value_1(fn_active_transport_using_atp_21(X))
& quantity_value_1(fn_active_transport_using_atp_22(X))
& hydrophobic_compound_1(fn_active_transport_using_atp_23(X))
& aqueous_solution_1(fn_active_transport_using_atp_24(X))
& entity_1(fn_active_transport_using_atp_25(X))
& free_energy_1(fn_active_transport_using_atp_25(X))
& expose_1(fn_active_transport_using_atp_26(X))
& carbon_1(fn_active_transport_using_atp_27(X))
& monomer_1(fn_active_transport_using_atp_28(X))
& hydrophobic_amino_acid_1(fn_active_transport_using_atp_29(X))
& polar_amino_acid_1(fn_active_transport_using_atp_30(X))
& move_1(fn_active_transport_using_atp_31(X))
& move_through_1(fn_active_transport_using_atp_31(X))
& membrane_1(fn_active_transport_using_atp_32(X))
& spatial_entity_1(fn_active_transport_using_atp_32(X))
& biomembrane_1(fn_active_transport_using_atp_32(X))
& carbon_skeleton_1(fn_active_transport_using_atp_33(X))
& hydrophilic_region_1(fn_active_transport_using_atp_34(X))
& hydrophilic_end_1(fn_active_transport_using_atp_34(X))
& outside_face_1(fn_active_transport_using_atp_35(X))
& surface_1(fn_active_transport_using_atp_35(X))
& hydrophilic_region_1(fn_active_transport_using_atp_36(X))
& hydrophilic_end_1(fn_active_transport_using_atp_36(X))
& hydrophobic_region_1(fn_active_transport_using_atp_37(X))
& tangible_entity_1(fn_active_transport_using_atp_38(X))
& phospholipid_bilayer_1(fn_active_transport_using_atp_38(X))
& block_1(fn_active_transport_using_atp_39(X))
& inside_face_1(fn_active_transport_using_atp_40(X))
& functional_group_1(fn_active_transport_using_atp_41(X))
& phosphate_group_1(fn_active_transport_using_atp_41(X))
& shape_value_1(fn_active_transport_using_atp_43(X))
& detach_1(fn_active_transport_using_atp_44(X))
& spatial_entity_1(fn_active_transport_using_atp_45(X))
& molecule_1(fn_active_transport_using_atp_45(X))
& organic_molecule_1(fn_active_transport_using_atp_45(X))
& ribonucleotide_1(fn_active_transport_using_atp_45(X))
& nucleoside_triphosphate_1(fn_active_transport_using_atp_45(X))
& atp_1(fn_active_transport_using_atp_45(X))
& spatial_entity_1(fn_active_transport_using_atp_46(X))
& chemical_entity_1(fn_active_transport_using_atp_46(X))
& water_molecule_1(fn_active_transport_using_atp_47(X))
& tangible_entity_1(fn_active_transport_using_atp_48(X))
& membrane_protein_1(fn_active_transport_using_atp_48(X))
& protein_1(fn_active_transport_using_atp_48(X))
& chemical_entity_1(fn_active_transport_using_atp_48(X))
& polymer_1(fn_active_transport_using_atp_48(X))
& integral_protein_1(fn_active_transport_using_atp_48(X))
& transport_protein_1(fn_active_transport_using_atp_48(X))
& carrier_protein_1(fn_active_transport_using_atp_48(X))
& release_1(fn_active_transport_using_atp_49(X))
& consume_1(fn_active_transport_using_atp_50(X))
& phosphate_ion_1(fn_active_transport_using_atp_51(X))
& oxygen_1(fn_active_transport_using_atp_52(X))
& entity_1(fn_active_transport_using_atp_52(X))
& chemical_entity_1(fn_active_transport_using_atp_52(X))
& atom_1(fn_active_transport_using_atp_52(X))
& phosphorus_1(fn_active_transport_using_atp_53(X))
& entity_1(fn_active_transport_using_atp_54(X))
& chemical_entity_1(fn_active_transport_using_atp_54(X))
& atom_1(fn_active_transport_using_atp_54(X))
& oxygen_1(fn_active_transport_using_atp_54(X))
& tangible_entity_1(fn_active_transport_using_atp_55(X))
& entity_1(fn_active_transport_using_atp_55(X))
& chemical_entity_1(fn_active_transport_using_atp_55(X))
& atom_1(fn_active_transport_using_atp_55(X))
& hydrogen_1(fn_active_transport_using_atp_55(X))
& hydrogen_1(fn_active_transport_using_atp_56(X))
& remove_1(fn_active_transport_using_atp_57(X))
& chemical_bond_1(fn_active_transport_using_atp_58(X))
& chemical_entity_1(fn_active_transport_using_atp_59(X))
& atom_1(fn_active_transport_using_atp_60(X))
& water_molecule_1(fn_active_transport_using_atp_61(X))
& number_5_prime_carbon_1(fn_active_transport_using_atp_62(X))
& aldehyde_1(fn_active_transport_using_atp_63(X))
& aldose_1(fn_active_transport_using_atp_63(X))
& spatial_entity_1(fn_active_transport_using_atp_63(X))
& molecule_1(fn_active_transport_using_atp_63(X))
& organic_molecule_1(fn_active_transport_using_atp_63(X))
& pentose_1(fn_active_transport_using_atp_63(X))
& ribose_1(fn_active_transport_using_atp_63(X))
& number_5_prime_region_1(fn_active_transport_using_atp_64(X))
& carbon_1(fn_active_transport_using_atp_65(X))
& entity_1(fn_active_transport_using_atp_65(X))
& number_5_prime_carbon_1(fn_active_transport_using_atp_65(X))
& resource_1(fn_active_transport_using_atp_66(X))
& remove_1(fn_active_transport_using_atp_67(X))
& hydrogen_1(fn_active_transport_using_atp_68(X))
& organic_molecule_1(fn_active_transport_using_atp_69(X))
& nucleoside_1(fn_active_transport_using_atp_69(X))
& oxygen_1(fn_active_transport_using_atp_70(X))
& entity_1(fn_active_transport_using_atp_70(X))
& chemical_entity_1(fn_active_transport_using_atp_70(X))
& atom_1(fn_active_transport_using_atp_70(X))
& tangible_entity_1(fn_active_transport_using_atp_71(X))
& entity_1(fn_active_transport_using_atp_71(X))
& chemical_entity_1(fn_active_transport_using_atp_71(X))
& atom_1(fn_active_transport_using_atp_71(X))
& phosphorus_1(fn_active_transport_using_atp_71(X))
& functional_group_1(fn_active_transport_using_atp_72(X))
& phosphate_group_1(fn_active_transport_using_atp_72(X))
& functional_group_1(fn_active_transport_using_atp_73(X))
& phosphate_group_1(fn_active_transport_using_atp_73(X))
& functional_group_1(fn_active_transport_using_atp_74(X))
& phosphate_group_1(fn_active_transport_using_atp_74(X))
& covalent_bond_1(fn_active_transport_using_atp_75(X))
& chemical_bond_1(fn_active_transport_using_atp_75(X))
& single_bond_1(fn_active_transport_using_atp_75(X))
& spatial_entity_1(fn_active_transport_using_atp_78(X))
& chemical_entity_1(fn_active_transport_using_atp_78(X))
& integral_protein_1(fn_active_transport_using_atp_78(X))
& transport_protein_1(fn_active_transport_using_atp_78(X))
& carrier_protein_1(fn_active_transport_using_atp_78(X))
& quantity_value_1(fn_active_transport_using_atp_79(X))
& speed_value_1(fn_active_transport_using_atp_80(X))
& functional_group_1(fn_active_transport_using_atp_81(X))
& phosphate_group_1(fn_active_transport_using_atp_81(X))
& carbon_skeleton_1(fn_active_transport_using_atp_82(X))
& constant_motion_1(fn_active_transport_using_atp_83(X))
& carbon_1(fn_active_transport_using_atp_84(X))
& oxygen_1(fn_active_transport_using_atp_85(X))
& entity_1(fn_active_transport_using_atp_85(X))
& chemical_entity_1(fn_active_transport_using_atp_85(X))
& atom_1(fn_active_transport_using_atp_85(X))
& phosphorus_1(fn_active_transport_using_atp_86(X))
& entity_1(fn_active_transport_using_atp_87(X))
& chemical_entity_1(fn_active_transport_using_atp_87(X))
& atom_1(fn_active_transport_using_atp_87(X))
& oxygen_1(fn_active_transport_using_atp_87(X))
& kinetic_energy_1(fn_active_transport_using_atp_88(X))
& phosphorylation_1(fn_active_transport_using_atp_91(X))
& aqueous_solution_1(fn_active_transport_using_atp_92(X))
& spatial_entity_1(fn_remove_2(fn_active_transport_using_atp_57(X)))
& spatial_entity_1(fn_remove_1(fn_active_transport_using_atp_67(X)))
& spatial_entity_1(fn_remove_1(fn_active_transport_using_atp_57(X)))
& phosphate_group_1(fn_phosphorylation_3(fn_active_transport_using_atp_91(X)))
& phosphate_group_1(fn_phosphorylation_4(fn_active_transport_using_atp_91(X)))
& inside_face_1(fn_biomembrane_42(fn_active_transport_using_atp_32(X)))
& chemical_bond_1(fn_molecule_10(fn_active_transport_using_atp_47(X)))
& nucleoside_1(fn_ribonucleotide_9(fn_active_transport_using_atp_45(X)))
& phosphorus_1(fn_phosphate_group_6(fn_active_transport_using_atp_41(X)))
& oxygen_1(fn_phosphate_group_5(fn_active_transport_using_atp_41(X)))
& entity_1(fn_phosphate_group_5(fn_active_transport_using_atp_41(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_active_transport_using_atp_41(X)))
& atom_1(fn_phosphate_group_5(fn_active_transport_using_atp_41(X)))
& phosphorus_1(fn_phosphate_group_6(fn_active_transport_using_atp_81(X)))
& property_node_1(fn_carrier_protein_8(fn_active_transport_using_atp_48(X)))
& shape_value_1(fn_carrier_protein_13(fn_active_transport_using_atp_48(X)))
& carbon_skeleton_1(fn_carrier_protein_24(fn_active_transport_using_atp_48(X)))
& carbon_1(fn_carrier_protein_34(fn_active_transport_using_atp_48(X)))
& property_node_1(fn_carrier_protein_11(fn_active_transport_using_atp_78(X)))
& spatial_entity_1(fn_carrier_protein_20(fn_active_transport_using_atp_78(X)))
& hydrophilic_compound_1(fn_carrier_protein_20(fn_active_transport_using_atp_78(X)))
& property_node_1(fn_carrier_protein_12(fn_active_transport_using_atp_78(X)))
& hydrophobic_region_1(fn_carrier_protein_21(fn_active_transport_using_atp_48(X)))
& hydrophobic_region_1(fn_carrier_protein_21(fn_active_transport_using_atp_78(X)))
& hydrophobic_amino_acid_1(fn_carrier_protein_31(fn_active_transport_using_atp_48(X)))
& hydrophobic_amino_acid_1(fn_carrier_protein_31(fn_active_transport_using_atp_78(X)))
& property_node_1(fn_carrier_protein_8(fn_active_transport_using_atp_78(X)))
& shape_value_1(fn_carrier_protein_13(fn_active_transport_using_atp_78(X)))
& carbon_1(fn_carrier_protein_34(fn_active_transport_using_atp_78(X)))
& carbon_skeleton_1(fn_carrier_protein_24(fn_active_transport_using_atp_78(X)))
& constant_motion_1(fn_carrier_protein_42(fn_active_transport_using_atp_78(X)))
& speed_value_1(fn_carrier_protein_37(fn_active_transport_using_atp_78(X)))
& quantity_value_1(fn_carrier_protein_38(fn_active_transport_using_atp_78(X)))
& kinetic_energy_1(fn_carrier_protein_41(fn_active_transport_using_atp_78(X)))
& property_node_1(fn_atp_23(fn_active_transport_using_atp_45(X)))
& property_node_1(fn_atp_22(fn_active_transport_using_atp_45(X)))
& quantity_value_1(fn_atp_66(fn_active_transport_using_atp_45(X)))
& speed_value_1(fn_atp_67(fn_active_transport_using_atp_45(X)))
& constant_motion_1(fn_atp_68(fn_active_transport_using_atp_45(X)))
& hydrogen_1(fn_atp_7(fn_active_transport_using_atp_45(X)))
& atom_1(fn_polyatomic_ion_1(fn_active_transport_using_atp_51(X)))
& atom_1(fn_polyatomic_ion_2(fn_active_transport_using_atp_51(X)))
& atom_1(fn_organic_molecule_2(fn_active_transport_using_atp_69(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_active_transport_using_atp_69(X)))
& carbon_1(fn_organic_molecule_1(fn_active_transport_using_atp_69(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_active_transport_using_atp_58(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_active_transport_using_atp_58(X)))
& entity_1(fn_polar_molecule_2(fn_active_transport_using_atp_61(X)))
& atom_1(fn_polar_molecule_2(fn_active_transport_using_atp_61(X)))
& entity_1(fn_water_molecule_63(fn_active_transport_using_atp_61(X)))
& atom_1(fn_water_molecule_63(fn_active_transport_using_atp_61(X)))
& hydrogen_1(fn_water_molecule_63(fn_active_transport_using_atp_61(X)))
& tangible_entity_1(fn_water_molecule_64(fn_active_transport_using_atp_61(X)))
& entity_1(fn_water_molecule_64(fn_active_transport_using_atp_61(X)))
& chemical_entity_1(fn_water_molecule_64(fn_active_transport_using_atp_61(X)))
& atom_1(fn_water_molecule_64(fn_active_transport_using_atp_61(X)))
& hydrogen_1(fn_water_molecule_64(fn_active_transport_using_atp_61(X)))
& surface_1(fn_biomembrane_47(fn_active_transport_using_atp_32(X)))
& outside_face_1(fn_biomembrane_41(fn_active_transport_using_atp_32(X)))
& surface_1(fn_integral_protein_29(fn_active_transport_using_atp_48(X)))
& resource_1(fn_consume_2(fn_active_transport_using_atp_50(X)))
& entity_1(fn_consume_1(fn_active_transport_using_atp_50(X)))
& atom_1(fn_polar_molecule_3(fn_active_transport_using_atp_47(X)))
& atom_1(fn_molecule_7(fn_active_transport_using_atp_47(X)))
& atom_1(fn_molecule_11(fn_active_transport_using_atp_47(X)))
& spatial_entity_1(fn_detach_1(fn_active_transport_using_atp_44(X)))
& kinetic_energy_1(fn_atp_28(fn_active_transport_using_atp_45(X)))
& chemical_energy_1(fn_chemical_bond_2(fn_active_transport_using_atp_15(X)))
& entity_1(fn_carrier_protein_32(fn_active_transport_using_atp_48(X)))
& atom_1(fn_carrier_protein_32(fn_active_transport_using_atp_48(X)))
& chemical_entity_1(fn_carrier_protein_32(fn_active_transport_using_atp_48(X)))
& entity_1(fn_phosphate_group_22(fn_active_transport_using_atp_41(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_active_transport_using_atp_41(X)))
& atom_1(fn_phosphate_group_22(fn_active_transport_using_atp_41(X)))
& oxygen_1(fn_phosphate_group_22(fn_active_transport_using_atp_41(X)))
& entity_1(fn_phosphate_group_22(fn_active_transport_using_atp_81(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_active_transport_using_atp_81(X)))
& atom_1(fn_phosphate_group_22(fn_active_transport_using_atp_81(X)))
& oxygen_1(fn_phosphate_group_22(fn_active_transport_using_atp_81(X)))
& entity_1(fn_carrier_protein_32(fn_active_transport_using_atp_78(X)))
& atom_1(fn_carrier_protein_32(fn_active_transport_using_atp_78(X)))
& chemical_entity_1(fn_carrier_protein_32(fn_active_transport_using_atp_78(X)))
& oxygen_1(fn_phosphate_group_5(fn_active_transport_using_atp_81(X)))
& entity_1(fn_phosphate_group_5(fn_active_transport_using_atp_81(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_active_transport_using_atp_81(X)))
& atom_1(fn_phosphate_group_5(fn_active_transport_using_atp_81(X)))
& monomer_1(fn_polymer_6(fn_active_transport_using_atp_48(X)))
& monomer_1(fn_carrier_protein_33(fn_active_transport_using_atp_48(X)))
& monomer_1(fn_carrier_protein_33(fn_active_transport_using_atp_78(X)))
& hydrophobic_compound_1(fn_biomembrane_98(fn_active_transport_using_atp_32(X)))
& hydrophobic_compound_1(fn_biomembrane_99(fn_active_transport_using_atp_32(X)))
& hydrophobic_compound_1(fn_transport_protein_11(fn_active_transport_using_atp_48(X)))
& hydrophobic_compound_1(fn_carrier_protein_19(fn_active_transport_using_atp_78(X)))
& polar_amino_acid_1(fn_integral_protein_6(fn_active_transport_using_atp_48(X)))
& polar_amino_acid_1(fn_carrier_protein_30(fn_active_transport_using_atp_48(X)))
& polar_amino_acid_1(fn_carrier_protein_30(fn_active_transport_using_atp_78(X)))
& hydrophilic_region_1(fn_integral_protein_23(fn_active_transport_using_atp_48(X)))
& hydrophilic_region_1(fn_carrier_protein_23(fn_active_transport_using_atp_48(X)))
& hydrophilic_end_1(fn_carrier_protein_23(fn_active_transport_using_atp_48(X)))
& hydrophilic_region_1(fn_carrier_protein_22(fn_active_transport_using_atp_78(X)))
& hydrophilic_end_1(fn_carrier_protein_22(fn_active_transport_using_atp_78(X)))
& hydrophilic_region_1(fn_carrier_protein_22(fn_active_transport_using_atp_48(X)))
& hydrophilic_end_1(fn_carrier_protein_22(fn_active_transport_using_atp_48(X)))
& hydrophilic_region_1(fn_carrier_protein_23(fn_active_transport_using_atp_78(X)))
& hydrophilic_end_1(fn_carrier_protein_23(fn_active_transport_using_atp_78(X)))
& tangible_entity_1(fn_biomembrane_63(fn_active_transport_using_atp_32(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_active_transport_using_atp_32(X)))
& tangible_entity_1(fn_integral_protein_27(fn_active_transport_using_atp_48(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_active_transport_using_atp_48(X)))
& tangible_entity_1(fn_integral_protein_27(fn_active_transport_using_atp_78(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_active_transport_using_atp_78(X)))
& tangible_entity_1(fn_transport_protein_12(fn_active_transport_using_atp_78(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_active_transport_using_atp_78(X)))
& tangible_entity_1(fn_carrier_protein_16(fn_active_transport_using_atp_48(X)))
& phospholipid_bilayer_1(fn_carrier_protein_16(fn_active_transport_using_atp_48(X)))
& tangible_entity_1(fn_carrier_protein_16(fn_active_transport_using_atp_78(X)))
& phospholipid_bilayer_1(fn_carrier_protein_16(fn_active_transport_using_atp_78(X)))
& tangible_entity_1(fn_expose_1(fn_active_transport_using_atp_26(X)))
& chemical_entity_1(fn_functional_group_1(fn_active_transport_using_atp_41(X)))
& tangible_entity_1(fn_biomembrane_54(fn_active_transport_using_atp_32(X)))
& membrane_protein_1(fn_biomembrane_54(fn_active_transport_using_atp_32(X)))
& protein_1(fn_biomembrane_54(fn_active_transport_using_atp_32(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_active_transport_using_atp_91(X)))
& move_through_1(fn_biomembrane_52(fn_active_transport_using_atp_32(X)))
& move_through_1(fn_transport_protein_34(fn_active_transport_using_atp_48(X)))
& move_through_1(fn_transport_protein_34(fn_active_transport_using_atp_78(X)))
& move_through_1(fn_carrier_protein_4(fn_active_transport_using_atp_48(X)))
& move_through_1(fn_carrier_protein_4(fn_active_transport_using_atp_78(X)))
& block_1(fn_biomembrane_102(fn_active_transport_using_atp_32(X)))
& block_1(fn_biomembrane_100(fn_active_transport_using_atp_32(X)))
& block_1(fn_biomembrane_101(fn_active_transport_using_atp_32(X)))
& block_1(fn_transport_protein_31(fn_active_transport_using_atp_48(X)))
& block_1(fn_carrier_protein_17(fn_active_transport_using_atp_48(X)))
& block_1(fn_transport_protein_31(fn_active_transport_using_atp_78(X)))
& block_1(fn_carrier_protein_17(fn_active_transport_using_atp_78(X)))
& biomembrane_1(fn_integral_protein_24(fn_active_transport_using_atp_48(X)))
& biomembrane_1(fn_integral_protein_24(fn_active_transport_using_atp_78(X)))
& spatial_entity_1(fn_transport_protein_35(fn_active_transport_using_atp_48(X)))
& biomembrane_1(fn_transport_protein_35(fn_active_transport_using_atp_48(X)))
& spatial_entity_1(fn_transport_protein_35(fn_active_transport_using_atp_78(X)))
& biomembrane_1(fn_transport_protein_35(fn_active_transport_using_atp_78(X)))
& membrane_1(fn_carrier_protein_18(fn_active_transport_using_atp_48(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_active_transport_using_atp_48(X)))
& biomembrane_1(fn_carrier_protein_18(fn_active_transport_using_atp_48(X)))
& membrane_1(fn_carrier_protein_18(fn_active_transport_using_atp_78(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_active_transport_using_atp_78(X)))
& biomembrane_1(fn_carrier_protein_18(fn_active_transport_using_atp_78(X)))
& spatial_entity_1(fn_detach_2(fn_active_transport_using_atp_44(X)))
& chemical_entity_1(fn_functional_group_1(fn_active_transport_using_atp_81(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_active_transport_using_atp_91(X)))
& ribose_1(fn_ribonucleotide_10(fn_active_transport_using_atp_45(X)))
& aldehyde_1(fn_atp_50(fn_active_transport_using_atp_45(X)))
& aldose_1(fn_atp_50(fn_active_transport_using_atp_45(X)))
& spatial_entity_1(fn_atp_50(fn_active_transport_using_atp_45(X)))
& molecule_1(fn_atp_50(fn_active_transport_using_atp_45(X)))
& organic_molecule_1(fn_atp_50(fn_active_transport_using_atp_45(X)))
& pentose_1(fn_atp_50(fn_active_transport_using_atp_45(X)))
& ribose_1(fn_atp_50(fn_active_transport_using_atp_45(X)))
& entity_1(fn_atp_69(fn_active_transport_using_atp_45(X)))
& number_5_prime_carbon_1(fn_atp_69(fn_active_transport_using_atp_45(X)))
& number_5_prime_region_1(fn_5_prime_carbon_1(fn_active_transport_using_atp_65(X)))
& number_5_prime_region_1(fn_atp_25(fn_active_transport_using_atp_45(X)))
& functional_group_1(fn_ribonucleotide_14(fn_active_transport_using_atp_45(X)))
& phosphate_group_1(fn_ribonucleotide_14(fn_active_transport_using_atp_45(X)))
& phosphate_group_1(fn_nucleoside_triphosphate_27(fn_active_transport_using_atp_45(X)))
& functional_group_1(fn_atp_34(fn_active_transport_using_atp_45(X)))
& phosphate_group_1(fn_atp_34(fn_active_transport_using_atp_45(X)))
& functional_group_1(fn_atp_33(fn_active_transport_using_atp_45(X)))
& phosphate_group_1(fn_atp_33(fn_active_transport_using_atp_45(X)))
& functional_group_1(fn_atp_32(fn_active_transport_using_atp_45(X)))
& phosphate_group_1(fn_atp_32(fn_active_transport_using_atp_45(X)))
& oxygen_1(fn_atp_37(fn_active_transport_using_atp_45(X)))
& entity_1(fn_atp_37(fn_active_transport_using_atp_45(X)))
& chemical_entity_1(fn_atp_37(fn_active_transport_using_atp_45(X)))
& atom_1(fn_atp_37(fn_active_transport_using_atp_45(X)))
& single_bond_1(fn_nucleoside_triphosphate_35(fn_active_transport_using_atp_45(X)))
& covalent_bond_1(fn_atp_30(fn_active_transport_using_atp_45(X)))
& chemical_bond_1(fn_atp_30(fn_active_transport_using_atp_45(X)))
& single_bond_1(fn_atp_30(fn_active_transport_using_atp_45(X)))
& carbon_skeleton_1(fn_nucleoside_triphosphate_30(fn_active_transport_using_atp_45(X)))
& carbon_skeleton_1(fn_atp_31(fn_active_transport_using_atp_45(X)))
& entity_1(fn_ribonucleotide_7(fn_active_transport_using_atp_45(X)))
& chemical_entity_1(fn_ribonucleotide_7(fn_active_transport_using_atp_45(X)))
& atom_1(fn_ribonucleotide_7(fn_active_transport_using_atp_45(X)))
& carbon_1(fn_ribonucleotide_7(fn_active_transport_using_atp_45(X)))
& carbon_1(fn_nucleoside_triphosphate_31(fn_active_transport_using_atp_45(X)))
& tangible_entity_1(fn_atp_39(fn_active_transport_using_atp_45(X)))
& entity_1(fn_atp_39(fn_active_transport_using_atp_45(X)))
& chemical_entity_1(fn_atp_39(fn_active_transport_using_atp_45(X)))
& atom_1(fn_atp_39(fn_active_transport_using_atp_45(X)))
& carbon_1(fn_atp_39(fn_active_transport_using_atp_45(X)))
& entity_1(fn_covalent_bond_20(fn_active_transport_using_atp_15(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_active_transport_using_atp_15(X)))
& atom_1(fn_covalent_bond_20(fn_active_transport_using_atp_15(X)))
& oxygen_1(fn_ribonucleotide_8(fn_active_transport_using_atp_45(X)))
& entity_1(fn_ribonucleotide_8(fn_active_transport_using_atp_45(X)))
& chemical_entity_1(fn_ribonucleotide_8(fn_active_transport_using_atp_45(X)))
& atom_1(fn_ribonucleotide_8(fn_active_transport_using_atp_45(X)))
& entity_1(fn_ribonucleotide_16(fn_active_transport_using_atp_45(X)))
& chemical_entity_1(fn_ribonucleotide_16(fn_active_transport_using_atp_45(X)))
& atom_1(fn_ribonucleotide_16(fn_active_transport_using_atp_45(X)))
& oxygen_1(fn_ribonucleotide_16(fn_active_transport_using_atp_45(X)))
& oxygen_1(fn_nucleoside_triphosphate_32(fn_active_transport_using_atp_45(X)))
& entity_1(fn_nucleoside_triphosphate_32(fn_active_transport_using_atp_45(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_32(fn_active_transport_using_atp_45(X)))
& atom_1(fn_nucleoside_triphosphate_32(fn_active_transport_using_atp_45(X)))
& entity_1(fn_nucleoside_triphosphate_29(fn_active_transport_using_atp_45(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_29(fn_active_transport_using_atp_45(X)))
& atom_1(fn_nucleoside_triphosphate_29(fn_active_transport_using_atp_45(X)))
& oxygen_1(fn_nucleoside_triphosphate_29(fn_active_transport_using_atp_45(X)))
& oxygen_1(fn_atp_35(fn_active_transport_using_atp_45(X)))
& entity_1(fn_atp_35(fn_active_transport_using_atp_45(X)))
& chemical_entity_1(fn_atp_35(fn_active_transport_using_atp_45(X)))
& atom_1(fn_atp_35(fn_active_transport_using_atp_45(X)))
& entity_1(fn_covalent_bond_20(fn_active_transport_using_atp_75(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_active_transport_using_atp_75(X)))
& atom_1(fn_covalent_bond_20(fn_active_transport_using_atp_75(X)))
& entity_1(fn_covalent_bond_19(fn_active_transport_using_atp_75(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_active_transport_using_atp_75(X)))
& atom_1(fn_covalent_bond_19(fn_active_transport_using_atp_75(X)))
& entity_1(fn_covalent_bond_19(fn_active_transport_using_atp_15(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_active_transport_using_atp_15(X)))
& atom_1(fn_covalent_bond_19(fn_active_transport_using_atp_15(X)))
& atom_1(fn_ribonucleotide_17(fn_active_transport_using_atp_45(X)))
& phosphorus_1(fn_ribonucleotide_17(fn_active_transport_using_atp_45(X)))
& tangible_entity_1(fn_nucleoside_triphosphate_33(fn_active_transport_using_atp_45(X)))
& entity_1(fn_nucleoside_triphosphate_33(fn_active_transport_using_atp_45(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_33(fn_active_transport_using_atp_45(X)))
& atom_1(fn_nucleoside_triphosphate_33(fn_active_transport_using_atp_45(X)))
& phosphorus_1(fn_nucleoside_triphosphate_33(fn_active_transport_using_atp_45(X)))
& tangible_entity_1(fn_atp_36(fn_active_transport_using_atp_45(X)))
& entity_1(fn_atp_36(fn_active_transport_using_atp_45(X)))
& chemical_entity_1(fn_atp_36(fn_active_transport_using_atp_45(X)))
& atom_1(fn_atp_36(fn_active_transport_using_atp_45(X)))
& phosphorus_1(fn_atp_36(fn_active_transport_using_atp_45(X)))
& chemical_bond_1(fn_ribonucleotide_13(fn_active_transport_using_atp_45(X)))
& double_bond_1(fn_ribonucleotide_13(fn_active_transport_using_atp_45(X)))
& covalent_bond_1(fn_ribonucleotide_13(fn_active_transport_using_atp_45(X)))
& chemical_bond_1(fn_nucleoside_triphosphate_28(fn_active_transport_using_atp_45(X)))
& double_bond_1(fn_nucleoside_triphosphate_28(fn_active_transport_using_atp_45(X)))
& covalent_bond_1(fn_nucleoside_triphosphate_28(fn_active_transport_using_atp_45(X)))
& chemical_bond_1(fn_atp_29(fn_active_transport_using_atp_45(X)))
& double_bond_1(fn_atp_29(fn_active_transport_using_atp_45(X)))
& covalent_bond_1(fn_atp_29(fn_active_transport_using_atp_45(X)))
& spatial_entity_1(fn_remove_2(fn_active_transport_using_atp_67(X)))
& molecule_1(fn_phosphorylation_1(fn_active_transport_using_atp_91(X)))
& next_event_2(fn_active_transport_using_atp_91(X),fn_active_transport_using_atp_44(X))
& has_part_2(fn_active_transport_using_atp_78(X),fn_active_transport_using_atp_86(X))
& has_part_2(fn_active_transport_using_atp_78(X),fn_active_transport_using_atp_87(X))
& fn_active_transport_using_atp_78(X) != fn_active_transport_using_atp_48(X)
& fn_active_transport_using_atp_78(X) != fn_active_transport_using_atp_45(X)
& called_2(fn_active_transport_using_atp_74(X),'Terminal PO4 Group')
& fn_active_transport_using_atp_61(X) != fn_active_transport_using_atp_47(X)
& has_state_2(fn_active_transport_using_atp_60(X),fn_active_transport_using_atp_51(X))
& quantity_2(fn_active_transport_using_atp_3(X),fn_active_transport_using_atp_6(X))
& quantity_2(fn_active_transport_using_atp_4(X),fn_active_transport_using_atp_5(X))
& has_state_2(fn_active_transport_using_atp_55(X),fn_active_transport_using_atp_56(X))
& greater_than_2(fn_active_transport_using_atp_6(X),fn_active_transport_using_atp_5(X))
& possesses_2(fn_active_transport_using_atp_51(X),fn_active_transport_using_atp_4(X))
& time_during_2(fn_active_transport_using_atp_50(X),fn_active_transport_using_atp_9(X))
& time_during_2(fn_active_transport_using_atp_49(X),fn_active_transport_using_atp_8(X))
& has_state_2(fn_active_transport_using_atp_48(X),fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_48(X) != fn_active_transport_using_atp_78(X)
& has_part_2(fn_active_transport_using_atp_48(X),fn_active_transport_using_atp_52(X))
& has_part_2(fn_active_transport_using_atp_48(X),fn_active_transport_using_atp_53(X))
& possesses_2(fn_active_transport_using_atp_47(X),fn_active_transport_using_atp_3(X))
& has_part_2(fn_active_transport_using_atp_47(X),fn_active_transport_using_atp_59(X))
& fn_active_transport_using_atp_47(X) != fn_active_transport_using_atp_61(X)
& fn_active_transport_using_atp_47(X) != fn_active_transport_using_atp_45(X)
& same_type_2(fn_active_transport_using_atp_7(X),fn_active_transport_using_atp_46(X))
& subevent_2(X,fn_active_transport_using_atp_91(X))
& subevent_2(X,fn_active_transport_using_atp_44(X))
& same_type_2(fn_active_transport_using_atp_46(X),fn_active_transport_using_atp_7(X))
& fn_active_transport_using_atp_46(X) != fn_active_transport_using_atp_23(X)
& fn_active_transport_using_atp_46(X) != fn_active_transport_using_atp_10(X)
& fn_active_transport_using_atp_45(X) != fn_active_transport_using_atp_47(X)
& fn_active_transport_using_atp_45(X) != fn_active_transport_using_atp_78(X)
& next_event_2(fn_active_transport_using_atp_44(X),fn_active_transport_using_atp_31(X))
& different_type_2(fn_active_transport_using_atp_43(X),fn_active_transport_using_atp_12(X))
& is_at_2(fn_active_transport_using_atp_36(X),fn_active_transport_using_atp_40(X))
& site_2(fn_active_transport_using_atp_26(X),fn_active_transport_using_atp_34(X))
& fn_active_transport_using_atp_23(X) != fn_active_transport_using_atp_46(X)
& time_before_2(fn_active_transport_using_atp_9(X),fn_active_transport_using_atp_8(X))
& is_inside_2(fn_active_transport_using_atp_16(X),fn_active_transport_using_atp_45(X))
& different_type_2(fn_active_transport_using_atp_12(X),fn_active_transport_using_atp_43(X))
& fn_active_transport_using_atp_10(X) != fn_active_transport_using_atp_46(X)
& base_2(fn_active_transport_using_atp_44(X),fn_active_transport_using_atp_78(X))
& object_2(fn_active_transport_using_atp_26(X),fn_active_transport_using_atp_48(X))
& base_2(fn_active_transport_using_atp_67(X),fn_active_transport_using_atp_45(X))
& base_2(fn_active_transport_using_atp_57(X),fn_active_transport_using_atp_47(X))
& object_2(fn_active_transport_using_atp_67(X),fn_active_transport_using_atp_51(X))
& object_2(fn_active_transport_using_atp_57(X),fn_active_transport_using_atp_51(X))
& raw_material_2(fn_active_transport_using_atp_91(X),fn_active_transport_using_atp_45(X))
& object_2(fn_active_transport_using_atp_44(X),fn_active_transport_using_atp_46(X))
& is_between_2(fn_active_transport_using_atp_75(X),fn_active_transport_using_atp_71(X))
& has_part_2(fn_active_transport_using_atp_51(X),fn_active_transport_using_atp_56(X))
& result_2(fn_active_transport_using_atp_91(X),fn_active_transport_using_atp_78(X))
& has_region_2(fn_active_transport_using_atp_78(X),fn_active_transport_using_atp_81(X))
& raw_material_2(fn_active_transport_using_atp_91(X),fn_active_transport_using_atp_48(X))
& has_region_2(fn_active_transport_using_atp_48(X),fn_active_transport_using_atp_41(X))
& has_part_2(fn_active_transport_using_atp_69(X),fn_active_transport_using_atp_62(X))
& object_2(fn_active_transport_using_atp_50(X),fn_active_transport_using_atp_25(X))
& base_2(fn_active_transport_using_atp_49(X),fn_active_transport_using_atp_45(X))
& raw_material_2(X,fn_active_transport_using_atp_45(X))
& is_between_2(fn_active_transport_using_atp_58(X),fn_active_transport_using_atp_59(X))
& is_at_2(fn_active_transport_using_atp_65(X),fn_active_transport_using_atp_64(X))
& has_part_2(fn_active_transport_using_atp_61(X),fn_active_transport_using_atp_55(X))
& has_region_2(fn_active_transport_using_atp_32(X),fn_active_transport_using_atp_35(X))
& has_region_2(fn_active_transport_using_atp_32(X),fn_active_transport_using_atp_40(X))
& in_event_2(fn_active_transport_using_atp_66(X),fn_active_transport_using_atp_50(X))
& possesses_2(fn_active_transport_using_atp_15(X),fn_active_transport_using_atp_14(X))
& has_region_2(fn_active_transport_using_atp_48(X),fn_active_transport_using_atp_35(X))
& is_at_2(fn_active_transport_using_atp_34(X),fn_active_transport_using_atp_35(X))
& has_part_2(fn_active_transport_using_atp_48(X),fn_active_transport_using_atp_54(X))
& fn_active_transport_using_atp_27(X) != fn_active_transport_using_atp_54(X)
& fn_active_transport_using_atp_54(X) != fn_active_transport_using_atp_27(X)
& has_part_2(fn_active_transport_using_atp_78(X),fn_active_transport_using_atp_85(X))
& fn_active_transport_using_atp_84(X) != fn_active_transport_using_atp_85(X)
& fn_active_transport_using_atp_85(X) != fn_active_transport_using_atp_84(X)
& possesses_2(fn_active_transport_using_atp_45(X),fn_active_transport_using_atp_16(X))
& quantity_2(fn_active_transport_using_atp_16(X),fn_active_transport_using_atp_22(X))
& destination_2(X,fn_active_transport_using_atp_24(X))
& destination_2(fn_active_transport_using_atp_31(X),fn_active_transport_using_atp_24(X))
& origin_2(fn_active_transport_using_atp_31(X),fn_active_transport_using_atp_92(X))
& origin_2(X,fn_active_transport_using_atp_92(X))
& raw_material_2(X,fn_active_transport_using_atp_25(X))
& plays_2(fn_active_transport_using_atp_25(X),fn_active_transport_using_atp_66(X))
& has_part_2(fn_active_transport_using_atp_47(X),fn_active_transport_using_atp_60(X))
& possesses_2(fn_active_transport_using_atp_47(X),fn_active_transport_using_atp_58(X))
& is_between_2(fn_active_transport_using_atp_58(X),fn_active_transport_using_atp_60(X))
& is_inside_2(fn_active_transport_using_atp_78(X),fn_active_transport_using_atp_38(X))
& agent_2(X,fn_active_transport_using_atp_48(X))
& object_2(X,fn_active_transport_using_atp_46(X))
& object_2(fn_active_transport_using_atp_31(X),fn_active_transport_using_atp_46(X))
& subevent_2(X,fn_active_transport_using_atp_31(X))
& path_2(X,fn_active_transport_using_atp_32(X))
& has_part_2(fn_active_transport_using_atp_45(X),fn_active_transport_using_atp_69(X))
& has_part_2(fn_active_transport_using_atp_69(X),fn_active_transport_using_atp_63(X))
& is_inside_2(fn_active_transport_using_atp_19(X),fn_active_transport_using_atp_73(X))
& object_2(fn_active_transport_using_atp_50(X),fn_active_transport_using_atp_14(X))
& subevent_2(X,fn_active_transport_using_atp_50(X))
& subevent_2(X,fn_active_transport_using_atp_49(X))
& raw_material_2(X,fn_active_transport_using_atp_14(X))
& plays_2(fn_active_transport_using_atp_14(X),fn_active_transport_using_atp_13(X))
& in_event_2(fn_active_transport_using_atp_13(X),fn_active_transport_using_atp_50(X))
& next_event_2(fn_active_transport_using_atp_50(X),fn_active_transport_using_atp_49(X))
& object_2(fn_active_transport_using_atp_49(X),fn_active_transport_using_atp_16(X))
& is_inside_2(fn_active_transport_using_atp_54(X),fn_active_transport_using_atp_41(X))
& fn_active_transport_using_atp_54(X) != fn_active_transport_using_atp_53(X)
& fn_active_transport_using_atp_53(X) != fn_active_transport_using_atp_54(X)
& is_inside_2(fn_active_transport_using_atp_52(X),fn_active_transport_using_atp_41(X))
& fn_active_transport_using_atp_52(X) != fn_active_transport_using_atp_53(X)
& is_inside_2(fn_active_transport_using_atp_53(X),fn_active_transport_using_atp_41(X))
& fn_active_transport_using_atp_54(X) != fn_active_transport_using_atp_52(X)
& fn_active_transport_using_atp_52(X) != fn_active_transport_using_atp_54(X)
& fn_active_transport_using_atp_53(X) != fn_active_transport_using_atp_52(X)
& fn_active_transport_using_atp_87(X) != fn_active_transport_using_atp_86(X)
& fn_active_transport_using_atp_86(X) != fn_active_transport_using_atp_87(X)
& is_inside_2(fn_active_transport_using_atp_85(X),fn_active_transport_using_atp_81(X))
& fn_active_transport_using_atp_85(X) != fn_active_transport_using_atp_87(X)
& is_inside_2(fn_active_transport_using_atp_87(X),fn_active_transport_using_atp_81(X))
& is_inside_2(fn_active_transport_using_atp_86(X),fn_active_transport_using_atp_81(X))
& fn_active_transport_using_atp_86(X) != fn_active_transport_using_atp_85(X)
& fn_active_transport_using_atp_87(X) != fn_active_transport_using_atp_85(X)
& fn_active_transport_using_atp_85(X) != fn_active_transport_using_atp_86(X)
& shape_2(fn_active_transport_using_atp_48(X),fn_active_transport_using_atp_43(X))
& has_part_2(fn_active_transport_using_atp_48(X),fn_active_transport_using_atp_27(X))
& is_inside_2(fn_active_transport_using_atp_27(X),fn_active_transport_using_atp_33(X))
& has_region_2(fn_active_transport_using_atp_48(X),fn_active_transport_using_atp_33(X))
& is_across_2(fn_active_transport_using_atp_48(X),fn_active_transport_using_atp_32(X))
& has_part_2(fn_active_transport_using_atp_32(X),fn_active_transport_using_atp_48(X))
& has_part_2(fn_active_transport_using_atp_48(X),fn_active_transport_using_atp_28(X))
& object_2(fn_active_transport_using_atp_83(X),fn_active_transport_using_atp_78(X))
& object_2(fn_active_transport_using_atp_39(X),fn_active_transport_using_atp_23(X))
& object_2(fn_active_transport_using_atp_39(X),fn_active_transport_using_atp_10(X))
& base_2(fn_active_transport_using_atp_31(X),fn_active_transport_using_atp_32(X))
& has_region_2(fn_active_transport_using_atp_48(X),fn_active_transport_using_atp_36(X))
& is_opposite_2(fn_active_transport_using_atp_36(X),fn_active_transport_using_atp_34(X))
& has_region_2(fn_active_transport_using_atp_48(X),fn_active_transport_using_atp_34(X))
& has_part_2(fn_active_transport_using_atp_48(X),fn_active_transport_using_atp_30(X))
& is_at_2(fn_active_transport_using_atp_30(X),fn_active_transport_using_atp_34(X))
& is_opposite_2(fn_active_transport_using_atp_34(X),fn_active_transport_using_atp_36(X))
& has_part_2(fn_active_transport_using_atp_32(X),fn_active_transport_using_atp_38(X))
& is_inside_2(fn_active_transport_using_atp_48(X),fn_active_transport_using_atp_38(X))
& has_part_2(fn_active_transport_using_atp_48(X),fn_active_transport_using_atp_29(X))
& is_inside_2(fn_active_transport_using_atp_29(X),fn_active_transport_using_atp_37(X))
& has_region_2(fn_active_transport_using_atp_48(X),fn_active_transport_using_atp_37(X))
& has_region_2(fn_active_transport_using_atp_78(X),fn_active_transport_using_atp_82(X))
& is_inside_2(fn_active_transport_using_atp_84(X),fn_active_transport_using_atp_82(X))
& has_part_2(fn_active_transport_using_atp_78(X),fn_active_transport_using_atp_84(X))
& shape_2(fn_active_transport_using_atp_78(X),fn_active_transport_using_atp_12(X))
& has_part_2(fn_active_transport_using_atp_32(X),fn_active_transport_using_atp_78(X))
& possesses_2(fn_active_transport_using_atp_78(X),fn_active_transport_using_atp_88(X))
& quantity_2(fn_active_transport_using_atp_88(X),fn_active_transport_using_atp_79(X))
& directly_proportional_2(fn_active_transport_using_atp_80(X),fn_active_transport_using_atp_79(X))
& speed_2(fn_active_transport_using_atp_83(X),fn_active_transport_using_atp_80(X))
& is_across_2(fn_active_transport_using_atp_78(X),fn_active_transport_using_atp_32(X))
& has_function_2(fn_active_transport_using_atp_32(X),fn_active_transport_using_atp_39(X))
& instrument_2(fn_active_transport_using_atp_39(X),fn_active_transport_using_atp_32(X))
& has_function_2(fn_active_transport_using_atp_32(X),fn_active_transport_using_atp_31(X))
& agent_2(fn_active_transport_using_atp_31(X),fn_active_transport_using_atp_48(X))
& has_part_2(fn_active_transport_using_atp_45(X),fn_active_transport_using_atp_68(X))
& has_region_2(fn_active_transport_using_atp_63(X),fn_active_transport_using_atp_64(X))
& has_part_2(fn_active_transport_using_atp_45(X),fn_active_transport_using_atp_70(X))
& is_inside_2(fn_active_transport_using_atp_71(X),fn_active_transport_using_atp_74(X))
& has_region_2(fn_active_transport_using_atp_45(X),fn_active_transport_using_atp_17(X))
& possesses_2(fn_active_transport_using_atp_45(X),fn_active_transport_using_atp_75(X))
& has_part_2(fn_active_transport_using_atp_45(X),fn_active_transport_using_atp_19(X))
& is_between_2(fn_active_transport_using_atp_15(X),fn_active_transport_using_atp_19(X))
& has_part_2(fn_active_transport_using_atp_45(X),fn_active_transport_using_atp_71(X))
& object_2(fn_active_transport_using_atp_20(X),fn_active_transport_using_atp_45(X))
& speed_2(fn_active_transport_using_atp_20(X),fn_active_transport_using_atp_21(X))
& directly_proportional_2(fn_active_transport_using_atp_21(X),fn_active_transport_using_atp_22(X))
& is_inside_2(fn_active_transport_using_atp_71(X),fn_active_transport_using_atp_72(X))
& is_inside_2(fn_active_transport_using_atp_71(X),fn_active_transport_using_atp_73(X))
& has_region_2(fn_active_transport_using_atp_45(X),fn_active_transport_using_atp_73(X))
& has_region_2(fn_active_transport_using_atp_45(X),fn_active_transport_using_atp_72(X))
& is_inside_2(fn_active_transport_using_atp_70(X),fn_active_transport_using_atp_72(X))
& is_inside_2(fn_active_transport_using_atp_19(X),fn_active_transport_using_atp_74(X))
& is_inside_2(fn_active_transport_using_atp_70(X),fn_active_transport_using_atp_74(X))
& is_inside_2(fn_active_transport_using_atp_70(X),fn_active_transport_using_atp_73(X))
& fn_active_transport_using_atp_65(X) != fn_active_transport_using_atp_19(X)
& fn_active_transport_using_atp_19(X) != fn_active_transport_using_atp_65(X)
& fn_active_transport_using_atp_74(X) != fn_active_transport_using_atp_73(X)
& fn_active_transport_using_atp_73(X) != fn_active_transport_using_atp_72(X)
& is_inside_2(fn_active_transport_using_atp_19(X),fn_active_transport_using_atp_72(X))
& fn_active_transport_using_atp_73(X) != fn_active_transport_using_atp_74(X)
& fn_active_transport_using_atp_72(X) != fn_active_transport_using_atp_73(X)
& fn_active_transport_using_atp_74(X) != fn_active_transport_using_atp_72(X)
& fn_active_transport_using_atp_72(X) != fn_active_transport_using_atp_74(X)
& has_part_2(fn_active_transport_using_atp_45(X),fn_active_transport_using_atp_18(X))
& has_region_2(fn_active_transport_using_atp_45(X),fn_active_transport_using_atp_74(X))
& is_inside_2(fn_active_transport_using_atp_74(X),fn_active_transport_using_atp_64(X))
& fn_active_transport_using_atp_68(X) != fn_active_transport_using_atp_18(X)
& fn_active_transport_using_atp_18(X) != fn_active_transport_using_atp_68(X)
& is_between_2(fn_active_transport_using_atp_75(X),fn_active_transport_using_atp_19(X))
& is_between_2(fn_active_transport_using_atp_75(X),fn_active_transport_using_atp_70(X))
& fn_active_transport_using_atp_70(X) != fn_active_transport_using_atp_71(X)
& fn_active_transport_using_atp_19(X) != fn_active_transport_using_atp_70(X)
& fn_active_transport_using_atp_70(X) != fn_active_transport_using_atp_19(X)
& fn_active_transport_using_atp_71(X) != fn_active_transport_using_atp_70(X)
& possesses_2(fn_active_transport_using_atp_45(X),fn_active_transport_using_atp_15(X))
& is_between_2(fn_active_transport_using_atp_15(X),fn_active_transport_using_atp_71(X))
& fn_active_transport_using_atp_71(X) != fn_active_transport_using_atp_19(X)
& fn_active_transport_using_atp_19(X) != fn_active_transport_using_atp_18(X)
& is_inside_2(fn_active_transport_using_atp_18(X),fn_active_transport_using_atp_17(X))
& fn_active_transport_using_atp_19(X) != fn_active_transport_using_atp_71(X)
& fn_active_transport_using_atp_18(X) != fn_active_transport_using_atp_19(X)
& fn_active_transport_using_atp_78(X) = fn_detach_2(fn_active_transport_using_atp_44(X))
& fn_active_transport_using_atp_48(X) = fn_expose_1(fn_active_transport_using_atp_26(X))
& fn_active_transport_using_atp_45(X) = fn_remove_2(fn_active_transport_using_atp_67(X))
& fn_active_transport_using_atp_47(X) = fn_remove_2(fn_active_transport_using_atp_57(X))
& fn_active_transport_using_atp_51(X) = fn_remove_1(fn_active_transport_using_atp_67(X))
& fn_active_transport_using_atp_51(X) = fn_remove_1(fn_active_transport_using_atp_57(X))
& fn_active_transport_using_atp_45(X) = fn_phosphorylation_1(fn_active_transport_using_atp_91(X))
& fn_active_transport_using_atp_46(X) = fn_detach_1(fn_active_transport_using_atp_44(X))
& fn_active_transport_using_atp_71(X) = fn_covalent_bond_20(fn_active_transport_using_atp_75(X))
& fn_active_transport_using_atp_71(X) = fn_covalent_bond_19(fn_active_transport_using_atp_75(X))
& fn_active_transport_using_atp_56(X) = fn_polyatomic_ion_1(fn_active_transport_using_atp_51(X))
& fn_active_transport_using_atp_56(X) = fn_polyatomic_ion_2(fn_active_transport_using_atp_51(X))
& fn_active_transport_using_atp_78(X) = fn_functional_group_1(fn_active_transport_using_atp_81(X))
& fn_active_transport_using_atp_81(X) = fn_phosphorylation_3(fn_active_transport_using_atp_91(X))
& fn_active_transport_using_atp_78(X) = fn_phosphorylation_2(fn_active_transport_using_atp_91(X))
& fn_active_transport_using_atp_48(X) = fn_functional_group_1(fn_active_transport_using_atp_41(X))
& fn_active_transport_using_atp_41(X) = fn_phosphorylation_4(fn_active_transport_using_atp_91(X))
& fn_active_transport_using_atp_48(X) = fn_phosphorylation_5(fn_active_transport_using_atp_91(X))
& fn_active_transport_using_atp_62(X) = fn_organic_molecule_2(fn_active_transport_using_atp_69(X))
& fn_active_transport_using_atp_62(X) = fn_organic_molecule_1(fn_active_transport_using_atp_69(X))
& fn_active_transport_using_atp_59(X) = fn_chemical_bond_1(fn_active_transport_using_atp_58(X))
& fn_active_transport_using_atp_59(X) = fn_chemical_bond_4(fn_active_transport_using_atp_58(X))
& fn_active_transport_using_atp_64(X) = fn_5_prime_carbon_1(fn_active_transport_using_atp_65(X))
& fn_active_transport_using_atp_55(X) = fn_polar_molecule_2(fn_active_transport_using_atp_61(X))
& fn_active_transport_using_atp_55(X) = fn_water_molecule_63(fn_active_transport_using_atp_61(X))
& fn_active_transport_using_atp_55(X) = fn_water_molecule_64(fn_active_transport_using_atp_61(X))
& fn_active_transport_using_atp_35(X) = fn_biomembrane_47(fn_active_transport_using_atp_32(X))
& fn_active_transport_using_atp_35(X) = fn_biomembrane_41(fn_active_transport_using_atp_32(X))
& fn_active_transport_using_atp_40(X) = fn_biomembrane_42(fn_active_transport_using_atp_32(X))
& fn_active_transport_using_atp_14(X) = fn_chemical_bond_2(fn_active_transport_using_atp_15(X))
& fn_active_transport_using_atp_35(X) = fn_integral_protein_29(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_54(X) = fn_carrier_protein_32(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_85(X) = fn_carrier_protein_32(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_16(X) = fn_atp_28(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_92(X) = fn_active_transport_20(X)
& fn_active_transport_using_atp_24(X) = fn_active_transport_21(X)
& fn_active_transport_using_atp_25(X) = fn_consume_1(fn_active_transport_using_atp_50(X))
& fn_active_transport_using_atp_66(X) = fn_consume_2(fn_active_transport_using_atp_50(X))
& fn_active_transport_using_atp_66(X) = fn_endergonic_process_3(X)
& fn_active_transport_using_atp_25(X) = fn_endergonic_process_4(X)
& fn_active_transport_using_atp_60(X) = fn_polar_molecule_3(fn_active_transport_using_atp_47(X))
& fn_active_transport_using_atp_60(X) = fn_molecule_7(fn_active_transport_using_atp_47(X))
& fn_active_transport_using_atp_60(X) = fn_molecule_11(fn_active_transport_using_atp_47(X))
& fn_active_transport_using_atp_58(X) = fn_molecule_10(fn_active_transport_using_atp_47(X))
& fn_active_transport_using_atp_38(X) = fn_transport_protein_12(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_48(X) = fn_active_transport_26(X)
& fn_active_transport_using_atp_32(X) = fn_active_transport_18(X)
& fn_active_transport_using_atp_31(X) = fn_active_transport_22(X)
& fn_active_transport_using_atp_46(X) = fn_active_transport_19(X)
& fn_active_transport_using_atp_63(X) = fn_ribonucleotide_10(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_69(X) = fn_ribonucleotide_9(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_73(X) = fn_nucleoside_triphosphate_27(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_16(X) = fn_cellular_work_13(X)
& fn_active_transport_using_atp_49(X) = fn_cellular_work_12(X)
& fn_active_transport_using_atp_50(X) = fn_cellular_work_11(X)
& fn_active_transport_using_atp_13(X) = fn_cellular_work_14(X)
& fn_active_transport_using_atp_14(X) = fn_cellular_work_15(X)
& fn_active_transport_using_atp_53(X) = fn_phosphate_group_6(fn_active_transport_using_atp_41(X))
& fn_active_transport_using_atp_54(X) = fn_phosphate_group_22(fn_active_transport_using_atp_41(X))
& fn_active_transport_using_atp_52(X) = fn_phosphate_group_5(fn_active_transport_using_atp_41(X))
& fn_active_transport_using_atp_87(X) = fn_phosphate_group_5(fn_active_transport_using_atp_81(X))
& fn_active_transport_using_atp_86(X) = fn_phosphate_group_6(fn_active_transport_using_atp_81(X))
& fn_active_transport_using_atp_87(X) = fn_phosphate_group_22(fn_active_transport_using_atp_81(X))
& fn_active_transport_using_atp_85(X) = fn_phosphate_group_5(fn_active_transport_using_atp_81(X))
& fn_active_transport_using_atp_42(X) = fn_carrier_protein_8(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_43(X) = fn_carrier_protein_13(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_48(X) = fn_biomembrane_54(fn_active_transport_using_atp_32(X))
& fn_active_transport_using_atp_33(X) = fn_carrier_protein_24(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_27(X) = fn_carrier_protein_34(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_28(X) = fn_polymer_6(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_28(X) = fn_carrier_protein_33(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_28(X) = fn_carrier_protein_33(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_23(X) = fn_biomembrane_98(fn_active_transport_using_atp_32(X))
& fn_active_transport_using_atp_23(X) = fn_biomembrane_99(fn_active_transport_using_atp_32(X))
& fn_active_transport_using_atp_23(X) = fn_transport_protein_11(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_23(X) = fn_carrier_protein_19(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_89(X) = fn_carrier_protein_11(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_10(X) = fn_carrier_protein_20(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_90(X) = fn_carrier_protein_12(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_30(X) = fn_integral_protein_6(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_34(X) = fn_integral_protein_23(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_34(X) = fn_carrier_protein_23(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_30(X) = fn_carrier_protein_30(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_30(X) = fn_carrier_protein_30(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_34(X) = fn_carrier_protein_23(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_34(X) = fn_carrier_protein_22(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_36(X) = fn_carrier_protein_22(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_36(X) = fn_carrier_protein_23(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_37(X) = fn_carrier_protein_21(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_37(X) = fn_carrier_protein_21(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_29(X) = fn_carrier_protein_31(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_29(X) = fn_carrier_protein_31(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_38(X) = fn_biomembrane_63(fn_active_transport_using_atp_32(X))
& fn_active_transport_using_atp_32(X) = fn_integral_protein_24(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_38(X) = fn_integral_protein_27(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_38(X) = fn_integral_protein_27(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_38(X) = fn_carrier_protein_16(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_38(X) = fn_carrier_protein_16(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_11(X) = fn_carrier_protein_8(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_12(X) = fn_carrier_protein_13(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_84(X) = fn_carrier_protein_34(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_82(X) = fn_carrier_protein_24(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_83(X) = fn_carrier_protein_42(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_80(X) = fn_carrier_protein_37(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_79(X) = fn_carrier_protein_38(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_88(X) = fn_carrier_protein_41(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_32(X) = fn_integral_protein_24(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_31(X) = fn_biomembrane_52(fn_active_transport_using_atp_32(X))
& fn_active_transport_using_atp_31(X) = fn_transport_protein_34(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_31(X) = fn_carrier_protein_4(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_31(X) = fn_transport_protein_34(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_31(X) = fn_carrier_protein_4(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_39(X) = fn_biomembrane_102(fn_active_transport_using_atp_32(X))
& fn_active_transport_using_atp_39(X) = fn_biomembrane_100(fn_active_transport_using_atp_32(X))
& fn_active_transport_using_atp_39(X) = fn_biomembrane_101(fn_active_transport_using_atp_32(X))
& fn_active_transport_using_atp_32(X) = fn_transport_protein_35(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_39(X) = fn_transport_protein_31(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_32(X) = fn_carrier_protein_18(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_39(X) = fn_carrier_protein_17(fn_active_transport_using_atp_48(X))
& fn_active_transport_using_atp_32(X) = fn_transport_protein_35(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_39(X) = fn_transport_protein_31(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_39(X) = fn_carrier_protein_17(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_32(X) = fn_carrier_protein_18(fn_active_transport_using_atp_78(X))
& fn_active_transport_using_atp_63(X) = fn_atp_50(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_74(X) = fn_atp_34(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_76(X) = fn_atp_23(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_77(X) = fn_atp_22(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_22(X) = fn_atp_66(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_21(X) = fn_atp_67(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_20(X) = fn_atp_68(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_70(X) = fn_atp_35(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_72(X) = fn_atp_34(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_73(X) = fn_atp_33(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_73(X) = fn_atp_32(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_74(X) = fn_nucleoside_triphosphate_27(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_65(X) = fn_nucleoside_triphosphate_31(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_65(X) = fn_atp_69(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_74(X) = fn_atp_33(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_72(X) = fn_atp_32(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_73(X) = fn_atp_34(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_64(X) = fn_atp_25(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_74(X) = fn_ribonucleotide_14(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_74(X) = fn_atp_32(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_68(X) = fn_atp_7(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_70(X) = fn_ribonucleotide_8(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_19(X) = fn_ribonucleotide_16(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_70(X) = fn_nucleoside_triphosphate_32(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_70(X) = fn_atp_37(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_75(X) = fn_nucleoside_triphosphate_35(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_75(X) = fn_atp_30(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_17(X) = fn_nucleoside_triphosphate_30(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_17(X) = fn_atp_31(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_18(X) = fn_ribonucleotide_7(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_18(X) = fn_nucleoside_triphosphate_31(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_18(X) = fn_atp_39(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_19(X) = fn_covalent_bond_20(fn_active_transport_using_atp_15(X))
& fn_active_transport_using_atp_19(X) = fn_ribonucleotide_8(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_19(X) = fn_nucleoside_triphosphate_32(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_19(X) = fn_nucleoside_triphosphate_29(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_19(X) = fn_atp_35(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_71(X) = fn_covalent_bond_19(fn_active_transport_using_atp_15(X))
& fn_active_transport_using_atp_15(X) = fn_ribonucleotide_13(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_71(X) = fn_ribonucleotide_17(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_71(X) = fn_nucleoside_triphosphate_33(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_71(X) = fn_atp_36(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_45(X) = fn_cellular_work_10(X)
& fn_active_transport_using_atp_15(X) = fn_cellular_work_16(X)
& fn_active_transport_using_atp_15(X) = fn_nucleoside_triphosphate_28(fn_active_transport_using_atp_45(X))
& fn_active_transport_using_atp_15(X) = fn_atp_29(fn_active_transport_using_atp_45(X))
& fn_polyatomic_ion_1(fn_active_transport_using_atp_51(X)) = fn_polyatomic_ion_2(fn_active_transport_using_atp_51(X))
& fn_polyatomic_ion_2(fn_active_transport_using_atp_51(X)) = fn_organic_molecule_2(fn_active_transport_using_atp_69(X))
& fn_organic_molecule_2(fn_active_transport_using_atp_69(X)) = fn_organic_molecule_1(fn_active_transport_using_atp_69(X))
& fn_organic_molecule_1(fn_active_transport_using_atp_69(X)) = fn_chemical_bond_1(fn_active_transport_using_atp_58(X))
& fn_chemical_bond_1(fn_active_transport_using_atp_58(X)) = fn_chemical_bond_4(fn_active_transport_using_atp_58(X))
& fn_chemical_bond_4(fn_active_transport_using_atp_58(X)) = fn_polar_molecule_2(fn_active_transport_using_atp_61(X))
& fn_polar_molecule_2(fn_active_transport_using_atp_61(X)) = fn_water_molecule_63(fn_active_transport_using_atp_61(X))
& fn_water_molecule_63(fn_active_transport_using_atp_61(X)) = fn_water_molecule_63(fn_active_transport_using_atp_61(X))
& fn_water_molecule_63(fn_active_transport_using_atp_61(X)) = fn_water_molecule_64(fn_active_transport_using_atp_61(X))
& fn_water_molecule_64(fn_active_transport_using_atp_61(X)) = fn_biomembrane_47(fn_active_transport_using_atp_32(X))
& fn_biomembrane_47(fn_active_transport_using_atp_32(X)) = fn_biomembrane_41(fn_active_transport_using_atp_32(X))
& fn_biomembrane_41(fn_active_transport_using_atp_32(X)) = fn_biomembrane_41(fn_active_transport_using_atp_32(X))
& fn_biomembrane_41(fn_active_transport_using_atp_32(X)) = fn_integral_protein_29(fn_active_transport_using_atp_48(X))
& fn_integral_protein_29(fn_active_transport_using_atp_48(X)) = fn_integral_protein_29(fn_active_transport_using_atp_48(X))
& fn_integral_protein_29(fn_active_transport_using_atp_48(X)) = fn_consume_2(fn_active_transport_using_atp_50(X))
& fn_consume_2(fn_active_transport_using_atp_50(X)) = fn_consume_2(fn_active_transport_using_atp_50(X))
& fn_consume_2(fn_active_transport_using_atp_50(X)) = fn_endergonic_process_3(X)
& fn_endergonic_process_3(X) = fn_consume_1(fn_active_transport_using_atp_50(X))
& fn_consume_1(fn_active_transport_using_atp_50(X)) = fn_consume_1(fn_active_transport_using_atp_50(X))
& fn_consume_1(fn_active_transport_using_atp_50(X)) = fn_endergonic_process_4(X)
& fn_endergonic_process_4(X) = fn_endergonic_process_4(X)
& fn_endergonic_process_4(X) = fn_polar_molecule_3(fn_active_transport_using_atp_47(X))
& fn_polar_molecule_3(fn_active_transport_using_atp_47(X)) = fn_molecule_7(fn_active_transport_using_atp_47(X))
& fn_molecule_7(fn_active_transport_using_atp_47(X)) = fn_molecule_7(fn_active_transport_using_atp_47(X))
& fn_molecule_7(fn_active_transport_using_atp_47(X)) = fn_molecule_11(fn_active_transport_using_atp_47(X))
& fn_molecule_11(fn_active_transport_using_atp_47(X)) = fn_detach_1(fn_active_transport_using_atp_44(X))
& fn_detach_1(fn_active_transport_using_atp_44(X)) = fn_active_transport_19(X)
& fn_active_transport_19(X) = fn_active_transport_19(X)
& fn_active_transport_19(X) = fn_atp_28(fn_active_transport_using_atp_45(X))
& fn_atp_28(fn_active_transport_using_atp_45(X)) = fn_atp_28(fn_active_transport_using_atp_45(X))
& fn_atp_28(fn_active_transport_using_atp_45(X)) = fn_cellular_work_13(X)
& fn_cellular_work_13(X) = fn_cellular_work_15(X)
& fn_cellular_work_15(X) = fn_chemical_bond_2(fn_active_transport_using_atp_15(X))
& fn_chemical_bond_2(fn_active_transport_using_atp_15(X)) = fn_cellular_work_15(X)
& fn_cellular_work_15(X) = fn_cellular_work_15(X)
& fn_cellular_work_15(X) = fn_carrier_protein_32(fn_active_transport_using_atp_48(X))
& fn_carrier_protein_32(fn_active_transport_using_atp_48(X)) = fn_carrier_protein_32(fn_active_transport_using_atp_48(X))
& fn_carrier_protein_32(fn_active_transport_using_atp_48(X)) = fn_phosphate_group_22(fn_active_transport_using_atp_41(X))
& fn_phosphate_group_22(fn_active_transport_using_atp_41(X)) = fn_phosphate_group_22(fn_active_transport_using_atp_41(X))
& fn_phosphate_group_22(fn_active_transport_using_atp_41(X)) = fn_phosphate_group_5(fn_active_transport_using_atp_81(X))
& fn_phosphate_group_5(fn_active_transport_using_atp_81(X)) = fn_phosphate_group_22(fn_active_transport_using_atp_81(X))
& fn_phosphate_group_22(fn_active_transport_using_atp_81(X)) = fn_phosphate_group_22(fn_active_transport_using_atp_81(X))
& fn_phosphate_group_22(fn_active_transport_using_atp_81(X)) = fn_carrier_protein_32(fn_active_transport_using_atp_78(X))
& fn_carrier_protein_32(fn_active_transport_using_atp_78(X)) = fn_carrier_protein_32(fn_active_transport_using_atp_78(X))
& fn_carrier_protein_32(fn_active_transport_using_atp_78(X)) = fn_phosphate_group_5(fn_active_transport_using_atp_81(X))
& fn_phosphate_group_5(fn_active_transport_using_atp_81(X)) = fn_phosphate_group_5(fn_active_transport_using_atp_81(X))
& fn_phosphate_group_5(fn_active_transport_using_atp_81(X)) = fn_polymer_6(fn_active_transport_using_atp_48(X))
& fn_polymer_6(fn_active_transport_using_atp_48(X)) = fn_carrier_protein_33(fn_active_transport_using_atp_48(X))
& fn_carrier_protein_33(fn_active_transport_using_atp_48(X)) = fn_carrier_protein_33(fn_active_transport_using_atp_78(X))
& fn_carrier_protein_33(fn_active_transport_using_atp_78(X)) = fn_biomembrane_98(fn_active_transport_using_atp_32(X))
& fn_biomembrane_98(fn_active_transport_using_atp_32(X)) = fn_biomembrane_99(fn_active_transport_using_atp_32(X))
& fn_biomembrane_99(fn_active_transport_using_atp_32(X)) = fn_biomembrane_99(fn_active_transport_using_atp_32(X))
& fn_biomembrane_99(fn_active_transport_using_atp_32(X)) = fn_transport_protein_11(fn_active_transport_using_atp_48(X))
& fn_transport_protein_11(fn_active_transport_using_atp_48(X)) = fn_transport_protein_11(fn_active_transport_using_atp_48(X))
& fn_transport_protein_11(fn_active_transport_using_atp_48(X)) = fn_carrier_protein_19(fn_active_transport_using_atp_78(X))
& fn_carrier_protein_19(fn_active_transport_using_atp_78(X)) = fn_integral_protein_6(fn_active_transport_using_atp_48(X))
& fn_integral_protein_6(fn_active_transport_using_atp_48(X)) = fn_carrier_protein_30(fn_active_transport_using_atp_48(X))
& fn_carrier_protein_30(fn_active_transport_using_atp_78(X)) = fn_carrier_protein_30(fn_active_transport_using_atp_48(X))
& fn_carrier_protein_30(fn_active_transport_using_atp_48(X)) = fn_carrier_protein_30(fn_active_transport_using_atp_78(X))
& fn_carrier_protein_30(fn_active_transport_using_atp_78(X)) = fn_integral_protein_23(fn_active_transport_using_atp_48(X))
& fn_integral_protein_23(fn_active_transport_using_atp_48(X)) = fn_integral_protein_23(fn_active_transport_using_atp_48(X))
& fn_integral_protein_23(fn_active_transport_using_atp_48(X)) = fn_carrier_protein_23(fn_active_transport_using_atp_48(X))
& fn_carrier_protein_23(fn_active_transport_using_atp_48(X)) = fn_carrier_protein_23(fn_active_transport_using_atp_48(X))
& fn_carrier_protein_23(fn_active_transport_using_atp_48(X)) = fn_carrier_protein_23(fn_active_transport_using_atp_78(X))
& fn_carrier_protein_23(fn_active_transport_using_atp_78(X)) = fn_carrier_protein_23(fn_active_transport_using_atp_48(X))
& fn_carrier_protein_22(fn_active_transport_using_atp_78(X)) = fn_carrier_protein_23(fn_active_transport_using_atp_48(X))
& fn_carrier_protein_23(fn_active_transport_using_atp_48(X)) = fn_carrier_protein_22(fn_active_transport_using_atp_78(X))
& fn_carrier_protein_22(fn_active_transport_using_atp_78(X)) = fn_carrier_protein_22(fn_active_transport_using_atp_48(X))
& fn_carrier_protein_23(fn_active_transport_using_atp_78(X)) = fn_carrier_protein_22(fn_active_transport_using_atp_48(X))
& fn_carrier_protein_22(fn_active_transport_using_atp_48(X)) = fn_carrier_protein_23(fn_active_transport_using_atp_78(X))
& fn_carrier_protein_23(fn_active_transport_using_atp_78(X)) = fn_biomembrane_63(fn_active_transport_using_atp_32(X))
& fn_biomembrane_63(fn_active_transport_using_atp_32(X)) = fn_integral_protein_27(fn_active_transport_using_atp_48(X))
& fn_transport_protein_12(fn_active_transport_using_atp_78(X)) = fn_integral_protein_27(fn_active_transport_using_atp_48(X))
& fn_integral_protein_27(fn_active_transport_using_atp_48(X)) = fn_integral_protein_27(fn_active_transport_using_atp_78(X))
& fn_integral_protein_27(fn_active_transport_using_atp_78(X)) = fn_transport_protein_12(fn_active_transport_using_atp_78(X))
& fn_transport_protein_12(fn_active_transport_using_atp_78(X)) = fn_carrier_protein_16(fn_active_transport_using_atp_48(X))
& fn_carrier_protein_16(fn_active_transport_using_atp_78(X)) = fn_carrier_protein_16(fn_active_transport_using_atp_48(X))
& fn_carrier_protein_16(fn_active_transport_using_atp_48(X)) = fn_carrier_protein_16(fn_active_transport_using_atp_78(X))
& fn_carrier_protein_16(fn_active_transport_using_atp_78(X)) = fn_expose_1(fn_active_transport_using_atp_26(X))
& fn_expose_1(fn_active_transport_using_atp_26(X)) = fn_functional_group_1(fn_active_transport_using_atp_41(X))
& fn_functional_group_1(fn_active_transport_using_atp_41(X)) = fn_functional_group_1(fn_active_transport_using_atp_41(X))
& fn_functional_group_1(fn_active_transport_using_atp_41(X)) = fn_biomembrane_54(fn_active_transport_using_atp_32(X))
& fn_phosphorylation_5(fn_active_transport_using_atp_91(X)) = fn_biomembrane_54(fn_active_transport_using_atp_32(X))
& fn_biomembrane_54(fn_active_transport_using_atp_32(X)) = fn_phosphorylation_5(fn_active_transport_using_atp_91(X))
& fn_phosphorylation_5(fn_active_transport_using_atp_91(X)) = fn_phosphorylation_5(fn_active_transport_using_atp_91(X))
& fn_phosphorylation_5(fn_active_transport_using_atp_91(X)) = fn_active_transport_26(X)
& fn_active_transport_26(X) = fn_biomembrane_52(fn_active_transport_using_atp_32(X))
& fn_transport_protein_34(fn_active_transport_using_atp_78(X)) = fn_biomembrane_52(fn_active_transport_using_atp_32(X))
& fn_biomembrane_52(fn_active_transport_using_atp_32(X)) = fn_transport_protein_34(fn_active_transport_using_atp_48(X))
& fn_active_transport_22(X) = fn_transport_protein_34(fn_active_transport_using_atp_48(X))
& fn_transport_protein_34(fn_active_transport_using_atp_78(X)) = fn_transport_protein_34(fn_active_transport_using_atp_48(X))
& fn_transport_protein_34(fn_active_transport_using_atp_48(X)) = fn_transport_protein_34(fn_active_transport_using_atp_78(X))
& fn_transport_protein_34(fn_active_transport_using_atp_78(X)) = fn_active_transport_22(X)
& fn_active_transport_22(X) = fn_active_transport_22(X)
& fn_active_transport_22(X) = fn_carrier_protein_4(fn_active_transport_using_atp_48(X))
& fn_carrier_protein_4(fn_active_transport_using_atp_78(X)) = fn_carrier_protein_4(fn_active_transport_using_atp_48(X))
& fn_carrier_protein_4(fn_active_transport_using_atp_48(X)) = fn_carrier_protein_4(fn_active_transport_using_atp_78(X))
& fn_carrier_protein_4(fn_active_transport_using_atp_78(X)) = fn_biomembrane_100(fn_active_transport_using_atp_32(X))
& fn_biomembrane_100(fn_active_transport_using_atp_32(X)) = fn_biomembrane_102(fn_active_transport_using_atp_32(X))
& fn_biomembrane_102(fn_active_transport_using_atp_32(X)) = fn_biomembrane_100(fn_active_transport_using_atp_32(X))
& fn_biomembrane_100(fn_active_transport_using_atp_32(X)) = fn_biomembrane_100(fn_active_transport_using_atp_32(X))
& fn_biomembrane_101(fn_active_transport_using_atp_32(X)) = fn_biomembrane_100(fn_active_transport_using_atp_32(X))
& fn_biomembrane_100(fn_active_transport_using_atp_32(X)) = fn_biomembrane_101(fn_active_transport_using_atp_32(X))
& fn_biomembrane_101(fn_active_transport_using_atp_32(X)) = fn_biomembrane_101(fn_active_transport_using_atp_32(X))
& fn_transport_protein_31(fn_active_transport_using_atp_48(X)) = fn_biomembrane_101(fn_active_transport_using_atp_32(X))
& fn_biomembrane_101(fn_active_transport_using_atp_32(X)) = fn_transport_protein_31(fn_active_transport_using_atp_48(X))
& fn_transport_protein_31(fn_active_transport_using_atp_48(X)) = fn_transport_protein_31(fn_active_transport_using_atp_78(X))
& fn_transport_protein_31(fn_active_transport_using_atp_78(X)) = fn_transport_protein_31(fn_active_transport_using_atp_48(X))
& fn_transport_protein_31(fn_active_transport_using_atp_48(X)) = fn_carrier_protein_17(fn_active_transport_using_atp_78(X))
& fn_carrier_protein_17(fn_active_transport_using_atp_78(X)) = fn_carrier_protein_17(fn_active_transport_using_atp_78(X))
& fn_carrier_protein_17(fn_active_transport_using_atp_78(X)) = fn_carrier_protein_17(fn_active_transport_using_atp_48(X))
& fn_carrier_protein_17(fn_active_transport_using_atp_48(X)) = fn_carrier_protein_17(fn_active_transport_using_atp_78(X))
& fn_carrier_protein_17(fn_active_transport_using_atp_78(X)) = fn_transport_protein_31(fn_active_transport_using_atp_48(X))
& fn_transport_protein_31(fn_active_transport_using_atp_48(X)) = fn_carrier_protein_17(fn_active_transport_using_atp_48(X))
& fn_carrier_protein_17(fn_active_transport_using_atp_48(X)) = fn_transport_protein_31(fn_active_transport_using_atp_78(X))
& fn_transport_protein_31(fn_active_transport_using_atp_78(X)) = fn_carrier_protein_17(fn_active_transport_using_atp_78(X))
& fn_carrier_protein_17(fn_active_transport_using_atp_78(X)) = fn_integral_protein_24(fn_active_transport_using_atp_48(X))
& fn_integral_protein_24(fn_active_transport_using_atp_48(X)) = fn_transport_protein_35(fn_active_transport_using_atp_48(X))
& fn_transport_protein_35(fn_active_transport_using_atp_78(X)) = fn_integral_protein_24(fn_active_transport_using_atp_48(X))
& fn_integral_protein_24(fn_active_transport_using_atp_48(X)) = fn_integral_protein_24(fn_active_transport_using_atp_78(X))
& fn_integral_protein_24(fn_active_transport_using_atp_78(X)) = fn_integral_protein_24(fn_active_transport_using_atp_78(X))
& fn_integral_protein_24(fn_active_transport_using_atp_78(X)) = fn_transport_protein_35(fn_active_transport_using_atp_78(X))
& fn_active_transport_18(X) = fn_transport_protein_35(fn_active_transport_using_atp_48(X))
& fn_transport_protein_35(fn_active_transport_using_atp_48(X)) = fn_transport_protein_35(fn_active_transport_using_atp_48(X))
& fn_transport_protein_35(fn_active_transport_using_atp_78(X)) = fn_transport_protein_35(fn_active_transport_using_atp_78(X))
& fn_transport_protein_35(fn_active_transport_using_atp_78(X)) = fn_transport_protein_35(fn_active_transport_using_atp_48(X))
& fn_transport_protein_35(fn_active_transport_using_atp_48(X)) = fn_transport_protein_35(fn_active_transport_using_atp_78(X))
& fn_transport_protein_35(fn_active_transport_using_atp_78(X)) = fn_active_transport_18(X)
& fn_active_transport_18(X) = fn_carrier_protein_18(fn_active_transport_using_atp_48(X))
& fn_carrier_protein_18(fn_active_transport_using_atp_48(X)) = fn_carrier_protein_18(fn_active_transport_using_atp_48(X))
& fn_carrier_protein_18(fn_active_transport_using_atp_78(X)) = fn_carrier_protein_18(fn_active_transport_using_atp_48(X))
& fn_carrier_protein_18(fn_active_transport_using_atp_48(X)) = fn_carrier_protein_18(fn_active_transport_using_atp_78(X))
& fn_carrier_protein_18(fn_active_transport_using_atp_78(X)) = fn_carrier_protein_18(fn_active_transport_using_atp_78(X))
& fn_carrier_protein_18(fn_active_transport_using_atp_78(X)) = fn_detach_2(fn_active_transport_using_atp_44(X))
& fn_detach_2(fn_active_transport_using_atp_44(X)) = fn_functional_group_1(fn_active_transport_using_atp_81(X))
& fn_functional_group_1(fn_active_transport_using_atp_81(X)) = fn_functional_group_1(fn_active_transport_using_atp_81(X))
& fn_functional_group_1(fn_active_transport_using_atp_81(X)) = fn_phosphorylation_2(fn_active_transport_using_atp_91(X))
& fn_phosphorylation_2(fn_active_transport_using_atp_91(X)) = fn_phosphorylation_2(fn_active_transport_using_atp_91(X))
& fn_phosphorylation_2(fn_active_transport_using_atp_91(X)) = fn_ribonucleotide_10(fn_active_transport_using_atp_45(X))
& fn_ribonucleotide_10(fn_active_transport_using_atp_45(X)) = fn_atp_50(fn_active_transport_using_atp_45(X))
& fn_atp_50(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_31(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_31(fn_active_transport_using_atp_45(X)) = fn_atp_69(fn_active_transport_using_atp_45(X))
& fn_atp_69(fn_active_transport_using_atp_45(X)) = fn_atp_69(fn_active_transport_using_atp_45(X))
& fn_atp_69(fn_active_transport_using_atp_45(X)) = fn_atp_34(fn_active_transport_using_atp_45(X))
& fn_atp_34(fn_active_transport_using_atp_45(X)) = fn_atp_32(fn_active_transport_using_atp_45(X))
& fn_atp_32(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_27(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_27(fn_active_transport_using_atp_45(X)) = fn_atp_33(fn_active_transport_using_atp_45(X))
& fn_atp_32(fn_active_transport_using_atp_45(X)) = fn_atp_34(fn_active_transport_using_atp_45(X))
& fn_atp_34(fn_active_transport_using_atp_45(X)) = fn_atp_34(fn_active_transport_using_atp_45(X))
& fn_atp_34(fn_active_transport_using_atp_45(X)) = fn_5_prime_carbon_1(fn_active_transport_using_atp_65(X))
& fn_5_prime_carbon_1(fn_active_transport_using_atp_65(X)) = fn_atp_25(fn_active_transport_using_atp_45(X))
& fn_atp_25(fn_active_transport_using_atp_45(X)) = fn_atp_25(fn_active_transport_using_atp_45(X))
& fn_atp_25(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_27(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_27(fn_active_transport_using_atp_45(X)) = fn_ribonucleotide_14(fn_active_transport_using_atp_45(X))
& fn_ribonucleotide_14(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_27(fn_active_transport_using_atp_45(X))
& fn_atp_34(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_27(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_27(fn_active_transport_using_atp_45(X)) = fn_atp_34(fn_active_transport_using_atp_45(X))
& fn_atp_34(fn_active_transport_using_atp_45(X)) = fn_atp_33(fn_active_transport_using_atp_45(X))
& fn_atp_33(fn_active_transport_using_atp_45(X)) = fn_atp_33(fn_active_transport_using_atp_45(X))
& fn_atp_33(fn_active_transport_using_atp_45(X)) = fn_atp_32(fn_active_transport_using_atp_45(X))
& fn_atp_32(fn_active_transport_using_atp_45(X)) = fn_atp_32(fn_active_transport_using_atp_45(X))
& fn_atp_32(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_32(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_32(fn_active_transport_using_atp_45(X)) = fn_ribonucleotide_8(fn_active_transport_using_atp_45(X))
& fn_ribonucleotide_8(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_32(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_32(fn_active_transport_using_atp_45(X)) = fn_atp_35(fn_active_transport_using_atp_45(X))
& fn_atp_35(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_32(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_32(fn_active_transport_using_atp_45(X)) = fn_atp_37(fn_active_transport_using_atp_45(X))
& fn_atp_37(fn_active_transport_using_atp_45(X)) = fn_atp_35(fn_active_transport_using_atp_45(X))
& fn_atp_35(fn_active_transport_using_atp_45(X)) = fn_atp_37(fn_active_transport_using_atp_45(X))
& fn_atp_37(fn_active_transport_using_atp_45(X)) = fn_atp_37(fn_active_transport_using_atp_45(X))
& fn_atp_37(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_35(fn_active_transport_using_atp_45(X))
& fn_atp_30(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_35(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_35(fn_active_transport_using_atp_45(X)) = fn_atp_30(fn_active_transport_using_atp_45(X))
& fn_atp_30(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_30(fn_active_transport_using_atp_45(X))
& fn_atp_31(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_30(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_30(fn_active_transport_using_atp_45(X)) = fn_atp_31(fn_active_transport_using_atp_45(X))
& fn_atp_31(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_31(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_31(fn_active_transport_using_atp_45(X)) = fn_ribonucleotide_7(fn_active_transport_using_atp_45(X))
& fn_ribonucleotide_7(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_31(fn_active_transport_using_atp_45(X))
& fn_atp_39(fn_active_transport_using_atp_45(X)) = fn_atp_39(fn_active_transport_using_atp_45(X))
& fn_atp_39(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_31(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_31(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_31(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_31(fn_active_transport_using_atp_45(X)) = fn_atp_39(fn_active_transport_using_atp_45(X))
& fn_atp_39(fn_active_transport_using_atp_45(X)) = fn_covalent_bond_20(fn_active_transport_using_atp_15(X))
& fn_ribonucleotide_8(fn_active_transport_using_atp_45(X)) = fn_covalent_bond_20(fn_active_transport_using_atp_15(X))
& fn_covalent_bond_20(fn_active_transport_using_atp_15(X)) = fn_ribonucleotide_8(fn_active_transport_using_atp_45(X))
& fn_ribonucleotide_16(fn_active_transport_using_atp_45(X)) = fn_ribonucleotide_8(fn_active_transport_using_atp_45(X))
& fn_ribonucleotide_8(fn_active_transport_using_atp_45(X)) = fn_ribonucleotide_8(fn_active_transport_using_atp_45(X))
& fn_ribonucleotide_8(fn_active_transport_using_atp_45(X)) = fn_ribonucleotide_16(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_32(fn_active_transport_using_atp_45(X)) = fn_ribonucleotide_16(fn_active_transport_using_atp_45(X))
& fn_ribonucleotide_16(fn_active_transport_using_atp_45(X)) = fn_ribonucleotide_16(fn_active_transport_using_atp_45(X))
& fn_ribonucleotide_16(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_32(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_32(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_32(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_29(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_32(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_32(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_29(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_29(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_29(fn_active_transport_using_atp_45(X))
& fn_atp_35(fn_active_transport_using_atp_45(X)) = fn_atp_35(fn_active_transport_using_atp_45(X))
& fn_atp_35(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_29(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_29(fn_active_transport_using_atp_45(X)) = fn_atp_35(fn_active_transport_using_atp_45(X))
& fn_atp_35(fn_active_transport_using_atp_45(X)) = fn_covalent_bond_20(fn_active_transport_using_atp_75(X))
& fn_covalent_bond_20(fn_active_transport_using_atp_75(X)) = fn_covalent_bond_19(fn_active_transport_using_atp_75(X))
& fn_covalent_bond_19(fn_active_transport_using_atp_15(X)) = fn_covalent_bond_19(fn_active_transport_using_atp_15(X))
& fn_covalent_bond_19(fn_active_transport_using_atp_15(X)) = fn_covalent_bond_19(fn_active_transport_using_atp_75(X))
& fn_covalent_bond_19(fn_active_transport_using_atp_75(X)) = fn_covalent_bond_19(fn_active_transport_using_atp_15(X))
& fn_ribonucleotide_17(fn_active_transport_using_atp_45(X)) = fn_covalent_bond_19(fn_active_transport_using_atp_15(X))
& fn_covalent_bond_19(fn_active_transport_using_atp_15(X)) = fn_ribonucleotide_17(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_33(fn_active_transport_using_atp_45(X)) = fn_ribonucleotide_17(fn_active_transport_using_atp_45(X))
& fn_ribonucleotide_17(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_33(fn_active_transport_using_atp_45(X))
& fn_atp_36(fn_active_transport_using_atp_45(X)) = fn_atp_36(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_33(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_33(fn_active_transport_using_atp_45(X))
& fn_atp_36(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_33(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_33(fn_active_transport_using_atp_45(X)) = fn_atp_36(fn_active_transport_using_atp_45(X))
& fn_atp_36(fn_active_transport_using_atp_45(X)) = fn_cellular_work_16(X)
& fn_ribonucleotide_13(fn_active_transport_using_atp_45(X)) = fn_cellular_work_16(X)
& fn_cellular_work_16(X) = fn_ribonucleotide_13(fn_active_transport_using_atp_45(X))
& fn_ribonucleotide_13(fn_active_transport_using_atp_45(X)) = fn_ribonucleotide_13(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_28(fn_active_transport_using_atp_45(X)) = fn_ribonucleotide_13(fn_active_transport_using_atp_45(X))
& fn_ribonucleotide_13(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_28(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_28(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_28(fn_active_transport_using_atp_45(X))
& fn_atp_29(fn_active_transport_using_atp_45(X)) = fn_nucleoside_triphosphate_28(fn_active_transport_using_atp_45(X))
& fn_nucleoside_triphosphate_28(fn_active_transport_using_atp_45(X)) = fn_atp_29(fn_active_transport_using_atp_45(X))
& fn_atp_29(fn_active_transport_using_atp_45(X)) = fn_remove_2(fn_active_transport_using_atp_67(X))
& fn_remove_2(fn_active_transport_using_atp_67(X)) = fn_phosphorylation_1(fn_active_transport_using_atp_91(X))
& fn_phosphorylation_1(fn_active_transport_using_atp_91(X)) = fn_phosphorylation_1(fn_active_transport_using_atp_91(X))
& fn_phosphorylation_1(fn_active_transport_using_atp_91(X)) = fn_cellular_work_10(X)
& fn_cellular_work_10(X) = fn_cellular_work_10(X) ) ) ).
fof(a527275,axiom,
! [X] :
( activity_1(X)
=> ( original_name_2(X,'Activity')
& description_2(X,'a collection of related events, often to achieve a goal or produce a result, but less structured than a step-by-step process')
& concept2words_2(X,activity)
& concept2words_2(X,act)
& concept2words_2(X,'human action')
& concept2words_2(X,human_action)
& concept2words_2(X,'human activity')
& concept2words_2(X,human_activity)
& event_1(X) ) ) ).
fof(a527276,axiom,
! [X] :
( adaptation_1(X)
=> ( original_name_2(X,'Adaptation')
& user_description_2(X,'Inherited characteristic of an organism that enhances its survival and reproduction in specific environments.')
& concept2words_2(X,adapt)
& concept2words_2(X,adaptation)
& evolutionary_process_1(X)
& ~ adaptive_radiation_1(X)
& ~ allopatric_speciation_1(X)
& ~ bottleneck_effect_1(X)
& ~ character_displacement_1(X)
& ~ cladogenesis_1(X)
& ~ convergent_evolution_1(X)
& ~ endosymbiosis_1(X)
& ~ gene_flow_1(X)
& ~ genetic_drift_1(X)
& ~ heterochrony_1(X)
& ~ homology_1(X)
& ~ mechanical_isolation_1(X)
& ~ natural_selection_1(X)
& ~ paedomorphosis_1(X)
& ~ punctuated_equilibria_1(X)
& ~ reproductive_isolation_1(X)
& ~ selection_force_1(X)
& ~ speciation_1(X) ) ) ).
fof(a527277,axiom,
! [X] :
( adaptive_immunity_1(X)
=> ( original_name_2(X,'Adaptive-Immunity')
& user_description_2(X,'A vertebrate-specific defense that is mediated by B lymphocytes (B Cells) and T lymphocytes (T cells). It exhibits specificity, memory, andself-nonself recognition.')
& concept2words_2(X,'specific immunity')
& concept2words_2(X,'specific-immunity')
& concept2words_2(X,'acquired immunity')
& concept2words_2(X,'acquired-immunity')
& concept2words_2(X,'perform adaptive immunity')
& concept2words_2(X,'adaptive immunity')
& concept2words_2(X,'adaptive-immunity')
& immune_response_1(X) ) ) ).
fof(a527278,axiom,
! [X] :
( adaptive_management_1(X)
=> ( original_name_2(X,'Adaptive-Management')
& user_description_2(X,'The use of experimentation to try different types of ecological management to see which works best.')
& concept2words_2(X,'perform adaptive management')
& concept2words_2(X,'adaptive management')
& concept2words_2(X,'adaptive-management')
& bioremediation_1(X)
& ~ phytoremediation_1(X) ) ) ).
fof(a527279,axiom,
! [X] :
( adaptive_radiation_1(X)
=> ( original_name_2(X,'Adaptive-Radiation')
& user_description_2(X,'The evolution of morphological and ecological diversity within a clade in response to the opening of new ecological niches. Often results in speciation.')
& concept2words_2(X,'adaptive radiation')
& concept2words_2(X,'adaptive-radiation')
& evolutionary_process_1(X)
& ~ adaptation_1(X)
& ~ allopatric_speciation_1(X)
& ~ bottleneck_effect_1(X)
& ~ cephalization_1(X)
& ~ character_displacement_1(X)
& ~ cladogenesis_1(X)
& ~ convergent_evolution_1(X)
& ~ endosymbiosis_1(X)
& ~ gene_flow_1(X)
& ~ genetic_drift_1(X)
& ~ heterochrony_1(X)
& ~ homology_1(X)
& ~ mechanical_isolation_1(X)
& ~ mimicry_1(X)
& ~ natural_selection_1(X)
& ~ paedomorphosis_1(X)
& ~ punctuated_equilibria_1(X)
& ~ reproductive_isolation_1(X)
& ~ selection_force_1(X)
& ~ speciation_1(X) ) ) ).
fof(a527280,axiom,
! [X] :
( add_1(X)
=> ( original_name_2(X,'Add')
& concept2words_2(X,add)
& concept2words_2(X,include)
& concept2words_2(X,join)
& action_1(X)
& spatial_entity_1(fn_add_1(X))
& spatial_entity_1(fn_add_2(X))
& base_2(X,fn_add_2(X))
& object_2(X,fn_add_1(X)) ) ) ).
fof(a527281,axiom,
! [X] :
( add_volumes_1(X)
=> ( original_name_2(X,'Add-Volumes')
& description_2(X,'a method to add the volumes of multiple volumes')
& concept2words_2(X,'add volume')
& concept2words_2(X,'add-volume')
& method_1(X) ) ) ).
fof(a527282,axiom,
! [X] :
( adenine_1(X)
=> ( original_name_2(X,'Adenine')
& user_description_2(X,'One of the five most common nitrogenous bases which make up nucleotide monomers of nucleic acids. Adenine is present in both DNA and RNA.')
& concept2words_2(X,adenine)
& purine_1(X)
& ~ guanine_1(X) ) ) ).
fof(a527283,axiom,
! [X,X1] :
( ( is_at_2(X,X1)
& nitrogenous_base_present_in_dna_1(X)
& adenine_1(X)
& dna_strand_1(X1) )
=> ( adenine_at_dna_strand_1(X)
& fn_adenine_at_dna_strand_2(X) = X1 ) ) ).
fof(a527284,axiom,
! [X] :
( adenine_at_dna_strand_1(X)
=> ( original_name_2(X,'Adenine-At-DNA-Strand')
& user_description_2(X,'Adenine (A, Ade) is a nucleobase (a purine derivative) which is present at DNA.')
& concept2words_2(X,'adenine at dna strand')
& concept2words_2(X,'adenine-at-dna-strand')
& adenine_1(X)
& nitrogenous_base_present_in_dna_1(X)
& ~ adenine_at_rna_strand_1(X)
& ~ cytosine_at_dna_strand_1(X)
& ~ guanine_at_dna_strand_1(X)
& ~ thymine_1(X)
& dna_strand_1(fn_adenine_at_dna_strand_2(X))
& is_at_2(X,fn_adenine_at_dna_strand_2(X))
& fn_adenine_at_dna_strand_2(X) = fn_nitrogenous_base_present_in_dna_2(X) ) ) ).
fof(a527285,axiom,
! [X,X1,X2] :
( ( is_at_2(X,X1)
& is_opposite_2(X2,X1)
& dna_strand_1(X2)
& dna_strand_1(X1)
& adenine_at_dna_strand_1(X) )
=> ( adenine_at_dna_strand_opposite_to_dna_strand_1(X)
& fn_adenine_at_dna_strand_opposite_to_dna_strand_3(X) = X2
& fn_adenine_at_dna_strand_opposite_to_dna_strand_2(X) = X1 ) ) ).
fof(a527286,axiom,
! [X] :
( adenine_at_dna_strand_opposite_to_dna_strand_1(X)
=> ( original_name_2(X,'Adenine-At-DNA-Strand-Opposite-To-DNA-Strand')
& user_description_2(X,'Adenine is a nitrogenous base which is present at DNA strand and is present opposite to other DNA strand having thymine.')
& concept2words_2(X,'adenine at dna strand opposite to dna strand')
& concept2words_2(X,'adenine-at-dna-strand-opposite-to-dna-strand')
& adenine_at_dna_strand_1(X)
& ~ adenine_at_dna_strand_opposite_to_rna_strand_1(X)
& dna_strand_1(fn_adenine_at_dna_strand_opposite_to_dna_strand_2(X))
& dna_strand_1(fn_adenine_at_dna_strand_opposite_to_dna_strand_3(X))
& thymine_at_dna_strand_opposite_to_dna_strand_1(fn_adenine_at_dna_strand_opposite_to_dna_strand_4(X))
& dna_strand_1(fn_nitrogenous_base_present_in_dna_2(fn_adenine_at_dna_strand_opposite_to_dna_strand_4(X)))
& complement_2(fn_adenine_at_dna_strand_opposite_to_dna_strand_2(X),fn_adenine_at_dna_strand_opposite_to_dna_strand_3(X))
& is_opposite_2(fn_adenine_at_dna_strand_opposite_to_dna_strand_2(X),fn_adenine_at_dna_strand_opposite_to_dna_strand_3(X))
& complement_2(X,fn_adenine_at_dna_strand_opposite_to_dna_strand_4(X))
& complement_2(fn_adenine_at_dna_strand_opposite_to_dna_strand_3(X),fn_adenine_at_dna_strand_opposite_to_dna_strand_2(X))
& is_opposite_2(fn_adenine_at_dna_strand_opposite_to_dna_strand_3(X),fn_adenine_at_dna_strand_opposite_to_dna_strand_2(X))
& complement_2(fn_adenine_at_dna_strand_opposite_to_dna_strand_4(X),X)
& is_at_2(X,fn_adenine_at_dna_strand_opposite_to_dna_strand_2(X))
& is_at_2(fn_adenine_at_dna_strand_opposite_to_dna_strand_4(X),fn_adenine_at_dna_strand_opposite_to_dna_strand_3(X))
& fn_adenine_at_dna_strand_opposite_to_dna_strand_2(X) = fn_adenine_at_dna_strand_2(X)
& fn_adenine_at_dna_strand_opposite_to_dna_strand_3(X) = fn_nitrogenous_base_present_in_dna_2(fn_adenine_at_dna_strand_opposite_to_dna_strand_4(X)) ) ) ).
fof(a527287,axiom,
! [X,X1,X2] :
( ( is_at_2(X,X1)
& is_opposite_2(X1,X2)
& adenine_at_dna_strand_1(X)
& dna_strand_1(X1)
& rna_strand_1(X2) )
=> ( adenine_at_dna_strand_opposite_to_rna_strand_1(X)
& fn_adenine_at_dna_strand_opposite_to_rna_strand_3(X) = X2
& fn_adenine_at_dna_strand_opposite_to_rna_strand_5(X) = X1 ) ) ).
fof(a527288,axiom,
! [X,X1] :
( ( complement_2(X,X1)
& adenine_at_dna_strand_1(X)
& uracil_at_rna_strand_opposite_to_dna_strand_1(X1) )
=> ( adenine_at_dna_strand_opposite_to_rna_strand_1(X)
& fn_adenine_at_dna_strand_opposite_to_rna_strand_4(X) = X1 ) ) ).
fof(a527289,axiom,
! [X] :
( adenine_at_dna_strand_opposite_to_rna_strand_1(X)
=> ( original_name_2(X,'Adenine-At-DNA-Strand-Opposite-To-RNA-Strand')
& user_description_2(X,'Adenine is a nitrogenous base which is present at DNA strand and is present opposite to RNA strand having Uracil.')
& concept2words_2(X,'adenine at dna strand opposite to rna strand')
& concept2words_2(X,'adenine-at-dna-strand-opposite-to-rna-strand')
& adenine_at_dna_strand_1(X)
& ~ adenine_at_dna_strand_opposite_to_dna_strand_1(X)
& rna_strand_1(fn_adenine_at_dna_strand_opposite_to_rna_strand_3(X))
& uracil_at_rna_strand_opposite_to_dna_strand_1(fn_adenine_at_dna_strand_opposite_to_rna_strand_4(X))
& dna_strand_1(fn_adenine_at_dna_strand_opposite_to_rna_strand_5(X))
& rna_strand_1(fn_nitrogenous_base_present_in_rna_2(fn_adenine_at_dna_strand_opposite_to_rna_strand_4(X)))
& is_opposite_2(fn_adenine_at_dna_strand_opposite_to_rna_strand_3(X),fn_adenine_at_dna_strand_opposite_to_rna_strand_5(X))
& complement_2(fn_adenine_at_dna_strand_opposite_to_rna_strand_3(X),fn_adenine_at_dna_strand_opposite_to_rna_strand_5(X))
& complement_2(X,fn_adenine_at_dna_strand_opposite_to_rna_strand_4(X))
& complement_2(fn_adenine_at_dna_strand_opposite_to_rna_strand_4(X),X)
& is_opposite_2(fn_adenine_at_dna_strand_opposite_to_rna_strand_5(X),fn_adenine_at_dna_strand_opposite_to_rna_strand_3(X))
& complement_2(fn_adenine_at_dna_strand_opposite_to_rna_strand_5(X),fn_adenine_at_dna_strand_opposite_to_rna_strand_3(X))
& is_at_2(X,fn_adenine_at_dna_strand_opposite_to_rna_strand_5(X))
& is_at_2(fn_adenine_at_dna_strand_opposite_to_rna_strand_4(X),fn_adenine_at_dna_strand_opposite_to_rna_strand_3(X))
& fn_adenine_at_dna_strand_opposite_to_rna_strand_5(X) = fn_adenine_at_dna_strand_2(X)
& fn_adenine_at_dna_strand_opposite_to_rna_strand_3(X) = fn_nitrogenous_base_present_in_rna_2(fn_adenine_at_dna_strand_opposite_to_rna_strand_4(X)) ) ) ).
fof(a527290,axiom,
! [X,X1] :
( ( is_at_2(X,X1)
& nitrogenous_base_present_in_rna_1(X)
& adenine_1(X)
& rna_strand_1(X1) )
=> ( adenine_at_rna_strand_1(X)
& fn_adenine_at_rna_strand_2(X) = X1 ) ) ).
fof(a527291,axiom,
! [X] :
( adenine_at_rna_strand_1(X)
=> ( original_name_2(X,'Adenine-At-RNA-Strand')
& user_description_2(X,'Adenine (A, Ade) is a nucleobase (a purine derivative) which is present at RNA.')
& concept2words_2(X,'adenine at rna strand')
& concept2words_2(X,'adenine-at-rna-strand')
& adenine_1(X)
& nitrogenous_base_present_in_rna_1(X)
& ~ adenine_at_dna_strand_1(X)
& ~ cytosine_at_rna_strand_1(X)
& ~ guanine_at_rna_strand_1(X)
& ~ uracil_at_rna_strand_opposite_to_dna_strand_1(X)
& ~ uracil_at_rna_strand_opposite_to_rna_strand_1(X)
& rna_strand_1(fn_adenine_at_rna_strand_2(X))
& is_at_2(X,fn_adenine_at_rna_strand_2(X))
& fn_adenine_at_rna_strand_2(X) = fn_nitrogenous_base_present_in_rna_2(X) ) ) ).
fof(a527292,axiom,
! [X,X1,X2] :
( ( is_at_2(X,X1)
& is_opposite_2(X2,X1)
& dna_strand_1(X2)
& rna_strand_1(X1)
& adenine_at_rna_strand_1(X) )
=> ( adenine_at_rna_strand_opposite_to_dna_strand_1(X)
& fn_adenine_at_rna_strand_opposite_to_dna_strand_2(X) = X2
& fn_adenine_at_rna_strand_opposite_to_dna_strand_4(X) = X1 ) ) ).
fof(a527293,axiom,
! [X] :
( adenine_at_rna_strand_opposite_to_dna_strand_1(X)
=> ( original_name_2(X,'Adenine-At-RNA-Strand-Opposite-To-DNA-Strand')
& user_description_2(X,'Adenine is a nitrogenous base which is present at RNA strand and is present opposite to other DNA strand having thymine.')
& concept2words_2(X,'adenine at rna strand opposite to dna strand')
& concept2words_2(X,'adenine-at-rna-strand-opposite-to-dna-strand')
& adenine_at_rna_strand_1(X)
& ~ adenine_at_rna_strand_opposite_to_rna_strand_1(X)
& dna_strand_1(fn_adenine_at_rna_strand_opposite_to_dna_strand_2(X))
& thymine_at_dna_strand_opposite_to_rna_strand_1(fn_adenine_at_rna_strand_opposite_to_dna_strand_3(X))
& rna_strand_1(fn_adenine_at_rna_strand_opposite_to_dna_strand_4(X))
& dna_strand_1(fn_nitrogenous_base_present_in_dna_2(fn_adenine_at_rna_strand_opposite_to_dna_strand_3(X)))
& adenine_at_rna_strand_opposite_to_dna_strand_1(fn_thymine_at_dna_strand_opposite_to_rna_strand_1(fn_adenine_at_rna_strand_opposite_to_dna_strand_3(X)))
& is_opposite_2(fn_adenine_at_rna_strand_opposite_to_dna_strand_2(X),fn_adenine_at_rna_strand_opposite_to_dna_strand_4(X))
& complement_2(fn_adenine_at_rna_strand_opposite_to_dna_strand_2(X),fn_adenine_at_rna_strand_opposite_to_dna_strand_4(X))
& is_opposite_2(fn_adenine_at_rna_strand_opposite_to_dna_strand_4(X),fn_adenine_at_rna_strand_opposite_to_dna_strand_2(X))
& complement_2(fn_adenine_at_rna_strand_opposite_to_dna_strand_4(X),fn_adenine_at_rna_strand_opposite_to_dna_strand_2(X))
& is_at_2(fn_adenine_at_rna_strand_opposite_to_dna_strand_3(X),fn_adenine_at_rna_strand_opposite_to_dna_strand_2(X))
& is_at_2(X,fn_adenine_at_rna_strand_opposite_to_dna_strand_4(X))
& complement_2(X,fn_adenine_at_rna_strand_opposite_to_dna_strand_3(X))
& complement_2(fn_adenine_at_rna_strand_opposite_to_dna_strand_3(X),X)
& fn_adenine_at_rna_strand_opposite_to_dna_strand_2(X) = fn_nitrogenous_base_present_in_dna_2(fn_adenine_at_rna_strand_opposite_to_dna_strand_3(X))
& fn_adenine_at_rna_strand_opposite_to_dna_strand_4(X) = fn_adenine_at_rna_strand_2(X)
& X = fn_thymine_at_dna_strand_opposite_to_rna_strand_1(fn_adenine_at_rna_strand_opposite_to_dna_strand_3(X))
& fn_thymine_at_dna_strand_opposite_to_rna_strand_1(fn_adenine_at_rna_strand_opposite_to_dna_strand_3(X)) = fn_thymine_at_dna_strand_opposite_to_rna_strand_1(fn_adenine_at_rna_strand_opposite_to_dna_strand_3(X)) ) ) ).
fof(a527294,axiom,
! [X,X1,X2] :
( ( is_at_2(X,X1)
& is_opposite_2(X1,X2)
& adenine_at_rna_strand_1(X)
& rna_strand_1(X1)
& rna_strand_1(X2) )
=> ( adenine_at_rna_strand_opposite_to_rna_strand_1(X)
& fn_adenine_at_rna_strand_opposite_to_rna_strand_2(X) = X2
& fn_adenine_at_rna_strand_opposite_to_rna_strand_4(X) = X1 ) ) ).
fof(a527295,axiom,
! [X] :
( adenine_at_rna_strand_opposite_to_rna_strand_1(X)
=> ( original_name_2(X,'Adenine-At-RNA-Strand-Opposite-To-RNA-Strand')
& user_description_2(X,'Adenine is a nitrogenous base which is present at RNA strand and is present opposite to other RNA strand having Uracil.')
& concept2words_2(X,'adenine at rna strand opposite to rna strand')
& concept2words_2(X,'adenine-at-rna-strand-opposite-to-rna-strand')
& adenine_at_rna_strand_1(X)
& ~ adenine_at_rna_strand_opposite_to_dna_strand_1(X)
& rna_strand_1(fn_adenine_at_rna_strand_opposite_to_rna_strand_2(X))
& uracil_at_rna_strand_opposite_to_rna_strand_1(fn_adenine_at_rna_strand_opposite_to_rna_strand_3(X))
& rna_strand_1(fn_adenine_at_rna_strand_opposite_to_rna_strand_4(X))
& rna_strand_1(fn_nitrogenous_base_present_in_rna_2(fn_adenine_at_rna_strand_opposite_to_rna_strand_3(X)))
& is_opposite_2(fn_adenine_at_rna_strand_opposite_to_rna_strand_2(X),fn_adenine_at_rna_strand_opposite_to_rna_strand_4(X))
& complement_2(fn_adenine_at_rna_strand_opposite_to_rna_strand_2(X),fn_adenine_at_rna_strand_opposite_to_rna_strand_4(X))
& complement_2(X,fn_adenine_at_rna_strand_opposite_to_rna_strand_3(X))
& complement_2(fn_adenine_at_rna_strand_opposite_to_rna_strand_3(X),X)
& is_opposite_2(fn_adenine_at_rna_strand_opposite_to_rna_strand_4(X),fn_adenine_at_rna_strand_opposite_to_rna_strand_2(X))
& complement_2(fn_adenine_at_rna_strand_opposite_to_rna_strand_4(X),fn_adenine_at_rna_strand_opposite_to_rna_strand_2(X))
& is_at_2(X,fn_adenine_at_rna_strand_opposite_to_rna_strand_4(X))
& is_at_2(fn_adenine_at_rna_strand_opposite_to_rna_strand_3(X),fn_adenine_at_rna_strand_opposite_to_rna_strand_2(X))
& fn_adenine_at_rna_strand_opposite_to_rna_strand_4(X) = fn_adenine_at_rna_strand_2(X)
& fn_adenine_at_rna_strand_opposite_to_rna_strand_2(X) = fn_nitrogenous_base_present_in_rna_2(fn_adenine_at_rna_strand_opposite_to_rna_strand_3(X)) ) ) ).
fof(a527296,axiom,
! [X] :
( adenosine_1(X)
=> ( original_name_2(X,'Adenosine')
& user_description_2(X,'Nucleoside formed by the binding of adenine and ribose.')
& concept2words_2(X,adenosine)
& nucleoside_1(X)
& ribose_1(fn_adenosine_1(X))
& adenine_1(fn_adenosine_2(X))
& has_part_2(X,fn_adenosine_1(X))
& has_part_2(X,fn_adenosine_2(X))
& fn_adenosine_1(X) = fn_nucleoside_20(X)
& fn_adenosine_2(X) = fn_nucleoside_21(X) ) ) ).
fof(a527297,axiom,
! [X] :
( adenovirus_1(X)
=> ( original_name_2(X,'Adenovirus')
& user_description_2(X,'A virus with a poyhedral capsule with a glycoprotein at each vertex.')
& concept2words_2(X,adenovirus)
& dna_virus_1(X)
& tumor_virus_1(X)
& animal_virus_1(X)
& ~ papovavirus_1(X)
& ~ hiv_1(X)
& ~ cowpox_virus_1(X)
& ~ hepatitis_b_virus_1(X)
& ~ herpesvirus_1(X) ) ) ).
fof(a527298,axiom,
! [X] :
( adenylyl_cyclase_1(X)
=> ( original_name_2(X,'Adenylyl-Cyclase')
& user_description_2(X,'An enzyme which catalyzes the conversion of ATP to cyclic AMP.')
& concept2words_2(X,'adenylyl cyclase')
& concept2words_2(X,'adenylyl-cyclase')
& membrane_protein_1(X)
& lyase_1(X)
& r_group_1(fn_adenylyl_cyclase_1(X))
& active_site_1(fn_adenylyl_cyclase_2(X))
& polypeptide_1(fn_adenylyl_cyclase_3(X))
& chemical_reaction_1(fn_adenylyl_cyclase_4(X))
& spatial_entity_1(fn_adenylyl_cyclase_5(X))
& chemical_entity_1(fn_adenylyl_cyclase_5(X))
& monomer_1(fn_adenylyl_cyclase_5(X))
& molecule_1(fn_adenylyl_cyclase_5(X))
& amino_acid_1(fn_adenylyl_cyclase_5(X))
& has_part_2(X,fn_adenylyl_cyclase_3(X))
& has_part_2(fn_adenylyl_cyclase_3(X),fn_adenylyl_cyclase_5(X))
& has_function_2(X,fn_adenylyl_cyclase_4(X))
& site_2(fn_adenylyl_cyclase_4(X),fn_adenylyl_cyclase_2(X))
& facilitates_2(fn_adenylyl_cyclase_2(X),fn_adenylyl_cyclase_4(X))
& has_region_2(X,fn_adenylyl_cyclase_2(X))
& is_inside_2(fn_adenylyl_cyclase_1(X),fn_adenylyl_cyclase_2(X))
& has_region_2(fn_adenylyl_cyclase_5(X),fn_adenylyl_cyclase_1(X))
& fn_adenylyl_cyclase_5(X) = fn_protein_14(X)
& fn_adenylyl_cyclase_3(X) = fn_protein_8(X)
& fn_adenylyl_cyclase_2(X) = fn_enzyme_2(X)
& fn_adenylyl_cyclase_4(X) = fn_enzyme_4(X)
& fn_adenylyl_cyclase_5(X) = fn_protein_enzyme_11(X)
& fn_adenylyl_cyclase_1(X) = fn_protein_enzyme_12(X)
& fn_adenylyl_cyclase_2(X) = fn_protein_enzyme_10(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_enzyme_10(X) ) ) ).
fof(a527299,axiom,
! [X] :
( adhesion_1(X)
=> ( original_name_2(X,'Adhesion')
& user_description_2(X,'The sticking together of two dissimilar molecules resulting from molecular interactions between them.')
& concept2words_2(X,adhere)
& concept2words_2(X,adhesion)
& attract_1(X)
& ~ cohesion_1(X)
& molecule_1(fn_adhesion_1(X))
& molecule_1(fn_adhesion_2(X))
& agent_2(X,fn_adhesion_2(X))
& object_2(X,fn_adhesion_1(X))
& fn_adhesion_2(X) = fn_attract_2(X)
& fn_adhesion_1(X) = fn_attract_1(X) ) ) ).
fof(a527300,axiom,
! [X] :
( adipose_cell_1(X)
=> ( original_name_2(X,'Adipose-Cell')
& user_description_2(X,'A cell that contains fat as a stored form of energy')
& concept2words_2(X,'adipose cell')
& concept2words_2(X,'adipose-cell')
& animal_cell_1(X)
& chromosome_arm_1(fn_adipose_cell_1(X))
& chromosome_arm_1(fn_adipose_cell_2(X))
& peroxisome_1(fn_adipose_cell_3(X))
& move_1(fn_adipose_cell_4(X))
& cellular_work_1(fn_adipose_cell_7(X))
& active_transport_1(fn_adipose_cell_7(X))
& active_movement_of_ions_1(fn_adipose_cell_7(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_adipose_cell_7(X))
& endoplasmic_reticulum_1(fn_adipose_cell_8(X))
& rough_endoplasmic_reticulum_1(fn_adipose_cell_8(X))
& smooth_endoplasmic_reticulum_1(fn_adipose_cell_9(X))
& support_1(fn_adipose_cell_10(X))
& surface_1(fn_adipose_cell_11(X))
& cell_pole_1(fn_adipose_cell_12(X))
& cell_pole_1(fn_adipose_cell_13(X))
& size_value_1(fn_adipose_cell_14(X))
& volume_value_1(fn_adipose_cell_15(X))
& create_1(fn_adipose_cell_16(X))
& produce_1(fn_adipose_cell_16(X))
& microtubule_1(fn_adipose_cell_17(X))
& protein_1(fn_adipose_cell_18(X))
& telomere_1(fn_adipose_cell_19(X))
& centromere_1(fn_adipose_cell_20(X))
& end_1(fn_adipose_cell_21(X))
& coil_1(fn_adipose_cell_22(X))
& eukaryotic_chromosome_1(fn_adipose_cell_23(X))
& chromosome_1(fn_adipose_cell_23(X))
& centrosome_1(fn_adipose_cell_24(X))
& golgi_apparatus_1(fn_adipose_cell_25(X))
& hydrophobic_core_1(fn_adipose_cell_26(X))
& consume_1(fn_adipose_cell_27(X))
& tangible_entity_1(fn_adipose_cell_28(X))
& tangible_entity_1(fn_adipose_cell_29(X))
& heat_1(fn_adipose_cell_30(X))
& eukaryotic_ribosome_1(fn_adipose_cell_31(X))
& tangible_entity_1(fn_adipose_cell_32(X))
& nucleus_1(fn_adipose_cell_32(X))
& semiautonomous_organelle_1(fn_adipose_cell_33(X))
& organelle_1(fn_adipose_cell_33(X))
& mitochondrion_1(fn_adipose_cell_33(X))
& eukaryotic_cellular_respiration_1(fn_adipose_cell_34(X))
& substance_1(fn_adipose_cell_35(X))
& cytosol_1(fn_adipose_cell_35(X))
& support_1(fn_adipose_cell_36(X))
& mixture_1(fn_adipose_cell_37(X))
& cytoplasm_1(fn_adipose_cell_37(X))
& outside_face_1(fn_adipose_cell_38(X))
& extracellular_side_1(fn_adipose_cell_38(X))
& surface_1(fn_adipose_cell_38(X))
& attach_1(fn_adipose_cell_39(X))
& tangible_entity_1(fn_adipose_cell_40(X))
& spatial_entity_1(fn_adipose_cell_40(X))
& biomembrane_1(fn_adipose_cell_40(X))
& animal_plasma_membrane_1(fn_adipose_cell_40(X))
& plasma_membrane_1(fn_adipose_cell_40(X))
& entity_1(fn_adipose_cell_41(X))
& fat_substance_1(fn_adipose_cell_41(X))
& store_1(fn_adipose_cell_42(X))
& fuel_1(fn_adipose_cell_43(X))
& tangible_entity_1(fn_adipose_cell_44(X))
& fat_1(fn_adipose_cell_44(X))
& spatial_entity_1(fn_adipose_cell_45(X))
& polymer_1(fn_adipose_cell_45(X))
& organic_molecule_1(fn_adipose_cell_45(X))
& tangible_entity_1(fn_adipose_cell_45(X))
& membrane_protein_1(fn_adipose_cell_45(X))
& protein_1(fn_adipose_cell_45(X))
& transmembrane_protein_1(fn_adipose_cell_46(X))
& tangible_entity_1(fn_adipose_cell_46(X))
& membrane_protein_1(fn_adipose_cell_46(X))
& protein_1(fn_adipose_cell_46(X))
& spatial_entity_1(fn_adipose_cell_46(X))
& polymer_1(fn_adipose_cell_46(X))
& integrin_1(fn_adipose_cell_46(X))
& tangible_entity_1(fn_adipose_cell_47(X))
& phospholipid_bilayer_1(fn_adipose_cell_47(X))
& protein_1(fn_adipose_cell_48(X))
& organic_molecule_1(fn_adipose_cell_48(X))
& polymer_1(fn_adipose_cell_48(X))
& spatial_entity_1(fn_adipose_cell_48(X))
& membrane_protein_1(fn_adipose_cell_48(X))
& tangible_entity_1(fn_adipose_cell_48(X))
& transmembrane_protein_1(fn_adipose_cell_48(X))
& integral_protein_1(fn_adipose_cell_48(X))
& transport_protein_1(fn_adipose_cell_48(X))
& sodium_potassium_pump_1(fn_adipose_cell_48(X))
& polymer_1(fn_adipose_cell_49(X))
& entity_1(fn_adipose_cell_49(X))
& dna_1(fn_adipose_cell_49(X))
& catabolic_pathway_1(fn_adipose_cell_50(X))
& metabolic_pathway_1(fn_adipose_cell_51(X))
& endergonic_process_1(fn_adipose_cell_51(X))
& chemical_reaction_1(fn_adipose_cell_51(X))
& synthesis_of_organic_molecule_1(fn_adipose_cell_51(X))
& anabolic_pathway_1(fn_adipose_cell_51(X))
& synthesis_of_atp_1(fn_adipose_cell_51(X))
& eukaryotic_oxidative_phosphorylation_1(fn_adipose_cell_52(X))
& electron_transport_chain_pathway_1(fn_adipose_cell_53(X))
& entity_1(fn_store_1(fn_adipose_cell_42(X)))
& centromere_1(fn_chromosome_6(fn_adipose_cell_23(X)))
& coil_1(fn_chromosome_8(fn_adipose_cell_23(X)))
& protein_1(fn_chromosome_3(fn_adipose_cell_23(X)))
& end_1(fn_telomere_1(fn_adipose_cell_19(X)))
& tangible_entity_1(fn_fuel_5(fn_adipose_cell_43(X)))
& heat_1(fn_fuel_6(fn_adipose_cell_43(X)))
& consume_1(fn_fuel_8(fn_adipose_cell_43(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_adipose_cell_9(X)))
& eukaryotic_ribosome_1(fn_smooth_endoplasmic_reticulum_11(fn_adipose_cell_9(X)))
& electron_transport_chain_pathway_1(fn_mitochondrion_159(fn_adipose_cell_33(X)))
& metabolic_pathway_1(fn_mitochondrion_52(fn_adipose_cell_33(X)))
& endergonic_process_1(fn_mitochondrion_52(fn_adipose_cell_33(X)))
& chemical_reaction_1(fn_mitochondrion_52(fn_adipose_cell_33(X)))
& synthesis_of_organic_molecule_1(fn_mitochondrion_52(fn_adipose_cell_33(X)))
& anabolic_pathway_1(fn_mitochondrion_52(fn_adipose_cell_33(X)))
& synthesis_of_atp_1(fn_mitochondrion_52(fn_adipose_cell_33(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_mitochondrion_55(fn_adipose_cell_33(X)))
& tangible_entity_1(fn_fuel_7(fn_adipose_cell_43(X)))
& fat_1(fn_fat_substance_1(fn_adipose_cell_41(X)))
& entity_1(fn_eukaryotic_chromosome_3(fn_adipose_cell_23(X)))
& dna_1(fn_eukaryotic_chromosome_3(fn_adipose_cell_23(X)))
& polymer_1(fn_eukaryotic_chromosome_3(fn_adipose_cell_23(X)))
& entity_1(fn_chromosome_4(fn_adipose_cell_23(X)))
& dna_1(fn_chromosome_4(fn_adipose_cell_23(X)))
& eukaryotic_chromosome_1(fn_telomere_3(fn_adipose_cell_19(X)))
& peroxisome_1(fn_smooth_endoplasmic_reticulum_12(fn_adipose_cell_9(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_adipose_cell_9(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_adipose_cell_9(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_adipose_cell_9(X)))
& cellular_work_1(fn_mitochondrion_160(fn_adipose_cell_33(X)))
& active_transport_1(fn_mitochondrion_160(fn_adipose_cell_33(X)))
& active_movement_of_ions_1(fn_mitochondrion_160(fn_adipose_cell_33(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_mitochondrion_160(fn_adipose_cell_33(X)))
& spatial_entity_1(fn_store_2(fn_adipose_cell_42(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_adipose_cell_9(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_adipose_cell_9(X)))
& eukaryotic_cell_1(fn_mitochondrion_51(fn_adipose_cell_33(X)))
& is_between_2(fn_adipose_cell_20(X),fn_adipose_cell_2(X))
& is_between_2(fn_adipose_cell_20(X),fn_adipose_cell_1(X))
& has_part_2(fn_adipose_cell_23(X),fn_adipose_cell_2(X))
& has_part_2(fn_adipose_cell_23(X),fn_adipose_cell_1(X))
& object_2(fn_adipose_cell_30(X),fn_adipose_cell_29(X))
& site_2(fn_adipose_cell_34(X),fn_adipose_cell_37(X))
& object_2(fn_adipose_cell_42(X),fn_adipose_cell_41(X))
& is_near_2(fn_adipose_cell_44(X),fn_adipose_cell_29(X))
& is_near_2(fn_adipose_cell_29(X),fn_adipose_cell_44(X))
& is_near_2(fn_adipose_cell_28(X),fn_adipose_cell_44(X))
& is_near_2(fn_adipose_cell_44(X),fn_adipose_cell_28(X))
& plays_2(fn_adipose_cell_44(X),fn_adipose_cell_43(X))
& object_2(fn_adipose_cell_27(X),fn_adipose_cell_44(X))
& base_2(fn_adipose_cell_42(X),X)
& has_part_2(fn_adipose_cell_41(X),fn_adipose_cell_44(X))
& has_region_2(fn_adipose_cell_23(X),fn_adipose_cell_20(X))
& has_part_2(fn_adipose_cell_23(X),fn_adipose_cell_18(X))
& agent_2(fn_adipose_cell_22(X),fn_adipose_cell_18(X))
& object_2(fn_adipose_cell_22(X),fn_adipose_cell_49(X))
& is_at_2(fn_adipose_cell_19(X),fn_adipose_cell_21(X))
& has_region_2(fn_adipose_cell_23(X),fn_adipose_cell_21(X))
& has_part_2(fn_adipose_cell_23(X),fn_adipose_cell_19(X))
& in_event_2(fn_adipose_cell_43(X),fn_adipose_cell_27(X))
& objective_2(fn_adipose_cell_27(X),fn_adipose_cell_30(X))
& base_2(fn_adipose_cell_30(X),fn_adipose_cell_28(X))
& is_inside_2(fn_adipose_cell_37(X),fn_adipose_cell_40(X))
& has_part_2(X,fn_adipose_cell_24(X))
& has_part_2(fn_adipose_cell_23(X),fn_adipose_cell_49(X))
& has_function_2(X,fn_adipose_cell_7(X))
& the_scalar_value_2(fn_adipose_cell_14(X),big_0)
& scalar_unit_class_2(fn_adipose_cell_14(X),prokaryote_0)
& has_region_2(X,fn_adipose_cell_13(X))
& volume_2(X,fn_adipose_cell_15(X))
& destination_2(fn_adipose_cell_4(X),fn_adipose_cell_33(X))
& called_2(fn_adipose_cell_48(X),'MP1')
& fn_adipose_cell_9(X) != fn_adipose_cell_8(X)
& fn_adipose_cell_8(X) != fn_adipose_cell_9(X)
& has_part_2(fn_adipose_cell_40(X),fn_adipose_cell_46(X))
& called_2(fn_adipose_cell_46(X),'MP1')
& causes_2(fn_adipose_cell_4(X),fn_adipose_cell_50(X))
& origin_2(fn_adipose_cell_4(X),fn_adipose_cell_3(X))
& has_part_2(fn_adipose_cell_40(X),fn_adipose_cell_45(X))
& called_2(fn_adipose_cell_45(X),'MP1')
& agent_2(fn_adipose_cell_36(X),fn_adipose_cell_40(X))
& object_2(fn_adipose_cell_36(X),X)
& size_2(X,fn_adipose_cell_14(X))
& directly_proportional_2(fn_adipose_cell_14(X),fn_adipose_cell_15(X))
& is_at_2(fn_adipose_cell_48(X),fn_adipose_cell_40(X))
& has_part_2(fn_adipose_cell_40(X),fn_adipose_cell_48(X))
& object_2(fn_adipose_cell_39(X),fn_adipose_cell_48(X))
& base_2(fn_adipose_cell_39(X),fn_adipose_cell_40(X))
& has_part_2(fn_adipose_cell_40(X),fn_adipose_cell_47(X))
& base_2(fn_adipose_cell_34(X),X)
& has_function_2(X,fn_adipose_cell_34(X))
& has_region_2(X,fn_adipose_cell_12(X))
& is_opposite_2(fn_adipose_cell_13(X),fn_adipose_cell_12(X))
& is_opposite_2(fn_adipose_cell_12(X),fn_adipose_cell_13(X))
& fn_adipose_cell_48(X) != fn_adipose_cell_46(X)
& fn_adipose_cell_46(X) != fn_adipose_cell_45(X)
& fn_adipose_cell_45(X) != fn_adipose_cell_48(X)
& has_region_2(fn_adipose_cell_48(X),fn_adipose_cell_38(X))
& is_outside_2(fn_adipose_cell_38(X),fn_adipose_cell_40(X))
& fn_adipose_cell_46(X) != fn_adipose_cell_48(X)
& fn_adipose_cell_45(X) != fn_adipose_cell_46(X)
& fn_adipose_cell_48(X) != fn_adipose_cell_45(X)
& is_inside_2(fn_adipose_cell_23(X),fn_adipose_cell_32(X))
& has_part_2(X,fn_adipose_cell_23(X))
& has_part_2(X,fn_adipose_cell_8(X))
& abuts_2(fn_adipose_cell_9(X),fn_adipose_cell_8(X))
& abuts_2(fn_adipose_cell_8(X),fn_adipose_cell_9(X))
& is_inside_2(fn_adipose_cell_48(X),fn_adipose_cell_47(X))
& is_at_2(fn_adipose_cell_47(X),fn_adipose_cell_11(X))
& has_region_2(X,fn_adipose_cell_11(X))
& has_part_2(X,fn_adipose_cell_37(X))
& is_between_2(fn_adipose_cell_37(X),fn_adipose_cell_32(X))
& object_2(fn_adipose_cell_10(X),X)
& has_function_2(fn_adipose_cell_17(X),fn_adipose_cell_10(X))
& result_2(fn_adipose_cell_16(X),fn_adipose_cell_17(X))
& has_function_2(fn_adipose_cell_24(X),fn_adipose_cell_16(X))
& is_near_2(fn_adipose_cell_24(X),fn_adipose_cell_32(X))
& is_near_2(fn_adipose_cell_32(X),fn_adipose_cell_24(X))
& base_2(fn_adipose_cell_50(X),X)
& site_2(fn_adipose_cell_50(X),fn_adipose_cell_33(X))
& is_inside_2(fn_adipose_cell_33(X),fn_adipose_cell_35(X))
& has_part_2(fn_adipose_cell_37(X),fn_adipose_cell_35(X))
& is_between_2(fn_adipose_cell_37(X),fn_adipose_cell_40(X))
& has_part_2(X,fn_adipose_cell_40(X))
& has_region_2(fn_adipose_cell_40(X),fn_adipose_cell_26(X))
& is_across_2(fn_adipose_cell_48(X),fn_adipose_cell_26(X))
& is_across_2(fn_adipose_cell_48(X),fn_adipose_cell_40(X))
& has_region_2(fn_adipose_cell_40(X),fn_adipose_cell_38(X))
& is_inside_2(fn_adipose_cell_32(X),fn_adipose_cell_35(X))
& has_part_2(X,fn_adipose_cell_32(X))
& has_part_2(X,fn_adipose_cell_3(X))
& has_part_2(X,fn_adipose_cell_9(X))
& has_part_2(X,fn_adipose_cell_31(X))
& is_inside_2(fn_adipose_cell_31(X),fn_adipose_cell_35(X))
& is_inside_2(fn_adipose_cell_25(X),fn_adipose_cell_35(X))
& has_part_2(X,fn_adipose_cell_25(X))
& first_subevent_2(fn_adipose_cell_52(X),fn_adipose_cell_53(X))
& base_2(fn_adipose_cell_7(X),X)
& base_2(fn_adipose_cell_53(X),X)
& subevent_2(fn_adipose_cell_52(X),fn_adipose_cell_53(X))
& site_2(fn_adipose_cell_52(X),fn_adipose_cell_33(X))
& has_function_2(fn_adipose_cell_33(X),fn_adipose_cell_52(X))
& base_2(fn_adipose_cell_52(X),X)
& has_part_2(X,fn_adipose_cell_33(X))
& site_2(fn_adipose_cell_51(X),fn_adipose_cell_33(X))
& base_2(fn_adipose_cell_51(X),X)
& fn_adipose_cell_41(X) = fn_store_1(fn_adipose_cell_42(X))
& fn_adipose_cell_29(X) = fn_fuel_5(fn_adipose_cell_43(X))
& fn_adipose_cell_44(X) = fn_fuel_7(fn_adipose_cell_43(X))
& X = fn_store_2(fn_adipose_cell_42(X))
& fn_adipose_cell_44(X) = fn_fat_substance_1(fn_adipose_cell_41(X))
& fn_adipose_cell_20(X) = fn_chromosome_6(fn_adipose_cell_23(X))
& fn_adipose_cell_49(X) = fn_chromosome_4(fn_adipose_cell_23(X))
& fn_adipose_cell_22(X) = fn_chromosome_8(fn_adipose_cell_23(X))
& fn_adipose_cell_18(X) = fn_chromosome_3(fn_adipose_cell_23(X))
& fn_adipose_cell_23(X) = fn_telomere_3(fn_adipose_cell_19(X))
& fn_adipose_cell_21(X) = fn_telomere_1(fn_adipose_cell_19(X))
& fn_adipose_cell_28(X) = fn_fuel_5(fn_adipose_cell_43(X))
& fn_adipose_cell_30(X) = fn_fuel_6(fn_adipose_cell_43(X))
& fn_adipose_cell_27(X) = fn_fuel_8(fn_adipose_cell_43(X))
& fn_adipose_cell_49(X) = fn_eukaryotic_chromosome_3(fn_adipose_cell_23(X))
& fn_adipose_cell_49(X) = fn_animal_cell_88(X)
& fn_adipose_cell_7(X) = fn_animal_cell_90(X)
& fn_adipose_cell_6(X) = fn_animal_cell_49(X)
& fn_adipose_cell_3(X) = fn_animal_cell_45(X)
& fn_adipose_cell_4(X) = fn_animal_cell_22(X)
& fn_adipose_cell_5(X) = fn_animal_cell_50(X)
& fn_adipose_cell_15(X) = fn_animal_cell_56(X)
& fn_adipose_cell_14(X) = fn_animal_cell_57(X)
& fn_adipose_cell_36(X) = fn_animal_cell_76(X)
& fn_adipose_cell_39(X) = fn_animal_cell_83(X)
& fn_adipose_cell_13(X) = fn_animal_cell_13(X)
& fn_adipose_cell_12(X) = fn_animal_cell_1(X)
& fn_adipose_cell_34(X) = fn_animal_cell_81(X)
& fn_adipose_cell_45(X) = fn_animal_cell_60(X)
& fn_adipose_cell_46(X) = fn_animal_cell_80(X)
& fn_adipose_cell_9(X) = fn_animal_cell_54(X)
& fn_adipose_cell_8(X) = fn_animal_cell_53(X)
& fn_adipose_cell_23(X) = fn_animal_cell_52(X)
& fn_adipose_cell_11(X) = fn_animal_cell_55(X)
& fn_adipose_cell_47(X) = fn_animal_cell_58(X)
& fn_adipose_cell_32(X) = fn_animal_cell_78(X)
& fn_adipose_cell_24(X) = fn_animal_cell_74(X)
& fn_adipose_cell_16(X) = fn_animal_cell_64(X)
& fn_adipose_cell_17(X) = fn_animal_cell_63(X)
& fn_adipose_cell_10(X) = fn_animal_cell_61(X)
& fn_adipose_cell_37(X) = fn_animal_cell_79(X)
& fn_adipose_cell_35(X) = fn_animal_cell_62(X)
& fn_adipose_cell_33(X) = fn_animal_cell_59(X)
& fn_adipose_cell_50(X) = fn_animal_cell_21(X)
& fn_adipose_cell_38(X) = fn_eukaryotic_cell_47(X)
& fn_adipose_cell_38(X) = fn_animal_cell_84(X)
& fn_adipose_cell_48(X) = fn_eukaryotic_cell_15(X)
& fn_adipose_cell_48(X) = fn_animal_cell_75(X)
& fn_adipose_cell_26(X) = fn_eukaryotic_cell_48(X)
& fn_adipose_cell_26(X) = fn_animal_cell_85(X)
& fn_adipose_cell_40(X) = fn_eukaryotic_cell_29(X)
& fn_adipose_cell_40(X) = fn_animal_cell_73(X)
& fn_adipose_cell_3(X) = fn_smooth_endoplasmic_reticulum_12(fn_adipose_cell_9(X))
& fn_adipose_cell_32(X) = fn_smooth_endoplasmic_reticulum_10(fn_adipose_cell_9(X))
& fn_adipose_cell_25(X) = fn_smooth_endoplasmic_reticulum_3(fn_adipose_cell_9(X))
& fn_adipose_cell_35(X) = fn_smooth_endoplasmic_reticulum_34(fn_adipose_cell_9(X))
& fn_adipose_cell_31(X) = fn_smooth_endoplasmic_reticulum_11(fn_adipose_cell_9(X))
& X = fn_smooth_endoplasmic_reticulum_33(fn_adipose_cell_9(X))
& fn_adipose_cell_7(X) = fn_mitochondrion_160(fn_adipose_cell_33(X))
& fn_adipose_cell_53(X) = fn_mitochondrion_159(fn_adipose_cell_33(X))
& fn_adipose_cell_51(X) = fn_mitochondrion_52(fn_adipose_cell_33(X))
& X = fn_mitochondrion_51(fn_adipose_cell_33(X))
& fn_adipose_cell_52(X) = fn_mitochondrion_55(fn_adipose_cell_33(X))
& fn_fuel_7(fn_adipose_cell_43(X)) = fn_fuel_7(fn_adipose_cell_43(X))
& fn_fuel_7(fn_adipose_cell_43(X)) = fn_fat_substance_1(fn_adipose_cell_41(X))
& fn_fat_substance_1(fn_adipose_cell_41(X)) = fn_chromosome_4(fn_adipose_cell_23(X))
& fn_chromosome_4(fn_adipose_cell_23(X)) = fn_eukaryotic_chromosome_3(fn_adipose_cell_23(X))
& fn_eukaryotic_chromosome_3(fn_adipose_cell_23(X)) = fn_chromosome_4(fn_adipose_cell_23(X))
& fn_chromosome_4(fn_adipose_cell_23(X)) = fn_animal_cell_88(X)
& fn_animal_cell_88(X) = fn_telomere_3(fn_adipose_cell_19(X))
& fn_telomere_3(fn_adipose_cell_19(X)) = fn_telomere_3(fn_adipose_cell_19(X))
& fn_telomere_3(fn_adipose_cell_19(X)) = fn_animal_cell_52(X)
& fn_animal_cell_52(X) = fn_animal_cell_52(X)
& fn_animal_cell_52(X) = fn_animal_cell_84(X)
& fn_animal_cell_84(X) = fn_animal_cell_84(X)
& fn_animal_cell_84(X) = fn_eukaryotic_cell_47(X)
& fn_eukaryotic_cell_47(X) = fn_animal_cell_84(X)
& fn_animal_cell_84(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_eukaryotic_cell_48(X)
& fn_animal_cell_85(X) = fn_eukaryotic_cell_48(X)
& fn_eukaryotic_cell_48(X) = fn_animal_cell_85(X)
& fn_animal_cell_85(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_animal_cell_45(X)
& fn_animal_cell_45(X) = fn_smooth_endoplasmic_reticulum_12(fn_adipose_cell_9(X))
& fn_smooth_endoplasmic_reticulum_12(fn_adipose_cell_9(X)) = fn_animal_cell_78(X)
& fn_animal_cell_78(X) = fn_animal_cell_78(X)
& fn_animal_cell_78(X) = fn_smooth_endoplasmic_reticulum_10(fn_adipose_cell_9(X))
& fn_smooth_endoplasmic_reticulum_10(fn_adipose_cell_9(X)) = fn_smooth_endoplasmic_reticulum_10(fn_adipose_cell_9(X))
& fn_smooth_endoplasmic_reticulum_10(fn_adipose_cell_9(X)) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_smooth_endoplasmic_reticulum_34(fn_adipose_cell_9(X))
& fn_smooth_endoplasmic_reticulum_34(fn_adipose_cell_9(X)) = fn_smooth_endoplasmic_reticulum_34(fn_adipose_cell_9(X))
& fn_smooth_endoplasmic_reticulum_34(fn_adipose_cell_9(X)) = fn_animal_cell_90(X)
& fn_animal_cell_90(X) = fn_mitochondrion_160(fn_adipose_cell_33(X))
& fn_mitochondrion_160(fn_adipose_cell_33(X)) = fn_store_2(fn_adipose_cell_42(X))
& fn_store_2(fn_adipose_cell_42(X)) = fn_smooth_endoplasmic_reticulum_33(fn_adipose_cell_9(X))
& fn_smooth_endoplasmic_reticulum_33(fn_adipose_cell_9(X)) = fn_smooth_endoplasmic_reticulum_33(fn_adipose_cell_9(X))
& fn_smooth_endoplasmic_reticulum_33(fn_adipose_cell_9(X)) = fn_mitochondrion_51(fn_adipose_cell_33(X))
& fn_mitochondrion_51(fn_adipose_cell_33(X)) = fn_mitochondrion_51(fn_adipose_cell_33(X)) ) ) ).
fof(a527301,axiom,
! [X] :
( adipose_tissue_1(X)
=> ( original_name_2(X,'Adipose-Tissue')
& user_description_2(X,'A connective tissue that functions to insulate, cushion, and serve as an energy reserve; contains fat-storing cells called adipose cells or adipocytes.')
& concept2words_2(X,'adipose tissue')
& concept2words_2(X,'adipose-tissue')
& connective_tissue_1(X)
& ~ av_valve_1(X)
& ~ bone_1(X)
& ~ cartilage_1(X)
& ~ fibrous_connective_tissue_1(X)
& ~ loose_connective_tissue_1(X)
& ~ sclera_1(X)
& ~ semilunar_valve_1(X)
& ~ submucosa_1(X)
& ~ vocal_cord_1(X)
& block_1(fn_adipose_tissue_1(X))
& barrier_1(fn_adipose_tissue_2(X))
& damage_1(fn_adipose_tissue_3(X))
& animal_organ_1(fn_adipose_tissue_4(X))
& adipose_cell_1(fn_adipose_tissue_5(X))
& energy_1(fn_adipose_tissue_6(X))
& store_1(fn_adipose_tissue_7(X))
& thermal_energy_1(fn_adipose_tissue_8(X))
& exchange_1(fn_adipose_tissue_9(X))
& block_1(fn_adipose_tissue_10(X))
& insulator_1(fn_adipose_tissue_11(X))
& tangible_entity_1(fn_impair_1(fn_adipose_tissue_3(X)))
& entity_1(fn_store_1(fn_adipose_tissue_7(X)))
& block_1(fn_insulator_1(fn_adipose_tissue_11(X)))
& tangible_entity_1(fn_barrier_1(fn_adipose_tissue_11(X)))
& spatial_entity_1(fn_store_2(fn_adipose_tissue_7(X)))
& tangible_entity_1(fn_barrier_1(fn_adipose_tissue_2(X)))
& entity_1(fn_exchange_1(fn_adipose_tissue_9(X)))
& entity_1(fn_exchange_2(fn_adipose_tissue_9(X)))
& spatial_entity_1(fn_block_1(fn_adipose_tissue_10(X)))
& prevents_2(fn_adipose_tissue_10(X),fn_adipose_tissue_9(X))
& instrument_2(fn_adipose_tissue_10(X),X)
& prevents_2(fn_adipose_tissue_1(X),fn_adipose_tissue_3(X))
& instrument_2(fn_adipose_tissue_1(X),X)
& in_event_2(fn_adipose_tissue_2(X),fn_adipose_tissue_1(X))
& object_2(fn_adipose_tissue_3(X),fn_adipose_tissue_4(X))
& object_2(fn_adipose_tissue_9(X),fn_adipose_tissue_8(X))
& has_part_2(X,fn_adipose_tissue_5(X))
& object_2(fn_adipose_tissue_7(X),fn_adipose_tissue_6(X))
& plays_2(X,fn_adipose_tissue_11(X))
& base_2(fn_adipose_tissue_7(X),X)
& plays_2(X,fn_adipose_tissue_2(X))
& in_event_2(fn_adipose_tissue_11(X),fn_adipose_tissue_10(X))
& object_2(fn_adipose_tissue_10(X),fn_adipose_tissue_8(X))
& fn_adipose_tissue_4(X) = fn_impair_1(fn_adipose_tissue_3(X))
& fn_adipose_tissue_8(X) = fn_exchange_1(fn_adipose_tissue_9(X))
& fn_adipose_tissue_8(X) = fn_exchange_2(fn_adipose_tissue_9(X))
& fn_adipose_tissue_5(X) = fn_tissue_1(X)
& fn_adipose_tissue_6(X) = fn_store_1(fn_adipose_tissue_7(X))
& X = fn_barrier_1(fn_adipose_tissue_11(X))
& X = fn_store_2(fn_adipose_tissue_7(X))
& X = fn_barrier_1(fn_adipose_tissue_2(X))
& fn_adipose_tissue_10(X) = fn_insulator_1(fn_adipose_tissue_11(X))
& fn_adipose_tissue_8(X) = fn_block_1(fn_adipose_tissue_10(X))
& fn_barrier_1(fn_adipose_tissue_11(X)) = fn_store_2(fn_adipose_tissue_7(X))
& fn_store_2(fn_adipose_tissue_7(X)) = fn_barrier_1(fn_adipose_tissue_2(X))
& fn_barrier_1(fn_adipose_tissue_2(X)) = fn_exchange_1(fn_adipose_tissue_9(X))
& fn_exchange_1(fn_adipose_tissue_9(X)) = fn_exchange_2(fn_adipose_tissue_9(X))
& fn_exchange_2(fn_adipose_tissue_9(X)) = fn_exchange_2(fn_adipose_tissue_9(X))
& fn_exchange_2(fn_adipose_tissue_9(X)) = fn_block_1(fn_adipose_tissue_10(X)) ) ) ).
fof(a527302,axiom,
! [X] :
( administrative_district_1(X)
=> ( original_name_2(X,'Administrative-District')
& description_2(X,'a Territory delineated on administrative grounds')
& concept2words_2(X,'administrative district')
& concept2words_2(X,administrative_district)
& concept2words_2(X,'administrative division')
& concept2words_2(X,administrative_division)
& concept2words_2(X,'territorial division')
& concept2words_2(X,territorial_division)
& concept2words_2(X,'administrative-district')
& territory_1(X) ) ) ).
fof(a527303,axiom,
! [X] :
( admit_1(X)
=> ( original_name_2(X,'Admit')
& concept2words_2(X,admit)
& concept2words_2(X,'allow in')
& concept2words_2(X,allow_in)
& concept2words_2(X,'let in')
& concept2words_2(X,let_in)
& unobstruct_1(X)
& tangible_entity_1(fn_admit_1(X))
& tangible_entity_1(fn_admit_2(X))
& container_1(fn_admit_3(X))
& tangible_entity_1(fn_barrier_1(fn_admit_3(X)))
& base_2(X,fn_admit_2(X))
& in_event_2(fn_admit_3(X),X)
& object_2(X,fn_admit_1(X))
& plays_2(fn_admit_2(X),fn_admit_3(X))
& fn_admit_1(X) = fn_unobstruct_1(X)
& fn_admit_2(X) = fn_barrier_1(fn_admit_3(X)) ) ) ).
fof(a527304,axiom,
! [X] :
( adp_1(X)
=> ( original_name_2(X,'ADP')
& user_description_2(X,'Adenosine diphosphate; a nucleotide typically found as the uncharged state that converts to ATP in energy reactions.')
& concept2words_2(X,'adenosine diphosphate')
& concept2words_2(X,'adenosine-diphosphate')
& concept2words_2(X,adp)
& ribonucleoside_diphosphate_1(X)
& share_1(fn_adp_1(X))
& share_1(fn_adp_2(X))
& share_1(fn_adp_3(X))
& share_1(fn_adp_4(X))
& share_1(fn_adp_5(X))
& entity_1(fn_adp_6(X))
& valence_electron_1(fn_adp_6(X))
& electron_1(fn_adp_7(X))
& valence_electron_1(fn_adp_7(X))
& electron_1(fn_adp_8(X))
& valence_electron_1(fn_adp_8(X))
& electron_1(fn_adp_9(X))
& valence_electron_1(fn_adp_9(X))
& share_1(fn_adp_12(X))
& share_1(fn_adp_13(X))
& share_1(fn_adp_14(X))
& electron_1(fn_adp_15(X))
& valence_electron_1(fn_adp_15(X))
& electron_1(fn_adp_16(X))
& valence_electron_1(fn_adp_16(X))
& electron_1(fn_adp_17(X))
& valence_electron_1(fn_adp_17(X))
& phosphate_group_1(fn_adp_18(X))
& entity_1(fn_adp_19(X))
& chemical_entity_1(fn_adp_19(X))
& atom_1(fn_adp_19(X))
& carbon_1(fn_adp_19(X))
& number_3_prime_carbon_1(fn_adp_20(X))
& number_5_prime_carbon_1(fn_adp_21(X))
& carbon_skeleton_1(fn_adp_22(X))
& constant_motion_1(fn_adp_23(X))
& carbon_skeleton_1(fn_adp_24(X))
& number_5_prime_region_1(fn_adp_25(X))
& speed_value_1(fn_adp_26(X))
& quantity_value_1(fn_adp_27(X))
& chemical_bond_1(fn_adp_28(X))
& double_bond_1(fn_adp_28(X))
& covalent_bond_1(fn_adp_28(X))
& center_1(fn_adp_29(X))
& kinetic_energy_1(fn_adp_30(X))
& oxygen_1(fn_adp_31(X))
& entity_1(fn_adp_31(X))
& chemical_entity_1(fn_adp_31(X))
& atom_1(fn_adp_31(X))
& aldehyde_1(fn_adp_32(X))
& aldose_1(fn_adp_32(X))
& spatial_entity_1(fn_adp_32(X))
& molecule_1(fn_adp_32(X))
& organic_molecule_1(fn_adp_32(X))
& pentose_1(fn_adp_32(X))
& carbohydrate_1(fn_adp_32(X))
& ribose_1(fn_adp_32(X))
& center_1(fn_adp_33(X))
& functional_group_1(fn_adp_34(X))
& phosphate_group_1(fn_adp_34(X))
& electronegative_element_1(fn_adp_35(X))
& atom_1(fn_adp_36(X))
& adenine_1(fn_adp_37(X))
& adenosine_1(fn_adp_38(X))
& nucleoside_1(fn_adp_38(X))
& organic_molecule_1(fn_adp_38(X))
& entity_1(fn_adp_39(X))
& chemical_entity_1(fn_adp_39(X))
& atom_1(fn_adp_39(X))
& phosphorus_1(fn_adp_39(X))
& electron_1(fn_adp_40(X))
& valence_electron_1(fn_adp_40(X))
& electron_1(fn_adp_41(X))
& valence_electron_1(fn_adp_41(X))
& single_bond_1(fn_adp_42(X))
& covalent_bond_1(fn_adp_42(X))
& entity_1(fn_adp_43(X))
& chemical_entity_1(fn_adp_43(X))
& atom_1(fn_adp_43(X))
& oxygen_1(fn_adp_43(X))
& electron_1(fn_adp_44(X))
& valence_electron_1(fn_adp_44(X))
& center_1(fn_adp_45(X))
& carbon_skeleton_1(fn_adp_46(X))
& carbon_1(fn_adp_47(X))
& atom_1(fn_adp_48(X))
& chemical_entity_1(fn_adp_48(X))
& electron_1(fn_adp_49(X))
& valence_electron_1(fn_adp_49(X))
& hold_1(fn_adp_50(X))
& hold_together_1(fn_adp_50(X))
& unequal_sharing_1(fn_adp_51(X))
& chemical_bond_1(fn_adp_52(X))
& polar_covalent_bond_1(fn_adp_52(X))
& atomic_nucleus_1(fn_adp_53(X))
& electron_1(fn_adp_54(X))
& valence_electron_1(fn_adp_54(X))
& share_1(fn_adp_55(X))
& electron_1(fn_adp_56(X))
& valence_electron_1(fn_adp_56(X))
& valence_electron_1(fn_adp_57(X))
& electron_1(fn_adp_58(X))
& valence_electron_1(fn_adp_58(X))
& valence_electron_1(fn_adp_59(X))
& tangible_entity_1(fn_adp_60(X))
& oxygen_1(fn_adp_60(X))
& entity_1(fn_adp_60(X))
& chemical_entity_1(fn_adp_60(X))
& atom_1(fn_adp_60(X))
& entity_1(fn_adp_61(X))
& chemical_entity_1(fn_adp_61(X))
& atom_1(fn_adp_61(X))
& carbon_1(fn_adp_61(X))
& number_5_prime_carbon_1(fn_adp_61(X))
& spatial_entity_1(fn_adp_62(X))
& molecule_1(fn_adp_62(X))
& organic_molecule_1(fn_adp_62(X))
& pentose_1(fn_adp_62(X))
& carbohydrate_1(fn_adp_62(X))
& share_1(fn_adp_63(X))
& share_1(fn_adp_64(X))
& share_1(fn_adp_65(X))
& share_1(fn_adp_66(X))
& share_1(fn_adp_67(X))
& adenine_1(fn_adenosine_2(fn_adp_38(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_adp_38(X)))
& atom_1(fn_organic_molecule_2(fn_adp_38(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_adp_38(X)))
& carbon_1(fn_organic_molecule_1(fn_adp_38(X)))
& chemical_entity_1(fn_functional_group_1(fn_adp_34(X)))
& atom_1(fn_chemical_element_12(fn_adp_35(X)))
& atom_1(fn_aldehyde_5(fn_adp_32(X)))
& chemical_entity_1(fn_aldehyde_5(fn_adp_32(X)))
& atom_1(fn_organic_molecule_2(fn_adp_32(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_adp_32(X)))
& entity_1(fn_nucleoside_7(fn_adp_38(X)))
& chemical_entity_1(fn_nucleoside_7(fn_adp_38(X)))
& atom_1(fn_nucleoside_7(fn_adp_38(X)))
& carbon_1(fn_nucleoside_7(fn_adp_38(X)))
& atom_1(fn_molecule_11(fn_adp_32(X)))
& entity_1(fn_polar_covalent_bond_19(fn_adp_52(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_adp_52(X)))
& atom_1(fn_polar_covalent_bond_19(fn_adp_52(X)))
& entity_1(fn_polar_covalent_bond_18(fn_adp_52(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_adp_52(X)))
& atom_1(fn_polar_covalent_bond_18(fn_adp_52(X)))
& carbon_1(fn_organic_molecule_1(fn_adp_32(X)))
& entity_1(fn_nucleoside_6(fn_adp_38(X)))
& chemical_entity_1(fn_nucleoside_6(fn_adp_38(X)))
& atom_1(fn_nucleoside_6(fn_adp_38(X)))
& carbon_1(fn_nucleoside_6(fn_adp_38(X)))
& carbon_skeleton_1(fn_aldose_11(fn_adp_32(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_adp_32(X)))
& carbon_skeleton_1(fn_nucleoside_9(fn_adp_38(X)))
& carbon_skeleton_1(fn_carbohydrate_6(fn_adp_32(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_adp_52(X)))
& unequal_sharing_1(fn_nucleoside_11(fn_adp_38(X)))
& unequal_sharing_1(fn_carbohydrate_30(fn_adp_32(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_adp_52(X)))
& hold_1(fn_nucleoside_12(fn_adp_38(X)))
& hold_together_1(fn_nucleoside_12(fn_adp_38(X)))
& hold_together_1(fn_carbohydrate_37(fn_adp_32(X)))
& chemical_bond_1(fn_molecule_10(fn_adp_32(X)))
& chemical_bond_1(fn_nucleoside_10(fn_adp_38(X)))
& polar_covalent_bond_1(fn_nucleoside_10(fn_adp_38(X)))
& polar_covalent_bond_1(fn_carbohydrate_36(fn_adp_32(X)))
& spatial_entity_1(fn_nucleoside_20(fn_adp_38(X)))
& molecule_1(fn_nucleoside_20(fn_adp_38(X)))
& organic_molecule_1(fn_nucleoside_20(fn_adp_38(X)))
& pentose_1(fn_nucleoside_20(fn_adp_38(X)))
& electron_1(fn_phosphate_group_3(fn_adp_34(X)))
& valence_electron_1(fn_phosphate_group_3(fn_adp_34(X)))
& electron_1(fn_phosphate_group_20(fn_adp_34(X)))
& valence_electron_1(fn_phosphate_group_20(fn_adp_34(X)))
& share_1(fn_phosphate_group_35(fn_adp_34(X)))
& atom_1(fn_chemical_element_11(fn_adp_35(X)))
& phosphorus_1(fn_phosphate_group_6(fn_adp_34(X)))
& entity_1(fn_share_2(fn_adp_4(X)))
& valence_electron_1(fn_phosphate_group_9(fn_adp_34(X)))
& entity_1(fn_covalent_bond_20(fn_adp_42(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_adp_42(X)))
& atom_1(fn_covalent_bond_20(fn_adp_42(X)))
& entity_1(fn_covalent_bond_20(fn_adp_28(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_adp_28(X)))
& atom_1(fn_covalent_bond_20(fn_adp_28(X)))
& entity_1(fn_covalent_bond_19(fn_adp_42(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_adp_42(X)))
& atom_1(fn_covalent_bond_19(fn_adp_42(X)))
& entity_1(fn_covalent_bond_19(fn_adp_28(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_adp_28(X)))
& atom_1(fn_covalent_bond_19(fn_adp_28(X)))
& entity_1(fn_phosphate_group_22(fn_adp_34(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_adp_34(X)))
& atom_1(fn_phosphate_group_22(fn_adp_34(X)))
& oxygen_1(fn_phosphate_group_22(fn_adp_34(X)))
& oxygen_1(fn_phosphate_group_5(fn_adp_34(X)))
& entity_1(fn_phosphate_group_5(fn_adp_34(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_adp_34(X)))
& atom_1(fn_phosphate_group_5(fn_adp_34(X)))
& electron_1(fn_phosphate_group_38(fn_adp_34(X)))
& valence_electron_1(fn_phosphate_group_38(fn_adp_34(X)))
& valence_electron_1(fn_phosphate_group_21(fn_adp_34(X)))
& valence_electron_1(fn_covalent_bond_18(fn_adp_42(X)))
& single_bond_1(fn_phosphate_group_37(fn_adp_34(X)))
& share_1(fn_covalent_bond_17(fn_adp_42(X)))
& valence_electron_1(fn_covalent_bond_15(fn_adp_28(X)))
& center_1(fn_phosphate_group_17(fn_adp_34(X)))
& center_1(fn_phosphate_group_10(fn_adp_34(X)))
& center_1(fn_covalent_bond_21(fn_adp_42(X)))
& center_1(fn_covalent_bond_23(fn_adp_28(X)))
& center_1(fn_covalent_bond_23(fn_adp_42(X)))
& center_1(fn_phosphate_group_12(fn_adp_34(X)))
& center_1(fn_covalent_bond_21(fn_adp_28(X)))
& atomic_nucleus_1(fn_phosphate_group_18(fn_adp_34(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_adp_42(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_adp_42(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_adp_28(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_adp_28(X)))
& valence_electron_1(fn_phosphate_group_8(fn_adp_34(X)))
& valence_electron_1(fn_covalent_bond_15(fn_adp_42(X)))
& valence_electron_1(fn_covalent_bond_18(fn_adp_28(X)))
& double_bond_1(fn_phosphate_group_41(fn_adp_34(X)))
& share_1(fn_phosphate_group_39(fn_adp_34(X)))
& share_1(fn_covalent_bond_17(fn_adp_28(X)))
& called_2(fn_adp_39(X),'A4')
& object_2(fn_adp_4(X),fn_adp_6(X))
& has_part_2(fn_adp_32(X),fn_adp_21(X))
& is_between_2(fn_adp_52(X),fn_adp_20(X))
& agent_2(fn_adp_51(X),fn_adp_20(X))
& agent_2(fn_adp_55(X),fn_adp_43(X))
& result_2(fn_adp_64(X),fn_adp_28(X))
& has_part_2(X,fn_adp_38(X))
& fn_adp_21(X) != fn_adp_20(X)
& fn_adp_20(X) != fn_adp_21(X)
& has_part_2(fn_adp_35(X),fn_adp_36(X))
& same_type_2(fn_adp_39(X),fn_adp_36(X))
& same_type_2(fn_adp_36(X),fn_adp_39(X))
& agent_2(fn_adp_66(X),fn_adp_31(X))
& agent_2(fn_adp_65(X),fn_adp_39(X))
& agent_2(fn_adp_13(X),fn_adp_31(X))
& result_2(fn_adp_63(X),fn_adp_28(X))
& agent_2(fn_adp_64(X),fn_adp_39(X))
& object_2(fn_adp_64(X),fn_adp_49(X))
& agent_2(fn_adp_55(X),fn_adp_31(X))
& object_2(fn_adp_55(X),fn_adp_40(X))
& agent_2(fn_adp_51(X),fn_adp_21(X))
& is_between_2(fn_adp_52(X),fn_adp_21(X))
& is_inside_2(fn_adp_20(X),fn_adp_22(X))
& has_part_2(fn_adp_38(X),fn_adp_32(X))
& has_part_2(fn_adp_32(X),fn_adp_20(X))
& object_2(fn_adp_50(X),fn_adp_20(X))
& object_2(fn_adp_50(X),fn_adp_21(X))
& is_inside_2(fn_adp_21(X),fn_adp_22(X))
& has_region_2(fn_adp_32(X),fn_adp_22(X))
& possesses_2(fn_adp_32(X),fn_adp_52(X))
& has_function_2(fn_adp_52(X),fn_adp_50(X))
& agent_2(fn_adp_50(X),fn_adp_52(X))
& result_2(fn_adp_51(X),fn_adp_52(X))
& called_2(fn_adp_34(X),'P1')
& has_region_2(fn_adp_62(X),fn_adp_25(X))
& has_part_2(fn_adp_62(X),fn_adp_61(X))
& fn_adp_61(X) != fn_adp_60(X)
& is_inside_2(fn_adp_60(X),fn_adp_18(X))
& called_2(fn_adp_18(X),'P2')
& fn_adp_60(X) != fn_adp_61(X)
& is_inside_2(fn_adp_18(X),fn_adp_25(X))
& fn_adp_18(X) != fn_adp_34(X)
& fn_adp_34(X) != fn_adp_18(X)
& result_2(fn_adp_55(X),fn_adp_42(X))
& object_2(fn_adp_55(X),fn_adp_49(X))
& agent_2(fn_adp_12(X),fn_adp_43(X))
& object_2(fn_adp_55(X),fn_adp_54(X))
& agent_2(fn_adp_12(X),fn_adp_31(X))
& object_2(fn_adp_12(X),fn_adp_15(X))
& agent_2(fn_adp_65(X),fn_adp_31(X))
& result_2(fn_adp_65(X),fn_adp_28(X))
& result_2(fn_adp_55(X),fn_adp_28(X))
& agent_2(fn_adp_55(X),fn_adp_39(X))
& agent_2(fn_adp_63(X),fn_adp_39(X))
& object_2(fn_adp_14(X),fn_adp_40(X))
& agent_2(fn_adp_14(X),fn_adp_43(X))
& object_2(fn_adp_14(X),fn_adp_17(X))
& object_2(fn_adp_13(X),fn_adp_16(X))
& agent_2(fn_adp_63(X),fn_adp_43(X))
& object_2(fn_adp_63(X),fn_adp_44(X))
& agent_2(fn_adp_13(X),fn_adp_43(X))
& agent_2(fn_adp_13(X),fn_adp_39(X))
& agent_2(fn_adp_14(X),fn_adp_39(X))
& result_2(fn_adp_14(X),fn_adp_28(X))
& result_2(fn_adp_13(X),fn_adp_28(X))
& result_2(fn_adp_64(X),fn_adp_42(X))
& agent_2(fn_adp_64(X),fn_adp_31(X))
& object_2(fn_adp_5(X),fn_adp_9(X))
& object_2(fn_adp_64(X),fn_adp_59(X))
& object_2(fn_adp_63(X),fn_adp_56(X))
& fn_adp_56(X) != fn_adp_44(X)
& fn_adp_49(X) != fn_adp_44(X)
& fn_adp_44(X) != fn_adp_49(X)
& fn_adp_44(X) != fn_adp_56(X)
& agent_2(fn_adp_64(X),fn_adp_43(X))
& object_2(fn_adp_64(X),fn_adp_40(X))
& object_2(fn_adp_13(X),fn_adp_40(X))
& fn_adp_56(X) != fn_adp_40(X)
& fn_adp_40(X) != fn_adp_56(X)
& agent_2(fn_adp_5(X),fn_adp_43(X))
& result_2(fn_adp_5(X),fn_adp_28(X))
& result_2(fn_adp_4(X),fn_adp_28(X))
& agent_2(fn_adp_4(X),fn_adp_39(X))
& agent_2(fn_adp_12(X),fn_adp_39(X))
& fn_adp_54(X) != fn_adp_49(X)
& fn_adp_40(X) != fn_adp_54(X)
& fn_adp_49(X) != fn_adp_54(X)
& fn_adp_54(X) != fn_adp_40(X)
& object_2(fn_adp_65(X),fn_adp_57(X))
& object_2(fn_adp_65(X),fn_adp_44(X))
& result_2(fn_adp_3(X),fn_adp_28(X))
& result_2(fn_adp_12(X),fn_adp_28(X))
& object_2(fn_adp_12(X),fn_adp_44(X))
& fn_adp_44(X) != fn_adp_57(X)
& fn_adp_57(X) != fn_adp_40(X)
& fn_adp_57(X) != fn_adp_44(X)
& fn_adp_40(X) != fn_adp_57(X)
& fn_adp_58(X) != fn_adp_44(X)
& fn_adp_58(X) != fn_adp_40(X)
& fn_adp_40(X) != fn_adp_59(X)
& fn_adp_49(X) != fn_adp_59(X)
& fn_adp_49(X) != fn_adp_40(X)
& fn_adp_44(X) != fn_adp_58(X)
& fn_adp_40(X) != fn_adp_58(X)
& fn_adp_59(X) != fn_adp_40(X)
& fn_adp_59(X) != fn_adp_49(X)
& fn_adp_40(X) != fn_adp_49(X)
& object_2(fn_adp_3(X),fn_adp_44(X))
& agent_2(fn_adp_3(X),fn_adp_39(X))
& agent_2(fn_adp_2(X),fn_adp_39(X))
& fn_adp_19(X) != fn_adp_39(X)
& fn_adp_39(X) != fn_adp_19(X)
& agent_2(fn_adp_66(X),fn_adp_43(X))
& object_2(fn_adp_66(X),fn_adp_40(X))
& fn_adp_40(X) != fn_adp_17(X)
& fn_adp_16(X) != fn_adp_40(X)
& fn_adp_40(X) != fn_adp_16(X)
& fn_adp_17(X) != fn_adp_40(X)
& agent_2(fn_adp_4(X),fn_adp_31(X))
& agent_2(fn_adp_4(X),fn_adp_43(X))
& has_part_2(fn_adp_43(X),fn_adp_41(X))
& fn_adp_44(X) != fn_adp_41(X)
& fn_adp_41(X) != fn_adp_44(X)
& possesses_2(X,fn_adp_30(X))
& quantity_2(fn_adp_30(X),fn_adp_27(X))
& directly_proportional_2(fn_adp_26(X),fn_adp_27(X))
& speed_2(fn_adp_23(X),fn_adp_26(X))
& object_2(fn_adp_23(X),X)
& possesses_2(X,fn_adp_28(X))
& has_part_2(X,fn_adp_39(X))
& fn_adp_49(X) != fn_adp_41(X)
& fn_adp_41(X) != fn_adp_49(X)
& has_region_2(fn_adp_31(X),fn_adp_53(X))
& object_2(fn_adp_66(X),fn_adp_41(X))
& fn_adp_41(X) != fn_adp_40(X)
& has_part_2(fn_adp_43(X),fn_adp_40(X))
& has_region_2(fn_adp_43(X),fn_adp_33(X))
& fn_adp_40(X) != fn_adp_41(X)
& has_part_2(X,fn_adp_31(X))
& has_region_2(X,fn_adp_34(X))
& is_inside_2(fn_adp_34(X),fn_adp_25(X))
& has_region_2(fn_adp_32(X),fn_adp_25(X))
& is_between_2(fn_adp_42(X),fn_adp_31(X))
& possesses_2(X,fn_adp_42(X))
& has_part_2(X,fn_adp_19(X))
& is_inside_2(fn_adp_19(X),fn_adp_24(X))
& has_region_2(X,fn_adp_24(X))
& agent_2(fn_adp_5(X),fn_adp_39(X))
& object_2(fn_adp_5(X),fn_adp_44(X))
& fn_adp_44(X) != fn_adp_40(X)
& fn_adp_15(X) != fn_adp_44(X)
& fn_adp_44(X) != fn_adp_15(X)
& fn_adp_40(X) != fn_adp_44(X)
& result_2(fn_adp_67(X),fn_adp_28(X))
& object_2(fn_adp_67(X),fn_adp_40(X))
& fn_adp_40(X) != fn_adp_9(X)
& fn_adp_9(X) != fn_adp_44(X)
& fn_adp_44(X) != fn_adp_8(X)
& fn_adp_9(X) != fn_adp_40(X)
& fn_adp_44(X) != fn_adp_9(X)
& fn_adp_8(X) != fn_adp_44(X)
& agent_2(fn_adp_3(X),fn_adp_31(X))
& object_2(fn_adp_3(X),fn_adp_8(X))
& fn_adp_8(X) != fn_adp_40(X)
& fn_adp_40(X) != fn_adp_8(X)
& fn_adp_7(X) != fn_adp_40(X)
& fn_adp_40(X) != fn_adp_7(X)
& agent_2(fn_adp_66(X),fn_adp_39(X))
& result_2(fn_adp_66(X),fn_adp_28(X))
& is_between_2(fn_adp_28(X),fn_adp_43(X))
& has_part_2(fn_adp_43(X),fn_adp_44(X))
& fn_adp_44(X) != fn_adp_7(X)
& fn_adp_7(X) != fn_adp_44(X)
& agent_2(fn_adp_2(X),fn_adp_43(X))
& agent_2(fn_adp_2(X),fn_adp_31(X))
& has_region_2(fn_adp_31(X),fn_adp_45(X))
& has_region_2(fn_adp_39(X),fn_adp_45(X))
& has_region_2(fn_adp_39(X),fn_adp_33(X))
& has_part_2(X,fn_adp_43(X))
& fn_adp_43(X) != fn_adp_19(X)
& fn_adp_19(X) != fn_adp_31(X)
& has_region_2(fn_adp_31(X),fn_adp_29(X))
& has_region_2(fn_adp_43(X),fn_adp_29(X))
& fn_adp_19(X) != fn_adp_43(X)
& fn_adp_31(X) != fn_adp_19(X)
& has_region_2(fn_adp_39(X),fn_adp_29(X))
& has_region_2(fn_adp_43(X),fn_adp_53(X))
& object_2(fn_adp_2(X),fn_adp_41(X))
& object_2(fn_adp_67(X),fn_adp_58(X))
& is_between_2(fn_adp_28(X),fn_adp_39(X))
& is_inside_2(fn_adp_39(X),fn_adp_34(X))
& is_inside_2(fn_adp_43(X),fn_adp_34(X))
& has_region_2(fn_adp_43(X),fn_adp_45(X))
& is_between_2(fn_adp_42(X),fn_adp_43(X))
& result_2(fn_adp_13(X),fn_adp_42(X))
& object_2(fn_adp_13(X),fn_adp_49(X))
& fn_adp_16(X) != fn_adp_49(X)
& fn_adp_49(X) != fn_adp_16(X)
& result_2(fn_adp_2(X),fn_adp_28(X))
& is_between_2(fn_adp_28(X),fn_adp_31(X))
& has_region_2(fn_adp_31(X),fn_adp_33(X))
& fn_adp_43(X) != fn_adp_31(X)
& fn_adp_31(X) != fn_adp_43(X)
& agent_2(fn_adp_67(X),fn_adp_39(X))
& agent_2(fn_adp_67(X),fn_adp_31(X))
& has_part_2(fn_adp_31(X),fn_adp_15(X))
& fn_adp_49(X) != fn_adp_15(X)
& fn_adp_15(X) != fn_adp_49(X)
& agent_2(fn_adp_1(X),fn_adp_31(X))
& agent_2(fn_adp_1(X),fn_adp_39(X))
& fn_adp_39(X) != fn_adp_43(X)
& fn_adp_31(X) != fn_adp_39(X)
& fn_adp_39(X) != fn_adp_31(X)
& fn_adp_43(X) != fn_adp_39(X)
& is_inside_2(fn_adp_31(X),fn_adp_34(X))
& has_part_2(fn_adp_31(X),fn_adp_49(X))
& fn_adp_49(X) != fn_adp_6(X)
& fn_adp_6(X) != fn_adp_40(X)
& object_2(fn_adp_2(X),fn_adp_40(X))
& fn_adp_6(X) != fn_adp_49(X)
& fn_adp_40(X) != fn_adp_6(X)
& object_2(fn_adp_4(X),fn_adp_40(X))
& result_2(fn_adp_4(X),fn_adp_42(X))
& object_2(fn_adp_4(X),fn_adp_49(X))
& is_near_2(fn_adp_49(X),fn_adp_53(X))
& is_at_2(fn_adp_53(X),fn_adp_33(X))
& fn_adp_33(X) != fn_adp_45(X)
& is_near_2(fn_adp_53(X),fn_adp_49(X))
& fn_adp_45(X) != fn_adp_33(X)
& object_2(fn_adp_1(X),fn_adp_7(X))
& fn_adp_45(X) != fn_adp_29(X)
& is_at_2(fn_adp_53(X),fn_adp_45(X))
& fn_adp_29(X) != fn_adp_45(X)
& is_near_2(fn_adp_44(X),fn_adp_53(X))
& is_near_2(fn_adp_53(X),fn_adp_44(X))
& result_2(fn_adp_1(X),fn_adp_28(X))
& object_2(fn_adp_1(X),fn_adp_40(X))
& is_near_2(fn_adp_40(X),fn_adp_53(X))
& is_at_2(fn_adp_53(X),fn_adp_29(X))
& fn_adp_29(X) != fn_adp_33(X)
& is_near_2(fn_adp_53(X),fn_adp_40(X))
& fn_adp_33(X) != fn_adp_29(X)
& fn_adp_6(X) = fn_share_2(fn_adp_4(X))
& fn_adp_21(X) = fn_aldehyde_5(fn_adp_32(X))
& fn_adp_20(X) = fn_molecule_11(fn_adp_32(X))
& fn_adp_20(X) = fn_polar_covalent_bond_19(fn_adp_52(X))
& fn_adp_20(X) = fn_polar_covalent_bond_18(fn_adp_52(X))
& fn_adp_55(X) = fn_nucleotide_24(X)
& fn_adp_37(X) = fn_adenosine_2(fn_adp_38(X))
& fn_adp_21(X) = fn_organic_molecule_2(fn_adp_32(X))
& fn_adp_39(X) = fn_chemical_element_11(fn_adp_35(X))
& fn_adp_36(X) = fn_chemical_element_11(fn_adp_35(X))
& fn_adp_36(X) = fn_chemical_element_12(fn_adp_35(X))
& fn_adp_66(X) = fn_covalent_bond_17(fn_adp_42(X))
& fn_adp_65(X) = fn_covalent_bond_17(fn_adp_42(X))
& fn_adp_13(X) = fn_covalent_bond_17(fn_adp_42(X))
& fn_adp_63(X) = fn_covalent_bond_17(fn_adp_28(X))
& fn_adp_64(X) = fn_covalent_bond_17(fn_adp_28(X))
& fn_adp_55(X) = fn_covalent_bond_17(fn_adp_28(X))
& fn_adp_51(X) = fn_nucleoside_11(fn_adp_38(X))
& fn_adp_52(X) = fn_nucleoside_10(fn_adp_38(X))
& fn_adp_22(X) = fn_organic_molecule_3(fn_adp_32(X))
& fn_adp_22(X) = fn_nucleoside_9(fn_adp_38(X))
& fn_adp_21(X) = fn_nucleoside_7(fn_adp_38(X))
& fn_adp_50(X) = fn_nucleoside_12(fn_adp_38(X))
& fn_adp_20(X) = fn_organic_molecule_1(fn_adp_32(X))
& fn_adp_20(X) = fn_nucleoside_6(fn_adp_38(X))
& fn_adp_38(X) = fn_ribonucleotide_9(X)
& fn_adp_32(X) = fn_nucleoside_20(fn_adp_38(X))
& fn_adp_46(X) = fn_organic_molecule_3(fn_adp_38(X))
& fn_adp_48(X) = fn_organic_molecule_2(fn_adp_38(X))
& fn_adp_47(X) = fn_organic_molecule_1(fn_adp_38(X))
& fn_adp_22(X) = fn_aldose_11(fn_adp_32(X))
& fn_adp_22(X) = fn_carbohydrate_6(fn_adp_32(X))
& fn_adp_51(X) = fn_polar_covalent_bond_16(fn_adp_52(X))
& fn_adp_51(X) = fn_carbohydrate_30(fn_adp_32(X))
& fn_adp_50(X) = fn_polar_covalent_bond_17(fn_adp_52(X))
& fn_adp_50(X) = fn_carbohydrate_37(fn_adp_32(X))
& fn_adp_52(X) = fn_molecule_10(fn_adp_32(X))
& fn_adp_52(X) = fn_carbohydrate_36(fn_adp_32(X))
& fn_adp_60(X) = fn_nucleoside_diphosphate_28(X)
& fn_adp_61(X) = fn_nucleoside_diphosphate_8(X)
& fn_adp_62(X) = fn_nucleoside_diphosphate_21(X)
& fn_adp_18(X) = fn_nucleoside_diphosphate_26(X)
& fn_adp_49(X) = fn_nucleoside_diphosphate_43(X)
& fn_adp_54(X) = fn_nucleoside_diphosphate_37(X)
& fn_adp_15(X) = fn_nucleoside_diphosphate_36(X)
& fn_adp_12(X) = fn_nucleoside_diphosphate_45(X)
& fn_adp_63(X) = fn_nucleoside_diphosphate_1(X)
& fn_adp_55(X) = fn_nucleoside_diphosphate_45(X)
& fn_adp_65(X) = fn_nucleoside_diphosphate_1(X)
& fn_adp_40(X) = fn_nucleoside_diphosphate_43(X)
& fn_adp_17(X) = fn_nucleoside_diphosphate_37(X)
& fn_adp_16(X) = fn_nucleoside_diphosphate_3(X)
& fn_adp_14(X) = fn_nucleoside_diphosphate_45(X)
& fn_adp_9(X) = fn_nucleoside_diphosphate_3(X)
& fn_adp_63(X) = fn_nucleoside_diphosphate_45(X)
& fn_adp_56(X) = fn_nucleoside_diphosphate_37(X)
& fn_adp_13(X) = fn_nucleoside_diphosphate_1(X)
& fn_adp_56(X) = fn_nucleoside_diphosphate_3(X)
& fn_adp_40(X) = fn_nucleoside_diphosphate_36(X)
& fn_adp_64(X) = fn_nucleoside_diphosphate_45(X)
& fn_adp_5(X) = fn_nucleoside_diphosphate_1(X)
& fn_adp_54(X) = fn_nucleoside_diphosphate_47(X)
& fn_adp_44(X) = fn_nucleoside_diphosphate_43(X)
& fn_adp_65(X) = fn_nucleoside_diphosphate_45(X)
& fn_adp_57(X) = fn_nucleoside_diphosphate_37(X)
& fn_adp_44(X) = fn_nucleoside_diphosphate_47(X)
& fn_adp_12(X) = fn_nucleoside_diphosphate_1(X)
& fn_adp_49(X) = fn_nucleoside_diphosphate_36(X)
& fn_adp_59(X) = fn_nucleoside_diphosphate_43(X)
& fn_adp_40(X) = fn_nucleoside_diphosphate_37(X)
& fn_adp_58(X) = fn_nucleoside_diphosphate_43(X)
& fn_adp_2(X) = fn_nucleoside_diphosphate_1(X)
& fn_adp_3(X) = fn_nucleoside_diphosphate_45(X)
& fn_adp_17(X) = fn_nucleoside_diphosphate_3(X)
& fn_adp_40(X) = fn_nucleoside_diphosphate_47(X)
& fn_adp_16(X) = fn_nucleoside_diphosphate_36(X)
& fn_adp_40(X) = fn_nucleoside_diphosphate_3(X)
& fn_adp_66(X) = fn_nucleoside_diphosphate_1(X)
& fn_adp_41(X) = fn_nucleoside_diphosphate_3(X)
& fn_adp_44(X) = fn_nucleoside_diphosphate_36(X)
& fn_adp_41(X) = fn_nucleoside_diphosphate_37(X)
& fn_adp_4(X) = fn_nucleoside_diphosphate_45(X)
& fn_adp_10(X) = fn_nucleotide_53(X)
& fn_adp_11(X) = fn_nucleotide_52(X)
& fn_adp_23(X) = fn_nucleotide_4(X)
& fn_adp_26(X) = fn_nucleotide_5(X)
& fn_adp_27(X) = fn_nucleotide_6(X)
& fn_adp_30(X) = fn_nucleotide_2(X)
& fn_adp_49(X) = fn_ribonucleotide_6(X)
& fn_adp_53(X) = fn_ribonucleotide_29(X)
& fn_adp_33(X) = fn_ribonucleotide_23(X)
& fn_adp_40(X) = fn_ribonucleotide_22(X)
& fn_adp_41(X) = fn_ribonucleotide_27(X)
& fn_adp_32(X) = fn_ribonucleotide_10(X)
& fn_adp_25(X) = fn_nucleoside_diphosphate_34(X)
& fn_adp_25(X) = fn_ribonucleotide_11(X)
& X = fn_functional_group_1(fn_adp_34(X))
& fn_adp_34(X) = fn_nucleoside_diphosphate_25(X)
& fn_adp_34(X) = fn_ribonucleotide_14(X)
& fn_adp_24(X) = fn_nucleoside_diphosphate_27(X)
& fn_adp_24(X) = fn_ribonucleotide_15(X)
& fn_adp_42(X) = fn_nucleoside_diphosphate_32(X)
& fn_adp_42(X) = fn_ribonucleotide_12(X)
& fn_adp_15(X) = fn_ribonucleotide_27(X)
& fn_adp_44(X) = fn_ribonucleotide_22(X)
& fn_adp_5(X) = fn_ribonucleotide_19(X)
& fn_adp_44(X) = fn_ribonucleotide_27(X)
& fn_adp_9(X) = fn_ribonucleotide_4(X)
& fn_adp_40(X) = fn_ribonucleotide_27(X)
& fn_adp_67(X) = fn_ribonucleotide_19(X)
& fn_adp_7(X) = fn_ribonucleotide_22(X)
& fn_adp_40(X) = fn_ribonucleotide_28(X)
& fn_adp_8(X) = fn_ribonucleotide_6(X)
& fn_adp_3(X) = fn_ribonucleotide_2(X)
& fn_adp_7(X) = fn_ribonucleotide_6(X)
& fn_adp_44(X) = fn_ribonucleotide_28(X)
& fn_adp_28(X) = fn_nucleoside_diphosphate_38(X)
& fn_adp_28(X) = fn_ribonucleotide_13(X)
& fn_adp_66(X) = fn_ribonucleotide_2(X)
& fn_adp_39(X) = fn_nucleoside_diphosphate_33(X)
& fn_adp_33(X) = fn_nucleoside_diphosphate_44(X)
& fn_adp_33(X) = fn_ribonucleotide_24(X)
& fn_adp_39(X) = fn_ribonucleotide_17(X)
& fn_adp_45(X) = fn_ribonucleotide_23(X)
& fn_adp_31(X) = fn_ribonucleotide_16(X)
& fn_adp_2(X) = fn_ribonucleotide_19(X)
& fn_adp_43(X) = fn_ribonucleotide_16(X)
& fn_adp_29(X) = fn_nucleoside_diphosphate_35(X)
& fn_adp_29(X) = fn_nucleoside_diphosphate_41(X)
& fn_adp_29(X) = fn_ribonucleotide_24(X)
& fn_adp_31(X) = fn_nucleoside_diphosphate_29(X)
& fn_adp_31(X) = fn_nucleoside_diphosphate_30(X)
& fn_adp_31(X) = fn_ribonucleotide_8(X)
& fn_adp_19(X) = fn_nucleoside_diphosphate_4(X)
& fn_adp_19(X) = fn_ribonucleotide_7(X)
& fn_adp_43(X) = fn_nucleoside_diphosphate_29(X)
& fn_adp_43(X) = fn_nucleoside_diphosphate_30(X)
& fn_adp_43(X) = fn_ribonucleotide_8(X)
& fn_adp_29(X) = fn_phosphate_group_12(fn_adp_34(X))
& fn_adp_53(X) = fn_phosphate_group_18(fn_adp_34(X))
& fn_adp_41(X) = fn_phosphate_group_3(fn_adp_34(X))
& fn_adp_58(X) = fn_phosphate_group_20(fn_adp_34(X))
& fn_adp_45(X) = fn_phosphate_group_17(fn_adp_34(X))
& fn_adp_16(X) = fn_phosphate_group_3(fn_adp_34(X))
& fn_adp_49(X) = fn_phosphate_group_38(fn_adp_34(X))
& fn_adp_13(X) = fn_phosphate_group_35(fn_adp_34(X))
& fn_adp_42(X) = fn_phosphate_group_37(fn_adp_34(X))
& fn_adp_31(X) = fn_covalent_bond_20(fn_adp_42(X))
& fn_adp_33(X) = fn_phosphate_group_10(fn_adp_34(X))
& fn_adp_43(X) = fn_nucleotide_13(X)
& fn_adp_28(X) = fn_phosphate_group_41(fn_adp_34(X))
& fn_adp_49(X) = fn_phosphate_group_21(fn_adp_34(X))
& fn_adp_15(X) = fn_phosphate_group_20(fn_adp_34(X))
& fn_adp_31(X) = fn_phosphate_group_22(fn_adp_34(X))
& fn_adp_67(X) = fn_phosphate_group_35(fn_adp_34(X))
& fn_adp_43(X) = fn_phosphate_group_22(fn_adp_34(X))
& fn_adp_39(X) = fn_nucleotide_30(X)
& fn_adp_39(X) = fn_covalent_bond_20(fn_adp_42(X))
& fn_adp_31(X) = fn_covalent_bond_19(fn_adp_42(X))
& fn_adp_39(X) = fn_covalent_bond_20(fn_adp_28(X))
& fn_adp_31(X) = fn_covalent_bond_19(fn_adp_28(X))
& fn_adp_39(X) = fn_phosphate_group_6(fn_adp_34(X))
& fn_adp_1(X) = fn_phosphate_group_39(fn_adp_34(X))
& fn_adp_2(X) = fn_phosphate_group_39(fn_adp_34(X))
& fn_adp_40(X) = fn_phosphate_group_8(fn_adp_34(X))
& fn_adp_6(X) = fn_phosphate_group_9(fn_adp_34(X))
& fn_adp_31(X) = fn_covalent_bond_20(fn_adp_28(X))
& fn_adp_49(X) = fn_covalent_bond_15(fn_adp_28(X))
& fn_adp_49(X) = fn_phosphate_group_8(fn_adp_34(X))
& fn_adp_31(X) = fn_nucleotide_10(X)
& fn_adp_34(X) = fn_nucleotide_15(X)
& fn_adp_31(X) = fn_phosphate_group_5(fn_adp_34(X))
& fn_adp_40(X) = fn_covalent_bond_15(fn_adp_42(X))
& fn_adp_45(X) = fn_covalent_bond_23(fn_adp_42(X))
& fn_adp_33(X) = fn_covalent_bond_23(fn_adp_42(X))
& fn_adp_53(X) = fn_covalent_bond_22(fn_adp_42(X))
& fn_adp_49(X) = fn_covalent_bond_18(fn_adp_42(X))
& fn_adp_4(X) = fn_covalent_bond_17(fn_adp_42(X))
& fn_adp_7(X) = fn_covalent_bond_15(fn_adp_28(X))
& fn_adp_53(X) = fn_covalent_bond_24(fn_adp_42(X))
& fn_adp_44(X) = fn_covalent_bond_15(fn_adp_42(X))
& fn_adp_44(X) = fn_covalent_bond_18(fn_adp_28(X))
& fn_adp_44(X) = fn_covalent_bond_15(fn_adp_28(X))
& fn_adp_53(X) = fn_covalent_bond_24(fn_adp_28(X))
& fn_adp_45(X) = fn_covalent_bond_23(fn_adp_28(X))
& fn_adp_29(X) = fn_covalent_bond_23(fn_adp_42(X))
& fn_adp_33(X) = fn_covalent_bond_21(fn_adp_42(X))
& fn_adp_33(X) = fn_covalent_bond_23(fn_adp_28(X))
& fn_adp_29(X) = fn_covalent_bond_21(fn_adp_28(X))
& fn_adp_53(X) = fn_covalent_bond_22(fn_adp_28(X))
& fn_adp_40(X) = fn_covalent_bond_18(fn_adp_28(X))
& fn_adp_1(X) = fn_covalent_bond_17(fn_adp_28(X))
& fn_chemical_element_12(fn_adp_35(X)) = fn_chemical_element_12(fn_adp_35(X))
& fn_chemical_element_12(fn_adp_35(X)) = fn_chemical_element_11(fn_adp_35(X))
& fn_chemical_element_11(fn_adp_35(X)) = fn_chemical_element_12(fn_adp_35(X))
& fn_chemical_element_12(fn_adp_35(X)) = fn_aldehyde_5(fn_adp_32(X))
& fn_aldehyde_5(fn_adp_32(X)) = fn_organic_molecule_2(fn_adp_32(X))
& fn_organic_molecule_2(fn_adp_32(X)) = fn_organic_molecule_2(fn_adp_32(X))
& fn_organic_molecule_2(fn_adp_32(X)) = fn_nucleoside_7(fn_adp_38(X))
& fn_nucleoside_7(fn_adp_38(X)) = fn_nucleoside_7(fn_adp_38(X))
& fn_nucleoside_7(fn_adp_38(X)) = fn_polar_covalent_bond_19(fn_adp_52(X))
& fn_polar_covalent_bond_19(fn_adp_52(X)) = fn_molecule_11(fn_adp_32(X))
& fn_molecule_11(fn_adp_32(X)) = fn_polar_covalent_bond_19(fn_adp_52(X))
& fn_polar_covalent_bond_19(fn_adp_52(X)) = fn_polar_covalent_bond_19(fn_adp_52(X))
& fn_polar_covalent_bond_18(fn_adp_52(X)) = fn_polar_covalent_bond_19(fn_adp_52(X))
& fn_polar_covalent_bond_19(fn_adp_52(X)) = fn_polar_covalent_bond_18(fn_adp_52(X))
& fn_polar_covalent_bond_18(fn_adp_52(X)) = fn_polar_covalent_bond_18(fn_adp_52(X))
& fn_polar_covalent_bond_18(fn_adp_52(X)) = fn_organic_molecule_1(fn_adp_32(X))
& fn_organic_molecule_1(fn_adp_32(X)) = fn_organic_molecule_1(fn_adp_32(X))
& fn_nucleoside_6(fn_adp_38(X)) = fn_nucleoside_6(fn_adp_38(X))
& fn_nucleoside_6(fn_adp_38(X)) = fn_organic_molecule_1(fn_adp_32(X))
& fn_organic_molecule_1(fn_adp_32(X)) = fn_nucleoside_6(fn_adp_38(X))
& fn_nucleoside_6(fn_adp_38(X)) = fn_organic_molecule_3(fn_adp_32(X))
& fn_organic_molecule_3(fn_adp_32(X)) = fn_aldose_11(fn_adp_32(X))
& fn_aldose_11(fn_adp_32(X)) = fn_organic_molecule_3(fn_adp_32(X))
& fn_organic_molecule_3(fn_adp_32(X)) = fn_nucleoside_9(fn_adp_38(X))
& fn_nucleoside_9(fn_adp_38(X)) = fn_nucleoside_9(fn_adp_38(X))
& fn_nucleoside_9(fn_adp_38(X)) = fn_carbohydrate_6(fn_adp_32(X))
& fn_carbohydrate_6(fn_adp_32(X)) = fn_polar_covalent_bond_16(fn_adp_52(X))
& fn_polar_covalent_bond_16(fn_adp_52(X)) = fn_polar_covalent_bond_16(fn_adp_52(X))
& fn_nucleoside_11(fn_adp_38(X)) = fn_polar_covalent_bond_16(fn_adp_52(X))
& fn_polar_covalent_bond_16(fn_adp_52(X)) = fn_nucleoside_11(fn_adp_38(X))
& fn_nucleoside_11(fn_adp_38(X)) = fn_carbohydrate_30(fn_adp_32(X))
& fn_carbohydrate_30(fn_adp_32(X)) = fn_nucleoside_12(fn_adp_38(X))
& fn_nucleoside_12(fn_adp_38(X)) = fn_polar_covalent_bond_17(fn_adp_52(X))
& fn_polar_covalent_bond_17(fn_adp_52(X)) = fn_polar_covalent_bond_17(fn_adp_52(X))
& fn_polar_covalent_bond_17(fn_adp_52(X)) = fn_nucleoside_12(fn_adp_38(X))
& fn_nucleoside_12(fn_adp_38(X)) = fn_nucleoside_12(fn_adp_38(X))
& fn_nucleoside_12(fn_adp_38(X)) = fn_carbohydrate_37(fn_adp_32(X))
& fn_carbohydrate_37(fn_adp_32(X)) = fn_carbohydrate_37(fn_adp_32(X))
& fn_carbohydrate_37(fn_adp_32(X)) = fn_molecule_10(fn_adp_32(X))
& fn_nucleoside_10(fn_adp_38(X)) = fn_molecule_10(fn_adp_32(X))
& fn_molecule_10(fn_adp_32(X)) = fn_nucleoside_10(fn_adp_38(X))
& fn_nucleoside_10(fn_adp_38(X)) = fn_carbohydrate_36(fn_adp_32(X))
& fn_carbohydrate_36(fn_adp_32(X)) = fn_carbohydrate_36(fn_adp_32(X))
& fn_carbohydrate_36(fn_adp_32(X)) = fn_nucleotide_24(X)
& fn_nucleotide_24(X) = fn_covalent_bond_17(fn_adp_28(X))
& fn_nucleoside_diphosphate_45(X) = fn_covalent_bond_17(fn_adp_28(X))
& fn_covalent_bond_17(fn_adp_28(X)) = fn_nucleoside_diphosphate_1(X)
& fn_nucleoside_diphosphate_3(X) = fn_covalent_bond_17(fn_adp_28(X))
& fn_covalent_bond_17(fn_adp_28(X)) = fn_nucleoside_diphosphate_45(X)
& fn_nucleoside_diphosphate_45(X) = fn_nucleoside_diphosphate_37(X)
& fn_nucleoside_diphosphate_47(X) = fn_covalent_bond_17(fn_adp_42(X))
& fn_nucleoside_diphosphate_1(X) = fn_nucleoside_diphosphate_45(X)
& fn_nucleoside_diphosphate_45(X) = fn_nucleoside_diphosphate_1(X)
& fn_nucleoside_diphosphate_1(X) = fn_nucleoside_diphosphate_37(X)
& fn_nucleoside_diphosphate_37(X) = fn_nucleoside_diphosphate_3(X)
& fn_nucleoside_diphosphate_3(X) = fn_nucleoside_20(fn_adp_38(X))
& fn_ribonucleotide_10(X) = fn_nucleoside_20(fn_adp_38(X))
& fn_nucleoside_20(fn_adp_38(X)) = fn_ribonucleotide_10(X)
& fn_ribonucleotide_10(X) = fn_nucleoside_diphosphate_34(X)
& fn_nucleoside_diphosphate_34(X) = fn_nucleoside_diphosphate_34(X)
& fn_ribonucleotide_11(X) = fn_nucleoside_diphosphate_34(X)
& fn_nucleoside_diphosphate_34(X) = fn_ribonucleotide_11(X)
& fn_ribonucleotide_11(X) = fn_nucleoside_diphosphate_27(X)
& fn_ribonucleotide_15(X) = fn_nucleoside_diphosphate_27(X)
& fn_nucleoside_diphosphate_27(X) = fn_ribonucleotide_15(X)
& fn_ribonucleotide_15(X) = fn_nucleoside_diphosphate_1(X)
& fn_ribonucleotide_19(X) = fn_nucleoside_diphosphate_3(X)
& fn_nucleoside_diphosphate_3(X) = fn_ribonucleotide_4(X)
& fn_ribonucleotide_4(X) = fn_ribonucleotide_4(X)
& fn_ribonucleotide_4(X) = fn_nucleoside_diphosphate_45(X)
& fn_nucleoside_diphosphate_45(X) = fn_ribonucleotide_2(X)
& fn_ribonucleotide_2(X) = fn_covalent_bond_17(fn_adp_42(X))
& fn_nucleoside_diphosphate_1(X) = fn_ribonucleotide_2(X)
& fn_ribonucleotide_2(X) = fn_ribonucleotide_2(X)
& fn_ribonucleotide_2(X) = fn_nucleoside_diphosphate_4(X)
& fn_ribonucleotide_7(X) = fn_nucleoside_diphosphate_4(X)
& fn_nucleoside_diphosphate_4(X) = fn_nucleoside_diphosphate_4(X)
& fn_nucleoside_diphosphate_4(X) = fn_ribonucleotide_7(X)
& fn_ribonucleotide_7(X) = fn_nucleoside_diphosphate_3(X)
& fn_nucleoside_diphosphate_3(X) = fn_nucleoside_diphosphate_37(X)
& fn_nucleoside_diphosphate_37(X) = fn_ribonucleotide_27(X)
& fn_ribonucleotide_27(X) = fn_phosphate_group_3(fn_adp_34(X))
& fn_phosphate_group_3(fn_adp_34(X)) = fn_nucleoside_diphosphate_43(X)
& fn_nucleoside_diphosphate_43(X) = fn_nucleoside_diphosphate_43(X)
& fn_nucleoside_diphosphate_43(X) = fn_phosphate_group_20(fn_adp_34(X))
& fn_phosphate_group_20(fn_adp_34(X)) = fn_nucleoside_diphosphate_3(X)
& fn_nucleoside_diphosphate_3(X) = fn_nucleoside_diphosphate_36(X)
& fn_nucleoside_diphosphate_36(X) = fn_phosphate_group_3(fn_adp_34(X))
& fn_phosphate_group_3(fn_adp_34(X)) = fn_phosphate_group_3(fn_adp_34(X))
& fn_phosphate_group_3(fn_adp_34(X)) = fn_covalent_bond_17(fn_adp_42(X))
& fn_covalent_bond_17(fn_adp_42(X)) = fn_nucleoside_diphosphate_1(X)
& fn_nucleoside_diphosphate_1(X) = fn_nucleoside_diphosphate_1(X)
& fn_nucleoside_diphosphate_1(X) = fn_phosphate_group_35(fn_adp_34(X))
& fn_phosphate_group_35(fn_adp_34(X)) = fn_nucleoside_diphosphate_36(X)
& fn_nucleoside_diphosphate_36(X) = fn_ribonucleotide_27(X)
& fn_ribonucleotide_27(X) = fn_phosphate_group_20(fn_adp_34(X))
& fn_phosphate_group_20(fn_adp_34(X)) = fn_phosphate_group_20(fn_adp_34(X))
& fn_phosphate_group_20(fn_adp_34(X)) = fn_ribonucleotide_19(X)
& fn_ribonucleotide_19(X) = fn_phosphate_group_35(fn_adp_34(X))
& fn_phosphate_group_35(fn_adp_34(X)) = fn_phosphate_group_35(fn_adp_34(X))
& fn_phosphate_group_35(fn_adp_34(X)) = fn_nucleotide_13(X)
& fn_nucleotide_13(X) = fn_nucleoside_diphosphate_29(X)
& fn_nucleoside_diphosphate_29(X) = fn_nucleotide_13(X)
& fn_nucleotide_13(X) = fn_nucleoside_diphosphate_30(X)
& fn_nucleoside_diphosphate_30(X) = fn_ribonucleotide_8(X)
& fn_ribonucleotide_8(X) = fn_ribonucleotide_16(X)
& fn_phosphate_group_22(fn_adp_34(X)) = fn_chemical_element_11(fn_adp_35(X))
& fn_chemical_element_11(fn_adp_35(X)) = fn_nucleotide_30(X)
& fn_nucleotide_30(X) = fn_nucleotide_30(X)
& fn_nucleotide_30(X) = fn_chemical_element_11(fn_adp_35(X))
& fn_chemical_element_11(fn_adp_35(X)) = fn_chemical_element_11(fn_adp_35(X))
& fn_chemical_element_11(fn_adp_35(X)) = fn_covalent_bond_20(fn_adp_42(X))
& fn_nucleoside_diphosphate_33(X) = fn_covalent_bond_20(fn_adp_42(X))
& fn_covalent_bond_20(fn_adp_28(X)) = fn_covalent_bond_20(fn_adp_42(X))
& fn_covalent_bond_20(fn_adp_42(X)) = fn_covalent_bond_20(fn_adp_28(X))
& fn_covalent_bond_20(fn_adp_28(X)) = fn_nucleoside_diphosphate_33(X)
& fn_nucleoside_diphosphate_33(X) = fn_nucleoside_diphosphate_33(X)
& fn_ribonucleotide_17(X) = fn_nucleoside_diphosphate_33(X)
& fn_nucleoside_diphosphate_33(X) = fn_ribonucleotide_17(X)
& fn_ribonucleotide_17(X) = fn_ribonucleotide_17(X)
& fn_ribonucleotide_17(X) = fn_phosphate_group_6(fn_adp_34(X))
& fn_phosphate_group_6(fn_adp_34(X)) = fn_phosphate_group_6(fn_adp_34(X))
& fn_phosphate_group_6(fn_adp_34(X)) = fn_nucleoside_diphosphate_1(X)
& fn_nucleoside_diphosphate_1(X) = fn_ribonucleotide_19(X)
& fn_ribonucleotide_19(X) = fn_ribonucleotide_19(X)
& fn_ribonucleotide_19(X) = fn_phosphate_group_39(fn_adp_34(X))
& fn_phosphate_group_39(fn_adp_34(X)) = fn_share_2(fn_adp_4(X))
& fn_share_2(fn_adp_4(X)) = fn_phosphate_group_9(fn_adp_34(X))
& fn_phosphate_group_9(fn_adp_34(X)) = fn_phosphate_group_9(fn_adp_34(X))
& fn_phosphate_group_9(fn_adp_34(X)) = fn_nucleoside_diphosphate_25(X)
& fn_nucleoside_diphosphate_25(X) = fn_nucleotide_15(X)
& fn_nucleotide_15(X) = fn_nucleoside_diphosphate_25(X)
& fn_nucleoside_diphosphate_25(X) = fn_nucleoside_diphosphate_25(X)
& fn_ribonucleotide_14(X) = fn_nucleoside_diphosphate_25(X)
& fn_nucleoside_diphosphate_25(X) = fn_ribonucleotide_14(X)
& fn_ribonucleotide_14(X) = fn_covalent_bond_20(fn_adp_42(X))
& fn_covalent_bond_20(fn_adp_42(X)) = fn_covalent_bond_20(fn_adp_42(X))
& fn_covalent_bond_20(fn_adp_42(X)) = fn_nucleotide_10(X)
& fn_nucleotide_10(X) = fn_nucleotide_10(X)
& fn_nucleotide_10(X) = fn_covalent_bond_20(fn_adp_28(X))
& fn_covalent_bond_20(fn_adp_28(X)) = fn_nucleotide_10(X)
& fn_nucleotide_10(X) = fn_covalent_bond_20(fn_adp_42(X))
& fn_covalent_bond_19(fn_adp_28(X)) = fn_covalent_bond_19(fn_adp_28(X))
& fn_covalent_bond_19(fn_adp_28(X)) = fn_covalent_bond_20(fn_adp_42(X))
& fn_covalent_bond_19(fn_adp_42(X)) = fn_covalent_bond_20(fn_adp_42(X))
& fn_covalent_bond_20(fn_adp_42(X)) = fn_covalent_bond_19(fn_adp_42(X))
& fn_covalent_bond_19(fn_adp_42(X)) = fn_covalent_bond_20(fn_adp_28(X))
& fn_covalent_bond_20(fn_adp_28(X)) = fn_covalent_bond_19(fn_adp_28(X))
& fn_covalent_bond_19(fn_adp_28(X)) = fn_covalent_bond_20(fn_adp_28(X))
& fn_covalent_bond_20(fn_adp_28(X)) = fn_covalent_bond_19(fn_adp_42(X))
& fn_nucleoside_diphosphate_29(X) = fn_covalent_bond_19(fn_adp_28(X))
& fn_covalent_bond_19(fn_adp_42(X)) = fn_nucleoside_diphosphate_29(X)
& fn_nucleoside_diphosphate_29(X) = fn_covalent_bond_19(fn_adp_42(X))
& fn_covalent_bond_19(fn_adp_28(X)) = fn_covalent_bond_19(fn_adp_42(X))
& fn_covalent_bond_19(fn_adp_42(X)) = fn_covalent_bond_19(fn_adp_28(X))
& fn_covalent_bond_19(fn_adp_28(X)) = fn_nucleoside_diphosphate_29(X)
& fn_nucleoside_diphosphate_29(X) = fn_nucleoside_diphosphate_29(X)
& fn_nucleoside_diphosphate_30(X) = fn_nucleoside_diphosphate_29(X)
& fn_nucleoside_diphosphate_29(X) = fn_nucleoside_diphosphate_30(X)
& fn_ribonucleotide_16(X) = fn_nucleoside_diphosphate_30(X)
& fn_nucleoside_diphosphate_30(X) = fn_nucleoside_diphosphate_30(X)
& fn_nucleoside_diphosphate_30(X) = fn_ribonucleotide_16(X)
& fn_ribonucleotide_16(X) = fn_ribonucleotide_16(X)
& fn_ribonucleotide_16(X) = fn_ribonucleotide_8(X)
& fn_ribonucleotide_8(X) = fn_ribonucleotide_8(X)
& fn_ribonucleotide_8(X) = fn_phosphate_group_22(fn_adp_34(X))
& fn_phosphate_group_5(fn_adp_34(X)) = fn_phosphate_group_22(fn_adp_34(X))
& fn_phosphate_group_22(fn_adp_34(X)) = fn_phosphate_group_22(fn_adp_34(X))
& fn_phosphate_group_22(fn_adp_34(X)) = fn_phosphate_group_5(fn_adp_34(X))
& fn_phosphate_group_5(fn_adp_34(X)) = fn_phosphate_group_5(fn_adp_34(X))
& fn_phosphate_group_5(fn_adp_34(X)) = fn_covalent_bond_15(fn_adp_28(X))
& fn_nucleoside_diphosphate_43(X) = fn_covalent_bond_15(fn_adp_28(X))
& fn_nucleoside_diphosphate_36(X) = fn_ribonucleotide_6(X)
& fn_ribonucleotide_6(X) = fn_phosphate_group_38(fn_adp_34(X))
& fn_phosphate_group_38(fn_adp_34(X)) = fn_phosphate_group_38(fn_adp_34(X))
& fn_phosphate_group_38(fn_adp_34(X)) = fn_phosphate_group_21(fn_adp_34(X))
& fn_phosphate_group_21(fn_adp_34(X)) = fn_phosphate_group_21(fn_adp_34(X))
& fn_phosphate_group_21(fn_adp_34(X)) = fn_phosphate_group_8(fn_adp_34(X))
& fn_phosphate_group_8(fn_adp_34(X)) = fn_covalent_bond_18(fn_adp_42(X))
& fn_covalent_bond_18(fn_adp_42(X)) = fn_covalent_bond_18(fn_adp_42(X))
& fn_covalent_bond_18(fn_adp_42(X)) = fn_nucleoside_diphosphate_32(X)
& fn_nucleoside_diphosphate_32(X) = fn_nucleoside_diphosphate_32(X)
& fn_ribonucleotide_12(X) = fn_nucleoside_diphosphate_32(X)
& fn_nucleoside_diphosphate_32(X) = fn_ribonucleotide_12(X)
& fn_ribonucleotide_12(X) = fn_ribonucleotide_12(X)
& fn_ribonucleotide_12(X) = fn_phosphate_group_37(fn_adp_34(X))
& fn_phosphate_group_37(fn_adp_34(X)) = fn_phosphate_group_37(fn_adp_34(X))
& fn_phosphate_group_37(fn_adp_34(X)) = fn_nucleoside_diphosphate_45(X)
& fn_nucleoside_diphosphate_45(X) = fn_nucleoside_diphosphate_45(X)
& fn_nucleoside_diphosphate_45(X) = fn_covalent_bond_17(fn_adp_42(X))
& fn_covalent_bond_17(fn_adp_42(X)) = fn_covalent_bond_17(fn_adp_42(X))
& fn_covalent_bond_17(fn_adp_42(X)) = fn_ribonucleotide_22(X)
& fn_ribonucleotide_22(X) = fn_ribonucleotide_6(X)
& fn_ribonucleotide_6(X) = fn_ribonucleotide_6(X)
& fn_ribonucleotide_6(X) = fn_covalent_bond_15(fn_adp_28(X))
& fn_covalent_bond_15(fn_adp_28(X)) = fn_nucleoside_diphosphate_43(X)
& fn_nucleoside_diphosphate_43(X) = fn_covalent_bond_18(fn_adp_28(X))
& fn_covalent_bond_18(fn_adp_28(X)) = fn_nucleoside_diphosphate_47(X)
& fn_nucleoside_diphosphate_47(X) = fn_nucleoside_diphosphate_43(X)
& fn_nucleoside_diphosphate_43(X) = fn_nucleoside_diphosphate_47(X)
& fn_nucleoside_diphosphate_36(X) = fn_nucleoside_diphosphate_47(X)
& fn_nucleoside_diphosphate_47(X) = fn_nucleoside_diphosphate_36(X)
& fn_nucleoside_diphosphate_36(X) = fn_ribonucleotide_22(X)
& fn_ribonucleotide_28(X) = fn_ribonucleotide_27(X)
& fn_ribonucleotide_28(X) = fn_covalent_bond_15(fn_adp_42(X))
& fn_covalent_bond_15(fn_adp_28(X)) = fn_covalent_bond_15(fn_adp_42(X))
& fn_covalent_bond_15(fn_adp_42(X)) = fn_covalent_bond_15(fn_adp_28(X))
& fn_covalent_bond_15(fn_adp_28(X)) = fn_ribonucleotide_23(X)
& fn_ribonucleotide_23(X) = fn_ribonucleotide_23(X)
& fn_ribonucleotide_23(X) = fn_phosphate_group_17(fn_adp_34(X))
& fn_phosphate_group_17(fn_adp_34(X)) = fn_phosphate_group_17(fn_adp_34(X))
& fn_phosphate_group_17(fn_adp_34(X)) = fn_covalent_bond_23(fn_adp_42(X))
& fn_covalent_bond_23(fn_adp_42(X)) = fn_covalent_bond_23(fn_adp_28(X))
& fn_covalent_bond_23(fn_adp_28(X)) = fn_covalent_bond_23(fn_adp_28(X))
& fn_covalent_bond_23(fn_adp_28(X)) = fn_nucleoside_diphosphate_44(X)
& fn_ribonucleotide_23(X) = fn_nucleoside_diphosphate_44(X)
& fn_nucleoside_diphosphate_44(X) = fn_ribonucleotide_23(X)
& fn_ribonucleotide_23(X) = fn_ribonucleotide_24(X)
& fn_ribonucleotide_24(X) = fn_phosphate_group_10(fn_adp_34(X))
& fn_covalent_bond_21(fn_adp_42(X)) = fn_phosphate_group_10(fn_adp_34(X))
& fn_phosphate_group_10(fn_adp_34(X)) = fn_covalent_bond_21(fn_adp_42(X))
& fn_covalent_bond_21(fn_adp_42(X)) = fn_covalent_bond_23(fn_adp_42(X))
& fn_covalent_bond_23(fn_adp_42(X)) = fn_covalent_bond_21(fn_adp_42(X))
& fn_covalent_bond_21(fn_adp_42(X)) = fn_covalent_bond_21(fn_adp_42(X))
& fn_covalent_bond_21(fn_adp_42(X)) = fn_covalent_bond_23(fn_adp_28(X))
& fn_covalent_bond_23(fn_adp_28(X)) = fn_nucleoside_diphosphate_35(X)
& fn_nucleoside_diphosphate_35(X) = fn_nucleoside_diphosphate_35(X)
& fn_nucleoside_diphosphate_35(X) = fn_covalent_bond_23(fn_adp_42(X))
& fn_covalent_bond_23(fn_adp_42(X)) = fn_nucleoside_diphosphate_35(X)
& fn_nucleoside_diphosphate_41(X) = fn_nucleoside_diphosphate_35(X)
& fn_nucleoside_diphosphate_35(X) = fn_nucleoside_diphosphate_41(X)
& fn_nucleoside_diphosphate_41(X) = fn_nucleoside_diphosphate_41(X)
& fn_ribonucleotide_24(X) = fn_nucleoside_diphosphate_41(X)
& fn_nucleoside_diphosphate_41(X) = fn_ribonucleotide_24(X)
& fn_ribonucleotide_24(X) = fn_ribonucleotide_24(X)
& fn_ribonucleotide_24(X) = fn_phosphate_group_12(fn_adp_34(X))
& fn_phosphate_group_12(fn_adp_34(X)) = fn_phosphate_group_12(fn_adp_34(X))
& fn_phosphate_group_12(fn_adp_34(X)) = fn_covalent_bond_21(fn_adp_28(X))
& fn_covalent_bond_21(fn_adp_28(X)) = fn_covalent_bond_21(fn_adp_28(X))
& fn_covalent_bond_21(fn_adp_28(X)) = fn_ribonucleotide_29(X)
& fn_ribonucleotide_29(X) = fn_phosphate_group_18(fn_adp_34(X))
& fn_phosphate_group_18(fn_adp_34(X)) = fn_phosphate_group_18(fn_adp_34(X))
& fn_phosphate_group_18(fn_adp_34(X)) = fn_covalent_bond_24(fn_adp_42(X))
& fn_covalent_bond_24(fn_adp_42(X)) = fn_covalent_bond_24(fn_adp_42(X))
& fn_covalent_bond_22(fn_adp_28(X)) = fn_covalent_bond_24(fn_adp_42(X))
& fn_covalent_bond_24(fn_adp_42(X)) = fn_covalent_bond_22(fn_adp_42(X))
& fn_covalent_bond_22(fn_adp_42(X)) = fn_covalent_bond_22(fn_adp_42(X))
& fn_covalent_bond_22(fn_adp_42(X)) = fn_covalent_bond_24(fn_adp_42(X))
& fn_covalent_bond_24(fn_adp_42(X)) = fn_covalent_bond_24(fn_adp_28(X))
& fn_covalent_bond_24(fn_adp_28(X)) = fn_covalent_bond_24(fn_adp_42(X))
& fn_covalent_bond_24(fn_adp_42(X)) = fn_covalent_bond_22(fn_adp_28(X))
& fn_covalent_bond_22(fn_adp_28(X)) = fn_covalent_bond_24(fn_adp_28(X))
& fn_covalent_bond_24(fn_adp_28(X)) = fn_covalent_bond_24(fn_adp_28(X))
& fn_covalent_bond_24(fn_adp_28(X)) = fn_covalent_bond_22(fn_adp_28(X))
& fn_covalent_bond_22(fn_adp_28(X)) = fn_covalent_bond_22(fn_adp_28(X))
& fn_covalent_bond_22(fn_adp_28(X)) = fn_nucleoside_diphosphate_43(X)
& fn_nucleoside_diphosphate_43(X) = fn_nucleoside_diphosphate_36(X)
& fn_nucleoside_diphosphate_36(X) = fn_nucleoside_diphosphate_36(X)
& fn_nucleoside_diphosphate_36(X) = fn_nucleoside_diphosphate_37(X)
& fn_nucleoside_diphosphate_47(X) = fn_nucleoside_diphosphate_37(X)
& fn_nucleoside_diphosphate_37(X) = fn_nucleoside_diphosphate_37(X)
& fn_nucleoside_diphosphate_37(X) = fn_nucleoside_diphosphate_47(X)
& fn_nucleoside_diphosphate_3(X) = fn_nucleoside_diphosphate_47(X)
& fn_nucleoside_diphosphate_47(X) = fn_nucleoside_diphosphate_47(X)
& fn_nucleoside_diphosphate_47(X) = fn_nucleoside_diphosphate_3(X)
& fn_nucleoside_diphosphate_3(X) = fn_nucleoside_diphosphate_3(X)
& fn_nucleoside_diphosphate_3(X) = fn_ribonucleotide_22(X)
& fn_ribonucleotide_22(X) = fn_ribonucleotide_22(X)
& fn_ribonucleotide_22(X) = fn_ribonucleotide_27(X)
& fn_ribonucleotide_27(X) = fn_ribonucleotide_27(X)
& fn_ribonucleotide_27(X) = fn_ribonucleotide_28(X)
& fn_ribonucleotide_28(X) = fn_ribonucleotide_28(X)
& fn_ribonucleotide_28(X) = fn_phosphate_group_8(fn_adp_34(X))
& fn_phosphate_group_8(fn_adp_34(X)) = fn_phosphate_group_8(fn_adp_34(X))
& fn_phosphate_group_8(fn_adp_34(X)) = fn_covalent_bond_15(fn_adp_42(X))
& fn_covalent_bond_18(fn_adp_28(X)) = fn_covalent_bond_15(fn_adp_42(X))
& fn_covalent_bond_15(fn_adp_42(X)) = fn_covalent_bond_18(fn_adp_28(X))
& fn_covalent_bond_18(fn_adp_28(X)) = fn_covalent_bond_18(fn_adp_28(X))
& fn_covalent_bond_18(fn_adp_28(X)) = fn_nucleoside_diphosphate_38(X)
& fn_nucleoside_diphosphate_38(X) = fn_nucleoside_diphosphate_38(X)
& fn_ribonucleotide_13(X) = fn_nucleoside_diphosphate_38(X)
& fn_nucleoside_diphosphate_38(X) = fn_ribonucleotide_13(X)
& fn_ribonucleotide_13(X) = fn_ribonucleotide_13(X)
& fn_ribonucleotide_13(X) = fn_phosphate_group_41(fn_adp_34(X))
& fn_phosphate_group_41(fn_adp_34(X)) = fn_phosphate_group_41(fn_adp_34(X))
& fn_phosphate_group_41(fn_adp_34(X)) = fn_phosphate_group_39(fn_adp_34(X))
& fn_phosphate_group_39(fn_adp_34(X)) = fn_phosphate_group_39(fn_adp_34(X))
& fn_phosphate_group_39(fn_adp_34(X)) = fn_covalent_bond_17(fn_adp_28(X))
& fn_covalent_bond_17(fn_adp_28(X)) = fn_covalent_bond_17(fn_adp_28(X)) ) ) ).
fof(a527305,axiom,
! [X] :
( adrenal_cortex_1(X)
=> ( original_name_2(X,'Adrenal-Cortex')
& user_description_2(X,'The outer region of the adrenal gland, associated with endocrine activity rather than nervous system activity; mediates the body\'s response to stress.')
& concept2words_2(X,'cortex of adrenal')
& concept2words_2(X,'adrenal cortex')
& concept2words_2(X,'adrenal-cortex')
& organ_region_1(X) ) ) ).
fof(a527306,axiom,
! [X] :
( adrenal_gland_1(X)
=> ( original_name_2(X,'Adrenal-Gland')
& user_description_2(X,'One of a pair of endocrine glands that sit atop the kidneys in mammals. The adrenal glands release hormones in response to stress, synthesize corticosteroids and androgens, and affect kidney function by secreting the hormone aldosterone.')
& concept2words_2(X,'gland of adrenal')
& concept2words_2(X,'adrenal gland')
& concept2words_2(X,'adrenal-gland')
& endocrine_gland_1(X)
& ~ parathyroid_gland_1(X)
& ~ pineal_gland_1(X)
& ~ pituitary_gland_1(X)
& ~ thyroid_gland_1(X) ) ) ).
fof(a527307,axiom,
! [X] :
( adrenal_medulla_1(X)
=> ( original_name_2(X,'Adrenal-Medulla')
& user_description_2(X,'The inner portion of the adrenal gland, associated with nervous system secretions rather than endocrine secretions; secretes the neurotransmitters epinephrine, norepinephrine, and dopamine.')
& concept2words_2(X,'medulla of adrenal')
& concept2words_2(X,'adrenal medulla')
& concept2words_2(X,'adrenal-medulla')
& organ_region_1(X) ) ) ).
fof(a527308,axiom,
! [X] :
( adrenocorticotropic_hormone_1(X)
=> ( original_name_2(X,'Adrenocorticotropic-Hormone')
& user_description_2(X,'A tropic hormone secreted by the anterior pituitary gland; mediates the production and release of corticosteroids by the adrenal cortex.')
& concept2words_2(X,'adrenocorticotropic hormone')
& concept2words_2(X,'adrenocorticotropic-hormone')
& peptide_hormone_1(X)
& ~ anp_1(X)
& ~ antidiuretic_hormone_1(X)
& ~ calcitonin_1(X)
& ~ cholecystokinin_1(X)
& ~ gastrin_1(X)
& ~ glucagon_1(X)
& ~ gonadotropin_releasing_hormone_1(X)
& ~ melanocyte_stimulating_hormone_1(X)
& ~ oxytocin_1(X)
& ~ parathyroid_hormone_1(X)
& ~ secretin_1(X) ) ) ).
fof(a527309,axiom,
! [X] :
( adult_1(X)
=> ( original_name_2(X,'Adult')
& user_description_2(X,'A fully developed organism from maturity onward is called as an adult.')
& concept2words_2(X,adult)
& life_stage_1(X) ) ) ).
fof(a527310,axiom,
! [X] :
( adult_cell_1(X)
=> ( original_name_2(X,'Adult-Cell')
& user_description_2(X,'The cell of an adult of an organism.')
& concept2words_2(X,'cell of an adult')
& concept2words_2(X,'cell of adult')
& concept2words_2(X,'adult cell')
& concept2words_2(X,'adult-cell')
& animal_cell_1(X) ) ) ).
fof(a527311,axiom,
! [X] :
( adult_stem_cell_1(X)
=> ( original_name_2(X,'Adult-Stem-Cell')
& user_description_2(X,'The stem cells of the adult of an organism.')
& concept2words_2(X,'adult stem cell')
& concept2words_2(X,'adult-stem-cell')
& stem_cell_1(X)
& adult_cell_1(X)
& er_membrane_1(fn_adult_stem_cell_1(X))
& er_membrane_1(fn_adult_stem_cell_2(X))
& protein_enzyme_1(fn_adult_stem_cell_3(X))
& protein_enzyme_1(fn_adult_stem_cell_4(X))
& electron_transport_chain_pathway_1(fn_adult_stem_cell_5(X))
& eukaryotic_oxidative_phosphorylation_1(fn_adult_stem_cell_6(X))
& metabolic_pathway_1(fn_adult_stem_cell_7(X))
& endergonic_process_1(fn_adult_stem_cell_7(X))
& chemical_reaction_1(fn_adult_stem_cell_7(X))
& synthesis_of_organic_molecule_1(fn_adult_stem_cell_7(X))
& anabolic_pathway_1(fn_adult_stem_cell_7(X))
& synthesis_of_atp_1(fn_adult_stem_cell_7(X))
& catabolic_pathway_1(fn_adult_stem_cell_8(X))
& semiautonomous_organelle_1(fn_adult_stem_cell_9(X))
& organelle_1(fn_adult_stem_cell_9(X))
& mitochondrion_1(fn_adult_stem_cell_9(X))
& synthesis_reaction_1(fn_adult_stem_cell_10(X))
& chemical_reaction_1(fn_adult_stem_cell_10(X))
& anabolic_pathway_1(fn_adult_stem_cell_10(X))
& synthesis_of_lipid_1(fn_adult_stem_cell_10(X))
& cellular_work_1(fn_adult_stem_cell_11(X))
& active_transport_1(fn_adult_stem_cell_11(X))
& active_movement_of_ions_1(fn_adult_stem_cell_11(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_adult_stem_cell_11(X))
& mixture_1(fn_adult_stem_cell_12(X))
& cytoplasm_1(fn_adult_stem_cell_12(X))
& tangible_entity_1(fn_adult_stem_cell_13(X))
& spatial_entity_1(fn_adult_stem_cell_13(X))
& biomembrane_1(fn_adult_stem_cell_13(X))
& plasma_membrane_1(fn_adult_stem_cell_13(X))
& animal_plasma_membrane_1(fn_adult_stem_cell_13(X))
& ribosome_1(fn_adult_stem_cell_14(X))
& eukaryotic_ribosome_1(fn_adult_stem_cell_14(X))
& eukaryotic_chromosome_1(fn_adult_stem_cell_15(X))
& chromosome_1(fn_adult_stem_cell_15(X))
& endoplasmic_reticulum_1(fn_adult_stem_cell_16(X))
& rough_endoplasmic_reticulum_1(fn_adult_stem_cell_16(X))
& endoplasmic_reticulum_1(fn_adult_stem_cell_17(X))
& smooth_endoplasmic_reticulum_1(fn_adult_stem_cell_17(X))
& golgi_apparatus_1(fn_adult_stem_cell_18(X))
& tangible_entity_1(fn_adult_stem_cell_19(X))
& nucleus_1(fn_adult_stem_cell_19(X))
& centrosome_1(fn_adult_stem_cell_20(X))
& volume_value_1(fn_adult_stem_cell_21(X))
& surface_1(fn_adult_stem_cell_22(X))
& cell_pole_1(fn_adult_stem_cell_23(X))
& cell_pole_1(fn_adult_stem_cell_24(X))
& size_value_1(fn_adult_stem_cell_25(X))
& support_1(fn_adult_stem_cell_26(X))
& support_1(fn_adult_stem_cell_27(X))
& metabolic_pathway_1(fn_adult_stem_cell_28(X))
& catabolic_pathway_1(fn_adult_stem_cell_28(X))
& eukaryotic_cellular_respiration_1(fn_adult_stem_cell_28(X))
& synthesis_reaction_1(fn_adult_stem_cell_29(X))
& chemical_reaction_1(fn_adult_stem_cell_29(X))
& anabolic_pathway_1(fn_adult_stem_cell_29(X))
& metabolic_pathway_1(fn_adult_stem_cell_29(X))
& synthesis_of_lipid_1(fn_adult_stem_cell_29(X))
& tangible_entity_1(fn_adult_stem_cell_30(X))
& phospholipid_bilayer_1(fn_adult_stem_cell_30(X))
& substance_1(fn_adult_stem_cell_31(X))
& cytosol_1(fn_adult_stem_cell_31(X))
& create_1(fn_adult_stem_cell_32(X))
& produce_1(fn_adult_stem_cell_32(X))
& microtubule_1(fn_adult_stem_cell_33(X))
& substance_1(fn_adult_stem_cell_34(X))
& cytosol_1(fn_adult_stem_cell_34(X))
& tissue_1(fn_adult_stem_cell_35(X))
& centromere_1(fn_adult_stem_cell_38(X))
& chromosome_arm_1(fn_adult_stem_cell_39(X))
& chromosome_arm_1(fn_adult_stem_cell_40(X))
& transfer_1(fn_adult_stem_cell_41(X))
& transfer_1(fn_adult_stem_cell_42(X))
& spatial_entity_1(fn_adult_stem_cell_43(X))
& cisternal_space_1(fn_adult_stem_cell_43(X))
& move_1(fn_adult_stem_cell_44(X))
& peroxisome_1(fn_adult_stem_cell_45(X))
& transfer_1(fn_rough_endoplasmic_reticulum_55(fn_adult_stem_cell_16(X)))
& transfer_1(fn_endoplasmic_reticulum_25(fn_adult_stem_cell_17(X)))
& spatial_entity_1(fn_rough_endoplasmic_reticulum_52(fn_adult_stem_cell_16(X)))
& cisternal_space_1(fn_rough_endoplasmic_reticulum_52(fn_adult_stem_cell_16(X)))
& cisternal_space_1(fn_smooth_endoplasmic_reticulum_39(fn_adult_stem_cell_17(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_adult_stem_cell_17(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_adult_stem_cell_17(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_adult_stem_cell_17(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_adult_stem_cell_17(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_adult_stem_cell_17(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_adult_stem_cell_17(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_adult_stem_cell_17(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_adult_stem_cell_17(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_adult_stem_cell_17(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_adult_stem_cell_17(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_adult_stem_cell_17(X)))
& eukaryotic_ribosome_1(fn_rough_endoplasmic_reticulum_56(fn_adult_stem_cell_16(X)))
& eukaryotic_ribosome_1(fn_smooth_endoplasmic_reticulum_11(fn_adult_stem_cell_17(X)))
& substance_1(fn_rough_endoplasmic_reticulum_23(fn_adult_stem_cell_16(X)))
& cytosol_1(fn_rough_endoplasmic_reticulum_23(fn_adult_stem_cell_16(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_adult_stem_cell_17(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_adult_stem_cell_17(X)))
& mixture_1(fn_rough_endoplasmic_reticulum_32(fn_adult_stem_cell_16(X)))
& cytoplasm_1(fn_rough_endoplasmic_reticulum_32(fn_adult_stem_cell_16(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_62(fn_adult_stem_cell_16(X)))
& eukaryotic_cell_1(fn_rough_endoplasmic_reticulum_62(fn_adult_stem_cell_16(X)))
& cell_1(fn_rough_endoplasmic_reticulum_62(fn_adult_stem_cell_16(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_adult_stem_cell_35(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_adult_stem_cell_17(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_adult_stem_cell_17(X)))
& has_part_2(fn_adult_stem_cell_12(X),fn_adult_stem_cell_3(X))
& has_part_2(fn_adult_stem_cell_12(X),fn_adult_stem_cell_4(X))
& is_inside_2(fn_adult_stem_cell_4(X),fn_adult_stem_cell_1(X))
& is_inside_2(fn_adult_stem_cell_4(X),fn_adult_stem_cell_2(X))
& fn_adult_stem_cell_4(X) != fn_adult_stem_cell_3(X)
& fn_adult_stem_cell_3(X) != fn_adult_stem_cell_4(X)
& is_inside_2(fn_adult_stem_cell_3(X),fn_adult_stem_cell_1(X))
& is_inside_2(fn_adult_stem_cell_3(X),fn_adult_stem_cell_2(X))
& recipient_2(fn_adult_stem_cell_41(X),fn_adult_stem_cell_17(X))
& recipient_2(fn_adult_stem_cell_42(X),fn_adult_stem_cell_16(X))
& has_part_2(fn_adult_stem_cell_35(X),X)
& is_inside_2(fn_adult_stem_cell_16(X),fn_adult_stem_cell_34(X))
& donor_2(fn_adult_stem_cell_41(X),fn_adult_stem_cell_16(X))
& has_region_2(fn_adult_stem_cell_16(X),fn_adult_stem_cell_43(X))
& agent_2(fn_adult_stem_cell_42(X),fn_adult_stem_cell_17(X))
& has_region_2(fn_adult_stem_cell_17(X),fn_adult_stem_cell_43(X))
& has_function_2(fn_adult_stem_cell_17(X),fn_adult_stem_cell_10(X))
& site_2(fn_adult_stem_cell_10(X),fn_adult_stem_cell_17(X))
& is_inside_2(fn_adult_stem_cell_17(X),fn_adult_stem_cell_34(X))
& is_inside_2(fn_adult_stem_cell_18(X),fn_adult_stem_cell_34(X))
& the_scalar_value_2(fn_adult_stem_cell_25(X),big_0)
& scalar_unit_class_2(fn_adult_stem_cell_25(X),prokaryote_0)
& has_part_2(X,fn_adult_stem_cell_18(X))
& has_region_2(X,fn_adult_stem_cell_24(X))
& is_inside_2(fn_adult_stem_cell_12(X),fn_adult_stem_cell_13(X))
& site_2(fn_adult_stem_cell_8(X),fn_adult_stem_cell_9(X))
& first_subevent_2(fn_adult_stem_cell_6(X),fn_adult_stem_cell_5(X))
& result_2(fn_adult_stem_cell_32(X),fn_adult_stem_cell_33(X))
& has_function_2(fn_adult_stem_cell_33(X),fn_adult_stem_cell_27(X))
& object_2(fn_adult_stem_cell_27(X),X)
& has_region_2(X,fn_adult_stem_cell_22(X))
& is_at_2(fn_adult_stem_cell_30(X),fn_adult_stem_cell_22(X))
& site_2(fn_adult_stem_cell_29(X),fn_adult_stem_cell_17(X))
& base_2(fn_adult_stem_cell_29(X),X)
& has_region_2(X,fn_adult_stem_cell_23(X))
& is_opposite_2(fn_adult_stem_cell_24(X),fn_adult_stem_cell_23(X))
& is_opposite_2(fn_adult_stem_cell_23(X),fn_adult_stem_cell_24(X))
& size_2(X,fn_adult_stem_cell_25(X))
& directly_proportional_2(fn_adult_stem_cell_25(X),fn_adult_stem_cell_21(X))
& volume_2(X,fn_adult_stem_cell_21(X))
& has_part_2(X,fn_adult_stem_cell_20(X))
& has_function_2(fn_adult_stem_cell_20(X),fn_adult_stem_cell_32(X))
& is_between_2(fn_adult_stem_cell_12(X),fn_adult_stem_cell_19(X))
& is_between_2(fn_adult_stem_cell_12(X),fn_adult_stem_cell_13(X))
& agent_2(fn_adult_stem_cell_26(X),fn_adult_stem_cell_13(X))
& object_2(fn_adult_stem_cell_26(X),X)
& has_part_2(X,fn_adult_stem_cell_14(X))
& has_function_2(X,fn_adult_stem_cell_28(X))
& base_2(fn_adult_stem_cell_28(X),X)
& has_part_2(X,fn_adult_stem_cell_19(X))
& is_near_2(fn_adult_stem_cell_20(X),fn_adult_stem_cell_19(X))
& is_near_2(fn_adult_stem_cell_19(X),fn_adult_stem_cell_20(X))
& base_2(fn_adult_stem_cell_11(X),X)
& has_function_2(X,fn_adult_stem_cell_11(X))
& has_part_2(X,fn_adult_stem_cell_17(X))
& fn_adult_stem_cell_16(X) != fn_adult_stem_cell_17(X)
& fn_adult_stem_cell_17(X) != fn_adult_stem_cell_16(X)
& is_inside_2(fn_adult_stem_cell_15(X),fn_adult_stem_cell_19(X))
& is_inside_2(fn_adult_stem_cell_19(X),fn_adult_stem_cell_31(X))
& is_inside_2(fn_adult_stem_cell_18(X),fn_adult_stem_cell_31(X))
& site_2(fn_adult_stem_cell_7(X),fn_adult_stem_cell_9(X))
& base_2(fn_adult_stem_cell_7(X),X)
& has_part_2(X,fn_adult_stem_cell_16(X))
& abuts_2(fn_adult_stem_cell_16(X),fn_adult_stem_cell_17(X))
& has_function_2(fn_adult_stem_cell_17(X),fn_adult_stem_cell_29(X))
& abuts_2(fn_adult_stem_cell_17(X),fn_adult_stem_cell_16(X))
& origin_2(fn_adult_stem_cell_44(X),fn_adult_stem_cell_45(X))
& has_part_2(X,fn_adult_stem_cell_45(X))
& has_part_2(X,fn_adult_stem_cell_15(X))
& base_2(fn_adult_stem_cell_5(X),X)
& subevent_2(fn_adult_stem_cell_6(X),fn_adult_stem_cell_5(X))
& site_2(fn_adult_stem_cell_6(X),fn_adult_stem_cell_9(X))
& is_inside_2(fn_adult_stem_cell_9(X),fn_adult_stem_cell_31(X))
& is_inside_2(fn_adult_stem_cell_14(X),fn_adult_stem_cell_31(X))
& destination_2(fn_adult_stem_cell_44(X),fn_adult_stem_cell_9(X))
& causes_2(fn_adult_stem_cell_44(X),fn_adult_stem_cell_8(X))
& base_2(fn_adult_stem_cell_8(X),X)
& has_part_2(X,fn_adult_stem_cell_13(X))
& has_part_2(fn_adult_stem_cell_13(X),fn_adult_stem_cell_30(X))
& has_part_2(X,fn_adult_stem_cell_9(X))
& has_function_2(fn_adult_stem_cell_9(X),fn_adult_stem_cell_6(X))
& base_2(fn_adult_stem_cell_6(X),X)
& has_part_2(X,fn_adult_stem_cell_12(X))
& has_part_2(fn_adult_stem_cell_12(X),fn_adult_stem_cell_31(X))
& X = fn_tissue_1(fn_adult_stem_cell_35(X))
& fn_adult_stem_cell_34(X) = fn_rough_endoplasmic_reticulum_23(fn_adult_stem_cell_16(X))
& fn_adult_stem_cell_41(X) = fn_rough_endoplasmic_reticulum_55(fn_adult_stem_cell_16(X))
& fn_adult_stem_cell_43(X) = fn_rough_endoplasmic_reticulum_52(fn_adult_stem_cell_16(X))
& fn_adult_stem_cell_42(X) = fn_endoplasmic_reticulum_25(fn_adult_stem_cell_17(X))
& fn_adult_stem_cell_43(X) = fn_smooth_endoplasmic_reticulum_39(fn_adult_stem_cell_17(X))
& fn_adult_stem_cell_18(X) = fn_smooth_endoplasmic_reticulum_3(fn_adult_stem_cell_17(X))
& fn_adult_stem_cell_34(X) = fn_smooth_endoplasmic_reticulum_34(fn_adult_stem_cell_17(X))
& fn_adult_stem_cell_10(X) = fn_smooth_endoplasmic_reticulum_23(fn_adult_stem_cell_17(X))
& fn_adult_stem_cell_10(X) = fn_smooth_endoplasmic_reticulum_7(fn_adult_stem_cell_17(X))
& fn_adult_stem_cell_10(X) = fn_smooth_endoplasmic_reticulum_49(fn_adult_stem_cell_17(X))
& fn_adult_stem_cell_10(X) = fn_smooth_endoplasmic_reticulum_48(fn_adult_stem_cell_17(X))
& fn_adult_stem_cell_10(X) = fn_smooth_endoplasmic_reticulum_8(fn_adult_stem_cell_17(X))
& fn_adult_stem_cell_10(X) = fn_smooth_endoplasmic_reticulum_42(fn_adult_stem_cell_17(X))
& fn_adult_stem_cell_36(X) = fn_stem_cell_39(X)
& fn_adult_stem_cell_37(X) = fn_stem_cell_40(X)
& fn_adult_stem_cell_22(X) = fn_stem_cell_30(X)
& fn_adult_stem_cell_27(X) = fn_stem_cell_37(X)
& fn_adult_stem_cell_33(X) = fn_stem_cell_24(X)
& fn_adult_stem_cell_24(X) = fn_stem_cell_28(X)
& fn_adult_stem_cell_23(X) = fn_stem_cell_29(X)
& fn_adult_stem_cell_32(X) = fn_stem_cell_25(X)
& fn_adult_stem_cell_21(X) = fn_stem_cell_31(X)
& fn_adult_stem_cell_25(X) = fn_stem_cell_27(X)
& fn_adult_stem_cell_26(X) = fn_stem_cell_38(X)
& fn_adult_stem_cell_20(X) = fn_stem_cell_32(X)
& fn_adult_stem_cell_28(X) = fn_animal_cell_81(X)
& fn_adult_stem_cell_28(X) = fn_stem_cell_13(X)
& X = fn_smooth_endoplasmic_reticulum_33(fn_adult_stem_cell_17(X))
& fn_adult_stem_cell_17(X) = fn_animal_cell_54(X)
& fn_adult_stem_cell_11(X) = fn_animal_cell_90(X)
& fn_adult_stem_cell_11(X) = fn_stem_cell_41(X)
& fn_adult_stem_cell_18(X) = fn_animal_cell_82(X)
& fn_adult_stem_cell_18(X) = fn_stem_cell_23(X)
& fn_adult_stem_cell_19(X) = fn_smooth_endoplasmic_reticulum_10(fn_adult_stem_cell_17(X))
& fn_adult_stem_cell_19(X) = fn_animal_cell_78(X)
& fn_adult_stem_cell_31(X) = fn_animal_cell_62(X)
& fn_adult_stem_cell_19(X) = fn_stem_cell_33(X)
& fn_adult_stem_cell_39(X) = fn_stem_cell_1(X)
& fn_adult_stem_cell_29(X) = fn_stem_cell_14(X)
& fn_adult_stem_cell_17(X) = fn_stem_cell_17(X)
& fn_adult_stem_cell_16(X) = fn_stem_cell_16(X)
& fn_adult_stem_cell_7(X) = fn_animal_cell_20(X)
& fn_adult_stem_cell_7(X) = fn_stem_cell_43(X)
& fn_adult_stem_cell_38(X) = fn_stem_cell_10(X)
& fn_adult_stem_cell_40(X) = fn_stem_cell_2(X)
& fn_adult_stem_cell_15(X) = fn_stem_cell_34(X)
& fn_adult_stem_cell_45(X) = fn_stem_cell_3(X)
& fn_adult_stem_cell_14(X) = fn_rough_endoplasmic_reticulum_56(fn_adult_stem_cell_16(X))
& fn_adult_stem_cell_14(X) = fn_smooth_endoplasmic_reticulum_11(fn_adult_stem_cell_17(X))
& fn_adult_stem_cell_31(X) = fn_smooth_endoplasmic_reticulum_34(fn_adult_stem_cell_17(X))
& fn_adult_stem_cell_14(X) = fn_stem_cell_35(X)
& fn_adult_stem_cell_5(X) = fn_animal_cell_18(X)
& fn_adult_stem_cell_5(X) = fn_stem_cell_45(X)
& fn_adult_stem_cell_30(X) = fn_animal_cell_58(X)
& fn_adult_stem_cell_30(X) = fn_stem_cell_21(X)
& fn_adult_stem_cell_13(X) = fn_animal_cell_73(X)
& fn_adult_stem_cell_13(X) = fn_stem_cell_15(X)
& fn_adult_stem_cell_8(X) = fn_stem_cell_42(X)
& fn_adult_stem_cell_44(X) = fn_stem_cell_4(X)
& fn_adult_stem_cell_31(X) = fn_rough_endoplasmic_reticulum_23(fn_adult_stem_cell_16(X))
& fn_adult_stem_cell_31(X) = fn_stem_cell_26(X)
& X = fn_rough_endoplasmic_reticulum_62(fn_adult_stem_cell_16(X))
& fn_adult_stem_cell_12(X) = fn_rough_endoplasmic_reticulum_32(fn_adult_stem_cell_16(X))
& fn_adult_stem_cell_12(X) = fn_stem_cell_36(X)
& fn_adult_stem_cell_6(X) = fn_animal_cell_19(X)
& fn_adult_stem_cell_6(X) = fn_stem_cell_44(X)
& fn_adult_stem_cell_9(X) = fn_eukaryotic_cell_25(X)
& fn_adult_stem_cell_9(X) = fn_animal_cell_59(X)
& fn_adult_stem_cell_9(X) = fn_stem_cell_12(X)
& fn_rough_endoplasmic_reticulum_52(fn_adult_stem_cell_16(X)) = fn_smooth_endoplasmic_reticulum_39(fn_adult_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_39(fn_adult_stem_cell_17(X)) = fn_rough_endoplasmic_reticulum_23(fn_adult_stem_cell_16(X))
& fn_smooth_endoplasmic_reticulum_34(fn_adult_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_34(fn_adult_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_34(fn_adult_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_23(fn_adult_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_23(fn_adult_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_7(fn_adult_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_7(fn_adult_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_7(fn_adult_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_7(fn_adult_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_49(fn_adult_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_49(fn_adult_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_49(fn_adult_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_49(fn_adult_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_48(fn_adult_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_48(fn_adult_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_48(fn_adult_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_48(fn_adult_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_8(fn_adult_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_8(fn_adult_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_8(fn_adult_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_42(fn_adult_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_8(fn_adult_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_8(fn_adult_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_42(fn_adult_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_42(fn_adult_stem_cell_17(X)) = fn_animal_cell_81(X)
& fn_animal_cell_81(X) = fn_stem_cell_13(X)
& fn_stem_cell_13(X) = fn_stem_cell_13(X)
& fn_stem_cell_13(X) = fn_stem_cell_41(X)
& fn_stem_cell_41(X) = fn_animal_cell_90(X)
& fn_animal_cell_90(X) = fn_stem_cell_41(X)
& fn_stem_cell_41(X) = fn_smooth_endoplasmic_reticulum_3(fn_adult_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_3(fn_adult_stem_cell_17(X)) = fn_animal_cell_82(X)
& fn_animal_cell_82(X) = fn_animal_cell_82(X)
& fn_stem_cell_23(X) = fn_animal_cell_82(X)
& fn_animal_cell_82(X) = fn_stem_cell_23(X)
& fn_stem_cell_23(X) = fn_smooth_endoplasmic_reticulum_10(fn_adult_stem_cell_17(X))
& fn_animal_cell_78(X) = fn_smooth_endoplasmic_reticulum_10(fn_adult_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_10(fn_adult_stem_cell_17(X)) = fn_animal_cell_78(X)
& fn_stem_cell_33(X) = fn_animal_cell_78(X)
& fn_animal_cell_78(X) = fn_stem_cell_33(X)
& fn_stem_cell_33(X) = fn_stem_cell_33(X)
& fn_stem_cell_33(X) = fn_stem_cell_17(X)
& fn_stem_cell_17(X) = fn_animal_cell_54(X)
& fn_animal_cell_54(X) = fn_stem_cell_17(X)
& fn_stem_cell_17(X) = fn_stem_cell_17(X)
& fn_stem_cell_17(X) = fn_animal_cell_20(X)
& fn_stem_cell_43(X) = fn_animal_cell_20(X)
& fn_animal_cell_20(X) = fn_stem_cell_43(X)
& fn_stem_cell_43(X) = fn_rough_endoplasmic_reticulum_56(fn_adult_stem_cell_16(X))
& fn_smooth_endoplasmic_reticulum_11(fn_adult_stem_cell_17(X)) = fn_rough_endoplasmic_reticulum_56(fn_adult_stem_cell_16(X))
& fn_rough_endoplasmic_reticulum_56(fn_adult_stem_cell_16(X)) = fn_smooth_endoplasmic_reticulum_11(fn_adult_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_11(fn_adult_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_11(fn_adult_stem_cell_17(X))
& fn_stem_cell_35(X) = fn_smooth_endoplasmic_reticulum_11(fn_adult_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_11(fn_adult_stem_cell_17(X)) = fn_stem_cell_35(X)
& fn_stem_cell_35(X) = fn_stem_cell_45(X)
& fn_stem_cell_45(X) = fn_animal_cell_18(X)
& fn_animal_cell_18(X) = fn_stem_cell_45(X)
& fn_stem_cell_45(X) = fn_stem_cell_21(X)
& fn_stem_cell_21(X) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_stem_cell_21(X)
& fn_stem_cell_21(X) = fn_stem_cell_15(X)
& fn_stem_cell_15(X) = fn_stem_cell_15(X)
& fn_stem_cell_15(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_stem_cell_15(X)
& fn_stem_cell_15(X) = fn_smooth_endoplasmic_reticulum_34(fn_adult_stem_cell_17(X))
& fn_rough_endoplasmic_reticulum_23(fn_adult_stem_cell_16(X)) = fn_smooth_endoplasmic_reticulum_34(fn_adult_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_34(fn_adult_stem_cell_17(X)) = fn_rough_endoplasmic_reticulum_23(fn_adult_stem_cell_16(X))
& fn_rough_endoplasmic_reticulum_23(fn_adult_stem_cell_16(X)) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_smooth_endoplasmic_reticulum_34(fn_adult_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_34(fn_adult_stem_cell_17(X)) = fn_animal_cell_62(X)
& fn_stem_cell_26(X) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_stem_cell_26(X)
& fn_stem_cell_26(X) = fn_stem_cell_26(X)
& fn_stem_cell_26(X) = fn_stem_cell_36(X)
& fn_stem_cell_36(X) = fn_stem_cell_36(X)
& fn_stem_cell_36(X) = fn_rough_endoplasmic_reticulum_32(fn_adult_stem_cell_16(X))
& fn_rough_endoplasmic_reticulum_32(fn_adult_stem_cell_16(X)) = fn_stem_cell_36(X)
& fn_stem_cell_36(X) = fn_stem_cell_44(X)
& fn_stem_cell_44(X) = fn_animal_cell_19(X)
& fn_animal_cell_19(X) = fn_stem_cell_44(X)
& fn_stem_cell_44(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_eukaryotic_cell_25(X)
& fn_eukaryotic_cell_25(X) = fn_animal_cell_59(X)
& fn_stem_cell_12(X) = fn_stem_cell_12(X)
& fn_stem_cell_12(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_stem_cell_12(X)
& fn_stem_cell_12(X) = fn_rough_endoplasmic_reticulum_62(fn_adult_stem_cell_16(X))
& fn_rough_endoplasmic_reticulum_62(fn_adult_stem_cell_16(X)) = fn_smooth_endoplasmic_reticulum_33(fn_adult_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_33(fn_adult_stem_cell_17(X)) = fn_rough_endoplasmic_reticulum_62(fn_adult_stem_cell_16(X))
& fn_rough_endoplasmic_reticulum_62(fn_adult_stem_cell_16(X)) = fn_rough_endoplasmic_reticulum_62(fn_adult_stem_cell_16(X))
& fn_rough_endoplasmic_reticulum_62(fn_adult_stem_cell_16(X)) = fn_tissue_1(fn_adult_stem_cell_35(X))
& fn_tissue_1(fn_adult_stem_cell_35(X)) = fn_smooth_endoplasmic_reticulum_33(fn_adult_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_33(fn_adult_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_33(fn_adult_stem_cell_17(X)) ) ) ).
fof(a527312,axiom,
! [X] :
( adulthood_1(X)
=> ( original_name_2(X,'Adulthood')
& user_description_2(X,'Adulthood is the period in development in which an organism has attained full physical and intellectual maturity.')
& concept2words_2(X,adulthood)
& developmental_stage_1(X)
& ~ algae_bloom_1(X)
& ~ axes_formation_1(X)
& ~ blastulation_1(X)
& ~ eight_cell_stage_1(X)
& ~ embryogenesis_1(X)
& ~ fetal_stage_1(X)
& ~ follicular_phase_1(X)
& ~ juvenile_stage_1(X)
& ~ larval_stage_1(X)
& ~ menopause_1(X)
& ~ multinucleated_stage_1(X)
& ~ segment_formation_1(X)
& ~ sensitive_period_1(X)
& ~ two_cell_stage_1(X) ) ) ).
fof(a527313,axiom,
! [X] :
( adventitious_root_1(X)
=> ( original_name_2(X,'Adventitious-Root')
& user_description_2(X,'A root that grows above ground from a stem or leaf.')
& concept2words_2(X,'adventitious root')
& concept2words_2(X,'adventitious-root')
& root_1(X)
& ~ carrot_1(X)
& ~ fibrous_root_1(X)
& ~ lateral_root_1(X)
& ~ radicle_1(X)
& ~ taproot_1(X) ) ) ).
fof(a527314,axiom,
! [X] :
( aerobe_1(X)
=> ( original_name_2(X,'Aerobe')
& user_description_2(X,'A cell or an organism which live in the presence of oxygen.')
& concept2words_2(X,aerobe)
& ecological_role_1(X)
& energy_source_1(fn_aerobe_1(X))
& chemical_entity_1(fn_aerobe_2(X))
& tangible_entity_1(fn_aerobe_3(X))
& nutrition_1(fn_aerobe_4(X))
& organism_1(fn_aerobe_5(X))
& carbon_source_1(fn_aerobe_6(X))
& potassium_1(fn_aerobe_7(X))
& calcium_1(fn_aerobe_8(X))
& sulfur_1(fn_aerobe_9(X))
& phosphorus_1(fn_aerobe_10(X))
& oxygen_1(fn_aerobe_11(X))
& nitrogen_1(fn_aerobe_12(X))
& hydrogen_1(fn_aerobe_13(X))
& carbon_1(fn_aerobe_14(X))
& iron_1(fn_aerobe_15(X))
& nutritional_requirement_1(fn_aerobe_16(X))
& organic_molecule_1(fn_aerobe_17(X))
& molecule_1(fn_carbon_source_2(fn_aerobe_6(X)))
& phosphorus_1(fn_nutritional_requirement_5(fn_aerobe_16(X)))
& oxygen_1(fn_nutritional_requirement_6(fn_aerobe_16(X)))
& sulfur_1(fn_nutritional_requirement_4(fn_aerobe_16(X)))
& nitrogen_1(fn_nutritional_requirement_7(fn_aerobe_16(X)))
& calcium_1(fn_nutritional_requirement_3(fn_aerobe_16(X)))
& hydrogen_1(fn_nutritional_requirement_8(fn_aerobe_16(X)))
& potassium_1(fn_nutritional_requirement_2(fn_aerobe_16(X)))
& carbon_1(fn_nutritional_requirement_9(fn_aerobe_16(X)))
& iron_1(fn_nutritional_requirement_10(fn_aerobe_16(X)))
& in_event_2(X,fn_aerobe_4(X))
& element_2(fn_aerobe_16(X),fn_aerobe_2(X))
& plays_2(fn_aerobe_3(X),fn_aerobe_1(X))
& result_2(fn_aerobe_4(X),fn_aerobe_2(X))
& raw_material_2(fn_aerobe_4(X),fn_aerobe_3(X))
& raw_material_2(fn_aerobe_4(X),fn_aerobe_17(X))
& agent_2(fn_aerobe_4(X),fn_aerobe_5(X))
& plays_2(fn_aerobe_5(X),X)
& plays_2(fn_aerobe_17(X),fn_aerobe_6(X))
& element_2(fn_aerobe_16(X),fn_aerobe_10(X))
& element_2(fn_aerobe_16(X),fn_aerobe_11(X))
& element_2(fn_aerobe_16(X),fn_aerobe_9(X))
& element_2(fn_aerobe_16(X),fn_aerobe_12(X))
& element_2(fn_aerobe_16(X),fn_aerobe_8(X))
& element_2(fn_aerobe_16(X),fn_aerobe_13(X))
& element_2(fn_aerobe_16(X),fn_aerobe_7(X))
& element_2(fn_aerobe_16(X),fn_aerobe_14(X))
& element_2(fn_aerobe_16(X),fn_aerobe_15(X))
& fn_aerobe_17(X) = fn_carbon_source_2(fn_aerobe_6(X))
& fn_aerobe_10(X) = fn_nutritional_requirement_5(fn_aerobe_16(X))
& fn_aerobe_11(X) = fn_nutritional_requirement_6(fn_aerobe_16(X))
& fn_aerobe_9(X) = fn_nutritional_requirement_4(fn_aerobe_16(X))
& fn_aerobe_12(X) = fn_nutritional_requirement_7(fn_aerobe_16(X))
& fn_aerobe_8(X) = fn_nutritional_requirement_3(fn_aerobe_16(X))
& fn_aerobe_13(X) = fn_nutritional_requirement_8(fn_aerobe_16(X))
& fn_aerobe_7(X) = fn_nutritional_requirement_2(fn_aerobe_16(X))
& fn_aerobe_14(X) = fn_nutritional_requirement_9(fn_aerobe_16(X))
& fn_aerobe_15(X) = fn_nutritional_requirement_10(fn_aerobe_16(X)) ) ) ).
fof(a527315,axiom,
! [X] :
( aerobic_condition_1(X)
=> ( original_name_2(X,'Aerobic-Condition')
& user_description_2(X,'A biological process which occurs in the presence of molecular oxygen.')
& concept2words_2(X,'aerobic condition')
& concept2words_2(X,'aerobic-condition')
& condition_1(X) ) ) ).
fof(a527316,axiom,
! [X] :
( afferent_arteriole_1(X)
=> ( original_name_2(X,'Afferent-Arteriole')
& user_description_2(X,'In the kidney, the blood vessel supplying a nephron.')
& concept2words_2(X,'afferent arteriole')
& concept2words_2(X,'afferent-arteriole')
& arteriole_1(X)
& ~ efferent_arteriole_1(X) ) ) ).
fof(a527317,axiom,
! [X] :
( aflatoxin_1(X)
=> ( original_name_2(X,'Aflatoxin')
& user_description_2(X,'A class of carcinogenic substances secreted by some fungi.')
& concept2words_2(X,aflatoxin)
& organic_entity_1(X)
& organic_molecule_1(X)
& ~ aldehyde_1(X)
& ~ amine_1(X)
& ~ antibiotic_1(X)
& ~ carbon_monoxide_1(X)
& ~ carboxylic_acid_1(X)
& ~ ddt_1(X)
& ~ ice_1(X)
& ~ nitroglycerine_1(X)
& ~ opiate_1(X)
& carbon_skeleton_1(fn_aflatoxin_1(X))
& carbon_1(fn_aflatoxin_2(X))
& atom_1(fn_aflatoxin_3(X))
& chemical_entity_1(fn_aflatoxin_3(X))
& toxin_1(fn_aflatoxin_4(X))
& tangible_entity_1(fn_toxin_1(fn_aflatoxin_4(X)))
& plays_2(X,fn_aflatoxin_4(X))
& has_part_2(X,fn_aflatoxin_3(X))
& has_region_2(X,fn_aflatoxin_1(X))
& is_inside_2(fn_aflatoxin_2(X),fn_aflatoxin_1(X))
& has_part_2(X,fn_aflatoxin_2(X))
& fn_aflatoxin_3(X) != fn_aflatoxin_2(X)
& fn_aflatoxin_2(X) != fn_aflatoxin_3(X)
& X = fn_toxin_1(fn_aflatoxin_4(X))
& fn_aflatoxin_3(X) = fn_organic_molecule_2(X)
& fn_aflatoxin_2(X) = fn_organic_molecule_1(X)
& fn_aflatoxin_1(X) = fn_organic_molecule_3(X) ) ) ).
fof(a527318,axiom,
! [X] :
( african_sleeping_sickness_1(X)
=> ( original_name_2(X,'African-Sleeping-Sickness')
& user_description_2(X,'A disease caused by the protozoan parasite Trypanosoma brucei, with a tse tse fly as the vector.')
& concept2words_2(X,'human african trypanosomiasis')
& concept2words_2(X,'human-african-trypanosomiasis')
& concept2words_2(X,'sleeping sickness')
& concept2words_2(X,'sleeping-sickness')
& concept2words_2(X,'african lethargy')
& concept2words_2(X,'african-lethargy')
& concept2words_2(X,'congo trypanosomiasis')
& concept2words_2(X,'congo-trypanosomiasis')
& concept2words_2(X,'congo fever')
& concept2words_2(X,'congo-fever')
& concept2words_2(X,'sleeping sickness')
& concept2words_2(X,'sleeping-sickness')
& concept2words_2(X,'african sleeping sickness')
& concept2words_2(X,'african-sleeping-sickness')
& protozoan_disease_1(X)
& ~ aids_1(X)
& ~ cholera_1(X)
& ~ cowpox_1(X)
& ~ encephalitis_1(X)
& ~ gastric_ulcer_1(X)
& ~ gonorrhea_1(X)
& ~ hemorrhagic_fever_1(X)
& ~ influenza_1(X)
& ~ lyme_disease_1(X)
& ~ malaria_1(X)
& ~ mycosis_1(X)
& ~ smallpox_1(X)
& ~ tetanus_1(X)
& ~ tobacco_mosaic_disease_1(X)
& ~ tuberculosis_1(X) ) ) ).
fof(a527319,axiom,
! [X] :
( agar_1(X)
=> ( original_name_2(X,'Agar')
& user_description_2(X,'Agar or agar-agar is a gelatinous substance derived from a polysaccharide that accumulates in the cell walls of agarophyte red algae.')
& concept2words_2(X,'agar agar')
& concept2words_2(X,agar)
& organic_entity_1(X)
& semisolid_substance_1(X)
& ~ cytosol_1(X) ) ) ).
fof(a527320,axiom,
! [X] :
( agar_medium_1(X)
=> ( original_name_2(X,'Agar-Medium')
& user_description_2(X,'An example of bacterial growth medium is agar medium.')
& concept2words_2(X,'medium of agar')
& concept2words_2(X,'agar medium')
& concept2words_2(X,'agar-medium')
& culture_medium_1(X)
& agar_1(fn_agar_medium_1(X))
& has_part_2(X,fn_agar_medium_1(X)) ) ) ).
fof(a527321,axiom,
! [X] :
( age_constant_1(X)
=> ( original_name_2(X,'Age-Constant')
& concept2words_2(X,'constant of age')
& concept2words_2(X,'age constant')
& concept2words_2(X,'age-constant')
& constant_1(X) ) ) ).
fof(a527322,axiom,
! [X] :
( age_scale_1(X)
=> ( original_name_2(X,'Age-Scale')
& concept2words_2(X,'scale of age')
& concept2words_2(X,'age scale')
& concept2words_2(X,'age-scale')
& scale_1(X) ) ) ).
fof(a527323,axiom,
! [X] :
( age_structure_1(X)
=> ( original_name_2(X,'Age-Structure')
& user_description_2(X,'The proportion of individuals in each age class of a population.')
& concept2words_2(X,'structure of age')
& concept2words_2(X,'age structure')
& concept2words_2(X,'age-structure')
& population_ecology_1(X)
& ~ sustainable_development_1(X)
& ~ zero_population_growth_1(X) ) ) ).
fof(a527324,axiom,
! [X] :
( age_structure_diagram_1(X)
=> ( original_name_2(X,'Age-Structure-Diagram')
& user_description_2(X,'A graphical illustration that shows the distribution of various age groups in a human population.')
& concept2words_2(X,'age structure diagram')
& concept2words_2(X,'age-structure diagram')
& concept2words_2(X,'age-structure-diagram')
& population_representation_1(X)
& ~ action_spectrum_1(X)
& ~ cell_lineage_1(X)
& ~ cladogram_1(X)
& ~ climograph_1(X)
& ~ fate_map_1(X)
& ~ genetic_map_1(X)
& ~ genomic_representation_1(X)
& ~ genotypic_ratio_1(X)
& ~ life_table_1(X)
& ~ pedigree_1(X)
& ~ periodic_table_1(X)
& ~ phenotypic_ratio_1(X)
& ~ phylogenetic_tree_1(X)
& ~ punnett_square_1(X)
& ~ reproductive_table_1(X)
& ~ species_area_curve_1(X)
& ~ survivorship_curve_1(X)
& ~ tree_of_life_1(X) ) ) ).
fof(a527325,axiom,
! [X] :
( agent_role_1(X)
=> ( original_name_2(X,'Agent-Role')
& concept2words_2(X,agent)
& concept2words_2(X,'causal agency')
& concept2words_2(X,causal_agency)
& concept2words_2(X,'causal agent')
& concept2words_2(X,causal_agent)
& concept2words_2(X,cause)
& concept2words_2(X,'role of agent')
& concept2words_2(X,'agent role')
& concept2words_2(X,'agent-role')
& role_1(X)
& entity_1(fn_agent_role_1(X))
& plays_2(fn_agent_role_1(X),X) ) ) ).
fof(a527326,axiom,
! [X] :
( agentive_relation_1(X)
=> ( original_name_2(X,'Agentive-Relation')
& concept2words_2(X,'agentive relation')
& concept2words_2(X,'agentive-relation')
& relation_1(X) ) ) ).
fof(a527327,axiom,
! [X] :
( agglutination_1(X)
=> ( original_name_2(X,'Agglutination')
& user_description_2(X,'Agglutination refers to the clumping or sticking together of various substances.')
& concept2words_2(X,agglutinate)
& concept2words_2(X,agglutination)
& biological_process_1(X) ) ) ).
fof(a527328,axiom,
! [X] :
( aggregate_1(X)
=> ( original_name_2(X,'Aggregate')
& description_2(X,'top level component for collections')
& concept2words_2(X,group)
& concept2words_2(X,whole)
& concept2words_2(X,'whole thing')
& concept2words_2(X,whole_thing)
& concept2words_2(X,unit)
& concept2words_2(X,aggregate)
& concept2words_2(X,congeries)
& concept2words_2(X,conglomeration)
& concept2words_2(X,grouping)
& concept2words_2(X,complex)
& entity_1(X) ) ) ).
fof(a527329,axiom,
! [X] :
( aggregate_fruit_1(X)
=> ( original_name_2(X,'Aggregate-Fruit')
& user_description_2(X,'A fruit that develops from multiple ovaries that have merged together within a single flower.')
& concept2words_2(X,'fruit of aggregate')
& concept2words_2(X,'aggregate fruit')
& concept2words_2(X,'aggregate-fruit')
& fruit_1(X)
& ~ accessory_fruit_1(X) ) ) ).
fof(a527330,axiom,
! [X] :
( agonistic_behavior_1(X)
=> ( original_name_2(X,'Agonistic-Behavior')
& user_description_2(X,'Any animal behavior that results from competition for a limited resource.')
& concept2words_2(X,'agonistic behavior')
& concept2words_2(X,'agonistic-behavior')
& social_behavior_1(X) ) ) ).
fof(a527331,axiom,
! [X] :
( agricultural_process_1(X)
=> ( original_name_2(X,'Agricultural-Process')
& user_description_2(X,'A process related to the production of food and goods through farming.')
& concept2words_2(X,'agricultural process')
& concept2words_2(X,'agricultural-process')
& ecological_process_1(X) ) ) ).
fof(a527332,axiom,
! [X] :
( agricultural_product_1(X)
=> ( original_name_2(X,'Agricultural-Product')
& user_description_2(X,'A useful product, such as a food or textile, that comes from agriculture.')
& concept2words_2(X,'agricultural product')
& concept2words_2(X,'agricultural-product')
& useful_product_1(X)
& agricultural_process_1(fn_agricultural_product_1(X))
& create_1(fn_agricultural_product_2(X))
& result_2(fn_agricultural_product_1(X),X)
& subevent_2(fn_agricultural_product_1(X),fn_agricultural_product_2(X))
& result_2(fn_agricultural_product_2(X),X)
& fn_agricultural_product_2(X) = fn_artifact_1(X) ) ) ).
fof(a527333,axiom,
! [X] :
( agrobacterium_tumefaciens_1(X)
=> ( original_name_2(X,'Agrobacterium-Tumefaciens')
& user_description_2(X,'A common soil bacterium, source of the Ti plasmid, which induces tumors in plants.')
& concept2words_2(X,'agrobacterium tumefaciens')
& concept2words_2(X,'agrobacterium tumefacien')
& concept2words_2(X,'agrobacterium-tumefacien')
& gram_negative_bacteria_1(X)
& ~ salmonella_1(X) ) ) ).
fof(a527334,axiom,
! [X] :
( aids_1(X)
=> ( original_name_2(X,'AIDS')
& user_description_2(X,'A disease of the human immune system caused by the human immunodeficiency virus (HIV). This condition progressively reduces the effectiveness of the immune system and leaves individuals susceptible to opportunistic infections and tumors.')
& concept2words_2(X,'acquired immunodeficiency syndrome')
& concept2words_2(X,'acquired-immunodeficiency-syndrome')
& concept2words_2(X,aids)
& concept2words_2(X,'acquired immune deficiency syndrome')
& concept2words_2(X,'acquired-immune-deficiency-syndrome')
& concept2words_2(X,aid)
& viral_disease_1(X)
& ~ african_sleeping_sickness_1(X)
& ~ cholera_1(X)
& ~ cowpox_1(X)
& ~ encephalitis_1(X)
& ~ gastric_ulcer_1(X)
& ~ gonorrhea_1(X)
& ~ hemorrhagic_fever_1(X)
& ~ influenza_1(X)
& ~ lyme_disease_1(X)
& ~ malaria_1(X)
& ~ mycosis_1(X)
& ~ smallpox_1(X)
& ~ tetanus_1(X)
& ~ tobacco_mosaic_disease_1(X)
& ~ tuberculosis_1(X) ) ) ).
fof(a527335,axiom,
! [X] :
( air_1(X)
=> ( original_name_2(X,'Air')
& concept2words_2(X,air)
& concept2words_2(X,wind)
& gas_substance_1(X)
& ~ vapor_1(X)
& ~ nitric_oxide_gas_1(X) ) ) ).
fof(a527336,axiom,
! [X] :
( air_space_1(X)
=> ( original_name_2(X,'Air-Space')
& user_description_2(X,'The space with air in it.')
& concept2words_2(X,'air space')
& concept2words_2(X,'space of air')
& concept2words_2(X,'air-space')
& space_1(X)
& air_1(fn_air_space_1(X))
& is_inside_2(fn_air_space_1(X),X) ) ) ).
fof(a527337,axiom,
! [X] :
( air_water_interface_1(X)
=> ( original_name_2(X,'Air-Water-Interface')
& user_description_2(X,'Region of contact between air and the surface of a body of water.')
& concept2words_2(X,'air water interface')
& concept2words_2(X,'air-water-interface')
& region_1(X) ) ) ).
fof(a527338,axiom,
! [X] :
( alanine_1(X)
=> ( original_name_2(X,'Alanine')
& user_description_2(X,'One of the 20 most common amino acids that make up proteins.')
& concept2words_2(X,alanine)
& hydrophobic_amino_acid_1(X)
& hydrophilic_compound_1(fn_alanine_1(X))
& hold_together_1(fn_alanine_2(X))
& hold_together_1(fn_alanine_3(X))
& hold_1(fn_alanine_4(X))
& hold_together_1(fn_alanine_4(X))
& hold_together_1(fn_alanine_5(X))
& hold_together_1(fn_alanine_6(X))
& hold_together_1(fn_alanine_7(X))
& hold_together_1(fn_alanine_8(X))
& share_1(fn_alanine_9(X))
& share_1(fn_alanine_10(X))
& equal_sharing_1(fn_alanine_10(X))
& share_1(fn_alanine_11(X))
& share_1(fn_alanine_12(X))
& share_1(fn_alanine_13(X))
& share_1(fn_alanine_14(X))
& share_1(fn_alanine_15(X))
& share_1(fn_alanine_16(X))
& share_1(fn_alanine_17(X))
& share_1(fn_alanine_18(X))
& share_1(fn_alanine_19(X))
& share_1(fn_alanine_20(X))
& share_1(fn_alanine_21(X))
& share_1(fn_alanine_22(X))
& electron_1(fn_alanine_23(X))
& valence_electron_1(fn_alanine_23(X))
& valence_electron_1(fn_alanine_24(X))
& tangible_entity_1(fn_alanine_25(X))
& electron_1(fn_alanine_25(X))
& entity_1(fn_alanine_25(X))
& valence_electron_1(fn_alanine_25(X))
& hold_1(fn_alanine_29(X))
& hold_together_1(fn_alanine_29(X))
& hold_1(fn_alanine_30(X))
& hold_together_1(fn_alanine_30(X))
& hold_together_1(fn_alanine_31(X))
& hold_together_1(fn_alanine_32(X))
& hold_together_1(fn_alanine_33(X))
& hold_together_1(fn_alanine_34(X))
& hold_together_1(fn_alanine_35(X))
& hold_together_1(fn_alanine_36(X))
& share_1(fn_alanine_37(X))
& share_1(fn_alanine_38(X))
& equal_sharing_1(fn_alanine_38(X))
& share_1(fn_alanine_39(X))
& share_1(fn_alanine_40(X))
& share_1(fn_alanine_41(X))
& share_1(fn_alanine_42(X))
& share_1(fn_alanine_43(X))
& share_1(fn_alanine_44(X))
& share_1(fn_alanine_45(X))
& share_1(fn_alanine_46(X))
& atomic_nucleus_1(fn_alanine_47(X))
& center_1(fn_alanine_48(X))
& proton_1(fn_alanine_49(X))
& system_1(fn_alanine_50(X))
& atomic_number_value_1(fn_alanine_51(X))
& quantity_value_1(fn_alanine_52(X))
& carboxyl_group_1(fn_alanine_58(X))
& amino_group_1(fn_alanine_59(X))
& non_polar_side_chain_1(fn_alanine_60(X))
& hydrophobic_region_1(fn_alanine_61(X))
& single_bond_1(fn_alanine_62(X))
& kinetic_energy_1(fn_alanine_63(X))
& tangible_entity_1(fn_alanine_64(X))
& entity_1(fn_alanine_64(X))
& chemical_entity_1(fn_alanine_64(X))
& atom_1(fn_alanine_64(X))
& hydrogen_1(fn_alanine_64(X))
& tangible_entity_1(fn_alanine_65(X))
& entity_1(fn_alanine_65(X))
& chemical_entity_1(fn_alanine_65(X))
& atom_1(fn_alanine_65(X))
& hydrogen_1(fn_alanine_65(X))
& repel_1(fn_alanine_66(X))
& constant_motion_1(fn_alanine_67(X))
& speed_value_1(fn_alanine_68(X))
& quantity_value_1(fn_alanine_69(X))
& hold_together_1(fn_alanine_70(X))
& electron_shell_1(fn_alanine_71(X))
& electron_shell_1(fn_alanine_72(X))
& electron_shell_1(fn_alanine_73(X))
& share_1(fn_alanine_74(X))
& entity_1(fn_alanine_75(X))
& tangible_entity_1(fn_alanine_75(X))
& atom_1(fn_alanine_75(X))
& oxygen_1(fn_alanine_75(X))
& atom_1(fn_alanine_76(X))
& entity_1(fn_alanine_76(X))
& tangible_entity_1(fn_alanine_76(X))
& oxygen_1(fn_alanine_76(X))
& tangible_entity_1(fn_alanine_77(X))
& entity_1(fn_alanine_77(X))
& chemical_entity_1(fn_alanine_77(X))
& atom_1(fn_alanine_77(X))
& carbon_1(fn_alanine_77(X))
& carbon_skeleton_1(fn_alanine_78(X))
& nonpolar_covalent_bond_1(fn_alanine_79(X))
& synthesis_reaction_1(fn_alanine_80(X))
& pyruvate_1(fn_alanine_81(X))
& electronegativity_value_1(fn_alanine_82(X))
& electronegativity_value_1(fn_alanine_83(X))
& share_1(fn_alanine_84(X))
& share_1(fn_alanine_85(X))
& share_1(fn_alanine_86(X))
& share_1(fn_alanine_87(X))
& share_1(fn_alanine_88(X))
& share_1(fn_alanine_89(X))
& hold_together_1(fn_alanine_90(X))
& hold_together_1(fn_alanine_91(X))
& hold_together_1(fn_alanine_92(X))
& hold_together_1(fn_alanine_93(X))
& share_1(fn_alanine_94(X))
& share_1(fn_alanine_95(X))
& share_1(fn_alanine_96(X))
& share_1(fn_alanine_97(X))
& share_1(fn_alanine_98(X))
& share_1(fn_alanine_99(X))
& share_1(fn_alanine_100(X))
& equal_sharing_1(fn_alanine_100(X))
& share_1(fn_alanine_101(X))
& hold_together_1(fn_alanine_102(X))
& hold_1(fn_alanine_103(X))
& hold_together_1(fn_alanine_103(X))
& hold_together_1(fn_alanine_104(X))
& hold_1(fn_alanine_105(X))
& hold_together_1(fn_alanine_105(X))
& hold_1(fn_alanine_106(X))
& hold_together_1(fn_alanine_106(X))
& hold_1(fn_alanine_107(X))
& hold_together_1(fn_alanine_107(X))
& hold_1(fn_alanine_108(X))
& hold_together_1(fn_alanine_108(X))
& chemical_entity_1(fn_chemical_reaction_2(fn_alanine_80(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_alanine_80(X)))
& property_node_1(fn_nonpolar_covalent_bond_3(fn_alanine_79(X)))
& equal_sharing_1(fn_nonpolar_covalent_bond_27(fn_alanine_79(X)))
& hold_together_1(fn_nonpolar_covalent_bond_5(fn_alanine_79(X)))
& property_node_1(fn_carbon_9(fn_alanine_77(X)))
& property_node_1(fn_carbon_1(fn_alanine_77(X)))
& system_1(fn_carbon_11(fn_alanine_77(X)))
& equation_big_node_1(fn_carbon_7(fn_alanine_77(X)))
& equation_set_1(fn_carbon_20(fn_alanine_77(X)))
& electronegativity_value_1(fn_oxygen_5(fn_alanine_75(X)))
& electronegativity_value_1(fn_nonpolar_covalent_bond_2(fn_alanine_79(X)))
& electron_shell_1(fn_atom_9(fn_alanine_77(X)))
& tangible_entity_1(fn_hold_2(fn_alanine_91(X)))
& tangible_entity_1(fn_hold_2(fn_alanine_92(X)))
& tangible_entity_1(fn_hold_2(fn_alanine_103(X)))
& entity_1(fn_share_3(fn_alanine_44(X)))
& entity_1(fn_share_3(fn_alanine_97(X)))
& entity_1(fn_share_3(fn_alanine_42(X)))
& entity_1(fn_share_1(fn_alanine_87(X)))
& entity_1(fn_share_1(fn_alanine_88(X)))
& entity_1(fn_share_1(fn_alanine_84(X)))
& entity_1(fn_share_1(fn_alanine_95(X)))
& entity_1(fn_share_1(fn_alanine_96(X)))
& entity_1(fn_share_1(fn_alanine_97(X)))
& entity_1(fn_share_1(fn_alanine_42(X)))
& tangible_entity_1(fn_hold_2(fn_alanine_90(X)))
& tangible_entity_1(fn_hold_2(fn_alanine_93(X)))
& tangible_entity_1(fn_hold_2(fn_alanine_102(X)))
& tangible_entity_1(fn_hold_2(fn_alanine_105(X)))
& entity_1(fn_share_1(fn_alanine_86(X)))
& entity_1(fn_share_1(fn_alanine_85(X)))
& entity_1(fn_share_1(fn_alanine_89(X)))
& entity_1(fn_share_1(fn_alanine_94(X)))
& entity_1(fn_share_3(fn_alanine_74(X)))
& entity_1(fn_share_3(fn_alanine_46(X)))
& entity_1(fn_share_3(fn_alanine_45(X)))
& entity_1(fn_share_1(fn_alanine_100(X)))
& entity_1(fn_nonpolar_covalent_bond_28(fn_alanine_79(X)))
& chemical_entity_1(fn_nonpolar_covalent_bond_28(fn_alanine_79(X)))
& atom_1(fn_nonpolar_covalent_bond_28(fn_alanine_79(X)))
& entity_1(fn_nonpolar_covalent_bond_29(fn_alanine_79(X)))
& chemical_entity_1(fn_nonpolar_covalent_bond_29(fn_alanine_79(X)))
& atom_1(fn_nonpolar_covalent_bond_29(fn_alanine_79(X)))
& center_1(fn_nonpolar_covalent_bond_24(fn_alanine_79(X)))
& center_1(fn_nonpolar_covalent_bond_20(fn_alanine_79(X)))
& electron_1(fn_carbon_10(fn_alanine_77(X)))
& electron_1(fn_atom_14(fn_alanine_77(X)))
& electron_1(fn_nonpolar_covalent_bond_26(fn_alanine_79(X)))
& valence_electron_1(fn_nonpolar_covalent_bond_26(fn_alanine_79(X)))
& valence_electron_1(fn_nonpolar_covalent_bond_22(fn_alanine_79(X)))
& property_node_1(fn_atom_12(fn_alanine_77(X)))
& property_node_1(fn_carbon_13(fn_alanine_77(X)))
& electronegativity_value_1(fn_nonpolar_covalent_bond_1(fn_alanine_79(X)))
& electronegativity_value_1(fn_carbon_2(fn_alanine_77(X)))
& quantity_value_1(fn_atom_11(fn_alanine_77(X)))
& quantity_value_1(fn_carbon_19(fn_alanine_77(X)))
& atomic_number_value_1(fn_atom_17(fn_alanine_77(X)))
& atomic_number_value_1(fn_carbon_16(fn_alanine_77(X)))
& atomic_nucleus_1(fn_atom_18(fn_alanine_77(X)))
& atomic_nucleus_1(fn_nonpolar_covalent_bond_23(fn_alanine_79(X)))
& atomic_nucleus_1(fn_nonpolar_covalent_bond_19(fn_alanine_79(X)))
& atomic_nucleus_1(fn_carbon_18(fn_alanine_77(X)))
& proton_1(fn_atom_8(fn_alanine_77(X)))
& proton_1(fn_carbon_17(fn_alanine_77(X)))
& entity_1(fn_share_3(fn_alanine_86(X)))
& entity_1(fn_share_3(fn_alanine_87(X)))
& entity_1(fn_share_3(fn_alanine_85(X)))
& entity_1(fn_share_3(fn_alanine_88(X)))
& entity_1(fn_share_3(fn_alanine_84(X)))
& entity_1(fn_share_3(fn_alanine_89(X)))
& entity_1(fn_share_3(fn_alanine_94(X)))
& entity_1(fn_share_3(fn_alanine_95(X)))
& entity_1(fn_share_3(fn_alanine_96(X)))
& entity_1(fn_share_3(fn_alanine_100(X)))
& entity_1(fn_share_3(fn_alanine_38(X)))
& entity_1(fn_share_3(fn_alanine_10(X)))
& entity_1(fn_share_3(fn_alanine_101(X)))
& entity_1(fn_share_1(fn_alanine_74(X)))
& entity_1(fn_share_1(fn_alanine_46(X)))
& entity_1(fn_share_1(fn_alanine_45(X)))
& entity_1(fn_share_1(fn_alanine_44(X)))
& entity_1(fn_share_1(fn_alanine_38(X)))
& entity_1(fn_share_1(fn_alanine_10(X)))
& entity_1(fn_share_1(fn_alanine_101(X)))
& tangible_entity_1(fn_hold_2(fn_alanine_70(X)))
& tangible_entity_1(fn_hold_2(fn_alanine_36(X)))
& tangible_entity_1(fn_hold_2(fn_alanine_35(X)))
& tangible_entity_1(fn_hold_2(fn_alanine_34(X)))
& tangible_entity_1(fn_hold_2(fn_alanine_33(X)))
& tangible_entity_1(fn_hold_2(fn_alanine_31(X)))
& tangible_entity_1(fn_hold_2(fn_alanine_30(X)))
& tangible_entity_1(fn_hold_2(fn_alanine_29(X)))
& object_2(fn_alanine_30(X),fn_alanine_76(X))
& object_2(fn_alanine_30(X),fn_alanine_75(X))
& object_2(fn_alanine_31(X),fn_alanine_75(X))
& object_2(fn_alanine_33(X),fn_alanine_76(X))
& object_2(fn_alanine_33(X),fn_alanine_75(X))
& object_2(fn_alanine_33(X),fn_alanine_65(X))
& object_2(fn_alanine_34(X),fn_alanine_76(X))
& object_2(fn_alanine_35(X),fn_alanine_76(X))
& object_2(fn_alanine_35(X),fn_alanine_75(X))
& object_2(fn_alanine_35(X),fn_alanine_65(X))
& object_2(fn_alanine_36(X),fn_alanine_75(X))
& result_2(fn_alanine_37(X),fn_alanine_79(X))
& object_2(fn_alanine_66(X),fn_alanine_1(X))
& object_2(fn_alanine_70(X),fn_alanine_76(X))
& object_2(fn_alanine_70(X),fn_alanine_75(X))
& object_2(fn_alanine_70(X),fn_alanine_65(X))
& object_2(fn_alanine_90(X),fn_alanine_77(X))
& object_2(fn_alanine_91(X),fn_alanine_75(X))
& object_2(fn_alanine_91(X),fn_alanine_76(X))
& object_2(fn_alanine_91(X),fn_alanine_77(X))
& object_2(fn_alanine_92(X),fn_alanine_75(X))
& object_2(fn_alanine_92(X),fn_alanine_76(X))
& object_2(fn_alanine_92(X),fn_alanine_77(X))
& object_2(fn_alanine_93(X),fn_alanine_77(X))
& result_2(fn_alanine_101(X),fn_alanine_79(X))
& object_2(fn_alanine_102(X),fn_alanine_77(X))
& object_2(fn_alanine_103(X),fn_alanine_76(X))
& object_2(fn_alanine_105(X),fn_alanine_76(X))
& agent_2(fn_alanine_86(X),fn_alanine_77(X))
& agent_2(fn_alanine_86(X),fn_alanine_76(X))
& agent_2(fn_alanine_87(X),fn_alanine_77(X))
& agent_2(fn_alanine_85(X),fn_alanine_77(X))
& agent_2(fn_alanine_87(X),fn_alanine_75(X))
& agent_2(fn_alanine_85(X),fn_alanine_76(X))
& agent_2(fn_alanine_88(X),fn_alanine_77(X))
& agent_2(fn_alanine_84(X),fn_alanine_77(X))
& agent_2(fn_alanine_88(X),fn_alanine_75(X))
& agent_2(fn_alanine_84(X),fn_alanine_75(X))
& agent_2(fn_alanine_89(X),fn_alanine_77(X))
& agent_2(fn_alanine_74(X),fn_alanine_76(X))
& agent_2(fn_alanine_89(X),fn_alanine_76(X))
& agent_2(fn_alanine_74(X),fn_alanine_77(X))
& agent_2(fn_alanine_94(X),fn_alanine_77(X))
& agent_2(fn_alanine_46(X),fn_alanine_76(X))
& agent_2(fn_alanine_94(X),fn_alanine_76(X))
& agent_2(fn_alanine_46(X),fn_alanine_77(X))
& agent_2(fn_alanine_95(X),fn_alanine_77(X))
& agent_2(fn_alanine_45(X),fn_alanine_76(X))
& agent_2(fn_alanine_95(X),fn_alanine_75(X))
& agent_2(fn_alanine_45(X),fn_alanine_77(X))
& agent_2(fn_alanine_96(X),fn_alanine_77(X))
& agent_2(fn_alanine_44(X),fn_alanine_75(X))
& agent_2(fn_alanine_96(X),fn_alanine_75(X))
& agent_2(fn_alanine_44(X),fn_alanine_77(X))
& agent_2(fn_alanine_97(X),fn_alanine_75(X))
& agent_2(fn_alanine_42(X),fn_alanine_75(X))
& agent_2(fn_alanine_100(X),fn_alanine_77(X))
& agent_2(fn_alanine_38(X),fn_alanine_77(X))
& agent_2(fn_alanine_100(X),fn_alanine_64(X))
& agent_2(fn_alanine_10(X),fn_alanine_77(X))
& agent_2(fn_alanine_101(X),fn_alanine_77(X))
& object_2(fn_alanine_70(X),fn_alanine_77(X))
& object_2(fn_alanine_90(X),fn_alanine_75(X))
& object_2(fn_alanine_36(X),fn_alanine_77(X))
& object_2(fn_alanine_91(X),fn_alanine_65(X))
& object_2(fn_alanine_35(X),fn_alanine_77(X))
& object_2(fn_alanine_92(X),fn_alanine_65(X))
& object_2(fn_alanine_34(X),fn_alanine_77(X))
& object_2(fn_alanine_93(X),fn_alanine_75(X))
& object_2(fn_alanine_33(X),fn_alanine_77(X))
& object_2(fn_alanine_102(X),fn_alanine_75(X))
& object_2(fn_alanine_31(X),fn_alanine_77(X))
& object_2(fn_alanine_103(X),fn_alanine_65(X))
& object_2(fn_alanine_30(X),fn_alanine_77(X))
& object_2(fn_alanine_105(X),fn_alanine_75(X))
& object_2(fn_alanine_29(X),fn_alanine_77(X))
& raw_material_2(fn_alanine_80(X),fn_alanine_81(X))
& result_2(fn_alanine_80(X),X)
& electronegativity_2(fn_alanine_75(X),fn_alanine_83(X))
& has_part_2(fn_alanine_77(X),fn_alanine_23(X))
& result_2(fn_alanine_100(X),fn_alanine_79(X))
& agent_2(fn_alanine_10(X),fn_alanine_64(X))
& object_2(fn_alanine_29(X),fn_alanine_64(X))
& agent_2(fn_alanine_38(X),fn_alanine_64(X))
& result_2(fn_alanine_38(X),fn_alanine_79(X))
& electronegativity_2(fn_alanine_64(X),fn_alanine_83(X))
& fn_alanine_82(X) = fn_alanine_83(X)
& fn_alanine_83(X) = fn_alanine_82(X)
& has_region_2(fn_alanine_76(X),fn_alanine_73(X))
& agent_2(fn_alanine_42(X),fn_alanine_77(X))
& object_2(fn_alanine_32(X),fn_alanine_75(X))
& object_2(fn_alanine_7(X),fn_alanine_75(X))
& object_2(fn_alanine_32(X),fn_alanine_76(X))
& agent_2(fn_alanine_43(X),fn_alanine_76(X))
& agent_2(fn_alanine_43(X),fn_alanine_77(X))
& agent_2(fn_alanine_41(X),fn_alanine_77(X))
& agent_2(fn_alanine_41(X),fn_alanine_75(X))
& has_region_2(X,fn_alanine_59(X))
& is_inside_2(fn_alanine_65(X),fn_alanine_59(X))
& object_2(fn_alanine_32(X),fn_alanine_65(X))
& object_2(fn_alanine_32(X),fn_alanine_77(X))
& object_2(fn_alanine_6(X),fn_alanine_77(X))
& possesses_2(X,fn_alanine_63(X))
& quantity_2(fn_alanine_63(X),fn_alanine_69(X))
& directly_proportional_2(fn_alanine_68(X),fn_alanine_69(X))
& speed_2(fn_alanine_67(X),fn_alanine_68(X))
& object_2(fn_alanine_67(X),X)
& site_2(fn_alanine_66(X),fn_alanine_61(X))
& object_2(fn_alanine_12(X),fn_alanine_25(X))
& agent_2(fn_alanine_97(X),fn_alanine_77(X))
& has_part_2(X,fn_alanine_64(X))
& agent_2(fn_alanine_101(X),fn_alanine_64(X))
& has_part_2(X,fn_alanine_77(X))
& agent_2(fn_alanine_37(X),fn_alanine_77(X))
& possesses_2(X,fn_alanine_79(X))
& is_between_2(fn_alanine_79(X),fn_alanine_64(X))
& agent_2(fn_alanine_37(X),fn_alanine_64(X))
& has_function_2(X,fn_alanine_66(X))
& agent_2(fn_alanine_66(X),X)
& possesses_2(X,fn_alanine_62(X))
& is_between_2(fn_alanine_62(X),fn_alanine_65(X))
& object_2(fn_alanine_30(X),fn_alanine_65(X))
& object_2(fn_alanine_22(X),fn_alanine_24(X))
& agent_2(fn_alanine_22(X),fn_alanine_77(X))
& agent_2(fn_alanine_39(X),fn_alanine_77(X))
& agent_2(fn_alanine_39(X),fn_alanine_75(X))
& has_part_2(X,fn_alanine_75(X))
& agent_2(fn_alanine_98(X),fn_alanine_77(X))
& agent_2(fn_alanine_98(X),fn_alanine_76(X))
& has_part_2(X,fn_alanine_76(X))
& has_region_2(X,fn_alanine_61(X))
& facilitates_2(fn_alanine_61(X),fn_alanine_66(X))
& object_2(fn_alanine_21(X),fn_alanine_24(X))
& object_2(fn_alanine_20(X),fn_alanine_24(X))
& agent_2(fn_alanine_20(X),fn_alanine_76(X))
& agent_2(fn_alanine_40(X),fn_alanine_76(X))
& agent_2(fn_alanine_40(X),fn_alanine_77(X))
& agent_2(fn_alanine_99(X),fn_alanine_77(X))
& agent_2(fn_alanine_99(X),fn_alanine_75(X))
& agent_2(fn_alanine_21(X),fn_alanine_75(X))
& agent_2(fn_alanine_21(X),fn_alanine_77(X))
& agent_2(fn_alanine_20(X),fn_alanine_77(X))
& agent_2(fn_alanine_17(X),fn_alanine_77(X))
& agent_2(fn_alanine_17(X),fn_alanine_76(X))
& agent_2(fn_alanine_19(X),fn_alanine_76(X))
& agent_2(fn_alanine_19(X),fn_alanine_77(X))
& agent_2(fn_alanine_16(X),fn_alanine_77(X))
& object_2(fn_alanine_103(X),fn_alanine_77(X))
& object_2(fn_alanine_103(X),fn_alanine_75(X))
& agent_2(fn_alanine_18(X),fn_alanine_75(X))
& agent_2(fn_alanine_18(X),fn_alanine_77(X))
& is_inside_2(fn_alanine_77(X),fn_alanine_58(X))
& object_2(fn_alanine_13(X),fn_alanine_25(X))
& agent_2(fn_alanine_13(X),fn_alanine_77(X))
& agent_2(fn_alanine_15(X),fn_alanine_77(X))
& agent_2(fn_alanine_15(X),fn_alanine_75(X))
& agent_2(fn_alanine_16(X),fn_alanine_75(X))
& object_2(fn_alanine_104(X),fn_alanine_77(X))
& object_2(fn_alanine_104(X),fn_alanine_76(X))
& agent_2(fn_alanine_14(X),fn_alanine_76(X))
& agent_2(fn_alanine_14(X),fn_alanine_77(X))
& has_region_2(fn_alanine_77(X),fn_alanine_48(X))
& agent_2(fn_alanine_9(X),fn_alanine_77(X))
& result_2(fn_alanine_9(X),fn_alanine_79(X))
& is_between_2(fn_alanine_79(X),fn_alanine_77(X))
& agent_2(fn_alanine_11(X),fn_alanine_77(X))
& object_2(fn_alanine_11(X),fn_alanine_25(X))
& object_2(fn_alanine_105(X),fn_alanine_77(X))
& object_2(fn_alanine_105(X),fn_alanine_65(X))
& has_part_2(X,fn_alanine_65(X))
& has_region_2(X,fn_alanine_60(X))
& is_inside_2(fn_alanine_61(X),fn_alanine_60(X))
& object_2(fn_alanine_7(X),fn_alanine_77(X))
& object_2(fn_alanine_8(X),fn_alanine_77(X))
& object_2(fn_alanine_8(X),fn_alanine_75(X))
& agent_2(fn_alanine_12(X),fn_alanine_75(X))
& agent_2(fn_alanine_12(X),fn_alanine_77(X))
& object_2(fn_alanine_106(X),fn_alanine_76(X))
& object_2(fn_alanine_106(X),fn_alanine_65(X))
& object_2(fn_alanine_7(X),fn_alanine_65(X))
& object_2(fn_alanine_7(X),fn_alanine_76(X))
& agent_2(fn_alanine_11(X),fn_alanine_76(X))
& object_2(fn_alanine_4(X),fn_alanine_76(X))
& object_2(fn_alanine_5(X),fn_alanine_76(X))
& object_2(fn_alanine_5(X),fn_alanine_77(X))
& fn_alanine_77(X) != fn_alanine_76(X)
& object_2(fn_alanine_6(X),fn_alanine_76(X))
& fn_alanine_76(X) != fn_alanine_77(X)
& object_2(fn_alanine_106(X),fn_alanine_77(X))
& object_2(fn_alanine_106(X),fn_alanine_75(X))
& object_2(fn_alanine_5(X),fn_alanine_75(X))
& object_2(fn_alanine_5(X),fn_alanine_65(X))
& object_2(fn_alanine_4(X),fn_alanine_65(X))
& object_2(fn_alanine_4(X),fn_alanine_77(X))
& object_2(fn_alanine_4(X),fn_alanine_75(X))
& has_region_2(fn_alanine_75(X),fn_alanine_73(X))
& fn_alanine_73(X) != fn_alanine_72(X)
& has_region_2(fn_alanine_76(X),fn_alanine_72(X))
& fn_alanine_72(X) != fn_alanine_73(X)
& object_2(fn_alanine_107(X),fn_alanine_77(X))
& object_2(fn_alanine_107(X),fn_alanine_75(X))
& has_region_2(fn_alanine_75(X),fn_alanine_72(X))
& fn_alanine_71(X) != fn_alanine_72(X)
& fn_alanine_72(X) != fn_alanine_71(X)
& object_2(fn_alanine_3(X),fn_alanine_75(X))
& object_2(fn_alanine_3(X),fn_alanine_77(X))
& fn_alanine_77(X) != fn_alanine_64(X)
& agent_2(fn_alanine_9(X),fn_alanine_64(X))
& object_2(fn_alanine_9(X),fn_alanine_23(X))
& fn_alanine_64(X) != fn_alanine_77(X)
& object_2(fn_alanine_108(X),fn_alanine_75(X))
& object_2(fn_alanine_108(X),fn_alanine_65(X))
& fn_alanine_65(X) != fn_alanine_77(X)
& is_inside_2(fn_alanine_77(X),fn_alanine_78(X))
& has_region_2(X,fn_alanine_78(X))
& fn_alanine_77(X) != fn_alanine_65(X)
& object_2(fn_alanine_2(X),fn_alanine_77(X))
& object_2(fn_alanine_2(X),fn_alanine_75(X))
& fn_alanine_75(X) != fn_alanine_77(X)
& fn_alanine_76(X) != fn_alanine_75(X)
& fn_alanine_75(X) != fn_alanine_76(X)
& fn_alanine_77(X) != fn_alanine_75(X)
& object_2(fn_alanine_108(X),fn_alanine_76(X))
& object_2(fn_alanine_108(X),fn_alanine_77(X))
& has_region_2(fn_alanine_77(X),fn_alanine_71(X))
& fn_alanine_73(X) != fn_alanine_71(X)
& fn_alanine_71(X) != fn_alanine_73(X)
& object_2(fn_alanine_2(X),fn_alanine_76(X))
& object_2(fn_alanine_2(X),fn_alanine_65(X))
& fn_alanine_65(X) != fn_alanine_64(X)
& fn_alanine_64(X) != fn_alanine_65(X)
& fn_alanine_75(X) != fn_alanine_64(X)
& fn_alanine_64(X) != fn_alanine_75(X)
& has_region_2(X,fn_alanine_58(X))
& is_inside_2(fn_alanine_64(X),fn_alanine_58(X))
& fn_alanine_64(X) != fn_alanine_76(X)
& is_inside_2(fn_alanine_76(X),fn_alanine_58(X))
& is_inside_2(fn_alanine_75(X),fn_alanine_58(X))
& fn_alanine_76(X) != fn_alanine_64(X)
& is_at_2(fn_alanine_47(X),fn_alanine_48(X))
& has_function_2(fn_alanine_79(X),fn_alanine_29(X))
& agent_2(fn_alanine_29(X),fn_alanine_79(X))
& result_2(fn_alanine_10(X),fn_alanine_79(X))
& object_2(fn_alanine_10(X),fn_alanine_23(X))
& is_near_2(fn_alanine_23(X),fn_alanine_47(X))
& is_near_2(fn_alanine_47(X),fn_alanine_23(X))
& called_2(fn_alanine_52(X),'Number_Proton')
& quantity_2(fn_alanine_49(X),fn_alanine_52(X))
& called_2(fn_alanine_51(X),'Atomic_Number')
& electronegativity_2(fn_alanine_77(X),fn_alanine_82(X))
& has_part_2(fn_alanine_77(X),fn_alanine_49(X))
& is_inside_2(fn_alanine_49(X),fn_alanine_47(X))
& has_region_2(fn_alanine_77(X),fn_alanine_47(X))
& atomic_number_2(fn_alanine_77(X),fn_alanine_51(X))
& fn_alanine_51(X) = fn_alanine_52(X)
& fn_alanine_52(X) = fn_alanine_51(X)
& fn_alanine_77(X) = fn_share_3(fn_alanine_86(X))
& fn_alanine_76(X) = fn_share_1(fn_alanine_86(X))
& fn_alanine_77(X) = fn_share_3(fn_alanine_87(X))
& fn_alanine_77(X) = fn_share_3(fn_alanine_85(X))
& fn_alanine_75(X) = fn_share_1(fn_alanine_87(X))
& fn_alanine_76(X) = fn_share_1(fn_alanine_85(X))
& fn_alanine_77(X) = fn_share_3(fn_alanine_88(X))
& fn_alanine_77(X) = fn_share_3(fn_alanine_84(X))
& fn_alanine_75(X) = fn_share_1(fn_alanine_88(X))
& fn_alanine_75(X) = fn_share_1(fn_alanine_84(X))
& fn_alanine_77(X) = fn_share_3(fn_alanine_89(X))
& fn_alanine_76(X) = fn_share_3(fn_alanine_74(X))
& fn_alanine_76(X) = fn_share_1(fn_alanine_89(X))
& fn_alanine_77(X) = fn_share_1(fn_alanine_74(X))
& fn_alanine_77(X) = fn_share_3(fn_alanine_94(X))
& fn_alanine_76(X) = fn_share_3(fn_alanine_46(X))
& fn_alanine_76(X) = fn_share_1(fn_alanine_94(X))
& fn_alanine_77(X) = fn_share_1(fn_alanine_46(X))
& fn_alanine_77(X) = fn_share_3(fn_alanine_95(X))
& fn_alanine_76(X) = fn_share_3(fn_alanine_45(X))
& fn_alanine_75(X) = fn_share_1(fn_alanine_95(X))
& fn_alanine_77(X) = fn_share_1(fn_alanine_45(X))
& fn_alanine_77(X) = fn_share_3(fn_alanine_96(X))
& fn_alanine_75(X) = fn_share_3(fn_alanine_44(X))
& fn_alanine_75(X) = fn_share_1(fn_alanine_96(X))
& fn_alanine_77(X) = fn_share_1(fn_alanine_44(X))
& fn_alanine_75(X) = fn_share_3(fn_alanine_97(X))
& fn_alanine_75(X) = fn_share_1(fn_alanine_97(X))
& fn_alanine_75(X) = fn_share_3(fn_alanine_42(X))
& fn_alanine_75(X) = fn_share_1(fn_alanine_42(X))
& fn_alanine_77(X) = fn_share_3(fn_alanine_100(X))
& fn_alanine_77(X) = fn_share_3(fn_alanine_38(X))
& fn_alanine_77(X) = fn_share_1(fn_alanine_38(X))
& fn_alanine_64(X) = fn_share_1(fn_alanine_100(X))
& fn_alanine_77(X) = fn_share_3(fn_alanine_10(X))
& fn_alanine_77(X) = fn_share_1(fn_alanine_10(X))
& fn_alanine_77(X) = fn_share_3(fn_alanine_101(X))
& fn_alanine_77(X) = fn_share_1(fn_alanine_101(X))
& fn_alanine_77(X) = fn_hold_2(fn_alanine_70(X))
& fn_alanine_75(X) = fn_hold_2(fn_alanine_90(X))
& fn_alanine_77(X) = fn_hold_2(fn_alanine_36(X))
& fn_alanine_65(X) = fn_hold_2(fn_alanine_91(X))
& fn_alanine_77(X) = fn_hold_2(fn_alanine_35(X))
& fn_alanine_65(X) = fn_hold_2(fn_alanine_92(X))
& fn_alanine_77(X) = fn_hold_2(fn_alanine_34(X))
& fn_alanine_75(X) = fn_hold_2(fn_alanine_93(X))
& fn_alanine_77(X) = fn_hold_2(fn_alanine_33(X))
& fn_alanine_75(X) = fn_hold_2(fn_alanine_102(X))
& fn_alanine_77(X) = fn_hold_2(fn_alanine_31(X))
& fn_alanine_65(X) = fn_hold_2(fn_alanine_103(X))
& fn_alanine_77(X) = fn_hold_2(fn_alanine_30(X))
& fn_alanine_75(X) = fn_hold_2(fn_alanine_105(X))
& fn_alanine_77(X) = fn_hold_2(fn_alanine_29(X))
& fn_alanine_81(X) = fn_chemical_reaction_2(fn_alanine_80(X))
& X = fn_chemical_reaction_1(fn_alanine_80(X))
& fn_alanine_83(X) = fn_oxygen_5(fn_alanine_75(X))
& fn_alanine_100(X) = fn_nonpolar_covalent_bond_27(fn_alanine_79(X))
& fn_alanine_38(X) = fn_nonpolar_covalent_bond_27(fn_alanine_79(X))
& fn_alanine_57(X) = fn_nonpolar_covalent_bond_3(fn_alanine_79(X))
& fn_alanine_82(X) = fn_nonpolar_covalent_bond_1(fn_alanine_79(X))
& fn_alanine_83(X) = fn_nonpolar_covalent_bond_2(fn_alanine_79(X))
& fn_alanine_55(X) = fn_amino_acid_3(X)
& fn_alanine_54(X) = fn_amino_acid_4(X)
& fn_alanine_73(X) = fn_amino_acid_15(X)
& fn_alanine_42(X) = fn_amino_acid_18(X)
& fn_alanine_7(X) = fn_amino_acid_14(X)
& fn_alanine_75(X) = fn_amino_acid_27(X)
& fn_alanine_41(X) = fn_amino_acid_12(X)
& fn_alanine_43(X) = fn_amino_acid_10(X)
& fn_alanine_76(X) = fn_amino_acid_11(X)
& fn_alanine_6(X) = fn_amino_acid_14(X)
& fn_alanine_77(X) = fn_amino_acid_24(X)
& fn_alanine_32(X) = fn_amino_acid_13(X)
& fn_alanine_65(X) = fn_amino_acid_22(X)
& fn_alanine_59(X) = fn_amino_acid_25(X)
& fn_alanine_67(X) = fn_amino_acid_5(X)
& fn_alanine_68(X) = fn_amino_acid_6(X)
& fn_alanine_69(X) = fn_amino_acid_7(X)
& fn_alanine_63(X) = fn_amino_acid_16(X)
& fn_alanine_12(X) = fn_hydrophobic_amino_acid_5(X)
& fn_alanine_97(X) = fn_hydrophobic_amino_acid_78(X)
& fn_alanine_101(X) = fn_hydrophobic_amino_acid_44(X)
& fn_alanine_37(X) = fn_hydrophobic_amino_acid_64(X)
& fn_alanine_37(X) = fn_hydrophobic_amino_acid_65(X)
& fn_alanine_64(X) = fn_nonpolar_covalent_bond_28(fn_alanine_79(X))
& fn_alanine_64(X) = fn_nonpolar_covalent_bond_29(fn_alanine_79(X))
& fn_alanine_30(X) = fn_hydrophobic_amino_acid_41(X)
& fn_alanine_62(X) = fn_hydrophobic_amino_acid_18(X)
& fn_alanine_39(X) = fn_hydrophobic_amino_acid_80(X)
& fn_alanine_22(X) = fn_hydrophobic_amino_acid_62(X)
& fn_alanine_66(X) = fn_hydrophobic_amino_acid_26(X)
& fn_alanine_98(X) = fn_hydrophobic_amino_acid_79(X)
& fn_alanine_40(X) = fn_hydrophobic_amino_acid_43(X)
& fn_alanine_20(X) = fn_hydrophobic_amino_acid_64(X)
& fn_alanine_24(X) = fn_hydrophobic_amino_acid_45(X)
& fn_alanine_20(X) = fn_hydrophobic_amino_acid_11(X)
& fn_alanine_21(X) = fn_hydrophobic_amino_acid_63(X)
& fn_alanine_99(X) = fn_hydrophobic_amino_acid_42(X)
& fn_alanine_16(X) = fn_hydrophobic_amino_acid_5(X)
& fn_alanine_19(X) = fn_hydrophobic_amino_acid_35(X)
& fn_alanine_17(X) = fn_hydrophobic_amino_acid_15(X)
& fn_alanine_18(X) = fn_hydrophobic_amino_acid_31(X)
& fn_alanine_103(X) = fn_hydrophobic_amino_acid_82(X)
& fn_alanine_16(X) = fn_hydrophobic_amino_acid_3(X)
& fn_alanine_15(X) = fn_hydrophobic_amino_acid_9(X)
& fn_alanine_13(X) = fn_hydrophobic_amino_acid_4(X)
& fn_alanine_48(X) = fn_hydrophobic_amino_acid_60(X)
& fn_alanine_14(X) = fn_hydrophobic_amino_acid_16(X)
& fn_alanine_104(X) = fn_hydrophobic_amino_acid_81(X)
& fn_alanine_25(X) = fn_hydrophobic_amino_acid_6(X)
& fn_alanine_11(X) = fn_hydrophobic_amino_acid_3(X)
& fn_alanine_79(X) = fn_hydrophobic_amino_acid_19(X)
& fn_alanine_9(X) = fn_hydrophobic_amino_acid_65(X)
& fn_alanine_61(X) = fn_hydrophobic_amino_acid_29(X)
& fn_alanine_60(X) = fn_hydrophobic_amino_acid_28(X)
& fn_alanine_65(X) = fn_hydrophobic_amino_acid_21(X)
& fn_alanine_105(X) = fn_hydrophobic_amino_acid_68(X)
& fn_alanine_12(X) = fn_hydrophobic_amino_acid_10(X)
& fn_alanine_8(X) = fn_hydrophobic_amino_acid_38(X)
& fn_alanine_11(X) = fn_hydrophobic_amino_acid_4(X)
& fn_alanine_7(X) = fn_hydrophobic_amino_acid_67(X)
& fn_alanine_106(X) = fn_hydrophobic_amino_acid_82(X)
& fn_alanine_6(X) = fn_hydrophobic_amino_acid_67(X)
& fn_alanine_5(X) = fn_hydrophobic_amino_acid_66(X)
& fn_alanine_4(X) = fn_hydrophobic_amino_acid_38(X)
& fn_alanine_5(X) = fn_hydrophobic_amino_acid_13(X)
& fn_alanine_106(X) = fn_hydrophobic_amino_acid_14(X)
& fn_alanine_76(X) = fn_hydrophobic_amino_acid_22(X)
& fn_alanine_73(X) = fn_hydrophobic_amino_acid_30(X)
& fn_alanine_4(X) = fn_hydrophobic_amino_acid_8(X)
& fn_alanine_72(X) = fn_hydrophobic_amino_acid_51(X)
& fn_alanine_72(X) = fn_hydrophobic_amino_acid_34(X)
& fn_alanine_75(X) = fn_hydrophobic_amino_acid_23(X)
& fn_alanine_107(X) = fn_hydrophobic_amino_acid_7(X)
& fn_alanine_23(X) = fn_hydrophobic_amino_acid_36(X)
& fn_alanine_9(X) = fn_hydrophobic_amino_acid_40(X)
& fn_alanine_64(X) = fn_hydrophobic_amino_acid_24(X)
& fn_alanine_3(X) = fn_hydrophobic_amino_acid_13(X)
& fn_alanine_78(X) = fn_hydrophobic_amino_acid_69(X)
& fn_alanine_108(X) = fn_hydrophobic_amino_acid_7(X)
& fn_alanine_71(X) = fn_hydrophobic_amino_acid_30(X)
& fn_alanine_73(X) = fn_hydrophobic_amino_acid_34(X)
& fn_alanine_71(X) = fn_atom_9(fn_alanine_77(X))
& fn_alanine_71(X) = fn_hydrophobic_amino_acid_59(X)
& fn_alanine_77(X) = fn_hydrophobic_amino_acid_20(X)
& fn_alanine_108(X) = fn_hydrophobic_amino_acid_2(X)
& fn_alanine_65(X) = fn_hydrophobic_amino_acid_24(X)
& fn_alanine_2(X) = fn_hydrophobic_amino_acid_1(X)
& fn_alanine_75(X) = fn_hydrophobic_amino_acid_22(X)
& fn_alanine_76(X) = fn_hydrophobic_amino_acid_23(X)
& fn_alanine_64(X) = fn_hydrophobic_amino_acid_21(X)
& fn_alanine_58(X) = fn_hydrophobic_amino_acid_27(X)
& fn_alanine_48(X) = fn_nonpolar_covalent_bond_24(fn_alanine_79(X))
& fn_alanine_48(X) = fn_nonpolar_covalent_bond_20(fn_alanine_79(X))
& fn_alanine_23(X) = fn_carbon_10(fn_alanine_77(X))
& fn_alanine_23(X) = fn_atom_14(fn_alanine_77(X))
& fn_alanine_47(X) = fn_nonpolar_covalent_bond_23(fn_alanine_79(X))
& fn_alanine_47(X) = fn_nonpolar_covalent_bond_19(fn_alanine_79(X))
& fn_alanine_23(X) = fn_nonpolar_covalent_bond_26(fn_alanine_79(X))
& fn_alanine_23(X) = fn_nonpolar_covalent_bond_22(fn_alanine_79(X))
& fn_alanine_10(X) = fn_nonpolar_covalent_bond_27(fn_alanine_79(X))
& fn_alanine_29(X) = fn_nonpolar_covalent_bond_5(fn_alanine_79(X))
& fn_alanine_28(X) = fn_atom_12(fn_alanine_77(X))
& fn_alanine_28(X) = fn_carbon_13(fn_alanine_77(X))
& fn_alanine_27(X) = fn_carbon_9(fn_alanine_77(X))
& fn_alanine_56(X) = fn_carbon_1(fn_alanine_77(X))
& fn_alanine_82(X) = fn_carbon_2(fn_alanine_77(X))
& fn_alanine_50(X) = fn_carbon_11(fn_alanine_77(X))
& fn_alanine_26(X) = fn_carbon_7(fn_alanine_77(X))
& fn_alanine_53(X) = fn_carbon_20(fn_alanine_77(X))
& fn_alanine_52(X) = fn_atom_11(fn_alanine_77(X))
& fn_alanine_52(X) = fn_carbon_19(fn_alanine_77(X))
& fn_alanine_51(X) = fn_atom_17(fn_alanine_77(X))
& fn_alanine_51(X) = fn_carbon_16(fn_alanine_77(X))
& fn_alanine_47(X) = fn_atom_18(fn_alanine_77(X))
& fn_alanine_47(X) = fn_carbon_18(fn_alanine_77(X))
& fn_alanine_49(X) = fn_atom_8(fn_alanine_77(X))
& fn_alanine_49(X) = fn_carbon_17(fn_alanine_77(X))
& fn_oxygen_5(fn_alanine_75(X)) = fn_nonpolar_covalent_bond_2(fn_alanine_79(X))
& fn_nonpolar_covalent_bond_2(fn_alanine_79(X)) = fn_nonpolar_covalent_bond_2(fn_alanine_79(X))
& fn_nonpolar_covalent_bond_2(fn_alanine_79(X)) = fn_hydrophobic_amino_acid_64(X)
& fn_hydrophobic_amino_acid_64(X) = fn_hydrophobic_amino_acid_65(X)
& fn_hydrophobic_amino_acid_65(X) = fn_hydrophobic_amino_acid_64(X)
& fn_hydrophobic_amino_acid_64(X) = fn_hydrophobic_amino_acid_64(X)
& fn_hydrophobic_amino_acid_64(X) = fn_hydrophobic_amino_acid_11(X)
& fn_hydrophobic_amino_acid_11(X) = fn_hydrophobic_amino_acid_5(X)
& fn_hydrophobic_amino_acid_5(X) = fn_hydrophobic_amino_acid_3(X)
& fn_hydrophobic_amino_acid_3(X) = fn_hydrophobic_amino_acid_5(X)
& fn_hydrophobic_amino_acid_5(X) = fn_hydrophobic_amino_acid_10(X)
& fn_hydrophobic_amino_acid_10(X) = fn_hydrophobic_amino_acid_10(X)
& fn_hydrophobic_amino_acid_10(X) = fn_hydrophobic_amino_acid_3(X)
& fn_hydrophobic_amino_acid_3(X) = fn_hydrophobic_amino_acid_3(X)
& fn_hydrophobic_amino_acid_3(X) = fn_hydrophobic_amino_acid_4(X)
& fn_hydrophobic_amino_acid_4(X) = fn_amino_acid_14(X)
& fn_hydrophobic_amino_acid_67(X) = fn_hydrophobic_amino_acid_67(X)
& fn_hydrophobic_amino_acid_67(X) = fn_amino_acid_14(X)
& fn_amino_acid_14(X) = fn_hydrophobic_amino_acid_67(X)
& fn_hydrophobic_amino_acid_67(X) = fn_hydrophobic_amino_acid_66(X)
& fn_hydrophobic_amino_acid_66(X) = fn_hydrophobic_amino_acid_66(X)
& fn_hydrophobic_amino_acid_66(X) = fn_hydrophobic_amino_acid_13(X)
& fn_hydrophobic_amino_acid_13(X) = fn_hydrophobic_amino_acid_13(X)
& fn_hydrophobic_amino_acid_13(X) = fn_hydrophobic_amino_acid_82(X)
& fn_hydrophobic_amino_acid_82(X) = fn_hydrophobic_amino_acid_82(X)
& fn_hydrophobic_amino_acid_82(X) = fn_hydrophobic_amino_acid_14(X)
& fn_hydrophobic_amino_acid_14(X) = fn_hydrophobic_amino_acid_14(X)
& fn_hydrophobic_amino_acid_14(X) = fn_hydrophobic_amino_acid_38(X)
& fn_hydrophobic_amino_acid_38(X) = fn_hydrophobic_amino_acid_38(X)
& fn_hydrophobic_amino_acid_38(X) = fn_hydrophobic_amino_acid_8(X)
& fn_hydrophobic_amino_acid_8(X) = fn_hydrophobic_amino_acid_8(X)
& fn_hydrophobic_amino_acid_8(X) = fn_hydrophobic_amino_acid_34(X)
& fn_hydrophobic_amino_acid_34(X) = fn_hydrophobic_amino_acid_51(X)
& fn_hydrophobic_amino_acid_51(X) = fn_hydrophobic_amino_acid_34(X)
& fn_hydrophobic_amino_acid_34(X) = fn_hydrophobic_amino_acid_65(X)
& fn_hydrophobic_amino_acid_65(X) = fn_hydrophobic_amino_acid_65(X)
& fn_hydrophobic_amino_acid_65(X) = fn_hydrophobic_amino_acid_40(X)
& fn_hydrophobic_amino_acid_40(X) = fn_hydrophobic_amino_acid_40(X)
& fn_hydrophobic_amino_acid_40(X) = fn_amino_acid_15(X)
& fn_amino_acid_15(X) = fn_hydrophobic_amino_acid_30(X)
& fn_hydrophobic_amino_acid_30(X) = fn_hydrophobic_amino_acid_30(X)
& fn_hydrophobic_amino_acid_30(X) = fn_hydrophobic_amino_acid_34(X)
& fn_hydrophobic_amino_acid_34(X) = fn_hydrophobic_amino_acid_34(X)
& fn_hydrophobic_amino_acid_34(X) = fn_hydrophobic_amino_acid_30(X)
& fn_hydrophobic_amino_acid_30(X) = fn_atom_9(fn_alanine_77(X))
& fn_atom_9(fn_alanine_77(X)) = fn_hydrophobic_amino_acid_59(X)
& fn_hydrophobic_amino_acid_59(X) = fn_hydrophobic_amino_acid_30(X)
& fn_hydrophobic_amino_acid_30(X) = fn_hydrophobic_amino_acid_59(X)
& fn_hydrophobic_amino_acid_59(X) = fn_hydrophobic_amino_acid_59(X)
& fn_hydrophobic_amino_acid_59(X) = fn_hydrophobic_amino_acid_7(X)
& fn_hydrophobic_amino_acid_7(X) = fn_hydrophobic_amino_acid_7(X)
& fn_hydrophobic_amino_acid_7(X) = fn_hydrophobic_amino_acid_2(X)
& fn_hydrophobic_amino_acid_2(X) = fn_hydrophobic_amino_acid_2(X)
& fn_hydrophobic_amino_acid_2(X) = fn_hold_2(fn_alanine_91(X))
& fn_hold_2(fn_alanine_91(X)) = fn_hold_2(fn_alanine_92(X))
& fn_hold_2(fn_alanine_92(X)) = fn_hold_2(fn_alanine_103(X))
& fn_hold_2(fn_alanine_103(X)) = fn_amino_acid_22(X)
& fn_amino_acid_22(X) = fn_amino_acid_22(X)
& fn_amino_acid_22(X) = fn_hydrophobic_amino_acid_21(X)
& fn_hydrophobic_amino_acid_24(X) = fn_share_1(fn_alanine_87(X))
& fn_share_1(fn_alanine_95(X)) = fn_share_3(fn_alanine_44(X))
& fn_share_3(fn_alanine_44(X)) = fn_share_1(fn_alanine_96(X))
& fn_share_1(fn_alanine_96(X)) = fn_share_3(fn_alanine_97(X))
& fn_share_3(fn_alanine_97(X)) = fn_share_1(fn_alanine_97(X))
& fn_share_1(fn_alanine_97(X)) = fn_share_3(fn_alanine_42(X))
& fn_share_3(fn_alanine_42(X)) = fn_share_1(fn_alanine_42(X))
& fn_share_1(fn_alanine_42(X)) = fn_share_1(fn_alanine_87(X))
& fn_share_1(fn_alanine_87(X)) = fn_share_1(fn_alanine_88(X))
& fn_share_1(fn_alanine_88(X)) = fn_share_1(fn_alanine_84(X))
& fn_share_1(fn_alanine_84(X)) = fn_share_1(fn_alanine_95(X))
& fn_share_1(fn_alanine_95(X)) = fn_share_1(fn_alanine_96(X))
& fn_share_1(fn_alanine_96(X)) = fn_share_1(fn_alanine_97(X))
& fn_share_1(fn_alanine_97(X)) = fn_share_1(fn_alanine_42(X))
& fn_share_1(fn_alanine_42(X)) = fn_hold_2(fn_alanine_90(X))
& fn_hold_2(fn_alanine_105(X)) = fn_hold_2(fn_alanine_90(X))
& fn_hold_2(fn_alanine_90(X)) = fn_hold_2(fn_alanine_93(X))
& fn_hold_2(fn_alanine_93(X)) = fn_hold_2(fn_alanine_102(X))
& fn_hold_2(fn_alanine_102(X)) = fn_hold_2(fn_alanine_105(X))
& fn_hold_2(fn_alanine_105(X)) = fn_amino_acid_27(X)
& fn_amino_acid_27(X) = fn_amino_acid_27(X)
& fn_amino_acid_27(X) = fn_hydrophobic_amino_acid_23(X)
& fn_hydrophobic_amino_acid_22(X) = fn_share_1(fn_alanine_86(X))
& fn_share_1(fn_alanine_86(X)) = fn_share_1(fn_alanine_85(X))
& fn_share_1(fn_alanine_85(X)) = fn_share_3(fn_alanine_74(X))
& fn_share_3(fn_alanine_74(X)) = fn_share_1(fn_alanine_89(X))
& fn_share_1(fn_alanine_89(X)) = fn_share_3(fn_alanine_46(X))
& fn_share_3(fn_alanine_46(X)) = fn_share_1(fn_alanine_94(X))
& fn_share_1(fn_alanine_94(X)) = fn_share_3(fn_alanine_45(X))
& fn_share_3(fn_alanine_45(X)) = fn_share_3(fn_alanine_74(X))
& fn_share_3(fn_alanine_74(X)) = fn_share_3(fn_alanine_46(X))
& fn_share_3(fn_alanine_46(X)) = fn_share_3(fn_alanine_45(X))
& fn_share_3(fn_alanine_45(X)) = fn_amino_acid_11(X)
& fn_amino_acid_11(X) = fn_amino_acid_11(X)
& fn_amino_acid_11(X) = fn_hydrophobic_amino_acid_22(X)
& fn_hydrophobic_amino_acid_23(X) = fn_hydrophobic_amino_acid_22(X)
& fn_hydrophobic_amino_acid_22(X) = fn_hydrophobic_amino_acid_22(X)
& fn_hydrophobic_amino_acid_22(X) = fn_hydrophobic_amino_acid_23(X)
& fn_hydrophobic_amino_acid_23(X) = fn_hydrophobic_amino_acid_23(X)
& fn_hydrophobic_amino_acid_23(X) = fn_share_1(fn_alanine_100(X))
& fn_share_1(fn_alanine_100(X)) = fn_nonpolar_covalent_bond_28(fn_alanine_79(X))
& fn_nonpolar_covalent_bond_28(fn_alanine_79(X)) = fn_nonpolar_covalent_bond_28(fn_alanine_79(X))
& fn_nonpolar_covalent_bond_29(fn_alanine_79(X)) = fn_nonpolar_covalent_bond_28(fn_alanine_79(X))
& fn_nonpolar_covalent_bond_28(fn_alanine_79(X)) = fn_nonpolar_covalent_bond_29(fn_alanine_79(X))
& fn_nonpolar_covalent_bond_29(fn_alanine_79(X)) = fn_nonpolar_covalent_bond_29(fn_alanine_79(X))
& fn_hydrophobic_amino_acid_24(X) = fn_nonpolar_covalent_bond_29(fn_alanine_79(X))
& fn_nonpolar_covalent_bond_29(fn_alanine_79(X)) = fn_hydrophobic_amino_acid_24(X)
& fn_hydrophobic_amino_acid_21(X) = fn_hydrophobic_amino_acid_24(X)
& fn_hydrophobic_amino_acid_24(X) = fn_hydrophobic_amino_acid_24(X)
& fn_hydrophobic_amino_acid_24(X) = fn_hydrophobic_amino_acid_21(X)
& fn_hydrophobic_amino_acid_21(X) = fn_hydrophobic_amino_acid_21(X)
& fn_hydrophobic_amino_acid_21(X) = fn_hydrophobic_amino_acid_60(X)
& fn_hydrophobic_amino_acid_60(X) = fn_nonpolar_covalent_bond_24(fn_alanine_79(X))
& fn_nonpolar_covalent_bond_24(fn_alanine_79(X)) = fn_hydrophobic_amino_acid_60(X)
& fn_hydrophobic_amino_acid_60(X) = fn_nonpolar_covalent_bond_20(fn_alanine_79(X))
& fn_nonpolar_covalent_bond_20(fn_alanine_79(X)) = fn_carbon_10(fn_alanine_77(X))
& fn_atom_14(fn_alanine_77(X)) = fn_carbon_10(fn_alanine_77(X))
& fn_carbon_10(fn_alanine_77(X)) = fn_atom_14(fn_alanine_77(X))
& fn_atom_14(fn_alanine_77(X)) = fn_atom_14(fn_alanine_77(X))
& fn_atom_14(fn_alanine_77(X)) = fn_nonpolar_covalent_bond_26(fn_alanine_79(X))
& fn_hydrophobic_amino_acid_36(X) = fn_nonpolar_covalent_bond_26(fn_alanine_79(X))
& fn_nonpolar_covalent_bond_26(fn_alanine_79(X)) = fn_nonpolar_covalent_bond_26(fn_alanine_79(X))
& fn_nonpolar_covalent_bond_26(fn_alanine_79(X)) = fn_hydrophobic_amino_acid_36(X)
& fn_hydrophobic_amino_acid_36(X) = fn_nonpolar_covalent_bond_22(fn_alanine_79(X))
& fn_nonpolar_covalent_bond_22(fn_alanine_79(X)) = fn_nonpolar_covalent_bond_22(fn_alanine_79(X))
& fn_nonpolar_covalent_bond_22(fn_alanine_79(X)) = fn_atom_12(fn_alanine_77(X))
& fn_atom_12(fn_alanine_77(X)) = fn_carbon_13(fn_alanine_77(X))
& fn_carbon_13(fn_alanine_77(X)) = fn_nonpolar_covalent_bond_1(fn_alanine_79(X))
& fn_nonpolar_covalent_bond_1(fn_alanine_79(X)) = fn_nonpolar_covalent_bond_1(fn_alanine_79(X))
& fn_nonpolar_covalent_bond_1(fn_alanine_79(X)) = fn_carbon_2(fn_alanine_77(X))
& fn_carbon_2(fn_alanine_77(X)) = fn_carbon_2(fn_alanine_77(X))
& fn_carbon_2(fn_alanine_77(X)) = fn_carbon_19(fn_alanine_77(X))
& fn_carbon_19(fn_alanine_77(X)) = fn_carbon_19(fn_alanine_77(X))
& fn_carbon_19(fn_alanine_77(X)) = fn_atom_11(fn_alanine_77(X))
& fn_atom_11(fn_alanine_77(X)) = fn_carbon_19(fn_alanine_77(X))
& fn_carbon_19(fn_alanine_77(X)) = fn_atom_17(fn_alanine_77(X))
& fn_carbon_16(fn_alanine_77(X)) = fn_carbon_16(fn_alanine_77(X))
& fn_carbon_16(fn_alanine_77(X)) = fn_atom_17(fn_alanine_77(X))
& fn_atom_17(fn_alanine_77(X)) = fn_carbon_16(fn_alanine_77(X))
& fn_carbon_16(fn_alanine_77(X)) = fn_nonpolar_covalent_bond_23(fn_alanine_79(X))
& fn_nonpolar_covalent_bond_23(fn_alanine_79(X)) = fn_atom_18(fn_alanine_77(X))
& fn_atom_18(fn_alanine_77(X)) = fn_nonpolar_covalent_bond_23(fn_alanine_79(X))
& fn_nonpolar_covalent_bond_19(fn_alanine_79(X)) = fn_nonpolar_covalent_bond_23(fn_alanine_79(X))
& fn_nonpolar_covalent_bond_23(fn_alanine_79(X)) = fn_nonpolar_covalent_bond_19(fn_alanine_79(X))
& fn_nonpolar_covalent_bond_19(fn_alanine_79(X)) = fn_nonpolar_covalent_bond_19(fn_alanine_79(X))
& fn_carbon_18(fn_alanine_77(X)) = fn_nonpolar_covalent_bond_19(fn_alanine_79(X))
& fn_nonpolar_covalent_bond_19(fn_alanine_79(X)) = fn_carbon_18(fn_alanine_77(X))
& fn_carbon_18(fn_alanine_77(X)) = fn_carbon_18(fn_alanine_77(X))
& fn_carbon_18(fn_alanine_77(X)) = fn_atom_8(fn_alanine_77(X))
& fn_carbon_17(fn_alanine_77(X)) = fn_carbon_17(fn_alanine_77(X))
& fn_carbon_17(fn_alanine_77(X)) = fn_atom_8(fn_alanine_77(X))
& fn_atom_8(fn_alanine_77(X)) = fn_carbon_17(fn_alanine_77(X))
& fn_carbon_17(fn_alanine_77(X)) = fn_share_3(fn_alanine_86(X))
& fn_share_3(fn_alanine_86(X)) = fn_share_3(fn_alanine_87(X))
& fn_share_3(fn_alanine_87(X)) = fn_share_3(fn_alanine_85(X))
& fn_share_3(fn_alanine_85(X)) = fn_share_3(fn_alanine_88(X))
& fn_share_3(fn_alanine_88(X)) = fn_share_3(fn_alanine_84(X))
& fn_share_3(fn_alanine_84(X)) = fn_share_3(fn_alanine_89(X))
& fn_share_3(fn_alanine_89(X)) = fn_share_1(fn_alanine_74(X))
& fn_share_1(fn_alanine_74(X)) = fn_share_3(fn_alanine_94(X))
& fn_share_3(fn_alanine_94(X)) = fn_share_1(fn_alanine_46(X))
& fn_share_1(fn_alanine_46(X)) = fn_share_3(fn_alanine_95(X))
& fn_share_3(fn_alanine_95(X)) = fn_share_1(fn_alanine_45(X))
& fn_share_1(fn_alanine_45(X)) = fn_share_3(fn_alanine_96(X))
& fn_share_3(fn_alanine_96(X)) = fn_share_1(fn_alanine_44(X))
& fn_share_1(fn_alanine_44(X)) = fn_share_3(fn_alanine_100(X))
& fn_share_3(fn_alanine_100(X)) = fn_share_3(fn_alanine_38(X))
& fn_share_3(fn_alanine_38(X)) = fn_share_1(fn_alanine_38(X))
& fn_share_1(fn_alanine_38(X)) = fn_share_3(fn_alanine_10(X))
& fn_share_3(fn_alanine_10(X)) = fn_share_1(fn_alanine_10(X))
& fn_share_1(fn_alanine_10(X)) = fn_share_3(fn_alanine_101(X))
& fn_share_3(fn_alanine_101(X)) = fn_share_1(fn_alanine_101(X))
& fn_share_1(fn_alanine_101(X)) = fn_share_1(fn_alanine_74(X))
& fn_share_1(fn_alanine_74(X)) = fn_share_1(fn_alanine_46(X))
& fn_share_1(fn_alanine_46(X)) = fn_share_1(fn_alanine_45(X))
& fn_share_1(fn_alanine_45(X)) = fn_share_1(fn_alanine_44(X))
& fn_share_1(fn_alanine_44(X)) = fn_share_1(fn_alanine_38(X))
& fn_share_1(fn_alanine_38(X)) = fn_share_1(fn_alanine_10(X))
& fn_share_1(fn_alanine_10(X)) = fn_share_1(fn_alanine_101(X))
& fn_share_1(fn_alanine_101(X)) = fn_hold_2(fn_alanine_70(X))
& fn_hold_2(fn_alanine_29(X)) = fn_hold_2(fn_alanine_70(X))
& fn_hold_2(fn_alanine_70(X)) = fn_hold_2(fn_alanine_36(X))
& fn_hold_2(fn_alanine_36(X)) = fn_hold_2(fn_alanine_35(X))
& fn_hold_2(fn_alanine_35(X)) = fn_hold_2(fn_alanine_34(X))
& fn_hold_2(fn_alanine_34(X)) = fn_hold_2(fn_alanine_33(X))
& fn_hold_2(fn_alanine_33(X)) = fn_hold_2(fn_alanine_31(X))
& fn_hold_2(fn_alanine_31(X)) = fn_hold_2(fn_alanine_30(X))
& fn_hold_2(fn_alanine_30(X)) = fn_hold_2(fn_alanine_29(X))
& fn_hold_2(fn_alanine_29(X)) = fn_amino_acid_24(X)
& fn_amino_acid_24(X) = fn_amino_acid_24(X)
& fn_amino_acid_24(X) = fn_hydrophobic_amino_acid_20(X)
& fn_hydrophobic_amino_acid_20(X) = fn_hydrophobic_amino_acid_20(X) ) ) ).
fof(a527339,axiom,
! [X] :
( albumin_1(X)
=> ( original_name_2(X,'Albumin')
& user_description_2(X,'The white part of an egg, which contains water and proteins.')
& concept2words_2(X,'egg white')
& concept2words_2(X,'egg-white')
& concept2words_2(X,albumin)
& organic_entity_1(X)
& semisolid_substance_1(X)
& water_1(fn_albumin_1(X))
& protein_1(fn_albumin_2(X))
& has_part_2(X,fn_albumin_1(X))
& has_part_2(X,fn_albumin_2(X)) ) ) ).
fof(a527340,axiom,
! [X] :
( albuterol_1(X)
=> ( original_name_2(X,'Albuterol')
& user_description_2(X,'Albuterol is a bronchodilator that relaxes muscles in the airways and increases air flow to the lungs')
& concept2words_2(X,albuterol)
& molecule_1(X)
& drug_1(X) ) ) ).
fof(a527341,axiom,
! [X] :
( albuterol_isomer_1(X)
=> ( original_name_2(X,'Albuterol-Isomer')
& user_description_2(X,'One of the two forms of albuterol, each with the same atomic parts, but different structure, shape and function.')
& concept2words_2(X,'isomer of albuterol')
& concept2words_2(X,'albuterol isomer')
& concept2words_2(X,'albuterol-isomer')
& drug_1(X)
& isomer_1(X)
& albuterol_1(fn_albuterol_isomer_1(X))
& has_state_2(fn_albuterol_isomer_1(X),X)
& has_isomer_2(fn_albuterol_isomer_1(X),X) ) ) ).
fof(a527342,axiom,
! [X] :
( alcohol_1(X)
=> ( original_name_2(X,'Alcohol')
& user_description_2(X,'An alcohol is an organic compound in which a hydroxyl functional group (-OH) is bound to a carbon atom, usually connected to other carbon or hydrogen atoms.')
& concept2words_2(X,'r oh')
& concept2words_2(X,'r-oh')
& concept2words_2(X,alcohol)
& organic_molecule_1(X)
& quantity_value_1(fn_alcohol_1(X))
& speed_value_1(fn_alcohol_2(X))
& hydroxyl_group_1(fn_alcohol_3(X))
& carbon_skeleton_1(fn_alcohol_4(X))
& constant_motion_1(fn_alcohol_5(X))
& hydrogen_1(fn_alcohol_6(X))
& carbon_1(fn_alcohol_7(X))
& atom_1(fn_alcohol_8(X))
& chemical_entity_1(fn_alcohol_8(X))
& oxygen_1(fn_alcohol_8(X))
& chemical_bond_1(fn_alcohol_9(X))
& polar_covalent_bond_1(fn_alcohol_9(X))
& kinetic_energy_1(fn_alcohol_10(X))
& hydrogen_1(fn_hydroxyl_group_6(fn_alcohol_3(X)))
& carbon_1(fn_carbon_skeleton_4(fn_alcohol_4(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_alcohol_3(X)))
& atom_1(fn_carbon_skeleton_2(fn_alcohol_4(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_alcohol_4(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_alcohol_3(X)))
& chemical_entity_1(fn_functional_group_1(fn_alcohol_3(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_alcohol_4(X)))
& has_part_2(X,fn_alcohol_6(X))
& possesses_2(X,fn_alcohol_9(X))
& has_region_2(X,fn_alcohol_3(X))
& has_part_2(X,fn_alcohol_8(X))
& has_region_2(X,fn_alcohol_4(X))
& has_part_2(X,fn_alcohol_7(X))
& is_inside_2(fn_alcohol_7(X),fn_alcohol_4(X))
& fn_alcohol_8(X) != fn_alcohol_7(X)
& fn_alcohol_7(X) != fn_alcohol_8(X)
& is_inside_2(fn_alcohol_8(X),fn_alcohol_3(X))
& is_inside_2(fn_alcohol_6(X),fn_alcohol_3(X))
& is_between_2(fn_alcohol_9(X),fn_alcohol_6(X))
& is_between_2(fn_alcohol_9(X),fn_alcohol_8(X))
& fn_alcohol_8(X) != fn_alcohol_6(X)
& fn_alcohol_6(X) != fn_alcohol_8(X)
& possesses_2(X,fn_alcohol_10(X))
& quantity_2(fn_alcohol_10(X),fn_alcohol_1(X))
& directly_proportional_2(fn_alcohol_2(X),fn_alcohol_1(X))
& speed_2(fn_alcohol_5(X),fn_alcohol_2(X))
& object_2(fn_alcohol_5(X),X)
& fn_alcohol_9(X) = fn_molecule_10(X)
& X = fn_functional_group_1(fn_alcohol_3(X))
& fn_alcohol_8(X) = fn_organic_molecule_2(X)
& fn_alcohol_8(X) = fn_carbon_skeleton_2(fn_alcohol_4(X))
& fn_alcohol_7(X) = fn_organic_molecule_1(X)
& fn_alcohol_7(X) = fn_carbon_skeleton_4(fn_alcohol_4(X))
& fn_alcohol_4(X) = fn_organic_molecule_3(X)
& X = fn_carbon_skeleton_3(fn_alcohol_4(X))
& fn_alcohol_9(X) = fn_hydroxyl_group_7(fn_alcohol_3(X))
& fn_alcohol_8(X) = fn_hydroxyl_group_4(fn_alcohol_3(X))
& fn_alcohol_6(X) = fn_hydroxyl_group_6(fn_alcohol_3(X))
& fn_alcohol_11(X) = fn_molecule_2(X)
& fn_alcohol_12(X) = fn_molecule_1(X)
& fn_alcohol_5(X) = fn_molecule_8(X)
& fn_alcohol_2(X) = fn_molecule_3(X)
& fn_alcohol_1(X) = fn_molecule_4(X)
& fn_alcohol_10(X) = fn_molecule_12(X)
& fn_carbon_skeleton_4(fn_alcohol_4(X)) = fn_carbon_skeleton_4(fn_alcohol_4(X))
& fn_carbon_skeleton_4(fn_alcohol_4(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_carbon_skeleton_4(fn_alcohol_4(X))
& fn_carbon_skeleton_4(fn_alcohol_4(X)) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_hydroxyl_group_7(fn_alcohol_3(X))
& fn_hydroxyl_group_7(fn_alcohol_3(X)) = fn_hydroxyl_group_7(fn_alcohol_3(X))
& fn_hydroxyl_group_7(fn_alcohol_3(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_carbon_skeleton_2(fn_alcohol_4(X))
& fn_carbon_skeleton_2(fn_alcohol_4(X)) = fn_carbon_skeleton_2(fn_alcohol_4(X))
& fn_carbon_skeleton_2(fn_alcohol_4(X)) = fn_hydroxyl_group_4(fn_alcohol_3(X))
& fn_hydroxyl_group_4(fn_alcohol_3(X)) = fn_hydroxyl_group_4(fn_alcohol_3(X))
& fn_hydroxyl_group_4(fn_alcohol_3(X)) = fn_functional_group_1(fn_alcohol_3(X))
& fn_functional_group_1(fn_alcohol_3(X)) = fn_carbon_skeleton_3(fn_alcohol_4(X))
& fn_carbon_skeleton_3(fn_alcohol_4(X)) = fn_carbon_skeleton_3(fn_alcohol_4(X)) ) ) ).
fof(a527343,axiom,
! [X] :
( alcohol_dehydrogenase_1(X)
=> ( original_name_2(X,'Alcohol-Dehydrogenase')
& user_description_2(X,'Alcohol dehydrogenase catalyzes the oxidation of alcohols, using NAD+ or NADP+ as the electron acceptor.')
& concept2words_2(X,'dehydrogenase of alcohol')
& concept2words_2(X,'alcohol dehydrogenase')
& concept2words_2(X,'alcohol-dehydrogenase')
& dehydrogenase_1(X)
& tangible_entity_1(fn_alcohol_dehydrogenase_5(X))
& electron_1(fn_alcohol_dehydrogenase_5(X))
& protein_domain_1(fn_alcohol_dehydrogenase_6(X))
& hydrophilic_region_1(fn_alcohol_dehydrogenase_7(X))
& surface_1(fn_alcohol_dehydrogenase_8(X))
& carbon_skeleton_1(fn_alcohol_dehydrogenase_9(X))
& monomer_1(fn_alcohol_dehydrogenase_10(X))
& atom_1(fn_alcohol_dehydrogenase_11(X))
& chemical_entity_1(fn_alcohol_dehydrogenase_11(X))
& carbon_1(fn_alcohol_dehydrogenase_11(X))
& atom_1(fn_alcohol_dehydrogenase_12(X))
& chemical_entity_1(fn_alcohol_dehydrogenase_12(X))
& carbon_1(fn_alcohol_dehydrogenase_12(X))
& size_value_1(fn_alcohol_dehydrogenase_13(X))
& constant_motion_1(fn_alcohol_dehydrogenase_14(X))
& kinetic_energy_1(fn_alcohol_dehydrogenase_15(X))
& quantity_value_1(fn_alcohol_dehydrogenase_16(X))
& speed_value_1(fn_alcohol_dehydrogenase_17(X))
& size_value_1(fn_alcohol_dehydrogenase_18(X))
& polypeptide_1(fn_alcohol_dehydrogenase_19(X))
& spatial_entity_1(fn_alcohol_dehydrogenase_20(X))
& chemical_entity_1(fn_alcohol_dehydrogenase_20(X))
& monomer_1(fn_alcohol_dehydrogenase_20(X))
& molecule_1(fn_alcohol_dehydrogenase_20(X))
& amino_acid_1(fn_alcohol_dehydrogenase_20(X))
& active_site_1(fn_alcohol_dehydrogenase_21(X))
& organic_molecule_1(fn_alcohol_dehydrogenase_22(X))
& attach_1(fn_alcohol_dehydrogenase_23(X))
& redox_reaction_1(fn_alcohol_dehydrogenase_24(X))
& chemical_entity_1(fn_alcohol_dehydrogenase_25(X))
& tangible_entity_1(fn_alcohol_dehydrogenase_26(X))
& electron_1(fn_alcohol_dehydrogenase_26(X))
& fn_alcohol_dehydrogenase_4(X) = fn_dehydrogenase_41(X)
& fn_alcohol_dehydrogenase_3(X) = fn_dehydrogenase_39(X)
& fn_alcohol_dehydrogenase_2(X) = fn_dehydrogenase_40(X)
& fn_alcohol_dehydrogenase_13(X) = fn_dehydrogenase_18(X)
& fn_alcohol_dehydrogenase_1(X) = fn_dehydrogenase_38(X)
& fn_alcohol_dehydrogenase_18(X) = fn_dehydrogenase_33(X)
& fn_alcohol_dehydrogenase_10(X) = fn_dehydrogenase_10(X)
& fn_alcohol_dehydrogenase_5(X) = fn_dehydrogenase_20(X)
& fn_alcohol_dehydrogenase_12(X) = fn_dehydrogenase_28(X)
& fn_alcohol_dehydrogenase_11(X) = fn_dehydrogenase_11(X)
& fn_alcohol_dehydrogenase_9(X) = fn_dehydrogenase_14(X)
& fn_alcohol_dehydrogenase_8(X) = fn_dehydrogenase_16(X)
& fn_alcohol_dehydrogenase_7(X) = fn_dehydrogenase_15(X)
& fn_alcohol_dehydrogenase_22(X) = fn_dehydrogenase_22(X)
& fn_alcohol_dehydrogenase_15(X) = fn_dehydrogenase_12(X)
& fn_alcohol_dehydrogenase_16(X) = fn_dehydrogenase_35(X)
& fn_alcohol_dehydrogenase_17(X) = fn_dehydrogenase_36(X)
& fn_alcohol_dehydrogenase_14(X) = fn_dehydrogenase_32(X)
& fn_alcohol_dehydrogenase_19(X) = fn_dehydrogenase_37(X)
& fn_alcohol_dehydrogenase_20(X) = fn_dehydrogenase_34(X)
& fn_alcohol_dehydrogenase_6(X) = fn_dehydrogenase_13(X)
& fn_alcohol_dehydrogenase_26(X) = fn_dehydrogenase_20(X)
& fn_alcohol_dehydrogenase_23(X) = fn_dehydrogenase_9(X)
& fn_alcohol_dehydrogenase_21(X) = fn_dehydrogenase_17(X)
& fn_alcohol_dehydrogenase_25(X) = fn_dehydrogenase_30(X)
& fn_alcohol_dehydrogenase_24(X) = fn_dehydrogenase_29(X) ) ) ).
fof(a527344,axiom,
! [X] :
( alcohol_fermentation_1(X)
=> ( original_name_2(X,'Alcohol-Fermentation')
& user_description_2(X,'Glycolysis followed by the reduction of pyruvate to ethyl alcohol, regenerating NAD+ and releasing carbon dioxide.')
& concept2words_2(X,'ethanol fermentation')
& concept2words_2(X,'alcoholic fermentation')
& concept2words_2(X,ferment)
& concept2words_2(X,convert)
& concept2words_2(X,'fermentation of alcohol')
& concept2words_2(X,'alcohol fermentation')
& concept2words_2(X,'alcohol-fermentation')
& fermentation_1(X)
& ~ lactic_acid_fermentation_1(X)
& cell_1(fn_alcohol_fermentation_1(X))
& nucleoside_monophosphate_1(fn_alcohol_fermentation_2(X))
& monomer_1(fn_alcohol_fermentation_2(X))
& monomer_1(fn_alcohol_fermentation_3(X))
& nucleoside_monophosphate_1(fn_alcohol_fermentation_3(X))
& time_interval_1(fn_alcohol_fermentation_4(X))
& time_interval_1(fn_alcohol_fermentation_5(X))
& condensation_reaction_1(fn_alcohol_fermentation_6(X))
& chemical_reaction_1(fn_alcohol_fermentation_6(X))
& dehydration_reaction_1(fn_alcohol_fermentation_6(X))
& chemical_energy_1(fn_alcohol_fermentation_7(X))
& quantity_value_1(fn_alcohol_fermentation_8(X))
& quantity_value_1(fn_alcohol_fermentation_9(X))
& oxidation_1(fn_alcohol_fermentation_14(X))
& reduction_1(fn_alcohol_fermentation_15(X))
& tangible_entity_1(fn_alcohol_fermentation_16(X))
& electron_1(fn_alcohol_fermentation_16(X))
& atom_1(fn_alcohol_fermentation_17(X))
& atom_1(fn_alcohol_fermentation_18(X))
& electronegativity_value_1(fn_alcohol_fermentation_19(X))
& electronegativity_value_1(fn_alcohol_fermentation_20(X))
& three_phosphoglycerate_1(fn_alcohol_fermentation_21(X))
& chemical_energy_1(fn_alcohol_fermentation_22(X))
& entity_1(fn_alcohol_fermentation_23(X))
& chemical_entity_1(fn_alcohol_fermentation_23(X))
& atom_1(fn_alcohol_fermentation_23(X))
& carbon_1(fn_alcohol_fermentation_23(X))
& oxygen_1(fn_alcohol_fermentation_24(X))
& entity_1(fn_alcohol_fermentation_24(X))
& atom_1(fn_alcohol_fermentation_24(X))
& chemical_entity_1(fn_alcohol_fermentation_24(X))
& phosphate_group_1(fn_alcohol_fermentation_25(X))
& chemical_reaction_1(fn_alcohol_fermentation_28(X))
& redox_reaction_1(fn_alcohol_fermentation_28(X))
& catabolic_pathway_1(fn_alcohol_fermentation_29(X))
& organic_molecule_1(fn_alcohol_fermentation_30(X))
& molecule_1(fn_alcohol_fermentation_30(X))
& chemical_entity_1(fn_alcohol_fermentation_30(X))
& nadh_1(fn_alcohol_fermentation_30(X))
& chemical_entity_1(fn_alcohol_fermentation_31(X))
& size_value_1(fn_alcohol_fermentation_32(X))
& size_value_1(fn_alcohol_fermentation_33(X))
& spatial_entity_1(fn_alcohol_fermentation_34(X))
& tangible_entity_1(fn_alcohol_fermentation_34(X))
& chemical_entity_1(fn_alcohol_fermentation_34(X))
& molecule_1(fn_alcohol_fermentation_34(X))
& organic_molecule_1(fn_alcohol_fermentation_34(X))
& nad_plus_1(fn_alcohol_fermentation_34(X))
& synthesis_reaction_1(fn_alcohol_fermentation_35(X))
& vitamin_b3_1(fn_alcohol_fermentation_36(X))
& enzymatic_reaction_1(fn_alcohol_fermentation_37(X))
& isomerization_reaction_1(fn_alcohol_fermentation_38(X))
& anabolic_pathway_1(fn_alcohol_fermentation_39(X))
& synthesis_of_organic_molecule_1(fn_alcohol_fermentation_39(X))
& chemical_reaction_1(fn_alcohol_fermentation_39(X))
& synthesis_of_atp_1(fn_alcohol_fermentation_39(X))
& substrate_level_phosphorylation_1(fn_alcohol_fermentation_39(X))
& chemical_reaction_1(fn_alcohol_fermentation_40(X))
& synthesis_of_atp_1(fn_alcohol_fermentation_40(X))
& substrate_level_phosphorylation_1(fn_alcohol_fermentation_40(X))
& anabolic_pathway_1(fn_alcohol_fermentation_40(X))
& synthesis_of_organic_molecule_1(fn_alcohol_fermentation_40(X))
& tangible_entity_1(fn_alcohol_fermentation_41(X))
& carbon_dioxide_1(fn_alcohol_fermentation_41(X))
& waste_product_1(fn_alcohol_fermentation_42(X))
& spatial_entity_1(fn_alcohol_fermentation_43(X))
& organic_molecule_1(fn_alcohol_fermentation_43(X))
& pyruvate_1(fn_alcohol_fermentation_43(X))
& chemical_entity_1(fn_alcohol_fermentation_43(X))
& remove_1(fn_alcohol_fermentation_44(X))
& decarboxylation_1(fn_alcohol_fermentation_45(X))
& glycolysis_1(fn_alcohol_fermentation_46(X))
& catabolic_pathway_1(fn_alcohol_fermentation_46(X))
& ethyl_alcohol_1(fn_alcohol_fermentation_47(X))
& carbon_dioxide_1(fn_alcohol_fermentation_48(X))
& acetaldehyde_1(fn_alcohol_fermentation_49(X))
& waste_1(fn_alcohol_fermentation_50(X))
& molecule_1(fn_alcohol_fermentation_51(X))
& chemical_entity_1(fn_alcohol_fermentation_51(X))
& ribonucleotide_1(fn_alcohol_fermentation_51(X))
& nucleoside_triphosphate_1(fn_alcohol_fermentation_51(X))
& atp_1(fn_alcohol_fermentation_51(X))
& organic_molecule_1(fn_alcohol_fermentation_51(X))
& structural_complexity_value_1(fn_alcohol_fermentation_52(X))
& organic_molecule_1(fn_alcohol_fermentation_53(X))
& chemical_entity_1(fn_alcohol_fermentation_53(X))
& monosaccharide_1(fn_alcohol_fermentation_53(X))
& glucose_1(fn_alcohol_fermentation_53(X))
& aldehyde_1(fn_alcohol_fermentation_53(X))
& carbohydrate_1(fn_alcohol_fermentation_53(X))
& aldose_1(fn_alcohol_fermentation_53(X))
& quantity_value_1(fn_alcohol_fermentation_55(X))
& speed_value_1(fn_alcohol_fermentation_56(X))
& carbon_skeleton_1(fn_alcohol_fermentation_57(X))
& constant_motion_1(fn_alcohol_fermentation_58(X))
& iron_1(fn_alcohol_fermentation_59(X))
& kinetic_energy_1(fn_alcohol_fermentation_60(X))
& chemical_energy_1(fn_alcohol_fermentation_61(X))
& structural_complexity_value_1(fn_alcohol_fermentation_62(X))
& organic_molecule_1(fn_alcohol_fermentation_63(X))
& chemical_entity_1(fn_alcohol_fermentation_63(X))
& molecule_1(fn_alcohol_fermentation_63(X))
& glyceraldehyde_3_phosphate_1(fn_alcohol_fermentation_63(X))
& water_molecule_1(fn_alcohol_fermentation_64(X))
& energy_investment_phase_of_glycolysis_1(fn_alcohol_fermentation_65(X))
& chemical_bond_1(fn_alcohol_fermentation_69(X))
& covalent_bond_1(fn_alcohol_fermentation_69(X))
& spatial_entity_1(fn_remove_1(fn_alcohol_fermentation_44(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_alcohol_fermentation_35(X)))
& property_node_1(fn_glycolysis_90(fn_alcohol_fermentation_46(X)))
& property_node_1(fn_glycolysis_84(fn_alcohol_fermentation_46(X)))
& quantity_value_1(fn_glycolysis_83(fn_alcohol_fermentation_46(X)))
& quantity_value_1(fn_glycolysis_89(fn_alcohol_fermentation_46(X)))
& enzymatic_reaction_1(fn_glycolysis_56(fn_alcohol_fermentation_46(X)))
& iron_1(fn_glycolysis_28(fn_alcohol_fermentation_46(X)))
& condensation_reaction_1(fn_glycolysis_66(fn_alcohol_fermentation_46(X)))
& chemical_reaction_1(fn_glycolysis_66(fn_alcohol_fermentation_46(X)))
& dehydration_reaction_1(fn_glycolysis_66(fn_alcohol_fermentation_46(X)))
& isomerization_reaction_1(fn_glycolysis_67(fn_alcohol_fermentation_46(X)))
& organic_molecule_1(fn_glycolysis_79(fn_alcohol_fermentation_46(X)))
& chemical_entity_1(fn_glycolysis_79(fn_alcohol_fermentation_46(X)))
& molecule_1(fn_glycolysis_79(fn_alcohol_fermentation_46(X)))
& glyceraldehyde_3_phosphate_1(fn_glycolysis_79(fn_alcohol_fermentation_46(X)))
& property_node_1(fn_catabolic_pathway_5(fn_alcohol_fermentation_46(X)))
& property_node_1(fn_redox_reaction_15(fn_alcohol_fermentation_28(X)))
& property_node_1(fn_redox_reaction_3(fn_alcohol_fermentation_28(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_alcohol_fermentation_28(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_alcohol_fermentation_28(X)))
& oxidation_1(fn_redox_reaction_11(fn_alcohol_fermentation_28(X)))
& constant_motion_1(fn_nad_plus_6(fn_alcohol_fermentation_34(X)))
& kinetic_energy_1(fn_nad_plus_5(fn_alcohol_fermentation_34(X)))
& carbon_skeleton_1(fn_nad_plus_7(fn_alcohol_fermentation_34(X)))
& chemical_bond_1(fn_nad_plus_17(fn_alcohol_fermentation_34(X)))
& covalent_bond_1(fn_nad_plus_17(fn_alcohol_fermentation_34(X)))
& oxygen_1(fn_nad_plus_16(fn_alcohol_fermentation_34(X)))
& entity_1(fn_nad_plus_16(fn_alcohol_fermentation_34(X)))
& atom_1(fn_nad_plus_16(fn_alcohol_fermentation_34(X)))
& chemical_entity_1(fn_nad_plus_16(fn_alcohol_fermentation_34(X)))
& phosphate_group_1(fn_nad_plus_14(fn_alcohol_fermentation_34(X)))
& property_node_1(fn_nad_plus_4(fn_alcohol_fermentation_34(X)))
& quantity_value_1(fn_nad_plus_9(fn_alcohol_fermentation_34(X)))
& property_node_1(fn_nad_plus_3(fn_alcohol_fermentation_34(X)))
& speed_value_1(fn_nad_plus_8(fn_alcohol_fermentation_34(X)))
& tangible_entity_1(fn_waste_1(fn_alcohol_fermentation_50(X)))
& carbon_dioxide_1(fn_decarboxylation_1(fn_alcohol_fermentation_45(X)))
& chemical_energy_1(fn_glycolysis_108(fn_alcohol_fermentation_46(X)))
& spatial_entity_1(fn_remove_2(fn_alcohol_fermentation_44(X)))
& chemical_entity_1(fn_decomposition_reaction_5(fn_alcohol_fermentation_45(X)))
& organic_molecule_1(fn_catabolic_pathway_9(fn_alcohol_fermentation_29(X)))
& pyruvate_1(fn_glycolysis_55(fn_alcohol_fermentation_46(X)))
& chemical_entity_1(fn_glycolysis_55(fn_alcohol_fermentation_46(X)))
& chemical_energy_1(fn_glycolysis_88(fn_alcohol_fermentation_46(X)))
& chemical_reaction_1(fn_glycolysis_15(fn_alcohol_fermentation_46(X)))
& synthesis_of_atp_1(fn_glycolysis_15(fn_alcohol_fermentation_46(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_15(fn_alcohol_fermentation_46(X)))
& chemical_entity_1(fn_glycolysis_77(fn_alcohol_fermentation_46(X)))
& monosaccharide_1(fn_glycolysis_77(fn_alcohol_fermentation_46(X)))
& glucose_1(fn_glycolysis_77(fn_alcohol_fermentation_46(X)))
& aldehyde_1(fn_glycolysis_77(fn_alcohol_fermentation_46(X)))
& carbohydrate_1(fn_glycolysis_77(fn_alcohol_fermentation_46(X)))
& aldose_1(fn_glycolysis_77(fn_alcohol_fermentation_46(X)))
& energy_investment_phase_of_glycolysis_1(fn_glycolysis_73(fn_alcohol_fermentation_46(X)))
& property_node_1(fn_synthesis_of_atp_26(fn_alcohol_fermentation_40(X)))
& property_node_1(fn_catabolic_pathway_1(fn_alcohol_fermentation_46(X)))
& structural_complexity_value_1(fn_synthesis_of_atp_23(fn_alcohol_fermentation_40(X)))
& structural_complexity_value_1(fn_glycolysis_80(fn_alcohol_fermentation_46(X)))
& structural_complexity_value_1(fn_catabolic_pathway_2(fn_alcohol_fermentation_46(X)))
& structural_complexity_value_1(fn_synthesis_of_atp_22(fn_alcohol_fermentation_40(X)))
& structural_complexity_value_1(fn_glycolysis_81(fn_alcohol_fermentation_46(X)))
& structural_complexity_value_1(fn_catabolic_pathway_4(fn_alcohol_fermentation_46(X)))
& atom_1(fn_oxidation_1(fn_alcohol_fermentation_14(X)))
& molecule_1(fn_synthesis_of_atp_13(fn_alcohol_fermentation_40(X)))
& chemical_entity_1(fn_synthesis_of_atp_13(fn_alcohol_fermentation_40(X)))
& ribonucleotide_1(fn_synthesis_of_atp_13(fn_alcohol_fermentation_40(X)))
& nucleoside_triphosphate_1(fn_synthesis_of_atp_13(fn_alcohol_fermentation_40(X)))
& atp_1(fn_synthesis_of_atp_13(fn_alcohol_fermentation_40(X)))
& organic_molecule_1(fn_glycolysis_75(fn_alcohol_fermentation_46(X)))
& molecule_1(fn_glycolysis_75(fn_alcohol_fermentation_46(X)))
& chemical_entity_1(fn_glycolysis_75(fn_alcohol_fermentation_46(X)))
& ribonucleotide_1(fn_glycolysis_75(fn_alcohol_fermentation_46(X)))
& nucleoside_triphosphate_1(fn_glycolysis_75(fn_alcohol_fermentation_46(X)))
& atp_1(fn_glycolysis_75(fn_alcohol_fermentation_46(X)))
& organic_molecule_1(fn_catabolic_pathway_10(fn_alcohol_fermentation_46(X)))
& tangible_entity_1(fn_waste_1(fn_alcohol_fermentation_42(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_alcohol_fermentation_28(X)))
& molecule_1(fn_isomerization_reaction_2(fn_alcohol_fermentation_38(X)))
& organic_molecule_1(fn_synthesis_of_organic_molecule_1(fn_alcohol_fermentation_40(X)))
& synthesis_of_organic_molecule_1(fn_glycolysis_69(fn_alcohol_fermentation_46(X)))
& chemical_reaction_1(fn_glycolysis_69(fn_alcohol_fermentation_46(X)))
& synthesis_of_atp_1(fn_glycolysis_69(fn_alcohol_fermentation_46(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_69(fn_alcohol_fermentation_46(X)))
& chemical_reaction_1(fn_glycolysis_16(fn_alcohol_fermentation_46(X)))
& synthesis_of_atp_1(fn_glycolysis_16(fn_alcohol_fermentation_46(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_16(fn_alcohol_fermentation_46(X)))
& chemical_reaction_1(fn_glycolysis_68(fn_alcohol_fermentation_46(X)))
& synthesis_of_atp_1(fn_glycolysis_68(fn_alcohol_fermentation_46(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_68(fn_alcohol_fermentation_46(X)))
& anabolic_pathway_1(fn_glycolysis_68(fn_alcohol_fermentation_46(X)))
& atom_1(fn_redox_reaction_13(fn_alcohol_fermentation_28(X)))
& atom_1(fn_redox_reaction_2(fn_alcohol_fermentation_28(X)))
& reduction_1(fn_redox_reaction_10(fn_alcohol_fermentation_28(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_alcohol_fermentation_28(X)))
& electron_1(fn_redox_reaction_7(fn_alcohol_fermentation_28(X)))
& electron_1(fn_oxidation_9(fn_alcohol_fermentation_14(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_alcohol_fermentation_45(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_alcohol_fermentation_28(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_alcohol_fermentation_28(X)))
& chemical_entity_1(fn_oxidation_7(fn_alcohol_fermentation_14(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_alcohol_fermentation_35(X)))
& organic_molecule_1(fn_catabolic_pathway_10(fn_alcohol_fermentation_29(X)))
& spatial_entity_1(fn_glycolysis_78(fn_alcohol_fermentation_46(X)))
& tangible_entity_1(fn_glycolysis_78(fn_alcohol_fermentation_46(X)))
& chemical_entity_1(fn_glycolysis_78(fn_alcohol_fermentation_46(X)))
& organic_molecule_1(fn_glycolysis_78(fn_alcohol_fermentation_46(X)))
& nad_plus_1(fn_glycolysis_78(fn_alcohol_fermentation_46(X)))
& molecule_1(fn_glycolysis_78(fn_alcohol_fermentation_46(X)))
& molecule_1(fn_isomerization_reaction_1(fn_alcohol_fermentation_38(X)))
& organic_molecule_1(fn_glycolysis_74(fn_alcohol_fermentation_46(X)))
& nadh_1(fn_glycolysis_74(fn_alcohol_fermentation_46(X)))
& molecule_1(fn_glycolysis_74(fn_alcohol_fermentation_46(X)))
& chemical_entity_1(fn_oxidation_10(fn_alcohol_fermentation_14(X)))
& nadh_1(fn_nad_plus_1(fn_alcohol_fermentation_34(X)))
& entity_1(fn_glycolysis_27(fn_alcohol_fermentation_46(X)))
& chemical_entity_1(fn_glycolysis_27(fn_alcohol_fermentation_46(X)))
& atom_1(fn_glycolysis_27(fn_alcohol_fermentation_46(X)))
& carbon_1(fn_glycolysis_27(fn_alcohol_fermentation_46(X)))
& carbon_1(fn_organic_molecule_1(fn_alcohol_fermentation_34(X)))
& entity_1(fn_nad_plus_20(fn_alcohol_fermentation_34(X)))
& chemical_entity_1(fn_nad_plus_20(fn_alcohol_fermentation_34(X)))
& atom_1(fn_nad_plus_20(fn_alcohol_fermentation_34(X)))
& carbon_1(fn_nad_plus_20(fn_alcohol_fermentation_34(X)))
& fn_alcohol_fermentation_31(X) != fn_alcohol_fermentation_34(X)
& has_part_2(fn_alcohol_fermentation_34(X),fn_alcohol_fermentation_3(X))
& has_part_2(fn_alcohol_fermentation_34(X),fn_alcohol_fermentation_2(X))
& fn_alcohol_fermentation_34(X) != fn_alcohol_fermentation_31(X)
& is_at_2(fn_alcohol_fermentation_34(X),fn_alcohol_fermentation_1(X))
& size_2(fn_alcohol_fermentation_3(X),fn_alcohol_fermentation_33(X))
& time_during_2(fn_alcohol_fermentation_37(X),fn_alcohol_fermentation_4(X))
& next_event_2(fn_alcohol_fermentation_37(X),fn_alcohol_fermentation_40(X))
& next_event_2(fn_alcohol_fermentation_38(X),fn_alcohol_fermentation_40(X))
& next_event_2(fn_alcohol_fermentation_38(X),fn_alcohol_fermentation_39(X))
& time_during_2(fn_alcohol_fermentation_38(X),fn_alcohol_fermentation_4(X))
& time_during_2(fn_alcohol_fermentation_39(X),fn_alcohol_fermentation_4(X))
& result_2(fn_alcohol_fermentation_40(X),fn_alcohol_fermentation_43(X))
& next_event_2(fn_alcohol_fermentation_40(X),fn_alcohol_fermentation_38(X))
& time_during_2(fn_alcohol_fermentation_40(X),fn_alcohol_fermentation_4(X))
& result_2(fn_alcohol_fermentation_44(X),fn_alcohol_fermentation_49(X))
& subevent_2(X,fn_alcohol_fermentation_45(X))
& result_2(X,fn_alcohol_fermentation_41(X))
& raw_material_2(X,fn_alcohol_fermentation_53(X))
& next_event_2(fn_alcohol_fermentation_45(X),fn_alcohol_fermentation_28(X))
& next_event_2(fn_alcohol_fermentation_46(X),fn_alcohol_fermentation_45(X))
& possesses_2(fn_alcohol_fermentation_47(X),fn_alcohol_fermentation_7(X))
& fn_alcohol_fermentation_47(X) != fn_alcohol_fermentation_53(X)
& time_before_2(fn_alcohol_fermentation_4(X),fn_alcohol_fermentation_5(X))
& time_before_2(fn_alcohol_fermentation_4(X),fn_alcohol_fermentation_4(X))
& time_before_2(fn_alcohol_fermentation_5(X),fn_alcohol_fermentation_4(X))
& fn_alcohol_fermentation_53(X) != fn_alcohol_fermentation_47(X)
& object_2(fn_alcohol_fermentation_44(X),fn_alcohol_fermentation_48(X))
& plays_2(fn_alcohol_fermentation_41(X),fn_alcohol_fermentation_50(X))
& base_2(fn_alcohol_fermentation_44(X),fn_alcohol_fermentation_43(X))
& plays_2(fn_alcohol_fermentation_47(X),fn_alcohol_fermentation_42(X))
& raw_material_2(fn_alcohol_fermentation_35(X),fn_alcohol_fermentation_36(X))
& raw_material_2(fn_alcohol_fermentation_45(X),fn_alcohol_fermentation_43(X))
& result_2(fn_alcohol_fermentation_35(X),fn_alcohol_fermentation_34(X))
& result_2(fn_alcohol_fermentation_45(X),fn_alcohol_fermentation_49(X))
& raw_material_2(fn_alcohol_fermentation_29(X),fn_alcohol_fermentation_34(X))
& result_2(fn_alcohol_fermentation_29(X),fn_alcohol_fermentation_43(X))
& result_2(fn_alcohol_fermentation_45(X),fn_alcohol_fermentation_41(X))
& result_2(X,fn_alcohol_fermentation_47(X))
& structural_complexity_2(fn_alcohol_fermentation_47(X),fn_alcohol_fermentation_62(X))
& raw_material_2(fn_alcohol_fermentation_65(X),fn_alcohol_fermentation_51(X))
& result_2(X,fn_alcohol_fermentation_51(X))
& possesses_2(fn_alcohol_fermentation_51(X),fn_alcohol_fermentation_22(X))
& result_2(fn_alcohol_fermentation_46(X),fn_alcohol_fermentation_64(X))
& possesses_2(fn_alcohol_fermentation_64(X),fn_alcohol_fermentation_61(X))
& raw_material_2(fn_alcohol_fermentation_28(X),fn_alcohol_fermentation_30(X))
& donor_2(fn_alcohol_fermentation_15(X),fn_alcohol_fermentation_30(X))
& subevent_2(X,fn_alcohol_fermentation_28(X))
& result_2(fn_alcohol_fermentation_28(X),fn_alcohol_fermentation_34(X))
& size_2(fn_alcohol_fermentation_34(X),fn_alcohol_fermentation_32(X))
& greater_than_2(fn_alcohol_fermentation_32(X),fn_alcohol_fermentation_33(X))
& subevent_2(X,fn_alcohol_fermentation_46(X))
& first_subevent_2(X,fn_alcohol_fermentation_46(X))
& result_2(X,fn_alcohol_fermentation_30(X))
& fn_alcohol_fermentation_53(X) != fn_alcohol_fermentation_30(X)
& fn_alcohol_fermentation_30(X) != fn_alcohol_fermentation_53(X)
& raw_material_2(fn_alcohol_fermentation_37(X),fn_alcohol_fermentation_63(X))
& structural_complexity_2(fn_alcohol_fermentation_30(X),fn_alcohol_fermentation_62(X))
& result_2(fn_alcohol_fermentation_40(X),fn_alcohol_fermentation_51(X))
& quantity_2(fn_alcohol_fermentation_7(X),fn_alcohol_fermentation_8(X))
& raw_material_2(fn_alcohol_fermentation_46(X),fn_alcohol_fermentation_34(X))
& the_scalar_value_2(fn_alcohol_fermentation_52(X),complex_0)
& scalar_unit_class_2(fn_alcohol_fermentation_52(X),chemical_entity_0)
& result_2(fn_alcohol_fermentation_40(X),fn_alcohol_fermentation_30(X))
& possesses_2(fn_alcohol_fermentation_30(X),fn_alcohol_fermentation_61(X))
& fn_alcohol_fermentation_23(X) != fn_alcohol_fermentation_59(X)
& fn_alcohol_fermentation_59(X) != fn_alcohol_fermentation_23(X)
& raw_material_2(fn_alcohol_fermentation_37(X),fn_alcohol_fermentation_34(X))
& raw_material_2(fn_alcohol_fermentation_38(X),fn_alcohol_fermentation_34(X))
& next_event_2(fn_alcohol_fermentation_39(X),fn_alcohol_fermentation_38(X))
& fn_alcohol_fermentation_40(X) != fn_alcohol_fermentation_38(X)
& fn_alcohol_fermentation_38(X) != fn_alcohol_fermentation_40(X)
& first_subevent_2(fn_alcohol_fermentation_46(X),fn_alcohol_fermentation_65(X))
& subevent_2(fn_alcohol_fermentation_46(X),fn_alcohol_fermentation_65(X))
& result_2(fn_alcohol_fermentation_46(X),fn_alcohol_fermentation_51(X))
& result_2(fn_alcohol_fermentation_39(X),fn_alcohol_fermentation_51(X))
& next_event_2(fn_alcohol_fermentation_37(X),fn_alcohol_fermentation_39(X))
& result_2(fn_alcohol_fermentation_37(X),fn_alcohol_fermentation_30(X))
& result_2(fn_alcohol_fermentation_39(X),fn_alcohol_fermentation_30(X))
& fn_alcohol_fermentation_39(X) != fn_alcohol_fermentation_38(X)
& next_event_2(fn_alcohol_fermentation_38(X),fn_alcohol_fermentation_6(X))
& next_event_2(fn_alcohol_fermentation_6(X),fn_alcohol_fermentation_39(X))
& fn_alcohol_fermentation_38(X) != fn_alcohol_fermentation_39(X)
& possesses_2(fn_alcohol_fermentation_53(X),fn_alcohol_fermentation_22(X))
& raw_material_2(fn_alcohol_fermentation_46(X),fn_alcohol_fermentation_53(X))
& result_2(fn_alcohol_fermentation_46(X),fn_alcohol_fermentation_43(X))
& result_2(fn_alcohol_fermentation_39(X),fn_alcohol_fermentation_43(X))
& fn_alcohol_fermentation_39(X) != fn_alcohol_fermentation_40(X)
& fn_alcohol_fermentation_40(X) != fn_alcohol_fermentation_39(X)
& next_event_2(fn_alcohol_fermentation_6(X),fn_alcohol_fermentation_40(X))
& fn_alcohol_fermentation_40(X) != fn_alcohol_fermentation_37(X)
& fn_alcohol_fermentation_37(X) != fn_alcohol_fermentation_38(X)
& fn_alcohol_fermentation_37(X) != fn_alcohol_fermentation_40(X)
& fn_alcohol_fermentation_39(X) != fn_alcohol_fermentation_37(X)
& fn_alcohol_fermentation_37(X) != fn_alcohol_fermentation_39(X)
& fn_alcohol_fermentation_38(X) != fn_alcohol_fermentation_37(X)
& fn_alcohol_fermentation_63(X) != fn_alcohol_fermentation_34(X)
& possesses_2(fn_alcohol_fermentation_34(X),fn_alcohol_fermentation_22(X))
& quantity_2(fn_alcohol_fermentation_22(X),fn_alcohol_fermentation_9(X))
& greater_than_2(fn_alcohol_fermentation_9(X),fn_alcohol_fermentation_8(X))
& fn_alcohol_fermentation_34(X) != fn_alcohol_fermentation_63(X)
& fn_alcohol_fermentation_6(X) != fn_alcohol_fermentation_37(X)
& fn_alcohol_fermentation_40(X) != fn_alcohol_fermentation_6(X)
& fn_alcohol_fermentation_6(X) != fn_alcohol_fermentation_40(X)
& fn_alcohol_fermentation_39(X) != fn_alcohol_fermentation_6(X)
& fn_alcohol_fermentation_6(X) != fn_alcohol_fermentation_39(X)
& fn_alcohol_fermentation_37(X) != fn_alcohol_fermentation_6(X)
& result_2(fn_alcohol_fermentation_65(X),fn_alcohol_fermentation_63(X))
& raw_material_2(fn_alcohol_fermentation_65(X),fn_alcohol_fermentation_53(X))
& structural_complexity_2(fn_alcohol_fermentation_53(X),fn_alcohol_fermentation_52(X))
& structural_complexity_2(fn_alcohol_fermentation_34(X),fn_alcohol_fermentation_52(X))
& has_part_2(fn_alcohol_fermentation_34(X),fn_alcohol_fermentation_59(X))
& result_2(fn_alcohol_fermentation_46(X),fn_alcohol_fermentation_30(X))
& result_2(fn_alcohol_fermentation_38(X),fn_alcohol_fermentation_30(X))
& fn_alcohol_fermentation_38(X) != fn_alcohol_fermentation_6(X)
& fn_alcohol_fermentation_63(X) != fn_alcohol_fermentation_30(X)
& fn_alcohol_fermentation_30(X) != fn_alcohol_fermentation_63(X)
& fn_alcohol_fermentation_6(X) != fn_alcohol_fermentation_38(X)
& fn_alcohol_fermentation_30(X) != fn_alcohol_fermentation_16(X)
& fn_alcohol_fermentation_16(X) != fn_alcohol_fermentation_30(X)
& donor_2(fn_alcohol_fermentation_14(X),fn_alcohol_fermentation_30(X))
& has_atom_2(fn_alcohol_fermentation_30(X),fn_alcohol_fermentation_18(X))
& structural_complexity_2(fn_alcohol_fermentation_51(X),fn_alcohol_fermentation_52(X))
& greater_than_2(fn_alcohol_fermentation_52(X),fn_alcohol_fermentation_62(X))
& electronegativity_2(fn_alcohol_fermentation_18(X),fn_alcohol_fermentation_19(X))
& electronegativity_2(fn_alcohol_fermentation_17(X),fn_alcohol_fermentation_20(X))
& greater_than_or_equal_to_2(fn_alcohol_fermentation_20(X),fn_alcohol_fermentation_19(X))
& greater_than_2(fn_alcohol_fermentation_20(X),fn_alcohol_fermentation_19(X))
& subevent_2(fn_alcohol_fermentation_28(X),fn_alcohol_fermentation_15(X))
& subevent_2(fn_alcohol_fermentation_28(X),fn_alcohol_fermentation_14(X))
& object_2(fn_alcohol_fermentation_14(X),fn_alcohol_fermentation_16(X))
& object_2(fn_alcohol_fermentation_15(X),fn_alcohol_fermentation_16(X))
& object_2(fn_alcohol_fermentation_58(X),fn_alcohol_fermentation_34(X))
& speed_2(fn_alcohol_fermentation_58(X),fn_alcohol_fermentation_56(X))
& directly_proportional_2(fn_alcohol_fermentation_56(X),fn_alcohol_fermentation_55(X))
& quantity_2(fn_alcohol_fermentation_60(X),fn_alcohol_fermentation_55(X))
& possesses_2(fn_alcohol_fermentation_34(X),fn_alcohol_fermentation_60(X))
& has_part_2(fn_alcohol_fermentation_34(X),fn_alcohol_fermentation_23(X))
& is_inside_2(fn_alcohol_fermentation_23(X),fn_alcohol_fermentation_57(X))
& has_region_2(fn_alcohol_fermentation_34(X),fn_alcohol_fermentation_57(X))
& has_oxidized_form_2(fn_alcohol_fermentation_30(X),fn_alcohol_fermentation_34(X))
& fn_alcohol_fermentation_30(X) != fn_alcohol_fermentation_34(X)
& has_reduced_form_2(fn_alcohol_fermentation_34(X),fn_alcohol_fermentation_30(X))
& fn_alcohol_fermentation_34(X) != fn_alcohol_fermentation_30(X)
& possesses_2(fn_alcohol_fermentation_34(X),fn_alcohol_fermentation_69(X))
& is_between_2(fn_alcohol_fermentation_69(X),fn_alcohol_fermentation_23(X))
& fn_alcohol_fermentation_31(X) != fn_alcohol_fermentation_30(X)
& fn_alcohol_fermentation_30(X) != fn_alcohol_fermentation_49(X)
& fn_alcohol_fermentation_49(X) != fn_alcohol_fermentation_16(X)
& fn_alcohol_fermentation_16(X) != fn_alcohol_fermentation_49(X)
& fn_alcohol_fermentation_30(X) != fn_alcohol_fermentation_31(X)
& fn_alcohol_fermentation_49(X) != fn_alcohol_fermentation_30(X)
& recipient_2(fn_alcohol_fermentation_14(X),fn_alcohol_fermentation_49(X))
& has_atom_2(fn_alcohol_fermentation_49(X),fn_alcohol_fermentation_17(X))
& raw_material_2(fn_alcohol_fermentation_28(X),fn_alcohol_fermentation_49(X))
& recipient_2(fn_alcohol_fermentation_15(X),fn_alcohol_fermentation_49(X))
& result_2(fn_alcohol_fermentation_40(X),fn_alcohol_fermentation_21(X))
& raw_material_2(fn_alcohol_fermentation_38(X),fn_alcohol_fermentation_21(X))
& result_2(fn_alcohol_fermentation_28(X),fn_alcohol_fermentation_47(X))
& raw_material_2(fn_alcohol_fermentation_46(X),fn_alcohol_fermentation_51(X))
& fn_alcohol_fermentation_48(X) = fn_remove_1(fn_alcohol_fermentation_44(X))
& fn_alcohol_fermentation_41(X) = fn_waste_1(fn_alcohol_fermentation_50(X))
& fn_alcohol_fermentation_43(X) = fn_remove_2(fn_alcohol_fermentation_44(X))
& fn_alcohol_fermentation_47(X) = fn_waste_1(fn_alcohol_fermentation_42(X))
& fn_alcohol_fermentation_36(X) = fn_chemical_reaction_2(fn_alcohol_fermentation_35(X))
& fn_alcohol_fermentation_43(X) = fn_decomposition_reaction_5(fn_alcohol_fermentation_45(X))
& fn_alcohol_fermentation_34(X) = fn_chemical_reaction_1(fn_alcohol_fermentation_35(X))
& fn_alcohol_fermentation_49(X) = fn_decomposition_reaction_2(fn_alcohol_fermentation_45(X))
& fn_alcohol_fermentation_34(X) = fn_catabolic_pathway_10(fn_alcohol_fermentation_29(X))
& fn_alcohol_fermentation_43(X) = fn_catabolic_pathway_9(fn_alcohol_fermentation_29(X))
& fn_alcohol_fermentation_41(X) = fn_decarboxylation_1(fn_alcohol_fermentation_45(X))
& fn_alcohol_fermentation_47(X) = fn_catabolic_pathway_9(X)
& fn_alcohol_fermentation_26(X) = fn_fermentation_6(X)
& fn_alcohol_fermentation_65(X) = fn_fermentation_49(X)
& fn_alcohol_fermentation_22(X) = fn_fermentation_58(X)
& fn_alcohol_fermentation_51(X) = fn_fermentation_31(X)
& fn_alcohol_fermentation_61(X) = fn_fermentation_47(X)
& fn_alcohol_fermentation_64(X) = fn_fermentation_4(X)
& fn_alcohol_fermentation_15(X) = fn_fermentation_24(X)
& fn_alcohol_fermentation_27(X) = fn_fermentation_5(X)
& fn_alcohol_fermentation_33(X) = fn_fermentation_3(X)
& fn_alcohol_fermentation_32(X) = fn_fermentation_2(X)
& fn_alcohol_fermentation_34(X) = fn_fermentation_32(X)
& fn_alcohol_fermentation_28(X) = fn_fermentation_38(X)
& fn_alcohol_fermentation_53(X) = fn_fermentation_17(X)
& fn_alcohol_fermentation_30(X) = fn_fermentation_30(X)
& fn_alcohol_fermentation_46(X) = fn_fermentation_33(X)
& fn_alcohol_fermentation_62(X) = fn_glycolysis_80(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_7(X) = fn_glycolysis_108(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_10(X) = fn_glycolysis_90(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_61(X) = fn_glycolysis_108(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_23(X) = fn_glycolysis_27(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_40(X) = fn_glycolysis_69(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_51(X) = fn_glycolysis_75(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_39(X) = fn_glycolysis_68(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_40(X) = fn_glycolysis_16(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_39(X) = fn_glycolysis_15(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_43(X) = fn_glycolysis_55(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_11(X) = fn_glycolysis_84(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_8(X) = fn_glycolysis_83(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_9(X) = fn_glycolysis_89(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_22(X) = fn_glycolysis_88(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_37(X) = fn_glycolysis_56(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_39(X) = fn_glycolysis_69(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_40(X) = fn_glycolysis_68(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_59(X) = fn_glycolysis_28(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_34(X) = fn_glycolysis_78(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_52(X) = fn_glycolysis_81(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_53(X) = fn_glycolysis_77(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_65(X) = fn_glycolysis_73(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_6(X) = fn_glycolysis_66(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_30(X) = fn_isomerization_reaction_1(fn_alcohol_fermentation_38(X))
& fn_alcohol_fermentation_38(X) = fn_glycolysis_67(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_63(X) = fn_glycolysis_79(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_30(X) = fn_glycolysis_74(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_18(X) = fn_oxidation_1(fn_alcohol_fermentation_14(X))
& fn_alcohol_fermentation_54(X) = fn_catabolic_pathway_5(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_66(X) = fn_catabolic_pathway_1(X)
& fn_alcohol_fermentation_62(X) = fn_catabolic_pathway_2(X)
& fn_alcohol_fermentation_66(X) = fn_synthesis_of_atp_26(fn_alcohol_fermentation_40(X))
& fn_alcohol_fermentation_66(X) = fn_catabolic_pathway_1(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_62(X) = fn_synthesis_of_atp_23(fn_alcohol_fermentation_40(X))
& fn_alcohol_fermentation_62(X) = fn_catabolic_pathway_2(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_51(X) = fn_synthesis_of_atp_13(fn_alcohol_fermentation_40(X))
& fn_alcohol_fermentation_52(X) = fn_synthesis_of_atp_22(fn_alcohol_fermentation_40(X))
& fn_alcohol_fermentation_52(X) = fn_catabolic_pathway_4(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_12(X) = fn_redox_reaction_15(fn_alcohol_fermentation_28(X))
& fn_alcohol_fermentation_18(X) = fn_redox_reaction_13(fn_alcohol_fermentation_28(X))
& fn_alcohol_fermentation_13(X) = fn_redox_reaction_3(fn_alcohol_fermentation_28(X))
& fn_alcohol_fermentation_19(X) = fn_redox_reaction_14(fn_alcohol_fermentation_28(X))
& fn_alcohol_fermentation_20(X) = fn_redox_reaction_1(fn_alcohol_fermentation_28(X))
& fn_alcohol_fermentation_16(X) = fn_redox_reaction_7(fn_alcohol_fermentation_28(X))
& fn_alcohol_fermentation_14(X) = fn_redox_reaction_11(fn_alcohol_fermentation_28(X))
& fn_alcohol_fermentation_51(X) = fn_catabolic_pathway_10(fn_alcohol_fermentation_46(X))
& fn_alcohol_fermentation_47(X) = fn_chemical_reaction_1(fn_alcohol_fermentation_28(X))
& fn_alcohol_fermentation_21(X) = fn_isomerization_reaction_2(fn_alcohol_fermentation_38(X))
& fn_alcohol_fermentation_21(X) = fn_synthesis_of_organic_molecule_1(fn_alcohol_fermentation_40(X))
& fn_alcohol_fermentation_17(X) = fn_redox_reaction_13(fn_alcohol_fermentation_28(X))
& fn_alcohol_fermentation_17(X) = fn_redox_reaction_2(fn_alcohol_fermentation_28(X))
& fn_alcohol_fermentation_49(X) = fn_redox_reaction_12(fn_alcohol_fermentation_28(X))
& fn_alcohol_fermentation_15(X) = fn_redox_reaction_10(fn_alcohol_fermentation_28(X))
& fn_alcohol_fermentation_49(X) = fn_redox_reaction_16(fn_alcohol_fermentation_28(X))
& fn_alcohol_fermentation_31(X) = fn_oxidation_7(fn_alcohol_fermentation_14(X))
& fn_alcohol_fermentation_30(X) = fn_oxidation_10(fn_alcohol_fermentation_14(X))
& fn_alcohol_fermentation_16(X) = fn_oxidation_9(fn_alcohol_fermentation_14(X))
& fn_alcohol_fermentation_49(X) = fn_oxidation_7(fn_alcohol_fermentation_14(X))
& fn_alcohol_fermentation_58(X) = fn_nad_plus_6(fn_alcohol_fermentation_34(X))
& fn_alcohol_fermentation_60(X) = fn_nad_plus_5(fn_alcohol_fermentation_34(X))
& fn_alcohol_fermentation_23(X) = fn_organic_molecule_1(fn_alcohol_fermentation_34(X))
& fn_alcohol_fermentation_57(X) = fn_nad_plus_7(fn_alcohol_fermentation_34(X))
& fn_alcohol_fermentation_30(X) = fn_nad_plus_1(fn_alcohol_fermentation_34(X))
& fn_alcohol_fermentation_69(X) = fn_nad_plus_17(fn_alcohol_fermentation_34(X))
& fn_alcohol_fermentation_23(X) = fn_nad_plus_20(fn_alcohol_fermentation_34(X))
& fn_alcohol_fermentation_24(X) = fn_nad_plus_16(fn_alcohol_fermentation_34(X))
& fn_alcohol_fermentation_25(X) = fn_nad_plus_14(fn_alcohol_fermentation_34(X))
& fn_alcohol_fermentation_68(X) = fn_nad_plus_4(fn_alcohol_fermentation_34(X))
& fn_alcohol_fermentation_55(X) = fn_nad_plus_9(fn_alcohol_fermentation_34(X))
& fn_alcohol_fermentation_67(X) = fn_nad_plus_3(fn_alcohol_fermentation_34(X))
& fn_alcohol_fermentation_56(X) = fn_nad_plus_8(fn_alcohol_fermentation_34(X))
& fn_waste_1(fn_alcohol_fermentation_50(X)) = fn_decarboxylation_1(fn_alcohol_fermentation_45(X))
& fn_decarboxylation_1(fn_alcohol_fermentation_45(X)) = fn_fermentation_47(X)
& fn_fermentation_47(X) = fn_glycolysis_108(fn_alcohol_fermentation_46(X))
& fn_glycolysis_108(fn_alcohol_fermentation_46(X)) = fn_remove_2(fn_alcohol_fermentation_44(X))
& fn_remove_2(fn_alcohol_fermentation_44(X)) = fn_decomposition_reaction_5(fn_alcohol_fermentation_45(X))
& fn_decomposition_reaction_5(fn_alcohol_fermentation_45(X)) = fn_decomposition_reaction_5(fn_alcohol_fermentation_45(X))
& fn_decomposition_reaction_5(fn_alcohol_fermentation_45(X)) = fn_catabolic_pathway_9(fn_alcohol_fermentation_29(X))
& fn_catabolic_pathway_9(fn_alcohol_fermentation_29(X)) = fn_catabolic_pathway_9(fn_alcohol_fermentation_29(X))
& fn_catabolic_pathway_9(fn_alcohol_fermentation_29(X)) = fn_glycolysis_55(fn_alcohol_fermentation_46(X))
& fn_glycolysis_55(fn_alcohol_fermentation_46(X)) = fn_glycolysis_55(fn_alcohol_fermentation_46(X))
& fn_glycolysis_55(fn_alcohol_fermentation_46(X)) = fn_fermentation_58(X)
& fn_fermentation_58(X) = fn_glycolysis_88(fn_alcohol_fermentation_46(X))
& fn_glycolysis_88(fn_alcohol_fermentation_46(X)) = fn_glycolysis_88(fn_alcohol_fermentation_46(X))
& fn_glycolysis_88(fn_alcohol_fermentation_46(X)) = fn_glycolysis_68(fn_alcohol_fermentation_46(X))
& fn_glycolysis_68(fn_alcohol_fermentation_46(X)) = fn_glycolysis_15(fn_alcohol_fermentation_46(X))
& fn_glycolysis_69(fn_alcohol_fermentation_46(X)) = fn_glycolysis_15(fn_alcohol_fermentation_46(X))
& fn_glycolysis_15(fn_alcohol_fermentation_46(X)) = fn_glycolysis_15(fn_alcohol_fermentation_46(X))
& fn_glycolysis_15(fn_alcohol_fermentation_46(X)) = fn_glycolysis_69(fn_alcohol_fermentation_46(X))
& fn_glycolysis_69(fn_alcohol_fermentation_46(X)) = fn_fermentation_17(X)
& fn_fermentation_17(X) = fn_fermentation_17(X)
& fn_fermentation_17(X) = fn_glycolysis_77(fn_alcohol_fermentation_46(X))
& fn_glycolysis_77(fn_alcohol_fermentation_46(X)) = fn_glycolysis_77(fn_alcohol_fermentation_46(X))
& fn_glycolysis_77(fn_alcohol_fermentation_46(X)) = fn_fermentation_49(X)
& fn_fermentation_49(X) = fn_glycolysis_73(fn_alcohol_fermentation_46(X))
& fn_glycolysis_73(fn_alcohol_fermentation_46(X)) = fn_glycolysis_73(fn_alcohol_fermentation_46(X))
& fn_glycolysis_73(fn_alcohol_fermentation_46(X)) = fn_catabolic_pathway_1(X)
& fn_catabolic_pathway_1(X) = fn_synthesis_of_atp_26(fn_alcohol_fermentation_40(X))
& fn_synthesis_of_atp_26(fn_alcohol_fermentation_40(X)) = fn_catabolic_pathway_1(fn_alcohol_fermentation_46(X))
& fn_catabolic_pathway_1(fn_alcohol_fermentation_46(X)) = fn_glycolysis_80(fn_alcohol_fermentation_46(X))
& fn_glycolysis_80(fn_alcohol_fermentation_46(X)) = fn_synthesis_of_atp_23(fn_alcohol_fermentation_40(X))
& fn_synthesis_of_atp_23(fn_alcohol_fermentation_40(X)) = fn_synthesis_of_atp_23(fn_alcohol_fermentation_40(X))
& fn_synthesis_of_atp_23(fn_alcohol_fermentation_40(X)) = fn_catabolic_pathway_2(X)
& fn_catabolic_pathway_2(X) = fn_glycolysis_80(fn_alcohol_fermentation_46(X))
& fn_glycolysis_80(fn_alcohol_fermentation_46(X)) = fn_catabolic_pathway_2(X)
& fn_catabolic_pathway_2(X) = fn_catabolic_pathway_2(fn_alcohol_fermentation_46(X))
& fn_catabolic_pathway_2(fn_alcohol_fermentation_46(X)) = fn_catabolic_pathway_2(fn_alcohol_fermentation_46(X))
& fn_catabolic_pathway_2(fn_alcohol_fermentation_46(X)) = fn_glycolysis_81(fn_alcohol_fermentation_46(X))
& fn_glycolysis_81(fn_alcohol_fermentation_46(X)) = fn_synthesis_of_atp_22(fn_alcohol_fermentation_40(X))
& fn_synthesis_of_atp_22(fn_alcohol_fermentation_40(X)) = fn_synthesis_of_atp_22(fn_alcohol_fermentation_40(X))
& fn_synthesis_of_atp_22(fn_alcohol_fermentation_40(X)) = fn_glycolysis_81(fn_alcohol_fermentation_46(X))
& fn_glycolysis_81(fn_alcohol_fermentation_46(X)) = fn_glycolysis_81(fn_alcohol_fermentation_46(X))
& fn_glycolysis_81(fn_alcohol_fermentation_46(X)) = fn_catabolic_pathway_4(fn_alcohol_fermentation_46(X))
& fn_catabolic_pathway_4(fn_alcohol_fermentation_46(X)) = fn_catabolic_pathway_4(fn_alcohol_fermentation_46(X))
& fn_catabolic_pathway_4(fn_alcohol_fermentation_46(X)) = fn_oxidation_1(fn_alcohol_fermentation_14(X))
& fn_oxidation_1(fn_alcohol_fermentation_14(X)) = fn_redox_reaction_13(fn_alcohol_fermentation_28(X))
& fn_redox_reaction_13(fn_alcohol_fermentation_28(X)) = fn_fermentation_31(X)
& fn_fermentation_31(X) = fn_synthesis_of_atp_13(fn_alcohol_fermentation_40(X))
& fn_synthesis_of_atp_13(fn_alcohol_fermentation_40(X)) = fn_synthesis_of_atp_13(fn_alcohol_fermentation_40(X))
& fn_synthesis_of_atp_13(fn_alcohol_fermentation_40(X)) = fn_fermentation_31(X)
& fn_fermentation_31(X) = fn_fermentation_31(X)
& fn_fermentation_31(X) = fn_glycolysis_75(fn_alcohol_fermentation_46(X))
& fn_glycolysis_75(fn_alcohol_fermentation_46(X)) = fn_glycolysis_75(fn_alcohol_fermentation_46(X))
& fn_glycolysis_75(fn_alcohol_fermentation_46(X)) = fn_catabolic_pathway_10(fn_alcohol_fermentation_46(X))
& fn_catabolic_pathway_10(fn_alcohol_fermentation_46(X)) = fn_catabolic_pathway_10(fn_alcohol_fermentation_46(X))
& fn_catabolic_pathway_10(fn_alcohol_fermentation_46(X)) = fn_waste_1(fn_alcohol_fermentation_42(X))
& fn_waste_1(fn_alcohol_fermentation_42(X)) = fn_catabolic_pathway_9(X)
& fn_catabolic_pathway_9(X) = fn_catabolic_pathway_9(X)
& fn_catabolic_pathway_9(X) = fn_chemical_reaction_1(fn_alcohol_fermentation_28(X))
& fn_chemical_reaction_1(fn_alcohol_fermentation_28(X)) = fn_isomerization_reaction_2(fn_alcohol_fermentation_38(X))
& fn_isomerization_reaction_2(fn_alcohol_fermentation_38(X)) = fn_synthesis_of_organic_molecule_1(fn_alcohol_fermentation_40(X))
& fn_synthesis_of_organic_molecule_1(fn_alcohol_fermentation_40(X)) = fn_glycolysis_69(fn_alcohol_fermentation_46(X))
& fn_glycolysis_69(fn_alcohol_fermentation_46(X)) = fn_glycolysis_69(fn_alcohol_fermentation_46(X))
& fn_glycolysis_69(fn_alcohol_fermentation_46(X)) = fn_glycolysis_16(fn_alcohol_fermentation_46(X))
& fn_glycolysis_16(fn_alcohol_fermentation_46(X)) = fn_glycolysis_16(fn_alcohol_fermentation_46(X))
& fn_glycolysis_16(fn_alcohol_fermentation_46(X)) = fn_glycolysis_68(fn_alcohol_fermentation_46(X))
& fn_glycolysis_68(fn_alcohol_fermentation_46(X)) = fn_glycolysis_68(fn_alcohol_fermentation_46(X))
& fn_glycolysis_68(fn_alcohol_fermentation_46(X)) = fn_redox_reaction_2(fn_alcohol_fermentation_28(X))
& fn_redox_reaction_2(fn_alcohol_fermentation_28(X)) = fn_redox_reaction_13(fn_alcohol_fermentation_28(X))
& fn_redox_reaction_13(fn_alcohol_fermentation_28(X)) = fn_redox_reaction_2(fn_alcohol_fermentation_28(X))
& fn_redox_reaction_2(fn_alcohol_fermentation_28(X)) = fn_fermentation_24(X)
& fn_fermentation_24(X) = fn_redox_reaction_10(fn_alcohol_fermentation_28(X))
& fn_redox_reaction_10(fn_alcohol_fermentation_28(X)) = fn_redox_reaction_10(fn_alcohol_fermentation_28(X))
& fn_redox_reaction_10(fn_alcohol_fermentation_28(X)) = fn_oxidation_9(fn_alcohol_fermentation_14(X))
& fn_oxidation_9(fn_alcohol_fermentation_14(X)) = fn_redox_reaction_7(fn_alcohol_fermentation_28(X))
& fn_redox_reaction_7(fn_alcohol_fermentation_28(X)) = fn_redox_reaction_7(fn_alcohol_fermentation_28(X))
& fn_redox_reaction_7(fn_alcohol_fermentation_28(X)) = fn_oxidation_9(fn_alcohol_fermentation_14(X))
& fn_oxidation_9(fn_alcohol_fermentation_14(X)) = fn_oxidation_9(fn_alcohol_fermentation_14(X))
& fn_oxidation_9(fn_alcohol_fermentation_14(X)) = fn_decomposition_reaction_2(fn_alcohol_fermentation_45(X))
& fn_decomposition_reaction_2(fn_alcohol_fermentation_45(X)) = fn_redox_reaction_12(fn_alcohol_fermentation_28(X))
& fn_redox_reaction_12(fn_alcohol_fermentation_28(X)) = fn_redox_reaction_12(fn_alcohol_fermentation_28(X))
& fn_redox_reaction_16(fn_alcohol_fermentation_28(X)) = fn_redox_reaction_12(fn_alcohol_fermentation_28(X))
& fn_redox_reaction_12(fn_alcohol_fermentation_28(X)) = fn_redox_reaction_16(fn_alcohol_fermentation_28(X))
& fn_redox_reaction_16(fn_alcohol_fermentation_28(X)) = fn_redox_reaction_16(fn_alcohol_fermentation_28(X))
& fn_redox_reaction_16(fn_alcohol_fermentation_28(X)) = fn_oxidation_7(fn_alcohol_fermentation_14(X))
& fn_oxidation_7(fn_alcohol_fermentation_14(X)) = fn_oxidation_7(fn_alcohol_fermentation_14(X))
& fn_oxidation_7(fn_alcohol_fermentation_14(X)) = fn_chemical_reaction_1(fn_alcohol_fermentation_35(X))
& fn_chemical_reaction_1(fn_alcohol_fermentation_35(X)) = fn_catabolic_pathway_10(fn_alcohol_fermentation_29(X))
& fn_catabolic_pathway_10(fn_alcohol_fermentation_29(X)) = fn_catabolic_pathway_10(fn_alcohol_fermentation_29(X))
& fn_catabolic_pathway_10(fn_alcohol_fermentation_29(X)) = fn_fermentation_32(X)
& fn_fermentation_32(X) = fn_fermentation_32(X)
& fn_fermentation_32(X) = fn_glycolysis_78(fn_alcohol_fermentation_46(X))
& fn_glycolysis_78(fn_alcohol_fermentation_46(X)) = fn_glycolysis_78(fn_alcohol_fermentation_46(X))
& fn_glycolysis_78(fn_alcohol_fermentation_46(X)) = fn_fermentation_30(X)
& fn_fermentation_30(X) = fn_isomerization_reaction_1(fn_alcohol_fermentation_38(X))
& fn_isomerization_reaction_1(fn_alcohol_fermentation_38(X)) = fn_fermentation_30(X)
& fn_fermentation_30(X) = fn_fermentation_30(X)
& fn_fermentation_30(X) = fn_glycolysis_74(fn_alcohol_fermentation_46(X))
& fn_glycolysis_74(fn_alcohol_fermentation_46(X)) = fn_glycolysis_74(fn_alcohol_fermentation_46(X))
& fn_glycolysis_74(fn_alcohol_fermentation_46(X)) = fn_oxidation_10(fn_alcohol_fermentation_14(X))
& fn_oxidation_10(fn_alcohol_fermentation_14(X)) = fn_oxidation_10(fn_alcohol_fermentation_14(X))
& fn_oxidation_10(fn_alcohol_fermentation_14(X)) = fn_nad_plus_1(fn_alcohol_fermentation_34(X))
& fn_nad_plus_1(fn_alcohol_fermentation_34(X)) = fn_nad_plus_1(fn_alcohol_fermentation_34(X))
& fn_nad_plus_1(fn_alcohol_fermentation_34(X)) = fn_glycolysis_27(fn_alcohol_fermentation_46(X))
& fn_glycolysis_27(fn_alcohol_fermentation_46(X)) = fn_glycolysis_27(fn_alcohol_fermentation_46(X))
& fn_glycolysis_27(fn_alcohol_fermentation_46(X)) = fn_organic_molecule_1(fn_alcohol_fermentation_34(X))
& fn_organic_molecule_1(fn_alcohol_fermentation_34(X)) = fn_organic_molecule_1(fn_alcohol_fermentation_34(X))
& fn_organic_molecule_1(fn_alcohol_fermentation_34(X)) = fn_nad_plus_20(fn_alcohol_fermentation_34(X))
& fn_nad_plus_20(fn_alcohol_fermentation_34(X)) = fn_nad_plus_20(fn_alcohol_fermentation_34(X)) ) ) ).
fof(a527345,axiom,
! [X] :
( alcohol_fermentation_by_bacteria_1(X)
=> ( original_name_2(X,'Alcohol-Fermentation-By-Bacteria')
& user_description_2(X,'In bacteria, glycolysis followed by the reduction of pyruvate to ethyl alcohol, regenerating NAD+ and releasing carbon dioxide.')
& concept2words_2(X,ferment)
& concept2words_2(X,convert)
& concept2words_2(X,'alcohol fermentation by bacterium')
& concept2words_2(X,'alcohol-fermentation-by-bacteria')
& alcohol_fermentation_1(X) ) ) ).
fof(a527346,axiom,
! [X] :
( alcohol_fermentation_by_yeast_1(X)
=> ( original_name_2(X,'Alcohol-Fermentation-By-Yeast')
& user_description_2(X,'Alcohol fermentation by yeast, is a biological process in which sugars such as glucose, fructose, and sucrose are converted into cellular energy and thereby produce ethanol and carbon dioxide as metabolic waste products. Yeasts perform this process in the absence of oxygen, ethanol fermentation is classified as anaerobic. Ethanol fermentation occurs in the production of alcoholic beverages and ethanol fuel, and in the rising of bread dough.')
& concept2words_2(X,ferment)
& concept2words_2(X,convert)
& concept2words_2(X,'alcohol fermentation by yeast')
& concept2words_2(X,'alcohol-fermentation-by-yeast')
& alcohol_fermentation_1(X)
& time_interval_1(fn_alcohol_fermentation_by_yeast_1(X))
& time_interval_1(fn_alcohol_fermentation_by_yeast_2(X))
& spatial_entity_1(fn_alcohol_fermentation_by_yeast_3(X))
& organic_molecule_1(fn_alcohol_fermentation_by_yeast_3(X))
& pyruvate_1(fn_alcohol_fermentation_by_yeast_3(X))
& chemical_entity_1(fn_alcohol_fermentation_by_yeast_3(X))
& activation_energy_1(fn_alcohol_fermentation_by_yeast_4(X))
& free_energy_1(fn_alcohol_fermentation_by_yeast_5(X))
& waste_product_1(fn_alcohol_fermentation_by_yeast_6(X))
& entity_1(fn_alcohol_fermentation_by_yeast_7(X))
& chemical_entity_1(fn_alcohol_fermentation_by_yeast_7(X))
& atom_1(fn_alcohol_fermentation_by_yeast_7(X))
& carbon_1(fn_alcohol_fermentation_by_yeast_7(X))
& entity_1(fn_alcohol_fermentation_by_yeast_8(X))
& chemical_entity_1(fn_alcohol_fermentation_by_yeast_8(X))
& atom_1(fn_alcohol_fermentation_by_yeast_8(X))
& oxygen_1(fn_alcohol_fermentation_by_yeast_8(X))
& entity_1(fn_alcohol_fermentation_by_yeast_9(X))
& chemical_entity_1(fn_alcohol_fermentation_by_yeast_9(X))
& atom_1(fn_alcohol_fermentation_by_yeast_9(X))
& oxygen_1(fn_alcohol_fermentation_by_yeast_9(X))
& phosphate_group_1(fn_alcohol_fermentation_by_yeast_10(X))
& phosphate_group_1(fn_alcohol_fermentation_by_yeast_11(X))
& chemical_reaction_1(fn_alcohol_fermentation_by_yeast_12(X))
& redox_reaction_1(fn_alcohol_fermentation_by_yeast_12(X))
& spatial_entity_1(fn_alcohol_fermentation_by_yeast_13(X))
& tangible_entity_1(fn_alcohol_fermentation_by_yeast_13(X))
& chemical_entity_1(fn_alcohol_fermentation_by_yeast_13(X))
& organic_molecule_1(fn_alcohol_fermentation_by_yeast_13(X))
& nad_plus_1(fn_alcohol_fermentation_by_yeast_13(X))
& molecule_1(fn_alcohol_fermentation_by_yeast_13(X))
& yeast_1(fn_alcohol_fermentation_by_yeast_14(X))
& decarboxylation_1(fn_alcohol_fermentation_by_yeast_15(X))
& catabolic_pathway_1(fn_alcohol_fermentation_by_yeast_16(X))
& glycolysis_1(fn_alcohol_fermentation_by_yeast_16(X))
& organic_molecule_1(fn_alcohol_fermentation_by_yeast_17(X))
& molecule_1(fn_alcohol_fermentation_by_yeast_17(X))
& chemical_entity_1(fn_alcohol_fermentation_by_yeast_17(X))
& ribonucleotide_1(fn_alcohol_fermentation_by_yeast_17(X))
& nucleoside_triphosphate_1(fn_alcohol_fermentation_by_yeast_17(X))
& atp_1(fn_alcohol_fermentation_by_yeast_17(X))
& organic_molecule_1(fn_alcohol_fermentation_by_yeast_18(X))
& chemical_entity_1(fn_alcohol_fermentation_by_yeast_18(X))
& molecule_1(fn_alcohol_fermentation_by_yeast_18(X))
& glyceraldehyde_3_phosphate_1(fn_alcohol_fermentation_by_yeast_18(X))
& energy_investment_phase_of_glycolysis_1(fn_alcohol_fermentation_by_yeast_19(X))
& chemical_entity_1(fn_alcohol_fermentation_by_yeast_20(X))
& organic_molecule_1(fn_alcohol_fermentation_by_yeast_20(X))
& nadh_1(fn_alcohol_fermentation_by_yeast_20(X))
& molecule_1(fn_alcohol_fermentation_by_yeast_20(X))
& molecule_1(fn_alcohol_fermentation_by_yeast_21(X))
& organic_molecule_1(fn_alcohol_fermentation_by_yeast_21(X))
& chemical_entity_1(fn_alcohol_fermentation_by_yeast_21(X))
& adp_1(fn_alcohol_fermentation_by_yeast_21(X))
& molecule_1(fn_alcohol_fermentation_by_yeast_22(X))
& chemical_entity_1(fn_alcohol_fermentation_by_yeast_22(X))
& organic_molecule_1(fn_alcohol_fermentation_by_yeast_22(X))
& adp_1(fn_alcohol_fermentation_by_yeast_22(X))
& chemical_energy_1(fn_alcohol_fermentation_by_yeast_23(X))
& entity_1(fn_alcohol_fermentation_by_yeast_24(X))
& mixture_1(fn_alcohol_fermentation_by_yeast_24(X))
& cytoplasm_1(fn_alcohol_fermentation_by_yeast_24(X))
& cell_1(fn_alcohol_fermentation_by_yeast_25(X))
& protein_enzyme_1(fn_alcohol_fermentation_by_yeast_26(X))
& protein_enzyme_1(fn_alcohol_fermentation_by_yeast_27(X))
& water_molecule_1(fn_alcohol_fermentation_by_yeast_28(X))
& organic_molecule_1(fn_alcohol_fermentation_by_yeast_29(X))
& chemical_entity_1(fn_alcohol_fermentation_by_yeast_29(X))
& monosaccharide_1(fn_alcohol_fermentation_by_yeast_29(X))
& glucose_1(fn_alcohol_fermentation_by_yeast_29(X))
& aldehyde_1(fn_alcohol_fermentation_by_yeast_29(X))
& carbohydrate_1(fn_alcohol_fermentation_by_yeast_29(X))
& aldose_1(fn_alcohol_fermentation_by_yeast_29(X))
& chemical_reaction_1(fn_alcohol_fermentation_by_yeast_30(X))
& synthesis_of_atp_1(fn_alcohol_fermentation_by_yeast_30(X))
& substrate_level_phosphorylation_1(fn_alcohol_fermentation_by_yeast_30(X))
& anabolic_pathway_1(fn_alcohol_fermentation_by_yeast_30(X))
& synthesis_of_organic_molecule_1(fn_alcohol_fermentation_by_yeast_31(X))
& chemical_reaction_1(fn_alcohol_fermentation_by_yeast_31(X))
& synthesis_of_atp_1(fn_alcohol_fermentation_by_yeast_31(X))
& substrate_level_phosphorylation_1(fn_alcohol_fermentation_by_yeast_31(X))
& enzymatic_reaction_1(fn_alcohol_fermentation_by_yeast_32(X))
& structural_complexity_value_1(fn_alcohol_fermentation_by_yeast_33(X))
& chemical_energy_1(fn_alcohol_fermentation_by_yeast_34(X))
& tangible_entity_1(fn_alcohol_fermentation_by_yeast_35(X))
& carbon_dioxide_1(fn_alcohol_fermentation_by_yeast_35(X))
& ethyl_alcohol_1(fn_alcohol_fermentation_by_yeast_36(X))
& property_node_1(fn_glycolysis_8(fn_alcohol_fermentation_by_yeast_16(X)))
& chemical_reaction_1(fn_glycolysis_68(fn_alcohol_fermentation_by_yeast_16(X)))
& synthesis_of_atp_1(fn_glycolysis_68(fn_alcohol_fermentation_by_yeast_16(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_68(fn_alcohol_fermentation_by_yeast_16(X)))
& anabolic_pathway_1(fn_glycolysis_68(fn_alcohol_fermentation_by_yeast_16(X)))
& enzymatic_reaction_1(fn_glycolysis_56(fn_alcohol_fermentation_by_yeast_16(X)))
& entity_1(fn_glycolysis_27(fn_alcohol_fermentation_by_yeast_16(X)))
& chemical_entity_1(fn_glycolysis_27(fn_alcohol_fermentation_by_yeast_16(X)))
& atom_1(fn_glycolysis_27(fn_alcohol_fermentation_by_yeast_16(X)))
& carbon_1(fn_glycolysis_27(fn_alcohol_fermentation_by_yeast_16(X)))
& organic_molecule_1(fn_glycolysis_79(fn_alcohol_fermentation_by_yeast_16(X)))
& chemical_entity_1(fn_glycolysis_79(fn_alcohol_fermentation_by_yeast_16(X)))
& molecule_1(fn_glycolysis_79(fn_alcohol_fermentation_by_yeast_16(X)))
& glyceraldehyde_3_phosphate_1(fn_glycolysis_79(fn_alcohol_fermentation_by_yeast_16(X)))
& protein_enzyme_1(fn_glycolysis_91(fn_alcohol_fermentation_by_yeast_16(X)))
& protein_enzyme_1(fn_glycolysis_53(fn_alcohol_fermentation_by_yeast_16(X)))
& cell_1(fn_glycolysis_65(fn_alcohol_fermentation_by_yeast_16(X)))
& entity_1(fn_glycolysis_82(fn_alcohol_fermentation_by_yeast_16(X)))
& mixture_1(fn_glycolysis_82(fn_alcohol_fermentation_by_yeast_16(X)))
& cytoplasm_1(fn_glycolysis_82(fn_alcohol_fermentation_by_yeast_16(X)))
& oxygen_1(fn_phosphate_group_5(fn_alcohol_fermentation_by_yeast_10(X)))
& entity_1(fn_phosphate_group_5(fn_alcohol_fermentation_by_yeast_10(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_alcohol_fermentation_by_yeast_10(X)))
& atom_1(fn_phosphate_group_5(fn_alcohol_fermentation_by_yeast_10(X)))
& entity_1(fn_phosphate_group_22(fn_alcohol_fermentation_by_yeast_10(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_alcohol_fermentation_by_yeast_10(X)))
& atom_1(fn_phosphate_group_22(fn_alcohol_fermentation_by_yeast_10(X)))
& oxygen_1(fn_phosphate_group_22(fn_alcohol_fermentation_by_yeast_10(X)))
& oxygen_1(fn_phosphate_group_5(fn_alcohol_fermentation_by_yeast_11(X)))
& entity_1(fn_phosphate_group_5(fn_alcohol_fermentation_by_yeast_11(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_alcohol_fermentation_by_yeast_11(X)))
& atom_1(fn_phosphate_group_5(fn_alcohol_fermentation_by_yeast_11(X)))
& entity_1(fn_phosphate_group_22(fn_alcohol_fermentation_by_yeast_11(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_alcohol_fermentation_by_yeast_11(X)))
& atom_1(fn_phosphate_group_22(fn_alcohol_fermentation_by_yeast_11(X)))
& oxygen_1(fn_phosphate_group_22(fn_alcohol_fermentation_by_yeast_11(X)))
& chemical_energy_1(fn_glycolysis_108(fn_alcohol_fermentation_by_yeast_16(X)))
& chemical_reaction_1(fn_glycolysis_15(fn_alcohol_fermentation_by_yeast_16(X)))
& synthesis_of_atp_1(fn_glycolysis_15(fn_alcohol_fermentation_by_yeast_16(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_15(fn_alcohol_fermentation_by_yeast_16(X)))
& synthesis_of_organic_molecule_1(fn_glycolysis_69(fn_alcohol_fermentation_by_yeast_16(X)))
& chemical_reaction_1(fn_glycolysis_69(fn_alcohol_fermentation_by_yeast_16(X)))
& synthesis_of_atp_1(fn_glycolysis_69(fn_alcohol_fermentation_by_yeast_16(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_69(fn_alcohol_fermentation_by_yeast_16(X)))
& pyruvate_1(fn_glycolysis_55(fn_alcohol_fermentation_by_yeast_16(X)))
& chemical_entity_1(fn_glycolysis_55(fn_alcohol_fermentation_by_yeast_16(X)))
& structural_complexity_value_1(fn_glycolysis_35(fn_alcohol_fermentation_by_yeast_16(X)))
& structural_complexity_value_1(fn_glycolysis_81(fn_alcohol_fermentation_by_yeast_16(X)))
& chemical_entity_1(fn_glycolysis_77(fn_alcohol_fermentation_by_yeast_16(X)))
& monosaccharide_1(fn_glycolysis_77(fn_alcohol_fermentation_by_yeast_16(X)))
& glucose_1(fn_glycolysis_77(fn_alcohol_fermentation_by_yeast_16(X)))
& aldehyde_1(fn_glycolysis_77(fn_alcohol_fermentation_by_yeast_16(X)))
& carbohydrate_1(fn_glycolysis_77(fn_alcohol_fermentation_by_yeast_16(X)))
& aldose_1(fn_glycolysis_77(fn_alcohol_fermentation_by_yeast_16(X)))
& chemical_energy_1(fn_glycolysis_88(fn_alcohol_fermentation_by_yeast_16(X)))
& organic_molecule_1(fn_glycolysis_74(fn_alcohol_fermentation_by_yeast_16(X)))
& nadh_1(fn_glycolysis_74(fn_alcohol_fermentation_by_yeast_16(X)))
& molecule_1(fn_glycolysis_74(fn_alcohol_fermentation_by_yeast_16(X)))
& spatial_entity_1(fn_glycolysis_78(fn_alcohol_fermentation_by_yeast_16(X)))
& tangible_entity_1(fn_glycolysis_78(fn_alcohol_fermentation_by_yeast_16(X)))
& chemical_entity_1(fn_glycolysis_78(fn_alcohol_fermentation_by_yeast_16(X)))
& organic_molecule_1(fn_glycolysis_78(fn_alcohol_fermentation_by_yeast_16(X)))
& nad_plus_1(fn_glycolysis_78(fn_alcohol_fermentation_by_yeast_16(X)))
& molecule_1(fn_glycolysis_78(fn_alcohol_fermentation_by_yeast_16(X)))
& energy_investment_phase_of_glycolysis_1(fn_glycolysis_73(fn_alcohol_fermentation_by_yeast_16(X)))
& activation_energy_1(fn_glycolysis_70(fn_alcohol_fermentation_by_yeast_16(X)))
& molecule_1(fn_synthesis_of_atp_13(fn_alcohol_fermentation_by_yeast_30(X)))
& chemical_entity_1(fn_synthesis_of_atp_13(fn_alcohol_fermentation_by_yeast_30(X)))
& ribonucleotide_1(fn_synthesis_of_atp_13(fn_alcohol_fermentation_by_yeast_30(X)))
& nucleoside_triphosphate_1(fn_synthesis_of_atp_13(fn_alcohol_fermentation_by_yeast_30(X)))
& atp_1(fn_synthesis_of_atp_13(fn_alcohol_fermentation_by_yeast_30(X)))
& molecule_1(fn_synthesis_of_atp_13(fn_alcohol_fermentation_by_yeast_31(X)))
& chemical_entity_1(fn_synthesis_of_atp_13(fn_alcohol_fermentation_by_yeast_31(X)))
& ribonucleotide_1(fn_synthesis_of_atp_13(fn_alcohol_fermentation_by_yeast_31(X)))
& nucleoside_triphosphate_1(fn_synthesis_of_atp_13(fn_alcohol_fermentation_by_yeast_31(X)))
& atp_1(fn_synthesis_of_atp_13(fn_alcohol_fermentation_by_yeast_31(X)))
& organic_molecule_1(fn_substrate_level_phosphorylation_5(fn_alcohol_fermentation_by_yeast_30(X)))
& molecule_1(fn_substrate_level_phosphorylation_5(fn_alcohol_fermentation_by_yeast_30(X)))
& chemical_entity_1(fn_substrate_level_phosphorylation_5(fn_alcohol_fermentation_by_yeast_30(X)))
& ribonucleotide_1(fn_substrate_level_phosphorylation_5(fn_alcohol_fermentation_by_yeast_30(X)))
& nucleoside_triphosphate_1(fn_substrate_level_phosphorylation_5(fn_alcohol_fermentation_by_yeast_30(X)))
& atp_1(fn_substrate_level_phosphorylation_5(fn_alcohol_fermentation_by_yeast_30(X)))
& organic_molecule_1(fn_substrate_level_phosphorylation_5(fn_alcohol_fermentation_by_yeast_31(X)))
& molecule_1(fn_substrate_level_phosphorylation_5(fn_alcohol_fermentation_by_yeast_31(X)))
& chemical_entity_1(fn_substrate_level_phosphorylation_5(fn_alcohol_fermentation_by_yeast_31(X)))
& ribonucleotide_1(fn_substrate_level_phosphorylation_5(fn_alcohol_fermentation_by_yeast_31(X)))
& nucleoside_triphosphate_1(fn_substrate_level_phosphorylation_5(fn_alcohol_fermentation_by_yeast_31(X)))
& atp_1(fn_substrate_level_phosphorylation_5(fn_alcohol_fermentation_by_yeast_31(X)))
& organic_molecule_1(fn_glycolysis_75(fn_alcohol_fermentation_by_yeast_16(X)))
& molecule_1(fn_glycolysis_75(fn_alcohol_fermentation_by_yeast_16(X)))
& chemical_entity_1(fn_glycolysis_75(fn_alcohol_fermentation_by_yeast_16(X)))
& ribonucleotide_1(fn_glycolysis_75(fn_alcohol_fermentation_by_yeast_16(X)))
& nucleoside_triphosphate_1(fn_glycolysis_75(fn_alcohol_fermentation_by_yeast_16(X)))
& atp_1(fn_glycolysis_75(fn_alcohol_fermentation_by_yeast_16(X)))
& chemical_entity_1(fn_glycolysis_63(fn_alcohol_fermentation_by_yeast_16(X)))
& organic_molecule_1(fn_glycolysis_63(fn_alcohol_fermentation_by_yeast_16(X)))
& adp_1(fn_glycolysis_63(fn_alcohol_fermentation_by_yeast_16(X)))
& organic_molecule_1(fn_glycolysis_13(fn_alcohol_fermentation_by_yeast_16(X)))
& chemical_entity_1(fn_glycolysis_13(fn_alcohol_fermentation_by_yeast_16(X)))
& adp_1(fn_glycolysis_13(fn_alcohol_fermentation_by_yeast_16(X)))
& molecule_1(fn_glycolysis_62(fn_alcohol_fermentation_by_yeast_16(X)))
& organic_molecule_1(fn_glycolysis_62(fn_alcohol_fermentation_by_yeast_16(X)))
& chemical_entity_1(fn_glycolysis_62(fn_alcohol_fermentation_by_yeast_16(X)))
& adp_1(fn_glycolysis_62(fn_alcohol_fermentation_by_yeast_16(X)))
& in_event_2(fn_alcohol_fermentation_by_yeast_6(X),X)
& fn_alcohol_fermentation_by_yeast_7(X) != fn_alcohol_fermentation_by_yeast_9(X)
& fn_alcohol_fermentation_by_yeast_7(X) != fn_alcohol_fermentation_by_yeast_8(X)
& fn_alcohol_fermentation_by_yeast_8(X) != fn_alcohol_fermentation_by_yeast_7(X)
& fn_alcohol_fermentation_by_yeast_9(X) != fn_alcohol_fermentation_by_yeast_7(X)
& time_during_2(fn_alcohol_fermentation_by_yeast_12(X),fn_alcohol_fermentation_by_yeast_1(X))
& time_during_2(fn_alcohol_fermentation_by_yeast_16(X),fn_alcohol_fermentation_by_yeast_2(X))
& time_before_2(fn_alcohol_fermentation_by_yeast_2(X),fn_alcohol_fermentation_by_yeast_1(X))
& the_scalar_value_2(fn_alcohol_fermentation_by_yeast_33(X),complex_0)
& scalar_unit_class_2(fn_alcohol_fermentation_by_yeast_33(X),chemical_entity_0)
& base_2(X,fn_alcohol_fermentation_by_yeast_14(X))
& result_2(fn_alcohol_fermentation_by_yeast_30(X),fn_alcohol_fermentation_by_yeast_17(X))
& is_inside_2(fn_alcohol_fermentation_by_yeast_9(X),fn_alcohol_fermentation_by_yeast_10(X))
& result_2(fn_alcohol_fermentation_by_yeast_31(X),fn_alcohol_fermentation_by_yeast_17(X))
& is_inside_2(fn_alcohol_fermentation_by_yeast_8(X),fn_alcohol_fermentation_by_yeast_11(X))
& raw_material_2(X,fn_alcohol_fermentation_by_yeast_4(X))
& result_2(X,fn_alcohol_fermentation_by_yeast_5(X))
& plays_2(fn_alcohol_fermentation_by_yeast_5(X),fn_alcohol_fermentation_by_yeast_6(X))
& possesses_2(fn_alcohol_fermentation_by_yeast_17(X),fn_alcohol_fermentation_by_yeast_34(X))
& result_2(X,fn_alcohol_fermentation_by_yeast_20(X))
& raw_material_2(fn_alcohol_fermentation_by_yeast_19(X),fn_alcohol_fermentation_by_yeast_17(X))
& subevent_2(X,fn_alcohol_fermentation_by_yeast_16(X))
& first_subevent_2(X,fn_alcohol_fermentation_by_yeast_16(X))
& result_2(fn_alcohol_fermentation_by_yeast_16(X),fn_alcohol_fermentation_by_yeast_28(X))
& possesses_2(fn_alcohol_fermentation_by_yeast_28(X),fn_alcohol_fermentation_by_yeast_23(X))
& next_event_2(fn_alcohol_fermentation_by_yeast_16(X),fn_alcohol_fermentation_by_yeast_15(X))
& raw_material_2(fn_alcohol_fermentation_by_yeast_16(X),fn_alcohol_fermentation_by_yeast_17(X))
& result_2(X,fn_alcohol_fermentation_by_yeast_17(X))
& subevent_2(X,fn_alcohol_fermentation_by_yeast_15(X))
& next_event_2(fn_alcohol_fermentation_by_yeast_15(X),fn_alcohol_fermentation_by_yeast_12(X))
& result_2(X,fn_alcohol_fermentation_by_yeast_35(X))
& result_2(fn_alcohol_fermentation_by_yeast_15(X),fn_alcohol_fermentation_by_yeast_35(X))
& raw_material_2(fn_alcohol_fermentation_by_yeast_15(X),fn_alcohol_fermentation_by_yeast_3(X))
& result_2(X,fn_alcohol_fermentation_by_yeast_3(X))
& raw_material_2(X,fn_alcohol_fermentation_by_yeast_13(X))
& raw_material_2(X,fn_alcohol_fermentation_by_yeast_29(X))
& subevent_2(X,fn_alcohol_fermentation_by_yeast_12(X))
& raw_material_2(fn_alcohol_fermentation_by_yeast_12(X),fn_alcohol_fermentation_by_yeast_20(X))
& fn_alcohol_fermentation_by_yeast_20(X) != fn_alcohol_fermentation_by_yeast_29(X)
& fn_alcohol_fermentation_by_yeast_29(X) != fn_alcohol_fermentation_by_yeast_20(X)
& result_2(X,fn_alcohol_fermentation_by_yeast_36(X))
& result_2(fn_alcohol_fermentation_by_yeast_12(X),fn_alcohol_fermentation_by_yeast_36(X))
& result_2(fn_alcohol_fermentation_by_yeast_12(X),fn_alcohol_fermentation_by_yeast_13(X))
& fn_alcohol_fermentation_by_yeast_29(X) != fn_alcohol_fermentation_by_yeast_36(X)
& fn_alcohol_fermentation_by_yeast_36(X) != fn_alcohol_fermentation_by_yeast_29(X)
& subevent_2(fn_alcohol_fermentation_by_yeast_16(X),fn_alcohol_fermentation_by_yeast_19(X))
& fn_alcohol_fermentation_by_yeast_31(X) != fn_alcohol_fermentation_by_yeast_30(X)
& result_2(fn_alcohol_fermentation_by_yeast_31(X),fn_alcohol_fermentation_by_yeast_20(X))
& possesses_2(fn_alcohol_fermentation_by_yeast_20(X),fn_alcohol_fermentation_by_yeast_23(X))
& fn_alcohol_fermentation_by_yeast_30(X) != fn_alcohol_fermentation_by_yeast_31(X)
& result_2(fn_alcohol_fermentation_by_yeast_30(X),fn_alcohol_fermentation_by_yeast_20(X))
& fn_alcohol_fermentation_by_yeast_30(X) != fn_alcohol_fermentation_by_yeast_32(X)
& raw_material_2(fn_alcohol_fermentation_by_yeast_32(X),fn_alcohol_fermentation_by_yeast_18(X))
& fn_alcohol_fermentation_by_yeast_20(X) != fn_alcohol_fermentation_by_yeast_18(X)
& fn_alcohol_fermentation_by_yeast_18(X) != fn_alcohol_fermentation_by_yeast_20(X)
& fn_alcohol_fermentation_by_yeast_32(X) != fn_alcohol_fermentation_by_yeast_30(X)
& next_event_2(fn_alcohol_fermentation_by_yeast_32(X),fn_alcohol_fermentation_by_yeast_31(X))
& fn_alcohol_fermentation_by_yeast_31(X) != fn_alcohol_fermentation_by_yeast_32(X)
& next_event_2(fn_alcohol_fermentation_by_yeast_32(X),fn_alcohol_fermentation_by_yeast_30(X))
& result_2(fn_alcohol_fermentation_by_yeast_30(X),fn_alcohol_fermentation_by_yeast_3(X))
& result_2(fn_alcohol_fermentation_by_yeast_31(X),fn_alcohol_fermentation_by_yeast_3(X))
& fn_alcohol_fermentation_by_yeast_32(X) != fn_alcohol_fermentation_by_yeast_31(X)
& result_2(fn_alcohol_fermentation_by_yeast_16(X),fn_alcohol_fermentation_by_yeast_20(X))
& raw_material_2(fn_alcohol_fermentation_by_yeast_16(X),fn_alcohol_fermentation_by_yeast_29(X))
& raw_material_2(fn_alcohol_fermentation_by_yeast_19(X),fn_alcohol_fermentation_by_yeast_29(X))
& first_subevent_2(fn_alcohol_fermentation_by_yeast_16(X),fn_alcohol_fermentation_by_yeast_19(X))
& result_2(fn_alcohol_fermentation_by_yeast_16(X),fn_alcohol_fermentation_by_yeast_3(X))
& result_2(fn_alcohol_fermentation_by_yeast_32(X),fn_alcohol_fermentation_by_yeast_20(X))
& raw_material_2(fn_alcohol_fermentation_by_yeast_32(X),fn_alcohol_fermentation_by_yeast_13(X))
& raw_material_2(fn_alcohol_fermentation_by_yeast_16(X),fn_alcohol_fermentation_by_yeast_13(X))
& result_2(fn_alcohol_fermentation_by_yeast_16(X),fn_alcohol_fermentation_by_yeast_17(X))
& structural_complexity_2(fn_alcohol_fermentation_by_yeast_17(X),fn_alcohol_fermentation_by_yeast_33(X))
& possesses_2(fn_alcohol_fermentation_by_yeast_13(X),fn_alcohol_fermentation_by_yeast_34(X))
& possesses_2(fn_alcohol_fermentation_by_yeast_29(X),fn_alcohol_fermentation_by_yeast_34(X))
& structural_complexity_2(fn_alcohol_fermentation_by_yeast_29(X),fn_alcohol_fermentation_by_yeast_33(X))
& structural_complexity_2(fn_alcohol_fermentation_by_yeast_13(X),fn_alcohol_fermentation_by_yeast_33(X))
& has_reduced_form_2(fn_alcohol_fermentation_by_yeast_13(X),fn_alcohol_fermentation_by_yeast_20(X))
& has_oxidized_form_2(fn_alcohol_fermentation_by_yeast_20(X),fn_alcohol_fermentation_by_yeast_13(X))
& result_2(fn_alcohol_fermentation_by_yeast_19(X),fn_alcohol_fermentation_by_yeast_18(X))
& fn_alcohol_fermentation_by_yeast_18(X) != fn_alcohol_fermentation_by_yeast_13(X)
& has_part_2(fn_alcohol_fermentation_by_yeast_13(X),fn_alcohol_fermentation_by_yeast_7(X))
& fn_alcohol_fermentation_by_yeast_13(X) != fn_alcohol_fermentation_by_yeast_18(X)
& fn_alcohol_fermentation_by_yeast_20(X) != fn_alcohol_fermentation_by_yeast_13(X)
& fn_alcohol_fermentation_by_yeast_13(X) != fn_alcohol_fermentation_by_yeast_20(X)
& fn_alcohol_fermentation_by_yeast_22(X) != fn_alcohol_fermentation_by_yeast_21(X)
& fn_alcohol_fermentation_by_yeast_21(X) != fn_alcohol_fermentation_by_yeast_22(X)
& fn_alcohol_fermentation_by_yeast_22(X) != fn_alcohol_fermentation_by_yeast_17(X)
& fn_alcohol_fermentation_by_yeast_17(X) != fn_alcohol_fermentation_by_yeast_22(X)
& raw_material_2(fn_alcohol_fermentation_by_yeast_16(X),fn_alcohol_fermentation_by_yeast_22(X))
& raw_material_2(fn_alcohol_fermentation_by_yeast_16(X),fn_alcohol_fermentation_by_yeast_21(X))
& raw_material_2(fn_alcohol_fermentation_by_yeast_19(X),fn_alcohol_fermentation_by_yeast_4(X))
& raw_material_2(fn_alcohol_fermentation_by_yeast_16(X),fn_alcohol_fermentation_by_yeast_4(X))
& fn_alcohol_fermentation_by_yeast_21(X) != fn_alcohol_fermentation_by_yeast_17(X)
& fn_alcohol_fermentation_by_yeast_17(X) != fn_alcohol_fermentation_by_yeast_21(X)
& fn_alcohol_fermentation_by_yeast_14(X) = fn_metabolic_pathway_1(X)
& fn_alcohol_fermentation_by_yeast_17(X) = fn_synthesis_of_atp_13(fn_alcohol_fermentation_by_yeast_30(X))
& fn_alcohol_fermentation_by_yeast_17(X) = fn_substrate_level_phosphorylation_5(fn_alcohol_fermentation_by_yeast_30(X))
& fn_alcohol_fermentation_by_yeast_9(X) = fn_phosphate_group_5(fn_alcohol_fermentation_by_yeast_10(X))
& fn_alcohol_fermentation_by_yeast_9(X) = fn_phosphate_group_22(fn_alcohol_fermentation_by_yeast_10(X))
& fn_alcohol_fermentation_by_yeast_17(X) = fn_synthesis_of_atp_13(fn_alcohol_fermentation_by_yeast_31(X))
& fn_alcohol_fermentation_by_yeast_17(X) = fn_substrate_level_phosphorylation_5(fn_alcohol_fermentation_by_yeast_31(X))
& fn_alcohol_fermentation_by_yeast_8(X) = fn_phosphate_group_5(fn_alcohol_fermentation_by_yeast_11(X))
& fn_alcohol_fermentation_by_yeast_8(X) = fn_phosphate_group_22(fn_alcohol_fermentation_by_yeast_11(X))
& fn_alcohol_fermentation_by_yeast_4(X) = fn_catabolic_pathway_6(X)
& fn_alcohol_fermentation_by_yeast_6(X) = fn_catabolic_pathway_7(X)
& fn_alcohol_fermentation_by_yeast_5(X) = fn_catabolic_pathway_11(X)
& fn_alcohol_fermentation_by_yeast_34(X) = fn_alcohol_fermentation_22(X)
& fn_alcohol_fermentation_by_yeast_19(X) = fn_alcohol_fermentation_65(X)
& fn_alcohol_fermentation_by_yeast_23(X) = fn_alcohol_fermentation_61(X)
& fn_alcohol_fermentation_by_yeast_28(X) = fn_alcohol_fermentation_64(X)
& fn_alcohol_fermentation_by_yeast_17(X) = fn_alcohol_fermentation_51(X)
& fn_alcohol_fermentation_by_yeast_16(X) = fn_alcohol_fermentation_46(X)
& X = fn_alcohol_fermentation_29(X)
& fn_alcohol_fermentation_by_yeast_3(X) = fn_alcohol_fermentation_43(X)
& fn_alcohol_fermentation_by_yeast_15(X) = fn_alcohol_fermentation_45(X)
& fn_alcohol_fermentation_by_yeast_35(X) = fn_alcohol_fermentation_41(X)
& fn_alcohol_fermentation_by_yeast_20(X) = fn_alcohol_fermentation_30(X)
& fn_alcohol_fermentation_by_yeast_13(X) = fn_alcohol_fermentation_34(X)
& fn_alcohol_fermentation_by_yeast_12(X) = fn_alcohol_fermentation_28(X)
& fn_alcohol_fermentation_by_yeast_29(X) = fn_alcohol_fermentation_53(X)
& fn_alcohol_fermentation_by_yeast_36(X) = fn_alcohol_fermentation_47(X)
& fn_alcohol_fermentation_by_yeast_37(X) = fn_glycolysis_8(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_23(X) = fn_glycolysis_108(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_31(X) = fn_glycolysis_15(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_30(X) = fn_glycolysis_68(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_31(X) = fn_glycolysis_69(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_3(X) = fn_glycolysis_55(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_33(X) = fn_glycolysis_35(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_32(X) = fn_glycolysis_56(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_33(X) = fn_glycolysis_81(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_29(X) = fn_glycolysis_77(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_34(X) = fn_glycolysis_88(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_7(X) = fn_glycolysis_27(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_20(X) = fn_glycolysis_74(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_13(X) = fn_glycolysis_78(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_18(X) = fn_glycolysis_79(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_21(X) = fn_glycolysis_63(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_22(X) = fn_glycolysis_62(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_22(X) = fn_glycolysis_63(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_26(X) = fn_glycolysis_91(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_27(X) = fn_glycolysis_53(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_19(X) = fn_glycolysis_73(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_4(X) = fn_glycolysis_70(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_25(X) = fn_glycolysis_65(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_24(X) = fn_glycolysis_82(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_21(X) = fn_glycolysis_13(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_21(X) = fn_glycolysis_62(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_by_yeast_17(X) = fn_glycolysis_75(fn_alcohol_fermentation_by_yeast_16(X))
& fn_phosphate_group_5(fn_alcohol_fermentation_by_yeast_10(X)) = fn_phosphate_group_22(fn_alcohol_fermentation_by_yeast_10(X))
& fn_phosphate_group_22(fn_alcohol_fermentation_by_yeast_10(X)) = fn_phosphate_group_5(fn_alcohol_fermentation_by_yeast_11(X))
& fn_phosphate_group_5(fn_alcohol_fermentation_by_yeast_11(X)) = fn_phosphate_group_22(fn_alcohol_fermentation_by_yeast_11(X))
& fn_phosphate_group_22(fn_alcohol_fermentation_by_yeast_11(X)) = fn_alcohol_fermentation_61(X)
& fn_alcohol_fermentation_61(X) = fn_glycolysis_108(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_108(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_69(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_69(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_15(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_15(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_69(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_69(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_69(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_69(fn_alcohol_fermentation_by_yeast_16(X)) = fn_alcohol_fermentation_43(X)
& fn_alcohol_fermentation_43(X) = fn_alcohol_fermentation_43(X)
& fn_alcohol_fermentation_43(X) = fn_glycolysis_55(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_55(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_55(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_55(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_35(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_35(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_35(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_35(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_81(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_81(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_81(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_81(fn_alcohol_fermentation_by_yeast_16(X)) = fn_alcohol_fermentation_53(X)
& fn_alcohol_fermentation_53(X) = fn_alcohol_fermentation_53(X)
& fn_alcohol_fermentation_53(X) = fn_glycolysis_77(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_77(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_77(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_77(fn_alcohol_fermentation_by_yeast_16(X)) = fn_alcohol_fermentation_22(X)
& fn_alcohol_fermentation_22(X) = fn_glycolysis_88(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_88(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_88(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_88(fn_alcohol_fermentation_by_yeast_16(X)) = fn_alcohol_fermentation_30(X)
& fn_alcohol_fermentation_30(X) = fn_alcohol_fermentation_30(X)
& fn_alcohol_fermentation_30(X) = fn_glycolysis_74(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_74(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_74(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_74(fn_alcohol_fermentation_by_yeast_16(X)) = fn_alcohol_fermentation_34(X)
& fn_alcohol_fermentation_34(X) = fn_alcohol_fermentation_34(X)
& fn_alcohol_fermentation_34(X) = fn_glycolysis_78(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_78(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_78(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_78(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_62(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_62(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_62(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_62(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_63(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_63(fn_alcohol_fermentation_by_yeast_16(X)) = fn_alcohol_fermentation_65(X)
& fn_alcohol_fermentation_65(X) = fn_glycolysis_73(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_73(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_73(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_73(fn_alcohol_fermentation_by_yeast_16(X)) = fn_catabolic_pathway_6(X)
& fn_catabolic_pathway_6(X) = fn_glycolysis_70(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_70(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_70(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_70(fn_alcohol_fermentation_by_yeast_16(X)) = fn_synthesis_of_atp_13(fn_alcohol_fermentation_by_yeast_30(X))
& fn_synthesis_of_atp_13(fn_alcohol_fermentation_by_yeast_30(X)) = fn_substrate_level_phosphorylation_5(fn_alcohol_fermentation_by_yeast_30(X))
& fn_substrate_level_phosphorylation_5(fn_alcohol_fermentation_by_yeast_30(X)) = fn_synthesis_of_atp_13(fn_alcohol_fermentation_by_yeast_31(X))
& fn_synthesis_of_atp_13(fn_alcohol_fermentation_by_yeast_31(X)) = fn_substrate_level_phosphorylation_5(fn_alcohol_fermentation_by_yeast_31(X))
& fn_substrate_level_phosphorylation_5(fn_alcohol_fermentation_by_yeast_31(X)) = fn_substrate_level_phosphorylation_5(fn_alcohol_fermentation_by_yeast_30(X))
& fn_substrate_level_phosphorylation_5(fn_alcohol_fermentation_by_yeast_30(X)) = fn_substrate_level_phosphorylation_5(fn_alcohol_fermentation_by_yeast_31(X))
& fn_substrate_level_phosphorylation_5(fn_alcohol_fermentation_by_yeast_31(X)) = fn_alcohol_fermentation_51(X)
& fn_alcohol_fermentation_51(X) = fn_alcohol_fermentation_51(X)
& fn_alcohol_fermentation_51(X) = fn_glycolysis_75(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_75(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_75(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_75(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_63(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_63(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_63(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_63(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_13(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_62(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_13(fn_alcohol_fermentation_by_yeast_16(X))
& fn_glycolysis_13(fn_alcohol_fermentation_by_yeast_16(X)) = fn_glycolysis_62(fn_alcohol_fermentation_by_yeast_16(X))
& fn_alcohol_fermentation_29(X) = fn_alcohol_fermentation_29(X) ) ) ).
fof(a527347,axiom,
! [X] :
( alcohol_hormone_1(X)
=> ( original_name_2(X,'Alcohol-Hormone')
& user_description_2(X,'A hormone with one or more hydroxyl groups bound to carbon atoms.')
& concept2words_2(X,'hormone of alcohol')
& concept2words_2(X,'alcohol hormone')
& concept2words_2(X,'alcohol-hormone')
& alcohol_1(X)
& ~ alcoholic_beverage_1(X)
& ~ ethyl_alcohol_1(X)
& ~ glycerol_1(X) ) ) ).
fof(a527348,axiom,
! [X] :
( alcoholic_beverage_1(X)
=> ( original_name_2(X,'Alcoholic-Beverage')
& user_description_2(X,'An alcoholic beverage is a drink containing ethanol (commonly called alcohol). Alcoholic beverages are divided into three general classes: beers, wines, and spirits.')
& concept2words_2(X,'beverage of alcoholic')
& concept2words_2(X,'alcoholic beverage')
& concept2words_2(X,'alcoholic-beverage')
& liquid_substance_1(X)
& ~ alcohol_hormone_1(X)
& ~ ethyl_alcohol_1(X)
& ~ glycerol_1(X)
& ethyl_alcohol_1(fn_alcoholic_beverage_1(X))
& has_part_2(X,fn_alcoholic_beverage_1(X)) ) ) ).
fof(a527349,axiom,
! [X] :
( aldehyde_1(X)
=> ( original_name_2(X,'Aldehyde')
& user_description_2(X,'An aldehyde is an organic compound containing a formyl group.')
& concept2words_2(X,aldehyde)
& organic_molecule_1(X)
& ~ aflatoxin_1(X)
& ~ amine_1(X)
& ~ antibiotic_1(X)
& ~ carbon_monoxide_1(X)
& ~ carboxylic_acid_1(X)
& ~ ddt_1(X)
& ~ ice_1(X)
& ~ nitroglycerine_1(X)
& ~ opiate_1(X)
& carbon_skeleton_1(fn_aldehyde_3(X))
& constant_motion_1(fn_aldehyde_4(X))
& atom_1(fn_aldehyde_5(X))
& chemical_entity_1(fn_aldehyde_5(X))
& carbon_1(fn_aldehyde_6(X))
& kinetic_energy_1(fn_aldehyde_7(X))
& quantity_value_1(fn_aldehyde_8(X))
& speed_value_1(fn_aldehyde_9(X))
& carbonyl_group_1(fn_aldehyde_10(X))
& chemical_entity_1(fn_functional_group_1(fn_aldehyde_10(X)))
& has_region_2(X,fn_aldehyde_10(X))
& possesses_2(X,fn_aldehyde_7(X))
& quantity_2(fn_aldehyde_7(X),fn_aldehyde_8(X))
& directly_proportional_2(fn_aldehyde_9(X),fn_aldehyde_8(X))
& speed_2(fn_aldehyde_4(X),fn_aldehyde_9(X))
& object_2(fn_aldehyde_4(X),X)
& has_part_2(X,fn_aldehyde_5(X))
& has_region_2(X,fn_aldehyde_3(X))
& is_inside_2(fn_aldehyde_6(X),fn_aldehyde_3(X))
& has_part_2(X,fn_aldehyde_6(X))
& fn_aldehyde_5(X) != fn_aldehyde_6(X)
& fn_aldehyde_6(X) != fn_aldehyde_5(X)
& X = fn_functional_group_1(fn_aldehyde_10(X))
& fn_aldehyde_1(X) = fn_molecule_1(X)
& fn_aldehyde_2(X) = fn_molecule_2(X)
& fn_aldehyde_4(X) = fn_molecule_8(X)
& fn_aldehyde_9(X) = fn_molecule_3(X)
& fn_aldehyde_8(X) = fn_molecule_4(X)
& fn_aldehyde_7(X) = fn_molecule_12(X)
& fn_aldehyde_5(X) = fn_organic_molecule_2(X)
& fn_aldehyde_6(X) = fn_organic_molecule_1(X)
& fn_aldehyde_3(X) = fn_organic_molecule_3(X) ) ) ).
fof(a527350,axiom,
! [X] :
( aldolase_1(X)
=> ( original_name_2(X,'Aldolase')
& user_description_2(X,'An aldolase is an enzyme that cleaves an aldol.')
& concept2words_2(X,aldolase)
& lyase_1(X)
& disulfide_bond_1(fn_aldolase_1(X))
& catalyst_1(fn_aldolase_2(X))
& size_value_1(fn_aldolase_3(X))
& spatial_entity_1(fn_aldolase_4(X))
& chemical_entity_1(fn_aldolase_4(X))
& monomer_1(fn_aldolase_4(X))
& molecule_1(fn_aldolase_4(X))
& amino_acid_1(fn_aldolase_4(X))
& quantity_value_1(fn_aldolase_5(X))
& speed_value_1(fn_aldolase_6(X))
& constant_motion_1(fn_aldolase_7(X))
& decrease_1(fn_aldolase_8(X))
& chemical_reaction_1(fn_aldolase_9(X))
& size_value_1(fn_aldolase_10(X))
& atom_1(fn_aldolase_11(X))
& chemical_entity_1(fn_aldolase_11(X))
& carbon_1(fn_aldolase_12(X))
& monomer_1(fn_aldolase_13(X))
& polypeptide_1(fn_aldolase_14(X))
& active_site_1(fn_aldolase_15(X))
& carbon_skeleton_1(fn_aldolase_16(X))
& surface_1(fn_aldolase_17(X))
& hydrophilic_region_1(fn_aldolase_18(X))
& protein_domain_1(fn_aldolase_19(X))
& kinetic_energy_1(fn_aldolase_20(X))
& protein_1(fn_disulfide_bond_3(fn_aldolase_1(X)))
& possesses_2(X,fn_aldolase_1(X))
& possesses_2(X,fn_aldolase_20(X))
& quantity_2(fn_aldolase_20(X),fn_aldolase_5(X))
& directly_proportional_2(fn_aldolase_6(X),fn_aldolase_5(X))
& speed_2(fn_aldolase_7(X),fn_aldolase_6(X))
& object_2(fn_aldolase_7(X),X)
& has_function_2(X,fn_aldolase_8(X))
& enables_2(fn_aldolase_8(X),fn_aldolase_9(X))
& plays_2(X,fn_aldolase_2(X))
& in_event_2(fn_aldolase_2(X),fn_aldolase_9(X))
& site_2(fn_aldolase_9(X),fn_aldolase_15(X))
& facilitates_2(fn_aldolase_15(X),fn_aldolase_9(X))
& has_function_2(X,fn_aldolase_9(X))
& has_region_2(X,fn_aldolase_18(X))
& is_at_2(fn_aldolase_18(X),fn_aldolase_17(X))
& has_region_2(X,fn_aldolase_17(X))
& has_part_2(X,fn_aldolase_14(X))
& has_part_2(fn_aldolase_14(X),fn_aldolase_4(X))
& is_at_2(fn_aldolase_4(X),fn_aldolase_19(X))
& has_part_2(X,fn_aldolase_11(X))
& the_scalar_value_2(fn_aldolase_10(X),big_0)
& scalar_unit_class_2(fn_aldolase_10(X),polypeptide_0)
& has_region_2(X,fn_aldolase_15(X))
& size_2(X,fn_aldolase_10(X))
& greater_than_2(fn_aldolase_10(X),fn_aldolase_3(X))
& size_2(fn_aldolase_13(X),fn_aldolase_3(X))
& has_part_2(X,fn_aldolase_13(X))
& has_region_2(X,fn_aldolase_19(X))
& has_region_2(X,fn_aldolase_16(X))
& is_inside_2(fn_aldolase_12(X),fn_aldolase_16(X))
& has_part_2(X,fn_aldolase_12(X))
& fn_aldolase_11(X) != fn_aldolase_12(X)
& fn_aldolase_12(X) != fn_aldolase_11(X)
& X = fn_disulfide_bond_3(fn_aldolase_1(X))
& fn_aldolase_7(X) = fn_molecule_8(X)
& fn_aldolase_6(X) = fn_molecule_3(X)
& fn_aldolase_5(X) = fn_molecule_4(X)
& fn_aldolase_20(X) = fn_molecule_12(X)
& fn_aldolase_8(X) = fn_enzyme_5(X)
& fn_aldolase_15(X) = fn_enzyme_2(X)
& fn_aldolase_9(X) = fn_enzyme_4(X)
& fn_aldolase_2(X) = fn_enzyme_6(X)
& fn_aldolase_4(X) = fn_protein_14(X)
& fn_aldolase_14(X) = fn_protein_8(X)
& fn_aldolase_17(X) = fn_protein_5(X)
& fn_aldolase_18(X) = fn_protein_1(X)
& fn_aldolase_4(X) = fn_protein_enzyme_11(X)
& fn_aldolase_15(X) = fn_protein_enzyme_10(X)
& fn_aldolase_19(X) = fn_protein_enzyme_5(X)
& fn_aldolase_13(X) = fn_protein_enzyme_9(X)
& fn_aldolase_3(X) = fn_protein_enzyme_4(X)
& fn_aldolase_10(X) = fn_protein_9(X)
& fn_aldolase_10(X) = fn_protein_enzyme_3(X)
& fn_aldolase_11(X) = fn_organic_molecule_2(X)
& fn_aldolase_11(X) = fn_protein_enzyme_8(X)
& fn_aldolase_12(X) = fn_organic_molecule_1(X)
& fn_aldolase_12(X) = fn_protein_enzyme_7(X)
& fn_aldolase_16(X) = fn_organic_molecule_3(X)
& fn_aldolase_16(X) = fn_protein_enzyme_6(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_1(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_3(X)
& fn_protein_enzyme_6(X) = fn_organic_molecule_3(X)
& fn_organic_molecule_3(X) = fn_protein_enzyme_6(X) ) ) ).
fof(a527351,axiom,
! [X] :
( aldose_1(X)
=> ( original_name_2(X,'Aldose')
& user_description_2(X,'An aldose is a monosaccharide (a simple sugar) containing one aldehyde group per molecule and having a chemical formula of the form Cn(H2O)n.')
& concept2words_2(X,'aldose sugar')
& concept2words_2(X,'aldose-sugar')
& concept2words_2(X,aldose)
& aldehyde_1(X)
& monosaccharide_1(X)
& ~ acetaldehyde_1(X)
& ~ disaccharide_1(X)
& ~ nucleic_acid_1(X)
& ~ oligosaccharide_1(X)
& ~ polypeptide_1(X)
& ~ polysaccharide_1(X)
& ~ proteasome_1(X)
& ~ protein_dimer_1(X)
& ~ protein_1(X)
& ~ sporopollenin_1(X)
& ~ sister_chromatid_1(X)
& system_1(fn_aldose_1(X))
& end_1(fn_aldose_2(X))
& entity_1(fn_aldose_3(X))
& chemical_entity_1(fn_aldose_3(X))
& atom_1(fn_aldose_3(X))
& hydrogen_1(fn_aldose_3(X))
& entity_1(fn_aldose_4(X))
& atom_1(fn_aldose_4(X))
& chemical_entity_1(fn_aldose_4(X))
& oxygen_1(fn_aldose_4(X))
& functional_group_1(fn_aldose_5(X))
& hydroxyl_group_1(fn_aldose_5(X))
& functional_group_1(fn_aldose_6(X))
& carbonyl_group_1(fn_aldose_6(X))
& double_bond_1(fn_aldose_7(X))
& polar_covalent_bond_1(fn_aldose_8(X))
& entity_1(fn_aldose_9(X))
& chemical_entity_1(fn_aldose_9(X))
& atom_1(fn_aldose_9(X))
& oxygen_1(fn_aldose_9(X))
& entity_1(fn_aldose_10(X))
& chemical_entity_1(fn_aldose_10(X))
& atom_1(fn_aldose_10(X))
& carbon_1(fn_aldose_10(X))
& carbon_skeleton_1(fn_aldose_11(X))
& double_bond_1(fn_carbonyl_group_8(fn_aldose_6(X)))
& entity_1(fn_carbonyl_group_7(fn_aldose_6(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_aldose_6(X)))
& atom_1(fn_carbonyl_group_7(fn_aldose_6(X)))
& carbon_1(fn_carbonyl_group_7(fn_aldose_6(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_aldose_5(X)))
& oxygen_1(fn_carbonyl_group_9(fn_aldose_6(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_aldose_5(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_aldose_5(X)))
& chemical_entity_1(fn_functional_group_1(fn_aldose_6(X)))
& chemical_entity_1(fn_functional_group_1(fn_aldose_5(X)))
& is_at_2(fn_aldose_6(X),fn_aldose_2(X))
& has_region_2(X,fn_aldose_2(X))
& is_at_2(fn_aldose_2(X),fn_aldose_11(X))
& has_part_2(X,fn_aldose_10(X))
& has_part_2(X,fn_aldose_3(X))
& has_part_2(X,fn_aldose_9(X))
& possesses_2(X,fn_aldose_7(X))
& has_region_2(X,fn_aldose_6(X))
& possesses_2(X,fn_aldose_8(X))
& has_region_2(X,fn_aldose_5(X))
& has_part_2(X,fn_aldose_4(X))
& fn_aldose_3(X) != fn_aldose_4(X)
& fn_aldose_4(X) != fn_aldose_3(X)
& fn_aldose_9(X) != fn_aldose_4(X)
& fn_aldose_4(X) != fn_aldose_9(X)
& has_region_2(X,fn_aldose_11(X))
& is_inside_2(fn_aldose_10(X),fn_aldose_11(X))
& fn_aldose_10(X) != fn_aldose_4(X)
& fn_aldose_3(X) != fn_aldose_10(X)
& fn_aldose_10(X) != fn_aldose_3(X)
& fn_aldose_4(X) != fn_aldose_10(X)
& is_inside_2(fn_aldose_10(X),fn_aldose_6(X))
& is_inside_2(fn_aldose_9(X),fn_aldose_6(X))
& is_between_2(fn_aldose_7(X),fn_aldose_9(X))
& is_between_2(fn_aldose_7(X),fn_aldose_10(X))
& fn_aldose_10(X) != fn_aldose_9(X)
& fn_aldose_9(X) != fn_aldose_10(X)
& is_inside_2(fn_aldose_4(X),fn_aldose_5(X))
& is_inside_2(fn_aldose_3(X),fn_aldose_5(X))
& is_between_2(fn_aldose_8(X),fn_aldose_3(X))
& is_between_2(fn_aldose_8(X),fn_aldose_4(X))
& fn_aldose_9(X) != fn_aldose_3(X)
& fn_aldose_3(X) != fn_aldose_9(X)
& fn_aldose_7(X) = fn_monosaccharide_16(X)
& X = fn_functional_group_1(fn_aldose_6(X))
& fn_aldose_6(X) = fn_carbohydrate_34(X)
& fn_aldose_6(X) = fn_aldehyde_10(X)
& fn_aldose_6(X) = fn_monosaccharide_17(X)
& fn_aldose_8(X) = fn_monosaccharide_12(X)
& X = fn_functional_group_1(fn_aldose_5(X))
& fn_aldose_5(X) = fn_monosaccharide_10(X)
& fn_aldose_9(X) = fn_monosaccharide_13(X)
& fn_aldose_4(X) = fn_carbohydrate_38(X)
& fn_aldose_4(X) = fn_monosaccharide_18(X)
& fn_aldose_3(X) = fn_aldehyde_5(X)
& fn_aldose_3(X) = fn_monosaccharide_9(X)
& fn_aldose_10(X) = fn_aldehyde_6(X)
& fn_aldose_10(X) = fn_monosaccharide_5(X)
& fn_aldose_11(X) = fn_aldehyde_3(X)
& fn_aldose_11(X) = fn_monosaccharide_6(X)
& fn_aldose_7(X) = fn_carbonyl_group_8(fn_aldose_6(X))
& fn_aldose_10(X) = fn_carbonyl_group_7(fn_aldose_6(X))
& fn_aldose_9(X) = fn_carbonyl_group_9(fn_aldose_6(X))
& fn_aldose_4(X) = fn_hydroxyl_group_4(fn_aldose_5(X))
& fn_aldose_8(X) = fn_hydroxyl_group_7(fn_aldose_5(X))
& fn_aldose_9(X) = fn_carbohydrate_39(X)
& fn_aldose_9(X) = fn_hydroxyl_group_4(fn_aldose_5(X))
& fn_aldose_3(X) = fn_carbohydrate_32(X)
& fn_aldose_5(X) = fn_carbohydrate_33(X)
& fn_aldose_3(X) = fn_hydroxyl_group_6(fn_aldose_5(X))
& fn_monosaccharide_6(X) = fn_aldehyde_3(X)
& fn_aldehyde_3(X) = fn_monosaccharide_6(X)
& fn_monosaccharide_6(X) = fn_monosaccharide_16(X)
& fn_monosaccharide_16(X) = fn_carbonyl_group_8(fn_aldose_6(X))
& fn_carbonyl_group_8(fn_aldose_6(X)) = fn_carbonyl_group_8(fn_aldose_6(X))
& fn_carbonyl_group_8(fn_aldose_6(X)) = fn_aldehyde_6(X)
& fn_monosaccharide_5(X) = fn_aldehyde_6(X)
& fn_aldehyde_6(X) = fn_monosaccharide_5(X)
& fn_monosaccharide_5(X) = fn_monosaccharide_5(X)
& fn_monosaccharide_5(X) = fn_carbonyl_group_7(fn_aldose_6(X))
& fn_carbonyl_group_7(fn_aldose_6(X)) = fn_carbonyl_group_7(fn_aldose_6(X))
& fn_carbonyl_group_7(fn_aldose_6(X)) = fn_carbohydrate_34(X)
& fn_carbohydrate_34(X) = fn_aldehyde_10(X)
& fn_aldehyde_10(X) = fn_aldehyde_10(X)
& fn_aldehyde_10(X) = fn_monosaccharide_17(X)
& fn_monosaccharide_17(X) = fn_monosaccharide_18(X)
& fn_monosaccharide_18(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_monosaccharide_18(X)
& fn_monosaccharide_18(X) = fn_monosaccharide_18(X)
& fn_monosaccharide_18(X) = fn_hydroxyl_group_4(fn_aldose_5(X))
& fn_hydroxyl_group_4(fn_aldose_5(X)) = fn_monosaccharide_12(X)
& fn_monosaccharide_12(X) = fn_hydroxyl_group_7(fn_aldose_5(X))
& fn_hydroxyl_group_7(fn_aldose_5(X)) = fn_hydroxyl_group_7(fn_aldose_5(X))
& fn_hydroxyl_group_7(fn_aldose_5(X)) = fn_monosaccharide_13(X)
& fn_monosaccharide_13(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_monosaccharide_13(X)
& fn_monosaccharide_13(X) = fn_monosaccharide_13(X)
& fn_monosaccharide_13(X) = fn_carbonyl_group_9(fn_aldose_6(X))
& fn_carbonyl_group_9(fn_aldose_6(X)) = fn_carbonyl_group_9(fn_aldose_6(X))
& fn_carbonyl_group_9(fn_aldose_6(X)) = fn_hydroxyl_group_4(fn_aldose_5(X))
& fn_hydroxyl_group_4(fn_aldose_5(X)) = fn_hydroxyl_group_4(fn_aldose_5(X))
& fn_hydroxyl_group_4(fn_aldose_5(X)) = fn_carbohydrate_33(X)
& fn_carbohydrate_33(X) = fn_monosaccharide_10(X)
& fn_monosaccharide_10(X) = fn_carbohydrate_33(X)
& fn_carbohydrate_33(X) = fn_aldehyde_5(X)
& fn_aldehyde_5(X) = fn_aldehyde_5(X)
& fn_aldehyde_5(X) = fn_carbohydrate_32(X)
& fn_carbohydrate_32(X) = fn_carbohydrate_32(X)
& fn_carbohydrate_32(X) = fn_aldehyde_5(X)
& fn_monosaccharide_9(X) = fn_aldehyde_5(X)
& fn_aldehyde_5(X) = fn_monosaccharide_9(X)
& fn_monosaccharide_9(X) = fn_monosaccharide_9(X)
& fn_monosaccharide_9(X) = fn_hydroxyl_group_6(fn_aldose_5(X))
& fn_hydroxyl_group_6(fn_aldose_5(X)) = fn_hydroxyl_group_6(fn_aldose_5(X))
& fn_functional_group_1(fn_aldose_6(X)) = fn_functional_group_1(fn_aldose_5(X)) ) ) ).
fof(a527352,axiom,
! [X] :
( aldosterone_1(X)
=> ( original_name_2(X,'Aldosterone')
& user_description_2(X,'A steroid hormone secreted by the adrenal cortex that acts to increase reabsorption of water and ions, particularly Na+ and K+, by the kidney.')
& concept2words_2(X,aldosterone)
& steroid_hormone_1(X)
& ~ brassinosteroid_1(X)
& ~ corticosteroid_1(X)
& ~ ecdysone_1(X)
& ~ estradiol_1(X)
& ~ progesterone_1(X)
& ~ testosterone_1(X) ) ) ).
fof(a527353,axiom,
! [X] :
( algae_1(X)
=> ( original_name_2(X,'Algae')
& user_description_2(X,'Algae are a large and diverse group of simple, typically autotrophic organisms, ranging from unicellular to multicellular forms.')
& concept2words_2(X,alga)
& concept2words_2(X,algae)
& streptophyta_1(X)
& autotroph_1(fn_algae_1(X))
& specific_heat_value_1(fn_algae_2(X))
& temperature_value_1(fn_algae_3(X))
& water_1(fn_algae_4(X))
& organism_1(fn_autotroph_11(fn_algae_1(X)))
& plays_2(X,fn_algae_1(X))
& has_part_2(X,fn_algae_4(X))
& specific_heat_2(fn_algae_4(X),fn_algae_2(X))
& correspondence_2(fn_algae_3(X),fn_algae_2(X))
& temperature_2(X,fn_algae_3(X))
& X = fn_autotroph_11(fn_algae_1(X))
& fn_algae_3(X) = fn_organism_2(X)
& fn_algae_2(X) = fn_organism_5(X)
& fn_algae_4(X) = fn_organism_4(X) ) ) ).
fof(a527354,axiom,
! [X] :
( algae_bloom_1(X)
=> ( original_name_2(X,'Algae-Bloom')
& user_description_2(X,'Rapid growth of algae in response to sudden increases in limiting nutrients such as nitrogen and phosphorus which are often introduced by sources of human pollution .')
& concept2words_2(X,'red tide')
& concept2words_2(X,'red-tide')
& concept2words_2(X,'algal bloom')
& concept2words_2(X,'algal-bloom')
& concept2words_2(X,'harmful algal bloom')
& concept2words_2(X,'harmful-algal-bloom')
& concept2words_2(X,hab)
& concept2words_2(X,hab)
& concept2words_2(X,'bloom of algae')
& concept2words_2(X,'algae bloom')
& concept2words_2(X,'algae-bloom')
& growth_1(X)
& ~ adulthood_1(X)
& ~ axes_formation_1(X)
& ~ blastulation_1(X)
& ~ eight_cell_stage_1(X)
& ~ embryogenesis_1(X)
& ~ fetal_stage_1(X)
& ~ follicular_phase_1(X)
& ~ juvenile_stage_1(X)
& ~ larval_stage_1(X)
& ~ menopause_1(X)
& ~ multinucleated_stage_1(X)
& ~ segment_formation_1(X)
& ~ sensitive_period_1(X)
& ~ two_cell_stage_1(X) ) ) ).
fof(a527355,axiom,
! [X] :
( algal_cell_1(X)
=> ( original_name_2(X,'Algal-Cell')
& user_description_2(X,'An algal cell is the basic structural unit of algae.')
& concept2words_2(X,'algal cell')
& concept2words_2(X,'algal-cell')
& eukaryotic_cell_1(X)
& walled_cell_1(X)
& ~ plant_cell_1(X)
& protein_enzyme_1(fn_algal_cell_1(X))
& enter_1(fn_algal_cell_2(X))
& hydrophilic_face_1(fn_algal_cell_3(X))
& hydrophilic_face_1(fn_algal_cell_4(X))
& protein_enzyme_1(fn_algal_cell_5(X))
& dna_1(fn_algal_cell_8(X))
& mitochondrial_dna_1(fn_algal_cell_8(X))
& quantity_value_1(fn_algal_cell_9(X))
& quantity_value_1(fn_algal_cell_10(X))
& entity_1(fn_algal_cell_11(X))
& dna_1(fn_algal_cell_11(X))
& spatial_entity_1(fn_algal_cell_12(X))
& membrane_protein_1(fn_algal_cell_12(X))
& tangible_entity_1(fn_algal_cell_12(X))
& transmembrane_protein_1(fn_algal_cell_12(X))
& integral_protein_1(fn_algal_cell_12(X))
& transport_protein_1(fn_algal_cell_12(X))
& hydrophobic_core_1(fn_algal_cell_13(X))
& outside_face_1(fn_algal_cell_14(X))
& extracellular_side_1(fn_algal_cell_14(X))
& tangible_entity_1(fn_algal_cell_15(X))
& membrane_protein_1(fn_algal_cell_15(X))
& protein_1(fn_algal_cell_15(X))
& spatial_entity_1(fn_algal_cell_15(X))
& polymer_1(fn_algal_cell_15(X))
& facilitated_diffusion_of_polar_molecule_1(fn_algal_cell_16(X))
& attach_1(fn_algal_cell_17(X))
& exchange_1(fn_algal_cell_18(X))
& golgi_apparatus_1(fn_algal_cell_19(X))
& mixture_1(fn_algal_cell_22(X))
& cytoplasm_1(fn_algal_cell_22(X))
& ribosome_1(fn_algal_cell_23(X))
& eukaryotic_ribosome_1(fn_algal_cell_23(X))
& eukaryotic_chromosome_1(fn_algal_cell_24(X))
& chromosome_1(fn_algal_cell_24(X))
& volume_value_1(fn_algal_cell_25(X))
& surface_1(fn_algal_cell_26(X))
& size_value_1(fn_algal_cell_27(X))
& tangible_entity_1(fn_algal_cell_28(X))
& phospholipid_bilayer_1(fn_algal_cell_28(X))
& substance_1(fn_algal_cell_29(X))
& cytosol_1(fn_algal_cell_29(X))
& carbon_skeleton_1(fn_algal_cell_30(X))
& transfer_1(fn_algal_cell_31(X))
& transfer_1(fn_algal_cell_32(X))
& chemical_entity_1(fn_algal_cell_33(X))
& entity_1(fn_algal_cell_33(X))
& atom_1(fn_algal_cell_33(X))
& carbon_1(fn_algal_cell_33(X))
& semiautonomous_organelle_1(fn_algal_cell_34(X))
& mitochondrion_1(fn_algal_cell_34(X))
& organelle_1(fn_algal_cell_34(X))
& tangible_entity_1(fn_algal_cell_35(X))
& phospholipid_bilayer_1(fn_algal_cell_35(X))
& chemical_entity_1(fn_algal_cell_36(X))
& phospholipid_1(fn_algal_cell_37(X))
& phospholipid_layer_1(fn_algal_cell_38(X))
& metabolic_pathway_1(fn_algal_cell_39(X))
& synthesis_reaction_1(fn_algal_cell_39(X))
& chemical_reaction_1(fn_algal_cell_39(X))
& anabolic_pathway_1(fn_algal_cell_39(X))
& synthesis_of_lipid_1(fn_algal_cell_39(X))
& eukaryotic_cellular_respiration_1(fn_algal_cell_40(X))
& algal_cell_wall_1(fn_algal_cell_41(X))
& tangible_entity_1(fn_algal_cell_42(X))
& nucleus_1(fn_algal_cell_42(X))
& membrane_1(fn_algal_cell_43(X))
& spatial_entity_1(fn_algal_cell_43(X))
& biomembrane_1(fn_algal_cell_43(X))
& plasma_membrane_1(fn_algal_cell_43(X))
& cisternal_space_1(fn_algal_cell_44(X))
& chemical_entity_1(fn_algal_cell_45(X))
& lipid_1(fn_algal_cell_45(X))
& glycolipid_1(fn_algal_cell_45(X))
& nuclear_membrane_1(fn_algal_cell_46(X))
& biomembrane_1(fn_algal_cell_46(X))
& substance_1(fn_algal_cell_47(X))
& cytosol_1(fn_algal_cell_47(X))
& endoplasmic_reticulum_1(fn_algal_cell_48(X))
& rough_endoplasmic_reticulum_1(fn_algal_cell_48(X))
& endoplasmic_reticulum_1(fn_algal_cell_49(X))
& smooth_endoplasmic_reticulum_1(fn_algal_cell_49(X))
& cellular_work_1(fn_algal_cell_50(X))
& phospholipid_layer_1(fn_biomembrane_62(fn_algal_cell_46(X)))
& tangible_entity_1(fn_biomembrane_63(fn_algal_cell_46(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_algal_cell_46(X)))
& atom_1(fn_glycolipid_7(fn_algal_cell_45(X)))
& chemical_entity_1(fn_glycolipid_7(fn_algal_cell_45(X)))
& entity_1(fn_glycolipid_13(fn_algal_cell_45(X)))
& atom_1(fn_glycolipid_13(fn_algal_cell_45(X)))
& carbon_1(fn_glycolipid_13(fn_algal_cell_45(X)))
& cisternal_space_1(fn_endoplasmic_reticulum_31(fn_algal_cell_48(X)))
& cisternal_space_1(fn_smooth_endoplasmic_reticulum_39(fn_algal_cell_49(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_algal_cell_39(X)))
& chemical_entity_1(fn_smooth_endoplasmic_reticulum_46(fn_algal_cell_49(X)))
& chemical_entity_1(fn_smooth_endoplasmic_reticulum_15(fn_algal_cell_49(X)))
& synthesis_reaction_1(fn_rough_endoplasmic_reticulum_22(fn_algal_cell_48(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_algal_cell_49(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_algal_cell_49(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_algal_cell_49(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_algal_cell_49(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_algal_cell_49(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_algal_cell_49(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_algal_cell_49(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_algal_cell_49(X)))
& synthesis_of_lipid_1(fn_endoplasmic_reticulum_23(fn_algal_cell_48(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_algal_cell_49(X)))
& mitochondrion_1(fn_endoplasmic_reticulum_14(fn_algal_cell_48(X)))
& transfer_1(fn_rough_endoplasmic_reticulum_55(fn_algal_cell_48(X)))
& transfer_1(fn_endoplasmic_reticulum_25(fn_algal_cell_49(X)))
& eukaryotic_ribosome_1(fn_rough_endoplasmic_reticulum_56(fn_algal_cell_48(X)))
& eukaryotic_ribosome_1(fn_smooth_endoplasmic_reticulum_11(fn_algal_cell_49(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_algal_cell_16(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_algal_cell_16(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_algal_cell_16(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_algal_cell_49(X)))
& substance_1(fn_rough_endoplasmic_reticulum_23(fn_algal_cell_48(X)))
& cytosol_1(fn_rough_endoplasmic_reticulum_23(fn_algal_cell_48(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_algal_cell_49(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_algal_cell_49(X)))
& mixture_1(fn_rough_endoplasmic_reticulum_32(fn_algal_cell_48(X)))
& cytoplasm_1(fn_rough_endoplasmic_reticulum_32(fn_algal_cell_48(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_27(fn_algal_cell_48(X)))
& nucleus_1(fn_rough_endoplasmic_reticulum_27(fn_algal_cell_48(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_algal_cell_49(X)))
& cell_1(fn_metabolic_pathway_1(fn_algal_cell_39(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_62(fn_algal_cell_48(X)))
& eukaryotic_cell_1(fn_rough_endoplasmic_reticulum_62(fn_algal_cell_48(X)))
& cell_1(fn_rough_endoplasmic_reticulum_62(fn_algal_cell_48(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_algal_cell_49(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_algal_cell_49(X)))
& tangible_entity_1(fn_cell_wall_13(fn_algal_cell_41(X)))
& cell_1(fn_cell_wall_13(fn_algal_cell_41(X)))
& eukaryotic_cell_1(fn_endoplasmic_reticulum_11(fn_algal_cell_48(X)))
& cell_1(fn_endoplasmic_reticulum_11(fn_algal_cell_48(X)))
& carbon_skeleton_1(fn_lipid_14(fn_algal_cell_45(X)))
& carbon_skeleton_1(fn_glycolipid_4(fn_algal_cell_45(X)))
& carbon_skeleton_1(fn_biomembrane_71(fn_algal_cell_46(X)))
& chemical_entity_1(fn_rough_endoplasmic_reticulum_30(fn_algal_cell_48(X)))
& glycolipid_1(fn_rough_endoplasmic_reticulum_30(fn_algal_cell_48(X)))
& lipid_1(fn_rough_endoplasmic_reticulum_30(fn_algal_cell_48(X)))
& chemical_entity_1(fn_smooth_endoplasmic_reticulum_24(fn_algal_cell_49(X)))
& glycolipid_1(fn_smooth_endoplasmic_reticulum_24(fn_algal_cell_49(X)))
& lipid_1(fn_synthesis_of_lipid_2(fn_algal_cell_39(X)))
& glycolipid_1(fn_biomembrane_29(fn_algal_cell_46(X)))
& phospholipid_1(fn_smooth_endoplasmic_reticulum_47(fn_algal_cell_49(X)))
& phospholipid_1(fn_smooth_endoplasmic_reticulum_22(fn_algal_cell_49(X)))
& phospholipid_1(fn_biomembrane_67(fn_algal_cell_46(X)))
& fn_algal_cell_4(X) != fn_algal_cell_3(X)
& is_outside_2(fn_algal_cell_4(X),fn_algal_cell_46(X))
& fn_algal_cell_3(X) != fn_algal_cell_4(X)
& is_inside_2(fn_algal_cell_3(X),fn_algal_cell_46(X))
& fn_algal_cell_1(X) != fn_algal_cell_5(X)
& fn_algal_cell_5(X) != fn_algal_cell_1(X)
& origin_2(fn_algal_cell_2(X),fn_algal_cell_44(X))
& destination_2(fn_algal_cell_2(X),fn_algal_cell_44(X))
& has_part_2(fn_algal_cell_22(X),fn_algal_cell_1(X))
& result_2(fn_algal_cell_39(X),fn_algal_cell_45(X))
& path_2(fn_algal_cell_16(X),fn_algal_cell_43(X))
& has_part_2(X,fn_algal_cell_41(X))
& raw_material_2(fn_algal_cell_39(X),fn_algal_cell_36(X))
& result_2(fn_algal_cell_39(X),fn_algal_cell_37(X))
& has_region_2(fn_algal_cell_48(X),fn_algal_cell_44(X))
& site_2(fn_algal_cell_39(X),fn_algal_cell_48(X))
& base_2(fn_algal_cell_39(X),X)
& has_part_2(X,fn_algal_cell_34(X))
& has_region_2(fn_algal_cell_45(X),fn_algal_cell_30(X))
& is_inside_2(fn_algal_cell_33(X),fn_algal_cell_30(X))
& has_part_2(fn_algal_cell_45(X),fn_algal_cell_33(X))
& has_region_2(fn_algal_cell_49(X),fn_algal_cell_44(X))
& is_inside_2(fn_algal_cell_42(X),fn_algal_cell_47(X))
& has_function_2(fn_algal_cell_49(X),fn_algal_cell_39(X))
& site_2(fn_algal_cell_39(X),fn_algal_cell_49(X))
& is_inside_2(fn_algal_cell_49(X),fn_algal_cell_47(X))
& is_inside_2(fn_algal_cell_36(X),fn_algal_cell_47(X))
& is_inside_2(fn_algal_cell_12(X),fn_algal_cell_28(X))
& has_part_2(fn_algal_cell_22(X),fn_algal_cell_5(X))
& agent_2(fn_algal_cell_31(X),fn_algal_cell_49(X))
& donor_2(fn_algal_cell_32(X),fn_algal_cell_48(X))
& is_inside_2(fn_algal_cell_24(X),fn_algal_cell_42(X))
& has_part_2(fn_algal_cell_42(X),fn_algal_cell_46(X))
& has_region_2(fn_algal_cell_12(X),fn_algal_cell_14(X))
& object_2(fn_algal_cell_17(X),fn_algal_cell_12(X))
& base_2(fn_algal_cell_17(X),fn_algal_cell_43(X))
& has_region_2(fn_algal_cell_43(X),fn_algal_cell_13(X))
& is_inside_2(fn_algal_cell_34(X),fn_algal_cell_29(X))
& has_part_2(fn_algal_cell_34(X),fn_algal_cell_8(X))
& quantity_2(fn_algal_cell_8(X),fn_algal_cell_9(X))
& greater_than_2(fn_algal_cell_10(X),fn_algal_cell_9(X))
& greater_than_or_equal_to_2(fn_algal_cell_10(X),fn_algal_cell_9(X))
& has_function_2(X,fn_algal_cell_40(X))
& base_2(fn_algal_cell_40(X),X)
& has_part_2(X,fn_algal_cell_24(X))
& has_part_2(fn_algal_cell_24(X),fn_algal_cell_11(X))
& quantity_2(fn_algal_cell_11(X),fn_algal_cell_10(X))
& subevent_2(fn_algal_cell_18(X),fn_algal_cell_31(X))
& subevent_2(fn_algal_cell_18(X),fn_algal_cell_32(X))
& recipient_2(fn_algal_cell_32(X),fn_algal_cell_49(X))
& has_part_2(X,fn_algal_cell_49(X))
& size_2(X,fn_algal_cell_27(X))
& recipient_2(fn_algal_cell_31(X),fn_algal_cell_48(X))
& fn_algal_cell_48(X) != fn_algal_cell_49(X)
& abuts_2(fn_algal_cell_48(X),fn_algal_cell_49(X))
& abuts_2(fn_algal_cell_49(X),fn_algal_cell_48(X))
& fn_algal_cell_49(X) != fn_algal_cell_48(X)
& is_inside_2(fn_algal_cell_23(X),fn_algal_cell_29(X))
& has_part_2(X,fn_algal_cell_23(X))
& volume_2(X,fn_algal_cell_25(X))
& directly_proportional_2(fn_algal_cell_27(X),fn_algal_cell_25(X))
& the_scalar_value_2(fn_algal_cell_27(X),big_0)
& scalar_unit_class_2(fn_algal_cell_27(X),prokaryote_0)
& has_region_2(fn_algal_cell_43(X),fn_algal_cell_14(X))
& is_outside_2(fn_algal_cell_14(X),fn_algal_cell_43(X))
& is_between_2(fn_algal_cell_22(X),fn_algal_cell_43(X))
& has_part_2(X,fn_algal_cell_22(X))
& has_part_2(X,fn_algal_cell_48(X))
& is_across_2(fn_algal_cell_12(X),fn_algal_cell_43(X))
& is_at_2(fn_algal_cell_12(X),fn_algal_cell_43(X))
& has_part_2(fn_algal_cell_43(X),fn_algal_cell_28(X))
& is_at_2(fn_algal_cell_28(X),fn_algal_cell_26(X))
& has_region_2(X,fn_algal_cell_26(X))
& base_2(fn_algal_cell_50(X),X)
& has_function_2(X,fn_algal_cell_50(X))
& has_part_2(X,fn_algal_cell_43(X))
& has_part_2(fn_algal_cell_43(X),fn_algal_cell_12(X))
& is_across_2(fn_algal_cell_12(X),fn_algal_cell_13(X))
& is_inside_2(fn_algal_cell_22(X),fn_algal_cell_43(X))
& has_part_2(fn_algal_cell_43(X),fn_algal_cell_15(X))
& called_2(fn_algal_cell_15(X),'MP2')
& fn_algal_cell_12(X) != fn_algal_cell_15(X)
& fn_algal_cell_15(X) != fn_algal_cell_12(X)
& has_part_2(X,fn_algal_cell_42(X))
& is_between_2(fn_algal_cell_22(X),fn_algal_cell_42(X))
& has_part_2(fn_algal_cell_22(X),fn_algal_cell_29(X))
& is_inside_2(fn_algal_cell_19(X),fn_algal_cell_29(X))
& has_part_2(X,fn_algal_cell_19(X))
& is_inside_2(fn_algal_cell_30(X),fn_algal_cell_46(X))
& has_part_2(fn_algal_cell_46(X),fn_algal_cell_45(X))
& is_inside_2(fn_algal_cell_37(X),fn_algal_cell_38(X))
& has_region_2(fn_algal_cell_35(X),fn_algal_cell_38(X))
& has_part_2(fn_algal_cell_46(X),fn_algal_cell_35(X))
& fn_algal_cell_45(X) = fn_rough_endoplasmic_reticulum_30(fn_algal_cell_48(X))
& fn_algal_cell_45(X) = fn_smooth_endoplasmic_reticulum_24(fn_algal_cell_49(X))
& fn_algal_cell_45(X) = fn_synthesis_of_lipid_2(fn_algal_cell_39(X))
& fn_algal_cell_43(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_algal_cell_16(X))
& fn_algal_cell_41(X) = fn_walled_cell_1(X)
& X = fn_cell_wall_13(fn_algal_cell_41(X))
& fn_algal_cell_36(X) = fn_anabolic_pathway_6(fn_algal_cell_39(X))
& fn_algal_cell_36(X) = fn_smooth_endoplasmic_reticulum_46(fn_algal_cell_49(X))
& fn_algal_cell_37(X) = fn_smooth_endoplasmic_reticulum_47(fn_algal_cell_49(X))
& fn_algal_cell_37(X) = fn_smooth_endoplasmic_reticulum_22(fn_algal_cell_49(X))
& fn_algal_cell_44(X) = fn_endoplasmic_reticulum_31(fn_algal_cell_48(X))
& fn_algal_cell_34(X) = fn_endoplasmic_reticulum_14(fn_algal_cell_48(X))
& X = fn_metabolic_pathway_1(fn_algal_cell_39(X))
& X = fn_endoplasmic_reticulum_11(fn_algal_cell_48(X))
& fn_algal_cell_39(X) = fn_rough_endoplasmic_reticulum_22(fn_algal_cell_48(X))
& fn_algal_cell_39(X) = fn_endoplasmic_reticulum_23(fn_algal_cell_48(X))
& fn_algal_cell_33(X) = fn_glycolipid_7(fn_algal_cell_45(X))
& fn_algal_cell_33(X) = fn_glycolipid_13(fn_algal_cell_45(X))
& fn_algal_cell_30(X) = fn_lipid_14(fn_algal_cell_45(X))
& fn_algal_cell_30(X) = fn_glycolipid_4(fn_algal_cell_45(X))
& fn_algal_cell_44(X) = fn_smooth_endoplasmic_reticulum_39(fn_algal_cell_49(X))
& fn_algal_cell_42(X) = fn_smooth_endoplasmic_reticulum_10(fn_algal_cell_49(X))
& fn_algal_cell_36(X) = fn_smooth_endoplasmic_reticulum_15(fn_algal_cell_49(X))
& fn_algal_cell_47(X) = fn_smooth_endoplasmic_reticulum_34(fn_algal_cell_49(X))
& fn_algal_cell_39(X) = fn_smooth_endoplasmic_reticulum_23(fn_algal_cell_49(X))
& fn_algal_cell_39(X) = fn_smooth_endoplasmic_reticulum_7(fn_algal_cell_49(X))
& fn_algal_cell_39(X) = fn_smooth_endoplasmic_reticulum_49(fn_algal_cell_49(X))
& fn_algal_cell_39(X) = fn_smooth_endoplasmic_reticulum_48(fn_algal_cell_49(X))
& fn_algal_cell_39(X) = fn_smooth_endoplasmic_reticulum_8(fn_algal_cell_49(X))
& fn_algal_cell_39(X) = fn_smooth_endoplasmic_reticulum_42(fn_algal_cell_49(X))
& fn_algal_cell_20(X) = fn_eukaryotic_cell_60(X)
& fn_algal_cell_21(X) = fn_eukaryotic_cell_28(X)
& fn_algal_cell_5(X) = fn_eukaryotic_cell_21(X)
& fn_algal_cell_7(X) = fn_eukaryotic_cell_7(X)
& fn_algal_cell_31(X) = fn_endoplasmic_reticulum_25(fn_algal_cell_49(X))
& fn_algal_cell_6(X) = fn_eukaryotic_cell_8(X)
& fn_algal_cell_32(X) = fn_rough_endoplasmic_reticulum_55(fn_algal_cell_48(X))
& fn_algal_cell_46(X) = fn_eukaryotic_cell_37(X)
& fn_algal_cell_17(X) = fn_eukaryotic_cell_16(X)
& fn_algal_cell_9(X) = fn_eukaryotic_cell_6(X)
& fn_algal_cell_8(X) = fn_eukaryotic_cell_33(X)
& fn_algal_cell_34(X) = fn_eukaryotic_cell_25(X)
& fn_algal_cell_10(X) = fn_eukaryotic_cell_5(X)
& fn_algal_cell_11(X) = fn_eukaryotic_cell_56(X)
& fn_algal_cell_24(X) = fn_eukaryotic_cell_30(X)
& fn_algal_cell_40(X) = fn_eukaryotic_cell_23(X)
& fn_algal_cell_32(X) = fn_eukaryotic_cell_35(X)
& fn_algal_cell_18(X) = fn_eukaryotic_cell_34(X)
& fn_algal_cell_31(X) = fn_eukaryotic_cell_36(X)
& fn_algal_cell_49(X) = fn_eukaryotic_cell_20(X)
& fn_algal_cell_27(X) = fn_eukaryotic_cell_27(X)
& fn_algal_cell_25(X) = fn_eukaryotic_cell_59(X)
& fn_algal_cell_23(X) = fn_rough_endoplasmic_reticulum_56(fn_algal_cell_48(X))
& fn_algal_cell_23(X) = fn_smooth_endoplasmic_reticulum_11(fn_algal_cell_49(X))
& fn_algal_cell_23(X) = fn_eukaryotic_cell_45(X)
& fn_algal_cell_48(X) = fn_eukaryotic_cell_19(X)
& fn_algal_cell_14(X) = fn_eukaryotic_cell_47(X)
& fn_algal_cell_26(X) = fn_eukaryotic_cell_44(X)
& fn_algal_cell_28(X) = fn_eukaryotic_cell_41(X)
& fn_algal_cell_13(X) = fn_eukaryotic_cell_48(X)
& fn_algal_cell_50(X) = fn_eukaryotic_cell_32(X)
& fn_algal_cell_12(X) = fn_eukaryotic_cell_15(X)
& fn_algal_cell_15(X) = fn_eukaryotic_cell_50(X)
& fn_algal_cell_43(X) = fn_eukaryotic_cell_29(X)
& X = fn_smooth_endoplasmic_reticulum_33(fn_algal_cell_49(X))
& fn_algal_cell_19(X) = fn_smooth_endoplasmic_reticulum_3(fn_algal_cell_49(X))
& fn_algal_cell_29(X) = fn_smooth_endoplasmic_reticulum_34(fn_algal_cell_49(X))
& fn_algal_cell_19(X) = fn_eukaryotic_cell_24(X)
& fn_algal_cell_29(X) = fn_rough_endoplasmic_reticulum_23(fn_algal_cell_48(X))
& fn_algal_cell_29(X) = fn_eukaryotic_cell_42(X)
& fn_algal_cell_22(X) = fn_rough_endoplasmic_reticulum_32(fn_algal_cell_48(X))
& fn_algal_cell_22(X) = fn_eukaryotic_cell_31(X)
& X = fn_rough_endoplasmic_reticulum_62(fn_algal_cell_48(X))
& fn_algal_cell_42(X) = fn_rough_endoplasmic_reticulum_27(fn_algal_cell_48(X))
& fn_algal_cell_42(X) = fn_eukaryotic_cell_26(X)
& fn_algal_cell_30(X) = fn_biomembrane_71(fn_algal_cell_46(X))
& fn_algal_cell_45(X) = fn_biomembrane_29(fn_algal_cell_46(X))
& fn_algal_cell_37(X) = fn_biomembrane_67(fn_algal_cell_46(X))
& fn_algal_cell_38(X) = fn_biomembrane_62(fn_algal_cell_46(X))
& fn_algal_cell_35(X) = fn_biomembrane_63(fn_algal_cell_46(X))
& fn_glycolipid_7(fn_algal_cell_45(X)) = fn_glycolipid_13(fn_algal_cell_45(X))
& fn_glycolipid_13(fn_algal_cell_45(X)) = fn_glycolipid_13(fn_algal_cell_45(X))
& fn_glycolipid_13(fn_algal_cell_45(X)) = fn_endoplasmic_reticulum_31(fn_algal_cell_48(X))
& fn_endoplasmic_reticulum_31(fn_algal_cell_48(X)) = fn_smooth_endoplasmic_reticulum_39(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_39(fn_algal_cell_49(X)) = fn_anabolic_pathway_6(fn_algal_cell_39(X))
& fn_anabolic_pathway_6(fn_algal_cell_39(X)) = fn_smooth_endoplasmic_reticulum_46(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_46(fn_algal_cell_49(X)) = fn_smooth_endoplasmic_reticulum_46(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_46(fn_algal_cell_49(X)) = fn_smooth_endoplasmic_reticulum_15(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_15(fn_algal_cell_49(X)) = fn_rough_endoplasmic_reticulum_22(fn_algal_cell_48(X))
& fn_smooth_endoplasmic_reticulum_23(fn_algal_cell_49(X)) = fn_rough_endoplasmic_reticulum_22(fn_algal_cell_48(X))
& fn_rough_endoplasmic_reticulum_22(fn_algal_cell_48(X)) = fn_smooth_endoplasmic_reticulum_23(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_23(fn_algal_cell_49(X)) = fn_smooth_endoplasmic_reticulum_23(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_7(fn_algal_cell_49(X)) = fn_smooth_endoplasmic_reticulum_23(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_23(fn_algal_cell_49(X)) = fn_smooth_endoplasmic_reticulum_7(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_7(fn_algal_cell_49(X)) = fn_smooth_endoplasmic_reticulum_7(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_49(fn_algal_cell_49(X)) = fn_smooth_endoplasmic_reticulum_7(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_7(fn_algal_cell_49(X)) = fn_smooth_endoplasmic_reticulum_49(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_48(fn_algal_cell_49(X)) = fn_smooth_endoplasmic_reticulum_49(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_49(fn_algal_cell_49(X)) = fn_smooth_endoplasmic_reticulum_49(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_49(fn_algal_cell_49(X)) = fn_smooth_endoplasmic_reticulum_48(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_48(fn_algal_cell_49(X)) = fn_smooth_endoplasmic_reticulum_48(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_8(fn_algal_cell_49(X)) = fn_smooth_endoplasmic_reticulum_48(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_48(fn_algal_cell_49(X)) = fn_smooth_endoplasmic_reticulum_8(fn_algal_cell_49(X))
& fn_endoplasmic_reticulum_23(fn_algal_cell_48(X)) = fn_smooth_endoplasmic_reticulum_8(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_8(fn_algal_cell_49(X)) = fn_smooth_endoplasmic_reticulum_8(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_8(fn_algal_cell_49(X)) = fn_endoplasmic_reticulum_23(fn_algal_cell_48(X))
& fn_endoplasmic_reticulum_23(fn_algal_cell_48(X)) = fn_endoplasmic_reticulum_23(fn_algal_cell_48(X))
& fn_endoplasmic_reticulum_23(fn_algal_cell_48(X)) = fn_smooth_endoplasmic_reticulum_42(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_42(fn_algal_cell_49(X)) = fn_smooth_endoplasmic_reticulum_42(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_42(fn_algal_cell_49(X)) = fn_endoplasmic_reticulum_14(fn_algal_cell_48(X))
& fn_endoplasmic_reticulum_14(fn_algal_cell_48(X)) = fn_eukaryotic_cell_25(X)
& fn_eukaryotic_cell_25(X) = fn_eukaryotic_cell_25(X)
& fn_eukaryotic_cell_25(X) = fn_rough_endoplasmic_reticulum_55(fn_algal_cell_48(X))
& fn_rough_endoplasmic_reticulum_55(fn_algal_cell_48(X)) = fn_eukaryotic_cell_35(X)
& fn_eukaryotic_cell_35(X) = fn_eukaryotic_cell_35(X)
& fn_eukaryotic_cell_35(X) = fn_endoplasmic_reticulum_25(fn_algal_cell_49(X))
& fn_endoplasmic_reticulum_25(fn_algal_cell_49(X)) = fn_eukaryotic_cell_36(X)
& fn_eukaryotic_cell_36(X) = fn_eukaryotic_cell_36(X)
& fn_eukaryotic_cell_36(X) = fn_smooth_endoplasmic_reticulum_11(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_11(fn_algal_cell_49(X)) = fn_rough_endoplasmic_reticulum_56(fn_algal_cell_48(X))
& fn_rough_endoplasmic_reticulum_56(fn_algal_cell_48(X)) = fn_smooth_endoplasmic_reticulum_11(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_11(fn_algal_cell_49(X)) = fn_smooth_endoplasmic_reticulum_11(fn_algal_cell_49(X))
& fn_eukaryotic_cell_45(X) = fn_smooth_endoplasmic_reticulum_11(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_11(fn_algal_cell_49(X)) = fn_eukaryotic_cell_45(X)
& fn_eukaryotic_cell_45(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_algal_cell_16(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_algal_cell_16(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_smooth_endoplasmic_reticulum_3(fn_algal_cell_49(X))
& fn_eukaryotic_cell_24(X) = fn_smooth_endoplasmic_reticulum_3(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_3(fn_algal_cell_49(X)) = fn_eukaryotic_cell_24(X)
& fn_eukaryotic_cell_24(X) = fn_rough_endoplasmic_reticulum_23(fn_algal_cell_48(X))
& fn_rough_endoplasmic_reticulum_23(fn_algal_cell_48(X)) = fn_smooth_endoplasmic_reticulum_34(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_34(fn_algal_cell_49(X)) = fn_smooth_endoplasmic_reticulum_34(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_34(fn_algal_cell_49(X)) = fn_rough_endoplasmic_reticulum_23(fn_algal_cell_48(X))
& fn_rough_endoplasmic_reticulum_23(fn_algal_cell_48(X)) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_smooth_endoplasmic_reticulum_34(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_34(fn_algal_cell_49(X)) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_rough_endoplasmic_reticulum_32(fn_algal_cell_48(X))
& fn_rough_endoplasmic_reticulum_32(fn_algal_cell_48(X)) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_smooth_endoplasmic_reticulum_10(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_10(fn_algal_cell_49(X)) = fn_rough_endoplasmic_reticulum_27(fn_algal_cell_48(X))
& fn_rough_endoplasmic_reticulum_27(fn_algal_cell_48(X)) = fn_rough_endoplasmic_reticulum_27(fn_algal_cell_48(X))
& fn_rough_endoplasmic_reticulum_27(fn_algal_cell_48(X)) = fn_smooth_endoplasmic_reticulum_10(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_10(fn_algal_cell_49(X)) = fn_eukaryotic_cell_26(X)
& fn_eukaryotic_cell_26(X) = fn_eukaryotic_cell_26(X)
& fn_eukaryotic_cell_26(X) = fn_metabolic_pathway_1(fn_algal_cell_39(X))
& fn_metabolic_pathway_1(fn_algal_cell_39(X)) = fn_rough_endoplasmic_reticulum_62(fn_algal_cell_48(X))
& fn_rough_endoplasmic_reticulum_62(fn_algal_cell_48(X)) = fn_rough_endoplasmic_reticulum_62(fn_algal_cell_48(X))
& fn_rough_endoplasmic_reticulum_62(fn_algal_cell_48(X)) = fn_smooth_endoplasmic_reticulum_33(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_33(fn_algal_cell_49(X)) = fn_rough_endoplasmic_reticulum_62(fn_algal_cell_48(X))
& fn_rough_endoplasmic_reticulum_62(fn_algal_cell_48(X)) = fn_cell_wall_13(fn_algal_cell_41(X))
& fn_cell_wall_13(fn_algal_cell_41(X)) = fn_smooth_endoplasmic_reticulum_33(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_33(fn_algal_cell_49(X)) = fn_smooth_endoplasmic_reticulum_33(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_33(fn_algal_cell_49(X)) = fn_cell_wall_13(fn_algal_cell_41(X))
& fn_cell_wall_13(fn_algal_cell_41(X)) = fn_endoplasmic_reticulum_11(fn_algal_cell_48(X))
& fn_endoplasmic_reticulum_11(fn_algal_cell_48(X)) = fn_endoplasmic_reticulum_11(fn_algal_cell_48(X))
& fn_endoplasmic_reticulum_11(fn_algal_cell_48(X)) = fn_glycolipid_4(fn_algal_cell_45(X))
& fn_glycolipid_4(fn_algal_cell_45(X)) = fn_lipid_14(fn_algal_cell_45(X))
& fn_lipid_14(fn_algal_cell_45(X)) = fn_glycolipid_4(fn_algal_cell_45(X))
& fn_glycolipid_4(fn_algal_cell_45(X)) = fn_glycolipid_4(fn_algal_cell_45(X))
& fn_glycolipid_4(fn_algal_cell_45(X)) = fn_biomembrane_71(fn_algal_cell_46(X))
& fn_biomembrane_71(fn_algal_cell_46(X)) = fn_rough_endoplasmic_reticulum_30(fn_algal_cell_48(X))
& fn_rough_endoplasmic_reticulum_30(fn_algal_cell_48(X)) = fn_smooth_endoplasmic_reticulum_24(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_24(fn_algal_cell_49(X)) = fn_smooth_endoplasmic_reticulum_24(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_24(fn_algal_cell_49(X)) = fn_synthesis_of_lipid_2(fn_algal_cell_39(X))
& fn_synthesis_of_lipid_2(fn_algal_cell_39(X)) = fn_synthesis_of_lipid_2(fn_algal_cell_39(X))
& fn_synthesis_of_lipid_2(fn_algal_cell_39(X)) = fn_biomembrane_29(fn_algal_cell_46(X))
& fn_biomembrane_29(fn_algal_cell_46(X)) = fn_smooth_endoplasmic_reticulum_47(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_47(fn_algal_cell_49(X)) = fn_smooth_endoplasmic_reticulum_22(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_22(fn_algal_cell_49(X)) = fn_smooth_endoplasmic_reticulum_22(fn_algal_cell_49(X))
& fn_smooth_endoplasmic_reticulum_22(fn_algal_cell_49(X)) = fn_biomembrane_67(fn_algal_cell_46(X)) ) ) ).
fof(a527356,axiom,
! [X] :
( algal_cell_wall_1(X)
=> ( original_name_2(X,'Algal-Cell-Wall')
& user_description_2(X,'A rigid layer, surrounding the cells algae. The composition of the cell wall varies depending on the type of algae.')
& concept2words_2(X,'algal cell wall')
& concept2words_2(X,'algal-cell-wall')
& cell_wall_1(X) ) ) ).
fof(a527357,axiom,
! [X] :
( alimentary_canal_1(X)
=> ( original_name_2(X,'Alimentary-Canal')
& user_description_2(X,'In animals, a digestive tract consisting of a tube running between a mouth and an anus; also called a complete digestive tract.')
& concept2words_2(X,'complete digestive system')
& concept2words_2(X,'complete-digestive-system')
& concept2words_2(X,gut)
& concept2words_2(X,'alimentary canal')
& concept2words_2(X,'alimentary-canal')
& digestive_tract_1(X)
& canal_1(X)
& sphincter_1(fn_alimentary_canal_1(X))
& sphincter_1(fn_alimentary_canal_2(X))
& sphincter_1(fn_alimentary_canal_3(X))
& small_intestine_1(fn_alimentary_canal_4(X))
& mouth_1(fn_alimentary_canal_5(X))
& anus_1(fn_alimentary_canal_6(X))
& length_value_1(fn_alimentary_canal_7(X))
& sphincter_1(fn_alimentary_canal_9(X))
& pyloric_sphincter_1(fn_alimentary_canal_10(X))
& esophagus_1(fn_alimentary_canal_11(X))
& stomach_1(fn_alimentary_canal_12(X))
& large_intestine_1(fn_alimentary_canal_13(X))
& rectum_1(fn_alimentary_canal_14(X))
& end_1(fn_alimentary_canal_15(X))
& end_1(fn_alimentary_canal_16(X))
& rectum_1(fn_large_intestine_2(fn_alimentary_canal_13(X)))
& end_1(fn_esophagus_2(fn_alimentary_canal_11(X)))
& pyloric_sphincter_1(fn_esophagus_1(fn_alimentary_canal_11(X)))
& end_1(fn_esophagus_3(fn_alimentary_canal_11(X)))
& sphincter_1(fn_esophagus_5(fn_alimentary_canal_11(X)))
& stomach_1(fn_esophagus_4(fn_alimentary_canal_11(X)))
& alimentary_canal_1(fn_esophagus_8(fn_alimentary_canal_11(X)))
& the_scalar_value_2(fn_alimentary_canal_7(X),long_0)
& scalar_unit_class_2(fn_alimentary_canal_7(X),digestive_organ_0)
& called_2(fn_alimentary_canal_16(X),'E1')
& called_2(fn_alimentary_canal_15(X),'E2')
& is_at_2(fn_alimentary_canal_6(X),fn_alimentary_canal_15(X))
& is_at_2(fn_alimentary_canal_5(X),fn_alimentary_canal_16(X))
& is_inside_2(fn_alimentary_canal_13(X),X)
& length_2(fn_alimentary_canal_4(X),fn_alimentary_canal_7(X))
& is_inside_2(fn_alimentary_canal_4(X),X)
& called_2(fn_alimentary_canal_3(X),'SP5')
& is_between_2(fn_alimentary_canal_3(X),fn_alimentary_canal_14(X))
& is_between_2(fn_alimentary_canal_3(X),fn_alimentary_canal_6(X))
& fn_alimentary_canal_3(X) != fn_alimentary_canal_2(X)
& is_inside_2(fn_alimentary_canal_3(X),X)
& called_2(fn_alimentary_canal_2(X),'SP4')
& fn_alimentary_canal_2(X) != fn_alimentary_canal_3(X)
& is_between_2(fn_alimentary_canal_2(X),fn_alimentary_canal_14(X))
& is_between_2(fn_alimentary_canal_2(X),fn_alimentary_canal_6(X))
& is_inside_2(fn_alimentary_canal_2(X),X)
& called_2(fn_alimentary_canal_1(X),'SP3')
& is_between_2(fn_alimentary_canal_1(X),fn_alimentary_canal_4(X))
& is_between_2(fn_alimentary_canal_1(X),fn_alimentary_canal_13(X))
& is_inside_2(fn_alimentary_canal_1(X),X)
& is_between_2(fn_alimentary_canal_10(X),fn_alimentary_canal_4(X))
& has_part_2(fn_alimentary_canal_13(X),fn_alimentary_canal_14(X))
& called_2(fn_alimentary_canal_10(X),'SP2')
& is_between_2(fn_alimentary_canal_9(X),fn_alimentary_canal_11(X))
& called_2(fn_alimentary_canal_9(X),'SP1')
& is_between_2(fn_alimentary_canal_10(X),fn_alimentary_canal_12(X))
& is_inside_2(fn_alimentary_canal_10(X),X)
& has_region_2(X,fn_alimentary_canal_15(X))
& is_inside_2(fn_alimentary_canal_11(X),X)
& is_inside_2(fn_alimentary_canal_12(X),X)
& is_between_2(fn_alimentary_canal_9(X),fn_alimentary_canal_12(X))
& is_inside_2(fn_alimentary_canal_9(X),X)
& has_region_2(X,fn_alimentary_canal_16(X))
& fn_alimentary_canal_14(X) = fn_large_intestine_2(fn_alimentary_canal_13(X))
& fn_alimentary_canal_15(X) = fn_esophagus_2(fn_alimentary_canal_11(X))
& fn_alimentary_canal_10(X) = fn_esophagus_1(fn_alimentary_canal_11(X))
& fn_alimentary_canal_16(X) = fn_esophagus_3(fn_alimentary_canal_11(X))
& fn_alimentary_canal_9(X) = fn_esophagus_5(fn_alimentary_canal_11(X))
& fn_alimentary_canal_12(X) = fn_esophagus_4(fn_alimentary_canal_11(X))
& X = fn_esophagus_8(fn_alimentary_canal_11(X))
& fn_esophagus_8(fn_alimentary_canal_11(X)) = fn_esophagus_8(fn_alimentary_canal_11(X)) ) ) ).
fof(a527358,axiom,
! [X] :
( alkaptonuria_1(X)
=> ( original_name_2(X,'Alkaptonuria')
& user_description_2(X,'A hereditary disease in which urine turns black because of an inability to metabolize alkapton, which accumulates in the blood and is excreted in the urine.')
& concept2words_2(X,'black urine disease')
& concept2words_2(X,'black-urine-disease')
& concept2words_2(X,alcaptonuria)
& concept2words_2(X,alkaptonuria)
& inborn_error_of_metabolism_1(X)
& ~ achondroplasia_1(X)
& ~ angelman_syndrome_1(X)
& ~ cri_du_chat_syndrome_1(X)
& ~ cystic_fibrosis_1(X)
& ~ down_syndrome_1(X)
& ~ huntingtons_disease_1(X)
& ~ klinefelter_syndrome_1(X)
& ~ multifactorial_genetic_disorder_1(X)
& ~ phenylketonuria_1(X)
& ~ polydactyly_1(X)
& ~ prader_willi_syndrome_1(X)
& ~ sex_linked_human_genetic_disorder_1(X)
& ~ sickle_cell_anemia_1(X)
& ~ tay_sachs_disease_1(X)
& ~ triple_x_1(X)
& ~ turner_syndrome_1(X) ) ) ).
fof(a527359,axiom,
! [X] :
( allantois_1(X)
=> ( original_name_2(X,'Allantois')
& user_description_2(X,'One of four extraembryonic membranes; serves as a repository for the embryos nitrogenous waste and functions in gas exchange.')
& concept2words_2(X,allantois)
& extraembryonic_membrane_1(X)
& ~ amnion_1(X)
& ~ chorion_1(X)
& ~ yolk_sac_1(X) ) ) ).
fof(a527360,axiom,
! [X] :
( allee_effect_1(X)
=> ( original_name_2(X,'Allee-Effect')
& user_description_2(X,'A positive correlation between population density and individual fitness. First described by W.C. Allee, who showed experimentally that goldfish grew more rapidly in crowded tanks than in uncrowded tanks.')
& concept2words_2(X,'allee effect')
& concept2words_2(X,'allee-effect')
& condition_1(X) ) ) ).
fof(a527361,axiom,
! [X] :
( allele_1(X)
=> ( original_name_2(X,'Allele')
& user_description_2(X,'Any of the alternative versions of a gene that produce distinguishable phenotypic effects.')
& concept2words_2(X,'variant of gene')
& concept2words_2(X,'gene variant')
& concept2words_2(X,allele)
& gene_1(X) ) ) ).
fof(a527362,axiom,
! [X] :
( allele_i_1(X)
=> ( original_name_2(X,'Allele-i')
& user_description_2(X,'Recessive blood allele symbolizing the lack of the IA or IB allele.')
& concept2words_2(X,'allele i')
& concept2words_2(X,'allele-i')
& blood_allele_1(X)
& ~ ia_1(X)
& ~ ib_1(X) ) ) ).
fof(a527363,axiom,
! [X] :
( allergy_1(X)
=> ( original_name_2(X,'Allergy')
& user_description_2(X,'A hypersensitivity to normally harmless environmental substances.')
& concept2words_2(X,'show allergic reaction')
& concept2words_2(X,allergy)
& immune_response_1(X) ) ) ).
fof(a527364,axiom,
! [X] :
( allocate_resource_1(X)
=> ( original_name_2(X,'Allocate-Resource')
& concept2words_2(X,allocate)
& concept2words_2(X,apportion)
& concept2words_2(X,'allocate resource')
& concept2words_2(X,'allocate-resource')
& action_1(X)
& entity_1(fn_allocate_resource_1(X))
& resource_1(fn_allocate_resource_2(X))
& object_2(X,fn_allocate_resource_1(X))
& in_event_2(fn_allocate_resource_2(X),X)
& plays_2(fn_allocate_resource_1(X),fn_allocate_resource_2(X)) ) ) ).
fof(a527365,axiom,
! [X] :
( allolactose_1(X)
=> ( original_name_2(X,'Allolactose')
& user_description_2(X,'A form of lactose that acts as the inducer for the lac operon.')
& concept2words_2(X,allolactose)
& lactose_1(X)
& binding_site_1(fn_allolactose_1(X))
& transcription_1(fn_allolactose_2(X))
& lactose_1(fn_allolactose_3(X))
& free_energy_1(fn_allolactose_4(X))
& constant_motion_1(fn_allolactose_7(X))
& entity_1(fn_allolactose_8(X))
& atom_1(fn_allolactose_8(X))
& chemical_entity_1(fn_allolactose_8(X))
& oxygen_1(fn_allolactose_8(X))
& galactose_1(fn_allolactose_9(X))
& covalent_bond_1(fn_allolactose_10(X))
& double_bond_1(fn_allolactose_10(X))
& covalent_bond_1(fn_allolactose_11(X))
& polar_covalent_bond_1(fn_allolactose_11(X))
& kinetic_energy_1(fn_allolactose_12(X))
& carbon_skeleton_1(fn_allolactose_13(X))
& functional_group_1(fn_allolactose_14(X))
& carbonyl_group_1(fn_allolactose_14(X))
& hydrophilic_region_1(fn_allolactose_15(X))
& functional_group_1(fn_allolactose_16(X))
& hydroxyl_group_1(fn_allolactose_16(X))
& condensation_reaction_1(fn_allolactose_17(X))
& dehydration_reaction_1(fn_allolactose_17(X))
& attract_1(fn_allolactose_18(X))
& quantity_value_1(fn_allolactose_19(X))
& speed_value_1(fn_allolactose_20(X))
& entity_1(fn_allolactose_21(X))
& chemical_entity_1(fn_allolactose_21(X))
& atom_1(fn_allolactose_21(X))
& oxygen_1(fn_allolactose_21(X))
& atomic_weight_value_1(fn_allolactose_23(X))
& attract_1(fn_allolactose_24(X))
& unequal_sharing_1(fn_allolactose_25(X))
& share_1(fn_allolactose_25(X))
& electron_1(fn_allolactose_26(X))
& valence_electron_1(fn_allolactose_26(X))
& entity_1(fn_allolactose_27(X))
& electron_1(fn_allolactose_27(X))
& valence_electron_1(fn_allolactose_27(X))
& entity_1(fn_allolactose_28(X))
& chemical_entity_1(fn_allolactose_28(X))
& atom_1(fn_allolactose_28(X))
& carbon_1(fn_allolactose_28(X))
& entity_1(fn_allolactose_29(X))
& chemical_entity_1(fn_allolactose_29(X))
& atom_1(fn_allolactose_29(X))
& hydrogen_1(fn_allolactose_29(X))
& chemical_entity_1(fn_allolactose_30(X))
& molecule_1(fn_allolactose_30(X))
& aldehyde_1(fn_allolactose_30(X))
& monosaccharide_1(fn_allolactose_30(X))
& carbohydrate_1(fn_allolactose_30(X))
& aldose_1(fn_allolactose_30(X))
& glucose_1(fn_allolactose_30(X))
& active_repressor_1(fn_allolactose_31(X))
& attach_1(fn_allolactose_32(X))
& inducer_1(fn_allolactose_33(X))
& carbon_source_1(fn_allolactose_34(X))
& entity_1(fn_allolactose_35(X))
& chemical_entity_1(fn_allolactose_35(X))
& atom_1(fn_allolactose_35(X))
& carbon_1(fn_allolactose_35(X))
& property_node_1(fn_hydrogen_8(fn_allolactose_29(X)))
& atomic_weight_value_1(fn_hydrogen_9(fn_allolactose_29(X)))
& attach_1(fn_allosteric_protein_7(fn_allolactose_31(X)))
& molecule_1(fn_carbon_source_2(fn_allolactose_34(X)))
& spatial_entity_1(fn_inducer_6(fn_allolactose_33(X)))
& chemical_entity_1(fn_inducer_6(fn_allolactose_33(X)))
& spatial_entity_1(fn_allosteric_protein_5(fn_allolactose_31(X)))
& molecule_1(fn_allosteric_protein_5(fn_allolactose_31(X)))
& causes_2(fn_allolactose_32(X),fn_allolactose_2(X))
& has_region_2(fn_allolactose_31(X),fn_allolactose_1(X))
& has_state_2(X,fn_allolactose_3(X))
& possesses_2(X,fn_allolactose_4(X))
& has_isomer_2(X,fn_allolactose_3(X))
& the_cardinal_value_2(fn_allolactose_23(X),"1.00794")
& cardinal_unit_class_2(fn_allolactose_23(X),dalton_0)
& plays_2(X,fn_allolactose_34(X))
& plays_2(X,fn_allolactose_33(X))
& atomic_weight_2(fn_allolactose_29(X),fn_allolactose_23(X))
& base_2(fn_allolactose_32(X),fn_allolactose_31(X))
& object_2(fn_allolactose_32(X),X)
& fn_allolactose_28(X) != fn_allolactose_21(X)
& fn_allolactose_21(X) != fn_allolactose_28(X)
& is_inside_2(fn_allolactose_29(X),fn_allolactose_16(X))
& site_2(fn_allolactose_18(X),fn_allolactose_15(X))
& has_region_2(X,fn_allolactose_15(X))
& raw_material_2(fn_allolactose_17(X),fn_allolactose_30(X))
& possesses_2(X,fn_allolactose_10(X))
& has_part_2(X,fn_allolactose_9(X))
& raw_material_2(fn_allolactose_17(X),fn_allolactose_9(X))
& result_2(fn_allolactose_17(X),X)
& has_part_2(X,fn_allolactose_8(X))
& is_between_2(fn_allolactose_10(X),fn_allolactose_8(X))
& is_between_2(fn_allolactose_11(X),fn_allolactose_8(X))
& possesses_2(X,fn_allolactose_11(X))
& has_part_2(X,fn_allolactose_30(X))
& fn_allolactose_30(X) != fn_allolactose_9(X)
& fn_allolactose_9(X) != fn_allolactose_30(X)
& has_region_2(X,fn_allolactose_14(X))
& is_inside_2(fn_allolactose_28(X),fn_allolactose_14(X))
& is_inside_2(fn_allolactose_28(X),fn_allolactose_13(X))
& has_region_2(X,fn_allolactose_13(X))
& has_part_2(X,fn_allolactose_29(X))
& is_between_2(fn_allolactose_10(X),fn_allolactose_28(X))
& is_between_2(fn_allolactose_10(X),fn_allolactose_21(X))
& is_between_2(fn_allolactose_11(X),fn_allolactose_21(X))
& is_between_2(fn_allolactose_11(X),fn_allolactose_29(X))
& fn_allolactose_29(X) != fn_allolactose_28(X)
& fn_allolactose_28(X) != fn_allolactose_29(X)
& has_region_2(X,fn_allolactose_16(X))
& is_inside_2(fn_allolactose_8(X),fn_allolactose_16(X))
& is_inside_2(fn_allolactose_8(X),fn_allolactose_14(X))
& is_inside_2(fn_allolactose_21(X),fn_allolactose_14(X))
& is_inside_2(fn_allolactose_21(X),fn_allolactose_16(X))
& object_2(fn_allolactose_7(X),X)
& speed_2(fn_allolactose_7(X),fn_allolactose_20(X))
& directly_proportional_2(fn_allolactose_20(X),fn_allolactose_19(X))
& quantity_2(fn_allolactose_12(X),fn_allolactose_19(X))
& possesses_2(X,fn_allolactose_12(X))
& has_function_2(X,fn_allolactose_18(X))
& agent_2(fn_allolactose_18(X),X)
& has_part_2(X,fn_allolactose_28(X))
& fn_allolactose_8(X) != fn_allolactose_28(X)
& fn_allolactose_28(X) != fn_allolactose_8(X)
& has_part_2(X,fn_allolactose_21(X))
& fn_allolactose_21(X) != fn_allolactose_29(X)
& fn_allolactose_29(X) != fn_allolactose_8(X)
& fn_allolactose_8(X) != fn_allolactose_21(X)
& fn_allolactose_21(X) != fn_allolactose_8(X)
& fn_allolactose_29(X) != fn_allolactose_21(X)
& fn_allolactose_8(X) != fn_allolactose_29(X)
& X = fn_carbon_source_2(fn_allolactose_34(X))
& X = fn_inducer_6(fn_allolactose_33(X))
& fn_allolactose_22(X) = fn_hydrogen_8(fn_allolactose_29(X))
& fn_allolactose_23(X) = fn_hydrogen_9(fn_allolactose_29(X))
& X = fn_allosteric_protein_5(fn_allolactose_31(X))
& fn_allolactose_32(X) = fn_allosteric_protein_7(fn_allolactose_31(X))
& fn_allolactose_21(X) = fn_disaccharide_33(X)
& fn_allolactose_6(X) = fn_lactose_83(X)
& fn_allolactose_5(X) = fn_lactose_82(X)
& fn_allolactose_15(X) = fn_lactose_53(X)
& fn_allolactose_25(X) = fn_lactose_38(X)
& fn_allolactose_26(X) = fn_lactose_48(X)
& fn_allolactose_27(X) = fn_lactose_49(X)
& fn_allolactose_24(X) = fn_lactose_47(X)
& fn_allolactose_35(X) = fn_lactose_24(X)
& fn_allolactose_17(X) = fn_lactose_35(X)
& fn_allolactose_9(X) = fn_lactose_28(X)
& fn_allolactose_30(X) = fn_lactose_27(X)
& fn_allolactose_13(X) = fn_lactose_61(X)
& fn_allolactose_14(X) = fn_disaccharide_7(X)
& fn_allolactose_11(X) = fn_lactose_37(X)
& fn_allolactose_10(X) = fn_lactose_36(X)
& fn_allolactose_14(X) = fn_lactose_60(X)
& fn_allolactose_16(X) = fn_disaccharide_34(X)
& fn_allolactose_16(X) = fn_lactose_34(X)
& fn_allolactose_12(X) = fn_lactose_81(X)
& fn_allolactose_19(X) = fn_lactose_78(X)
& fn_allolactose_20(X) = fn_lactose_79(X)
& fn_allolactose_7(X) = fn_lactose_80(X)
& fn_allolactose_28(X) = fn_disaccharide_14(X)
& fn_allolactose_28(X) = fn_lactose_64(X)
& fn_allolactose_18(X) = fn_lactose_52(X)
& fn_allolactose_29(X) = fn_disaccharide_32(X)
& fn_allolactose_8(X) = fn_disaccharide_13(X)
& fn_allolactose_8(X) = fn_lactose_63(X)
& fn_allolactose_29(X) = fn_lactose_26(X)
& fn_allolactose_8(X) = fn_lactose_62(X)
& fn_allolactose_21(X) = fn_lactose_63(X)
& fn_lactose_60(X) = fn_disaccharide_7(X)
& fn_disaccharide_7(X) = fn_lactose_60(X)
& fn_lactose_60(X) = fn_lactose_60(X)
& fn_lactose_60(X) = fn_disaccharide_34(X)
& fn_lactose_34(X) = fn_lactose_34(X)
& fn_lactose_34(X) = fn_disaccharide_34(X)
& fn_disaccharide_34(X) = fn_lactose_34(X)
& fn_lactose_34(X) = fn_disaccharide_14(X)
& fn_disaccharide_14(X) = fn_disaccharide_14(X)
& fn_lactose_64(X) = fn_disaccharide_14(X)
& fn_disaccharide_14(X) = fn_lactose_64(X)
& fn_lactose_64(X) = fn_lactose_64(X)
& fn_lactose_64(X) = fn_disaccharide_32(X)
& fn_lactose_26(X) = fn_disaccharide_32(X)
& fn_disaccharide_32(X) = fn_lactose_26(X)
& fn_lactose_26(X) = fn_lactose_26(X)
& fn_lactose_26(X) = fn_disaccharide_13(X)
& fn_disaccharide_13(X) = fn_disaccharide_13(X)
& fn_disaccharide_13(X) = fn_lactose_63(X)
& fn_lactose_62(X) = fn_lactose_63(X)
& fn_lactose_63(X) = fn_lactose_62(X)
& fn_lactose_62(X) = fn_lactose_62(X)
& fn_lactose_62(X) = fn_disaccharide_33(X)
& fn_disaccharide_33(X) = fn_disaccharide_33(X)
& fn_disaccharide_33(X) = fn_lactose_63(X)
& fn_lactose_63(X) = fn_lactose_63(X)
& fn_lactose_63(X) = fn_carbon_source_2(fn_allolactose_34(X))
& fn_carbon_source_2(fn_allolactose_34(X)) = fn_inducer_6(fn_allolactose_33(X))
& fn_inducer_6(fn_allolactose_33(X)) = fn_inducer_6(fn_allolactose_33(X))
& fn_inducer_6(fn_allolactose_33(X)) = fn_allosteric_protein_5(fn_allolactose_31(X)) ) ) ).
fof(a527366,axiom,
! [X] :
( allopatric_speciation_1(X)
=> ( original_name_2(X,'Allopatric-Speciation')
& user_description_2(X,'The formation of new species as a result of geographic isolation in an ancestral population.')
& concept2words_2(X,'geographic speciation')
& concept2words_2(X,'geographic-speciation')
& concept2words_2(X,'allopatric speciation')
& concept2words_2(X,'allopatric-speciation')
& speciation_1(X)
& ~ adaptation_1(X)
& ~ adaptive_radiation_1(X)
& ~ bottleneck_effect_1(X)
& ~ cephalization_1(X)
& ~ character_displacement_1(X)
& ~ convergent_evolution_1(X)
& ~ endosymbiosis_1(X)
& ~ gene_flow_1(X)
& ~ genetic_drift_1(X)
& ~ heterochrony_1(X)
& ~ homology_1(X)
& ~ mechanical_isolation_1(X)
& ~ mimicry_1(X)
& ~ natural_selection_1(X)
& ~ paedomorphosis_1(X)
& ~ reproductive_isolation_1(X)
& ~ selection_force_1(X) ) ) ).
fof(a527367,axiom,
! [X] :
( allopolyploid_1(X)
=> ( original_name_2(X,'Allopolyploid')
& user_description_2(X,'An individual with more than two chromosomes, whose chromosomes derive from different species.')
& concept2words_2(X,allopolyploid)
& polyploidy_1(X)
& ~ autopolyploid_1(X)
& ~ monosomic_1(X) ) ) ).
fof(a527368,axiom,
! [X] :
( allosteric_enzyme_1(X)
=> ( original_name_2(X,'Allosteric-Enzyme')
& user_description_2(X,'Allosteric enzymes are enzymes which are regulated by the binding of regulatory molecules on sites separate from the active site.')
& concept2words_2(X,'allosteric enzyme')
& concept2words_2(X,'allosteric-enzyme')
& protein_enzyme_1(X)
& allosteric_enzyme_1(fn_allosteric_enzyme_5(X))
& allosteric_enzyme_1(fn_allosteric_enzyme_6(X))
& activation_value_1(fn_allosteric_enzyme_7(X))
& shape_value_1(fn_allosteric_enzyme_8(X))
& shape_value_1(fn_allosteric_enzyme_9(X))
& activation_value_1(fn_allosteric_enzyme_10(X))
& allosteric_site_1(fn_allosteric_enzyme_11(X))
& carbon_skeleton_1(fn_allosteric_enzyme_14(X))
& active_site_1(fn_allosteric_enzyme_15(X))
& carbon_1(fn_allosteric_enzyme_16(X))
& atom_1(fn_allosteric_enzyme_17(X))
& chemical_entity_1(fn_allosteric_enzyme_17(X))
& size_value_1(fn_allosteric_enzyme_18(X))
& size_value_1(fn_allosteric_enzyme_19(X))
& monomer_1(fn_allosteric_enzyme_20(X))
& chemical_reaction_1(fn_allosteric_enzyme_21(X))
& carbon_1(fn_carbon_skeleton_4(fn_allosteric_enzyme_14(X)))
& atom_1(fn_carbon_skeleton_2(fn_allosteric_enzyme_14(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_allosteric_enzyme_14(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_allosteric_enzyme_14(X)))
& called_2(fn_allosteric_enzyme_5(X),"1")
& shape_2(fn_allosteric_enzyme_5(X),fn_allosteric_enzyme_9(X))
& activation_2(fn_allosteric_enzyme_5(X),fn_allosteric_enzyme_10(X))
& called_2(fn_allosteric_enzyme_6(X),"2")
& activation_2(fn_allosteric_enzyme_6(X),fn_allosteric_enzyme_7(X))
& shape_2(fn_allosteric_enzyme_6(X),fn_allosteric_enzyme_8(X))
& the_categorical_value_2(fn_allosteric_enzyme_7(X),inactive_0)
& fn_allosteric_enzyme_8(X) != fn_allosteric_enzyme_9(X)
& fn_allosteric_enzyme_9(X) != fn_allosteric_enzyme_8(X)
& the_categorical_value_2(fn_allosteric_enzyme_10(X),active_0)
& agent_2(fn_allosteric_enzyme_21(X),X)
& has_state_2(X,fn_allosteric_enzyme_6(X))
& has_state_2(X,fn_allosteric_enzyme_5(X))
& has_region_2(X,fn_allosteric_enzyme_11(X))
& has_function_2(X,fn_allosteric_enzyme_21(X))
& site_2(fn_allosteric_enzyme_21(X),fn_allosteric_enzyme_15(X))
& facilitates_2(fn_allosteric_enzyme_15(X),fn_allosteric_enzyme_21(X))
& has_part_2(X,fn_allosteric_enzyme_17(X))
& the_scalar_value_2(fn_allosteric_enzyme_18(X),big_0)
& scalar_unit_class_2(fn_allosteric_enzyme_18(X),polypeptide_0)
& has_part_2(X,fn_allosteric_enzyme_20(X))
& size_2(fn_allosteric_enzyme_20(X),fn_allosteric_enzyme_19(X))
& greater_than_2(fn_allosteric_enzyme_18(X),fn_allosteric_enzyme_19(X))
& size_2(X,fn_allosteric_enzyme_18(X))
& has_region_2(X,fn_allosteric_enzyme_15(X))
& is_inside_2(fn_allosteric_enzyme_16(X),fn_allosteric_enzyme_14(X))
& has_part_2(X,fn_allosteric_enzyme_16(X))
& has_region_2(X,fn_allosteric_enzyme_14(X))
& fn_allosteric_enzyme_17(X) != fn_allosteric_enzyme_16(X)
& fn_allosteric_enzyme_16(X) != fn_allosteric_enzyme_17(X)
& fn_allosteric_enzyme_13(X) = fn_protein_10(X)
& fn_allosteric_enzyme_15(X) = fn_enzyme_2(X)
& fn_allosteric_enzyme_21(X) = fn_enzyme_4(X)
& fn_allosteric_enzyme_17(X) = fn_protein_enzyme_8(X)
& fn_allosteric_enzyme_15(X) = fn_protein_enzyme_10(X)
& fn_allosteric_enzyme_18(X) = fn_protein_9(X)
& fn_allosteric_enzyme_18(X) = fn_protein_enzyme_3(X)
& fn_allosteric_enzyme_19(X) = fn_protein_enzyme_4(X)
& fn_allosteric_enzyme_20(X) = fn_polymer_4(X)
& fn_allosteric_enzyme_20(X) = fn_protein_enzyme_9(X)
& X = fn_carbon_skeleton_3(fn_allosteric_enzyme_14(X))
& fn_allosteric_enzyme_17(X) = fn_carbon_skeleton_2(fn_allosteric_enzyme_14(X))
& fn_allosteric_enzyme_16(X) = fn_carbon_skeleton_4(fn_allosteric_enzyme_14(X))
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_carbon_skeleton_2(fn_allosteric_enzyme_14(X))
& fn_carbon_skeleton_2(fn_allosteric_enzyme_14(X)) = fn_carbon_skeleton_2(fn_allosteric_enzyme_14(X))
& fn_carbon_skeleton_3(fn_allosteric_enzyme_14(X)) = fn_carbon_skeleton_3(fn_allosteric_enzyme_14(X)) ) ) ).
fof(a527369,axiom,
! [X] :
( allosteric_protein_1(X)
=> ( original_name_2(X,'Allosteric-Protein')
& user_description_2(X,'A protein whose shape is changed when it binds to a particular molecule. In the new shape the protein\'s ability to react to a second molecule is altered.')
& concept2words_2(X,'allosteric protein')
& concept2words_2(X,'allosteric-protein')
& protein_1(X)
& regulator_molecule_1(fn_allosteric_protein_1(X))
& hydrophilic_region_1(fn_allosteric_protein_2(X))
& surface_1(fn_allosteric_protein_3(X))
& carbon_skeleton_1(fn_allosteric_protein_4(X))
& spatial_entity_1(fn_allosteric_protein_5(X))
& molecule_1(fn_allosteric_protein_5(X))
& allosteric_site_1(fn_allosteric_protein_6(X))
& attach_1(fn_allosteric_protein_7(X))
& active_site_1(fn_allosteric_protein_8(X))
& conformational_change_1(fn_allosteric_protein_9(X))
& atom_1(fn_allosteric_protein_10(X))
& chemical_entity_1(fn_allosteric_protein_10(X))
& monomer_1(fn_allosteric_protein_11(X))
& carbon_1(fn_allosteric_protein_12(X))
& spatial_entity_1(fn_allosteric_protein_13(X))
& chemical_entity_1(fn_allosteric_protein_13(X))
& monomer_1(fn_allosteric_protein_13(X))
& molecule_1(fn_allosteric_protein_13(X))
& amino_acid_1(fn_allosteric_protein_13(X))
& size_value_1(fn_allosteric_protein_14(X))
& quantity_value_1(fn_allosteric_protein_15(X))
& speed_value_1(fn_allosteric_protein_16(X))
& constant_motion_1(fn_allosteric_protein_17(X))
& kinetic_energy_1(fn_allosteric_protein_18(X))
& size_value_1(fn_allosteric_protein_19(X))
& polypeptide_1(fn_allosteric_protein_20(X))
& protein_domain_1(fn_allosteric_protein_21(X))
& spatial_entity_1(fn_conformational_change_3(fn_allosteric_protein_9(X)))
& spatial_entity_1(fn_conformational_change_4(fn_allosteric_protein_9(X)))
& spatial_entity_1(fn_attach_2(fn_allosteric_protein_7(X)))
& spatial_entity_1(fn_attach_1(fn_allosteric_protein_7(X)))
& molecule_1(fn_regulator_molecule_3(fn_allosteric_protein_1(X)))
& causes_2(fn_allosteric_protein_7(X),fn_allosteric_protein_9(X))
& has_region_2(X,fn_allosteric_protein_6(X))
& result_2(fn_allosteric_protein_9(X),fn_allosteric_protein_8(X))
& object_2(fn_allosteric_protein_9(X),fn_allosteric_protein_6(X))
& object_2(fn_allosteric_protein_7(X),fn_allosteric_protein_5(X))
& base_2(fn_allosteric_protein_7(X),X)
& plays_2(fn_allosteric_protein_5(X),fn_allosteric_protein_1(X))
& has_part_2(X,fn_allosteric_protein_11(X))
& size_2(fn_allosteric_protein_11(X),fn_allosteric_protein_14(X))
& greater_than_2(fn_allosteric_protein_19(X),fn_allosteric_protein_14(X))
& possesses_2(X,fn_allosteric_protein_18(X))
& quantity_2(fn_allosteric_protein_18(X),fn_allosteric_protein_15(X))
& directly_proportional_2(fn_allosteric_protein_16(X),fn_allosteric_protein_15(X))
& speed_2(fn_allosteric_protein_17(X),fn_allosteric_protein_16(X))
& object_2(fn_allosteric_protein_17(X),X)
& has_part_2(X,fn_allosteric_protein_10(X))
& has_region_2(X,fn_allosteric_protein_4(X))
& is_inside_2(fn_allosteric_protein_12(X),fn_allosteric_protein_4(X))
& has_part_2(X,fn_allosteric_protein_12(X))
& fn_allosteric_protein_10(X) != fn_allosteric_protein_12(X)
& fn_allosteric_protein_12(X) != fn_allosteric_protein_10(X)
& has_part_2(fn_allosteric_protein_20(X),fn_allosteric_protein_13(X))
& has_part_2(X,fn_allosteric_protein_20(X))
& size_2(X,fn_allosteric_protein_19(X))
& the_scalar_value_2(fn_allosteric_protein_19(X),big_0)
& scalar_unit_class_2(fn_allosteric_protein_19(X),polypeptide_0)
& has_region_2(X,fn_allosteric_protein_2(X))
& is_at_2(fn_allosteric_protein_2(X),fn_allosteric_protein_3(X))
& has_region_2(X,fn_allosteric_protein_3(X))
& has_region_2(X,fn_allosteric_protein_21(X))
& is_at_2(fn_allosteric_protein_13(X),fn_allosteric_protein_21(X))
& fn_allosteric_protein_8(X) = fn_conformational_change_3(fn_allosteric_protein_9(X))
& fn_allosteric_protein_6(X) = fn_conformational_change_4(fn_allosteric_protein_9(X))
& fn_allosteric_protein_5(X) = fn_attach_1(fn_allosteric_protein_7(X))
& X = fn_attach_2(fn_allosteric_protein_7(X))
& fn_allosteric_protein_5(X) = fn_regulator_molecule_3(fn_allosteric_protein_1(X))
& fn_allosteric_protein_25(X) = fn_polymer_10(X)
& fn_allosteric_protein_19(X) = fn_polymer_8(X)
& fn_allosteric_protein_14(X) = fn_polymer_7(X)
& fn_allosteric_protein_11(X) = fn_polymer_4(X)
& fn_allosteric_protein_24(X) = fn_molecule_2(X)
& fn_allosteric_protein_23(X) = fn_molecule_1(X)
& fn_allosteric_protein_17(X) = fn_molecule_8(X)
& fn_allosteric_protein_16(X) = fn_molecule_3(X)
& fn_allosteric_protein_15(X) = fn_molecule_4(X)
& fn_allosteric_protein_18(X) = fn_molecule_12(X)
& fn_allosteric_protein_10(X) = fn_organic_molecule_2(X)
& fn_allosteric_protein_12(X) = fn_organic_molecule_1(X)
& fn_allosteric_protein_4(X) = fn_organic_molecule_3(X)
& fn_allosteric_protein_22(X) = fn_protein_10(X)
& fn_allosteric_protein_19(X) = fn_protein_9(X)
& fn_allosteric_protein_20(X) = fn_protein_8(X)
& fn_allosteric_protein_13(X) = fn_protein_14(X)
& fn_allosteric_protein_21(X) = fn_protein_7(X)
& fn_allosteric_protein_3(X) = fn_protein_5(X)
& fn_allosteric_protein_2(X) = fn_protein_1(X)
& fn_attach_1(fn_allosteric_protein_7(X)) = fn_regulator_molecule_3(fn_allosteric_protein_1(X))
& fn_regulator_molecule_3(fn_allosteric_protein_1(X)) = fn_polymer_8(X)
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X) ) ) ).
fof(a527370,axiom,
! [X] :
( allosteric_regulation_1(X)
=> ( original_name_2(X,'Allosteric-Regulation')
& user_description_2(X,'The regulation of protein function by the binding of an effector molecule at a site other than the protein\'s active site.')
& concept2words_2(X,'allosteric reaction')
& concept2words_2(X,'allosteric-reaction')
& concept2words_2(X,'allosteric regulation')
& concept2words_2(X,'allosteric-regulation')
& regulation_1(X)
& ~ feedback_inhibition_1(X)
& allosteric_site_1(fn_allosteric_regulation_1(X))
& regulator_molecule_1(fn_allosteric_regulation_2(X))
& attach_1(fn_allosteric_regulation_3(X))
& spatial_entity_1(fn_allosteric_regulation_4(X))
& molecule_1(fn_allosteric_regulation_4(X))
& spatial_entity_1(fn_attach_1(fn_allosteric_regulation_3(X)))
& molecule_1(fn_regulator_molecule_3(fn_allosteric_regulation_2(X)))
& regulation_1(fn_regulator_molecule_2(fn_allosteric_regulation_2(X)))
& site_2(fn_allosteric_regulation_3(X),fn_allosteric_regulation_1(X))
& object_2(fn_allosteric_regulation_3(X),fn_allosteric_regulation_4(X))
& in_event_2(fn_allosteric_regulation_2(X),X)
& has_function_2(fn_allosteric_regulation_4(X),X)
& plays_2(fn_allosteric_regulation_4(X),fn_allosteric_regulation_2(X))
& fn_allosteric_regulation_4(X) = fn_attach_1(fn_allosteric_regulation_3(X))
& fn_allosteric_regulation_4(X) = fn_regulator_molecule_3(fn_allosteric_regulation_2(X))
& X = fn_regulator_molecule_2(fn_allosteric_regulation_2(X))
& fn_attach_1(fn_allosteric_regulation_3(X)) = fn_regulator_molecule_3(fn_allosteric_regulation_2(X))
& fn_regulator_molecule_3(fn_allosteric_regulation_2(X)) = fn_regulator_molecule_3(fn_allosteric_regulation_2(X))
& fn_regulator_molecule_2(fn_allosteric_regulation_2(X)) = fn_regulator_molecule_2(fn_allosteric_regulation_2(X)) ) ) ).
fof(a527371,axiom,
! [X] :
( allosteric_site_1(X)
=> ( original_name_2(X,'Allosteric-Site')
& user_description_2(X,'The site on an enzyme where a molecule other than substrate bind, thus changing the shape of the enzyme and influencing its ability to be active.')
& concept2words_2(X,'regulatory site')
& concept2words_2(X,'regulatory-site')
& concept2words_2(X,'allosteric site')
& concept2words_2(X,'allosteric-site')
& receptor_site_1(X)
& ~ active_site_1(X)
& ~ alpha_helix_1(X)
& ~ protein_domain_1(X) ) ) ).
fof(a527372,axiom,
! [X] :
( alpha_1_comma_4_linkage_1(X)
=> ( original_name_2(X,'Alpha-1,4-Linkage')
& user_description_2(X,'A chemical bond between the number 1 and a number 4 carbon on two adjacent molecules where the oxygen atom from the hydroxyl group of the monosaccharide is below the plane of the molecule.')
& concept2words_2(X,'alpha 1,4 linkage')
& concept2words_2(X,'alpha-1,4-linkage')
& glycosidic_linkage_1(X)
& ~ beta_1_comma_4_linkage_1(X)
& share_1(fn_alpha_1_comma_4_linkage_11(X))
& share_1(fn_alpha_1_comma_4_linkage_12(X))
& share_1(fn_alpha_1_comma_4_linkage_13(X))
& unequal_sharing_1(fn_alpha_1_comma_4_linkage_13(X))
& share_1(fn_alpha_1_comma_4_linkage_14(X))
& unequal_sharing_1(fn_alpha_1_comma_4_linkage_14(X))
& share_1(fn_alpha_1_comma_4_linkage_15(X))
& share_1(fn_alpha_1_comma_4_linkage_16(X))
& unequal_sharing_1(fn_alpha_1_comma_4_linkage_16(X))
& asymmetrical_distribution_1(fn_alpha_1_comma_4_linkage_17(X))
& constant_motion_1(fn_alpha_1_comma_4_linkage_18(X))
& asymmetrical_distribution_1(fn_alpha_1_comma_4_linkage_19(X))
& constant_motion_1(fn_alpha_1_comma_4_linkage_20(X))
& attract_1(fn_alpha_1_comma_4_linkage_21(X))
& quantity_value_1(fn_alpha_1_comma_4_linkage_22(X))
& atomic_nucleus_1(fn_alpha_1_comma_4_linkage_23(X))
& entity_1(fn_alpha_1_comma_4_linkage_24(X))
& proton_1(fn_alpha_1_comma_4_linkage_24(X))
& atomic_nucleus_1(fn_alpha_1_comma_4_linkage_25(X))
& entity_1(fn_alpha_1_comma_4_linkage_26(X))
& proton_1(fn_alpha_1_comma_4_linkage_26(X))
& attract_1(fn_alpha_1_comma_4_linkage_27(X))
& asymmetrical_distribution_1(fn_alpha_1_comma_4_linkage_28(X))
& constant_motion_1(fn_alpha_1_comma_4_linkage_29(X))
& system_1(fn_alpha_1_comma_4_linkage_30(X))
& atomic_number_value_1(fn_alpha_1_comma_4_linkage_31(X))
& electronegativity_value_1(fn_alpha_1_comma_4_linkage_32(X))
& electronegativity_value_1(fn_alpha_1_comma_4_linkage_33(X))
& system_1(fn_alpha_1_comma_4_linkage_34(X))
& quantity_value_1(fn_alpha_1_comma_4_linkage_37(X))
& tangible_entity_1(fn_alpha_1_comma_4_linkage_38(X))
& entity_1(fn_alpha_1_comma_4_linkage_38(X))
& electron_1(fn_alpha_1_comma_4_linkage_38(X))
& valence_electron_1(fn_alpha_1_comma_4_linkage_38(X))
& tangible_entity_1(fn_alpha_1_comma_4_linkage_39(X))
& entity_1(fn_alpha_1_comma_4_linkage_39(X))
& electron_1(fn_alpha_1_comma_4_linkage_39(X))
& valence_electron_1(fn_alpha_1_comma_4_linkage_39(X))
& asymmetrical_distribution_1(fn_alpha_1_comma_4_linkage_40(X))
& constant_motion_1(fn_alpha_1_comma_4_linkage_41(X))
& center_1(fn_alpha_1_comma_4_linkage_42(X))
& electron_shell_1(fn_alpha_1_comma_4_linkage_43(X))
& electron_shell_1(fn_alpha_1_comma_4_linkage_44(X))
& center_1(fn_alpha_1_comma_4_linkage_45(X))
& share_1(fn_alpha_1_comma_4_linkage_46(X))
& unequal_sharing_1(fn_alpha_1_comma_4_linkage_46(X))
& attract_1(fn_alpha_1_comma_4_linkage_47(X))
& tangible_entity_1(fn_alpha_1_comma_4_linkage_48(X))
& entity_1(fn_alpha_1_comma_4_linkage_48(X))
& chemical_entity_1(fn_alpha_1_comma_4_linkage_48(X))
& atom_1(fn_alpha_1_comma_4_linkage_48(X))
& carbon_1(fn_alpha_1_comma_4_linkage_48(X))
& tangible_entity_1(fn_alpha_1_comma_4_linkage_49(X))
& entity_1(fn_alpha_1_comma_4_linkage_49(X))
& chemical_entity_1(fn_alpha_1_comma_4_linkage_49(X))
& atom_1(fn_alpha_1_comma_4_linkage_49(X))
& carbon_1(fn_alpha_1_comma_4_linkage_49(X))
& hold_1(fn_alpha_1_comma_4_linkage_50(X))
& hold_together_1(fn_alpha_1_comma_4_linkage_50(X))
& atomic_orbital_1(fn_alpha_1_comma_4_linkage_51(X))
& quantity_value_1(fn_alpha_1_comma_4_linkage_52(X))
& quantity_value_1(fn_alpha_1_comma_4_linkage_53(X))
& atomic_number_value_1(fn_alpha_1_comma_4_linkage_54(X))
& equation_big_node_1(fn_carbon_7(fn_alpha_1_comma_4_linkage_48(X)))
& equation_big_node_1(fn_carbon_7(fn_alpha_1_comma_4_linkage_49(X)))
& system_1(fn_carbon_11(fn_alpha_1_comma_4_linkage_49(X)))
& equation_set_1(fn_carbon_20(fn_alpha_1_comma_4_linkage_48(X)))
& system_1(fn_carbon_11(fn_alpha_1_comma_4_linkage_48(X)))
& equation_set_1(fn_carbon_20(fn_alpha_1_comma_4_linkage_49(X)))
& property_node_1(fn_carbon_8(fn_alpha_1_comma_4_linkage_48(X)))
& property_node_1(fn_carbon_1(fn_alpha_1_comma_4_linkage_49(X)))
& property_node_1(fn_carbon_1(fn_alpha_1_comma_4_linkage_48(X)))
& property_node_1(fn_atom_10(fn_alpha_1_comma_4_linkage_49(X)))
& property_node_1(fn_carbon_13(fn_alpha_1_comma_4_linkage_49(X)))
& atomic_number_value_1(fn_atom_17(fn_alpha_1_comma_4_linkage_49(X)))
& atomic_number_value_1(fn_carbon_16(fn_alpha_1_comma_4_linkage_49(X)))
& proton_1(fn_atom_8(fn_alpha_1_comma_4_linkage_49(X)))
& proton_1(fn_carbon_17(fn_alpha_1_comma_4_linkage_49(X)))
& electronegativity_value_1(fn_carbon_2(fn_alpha_1_comma_4_linkage_48(X)))
& electronegativity_value_1(fn_carbon_2(fn_alpha_1_comma_4_linkage_49(X)))
& proton_1(fn_atom_8(fn_alpha_1_comma_4_linkage_48(X)))
& proton_1(fn_carbon_17(fn_alpha_1_comma_4_linkage_48(X)))
& atomic_number_value_1(fn_atom_17(fn_alpha_1_comma_4_linkage_48(X)))
& atomic_number_value_1(fn_carbon_16(fn_alpha_1_comma_4_linkage_48(X)))
& quantity_value_1(fn_atom_11(fn_alpha_1_comma_4_linkage_48(X)))
& electron_shell_1(fn_atom_9(fn_alpha_1_comma_4_linkage_48(X)))
& electron_shell_1(fn_atom_9(fn_alpha_1_comma_4_linkage_49(X)))
& quantity_value_1(fn_atom_5(fn_alpha_1_comma_4_linkage_48(X)))
& quantity_value_1(fn_carbon_12(fn_alpha_1_comma_4_linkage_48(X)))
& quantity_value_1(fn_carbon_19(fn_alpha_1_comma_4_linkage_48(X)))
& atomic_nucleus_1(fn_atom_18(fn_alpha_1_comma_4_linkage_48(X)))
& atomic_nucleus_1(fn_carbon_18(fn_alpha_1_comma_4_linkage_48(X)))
& electron_1(fn_carbon_10(fn_alpha_1_comma_4_linkage_48(X)))
& electron_1(fn_atom_14(fn_alpha_1_comma_4_linkage_48(X)))
& quantity_value_1(fn_atom_11(fn_alpha_1_comma_4_linkage_49(X)))
& quantity_value_1(fn_carbon_19(fn_alpha_1_comma_4_linkage_49(X)))
& quantity_value_1(fn_atom_5(fn_alpha_1_comma_4_linkage_49(X)))
& quantity_value_1(fn_carbon_12(fn_alpha_1_comma_4_linkage_49(X)))
& electron_1(fn_atom_14(fn_alpha_1_comma_4_linkage_49(X)))
& electron_1(fn_carbon_10(fn_alpha_1_comma_4_linkage_49(X)))
& atomic_nucleus_1(fn_atom_18(fn_alpha_1_comma_4_linkage_49(X)))
& atomic_nucleus_1(fn_carbon_18(fn_alpha_1_comma_4_linkage_49(X)))
& entity_1(fn_attract_2(fn_alpha_1_comma_4_linkage_47(X)))
& agent_2(fn_alpha_1_comma_4_linkage_47(X),fn_alpha_1_comma_4_linkage_48(X))
& agent_2(fn_alpha_1_comma_4_linkage_47(X),fn_alpha_1_comma_4_linkage_49(X))
& object_2(fn_alpha_1_comma_4_linkage_47(X),fn_alpha_1_comma_4_linkage_39(X))
& object_2(fn_alpha_1_comma_4_linkage_47(X),fn_alpha_1_comma_4_linkage_38(X))
& has_region_2(fn_alpha_1_comma_4_linkage_49(X),fn_alpha_1_comma_4_linkage_45(X))
& has_part_2(fn_alpha_1_comma_4_linkage_49(X),fn_alpha_1_comma_4_linkage_38(X))
& object_2(fn_alpha_1_comma_4_linkage_20(X),fn_alpha_1_comma_4_linkage_38(X))
& has_region_2(fn_alpha_1_comma_4_linkage_49(X),fn_alpha_1_comma_4_linkage_42(X))
& agent_2(fn_alpha_1_comma_4_linkage_12(X),fn_alpha_1_comma_4_linkage_48(X))
& agent_2(fn_alpha_1_comma_4_linkage_13(X),fn_alpha_1_comma_4_linkage_48(X))
& called_2(fn_alpha_1_comma_4_linkage_22(X),'Number_Electron')
& called_2(fn_alpha_1_comma_4_linkage_37(X),'Number_Proton')
& has_region_2(fn_alpha_1_comma_4_linkage_48(X),fn_alpha_1_comma_4_linkage_44(X))
& called_2(fn_alpha_1_comma_4_linkage_52(X),'Number_Electron')
& called_2(fn_alpha_1_comma_4_linkage_53(X),'Number_Proton')
& object_2(fn_alpha_1_comma_4_linkage_46(X),fn_alpha_1_comma_4_linkage_39(X))
& object_2(fn_alpha_1_comma_4_linkage_29(X),fn_alpha_1_comma_4_linkage_39(X))
& agent_2(fn_alpha_1_comma_4_linkage_46(X),fn_alpha_1_comma_4_linkage_49(X))
& agent_2(fn_alpha_1_comma_4_linkage_16(X),fn_alpha_1_comma_4_linkage_49(X))
& quantity_2(fn_alpha_1_comma_4_linkage_24(X),fn_alpha_1_comma_4_linkage_37(X))
& is_inside_2(fn_alpha_1_comma_4_linkage_24(X),fn_alpha_1_comma_4_linkage_23(X))
& atomic_number_2(fn_alpha_1_comma_4_linkage_48(X),fn_alpha_1_comma_4_linkage_54(X))
& called_2(fn_alpha_1_comma_4_linkage_54(X),'Atomic_Number')
& fn_alpha_1_comma_4_linkage_37(X) = fn_alpha_1_comma_4_linkage_31(X)
& fn_alpha_1_comma_4_linkage_31(X) = fn_alpha_1_comma_4_linkage_37(X)
& object_2(fn_alpha_1_comma_4_linkage_41(X),fn_alpha_1_comma_4_linkage_38(X))
& causes_2(fn_alpha_1_comma_4_linkage_41(X),fn_alpha_1_comma_4_linkage_40(X))
& object_2(fn_alpha_1_comma_4_linkage_40(X),fn_alpha_1_comma_4_linkage_38(X))
& object_2(fn_alpha_1_comma_4_linkage_15(X),fn_alpha_1_comma_4_linkage_38(X))
& object_2(fn_alpha_1_comma_4_linkage_17(X),fn_alpha_1_comma_4_linkage_38(X))
& causes_2(fn_alpha_1_comma_4_linkage_18(X),fn_alpha_1_comma_4_linkage_17(X))
& object_2(fn_alpha_1_comma_4_linkage_18(X),fn_alpha_1_comma_4_linkage_38(X))
& object_2(fn_alpha_1_comma_4_linkage_19(X),fn_alpha_1_comma_4_linkage_38(X))
& causes_2(fn_alpha_1_comma_4_linkage_20(X),fn_alpha_1_comma_4_linkage_19(X))
& agent_2(fn_alpha_1_comma_4_linkage_46(X),fn_alpha_1_comma_4_linkage_48(X))
& agent_2(fn_alpha_1_comma_4_linkage_16(X),fn_alpha_1_comma_4_linkage_48(X))
& object_2(fn_alpha_1_comma_4_linkage_16(X),fn_alpha_1_comma_4_linkage_39(X))
& object_2(fn_alpha_1_comma_4_linkage_28(X),fn_alpha_1_comma_4_linkage_39(X))
& causes_2(fn_alpha_1_comma_4_linkage_29(X),fn_alpha_1_comma_4_linkage_28(X))
& object_2(fn_alpha_1_comma_4_linkage_14(X),fn_alpha_1_comma_4_linkage_38(X))
& object_2(fn_alpha_1_comma_4_linkage_16(X),fn_alpha_1_comma_4_linkage_38(X))
& result_2(fn_alpha_1_comma_4_linkage_16(X),X)
& result_2(fn_alpha_1_comma_4_linkage_46(X),X)
& object_2(fn_alpha_1_comma_4_linkage_46(X),fn_alpha_1_comma_4_linkage_38(X))
& has_part_2(fn_alpha_1_comma_4_linkage_48(X),fn_alpha_1_comma_4_linkage_26(X))
& agent_2(fn_alpha_1_comma_4_linkage_27(X),fn_alpha_1_comma_4_linkage_26(X))
& object_2(fn_alpha_1_comma_4_linkage_27(X),fn_alpha_1_comma_4_linkage_39(X))
& object_2(fn_alpha_1_comma_4_linkage_15(X),fn_alpha_1_comma_4_linkage_39(X))
& agent_2(fn_alpha_1_comma_4_linkage_15(X),fn_alpha_1_comma_4_linkage_49(X))
& agent_2(fn_alpha_1_comma_4_linkage_14(X),fn_alpha_1_comma_4_linkage_48(X))
& result_2(fn_alpha_1_comma_4_linkage_14(X),X)
& result_2(fn_alpha_1_comma_4_linkage_15(X),X)
& agent_2(fn_alpha_1_comma_4_linkage_15(X),fn_alpha_1_comma_4_linkage_48(X))
& has_region_2(fn_alpha_1_comma_4_linkage_48(X),fn_alpha_1_comma_4_linkage_43(X))
& has_part_2(fn_alpha_1_comma_4_linkage_48(X),fn_alpha_1_comma_4_linkage_39(X))
& object_2(fn_alpha_1_comma_4_linkage_14(X),fn_alpha_1_comma_4_linkage_39(X))
& agent_2(fn_alpha_1_comma_4_linkage_14(X),fn_alpha_1_comma_4_linkage_49(X))
& atomic_number_2(fn_alpha_1_comma_4_linkage_49(X),fn_alpha_1_comma_4_linkage_31(X))
& called_2(fn_alpha_1_comma_4_linkage_31(X),'Atomic_Number')
& object_2(fn_alpha_1_comma_4_linkage_13(X),fn_alpha_1_comma_4_linkage_38(X))
& agent_2(fn_alpha_1_comma_4_linkage_13(X),fn_alpha_1_comma_4_linkage_49(X))
& has_part_2(fn_alpha_1_comma_4_linkage_49(X),fn_alpha_1_comma_4_linkage_24(X))
& agent_2(fn_alpha_1_comma_4_linkage_21(X),fn_alpha_1_comma_4_linkage_24(X))
& object_2(fn_alpha_1_comma_4_linkage_21(X),fn_alpha_1_comma_4_linkage_38(X))
& electronegativity_2(fn_alpha_1_comma_4_linkage_49(X),fn_alpha_1_comma_4_linkage_32(X))
& fn_alpha_1_comma_4_linkage_32(X) != fn_alpha_1_comma_4_linkage_33(X)
& electronegativity_2(fn_alpha_1_comma_4_linkage_48(X),fn_alpha_1_comma_4_linkage_33(X))
& has_region_2(fn_alpha_1_comma_4_linkage_48(X),fn_alpha_1_comma_4_linkage_45(X))
& is_at_2(fn_alpha_1_comma_4_linkage_23(X),fn_alpha_1_comma_4_linkage_45(X))
& fn_alpha_1_comma_4_linkage_33(X) != fn_alpha_1_comma_4_linkage_32(X)
& object_2(fn_alpha_1_comma_4_linkage_12(X),fn_alpha_1_comma_4_linkage_38(X))
& agent_2(fn_alpha_1_comma_4_linkage_12(X),fn_alpha_1_comma_4_linkage_49(X))
& has_region_2(fn_alpha_1_comma_4_linkage_49(X),fn_alpha_1_comma_4_linkage_44(X))
& fn_alpha_1_comma_4_linkage_43(X) != fn_alpha_1_comma_4_linkage_44(X)
& fn_alpha_1_comma_4_linkage_44(X) != fn_alpha_1_comma_4_linkage_43(X)
& fn_alpha_1_comma_4_linkage_53(X) = fn_alpha_1_comma_4_linkage_52(X)
& quantity_2(fn_alpha_1_comma_4_linkage_26(X),fn_alpha_1_comma_4_linkage_53(X))
& is_inside_2(fn_alpha_1_comma_4_linkage_26(X),fn_alpha_1_comma_4_linkage_25(X))
& fn_alpha_1_comma_4_linkage_52(X) = fn_alpha_1_comma_4_linkage_53(X)
& fn_alpha_1_comma_4_linkage_54(X) = fn_alpha_1_comma_4_linkage_53(X)
& fn_alpha_1_comma_4_linkage_53(X) = fn_alpha_1_comma_4_linkage_54(X)
& agent_2(fn_alpha_1_comma_4_linkage_11(X),fn_alpha_1_comma_4_linkage_48(X))
& agent_2(fn_alpha_1_comma_4_linkage_11(X),fn_alpha_1_comma_4_linkage_49(X))
& has_region_2(fn_alpha_1_comma_4_linkage_49(X),fn_alpha_1_comma_4_linkage_43(X))
& has_region_2(fn_alpha_1_comma_4_linkage_43(X),fn_alpha_1_comma_4_linkage_51(X))
& has_region_2(fn_alpha_1_comma_4_linkage_44(X),fn_alpha_1_comma_4_linkage_51(X))
& object_2(fn_alpha_1_comma_4_linkage_50(X),fn_alpha_1_comma_4_linkage_48(X))
& has_function_2(X,fn_alpha_1_comma_4_linkage_50(X))
& result_2(fn_alpha_1_comma_4_linkage_13(X),X)
& object_2(fn_alpha_1_comma_4_linkage_13(X),fn_alpha_1_comma_4_linkage_39(X))
& quantity_2(fn_alpha_1_comma_4_linkage_39(X),fn_alpha_1_comma_4_linkage_52(X))
& object_2(fn_alpha_1_comma_4_linkage_11(X),fn_alpha_1_comma_4_linkage_39(X))
& object_2(fn_alpha_1_comma_4_linkage_12(X),fn_alpha_1_comma_4_linkage_39(X))
& result_2(fn_alpha_1_comma_4_linkage_12(X),X)
& fn_alpha_1_comma_4_linkage_38(X) != fn_alpha_1_comma_4_linkage_39(X)
& fn_alpha_1_comma_4_linkage_39(X) != fn_alpha_1_comma_4_linkage_38(X)
& fn_alpha_1_comma_4_linkage_49(X) != fn_alpha_1_comma_4_linkage_48(X)
& has_region_2(fn_alpha_1_comma_4_linkage_48(X),fn_alpha_1_comma_4_linkage_25(X))
& is_at_2(fn_alpha_1_comma_4_linkage_25(X),fn_alpha_1_comma_4_linkage_42(X))
& fn_alpha_1_comma_4_linkage_48(X) != fn_alpha_1_comma_4_linkage_49(X)
& fn_alpha_1_comma_4_linkage_23(X) != fn_alpha_1_comma_4_linkage_25(X)
& fn_alpha_1_comma_4_linkage_25(X) != fn_alpha_1_comma_4_linkage_23(X)
& result_2(fn_alpha_1_comma_4_linkage_11(X),X)
& object_2(fn_alpha_1_comma_4_linkage_11(X),fn_alpha_1_comma_4_linkage_38(X))
& is_inside_2(fn_alpha_1_comma_4_linkage_38(X),fn_alpha_1_comma_4_linkage_51(X))
& is_inside_2(fn_alpha_1_comma_4_linkage_39(X),fn_alpha_1_comma_4_linkage_51(X))
& is_near_2(fn_alpha_1_comma_4_linkage_39(X),fn_alpha_1_comma_4_linkage_25(X))
& is_near_2(fn_alpha_1_comma_4_linkage_25(X),fn_alpha_1_comma_4_linkage_39(X))
& object_2(fn_alpha_1_comma_4_linkage_50(X),fn_alpha_1_comma_4_linkage_49(X))
& agent_2(fn_alpha_1_comma_4_linkage_50(X),X)
& is_between_2(X,fn_alpha_1_comma_4_linkage_48(X))
& has_region_2(fn_alpha_1_comma_4_linkage_48(X),fn_alpha_1_comma_4_linkage_42(X))
& fn_alpha_1_comma_4_linkage_42(X) != fn_alpha_1_comma_4_linkage_45(X)
& fn_alpha_1_comma_4_linkage_45(X) != fn_alpha_1_comma_4_linkage_42(X)
& is_between_2(X,fn_alpha_1_comma_4_linkage_49(X))
& has_region_2(fn_alpha_1_comma_4_linkage_49(X),fn_alpha_1_comma_4_linkage_23(X))
& is_near_2(fn_alpha_1_comma_4_linkage_23(X),fn_alpha_1_comma_4_linkage_38(X))
& quantity_2(fn_alpha_1_comma_4_linkage_38(X),fn_alpha_1_comma_4_linkage_22(X))
& fn_alpha_1_comma_4_linkage_22(X) = fn_alpha_1_comma_4_linkage_37(X)
& is_near_2(fn_alpha_1_comma_4_linkage_38(X),fn_alpha_1_comma_4_linkage_23(X))
& fn_alpha_1_comma_4_linkage_37(X) = fn_alpha_1_comma_4_linkage_22(X)
& fn_alpha_1_comma_4_linkage_49(X) = fn_attract_2(fn_alpha_1_comma_4_linkage_47(X))
& fn_alpha_1_comma_4_linkage_52(X) = fn_carbon_19(fn_alpha_1_comma_4_linkage_48(X))
& fn_alpha_1_comma_4_linkage_53(X) = fn_polar_covalent_bond_10(X)
& fn_alpha_1_comma_4_linkage_53(X) = fn_carbon_12(fn_alpha_1_comma_4_linkage_48(X))
& fn_alpha_1_comma_4_linkage_3(X) = fn_carbon_7(fn_alpha_1_comma_4_linkage_48(X))
& fn_alpha_1_comma_4_linkage_35(X) = fn_polar_covalent_bond_8(X)
& fn_alpha_1_comma_4_linkage_35(X) = fn_carbon_20(fn_alpha_1_comma_4_linkage_48(X))
& fn_alpha_1_comma_4_linkage_34(X) = fn_polar_covalent_bond_6(X)
& fn_alpha_1_comma_4_linkage_34(X) = fn_carbon_11(fn_alpha_1_comma_4_linkage_48(X))
& fn_alpha_1_comma_4_linkage_36(X) = fn_polar_covalent_bond_8(X)
& fn_alpha_1_comma_4_linkage_2(X) = fn_carbon_7(fn_alpha_1_comma_4_linkage_49(X))
& fn_alpha_1_comma_4_linkage_36(X) = fn_carbon_20(fn_alpha_1_comma_4_linkage_49(X))
& fn_alpha_1_comma_4_linkage_30(X) = fn_carbon_11(fn_alpha_1_comma_4_linkage_49(X))
& fn_alpha_1_comma_4_linkage_47(X) = fn_glycosidic_linkage_56(X)
& fn_alpha_1_comma_4_linkage_47(X) = fn_glycosidic_linkage_14(X)
& fn_alpha_1_comma_4_linkage_45(X) = fn_glycosidic_linkage_43(X)
& fn_alpha_1_comma_4_linkage_20(X) = fn_glycosidic_linkage_16(X)
& fn_alpha_1_comma_4_linkage_10(X) = fn_glycosidic_linkage_31(X)
& fn_alpha_1_comma_4_linkage_12(X) = fn_glycosidic_linkage_67(X)
& fn_alpha_1_comma_4_linkage_9(X) = fn_glycosidic_linkage_32(X)
& fn_alpha_1_comma_4_linkage_13(X) = fn_glycosidic_linkage_44(X)
& fn_alpha_1_comma_4_linkage_8(X) = fn_carbon_8(fn_alpha_1_comma_4_linkage_48(X))
& fn_alpha_1_comma_4_linkage_8(X) = fn_glycosidic_linkage_30(X)
& fn_alpha_1_comma_4_linkage_7(X) = fn_glycosidic_linkage_2(X)
& fn_alpha_1_comma_4_linkage_5(X) = fn_carbon_1(fn_alpha_1_comma_4_linkage_49(X))
& fn_alpha_1_comma_4_linkage_5(X) = fn_glycosidic_linkage_68(X)
& fn_alpha_1_comma_4_linkage_4(X) = fn_carbon_1(fn_alpha_1_comma_4_linkage_48(X))
& fn_alpha_1_comma_4_linkage_4(X) = fn_glycosidic_linkage_69(X)
& fn_alpha_1_comma_4_linkage_1(X) = fn_atom_10(fn_alpha_1_comma_4_linkage_49(X))
& fn_alpha_1_comma_4_linkage_1(X) = fn_glycosidic_linkage_3(X)
& fn_alpha_1_comma_4_linkage_29(X) = fn_glycosidic_linkage_57(X)
& fn_alpha_1_comma_4_linkage_24(X) = fn_glycosidic_linkage_61(X)
& fn_alpha_1_comma_4_linkage_6(X) = fn_carbon_13(fn_alpha_1_comma_4_linkage_49(X))
& fn_alpha_1_comma_4_linkage_6(X) = fn_glycosidic_linkage_70(X)
& fn_alpha_1_comma_4_linkage_15(X) = fn_glycosidic_linkage_67(X)
& fn_alpha_1_comma_4_linkage_40(X) = fn_glycosidic_linkage_1(X)
& fn_alpha_1_comma_4_linkage_41(X) = fn_glycosidic_linkage_71(X)
& fn_alpha_1_comma_4_linkage_20(X) = fn_glycosidic_linkage_57(X)
& fn_alpha_1_comma_4_linkage_19(X) = fn_glycosidic_linkage_4(X)
& fn_alpha_1_comma_4_linkage_18(X) = fn_glycosidic_linkage_21(X)
& fn_alpha_1_comma_4_linkage_17(X) = fn_glycosidic_linkage_20(X)
& fn_alpha_1_comma_4_linkage_29(X) = fn_glycosidic_linkage_16(X)
& fn_alpha_1_comma_4_linkage_28(X) = fn_glycosidic_linkage_15(X)
& fn_alpha_1_comma_4_linkage_16(X) = fn_glycosidic_linkage_34(X)
& fn_alpha_1_comma_4_linkage_46(X) = fn_glycosidic_linkage_66(X)
& fn_alpha_1_comma_4_linkage_16(X) = fn_glycosidic_linkage_44(X)
& fn_alpha_1_comma_4_linkage_27(X) = fn_glycosidic_linkage_56(X)
& fn_alpha_1_comma_4_linkage_26(X) = fn_glycosidic_linkage_61(X)
& fn_alpha_1_comma_4_linkage_43(X) = fn_atom_9(fn_alpha_1_comma_4_linkage_48(X))
& fn_alpha_1_comma_4_linkage_43(X) = fn_glycosidic_linkage_50(X)
& fn_alpha_1_comma_4_linkage_15(X) = fn_glycosidic_linkage_33(X)
& fn_alpha_1_comma_4_linkage_14(X) = fn_glycosidic_linkage_34(X)
& fn_alpha_1_comma_4_linkage_31(X) = fn_carbon_16(fn_alpha_1_comma_4_linkage_49(X))
& fn_alpha_1_comma_4_linkage_31(X) = fn_atom_17(fn_alpha_1_comma_4_linkage_49(X))
& fn_alpha_1_comma_4_linkage_31(X) = fn_polar_covalent_bond_7(X)
& fn_alpha_1_comma_4_linkage_31(X) = fn_glycosidic_linkage_60(X)
& fn_alpha_1_comma_4_linkage_14(X) = fn_glycosidic_linkage_19(X)
& fn_alpha_1_comma_4_linkage_21(X) = fn_glycosidic_linkage_14(X)
& fn_alpha_1_comma_4_linkage_24(X) = fn_carbon_17(fn_alpha_1_comma_4_linkage_49(X))
& fn_alpha_1_comma_4_linkage_24(X) = fn_atom_8(fn_alpha_1_comma_4_linkage_49(X))
& fn_alpha_1_comma_4_linkage_24(X) = fn_glycosidic_linkage_35(X)
& fn_alpha_1_comma_4_linkage_23(X) = fn_glycosidic_linkage_65(X)
& fn_alpha_1_comma_4_linkage_45(X) = fn_glycosidic_linkage_51(X)
& fn_alpha_1_comma_4_linkage_33(X) = fn_carbon_2(fn_alpha_1_comma_4_linkage_48(X))
& fn_alpha_1_comma_4_linkage_33(X) = fn_glycosidic_linkage_63(X)
& fn_alpha_1_comma_4_linkage_32(X) = fn_carbon_2(fn_alpha_1_comma_4_linkage_49(X))
& fn_alpha_1_comma_4_linkage_32(X) = fn_glycosidic_linkage_64(X)
& fn_alpha_1_comma_4_linkage_44(X) = fn_glycosidic_linkage_42(X)
& fn_alpha_1_comma_4_linkage_43(X) = fn_glycosidic_linkage_27(X)
& fn_alpha_1_comma_4_linkage_44(X) = fn_glycosidic_linkage_50(X)
& fn_alpha_1_comma_4_linkage_12(X) = fn_glycosidic_linkage_10(X)
& fn_alpha_1_comma_4_linkage_26(X) = fn_atom_8(fn_alpha_1_comma_4_linkage_48(X))
& fn_alpha_1_comma_4_linkage_26(X) = fn_carbon_17(fn_alpha_1_comma_4_linkage_48(X))
& fn_alpha_1_comma_4_linkage_26(X) = fn_glycosidic_linkage_35(X)
& fn_alpha_1_comma_4_linkage_54(X) = fn_carbon_16(fn_alpha_1_comma_4_linkage_48(X))
& fn_alpha_1_comma_4_linkage_54(X) = fn_atom_17(fn_alpha_1_comma_4_linkage_48(X))
& fn_alpha_1_comma_4_linkage_54(X) = fn_glycosidic_linkage_36(X)
& fn_alpha_1_comma_4_linkage_53(X) = fn_atom_11(fn_alpha_1_comma_4_linkage_48(X))
& fn_alpha_1_comma_4_linkage_53(X) = fn_carbon_19(fn_alpha_1_comma_4_linkage_48(X))
& fn_alpha_1_comma_4_linkage_53(X) = fn_glycosidic_linkage_37(X)
& fn_alpha_1_comma_4_linkage_44(X) = fn_glycosidic_linkage_27(X)
& fn_alpha_1_comma_4_linkage_43(X) = fn_atom_9(fn_alpha_1_comma_4_linkage_49(X))
& fn_alpha_1_comma_4_linkage_43(X) = fn_glycosidic_linkage_42(X)
& fn_alpha_1_comma_4_linkage_11(X) = fn_glycosidic_linkage_9(X)
& fn_alpha_1_comma_4_linkage_39(X) = fn_carbon_10(fn_alpha_1_comma_4_linkage_48(X))
& fn_alpha_1_comma_4_linkage_52(X) = fn_carbon_12(fn_alpha_1_comma_4_linkage_48(X))
& fn_alpha_1_comma_4_linkage_52(X) = fn_atom_5(fn_alpha_1_comma_4_linkage_48(X))
& fn_alpha_1_comma_4_linkage_52(X) = fn_glycosidic_linkage_38(X)
& fn_alpha_1_comma_4_linkage_13(X) = fn_glycosidic_linkage_11(X)
& X = fn_glycosidic_linkage_73(X)
& fn_alpha_1_comma_4_linkage_50(X) = fn_glycosidic_linkage_13(X)
& fn_alpha_1_comma_4_linkage_12(X) = fn_glycosidic_linkage_9(X)
& fn_alpha_1_comma_4_linkage_39(X) = fn_glycosidic_linkage_17(X)
& fn_alpha_1_comma_4_linkage_25(X) = fn_carbon_18(fn_alpha_1_comma_4_linkage_48(X))
& fn_alpha_1_comma_4_linkage_48(X) = fn_polar_covalent_bond_18(X)
& fn_alpha_1_comma_4_linkage_48(X) = fn_glycosidic_linkage_45(X)
& fn_alpha_1_comma_4_linkage_39(X) = fn_atom_14(fn_alpha_1_comma_4_linkage_48(X))
& fn_alpha_1_comma_4_linkage_25(X) = fn_atom_18(fn_alpha_1_comma_4_linkage_48(X))
& fn_alpha_1_comma_4_linkage_39(X) = fn_glycosidic_linkage_48(X)
& fn_alpha_1_comma_4_linkage_25(X) = fn_glycosidic_linkage_62(X)
& fn_alpha_1_comma_4_linkage_25(X) = fn_glycosidic_linkage_65(X)
& fn_alpha_1_comma_4_linkage_39(X) = fn_glycosidic_linkage_47(X)
& fn_alpha_1_comma_4_linkage_51(X) = fn_glycosidic_linkage_49(X)
& fn_alpha_1_comma_4_linkage_38(X) = fn_glycosidic_linkage_47(X)
& fn_alpha_1_comma_4_linkage_11(X) = fn_glycosidic_linkage_72(X)
& fn_alpha_1_comma_4_linkage_11(X) = fn_glycosidic_linkage_67(X)
& fn_alpha_1_comma_4_linkage_11(X) = fn_glycosidic_linkage_18(X)
& fn_alpha_1_comma_4_linkage_42(X) = fn_glycosidic_linkage_51(X)
& fn_alpha_1_comma_4_linkage_45(X) = fn_glycosidic_linkage_26(X)
& fn_alpha_1_comma_4_linkage_42(X) = fn_glycosidic_linkage_43(X)
& fn_alpha_1_comma_4_linkage_48(X) = fn_glycosidic_linkage_46(X)
& fn_alpha_1_comma_4_linkage_50(X) = fn_glycosidic_linkage_41(X)
& X = fn_glycosidic_linkage_74(X)
& fn_alpha_1_comma_4_linkage_50(X) = fn_glycosidic_linkage_22(X)
& fn_alpha_1_comma_4_linkage_37(X) = fn_atom_11(fn_alpha_1_comma_4_linkage_49(X))
& fn_alpha_1_comma_4_linkage_37(X) = fn_carbon_19(fn_alpha_1_comma_4_linkage_49(X))
& fn_alpha_1_comma_4_linkage_22(X) = fn_polar_covalent_bond_9(X)
& fn_alpha_1_comma_4_linkage_37(X) = fn_polar_covalent_bond_10(X)
& fn_alpha_1_comma_4_linkage_37(X) = fn_glycosidic_linkage_59(X)
& fn_alpha_1_comma_4_linkage_22(X) = fn_atom_5(fn_alpha_1_comma_4_linkage_49(X))
& fn_alpha_1_comma_4_linkage_38(X) = fn_carbon_10(fn_alpha_1_comma_4_linkage_49(X))
& fn_alpha_1_comma_4_linkage_22(X) = fn_carbon_12(fn_alpha_1_comma_4_linkage_49(X))
& fn_alpha_1_comma_4_linkage_22(X) = fn_glycosidic_linkage_58(X)
& fn_alpha_1_comma_4_linkage_38(X) = fn_atom_14(fn_alpha_1_comma_4_linkage_49(X))
& fn_alpha_1_comma_4_linkage_23(X) = fn_glycosidic_linkage_25(X)
& fn_alpha_1_comma_4_linkage_38(X) = fn_glycosidic_linkage_17(X)
& fn_alpha_1_comma_4_linkage_38(X) = fn_glycosidic_linkage_48(X)
& fn_alpha_1_comma_4_linkage_23(X) = fn_atom_18(fn_alpha_1_comma_4_linkage_49(X))
& fn_alpha_1_comma_4_linkage_23(X) = fn_carbon_18(fn_alpha_1_comma_4_linkage_49(X))
& fn_alpha_1_comma_4_linkage_23(X) = fn_glycosidic_linkage_62(X)
& fn_alpha_1_comma_4_linkage_49(X) = fn_polar_covalent_bond_19(X)
& fn_alpha_1_comma_4_linkage_49(X) = fn_polar_covalent_bond_18(X)
& fn_alpha_1_comma_4_linkage_49(X) = fn_glycosidic_linkage_45(X)
& fn_alpha_1_comma_4_linkage_49(X) = fn_glycosidic_linkage_46(X)
& fn_carbon_20(fn_alpha_1_comma_4_linkage_48(X)) = fn_carbon_20(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_20(fn_alpha_1_comma_4_linkage_48(X)) = fn_polar_covalent_bond_8(X)
& fn_polar_covalent_bond_8(X) = fn_carbon_20(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_20(fn_alpha_1_comma_4_linkage_48(X)) = fn_carbon_11(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_11(fn_alpha_1_comma_4_linkage_48(X)) = fn_polar_covalent_bond_6(X)
& fn_polar_covalent_bond_6(X) = fn_carbon_11(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_11(fn_alpha_1_comma_4_linkage_48(X)) = fn_carbon_20(fn_alpha_1_comma_4_linkage_49(X))
& fn_carbon_20(fn_alpha_1_comma_4_linkage_49(X)) = fn_polar_covalent_bond_8(X)
& fn_polar_covalent_bond_8(X) = fn_carbon_20(fn_alpha_1_comma_4_linkage_49(X))
& fn_carbon_20(fn_alpha_1_comma_4_linkage_49(X)) = fn_carbon_20(fn_alpha_1_comma_4_linkage_49(X))
& fn_carbon_20(fn_alpha_1_comma_4_linkage_49(X)) = fn_glycosidic_linkage_56(X)
& fn_glycosidic_linkage_56(X) = fn_glycosidic_linkage_14(X)
& fn_glycosidic_linkage_14(X) = fn_carbon_8(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_8(fn_alpha_1_comma_4_linkage_48(X)) = fn_glycosidic_linkage_30(X)
& fn_glycosidic_linkage_30(X) = fn_carbon_1(fn_alpha_1_comma_4_linkage_49(X))
& fn_carbon_1(fn_alpha_1_comma_4_linkage_49(X)) = fn_glycosidic_linkage_68(X)
& fn_glycosidic_linkage_68(X) = fn_carbon_1(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_1(fn_alpha_1_comma_4_linkage_48(X)) = fn_glycosidic_linkage_69(X)
& fn_glycosidic_linkage_69(X) = fn_atom_10(fn_alpha_1_comma_4_linkage_49(X))
& fn_atom_10(fn_alpha_1_comma_4_linkage_49(X)) = fn_glycosidic_linkage_3(X)
& fn_glycosidic_linkage_3(X) = fn_carbon_13(fn_alpha_1_comma_4_linkage_49(X))
& fn_carbon_13(fn_alpha_1_comma_4_linkage_49(X)) = fn_glycosidic_linkage_70(X)
& fn_glycosidic_linkage_70(X) = fn_glycosidic_linkage_16(X)
& fn_glycosidic_linkage_16(X) = fn_glycosidic_linkage_57(X)
& fn_glycosidic_linkage_57(X) = fn_glycosidic_linkage_57(X)
& fn_glycosidic_linkage_57(X) = fn_glycosidic_linkage_16(X)
& fn_glycosidic_linkage_16(X) = fn_glycosidic_linkage_44(X)
& fn_glycosidic_linkage_44(X) = fn_glycosidic_linkage_34(X)
& fn_glycosidic_linkage_34(X) = fn_glycosidic_linkage_44(X)
& fn_glycosidic_linkage_44(X) = fn_glycosidic_linkage_44(X)
& fn_glycosidic_linkage_44(X) = fn_glycosidic_linkage_67(X)
& fn_glycosidic_linkage_67(X) = fn_glycosidic_linkage_33(X)
& fn_glycosidic_linkage_33(X) = fn_glycosidic_linkage_33(X)
& fn_glycosidic_linkage_33(X) = fn_polar_covalent_bond_7(X)
& fn_polar_covalent_bond_7(X) = fn_atom_17(fn_alpha_1_comma_4_linkage_49(X))
& fn_atom_17(fn_alpha_1_comma_4_linkage_49(X)) = fn_atom_17(fn_alpha_1_comma_4_linkage_49(X))
& fn_atom_17(fn_alpha_1_comma_4_linkage_49(X)) = fn_polar_covalent_bond_7(X)
& fn_polar_covalent_bond_7(X) = fn_polar_covalent_bond_7(X)
& fn_carbon_16(fn_alpha_1_comma_4_linkage_49(X)) = fn_polar_covalent_bond_7(X)
& fn_polar_covalent_bond_7(X) = fn_carbon_16(fn_alpha_1_comma_4_linkage_49(X))
& fn_carbon_16(fn_alpha_1_comma_4_linkage_49(X)) = fn_carbon_16(fn_alpha_1_comma_4_linkage_49(X))
& fn_glycosidic_linkage_60(X) = fn_carbon_16(fn_alpha_1_comma_4_linkage_49(X))
& fn_carbon_16(fn_alpha_1_comma_4_linkage_49(X)) = fn_glycosidic_linkage_60(X)
& fn_glycosidic_linkage_60(X) = fn_glycosidic_linkage_34(X)
& fn_glycosidic_linkage_34(X) = fn_glycosidic_linkage_34(X)
& fn_glycosidic_linkage_34(X) = fn_glycosidic_linkage_19(X)
& fn_glycosidic_linkage_19(X) = fn_glycosidic_linkage_19(X)
& fn_glycosidic_linkage_19(X) = fn_carbon_17(fn_alpha_1_comma_4_linkage_49(X))
& fn_carbon_17(fn_alpha_1_comma_4_linkage_49(X)) = fn_carbon_17(fn_alpha_1_comma_4_linkage_49(X))
& fn_carbon_17(fn_alpha_1_comma_4_linkage_49(X)) = fn_atom_8(fn_alpha_1_comma_4_linkage_49(X))
& fn_atom_8(fn_alpha_1_comma_4_linkage_49(X)) = fn_carbon_17(fn_alpha_1_comma_4_linkage_49(X))
& fn_glycosidic_linkage_61(X) = fn_carbon_17(fn_alpha_1_comma_4_linkage_49(X))
& fn_carbon_17(fn_alpha_1_comma_4_linkage_49(X)) = fn_glycosidic_linkage_61(X)
& fn_glycosidic_linkage_35(X) = fn_carbon_2(fn_alpha_1_comma_4_linkage_48(X))
& fn_glycosidic_linkage_63(X) = fn_carbon_2(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_2(fn_alpha_1_comma_4_linkage_48(X)) = fn_glycosidic_linkage_63(X)
& fn_glycosidic_linkage_63(X) = fn_glycosidic_linkage_63(X)
& fn_glycosidic_linkage_63(X) = fn_carbon_2(fn_alpha_1_comma_4_linkage_49(X))
& fn_glycosidic_linkage_64(X) = fn_glycosidic_linkage_64(X)
& fn_glycosidic_linkage_64(X) = fn_carbon_2(fn_alpha_1_comma_4_linkage_49(X))
& fn_carbon_2(fn_alpha_1_comma_4_linkage_49(X)) = fn_glycosidic_linkage_64(X)
& fn_glycosidic_linkage_64(X) = fn_carbon_17(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_17(fn_alpha_1_comma_4_linkage_48(X)) = fn_atom_8(fn_alpha_1_comma_4_linkage_48(X))
& fn_atom_8(fn_alpha_1_comma_4_linkage_48(X)) = fn_carbon_17(fn_alpha_1_comma_4_linkage_48(X))
& fn_glycosidic_linkage_61(X) = fn_carbon_17(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_17(fn_alpha_1_comma_4_linkage_48(X)) = fn_carbon_17(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_17(fn_alpha_1_comma_4_linkage_48(X)) = fn_glycosidic_linkage_61(X)
& fn_glycosidic_linkage_61(X) = fn_glycosidic_linkage_61(X)
& fn_glycosidic_linkage_61(X) = fn_glycosidic_linkage_35(X)
& fn_glycosidic_linkage_35(X) = fn_glycosidic_linkage_35(X)
& fn_glycosidic_linkage_35(X) = fn_carbon_16(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_16(fn_alpha_1_comma_4_linkage_48(X)) = fn_carbon_16(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_16(fn_alpha_1_comma_4_linkage_48(X)) = fn_atom_17(fn_alpha_1_comma_4_linkage_48(X))
& fn_atom_17(fn_alpha_1_comma_4_linkage_48(X)) = fn_carbon_16(fn_alpha_1_comma_4_linkage_48(X))
& fn_glycosidic_linkage_36(X) = fn_carbon_16(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_16(fn_alpha_1_comma_4_linkage_48(X)) = fn_glycosidic_linkage_36(X)
& fn_glycosidic_linkage_36(X) = fn_polar_covalent_bond_10(X)
& fn_polar_covalent_bond_10(X) = fn_atom_11(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_19(fn_alpha_1_comma_4_linkage_48(X)) = fn_atom_11(fn_alpha_1_comma_4_linkage_48(X))
& fn_atom_11(fn_alpha_1_comma_4_linkage_48(X)) = fn_atom_11(fn_alpha_1_comma_4_linkage_48(X))
& fn_atom_11(fn_alpha_1_comma_4_linkage_48(X)) = fn_carbon_19(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_19(fn_alpha_1_comma_4_linkage_48(X)) = fn_carbon_19(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_12(fn_alpha_1_comma_4_linkage_48(X)) = fn_glycosidic_linkage_37(X)
& fn_glycosidic_linkage_37(X) = fn_glycosidic_linkage_37(X)
& fn_glycosidic_linkage_37(X) = fn_glycosidic_linkage_42(X)
& fn_glycosidic_linkage_42(X) = fn_glycosidic_linkage_50(X)
& fn_glycosidic_linkage_50(X) = fn_glycosidic_linkage_50(X)
& fn_glycosidic_linkage_27(X) = fn_atom_9(fn_alpha_1_comma_4_linkage_48(X))
& fn_atom_9(fn_alpha_1_comma_4_linkage_48(X)) = fn_glycosidic_linkage_50(X)
& fn_glycosidic_linkage_50(X) = fn_atom_9(fn_alpha_1_comma_4_linkage_49(X))
& fn_atom_9(fn_alpha_1_comma_4_linkage_49(X)) = fn_glycosidic_linkage_50(X)
& fn_glycosidic_linkage_50(X) = fn_glycosidic_linkage_27(X)
& fn_glycosidic_linkage_27(X) = fn_glycosidic_linkage_27(X)
& fn_glycosidic_linkage_27(X) = fn_glycosidic_linkage_42(X)
& fn_glycosidic_linkage_42(X) = fn_glycosidic_linkage_42(X)
& fn_glycosidic_linkage_42(X) = fn_carbon_12(fn_alpha_1_comma_4_linkage_48(X))
& fn_atom_5(fn_alpha_1_comma_4_linkage_48(X)) = fn_carbon_12(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_12(fn_alpha_1_comma_4_linkage_48(X)) = fn_atom_5(fn_alpha_1_comma_4_linkage_48(X))
& fn_atom_5(fn_alpha_1_comma_4_linkage_48(X)) = fn_carbon_19(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_19(fn_alpha_1_comma_4_linkage_48(X)) = fn_carbon_12(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_12(fn_alpha_1_comma_4_linkage_48(X)) = fn_carbon_12(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_12(fn_alpha_1_comma_4_linkage_48(X)) = fn_carbon_19(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_19(fn_alpha_1_comma_4_linkage_48(X)) = fn_glycosidic_linkage_38(X)
& fn_glycosidic_linkage_38(X) = fn_glycosidic_linkage_38(X)
& fn_glycosidic_linkage_38(X) = fn_glycosidic_linkage_44(X)
& fn_glycosidic_linkage_44(X) = fn_glycosidic_linkage_11(X)
& fn_glycosidic_linkage_11(X) = fn_glycosidic_linkage_11(X)
& fn_glycosidic_linkage_11(X) = fn_glycosidic_linkage_67(X)
& fn_glycosidic_linkage_67(X) = fn_glycosidic_linkage_10(X)
& fn_glycosidic_linkage_10(X) = fn_glycosidic_linkage_10(X)
& fn_glycosidic_linkage_10(X) = fn_glycosidic_linkage_9(X)
& fn_glycosidic_linkage_9(X) = fn_carbon_18(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_18(fn_alpha_1_comma_4_linkage_48(X)) = fn_atom_18(fn_alpha_1_comma_4_linkage_48(X))
& fn_atom_18(fn_alpha_1_comma_4_linkage_48(X)) = fn_carbon_18(fn_alpha_1_comma_4_linkage_48(X))
& fn_glycosidic_linkage_62(X) = fn_carbon_18(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_18(fn_alpha_1_comma_4_linkage_48(X)) = fn_glycosidic_linkage_62(X)
& fn_glycosidic_linkage_65(X) = fn_glycosidic_linkage_65(X)
& fn_glycosidic_linkage_65(X) = fn_glycosidic_linkage_62(X)
& fn_glycosidic_linkage_62(X) = fn_glycosidic_linkage_65(X)
& fn_glycosidic_linkage_65(X) = fn_atom_14(fn_alpha_1_comma_4_linkage_48(X))
& fn_atom_14(fn_alpha_1_comma_4_linkage_48(X)) = fn_carbon_10(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_10(fn_alpha_1_comma_4_linkage_48(X)) = fn_carbon_10(fn_alpha_1_comma_4_linkage_48(X))
& fn_carbon_10(fn_alpha_1_comma_4_linkage_48(X)) = fn_atom_14(fn_alpha_1_comma_4_linkage_48(X))
& fn_atom_14(fn_alpha_1_comma_4_linkage_48(X)) = fn_atom_14(fn_alpha_1_comma_4_linkage_48(X))
& fn_atom_14(fn_alpha_1_comma_4_linkage_48(X)) = fn_glycosidic_linkage_17(X)
& fn_glycosidic_linkage_17(X) = fn_atom_14(fn_alpha_1_comma_4_linkage_48(X))
& fn_atom_14(fn_alpha_1_comma_4_linkage_48(X)) = fn_glycosidic_linkage_48(X)
& fn_glycosidic_linkage_47(X) = fn_glycosidic_linkage_48(X)
& fn_glycosidic_linkage_48(X) = fn_glycosidic_linkage_47(X)
& fn_glycosidic_linkage_47(X) = fn_glycosidic_linkage_72(X)
& fn_glycosidic_linkage_67(X) = fn_glycosidic_linkage_72(X)
& fn_glycosidic_linkage_72(X) = fn_glycosidic_linkage_67(X)
& fn_glycosidic_linkage_9(X) = fn_glycosidic_linkage_67(X)
& fn_glycosidic_linkage_67(X) = fn_glycosidic_linkage_67(X)
& fn_glycosidic_linkage_67(X) = fn_glycosidic_linkage_9(X)
& fn_glycosidic_linkage_9(X) = fn_glycosidic_linkage_9(X)
& fn_glycosidic_linkage_9(X) = fn_glycosidic_linkage_18(X)
& fn_glycosidic_linkage_18(X) = fn_glycosidic_linkage_18(X)
& fn_glycosidic_linkage_18(X) = fn_glycosidic_linkage_43(X)
& fn_glycosidic_linkage_51(X) = fn_glycosidic_linkage_51(X)
& fn_glycosidic_linkage_51(X) = fn_glycosidic_linkage_26(X)
& fn_glycosidic_linkage_26(X) = fn_glycosidic_linkage_26(X)
& fn_glycosidic_linkage_26(X) = fn_glycosidic_linkage_51(X)
& fn_glycosidic_linkage_43(X) = fn_glycosidic_linkage_51(X)
& fn_glycosidic_linkage_51(X) = fn_glycosidic_linkage_43(X)
& fn_glycosidic_linkage_43(X) = fn_glycosidic_linkage_43(X)
& fn_glycosidic_linkage_43(X) = fn_polar_covalent_bond_18(X)
& fn_glycosidic_linkage_46(X) = fn_glycosidic_linkage_41(X)
& fn_glycosidic_linkage_13(X) = fn_glycosidic_linkage_41(X)
& fn_glycosidic_linkage_41(X) = fn_glycosidic_linkage_13(X)
& fn_glycosidic_linkage_13(X) = fn_glycosidic_linkage_13(X)
& fn_glycosidic_linkage_13(X) = fn_glycosidic_linkage_22(X)
& fn_glycosidic_linkage_22(X) = fn_glycosidic_linkage_22(X)
& fn_glycosidic_linkage_22(X) = fn_atom_11(fn_alpha_1_comma_4_linkage_49(X))
& fn_atom_11(fn_alpha_1_comma_4_linkage_49(X)) = fn_atom_11(fn_alpha_1_comma_4_linkage_49(X))
& fn_atom_11(fn_alpha_1_comma_4_linkage_49(X)) = fn_polar_covalent_bond_10(X)
& fn_carbon_19(fn_alpha_1_comma_4_linkage_49(X)) = fn_carbon_19(fn_alpha_1_comma_4_linkage_49(X))
& fn_carbon_19(fn_alpha_1_comma_4_linkage_49(X)) = fn_polar_covalent_bond_10(X)
& fn_polar_covalent_bond_10(X) = fn_carbon_19(fn_alpha_1_comma_4_linkage_49(X))
& fn_glycosidic_linkage_59(X) = fn_glycosidic_linkage_59(X)
& fn_glycosidic_linkage_59(X) = fn_carbon_19(fn_alpha_1_comma_4_linkage_49(X))
& fn_carbon_19(fn_alpha_1_comma_4_linkage_49(X)) = fn_glycosidic_linkage_59(X)
& fn_glycosidic_linkage_59(X) = fn_polar_covalent_bond_9(X)
& fn_polar_covalent_bond_9(X) = fn_atom_5(fn_alpha_1_comma_4_linkage_49(X))
& fn_atom_5(fn_alpha_1_comma_4_linkage_49(X)) = fn_polar_covalent_bond_9(X)
& fn_carbon_12(fn_alpha_1_comma_4_linkage_49(X)) = fn_polar_covalent_bond_9(X)
& fn_polar_covalent_bond_9(X) = fn_carbon_12(fn_alpha_1_comma_4_linkage_49(X))
& fn_carbon_12(fn_alpha_1_comma_4_linkage_49(X)) = fn_carbon_12(fn_alpha_1_comma_4_linkage_49(X))
& fn_glycosidic_linkage_58(X) = fn_glycosidic_linkage_58(X)
& fn_glycosidic_linkage_58(X) = fn_carbon_12(fn_alpha_1_comma_4_linkage_49(X))
& fn_carbon_12(fn_alpha_1_comma_4_linkage_49(X)) = fn_glycosidic_linkage_58(X)
& fn_glycosidic_linkage_58(X) = fn_atom_14(fn_alpha_1_comma_4_linkage_49(X))
& fn_atom_14(fn_alpha_1_comma_4_linkage_49(X)) = fn_carbon_10(fn_alpha_1_comma_4_linkage_49(X))
& fn_carbon_10(fn_alpha_1_comma_4_linkage_49(X)) = fn_atom_14(fn_alpha_1_comma_4_linkage_49(X))
& fn_atom_14(fn_alpha_1_comma_4_linkage_49(X)) = fn_glycosidic_linkage_47(X)
& fn_glycosidic_linkage_47(X) = fn_carbon_10(fn_alpha_1_comma_4_linkage_49(X))
& fn_carbon_10(fn_alpha_1_comma_4_linkage_49(X)) = fn_glycosidic_linkage_47(X)
& fn_glycosidic_linkage_17(X) = fn_glycosidic_linkage_47(X)
& fn_glycosidic_linkage_47(X) = fn_glycosidic_linkage_47(X)
& fn_glycosidic_linkage_47(X) = fn_glycosidic_linkage_17(X)
& fn_glycosidic_linkage_48(X) = fn_glycosidic_linkage_48(X)
& fn_glycosidic_linkage_17(X) = fn_glycosidic_linkage_17(X)
& fn_glycosidic_linkage_48(X) = fn_glycosidic_linkage_17(X)
& fn_glycosidic_linkage_17(X) = fn_glycosidic_linkage_48(X)
& fn_glycosidic_linkage_48(X) = fn_carbon_18(fn_alpha_1_comma_4_linkage_49(X))
& fn_carbon_18(fn_alpha_1_comma_4_linkage_49(X)) = fn_atom_18(fn_alpha_1_comma_4_linkage_49(X))
& fn_atom_18(fn_alpha_1_comma_4_linkage_49(X)) = fn_atom_18(fn_alpha_1_comma_4_linkage_49(X))
& fn_atom_18(fn_alpha_1_comma_4_linkage_49(X)) = fn_carbon_18(fn_alpha_1_comma_4_linkage_49(X))
& fn_carbon_18(fn_alpha_1_comma_4_linkage_49(X)) = fn_carbon_18(fn_alpha_1_comma_4_linkage_49(X))
& fn_carbon_18(fn_alpha_1_comma_4_linkage_49(X)) = fn_glycosidic_linkage_65(X)
& fn_glycosidic_linkage_65(X) = fn_carbon_18(fn_alpha_1_comma_4_linkage_49(X))
& fn_carbon_18(fn_alpha_1_comma_4_linkage_49(X)) = fn_glycosidic_linkage_25(X)
& fn_glycosidic_linkage_25(X) = fn_glycosidic_linkage_65(X)
& fn_glycosidic_linkage_65(X) = fn_glycosidic_linkage_25(X)
& fn_glycosidic_linkage_62(X) = fn_glycosidic_linkage_25(X)
& fn_glycosidic_linkage_25(X) = fn_glycosidic_linkage_25(X)
& fn_glycosidic_linkage_25(X) = fn_glycosidic_linkage_62(X)
& fn_glycosidic_linkage_62(X) = fn_glycosidic_linkage_62(X)
& fn_glycosidic_linkage_62(X) = fn_attract_2(fn_alpha_1_comma_4_linkage_47(X))
& fn_attract_2(fn_alpha_1_comma_4_linkage_47(X)) = fn_polar_covalent_bond_19(X)
& fn_polar_covalent_bond_18(X) = fn_polar_covalent_bond_19(X)
& fn_polar_covalent_bond_19(X) = fn_polar_covalent_bond_19(X)
& fn_polar_covalent_bond_19(X) = fn_polar_covalent_bond_18(X)
& fn_glycosidic_linkage_45(X) = fn_polar_covalent_bond_18(X)
& fn_polar_covalent_bond_18(X) = fn_glycosidic_linkage_45(X)
& fn_glycosidic_linkage_45(X) = fn_glycosidic_linkage_45(X)
& fn_glycosidic_linkage_46(X) = fn_glycosidic_linkage_46(X)
& fn_glycosidic_linkage_46(X) = fn_glycosidic_linkage_45(X)
& fn_glycosidic_linkage_45(X) = fn_glycosidic_linkage_46(X)
& fn_glycosidic_linkage_46(X) = fn_glycosidic_linkage_73(X)
& fn_glycosidic_linkage_73(X) = fn_glycosidic_linkage_73(X)
& fn_glycosidic_linkage_73(X) = fn_glycosidic_linkage_74(X)
& fn_glycosidic_linkage_74(X) = fn_glycosidic_linkage_74(X) ) ) ).
fof(a527373,axiom,
! [X] :
( alpha_1_comma_6_linkage_1(X)
=> ( original_name_2(X,'Alpha-1,6-Linkage')
& user_description_2(X,'A chemical bond between the number 1 and a number 6 carbon on two adjacent molecules.')
& concept2words_2(X,'alpha 1,6 linkage')
& concept2words_2(X,'alpha-1,6-linkage')
& glycosidic_linkage_1(X) ) ) ).
fof(a527374,axiom,
! [X] :
( alpha_cell_islet_of_langerhans_1(X)
=> ( original_name_2(X,'Alpha-Cell-Islet-Of-Langerhans')
& user_description_2(X,'Endocrine cells of the islets of Langerhans in the pancreas, which secrete glucagon and thus cause an increase in blood glucose level.')
& concept2words_2(X,'alpha cell')
& concept2words_2(X,'alpha-cell')
& concept2words_2(X,'alpha cell islet of langerhans')
& concept2words_2(X,'alpha cell islet of langerhan')
& concept2words_2(X,'alpha-cell-islet-of-langerhan')
& pancreas_cell_1(X) ) ) ).
fof(a527375,axiom,
! [X] :
( alpha_globin_1(X)
=> ( original_name_2(X,'Alpha-Globin')
& user_description_2(X,'Alpha globin (HBA) is a protein that, along with beta globin (HBB), makes up the most common form of hemoglobin in adult humans. The normal adult hemoglobin tetramer consists of two alpha chains and two beta chains.')
& concept2words_2(X,'a globin')
& concept2words_2(X,'a-globin')
& concept2words_2(X,hba)
& concept2words_2(X,'alpha subunit of hemoglobin')
& concept2words_2(X,'alpha-subunit-of-hemoglobin')
& concept2words_2(X,'hemoglobin alpha subunit')
& concept2words_2(X,'hemoglobin-alpha-subunit')
& concept2words_2(X,'globin of alpha')
& concept2words_2(X,'alpha globin')
& concept2words_2(X,'alpha-globin')
& globins_1(X)
& ~ beta_globin_1(X)
& hemoglobin_1(fn_alpha_globin_1(X))
& polypeptide_1(fn_protein_8(fn_alpha_globin_1(X)))
& has_part_2(fn_alpha_globin_1(X),X)
& X = fn_protein_8(fn_alpha_globin_1(X)) ) ) ).
fof(a527376,axiom,
! [X] :
( alpha_globin_ancestral_gene_1(X)
=> ( original_name_2(X,'Alpha-Globin-Ancestral-Gene')
& user_description_2(X,'Ancestral gene source for the alpha globin ancestral gene and the beta globin ancestral gene.')
& concept2words_2(X,'alpha globin ancestral gene')
& concept2words_2(X,'alpha-globin-ancestral-gene')
& globin_ancestral_gene_1(X)
& ~ beta_globin_ancestral_gene_1(X)
& beta_globin_ancestral_gene_1(fn_alpha_globin_ancestral_gene_1(X))
& evolution_1(fn_alpha_globin_ancestral_gene_2(X))
& globin_ancestral_gene_1(fn_alpha_globin_ancestral_gene_3(X))
& alpha_globin_ancestral_gene_1(fn_globin_ancestral_gene_1(fn_alpha_globin_ancestral_gene_3(X)))
& evolution_1(fn_globin_ancestral_gene_2(fn_alpha_globin_ancestral_gene_3(X)))
& result_2(fn_alpha_globin_ancestral_gene_2(X),fn_alpha_globin_ancestral_gene_1(X))
& object_2(fn_alpha_globin_ancestral_gene_2(X),fn_alpha_globin_ancestral_gene_3(X))
& result_2(fn_alpha_globin_ancestral_gene_2(X),X)
& X = fn_globin_ancestral_gene_1(fn_alpha_globin_ancestral_gene_3(X))
& fn_alpha_globin_ancestral_gene_2(X) = fn_globin_ancestral_gene_2(fn_alpha_globin_ancestral_gene_3(X)) ) ) ).
fof(a527377,axiom,
! [X] :
( alpha_globin_gene_1(X)
=> ( original_name_2(X,'Alpha-Globin-Gene')
& user_description_2(X,'Gene that codes for the alpha globin protein.')
& concept2words_2(X,'alpha globin gene')
& concept2words_2(X,'alpha-globin-gene')
& immunoglobulin_gene_1(X) ) ) ).
fof(a527378,axiom,
! [X] :
( alpha_glucose_1(X)
=> ( original_name_2(X,'Alpha-Glucose')
& user_description_2(X,'In alpha glucose the -H group of the rightmost Carbon atom (C1) is above the plane of the ring')
& concept2words_2(X,'glucose of alpha')
& concept2words_2(X,'alpha glucose')
& concept2words_2(X,'alpha-glucose')
& glucose_isomer_1(X)
& ~ beta_glucose_1(X)
& shape_value_1(fn_alpha_glucose_2(X))
& glucose_1(fn_alpha_glucose_3(X))
& shape_2(X,fn_alpha_glucose_2(X))
& the_categorical_value_2(fn_alpha_glucose_2(X),ring_shaped_0)
& has_state_2(fn_alpha_glucose_3(X),X)
& has_isomer_2(fn_alpha_glucose_3(X),X)
& fn_alpha_glucose_3(X) = fn_glucose_isomer_1(X) ) ) ).
fof(a527379,axiom,
! [X] :
( alpha_helix_1(X)
=> ( original_name_2(X,'Alpha-Helix')
& user_description_2(X,'A coiled region constituting one form of the secondary structure of proteins, arising from a specific pattern of hydrogen bonding between atoms of the polypeptide backbone (not the side chains).')
& concept2words_2(X,'a helix')
& concept2words_2(X,'a-helix')
& concept2words_2(X,'alpha helices')
& concept2words_2(X,'alpha-helices')
& concept2words_2(X,'a helices')
& concept2words_2(X,'a-helices')
& concept2words_2(X,'helix of alpha')
& concept2words_2(X,'alpha helix')
& concept2words_2(X,'alpha-helix')
& secondary_protein_structure_1(X)
& ~ active_site_1(X)
& ~ allosteric_site_1(X)
& ~ antigen_binding_site_1(X)
& ~ epitope_1(X)
& ~ protein_domain_1(X)
& shape_value_1(fn_alpha_helix_2(X))
& shape_2(X,fn_alpha_helix_2(X))
& the_categorical_value_2(fn_alpha_helix_2(X),helix_0) ) ) ).
fof(a527380,axiom,
! [X] :
( alpha_keratin_1(X)
=> ( original_name_2(X,'Alpha-Keratin')
& user_description_2(X,'The form of the structural protein, keratin, that is rich in alpha helices.')
& concept2words_2(X,'keratin of alpha')
& concept2words_2(X,'alpha keratin')
& concept2words_2(X,'alpha-keratin')
& keratin_1(X)
& ~ collagen_1(X)
& ~ fibrin_1(X)
& ~ fibronectin_1(X)
& ~ histone_1(X) ) ) ).
fof(a527381,axiom,
! [X] :
( alpha_ketoglutarate_1(X)
=> ( original_name_2(X,'Alpha-Ketoglutarate')
& user_description_2(X,'Alpha ketoglutarate is an intermediate compound formed in citric acid cycle.')
& concept2words_2(X,'alpha ketoglutarate')
& concept2words_2(X,'alpha-ketoglutarate')
& ester_1(X)
& ~ acetate_1(X)
& ~ citrate_1(X)
& ~ fumarate_1(X)
& ~ isocitrate_1(X)
& ~ malate_1(X)
& ~ oxaloacetate_1(X)
& ~ succinate_1(X) ) ) ).
fof(a527382,axiom,
! [X] :
( alpha_tubulin_1(X)
=> ( original_name_2(X,'Alpha-Tubulin')
& user_description_2(X,'Polypeptide subunit of tubulin protein.')
& concept2words_2(X,'tubulin of alpha')
& concept2words_2(X,'alpha tubulin')
& concept2words_2(X,'alpha-tubulin')
& polypeptide_1(X)
& carbon_skeleton_1(fn_alpha_tubulin_7(X))
& spatial_entity_1(fn_alpha_tubulin_8(X))
& chemical_entity_1(fn_alpha_tubulin_8(X))
& monomer_1(fn_alpha_tubulin_8(X))
& molecule_1(fn_alpha_tubulin_8(X))
& amino_acid_1(fn_alpha_tubulin_8(X))
& atom_1(fn_alpha_tubulin_9(X))
& chemical_entity_1(fn_alpha_tubulin_9(X))
& carbon_1(fn_alpha_tubulin_10(X))
& size_value_1(fn_alpha_tubulin_11(X))
& size_value_1(fn_alpha_tubulin_12(X))
& covalent_bond_1(fn_alpha_tubulin_13(X))
& single_bond_1(fn_alpha_tubulin_13(X))
& tangible_entity_1(fn_alpha_tubulin_14(X))
& covalent_bond_1(fn_alpha_tubulin_14(X))
& double_bond_1(fn_alpha_tubulin_14(X))
& attach_1(fn_alpha_tubulin_15(X))
& hold_1(fn_alpha_tubulin_16(X))
& hold_together_1(fn_alpha_tubulin_16(X))
& hold_together_1(fn_alpha_tubulin_17(X))
& hold_1(fn_alpha_tubulin_18(X))
& hold_together_1(fn_alpha_tubulin_18(X))
& hold_together_1(fn_alpha_tubulin_19(X))
& hold_together_1(fn_alpha_tubulin_20(X))
& hold_1(fn_alpha_tubulin_20(X))
& hold_1(fn_alpha_tubulin_21(X))
& hold_together_1(fn_alpha_tubulin_21(X))
& share_1(fn_alpha_tubulin_22(X))
& share_1(fn_alpha_tubulin_23(X))
& share_1(fn_alpha_tubulin_24(X))
& share_1(fn_alpha_tubulin_25(X))
& unequal_sharing_1(fn_alpha_tubulin_26(X))
& share_1(fn_alpha_tubulin_27(X))
& share_1(fn_alpha_tubulin_28(X))
& hold_1(fn_alpha_tubulin_29(X))
& hold_together_1(fn_alpha_tubulin_29(X))
& share_1(fn_alpha_tubulin_30(X))
& unequal_sharing_1(fn_alpha_tubulin_30(X))
& share_1(fn_alpha_tubulin_31(X))
& unequal_sharing_1(fn_alpha_tubulin_31(X))
& share_1(fn_alpha_tubulin_32(X))
& share_1(fn_alpha_tubulin_33(X))
& attract_1(fn_alpha_tubulin_34(X))
& share_1(fn_alpha_tubulin_35(X))
& share_1(fn_alpha_tubulin_36(X))
& unequal_sharing_1(fn_alpha_tubulin_36(X))
& share_1(fn_alpha_tubulin_37(X))
& unequal_sharing_1(fn_alpha_tubulin_37(X))
& hold_1(fn_alpha_tubulin_38(X))
& hold_together_1(fn_alpha_tubulin_38(X))
& entity_1(fn_alpha_tubulin_39(X))
& chemical_entity_1(fn_alpha_tubulin_39(X))
& atom_1(fn_alpha_tubulin_39(X))
& hydrogen_1(fn_alpha_tubulin_39(X))
& entity_1(fn_alpha_tubulin_40(X))
& chemical_entity_1(fn_alpha_tubulin_40(X))
& atom_1(fn_alpha_tubulin_40(X))
& carbon_1(fn_alpha_tubulin_40(X))
& entity_1(fn_alpha_tubulin_41(X))
& chemical_entity_1(fn_alpha_tubulin_41(X))
& atom_1(fn_alpha_tubulin_41(X))
& hydrogen_1(fn_alpha_tubulin_41(X))
& entity_1(fn_alpha_tubulin_42(X))
& chemical_entity_1(fn_alpha_tubulin_42(X))
& atom_1(fn_alpha_tubulin_42(X))
& hydrogen_1(fn_alpha_tubulin_42(X))
& share_1(fn_alpha_tubulin_43(X))
& share_1(fn_alpha_tubulin_44(X))
& share_1(fn_alpha_tubulin_45(X))
& hold_together_1(fn_alpha_tubulin_46(X))
& hold_1(fn_alpha_tubulin_46(X))
& covalent_bond_1(fn_alpha_tubulin_47(X))
& single_bond_1(fn_alpha_tubulin_47(X))
& electron_shell_1(fn_alpha_tubulin_48(X))
& asymmetrical_distribution_1(fn_alpha_tubulin_49(X))
& constant_motion_1(fn_alpha_tubulin_50(X))
& tangible_entity_1(fn_alpha_tubulin_51(X))
& electron_1(fn_alpha_tubulin_51(X))
& valence_electron_1(fn_alpha_tubulin_51(X))
& entity_1(fn_alpha_tubulin_51(X))
& kinetic_energy_1(fn_alpha_tubulin_54(X))
& constant_motion_1(fn_alpha_tubulin_55(X))
& speed_value_1(fn_alpha_tubulin_56(X))
& quantity_value_1(fn_alpha_tubulin_57(X))
& hold_1(fn_alpha_tubulin_58(X))
& hold_together_1(fn_alpha_tubulin_58(X))
& single_bond_1(fn_alpha_tubulin_59(X))
& hold_together_1(fn_alpha_tubulin_60(X))
& hold_1(fn_alpha_tubulin_61(X))
& hold_together_1(fn_alpha_tubulin_61(X))
& hold_together_1(fn_alpha_tubulin_62(X))
& share_1(fn_alpha_tubulin_63(X))
& share_1(fn_alpha_tubulin_64(X))
& share_1(fn_alpha_tubulin_65(X))
& unequal_sharing_1(fn_alpha_tubulin_66(X))
& unequal_sharing_1(fn_alpha_tubulin_67(X))
& carbon_1(fn_alpha_tubulin_68(X))
& entity_1(fn_alpha_tubulin_68(X))
& chemical_entity_1(fn_alpha_tubulin_68(X))
& atom_1(fn_alpha_tubulin_68(X))
& hydrogen_1(fn_alpha_tubulin_69(X))
& entity_1(fn_alpha_tubulin_69(X))
& chemical_entity_1(fn_alpha_tubulin_69(X))
& atom_1(fn_alpha_tubulin_69(X))
& chemical_entity_1(fn_alpha_tubulin_70(X))
& atom_1(fn_alpha_tubulin_70(X))
& carbon_1(fn_alpha_tubulin_70(X))
& entity_1(fn_alpha_tubulin_70(X))
& chemical_entity_1(fn_alpha_tubulin_71(X))
& atom_1(fn_alpha_tubulin_71(X))
& hydrogen_1(fn_alpha_tubulin_71(X))
& entity_1(fn_alpha_tubulin_71(X))
& entity_1(fn_alpha_tubulin_72(X))
& chemical_entity_1(fn_alpha_tubulin_72(X))
& atom_1(fn_alpha_tubulin_72(X))
& hydrogen_1(fn_alpha_tubulin_72(X))
& share_1(fn_alpha_tubulin_73(X))
& attract_1(fn_alpha_tubulin_74(X))
& share_1(fn_alpha_tubulin_75(X))
& hold_1(fn_alpha_tubulin_76(X))
& hold_together_1(fn_alpha_tubulin_76(X))
& functional_group_1(fn_alpha_tubulin_77(X))
& amino_group_1(fn_alpha_tubulin_77(X))
& entity_1(fn_alpha_tubulin_78(X))
& tangible_entity_1(fn_alpha_tubulin_78(X))
& electron_1(fn_alpha_tubulin_78(X))
& valence_electron_1(fn_alpha_tubulin_78(X))
& center_1(fn_alpha_tubulin_79(X))
& hold_together_1(fn_alpha_tubulin_80(X))
& tangible_entity_1(fn_alpha_tubulin_81(X))
& chemical_entity_1(fn_alpha_tubulin_81(X))
& atom_1(fn_alpha_tubulin_81(X))
& nitrogen_1(fn_alpha_tubulin_81(X))
& entity_1(fn_alpha_tubulin_81(X))
& tubulin_1(fn_alpha_tubulin_82(X))
& amino_end_1(fn_alpha_tubulin_83(X))
& carboxyl_end_1(fn_alpha_tubulin_84(X))
& chemical_bond_1(fn_alpha_tubulin_85(X))
& covalent_bond_1(fn_alpha_tubulin_85(X))
& peptide_bond_1(fn_alpha_tubulin_85(X))
& tangible_entity_1(fn_alpha_tubulin_86(X))
& entity_1(fn_alpha_tubulin_86(X))
& electron_1(fn_alpha_tubulin_86(X))
& valence_electron_1(fn_alpha_tubulin_86(X))
& electron_shell_1(fn_alpha_tubulin_87(X))
& chemical_bond_1(fn_alpha_tubulin_88(X))
& single_bond_1(fn_alpha_tubulin_88(X))
& covalent_bond_1(fn_alpha_tubulin_88(X))
& entity_1(fn_alpha_tubulin_89(X))
& chemical_entity_1(fn_alpha_tubulin_89(X))
& atom_1(fn_alpha_tubulin_89(X))
& hydrogen_1(fn_alpha_tubulin_89(X))
& entity_1(fn_alpha_tubulin_90(X))
& chemical_entity_1(fn_alpha_tubulin_90(X))
& atom_1(fn_alpha_tubulin_90(X))
& carbon_1(fn_alpha_tubulin_90(X))
& entity_1(fn_alpha_tubulin_91(X))
& chemical_entity_1(fn_alpha_tubulin_91(X))
& atom_1(fn_alpha_tubulin_91(X))
& hydrogen_1(fn_alpha_tubulin_91(X))
& entity_1(fn_alpha_tubulin_92(X))
& chemical_entity_1(fn_alpha_tubulin_92(X))
& atom_1(fn_alpha_tubulin_92(X))
& carbon_1(fn_alpha_tubulin_92(X))
& tangible_entity_1(fn_alpha_tubulin_93(X))
& chemical_entity_1(fn_alpha_tubulin_93(X))
& atom_1(fn_alpha_tubulin_93(X))
& hydrogen_1(fn_alpha_tubulin_93(X))
& entity_1(fn_alpha_tubulin_93(X))
& tangible_entity_1(fn_alpha_tubulin_94(X))
& electron_1(fn_alpha_tubulin_94(X))
& entity_1(fn_alpha_tubulin_94(X))
& valence_electron_1(fn_alpha_tubulin_94(X))
& share_1(fn_alpha_tubulin_95(X))
& attract_1(fn_alpha_tubulin_96(X))
& center_1(fn_alpha_tubulin_97(X))
& second_electron_shell_1(fn_alpha_tubulin_98(X))
& electron_shell_1(fn_alpha_tubulin_98(X))
& electron_shell_1(fn_alpha_tubulin_99(X))
& tangible_entity_1(fn_alpha_tubulin_100(X))
& electron_1(fn_alpha_tubulin_100(X))
& valence_electron_1(fn_alpha_tubulin_100(X))
& entity_1(fn_alpha_tubulin_100(X))
& unequal_sharing_1(fn_alpha_tubulin_101(X))
& unequal_sharing_1(fn_alpha_tubulin_102(X))
& share_1(fn_alpha_tubulin_102(X))
& share_1(fn_alpha_tubulin_103(X))
& unequal_sharing_1(fn_alpha_tubulin_104(X))
& share_1(fn_alpha_tubulin_105(X))
& hold_together_1(fn_alpha_tubulin_106(X))
& hold_together_1(fn_alpha_tubulin_107(X))
& hold_1(fn_alpha_tubulin_107(X))
& tangible_entity_1(fn_alpha_tubulin_108(X))
& single_bond_1(fn_alpha_tubulin_108(X))
& covalent_bond_1(fn_alpha_tubulin_108(X))
& functional_group_1(fn_alpha_tubulin_109(X))
& carboxyl_group_1(fn_alpha_tubulin_109(X))
& chemical_entity_1(fn_alpha_tubulin_110(X))
& oxygen_1(fn_alpha_tubulin_110(X))
& atom_1(fn_alpha_tubulin_110(X))
& entity_1(fn_alpha_tubulin_110(X))
& tangible_entity_1(fn_alpha_tubulin_110(X))
& oxygen_1(fn_alpha_tubulin_111(X))
& tangible_entity_1(fn_alpha_tubulin_111(X))
& entity_1(fn_alpha_tubulin_111(X))
& chemical_entity_1(fn_alpha_tubulin_111(X))
& atom_1(fn_alpha_tubulin_111(X))
& electron_shell_1(fn_alpha_tubulin_112(X))
& quantity_value_1(fn_alpha_tubulin_113(X))
& quantity_value_1(fn_alpha_tubulin_115(X))
& quantity_value_1(fn_alpha_tubulin_116(X))
& quantity_value_1(fn_alpha_tubulin_117(X))
& atomic_orbital_1(fn_alpha_tubulin_118(X))
& tangible_entity_1(fn_alpha_tubulin_119(X))
& entity_1(fn_alpha_tubulin_119(X))
& electron_1(fn_alpha_tubulin_119(X))
& valence_electron_1(fn_alpha_tubulin_119(X))
& constant_motion_1(fn_alpha_tubulin_120(X))
& asymmetrical_distribution_1(fn_alpha_tubulin_121(X))
& attract_1(fn_alpha_tubulin_122(X))
& atomic_nucleus_1(fn_alpha_tubulin_123(X))
& proton_1(fn_alpha_tubulin_124(X))
& share_1(fn_alpha_tubulin_125(X))
& unequal_sharing_1(fn_alpha_tubulin_125(X))
& tangible_entity_1(fn_alpha_tubulin_126(X))
& entity_1(fn_alpha_tubulin_126(X))
& electron_1(fn_alpha_tubulin_126(X))
& valence_electron_1(fn_alpha_tubulin_126(X))
& electron_shell_1(fn_alpha_tubulin_127(X))
& atomic_orbital_1(fn_alpha_tubulin_128(X))
& electron_shell_1(fn_alpha_tubulin_129(X))
& atomic_nucleus_1(fn_alpha_tubulin_130(X))
& share_1(fn_alpha_tubulin_131(X))
& share_1(fn_alpha_tubulin_132(X))
& share_1(fn_alpha_tubulin_133(X))
& share_1(fn_alpha_tubulin_134(X))
& share_1(fn_alpha_tubulin_135(X))
& share_1(fn_alpha_tubulin_136(X))
& single_bond_1(fn_alpha_tubulin_137(X))
& covalent_bond_1(fn_alpha_tubulin_137(X))
& covalent_bond_1(fn_alpha_tubulin_138(X))
& double_bond_1(fn_alpha_tubulin_138(X))
& hold_together_1(fn_alpha_tubulin_139(X))
& hold_together_1(fn_alpha_tubulin_140(X))
& hold_1(fn_alpha_tubulin_140(X))
& hold_1(fn_alpha_tubulin_141(X))
& hold_together_1(fn_alpha_tubulin_141(X))
& hold_1(fn_alpha_tubulin_142(X))
& hold_together_1(fn_alpha_tubulin_142(X))
& hold_together_1(fn_alpha_tubulin_143(X))
& hold_1(fn_alpha_tubulin_144(X))
& hold_together_1(fn_alpha_tubulin_144(X))
& electronegativity_value_1(fn_alpha_tubulin_145(X))
& electronegativity_value_1(fn_alpha_tubulin_146(X))
& atomic_number_value_1(fn_alpha_tubulin_147(X))
& system_1(fn_alpha_tubulin_148(X))
& tangible_entity_1(fn_alpha_tubulin_149(X))
& entity_1(fn_alpha_tubulin_149(X))
& electron_1(fn_alpha_tubulin_149(X))
& valence_electron_1(fn_alpha_tubulin_149(X))
& proton_1(fn_alpha_tubulin_150(X))
& tangible_entity_1(fn_alpha_tubulin_151(X))
& electron_1(fn_alpha_tubulin_151(X))
& valence_electron_1(fn_alpha_tubulin_151(X))
& entity_1(fn_alpha_tubulin_151(X))
& atomic_nucleus_1(fn_alpha_tubulin_152(X))
& hold_1(fn_alpha_tubulin_153(X))
& hold_together_1(fn_alpha_tubulin_153(X))
& hold_1(fn_alpha_tubulin_154(X))
& hold_together_1(fn_alpha_tubulin_154(X))
& chemical_entity_1(fn_alpha_tubulin_155(X))
& atom_1(fn_alpha_tubulin_155(X))
& hydrogen_1(fn_alpha_tubulin_155(X))
& entity_1(fn_alpha_tubulin_155(X))
& entity_1(fn_alpha_tubulin_156(X))
& chemical_entity_1(fn_alpha_tubulin_156(X))
& atom_1(fn_alpha_tubulin_156(X))
& hydrogen_1(fn_alpha_tubulin_156(X))
& chemical_entity_1(fn_alpha_tubulin_157(X))
& atom_1(fn_alpha_tubulin_157(X))
& carbon_1(fn_alpha_tubulin_157(X))
& entity_1(fn_alpha_tubulin_157(X))
& entity_1(fn_alpha_tubulin_158(X))
& chemical_entity_1(fn_alpha_tubulin_158(X))
& atom_1(fn_alpha_tubulin_158(X))
& hydrogen_1(fn_alpha_tubulin_158(X))
& share_1(fn_alpha_tubulin_159(X))
& unequal_sharing_1(fn_alpha_tubulin_159(X))
& unequal_sharing_1(fn_alpha_tubulin_160(X))
& share_1(fn_alpha_tubulin_160(X))
& share_1(fn_alpha_tubulin_161(X))
& attract_1(fn_alpha_tubulin_162(X))
& share_1(fn_alpha_tubulin_163(X))
& share_1(fn_alpha_tubulin_164(X))
& share_1(fn_alpha_tubulin_165(X))
& unequal_sharing_1(fn_alpha_tubulin_166(X))
& share_1(fn_alpha_tubulin_166(X))
& share_1(fn_alpha_tubulin_167(X))
& unequal_sharing_1(fn_alpha_tubulin_167(X))
& share_1(fn_alpha_tubulin_168(X))
& share_1(fn_alpha_tubulin_169(X))
& constant_motion_1(fn_amino_group_29(fn_alpha_tubulin_77(X)))
& asymmetrical_distribution_1(fn_amino_group_30(fn_alpha_tubulin_77(X)))
& attract_1(fn_carboxyl_group_30(fn_alpha_tubulin_109(X)))
& attract_1(fn_carboxyl_group_54(fn_alpha_tubulin_109(X)))
& property_node_1(fn_peptide_bond_4(fn_alpha_tubulin_85(X)))
& property_node_1(fn_peptide_bond_9(fn_alpha_tubulin_85(X)))
& property_node_1(fn_peptide_bond_10(fn_alpha_tubulin_85(X)))
& equation_big_node_1(fn_peptide_bond_3(fn_alpha_tubulin_85(X)))
& electronegativity_value_1(fn_peptide_bond_40(fn_alpha_tubulin_85(X)))
& electronegativity_value_1(fn_peptide_bond_39(fn_alpha_tubulin_85(X)))
& second_electron_shell_1(fn_peptide_bond_29(fn_alpha_tubulin_85(X)))
& electron_shell_1(fn_peptide_bond_29(fn_alpha_tubulin_85(X)))
& quantity_value_1(fn_covalent_bond_9(fn_alpha_tubulin_137(X)))
& quantity_value_1(fn_covalent_bond_8(fn_alpha_tubulin_137(X)))
& constant_motion_1(fn_covalent_bond_16(fn_alpha_tubulin_88(X)))
& asymmetrical_distribution_1(fn_covalent_bond_1(fn_alpha_tubulin_88(X)))
& quantity_value_1(fn_covalent_bond_8(fn_alpha_tubulin_88(X)))
& attract_1(fn_covalent_bond_10(fn_alpha_tubulin_88(X)))
& quantity_value_1(fn_covalent_bond_9(fn_alpha_tubulin_88(X)))
& atom_1(fn_carbon_skeleton_2(fn_alpha_tubulin_7(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_alpha_tubulin_7(X)))
& carbon_1(fn_carbon_skeleton_4(fn_alpha_tubulin_7(X)))
& share_1(fn_covalent_bond_17(fn_alpha_tubulin_59(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_35(X)))
& chemical_entity_1(fn_functional_group_1(fn_alpha_tubulin_77(X)))
& chemical_entity_1(fn_functional_group_1(fn_alpha_tubulin_109(X)))
& polypeptide_1(fn_protein_8(fn_alpha_tubulin_82(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_alpha_tubulin_7(X)))
& attract_1(fn_amino_group_35(fn_alpha_tubulin_77(X)))
& entity_1(fn_share_2(fn_alpha_tubulin_160(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_33(X)))
& share_1(fn_covalent_bond_17(fn_alpha_tubulin_47(X)))
& double_bond_1(fn_carboxyl_group_70(fn_alpha_tubulin_109(X)))
& share_1(fn_carboxyl_group_56(fn_alpha_tubulin_109(X)))
& attach_1(fn_peptide_bond_33(fn_alpha_tubulin_85(X)))
& electron_shell_1(fn_atom_9(fn_alpha_tubulin_39(X)))
& electron_shell_1(fn_peptide_bond_15(fn_alpha_tubulin_85(X)))
& hold_1(fn_amino_group_33(fn_alpha_tubulin_77(X)))
& hold_together_1(fn_amino_group_33(fn_alpha_tubulin_77(X)))
& hold_together_1(fn_peptide_bond_31(fn_alpha_tubulin_85(X)))
& hold_together_1(fn_carboxyl_group_55(fn_alpha_tubulin_109(X)))
& hold_together_1(fn_carboxyl_group_67(fn_alpha_tubulin_109(X)))
& share_1(fn_peptide_bond_51(fn_alpha_tubulin_85(X)))
& share_1(fn_carboxyl_group_66(fn_alpha_tubulin_109(X)))
& unequal_sharing_1(fn_carboxyl_group_66(fn_alpha_tubulin_109(X)))
& share_1(fn_peptide_bond_35(fn_alpha_tubulin_85(X)))
& unequal_sharing_1(fn_peptide_bond_35(fn_alpha_tubulin_85(X)))
& hold_together_1(fn_peptide_bond_22(fn_alpha_tubulin_85(X)))
& single_bond_1(fn_peptide_bond_21(fn_alpha_tubulin_85(X)))
& tangible_entity_1(fn_hold_1(fn_alpha_tubulin_46(X)))
& double_bond_1(fn_peptide_bond_55(fn_alpha_tubulin_85(X)))
& entity_1(fn_share_2(fn_alpha_tubulin_95(X)))
& entity_1(fn_share_2(fn_alpha_tubulin_105(X)))
& electron_1(fn_amino_group_28(fn_alpha_tubulin_77(X)))
& valence_electron_1(fn_amino_group_28(fn_alpha_tubulin_77(X)))
& valence_electron_1(fn_covalent_bond_15(fn_alpha_tubulin_108(X)))
& system_1(fn_peptide_bond_12(fn_alpha_tubulin_85(X)))
& system_1(fn_covalent_bond_5(fn_alpha_tubulin_137(X)))
& share_1(fn_covalent_bond_17(fn_alpha_tubulin_137(X)))
& equation_set_1(fn_peptide_bond_11(fn_alpha_tubulin_85(X)))
& equation_set_1(fn_covalent_bond_7(fn_alpha_tubulin_88(X)))
& equation_set_1(fn_covalent_bond_7(fn_alpha_tubulin_137(X)))
& atomic_number_value_1(fn_peptide_bond_45(fn_alpha_tubulin_85(X)))
& atomic_number_value_1(fn_covalent_bond_6(fn_alpha_tubulin_88(X)))
& atomic_number_value_1(fn_covalent_bond_6(fn_alpha_tubulin_137(X)))
& proton_1(fn_peptide_bond_46(fn_alpha_tubulin_85(X)))
& proton_1(fn_covalent_bond_4(fn_alpha_tubulin_137(X)))
& entity_1(fn_share_2(fn_alpha_tubulin_166(X)))
& entity_1(fn_peptide_bond_28(fn_alpha_tubulin_85(X)))
& electron_1(fn_peptide_bond_28(fn_alpha_tubulin_85(X)))
& valence_electron_1(fn_peptide_bond_28(fn_alpha_tubulin_85(X)))
& atomic_orbital_1(fn_peptide_bond_30(fn_alpha_tubulin_85(X)))
& atomic_orbital_1(fn_covalent_bond_13(fn_alpha_tubulin_137(X)))
& electron_shell_1(fn_peptide_bond_52(fn_alpha_tubulin_85(X)))
& electron_shell_1(fn_covalent_bond_12(fn_alpha_tubulin_108(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_alpha_tubulin_137(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_alpha_tubulin_47(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_alpha_tubulin_59(X)))
& center_1(fn_covalent_bond_23(fn_alpha_tubulin_47(X)))
& center_1(fn_amino_group_25(fn_alpha_tubulin_77(X)))
& center_1(fn_carboxyl_group_18(fn_alpha_tubulin_109(X)))
& center_1(fn_peptide_bond_42(fn_alpha_tubulin_85(X)))
& center_1(fn_covalent_bond_21(fn_alpha_tubulin_137(X)))
& center_1(fn_covalent_bond_21(fn_alpha_tubulin_59(X)))
& center_1(fn_peptide_bond_43(fn_alpha_tubulin_85(X)))
& center_1(fn_peptide_bond_16(fn_alpha_tubulin_85(X)))
& center_1(fn_covalent_bond_21(fn_alpha_tubulin_108(X)))
& center_1(fn_covalent_bond_23(fn_alpha_tubulin_137(X)))
& center_1(fn_covalent_bond_23(fn_alpha_tubulin_108(X)))
& center_1(fn_covalent_bond_21(fn_alpha_tubulin_88(X)))
& center_1(fn_covalent_bond_23(fn_alpha_tubulin_59(X)))
& center_1(fn_covalent_bond_23(fn_alpha_tubulin_88(X)))
& atomic_nucleus_1(fn_peptide_bond_41(fn_alpha_tubulin_85(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_alpha_tubulin_137(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_alpha_tubulin_47(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_alpha_tubulin_59(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_alpha_tubulin_88(X)))
& entity_1(fn_attract_1(fn_alpha_tubulin_96(X)))
& entity_1(fn_share_2(fn_alpha_tubulin_102(X)))
& entity_1(fn_share_2(fn_alpha_tubulin_104(X)))
& valence_electron_1(fn_covalent_bond_18(fn_alpha_tubulin_108(X)))
& entity_1(fn_share_2(fn_alpha_tubulin_101(X)))
& entity_1(fn_attract_1(fn_alpha_tubulin_34(X)))
& valence_electron_1(fn_covalent_bond_15(fn_alpha_tubulin_59(X)))
& entity_1(fn_share_2(fn_alpha_tubulin_24(X)))
& tangible_entity_1(fn_carboxyl_group_58(fn_alpha_tubulin_109(X)))
& electron_1(fn_carboxyl_group_58(fn_alpha_tubulin_109(X)))
& valence_electron_1(fn_carboxyl_group_58(fn_alpha_tubulin_109(X)))
& valence_electron_1(fn_peptide_bond_18(fn_alpha_tubulin_85(X)))
& electron_1(fn_peptide_bond_47(fn_alpha_tubulin_85(X)))
& valence_electron_1(fn_peptide_bond_47(fn_alpha_tubulin_85(X)))
& electron_1(fn_peptide_bond_27(fn_alpha_tubulin_85(X)))
& valence_electron_1(fn_peptide_bond_27(fn_alpha_tubulin_85(X)))
& valence_electron_1(fn_covalent_bond_18(fn_alpha_tubulin_137(X)))
& entity_1(fn_share_2(fn_alpha_tubulin_169(X)))
& share_1(fn_amino_group_32(fn_alpha_tubulin_77(X)))
& share_1(fn_peptide_bond_23(fn_alpha_tubulin_85(X)))
& share_1(fn_carboxyl_group_49(fn_alpha_tubulin_109(X)))
& attract_1(fn_covalent_bond_10(fn_alpha_tubulin_108(X)))
& tangible_entity_1(fn_hold_2(fn_alpha_tubulin_76(X)))
& tangible_entity_1(fn_hold_2(fn_alpha_tubulin_29(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_125(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_27(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_26(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_169(X)))
& entity_1(fn_amino_group_22(fn_alpha_tubulin_77(X)))
& chemical_entity_1(fn_amino_group_22(fn_alpha_tubulin_77(X)))
& atom_1(fn_amino_group_22(fn_alpha_tubulin_77(X)))
& hydrogen_1(fn_amino_group_22(fn_alpha_tubulin_77(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_73(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_125(X)))
& hydrogen_1(fn_peptide_bond_24(fn_alpha_tubulin_85(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_95(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_161(X)))
& share_1(fn_covalent_bond_17(fn_alpha_tubulin_88(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_161(X)))
& tangible_entity_1(fn_amino_group_20(fn_alpha_tubulin_77(X)))
& entity_1(fn_amino_group_20(fn_alpha_tubulin_77(X)))
& atom_1(fn_amino_group_20(fn_alpha_tubulin_77(X)))
& nitrogen_1(fn_amino_group_20(fn_alpha_tubulin_77(X)))
& entity_1(fn_peptide_bond_34(fn_alpha_tubulin_85(X)))
& chemical_entity_1(fn_peptide_bond_34(fn_alpha_tubulin_85(X)))
& atom_1(fn_peptide_bond_34(fn_alpha_tubulin_85(X)))
& nitrogen_1(fn_peptide_bond_34(fn_alpha_tubulin_85(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_35(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_33(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_27(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_169(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_26(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_102(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_101(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_160(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_166(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_73(X)))
& entity_1(fn_attract_2(fn_alpha_tubulin_74(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_66(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_36(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_102(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_101(X)))
& entity_1(fn_attract_2(fn_alpha_tubulin_96(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_160(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_95(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_166(X)))
& entity_1(fn_attract_2(fn_alpha_tubulin_34(X)))
& hold_1(fn_peptide_bond_50(fn_alpha_tubulin_85(X)))
& hold_together_1(fn_peptide_bond_50(fn_alpha_tubulin_85(X)))
& hold_together_1(fn_covalent_bond_14(fn_alpha_tubulin_47(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_131(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_104(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_131(X)))
& tangible_entity_1(fn_hold_2(fn_alpha_tubulin_61(X)))
& tangible_entity_1(fn_hold_2(fn_alpha_tubulin_62(X)))
& tangible_entity_1(fn_hold_2(fn_alpha_tubulin_58(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_24(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_104(X)))
& tangible_entity_1(fn_hold_2(fn_alpha_tubulin_106(X)))
& tangible_entity_1(fn_hold_2(fn_alpha_tubulin_107(X)))
& tangible_entity_1(fn_hold_2(fn_alpha_tubulin_20(X)))
& hold_together_1(fn_covalent_bond_14(fn_alpha_tubulin_88(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_75(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_75(X)))
& entity_1(fn_carboxyl_group_25(fn_alpha_tubulin_109(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_alpha_tubulin_109(X)))
& atom_1(fn_carboxyl_group_25(fn_alpha_tubulin_109(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_alpha_tubulin_109(X)))
& hold_together_1(fn_covalent_bond_14(fn_alpha_tubulin_108(X)))
& tangible_entity_1(fn_hold_1(fn_alpha_tubulin_107(X)))
& share_1(fn_covalent_bond_17(fn_alpha_tubulin_108(X)))
& hold_together_1(fn_covalent_bond_14(fn_alpha_tubulin_59(X)))
& single_bond_1(fn_carboxyl_group_69(fn_alpha_tubulin_109(X)))
& entity_1(fn_covalent_bond_20(fn_alpha_tubulin_59(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_alpha_tubulin_59(X)))
& atom_1(fn_covalent_bond_20(fn_alpha_tubulin_59(X)))
& entity_1(fn_covalent_bond_20(fn_alpha_tubulin_108(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_alpha_tubulin_108(X)))
& atom_1(fn_covalent_bond_20(fn_alpha_tubulin_108(X)))
& entity_1(fn_covalent_bond_20(fn_alpha_tubulin_88(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_alpha_tubulin_88(X)))
& atom_1(fn_covalent_bond_20(fn_alpha_tubulin_88(X)))
& oxygen_1(fn_carboxyl_group_23(fn_alpha_tubulin_109(X)))
& oxygen_1(fn_carboxyl_group_24(fn_alpha_tubulin_109(X)))
& tangible_entity_1(fn_peptide_bond_53(fn_alpha_tubulin_85(X)))
& entity_1(fn_peptide_bond_53(fn_alpha_tubulin_85(X)))
& oxygen_1(fn_peptide_bond_53(fn_alpha_tubulin_85(X)))
& atom_1(fn_peptide_bond_53(fn_alpha_tubulin_85(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_105(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_134(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_105(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_134(X)))
& tangible_entity_1(fn_hold_2(fn_alpha_tubulin_46(X)))
& tangible_entity_1(fn_hold_2(fn_alpha_tubulin_140(X)))
& entity_1(fn_covalent_bond_19(fn_alpha_tubulin_137(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_alpha_tubulin_137(X)))
& atom_1(fn_covalent_bond_19(fn_alpha_tubulin_137(X)))
& entity_1(fn_covalent_bond_19(fn_alpha_tubulin_59(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_alpha_tubulin_59(X)))
& atom_1(fn_covalent_bond_19(fn_alpha_tubulin_59(X)))
& entity_1(fn_covalent_bond_19(fn_alpha_tubulin_108(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_alpha_tubulin_108(X)))
& atom_1(fn_covalent_bond_19(fn_alpha_tubulin_108(X)))
& entity_1(fn_covalent_bond_19(fn_alpha_tubulin_47(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_alpha_tubulin_47(X)))
& atom_1(fn_covalent_bond_19(fn_alpha_tubulin_47(X)))
& entity_1(fn_covalent_bond_19(fn_alpha_tubulin_88(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_alpha_tubulin_88(X)))
& atom_1(fn_covalent_bond_19(fn_alpha_tubulin_88(X)))
& entity_1(fn_carboxyl_group_19(fn_alpha_tubulin_109(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_alpha_tubulin_109(X)))
& atom_1(fn_carboxyl_group_19(fn_alpha_tubulin_109(X)))
& carbon_1(fn_carboxyl_group_19(fn_alpha_tubulin_109(X)))
& carbon_1(fn_peptide_bond_32(fn_alpha_tubulin_85(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_66(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_36(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_132(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_133(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_159(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_24(X)))
& entity_1(fn_share_3(fn_alpha_tubulin_67(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_132(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_133(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_159(X)))
& entity_1(fn_covalent_bond_20(fn_alpha_tubulin_47(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_alpha_tubulin_47(X)))
& atom_1(fn_covalent_bond_20(fn_alpha_tubulin_47(X)))
& entity_1(fn_share_1(fn_alpha_tubulin_67(X)))
& entity_1(fn_covalent_bond_20(fn_alpha_tubulin_137(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_alpha_tubulin_137(X)))
& atom_1(fn_covalent_bond_20(fn_alpha_tubulin_137(X)))
& hold_together_1(fn_carboxyl_group_47(fn_alpha_tubulin_109(X)))
& hold_together_1(fn_covalent_bond_14(fn_alpha_tubulin_137(X)))
& atomic_orbital_1(fn_covalent_bond_13(fn_alpha_tubulin_88(X)))
& valence_electron_1(fn_amino_group_23(fn_alpha_tubulin_77(X)))
& electron_1(fn_amino_group_19(fn_alpha_tubulin_77(X)))
& valence_electron_1(fn_amino_group_19(fn_alpha_tubulin_77(X)))
& entity_1(fn_carboxyl_group_21(fn_alpha_tubulin_109(X)))
& valence_electron_1(fn_carboxyl_group_21(fn_alpha_tubulin_109(X)))
& electron_1(fn_carboxyl_group_45(fn_alpha_tubulin_109(X)))
& valence_electron_1(fn_carboxyl_group_45(fn_alpha_tubulin_109(X)))
& valence_electron_1(fn_covalent_bond_15(fn_alpha_tubulin_137(X)))
& entity_1(fn_share_2(fn_alpha_tubulin_27(X)))
& entity_1(fn_share_2(fn_alpha_tubulin_26(X)))
& valence_electron_1(fn_covalent_bond_18(fn_alpha_tubulin_88(X)))
& entity_1(fn_share_2(fn_alpha_tubulin_67(X)))
& entity_1(fn_share_2(fn_alpha_tubulin_66(X)))
& entity_1(fn_carboxyl_group_17(fn_alpha_tubulin_109(X)))
& tangible_entity_1(fn_carboxyl_group_17(fn_alpha_tubulin_109(X)))
& electron_1(fn_carboxyl_group_17(fn_alpha_tubulin_109(X)))
& valence_electron_1(fn_carboxyl_group_17(fn_alpha_tubulin_109(X)))
& valence_electron_1(fn_covalent_bond_15(fn_alpha_tubulin_88(X)))
& atomic_nucleus_1(fn_peptide_bond_13(fn_alpha_tubulin_85(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_alpha_tubulin_88(X)))
& proton_1(fn_amino_group_8(fn_alpha_tubulin_77(X)))
& proton_1(fn_covalent_bond_4(fn_alpha_tubulin_88(X)))
& single_bond_1(fn_amino_group_21(fn_alpha_tubulin_77(X)))
& electron_shell_1(fn_carboxyl_group_16(fn_alpha_tubulin_109(X)))
& electron_shell_1(fn_covalent_bond_12(fn_alpha_tubulin_88(X)))
& electron_shell_1(fn_peptide_bond_44(fn_alpha_tubulin_85(X)))
& electron_shell_1(fn_covalent_bond_11(fn_alpha_tubulin_137(X)))
& electron_shell_1(fn_covalent_bond_12(fn_alpha_tubulin_137(X)))
& electron_shell_1(fn_covalent_bond_11(fn_alpha_tubulin_88(X)))
& result_2(fn_alpha_tubulin_165(X),fn_alpha_tubulin_85(X))
& agent_2(fn_alpha_tubulin_161(X),fn_alpha_tubulin_81(X))
& result_2(fn_alpha_tubulin_160(X),fn_alpha_tubulin_85(X))
& result_2(fn_alpha_tubulin_159(X),fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_157(X) != fn_alpha_tubulin_156(X)
& fn_alpha_tubulin_156(X) != fn_alpha_tubulin_157(X)
& fn_alpha_tubulin_156(X) != fn_alpha_tubulin_155(X)
& fn_alpha_tubulin_155(X) != fn_alpha_tubulin_156(X)
& fn_alpha_tubulin_129(X) != fn_alpha_tubulin_98(X)
& object_2(fn_alpha_tubulin_107(X),fn_alpha_tubulin_93(X))
& object_2(fn_alpha_tubulin_107(X),fn_alpha_tubulin_81(X))
& object_2(fn_alpha_tubulin_106(X),fn_alpha_tubulin_111(X))
& object_2(fn_alpha_tubulin_106(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_105(X),fn_alpha_tubulin_110(X))
& agent_2(fn_alpha_tubulin_105(X),fn_alpha_tubulin_68(X))
& object_2(fn_alpha_tubulin_101(X),fn_alpha_tubulin_86(X))
& result_2(fn_alpha_tubulin_101(X),fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_98(X) != fn_alpha_tubulin_129(X)
& agent_2(fn_alpha_tubulin_75(X),fn_alpha_tubulin_72(X))
& fn_alpha_tubulin_72(X) != fn_alpha_tubulin_70(X)
& fn_alpha_tubulin_70(X) != fn_alpha_tubulin_72(X)
& agent_2(fn_alpha_tubulin_67(X),fn_alpha_tubulin_81(X))
& result_2(fn_alpha_tubulin_67(X),fn_alpha_tubulin_85(X))
& result_2(fn_alpha_tubulin_66(X),fn_alpha_tubulin_85(X))
& object_2(fn_alpha_tubulin_62(X),fn_alpha_tubulin_68(X))
& object_2(fn_alpha_tubulin_61(X),fn_alpha_tubulin_68(X))
& result_2(fn_alpha_tubulin_37(X),fn_alpha_tubulin_85(X))
& result_2(fn_alpha_tubulin_36(X),fn_alpha_tubulin_85(X))
& agent_2(fn_alpha_tubulin_35(X),fn_alpha_tubulin_40(X))
& object_2(fn_alpha_tubulin_26(X),fn_alpha_tubulin_119(X))
& size_2(fn_alpha_tubulin_8(X),fn_alpha_tubulin_12(X))
& object_2(fn_alpha_tubulin_67(X),fn_alpha_tubulin_78(X))
& object_2(fn_alpha_tubulin_95(X),fn_alpha_tubulin_86(X))
& object_2(fn_alpha_tubulin_66(X),fn_alpha_tubulin_78(X))
& object_2(fn_alpha_tubulin_102(X),fn_alpha_tubulin_100(X))
& agent_2(fn_alpha_tubulin_73(X),fn_alpha_tubulin_93(X))
& agent_2(fn_alpha_tubulin_73(X),fn_alpha_tubulin_81(X))
& agent_2(fn_alpha_tubulin_66(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_74(X),fn_alpha_tubulin_81(X))
& agent_2(fn_alpha_tubulin_66(X),fn_alpha_tubulin_81(X))
& agent_2(fn_alpha_tubulin_75(X),fn_alpha_tubulin_81(X))
& agent_2(fn_alpha_tubulin_36(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_125(X),fn_alpha_tubulin_93(X))
& agent_2(fn_alpha_tubulin_36(X),fn_alpha_tubulin_81(X))
& agent_2(fn_alpha_tubulin_131(X),fn_alpha_tubulin_110(X))
& agent_2(fn_alpha_tubulin_35(X),fn_alpha_tubulin_81(X))
& agent_2(fn_alpha_tubulin_132(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_35(X),fn_alpha_tubulin_42(X))
& agent_2(fn_alpha_tubulin_133(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_33(X),fn_alpha_tubulin_81(X))
& agent_2(fn_alpha_tubulin_159(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_33(X),fn_alpha_tubulin_39(X))
& object_2(fn_alpha_tubulin_61(X),fn_alpha_tubulin_110(X))
& object_2(fn_alpha_tubulin_62(X),fn_alpha_tubulin_110(X))
& object_2(fn_alpha_tubulin_58(X),fn_alpha_tubulin_110(X))
& object_2(fn_alpha_tubulin_76(X),fn_alpha_tubulin_93(X))
& object_2(fn_alpha_tubulin_29(X),fn_alpha_tubulin_93(X))
& agent_2(fn_alpha_tubulin_27(X),fn_alpha_tubulin_93(X))
& fn_alpha_tubulin_92(X) != fn_alpha_tubulin_93(X)
& fn_alpha_tubulin_93(X) != fn_alpha_tubulin_92(X)
& agent_2(fn_alpha_tubulin_26(X),fn_alpha_tubulin_93(X))
& has_region_2(fn_alpha_tubulin_39(X),fn_alpha_tubulin_48(X))
& has_part_2(fn_alpha_tubulin_82(X),X)
& agent_2(fn_alpha_tubulin_132(X),fn_alpha_tubulin_110(X))
& agent_2(fn_alpha_tubulin_103(X),fn_alpha_tubulin_68(X))
& object_2(fn_alpha_tubulin_139(X),fn_alpha_tubulin_110(X))
& object_2(fn_alpha_tubulin_46(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_103(X),fn_alpha_tubulin_111(X))
& object_2(fn_alpha_tubulin_107(X),fn_alpha_tubulin_111(X))
& agent_2(fn_alpha_tubulin_45(X),fn_alpha_tubulin_68(X))
& object_2(fn_alpha_tubulin_139(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_131(X),fn_alpha_tubulin_111(X))
& object_2(fn_alpha_tubulin_61(X),fn_alpha_tubulin_111(X))
& object_2(fn_alpha_tubulin_76(X),fn_alpha_tubulin_81(X))
& result_2(fn_alpha_tubulin_163(X),fn_alpha_tubulin_88(X))
& agent_2(fn_alpha_tubulin_32(X),fn_alpha_tubulin_81(X))
& object_2(fn_alpha_tubulin_95(X),fn_alpha_tubulin_100(X))
& agent_2(fn_alpha_tubulin_134(X),fn_alpha_tubulin_68(X))
& object_2(fn_alpha_tubulin_29(X),fn_alpha_tubulin_81(X))
& object_2(fn_alpha_tubulin_140(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_23(X),fn_alpha_tubulin_111(X))
& result_2(fn_alpha_tubulin_95(X),fn_alpha_tubulin_88(X))
& object_2(fn_alpha_tubulin_95(X),fn_alpha_tubulin_94(X))
& agent_2(fn_alpha_tubulin_21(X),fn_alpha_tubulin_47(X))
& is_between_2(fn_alpha_tubulin_47(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_63(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_63(X),fn_alpha_tubulin_110(X))
& object_2(fn_alpha_tubulin_60(X),fn_alpha_tubulin_110(X))
& object_2(fn_alpha_tubulin_60(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_133(X),fn_alpha_tubulin_111(X))
& is_between_2(fn_alpha_tubulin_59(X),fn_alpha_tubulin_111(X))
& object_2(fn_alpha_tubulin_58(X),fn_alpha_tubulin_111(X))
& object_2(fn_alpha_tubulin_58(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_37(X),fn_alpha_tubulin_68(X))
& object_2(fn_alpha_tubulin_37(X),fn_alpha_tubulin_51(X))
& size_2(X,fn_alpha_tubulin_11(X))
& greater_than_2(fn_alpha_tubulin_11(X),fn_alpha_tubulin_12(X))
& has_part_2(X,fn_alpha_tubulin_9(X))
& possesses_2(X,fn_alpha_tubulin_54(X))
& quantity_2(fn_alpha_tubulin_54(X),fn_alpha_tubulin_57(X))
& directly_proportional_2(fn_alpha_tubulin_56(X),fn_alpha_tubulin_57(X))
& speed_2(fn_alpha_tubulin_55(X),fn_alpha_tubulin_56(X))
& object_2(fn_alpha_tubulin_55(X),X)
& has_region_2(X,fn_alpha_tubulin_7(X))
& has_part_2(X,fn_alpha_tubulin_10(X))
& is_inside_2(fn_alpha_tubulin_10(X),fn_alpha_tubulin_7(X))
& fn_alpha_tubulin_9(X) != fn_alpha_tubulin_10(X)
& fn_alpha_tubulin_10(X) != fn_alpha_tubulin_9(X)
& agent_2(fn_alpha_tubulin_95(X),fn_alpha_tubulin_90(X))
& fn_alpha_tubulin_89(X) != fn_alpha_tubulin_90(X)
& fn_alpha_tubulin_90(X) != fn_alpha_tubulin_89(X)
& object_2(fn_alpha_tubulin_132(X),fn_alpha_tubulin_126(X))
& has_region_2(X,fn_alpha_tubulin_83(X))
& result_2(fn_alpha_tubulin_133(X),fn_alpha_tubulin_138(X))
& fn_alpha_tubulin_71(X) != fn_alpha_tubulin_72(X)
& fn_alpha_tubulin_72(X) != fn_alpha_tubulin_71(X)
& agent_2(fn_alpha_tubulin_136(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_37(X),fn_alpha_tubulin_81(X))
& has_function_2(fn_alpha_tubulin_137(X),fn_alpha_tubulin_154(X))
& object_2(fn_alpha_tubulin_36(X),fn_alpha_tubulin_51(X))
& object_2(fn_alpha_tubulin_140(X),fn_alpha_tubulin_110(X))
& agent_2(fn_alpha_tubulin_30(X),fn_alpha_tubulin_81(X))
& agent_2(fn_alpha_tubulin_162(X),fn_alpha_tubulin_81(X))
& base_2(fn_alpha_tubulin_15(X),fn_alpha_tubulin_8(X))
& agent_2(fn_alpha_tubulin_165(X),fn_alpha_tubulin_81(X))
& has_region_2(fn_alpha_tubulin_8(X),fn_alpha_tubulin_77(X))
& result_2(fn_alpha_tubulin_168(X),fn_alpha_tubulin_88(X))
& has_region_2(fn_alpha_tubulin_8(X),fn_alpha_tubulin_109(X))
& has_part_2(X,fn_alpha_tubulin_8(X))
& has_region_2(X,fn_alpha_tubulin_84(X))
& object_2(fn_alpha_tubulin_125(X),fn_alpha_tubulin_94(X))
& object_2(fn_alpha_tubulin_125(X),fn_alpha_tubulin_119(X))
& is_inside_2(fn_alpha_tubulin_119(X),fn_alpha_tubulin_118(X))
& object_2(fn_alpha_tubulin_103(X),fn_alpha_tubulin_100(X))
& object_2(fn_alpha_tubulin_105(X),fn_alpha_tubulin_100(X))
& object_2(fn_alpha_tubulin_105(X),fn_alpha_tubulin_86(X))
& object_2(fn_alpha_tubulin_96(X),fn_alpha_tubulin_86(X))
& fn_alpha_tubulin_92(X) != fn_alpha_tubulin_91(X)
& fn_alpha_tubulin_92(X) != fn_alpha_tubulin_81(X)
& fn_alpha_tubulin_91(X) != fn_alpha_tubulin_81(X)
& fn_alpha_tubulin_91(X) != fn_alpha_tubulin_92(X)
& fn_alpha_tubulin_81(X) != fn_alpha_tubulin_92(X)
& fn_alpha_tubulin_72(X) != fn_alpha_tubulin_81(X)
& fn_alpha_tubulin_81(X) != fn_alpha_tubulin_72(X)
& fn_alpha_tubulin_81(X) != fn_alpha_tubulin_91(X)
& object_2(fn_alpha_tubulin_64(X),fn_alpha_tubulin_78(X))
& object_2(fn_alpha_tubulin_65(X),fn_alpha_tubulin_78(X))
& agent_2(fn_alpha_tubulin_65(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_131(X),fn_alpha_tubulin_68(X))
& object_2(fn_alpha_tubulin_131(X),fn_alpha_tubulin_126(X))
& agent_2(fn_alpha_tubulin_135(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_135(X),fn_alpha_tubulin_110(X))
& agent_2(fn_alpha_tubulin_103(X),fn_alpha_tubulin_110(X))
& object_2(fn_alpha_tubulin_103(X),fn_alpha_tubulin_86(X))
& fn_alpha_tubulin_86(X) != fn_alpha_tubulin_100(X)
& fn_alpha_tubulin_100(X) != fn_alpha_tubulin_86(X)
& agent_2(fn_alpha_tubulin_43(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_43(X),fn_alpha_tubulin_111(X))
& agent_2(fn_alpha_tubulin_44(X),fn_alpha_tubulin_111(X))
& agent_2(fn_alpha_tubulin_44(X),fn_alpha_tubulin_68(X))
& object_2(fn_alpha_tubulin_107(X),fn_alpha_tubulin_68(X))
& object_2(fn_alpha_tubulin_141(X),fn_alpha_tubulin_68(X))
& object_2(fn_alpha_tubulin_141(X),fn_alpha_tubulin_110(X))
& agent_2(fn_alpha_tubulin_64(X),fn_alpha_tubulin_110(X))
& agent_2(fn_alpha_tubulin_64(X),fn_alpha_tubulin_68(X))
& object_2(fn_alpha_tubulin_20(X),fn_alpha_tubulin_68(X))
& fn_alpha_tubulin_41(X) != fn_alpha_tubulin_42(X)
& fn_alpha_tubulin_41(X) != fn_alpha_tubulin_40(X)
& fn_alpha_tubulin_42(X) != fn_alpha_tubulin_40(X)
& fn_alpha_tubulin_40(X) != fn_alpha_tubulin_42(X)
& fn_alpha_tubulin_40(X) != fn_alpha_tubulin_41(X)
& fn_alpha_tubulin_42(X) != fn_alpha_tubulin_41(X)
& object_2(fn_alpha_tubulin_142(X),fn_alpha_tubulin_111(X))
& fn_alpha_tubulin_142(X) != fn_alpha_tubulin_80(X)
& object_2(fn_alpha_tubulin_80(X),fn_alpha_tubulin_81(X))
& fn_alpha_tubulin_80(X) != fn_alpha_tubulin_142(X)
& fn_alpha_tubulin_71(X) != fn_alpha_tubulin_81(X)
& fn_alpha_tubulin_81(X) != fn_alpha_tubulin_71(X)
& agent_2(fn_alpha_tubulin_28(X),fn_alpha_tubulin_81(X))
& agent_2(fn_alpha_tubulin_28(X),fn_alpha_tubulin_93(X))
& fn_alpha_tubulin_93(X) != fn_alpha_tubulin_91(X)
& fn_alpha_tubulin_90(X) != fn_alpha_tubulin_93(X)
& fn_alpha_tubulin_93(X) != fn_alpha_tubulin_90(X)
& fn_alpha_tubulin_91(X) != fn_alpha_tubulin_93(X)
& object_2(fn_alpha_tubulin_143(X),fn_alpha_tubulin_110(X))
& object_2(fn_alpha_tubulin_143(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_31(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_31(X),fn_alpha_tubulin_81(X))
& fn_alpha_tubulin_81(X) != fn_alpha_tubulin_70(X)
& fn_alpha_tubulin_70(X) != fn_alpha_tubulin_81(X)
& object_2(fn_alpha_tubulin_28(X),fn_alpha_tubulin_94(X))
& fn_alpha_tubulin_119(X) != fn_alpha_tubulin_94(X)
& fn_alpha_tubulin_94(X) != fn_alpha_tubulin_119(X)
& fn_alpha_tubulin_100(X) != fn_alpha_tubulin_94(X)
& fn_alpha_tubulin_94(X) != fn_alpha_tubulin_100(X)
& object_2(fn_alpha_tubulin_154(X),fn_alpha_tubulin_110(X))
& object_2(fn_alpha_tubulin_154(X),fn_alpha_tubulin_93(X))
& is_inside_2(fn_alpha_tubulin_93(X),fn_alpha_tubulin_109(X))
& is_at_2(fn_alpha_tubulin_109(X),fn_alpha_tubulin_84(X))
& is_opposite_2(fn_alpha_tubulin_84(X),fn_alpha_tubulin_83(X))
& is_opposite_2(fn_alpha_tubulin_83(X),fn_alpha_tubulin_84(X))
& result_2(fn_alpha_tubulin_27(X),fn_alpha_tubulin_13(X))
& agent_2(fn_alpha_tubulin_27(X),fn_alpha_tubulin_81(X))
& fn_alpha_tubulin_81(X) != fn_alpha_tubulin_89(X)
& fn_alpha_tubulin_89(X) != fn_alpha_tubulin_93(X)
& has_region_2(fn_alpha_tubulin_93(X),fn_alpha_tubulin_129(X))
& fn_alpha_tubulin_89(X) != fn_alpha_tubulin_81(X)
& fn_alpha_tubulin_93(X) != fn_alpha_tubulin_89(X)
& fn_alpha_tubulin_155(X) != fn_alpha_tubulin_157(X)
& fn_alpha_tubulin_155(X) != fn_alpha_tubulin_81(X)
& fn_alpha_tubulin_81(X) != fn_alpha_tubulin_42(X)
& fn_alpha_tubulin_157(X) != fn_alpha_tubulin_155(X)
& fn_alpha_tubulin_81(X) != fn_alpha_tubulin_155(X)
& fn_alpha_tubulin_90(X) != fn_alpha_tubulin_81(X)
& fn_alpha_tubulin_81(X) != fn_alpha_tubulin_90(X)
& fn_alpha_tubulin_42(X) != fn_alpha_tubulin_81(X)
& object_2(fn_alpha_tubulin_19(X),fn_alpha_tubulin_68(X))
& object_2(fn_alpha_tubulin_19(X),fn_alpha_tubulin_110(X))
& agent_2(fn_alpha_tubulin_24(X),fn_alpha_tubulin_110(X))
& agent_2(fn_alpha_tubulin_24(X),fn_alpha_tubulin_68(X))
& object_2(fn_alpha_tubulin_80(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_163(X),fn_alpha_tubulin_81(X))
& agent_2(fn_alpha_tubulin_163(X),fn_alpha_tubulin_93(X))
& object_2(fn_alpha_tubulin_58(X),fn_alpha_tubulin_93(X))
& object_2(fn_alpha_tubulin_58(X),fn_alpha_tubulin_81(X))
& fn_alpha_tubulin_81(X) != fn_alpha_tubulin_41(X)
& fn_alpha_tubulin_41(X) != fn_alpha_tubulin_81(X)
& object_2(fn_alpha_tubulin_18(X),fn_alpha_tubulin_68(X))
& object_2(fn_alpha_tubulin_18(X),fn_alpha_tubulin_110(X))
& is_between_2(fn_alpha_tubulin_108(X),fn_alpha_tubulin_110(X))
& is_between_2(fn_alpha_tubulin_108(X),fn_alpha_tubulin_68(X))
& object_2(fn_alpha_tubulin_144(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_164(X),fn_alpha_tubulin_81(X))
& agent_2(fn_alpha_tubulin_164(X),fn_alpha_tubulin_158(X))
& object_2(fn_alpha_tubulin_153(X),fn_alpha_tubulin_158(X))
& object_2(fn_alpha_tubulin_153(X),fn_alpha_tubulin_81(X))
& fn_alpha_tubulin_81(X) != fn_alpha_tubulin_40(X)
& fn_alpha_tubulin_40(X) != fn_alpha_tubulin_81(X)
& has_part_2(fn_alpha_tubulin_8(X),fn_alpha_tubulin_81(X))
& possesses_2(fn_alpha_tubulin_8(X),fn_alpha_tubulin_13(X))
& result_2(fn_alpha_tubulin_28(X),fn_alpha_tubulin_13(X))
& object_2(fn_alpha_tubulin_28(X),fn_alpha_tubulin_51(X))
& object_2(fn_alpha_tubulin_23(X),fn_alpha_tubulin_51(X))
& agent_2(fn_alpha_tubulin_160(X),fn_alpha_tubulin_68(X))
& object_2(fn_alpha_tubulin_160(X),fn_alpha_tubulin_126(X))
& object_2(fn_alpha_tubulin_159(X),fn_alpha_tubulin_126(X))
& agent_2(fn_alpha_tubulin_159(X),fn_alpha_tubulin_81(X))
& fn_alpha_tubulin_81(X) != fn_alpha_tubulin_157(X)
& fn_alpha_tubulin_157(X) != fn_alpha_tubulin_81(X)
& has_part_2(fn_alpha_tubulin_8(X),fn_alpha_tubulin_69(X))
& is_inside_2(fn_alpha_tubulin_69(X),fn_alpha_tubulin_77(X))
& is_at_2(fn_alpha_tubulin_77(X),fn_alpha_tubulin_83(X))
& fn_alpha_tubulin_93(X) != fn_alpha_tubulin_69(X)
& fn_alpha_tubulin_69(X) != fn_alpha_tubulin_93(X)
& object_2(fn_alpha_tubulin_166(X),fn_alpha_tubulin_149(X))
& object_2(fn_alpha_tubulin_31(X),fn_alpha_tubulin_149(X))
& result_2(fn_alpha_tubulin_31(X),fn_alpha_tubulin_85(X))
& result_2(fn_alpha_tubulin_32(X),fn_alpha_tubulin_85(X))
& agent_2(fn_alpha_tubulin_32(X),fn_alpha_tubulin_68(X))
& possesses_2(fn_alpha_tubulin_8(X),fn_alpha_tubulin_14(X))
& result_2(fn_alpha_tubulin_45(X),fn_alpha_tubulin_14(X))
& agent_2(fn_alpha_tubulin_45(X),fn_alpha_tubulin_111(X))
& object_2(fn_alpha_tubulin_21(X),fn_alpha_tubulin_111(X))
& object_2(fn_alpha_tubulin_21(X),fn_alpha_tubulin_110(X))
& result_2(fn_alpha_tubulin_166(X),fn_alpha_tubulin_85(X))
& agent_2(fn_alpha_tubulin_166(X),fn_alpha_tubulin_68(X))
& has_part_2(fn_alpha_tubulin_8(X),fn_alpha_tubulin_68(X))
& has_part_2(fn_alpha_tubulin_8(X),fn_alpha_tubulin_110(X))
& object_2(fn_alpha_tubulin_144(X),fn_alpha_tubulin_110(X))
& has_part_2(fn_alpha_tubulin_8(X),fn_alpha_tubulin_93(X))
& has_part_2(fn_alpha_tubulin_8(X),fn_alpha_tubulin_111(X))
& fn_alpha_tubulin_111(X) != fn_alpha_tubulin_93(X)
& fn_alpha_tubulin_69(X) != fn_alpha_tubulin_111(X)
& fn_alpha_tubulin_111(X) != fn_alpha_tubulin_69(X)
& fn_alpha_tubulin_93(X) != fn_alpha_tubulin_111(X)
& agent_2(fn_alpha_tubulin_168(X),fn_alpha_tubulin_93(X))
& agent_2(fn_alpha_tubulin_168(X),fn_alpha_tubulin_81(X))
& fn_alpha_tubulin_81(X) != fn_alpha_tubulin_69(X)
& fn_alpha_tubulin_156(X) != fn_alpha_tubulin_81(X)
& fn_alpha_tubulin_81(X) != fn_alpha_tubulin_156(X)
& fn_alpha_tubulin_69(X) != fn_alpha_tubulin_81(X)
& result_2(fn_alpha_tubulin_30(X),fn_alpha_tubulin_85(X))
& agent_2(fn_alpha_tubulin_30(X),fn_alpha_tubulin_68(X))
& fn_alpha_tubulin_68(X) != fn_alpha_tubulin_93(X)
& fn_alpha_tubulin_69(X) != fn_alpha_tubulin_68(X)
& fn_alpha_tubulin_68(X) != fn_alpha_tubulin_69(X)
& fn_alpha_tubulin_93(X) != fn_alpha_tubulin_68(X)
& possesses_2(X,fn_alpha_tubulin_85(X))
& result_2(fn_alpha_tubulin_102(X),fn_alpha_tubulin_85(X))
& object_2(fn_alpha_tubulin_102(X),fn_alpha_tubulin_86(X))
& fn_alpha_tubulin_138(X) != fn_alpha_tubulin_85(X)
& fn_alpha_tubulin_85(X) != fn_alpha_tubulin_138(X)
& has_part_2(fn_alpha_tubulin_93(X),fn_alpha_tubulin_124(X))
& result_2(fn_alpha_tubulin_169(X),fn_alpha_tubulin_88(X))
& has_region_2(fn_alpha_tubulin_81(X),fn_alpha_tubulin_79(X))
& object_2(fn_alpha_tubulin_121(X),fn_alpha_tubulin_94(X))
& causes_2(fn_alpha_tubulin_120(X),fn_alpha_tubulin_121(X))
& object_2(fn_alpha_tubulin_120(X),fn_alpha_tubulin_94(X))
& is_between_2(fn_alpha_tubulin_88(X),fn_alpha_tubulin_81(X))
& is_between_2(fn_alpha_tubulin_88(X),fn_alpha_tubulin_93(X))
& is_inside_2(fn_alpha_tubulin_93(X),fn_alpha_tubulin_77(X))
& object_2(fn_alpha_tubulin_163(X),fn_alpha_tubulin_94(X))
& object_2(fn_alpha_tubulin_163(X),fn_alpha_tubulin_126(X))
& object_2(fn_alpha_tubulin_162(X),fn_alpha_tubulin_126(X))
& fn_alpha_tubulin_94(X) != fn_alpha_tubulin_126(X)
& fn_alpha_tubulin_126(X) != fn_alpha_tubulin_94(X)
& agent_2(fn_alpha_tubulin_25(X),fn_alpha_tubulin_81(X))
& agent_2(fn_alpha_tubulin_25(X),fn_alpha_tubulin_93(X))
& has_part_2(fn_alpha_tubulin_93(X),fn_alpha_tubulin_94(X))
& fn_alpha_tubulin_86(X) != fn_alpha_tubulin_94(X)
& fn_alpha_tubulin_94(X) != fn_alpha_tubulin_86(X)
& is_inside_2(fn_alpha_tubulin_81(X),fn_alpha_tubulin_77(X))
& object_2(fn_alpha_tubulin_38(X),fn_alpha_tubulin_81(X))
& object_2(fn_alpha_tubulin_38(X),fn_alpha_tubulin_39(X))
& fn_alpha_tubulin_39(X) != fn_alpha_tubulin_81(X)
& fn_alpha_tubulin_81(X) != fn_alpha_tubulin_39(X)
& has_region_2(fn_alpha_tubulin_110(X),fn_alpha_tubulin_79(X))
& is_between_2(fn_alpha_tubulin_138(X),fn_alpha_tubulin_111(X))
& has_region_2(fn_alpha_tubulin_110(X),fn_alpha_tubulin_112(X))
& called_2(fn_alpha_tubulin_138(X),'C=O')
& object_2(fn_alpha_tubulin_74(X),fn_alpha_tubulin_78(X))
& object_2(fn_alpha_tubulin_165(X),fn_alpha_tubulin_151(X))
& object_2(fn_alpha_tubulin_34(X),fn_alpha_tubulin_51(X))
& fn_alpha_tubulin_94(X) != fn_alpha_tubulin_78(X)
& object_2(fn_alpha_tubulin_27(X),fn_alpha_tubulin_94(X))
& object_2(fn_alpha_tubulin_27(X),fn_alpha_tubulin_149(X))
& fn_alpha_tubulin_78(X) != fn_alpha_tubulin_94(X)
& fn_alpha_tubulin_94(X) != fn_alpha_tubulin_51(X)
& fn_alpha_tubulin_51(X) != fn_alpha_tubulin_94(X)
& object_2(fn_alpha_tubulin_21(X),fn_alpha_tubulin_68(X))
& has_function_2(fn_alpha_tubulin_47(X),fn_alpha_tubulin_21(X))
& is_between_2(fn_alpha_tubulin_47(X),fn_alpha_tubulin_111(X))
& agent_2(fn_alpha_tubulin_63(X),fn_alpha_tubulin_111(X))
& object_2(fn_alpha_tubulin_63(X),fn_alpha_tubulin_78(X))
& is_between_2(fn_alpha_tubulin_138(X),fn_alpha_tubulin_68(X))
& has_function_2(fn_alpha_tubulin_138(X),fn_alpha_tubulin_142(X))
& agent_2(fn_alpha_tubulin_142(X),fn_alpha_tubulin_138(X))
& result_2(fn_alpha_tubulin_134(X),fn_alpha_tubulin_138(X))
& fn_alpha_tubulin_134(X) != fn_alpha_tubulin_167(X)
& fn_alpha_tubulin_167(X) != fn_alpha_tubulin_134(X)
& object_2(fn_alpha_tubulin_17(X),fn_alpha_tubulin_68(X))
& object_2(fn_alpha_tubulin_17(X),fn_alpha_tubulin_110(X))
& agent_2(fn_alpha_tubulin_22(X),fn_alpha_tubulin_110(X))
& agent_2(fn_alpha_tubulin_22(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_165(X),fn_alpha_tubulin_68(X))
& object_2(fn_alpha_tubulin_154(X),fn_alpha_tubulin_111(X))
& agent_2(fn_alpha_tubulin_154(X),fn_alpha_tubulin_137(X))
& is_between_2(fn_alpha_tubulin_137(X),fn_alpha_tubulin_68(X))
& is_inside_2(fn_alpha_tubulin_68(X),fn_alpha_tubulin_109(X))
& is_inside_2(fn_alpha_tubulin_111(X),fn_alpha_tubulin_109(X))
& object_2(fn_alpha_tubulin_16(X),fn_alpha_tubulin_110(X))
& object_2(fn_alpha_tubulin_16(X),fn_alpha_tubulin_69(X))
& is_inside_2(fn_alpha_tubulin_69(X),fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_110(X) != fn_alpha_tubulin_69(X)
& fn_alpha_tubulin_69(X) != fn_alpha_tubulin_110(X)
& is_inside_2(fn_alpha_tubulin_110(X),fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_68(X) != fn_alpha_tubulin_110(X)
& fn_alpha_tubulin_110(X) != fn_alpha_tubulin_68(X)
& fn_alpha_tubulin_111(X) != fn_alpha_tubulin_110(X)
& fn_alpha_tubulin_110(X) != fn_alpha_tubulin_111(X)
& has_part_2(fn_alpha_tubulin_81(X),fn_alpha_tubulin_150(X))
& has_region_2(fn_alpha_tubulin_93(X),fn_alpha_tubulin_123(X))
& has_region_2(fn_alpha_tubulin_81(X),fn_alpha_tubulin_97(X))
& fn_alpha_tubulin_98(X) != fn_alpha_tubulin_112(X)
& fn_alpha_tubulin_112(X) != fn_alpha_tubulin_98(X)
& has_region_2(fn_alpha_tubulin_81(X),fn_alpha_tubulin_152(X))
& has_region_2(fn_alpha_tubulin_110(X),fn_alpha_tubulin_97(X))
& fn_alpha_tubulin_80(X) != fn_alpha_tubulin_153(X)
& fn_alpha_tubulin_153(X) != fn_alpha_tubulin_80(X)
& the_cardinal_value_2(fn_alpha_tubulin_145(X),"2.55")
& cardinal_unit_class_2(fn_alpha_tubulin_145(X),unity_0)
& has_region_2(fn_alpha_tubulin_68(X),fn_alpha_tubulin_79(X))
& called_2(fn_alpha_tubulin_14(X),'C=O')
& electronegativity_2(fn_alpha_tubulin_81(X),fn_alpha_tubulin_146(X))
& has_function_2(fn_alpha_tubulin_85(X),fn_alpha_tubulin_80(X))
& instrument_2(fn_alpha_tubulin_15(X),fn_alpha_tubulin_85(X))
& atomic_number_2(fn_alpha_tubulin_81(X),fn_alpha_tubulin_147(X))
& the_cardinal_value_2(fn_alpha_tubulin_147(X),"7")
& cardinal_unit_class_2(fn_alpha_tubulin_147(X),unity_0)
& object_2(fn_alpha_tubulin_30(X),fn_alpha_tubulin_149(X))
& fn_alpha_tubulin_33(X) != fn_alpha_tubulin_30(X)
& fn_alpha_tubulin_30(X) != fn_alpha_tubulin_33(X)
& has_region_2(fn_alpha_tubulin_158(X),fn_alpha_tubulin_127(X))
& fn_alpha_tubulin_127(X) != fn_alpha_tubulin_99(X)
& fn_alpha_tubulin_99(X) != fn_alpha_tubulin_48(X)
& fn_alpha_tubulin_99(X) != fn_alpha_tubulin_127(X)
& fn_alpha_tubulin_48(X) != fn_alpha_tubulin_99(X)
& fn_alpha_tubulin_46(X) != fn_alpha_tubulin_80(X)
& agent_2(fn_alpha_tubulin_80(X),fn_alpha_tubulin_85(X))
& is_between_2(fn_alpha_tubulin_85(X),fn_alpha_tubulin_81(X))
& fn_alpha_tubulin_80(X) != fn_alpha_tubulin_46(X)
& fn_alpha_tubulin_38(X) != fn_alpha_tubulin_80(X)
& fn_alpha_tubulin_80(X) != fn_alpha_tubulin_38(X)
& object_2(fn_alpha_tubulin_154(X),fn_alpha_tubulin_81(X))
& object_2(fn_alpha_tubulin_154(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_23(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_23(X),fn_alpha_tubulin_110(X))
& has_region_2(fn_alpha_tubulin_110(X),fn_alpha_tubulin_87(X))
& object_2(fn_alpha_tubulin_21(X),fn_alpha_tubulin_93(X))
& object_2(fn_alpha_tubulin_21(X),fn_alpha_tubulin_81(X))
& agent_2(fn_alpha_tubulin_167(X),fn_alpha_tubulin_81(X))
& fn_alpha_tubulin_167(X) != fn_alpha_tubulin_164(X)
& object_2(fn_alpha_tubulin_164(X),fn_alpha_tubulin_151(X))
& fn_alpha_tubulin_164(X) != fn_alpha_tubulin_167(X)
& object_2(fn_alpha_tubulin_167(X),fn_alpha_tubulin_149(X))
& has_part_2(fn_alpha_tubulin_81(X),fn_alpha_tubulin_149(X))
& has_part_2(fn_alpha_tubulin_81(X),fn_alpha_tubulin_151(X))
& object_2(fn_alpha_tubulin_25(X),fn_alpha_tubulin_151(X))
& result_2(fn_alpha_tubulin_25(X),fn_alpha_tubulin_13(X))
& object_2(fn_alpha_tubulin_16(X),fn_alpha_tubulin_111(X))
& object_2(fn_alpha_tubulin_16(X),fn_alpha_tubulin_68(X))
& has_region_2(fn_alpha_tubulin_68(X),fn_alpha_tubulin_98(X))
& fn_alpha_tubulin_87(X) != fn_alpha_tubulin_98(X)
& fn_alpha_tubulin_98(X) != fn_alpha_tubulin_87(X)
& object_2(fn_alpha_tubulin_167(X),fn_alpha_tubulin_151(X))
& is_inside_2(fn_alpha_tubulin_151(X),fn_alpha_tubulin_128(X))
& has_region_2(fn_alpha_tubulin_98(X),fn_alpha_tubulin_128(X))
& fn_alpha_tubulin_149(X) != fn_alpha_tubulin_151(X)
& fn_alpha_tubulin_151(X) != fn_alpha_tubulin_149(X)
& is_between_2(fn_alpha_tubulin_14(X),fn_alpha_tubulin_68(X))
& has_function_2(fn_alpha_tubulin_14(X),fn_alpha_tubulin_46(X))
& agent_2(fn_alpha_tubulin_46(X),fn_alpha_tubulin_14(X))
& result_2(fn_alpha_tubulin_44(X),fn_alpha_tubulin_14(X))
& fn_alpha_tubulin_44(X) != fn_alpha_tubulin_30(X)
& fn_alpha_tubulin_30(X) != fn_alpha_tubulin_44(X)
& result_2(fn_alpha_tubulin_167(X),fn_alpha_tubulin_85(X))
& agent_2(fn_alpha_tubulin_167(X),fn_alpha_tubulin_68(X))
& electronegativity_2(fn_alpha_tubulin_68(X),fn_alpha_tubulin_145(X))
& fn_alpha_tubulin_146(X) != fn_alpha_tubulin_145(X)
& fn_alpha_tubulin_145(X) != fn_alpha_tubulin_146(X)
& is_between_2(fn_alpha_tubulin_13(X),fn_alpha_tubulin_93(X))
& has_function_2(fn_alpha_tubulin_13(X),fn_alpha_tubulin_29(X))
& agent_2(fn_alpha_tubulin_29(X),fn_alpha_tubulin_13(X))
& is_between_2(fn_alpha_tubulin_13(X),fn_alpha_tubulin_81(X))
& has_region_2(fn_alpha_tubulin_81(X),fn_alpha_tubulin_98(X))
& agent_2(fn_alpha_tubulin_169(X),fn_alpha_tubulin_81(X))
& agent_2(fn_alpha_tubulin_169(X),fn_alpha_tubulin_93(X))
& fn_alpha_tubulin_93(X) != fn_alpha_tubulin_81(X)
& has_region_2(fn_alpha_tubulin_81(X),fn_alpha_tubulin_99(X))
& fn_alpha_tubulin_99(X) != fn_alpha_tubulin_98(X)
& fn_alpha_tubulin_81(X) != fn_alpha_tubulin_93(X)
& fn_alpha_tubulin_98(X) != fn_alpha_tubulin_99(X)
& is_between_2(fn_alpha_tubulin_14(X),fn_alpha_tubulin_111(X))
& fn_alpha_tubulin_111(X) != fn_alpha_tubulin_81(X)
& fn_alpha_tubulin_81(X) != fn_alpha_tubulin_158(X)
& fn_alpha_tubulin_81(X) != fn_alpha_tubulin_111(X)
& fn_alpha_tubulin_68(X) != fn_alpha_tubulin_81(X)
& fn_alpha_tubulin_81(X) != fn_alpha_tubulin_68(X)
& fn_alpha_tubulin_158(X) != fn_alpha_tubulin_81(X)
& is_between_2(fn_alpha_tubulin_85(X),fn_alpha_tubulin_68(X))
& fn_alpha_tubulin_14(X) != fn_alpha_tubulin_85(X)
& fn_alpha_tubulin_85(X) != fn_alpha_tubulin_14(X)
& fn_alpha_tubulin_111(X) != fn_alpha_tubulin_68(X)
& fn_alpha_tubulin_68(X) != fn_alpha_tubulin_111(X)
& has_function_2(fn_alpha_tubulin_108(X),fn_alpha_tubulin_107(X))
& has_region_2(fn_alpha_tubulin_111(X),fn_alpha_tubulin_97(X))
& agent_2(fn_alpha_tubulin_107(X),fn_alpha_tubulin_108(X))
& has_region_2(fn_alpha_tubulin_111(X),fn_alpha_tubulin_87(X))
& object_2(fn_alpha_tubulin_104(X),fn_alpha_tubulin_86(X))
& object_2(fn_alpha_tubulin_104(X),fn_alpha_tubulin_100(X))
& object_2(fn_alpha_tubulin_96(X),fn_alpha_tubulin_100(X))
& called_2(fn_alpha_tubulin_113(X),'Number_Proton')
& has_region_2(fn_alpha_tubulin_111(X),fn_alpha_tubulin_152(X))
& has_region_2(fn_alpha_tubulin_111(X),fn_alpha_tubulin_79(X))
& has_region_2(fn_alpha_tubulin_68(X),fn_alpha_tubulin_97(X))
& has_region_2(fn_alpha_tubulin_68(X),fn_alpha_tubulin_99(X))
& called_2(fn_alpha_tubulin_147(X),'Atomic_Number')
& has_region_2(fn_alpha_tubulin_68(X),fn_alpha_tubulin_130(X))
& has_function_2(fn_alpha_tubulin_59(X),fn_alpha_tubulin_58(X))
& quantity_2(fn_alpha_tubulin_151(X),fn_alpha_tubulin_115(X))
& object_2(fn_alpha_tubulin_168(X),fn_alpha_tubulin_149(X))
& object_2(fn_alpha_tubulin_168(X),fn_alpha_tubulin_94(X))
& called_2(fn_alpha_tubulin_115(X),'Number_Electron')
& fn_alpha_tubulin_147(X) = fn_alpha_tubulin_113(X)
& fn_alpha_tubulin_113(X) = fn_alpha_tubulin_147(X)
& is_near_2(fn_alpha_tubulin_152(X),fn_alpha_tubulin_149(X))
& is_inside_2(fn_alpha_tubulin_150(X),fn_alpha_tubulin_152(X))
& quantity_2(fn_alpha_tubulin_150(X),fn_alpha_tubulin_113(X))
& is_near_2(fn_alpha_tubulin_149(X),fn_alpha_tubulin_152(X))
& fn_alpha_tubulin_115(X) = fn_alpha_tubulin_113(X)
& fn_alpha_tubulin_113(X) = fn_alpha_tubulin_115(X)
& has_region_2(fn_alpha_tubulin_111(X),fn_alpha_tubulin_112(X))
& fn_alpha_tubulin_112(X) != fn_alpha_tubulin_87(X)
& fn_alpha_tubulin_87(X) != fn_alpha_tubulin_99(X)
& has_region_2(fn_alpha_tubulin_99(X),fn_alpha_tubulin_128(X))
& is_inside_2(fn_alpha_tubulin_149(X),fn_alpha_tubulin_128(X))
& fn_alpha_tubulin_87(X) != fn_alpha_tubulin_112(X)
& fn_alpha_tubulin_99(X) != fn_alpha_tubulin_87(X)
& is_near_2(fn_alpha_tubulin_151(X),fn_alpha_tubulin_152(X))
& is_near_2(fn_alpha_tubulin_152(X),fn_alpha_tubulin_151(X))
& is_near_2(fn_alpha_tubulin_123(X),fn_alpha_tubulin_94(X))
& is_near_2(fn_alpha_tubulin_94(X),fn_alpha_tubulin_123(X))
& fn_alpha_tubulin_152(X) != fn_alpha_tubulin_123(X)
& is_at_2(fn_alpha_tubulin_152(X),fn_alpha_tubulin_97(X))
& fn_alpha_tubulin_97(X) != fn_alpha_tubulin_79(X)
& is_at_2(fn_alpha_tubulin_130(X),fn_alpha_tubulin_79(X))
& fn_alpha_tubulin_130(X) != fn_alpha_tubulin_152(X)
& fn_alpha_tubulin_123(X) != fn_alpha_tubulin_152(X)
& fn_alpha_tubulin_79(X) != fn_alpha_tubulin_97(X)
& fn_alpha_tubulin_152(X) != fn_alpha_tubulin_130(X)
& fn_alpha_tubulin_99(X) != fn_alpha_tubulin_129(X)
& fn_alpha_tubulin_129(X) != fn_alpha_tubulin_99(X)
& has_region_2(fn_alpha_tubulin_129(X),fn_alpha_tubulin_118(X))
& is_inside_2(fn_alpha_tubulin_94(X),fn_alpha_tubulin_118(X))
& object_2(fn_alpha_tubulin_73(X),fn_alpha_tubulin_94(X))
& result_2(fn_alpha_tubulin_73(X),fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_116(X) = fn_alpha_tubulin_117(X)
& fn_alpha_tubulin_117(X) = fn_alpha_tubulin_116(X)
& quantity_2(fn_alpha_tubulin_94(X),fn_alpha_tubulin_117(X))
& object_2(fn_alpha_tubulin_50(X),fn_alpha_tubulin_94(X))
& causes_2(fn_alpha_tubulin_50(X),fn_alpha_tubulin_49(X))
& object_2(fn_alpha_tubulin_49(X),fn_alpha_tubulin_94(X))
& called_2(fn_alpha_tubulin_116(X),'Number_Proton')
& quantity_2(fn_alpha_tubulin_124(X),fn_alpha_tubulin_116(X))
& agent_2(fn_alpha_tubulin_122(X),fn_alpha_tubulin_124(X))
& object_2(fn_alpha_tubulin_122(X),fn_alpha_tubulin_94(X))
& object_2(fn_alpha_tubulin_73(X),fn_alpha_tubulin_78(X))
& is_inside_2(fn_alpha_tubulin_124(X),fn_alpha_tubulin_123(X))
& agent_2(fn_alpha_tubulin_76(X),fn_alpha_tubulin_88(X))
& called_2(fn_alpha_tubulin_117(X),'Number_Electron')
& has_function_2(fn_alpha_tubulin_88(X),fn_alpha_tubulin_76(X))
& fn_alpha_tubulin_112(X) != fn_alpha_tubulin_99(X)
& fn_alpha_tubulin_99(X) != fn_alpha_tubulin_112(X)
& agent_2(fn_alpha_tubulin_58(X),fn_alpha_tubulin_59(X))
& is_between_2(fn_alpha_tubulin_59(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_104(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_104(X),fn_alpha_tubulin_111(X))
& is_between_2(fn_alpha_tubulin_137(X),fn_alpha_tubulin_111(X))
& object_2(fn_alpha_tubulin_19(X),fn_alpha_tubulin_111(X))
& object_2(fn_alpha_tubulin_142(X),fn_alpha_tubulin_68(X))
& result_2(fn_alpha_tubulin_104(X),fn_alpha_tubulin_108(X))
& agent_2(fn_alpha_tubulin_104(X),fn_alpha_tubulin_69(X))
& object_2(fn_alpha_tubulin_144(X),fn_alpha_tubulin_69(X))
& object_2(fn_alpha_tubulin_144(X),fn_alpha_tubulin_111(X))
& is_between_2(fn_alpha_tubulin_108(X),fn_alpha_tubulin_111(X))
& agent_2(fn_alpha_tubulin_136(X),fn_alpha_tubulin_111(X))
& fn_alpha_tubulin_70(X) != fn_alpha_tubulin_71(X)
& fn_alpha_tubulin_71(X) != fn_alpha_tubulin_70(X)
& agent_2(fn_alpha_tubulin_75(X),fn_alpha_tubulin_70(X))
& object_2(fn_alpha_tubulin_140(X),fn_alpha_tubulin_111(X))
& object_2(fn_alpha_tubulin_20(X),fn_alpha_tubulin_110(X))
& object_2(fn_alpha_tubulin_107(X),fn_alpha_tubulin_110(X))
& object_2(fn_alpha_tubulin_46(X),fn_alpha_tubulin_111(X))
& object_2(fn_alpha_tubulin_106(X),fn_alpha_tubulin_110(X))
& agent_2(fn_alpha_tubulin_34(X),fn_alpha_tubulin_81(X))
& agent_2(fn_alpha_tubulin_166(X),fn_alpha_tubulin_81(X))
& agent_2(fn_alpha_tubulin_67(X),fn_alpha_tubulin_68(X))
& agent_2(fn_alpha_tubulin_161(X),fn_alpha_tubulin_155(X))
& agent_2(fn_alpha_tubulin_95(X),fn_alpha_tubulin_81(X))
& agent_2(fn_alpha_tubulin_161(X),fn_alpha_tubulin_157(X))
& agent_2(fn_alpha_tubulin_95(X),fn_alpha_tubulin_93(X))
& agent_2(fn_alpha_tubulin_160(X),fn_alpha_tubulin_81(X))
& agent_2(fn_alpha_tubulin_96(X),fn_alpha_tubulin_81(X))
& agent_2(fn_alpha_tubulin_134(X),fn_alpha_tubulin_111(X))
& agent_2(fn_alpha_tubulin_101(X),fn_alpha_tubulin_81(X))
& agent_2(fn_alpha_tubulin_105(X),fn_alpha_tubulin_111(X))
& agent_2(fn_alpha_tubulin_102(X),fn_alpha_tubulin_81(X))
& agent_2(fn_alpha_tubulin_104(X),fn_alpha_tubulin_110(X))
& object_2(fn_alpha_tubulin_169(X),fn_alpha_tubulin_151(X))
& object_2(fn_alpha_tubulin_24(X),fn_alpha_tubulin_51(X))
& object_2(fn_alpha_tubulin_101(X),fn_alpha_tubulin_100(X))
& object_2(fn_alpha_tubulin_26(X),fn_alpha_tubulin_94(X))
& fn_alpha_tubulin_78(X) = fn_share_2(fn_alpha_tubulin_67(X))
& fn_alpha_tubulin_86(X) = fn_share_2(fn_alpha_tubulin_95(X))
& fn_alpha_tubulin_78(X) = fn_share_2(fn_alpha_tubulin_66(X))
& fn_alpha_tubulin_100(X) = fn_share_2(fn_alpha_tubulin_102(X))
& fn_alpha_tubulin_93(X) = fn_share_3(fn_alpha_tubulin_73(X))
& fn_alpha_tubulin_81(X) = fn_share_1(fn_alpha_tubulin_73(X))
& fn_alpha_tubulin_68(X) = fn_share_3(fn_alpha_tubulin_66(X))
& fn_alpha_tubulin_81(X) = fn_attract_2(fn_alpha_tubulin_74(X))
& fn_alpha_tubulin_81(X) = fn_share_1(fn_alpha_tubulin_66(X))
& fn_alpha_tubulin_81(X) = fn_share_3(fn_alpha_tubulin_75(X))
& fn_alpha_tubulin_68(X) = fn_share_3(fn_alpha_tubulin_36(X))
& fn_alpha_tubulin_93(X) = fn_share_1(fn_alpha_tubulin_125(X))
& fn_alpha_tubulin_81(X) = fn_share_1(fn_alpha_tubulin_36(X))
& fn_alpha_tubulin_110(X) = fn_share_3(fn_alpha_tubulin_131(X))
& fn_alpha_tubulin_110(X) = fn_share_1(fn_alpha_tubulin_131(X))
& fn_alpha_tubulin_81(X) = fn_share_3(fn_alpha_tubulin_35(X))
& fn_alpha_tubulin_68(X) = fn_share_3(fn_alpha_tubulin_132(X))
& fn_alpha_tubulin_68(X) = fn_share_1(fn_alpha_tubulin_132(X))
& fn_alpha_tubulin_42(X) = fn_share_1(fn_alpha_tubulin_35(X))
& fn_alpha_tubulin_68(X) = fn_share_3(fn_alpha_tubulin_133(X))
& fn_alpha_tubulin_68(X) = fn_share_1(fn_alpha_tubulin_133(X))
& fn_alpha_tubulin_81(X) = fn_share_3(fn_alpha_tubulin_33(X))
& fn_alpha_tubulin_68(X) = fn_share_3(fn_alpha_tubulin_159(X))
& fn_alpha_tubulin_68(X) = fn_share_1(fn_alpha_tubulin_159(X))
& fn_alpha_tubulin_39(X) = fn_share_1(fn_alpha_tubulin_33(X))
& fn_alpha_tubulin_110(X) = fn_hold_2(fn_alpha_tubulin_61(X))
& fn_alpha_tubulin_110(X) = fn_hold_2(fn_alpha_tubulin_62(X))
& fn_alpha_tubulin_110(X) = fn_hold_2(fn_alpha_tubulin_58(X))
& fn_alpha_tubulin_93(X) = fn_hold_2(fn_alpha_tubulin_76(X))
& fn_alpha_tubulin_93(X) = fn_hold_2(fn_alpha_tubulin_29(X))
& fn_alpha_tubulin_93(X) = fn_share_3(fn_alpha_tubulin_125(X))
& fn_alpha_tubulin_92(X) = fn_share_1(fn_alpha_tubulin_125(X))
& fn_alpha_tubulin_92(X) = fn_share_3(fn_alpha_tubulin_27(X))
& fn_alpha_tubulin_93(X) = fn_share_1(fn_alpha_tubulin_27(X))
& fn_alpha_tubulin_48(X) = fn_atom_9(fn_alpha_tubulin_39(X))
& X = fn_protein_8(fn_alpha_tubulin_82(X))
& fn_alpha_tubulin_132(X) = fn_covalent_bond_17(fn_alpha_tubulin_108(X))
& fn_alpha_tubulin_103(X) = fn_covalent_bond_17(fn_alpha_tubulin_108(X))
& fn_alpha_tubulin_139(X) = fn_covalent_bond_14(fn_alpha_tubulin_108(X))
& fn_alpha_tubulin_46(X) = fn_covalent_bond_14(fn_alpha_tubulin_108(X))
& fn_alpha_tubulin_103(X) = fn_covalent_bond_17(fn_alpha_tubulin_47(X))
& fn_alpha_tubulin_107(X) = fn_covalent_bond_14(fn_alpha_tubulin_47(X))
& fn_alpha_tubulin_45(X) = fn_covalent_bond_17(fn_alpha_tubulin_47(X))
& fn_alpha_tubulin_139(X) = fn_covalent_bond_14(fn_alpha_tubulin_47(X))
& fn_alpha_tubulin_131(X) = fn_covalent_bond_17(fn_alpha_tubulin_59(X))
& fn_alpha_tubulin_61(X) = fn_covalent_bond_14(fn_alpha_tubulin_59(X))
& fn_alpha_tubulin_163(X) = fn_covalent_bond_17(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_32(X) = fn_covalent_bond_17(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_100(X) = fn_covalent_bond_18(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_134(X) = fn_covalent_bond_17(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_29(X) = fn_covalent_bond_14(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_140(X) = fn_covalent_bond_14(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_23(X) = fn_covalent_bond_17(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_94(X) = fn_covalent_bond_15(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_95(X) = fn_covalent_bond_17(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_60(X) = fn_covalent_bond_14(fn_alpha_tubulin_47(X))
& fn_alpha_tubulin_110(X) = fn_covalent_bond_19(fn_alpha_tubulin_47(X))
& fn_alpha_tubulin_63(X) = fn_covalent_bond_17(fn_alpha_tubulin_47(X))
& fn_alpha_tubulin_68(X) = fn_covalent_bond_20(fn_alpha_tubulin_47(X))
& fn_alpha_tubulin_133(X) = fn_covalent_bond_17(fn_alpha_tubulin_59(X))
& fn_alpha_tubulin_51(X) = fn_covalent_bond_15(fn_alpha_tubulin_59(X))
& fn_alpha_tubulin_37(X) = fn_covalent_bond_17(fn_alpha_tubulin_59(X))
& fn_alpha_tubulin_68(X) = fn_covalent_bond_19(fn_alpha_tubulin_59(X))
& fn_alpha_tubulin_58(X) = fn_covalent_bond_14(fn_alpha_tubulin_59(X))
& fn_alpha_tubulin_111(X) = fn_covalent_bond_20(fn_alpha_tubulin_59(X))
& fn_alpha_tubulin_6(X) = fn_polymer_9(X)
& fn_alpha_tubulin_5(X) = fn_polymer_10(X)
& fn_alpha_tubulin_12(X) = fn_polymer_7(X)
& fn_alpha_tubulin_11(X) = fn_polymer_8(X)
& fn_alpha_tubulin_53(X) = fn_molecule_1(X)
& fn_alpha_tubulin_9(X) = fn_molecule_7(X)
& fn_alpha_tubulin_52(X) = fn_molecule_2(X)
& fn_alpha_tubulin_55(X) = fn_molecule_8(X)
& fn_alpha_tubulin_56(X) = fn_molecule_3(X)
& fn_alpha_tubulin_57(X) = fn_molecule_4(X)
& fn_alpha_tubulin_54(X) = fn_molecule_12(X)
& fn_alpha_tubulin_10(X) = fn_organic_molecule_1(X)
& fn_alpha_tubulin_9(X) = fn_carbon_skeleton_2(fn_alpha_tubulin_7(X))
& fn_alpha_tubulin_10(X) = fn_carbon_skeleton_4(fn_alpha_tubulin_7(X))
& fn_alpha_tubulin_7(X) = fn_organic_molecule_3(X)
& X = fn_carbon_skeleton_3(fn_alpha_tubulin_7(X))
& fn_alpha_tubulin_95(X) = fn_polypeptide_113(X)
& fn_alpha_tubulin_89(X) = fn_polypeptide_122(X)
& fn_alpha_tubulin_132(X) = fn_polypeptide_111(X)
& fn_alpha_tubulin_133(X) = fn_polypeptide_53(X)
& fn_alpha_tubulin_136(X) = fn_polypeptide_52(X)
& fn_alpha_tubulin_37(X) = fn_polypeptide_40(X)
& fn_alpha_tubulin_137(X) = fn_polypeptide_87(X)
& fn_alpha_tubulin_36(X) = fn_polypeptide_17(X)
& fn_alpha_tubulin_140(X) = fn_polypeptide_55(X)
& fn_alpha_tubulin_30(X) = fn_polypeptide_129(X)
& fn_alpha_tubulin_162(X) = fn_polypeptide_112(X)
& fn_alpha_tubulin_15(X) = fn_polypeptide_63(X)
& fn_alpha_tubulin_165(X) = fn_polypeptide_41(X)
& fn_alpha_tubulin_8(X) = fn_functional_group_1(fn_alpha_tubulin_77(X))
& fn_alpha_tubulin_88(X) = fn_polypeptide_84(X)
& fn_alpha_tubulin_8(X) = fn_functional_group_1(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_118(X) = fn_polypeptide_37(X)
& fn_alpha_tubulin_119(X) = fn_polypeptide_38(X)
& fn_alpha_tubulin_125(X) = fn_polypeptide_40(X)
& fn_alpha_tubulin_96(X) = fn_polypeptide_112(X)
& fn_alpha_tubulin_86(X) = fn_share_2(fn_alpha_tubulin_105(X))
& fn_alpha_tubulin_105(X) = fn_polypeptide_103(X)
& fn_alpha_tubulin_100(X) = fn_polypeptide_109(X)
& fn_alpha_tubulin_91(X) = fn_polypeptide_118(X)
& fn_alpha_tubulin_72(X) = fn_polypeptide_123(X)
& fn_alpha_tubulin_92(X) = fn_polypeptide_121(X)
& fn_alpha_tubulin_126(X) = fn_polypeptide_110(X)
& fn_alpha_tubulin_131(X) = fn_polypeptide_102(X)
& fn_alpha_tubulin_65(X) = fn_polypeptide_51(X)
& fn_alpha_tubulin_78(X) = fn_polypeptide_78(X)
& fn_alpha_tubulin_100(X) = fn_polypeptide_105(X)
& fn_alpha_tubulin_86(X) = fn_polypeptide_110(X)
& fn_alpha_tubulin_103(X) = fn_polypeptide_104(X)
& fn_alpha_tubulin_135(X) = fn_polypeptide_103(X)
& fn_alpha_tubulin_107(X) = fn_polypeptide_97(X)
& fn_alpha_tubulin_44(X) = fn_polypeptide_104(X)
& fn_alpha_tubulin_43(X) = fn_polypeptide_53(X)
& fn_alpha_tubulin_20(X) = fn_polypeptide_56(X)
& fn_alpha_tubulin_64(X) = fn_polypeptide_49(X)
& fn_alpha_tubulin_141(X) = fn_polypeptide_99(X)
& fn_alpha_tubulin_42(X) = fn_polypeptide_120(X)
& fn_alpha_tubulin_71(X) = fn_polypeptide_122(X)
& fn_alpha_tubulin_80(X) = fn_polypeptide_127(X)
& fn_alpha_tubulin_142(X) = fn_polypeptide_56(X)
& fn_alpha_tubulin_91(X) = fn_polypeptide_122(X)
& fn_alpha_tubulin_90(X) = fn_polypeptide_121(X)
& fn_alpha_tubulin_93(X) = fn_polypeptide_123(X)
& fn_alpha_tubulin_28(X) = fn_polypeptide_113(X)
& fn_alpha_tubulin_70(X) = fn_polypeptide_121(X)
& fn_alpha_tubulin_31(X) = fn_polypeptide_39(X)
& fn_alpha_tubulin_143(X) = fn_polypeptide_98(X)
& fn_alpha_tubulin_100(X) = fn_polypeptide_38(X)
& fn_alpha_tubulin_119(X) = fn_polypeptide_30(X)
& fn_alpha_tubulin_94(X) = fn_polypeptide_31(X)
& fn_alpha_tubulin_84(X) = fn_polypeptide_80(X)
& fn_alpha_tubulin_109(X) = fn_polypeptide_94(X)
& fn_alpha_tubulin_154(X) = fn_polypeptide_99(X)
& fn_alpha_tubulin_129(X) = fn_polypeptide_61(X)
& fn_alpha_tubulin_93(X) = fn_polypeptide_118(X)
& fn_alpha_tubulin_89(X) = fn_polypeptide_120(X)
& fn_alpha_tubulin_81(X) = fn_share_3(fn_alpha_tubulin_27(X))
& fn_alpha_tubulin_27(X) = fn_polypeptide_111(X)
& fn_alpha_tubulin_42(X) = fn_polypeptide_44(X)
& fn_alpha_tubulin_90(X) = fn_polypeptide_126(X)
& fn_alpha_tubulin_155(X) = fn_polypeptide_90(X)
& fn_alpha_tubulin_80(X) = fn_polypeptide_55(X)
& fn_alpha_tubulin_24(X) = fn_polypeptide_50(X)
& fn_alpha_tubulin_19(X) = fn_polypeptide_96(X)
& fn_alpha_tubulin_41(X) = fn_polypeptide_118(X)
& fn_alpha_tubulin_58(X) = fn_polypeptide_43(X)
& fn_alpha_tubulin_93(X) = fn_polypeptide_44(X)
& fn_alpha_tubulin_163(X) = fn_polypeptide_42(X)
& fn_alpha_tubulin_144(X) = fn_polypeptide_127(X)
& fn_alpha_tubulin_108(X) = fn_polypeptide_87(X)
& fn_alpha_tubulin_110(X) = fn_polypeptide_101(X)
& fn_alpha_tubulin_18(X) = fn_polypeptide_54(X)
& fn_alpha_tubulin_40(X) = fn_polypeptide_119(X)
& fn_alpha_tubulin_153(X) = fn_polypeptide_107(X)
& fn_alpha_tubulin_158(X) = fn_polypeptide_118(X)
& fn_alpha_tubulin_164(X) = fn_polypeptide_25(X)
& fn_alpha_tubulin_23(X) = fn_polypeptide_111(X)
& fn_alpha_tubulin_51(X) = fn_polypeptide_105(X)
& fn_alpha_tubulin_28(X) = fn_polypeptide_25(X)
& fn_alpha_tubulin_13(X) = fn_polypeptide_108(X)
& fn_alpha_tubulin_157(X) = fn_polypeptide_126(X)
& fn_alpha_tubulin_81(X) = fn_polypeptide_125(X)
& fn_alpha_tubulin_159(X) = fn_polypeptide_128(X)
& fn_alpha_tubulin_126(X) = fn_share_2(fn_alpha_tubulin_160(X))
& fn_alpha_tubulin_126(X) = fn_polypeptide_109(X)
& fn_alpha_tubulin_160(X) = fn_polypeptide_129(X)
& fn_alpha_tubulin_83(X) = fn_polypeptide_81(X)
& fn_alpha_tubulin_77(X) = fn_polypeptide_106(X)
& fn_alpha_tubulin_77(X) = fn_polypeptide_85(X)
& fn_alpha_tubulin_32(X) = fn_polypeptide_41(X)
& fn_alpha_tubulin_31(X) = fn_polypeptide_129(X)
& fn_alpha_tubulin_149(X) = fn_share_2(fn_alpha_tubulin_166(X))
& fn_alpha_tubulin_149(X) = fn_polypeptide_110(X)
& fn_alpha_tubulin_21(X) = fn_polypeptide_97(X)
& fn_alpha_tubulin_45(X) = fn_polypeptide_52(X)
& fn_alpha_tubulin_14(X) = fn_polypeptide_48(X)
& fn_alpha_tubulin_144(X) = fn_polypeptide_54(X)
& fn_alpha_tubulin_110(X) = fn_polypeptide_100(X)
& fn_alpha_tubulin_166(X) = fn_polypeptide_128(X)
& fn_alpha_tubulin_69(X) = fn_polypeptide_118(X)
& fn_alpha_tubulin_8(X) = fn_polypeptide_82(X)
& fn_alpha_tubulin_111(X) = fn_polypeptide_15(X)
& fn_alpha_tubulin_111(X) = fn_polypeptide_101(X)
& fn_alpha_tubulin_8(X) = fn_polypeptide_83(X)
& fn_alpha_tubulin_69(X) = fn_polypeptide_90(X)
& fn_alpha_tubulin_156(X) = fn_polypeptide_89(X)
& fn_alpha_tubulin_81(X) = fn_polypeptide_91(X)
& fn_alpha_tubulin_168(X) = fn_polypeptide_69(X)
& fn_alpha_tubulin_93(X) = fn_polypeptide_90(X)
& fn_alpha_tubulin_69(X) = fn_polypeptide_89(X)
& fn_alpha_tubulin_68(X) = fn_polypeptide_126(X)
& fn_alpha_tubulin_30(X) = fn_polypeptide_40(X)
& fn_alpha_tubulin_86(X) = fn_polypeptide_38(X)
& fn_alpha_tubulin_102(X) = fn_polypeptide_39(X)
& fn_alpha_tubulin_138(X) = fn_polypeptide_48(X)
& fn_alpha_tubulin_85(X) = fn_polymer_1(X)
& fn_alpha_tubulin_85(X) = fn_polypeptide_130(X)
& fn_alpha_tubulin_124(X) = fn_amino_group_8(fn_alpha_tubulin_77(X))
& fn_alpha_tubulin_169(X) = fn_amino_group_32(fn_alpha_tubulin_77(X))
& fn_alpha_tubulin_79(X) = fn_amino_group_25(fn_alpha_tubulin_77(X))
& fn_alpha_tubulin_120(X) = fn_amino_group_29(fn_alpha_tubulin_77(X))
& fn_alpha_tubulin_121(X) = fn_amino_group_30(fn_alpha_tubulin_77(X))
& fn_alpha_tubulin_88(X) = fn_amino_group_21(fn_alpha_tubulin_77(X))
& fn_alpha_tubulin_162(X) = fn_amino_group_35(fn_alpha_tubulin_77(X))
& fn_alpha_tubulin_94(X) = fn_amino_group_23(fn_alpha_tubulin_77(X))
& fn_alpha_tubulin_126(X) = fn_amino_group_28(fn_alpha_tubulin_77(X))
& fn_alpha_tubulin_163(X) = fn_amino_group_32(fn_alpha_tubulin_77(X))
& fn_alpha_tubulin_86(X) = fn_amino_group_28(fn_alpha_tubulin_77(X))
& fn_alpha_tubulin_94(X) = fn_amino_group_19(fn_alpha_tubulin_77(X))
& fn_alpha_tubulin_93(X) = fn_amino_group_22(fn_alpha_tubulin_77(X))
& fn_alpha_tubulin_25(X) = fn_amino_group_32(fn_alpha_tubulin_77(X))
& fn_alpha_tubulin_38(X) = fn_amino_group_33(fn_alpha_tubulin_77(X))
& fn_alpha_tubulin_39(X) = fn_amino_group_22(fn_alpha_tubulin_77(X))
& fn_alpha_tubulin_81(X) = fn_amino_group_20(fn_alpha_tubulin_77(X))
& fn_alpha_tubulin_79(X) = fn_carboxyl_group_18(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_112(X) = fn_carboxyl_group_16(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_74(X) = fn_carboxyl_group_30(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_151(X) = fn_carboxyl_group_58(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_51(X) = fn_attract_1(fn_alpha_tubulin_34(X))
& fn_alpha_tubulin_34(X) = fn_carboxyl_group_54(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_149(X) = fn_carboxyl_group_45(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_94(X) = fn_share_2(fn_alpha_tubulin_27(X))
& fn_alpha_tubulin_27(X) = fn_carboxyl_group_49(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_94(X) = fn_carboxyl_group_21(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_51(X) = fn_carboxyl_group_17(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_94(X) = fn_carboxyl_group_45(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_78(X) = fn_carboxyl_group_17(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_63(X) = fn_carboxyl_group_56(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_21(X) = fn_covalent_bond_14(fn_alpha_tubulin_47(X))
& fn_alpha_tubulin_47(X) = fn_carboxyl_group_69(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_21(X) = fn_carboxyl_group_55(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_167(X) = fn_carboxyl_group_66(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_134(X) = fn_carboxyl_group_49(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_142(X) = fn_carboxyl_group_47(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_138(X) = fn_carboxyl_group_70(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_165(X) = fn_carboxyl_group_56(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_22(X) = fn_carboxyl_group_49(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_17(X) = fn_carboxyl_group_47(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_111(X) = fn_carboxyl_group_23(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_137(X) = fn_carboxyl_group_69(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_154(X) = fn_carboxyl_group_55(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_69(X) = fn_carboxyl_group_25(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_16(X) = fn_carboxyl_group_67(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_111(X) = fn_carboxyl_group_24(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_110(X) = fn_carboxyl_group_23(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_110(X) = fn_share_1(fn_alpha_tubulin_24(X))
& fn_alpha_tubulin_68(X) = fn_share_3(fn_alpha_tubulin_24(X))
& fn_alpha_tubulin_110(X) = fn_covalent_bond_20(fn_alpha_tubulin_108(X))
& fn_alpha_tubulin_68(X) = fn_carboxyl_group_19(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_110(X) = fn_carboxyl_group_24(fn_alpha_tubulin_109(X))
& fn_alpha_tubulin_150(X) = fn_peptide_bond_46(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_123(X) = fn_peptide_bond_13(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_97(X) = fn_peptide_bond_43(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_112(X) = fn_peptide_bond_44(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_152(X) = fn_peptide_bond_41(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_97(X) = fn_peptide_bond_16(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_153(X) = fn_peptide_bond_50(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_79(X) = fn_peptide_bond_42(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_170(X) = fn_peptide_bond_4(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_171(X) = fn_peptide_bond_9(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_172(X) = fn_peptide_bond_10(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_15(X) = fn_peptide_bond_33(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_81(X) = fn_covalent_bond_19(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_147(X) = fn_peptide_bond_45(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_114(X) = fn_peptide_bond_11(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_173(X) = fn_peptide_bond_3(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_148(X) = fn_peptide_bond_12(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_149(X) = fn_peptide_bond_47(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_33(X) = fn_peptide_bond_23(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_48(X) = fn_peptide_bond_15(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_127(X) = fn_peptide_bond_15(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_38(X) = fn_peptide_bond_22(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_80(X) = fn_peptide_bond_31(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_110(X) = fn_peptide_bond_53(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_23(X) = fn_peptide_bond_51(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_154(X) = fn_peptide_bond_31(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_151(X) = fn_peptide_bond_18(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_164(X) = fn_peptide_bond_51(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_21(X) = fn_peptide_bond_22(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_25(X) = fn_peptide_bond_23(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_151(X) = fn_peptide_bond_47(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_87(X) = fn_peptide_bond_52(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_16(X) = fn_peptide_bond_50(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_128(X) = fn_peptide_bond_30(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_149(X) = fn_peptide_bond_28(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_151(X) = fn_peptide_bond_27(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_30(X) = fn_peptide_bond_35(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_44(X) = fn_peptide_bond_51(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_14(X) = fn_hold_1(fn_alpha_tubulin_46(X))
& fn_alpha_tubulin_46(X) = fn_peptide_bond_50(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_146(X) = fn_peptide_bond_40(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_145(X) = fn_peptide_bond_39(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_167(X) = fn_peptide_bond_35(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_29(X) = fn_peptide_bond_22(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_13(X) = fn_peptide_bond_21(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_98(X) = fn_peptide_bond_29(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_99(X) = fn_peptide_bond_44(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_93(X) = fn_share_1(fn_alpha_tubulin_26(X))
& fn_alpha_tubulin_93(X) = fn_share_1(fn_alpha_tubulin_169(X))
& fn_alpha_tubulin_93(X) = fn_peptide_bond_24(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_81(X) = fn_share_3(fn_alpha_tubulin_169(X))
& fn_alpha_tubulin_81(X) = fn_share_3(fn_alpha_tubulin_26(X))
& fn_alpha_tubulin_169(X) = fn_peptide_bond_23(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_158(X) = fn_peptide_bond_24(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_81(X) = fn_covalent_bond_20(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_81(X) = fn_peptide_bond_34(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_68(X) = fn_covalent_bond_19(fn_alpha_tubulin_108(X))
& fn_alpha_tubulin_68(X) = fn_covalent_bond_19(fn_alpha_tubulin_47(X))
& fn_alpha_tubulin_68(X) = fn_covalent_bond_19(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_111(X) = fn_peptide_bond_53(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_68(X) = fn_peptide_bond_32(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_14(X) = fn_peptide_bond_55(fn_alpha_tubulin_85(X))
& fn_alpha_tubulin_111(X) = fn_covalent_bond_20(fn_alpha_tubulin_108(X))
& fn_alpha_tubulin_97(X) = fn_covalent_bond_21(fn_alpha_tubulin_108(X))
& fn_alpha_tubulin_108(X) = fn_hold_1(fn_alpha_tubulin_107(X))
& fn_alpha_tubulin_107(X) = fn_covalent_bond_14(fn_alpha_tubulin_108(X))
& fn_alpha_tubulin_87(X) = fn_covalent_bond_12(fn_alpha_tubulin_108(X))
& fn_alpha_tubulin_86(X) = fn_covalent_bond_15(fn_alpha_tubulin_108(X))
& fn_alpha_tubulin_100(X) = fn_attract_1(fn_alpha_tubulin_96(X))
& fn_alpha_tubulin_96(X) = fn_covalent_bond_10(fn_alpha_tubulin_108(X))
& fn_alpha_tubulin_100(X) = fn_share_2(fn_alpha_tubulin_104(X))
& fn_alpha_tubulin_100(X) = fn_covalent_bond_18(fn_alpha_tubulin_108(X))
& fn_alpha_tubulin_111(X) = fn_covalent_bond_20(fn_alpha_tubulin_47(X))
& fn_alpha_tubulin_111(X) = fn_covalent_bond_19(fn_alpha_tubulin_59(X))
& fn_alpha_tubulin_111(X) = fn_covalent_bond_20(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_79(X) = fn_covalent_bond_21(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_97(X) = fn_covalent_bond_23(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_99(X) = fn_covalent_bond_11(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_130(X) = fn_covalent_bond_24(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_148(X) = fn_covalent_bond_5(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_151(X) = fn_covalent_bond_18(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_94(X) = fn_covalent_bond_15(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_168(X) = fn_covalent_bond_17(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_114(X) = fn_covalent_bond_7(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_114(X) = fn_covalent_bond_7(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_147(X) = fn_covalent_bond_6(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_147(X) = fn_covalent_bond_6(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_113(X) = fn_covalent_bond_8(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_115(X) = fn_covalent_bond_9(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_115(X) = fn_covalent_bond_9(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_113(X) = fn_covalent_bond_8(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_150(X) = fn_covalent_bond_4(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_152(X) = fn_covalent_bond_22(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_149(X) = fn_covalent_bond_18(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_128(X) = fn_covalent_bond_13(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_99(X) = fn_covalent_bond_12(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_87(X) = fn_covalent_bond_11(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_112(X) = fn_covalent_bond_12(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_151(X) = fn_covalent_bond_15(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_152(X) = fn_covalent_bond_22(fn_alpha_tubulin_47(X))
& fn_alpha_tubulin_130(X) = fn_covalent_bond_24(fn_alpha_tubulin_47(X))
& fn_alpha_tubulin_79(X) = fn_covalent_bond_23(fn_alpha_tubulin_47(X))
& fn_alpha_tubulin_130(X) = fn_covalent_bond_22(fn_alpha_tubulin_59(X))
& fn_alpha_tubulin_79(X) = fn_covalent_bond_21(fn_alpha_tubulin_59(X))
& fn_alpha_tubulin_130(X) = fn_covalent_bond_22(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_97(X) = fn_covalent_bond_23(fn_alpha_tubulin_108(X))
& fn_alpha_tubulin_79(X) = fn_covalent_bond_21(fn_alpha_tubulin_108(X))
& fn_alpha_tubulin_97(X) = fn_covalent_bond_21(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_79(X) = fn_covalent_bond_23(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_79(X) = fn_covalent_bond_21(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_152(X) = fn_covalent_bond_24(fn_alpha_tubulin_59(X))
& fn_alpha_tubulin_97(X) = fn_covalent_bond_23(fn_alpha_tubulin_59(X))
& fn_alpha_tubulin_97(X) = fn_covalent_bond_23(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_152(X) = fn_covalent_bond_24(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_94(X) = fn_share_2(fn_alpha_tubulin_26(X))
& fn_alpha_tubulin_100(X) = fn_share_2(fn_alpha_tubulin_101(X))
& fn_alpha_tubulin_51(X) = fn_share_2(fn_alpha_tubulin_24(X))
& fn_alpha_tubulin_151(X) = fn_share_2(fn_alpha_tubulin_169(X))
& fn_alpha_tubulin_110(X) = fn_share_3(fn_alpha_tubulin_104(X))
& fn_alpha_tubulin_110(X) = fn_share_1(fn_alpha_tubulin_104(X))
& fn_alpha_tubulin_81(X) = fn_share_3(fn_alpha_tubulin_102(X))
& fn_alpha_tubulin_81(X) = fn_share_1(fn_alpha_tubulin_102(X))
& fn_alpha_tubulin_111(X) = fn_share_3(fn_alpha_tubulin_105(X))
& fn_alpha_tubulin_111(X) = fn_share_1(fn_alpha_tubulin_105(X))
& fn_alpha_tubulin_81(X) = fn_share_3(fn_alpha_tubulin_101(X))
& fn_alpha_tubulin_81(X) = fn_share_1(fn_alpha_tubulin_101(X))
& fn_alpha_tubulin_111(X) = fn_share_3(fn_alpha_tubulin_134(X))
& fn_alpha_tubulin_111(X) = fn_share_1(fn_alpha_tubulin_134(X))
& fn_alpha_tubulin_81(X) = fn_attract_2(fn_alpha_tubulin_96(X))
& fn_alpha_tubulin_81(X) = fn_share_3(fn_alpha_tubulin_160(X))
& fn_alpha_tubulin_81(X) = fn_share_1(fn_alpha_tubulin_160(X))
& fn_alpha_tubulin_93(X) = fn_share_3(fn_alpha_tubulin_95(X))
& fn_alpha_tubulin_157(X) = fn_share_3(fn_alpha_tubulin_161(X))
& fn_alpha_tubulin_81(X) = fn_share_1(fn_alpha_tubulin_95(X))
& fn_alpha_tubulin_155(X) = fn_share_1(fn_alpha_tubulin_161(X))
& fn_alpha_tubulin_68(X) = fn_share_3(fn_alpha_tubulin_67(X))
& fn_alpha_tubulin_68(X) = fn_share_1(fn_alpha_tubulin_67(X))
& fn_alpha_tubulin_81(X) = fn_share_3(fn_alpha_tubulin_166(X))
& fn_alpha_tubulin_81(X) = fn_share_1(fn_alpha_tubulin_166(X))
& fn_alpha_tubulin_81(X) = fn_attract_2(fn_alpha_tubulin_34(X))
& fn_alpha_tubulin_110(X) = fn_hold_2(fn_alpha_tubulin_106(X))
& fn_alpha_tubulin_111(X) = fn_hold_2(fn_alpha_tubulin_46(X))
& fn_alpha_tubulin_110(X) = fn_hold_2(fn_alpha_tubulin_107(X))
& fn_alpha_tubulin_110(X) = fn_hold_2(fn_alpha_tubulin_20(X))
& fn_alpha_tubulin_111(X) = fn_hold_2(fn_alpha_tubulin_140(X))
& fn_alpha_tubulin_71(X) = fn_share_3(fn_alpha_tubulin_75(X))
& fn_alpha_tubulin_70(X) = fn_share_1(fn_alpha_tubulin_75(X))
& fn_alpha_tubulin_104(X) = fn_covalent_bond_17(fn_alpha_tubulin_108(X))
& fn_alpha_tubulin_69(X) = fn_covalent_bond_20(fn_alpha_tubulin_108(X))
& fn_alpha_tubulin_144(X) = fn_covalent_bond_14(fn_alpha_tubulin_108(X))
& fn_alpha_tubulin_136(X) = fn_covalent_bond_17(fn_alpha_tubulin_108(X))
& fn_alpha_tubulin_111(X) = fn_covalent_bond_19(fn_alpha_tubulin_108(X))
& fn_alpha_tubulin_58(X) = fn_covalent_bond_14(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_104(X) = fn_covalent_bond_17(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_19(X) = fn_covalent_bond_14(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_111(X) = fn_covalent_bond_19(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_142(X) = fn_covalent_bond_14(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_68(X) = fn_covalent_bond_20(fn_alpha_tubulin_137(X))
& fn_alpha_tubulin_129(X) = fn_covalent_bond_12(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_118(X) = fn_covalent_bond_13(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_50(X) = fn_covalent_bond_16(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_49(X) = fn_covalent_bond_1(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_116(X) = fn_covalent_bond_8(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_122(X) = fn_covalent_bond_10(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_94(X) = fn_covalent_bond_18(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_73(X) = fn_covalent_bond_17(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_78(X) = fn_covalent_bond_15(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_124(X) = fn_covalent_bond_4(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_123(X) = fn_covalent_bond_22(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_117(X) = fn_covalent_bond_9(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_76(X) = fn_covalent_bond_14(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_99(X) = fn_covalent_bond_11(fn_alpha_tubulin_88(X))
& fn_alpha_tubulin_112(X) = fn_covalent_bond_12(fn_alpha_tubulin_88(X))
& fn_molecule_7(X) = fn_carbon_skeleton_2(fn_alpha_tubulin_7(X))
& fn_carbon_skeleton_2(fn_alpha_tubulin_7(X)) = fn_carbon_skeleton_2(fn_alpha_tubulin_7(X))
& fn_carbon_skeleton_2(fn_alpha_tubulin_7(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_carbon_skeleton_4(fn_alpha_tubulin_7(X))
& fn_carbon_skeleton_4(fn_alpha_tubulin_7(X)) = fn_carbon_skeleton_4(fn_alpha_tubulin_7(X))
& fn_carbon_skeleton_4(fn_alpha_tubulin_7(X)) = fn_covalent_bond_17(fn_alpha_tubulin_108(X))
& fn_covalent_bond_17(fn_alpha_tubulin_108(X)) = fn_polypeptide_111(X)
& fn_polypeptide_111(X) = fn_covalent_bond_17(fn_alpha_tubulin_59(X))
& fn_covalent_bond_17(fn_alpha_tubulin_59(X)) = fn_polypeptide_53(X)
& fn_polypeptide_53(X) = fn_covalent_bond_17(fn_alpha_tubulin_59(X))
& fn_covalent_bond_17(fn_alpha_tubulin_59(X)) = fn_covalent_bond_17(fn_alpha_tubulin_59(X))
& fn_covalent_bond_17(fn_alpha_tubulin_59(X)) = fn_polypeptide_40(X)
& fn_polypeptide_40(X) = fn_share_1(fn_alpha_tubulin_125(X))
& fn_share_3(fn_alpha_tubulin_27(X)) = fn_share_1(fn_alpha_tubulin_125(X))
& fn_share_1(fn_alpha_tubulin_125(X)) = fn_share_3(fn_alpha_tubulin_27(X))
& fn_share_3(fn_alpha_tubulin_27(X)) = fn_share_3(fn_alpha_tubulin_27(X))
& fn_share_3(fn_alpha_tubulin_27(X)) = fn_polypeptide_121(X)
& fn_polypeptide_121(X) = fn_covalent_bond_17(fn_alpha_tubulin_59(X))
& fn_covalent_bond_17(fn_alpha_tubulin_59(X)) = fn_polypeptide_102(X)
& fn_polypeptide_102(X) = fn_polypeptide_102(X)
& fn_polypeptide_102(X) = fn_covalent_bond_17(fn_alpha_tubulin_108(X))
& fn_covalent_bond_17(fn_alpha_tubulin_108(X)) = fn_covalent_bond_17(fn_alpha_tubulin_47(X))
& fn_covalent_bond_17(fn_alpha_tubulin_47(X)) = fn_polypeptide_104(X)
& fn_polypeptide_104(X) = fn_polypeptide_118(X)
& fn_polypeptide_118(X) = fn_polypeptide_122(X)
& fn_polypeptide_122(X) = fn_polypeptide_38(X)
& fn_polypeptide_38(X) = fn_polypeptide_30(X)
& fn_polypeptide_30(X) = fn_polypeptide_30(X)
& fn_polypeptide_30(X) = fn_polypeptide_122(X)
& fn_polypeptide_122(X) = fn_polypeptide_120(X)
& fn_polypeptide_120(X) = fn_share_1(fn_alpha_tubulin_35(X))
& fn_share_1(fn_alpha_tubulin_35(X)) = fn_polypeptide_120(X)
& fn_polypeptide_120(X) = fn_polypeptide_120(X)
& fn_polypeptide_120(X) = fn_polypeptide_44(X)
& fn_polypeptide_44(X) = fn_polypeptide_121(X)
& fn_polypeptide_121(X) = fn_polypeptide_121(X)
& fn_polypeptide_121(X) = fn_polypeptide_126(X)
& fn_polypeptide_126(X) = fn_polypeptide_113(X)
& fn_polypeptide_113(X) = fn_polypeptide_113(X)
& fn_polypeptide_113(X) = fn_polypeptide_25(X)
& fn_polypeptide_25(X) = fn_covalent_bond_17(fn_alpha_tubulin_88(X))
& fn_covalent_bond_17(fn_alpha_tubulin_88(X)) = fn_polypeptide_41(X)
& fn_polypeptide_41(X) = fn_polypeptide_41(X)
& fn_polypeptide_41(X) = fn_polypeptide_39(X)
& fn_polypeptide_39(X) = fn_polypeptide_39(X)
& fn_polypeptide_39(X) = fn_polypeptide_129(X)
& fn_polypeptide_129(X) = fn_polypeptide_129(X)
& fn_polypeptide_129(X) = fn_covalent_bond_17(fn_alpha_tubulin_47(X))
& fn_covalent_bond_17(fn_alpha_tubulin_47(X)) = fn_polypeptide_52(X)
& fn_polypeptide_52(X) = fn_polypeptide_52(X)
& fn_polypeptide_52(X) = fn_functional_group_1(fn_alpha_tubulin_77(X))
& fn_functional_group_1(fn_alpha_tubulin_77(X)) = fn_polypeptide_82(X)
& fn_polypeptide_82(X) = fn_functional_group_1(fn_alpha_tubulin_109(X))
& fn_functional_group_1(fn_alpha_tubulin_109(X)) = fn_polypeptide_82(X)
& fn_polypeptide_82(X) = fn_polypeptide_82(X)
& fn_polypeptide_83(X) = fn_polypeptide_82(X)
& fn_polypeptide_82(X) = fn_polypeptide_83(X)
& fn_polypeptide_83(X) = fn_polypeptide_83(X)
& fn_polypeptide_83(X) = fn_protein_8(fn_alpha_tubulin_82(X))
& fn_protein_8(fn_alpha_tubulin_82(X)) = fn_carbon_skeleton_3(fn_alpha_tubulin_7(X))
& fn_carbon_skeleton_3(fn_alpha_tubulin_7(X)) = fn_carbon_skeleton_3(fn_alpha_tubulin_7(X))
& fn_carbon_skeleton_3(fn_alpha_tubulin_7(X)) = fn_polypeptide_112(X)
& fn_polypeptide_112(X) = fn_amino_group_35(fn_alpha_tubulin_77(X))
& fn_amino_group_35(fn_alpha_tubulin_77(X)) = fn_polypeptide_110(X)
& fn_polypeptide_110(X) = fn_share_2(fn_alpha_tubulin_160(X))
& fn_share_2(fn_alpha_tubulin_160(X)) = fn_polypeptide_110(X)
& fn_polypeptide_110(X) = fn_polypeptide_109(X)
& fn_polypeptide_109(X) = fn_amino_group_28(fn_alpha_tubulin_77(X))
& fn_amino_group_28(fn_alpha_tubulin_77(X)) = fn_covalent_bond_17(fn_alpha_tubulin_88(X))
& fn_covalent_bond_17(fn_alpha_tubulin_88(X)) = fn_polypeptide_42(X)
& fn_polypeptide_42(X) = fn_polypeptide_42(X)
& fn_polypeptide_42(X) = fn_amino_group_32(fn_alpha_tubulin_77(X))
& fn_amino_group_32(fn_alpha_tubulin_77(X)) = fn_share_1(fn_alpha_tubulin_33(X))
& fn_share_1(fn_alpha_tubulin_33(X)) = fn_amino_group_22(fn_alpha_tubulin_77(X))
& fn_amino_group_22(fn_alpha_tubulin_77(X)) = fn_polypeptide_106(X)
& fn_polypeptide_85(X) = fn_polypeptide_85(X)
& fn_polypeptide_85(X) = fn_polypeptide_106(X)
& fn_polypeptide_106(X) = fn_polypeptide_85(X)
& fn_polypeptide_85(X) = fn_polypeptide_111(X)
& fn_polypeptide_111(X) = fn_carboxyl_group_49(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_49(fn_alpha_tubulin_109(X)) = fn_covalent_bond_17(fn_alpha_tubulin_47(X))
& fn_covalent_bond_17(fn_alpha_tubulin_47(X)) = fn_covalent_bond_17(fn_alpha_tubulin_47(X))
& fn_covalent_bond_17(fn_alpha_tubulin_47(X)) = fn_carboxyl_group_56(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_56(fn_alpha_tubulin_109(X)) = fn_polypeptide_48(X)
& fn_polypeptide_48(X) = fn_carboxyl_group_70(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_70(fn_alpha_tubulin_109(X)) = fn_carboxyl_group_70(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_70(fn_alpha_tubulin_109(X)) = fn_polypeptide_41(X)
& fn_polypeptide_41(X) = fn_carboxyl_group_56(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_56(fn_alpha_tubulin_109(X)) = fn_carboxyl_group_56(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_56(fn_alpha_tubulin_109(X)) = fn_polypeptide_107(X)
& fn_polypeptide_107(X) = fn_polypeptide_107(X)
& fn_polypeptide_107(X) = fn_peptide_bond_50(fn_alpha_tubulin_85(X))
& fn_peptide_bond_50(fn_alpha_tubulin_85(X)) = fn_polypeptide_63(X)
& fn_polypeptide_63(X) = fn_peptide_bond_33(fn_alpha_tubulin_85(X))
& fn_peptide_bond_33(fn_alpha_tubulin_85(X)) = fn_atom_9(fn_alpha_tubulin_39(X))
& fn_atom_9(fn_alpha_tubulin_39(X)) = fn_peptide_bond_15(fn_alpha_tubulin_85(X))
& fn_peptide_bond_15(fn_alpha_tubulin_85(X)) = fn_amino_group_33(fn_alpha_tubulin_77(X))
& fn_amino_group_33(fn_alpha_tubulin_77(X)) = fn_amino_group_33(fn_alpha_tubulin_77(X))
& fn_amino_group_33(fn_alpha_tubulin_77(X)) = fn_peptide_bond_22(fn_alpha_tubulin_85(X))
& fn_peptide_bond_22(fn_alpha_tubulin_85(X)) = fn_polypeptide_127(X)
& fn_polypeptide_127(X) = fn_polypeptide_127(X)
& fn_polypeptide_127(X) = fn_polypeptide_55(X)
& fn_polypeptide_55(X) = fn_polypeptide_55(X)
& fn_polypeptide_55(X) = fn_peptide_bond_31(fn_alpha_tubulin_85(X))
& fn_peptide_bond_31(fn_alpha_tubulin_85(X)) = fn_covalent_bond_17(fn_alpha_tubulin_88(X))
& fn_covalent_bond_17(fn_alpha_tubulin_88(X)) = fn_polypeptide_111(X)
& fn_polypeptide_111(X) = fn_polypeptide_111(X)
& fn_polypeptide_111(X) = fn_peptide_bond_51(fn_alpha_tubulin_85(X))
& fn_peptide_bond_51(fn_alpha_tubulin_85(X)) = fn_polypeptide_99(X)
& fn_polypeptide_99(X) = fn_polypeptide_99(X)
& fn_polypeptide_99(X) = fn_carboxyl_group_55(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_55(fn_alpha_tubulin_109(X)) = fn_peptide_bond_31(fn_alpha_tubulin_85(X))
& fn_peptide_bond_31(fn_alpha_tubulin_85(X)) = fn_peptide_bond_31(fn_alpha_tubulin_85(X))
& fn_peptide_bond_31(fn_alpha_tubulin_85(X)) = fn_polypeptide_25(X)
& fn_polypeptide_25(X) = fn_polypeptide_25(X)
& fn_polypeptide_25(X) = fn_peptide_bond_51(fn_alpha_tubulin_85(X))
& fn_peptide_bond_51(fn_alpha_tubulin_85(X)) = fn_covalent_bond_14(fn_alpha_tubulin_47(X))
& fn_polypeptide_97(X) = fn_covalent_bond_14(fn_alpha_tubulin_47(X))
& fn_polypeptide_97(X) = fn_polypeptide_97(X)
& fn_polypeptide_97(X) = fn_carboxyl_group_55(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_55(fn_alpha_tubulin_109(X)) = fn_carboxyl_group_55(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_55(fn_alpha_tubulin_109(X)) = fn_peptide_bond_22(fn_alpha_tubulin_85(X))
& fn_peptide_bond_22(fn_alpha_tubulin_85(X)) = fn_amino_group_32(fn_alpha_tubulin_77(X))
& fn_amino_group_32(fn_alpha_tubulin_77(X)) = fn_amino_group_32(fn_alpha_tubulin_77(X))
& fn_peptide_bond_23(fn_alpha_tubulin_85(X)) = fn_carboxyl_group_67(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_67(fn_alpha_tubulin_109(X)) = fn_carboxyl_group_67(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_67(fn_alpha_tubulin_109(X)) = fn_peptide_bond_50(fn_alpha_tubulin_85(X))
& fn_peptide_bond_50(fn_alpha_tubulin_85(X)) = fn_polypeptide_129(X)
& fn_polypeptide_129(X) = fn_polypeptide_40(X)
& fn_polypeptide_40(X) = fn_polypeptide_40(X)
& fn_polypeptide_40(X) = fn_peptide_bond_35(fn_alpha_tubulin_85(X))
& fn_peptide_bond_35(fn_alpha_tubulin_85(X)) = fn_polypeptide_104(X)
& fn_polypeptide_104(X) = fn_polypeptide_104(X)
& fn_polypeptide_104(X) = fn_peptide_bond_51(fn_alpha_tubulin_85(X))
& fn_peptide_bond_51(fn_alpha_tubulin_85(X)) = fn_peptide_bond_51(fn_alpha_tubulin_85(X))
& fn_peptide_bond_51(fn_alpha_tubulin_85(X)) = fn_carboxyl_group_66(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_66(fn_alpha_tubulin_109(X)) = fn_peptide_bond_35(fn_alpha_tubulin_85(X))
& fn_peptide_bond_35(fn_alpha_tubulin_85(X)) = fn_peptide_bond_35(fn_alpha_tubulin_85(X))
& fn_peptide_bond_35(fn_alpha_tubulin_85(X)) = fn_covalent_bond_14(fn_alpha_tubulin_88(X))
& fn_covalent_bond_14(fn_alpha_tubulin_88(X)) = fn_peptide_bond_22(fn_alpha_tubulin_85(X))
& fn_peptide_bond_22(fn_alpha_tubulin_85(X)) = fn_peptide_bond_22(fn_alpha_tubulin_85(X))
& fn_peptide_bond_22(fn_alpha_tubulin_85(X)) = fn_polypeptide_108(X)
& fn_polypeptide_108(X) = fn_polypeptide_108(X)
& fn_polypeptide_108(X) = fn_peptide_bond_21(fn_alpha_tubulin_85(X))
& fn_peptide_bond_21(fn_alpha_tubulin_85(X)) = fn_peptide_bond_21(fn_alpha_tubulin_85(X))
& fn_peptide_bond_21(fn_alpha_tubulin_85(X)) = fn_polypeptide_118(X)
& fn_polypeptide_118(X) = fn_peptide_bond_24(fn_alpha_tubulin_85(X))
& fn_peptide_bond_24(fn_alpha_tubulin_85(X)) = fn_polypeptide_48(X)
& fn_polypeptide_48(X) = fn_hold_1(fn_alpha_tubulin_46(X))
& fn_hold_1(fn_alpha_tubulin_46(X)) = fn_polypeptide_48(X)
& fn_polypeptide_48(X) = fn_polypeptide_48(X)
& fn_polypeptide_48(X) = fn_peptide_bond_55(fn_alpha_tubulin_85(X))
& fn_peptide_bond_55(fn_alpha_tubulin_85(X)) = fn_peptide_bond_55(fn_alpha_tubulin_85(X))
& fn_peptide_bond_55(fn_alpha_tubulin_85(X)) = fn_polypeptide_130(X)
& fn_polypeptide_130(X) = fn_polypeptide_130(X)
& fn_polypeptide_130(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_polypeptide_130(X)
& fn_polypeptide_130(X) = fn_share_2(fn_alpha_tubulin_95(X))
& fn_share_2(fn_alpha_tubulin_95(X)) = fn_polypeptide_110(X)
& fn_polypeptide_110(X) = fn_share_2(fn_alpha_tubulin_105(X))
& fn_share_2(fn_alpha_tubulin_105(X)) = fn_polypeptide_110(X)
& fn_polypeptide_110(X) = fn_polypeptide_38(X)
& fn_polypeptide_38(X) = fn_amino_group_28(fn_alpha_tubulin_77(X))
& fn_amino_group_28(fn_alpha_tubulin_77(X)) = fn_amino_group_28(fn_alpha_tubulin_77(X))
& fn_amino_group_28(fn_alpha_tubulin_77(X)) = fn_covalent_bond_15(fn_alpha_tubulin_108(X))
& fn_covalent_bond_15(fn_alpha_tubulin_108(X)) = fn_peptide_bond_12(fn_alpha_tubulin_85(X))
& fn_peptide_bond_12(fn_alpha_tubulin_85(X)) = fn_peptide_bond_12(fn_alpha_tubulin_85(X))
& fn_peptide_bond_12(fn_alpha_tubulin_85(X)) = fn_covalent_bond_5(fn_alpha_tubulin_137(X))
& fn_covalent_bond_5(fn_alpha_tubulin_137(X)) = fn_polypeptide_69(X)
& fn_polypeptide_69(X) = fn_polypeptide_69(X)
& fn_polypeptide_69(X) = fn_covalent_bond_17(fn_alpha_tubulin_137(X))
& fn_covalent_bond_17(fn_alpha_tubulin_137(X)) = fn_covalent_bond_17(fn_alpha_tubulin_137(X))
& fn_covalent_bond_17(fn_alpha_tubulin_137(X)) = fn_peptide_bond_11(fn_alpha_tubulin_85(X))
& fn_peptide_bond_11(fn_alpha_tubulin_85(X)) = fn_covalent_bond_7(fn_alpha_tubulin_137(X))
& fn_covalent_bond_7(fn_alpha_tubulin_137(X)) = fn_covalent_bond_7(fn_alpha_tubulin_88(X))
& fn_covalent_bond_7(fn_alpha_tubulin_88(X)) = fn_covalent_bond_7(fn_alpha_tubulin_137(X))
& fn_covalent_bond_7(fn_alpha_tubulin_137(X)) = fn_covalent_bond_7(fn_alpha_tubulin_137(X))
& fn_covalent_bond_7(fn_alpha_tubulin_137(X)) = fn_peptide_bond_45(fn_alpha_tubulin_85(X))
& fn_peptide_bond_45(fn_alpha_tubulin_85(X)) = fn_peptide_bond_45(fn_alpha_tubulin_85(X))
& fn_peptide_bond_45(fn_alpha_tubulin_85(X)) = fn_covalent_bond_6(fn_alpha_tubulin_88(X))
& fn_covalent_bond_6(fn_alpha_tubulin_88(X)) = fn_peptide_bond_45(fn_alpha_tubulin_85(X))
& fn_peptide_bond_45(fn_alpha_tubulin_85(X)) = fn_covalent_bond_6(fn_alpha_tubulin_137(X))
& fn_covalent_bond_6(fn_alpha_tubulin_137(X)) = fn_covalent_bond_6(fn_alpha_tubulin_88(X))
& fn_covalent_bond_6(fn_alpha_tubulin_88(X)) = fn_covalent_bond_6(fn_alpha_tubulin_137(X))
& fn_covalent_bond_6(fn_alpha_tubulin_137(X)) = fn_covalent_bond_6(fn_alpha_tubulin_137(X))
& fn_covalent_bond_6(fn_alpha_tubulin_137(X)) = fn_peptide_bond_46(fn_alpha_tubulin_85(X))
& fn_peptide_bond_46(fn_alpha_tubulin_85(X)) = fn_covalent_bond_4(fn_alpha_tubulin_137(X))
& fn_covalent_bond_4(fn_alpha_tubulin_137(X)) = fn_covalent_bond_4(fn_alpha_tubulin_137(X))
& fn_covalent_bond_4(fn_alpha_tubulin_137(X)) = fn_polypeptide_110(X)
& fn_polypeptide_110(X) = fn_share_2(fn_alpha_tubulin_166(X))
& fn_share_2(fn_alpha_tubulin_166(X)) = fn_polypeptide_110(X)
& fn_polypeptide_110(X) = fn_polypeptide_110(X)
& fn_polypeptide_110(X) = fn_carboxyl_group_45(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_45(fn_alpha_tubulin_109(X)) = fn_peptide_bond_47(fn_alpha_tubulin_85(X))
& fn_peptide_bond_47(fn_alpha_tubulin_85(X)) = fn_peptide_bond_28(fn_alpha_tubulin_85(X))
& fn_peptide_bond_28(fn_alpha_tubulin_85(X)) = fn_peptide_bond_28(fn_alpha_tubulin_85(X))
& fn_peptide_bond_28(fn_alpha_tubulin_85(X)) = fn_covalent_bond_18(fn_alpha_tubulin_137(X))
& fn_covalent_bond_18(fn_alpha_tubulin_137(X)) = fn_peptide_bond_30(fn_alpha_tubulin_85(X))
& fn_peptide_bond_30(fn_alpha_tubulin_85(X)) = fn_peptide_bond_30(fn_alpha_tubulin_85(X))
& fn_peptide_bond_30(fn_alpha_tubulin_85(X)) = fn_covalent_bond_13(fn_alpha_tubulin_137(X))
& fn_covalent_bond_13(fn_alpha_tubulin_137(X)) = fn_covalent_bond_13(fn_alpha_tubulin_137(X))
& fn_covalent_bond_13(fn_alpha_tubulin_137(X)) = fn_peptide_bond_52(fn_alpha_tubulin_85(X))
& fn_peptide_bond_52(fn_alpha_tubulin_85(X)) = fn_peptide_bond_52(fn_alpha_tubulin_85(X))
& fn_peptide_bond_52(fn_alpha_tubulin_85(X)) = fn_covalent_bond_12(fn_alpha_tubulin_108(X))
& fn_covalent_bond_12(fn_alpha_tubulin_108(X)) = fn_covalent_bond_12(fn_alpha_tubulin_108(X))
& fn_covalent_bond_12(fn_alpha_tubulin_108(X)) = fn_covalent_bond_11(fn_alpha_tubulin_137(X))
& fn_covalent_bond_11(fn_alpha_tubulin_137(X)) = fn_covalent_bond_11(fn_alpha_tubulin_137(X))
& fn_covalent_bond_11(fn_alpha_tubulin_137(X)) = fn_covalent_bond_24(fn_alpha_tubulin_137(X))
& fn_covalent_bond_24(fn_alpha_tubulin_137(X)) = fn_covalent_bond_24(fn_alpha_tubulin_47(X))
& fn_covalent_bond_22(fn_alpha_tubulin_88(X)) = fn_covalent_bond_24(fn_alpha_tubulin_47(X))
& fn_covalent_bond_24(fn_alpha_tubulin_47(X)) = fn_covalent_bond_22(fn_alpha_tubulin_59(X))
& fn_covalent_bond_22(fn_alpha_tubulin_59(X)) = fn_covalent_bond_22(fn_alpha_tubulin_88(X))
& fn_covalent_bond_22(fn_alpha_tubulin_88(X)) = fn_amino_group_25(fn_alpha_tubulin_77(X))
& fn_amino_group_25(fn_alpha_tubulin_77(X)) = fn_covalent_bond_23(fn_alpha_tubulin_47(X))
& fn_covalent_bond_23(fn_alpha_tubulin_88(X)) = fn_covalent_bond_23(fn_alpha_tubulin_47(X))
& fn_covalent_bond_23(fn_alpha_tubulin_47(X)) = fn_covalent_bond_23(fn_alpha_tubulin_88(X))
& fn_covalent_bond_23(fn_alpha_tubulin_88(X)) = fn_amino_group_25(fn_alpha_tubulin_77(X))
& fn_amino_group_25(fn_alpha_tubulin_77(X)) = fn_carboxyl_group_18(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_18(fn_alpha_tubulin_109(X)) = fn_carboxyl_group_18(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_18(fn_alpha_tubulin_109(X)) = fn_peptide_bond_42(fn_alpha_tubulin_85(X))
& fn_peptide_bond_42(fn_alpha_tubulin_85(X)) = fn_peptide_bond_42(fn_alpha_tubulin_85(X))
& fn_peptide_bond_42(fn_alpha_tubulin_85(X)) = fn_covalent_bond_21(fn_alpha_tubulin_59(X))
& fn_covalent_bond_21(fn_alpha_tubulin_59(X)) = fn_covalent_bond_21(fn_alpha_tubulin_137(X))
& fn_covalent_bond_21(fn_alpha_tubulin_137(X)) = fn_covalent_bond_21(fn_alpha_tubulin_59(X))
& fn_covalent_bond_21(fn_alpha_tubulin_59(X)) = fn_covalent_bond_21(fn_alpha_tubulin_88(X))
& fn_covalent_bond_21(fn_alpha_tubulin_88(X)) = fn_covalent_bond_21(fn_alpha_tubulin_108(X))
& fn_covalent_bond_21(fn_alpha_tubulin_88(X)) = fn_peptide_bond_43(fn_alpha_tubulin_85(X))
& fn_peptide_bond_43(fn_alpha_tubulin_85(X)) = fn_peptide_bond_16(fn_alpha_tubulin_85(X))
& fn_peptide_bond_16(fn_alpha_tubulin_85(X)) = fn_peptide_bond_16(fn_alpha_tubulin_85(X))
& fn_peptide_bond_16(fn_alpha_tubulin_85(X)) = fn_covalent_bond_21(fn_alpha_tubulin_108(X))
& fn_covalent_bond_21(fn_alpha_tubulin_108(X)) = fn_covalent_bond_21(fn_alpha_tubulin_88(X))
& fn_covalent_bond_21(fn_alpha_tubulin_88(X)) = fn_covalent_bond_23(fn_alpha_tubulin_108(X))
& fn_covalent_bond_23(fn_alpha_tubulin_108(X)) = fn_covalent_bond_21(fn_alpha_tubulin_108(X))
& fn_covalent_bond_21(fn_alpha_tubulin_108(X)) = fn_covalent_bond_23(fn_alpha_tubulin_137(X))
& fn_covalent_bond_23(fn_alpha_tubulin_137(X)) = fn_covalent_bond_23(fn_alpha_tubulin_108(X))
& fn_covalent_bond_23(fn_alpha_tubulin_108(X)) = fn_covalent_bond_21(fn_alpha_tubulin_88(X))
& fn_covalent_bond_21(fn_alpha_tubulin_88(X)) = fn_covalent_bond_23(fn_alpha_tubulin_88(X))
& fn_covalent_bond_23(fn_alpha_tubulin_88(X)) = fn_covalent_bond_23(fn_alpha_tubulin_59(X))
& fn_covalent_bond_23(fn_alpha_tubulin_59(X)) = fn_covalent_bond_23(fn_alpha_tubulin_88(X))
& fn_covalent_bond_23(fn_alpha_tubulin_88(X)) = fn_peptide_bond_41(fn_alpha_tubulin_85(X))
& fn_peptide_bond_41(fn_alpha_tubulin_85(X)) = fn_covalent_bond_22(fn_alpha_tubulin_137(X))
& fn_covalent_bond_22(fn_alpha_tubulin_137(X)) = fn_covalent_bond_22(fn_alpha_tubulin_47(X))
& fn_covalent_bond_22(fn_alpha_tubulin_47(X)) = fn_covalent_bond_22(fn_alpha_tubulin_137(X))
& fn_covalent_bond_22(fn_alpha_tubulin_137(X)) = fn_covalent_bond_22(fn_alpha_tubulin_137(X))
& fn_covalent_bond_22(fn_alpha_tubulin_137(X)) = fn_covalent_bond_24(fn_alpha_tubulin_88(X))
& fn_covalent_bond_24(fn_alpha_tubulin_88(X)) = fn_covalent_bond_22(fn_alpha_tubulin_47(X))
& fn_covalent_bond_22(fn_alpha_tubulin_47(X)) = fn_covalent_bond_24(fn_alpha_tubulin_59(X))
& fn_covalent_bond_24(fn_alpha_tubulin_88(X)) = fn_covalent_bond_24(fn_alpha_tubulin_59(X))
& fn_covalent_bond_24(fn_alpha_tubulin_59(X)) = fn_covalent_bond_24(fn_alpha_tubulin_88(X))
& fn_covalent_bond_24(fn_alpha_tubulin_88(X)) = fn_covalent_bond_24(fn_alpha_tubulin_88(X))
& fn_covalent_bond_24(fn_alpha_tubulin_88(X)) = fn_polypeptide_109(X)
& fn_polypeptide_109(X) = fn_attract_1(fn_alpha_tubulin_96(X))
& fn_attract_1(fn_alpha_tubulin_96(X)) = fn_polypeptide_109(X)
& fn_polypeptide_109(X) = fn_polypeptide_109(X)
& fn_polypeptide_109(X) = fn_polypeptide_105(X)
& fn_polypeptide_105(X) = fn_polypeptide_38(X)
& fn_polypeptide_38(X) = fn_covalent_bond_18(fn_alpha_tubulin_88(X))
& fn_covalent_bond_18(fn_alpha_tubulin_88(X)) = fn_polypeptide_38(X)
& fn_polypeptide_38(X) = fn_polypeptide_38(X)
& fn_polypeptide_38(X) = fn_covalent_bond_18(fn_alpha_tubulin_108(X))
& fn_covalent_bond_18(fn_alpha_tubulin_108(X)) = fn_covalent_bond_18(fn_alpha_tubulin_108(X))
& fn_covalent_bond_18(fn_alpha_tubulin_108(X)) = fn_share_2(fn_alpha_tubulin_102(X))
& fn_share_2(fn_alpha_tubulin_102(X)) = fn_covalent_bond_18(fn_alpha_tubulin_88(X))
& fn_covalent_bond_18(fn_alpha_tubulin_88(X)) = fn_covalent_bond_18(fn_alpha_tubulin_108(X))
& fn_covalent_bond_18(fn_alpha_tubulin_108(X)) = fn_share_2(fn_alpha_tubulin_104(X))
& fn_share_2(fn_alpha_tubulin_104(X)) = fn_covalent_bond_18(fn_alpha_tubulin_108(X))
& fn_covalent_bond_18(fn_alpha_tubulin_108(X)) = fn_share_2(fn_alpha_tubulin_101(X))
& fn_share_2(fn_alpha_tubulin_101(X)) = fn_covalent_bond_15(fn_alpha_tubulin_59(X))
& fn_covalent_bond_15(fn_alpha_tubulin_59(X)) = fn_attract_1(fn_alpha_tubulin_34(X))
& fn_attract_1(fn_alpha_tubulin_34(X)) = fn_covalent_bond_15(fn_alpha_tubulin_59(X))
& fn_covalent_bond_15(fn_alpha_tubulin_59(X)) = fn_polypeptide_105(X)
& fn_polypeptide_105(X) = fn_polypeptide_105(X)
& fn_polypeptide_105(X) = fn_carboxyl_group_17(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_17(fn_alpha_tubulin_109(X)) = fn_share_2(fn_alpha_tubulin_24(X))
& fn_share_2(fn_alpha_tubulin_24(X)) = fn_carboxyl_group_58(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_58(fn_alpha_tubulin_109(X)) = fn_peptide_bond_18(fn_alpha_tubulin_85(X))
& fn_peptide_bond_18(fn_alpha_tubulin_85(X)) = fn_peptide_bond_18(fn_alpha_tubulin_85(X))
& fn_peptide_bond_18(fn_alpha_tubulin_85(X)) = fn_peptide_bond_47(fn_alpha_tubulin_85(X))
& fn_peptide_bond_47(fn_alpha_tubulin_85(X)) = fn_peptide_bond_47(fn_alpha_tubulin_85(X))
& fn_peptide_bond_47(fn_alpha_tubulin_85(X)) = fn_peptide_bond_27(fn_alpha_tubulin_85(X))
& fn_peptide_bond_27(fn_alpha_tubulin_85(X)) = fn_peptide_bond_27(fn_alpha_tubulin_85(X))
& fn_peptide_bond_27(fn_alpha_tubulin_85(X)) = fn_covalent_bond_18(fn_alpha_tubulin_137(X))
& fn_covalent_bond_18(fn_alpha_tubulin_137(X)) = fn_covalent_bond_18(fn_alpha_tubulin_137(X))
& fn_covalent_bond_18(fn_alpha_tubulin_137(X)) = fn_covalent_bond_15(fn_alpha_tubulin_88(X))
& fn_covalent_bond_15(fn_alpha_tubulin_88(X)) = fn_covalent_bond_15(fn_alpha_tubulin_88(X))
& fn_covalent_bond_15(fn_alpha_tubulin_88(X)) = fn_share_2(fn_alpha_tubulin_169(X))
& fn_share_2(fn_alpha_tubulin_169(X)) = fn_amino_group_32(fn_alpha_tubulin_77(X))
& fn_amino_group_32(fn_alpha_tubulin_77(X)) = fn_peptide_bond_23(fn_alpha_tubulin_85(X))
& fn_peptide_bond_23(fn_alpha_tubulin_85(X)) = fn_peptide_bond_23(fn_alpha_tubulin_85(X))
& fn_peptide_bond_23(fn_alpha_tubulin_85(X)) = fn_covalent_bond_17(fn_alpha_tubulin_88(X))
& fn_covalent_bond_17(fn_alpha_tubulin_88(X)) = fn_carboxyl_group_49(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_49(fn_alpha_tubulin_109(X)) = fn_carboxyl_group_49(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_49(fn_alpha_tubulin_109(X)) = fn_polypeptide_112(X)
& fn_polypeptide_112(X) = fn_covalent_bond_10(fn_alpha_tubulin_108(X))
& fn_covalent_bond_10(fn_alpha_tubulin_108(X)) = fn_share_1(fn_alpha_tubulin_125(X))
& fn_share_1(fn_alpha_tubulin_125(X)) = fn_hold_2(fn_alpha_tubulin_76(X))
& fn_hold_2(fn_alpha_tubulin_76(X)) = fn_hold_2(fn_alpha_tubulin_29(X))
& fn_hold_2(fn_alpha_tubulin_29(X)) = fn_share_1(fn_alpha_tubulin_27(X))
& fn_share_1(fn_alpha_tubulin_169(X)) = fn_share_1(fn_alpha_tubulin_125(X))
& fn_share_1(fn_alpha_tubulin_125(X)) = fn_share_1(fn_alpha_tubulin_27(X))
& fn_share_1(fn_alpha_tubulin_27(X)) = fn_share_1(fn_alpha_tubulin_27(X))
& fn_share_1(fn_alpha_tubulin_27(X)) = fn_share_1(fn_alpha_tubulin_26(X))
& fn_share_1(fn_alpha_tubulin_26(X)) = fn_polypeptide_123(X)
& fn_polypeptide_123(X) = fn_share_1(fn_alpha_tubulin_169(X))
& fn_share_1(fn_alpha_tubulin_169(X)) = fn_share_1(fn_alpha_tubulin_26(X))
& fn_share_1(fn_alpha_tubulin_26(X)) = fn_share_1(fn_alpha_tubulin_169(X))
& fn_share_1(fn_alpha_tubulin_169(X)) = fn_polypeptide_123(X)
& fn_polypeptide_123(X) = fn_polypeptide_123(X)
& fn_polypeptide_123(X) = fn_polypeptide_118(X)
& fn_polypeptide_118(X) = fn_polypeptide_44(X)
& fn_polypeptide_90(X) = fn_polypeptide_44(X)
& fn_polypeptide_44(X) = fn_polypeptide_44(X)
& fn_polypeptide_44(X) = fn_polypeptide_90(X)
& fn_polypeptide_90(X) = fn_amino_group_22(fn_alpha_tubulin_77(X))
& fn_amino_group_22(fn_alpha_tubulin_77(X)) = fn_amino_group_22(fn_alpha_tubulin_77(X))
& fn_amino_group_22(fn_alpha_tubulin_77(X)) = fn_peptide_bond_24(fn_alpha_tubulin_85(X))
& fn_peptide_bond_24(fn_alpha_tubulin_85(X)) = fn_share_3(fn_alpha_tubulin_73(X))
& fn_share_3(fn_alpha_tubulin_73(X)) = fn_share_3(fn_alpha_tubulin_125(X))
& fn_share_3(fn_alpha_tubulin_125(X)) = fn_share_3(fn_alpha_tubulin_125(X))
& fn_share_3(fn_alpha_tubulin_125(X)) = fn_peptide_bond_24(fn_alpha_tubulin_85(X))
& fn_peptide_bond_24(fn_alpha_tubulin_85(X)) = fn_peptide_bond_24(fn_alpha_tubulin_85(X))
& fn_peptide_bond_24(fn_alpha_tubulin_85(X)) = fn_share_3(fn_alpha_tubulin_95(X))
& fn_share_3(fn_alpha_tubulin_95(X)) = fn_polypeptide_126(X)
& fn_polypeptide_126(X) = fn_share_3(fn_alpha_tubulin_161(X))
& fn_share_3(fn_alpha_tubulin_161(X)) = fn_covalent_bond_17(fn_alpha_tubulin_88(X))
& fn_covalent_bond_17(fn_alpha_tubulin_88(X)) = fn_covalent_bond_17(fn_alpha_tubulin_88(X))
& fn_covalent_bond_17(fn_alpha_tubulin_88(X)) = fn_polypeptide_113(X)
& fn_polypeptide_113(X) = fn_polypeptide_90(X)
& fn_polypeptide_90(X) = fn_polypeptide_90(X)
& fn_polypeptide_90(X) = fn_share_1(fn_alpha_tubulin_161(X))
& fn_share_1(fn_alpha_tubulin_161(X)) = fn_covalent_bond_19(fn_alpha_tubulin_88(X))
& fn_covalent_bond_20(fn_alpha_tubulin_88(X)) = fn_covalent_bond_19(fn_alpha_tubulin_88(X))
& fn_covalent_bond_19(fn_alpha_tubulin_88(X)) = fn_covalent_bond_20(fn_alpha_tubulin_88(X))
& fn_polypeptide_125(X) = fn_covalent_bond_20(fn_alpha_tubulin_88(X))
& fn_covalent_bond_20(fn_alpha_tubulin_88(X)) = fn_covalent_bond_20(fn_alpha_tubulin_88(X))
& fn_covalent_bond_20(fn_alpha_tubulin_88(X)) = fn_polypeptide_125(X)
& fn_polypeptide_91(X) = fn_polypeptide_125(X)
& fn_polypeptide_125(X) = fn_polypeptide_125(X)
& fn_polypeptide_125(X) = fn_polypeptide_91(X)
& fn_polypeptide_91(X) = fn_polypeptide_91(X)
& fn_polypeptide_91(X) = fn_amino_group_20(fn_alpha_tubulin_77(X))
& fn_amino_group_20(fn_alpha_tubulin_77(X)) = fn_amino_group_20(fn_alpha_tubulin_77(X))
& fn_amino_group_20(fn_alpha_tubulin_77(X)) = fn_peptide_bond_34(fn_alpha_tubulin_85(X))
& fn_peptide_bond_34(fn_alpha_tubulin_85(X)) = fn_share_3(fn_alpha_tubulin_75(X))
& fn_share_3(fn_alpha_tubulin_75(X)) = fn_share_3(fn_alpha_tubulin_35(X))
& fn_share_3(fn_alpha_tubulin_27(X)) = fn_peptide_bond_34(fn_alpha_tubulin_85(X))
& fn_peptide_bond_34(fn_alpha_tubulin_85(X)) = fn_share_3(fn_alpha_tubulin_169(X))
& fn_share_3(fn_alpha_tubulin_26(X)) = fn_peptide_bond_34(fn_alpha_tubulin_85(X))
& fn_peptide_bond_34(fn_alpha_tubulin_85(X)) = fn_peptide_bond_34(fn_alpha_tubulin_85(X))
& fn_peptide_bond_34(fn_alpha_tubulin_85(X)) = fn_share_3(fn_alpha_tubulin_102(X))
& fn_share_3(fn_alpha_tubulin_102(X)) = fn_share_3(fn_alpha_tubulin_101(X))
& fn_share_3(fn_alpha_tubulin_101(X)) = fn_share_3(fn_alpha_tubulin_160(X))
& fn_share_3(fn_alpha_tubulin_160(X)) = fn_share_3(fn_alpha_tubulin_166(X))
& fn_share_3(fn_alpha_tubulin_166(X)) = fn_share_1(fn_alpha_tubulin_73(X))
& fn_share_1(fn_alpha_tubulin_73(X)) = fn_share_1(fn_alpha_tubulin_66(X))
& fn_share_1(fn_alpha_tubulin_66(X)) = fn_share_3(fn_alpha_tubulin_75(X))
& fn_share_3(fn_alpha_tubulin_75(X)) = fn_share_1(fn_alpha_tubulin_36(X))
& fn_share_1(fn_alpha_tubulin_36(X)) = fn_share_3(fn_alpha_tubulin_35(X))
& fn_share_3(fn_alpha_tubulin_35(X)) = fn_share_3(fn_alpha_tubulin_33(X))
& fn_share_3(fn_alpha_tubulin_33(X)) = fn_share_3(fn_alpha_tubulin_27(X))
& fn_share_3(fn_alpha_tubulin_27(X)) = fn_share_3(fn_alpha_tubulin_169(X))
& fn_share_3(fn_alpha_tubulin_26(X)) = fn_share_3(fn_alpha_tubulin_169(X))
& fn_share_3(fn_alpha_tubulin_169(X)) = fn_share_3(fn_alpha_tubulin_26(X))
& fn_share_3(fn_alpha_tubulin_26(X)) = fn_share_3(fn_alpha_tubulin_102(X))
& fn_share_3(fn_alpha_tubulin_102(X)) = fn_share_1(fn_alpha_tubulin_102(X))
& fn_share_1(fn_alpha_tubulin_102(X)) = fn_share_3(fn_alpha_tubulin_101(X))
& fn_share_3(fn_alpha_tubulin_101(X)) = fn_share_1(fn_alpha_tubulin_101(X))
& fn_share_1(fn_alpha_tubulin_101(X)) = fn_share_3(fn_alpha_tubulin_160(X))
& fn_share_3(fn_alpha_tubulin_160(X)) = fn_share_1(fn_alpha_tubulin_160(X))
& fn_share_1(fn_alpha_tubulin_95(X)) = fn_share_3(fn_alpha_tubulin_166(X))
& fn_share_3(fn_alpha_tubulin_166(X)) = fn_share_1(fn_alpha_tubulin_166(X))
& fn_share_1(fn_alpha_tubulin_166(X)) = fn_share_1(fn_alpha_tubulin_73(X))
& fn_share_1(fn_alpha_tubulin_73(X)) = fn_attract_2(fn_alpha_tubulin_74(X))
& fn_attract_2(fn_alpha_tubulin_74(X)) = fn_share_1(fn_alpha_tubulin_66(X))
& fn_share_1(fn_alpha_tubulin_66(X)) = fn_share_1(fn_alpha_tubulin_36(X))
& fn_share_1(fn_alpha_tubulin_36(X)) = fn_share_1(fn_alpha_tubulin_102(X))
& fn_share_1(fn_alpha_tubulin_102(X)) = fn_share_1(fn_alpha_tubulin_101(X))
& fn_share_1(fn_alpha_tubulin_101(X)) = fn_attract_2(fn_alpha_tubulin_96(X))
& fn_attract_2(fn_alpha_tubulin_96(X)) = fn_share_1(fn_alpha_tubulin_160(X))
& fn_share_1(fn_alpha_tubulin_160(X)) = fn_share_1(fn_alpha_tubulin_95(X))
& fn_share_1(fn_alpha_tubulin_95(X)) = fn_share_1(fn_alpha_tubulin_166(X))
& fn_share_1(fn_alpha_tubulin_166(X)) = fn_attract_2(fn_alpha_tubulin_34(X))
& fn_attract_2(fn_alpha_tubulin_34(X)) = fn_covalent_bond_14(fn_alpha_tubulin_108(X))
& fn_covalent_bond_14(fn_alpha_tubulin_108(X)) = fn_peptide_bond_50(fn_alpha_tubulin_85(X))
& fn_peptide_bond_50(fn_alpha_tubulin_85(X)) = fn_peptide_bond_50(fn_alpha_tubulin_85(X))
& fn_peptide_bond_50(fn_alpha_tubulin_85(X)) = fn_covalent_bond_14(fn_alpha_tubulin_47(X))
& fn_covalent_bond_14(fn_alpha_tubulin_47(X)) = fn_polypeptide_97(X)
& fn_polypeptide_97(X) = fn_covalent_bond_14(fn_alpha_tubulin_108(X))
& fn_covalent_bond_14(fn_alpha_tubulin_108(X)) = fn_covalent_bond_20(fn_alpha_tubulin_108(X))
& fn_covalent_bond_19(fn_alpha_tubulin_47(X)) = fn_covalent_bond_20(fn_alpha_tubulin_108(X))
& fn_covalent_bond_20(fn_alpha_tubulin_108(X)) = fn_covalent_bond_19(fn_alpha_tubulin_47(X))
& fn_covalent_bond_19(fn_alpha_tubulin_47(X)) = fn_polypeptide_101(X)
& fn_polypeptide_100(X) = fn_polypeptide_101(X)
& fn_polypeptide_101(X) = fn_polypeptide_100(X)
& fn_polypeptide_100(X) = fn_polypeptide_100(X)
& fn_polypeptide_100(X) = fn_carboxyl_group_23(fn_alpha_tubulin_109(X))
& fn_peptide_bond_53(fn_alpha_tubulin_85(X)) = fn_share_3(fn_alpha_tubulin_131(X))
& fn_share_3(fn_alpha_tubulin_131(X)) = fn_peptide_bond_53(fn_alpha_tubulin_85(X))
& fn_peptide_bond_53(fn_alpha_tubulin_85(X)) = fn_share_3(fn_alpha_tubulin_104(X))
& fn_share_3(fn_alpha_tubulin_104(X)) = fn_share_3(fn_alpha_tubulin_131(X))
& fn_share_3(fn_alpha_tubulin_131(X)) = fn_share_1(fn_alpha_tubulin_131(X))
& fn_share_1(fn_alpha_tubulin_131(X)) = fn_share_1(fn_alpha_tubulin_24(X))
& fn_share_1(fn_alpha_tubulin_24(X)) = fn_share_3(fn_alpha_tubulin_104(X))
& fn_share_3(fn_alpha_tubulin_104(X)) = fn_share_1(fn_alpha_tubulin_104(X))
& fn_share_1(fn_alpha_tubulin_104(X)) = fn_share_1(fn_alpha_tubulin_131(X))
& fn_share_1(fn_alpha_tubulin_131(X)) = fn_hold_2(fn_alpha_tubulin_61(X))
& fn_hold_2(fn_alpha_tubulin_61(X)) = fn_hold_2(fn_alpha_tubulin_62(X))
& fn_hold_2(fn_alpha_tubulin_62(X)) = fn_hold_2(fn_alpha_tubulin_58(X))
& fn_hold_2(fn_alpha_tubulin_58(X)) = fn_share_1(fn_alpha_tubulin_24(X))
& fn_share_1(fn_alpha_tubulin_24(X)) = fn_share_1(fn_alpha_tubulin_24(X))
& fn_share_1(fn_alpha_tubulin_24(X)) = fn_share_1(fn_alpha_tubulin_104(X))
& fn_share_1(fn_alpha_tubulin_104(X)) = fn_hold_2(fn_alpha_tubulin_106(X))
& fn_hold_2(fn_alpha_tubulin_106(X)) = fn_hold_2(fn_alpha_tubulin_107(X))
& fn_hold_2(fn_alpha_tubulin_107(X)) = fn_hold_2(fn_alpha_tubulin_20(X))
& fn_hold_2(fn_alpha_tubulin_20(X)) = fn_covalent_bond_14(fn_alpha_tubulin_88(X))
& fn_covalent_bond_14(fn_alpha_tubulin_88(X)) = fn_polypeptide_55(X)
& fn_polypeptide_55(X) = fn_polypeptide_122(X)
& fn_polypeptide_122(X) = fn_polypeptide_122(X)
& fn_polypeptide_122(X) = fn_share_3(fn_alpha_tubulin_75(X))
& fn_share_3(fn_alpha_tubulin_75(X)) = fn_share_3(fn_alpha_tubulin_75(X))
& fn_share_3(fn_alpha_tubulin_75(X)) = fn_polypeptide_121(X)
& fn_polypeptide_121(X) = fn_share_1(fn_alpha_tubulin_75(X))
& fn_share_1(fn_alpha_tubulin_75(X)) = fn_share_1(fn_alpha_tubulin_75(X))
& fn_share_1(fn_alpha_tubulin_75(X)) = fn_polypeptide_118(X)
& fn_polypeptide_118(X) = fn_polypeptide_118(X)
& fn_polypeptide_118(X) = fn_polypeptide_90(X)
& fn_polypeptide_89(X) = fn_polypeptide_90(X)
& fn_polypeptide_90(X) = fn_polypeptide_89(X)
& fn_polypeptide_89(X) = fn_polypeptide_89(X)
& fn_polypeptide_89(X) = fn_carboxyl_group_25(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_25(fn_alpha_tubulin_109(X)) = fn_carboxyl_group_25(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_25(fn_alpha_tubulin_109(X)) = fn_covalent_bond_20(fn_alpha_tubulin_108(X))
& fn_covalent_bond_20(fn_alpha_tubulin_108(X)) = fn_covalent_bond_20(fn_alpha_tubulin_108(X))
& fn_covalent_bond_20(fn_alpha_tubulin_108(X)) = fn_polypeptide_127(X)
& fn_polypeptide_127(X) = fn_polypeptide_54(X)
& fn_polypeptide_54(X) = fn_polypeptide_54(X)
& fn_polypeptide_54(X) = fn_covalent_bond_14(fn_alpha_tubulin_108(X))
& fn_covalent_bond_14(fn_alpha_tubulin_108(X)) = fn_covalent_bond_14(fn_alpha_tubulin_108(X))
& fn_covalent_bond_14(fn_alpha_tubulin_108(X)) = fn_polypeptide_87(X)
& fn_polypeptide_87(X) = fn_polypeptide_87(X)
& fn_polypeptide_87(X) = fn_hold_1(fn_alpha_tubulin_107(X))
& fn_hold_1(fn_alpha_tubulin_107(X)) = fn_polypeptide_52(X)
& fn_polypeptide_52(X) = fn_covalent_bond_17(fn_alpha_tubulin_108(X))
& fn_covalent_bond_17(fn_alpha_tubulin_108(X)) = fn_covalent_bond_14(fn_alpha_tubulin_59(X))
& fn_covalent_bond_14(fn_alpha_tubulin_59(X)) = fn_covalent_bond_14(fn_alpha_tubulin_59(X))
& fn_covalent_bond_14(fn_alpha_tubulin_59(X)) = fn_polypeptide_43(X)
& fn_polypeptide_43(X) = fn_polypeptide_43(X)
& fn_polypeptide_43(X) = fn_covalent_bond_14(fn_alpha_tubulin_137(X))
& fn_covalent_bond_14(fn_alpha_tubulin_137(X)) = fn_covalent_bond_14(fn_alpha_tubulin_137(X))
& fn_covalent_bond_14(fn_alpha_tubulin_137(X)) = fn_polypeptide_87(X)
& fn_polypeptide_87(X) = fn_carboxyl_group_69(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_69(fn_alpha_tubulin_109(X)) = fn_carboxyl_group_69(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_69(fn_alpha_tubulin_109(X)) = fn_covalent_bond_20(fn_alpha_tubulin_47(X))
& fn_covalent_bond_20(fn_alpha_tubulin_88(X)) = fn_covalent_bond_20(fn_alpha_tubulin_59(X))
& fn_covalent_bond_20(fn_alpha_tubulin_59(X)) = fn_covalent_bond_20(fn_alpha_tubulin_59(X))
& fn_covalent_bond_20(fn_alpha_tubulin_59(X)) = fn_polypeptide_15(X)
& fn_polypeptide_15(X) = fn_polypeptide_15(X)
& fn_polypeptide_15(X) = fn_covalent_bond_20(fn_alpha_tubulin_108(X))
& fn_covalent_bond_20(fn_alpha_tubulin_88(X)) = fn_covalent_bond_20(fn_alpha_tubulin_108(X))
& fn_covalent_bond_20(fn_alpha_tubulin_108(X)) = fn_covalent_bond_20(fn_alpha_tubulin_47(X))
& fn_covalent_bond_20(fn_alpha_tubulin_47(X)) = fn_covalent_bond_20(fn_alpha_tubulin_88(X))
& fn_covalent_bond_20(fn_alpha_tubulin_88(X)) = fn_polypeptide_101(X)
& fn_polypeptide_101(X) = fn_polypeptide_15(X)
& fn_polypeptide_15(X) = fn_polypeptide_101(X)
& fn_polypeptide_101(X) = fn_polypeptide_101(X)
& fn_polypeptide_101(X) = fn_carboxyl_group_23(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_23(fn_alpha_tubulin_109(X)) = fn_carboxyl_group_23(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_24(fn_alpha_tubulin_109(X)) = fn_carboxyl_group_23(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_23(fn_alpha_tubulin_109(X)) = fn_carboxyl_group_24(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_24(fn_alpha_tubulin_109(X)) = fn_carboxyl_group_24(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_24(fn_alpha_tubulin_109(X)) = fn_peptide_bond_53(fn_alpha_tubulin_85(X))
& fn_peptide_bond_53(fn_alpha_tubulin_85(X)) = fn_peptide_bond_53(fn_alpha_tubulin_85(X))
& fn_peptide_bond_53(fn_alpha_tubulin_85(X)) = fn_share_3(fn_alpha_tubulin_105(X))
& fn_share_3(fn_alpha_tubulin_105(X)) = fn_share_3(fn_alpha_tubulin_134(X))
& fn_share_3(fn_alpha_tubulin_134(X)) = fn_share_3(fn_alpha_tubulin_105(X))
& fn_share_3(fn_alpha_tubulin_105(X)) = fn_share_1(fn_alpha_tubulin_105(X))
& fn_share_1(fn_alpha_tubulin_105(X)) = fn_share_3(fn_alpha_tubulin_134(X))
& fn_share_3(fn_alpha_tubulin_134(X)) = fn_share_1(fn_alpha_tubulin_134(X))
& fn_share_1(fn_alpha_tubulin_134(X)) = fn_share_1(fn_alpha_tubulin_105(X))
& fn_share_1(fn_alpha_tubulin_105(X)) = fn_share_1(fn_alpha_tubulin_134(X))
& fn_share_1(fn_alpha_tubulin_134(X)) = fn_hold_2(fn_alpha_tubulin_46(X))
& fn_hold_2(fn_alpha_tubulin_140(X)) = fn_covalent_bond_19(fn_alpha_tubulin_59(X))
& fn_covalent_bond_19(fn_alpha_tubulin_59(X)) = fn_covalent_bond_19(fn_alpha_tubulin_108(X))
& fn_covalent_bond_19(fn_alpha_tubulin_137(X)) = fn_covalent_bond_19(fn_alpha_tubulin_59(X))
& fn_covalent_bond_19(fn_alpha_tubulin_59(X)) = fn_covalent_bond_19(fn_alpha_tubulin_137(X))
& fn_covalent_bond_19(fn_alpha_tubulin_137(X)) = fn_hold_2(fn_alpha_tubulin_46(X))
& fn_hold_2(fn_alpha_tubulin_46(X)) = fn_hold_2(fn_alpha_tubulin_140(X))
& fn_hold_2(fn_alpha_tubulin_140(X)) = fn_covalent_bond_19(fn_alpha_tubulin_108(X))
& fn_covalent_bond_19(fn_alpha_tubulin_108(X)) = fn_covalent_bond_19(fn_alpha_tubulin_137(X))
& fn_covalent_bond_19(fn_alpha_tubulin_137(X)) = fn_covalent_bond_19(fn_alpha_tubulin_137(X))
& fn_covalent_bond_19(fn_alpha_tubulin_137(X)) = fn_polypeptide_96(X)
& fn_polypeptide_96(X) = fn_polypeptide_96(X)
& fn_polypeptide_96(X) = fn_covalent_bond_14(fn_alpha_tubulin_137(X))
& fn_covalent_bond_14(fn_alpha_tubulin_137(X)) = fn_covalent_bond_19(fn_alpha_tubulin_108(X))
& fn_covalent_bond_19(fn_alpha_tubulin_108(X)) = fn_covalent_bond_19(fn_alpha_tubulin_108(X))
& fn_covalent_bond_19(fn_alpha_tubulin_47(X)) = fn_covalent_bond_19(fn_alpha_tubulin_47(X))
& fn_covalent_bond_19(fn_alpha_tubulin_88(X)) = fn_covalent_bond_19(fn_alpha_tubulin_88(X))
& fn_covalent_bond_19(fn_alpha_tubulin_88(X)) = fn_covalent_bond_19(fn_alpha_tubulin_47(X))
& fn_covalent_bond_19(fn_alpha_tubulin_47(X)) = fn_covalent_bond_19(fn_alpha_tubulin_59(X))
& fn_covalent_bond_19(fn_alpha_tubulin_59(X)) = fn_covalent_bond_19(fn_alpha_tubulin_59(X))
& fn_covalent_bond_19(fn_alpha_tubulin_59(X)) = fn_polypeptide_126(X)
& fn_polypeptide_126(X) = fn_covalent_bond_19(fn_alpha_tubulin_108(X))
& fn_covalent_bond_19(fn_alpha_tubulin_108(X)) = fn_covalent_bond_19(fn_alpha_tubulin_88(X))
& fn_covalent_bond_19(fn_alpha_tubulin_88(X)) = fn_covalent_bond_19(fn_alpha_tubulin_108(X))
& fn_covalent_bond_19(fn_alpha_tubulin_108(X)) = fn_covalent_bond_19(fn_alpha_tubulin_47(X))
& fn_covalent_bond_19(fn_alpha_tubulin_47(X)) = fn_covalent_bond_19(fn_alpha_tubulin_88(X))
& fn_covalent_bond_19(fn_alpha_tubulin_88(X)) = fn_polypeptide_126(X)
& fn_polypeptide_126(X) = fn_polypeptide_126(X)
& fn_polypeptide_126(X) = fn_carboxyl_group_19(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_19(fn_alpha_tubulin_109(X)) = fn_carboxyl_group_19(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_19(fn_alpha_tubulin_109(X)) = fn_peptide_bond_32(fn_alpha_tubulin_85(X))
& fn_peptide_bond_32(fn_alpha_tubulin_85(X)) = fn_share_3(fn_alpha_tubulin_66(X))
& fn_share_3(fn_alpha_tubulin_132(X)) = fn_share_3(fn_alpha_tubulin_133(X))
& fn_share_3(fn_alpha_tubulin_133(X)) = fn_share_3(fn_alpha_tubulin_159(X))
& fn_share_3(fn_alpha_tubulin_159(X)) = fn_share_3(fn_alpha_tubulin_24(X))
& fn_share_3(fn_alpha_tubulin_24(X)) = fn_peptide_bond_32(fn_alpha_tubulin_85(X))
& fn_peptide_bond_32(fn_alpha_tubulin_85(X)) = fn_peptide_bond_32(fn_alpha_tubulin_85(X))
& fn_peptide_bond_32(fn_alpha_tubulin_85(X)) = fn_share_3(fn_alpha_tubulin_67(X))
& fn_share_3(fn_alpha_tubulin_67(X)) = fn_share_3(fn_alpha_tubulin_66(X))
& fn_share_3(fn_alpha_tubulin_66(X)) = fn_share_3(fn_alpha_tubulin_36(X))
& fn_share_3(fn_alpha_tubulin_36(X)) = fn_share_3(fn_alpha_tubulin_132(X))
& fn_share_3(fn_alpha_tubulin_132(X)) = fn_share_1(fn_alpha_tubulin_132(X))
& fn_share_1(fn_alpha_tubulin_132(X)) = fn_share_3(fn_alpha_tubulin_133(X))
& fn_share_3(fn_alpha_tubulin_133(X)) = fn_share_1(fn_alpha_tubulin_133(X))
& fn_share_1(fn_alpha_tubulin_133(X)) = fn_share_3(fn_alpha_tubulin_159(X))
& fn_share_3(fn_alpha_tubulin_159(X)) = fn_share_1(fn_alpha_tubulin_159(X))
& fn_share_1(fn_alpha_tubulin_159(X)) = fn_share_3(fn_alpha_tubulin_24(X))
& fn_share_3(fn_alpha_tubulin_24(X)) = fn_share_3(fn_alpha_tubulin_24(X))
& fn_share_3(fn_alpha_tubulin_24(X)) = fn_share_3(fn_alpha_tubulin_67(X))
& fn_share_3(fn_alpha_tubulin_67(X)) = fn_share_1(fn_alpha_tubulin_67(X))
& fn_share_1(fn_alpha_tubulin_67(X)) = fn_share_1(fn_alpha_tubulin_132(X))
& fn_share_1(fn_alpha_tubulin_132(X)) = fn_share_1(fn_alpha_tubulin_133(X))
& fn_share_1(fn_alpha_tubulin_133(X)) = fn_share_1(fn_alpha_tubulin_159(X))
& fn_share_1(fn_alpha_tubulin_159(X)) = fn_covalent_bond_20(fn_alpha_tubulin_47(X))
& fn_covalent_bond_20(fn_alpha_tubulin_47(X)) = fn_covalent_bond_20(fn_alpha_tubulin_47(X))
& fn_covalent_bond_20(fn_alpha_tubulin_47(X)) = fn_covalent_bond_20(fn_alpha_tubulin_137(X))
& fn_covalent_bond_20(fn_alpha_tubulin_137(X)) = fn_share_1(fn_alpha_tubulin_67(X))
& fn_share_1(fn_alpha_tubulin_67(X)) = fn_covalent_bond_20(fn_alpha_tubulin_137(X))
& fn_covalent_bond_20(fn_alpha_tubulin_137(X)) = fn_covalent_bond_20(fn_alpha_tubulin_137(X))
& fn_covalent_bond_20(fn_alpha_tubulin_137(X)) = fn_polypeptide_56(X)
& fn_polypeptide_56(X) = fn_polypeptide_56(X)
& fn_polypeptide_56(X) = fn_carboxyl_group_47(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_47(fn_alpha_tubulin_109(X)) = fn_carboxyl_group_47(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_47(fn_alpha_tubulin_109(X)) = fn_covalent_bond_14(fn_alpha_tubulin_137(X))
& fn_covalent_bond_14(fn_alpha_tubulin_137(X)) = fn_polypeptide_61(X)
& fn_polypeptide_61(X) = fn_covalent_bond_12(fn_alpha_tubulin_88(X))
& fn_covalent_bond_12(fn_alpha_tubulin_88(X)) = fn_covalent_bond_12(fn_alpha_tubulin_88(X))
& fn_covalent_bond_12(fn_alpha_tubulin_88(X)) = fn_polypeptide_37(X)
& fn_polypeptide_37(X) = fn_covalent_bond_13(fn_alpha_tubulin_88(X))
& fn_covalent_bond_13(fn_alpha_tubulin_88(X)) = fn_covalent_bond_13(fn_alpha_tubulin_88(X))
& fn_covalent_bond_13(fn_alpha_tubulin_88(X)) = fn_polypeptide_31(X)
& fn_polypeptide_31(X) = fn_polypeptide_31(X)
& fn_polypeptide_31(X) = fn_amino_group_23(fn_alpha_tubulin_77(X))
& fn_amino_group_19(fn_alpha_tubulin_77(X)) = fn_amino_group_23(fn_alpha_tubulin_77(X))
& fn_amino_group_23(fn_alpha_tubulin_77(X)) = fn_amino_group_23(fn_alpha_tubulin_77(X))
& fn_amino_group_23(fn_alpha_tubulin_77(X)) = fn_amino_group_19(fn_alpha_tubulin_77(X))
& fn_amino_group_19(fn_alpha_tubulin_77(X)) = fn_amino_group_19(fn_alpha_tubulin_77(X))
& fn_amino_group_19(fn_alpha_tubulin_77(X)) = fn_carboxyl_group_21(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_21(fn_alpha_tubulin_109(X)) = fn_carboxyl_group_21(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_21(fn_alpha_tubulin_109(X)) = fn_carboxyl_group_45(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_45(fn_alpha_tubulin_109(X)) = fn_covalent_bond_15(fn_alpha_tubulin_88(X))
& fn_covalent_bond_15(fn_alpha_tubulin_88(X)) = fn_carboxyl_group_45(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_45(fn_alpha_tubulin_109(X)) = fn_carboxyl_group_45(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_45(fn_alpha_tubulin_109(X)) = fn_covalent_bond_15(fn_alpha_tubulin_137(X))
& fn_covalent_bond_15(fn_alpha_tubulin_137(X)) = fn_covalent_bond_15(fn_alpha_tubulin_88(X))
& fn_covalent_bond_15(fn_alpha_tubulin_88(X)) = fn_share_2(fn_alpha_tubulin_27(X))
& fn_share_2(fn_alpha_tubulin_27(X)) = fn_covalent_bond_15(fn_alpha_tubulin_137(X))
& fn_covalent_bond_15(fn_alpha_tubulin_137(X)) = fn_share_2(fn_alpha_tubulin_26(X))
& fn_share_2(fn_alpha_tubulin_26(X)) = fn_share_2(fn_alpha_tubulin_27(X))
& fn_share_2(fn_alpha_tubulin_27(X)) = fn_covalent_bond_18(fn_alpha_tubulin_88(X))
& fn_covalent_bond_18(fn_alpha_tubulin_88(X)) = fn_share_2(fn_alpha_tubulin_26(X))
& fn_share_2(fn_alpha_tubulin_26(X)) = fn_covalent_bond_18(fn_alpha_tubulin_88(X))
& fn_covalent_bond_18(fn_alpha_tubulin_88(X)) = fn_covalent_bond_18(fn_alpha_tubulin_88(X))
& fn_covalent_bond_18(fn_alpha_tubulin_88(X)) = fn_share_2(fn_alpha_tubulin_67(X))
& fn_share_2(fn_alpha_tubulin_67(X)) = fn_share_2(fn_alpha_tubulin_66(X))
& fn_share_2(fn_alpha_tubulin_66(X)) = fn_polypeptide_78(X)
& fn_polypeptide_78(X) = fn_polypeptide_78(X)
& fn_polypeptide_78(X) = fn_carboxyl_group_17(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_17(fn_alpha_tubulin_109(X)) = fn_carboxyl_group_17(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_17(fn_alpha_tubulin_109(X)) = fn_covalent_bond_15(fn_alpha_tubulin_88(X))
& fn_covalent_bond_15(fn_alpha_tubulin_88(X)) = fn_peptide_bond_13(fn_alpha_tubulin_85(X))
& fn_peptide_bond_13(fn_alpha_tubulin_85(X)) = fn_covalent_bond_22(fn_alpha_tubulin_88(X))
& fn_covalent_bond_22(fn_alpha_tubulin_88(X)) = fn_covalent_bond_22(fn_alpha_tubulin_88(X))
& fn_covalent_bond_22(fn_alpha_tubulin_88(X)) = fn_amino_group_8(fn_alpha_tubulin_77(X))
& fn_amino_group_8(fn_alpha_tubulin_77(X)) = fn_covalent_bond_4(fn_alpha_tubulin_88(X))
& fn_covalent_bond_4(fn_alpha_tubulin_88(X)) = fn_covalent_bond_4(fn_alpha_tubulin_88(X))
& fn_covalent_bond_4(fn_alpha_tubulin_88(X)) = fn_polypeptide_84(X)
& fn_polypeptide_84(X) = fn_amino_group_21(fn_alpha_tubulin_77(X))
& fn_amino_group_21(fn_alpha_tubulin_77(X)) = fn_amino_group_21(fn_alpha_tubulin_77(X))
& fn_amino_group_21(fn_alpha_tubulin_77(X)) = fn_carboxyl_group_16(fn_alpha_tubulin_109(X))
& fn_carboxyl_group_16(fn_alpha_tubulin_109(X)) = fn_peptide_bond_44(fn_alpha_tubulin_85(X))
& fn_covalent_bond_12(fn_alpha_tubulin_137(X)) = fn_covalent_bond_12(fn_alpha_tubulin_88(X))
& fn_covalent_bond_12(fn_alpha_tubulin_88(X)) = fn_peptide_bond_44(fn_alpha_tubulin_85(X))
& fn_peptide_bond_44(fn_alpha_tubulin_85(X)) = fn_peptide_bond_44(fn_alpha_tubulin_85(X))
& fn_peptide_bond_44(fn_alpha_tubulin_85(X)) = fn_covalent_bond_12(fn_alpha_tubulin_137(X))
& fn_covalent_bond_12(fn_alpha_tubulin_137(X)) = fn_covalent_bond_11(fn_alpha_tubulin_137(X))
& fn_covalent_bond_11(fn_alpha_tubulin_137(X)) = fn_covalent_bond_12(fn_alpha_tubulin_137(X))
& fn_covalent_bond_12(fn_alpha_tubulin_137(X)) = fn_covalent_bond_12(fn_alpha_tubulin_137(X))
& fn_covalent_bond_12(fn_alpha_tubulin_137(X)) = fn_covalent_bond_11(fn_alpha_tubulin_88(X))
& fn_covalent_bond_11(fn_alpha_tubulin_88(X)) = fn_covalent_bond_11(fn_alpha_tubulin_88(X)) ) ) ).
fof(a527383,axiom,
! [X] :
( alter_1(X)
=> ( original_name_2(X,'Alter')
& user_description_2(X,'Change or cause to change in character or composition.')
& concept2words_2(X,alter)
& action_1(X) ) ) ).
fof(a527384,axiom,
! [X] :
( alter_genome_1(X)
=> ( original_name_2(X,'Alter-Genome')
& user_description_2(X,'Changing the genomic structure of an organism.')
& concept2words_2(X,'genome of alter')
& concept2words_2(X,'alter genome')
& concept2words_2(X,'alter-genome')
& change_sequence_1(X)
& genome_1(fn_alter_genome_1(X))
& base_2(X,fn_alter_genome_1(X)) ) ) ).
fof(a527385,axiom,
! [X] :
( alteration_of_mrna_ends_1(X)
=> ( original_name_2(X,'Alteration-of-mRNA-Ends')
& user_description_2(X,'Modification of pre-mRNA where the 5-prime end is capped off with a modified form of a guanine nucleotide and a poly(A) tail consisting of 50 to 250 nucleotides is added to the 3-prime end.')
& concept2words_2(X,alter)
& concept2words_2(X,'alteration of mrna end')
& concept2words_2(X,'alteration-of-mrna-end')
& biochemical_change_1(X)
& ~ coil_1(X)
& ~ conformational_change_1(X)
& ~ conversion_to_isomer_1(X)
& ~ detoxification_1(X)
& ~ evaporation_1(X)
& ~ fold_1(X)
& ~ freezing_1(X)
& ~ gene_therapy_1(X)
& ~ melting_1(X)
& ~ metamorphosis_1(X)
& ~ mutation_1(X)
& ~ post_translational_modification_1(X)
& ~ refract_1(X)
& ~ temperature_fluctuation_1(X)
& ~ transformation_1(X)
& ~ twist_1(X)
& nucleus_1(fn_alteration_of_mrna_ends_1(X))
& protein_enzyme_1(fn_alteration_of_mrna_ends_2(X))
& poly_a__tail_1(fn_alteration_of_mrna_ends_3(X))
& change_1(fn_alteration_of_mrna_ends_4(X))
& five_prime_cap_1(fn_alteration_of_mrna_ends_5(X))
& pre_mrna_1(fn_alteration_of_mrna_ends_6(X))
& number_5_prime_end_1(fn_alteration_of_mrna_ends_7(X))
& number_3_prime_end_1(fn_alteration_of_mrna_ends_8(X))
& pre_mrna_1(fn_alteration_of_mrna_ends_9(X))
& adenine_1(fn_alteration_of_mrna_ends_10(X))
& add_1(fn_alteration_of_mrna_ends_11(X))
& seven_methyl_guanosine_1(fn_alteration_of_mrna_ends_12(X))
& add_1(fn_alteration_of_mrna_ends_13(X))
& pre_mrna_1(fn_alteration_of_mrna_ends_14(X))
& spatial_entity_1(fn_add_2(fn_alteration_of_mrna_ends_13(X)))
& spatial_entity_1(fn_add_2(fn_alteration_of_mrna_ends_11(X)))
& spatial_entity_1(fn_add_1(fn_alteration_of_mrna_ends_11(X)))
& spatial_entity_1(fn_add_1(fn_alteration_of_mrna_ends_13(X)))
& number_3_prime_end_1(fn_rna_1(fn_alteration_of_mrna_ends_6(X)))
& number_5_prime_end_1(fn_pre_mrna_17(fn_alteration_of_mrna_ends_6(X)))
& five_prime_cap_1(fn_pre_mrna_3(fn_alteration_of_mrna_ends_6(X)))
& subevent_2(fn_alteration_of_mrna_ends_4(X),fn_alteration_of_mrna_ends_13(X))
& next_event_2(fn_alteration_of_mrna_ends_4(X),fn_alteration_of_mrna_ends_11(X))
& object_2(fn_alteration_of_mrna_ends_4(X),fn_alteration_of_mrna_ends_9(X))
& site_2(fn_alteration_of_mrna_ends_4(X),fn_alteration_of_mrna_ends_7(X))
& site_2(fn_alteration_of_mrna_ends_13(X),fn_alteration_of_mrna_ends_7(X))
& result_2(fn_alteration_of_mrna_ends_13(X),fn_alteration_of_mrna_ends_5(X))
& maxCardinality(fn_alteration_of_mrna_ends_11(X),object_0,"250",adenine_0)
& minCardinality(fn_alteration_of_mrna_ends_11(X),object_0,"50",adenine_0)
& result_2(fn_alteration_of_mrna_ends_11(X),fn_alteration_of_mrna_ends_3(X))
& agent_2(fn_alteration_of_mrna_ends_11(X),fn_alteration_of_mrna_ends_2(X))
& site_2(fn_alteration_of_mrna_ends_11(X),fn_alteration_of_mrna_ends_8(X))
& site_2(fn_alteration_of_mrna_ends_11(X),fn_alteration_of_mrna_ends_1(X))
& first_subevent_2(X,fn_alteration_of_mrna_ends_4(X))
& object_2(X,fn_alteration_of_mrna_ends_14(X))
& result_2(X,fn_alteration_of_mrna_ends_6(X))
& site_2(X,fn_alteration_of_mrna_ends_1(X))
& subevent_2(X,fn_alteration_of_mrna_ends_11(X))
& subevent_2(X,fn_alteration_of_mrna_ends_4(X))
& has_part_2(fn_alteration_of_mrna_ends_6(X),fn_alteration_of_mrna_ends_3(X))
& base_2(fn_alteration_of_mrna_ends_13(X),fn_alteration_of_mrna_ends_14(X))
& base_2(fn_alteration_of_mrna_ends_11(X),fn_alteration_of_mrna_ends_9(X))
& object_2(fn_alteration_of_mrna_ends_11(X),fn_alteration_of_mrna_ends_10(X))
& object_2(fn_alteration_of_mrna_ends_13(X),fn_alteration_of_mrna_ends_12(X))
& has_region_2(fn_alteration_of_mrna_ends_6(X),fn_alteration_of_mrna_ends_8(X))
& has_region_2(fn_alteration_of_mrna_ends_6(X),fn_alteration_of_mrna_ends_7(X))
& has_part_2(fn_alteration_of_mrna_ends_6(X),fn_alteration_of_mrna_ends_5(X))
& fn_alteration_of_mrna_ends_14(X) = fn_add_2(fn_alteration_of_mrna_ends_13(X))
& fn_alteration_of_mrna_ends_9(X) = fn_add_2(fn_alteration_of_mrna_ends_11(X))
& fn_alteration_of_mrna_ends_10(X) = fn_add_1(fn_alteration_of_mrna_ends_11(X))
& fn_alteration_of_mrna_ends_12(X) = fn_add_1(fn_alteration_of_mrna_ends_13(X))
& fn_alteration_of_mrna_ends_8(X) = fn_rna_1(fn_alteration_of_mrna_ends_6(X))
& fn_alteration_of_mrna_ends_7(X) = fn_pre_mrna_17(fn_alteration_of_mrna_ends_6(X))
& fn_alteration_of_mrna_ends_5(X) = fn_pre_mrna_3(fn_alteration_of_mrna_ends_6(X)) ) ) ).
fof(a527386,axiom,
! [X] :
( alternating_generation_organ_1(X)
=> ( original_name_2(X,'Alternating-Generation-Organ')
& user_description_2(X,'Organ of plants which participates in the process of alternation of generations.')
& concept2words_2(X,'alternating generation organ')
& concept2words_2(X,'alternating-generation-organ')
& plant_organ_1(X) ) ) ).
fof(a527387,axiom,
! [X,X2,X5,X1,X4,X3] :
( ( experiencer_2(X,X1)
& object_2(X,X1)
& subevent_2(X,X2)
& result_2(X2,X3)
& subevent_2(X,X4)
& result_2(X4,X5)
& plant_1(X1)
& create_1(X2)
& sporophyte_1(X3)
& life_cycle_process_1(X)
& create_1(X4)
& gametophyte_1(X5) )
=> ( alternation_of_generations_1(X)
& fn_alternation_of_generations_10(X) = X3
& fn_alternation_of_generations_8(X) = X4
& fn_alternation_of_generations_5(X) = X1
& fn_alternation_of_generations_9(X) = X5
& fn_alternation_of_generations_11(X) = X2 ) ) ).
fof(a527388,axiom,
! [X] :
( alternation_of_generations_1(X)
=> ( original_name_2(X,'Alternation-Of-Generations')
& user_description_2(X,'In plants and some algae, a life cycle that has two multicellular phases: a haploid gametophyte and a diploid sporophyte.')
& concept2words_2(X,'show alternation of generations')
& concept2words_2(X,'alternation of generation')
& concept2words_2(X,'alternation-of-generation')
& life_cycle_process_1(X)
& mitosis_1(fn_alternation_of_generations_1(X))
& fertilization_1(fn_alternation_of_generations_2(X))
& mitosis_1(fn_alternation_of_generations_3(X))
& meiosis_1(fn_alternation_of_generations_4(X))
& plant_1(fn_alternation_of_generations_5(X))
& mitosis_1(fn_alternation_of_generations_6(X))
& create_1(fn_alternation_of_generations_8(X))
& gametophyte_1(fn_alternation_of_generations_9(X))
& sporophyte_1(fn_alternation_of_generations_10(X))
& create_1(fn_alternation_of_generations_11(X))
& entity_1(fn_create_1(fn_alternation_of_generations_8(X)))
& entity_1(fn_create_1(fn_alternation_of_generations_11(X)))
& site_2(fn_alternation_of_generations_1(X),fn_alternation_of_generations_9(X))
& next_event_2(fn_alternation_of_generations_1(X),fn_alternation_of_generations_2(X))
& next_event_2(fn_alternation_of_generations_2(X),fn_alternation_of_generations_11(X))
& next_event_2(fn_alternation_of_generations_8(X),fn_alternation_of_generations_1(X))
& subevent_2(fn_alternation_of_generations_8(X),fn_alternation_of_generations_3(X))
& next_event_2(fn_alternation_of_generations_4(X),fn_alternation_of_generations_8(X))
& site_2(fn_alternation_of_generations_4(X),fn_alternation_of_generations_10(X))
& object_2(X,fn_alternation_of_generations_5(X))
& subevent_2(X,fn_alternation_of_generations_4(X))
& subevent_2(X,fn_alternation_of_generations_1(X))
& subevent_2(X,fn_alternation_of_generations_2(X))
& subevent_2(X,fn_alternation_of_generations_8(X))
& subevent_2(X,fn_alternation_of_generations_11(X))
& first_subevent_2(X,fn_alternation_of_generations_4(X))
& experiencer_2(X,fn_alternation_of_generations_5(X))
& subevent_2(fn_alternation_of_generations_11(X),fn_alternation_of_generations_6(X))
& minCardinality(fn_alternation_of_generations_11(X),subevent_0,"2",mitosis_0)
& result_2(fn_alternation_of_generations_8(X),fn_alternation_of_generations_9(X))
& result_2(fn_alternation_of_generations_11(X),fn_alternation_of_generations_10(X))
& fn_alternation_of_generations_9(X) = fn_create_1(fn_alternation_of_generations_8(X))
& fn_alternation_of_generations_10(X) = fn_create_1(fn_alternation_of_generations_11(X)) ) ) ).
fof(a527389,axiom,
! [X] :
( alternative_rna_splicing_1(X)
=> ( original_name_2(X,'Alternative-RNA-Splicing')
& user_description_2(X,'A type of eukaryotic gene regulation at the RNA-processing level in which different mRNA molecules are produced from the same primary transcript, depending on which RNA segments are treated as exons and which as introns.')
& concept2words_2(X,splice)
& concept2words_2(X,'alternative rna splicing')
& concept2words_2(X,'alternative-rna-splicing')
& rna_splicing_1(X)
& ~ post_transcriptional_modification_of_rna_1(X)
& gene_1(fn_alternative_rna_splicing_1(X))
& exon_1(fn_alternative_rna_splicing_2(X))
& eukaryotic_gene_regulation_1(fn_alternative_rna_splicing_3(X))
& alteration_of_mrna_ends_1(fn_alternative_rna_splicing_4(X))
& polypeptide_1(fn_alternative_rna_splicing_5(X))
& size_value_1(fn_alternative_rna_splicing_6(X))
& size_value_1(fn_alternative_rna_splicing_7(X))
& polypeptide_1(fn_alternative_rna_splicing_8(X))
& synthesis_reaction_1(fn_alternative_rna_splicing_9(X))
& chemical_entity_1(fn_chemical_reaction_1(fn_alternative_rna_splicing_9(X)))
& size_value_1(fn_polymer_8(fn_alternative_rna_splicing_8(X)))
& size_value_1(fn_polymer_8(fn_alternative_rna_splicing_5(X)))
& size_value_1(fn_polymer_7(fn_alternative_rna_splicing_8(X)))
& causes_2(X,fn_alternative_rna_splicing_9(X))
& subevent_2(X,fn_alternative_rna_splicing_4(X))
& minCardinality(X,subevent_0,"1",rna_splicing_0)
& enables_2(X,fn_alternative_rna_splicing_3(X))
& first_subevent_2(X,fn_alternative_rna_splicing_4(X))
& has_part_2(fn_alternative_rna_splicing_8(X),fn_alternative_rna_splicing_2(X))
& result_2(fn_alternative_rna_splicing_9(X),fn_alternative_rna_splicing_5(X))
& minCardinality(fn_alternative_rna_splicing_9(X),result_0,"2",polypeptide_0)
& base_2(fn_alternative_rna_splicing_9(X),fn_alternative_rna_splicing_1(X))
& exactCardinality(fn_alternative_rna_splicing_9(X),base_0,"1",gene_0)
& result_2(fn_alternative_rna_splicing_9(X),fn_alternative_rna_splicing_8(X))
& size_2(fn_alternative_rna_splicing_5(X),fn_alternative_rna_splicing_6(X))
& size_2(fn_alternative_rna_splicing_8(X),fn_alternative_rna_splicing_7(X))
& greater_than_2(fn_alternative_rna_splicing_7(X),fn_alternative_rna_splicing_6(X))
& fn_alternative_rna_splicing_8(X) = fn_chemical_reaction_1(fn_alternative_rna_splicing_9(X))
& fn_alternative_rna_splicing_6(X) = fn_polymer_8(fn_alternative_rna_splicing_5(X))
& fn_alternative_rna_splicing_6(X) = fn_polymer_7(fn_alternative_rna_splicing_8(X))
& fn_alternative_rna_splicing_7(X) = fn_polymer_8(fn_alternative_rna_splicing_8(X))
& fn_polymer_8(fn_alternative_rna_splicing_5(X)) = fn_polymer_7(fn_alternative_rna_splicing_8(X)) ) ) ).
fof(a527390,axiom,
! [X] :
( altruism_1(X)
=> ( original_name_2(X,'Altruism')
& user_description_2(X,'Behavior that increases another individual\'s fitness at the risk of one\'s own fitness.')
& concept2words_2(X,behave)
& concept2words_2(X,altruism)
& social_behavior_1(X) ) ) ).
fof(a527391,axiom,
! [X] :
( alu_element_1(X)
=> ( original_name_2(X,'Alu-Element')
& user_description_2(X,'An interspersed repeated sequence of DNA, typically about 300 units long')
& concept2words_2(X,'alu element')
& concept2words_2(X,'alu-element')
& transposon_1(X) ) ) ).
fof(a527392,axiom,
! [X] :
( aluminum_1(X)
=> ( original_name_2(X,'Aluminum')
& user_description_2(X,'Aluminum is a metal atom with atomic number 13. It is represented by the symbol Al.')
& concept2words_2(X,aluminum)
& concept2words_2(X,'Al')
& metal_atom_1(X)
& neutron_1(fn_aluminum_4(X))
& atomic_mass_value_1(fn_aluminum_5(X))
& valence_value_1(fn_aluminum_6(X))
& electronegativity_value_1(fn_aluminum_7(X))
& valence_electron_1(fn_aluminum_11(X))
& atomic_weight_value_1(fn_aluminum_12(X))
& atomic_number_value_1(fn_aluminum_13(X))
& quantity_value_1(fn_aluminum_14(X))
& electronegativity_2(X,fn_aluminum_7(X))
& valence_2(X,fn_aluminum_6(X))
& mass_number_2(X,fn_aluminum_5(X))
& exactCardinality(X,has_part_0,"14",neutron_0)
& exactCardinality(X,has_part_0,"13",proton_0)
& exactCardinality(X,has_part_0,"13",electron_0)
& has_part_2(X,fn_aluminum_4(X))
& the_cardinal_value_2(fn_aluminum_14(X),"3")
& cardinal_unit_class_2(fn_aluminum_14(X),unity_0)
& the_cardinal_value_2(fn_aluminum_7(X),"1.61")
& cardinal_unit_class_2(fn_aluminum_7(X),unity_0)
& the_cardinal_value_2(fn_aluminum_6(X),"3")
& cardinal_unit_class_2(fn_aluminum_6(X),unity_0)
& the_cardinal_value_2(fn_aluminum_5(X),"27")
& cardinal_unit_class_2(fn_aluminum_5(X),unity_0)
& the_cardinal_value_2(fn_aluminum_13(X),"13")
& cardinal_unit_class_2(fn_aluminum_13(X),unity_0)
& the_cardinal_value_2(fn_aluminum_12(X),"26.98")
& cardinal_unit_class_2(fn_aluminum_12(X),dalton_0)
& atomic_number_2(X,fn_aluminum_13(X))
& atomic_weight_2(X,fn_aluminum_12(X))
& has_part_2(X,fn_aluminum_11(X))
& quantity_2(fn_aluminum_11(X),fn_aluminum_14(X))
& fn_aluminum_9(X) = fn_atom_12(X)
& fn_aluminum_13(X) = fn_atom_17(X)
& fn_aluminum_10(X) = fn_atom_13(X)
& fn_aluminum_12(X) = fn_atom_16(X)
& fn_aluminum_8(X) = fn_atom_1(X)
& fn_aluminum_14(X) = fn_atom_5(X)
& fn_aluminum_11(X) = fn_atom_14(X) ) ) ).
fof(a527393,axiom,
! [X] :
( alveolate_1(X)
=> ( original_name_2(X,'Alveolate')
& user_description_2(X,'One of a group of protistan phyla, characterized by the presence of flattened vesicles called alveoli under the plasma membrane.')
& concept2words_2(X,alveolata)
& concept2words_2(X,alveolate)
& unicellular_organism_1(X)
& protist_cell_1(X)
& ~ amoeba_1(X)
& ~ charophycean_1(X)
& ~ chlorophyta_1(X)
& ~ diplomonad_1(X)
& ~ foraminiferan_1(X)
& ~ freshwater_protist_1(X)
& ~ oomycete_1(X)
& ~ parabasalid_1(X)
& ~ radiolarian_1(X)
& ~ rhizaria_1(X)
& ~ rhodophyte_1(X)
& ~ seaweed_1(X)
& ~ stramenopile_1(X) ) ) ).
fof(a527394,axiom,
! [X] :
( alveolus_1(X)
=> ( original_name_2(X,'Alveolus')
& user_description_2(X,'In mammalian lungs, the tiny vascularized dead-end sac where gas exchange occurs.')
& concept2words_2(X,'air sac')
& concept2words_2(X,alveoli)
& concept2words_2(X,alveolus)
& simple_squamous_epithelium_1(X)
& ~ proximal_tubule_1(X)
& ~ islets_of_langerhans_1(X)
& ~ endometrium_1(X)
& ~ corpus_luteum_1(X)
& ~ collecting_duct_1(X)
& ~ bronchus_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ lacteal_1(X)
& ~ prepuce_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a527395,axiom,
! [X] :
( alzheimers_disease_1(X)
=> ( original_name_2(X,'Alzheimers-Disease')
& user_description_2(X,'An age-related dementia that worsens as a person ages. Symptoms include confusion, memory loss, and personality changes.')
& concept2words_2(X,'disease of alzheimers')
& concept2words_2(X,'alzheimers disease')
& concept2words_2(X,'alzheimers-disease')
& mental_or_brain_disorder_1(X)
& ~ bipolar_disorder_1(X)
& ~ creutzfeldt_jacob_disease_1(X)
& ~ major_depression_1(X)
& ~ multiple_sclerosis_1(X)
& ~ parkinsons_disease_1(X)
& ~ schizophrenia_1(X) ) ) ).
fof(a527396,axiom,
! [X] :
( alzheimers_disease_process_1(X)
=> ( original_name_2(X,'Alzheimers-Disease-Process')
& user_description_2(X,'Process related to the progression of Alzheimers disease.')
& concept2words_2(X,'alzheimers disease process')
& concept2words_2(X,'alzheimers-disease-process')
& disease_process_1(X)
& nervous_system_1(fn_alzheimers_disease_process_1(X))
& site_2(X,fn_alzheimers_disease_process_1(X)) ) ) ).
fof(a527397,axiom,
! [X] :
( amacrine_cell_1(X)
=> ( original_name_2(X,'Amacrine-Cell')
& user_description_2(X,'Interneurons in the retina that integrate information from other neurons before it is sent to the brain.')
& concept2words_2(X,'amacrine cell')
& concept2words_2(X,'amacrine-cell')
& sensory_neuron_1(X)
& ~ bipolar_cell_1(X)
& ~ ganglion_cell_1(X)
& ~ horizontal_cell_1(X) ) ) ).
fof(a527398,axiom,
! [X] :
( american_ginseng_1(X)
=> ( original_name_2(X,'American-Ginseng')
& user_description_2(X,'An herbaceous perennial plant, Panax quinquefolius, native to the eastern US and commonly used in Chinese herbal medicine.')
& concept2words_2(X,ginseng)
& concept2words_2(X,'ginseng of american')
& concept2words_2(X,'american ginseng')
& concept2words_2(X,'american-ginseng')
& eudicot_1(X) ) ) ).
fof(a527399,axiom,
! [X] :
( americium_1(X)
=> ( original_name_2(X,'Americium')
& user_description_2(X,'Americium is a metal atom with atomic number 95. It is represented by the symbol Am.')
& concept2words_2(X,americium)
& concept2words_2(X,am)
& metal_atom_1(X)
& neutron_1(fn_americium_3(X))
& atomic_mass_value_1(fn_americium_4(X))
& electronegativity_value_1(fn_americium_5(X))
& valence_electron_1(fn_americium_9(X))
& atomic_weight_value_1(fn_americium_10(X))
& atomic_number_value_1(fn_americium_11(X))
& quantity_value_1(fn_americium_12(X))
& electronegativity_2(X,fn_americium_5(X))
& mass_number_2(X,fn_americium_4(X))
& exactCardinality(X,has_part_0,"148",neutron_0)
& exactCardinality(X,has_part_0,"95",proton_0)
& exactCardinality(X,has_part_0,"95",electron_0)
& has_part_2(X,fn_americium_3(X))
& the_cardinal_value_2(fn_americium_12(X),"9")
& cardinal_unit_class_2(fn_americium_12(X),unity_0)
& the_cardinal_value_2(fn_americium_5(X),"1.3")
& cardinal_unit_class_2(fn_americium_5(X),unity_0)
& the_cardinal_value_2(fn_americium_4(X),"243")
& cardinal_unit_class_2(fn_americium_4(X),unity_0)
& the_cardinal_value_2(fn_americium_11(X),"95")
& cardinal_unit_class_2(fn_americium_11(X),unity_0)
& the_cardinal_value_2(fn_americium_10(X),"243")
& cardinal_unit_class_2(fn_americium_10(X),dalton_0)
& atomic_number_2(X,fn_americium_11(X))
& atomic_weight_2(X,fn_americium_10(X))
& has_part_2(X,fn_americium_9(X))
& quantity_2(fn_americium_9(X),fn_americium_12(X))
& fn_americium_7(X) = fn_atom_12(X)
& fn_americium_11(X) = fn_atom_17(X)
& fn_americium_8(X) = fn_atom_13(X)
& fn_americium_10(X) = fn_atom_16(X)
& fn_americium_6(X) = fn_atom_1(X)
& fn_americium_12(X) = fn_atom_5(X)
& fn_americium_9(X) = fn_atom_14(X) ) ) ).
fof(a527400,axiom,
! [X] :
( amine_1(X)
=> ( original_name_2(X,'Amine')
& user_description_2(X,'Organic compounds which contain an amino group.')
& concept2words_2(X,amine)
& base_compound_1(X)
& nitrogenous_compound_1(X)
& ~ aflatoxin_1(X)
& ~ aldehyde_1(X)
& ~ antibiotic_1(X)
& ~ carbon_monoxide_1(X)
& ~ carboxylic_acid_1(X)
& ~ ddt_1(X)
& ~ ice_1(X)
& ~ nitroglycerine_1(X)
& ~ opiate_1(X)
& amino_group_1(fn_amine_1(X))
& chemical_entity_1(fn_functional_group_1(fn_amine_1(X)))
& has_region_2(X,fn_amine_1(X))
& X = fn_functional_group_1(fn_amine_1(X)) ) ) ).
fof(a527401,axiom,
! [X] :
( amino_acid_1(X)
=> ( original_name_2(X,'Amino-Acid')
& description_2(X,'Organic molecule containing both an amino group and a carboxyl group. Alpha amino acids (those in which the amino and carboxyl groups are linked to the same carbon atom) serve as the building blocks of proteins.')
& user_description_2(X,'The monomer of a polypeptide. An amino acid has a carboxyl group and an amino group, in addition to a side-chain specific to each amino acid.')
& concept2words_2(X,'acid of amino')
& concept2words_2(X,'amino acid')
& concept2words_2(X,'amino-acid')
& organic_entity_1(X)
& organic_molecule_1(X)
& end_1(fn_amino_acid_1(X))
& r_group_1(fn_amino_acid_2(X))
& constant_motion_1(fn_amino_acid_5(X))
& speed_value_1(fn_amino_acid_6(X))
& quantity_value_1(fn_amino_acid_7(X))
& electron_shell_1(fn_amino_acid_8(X))
& electron_shell_1(fn_amino_acid_9(X))
& share_1(fn_amino_acid_10(X))
& oxygen_1(fn_amino_acid_11(X))
& share_1(fn_amino_acid_12(X))
& hold_together_1(fn_amino_acid_13(X))
& hold_together_1(fn_amino_acid_14(X))
& electron_shell_1(fn_amino_acid_15(X))
& kinetic_energy_1(fn_amino_acid_16(X))
& chemical_entity_1(fn_amino_acid_17(X))
& tangible_entity_1(fn_amino_acid_17(X))
& entity_1(fn_amino_acid_17(X))
& atom_1(fn_amino_acid_17(X))
& nitrogen_1(fn_amino_acid_17(X))
& share_1(fn_amino_acid_18(X))
& entity_1(fn_amino_acid_19(X))
& tangible_entity_1(fn_amino_acid_19(X))
& electron_1(fn_amino_acid_19(X))
& valence_electron_1(fn_amino_acid_19(X))
& tangible_entity_1(fn_amino_acid_20(X))
& electron_1(fn_amino_acid_20(X))
& entity_1(fn_amino_acid_20(X))
& valence_electron_1(fn_amino_acid_20(X))
& electron_shell_1(fn_amino_acid_21(X))
& entity_1(fn_amino_acid_22(X))
& chemical_entity_1(fn_amino_acid_22(X))
& atom_1(fn_amino_acid_22(X))
& hydrogen_1(fn_amino_acid_22(X))
& carbon_skeleton_1(fn_amino_acid_23(X))
& entity_1(fn_amino_acid_24(X))
& chemical_entity_1(fn_amino_acid_24(X))
& atom_1(fn_amino_acid_24(X))
& carbon_1(fn_amino_acid_24(X))
& amino_group_1(fn_amino_acid_25(X))
& carboxyl_group_1(fn_amino_acid_26(X))
& oxygen_1(fn_amino_acid_27(X))
& entity_1(fn_amino_acid_28(X))
& chemical_entity_1(fn_amino_acid_28(X))
& atom_1(fn_amino_acid_28(X))
& hydrogen_1(fn_amino_acid_28(X))
& electron_shell_1(fn_amino_group_24(fn_amino_acid_25(X)))
& hold_together_1(fn_carboxyl_group_47(fn_amino_acid_26(X)))
& share_1(fn_carboxyl_group_56(fn_amino_acid_26(X)))
& electron_shell_1(fn_carboxyl_group_16(fn_amino_acid_26(X)))
& share_1(fn_carboxyl_group_49(fn_amino_acid_26(X)))
& tangible_entity_1(fn_amino_group_20(fn_amino_acid_25(X)))
& entity_1(fn_amino_group_20(fn_amino_acid_25(X)))
& atom_1(fn_amino_group_20(fn_amino_acid_25(X)))
& nitrogen_1(fn_amino_group_20(fn_amino_acid_25(X)))
& entity_1(fn_share_2(fn_amino_acid_18(X)))
& electron_1(fn_carboxyl_group_45(fn_amino_acid_26(X)))
& valence_electron_1(fn_carboxyl_group_45(fn_amino_acid_26(X)))
& entity_1(fn_carboxyl_group_17(fn_amino_acid_26(X)))
& tangible_entity_1(fn_carboxyl_group_17(fn_amino_acid_26(X)))
& electron_1(fn_carboxyl_group_17(fn_amino_acid_26(X)))
& valence_electron_1(fn_carboxyl_group_17(fn_amino_acid_26(X)))
& tangible_entity_1(fn_carboxyl_group_58(fn_amino_acid_26(X)))
& electron_1(fn_carboxyl_group_58(fn_amino_acid_26(X)))
& valence_electron_1(fn_carboxyl_group_58(fn_amino_acid_26(X)))
& entity_1(fn_carboxyl_group_21(fn_amino_acid_26(X)))
& valence_electron_1(fn_carboxyl_group_21(fn_amino_acid_26(X)))
& hold_together_1(fn_carboxyl_group_67(fn_amino_acid_26(X)))
& hold_together_1(fn_carboxyl_group_55(fn_amino_acid_26(X)))
& entity_1(fn_amino_group_22(fn_amino_acid_25(X)))
& chemical_entity_1(fn_amino_group_22(fn_amino_acid_25(X)))
& atom_1(fn_amino_group_22(fn_amino_acid_25(X)))
& hydrogen_1(fn_amino_group_22(fn_amino_acid_25(X)))
& entity_1(fn_carboxyl_group_25(fn_amino_acid_26(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_amino_acid_26(X)))
& atom_1(fn_carboxyl_group_25(fn_amino_acid_26(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_amino_acid_26(X)))
& electron_shell_1(fn_carboxyl_group_22(fn_amino_acid_26(X)))
& electron_shell_1(fn_carboxyl_group_63(fn_amino_acid_26(X)))
& entity_1(fn_share_3(fn_amino_acid_18(X)))
& entity_1(fn_share_1(fn_amino_acid_18(X)))
& entity_1(fn_carboxyl_group_19(fn_amino_acid_26(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_amino_acid_26(X)))
& atom_1(fn_carboxyl_group_19(fn_amino_acid_26(X)))
& carbon_1(fn_carboxyl_group_19(fn_amino_acid_26(X)))
& oxygen_1(fn_carboxyl_group_24(fn_amino_acid_26(X)))
& oxygen_1(fn_carboxyl_group_23(fn_amino_acid_26(X)))
& chemical_entity_1(fn_functional_group_1(fn_amino_acid_25(X)))
& chemical_entity_1(fn_functional_group_1(fn_amino_acid_26(X)))
& fn_amino_acid_8(X) != fn_amino_acid_9(X)
& fn_amino_acid_9(X) != fn_amino_acid_8(X)
& is_inside_2(fn_amino_acid_1(X),fn_amino_acid_2(X))
& fn_amino_acid_22(X) != fn_amino_acid_28(X)
& has_region_2(X,fn_amino_acid_2(X))
& has_part_2(X,fn_amino_acid_27(X))
& has_part_2(X,fn_amino_acid_11(X))
& has_part_2(X,fn_amino_acid_22(X))
& has_part_2(X,fn_amino_acid_17(X))
& fn_amino_acid_28(X) != fn_amino_acid_22(X)
& object_2(fn_amino_acid_18(X),fn_amino_acid_19(X))
& fn_amino_acid_24(X) != fn_amino_acid_28(X)
& fn_amino_acid_28(X) != fn_amino_acid_24(X)
& has_part_2(X,fn_amino_acid_28(X))
& agent_2(fn_amino_acid_18(X),fn_amino_acid_24(X))
& fn_amino_acid_24(X) != fn_amino_acid_22(X)
& fn_amino_acid_22(X) != fn_amino_acid_17(X)
& fn_amino_acid_22(X) != fn_amino_acid_24(X)
& fn_amino_acid_17(X) != fn_amino_acid_22(X)
& has_region_2(X,fn_amino_acid_25(X))
& has_region_2(X,fn_amino_acid_26(X))
& has_region_2(X,fn_amino_acid_23(X))
& is_inside_2(fn_amino_acid_24(X),fn_amino_acid_23(X))
& has_part_2(X,fn_amino_acid_24(X))
& fn_amino_acid_17(X) != fn_amino_acid_24(X)
& fn_amino_acid_24(X) != fn_amino_acid_17(X)
& is_inside_2(fn_amino_acid_22(X),fn_amino_acid_25(X))
& is_inside_2(fn_amino_acid_17(X),fn_amino_acid_25(X))
& has_region_2(fn_amino_acid_17(X),fn_amino_acid_9(X))
& fn_amino_acid_28(X) != fn_amino_acid_17(X)
& fn_amino_acid_17(X) != fn_amino_acid_28(X)
& object_2(fn_amino_acid_12(X),fn_amino_acid_20(X))
& has_region_2(fn_amino_acid_22(X),fn_amino_acid_8(X))
& object_2(fn_amino_acid_10(X),fn_amino_acid_19(X))
& has_region_2(fn_amino_acid_24(X),fn_amino_acid_21(X))
& object_2(fn_amino_acid_14(X),fn_amino_acid_24(X))
& object_2(fn_amino_acid_14(X),fn_amino_acid_27(X))
& agent_2(fn_amino_acid_12(X),fn_amino_acid_24(X))
& is_inside_2(fn_amino_acid_24(X),fn_amino_acid_26(X))
& is_inside_2(fn_amino_acid_27(X),fn_amino_acid_26(X))
& object_2(fn_amino_acid_13(X),fn_amino_acid_27(X))
& object_2(fn_amino_acid_13(X),fn_amino_acid_22(X))
& object_2(fn_amino_acid_10(X),fn_amino_acid_20(X))
& fn_amino_acid_20(X) != fn_amino_acid_19(X)
& object_2(fn_amino_acid_12(X),fn_amino_acid_19(X))
& agent_2(fn_amino_acid_12(X),fn_amino_acid_27(X))
& has_region_2(fn_amino_acid_27(X),fn_amino_acid_15(X))
& fn_amino_acid_19(X) != fn_amino_acid_20(X)
& is_inside_2(fn_amino_acid_28(X),fn_amino_acid_26(X))
& fn_amino_acid_28(X) != fn_amino_acid_11(X)
& object_2(fn_amino_acid_13(X),fn_amino_acid_11(X))
& object_2(fn_amino_acid_13(X),fn_amino_acid_24(X))
& fn_amino_acid_24(X) != fn_amino_acid_27(X)
& fn_amino_acid_11(X) != fn_amino_acid_28(X)
& fn_amino_acid_27(X) != fn_amino_acid_24(X)
& agent_2(fn_amino_acid_10(X),fn_amino_acid_24(X))
& agent_2(fn_amino_acid_10(X),fn_amino_acid_11(X))
& has_region_2(fn_amino_acid_11(X),fn_amino_acid_15(X))
& fn_amino_acid_21(X) != fn_amino_acid_15(X)
& fn_amino_acid_15(X) != fn_amino_acid_21(X)
& is_inside_2(fn_amino_acid_11(X),fn_amino_acid_26(X))
& fn_amino_acid_27(X) != fn_amino_acid_11(X)
& fn_amino_acid_11(X) != fn_amino_acid_27(X)
& fn_amino_acid_24(X) != fn_amino_acid_11(X)
& fn_amino_acid_11(X) != fn_amino_acid_24(X)
& possesses_2(X,fn_amino_acid_16(X))
& quantity_2(fn_amino_acid_16(X),fn_amino_acid_7(X))
& directly_proportional_2(fn_amino_acid_6(X),fn_amino_acid_7(X))
& speed_2(fn_amino_acid_5(X),fn_amino_acid_6(X))
& object_2(fn_amino_acid_5(X),X)
& fn_amino_acid_19(X) = fn_share_2(fn_amino_acid_18(X))
& fn_amino_acid_28(X) = fn_organic_molecule_2(X)
& fn_amino_acid_17(X) = fn_share_1(fn_amino_acid_18(X))
& fn_amino_acid_22(X) = fn_share_3(fn_amino_acid_18(X))
& fn_amino_acid_24(X) = fn_share_3(fn_amino_acid_18(X))
& fn_amino_acid_24(X) = fn_share_1(fn_amino_acid_18(X))
& X = fn_functional_group_1(fn_amino_acid_25(X))
& X = fn_functional_group_1(fn_amino_acid_26(X))
& fn_amino_acid_17(X) = fn_organic_molecule_2(X)
& fn_amino_acid_24(X) = fn_organic_molecule_1(X)
& fn_amino_acid_23(X) = fn_organic_molecule_3(X)
& fn_amino_acid_22(X) = fn_amino_group_22(fn_amino_acid_25(X))
& fn_amino_acid_9(X) = fn_amino_group_24(fn_amino_acid_25(X))
& fn_amino_acid_28(X) = fn_amino_group_22(fn_amino_acid_25(X))
& fn_amino_acid_17(X) = fn_amino_group_20(fn_amino_acid_25(X))
& fn_amino_acid_20(X) = fn_carboxyl_group_58(fn_amino_acid_26(X))
& fn_amino_acid_8(X) = fn_carboxyl_group_63(fn_amino_acid_26(X))
& fn_amino_acid_19(X) = fn_carboxyl_group_45(fn_amino_acid_26(X))
& fn_amino_acid_21(X) = fn_carboxyl_group_22(fn_amino_acid_26(X))
& fn_amino_acid_14(X) = fn_carboxyl_group_47(fn_amino_acid_26(X))
& fn_amino_acid_22(X) = fn_carboxyl_group_25(fn_amino_acid_26(X))
& fn_amino_acid_13(X) = fn_carboxyl_group_67(fn_amino_acid_26(X))
& fn_amino_acid_12(X) = fn_carboxyl_group_56(fn_amino_acid_26(X))
& fn_amino_acid_19(X) = fn_carboxyl_group_17(fn_amino_acid_26(X))
& fn_amino_acid_20(X) = fn_carboxyl_group_21(fn_amino_acid_26(X))
& fn_amino_acid_27(X) = fn_carboxyl_group_23(fn_amino_acid_26(X))
& fn_amino_acid_13(X) = fn_carboxyl_group_55(fn_amino_acid_26(X))
& fn_amino_acid_28(X) = fn_carboxyl_group_25(fn_amino_acid_26(X))
& fn_amino_acid_21(X) = fn_carboxyl_group_63(fn_amino_acid_26(X))
& fn_amino_acid_15(X) = fn_carboxyl_group_16(fn_amino_acid_26(X))
& fn_amino_acid_10(X) = fn_carboxyl_group_49(fn_amino_acid_26(X))
& fn_amino_acid_11(X) = fn_carboxyl_group_24(fn_amino_acid_26(X))
& fn_amino_acid_24(X) = fn_carboxyl_group_19(fn_amino_acid_26(X))
& fn_amino_acid_27(X) = fn_carboxyl_group_24(fn_amino_acid_26(X))
& fn_amino_acid_11(X) = fn_carboxyl_group_23(fn_amino_acid_26(X))
& fn_amino_acid_3(X) = fn_molecule_1(X)
& fn_amino_acid_4(X) = fn_molecule_2(X)
& fn_amino_acid_5(X) = fn_molecule_8(X)
& fn_amino_acid_6(X) = fn_molecule_3(X)
& fn_amino_acid_7(X) = fn_molecule_4(X)
& fn_amino_acid_16(X) = fn_molecule_12(X)
& fn_share_1(fn_amino_acid_18(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_amino_group_20(fn_amino_acid_25(X))
& fn_amino_group_20(fn_amino_acid_25(X)) = fn_amino_group_20(fn_amino_acid_25(X))
& fn_amino_group_20(fn_amino_acid_25(X)) = fn_share_3(fn_amino_acid_18(X))
& fn_share_3(fn_amino_acid_18(X)) = fn_share_3(fn_amino_acid_18(X))
& fn_share_3(fn_amino_acid_18(X)) = fn_amino_group_22(fn_amino_acid_25(X))
& fn_carboxyl_group_25(fn_amino_acid_26(X)) = fn_share_2(fn_amino_acid_18(X))
& fn_share_2(fn_amino_acid_18(X)) = fn_carboxyl_group_45(fn_amino_acid_26(X))
& fn_carboxyl_group_45(fn_amino_acid_26(X)) = fn_carboxyl_group_45(fn_amino_acid_26(X))
& fn_carboxyl_group_45(fn_amino_acid_26(X)) = fn_carboxyl_group_17(fn_amino_acid_26(X))
& fn_carboxyl_group_17(fn_amino_acid_26(X)) = fn_carboxyl_group_17(fn_amino_acid_26(X))
& fn_carboxyl_group_17(fn_amino_acid_26(X)) = fn_carboxyl_group_58(fn_amino_acid_26(X))
& fn_carboxyl_group_58(fn_amino_acid_26(X)) = fn_carboxyl_group_21(fn_amino_acid_26(X))
& fn_carboxyl_group_21(fn_amino_acid_26(X)) = fn_carboxyl_group_21(fn_amino_acid_26(X))
& fn_carboxyl_group_21(fn_amino_acid_26(X)) = fn_carboxyl_group_67(fn_amino_acid_26(X))
& fn_carboxyl_group_67(fn_amino_acid_26(X)) = fn_carboxyl_group_67(fn_amino_acid_26(X))
& fn_carboxyl_group_67(fn_amino_acid_26(X)) = fn_carboxyl_group_55(fn_amino_acid_26(X))
& fn_carboxyl_group_55(fn_amino_acid_26(X)) = fn_carboxyl_group_55(fn_amino_acid_26(X))
& fn_carboxyl_group_55(fn_amino_acid_26(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_amino_group_22(fn_amino_acid_25(X))
& fn_amino_group_22(fn_amino_acid_25(X)) = fn_amino_group_22(fn_amino_acid_25(X))
& fn_amino_group_22(fn_amino_acid_25(X)) = fn_carboxyl_group_25(fn_amino_acid_26(X))
& fn_carboxyl_group_25(fn_amino_acid_26(X)) = fn_carboxyl_group_25(fn_amino_acid_26(X))
& fn_carboxyl_group_25(fn_amino_acid_26(X)) = fn_carboxyl_group_22(fn_amino_acid_26(X))
& fn_carboxyl_group_22(fn_amino_acid_26(X)) = fn_carboxyl_group_63(fn_amino_acid_26(X))
& fn_carboxyl_group_63(fn_amino_acid_26(X)) = fn_carboxyl_group_63(fn_amino_acid_26(X))
& fn_carboxyl_group_63(fn_amino_acid_26(X)) = fn_share_1(fn_amino_acid_18(X))
& fn_share_1(fn_amino_acid_18(X)) = fn_share_3(fn_amino_acid_18(X))
& fn_share_3(fn_amino_acid_18(X)) = fn_share_1(fn_amino_acid_18(X))
& fn_organic_molecule_1(X) = fn_share_1(fn_amino_acid_18(X))
& fn_share_1(fn_amino_acid_18(X)) = fn_share_1(fn_amino_acid_18(X))
& fn_share_1(fn_amino_acid_18(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_carboxyl_group_19(fn_amino_acid_26(X))
& fn_carboxyl_group_19(fn_amino_acid_26(X)) = fn_carboxyl_group_19(fn_amino_acid_26(X))
& fn_carboxyl_group_19(fn_amino_acid_26(X)) = fn_carboxyl_group_23(fn_amino_acid_26(X))
& fn_carboxyl_group_24(fn_amino_acid_26(X)) = fn_carboxyl_group_24(fn_amino_acid_26(X))
& fn_carboxyl_group_23(fn_amino_acid_26(X)) = fn_carboxyl_group_24(fn_amino_acid_26(X))
& fn_carboxyl_group_24(fn_amino_acid_26(X)) = fn_carboxyl_group_23(fn_amino_acid_26(X))
& fn_carboxyl_group_23(fn_amino_acid_26(X)) = fn_carboxyl_group_23(fn_amino_acid_26(X))
& fn_functional_group_1(fn_amino_acid_25(X)) = fn_functional_group_1(fn_amino_acid_26(X)) ) ) ).
fof(a527402,axiom,
! [X] :
( amino_acid_hormone_1(X)
=> ( original_name_2(X,'Amino-Acid-Hormone')
& user_description_2(X,'A hormone derived from a single amino acid.')
& concept2words_2(X,'amino acid hormone role')
& concept2words_2(X,'amino-acid-hormone-role')
& concept2words_2(X,'amino acid hormone')
& concept2words_2(X,'amino-acid-hormone')
& hormone_1(X)
& amino_acid_1(X) ) ) ).
fof(a527403,axiom,
! [X] :
( amino_acid_neurotransmitter_1(X)
=> ( original_name_2(X,'Amino-Acid-Neurotransmitter')
& user_description_2(X,'A neurotransmitter comprised of a single amino acid.')
& concept2words_2(X,'amino acid neurotransmitter')
& concept2words_2(X,'amino-acid-neurotransmitter')
& neurotransmitter_1(X)
& amino_acid_1(X) ) ) ).
fof(a527404,axiom,
! [X] :
( amino_acid_sequence_1(X)
=> ( original_name_2(X,'Amino-Acid-Sequence')
& user_description_2(X,'A series of amino acids in a particular order determined by inherited genetic information.')
& concept2words_2(X,'amino acid sequence')
& concept2words_2(X,'amino-acid-sequence')
& sequence_1(X)
& amino_acid_1(fn_amino_acid_sequence_1(X))
& amino_acid_1(fn_amino_acid_sequence_2(X))
& minCardinality(X,element_0,"2",amino_acid_0)
& first_element_2(X,fn_amino_acid_sequence_2(X))
& next_element_2(fn_amino_acid_sequence_2(X),fn_amino_acid_sequence_1(X))
& element_2(X,fn_amino_acid_sequence_1(X))
& element_2(X,fn_amino_acid_sequence_2(X))
& fn_amino_acid_sequence_1(X) = fn_sequence_1(X)
& fn_amino_acid_sequence_2(X) = fn_sequence_2(X) ) ) ).
fof(a527405,axiom,
! [X] :
( amino_end_1(X)
=> ( original_name_2(X,'Amino-End')
& user_description_2(X,'The end of a polypeptide chain with an unbound amine group.')
& concept2words_2(X,'n terminus')
& concept2words_2(X,'n-terminus')
& concept2words_2(X,'amino terminus')
& concept2words_2(X,'amino-terminus')
& concept2words_2(X,'n terminal end')
& concept2words_2(X,'n-terminal-end')
& concept2words_2(X,'amine terminus')
& concept2words_2(X,'amine-terminus')
& concept2words_2(X,'end of amino')
& concept2words_2(X,'amino end')
& concept2words_2(X,'amino-end')
& molecular_region_1(X)
& end_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X)
& ~ carboxyl_end_1(X)
& ~ hydrophilic_end_1(X)
& ~ hydrophobic_end_1(X)
& amino_group_1(fn_amino_end_1(X))
& is_at_2(fn_amino_end_1(X),X) ) ) ).
fof(a527406,axiom,
! [X] :
( amino_group_1(X)
=> ( original_name_2(X,'Amino-Group')
& user_description_2(X,'In chemistry, a functional group consisting of a nitrogen atom covalently bonded to two hydrogen atoms. In aqueous solutions amino groups act as a base, accepting a hydrogen atom from water and acquiring a +1 charge.')
& concept2words_2(X,nh2)
& concept2words_2(X,'-nh2')
& concept2words_2(X,'group of amino')
& concept2words_2(X,'amino group')
& concept2words_2(X,'amino-group')
& functional_group_1(X)
& ~ acetyl_group_1(X)
& ~ carbonyl_group_1(X)
& ~ carboxyl_group_1(X)
& ~ hydroxyl_group_1(X)
& ~ methyl_group_1(X)
& ~ phosphate_group_1(X)
& hydrophilic_region_1(fn_amino_group_1(X))
& atomic_number_value_1(fn_amino_group_2(X))
& quantity_value_1(fn_amino_group_3(X))
& atomic_nucleus_1(fn_amino_group_4(X))
& quantity_value_1(fn_amino_group_5(X))
& attract_1(fn_amino_group_6(X))
& atomic_orbital_1(fn_amino_group_7(X))
& proton_1(fn_amino_group_8(X))
& atomic_number_value_1(fn_amino_group_9(X))
& quantity_value_1(fn_amino_group_10(X))
& hydrogen_1(fn_amino_group_11(X))
& atom_1(fn_amino_group_12(X))
& hydrogen_1(fn_amino_group_12(X))
& hydrogen_1(fn_amino_group_13(X))
& hydrogen_1(fn_amino_group_14(X))
& hydrogen_1(fn_amino_group_15(X))
& hydrogen_1(fn_amino_group_16(X))
& center_1(fn_amino_group_17(X))
& electron_shell_1(fn_amino_group_18(X))
& first_electron_shell_1(fn_amino_group_18(X))
& electron_1(fn_amino_group_19(X))
& valence_electron_1(fn_amino_group_19(X))
& tangible_entity_1(fn_amino_group_20(X))
& entity_1(fn_amino_group_20(X))
& atom_1(fn_amino_group_20(X))
& nitrogen_1(fn_amino_group_20(X))
& single_bond_1(fn_amino_group_21(X))
& entity_1(fn_amino_group_22(X))
& chemical_entity_1(fn_amino_group_22(X))
& atom_1(fn_amino_group_22(X))
& hydrogen_1(fn_amino_group_22(X))
& valence_electron_1(fn_amino_group_23(X))
& electron_shell_1(fn_amino_group_24(X))
& center_1(fn_amino_group_25(X))
& atomic_nucleus_1(fn_amino_group_26(X))
& proton_1(fn_amino_group_27(X))
& electron_1(fn_amino_group_28(X))
& valence_electron_1(fn_amino_group_28(X))
& constant_motion_1(fn_amino_group_29(X))
& asymmetrical_distribution_1(fn_amino_group_30(X))
& s_orbital_1(fn_amino_group_31(X))
& share_1(fn_amino_group_32(X))
& hold_1(fn_amino_group_33(X))
& hold_together_1(fn_amino_group_33(X))
& quantity_value_1(fn_amino_group_34(X))
& attract_1(fn_amino_group_35(X))
& atom_1(fn_first_electron_shell_3(fn_amino_group_18(X)))
& s_orbital_1(fn_first_electron_shell_4(fn_amino_group_18(X)))
& property_node_1(fn_atom_1(fn_amino_group_20(X)))
& quantity_value_1(fn_atom_5(fn_amino_group_20(X)))
& hold_together_1(fn_covalent_bond_14(fn_amino_group_21(X)))
& asymmetrical_distribution_1(fn_covalent_bond_1(fn_amino_group_21(X)))
& constant_motion_1(fn_covalent_bond_16(fn_amino_group_21(X)))
& share_1(fn_covalent_bond_17(fn_amino_group_21(X)))
& property_node_1(fn_hydrogen_6(fn_amino_group_11(X)))
& quantity_value_1(fn_hydrogen_11(fn_amino_group_11(X)))
& property_node_1(fn_atomic_nucleus_6(fn_amino_group_4(X)))
& property_node_1(fn_atomic_nucleus_5(fn_amino_group_4(X)))
& attract_1(fn_atomic_nucleus_7(fn_amino_group_26(X)))
& property_node_1(fn_atomic_nucleus_6(fn_amino_group_26(X)))
& property_node_1(fn_atomic_nucleus_5(fn_amino_group_26(X)))
& valence_electron_1(fn_nitrogen_18(fn_amino_group_20(X)))
& electron_shell_1(fn_covalent_bond_12(fn_amino_group_21(X)))
& electron_shell_1(fn_nitrogen_14(fn_amino_group_20(X)))
& atomic_orbital_1(fn_covalent_bond_13(fn_amino_group_21(X)))
& atomic_orbital_1(fn_nitrogen_9(fn_amino_group_20(X)))
& tangible_entity_1(fn_hold_2(fn_amino_group_33(X)))
& entity_1(fn_share_1(fn_amino_group_32(X)))
& atom_1(fn_atomic_nucleus_4(fn_amino_group_26(X)))
& electron_1(fn_atom_14(fn_amino_group_20(X)))
& electron_1(fn_atomic_nucleus_8(fn_amino_group_26(X)))
& valence_electron_1(fn_nitrogen_13(fn_amino_group_20(X)))
& valence_electron_1(fn_covalent_bond_15(fn_amino_group_21(X)))
& entity_1(fn_share_3(fn_amino_group_32(X)))
& entity_1(fn_covalent_bond_20(fn_amino_group_21(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_amino_group_21(X)))
& atom_1(fn_covalent_bond_20(fn_amino_group_21(X)))
& entity_1(fn_covalent_bond_19(fn_amino_group_21(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_amino_group_21(X)))
& atom_1(fn_covalent_bond_19(fn_amino_group_21(X)))
& atom_1(fn_atomic_nucleus_4(fn_amino_group_4(X)))
& electron_1(fn_first_electron_shell_5(fn_amino_group_18(X)))
& electron_1(fn_atomic_nucleus_8(fn_amino_group_4(X)))
& valence_electron_1(fn_covalent_bond_18(fn_amino_group_21(X)))
& valence_electron_1(fn_hydrogen_12(fn_amino_group_11(X)))
& electron_shell_1(fn_hydrogen_16(fn_amino_group_16(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_amino_group_16(X)))
& electron_shell_1(fn_hydrogen_16(fn_amino_group_15(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_amino_group_15(X)))
& electron_shell_1(fn_hydrogen_16(fn_amino_group_14(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_amino_group_14(X)))
& electron_shell_1(fn_hydrogen_16(fn_amino_group_13(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_amino_group_13(X)))
& electron_shell_1(fn_hydrogen_16(fn_amino_group_12(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_amino_group_12(X)))
& electron_shell_1(fn_covalent_bond_11(fn_amino_group_21(X)))
& electron_shell_1(fn_hydrogen_16(fn_amino_group_11(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_amino_group_11(X)))
& attract_1(fn_covalent_bond_10(fn_amino_group_21(X)))
& attract_1(fn_atomic_nucleus_7(fn_amino_group_4(X)))
& center_1(fn_covalent_bond_21(fn_amino_group_21(X)))
& center_1(fn_hydrogen_14(fn_amino_group_16(X)))
& center_1(fn_hydrogen_14(fn_amino_group_15(X)))
& center_1(fn_hydrogen_14(fn_amino_group_14(X)))
& center_1(fn_hydrogen_14(fn_amino_group_13(X)))
& center_1(fn_hydrogen_14(fn_amino_group_12(X)))
& center_1(fn_hydrogen_14(fn_amino_group_11(X)))
& center_1(fn_atomic_nucleus_3(fn_amino_group_4(X)))
& atomic_number_value_1(fn_hydrogen_10(fn_amino_group_11(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_amino_group_4(X)))
& quantity_value_1(fn_hydrogen_17(fn_amino_group_11(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_amino_group_4(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_amino_group_11(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_amino_group_21(X)))
& proton_1(fn_hydrogen_13(fn_amino_group_11(X)))
& proton_1(fn_atomic_nucleus_9(fn_amino_group_4(X)))
& center_1(fn_covalent_bond_23(fn_amino_group_21(X)))
& center_1(fn_nitrogen_11(fn_amino_group_20(X)))
& center_1(fn_atomic_nucleus_3(fn_amino_group_26(X)))
& atomic_number_value_1(fn_atom_17(fn_amino_group_20(X)))
& atomic_number_value_1(fn_nitrogen_16(fn_amino_group_20(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_amino_group_26(X)))
& quantity_value_1(fn_atom_11(fn_amino_group_20(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_amino_group_26(X)))
& atomic_nucleus_1(fn_atom_18(fn_amino_group_20(X)))
& atomic_nucleus_1(fn_nitrogen_10(fn_amino_group_20(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_amino_group_21(X)))
& proton_1(fn_atom_8(fn_amino_group_20(X)))
& proton_1(fn_nitrogen_12(fn_amino_group_20(X)))
& proton_1(fn_atomic_nucleus_9(fn_amino_group_26(X)))
& fn_amino_group_28(X) != fn_amino_group_23(X)
& fn_amino_group_28(X) != fn_amino_group_19(X)
& fn_amino_group_23(X) != fn_amino_group_28(X)
& is_inside_2(fn_amino_group_22(X),X)
& has_region_2(X,fn_amino_group_1(X))
& is_between_2(fn_amino_group_21(X),fn_amino_group_20(X))
& is_inside_2(fn_amino_group_20(X),X)
& is_inside_2(fn_amino_group_1(X),X)
& fn_amino_group_19(X) != fn_amino_group_28(X)
& object_2(fn_amino_group_33(X),fn_amino_group_20(X))
& agent_2(fn_amino_group_32(X),fn_amino_group_20(X))
& fn_amino_group_22(X) != fn_amino_group_20(X)
& fn_amino_group_20(X) != fn_amino_group_22(X)
& has_region_2(fn_amino_group_16(X),fn_amino_group_17(X))
& has_region_2(fn_amino_group_16(X),fn_amino_group_18(X))
& has_region_2(fn_amino_group_15(X),fn_amino_group_17(X))
& has_region_2(fn_amino_group_15(X),fn_amino_group_18(X))
& has_region_2(fn_amino_group_14(X),fn_amino_group_17(X))
& has_region_2(fn_amino_group_14(X),fn_amino_group_18(X))
& has_region_2(fn_amino_group_13(X),fn_amino_group_17(X))
& has_region_2(fn_amino_group_13(X),fn_amino_group_18(X))
& has_region_2(fn_amino_group_12(X),fn_amino_group_17(X))
& has_region_2(fn_amino_group_12(X),fn_amino_group_18(X))
& has_region_2(fn_amino_group_18(X),fn_amino_group_31(X))
& is_inside_2(fn_amino_group_19(X),fn_amino_group_31(X))
& quantity_2(fn_amino_group_28(X),fn_amino_group_34(X))
& has_region_2(fn_amino_group_22(X),fn_amino_group_18(X))
& fn_amino_group_18(X) != fn_amino_group_24(X)
& is_inside_2(fn_amino_group_23(X),fn_amino_group_7(X))
& fn_amino_group_24(X) != fn_amino_group_18(X)
& object_2(fn_amino_group_33(X),fn_amino_group_22(X))
& agent_2(fn_amino_group_32(X),fn_amino_group_22(X))
& fn_amino_group_17(X) != fn_amino_group_25(X)
& fn_amino_group_25(X) != fn_amino_group_17(X)
& is_between_2(fn_amino_group_21(X),fn_amino_group_22(X))
& has_region_2(fn_amino_group_22(X),fn_amino_group_17(X))
& called_2(fn_amino_group_34(X),'Number_Electron')
& fn_amino_group_3(X) = fn_amino_group_34(X)
& fn_amino_group_34(X) = fn_amino_group_3(X)
& object_2(fn_amino_group_35(X),fn_amino_group_28(X))
& has_part_2(fn_amino_group_20(X),fn_amino_group_23(X))
& has_part_2(fn_amino_group_20(X),fn_amino_group_27(X))
& has_region_2(fn_amino_group_20(X),fn_amino_group_25(X))
& the_cardinal_value_2(fn_amino_group_2(X),"7")
& cardinal_unit_class_2(fn_amino_group_2(X),unity_0)
& has_region_2(fn_amino_group_20(X),fn_amino_group_26(X))
& is_near_2(fn_amino_group_23(X),fn_amino_group_26(X))
& is_near_2(fn_amino_group_26(X),fn_amino_group_23(X))
& has_part_2(fn_amino_group_20(X),fn_amino_group_28(X))
& is_inside_2(fn_amino_group_28(X),fn_amino_group_7(X))
& has_region_2(fn_amino_group_24(X),fn_amino_group_7(X))
& has_region_2(fn_amino_group_20(X),fn_amino_group_24(X))
& atomic_number_2(fn_amino_group_20(X),fn_amino_group_2(X))
& has_function_2(fn_amino_group_21(X),fn_amino_group_33(X))
& object_2(fn_amino_group_6(X),fn_amino_group_19(X))
& agent_2(fn_amino_group_33(X),fn_amino_group_21(X))
& object_2(fn_amino_group_32(X),fn_amino_group_28(X))
& is_near_2(fn_amino_group_26(X),fn_amino_group_28(X))
& fn_amino_group_4(X) != fn_amino_group_26(X)
& fn_amino_group_26(X) != fn_amino_group_4(X)
& is_near_2(fn_amino_group_28(X),fn_amino_group_26(X))
& result_2(fn_amino_group_32(X),fn_amino_group_21(X))
& object_2(fn_amino_group_32(X),fn_amino_group_19(X))
& object_2(fn_amino_group_29(X),fn_amino_group_19(X))
& causes_2(fn_amino_group_29(X),fn_amino_group_30(X))
& object_2(fn_amino_group_30(X),fn_amino_group_19(X))
& has_region_2(fn_amino_group_11(X),fn_amino_group_17(X))
& has_part_2(fn_amino_group_22(X),fn_amino_group_8(X))
& the_cardinal_value_2(fn_amino_group_5(X),"1")
& cardinal_unit_class_2(fn_amino_group_5(X),unity_0)
& has_part_2(fn_amino_group_22(X),fn_amino_group_19(X))
& atomic_number_2(fn_amino_group_22(X),fn_amino_group_9(X))
& the_cardinal_value_2(fn_amino_group_9(X),"1")
& cardinal_unit_class_2(fn_amino_group_9(X),unity_0)
& quantity_2(fn_amino_group_19(X),fn_amino_group_5(X))
& called_2(fn_amino_group_5(X),'Number_Electron')
& fn_amino_group_10(X) = fn_amino_group_5(X)
& fn_amino_group_5(X) = fn_amino_group_10(X)
& has_region_2(fn_amino_group_11(X),fn_amino_group_18(X))
& is_inside_2(fn_amino_group_4(X),fn_amino_group_18(X))
& has_region_2(fn_amino_group_22(X),fn_amino_group_4(X))
& is_near_2(fn_amino_group_19(X),fn_amino_group_4(X))
& is_near_2(fn_amino_group_4(X),fn_amino_group_19(X))
& called_2(fn_amino_group_9(X),'Atomic_Number')
& agent_2(fn_amino_group_6(X),fn_amino_group_8(X))
& is_at_2(fn_amino_group_4(X),fn_amino_group_17(X))
& is_inside_2(fn_amino_group_8(X),fn_amino_group_4(X))
& quantity_2(fn_amino_group_8(X),fn_amino_group_10(X))
& called_2(fn_amino_group_10(X),'Number_Proton')
& fn_amino_group_9(X) = fn_amino_group_10(X)
& fn_amino_group_10(X) = fn_amino_group_9(X)
& agent_2(fn_amino_group_35(X),fn_amino_group_27(X))
& is_at_2(fn_amino_group_26(X),fn_amino_group_25(X))
& called_2(fn_amino_group_2(X),'Atomic_Number')
& is_inside_2(fn_amino_group_27(X),fn_amino_group_26(X))
& quantity_2(fn_amino_group_27(X),fn_amino_group_3(X))
& called_2(fn_amino_group_3(X),'Number_Proton')
& fn_amino_group_2(X) = fn_amino_group_3(X)
& fn_amino_group_3(X) = fn_amino_group_2(X)
& fn_amino_group_20(X) = fn_hold_2(fn_amino_group_33(X))
& fn_amino_group_22(X) = fn_share_3(fn_amino_group_32(X))
& fn_amino_group_20(X) = fn_share_3(fn_amino_group_32(X))
& fn_amino_group_20(X) = fn_share_1(fn_amino_group_32(X))
& fn_amino_group_17(X) = fn_hydrogen_14(fn_amino_group_16(X))
& fn_amino_group_18(X) = fn_hydrogen_16(fn_amino_group_16(X))
& fn_amino_group_17(X) = fn_hydrogen_14(fn_amino_group_15(X))
& fn_amino_group_18(X) = fn_hydrogen_16(fn_amino_group_15(X))
& fn_amino_group_17(X) = fn_hydrogen_14(fn_amino_group_14(X))
& fn_amino_group_18(X) = fn_hydrogen_16(fn_amino_group_14(X))
& fn_amino_group_17(X) = fn_hydrogen_14(fn_amino_group_13(X))
& fn_amino_group_18(X) = fn_hydrogen_16(fn_amino_group_13(X))
& fn_amino_group_17(X) = fn_hydrogen_14(fn_amino_group_12(X))
& fn_amino_group_12(X) = fn_first_electron_shell_3(fn_amino_group_18(X))
& fn_amino_group_18(X) = fn_hydrogen_16(fn_amino_group_12(X))
& fn_amino_group_19(X) = fn_first_electron_shell_5(fn_amino_group_18(X))
& fn_amino_group_31(X) = fn_first_electron_shell_4(fn_amino_group_18(X))
& fn_amino_group_23(X) = fn_covalent_bond_18(fn_amino_group_21(X))
& fn_amino_group_18(X) = fn_covalent_bond_11(fn_amino_group_21(X))
& fn_amino_group_25(X) = fn_covalent_bond_23(fn_amino_group_21(X))
& fn_amino_group_22(X) = fn_covalent_bond_20(fn_amino_group_21(X))
& fn_amino_group_39(X) = fn_atom_1(fn_amino_group_20(X))
& fn_amino_group_34(X) = fn_atom_5(fn_amino_group_20(X))
& fn_amino_group_23(X) = fn_nitrogen_18(fn_amino_group_20(X))
& fn_amino_group_27(X) = fn_nitrogen_12(fn_amino_group_20(X))
& fn_amino_group_25(X) = fn_nitrogen_11(fn_amino_group_20(X))
& fn_amino_group_23(X) = fn_nitrogen_13(fn_amino_group_20(X))
& fn_amino_group_26(X) = fn_nitrogen_10(fn_amino_group_20(X))
& fn_amino_group_2(X) = fn_nitrogen_16(fn_amino_group_20(X))
& fn_amino_group_24(X) = fn_covalent_bond_12(fn_amino_group_21(X))
& fn_amino_group_7(X) = fn_covalent_bond_13(fn_amino_group_21(X))
& fn_amino_group_24(X) = fn_nitrogen_14(fn_amino_group_20(X))
& fn_amino_group_7(X) = fn_nitrogen_9(fn_amino_group_20(X))
& fn_amino_group_20(X) = fn_atomic_nucleus_4(fn_amino_group_26(X))
& fn_amino_group_28(X) = fn_nitrogen_13(fn_amino_group_20(X))
& fn_amino_group_6(X) = fn_covalent_bond_10(fn_amino_group_21(X))
& fn_amino_group_33(X) = fn_covalent_bond_14(fn_amino_group_21(X))
& fn_amino_group_28(X) = fn_atom_14(fn_amino_group_20(X))
& fn_amino_group_26(X) = fn_atom_18(fn_amino_group_20(X))
& fn_amino_group_28(X) = fn_atomic_nucleus_8(fn_amino_group_26(X))
& fn_amino_group_26(X) = fn_covalent_bond_24(fn_amino_group_21(X))
& fn_amino_group_28(X) = fn_covalent_bond_15(fn_amino_group_21(X))
& fn_amino_group_30(X) = fn_covalent_bond_1(fn_amino_group_21(X))
& fn_amino_group_29(X) = fn_covalent_bond_16(fn_amino_group_21(X))
& fn_amino_group_32(X) = fn_covalent_bond_17(fn_amino_group_21(X))
& fn_amino_group_17(X) = fn_hydrogen_14(fn_amino_group_11(X))
& fn_amino_group_8(X) = fn_hydrogen_13(fn_amino_group_11(X))
& fn_amino_group_36(X) = fn_hydrogen_6(fn_amino_group_11(X))
& fn_amino_group_9(X) = fn_hydrogen_10(fn_amino_group_11(X))
& fn_amino_group_10(X) = fn_hydrogen_17(fn_amino_group_11(X))
& fn_amino_group_5(X) = fn_hydrogen_11(fn_amino_group_11(X))
& fn_amino_group_22(X) = fn_covalent_bond_19(fn_amino_group_21(X))
& fn_amino_group_22(X) = fn_atomic_nucleus_4(fn_amino_group_4(X))
& fn_amino_group_19(X) = fn_covalent_bond_18(fn_amino_group_21(X))
& fn_amino_group_19(X) = fn_atomic_nucleus_8(fn_amino_group_4(X))
& fn_amino_group_19(X) = fn_hydrogen_12(fn_amino_group_11(X))
& fn_amino_group_4(X) = fn_hydrogen_15(fn_amino_group_11(X))
& fn_amino_group_18(X) = fn_hydrogen_16(fn_amino_group_11(X))
& fn_amino_group_6(X) = fn_atomic_nucleus_7(fn_amino_group_4(X))
& fn_amino_group_37(X) = fn_atomic_nucleus_6(fn_amino_group_4(X))
& fn_amino_group_4(X) = fn_covalent_bond_22(fn_amino_group_21(X))
& fn_amino_group_17(X) = fn_covalent_bond_21(fn_amino_group_21(X))
& fn_amino_group_17(X) = fn_atomic_nucleus_3(fn_amino_group_4(X))
& fn_amino_group_41(X) = fn_atomic_nucleus_5(fn_amino_group_4(X))
& fn_amino_group_9(X) = fn_atomic_nucleus_1(fn_amino_group_4(X))
& fn_amino_group_10(X) = fn_atomic_nucleus_2(fn_amino_group_4(X))
& fn_amino_group_8(X) = fn_atomic_nucleus_9(fn_amino_group_4(X))
& fn_amino_group_35(X) = fn_atomic_nucleus_7(fn_amino_group_26(X))
& fn_amino_group_25(X) = fn_atomic_nucleus_3(fn_amino_group_26(X))
& fn_amino_group_38(X) = fn_atomic_nucleus_6(fn_amino_group_26(X))
& fn_amino_group_40(X) = fn_atomic_nucleus_5(fn_amino_group_26(X))
& fn_amino_group_2(X) = fn_atom_17(fn_amino_group_20(X))
& fn_amino_group_2(X) = fn_atomic_nucleus_1(fn_amino_group_26(X))
& fn_amino_group_27(X) = fn_atom_8(fn_amino_group_20(X))
& fn_amino_group_3(X) = fn_atom_11(fn_amino_group_20(X))
& fn_amino_group_3(X) = fn_atomic_nucleus_2(fn_amino_group_26(X))
& fn_amino_group_27(X) = fn_atomic_nucleus_9(fn_amino_group_26(X))
& fn_covalent_bond_18(fn_amino_group_21(X)) = fn_nitrogen_18(fn_amino_group_20(X))
& fn_nitrogen_18(fn_amino_group_20(X)) = fn_nitrogen_18(fn_amino_group_20(X))
& fn_nitrogen_18(fn_amino_group_20(X)) = fn_nitrogen_13(fn_amino_group_20(X))
& fn_nitrogen_13(fn_amino_group_20(X)) = fn_covalent_bond_12(fn_amino_group_21(X))
& fn_nitrogen_14(fn_amino_group_20(X)) = fn_covalent_bond_12(fn_amino_group_21(X))
& fn_covalent_bond_12(fn_amino_group_21(X)) = fn_nitrogen_14(fn_amino_group_20(X))
& fn_nitrogen_14(fn_amino_group_20(X)) = fn_covalent_bond_13(fn_amino_group_21(X))
& fn_covalent_bond_13(fn_amino_group_21(X)) = fn_covalent_bond_13(fn_amino_group_21(X))
& fn_covalent_bond_13(fn_amino_group_21(X)) = fn_nitrogen_9(fn_amino_group_20(X))
& fn_nitrogen_9(fn_amino_group_20(X)) = fn_nitrogen_9(fn_amino_group_20(X))
& fn_nitrogen_9(fn_amino_group_20(X)) = fn_hold_2(fn_amino_group_33(X))
& fn_hold_2(fn_amino_group_33(X)) = fn_share_3(fn_amino_group_32(X))
& fn_share_3(fn_amino_group_32(X)) = fn_hold_2(fn_amino_group_33(X))
& fn_hold_2(fn_amino_group_33(X)) = fn_share_1(fn_amino_group_32(X))
& fn_share_1(fn_amino_group_32(X)) = fn_share_1(fn_amino_group_32(X))
& fn_share_1(fn_amino_group_32(X)) = fn_atomic_nucleus_4(fn_amino_group_26(X))
& fn_atomic_nucleus_4(fn_amino_group_26(X)) = fn_atomic_nucleus_4(fn_amino_group_26(X))
& fn_atomic_nucleus_4(fn_amino_group_26(X)) = fn_atom_14(fn_amino_group_20(X))
& fn_atomic_nucleus_8(fn_amino_group_26(X)) = fn_atom_14(fn_amino_group_20(X))
& fn_atom_14(fn_amino_group_20(X)) = fn_atomic_nucleus_8(fn_amino_group_26(X))
& fn_nitrogen_13(fn_amino_group_20(X)) = fn_atomic_nucleus_8(fn_amino_group_26(X))
& fn_atomic_nucleus_8(fn_amino_group_26(X)) = fn_atomic_nucleus_8(fn_amino_group_26(X))
& fn_atomic_nucleus_8(fn_amino_group_26(X)) = fn_nitrogen_13(fn_amino_group_20(X))
& fn_nitrogen_13(fn_amino_group_20(X)) = fn_nitrogen_13(fn_amino_group_20(X))
& fn_nitrogen_13(fn_amino_group_20(X)) = fn_covalent_bond_15(fn_amino_group_21(X))
& fn_covalent_bond_15(fn_amino_group_21(X)) = fn_covalent_bond_15(fn_amino_group_21(X))
& fn_covalent_bond_15(fn_amino_group_21(X)) = fn_share_3(fn_amino_group_32(X))
& fn_share_3(fn_amino_group_32(X)) = fn_share_3(fn_amino_group_32(X))
& fn_share_3(fn_amino_group_32(X)) = fn_covalent_bond_20(fn_amino_group_21(X))
& fn_covalent_bond_20(fn_amino_group_21(X)) = fn_covalent_bond_20(fn_amino_group_21(X))
& fn_covalent_bond_19(fn_amino_group_21(X)) = fn_covalent_bond_20(fn_amino_group_21(X))
& fn_covalent_bond_20(fn_amino_group_21(X)) = fn_covalent_bond_19(fn_amino_group_21(X))
& fn_covalent_bond_19(fn_amino_group_21(X)) = fn_covalent_bond_19(fn_amino_group_21(X))
& fn_atomic_nucleus_4(fn_amino_group_4(X)) = fn_atomic_nucleus_4(fn_amino_group_4(X))
& fn_atomic_nucleus_4(fn_amino_group_4(X)) = fn_covalent_bond_19(fn_amino_group_21(X))
& fn_covalent_bond_19(fn_amino_group_21(X)) = fn_atomic_nucleus_4(fn_amino_group_4(X))
& fn_atomic_nucleus_4(fn_amino_group_4(X)) = fn_first_electron_shell_5(fn_amino_group_18(X))
& fn_first_electron_shell_5(fn_amino_group_18(X)) = fn_atomic_nucleus_8(fn_amino_group_4(X))
& fn_atomic_nucleus_8(fn_amino_group_4(X)) = fn_atomic_nucleus_8(fn_amino_group_4(X))
& fn_covalent_bond_18(fn_amino_group_21(X)) = fn_atomic_nucleus_8(fn_amino_group_4(X))
& fn_atomic_nucleus_8(fn_amino_group_4(X)) = fn_covalent_bond_18(fn_amino_group_21(X))
& fn_covalent_bond_18(fn_amino_group_21(X)) = fn_covalent_bond_18(fn_amino_group_21(X))
& fn_hydrogen_12(fn_amino_group_11(X)) = fn_hydrogen_12(fn_amino_group_11(X))
& fn_hydrogen_12(fn_amino_group_11(X)) = fn_covalent_bond_18(fn_amino_group_21(X))
& fn_covalent_bond_18(fn_amino_group_21(X)) = fn_hydrogen_12(fn_amino_group_11(X))
& fn_hydrogen_12(fn_amino_group_11(X)) = fn_hydrogen_16(fn_amino_group_16(X))
& fn_hydrogen_16(fn_amino_group_16(X)) = fn_hydrogen_16(fn_amino_group_15(X))
& fn_hydrogen_16(fn_amino_group_15(X)) = fn_hydrogen_16(fn_amino_group_14(X))
& fn_hydrogen_16(fn_amino_group_14(X)) = fn_hydrogen_16(fn_amino_group_13(X))
& fn_hydrogen_16(fn_amino_group_13(X)) = fn_hydrogen_16(fn_amino_group_12(X))
& fn_hydrogen_16(fn_amino_group_12(X)) = fn_covalent_bond_11(fn_amino_group_21(X))
& fn_covalent_bond_11(fn_amino_group_21(X)) = fn_covalent_bond_11(fn_amino_group_21(X))
& fn_covalent_bond_11(fn_amino_group_21(X)) = fn_hydrogen_16(fn_amino_group_11(X))
& fn_hydrogen_16(fn_amino_group_11(X)) = fn_hydrogen_16(fn_amino_group_11(X))
& fn_hydrogen_16(fn_amino_group_11(X)) = fn_atomic_nucleus_7(fn_amino_group_4(X))
& fn_atomic_nucleus_7(fn_amino_group_4(X)) = fn_covalent_bond_10(fn_amino_group_21(X))
& fn_covalent_bond_10(fn_amino_group_21(X)) = fn_atomic_nucleus_7(fn_amino_group_4(X))
& fn_atomic_nucleus_7(fn_amino_group_4(X)) = fn_hydrogen_14(fn_amino_group_16(X))
& fn_hydrogen_14(fn_amino_group_12(X)) = fn_covalent_bond_21(fn_amino_group_21(X))
& fn_covalent_bond_21(fn_amino_group_21(X)) = fn_covalent_bond_21(fn_amino_group_21(X))
& fn_covalent_bond_21(fn_amino_group_21(X)) = fn_hydrogen_14(fn_amino_group_11(X))
& fn_hydrogen_14(fn_amino_group_11(X)) = fn_covalent_bond_21(fn_amino_group_21(X))
& fn_covalent_bond_21(fn_amino_group_21(X)) = fn_hydrogen_14(fn_amino_group_16(X))
& fn_hydrogen_14(fn_amino_group_16(X)) = fn_hydrogen_14(fn_amino_group_15(X))
& fn_hydrogen_14(fn_amino_group_15(X)) = fn_hydrogen_14(fn_amino_group_14(X))
& fn_hydrogen_14(fn_amino_group_14(X)) = fn_hydrogen_14(fn_amino_group_13(X))
& fn_hydrogen_14(fn_amino_group_13(X)) = fn_hydrogen_14(fn_amino_group_12(X))
& fn_hydrogen_14(fn_amino_group_12(X)) = fn_atomic_nucleus_3(fn_amino_group_4(X))
& fn_atomic_nucleus_3(fn_amino_group_4(X)) = fn_hydrogen_14(fn_amino_group_11(X))
& fn_hydrogen_14(fn_amino_group_11(X)) = fn_atomic_nucleus_3(fn_amino_group_4(X))
& fn_atomic_nucleus_3(fn_amino_group_4(X)) = fn_hydrogen_10(fn_amino_group_11(X))
& fn_hydrogen_10(fn_amino_group_11(X)) = fn_hydrogen_10(fn_amino_group_11(X))
& fn_hydrogen_10(fn_amino_group_11(X)) = fn_atomic_nucleus_1(fn_amino_group_4(X))
& fn_atomic_nucleus_1(fn_amino_group_4(X)) = fn_atomic_nucleus_1(fn_amino_group_4(X))
& fn_atomic_nucleus_1(fn_amino_group_4(X)) = fn_hydrogen_17(fn_amino_group_11(X))
& fn_hydrogen_17(fn_amino_group_11(X)) = fn_hydrogen_17(fn_amino_group_11(X))
& fn_hydrogen_17(fn_amino_group_11(X)) = fn_atomic_nucleus_2(fn_amino_group_4(X))
& fn_atomic_nucleus_2(fn_amino_group_4(X)) = fn_atomic_nucleus_2(fn_amino_group_4(X))
& fn_atomic_nucleus_2(fn_amino_group_4(X)) = fn_covalent_bond_22(fn_amino_group_21(X))
& fn_covalent_bond_22(fn_amino_group_21(X)) = fn_covalent_bond_22(fn_amino_group_21(X))
& fn_covalent_bond_22(fn_amino_group_21(X)) = fn_hydrogen_15(fn_amino_group_11(X))
& fn_hydrogen_15(fn_amino_group_11(X)) = fn_hydrogen_15(fn_amino_group_11(X))
& fn_hydrogen_15(fn_amino_group_11(X)) = fn_covalent_bond_22(fn_amino_group_21(X))
& fn_covalent_bond_22(fn_amino_group_21(X)) = fn_hydrogen_13(fn_amino_group_11(X))
& fn_hydrogen_13(fn_amino_group_11(X)) = fn_atomic_nucleus_9(fn_amino_group_4(X))
& fn_atomic_nucleus_9(fn_amino_group_4(X)) = fn_atomic_nucleus_9(fn_amino_group_4(X))
& fn_atomic_nucleus_9(fn_amino_group_4(X)) = fn_covalent_bond_23(fn_amino_group_21(X))
& fn_covalent_bond_23(fn_amino_group_21(X)) = fn_covalent_bond_23(fn_amino_group_21(X))
& fn_covalent_bond_23(fn_amino_group_21(X)) = fn_nitrogen_11(fn_amino_group_20(X))
& fn_nitrogen_11(fn_amino_group_20(X)) = fn_nitrogen_11(fn_amino_group_20(X))
& fn_nitrogen_11(fn_amino_group_20(X)) = fn_atomic_nucleus_3(fn_amino_group_26(X))
& fn_atomic_nucleus_3(fn_amino_group_26(X)) = fn_nitrogen_16(fn_amino_group_20(X))
& fn_nitrogen_16(fn_amino_group_20(X)) = fn_atom_17(fn_amino_group_20(X))
& fn_atom_17(fn_amino_group_20(X)) = fn_atom_17(fn_amino_group_20(X))
& fn_atom_17(fn_amino_group_20(X)) = fn_nitrogen_16(fn_amino_group_20(X))
& fn_nitrogen_16(fn_amino_group_20(X)) = fn_nitrogen_16(fn_amino_group_20(X))
& fn_nitrogen_16(fn_amino_group_20(X)) = fn_atomic_nucleus_1(fn_amino_group_26(X))
& fn_atomic_nucleus_1(fn_amino_group_26(X)) = fn_atomic_nucleus_1(fn_amino_group_26(X))
& fn_atomic_nucleus_1(fn_amino_group_26(X)) = fn_atom_11(fn_amino_group_20(X))
& fn_atomic_nucleus_2(fn_amino_group_26(X)) = fn_atomic_nucleus_2(fn_amino_group_26(X))
& fn_atomic_nucleus_2(fn_amino_group_26(X)) = fn_atom_11(fn_amino_group_20(X))
& fn_atom_11(fn_amino_group_20(X)) = fn_atomic_nucleus_2(fn_amino_group_26(X))
& fn_atomic_nucleus_2(fn_amino_group_26(X)) = fn_nitrogen_10(fn_amino_group_20(X))
& fn_nitrogen_10(fn_amino_group_20(X)) = fn_atom_18(fn_amino_group_20(X))
& fn_atom_18(fn_amino_group_20(X)) = fn_atom_18(fn_amino_group_20(X))
& fn_atom_18(fn_amino_group_20(X)) = fn_nitrogen_10(fn_amino_group_20(X))
& fn_nitrogen_10(fn_amino_group_20(X)) = fn_nitrogen_10(fn_amino_group_20(X))
& fn_nitrogen_10(fn_amino_group_20(X)) = fn_covalent_bond_24(fn_amino_group_21(X))
& fn_covalent_bond_24(fn_amino_group_21(X)) = fn_covalent_bond_24(fn_amino_group_21(X))
& fn_covalent_bond_24(fn_amino_group_21(X)) = fn_atom_8(fn_amino_group_20(X))
& fn_nitrogen_12(fn_amino_group_20(X)) = fn_atom_8(fn_amino_group_20(X))
& fn_atom_8(fn_amino_group_20(X)) = fn_nitrogen_12(fn_amino_group_20(X))
& fn_nitrogen_12(fn_amino_group_20(X)) = fn_atomic_nucleus_9(fn_amino_group_26(X))
& fn_atomic_nucleus_9(fn_amino_group_26(X)) = fn_atomic_nucleus_9(fn_amino_group_26(X)) ) ) ).
fof(a527407,axiom,
! [X] :
( amino_peptidase_1(X)
=> ( original_name_2(X,'Amino-Peptidase')
& user_description_2(X,'Enzyme produced by the small intestine which catalyzes reactions involved in the digestion of proteins.')
& concept2words_2(X,'peptidase of amino')
& concept2words_2(X,'amino peptidase')
& concept2words_2(X,'amino-peptidase')
& protease_1(X) ) ) ).
fof(a527408,axiom,
! [X] :
( aminoacyl_trna_1(X)
=> ( original_name_2(X,'Aminoacyl-tRNA')
& user_description_2(X,'A mature tRNA molecule with the corresponding amino acid attached to its 3-prime end.')
& concept2words_2(X,'activated amino acid')
& concept2words_2(X,'activated-amino-acid')
& concept2words_2(X,'aminoacyl trna')
& concept2words_2(X,'aminoacyl-trna')
& trna_1(X)
& ~ initiator_trna_1(X)
& amino_acid_1(fn_aminoacyl_trna_1(X))
& is_at_2(fn_aminoacyl_trna_1(X),X)
& has_part_2(X,fn_aminoacyl_trna_1(X)) ) ) ).
fof(a527409,axiom,
! [X] :
( aminoacyl_trna_synthetase_1(X)
=> ( original_name_2(X,'Aminoacyl-tRNA-Synthetase')
& user_description_2(X,'An enzyme that joins a specific amino acid to its appropriate tRNA molecule.')
& concept2words_2(X,'aminoacyl trna synthetase')
& concept2words_2(X,'aminoacyl-trna synthetase')
& concept2words_2(X,'aminoacyl-trna-synthetase')
& ligase_1(X)
& amp_1(fn_aminoacyl_trna_synthetase_1(X))
& pyrophosphate_1(fn_aminoacyl_trna_synthetase_2(X))
& break_1(fn_aminoacyl_trna_synthetase_3(X))
& atp_1(fn_aminoacyl_trna_synthetase_4(X))
& create_1(fn_aminoacyl_trna_synthetase_5(X))
& attach_1(fn_aminoacyl_trna_synthetase_6(X))
& amino_acid_1(fn_aminoacyl_trna_synthetase_7(X))
& trna_1(fn_aminoacyl_trna_synthetase_8(X))
& aminoacyl_trna_1(fn_aminoacyl_trna_synthetase_9(X))
& catalyst_1(fn_aminoacyl_trna_synthetase_10(X))
& chemical_bond_1(fn_aminoacyl_trna_synthetase_11(X))
& covalent_bond_1(fn_aminoacyl_trna_synthetase_11(X))
& disulfide_bond_1(fn_aminoacyl_trna_synthetase_11(X))
& carbon_1(fn_aminoacyl_trna_synthetase_12(X))
& catalyst_1(fn_aminoacyl_trna_synthetase_13(X))
& atom_1(fn_aminoacyl_trna_synthetase_14(X))
& chemical_entity_1(fn_aminoacyl_trna_synthetase_14(X))
& entity_1(fn_create_1(fn_aminoacyl_trna_synthetase_5(X)))
& tangible_entity_1(fn_impair_1(fn_aminoacyl_trna_synthetase_3(X)))
& spatial_entity_1(fn_attach_2(fn_aminoacyl_trna_synthetase_6(X)))
& spatial_entity_1(fn_attach_1(fn_aminoacyl_trna_synthetase_6(X)))
& chemical_entity_1(fn_catalyst_2(fn_aminoacyl_trna_synthetase_13(X)))
& protein_1(fn_disulfide_bond_3(fn_aminoacyl_trna_synthetase_11(X)))
& in_event_2(fn_aminoacyl_trna_synthetase_10(X),fn_aminoacyl_trna_synthetase_5(X))
& result_2(fn_aminoacyl_trna_synthetase_6(X),fn_aminoacyl_trna_synthetase_9(X))
& raw_material_2(fn_aminoacyl_trna_synthetase_6(X),fn_aminoacyl_trna_synthetase_4(X))
& agent_2(fn_aminoacyl_trna_synthetase_6(X),X)
& first_subevent_2(fn_aminoacyl_trna_synthetase_5(X),fn_aminoacyl_trna_synthetase_3(X))
& subevent_2(fn_aminoacyl_trna_synthetase_5(X),fn_aminoacyl_trna_synthetase_6(X))
& subevent_2(fn_aminoacyl_trna_synthetase_5(X),fn_aminoacyl_trna_synthetase_3(X))
& causes_2(fn_aminoacyl_trna_synthetase_3(X),fn_aminoacyl_trna_synthetase_6(X))
& result_2(fn_aminoacyl_trna_synthetase_3(X),fn_aminoacyl_trna_synthetase_2(X))
& result_2(fn_aminoacyl_trna_synthetase_3(X),fn_aminoacyl_trna_synthetase_1(X))
& result_2(fn_aminoacyl_trna_synthetase_5(X),fn_aminoacyl_trna_synthetase_9(X))
& object_2(fn_aminoacyl_trna_synthetase_3(X),fn_aminoacyl_trna_synthetase_4(X))
& base_2(fn_aminoacyl_trna_synthetase_6(X),fn_aminoacyl_trna_synthetase_8(X))
& object_2(fn_aminoacyl_trna_synthetase_6(X),fn_aminoacyl_trna_synthetase_7(X))
& plays_2(X,fn_aminoacyl_trna_synthetase_13(X))
& plays_2(X,fn_aminoacyl_trna_synthetase_10(X))
& possesses_2(X,fn_aminoacyl_trna_synthetase_11(X))
& has_part_2(X,fn_aminoacyl_trna_synthetase_14(X))
& has_part_2(X,fn_aminoacyl_trna_synthetase_12(X))
& fn_aminoacyl_trna_synthetase_14(X) != fn_aminoacyl_trna_synthetase_12(X)
& fn_aminoacyl_trna_synthetase_12(X) != fn_aminoacyl_trna_synthetase_14(X)
& fn_aminoacyl_trna_synthetase_9(X) = fn_create_1(fn_aminoacyl_trna_synthetase_5(X))
& fn_aminoacyl_trna_synthetase_4(X) = fn_impair_1(fn_aminoacyl_trna_synthetase_3(X))
& fn_aminoacyl_trna_synthetase_8(X) = fn_attach_2(fn_aminoacyl_trna_synthetase_6(X))
& fn_aminoacyl_trna_synthetase_7(X) = fn_attach_1(fn_aminoacyl_trna_synthetase_6(X))
& X = fn_catalyst_2(fn_aminoacyl_trna_synthetase_13(X))
& fn_aminoacyl_trna_synthetase_10(X) = fn_enzyme_6(X)
& fn_aminoacyl_trna_synthetase_11(X) = fn_molecule_10(X)
& fn_aminoacyl_trna_synthetase_11(X) = fn_polymer_1(X)
& X = fn_disulfide_bond_3(fn_aminoacyl_trna_synthetase_11(X))
& fn_aminoacyl_trna_synthetase_14(X) = fn_organic_molecule_2(X)
& fn_aminoacyl_trna_synthetase_14(X) = fn_protein_enzyme_8(X)
& fn_aminoacyl_trna_synthetase_12(X) = fn_organic_molecule_1(X)
& fn_aminoacyl_trna_synthetase_12(X) = fn_protein_enzyme_7(X)
& fn_molecule_10(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_1(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_catalyst_2(fn_aminoacyl_trna_synthetase_13(X))
& fn_catalyst_2(fn_aminoacyl_trna_synthetase_13(X)) = fn_disulfide_bond_3(fn_aminoacyl_trna_synthetase_11(X)) ) ) ).
fof(a527410,axiom,
! [X] :
( ammonia_1(X)
=> ( original_name_2(X,'Ammonia')
& user_description_2(X,'Ammonia is a small molecule produced as a waste product of protein and nucliec acid breakdown. It is also synthesized by nitrogen-fixing bacteria from atmospheric nitrogen. Ammonia is a colorless gas with a pungent smell,and is very toxic.')
& concept2words_2(X,nh3)
& concept2words_2(X,ammonium)
& concept2words_2(X,ammonia)
& covalent_compound_1(X)
& inorganic_molecule_1(X)
& hydrogen_1(fn_ammonia_1(X))
& mass_value_1(fn_ammonia_2(X))
& potential_energy_1(fn_ammonia_3(X))
& kinetic_energy_1(fn_ammonia_5(X))
& constant_motion_1(fn_ammonia_6(X))
& speed_value_1(fn_ammonia_7(X))
& quantity_value_1(fn_ammonia_8(X))
& nitrogen_1(fn_ammonia_9(X))
& proton_1(fn_ammonia_10(X))
& solution_1(fn_ammonia_11(X))
& take_1(fn_ammonia_12(X))
& entity_1(fn_transfer_1(fn_ammonia_12(X)))
& tangible_entity_1(fn_take_1(fn_ammonia_12(X)))
& entity_1(fn_obtain_1(fn_ammonia_12(X)))
& has_part_2(X,fn_ammonia_1(X))
& exactCardinality(X,has_part_0,"3",hydrogen_0)
& possesses_2(X,fn_ammonia_3(X))
& mass_2(X,fn_ammonia_2(X))
& object_2(fn_ammonia_12(X),fn_ammonia_10(X))
& donor_2(fn_ammonia_12(X),fn_ammonia_11(X))
& has_part_2(X,fn_ammonia_9(X))
& recipient_2(fn_ammonia_12(X),X)
& agent_2(fn_ammonia_12(X),X)
& possesses_2(X,fn_ammonia_5(X))
& quantity_2(fn_ammonia_5(X),fn_ammonia_8(X))
& directly_proportional_2(fn_ammonia_7(X),fn_ammonia_8(X))
& speed_2(fn_ammonia_6(X),fn_ammonia_7(X))
& object_2(fn_ammonia_6(X),X)
& fn_ammonia_10(X) = fn_transfer_1(fn_ammonia_12(X))
& fn_ammonia_11(X) = fn_take_1(fn_ammonia_12(X))
& fn_ammonia_9(X) = fn_molecule_7(X)
& X = fn_obtain_1(fn_ammonia_12(X))
& fn_ammonia_6(X) = fn_molecule_8(X)
& fn_ammonia_7(X) = fn_molecule_3(X)
& fn_ammonia_8(X) = fn_molecule_4(X)
& fn_ammonia_5(X) = fn_molecule_12(X)
& fn_obtain_1(fn_ammonia_12(X)) = fn_obtain_1(fn_ammonia_12(X)) ) ) ).
fof(a527411,axiom,
! [X] :
( ammonia_gas_1(X)
=> ( original_name_2(X,'Ammonia-Gas')
& user_description_2(X,'Ammonia Gas is the gaseous form of the ammonia. It can be dissolved easily in water.')
& concept2words_2(X,'gas of ammonia')
& concept2words_2(X,'ammonia gas')
& concept2words_2(X,'ammonia-gas')
& weak_base_1(X)
& ammonia_1(fn_ammonia_gas_1(X))
& has_part_2(X,fn_ammonia_gas_1(X))
& fn_ammonia_gas_1(X) = fn_chemical_3(X) ) ) ).
fof(a527412,axiom,
! [X] :
( ammonification_1(X)
=> ( original_name_2(X,'Ammonification')
& user_description_2(X,'A process of decomposition of organic nitrogen to ammonia.')
& concept2words_2(X,'undergo ammonification')
& concept2words_2(X,ammonify)
& concept2words_2(X,ammonification)
& decomposition_1(X)
& organic_molecule_1(fn_ammonification_1(X))
& detritus_1(fn_ammonification_2(X))
& nutrition_1(fn_ammonification_3(X))
& ammonia_1(fn_ammonification_4(X))
& ammonifying_bacterium_1(fn_ammonification_5(X))
& detritus_1(fn_ammonifying_bacterium_9(fn_ammonification_5(X)))
& nutrition_1(fn_ammonifying_bacterium_14(fn_ammonification_5(X)))
& nutrition_1(fn_ammonifying_bacterium_5(fn_ammonification_5(X)))
& ammonification_1(fn_ammonifying_bacterium_10(fn_ammonification_5(X)))
& raw_material_2(X,fn_ammonification_1(X))
& result_2(X,fn_ammonification_4(X))
& agent_2(fn_ammonification_3(X),fn_ammonification_5(X))
& raw_material_2(fn_ammonification_3(X),fn_ammonification_2(X))
& object_2(X,fn_ammonification_2(X))
& agent_2(X,fn_ammonification_5(X))
& fn_ammonification_4(X) = fn_decomposition_2(X)
& X = fn_ammonifying_bacterium_10(fn_ammonification_5(X))
& fn_ammonification_2(X) = fn_ammonifying_bacterium_9(fn_ammonification_5(X))
& fn_ammonification_3(X) = fn_ammonifying_bacterium_14(fn_ammonification_5(X))
& fn_ammonification_3(X) = fn_ammonifying_bacterium_5(fn_ammonification_5(X))
& fn_ammonifying_bacterium_5(fn_ammonification_5(X)) = fn_ammonifying_bacterium_14(fn_ammonification_5(X))
& fn_ammonifying_bacterium_14(fn_ammonification_5(X)) = fn_ammonifying_bacterium_5(fn_ammonification_5(X))
& fn_ammonifying_bacterium_10(fn_ammonification_5(X)) = fn_ammonifying_bacterium_10(fn_ammonification_5(X)) ) ) ).
fof(a527413,axiom,
! [X] :
( ammonifying_bacterium_1(X)
=> ( original_name_2(X,'Ammonifying-Bacterium')
& user_description_2(X,'A bacterium that converts forms of organic nitrogen present in detritus to ammonia. This is an important step of the nitrogen cycle.')
& concept2words_2(X,'ammonifying bacterium')
& concept2words_2(X,'ammonifying-bacterium')
& bacterium_1(X)
& amino_acid_1(fn_ammonifying_bacterium_1(X))
& detritivore_1(fn_ammonifying_bacterium_4(X))
& nutrition_1(fn_ammonifying_bacterium_5(X))
& population_1(fn_ammonifying_bacterium_6(X))
& biofilm_1(fn_ammonifying_bacterium_7(X))
& surface_1(fn_ammonifying_bacterium_8(X))
& detritus_1(fn_ammonifying_bacterium_9(X))
& ammonification_1(fn_ammonifying_bacterium_10(X))
& substance_1(fn_ammonifying_bacterium_11(X))
& cytosol_1(fn_ammonifying_bacterium_11(X))
& tangible_entity_1(fn_ammonifying_bacterium_12(X))
& phospholipid_bilayer_1(fn_ammonifying_bacterium_12(X))
& specific_heat_value_1(fn_ammonifying_bacterium_13(X))
& nutrition_1(fn_ammonifying_bacterium_14(X))
& chemoheterotroph_1(fn_ammonifying_bacterium_15(X))
& temperature_value_1(fn_ammonifying_bacterium_16(X))
& size_value_1(fn_ammonifying_bacterium_17(X))
& surface_1(fn_ammonifying_bacterium_18(X))
& volume_value_1(fn_ammonifying_bacterium_19(X))
& cell_wall_1(fn_ammonifying_bacterium_20(X))
& water_1(fn_ammonifying_bacterium_21(X))
& genome_1(fn_ammonifying_bacterium_22(X))
& genotype_1(fn_ammonifying_bacterium_22(X))
& ribosome_1(fn_ammonifying_bacterium_23(X))
& prokaryotic_ribosome_1(fn_ammonifying_bacterium_23(X))
& spatial_entity_1(fn_ammonifying_bacterium_24(X))
& biomembrane_1(fn_ammonifying_bacterium_24(X))
& plasma_membrane_1(fn_ammonifying_bacterium_24(X))
& mixture_1(fn_ammonifying_bacterium_25(X))
& cytoplasm_1(fn_ammonifying_bacterium_25(X))
& nucleoid_1(fn_ammonifying_bacterium_28(X))
& chromosome_1(fn_ammonifying_bacterium_29(X))
& prokaryotic_chromosome_1(fn_ammonifying_bacterium_29(X))
& detritus_1(fn_decomposition_3(fn_ammonifying_bacterium_10(X)))
& surface_1(fn_decomposition_4(fn_ammonifying_bacterium_10(X)))
& biofilm_1(fn_decomposition_5(fn_ammonifying_bacterium_10(X)))
& population_1(fn_decomposition_6(fn_ammonifying_bacterium_10(X)))
& nutrition_1(fn_chemoheterotroph_4(fn_ammonifying_bacterium_15(X)))
& temperature_value_1(fn_detritivore_13(fn_ammonifying_bacterium_4(X)))
& specific_heat_value_1(fn_detritivore_14(fn_ammonifying_bacterium_4(X)))
& water_1(fn_detritivore_12(fn_ammonifying_bacterium_4(X)))
& nutrition_1(fn_decomposition_10(fn_ammonifying_bacterium_10(X)))
& nutrition_1(fn_detritivore_16(fn_ammonifying_bacterium_4(X)))
& living_entity_1(fn_decomposition_14(fn_ammonifying_bacterium_10(X)))
& tangible_entity_1(fn_decomposition_14(fn_ammonifying_bacterium_10(X)))
& organism_1(fn_decomposition_14(fn_ammonifying_bacterium_10(X)))
& organism_1(fn_heterotroph_2(fn_ammonifying_bacterium_15(X)))
& living_entity_1(fn_decomposition_7(fn_ammonifying_bacterium_10(X)))
& tangible_entity_1(fn_decomposition_7(fn_ammonifying_bacterium_10(X)))
& organism_1(fn_decomposition_7(fn_ammonifying_bacterium_10(X)))
& prokaryote_1(fn_decomposition_7(fn_ammonifying_bacterium_10(X)))
& living_entity_1(fn_detritivore_10(fn_ammonifying_bacterium_4(X)))
& tangible_entity_1(fn_detritivore_10(fn_ammonifying_bacterium_4(X)))
& organism_1(fn_detritivore_10(fn_ammonifying_bacterium_4(X)))
& is_inside_2(fn_ammonifying_bacterium_23(X),fn_ammonifying_bacterium_11(X))
& has_function_2(X,fn_ammonifying_bacterium_10(X))
& raw_material_2(fn_ammonifying_bacterium_10(X),fn_ammonifying_bacterium_1(X))
& plays_2(X,fn_ammonifying_bacterium_15(X))
& in_event_2(fn_ammonifying_bacterium_15(X),fn_ammonifying_bacterium_14(X))
& has_region_2(X,fn_ammonifying_bacterium_28(X))
& is_inside_2(fn_ammonifying_bacterium_29(X),fn_ammonifying_bacterium_28(X))
& has_part_2(X,fn_ammonifying_bacterium_29(X))
& has_part_2(fn_ammonifying_bacterium_25(X),fn_ammonifying_bacterium_11(X))
& agent_2(fn_ammonifying_bacterium_14(X),X)
& object_2(fn_ammonifying_bacterium_10(X),fn_ammonifying_bacterium_9(X))
& raw_material_2(fn_ammonifying_bacterium_5(X),fn_ammonifying_bacterium_9(X))
& agent_2(fn_ammonifying_bacterium_10(X),X)
& element_2(fn_ammonifying_bacterium_6(X),X)
& element_2(fn_ammonifying_bacterium_7(X),fn_ammonifying_bacterium_6(X))
& is_at_2(fn_ammonifying_bacterium_7(X),fn_ammonifying_bacterium_8(X))
& is_on_2(fn_ammonifying_bacterium_8(X),fn_ammonifying_bacterium_9(X))
& plays_2(X,fn_ammonifying_bacterium_4(X))
& temperature_2(X,fn_ammonifying_bacterium_16(X))
& in_event_2(fn_ammonifying_bacterium_4(X),fn_ammonifying_bacterium_5(X))
& agent_2(fn_ammonifying_bacterium_5(X),X)
& has_part_2(X,fn_ammonifying_bacterium_21(X))
& specific_heat_2(fn_ammonifying_bacterium_21(X),fn_ammonifying_bacterium_13(X))
& correspondence_2(fn_ammonifying_bacterium_16(X),fn_ammonifying_bacterium_13(X))
& size_2(X,fn_ammonifying_bacterium_17(X))
& directly_proportional_2(fn_ammonifying_bacterium_17(X),fn_ammonifying_bacterium_19(X))
& volume_2(X,fn_ammonifying_bacterium_19(X))
& has_region_2(X,fn_ammonifying_bacterium_18(X))
& is_at_2(fn_ammonifying_bacterium_12(X),fn_ammonifying_bacterium_18(X))
& has_part_2(X,fn_ammonifying_bacterium_22(X))
& has_part_2(fn_ammonifying_bacterium_24(X),fn_ammonifying_bacterium_12(X))
& has_part_2(X,fn_ammonifying_bacterium_23(X))
& has_part_2(X,fn_ammonifying_bacterium_24(X))
& is_inside_2(fn_ammonifying_bacterium_24(X),fn_ammonifying_bacterium_20(X))
& has_part_2(X,fn_ammonifying_bacterium_20(X))
& has_part_2(X,fn_ammonifying_bacterium_25(X))
& is_inside_2(fn_ammonifying_bacterium_25(X),fn_ammonifying_bacterium_24(X))
& X = fn_heterotroph_2(fn_ammonifying_bacterium_15(X))
& fn_ammonifying_bacterium_14(X) = fn_chemoheterotroph_4(fn_ammonifying_bacterium_15(X))
& fn_ammonifying_bacterium_3(X) = fn_organism_6(X)
& fn_ammonifying_bacterium_2(X) = fn_organism_1(X)
& fn_ammonifying_bacterium_11(X) = fn_prokaryote_10(X)
& fn_ammonifying_bacterium_29(X) = fn_prokaryote_9(X)
& fn_ammonifying_bacterium_28(X) = fn_prokaryote_18(X)
& fn_ammonifying_bacterium_14(X) = fn_decomposition_10(fn_ammonifying_bacterium_10(X))
& fn_ammonifying_bacterium_5(X) = fn_decomposition_10(fn_ammonifying_bacterium_10(X))
& fn_ammonifying_bacterium_9(X) = fn_decomposition_3(fn_ammonifying_bacterium_10(X))
& fn_ammonifying_bacterium_8(X) = fn_decomposition_4(fn_ammonifying_bacterium_10(X))
& fn_ammonifying_bacterium_7(X) = fn_decomposition_5(fn_ammonifying_bacterium_10(X))
& fn_ammonifying_bacterium_6(X) = fn_decomposition_6(fn_ammonifying_bacterium_10(X))
& X = fn_decomposition_14(fn_ammonifying_bacterium_10(X))
& X = fn_decomposition_7(fn_ammonifying_bacterium_10(X))
& fn_ammonifying_bacterium_16(X) = fn_organism_2(X)
& fn_ammonifying_bacterium_16(X) = fn_detritivore_13(fn_ammonifying_bacterium_4(X))
& fn_ammonifying_bacterium_13(X) = fn_organism_5(X)
& fn_ammonifying_bacterium_13(X) = fn_detritivore_14(fn_ammonifying_bacterium_4(X))
& fn_ammonifying_bacterium_21(X) = fn_organism_4(X)
& fn_ammonifying_bacterium_21(X) = fn_detritivore_12(fn_ammonifying_bacterium_4(X))
& X = fn_detritivore_10(fn_ammonifying_bacterium_4(X))
& fn_ammonifying_bacterium_5(X) = fn_detritivore_16(fn_ammonifying_bacterium_4(X))
& fn_ammonifying_bacterium_27(X) = fn_cell_23(X)
& fn_ammonifying_bacterium_26(X) = fn_cell_10(X)
& fn_ammonifying_bacterium_12(X) = fn_cell_26(X)
& fn_ammonifying_bacterium_18(X) = fn_cell_4(X)
& fn_ammonifying_bacterium_19(X) = fn_cell_22(X)
& fn_ammonifying_bacterium_17(X) = fn_cell_11(X)
& fn_ammonifying_bacterium_22(X) = fn_organism_3(X)
& fn_ammonifying_bacterium_22(X) = fn_bacterium_13(X)
& fn_ammonifying_bacterium_12(X) = fn_bacterium_5(X)
& fn_ammonifying_bacterium_23(X) = fn_bacterium_14(X)
& fn_ammonifying_bacterium_25(X) = fn_prokaryote_12(X)
& fn_ammonifying_bacterium_25(X) = fn_bacterium_16(X)
& fn_ammonifying_bacterium_20(X) = fn_bacterium_12(X)
& fn_ammonifying_bacterium_24(X) = fn_bacterium_15(X)
& fn_chemoheterotroph_4(fn_ammonifying_bacterium_15(X)) = fn_decomposition_10(fn_ammonifying_bacterium_10(X))
& fn_decomposition_10(fn_ammonifying_bacterium_10(X)) = fn_organism_2(X)
& fn_organism_2(X) = fn_organism_2(X)
& fn_detritivore_13(fn_ammonifying_bacterium_4(X)) = fn_organism_2(X)
& fn_organism_2(X) = fn_detritivore_13(fn_ammonifying_bacterium_4(X))
& fn_detritivore_13(fn_ammonifying_bacterium_4(X)) = fn_organism_5(X)
& fn_organism_5(X) = fn_organism_5(X)
& fn_detritivore_14(fn_ammonifying_bacterium_4(X)) = fn_organism_5(X)
& fn_organism_5(X) = fn_detritivore_14(fn_ammonifying_bacterium_4(X))
& fn_detritivore_14(fn_ammonifying_bacterium_4(X)) = fn_organism_4(X)
& fn_detritivore_12(fn_ammonifying_bacterium_4(X)) = fn_organism_4(X)
& fn_organism_4(X) = fn_detritivore_12(fn_ammonifying_bacterium_4(X))
& fn_detritivore_12(fn_ammonifying_bacterium_4(X)) = fn_decomposition_10(fn_ammonifying_bacterium_10(X))
& fn_decomposition_10(fn_ammonifying_bacterium_10(X)) = fn_detritivore_16(fn_ammonifying_bacterium_4(X))
& fn_detritivore_16(fn_ammonifying_bacterium_4(X)) = fn_detritivore_16(fn_ammonifying_bacterium_4(X))
& fn_detritivore_16(fn_ammonifying_bacterium_4(X)) = fn_organism_3(X)
& fn_organism_3(X) = fn_bacterium_13(X)
& fn_bacterium_13(X) = fn_cell_26(X)
& fn_cell_26(X) = fn_bacterium_5(X)
& fn_bacterium_5(X) = fn_prokaryote_12(X)
& fn_bacterium_16(X) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_bacterium_16(X)
& fn_bacterium_16(X) = fn_heterotroph_2(fn_ammonifying_bacterium_15(X))
& fn_heterotroph_2(fn_ammonifying_bacterium_15(X)) = fn_decomposition_14(fn_ammonifying_bacterium_10(X))
& fn_decomposition_14(fn_ammonifying_bacterium_10(X)) = fn_heterotroph_2(fn_ammonifying_bacterium_15(X))
& fn_heterotroph_2(fn_ammonifying_bacterium_15(X)) = fn_decomposition_7(fn_ammonifying_bacterium_10(X))
& fn_decomposition_7(fn_ammonifying_bacterium_10(X)) = fn_decomposition_7(fn_ammonifying_bacterium_10(X))
& fn_decomposition_7(fn_ammonifying_bacterium_10(X)) = fn_detritivore_10(fn_ammonifying_bacterium_4(X))
& fn_detritivore_10(fn_ammonifying_bacterium_4(X)) = fn_detritivore_10(fn_ammonifying_bacterium_4(X)) ) ) ).
fof(a527414,axiom,
! [X] :
( ammonite_1(X)
=> ( original_name_2(X,'Ammonite')
& user_description_2(X,'A member of an extinct group of shelled cephalopods. Ammonites were major marine predators for hundreds of millions of years until their extinction at the end of the Cretaceous Period.')
& concept2words_2(X,ammonite)
& early_invertebrate_1(X)
& extinct_invertebrate_1(X)
& ~ acanthodian_1(X)
& ~ anapsid_1(X)
& ~ archaeopteryx_1(X)
& ~ conodont_1(X)
& ~ cooksonia_1(X)
& ~ dinosaur_1(X)
& ~ eurypterid_1(X)
& ~ great_auk_1(X)
& ~ neanderthal_1(X)
& ~ paranthropus_boisei_1(X)
& ~ parareptile_1(X)
& ~ placoderm_1(X)
& ~ pterosaur_1(X)
& ~ trilobite_1(X)
& ~ annelid_1(X)
& ~ arthropod_1(X)
& ~ bryozoan_1(X)
& ~ cnidaria_1(X)
& ~ ctenophora_1(X)
& ~ echinoderm_1(X)
& ~ lophotrochozoan_1(X)
& ~ mollusc_1(X)
& ~ nematode_1(X)
& ~ nemertea_1(X)
& ~ phoronid_1(X)
& ~ platyhelminthes_1(X)
& ~ porifera_1(X)
& ~ rotifer_1(X) ) ) ).
fof(a527415,axiom,
! [X] :
( amniocentesis_1(X)
=> ( original_name_2(X,'Amniocentesis')
& user_description_2(X,'A technique of prenatal diagnosis in which amniotic fluid, obtained by aspiration from a needle inserted into the uterus, is analyzed to detect certain genetic and congenital defects in the fetus.')
& concept2words_2(X,amniocentesis)
& fetal_testing_1(X)
& ~ chorionic_villus_sampling_1(X)
& placenta_1(fn_amniocentesis_1(X))
& fetus_cell_1(fn_amniocentesis_2(X))
& syringe_1(fn_amniocentesis_3(X))
& amniotic_fluid_1(fn_amniocentesis_4(X))
& collecting_1(fn_amniocentesis_5(X))
& entity_1(fn_collecting_1(fn_amniocentesis_5(X)))
& instrument_2(fn_amniocentesis_5(X),fn_amniocentesis_3(X))
& is_inside_2(fn_amniocentesis_4(X),fn_amniocentesis_1(X))
& is_inside_2(fn_amniocentesis_2(X),fn_amniocentesis_4(X))
& by_means_of_2(X,fn_amniocentesis_5(X))
& object_2(fn_amniocentesis_5(X),fn_amniocentesis_4(X))
& fn_amniocentesis_4(X) = fn_collecting_1(fn_amniocentesis_5(X)) ) ) ).
fof(a527416,axiom,
! [X] :
( amnion_1(X)
=> ( original_name_2(X,'Amnion')
& user_description_2(X,'One of four extraembryonic membranes in an amniote egg. It surrounds a fluid-filled cavity that cushions the embryo.')
& concept2words_2(X,amnion)
& extraembryonic_membrane_1(X)
& ~ allantois_1(X)
& ~ chorion_1(X)
& ~ yolk_sac_1(X) ) ) ).
fof(a527417,axiom,
! [X] :
( amniote_1(X)
=> ( original_name_2(X,'Amniote')
& user_description_2(X,'Member of the clade of tetrapod vertebrates named for their unifying synapomorphy, the amniote egg, which contains multiple membrane that protect the developing embryo. Mammals, birds, and reptiles are amniotes.')
& concept2words_2(X,amniote)
& tetrapod_1(X)
& ~ amphibian_1(X)
& ~ archosaur_1(X) ) ) ).
fof(a527418,axiom,
! [X] :
( amniotic_egg_1(X)
=> ( original_name_2(X,'Amniotic-Egg')
& user_description_2(X,'A shelled egg in which an embryo develops within a fluid-filled amniotic sac and is nourished by yolk. Produced by reptiles (including birds) and egg-laying mammals, it enables them to complete their life cycles on dry land.')
& concept2words_2(X,'amniotic egg')
& concept2words_2(X,'amniotic-egg')
& shelled_egg_1(X) ) ) ).
fof(a527419,axiom,
! [X] :
( amniotic_fluid_1(X)
=> ( original_name_2(X,'Amniotic-Fluid')
& user_description_2(X,'The nourishing and protecting liquid contained by the amniotic sac in which the growing embryo is suspended.')
& concept2words_2(X,'amniotic fluid')
& concept2words_2(X,'amniotic-fluid')
& extra_cellular_fluid_1(X)
& ~ aqueous_humor_1(X)
& ~ bile_1(X)
& ~ cerebrospinal_fluid_1(X)
& ~ colloid_1(X)
& ~ filtrate_1(X)
& ~ gastric_juice_1(X)
& ~ hemolymph_1(X)
& ~ interstitial_fluid_1(X)
& ~ lymph_1(X)
& ~ mucus_1(X)
& ~ plasma_1(X)
& ~ semen_1(X)
& ~ sweat_1(X)
& ~ urine_1(X)
& ~ vitreous_humor_1(X)
& fetus_1(fn_amniotic_fluid_1(X))
& is_inside_2(fn_amniotic_fluid_1(X),X) ) ) ).
fof(a527420,axiom,
! [X] :
( amoeba_1(X)
=> ( original_name_2(X,'Amoeba')
& user_description_2(X,'A type of protist characterized by great flexibility and the presence of pseudopodia.')
& concept2words_2(X,ameboae)
& concept2words_2(X,rhizopods)
& concept2words_2(X,rhizopoda)
& concept2words_2(X,amoebozoan)
& concept2words_2(X,amoebozoan)
& concept2words_2(X,rhizopods)
& concept2words_2(X,amoeba)
& unicellular_organism_1(X)
& protist_cell_1(X)
& protist_1(X)
& ~ alveolate_1(X)
& ~ charophycean_1(X)
& ~ chlorophyta_1(X)
& ~ dinoflagellate_1(X)
& ~ diplomonad_1(X)
& ~ foraminiferan_1(X)
& ~ freshwater_protist_1(X)
& ~ oomycete_1(X)
& ~ parabasalid_1(X)
& ~ radiolarian_1(X)
& ~ rhizaria_1(X)
& ~ rhodophyte_1(X)
& ~ seaweed_1(X)
& ~ stramenopile_1(X)
& protein_enzyme_1(fn_amoeba_1(X))
& glycoprotein_1(fn_amoeba_2(X))
& transfer_1(fn_amoeba_3(X))
& exchange_1(fn_amoeba_4(X))
& carbon_skeleton_1(fn_amoeba_5(X))
& lipid_1(fn_amoeba_6(X))
& glycolipid_1(fn_amoeba_6(X))
& golgi_apparatus_1(fn_amoeba_7(X))
& water_1(fn_amoeba_8(X))
& temperature_value_1(fn_amoeba_9(X))
& specific_heat_value_1(fn_amoeba_10(X))
& locomotion_1(fn_amoeba_11(X))
& tangible_entity_1(fn_amoeba_12(X))
& pseudopodium_1(fn_amoeba_12(X))
& tangible_entity_1(fn_amoeba_13(X))
& phospholipid_bilayer_1(fn_amoeba_13(X))
& size_value_1(fn_amoeba_14(X))
& surface_1(fn_amoeba_15(X))
& volume_value_1(fn_amoeba_16(X))
& eukaryotic_ribosome_1(fn_amoeba_17(X))
& tangible_entity_1(fn_amoeba_18(X))
& spatial_entity_1(fn_amoeba_18(X))
& biomembrane_1(fn_amoeba_18(X))
& plasma_membrane_1(fn_amoeba_18(X))
& suspension_1(fn_amoeba_19(X))
& colloid_1(fn_amoeba_19(X))
& mixture_1(fn_amoeba_19(X))
& cytoplasm_1(fn_amoeba_19(X))
& er_membrane_1(fn_amoeba_20(X))
& substance_1(fn_amoeba_21(X))
& cytosol_1(fn_amoeba_21(X))
& eukaryotic_cellular_respiration_1(fn_amoeba_22(X))
& synthesis_reaction_1(fn_amoeba_23(X))
& chemical_reaction_1(fn_amoeba_23(X))
& anabolic_pathway_1(fn_amoeba_23(X))
& endergonic_reaction_1(fn_amoeba_23(X))
& metabolic_pathway_1(fn_amoeba_23(X))
& synthesis_of_lipid_1(fn_amoeba_23(X))
& endoplasmic_reticulum_1(fn_amoeba_24(X))
& smooth_endoplasmic_reticulum_1(fn_amoeba_24(X))
& semiautonomous_organelle_1(fn_amoeba_25(X))
& organelle_1(fn_amoeba_25(X))
& mitochondrion_1(fn_amoeba_25(X))
& tangible_entity_1(fn_amoeba_26(X))
& nucleus_1(fn_amoeba_26(X))
& rough_endoplasmic_reticulum_1(fn_amoeba_27(X))
& chromosome_1(fn_amoeba_28(X))
& eukaryotic_chromosome_1(fn_amoeba_28(X))
& attach_1(fn_amoeba_29(X))
& surface_1(fn_amoeba_30(X))
& outside_face_1(fn_amoeba_30(X))
& extracellular_side_1(fn_amoeba_30(X))
& hydrophobic_core_1(fn_amoeba_31(X))
& spatial_entity_1(fn_amoeba_32(X))
& polymer_1(fn_amoeba_32(X))
& tangible_entity_1(fn_amoeba_32(X))
& membrane_protein_1(fn_amoeba_32(X))
& protein_1(fn_amoeba_32(X))
& spatial_entity_1(fn_amoeba_33(X))
& membrane_protein_1(fn_amoeba_33(X))
& tangible_entity_1(fn_amoeba_33(X))
& transmembrane_protein_1(fn_amoeba_33(X))
& integral_protein_1(fn_amoeba_33(X))
& transport_protein_1(fn_amoeba_33(X))
& synthesis_of_endomembranous_system_membrane_1(fn_amoeba_34(X))
& tangible_entity_1(fn_amoeba_35(X))
& spatial_entity_1(fn_amoeba_35(X))
& biomembrane_1(fn_amoeba_35(X))
& nuclear_membrane_1(fn_amoeba_35(X))
& aqueous_solution_1(fn_amoeba_40(X))
& nuclear_lamina_1(fn_amoeba_41(X))
& cellular_work_1(fn_amoeba_42(X))
& phagocytosis_1(fn_amoeba_42(X))
& fusion_1(fn_amoeba_43(X))
& entity_1(fn_amoeba_44(X))
& atom_1(fn_amoeba_44(X))
& chemical_entity_1(fn_amoeba_44(X))
& carbon_1(fn_amoeba_44(X))
& carbon_skeleton_1(fn_amoeba_45(X))
& move_through_1(fn_amoeba_46(X))
& move_1(fn_amoeba_46(X))
& tangible_entity_1(fn_amoeba_47(X))
& membrane_protein_1(fn_amoeba_47(X))
& protein_1(fn_amoeba_47(X))
& spatial_entity_1(fn_amoeba_47(X))
& polymer_1(fn_amoeba_47(X))
& barrier_1(fn_amoeba_48(X))
& container_1(fn_amoeba_48(X))
& extracellular_side_1(fn_amoeba_49(X))
& intracellular_digestion_1(fn_amoeba_50(X))
& move_1(fn_amoeba_51(X))
& move_into_1(fn_amoeba_51(X))
& take_in_1(fn_amoeba_51(X))
& spatial_entity_1(fn_amoeba_52(X))
& lysosome_1(fn_amoeba_52(X))
& spatial_entity_1(fn_amoeba_53(X))
& tangible_entity_1(fn_amoeba_53(X))
& vesicle_1(fn_amoeba_53(X))
& vacuole_1(fn_amoeba_53(X))
& entity_1(fn_amoeba_53(X))
& food_vacuole_1(fn_amoeba_53(X))
& attach_1(fn_amoeba_54(X))
& inside_face_1(fn_amoeba_55(X))
& cytoplasmic_side_1(fn_amoeba_55(X))
& fusion_1(fn_phagocytosis_76(fn_amoeba_42(X)))
& intracellular_digestion_1(fn_phagocytosis_77(fn_amoeba_42(X)))
& barrier_1(fn_phagocytosis_88(fn_amoeba_42(X)))
& container_1(fn_phagocytosis_88(fn_amoeba_42(X)))
& extracellular_side_1(fn_phagocytosis_66(fn_amoeba_42(X)))
& move_1(fn_phagocytosis_82(fn_amoeba_42(X)))
& move_into_1(fn_phagocytosis_82(fn_amoeba_42(X)))
& take_in_1(fn_phagocytosis_82(fn_amoeba_42(X)))
& spatial_entity_1(fn_phagocytosis_79(fn_amoeba_42(X)))
& tangible_entity_1(fn_phagocytosis_79(fn_amoeba_42(X)))
& vesicle_1(fn_phagocytosis_79(fn_amoeba_42(X)))
& vacuole_1(fn_phagocytosis_79(fn_amoeba_42(X)))
& entity_1(fn_phagocytosis_79(fn_amoeba_42(X)))
& food_vacuole_1(fn_phagocytosis_79(fn_amoeba_42(X)))
& tangible_entity_1(fn_phagocytosis_81(fn_amoeba_42(X)))
& pseudopodium_1(fn_phagocytosis_81(fn_amoeba_42(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_amoeba_18(X)))
& eukaryotic_ribosome_1(fn_rough_endoplasmic_reticulum_56(fn_amoeba_27(X)))
& transfer_1(fn_exchange_3(fn_amoeba_4(X)))
& transfer_1(fn_exchange_4(fn_amoeba_4(X)))
& transfer_1(fn_endoplasmic_reticulum_25(fn_amoeba_24(X)))
& entity_1(fn_transport_protein_17(fn_amoeba_33(X)))
& atom_1(fn_transport_protein_17(fn_amoeba_33(X)))
& chemical_entity_1(fn_transport_protein_17(fn_amoeba_33(X)))
& carbon_1(fn_transport_protein_14(fn_amoeba_33(X)))
& inside_face_1(fn_transmembrane_protein_6(fn_amoeba_33(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_amoeba_18(X)))
& carbon_skeleton_1(fn_transport_protein_18(fn_amoeba_33(X)))
& carbon_skeleton_1(fn_plasma_membrane_57(fn_amoeba_18(X)))
& surface_1(fn_integral_protein_29(fn_amoeba_33(X)))
& outside_face_1(fn_biomembrane_41(fn_amoeba_18(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_amoeba_18(X)))
& move_through_1(fn_transport_protein_10(fn_amoeba_33(X)))
& move_through_1(fn_plasma_membrane_74(fn_amoeba_18(X)))
& move_1(fn_plasma_membrane_74(fn_amoeba_18(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_amoeba_18(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_amoeba_18(X)))
& protein_1(fn_plasma_membrane_54(fn_amoeba_18(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_amoeba_18(X)))
& polymer_1(fn_plasma_membrane_54(fn_amoeba_18(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_amoeba_18(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_amoeba_18(X)))
& protein_1(fn_plasma_membrane_68(fn_amoeba_18(X)))
& glycoprotein_1(fn_integral_protein_9(fn_amoeba_33(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_amoeba_18(X)))
& spatial_entity_1(fn_attach_1(fn_amoeba_29(X)))
& spatial_entity_1(fn_attach_1(fn_amoeba_54(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_amoeba_18(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_amoeba_18(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_amoeba_18(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_amoeba_18(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_amoeba_18(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_amoeba_18(X)))
& glycolipid_1(fn_synthesis_of_endomembranous_system_membrane_52(fn_amoeba_34(X)))
& tangible_entity_1(fn_biomembrane_63(fn_amoeba_18(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_amoeba_18(X)))
& tangible_entity_1(fn_integral_protein_27(fn_amoeba_33(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_amoeba_33(X)))
& tangible_entity_1(fn_transport_protein_12(fn_amoeba_33(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_amoeba_33(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_amoeba_18(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_amoeba_18(X)))
& spatial_entity_1(fn_attach_2(fn_amoeba_29(X)))
& spatial_entity_1(fn_attach_2(fn_amoeba_54(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_amoeba_33(X)))
& biomembrane_1(fn_integral_protein_24(fn_amoeba_33(X)))
& spatial_entity_1(fn_transport_protein_35(fn_amoeba_33(X)))
& biomembrane_1(fn_transport_protein_35(fn_amoeba_33(X)))
& tangible_entity_1(fn_phagocytosis_19(fn_amoeba_42(X)))
& spatial_entity_1(fn_phagocytosis_19(fn_amoeba_42(X)))
& biomembrane_1(fn_phagocytosis_19(fn_amoeba_42(X)))
& plasma_membrane_1(fn_phagocytosis_19(fn_amoeba_42(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_amoeba_24(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_amoeba_24(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_amoeba_24(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_amoeba_24(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_amoeba_24(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_amoeba_24(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_amoeba_24(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_amoeba_24(X)))
& synthesis_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_amoeba_34(X)))
& chemical_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_amoeba_34(X)))
& anabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_amoeba_34(X)))
& metabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_amoeba_34(X)))
& endergonic_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_amoeba_34(X)))
& synthesis_of_lipid_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_amoeba_34(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_amoeba_24(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_amoeba_24(X)))
& metabolic_pathway_1(fn_rough_endoplasmic_reticulum_68(fn_amoeba_27(X)))
& synthesis_of_lipid_1(fn_rough_endoplasmic_reticulum_68(fn_amoeba_27(X)))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_amoeba_34(X)))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_amoeba_34(X)))
& biomembrane_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_amoeba_34(X)))
& spatial_entity_1(fn_rough_endoplasmic_reticulum_21(fn_amoeba_27(X)))
& biomembrane_1(fn_rough_endoplasmic_reticulum_21(fn_amoeba_27(X)))
& nuclear_membrane_1(fn_rough_endoplasmic_reticulum_21(fn_amoeba_27(X)))
& spatial_entity_1(fn_phagocytosis_12(fn_amoeba_42(X)))
& lysosome_1(fn_phagocytosis_12(fn_amoeba_42(X)))
& lysosome_1(fn_rough_endoplasmic_reticulum_28(fn_amoeba_27(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_27(fn_amoeba_27(X)))
& nucleus_1(fn_rough_endoplasmic_reticulum_27(fn_amoeba_27(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_amoeba_55(X)))
& suspension_1(fn_phagocytosis_71(fn_amoeba_42(X)))
& colloid_1(fn_phagocytosis_71(fn_amoeba_42(X)))
& cytoplasm_1(fn_phagocytosis_71(fn_amoeba_42(X)))
& mixture_1(fn_phagocytosis_71(fn_amoeba_42(X)))
& mixture_1(fn_rough_endoplasmic_reticulum_32(fn_amoeba_27(X)))
& cytoplasm_1(fn_rough_endoplasmic_reticulum_32(fn_amoeba_27(X)))
& spatial_entity_1(fn_locomotion_1(fn_amoeba_11(X)))
& tangible_entity_1(fn_phagocytosis_70(fn_amoeba_42(X)))
& eukaryotic_cell_1(fn_phagocytosis_70(fn_amoeba_42(X)))
& cell_1(fn_phagocytosis_70(fn_amoeba_42(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_amoeba_24(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_amoeba_24(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_62(fn_amoeba_27(X)))
& eukaryotic_cell_1(fn_rough_endoplasmic_reticulum_62(fn_amoeba_27(X)))
& cell_1(fn_rough_endoplasmic_reticulum_62(fn_amoeba_27(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_amoeba_24(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_amoeba_24(X)))
& substance_1(fn_rough_endoplasmic_reticulum_23(fn_amoeba_27(X)))
& cytosol_1(fn_rough_endoplasmic_reticulum_23(fn_amoeba_27(X)))
& recipient_2(fn_amoeba_3(X),fn_amoeba_27(X))
& instrument_2(fn_amoeba_11(X),fn_amoeba_12(X))
& has_function_2(fn_amoeba_12(X),fn_amoeba_11(X))
& called_2(fn_amoeba_32(X),'MP1')
& is_oriented_toward_2(fn_amoeba_55(X),fn_amoeba_19(X))
& object_2(fn_amoeba_29(X),fn_amoeba_33(X))
& object_2(fn_amoeba_54(X),fn_amoeba_33(X))
& base_2(fn_amoeba_29(X),fn_amoeba_18(X))
& base_2(fn_amoeba_54(X),fn_amoeba_18(X))
& has_function_2(X,fn_amoeba_42(X))
& subevent_2(fn_amoeba_4(X),fn_amoeba_3(X))
& result_2(fn_amoeba_34(X),fn_amoeba_35(X))
& abuts_2(fn_amoeba_27(X),fn_amoeba_24(X))
& abuts_2(fn_amoeba_24(X),fn_amoeba_27(X))
& fn_amoeba_27(X) != fn_amoeba_24(X)
& fn_amoeba_24(X) != fn_amoeba_27(X)
& agent_2(fn_amoeba_3(X),fn_amoeba_24(X))
& is_facing_2(fn_amoeba_55(X),fn_amoeba_19(X))
& subevent_2(fn_amoeba_34(X),fn_amoeba_23(X))
& first_subevent_2(fn_amoeba_34(X),fn_amoeba_23(X))
& has_part_2(fn_amoeba_33(X),fn_amoeba_44(X))
& is_inside_2(fn_amoeba_44(X),fn_amoeba_45(X))
& object_2(fn_amoeba_11(X),X)
& agent_2(fn_amoeba_11(X),X)
& has_part_2(X,fn_amoeba_8(X))
& specific_heat_2(fn_amoeba_8(X),fn_amoeba_10(X))
& correspondence_2(fn_amoeba_9(X),fn_amoeba_10(X))
& temperature_2(X,fn_amoeba_9(X))
& destination_2(fn_amoeba_42(X),fn_amoeba_19(X))
& subevent_2(fn_amoeba_50(X),fn_amoeba_43(X))
& base_2(fn_amoeba_43(X),fn_amoeba_52(X))
& subevent_2(fn_amoeba_42(X),fn_amoeba_50(X))
& path_2(fn_amoeba_42(X),fn_amoeba_18(X))
& first_subevent_2(fn_amoeba_50(X),fn_amoeba_43(X))
& object_2(fn_amoeba_43(X),fn_amoeba_53(X))
& instrument_2(fn_amoeba_42(X),fn_amoeba_53(X))
& subevent_2(fn_amoeba_42(X),fn_amoeba_51(X))
& origin_2(fn_amoeba_51(X),fn_amoeba_49(X))
& plays_2(X,fn_amoeba_48(X))
& in_event_2(fn_amoeba_48(X),fn_amoeba_51(X))
& destination_2(fn_amoeba_51(X),fn_amoeba_19(X))
& is_inside_2(fn_amoeba_19(X),X)
& base_2(fn_amoeba_50(X),X)
& base_2(fn_amoeba_51(X),X)
& agent_2(fn_amoeba_51(X),X)
& is_between_2(X,fn_amoeba_49(X))
& is_outside_2(fn_amoeba_49(X),X)
& is_between_2(X,fn_amoeba_19(X))
& agent_2(fn_amoeba_42(X),X)
& has_part_2(X,fn_amoeba_12(X))
& facilitates_2(fn_amoeba_12(X),fn_amoeba_42(X))
& base_2(fn_amoeba_42(X),X)
& has_part_2(X,fn_amoeba_53(X))
& fn_amoeba_33(X) != fn_amoeba_32(X)
& fn_amoeba_32(X) != fn_amoeba_33(X)
& has_region_2(fn_amoeba_18(X),fn_amoeba_55(X))
& called_2(fn_amoeba_47(X),'MP2')
& has_region_2(fn_amoeba_18(X),fn_amoeba_30(X))
& is_outside_2(fn_amoeba_30(X),fn_amoeba_18(X))
& is_inside_2(fn_amoeba_45(X),fn_amoeba_18(X))
& has_region_2(fn_amoeba_33(X),fn_amoeba_45(X))
& has_region_2(fn_amoeba_33(X),fn_amoeba_30(X))
& base_2(fn_amoeba_46(X),fn_amoeba_18(X))
& has_function_2(fn_amoeba_18(X),fn_amoeba_46(X))
& has_region_2(fn_amoeba_18(X),fn_amoeba_31(X))
& is_across_2(fn_amoeba_33(X),fn_amoeba_31(X))
& is_at_2(fn_amoeba_33(X),fn_amoeba_18(X))
& has_part_2(fn_amoeba_18(X),fn_amoeba_47(X))
& fn_amoeba_47(X) != fn_amoeba_33(X)
& is_across_2(fn_amoeba_33(X),fn_amoeba_18(X))
& fn_amoeba_32(X) != fn_amoeba_47(X)
& fn_amoeba_47(X) != fn_amoeba_32(X)
& fn_amoeba_33(X) != fn_amoeba_47(X)
& has_part_2(fn_amoeba_18(X),fn_amoeba_33(X))
& is_inside_2(fn_amoeba_33(X),fn_amoeba_13(X))
& is_inside_2(fn_amoeba_2(X),fn_amoeba_13(X))
& has_part_2(fn_amoeba_18(X),fn_amoeba_2(X))
& has_part_2(fn_amoeba_18(X),fn_amoeba_32(X))
& the_scalar_value_2(fn_amoeba_14(X),big_0)
& scalar_unit_class_2(fn_amoeba_14(X),prokaryote_0)
& base_2(fn_amoeba_22(X),X)
& has_function_2(X,fn_amoeba_22(X))
& has_part_2(fn_amoeba_26(X),fn_amoeba_40(X))
& is_between_2(fn_amoeba_35(X),fn_amoeba_40(X))
& is_inside_2(fn_amoeba_5(X),fn_amoeba_35(X))
& abuts_2(fn_amoeba_35(X),fn_amoeba_20(X))
& is_inside_2(fn_amoeba_1(X),fn_amoeba_20(X))
& has_part_2(fn_amoeba_19(X),fn_amoeba_1(X))
& is_inside_2(fn_amoeba_19(X),fn_amoeba_18(X))
& is_between_2(fn_amoeba_19(X),fn_amoeba_18(X))
& abuts_2(fn_amoeba_20(X),fn_amoeba_35(X))
& volume_2(X,fn_amoeba_16(X))
& directly_proportional_2(fn_amoeba_14(X),fn_amoeba_16(X))
& size_2(X,fn_amoeba_14(X))
& has_part_2(X,fn_amoeba_25(X))
& is_inside_2(fn_amoeba_25(X),fn_amoeba_21(X))
& is_inside_2(fn_amoeba_28(X),fn_amoeba_26(X))
& has_part_2(fn_amoeba_26(X),fn_amoeba_41(X))
& is_along_2(fn_amoeba_41(X),fn_amoeba_35(X))
& has_part_2(fn_amoeba_35(X),fn_amoeba_6(X))
& has_region_2(fn_amoeba_6(X),fn_amoeba_5(X))
& is_along_2(fn_amoeba_35(X),fn_amoeba_41(X))
& has_part_2(X,fn_amoeba_18(X))
& has_part_2(fn_amoeba_18(X),fn_amoeba_13(X))
& is_at_2(fn_amoeba_13(X),fn_amoeba_15(X))
& has_region_2(X,fn_amoeba_15(X))
& has_part_2(X,fn_amoeba_28(X))
& site_2(fn_amoeba_23(X),fn_amoeba_24(X))
& is_inside_2(fn_amoeba_24(X),fn_amoeba_21(X))
& is_inside_2(fn_amoeba_7(X),fn_amoeba_21(X))
& has_part_2(X,fn_amoeba_7(X))
& has_part_2(X,fn_amoeba_24(X))
& has_function_2(fn_amoeba_24(X),fn_amoeba_23(X))
& base_2(fn_amoeba_23(X),X)
& is_between_2(fn_amoeba_19(X),fn_amoeba_26(X))
& has_part_2(fn_amoeba_26(X),fn_amoeba_35(X))
& has_part_2(X,fn_amoeba_52(X))
& is_inside_2(fn_amoeba_26(X),fn_amoeba_21(X))
& has_part_2(X,fn_amoeba_26(X))
& has_part_2(X,fn_amoeba_27(X))
& is_inside_2(fn_amoeba_27(X),fn_amoeba_21(X))
& is_inside_2(fn_amoeba_17(X),fn_amoeba_21(X))
& has_part_2(X,fn_amoeba_17(X))
& has_part_2(X,fn_amoeba_19(X))
& has_part_2(fn_amoeba_19(X),fn_amoeba_21(X))
& fn_amoeba_33(X) = fn_attach_1(fn_amoeba_29(X))
& fn_amoeba_33(X) = fn_attach_1(fn_amoeba_54(X))
& fn_amoeba_18(X) = fn_attach_2(fn_amoeba_29(X))
& fn_amoeba_18(X) = fn_attach_2(fn_amoeba_54(X))
& fn_amoeba_3(X) = fn_exchange_3(fn_amoeba_4(X))
& fn_amoeba_3(X) = fn_exchange_4(fn_amoeba_4(X))
& fn_amoeba_27(X) = fn_protist_cell_25(X)
& fn_amoeba_3(X) = fn_endoplasmic_reticulum_25(fn_amoeba_24(X))
& fn_amoeba_19(X) = fn_cytoplasmic_side_1(fn_amoeba_55(X))
& fn_amoeba_23(X) = fn_synthesis_of_endomembranous_system_membrane_59(fn_amoeba_34(X))
& fn_amoeba_44(X) = fn_transport_protein_17(fn_amoeba_33(X))
& fn_amoeba_44(X) = fn_transport_protein_14(fn_amoeba_33(X))
& X = fn_locomotion_1(fn_amoeba_11(X))
& fn_amoeba_39(X) = fn_organism_1(X)
& fn_amoeba_36(X) = fn_organism_6(X)
& fn_amoeba_9(X) = fn_organism_2(X)
& fn_amoeba_10(X) = fn_organism_5(X)
& fn_amoeba_8(X) = fn_organism_4(X)
& fn_amoeba_52(X) = fn_phagocytosis_12(fn_amoeba_42(X))
& fn_amoeba_18(X) = fn_phagocytosis_19(fn_amoeba_42(X))
& fn_amoeba_43(X) = fn_phagocytosis_76(fn_amoeba_42(X))
& fn_amoeba_50(X) = fn_phagocytosis_77(fn_amoeba_42(X))
& fn_amoeba_48(X) = fn_phagocytosis_88(fn_amoeba_42(X))
& fn_amoeba_19(X) = fn_phagocytosis_71(fn_amoeba_42(X))
& fn_amoeba_49(X) = fn_phagocytosis_66(fn_amoeba_42(X))
& fn_amoeba_51(X) = fn_phagocytosis_82(fn_amoeba_42(X))
& fn_amoeba_53(X) = fn_phagocytosis_79(fn_amoeba_42(X))
& fn_amoeba_42(X) = fn_protist_cell_9(X)
& fn_amoeba_12(X) = fn_phagocytosis_81(fn_amoeba_42(X))
& X = fn_phagocytosis_70(fn_amoeba_42(X))
& fn_amoeba_32(X) = fn_plasma_membrane_54(fn_amoeba_18(X))
& fn_amoeba_55(X) = fn_transmembrane_protein_6(fn_amoeba_33(X))
& fn_amoeba_55(X) = fn_plasma_membrane_66(fn_amoeba_18(X))
& fn_amoeba_30(X) = fn_integral_protein_29(fn_amoeba_33(X))
& fn_amoeba_45(X) = fn_transport_protein_18(fn_amoeba_33(X))
& fn_amoeba_45(X) = fn_plasma_membrane_57(fn_amoeba_18(X))
& fn_amoeba_30(X) = fn_biomembrane_41(fn_amoeba_18(X))
& fn_amoeba_30(X) = fn_plasma_membrane_65(fn_amoeba_18(X))
& fn_amoeba_33(X) = fn_plasma_membrane_4(fn_amoeba_18(X))
& fn_amoeba_33(X) = fn_plasma_membrane_3(fn_amoeba_18(X))
& fn_amoeba_31(X) = fn_plasma_membrane_6(fn_amoeba_18(X))
& fn_amoeba_46(X) = fn_transport_protein_10(fn_amoeba_33(X))
& fn_amoeba_46(X) = fn_plasma_membrane_74(fn_amoeba_18(X))
& fn_amoeba_47(X) = fn_plasma_membrane_54(fn_amoeba_18(X))
& fn_amoeba_32(X) = fn_plasma_membrane_68(fn_amoeba_18(X))
& fn_amoeba_2(X) = fn_integral_protein_9(fn_amoeba_33(X))
& fn_amoeba_2(X) = fn_plasma_membrane_34(fn_amoeba_18(X))
& fn_amoeba_18(X) = fn_transmembrane_protein_4(fn_amoeba_33(X))
& fn_amoeba_33(X) = fn_plasma_membrane_55(fn_amoeba_18(X))
& fn_amoeba_37(X) = fn_protist_cell_13(X)
& fn_amoeba_38(X) = fn_protist_cell_12(X)
& fn_amoeba_22(X) = fn_protist_cell_32(X)
& fn_amoeba_40(X) = fn_protist_cell_11(X)
& fn_amoeba_19(X) = fn_protist_cell_35(X)
& fn_amoeba_1(X) = fn_protist_cell_33(X)
& fn_amoeba_20(X) = fn_protist_cell_31(X)
& fn_amoeba_25(X) = fn_protist_cell_34(X)
& fn_amoeba_14(X) = fn_protist_cell_16(X)
& fn_amoeba_16(X) = fn_protist_cell_17(X)
& fn_amoeba_5(X) = fn_protist_cell_21(X)
& fn_amoeba_35(X) = fn_synthesis_of_endomembranous_system_membrane_60(fn_amoeba_34(X))
& fn_amoeba_6(X) = fn_synthesis_of_endomembranous_system_membrane_52(fn_amoeba_34(X))
& fn_amoeba_6(X) = fn_protist_cell_26(X)
& fn_amoeba_35(X) = fn_protist_cell_27(X)
& fn_amoeba_41(X) = fn_protist_cell_10(X)
& fn_amoeba_26(X) = fn_protist_cell_24(X)
& fn_amoeba_28(X) = fn_protist_cell_19(X)
& fn_amoeba_15(X) = fn_protist_cell_15(X)
& fn_amoeba_13(X) = fn_biomembrane_63(fn_amoeba_18(X))
& fn_amoeba_18(X) = fn_integral_protein_24(fn_amoeba_33(X))
& fn_amoeba_13(X) = fn_integral_protein_27(fn_amoeba_33(X))
& fn_amoeba_18(X) = fn_transport_protein_35(fn_amoeba_33(X))
& fn_amoeba_13(X) = fn_transport_protein_12(fn_amoeba_33(X))
& fn_amoeba_13(X) = fn_plasma_membrane_71(fn_amoeba_18(X))
& fn_amoeba_13(X) = fn_protist_cell_18(X)
& fn_amoeba_18(X) = fn_protist_cell_22(X)
& fn_amoeba_23(X) = fn_smooth_endoplasmic_reticulum_23(fn_amoeba_24(X))
& fn_amoeba_23(X) = fn_smooth_endoplasmic_reticulum_7(fn_amoeba_24(X))
& fn_amoeba_23(X) = fn_smooth_endoplasmic_reticulum_49(fn_amoeba_24(X))
& fn_amoeba_23(X) = fn_smooth_endoplasmic_reticulum_48(fn_amoeba_24(X))
& fn_amoeba_23(X) = fn_smooth_endoplasmic_reticulum_8(fn_amoeba_24(X))
& fn_amoeba_23(X) = fn_protist_cell_28(X)
& fn_amoeba_23(X) = fn_smooth_endoplasmic_reticulum_42(fn_amoeba_24(X))
& X = fn_smooth_endoplasmic_reticulum_33(fn_amoeba_24(X))
& fn_amoeba_7(X) = fn_protist_cell_14(X)
& fn_amoeba_7(X) = fn_smooth_endoplasmic_reticulum_3(fn_amoeba_24(X))
& fn_amoeba_24(X) = fn_protist_cell_23(X)
& fn_amoeba_21(X) = fn_protist_cell_29(X)
& fn_amoeba_21(X) = fn_smooth_endoplasmic_reticulum_34(fn_amoeba_24(X))
& fn_amoeba_23(X) = fn_rough_endoplasmic_reticulum_68(fn_amoeba_27(X))
& fn_amoeba_35(X) = fn_rough_endoplasmic_reticulum_21(fn_amoeba_27(X))
& fn_amoeba_52(X) = fn_rough_endoplasmic_reticulum_28(fn_amoeba_27(X))
& fn_amoeba_26(X) = fn_rough_endoplasmic_reticulum_27(fn_amoeba_27(X))
& fn_amoeba_19(X) = fn_rough_endoplasmic_reticulum_32(fn_amoeba_27(X))
& X = fn_rough_endoplasmic_reticulum_62(fn_amoeba_27(X))
& fn_amoeba_17(X) = fn_rough_endoplasmic_reticulum_56(fn_amoeba_27(X))
& fn_amoeba_21(X) = fn_rough_endoplasmic_reticulum_23(fn_amoeba_27(X))
& fn_exchange_3(fn_amoeba_4(X)) = fn_exchange_4(fn_amoeba_4(X))
& fn_exchange_4(fn_amoeba_4(X)) = fn_exchange_4(fn_amoeba_4(X))
& fn_exchange_4(fn_amoeba_4(X)) = fn_endoplasmic_reticulum_25(fn_amoeba_24(X))
& fn_endoplasmic_reticulum_25(fn_amoeba_24(X)) = fn_transport_protein_14(fn_amoeba_33(X))
& fn_transport_protein_14(fn_amoeba_33(X)) = fn_transport_protein_17(fn_amoeba_33(X))
& fn_transport_protein_17(fn_amoeba_33(X)) = fn_transport_protein_14(fn_amoeba_33(X))
& fn_transport_protein_14(fn_amoeba_33(X)) = fn_transmembrane_protein_6(fn_amoeba_33(X))
& fn_transmembrane_protein_6(fn_amoeba_33(X)) = fn_plasma_membrane_66(fn_amoeba_18(X))
& fn_plasma_membrane_66(fn_amoeba_18(X)) = fn_transport_protein_18(fn_amoeba_33(X))
& fn_transport_protein_18(fn_amoeba_33(X)) = fn_transport_protein_18(fn_amoeba_33(X))
& fn_transport_protein_18(fn_amoeba_33(X)) = fn_plasma_membrane_57(fn_amoeba_18(X))
& fn_plasma_membrane_57(fn_amoeba_18(X)) = fn_plasma_membrane_57(fn_amoeba_18(X))
& fn_plasma_membrane_57(fn_amoeba_18(X)) = fn_integral_protein_29(fn_amoeba_33(X))
& fn_integral_protein_29(fn_amoeba_33(X)) = fn_biomembrane_41(fn_amoeba_18(X))
& fn_plasma_membrane_65(fn_amoeba_18(X)) = fn_plasma_membrane_65(fn_amoeba_18(X))
& fn_plasma_membrane_65(fn_amoeba_18(X)) = fn_biomembrane_41(fn_amoeba_18(X))
& fn_biomembrane_41(fn_amoeba_18(X)) = fn_plasma_membrane_65(fn_amoeba_18(X))
& fn_plasma_membrane_65(fn_amoeba_18(X)) = fn_transport_protein_10(fn_amoeba_33(X))
& fn_transport_protein_10(fn_amoeba_33(X)) = fn_plasma_membrane_74(fn_amoeba_18(X))
& fn_plasma_membrane_74(fn_amoeba_18(X)) = fn_plasma_membrane_74(fn_amoeba_18(X))
& fn_plasma_membrane_74(fn_amoeba_18(X)) = fn_plasma_membrane_54(fn_amoeba_18(X))
& fn_plasma_membrane_54(fn_amoeba_18(X)) = fn_plasma_membrane_68(fn_amoeba_18(X))
& fn_plasma_membrane_68(fn_amoeba_18(X)) = fn_plasma_membrane_68(fn_amoeba_18(X))
& fn_plasma_membrane_68(fn_amoeba_18(X)) = fn_integral_protein_9(fn_amoeba_33(X))
& fn_plasma_membrane_34(fn_amoeba_18(X)) = fn_integral_protein_9(fn_amoeba_33(X))
& fn_integral_protein_9(fn_amoeba_33(X)) = fn_plasma_membrane_34(fn_amoeba_18(X))
& fn_plasma_membrane_34(fn_amoeba_18(X)) = fn_attach_1(fn_amoeba_29(X))
& fn_attach_1(fn_amoeba_29(X)) = fn_attach_1(fn_amoeba_54(X))
& fn_attach_1(fn_amoeba_54(X)) = fn_plasma_membrane_4(fn_amoeba_18(X))
& fn_plasma_membrane_4(fn_amoeba_18(X)) = fn_plasma_membrane_4(fn_amoeba_18(X))
& fn_plasma_membrane_4(fn_amoeba_18(X)) = fn_plasma_membrane_3(fn_amoeba_18(X))
& fn_plasma_membrane_55(fn_amoeba_18(X)) = fn_plasma_membrane_3(fn_amoeba_18(X))
& fn_plasma_membrane_3(fn_amoeba_18(X)) = fn_plasma_membrane_55(fn_amoeba_18(X))
& fn_plasma_membrane_55(fn_amoeba_18(X)) = fn_plasma_membrane_55(fn_amoeba_18(X))
& fn_plasma_membrane_55(fn_amoeba_18(X)) = fn_protist_cell_26(X)
& fn_protist_cell_26(X) = fn_synthesis_of_endomembranous_system_membrane_52(fn_amoeba_34(X))
& fn_synthesis_of_endomembranous_system_membrane_52(fn_amoeba_34(X)) = fn_protist_cell_26(X)
& fn_protist_cell_26(X) = fn_integral_protein_27(fn_amoeba_33(X))
& fn_integral_protein_27(fn_amoeba_33(X)) = fn_biomembrane_63(fn_amoeba_18(X))
& fn_biomembrane_63(fn_amoeba_18(X)) = fn_integral_protein_27(fn_amoeba_33(X))
& fn_integral_protein_27(fn_amoeba_33(X)) = fn_integral_protein_27(fn_amoeba_33(X))
& fn_transport_protein_12(fn_amoeba_33(X)) = fn_integral_protein_27(fn_amoeba_33(X))
& fn_integral_protein_27(fn_amoeba_33(X)) = fn_transport_protein_12(fn_amoeba_33(X))
& fn_plasma_membrane_71(fn_amoeba_18(X)) = fn_transport_protein_12(fn_amoeba_33(X))
& fn_transport_protein_12(fn_amoeba_33(X)) = fn_plasma_membrane_71(fn_amoeba_18(X))
& fn_plasma_membrane_71(fn_amoeba_18(X)) = fn_plasma_membrane_71(fn_amoeba_18(X))
& fn_protist_cell_18(X) = fn_plasma_membrane_71(fn_amoeba_18(X))
& fn_plasma_membrane_71(fn_amoeba_18(X)) = fn_protist_cell_18(X)
& fn_protist_cell_18(X) = fn_attach_2(fn_amoeba_29(X))
& fn_attach_2(fn_amoeba_29(X)) = fn_attach_2(fn_amoeba_54(X))
& fn_attach_2(fn_amoeba_54(X)) = fn_transmembrane_protein_4(fn_amoeba_33(X))
& fn_transmembrane_protein_4(fn_amoeba_33(X)) = fn_transmembrane_protein_4(fn_amoeba_33(X))
& fn_integral_protein_24(fn_amoeba_33(X)) = fn_transmembrane_protein_4(fn_amoeba_33(X))
& fn_transmembrane_protein_4(fn_amoeba_33(X)) = fn_integral_protein_24(fn_amoeba_33(X))
& fn_integral_protein_24(fn_amoeba_33(X)) = fn_integral_protein_24(fn_amoeba_33(X))
& fn_transport_protein_35(fn_amoeba_33(X)) = fn_integral_protein_24(fn_amoeba_33(X))
& fn_integral_protein_24(fn_amoeba_33(X)) = fn_transport_protein_35(fn_amoeba_33(X))
& fn_phagocytosis_19(fn_amoeba_42(X)) = fn_transport_protein_35(fn_amoeba_33(X))
& fn_transport_protein_35(fn_amoeba_33(X)) = fn_transport_protein_35(fn_amoeba_33(X))
& fn_transport_protein_35(fn_amoeba_33(X)) = fn_phagocytosis_19(fn_amoeba_42(X))
& fn_phagocytosis_19(fn_amoeba_42(X)) = fn_protist_cell_22(X)
& fn_protist_cell_22(X) = fn_protist_cell_22(X)
& fn_protist_cell_22(X) = fn_protist_cell_14(X)
& fn_smooth_endoplasmic_reticulum_3(fn_amoeba_24(X)) = fn_protist_cell_14(X)
& fn_protist_cell_14(X) = fn_smooth_endoplasmic_reticulum_3(fn_amoeba_24(X))
& fn_smooth_endoplasmic_reticulum_3(fn_amoeba_24(X)) = fn_smooth_endoplasmic_reticulum_23(fn_amoeba_24(X))
& fn_smooth_endoplasmic_reticulum_23(fn_amoeba_24(X)) = fn_smooth_endoplasmic_reticulum_7(fn_amoeba_24(X))
& fn_smooth_endoplasmic_reticulum_7(fn_amoeba_24(X)) = fn_smooth_endoplasmic_reticulum_7(fn_amoeba_24(X))
& fn_smooth_endoplasmic_reticulum_7(fn_amoeba_24(X)) = fn_smooth_endoplasmic_reticulum_49(fn_amoeba_24(X))
& fn_smooth_endoplasmic_reticulum_49(fn_amoeba_24(X)) = fn_smooth_endoplasmic_reticulum_49(fn_amoeba_24(X))
& fn_smooth_endoplasmic_reticulum_49(fn_amoeba_24(X)) = fn_smooth_endoplasmic_reticulum_48(fn_amoeba_24(X))
& fn_smooth_endoplasmic_reticulum_48(fn_amoeba_24(X)) = fn_smooth_endoplasmic_reticulum_48(fn_amoeba_24(X))
& fn_smooth_endoplasmic_reticulum_48(fn_amoeba_24(X)) = fn_protist_cell_28(X)
& fn_synthesis_of_endomembranous_system_membrane_59(fn_amoeba_34(X)) = fn_protist_cell_28(X)
& fn_protist_cell_28(X) = fn_protist_cell_28(X)
& fn_protist_cell_28(X) = fn_synthesis_of_endomembranous_system_membrane_59(fn_amoeba_34(X))
& fn_synthesis_of_endomembranous_system_membrane_59(fn_amoeba_34(X)) = fn_synthesis_of_endomembranous_system_membrane_59(fn_amoeba_34(X))
& fn_synthesis_of_endomembranous_system_membrane_59(fn_amoeba_34(X)) = fn_smooth_endoplasmic_reticulum_8(fn_amoeba_24(X))
& fn_smooth_endoplasmic_reticulum_42(fn_amoeba_24(X)) = fn_smooth_endoplasmic_reticulum_8(fn_amoeba_24(X))
& fn_smooth_endoplasmic_reticulum_8(fn_amoeba_24(X)) = fn_smooth_endoplasmic_reticulum_8(fn_amoeba_24(X))
& fn_smooth_endoplasmic_reticulum_8(fn_amoeba_24(X)) = fn_smooth_endoplasmic_reticulum_42(fn_amoeba_24(X))
& fn_smooth_endoplasmic_reticulum_42(fn_amoeba_24(X)) = fn_smooth_endoplasmic_reticulum_42(fn_amoeba_24(X))
& fn_smooth_endoplasmic_reticulum_42(fn_amoeba_24(X)) = fn_rough_endoplasmic_reticulum_68(fn_amoeba_27(X))
& fn_rough_endoplasmic_reticulum_68(fn_amoeba_27(X)) = fn_synthesis_of_endomembranous_system_membrane_60(fn_amoeba_34(X))
& fn_protist_cell_27(X) = fn_synthesis_of_endomembranous_system_membrane_60(fn_amoeba_34(X))
& fn_synthesis_of_endomembranous_system_membrane_60(fn_amoeba_34(X)) = fn_protist_cell_27(X)
& fn_protist_cell_27(X) = fn_protist_cell_27(X)
& fn_protist_cell_27(X) = fn_rough_endoplasmic_reticulum_21(fn_amoeba_27(X))
& fn_rough_endoplasmic_reticulum_21(fn_amoeba_27(X)) = fn_phagocytosis_12(fn_amoeba_42(X))
& fn_phagocytosis_12(fn_amoeba_42(X)) = fn_rough_endoplasmic_reticulum_28(fn_amoeba_27(X))
& fn_rough_endoplasmic_reticulum_28(fn_amoeba_27(X)) = fn_protist_cell_24(X)
& fn_protist_cell_24(X) = fn_protist_cell_24(X)
& fn_protist_cell_24(X) = fn_rough_endoplasmic_reticulum_27(fn_amoeba_27(X))
& fn_rough_endoplasmic_reticulum_27(fn_amoeba_27(X)) = fn_rough_endoplasmic_reticulum_27(fn_amoeba_27(X))
& fn_rough_endoplasmic_reticulum_27(fn_amoeba_27(X)) = fn_cytoplasmic_side_1(fn_amoeba_55(X))
& fn_cytoplasmic_side_1(fn_amoeba_55(X)) = fn_phagocytosis_71(fn_amoeba_42(X))
& fn_phagocytosis_71(fn_amoeba_42(X)) = fn_phagocytosis_71(fn_amoeba_42(X))
& fn_phagocytosis_71(fn_amoeba_42(X)) = fn_protist_cell_35(X)
& fn_protist_cell_35(X) = fn_protist_cell_35(X)
& fn_protist_cell_35(X) = fn_rough_endoplasmic_reticulum_32(fn_amoeba_27(X))
& fn_rough_endoplasmic_reticulum_32(fn_amoeba_27(X)) = fn_rough_endoplasmic_reticulum_32(fn_amoeba_27(X))
& fn_rough_endoplasmic_reticulum_32(fn_amoeba_27(X)) = fn_locomotion_1(fn_amoeba_11(X))
& fn_locomotion_1(fn_amoeba_11(X)) = fn_locomotion_1(fn_amoeba_11(X))
& fn_locomotion_1(fn_amoeba_11(X)) = fn_phagocytosis_70(fn_amoeba_42(X))
& fn_phagocytosis_70(fn_amoeba_42(X)) = fn_phagocytosis_70(fn_amoeba_42(X))
& fn_phagocytosis_70(fn_amoeba_42(X)) = fn_smooth_endoplasmic_reticulum_33(fn_amoeba_24(X))
& fn_smooth_endoplasmic_reticulum_33(fn_amoeba_24(X)) = fn_smooth_endoplasmic_reticulum_33(fn_amoeba_24(X))
& fn_smooth_endoplasmic_reticulum_33(fn_amoeba_24(X)) = fn_rough_endoplasmic_reticulum_62(fn_amoeba_27(X))
& fn_rough_endoplasmic_reticulum_62(fn_amoeba_27(X)) = fn_rough_endoplasmic_reticulum_62(fn_amoeba_27(X))
& fn_rough_endoplasmic_reticulum_62(fn_amoeba_27(X)) = fn_protist_cell_29(X)
& fn_protist_cell_29(X) = fn_protist_cell_29(X)
& fn_smooth_endoplasmic_reticulum_34(fn_amoeba_24(X)) = fn_protist_cell_29(X)
& fn_protist_cell_29(X) = fn_smooth_endoplasmic_reticulum_34(fn_amoeba_24(X))
& fn_smooth_endoplasmic_reticulum_34(fn_amoeba_24(X)) = fn_smooth_endoplasmic_reticulum_34(fn_amoeba_24(X))
& fn_smooth_endoplasmic_reticulum_34(fn_amoeba_24(X)) = fn_rough_endoplasmic_reticulum_23(fn_amoeba_27(X))
& fn_rough_endoplasmic_reticulum_23(fn_amoeba_27(X)) = fn_rough_endoplasmic_reticulum_23(fn_amoeba_27(X)) ) ) ).
fof(a527421,axiom,
! [X] :
( amoebocyte_1(X)
=> ( original_name_2(X,'Amoebocyte')
& user_description_2(X,'An animal cell that moves with pseudopodia similar to those of an amoeba. Depending on the species, an amoebocyte may be involved in the digestion and circulation of nutrients, collection of wastes, immune function, or differentiation to whatever cell type is needed at a particular moment.')
& concept2words_2(X,amoebocyte)
& animal_development_cell_1(X) ) ) ).
fof(a527422,axiom,
! [X] :
( amp_1(X)
=> ( original_name_2(X,'AMP')
& user_description_2(X,'A nucleotide made of one phosphate group, the sugar ribose, and adenosine. AMP can be reversibly converted ADP and ATP by adding phosphate groups.')
& concept2words_2(X,'adenosine monophosphate')
& concept2words_2(X,'adenosine-monophosphate')
& concept2words_2(X,'adenosine mono phosphate')
& concept2words_2(X,'adenosine-mono-phosphate')
& concept2words_2(X,'five prime adenylic acid')
& concept2words_2(X,'five-prime-adenylic-acid')
& concept2words_2(X,amp)
& nucleoside_monophosphate_1(X)
& oxygen_1(fn_amp_4(X))
& entity_1(fn_amp_4(X))
& chemical_entity_1(fn_amp_4(X))
& atom_1(fn_amp_4(X))
& entity_1(fn_amp_5(X))
& chemical_entity_1(fn_amp_5(X))
& atom_1(fn_amp_5(X))
& oxygen_1(fn_amp_5(X))
& share_1(fn_amp_6(X))
& share_1(fn_amp_7(X))
& share_1(fn_amp_8(X))
& share_1(fn_amp_9(X))
& share_1(fn_amp_10(X))
& share_1(fn_amp_11(X))
& atomic_nucleus_1(fn_amp_12(X))
& electron_shell_1(fn_amp_13(X))
& valence_electron_1(fn_amp_14(X))
& share_1(fn_amp_15(X))
& share_1(fn_amp_16(X))
& share_1(fn_amp_17(X))
& atomic_orbital_1(fn_amp_18(X))
& entity_1(fn_amp_19(X))
& electron_1(fn_amp_19(X))
& valence_electron_1(fn_amp_19(X))
& entity_1(fn_amp_20(X))
& electron_1(fn_amp_20(X))
& valence_electron_1(fn_amp_20(X))
& entity_1(fn_amp_21(X))
& electron_1(fn_amp_21(X))
& valence_electron_1(fn_amp_21(X))
& electron_1(fn_amp_22(X))
& entity_1(fn_amp_22(X))
& valence_electron_1(fn_amp_22(X))
& attract_1(fn_amp_23(X))
& asymmetrical_distribution_1(fn_amp_24(X))
& constant_motion_1(fn_amp_25(X))
& quantity_value_1(fn_amp_26(X))
& entity_1(fn_amp_27(X))
& proton_1(fn_amp_27(X))
& atomic_number_value_1(fn_amp_28(X))
& quantity_value_1(fn_amp_29(X))
& entity_1(fn_amp_30(X))
& electron_1(fn_amp_30(X))
& valence_electron_1(fn_amp_30(X))
& valence_electron_1(fn_amp_31(X))
& share_1(fn_amp_32(X))
& share_1(fn_amp_33(X))
& share_1(fn_amp_34(X))
& entity_1(fn_amp_35(X))
& electron_1(fn_amp_35(X))
& valence_electron_1(fn_amp_35(X))
& entity_1(fn_amp_36(X))
& electron_1(fn_amp_36(X))
& valence_electron_1(fn_amp_36(X))
& electron_1(fn_amp_37(X))
& valence_electron_1(fn_amp_37(X))
& electron_1(fn_amp_38(X))
& valence_electron_1(fn_amp_38(X))
& kinetic_energy_1(fn_amp_39(X))
& constant_motion_1(fn_amp_40(X))
& speed_value_1(fn_amp_41(X))
& quantity_value_1(fn_amp_42(X))
& center_1(fn_amp_43(X))
& center_1(fn_amp_44(X))
& electron_shell_1(fn_amp_45(X))
& atomic_nucleus_1(fn_amp_46(X))
& electron_1(fn_amp_47(X))
& valence_electron_1(fn_amp_47(X))
& tangible_entity_1(fn_amp_48(X))
& entity_1(fn_amp_48(X))
& electron_1(fn_amp_48(X))
& valence_electron_1(fn_amp_48(X))
& electron_shell_1(fn_amp_49(X))
& electron_shell_1(fn_amp_50(X))
& electron_shell_1(fn_amp_51(X))
& first_electron_shell_1(fn_amp_51(X))
& chemical_entity_1(fn_amp_52(X))
& entity_1(fn_amp_52(X))
& atom_1(fn_amp_52(X))
& phosphorus_1(fn_amp_52(X))
& functional_group_1(fn_amp_53(X))
& phosphate_group_1(fn_amp_53(X))
& number_5_prime_region_1(fn_amp_54(X))
& share_1(fn_amp_55(X))
& tangible_entity_1(fn_amp_56(X))
& entity_1(fn_amp_56(X))
& valence_electron_1(fn_amp_56(X))
& electron_1(fn_amp_56(X))
& entity_1(fn_amp_57(X))
& electron_1(fn_amp_57(X))
& valence_electron_1(fn_amp_57(X))
& hold_together_1(fn_amp_58(X))
& tangible_entity_1(fn_amp_59(X))
& entity_1(fn_amp_59(X))
& electron_1(fn_amp_59(X))
& valence_electron_1(fn_amp_59(X))
& hold_together_1(fn_amp_60(X))
& adenine_1(fn_amp_61(X))
& ribose_1(fn_amp_62(X))
& spatial_entity_1(fn_amp_62(X))
& molecule_1(fn_amp_62(X))
& organic_molecule_1(fn_amp_62(X))
& pentose_1(fn_amp_62(X))
& adenosine_1(fn_amp_63(X))
& nucleoside_1(fn_amp_63(X))
& adp_1(fn_amp_64(X))
& synthesis_reaction_1(fn_amp_65(X))
& carbon_skeleton_1(fn_amp_66(X))
& chemical_bond_1(fn_amp_67(X))
& double_bond_1(fn_amp_67(X))
& covalent_bond_1(fn_amp_67(X))
& covalent_bond_1(fn_amp_68(X))
& single_bond_1(fn_amp_68(X))
& chemical_entity_1(fn_amp_69(X))
& entity_1(fn_amp_69(X))
& number_5_prime_carbon_1(fn_amp_69(X))
& atom_1(fn_amp_69(X))
& carbon_1(fn_amp_69(X))
& chemical_entity_1(fn_amp_70(X))
& entity_1(fn_amp_70(X))
& number_5_prime_carbon_1(fn_amp_70(X))
& atom_1(fn_amp_70(X))
& carbon_1(fn_amp_70(X))
& first_electron_shell_1(fn_amp_71(X))
& entity_1(fn_amp_72(X))
& electron_1(fn_amp_72(X))
& valence_electron_1(fn_amp_72(X))
& electron_1(fn_amp_73(X))
& valence_electron_1(fn_amp_73(X))
& entity_1(fn_amp_74(X))
& electron_1(fn_amp_74(X))
& valence_electron_1(fn_amp_74(X))
& share_1(fn_amp_75(X))
& share_1(fn_amp_76(X))
& electron_1(fn_amp_79(X))
& valence_electron_1(fn_amp_79(X))
& share_1(fn_amp_80(X))
& chemical_entity_1(fn_chemical_reaction_2(fn_amp_65(X)))
& adenine_1(fn_adenosine_2(fn_amp_63(X)))
& attract_1(fn_covalent_bond_10(fn_amp_68(X)))
& constant_motion_1(fn_covalent_bond_16(fn_amp_68(X)))
& asymmetrical_distribution_1(fn_covalent_bond_1(fn_amp_68(X)))
& valence_electron_1(fn_phosphate_group_9(fn_amp_53(X)))
& electron_1(fn_phosphate_group_38(fn_amp_53(X)))
& valence_electron_1(fn_phosphate_group_38(fn_amp_53(X)))
& property_node_1(fn_carbon_8(fn_amp_70(X)))
& property_node_1(fn_carbon_13(fn_amp_70(X)))
& property_node_1(fn_carbon_9(fn_amp_70(X)))
& quantity_value_1(fn_carbon_19(fn_amp_70(X)))
& ribose_1(fn_adenosine_1(fn_amp_63(X)))
& number_5_prime_region_1(fn_5_prime_carbon_1(fn_amp_70(X)))
& electron_shell_1(fn_atom_9(fn_amp_70(X)))
& electron_shell_1(fn_covalent_bond_11(fn_amp_67(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_amp_65(X)))
& chemical_entity_1(fn_functional_group_1(fn_amp_53(X)))
& atomic_orbital_1(fn_covalent_bond_13(fn_amp_68(X)))
& valence_electron_1(fn_covalent_bond_15(fn_amp_68(X)))
& share_1(fn_covalent_bond_17(fn_amp_68(X)))
& single_bond_1(fn_phosphate_group_37(fn_amp_53(X)))
& hold_together_1(fn_phosphate_group_36(fn_amp_53(X)))
& share_1(fn_phosphate_group_39(fn_amp_53(X)))
& electron_shell_1(fn_phosphate_group_13(fn_amp_53(X)))
& electron_shell_1(fn_covalent_bond_12(fn_amp_67(X)))
& electron_shell_1(fn_phosphate_group_16(fn_amp_53(X)))
& valence_electron_1(fn_phosphate_group_21(fn_amp_53(X)))
& phosphorus_1(fn_phosphate_group_6(fn_amp_53(X)))
& entity_1(fn_covalent_bond_19(fn_amp_67(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_amp_67(X)))
& atom_1(fn_covalent_bond_19(fn_amp_67(X)))
& entity_1(fn_covalent_bond_20(fn_amp_67(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_amp_67(X)))
& atom_1(fn_covalent_bond_20(fn_amp_67(X)))
& entity_1(fn_phosphate_group_22(fn_amp_53(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_amp_53(X)))
& atom_1(fn_phosphate_group_22(fn_amp_53(X)))
& oxygen_1(fn_phosphate_group_22(fn_amp_53(X)))
& oxygen_1(fn_phosphate_group_5(fn_amp_53(X)))
& entity_1(fn_phosphate_group_5(fn_amp_53(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_amp_53(X)))
& atom_1(fn_phosphate_group_5(fn_amp_53(X)))
& share_1(fn_phosphate_group_35(fn_amp_53(X)))
& hold_together_1(fn_covalent_bond_14(fn_amp_68(X)))
& hold_together_1(fn_phosphate_group_40(fn_amp_53(X)))
& hold_together_1(fn_covalent_bond_14(fn_amp_67(X)))
& electron_1(fn_carbon_10(fn_amp_70(X)))
& electron_1(fn_atom_14(fn_amp_70(X)))
& valence_electron_1(fn_covalent_bond_18(fn_amp_68(X)))
& valence_electron_1(fn_covalent_bond_15(fn_amp_67(X)))
& center_1(fn_phosphate_group_17(fn_amp_53(X)))
& center_1(fn_covalent_bond_23(fn_amp_67(X)))
& center_1(fn_covalent_bond_23(fn_amp_68(X)))
& center_1(fn_phosphate_group_12(fn_amp_53(X)))
& center_1(fn_phosphate_group_10(fn_amp_53(X)))
& center_1(fn_covalent_bond_21(fn_amp_68(X)))
& center_1(fn_covalent_bond_21(fn_amp_67(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_amp_68(X)))
& atomic_nucleus_1(fn_phosphate_group_14(fn_amp_53(X)))
& atomic_nucleus_1(fn_phosphate_group_11(fn_amp_53(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_amp_68(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_amp_67(X)))
& valence_electron_1(fn_phosphate_group_8(fn_amp_53(X)))
& electron_1(fn_phosphate_group_3(fn_amp_53(X)))
& valence_electron_1(fn_phosphate_group_3(fn_amp_53(X)))
& electron_1(fn_phosphate_group_20(fn_amp_53(X)))
& valence_electron_1(fn_phosphate_group_20(fn_amp_53(X)))
& valence_electron_1(fn_covalent_bond_18(fn_amp_67(X)))
& double_bond_1(fn_phosphate_group_41(fn_amp_53(X)))
& share_1(fn_covalent_bond_17(fn_amp_67(X)))
& atomic_number_value_1(fn_carbon_16(fn_amp_70(X)))
& quantity_value_1(fn_atom_5(fn_amp_70(X)))
& quantity_value_1(fn_covalent_bond_9(fn_amp_68(X)))
& quantity_value_1(fn_carbon_12(fn_amp_70(X)))
& proton_1(fn_covalent_bond_4(fn_amp_68(X)))
& proton_1(fn_carbon_17(fn_amp_70(X)))
& atomic_nucleus_1(fn_first_electron_shell_7(fn_amp_71(X)))
& atomic_nucleus_1(fn_atom_18(fn_amp_70(X)))
& atomic_nucleus_1(fn_phosphate_group_18(fn_amp_53(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_amp_67(X)))
& atomic_nucleus_1(fn_carbon_18(fn_amp_70(X)))
& entity_1(fn_covalent_bond_20(fn_amp_68(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_amp_68(X)))
& atom_1(fn_covalent_bond_20(fn_amp_68(X)))
& entity_1(fn_covalent_bond_19(fn_amp_68(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_amp_68(X)))
& atom_1(fn_covalent_bond_19(fn_amp_68(X)))
& result_2(fn_amp_10(X),fn_amp_67(X))
& result_2(fn_amp_11(X),fn_amp_67(X))
& result_2(fn_amp_15(X),fn_amp_67(X))
& result_2(fn_amp_16(X),fn_amp_67(X))
& result_2(fn_amp_33(X),fn_amp_67(X))
& result_2(fn_amp_34(X),fn_amp_67(X))
& fn_amp_36(X) != fn_amp_47(X)
& fn_amp_45(X) != fn_amp_71(X)
& fn_amp_47(X) != fn_amp_36(X)
& fn_amp_49(X) != fn_amp_71(X)
& result_2(fn_amp_55(X),fn_amp_67(X))
& fn_amp_71(X) != fn_amp_45(X)
& fn_amp_71(X) != fn_amp_49(X)
& result_2(fn_amp_75(X),fn_amp_67(X))
& raw_material_2(fn_amp_65(X),fn_amp_64(X))
& result_2(fn_amp_65(X),X)
& is_inside_2(fn_amp_46(X),fn_amp_71(X))
& result_2(fn_amp_80(X),fn_amp_67(X))
& possesses_2(X,fn_amp_67(X))
& result_2(fn_amp_76(X),fn_amp_67(X))
& object_2(fn_amp_76(X),fn_amp_73(X))
& fn_amp_50(X) != fn_amp_51(X)
& fn_amp_51(X) != fn_amp_50(X)
& result_2(fn_amp_32(X),fn_amp_67(X))
& object_2(fn_amp_32(X),fn_amp_37(X))
& object_2(fn_amp_58(X),fn_amp_70(X))
& agent_2(fn_amp_55(X),fn_amp_70(X))
& object_2(fn_amp_60(X),fn_amp_70(X))
& object_2(fn_amp_58(X),fn_amp_69(X))
& result_2(fn_amp_17(X),fn_amp_67(X))
& object_2(fn_amp_17(X),fn_amp_21(X))
& is_between_2(fn_amp_67(X),fn_amp_69(X))
& is_between_2(fn_amp_68(X),fn_amp_69(X))
& agent_2(fn_amp_34(X),fn_amp_52(X))
& called_2(fn_amp_69(X),'A2')
& object_2(fn_amp_33(X),fn_amp_38(X))
& agent_2(fn_amp_33(X),fn_amp_52(X))
& agent_2(fn_amp_15(X),fn_amp_52(X))
& object_2(fn_amp_16(X),fn_amp_59(X))
& object_2(fn_amp_16(X),fn_amp_20(X))
& fn_amp_57(X) != fn_amp_59(X)
& fn_amp_59(X) != fn_amp_57(X)
& object_2(fn_amp_55(X),fn_amp_56(X))
& fn_amp_56(X) != fn_amp_57(X)
& fn_amp_57(X) != fn_amp_48(X)
& fn_amp_59(X) != fn_amp_56(X)
& fn_amp_56(X) != fn_amp_59(X)
& fn_amp_57(X) != fn_amp_56(X)
& fn_amp_48(X) != fn_amp_57(X)
& agent_2(fn_amp_55(X),fn_amp_69(X))
& agent_2(fn_amp_55(X),fn_amp_52(X))
& agent_2(fn_amp_17(X),fn_amp_52(X))
& object_2(fn_amp_17(X),fn_amp_59(X))
& fn_amp_59(X) != fn_amp_38(X)
& fn_amp_38(X) != fn_amp_59(X)
& has_part_2(X,fn_amp_63(X))
& has_part_2(fn_amp_63(X),fn_amp_62(X))
& has_region_2(fn_amp_62(X),fn_amp_54(X))
& is_at_2(fn_amp_69(X),fn_amp_54(X))
& has_part_2(X,fn_amp_5(X))
& atomic_number_2(fn_amp_69(X),fn_amp_28(X))
& has_part_2(X,fn_amp_4(X))
& has_region_2(fn_amp_69(X),fn_amp_46(X))
& has_region_2(fn_amp_52(X),fn_amp_44(X))
& is_inside_2(fn_amp_69(X),fn_amp_66(X))
& fn_amp_49(X) != fn_amp_51(X)
& fn_amp_51(X) != fn_amp_49(X)
& called_2(fn_amp_70(X),'A2')
& agent_2(fn_amp_11(X),fn_amp_52(X))
& object_2(fn_amp_75(X),fn_amp_72(X))
& agent_2(fn_amp_16(X),fn_amp_52(X))
& object_2(fn_amp_10(X),fn_amp_22(X))
& result_2(fn_amp_6(X),fn_amp_68(X))
& has_part_2(fn_amp_70(X),fn_amp_48(X))
& object_2(fn_amp_33(X),fn_amp_48(X))
& possesses_2(X,fn_amp_68(X))
& is_between_2(fn_amp_68(X),fn_amp_70(X))
& has_region_2(fn_amp_70(X),fn_amp_44(X))
& has_region_2(fn_amp_69(X),fn_amp_44(X))
& has_part_2(fn_amp_69(X),fn_amp_59(X))
& has_region_2(fn_amp_70(X),fn_amp_51(X))
& has_region_2(fn_amp_69(X),fn_amp_51(X))
& has_part_2(fn_amp_69(X),fn_amp_27(X))
& fn_amp_45(X) != fn_amp_51(X)
& fn_amp_51(X) != fn_amp_45(X)
& object_2(fn_amp_40(X),X)
& speed_2(fn_amp_40(X),fn_amp_41(X))
& directly_proportional_2(fn_amp_41(X),fn_amp_42(X))
& quantity_2(fn_amp_39(X),fn_amp_42(X))
& possesses_2(X,fn_amp_39(X))
& is_at_2(fn_amp_70(X),fn_amp_54(X))
& is_inside_2(fn_amp_53(X),fn_amp_54(X))
& has_region_2(X,fn_amp_53(X))
& has_part_2(X,fn_amp_70(X))
& fn_amp_70(X) != fn_amp_69(X)
& fn_amp_69(X) != fn_amp_70(X)
& fn_amp_37(X) != fn_amp_47(X)
& fn_amp_47(X) != fn_amp_59(X)
& fn_amp_59(X) != fn_amp_48(X)
& object_2(fn_amp_15(X),fn_amp_48(X))
& agent_2(fn_amp_15(X),fn_amp_70(X))
& fn_amp_47(X) != fn_amp_37(X)
& fn_amp_59(X) != fn_amp_47(X)
& fn_amp_48(X) != fn_amp_59(X)
& fn_amp_59(X) != fn_amp_37(X)
& fn_amp_59(X) != fn_amp_73(X)
& fn_amp_73(X) != fn_amp_59(X)
& fn_amp_36(X) != fn_amp_59(X)
& fn_amp_59(X) != fn_amp_36(X)
& fn_amp_37(X) != fn_amp_59(X)
& agent_2(fn_amp_11(X),fn_amp_4(X))
& object_2(fn_amp_11(X),fn_amp_30(X))
& fn_amp_47(X) != fn_amp_30(X)
& object_2(fn_amp_34(X),fn_amp_47(X))
& object_2(fn_amp_34(X),fn_amp_36(X))
& fn_amp_30(X) != fn_amp_47(X)
& fn_amp_74(X) != fn_amp_59(X)
& fn_amp_74(X) != fn_amp_57(X)
& fn_amp_57(X) != fn_amp_35(X)
& fn_amp_59(X) != fn_amp_35(X)
& object_2(fn_amp_10(X),fn_amp_59(X))
& fn_amp_59(X) != fn_amp_74(X)
& fn_amp_57(X) != fn_amp_74(X)
& fn_amp_35(X) != fn_amp_57(X)
& fn_amp_35(X) != fn_amp_59(X)
& agent_2(fn_amp_9(X),fn_amp_4(X))
& object_2(fn_amp_9(X),fn_amp_59(X))
& fn_amp_59(X) != fn_amp_22(X)
& fn_amp_21(X) != fn_amp_59(X)
& fn_amp_59(X) != fn_amp_21(X)
& fn_amp_22(X) != fn_amp_59(X)
& is_inside_2(fn_amp_70(X),fn_amp_66(X))
& has_region_2(X,fn_amp_66(X))
& has_part_2(X,fn_amp_52(X))
& agent_2(fn_amp_10(X),fn_amp_52(X))
& agent_2(fn_amp_10(X),fn_amp_4(X))
& agent_2(fn_amp_8(X),fn_amp_4(X))
& agent_2(fn_amp_8(X),fn_amp_52(X))
& agent_2(fn_amp_9(X),fn_amp_52(X))
& object_2(fn_amp_9(X),fn_amp_19(X))
& fn_amp_19(X) != fn_amp_59(X)
& fn_amp_59(X) != fn_amp_19(X)
& agent_2(fn_amp_75(X),fn_amp_52(X))
& object_2(fn_amp_75(X),fn_amp_48(X))
& fn_amp_48(X) != fn_amp_72(X)
& fn_amp_73(X) != fn_amp_48(X)
& fn_amp_48(X) != fn_amp_73(X)
& fn_amp_72(X) != fn_amp_48(X)
& agent_2(fn_amp_7(X),fn_amp_69(X))
& object_2(fn_amp_7(X),fn_amp_47(X))
& fn_amp_47(X) != fn_amp_22(X)
& fn_amp_21(X) != fn_amp_47(X)
& fn_amp_47(X) != fn_amp_21(X)
& fn_amp_22(X) != fn_amp_47(X)
& agent_2(fn_amp_76(X),fn_amp_52(X))
& object_2(fn_amp_76(X),fn_amp_48(X))
& fn_amp_48(X) != fn_amp_47(X)
& fn_amp_47(X) != fn_amp_20(X)
& fn_amp_20(X) != fn_amp_59(X)
& fn_amp_47(X) != fn_amp_48(X)
& fn_amp_20(X) != fn_amp_47(X)
& fn_amp_59(X) != fn_amp_20(X)
& agent_2(fn_amp_6(X),fn_amp_70(X))
& object_2(fn_amp_6(X),fn_amp_48(X))
& is_inside_2(fn_amp_48(X),fn_amp_18(X))
& has_region_2(fn_amp_51(X),fn_amp_18(X))
& fn_amp_51(X) != fn_amp_13(X)
& fn_amp_13(X) != fn_amp_51(X)
& has_part_2(X,fn_amp_69(X))
& fn_amp_69(X) != fn_amp_4(X)
& fn_amp_4(X) != fn_amp_70(X)
& fn_amp_4(X) != fn_amp_69(X)
& fn_amp_70(X) != fn_amp_4(X)
& fn_amp_52(X) != fn_amp_70(X)
& fn_amp_70(X) != fn_amp_52(X)
& is_inside_2(fn_amp_59(X),fn_amp_18(X))
& quantity_2(fn_amp_59(X),fn_amp_26(X))
& object_2(fn_amp_55(X),fn_amp_57(X))
& object_2(fn_amp_23(X),fn_amp_59(X))
& agent_2(fn_amp_23(X),fn_amp_27(X))
& result_2(fn_amp_55(X),fn_amp_68(X))
& object_2(fn_amp_55(X),fn_amp_59(X))
& object_2(fn_amp_24(X),fn_amp_59(X))
& causes_2(fn_amp_25(X),fn_amp_24(X))
& object_2(fn_amp_25(X),fn_amp_59(X))
& has_region_2(fn_amp_52(X),fn_amp_12(X))
& fn_amp_50(X) != fn_amp_49(X)
& fn_amp_49(X) != fn_amp_50(X)
& has_region_2(fn_amp_52(X),fn_amp_43(X))
& has_region_2(fn_amp_4(X),fn_amp_44(X))
& fn_amp_59(X) != fn_amp_79(X)
& fn_amp_79(X) != fn_amp_59(X)
& agent_2(fn_amp_60(X),fn_amp_67(X))
& result_2(fn_amp_9(X),fn_amp_67(X))
& has_function_2(fn_amp_68(X),fn_amp_58(X))
& result_2(fn_amp_7(X),fn_amp_68(X))
& agent_2(fn_amp_7(X),fn_amp_4(X))
& has_part_2(fn_amp_4(X),fn_amp_47(X))
& fn_amp_47(X) != fn_amp_14(X)
& fn_amp_14(X) != fn_amp_47(X)
& is_inside_2(fn_amp_5(X),fn_amp_53(X))
& is_inside_2(fn_amp_52(X),fn_amp_53(X))
& object_2(fn_amp_60(X),fn_amp_52(X))
& object_2(fn_amp_60(X),fn_amp_4(X))
& has_region_2(fn_amp_4(X),fn_amp_43(X))
& is_between_2(fn_amp_67(X),fn_amp_4(X))
& is_between_2(fn_amp_67(X),fn_amp_52(X))
& object_2(fn_amp_58(X),fn_amp_52(X))
& agent_2(fn_amp_58(X),fn_amp_68(X))
& is_between_2(fn_amp_68(X),fn_amp_4(X))
& has_part_2(fn_amp_4(X),fn_amp_14(X))
& fn_amp_14(X) != fn_amp_31(X)
& fn_amp_31(X) != fn_amp_47(X)
& object_2(fn_amp_32(X),fn_amp_47(X))
& agent_2(fn_amp_32(X),fn_amp_52(X))
& fn_amp_31(X) != fn_amp_14(X)
& fn_amp_47(X) != fn_amp_31(X)
& object_2(fn_amp_80(X),fn_amp_79(X))
& fn_amp_79(X) != fn_amp_47(X)
& object_2(fn_amp_6(X),fn_amp_47(X))
& agent_2(fn_amp_6(X),fn_amp_4(X))
& has_region_2(fn_amp_4(X),fn_amp_12(X))
& fn_amp_47(X) != fn_amp_79(X)
& has_region_2(fn_amp_4(X),fn_amp_46(X))
& has_region_2(fn_amp_4(X),fn_amp_13(X))
& fn_amp_13(X) != fn_amp_50(X)
& has_region_2(fn_amp_52(X),fn_amp_50(X))
& fn_amp_52(X) != fn_amp_5(X)
& fn_amp_50(X) != fn_amp_13(X)
& fn_amp_5(X) != fn_amp_52(X)
& agent_2(fn_amp_80(X),fn_amp_52(X))
& object_2(fn_amp_80(X),fn_amp_47(X))
& is_near_2(fn_amp_47(X),fn_amp_46(X))
& is_near_2(fn_amp_46(X),fn_amp_48(X))
& fn_amp_48(X) != fn_amp_38(X)
& is_near_2(fn_amp_46(X),fn_amp_47(X))
& is_near_2(fn_amp_48(X),fn_amp_46(X))
& fn_amp_38(X) != fn_amp_48(X)
& is_inside_2(fn_amp_4(X),fn_amp_53(X))
& fn_amp_5(X) != fn_amp_4(X)
& fn_amp_4(X) != fn_amp_5(X)
& fn_amp_52(X) != fn_amp_4(X)
& fn_amp_4(X) != fn_amp_52(X)
& is_near_2(fn_amp_12(X),fn_amp_30(X))
& is_near_2(fn_amp_30(X),fn_amp_12(X))
& object_2(fn_amp_7(X),fn_amp_59(X))
& has_function_2(fn_amp_67(X),fn_amp_60(X))
& is_at_2(fn_amp_12(X),fn_amp_43(X))
& fn_amp_43(X) != fn_amp_44(X)
& is_at_2(fn_amp_46(X),fn_amp_44(X))
& fn_amp_44(X) != fn_amp_43(X)
& is_near_2(fn_amp_59(X),fn_amp_46(X))
& is_near_2(fn_amp_46(X),fn_amp_59(X))
& result_2(fn_amp_8(X),fn_amp_67(X))
& object_2(fn_amp_8(X),fn_amp_47(X))
& is_near_2(fn_amp_47(X),fn_amp_12(X))
& is_near_2(fn_amp_12(X),fn_amp_47(X))
& fn_amp_46(X) != fn_amp_12(X)
& fn_amp_12(X) != fn_amp_46(X)
& called_2(fn_amp_26(X),'Number_Electron')
& called_2(fn_amp_28(X),'Atomic_Number')
& called_2(fn_amp_29(X),'Number_Proton')
& fn_amp_28(X) = fn_amp_29(X)
& fn_amp_29(X) = fn_amp_28(X)
& has_region_2(fn_amp_70(X),fn_amp_46(X))
& is_inside_2(fn_amp_27(X),fn_amp_46(X))
& quantity_2(fn_amp_27(X),fn_amp_29(X))
& fn_amp_26(X) = fn_amp_29(X)
& fn_amp_29(X) = fn_amp_26(X)
& fn_amp_64(X) = fn_chemical_reaction_2(fn_amp_65(X))
& fn_amp_61(X) = fn_adenosine_2(fn_amp_63(X))
& X = fn_chemical_reaction_1(fn_amp_65(X))
& fn_amp_46(X) = fn_first_electron_shell_7(fn_amp_71(X))
& fn_amp_80(X) = fn_nucleotide_24(X)
& fn_amp_73(X) = fn_covalent_bond_18(fn_amp_67(X))
& fn_amp_76(X) = fn_covalent_bond_17(fn_amp_67(X))
& fn_amp_50(X) = fn_covalent_bond_12(fn_amp_67(X))
& fn_amp_37(X) = fn_covalent_bond_18(fn_amp_67(X))
& fn_amp_32(X) = fn_covalent_bond_17(fn_amp_67(X))
& fn_amp_60(X) = fn_covalent_bond_14(fn_amp_68(X))
& fn_amp_58(X) = fn_covalent_bond_14(fn_amp_67(X))
& fn_amp_21(X) = fn_covalent_bond_18(fn_amp_67(X))
& fn_amp_17(X) = fn_covalent_bond_17(fn_amp_67(X))
& fn_amp_34(X) = fn_nucleoside_monophosphate_7(X)
& fn_amp_15(X) = fn_nucleoside_monophosphate_5(X)
& fn_amp_33(X) = fn_nucleoside_monophosphate_62(X)
& fn_amp_20(X) = fn_nucleoside_monophosphate_9(X)
& fn_amp_16(X) = fn_nucleoside_monophosphate_63(X)
& fn_amp_57(X) = fn_nucleoside_monophosphate_8(X)
& fn_amp_57(X) = fn_nucleoside_monophosphate_19(X)
& fn_amp_56(X) = fn_nucleoside_monophosphate_6(X)
& fn_amp_56(X) = fn_nucleoside_monophosphate_33(X)
& fn_amp_38(X) = fn_nucleoside_monophosphate_19(X)
& fn_amp_59(X) = fn_nucleoside_monophosphate_4(X)
& fn_amp_17(X) = fn_nucleoside_monophosphate_3(X)
& fn_amp_55(X) = fn_nucleoside_monophosphate_60(X)
& fn_amp_62(X) = fn_adenosine_1(fn_amp_63(X))
& fn_amp_62(X) = fn_nucleoside_monophosphate_15(X)
& fn_amp_63(X) = fn_nucleoside_monophosphate_11(X)
& fn_amp_5(X) = fn_nucleoside_monophosphate_65(X)
& fn_amp_28(X) = fn_nucleoside_monophosphate_56(X)
& fn_amp_28(X) = fn_nucleoside_monophosphate_39(X)
& fn_amp_46(X) = fn_nucleoside_monophosphate_10(X)
& fn_amp_44(X) = fn_nucleoside_monophosphate_55(X)
& fn_amp_49(X) = fn_nucleoside_monophosphate_54(X)
& fn_amp_11(X) = fn_nucleoside_monophosphate_62(X)
& fn_amp_72(X) = fn_nucleoside_monophosphate_6(X)
& fn_amp_16(X) = fn_nucleoside_monophosphate_60(X)
& fn_amp_77(X) = fn_nucleoside_monophosphate_36(X)
& fn_amp_78(X) = fn_nucleoside_monophosphate_35(X)
& fn_amp_6(X) = fn_nucleoside_monophosphate_63(X)
& fn_amp_33(X) = fn_nucleoside_monophosphate_64(X)
& fn_amp_59(X) = fn_nucleoside_monophosphate_9(X)
& fn_amp_69(X) = fn_nucleoside_monophosphate_26(X)
& fn_amp_44(X) = fn_nucleoside_monophosphate_30(X)
& fn_amp_68(X) = fn_nucleoside_monophosphate_23(X)
& fn_amp_27(X) = fn_nucleoside_monophosphate_57(X)
& fn_amp_69(X) = fn_covalent_bond_20(fn_amp_67(X))
& fn_amp_45(X) = fn_nucleoside_monophosphate_28(X)
& fn_amp_51(X) = fn_atom_9(fn_amp_70(X))
& fn_amp_39(X) = fn_nucleoside_monophosphate_22(X)
& fn_amp_42(X) = fn_nucleoside_monophosphate_14(X)
& fn_amp_41(X) = fn_nucleoside_monophosphate_13(X)
& fn_amp_40(X) = fn_nucleoside_monophosphate_12(X)
& X = fn_functional_group_1(fn_amp_53(X))
& fn_amp_53(X) = fn_nucleoside_monophosphate_17(X)
& fn_amp_54(X) = fn_5_prime_carbon_1(fn_amp_70(X))
& fn_amp_54(X) = fn_nucleoside_monophosphate_21(X)
& fn_amp_70(X) = fn_nucleoside_monophosphate_26(X)
& fn_amp_15(X) = fn_nucleoside_monophosphate_63(X)
& fn_amp_48(X) = fn_nucleoside_monophosphate_19(X)
& fn_amp_59(X) = fn_nucleoside_monophosphate_29(X)
& fn_amp_47(X) = fn_nucleoside_monophosphate_18(X)
& fn_amp_37(X) = fn_nucleoside_monophosphate_29(X)
& fn_amp_36(X) = fn_nucleoside_monophosphate_32(X)
& fn_amp_73(X) = fn_nucleoside_monophosphate_18(X)
& fn_amp_36(X) = fn_nucleoside_monophosphate_9(X)
& fn_amp_34(X) = fn_nucleoside_monophosphate_61(X)
& fn_amp_47(X) = fn_nucleoside_monophosphate_42(X)
& fn_amp_30(X) = fn_nucleoside_monophosphate_9(X)
& fn_amp_11(X) = fn_nucleoside_monophosphate_63(X)
& fn_amp_10(X) = fn_nucleoside_monophosphate_7(X)
& fn_amp_59(X) = fn_nucleoside_monophosphate_8(X)
& fn_amp_35(X) = fn_nucleoside_monophosphate_9(X)
& fn_amp_57(X) = fn_nucleoside_monophosphate_32(X)
& fn_amp_74(X) = fn_nucleoside_monophosphate_9(X)
& fn_amp_22(X) = fn_nucleoside_monophosphate_9(X)
& fn_amp_59(X) = fn_nucleoside_monophosphate_33(X)
& fn_amp_21(X) = fn_nucleoside_monophosphate_9(X)
& fn_amp_9(X) = fn_nucleoside_monophosphate_62(X)
& fn_amp_10(X) = fn_nucleoside_monophosphate_61(X)
& fn_amp_66(X) = fn_nucleotide_3(X)
& fn_amp_66(X) = fn_nucleoside_monophosphate_25(X)
& fn_amp_59(X) = fn_nucleoside_monophosphate_42(X)
& fn_amp_19(X) = fn_nucleoside_monophosphate_9(X)
& fn_amp_9(X) = fn_nucleoside_monophosphate_34(X)
& fn_amp_8(X) = fn_nucleoside_monophosphate_7(X)
& fn_amp_72(X) = fn_nucleoside_monophosphate_8(X)
& fn_amp_73(X) = fn_nucleoside_monophosphate_6(X)
& fn_amp_48(X) = fn_nucleoside_monophosphate_9(X)
& fn_amp_75(X) = fn_nucleoside_monophosphate_5(X)
& fn_amp_22(X) = fn_nucleoside_monophosphate_4(X)
& fn_amp_21(X) = fn_nucleoside_monophosphate_8(X)
& fn_amp_7(X) = fn_nucleoside_monophosphate_64(X)
& fn_amp_59(X) = fn_nucleoside_monophosphate_19(X)
& fn_amp_20(X) = fn_nucleoside_monophosphate_6(X)
& fn_amp_47(X) = fn_nucleoside_monophosphate_19(X)
& fn_amp_48(X) = fn_nucleoside_monophosphate_4(X)
& fn_amp_76(X) = fn_nucleoside_monophosphate_3(X)
& fn_amp_51(X) = fn_covalent_bond_11(fn_amp_67(X))
& fn_amp_13(X) = fn_nucleoside_monophosphate_54(X)
& fn_amp_51(X) = fn_nucleoside_monophosphate_20(X)
& fn_amp_18(X) = fn_nucleoside_monophosphate_52(X)
& fn_amp_48(X) = fn_nucleoside_monophosphate_33(X)
& fn_amp_6(X) = fn_nucleoside_monophosphate_60(X)
& fn_amp_70(X) = fn_covalent_bond_20(fn_amp_68(X))
& fn_amp_52(X) = fn_covalent_bond_19(fn_amp_68(X))
& fn_amp_70(X) = fn_covalent_bond_19(fn_amp_68(X))
& fn_amp_52(X) = fn_covalent_bond_20(fn_amp_68(X))
& fn_amp_52(X) = fn_nucleoside_monophosphate_16(X)
& fn_amp_70(X) = fn_nucleoside_monophosphate_24(X)
& fn_amp_69(X) = fn_covalent_bond_19(fn_amp_67(X))
& fn_amp_4(X) = fn_nucleoside_monophosphate_27(X)
& fn_amp_69(X) = fn_nucleoside_monophosphate_24(X)
& fn_amp_18(X) = fn_covalent_bond_13(fn_amp_68(X))
& fn_amp_26(X) = fn_covalent_bond_9(fn_amp_68(X))
& fn_amp_57(X) = fn_covalent_bond_15(fn_amp_68(X))
& fn_amp_27(X) = fn_covalent_bond_4(fn_amp_68(X))
& fn_amp_23(X) = fn_covalent_bond_10(fn_amp_68(X))
& fn_amp_25(X) = fn_covalent_bond_16(fn_amp_68(X))
& fn_amp_24(X) = fn_covalent_bond_1(fn_amp_68(X))
& fn_amp_59(X) = fn_covalent_bond_18(fn_amp_68(X))
& fn_amp_55(X) = fn_covalent_bond_17(fn_amp_68(X))
& fn_amp_12(X) = fn_phosphate_group_14(fn_amp_53(X))
& fn_amp_49(X) = fn_phosphate_group_16(fn_amp_53(X))
& fn_amp_43(X) = fn_phosphate_group_12(fn_amp_53(X))
& fn_amp_44(X) = fn_phosphate_group_17(fn_amp_53(X))
& fn_amp_59(X) = fn_phosphate_group_3(fn_amp_53(X))
& fn_amp_9(X) = fn_phosphate_group_39(fn_amp_53(X))
& fn_amp_14(X) = fn_phosphate_group_21(fn_amp_53(X))
& fn_amp_7(X) = fn_phosphate_group_35(fn_amp_53(X))
& fn_amp_43(X) = fn_phosphate_group_10(fn_amp_53(X))
& fn_amp_52(X) = fn_covalent_bond_20(fn_amp_67(X))
& fn_amp_60(X) = fn_phosphate_group_40(fn_amp_53(X))
& fn_amp_58(X) = fn_covalent_bond_14(fn_amp_68(X))
& fn_amp_68(X) = fn_phosphate_group_37(fn_amp_53(X))
& fn_amp_58(X) = fn_phosphate_group_36(fn_amp_53(X))
& fn_amp_67(X) = fn_phosphate_group_41(fn_amp_53(X))
& fn_amp_32(X) = fn_phosphate_group_39(fn_amp_53(X))
& fn_amp_47(X) = fn_phosphate_group_8(fn_amp_53(X))
& fn_amp_31(X) = fn_phosphate_group_9(fn_amp_53(X))
& fn_amp_14(X) = fn_phosphate_group_8(fn_amp_53(X))
& fn_amp_12(X) = fn_nucleotide_35(X)
& fn_amp_12(X) = fn_phosphate_group_11(fn_amp_53(X))
& fn_amp_6(X) = fn_phosphate_group_39(fn_amp_53(X))
& fn_amp_47(X) = fn_phosphate_group_3(fn_amp_53(X))
& fn_amp_79(X) = fn_phosphate_group_38(fn_amp_53(X))
& fn_amp_50(X) = fn_phosphate_group_13(fn_amp_53(X))
& fn_amp_4(X) = fn_covalent_bond_19(fn_amp_67(X))
& fn_amp_13(X) = fn_covalent_bond_12(fn_amp_67(X))
& fn_amp_13(X) = fn_phosphate_group_16(fn_amp_53(X))
& fn_amp_4(X) = fn_phosphate_group_22(fn_amp_53(X))
& fn_amp_38(X) = fn_phosphate_group_20(fn_amp_53(X))
& fn_amp_48(X) = fn_carbon_10(fn_amp_70(X))
& fn_amp_48(X) = fn_atom_14(fn_amp_70(X))
& fn_amp_48(X) = fn_phosphate_group_21(fn_amp_53(X))
& fn_amp_46(X) = fn_phosphate_group_18(fn_amp_53(X))
& fn_amp_47(X) = fn_phosphate_group_20(fn_amp_53(X))
& fn_amp_80(X) = fn_phosphate_group_35(fn_amp_53(X))
& fn_amp_4(X) = fn_nucleotide_10(X)
& fn_amp_52(X) = fn_nucleotide_30(X)
& fn_amp_4(X) = fn_covalent_bond_20(fn_amp_67(X))
& fn_amp_52(X) = fn_covalent_bond_19(fn_amp_67(X))
& fn_amp_52(X) = fn_phosphate_group_6(fn_amp_53(X))
& fn_amp_5(X) = fn_phosphate_group_22(fn_amp_53(X))
& fn_amp_4(X) = fn_phosphate_group_5(fn_amp_53(X))
& fn_amp_30(X) = fn_covalent_bond_18(fn_amp_67(X))
& fn_amp_7(X) = fn_covalent_bond_17(fn_amp_67(X))
& fn_amp_67(X) = fn_nucleotide_29(X)
& fn_amp_60(X) = fn_nucleotide_23(X)
& fn_amp_60(X) = fn_covalent_bond_14(fn_amp_67(X))
& fn_amp_59(X) = fn_carbon_10(fn_amp_70(X))
& fn_amp_59(X) = fn_atom_14(fn_amp_70(X))
& fn_amp_59(X) = fn_covalent_bond_15(fn_amp_67(X))
& fn_amp_44(X) = fn_covalent_bond_21(fn_amp_68(X))
& fn_amp_44(X) = fn_covalent_bond_23(fn_amp_68(X))
& fn_amp_43(X) = fn_covalent_bond_23(fn_amp_67(X))
& fn_amp_44(X) = fn_covalent_bond_21(fn_amp_67(X))
& fn_amp_44(X) = fn_covalent_bond_23(fn_amp_67(X))
& fn_amp_12(X) = fn_covalent_bond_24(fn_amp_68(X))
& fn_amp_43(X) = fn_covalent_bond_23(fn_amp_68(X))
& fn_amp_12(X) = fn_covalent_bond_22(fn_amp_68(X))
& fn_amp_43(X) = fn_covalent_bond_21(fn_amp_68(X))
& fn_amp_43(X) = fn_covalent_bond_21(fn_amp_67(X))
& fn_amp_46(X) = fn_covalent_bond_24(fn_amp_67(X))
& fn_amp_12(X) = fn_covalent_bond_22(fn_amp_67(X))
& fn_amp_47(X) = fn_covalent_bond_18(fn_amp_67(X))
& fn_amp_8(X) = fn_covalent_bond_17(fn_amp_67(X))
& fn_amp_3(X) = fn_carbon_8(fn_amp_70(X))
& fn_amp_26(X) = fn_atom_5(fn_amp_70(X))
& fn_amp_2(X) = fn_carbon_13(fn_amp_70(X))
& fn_amp_1(X) = fn_carbon_9(fn_amp_70(X))
& fn_amp_28(X) = fn_carbon_16(fn_amp_70(X))
& fn_amp_26(X) = fn_carbon_12(fn_amp_70(X))
& fn_amp_29(X) = fn_carbon_19(fn_amp_70(X))
& fn_amp_27(X) = fn_carbon_17(fn_amp_70(X))
& fn_amp_46(X) = fn_atom_18(fn_amp_70(X))
& fn_amp_46(X) = fn_carbon_18(fn_amp_70(X))
& fn_nucleoside_monophosphate_6(X) = fn_nucleoside_monophosphate_33(X)
& fn_nucleoside_monophosphate_33(X) = fn_covalent_bond_17(fn_amp_67(X))
& fn_nucleoside_monophosphate_3(X) = fn_nucleoside_monophosphate_15(X)
& fn_nucleoside_monophosphate_15(X) = fn_adenosine_1(fn_amp_63(X))
& fn_adenosine_1(fn_amp_63(X)) = fn_nucleoside_monophosphate_15(X)
& fn_nucleoside_monophosphate_15(X) = fn_nucleoside_monophosphate_63(X)
& fn_nucleoside_monophosphate_60(X) = fn_nucleoside_monophosphate_62(X)
& fn_nucleoside_monophosphate_62(X) = fn_nucleoside_monophosphate_64(X)
& fn_nucleoside_monophosphate_64(X) = fn_nucleoside_monophosphate_21(X)
& fn_nucleoside_monophosphate_21(X) = fn_nucleoside_monophosphate_21(X)
& fn_nucleoside_monophosphate_21(X) = fn_5_prime_carbon_1(fn_amp_70(X))
& fn_5_prime_carbon_1(fn_amp_70(X)) = fn_nucleoside_monophosphate_21(X)
& fn_nucleoside_monophosphate_21(X) = fn_nucleoside_monophosphate_5(X)
& fn_nucleoside_monophosphate_5(X) = fn_nucleoside_monophosphate_63(X)
& fn_nucleoside_monophosphate_63(X) = fn_covalent_bond_18(fn_amp_67(X))
& fn_covalent_bond_18(fn_amp_67(X)) = fn_nucleoside_monophosphate_29(X)
& fn_nucleoside_monophosphate_29(X) = fn_nucleoside_monophosphate_32(X)
& fn_nucleoside_monophosphate_32(X) = fn_nucleoside_monophosphate_9(X)
& fn_nucleoside_monophosphate_9(X) = fn_nucleoside_monophosphate_7(X)
& fn_nucleoside_monophosphate_61(X) = fn_nucleoside_monophosphate_62(X)
& fn_nucleoside_monophosphate_62(X) = fn_nucleoside_monophosphate_63(X)
& fn_nucleoside_monophosphate_63(X) = fn_nucleoside_monophosphate_63(X)
& fn_nucleoside_monophosphate_63(X) = fn_nucleoside_monophosphate_7(X)
& fn_nucleoside_monophosphate_7(X) = fn_nucleoside_monophosphate_7(X)
& fn_nucleoside_monophosphate_7(X) = fn_nucleoside_monophosphate_61(X)
& fn_nucleoside_monophosphate_61(X) = fn_nucleoside_monophosphate_61(X)
& fn_nucleoside_monophosphate_61(X) = fn_nucleoside_monophosphate_25(X)
& fn_nucleoside_monophosphate_25(X) = fn_nucleotide_3(X)
& fn_nucleotide_3(X) = fn_nucleoside_monophosphate_25(X)
& fn_nucleoside_monophosphate_25(X) = fn_nucleoside_monophosphate_25(X)
& fn_nucleoside_monophosphate_25(X) = fn_nucleoside_monophosphate_6(X)
& fn_nucleoside_monophosphate_6(X) = fn_nucleoside_monophosphate_8(X)
& fn_nucleoside_monophosphate_8(X) = fn_covalent_bond_18(fn_amp_67(X))
& fn_covalent_bond_18(fn_amp_67(X)) = fn_nucleoside_monophosphate_18(X)
& fn_nucleoside_monophosphate_18(X) = fn_nucleoside_monophosphate_6(X)
& fn_nucleoside_monophosphate_6(X) = fn_nucleoside_monophosphate_9(X)
& fn_nucleoside_monophosphate_4(X) = fn_covalent_bond_18(fn_amp_67(X))
& fn_covalent_bond_18(fn_amp_67(X)) = fn_nucleoside_monophosphate_9(X)
& fn_nucleoside_monophosphate_9(X) = fn_nucleoside_monophosphate_8(X)
& fn_nucleoside_monophosphate_8(X) = fn_nucleoside_monophosphate_9(X)
& fn_nucleoside_monophosphate_9(X) = fn_nucleoside_monophosphate_6(X)
& fn_nucleoside_monophosphate_6(X) = fn_nucleoside_monophosphate_6(X)
& fn_nucleoside_monophosphate_6(X) = fn_covalent_bond_17(fn_amp_67(X))
& fn_covalent_bond_17(fn_amp_67(X)) = fn_nucleoside_monophosphate_3(X)
& fn_nucleoside_monophosphate_3(X) = fn_nucleoside_monophosphate_3(X)
& fn_nucleoside_monophosphate_3(X) = fn_covalent_bond_11(fn_amp_67(X))
& fn_covalent_bond_11(fn_amp_67(X)) = fn_atom_9(fn_amp_70(X))
& fn_atom_9(fn_amp_70(X)) = fn_covalent_bond_11(fn_amp_67(X))
& fn_covalent_bond_11(fn_amp_67(X)) = fn_covalent_bond_11(fn_amp_67(X))
& fn_nucleoside_monophosphate_20(X) = fn_covalent_bond_11(fn_amp_67(X))
& fn_covalent_bond_11(fn_amp_67(X)) = fn_nucleoside_monophosphate_20(X)
& fn_nucleoside_monophosphate_20(X) = fn_nucleoside_monophosphate_20(X)
& fn_nucleoside_monophosphate_20(X) = fn_covalent_bond_19(fn_amp_67(X))
& fn_covalent_bond_19(fn_amp_67(X)) = fn_nucleoside_monophosphate_26(X)
& fn_nucleoside_monophosphate_26(X) = fn_covalent_bond_19(fn_amp_67(X))
& fn_covalent_bond_19(fn_amp_67(X)) = fn_nucleoside_monophosphate_24(X)
& fn_nucleoside_monophosphate_24(X) = fn_chemical_reaction_1(fn_amp_65(X))
& fn_chemical_reaction_1(fn_amp_65(X)) = fn_functional_group_1(fn_amp_53(X))
& fn_functional_group_1(fn_amp_53(X)) = fn_nucleoside_monophosphate_52(X)
& fn_nucleoside_monophosphate_52(X) = fn_nucleoside_monophosphate_52(X)
& fn_nucleoside_monophosphate_52(X) = fn_covalent_bond_13(fn_amp_68(X))
& fn_covalent_bond_13(fn_amp_68(X)) = fn_nucleoside_monophosphate_8(X)
& fn_nucleoside_monophosphate_8(X) = fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_19(X) = fn_nucleoside_monophosphate_32(X)
& fn_nucleoside_monophosphate_32(X) = fn_nucleoside_monophosphate_32(X)
& fn_nucleoside_monophosphate_32(X) = fn_covalent_bond_15(fn_amp_68(X))
& fn_covalent_bond_15(fn_amp_68(X)) = fn_covalent_bond_17(fn_amp_68(X))
& fn_covalent_bond_17(fn_amp_68(X)) = fn_nucleoside_monophosphate_60(X)
& fn_nucleoside_monophosphate_60(X) = fn_covalent_bond_17(fn_amp_68(X))
& fn_covalent_bond_17(fn_amp_68(X)) = fn_covalent_bond_17(fn_amp_68(X))
& fn_covalent_bond_17(fn_amp_68(X)) = fn_nucleoside_monophosphate_54(X)
& fn_phosphate_group_16(fn_amp_53(X)) = fn_nucleoside_monophosphate_62(X)
& fn_nucleoside_monophosphate_62(X) = fn_nucleoside_monophosphate_62(X)
& fn_nucleoside_monophosphate_62(X) = fn_nucleoside_monophosphate_34(X)
& fn_nucleoside_monophosphate_34(X) = fn_nucleoside_monophosphate_34(X)
& fn_nucleoside_monophosphate_34(X) = fn_phosphate_group_39(fn_amp_53(X))
& fn_phosphate_group_39(fn_amp_53(X)) = fn_nucleoside_monophosphate_23(X)
& fn_nucleoside_monophosphate_23(X) = fn_nucleoside_monophosphate_23(X)
& fn_nucleoside_monophosphate_23(X) = fn_phosphate_group_37(fn_amp_53(X))
& fn_phosphate_group_37(fn_amp_53(X)) = fn_phosphate_group_37(fn_amp_53(X))
& fn_phosphate_group_37(fn_amp_53(X)) = fn_covalent_bond_14(fn_amp_68(X))
& fn_covalent_bond_14(fn_amp_67(X)) = fn_covalent_bond_14(fn_amp_68(X))
& fn_phosphate_group_36(fn_amp_53(X)) = fn_covalent_bond_14(fn_amp_68(X))
& fn_covalent_bond_14(fn_amp_68(X)) = fn_phosphate_group_36(fn_amp_53(X))
& fn_phosphate_group_36(fn_amp_53(X)) = fn_phosphate_group_36(fn_amp_53(X))
& fn_phosphate_group_36(fn_amp_53(X)) = fn_covalent_bond_17(fn_amp_67(X))
& fn_covalent_bond_17(fn_amp_67(X)) = fn_phosphate_group_39(fn_amp_53(X))
& fn_phosphate_group_39(fn_amp_53(X)) = fn_phosphate_group_21(fn_amp_53(X))
& fn_phosphate_group_21(fn_amp_53(X)) = fn_phosphate_group_8(fn_amp_53(X))
& fn_phosphate_group_8(fn_amp_53(X)) = fn_nucleoside_monophosphate_63(X)
& fn_nucleoside_monophosphate_63(X) = fn_nucleoside_monophosphate_60(X)
& fn_nucleoside_monophosphate_60(X) = fn_nucleoside_monophosphate_60(X)
& fn_nucleoside_monophosphate_60(X) = fn_phosphate_group_39(fn_amp_53(X))
& fn_phosphate_group_39(fn_amp_53(X)) = fn_phosphate_group_39(fn_amp_53(X))
& fn_phosphate_group_39(fn_amp_53(X)) = fn_covalent_bond_12(fn_amp_67(X))
& fn_covalent_bond_12(fn_amp_67(X)) = fn_phosphate_group_13(fn_amp_53(X))
& fn_phosphate_group_13(fn_amp_53(X)) = fn_phosphate_group_13(fn_amp_53(X))
& fn_phosphate_group_13(fn_amp_53(X)) = fn_covalent_bond_12(fn_amp_67(X))
& fn_nucleoside_monophosphate_54(X) = fn_covalent_bond_12(fn_amp_67(X))
& fn_covalent_bond_12(fn_amp_67(X)) = fn_nucleoside_monophosphate_54(X)
& fn_nucleoside_monophosphate_54(X) = fn_phosphate_group_16(fn_amp_53(X))
& fn_phosphate_group_16(fn_amp_53(X)) = fn_phosphate_group_16(fn_amp_53(X))
& fn_phosphate_group_16(fn_amp_53(X)) = fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_19(X) = fn_phosphate_group_20(fn_amp_53(X))
& fn_phosphate_group_20(fn_amp_53(X)) = fn_carbon_10(fn_amp_70(X))
& fn_atom_14(fn_amp_70(X)) = fn_carbon_10(fn_amp_70(X))
& fn_carbon_10(fn_amp_70(X)) = fn_atom_14(fn_amp_70(X))
& fn_nucleoside_monophosphate_19(X) = fn_atom_14(fn_amp_70(X))
& fn_atom_14(fn_amp_70(X)) = fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_19(X) = fn_nucleoside_monophosphate_9(X)
& fn_nucleoside_monophosphate_4(X) = fn_nucleoside_monophosphate_9(X)
& fn_nucleoside_monophosphate_9(X) = fn_nucleoside_monophosphate_4(X)
& fn_nucleoside_monophosphate_33(X) = fn_nucleoside_monophosphate_4(X)
& fn_nucleoside_monophosphate_4(X) = fn_nucleoside_monophosphate_33(X)
& fn_nucleoside_monophosphate_33(X) = fn_phosphate_group_21(fn_amp_53(X))
& fn_phosphate_group_21(fn_amp_53(X)) = fn_phosphate_group_21(fn_amp_53(X))
& fn_phosphate_group_21(fn_amp_53(X)) = fn_nucleotide_24(X)
& fn_nucleotide_24(X) = fn_phosphate_group_35(fn_amp_53(X))
& fn_phosphate_group_35(fn_amp_53(X)) = fn_covalent_bond_20(fn_amp_68(X))
& fn_covalent_bond_20(fn_amp_67(X)) = fn_covalent_bond_20(fn_amp_68(X))
& fn_covalent_bond_20(fn_amp_68(X)) = fn_nucleotide_30(X)
& fn_nucleotide_30(X) = fn_covalent_bond_20(fn_amp_67(X))
& fn_covalent_bond_20(fn_amp_67(X)) = fn_nucleotide_30(X)
& fn_nucleotide_30(X) = fn_covalent_bond_19(fn_amp_68(X))
& fn_covalent_bond_20(fn_amp_68(X)) = fn_covalent_bond_19(fn_amp_67(X))
& fn_covalent_bond_20(fn_amp_67(X)) = fn_covalent_bond_19(fn_amp_68(X))
& fn_covalent_bond_20(fn_amp_68(X)) = fn_covalent_bond_20(fn_amp_67(X))
& fn_covalent_bond_19(fn_amp_68(X)) = fn_covalent_bond_19(fn_amp_67(X))
& fn_nucleoside_monophosphate_16(X) = fn_covalent_bond_19(fn_amp_68(X))
& fn_covalent_bond_19(fn_amp_68(X)) = fn_nucleoside_monophosphate_16(X)
& fn_nucleoside_monophosphate_16(X) = fn_covalent_bond_19(fn_amp_67(X))
& fn_covalent_bond_19(fn_amp_67(X)) = fn_nucleoside_monophosphate_16(X)
& fn_nucleoside_monophosphate_16(X) = fn_nucleoside_monophosphate_16(X)
& fn_nucleoside_monophosphate_16(X) = fn_phosphate_group_6(fn_amp_53(X))
& fn_phosphate_group_6(fn_amp_53(X)) = fn_phosphate_group_6(fn_amp_53(X))
& fn_phosphate_group_6(fn_amp_53(X)) = fn_nucleoside_monophosphate_65(X)
& fn_nucleoside_monophosphate_65(X) = fn_phosphate_group_22(fn_amp_53(X))
& fn_phosphate_group_22(fn_amp_53(X)) = fn_covalent_bond_19(fn_amp_67(X))
& fn_covalent_bond_19(fn_amp_67(X)) = fn_nucleotide_10(X)
& fn_nucleotide_10(X) = fn_covalent_bond_19(fn_amp_67(X))
& fn_covalent_bond_20(fn_amp_67(X)) = fn_covalent_bond_19(fn_amp_67(X))
& fn_covalent_bond_19(fn_amp_67(X)) = fn_covalent_bond_19(fn_amp_67(X))
& fn_covalent_bond_19(fn_amp_67(X)) = fn_covalent_bond_20(fn_amp_67(X))
& fn_nucleoside_monophosphate_27(X) = fn_covalent_bond_20(fn_amp_67(X))
& fn_covalent_bond_20(fn_amp_67(X)) = fn_nucleoside_monophosphate_27(X)
& fn_nucleoside_monophosphate_27(X) = fn_nucleoside_monophosphate_27(X)
& fn_nucleoside_monophosphate_27(X) = fn_phosphate_group_22(fn_amp_53(X))
& fn_phosphate_group_5(fn_amp_53(X)) = fn_phosphate_group_22(fn_amp_53(X))
& fn_phosphate_group_22(fn_amp_53(X)) = fn_phosphate_group_22(fn_amp_53(X))
& fn_phosphate_group_22(fn_amp_53(X)) = fn_phosphate_group_5(fn_amp_53(X))
& fn_phosphate_group_5(fn_amp_53(X)) = fn_phosphate_group_5(fn_amp_53(X))
& fn_phosphate_group_5(fn_amp_53(X)) = fn_nucleoside_monophosphate_9(X)
& fn_nucleoside_monophosphate_9(X) = fn_covalent_bond_18(fn_amp_67(X))
& fn_covalent_bond_18(fn_amp_67(X)) = fn_nucleoside_monophosphate_64(X)
& fn_nucleoside_monophosphate_64(X) = fn_nucleoside_monophosphate_64(X)
& fn_nucleoside_monophosphate_64(X) = fn_phosphate_group_35(fn_amp_53(X))
& fn_phosphate_group_35(fn_amp_53(X)) = fn_phosphate_group_35(fn_amp_53(X))
& fn_phosphate_group_35(fn_amp_53(X)) = fn_covalent_bond_17(fn_amp_67(X))
& fn_covalent_bond_17(fn_amp_67(X)) = fn_phosphate_group_40(fn_amp_53(X))
& fn_nucleotide_23(X) = fn_phosphate_group_40(fn_amp_53(X))
& fn_phosphate_group_40(fn_amp_53(X)) = fn_nucleotide_23(X)
& fn_nucleotide_23(X) = fn_covalent_bond_14(fn_amp_68(X))
& fn_covalent_bond_14(fn_amp_68(X)) = fn_covalent_bond_14(fn_amp_67(X))
& fn_phosphate_group_40(fn_amp_53(X)) = fn_phosphate_group_40(fn_amp_53(X))
& fn_covalent_bond_14(fn_amp_67(X)) = fn_phosphate_group_40(fn_amp_53(X))
& fn_phosphate_group_40(fn_amp_53(X)) = fn_covalent_bond_14(fn_amp_67(X))
& fn_covalent_bond_14(fn_amp_67(X)) = fn_nucleoside_monophosphate_4(X)
& fn_nucleoside_monophosphate_4(X) = fn_carbon_10(fn_amp_70(X))
& fn_carbon_10(fn_amp_70(X)) = fn_carbon_10(fn_amp_70(X))
& fn_carbon_10(fn_amp_70(X)) = fn_nucleoside_monophosphate_4(X)
& fn_nucleoside_monophosphate_4(X) = fn_nucleoside_monophosphate_4(X)
& fn_nucleoside_monophosphate_4(X) = fn_atom_14(fn_amp_70(X))
& fn_nucleoside_monophosphate_9(X) = fn_atom_14(fn_amp_70(X))
& fn_atom_14(fn_amp_70(X)) = fn_atom_14(fn_amp_70(X))
& fn_atom_14(fn_amp_70(X)) = fn_nucleoside_monophosphate_9(X)
& fn_nucleoside_monophosphate_9(X) = fn_nucleoside_monophosphate_9(X)
& fn_nucleoside_monophosphate_9(X) = fn_nucleoside_monophosphate_29(X)
& fn_nucleoside_monophosphate_29(X) = fn_nucleoside_monophosphate_29(X)
& fn_nucleoside_monophosphate_29(X) = fn_nucleoside_monophosphate_8(X)
& fn_nucleoside_monophosphate_8(X) = fn_nucleoside_monophosphate_8(X)
& fn_nucleoside_monophosphate_8(X) = fn_nucleoside_monophosphate_33(X)
& fn_nucleoside_monophosphate_33(X) = fn_nucleoside_monophosphate_33(X)
& fn_nucleoside_monophosphate_33(X) = fn_nucleoside_monophosphate_42(X)
& fn_nucleoside_monophosphate_19(X) = fn_nucleoside_monophosphate_42(X)
& fn_nucleoside_monophosphate_19(X) = fn_covalent_bond_18(fn_amp_68(X))
& fn_covalent_bond_18(fn_amp_68(X)) = fn_covalent_bond_18(fn_amp_68(X))
& fn_covalent_bond_18(fn_amp_68(X)) = fn_phosphate_group_3(fn_amp_53(X))
& fn_phosphate_group_3(fn_amp_53(X)) = fn_covalent_bond_15(fn_amp_67(X))
& fn_covalent_bond_15(fn_amp_67(X)) = fn_covalent_bond_15(fn_amp_67(X))
& fn_covalent_bond_15(fn_amp_67(X)) = fn_covalent_bond_21(fn_amp_68(X))
& fn_nucleoside_monophosphate_55(X) = fn_covalent_bond_21(fn_amp_68(X))
& fn_covalent_bond_21(fn_amp_67(X)) = fn_nucleoside_monophosphate_55(X)
& fn_nucleoside_monophosphate_55(X) = fn_nucleoside_monophosphate_30(X)
& fn_nucleoside_monophosphate_30(X) = fn_nucleoside_monophosphate_30(X)
& fn_nucleoside_monophosphate_30(X) = fn_phosphate_group_17(fn_amp_53(X))
& fn_phosphate_group_17(fn_amp_53(X)) = fn_covalent_bond_23(fn_amp_68(X))
& fn_covalent_bond_23(fn_amp_68(X)) = fn_phosphate_group_17(fn_amp_53(X))
& fn_phosphate_group_17(fn_amp_53(X)) = fn_covalent_bond_23(fn_amp_67(X))
& fn_covalent_bond_23(fn_amp_67(X)) = fn_phosphate_group_12(fn_amp_53(X))
& fn_phosphate_group_12(fn_amp_53(X)) = fn_covalent_bond_23(fn_amp_68(X))
& fn_covalent_bond_23(fn_amp_68(X)) = fn_covalent_bond_23(fn_amp_67(X))
& fn_covalent_bond_23(fn_amp_67(X)) = fn_covalent_bond_23(fn_amp_68(X))
& fn_covalent_bond_23(fn_amp_68(X)) = fn_phosphate_group_12(fn_amp_53(X))
& fn_phosphate_group_12(fn_amp_53(X)) = fn_phosphate_group_10(fn_amp_53(X))
& fn_phosphate_group_10(fn_amp_53(X)) = fn_phosphate_group_10(fn_amp_53(X))
& fn_phosphate_group_10(fn_amp_53(X)) = fn_covalent_bond_21(fn_amp_68(X))
& fn_covalent_bond_21(fn_amp_67(X)) = fn_covalent_bond_21(fn_amp_68(X))
& fn_covalent_bond_21(fn_amp_68(X)) = fn_covalent_bond_21(fn_amp_67(X))
& fn_covalent_bond_21(fn_amp_67(X)) = fn_nucleotide_35(X)
& fn_nucleotide_35(X) = fn_covalent_bond_24(fn_amp_68(X))
& fn_phosphate_group_14(fn_amp_53(X)) = fn_covalent_bond_24(fn_amp_68(X))
& fn_covalent_bond_24(fn_amp_68(X)) = fn_phosphate_group_14(fn_amp_53(X))
& fn_phosphate_group_14(fn_amp_53(X)) = fn_phosphate_group_11(fn_amp_53(X))
& fn_covalent_bond_22(fn_amp_67(X)) = fn_phosphate_group_11(fn_amp_53(X))
& fn_phosphate_group_11(fn_amp_53(X)) = fn_covalent_bond_22(fn_amp_67(X))
& fn_covalent_bond_22(fn_amp_67(X)) = fn_covalent_bond_22(fn_amp_68(X))
& fn_covalent_bond_22(fn_amp_68(X)) = fn_covalent_bond_22(fn_amp_67(X))
& fn_covalent_bond_22(fn_amp_67(X)) = fn_covalent_bond_22(fn_amp_67(X))
& fn_covalent_bond_22(fn_amp_67(X)) = fn_nucleoside_monophosphate_18(X)
& fn_nucleoside_monophosphate_18(X) = fn_nucleoside_monophosphate_18(X)
& fn_nucleoside_monophosphate_18(X) = fn_nucleoside_monophosphate_42(X)
& fn_nucleoside_monophosphate_42(X) = fn_nucleoside_monophosphate_42(X)
& fn_nucleoside_monophosphate_42(X) = fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_19(X) = fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_19(X) = fn_phosphate_group_8(fn_amp_53(X))
& fn_phosphate_group_8(fn_amp_53(X)) = fn_phosphate_group_8(fn_amp_53(X))
& fn_phosphate_group_8(fn_amp_53(X)) = fn_phosphate_group_3(fn_amp_53(X))
& fn_phosphate_group_20(fn_amp_53(X)) = fn_phosphate_group_3(fn_amp_53(X))
& fn_phosphate_group_3(fn_amp_53(X)) = fn_phosphate_group_3(fn_amp_53(X))
& fn_phosphate_group_3(fn_amp_53(X)) = fn_phosphate_group_20(fn_amp_53(X))
& fn_covalent_bond_18(fn_amp_67(X)) = fn_phosphate_group_20(fn_amp_53(X))
& fn_phosphate_group_20(fn_amp_53(X)) = fn_phosphate_group_20(fn_amp_53(X))
& fn_phosphate_group_20(fn_amp_53(X)) = fn_covalent_bond_18(fn_amp_67(X))
& fn_covalent_bond_18(fn_amp_67(X)) = fn_covalent_bond_18(fn_amp_67(X))
& fn_covalent_bond_18(fn_amp_67(X)) = fn_nucleotide_29(X)
& fn_nucleotide_29(X) = fn_nucleotide_29(X)
& fn_nucleotide_29(X) = fn_phosphate_group_41(fn_amp_53(X))
& fn_phosphate_group_41(fn_amp_53(X)) = fn_phosphate_group_41(fn_amp_53(X))
& fn_phosphate_group_41(fn_amp_53(X)) = fn_nucleotide_29(X)
& fn_nucleotide_29(X) = fn_covalent_bond_17(fn_amp_67(X))
& fn_covalent_bond_17(fn_amp_67(X)) = fn_nucleoside_monophosphate_7(X)
& fn_nucleoside_monophosphate_7(X) = fn_covalent_bond_17(fn_amp_67(X))
& fn_covalent_bond_17(fn_amp_67(X)) = fn_covalent_bond_17(fn_amp_67(X))
& fn_covalent_bond_17(fn_amp_67(X)) = fn_nucleoside_monophosphate_56(X)
& fn_nucleoside_monophosphate_56(X) = fn_nucleoside_monophosphate_39(X)
& fn_nucleoside_monophosphate_39(X) = fn_nucleoside_monophosphate_39(X)
& fn_nucleoside_monophosphate_39(X) = fn_carbon_16(fn_amp_70(X))
& fn_carbon_16(fn_amp_70(X)) = fn_carbon_16(fn_amp_70(X))
& fn_carbon_16(fn_amp_70(X)) = fn_atom_5(fn_amp_70(X))
& fn_atom_5(fn_amp_70(X)) = fn_covalent_bond_9(fn_amp_68(X))
& fn_covalent_bond_9(fn_amp_68(X)) = fn_atom_5(fn_amp_70(X))
& fn_atom_5(fn_amp_70(X)) = fn_carbon_12(fn_amp_70(X))
& fn_carbon_12(fn_amp_70(X)) = fn_covalent_bond_9(fn_amp_68(X))
& fn_covalent_bond_9(fn_amp_68(X)) = fn_carbon_12(fn_amp_70(X))
& fn_carbon_12(fn_amp_70(X)) = fn_carbon_12(fn_amp_70(X))
& fn_carbon_12(fn_amp_70(X)) = fn_nucleoside_monophosphate_57(X)
& fn_nucleoside_monophosphate_57(X) = fn_covalent_bond_4(fn_amp_68(X))
& fn_covalent_bond_4(fn_amp_68(X)) = fn_covalent_bond_4(fn_amp_68(X))
& fn_covalent_bond_4(fn_amp_68(X)) = fn_carbon_17(fn_amp_70(X))
& fn_carbon_17(fn_amp_70(X)) = fn_carbon_17(fn_amp_70(X))
& fn_carbon_17(fn_amp_70(X)) = fn_first_electron_shell_7(fn_amp_71(X))
& fn_first_electron_shell_7(fn_amp_71(X)) = fn_atom_18(fn_amp_70(X))
& fn_nucleoside_monophosphate_10(X) = fn_atom_18(fn_amp_70(X))
& fn_atom_18(fn_amp_70(X)) = fn_atom_18(fn_amp_70(X))
& fn_atom_18(fn_amp_70(X)) = fn_nucleoside_monophosphate_10(X)
& fn_nucleoside_monophosphate_10(X) = fn_phosphate_group_18(fn_amp_53(X))
& fn_phosphate_group_18(fn_amp_53(X)) = fn_phosphate_group_18(fn_amp_53(X))
& fn_phosphate_group_18(fn_amp_53(X)) = fn_covalent_bond_24(fn_amp_67(X))
& fn_carbon_18(fn_amp_70(X)) = fn_covalent_bond_24(fn_amp_67(X))
& fn_covalent_bond_24(fn_amp_67(X)) = fn_covalent_bond_24(fn_amp_67(X))
& fn_covalent_bond_24(fn_amp_67(X)) = fn_carbon_18(fn_amp_70(X))
& fn_carbon_18(fn_amp_70(X)) = fn_carbon_18(fn_amp_70(X))
& fn_carbon_18(fn_amp_70(X)) = fn_covalent_bond_20(fn_amp_68(X))
& fn_covalent_bond_19(fn_amp_68(X)) = fn_covalent_bond_20(fn_amp_68(X))
& fn_covalent_bond_20(fn_amp_68(X)) = fn_covalent_bond_19(fn_amp_68(X))
& fn_covalent_bond_19(fn_amp_68(X)) = fn_covalent_bond_19(fn_amp_68(X))
& fn_covalent_bond_19(fn_amp_68(X)) = fn_nucleoside_monophosphate_26(X)
& fn_nucleoside_monophosphate_26(X) = fn_covalent_bond_19(fn_amp_68(X))
& fn_covalent_bond_19(fn_amp_68(X)) = fn_nucleoside_monophosphate_24(X)
& fn_nucleoside_monophosphate_24(X) = fn_nucleoside_monophosphate_26(X)
& fn_nucleoside_monophosphate_26(X) = fn_nucleoside_monophosphate_26(X)
& fn_nucleoside_monophosphate_26(X) = fn_nucleoside_monophosphate_24(X)
& fn_nucleoside_monophosphate_24(X) = fn_nucleoside_monophosphate_24(X) ) ) ).
fof(a527423,axiom,
! [X] :
( amphibian_1(X)
=> ( original_name_2(X,'Amphibian')
& user_description_2(X,'An ectothermic tetrapod vertebrate of the class Amphibia, including frogs, toads, salamanders, and caecilians.')
& concept2words_2(X,amphibian)
& tetrapod_1(X)
& ~ amniote_1(X)
& ~ archosaur_1(X) ) ) ).
fof(a527424,axiom,
! [X] :
( amphipathic_molecule_1(X)
=> ( original_name_2(X,'Amphipathic-Molecule')
& user_description_2(X,'Molecules which contain both hydrophilic and hydrophobic region.')
& concept2words_2(X,'amphiphile,')
& concept2words_2(X,'amphiplilic molecule')
& concept2words_2(X,'amphiplilic-molecule')
& concept2words_2(X,amphiphile)
& concept2words_2(X,amphipathic)
& concept2words_2(X,'amphipathic molecule')
& concept2words_2(X,'amphipathic-molecule')
& molecule_1(X)
& hydrophilic_region_1(fn_amphipathic_molecule_1(X))
& hydrophobic_region_1(fn_amphipathic_molecule_2(X))
& speed_value_1(fn_amphipathic_molecule_3(X))
& quantity_value_1(fn_amphipathic_molecule_4(X))
& repel_1(fn_amphipathic_molecule_5(X))
& attract_1(fn_amphipathic_molecule_6(X))
& kinetic_energy_1(fn_amphipathic_molecule_7(X))
& constant_motion_1(fn_amphipathic_molecule_8(X))
& entity_1(fn_attract_2(fn_amphipathic_molecule_6(X)))
& repel_1(fn_hydrophobic_region_2(fn_amphipathic_molecule_2(X)))
& attract_1(fn_hydrophilic_region_2(fn_amphipathic_molecule_1(X)))
& agent_2(fn_amphipathic_molecule_5(X),X)
& facilitates_2(fn_amphipathic_molecule_2(X),fn_amphipathic_molecule_5(X))
& facilitates_2(fn_amphipathic_molecule_1(X),fn_amphipathic_molecule_6(X))
& has_function_2(X,fn_amphipathic_molecule_5(X))
& has_function_2(X,fn_amphipathic_molecule_6(X))
& has_region_2(X,fn_amphipathic_molecule_1(X))
& has_region_2(X,fn_amphipathic_molecule_2(X))
& agent_2(fn_amphipathic_molecule_6(X),X)
& site_2(fn_amphipathic_molecule_5(X),fn_amphipathic_molecule_2(X))
& site_2(fn_amphipathic_molecule_6(X),fn_amphipathic_molecule_1(X))
& possesses_2(X,fn_amphipathic_molecule_7(X))
& quantity_2(fn_amphipathic_molecule_7(X),fn_amphipathic_molecule_4(X))
& directly_proportional_2(fn_amphipathic_molecule_3(X),fn_amphipathic_molecule_4(X))
& speed_2(fn_amphipathic_molecule_8(X),fn_amphipathic_molecule_3(X))
& object_2(fn_amphipathic_molecule_8(X),X)
& X = fn_attract_2(fn_amphipathic_molecule_6(X))
& fn_amphipathic_molecule_5(X) = fn_hydrophobic_region_2(fn_amphipathic_molecule_2(X))
& fn_amphipathic_molecule_6(X) = fn_hydrophilic_region_2(fn_amphipathic_molecule_1(X))
& fn_amphipathic_molecule_9(X) = fn_molecule_2(X)
& fn_amphipathic_molecule_10(X) = fn_molecule_1(X)
& fn_amphipathic_molecule_8(X) = fn_molecule_8(X)
& fn_amphipathic_molecule_3(X) = fn_molecule_3(X)
& fn_amphipathic_molecule_4(X) = fn_molecule_4(X)
& fn_amphipathic_molecule_7(X) = fn_molecule_12(X) ) ) ).
fof(a527425,axiom,
! [X] :
( amphoteric_substance_1(X)
=> ( original_name_2(X,'Amphoteric-Substance')
& user_description_2(X,'A substance capable of behaving as either an acid or a base.')
& concept2words_2(X,'amphoteric substance')
& concept2words_2(X,'amphoteric-substance')
& chemical_1(X) ) ) ).
fof(a527426,axiom,
! [X] :
( ampicillin_1(X)
=> ( original_name_2(X,'Ampicillin')
& user_description_2(X,'An antibiotic that has been used extensively to treat bacterial infections.')
& concept2words_2(X,ampicillin)
& antibiotic_1(X)
& ~ antimicrobial_protein_1(X)
& ~ erythromycin_1(X)
& ~ penicillin_1(X)
& ~ tetracycline_1(X)
& ~ vancomycin_1(X) ) ) ).
fof(a527427,axiom,
! [X] :
( amplification_1(X)
=> ( original_name_2(X,'Amplification')
& user_description_2(X,'The increase in strength of a stimulus during transduction.')
& concept2words_2(X,amplify)
& concept2words_2(X,amplification)
& nerve_related_intercellular_process_1(X) ) ) ).
fof(a527428,axiom,
! [X] :
( amygdala_1(X)
=> ( original_name_2(X,'Amygdala')
& user_description_2(X,'A group of neurons in the temporal lobe of the vertebrate brain, which play a role in memory and emotional responses. The amygdala is part of the limbic system.')
& concept2words_2(X,amygdala)
& cerebrum_1(X)
& ~ basal_nuclei_1(X)
& ~ brainstem_1(X)
& ~ breathing_control_center_1(X)
& ~ cerebellum_1(X)
& ~ cerebral_cortex_1(X)
& ~ cerebral_hemisphere_1(X)
& ~ corpus_callosum_1(X) ) ) ).
fof(a527429,axiom,
! [X] :
( amylase_1(X)
=> ( original_name_2(X,'Amylase')
& user_description_2(X,'Amylase is an enzyme capable of hydrolizing glycosidic linkages between glucose monomers in starch.')
& concept2words_2(X,amylase)
& digestive_enzyme_1(X)
& hydrophobic_region_1(fn_amylase_1(X))
& has_region_2(X,fn_amylase_1(X)) ) ) ).
fof(a527430,axiom,
! [X] :
( amylopectin_1(X)
=> ( original_name_2(X,'Amylopectin')
& user_description_2(X,'Amylopectin, a more complex starch, is a branched polymer with 1-6 linkages at the branch points.')
& concept2words_2(X,amylopectin)
& starch_1(X)
& shape_value_1(fn_amylopectin_2(X))
& structural_complexity_value_1(fn_amylopectin_3(X))
& hold_1(fn_amylopectin_5(X))
& hold_together_1(fn_amylopectin_5(X))
& hold_1(fn_amylopectin_6(X))
& hold_together_1(fn_amylopectin_6(X))
& molecular_region_1(fn_amylopectin_7(X))
& functional_group_1(fn_amylopectin_7(X))
& hydroxyl_group_1(fn_amylopectin_7(X))
& hold_1(fn_amylopectin_8(X))
& hold_together_1(fn_amylopectin_8(X))
& hold_1(fn_amylopectin_9(X))
& hold_together_1(fn_amylopectin_9(X))
& hold_1(fn_amylopectin_10(X))
& hold_together_1(fn_amylopectin_10(X))
& electronegativity_value_1(fn_amylopectin_12(X))
& tangible_entity_1(fn_amylopectin_13(X))
& alpha_glucose_1(fn_amylopectin_13(X))
& electronegativity_value_1(fn_amylopectin_14(X))
& electronegativity_value_1(fn_amylopectin_15(X))
& tangible_entity_1(fn_amylopectin_16(X))
& entity_1(fn_amylopectin_16(X))
& chemical_entity_1(fn_amylopectin_16(X))
& atom_1(fn_amylopectin_16(X))
& hydrogen_1(fn_amylopectin_16(X))
& tangible_entity_1(fn_amylopectin_17(X))
& entity_1(fn_amylopectin_17(X))
& chemical_entity_1(fn_amylopectin_17(X))
& atom_1(fn_amylopectin_17(X))
& oxygen_1(fn_amylopectin_17(X))
& shape_value_1(fn_amylopectin_18(X))
& covalent_bond_1(fn_amylopectin_19(X))
& double_bond_1(fn_amylopectin_19(X))
& size_value_1(fn_amylopectin_22(X))
& size_value_1(fn_amylopectin_23(X))
& entity_1(fn_amylopectin_24(X))
& chemical_entity_1(fn_amylopectin_24(X))
& atom_1(fn_amylopectin_24(X))
& oxygen_1(fn_amylopectin_24(X))
& electronegativity_value_1(fn_amylopectin_27(X))
& hold_together_1(fn_amylopectin_29(X))
& hold_together_1(fn_amylopectin_30(X))
& hold_1(fn_amylopectin_31(X))
& hold_together_1(fn_amylopectin_31(X))
& chemical_entity_1(fn_functional_group_1(fn_amylopectin_7(X)))
& property_node_1(fn_hydroxyl_group_1(fn_amylopectin_7(X)))
& hold_together_1(fn_covalent_bond_14(fn_amylopectin_19(X)))
& tangible_entity_1(fn_hold_2(fn_amylopectin_8(X)))
& tangible_entity_1(fn_hold_2(fn_amylopectin_9(X)))
& tangible_entity_1(fn_hold_2(fn_amylopectin_6(X)))
& tangible_entity_1(fn_hold_2(fn_amylopectin_31(X)))
& tangible_entity_1(fn_hold_2(fn_amylopectin_10(X)))
& shape_value_1(fn_hydroxyl_group_2(fn_amylopectin_7(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_amylopectin_7(X)))
& tangible_entity_1(fn_hold_2(fn_amylopectin_29(X)))
& tangible_entity_1(fn_hold_2(fn_amylopectin_30(X)))
& entity_1(fn_covalent_bond_19(fn_amylopectin_19(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_amylopectin_19(X)))
& atom_1(fn_covalent_bond_19(fn_amylopectin_19(X)))
& entity_1(fn_covalent_bond_20(fn_amylopectin_19(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_amylopectin_19(X)))
& atom_1(fn_covalent_bond_20(fn_amylopectin_19(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_amylopectin_7(X)))
& object_2(fn_amylopectin_10(X),fn_amylopectin_13(X))
& size_2(fn_amylopectin_13(X),fn_amylopectin_22(X))
& the_scalar_value_2(fn_amylopectin_3(X),complex_0)
& scalar_unit_class_2(fn_amylopectin_3(X),starch_0)
& the_categorical_value_2(fn_amylopectin_18(X),helix_0)
& structural_complexity_2(X,fn_amylopectin_3(X))
& shape_2(X,fn_amylopectin_2(X))
& is_between_2(fn_amylopectin_19(X),fn_amylopectin_13(X))
& object_2(fn_amylopectin_29(X),fn_amylopectin_13(X))
& object_2(fn_amylopectin_29(X),fn_amylopectin_17(X))
& object_2(fn_amylopectin_29(X),fn_amylopectin_24(X))
& object_2(fn_amylopectin_30(X),fn_amylopectin_13(X))
& object_2(fn_amylopectin_30(X),fn_amylopectin_17(X))
& object_2(fn_amylopectin_30(X),fn_amylopectin_24(X))
& the_categorical_value_2(fn_amylopectin_2(X),branched_0)
& object_2(fn_amylopectin_8(X),fn_amylopectin_13(X))
& object_2(fn_amylopectin_9(X),fn_amylopectin_13(X))
& object_2(fn_amylopectin_6(X),fn_amylopectin_13(X))
& object_2(fn_amylopectin_31(X),fn_amylopectin_13(X))
& object_2(fn_amylopectin_29(X),fn_amylopectin_16(X))
& object_2(fn_amylopectin_30(X),fn_amylopectin_16(X))
& object_2(fn_amylopectin_10(X),fn_amylopectin_17(X))
& object_2(fn_amylopectin_31(X),fn_amylopectin_24(X))
& object_2(fn_amylopectin_9(X),fn_amylopectin_17(X))
& has_function_2(fn_amylopectin_19(X),fn_amylopectin_10(X))
& object_2(fn_amylopectin_10(X),fn_amylopectin_16(X))
& is_between_2(fn_amylopectin_19(X),fn_amylopectin_16(X))
& agent_2(fn_amylopectin_10(X),fn_amylopectin_19(X))
& object_2(fn_amylopectin_10(X),fn_amylopectin_24(X))
& object_2(fn_amylopectin_8(X),fn_amylopectin_17(X))
& object_2(fn_amylopectin_31(X),fn_amylopectin_17(X))
& object_2(fn_amylopectin_31(X),fn_amylopectin_16(X))
& object_2(fn_amylopectin_9(X),fn_amylopectin_16(X))
& object_2(fn_amylopectin_9(X),fn_amylopectin_24(X))
& is_between_2(fn_amylopectin_19(X),fn_amylopectin_24(X))
& object_2(fn_amylopectin_6(X),fn_amylopectin_24(X))
& object_2(fn_amylopectin_8(X),fn_amylopectin_24(X))
& size_2(X,fn_amylopectin_23(X))
& greater_than_2(fn_amylopectin_23(X),fn_amylopectin_22(X))
& possesses_2(X,fn_amylopectin_19(X))
& is_between_2(fn_amylopectin_19(X),fn_amylopectin_17(X))
& object_2(fn_amylopectin_6(X),fn_amylopectin_17(X))
& object_2(fn_amylopectin_6(X),fn_amylopectin_16(X))
& object_2(fn_amylopectin_8(X),fn_amylopectin_16(X))
& has_part_2(X,fn_amylopectin_24(X))
& has_part_2(X,fn_amylopectin_16(X))
& object_2(fn_amylopectin_5(X),fn_amylopectin_24(X))
& electronegativity_2(fn_amylopectin_24(X),fn_amylopectin_12(X))
& fn_amylopectin_17(X) != fn_amylopectin_24(X)
& fn_amylopectin_24(X) != fn_amylopectin_17(X)
& greater_than_or_equal_to_2(fn_amylopectin_27(X),fn_amylopectin_14(X))
& greater_than_2(fn_amylopectin_27(X),fn_amylopectin_14(X))
& fn_amylopectin_15(X) != fn_amylopectin_14(X)
& fn_amylopectin_14(X) != fn_amylopectin_15(X)
& object_2(fn_amylopectin_5(X),fn_amylopectin_17(X))
& is_inside_2(fn_amylopectin_17(X),fn_amylopectin_7(X))
& has_region_2(X,fn_amylopectin_7(X))
& has_part_2(X,fn_amylopectin_17(X))
& electronegativity_2(fn_amylopectin_17(X),fn_amylopectin_14(X))
& has_part_2(X,fn_amylopectin_13(X))
& object_2(fn_amylopectin_5(X),fn_amylopectin_13(X))
& object_2(fn_amylopectin_5(X),fn_amylopectin_16(X))
& electronegativity_2(fn_amylopectin_16(X),fn_amylopectin_15(X))
& fn_amylopectin_15(X) != fn_amylopectin_12(X)
& fn_amylopectin_12(X) != fn_amylopectin_15(X)
& fn_amylopectin_17(X) != fn_amylopectin_16(X)
& fn_amylopectin_16(X) != fn_amylopectin_17(X)
& is_inside_2(fn_amylopectin_16(X),fn_amylopectin_7(X))
& fn_amylopectin_16(X) != fn_amylopectin_24(X)
& is_inside_2(fn_amylopectin_24(X),fn_amylopectin_7(X))
& shape_2(fn_amylopectin_7(X),fn_amylopectin_18(X))
& the_categorical_value_2(fn_amylopectin_18(X),branched_0)
& fn_amylopectin_24(X) != fn_amylopectin_16(X)
& fn_amylopectin_13(X) = fn_hold_2(fn_amylopectin_8(X))
& fn_amylopectin_13(X) = fn_hold_2(fn_amylopectin_9(X))
& fn_amylopectin_13(X) = fn_hold_2(fn_amylopectin_6(X))
& fn_amylopectin_13(X) = fn_hold_2(fn_amylopectin_31(X))
& fn_amylopectin_16(X) = fn_hold_2(fn_amylopectin_29(X))
& fn_amylopectin_16(X) = fn_hold_2(fn_amylopectin_30(X))
& fn_amylopectin_17(X) = fn_hold_2(fn_amylopectin_10(X))
& fn_amylopectin_31(X) = fn_covalent_bond_14(fn_amylopectin_19(X))
& fn_amylopectin_9(X) = fn_covalent_bond_14(fn_amylopectin_19(X))
& fn_amylopectin_24(X) = fn_covalent_bond_19(fn_amylopectin_19(X))
& fn_amylopectin_16(X) = fn_covalent_bond_20(fn_amylopectin_19(X))
& fn_amylopectin_10(X) = fn_covalent_bond_14(fn_amylopectin_19(X))
& fn_amylopectin_8(X) = fn_storage_polysaccharide_44(X)
& fn_amylopectin_24(X) = fn_storage_polysaccharide_41(X)
& fn_amylopectin_9(X) = fn_storage_polysaccharide_44(X)
& fn_amylopectin_31(X) = fn_storage_polysaccharide_27(X)
& fn_amylopectin_25(X) = fn_storage_polysaccharide_33(X)
& fn_amylopectin_24(X) = fn_storage_polysaccharide_55(X)
& fn_amylopectin_26(X) = fn_storage_polysaccharide_34(X)
& fn_amylopectin_22(X) = fn_storage_polysaccharide_37(X)
& fn_amylopectin_23(X) = fn_storage_polysaccharide_36(X)
& fn_amylopectin_8(X) = fn_storage_polysaccharide_27(X)
& fn_amylopectin_16(X) = fn_storage_polysaccharide_40(X)
& fn_amylopectin_6(X) = fn_storage_polysaccharide_44(X)
& fn_amylopectin_17(X) = fn_storage_polysaccharide_41(X)
& fn_amylopectin_19(X) = fn_polymer_1(X)
& fn_amylopectin_19(X) = fn_storage_polysaccharide_79(X)
& fn_amylopectin_28(X) = fn_starch_6(X)
& fn_amylopectin_20(X) = fn_starch_55(X)
& fn_amylopectin_11(X) = fn_starch_46(X)
& fn_amylopectin_17(X) = fn_covalent_bond_19(fn_amylopectin_19(X))
& fn_amylopectin_24(X) = fn_starch_73(X)
& fn_amylopectin_21(X) = fn_starch_54(X)
& fn_amylopectin_27(X) = fn_starch_5(X)
& fn_amylopectin_14(X) = fn_storage_polysaccharide_16(X)
& fn_amylopectin_14(X) = fn_starch_71(X)
& X = fn_functional_group_1(fn_amylopectin_7(X))
& fn_amylopectin_7(X) = fn_carbohydrate_33(X)
& fn_amylopectin_17(X) = fn_storage_polysaccharide_55(X)
& fn_amylopectin_7(X) = fn_storage_polysaccharide_42(X)
& fn_amylopectin_7(X) = fn_starch_104(X)
& fn_amylopectin_5(X) = fn_carbohydrate_37(X)
& fn_amylopectin_17(X) = fn_carbohydrate_38(X)
& fn_amylopectin_17(X) = fn_starch_59(X)
& fn_amylopectin_12(X) = fn_starch_51(X)
& fn_amylopectin_15(X) = fn_starch_70(X)
& fn_amylopectin_16(X) = fn_starch_60(X)
& fn_amylopectin_5(X) = fn_starch_65(X)
& fn_amylopectin_13(X) = fn_starch_34(X)
& fn_amylopectin_13(X) = fn_starch_47(X)
& fn_amylopectin_17(X) = fn_hydroxyl_group_4(fn_amylopectin_7(X))
& fn_amylopectin_32(X) = fn_hydroxyl_group_1(fn_amylopectin_7(X))
& fn_amylopectin_7(X) = fn_starch_1(X)
& fn_amylopectin_18(X) = fn_starch_3(X)
& fn_amylopectin_18(X) = fn_hydroxyl_group_2(fn_amylopectin_7(X))
& fn_amylopectin_16(X) = fn_covalent_bond_19(fn_amylopectin_19(X))
& fn_amylopectin_24(X) = fn_covalent_bond_20(fn_amylopectin_19(X))
& fn_amylopectin_24(X) = fn_hydroxyl_group_4(fn_amylopectin_7(X))
& fn_amylopectin_16(X) = fn_hydroxyl_group_6(fn_amylopectin_7(X))
& fn_covalent_bond_14(fn_amylopectin_19(X)) = fn_storage_polysaccharide_44(X)
& fn_storage_polysaccharide_44(X) = fn_storage_polysaccharide_44(X)
& fn_storage_polysaccharide_44(X) = fn_covalent_bond_14(fn_amylopectin_19(X))
& fn_covalent_bond_14(fn_amylopectin_19(X)) = fn_storage_polysaccharide_27(X)
& fn_storage_polysaccharide_27(X) = fn_storage_polysaccharide_44(X)
& fn_storage_polysaccharide_44(X) = fn_storage_polysaccharide_27(X)
& fn_storage_polysaccharide_27(X) = fn_storage_polysaccharide_27(X)
& fn_storage_polysaccharide_27(X) = fn_storage_polysaccharide_79(X)
& fn_storage_polysaccharide_79(X) = fn_storage_polysaccharide_79(X)
& fn_storage_polysaccharide_79(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_storage_polysaccharide_79(X)
& fn_storage_polysaccharide_79(X) = fn_starch_71(X)
& fn_starch_71(X) = fn_starch_71(X)
& fn_starch_71(X) = fn_storage_polysaccharide_16(X)
& fn_storage_polysaccharide_16(X) = fn_starch_71(X)
& fn_starch_71(X) = fn_starch_65(X)
& fn_starch_65(X) = fn_carbohydrate_37(X)
& fn_carbohydrate_37(X) = fn_starch_65(X)
& fn_starch_65(X) = fn_starch_65(X)
& fn_starch_65(X) = fn_hold_2(fn_amylopectin_8(X))
& fn_hold_2(fn_amylopectin_8(X)) = fn_hold_2(fn_amylopectin_9(X))
& fn_hold_2(fn_amylopectin_9(X)) = fn_hold_2(fn_amylopectin_6(X))
& fn_hold_2(fn_amylopectin_6(X)) = fn_hold_2(fn_amylopectin_31(X))
& fn_hold_2(fn_amylopectin_31(X)) = fn_starch_34(X)
& fn_starch_47(X) = fn_starch_34(X)
& fn_starch_34(X) = fn_starch_47(X)
& fn_starch_47(X) = fn_hold_2(fn_amylopectin_10(X))
& fn_hold_2(fn_amylopectin_10(X)) = fn_covalent_bond_19(fn_amylopectin_19(X))
& fn_covalent_bond_19(fn_amylopectin_19(X)) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_carbohydrate_38(X)
& fn_storage_polysaccharide_55(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_storage_polysaccharide_55(X)
& fn_storage_polysaccharide_55(X) = fn_storage_polysaccharide_41(X)
& fn_storage_polysaccharide_41(X) = fn_starch_59(X)
& fn_starch_59(X) = fn_starch_59(X)
& fn_starch_59(X) = fn_hydroxyl_group_4(fn_amylopectin_7(X))
& fn_hydroxyl_group_4(fn_amylopectin_7(X)) = fn_hydroxyl_group_2(fn_amylopectin_7(X))
& fn_hydroxyl_group_2(fn_amylopectin_7(X)) = fn_starch_3(X)
& fn_starch_3(X) = fn_hydroxyl_group_2(fn_amylopectin_7(X))
& fn_hydroxyl_group_2(fn_amylopectin_7(X)) = fn_covalent_bond_20(fn_amylopectin_19(X))
& fn_covalent_bond_19(fn_amylopectin_19(X)) = fn_storage_polysaccharide_41(X)
& fn_storage_polysaccharide_41(X) = fn_storage_polysaccharide_41(X)
& fn_storage_polysaccharide_41(X) = fn_storage_polysaccharide_55(X)
& fn_storage_polysaccharide_55(X) = fn_storage_polysaccharide_55(X)
& fn_storage_polysaccharide_55(X) = fn_starch_73(X)
& fn_starch_73(X) = fn_starch_73(X)
& fn_starch_73(X) = fn_hydroxyl_group_4(fn_amylopectin_7(X))
& fn_hydroxyl_group_4(fn_amylopectin_7(X)) = fn_hydroxyl_group_4(fn_amylopectin_7(X))
& fn_hydroxyl_group_4(fn_amylopectin_7(X)) = fn_starch_1(X)
& fn_carbohydrate_33(X) = fn_carbohydrate_33(X)
& fn_carbohydrate_33(X) = fn_starch_1(X)
& fn_starch_1(X) = fn_carbohydrate_33(X)
& fn_storage_polysaccharide_42(X) = fn_carbohydrate_33(X)
& fn_carbohydrate_33(X) = fn_storage_polysaccharide_42(X)
& fn_storage_polysaccharide_42(X) = fn_storage_polysaccharide_42(X)
& fn_starch_104(X) = fn_storage_polysaccharide_42(X)
& fn_storage_polysaccharide_42(X) = fn_starch_104(X)
& fn_starch_104(X) = fn_hold_2(fn_amylopectin_29(X))
& fn_hold_2(fn_amylopectin_29(X)) = fn_hold_2(fn_amylopectin_30(X))
& fn_hold_2(fn_amylopectin_30(X)) = fn_covalent_bond_19(fn_amylopectin_19(X))
& fn_covalent_bond_19(fn_amylopectin_19(X)) = fn_covalent_bond_19(fn_amylopectin_19(X))
& fn_covalent_bond_20(fn_amylopectin_19(X)) = fn_covalent_bond_19(fn_amylopectin_19(X))
& fn_covalent_bond_19(fn_amylopectin_19(X)) = fn_covalent_bond_20(fn_amylopectin_19(X))
& fn_covalent_bond_20(fn_amylopectin_19(X)) = fn_covalent_bond_20(fn_amylopectin_19(X))
& fn_covalent_bond_20(fn_amylopectin_19(X)) = fn_storage_polysaccharide_40(X)
& fn_storage_polysaccharide_40(X) = fn_storage_polysaccharide_40(X)
& fn_storage_polysaccharide_40(X) = fn_starch_60(X)
& fn_starch_60(X) = fn_starch_60(X)
& fn_starch_60(X) = fn_hydroxyl_group_6(fn_amylopectin_7(X))
& fn_hydroxyl_group_6(fn_amylopectin_7(X)) = fn_hydroxyl_group_6(fn_amylopectin_7(X)) ) ) ).
fof(a527431,axiom,
! [X] :
( amyloplast_1(X)
=> ( original_name_2(X,'Amyloplast')
& user_description_2(X,'Amyloplasts are plastids which store starch (amylose).')
& concept2words_2(X,amyloplast)
& plastid_1(X)
& ~ chloroplast_1(X)
& ~ chromoplast_1(X)
& ~ plant_statolith_1(X)
& hydrophilic_face_1(fn_amyloplast_1(X))
& color_value_1(fn_amyloplast_3(X))
& starch_1(fn_amyloplast_4(X))
& aqueous_solution_1(fn_amyloplast_5(X))
& amylose_1(fn_amyloplast_6(X))
& store_1(fn_amyloplast_7(X))
& biomembrane_1(fn_amyloplast_8(X))
& aqueous_solution_1(fn_amyloplast_9(X))
& entity_1(fn_store_1(fn_amyloplast_7(X)))
& spatial_entity_1(fn_store_2(fn_amyloplast_7(X)))
& is_outside_2(fn_amyloplast_1(X),fn_amyloplast_9(X))
& is_inside_2(fn_amyloplast_1(X),fn_amyloplast_8(X))
& the_categorical_value_2(fn_amyloplast_3(X),colorless_0)
& has_function_2(X,fn_amyloplast_7(X))
& color_2(X,fn_amyloplast_3(X))
& is_inside_2(fn_amyloplast_4(X),X)
& object_2(fn_amyloplast_7(X),fn_amyloplast_6(X))
& base_2(fn_amyloplast_7(X),X)
& is_between_2(fn_amyloplast_8(X),fn_amyloplast_9(X))
& has_part_2(X,fn_amyloplast_8(X))
& is_between_2(fn_amyloplast_8(X),fn_amyloplast_5(X))
& has_part_2(X,fn_amyloplast_5(X))
& fn_amyloplast_6(X) = fn_store_1(fn_amyloplast_7(X))
& X = fn_store_2(fn_amyloplast_7(X))
& fn_amyloplast_9(X) = fn_plastid_5(X)
& fn_amyloplast_5(X) = fn_plastid_10(X)
& fn_amyloplast_8(X) = fn_plastid_9(X) ) ) ).
fof(a527432,axiom,
! [X] :
( amylose_1(X)
=> ( original_name_2(X,'Amylose')
& user_description_2(X,'Amylose is a type of carbohydrate. It is a linear polymer of glucose linked mainly by alpha (1-4) bonds. It is the simplest form of starch.')
& concept2words_2(X,amylose)
& starch_1(X)
& ~ glycogen_1(X)
& ~ noncellulose_polysaccharide_1(X)
& ~ oligosaccharin_1(X)
& ~ structural_polysaccharide_1(X)
& system_1(fn_amylose_1(X))
& structural_complexity_value_1(fn_amylose_2(X))
& electronegativity_value_1(fn_amylose_4(X))
& shape_value_1(fn_amylose_6(X))
& hold_1(fn_amylose_8(X))
& hold_together_1(fn_amylose_8(X))
& hold_1(fn_amylose_9(X))
& hold_together_1(fn_amylose_9(X))
& hold_1(fn_amylose_11(X))
& hold_together_1(fn_amylose_11(X))
& hold_1(fn_amylose_12(X))
& hold_together_1(fn_amylose_12(X))
& hold_1(fn_amylose_13(X))
& hold_together_1(fn_amylose_13(X))
& share_1(fn_amylose_16(X))
& unequal_sharing_1(fn_amylose_16(X))
& electronegativity_value_1(fn_amylose_17(X))
& electronegativity_value_1(fn_amylose_18(X))
& tangible_entity_1(fn_amylose_19(X))
& entity_1(fn_amylose_19(X))
& chemical_entity_1(fn_amylose_19(X))
& atom_1(fn_amylose_19(X))
& oxygen_1(fn_amylose_19(X))
& tangible_entity_1(fn_amylose_20(X))
& alpha_glucose_1(fn_amylose_20(X))
& tangible_entity_1(fn_amylose_21(X))
& entity_1(fn_amylose_21(X))
& electron_1(fn_amylose_21(X))
& valence_electron_1(fn_amylose_21(X))
& hold_1(fn_amylose_22(X))
& hold_together_1(fn_amylose_22(X))
& tangible_entity_1(fn_amylose_23(X))
& entity_1(fn_amylose_23(X))
& electron_1(fn_amylose_23(X))
& valence_electron_1(fn_amylose_23(X))
& functional_group_1(fn_amylose_24(X))
& hydroxyl_group_1(fn_amylose_24(X))
& carbon_skeleton_1(fn_amylose_25(X))
& shape_value_1(fn_amylose_26(X))
& covalent_bond_1(fn_amylose_27(X))
& double_bond_1(fn_amylose_27(X))
& functional_group_1(fn_amylose_28(X))
& carbonyl_group_1(fn_amylose_28(X))
& electronegativity_value_1(fn_amylose_29(X))
& size_value_1(fn_amylose_30(X))
& size_value_1(fn_amylose_31(X))
& store_1(fn_amylose_32(X))
& container_1(fn_amylose_33(X))
& tangible_entity_1(fn_amylose_34(X))
& entity_1(fn_amylose_34(X))
& chemical_entity_1(fn_amylose_34(X))
& atom_1(fn_amylose_34(X))
& hydrogen_1(fn_amylose_34(X))
& electronegativity_value_1(fn_amylose_35(X))
& entity_1(fn_amylose_36(X))
& chemical_entity_1(fn_amylose_36(X))
& atom_1(fn_amylose_36(X))
& oxygen_1(fn_amylose_36(X))
& tangible_entity_1(fn_amylose_37(X))
& entity_1(fn_amylose_37(X))
& electron_1(fn_amylose_37(X))
& valence_electron_1(fn_amylose_37(X))
& electronegativity_value_1(fn_amylose_38(X))
& tangible_entity_1(fn_amylose_44(X))
& entity_1(fn_amylose_44(X))
& chemical_entity_1(fn_amylose_44(X))
& atom_1(fn_amylose_44(X))
& carbon_1(fn_amylose_44(X))
& quantity_value_1(fn_amylose_45(X))
& speed_value_1(fn_amylose_46(X))
& constant_motion_1(fn_amylose_47(X))
& chemical_bond_1(fn_amylose_48(X))
& covalent_bond_1(fn_amylose_48(X))
& polar_covalent_bond_1(fn_amylose_48(X))
& glycosidic_linkage_1(fn_amylose_48(X))
& alpha_1_comma_4_linkage_1(fn_amylose_48(X))
& kinetic_energy_1(fn_amylose_49(X))
& hold_1(fn_amylose_52(X))
& hold_together_1(fn_amylose_52(X))
& hold_1(fn_amylose_53(X))
& hold_together_1(fn_amylose_53(X))
& molecular_region_1(fn_amylose_54(X))
& hold_1(fn_amylose_55(X))
& hold_together_1(fn_amylose_55(X))
& hold_1(fn_amylose_56(X))
& hold_together_1(fn_amylose_56(X))
& hold_together_1(fn_covalent_bond_14(fn_amylose_27(X)))
& electronegativity_value_1(fn_carbon_2(fn_amylose_44(X)))
& tangible_entity_1(fn_hold_2(fn_amylose_9(X)))
& tangible_entity_1(fn_hold_2(fn_amylose_11(X)))
& tangible_entity_1(fn_hold_2(fn_amylose_8(X)))
& tangible_entity_1(fn_hold_2(fn_amylose_53(X)))
& valence_electron_1(fn_covalent_bond_15(fn_amylose_27(X)))
& valence_electron_1(fn_carbonyl_group_6(fn_amylose_28(X)))
& double_bond_1(fn_carbonyl_group_8(fn_amylose_28(X)))
& hold_together_1(fn_carbonyl_group_10(fn_amylose_28(X)))
& tangible_entity_1(fn_hold_2(fn_amylose_22(X)))
& tangible_entity_1(fn_hold_2(fn_amylose_52(X)))
& tangible_entity_1(fn_hold_2(fn_amylose_55(X)))
& entity_1(fn_carbonyl_group_7(fn_amylose_28(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_amylose_28(X)))
& atom_1(fn_carbonyl_group_7(fn_amylose_28(X)))
& carbon_1(fn_carbonyl_group_7(fn_amylose_28(X)))
& valence_electron_1(fn_covalent_bond_18(fn_amylose_27(X)))
& valence_electron_1(fn_carbonyl_group_4(fn_amylose_28(X)))
& electron_1(fn_hydroxyl_group_8(fn_amylose_24(X)))
& valence_electron_1(fn_hydroxyl_group_8(fn_amylose_24(X)))
& share_1(fn_covalent_bond_17(fn_amylose_27(X)))
& unequal_sharing_1(fn_hydroxyl_group_5(fn_amylose_24(X)))
& entity_1(fn_covalent_bond_19(fn_amylose_27(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_amylose_27(X)))
& atom_1(fn_covalent_bond_19(fn_amylose_27(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_amylose_24(X)))
& tangible_entity_1(fn_hold_2(fn_amylose_13(X)))
& tangible_entity_1(fn_hold_2(fn_amylose_12(X)))
& entity_1(fn_covalent_bond_20(fn_amylose_27(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_amylose_27(X)))
& atom_1(fn_covalent_bond_20(fn_amylose_27(X)))
& oxygen_1(fn_carbonyl_group_9(fn_amylose_28(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_amylose_24(X)))
& chemical_entity_1(fn_functional_group_1(fn_amylose_28(X)))
& chemical_entity_1(fn_functional_group_1(fn_amylose_24(X)))
& the_categorical_value_2(fn_amylose_6(X),line_0)
& object_2(fn_amylose_12(X),fn_amylose_20(X))
& object_2(fn_amylose_13(X),fn_amylose_20(X))
& greater_than_2(fn_amylose_4(X),fn_amylose_18(X))
& greater_than_or_equal_to_2(fn_amylose_4(X),fn_amylose_18(X))
& size_2(fn_amylose_20(X),fn_amylose_30(X))
& object_2(fn_amylose_22(X),fn_amylose_20(X))
& object_2(fn_amylose_22(X),fn_amylose_19(X))
& the_scalar_value_2(fn_amylose_2(X),simple_0)
& scalar_unit_class_2(fn_amylose_2(X),starch_0)
& structural_complexity_2(X,fn_amylose_2(X))
& shape_2(X,fn_amylose_6(X))
& is_between_2(fn_amylose_27(X),fn_amylose_20(X))
& the_cardinal_value_2(fn_amylose_29(X),"3.44")
& cardinal_unit_class_2(fn_amylose_29(X),unity_0)
& object_2(fn_amylose_52(X),fn_amylose_20(X))
& object_2(fn_amylose_55(X),fn_amylose_20(X))
& object_2(fn_amylose_9(X),fn_amylose_20(X))
& object_2(fn_amylose_11(X),fn_amylose_20(X))
& object_2(fn_amylose_8(X),fn_amylose_20(X))
& object_2(fn_amylose_53(X),fn_amylose_20(X))
& object_2(fn_amylose_22(X),fn_amylose_44(X))
& object_2(fn_amylose_52(X),fn_amylose_44(X))
& object_2(fn_amylose_13(X),fn_amylose_19(X))
& object_2(fn_amylose_55(X),fn_amylose_44(X))
& object_2(fn_amylose_12(X),fn_amylose_19(X))
& object_2(fn_amylose_55(X),fn_amylose_36(X))
& is_between_2(fn_amylose_27(X),fn_amylose_34(X))
& result_2(fn_amylose_16(X),fn_amylose_27(X))
& fn_amylose_38(X) != fn_amylose_35(X)
& fn_amylose_35(X) != fn_amylose_38(X)
& electronegativity_2(fn_amylose_44(X),fn_amylose_35(X))
& object_2(fn_amylose_52(X),fn_amylose_36(X))
& object_2(fn_amylose_56(X),fn_amylose_34(X))
& object_2(fn_amylose_53(X),fn_amylose_36(X))
& object_2(fn_amylose_53(X),fn_amylose_19(X))
& object_2(fn_amylose_55(X),fn_amylose_19(X))
& object_2(fn_amylose_55(X),fn_amylose_34(X))
& object_2(fn_amylose_53(X),fn_amylose_34(X))
& object_2(fn_amylose_22(X),fn_amylose_36(X))
& object_2(fn_amylose_22(X),fn_amylose_34(X))
& object_2(fn_amylose_52(X),fn_amylose_34(X))
& object_2(fn_amylose_52(X),fn_amylose_19(X))
& object_2(fn_amylose_11(X),fn_amylose_19(X))
& object_2(fn_amylose_11(X),fn_amylose_36(X))
& object_2(fn_amylose_11(X),fn_amylose_34(X))
& object_2(fn_amylose_13(X),fn_amylose_34(X))
& object_2(fn_amylose_13(X),fn_amylose_36(X))
& object_2(fn_amylose_12(X),fn_amylose_36(X))
& object_2(fn_amylose_8(X),fn_amylose_36(X))
& object_2(fn_amylose_9(X),fn_amylose_36(X))
& object_2(fn_amylose_9(X),fn_amylose_34(X))
& object_2(fn_amylose_8(X),fn_amylose_34(X))
& in_event_2(fn_amylose_33(X),fn_amylose_32(X))
& plays_2(X,fn_amylose_33(X))
& size_2(X,fn_amylose_31(X))
& greater_than_2(fn_amylose_31(X),fn_amylose_30(X))
& base_2(fn_amylose_32(X),X)
& has_function_2(X,fn_amylose_32(X))
& possesses_2(X,fn_amylose_27(X))
& is_between_2(fn_amylose_27(X),fn_amylose_19(X))
& object_2(fn_amylose_8(X),fn_amylose_19(X))
& possesses_2(X,fn_amylose_49(X))
& quantity_2(fn_amylose_49(X),fn_amylose_45(X))
& directly_proportional_2(fn_amylose_46(X),fn_amylose_45(X))
& speed_2(fn_amylose_47(X),fn_amylose_46(X))
& object_2(fn_amylose_47(X),X)
& has_part_2(X,fn_amylose_44(X))
& object_2(fn_amylose_16(X),fn_amylose_21(X))
& is_between_2(fn_amylose_48(X),fn_amylose_19(X))
& has_part_2(X,fn_amylose_34(X))
& has_part_2(fn_amylose_34(X),fn_amylose_37(X))
& greater_than_2(fn_amylose_17(X),fn_amylose_35(X))
& greater_than_or_equal_to_2(fn_amylose_17(X),fn_amylose_35(X))
& possesses_2(X,fn_amylose_48(X))
& has_part_2(X,fn_amylose_36(X))
& electronegativity_2(fn_amylose_36(X),fn_amylose_35(X))
& fn_amylose_29(X) != fn_amylose_35(X)
& fn_amylose_35(X) != fn_amylose_29(X)
& is_between_2(fn_amylose_48(X),fn_amylose_36(X))
& is_between_2(fn_amylose_48(X),fn_amylose_34(X))
& electronegativity_2(fn_amylose_34(X),fn_amylose_38(X))
& fn_amylose_38(X) != fn_amylose_29(X)
& fn_amylose_29(X) != fn_amylose_38(X)
& agent_2(fn_amylose_16(X),fn_amylose_36(X))
& object_2(fn_amylose_16(X),fn_amylose_23(X))
& has_part_2(fn_amylose_36(X),fn_amylose_23(X))
& fn_amylose_37(X) != fn_amylose_23(X)
& fn_amylose_23(X) != fn_amylose_37(X)
& object_2(fn_amylose_56(X),fn_amylose_20(X))
& has_part_2(X,fn_amylose_20(X))
& has_region_2(X,fn_amylose_28(X))
& is_inside_2(fn_amylose_36(X),fn_amylose_28(X))
& fn_amylose_36(X) != fn_amylose_44(X)
& fn_amylose_44(X) != fn_amylose_36(X)
& object_2(fn_amylose_12(X),fn_amylose_44(X))
& object_2(fn_amylose_12(X),fn_amylose_34(X))
& fn_amylose_34(X) != fn_amylose_36(X)
& fn_amylose_44(X) != fn_amylose_34(X)
& fn_amylose_34(X) != fn_amylose_44(X)
& fn_amylose_36(X) != fn_amylose_34(X)
& object_2(fn_amylose_56(X),fn_amylose_36(X))
& object_2(fn_amylose_56(X),fn_amylose_19(X))
& has_part_2(X,fn_amylose_19(X))
& has_region_2(X,fn_amylose_25(X))
& is_inside_2(fn_amylose_44(X),fn_amylose_25(X))
& has_region_2(X,fn_amylose_24(X))
& is_inside_2(fn_amylose_36(X),fn_amylose_24(X))
& fn_amylose_36(X) != fn_amylose_19(X)
& electronegativity_2(fn_amylose_19(X),fn_amylose_18(X))
& fn_amylose_18(X) != fn_amylose_38(X)
& fn_amylose_19(X) != fn_amylose_36(X)
& fn_amylose_38(X) != fn_amylose_18(X)
& fn_amylose_37(X) != fn_amylose_21(X)
& fn_amylose_21(X) != fn_amylose_37(X)
& agent_2(fn_amylose_22(X),fn_amylose_27(X))
& has_function_2(fn_amylose_27(X),fn_amylose_22(X))
& is_inside_2(fn_amylose_44(X),fn_amylose_28(X))
& is_between_2(fn_amylose_27(X),fn_amylose_44(X))
& is_between_2(fn_amylose_27(X),fn_amylose_36(X))
& has_part_2(fn_amylose_36(X),fn_amylose_21(X))
& fn_amylose_21(X) != fn_amylose_23(X)
& fn_amylose_23(X) != fn_amylose_21(X)
& is_inside_2(fn_amylose_19(X),fn_amylose_28(X))
& object_2(fn_amylose_9(X),fn_amylose_19(X))
& object_2(fn_amylose_9(X),fn_amylose_44(X))
& fn_amylose_44(X) != fn_amylose_19(X)
& fn_amylose_19(X) != fn_amylose_44(X)
& is_inside_2(fn_amylose_34(X),fn_amylose_24(X))
& agent_2(fn_amylose_16(X),fn_amylose_34(X))
& is_inside_2(fn_amylose_19(X),fn_amylose_24(X))
& agent_2(fn_amylose_16(X),fn_amylose_19(X))
& object_2(fn_amylose_16(X),fn_amylose_37(X))
& fn_amylose_34(X) != fn_amylose_19(X)
& fn_amylose_19(X) != fn_amylose_34(X)
& fn_amylose_20(X) = fn_hold_2(fn_amylose_9(X))
& fn_amylose_20(X) = fn_hold_2(fn_amylose_11(X))
& fn_amylose_20(X) = fn_hold_2(fn_amylose_8(X))
& fn_amylose_20(X) = fn_hold_2(fn_amylose_53(X))
& fn_amylose_44(X) = fn_hold_2(fn_amylose_22(X))
& fn_amylose_44(X) = fn_hold_2(fn_amylose_52(X))
& fn_amylose_19(X) = fn_hold_2(fn_amylose_13(X))
& fn_amylose_44(X) = fn_hold_2(fn_amylose_55(X))
& fn_amylose_19(X) = fn_hold_2(fn_amylose_12(X))
& fn_amylose_55(X) = fn_covalent_bond_14(fn_amylose_27(X))
& fn_amylose_35(X) = fn_polysaccharide_12(X)
& fn_amylose_35(X) = fn_carbon_2(fn_amylose_44(X))
& fn_amylose_52(X) = fn_carbohydrate_37(X)
& fn_amylose_56(X) = fn_carbohydrate_37(X)
& fn_amylose_14(X) = fn_storage_polysaccharide_12(X)
& fn_amylose_55(X) = fn_storage_polysaccharide_27(X)
& fn_amylose_53(X) = fn_storage_polysaccharide_44(X)
& fn_amylose_52(X) = fn_storage_polysaccharide_27(X)
& fn_amylose_22(X) = fn_storage_polysaccharide_44(X)
& fn_amylose_12(X) = fn_storage_polysaccharide_44(X)
& fn_amylose_13(X) = fn_storage_polysaccharide_27(X)
& fn_amylose_11(X) = fn_storage_polysaccharide_44(X)
& fn_amylose_50(X) = fn_storage_polysaccharide_73(X)
& fn_amylose_51(X) = fn_storage_polysaccharide_74(X)
& fn_amylose_42(X) = fn_storage_polysaccharide_33(X)
& fn_amylose_9(X) = fn_storage_polysaccharide_27(X)
& fn_amylose_36(X) = fn_storage_polysaccharide_55(X)
& fn_amylose_39(X) = fn_storage_polysaccharide_34(X)
& fn_amylose_30(X) = fn_storage_polysaccharide_37(X)
& fn_amylose_31(X) = fn_storage_polysaccharide_36(X)
& fn_amylose_33(X) = fn_storage_polysaccharide_51(X)
& fn_amylose_8(X) = fn_covalent_bond_14(fn_amylose_27(X))
& fn_amylose_8(X) = fn_storage_polysaccharide_44(X)
& fn_amylose_19(X) = fn_storage_polysaccharide_41(X)
& fn_amylose_27(X) = fn_storage_polysaccharide_79(X)
& fn_amylose_32(X) = fn_storage_polysaccharide_49(X)
& fn_amylose_47(X) = fn_storage_polysaccharide_71(X)
& fn_amylose_46(X) = fn_storage_polysaccharide_70(X)
& fn_amylose_45(X) = fn_storage_polysaccharide_69(X)
& fn_amylose_49(X) = fn_storage_polysaccharide_72(X)
& fn_amylose_21(X) = fn_starch_58(X)
& fn_amylose_43(X) = fn_starch_55(X)
& fn_amylose_15(X) = fn_starch_6(X)
& fn_amylose_10(X) = fn_starch_2(X)
& fn_amylose_37(X) = fn_covalent_bond_18(fn_amylose_27(X))
& fn_amylose_41(X) = fn_starch_54(X)
& fn_amylose_17(X) = fn_starch_5(X)
& fn_amylose_26(X) = fn_starch_3(X)
& fn_amylose_54(X) = fn_starch_1(X)
& fn_amylose_29(X) = fn_starch_70(X)
& fn_amylose_35(X) = fn_starch_71(X)
& fn_amylose_48(X) = fn_polysaccharide_4(X)
& fn_amylose_40(X) = fn_starch_46(X)
& fn_amylose_29(X) = fn_starch_51(X)
& fn_amylose_38(X) = fn_polysaccharide_13(X)
& fn_amylose_48(X) = fn_carbohydrate_36(X)
& fn_amylose_48(X) = fn_storage_polysaccharide_23(X)
& fn_amylose_48(X) = fn_starch_20(X)
& fn_amylose_36(X) = fn_covalent_bond_20(fn_amylose_27(X))
& fn_amylose_23(X) = fn_carbohydrate_31(X)
& fn_amylose_37(X) = fn_carbohydrate_29(X)
& fn_amylose_23(X) = fn_storage_polysaccharide_46(X)
& fn_amylose_37(X) = fn_storage_polysaccharide_45(X)
& fn_amylose_37(X) = fn_starch_68(X)
& fn_amylose_23(X) = fn_covalent_bond_15(fn_amylose_27(X))
& fn_amylose_23(X) = fn_storage_polysaccharide_52(X)
& fn_amylose_23(X) = fn_starch_52(X)
& fn_amylose_16(X) = fn_covalent_bond_17(fn_amylose_27(X))
& fn_amylose_16(X) = fn_storage_polysaccharide_39(X)
& fn_amylose_16(X) = fn_starch_9(X)
& X = fn_functional_group_1(fn_amylose_28(X))
& fn_amylose_28(X) = fn_storage_polysaccharide_43(X)
& fn_amylose_28(X) = fn_starch_67(X)
& fn_amylose_20(X) = fn_starch_34(X)
& fn_amylose_20(X) = fn_starch_47(X)
& fn_amylose_34(X) = fn_covalent_bond_20(fn_amylose_27(X))
& fn_amylose_36(X) = fn_covalent_bond_19(fn_amylose_27(X))
& fn_amylose_34(X) = fn_carbohydrate_32(X)
& fn_amylose_36(X) = fn_carbohydrate_38(X)
& fn_amylose_34(X) = fn_storage_polysaccharide_40(X)
& fn_amylose_36(X) = fn_starch_73(X)
& fn_amylose_34(X) = fn_starch_60(X)
& fn_amylose_12(X) = fn_starch_65(X)
& fn_amylose_44(X) = fn_starch_66(X)
& fn_amylose_25(X) = fn_starch_61(X)
& fn_amylose_56(X) = fn_starch_65(X)
& fn_amylose_38(X) = fn_starch_70(X)
& fn_amylose_18(X) = fn_storage_polysaccharide_16(X)
& fn_amylose_18(X) = fn_starch_51(X)
& fn_amylose_19(X) = fn_storage_polysaccharide_55(X)
& fn_amylose_19(X) = fn_starch_73(X)
& fn_amylose_36(X) = fn_storage_polysaccharide_41(X)
& fn_amylose_36(X) = fn_starch_59(X)
& X = fn_functional_group_1(fn_amylose_24(X))
& fn_amylose_24(X) = fn_storage_polysaccharide_42(X)
& fn_amylose_24(X) = fn_starch_104(X)
& fn_amylose_37(X) = fn_carbonyl_group_4(fn_amylose_28(X))
& fn_amylose_22(X) = fn_carbonyl_group_10(fn_amylose_28(X))
& fn_amylose_23(X) = fn_carbonyl_group_4(fn_amylose_28(X))
& fn_amylose_21(X) = fn_carbonyl_group_6(fn_amylose_28(X))
& fn_amylose_36(X) = fn_carbonyl_group_9(fn_amylose_28(X))
& fn_amylose_27(X) = fn_carbonyl_group_8(fn_amylose_28(X))
& fn_amylose_9(X) = fn_carbonyl_group_10(fn_amylose_28(X))
& fn_amylose_44(X) = fn_carbonyl_group_7(fn_amylose_28(X))
& fn_amylose_19(X) = fn_carbonyl_group_9(fn_amylose_28(X))
& fn_amylose_24(X) = fn_polysaccharide_16(X)
& fn_amylose_37(X) = fn_hydroxyl_group_8(fn_amylose_24(X))
& fn_amylose_16(X) = fn_hydroxyl_group_5(fn_amylose_24(X))
& fn_amylose_34(X) = fn_covalent_bond_19(fn_amylose_27(X))
& fn_amylose_19(X) = fn_covalent_bond_20(fn_amylose_27(X))
& fn_amylose_19(X) = fn_polysaccharide_11(X)
& fn_amylose_34(X) = fn_polysaccharide_26(X)
& fn_amylose_34(X) = fn_hydroxyl_group_6(fn_amylose_24(X))
& fn_amylose_19(X) = fn_hydroxyl_group_4(fn_amylose_24(X))
& fn_covalent_bond_14(fn_amylose_27(X)) = fn_storage_polysaccharide_27(X)
& fn_storage_polysaccharide_27(X) = fn_carbohydrate_37(X)
& fn_carbohydrate_37(X) = fn_storage_polysaccharide_27(X)
& fn_storage_polysaccharide_27(X) = fn_covalent_bond_14(fn_amylose_27(X))
& fn_storage_polysaccharide_44(X) = fn_covalent_bond_14(fn_amylose_27(X))
& fn_covalent_bond_14(fn_amylose_27(X)) = fn_storage_polysaccharide_44(X)
& fn_storage_polysaccharide_44(X) = fn_polysaccharide_12(X)
& fn_polysaccharide_12(X) = fn_polysaccharide_12(X)
& fn_polysaccharide_12(X) = fn_carbon_2(fn_amylose_44(X))
& fn_carbon_2(fn_amylose_44(X)) = fn_carbon_2(fn_amylose_44(X))
& fn_carbon_2(fn_amylose_44(X)) = fn_starch_71(X)
& fn_starch_71(X) = fn_starch_71(X)
& fn_starch_71(X) = fn_starch_70(X)
& fn_starch_70(X) = fn_starch_51(X)
& fn_starch_51(X) = fn_starch_51(X)
& fn_starch_51(X) = fn_polysaccharide_4(X)
& fn_polysaccharide_4(X) = fn_carbohydrate_36(X)
& fn_carbohydrate_36(X) = fn_carbohydrate_36(X)
& fn_storage_polysaccharide_23(X) = fn_carbohydrate_36(X)
& fn_carbohydrate_36(X) = fn_storage_polysaccharide_23(X)
& fn_starch_20(X) = fn_storage_polysaccharide_23(X)
& fn_storage_polysaccharide_23(X) = fn_starch_20(X)
& fn_starch_20(X) = fn_starch_20(X)
& fn_starch_20(X) = fn_hold_2(fn_amylose_9(X))
& fn_hold_2(fn_amylose_9(X)) = fn_hold_2(fn_amylose_11(X))
& fn_hold_2(fn_amylose_11(X)) = fn_hold_2(fn_amylose_8(X))
& fn_hold_2(fn_amylose_8(X)) = fn_hold_2(fn_amylose_53(X))
& fn_hold_2(fn_amylose_53(X)) = fn_starch_34(X)
& fn_starch_34(X) = fn_starch_34(X)
& fn_starch_34(X) = fn_starch_47(X)
& fn_starch_47(X) = fn_starch_47(X)
& fn_starch_47(X) = fn_storage_polysaccharide_44(X)
& fn_storage_polysaccharide_44(X) = fn_starch_65(X)
& fn_starch_65(X) = fn_carbohydrate_37(X)
& fn_carbohydrate_37(X) = fn_starch_65(X)
& fn_starch_65(X) = fn_starch_65(X)
& fn_starch_65(X) = fn_polysaccharide_13(X)
& fn_polysaccharide_13(X) = fn_polysaccharide_13(X)
& fn_starch_70(X) = fn_polysaccharide_13(X)
& fn_polysaccharide_13(X) = fn_starch_70(X)
& fn_starch_70(X) = fn_starch_70(X)
& fn_starch_70(X) = fn_storage_polysaccharide_16(X)
& fn_starch_51(X) = fn_storage_polysaccharide_16(X)
& fn_storage_polysaccharide_16(X) = fn_starch_51(X)
& fn_starch_51(X) = fn_storage_polysaccharide_44(X)
& fn_storage_polysaccharide_44(X) = fn_storage_polysaccharide_44(X)
& fn_storage_polysaccharide_44(X) = fn_carbonyl_group_10(fn_amylose_28(X))
& fn_carbonyl_group_10(fn_amylose_28(X)) = fn_covalent_bond_15(fn_amylose_27(X))
& fn_carbohydrate_31(X) = fn_covalent_bond_15(fn_amylose_27(X))
& fn_covalent_bond_15(fn_amylose_27(X)) = fn_carbohydrate_31(X)
& fn_carbohydrate_31(X) = fn_carbohydrate_31(X)
& fn_carbohydrate_31(X) = fn_storage_polysaccharide_52(X)
& fn_storage_polysaccharide_52(X) = fn_storage_polysaccharide_52(X)
& fn_storage_polysaccharide_46(X) = fn_storage_polysaccharide_46(X)
& fn_storage_polysaccharide_46(X) = fn_storage_polysaccharide_52(X)
& fn_storage_polysaccharide_52(X) = fn_storage_polysaccharide_46(X)
& fn_starch_52(X) = fn_storage_polysaccharide_46(X)
& fn_storage_polysaccharide_46(X) = fn_starch_52(X)
& fn_starch_52(X) = fn_starch_52(X)
& fn_starch_52(X) = fn_carbonyl_group_4(fn_amylose_28(X))
& fn_carbonyl_group_4(fn_amylose_28(X)) = fn_starch_58(X)
& fn_starch_58(X) = fn_carbonyl_group_6(fn_amylose_28(X))
& fn_carbonyl_group_6(fn_amylose_28(X)) = fn_carbonyl_group_6(fn_amylose_28(X))
& fn_carbonyl_group_6(fn_amylose_28(X)) = fn_covalent_bond_19(fn_amylose_27(X))
& fn_carbohydrate_38(X) = fn_covalent_bond_19(fn_amylose_27(X))
& fn_covalent_bond_19(fn_amylose_27(X)) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_carbohydrate_38(X)
& fn_storage_polysaccharide_41(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_storage_polysaccharide_41(X)
& fn_storage_polysaccharide_55(X) = fn_starch_73(X)
& fn_starch_59(X) = fn_starch_73(X)
& fn_starch_73(X) = fn_starch_59(X)
& fn_starch_59(X) = fn_starch_59(X)
& fn_starch_59(X) = fn_carbonyl_group_9(fn_amylose_28(X))
& fn_carbonyl_group_9(fn_amylose_28(X)) = fn_storage_polysaccharide_79(X)
& fn_storage_polysaccharide_79(X) = fn_storage_polysaccharide_79(X)
& fn_storage_polysaccharide_79(X) = fn_carbonyl_group_8(fn_amylose_28(X))
& fn_carbonyl_group_8(fn_amylose_28(X)) = fn_carbonyl_group_8(fn_amylose_28(X))
& fn_carbonyl_group_8(fn_amylose_28(X)) = fn_storage_polysaccharide_27(X)
& fn_storage_polysaccharide_27(X) = fn_storage_polysaccharide_27(X)
& fn_storage_polysaccharide_27(X) = fn_carbonyl_group_10(fn_amylose_28(X))
& fn_carbonyl_group_10(fn_amylose_28(X)) = fn_carbonyl_group_10(fn_amylose_28(X))
& fn_carbonyl_group_10(fn_amylose_28(X)) = fn_hold_2(fn_amylose_22(X))
& fn_hold_2(fn_amylose_22(X)) = fn_hold_2(fn_amylose_52(X))
& fn_hold_2(fn_amylose_52(X)) = fn_hold_2(fn_amylose_55(X))
& fn_hold_2(fn_amylose_55(X)) = fn_starch_66(X)
& fn_starch_66(X) = fn_starch_66(X)
& fn_starch_66(X) = fn_carbonyl_group_7(fn_amylose_28(X))
& fn_carbonyl_group_7(fn_amylose_28(X)) = fn_carbonyl_group_7(fn_amylose_28(X))
& fn_carbonyl_group_7(fn_amylose_28(X)) = fn_storage_polysaccharide_43(X)
& fn_starch_67(X) = fn_storage_polysaccharide_43(X)
& fn_storage_polysaccharide_43(X) = fn_starch_67(X)
& fn_starch_67(X) = fn_covalent_bond_18(fn_amylose_27(X))
& fn_covalent_bond_18(fn_amylose_27(X)) = fn_carbohydrate_29(X)
& fn_storage_polysaccharide_45(X) = fn_carbohydrate_29(X)
& fn_carbohydrate_29(X) = fn_storage_polysaccharide_45(X)
& fn_starch_68(X) = fn_storage_polysaccharide_45(X)
& fn_storage_polysaccharide_45(X) = fn_storage_polysaccharide_45(X)
& fn_storage_polysaccharide_45(X) = fn_starch_68(X)
& fn_starch_68(X) = fn_starch_68(X)
& fn_starch_68(X) = fn_carbonyl_group_4(fn_amylose_28(X))
& fn_carbonyl_group_4(fn_amylose_28(X)) = fn_carbonyl_group_4(fn_amylose_28(X))
& fn_carbonyl_group_4(fn_amylose_28(X)) = fn_hydroxyl_group_8(fn_amylose_24(X))
& fn_hydroxyl_group_8(fn_amylose_24(X)) = fn_covalent_bond_17(fn_amylose_27(X))
& fn_covalent_bond_17(fn_amylose_27(X)) = fn_covalent_bond_17(fn_amylose_27(X))
& fn_storage_polysaccharide_39(X) = fn_covalent_bond_17(fn_amylose_27(X))
& fn_covalent_bond_17(fn_amylose_27(X)) = fn_storage_polysaccharide_39(X)
& fn_starch_9(X) = fn_storage_polysaccharide_39(X)
& fn_storage_polysaccharide_39(X) = fn_starch_9(X)
& fn_starch_9(X) = fn_starch_9(X)
& fn_starch_9(X) = fn_hydroxyl_group_5(fn_amylose_24(X))
& fn_hydroxyl_group_5(fn_amylose_24(X)) = fn_hydroxyl_group_5(fn_amylose_24(X))
& fn_hydroxyl_group_5(fn_amylose_24(X)) = fn_covalent_bond_20(fn_amylose_27(X))
& fn_covalent_bond_19(fn_amylose_27(X)) = fn_covalent_bond_20(fn_amylose_27(X))
& fn_covalent_bond_20(fn_amylose_27(X)) = fn_covalent_bond_19(fn_amylose_27(X))
& fn_covalent_bond_19(fn_amylose_27(X)) = fn_covalent_bond_19(fn_amylose_27(X))
& fn_polysaccharide_26(X) = fn_covalent_bond_19(fn_amylose_27(X))
& fn_covalent_bond_19(fn_amylose_27(X)) = fn_polysaccharide_26(X)
& fn_carbohydrate_32(X) = fn_carbohydrate_32(X)
& fn_carbohydrate_32(X) = fn_polysaccharide_26(X)
& fn_polysaccharide_26(X) = fn_polysaccharide_26(X)
& fn_polysaccharide_26(X) = fn_carbohydrate_32(X)
& fn_storage_polysaccharide_40(X) = fn_carbohydrate_32(X)
& fn_carbohydrate_32(X) = fn_storage_polysaccharide_40(X)
& fn_storage_polysaccharide_40(X) = fn_storage_polysaccharide_40(X)
& fn_starch_60(X) = fn_storage_polysaccharide_40(X)
& fn_storage_polysaccharide_40(X) = fn_starch_60(X)
& fn_starch_60(X) = fn_starch_60(X)
& fn_starch_60(X) = fn_hydroxyl_group_6(fn_amylose_24(X))
& fn_hydroxyl_group_6(fn_amylose_24(X)) = fn_hydroxyl_group_6(fn_amylose_24(X))
& fn_hydroxyl_group_6(fn_amylose_24(X)) = fn_storage_polysaccharide_42(X)
& fn_storage_polysaccharide_42(X) = fn_polysaccharide_16(X)
& fn_polysaccharide_16(X) = fn_storage_polysaccharide_42(X)
& fn_starch_104(X) = fn_storage_polysaccharide_42(X)
& fn_storage_polysaccharide_42(X) = fn_starch_104(X)
& fn_starch_104(X) = fn_hold_2(fn_amylose_13(X))
& fn_hold_2(fn_amylose_13(X)) = fn_hold_2(fn_amylose_12(X))
& fn_hold_2(fn_amylose_12(X)) = fn_covalent_bond_20(fn_amylose_27(X))
& fn_covalent_bond_20(fn_amylose_27(X)) = fn_covalent_bond_20(fn_amylose_27(X))
& fn_covalent_bond_20(fn_amylose_27(X)) = fn_polysaccharide_11(X)
& fn_storage_polysaccharide_55(X) = fn_polysaccharide_11(X)
& fn_polysaccharide_11(X) = fn_polysaccharide_11(X)
& fn_polysaccharide_11(X) = fn_storage_polysaccharide_55(X)
& fn_storage_polysaccharide_41(X) = fn_storage_polysaccharide_55(X)
& fn_storage_polysaccharide_55(X) = fn_storage_polysaccharide_55(X)
& fn_storage_polysaccharide_55(X) = fn_storage_polysaccharide_41(X)
& fn_storage_polysaccharide_41(X) = fn_storage_polysaccharide_41(X)
& fn_storage_polysaccharide_41(X) = fn_starch_73(X)
& fn_starch_73(X) = fn_starch_73(X)
& fn_starch_73(X) = fn_carbonyl_group_9(fn_amylose_28(X))
& fn_carbonyl_group_9(fn_amylose_28(X)) = fn_carbonyl_group_9(fn_amylose_28(X))
& fn_carbonyl_group_9(fn_amylose_28(X)) = fn_hydroxyl_group_4(fn_amylose_24(X))
& fn_hydroxyl_group_4(fn_amylose_24(X)) = fn_hydroxyl_group_4(fn_amylose_24(X))
& fn_functional_group_1(fn_amylose_28(X)) = fn_functional_group_1(fn_amylose_24(X)) ) ) ).
fof(a527433,axiom,
! [X] :
( anabolic_pathway_1(X)
=> ( original_name_2(X,'Anabolic-Pathway')
& user_description_2(X,'The series of chemical reactions that constructs or synthesizes molecules from smaller units, usually requiring input of energy (ATP) in the process.')
& concept2words_2(X,'anabolic reactions')
& concept2words_2(X,biosynthesis)
& concept2words_2(X,'biosynthetic pathway')
& concept2words_2(X,'biosynthetic-pathway')
& concept2words_2(X,'take part in an anabolic pathway')
& concept2words_2(X,'anabolic pathway')
& concept2words_2(X,'anabolic-pathway')
& endergonic_reaction_1(X)
& metabolic_pathway_1(X)
& ~ catabolic_pathway_1(X)
& ~ renin_angiotensin_aldosterone_system_1(X)
& structural_complexity_value_1(fn_anabolic_pathway_3(X))
& structural_complexity_value_1(fn_anabolic_pathway_4(X))
& chemical_entity_1(fn_anabolic_pathway_5(X))
& chemical_entity_1(fn_anabolic_pathway_6(X))
& structural_complexity_2(fn_anabolic_pathway_6(X),fn_anabolic_pathway_4(X))
& structural_complexity_2(fn_anabolic_pathway_5(X),fn_anabolic_pathway_3(X))
& greater_than_2(fn_anabolic_pathway_3(X),fn_anabolic_pathway_4(X))
& result_2(X,fn_anabolic_pathway_5(X))
& raw_material_2(X,fn_anabolic_pathway_6(X))
& fn_anabolic_pathway_5(X) = fn_endergonic_reaction_9(X)
& fn_anabolic_pathway_6(X) = fn_endergonic_reaction_8(X) ) ) ).
fof(a527434,axiom,
! [X] :
( anabolism_1(X)
=> ( original_name_2(X,'Anabolism')
& user_description_2(X,'The class of chemical reactions that consume energy to construct larger molecules from smaller subunits.')
& concept2words_2(X,biosynthesis)
& concept2words_2(X,'anabolic pathway')
& concept2words_2(X,'anabolic-pathway')
& concept2words_2(X,'undergo anabolism')
& concept2words_2(X,anabolism)
& endergonic_process_1(X)
& metabolism_1(X)
& ~ gene_amplification_1(X)
& ~ antigen_presentation_1(X)
& ~ catabolism_1(X)
& ~ denaturation_1(X)
& ~ dna_methylation_1(X)
& ~ dynein_walking_1(X)
& ~ genetic_process_1(X)
& ~ hydrolysis_1(X)
& ~ protein_folding_1(X)
& molecule_1(fn_anabolism_3(X))
& molecule_1(fn_anabolism_4(X))
& size_value_1(fn_anabolism_5(X))
& size_value_1(fn_anabolism_6(X))
& result_2(X,fn_anabolism_4(X))
& raw_material_2(X,fn_anabolism_3(X))
& greater_than_2(fn_anabolism_5(X),fn_anabolism_6(X))
& size_2(fn_anabolism_4(X),fn_anabolism_5(X))
& size_2(fn_anabolism_3(X),fn_anabolism_6(X)) ) ) ).
fof(a527435,axiom,
! [X] :
( anaerobe_1(X)
=> ( original_name_2(X,'Anaerobe')
& user_description_2(X,'A cell or an organism which can live in the absence of oxygen.')
& concept2words_2(X,'anaerobic organism')
& concept2words_2(X,'anaerobic-organism')
& concept2words_2(X,anaerobe)
& ecological_role_1(X)
& energy_source_1(fn_anaerobe_1(X))
& chemical_entity_1(fn_anaerobe_2(X))
& tangible_entity_1(fn_anaerobe_3(X))
& nutrition_1(fn_anaerobe_4(X))
& organism_1(fn_anaerobe_5(X))
& carbon_source_1(fn_anaerobe_6(X))
& potassium_1(fn_anaerobe_7(X))
& calcium_1(fn_anaerobe_8(X))
& sulfur_1(fn_anaerobe_9(X))
& phosphorus_1(fn_anaerobe_10(X))
& oxygen_1(fn_anaerobe_11(X))
& nitrogen_1(fn_anaerobe_12(X))
& hydrogen_1(fn_anaerobe_13(X))
& carbon_1(fn_anaerobe_14(X))
& iron_1(fn_anaerobe_15(X))
& nutritional_requirement_1(fn_anaerobe_16(X))
& organic_molecule_1(fn_anaerobe_17(X))
& molecule_1(fn_carbon_source_2(fn_anaerobe_6(X)))
& phosphorus_1(fn_nutritional_requirement_5(fn_anaerobe_16(X)))
& oxygen_1(fn_nutritional_requirement_6(fn_anaerobe_16(X)))
& sulfur_1(fn_nutritional_requirement_4(fn_anaerobe_16(X)))
& nitrogen_1(fn_nutritional_requirement_7(fn_anaerobe_16(X)))
& calcium_1(fn_nutritional_requirement_3(fn_anaerobe_16(X)))
& hydrogen_1(fn_nutritional_requirement_8(fn_anaerobe_16(X)))
& potassium_1(fn_nutritional_requirement_2(fn_anaerobe_16(X)))
& carbon_1(fn_nutritional_requirement_9(fn_anaerobe_16(X)))
& iron_1(fn_nutritional_requirement_10(fn_anaerobe_16(X)))
& in_event_2(X,fn_anaerobe_4(X))
& element_2(fn_anaerobe_16(X),fn_anaerobe_2(X))
& plays_2(fn_anaerobe_3(X),fn_anaerobe_1(X))
& result_2(fn_anaerobe_4(X),fn_anaerobe_2(X))
& raw_material_2(fn_anaerobe_4(X),fn_anaerobe_3(X))
& raw_material_2(fn_anaerobe_4(X),fn_anaerobe_17(X))
& agent_2(fn_anaerobe_4(X),fn_anaerobe_5(X))
& plays_2(fn_anaerobe_5(X),X)
& plays_2(fn_anaerobe_17(X),fn_anaerobe_6(X))
& element_2(fn_anaerobe_16(X),fn_anaerobe_10(X))
& element_2(fn_anaerobe_16(X),fn_anaerobe_11(X))
& element_2(fn_anaerobe_16(X),fn_anaerobe_9(X))
& element_2(fn_anaerobe_16(X),fn_anaerobe_12(X))
& element_2(fn_anaerobe_16(X),fn_anaerobe_8(X))
& element_2(fn_anaerobe_16(X),fn_anaerobe_13(X))
& element_2(fn_anaerobe_16(X),fn_anaerobe_7(X))
& element_2(fn_anaerobe_16(X),fn_anaerobe_14(X))
& element_2(fn_anaerobe_16(X),fn_anaerobe_15(X))
& fn_anaerobe_17(X) = fn_carbon_source_2(fn_anaerobe_6(X))
& fn_anaerobe_10(X) = fn_nutritional_requirement_5(fn_anaerobe_16(X))
& fn_anaerobe_11(X) = fn_nutritional_requirement_6(fn_anaerobe_16(X))
& fn_anaerobe_9(X) = fn_nutritional_requirement_4(fn_anaerobe_16(X))
& fn_anaerobe_12(X) = fn_nutritional_requirement_7(fn_anaerobe_16(X))
& fn_anaerobe_8(X) = fn_nutritional_requirement_3(fn_anaerobe_16(X))
& fn_anaerobe_13(X) = fn_nutritional_requirement_8(fn_anaerobe_16(X))
& fn_anaerobe_7(X) = fn_nutritional_requirement_2(fn_anaerobe_16(X))
& fn_anaerobe_14(X) = fn_nutritional_requirement_9(fn_anaerobe_16(X))
& fn_anaerobe_15(X) = fn_nutritional_requirement_10(fn_anaerobe_16(X)) ) ) ).
fof(a527436,axiom,
! [X] :
( anaerobic_condition_1(X)
=> ( original_name_2(X,'Anaerobic-Condition')
& user_description_2(X,'A biological process which occurs in the absence of molecular oxygen.')
& concept2words_2(X,'anaerobic condition')
& concept2words_2(X,'anaerobic-condition')
& condition_1(X) ) ) ).
fof(a527437,axiom,
! [X] :
( anaerobic_respiration_1(X)
=> ( original_name_2(X,'Anaerobic-Respiration')
& user_description_2(X,'A catabolic pathway that occurs in the absence of molecular oxygen involving an electron transport chain and a different inorganic molecule other than oxygen as a final electron acceptor.')
& concept2words_2(X,'perform unaerobic respiration')
& concept2words_2(X,'anaerobic respiration')
& concept2words_2(X,'anaerobic-respiration')
& catabolism_1(X)
& ~ cellular_respiration_1(X)
& ~ fermentation_1(X)
& spatial_entity_1(fn_anaerobic_respiration_1(X))
& tangible_entity_1(fn_anaerobic_respiration_1(X))
& chemical_entity_1(fn_anaerobic_respiration_1(X))
& organic_molecule_1(fn_anaerobic_respiration_1(X))
& nad_plus_1(fn_anaerobic_respiration_1(X))
& molecule_1(fn_anaerobic_respiration_1(X))
& oxidation_1(fn_anaerobic_respiration_2(X))
& reduction_1(fn_anaerobic_respiration_3(X))
& reducing_agent_1(fn_anaerobic_respiration_4(X))
& chemical_entity_1(fn_anaerobic_respiration_5(X))
& tangible_entity_1(fn_anaerobic_respiration_5(X))
& electron_1(fn_anaerobic_respiration_5(X))
& electron_donor_1(fn_anaerobic_respiration_6(X))
& chemical_reaction_1(fn_anaerobic_respiration_7(X))
& redox_reaction_1(fn_anaerobic_respiration_7(X))
& redox_reaction_1(fn_anaerobic_respiration_8(X))
& energy_1(fn_anaerobic_respiration_9(X))
& free_energy_1(fn_anaerobic_respiration_9(X))
& tangible_entity_1(fn_anaerobic_respiration_10(X))
& chemical_entity_1(fn_anaerobic_respiration_10(X))
& organic_molecule_1(fn_anaerobic_respiration_10(X))
& nadh_1(fn_anaerobic_respiration_10(X))
& molecule_1(fn_anaerobic_respiration_10(X))
& release_1(fn_anaerobic_respiration_11(X))
& inorganic_molecule_1(fn_anaerobic_respiration_12(X))
& final_electron_acceptor_1(fn_anaerobic_respiration_13(X))
& molecule_1(fn_anaerobic_respiration_14(X))
& pyruvate_1(fn_anaerobic_respiration_14(X))
& chemical_entity_1(fn_anaerobic_respiration_14(X))
& electron_transport_chain_reaction_1(fn_anaerobic_respiration_15(X))
& glycolysis_1(fn_anaerobic_respiration_16(X))
& work_1(fn_anaerobic_respiration_17(X))
& endergonic_process_1(fn_anaerobic_respiration_17(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_anaerobic_respiration_17(X))
& spatial_entity_1(fn_glycolysis_78(fn_anaerobic_respiration_16(X)))
& tangible_entity_1(fn_glycolysis_78(fn_anaerobic_respiration_16(X)))
& chemical_entity_1(fn_glycolysis_78(fn_anaerobic_respiration_16(X)))
& organic_molecule_1(fn_glycolysis_78(fn_anaerobic_respiration_16(X)))
& nad_plus_1(fn_glycolysis_78(fn_anaerobic_respiration_16(X)))
& molecule_1(fn_glycolysis_78(fn_anaerobic_respiration_16(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_electron_transport_chain_reaction_1(fn_anaerobic_respiration_15(X)))
& release_1(fn_electron_transport_chain_reaction_7(fn_anaerobic_respiration_15(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_anaerobic_respiration_8(X)))
& chemical_entity_1(fn_electron_recipient_2(fn_anaerobic_respiration_13(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_anaerobic_respiration_8(X)))
& reducing_agent_1(fn_reduction_5(fn_anaerobic_respiration_3(X)))
& reducing_agent_1(fn_glycolysis_34(fn_anaerobic_respiration_16(X)))
& pyruvate_1(fn_glycolysis_55(fn_anaerobic_respiration_16(X)))
& chemical_entity_1(fn_glycolysis_55(fn_anaerobic_respiration_16(X)))
& electron_donor_1(fn_oxidation_8(fn_anaerobic_respiration_2(X)))
& electron_donor_1(fn_glycolysis_33(fn_anaerobic_respiration_16(X)))
& tangible_entity_1(fn_release_2(fn_anaerobic_respiration_11(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_anaerobic_respiration_7(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_anaerobic_respiration_7(X)))
& chemical_entity_1(fn_reduction_1(fn_anaerobic_respiration_3(X)))
& chemical_entity_1(fn_oxidation_10(fn_anaerobic_respiration_2(X)))
& organic_molecule_1(fn_glycolysis_74(fn_anaerobic_respiration_16(X)))
& nadh_1(fn_glycolysis_74(fn_anaerobic_respiration_16(X)))
& molecule_1(fn_glycolysis_74(fn_anaerobic_respiration_16(X)))
& energy_1(fn_work_1(fn_anaerobic_respiration_17(X)))
& free_energy_1(fn_endergonic_process_4(fn_anaerobic_respiration_17(X)))
& free_energy_1(fn_electron_transport_chain_reaction_8(fn_anaerobic_respiration_15(X)))
& reduction_1(fn_glycolysis_21(fn_anaerobic_respiration_16(X)))
& reduction_1(fn_electron_transport_chain_reaction_15(fn_anaerobic_respiration_15(X)))
& electron_1(fn_oxidation_9(fn_anaerobic_respiration_2(X)))
& chemical_entity_1(fn_glycolysis_19(fn_anaerobic_respiration_16(X)))
& tangible_entity_1(fn_glycolysis_19(fn_anaerobic_respiration_16(X)))
& electron_1(fn_glycolysis_19(fn_anaerobic_respiration_16(X)))
& tangible_entity_1(fn_electron_transport_chain_reaction_14(fn_anaerobic_respiration_15(X)))
& electron_1(fn_electron_transport_chain_reaction_14(fn_anaerobic_respiration_15(X)))
& oxidation_1(fn_glycolysis_22(fn_anaerobic_respiration_16(X)))
& oxidation_1(fn_electron_transport_chain_reaction_16(fn_anaerobic_respiration_15(X)))
& chemical_reaction_1(fn_glycolysis_17(fn_anaerobic_respiration_16(X)))
& redox_reaction_1(fn_glycolysis_17(fn_anaerobic_respiration_16(X)))
& redox_reaction_1(fn_electron_transport_chain_reaction_9(fn_anaerobic_respiration_15(X)))
& enables_2(fn_anaerobic_respiration_7(X),fn_anaerobic_respiration_17(X))
& fn_anaerobic_respiration_7(X) != fn_anaerobic_respiration_8(X)
& fn_anaerobic_respiration_8(X) != fn_anaerobic_respiration_7(X)
& is_inside_2(fn_anaerobic_respiration_9(X),fn_anaerobic_respiration_10(X))
& subevent_2(fn_anaerobic_respiration_15(X),fn_anaerobic_respiration_8(X))
& subevent_2(X,fn_anaerobic_respiration_16(X))
& subevent_2(X,fn_anaerobic_respiration_15(X))
& first_subevent_2(X,fn_anaerobic_respiration_16(X))
& next_event_2(fn_anaerobic_respiration_16(X),fn_anaerobic_respiration_15(X))
& base_2(fn_anaerobic_respiration_11(X),fn_anaerobic_respiration_10(X))
& raw_material_2(fn_anaerobic_respiration_7(X),fn_anaerobic_respiration_10(X))
& raw_material_2(X,fn_anaerobic_respiration_14(X))
& plays_2(fn_anaerobic_respiration_12(X),fn_anaerobic_respiration_13(X))
& raw_material_2(fn_anaerobic_respiration_8(X),fn_anaerobic_respiration_12(X))
& donor_2(fn_anaerobic_respiration_3(X),fn_anaerobic_respiration_10(X))
& plays_2(fn_anaerobic_respiration_10(X),fn_anaerobic_respiration_4(X))
& raw_material_2(fn_anaerobic_respiration_17(X),fn_anaerobic_respiration_9(X))
& donor_2(fn_anaerobic_respiration_2(X),fn_anaerobic_respiration_10(X))
& plays_2(fn_anaerobic_respiration_10(X),fn_anaerobic_respiration_6(X))
& fn_anaerobic_respiration_5(X) != fn_anaerobic_respiration_10(X)
& fn_anaerobic_respiration_10(X) != fn_anaerobic_respiration_5(X)
& raw_material_2(fn_anaerobic_respiration_7(X),fn_anaerobic_respiration_1(X))
& recipient_2(fn_anaerobic_respiration_3(X),fn_anaerobic_respiration_1(X))
& in_event_2(fn_anaerobic_respiration_4(X),fn_anaerobic_respiration_3(X))
& result_2(fn_anaerobic_respiration_16(X),fn_anaerobic_respiration_10(X))
& result_2(fn_anaerobic_respiration_16(X),fn_anaerobic_respiration_14(X))
& recipient_2(fn_anaerobic_respiration_2(X),fn_anaerobic_respiration_1(X))
& in_event_2(fn_anaerobic_respiration_6(X),fn_anaerobic_respiration_2(X))
& has_oxidized_form_2(fn_anaerobic_respiration_10(X),fn_anaerobic_respiration_1(X))
& has_reduced_form_2(fn_anaerobic_respiration_1(X),fn_anaerobic_respiration_10(X))
& raw_material_2(fn_anaerobic_respiration_16(X),fn_anaerobic_respiration_1(X))
& fn_anaerobic_respiration_10(X) != fn_anaerobic_respiration_1(X)
& fn_anaerobic_respiration_1(X) != fn_anaerobic_respiration_10(X)
& fn_anaerobic_respiration_5(X) != fn_anaerobic_respiration_1(X)
& fn_anaerobic_respiration_1(X) != fn_anaerobic_respiration_5(X)
& subevent_2(fn_anaerobic_respiration_15(X),fn_anaerobic_respiration_17(X))
& causes_2(fn_anaerobic_respiration_7(X),fn_anaerobic_respiration_11(X))
& object_2(fn_anaerobic_respiration_11(X),fn_anaerobic_respiration_9(X))
& subevent_2(fn_anaerobic_respiration_15(X),fn_anaerobic_respiration_7(X))
& subevent_2(fn_anaerobic_respiration_7(X),fn_anaerobic_respiration_2(X))
& object_2(fn_anaerobic_respiration_2(X),fn_anaerobic_respiration_5(X))
& object_2(fn_anaerobic_respiration_3(X),fn_anaerobic_respiration_5(X))
& subevent_2(fn_anaerobic_respiration_7(X),fn_anaerobic_respiration_3(X))
& fn_anaerobic_respiration_10(X) = fn_release_2(fn_anaerobic_respiration_11(X))
& fn_anaerobic_respiration_10(X) = fn_redox_reaction_12(fn_anaerobic_respiration_7(X))
& fn_anaerobic_respiration_10(X) = fn_redox_reaction_16(fn_anaerobic_respiration_7(X))
& fn_anaerobic_respiration_14(X) = fn_catabolism_1(X)
& fn_anaerobic_respiration_12(X) = fn_electron_recipient_2(fn_anaerobic_respiration_13(X))
& fn_anaerobic_respiration_12(X) = fn_redox_reaction_12(fn_anaerobic_respiration_8(X))
& fn_anaerobic_respiration_12(X) = fn_redox_reaction_16(fn_anaerobic_respiration_8(X))
& fn_anaerobic_respiration_4(X) = fn_reduction_5(fn_anaerobic_respiration_3(X))
& fn_anaerobic_respiration_10(X) = fn_reduction_1(fn_anaerobic_respiration_3(X))
& fn_anaerobic_respiration_9(X) = fn_work_1(fn_anaerobic_respiration_17(X))
& fn_anaerobic_respiration_9(X) = fn_endergonic_process_4(fn_anaerobic_respiration_17(X))
& fn_anaerobic_respiration_6(X) = fn_oxidation_8(fn_anaerobic_respiration_2(X))
& fn_anaerobic_respiration_5(X) = fn_oxidation_9(fn_anaerobic_respiration_2(X))
& fn_anaerobic_respiration_10(X) = fn_oxidation_10(fn_anaerobic_respiration_2(X))
& fn_anaerobic_respiration_7(X) = fn_glycolysis_17(fn_anaerobic_respiration_16(X))
& fn_anaerobic_respiration_4(X) = fn_glycolysis_34(fn_anaerobic_respiration_16(X))
& fn_anaerobic_respiration_3(X) = fn_glycolysis_21(fn_anaerobic_respiration_16(X))
& fn_anaerobic_respiration_14(X) = fn_glycolysis_55(fn_anaerobic_respiration_16(X))
& fn_anaerobic_respiration_6(X) = fn_glycolysis_33(fn_anaerobic_respiration_16(X))
& fn_anaerobic_respiration_2(X) = fn_glycolysis_22(fn_anaerobic_respiration_16(X))
& fn_anaerobic_respiration_5(X) = fn_glycolysis_19(fn_anaerobic_respiration_16(X))
& fn_anaerobic_respiration_10(X) = fn_glycolysis_74(fn_anaerobic_respiration_16(X))
& fn_anaerobic_respiration_1(X) = fn_glycolysis_78(fn_anaerobic_respiration_16(X))
& fn_anaerobic_respiration_17(X) = fn_electron_transport_chain_reaction_1(fn_anaerobic_respiration_15(X))
& fn_anaerobic_respiration_9(X) = fn_electron_transport_chain_reaction_8(fn_anaerobic_respiration_15(X))
& fn_anaerobic_respiration_11(X) = fn_electron_transport_chain_reaction_7(fn_anaerobic_respiration_15(X))
& fn_anaerobic_respiration_3(X) = fn_electron_transport_chain_reaction_15(fn_anaerobic_respiration_15(X))
& fn_anaerobic_respiration_5(X) = fn_electron_transport_chain_reaction_14(fn_anaerobic_respiration_15(X))
& fn_anaerobic_respiration_2(X) = fn_electron_transport_chain_reaction_16(fn_anaerobic_respiration_15(X))
& fn_anaerobic_respiration_7(X) = fn_electron_transport_chain_reaction_9(fn_anaerobic_respiration_15(X))
& fn_electron_recipient_2(fn_anaerobic_respiration_13(X)) = fn_redox_reaction_12(fn_anaerobic_respiration_8(X))
& fn_redox_reaction_12(fn_anaerobic_respiration_8(X)) = fn_electron_recipient_2(fn_anaerobic_respiration_13(X))
& fn_electron_recipient_2(fn_anaerobic_respiration_13(X)) = fn_redox_reaction_16(fn_anaerobic_respiration_8(X))
& fn_redox_reaction_16(fn_anaerobic_respiration_8(X)) = fn_reduction_5(fn_anaerobic_respiration_3(X))
& fn_reduction_5(fn_anaerobic_respiration_3(X)) = fn_glycolysis_34(fn_anaerobic_respiration_16(X))
& fn_glycolysis_34(fn_anaerobic_respiration_16(X)) = fn_catabolism_1(X)
& fn_catabolism_1(X) = fn_glycolysis_55(fn_anaerobic_respiration_16(X))
& fn_glycolysis_55(fn_anaerobic_respiration_16(X)) = fn_oxidation_8(fn_anaerobic_respiration_2(X))
& fn_oxidation_8(fn_anaerobic_respiration_2(X)) = fn_glycolysis_33(fn_anaerobic_respiration_16(X))
& fn_glycolysis_33(fn_anaerobic_respiration_16(X)) = fn_release_2(fn_anaerobic_respiration_11(X))
& fn_release_2(fn_anaerobic_respiration_11(X)) = fn_redox_reaction_12(fn_anaerobic_respiration_7(X))
& fn_redox_reaction_12(fn_anaerobic_respiration_7(X)) = fn_redox_reaction_12(fn_anaerobic_respiration_7(X))
& fn_redox_reaction_12(fn_anaerobic_respiration_7(X)) = fn_redox_reaction_16(fn_anaerobic_respiration_7(X))
& fn_redox_reaction_16(fn_anaerobic_respiration_7(X)) = fn_redox_reaction_16(fn_anaerobic_respiration_7(X))
& fn_redox_reaction_16(fn_anaerobic_respiration_7(X)) = fn_reduction_1(fn_anaerobic_respiration_3(X))
& fn_reduction_1(fn_anaerobic_respiration_3(X)) = fn_reduction_1(fn_anaerobic_respiration_3(X))
& fn_reduction_1(fn_anaerobic_respiration_3(X)) = fn_oxidation_10(fn_anaerobic_respiration_2(X))
& fn_oxidation_10(fn_anaerobic_respiration_2(X)) = fn_oxidation_10(fn_anaerobic_respiration_2(X))
& fn_oxidation_10(fn_anaerobic_respiration_2(X)) = fn_glycolysis_74(fn_anaerobic_respiration_16(X))
& fn_glycolysis_74(fn_anaerobic_respiration_16(X)) = fn_glycolysis_74(fn_anaerobic_respiration_16(X))
& fn_glycolysis_74(fn_anaerobic_respiration_16(X)) = fn_work_1(fn_anaerobic_respiration_17(X))
& fn_work_1(fn_anaerobic_respiration_17(X)) = fn_endergonic_process_4(fn_anaerobic_respiration_17(X))
& fn_endergonic_process_4(fn_anaerobic_respiration_17(X)) = fn_endergonic_process_4(fn_anaerobic_respiration_17(X))
& fn_endergonic_process_4(fn_anaerobic_respiration_17(X)) = fn_electron_transport_chain_reaction_8(fn_anaerobic_respiration_15(X))
& fn_electron_transport_chain_reaction_8(fn_anaerobic_respiration_15(X)) = fn_glycolysis_21(fn_anaerobic_respiration_16(X))
& fn_glycolysis_21(fn_anaerobic_respiration_16(X)) = fn_glycolysis_21(fn_anaerobic_respiration_16(X))
& fn_glycolysis_21(fn_anaerobic_respiration_16(X)) = fn_electron_transport_chain_reaction_15(fn_anaerobic_respiration_15(X))
& fn_electron_transport_chain_reaction_15(fn_anaerobic_respiration_15(X)) = fn_electron_transport_chain_reaction_15(fn_anaerobic_respiration_15(X))
& fn_electron_transport_chain_reaction_15(fn_anaerobic_respiration_15(X)) = fn_oxidation_9(fn_anaerobic_respiration_2(X))
& fn_oxidation_9(fn_anaerobic_respiration_2(X)) = fn_oxidation_9(fn_anaerobic_respiration_2(X))
& fn_oxidation_9(fn_anaerobic_respiration_2(X)) = fn_glycolysis_19(fn_anaerobic_respiration_16(X))
& fn_glycolysis_19(fn_anaerobic_respiration_16(X)) = fn_glycolysis_19(fn_anaerobic_respiration_16(X))
& fn_glycolysis_19(fn_anaerobic_respiration_16(X)) = fn_electron_transport_chain_reaction_14(fn_anaerobic_respiration_15(X))
& fn_electron_transport_chain_reaction_14(fn_anaerobic_respiration_15(X)) = fn_electron_transport_chain_reaction_14(fn_anaerobic_respiration_15(X))
& fn_electron_transport_chain_reaction_14(fn_anaerobic_respiration_15(X)) = fn_glycolysis_22(fn_anaerobic_respiration_16(X))
& fn_glycolysis_22(fn_anaerobic_respiration_16(X)) = fn_glycolysis_22(fn_anaerobic_respiration_16(X))
& fn_glycolysis_22(fn_anaerobic_respiration_16(X)) = fn_electron_transport_chain_reaction_16(fn_anaerobic_respiration_15(X))
& fn_electron_transport_chain_reaction_16(fn_anaerobic_respiration_15(X)) = fn_electron_transport_chain_reaction_16(fn_anaerobic_respiration_15(X))
& fn_electron_transport_chain_reaction_16(fn_anaerobic_respiration_15(X)) = fn_glycolysis_17(fn_anaerobic_respiration_16(X))
& fn_glycolysis_17(fn_anaerobic_respiration_16(X)) = fn_electron_transport_chain_reaction_9(fn_anaerobic_respiration_15(X))
& fn_electron_transport_chain_reaction_9(fn_anaerobic_respiration_15(X)) = fn_electron_transport_chain_reaction_9(fn_anaerobic_respiration_15(X)) ) ) ).
fof(a527438,axiom,
! [X] :
( anagenesis_1(X)
=> ( original_name_2(X,'Anagenesis')
& user_description_2(X,'The accumulation of genetic differences within a lineage, that eventually results in a new species and renders the ancestral species extinct. This process is distinct from cladogenesis, where new lineages result from divergence with an ancestral lineage.')
& concept2words_2(X,'phyletic evolution')
& concept2words_2(X,'phyletic-evolution')
& concept2words_2(X,anagenesis)
& speciation_1(X)
& ~ convergent_evolution_1(X)
& ~ endosymbiosis_1(X)
& ~ gene_flow_1(X)
& ~ genetic_drift_1(X)
& ~ heterochrony_1(X)
& ~ homology_1(X)
& ~ mechanical_isolation_1(X)
& ~ mimicry_1(X)
& ~ natural_selection_1(X)
& ~ paedomorphosis_1(X)
& ~ reproductive_isolation_1(X)
& ~ selection_force_1(X) ) ) ).
fof(a527439,axiom,
! [X] :
( analysis_1(X)
=> ( original_name_2(X,'Analysis')
& concept2words_2(X,analyze)
& concept2words_2(X,analysis)
& concept2words_2(X,investigation)
& concept2words_2(X,reasoning)
& concept2words_2(X,'logical thinking')
& concept2words_2(X,logical_thinking)
& concept2words_2(X,'abstract thought')
& concept2words_2(X,abstract_thought)
& action_1(X)
& entity_1(fn_analysis_1(X))
& object_2(X,fn_analysis_1(X)) ) ) ).
fof(a527440,axiom,
! [X] :
( anaphase_1(X)
=> ( original_name_2(X,'Anaphase')
& user_description_2(X,'The spindle fibres shorten and the centromere splits, separated sister chromatids are pulled along behind the centromeres.In the cytoplasm, the mitotic spindle begins to form. it is made of microtubules extending from the two centrosomes')
& concept2words_2(X,'undergo anaphase')
& concept2words_2(X,anaphase)
& mitotic_stage_1(X)
& duration_value_1(fn_anaphase_2(X))
& separation_of_sister_chromatids_1(fn_anaphase_3(X))
& reeling_mechanism_1(fn_anaphase_4(X))
& pacman_mechanism_1(fn_anaphase_5(X))
& cell_1(fn_anaphase_8(X))
& cell_elongation_during_anaphase_1(fn_anaphase_9(X))
& distribution_of_daughter_chromosomes_1(fn_anaphase_10(X))
& tangible_entity_1(fn_anaphase_11(X))
& phospholipid_bilayer_1(fn_anaphase_11(X))
& substance_1(fn_anaphase_12(X))
& cytosol_1(fn_anaphase_12(X))
& move_1(fn_anaphase_13(X))
& cell_elongation_1(fn_anaphase_14(X))
& volume_value_1(fn_anaphase_15(X))
& size_value_1(fn_anaphase_16(X))
& ribosome_1(fn_anaphase_17(X))
& membrane_1(fn_anaphase_18(X))
& spatial_entity_1(fn_anaphase_18(X))
& biomembrane_1(fn_anaphase_18(X))
& plasma_membrane_1(fn_anaphase_18(X))
& mixture_1(fn_anaphase_19(X))
& cytoplasm_1(fn_anaphase_19(X))
& centrosome_1(fn_anaphase_20(X))
& centrosome_1(fn_anaphase_21(X))
& surface_1(fn_anaphase_22(X))
& cell_pole_1(fn_anaphase_23(X))
& cell_pole_1(fn_anaphase_24(X))
& facilitated_diffusion_of_polar_molecule_1(fn_anaphase_25(X))
& cell_1(fn_anaphase_26(X))
& property_node_1(fn_cell_elongation_during_anaphase_43(fn_anaphase_9(X)))
& property_node_1(fn_cell_elongation_during_anaphase_44(fn_anaphase_9(X)))
& mixture_1(fn_cell_elongation_during_anaphase_42(fn_anaphase_9(X)))
& cytoplasm_1(fn_cell_elongation_during_anaphase_42(fn_anaphase_9(X)))
& substance_1(fn_cell_elongation_during_anaphase_35(fn_anaphase_9(X)))
& cytosol_1(fn_cell_elongation_during_anaphase_35(fn_anaphase_9(X)))
& surface_1(fn_cell_elongation_during_anaphase_39(fn_anaphase_9(X)))
& tangible_entity_1(fn_cell_elongation_during_anaphase_36(fn_anaphase_9(X)))
& phospholipid_bilayer_1(fn_cell_elongation_during_anaphase_36(fn_anaphase_9(X)))
& cell_elongation_1(fn_cell_elongation_during_anaphase_18(fn_anaphase_9(X)))
& cell_pole_1(fn_cell_elongation_during_anaphase_6(fn_anaphase_9(X)))
& cell_pole_1(fn_cell_elongation_during_anaphase_31(fn_anaphase_9(X)))
& ribosome_1(fn_cell_elongation_during_anaphase_40(fn_anaphase_9(X)))
& size_value_1(fn_cell_elongation_during_anaphase_38(fn_anaphase_9(X)))
& volume_value_1(fn_cell_elongation_during_anaphase_37(fn_anaphase_9(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_anaphase_25(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_anaphase_25(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_anaphase_25(X)))
& plasma_membrane_1(fn_cell_elongation_during_anaphase_41(fn_anaphase_9(X)))
& move_1(fn_cell_elongation_during_anaphase_13(fn_anaphase_9(X)))
& move_1(fn_cell_elongation_during_anaphase_11(fn_anaphase_9(X)))
& centrosome_1(fn_cell_elongation_during_anaphase_12(fn_anaphase_9(X)))
& centrosome_1(fn_cell_elongation_during_anaphase_1(fn_anaphase_9(X)))
& cell_1(fn_mitotic_event_1(fn_anaphase_10(X)))
& cell_1(fn_cell_elongation_during_anaphase_21(fn_anaphase_9(X)))
& next_event_2(fn_anaphase_3(X),fn_anaphase_10(X))
& subevent_2(X,fn_anaphase_3(X))
& subevent_2(X,fn_anaphase_10(X))
& subevent_2(X,fn_anaphase_9(X))
& duration_2(X,fn_anaphase_2(X))
& first_subevent_2(X,fn_anaphase_3(X))
& result_2(X,fn_anaphase_26(X))
& has_state_2(fn_anaphase_8(X),fn_anaphase_26(X))
& the_scalar_value_2(fn_anaphase_2(X),brief_0)
& scalar_unit_class_2(fn_anaphase_2(X),mitotic_stage_0)
& by_means_of_2(fn_anaphase_10(X),fn_anaphase_5(X))
& by_means_of_2(fn_anaphase_10(X),fn_anaphase_4(X))
& path_2(fn_anaphase_25(X),fn_anaphase_18(X))
& base_2(X,fn_anaphase_8(X))
& base_2(fn_anaphase_10(X),fn_anaphase_26(X))
& is_inside_2(fn_anaphase_19(X),fn_anaphase_18(X))
& has_part_2(fn_anaphase_26(X),fn_anaphase_21(X))
& subevent_2(fn_anaphase_9(X),fn_anaphase_13(X))
& has_region_2(fn_anaphase_26(X),fn_anaphase_22(X))
& has_region_2(fn_anaphase_26(X),fn_anaphase_23(X))
& is_inside_2(fn_anaphase_17(X),fn_anaphase_12(X))
& has_part_2(fn_anaphase_19(X),fn_anaphase_12(X))
& has_part_2(fn_anaphase_26(X),fn_anaphase_19(X))
& has_part_2(fn_anaphase_26(X),fn_anaphase_20(X))
& subevent_2(fn_anaphase_9(X),fn_anaphase_14(X))
& object_2(fn_anaphase_14(X),fn_anaphase_26(X))
& has_part_2(fn_anaphase_26(X),fn_anaphase_18(X))
& has_part_2(fn_anaphase_18(X),fn_anaphase_11(X))
& is_at_2(fn_anaphase_11(X),fn_anaphase_22(X))
& has_region_2(fn_anaphase_26(X),fn_anaphase_24(X))
& is_at_2(fn_anaphase_20(X),fn_anaphase_24(X))
& away_from_2(fn_anaphase_13(X),fn_anaphase_20(X))
& object_2(fn_anaphase_13(X),fn_anaphase_21(X))
& is_at_2(fn_anaphase_21(X),fn_anaphase_23(X))
& base_2(fn_anaphase_9(X),fn_anaphase_26(X))
& volume_2(fn_anaphase_26(X),fn_anaphase_15(X))
& directly_proportional_2(fn_anaphase_16(X),fn_anaphase_15(X))
& size_2(fn_anaphase_26(X),fn_anaphase_16(X))
& has_part_2(fn_anaphase_26(X),fn_anaphase_17(X))
& fn_anaphase_18(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_anaphase_25(X))
& fn_anaphase_8(X) = fn_mitotic_stage_1(X)
& fn_anaphase_26(X) = fn_mitotic_event_1(fn_anaphase_10(X))
& fn_anaphase_21(X) = fn_cell_elongation_during_anaphase_1(fn_anaphase_9(X))
& fn_anaphase_13(X) = fn_cell_elongation_during_anaphase_13(fn_anaphase_9(X))
& fn_anaphase_7(X) = fn_cell_elongation_during_anaphase_43(fn_anaphase_9(X))
& fn_anaphase_6(X) = fn_cell_elongation_during_anaphase_44(fn_anaphase_9(X))
& fn_anaphase_20(X) = fn_cell_elongation_during_anaphase_12(fn_anaphase_9(X))
& fn_anaphase_19(X) = fn_cell_elongation_during_anaphase_42(fn_anaphase_9(X))
& fn_anaphase_12(X) = fn_cell_elongation_during_anaphase_35(fn_anaphase_9(X))
& fn_anaphase_22(X) = fn_cell_elongation_during_anaphase_39(fn_anaphase_9(X))
& fn_anaphase_11(X) = fn_cell_elongation_during_anaphase_36(fn_anaphase_9(X))
& fn_anaphase_18(X) = fn_cell_elongation_during_anaphase_41(fn_anaphase_9(X))
& fn_anaphase_14(X) = fn_cell_elongation_during_anaphase_18(fn_anaphase_9(X))
& fn_anaphase_23(X) = fn_cell_elongation_during_anaphase_6(fn_anaphase_9(X))
& fn_anaphase_21(X) = fn_cell_elongation_during_anaphase_12(fn_anaphase_9(X))
& fn_anaphase_13(X) = fn_cell_elongation_during_anaphase_11(fn_anaphase_9(X))
& fn_anaphase_20(X) = fn_cell_elongation_during_anaphase_1(fn_anaphase_9(X))
& fn_anaphase_24(X) = fn_cell_elongation_during_anaphase_31(fn_anaphase_9(X))
& fn_anaphase_17(X) = fn_cell_elongation_during_anaphase_40(fn_anaphase_9(X))
& fn_anaphase_16(X) = fn_cell_elongation_during_anaphase_38(fn_anaphase_9(X))
& fn_anaphase_15(X) = fn_cell_elongation_during_anaphase_37(fn_anaphase_9(X))
& fn_anaphase_26(X) = fn_cell_elongation_during_anaphase_21(fn_anaphase_9(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_anaphase_25(X)) = fn_cell_elongation_during_anaphase_41(fn_anaphase_9(X))
& fn_cell_elongation_during_anaphase_41(fn_anaphase_9(X)) = fn_cell_elongation_during_anaphase_41(fn_anaphase_9(X))
& fn_cell_elongation_during_anaphase_41(fn_anaphase_9(X)) = fn_cell_elongation_during_anaphase_1(fn_anaphase_9(X))
& fn_cell_elongation_during_anaphase_1(fn_anaphase_9(X)) = fn_cell_elongation_during_anaphase_12(fn_anaphase_9(X))
& fn_cell_elongation_during_anaphase_12(fn_anaphase_9(X)) = fn_cell_elongation_during_anaphase_12(fn_anaphase_9(X))
& fn_cell_elongation_during_anaphase_12(fn_anaphase_9(X)) = fn_cell_elongation_during_anaphase_11(fn_anaphase_9(X))
& fn_cell_elongation_during_anaphase_11(fn_anaphase_9(X)) = fn_cell_elongation_during_anaphase_13(fn_anaphase_9(X))
& fn_cell_elongation_during_anaphase_13(fn_anaphase_9(X)) = fn_cell_elongation_during_anaphase_11(fn_anaphase_9(X))
& fn_cell_elongation_during_anaphase_11(fn_anaphase_9(X)) = fn_cell_elongation_during_anaphase_11(fn_anaphase_9(X))
& fn_cell_elongation_during_anaphase_11(fn_anaphase_9(X)) = fn_cell_elongation_during_anaphase_12(fn_anaphase_9(X))
& fn_cell_elongation_during_anaphase_12(fn_anaphase_9(X)) = fn_cell_elongation_during_anaphase_1(fn_anaphase_9(X))
& fn_cell_elongation_during_anaphase_1(fn_anaphase_9(X)) = fn_cell_elongation_during_anaphase_1(fn_anaphase_9(X))
& fn_cell_elongation_during_anaphase_1(fn_anaphase_9(X)) = fn_mitotic_event_1(fn_anaphase_10(X))
& fn_mitotic_event_1(fn_anaphase_10(X)) = fn_cell_elongation_during_anaphase_21(fn_anaphase_9(X))
& fn_cell_elongation_during_anaphase_21(fn_anaphase_9(X)) = fn_cell_elongation_during_anaphase_21(fn_anaphase_9(X)) ) ) ).
fof(a527441,axiom,
! [X] :
( anaphase_i_1(X)
=> ( original_name_2(X,'Anaphase-I')
& user_description_2(X,'During anaphase I phase of meiosis the mitotic spindle guides the movement of chromosomes toward the poles. The sister-chromatids remain attached at their centromere and move as a single unit while the homologous chromosome moves toward the opposite pole.')
& concept2words_2(X,'undergo anaphase i')
& concept2words_2(X,'undergo anaphase-i')
& concept2words_2(X,'anaphase i')
& concept2words_2(X,'anaphase-i')
& meiotic_event_1(X)
& mitotic_spindle_1(fn_anaphase_i_1(X))
& kinetochore_microtubule_1(fn_anaphase_i_2(X))
& time_interval_1(fn_anaphase_i_3(X))
& time_interval_1(fn_anaphase_i_4(X))
& cell_pole_1(fn_anaphase_i_5(X))
& metaphase_plate_1(fn_anaphase_i_6(X))
& cell_pole_1(fn_anaphase_i_7(X))
& move_1(fn_anaphase_i_8(X))
& move_1(fn_anaphase_i_9(X))
& sister_chromatid_1(fn_anaphase_i_10(X))
& sister_chromatid_1(fn_anaphase_i_11(X))
& move_together_1(fn_anaphase_i_12(X))
& move_apart_1(fn_anaphase_i_13(X))
& homologous_chromosome_1(fn_anaphase_i_14(X))
& homologous_chromosome_1(fn_anaphase_i_15(X))
& move_1(fn_anaphase_i_16(X))
& move_1(fn_anaphase_i_17(X))
& eukaryotic_cell_1(fn_anaphase_i_18(X))
& move_1(fn_anaphase_i_19(X))
& centromere_1(fn_anaphase_i_20(X))
& centromere_1(fn_anaphase_i_21(X))
& spatial_entity_1(fn_move_together_1(fn_anaphase_i_12(X)))
& spatial_entity_1(fn_move_together_3(fn_anaphase_i_12(X)))
& spatial_entity_1(fn_move_apart_3(fn_anaphase_i_13(X)))
& cell_pole_1(fn_cell_1(fn_anaphase_i_18(X)))
& centromere_1(fn_chromatid_1(fn_anaphase_i_10(X)))
& centromere_1(fn_chromatid_1(fn_anaphase_i_11(X)))
& spatial_entity_1(fn_move_1(fn_anaphase_i_9(X)))
& spatial_entity_1(fn_move_apart_2(fn_anaphase_i_13(X)))
& spatial_entity_1(fn_move_1(fn_anaphase_i_17(X)))
& spatial_entity_1(fn_move_1(fn_anaphase_i_8(X)))
& spatial_entity_1(fn_move_1(fn_anaphase_i_16(X)))
& spatial_entity_1(fn_move_apart_1(fn_anaphase_i_13(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_anaphase_i_18(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_anaphase_i_18(X)))
& spatial_entity_1(fn_move_together_2(fn_anaphase_i_12(X)))
& spatial_entity_1(fn_move_1(fn_anaphase_i_19(X)))
& time_before_2(fn_anaphase_i_3(X),fn_anaphase_i_4(X))
& fn_anaphase_i_21(X) != fn_anaphase_i_20(X)
& fn_anaphase_i_20(X) != fn_anaphase_i_21(X)
& destination_2(fn_anaphase_i_19(X),fn_anaphase_i_7(X))
& has_part_2(fn_anaphase_i_18(X),fn_anaphase_i_14(X))
& has_region_2(fn_anaphase_i_18(X),fn_anaphase_i_7(X))
& origin_2(fn_anaphase_i_17(X),fn_anaphase_i_6(X))
& origin_2(fn_anaphase_i_16(X),fn_anaphase_i_6(X))
& has_function_2(fn_anaphase_i_2(X),fn_anaphase_i_13(X))
& agent_2(fn_anaphase_i_13(X),fn_anaphase_i_2(X))
& next_event_2(fn_anaphase_i_13(X),fn_anaphase_i_12(X))
& first_subevent_2(fn_anaphase_i_13(X),fn_anaphase_i_9(X))
& first_subevent_2(fn_anaphase_i_13(X),fn_anaphase_i_8(X))
& subevent_2(fn_anaphase_i_13(X),fn_anaphase_i_9(X))
& subevent_2(fn_anaphase_i_13(X),fn_anaphase_i_8(X))
& first_subevent_2(fn_anaphase_i_12(X),fn_anaphase_i_19(X))
& subevent_2(fn_anaphase_i_12(X),fn_anaphase_i_19(X))
& instrument_2(fn_anaphase_i_12(X),fn_anaphase_i_1(X))
& origin_2(fn_anaphase_i_9(X),fn_anaphase_i_6(X))
& destination_2(fn_anaphase_i_9(X),fn_anaphase_i_5(X))
& destination_2(fn_anaphase_i_8(X),fn_anaphase_i_7(X))
& origin_2(fn_anaphase_i_8(X),fn_anaphase_i_6(X))
& fn_anaphase_i_7(X) != fn_anaphase_i_5(X)
& fn_anaphase_i_5(X) != fn_anaphase_i_7(X)
& time_during_2(X,fn_anaphase_i_4(X))
& first_subevent_2(X,fn_anaphase_i_13(X))
& subevent_2(X,fn_anaphase_i_12(X))
& subevent_2(X,fn_anaphase_i_13(X))
& object_2(fn_anaphase_i_9(X),fn_anaphase_i_14(X))
& object_2(fn_anaphase_i_8(X),fn_anaphase_i_15(X))
& object_2(fn_anaphase_i_16(X),fn_anaphase_i_15(X))
& object_2(fn_anaphase_i_13(X),fn_anaphase_i_14(X))
& object_2(fn_anaphase_i_17(X),fn_anaphase_i_14(X))
& object_2(fn_anaphase_i_13(X),fn_anaphase_i_15(X))
& object_2(fn_anaphase_i_12(X),fn_anaphase_i_11(X))
& object_2(fn_anaphase_i_12(X),fn_anaphase_i_10(X))
& object_2(fn_anaphase_i_19(X),fn_anaphase_i_11(X))
& destination_2(fn_anaphase_i_12(X),fn_anaphase_i_7(X))
& origin_2(fn_anaphase_i_13(X),fn_anaphase_i_6(X))
& has_part_2(fn_anaphase_i_18(X),fn_anaphase_i_15(X))
& has_region_2(fn_anaphase_i_18(X),fn_anaphase_i_5(X))
& has_region_2(fn_anaphase_i_10(X),fn_anaphase_i_20(X))
& has_region_2(fn_anaphase_i_11(X),fn_anaphase_i_21(X))
& fn_anaphase_i_14(X) = fn_move_1(fn_anaphase_i_9(X))
& fn_anaphase_i_15(X) = fn_move_1(fn_anaphase_i_8(X))
& fn_anaphase_i_15(X) = fn_move_1(fn_anaphase_i_16(X))
& fn_anaphase_i_14(X) = fn_move_apart_2(fn_anaphase_i_13(X))
& fn_anaphase_i_14(X) = fn_move_1(fn_anaphase_i_17(X))
& fn_anaphase_i_15(X) = fn_move_apart_1(fn_anaphase_i_13(X))
& fn_anaphase_i_11(X) = fn_move_together_2(fn_anaphase_i_12(X))
& fn_anaphase_i_10(X) = fn_move_together_1(fn_anaphase_i_12(X))
& fn_anaphase_i_11(X) = fn_move_1(fn_anaphase_i_19(X))
& fn_anaphase_i_7(X) = fn_move_together_3(fn_anaphase_i_12(X))
& fn_anaphase_i_6(X) = fn_move_apart_3(fn_anaphase_i_13(X))
& fn_anaphase_i_15(X) = fn_eukaryotic_cell_30(fn_anaphase_i_18(X))
& fn_anaphase_i_5(X) = fn_cell_1(fn_anaphase_i_18(X))
& fn_anaphase_i_20(X) = fn_chromatid_1(fn_anaphase_i_10(X))
& fn_anaphase_i_21(X) = fn_chromatid_1(fn_anaphase_i_11(X))
& fn_move_1(fn_anaphase_i_9(X)) = fn_move_apart_2(fn_anaphase_i_13(X))
& fn_move_apart_2(fn_anaphase_i_13(X)) = fn_move_1(fn_anaphase_i_17(X))
& fn_move_1(fn_anaphase_i_17(X)) = fn_move_1(fn_anaphase_i_8(X))
& fn_move_1(fn_anaphase_i_8(X)) = fn_move_1(fn_anaphase_i_16(X))
& fn_move_1(fn_anaphase_i_16(X)) = fn_move_apart_1(fn_anaphase_i_13(X))
& fn_move_apart_1(fn_anaphase_i_13(X)) = fn_move_apart_1(fn_anaphase_i_13(X))
& fn_move_apart_1(fn_anaphase_i_13(X)) = fn_eukaryotic_cell_30(fn_anaphase_i_18(X))
& fn_eukaryotic_cell_30(fn_anaphase_i_18(X)) = fn_move_together_2(fn_anaphase_i_12(X))
& fn_move_together_2(fn_anaphase_i_12(X)) = fn_move_1(fn_anaphase_i_19(X)) ) ) ).
fof(a527442,axiom,
! [X] :
( anaphase_ii_1(X)
=> ( original_name_2(X,'Anaphase-II')
& user_description_2(X,'During anaphase II, the centromeres of the sister chromatids separate. The sister chromatids of each pair move toward the opposite poles of the cell.')
& concept2words_2(X,'undergo anaphase ii')
& concept2words_2(X,'undergo anaphase-ii')
& concept2words_2(X,'anaphase ii')
& concept2words_2(X,'anaphase-ii')
& meiotic_event_1(X)
& cell_pole_1(fn_anaphase_ii_1(X))
& kinetochore_microtubule_1(fn_anaphase_ii_2(X))
& cell_pole_1(fn_anaphase_ii_3(X))
& eukaryotic_cell_1(fn_anaphase_ii_4(X))
& metaphase_plate_1(fn_anaphase_ii_5(X))
& move_apart_1(fn_anaphase_ii_6(X))
& move_1(fn_anaphase_ii_7(X))
& move_1(fn_anaphase_ii_8(X))
& sister_chromatid_1(fn_anaphase_ii_9(X))
& sister_chromatid_1(fn_anaphase_ii_10(X))
& spatial_entity_1(fn_move_apart_3(fn_anaphase_ii_6(X)))
& cell_pole_1(fn_cell_1(fn_anaphase_ii_4(X)))
& spatial_entity_1(fn_move_1(fn_anaphase_ii_7(X)))
& spatial_entity_1(fn_move_apart_1(fn_anaphase_ii_6(X)))
& spatial_entity_1(fn_move_apart_2(fn_anaphase_ii_6(X)))
& spatial_entity_1(fn_move_1(fn_anaphase_ii_8(X)))
& has_region_2(fn_anaphase_ii_4(X),fn_anaphase_ii_1(X))
& subevent_2(X,fn_anaphase_ii_6(X))
& fn_anaphase_ii_3(X) != fn_anaphase_ii_1(X)
& subevent_2(fn_anaphase_ii_6(X),fn_anaphase_ii_8(X))
& subevent_2(fn_anaphase_ii_6(X),fn_anaphase_ii_7(X))
& agent_2(fn_anaphase_ii_6(X),fn_anaphase_ii_2(X))
& fn_anaphase_ii_1(X) != fn_anaphase_ii_3(X)
& has_function_2(fn_anaphase_ii_2(X),fn_anaphase_ii_6(X))
& destination_2(fn_anaphase_ii_7(X),fn_anaphase_ii_3(X))
& origin_2(fn_anaphase_ii_7(X),fn_anaphase_ii_5(X))
& origin_2(fn_anaphase_ii_8(X),fn_anaphase_ii_5(X))
& destination_2(fn_anaphase_ii_8(X),fn_anaphase_ii_1(X))
& fn_anaphase_ii_9(X) != fn_anaphase_ii_10(X)
& fn_anaphase_ii_10(X) != fn_anaphase_ii_9(X)
& object_2(fn_anaphase_ii_6(X),fn_anaphase_ii_9(X))
& object_2(fn_anaphase_ii_7(X),fn_anaphase_ii_10(X))
& object_2(fn_anaphase_ii_6(X),fn_anaphase_ii_10(X))
& object_2(fn_anaphase_ii_8(X),fn_anaphase_ii_9(X))
& origin_2(fn_anaphase_ii_6(X),fn_anaphase_ii_5(X))
& has_region_2(fn_anaphase_ii_4(X),fn_anaphase_ii_3(X))
& fn_anaphase_ii_9(X) = fn_move_apart_2(fn_anaphase_ii_6(X))
& fn_anaphase_ii_10(X) = fn_move_1(fn_anaphase_ii_7(X))
& fn_anaphase_ii_10(X) = fn_move_apart_1(fn_anaphase_ii_6(X))
& fn_anaphase_ii_9(X) = fn_move_1(fn_anaphase_ii_8(X))
& fn_anaphase_ii_5(X) = fn_move_apart_3(fn_anaphase_ii_6(X))
& fn_anaphase_ii_3(X) = fn_cell_1(fn_anaphase_ii_4(X))
& fn_move_1(fn_anaphase_ii_7(X)) = fn_move_apart_1(fn_anaphase_ii_6(X))
& fn_move_apart_1(fn_anaphase_ii_6(X)) = fn_move_apart_2(fn_anaphase_ii_6(X))
& fn_move_apart_2(fn_anaphase_ii_6(X)) = fn_move_1(fn_anaphase_ii_8(X)) ) ) ).
fof(a527443,axiom,
! [X] :
( anaphase_promoting_complex_1(X)
=> ( original_name_2(X,'Anaphase-Promoting-Complex')
& user_description_2(X,'A group of molecules that triggers the eventual breakup of kinetochores holding sister chromatids together and indicates the onset of anaphase.')
& concept2words_2(X,'anaphase promoting complex')
& concept2words_2(X,'anaphase-promoting complex')
& concept2words_2(X,'anaphase-promoting-complex')
& protein_complex_1(X)
& ~ capsomere_1(X)
& ~ complement_system_1(X)
& ~ light_harvesting_complex_1(X)
& ~ membrane_attack_complex_1(X)
& ~ myofibril_1(X)
& ~ proteasome_1(X)
& ~ protein_core_1(X)
& ~ reaction_center_complex_1(X)
& ~ rosette_cellulose_synthesizing_complex_1(X)
& ~ thick_filament_1(X)
& ~ thin_filament_1(X)
& ~ troponin_complex_1(X)
& protein_1(fn_anaphase_promoting_complex_1(X))
& exactCardinality(X,element_0,"0",cyclin_dependent_kinase_0)
& exactCardinality(X,element_0,"0",cyclin_0)
& element_2(X,fn_anaphase_promoting_complex_1(X))
& fn_anaphase_promoting_complex_1(X) = fn_protein_complex_1(X) ) ) ).
fof(a527444,axiom,
! [X] :
( anaphylactic_shock_1(X)
=> ( original_name_2(X,'Anaphylactic-Shock')
& user_description_2(X,'A life-threatening allergic reaction to injected or ingested allergens.')
& concept2words_2(X,'anaphylactic shock')
& concept2words_2(X,'anaphylactic-shock')
& immune_disorders_1(X)
& ~ autoimmune_disease_1(X) ) ) ).
fof(a527445,axiom,
! [X] :
( anapsid_1(X)
=> ( original_name_2(X,'Anapsid')
& user_description_2(X,'A group of extinct amniote vertebrates whose skulls do not have temporal openings.')
& concept2words_2(X,anapsid)
& early_vertebrate_1(X)
& extinct_vertebrate_1(X)
& ~ acanthodian_1(X)
& ~ ammonite_1(X)
& ~ archaeopteryx_1(X)
& ~ conodont_1(X)
& ~ cooksonia_1(X)
& ~ dinosaur_1(X)
& ~ eurypterid_1(X)
& ~ great_auk_1(X)
& ~ neanderthal_1(X)
& ~ paranthropus_boisei_1(X)
& ~ parareptile_1(X)
& ~ placoderm_1(X)
& ~ pterosaur_1(X)
& ~ trilobite_1(X) ) ) ).
fof(a527446,axiom,
! [X] :
( anatomical_appendage_1(X)
=> ( original_name_2(X,'Anatomical-Appendage')
& user_description_2(X,'An external body part, or natural prolongation, that protrudes from an organism\'s body.')
& concept2words_2(X,appendage)
& concept2words_2(X,'appendage of anatomical')
& concept2words_2(X,'anatomical appendage')
& concept2words_2(X,'anatomical-appendage')
& anatomical_structure_1(X) ) ) ).
fof(a527447,axiom,
! [X] :
( anatomical_region_1(X)
=> ( original_name_2(X,'Anatomical-Region')
& user_description_2(X,'Descriptive term referring to a specific location of an animal\'s body relative to its location to correct anatomical position.')
& concept2words_2(X,'anatomical terms of location')
& concept2words_2(X,'anatomical-terms-of-location')
& concept2words_2(X,'region of anatomical')
& concept2words_2(X,'anatomical region')
& concept2words_2(X,'anatomical-region')
& organismal_region_1(X) ) ) ).
fof(a527448,axiom,
! [X] :
( anatomical_space_1(X)
=> ( original_name_2(X,'Anatomical-Space')
& user_description_2(X,'A space surrounded by anatomical structures.')
& concept2words_2(X,'space of anatomical')
& concept2words_2(X,'anatomical space')
& concept2words_2(X,'anatomical-space')
& space_1(X)
& organismal_region_1(X) ) ) ).
fof(a527449,axiom,
! [X] :
( anatomical_structure_1(X)
=> ( original_name_2(X,'Anatomical-Structure')
& user_description_2(X,'Any structural feature of an organism.')
& concept2words_2(X,'structure of anatomical')
& concept2words_2(X,'anatomical structure')
& concept2words_2(X,'anatomical-structure')
& living_entity_1(X) ) ) ).
fof(a527450,axiom,
! [X] :
( anatomist_1(X)
=> ( original_name_2(X,'Anatomist')
& user_description_2(X,'Person who studies anatomy and the relationships between anatomical parts, typically of the human body.')
& concept2words_2(X,anatomist)
& biologist_1(X) ) ) ).
fof(a527451,axiom,
! [X] :
( anatomy_1(X)
=> ( original_name_2(X,'Anatomy')
& user_description_2(X,'The physical structure of an organism, or the study of this aspect of an organism.')
& concept2words_2(X,anatomize)
& concept2words_2(X,anatomy)
& morphology_1(X) ) ) ).
fof(a527452,axiom,
! [X] :
( ancestral_gene_1(X)
=> ( original_name_2(X,'Ancestral-Gene')
& user_description_2(X,'The common genes that, through evolution, has produced resulting genomes.')
& concept2words_2(X,'ancestral gene')
& concept2words_2(X,'ancestral-gene')
& gene_1(X)
& gene_1(fn_ancestral_gene_1(X))
& evolution_1(fn_ancestral_gene_2(X))
& result_2(fn_ancestral_gene_2(X),fn_ancestral_gene_1(X))
& object_2(fn_ancestral_gene_2(X),X) ) ) ).
fof(a527453,axiom,
! [X] :
( anchor_1(X)
=> ( original_name_2(X,'Anchor')
& user_description_2(X,'Process of holding something stationary in order to provide support.')
& concept2words_2(X,anchor)
& support_1(X) ) ) ).
fof(a527454,axiom,
! [X] :
( anchor_cell_1(X)
=> ( original_name_2(X,'Anchor-Cell')
& user_description_2(X,'In nematode worms, a cell in the gonad that initiates a cascade leading to the formation of structures in the female reproductive system.')
& concept2words_2(X,'cell of anchor')
& concept2words_2(X,'anchor cell')
& concept2words_2(X,'anchor-cell')
& reproductive_cell_1(X)
& animal_cell_1(X) ) ) ).
fof(a527455,axiom,
! [X] :
( anchor_cell_destruction_experiment_1(X)
=> ( original_name_2(X,'Anchor-Cell-Destruction-Experiment')
& user_description_2(X,'An experiment conducted to study destruction of the anchor cell with a laser beam. The vulva fails to form and the precursor cells simply become part of the worm\'s epidermis.')
& concept2words_2(X,'perform an anchor cell destruction experiment')
& concept2words_2(X,'anchor cell destruction experiment')
& concept2words_2(X,'anchor-cell-destruction-experiment')
& experiment_1(X)
& ~ bicoid_protein_hypothesis_experiment_1(X)
& ~ controlled_experiment_1(X)
& ~ meselson_and_stahl_experiment_1(X)
& ~ steward_experiment_on_carrot_1(X)
& ~ study_on_drosophila_by_morgan_1(X)
& ~ tomato_chimera_experiment_1(X)
& ~ undifferentiated_cell_nucleus_transplantation_to_frog_egg_1(X)
& vulva_development_1(fn_anchor_cell_destruction_experiment_1(X))
& laser_light_1(fn_anchor_cell_destruction_experiment_2(X))
& vulval_precursor_cell_1(fn_anchor_cell_destruction_experiment_3(X))
& model_organism_1(fn_anchor_cell_destruction_experiment_4(X))
& destroy_1(fn_anchor_cell_destruction_experiment_5(X))
& create_1(fn_anchor_cell_destruction_experiment_6(X))
& epidermis_1(fn_anchor_cell_destruction_experiment_7(X))
& anchor_cell_1(fn_anchor_cell_destruction_experiment_8(X))
& scientist_1(fn_anchor_cell_destruction_experiment_9(X))
& caenorhabditis_elegans_1(fn_anchor_cell_destruction_experiment_10(X))
& tangible_entity_1(fn_impair_1(fn_anchor_cell_destruction_experiment_5(X)))
& entity_1(fn_create_1(fn_anchor_cell_destruction_experiment_6(X)))
& organism_1(fn_model_organism_6(fn_anchor_cell_destruction_experiment_4(X)))
& study_1(fn_scientist_2(fn_anchor_cell_destruction_experiment_9(X)))
& result_2(X,fn_anchor_cell_destruction_experiment_10(X))
& subevent_2(X,fn_anchor_cell_destruction_experiment_6(X))
& subevent_2(X,fn_anchor_cell_destruction_experiment_5(X))
& exactCardinality(fn_anchor_cell_destruction_experiment_6(X),base_0,"6",vulval_precursor_cell_0)
& base_2(fn_anchor_cell_destruction_experiment_6(X),fn_anchor_cell_destruction_experiment_3(X))
& causes_2(fn_anchor_cell_destruction_experiment_5(X),fn_anchor_cell_destruction_experiment_6(X))
& agent_2(fn_anchor_cell_destruction_experiment_5(X),fn_anchor_cell_destruction_experiment_2(X))
& prevents_2(fn_anchor_cell_destruction_experiment_5(X),fn_anchor_cell_destruction_experiment_1(X))
& object_2(fn_anchor_cell_destruction_experiment_5(X),fn_anchor_cell_destruction_experiment_8(X))
& result_2(fn_anchor_cell_destruction_experiment_6(X),fn_anchor_cell_destruction_experiment_7(X))
& plays_2(fn_anchor_cell_destruction_experiment_10(X),fn_anchor_cell_destruction_experiment_4(X))
& agent_2(X,fn_anchor_cell_destruction_experiment_9(X))
& fn_anchor_cell_destruction_experiment_8(X) = fn_impair_1(fn_anchor_cell_destruction_experiment_5(X))
& fn_anchor_cell_destruction_experiment_7(X) = fn_create_1(fn_anchor_cell_destruction_experiment_6(X))
& fn_anchor_cell_destruction_experiment_10(X) = fn_model_organism_6(fn_anchor_cell_destruction_experiment_4(X))
& X = fn_scientist_2(fn_anchor_cell_destruction_experiment_9(X)) ) ) ).
fof(a527456,axiom,
! [X] :
( anchorage_dependence_1(X)
=> ( original_name_2(X,'Anchorage-Dependence')
& user_description_2(X,'Mechanism of regulation of cell division, in which contact with a substrate (such as a culture vial or tissue) is required in order for a cell to divide. Anchorage dependence prevents free-floating or isolated cells from dividing.')
& concept2words_2(X,'dependence of anchorage')
& concept2words_2(X,'anchorage dependence')
& concept2words_2(X,'anchorage-dependence')
& cellular_process_1(X)
& cell_division_1(fn_anchorage_dependence_1(X))
& attach_1(fn_anchorage_dependence_2(X))
& spatial_entity_1(fn_anchorage_dependence_3(X))
& cell_1(fn_anchorage_dependence_3(X))
& spatial_entity_1(fn_attach_1(fn_anchorage_dependence_2(X)))
& cell_1(fn_cell_division_3(fn_anchorage_dependence_1(X)))
& by_means_of_2(X,fn_anchorage_dependence_2(X))
& base_2(X,fn_anchorage_dependence_3(X))
& base_2(fn_anchorage_dependence_1(X),fn_anchorage_dependence_3(X))
& enables_2(fn_anchorage_dependence_2(X),fn_anchorage_dependence_1(X))
& object_2(fn_anchorage_dependence_2(X),fn_anchorage_dependence_3(X))
& object_2(fn_anchorage_dependence_1(X),fn_anchorage_dependence_3(X))
& fn_anchorage_dependence_3(X) = fn_attach_1(fn_anchorage_dependence_2(X))
& fn_anchorage_dependence_3(X) = fn_cell_division_3(fn_anchorage_dependence_1(X))
& fn_attach_1(fn_anchorage_dependence_2(X)) = fn_cell_division_3(fn_anchorage_dependence_1(X)) ) ) ).
fof(a527457,axiom,
! [X] :
( anchoring_of_organelles_1(X)
=> ( original_name_2(X,'Anchoring-of-organelles')
& user_description_2(X,'Organelles are held in place by intermediate filaments, a component of the cytoskeleton.')
& concept2words_2(X,'organelle anchoring')
& concept2words_2(X,anchor)
& concept2words_2(X,'anchoring of organelle')
& concept2words_2(X,'anchoring-of-organelle')
& anchor_1(X)
& cytoskeleton_1(fn_anchoring_of_organelles_1(X))
& organelle_1(fn_anchoring_of_organelles_2(X))
& support_1(fn_cytoskeleton_5(fn_anchoring_of_organelles_1(X)))
& object_2(X,fn_anchoring_of_organelles_2(X))
& has_function_2(fn_anchoring_of_organelles_1(X),X)
& agent_2(X,fn_anchoring_of_organelles_1(X))
& fn_anchoring_of_organelles_2(X) = fn_support_1(X)
& X = fn_cytoskeleton_5(fn_anchoring_of_organelles_1(X))
& fn_cytoskeleton_5(fn_anchoring_of_organelles_1(X)) = fn_cytoskeleton_5(fn_anchoring_of_organelles_1(X)) ) ) ).
fof(a527458,axiom,
! [X] :
( androgen_1(X)
=> ( original_name_2(X,'Androgen')
& user_description_2(X,'A steroid hormone that binds to androgen receptors and stimulates and regulates the development and maintenance of male sexual characteristics.')
& concept2words_2(X,androgen)
& sex_hormone_1(X)
& ~ estrogen_1(X)
& ~ cytokinin_1(X)
& ~ progestin_1(X) ) ) ).
fof(a527459,axiom,
! [X] :
( aneuploidy_1(X)
=> ( original_name_2(X,'Aneuploidy')
& user_description_2(X,'An abnormal number of chromosomes.')
& concept2words_2(X,aneuploidy)
& chromosomal_disorder_cell_1(X) ) ) ).
fof(a527460,axiom,
! [X] :
( angelman_syndrome_1(X)
=> ( original_name_2(X,'Angelman-Syndrome')
& user_description_2(X,'A human genetic disorder caused by loss of the normal maternal expression of a gene on chromosome 15.')
& concept2words_2(X,'angelman syndrome')
& concept2words_2(X,'angelman-syndrome')
& human_genetic_disorder_1(X)
& ~ achondroplasia_1(X)
& ~ alkaptonuria_1(X)
& ~ cri_du_chat_syndrome_1(X)
& ~ cystic_fibrosis_1(X)
& ~ down_syndrome_1(X)
& ~ huntingtons_disease_1(X)
& ~ klinefelter_syndrome_1(X)
& ~ multifactorial_genetic_disorder_1(X)
& ~ phenylketonuria_1(X)
& ~ polydactyly_1(X)
& ~ prader_willi_syndrome_1(X)
& ~ sex_linked_human_genetic_disorder_1(X)
& ~ sickle_cell_anemia_1(X)
& ~ tay_sachs_disease_1(X)
& ~ triple_x_1(X)
& ~ turner_syndrome_1(X) ) ) ).
fof(a527461,axiom,
! [X] :
( angiopserm_plant_development_1(X)
=> ( original_name_2(X,'Angiopserm-Plant-Development')
& user_description_2(X,'Angiosperm plant development includes the formation of a complete embryo from a zygote ; seed germination; the elaboration of a mature vegetative plant from the embryo; the formation of flowers, fruits, and seeds.')
& concept2words_2(X,develop)
& concept2words_2(X,'angiopserm plant development')
& concept2words_2(X,'angiopserm-plant-development')
& plant_development_1(X)
& flower_development_1(fn_angiopserm_plant_development_1(X))
& subevent_2(X,fn_angiopserm_plant_development_1(X)) ) ) ).
fof(a527462,axiom,
! [X] :
( angiosperm_1(X)
=> ( original_name_2(X,'Angiosperm')
& user_description_2(X,'The taxonomic grouping of flowering plants, which produce seeds inside a fleshy ovary, called a fruit.')
& concept2words_2(X,'flowering plant')
& concept2words_2(X,'flowering-plant')
& concept2words_2(X,anthophyta)
& concept2words_2(X,angiosperm)
& seed_plant_1(X)
& ~ gymnosperm_1(X)
& flower_1(fn_angiosperm_1(X))
& fruit_1(fn_angiosperm_2(X))
& vessel_1(fn_angiosperm_3(X))
& eukaryotic_cell_1(fn_angiosperm_4(X))
& tracheid_1(fn_angiosperm_4(X))
& tissue_1(fn_angiosperm_5(X))
& xylem_1(fn_angiosperm_5(X))
& plant_vein_1(fn_angiosperm_6(X))
& root_1(fn_angiosperm_7(X))
& move_through_1(fn_angiosperm_8(X))
& cell_1(fn_angiosperm_9(X))
& plant_cell_1(fn_angiosperm_9(X))
& vessel_element_1(fn_angiosperm_9(X))
& vessel_element_1(fn_angiosperm_10(X))
& cell_1(fn_angiosperm_11(X))
& plant_cell_1(fn_angiosperm_11(X))
& vessel_element_1(fn_angiosperm_11(X))
& xylem_1(fn_plant_vein_1(fn_angiosperm_6(X)))
& plant_vein_1(fn_root_5(fn_angiosperm_7(X)))
& move_through_1(fn_vessel_9(fn_angiosperm_3(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_angiosperm_5(X)))
& tracheid_1(fn_xylem_15(fn_angiosperm_5(X)))
& vessel_element_1(fn_vessel_7(fn_angiosperm_3(X)))
& cell_1(fn_vessel_15(fn_angiosperm_3(X)))
& plant_cell_1(fn_vessel_15(fn_angiosperm_3(X)))
& vessel_element_1(fn_vessel_15(fn_angiosperm_3(X)))
& vessel_element_1(fn_vessel_8(fn_angiosperm_3(X)))
& has_part_2(X,fn_angiosperm_2(X))
& has_part_2(X,fn_angiosperm_1(X))
& has_part_2(fn_angiosperm_5(X),fn_angiosperm_3(X))
& is_above_2(fn_angiosperm_11(X),fn_angiosperm_9(X))
& has_part_2(fn_angiosperm_6(X),fn_angiosperm_5(X))
& has_part_2(X,fn_angiosperm_7(X))
& has_part_2(fn_angiosperm_5(X),fn_angiosperm_4(X))
& has_part_2(fn_angiosperm_7(X),fn_angiosperm_6(X))
& origin_2(fn_angiosperm_8(X),fn_angiosperm_11(X))
& element_2(fn_angiosperm_3(X),fn_angiosperm_9(X))
& abuts_2(fn_angiosperm_10(X),fn_angiosperm_9(X))
& element_2(fn_angiosperm_3(X),fn_angiosperm_10(X))
& base_2(fn_angiosperm_8(X),fn_angiosperm_3(X))
& destination_2(fn_angiosperm_8(X),fn_angiosperm_9(X))
& is_above_2(fn_angiosperm_9(X),fn_angiosperm_10(X))
& abuts_2(fn_angiosperm_9(X),fn_angiosperm_10(X))
& element_2(fn_angiosperm_3(X),fn_angiosperm_11(X))
& fn_angiosperm_11(X) != fn_angiosperm_10(X)
& fn_angiosperm_10(X) != fn_angiosperm_9(X)
& fn_angiosperm_9(X) != fn_angiosperm_11(X)
& fn_angiosperm_11(X) != fn_angiosperm_9(X)
& fn_angiosperm_10(X) != fn_angiosperm_11(X)
& fn_angiosperm_9(X) != fn_angiosperm_10(X)
& fn_angiosperm_5(X) = fn_plant_vein_1(fn_angiosperm_6(X))
& fn_angiosperm_7(X) = fn_seed_plant_15(X)
& fn_angiosperm_4(X) = fn_tissue_1(fn_angiosperm_5(X))
& fn_angiosperm_4(X) = fn_xylem_15(fn_angiosperm_5(X))
& fn_angiosperm_6(X) = fn_root_5(fn_angiosperm_7(X))
& fn_angiosperm_10(X) = fn_vessel_8(fn_angiosperm_3(X))
& fn_angiosperm_9(X) = fn_vessel_7(fn_angiosperm_3(X))
& fn_angiosperm_8(X) = fn_vessel_9(fn_angiosperm_3(X))
& fn_angiosperm_9(X) = fn_vessel_15(fn_angiosperm_3(X))
& fn_angiosperm_10(X) = fn_vessel_7(fn_angiosperm_3(X))
& fn_angiosperm_9(X) = fn_vessel_8(fn_angiosperm_3(X))
& fn_angiosperm_11(X) = fn_vessel_15(fn_angiosperm_3(X))
& fn_tissue_1(fn_angiosperm_5(X)) = fn_xylem_15(fn_angiosperm_5(X))
& fn_xylem_15(fn_angiosperm_5(X)) = fn_vessel_8(fn_angiosperm_3(X))
& fn_vessel_8(fn_angiosperm_3(X)) = fn_vessel_7(fn_angiosperm_3(X))
& fn_vessel_7(fn_angiosperm_3(X)) = fn_vessel_7(fn_angiosperm_3(X))
& fn_vessel_7(fn_angiosperm_3(X)) = fn_vessel_15(fn_angiosperm_3(X))
& fn_vessel_8(fn_angiosperm_3(X)) = fn_vessel_15(fn_angiosperm_3(X))
& fn_vessel_15(fn_angiosperm_3(X)) = fn_vessel_8(fn_angiosperm_3(X))
& fn_vessel_8(fn_angiosperm_3(X)) = fn_vessel_8(fn_angiosperm_3(X)) ) ) ).
fof(a527463,axiom,
! [X] :
( angle_constant_1(X)
=> ( original_name_2(X,'Angle-Constant')
& concept2words_2(X,'constant of angle')
& concept2words_2(X,'angle constant')
& concept2words_2(X,'angle-constant')
& constant_1(X) ) ) ).
fof(a527464,axiom,
! [X] :
( angle_value_1(X)
=> ( original_name_2(X,'Angle-Value')
& description_2(X,'the angle of a Spatial-Entity')
& concept2words_2(X,way)
& concept2words_2(X,orientation)
& concept2words_2(X,meridian)
& concept2words_2(X,'line of longitude')
& concept2words_2(X,longitude)
& concept2words_2(X,latitude)
& concept2words_2(X,direction)
& concept2words_2(X,angle)
& concept2words_2(X,'value of angle')
& concept2words_2(X,'angle value')
& concept2words_2(X,'angle-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a527465,axiom,
! [X] :
( anhydrobiosis_1(X)
=> ( original_name_2(X,'Anhydrobiosis')
& user_description_2(X,'A form of cryptobiosis in which an organism loses almost all of its water and goes into a dormant state.')
& concept2words_2(X,anhydrobiosis)
& condition_1(X) ) ) ).
fof(a527466,axiom,
! [X] :
( animacy_constant_1(X)
=> ( original_name_2(X,'Animacy-Constant')
& concept2words_2(X,'animacy constant')
& concept2words_2(X,'animacy-constant')
& constant_1(X) ) ) ).
fof(a527467,axiom,
! [X] :
( animacy_value_1(X)
=> ( original_name_2(X,'Animacy-Value')
& description_2(X,'the animacy of an Entity')
& concept2words_2(X,animateness)
& concept2words_2(X,aliveness)
& concept2words_2(X,liveness)
& concept2words_2(X,animacy)
& concept2words_2(X,'animacy value')
& concept2words_2(X,'animacy-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a527468,axiom,
! [X] :
( animal_1(X)
=> ( original_name_2(X,'Animal')
& description_2(X,'a living entity capable of locomotion')
& user_description_2(X,'Animal is a kingdom of organisms like Plant, fungi and bacteria')
& concept2words_2(X,animal)
& concept2words_2(X,'animate being')
& concept2words_2(X,animate_being)
& concept2words_2(X,beast)
& concept2words_2(X,brute)
& concept2words_2(X,creature)
& concept2words_2(X,fauna)
& concept2words_2(X,tiger)
& eukaryote_1(X)
& multicellular_organism_1(X)
& ~ plant_1(X)
& ~ fungus_1(X)
& ~ protist_1(X)
& ~ gametophyte_1(X)
& ~ sporophyte_1(X)
& organic_entity_1(fn_animal_1(X))
& digestive_tract_1(fn_animal_2(X))
& nervous_system_1(fn_animal_3(X))
& circulatory_system_1(fn_animal_4(X))
& digestive_system_1(fn_animal_5(X))
& atom_1(fn_animal_6(X))
& carbon_1(fn_animal_6(X))
& protein_1(fn_animal_7(X))
& carbohydrate_1(fn_animal_8(X))
& take_in_1(fn_animal_9(X))
& diet_1(fn_animal_10(X))
& animal_nutritional_requirement_1(fn_animal_11(X))
& entity_1(fn_animal_12(X))
& chemical_entity_1(fn_animal_12(X))
& atom_1(fn_animal_12(X))
& carbon_1(fn_animal_12(X))
& chemical_entity_1(fn_animal_13(X))
& tangible_entity_1(fn_animal_13(X))
& entity_1(fn_animal_13(X))
& atom_1(fn_animal_13(X))
& nitrogen_1(fn_animal_13(X))
& spatial_entity_1(fn_animal_14(X))
& monomer_1(fn_animal_14(X))
& chemical_entity_1(fn_animal_14(X))
& molecule_1(fn_animal_14(X))
& amino_acid_1(fn_animal_14(X))
& polypeptide_1(fn_animal_15(X))
& entity_1(fn_animal_16(X))
& chemical_entity_1(fn_animal_16(X))
& atom_1(fn_animal_16(X))
& oxygen_1(fn_animal_16(X))
& entity_1(fn_animal_17(X))
& atom_1(fn_animal_17(X))
& chemical_entity_1(fn_animal_17(X))
& oxygen_1(fn_animal_17(X))
& heterotroph_1(fn_animal_18(X))
& nutrition_1(fn_animal_19(X))
& water_1(fn_animal_20(X))
& animal_cell_1(fn_animal_21(X))
& locomotion_1(fn_animal_22(X))
& glycogen_1(fn_animal_23(X))
& store_1(fn_animal_24(X))
& specific_heat_value_1(fn_animal_25(X))
& temperature_value_1(fn_animal_26(X))
& entity_1(fn_store_1(fn_animal_24(X)))
& spatial_entity_1(fn_move_1(fn_animal_9(X)))
& polypeptide_1(fn_protein_8(fn_animal_7(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_62(fn_animal_11(X)))
& tangible_entity_1(fn_animal_nutritional_requirement_62(fn_animal_11(X)))
& entity_1(fn_animal_nutritional_requirement_62(fn_animal_11(X)))
& atom_1(fn_animal_nutritional_requirement_62(fn_animal_11(X)))
& nitrogen_1(fn_animal_nutritional_requirement_62(fn_animal_11(X)))
& atom_1(fn_heterotroph_5(fn_animal_18(X)))
& carbon_1(fn_heterotroph_5(fn_animal_18(X)))
& nutrition_1(fn_heterotroph_3(fn_animal_18(X)))
& entity_1(fn_carbohydrate_38(fn_animal_8(X)))
& atom_1(fn_carbohydrate_38(fn_animal_8(X)))
& chemical_entity_1(fn_carbohydrate_38(fn_animal_8(X)))
& oxygen_1(fn_carbohydrate_38(fn_animal_8(X)))
& spatial_entity_1(fn_protein_14(fn_animal_7(X)))
& chemical_entity_1(fn_protein_14(fn_animal_7(X)))
& monomer_1(fn_protein_14(fn_animal_7(X)))
& molecule_1(fn_protein_14(fn_animal_7(X)))
& amino_acid_1(fn_protein_14(fn_animal_7(X)))
& spatial_entity_1(fn_animal_nutritional_requirement_38(fn_animal_11(X)))
& monomer_1(fn_animal_nutritional_requirement_38(fn_animal_11(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_38(fn_animal_11(X)))
& molecule_1(fn_animal_nutritional_requirement_38(fn_animal_11(X)))
& amino_acid_1(fn_animal_nutritional_requirement_38(fn_animal_11(X)))
& spatial_entity_1(fn_store_2(fn_animal_24(X)))
& tangible_entity_1(fn_take_in_1(fn_animal_9(X)))
& spatial_entity_1(fn_locomotion_1(fn_animal_22(X)))
& organism_1(fn_heterotroph_2(fn_animal_18(X)))
& entity_1(fn_animal_nutritional_requirement_61(fn_animal_11(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_61(fn_animal_11(X)))
& atom_1(fn_animal_nutritional_requirement_61(fn_animal_11(X)))
& carbon_1(fn_animal_nutritional_requirement_61(fn_animal_11(X)))
& carbon_1(fn_carbohydrate_5(fn_animal_8(X)))
& entity_1(fn_animal_nutritional_requirement_52(fn_animal_11(X)))
& atom_1(fn_animal_nutritional_requirement_52(fn_animal_11(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_52(fn_animal_11(X)))
& oxygen_1(fn_animal_nutritional_requirement_52(fn_animal_11(X)))
& entity_1(fn_carbohydrate_39(fn_animal_8(X)))
& chemical_entity_1(fn_carbohydrate_39(fn_animal_8(X)))
& atom_1(fn_carbohydrate_39(fn_animal_8(X)))
& oxygen_1(fn_carbohydrate_39(fn_animal_8(X)))
& has_region_2(X,fn_animal_5(X))
& has_region_2(X,fn_animal_4(X))
& has_region_2(X,fn_animal_3(X))
& element_2(fn_animal_10(X),fn_animal_6(X))
& element_2(fn_animal_10(X),fn_animal_1(X))
& raw_material_2(fn_animal_19(X),fn_animal_1(X))
& result_2(fn_animal_19(X),fn_animal_7(X))
& result_2(fn_animal_19(X),fn_animal_8(X))
& has_region_2(fn_animal_5(X),fn_animal_2(X))
& object_2(fn_animal_24(X),fn_animal_23(X))
& has_part_2(X,fn_animal_21(X))
& object_2(fn_animal_9(X),fn_animal_10(X))
& base_2(fn_animal_24(X),X)
& base_2(fn_animal_9(X),X)
& agent_2(fn_animal_9(X),X)
& object_2(fn_animal_22(X),X)
& agent_2(fn_animal_22(X),X)
& has_part_2(fn_animal_7(X),fn_animal_15(X))
& has_part_2(fn_animal_15(X),fn_animal_14(X))
& element_2(fn_animal_11(X),fn_animal_13(X))
& has_part_2(fn_animal_14(X),fn_animal_13(X))
& element_2(fn_animal_11(X),fn_animal_12(X))
& fn_animal_16(X) != fn_animal_12(X)
& fn_animal_12(X) != fn_animal_16(X)
& raw_material_2(fn_animal_19(X),fn_animal_6(X))
& in_event_2(fn_animal_18(X),fn_animal_19(X))
& agent_2(fn_animal_19(X),X)
& plays_2(X,fn_animal_18(X))
& temperature_2(X,fn_animal_26(X))
& correspondence_2(fn_animal_26(X),fn_animal_25(X))
& specific_heat_2(fn_animal_20(X),fn_animal_25(X))
& has_part_2(X,fn_animal_20(X))
& fn_animal_17(X) != fn_animal_16(X)
& fn_animal_16(X) != fn_animal_17(X)
& fn_animal_17(X) != fn_animal_12(X)
& fn_animal_12(X) != fn_animal_17(X)
& has_part_2(fn_animal_8(X),fn_animal_17(X))
& has_part_2(fn_animal_8(X),fn_animal_12(X))
& has_part_2(fn_animal_8(X),fn_animal_16(X))
& fn_animal_23(X) = fn_store_1(fn_animal_24(X))
& fn_animal_21(X) = fn_multicellular_organism_1(X)
& fn_animal_10(X) = fn_move_1(fn_animal_9(X))
& X = fn_store_2(fn_animal_24(X))
& X = fn_take_in_1(fn_animal_9(X))
& X = fn_locomotion_1(fn_animal_22(X))
& fn_animal_14(X) = fn_protein_14(fn_animal_7(X))
& fn_animal_15(X) = fn_protein_8(fn_animal_7(X))
& fn_animal_14(X) = fn_animal_nutritional_requirement_38(fn_animal_11(X))
& fn_animal_13(X) = fn_animal_nutritional_requirement_62(fn_animal_11(X))
& fn_animal_16(X) = fn_animal_nutritional_requirement_52(fn_animal_11(X))
& fn_animal_12(X) = fn_animal_nutritional_requirement_61(fn_animal_11(X))
& fn_animal_6(X) = fn_heterotroph_5(fn_animal_18(X))
& X = fn_heterotroph_2(fn_animal_18(X))
& fn_animal_19(X) = fn_heterotroph_3(fn_animal_18(X))
& fn_animal_28(X) = fn_organism_1(X)
& fn_animal_27(X) = fn_organism_6(X)
& fn_animal_20(X) = fn_organism_4(X)
& fn_animal_25(X) = fn_organism_5(X)
& fn_animal_26(X) = fn_organism_2(X)
& fn_animal_17(X) = fn_carbohydrate_38(fn_animal_8(X))
& fn_animal_12(X) = fn_carbohydrate_5(fn_animal_8(X))
& fn_animal_16(X) = fn_carbohydrate_39(fn_animal_8(X))
& fn_protein_14(fn_animal_7(X)) = fn_animal_nutritional_requirement_38(fn_animal_11(X))
& fn_animal_nutritional_requirement_38(fn_animal_11(X)) = fn_store_2(fn_animal_24(X))
& fn_store_2(fn_animal_24(X)) = fn_take_in_1(fn_animal_9(X))
& fn_take_in_1(fn_animal_9(X)) = fn_take_in_1(fn_animal_9(X))
& fn_take_in_1(fn_animal_9(X)) = fn_locomotion_1(fn_animal_22(X))
& fn_locomotion_1(fn_animal_22(X)) = fn_locomotion_1(fn_animal_22(X))
& fn_locomotion_1(fn_animal_22(X)) = fn_heterotroph_2(fn_animal_18(X))
& fn_heterotroph_2(fn_animal_18(X)) = fn_heterotroph_2(fn_animal_18(X))
& fn_heterotroph_2(fn_animal_18(X)) = fn_animal_nutritional_requirement_61(fn_animal_11(X))
& fn_animal_nutritional_requirement_61(fn_animal_11(X)) = fn_animal_nutritional_requirement_61(fn_animal_11(X))
& fn_animal_nutritional_requirement_61(fn_animal_11(X)) = fn_carbohydrate_5(fn_animal_8(X))
& fn_carbohydrate_5(fn_animal_8(X)) = fn_carbohydrate_5(fn_animal_8(X))
& fn_carbohydrate_5(fn_animal_8(X)) = fn_animal_nutritional_requirement_52(fn_animal_11(X))
& fn_animal_nutritional_requirement_52(fn_animal_11(X)) = fn_animal_nutritional_requirement_52(fn_animal_11(X))
& fn_animal_nutritional_requirement_52(fn_animal_11(X)) = fn_carbohydrate_39(fn_animal_8(X))
& fn_carbohydrate_39(fn_animal_8(X)) = fn_carbohydrate_39(fn_animal_8(X)) ) ) ).
fof(a527469,axiom,
! [X] :
( animal_appendage_1(X)
=> ( original_name_2(X,'Animal-Appendage')
& user_description_2(X,'An external body part, or natural prolongation, that protrudes from an animal\'s body.')
& concept2words_2(X,'appendage of animal')
& concept2words_2(X,'animal appendage')
& concept2words_2(X,'animal-appendage')
& anatomical_appendage_1(X) ) ) ).
fof(a527470,axiom,
! [X] :
( animal_cell_1(X)
=> ( original_name_2(X,'Animal-Cell')
& user_description_2(X,'A type of eukaryotic cell specific to animals.')
& concept2words_2(X,'cell of animal')
& concept2words_2(X,'animal cell')
& concept2words_2(X,'animal-cell')
& cell_without_cell_wall_1(X)
& eukaryotic_cell_1(X)
& ~ fungal_cell_1(X)
& cell_pole_1(fn_animal_cell_1(X))
& chemical_energy_1(fn_animal_cell_4(X))
& glucose_1(fn_animal_cell_5(X))
& quantity_value_1(fn_animal_cell_6(X))
& quantity_value_1(fn_animal_cell_7(X))
& chemical_energy_1(fn_animal_cell_8(X))
& decomposition_reaction_1(fn_animal_cell_9(X))
& collagen_1(fn_animal_cell_10(X))
& intensity_value_1(fn_animal_cell_11(X))
& cell_pole_1(fn_animal_cell_13(X))
& electron_transport_chain_pathway_1(fn_animal_cell_18(X))
& eukaryotic_oxidative_phosphorylation_1(fn_animal_cell_19(X))
& metabolic_pathway_1(fn_animal_cell_20(X))
& endergonic_process_1(fn_animal_cell_20(X))
& chemical_reaction_1(fn_animal_cell_20(X))
& synthesis_of_organic_molecule_1(fn_animal_cell_20(X))
& anabolic_pathway_1(fn_animal_cell_20(X))
& synthesis_of_atp_1(fn_animal_cell_20(X))
& catabolic_pathway_1(fn_animal_cell_21(X))
& move_1(fn_animal_cell_22(X))
& entity_1(fn_animal_cell_23(X))
& mitochondrial_membrane_1(fn_animal_cell_23(X))
& biomembrane_1(fn_animal_cell_23(X))
& chemical_entity_1(fn_animal_cell_24(X))
& protein_1(fn_animal_cell_24(X))
& protein_enzyme_1(fn_animal_cell_24(X))
& mrna_1(fn_animal_cell_25(X))
& ribosome_1(fn_animal_cell_26(X))
& chemical_entity_1(fn_animal_cell_27(X))
& protein_1(fn_animal_cell_27(X))
& protein_enzyme_1(fn_animal_cell_27(X))
& aqueous_solution_1(fn_animal_cell_28(X))
& energy_transformation_by_organism_1(fn_animal_cell_29(X))
& chemiosmosis_1(fn_animal_cell_30(X))
& mitochondrial_matrix_1(fn_animal_cell_31(X))
& quantity_value_1(fn_animal_cell_32(X))
& rate_value_1(fn_animal_cell_33(X))
& anabolic_pathway_1(fn_animal_cell_34(X))
& synthesis_of_protein_1(fn_animal_cell_34(X))
& translation_1(fn_animal_cell_35(X))
& organic_molecule_1(fn_animal_cell_36(X))
& structural_complexity_value_1(fn_animal_cell_37(X))
& structural_complexity_value_1(fn_animal_cell_38(X))
& oxygen_molecule_1(fn_animal_cell_39(X))
& protein_enzyme_1(fn_animal_cell_40(X))
& active_site_1(fn_animal_cell_41(X))
& reactant_1(fn_animal_cell_42(X))
& catalyst_1(fn_animal_cell_43(X))
& decrease_1(fn_animal_cell_44(X))
& peroxisome_1(fn_animal_cell_45(X))
& chemical_reaction_1(fn_animal_cell_46(X))
& decomposition_reaction_1(fn_animal_cell_46(X))
& spatial_entity_1(fn_animal_cell_47(X))
& organic_molecule_1(fn_animal_cell_47(X))
& chemical_entity_1(fn_animal_cell_47(X))
& fatty_acid_1(fn_animal_cell_48(X))
& ribosome_1(fn_animal_cell_51(X))
& eukaryotic_ribosome_1(fn_animal_cell_51(X))
& eukaryotic_chromosome_1(fn_animal_cell_52(X))
& chromosome_1(fn_animal_cell_52(X))
& endoplasmic_reticulum_1(fn_animal_cell_53(X))
& rough_endoplasmic_reticulum_1(fn_animal_cell_53(X))
& smooth_endoplasmic_reticulum_1(fn_animal_cell_54(X))
& surface_1(fn_animal_cell_55(X))
& volume_value_1(fn_animal_cell_56(X))
& size_value_1(fn_animal_cell_57(X))
& tangible_entity_1(fn_animal_cell_58(X))
& phospholipid_bilayer_1(fn_animal_cell_58(X))
& semiautonomous_organelle_1(fn_animal_cell_59(X))
& organelle_1(fn_animal_cell_59(X))
& mitochondrion_1(fn_animal_cell_59(X))
& spatial_entity_1(fn_animal_cell_60(X))
& polymer_1(fn_animal_cell_60(X))
& organic_molecule_1(fn_animal_cell_60(X))
& tangible_entity_1(fn_animal_cell_60(X))
& membrane_protein_1(fn_animal_cell_60(X))
& protein_1(fn_animal_cell_60(X))
& support_1(fn_animal_cell_61(X))
& substance_1(fn_animal_cell_62(X))
& cytosol_1(fn_animal_cell_62(X))
& microtubule_1(fn_animal_cell_63(X))
& create_1(fn_animal_cell_64(X))
& produce_1(fn_animal_cell_64(X))
& protein_1(fn_animal_cell_65(X))
& centriole_1(fn_animal_cell_66(X))
& center_1(fn_animal_cell_67(X))
& trimer_1(fn_animal_cell_68(X))
& microtubule_1(fn_animal_cell_69(X))
& attach_1(fn_animal_cell_70(X))
& protein_enzyme_1(fn_animal_cell_71(X))
& protein_enzyme_1(fn_animal_cell_72(X))
& tangible_entity_1(fn_animal_cell_73(X))
& spatial_entity_1(fn_animal_cell_73(X))
& biomembrane_1(fn_animal_cell_73(X))
& animal_plasma_membrane_1(fn_animal_cell_73(X))
& plasma_membrane_1(fn_animal_cell_73(X))
& centrosome_1(fn_animal_cell_74(X))
& protein_1(fn_animal_cell_75(X))
& organic_molecule_1(fn_animal_cell_75(X))
& polymer_1(fn_animal_cell_75(X))
& spatial_entity_1(fn_animal_cell_75(X))
& membrane_protein_1(fn_animal_cell_75(X))
& tangible_entity_1(fn_animal_cell_75(X))
& transmembrane_protein_1(fn_animal_cell_75(X))
& integral_protein_1(fn_animal_cell_75(X))
& transport_protein_1(fn_animal_cell_75(X))
& sodium_potassium_pump_1(fn_animal_cell_75(X))
& support_1(fn_animal_cell_76(X))
& extra_cellular_matrix_1(fn_animal_cell_77(X))
& tangible_entity_1(fn_animal_cell_78(X))
& nucleus_1(fn_animal_cell_78(X))
& mixture_1(fn_animal_cell_79(X))
& cytoplasm_1(fn_animal_cell_79(X))
& transmembrane_protein_1(fn_animal_cell_80(X))
& tangible_entity_1(fn_animal_cell_80(X))
& membrane_protein_1(fn_animal_cell_80(X))
& protein_1(fn_animal_cell_80(X))
& spatial_entity_1(fn_animal_cell_80(X))
& polymer_1(fn_animal_cell_80(X))
& integrin_1(fn_animal_cell_80(X))
& eukaryotic_cellular_respiration_1(fn_animal_cell_81(X))
& golgi_apparatus_1(fn_animal_cell_82(X))
& attach_1(fn_animal_cell_83(X))
& outside_face_1(fn_animal_cell_84(X))
& extracellular_side_1(fn_animal_cell_84(X))
& surface_1(fn_animal_cell_84(X))
& hydrophobic_core_1(fn_animal_cell_85(X))
& quantity_value_1(fn_animal_cell_86(X))
& quantity_value_1(fn_animal_cell_87(X))
& entity_1(fn_animal_cell_88(X))
& dna_1(fn_animal_cell_88(X))
& dna_1(fn_animal_cell_89(X))
& mitochondrial_dna_1(fn_animal_cell_89(X))
& cellular_work_1(fn_animal_cell_90(X))
& active_transport_1(fn_animal_cell_90(X))
& active_movement_of_ions_1(fn_animal_cell_90(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_animal_cell_90(X))
& entity_1(fn_create_1(fn_animal_cell_64(X)))
& property_node_1(fn_catabolic_pathway_1(fn_animal_cell_21(X)))
& property_node_1(fn_catabolic_pathway_5(fn_animal_cell_21(X)))
& structural_complexity_value_1(fn_catabolic_pathway_4(fn_animal_cell_21(X)))
& structural_complexity_value_1(fn_catabolic_pathway_2(fn_animal_cell_21(X)))
& organic_molecule_1(fn_catabolic_pathway_9(fn_animal_cell_21(X)))
& extra_cellular_matrix_1(fn_integrin_2(fn_animal_cell_80(X)))
& property_node_1(fn_golgi_apparatus_11(fn_animal_cell_82(X)))
& property_node_1(fn_golgi_apparatus_10(fn_animal_cell_82(X)))
& volume_value_1(fn_golgi_apparatus_86(fn_animal_cell_82(X)))
& size_value_1(fn_golgi_apparatus_87(fn_animal_cell_82(X)))
& smooth_endoplasmic_reticulum_1(fn_golgi_apparatus_93(fn_animal_cell_82(X)))
& endoplasmic_reticulum_1(fn_golgi_apparatus_65(fn_animal_cell_82(X)))
& rough_endoplasmic_reticulum_1(fn_golgi_apparatus_65(fn_animal_cell_82(X)))
& produce_1(fn_centrosome_5(fn_animal_cell_74(X)))
& chemiosmosis_1(fn_mitochondrion_54(fn_animal_cell_59(X)))
& electron_transport_chain_pathway_1(fn_mitochondrion_159(fn_animal_cell_59(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_mitochondrion_55(fn_animal_cell_59(X)))
& chemical_entity_1(fn_decomposition_reaction_5(fn_animal_cell_46(X)))
& chemical_entity_1(fn_reactant_3(fn_animal_cell_42(X)))
& center_1(fn_centrosome_2(fn_animal_cell_74(X)))
& reactant_1(fn_peroxisome_15(fn_animal_cell_45(X)))
& catalyst_1(fn_peroxisome_14(fn_animal_cell_45(X)))
& protein_enzyme_1(fn_peroxisome_43(fn_animal_cell_45(X)))
& active_site_1(fn_peroxisome_12(fn_animal_cell_45(X)))
& decrease_1(fn_peroxisome_13(fn_animal_cell_45(X)))
& mrna_1(fn_mitochondrion_61(fn_animal_cell_59(X)))
& energy_transformation_by_organism_1(fn_mitochondrion_58(fn_animal_cell_59(X)))
& chemical_entity_1(fn_mitochondrion_64(fn_animal_cell_59(X)))
& protein_1(fn_mitochondrion_64(fn_animal_cell_59(X)))
& protein_enzyme_1(fn_mitochondrion_64(fn_animal_cell_59(X)))
& entity_1(fn_mitochondrion_63(fn_animal_cell_59(X)))
& mitochondrial_membrane_1(fn_mitochondrion_63(fn_animal_cell_59(X)))
& biomembrane_1(fn_mitochondrion_63(fn_animal_cell_59(X)))
& aqueous_solution_1(fn_mitochondrion_39(fn_animal_cell_59(X)))
& ribosome_1(fn_mitochondrion_62(fn_animal_cell_59(X)))
& anabolic_pathway_1(fn_mitochondrion_57(fn_animal_cell_59(X)))
& synthesis_of_protein_1(fn_mitochondrion_57(fn_animal_cell_59(X)))
& translation_1(fn_mitochondrion_79(fn_animal_cell_59(X)))
& property_node_1(fn_mitochondrion_2(fn_animal_cell_59(X)))
& rate_value_1(fn_mitochondrion_4(fn_animal_cell_59(X)))
& mitochondrial_matrix_1(fn_mitochondrion_37(fn_animal_cell_59(X)))
& property_node_1(fn_mitochondrion_1(fn_animal_cell_59(X)))
& quantity_value_1(fn_mitochondrion_3(fn_animal_cell_59(X)))
& attach_1(fn_centriole_10(fn_animal_cell_66(X)))
& centriole_1(fn_centrosome_3(fn_animal_cell_74(X)))
& centrosome_1(fn_centriole_6(fn_animal_cell_66(X)))
& protein_1(fn_centriole_7(fn_animal_cell_66(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_animal_cell_73(X)))
& hydrophobic_core_1(fn_animal_plasma_membrane_51(fn_animal_cell_73(X)))
& attach_1(fn_animal_plasma_membrane_66(fn_animal_cell_73(X)))
& attach_1(fn_animal_plasma_membrane_52(fn_animal_cell_73(X)))
& attach_1(fn_animal_plasma_membrane_77(fn_animal_cell_73(X)))
& surface_1(fn_transmembrane_protein_5(fn_animal_cell_80(X)))
& outside_face_1(fn_transmembrane_protein_5(fn_animal_cell_80(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_animal_cell_73(X)))
& outside_face_1(fn_animal_plasma_membrane_55(fn_animal_cell_73(X)))
& extracellular_side_1(fn_animal_plasma_membrane_55(fn_animal_cell_73(X)))
& surface_1(fn_animal_plasma_membrane_55(fn_animal_cell_73(X)))
& tangible_entity_1(fn_animal_plasma_membrane_67(fn_animal_cell_73(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_animal_cell_80(X)))
& spatial_entity_1(fn_integrin_30(fn_animal_cell_80(X)))
& biomembrane_1(fn_integrin_30(fn_animal_cell_80(X)))
& animal_plasma_membrane_1(fn_integrin_30(fn_animal_cell_80(X)))
& plasma_membrane_1(fn_integrin_30(fn_animal_cell_80(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_animal_cell_73(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_animal_cell_73(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_animal_cell_73(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_animal_cell_73(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_animal_cell_73(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_animal_cell_73(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_animal_cell_73(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_animal_cell_73(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_animal_cell_73(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_animal_cell_73(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_animal_cell_73(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_animal_cell_73(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_animal_cell_73(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_animal_cell_73(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_animal_cell_73(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_animal_cell_73(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_animal_cell_73(X)))
& polymer_1(fn_integrin_8(fn_animal_cell_80(X)))
& spatial_entity_1(fn_integrin_8(fn_animal_cell_80(X)))
& membrane_protein_1(fn_integrin_8(fn_animal_cell_80(X)))
& tangible_entity_1(fn_integrin_8(fn_animal_cell_80(X)))
& transmembrane_protein_1(fn_integrin_8(fn_animal_cell_80(X)))
& integral_protein_1(fn_integrin_8(fn_animal_cell_80(X)))
& transport_protein_1(fn_integrin_8(fn_animal_cell_80(X)))
& sodium_potassium_pump_1(fn_integrin_8(fn_animal_cell_80(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_animal_cell_73(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_animal_cell_73(X)))
& protein_1(fn_plasma_membrane_68(fn_animal_cell_73(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_animal_cell_73(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_animal_cell_73(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_animal_cell_73(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_animal_cell_73(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_animal_cell_73(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_animal_cell_73(X)))
& spatial_entity_1(fn_integrin_9(fn_animal_cell_80(X)))
& polymer_1(fn_integrin_9(fn_animal_cell_80(X)))
& organic_molecule_1(fn_integrin_9(fn_animal_cell_80(X)))
& tangible_entity_1(fn_integrin_9(fn_animal_cell_80(X)))
& membrane_protein_1(fn_integrin_9(fn_animal_cell_80(X)))
& protein_1(fn_integrin_9(fn_animal_cell_80(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_animal_cell_73(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_animal_cell_73(X)))
& protein_1(fn_plasma_membrane_54(fn_animal_cell_73(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_animal_cell_73(X)))
& polymer_1(fn_plasma_membrane_54(fn_animal_cell_73(X)))
& tangible_entity_1(fn_biomembrane_63(fn_animal_cell_73(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_animal_cell_73(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_animal_cell_73(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_animal_cell_73(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_animal_cell_73(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_animal_cell_73(X)))
& tangible_entity_1(fn_integrin_29(fn_animal_cell_80(X)))
& phospholipid_bilayer_1(fn_integrin_29(fn_animal_cell_80(X)))
& dna_1(fn_mitochondrial_matrix_5(fn_animal_cell_31(X)))
& mitochondrial_dna_1(fn_mitochondrial_matrix_5(fn_animal_cell_31(X)))
& dna_1(fn_semiautonomous_organelle_2(fn_animal_cell_59(X)))
& eukaryotic_chromosome_1(fn_golgi_apparatus_15(fn_animal_cell_82(X)))
& chromosome_1(fn_golgi_apparatus_15(fn_animal_cell_82(X)))
& tangible_entity_1(fn_golgi_apparatus_90(fn_animal_cell_82(X)))
& nucleus_1(fn_golgi_apparatus_90(fn_animal_cell_82(X)))
& substance_1(fn_golgi_apparatus_91(fn_animal_cell_82(X)))
& cytosol_1(fn_golgi_apparatus_91(fn_animal_cell_82(X)))
& cellular_work_1(fn_mitochondrion_160(fn_animal_cell_59(X)))
& active_transport_1(fn_mitochondrion_160(fn_animal_cell_59(X)))
& active_movement_of_ions_1(fn_mitochondrion_160(fn_animal_cell_59(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_mitochondrion_160(fn_animal_cell_59(X)))
& endergonic_process_1(fn_chemiosmosis_118(fn_animal_cell_30(X)))
& chemical_reaction_1(fn_chemiosmosis_118(fn_animal_cell_30(X)))
& synthesis_of_organic_molecule_1(fn_chemiosmosis_118(fn_animal_cell_30(X)))
& anabolic_pathway_1(fn_chemiosmosis_118(fn_animal_cell_30(X)))
& synthesis_of_atp_1(fn_chemiosmosis_118(fn_animal_cell_30(X)))
& metabolic_pathway_1(fn_mitochondrion_52(fn_animal_cell_59(X)))
& endergonic_process_1(fn_mitochondrion_52(fn_animal_cell_59(X)))
& chemical_reaction_1(fn_mitochondrion_52(fn_animal_cell_59(X)))
& synthesis_of_organic_molecule_1(fn_mitochondrion_52(fn_animal_cell_59(X)))
& anabolic_pathway_1(fn_mitochondrion_52(fn_animal_cell_59(X)))
& synthesis_of_atp_1(fn_mitochondrion_52(fn_animal_cell_59(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_animal_cell_73(X)))
& cell_1(fn_metabolic_pathway_1(fn_animal_cell_21(X)))
& tangible_entity_1(fn_support_1(fn_animal_cell_61(X)))
& tangible_entity_1(fn_support_1(fn_animal_cell_76(X)))
& eukaryotic_cell_1(fn_integrin_6(fn_animal_cell_80(X)))
& animal_cell_1(fn_integrin_6(fn_animal_cell_80(X)))
& tangible_entity_1(fn_integrin_6(fn_animal_cell_80(X)))
& cell_1(fn_integrin_6(fn_animal_cell_80(X)))
& tangible_entity_1(fn_golgi_apparatus_22(fn_animal_cell_82(X)))
& cell_1(fn_golgi_apparatus_22(fn_animal_cell_82(X)))
& eukaryotic_cell_1(fn_golgi_apparatus_22(fn_animal_cell_82(X)))
& eukaryotic_cell_1(fn_mitochondrion_51(fn_animal_cell_59(X)))
& spatial_entity_1(fn_move_1(fn_animal_cell_22(X)))
& organic_molecule_1(fn_catabolic_pathway_10(fn_animal_cell_21(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_animal_cell_46(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_animal_cell_46(X)))
& chemical_reaction_1(fn_reactant_2(fn_animal_cell_42(X)))
& chemical_reaction_1(fn_peroxisome_32(fn_animal_cell_45(X)))
& decomposition_reaction_1(fn_peroxisome_32(fn_animal_cell_45(X)))
& mitochondrion_1(fn_mitochondrial_matrix_4(fn_animal_cell_31(X)))
& semiautonomous_organelle_1(fn_mitochondrial_matrix_4(fn_animal_cell_31(X)))
& chemical_entity_1(fn_mitochondrial_matrix_6(fn_animal_cell_31(X)))
& protein_1(fn_mitochondrial_matrix_6(fn_animal_cell_31(X)))
& protein_enzyme_1(fn_mitochondrial_matrix_6(fn_animal_cell_31(X)))
& chemical_entity_1(fn_mitochondrion_38(fn_animal_cell_59(X)))
& protein_1(fn_mitochondrion_38(fn_animal_cell_59(X)))
& protein_enzyme_1(fn_mitochondrion_38(fn_animal_cell_59(X)))
& microtubule_1(fn_centriole_9(fn_animal_cell_66(X)))
& microtubule_1(fn_centriole_11(fn_animal_cell_66(X)))
& trimer_1(fn_centriole_2(fn_animal_cell_66(X)))
& trimer_1(fn_centriole_8(fn_animal_cell_66(X)))
& called_2(fn_animal_cell_80(X),'MP1')
& is_between_2(fn_animal_cell_79(X),fn_animal_cell_73(X))
& is_near_2(fn_animal_cell_78(X),fn_animal_cell_74(X))
& intensity_2(fn_animal_cell_76(X),fn_animal_cell_11(X))
& agent_2(fn_animal_cell_76(X),fn_animal_cell_73(X))
& has_region_2(X,fn_animal_cell_1(X))
& has_part_2(X,fn_animal_cell_74(X))
& is_near_2(fn_animal_cell_74(X),fn_animal_cell_78(X))
& is_opposite_2(fn_animal_cell_13(X),fn_animal_cell_1(X))
& is_opposite_2(fn_animal_cell_1(X),fn_animal_cell_13(X))
& is_inside_2(fn_animal_cell_10(X),fn_animal_cell_77(X))
& fn_animal_cell_72(X) != fn_animal_cell_71(X)
& fn_animal_cell_71(X) != fn_animal_cell_72(X)
& is_at_2(fn_animal_cell_66(X),fn_animal_cell_67(X))
& has_function_2(fn_animal_cell_63(X),fn_animal_cell_61(X))
& fn_animal_cell_47(X) != fn_animal_cell_5(X)
& possesses_2(fn_animal_cell_47(X),fn_animal_cell_4(X))
& enables_2(fn_animal_cell_46(X),fn_animal_cell_22(X))
& has_function_2(fn_animal_cell_45(X),fn_animal_cell_9(X))
& quantity_2(fn_animal_cell_8(X),fn_animal_cell_7(X))
& greater_than_2(fn_animal_cell_6(X),fn_animal_cell_7(X))
& fn_animal_cell_5(X) != fn_animal_cell_47(X)
& quantity_2(fn_animal_cell_4(X),fn_animal_cell_6(X))
& possesses_2(fn_animal_cell_36(X),fn_animal_cell_8(X))
& origin_2(fn_animal_cell_22(X),fn_animal_cell_45(X))
& destination_2(fn_animal_cell_22(X),fn_animal_cell_59(X))
& causes_2(fn_animal_cell_22(X),fn_animal_cell_21(X))
& site_2(fn_animal_cell_21(X),fn_animal_cell_59(X))
& object_2(fn_animal_cell_22(X),fn_animal_cell_47(X))
& result_2(fn_animal_cell_64(X),fn_animal_cell_63(X))
& has_function_2(X,fn_animal_cell_90(X))
& has_region_2(fn_animal_cell_59(X),fn_animal_cell_31(X))
& subevent_2(fn_animal_cell_30(X),fn_animal_cell_20(X))
& object_2(fn_animal_cell_61(X),X)
& base_2(fn_animal_cell_21(X),X)
& object_2(fn_animal_cell_76(X),X)
& has_region_2(X,fn_animal_cell_13(X))
& object_2(fn_animal_cell_83(X),fn_animal_cell_75(X))
& has_part_2(fn_animal_cell_73(X),fn_animal_cell_75(X))
& is_across_2(fn_animal_cell_75(X),fn_animal_cell_73(X))
& has_region_2(fn_animal_cell_75(X),fn_animal_cell_84(X))
& is_across_2(fn_animal_cell_75(X),fn_animal_cell_85(X))
& is_inside_2(fn_animal_cell_79(X),fn_animal_cell_73(X))
& has_part_2(fn_animal_cell_79(X),fn_animal_cell_72(X))
& has_region_2(fn_animal_cell_73(X),fn_animal_cell_85(X))
& base_2(fn_animal_cell_83(X),fn_animal_cell_73(X))
& has_part_2(fn_animal_cell_73(X),fn_animal_cell_60(X))
& has_region_2(fn_animal_cell_73(X),fn_animal_cell_84(X))
& is_outside_2(fn_animal_cell_84(X),fn_animal_cell_73(X))
& has_part_2(fn_animal_cell_73(X),fn_animal_cell_58(X))
& result_2(fn_animal_cell_21(X),fn_animal_cell_36(X))
& structural_complexity_2(fn_animal_cell_36(X),fn_animal_cell_38(X))
& greater_than_2(fn_animal_cell_37(X),fn_animal_cell_38(X))
& structural_complexity_2(fn_animal_cell_47(X),fn_animal_cell_37(X))
& raw_material_2(fn_animal_cell_21(X),fn_animal_cell_47(X))
& called_2(fn_animal_cell_75(X),'MP1')
& called_2(fn_animal_cell_60(X),'MP1')
& has_part_2(X,fn_animal_cell_73(X))
& is_outside_2(fn_animal_cell_77(X),X)
& has_part_2(fn_animal_cell_73(X),fn_animal_cell_80(X))
& is_at_2(fn_animal_cell_75(X),fn_animal_cell_73(X))
& is_inside_2(fn_animal_cell_75(X),fn_animal_cell_58(X))
& fn_animal_cell_80(X) != fn_animal_cell_75(X)
& fn_animal_cell_60(X) != fn_animal_cell_80(X)
& fn_animal_cell_80(X) != fn_animal_cell_60(X)
& fn_animal_cell_75(X) != fn_animal_cell_80(X)
& fn_animal_cell_60(X) != fn_animal_cell_75(X)
& fn_animal_cell_75(X) != fn_animal_cell_60(X)
& has_part_2(fn_animal_cell_79(X),fn_animal_cell_71(X))
& is_between_2(fn_animal_cell_79(X),fn_animal_cell_78(X))
& has_part_2(X,fn_animal_cell_45(X))
& is_at_2(fn_animal_cell_58(X),fn_animal_cell_55(X))
& quantity_2(fn_animal_cell_88(X),fn_animal_cell_87(X))
& has_part_2(fn_animal_cell_52(X),fn_animal_cell_88(X))
& greater_than_2(fn_animal_cell_87(X),fn_animal_cell_86(X))
& greater_than_or_equal_to_2(fn_animal_cell_87(X),fn_animal_cell_86(X))
& has_part_2(fn_animal_cell_79(X),fn_animal_cell_62(X))
& has_part_2(X,fn_animal_cell_79(X))
& has_function_2(X,fn_animal_cell_81(X))
& base_2(fn_animal_cell_81(X),X)
& has_region_2(X,fn_animal_cell_55(X))
& has_part_2(X,fn_animal_cell_51(X))
& is_inside_2(fn_animal_cell_51(X),fn_animal_cell_62(X))
& is_inside_2(fn_animal_cell_59(X),fn_animal_cell_62(X))
& has_part_2(fn_animal_cell_59(X),fn_animal_cell_89(X))
& quantity_2(fn_animal_cell_89(X),fn_animal_cell_86(X))
& the_scalar_value_2(fn_animal_cell_57(X),big_0)
& scalar_unit_class_2(fn_animal_cell_57(X),prokaryote_0)
& has_part_2(X,fn_animal_cell_54(X))
& size_2(X,fn_animal_cell_57(X))
& directly_proportional_2(fn_animal_cell_57(X),fn_animal_cell_56(X))
& volume_2(X,fn_animal_cell_56(X))
& has_part_2(X,fn_animal_cell_82(X))
& has_part_2(X,fn_animal_cell_53(X))
& abuts_2(fn_animal_cell_54(X),fn_animal_cell_53(X))
& abuts_2(fn_animal_cell_53(X),fn_animal_cell_54(X))
& fn_animal_cell_54(X) != fn_animal_cell_53(X)
& fn_animal_cell_53(X) != fn_animal_cell_54(X)
& is_inside_2(fn_animal_cell_82(X),fn_animal_cell_62(X))
& is_inside_2(fn_animal_cell_78(X),fn_animal_cell_62(X))
& is_inside_2(fn_animal_cell_52(X),fn_animal_cell_78(X))
& has_part_2(X,fn_animal_cell_52(X))
& has_part_2(X,fn_animal_cell_78(X))
& has_function_2(fn_animal_cell_74(X),fn_animal_cell_64(X))
& base_2(fn_animal_cell_90(X),X)
& has_part_2(fn_animal_cell_59(X),fn_animal_cell_23(X))
& first_subevent_2(fn_animal_cell_19(X),fn_animal_cell_18(X))
& subevent_2(fn_animal_cell_19(X),fn_animal_cell_18(X))
& base_2(fn_animal_cell_18(X),X)
& next_event_2(fn_animal_cell_18(X),fn_animal_cell_30(X))
& site_2(fn_animal_cell_30(X),fn_animal_cell_59(X))
& site_2(fn_animal_cell_19(X),fn_animal_cell_59(X))
& subevent_2(fn_animal_cell_19(X),fn_animal_cell_30(X))
& has_part_2(X,fn_animal_cell_59(X))
& base_2(fn_animal_cell_20(X),X)
& site_2(fn_animal_cell_20(X),fn_animal_cell_59(X))
& has_function_2(fn_animal_cell_59(X),fn_animal_cell_19(X))
& base_2(fn_animal_cell_19(X),X)
& has_function_2(fn_animal_cell_65(X),fn_animal_cell_70(X))
& agent_2(fn_animal_cell_70(X),fn_animal_cell_65(X))
& base_2(fn_animal_cell_70(X),fn_animal_cell_69(X))
& has_part_2(fn_animal_cell_68(X),fn_animal_cell_69(X))
& has_part_2(fn_animal_cell_66(X),fn_animal_cell_68(X))
& has_part_2(fn_animal_cell_74(X),fn_animal_cell_66(X))
& has_part_2(fn_animal_cell_74(X),fn_animal_cell_65(X))
& fn_animal_cell_24(X) != fn_animal_cell_27(X)
& fn_animal_cell_27(X) != fn_animal_cell_24(X)
& has_part_2(fn_animal_cell_59(X),fn_animal_cell_24(X))
& agent_2(fn_animal_cell_29(X),fn_animal_cell_59(X))
& has_function_2(fn_animal_cell_59(X),fn_animal_cell_29(X))
& instrument_2(fn_animal_cell_35(X),fn_animal_cell_25(X))
& has_part_2(fn_animal_cell_59(X),fn_animal_cell_25(X))
& quantity_2(fn_animal_cell_59(X),fn_animal_cell_32(X))
& directly_proportional_2(fn_animal_cell_32(X),fn_animal_cell_33(X))
& rate_2(fn_animal_cell_29(X),fn_animal_cell_33(X))
& result_2(fn_animal_cell_34(X),fn_animal_cell_24(X))
& has_function_2(fn_animal_cell_26(X),fn_animal_cell_34(X))
& agent_2(fn_animal_cell_34(X),fn_animal_cell_26(X))
& result_2(fn_animal_cell_34(X),fn_animal_cell_27(X))
& has_part_2(fn_animal_cell_59(X),fn_animal_cell_27(X))
& is_between_2(fn_animal_cell_23(X),fn_animal_cell_28(X))
& has_part_2(fn_animal_cell_59(X),fn_animal_cell_28(X))
& has_part_2(fn_animal_cell_59(X),fn_animal_cell_26(X))
& instrument_2(fn_animal_cell_35(X),fn_animal_cell_26(X))
& subevent_2(fn_animal_cell_34(X),fn_animal_cell_35(X))
& first_subevent_2(fn_animal_cell_34(X),fn_animal_cell_35(X))
& is_inside_2(fn_animal_cell_24(X),fn_animal_cell_31(X))
& has_function_2(fn_animal_cell_40(X),fn_animal_cell_44(X))
& has_function_2(fn_animal_cell_40(X),fn_animal_cell_46(X))
& facilitates_2(fn_animal_cell_41(X),fn_animal_cell_46(X))
& site_2(fn_animal_cell_46(X),fn_animal_cell_41(X))
& has_function_2(fn_animal_cell_45(X),fn_animal_cell_46(X))
& in_event_2(fn_animal_cell_42(X),fn_animal_cell_46(X))
& in_event_2(fn_animal_cell_43(X),fn_animal_cell_46(X))
& plays_2(fn_animal_cell_40(X),fn_animal_cell_43(X))
& has_region_2(fn_animal_cell_40(X),fn_animal_cell_41(X))
& enables_2(fn_animal_cell_44(X),fn_animal_cell_46(X))
& has_region_2(fn_animal_cell_74(X),fn_animal_cell_67(X))
& raw_material_2(fn_animal_cell_46(X),fn_animal_cell_48(X))
& plays_2(fn_animal_cell_48(X),fn_animal_cell_42(X))
& result_2(fn_animal_cell_46(X),fn_animal_cell_47(X))
& raw_material_2(fn_animal_cell_46(X),fn_animal_cell_39(X))
& fn_animal_cell_47(X) = fn_move_1(fn_animal_cell_22(X))
& fn_animal_cell_63(X) = fn_create_1(fn_animal_cell_64(X))
& fn_animal_cell_20(X) = fn_chemiosmosis_118(fn_animal_cell_30(X))
& X = fn_support_1(fn_animal_cell_61(X))
& X = fn_metabolic_pathway_1(fn_animal_cell_21(X))
& X = fn_support_1(fn_animal_cell_76(X))
& fn_animal_cell_13(X) = fn_cell_1(X)
& fn_animal_cell_85(X) = fn_plasma_membrane_6(fn_animal_cell_73(X))
& fn_animal_cell_75(X) = fn_plasma_membrane_55(fn_animal_cell_73(X))
& fn_animal_cell_72(X) = fn_eukaryotic_cell_21(X)
& fn_animal_cell_85(X) = fn_animal_plasma_membrane_51(fn_animal_cell_73(X))
& fn_animal_cell_83(X) = fn_animal_plasma_membrane_66(fn_animal_cell_73(X))
& fn_animal_cell_73(X) = fn_animal_plasma_membrane_67(fn_animal_cell_73(X))
& fn_animal_cell_83(X) = fn_animal_plasma_membrane_52(fn_animal_cell_73(X))
& fn_animal_cell_83(X) = fn_animal_plasma_membrane_77(fn_animal_cell_73(X))
& fn_animal_cell_58(X) = fn_biomembrane_63(fn_animal_cell_73(X))
& fn_animal_cell_58(X) = fn_plasma_membrane_71(fn_animal_cell_73(X))
& fn_animal_cell_84(X) = fn_transmembrane_protein_5(fn_animal_cell_80(X))
& fn_animal_cell_84(X) = fn_plasma_membrane_65(fn_animal_cell_73(X))
& fn_animal_cell_84(X) = fn_animal_plasma_membrane_55(fn_animal_cell_73(X))
& fn_animal_cell_16(X) = fn_catabolic_pathway_1(fn_animal_cell_21(X))
& fn_animal_cell_17(X) = fn_catabolic_pathway_5(fn_animal_cell_21(X))
& fn_animal_cell_47(X) = fn_catabolic_pathway_10(fn_animal_cell_21(X))
& fn_animal_cell_37(X) = fn_catabolic_pathway_4(fn_animal_cell_21(X))
& fn_animal_cell_38(X) = fn_catabolic_pathway_2(fn_animal_cell_21(X))
& fn_animal_cell_36(X) = fn_catabolic_pathway_9(fn_animal_cell_21(X))
& fn_animal_cell_77(X) = fn_integrin_2(fn_animal_cell_80(X))
& X = fn_animal_plasma_membrane_56(fn_animal_cell_73(X))
& X = fn_integrin_6(fn_animal_cell_80(X))
& fn_animal_cell_58(X) = fn_animal_plasma_membrane_54(fn_animal_cell_73(X))
& fn_animal_cell_58(X) = fn_integrin_29(fn_animal_cell_80(X))
& fn_animal_cell_75(X) = fn_plasma_membrane_3(fn_animal_cell_73(X))
& fn_animal_cell_75(X) = fn_animal_plasma_membrane_47(fn_animal_cell_73(X))
& fn_animal_cell_73(X) = fn_transmembrane_protein_4(fn_animal_cell_80(X))
& fn_animal_cell_73(X) = fn_eukaryotic_cell_29(X)
& fn_animal_cell_73(X) = fn_integrin_30(fn_animal_cell_80(X))
& fn_animal_cell_75(X) = fn_animal_plasma_membrane_53(fn_animal_cell_73(X))
& fn_animal_cell_75(X) = fn_animal_plasma_membrane_62(fn_animal_cell_73(X))
& fn_animal_cell_60(X) = fn_animal_plasma_membrane_47(fn_animal_cell_73(X))
& fn_animal_cell_75(X) = fn_integrin_8(fn_animal_cell_80(X))
& fn_animal_cell_80(X) = fn_plasma_membrane_54(fn_animal_cell_73(X))
& fn_animal_cell_60(X) = fn_plasma_membrane_68(fn_animal_cell_73(X))
& fn_animal_cell_80(X) = fn_eukaryotic_cell_50(X)
& fn_animal_cell_60(X) = fn_eukaryotic_cell_49(X)
& fn_animal_cell_60(X) = fn_integrin_9(fn_animal_cell_80(X))
& fn_animal_cell_71(X) = fn_eukaryotic_cell_21(X)
& fn_animal_cell_78(X) = fn_eukaryotic_cell_26(X)
& fn_animal_cell_45(X) = fn_eukaryotic_cell_61(X)
& fn_animal_cell_91(X) = fn_eukaryotic_cell_8(X)
& fn_animal_cell_58(X) = fn_eukaryotic_cell_41(X)
& fn_animal_cell_52(X) = fn_eukaryotic_cell_30(X)
& fn_animal_cell_88(X) = fn_eukaryotic_cell_56(X)
& fn_animal_cell_92(X) = fn_eukaryotic_cell_7(X)
& fn_animal_cell_87(X) = fn_eukaryotic_cell_5(X)
& fn_animal_cell_55(X) = fn_eukaryotic_cell_44(X)
& fn_animal_cell_81(X) = fn_eukaryotic_cell_23(X)
& fn_animal_cell_79(X) = fn_eukaryotic_cell_31(X)
& fn_animal_cell_86(X) = fn_eukaryotic_cell_6(X)
& fn_animal_cell_89(X) = fn_mitochondrial_matrix_5(fn_animal_cell_31(X))
& fn_animal_cell_89(X) = fn_semiautonomous_organelle_2(fn_animal_cell_59(X))
& fn_animal_cell_89(X) = fn_eukaryotic_cell_33(X)
& fn_animal_cell_59(X) = fn_eukaryotic_cell_25(X)
& fn_animal_cell_62(X) = fn_eukaryotic_cell_42(X)
& fn_animal_cell_51(X) = fn_eukaryotic_cell_45(X)
& fn_animal_cell_50(X) = fn_golgi_apparatus_11(fn_animal_cell_82(X))
& fn_animal_cell_49(X) = fn_golgi_apparatus_10(fn_animal_cell_82(X))
& fn_animal_cell_56(X) = fn_golgi_apparatus_86(fn_animal_cell_82(X))
& fn_animal_cell_57(X) = fn_golgi_apparatus_87(fn_animal_cell_82(X))
& fn_animal_cell_54(X) = fn_golgi_apparatus_93(fn_animal_cell_82(X))
& fn_animal_cell_53(X) = fn_golgi_apparatus_65(fn_animal_cell_82(X))
& X = fn_golgi_apparatus_22(fn_animal_cell_82(X))
& fn_animal_cell_52(X) = fn_golgi_apparatus_15(fn_animal_cell_82(X))
& fn_animal_cell_78(X) = fn_golgi_apparatus_90(fn_animal_cell_82(X))
& fn_animal_cell_62(X) = fn_golgi_apparatus_91(fn_animal_cell_82(X))
& fn_animal_cell_64(X) = fn_centrosome_5(fn_animal_cell_74(X))
& fn_animal_cell_90(X) = fn_eukaryotic_cell_32(X)
& fn_animal_cell_90(X) = fn_mitochondrion_160(fn_animal_cell_59(X))
& fn_animal_cell_30(X) = fn_mitochondrion_54(fn_animal_cell_59(X))
& fn_animal_cell_18(X) = fn_mitochondrion_159(fn_animal_cell_59(X))
& fn_animal_cell_19(X) = fn_mitochondrion_55(fn_animal_cell_59(X))
& fn_animal_cell_20(X) = fn_mitochondrion_52(fn_animal_cell_59(X))
& X = fn_mitochondrion_51(fn_animal_cell_59(X))
& fn_animal_cell_39(X) = fn_decomposition_reaction_5(fn_animal_cell_46(X))
& fn_animal_cell_47(X) = fn_decomposition_reaction_2(fn_animal_cell_46(X))
& fn_animal_cell_47(X) = fn_decomposition_reaction_4(fn_animal_cell_46(X))
& fn_animal_cell_48(X) = fn_reactant_3(fn_animal_cell_42(X))
& fn_animal_cell_67(X) = fn_centrosome_2(fn_animal_cell_74(X))
& fn_animal_cell_46(X) = fn_reactant_2(fn_animal_cell_42(X))
& fn_animal_cell_42(X) = fn_peroxisome_15(fn_animal_cell_45(X))
& fn_animal_cell_43(X) = fn_peroxisome_14(fn_animal_cell_45(X))
& fn_animal_cell_40(X) = fn_peroxisome_43(fn_animal_cell_45(X))
& fn_animal_cell_41(X) = fn_peroxisome_12(fn_animal_cell_45(X))
& fn_animal_cell_44(X) = fn_peroxisome_13(fn_animal_cell_45(X))
& fn_animal_cell_46(X) = fn_peroxisome_32(fn_animal_cell_45(X))
& fn_animal_cell_59(X) = fn_mitochondrial_matrix_4(fn_animal_cell_31(X))
& fn_animal_cell_25(X) = fn_mitochondrion_61(fn_animal_cell_59(X))
& fn_animal_cell_29(X) = fn_mitochondrion_58(fn_animal_cell_59(X))
& fn_animal_cell_27(X) = fn_mitochondrion_64(fn_animal_cell_59(X))
& fn_animal_cell_23(X) = fn_mitochondrion_63(fn_animal_cell_59(X))
& fn_animal_cell_28(X) = fn_mitochondrion_39(fn_animal_cell_59(X))
& fn_animal_cell_26(X) = fn_mitochondrion_62(fn_animal_cell_59(X))
& fn_animal_cell_34(X) = fn_mitochondrion_57(fn_animal_cell_59(X))
& fn_animal_cell_35(X) = fn_mitochondrion_79(fn_animal_cell_59(X))
& fn_animal_cell_14(X) = fn_mitochondrion_2(fn_animal_cell_59(X))
& fn_animal_cell_33(X) = fn_mitochondrion_4(fn_animal_cell_59(X))
& fn_animal_cell_24(X) = fn_mitochondrial_matrix_6(fn_animal_cell_31(X))
& fn_animal_cell_24(X) = fn_mitochondrion_38(fn_animal_cell_59(X))
& fn_animal_cell_31(X) = fn_mitochondrion_37(fn_animal_cell_59(X))
& fn_animal_cell_15(X) = fn_mitochondrion_1(fn_animal_cell_59(X))
& fn_animal_cell_32(X) = fn_mitochondrion_3(fn_animal_cell_59(X))
& fn_animal_cell_70(X) = fn_centriole_10(fn_animal_cell_66(X))
& fn_animal_cell_69(X) = fn_centriole_9(fn_animal_cell_66(X))
& fn_animal_cell_69(X) = fn_centriole_11(fn_animal_cell_66(X))
& fn_animal_cell_68(X) = fn_centriole_2(fn_animal_cell_66(X))
& fn_animal_cell_68(X) = fn_centriole_8(fn_animal_cell_66(X))
& fn_animal_cell_66(X) = fn_centrosome_3(fn_animal_cell_74(X))
& fn_animal_cell_74(X) = fn_centriole_6(fn_animal_cell_66(X))
& fn_animal_cell_65(X) = fn_centriole_7(fn_animal_cell_66(X))
& fn_plasma_membrane_6(fn_animal_cell_73(X)) = fn_animal_plasma_membrane_51(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_51(fn_animal_cell_73(X)) = fn_animal_plasma_membrane_66(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_52(fn_animal_cell_73(X)) = fn_animal_plasma_membrane_66(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_66(fn_animal_cell_73(X)) = fn_animal_plasma_membrane_52(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_52(fn_animal_cell_73(X)) = fn_animal_plasma_membrane_52(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_52(fn_animal_cell_73(X)) = fn_animal_plasma_membrane_77(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_77(fn_animal_cell_73(X)) = fn_plasma_membrane_65(fn_animal_cell_73(X))
& fn_plasma_membrane_65(fn_animal_cell_73(X)) = fn_transmembrane_protein_5(fn_animal_cell_80(X))
& fn_transmembrane_protein_5(fn_animal_cell_80(X)) = fn_plasma_membrane_65(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_55(fn_animal_cell_73(X)) = fn_plasma_membrane_65(fn_animal_cell_73(X))
& fn_plasma_membrane_65(fn_animal_cell_73(X)) = fn_animal_plasma_membrane_55(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_55(fn_animal_cell_73(X)) = fn_animal_plasma_membrane_67(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_67(fn_animal_cell_73(X)) = fn_transmembrane_protein_4(fn_animal_cell_80(X))
& fn_transmembrane_protein_4(fn_animal_cell_80(X)) = fn_transmembrane_protein_4(fn_animal_cell_80(X))
& fn_eukaryotic_cell_29(X) = fn_transmembrane_protein_4(fn_animal_cell_80(X))
& fn_transmembrane_protein_4(fn_animal_cell_80(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_eukaryotic_cell_29(X)
& fn_integrin_30(fn_animal_cell_80(X)) = fn_integrin_30(fn_animal_cell_80(X))
& fn_integrin_30(fn_animal_cell_80(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_integrin_30(fn_animal_cell_80(X))
& fn_integrin_30(fn_animal_cell_80(X)) = fn_animal_plasma_membrane_62(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_62(fn_animal_cell_73(X)) = fn_plasma_membrane_3(fn_animal_cell_73(X))
& fn_plasma_membrane_3(fn_animal_cell_73(X)) = fn_animal_plasma_membrane_62(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_62(fn_animal_cell_73(X)) = fn_animal_plasma_membrane_62(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_62(fn_animal_cell_73(X)) = fn_animal_plasma_membrane_53(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_53(fn_animal_cell_73(X)) = fn_animal_plasma_membrane_62(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_62(fn_animal_cell_73(X)) = fn_animal_plasma_membrane_47(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_47(fn_animal_cell_73(X)) = fn_animal_plasma_membrane_53(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_53(fn_animal_cell_73(X)) = fn_animal_plasma_membrane_53(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_53(fn_animal_cell_73(X)) = fn_animal_plasma_membrane_47(fn_animal_cell_73(X))
& fn_plasma_membrane_55(fn_animal_cell_73(X)) = fn_animal_plasma_membrane_47(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_47(fn_animal_cell_73(X)) = fn_plasma_membrane_55(fn_animal_cell_73(X))
& fn_plasma_membrane_55(fn_animal_cell_73(X)) = fn_plasma_membrane_55(fn_animal_cell_73(X))
& fn_plasma_membrane_55(fn_animal_cell_73(X)) = fn_integrin_8(fn_animal_cell_80(X))
& fn_integrin_8(fn_animal_cell_80(X)) = fn_integrin_8(fn_animal_cell_80(X))
& fn_integrin_8(fn_animal_cell_80(X)) = fn_plasma_membrane_68(fn_animal_cell_73(X))
& fn_eukaryotic_cell_49(X) = fn_plasma_membrane_68(fn_animal_cell_73(X))
& fn_plasma_membrane_68(fn_animal_cell_73(X)) = fn_eukaryotic_cell_49(X)
& fn_eukaryotic_cell_49(X) = fn_eukaryotic_cell_49(X)
& fn_animal_plasma_membrane_47(fn_animal_cell_73(X)) = fn_eukaryotic_cell_49(X)
& fn_eukaryotic_cell_49(X) = fn_animal_plasma_membrane_47(fn_animal_cell_73(X))
& fn_integrin_9(fn_animal_cell_80(X)) = fn_animal_plasma_membrane_47(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_47(fn_animal_cell_73(X)) = fn_animal_plasma_membrane_47(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_47(fn_animal_cell_73(X)) = fn_integrin_9(fn_animal_cell_80(X))
& fn_integrin_9(fn_animal_cell_80(X)) = fn_integrin_9(fn_animal_cell_80(X))
& fn_integrin_9(fn_animal_cell_80(X)) = fn_plasma_membrane_54(fn_animal_cell_73(X))
& fn_eukaryotic_cell_50(X) = fn_plasma_membrane_54(fn_animal_cell_73(X))
& fn_plasma_membrane_54(fn_animal_cell_73(X)) = fn_eukaryotic_cell_50(X)
& fn_eukaryotic_cell_50(X) = fn_biomembrane_63(fn_animal_cell_73(X))
& fn_biomembrane_63(fn_animal_cell_73(X)) = fn_plasma_membrane_71(fn_animal_cell_73(X))
& fn_plasma_membrane_71(fn_animal_cell_73(X)) = fn_plasma_membrane_71(fn_animal_cell_73(X))
& fn_plasma_membrane_71(fn_animal_cell_73(X)) = fn_animal_plasma_membrane_54(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_54(fn_animal_cell_73(X)) = fn_animal_plasma_membrane_54(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_54(fn_animal_cell_73(X)) = fn_integrin_29(fn_animal_cell_80(X))
& fn_eukaryotic_cell_41(X) = fn_integrin_29(fn_animal_cell_80(X))
& fn_integrin_29(fn_animal_cell_80(X)) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_mitochondrial_matrix_5(fn_animal_cell_31(X))
& fn_mitochondrial_matrix_5(fn_animal_cell_31(X)) = fn_semiautonomous_organelle_2(fn_animal_cell_59(X))
& fn_eukaryotic_cell_33(X) = fn_semiautonomous_organelle_2(fn_animal_cell_59(X))
& fn_semiautonomous_organelle_2(fn_animal_cell_59(X)) = fn_eukaryotic_cell_33(X)
& fn_eukaryotic_cell_33(X) = fn_eukaryotic_cell_30(X)
& fn_eukaryotic_cell_30(X) = fn_golgi_apparatus_15(fn_animal_cell_82(X))
& fn_golgi_apparatus_15(fn_animal_cell_82(X)) = fn_golgi_apparatus_15(fn_animal_cell_82(X))
& fn_golgi_apparatus_15(fn_animal_cell_82(X)) = fn_eukaryotic_cell_26(X)
& fn_eukaryotic_cell_26(X) = fn_golgi_apparatus_90(fn_animal_cell_82(X))
& fn_golgi_apparatus_90(fn_animal_cell_82(X)) = fn_golgi_apparatus_90(fn_animal_cell_82(X))
& fn_golgi_apparatus_90(fn_animal_cell_82(X)) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_golgi_apparatus_91(fn_animal_cell_82(X))
& fn_golgi_apparatus_91(fn_animal_cell_82(X)) = fn_golgi_apparatus_91(fn_animal_cell_82(X))
& fn_golgi_apparatus_91(fn_animal_cell_82(X)) = fn_eukaryotic_cell_32(X)
& fn_eukaryotic_cell_32(X) = fn_eukaryotic_cell_32(X)
& fn_eukaryotic_cell_32(X) = fn_mitochondrion_160(fn_animal_cell_59(X))
& fn_mitochondrion_160(fn_animal_cell_59(X)) = fn_chemiosmosis_118(fn_animal_cell_30(X))
& fn_chemiosmosis_118(fn_animal_cell_30(X)) = fn_mitochondrion_52(fn_animal_cell_59(X))
& fn_mitochondrion_52(fn_animal_cell_59(X)) = fn_mitochondrion_52(fn_animal_cell_59(X))
& fn_mitochondrion_52(fn_animal_cell_59(X)) = fn_metabolic_pathway_1(fn_animal_cell_21(X))
& fn_metabolic_pathway_1(fn_animal_cell_21(X)) = fn_animal_plasma_membrane_56(fn_animal_cell_73(X))
& fn_animal_plasma_membrane_56(fn_animal_cell_73(X)) = fn_support_1(fn_animal_cell_61(X))
& fn_support_1(fn_animal_cell_61(X)) = fn_metabolic_pathway_1(fn_animal_cell_21(X))
& fn_metabolic_pathway_1(fn_animal_cell_21(X)) = fn_support_1(fn_animal_cell_76(X))
& fn_support_1(fn_animal_cell_76(X)) = fn_support_1(fn_animal_cell_61(X))
& fn_support_1(fn_animal_cell_61(X)) = fn_support_1(fn_animal_cell_76(X))
& fn_support_1(fn_animal_cell_76(X)) = fn_integrin_6(fn_animal_cell_80(X))
& fn_integrin_6(fn_animal_cell_80(X)) = fn_integrin_6(fn_animal_cell_80(X))
& fn_integrin_6(fn_animal_cell_80(X)) = fn_golgi_apparatus_22(fn_animal_cell_82(X))
& fn_golgi_apparatus_22(fn_animal_cell_82(X)) = fn_golgi_apparatus_22(fn_animal_cell_82(X))
& fn_golgi_apparatus_22(fn_animal_cell_82(X)) = fn_mitochondrion_51(fn_animal_cell_59(X))
& fn_mitochondrion_51(fn_animal_cell_59(X)) = fn_mitochondrion_51(fn_animal_cell_59(X))
& fn_mitochondrion_51(fn_animal_cell_59(X)) = fn_move_1(fn_animal_cell_22(X))
& fn_move_1(fn_animal_cell_22(X)) = fn_catabolic_pathway_10(fn_animal_cell_21(X))
& fn_catabolic_pathway_10(fn_animal_cell_21(X)) = fn_catabolic_pathway_10(fn_animal_cell_21(X))
& fn_catabolic_pathway_10(fn_animal_cell_21(X)) = fn_decomposition_reaction_2(fn_animal_cell_46(X))
& fn_decomposition_reaction_2(fn_animal_cell_46(X)) = fn_decomposition_reaction_2(fn_animal_cell_46(X))
& fn_decomposition_reaction_2(fn_animal_cell_46(X)) = fn_decomposition_reaction_4(fn_animal_cell_46(X))
& fn_decomposition_reaction_4(fn_animal_cell_46(X)) = fn_reactant_2(fn_animal_cell_42(X))
& fn_peroxisome_32(fn_animal_cell_45(X)) = fn_reactant_2(fn_animal_cell_42(X))
& fn_reactant_2(fn_animal_cell_42(X)) = fn_peroxisome_32(fn_animal_cell_45(X))
& fn_peroxisome_32(fn_animal_cell_45(X)) = fn_peroxisome_32(fn_animal_cell_45(X))
& fn_peroxisome_32(fn_animal_cell_45(X)) = fn_mitochondrial_matrix_4(fn_animal_cell_31(X))
& fn_mitochondrial_matrix_4(fn_animal_cell_31(X)) = fn_mitochondrial_matrix_4(fn_animal_cell_31(X))
& fn_mitochondrial_matrix_4(fn_animal_cell_31(X)) = fn_eukaryotic_cell_25(X)
& fn_eukaryotic_cell_25(X) = fn_eukaryotic_cell_25(X)
& fn_eukaryotic_cell_25(X) = fn_mitochondrial_matrix_4(fn_animal_cell_31(X))
& fn_mitochondrial_matrix_4(fn_animal_cell_31(X)) = fn_mitochondrion_38(fn_animal_cell_59(X))
& fn_mitochondrion_38(fn_animal_cell_59(X)) = fn_mitochondrion_38(fn_animal_cell_59(X))
& fn_mitochondrion_38(fn_animal_cell_59(X)) = fn_mitochondrial_matrix_6(fn_animal_cell_31(X))
& fn_mitochondrial_matrix_6(fn_animal_cell_31(X)) = fn_mitochondrion_38(fn_animal_cell_59(X))
& fn_mitochondrion_38(fn_animal_cell_59(X)) = fn_centriole_11(fn_animal_cell_66(X))
& fn_centriole_11(fn_animal_cell_66(X)) = fn_centriole_9(fn_animal_cell_66(X))
& fn_centriole_9(fn_animal_cell_66(X)) = fn_centriole_11(fn_animal_cell_66(X))
& fn_centriole_11(fn_animal_cell_66(X)) = fn_centriole_2(fn_animal_cell_66(X))
& fn_centriole_8(fn_animal_cell_66(X)) = fn_centriole_2(fn_animal_cell_66(X))
& fn_centriole_2(fn_animal_cell_66(X)) = fn_centriole_8(fn_animal_cell_66(X)) ) ) ).
fof(a527471,axiom,
! [X] :
( animal_cell_centrosome_1(X)
=> ( original_name_2(X,'Animal-Cell-Centrosome')
& user_description_2(X,'Organelle in animal cells which serves as the main microtubule organizing center (MTOC).')
& concept2words_2(X,'animal cell centrosome')
& concept2words_2(X,'animal-cell-centrosome')
& centrosome_1(X)
& trimer_1(fn_animal_cell_centrosome_1(X))
& microtubule_1(fn_animal_cell_centrosome_2(X))
& attach_1(fn_animal_cell_centrosome_3(X))
& centriole_1(fn_animal_cell_centrosome_4(X))
& protein_1(fn_animal_cell_centrosome_5(X))
& center_1(fn_animal_cell_centrosome_6(X))
& role_1(fn_animal_cell_centrosome_7(X))
& organizing_1(fn_animal_cell_centrosome_8(X))
& produce_1(fn_animal_cell_centrosome_9(X))
& centrosome_1(fn_centriole_6(fn_animal_cell_centrosome_4(X)))
& protein_1(fn_centriole_7(fn_animal_cell_centrosome_4(X)))
& attach_1(fn_centriole_10(fn_animal_cell_centrosome_4(X)))
& microtubule_1(fn_centriole_9(fn_animal_cell_centrosome_4(X)))
& microtubule_1(fn_centriole_11(fn_animal_cell_centrosome_4(X)))
& trimer_1(fn_centriole_2(fn_animal_cell_centrosome_4(X)))
& trimer_1(fn_centriole_8(fn_animal_cell_centrosome_4(X)))
& is_at_2(fn_animal_cell_centrosome_4(X),fn_animal_cell_centrosome_6(X))
& has_part_2(X,fn_animal_cell_centrosome_5(X))
& has_part_2(fn_animal_cell_centrosome_4(X),fn_animal_cell_centrosome_1(X))
& has_part_2(fn_animal_cell_centrosome_1(X),fn_animal_cell_centrosome_2(X))
& base_2(fn_animal_cell_centrosome_3(X),fn_animal_cell_centrosome_2(X))
& agent_2(fn_animal_cell_centrosome_3(X),fn_animal_cell_centrosome_5(X))
& has_function_2(fn_animal_cell_centrosome_5(X),fn_animal_cell_centrosome_3(X))
& in_event_2(fn_animal_cell_centrosome_7(X),fn_animal_cell_centrosome_8(X))
& plays_2(X,fn_animal_cell_centrosome_7(X))
& has_part_2(X,fn_animal_cell_centrosome_4(X))
& has_function_2(X,fn_animal_cell_centrosome_9(X))
& agent_2(fn_animal_cell_centrosome_9(X),X)
& has_function_2(X,fn_animal_cell_centrosome_8(X))
& agent_2(fn_animal_cell_centrosome_8(X),X)
& has_region_2(X,fn_animal_cell_centrosome_6(X))
& X = fn_centriole_6(fn_animal_cell_centrosome_4(X))
& fn_animal_cell_centrosome_5(X) = fn_centriole_7(fn_animal_cell_centrosome_4(X))
& fn_animal_cell_centrosome_3(X) = fn_centriole_10(fn_animal_cell_centrosome_4(X))
& fn_animal_cell_centrosome_2(X) = fn_centriole_9(fn_animal_cell_centrosome_4(X))
& fn_animal_cell_centrosome_2(X) = fn_centriole_11(fn_animal_cell_centrosome_4(X))
& fn_animal_cell_centrosome_1(X) = fn_centriole_2(fn_animal_cell_centrosome_4(X))
& fn_animal_cell_centrosome_1(X) = fn_centriole_8(fn_animal_cell_centrosome_4(X))
& fn_animal_cell_centrosome_4(X) = fn_centrosome_3(X)
& fn_animal_cell_centrosome_7(X) = fn_centrosome_1(X)
& fn_animal_cell_centrosome_6(X) = fn_centrosome_2(X)
& fn_animal_cell_centrosome_8(X) = fn_centrosome_4(X)
& fn_animal_cell_centrosome_9(X) = fn_centrosome_5(X)
& fn_centriole_11(fn_animal_cell_centrosome_4(X)) = fn_centriole_9(fn_animal_cell_centrosome_4(X))
& fn_centriole_9(fn_animal_cell_centrosome_4(X)) = fn_centriole_11(fn_animal_cell_centrosome_4(X))
& fn_centriole_11(fn_animal_cell_centrosome_4(X)) = fn_centriole_2(fn_animal_cell_centrosome_4(X))
& fn_centriole_8(fn_animal_cell_centrosome_4(X)) = fn_centriole_2(fn_animal_cell_centrosome_4(X))
& fn_centriole_2(fn_animal_cell_centrosome_4(X)) = fn_centriole_8(fn_animal_cell_centrosome_4(X)) ) ) ).
fof(a527472,axiom,
! [X,X1] :
( ( object_2(X,X1)
& cell_division_1(X)
& animal_cell_1(X1) )
=> ( animal_cell_division_1(X)
& fn_animal_cell_division_9(X) = X1 ) ) ).
fof(a527473,axiom,
! [X] :
( animal_cell_division_1(X)
=> ( original_name_2(X,'Animal-Cell-Division')
& user_description_2(X,'Cell division in animals, signaled by calcium ions in a cell signal transduction event with growth factors.')
& concept2words_2(X,'cell division in animals')
& concept2words_2(X,divide)
& concept2words_2(X,'animal cell division')
& concept2words_2(X,'animal-cell-division')
& cell_division_1(X)
& spatial_entity_1(fn_animal_cell_division_1(X))
& cell_signaling_1(fn_animal_cell_division_2(X))
& centriole_1(fn_animal_cell_division_4(X))
& centriole_1(fn_animal_cell_division_5(X))
& centriole_1(fn_animal_cell_division_6(X))
& replication_1(fn_animal_cell_division_7(X))
& animal_cell_1(fn_animal_cell_division_8(X))
& cell_1(fn_animal_cell_division_9(X))
& animal_cell_1(fn_animal_cell_division_9(X))
& surface_1(fn_animal_cell_division_10(X))
& surface_1(fn_animal_cell_55(fn_animal_cell_division_9(X)))
& object_2(fn_animal_cell_division_7(X),fn_animal_cell_division_6(X))
& result_2(fn_animal_cell_division_7(X),fn_animal_cell_division_5(X))
& result_2(fn_animal_cell_division_7(X),fn_animal_cell_division_4(X))
& enables_2(fn_animal_cell_division_7(X),X)
& causes_2(fn_animal_cell_division_2(X),X)
& agent_2(X,fn_animal_cell_division_1(X))
& is_at_2(fn_animal_cell_division_1(X),fn_animal_cell_division_10(X))
& object_2(X,fn_animal_cell_division_9(X))
& result_2(X,fn_animal_cell_division_8(X))
& has_region_2(fn_animal_cell_division_9(X),fn_animal_cell_division_10(X))
& fn_animal_cell_division_9(X) = fn_cell_division_3(X)
& fn_animal_cell_division_8(X) = fn_cell_division_2(X)
& fn_animal_cell_division_10(X) = fn_animal_cell_55(fn_animal_cell_division_9(X)) ) ) ).
fof(a527474,axiom,
! [X,X1] :
( ( object_2(X,X1)
& cell_growth_1(X)
& animal_cell_1(X1) )
=> ( animal_cell_growth_1(X)
& fn_animal_cell_growth_3(X) = X1 ) ) ).
fof(a527475,axiom,
! [X] :
( animal_cell_growth_1(X)
=> ( original_name_2(X,'Animal-Cell-Growth')
& user_description_2(X,'Cell growth in animals triggered by a growth factor at the surface of an animal cell.')
& concept2words_2(X,'cell growth in animals')
& concept2words_2(X,grow)
& concept2words_2(X,'animal cell growth')
& concept2words_2(X,'animal-cell-growth')
& cell_growth_1(X)
& entity_1(fn_animal_cell_growth_1(X))
& animal_cell_1(fn_animal_cell_growth_3(X))
& agent_2(X,fn_animal_cell_growth_1(X))
& object_2(X,fn_animal_cell_growth_3(X))
& fn_animal_cell_growth_3(X) = fn_cell_growth_2(X) ) ) ).
fof(a527476,axiom,
! [X] :
( animal_cell_inside_hypertonic_solution_1(X)
=> ( original_name_2(X,'Animal-Cell-Inside-Hypertonic-Solution')
& user_description_2(X,'A hypertonic solution is a solution having a greater solute concentration than the cytosol. It contains a greater concentration of impermeable solutes on the external side of the membrane. When a cell cytoplasm is bathed in a hypertonic solution the water will be drawn into the solution and out of the cell by osmosis. If water molecules continue to diffuse out of the cell, it will cause the cell to shrink, or crenate.')
& concept2words_2(X,'animal cell inside hypertonic solution')
& concept2words_2(X,'animal-cell-inside-hypertonic-solution')
& animal_cell_1(X)
& cell_without_cell_wall_inside_hypertonic_solution_1(X) ) ) ).
fof(a527477,axiom,
! [X,X1] :
( ( is_inside_2(X,X1)
& cell_without_cell_wall_inside_hypotonic_solution_1(X)
& animal_cell_1(X)
& hypotonic_solution_1(X1) )
=> ( animal_cell_inside_hypotonic_solution_1(X)
& fn_animal_cell_inside_hypotonic_solution_2(X) = X1 ) ) ).
fof(a527478,axiom,
! [X] :
( animal_cell_inside_hypotonic_solution_1(X)
=> ( original_name_2(X,'Animal-Cell-Inside-Hypotonic-Solution')
& user_description_2(X,'An animal cell contained in a solution that has a lower concentration of solute than the cytoplasm of the cell.')
& concept2words_2(X,'animal cell inside hypotonic solution')
& concept2words_2(X,'animal-cell-inside-hypotonic-solution')
& animal_cell_1(X)
& cell_without_cell_wall_inside_hypotonic_solution_1(X)
& hypotonic_solution_1(fn_animal_cell_inside_hypotonic_solution_2(X))
& is_inside_2(X,fn_animal_cell_inside_hypotonic_solution_2(X))
& is_outside_2(fn_animal_cell_inside_hypotonic_solution_2(X),X)
& fn_animal_cell_inside_hypotonic_solution_2(X) = fn_cell_without_cell_wall_inside_hypotonic_solution_30(X) ) ) ).
fof(a527479,axiom,
! [X] :
( animal_cell_inside_isotonic_solution_1(X)
=> ( original_name_2(X,'Animal-Cell-Inside-Isotonic-Solution')
& user_description_2(X,'An animal cell contained in a solution where the concentration of solute is equal to that in the cell\'s cytoplasm.')
& concept2words_2(X,'animal cell inside isotonic solution')
& concept2words_2(X,'animal-cell-inside-isotonic-solution')
& cell_without_cell_wall_inside_isotonic_solution_1(X)
& animal_cell_1(X) ) ) ).
fof(a527480,axiom,
! [X] :
( animal_cell_structure_1(X)
=> ( original_name_2(X,'Animal-Cell-Structure')
& user_description_2(X,'A structure at the cellular level found in animal cells')
& concept2words_2(X,'structure of animal cell')
& concept2words_2(X,'structure-of-animal-cell')
& concept2words_2(X,'animal cell structure')
& concept2words_2(X,'animal-cell-structure')
& eukaryotic_cell_structure_1(X) ) ) ).
fof(a527481,axiom,
! [X] :
( animal_development_1(X)
=> ( original_name_2(X,'Animal-Development')
& user_description_2(X,'Animal development includes the processes that lead eventually to the formation of a new animal starting from cells derived from one or more parent individuals.')
& concept2words_2(X,develop)
& concept2words_2(X,'development of animal')
& concept2words_2(X,'animal development')
& concept2words_2(X,'animal-development')
& organismal_development_1(X)
& time_interval_1(fn_animal_development_3(X))
& time_interval_1(fn_animal_development_4(X))
& apoptosis_1(fn_animal_development_5(X))
& unitless_value_1(fn_animal_development_6(X))
& unitless_value_1(fn_animal_development_7(X))
& organ_1(fn_animal_development_8(X))
& gastrulation_1(fn_animal_development_9(X))
& organism_maturation_1(fn_animal_development_10(X))
& adulthood_1(fn_animal_development_11(X))
& pattern_formation_1(fn_animal_development_12(X))
& juvenile_stage_1(fn_animal_development_13(X))
& blastulation_1(fn_animal_development_14(X))
& apoptosis_1(fn_animal_development_15(X))
& embryonic_induction_1(fn_animal_development_16(X))
& animal_1(fn_animal_development_17(X))
& head_1(fn_animal_development_18(X))
& create_1(fn_animal_development_19(X))
& create_1(fn_animal_development_20(X))
& create_1(fn_animal_development_21(X))
& create_1(fn_animal_development_22(X))
& tail_1(fn_animal_development_23(X))
& organismal_region_1(fn_animal_development_24(X))
& organismal_region_1(fn_animal_development_25(X))
& pattern_formation_1(fn_animal_development_26(X))
& create_1(fn_animal_development_27(X))
& tissue_1(fn_animal_development_28(X))
& living_entity_1(fn_animal_development_29(X))
& animal_life_cycle_1(fn_animal_development_30(X))
& embryogenesis_1(fn_animal_development_31(X))
& damaged_cell_1(fn_animal_development_32(X))
& cell_1(fn_animal_development_33(X))
& dead_cell_1(fn_animal_development_34(X))
& cell_1(fn_animal_development_35(X))
& add_1(fn_animal_development_36(X))
& remove_1(fn_animal_development_37(X))
& add_1(fn_animal_development_38(X))
& remove_1(fn_animal_development_39(X))
& eight_cell_embryo_1(fn_animal_development_40(X))
& eight_cell_stage_1(fn_animal_development_41(X))
& entity_1(fn_create_1(fn_animal_development_22(X)))
& entity_1(fn_create_1(fn_animal_development_19(X)))
& entity_1(fn_create_1(fn_animal_development_27(X)))
& spatial_entity_1(fn_remove_1(fn_animal_development_39(X)))
& spatial_entity_1(fn_remove_1(fn_animal_development_37(X)))
& spatial_entity_1(fn_add_1(fn_animal_development_36(X)))
& spatial_entity_1(fn_add_1(fn_animal_development_38(X)))
& entity_1(fn_create_1(fn_animal_development_21(X)))
& cell_differentiation_induction_1(fn_embryogenesis_20(fn_animal_development_31(X)))
& organismal_development_1(fn_life_cycle_2(fn_animal_development_30(X)))
& create_1(fn_pattern_formation_6(fn_animal_development_26(X)))
& embryogenesis_1(fn_eight_cell_stage_2(fn_animal_development_41(X)))
& eight_cell_embryo_1(fn_eight_cell_stage_1(fn_animal_development_41(X)))
& entity_1(fn_create_1(fn_animal_development_20(X)))
& spatial_entity_1(fn_add_2(fn_animal_development_36(X)))
& spatial_entity_1(fn_remove_2(fn_animal_development_37(X)))
& spatial_entity_1(fn_remove_2(fn_animal_development_39(X)))
& spatial_entity_1(fn_add_2(fn_animal_development_38(X)))
& time_before_2(fn_animal_development_3(X),fn_animal_development_4(X))
& importance_2(fn_animal_development_5(X),fn_animal_development_6(X))
& the_scalar_value_2(fn_animal_development_6(X),high_0)
& scalar_unit_class_2(fn_animal_development_6(X),cellular_process_0)
& the_scalar_value_2(fn_animal_development_7(X),high_0)
& scalar_unit_class_2(fn_animal_development_7(X),cellular_process_0)
& has_part_2(fn_animal_development_17(X),fn_animal_development_18(X))
& site_2(fn_animal_development_22(X),fn_animal_development_24(X))
& next_event_2(fn_animal_development_26(X),fn_animal_development_19(X))
& next_event_2(fn_animal_development_26(X),fn_animal_development_22(X))
& subevent_2(fn_animal_development_26(X),fn_animal_development_20(X))
& result_2(fn_animal_development_26(X),fn_animal_development_8(X))
& time_during_2(fn_animal_development_27(X),fn_animal_development_4(X))
& subevent_2(X,fn_animal_development_13(X))
& subevent_2(X,fn_animal_development_11(X))
& subevent_2(X,fn_animal_development_31(X))
& time_during_2(fn_animal_development_31(X),fn_animal_development_3(X))
& subevent_2(fn_animal_development_31(X),fn_animal_development_14(X))
& subevent_2(fn_animal_development_31(X),fn_animal_development_9(X))
& next_event_2(fn_animal_development_31(X),fn_animal_development_26(X))
& next_event_2(fn_animal_development_31(X),fn_animal_development_27(X))
& causes_2(fn_animal_development_10(X),fn_animal_development_39(X))
& subevent_2(fn_animal_development_11(X),fn_animal_development_10(X))
& subevent_2(fn_animal_development_11(X),fn_animal_development_39(X))
& subevent_2(fn_animal_development_11(X),fn_animal_development_38(X))
& subevent_2(fn_animal_development_11(X),fn_animal_development_37(X))
& subevent_2(fn_animal_development_11(X),fn_animal_development_36(X))
& subevent_2(fn_animal_development_11(X),fn_animal_development_15(X))
& next_event_2(fn_animal_development_37(X),fn_animal_development_36(X))
& next_event_2(fn_animal_development_39(X),fn_animal_development_38(X))
& subevent_2(fn_animal_development_13(X),fn_animal_development_12(X))
& next_event_2(fn_animal_development_41(X),fn_animal_development_14(X))
& next_event_2(fn_animal_development_14(X),fn_animal_development_9(X))
& base_2(fn_animal_development_14(X),fn_animal_development_40(X))
& importance_2(fn_animal_development_15(X),fn_animal_development_7(X))
& result_2(fn_animal_development_22(X),fn_animal_development_23(X))
& result_2(fn_animal_development_19(X),fn_animal_development_18(X))
& result_2(fn_animal_development_27(X),fn_animal_development_28(X))
& object_2(fn_animal_development_39(X),fn_animal_development_32(X))
& object_2(fn_animal_development_37(X),fn_animal_development_34(X))
& object_2(fn_animal_development_36(X),fn_animal_development_35(X))
& object_2(fn_animal_development_38(X),fn_animal_development_33(X))
& base_2(fn_animal_development_36(X),fn_animal_development_29(X))
& base_2(fn_animal_development_37(X),fn_animal_development_29(X))
& base_2(fn_animal_development_39(X),fn_animal_development_29(X))
& result_2(fn_animal_development_21(X),fn_animal_development_24(X))
& base_2(fn_animal_development_38(X),fn_animal_development_29(X))
& experiencer_2(X,fn_animal_development_17(X))
& subevent_2(fn_animal_development_31(X),fn_animal_development_16(X))
& subevent_2(fn_animal_development_30(X),X)
& subevent_2(fn_animal_development_26(X),fn_animal_development_21(X))
& subevent_2(fn_animal_development_31(X),fn_animal_development_41(X))
& result_2(fn_animal_development_41(X),fn_animal_development_40(X))
& result_2(fn_animal_development_20(X),fn_animal_development_25(X))
& fn_animal_development_23(X) = fn_create_1(fn_animal_development_22(X))
& fn_animal_development_18(X) = fn_create_1(fn_animal_development_19(X))
& fn_animal_development_28(X) = fn_create_1(fn_animal_development_27(X))
& fn_animal_development_32(X) = fn_remove_1(fn_animal_development_39(X))
& fn_animal_development_34(X) = fn_remove_1(fn_animal_development_37(X))
& fn_animal_development_35(X) = fn_add_1(fn_animal_development_36(X))
& fn_animal_development_33(X) = fn_add_1(fn_animal_development_38(X))
& fn_animal_development_29(X) = fn_add_2(fn_animal_development_36(X))
& fn_animal_development_29(X) = fn_remove_2(fn_animal_development_37(X))
& fn_animal_development_29(X) = fn_remove_2(fn_animal_development_39(X))
& fn_animal_development_24(X) = fn_create_1(fn_animal_development_21(X))
& fn_animal_development_29(X) = fn_add_2(fn_animal_development_38(X))
& fn_animal_development_17(X) = fn_organismal_development_1(X)
& fn_animal_development_16(X) = fn_embryogenesis_20(fn_animal_development_31(X))
& X = fn_life_cycle_2(fn_animal_development_30(X))
& fn_animal_development_21(X) = fn_pattern_formation_6(fn_animal_development_26(X))
& fn_animal_development_31(X) = fn_eight_cell_stage_2(fn_animal_development_41(X))
& fn_animal_development_40(X) = fn_eight_cell_stage_1(fn_animal_development_41(X))
& fn_animal_development_25(X) = fn_create_1(fn_animal_development_20(X))
& fn_add_2(fn_animal_development_36(X)) = fn_remove_2(fn_animal_development_37(X))
& fn_remove_2(fn_animal_development_37(X)) = fn_remove_2(fn_animal_development_39(X))
& fn_remove_2(fn_animal_development_39(X)) = fn_add_2(fn_animal_development_38(X)) ) ) ).
fof(a527482,axiom,
! [X] :
( animal_development_cell_1(X)
=> ( original_name_2(X,'Animal-Development-Cell')
& user_description_2(X,'An animal cell that is involved in the process of development, either into a new organism, or into tissues or organs.')
& concept2words_2(X,'animal development cell')
& concept2words_2(X,'animal-development-cell')
& animal_cell_1(X) ) ) ).
fof(a527483,axiom,
! [X] :
( animal_embryo_1(X)
=> ( original_name_2(X,'Animal-Embryo')
& user_description_2(X,'The early developmental stage of an animal while it is in the egg or within the uterus of the mother is called an animal embryo.')
& concept2words_2(X,'embryo of animal')
& concept2words_2(X,'animal embryo')
& concept2words_2(X,'animal-embryo')
& embryo_1(X)
& ~ abnormal_cloned_embryo_1(X)
& ~ cloned_embryo_1(X)
& ~ early_embryo_1(X)
& ~ eight_cell_embryo_1(X)
& ~ embryoid_1(X)
& ~ plant_embryo_1(X)
& ~ segmented_embryo_1(X)
& ~ two_cell_embryo_1(X)
& exchange_1(fn_animal_embryo_1(X))
& interpret_1(fn_animal_embryo_2(X))
& convey_1(fn_animal_embryo_3(X))
& communicate_1(fn_animal_embryo_4(X))
& facilitated_diffusion_of_polar_molecule_1(fn_animal_embryo_5(X))
& membrane_1(fn_animal_embryo_6(X))
& spatial_entity_1(fn_animal_embryo_6(X))
& biomembrane_1(fn_animal_embryo_6(X))
& plasma_membrane_1(fn_animal_embryo_6(X))
& animal_cell_1(fn_animal_embryo_7(X))
& gap_junction_1(fn_animal_embryo_8(X))
& tangible_entity_1(fn_animal_embryo_9(X))
& eukaryotic_cell_1(fn_animal_embryo_9(X))
& animal_cell_1(fn_animal_embryo_9(X))
& cell_1(fn_animal_embryo_9(X))
& animal_cell_1(fn_gap_junction_9(fn_animal_embryo_8(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_animal_embryo_5(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_animal_embryo_5(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_animal_embryo_5(X)))
& plasma_membrane_1(fn_cell_30(fn_animal_embryo_9(X)))
& tangible_entity_1(fn_convey_1(fn_animal_embryo_3(X)))
& tangible_entity_1(fn_interpret_2(fn_animal_embryo_2(X)))
& tangible_entity_1(fn_communicate_1(fn_animal_embryo_4(X)))
& animal_cell_1(fn_gap_junction_10(fn_animal_embryo_8(X)))
& has_function_2(fn_animal_embryo_8(X),fn_animal_embryo_1(X))
& has_function_2(fn_animal_embryo_8(X),fn_animal_embryo_4(X))
& base_2(fn_animal_embryo_1(X),fn_animal_embryo_7(X))
& agent_2(fn_animal_embryo_1(X),fn_animal_embryo_9(X))
& instrument_2(fn_animal_embryo_4(X),fn_animal_embryo_8(X))
& subevent_2(fn_animal_embryo_4(X),fn_animal_embryo_3(X))
& subevent_2(fn_animal_embryo_4(X),fn_animal_embryo_2(X))
& next_event_2(fn_animal_embryo_3(X),fn_animal_embryo_2(X))
& recipient_2(fn_animal_embryo_3(X),fn_animal_embryo_9(X))
& agent_2(fn_animal_embryo_2(X),fn_animal_embryo_9(X))
& recipient_2(fn_animal_embryo_4(X),fn_animal_embryo_9(X))
& has_part_2(X,fn_animal_embryo_9(X))
& path_2(fn_animal_embryo_5(X),fn_animal_embryo_6(X))
& is_between_2(fn_animal_embryo_8(X),fn_animal_embryo_7(X))
& is_between_2(fn_animal_embryo_8(X),fn_animal_embryo_9(X))
& fn_animal_embryo_7(X) != fn_animal_embryo_9(X)
& fn_animal_embryo_9(X) != fn_animal_embryo_7(X)
& abuts_2(fn_animal_embryo_7(X),fn_animal_embryo_9(X))
& abuts_2(fn_animal_embryo_9(X),fn_animal_embryo_7(X))
& has_part_2(fn_animal_embryo_9(X),fn_animal_embryo_6(X))
& fn_animal_embryo_9(X) = fn_convey_1(fn_animal_embryo_3(X))
& fn_animal_embryo_9(X) = fn_interpret_2(fn_animal_embryo_2(X))
& fn_animal_embryo_9(X) = fn_communicate_1(fn_animal_embryo_4(X))
& fn_animal_embryo_9(X) = fn_embryo_1(X)
& fn_animal_embryo_6(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_animal_embryo_5(X))
& fn_animal_embryo_7(X) = fn_gap_junction_9(fn_animal_embryo_8(X))
& fn_animal_embryo_9(X) = fn_gap_junction_10(fn_animal_embryo_8(X))
& fn_animal_embryo_6(X) = fn_cell_30(fn_animal_embryo_9(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_animal_embryo_5(X)) = fn_cell_30(fn_animal_embryo_9(X))
& fn_cell_30(fn_animal_embryo_9(X)) = fn_convey_1(fn_animal_embryo_3(X))
& fn_convey_1(fn_animal_embryo_3(X)) = fn_interpret_2(fn_animal_embryo_2(X))
& fn_interpret_2(fn_animal_embryo_2(X)) = fn_interpret_2(fn_animal_embryo_2(X))
& fn_interpret_2(fn_animal_embryo_2(X)) = fn_communicate_1(fn_animal_embryo_4(X))
& fn_communicate_1(fn_animal_embryo_4(X)) = fn_communicate_1(fn_animal_embryo_4(X))
& fn_communicate_1(fn_animal_embryo_4(X)) = fn_embryo_1(X)
& fn_embryo_1(X) = fn_embryo_1(X)
& fn_embryo_1(X) = fn_gap_junction_10(fn_animal_embryo_8(X))
& fn_gap_junction_10(fn_animal_embryo_8(X)) = fn_gap_junction_10(fn_animal_embryo_8(X)) ) ) ).
fof(a527484,axiom,
! [X] :
( animal_fertilization_1(X)
=> ( original_name_2(X,'Animal-Fertilization')
& user_description_2(X,'The union of haploid gametes to produce a diploid zygote in animals.')
& concept2words_2(X,fertilize)
& concept2words_2(X,'fertilization of animal')
& concept2words_2(X,'animal fertilization')
& concept2words_2(X,'animal-fertilization')
& fertilization_1(X) ) ) ).
fof(a527485,axiom,
! [X] :
( animal_growth_1(X)
=> ( original_name_2(X,'Animal-Growth')
& user_description_2(X,'Series of events, including cell division, which result in the growth of an animal\'s body.')
& concept2words_2(X,'growth of animal')
& concept2words_2(X,'animal growth')
& concept2words_2(X,'animal-growth')
& macrophysiological_process_1(X)
& unitless_value_1(fn_animal_growth_1(X))
& rate_value_1(fn_animal_growth_2(X))
& cell_division_1(fn_animal_growth_5(X))
& cell_1(fn_animal_growth_6(X))
& animal_cell_1(fn_animal_growth_6(X))
& animal_1(fn_animal_growth_7(X))
& cell_1(fn_cell_division_3(fn_animal_growth_5(X)))
& animal_cell_1(fn_animal_21(fn_animal_growth_7(X)))
& base_2(fn_animal_growth_5(X),fn_animal_growth_6(X))
& rate_2(fn_animal_growth_5(X),fn_animal_growth_2(X))
& importance_2(fn_animal_growth_5(X),fn_animal_growth_1(X))
& subevent_2(X,fn_animal_growth_5(X))
& experiencer_2(X,fn_animal_growth_7(X))
& the_scalar_value_2(fn_animal_growth_1(X),important_0)
& scalar_unit_class_2(fn_animal_growth_1(X),cell_cycle_process_0)
& object_2(fn_animal_growth_5(X),fn_animal_growth_6(X))
& has_part_2(fn_animal_growth_7(X),fn_animal_growth_6(X))
& fn_animal_growth_6(X) = fn_cell_division_3(fn_animal_growth_5(X))
& fn_animal_growth_6(X) = fn_animal_21(fn_animal_growth_7(X))
& fn_cell_division_3(fn_animal_growth_5(X)) = fn_animal_21(fn_animal_growth_7(X)) ) ) ).
fof(a527486,axiom,
! [X] :
( animal_husbandry_1(X)
=> ( original_name_2(X,'Animal-Husbandry')
& user_description_2(X,'An agricultural process involving the breeding and care of animal livestock.')
& concept2words_2(X,'husbandry of animal')
& concept2words_2(X,'animal husbandry')
& concept2words_2(X,'animal-husbandry')
& agricultural_process_1(X)
& ~ crop_rotation_1(X)
& ~ hydroponic_culture_1(X)
& ~ irrigation_1(X)
& ~ logging_1(X)
& ~ monoculture_1(X)
& ~ no_till_agriculture_1(X)
& ~ sustainable_agriculture_1(X)
& ~ vernalization_1(X) ) ) ).
fof(a527487,axiom,
! [X,X1] :
( ( object_2(X,X1)
& life_cycle_1(X)
& animal_1(X1) )
=> ( animal_life_cycle_1(X)
& fn_animal_life_cycle_11(X) = X1 ) ) ).
fof(a527488,axiom,
! [X] :
( animal_life_cycle_1(X)
=> ( original_name_2(X,'Animal-Life-Cycle')
& user_description_2(X,'The sequence of developmental stages an animal undergoes from one generation to the next beginning with the fusion of male and female gametes, then growth to reproductive maturity, and finally the animal\'s production of gametes. The cycle begins again at this point, assuming the gametes are fertilized.')
& concept2words_2(X,'undergo the animal life cycle')
& concept2words_2(X,'animal life cycle')
& concept2words_2(X,'animal-life-cycle')
& life_cycle_1(X)
& ~ determinate_growth_1(X)
& ~ fungal_life_cycle_1(X)
& ~ gastrulation_1(X)
& ~ iteroparity_1(X)
& ~ life_history_1(X)
& ~ morphogenesis_1(X)
& ~ muscle_cell_determination_1(X)
& ~ plant_life_cycle_1(X)
& ~ sexual_life_cycle_1(X)
& ~ skeletal_muscle_cell_differentiation_1(X)
& sperm_cell_1(fn_animal_life_cycle_1(X))
& cell_differentiation_1(fn_animal_life_cycle_2(X))
& sexual_intercourse_1(fn_animal_life_cycle_3(X))
& meiosis_1(fn_animal_life_cycle_4(X))
& ovary_1(fn_animal_life_cycle_5(X))
& testes_1(fn_animal_life_cycle_6(X))
& animal_development_1(fn_animal_life_cycle_8(X))
& adulthood_1(fn_animal_life_cycle_9(X))
& tangible_entity_1(fn_animal_life_cycle_10(X))
& zygote_1(fn_animal_life_cycle_10(X))
& animal_1(fn_animal_life_cycle_11(X))
& fertilization_1(fn_animal_life_cycle_12(X))
& mitosis_1(fn_animal_life_cycle_13(X))
& spatial_entity_1(fn_animal_life_cycle_14(X))
& cell_1(fn_animal_life_cycle_14(X))
& diploid_cell_1(fn_animal_life_cycle_14(X))
& create_1(fn_animal_life_cycle_15(X))
& meiosis_1(fn_animal_life_cycle_16(X))
& entity_1(fn_create_1(fn_animal_life_cycle_15(X)))
& animal_life_cycle_1(fn_animal_development_30(fn_animal_life_cycle_8(X)))
& adulthood_1(fn_animal_development_11(fn_animal_life_cycle_8(X)))
& tangible_entity_1(fn_impair_1(fn_animal_life_cycle_13(X)))
& zygote_1(fn_fertilization_1(fn_animal_life_cycle_12(X)))
& spatial_entity_1(fn_add_2(fn_animal_life_cycle_12(X)))
& cell_1(fn_cell_division_2(fn_animal_life_cycle_16(X)))
& diploid_cell_1(fn_meiosis_17(fn_animal_life_cycle_16(X)))
& subevent_2(fn_animal_life_cycle_9(X),fn_animal_life_cycle_2(X))
& object_2(X,fn_animal_life_cycle_11(X))
& subevent_2(X,fn_animal_life_cycle_16(X))
& subevent_2(X,fn_animal_life_cycle_12(X))
& subevent_2(X,fn_animal_life_cycle_15(X))
& minCardinality(X,subevent_0,"1",mitosis_0)
& exactCardinality(X,subevent_0,"1",meiosis_0)
& first_subevent_2(X,fn_animal_life_cycle_16(X))
& base_2(fn_animal_life_cycle_12(X),fn_animal_life_cycle_1(X))
& next_event_2(fn_animal_life_cycle_12(X),fn_animal_life_cycle_15(X))
& by_means_of_2(fn_animal_life_cycle_12(X),fn_animal_life_cycle_3(X))
& result_2(fn_animal_life_cycle_13(X),fn_animal_life_cycle_11(X))
& next_event_2(fn_animal_life_cycle_4(X),fn_animal_life_cycle_12(X))
& site_2(fn_animal_life_cycle_4(X),fn_animal_life_cycle_5(X))
& raw_material_2(fn_animal_life_cycle_15(X),fn_animal_life_cycle_10(X))
& subevent_2(fn_animal_life_cycle_15(X),fn_animal_life_cycle_13(X))
& next_event_2(fn_animal_life_cycle_16(X),fn_animal_life_cycle_12(X))
& site_2(fn_animal_life_cycle_16(X),fn_animal_life_cycle_6(X))
& object_2(fn_animal_life_cycle_13(X),fn_animal_life_cycle_10(X))
& result_2(fn_animal_life_cycle_15(X),fn_animal_life_cycle_11(X))
& base_2(fn_animal_life_cycle_12(X),fn_animal_life_cycle_14(X))
& result_2(fn_animal_life_cycle_16(X),fn_animal_life_cycle_14(X))
& result_2(fn_animal_life_cycle_12(X),fn_animal_life_cycle_10(X))
& subevent_2(X,fn_animal_life_cycle_8(X))
& subevent_2(fn_animal_life_cycle_8(X),fn_animal_life_cycle_9(X))
& object_2(fn_animal_life_cycle_16(X),fn_animal_life_cycle_14(X))
& fn_animal_life_cycle_10(X) = fn_impair_1(fn_animal_life_cycle_13(X))
& fn_animal_life_cycle_11(X) = fn_create_1(fn_animal_life_cycle_15(X))
& fn_animal_life_cycle_14(X) = fn_add_2(fn_animal_life_cycle_12(X))
& fn_animal_life_cycle_14(X) = fn_cell_division_2(fn_animal_life_cycle_16(X))
& fn_animal_life_cycle_10(X) = fn_fertilization_1(fn_animal_life_cycle_12(X))
& X = fn_animal_development_30(fn_animal_life_cycle_8(X))
& fn_animal_life_cycle_9(X) = fn_animal_development_11(fn_animal_life_cycle_8(X))
& fn_animal_life_cycle_14(X) = fn_meiosis_17(fn_animal_life_cycle_16(X))
& fn_impair_1(fn_animal_life_cycle_13(X)) = fn_fertilization_1(fn_animal_life_cycle_12(X))
& fn_fertilization_1(fn_animal_life_cycle_12(X)) = fn_add_2(fn_animal_life_cycle_12(X))
& fn_add_2(fn_animal_life_cycle_12(X)) = fn_cell_division_2(fn_animal_life_cycle_16(X))
& fn_cell_division_2(fn_animal_life_cycle_16(X)) = fn_cell_division_2(fn_animal_life_cycle_16(X))
& fn_cell_division_2(fn_animal_life_cycle_16(X)) = fn_meiosis_17(fn_animal_life_cycle_16(X)) ) ) ).
fof(a527489,axiom,
! [X] :
( animal_meiotic_cycle_1(X)
=> ( original_name_2(X,'Animal-Meiotic-Cycle')
& user_description_2(X,'An ordered sequence of events in which a parent sex cell divides to make 4 daughter cells which are gametes. The cell cycle includes interphase followed by meoisis (inclusive of cytokinesis).')
& concept2words_2(X,'undergo the meiotic cell cycle')
& concept2words_2(X,'animal meiotic cycle')
& concept2words_2(X,'animal-meiotic-cycle')
& meiotic_cell_cycle_1(X)
& animal_1(fn_animal_meiotic_cycle_1(X))
& animal_cell_1(fn_animal_meiotic_cycle_2(X))
& base_2(X,fn_animal_meiotic_cycle_2(X))
& object_2(X,fn_animal_meiotic_cycle_2(X))
& experiencer_2(X,fn_animal_meiotic_cycle_1(X))
& fn_animal_meiotic_cycle_1(X) = fn_eukaryotic_cell_cycle_1(X)
& fn_animal_meiotic_cycle_2(X) = fn_eukaryotic_cell_cycle_3(X) ) ) ).
fof(a527490,axiom,
! [X] :
( animal_mitotic_cycle_1(X)
=> ( original_name_2(X,'Animal-Mitotic-Cycle')
& user_description_2(X,'An ordered sequence of events in which a parent somatic cell is divided to produce two somatic daughter cells. The eukaryotic cell cycle is composed of interphase (including G1, S, and G2 subphases) and M phase (including mitosis and cytokinesis).')
& concept2words_2(X,'undergo the mitotic cell cycle')
& concept2words_2(X,'animal mitotic cycle')
& concept2words_2(X,'animal-mitotic-cycle')
& mitotic_cell_cycle_1(X)
& animal_cell_1(fn_animal_mitotic_cycle_1(X))
& animal_cell_1(fn_animal_mitotic_cycle_2(X))
& animal_cell_1(fn_animal_mitotic_cycle_3(X))
& protein_1(fn_animal_mitotic_cycle_4(X))
& centriole_1(fn_animal_mitotic_cycle_5(X))
& center_1(fn_animal_mitotic_cycle_6(X))
& trimer_1(fn_animal_mitotic_cycle_7(X))
& microtubule_1(fn_animal_mitotic_cycle_8(X))
& attach_1(fn_animal_mitotic_cycle_9(X))
& tangible_entity_1(fn_animal_mitotic_cycle_10(X))
& nucleus_1(fn_animal_mitotic_cycle_10(X))
& eukaryotic_chromosome_1(fn_animal_mitotic_cycle_13(X))
& chromosome_1(fn_animal_mitotic_cycle_13(X))
& quantity_value_1(fn_animal_mitotic_cycle_14(X))
& quantity_value_1(fn_animal_mitotic_cycle_15(X))
& tangible_entity_1(fn_animal_mitotic_cycle_16(X))
& centrosome_1(fn_animal_mitotic_cycle_16(X))
& copy_1(fn_animal_mitotic_cycle_17(X))
& centrosome_1(fn_animal_mitotic_cycle_18(X))
& animal_cell_1(fn_animal_mitotic_cycle_19(X))
& animal_1(fn_animal_mitotic_cycle_20(X))
& animal_cell_1(fn_animal_mitotic_cycle_21(X))
& homologous_chromosome_1(fn_animal_mitotic_cycle_22(X))
& animal_cell_1(fn_animal_mitotic_cycle_23(X))
& diploid_chromosome_1(fn_animal_mitotic_cycle_24(X))
& animal_cell_1(fn_animal_mitotic_cycle_25(X))
& eukaryotic_cell_1(fn_animal_mitotic_cycle_26(X))
& cell_1(fn_animal_mitotic_cycle_26(X))
& animal_cell_1(fn_animal_mitotic_cycle_26(X))
& interphase_1(fn_animal_mitotic_cycle_27(X))
& entity_1(fn_create_1(fn_animal_mitotic_cycle_17(X)))
& eukaryotic_chromosome_1(fn_animal_cell_52(fn_animal_mitotic_cycle_25(X)))
& chromosome_1(fn_animal_cell_52(fn_animal_mitotic_cycle_25(X)))
& centriole_1(fn_animal_cell_66(fn_animal_mitotic_cycle_26(X)))
& center_1(fn_animal_cell_67(fn_animal_mitotic_cycle_26(X)))
& tangible_entity_1(fn_animal_cell_78(fn_animal_mitotic_cycle_26(X)))
& nucleus_1(fn_animal_cell_78(fn_animal_mitotic_cycle_26(X)))
& protein_1(fn_centriole_7(fn_animal_mitotic_cycle_5(X)))
& attach_1(fn_centriole_10(fn_animal_mitotic_cycle_5(X)))
& tangible_entity_1(fn_copy_1(fn_animal_mitotic_cycle_17(X)))
& centrosome_1(fn_animal_cell_74(fn_animal_mitotic_cycle_26(X)))
& centrosome_1(fn_centriole_6(fn_animal_mitotic_cycle_5(X)))
& microtubule_1(fn_centriole_9(fn_animal_mitotic_cycle_5(X)))
& microtubule_1(fn_centriole_11(fn_animal_mitotic_cycle_5(X)))
& trimer_1(fn_centriole_2(fn_animal_mitotic_cycle_5(X)))
& trimer_1(fn_centriole_8(fn_animal_mitotic_cycle_5(X)))
& result_2(X,fn_animal_mitotic_cycle_19(X))
& fn_animal_mitotic_cycle_16(X) != fn_animal_mitotic_cycle_18(X)
& exactCardinality(fn_animal_mitotic_cycle_17(X),result_0,"2",centrosome_0)
& fn_animal_mitotic_cycle_18(X) != fn_animal_mitotic_cycle_16(X)
& fn_animal_mitotic_cycle_19(X) != fn_animal_mitotic_cycle_25(X)
& fn_animal_mitotic_cycle_19(X) != fn_animal_mitotic_cycle_23(X)
& has_state_2(fn_animal_mitotic_cycle_21(X),fn_animal_mitotic_cycle_1(X))
& has_state_2(fn_animal_mitotic_cycle_21(X),fn_animal_mitotic_cycle_2(X))
& fn_animal_mitotic_cycle_22(X) != fn_animal_mitotic_cycle_24(X)
& fn_animal_mitotic_cycle_23(X) != fn_animal_mitotic_cycle_19(X)
& has_state_2(fn_animal_mitotic_cycle_2(X),fn_animal_mitotic_cycle_1(X))
& fn_animal_mitotic_cycle_24(X) != fn_animal_mitotic_cycle_22(X)
& fn_animal_mitotic_cycle_25(X) != fn_animal_mitotic_cycle_19(X)
& has_state_2(fn_animal_mitotic_cycle_1(X),fn_animal_mitotic_cycle_26(X))
& has_state_2(fn_animal_mitotic_cycle_26(X),fn_animal_mitotic_cycle_3(X))
& has_state_2(fn_animal_mitotic_cycle_26(X),fn_animal_mitotic_cycle_25(X))
& result_2(fn_animal_mitotic_cycle_17(X),fn_animal_mitotic_cycle_18(X))
& object_2(fn_animal_mitotic_cycle_17(X),fn_animal_mitotic_cycle_16(X))
& experiencer_2(X,fn_animal_mitotic_cycle_20(X))
& has_part_2(fn_animal_mitotic_cycle_25(X),fn_animal_mitotic_cycle_24(X))
& object_2(X,fn_animal_mitotic_cycle_21(X))
& has_state_2(fn_animal_mitotic_cycle_21(X),fn_animal_mitotic_cycle_26(X))
& result_2(fn_animal_mitotic_cycle_27(X),fn_animal_mitotic_cycle_26(X))
& base_2(fn_animal_mitotic_cycle_27(X),fn_animal_mitotic_cycle_21(X))
& base_2(X,fn_animal_mitotic_cycle_21(X))
& quantity_2(fn_animal_mitotic_cycle_22(X),fn_animal_mitotic_cycle_15(X))
& fn_animal_mitotic_cycle_15(X) = fn_animal_mitotic_cycle_14(X)
& fn_animal_mitotic_cycle_14(X) = fn_animal_mitotic_cycle_15(X)
& result_2(X,fn_animal_mitotic_cycle_23(X))
& fn_animal_mitotic_cycle_23(X) != fn_animal_mitotic_cycle_3(X)
& fn_animal_mitotic_cycle_3(X) != fn_animal_mitotic_cycle_19(X)
& has_part_2(fn_animal_mitotic_cycle_19(X),fn_animal_mitotic_cycle_13(X))
& quantity_2(fn_animal_mitotic_cycle_13(X),fn_animal_mitotic_cycle_14(X))
& fn_animal_mitotic_cycle_3(X) != fn_animal_mitotic_cycle_23(X)
& fn_animal_mitotic_cycle_19(X) != fn_animal_mitotic_cycle_3(X)
& subevent_2(X,fn_animal_mitotic_cycle_27(X))
& first_subevent_2(X,fn_animal_mitotic_cycle_27(X))
& has_part_2(fn_animal_mitotic_cycle_26(X),fn_animal_mitotic_cycle_10(X))
& is_near_2(fn_animal_mitotic_cycle_10(X),fn_animal_mitotic_cycle_16(X))
& has_region_2(fn_animal_mitotic_cycle_16(X),fn_animal_mitotic_cycle_6(X))
& is_at_2(fn_animal_mitotic_cycle_5(X),fn_animal_mitotic_cycle_6(X))
& is_near_2(fn_animal_mitotic_cycle_16(X),fn_animal_mitotic_cycle_10(X))
& has_part_2(fn_animal_mitotic_cycle_16(X),fn_animal_mitotic_cycle_5(X))
& has_part_2(fn_animal_mitotic_cycle_16(X),fn_animal_mitotic_cycle_4(X))
& has_part_2(fn_animal_mitotic_cycle_5(X),fn_animal_mitotic_cycle_7(X))
& has_part_2(fn_animal_mitotic_cycle_7(X),fn_animal_mitotic_cycle_8(X))
& base_2(fn_animal_mitotic_cycle_9(X),fn_animal_mitotic_cycle_8(X))
& agent_2(fn_animal_mitotic_cycle_9(X),fn_animal_mitotic_cycle_4(X))
& has_function_2(fn_animal_mitotic_cycle_4(X),fn_animal_mitotic_cycle_9(X))
& fn_animal_mitotic_cycle_18(X) = fn_create_1(fn_animal_mitotic_cycle_17(X))
& fn_animal_mitotic_cycle_16(X) = fn_copy_1(fn_animal_mitotic_cycle_17(X))
& fn_animal_mitotic_cycle_20(X) = fn_eukaryotic_cell_cycle_1(X)
& fn_animal_mitotic_cycle_24(X) = fn_animal_cell_52(fn_animal_mitotic_cycle_25(X))
& fn_animal_mitotic_cycle_26(X) = fn_mitotic_cell_cycle_31(X)
& fn_animal_mitotic_cycle_21(X) = fn_mitotic_cell_cycle_28(X)
& fn_animal_mitotic_cycle_11(X) = fn_mitotic_cell_cycle_2(X)
& fn_animal_mitotic_cycle_22(X) = fn_mitotic_cell_cycle_5(X)
& fn_animal_mitotic_cycle_12(X) = fn_mitotic_cell_cycle_1(X)
& fn_animal_mitotic_cycle_15(X) = fn_mitotic_cell_cycle_3(X)
& fn_animal_mitotic_cycle_14(X) = fn_mitotic_cell_cycle_4(X)
& fn_animal_mitotic_cycle_13(X) = fn_mitotic_cell_cycle_18(X)
& fn_animal_mitotic_cycle_13(X) = fn_mitotic_cell_cycle_53(X)
& fn_animal_mitotic_cycle_19(X) = fn_mitotic_cell_cycle_26(X)
& fn_animal_mitotic_cycle_19(X) = fn_mitotic_cell_cycle_51(X)
& fn_animal_mitotic_cycle_3(X) = fn_mitotic_cell_cycle_51(X)
& fn_animal_mitotic_cycle_3(X) = fn_mitotic_cell_cycle_11(X)
& fn_animal_mitotic_cycle_23(X) = fn_mitotic_cell_cycle_26(X)
& fn_animal_mitotic_cycle_23(X) = fn_mitotic_cell_cycle_51(X)
& fn_animal_mitotic_cycle_27(X) = fn_mitotic_cell_cycle_50(X)
& fn_animal_mitotic_cycle_5(X) = fn_animal_cell_66(fn_animal_mitotic_cycle_26(X))
& fn_animal_mitotic_cycle_6(X) = fn_animal_cell_67(fn_animal_mitotic_cycle_26(X))
& fn_animal_mitotic_cycle_16(X) = fn_animal_cell_74(fn_animal_mitotic_cycle_26(X))
& fn_animal_mitotic_cycle_10(X) = fn_animal_cell_78(fn_animal_mitotic_cycle_26(X))
& fn_animal_mitotic_cycle_16(X) = fn_centriole_6(fn_animal_mitotic_cycle_5(X))
& fn_animal_mitotic_cycle_4(X) = fn_centriole_7(fn_animal_mitotic_cycle_5(X))
& fn_animal_mitotic_cycle_9(X) = fn_centriole_10(fn_animal_mitotic_cycle_5(X))
& fn_animal_mitotic_cycle_8(X) = fn_centriole_9(fn_animal_mitotic_cycle_5(X))
& fn_animal_mitotic_cycle_8(X) = fn_centriole_11(fn_animal_mitotic_cycle_5(X))
& fn_animal_mitotic_cycle_7(X) = fn_centriole_2(fn_animal_mitotic_cycle_5(X))
& fn_animal_mitotic_cycle_7(X) = fn_centriole_8(fn_animal_mitotic_cycle_5(X))
& fn_mitotic_cell_cycle_53(X) = fn_mitotic_cell_cycle_18(X)
& fn_mitotic_cell_cycle_18(X) = fn_mitotic_cell_cycle_53(X)
& fn_mitotic_cell_cycle_53(X) = fn_mitotic_cell_cycle_26(X)
& fn_mitotic_cell_cycle_51(X) = fn_mitotic_cell_cycle_51(X)
& fn_mitotic_cell_cycle_11(X) = fn_mitotic_cell_cycle_51(X)
& fn_mitotic_cell_cycle_51(X) = fn_mitotic_cell_cycle_11(X)
& fn_mitotic_cell_cycle_11(X) = fn_mitotic_cell_cycle_26(X)
& fn_mitotic_cell_cycle_51(X) = fn_mitotic_cell_cycle_26(X)
& fn_mitotic_cell_cycle_26(X) = fn_mitotic_cell_cycle_51(X)
& fn_mitotic_cell_cycle_51(X) = fn_copy_1(fn_animal_mitotic_cycle_17(X))
& fn_copy_1(fn_animal_mitotic_cycle_17(X)) = fn_animal_cell_74(fn_animal_mitotic_cycle_26(X))
& fn_animal_cell_74(fn_animal_mitotic_cycle_26(X)) = fn_animal_cell_74(fn_animal_mitotic_cycle_26(X))
& fn_animal_cell_74(fn_animal_mitotic_cycle_26(X)) = fn_centriole_6(fn_animal_mitotic_cycle_5(X))
& fn_centriole_6(fn_animal_mitotic_cycle_5(X)) = fn_centriole_6(fn_animal_mitotic_cycle_5(X))
& fn_centriole_6(fn_animal_mitotic_cycle_5(X)) = fn_centriole_11(fn_animal_mitotic_cycle_5(X))
& fn_centriole_11(fn_animal_mitotic_cycle_5(X)) = fn_centriole_9(fn_animal_mitotic_cycle_5(X))
& fn_centriole_9(fn_animal_mitotic_cycle_5(X)) = fn_centriole_11(fn_animal_mitotic_cycle_5(X))
& fn_centriole_11(fn_animal_mitotic_cycle_5(X)) = fn_centriole_2(fn_animal_mitotic_cycle_5(X))
& fn_centriole_8(fn_animal_mitotic_cycle_5(X)) = fn_centriole_2(fn_animal_mitotic_cycle_5(X))
& fn_centriole_2(fn_animal_mitotic_cycle_5(X)) = fn_centriole_8(fn_animal_mitotic_cycle_5(X)) ) ) ).
fof(a527491,axiom,
! [X] :
( animal_mitotic_spindle_1(X)
=> ( original_name_2(X,'Animal-Mitotic-Spindle')
& user_description_2(X,'Spindle shaped structure which is responsible for the separation and segregation of the chromosomes during mitosis in animal cells.')
& concept2words_2(X,'animal mitotic spindle')
& concept2words_2(X,'animal-mitotic-spindle')
& mitotic_spindle_1(X)
& aster_1(fn_animal_mitotic_spindle_1(X))
& element_2(X,fn_animal_mitotic_spindle_1(X)) ) ) ).
fof(a527492,axiom,
! [X] :
( animal_nutritional_requirement_1(X)
=> ( original_name_2(X,'Animal-Nutritional-Requirement')
& user_description_2(X,'Chemicals and elements found in food that are needed by animals in order to sustain healthy life')
& concept2words_2(X,'animal nutritional requirement')
& concept2words_2(X,'animal-nutritional-requirement')
& nutritional_requirement_1(X)
& charge_value_1(fn_animal_nutritional_requirement_3(X))
& nutrition_1(fn_animal_nutritional_requirement_4(X))
& nutritional_requirement_1(fn_animal_nutritional_requirement_5(X))
& animal_1(fn_animal_nutritional_requirement_6(X))
& charge_value_1(fn_animal_nutritional_requirement_7(X))
& mineral_1(fn_animal_nutritional_requirement_8(X))
& vitamin_1(fn_animal_nutritional_requirement_9(X))
& amino_acid_1(fn_animal_nutritional_requirement_10(X))
& fatty_acid_1(fn_animal_nutritional_requirement_11(X))
& phenylalanine_1(fn_animal_nutritional_requirement_12(X))
& methionine_1(fn_animal_nutritional_requirement_13(X))
& isoleucine_1(fn_animal_nutritional_requirement_14(X))
& threonine_1(fn_animal_nutritional_requirement_15(X))
& arginine_1(fn_animal_nutritional_requirement_16(X))
& leucine_1(fn_animal_nutritional_requirement_17(X))
& tryptophan_1(fn_animal_nutritional_requirement_18(X))
& valine_1(fn_animal_nutritional_requirement_19(X))
& biological_region_1(fn_animal_nutritional_requirement_20(X))
& energy_source_1(fn_animal_nutritional_requirement_21(X))
& diet_1(fn_animal_nutritional_requirement_22(X))
& mass_value_1(fn_animal_nutritional_requirement_23(X))
& mass_value_1(fn_animal_nutritional_requirement_24(X))
& system_1(fn_animal_nutritional_requirement_26(X))
& unsaturated_fatty_acid_1(fn_animal_nutritional_requirement_27(X))
& spatial_entity_1(fn_animal_nutritional_requirement_31(X))
& chemical_entity_1(fn_animal_nutritional_requirement_31(X))
& monomer_1(fn_animal_nutritional_requirement_31(X))
& molecule_1(fn_animal_nutritional_requirement_31(X))
& amino_acid_1(fn_animal_nutritional_requirement_31(X))
& protein_domain_1(fn_animal_nutritional_requirement_32(X))
& protein_1(fn_animal_nutritional_requirement_33(X))
& entity_1(fn_animal_nutritional_requirement_34(X))
& chemical_entity_1(fn_animal_nutritional_requirement_34(X))
& atom_1(fn_animal_nutritional_requirement_34(X))
& hydrogen_1(fn_animal_nutritional_requirement_34(X))
& entity_1(fn_animal_nutritional_requirement_35(X))
& chemical_entity_1(fn_animal_nutritional_requirement_35(X))
& atom_1(fn_animal_nutritional_requirement_35(X))
& carbon_1(fn_animal_nutritional_requirement_35(X))
& entity_1(fn_animal_nutritional_requirement_36(X))
& chemical_entity_1(fn_animal_nutritional_requirement_36(X))
& atom_1(fn_animal_nutritional_requirement_36(X))
& hydrogen_1(fn_animal_nutritional_requirement_36(X))
& functional_group_1(fn_animal_nutritional_requirement_37(X))
& amino_group_1(fn_animal_nutritional_requirement_37(X))
& spatial_entity_1(fn_animal_nutritional_requirement_38(X))
& monomer_1(fn_animal_nutritional_requirement_38(X))
& chemical_entity_1(fn_animal_nutritional_requirement_38(X))
& molecule_1(fn_animal_nutritional_requirement_38(X))
& amino_acid_1(fn_animal_nutritional_requirement_38(X))
& chemical_bond_1(fn_animal_nutritional_requirement_39(X))
& single_bond_1(fn_animal_nutritional_requirement_39(X))
& polypeptide_1(fn_animal_nutritional_requirement_40(X))
& organic_molecule_1(fn_animal_nutritional_requirement_40(X))
& oxygen_1(fn_animal_nutritional_requirement_41(X))
& tangible_entity_1(fn_animal_nutritional_requirement_42(X))
& entity_1(fn_animal_nutritional_requirement_42(X))
& atom_1(fn_animal_nutritional_requirement_42(X))
& oxygen_1(fn_animal_nutritional_requirement_42(X))
& carbon_skeleton_1(fn_animal_nutritional_requirement_43(X))
& functional_group_1(fn_animal_nutritional_requirement_44(X))
& carboxyl_group_1(fn_animal_nutritional_requirement_44(X))
& atom_1(fn_animal_nutritional_requirement_45(X))
& chemical_entity_1(fn_animal_nutritional_requirement_45(X))
& carbon_1(fn_animal_nutritional_requirement_45(X))
& protein_1(fn_animal_nutritional_requirement_46(X))
& nitrogen_1(fn_animal_nutritional_requirement_47(X))
& chemical_entity_1(fn_animal_nutritional_requirement_48(X))
& carbohydrate_1(fn_animal_nutritional_requirement_48(X))
& molecule_1(fn_animal_nutritional_requirement_49(X))
& organic_molecule_1(fn_animal_nutritional_requirement_49(X))
& atom_1(fn_animal_nutritional_requirement_50(X))
& chemical_entity_1(fn_animal_nutritional_requirement_50(X))
& carbon_1(fn_animal_nutritional_requirement_50(X))
& carbon_source_1(fn_animal_nutritional_requirement_51(X))
& entity_1(fn_animal_nutritional_requirement_52(X))
& atom_1(fn_animal_nutritional_requirement_52(X))
& chemical_entity_1(fn_animal_nutritional_requirement_52(X))
& oxygen_1(fn_animal_nutritional_requirement_52(X))
& entity_1(fn_animal_nutritional_requirement_53(X))
& chemical_entity_1(fn_animal_nutritional_requirement_53(X))
& atom_1(fn_animal_nutritional_requirement_53(X))
& hydrogen_1(fn_animal_nutritional_requirement_53(X))
& entity_1(fn_animal_nutritional_requirement_54(X))
& atom_1(fn_animal_nutritional_requirement_54(X))
& chemical_entity_1(fn_animal_nutritional_requirement_54(X))
& oxygen_1(fn_animal_nutritional_requirement_54(X))
& hydroxyl_group_1(fn_animal_nutritional_requirement_55(X))
& functional_group_1(fn_animal_nutritional_requirement_56(X))
& carbonyl_group_1(fn_animal_nutritional_requirement_56(X))
& carbon_skeleton_1(fn_animal_nutritional_requirement_57(X))
& double_bond_1(fn_animal_nutritional_requirement_58(X))
& polar_covalent_bond_1(fn_animal_nutritional_requirement_59(X))
& hold_together_1(fn_animal_nutritional_requirement_60(X))
& entity_1(fn_animal_nutritional_requirement_61(X))
& chemical_entity_1(fn_animal_nutritional_requirement_61(X))
& atom_1(fn_animal_nutritional_requirement_61(X))
& carbon_1(fn_animal_nutritional_requirement_61(X))
& chemical_entity_1(fn_animal_nutritional_requirement_62(X))
& tangible_entity_1(fn_animal_nutritional_requirement_62(X))
& entity_1(fn_animal_nutritional_requirement_62(X))
& atom_1(fn_animal_nutritional_requirement_62(X))
& nitrogen_1(fn_animal_nutritional_requirement_62(X))
& molecule_1(fn_carbon_source_2(fn_animal_nutritional_requirement_51(X)))
& polypeptide_1(fn_protein_8(fn_animal_nutritional_requirement_46(X)))
& spatial_entity_1(fn_protein_14(fn_animal_nutritional_requirement_33(X)))
& chemical_entity_1(fn_protein_14(fn_animal_nutritional_requirement_33(X)))
& monomer_1(fn_protein_14(fn_animal_nutritional_requirement_33(X)))
& molecule_1(fn_protein_14(fn_animal_nutritional_requirement_33(X)))
& amino_acid_1(fn_protein_14(fn_animal_nutritional_requirement_33(X)))
& protein_domain_1(fn_protein_7(fn_animal_nutritional_requirement_33(X)))
& chemical_entity_1(fn_functional_group_1(fn_animal_nutritional_requirement_56(X)))
& carbonyl_group_1(fn_carbohydrate_34(fn_animal_nutritional_requirement_48(X)))
& hydroxyl_group_1(fn_carbohydrate_33(fn_animal_nutritional_requirement_48(X)))
& entity_1(fn_carbohydrate_32(fn_animal_nutritional_requirement_48(X)))
& chemical_entity_1(fn_carbohydrate_32(fn_animal_nutritional_requirement_48(X)))
& atom_1(fn_carbohydrate_32(fn_animal_nutritional_requirement_48(X)))
& hydrogen_1(fn_carbohydrate_32(fn_animal_nutritional_requirement_48(X)))
& polar_covalent_bond_1(fn_carbohydrate_36(fn_animal_nutritional_requirement_48(X)))
& carbon_skeleton_1(fn_carbohydrate_6(fn_animal_nutritional_requirement_48(X)))
& hold_together_1(fn_carbonyl_group_10(fn_animal_nutritional_requirement_56(X)))
& amino_group_1(fn_amino_acid_25(fn_animal_nutritional_requirement_38(X)))
& carboxyl_group_1(fn_amino_acid_26(fn_animal_nutritional_requirement_38(X)))
& carbon_skeleton_1(fn_amino_acid_23(fn_animal_nutritional_requirement_38(X)))
& atom_1(fn_organic_molecule_2(fn_animal_nutritional_requirement_49(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_animal_nutritional_requirement_49(X)))
& carbon_1(fn_organic_molecule_1(fn_animal_nutritional_requirement_49(X)))
& entity_1(fn_carbohydrate_39(fn_animal_nutritional_requirement_48(X)))
& chemical_entity_1(fn_carbohydrate_39(fn_animal_nutritional_requirement_48(X)))
& atom_1(fn_carbohydrate_39(fn_animal_nutritional_requirement_48(X)))
& oxygen_1(fn_carbohydrate_39(fn_animal_nutritional_requirement_48(X)))
& atom_1(fn_organic_molecule_2(fn_animal_nutritional_requirement_40(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_animal_nutritional_requirement_40(X)))
& carbon_1(fn_organic_molecule_1(fn_animal_nutritional_requirement_40(X)))
& entity_1(fn_carbohydrate_38(fn_animal_nutritional_requirement_48(X)))
& atom_1(fn_carbohydrate_38(fn_animal_nutritional_requirement_48(X)))
& chemical_entity_1(fn_carbohydrate_38(fn_animal_nutritional_requirement_48(X)))
& oxygen_1(fn_carbohydrate_38(fn_animal_nutritional_requirement_48(X)))
& oxygen_1(fn_carbonyl_group_9(fn_animal_nutritional_requirement_56(X)))
& carbon_1(fn_carbohydrate_5(fn_animal_nutritional_requirement_48(X)))
& entity_1(fn_carbonyl_group_7(fn_animal_nutritional_requirement_56(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_animal_nutritional_requirement_56(X)))
& atom_1(fn_carbonyl_group_7(fn_animal_nutritional_requirement_56(X)))
& carbon_1(fn_carbonyl_group_7(fn_animal_nutritional_requirement_56(X)))
& double_bond_1(fn_carbohydrate_35(fn_animal_nutritional_requirement_48(X)))
& double_bond_1(fn_carbonyl_group_8(fn_animal_nutritional_requirement_56(X)))
& spatial_entity_1(fn_polypeptide_83(fn_animal_nutritional_requirement_40(X)))
& chemical_entity_1(fn_polypeptide_83(fn_animal_nutritional_requirement_40(X)))
& monomer_1(fn_polypeptide_83(fn_animal_nutritional_requirement_40(X)))
& molecule_1(fn_polypeptide_83(fn_animal_nutritional_requirement_40(X)))
& amino_acid_1(fn_polypeptide_83(fn_animal_nutritional_requirement_40(X)))
& chemical_entity_1(fn_polypeptide_82(fn_animal_nutritional_requirement_40(X)))
& monomer_1(fn_polypeptide_82(fn_animal_nutritional_requirement_40(X)))
& molecule_1(fn_polypeptide_82(fn_animal_nutritional_requirement_40(X)))
& amino_acid_1(fn_polypeptide_82(fn_animal_nutritional_requirement_40(X)))
& chemical_entity_1(fn_functional_group_1(fn_animal_nutritional_requirement_37(X)))
& chemical_entity_1(fn_functional_group_1(fn_animal_nutritional_requirement_44(X)))
& chemical_bond_1(fn_molecule_10(fn_animal_nutritional_requirement_38(X)))
& single_bond_1(fn_amino_group_21(fn_animal_nutritional_requirement_37(X)))
& entity_1(fn_polypeptide_118(fn_animal_nutritional_requirement_40(X)))
& chemical_entity_1(fn_polypeptide_118(fn_animal_nutritional_requirement_40(X)))
& atom_1(fn_polypeptide_118(fn_animal_nutritional_requirement_40(X)))
& hydrogen_1(fn_polypeptide_118(fn_animal_nutritional_requirement_40(X)))
& entity_1(fn_amino_group_22(fn_animal_nutritional_requirement_37(X)))
& chemical_entity_1(fn_amino_group_22(fn_animal_nutritional_requirement_37(X)))
& atom_1(fn_amino_group_22(fn_animal_nutritional_requirement_37(X)))
& hydrogen_1(fn_amino_group_22(fn_animal_nutritional_requirement_37(X)))
& tangible_entity_1(fn_polypeptide_125(fn_animal_nutritional_requirement_40(X)))
& entity_1(fn_polypeptide_125(fn_animal_nutritional_requirement_40(X)))
& chemical_entity_1(fn_polypeptide_125(fn_animal_nutritional_requirement_40(X)))
& atom_1(fn_polypeptide_125(fn_animal_nutritional_requirement_40(X)))
& nitrogen_1(fn_polypeptide_125(fn_animal_nutritional_requirement_40(X)))
& chemical_entity_1(fn_amino_acid_17(fn_animal_nutritional_requirement_38(X)))
& tangible_entity_1(fn_amino_acid_17(fn_animal_nutritional_requirement_38(X)))
& entity_1(fn_amino_acid_17(fn_animal_nutritional_requirement_38(X)))
& atom_1(fn_amino_acid_17(fn_animal_nutritional_requirement_38(X)))
& nitrogen_1(fn_amino_acid_17(fn_animal_nutritional_requirement_38(X)))
& tangible_entity_1(fn_amino_group_20(fn_animal_nutritional_requirement_37(X)))
& entity_1(fn_amino_group_20(fn_animal_nutritional_requirement_37(X)))
& atom_1(fn_amino_group_20(fn_animal_nutritional_requirement_37(X)))
& nitrogen_1(fn_amino_group_20(fn_animal_nutritional_requirement_37(X)))
& entity_1(fn_polypeptide_89(fn_animal_nutritional_requirement_40(X)))
& chemical_entity_1(fn_polypeptide_89(fn_animal_nutritional_requirement_40(X)))
& atom_1(fn_polypeptide_89(fn_animal_nutritional_requirement_40(X)))
& hydrogen_1(fn_polypeptide_89(fn_animal_nutritional_requirement_40(X)))
& entity_1(fn_polypeptide_120(fn_animal_nutritional_requirement_40(X)))
& chemical_entity_1(fn_polypeptide_120(fn_animal_nutritional_requirement_40(X)))
& atom_1(fn_polypeptide_120(fn_animal_nutritional_requirement_40(X)))
& hydrogen_1(fn_polypeptide_120(fn_animal_nutritional_requirement_40(X)))
& entity_1(fn_amino_acid_22(fn_animal_nutritional_requirement_38(X)))
& chemical_entity_1(fn_amino_acid_22(fn_animal_nutritional_requirement_38(X)))
& atom_1(fn_amino_acid_22(fn_animal_nutritional_requirement_38(X)))
& hydrogen_1(fn_amino_acid_22(fn_animal_nutritional_requirement_38(X)))
& entity_1(fn_amino_acid_28(fn_animal_nutritional_requirement_38(X)))
& chemical_entity_1(fn_amino_acid_28(fn_animal_nutritional_requirement_38(X)))
& atom_1(fn_amino_acid_28(fn_animal_nutritional_requirement_38(X)))
& hydrogen_1(fn_amino_acid_28(fn_animal_nutritional_requirement_38(X)))
& entity_1(fn_carboxyl_group_25(fn_animal_nutritional_requirement_44(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_animal_nutritional_requirement_44(X)))
& atom_1(fn_carboxyl_group_25(fn_animal_nutritional_requirement_44(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_animal_nutritional_requirement_44(X)))
& entity_1(fn_polypeptide_126(fn_animal_nutritional_requirement_40(X)))
& chemical_entity_1(fn_polypeptide_126(fn_animal_nutritional_requirement_40(X)))
& atom_1(fn_polypeptide_126(fn_animal_nutritional_requirement_40(X)))
& carbon_1(fn_polypeptide_126(fn_animal_nutritional_requirement_40(X)))
& entity_1(fn_amino_acid_24(fn_animal_nutritional_requirement_38(X)))
& chemical_entity_1(fn_amino_acid_24(fn_animal_nutritional_requirement_38(X)))
& atom_1(fn_amino_acid_24(fn_animal_nutritional_requirement_38(X)))
& carbon_1(fn_amino_acid_24(fn_animal_nutritional_requirement_38(X)))
& entity_1(fn_carboxyl_group_19(fn_animal_nutritional_requirement_44(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_animal_nutritional_requirement_44(X)))
& atom_1(fn_carboxyl_group_19(fn_animal_nutritional_requirement_44(X)))
& carbon_1(fn_carboxyl_group_19(fn_animal_nutritional_requirement_44(X)))
& oxygen_1(fn_amino_acid_27(fn_animal_nutritional_requirement_38(X)))
& tangible_entity_1(fn_polypeptide_101(fn_animal_nutritional_requirement_40(X)))
& entity_1(fn_polypeptide_101(fn_animal_nutritional_requirement_40(X)))
& oxygen_1(fn_polypeptide_101(fn_animal_nutritional_requirement_40(X)))
& atom_1(fn_polypeptide_101(fn_animal_nutritional_requirement_40(X)))
& oxygen_1(fn_amino_acid_11(fn_animal_nutritional_requirement_38(X)))
& oxygen_1(fn_carboxyl_group_24(fn_animal_nutritional_requirement_44(X)))
& oxygen_1(fn_carboxyl_group_23(fn_animal_nutritional_requirement_44(X)))
& the_cardinal_value_2(fn_animal_nutritional_requirement_3(X),"0.0e0")
& cardinal_unit_class_2(fn_animal_nutritional_requirement_3(X),unity_0)
& the_categorical_value_2(fn_animal_nutritional_requirement_3(X),partial_negative_0)
& the_categorical_value_2(fn_animal_nutritional_requirement_3(X),partial_positive_0)
& result_2(fn_animal_nutritional_requirement_4(X),fn_animal_nutritional_requirement_46(X))
& result_2(fn_animal_nutritional_requirement_4(X),fn_animal_nutritional_requirement_48(X))
& raw_material_2(fn_animal_nutritional_requirement_4(X),fn_animal_nutritional_requirement_50(X))
& raw_material_2(fn_animal_nutritional_requirement_4(X),fn_animal_nutritional_requirement_49(X))
& agent_2(fn_animal_nutritional_requirement_4(X),fn_animal_nutritional_requirement_6(X))
& element_2(fn_animal_nutritional_requirement_5(X),fn_animal_nutritional_requirement_46(X))
& has_region_2(fn_animal_nutritional_requirement_6(X),fn_animal_nutritional_requirement_20(X))
& has_part_2(fn_animal_nutritional_requirement_50(X),fn_animal_nutritional_requirement_33(X))
& plays_2(fn_animal_nutritional_requirement_50(X),fn_animal_nutritional_requirement_21(X))
& in_event_2(fn_animal_nutritional_requirement_51(X),fn_animal_nutritional_requirement_4(X))
& the_cardinal_value_2(fn_animal_nutritional_requirement_7(X),"0.0e0")
& cardinal_unit_class_2(fn_animal_nutritional_requirement_7(X),unity_0)
& the_categorical_value_2(fn_animal_nutritional_requirement_7(X),partial_negative_0)
& has_state_2(fn_animal_nutritional_requirement_10(X),fn_animal_nutritional_requirement_31(X))
& element_2(X,fn_animal_nutritional_requirement_8(X))
& element_2(X,fn_animal_nutritional_requirement_9(X))
& element_2(X,fn_animal_nutritional_requirement_10(X))
& element_2(X,fn_animal_nutritional_requirement_11(X))
& element_2(X,fn_animal_nutritional_requirement_19(X))
& element_2(X,fn_animal_nutritional_requirement_18(X))
& element_2(X,fn_animal_nutritional_requirement_17(X))
& element_2(X,fn_animal_nutritional_requirement_16(X))
& element_2(X,fn_animal_nutritional_requirement_15(X))
& element_2(X,fn_animal_nutritional_requirement_14(X))
& element_2(X,fn_animal_nutritional_requirement_13(X))
& element_2(X,fn_animal_nutritional_requirement_12(X))
& element_2(X,fn_animal_nutritional_requirement_27(X))
& element_2(fn_animal_nutritional_requirement_22(X),fn_animal_nutritional_requirement_49(X))
& element_2(fn_animal_nutritional_requirement_22(X),fn_animal_nutritional_requirement_50(X))
& called_2(fn_animal_nutritional_requirement_23(X),mass_electron)
& the_cardinal_value_2(fn_animal_nutritional_requirement_24(X),"1.0e0")
& cardinal_unit_class_2(fn_animal_nutritional_requirement_24(X),dalton_0)
& called_2(fn_animal_nutritional_requirement_24(X),mass_proton)
& plays_2(fn_animal_nutritional_requirement_49(X),fn_animal_nutritional_requirement_51(X))
& has_part_2(fn_animal_nutritional_requirement_49(X),fn_animal_nutritional_requirement_50(X))
& element_2(X,fn_animal_nutritional_requirement_62(X))
& element_2(X,fn_animal_nutritional_requirement_61(X))
& has_part_2(fn_animal_nutritional_requirement_46(X),fn_animal_nutritional_requirement_40(X))
& has_region_2(fn_animal_nutritional_requirement_33(X),fn_animal_nutritional_requirement_32(X))
& is_at_2(fn_animal_nutritional_requirement_31(X),fn_animal_nutritional_requirement_32(X))
& has_part_2(fn_animal_nutritional_requirement_40(X),fn_animal_nutritional_requirement_38(X))
& possesses_2(fn_animal_nutritional_requirement_48(X),fn_animal_nutritional_requirement_58(X))
& has_region_2(fn_animal_nutritional_requirement_48(X),fn_animal_nutritional_requirement_56(X))
& possesses_2(fn_animal_nutritional_requirement_48(X),fn_animal_nutritional_requirement_59(X))
& is_inside_2(fn_animal_nutritional_requirement_52(X),fn_animal_nutritional_requirement_55(X))
& has_part_2(fn_animal_nutritional_requirement_48(X),fn_animal_nutritional_requirement_54(X))
& has_region_2(fn_animal_nutritional_requirement_48(X),fn_animal_nutritional_requirement_55(X))
& is_inside_2(fn_animal_nutritional_requirement_53(X),fn_animal_nutritional_requirement_55(X))
& has_part_2(fn_animal_nutritional_requirement_48(X),fn_animal_nutritional_requirement_53(X))
& has_part_2(fn_animal_nutritional_requirement_48(X),fn_animal_nutritional_requirement_52(X))
& is_between_2(fn_animal_nutritional_requirement_59(X),fn_animal_nutritional_requirement_52(X))
& is_between_2(fn_animal_nutritional_requirement_59(X),fn_animal_nutritional_requirement_53(X))
& fn_animal_nutritional_requirement_53(X) != fn_animal_nutritional_requirement_52(X)
& fn_animal_nutritional_requirement_52(X) != fn_animal_nutritional_requirement_53(X)
& fn_animal_nutritional_requirement_54(X) != fn_animal_nutritional_requirement_52(X)
& fn_animal_nutritional_requirement_52(X) != fn_animal_nutritional_requirement_54(X)
& has_region_2(fn_animal_nutritional_requirement_48(X),fn_animal_nutritional_requirement_57(X))
& is_inside_2(fn_animal_nutritional_requirement_61(X),fn_animal_nutritional_requirement_57(X))
& has_part_2(fn_animal_nutritional_requirement_48(X),fn_animal_nutritional_requirement_61(X))
& fn_animal_nutritional_requirement_52(X) != fn_animal_nutritional_requirement_61(X)
& fn_animal_nutritional_requirement_61(X) != fn_animal_nutritional_requirement_52(X)
& is_between_2(fn_animal_nutritional_requirement_58(X),fn_animal_nutritional_requirement_54(X))
& is_inside_2(fn_animal_nutritional_requirement_54(X),fn_animal_nutritional_requirement_56(X))
& fn_animal_nutritional_requirement_34(X) != fn_animal_nutritional_requirement_42(X)
& fn_animal_nutritional_requirement_42(X) != fn_animal_nutritional_requirement_35(X)
& fn_animal_nutritional_requirement_35(X) != fn_animal_nutritional_requirement_42(X)
& fn_animal_nutritional_requirement_42(X) != fn_animal_nutritional_requirement_34(X)
& is_inside_2(fn_animal_nutritional_requirement_34(X),fn_animal_nutritional_requirement_44(X))
& fn_animal_nutritional_requirement_41(X) != fn_animal_nutritional_requirement_35(X)
& fn_animal_nutritional_requirement_41(X) != fn_animal_nutritional_requirement_42(X)
& fn_animal_nutritional_requirement_35(X) != fn_animal_nutritional_requirement_41(X)
& is_inside_2(fn_animal_nutritional_requirement_35(X),fn_animal_nutritional_requirement_44(X))
& is_inside_2(fn_animal_nutritional_requirement_41(X),fn_animal_nutritional_requirement_44(X))
& fn_animal_nutritional_requirement_42(X) != fn_animal_nutritional_requirement_41(X)
& is_inside_2(fn_animal_nutritional_requirement_42(X),fn_animal_nutritional_requirement_44(X))
& fn_animal_nutritional_requirement_36(X) != fn_animal_nutritional_requirement_62(X)
& fn_animal_nutritional_requirement_62(X) != fn_animal_nutritional_requirement_36(X)
& is_between_2(fn_animal_nutritional_requirement_39(X),fn_animal_nutritional_requirement_62(X))
& is_between_2(fn_animal_nutritional_requirement_39(X),fn_animal_nutritional_requirement_36(X))
& is_inside_2(fn_animal_nutritional_requirement_36(X),fn_animal_nutritional_requirement_37(X))
& is_inside_2(fn_animal_nutritional_requirement_62(X),fn_animal_nutritional_requirement_37(X))
& fn_animal_nutritional_requirement_36(X) != fn_animal_nutritional_requirement_34(X)
& fn_animal_nutritional_requirement_34(X) != fn_animal_nutritional_requirement_62(X)
& fn_animal_nutritional_requirement_62(X) != fn_animal_nutritional_requirement_34(X)
& fn_animal_nutritional_requirement_34(X) != fn_animal_nutritional_requirement_35(X)
& fn_animal_nutritional_requirement_34(X) != fn_animal_nutritional_requirement_36(X)
& fn_animal_nutritional_requirement_35(X) != fn_animal_nutritional_requirement_34(X)
& has_part_2(fn_animal_nutritional_requirement_38(X),fn_animal_nutritional_requirement_35(X))
& fn_animal_nutritional_requirement_35(X) != fn_animal_nutritional_requirement_36(X)
& fn_animal_nutritional_requirement_36(X) != fn_animal_nutritional_requirement_35(X)
& fn_animal_nutritional_requirement_62(X) != fn_animal_nutritional_requirement_35(X)
& fn_animal_nutritional_requirement_35(X) != fn_animal_nutritional_requirement_62(X)
& is_inside_2(fn_animal_nutritional_requirement_35(X),fn_animal_nutritional_requirement_43(X))
& has_part_2(fn_animal_nutritional_requirement_38(X),fn_animal_nutritional_requirement_34(X))
& has_region_2(fn_animal_nutritional_requirement_38(X),fn_animal_nutritional_requirement_37(X))
& has_part_2(fn_animal_nutritional_requirement_38(X),fn_animal_nutritional_requirement_41(X))
& has_region_2(fn_animal_nutritional_requirement_38(X),fn_animal_nutritional_requirement_44(X))
& has_part_2(fn_animal_nutritional_requirement_38(X),fn_animal_nutritional_requirement_42(X))
& has_region_2(fn_animal_nutritional_requirement_38(X),fn_animal_nutritional_requirement_43(X))
& has_part_2(fn_animal_nutritional_requirement_38(X),fn_animal_nutritional_requirement_36(X))
& has_part_2(fn_animal_nutritional_requirement_38(X),fn_animal_nutritional_requirement_62(X))
& fn_animal_nutritional_requirement_61(X) != fn_animal_nutritional_requirement_54(X)
& fn_animal_nutritional_requirement_54(X) != fn_animal_nutritional_requirement_61(X)
& has_function_2(fn_animal_nutritional_requirement_58(X),fn_animal_nutritional_requirement_60(X))
& is_between_2(fn_animal_nutritional_requirement_58(X),fn_animal_nutritional_requirement_61(X))
& is_inside_2(fn_animal_nutritional_requirement_61(X),fn_animal_nutritional_requirement_56(X))
& object_2(fn_animal_nutritional_requirement_60(X),fn_animal_nutritional_requirement_54(X))
& object_2(fn_animal_nutritional_requirement_60(X),fn_animal_nutritional_requirement_61(X))
& agent_2(fn_animal_nutritional_requirement_60(X),fn_animal_nutritional_requirement_58(X))
& fn_animal_nutritional_requirement_45(X) != fn_animal_nutritional_requirement_47(X)
& fn_animal_nutritional_requirement_47(X) != fn_animal_nutritional_requirement_45(X)
& has_part_2(fn_animal_nutritional_requirement_40(X),fn_animal_nutritional_requirement_45(X))
& possesses_2(fn_animal_nutritional_requirement_38(X),fn_animal_nutritional_requirement_39(X))
& fn_animal_nutritional_requirement_49(X) = fn_carbon_source_2(fn_animal_nutritional_requirement_51(X))
& fn_animal_nutritional_requirement_50(X) = fn_organic_molecule_2(fn_animal_nutritional_requirement_49(X))
& fn_animal_nutritional_requirement_50(X) = fn_organic_molecule_1(fn_animal_nutritional_requirement_49(X))
& fn_animal_nutritional_requirement_62(X) = fn_nutritional_requirement_7(X)
& fn_animal_nutritional_requirement_61(X) = fn_nutritional_requirement_9(X)
& fn_animal_nutritional_requirement_40(X) = fn_protein_8(fn_animal_nutritional_requirement_46(X))
& fn_animal_nutritional_requirement_31(X) = fn_protein_14(fn_animal_nutritional_requirement_33(X))
& fn_animal_nutritional_requirement_32(X) = fn_protein_7(fn_animal_nutritional_requirement_33(X))
& fn_animal_nutritional_requirement_58(X) = fn_carbohydrate_35(fn_animal_nutritional_requirement_48(X))
& fn_animal_nutritional_requirement_48(X) = fn_functional_group_1(fn_animal_nutritional_requirement_56(X))
& fn_animal_nutritional_requirement_56(X) = fn_carbohydrate_34(fn_animal_nutritional_requirement_48(X))
& fn_animal_nutritional_requirement_55(X) = fn_carbohydrate_33(fn_animal_nutritional_requirement_48(X))
& fn_animal_nutritional_requirement_54(X) = fn_carbohydrate_38(fn_animal_nutritional_requirement_48(X))
& fn_animal_nutritional_requirement_52(X) = fn_carbohydrate_39(fn_animal_nutritional_requirement_48(X))
& fn_animal_nutritional_requirement_53(X) = fn_carbohydrate_32(fn_animal_nutritional_requirement_48(X))
& fn_animal_nutritional_requirement_59(X) = fn_carbohydrate_36(fn_animal_nutritional_requirement_48(X))
& fn_animal_nutritional_requirement_52(X) = fn_carbohydrate_38(fn_animal_nutritional_requirement_48(X))
& fn_animal_nutritional_requirement_61(X) = fn_carbohydrate_5(fn_animal_nutritional_requirement_48(X))
& fn_animal_nutritional_requirement_57(X) = fn_carbohydrate_6(fn_animal_nutritional_requirement_48(X))
& fn_animal_nutritional_requirement_39(X) = fn_molecule_10(fn_animal_nutritional_requirement_38(X))
& fn_animal_nutritional_requirement_47(X) = fn_organic_molecule_2(fn_animal_nutritional_requirement_40(X))
& fn_animal_nutritional_requirement_45(X) = fn_organic_molecule_2(fn_animal_nutritional_requirement_40(X))
& fn_animal_nutritional_requirement_45(X) = fn_organic_molecule_1(fn_animal_nutritional_requirement_40(X))
& fn_animal_nutritional_requirement_54(X) = fn_carbonyl_group_9(fn_animal_nutritional_requirement_56(X))
& fn_animal_nutritional_requirement_61(X) = fn_carbonyl_group_7(fn_animal_nutritional_requirement_56(X))
& fn_animal_nutritional_requirement_60(X) = fn_carbonyl_group_10(fn_animal_nutritional_requirement_56(X))
& fn_animal_nutritional_requirement_58(X) = fn_carbonyl_group_8(fn_animal_nutritional_requirement_56(X))
& fn_animal_nutritional_requirement_34(X) = fn_amino_acid_22(fn_animal_nutritional_requirement_38(X))
& fn_animal_nutritional_requirement_36(X) = fn_amino_acid_28(fn_animal_nutritional_requirement_38(X))
& fn_animal_nutritional_requirement_35(X) = fn_amino_acid_24(fn_animal_nutritional_requirement_38(X))
& fn_animal_nutritional_requirement_38(X) = fn_polypeptide_83(fn_animal_nutritional_requirement_40(X))
& fn_animal_nutritional_requirement_38(X) = fn_polypeptide_82(fn_animal_nutritional_requirement_40(X))
& fn_animal_nutritional_requirement_34(X) = fn_polypeptide_120(fn_animal_nutritional_requirement_40(X))
& fn_animal_nutritional_requirement_34(X) = fn_amino_acid_28(fn_animal_nutritional_requirement_38(X))
& fn_animal_nutritional_requirement_38(X) = fn_functional_group_1(fn_animal_nutritional_requirement_37(X))
& fn_animal_nutritional_requirement_37(X) = fn_amino_acid_25(fn_animal_nutritional_requirement_38(X))
& fn_animal_nutritional_requirement_41(X) = fn_amino_acid_27(fn_animal_nutritional_requirement_38(X))
& fn_animal_nutritional_requirement_38(X) = fn_functional_group_1(fn_animal_nutritional_requirement_44(X))
& fn_animal_nutritional_requirement_44(X) = fn_amino_acid_26(fn_animal_nutritional_requirement_38(X))
& fn_animal_nutritional_requirement_42(X) = fn_amino_acid_11(fn_animal_nutritional_requirement_38(X))
& fn_animal_nutritional_requirement_43(X) = fn_amino_acid_23(fn_animal_nutritional_requirement_38(X))
& fn_animal_nutritional_requirement_36(X) = fn_amino_acid_22(fn_animal_nutritional_requirement_38(X))
& fn_animal_nutritional_requirement_62(X) = fn_amino_acid_17(fn_animal_nutritional_requirement_38(X))
& fn_animal_nutritional_requirement_39(X) = fn_amino_group_21(fn_animal_nutritional_requirement_37(X))
& fn_animal_nutritional_requirement_36(X) = fn_polypeptide_118(fn_animal_nutritional_requirement_40(X))
& fn_animal_nutritional_requirement_62(X) = fn_polypeptide_125(fn_animal_nutritional_requirement_40(X))
& fn_animal_nutritional_requirement_36(X) = fn_amino_group_22(fn_animal_nutritional_requirement_37(X))
& fn_animal_nutritional_requirement_62(X) = fn_amino_group_20(fn_animal_nutritional_requirement_37(X))
& fn_animal_nutritional_requirement_35(X) = fn_polypeptide_126(fn_animal_nutritional_requirement_40(X))
& fn_animal_nutritional_requirement_34(X) = fn_polypeptide_89(fn_animal_nutritional_requirement_40(X))
& fn_animal_nutritional_requirement_42(X) = fn_polypeptide_101(fn_animal_nutritional_requirement_40(X))
& fn_animal_nutritional_requirement_42(X) = fn_carboxyl_group_24(fn_animal_nutritional_requirement_44(X))
& fn_animal_nutritional_requirement_34(X) = fn_carboxyl_group_25(fn_animal_nutritional_requirement_44(X))
& fn_animal_nutritional_requirement_41(X) = fn_carboxyl_group_23(fn_animal_nutritional_requirement_44(X))
& fn_animal_nutritional_requirement_35(X) = fn_carboxyl_group_19(fn_animal_nutritional_requirement_44(X))
& fn_animal_nutritional_requirement_41(X) = fn_carboxyl_group_24(fn_animal_nutritional_requirement_44(X))
& fn_animal_nutritional_requirement_42(X) = fn_carboxyl_group_23(fn_animal_nutritional_requirement_44(X))
& fn_organic_molecule_2(fn_animal_nutritional_requirement_49(X)) = fn_organic_molecule_1(fn_animal_nutritional_requirement_49(X))
& fn_organic_molecule_1(fn_animal_nutritional_requirement_49(X)) = fn_carbohydrate_38(fn_animal_nutritional_requirement_48(X))
& fn_carbohydrate_38(fn_animal_nutritional_requirement_48(X)) = fn_carbohydrate_39(fn_animal_nutritional_requirement_48(X))
& fn_carbohydrate_39(fn_animal_nutritional_requirement_48(X)) = fn_carbohydrate_39(fn_animal_nutritional_requirement_48(X))
& fn_carbohydrate_39(fn_animal_nutritional_requirement_48(X)) = fn_carbohydrate_38(fn_animal_nutritional_requirement_48(X))
& fn_carbohydrate_38(fn_animal_nutritional_requirement_48(X)) = fn_organic_molecule_1(fn_animal_nutritional_requirement_40(X))
& fn_organic_molecule_1(fn_animal_nutritional_requirement_40(X)) = fn_organic_molecule_1(fn_animal_nutritional_requirement_40(X))
& fn_organic_molecule_1(fn_animal_nutritional_requirement_40(X)) = fn_organic_molecule_2(fn_animal_nutritional_requirement_40(X))
& fn_organic_molecule_2(fn_animal_nutritional_requirement_40(X)) = fn_organic_molecule_1(fn_animal_nutritional_requirement_40(X))
& fn_organic_molecule_1(fn_animal_nutritional_requirement_40(X)) = fn_carbohydrate_38(fn_animal_nutritional_requirement_48(X))
& fn_carbohydrate_38(fn_animal_nutritional_requirement_48(X)) = fn_carbohydrate_38(fn_animal_nutritional_requirement_48(X))
& fn_carbohydrate_38(fn_animal_nutritional_requirement_48(X)) = fn_carbonyl_group_9(fn_animal_nutritional_requirement_56(X))
& fn_carbonyl_group_9(fn_animal_nutritional_requirement_56(X)) = fn_carbonyl_group_9(fn_animal_nutritional_requirement_56(X))
& fn_carbonyl_group_9(fn_animal_nutritional_requirement_56(X)) = fn_nutritional_requirement_9(X)
& fn_nutritional_requirement_9(X) = fn_carbohydrate_5(fn_animal_nutritional_requirement_48(X))
& fn_carbohydrate_5(fn_animal_nutritional_requirement_48(X)) = fn_carbohydrate_5(fn_animal_nutritional_requirement_48(X))
& fn_carbohydrate_5(fn_animal_nutritional_requirement_48(X)) = fn_carbonyl_group_7(fn_animal_nutritional_requirement_56(X))
& fn_carbonyl_group_7(fn_animal_nutritional_requirement_56(X)) = fn_carbonyl_group_7(fn_animal_nutritional_requirement_56(X))
& fn_carbonyl_group_7(fn_animal_nutritional_requirement_56(X)) = fn_carbohydrate_35(fn_animal_nutritional_requirement_48(X))
& fn_carbohydrate_35(fn_animal_nutritional_requirement_48(X)) = fn_carbonyl_group_8(fn_animal_nutritional_requirement_56(X))
& fn_carbonyl_group_8(fn_animal_nutritional_requirement_56(X)) = fn_carbonyl_group_8(fn_animal_nutritional_requirement_56(X))
& fn_carbonyl_group_8(fn_animal_nutritional_requirement_56(X)) = fn_polypeptide_83(fn_animal_nutritional_requirement_40(X))
& fn_polypeptide_82(fn_animal_nutritional_requirement_40(X)) = fn_polypeptide_83(fn_animal_nutritional_requirement_40(X))
& fn_polypeptide_83(fn_animal_nutritional_requirement_40(X)) = fn_polypeptide_82(fn_animal_nutritional_requirement_40(X))
& fn_polypeptide_82(fn_animal_nutritional_requirement_40(X)) = fn_polypeptide_82(fn_animal_nutritional_requirement_40(X))
& fn_polypeptide_82(fn_animal_nutritional_requirement_40(X)) = fn_functional_group_1(fn_animal_nutritional_requirement_37(X))
& fn_functional_group_1(fn_animal_nutritional_requirement_37(X)) = fn_functional_group_1(fn_animal_nutritional_requirement_44(X))
& fn_functional_group_1(fn_animal_nutritional_requirement_44(X)) = fn_molecule_10(fn_animal_nutritional_requirement_38(X))
& fn_molecule_10(fn_animal_nutritional_requirement_38(X)) = fn_amino_group_21(fn_animal_nutritional_requirement_37(X))
& fn_amino_group_21(fn_animal_nutritional_requirement_37(X)) = fn_amino_group_21(fn_animal_nutritional_requirement_37(X))
& fn_amino_group_21(fn_animal_nutritional_requirement_37(X)) = fn_amino_acid_28(fn_animal_nutritional_requirement_38(X))
& fn_amino_acid_28(fn_animal_nutritional_requirement_38(X)) = fn_polypeptide_118(fn_animal_nutritional_requirement_40(X))
& fn_polypeptide_118(fn_animal_nutritional_requirement_40(X)) = fn_polypeptide_118(fn_animal_nutritional_requirement_40(X))
& fn_polypeptide_118(fn_animal_nutritional_requirement_40(X)) = fn_amino_acid_22(fn_animal_nutritional_requirement_38(X))
& fn_amino_acid_22(fn_animal_nutritional_requirement_38(X)) = fn_amino_group_22(fn_animal_nutritional_requirement_37(X))
& fn_amino_group_22(fn_animal_nutritional_requirement_37(X)) = fn_amino_group_22(fn_animal_nutritional_requirement_37(X))
& fn_amino_group_22(fn_animal_nutritional_requirement_37(X)) = fn_nutritional_requirement_7(X)
& fn_nutritional_requirement_7(X) = fn_polypeptide_125(fn_animal_nutritional_requirement_40(X))
& fn_amino_acid_17(fn_animal_nutritional_requirement_38(X)) = fn_polypeptide_125(fn_animal_nutritional_requirement_40(X))
& fn_polypeptide_125(fn_animal_nutritional_requirement_40(X)) = fn_polypeptide_125(fn_animal_nutritional_requirement_40(X))
& fn_polypeptide_125(fn_animal_nutritional_requirement_40(X)) = fn_amino_acid_17(fn_animal_nutritional_requirement_38(X))
& fn_amino_acid_17(fn_animal_nutritional_requirement_38(X)) = fn_amino_acid_17(fn_animal_nutritional_requirement_38(X))
& fn_amino_acid_17(fn_animal_nutritional_requirement_38(X)) = fn_amino_group_20(fn_animal_nutritional_requirement_37(X))
& fn_amino_group_20(fn_animal_nutritional_requirement_37(X)) = fn_amino_group_20(fn_animal_nutritional_requirement_37(X))
& fn_amino_group_20(fn_animal_nutritional_requirement_37(X)) = fn_polypeptide_120(fn_animal_nutritional_requirement_40(X))
& fn_polypeptide_120(fn_animal_nutritional_requirement_40(X)) = fn_polypeptide_89(fn_animal_nutritional_requirement_40(X))
& fn_polypeptide_89(fn_animal_nutritional_requirement_40(X)) = fn_polypeptide_120(fn_animal_nutritional_requirement_40(X))
& fn_polypeptide_120(fn_animal_nutritional_requirement_40(X)) = fn_amino_acid_22(fn_animal_nutritional_requirement_38(X))
& fn_amino_acid_22(fn_animal_nutritional_requirement_38(X)) = fn_polypeptide_120(fn_animal_nutritional_requirement_40(X))
& fn_polypeptide_120(fn_animal_nutritional_requirement_40(X)) = fn_amino_acid_28(fn_animal_nutritional_requirement_38(X))
& fn_amino_acid_28(fn_animal_nutritional_requirement_38(X)) = fn_amino_acid_22(fn_animal_nutritional_requirement_38(X))
& fn_amino_acid_22(fn_animal_nutritional_requirement_38(X)) = fn_amino_acid_22(fn_animal_nutritional_requirement_38(X))
& fn_amino_acid_22(fn_animal_nutritional_requirement_38(X)) = fn_amino_acid_28(fn_animal_nutritional_requirement_38(X))
& fn_amino_acid_28(fn_animal_nutritional_requirement_38(X)) = fn_amino_acid_28(fn_animal_nutritional_requirement_38(X))
& fn_amino_acid_28(fn_animal_nutritional_requirement_38(X)) = fn_carboxyl_group_25(fn_animal_nutritional_requirement_44(X))
& fn_carboxyl_group_25(fn_animal_nutritional_requirement_44(X)) = fn_carboxyl_group_25(fn_animal_nutritional_requirement_44(X))
& fn_carboxyl_group_25(fn_animal_nutritional_requirement_44(X)) = fn_amino_acid_24(fn_animal_nutritional_requirement_38(X))
& fn_amino_acid_24(fn_animal_nutritional_requirement_38(X)) = fn_polypeptide_126(fn_animal_nutritional_requirement_40(X))
& fn_polypeptide_126(fn_animal_nutritional_requirement_40(X)) = fn_polypeptide_126(fn_animal_nutritional_requirement_40(X))
& fn_polypeptide_126(fn_animal_nutritional_requirement_40(X)) = fn_amino_acid_24(fn_animal_nutritional_requirement_38(X))
& fn_amino_acid_24(fn_animal_nutritional_requirement_38(X)) = fn_amino_acid_24(fn_animal_nutritional_requirement_38(X))
& fn_amino_acid_24(fn_animal_nutritional_requirement_38(X)) = fn_carboxyl_group_19(fn_animal_nutritional_requirement_44(X))
& fn_carboxyl_group_19(fn_animal_nutritional_requirement_44(X)) = fn_carboxyl_group_19(fn_animal_nutritional_requirement_44(X))
& fn_carboxyl_group_19(fn_animal_nutritional_requirement_44(X)) = fn_amino_acid_27(fn_animal_nutritional_requirement_38(X))
& fn_amino_acid_27(fn_animal_nutritional_requirement_38(X)) = fn_carboxyl_group_23(fn_animal_nutritional_requirement_44(X))
& fn_carboxyl_group_23(fn_animal_nutritional_requirement_44(X)) = fn_carboxyl_group_24(fn_animal_nutritional_requirement_44(X))
& fn_carboxyl_group_24(fn_animal_nutritional_requirement_44(X)) = fn_amino_acid_11(fn_animal_nutritional_requirement_38(X))
& fn_amino_acid_11(fn_animal_nutritional_requirement_38(X)) = fn_polypeptide_101(fn_animal_nutritional_requirement_40(X))
& fn_polypeptide_101(fn_animal_nutritional_requirement_40(X)) = fn_polypeptide_101(fn_animal_nutritional_requirement_40(X))
& fn_polypeptide_101(fn_animal_nutritional_requirement_40(X)) = fn_amino_acid_11(fn_animal_nutritional_requirement_38(X))
& fn_amino_acid_11(fn_animal_nutritional_requirement_38(X)) = fn_carboxyl_group_24(fn_animal_nutritional_requirement_44(X))
& fn_carboxyl_group_24(fn_animal_nutritional_requirement_44(X)) = fn_carboxyl_group_24(fn_animal_nutritional_requirement_44(X))
& fn_carboxyl_group_24(fn_animal_nutritional_requirement_44(X)) = fn_carboxyl_group_23(fn_animal_nutritional_requirement_44(X))
& fn_carboxyl_group_23(fn_animal_nutritional_requirement_44(X)) = fn_carboxyl_group_23(fn_animal_nutritional_requirement_44(X)) ) ) ).
fof(a527493,axiom,
! [X] :
( animal_organ_1(X)
=> ( original_name_2(X,'Animal-Organ')
& user_description_2(X,'A collection of tissues working together in a structural unit in an animal\'s body.')
& concept2words_2(X,'organ of animal')
& concept2words_2(X,'animal organ')
& concept2words_2(X,'animal-organ')
& organ_1(X) ) ) ).
fof(a527494,axiom,
! [X] :
( animal_orientation_1(X)
=> ( original_name_2(X,'Animal-Orientation')
& user_description_2(X,'When an animal detects compass directions and travels in a particular straight-line path for a certain distance or until it reaches its destination.')
& concept2words_2(X,'orientation of animal')
& concept2words_2(X,'animal orientation')
& concept2words_2(X,'animal-orientation')
& migration_1(X)
& ~ piloting_1(X)
& ~ navigation_1(X) ) ) ).
fof(a527495,axiom,
! [X] :
( animal_plasma_membrane_1(X)
=> ( original_name_2(X,'Animal-Plasma-Membrane')
& user_description_2(X,'Plasma membrane found in animal cells')
& concept2words_2(X,'animal cell membrane')
& concept2words_2(X,'animal-cell-membrane')
& concept2words_2(X,'animal membrane')
& concept2words_2(X,'animal-membrane')
& concept2words_2(X,'animal plasma membrane')
& concept2words_2(X,'animal-plasma-membrane')
& plasma_membrane_1(X)
& share_1(fn_animal_plasma_membrane_1(X))
& share_1(fn_animal_plasma_membrane_2(X))
& maintenance_1(fn_animal_plasma_membrane_3(X))
& amino_acid_1(fn_animal_plasma_membrane_4(X))
& hydrophilic_face_1(fn_animal_plasma_membrane_5(X))
& unsaturated_fatty_acid_1(fn_animal_plasma_membrane_6(X))
& restrain_1(fn_animal_plasma_membrane_7(X))
& share_1(fn_animal_plasma_membrane_8(X))
& share_1(fn_animal_plasma_membrane_9(X))
& covalent_bond_1(fn_animal_plasma_membrane_10(X))
& chemical_bond_1(fn_animal_plasma_membrane_10(X))
& ester_linkage_1(fn_animal_plasma_membrane_10(X))
& share_1(fn_animal_plasma_membrane_11(X))
& tangible_entity_1(fn_animal_plasma_membrane_12(X))
& entity_1(fn_animal_plasma_membrane_12(X))
& chemical_entity_1(fn_animal_plasma_membrane_12(X))
& atom_1(fn_animal_plasma_membrane_12(X))
& carbon_1(fn_animal_plasma_membrane_12(X))
& hydrophobic_compound_1(fn_animal_plasma_membrane_13(X))
& chemical_entity_1(fn_animal_plasma_membrane_14(X))
& ester_linkage_1(fn_animal_plasma_membrane_15(X))
& share_1(fn_animal_plasma_membrane_16(X))
& carbon_1(fn_animal_plasma_membrane_17(X))
& ester_linkage_1(fn_animal_plasma_membrane_18(X))
& share_1(fn_animal_plasma_membrane_19(X))
& carbon_1(fn_animal_plasma_membrane_20(X))
& share_1(fn_animal_plasma_membrane_21(X))
& monomer_1(fn_animal_plasma_membrane_22(X))
& attach_1(fn_animal_plasma_membrane_23(X))
& share_1(fn_animal_plasma_membrane_24(X))
& saturated_fatty_acid_1(fn_animal_plasma_membrane_28(X))
& block_1(fn_animal_plasma_membrane_29(X))
& block_1(fn_animal_plasma_membrane_30(X))
& hydrophilic_compound_1(fn_animal_plasma_membrane_31(X))
& density_value_1(fn_animal_plasma_membrane_32(X))
& temperature_value_1(fn_animal_plasma_membrane_33(X))
& share_1(fn_animal_plasma_membrane_34(X))
& quantity_value_1(fn_animal_plasma_membrane_35(X))
& quantity_value_1(fn_animal_plasma_membrane_36(X))
& hydrophilic_head_1(fn_animal_plasma_membrane_37(X))
& extra_cellular_fluid_1(fn_animal_plasma_membrane_38(X))
& protein_domain_1(fn_animal_plasma_membrane_39(X))
& polypeptide_1(fn_animal_plasma_membrane_40(X))
& spatial_entity_1(fn_animal_plasma_membrane_41(X))
& chemical_entity_1(fn_animal_plasma_membrane_41(X))
& monomer_1(fn_animal_plasma_membrane_41(X))
& molecule_1(fn_animal_plasma_membrane_41(X))
& amino_acid_1(fn_animal_plasma_membrane_41(X))
& double_bond_1(fn_animal_plasma_membrane_42(X))
& carbohydrate_side_chain_1(fn_animal_plasma_membrane_43(X))
& fluidity_value_1(fn_animal_plasma_membrane_44(X))
& attach_1(fn_animal_plasma_membrane_45(X))
& attach_1(fn_animal_plasma_membrane_46(X))
& tangible_entity_1(fn_animal_plasma_membrane_47(X))
& membrane_protein_1(fn_animal_plasma_membrane_47(X))
& spatial_entity_1(fn_animal_plasma_membrane_47(X))
& polymer_1(fn_animal_plasma_membrane_47(X))
& protein_1(fn_animal_plasma_membrane_47(X))
& organic_molecule_1(fn_animal_plasma_membrane_47(X))
& directed_motion_1(fn_animal_plasma_membrane_48(X))
& move_1(fn_animal_plasma_membrane_49(X))
& move_1(fn_animal_plasma_membrane_50(X))
& move_through_1(fn_animal_plasma_membrane_50(X))
& hydrophobic_core_1(fn_animal_plasma_membrane_51(X))
& attach_1(fn_animal_plasma_membrane_52(X))
& polymer_1(fn_animal_plasma_membrane_53(X))
& spatial_entity_1(fn_animal_plasma_membrane_53(X))
& membrane_protein_1(fn_animal_plasma_membrane_53(X))
& tangible_entity_1(fn_animal_plasma_membrane_53(X))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(X))
& integral_protein_1(fn_animal_plasma_membrane_53(X))
& transport_protein_1(fn_animal_plasma_membrane_53(X))
& tangible_entity_1(fn_animal_plasma_membrane_54(X))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(X))
& outside_face_1(fn_animal_plasma_membrane_55(X))
& extracellular_side_1(fn_animal_plasma_membrane_55(X))
& surface_1(fn_animal_plasma_membrane_55(X))
& animal_cell_1(fn_animal_plasma_membrane_56(X))
& carbon_skeleton_1(fn_animal_plasma_membrane_57(X))
& inside_face_1(fn_animal_plasma_membrane_58(X))
& cytoplasmic_side_1(fn_animal_plasma_membrane_58(X))
& phospholipid_layer_1(fn_animal_plasma_membrane_59(X))
& phospholipid_layer_1(fn_animal_plasma_membrane_60(X))
& saturated_fatty_acid_1(fn_animal_plasma_membrane_61(X))
& spatial_entity_1(fn_animal_plasma_membrane_62(X))
& tangible_entity_1(fn_animal_plasma_membrane_62(X))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(X))
& integral_protein_1(fn_animal_plasma_membrane_62(X))
& transport_protein_1(fn_animal_plasma_membrane_62(X))
& entity_1(fn_animal_plasma_membrane_63(X))
& spatial_entity_1(fn_animal_plasma_membrane_63(X))
& tangible_entity_1(fn_animal_plasma_membrane_63(X))
& chemical_entity_1(fn_animal_plasma_membrane_63(X))
& glycerol_1(fn_animal_plasma_membrane_63(X))
& alcohol_1(fn_animal_plasma_membrane_63(X))
& move_1(fn_animal_plasma_membrane_64(X))
& rate_value_1(fn_animal_plasma_membrane_65(X))
& attach_1(fn_animal_plasma_membrane_66(X))
& tangible_entity_1(fn_animal_plasma_membrane_67(X))
& monomer_1(fn_animal_plasma_membrane_68(X))
& size_value_1(fn_animal_plasma_membrane_69(X))
& entity_1(fn_animal_plasma_membrane_70(X))
& atom_1(fn_animal_plasma_membrane_70(X))
& chemical_entity_1(fn_animal_plasma_membrane_70(X))
& carbon_1(fn_animal_plasma_membrane_70(X))
& covalent_bond_1(fn_animal_plasma_membrane_71(X))
& chemical_bond_1(fn_animal_plasma_membrane_71(X))
& ester_linkage_1(fn_animal_plasma_membrane_71(X))
& size_value_1(fn_animal_plasma_membrane_72(X))
& entity_1(fn_animal_plasma_membrane_73(X))
& chemical_entity_1(fn_animal_plasma_membrane_73(X))
& atom_1(fn_animal_plasma_membrane_73(X))
& carbon_1(fn_animal_plasma_membrane_73(X))
& spatial_entity_1(fn_animal_plasma_membrane_74(X))
& functional_group_1(fn_animal_plasma_membrane_74(X))
& phosphate_group_1(fn_animal_plasma_membrane_74(X))
& hydrophobic_core_1(fn_animal_plasma_membrane_75(X))
& glycoprotein_1(fn_animal_plasma_membrane_76(X))
& attach_1(fn_animal_plasma_membrane_77(X))
& aqueous_solution_1(fn_animal_plasma_membrane_78(X))
& share_1(fn_animal_plasma_membrane_79(X))
& entity_1(fn_animal_plasma_membrane_80(X))
& chemical_entity_1(fn_animal_plasma_membrane_80(X))
& atom_1(fn_animal_plasma_membrane_80(X))
& oxygen_1(fn_animal_plasma_membrane_80(X))
& entity_1(fn_animal_plasma_membrane_81(X))
& atom_1(fn_animal_plasma_membrane_81(X))
& chemical_entity_1(fn_animal_plasma_membrane_81(X))
& phosphorus_1(fn_animal_plasma_membrane_81(X))
& move_1(fn_animal_plasma_membrane_82(X))
& attach_1(fn_animal_plasma_membrane_83(X))
& phospholipid_1(fn_animal_plasma_membrane_84(X))
& share_1(fn_animal_plasma_membrane_90(X))
& entity_1(fn_animal_plasma_membrane_91(X))
& atom_1(fn_animal_plasma_membrane_91(X))
& chemical_entity_1(fn_animal_plasma_membrane_91(X))
& carbon_1(fn_animal_plasma_membrane_91(X))
& attach_1(fn_animal_plasma_membrane_92(X))
& monomer_1(fn_animal_plasma_membrane_93(X))
& entity_1(fn_animal_plasma_membrane_94(X))
& electron_1(fn_animal_plasma_membrane_94(X))
& valence_electron_1(fn_animal_plasma_membrane_94(X))
& share_1(fn_animal_plasma_membrane_95(X))
& share_1(fn_animal_plasma_membrane_96(X))
& share_1(fn_animal_plasma_membrane_97(X))
& share_1(fn_animal_plasma_membrane_98(X))
& covalent_bond_1(fn_animal_plasma_membrane_99(X))
& ester_linkage_1(fn_animal_plasma_membrane_99(X))
& rate_value_1(fn_animal_plasma_membrane_100(X))
& move_together_1(fn_animal_plasma_membrane_101(X))
& lipid_1(fn_animal_plasma_membrane_102(X))
& tangible_entity_1(fn_animal_plasma_membrane_102(X))
& organic_molecule_1(fn_animal_plasma_membrane_102(X))
& spatial_entity_1(fn_animal_plasma_membrane_102(X))
& phospholipid_1(fn_animal_plasma_membrane_102(X))
& carbon_1(fn_animal_plasma_membrane_104(X))
& share_1(fn_animal_plasma_membrane_105(X))
& ester_linkage_1(fn_animal_plasma_membrane_106(X))
& hydrophobic_face_1(fn_animal_plasma_membrane_107(X))
& hydrophobic_face_1(fn_animal_plasma_membrane_108(X))
& hydrophilic_face_1(fn_animal_plasma_membrane_109(X))
& tangible_entity_1(fn_animal_plasma_membrane_110(X))
& entity_1(fn_animal_plasma_membrane_110(X))
& chemical_entity_1(fn_animal_plasma_membrane_110(X))
& atom_1(fn_animal_plasma_membrane_110(X))
& carbon_1(fn_animal_plasma_membrane_110(X))
& share_1(fn_animal_plasma_membrane_111(X))
& ester_linkage_1(fn_animal_plasma_membrane_112(X))
& barrier_1(fn_animal_plasma_membrane_113(X))
& block_1(fn_animal_plasma_membrane_114(X))
& block_1(fn_animal_plasma_membrane_115(X))
& share_1(fn_covalent_bond_17(fn_animal_plasma_membrane_99(X)))
& share_1(fn_covalent_bond_17(fn_animal_plasma_membrane_106(X)))
& share_1(fn_covalent_bond_17(fn_animal_plasma_membrane_18(X)))
& share_1(fn_covalent_bond_17(fn_animal_plasma_membrane_10(X)))
& attach_1(fn_eukaryotic_cell_16(fn_animal_plasma_membrane_56(X)))
& monomer_1(fn_transport_protein_21(fn_animal_plasma_membrane_62(X)))
& polypeptide_1(fn_transport_protein_7(fn_animal_plasma_membrane_62(X)))
& spatial_entity_1(fn_transport_protein_8(fn_animal_plasma_membrane_62(X)))
& chemical_entity_1(fn_transport_protein_8(fn_animal_plasma_membrane_62(X)))
& monomer_1(fn_transport_protein_8(fn_animal_plasma_membrane_62(X)))
& molecule_1(fn_transport_protein_8(fn_animal_plasma_membrane_62(X)))
& amino_acid_1(fn_transport_protein_8(fn_animal_plasma_membrane_62(X)))
& protein_domain_1(fn_transport_protein_6(fn_animal_plasma_membrane_62(X)))
& property_node_1(fn_protein_10(fn_animal_plasma_membrane_47(X)))
& spatial_entity_1(fn_attach_1(fn_animal_plasma_membrane_46(X)))
& spatial_entity_1(fn_attach_2(fn_animal_plasma_membrane_66(X)))
& entity_1(fn_covalent_bond_19(fn_animal_plasma_membrane_71(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_animal_plasma_membrane_71(X)))
& atom_1(fn_covalent_bond_19(fn_animal_plasma_membrane_71(X)))
& share_1(fn_covalent_bond_17(fn_animal_plasma_membrane_71(X)))
& share_1(fn_phospholipid_52(fn_animal_plasma_membrane_102(X)))
& share_1(fn_phospholipid_60(fn_animal_plasma_membrane_102(X)))
& share_1(fn_phospholipid_13(fn_animal_plasma_membrane_102(X)))
& attach_1(fn_phospholipid_81(fn_animal_plasma_membrane_102(X)))
& tangible_entity_1(fn_phospholipid_98(fn_animal_plasma_membrane_102(X)))
& entity_1(fn_phospholipid_98(fn_animal_plasma_membrane_102(X)))
& chemical_entity_1(fn_phospholipid_98(fn_animal_plasma_membrane_102(X)))
& atom_1(fn_phospholipid_98(fn_animal_plasma_membrane_102(X)))
& carbon_1(fn_phospholipid_98(fn_animal_plasma_membrane_102(X)))
& share_1(fn_phospholipid_3(fn_animal_plasma_membrane_102(X)))
& chemical_bond_1(fn_phospholipid_94(fn_animal_plasma_membrane_102(X)))
& ester_linkage_1(fn_phospholipid_94(fn_animal_plasma_membrane_102(X)))
& spatial_entity_1(fn_phospholipid_83(fn_animal_plasma_membrane_102(X)))
& functional_group_1(fn_phospholipid_83(fn_animal_plasma_membrane_102(X)))
& phosphate_group_1(fn_phospholipid_83(fn_animal_plasma_membrane_102(X)))
& entity_1(fn_covalent_bond_20(fn_animal_plasma_membrane_99(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_animal_plasma_membrane_99(X)))
& atom_1(fn_covalent_bond_20(fn_animal_plasma_membrane_99(X)))
& monomer_1(fn_polymer_6(fn_animal_plasma_membrane_47(X)))
& monomer_1(fn_polymer_4(fn_animal_plasma_membrane_47(X)))
& hydrophobic_core_1(fn_integral_protein_10(fn_animal_plasma_membrane_62(X)))
& hydrophobic_core_1(fn_integral_protein_10(fn_animal_plasma_membrane_53(X)))
& inside_face_1(fn_transmembrane_protein_6(fn_animal_plasma_membrane_62(X)))
& inside_face_1(fn_transmembrane_protein_6(fn_animal_plasma_membrane_53(X)))
& block_1(fn_transport_protein_31(fn_animal_plasma_membrane_62(X)))
& spatial_entity_1(fn_move_1(fn_animal_plasma_membrane_82(X)))
& spatial_entity_1(fn_move_1(fn_animal_plasma_membrane_48(X)))
& spatial_entity_1(fn_attach_1(fn_animal_plasma_membrane_83(X)))
& spatial_entity_1(fn_attach_1(fn_animal_plasma_membrane_92(X)))
& property_node_1(fn_integral_protein_34(fn_animal_plasma_membrane_62(X)))
& property_node_1(fn_transport_protein_23(fn_animal_plasma_membrane_53(X)))
& size_value_1(fn_integral_protein_20(fn_animal_plasma_membrane_62(X)))
& size_value_1(fn_polymer_7(fn_animal_plasma_membrane_47(X)))
& size_value_1(fn_transport_protein_19(fn_animal_plasma_membrane_62(X)))
& size_value_1(fn_transport_protein_19(fn_animal_plasma_membrane_53(X)))
& monomer_1(fn_polymer_6(fn_animal_plasma_membrane_53(X)))
& monomer_1(fn_transport_protein_21(fn_animal_plasma_membrane_53(X)))
& entity_1(fn_transport_protein_17(fn_animal_plasma_membrane_62(X)))
& atom_1(fn_transport_protein_17(fn_animal_plasma_membrane_62(X)))
& chemical_entity_1(fn_transport_protein_17(fn_animal_plasma_membrane_62(X)))
& carbon_1(fn_transport_protein_14(fn_animal_plasma_membrane_62(X)))
& phospholipid_bilayer_1(fn_membrane_protein_2(fn_animal_plasma_membrane_47(X)))
& tangible_entity_1(fn_integral_protein_27(fn_animal_plasma_membrane_62(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_animal_plasma_membrane_62(X)))
& tangible_entity_1(fn_integral_protein_27(fn_animal_plasma_membrane_53(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_animal_plasma_membrane_53(X)))
& tangible_entity_1(fn_transport_protein_12(fn_animal_plasma_membrane_62(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_animal_plasma_membrane_62(X)))
& tangible_entity_1(fn_transport_protein_12(fn_animal_plasma_membrane_53(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_animal_plasma_membrane_53(X)))
& block_1(fn_integral_protein_25(fn_animal_plasma_membrane_62(X)))
& block_1(fn_integral_protein_25(fn_animal_plasma_membrane_53(X)))
& block_1(fn_transport_protein_31(fn_animal_plasma_membrane_53(X)))
& move_through_1(fn_transport_protein_34(fn_animal_plasma_membrane_53(X)))
& spatial_entity_1(fn_attach_2(fn_animal_plasma_membrane_52(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_animal_plasma_membrane_62(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_animal_plasma_membrane_53(X)))
& biomembrane_1(fn_membrane_protein_1(fn_animal_plasma_membrane_47(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_animal_plasma_membrane_56(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_animal_plasma_membrane_56(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_animal_plasma_membrane_56(X)))
& spatial_entity_1(fn_transport_protein_35(fn_animal_plasma_membrane_62(X)))
& biomembrane_1(fn_transport_protein_35(fn_animal_plasma_membrane_62(X)))
& biomembrane_1(fn_integral_protein_24(fn_animal_plasma_membrane_62(X)))
& biomembrane_1(fn_integral_protein_24(fn_animal_plasma_membrane_53(X)))
& spatial_entity_1(fn_transport_protein_35(fn_animal_plasma_membrane_53(X)))
& biomembrane_1(fn_transport_protein_35(fn_animal_plasma_membrane_53(X)))
& spatial_entity_1(fn_attach_1(fn_animal_plasma_membrane_23(X)))
& spatial_entity_1(fn_eukaryotic_cell_15(fn_animal_plasma_membrane_56(X)))
& membrane_protein_1(fn_eukaryotic_cell_15(fn_animal_plasma_membrane_56(X)))
& tangible_entity_1(fn_eukaryotic_cell_15(fn_animal_plasma_membrane_56(X)))
& transmembrane_protein_1(fn_eukaryotic_cell_15(fn_animal_plasma_membrane_56(X)))
& integral_protein_1(fn_eukaryotic_cell_15(fn_animal_plasma_membrane_56(X)))
& transport_protein_1(fn_eukaryotic_cell_15(fn_animal_plasma_membrane_56(X)))
& entity_1(fn_transport_protein_17(fn_animal_plasma_membrane_53(X)))
& atom_1(fn_transport_protein_17(fn_animal_plasma_membrane_53(X)))
& chemical_entity_1(fn_transport_protein_17(fn_animal_plasma_membrane_53(X)))
& carbon_1(fn_transport_protein_14(fn_animal_plasma_membrane_53(X)))
& carbon_1(fn_organic_molecule_1(fn_animal_plasma_membrane_47(X)))
& size_value_1(fn_integral_protein_16(fn_animal_plasma_membrane_62(X)))
& size_value_1(fn_integral_protein_16(fn_animal_plasma_membrane_53(X)))
& size_value_1(fn_polymer_8(fn_animal_plasma_membrane_47(X)))
& size_value_1(fn_transport_protein_20(fn_animal_plasma_membrane_62(X)))
& size_value_1(fn_transport_protein_20(fn_animal_plasma_membrane_53(X)))
& size_value_1(fn_protein_9(fn_animal_plasma_membrane_47(X)))
& hydrophilic_face_1(fn_phospholipid_layer_2(fn_animal_plasma_membrane_60(X)))
& property_node_1(fn_phospholipid_layer_14(fn_animal_plasma_membrane_60(X)))
& property_node_1(fn_phospholipid_layer_12(fn_animal_plasma_membrane_60(X)))
& rate_value_1(fn_phospholipid_layer_9(fn_animal_plasma_membrane_60(X)))
& rate_value_1(fn_phospholipid_layer_7(fn_animal_plasma_membrane_60(X)))
& move_1(fn_phospholipid_layer_18(fn_animal_plasma_membrane_60(X)))
& move_1(fn_phospholipid_layer_19(fn_animal_plasma_membrane_60(X)))
& surface_1(fn_integral_protein_29(fn_animal_plasma_membrane_62(X)))
& surface_1(fn_integral_protein_29(fn_animal_plasma_membrane_53(X)))
& surface_1(fn_protein_5(fn_animal_plasma_membrane_47(X)))
& hydrophobic_face_1(fn_phospholipid_layer_1(fn_animal_plasma_membrane_60(X)))
& phospholipid_layer_1(fn_integral_protein_12(fn_animal_plasma_membrane_62(X)))
& phospholipid_layer_1(fn_integral_protein_12(fn_animal_plasma_membrane_53(X)))
& carbon_skeleton_1(fn_transport_protein_18(fn_animal_plasma_membrane_62(X)))
& carbon_skeleton_1(fn_transport_protein_18(fn_animal_plasma_membrane_53(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_animal_plasma_membrane_47(X)))
& spatial_entity_1(fn_move_1(fn_animal_plasma_membrane_49(X)))
& spatial_entity_1(fn_attach_1(fn_animal_plasma_membrane_66(X)))
& spatial_entity_1(fn_attach_1(fn_animal_plasma_membrane_52(X)))
& entity_1(fn_ester_linkage_28(fn_animal_plasma_membrane_99(X)))
& chemical_entity_1(fn_ester_linkage_28(fn_animal_plasma_membrane_99(X)))
& atom_1(fn_ester_linkage_28(fn_animal_plasma_membrane_99(X)))
& carbon_1(fn_ester_linkage_28(fn_animal_plasma_membrane_99(X)))
& entity_1(fn_ester_linkage_28(fn_animal_plasma_membrane_71(X)))
& chemical_entity_1(fn_ester_linkage_28(fn_animal_plasma_membrane_71(X)))
& atom_1(fn_ester_linkage_28(fn_animal_plasma_membrane_71(X)))
& carbon_1(fn_ester_linkage_28(fn_animal_plasma_membrane_71(X)))
& lipid_1(fn_phospholipid_layer_20(fn_animal_plasma_membrane_60(X)))
& spatial_entity_1(fn_phospholipid_layer_21(fn_animal_plasma_membrane_60(X)))
& phospholipid_1(fn_phospholipid_layer_21(fn_animal_plasma_membrane_60(X)))
& electron_1(fn_phospholipid_70(fn_animal_plasma_membrane_102(X)))
& valence_electron_1(fn_phospholipid_70(fn_animal_plasma_membrane_102(X)))
& entity_1(fn_phospholipid_71(fn_animal_plasma_membrane_102(X)))
& electron_1(fn_phospholipid_71(fn_animal_plasma_membrane_102(X)))
& valence_electron_1(fn_phospholipid_71(fn_animal_plasma_membrane_102(X)))
& oxygen_1(fn_ester_linkage_27(fn_animal_plasma_membrane_99(X)))
& entity_1(fn_phospholipid_99(fn_animal_plasma_membrane_102(X)))
& chemical_entity_1(fn_phospholipid_99(fn_animal_plasma_membrane_102(X)))
& atom_1(fn_phospholipid_99(fn_animal_plasma_membrane_102(X)))
& oxygen_1(fn_phospholipid_99(fn_animal_plasma_membrane_102(X)))
& hydrophilic_head_1(fn_phospholipid_layer_17(fn_animal_plasma_membrane_60(X)))
& hydrophilic_head_1(fn_phospholipid_88(fn_animal_plasma_membrane_102(X)))
& spatial_entity_1(fn_attach_2(fn_animal_plasma_membrane_46(X)))
& entity_1(fn_phospholipid_89(fn_animal_plasma_membrane_102(X)))
& spatial_entity_1(fn_phospholipid_89(fn_animal_plasma_membrane_102(X)))
& tangible_entity_1(fn_phospholipid_89(fn_animal_plasma_membrane_102(X)))
& chemical_entity_1(fn_phospholipid_89(fn_animal_plasma_membrane_102(X)))
& glycerol_1(fn_phospholipid_89(fn_animal_plasma_membrane_102(X)))
& alcohol_1(fn_phospholipid_89(fn_animal_plasma_membrane_102(X)))
& share_1(fn_covalent_bond_17(fn_animal_plasma_membrane_112(X)))
& share_1(fn_phospholipid_101(fn_animal_plasma_membrane_102(X)))
& share_1(fn_covalent_bond_17(fn_animal_plasma_membrane_15(X)))
& share_1(fn_phospholipid_59(fn_animal_plasma_membrane_102(X)))
& entity_1(fn_share_3(fn_animal_plasma_membrane_105(X)))
& entity_1(fn_share_1(fn_animal_plasma_membrane_105(X)))
& entity_1(fn_covalent_bond_19(fn_animal_plasma_membrane_106(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_animal_plasma_membrane_106(X)))
& atom_1(fn_covalent_bond_19(fn_animal_plasma_membrane_106(X)))
& entity_1(fn_covalent_bond_19(fn_animal_plasma_membrane_15(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_animal_plasma_membrane_15(X)))
& atom_1(fn_covalent_bond_19(fn_animal_plasma_membrane_15(X)))
& entity_1(fn_covalent_bond_19(fn_animal_plasma_membrane_18(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_animal_plasma_membrane_18(X)))
& atom_1(fn_covalent_bond_19(fn_animal_plasma_membrane_18(X)))
& entity_1(fn_covalent_bond_19(fn_animal_plasma_membrane_112(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_animal_plasma_membrane_112(X)))
& atom_1(fn_covalent_bond_19(fn_animal_plasma_membrane_112(X)))
& entity_1(fn_covalent_bond_19(fn_animal_plasma_membrane_99(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_animal_plasma_membrane_99(X)))
& atom_1(fn_covalent_bond_19(fn_animal_plasma_membrane_99(X)))
& entity_1(fn_covalent_bond_19(fn_animal_plasma_membrane_10(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_animal_plasma_membrane_10(X)))
& atom_1(fn_covalent_bond_19(fn_animal_plasma_membrane_10(X)))
& entity_1(fn_covalent_bond_20(fn_animal_plasma_membrane_18(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_animal_plasma_membrane_18(X)))
& atom_1(fn_covalent_bond_20(fn_animal_plasma_membrane_18(X)))
& entity_1(fn_covalent_bond_20(fn_animal_plasma_membrane_106(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_animal_plasma_membrane_106(X)))
& atom_1(fn_covalent_bond_20(fn_animal_plasma_membrane_106(X)))
& entity_1(fn_covalent_bond_20(fn_animal_plasma_membrane_15(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_animal_plasma_membrane_15(X)))
& atom_1(fn_covalent_bond_20(fn_animal_plasma_membrane_15(X)))
& entity_1(fn_covalent_bond_20(fn_animal_plasma_membrane_112(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_animal_plasma_membrane_112(X)))
& atom_1(fn_covalent_bond_20(fn_animal_plasma_membrane_112(X)))
& entity_1(fn_covalent_bond_20(fn_animal_plasma_membrane_10(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_animal_plasma_membrane_10(X)))
& atom_1(fn_covalent_bond_20(fn_animal_plasma_membrane_10(X)))
& entity_1(fn_covalent_bond_20(fn_animal_plasma_membrane_71(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_animal_plasma_membrane_71(X)))
& atom_1(fn_covalent_bond_20(fn_animal_plasma_membrane_71(X)))
& entity_1(fn_phospholipid_84(fn_animal_plasma_membrane_102(X)))
& atom_1(fn_phospholipid_84(fn_animal_plasma_membrane_102(X)))
& chemical_entity_1(fn_phospholipid_84(fn_animal_plasma_membrane_102(X)))
& phosphorus_1(fn_phospholipid_84(fn_animal_plasma_membrane_102(X)))
& is_between_2(fn_animal_plasma_membrane_10(X),fn_animal_plasma_membrane_80(X))
& is_between_2(fn_animal_plasma_membrane_15(X),fn_animal_plasma_membrane_80(X))
& is_between_2(fn_animal_plasma_membrane_15(X),fn_animal_plasma_membrane_17(X))
& called_2(fn_animal_plasma_membrane_15(X),'EL1')
& is_between_2(fn_animal_plasma_membrane_18(X),fn_animal_plasma_membrane_80(X))
& is_between_2(fn_animal_plasma_membrane_18(X),fn_animal_plasma_membrane_20(X))
& called_2(fn_animal_plasma_membrane_18(X),'EL1')
& site_2(fn_animal_plasma_membrane_23(X),fn_animal_plasma_membrane_58(X))
& result_2(fn_animal_plasma_membrane_1(X),fn_animal_plasma_membrane_6(X))
& result_2(fn_animal_plasma_membrane_1(X),fn_animal_plasma_membrane_71(X))
& result_2(fn_animal_plasma_membrane_34(X),fn_animal_plasma_membrane_71(X))
& result_2(fn_animal_plasma_membrane_2(X),fn_animal_plasma_membrane_6(X))
& result_2(fn_animal_plasma_membrane_2(X),fn_animal_plasma_membrane_71(X))
& abuts_2(fn_animal_plasma_membrane_37(X),fn_animal_plasma_membrane_38(X))
& abuts_2(fn_animal_plasma_membrane_38(X),fn_animal_plasma_membrane_37(X))
& is_at_2(fn_animal_plasma_membrane_47(X),fn_animal_plasma_membrane_54(X))
& is_across_2(fn_animal_plasma_membrane_47(X),fn_animal_plasma_membrane_51(X))
& is_across_2(fn_animal_plasma_membrane_47(X),X)
& has_part_2(fn_animal_plasma_membrane_47(X),fn_animal_plasma_membrane_4(X))
& is_inside_2(fn_animal_plasma_membrane_47(X),fn_animal_plasma_membrane_54(X))
& facilitates_2(fn_animal_plasma_membrane_47(X),fn_animal_plasma_membrane_50(X))
& called_2(fn_animal_plasma_membrane_47(X),'MP2')
& object_2(fn_animal_plasma_membrane_3(X),X)
& agent_2(fn_animal_plasma_membrane_50(X),fn_animal_plasma_membrane_47(X))
& is_across_2(fn_animal_plasma_membrane_51(X),fn_animal_plasma_membrane_47(X))
& is_between_2(fn_animal_plasma_membrane_51(X),fn_animal_plasma_membrane_58(X))
& is_between_2(fn_animal_plasma_membrane_51(X),fn_animal_plasma_membrane_55(X))
& prevents_2(fn_animal_plasma_membrane_52(X),fn_animal_plasma_membrane_49(X))
& is_at_2(fn_animal_plasma_membrane_53(X),fn_animal_plasma_membrane_54(X))
& fn_animal_plasma_membrane_53(X) != fn_animal_plasma_membrane_62(X)
& called_2(fn_animal_plasma_membrane_53(X),'MP2')
& called_2(fn_animal_plasma_membrane_53(X),'MP1')
& is_outside_2(fn_animal_plasma_membrane_5(X),X)
& is_inside_2(fn_animal_plasma_membrane_5(X),fn_animal_plasma_membrane_38(X))
& fn_animal_plasma_membrane_61(X) != fn_animal_plasma_membrane_6(X)
& called_2(fn_animal_plasma_membrane_61(X),"1")
& fn_animal_plasma_membrane_62(X) != fn_animal_plasma_membrane_53(X)
& called_2(fn_animal_plasma_membrane_62(X),'MP1')
& is_inside_2(fn_animal_plasma_membrane_67(X),fn_animal_plasma_membrane_38(X))
& called_2(fn_animal_plasma_membrane_71(X),'EL1')
& fn_animal_plasma_membrane_6(X) != fn_animal_plasma_membrane_61(X)
& called_2(fn_animal_plasma_membrane_6(X),"2")
& away_from_2(fn_animal_plasma_membrane_7(X),fn_animal_plasma_membrane_75(X))
& result_2(fn_animal_plasma_membrane_8(X),fn_animal_plasma_membrane_71(X))
& result_2(fn_animal_plasma_membrane_8(X),fn_animal_plasma_membrane_6(X))
& prevents_2(fn_animal_plasma_membrane_83(X),fn_animal_plasma_membrane_82(X))
& is_inside_2(fn_animal_plasma_membrane_84(X),fn_animal_plasma_membrane_60(X))
& result_2(fn_animal_plasma_membrane_9(X),fn_animal_plasma_membrane_71(X))
& result_2(fn_animal_plasma_membrane_9(X),fn_animal_plasma_membrane_6(X))
& site_2(fn_animal_plasma_membrane_92(X),fn_animal_plasma_membrane_58(X))
& result_2(fn_animal_plasma_membrane_96(X),fn_animal_plasma_membrane_71(X))
& result_2(fn_animal_plasma_membrane_97(X),fn_animal_plasma_membrane_6(X))
& called_2(fn_animal_plasma_membrane_99(X),'EL1')
& called_2(fn_animal_plasma_membrane_102(X),'P4')
& result_2(fn_animal_plasma_membrane_105(X),fn_animal_plasma_membrane_106(X))
& is_between_2(fn_animal_plasma_membrane_106(X),fn_animal_plasma_membrane_80(X))
& is_between_2(fn_animal_plasma_membrane_106(X),fn_animal_plasma_membrane_104(X))
& called_2(fn_animal_plasma_membrane_106(X),'EL1')
& is_between_2(fn_animal_plasma_membrane_112(X),fn_animal_plasma_membrane_80(X))
& is_between_2(fn_animal_plasma_membrane_112(X),fn_animal_plasma_membrane_110(X))
& called_2(fn_animal_plasma_membrane_112(X),'EL1')
& object_2(fn_animal_plasma_membrane_83(X),fn_animal_plasma_membrane_62(X))
& object_2(fn_animal_plasma_membrane_82(X),fn_animal_plasma_membrane_62(X))
& object_2(fn_animal_plasma_membrane_48(X),fn_animal_plasma_membrane_62(X))
& object_2(fn_animal_plasma_membrane_92(X),fn_animal_plasma_membrane_62(X))
& object_2(fn_animal_plasma_membrane_23(X),fn_animal_plasma_membrane_53(X))
& object_2(fn_animal_plasma_membrane_49(X),fn_animal_plasma_membrane_47(X))
& object_2(fn_animal_plasma_membrane_66(X),fn_animal_plasma_membrane_47(X))
& agent_2(fn_animal_plasma_membrane_105(X),fn_animal_plasma_membrane_81(X))
& base_2(fn_animal_plasma_membrane_52(X),X)
& result_2(fn_animal_plasma_membrane_111(X),fn_animal_plasma_membrane_112(X))
& is_between_2(X,fn_animal_plasma_membrane_38(X))
& is_inside_2(fn_animal_plasma_membrane_55(X),fn_animal_plasma_membrane_38(X))
& fn_animal_plasma_membrane_78(X) != fn_animal_plasma_membrane_38(X)
& fn_animal_plasma_membrane_38(X) != fn_animal_plasma_membrane_78(X)
& is_between_2(fn_animal_plasma_membrane_18(X),fn_animal_plasma_membrane_81(X))
& agent_2(fn_animal_plasma_membrane_79(X),fn_animal_plasma_membrane_81(X))
& result_2(fn_animal_plasma_membrane_79(X),fn_animal_plasma_membrane_71(X))
& fn_animal_plasma_membrane_73(X) != fn_animal_plasma_membrane_81(X)
& fn_animal_plasma_membrane_81(X) != fn_animal_plasma_membrane_73(X)
& is_between_2(fn_animal_plasma_membrane_106(X),fn_animal_plasma_membrane_81(X))
& agent_2(fn_animal_plasma_membrane_98(X),fn_animal_plasma_membrane_81(X))
& result_2(fn_animal_plasma_membrane_98(X),fn_animal_plasma_membrane_99(X))
& is_between_2(fn_animal_plasma_membrane_99(X),fn_animal_plasma_membrane_81(X))
& agent_2(fn_animal_plasma_membrane_34(X),fn_animal_plasma_membrane_81(X))
& is_between_2(fn_animal_plasma_membrane_15(X),fn_animal_plasma_membrane_81(X))
& agent_2(fn_animal_plasma_membrane_24(X),fn_animal_plasma_membrane_81(X))
& result_2(fn_animal_plasma_membrane_24(X),fn_animal_plasma_membrane_71(X))
& is_between_2(fn_animal_plasma_membrane_71(X),fn_animal_plasma_membrane_81(X))
& agent_2(fn_animal_plasma_membrane_21(X),fn_animal_plasma_membrane_81(X))
& is_between_2(fn_animal_plasma_membrane_112(X),fn_animal_plasma_membrane_81(X))
& agent_2(fn_animal_plasma_membrane_19(X),fn_animal_plasma_membrane_81(X))
& result_2(fn_animal_plasma_membrane_19(X),fn_animal_plasma_membrane_18(X))
& fn_animal_plasma_membrane_20(X) != fn_animal_plasma_membrane_81(X)
& fn_animal_plasma_membrane_81(X) != fn_animal_plasma_membrane_20(X)
& is_between_2(fn_animal_plasma_membrane_10(X),fn_animal_plasma_membrane_81(X))
& agent_2(fn_animal_plasma_membrane_16(X),fn_animal_plasma_membrane_81(X))
& result_2(fn_animal_plasma_membrane_16(X),fn_animal_plasma_membrane_15(X))
& fn_animal_plasma_membrane_17(X) != fn_animal_plasma_membrane_81(X)
& fn_animal_plasma_membrane_81(X) != fn_animal_plasma_membrane_17(X)
& quantity_2(fn_animal_plasma_membrane_62(X),fn_animal_plasma_membrane_36(X))
& has_region_2(fn_animal_plasma_membrane_62(X),fn_animal_plasma_membrane_55(X))
& is_across_2(fn_animal_plasma_membrane_62(X),fn_animal_plasma_membrane_51(X))
& has_part_2(fn_animal_plasma_membrane_56(X),X)
& base_2(fn_animal_plasma_membrane_77(X),X)
& object_2(fn_animal_plasma_membrane_77(X),fn_animal_plasma_membrane_53(X))
& called_2(fn_animal_plasma_membrane_102(X),'P1')
& is_inside_2(fn_animal_plasma_membrane_84(X),fn_animal_plasma_membrane_59(X))
& called_2(fn_animal_plasma_membrane_84(X),'P2')
& element_2(fn_animal_plasma_membrane_59(X),fn_animal_plasma_membrane_102(X))
& object_2(fn_animal_plasma_membrane_101(X),fn_animal_plasma_membrane_102(X))
& rate_2(fn_animal_plasma_membrane_101(X),fn_animal_plasma_membrane_100(X))
& inversely_proportional_2(fn_animal_plasma_membrane_100(X),fn_animal_plasma_membrane_44(X))
& directly_proportional_2(fn_animal_plasma_membrane_44(X),fn_animal_plasma_membrane_65(X))
& called_2(fn_animal_plasma_membrane_47(X),'MP1')
& called_2(fn_animal_plasma_membrane_29(X),"2")
& is_at_2(fn_animal_plasma_membrane_53(X),X)
& is_between_2(X,fn_animal_plasma_membrane_78(X))
& is_at_2(fn_animal_plasma_membrane_47(X),X)
& is_impermeable_to_2(X,fn_animal_plasma_membrane_13(X))
& instrument_2(fn_animal_plasma_membrane_30(X),fn_animal_plasma_membrane_37(X))
& is_impermeable_to_2(X,fn_animal_plasma_membrane_31(X))
& has_region_2(fn_animal_plasma_membrane_54(X),fn_animal_plasma_membrane_59(X))
& has_region_2(fn_animal_plasma_membrane_54(X),fn_animal_plasma_membrane_60(X))
& has_region_2(fn_animal_plasma_membrane_60(X),fn_animal_plasma_membrane_107(X))
& has_region_2(fn_animal_plasma_membrane_59(X),fn_animal_plasma_membrane_107(X))
& fn_animal_plasma_membrane_59(X) != fn_animal_plasma_membrane_60(X)
& fn_animal_plasma_membrane_60(X) != fn_animal_plasma_membrane_59(X)
& is_at_2(fn_animal_plasma_membrane_62(X),X)
& fn_animal_plasma_membrane_62(X) != fn_animal_plasma_membrane_47(X)
& fn_animal_plasma_membrane_47(X) != fn_animal_plasma_membrane_53(X)
& quantity_2(fn_animal_plasma_membrane_53(X),fn_animal_plasma_membrane_36(X))
& the_scalar_value_2(fn_animal_plasma_membrane_36(X),high_0)
& scalar_unit_class_2(fn_animal_plasma_membrane_36(X),lipid_0)
& fn_animal_plasma_membrane_47(X) != fn_animal_plasma_membrane_62(X)
& fn_animal_plasma_membrane_53(X) != fn_animal_plasma_membrane_47(X)
& inversely_proportional_2(fn_animal_plasma_membrane_32(X),fn_animal_plasma_membrane_44(X))
& density_2(X,fn_animal_plasma_membrane_32(X))
& fluidity_2(X,fn_animal_plasma_membrane_44(X))
& directly_proportional_2(fn_animal_plasma_membrane_33(X),fn_animal_plasma_membrane_44(X))
& temperature_2(X,fn_animal_plasma_membrane_33(X))
& is_inside_2(fn_animal_plasma_membrane_76(X),fn_animal_plasma_membrane_54(X))
& has_part_2(X,fn_animal_plasma_membrane_76(X))
& has_part_2(X,fn_animal_plasma_membrane_28(X))
& quantity_2(fn_animal_plasma_membrane_28(X),fn_animal_plasma_membrane_35(X))
& directly_proportional_2(fn_animal_plasma_membrane_35(X),fn_animal_plasma_membrane_44(X))
& is_outside_2(fn_animal_plasma_membrane_43(X),X)
& object_2(fn_animal_plasma_membrane_45(X),fn_animal_plasma_membrane_43(X))
& base_2(fn_animal_plasma_membrane_45(X),fn_animal_plasma_membrane_57(X))
& is_inside_2(fn_animal_plasma_membrane_57(X),X)
& has_part_2(X,fn_animal_plasma_membrane_47(X))
& is_inside_2(fn_animal_plasma_membrane_78(X),fn_animal_plasma_membrane_58(X))
& site_2(fn_animal_plasma_membrane_52(X),fn_animal_plasma_membrane_58(X))
& object_2(fn_animal_plasma_membrane_52(X),fn_animal_plasma_membrane_47(X))
& has_part_2(fn_animal_plasma_membrane_47(X),fn_animal_plasma_membrane_68(X))
& size_2(fn_animal_plasma_membrane_68(X),fn_animal_plasma_membrane_72(X))
& is_at_2(fn_animal_plasma_membrane_37(X),fn_animal_plasma_membrane_107(X))
& is_inside_2(fn_animal_plasma_membrane_107(X),fn_animal_plasma_membrane_75(X))
& path_2(fn_animal_plasma_membrane_50(X),fn_animal_plasma_membrane_75(X))
& is_along_2(fn_animal_plasma_membrane_108(X),fn_animal_plasma_membrane_107(X))
& is_along_2(fn_animal_plasma_membrane_107(X),fn_animal_plasma_membrane_108(X))
& object_2(fn_animal_plasma_membrane_114(X),fn_animal_plasma_membrane_31(X))
& in_event_2(fn_animal_plasma_membrane_113(X),fn_animal_plasma_membrane_114(X))
& plays_2(X,fn_animal_plasma_membrane_113(X))
& has_function_2(X,fn_animal_plasma_membrane_30(X))
& called_2(fn_animal_plasma_membrane_30(X),"3")
& agent_2(fn_animal_plasma_membrane_30(X),fn_animal_plasma_membrane_109(X))
& has_region_2(fn_animal_plasma_membrane_59(X),fn_animal_plasma_membrane_109(X))
& has_region_2(fn_animal_plasma_membrane_59(X),fn_animal_plasma_membrane_108(X))
& is_along_2(fn_animal_plasma_membrane_60(X),fn_animal_plasma_membrane_59(X))
& is_along_2(fn_animal_plasma_membrane_59(X),fn_animal_plasma_membrane_60(X))
& fn_animal_plasma_membrane_115(X) != fn_animal_plasma_membrane_30(X)
& fn_animal_plasma_membrane_30(X) != fn_animal_plasma_membrane_29(X)
& instrument_2(fn_animal_plasma_membrane_29(X),fn_animal_plasma_membrane_37(X))
& fn_animal_plasma_membrane_30(X) != fn_animal_plasma_membrane_115(X)
& fn_animal_plasma_membrane_29(X) != fn_animal_plasma_membrane_30(X)
& abuts_2(fn_animal_plasma_membrane_78(X),fn_animal_plasma_membrane_37(X))
& abuts_2(fn_animal_plasma_membrane_37(X),fn_animal_plasma_membrane_78(X))
& agent_2(fn_animal_plasma_membrane_29(X),fn_animal_plasma_membrane_109(X))
& is_at_2(fn_animal_plasma_membrane_37(X),fn_animal_plasma_membrane_109(X))
& is_at_2(fn_animal_plasma_membrane_37(X),fn_animal_plasma_membrane_108(X))
& is_inside_2(fn_animal_plasma_membrane_108(X),fn_animal_plasma_membrane_75(X))
& has_region_2(fn_animal_plasma_membrane_54(X),fn_animal_plasma_membrane_75(X))
& object_2(fn_animal_plasma_membrane_115(X),fn_animal_plasma_membrane_31(X))
& agent_2(fn_animal_plasma_membrane_115(X),fn_animal_plasma_membrane_75(X))
& is_between_2(fn_animal_plasma_membrane_75(X),fn_animal_plasma_membrane_109(X))
& fn_animal_plasma_membrane_29(X) != fn_animal_plasma_membrane_115(X)
& fn_animal_plasma_membrane_115(X) != fn_animal_plasma_membrane_29(X)
& is_permeable_to_2(X,fn_animal_plasma_membrane_14(X))
& has_region_2(X,fn_animal_plasma_membrane_51(X))
& is_across_2(fn_animal_plasma_membrane_53(X),fn_animal_plasma_membrane_51(X))
& fn_animal_plasma_membrane_31(X) != fn_animal_plasma_membrane_14(X)
& fn_animal_plasma_membrane_14(X) != fn_animal_plasma_membrane_31(X)
& is_inside_2(fn_animal_plasma_membrane_109(X),fn_animal_plasma_membrane_58(X))
& is_inside_2(fn_animal_plasma_membrane_109(X),fn_animal_plasma_membrane_55(X))
& is_outside_2(fn_animal_plasma_membrane_55(X),X)
& has_region_2(X,fn_animal_plasma_membrane_55(X))
& has_region_2(fn_animal_plasma_membrane_53(X),fn_animal_plasma_membrane_55(X))
& has_region_2(X,fn_animal_plasma_membrane_58(X))
& path_2(fn_animal_plasma_membrane_50(X),fn_animal_plasma_membrane_58(X))
& object_2(fn_animal_plasma_membrane_50(X),fn_animal_plasma_membrane_14(X))
& fn_animal_plasma_membrane_13(X) != fn_animal_plasma_membrane_14(X)
& fn_animal_plasma_membrane_14(X) != fn_animal_plasma_membrane_13(X)
& is_inside_2(fn_animal_plasma_membrane_62(X),fn_animal_plasma_membrane_54(X))
& has_part_2(fn_animal_plasma_membrane_62(X),fn_animal_plasma_membrane_70(X))
& size_2(fn_animal_plasma_membrane_62(X),fn_animal_plasma_membrane_69(X))
& has_region_2(fn_animal_plasma_membrane_62(X),fn_animal_plasma_membrane_57(X))
& has_part_2(fn_animal_plasma_membrane_62(X),fn_animal_plasma_membrane_93(X))
& size_2(fn_animal_plasma_membrane_93(X),fn_animal_plasma_membrane_72(X))
& has_part_2(X,fn_animal_plasma_membrane_62(X))
& has_function_2(X,fn_animal_plasma_membrane_29(X))
& has_region_2(fn_animal_plasma_membrane_62(X),fn_animal_plasma_membrane_39(X))
& is_at_2(fn_animal_plasma_membrane_41(X),fn_animal_plasma_membrane_39(X))
& has_part_2(fn_animal_plasma_membrane_40(X),fn_animal_plasma_membrane_41(X))
& has_part_2(fn_animal_plasma_membrane_62(X),fn_animal_plasma_membrane_40(X))
& is_across_2(fn_animal_plasma_membrane_62(X),X)
& instrument_2(fn_animal_plasma_membrane_114(X),X)
& has_part_2(fn_animal_plasma_membrane_53(X),fn_animal_plasma_membrane_22(X))
& size_2(fn_animal_plasma_membrane_22(X),fn_animal_plasma_membrane_72(X))
& greater_than_2(fn_animal_plasma_membrane_69(X),fn_animal_plasma_membrane_72(X))
& size_2(fn_animal_plasma_membrane_53(X),fn_animal_plasma_membrane_69(X))
& has_part_2(fn_animal_plasma_membrane_53(X),fn_animal_plasma_membrane_91(X))
& is_inside_2(fn_animal_plasma_membrane_53(X),fn_animal_plasma_membrane_54(X))
& has_part_2(X,fn_animal_plasma_membrane_54(X))
& has_part_2(X,fn_animal_plasma_membrane_53(X))
& has_region_2(fn_animal_plasma_membrane_53(X),fn_animal_plasma_membrane_57(X))
& is_inside_2(fn_animal_plasma_membrane_70(X),fn_animal_plasma_membrane_57(X))
& is_across_2(fn_animal_plasma_membrane_53(X),X)
& has_function_2(X,fn_animal_plasma_membrane_50(X))
& base_2(fn_animal_plasma_membrane_50(X),X)
& has_function_2(X,fn_animal_plasma_membrane_115(X))
& called_2(fn_animal_plasma_membrane_115(X),"1")
& is_inside_2(fn_animal_plasma_membrane_91(X),fn_animal_plasma_membrane_57(X))
& size_2(fn_animal_plasma_membrane_47(X),fn_animal_plasma_membrane_69(X))
& the_scalar_value_2(fn_animal_plasma_membrane_69(X),big_0)
& scalar_unit_class_2(fn_animal_plasma_membrane_69(X),polypeptide_0)
& has_region_2(fn_animal_plasma_membrane_60(X),fn_animal_plasma_membrane_109(X))
& is_inside_2(fn_animal_plasma_membrane_37(X),fn_animal_plasma_membrane_109(X))
& element_2(fn_animal_plasma_membrane_60(X),fn_animal_plasma_membrane_102(X))
& object_2(fn_animal_plasma_membrane_64(X),fn_animal_plasma_membrane_102(X))
& rate_2(fn_animal_plasma_membrane_64(X),fn_animal_plasma_membrane_65(X))
& fn_animal_plasma_membrane_12(X) != fn_animal_plasma_membrane_81(X)
& fn_animal_plasma_membrane_81(X) != fn_animal_plasma_membrane_80(X)
& fn_animal_plasma_membrane_81(X) != fn_animal_plasma_membrane_12(X)
& fn_animal_plasma_membrane_80(X) != fn_animal_plasma_membrane_81(X)
& is_inside_2(fn_animal_plasma_membrane_80(X),fn_animal_plasma_membrane_74(X))
& is_at_2(fn_animal_plasma_membrane_74(X),fn_animal_plasma_membrane_37(X))
& has_region_2(fn_animal_plasma_membrane_102(X),fn_animal_plasma_membrane_37(X))
& object_2(fn_animal_plasma_membrane_96(X),fn_animal_plasma_membrane_94(X))
& agent_2(fn_animal_plasma_membrane_96(X),fn_animal_plasma_membrane_81(X))
& agent_2(fn_animal_plasma_membrane_11(X),fn_animal_plasma_membrane_81(X))
& result_2(fn_animal_plasma_membrane_11(X),fn_animal_plasma_membrane_10(X))
& is_between_2(fn_animal_plasma_membrane_10(X),fn_animal_plasma_membrane_12(X))
& object_2(fn_animal_plasma_membrane_95(X),fn_animal_plasma_membrane_94(X))
& result_2(fn_animal_plasma_membrane_95(X),fn_animal_plasma_membrane_71(X))
& is_between_2(fn_animal_plasma_membrane_71(X),fn_animal_plasma_membrane_80(X))
& base_2(fn_animal_plasma_membrane_46(X),fn_animal_plasma_membrane_63(X))
& is_at_2(fn_animal_plasma_membrane_63(X),fn_animal_plasma_membrane_37(X))
& agent_2(fn_animal_plasma_membrane_111(X),fn_animal_plasma_membrane_81(X))
& called_2(fn_animal_plasma_membrane_10(X),'EL1')
& fn_animal_plasma_membrane_81(X) != fn_animal_plasma_membrane_110(X)
& fn_animal_plasma_membrane_110(X) != fn_animal_plasma_membrane_81(X)
& result_2(fn_animal_plasma_membrane_21(X),fn_animal_plasma_membrane_71(X))
& result_2(fn_animal_plasma_membrane_97(X),fn_animal_plasma_membrane_71(X))
& is_inside_2(fn_animal_plasma_membrane_81(X),fn_animal_plasma_membrane_74(X))
& fn_animal_plasma_membrane_81(X) != fn_animal_plasma_membrane_104(X)
& fn_animal_plasma_membrane_104(X) != fn_animal_plasma_membrane_81(X)
& is_between_2(fn_animal_plasma_membrane_42(X),fn_animal_plasma_membrane_81(X))
& agent_2(fn_animal_plasma_membrane_90(X),fn_animal_plasma_membrane_81(X))
& result_2(fn_animal_plasma_membrane_90(X),fn_animal_plasma_membrane_71(X))
& is_between_2(fn_animal_plasma_membrane_71(X),fn_animal_plasma_membrane_73(X))
& is_between_2(fn_animal_plasma_membrane_99(X),fn_animal_plasma_membrane_73(X))
& is_between_2(fn_animal_plasma_membrane_99(X),fn_animal_plasma_membrane_80(X))
& has_region_2(fn_animal_plasma_membrane_47(X),fn_animal_plasma_membrane_57(X))
& has_region_2(fn_animal_plasma_membrane_60(X),fn_animal_plasma_membrane_108(X))
& base_2(fn_animal_plasma_membrane_66(X),fn_animal_plasma_membrane_67(X))
& has_region_2(fn_animal_plasma_membrane_47(X),fn_animal_plasma_membrane_55(X))
& object_2(fn_animal_plasma_membrane_46(X),fn_animal_plasma_membrane_61(X))
& fn_animal_plasma_membrane_62(X) = fn_attach_1(fn_animal_plasma_membrane_83(X))
& fn_animal_plasma_membrane_62(X) = fn_move_1(fn_animal_plasma_membrane_82(X))
& fn_animal_plasma_membrane_62(X) = fn_move_1(fn_animal_plasma_membrane_48(X))
& fn_animal_plasma_membrane_62(X) = fn_attach_1(fn_animal_plasma_membrane_92(X))
& fn_animal_plasma_membrane_53(X) = fn_attach_1(fn_animal_plasma_membrane_23(X))
& fn_animal_plasma_membrane_47(X) = fn_move_1(fn_animal_plasma_membrane_49(X))
& fn_animal_plasma_membrane_47(X) = fn_attach_1(fn_animal_plasma_membrane_66(X))
& fn_animal_plasma_membrane_81(X) = fn_share_3(fn_animal_plasma_membrane_105(X))
& fn_animal_plasma_membrane_81(X) = fn_share_1(fn_animal_plasma_membrane_105(X))
& X = fn_attach_2(fn_animal_plasma_membrane_52(X))
& fn_animal_plasma_membrane_111(X) = fn_covalent_bond_17(fn_animal_plasma_membrane_112(X))
& fn_animal_plasma_membrane_38(X) = fn_plasma_membrane_70(X)
& fn_animal_plasma_membrane_79(X) = fn_covalent_bond_17(fn_animal_plasma_membrane_18(X))
& fn_animal_plasma_membrane_73(X) = fn_covalent_bond_19(fn_animal_plasma_membrane_18(X))
& fn_animal_plasma_membrane_81(X) = fn_covalent_bond_20(fn_animal_plasma_membrane_18(X))
& fn_animal_plasma_membrane_34(X) = fn_covalent_bond_17(fn_animal_plasma_membrane_106(X))
& fn_animal_plasma_membrane_81(X) = fn_covalent_bond_19(fn_animal_plasma_membrane_106(X))
& fn_animal_plasma_membrane_98(X) = fn_covalent_bond_17(fn_animal_plasma_membrane_99(X))
& fn_animal_plasma_membrane_98(X) = fn_covalent_bond_17(fn_animal_plasma_membrane_106(X))
& fn_animal_plasma_membrane_81(X) = fn_covalent_bond_20(fn_animal_plasma_membrane_106(X))
& fn_animal_plasma_membrane_21(X) = fn_covalent_bond_17(fn_animal_plasma_membrane_15(X))
& fn_animal_plasma_membrane_81(X) = fn_covalent_bond_19(fn_animal_plasma_membrane_15(X))
& fn_animal_plasma_membrane_24(X) = fn_covalent_bond_17(fn_animal_plasma_membrane_15(X))
& fn_animal_plasma_membrane_81(X) = fn_covalent_bond_20(fn_animal_plasma_membrane_15(X))
& fn_animal_plasma_membrane_19(X) = fn_covalent_bond_17(fn_animal_plasma_membrane_112(X))
& fn_animal_plasma_membrane_20(X) = fn_covalent_bond_19(fn_animal_plasma_membrane_112(X))
& fn_animal_plasma_membrane_81(X) = fn_covalent_bond_20(fn_animal_plasma_membrane_112(X))
& fn_animal_plasma_membrane_16(X) = fn_covalent_bond_17(fn_animal_plasma_membrane_18(X))
& fn_animal_plasma_membrane_81(X) = fn_covalent_bond_19(fn_animal_plasma_membrane_18(X))
& fn_animal_plasma_membrane_16(X) = fn_covalent_bond_17(fn_animal_plasma_membrane_112(X))
& fn_animal_plasma_membrane_81(X) = fn_covalent_bond_19(fn_animal_plasma_membrane_112(X))
& fn_animal_plasma_membrane_16(X) = fn_covalent_bond_17(fn_animal_plasma_membrane_10(X))
& fn_animal_plasma_membrane_81(X) = fn_covalent_bond_19(fn_animal_plasma_membrane_99(X))
& fn_animal_plasma_membrane_17(X) = fn_covalent_bond_20(fn_animal_plasma_membrane_99(X))
& fn_animal_plasma_membrane_17(X) = fn_covalent_bond_19(fn_animal_plasma_membrane_10(X))
& fn_animal_plasma_membrane_81(X) = fn_covalent_bond_19(fn_animal_plasma_membrane_10(X))
& fn_animal_plasma_membrane_81(X) = fn_covalent_bond_20(fn_animal_plasma_membrane_10(X))
& fn_animal_plasma_membrane_55(X) = fn_integral_protein_29(fn_animal_plasma_membrane_62(X))
& fn_animal_plasma_membrane_53(X) = fn_eukaryotic_cell_15(fn_animal_plasma_membrane_56(X))
& fn_animal_plasma_membrane_77(X) = fn_eukaryotic_cell_16(fn_animal_plasma_membrane_56(X))
& X = fn_eukaryotic_cell_29(fn_animal_plasma_membrane_56(X))
& fn_animal_plasma_membrane_103(X) = fn_biomembrane_28(X)
& fn_animal_plasma_membrane_84(X) = fn_biomembrane_67(X)
& fn_animal_plasma_membrane_65(X) = fn_biomembrane_13(X)
& fn_animal_plasma_membrane_44(X) = fn_biomembrane_18(X)
& fn_animal_plasma_membrane_100(X) = fn_biomembrane_21(X)
& fn_animal_plasma_membrane_101(X) = fn_biomembrane_69(X)
& fn_animal_plasma_membrane_102(X) = fn_biomembrane_66(X)
& fn_animal_plasma_membrane_47(X) = fn_plasma_membrane_4(X)
& fn_animal_plasma_membrane_47(X) = fn_plasma_membrane_3(X)
& fn_animal_plasma_membrane_27(X) = fn_plasma_membrane_95(X)
& fn_animal_plasma_membrane_26(X) = fn_plasma_membrane_93(X)
& fn_animal_plasma_membrane_87(X) = fn_plasma_membrane_5(X)
& fn_animal_plasma_membrane_25(X) = fn_plasma_membrane_90(X)
& fn_animal_plasma_membrane_89(X) = fn_plasma_membrane_94(X)
& fn_animal_plasma_membrane_60(X) = fn_integral_protein_12(fn_animal_plasma_membrane_62(X))
& fn_animal_plasma_membrane_60(X) = fn_integral_protein_12(fn_animal_plasma_membrane_53(X))
& fn_animal_plasma_membrane_36(X) = fn_plasma_membrane_1(X)
& fn_animal_plasma_membrane_33(X) = fn_plasma_membrane_38(X)
& fn_animal_plasma_membrane_32(X) = fn_plasma_membrane_36(X)
& fn_animal_plasma_membrane_44(X) = fn_plasma_membrane_37(X)
& fn_animal_plasma_membrane_35(X) = fn_plasma_membrane_40(X)
& fn_animal_plasma_membrane_28(X) = fn_plasma_membrane_35(X)
& fn_animal_plasma_membrane_76(X) = fn_plasma_membrane_34(X)
& fn_animal_plasma_membrane_47(X) = fn_plasma_membrane_68(X)
& fn_animal_plasma_membrane_45(X) = fn_plasma_membrane_87(X)
& fn_animal_plasma_membrane_43(X) = fn_plasma_membrane_88(X)
& fn_animal_plasma_membrane_72(X) = fn_plasma_membrane_84(X)
& fn_animal_plasma_membrane_68(X) = fn_polymer_6(fn_animal_plasma_membrane_47(X))
& fn_animal_plasma_membrane_68(X) = fn_polymer_4(fn_animal_plasma_membrane_47(X))
& fn_animal_plasma_membrane_68(X) = fn_plasma_membrane_86(X)
& fn_animal_plasma_membrane_47(X) = fn_attach_1(fn_animal_plasma_membrane_52(X))
& fn_animal_plasma_membrane_47(X) = fn_plasma_membrane_54(X)
& fn_animal_plasma_membrane_52(X) = fn_plasma_membrane_52(X)
& fn_animal_plasma_membrane_107(X) = fn_plasma_membrane_80(X)
& fn_animal_plasma_membrane_30(X) = fn_plasma_membrane_96(X)
& fn_animal_plasma_membrane_113(X) = fn_plasma_membrane_30(X)
& fn_animal_plasma_membrane_114(X) = fn_plasma_membrane_31(X)
& fn_animal_plasma_membrane_60(X) = fn_biomembrane_61(X)
& fn_animal_plasma_membrane_60(X) = fn_plasma_membrane_78(X)
& fn_animal_plasma_membrane_59(X) = fn_biomembrane_62(X)
& fn_animal_plasma_membrane_59(X) = fn_plasma_membrane_51(X)
& fn_animal_plasma_membrane_78(X) = fn_plasma_membrane_77(X)
& fn_animal_plasma_membrane_30(X) = fn_plasma_membrane_97(X)
& fn_animal_plasma_membrane_54(X) = fn_integral_protein_27(fn_animal_plasma_membrane_62(X))
& fn_animal_plasma_membrane_54(X) = fn_integral_protein_27(fn_animal_plasma_membrane_53(X))
& fn_animal_plasma_membrane_108(X) = fn_plasma_membrane_82(X)
& fn_animal_plasma_membrane_37(X) = fn_plasma_membrane_83(X)
& fn_animal_plasma_membrane_75(X) = fn_biomembrane_75(X)
& fn_animal_plasma_membrane_109(X) = fn_biomembrane_83(X)
& fn_animal_plasma_membrane_75(X) = fn_integral_protein_10(fn_animal_plasma_membrane_62(X))
& fn_animal_plasma_membrane_75(X) = fn_integral_protein_10(fn_animal_plasma_membrane_53(X))
& fn_animal_plasma_membrane_75(X) = fn_plasma_membrane_81(X)
& fn_animal_plasma_membrane_29(X) = fn_plasma_membrane_96(X)
& fn_animal_plasma_membrane_51(X) = fn_plasma_membrane_6(X)
& fn_animal_plasma_membrane_31(X) = fn_plasma_membrane_50(X)
& fn_animal_plasma_membrane_55(X) = fn_integral_protein_29(fn_animal_plasma_membrane_53(X))
& fn_animal_plasma_membrane_55(X) = fn_biomembrane_41(X)
& fn_animal_plasma_membrane_55(X) = fn_plasma_membrane_65(X)
& fn_animal_plasma_membrane_109(X) = fn_plasma_membrane_89(X)
& fn_animal_plasma_membrane_13(X) = fn_plasma_membrane_98(X)
& fn_animal_plasma_membrane_14(X) = fn_plasma_membrane_73(X)
& fn_animal_plasma_membrane_58(X) = fn_transmembrane_protein_6(fn_animal_plasma_membrane_62(X))
& fn_animal_plasma_membrane_58(X) = fn_transmembrane_protein_6(fn_animal_plasma_membrane_53(X))
& fn_animal_plasma_membrane_58(X) = fn_plasma_membrane_66(X)
& fn_animal_plasma_membrane_54(X) = fn_transport_protein_12(fn_animal_plasma_membrane_62(X))
& fn_animal_plasma_membrane_70(X) = fn_transport_protein_17(fn_animal_plasma_membrane_62(X))
& fn_animal_plasma_membrane_70(X) = fn_transport_protein_14(fn_animal_plasma_membrane_62(X))
& fn_animal_plasma_membrane_69(X) = fn_transport_protein_20(fn_animal_plasma_membrane_62(X))
& fn_animal_plasma_membrane_57(X) = fn_plasma_membrane_57(X)
& fn_animal_plasma_membrane_57(X) = fn_transport_protein_18(fn_animal_plasma_membrane_62(X))
& fn_animal_plasma_membrane_72(X) = fn_transport_protein_19(fn_animal_plasma_membrane_62(X))
& fn_animal_plasma_membrane_93(X) = fn_transport_protein_21(fn_animal_plasma_membrane_62(X))
& fn_animal_plasma_membrane_29(X) = fn_plasma_membrane_97(X)
& fn_animal_plasma_membrane_29(X) = fn_transport_protein_31(fn_animal_plasma_membrane_62(X))
& X = fn_transmembrane_protein_4(fn_animal_plasma_membrane_62(X))
& fn_animal_plasma_membrane_62(X) = fn_plasma_membrane_55(X)
& X = fn_transport_protein_35(fn_animal_plasma_membrane_62(X))
& fn_animal_plasma_membrane_40(X) = fn_transport_protein_7(fn_animal_plasma_membrane_62(X))
& fn_animal_plasma_membrane_41(X) = fn_transport_protein_8(fn_animal_plasma_membrane_62(X))
& fn_animal_plasma_membrane_39(X) = fn_transport_protein_6(fn_animal_plasma_membrane_62(X))
& fn_animal_plasma_membrane_85(X) = fn_integral_protein_34(fn_animal_plasma_membrane_62(X))
& fn_animal_plasma_membrane_85(X) = fn_transport_protein_23(fn_animal_plasma_membrane_53(X))
& fn_animal_plasma_membrane_114(X) = fn_transport_protein_31(fn_animal_plasma_membrane_53(X))
& fn_animal_plasma_membrane_91(X) = fn_transport_protein_17(fn_animal_plasma_membrane_53(X))
& fn_animal_plasma_membrane_91(X) = fn_transport_protein_14(fn_animal_plasma_membrane_53(X))
& fn_animal_plasma_membrane_69(X) = fn_integral_protein_16(fn_animal_plasma_membrane_62(X))
& fn_animal_plasma_membrane_72(X) = fn_integral_protein_20(fn_animal_plasma_membrane_62(X))
& fn_animal_plasma_membrane_69(X) = fn_polymer_8(fn_animal_plasma_membrane_47(X))
& fn_animal_plasma_membrane_72(X) = fn_polymer_7(fn_animal_plasma_membrane_47(X))
& fn_animal_plasma_membrane_69(X) = fn_transport_protein_20(fn_animal_plasma_membrane_53(X))
& fn_animal_plasma_membrane_72(X) = fn_transport_protein_19(fn_animal_plasma_membrane_53(X))
& fn_animal_plasma_membrane_22(X) = fn_polymer_6(fn_animal_plasma_membrane_53(X))
& fn_animal_plasma_membrane_22(X) = fn_transport_protein_21(fn_animal_plasma_membrane_53(X))
& fn_animal_plasma_membrane_70(X) = fn_transport_protein_14(fn_animal_plasma_membrane_53(X))
& fn_animal_plasma_membrane_57(X) = fn_transport_protein_18(fn_animal_plasma_membrane_53(X))
& X = fn_transmembrane_protein_4(fn_animal_plasma_membrane_53(X))
& X = fn_membrane_protein_1(fn_animal_plasma_membrane_47(X))
& fn_animal_plasma_membrane_54(X) = fn_membrane_protein_2(fn_animal_plasma_membrane_47(X))
& fn_animal_plasma_membrane_54(X) = fn_biomembrane_63(X)
& fn_animal_plasma_membrane_53(X) = fn_plasma_membrane_55(X)
& fn_animal_plasma_membrane_54(X) = fn_plasma_membrane_71(X)
& fn_animal_plasma_membrane_54(X) = fn_transport_protein_12(fn_animal_plasma_membrane_53(X))
& fn_animal_plasma_membrane_115(X) = fn_biomembrane_102(X)
& fn_animal_plasma_membrane_115(X) = fn_plasma_membrane_33(X)
& X = fn_integral_protein_24(fn_animal_plasma_membrane_62(X))
& fn_animal_plasma_membrane_115(X) = fn_integral_protein_25(fn_animal_plasma_membrane_62(X))
& X = fn_integral_protein_24(fn_animal_plasma_membrane_53(X))
& fn_animal_plasma_membrane_115(X) = fn_integral_protein_25(fn_animal_plasma_membrane_53(X))
& fn_animal_plasma_membrane_115(X) = fn_transport_protein_31(fn_animal_plasma_membrane_53(X))
& fn_animal_plasma_membrane_50(X) = fn_plasma_membrane_74(X)
& fn_animal_plasma_membrane_50(X) = fn_transport_protein_34(fn_animal_plasma_membrane_53(X))
& X = fn_transport_protein_35(fn_animal_plasma_membrane_53(X))
& fn_animal_plasma_membrane_91(X) = fn_organic_molecule_1(fn_animal_plasma_membrane_47(X))
& fn_animal_plasma_membrane_86(X) = fn_protein_10(fn_animal_plasma_membrane_47(X))
& fn_animal_plasma_membrane_69(X) = fn_integral_protein_16(fn_animal_plasma_membrane_53(X))
& fn_animal_plasma_membrane_69(X) = fn_protein_9(fn_animal_plasma_membrane_47(X))
& fn_animal_plasma_membrane_37(X) = fn_phospholipid_layer_17(fn_animal_plasma_membrane_60(X))
& fn_animal_plasma_membrane_109(X) = fn_phospholipid_layer_2(fn_animal_plasma_membrane_60(X))
& fn_animal_plasma_membrane_88(X) = fn_phospholipid_layer_14(fn_animal_plasma_membrane_60(X))
& fn_animal_plasma_membrane_88(X) = fn_phospholipid_layer_12(fn_animal_plasma_membrane_60(X))
& fn_animal_plasma_membrane_65(X) = fn_phospholipid_layer_9(fn_animal_plasma_membrane_60(X))
& fn_animal_plasma_membrane_65(X) = fn_phospholipid_layer_7(fn_animal_plasma_membrane_60(X))
& fn_animal_plasma_membrane_64(X) = fn_phospholipid_layer_18(fn_animal_plasma_membrane_60(X))
& fn_animal_plasma_membrane_64(X) = fn_phospholipid_layer_19(fn_animal_plasma_membrane_60(X))
& fn_animal_plasma_membrane_102(X) = fn_phospholipid_layer_20(fn_animal_plasma_membrane_60(X))
& fn_animal_plasma_membrane_102(X) = fn_phospholipid_layer_21(fn_animal_plasma_membrane_60(X))
& fn_animal_plasma_membrane_61(X) = fn_attach_1(fn_animal_plasma_membrane_46(X))
& fn_animal_plasma_membrane_55(X) = fn_protein_5(fn_animal_plasma_membrane_47(X))
& fn_animal_plasma_membrane_67(X) = fn_attach_2(fn_animal_plasma_membrane_66(X))
& fn_animal_plasma_membrane_108(X) = fn_phospholipid_layer_1(fn_animal_plasma_membrane_60(X))
& fn_animal_plasma_membrane_57(X) = fn_organic_molecule_3(fn_animal_plasma_membrane_47(X))
& fn_animal_plasma_membrane_73(X) = fn_ester_linkage_28(fn_animal_plasma_membrane_99(X))
& fn_animal_plasma_membrane_80(X) = fn_ester_linkage_27(fn_animal_plasma_membrane_99(X))
& fn_animal_plasma_membrane_73(X) = fn_ester_linkage_28(fn_animal_plasma_membrane_71(X))
& fn_animal_plasma_membrane_104(X) = fn_covalent_bond_19(fn_animal_plasma_membrane_71(X))
& fn_animal_plasma_membrane_81(X) = fn_covalent_bond_20(fn_animal_plasma_membrane_71(X))
& fn_animal_plasma_membrane_90(X) = fn_covalent_bond_17(fn_animal_plasma_membrane_71(X))
& fn_animal_plasma_membrane_94(X) = fn_phospholipid_70(fn_animal_plasma_membrane_102(X))
& fn_animal_plasma_membrane_96(X) = fn_phospholipid_52(fn_animal_plasma_membrane_102(X))
& fn_animal_plasma_membrane_11(X) = fn_phospholipid_60(fn_animal_plasma_membrane_102(X))
& fn_animal_plasma_membrane_12(X) = fn_phospholipid_98(fn_animal_plasma_membrane_102(X))
& fn_animal_plasma_membrane_94(X) = fn_phospholipid_71(fn_animal_plasma_membrane_102(X))
& fn_animal_plasma_membrane_95(X) = fn_phospholipid_13(fn_animal_plasma_membrane_102(X))
& fn_animal_plasma_membrane_80(X) = fn_phospholipid_99(fn_animal_plasma_membrane_102(X))
& fn_animal_plasma_membrane_63(X) = fn_attach_2(fn_animal_plasma_membrane_46(X))
& fn_animal_plasma_membrane_46(X) = fn_phospholipid_81(fn_animal_plasma_membrane_102(X))
& fn_animal_plasma_membrane_63(X) = fn_phospholipid_89(fn_animal_plasma_membrane_102(X))
& fn_animal_plasma_membrane_37(X) = fn_phospholipid_88(fn_animal_plasma_membrane_102(X))
& fn_animal_plasma_membrane_111(X) = fn_phospholipid_101(fn_animal_plasma_membrane_102(X))
& fn_animal_plasma_membrane_10(X) = fn_phospholipid_94(fn_animal_plasma_membrane_102(X))
& fn_animal_plasma_membrane_110(X) = fn_phospholipid_98(fn_animal_plasma_membrane_102(X))
& fn_animal_plasma_membrane_21(X) = fn_phospholipid_59(fn_animal_plasma_membrane_102(X))
& fn_animal_plasma_membrane_97(X) = fn_phospholipid_3(fn_animal_plasma_membrane_102(X))
& fn_animal_plasma_membrane_71(X) = fn_phospholipid_94(fn_animal_plasma_membrane_102(X))
& fn_animal_plasma_membrane_81(X) = fn_phospholipid_84(fn_animal_plasma_membrane_102(X))
& fn_animal_plasma_membrane_74(X) = fn_phospholipid_83(fn_animal_plasma_membrane_102(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_10(X)) = fn_covalent_bond_20(fn_animal_plasma_membrane_99(X))
& fn_covalent_bond_20(fn_animal_plasma_membrane_99(X)) = fn_covalent_bond_19(fn_animal_plasma_membrane_10(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_10(X)) = fn_biomembrane_18(X)
& fn_biomembrane_18(X) = fn_biomembrane_18(X)
& fn_biomembrane_18(X) = fn_plasma_membrane_37(X)
& fn_plasma_membrane_37(X) = fn_plasma_membrane_37(X)
& fn_plasma_membrane_37(X) = fn_polymer_4(fn_animal_plasma_membrane_47(X))
& fn_polymer_4(fn_animal_plasma_membrane_47(X)) = fn_polymer_6(fn_animal_plasma_membrane_47(X))
& fn_polymer_6(fn_animal_plasma_membrane_47(X)) = fn_polymer_4(fn_animal_plasma_membrane_47(X))
& fn_polymer_4(fn_animal_plasma_membrane_47(X)) = fn_polymer_4(fn_animal_plasma_membrane_47(X))
& fn_plasma_membrane_86(X) = fn_polymer_4(fn_animal_plasma_membrane_47(X))
& fn_polymer_4(fn_animal_plasma_membrane_47(X)) = fn_plasma_membrane_86(X)
& fn_plasma_membrane_86(X) = fn_biomembrane_62(X)
& fn_biomembrane_62(X) = fn_biomembrane_62(X)
& fn_plasma_membrane_51(X) = fn_plasma_membrane_51(X)
& fn_plasma_membrane_51(X) = fn_biomembrane_62(X)
& fn_biomembrane_62(X) = fn_plasma_membrane_51(X)
& fn_plasma_membrane_51(X) = fn_plasma_membrane_97(X)
& fn_plasma_membrane_97(X) = fn_plasma_membrane_97(X)
& fn_plasma_membrane_97(X) = fn_biomembrane_75(X)
& fn_integral_protein_10(fn_animal_plasma_membrane_53(X)) = fn_biomembrane_75(X)
& fn_biomembrane_75(X) = fn_integral_protein_10(fn_animal_plasma_membrane_62(X))
& fn_plasma_membrane_81(X) = fn_plasma_membrane_81(X)
& fn_plasma_membrane_81(X) = fn_integral_protein_10(fn_animal_plasma_membrane_62(X))
& fn_integral_protein_10(fn_animal_plasma_membrane_62(X)) = fn_integral_protein_10(fn_animal_plasma_membrane_53(X))
& fn_integral_protein_10(fn_animal_plasma_membrane_53(X)) = fn_plasma_membrane_81(X)
& fn_plasma_membrane_81(X) = fn_plasma_membrane_66(X)
& fn_plasma_membrane_66(X) = fn_plasma_membrane_66(X)
& fn_plasma_membrane_66(X) = fn_transmembrane_protein_6(fn_animal_plasma_membrane_62(X))
& fn_transmembrane_protein_6(fn_animal_plasma_membrane_62(X)) = fn_transmembrane_protein_6(fn_animal_plasma_membrane_53(X))
& fn_transmembrane_protein_6(fn_animal_plasma_membrane_53(X)) = fn_plasma_membrane_66(X)
& fn_plasma_membrane_66(X) = fn_plasma_membrane_97(X)
& fn_plasma_membrane_96(X) = fn_plasma_membrane_97(X)
& fn_plasma_membrane_97(X) = fn_plasma_membrane_96(X)
& fn_plasma_membrane_96(X) = fn_plasma_membrane_96(X)
& fn_plasma_membrane_96(X) = fn_transport_protein_31(fn_animal_plasma_membrane_62(X))
& fn_transport_protein_31(fn_animal_plasma_membrane_62(X)) = fn_attach_1(fn_animal_plasma_membrane_83(X))
& fn_attach_1(fn_animal_plasma_membrane_83(X)) = fn_move_1(fn_animal_plasma_membrane_82(X))
& fn_move_1(fn_animal_plasma_membrane_82(X)) = fn_move_1(fn_animal_plasma_membrane_48(X))
& fn_move_1(fn_animal_plasma_membrane_48(X)) = fn_attach_1(fn_animal_plasma_membrane_92(X))
& fn_attach_1(fn_animal_plasma_membrane_92(X)) = fn_attach_1(fn_animal_plasma_membrane_83(X))
& fn_attach_1(fn_animal_plasma_membrane_83(X)) = fn_attach_1(fn_animal_plasma_membrane_92(X))
& fn_attach_1(fn_animal_plasma_membrane_92(X)) = fn_plasma_membrane_55(X)
& fn_plasma_membrane_55(X) = fn_integral_protein_34(fn_animal_plasma_membrane_62(X))
& fn_integral_protein_34(fn_animal_plasma_membrane_62(X)) = fn_transport_protein_23(fn_animal_plasma_membrane_53(X))
& fn_transport_protein_23(fn_animal_plasma_membrane_53(X)) = fn_plasma_membrane_31(X)
& fn_plasma_membrane_31(X) = fn_plasma_membrane_31(X)
& fn_plasma_membrane_31(X) = fn_transport_protein_31(fn_animal_plasma_membrane_53(X))
& fn_transport_protein_31(fn_animal_plasma_membrane_53(X)) = fn_polymer_7(fn_animal_plasma_membrane_47(X))
& fn_polymer_7(fn_animal_plasma_membrane_47(X)) = fn_integral_protein_20(fn_animal_plasma_membrane_62(X))
& fn_integral_protein_20(fn_animal_plasma_membrane_62(X)) = fn_integral_protein_20(fn_animal_plasma_membrane_62(X))
& fn_integral_protein_20(fn_animal_plasma_membrane_62(X)) = fn_polymer_7(fn_animal_plasma_membrane_47(X))
& fn_polymer_7(fn_animal_plasma_membrane_47(X)) = fn_polymer_7(fn_animal_plasma_membrane_47(X))
& fn_plasma_membrane_84(X) = fn_polymer_7(fn_animal_plasma_membrane_47(X))
& fn_polymer_7(fn_animal_plasma_membrane_47(X)) = fn_plasma_membrane_84(X)
& fn_plasma_membrane_84(X) = fn_transport_protein_19(fn_animal_plasma_membrane_62(X))
& fn_transport_protein_19(fn_animal_plasma_membrane_62(X)) = fn_transport_protein_19(fn_animal_plasma_membrane_53(X))
& fn_transport_protein_19(fn_animal_plasma_membrane_53(X)) = fn_transport_protein_19(fn_animal_plasma_membrane_53(X))
& fn_transport_protein_19(fn_animal_plasma_membrane_53(X)) = fn_transport_protein_21(fn_animal_plasma_membrane_53(X))
& fn_transport_protein_21(fn_animal_plasma_membrane_53(X)) = fn_polymer_6(fn_animal_plasma_membrane_53(X))
& fn_polymer_6(fn_animal_plasma_membrane_53(X)) = fn_transport_protein_21(fn_animal_plasma_membrane_53(X))
& fn_transport_protein_21(fn_animal_plasma_membrane_53(X)) = fn_transport_protein_17(fn_animal_plasma_membrane_62(X))
& fn_transport_protein_17(fn_animal_plasma_membrane_62(X)) = fn_transport_protein_14(fn_animal_plasma_membrane_62(X))
& fn_transport_protein_14(fn_animal_plasma_membrane_62(X)) = fn_transport_protein_14(fn_animal_plasma_membrane_53(X))
& fn_transport_protein_14(fn_animal_plasma_membrane_53(X)) = fn_biomembrane_63(X)
& fn_biomembrane_63(X) = fn_membrane_protein_2(fn_animal_plasma_membrane_47(X))
& fn_membrane_protein_2(fn_animal_plasma_membrane_47(X)) = fn_biomembrane_63(X)
& fn_biomembrane_63(X) = fn_integral_protein_27(fn_animal_plasma_membrane_62(X))
& fn_integral_protein_27(fn_animal_plasma_membrane_53(X)) = fn_biomembrane_63(X)
& fn_biomembrane_63(X) = fn_plasma_membrane_71(X)
& fn_plasma_membrane_71(X) = fn_integral_protein_27(fn_animal_plasma_membrane_62(X))
& fn_integral_protein_27(fn_animal_plasma_membrane_62(X)) = fn_integral_protein_27(fn_animal_plasma_membrane_53(X))
& fn_integral_protein_27(fn_animal_plasma_membrane_53(X)) = fn_plasma_membrane_71(X)
& fn_plasma_membrane_71(X) = fn_plasma_membrane_71(X)
& fn_plasma_membrane_71(X) = fn_transport_protein_12(fn_animal_plasma_membrane_62(X))
& fn_transport_protein_12(fn_animal_plasma_membrane_62(X)) = fn_plasma_membrane_71(X)
& fn_transport_protein_12(fn_animal_plasma_membrane_53(X)) = fn_plasma_membrane_71(X)
& fn_plasma_membrane_71(X) = fn_transport_protein_12(fn_animal_plasma_membrane_53(X))
& fn_transport_protein_12(fn_animal_plasma_membrane_53(X)) = fn_integral_protein_25(fn_animal_plasma_membrane_62(X))
& fn_integral_protein_25(fn_animal_plasma_membrane_53(X)) = fn_biomembrane_102(X)
& fn_biomembrane_102(X) = fn_biomembrane_102(X)
& fn_biomembrane_102(X) = fn_integral_protein_25(fn_animal_plasma_membrane_62(X))
& fn_plasma_membrane_33(X) = fn_integral_protein_25(fn_animal_plasma_membrane_62(X))
& fn_integral_protein_25(fn_animal_plasma_membrane_62(X)) = fn_integral_protein_25(fn_animal_plasma_membrane_53(X))
& fn_integral_protein_25(fn_animal_plasma_membrane_53(X)) = fn_plasma_membrane_33(X)
& fn_plasma_membrane_33(X) = fn_plasma_membrane_33(X)
& fn_transport_protein_31(fn_animal_plasma_membrane_53(X)) = fn_plasma_membrane_33(X)
& fn_plasma_membrane_33(X) = fn_transport_protein_31(fn_animal_plasma_membrane_53(X))
& fn_transport_protein_31(fn_animal_plasma_membrane_53(X)) = fn_plasma_membrane_74(X)
& fn_plasma_membrane_74(X) = fn_plasma_membrane_74(X)
& fn_transport_protein_34(fn_animal_plasma_membrane_53(X)) = fn_plasma_membrane_74(X)
& fn_plasma_membrane_74(X) = fn_transport_protein_34(fn_animal_plasma_membrane_53(X))
& fn_transport_protein_34(fn_animal_plasma_membrane_53(X)) = fn_attach_2(fn_animal_plasma_membrane_52(X))
& fn_attach_2(fn_animal_plasma_membrane_52(X)) = fn_transmembrane_protein_4(fn_animal_plasma_membrane_62(X))
& fn_membrane_protein_1(fn_animal_plasma_membrane_47(X)) = fn_transmembrane_protein_4(fn_animal_plasma_membrane_62(X))
& fn_transmembrane_protein_4(fn_animal_plasma_membrane_53(X)) = fn_transmembrane_protein_4(fn_animal_plasma_membrane_62(X))
& fn_transmembrane_protein_4(fn_animal_plasma_membrane_62(X)) = fn_transmembrane_protein_4(fn_animal_plasma_membrane_53(X))
& fn_transmembrane_protein_4(fn_animal_plasma_membrane_53(X)) = fn_membrane_protein_1(fn_animal_plasma_membrane_47(X))
& fn_eukaryotic_cell_29(fn_animal_plasma_membrane_56(X)) = fn_membrane_protein_1(fn_animal_plasma_membrane_47(X))
& fn_membrane_protein_1(fn_animal_plasma_membrane_47(X)) = fn_membrane_protein_1(fn_animal_plasma_membrane_47(X))
& fn_membrane_protein_1(fn_animal_plasma_membrane_47(X)) = fn_eukaryotic_cell_29(fn_animal_plasma_membrane_56(X))
& fn_eukaryotic_cell_29(fn_animal_plasma_membrane_56(X)) = fn_eukaryotic_cell_29(fn_animal_plasma_membrane_56(X))
& fn_eukaryotic_cell_29(fn_animal_plasma_membrane_56(X)) = fn_integral_protein_24(fn_animal_plasma_membrane_62(X))
& fn_integral_protein_24(fn_animal_plasma_membrane_53(X)) = fn_integral_protein_24(fn_animal_plasma_membrane_62(X))
& fn_integral_protein_24(fn_animal_plasma_membrane_53(X)) = fn_transport_protein_35(fn_animal_plasma_membrane_62(X))
& fn_transport_protein_35(fn_animal_plasma_membrane_62(X)) = fn_integral_protein_24(fn_animal_plasma_membrane_62(X))
& fn_integral_protein_24(fn_animal_plasma_membrane_62(X)) = fn_transport_protein_35(fn_animal_plasma_membrane_62(X))
& fn_transport_protein_35(fn_animal_plasma_membrane_62(X)) = fn_transport_protein_35(fn_animal_plasma_membrane_62(X))
& fn_transport_protein_35(fn_animal_plasma_membrane_62(X)) = fn_transport_protein_35(fn_animal_plasma_membrane_53(X))
& fn_transport_protein_35(fn_animal_plasma_membrane_53(X)) = fn_integral_protein_24(fn_animal_plasma_membrane_53(X))
& fn_transport_protein_35(fn_animal_plasma_membrane_53(X)) = fn_integral_protein_24(fn_animal_plasma_membrane_62(X))
& fn_integral_protein_24(fn_animal_plasma_membrane_62(X)) = fn_integral_protein_24(fn_animal_plasma_membrane_53(X))
& fn_integral_protein_24(fn_animal_plasma_membrane_53(X)) = fn_transport_protein_35(fn_animal_plasma_membrane_53(X))
& fn_transport_protein_35(fn_animal_plasma_membrane_53(X)) = fn_transport_protein_35(fn_animal_plasma_membrane_53(X))
& fn_transport_protein_35(fn_animal_plasma_membrane_53(X)) = fn_attach_1(fn_animal_plasma_membrane_23(X))
& fn_attach_1(fn_animal_plasma_membrane_23(X)) = fn_eukaryotic_cell_15(fn_animal_plasma_membrane_56(X))
& fn_eukaryotic_cell_15(fn_animal_plasma_membrane_56(X)) = fn_eukaryotic_cell_15(fn_animal_plasma_membrane_56(X))
& fn_eukaryotic_cell_15(fn_animal_plasma_membrane_56(X)) = fn_plasma_membrane_55(X)
& fn_plasma_membrane_55(X) = fn_plasma_membrane_55(X)
& fn_plasma_membrane_55(X) = fn_transport_protein_17(fn_animal_plasma_membrane_53(X))
& fn_transport_protein_17(fn_animal_plasma_membrane_53(X)) = fn_transport_protein_14(fn_animal_plasma_membrane_53(X))
& fn_transport_protein_14(fn_animal_plasma_membrane_53(X)) = fn_transport_protein_14(fn_animal_plasma_membrane_53(X))
& fn_transport_protein_14(fn_animal_plasma_membrane_53(X)) = fn_organic_molecule_1(fn_animal_plasma_membrane_47(X))
& fn_organic_molecule_1(fn_animal_plasma_membrane_47(X)) = fn_integral_protein_16(fn_animal_plasma_membrane_62(X))
& fn_integral_protein_16(fn_animal_plasma_membrane_62(X)) = fn_integral_protein_16(fn_animal_plasma_membrane_53(X))
& fn_integral_protein_16(fn_animal_plasma_membrane_53(X)) = fn_integral_protein_16(fn_animal_plasma_membrane_62(X))
& fn_integral_protein_16(fn_animal_plasma_membrane_62(X)) = fn_polymer_8(fn_animal_plasma_membrane_47(X))
& fn_polymer_8(fn_animal_plasma_membrane_47(X)) = fn_integral_protein_16(fn_animal_plasma_membrane_53(X))
& fn_integral_protein_16(fn_animal_plasma_membrane_53(X)) = fn_transport_protein_20(fn_animal_plasma_membrane_62(X))
& fn_transport_protein_20(fn_animal_plasma_membrane_53(X)) = fn_polymer_8(fn_animal_plasma_membrane_47(X))
& fn_polymer_8(fn_animal_plasma_membrane_47(X)) = fn_transport_protein_20(fn_animal_plasma_membrane_53(X))
& fn_transport_protein_20(fn_animal_plasma_membrane_53(X)) = fn_transport_protein_20(fn_animal_plasma_membrane_62(X))
& fn_transport_protein_20(fn_animal_plasma_membrane_62(X)) = fn_transport_protein_20(fn_animal_plasma_membrane_53(X))
& fn_transport_protein_20(fn_animal_plasma_membrane_53(X)) = fn_transport_protein_20(fn_animal_plasma_membrane_53(X))
& fn_transport_protein_20(fn_animal_plasma_membrane_53(X)) = fn_protein_9(fn_animal_plasma_membrane_47(X))
& fn_protein_9(fn_animal_plasma_membrane_47(X)) = fn_protein_9(fn_animal_plasma_membrane_47(X))
& fn_protein_9(fn_animal_plasma_membrane_47(X)) = fn_biomembrane_83(X)
& fn_plasma_membrane_89(X) = fn_biomembrane_83(X)
& fn_biomembrane_83(X) = fn_plasma_membrane_89(X)
& fn_plasma_membrane_89(X) = fn_plasma_membrane_89(X)
& fn_plasma_membrane_89(X) = fn_phospholipid_layer_2(fn_animal_plasma_membrane_60(X))
& fn_phospholipid_layer_2(fn_animal_plasma_membrane_60(X)) = fn_phospholipid_layer_2(fn_animal_plasma_membrane_60(X))
& fn_phospholipid_layer_2(fn_animal_plasma_membrane_60(X)) = fn_phospholipid_layer_14(fn_animal_plasma_membrane_60(X))
& fn_phospholipid_layer_14(fn_animal_plasma_membrane_60(X)) = fn_phospholipid_layer_12(fn_animal_plasma_membrane_60(X))
& fn_phospholipid_layer_12(fn_animal_plasma_membrane_60(X)) = fn_biomembrane_13(X)
& fn_biomembrane_13(X) = fn_phospholipid_layer_9(fn_animal_plasma_membrane_60(X))
& fn_phospholipid_layer_9(fn_animal_plasma_membrane_60(X)) = fn_phospholipid_layer_9(fn_animal_plasma_membrane_60(X))
& fn_phospholipid_layer_9(fn_animal_plasma_membrane_60(X)) = fn_biomembrane_13(X)
& fn_biomembrane_13(X) = fn_phospholipid_layer_7(fn_animal_plasma_membrane_60(X))
& fn_phospholipid_layer_7(fn_animal_plasma_membrane_60(X)) = fn_phospholipid_layer_7(fn_animal_plasma_membrane_60(X))
& fn_phospholipid_layer_7(fn_animal_plasma_membrane_60(X)) = fn_phospholipid_layer_18(fn_animal_plasma_membrane_60(X))
& fn_phospholipid_layer_19(fn_animal_plasma_membrane_60(X)) = fn_phospholipid_layer_18(fn_animal_plasma_membrane_60(X))
& fn_phospholipid_layer_18(fn_animal_plasma_membrane_60(X)) = fn_phospholipid_layer_19(fn_animal_plasma_membrane_60(X))
& fn_phospholipid_layer_19(fn_animal_plasma_membrane_60(X)) = fn_integral_protein_29(fn_animal_plasma_membrane_62(X))
& fn_integral_protein_29(fn_animal_plasma_membrane_62(X)) = fn_integral_protein_29(fn_animal_plasma_membrane_53(X))
& fn_integral_protein_29(fn_animal_plasma_membrane_53(X)) = fn_biomembrane_41(X)
& fn_plasma_membrane_65(X) = fn_biomembrane_41(X)
& fn_biomembrane_41(X) = fn_plasma_membrane_65(X)
& fn_plasma_membrane_65(X) = fn_plasma_membrane_65(X)
& fn_plasma_membrane_65(X) = fn_protein_5(fn_animal_plasma_membrane_47(X))
& fn_protein_5(fn_animal_plasma_membrane_47(X)) = fn_plasma_membrane_82(X)
& fn_plasma_membrane_82(X) = fn_plasma_membrane_82(X)
& fn_plasma_membrane_82(X) = fn_phospholipid_layer_1(fn_animal_plasma_membrane_60(X))
& fn_phospholipid_layer_1(fn_animal_plasma_membrane_60(X)) = fn_integral_protein_12(fn_animal_plasma_membrane_62(X))
& fn_integral_protein_12(fn_animal_plasma_membrane_53(X)) = fn_biomembrane_61(X)
& fn_biomembrane_61(X) = fn_plasma_membrane_78(X)
& fn_plasma_membrane_78(X) = fn_integral_protein_12(fn_animal_plasma_membrane_62(X))
& fn_integral_protein_12(fn_animal_plasma_membrane_62(X)) = fn_integral_protein_12(fn_animal_plasma_membrane_53(X))
& fn_integral_protein_12(fn_animal_plasma_membrane_53(X)) = fn_plasma_membrane_78(X)
& fn_plasma_membrane_78(X) = fn_plasma_membrane_78(X)
& fn_plasma_membrane_78(X) = fn_plasma_membrane_57(X)
& fn_plasma_membrane_57(X) = fn_plasma_membrane_57(X)
& fn_plasma_membrane_57(X) = fn_transport_protein_18(fn_animal_plasma_membrane_62(X))
& fn_transport_protein_18(fn_animal_plasma_membrane_53(X)) = fn_transport_protein_18(fn_animal_plasma_membrane_62(X))
& fn_transport_protein_18(fn_animal_plasma_membrane_62(X)) = fn_transport_protein_18(fn_animal_plasma_membrane_53(X))
& fn_transport_protein_18(fn_animal_plasma_membrane_53(X)) = fn_transport_protein_18(fn_animal_plasma_membrane_53(X))
& fn_transport_protein_18(fn_animal_plasma_membrane_53(X)) = fn_organic_molecule_3(fn_animal_plasma_membrane_47(X))
& fn_organic_molecule_3(fn_animal_plasma_membrane_47(X)) = fn_organic_molecule_3(fn_animal_plasma_membrane_47(X))
& fn_organic_molecule_3(fn_animal_plasma_membrane_47(X)) = fn_move_1(fn_animal_plasma_membrane_49(X))
& fn_move_1(fn_animal_plasma_membrane_49(X)) = fn_attach_1(fn_animal_plasma_membrane_66(X))
& fn_attach_1(fn_animal_plasma_membrane_66(X)) = fn_attach_1(fn_animal_plasma_membrane_52(X))
& fn_attach_1(fn_animal_plasma_membrane_52(X)) = fn_attach_1(fn_animal_plasma_membrane_66(X))
& fn_attach_1(fn_animal_plasma_membrane_66(X)) = fn_plasma_membrane_4(X)
& fn_plasma_membrane_4(X) = fn_attach_1(fn_animal_plasma_membrane_52(X))
& fn_attach_1(fn_animal_plasma_membrane_52(X)) = fn_plasma_membrane_68(X)
& fn_plasma_membrane_68(X) = fn_plasma_membrane_4(X)
& fn_plasma_membrane_4(X) = fn_plasma_membrane_68(X)
& fn_plasma_membrane_68(X) = fn_plasma_membrane_68(X)
& fn_plasma_membrane_3(X) = fn_plasma_membrane_68(X)
& fn_plasma_membrane_68(X) = fn_plasma_membrane_3(X)
& fn_plasma_membrane_3(X) = fn_plasma_membrane_54(X)
& fn_plasma_membrane_54(X) = fn_plasma_membrane_54(X)
& fn_plasma_membrane_54(X) = fn_covalent_bond_19(fn_animal_plasma_membrane_18(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_18(X)) = fn_covalent_bond_19(fn_animal_plasma_membrane_18(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_18(X)) = fn_ester_linkage_28(fn_animal_plasma_membrane_99(X))
& fn_ester_linkage_28(fn_animal_plasma_membrane_99(X)) = fn_ester_linkage_28(fn_animal_plasma_membrane_71(X))
& fn_ester_linkage_28(fn_animal_plasma_membrane_71(X)) = fn_biomembrane_66(X)
& fn_biomembrane_66(X) = fn_phospholipid_layer_20(fn_animal_plasma_membrane_60(X))
& fn_phospholipid_layer_20(fn_animal_plasma_membrane_60(X)) = fn_phospholipid_layer_20(fn_animal_plasma_membrane_60(X))
& fn_phospholipid_layer_20(fn_animal_plasma_membrane_60(X)) = fn_biomembrane_66(X)
& fn_biomembrane_66(X) = fn_biomembrane_66(X)
& fn_biomembrane_66(X) = fn_phospholipid_layer_21(fn_animal_plasma_membrane_60(X))
& fn_phospholipid_layer_21(fn_animal_plasma_membrane_60(X)) = fn_phospholipid_layer_21(fn_animal_plasma_membrane_60(X))
& fn_phospholipid_layer_21(fn_animal_plasma_membrane_60(X)) = fn_phospholipid_70(fn_animal_plasma_membrane_102(X))
& fn_phospholipid_70(fn_animal_plasma_membrane_102(X)) = fn_phospholipid_71(fn_animal_plasma_membrane_102(X))
& fn_phospholipid_71(fn_animal_plasma_membrane_102(X)) = fn_ester_linkage_27(fn_animal_plasma_membrane_99(X))
& fn_ester_linkage_27(fn_animal_plasma_membrane_99(X)) = fn_phospholipid_99(fn_animal_plasma_membrane_102(X))
& fn_phospholipid_99(fn_animal_plasma_membrane_102(X)) = fn_phospholipid_99(fn_animal_plasma_membrane_102(X))
& fn_phospholipid_99(fn_animal_plasma_membrane_102(X)) = fn_plasma_membrane_83(X)
& fn_plasma_membrane_83(X) = fn_plasma_membrane_83(X)
& fn_plasma_membrane_83(X) = fn_phospholipid_layer_17(fn_animal_plasma_membrane_60(X))
& fn_phospholipid_layer_17(fn_animal_plasma_membrane_60(X)) = fn_phospholipid_layer_17(fn_animal_plasma_membrane_60(X))
& fn_phospholipid_layer_17(fn_animal_plasma_membrane_60(X)) = fn_phospholipid_88(fn_animal_plasma_membrane_102(X))
& fn_phospholipid_88(fn_animal_plasma_membrane_102(X)) = fn_phospholipid_88(fn_animal_plasma_membrane_102(X))
& fn_phospholipid_88(fn_animal_plasma_membrane_102(X)) = fn_attach_2(fn_animal_plasma_membrane_46(X))
& fn_attach_2(fn_animal_plasma_membrane_46(X)) = fn_phospholipid_89(fn_animal_plasma_membrane_102(X))
& fn_phospholipid_89(fn_animal_plasma_membrane_102(X)) = fn_phospholipid_89(fn_animal_plasma_membrane_102(X))
& fn_phospholipid_89(fn_animal_plasma_membrane_102(X)) = fn_covalent_bond_17(fn_animal_plasma_membrane_112(X))
& fn_covalent_bond_17(fn_animal_plasma_membrane_112(X)) = fn_phospholipid_101(fn_animal_plasma_membrane_102(X))
& fn_phospholipid_101(fn_animal_plasma_membrane_102(X)) = fn_covalent_bond_17(fn_animal_plasma_membrane_15(X))
& fn_covalent_bond_17(fn_animal_plasma_membrane_15(X)) = fn_phospholipid_59(fn_animal_plasma_membrane_102(X))
& fn_phospholipid_59(fn_animal_plasma_membrane_102(X)) = fn_share_3(fn_animal_plasma_membrane_105(X))
& fn_share_3(fn_animal_plasma_membrane_105(X)) = fn_share_1(fn_animal_plasma_membrane_105(X))
& fn_share_1(fn_animal_plasma_membrane_105(X)) = fn_share_1(fn_animal_plasma_membrane_105(X))
& fn_share_1(fn_animal_plasma_membrane_105(X)) = fn_covalent_bond_19(fn_animal_plasma_membrane_18(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_18(X)) = fn_covalent_bond_19(fn_animal_plasma_membrane_106(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_99(X)) = fn_covalent_bond_19(fn_animal_plasma_membrane_15(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_15(X)) = fn_covalent_bond_19(fn_animal_plasma_membrane_112(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_112(X)) = fn_covalent_bond_19(fn_animal_plasma_membrane_18(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_10(X)) = fn_covalent_bond_19(fn_animal_plasma_membrane_99(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_99(X)) = fn_covalent_bond_19(fn_animal_plasma_membrane_99(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_99(X)) = fn_covalent_bond_19(fn_animal_plasma_membrane_10(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_10(X)) = fn_covalent_bond_20(fn_animal_plasma_membrane_18(X))
& fn_covalent_bond_20(fn_animal_plasma_membrane_18(X)) = fn_covalent_bond_19(fn_animal_plasma_membrane_18(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_18(X)) = fn_covalent_bond_20(fn_animal_plasma_membrane_18(X))
& fn_covalent_bond_20(fn_animal_plasma_membrane_18(X)) = fn_covalent_bond_19(fn_animal_plasma_membrane_106(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_106(X)) = fn_covalent_bond_19(fn_animal_plasma_membrane_106(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_106(X)) = fn_covalent_bond_19(fn_animal_plasma_membrane_99(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_99(X)) = fn_covalent_bond_20(fn_animal_plasma_membrane_106(X))
& fn_covalent_bond_20(fn_animal_plasma_membrane_106(X)) = fn_covalent_bond_19(fn_animal_plasma_membrane_15(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_15(X)) = fn_covalent_bond_19(fn_animal_plasma_membrane_15(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_15(X)) = fn_covalent_bond_20(fn_animal_plasma_membrane_15(X))
& fn_covalent_bond_20(fn_animal_plasma_membrane_112(X)) = fn_covalent_bond_19(fn_animal_plasma_membrane_112(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_112(X)) = fn_covalent_bond_20(fn_animal_plasma_membrane_112(X))
& fn_covalent_bond_20(fn_animal_plasma_membrane_112(X)) = fn_covalent_bond_19(fn_animal_plasma_membrane_18(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_18(X)) = fn_covalent_bond_19(fn_animal_plasma_membrane_112(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_112(X)) = fn_covalent_bond_19(fn_animal_plasma_membrane_10(X))
& fn_covalent_bond_20(fn_animal_plasma_membrane_10(X)) = fn_covalent_bond_19(fn_animal_plasma_membrane_99(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_99(X)) = fn_covalent_bond_20(fn_animal_plasma_membrane_10(X))
& fn_covalent_bond_20(fn_animal_plasma_membrane_10(X)) = fn_covalent_bond_19(fn_animal_plasma_membrane_10(X))
& fn_covalent_bond_19(fn_animal_plasma_membrane_10(X)) = fn_covalent_bond_20(fn_animal_plasma_membrane_10(X))
& fn_covalent_bond_20(fn_animal_plasma_membrane_71(X)) = fn_covalent_bond_20(fn_animal_plasma_membrane_18(X))
& fn_covalent_bond_20(fn_animal_plasma_membrane_18(X)) = fn_covalent_bond_20(fn_animal_plasma_membrane_18(X))
& fn_covalent_bond_20(fn_animal_plasma_membrane_18(X)) = fn_covalent_bond_20(fn_animal_plasma_membrane_106(X))
& fn_covalent_bond_20(fn_animal_plasma_membrane_106(X)) = fn_covalent_bond_20(fn_animal_plasma_membrane_106(X))
& fn_covalent_bond_20(fn_animal_plasma_membrane_106(X)) = fn_covalent_bond_20(fn_animal_plasma_membrane_15(X))
& fn_covalent_bond_20(fn_animal_plasma_membrane_15(X)) = fn_covalent_bond_20(fn_animal_plasma_membrane_15(X))
& fn_covalent_bond_20(fn_animal_plasma_membrane_15(X)) = fn_covalent_bond_20(fn_animal_plasma_membrane_112(X))
& fn_covalent_bond_20(fn_animal_plasma_membrane_112(X)) = fn_covalent_bond_20(fn_animal_plasma_membrane_112(X))
& fn_covalent_bond_20(fn_animal_plasma_membrane_112(X)) = fn_covalent_bond_20(fn_animal_plasma_membrane_10(X))
& fn_covalent_bond_20(fn_animal_plasma_membrane_10(X)) = fn_covalent_bond_20(fn_animal_plasma_membrane_10(X))
& fn_covalent_bond_20(fn_animal_plasma_membrane_10(X)) = fn_covalent_bond_20(fn_animal_plasma_membrane_71(X))
& fn_covalent_bond_20(fn_animal_plasma_membrane_71(X)) = fn_covalent_bond_20(fn_animal_plasma_membrane_71(X))
& fn_covalent_bond_20(fn_animal_plasma_membrane_71(X)) = fn_phospholipid_84(fn_animal_plasma_membrane_102(X))
& fn_phospholipid_84(fn_animal_plasma_membrane_102(X)) = fn_phospholipid_84(fn_animal_plasma_membrane_102(X)) ) ) ).
fof(a527496,axiom,
! [X] :
( animal_pole_1(X)
=> ( original_name_2(X,'Animal-Pole')
& user_description_2(X,'The area of an egg that has the lowest concentration of yolk, opposite the vegetal pole which has the highest yolk concentration. Cells in the animal pole divide more rapidly than cells in the vegetal pole.')
& concept2words_2(X,'pole of animal')
& concept2words_2(X,'animal pole')
& concept2words_2(X,'animal-pole')
& pole_1(X) ) ) ).
fof(a527497,axiom,
! [X] :
( animal_process_1(X)
=> ( original_name_2(X,'Animal-Process')
& user_description_2(X,'A process unique to animals.')
& concept2words_2(X,'process of animal')
& concept2words_2(X,'animal process')
& concept2words_2(X,'animal-process')
& macrophysiological_process_1(X) ) ) ).
fof(a527498,axiom,
! [X] :
( animal_space_1(X)
=> ( original_name_2(X,'Animal-Space')
& user_description_2(X,'A space in animals which is surrounded by anatomical structures.')
& concept2words_2(X,'space of animal')
& concept2words_2(X,'animal space')
& concept2words_2(X,'animal-space')
& anatomical_space_1(X) ) ) ).
fof(a527499,axiom,
! [X] :
( animal_statolith_1(X)
=> ( original_name_2(X,'Animal-Statolith')
& user_description_2(X,'A mineralized concretion in the statocyst of invertebrate animals. Due to gravity, the statolith settles against sensory cilia within the cavity of the statocyst, giving the animal information about its body\'s orientation with respect to gravity.')
& concept2words_2(X,'animal statolith')
& concept2words_2(X,'animal-statolith')
& vesicle_1(X)
& animal_cell_1(fn_animal_statolith_1(X))
& has_part_2(fn_animal_statolith_1(X),X)
& fn_animal_statolith_1(X) = fn_vesicle_5(X) ) ) ).
fof(a527500,axiom,
! [X] :
( animal_stem_cell_1(X)
=> ( original_name_2(X,'Animal-Stem-Cell')
& user_description_2(X,'Animal stem cells are biological cells found in animal, that can divide through mitosis and differentiate into diverse specialized cell types or can self renew to produce more stem cells.')
& concept2words_2(X,'animal stem cell')
& concept2words_2(X,'animal-stem-cell')
& stem_cell_1(X) ) ) ).
fof(a527501,axiom,
! [X,X1] :
( ( object_2(X,X1)
& stem_cell_culturing_1(X)
& embryonic_stem_cell_1(X1) )
=> ( animal_stem_cell_culturing_from_embryo_1(X)
& fn_animal_stem_cell_culturing_from_embryo_5(X) = X1 ) ) ).
fof(a527502,axiom,
! [X] :
( animal_stem_cell_culturing_from_embryo_1(X)
=> ( original_name_2(X,'Animal-Stem-Cell-Culturing-From-Embryo')
& user_description_2(X,'The growing of the stem cells of animal from its embryo in laboratory.')
& concept2words_2(X,culture)
& concept2words_2(X,'animal stem cell culturing from embryo')
& concept2words_2(X,'animal-stem-cell-culturing-from-embryo')
& stem_cell_culturing_1(X)
& ~ animal_stem_cell_culturing_from_tissue_1(X)
& reproduce_1(fn_animal_stem_cell_culturing_from_embryo_2(X))
& remove_1(fn_animal_stem_cell_culturing_from_embryo_3(X))
& early_embryo_1(fn_animal_stem_cell_culturing_from_embryo_4(X))
& spatial_entity_1(fn_animal_stem_cell_culturing_from_embryo_5(X))
& living_entity_1(fn_animal_stem_cell_culturing_from_embryo_5(X))
& cell_1(fn_animal_stem_cell_culturing_from_embryo_5(X))
& embryonic_stem_cell_1(fn_animal_stem_cell_culturing_from_embryo_5(X))
& animal_stem_cell_1(fn_animal_stem_cell_culturing_from_embryo_6(X))
& culture_1(fn_animal_stem_cell_culturing_from_embryo_7(X))
& spatial_entity_1(fn_remove_1(fn_animal_stem_cell_culturing_from_embryo_3(X)))
& living_entity_1(fn_reproduce_1(fn_animal_stem_cell_culturing_from_embryo_2(X)))
& spatial_entity_1(fn_remove_2(fn_animal_stem_cell_culturing_from_embryo_3(X)))
& embryo_1(fn_embryonic_stem_cell_41(fn_animal_stem_cell_culturing_from_embryo_5(X)))
& living_entity_1(fn_reproduce_2(fn_animal_stem_cell_culturing_from_embryo_2(X)))
& next_event_2(fn_animal_stem_cell_culturing_from_embryo_3(X),X)
& object_2(fn_animal_stem_cell_culturing_from_embryo_3(X),fn_animal_stem_cell_culturing_from_embryo_5(X))
& base_2(fn_animal_stem_cell_culturing_from_embryo_3(X),fn_animal_stem_cell_culturing_from_embryo_4(X))
& object_2(X,fn_animal_stem_cell_culturing_from_embryo_5(X))
& agent_2(fn_animal_stem_cell_culturing_from_embryo_2(X),fn_animal_stem_cell_culturing_from_embryo_5(X))
& base_2(fn_animal_stem_cell_culturing_from_embryo_2(X),fn_animal_stem_cell_culturing_from_embryo_5(X))
& has_part_2(fn_animal_stem_cell_culturing_from_embryo_4(X),fn_animal_stem_cell_culturing_from_embryo_5(X))
& result_2(X,fn_animal_stem_cell_culturing_from_embryo_7(X))
& element_2(fn_animal_stem_cell_culturing_from_embryo_7(X),fn_animal_stem_cell_culturing_from_embryo_6(X))
& result_2(fn_animal_stem_cell_culturing_from_embryo_2(X),fn_animal_stem_cell_culturing_from_embryo_6(X))
& fn_animal_stem_cell_culturing_from_embryo_5(X) = fn_remove_1(fn_animal_stem_cell_culturing_from_embryo_3(X))
& fn_animal_stem_cell_culturing_from_embryo_4(X) = fn_remove_2(fn_animal_stem_cell_culturing_from_embryo_3(X))
& fn_animal_stem_cell_culturing_from_embryo_5(X) = fn_reproduce_1(fn_animal_stem_cell_culturing_from_embryo_2(X))
& fn_animal_stem_cell_culturing_from_embryo_2(X) = fn_culturing_4(X)
& fn_animal_stem_cell_culturing_from_embryo_5(X) = fn_culturing_7(X)
& fn_animal_stem_cell_culturing_from_embryo_4(X) = fn_embryonic_stem_cell_41(fn_animal_stem_cell_culturing_from_embryo_5(X))
& fn_animal_stem_cell_culturing_from_embryo_6(X) = fn_stem_cell_culturing_2(X)
& fn_animal_stem_cell_culturing_from_embryo_7(X) = fn_stem_cell_culturing_3(X)
& fn_animal_stem_cell_culturing_from_embryo_6(X) = fn_reproduce_2(fn_animal_stem_cell_culturing_from_embryo_2(X))
& fn_remove_1(fn_animal_stem_cell_culturing_from_embryo_3(X)) = fn_reproduce_1(fn_animal_stem_cell_culturing_from_embryo_2(X))
& fn_reproduce_1(fn_animal_stem_cell_culturing_from_embryo_2(X)) = fn_reproduce_1(fn_animal_stem_cell_culturing_from_embryo_2(X))
& fn_culturing_7(X) = fn_reproduce_1(fn_animal_stem_cell_culturing_from_embryo_2(X))
& fn_reproduce_1(fn_animal_stem_cell_culturing_from_embryo_2(X)) = fn_culturing_7(X)
& fn_culturing_7(X) = fn_culturing_7(X)
& fn_culturing_7(X) = fn_remove_2(fn_animal_stem_cell_culturing_from_embryo_3(X))
& fn_remove_2(fn_animal_stem_cell_culturing_from_embryo_3(X)) = fn_embryonic_stem_cell_41(fn_animal_stem_cell_culturing_from_embryo_5(X))
& fn_embryonic_stem_cell_41(fn_animal_stem_cell_culturing_from_embryo_5(X)) = fn_stem_cell_culturing_2(X)
& fn_stem_cell_culturing_2(X) = fn_reproduce_2(fn_animal_stem_cell_culturing_from_embryo_2(X)) ) ) ).
fof(a527503,axiom,
! [X,X1] :
( ( object_2(X,X1)
& stem_cell_culturing_1(X)
& animal_stem_cell_1(X1)
& adult_stem_cell_1(X1) )
=> ( animal_stem_cell_culturing_from_tissue_1(X)
& fn_animal_stem_cell_culturing_from_tissue_5(X) = X1 ) ) ).
fof(a527504,axiom,
! [X] :
( animal_stem_cell_culturing_from_tissue_1(X)
=> ( original_name_2(X,'Animal-Stem-Cell-Culturing-From-Tissue')
& user_description_2(X,'The growing of the stem cells of animal from its tissue in laboratory.')
& concept2words_2(X,culture)
& concept2words_2(X,'animal stem cell culturing from tissue')
& concept2words_2(X,'animal-stem-cell-culturing-from-tissue')
& stem_cell_culturing_1(X)
& ~ animal_stem_cell_culturing_from_embryo_1(X)
& animal_1(fn_animal_stem_cell_culturing_from_tissue_1(X))
& culture_1(fn_animal_stem_cell_culturing_from_tissue_3(X))
& animal_stem_cell_1(fn_animal_stem_cell_culturing_from_tissue_4(X))
& animal_stem_cell_1(fn_animal_stem_cell_culturing_from_tissue_5(X))
& tissue_1(fn_animal_stem_cell_culturing_from_tissue_6(X))
& tissue_1(fn_adult_stem_cell_35(fn_animal_stem_cell_culturing_from_tissue_5(X)))
& has_part_2(fn_animal_stem_cell_culturing_from_tissue_1(X),fn_animal_stem_cell_culturing_from_tissue_6(X))
& object_2(X,fn_animal_stem_cell_culturing_from_tissue_5(X))
& has_part_2(fn_animal_stem_cell_culturing_from_tissue_6(X),fn_animal_stem_cell_culturing_from_tissue_5(X))
& result_2(X,fn_animal_stem_cell_culturing_from_tissue_3(X))
& element_2(fn_animal_stem_cell_culturing_from_tissue_3(X),fn_animal_stem_cell_culturing_from_tissue_4(X))
& fn_animal_stem_cell_culturing_from_tissue_5(X) = fn_stem_cell_culturing_1(X)
& fn_animal_stem_cell_culturing_from_tissue_6(X) = fn_adult_stem_cell_35(fn_animal_stem_cell_culturing_from_tissue_5(X))
& fn_animal_stem_cell_culturing_from_tissue_4(X) = fn_stem_cell_culturing_2(X)
& fn_animal_stem_cell_culturing_from_tissue_3(X) = fn_stem_cell_culturing_3(X) ) ) ).
fof(a527505,axiom,
! [X] :
( animal_storage_polysaccharide_1(X)
=> ( original_name_2(X,'Animal-Storage-Polysaccharide')
& user_description_2(X,'A polysaccharide used primarily for energy storage in animals.')
& concept2words_2(X,'animal storage polysaccharide')
& concept2words_2(X,'animal-storage-polysaccharide')
& storage_polysaccharide_1(X) ) ) ).
fof(a527506,axiom,
! [X] :
( animal_structure_1(X)
=> ( original_name_2(X,'Animal-Structure')
& user_description_2(X,'Structures which make up the body of animals.')
& concept2words_2(X,'structure of animal')
& concept2words_2(X,'animal structure')
& concept2words_2(X,'animal-structure')
& anatomical_structure_1(X) ) ) ).
fof(a527507,axiom,
! [X] :
( animal_system_1(X)
=> ( original_name_2(X,'Animal-System')
& user_description_2(X,'A group of organs in animals that work together in performing vital body functions.')
& concept2words_2(X,'system of animal')
& concept2words_2(X,'animal system')
& concept2words_2(X,'animal-system')
& organ_system_1(X) ) ) ).
fof(a527508,axiom,
! [X] :
( animal_tissue_1(X)
=> ( original_name_2(X,'Animal-Tissue')
& user_description_2(X,'An organized collection of similar cells from the same origin, that carry out a specific function in an animal\'s body.')
& concept2words_2(X,'tissue of animal')
& concept2words_2(X,'animal tissue')
& concept2words_2(X,'animal-tissue')
& tissue_1(X) ) ) ).
fof(a527509,axiom,
! [X] :
( animal_transcription_factor_gene_1(X)
=> ( original_name_2(X,'Animal-Transcription-Factor-Gene')
& user_description_2(X,'A gene that codes for animal transcription factor.')
& concept2words_2(X,'animal transcription factor gene')
& concept2words_2(X,'animal-transcription-factor-gene')
& transcription_factor_gene_1(X)
& ~ yeast_transcription_factor_gene_1(X) ) ) ).
fof(a527510,axiom,
! [X] :
( animal_transport_1(X)
=> ( original_name_2(X,'Animal-Transport')
& user_description_2(X,'A process related to transport of materials in animals.')
& concept2words_2(X,'transport of animal')
& concept2words_2(X,'animal transport')
& concept2words_2(X,'animal-transport')
& animal_process_1(X) ) ) ).
fof(a527511,axiom,
! [X] :
( animal_virus_1(X)
=> ( original_name_2(X,'Animal-Virus')
& user_description_2(X,'The study of animal viruses is important from a veterinary viewpoint and many of these viruses cause diseases that are economically devastating. Many animal viruses are also important from a human medical perspective. The emergence of the SARS virus in the human population, coming from an animal source, highlights the importance of animals in bearing infectious agents; avian influenza viruses can directly infect humans. In addition research into animal viruses has made an important contribution to our understanding of viruses in general, their replication, molecular biology, evolution and interaction with the host.')
& concept2words_2(X,'virus of animal')
& concept2words_2(X,'animal virus')
& concept2words_2(X,'animal-virus')
& virus_1(X)
& glycoprotein_1(fn_animal_virus_1(X))
& viral_envelope_1(fn_animal_virus_2(X))
& virus_1(fn_viral_envelope_17(fn_animal_virus_2(X)))
& has_part_2(X,fn_animal_virus_1(X))
& has_part_2(X,fn_animal_virus_2(X))
& X = fn_viral_envelope_17(fn_animal_virus_2(X)) ) ) ).
fof(a527512,axiom,
! [X] :
( anion_1(X)
=> ( original_name_2(X,'Anion')
& user_description_2(X,'An anion is a negatively charged ion.')
& concept2words_2(X,anion)
& ion_1(X)
& electron_1(fn_anion_1(X))
& gain_1(fn_anion_2(X))
& charge_value_1(fn_anion_4(X))
& atom_1(fn_anion_5(X))
& charge_value_1(fn_anion_6(X))
& property_node_1(fn_atom_6(fn_anion_5(X)))
& charge_value_1(fn_atom_7(fn_anion_5(X)))
& greater_than_2(fn_anion_4(X),fn_anion_6(X))
& base_2(fn_anion_2(X),fn_anion_5(X))
& recipient_2(fn_anion_2(X),fn_anion_5(X))
& object_2(fn_anion_2(X),fn_anion_1(X))
& result_2(fn_anion_2(X),X)
& charge_2(X,fn_anion_6(X))
& charge_2(fn_anion_5(X),fn_anion_4(X))
& the_cardinal_value_2(fn_anion_4(X),"0")
& cardinal_unit_class_2(fn_anion_4(X),unity_0)
& fn_anion_7(X) = fn_ion_1(X)
& fn_anion_6(X) = fn_ion_2(X)
& fn_anion_3(X) = fn_atom_6(fn_anion_5(X))
& fn_anion_4(X) = fn_atom_7(fn_anion_5(X)) ) ) ).
fof(a527513,axiom,
! [X] :
( anion_substance_1(X)
=> ( original_name_2(X,'Anion-Substance')
& user_description_2(X,'A substance composed of anions.')
& concept2words_2(X,'substance of anion')
& concept2words_2(X,'anion substance')
& concept2words_2(X,'anion-substance')
& ionic_substance_1(X)
& ~ cation_substance_1(X)
& anion_1(fn_anion_substance_1(X))
& solubility_value_1(fn_anion_substance_2(X))
& property_node_1(fn_solubility_value_1(fn_anion_substance_2(X)))
& the_scalar_value_2(fn_anion_substance_2(X),soluble_0)
& scalar_unit_class_2(fn_anion_substance_2(X),chemical_0)
& solubility_in_water_2(X,fn_anion_substance_2(X))
& has_part_2(X,fn_anion_substance_1(X))
& fn_anion_substance_1(X) = fn_ionic_substance_3(X)
& fn_anion_substance_3(X) = fn_solubility_value_1(fn_anion_substance_2(X)) ) ) ).
fof(a527514,axiom,
! [X] :
( annealing_1(X)
=> ( original_name_2(X,'Annealing')
& user_description_2(X,'Attaching of single-stranded DNS with DNA Primers at 60 degrees Celsius. This is a subevent of PCR.')
& concept2words_2(X,anneal)
& concept2words_2(X,annealing)
& attach_1(X)
& ~ base_pairing_1(X)
& ~ intercellular_joining_1(X)
& ~ ligand_binding_1(X)
& ~ nucleic_acid_hybridization_1(X)
& dna_strand_1(fn_annealing_2(X))
& dna_strand_1(fn_annealing_3(X))
& heat_1(fn_annealing_4(X))
& attach_1(fn_annealing_5(X))
& attach_1(fn_annealing_6(X))
& polymerase_chain_reaction_1(fn_annealing_7(X))
& temperature_value_1(fn_annealing_8(X))
& dna_primer_1(fn_annealing_9(X))
& dna_primer_1(fn_annealing_10(X))
& spatial_entity_1(fn_attach_1(fn_annealing_6(X)))
& spatial_entity_1(fn_attach_1(fn_annealing_5(X)))
& attach_1(fn_synthesis_of_dna_strand_21(fn_annealing_7(X)))
& property_node_1(fn_heat_2(fn_annealing_4(X)))
& temperature_value_1(fn_heat_5(fn_annealing_4(X)))
& spatial_entity_1(fn_attach_2(fn_annealing_6(X)))
& spatial_entity_1(fn_attach_2(fn_annealing_5(X)))
& tangible_entity_1(fn_heat_1(fn_annealing_4(X)))
& first_subevent_2(X,fn_annealing_4(X))
& subevent_2(X,fn_annealing_6(X))
& subevent_2(X,fn_annealing_5(X))
& subevent_2(X,fn_annealing_4(X))
& exactCardinality(X,base_0,"1",dna_strand_0)
& exactCardinality(X,object_0,"1",dna_strand_0)
& the_cardinal_value_2(fn_annealing_8(X),"60.0e0")
& cardinal_unit_class_2(fn_annealing_8(X),celsius_0)
& enables_2(fn_annealing_4(X),fn_annealing_6(X))
& enables_2(fn_annealing_4(X),fn_annealing_5(X))
& next_event_2(fn_annealing_4(X),fn_annealing_6(X))
& next_event_2(fn_annealing_4(X),fn_annealing_5(X))
& base_2(fn_annealing_4(X),fn_annealing_2(X))
& object_2(fn_annealing_6(X),fn_annealing_9(X))
& object_2(fn_annealing_5(X),fn_annealing_10(X))
& base_2(X,fn_annealing_3(X))
& base_2(fn_annealing_6(X),fn_annealing_2(X))
& object_2(X,fn_annealing_2(X))
& base_2(fn_annealing_5(X),fn_annealing_3(X))
& base_2(fn_annealing_4(X),fn_annealing_3(X))
& subevent_2(fn_annealing_7(X),X)
& to_value_2(fn_annealing_4(X),fn_annealing_8(X))
& fn_annealing_9(X) = fn_attach_1(fn_annealing_6(X))
& fn_annealing_10(X) = fn_attach_1(fn_annealing_5(X))
& fn_annealing_3(X) = fn_attach_2(X)
& fn_annealing_2(X) = fn_attach_2(fn_annealing_6(X))
& fn_annealing_2(X) = fn_attach_1(X)
& fn_annealing_3(X) = fn_attach_2(fn_annealing_5(X))
& fn_annealing_3(X) = fn_heat_1(fn_annealing_4(X))
& X = fn_synthesis_of_dna_strand_21(fn_annealing_7(X))
& fn_annealing_1(X) = fn_heat_2(fn_annealing_4(X))
& fn_annealing_8(X) = fn_heat_5(fn_annealing_4(X))
& fn_attach_2(fn_annealing_6(X)) = fn_attach_1(X)
& fn_attach_1(X) = fn_attach_2(X)
& fn_attach_2(X) = fn_attach_2(fn_annealing_5(X))
& fn_attach_2(fn_annealing_5(X)) = fn_heat_1(fn_annealing_4(X)) ) ) ).
fof(a527515,axiom,
! [X] :
( annelid_1(X)
=> ( original_name_2(X,'Annelid')
& user_description_2(X,'A segmented worm from the Phylum Annelida. Examples include polychaetes, earthworms, and leeches.')
& concept2words_2(X,'segmented worm')
& concept2words_2(X,'segmented-worm')
& concept2words_2(X,annelida)
& concept2words_2(X,annelid)
& lophotrochozoan_1(X)
& ~ ammonite_1(X)
& ~ arthropod_1(X)
& ~ bryozoan_1(X)
& ~ cnidaria_1(X)
& ~ ctenophora_1(X)
& ~ echinoderm_1(X)
& ~ mollusc_1(X)
& ~ nematode_1(X)
& ~ nemertea_1(X)
& ~ phoronid_1(X)
& ~ platyhelminthes_1(X)
& ~ porifera_1(X)
& ~ rotifer_1(X)
& protein_1(fn_annelid_2(X))
& chemical_entity_1(fn_annelid_3(X))
& carbohydrate_1(fn_annelid_3(X))
& entity_1(fn_annelid_4(X))
& chemical_entity_1(fn_annelid_4(X))
& atom_1(fn_annelid_4(X))
& carbon_1(fn_annelid_4(X))
& spatial_entity_1(fn_annelid_5(X))
& chemical_entity_1(fn_annelid_5(X))
& monomer_1(fn_annelid_5(X))
& molecule_1(fn_annelid_5(X))
& amino_acid_1(fn_annelid_5(X))
& organic_molecule_1(fn_annelid_6(X))
& polypeptide_1(fn_annelid_6(X))
& water_1(fn_annelid_7(X))
& specific_heat_value_1(fn_annelid_8(X))
& temperature_value_1(fn_annelid_9(X))
& nutrition_1(fn_annelid_10(X))
& heterotroph_1(fn_annelid_11(X))
& entity_1(fn_annelid_12(X))
& chemical_entity_1(fn_annelid_12(X))
& atom_1(fn_annelid_12(X))
& oxygen_1(fn_annelid_12(X))
& tangible_entity_1(fn_annelid_13(X))
& entity_1(fn_annelid_13(X))
& atom_1(fn_annelid_13(X))
& oxygen_1(fn_annelid_13(X))
& entity_1(fn_annelid_14(X))
& chemical_entity_1(fn_annelid_14(X))
& atom_1(fn_annelid_14(X))
& hydrogen_1(fn_annelid_14(X))
& entity_1(fn_annelid_15(X))
& chemical_entity_1(fn_annelid_15(X))
& atom_1(fn_annelid_15(X))
& carbon_1(fn_annelid_15(X))
& entity_1(fn_annelid_16(X))
& chemical_entity_1(fn_annelid_16(X))
& atom_1(fn_annelid_16(X))
& hydrogen_1(fn_annelid_16(X))
& tangible_entity_1(fn_annelid_17(X))
& entity_1(fn_annelid_17(X))
& chemical_entity_1(fn_annelid_17(X))
& atom_1(fn_annelid_17(X))
& nitrogen_1(fn_annelid_17(X))
& animal_nutritional_requirement_1(fn_annelid_18(X))
& animal_1(fn_animal_nutritional_requirement_6(fn_annelid_18(X)))
& polypeptide_1(fn_animal_nutritional_requirement_40(fn_annelid_18(X)))
& organic_molecule_1(fn_animal_nutritional_requirement_40(fn_annelid_18(X)))
& protein_1(fn_animal_nutritional_requirement_46(fn_annelid_18(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_48(fn_annelid_18(X)))
& carbohydrate_1(fn_animal_nutritional_requirement_48(fn_annelid_18(X)))
& entity_1(fn_animal_nutritional_requirement_61(fn_annelid_18(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_61(fn_annelid_18(X)))
& atom_1(fn_animal_nutritional_requirement_61(fn_annelid_18(X)))
& carbon_1(fn_animal_nutritional_requirement_61(fn_annelid_18(X)))
& nutrition_1(fn_animal_nutritional_requirement_4(fn_annelid_18(X)))
& tangible_entity_1(fn_polypeptide_101(fn_annelid_6(X)))
& entity_1(fn_polypeptide_101(fn_annelid_6(X)))
& oxygen_1(fn_polypeptide_101(fn_annelid_6(X)))
& atom_1(fn_polypeptide_101(fn_annelid_6(X)))
& oxygen_1(fn_amino_acid_27(fn_annelid_5(X)))
& oxygen_1(fn_amino_acid_11(fn_annelid_5(X)))
& entity_1(fn_polypeptide_15(fn_annelid_6(X)))
& chemical_entity_1(fn_polypeptide_15(fn_annelid_6(X)))
& atom_1(fn_polypeptide_15(fn_annelid_6(X)))
& oxygen_1(fn_polypeptide_15(fn_annelid_6(X)))
& entity_1(fn_amino_acid_24(fn_annelid_5(X)))
& chemical_entity_1(fn_amino_acid_24(fn_annelid_5(X)))
& atom_1(fn_amino_acid_24(fn_annelid_5(X)))
& carbon_1(fn_amino_acid_24(fn_annelid_5(X)))
& entity_1(fn_polypeptide_119(fn_annelid_6(X)))
& chemical_entity_1(fn_polypeptide_119(fn_annelid_6(X)))
& atom_1(fn_polypeptide_119(fn_annelid_6(X)))
& carbon_1(fn_polypeptide_119(fn_annelid_6(X)))
& entity_1(fn_polypeptide_89(fn_annelid_6(X)))
& chemical_entity_1(fn_polypeptide_89(fn_annelid_6(X)))
& atom_1(fn_polypeptide_89(fn_annelid_6(X)))
& hydrogen_1(fn_polypeptide_89(fn_annelid_6(X)))
& entity_1(fn_polypeptide_118(fn_annelid_6(X)))
& chemical_entity_1(fn_polypeptide_118(fn_annelid_6(X)))
& atom_1(fn_polypeptide_118(fn_annelid_6(X)))
& hydrogen_1(fn_polypeptide_118(fn_annelid_6(X)))
& entity_1(fn_polypeptide_120(fn_annelid_6(X)))
& chemical_entity_1(fn_polypeptide_120(fn_annelid_6(X)))
& atom_1(fn_polypeptide_120(fn_annelid_6(X)))
& hydrogen_1(fn_polypeptide_120(fn_annelid_6(X)))
& entity_1(fn_polypeptide_44(fn_annelid_6(X)))
& chemical_entity_1(fn_polypeptide_44(fn_annelid_6(X)))
& atom_1(fn_polypeptide_44(fn_annelid_6(X)))
& hydrogen_1(fn_polypeptide_44(fn_annelid_6(X)))
& tangible_entity_1(fn_polypeptide_91(fn_annelid_6(X)))
& entity_1(fn_polypeptide_91(fn_annelid_6(X)))
& chemical_entity_1(fn_polypeptide_91(fn_annelid_6(X)))
& atom_1(fn_polypeptide_91(fn_annelid_6(X)))
& nitrogen_1(fn_polypeptide_91(fn_annelid_6(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_62(fn_annelid_18(X)))
& tangible_entity_1(fn_animal_nutritional_requirement_62(fn_annelid_18(X)))
& entity_1(fn_animal_nutritional_requirement_62(fn_annelid_18(X)))
& atom_1(fn_animal_nutritional_requirement_62(fn_annelid_18(X)))
& nitrogen_1(fn_animal_nutritional_requirement_62(fn_annelid_18(X)))
& tangible_entity_1(fn_polypeptide_125(fn_annelid_6(X)))
& entity_1(fn_polypeptide_125(fn_annelid_6(X)))
& chemical_entity_1(fn_polypeptide_125(fn_annelid_6(X)))
& atom_1(fn_polypeptide_125(fn_annelid_6(X)))
& nitrogen_1(fn_polypeptide_125(fn_annelid_6(X)))
& spatial_entity_1(fn_polypeptide_83(fn_annelid_6(X)))
& chemical_entity_1(fn_polypeptide_83(fn_annelid_6(X)))
& monomer_1(fn_polypeptide_83(fn_annelid_6(X)))
& molecule_1(fn_polypeptide_83(fn_annelid_6(X)))
& amino_acid_1(fn_polypeptide_83(fn_annelid_6(X)))
& chemical_entity_1(fn_polypeptide_82(fn_annelid_6(X)))
& monomer_1(fn_polypeptide_82(fn_annelid_6(X)))
& molecule_1(fn_polypeptide_82(fn_annelid_6(X)))
& amino_acid_1(fn_polypeptide_82(fn_annelid_6(X)))
& fn_annelid_13(X) != fn_annelid_14(X)
& fn_annelid_14(X) != fn_annelid_13(X)
& in_event_2(fn_annelid_11(X),fn_annelid_10(X))
& temperature_2(X,fn_annelid_9(X))
& correspondence_2(fn_annelid_9(X),fn_annelid_8(X))
& specific_heat_2(fn_annelid_7(X),fn_annelid_8(X))
& has_part_2(X,fn_annelid_7(X))
& plays_2(X,fn_annelid_11(X))
& element_2(fn_annelid_18(X),fn_annelid_17(X))
& agent_2(fn_annelid_10(X),X)
& element_2(fn_annelid_18(X),fn_annelid_4(X))
& has_part_2(fn_annelid_3(X),fn_annelid_4(X))
& result_2(fn_annelid_10(X),fn_annelid_3(X))
& result_2(fn_annelid_10(X),fn_annelid_2(X))
& has_part_2(fn_annelid_2(X),fn_annelid_6(X))
& has_part_2(fn_annelid_5(X),fn_annelid_13(X))
& fn_annelid_12(X) != fn_annelid_13(X)
& fn_annelid_13(X) != fn_annelid_12(X)
& fn_annelid_15(X) != fn_annelid_13(X)
& fn_annelid_13(X) != fn_annelid_15(X)
& has_part_2(fn_annelid_5(X),fn_annelid_12(X))
& has_part_2(fn_annelid_5(X),fn_annelid_14(X))
& fn_annelid_15(X) != fn_annelid_16(X)
& fn_annelid_16(X) != fn_annelid_15(X)
& has_part_2(fn_annelid_5(X),fn_annelid_16(X))
& has_part_2(fn_annelid_5(X),fn_annelid_15(X))
& fn_annelid_15(X) != fn_annelid_14(X)
& fn_annelid_12(X) != fn_annelid_15(X)
& fn_annelid_15(X) != fn_annelid_12(X)
& fn_annelid_14(X) != fn_annelid_15(X)
& fn_annelid_17(X) != fn_annelid_16(X)
& fn_annelid_16(X) != fn_annelid_17(X)
& fn_annelid_12(X) != fn_annelid_16(X)
& fn_annelid_16(X) != fn_annelid_12(X)
& fn_annelid_14(X) != fn_annelid_16(X)
& fn_annelid_16(X) != fn_annelid_14(X)
& has_part_2(fn_annelid_6(X),fn_annelid_5(X))
& has_part_2(fn_annelid_5(X),fn_annelid_17(X))
& fn_annelid_17(X) != fn_annelid_15(X)
& fn_annelid_14(X) != fn_annelid_17(X)
& fn_annelid_17(X) != fn_annelid_14(X)
& fn_annelid_15(X) != fn_annelid_17(X)
& fn_annelid_13(X) = fn_polypeptide_101(fn_annelid_6(X))
& fn_annelid_10(X) = fn_invertebrate_4(X)
& fn_annelid_11(X) = fn_invertebrate_1(X)
& fn_annelid_7(X) = fn_invertebrate_5(X)
& fn_annelid_8(X) = fn_invertebrate_3(X)
& fn_annelid_9(X) = fn_invertebrate_6(X)
& fn_annelid_17(X) = fn_animal_nutritional_requirement_62(fn_annelid_18(X))
& X = fn_animal_nutritional_requirement_6(fn_annelid_18(X))
& fn_annelid_6(X) = fn_animal_nutritional_requirement_40(fn_annelid_18(X))
& fn_annelid_2(X) = fn_animal_nutritional_requirement_46(fn_annelid_18(X))
& fn_annelid_10(X) = fn_animal_nutritional_requirement_4(fn_annelid_18(X))
& fn_annelid_3(X) = fn_animal_nutritional_requirement_48(fn_annelid_18(X))
& fn_annelid_4(X) = fn_animal_nutritional_requirement_61(fn_annelid_18(X))
& fn_annelid_13(X) = fn_amino_acid_11(fn_annelid_5(X))
& fn_annelid_15(X) = fn_amino_acid_24(fn_annelid_5(X))
& fn_annelid_12(X) = fn_amino_acid_11(fn_annelid_5(X))
& fn_annelid_13(X) = fn_amino_acid_27(fn_annelid_5(X))
& fn_annelid_16(X) = fn_polypeptide_120(fn_annelid_6(X))
& fn_annelid_14(X) = fn_polypeptide_118(fn_annelid_6(X))
& fn_annelid_14(X) = fn_polypeptide_120(fn_annelid_6(X))
& fn_annelid_12(X) = fn_polypeptide_15(fn_annelid_6(X))
& fn_annelid_16(X) = fn_polypeptide_118(fn_annelid_6(X))
& fn_annelid_15(X) = fn_polypeptide_119(fn_annelid_6(X))
& fn_annelid_14(X) = fn_polypeptide_89(fn_annelid_6(X))
& fn_annelid_14(X) = fn_polypeptide_44(fn_annelid_6(X))
& fn_annelid_17(X) = fn_polypeptide_91(fn_annelid_6(X))
& fn_annelid_17(X) = fn_polypeptide_125(fn_annelid_6(X))
& fn_annelid_5(X) = fn_polypeptide_83(fn_annelid_6(X))
& fn_annelid_5(X) = fn_polypeptide_82(fn_annelid_6(X))
& fn_invertebrate_4(X) = fn_animal_nutritional_requirement_4(fn_annelid_18(X))
& fn_animal_nutritional_requirement_4(fn_annelid_18(X)) = fn_animal_nutritional_requirement_4(fn_annelid_18(X))
& fn_animal_nutritional_requirement_4(fn_annelid_18(X)) = fn_polypeptide_101(fn_annelid_6(X))
& fn_polypeptide_101(fn_annelid_6(X)) = fn_polypeptide_101(fn_annelid_6(X))
& fn_polypeptide_101(fn_annelid_6(X)) = fn_amino_acid_11(fn_annelid_5(X))
& fn_amino_acid_11(fn_annelid_5(X)) = fn_amino_acid_27(fn_annelid_5(X))
& fn_amino_acid_27(fn_annelid_5(X)) = fn_amino_acid_27(fn_annelid_5(X))
& fn_amino_acid_27(fn_annelid_5(X)) = fn_amino_acid_11(fn_annelid_5(X))
& fn_amino_acid_11(fn_annelid_5(X)) = fn_amino_acid_11(fn_annelid_5(X))
& fn_amino_acid_11(fn_annelid_5(X)) = fn_polypeptide_15(fn_annelid_6(X))
& fn_polypeptide_15(fn_annelid_6(X)) = fn_polypeptide_15(fn_annelid_6(X))
& fn_polypeptide_15(fn_annelid_6(X)) = fn_polypeptide_120(fn_annelid_6(X))
& fn_polypeptide_118(fn_annelid_6(X)) = fn_polypeptide_118(fn_annelid_6(X))
& fn_polypeptide_118(fn_annelid_6(X)) = fn_amino_acid_24(fn_annelid_5(X))
& fn_amino_acid_24(fn_annelid_5(X)) = fn_amino_acid_24(fn_annelid_5(X))
& fn_amino_acid_24(fn_annelid_5(X)) = fn_polypeptide_119(fn_annelid_6(X))
& fn_polypeptide_119(fn_annelid_6(X)) = fn_polypeptide_119(fn_annelid_6(X))
& fn_polypeptide_119(fn_annelid_6(X)) = fn_polypeptide_89(fn_annelid_6(X))
& fn_polypeptide_89(fn_annelid_6(X)) = fn_polypeptide_89(fn_annelid_6(X))
& fn_polypeptide_89(fn_annelid_6(X)) = fn_polypeptide_118(fn_annelid_6(X))
& fn_polypeptide_118(fn_annelid_6(X)) = fn_polypeptide_89(fn_annelid_6(X))
& fn_polypeptide_89(fn_annelid_6(X)) = fn_polypeptide_120(fn_annelid_6(X))
& fn_polypeptide_120(fn_annelid_6(X)) = fn_polypeptide_118(fn_annelid_6(X))
& fn_polypeptide_118(fn_annelid_6(X)) = fn_polypeptide_120(fn_annelid_6(X))
& fn_polypeptide_120(fn_annelid_6(X)) = fn_polypeptide_120(fn_annelid_6(X))
& fn_polypeptide_120(fn_annelid_6(X)) = fn_polypeptide_44(fn_annelid_6(X))
& fn_polypeptide_44(fn_annelid_6(X)) = fn_polypeptide_44(fn_annelid_6(X))
& fn_polypeptide_44(fn_annelid_6(X)) = fn_animal_nutritional_requirement_62(fn_annelid_18(X))
& fn_animal_nutritional_requirement_62(fn_annelid_18(X)) = fn_polypeptide_91(fn_annelid_6(X))
& fn_polypeptide_91(fn_annelid_6(X)) = fn_polypeptide_91(fn_annelid_6(X))
& fn_polypeptide_91(fn_annelid_6(X)) = fn_animal_nutritional_requirement_62(fn_annelid_18(X))
& fn_animal_nutritional_requirement_62(fn_annelid_18(X)) = fn_polypeptide_125(fn_annelid_6(X))
& fn_polypeptide_125(fn_annelid_6(X)) = fn_polypeptide_125(fn_annelid_6(X))
& fn_polypeptide_125(fn_annelid_6(X)) = fn_polypeptide_82(fn_annelid_6(X))
& fn_polypeptide_82(fn_annelid_6(X)) = fn_polypeptide_82(fn_annelid_6(X))
& fn_polypeptide_82(fn_annelid_6(X)) = fn_polypeptide_83(fn_annelid_6(X))
& fn_polypeptide_83(fn_annelid_6(X)) = fn_polypeptide_82(fn_annelid_6(X)) ) ) ).
fof(a527516,axiom,
! [X] :
( annual_1(X)
=> ( original_name_2(X,'Annual')
& user_description_2(X,'A flowering plant that completes its entire life cycle in a single year or growing season.')
& concept2words_2(X,'annual plant')
& concept2words_2(X,annual)
& angiosperm_1(X) ) ) ).
fof(a527517,axiom,
! [X] :
( anoplura_1(X)
=> ( original_name_2(X,'Anoplura')
& user_description_2(X,'Order of the class Insecta. Wingless ectoparasites with sucking mouthparts and flattened bodies.')
& concept2words_2(X,'sucking louse')
& concept2words_2(X,'sucking-louse')
& concept2words_2(X,anoplura)
& insect_1(X) ) ) ).
fof(a527518,axiom,
! [X] :
( anp_1(X)
=> ( original_name_2(X,'ANP')
& user_description_2(X,'Atrial natiuretic peptide is a polypeptide hormone secreted by cells in the atria of the heart in response to high blood pressure. Its actions reduce blood volume, increase the breakdown of lipids in the blood, and decreases sodium reabsorption in the kidney, all of which reduce blood pressure.')
& concept2words_2(X,'atrial natriuretic peptide')
& concept2words_2(X,'atrial-natriuretic-peptide')
& concept2words_2(X,'atrial natriuretic factor')
& concept2words_2(X,'atrial-natriuretic-factor')
& concept2words_2(X,'atrial natriuretic hormone')
& concept2words_2(X,'atrial-natriuretic-hormone')
& concept2words_2(X,anh)
& concept2words_2(X,anf)
& concept2words_2(X,atriopeptin)
& concept2words_2(X,anp)
& peptide_hormone_1(X)
& ~ adrenocorticotropic_hormone_1(X)
& ~ antidiuretic_hormone_1(X)
& ~ calcitonin_1(X)
& ~ cholecystokinin_1(X)
& ~ gastrin_1(X)
& ~ glucagon_1(X)
& ~ gonadotropin_releasing_hormone_1(X)
& ~ melanocyte_stimulating_hormone_1(X)
& ~ oxytocin_1(X)
& ~ parathyroid_hormone_1(X)
& ~ secretin_1(X) ) ) ).
fof(a527519,axiom,
! [X] :
( ant_1(X)
=> ( original_name_2(X,'Ant')
& user_description_2(X,'Social insects of the Family Formicidae.')
& concept2words_2(X,ant)
& hymenoptera_1(X)
& ~ parasitoid_wasp_1(X)
& ~ bee_1(X) ) ) ).
fof(a527520,axiom,
! [X] :
( antarctic_sea_1(X)
=> ( original_name_2(X,'Antarctic-Sea')
& user_description_2(X,'Sea in Antarctic Region.')
& concept2words_2(X,'sea of antarctic')
& concept2words_2(X,'antarctic sea')
& concept2words_2(X,'antarctic-sea')
& sea_1(X)
& ~ tropical_sea_1(X)
& ice_1(fn_antarctic_sea_1(X))
& has_part_2(X,fn_antarctic_sea_1(X)) ) ) ).
fof(a527521,axiom,
! [X] :
( antenna_1(X)
=> ( original_name_2(X,'Antenna')
& user_description_2(X,'A sensory organ on the head of arthropods such as crustaceans and insects.')
& concept2words_2(X,antennae)
& concept2words_2(X,antenna)
& sensory_organ_1(X)
& invertebrate_appendage_1(X)
& ~ cochlea_1(X)
& ~ eye_cup_1(X)
& ~ inner_ear_1(X)
& ~ lateral_line_1(X)
& ~ organ_of_corti_1(X)
& ~ organ_of_equilibrium_1(X) ) ) ).
fof(a527522,axiom,
! [X] :
( antenna_pigment_1(X)
=> ( original_name_2(X,'Antenna-Pigment')
& user_description_2(X,'Photosynthetic pigments that capture light in other parts of the spectrum than chlorophyll a and passes this light energy on to chlorophyll a at the reaction center in the chloroplast.')
& concept2words_2(X,'antennae pigment')
& concept2words_2(X,'pigment of antenna')
& concept2words_2(X,'antenna pigment')
& concept2words_2(X,'antenna-pigment')
& pigment_1(X) ) ) ).
fof(a527523,axiom,
! [X] :
( anterior_1(X)
=> ( original_name_2(X,'Anterior')
& user_description_2(X,'The anterior is the anatomical region near the head or front of an animal with a left and a right side (a bilateral animal).')
& concept2words_2(X,rostral)
& concept2words_2(X,'cranial,')
& concept2words_2(X,cephalic)
& concept2words_2(X,cranial)
& concept2words_2(X,anterior)
& anatomical_region_1(X) ) ) ).
fof(a527524,axiom,
! [X] :
( anterior_end_1(X)
=> ( original_name_2(X,'Anterior-End')
& user_description_2(X,'The front side region.')
& concept2words_2(X,'end of anterior')
& concept2words_2(X,'anterior end')
& concept2words_2(X,'anterior-end')
& anterior_1(X) ) ) ).
fof(a527525,axiom,
! [X] :
( anterior_pituitary_1(X)
=> ( original_name_2(X,'Anterior-Pituitary')
& user_description_2(X,'The anterior portion of the pituitary gland, which secretes hormones that regulate physiological processes including growth and reproduction.')
& concept2words_2(X,adenohypophysis)
& concept2words_2(X,'pituitary of anterior')
& concept2words_2(X,'anterior pituitary')
& concept2words_2(X,'anterior-pituitary')
& secretory_organ_1(X) ) ) ).
fof(a527526,axiom,
! [X] :
( anterior_posterior_axis_1(X)
=> ( original_name_2(X,'Anterior-Posterior-Axis')
& user_description_2(X,'A body axis connecting the anterior end and posterior end.')
& concept2words_2(X,'head tail axis')
& concept2words_2(X,'anterior posterior axis')
& concept2words_2(X,'anterior-posterior axis')
& concept2words_2(X,'anterior-posterior-axis')
& body_axis_1(X)
& ~ dorsal_ventral_axis_1(X) ) ) ).
fof(a527527,axiom,
! [X] :
( anterior_structure_1(X)
=> ( original_name_2(X,'Anterior-Structure')
& user_description_2(X,'The structure situated before or at the front side.')
& concept2words_2(X,'structure of anterior')
& concept2words_2(X,'anterior structure')
& concept2words_2(X,'anterior-structure')
& anatomical_structure_1(X)
& anterior_end_1(fn_anterior_structure_1(X))
& living_entity_1(fn_anterior_structure_2(X))
& has_region_2(fn_anterior_structure_2(X),fn_anterior_structure_1(X))
& has_part_2(fn_anterior_structure_2(X),X) ) ) ).
fof(a527528,axiom,
! [X] :
( anther_1(X)
=> ( original_name_2(X,'Anther')
& user_description_2(X,'In a flowering plant (angiosperm), the distal end of a stamen, where pollen is produced.')
& concept2words_2(X,anther)
& flower_organ_1(X) ) ) ).
fof(a527529,axiom,
! [X] :
( antheridium_1(X)
=> ( original_name_2(X,'Antheridium')
& user_description_2(X,'In plants, a structure in which male gametes develop.')
& concept2words_2(X,antheridia)
& concept2words_2(X,antheridium)
& plant_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a527530,axiom,
! [X] :
( anthozoan_1(X)
=> ( original_name_2(X,'Anthozoan')
& user_description_2(X,'An animal in the Phylum Cnidaria, Class Anthozoa. Anthozoans include the sea anemones and corals. Unlike other cnidarians, they do not have a pelagic medusa stage in their life cycle.')
& concept2words_2(X,anthozoan)
& cnidaria_1(X)
& ~ cubozoan_1(X)
& ~ hydra_1(X)
& ~ hydrozoan_1(X) ) ) ).
fof(a527531,axiom,
! [X] :
( anthropoid_1(X)
=> ( original_name_2(X,'Anthropoid')
& user_description_2(X,'A member of a primate group that comprises the monkeys and apes.')
& concept2words_2(X,anthropoid)
& primate_1(X)
& ~ hominid_1(X)
& ~ monkey_1(X) ) ) ).
fof(a527532,axiom,
! [X] :
( anti_antibiotic_gene_1(X)
=> ( original_name_2(X,'Anti-Antibiotic-Gene')
& user_description_2(X,'A gene that confers antibiotic resistance by coding for compounds that defeat the actions of the antibiotic.')
& concept2words_2(X,'antibiotic resistance gene')
& concept2words_2(X,'antibiotic-resistance-gene')
& concept2words_2(X,'anti antibiotic gene')
& concept2words_2(X,'anti-antibiotic-gene')
& prokaryotic_gene_1(X)
& code_for_1(fn_anti_antibiotic_gene_1(X))
& anti_antibiotic_protein_1(fn_anti_antibiotic_gene_2(X))
& entity_1(fn_code_for_2(fn_anti_antibiotic_gene_1(X)))
& donor_2(fn_anti_antibiotic_gene_1(X),X)
& result_2(fn_anti_antibiotic_gene_1(X),fn_anti_antibiotic_gene_2(X))
& has_function_2(X,fn_anti_antibiotic_gene_1(X))
& agent_2(fn_anti_antibiotic_gene_1(X),X)
& fn_anti_antibiotic_gene_2(X) = fn_code_for_2(fn_anti_antibiotic_gene_1(X))
& fn_anti_antibiotic_gene_1(X) = fn_gene_13(X) ) ) ).
fof(a527533,axiom,
! [X] :
( anti_antibiotic_protein_1(X)
=> ( original_name_2(X,'Anti-Antibiotic-Protein')
& user_description_2(X,'A protein whose enzymatic properties allow it to breakdown antibiotic compounds.')
& concept2words_2(X,'anti antibiotic protein')
& concept2words_2(X,'anti-antibiotic-protein')
& defensive_protein_1(X)
& free_energy_1(fn_anti_antibiotic_protein_1(X))
& chemical_energy_1(fn_anti_antibiotic_protein_2(X))
& water_molecule_1(fn_anti_antibiotic_protein_3(X))
& molecule_1(fn_anti_antibiotic_protein_4(X))
& size_value_1(fn_anti_antibiotic_protein_5(X))
& system_1(fn_anti_antibiotic_protein_7(X))
& chemical_entity_1(fn_anti_antibiotic_protein_10(X))
& polypeptide_1(fn_anti_antibiotic_protein_11(X))
& monomer_1(fn_anti_antibiotic_protein_12(X))
& atom_1(fn_anti_antibiotic_protein_13(X))
& chemical_entity_1(fn_anti_antibiotic_protein_13(X))
& kinetic_energy_1(fn_anti_antibiotic_protein_14(X))
& carbon_1(fn_anti_antibiotic_protein_15(X))
& chemical_bond_1(fn_anti_antibiotic_protein_16(X))
& covalent_bond_1(fn_anti_antibiotic_protein_16(X))
& disulfide_bond_1(fn_anti_antibiotic_protein_16(X))
& antibiotic_1(fn_anti_antibiotic_protein_17(X))
& destroy_1(fn_anti_antibiotic_protein_18(X))
& chemical_1(fn_anti_antibiotic_protein_19(X))
& chemical_entity_1(fn_anti_antibiotic_protein_20(X))
& chemical_entity_1(fn_anti_antibiotic_protein_21(X))
& chemical_bond_1(fn_anti_antibiotic_protein_22(X))
& reactant_1(fn_anti_antibiotic_protein_23(X))
& activation_energy_1(fn_anti_antibiotic_protein_24(X))
& carbon_skeleton_1(fn_anti_antibiotic_protein_25(X))
& surface_1(fn_anti_antibiotic_protein_26(X))
& hydrophilic_region_1(fn_anti_antibiotic_protein_27(X))
& protein_domain_1(fn_anti_antibiotic_protein_28(X))
& chemical_digestion_1(fn_anti_antibiotic_protein_29(X))
& spatial_entity_1(fn_anti_antibiotic_protein_30(X))
& chemical_entity_1(fn_anti_antibiotic_protein_30(X))
& monomer_1(fn_anti_antibiotic_protein_30(X))
& molecule_1(fn_anti_antibiotic_protein_30(X))
& amino_acid_1(fn_anti_antibiotic_protein_30(X))
& size_value_1(fn_anti_antibiotic_protein_31(X))
& quantity_value_1(fn_anti_antibiotic_protein_32(X))
& speed_value_1(fn_anti_antibiotic_protein_33(X))
& constant_motion_1(fn_anti_antibiotic_protein_34(X))
& size_value_1(fn_anti_antibiotic_protein_35(X))
& tangible_entity_1(fn_chemical_digestion_1(fn_anti_antibiotic_protein_29(X)))
& tangible_entity_1(fn_chemical_digestion_2(fn_anti_antibiotic_protein_29(X)))
& protein_1(fn_disulfide_bond_3(fn_anti_antibiotic_protein_16(X)))
& chemical_bond_1(fn_molecule_10(fn_anti_antibiotic_protein_17(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_anti_antibiotic_protein_22(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_anti_antibiotic_protein_22(X)))
& tangible_entity_1(fn_impair_1(fn_anti_antibiotic_protein_18(X)))
& chemical_entity_1(fn_chemical_3(fn_anti_antibiotic_protein_19(X)))
& chemical_entity_1(fn_reactant_3(fn_anti_antibiotic_protein_23(X)))
& result_2(fn_anti_antibiotic_protein_29(X),fn_anti_antibiotic_protein_1(X))
& result_2(fn_anti_antibiotic_protein_29(X),fn_anti_antibiotic_protein_4(X))
& raw_material_2(fn_anti_antibiotic_protein_29(X),fn_anti_antibiotic_protein_3(X))
& agent_2(fn_anti_antibiotic_protein_29(X),X)
& called_2(fn_anti_antibiotic_protein_5(X),'Size_EntityBeingDigested')
& fn_anti_antibiotic_protein_3(X) != fn_anti_antibiotic_protein_17(X)
& in_event_2(fn_anti_antibiotic_protein_23(X),fn_anti_antibiotic_protein_29(X))
& has_state_2(fn_anti_antibiotic_protein_21(X),fn_anti_antibiotic_protein_10(X))
& has_state_2(fn_anti_antibiotic_protein_20(X),fn_anti_antibiotic_protein_4(X))
& agent_2(fn_anti_antibiotic_protein_18(X),X)
& has_part_2(fn_anti_antibiotic_protein_17(X),fn_anti_antibiotic_protein_20(X))
& has_part_2(fn_anti_antibiotic_protein_17(X),fn_anti_antibiotic_protein_21(X))
& possesses_2(fn_anti_antibiotic_protein_17(X),fn_anti_antibiotic_protein_2(X))
& fn_anti_antibiotic_protein_17(X) != fn_anti_antibiotic_protein_3(X)
& object_2(fn_anti_antibiotic_protein_18(X),fn_anti_antibiotic_protein_17(X))
& has_part_2(fn_anti_antibiotic_protein_19(X),fn_anti_antibiotic_protein_17(X))
& plays_2(fn_anti_antibiotic_protein_17(X),fn_anti_antibiotic_protein_23(X))
& raw_material_2(fn_anti_antibiotic_protein_29(X),fn_anti_antibiotic_protein_24(X))
& result_2(fn_anti_antibiotic_protein_29(X),fn_anti_antibiotic_protein_10(X))
& possesses_2(X,fn_anti_antibiotic_protein_16(X))
& possesses_2(fn_anti_antibiotic_protein_17(X),fn_anti_antibiotic_protein_22(X))
& has_part_2(X,fn_anti_antibiotic_protein_12(X))
& size_2(fn_anti_antibiotic_protein_12(X),fn_anti_antibiotic_protein_31(X))
& greater_than_2(fn_anti_antibiotic_protein_35(X),fn_anti_antibiotic_protein_31(X))
& possesses_2(X,fn_anti_antibiotic_protein_14(X))
& quantity_2(fn_anti_antibiotic_protein_14(X),fn_anti_antibiotic_protein_32(X))
& directly_proportional_2(fn_anti_antibiotic_protein_33(X),fn_anti_antibiotic_protein_32(X))
& speed_2(fn_anti_antibiotic_protein_34(X),fn_anti_antibiotic_protein_33(X))
& object_2(fn_anti_antibiotic_protein_34(X),X)
& has_part_2(X,fn_anti_antibiotic_protein_13(X))
& has_region_2(X,fn_anti_antibiotic_protein_25(X))
& is_inside_2(fn_anti_antibiotic_protein_15(X),fn_anti_antibiotic_protein_25(X))
& has_part_2(X,fn_anti_antibiotic_protein_15(X))
& fn_anti_antibiotic_protein_13(X) != fn_anti_antibiotic_protein_15(X)
& fn_anti_antibiotic_protein_15(X) != fn_anti_antibiotic_protein_13(X)
& is_at_2(fn_anti_antibiotic_protein_30(X),fn_anti_antibiotic_protein_28(X))
& has_region_2(X,fn_anti_antibiotic_protein_28(X))
& size_2(X,fn_anti_antibiotic_protein_35(X))
& the_scalar_value_2(fn_anti_antibiotic_protein_35(X),big_0)
& scalar_unit_class_2(fn_anti_antibiotic_protein_35(X),polypeptide_0)
& has_region_2(X,fn_anti_antibiotic_protein_27(X))
& is_at_2(fn_anti_antibiotic_protein_27(X),fn_anti_antibiotic_protein_26(X))
& has_region_2(X,fn_anti_antibiotic_protein_26(X))
& has_part_2(X,fn_anti_antibiotic_protein_11(X))
& has_part_2(fn_anti_antibiotic_protein_11(X),fn_anti_antibiotic_protein_30(X))
& is_between_2(fn_anti_antibiotic_protein_22(X),fn_anti_antibiotic_protein_20(X))
& is_between_2(fn_anti_antibiotic_protein_22(X),fn_anti_antibiotic_protein_21(X))
& fn_anti_antibiotic_protein_17(X) = fn_impair_1(fn_anti_antibiotic_protein_18(X))
& fn_anti_antibiotic_protein_17(X) = fn_chemical_3(fn_anti_antibiotic_protein_19(X))
& fn_anti_antibiotic_protein_17(X) = fn_reactant_3(fn_anti_antibiotic_protein_23(X))
& fn_anti_antibiotic_protein_24(X) = fn_chemical_digestion_1(fn_anti_antibiotic_protein_29(X))
& fn_anti_antibiotic_protein_10(X) = fn_chemical_digestion_2(fn_anti_antibiotic_protein_29(X))
& fn_anti_antibiotic_protein_16(X) = fn_molecule_10(X)
& fn_anti_antibiotic_protein_16(X) = fn_polymer_1(X)
& X = fn_disulfide_bond_3(fn_anti_antibiotic_protein_16(X))
& fn_anti_antibiotic_protein_22(X) = fn_molecule_10(fn_anti_antibiotic_protein_17(X))
& fn_anti_antibiotic_protein_35(X) = fn_polymer_8(X)
& fn_anti_antibiotic_protein_31(X) = fn_polymer_7(X)
& fn_anti_antibiotic_protein_12(X) = fn_polymer_4(X)
& fn_anti_antibiotic_protein_34(X) = fn_molecule_8(X)
& fn_anti_antibiotic_protein_33(X) = fn_molecule_3(X)
& fn_anti_antibiotic_protein_32(X) = fn_molecule_4(X)
& fn_anti_antibiotic_protein_14(X) = fn_molecule_12(X)
& fn_anti_antibiotic_protein_13(X) = fn_organic_molecule_2(X)
& fn_anti_antibiotic_protein_15(X) = fn_organic_molecule_1(X)
& fn_anti_antibiotic_protein_25(X) = fn_organic_molecule_3(X)
& fn_anti_antibiotic_protein_35(X) = fn_protein_9(X)
& fn_anti_antibiotic_protein_28(X) = fn_protein_7(X)
& fn_anti_antibiotic_protein_30(X) = fn_protein_14(X)
& fn_anti_antibiotic_protein_11(X) = fn_protein_8(X)
& fn_anti_antibiotic_protein_26(X) = fn_protein_5(X)
& fn_anti_antibiotic_protein_27(X) = fn_protein_1(X)
& fn_anti_antibiotic_protein_20(X) = fn_chemical_bond_4(fn_anti_antibiotic_protein_22(X))
& fn_anti_antibiotic_protein_21(X) = fn_chemical_bond_1(fn_anti_antibiotic_protein_22(X))
& fn_molecule_10(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_impair_1(fn_anti_antibiotic_protein_18(X))
& fn_impair_1(fn_anti_antibiotic_protein_18(X)) = fn_chemical_3(fn_anti_antibiotic_protein_19(X))
& fn_chemical_3(fn_anti_antibiotic_protein_19(X)) = fn_chemical_3(fn_anti_antibiotic_protein_19(X))
& fn_chemical_3(fn_anti_antibiotic_protein_19(X)) = fn_reactant_3(fn_anti_antibiotic_protein_23(X))
& fn_reactant_3(fn_anti_antibiotic_protein_23(X)) = fn_polymer_8(X)
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X) ) ) ).
fof(a527534,axiom,
! [X] :
( antibacterial_agent_1(X)
=> ( original_name_2(X,'Antibacterial-Agent')
& user_description_2(X,'A poisonous substance that kills, inhibits reproduction, or inhibits development of bacteria.')
& concept2words_2(X,'agent of antibacterial')
& concept2words_2(X,'antibacterial agent')
& concept2words_2(X,'antibacterial-agent')
& toxin_1(X) ) ) ).
fof(a527535,axiom,
! [X] :
( antibiotic_1(X)
=> ( original_name_2(X,'Antibiotic')
& user_description_2(X,'A chemical that kills bacteria or inhibits their growth.')
& concept2words_2(X,antibacterial)
& concept2words_2(X,antibiotic)
& molecule_1(X)
& drug_1(X)
& ~ aflatoxin_1(X)
& ~ aldehyde_1(X)
& ~ amine_1(X)
& ~ carbon_monoxide_1(X)
& ~ carboxylic_acid_1(X)
& ~ ddt_1(X)
& ~ ice_1(X)
& ~ nitroglycerine_1(X)
& ~ opiate_1(X)
& attach_1(fn_antibiotic_1(X))
& receptor_site_1(fn_antibiotic_2(X))
& chemical_reaction_1(fn_antibiotic_3(X))
& inhibition_1(fn_antibiotic_4(X))
& regulation_1(fn_antibiotic_4(X))
& enzyme_inhibitor_1(fn_antibiotic_5(X))
& spatial_entity_1(fn_antibiotic_6(X))
& enzyme_1(fn_antibiotic_6(X))
& protein_enzyme_1(fn_antibiotic_6(X))
& tangible_entity_1(fn_antibiotic_7(X))
& organism_1(fn_antibiotic_7(X))
& prokaryote_1(fn_antibiotic_7(X))
& bacterium_1(fn_antibiotic_7(X))
& genome_1(fn_antibiotic_8(X))
& genotype_1(fn_antibiotic_8(X))
& destroy_1(fn_antibiotic_9(X))
& tangible_entity_1(fn_impair_1(fn_antibiotic_9(X)))
& chemical_reaction_1(fn_enzyme_inhibitor_6(fn_antibiotic_5(X)))
& attach_1(fn_enzyme_inhibitor_5(fn_antibiotic_5(X)))
& receptor_site_1(fn_enzyme_inhibitor_1(fn_antibiotic_5(X)))
& genotype_1(fn_organism_3(fn_antibiotic_7(X)))
& genome_1(fn_bacterium_13(fn_antibiotic_7(X)))
& genotype_1(fn_bacterium_13(fn_antibiotic_7(X)))
& protein_enzyme_1(fn_prokaryote_3(fn_antibiotic_7(X)))
& spatial_entity_1(fn_enzyme_inhibitor_7(fn_antibiotic_5(X)))
& enzyme_1(fn_enzyme_inhibitor_7(fn_antibiotic_5(X)))
& protein_enzyme_1(fn_enzyme_inhibitor_7(fn_antibiotic_5(X)))
& molecule_1(fn_enzyme_regulator_2(fn_antibiotic_5(X)))
& spatial_entity_1(fn_enzyme_inhibitor_3(fn_antibiotic_5(X)))
& chemical_entity_1(fn_enzyme_inhibitor_3(fn_antibiotic_5(X)))
& molecule_1(fn_enzyme_inhibitor_3(fn_antibiotic_5(X)))
& regulation_1(fn_enzyme_regulator_3(fn_antibiotic_5(X)))
& inhibition_1(fn_enzyme_inhibitor_2(fn_antibiotic_5(X)))
& regulation_1(fn_enzyme_inhibitor_2(fn_antibiotic_5(X)))
& agent_2(fn_antibiotic_9(X),X)
& object_2(fn_antibiotic_9(X),fn_antibiotic_7(X))
& has_part_2(fn_antibiotic_7(X),fn_antibiotic_6(X))
& has_part_2(fn_antibiotic_7(X),fn_antibiotic_8(X))
& site_2(fn_antibiotic_1(X),fn_antibiotic_2(X))
& plays_2(X,fn_antibiotic_5(X))
& object_2(fn_antibiotic_1(X),X)
& base_2(fn_antibiotic_1(X),fn_antibiotic_6(X))
& has_function_2(fn_antibiotic_6(X),fn_antibiotic_3(X))
& agent_2(fn_antibiotic_3(X),fn_antibiotic_6(X))
& in_event_2(fn_antibiotic_5(X),fn_antibiotic_4(X))
& agent_2(fn_antibiotic_4(X),X)
& has_function_2(X,fn_antibiotic_4(X))
& object_2(fn_antibiotic_4(X),fn_antibiotic_6(X))
& has_region_2(fn_antibiotic_6(X),fn_antibiotic_2(X))
& fn_antibiotic_7(X) = fn_impair_1(fn_antibiotic_9(X))
& fn_antibiotic_6(X) = fn_prokaryote_3(fn_antibiotic_7(X))
& fn_antibiotic_8(X) = fn_organism_3(fn_antibiotic_7(X))
& fn_antibiotic_8(X) = fn_bacterium_13(fn_antibiotic_7(X))
& fn_antibiotic_3(X) = fn_enzyme_inhibitor_6(fn_antibiotic_5(X))
& fn_antibiotic_1(X) = fn_enzyme_inhibitor_5(fn_antibiotic_5(X))
& fn_antibiotic_2(X) = fn_enzyme_inhibitor_1(fn_antibiotic_5(X))
& fn_antibiotic_6(X) = fn_enzyme_inhibitor_7(fn_antibiotic_5(X))
& X = fn_enzyme_regulator_2(fn_antibiotic_5(X))
& X = fn_enzyme_inhibitor_3(fn_antibiotic_5(X))
& fn_antibiotic_4(X) = fn_enzyme_regulator_3(fn_antibiotic_5(X))
& fn_antibiotic_4(X) = fn_enzyme_inhibitor_2(fn_antibiotic_5(X))
& fn_organism_3(fn_antibiotic_7(X)) = fn_bacterium_13(fn_antibiotic_7(X))
& fn_bacterium_13(fn_antibiotic_7(X)) = fn_prokaryote_3(fn_antibiotic_7(X))
& fn_prokaryote_3(fn_antibiotic_7(X)) = fn_enzyme_inhibitor_7(fn_antibiotic_5(X))
& fn_enzyme_inhibitor_7(fn_antibiotic_5(X)) = fn_enzyme_inhibitor_7(fn_antibiotic_5(X))
& fn_enzyme_inhibitor_7(fn_antibiotic_5(X)) = fn_enzyme_inhibitor_3(fn_antibiotic_5(X))
& fn_enzyme_inhibitor_3(fn_antibiotic_5(X)) = fn_enzyme_inhibitor_3(fn_antibiotic_5(X))
& fn_enzyme_inhibitor_3(fn_antibiotic_5(X)) = fn_enzyme_regulator_2(fn_antibiotic_5(X))
& fn_enzyme_regulator_2(fn_antibiotic_5(X)) = fn_enzyme_inhibitor_3(fn_antibiotic_5(X))
& fn_enzyme_inhibitor_3(fn_antibiotic_5(X)) = fn_enzyme_inhibitor_2(fn_antibiotic_5(X))
& fn_enzyme_inhibitor_2(fn_antibiotic_5(X)) = fn_enzyme_inhibitor_2(fn_antibiotic_5(X))
& fn_enzyme_inhibitor_2(fn_antibiotic_5(X)) = fn_enzyme_regulator_3(fn_antibiotic_5(X))
& fn_enzyme_regulator_3(fn_antibiotic_5(X)) = fn_enzyme_inhibitor_2(fn_antibiotic_5(X)) ) ) ).
fof(a527536,axiom,
! [X] :
( antibiotic_resistance_1(X)
=> ( original_name_2(X,'Antibiotic-Resistance')
& user_description_2(X,'The condition when bacteria have evolved the ability to survive exposure to one or more antibiotics.')
& concept2words_2(X,'resistance of antibiotic')
& concept2words_2(X,'antibiotic resistance')
& concept2words_2(X,'antibiotic-resistance')
& condition_1(X) ) ) ).
fof(a527537,axiom,
! [X] :
( antibiotic_resistance_process_1(X)
=> ( original_name_2(X,'Antibiotic-Resistance-Process')
& user_description_2(X,'Any process by which a bacterial cell resists harm by an antibiotic substance.')
& concept2words_2(X,'be resistant')
& concept2words_2(X,'antibiotic resistance process')
& concept2words_2(X,'antibiotic-resistance-process')
& cell_survival_1(X) ) ) ).
fof(a527538,axiom,
! [X] :
( antibody_1(X)
=> ( original_name_2(X,'Antibody')
& user_description_2(X,'Also called immunoglobulin; a protein produced and secreted by plasma cells that recognizes and binds only to a particular antigen.')
& concept2words_2(X,ig)
& concept2words_2(X,immunoglobulin)
& concept2words_2(X,antibody)
& immunoglobulin_protein_1(X)
& vertebrate_1(fn_antibody_1(X))
& defense_1(fn_antibody_2(X))
& antigen_binding_site_1(fn_antibody_3(X))
& protein_domain_1(fn_antibody_8(X))
& carbon_skeleton_1(fn_antibody_9(X))
& constant_motion_1(fn_antibody_10(X))
& kinetic_energy_1(fn_antibody_11(X))
& polypeptide_1(fn_antibody_12(X))
& monomer_1(fn_antibody_13(X))
& atom_1(fn_antibody_14(X))
& chemical_entity_1(fn_antibody_14(X))
& carbon_1(fn_antibody_15(X))
& size_value_1(fn_antibody_16(X))
& size_value_1(fn_antibody_17(X))
& spatial_entity_1(fn_antibody_18(X))
& chemical_entity_1(fn_antibody_18(X))
& monomer_1(fn_antibody_18(X))
& molecule_1(fn_antibody_18(X))
& amino_acid_1(fn_antibody_18(X))
& quantity_value_1(fn_antibody_19(X))
& speed_value_1(fn_antibody_20(X))
& chemical_bond_1(fn_antibody_21(X))
& covalent_bond_1(fn_antibody_21(X))
& disulfide_bond_1(fn_antibody_21(X))
& attach_1(fn_antibody_22(X))
& foreign_substance_1(fn_antibody_23(X))
& surface_1(fn_antibody_24(X))
& hydrophilic_region_1(fn_antibody_25(X))
& spatial_entity_1(fn_attach_2(fn_antibody_22(X)))
& protein_1(fn_disulfide_bond_3(fn_antibody_21(X)))
& spatial_entity_1(fn_attach_1(fn_antibody_22(X)))
& has_function_2(fn_antibody_3(X),fn_antibody_22(X))
& has_region_2(X,fn_antibody_3(X))
& has_function_2(X,fn_antibody_2(X))
& site_2(fn_antibody_22(X),fn_antibody_3(X))
& enables_2(fn_antibody_22(X),fn_antibody_2(X))
& object_2(fn_antibody_2(X),fn_antibody_1(X))
& base_2(fn_antibody_22(X),fn_antibody_23(X))
& possesses_2(X,fn_antibody_21(X))
& object_2(fn_antibody_22(X),X)
& greater_than_2(fn_antibody_16(X),fn_antibody_17(X))
& has_part_2(X,fn_antibody_13(X))
& size_2(fn_antibody_13(X),fn_antibody_17(X))
& possesses_2(X,fn_antibody_11(X))
& quantity_2(fn_antibody_11(X),fn_antibody_19(X))
& directly_proportional_2(fn_antibody_20(X),fn_antibody_19(X))
& speed_2(fn_antibody_10(X),fn_antibody_20(X))
& object_2(fn_antibody_10(X),X)
& has_part_2(X,fn_antibody_14(X))
& has_part_2(X,fn_antibody_15(X))
& is_inside_2(fn_antibody_15(X),fn_antibody_9(X))
& has_region_2(X,fn_antibody_9(X))
& fn_antibody_14(X) != fn_antibody_15(X)
& fn_antibody_15(X) != fn_antibody_14(X)
& is_at_2(fn_antibody_25(X),fn_antibody_24(X))
& has_region_2(X,fn_antibody_25(X))
& size_2(X,fn_antibody_16(X))
& the_scalar_value_2(fn_antibody_16(X),big_0)
& scalar_unit_class_2(fn_antibody_16(X),polypeptide_0)
& has_region_2(X,fn_antibody_8(X))
& is_at_2(fn_antibody_18(X),fn_antibody_8(X))
& has_part_2(fn_antibody_12(X),fn_antibody_18(X))
& has_part_2(X,fn_antibody_12(X))
& has_region_2(X,fn_antibody_24(X))
& fn_antibody_23(X) = fn_attach_2(fn_antibody_22(X))
& fn_antibody_21(X) = fn_molecule_10(X)
& fn_antibody_21(X) = fn_polymer_1(X)
& X = fn_disulfide_bond_3(fn_antibody_21(X))
& X = fn_attach_1(fn_antibody_22(X))
& fn_antibody_16(X) = fn_polymer_8(X)
& fn_antibody_6(X) = fn_polymer_10(X)
& fn_antibody_17(X) = fn_polymer_7(X)
& fn_antibody_13(X) = fn_polymer_4(X)
& fn_antibody_4(X) = fn_molecule_1(X)
& fn_antibody_5(X) = fn_molecule_2(X)
& fn_antibody_10(X) = fn_molecule_8(X)
& fn_antibody_20(X) = fn_molecule_3(X)
& fn_antibody_19(X) = fn_molecule_4(X)
& fn_antibody_11(X) = fn_molecule_12(X)
& fn_antibody_9(X) = fn_organic_molecule_3(X)
& fn_antibody_14(X) = fn_organic_molecule_2(X)
& fn_antibody_15(X) = fn_organic_molecule_1(X)
& fn_antibody_7(X) = fn_protein_10(X)
& fn_antibody_16(X) = fn_protein_9(X)
& fn_antibody_25(X) = fn_protein_1(X)
& fn_antibody_24(X) = fn_protein_5(X)
& fn_antibody_12(X) = fn_protein_8(X)
& fn_antibody_18(X) = fn_protein_14(X)
& fn_antibody_8(X) = fn_protein_7(X)
& fn_molecule_10(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_polymer_8(X)
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_disulfide_bond_3(fn_antibody_21(X))
& fn_disulfide_bond_3(fn_antibody_21(X)) = fn_attach_1(fn_antibody_22(X)) ) ) ).
fof(a527539,axiom,
! [X] :
( anticodon_1(X)
=> ( original_name_2(X,'Anticodon')
& user_description_2(X,'A sequence of three nucleotides at one end of a tRNA molecule that recognizes and binds to the complementary codon on a mRNA transcript.')
& concept2words_2(X,'anti codon')
& concept2words_2(X,anticodon)
& concept2words_2(X,'genetic message')
& nitrogenous_compound_1(X)
& ribonucleotide_1(fn_anticodon_1(X))
& recognize_1(fn_anticodon_2(X))
& codon_1(fn_anticodon_3(X))
& entity_1(fn_perceive_1(fn_anticodon_2(X)))
& agent_2(fn_anticodon_2(X),X)
& minCardinality(fn_anticodon_2(X),object_0,"2",codon_0)
& has_part_2(X,fn_anticodon_1(X))
& object_2(fn_anticodon_2(X),fn_anticodon_3(X))
& fn_anticodon_3(X) = fn_perceive_1(fn_anticodon_2(X)) ) ) ).
fof(a527540,axiom,
! [X] :
( antidiuretic_hormone_1(X)
=> ( original_name_2(X,'Antidiuretic-Hormone')
& user_description_2(X,'A polypeptide hormone, also called vasopressin, secreted by the posterior pituitary in times of dehydration. It causes the body to increase water retention by increasing water absorption in the collecting ducts of the nephron.')
& concept2words_2(X,adh)
& concept2words_2(X,'arginine vasopressin')
& concept2words_2(X,'arginine-vasopressin')
& concept2words_2(X,avp)
& concept2words_2(X,vasopressin)
& concept2words_2(X,argipressin)
& concept2words_2(X,vasopressin)
& concept2words_2(X,'hormone of antidiuretic')
& concept2words_2(X,'antidiuretic hormone')
& concept2words_2(X,'antidiuretic-hormone')
& pituitary_peptide_hormone_1(X)
& ~ adrenocorticotropic_hormone_1(X)
& ~ anp_1(X)
& ~ calcitonin_1(X)
& ~ cholecystokinin_1(X)
& ~ gastrin_1(X)
& ~ glucagon_1(X)
& ~ gonadotropin_releasing_hormone_1(X)
& ~ melanocyte_stimulating_hormone_1(X)
& ~ oxytocin_1(X)
& ~ parathyroid_hormone_1(X)
& ~ secretin_1(X)
& disulfide_bond_1(fn_antidiuretic_hormone_1(X))
& protein_1(fn_disulfide_bond_3(fn_antidiuretic_hormone_1(X)))
& possesses_2(X,fn_antidiuretic_hormone_1(X))
& X = fn_disulfide_bond_3(fn_antidiuretic_hormone_1(X)) ) ) ).
fof(a527541,axiom,
! [X] :
( antigen_1(X)
=> ( original_name_2(X,'Antigen')
& user_description_2(X,'A substance that initiates an immune response by binding to receptors on B cells or T cells.')
& concept2words_2(X,antigen)
& role_1(X)
& organic_molecule_1(fn_antigen_1(X))
& plays_2(fn_antigen_1(X),X) ) ) ).
fof(a527542,axiom,
! [X] :
( antigen_binding_site_1(X)
=> ( original_name_2(X,'Antigen-Binding-Site')
& user_description_2(X,'A molecular region at the tip of each branch of a Y-shaped antibody molecule; the antigen binding site recognizes and binds to a specific antigen molecule.')
& concept2words_2(X,'antigen binding site')
& concept2words_2(X,'antigen-binding site')
& concept2words_2(X,'antigen-binding-site')
& functional_region_1(X)
& binding_site_1(X)
& ~ active_site_1(X)
& ~ alpha_helix_1(X)
& ~ protein_domain_1(X) ) ) ).
fof(a527543,axiom,
! [X] :
( antigen_presentation_1(X)
=> ( original_name_2(X,'Antigen-Presentation')
& user_description_2(X,'The process by which a major histocompatibilty (MHC) molecule binds to an antigen molecule or fragment of a pathogen and presents it to the T cells of the immune system, which initiates an immune response.')
& concept2words_2(X,present)
& concept2words_2(X,'presentation of antigen')
& concept2words_2(X,'antigen presentation')
& concept2words_2(X,'antigen-presentation')
& cellular_process_1(X)
& ~ gene_amplification_1(X)
& ~ anabolism_1(X)
& ~ catabolism_1(X)
& ~ denaturation_1(X)
& ~ dna_methylation_1(X)
& ~ dynein_walking_1(X)
& ~ genetic_process_1(X)
& ~ hydrolysis_1(X)
& ~ protein_folding_1(X) ) ) ).
fof(a527544,axiom,
! [X] :
( antigen_presenting_cell_1(X)
=> ( original_name_2(X,'Antigen-Presenting-Cell')
& user_description_2(X,'A cell that ingests bacteria and viruses and then destroys them. Class II MHC molecules in these cells collect peptide remnants of this degradation and present them to helper T-cells.')
& concept2words_2(X,'antigen presenting cell')
& concept2words_2(X,'antigen-presenting cell')
& concept2words_2(X,'antigen-presenting-cell')
& immune_cell_1(X)
& ~ effector_cell_1(X)
& ~ eosinophil_1(X)
& ~ mast_cell_1(X)
& ~ natural_killer_cell_1(X)
& ~ neutrophil_1(X)
& ~ recombinant_immune_cell_1(X) ) ) ).
fof(a527545,axiom,
! [X] :
( antigen_receptor_1(X)
=> ( original_name_2(X,'Antigen-Receptor')
& user_description_2(X,'A polypeptide chain on the surface of B cells and T cells, that detects and binds to antigen molecules. This binding initiates an acquired immune response.')
& concept2words_2(X,'receptor of antigen')
& concept2words_2(X,'antigen receptor')
& concept2words_2(X,'antigen-receptor')
& receptor_protein_1(X)
& hydrophobic_region_1(fn_antigen_receptor_1(X))
& antigen_binding_site_1(fn_antigen_receptor_2(X))
& has_region_2(X,fn_antigen_receptor_1(X))
& has_region_2(X,fn_antigen_receptor_2(X)) ) ) ).
fof(a527546,axiom,
! [X] :
( antimicrobial_protein_1(X)
=> ( original_name_2(X,'Antimicrobial-Protein')
& user_description_2(X,'A protein functioning in nonspecific defense by attacking microbes.')
& concept2words_2(X,'protein of antimicrobial')
& concept2words_2(X,'antimicrobial protein')
& concept2words_2(X,'antimicrobial-protein')
& protein_1(X)
& antibiotic_1(X)
& ~ ampicillin_1(X)
& ~ erythromycin_1(X)
& ~ penicillin_1(X)
& ~ tetracycline_1(X)
& ~ vancomycin_1(X) ) ) ).
fof(a527547,axiom,
! [X] :
( antimony_1(X)
=> ( original_name_2(X,'Antimony')
& user_description_2(X,'Antimony is a metalloid atom with atomic number 51. It is represented by the symbol Sb.')
& concept2words_2(X,'Sb')
& concept2words_2(X,antimony)
& metalloid_atom_1(X)
& ~ boron_1(X)
& neutron_1(fn_antimony_3(X))
& atomic_mass_value_1(fn_antimony_4(X))
& electronegativity_value_1(fn_antimony_5(X))
& valence_electron_1(fn_antimony_8(X))
& atomic_weight_value_1(fn_antimony_9(X))
& quantity_value_1(fn_antimony_10(X))
& atomic_number_value_1(fn_antimony_11(X))
& the_cardinal_value_2(fn_antimony_11(X),"51")
& cardinal_unit_class_2(fn_antimony_11(X),unity_0)
& electronegativity_2(X,fn_antimony_5(X))
& mass_number_2(X,fn_antimony_4(X))
& exactCardinality(X,has_part_0,"71",neutron_0)
& exactCardinality(X,has_part_0,"51",proton_0)
& exactCardinality(X,has_part_0,"51",electron_0)
& has_part_2(X,fn_antimony_3(X))
& the_cardinal_value_2(fn_antimony_10(X),"5")
& cardinal_unit_class_2(fn_antimony_10(X),unity_0)
& the_cardinal_value_2(fn_antimony_5(X),"2.05")
& cardinal_unit_class_2(fn_antimony_5(X),unity_0)
& the_cardinal_value_2(fn_antimony_4(X),"122")
& cardinal_unit_class_2(fn_antimony_4(X),unity_0)
& the_cardinal_value_2(fn_antimony_9(X),"121.8")
& cardinal_unit_class_2(fn_antimony_9(X),dalton_0)
& atomic_weight_2(X,fn_antimony_9(X))
& atomic_number_2(X,fn_antimony_11(X))
& has_part_2(X,fn_antimony_8(X))
& quantity_2(fn_antimony_8(X),fn_antimony_10(X))
& fn_antimony_7(X) = fn_atom_13(X)
& fn_antimony_9(X) = fn_atom_16(X)
& fn_antimony_12(X) = fn_atom_12(X)
& fn_antimony_11(X) = fn_atom_17(X)
& fn_antimony_6(X) = fn_atom_1(X)
& fn_antimony_10(X) = fn_atom_5(X)
& fn_antimony_8(X) = fn_atom_14(X) ) ) ).
fof(a527548,axiom,
! [X] :
( antioxidant_1(X)
=> ( original_name_2(X,'Antioxidant')
& user_description_2(X,'A substance which removes oxidizing chemicals which may cause cellular damage.')
& concept2words_2(X,antioxidant)
& agent_role_1(X) ) ) ).
fof(a527549,axiom,
! [X] :
( antiparallel_arrangement_1(X)
=> ( original_name_2(X,'Antiparallel-Arrangement')
& user_description_2(X,'Two parallel objects oriented in the opposite direction from each other.')
& concept2words_2(X,'anti parallel arrangement')
& concept2words_2(X,'antiparallel arrangement')
& concept2words_2(X,'antiparallel-arrangement')
& relative_relationship_1(X)
& attach_1(fn_antiparallel_arrangement_1(X))
& attach_1(fn_antiparallel_arrangement_2(X))
& purine_1(fn_antiparallel_arrangement_3(X))
& pyrimidine_1(fn_antiparallel_arrangement_4(X))
& parallel_dna_strand_1(fn_antiparallel_arrangement_5(X))
& antiparallel_dna_strand_1(fn_antiparallel_arrangement_6(X))
& attach_1(fn_antiparallel_arrangement_7(X))
& hydrogen_bond_1(fn_antiparallel_arrangement_8(X))
& hold_together_1(fn_antiparallel_arrangement_9(X))
& spatial_entity_1(fn_attach_2(fn_antiparallel_arrangement_2(X)))
& spatial_entity_1(fn_attach_2(fn_antiparallel_arrangement_1(X)))
& hold_together_1(fn_chemical_bond_3(fn_antiparallel_arrangement_8(X)))
& spatial_entity_1(fn_attach_1(fn_antiparallel_arrangement_7(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_antiparallel_arrangement_8(X)))
& spatial_entity_1(fn_attach_2(fn_antiparallel_arrangement_7(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_antiparallel_arrangement_8(X)))
& agent_2(fn_antiparallel_arrangement_1(X),fn_antiparallel_arrangement_8(X))
& agent_2(fn_antiparallel_arrangement_2(X),fn_antiparallel_arrangement_8(X))
& has_part_2(fn_antiparallel_arrangement_6(X),fn_antiparallel_arrangement_3(X))
& has_part_2(fn_antiparallel_arrangement_6(X),fn_antiparallel_arrangement_4(X))
& agent_2(fn_antiparallel_arrangement_7(X),fn_antiparallel_arrangement_8(X))
& has_goal_2(X,fn_antiparallel_arrangement_9(X))
& information_content_2(X,fn_antiparallel_arrangement_5(X))
& information_content_2(X,fn_antiparallel_arrangement_6(X))
& base_2(fn_antiparallel_arrangement_7(X),fn_antiparallel_arrangement_6(X))
& object_2(fn_antiparallel_arrangement_7(X),fn_antiparallel_arrangement_5(X))
& base_2(fn_antiparallel_arrangement_2(X),fn_antiparallel_arrangement_3(X))
& base_2(fn_antiparallel_arrangement_1(X),fn_antiparallel_arrangement_4(X))
& is_between_2(fn_antiparallel_arrangement_8(X),fn_antiparallel_arrangement_6(X))
& object_2(fn_antiparallel_arrangement_9(X),fn_antiparallel_arrangement_6(X))
& object_2(fn_antiparallel_arrangement_9(X),fn_antiparallel_arrangement_5(X))
& is_between_2(fn_antiparallel_arrangement_8(X),fn_antiparallel_arrangement_5(X))
& fn_antiparallel_arrangement_6(X) = fn_information_1(X)
& fn_antiparallel_arrangement_6(X) = fn_attach_2(fn_antiparallel_arrangement_7(X))
& fn_antiparallel_arrangement_5(X) = fn_attach_1(fn_antiparallel_arrangement_7(X))
& fn_antiparallel_arrangement_3(X) = fn_attach_2(fn_antiparallel_arrangement_2(X))
& fn_antiparallel_arrangement_4(X) = fn_attach_2(fn_antiparallel_arrangement_1(X))
& fn_antiparallel_arrangement_5(X) = fn_chemical_bond_1(fn_antiparallel_arrangement_8(X))
& fn_antiparallel_arrangement_9(X) = fn_chemical_bond_3(fn_antiparallel_arrangement_8(X))
& fn_antiparallel_arrangement_6(X) = fn_chemical_bond_4(fn_antiparallel_arrangement_8(X))
& fn_attach_1(fn_antiparallel_arrangement_7(X)) = fn_chemical_bond_1(fn_antiparallel_arrangement_8(X))
& fn_chemical_bond_1(fn_antiparallel_arrangement_8(X)) = fn_chemical_bond_1(fn_antiparallel_arrangement_8(X))
& fn_chemical_bond_1(fn_antiparallel_arrangement_8(X)) = fn_information_1(X)
& fn_information_1(X) = fn_attach_2(fn_antiparallel_arrangement_7(X))
& fn_attach_2(fn_antiparallel_arrangement_7(X)) = fn_attach_2(fn_antiparallel_arrangement_7(X))
& fn_attach_2(fn_antiparallel_arrangement_7(X)) = fn_chemical_bond_4(fn_antiparallel_arrangement_8(X))
& fn_chemical_bond_4(fn_antiparallel_arrangement_8(X)) = fn_chemical_bond_4(fn_antiparallel_arrangement_8(X)) ) ) ).
fof(a527550,axiom,
! [X] :
( antiparallel_dna_strand_1(X)
=> ( original_name_2(X,'Antiparallel-DNA-Strand')
& user_description_2(X,'A DNA molecule where the two strands are arranged in the opposite direction from each other.')
& concept2words_2(X,'antiparallel dna strand')
& concept2words_2(X,'antiparallel-dna-strand')
& dna_strand_1(X) ) ) ).
fof(a527551,axiom,
! [X] :
( anuran_1(X)
=> ( original_name_2(X,'Anuran')
& user_description_2(X,'An order of amphibians amphibians (commonly referred to as frogs). Most frogs are characterized by long hind legs, a short body, webbed digits (fingers or toes), protruding eyes and the absence of a tail.')
& concept2words_2(X,frog)
& concept2words_2(X,anuran)
& amphibian_1(X)
& ~ apodan_1(X) ) ) ).
fof(a527552,axiom,
! [X] :
( anus_1(X)
=> ( original_name_2(X,'Anus')
& user_description_2(X,'Opening at the end of the alimentary canal through which solid waste is expelled from the body.')
& concept2words_2(X,anus)
& animal_structure_1(X) ) ) ).
fof(a527553,axiom,
! [X] :
( ape_1(X)
=> ( original_name_2(X,'Ape')
& user_description_2(X,'An Old World anthropoid primates, which lack a tail and have longer arms compared to monkeys.')
& concept2words_2(X,ape)
& anthropoid_1(X)
& ~ chimpanzee_1(X) ) ) ).
fof(a527554,axiom,
! [X] :
( aphid_1(X)
=> ( original_name_2(X,'Aphid')
& user_description_2(X,'A type of insect which uses a needle-like mouthpart called a stylet to feed on phloem sap running in plant sieve-tube elements.')
& concept2words_2(X,'plant louse')
& concept2words_2(X,'plant-louse')
& concept2words_2(X,greenfly)
& concept2words_2(X,aphid)
& hemiptera_1(X)
& ~ beetle_1(X)
& ~ caddisfly_1(X)
& ~ dermaptera_1(X)
& ~ diptera_1(X)
& ~ hymenoptera_1(X)
& ~ isoptera_1(X)
& ~ lepidoptera_1(X)
& ~ mayfly_1(X)
& ~ odonata_1(X)
& ~ orthoptera_1(X)
& ~ sucking_louse_1(X)
& fluid_feeder_1(fn_aphid_1(X))
& animal_1(fn_fluid_feeder_6(fn_aphid_1(X)))
& plays_2(X,fn_aphid_1(X))
& X = fn_fluid_feeder_6(fn_aphid_1(X)) ) ) ).
fof(a527555,axiom,
! [X] :
( aphotic_zone_1(X)
=> ( original_name_2(X,'Aphotic-Zone')
& user_description_2(X,'The depths of an ocean or lake where sunlight does not penetrate sufficiently to support photosynthesis.')
& concept2words_2(X,'aphotic zone')
& concept2words_2(X,'aphotic-zone')
& aquatic_zone_1(X)
& ~ abyssal_zone_1(X)
& ~ benthic_zone_1(X)
& ~ deep_sea_hydrothermal_vent_1(X)
& ~ estuary_1(X)
& ~ eutrophic_lake_1(X)
& ~ intertidal_zone_1(X)
& ~ limnetic_zone_1(X)
& ~ littoral_zone_1(X)
& ~ marine_benthic_zone_1(X)
& ~ neritic_zone_1(X)
& ~ oceanic_pelagic_zone_1(X)
& ~ oligotrophic_lake_1(X)
& ~ photic_zone_1(X) ) ) ).
fof(a527556,axiom,
! [X] :
( apical_bud_1(X)
=> ( original_name_2(X,'Apical-Bud')
& user_description_2(X,'A bud at the terminal end of a plant shoot, which contains an apical meristem.')
& concept2words_2(X,'apical bud')
& concept2words_2(X,'apical-bud')
& stem_organ_1(X) ) ) ).
fof(a527557,axiom,
! [X] :
( apical_dominance_1(X)
=> ( original_name_2(X,'Apical-Dominance')
& user_description_2(X,'The concentration of growth at the tip of a plant shoot, where a terminal bud partly inhibits the growth of axillary buds.')
& concept2words_2(X,'apical dominance')
& concept2words_2(X,'apical-dominance')
& plant_growth_1(X) ) ) ).
fof(a527558,axiom,
! [X] :
( apical_ectodermal_ridge_1(X)
=> ( original_name_2(X,'Apical-Ectodermal-Ridge')
& user_description_2(X,'An area of thickened ectodermal cells at the distal end of each limb bud that acts as a signaling center to ensure proper development of the limb.')
& concept2words_2(X,'apical ectodermal ridge')
& concept2words_2(X,'apical-ectodermal-ridge')
& dermal_tissue_1(X)
& ~ bark_1(X)
& ~ callus_1(X)
& ~ calyptra_1(X)
& ~ coleoptile_1(X)
& ~ coleorhiza_1(X)
& ~ endodermis_1(X)
& ~ epidermis_1(X)
& ~ periderm_1(X)
& ~ root_cap_1(X)
& ~ seed_coat_1(X) ) ) ).
fof(a527559,axiom,
! [X] :
( apical_meristem_1(X)
=> ( original_name_2(X,'Apical-Meristem')
& user_description_2(X,'The growing tip of a plant shoot or root. Cell division in apical meristems allows the shoot or root to grow longer.')
& concept2words_2(X,'apical meristem')
& concept2words_2(X,'apical-meristem')
& meristem_1(X)
& embryonic_tissue_1(X)
& ~ cork_cambium_1(X)
& ~ floral_meristem_1(X)
& ~ lateral_meristem_1(X)
& grow_1(fn_apical_meristem_1(X))
& plant_1(fn_apical_meristem_2(X))
& site_2(fn_apical_meristem_1(X),X)
& object_2(fn_apical_meristem_1(X),fn_apical_meristem_2(X))
& has_part_2(fn_apical_meristem_2(X),X) ) ) ).
fof(a527560,axiom,
! [X] :
( apicomplexan_1(X)
=> ( original_name_2(X,'Apicomplexan')
& user_description_2(X,'A protist in the clade Apicomplexa, which are parasites of animals. Some cause diseases in humans; for example, the apicomplexan Plasmodium falciparum causes malaria.')
& concept2words_2(X,apicomplexan)
& alveolate_1(X)
& ~ ciliate_1(X) ) ) ).
fof(a527561,axiom,
! [X] :
( apodan_1(X)
=> ( original_name_2(X,'Apodan')
& user_description_2(X,'A member of a group of legless amphibians, such as a caecilian.')
& concept2words_2(X,apodan)
& amphibian_1(X)
& ~ anuran_1(X) ) ) ).
fof(a527562,axiom,
! [X] :
( apomixis_1(X)
=> ( original_name_2(X,'Apomixis')
& user_description_2(X,'In plants, the ability to reproduce from seeds that have not been fertilized by a male gamete.')
& concept2words_2(X,'undergo apoximis')
& concept2words_2(X,apomixis)
& asexual_reproduction_1(X)
& ~ parthenogenesis_1(X) ) ) ).
fof(a527563,axiom,
! [X] :
( apoplast_1(X)
=> ( original_name_2(X,'Apoplast')
& user_description_2(X,'In plants, the continuum of cell walls plus the extracellular spaces.')
& concept2words_2(X,apoplast)
& plant_region_1(X)
& extra_cellular_fluid_1(fn_apoplast_1(X))
& plant_cell_wall_1(fn_apoplast_2(X))
& is_inside_2(fn_apoplast_1(X),X)
& is_inside_2(fn_apoplast_2(X),X) ) ) ).
fof(a527564,axiom,
! [X] :
( apoplastic_transport_1(X)
=> ( original_name_2(X,'Apoplastic-Transport')
& user_description_2(X,'Route of transport of water and solutes in vascular plants which follows a path external to the plant cell plasma membrane through the apoplast.')
& concept2words_2(X,transport)
& concept2words_2(X,'apoplastic transport')
& concept2words_2(X,'apoplastic-transport')
& plant_transport_1(X)
& apoplast_1(fn_apoplastic_transport_1(X))
& move_through_1(fn_apoplastic_transport_2(X))
& aqueous_solution_1(fn_apoplastic_transport_3(X))
& spatial_entity_1(fn_move_1(fn_apoplastic_transport_2(X)))
& path_2(X,fn_apoplastic_transport_1(X))
& subevent_2(X,fn_apoplastic_transport_2(X))
& path_2(fn_apoplastic_transport_2(X),fn_apoplastic_transport_1(X))
& object_2(fn_apoplastic_transport_2(X),fn_apoplastic_transport_3(X))
& fn_apoplastic_transport_3(X) = fn_move_1(fn_apoplastic_transport_2(X)) ) ) ).
fof(a527565,axiom,
! [X] :
( apoptosis_1(X)
=> ( original_name_2(X,'Apoptosis')
& user_description_2(X,'A program of controlled cell suicide, which is brought about by signals that trigger the activation of a cascade of suicide proteins in the cell destined to die.')
& concept2words_2(X,'programmed cell death')
& concept2words_2(X,'cause apoptosis')
& concept2words_2(X,'self destruct')
& concept2words_2(X,'self-destruct')
& concept2words_2(X,'controlled cell death')
& concept2words_2(X,apoptosis)
& cellular_process_1(X)
& hydrophilic_face_1(fn_apoptosis_1(X))
& hydrolase_1(fn_apoptosis_2(X))
& hydrolase_1(fn_apoptosis_3(X))
& cellular_process_1(fn_apoptosis_4(X))
& cellular_structure_1(fn_apoptosis_5(X))
& biomembrane_1(fn_apoptosis_6(X))
& eukaryotic_cell_1(fn_apoptosis_7(X))
& dna_polymerase_iii_1(fn_apoptosis_8(X))
& asymmetrical_distribution_1(fn_apoptosis_9(X))
& asymmetrical_distribution_1(fn_apoptosis_10(X))
& organic_molecule_1(fn_apoptosis_11(X))
& resource_1(fn_apoptosis_12(X))
& hydrophilic_face_1(fn_apoptosis_13(X))
& ribosome_1(fn_apoptosis_14(X))
& chromosome_1(fn_apoptosis_15(X))
& cytoskeleton_1(fn_apoptosis_16(X))
& surface_1(fn_apoptosis_17(X))
& tangible_entity_1(fn_apoptosis_18(X))
& phospholipid_bilayer_1(fn_apoptosis_18(X))
& substance_1(fn_apoptosis_19(X))
& cytosol_1(fn_apoptosis_19(X))
& cellular_structure_1(fn_apoptosis_20(X))
& destroy_1(fn_apoptosis_21(X))
& chemical_entity_1(fn_apoptosis_22(X))
& water_molecule_1(fn_apoptosis_22(X))
& chemical_entity_1(fn_apoptosis_23(X))
& atom_1(fn_apoptosis_24(X))
& chemical_entity_1(fn_apoptosis_25(X))
& water_molecule_1(fn_apoptosis_25(X))
& reactant_1(fn_apoptosis_26(X))
& break_1(fn_apoptosis_27(X))
& dna_1(fn_apoptosis_28(X))
& nuclease_1(fn_apoptosis_31(X))
& damage_1(fn_apoptosis_32(X))
& eukaryotic_cell_1(fn_apoptosis_33(X))
& chemical_reaction_1(fn_apoptosis_34(X))
& decomposition_reaction_1(fn_apoptosis_34(X))
& exergonic_reaction_1(fn_apoptosis_34(X))
& hydrolysis_1(fn_apoptosis_34(X))
& polymer_1(fn_apoptosis_35(X))
& phagocyte_1(fn_apoptosis_36(X))
& food_vacuole_1(fn_apoptosis_37(X))
& barrier_1(fn_apoptosis_38(X))
& carry_1(fn_apoptosis_39(X))
& size_value_1(fn_apoptosis_40(X))
& biomembrane_1(fn_apoptosis_41(X))
& blebbing_1(fn_apoptosis_42(X))
& produce_1(fn_apoptosis_43(X))
& entity_1(fn_apoptosis_44(X))
& tangible_entity_1(fn_apoptosis_44(X))
& vesicle_1(fn_apoptosis_44(X))
& cellular_structure_1(fn_apoptosis_45(X))
& decomposition_reaction_1(fn_apoptosis_46(X))
& exergonic_reaction_1(fn_apoptosis_46(X))
& hydrolysis_1(fn_apoptosis_46(X))
& chemical_reaction_1(fn_apoptosis_46(X))
& chemical_reaction_1(fn_apoptosis_47(X))
& decomposition_reaction_1(fn_apoptosis_47(X))
& exergonic_reaction_1(fn_apoptosis_47(X))
& hydrolysis_1(fn_apoptosis_47(X))
& destroy_1(fn_apoptosis_48(X))
& contract_1(fn_apoptosis_49(X))
& intracellular_digestion_1(fn_apoptosis_50(X))
& organelle_1(fn_apoptosis_51(X))
& organic_molecule_1(fn_apoptosis_52(X))
& nuclear_membrane_1(fn_apoptosis_53(X))
& aqueous_solution_1(fn_apoptosis_54(X))
& mixture_1(fn_apoptosis_55(X))
& cytoplasm_1(fn_apoptosis_55(X))
& aqueous_solution_1(fn_apoptosis_56(X))
& er_membrane_1(fn_apoptosis_57(X))
& membrane_1(fn_apoptosis_58(X))
& spatial_entity_1(fn_apoptosis_58(X))
& biomembrane_1(fn_apoptosis_58(X))
& plasma_membrane_1(fn_apoptosis_58(X))
& facilitated_diffusion_of_polar_molecule_1(fn_apoptosis_59(X))
& translation_1(fn_apoptosis_60(X))
& protein_enzyme_1(fn_apoptosis_61(X))
& volume_value_1(fn_apoptosis_62(X))
& aqueous_solution_1(fn_apoptosis_63(X))
& tangible_entity_1(fn_apoptosis_64(X))
& cell_1(fn_apoptosis_64(X))
& protease_1(fn_apoptosis_65(X))
& cell_1(fn_apoptosis_66(X))
& active_site_1(fn_apoptosis_67(X))
& decrease_1(fn_apoptosis_68(X))
& reactant_1(fn_apoptosis_69(X))
& catalyst_1(fn_apoptosis_70(X))
& protease_1(fn_apoptosis_71(X))
& chemical_entity_1(fn_apoptosis_72(X))
& polymer_1(fn_apoptosis_72(X))
& protein_1(fn_apoptosis_72(X))
& motor_protein_1(fn_apoptosis_73(X))
& tangible_entity_1(fn_impair_1(fn_apoptosis_32(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_apoptosis_53(X)))
& surface_1(fn_biomembrane_47(fn_apoptosis_53(X)))
& tangible_entity_1(fn_impair_1(fn_apoptosis_48(X)))
& tangible_entity_1(fn_impair_1(fn_apoptosis_21(X)))
& tangible_entity_1(fn_produce_1(fn_apoptosis_43(X)))
& aqueous_solution_1(fn_nuclear_membrane_18(fn_apoptosis_53(X)))
& polymer_1(fn_intracellular_digestion_12(fn_apoptosis_50(X)))
& chemical_reaction_1(fn_intracellular_digestion_13(fn_apoptosis_50(X)))
& decomposition_reaction_1(fn_intracellular_digestion_13(fn_apoptosis_50(X)))
& exergonic_reaction_1(fn_intracellular_digestion_13(fn_apoptosis_50(X)))
& hydrolysis_1(fn_intracellular_digestion_13(fn_apoptosis_50(X)))
& carry_1(fn_food_vacuole_22(fn_apoptosis_37(X)))
& chemical_entity_1(fn_hydrolysis_1(fn_apoptosis_46(X)))
& reactant_1(fn_nuclease_3(fn_apoptosis_31(X)))
& chemical_reaction_1(fn_nuclease_1(fn_apoptosis_31(X)))
& exergonic_reaction_1(fn_nuclease_1(fn_apoptosis_31(X)))
& hydrolysis_1(fn_nuclease_1(fn_apoptosis_31(X)))
& decrease_1(fn_protease_29(fn_apoptosis_71(X)))
& active_site_1(fn_protease_23(fn_apoptosis_71(X)))
& catalyst_1(fn_protease_36(fn_apoptosis_71(X)))
& biomembrane_1(fn_vesicle_9(fn_apoptosis_44(X)))
& ribosome_1(fn_cell_14(fn_apoptosis_64(X)))
& substance_1(fn_cell_29(fn_apoptosis_64(X)))
& cytosol_1(fn_cell_29(fn_apoptosis_64(X)))
& surface_1(fn_cell_4(fn_apoptosis_64(X)))
& protein_enzyme_1(fn_cell_9(fn_apoptosis_64(X)))
& mixture_1(fn_cell_28(fn_apoptosis_64(X)))
& cytoplasm_1(fn_cell_28(fn_apoptosis_64(X)))
& tangible_entity_1(fn_cell_26(fn_apoptosis_64(X)))
& phospholipid_bilayer_1(fn_cell_26(fn_apoptosis_64(X)))
& cytoskeleton_1(fn_cell_2(fn_apoptosis_64(X)))
& property_node_1(fn_cell_23(fn_apoptosis_64(X)))
& chromosome_1(fn_cell_25(fn_apoptosis_64(X)))
& property_node_1(fn_cell_10(fn_apoptosis_64(X)))
& size_value_1(fn_cell_11(fn_apoptosis_64(X)))
& motor_protein_1(fn_cell_8(fn_apoptosis_64(X)))
& tangible_entity_1(fn_barrier_1(fn_apoptosis_38(X)))
& tangible_entity_1(fn_food_vacuole_17(fn_apoptosis_37(X)))
& eukaryotic_cell_1(fn_food_vacuole_17(fn_apoptosis_37(X)))
& cell_1(fn_food_vacuole_17(fn_apoptosis_37(X)))
& aqueous_solution_1(fn_er_membrane_32(fn_apoptosis_57(X)))
& aqueous_solution_1(fn_er_membrane_33(fn_apoptosis_57(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_apoptosis_46(X)))
& water_molecule_1(fn_hydrolysis_10(fn_apoptosis_46(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_apoptosis_46(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_apoptosis_46(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_apoptosis_46(X)))
& cell_1(fn_intracellular_process_1(fn_apoptosis_50(X)))
& cell_1(fn_blebbing_1(fn_apoptosis_42(X)))
& break_1(fn_nuclease_7(fn_apoptosis_31(X)))
& break_1(fn_nuclease_4(fn_apoptosis_31(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_apoptosis_47(X)))
& nucleic_acid_1(fn_nuclease_5(fn_apoptosis_31(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_apoptosis_47(X)))
& water_molecule_1(fn_nuclease_2(fn_apoptosis_31(X)))
& water_molecule_1(fn_hydrolysis_10(fn_apoptosis_47(X)))
& chemical_entity_1(fn_reactant_3(fn_apoptosis_69(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_apoptosis_46(X)))
& chemical_entity_1(fn_protease_8(fn_apoptosis_71(X)))
& polymer_1(fn_protease_8(fn_apoptosis_71(X)))
& protein_1(fn_protease_8(fn_apoptosis_71(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_apoptosis_47(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_apoptosis_47(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_apoptosis_47(X)))
& entity_1(fn_create_1(fn_apoptosis_43(X)))
& tangible_entity_1(fn_food_vacuole_24(fn_apoptosis_37(X)))
& chemical_reaction_1(fn_reactant_2(fn_apoptosis_69(X)))
& hydrolysis_1(fn_hydrolase_1(fn_apoptosis_65(X)))
& exergonic_reaction_1(fn_protease_17(fn_apoptosis_65(X)))
& hydrolysis_1(fn_protease_17(fn_apoptosis_65(X)))
& chemical_reaction_1(fn_protease_17(fn_apoptosis_65(X)))
& hydrolysis_1(fn_hydrolase_1(fn_apoptosis_71(X)))
& exergonic_reaction_1(fn_protease_17(fn_apoptosis_71(X)))
& hydrolysis_1(fn_protease_17(fn_apoptosis_71(X)))
& chemical_reaction_1(fn_protease_17(fn_apoptosis_71(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_apoptosis_59(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_apoptosis_59(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_apoptosis_59(X)))
& plasma_membrane_1(fn_cell_30(fn_apoptosis_64(X)))
& volume_value_1(fn_contract_4(fn_apoptosis_49(X)))
& volume_value_1(fn_cell_22(fn_apoptosis_64(X)))
& tangible_entity_1(fn_contract_1(fn_apoptosis_49(X)))
& cell_1(fn_metabolic_pathway_1(fn_apoptosis_60(X)))
& cell_1(fn_blebbing_2(fn_apoptosis_42(X)))
& cell_1(fn_vesicle_5(fn_apoptosis_44(X)))
& is_inside_2(fn_apoptosis_20(X),fn_apoptosis_55(X))
& agent_2(fn_apoptosis_21(X),fn_apoptosis_3(X))
& next_event_2(fn_apoptosis_21(X),fn_apoptosis_48(X))
& has_state_2(fn_apoptosis_24(X),fn_apoptosis_23(X))
& is_near_2(fn_apoptosis_33(X),fn_apoptosis_7(X))
& fn_apoptosis_36(X) != fn_apoptosis_7(X)
& raw_material_2(fn_apoptosis_4(X),fn_apoptosis_11(X))
& has_part_2(fn_apoptosis_5(X),fn_apoptosis_35(X))
& is_inside_2(fn_apoptosis_5(X),fn_apoptosis_44(X))
& next_event_2(fn_apoptosis_42(X),fn_apoptosis_43(X))
& base_2(fn_apoptosis_43(X),fn_apoptosis_66(X))
& next_event_2(fn_apoptosis_43(X),fn_apoptosis_50(X))
& raw_material_2(fn_apoptosis_43(X),fn_apoptosis_6(X))
& minCardinality(fn_apoptosis_43(X),raw_material_0,"1",cellular_structure_0)
& has_function_2(fn_apoptosis_44(X),fn_apoptosis_4(X))
& has_state_2(fn_apoptosis_45(X),fn_apoptosis_5(X))
& has_state_2(fn_apoptosis_6(X),fn_apoptosis_41(X))
& next_event_2(fn_apoptosis_46(X),fn_apoptosis_21(X))
& base_2(fn_apoptosis_46(X),fn_apoptosis_64(X))
& is_near_2(fn_apoptosis_7(X),fn_apoptosis_33(X))
& fn_apoptosis_7(X) != fn_apoptosis_36(X)
& has_state_2(fn_apoptosis_7(X),fn_apoptosis_64(X))
& next_event_2(fn_apoptosis_47(X),fn_apoptosis_46(X))
& base_2(fn_apoptosis_47(X),fn_apoptosis_7(X))
& agent_2(fn_apoptosis_48(X),fn_apoptosis_2(X))
& base_2(fn_apoptosis_48(X),fn_apoptosis_64(X))
& next_event_2(fn_apoptosis_48(X),fn_apoptosis_49(X))
& next_event_2(fn_apoptosis_49(X),fn_apoptosis_42(X))
& abuts_2(fn_apoptosis_53(X),fn_apoptosis_57(X))
& has_region_2(fn_apoptosis_53(X),fn_apoptosis_1(X))
& fn_apoptosis_54(X) != fn_apoptosis_56(X)
& is_between_2(fn_apoptosis_55(X),fn_apoptosis_58(X))
& is_inside_2(fn_apoptosis_8(X),fn_apoptosis_54(X))
& is_outside_2(fn_apoptosis_13(X),fn_apoptosis_53(X))
& is_inside_2(fn_apoptosis_13(X),fn_apoptosis_54(X))
& fn_apoptosis_13(X) != fn_apoptosis_1(X)
& fn_apoptosis_56(X) != fn_apoptosis_54(X)
& is_inside_2(fn_apoptosis_1(X),fn_apoptosis_53(X))
& fn_apoptosis_1(X) != fn_apoptosis_13(X)
& is_outside_2(fn_apoptosis_1(X),fn_apoptosis_56(X))
& abuts_2(fn_apoptosis_57(X),fn_apoptosis_53(X))
& base_2(fn_apoptosis_9(X),fn_apoptosis_55(X))
& base_2(fn_apoptosis_10(X),fn_apoptosis_55(X))
& is_inside_2(fn_apoptosis_61(X),fn_apoptosis_57(X))
& is_inside_2(fn_apoptosis_63(X),fn_apoptosis_57(X))
& has_part_2(fn_apoptosis_64(X),fn_apoptosis_51(X))
& has_part_2(fn_apoptosis_64(X),fn_apoptosis_31(X))
& has_part_2(fn_apoptosis_64(X),fn_apoptosis_65(X))
& has_part_2(fn_apoptosis_64(X),fn_apoptosis_3(X))
& has_part_2(fn_apoptosis_64(X),fn_apoptosis_20(X))
& has_part_2(fn_apoptosis_64(X),fn_apoptosis_2(X))
& subevent_2(X,fn_apoptosis_21(X))
& subevent_2(X,fn_apoptosis_42(X))
& subevent_2(X,fn_apoptosis_43(X))
& subevent_2(X,fn_apoptosis_46(X))
& subevent_2(X,fn_apoptosis_47(X))
& subevent_2(X,fn_apoptosis_48(X))
& subevent_2(X,fn_apoptosis_49(X))
& subevent_2(X,fn_apoptosis_50(X))
& prevents_2(X,fn_apoptosis_32(X))
& first_subevent_2(X,fn_apoptosis_47(X))
& object_2(X,fn_apoptosis_7(X))
& plays_2(fn_apoptosis_11(X),fn_apoptosis_12(X))
& in_event_2(fn_apoptosis_12(X),fn_apoptosis_4(X))
& fn_apoptosis_72(X) != fn_apoptosis_73(X)
& fn_apoptosis_73(X) != fn_apoptosis_72(X)
& in_event_2(fn_apoptosis_69(X),fn_apoptosis_46(X))
& plays_2(fn_apoptosis_36(X),fn_apoptosis_38(X))
& result_2(fn_apoptosis_43(X),fn_apoptosis_44(X))
& object_2(fn_apoptosis_32(X),fn_apoptosis_33(X))
& is_between_2(fn_apoptosis_53(X),fn_apoptosis_54(X))
& has_region_2(fn_apoptosis_53(X),fn_apoptosis_13(X))
& plays_2(fn_apoptosis_72(X),fn_apoptosis_69(X))
& base_2(fn_apoptosis_49(X),fn_apoptosis_64(X))
& object_2(fn_apoptosis_48(X),fn_apoptosis_51(X))
& object_2(fn_apoptosis_21(X),fn_apoptosis_20(X))
& raw_material_2(fn_apoptosis_43(X),fn_apoptosis_45(X))
& has_part_2(fn_apoptosis_36(X),fn_apoptosis_37(X))
& path_2(fn_apoptosis_59(X),fn_apoptosis_58(X))
& is_between_2(fn_apoptosis_53(X),fn_apoptosis_56(X))
& base_2(fn_apoptosis_60(X),fn_apoptosis_64(X))
& is_between_2(fn_apoptosis_57(X),fn_apoptosis_63(X))
& from_value_2(fn_apoptosis_49(X),fn_apoptosis_62(X))
& base_2(fn_apoptosis_50(X),fn_apoptosis_66(X))
& has_function_2(fn_apoptosis_65(X),fn_apoptosis_46(X))
& subevent_2(fn_apoptosis_50(X),fn_apoptosis_34(X))
& raw_material_2(fn_apoptosis_34(X),fn_apoptosis_35(X))
& has_function_2(fn_apoptosis_37(X),fn_apoptosis_39(X))
& object_2(fn_apoptosis_39(X),fn_apoptosis_44(X))
& is_inside_2(fn_apoptosis_44(X),fn_apoptosis_37(X))
& agent_2(fn_apoptosis_39(X),fn_apoptosis_37(X))
& result_2(fn_apoptosis_46(X),fn_apoptosis_23(X))
& fn_apoptosis_23(X) != fn_apoptosis_24(X)
& has_part_2(fn_apoptosis_72(X),fn_apoptosis_24(X))
& fn_apoptosis_72(X) != fn_apoptosis_22(X)
& raw_material_2(fn_apoptosis_46(X),fn_apoptosis_22(X))
& fn_apoptosis_24(X) != fn_apoptosis_23(X)
& fn_apoptosis_22(X) != fn_apoptosis_72(X)
& base_2(fn_apoptosis_42(X),fn_apoptosis_64(X))
& has_state_2(fn_apoptosis_64(X),fn_apoptosis_66(X))
& result_2(fn_apoptosis_42(X),fn_apoptosis_66(X))
& raw_material_2(fn_apoptosis_47(X),fn_apoptosis_28(X))
& fn_apoptosis_28(X) != fn_apoptosis_25(X)
& fn_apoptosis_25(X) != fn_apoptosis_28(X)
& has_function_2(fn_apoptosis_31(X),fn_apoptosis_47(X))
& in_event_2(fn_apoptosis_26(X),fn_apoptosis_47(X))
& plays_2(fn_apoptosis_28(X),fn_apoptosis_26(X))
& object_2(fn_apoptosis_27(X),fn_apoptosis_28(X))
& agent_2(fn_apoptosis_27(X),fn_apoptosis_31(X))
& raw_material_2(fn_apoptosis_47(X),fn_apoptosis_25(X))
& enables_2(fn_apoptosis_68(X),fn_apoptosis_46(X))
& has_function_2(fn_apoptosis_71(X),fn_apoptosis_68(X))
& has_region_2(fn_apoptosis_71(X),fn_apoptosis_67(X))
& plays_2(fn_apoptosis_71(X),fn_apoptosis_70(X))
& in_event_2(fn_apoptosis_70(X),fn_apoptosis_46(X))
& site_2(fn_apoptosis_46(X),fn_apoptosis_67(X))
& facilitates_2(fn_apoptosis_67(X),fn_apoptosis_46(X))
& raw_material_2(fn_apoptosis_46(X),fn_apoptosis_72(X))
& has_part_2(fn_apoptosis_64(X),fn_apoptosis_58(X))
& has_part_2(fn_apoptosis_64(X),fn_apoptosis_14(X))
& is_inside_2(fn_apoptosis_14(X),fn_apoptosis_19(X))
& has_part_2(fn_apoptosis_55(X),fn_apoptosis_19(X))
& has_part_2(fn_apoptosis_64(X),fn_apoptosis_55(X))
& is_at_2(fn_apoptosis_18(X),fn_apoptosis_17(X))
& has_region_2(fn_apoptosis_64(X),fn_apoptosis_17(X))
& size_2(fn_apoptosis_64(X),fn_apoptosis_40(X))
& directly_proportional_2(fn_apoptosis_40(X),fn_apoptosis_62(X))
& volume_2(fn_apoptosis_64(X),fn_apoptosis_62(X))
& has_part_2(fn_apoptosis_55(X),fn_apoptosis_61(X))
& is_inside_2(fn_apoptosis_55(X),fn_apoptosis_58(X))
& has_part_2(fn_apoptosis_58(X),fn_apoptosis_18(X))
& has_part_2(fn_apoptosis_64(X),fn_apoptosis_16(X))
& has_part_2(fn_apoptosis_64(X),fn_apoptosis_15(X))
& has_part_2(fn_apoptosis_64(X),fn_apoptosis_73(X))
& has_function_2(fn_apoptosis_71(X),fn_apoptosis_46(X))
& has_part_2(fn_apoptosis_44(X),fn_apoptosis_41(X))
& has_part_2(fn_apoptosis_64(X),fn_apoptosis_44(X))
& result_2(fn_apoptosis_47(X),fn_apoptosis_52(X))
& fn_apoptosis_46(X) = fn_reactant_2(fn_apoptosis_69(X))
& fn_apoptosis_36(X) = fn_barrier_1(fn_apoptosis_38(X))
& fn_apoptosis_44(X) = fn_create_1(fn_apoptosis_43(X))
& fn_apoptosis_33(X) = fn_impair_1(fn_apoptosis_32(X))
& fn_apoptosis_54(X) = fn_biomembrane_15(fn_apoptosis_53(X))
& fn_apoptosis_13(X) = fn_biomembrane_47(fn_apoptosis_53(X))
& fn_apoptosis_72(X) = fn_reactant_3(fn_apoptosis_69(X))
& fn_apoptosis_64(X) = fn_contract_1(fn_apoptosis_49(X))
& fn_apoptosis_51(X) = fn_impair_1(fn_apoptosis_48(X))
& fn_apoptosis_20(X) = fn_impair_1(fn_apoptosis_21(X))
& fn_apoptosis_45(X) = fn_produce_1(fn_apoptosis_43(X))
& fn_apoptosis_36(X) = fn_food_vacuole_17(fn_apoptosis_37(X))
& fn_apoptosis_58(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_apoptosis_59(X))
& fn_apoptosis_56(X) = fn_nuclear_membrane_18(fn_apoptosis_53(X))
& fn_apoptosis_64(X) = fn_metabolic_pathway_1(fn_apoptosis_60(X))
& fn_apoptosis_63(X) = fn_er_membrane_32(fn_apoptosis_57(X))
& fn_apoptosis_63(X) = fn_er_membrane_33(fn_apoptosis_57(X))
& fn_apoptosis_62(X) = fn_contract_4(fn_apoptosis_49(X))
& fn_apoptosis_66(X) = fn_intracellular_process_1(fn_apoptosis_50(X))
& fn_apoptosis_46(X) = fn_hydrolase_1(fn_apoptosis_65(X))
& fn_apoptosis_46(X) = fn_protease_17(fn_apoptosis_65(X))
& fn_apoptosis_35(X) = fn_intracellular_digestion_12(fn_apoptosis_50(X))
& fn_apoptosis_34(X) = fn_intracellular_digestion_13(fn_apoptosis_50(X))
& fn_apoptosis_44(X) = fn_food_vacuole_24(fn_apoptosis_37(X))
& fn_apoptosis_39(X) = fn_food_vacuole_22(fn_apoptosis_37(X))
& fn_apoptosis_22(X) = fn_exergonic_reaction_10(fn_apoptosis_46(X))
& fn_apoptosis_22(X) = fn_hydrolysis_11(fn_apoptosis_46(X))
& fn_apoptosis_22(X) = fn_hydrolysis_10(fn_apoptosis_46(X))
& fn_apoptosis_72(X) = fn_hydrolysis_11(fn_apoptosis_46(X))
& fn_apoptosis_24(X) = fn_hydrolysis_1(fn_apoptosis_46(X))
& fn_apoptosis_23(X) = fn_decomposition_reaction_4(fn_apoptosis_46(X))
& fn_apoptosis_23(X) = fn_exergonic_reaction_11(fn_apoptosis_46(X))
& fn_apoptosis_23(X) = fn_hydrolysis_9(fn_apoptosis_46(X))
& fn_apoptosis_66(X) = fn_blebbing_1(fn_apoptosis_42(X))
& fn_apoptosis_64(X) = fn_blebbing_2(fn_apoptosis_42(X))
& fn_apoptosis_28(X) = fn_hydrolysis_11(fn_apoptosis_47(X))
& fn_apoptosis_25(X) = fn_nuclease_2(fn_apoptosis_31(X))
& fn_apoptosis_27(X) = fn_nuclease_7(fn_apoptosis_31(X))
& fn_apoptosis_27(X) = fn_nuclease_4(fn_apoptosis_31(X))
& fn_apoptosis_28(X) = fn_nuclease_5(fn_apoptosis_31(X))
& fn_apoptosis_26(X) = fn_nuclease_3(fn_apoptosis_31(X))
& fn_apoptosis_47(X) = fn_nuclease_1(fn_apoptosis_31(X))
& fn_apoptosis_25(X) = fn_exergonic_reaction_10(fn_apoptosis_47(X))
& fn_apoptosis_25(X) = fn_hydrolysis_10(fn_apoptosis_47(X))
& fn_apoptosis_68(X) = fn_protease_29(fn_apoptosis_71(X))
& fn_apoptosis_72(X) = fn_protease_8(fn_apoptosis_71(X))
& fn_apoptosis_67(X) = fn_protease_23(fn_apoptosis_71(X))
& fn_apoptosis_70(X) = fn_protease_36(fn_apoptosis_71(X))
& fn_apoptosis_52(X) = fn_decomposition_reaction_4(fn_apoptosis_47(X))
& fn_apoptosis_52(X) = fn_exergonic_reaction_11(fn_apoptosis_47(X))
& fn_apoptosis_52(X) = fn_hydrolysis_9(fn_apoptosis_47(X))
& fn_apoptosis_41(X) = fn_vesicle_9(fn_apoptosis_44(X))
& fn_apoptosis_64(X) = fn_vesicle_5(fn_apoptosis_44(X))
& fn_apoptosis_46(X) = fn_hydrolase_1(fn_apoptosis_71(X))
& fn_apoptosis_46(X) = fn_protease_17(fn_apoptosis_71(X))
& fn_apoptosis_14(X) = fn_cell_14(fn_apoptosis_64(X))
& fn_apoptosis_19(X) = fn_cell_29(fn_apoptosis_64(X))
& fn_apoptosis_17(X) = fn_cell_4(fn_apoptosis_64(X))
& fn_apoptosis_61(X) = fn_cell_9(fn_apoptosis_64(X))
& fn_apoptosis_55(X) = fn_cell_28(fn_apoptosis_64(X))
& fn_apoptosis_58(X) = fn_cell_30(fn_apoptosis_64(X))
& fn_apoptosis_18(X) = fn_cell_26(fn_apoptosis_64(X))
& fn_apoptosis_16(X) = fn_cell_2(fn_apoptosis_64(X))
& fn_apoptosis_29(X) = fn_cell_23(fn_apoptosis_64(X))
& fn_apoptosis_62(X) = fn_cell_22(fn_apoptosis_64(X))
& fn_apoptosis_15(X) = fn_cell_25(fn_apoptosis_64(X))
& fn_apoptosis_30(X) = fn_cell_10(fn_apoptosis_64(X))
& fn_apoptosis_40(X) = fn_cell_11(fn_apoptosis_64(X))
& fn_apoptosis_73(X) = fn_cell_8(fn_apoptosis_64(X))
& fn_barrier_1(fn_apoptosis_38(X)) = fn_food_vacuole_17(fn_apoptosis_37(X))
& fn_food_vacuole_17(fn_apoptosis_37(X)) = fn_er_membrane_32(fn_apoptosis_57(X))
& fn_er_membrane_32(fn_apoptosis_57(X)) = fn_er_membrane_33(fn_apoptosis_57(X))
& fn_er_membrane_33(fn_apoptosis_57(X)) = fn_exergonic_reaction_10(fn_apoptosis_46(X))
& fn_exergonic_reaction_10(fn_apoptosis_46(X)) = fn_hydrolysis_11(fn_apoptosis_46(X))
& fn_hydrolysis_11(fn_apoptosis_46(X)) = fn_hydrolysis_10(fn_apoptosis_46(X))
& fn_hydrolysis_10(fn_apoptosis_46(X)) = fn_hydrolysis_10(fn_apoptosis_46(X))
& fn_hydrolysis_10(fn_apoptosis_46(X)) = fn_decomposition_reaction_4(fn_apoptosis_46(X))
& fn_decomposition_reaction_4(fn_apoptosis_46(X)) = fn_exergonic_reaction_11(fn_apoptosis_46(X))
& fn_hydrolysis_9(fn_apoptosis_46(X)) = fn_exergonic_reaction_11(fn_apoptosis_46(X))
& fn_exergonic_reaction_11(fn_apoptosis_46(X)) = fn_hydrolysis_9(fn_apoptosis_46(X))
& fn_hydrolysis_9(fn_apoptosis_46(X)) = fn_intracellular_process_1(fn_apoptosis_50(X))
& fn_intracellular_process_1(fn_apoptosis_50(X)) = fn_blebbing_1(fn_apoptosis_42(X))
& fn_blebbing_1(fn_apoptosis_42(X)) = fn_blebbing_1(fn_apoptosis_42(X))
& fn_blebbing_1(fn_apoptosis_42(X)) = fn_nuclease_7(fn_apoptosis_31(X))
& fn_nuclease_7(fn_apoptosis_31(X)) = fn_nuclease_4(fn_apoptosis_31(X))
& fn_nuclease_4(fn_apoptosis_31(X)) = fn_nuclease_4(fn_apoptosis_31(X))
& fn_nuclease_4(fn_apoptosis_31(X)) = fn_hydrolysis_11(fn_apoptosis_47(X))
& fn_nuclease_5(fn_apoptosis_31(X)) = fn_hydrolysis_11(fn_apoptosis_47(X))
& fn_hydrolysis_11(fn_apoptosis_47(X)) = fn_nuclease_5(fn_apoptosis_31(X))
& fn_nuclease_5(fn_apoptosis_31(X)) = fn_nuclease_5(fn_apoptosis_31(X))
& fn_nuclease_5(fn_apoptosis_31(X)) = fn_nuclease_2(fn_apoptosis_31(X))
& fn_nuclease_2(fn_apoptosis_31(X)) = fn_exergonic_reaction_10(fn_apoptosis_47(X))
& fn_exergonic_reaction_10(fn_apoptosis_47(X)) = fn_hydrolysis_10(fn_apoptosis_47(X))
& fn_hydrolysis_10(fn_apoptosis_47(X)) = fn_nuclease_2(fn_apoptosis_31(X))
& fn_nuclease_2(fn_apoptosis_31(X)) = fn_hydrolysis_10(fn_apoptosis_47(X))
& fn_hydrolysis_10(fn_apoptosis_47(X)) = fn_reactant_3(fn_apoptosis_69(X))
& fn_reactant_3(fn_apoptosis_69(X)) = fn_hydrolysis_11(fn_apoptosis_46(X))
& fn_hydrolysis_11(fn_apoptosis_46(X)) = fn_hydrolysis_11(fn_apoptosis_46(X))
& fn_hydrolysis_11(fn_apoptosis_46(X)) = fn_protease_8(fn_apoptosis_71(X))
& fn_protease_8(fn_apoptosis_71(X)) = fn_decomposition_reaction_4(fn_apoptosis_47(X))
& fn_decomposition_reaction_4(fn_apoptosis_47(X)) = fn_exergonic_reaction_11(fn_apoptosis_47(X))
& fn_exergonic_reaction_11(fn_apoptosis_47(X)) = fn_exergonic_reaction_11(fn_apoptosis_47(X))
& fn_exergonic_reaction_11(fn_apoptosis_47(X)) = fn_hydrolysis_9(fn_apoptosis_47(X))
& fn_hydrolysis_9(fn_apoptosis_47(X)) = fn_create_1(fn_apoptosis_43(X))
& fn_create_1(fn_apoptosis_43(X)) = fn_food_vacuole_24(fn_apoptosis_37(X))
& fn_food_vacuole_24(fn_apoptosis_37(X)) = fn_food_vacuole_24(fn_apoptosis_37(X))
& fn_food_vacuole_24(fn_apoptosis_37(X)) = fn_reactant_2(fn_apoptosis_69(X))
& fn_reactant_2(fn_apoptosis_69(X)) = fn_hydrolase_1(fn_apoptosis_65(X))
& fn_hydrolase_1(fn_apoptosis_65(X)) = fn_hydrolase_1(fn_apoptosis_71(X))
& fn_hydrolase_1(fn_apoptosis_71(X)) = fn_hydrolase_1(fn_apoptosis_65(X))
& fn_hydrolase_1(fn_apoptosis_65(X)) = fn_protease_17(fn_apoptosis_65(X))
& fn_protease_17(fn_apoptosis_65(X)) = fn_protease_17(fn_apoptosis_71(X))
& fn_protease_17(fn_apoptosis_71(X)) = fn_protease_17(fn_apoptosis_71(X))
& fn_protease_17(fn_apoptosis_71(X)) = fn_hydrolase_1(fn_apoptosis_71(X))
& fn_hydrolase_1(fn_apoptosis_71(X)) = fn_protease_17(fn_apoptosis_71(X))
& fn_protease_17(fn_apoptosis_71(X)) = fn_facilitated_diffusion_of_polar_molecule_5(fn_apoptosis_59(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_apoptosis_59(X)) = fn_cell_30(fn_apoptosis_64(X))
& fn_cell_30(fn_apoptosis_64(X)) = fn_cell_30(fn_apoptosis_64(X))
& fn_cell_30(fn_apoptosis_64(X)) = fn_contract_4(fn_apoptosis_49(X))
& fn_contract_4(fn_apoptosis_49(X)) = fn_cell_22(fn_apoptosis_64(X))
& fn_cell_22(fn_apoptosis_64(X)) = fn_cell_22(fn_apoptosis_64(X))
& fn_cell_22(fn_apoptosis_64(X)) = fn_contract_1(fn_apoptosis_49(X))
& fn_contract_1(fn_apoptosis_49(X)) = fn_metabolic_pathway_1(fn_apoptosis_60(X))
& fn_metabolic_pathway_1(fn_apoptosis_60(X)) = fn_metabolic_pathway_1(fn_apoptosis_60(X))
& fn_metabolic_pathway_1(fn_apoptosis_60(X)) = fn_blebbing_2(fn_apoptosis_42(X))
& fn_blebbing_2(fn_apoptosis_42(X)) = fn_blebbing_2(fn_apoptosis_42(X))
& fn_blebbing_2(fn_apoptosis_42(X)) = fn_vesicle_5(fn_apoptosis_44(X)) ) ) ).
fof(a527566,axiom,
! [X] :
( appendix_1(X)
=> ( original_name_2(X,'Appendix')
& user_description_2(X,'A small, blind-ended extension of the vertebrate cecum that contains lymphoid cells and may contribute to immunity.')
& concept2words_2(X,appendix)
& immune_organ_1(X) ) ) ).
fof(a527567,axiom,
! [X] :
( aquaporin_1(X)
=> ( original_name_2(X,'Aquaporin')
& user_description_2(X,'Aquaporins are proteins embedded in the cell membrane that regulate the flow of water.')
& concept2words_2(X,'water channel protein')
& concept2words_2(X,'water-channel-protein')
& concept2words_2(X,'water pore')
& concept2words_2(X,'water channel')
& concept2words_2(X,aquaporin)
& channel_protein_1(X)
& ~ atp_synthase_1(X)
& hydrophilic_compound_1(fn_aquaporin_1(X))
& hydrophilic_compound_1(fn_aquaporin_2(X))
& hydrophilic_compound_1(fn_aquaporin_3(X))
& hydrophilic_compound_1(fn_aquaporin_4(X))
& hydrophilic_compound_1(fn_aquaporin_5(X))
& hydrophilic_compound_1(fn_aquaporin_6(X))
& hydrophilic_compound_1(fn_aquaporin_7(X))
& hydrophilic_compound_1(fn_aquaporin_8(X))
& hydrophilic_compound_1(fn_aquaporin_9(X))
& hydrophilic_compound_1(fn_aquaporin_10(X))
& hydrophilic_compound_1(fn_aquaporin_11(X))
& hydrophilic_compound_1(fn_aquaporin_12(X))
& hydrophilic_compound_1(fn_aquaporin_13(X))
& hydrophilic_compound_1(fn_aquaporin_14(X))
& hydrophilic_compound_1(fn_aquaporin_15(X))
& hydrophobic_compound_1(fn_aquaporin_16(X))
& system_1(fn_aquaporin_17(X))
& hydrophilic_face_1(fn_aquaporin_18(X))
& hydrophobic_compound_1(fn_aquaporin_19(X))
& hydrophobic_compound_1(fn_aquaporin_20(X))
& hydrophobic_compound_1(fn_aquaporin_21(X))
& hydrophobic_compound_1(fn_aquaporin_22(X))
& hydrophobic_compound_1(fn_aquaporin_23(X))
& hydrophobic_compound_1(fn_aquaporin_24(X))
& hydrophobic_compound_1(fn_aquaporin_25(X))
& hydrophobic_compound_1(fn_aquaporin_26(X))
& hydrophobic_compound_1(fn_aquaporin_27(X))
& hydrophobic_compound_1(fn_aquaporin_28(X))
& hydrophobic_compound_1(fn_aquaporin_29(X))
& hydrophobic_compound_1(fn_aquaporin_30(X))
& hydrophobic_compound_1(fn_aquaporin_31(X))
& hydrophobic_compound_1(fn_aquaporin_32(X))
& hydrophobic_compound_1(fn_aquaporin_33(X))
& move_1(fn_aquaporin_34(X))
& move_through_1(fn_aquaporin_34(X))
& block_1(fn_aquaporin_35(X))
& block_1(fn_aquaporin_36(X))
& spatial_entity_1(fn_aquaporin_37(X))
& tangible_entity_1(fn_aquaporin_37(X))
& chemical_entity_1(fn_aquaporin_37(X))
& hydrophilic_compound_1(fn_aquaporin_37(X))
& attract_1(fn_aquaporin_38(X))
& hydrophilic_compound_1(fn_aquaporin_39(X))
& thermal_energy_1(fn_aquaporin_40(X))
& block_1(fn_aquaporin_41(X))
& block_1(fn_aquaporin_42(X))
& block_1(fn_aquaporin_43(X))
& block_1(fn_aquaporin_44(X))
& block_1(fn_aquaporin_45(X))
& attach_1(fn_aquaporin_46(X))
& attach_1(fn_aquaporin_47(X))
& block_1(fn_aquaporin_48(X))
& block_1(fn_aquaporin_49(X))
& block_1(fn_aquaporin_50(X))
& block_1(fn_aquaporin_51(X))
& tangible_entity_1(fn_aquaporin_52(X))
& entity_1(fn_aquaporin_52(X))
& chemical_entity_1(fn_aquaporin_52(X))
& atom_1(fn_aquaporin_52(X))
& hydrogen_1(fn_aquaporin_52(X))
& entity_1(fn_aquaporin_53(X))
& hydrophilic_region_1(fn_aquaporin_53(X))
& aqueous_solution_1(fn_aquaporin_54(X))
& hypertonic_solution_1(fn_aquaporin_54(X))
& aqueous_solution_1(fn_aquaporin_55(X))
& hypotonic_solution_1(fn_aquaporin_55(X))
& chemical_1(fn_aquaporin_56(X))
& water_1(fn_aquaporin_56(X))
& heat_1(fn_aquaporin_57(X))
& cohesion_1(fn_aquaporin_58(X))
& attract_1(fn_aquaporin_58(X))
& surface_1(fn_aquaporin_59(X))
& substance_1(fn_aquaporin_60(X))
& aqueous_solution_1(fn_aquaporin_60(X))
& attract_1(fn_aquaporin_61(X))
& tangible_entity_1(fn_aquaporin_62(X))
& chemical_entity_1(fn_aquaporin_62(X))
& entity_1(fn_aquaporin_62(X))
& atom_1(fn_aquaporin_62(X))
& hydrogen_1(fn_aquaporin_62(X))
& tangible_entity_1(fn_aquaporin_63(X))
& entity_1(fn_aquaporin_63(X))
& chemical_entity_1(fn_aquaporin_63(X))
& atom_1(fn_aquaporin_63(X))
& hydrogen_1(fn_aquaporin_63(X))
& attract_1(fn_aquaporin_64(X))
& move_1(fn_aquaporin_65(X))
& move_through_1(fn_aquaporin_65(X))
& symmetrical_distribution_1(fn_aquaporin_66(X))
& move_1(fn_aquaporin_67(X))
& thermal_motion_1(fn_aquaporin_67(X))
& glycoprotein_1(fn_aquaporin_68(X))
& barrier_1(fn_aquaporin_69(X))
& protein_domain_1(fn_aquaporin_70(X))
& inside_face_1(fn_aquaporin_71(X))
& block_1(fn_aquaporin_72(X))
& hydrophilic_region_1(fn_aquaporin_73(X))
& hydrophilic_channel_1(fn_aquaporin_73(X))
& hydrophilic_region_1(fn_aquaporin_74(X))
& hydrophilic_end_1(fn_aquaporin_74(X))
& polar_amino_acid_1(fn_aquaporin_75(X))
& hydrophilic_compound_1(fn_aquaporin_76(X))
& entity_1(fn_aquaporin_76(X))
& spatial_entity_1(fn_aquaporin_76(X))
& chemical_entity_1(fn_aquaporin_76(X))
& tangible_entity_1(fn_aquaporin_76(X))
& polar_molecule_1(fn_aquaporin_76(X))
& water_molecule_1(fn_aquaporin_76(X))
& facilitated_diffusion_1(fn_aquaporin_77(X))
& facilitated_diffusion_of_water_using_aquaporin_1(fn_aquaporin_77(X))
& facilitated_diffusion_using_channel_protein_1(fn_aquaporin_77(X))
& passive_transport_1(fn_aquaporin_77(X))
& cell_1(fn_aquaporin_78(X))
& expose_1(fn_aquaporin_79(X))
& tangible_entity_1(fn_aquaporin_80(X))
& phospholipid_bilayer_1(fn_aquaporin_80(X))
& spatial_entity_1(fn_aquaporin_81(X))
& biomembrane_1(fn_aquaporin_81(X))
& plasma_membrane_1(fn_aquaporin_81(X))
& polymer_1(fn_aquaporin_82(X))
& polypeptide_1(fn_aquaporin_82(X))
& hydrophilic_region_1(fn_aquaporin_83(X))
& hydrophilic_end_1(fn_aquaporin_83(X))
& center_1(fn_aquaporin_84(X))
& hydrophobic_compound_1(fn_aquaporin_85(X))
& spatial_entity_1(fn_aquaporin_86(X))
& membrane_protein_1(fn_aquaporin_86(X))
& expose_1(fn_aquaporin_87(X))
& tangible_entity_1(fn_aquaporin_88(X))
& entity_1(fn_aquaporin_88(X))
& chemical_entity_1(fn_aquaporin_88(X))
& atom_1(fn_aquaporin_88(X))
& nitrogen_1(fn_aquaporin_88(X))
& chemical_bond_1(fn_aquaporin_89(X))
& covalent_bond_1(fn_aquaporin_89(X))
& peptide_bond_1(fn_aquaporin_89(X))
& entity_1(fn_aquaporin_90(X))
& chemical_entity_1(fn_aquaporin_90(X))
& atom_1(fn_aquaporin_90(X))
& carbon_1(fn_aquaporin_90(X))
& spatial_entity_1(fn_aquaporin_91(X))
& chemical_entity_1(fn_aquaporin_91(X))
& monomer_1(fn_aquaporin_91(X))
& molecule_1(fn_aquaporin_91(X))
& amino_acid_1(fn_aquaporin_91(X))
& block_1(fn_aquaporin_92(X))
& chemical_1(fn_aquaporin_93(X))
& expose_1(fn_aquaporin_94(X))
& block_1(fn_aquaporin_95(X))
& block_1(fn_aquaporin_96(X))
& block_1(fn_aquaporin_97(X))
& block_1(fn_aquaporin_98(X))
& block_1(fn_aquaporin_99(X))
& block_1(fn_aquaporin_100(X))
& surface_1(fn_aquaporin_101(X))
& outside_face_1(fn_aquaporin_101(X))
& inside_face_1(fn_aquaporin_102(X))
& hydrophobic_region_1(fn_aquaporin_103(X))
& spatial_entity_1(fn_block_1(fn_aquaporin_50(X)))
& spatial_entity_1(fn_block_1(fn_aquaporin_49(X)))
& spatial_entity_1(fn_block_1(fn_aquaporin_51(X)))
& spatial_entity_1(fn_block_1(fn_aquaporin_48(X)))
& spatial_entity_1(fn_block_1(fn_aquaporin_92(X)))
& spatial_entity_1(fn_block_1(fn_aquaporin_95(X)))
& spatial_entity_1(fn_block_1(fn_aquaporin_96(X)))
& spatial_entity_1(fn_block_1(fn_aquaporin_44(X)))
& spatial_entity_1(fn_block_1(fn_aquaporin_97(X)))
& spatial_entity_1(fn_block_1(fn_aquaporin_43(X)))
& spatial_entity_1(fn_block_1(fn_aquaporin_98(X)))
& spatial_entity_1(fn_block_1(fn_aquaporin_42(X)))
& spatial_entity_1(fn_block_1(fn_aquaporin_99(X)))
& spatial_entity_1(fn_block_1(fn_aquaporin_41(X)))
& spatial_entity_1(fn_block_1(fn_aquaporin_100(X)))
& center_1(fn_hydrophilic_channel_1(fn_aquaporin_73(X)))
& attach_1(fn_passive_transport_20(fn_aquaporin_77(X)))
& barrier_1(fn_plasma_membrane_30(fn_aquaporin_81(X)))
& block_1(fn_plasma_membrane_97(fn_aquaporin_81(X)))
& block_1(fn_plasma_membrane_33(fn_aquaporin_81(X)))
& symmetrical_distribution_1(fn_passive_transport_29(fn_aquaporin_77(X)))
& aqueous_solution_1(fn_facilitated_diffusion_using_channel_protein_1(fn_aquaporin_77(X)))
& cell_1(fn_passive_transport_1(fn_aquaporin_77(X)))
& entity_1(fn_polypeptide_126(fn_aquaporin_82(X)))
& chemical_entity_1(fn_polypeptide_126(fn_aquaporin_82(X)))
& atom_1(fn_polypeptide_126(fn_aquaporin_82(X)))
& carbon_1(fn_polypeptide_126(fn_aquaporin_82(X)))
& chemical_1(fn_hypertonic_solution_5(fn_aquaporin_54(X)))
& heat_1(fn_water_101(fn_aquaporin_56(X)))
& surface_1(fn_water_14(fn_aquaporin_56(X)))
& entity_1(fn_water_110(fn_aquaporin_56(X)))
& hydrophilic_region_1(fn_water_110(fn_aquaporin_56(X)))
& cohesion_1(fn_water_78(fn_aquaporin_56(X)))
& attract_1(fn_water_78(fn_aquaporin_56(X)))
& attract_1(fn_water_99(fn_aquaporin_56(X)))
& spatial_entity_1(fn_block_1(fn_aquaporin_45(X)))
& chemical_entity_1(fn_plasma_membrane_73(fn_aquaporin_81(X)))
& surface_1(fn_biomembrane_47(fn_aquaporin_81(X)))
& outside_face_1(fn_biomembrane_41(fn_aquaporin_81(X)))
& inside_face_1(fn_biomembrane_42(fn_aquaporin_81(X)))
& hydrophilic_channel_1(fn_facilitated_diffusion_of_water_using_aquaporin_2(fn_aquaporin_77(X)))
& attract_1(fn_hydrophilic_region_2(fn_aquaporin_73(X)))
& substance_1(fn_plasma_membrane_70(fn_aquaporin_81(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_aquaporin_81(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_aquaporin_81(X)))
& hydrophobic_compound_1(fn_plasma_membrane_98(fn_aquaporin_81(X)))
& spatial_entity_1(fn_attach_1(fn_aquaporin_47(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_aquaporin_81(X)))
& membrane_protein_1(fn_passive_transport_21(fn_aquaporin_77(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_aquaporin_81(X)))
& hydrophilic_compound_1(fn_biomembrane_105(fn_aquaporin_81(X)))
& block_1(fn_biomembrane_102(fn_aquaporin_81(X)))
& block_1(fn_plasma_membrane_31(fn_aquaporin_81(X)))
& block_1(fn_plasma_membrane_96(fn_aquaporin_81(X)))
& tangible_entity_1(fn_biomembrane_63(fn_aquaporin_81(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_aquaporin_81(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_aquaporin_81(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_aquaporin_81(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_aquaporin_81(X)))
& spatial_entity_1(fn_attach_2(fn_aquaporin_47(X)))
& plasma_membrane_1(fn_cell_30(fn_aquaporin_78(X)))
& spatial_entity_1(fn_passive_transport_25(fn_aquaporin_77(X)))
& biomembrane_1(fn_passive_transport_25(fn_aquaporin_77(X)))
& plasma_membrane_1(fn_facilitated_diffusion_of_water_using_aquaporin_9(fn_aquaporin_77(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_aquaporin_81(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_aquaporin_81(X)))
& protein_1(fn_plasma_membrane_68(fn_aquaporin_81(X)))
& tangible_entity_1(fn_expose_1(fn_aquaporin_79(X)))
& tangible_entity_1(fn_expose_1(fn_aquaporin_87(X)))
& tangible_entity_1(fn_expose_1(fn_aquaporin_94(X)))
& channel_protein_1(fn_hydrophilic_channel_2(fn_aquaporin_73(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_aquaporin_81(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_aquaporin_81(X)))
& protein_1(fn_plasma_membrane_54(fn_aquaporin_81(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_aquaporin_81(X)))
& polymer_1(fn_plasma_membrane_54(fn_aquaporin_81(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_aquaporin_81(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_aquaporin_81(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_aquaporin_81(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_aquaporin_81(X)))
& channel_protein_1(fn_facilitated_diffusion_using_channel_protein_14(fn_aquaporin_77(X)))
& move_through_1(fn_plasma_membrane_74(fn_aquaporin_81(X)))
& move_1(fn_plasma_membrane_74(fn_aquaporin_81(X)))
& move_through_1(fn_facilitated_diffusion_using_channel_protein_13(fn_aquaporin_77(X)))
& thermal_energy_1(fn_water_96(fn_aquaporin_56(X)))
& thermal_energy_1(fn_passive_transport_13(fn_aquaporin_77(X)))
& move_1(fn_water_95(fn_aquaporin_56(X)))
& thermal_motion_1(fn_passive_transport_22(fn_aquaporin_77(X)))
& move_through_1(fn_facilitated_diffusion_of_water_using_aquaporin_4(fn_aquaporin_77(X)))
& move_through_1(fn_passive_transport_24(fn_aquaporin_77(X)))
& spatial_entity_1(fn_polypeptide_83(fn_aquaporin_82(X)))
& chemical_entity_1(fn_polypeptide_83(fn_aquaporin_82(X)))
& monomer_1(fn_polypeptide_83(fn_aquaporin_82(X)))
& molecule_1(fn_polypeptide_83(fn_aquaporin_82(X)))
& amino_acid_1(fn_polypeptide_83(fn_aquaporin_82(X)))
& chemical_entity_1(fn_polypeptide_82(fn_aquaporin_82(X)))
& monomer_1(fn_polypeptide_82(fn_aquaporin_82(X)))
& molecule_1(fn_polypeptide_82(fn_aquaporin_82(X)))
& amino_acid_1(fn_polypeptide_82(fn_aquaporin_82(X)))
& tangible_entity_1(fn_polypeptide_91(fn_aquaporin_82(X)))
& entity_1(fn_polypeptide_91(fn_aquaporin_82(X)))
& chemical_entity_1(fn_polypeptide_91(fn_aquaporin_82(X)))
& atom_1(fn_polypeptide_91(fn_aquaporin_82(X)))
& nitrogen_1(fn_polypeptide_91(fn_aquaporin_82(X)))
& tangible_entity_1(fn_polypeptide_125(fn_aquaporin_82(X)))
& entity_1(fn_polypeptide_125(fn_aquaporin_82(X)))
& chemical_entity_1(fn_polypeptide_125(fn_aquaporin_82(X)))
& atom_1(fn_polypeptide_125(fn_aquaporin_82(X)))
& nitrogen_1(fn_polypeptide_125(fn_aquaporin_82(X)))
& covalent_bond_1(fn_polymer_1(fn_aquaporin_82(X)))
& chemical_bond_1(fn_polypeptide_130(fn_aquaporin_82(X)))
& covalent_bond_1(fn_polypeptide_130(fn_aquaporin_82(X)))
& peptide_bond_1(fn_polypeptide_130(fn_aquaporin_82(X)))
& aqueous_solution_1(fn_facilitated_diffusion_using_channel_protein_2(fn_aquaporin_77(X)))
& hypotonic_solution_1(fn_hypertonic_solution_6(fn_aquaporin_54(X)))
& tangible_entity_1(fn_water_81(fn_aquaporin_56(X)))
& entity_1(fn_water_81(fn_aquaporin_56(X)))
& chemical_entity_1(fn_water_81(fn_aquaporin_56(X)))
& atom_1(fn_water_81(fn_aquaporin_56(X)))
& hydrogen_1(fn_water_81(fn_aquaporin_56(X)))
& chemical_1(fn_hypertonic_solution_8(fn_aquaporin_54(X)))
& water_1(fn_aqueous_solution_14(fn_aquaporin_54(X)))
& water_1(fn_hypertonic_solution_7(fn_aquaporin_54(X)))
& chemical_1(fn_hypertonic_solution_7(fn_aquaporin_54(X)))
& tangible_entity_1(fn_water_80(fn_aquaporin_56(X)))
& entity_1(fn_water_80(fn_aquaporin_56(X)))
& chemical_entity_1(fn_water_80(fn_aquaporin_56(X)))
& atom_1(fn_water_80(fn_aquaporin_56(X)))
& hydrogen_1(fn_water_80(fn_aquaporin_56(X)))
& tangible_entity_1(fn_water_106(fn_aquaporin_56(X)))
& entity_1(fn_water_106(fn_aquaporin_56(X)))
& chemical_entity_1(fn_water_106(fn_aquaporin_56(X)))
& atom_1(fn_water_106(fn_aquaporin_56(X)))
& hydrogen_1(fn_water_106(fn_aquaporin_56(X)))
& entity_1(fn_water_84(fn_aquaporin_56(X)))
& atom_1(fn_water_84(fn_aquaporin_56(X)))
& hydrogen_1(fn_water_84(fn_aquaporin_56(X)))
& attract_1(fn_water_109(fn_aquaporin_56(X)))
& attract_1(fn_water_105(fn_aquaporin_56(X)))
& spatial_entity_1(fn_thermal_motion_5(fn_aquaporin_67(X)))
& tangible_entity_1(fn_thermal_motion_5(fn_aquaporin_67(X)))
& hydrophilic_compound_1(fn_plasma_membrane_50(fn_aquaporin_81(X)))
& spatial_entity_1(fn_passive_transport_14(fn_aquaporin_77(X)))
& tangible_entity_1(fn_passive_transport_14(fn_aquaporin_77(X)))
& chemical_entity_1(fn_passive_transport_14(fn_aquaporin_77(X)))
& spatial_entity_1(fn_water_83(fn_aquaporin_56(X)))
& tangible_entity_1(fn_water_83(fn_aquaporin_56(X)))
& polar_molecule_1(fn_water_83(fn_aquaporin_56(X)))
& hydrophilic_compound_1(fn_water_83(fn_aquaporin_56(X)))
& water_molecule_1(fn_water_83(fn_aquaporin_56(X)))
& entity_1(fn_water_98(fn_aquaporin_56(X)))
& spatial_entity_1(fn_water_98(fn_aquaporin_56(X)))
& chemical_entity_1(fn_water_98(fn_aquaporin_56(X)))
& tangible_entity_1(fn_water_98(fn_aquaporin_56(X)))
& polar_molecule_1(fn_water_98(fn_aquaporin_56(X)))
& water_molecule_1(fn_water_98(fn_aquaporin_56(X)))
& fn_aquaporin_1(X) != fn_aquaporin_76(X)
& fn_aquaporin_19(X) != fn_aquaporin_76(X)
& fn_aquaporin_2(X) != fn_aquaporin_76(X)
& fn_aquaporin_20(X) != fn_aquaporin_76(X)
& fn_aquaporin_3(X) != fn_aquaporin_76(X)
& fn_aquaporin_21(X) != fn_aquaporin_76(X)
& fn_aquaporin_4(X) != fn_aquaporin_76(X)
& fn_aquaporin_22(X) != fn_aquaporin_76(X)
& fn_aquaporin_5(X) != fn_aquaporin_76(X)
& fn_aquaporin_23(X) != fn_aquaporin_76(X)
& object_2(fn_aquaporin_100(X),fn_aquaporin_5(X))
& object_2(fn_aquaporin_99(X),fn_aquaporin_4(X))
& object_2(fn_aquaporin_98(X),fn_aquaporin_3(X))
& object_2(fn_aquaporin_97(X),fn_aquaporin_2(X))
& object_2(fn_aquaporin_96(X),fn_aquaporin_1(X))
& fn_aquaporin_6(X) != fn_aquaporin_76(X)
& fn_aquaporin_24(X) != fn_aquaporin_76(X)
& object_2(fn_aquaporin_95(X),fn_aquaporin_6(X))
& site_2(fn_aquaporin_94(X),fn_aquaporin_74(X))
& same_type_2(fn_aquaporin_93(X),fn_aquaporin_56(X))
& fn_aquaporin_7(X) != fn_aquaporin_76(X)
& fn_aquaporin_25(X) != fn_aquaporin_76(X)
& object_2(fn_aquaporin_92(X),fn_aquaporin_7(X))
& site_2(fn_aquaporin_87(X),fn_aquaporin_74(X))
& site_2(fn_aquaporin_87(X),fn_aquaporin_73(X))
& fn_aquaporin_85(X) != fn_aquaporin_76(X)
& is_inside_2(fn_aquaporin_83(X),fn_aquaporin_101(X))
& site_2(fn_aquaporin_79(X),fn_aquaporin_74(X))
& site_2(fn_aquaporin_79(X),fn_aquaporin_73(X))
& fn_aquaporin_76(X) != fn_aquaporin_85(X)
& fn_aquaporin_76(X) != fn_aquaporin_25(X)
& fn_aquaporin_76(X) != fn_aquaporin_7(X)
& fn_aquaporin_76(X) != fn_aquaporin_24(X)
& fn_aquaporin_76(X) != fn_aquaporin_6(X)
& fn_aquaporin_76(X) != fn_aquaporin_23(X)
& fn_aquaporin_76(X) != fn_aquaporin_5(X)
& fn_aquaporin_76(X) != fn_aquaporin_22(X)
& fn_aquaporin_76(X) != fn_aquaporin_4(X)
& fn_aquaporin_76(X) != fn_aquaporin_21(X)
& fn_aquaporin_76(X) != fn_aquaporin_3(X)
& fn_aquaporin_76(X) != fn_aquaporin_20(X)
& fn_aquaporin_76(X) != fn_aquaporin_2(X)
& fn_aquaporin_76(X) != fn_aquaporin_19(X)
& fn_aquaporin_76(X) != fn_aquaporin_1(X)
& fn_aquaporin_76(X) != fn_aquaporin_26(X)
& fn_aquaporin_76(X) != fn_aquaporin_8(X)
& fn_aquaporin_76(X) != fn_aquaporin_27(X)
& fn_aquaporin_76(X) != fn_aquaporin_9(X)
& fn_aquaporin_76(X) != fn_aquaporin_28(X)
& fn_aquaporin_76(X) != fn_aquaporin_10(X)
& fn_aquaporin_76(X) != fn_aquaporin_29(X)
& fn_aquaporin_76(X) != fn_aquaporin_11(X)
& fn_aquaporin_76(X) != fn_aquaporin_30(X)
& fn_aquaporin_76(X) != fn_aquaporin_12(X)
& fn_aquaporin_76(X) != fn_aquaporin_31(X)
& fn_aquaporin_76(X) != fn_aquaporin_13(X)
& fn_aquaporin_76(X) != fn_aquaporin_32(X)
& fn_aquaporin_76(X) != fn_aquaporin_14(X)
& fn_aquaporin_76(X) != fn_aquaporin_33(X)
& fn_aquaporin_76(X) != fn_aquaporin_15(X)
& fn_aquaporin_76(X) != fn_aquaporin_16(X)
& fn_aquaporin_76(X) != fn_aquaporin_37(X)
& complement_2(fn_aquaporin_76(X),X)
& is_at_2(fn_aquaporin_75(X),fn_aquaporin_74(X))
& is_at_2(fn_aquaporin_75(X),fn_aquaporin_73(X))
& is_at_2(fn_aquaporin_73(X),fn_aquaporin_71(X))
& is_inside_2(fn_aquaporin_18(X),fn_aquaporin_81(X))
& is_outside_2(fn_aquaporin_18(X),fn_aquaporin_60(X))
& object_2(fn_aquaporin_66(X),fn_aquaporin_56(X))
& destination_2(fn_aquaporin_65(X),fn_aquaporin_55(X))
& origin_2(fn_aquaporin_65(X),fn_aquaporin_54(X))
& complement_2(X,fn_aquaporin_76(X))
& same_type_2(fn_aquaporin_56(X),fn_aquaporin_93(X))
& object_2(fn_aquaporin_51(X),fn_aquaporin_8(X))
& fn_aquaporin_26(X) != fn_aquaporin_76(X)
& fn_aquaporin_8(X) != fn_aquaporin_76(X)
& object_2(fn_aquaporin_50(X),fn_aquaporin_11(X))
& object_2(fn_aquaporin_49(X),fn_aquaporin_10(X))
& object_2(fn_aquaporin_48(X),fn_aquaporin_9(X))
& fn_aquaporin_27(X) != fn_aquaporin_76(X)
& fn_aquaporin_9(X) != fn_aquaporin_76(X)
& fn_aquaporin_28(X) != fn_aquaporin_76(X)
& fn_aquaporin_10(X) != fn_aquaporin_76(X)
& fn_aquaporin_29(X) != fn_aquaporin_76(X)
& fn_aquaporin_11(X) != fn_aquaporin_76(X)
& object_2(fn_aquaporin_45(X),fn_aquaporin_16(X))
& object_2(fn_aquaporin_44(X),fn_aquaporin_15(X))
& object_2(fn_aquaporin_43(X),fn_aquaporin_14(X))
& object_2(fn_aquaporin_42(X),fn_aquaporin_13(X))
& object_2(fn_aquaporin_41(X),fn_aquaporin_12(X))
& fn_aquaporin_30(X) != fn_aquaporin_76(X)
& fn_aquaporin_12(X) != fn_aquaporin_76(X)
& fn_aquaporin_31(X) != fn_aquaporin_76(X)
& fn_aquaporin_13(X) != fn_aquaporin_76(X)
& fn_aquaporin_32(X) != fn_aquaporin_76(X)
& fn_aquaporin_14(X) != fn_aquaporin_76(X)
& fn_aquaporin_33(X) != fn_aquaporin_76(X)
& fn_aquaporin_15(X) != fn_aquaporin_76(X)
& fn_aquaporin_16(X) != fn_aquaporin_76(X)
& fn_aquaporin_37(X) != fn_aquaporin_76(X)
& called_2(fn_aquaporin_36(X),"3")
& called_2(fn_aquaporin_35(X),"2")
& object_2(fn_aquaporin_47(X),fn_aquaporin_86(X))
& object_2(fn_aquaporin_67(X),fn_aquaporin_76(X))
& object_2(fn_aquaporin_50(X),fn_aquaporin_29(X))
& object_2(fn_aquaporin_49(X),fn_aquaporin_28(X))
& object_2(fn_aquaporin_51(X),fn_aquaporin_26(X))
& object_2(fn_aquaporin_48(X),fn_aquaporin_27(X))
& object_2(fn_aquaporin_92(X),fn_aquaporin_25(X))
& base_2(fn_aquaporin_47(X),fn_aquaporin_81(X))
& object_2(fn_aquaporin_95(X),fn_aquaporin_24(X))
& object_2(fn_aquaporin_45(X),fn_aquaporin_39(X))
& object_2(fn_aquaporin_96(X),fn_aquaporin_19(X))
& object_2(fn_aquaporin_44(X),fn_aquaporin_33(X))
& object_2(fn_aquaporin_97(X),fn_aquaporin_20(X))
& object_2(fn_aquaporin_43(X),fn_aquaporin_32(X))
& object_2(fn_aquaporin_98(X),fn_aquaporin_21(X))
& object_2(fn_aquaporin_42(X),fn_aquaporin_31(X))
& object_2(fn_aquaporin_99(X),fn_aquaporin_22(X))
& object_2(fn_aquaporin_41(X),fn_aquaporin_30(X))
& object_2(fn_aquaporin_100(X),fn_aquaporin_23(X))
& object_2(fn_aquaporin_72(X),fn_aquaporin_76(X))
& is_impermeable_to_2(fn_aquaporin_81(X),fn_aquaporin_76(X))
& fn_aquaporin_39(X) != fn_aquaporin_76(X)
& fn_aquaporin_76(X) != fn_aquaporin_39(X)
& object_2(fn_aquaporin_79(X),X)
& object_2(fn_aquaporin_87(X),X)
& has_part_2(fn_aquaporin_78(X),fn_aquaporin_81(X))
& object_2(fn_aquaporin_94(X),X)
& site_2(fn_aquaporin_38(X),fn_aquaporin_73(X))
& path_2(fn_aquaporin_34(X),fn_aquaporin_73(X))
& object_2(fn_aquaporin_67(X),fn_aquaporin_56(X))
& has_region_2(X,fn_aquaporin_71(X))
& is_at_2(fn_aquaporin_83(X),fn_aquaporin_71(X))
& site_2(fn_aquaporin_38(X),fn_aquaporin_83(X))
& is_inside_2(fn_aquaporin_74(X),fn_aquaporin_102(X))
& has_region_2(fn_aquaporin_81(X),fn_aquaporin_101(X))
& has_region_2(fn_aquaporin_81(X),fn_aquaporin_102(X))
& is_at_2(fn_aquaporin_73(X),fn_aquaporin_84(X))
& has_region_2(X,fn_aquaporin_84(X))
& possesses_2(fn_aquaporin_76(X),fn_aquaporin_40(X))
& base_2(fn_aquaporin_46(X),fn_aquaporin_81(X))
& object_2(fn_aquaporin_77(X),fn_aquaporin_76(X))
& object_2(fn_aquaporin_65(X),fn_aquaporin_76(X))
& object_2(fn_aquaporin_46(X),fn_aquaporin_86(X))
& instrument_2(fn_aquaporin_72(X),fn_aquaporin_81(X))
& is_inside_2(fn_aquaporin_103(X),fn_aquaporin_81(X))
& fn_aquaporin_34(X) != fn_aquaporin_65(X)
& fn_aquaporin_65(X) != fn_aquaporin_34(X)
& called_2(fn_aquaporin_72(X),"1")
& has_function_2(X,fn_aquaporin_77(X))
& fn_aquaporin_37(X) != fn_aquaporin_85(X)
& object_2(fn_aquaporin_72(X),fn_aquaporin_85(X))
& fn_aquaporin_85(X) != fn_aquaporin_37(X)
& has_region_2(X,fn_aquaporin_73(X))
& object_2(fn_aquaporin_65(X),fn_aquaporin_37(X))
& base_2(fn_aquaporin_65(X),fn_aquaporin_81(X))
& path_2(fn_aquaporin_77(X),fn_aquaporin_81(X))
& has_function_2(fn_aquaporin_81(X),fn_aquaporin_65(X))
& path_2(fn_aquaporin_65(X),fn_aquaporin_73(X))
& facilitates_2(fn_aquaporin_73(X),fn_aquaporin_77(X))
& has_part_2(X,fn_aquaporin_82(X))
& is_at_2(fn_aquaporin_91(X),fn_aquaporin_70(X))
& has_region_2(X,fn_aquaporin_103(X))
& site_2(fn_aquaporin_38(X),fn_aquaporin_74(X))
& facilitates_2(fn_aquaporin_83(X),fn_aquaporin_38(X))
& is_at_2(fn_aquaporin_75(X),fn_aquaporin_83(X))
& has_part_2(X,fn_aquaporin_75(X))
& has_region_2(X,fn_aquaporin_70(X))
& has_region_2(X,fn_aquaporin_83(X))
& is_opposite_2(fn_aquaporin_83(X),fn_aquaporin_74(X))
& has_region_2(X,fn_aquaporin_74(X))
& has_function_2(X,fn_aquaporin_38(X))
& agent_2(fn_aquaporin_38(X),X)
& is_opposite_2(fn_aquaporin_74(X),fn_aquaporin_83(X))
& is_between_2(fn_aquaporin_81(X),fn_aquaporin_60(X))
& has_function_2(fn_aquaporin_81(X),fn_aquaporin_36(X))
& is_impermeable_to_2(fn_aquaporin_81(X),fn_aquaporin_85(X))
& has_part_2(fn_aquaporin_81(X),fn_aquaporin_80(X))
& is_at_2(fn_aquaporin_86(X),fn_aquaporin_81(X))
& plays_2(fn_aquaporin_81(X),fn_aquaporin_69(X))
& in_event_2(fn_aquaporin_69(X),fn_aquaporin_72(X))
& object_2(fn_aquaporin_72(X),fn_aquaporin_37(X))
& has_function_2(fn_aquaporin_81(X),fn_aquaporin_72(X))
& fn_aquaporin_36(X) != fn_aquaporin_72(X)
& fn_aquaporin_35(X) != fn_aquaporin_36(X)
& fn_aquaporin_36(X) != fn_aquaporin_35(X)
& fn_aquaporin_72(X) != fn_aquaporin_36(X)
& base_2(fn_aquaporin_34(X),fn_aquaporin_81(X))
& has_function_2(fn_aquaporin_81(X),fn_aquaporin_34(X))
& has_function_2(fn_aquaporin_81(X),fn_aquaporin_35(X))
& fn_aquaporin_72(X) != fn_aquaporin_35(X)
& fn_aquaporin_35(X) != fn_aquaporin_72(X)
& has_part_2(fn_aquaporin_81(X),fn_aquaporin_68(X))
& is_inside_2(fn_aquaporin_68(X),fn_aquaporin_80(X))
& is_inside_2(X,fn_aquaporin_80(X))
& is_across_2(X,fn_aquaporin_81(X))
& has_part_2(fn_aquaporin_81(X),X)
& instrument_2(fn_aquaporin_77(X),X)
& subevent_2(fn_aquaporin_77(X),fn_aquaporin_34(X))
& agent_2(fn_aquaporin_34(X),X)
& facilitates_2(X,fn_aquaporin_34(X))
& objective_2(fn_aquaporin_77(X),fn_aquaporin_66(X))
& by_means_of_2(fn_aquaporin_77(X),fn_aquaporin_67(X))
& subevent_2(fn_aquaporin_77(X),fn_aquaporin_65(X))
& causes_2(fn_aquaporin_67(X),fn_aquaporin_65(X))
& agent_2(fn_aquaporin_67(X),fn_aquaporin_40(X))
& has_part_2(fn_aquaporin_82(X),fn_aquaporin_91(X))
& inhibits_2(fn_aquaporin_61(X),fn_aquaporin_57(X))
& object_2(fn_aquaporin_57(X),fn_aquaporin_56(X))
& has_region_2(fn_aquaporin_56(X),fn_aquaporin_59(X))
& is_at_2(fn_aquaporin_76(X),fn_aquaporin_59(X))
& has_part_2(fn_aquaporin_56(X),fn_aquaporin_76(X))
& fn_aquaporin_63(X) != fn_aquaporin_52(X)
& fn_aquaporin_52(X) != fn_aquaporin_62(X)
& fn_aquaporin_62(X) != fn_aquaporin_52(X)
& fn_aquaporin_52(X) != fn_aquaporin_63(X)
& has_part_2(fn_aquaporin_76(X),fn_aquaporin_63(X))
& site_2(fn_aquaporin_64(X),fn_aquaporin_53(X))
& agent_2(fn_aquaporin_64(X),fn_aquaporin_53(X))
& has_region_2(fn_aquaporin_76(X),fn_aquaporin_53(X))
& object_2(fn_aquaporin_58(X),fn_aquaporin_76(X))
& base_2(fn_aquaporin_58(X),fn_aquaporin_56(X))
& has_part_2(fn_aquaporin_76(X),fn_aquaporin_62(X))
& agent_2(fn_aquaporin_58(X),fn_aquaporin_76(X))
& object_2(fn_aquaporin_61(X),fn_aquaporin_76(X))
& called_2(fn_aquaporin_76(X),"1")
& has_function_2(fn_aquaporin_76(X),fn_aquaporin_64(X))
& is_hypotonic_to_2(fn_aquaporin_55(X),fn_aquaporin_54(X))
& has_part_2(fn_aquaporin_55(X),fn_aquaporin_93(X))
& has_solute_2(fn_aquaporin_55(X),fn_aquaporin_93(X))
& is_hypertonic_to_2(fn_aquaporin_54(X),fn_aquaporin_55(X))
& has_solvent_2(fn_aquaporin_54(X),fn_aquaporin_56(X))
& has_part_2(fn_aquaporin_54(X),fn_aquaporin_56(X))
& fn_aquaporin_90(X) != fn_aquaporin_88(X)
& fn_aquaporin_88(X) != fn_aquaporin_90(X)
& is_between_2(fn_aquaporin_89(X),fn_aquaporin_90(X))
& possesses_2(fn_aquaporin_82(X),fn_aquaporin_89(X))
& is_between_2(fn_aquaporin_89(X),fn_aquaporin_88(X))
& base_2(fn_aquaporin_77(X),fn_aquaporin_78(X))
& origin_2(fn_aquaporin_77(X),fn_aquaporin_54(X))
& destination_2(fn_aquaporin_77(X),fn_aquaporin_55(X))
& fn_aquaporin_86(X) = fn_attach_1(fn_aquaporin_47(X))
& fn_aquaporin_76(X) = fn_thermal_motion_5(fn_aquaporin_67(X))
& fn_aquaporin_29(X) = fn_block_1(fn_aquaporin_50(X))
& fn_aquaporin_28(X) = fn_block_1(fn_aquaporin_49(X))
& fn_aquaporin_26(X) = fn_block_1(fn_aquaporin_51(X))
& fn_aquaporin_27(X) = fn_block_1(fn_aquaporin_48(X))
& fn_aquaporin_25(X) = fn_block_1(fn_aquaporin_92(X))
& fn_aquaporin_81(X) = fn_attach_2(fn_aquaporin_47(X))
& fn_aquaporin_24(X) = fn_block_1(fn_aquaporin_95(X))
& fn_aquaporin_39(X) = fn_block_1(fn_aquaporin_45(X))
& fn_aquaporin_19(X) = fn_block_1(fn_aquaporin_96(X))
& fn_aquaporin_33(X) = fn_block_1(fn_aquaporin_44(X))
& fn_aquaporin_20(X) = fn_block_1(fn_aquaporin_97(X))
& fn_aquaporin_32(X) = fn_block_1(fn_aquaporin_43(X))
& fn_aquaporin_21(X) = fn_block_1(fn_aquaporin_98(X))
& fn_aquaporin_31(X) = fn_block_1(fn_aquaporin_42(X))
& fn_aquaporin_22(X) = fn_block_1(fn_aquaporin_99(X))
& fn_aquaporin_30(X) = fn_block_1(fn_aquaporin_41(X))
& fn_aquaporin_23(X) = fn_block_1(fn_aquaporin_100(X))
& fn_aquaporin_39(X) = fn_plasma_membrane_73(fn_aquaporin_81(X))
& fn_aquaporin_76(X) = fn_plasma_membrane_50(fn_aquaporin_81(X))
& X = fn_expose_1(fn_aquaporin_79(X))
& X = fn_expose_1(fn_aquaporin_87(X))
& fn_aquaporin_81(X) = fn_cell_30(fn_aquaporin_78(X))
& X = fn_expose_1(fn_aquaporin_94(X))
& fn_aquaporin_38(X) = fn_hydrophilic_region_2(fn_aquaporin_73(X))
& fn_aquaporin_71(X) = fn_integral_protein_29(X)
& fn_aquaporin_74(X) = fn_transmembrane_protein_2(X)
& fn_aquaporin_101(X) = fn_biomembrane_47(fn_aquaporin_81(X))
& fn_aquaporin_101(X) = fn_biomembrane_41(fn_aquaporin_81(X))
& fn_aquaporin_102(X) = fn_transmembrane_protein_6(X)
& fn_aquaporin_102(X) = fn_biomembrane_42(fn_aquaporin_81(X))
& fn_aquaporin_84(X) = fn_hydrophilic_channel_1(fn_aquaporin_73(X))
& fn_aquaporin_46(X) = fn_passive_transport_20(fn_aquaporin_77(X))
& fn_aquaporin_76(X) = fn_passive_transport_14(fn_aquaporin_77(X))
& fn_aquaporin_72(X) = fn_transport_protein_31(X)
& fn_aquaporin_72(X) = fn_channel_protein_6(X)
& fn_aquaporin_85(X) = fn_channel_protein_3(X)
& fn_aquaporin_37(X) = fn_channel_protein_11(X)
& fn_aquaporin_37(X) = fn_channel_protein_4(X)
& X = fn_hydrophilic_channel_2(fn_aquaporin_73(X))
& fn_aquaporin_65(X) = fn_transport_protein_10(X)
& fn_aquaporin_73(X) = fn_channel_protein_7(X)
& fn_aquaporin_73(X) = fn_facilitated_diffusion_of_water_using_aquaporin_2(fn_aquaporin_77(X))
& fn_aquaporin_65(X) = fn_transport_protein_34(X)
& fn_aquaporin_65(X) = fn_facilitated_diffusion_of_water_using_aquaporin_4(fn_aquaporin_77(X))
& fn_aquaporin_81(X) = fn_facilitated_diffusion_of_water_using_aquaporin_9(fn_aquaporin_77(X))
& fn_aquaporin_82(X) = fn_transport_protein_7(X)
& fn_aquaporin_91(X) = fn_transport_protein_8(X)
& fn_aquaporin_103(X) = fn_transport_protein_15(X)
& fn_aquaporin_70(X) = fn_transport_protein_6(X)
& fn_aquaporin_75(X) = fn_integral_protein_6(X)
& fn_aquaporin_75(X) = fn_transport_protein_32(X)
& fn_aquaporin_83(X) = fn_integral_protein_23(X)
& fn_aquaporin_38(X) = fn_integral_protein_7(X)
& fn_aquaporin_83(X) = fn_transport_protein_33(X)
& fn_aquaporin_38(X) = fn_transport_protein_4(X)
& fn_aquaporin_74(X) = fn_transport_protein_33(X)
& fn_aquaporin_83(X) = fn_transport_protein_16(X)
& fn_aquaporin_60(X) = fn_plasma_membrane_70(fn_aquaporin_81(X))
& fn_aquaporin_60(X) = fn_plasma_membrane_77(fn_aquaporin_81(X))
& fn_aquaporin_85(X) = fn_plasma_membrane_98(fn_aquaporin_81(X))
& fn_aquaporin_80(X) = fn_biomembrane_63(fn_aquaporin_81(X))
& fn_aquaporin_86(X) = fn_plasma_membrane_4(fn_aquaporin_81(X))
& fn_aquaporin_86(X) = fn_passive_transport_21(fn_aquaporin_77(X))
& fn_aquaporin_81(X) = fn_passive_transport_25(fn_aquaporin_77(X))
& fn_aquaporin_86(X) = fn_plasma_membrane_3(fn_aquaporin_81(X))
& fn_aquaporin_37(X) = fn_biomembrane_105(fn_aquaporin_81(X))
& fn_aquaporin_37(X) = fn_plasma_membrane_50(fn_aquaporin_81(X))
& fn_aquaporin_72(X) = fn_plasma_membrane_31(fn_aquaporin_81(X))
& fn_aquaporin_69(X) = fn_plasma_membrane_30(fn_aquaporin_81(X))
& fn_aquaporin_36(X) = fn_plasma_membrane_97(fn_aquaporin_81(X))
& fn_aquaporin_72(X) = fn_integral_protein_25(X)
& fn_aquaporin_72(X) = fn_biomembrane_102(fn_aquaporin_81(X))
& fn_aquaporin_72(X) = fn_plasma_membrane_96(fn_aquaporin_81(X))
& fn_aquaporin_35(X) = fn_plasma_membrane_33(fn_aquaporin_81(X))
& fn_aquaporin_34(X) = fn_transport_protein_10(X)
& fn_aquaporin_34(X) = fn_plasma_membrane_74(fn_aquaporin_81(X))
& X = fn_plasma_membrane_68(fn_aquaporin_81(X))
& fn_aquaporin_81(X) = fn_transmembrane_protein_4(X)
& X = fn_plasma_membrane_54(fn_aquaporin_81(X))
& fn_aquaporin_81(X) = fn_transport_protein_35(X)
& X = fn_plasma_membrane_55(fn_aquaporin_81(X))
& fn_aquaporin_80(X) = fn_integral_protein_27(X)
& fn_aquaporin_80(X) = fn_plasma_membrane_71(fn_aquaporin_81(X))
& fn_aquaporin_81(X) = fn_integral_protein_24(X)
& fn_aquaporin_68(X) = fn_integral_protein_9(X)
& fn_aquaporin_68(X) = fn_plasma_membrane_34(fn_aquaporin_81(X))
& fn_aquaporin_34(X) = fn_channel_protein_5(X)
& X = fn_facilitated_diffusion_using_channel_protein_14(fn_aquaporin_77(X))
& fn_aquaporin_77(X) = fn_transport_protein_28(X)
& fn_aquaporin_34(X) = fn_transport_protein_34(X)
& fn_aquaporin_34(X) = fn_facilitated_diffusion_using_channel_protein_13(fn_aquaporin_77(X))
& fn_aquaporin_66(X) = fn_passive_transport_29(fn_aquaporin_77(X))
& fn_aquaporin_67(X) = fn_water_95(fn_aquaporin_56(X))
& fn_aquaporin_40(X) = fn_water_96(fn_aquaporin_56(X))
& fn_aquaporin_40(X) = fn_passive_transport_13(fn_aquaporin_77(X))
& fn_aquaporin_67(X) = fn_passive_transport_22(fn_aquaporin_77(X))
& fn_aquaporin_77(X) = fn_channel_protein_8(X)
& fn_aquaporin_65(X) = fn_channel_protein_5(X)
& fn_aquaporin_65(X) = fn_passive_transport_24(fn_aquaporin_77(X))
& fn_aquaporin_91(X) = fn_polypeptide_83(fn_aquaporin_82(X))
& fn_aquaporin_91(X) = fn_polypeptide_82(fn_aquaporin_82(X))
& fn_aquaporin_55(X) = fn_facilitated_diffusion_using_channel_protein_2(fn_aquaporin_77(X))
& fn_aquaporin_54(X) = fn_facilitated_diffusion_using_channel_protein_1(fn_aquaporin_77(X))
& fn_aquaporin_78(X) = fn_passive_transport_1(fn_aquaporin_77(X))
& fn_aquaporin_88(X) = fn_polypeptide_91(fn_aquaporin_82(X))
& fn_aquaporin_90(X) = fn_polypeptide_126(fn_aquaporin_82(X))
& fn_aquaporin_89(X) = fn_polymer_1(fn_aquaporin_82(X))
& fn_aquaporin_89(X) = fn_polypeptide_130(fn_aquaporin_82(X))
& fn_aquaporin_88(X) = fn_polypeptide_125(fn_aquaporin_82(X))
& fn_aquaporin_93(X) = fn_hypertonic_solution_5(fn_aquaporin_54(X))
& fn_aquaporin_55(X) = fn_hypertonic_solution_6(fn_aquaporin_54(X))
& fn_aquaporin_56(X) = fn_hypertonic_solution_8(fn_aquaporin_54(X))
& fn_aquaporin_56(X) = fn_aqueous_solution_14(fn_aquaporin_54(X))
& fn_aquaporin_56(X) = fn_hypertonic_solution_7(fn_aquaporin_54(X))
& fn_aquaporin_57(X) = fn_water_101(fn_aquaporin_56(X))
& fn_aquaporin_59(X) = fn_water_14(fn_aquaporin_56(X))
& fn_aquaporin_52(X) = fn_water_81(fn_aquaporin_56(X))
& fn_aquaporin_62(X) = fn_water_106(fn_aquaporin_56(X))
& fn_aquaporin_63(X) = fn_water_81(fn_aquaporin_56(X))
& fn_aquaporin_52(X) = fn_water_84(fn_aquaporin_56(X))
& fn_aquaporin_52(X) = fn_water_80(fn_aquaporin_56(X))
& fn_aquaporin_63(X) = fn_water_106(fn_aquaporin_56(X))
& fn_aquaporin_64(X) = fn_water_109(fn_aquaporin_56(X))
& fn_aquaporin_53(X) = fn_water_110(fn_aquaporin_56(X))
& fn_aquaporin_76(X) = fn_water_83(fn_aquaporin_56(X))
& fn_aquaporin_62(X) = fn_water_80(fn_aquaporin_56(X))
& fn_aquaporin_62(X) = fn_water_84(fn_aquaporin_56(X))
& fn_aquaporin_58(X) = fn_water_78(fn_aquaporin_56(X))
& fn_aquaporin_61(X) = fn_water_99(fn_aquaporin_56(X))
& fn_aquaporin_76(X) = fn_water_98(fn_aquaporin_56(X))
& fn_aquaporin_64(X) = fn_water_105(fn_aquaporin_56(X))
& fn_block_1(fn_aquaporin_45(X)) = fn_plasma_membrane_73(fn_aquaporin_81(X))
& fn_plasma_membrane_73(fn_aquaporin_81(X)) = fn_plasma_membrane_73(fn_aquaporin_81(X))
& fn_plasma_membrane_73(fn_aquaporin_81(X)) = fn_biomembrane_47(fn_aquaporin_81(X))
& fn_biomembrane_47(fn_aquaporin_81(X)) = fn_biomembrane_41(fn_aquaporin_81(X))
& fn_biomembrane_41(fn_aquaporin_81(X)) = fn_transmembrane_protein_6(X)
& fn_transmembrane_protein_6(X) = fn_transmembrane_protein_6(X)
& fn_transmembrane_protein_6(X) = fn_biomembrane_42(fn_aquaporin_81(X))
& fn_biomembrane_42(fn_aquaporin_81(X)) = fn_channel_protein_7(X)
& fn_channel_protein_7(X) = fn_channel_protein_7(X)
& fn_facilitated_diffusion_of_water_using_aquaporin_2(fn_aquaporin_77(X)) = fn_channel_protein_7(X)
& fn_channel_protein_7(X) = fn_facilitated_diffusion_of_water_using_aquaporin_2(fn_aquaporin_77(X))
& fn_facilitated_diffusion_of_water_using_aquaporin_2(fn_aquaporin_77(X)) = fn_transport_protein_32(X)
& fn_transport_protein_32(X) = fn_integral_protein_6(X)
& fn_integral_protein_6(X) = fn_transport_protein_32(X)
& fn_transport_protein_32(X) = fn_hydrophilic_region_2(fn_aquaporin_73(X))
& fn_hydrophilic_region_2(fn_aquaporin_73(X)) = fn_integral_protein_7(X)
& fn_integral_protein_7(X) = fn_integral_protein_7(X)
& fn_integral_protein_7(X) = fn_transport_protein_4(X)
& fn_transport_protein_4(X) = fn_transport_protein_4(X)
& fn_transport_protein_4(X) = fn_transmembrane_protein_2(X)
& fn_transmembrane_protein_2(X) = fn_transport_protein_33(X)
& fn_integral_protein_23(X) = fn_integral_protein_23(X)
& fn_transport_protein_33(X) = fn_integral_protein_23(X)
& fn_integral_protein_23(X) = fn_transport_protein_33(X)
& fn_transport_protein_33(X) = fn_transport_protein_33(X)
& fn_transport_protein_33(X) = fn_transport_protein_16(X)
& fn_transport_protein_16(X) = fn_transport_protein_16(X)
& fn_transport_protein_16(X) = fn_plasma_membrane_70(fn_aquaporin_81(X))
& fn_plasma_membrane_70(fn_aquaporin_81(X)) = fn_plasma_membrane_77(fn_aquaporin_81(X))
& fn_plasma_membrane_77(fn_aquaporin_81(X)) = fn_channel_protein_3(X)
& fn_channel_protein_3(X) = fn_channel_protein_3(X)
& fn_channel_protein_3(X) = fn_plasma_membrane_98(fn_aquaporin_81(X))
& fn_plasma_membrane_98(fn_aquaporin_81(X)) = fn_attach_1(fn_aquaporin_47(X))
& fn_attach_1(fn_aquaporin_47(X)) = fn_plasma_membrane_4(fn_aquaporin_81(X))
& fn_passive_transport_21(fn_aquaporin_77(X)) = fn_plasma_membrane_4(fn_aquaporin_81(X))
& fn_plasma_membrane_4(fn_aquaporin_81(X)) = fn_passive_transport_21(fn_aquaporin_77(X))
& fn_passive_transport_21(fn_aquaporin_77(X)) = fn_passive_transport_21(fn_aquaporin_77(X))
& fn_passive_transport_21(fn_aquaporin_77(X)) = fn_plasma_membrane_3(fn_aquaporin_81(X))
& fn_plasma_membrane_3(fn_aquaporin_81(X)) = fn_channel_protein_11(X)
& fn_channel_protein_11(X) = fn_biomembrane_105(fn_aquaporin_81(X))
& fn_biomembrane_105(fn_aquaporin_81(X)) = fn_channel_protein_11(X)
& fn_channel_protein_11(X) = fn_channel_protein_11(X)
& fn_channel_protein_11(X) = fn_channel_protein_4(X)
& fn_channel_protein_4(X) = fn_channel_protein_4(X)
& fn_channel_protein_4(X) = fn_plasma_membrane_50(fn_aquaporin_81(X))
& fn_plasma_membrane_50(fn_aquaporin_81(X)) = fn_integral_protein_25(X)
& fn_biomembrane_102(fn_aquaporin_81(X)) = fn_integral_protein_25(X)
& fn_integral_protein_25(X) = fn_biomembrane_102(fn_aquaporin_81(X))
& fn_transport_protein_31(X) = fn_biomembrane_102(fn_aquaporin_81(X))
& fn_biomembrane_102(fn_aquaporin_81(X)) = fn_biomembrane_102(fn_aquaporin_81(X))
& fn_biomembrane_102(fn_aquaporin_81(X)) = fn_transport_protein_31(X)
& fn_transport_protein_31(X) = fn_channel_protein_6(X)
& fn_plasma_membrane_31(fn_aquaporin_81(X)) = fn_channel_protein_6(X)
& fn_channel_protein_6(X) = fn_channel_protein_6(X)
& fn_channel_protein_6(X) = fn_plasma_membrane_31(fn_aquaporin_81(X))
& fn_plasma_membrane_31(fn_aquaporin_81(X)) = fn_plasma_membrane_31(fn_aquaporin_81(X))
& fn_plasma_membrane_31(fn_aquaporin_81(X)) = fn_plasma_membrane_96(fn_aquaporin_81(X))
& fn_plasma_membrane_96(fn_aquaporin_81(X)) = fn_plasma_membrane_96(fn_aquaporin_81(X))
& fn_plasma_membrane_96(fn_aquaporin_81(X)) = fn_biomembrane_63(fn_aquaporin_81(X))
& fn_biomembrane_63(fn_aquaporin_81(X)) = fn_integral_protein_27(X)
& fn_integral_protein_27(X) = fn_integral_protein_27(X)
& fn_plasma_membrane_71(fn_aquaporin_81(X)) = fn_integral_protein_27(X)
& fn_integral_protein_27(X) = fn_plasma_membrane_71(fn_aquaporin_81(X))
& fn_plasma_membrane_71(fn_aquaporin_81(X)) = fn_integral_protein_9(X)
& fn_plasma_membrane_34(fn_aquaporin_81(X)) = fn_integral_protein_9(X)
& fn_integral_protein_9(X) = fn_plasma_membrane_34(fn_aquaporin_81(X))
& fn_plasma_membrane_34(fn_aquaporin_81(X)) = fn_attach_2(fn_aquaporin_47(X))
& fn_attach_2(fn_aquaporin_47(X)) = fn_cell_30(fn_aquaporin_78(X))
& fn_cell_30(fn_aquaporin_78(X)) = fn_cell_30(fn_aquaporin_78(X))
& fn_cell_30(fn_aquaporin_78(X)) = fn_transmembrane_protein_4(X)
& fn_transmembrane_protein_4(X) = fn_transmembrane_protein_4(X)
& fn_integral_protein_24(X) = fn_transmembrane_protein_4(X)
& fn_transmembrane_protein_4(X) = fn_integral_protein_24(X)
& fn_passive_transport_25(fn_aquaporin_77(X)) = fn_passive_transport_25(fn_aquaporin_77(X))
& fn_passive_transport_25(fn_aquaporin_77(X)) = fn_integral_protein_24(X)
& fn_integral_protein_24(X) = fn_integral_protein_24(X)
& fn_integral_protein_24(X) = fn_passive_transport_25(fn_aquaporin_77(X))
& fn_transport_protein_35(X) = fn_passive_transport_25(fn_aquaporin_77(X))
& fn_passive_transport_25(fn_aquaporin_77(X)) = fn_transport_protein_35(X)
& fn_transport_protein_35(X) = fn_facilitated_diffusion_of_water_using_aquaporin_9(fn_aquaporin_77(X))
& fn_facilitated_diffusion_of_water_using_aquaporin_9(fn_aquaporin_77(X)) = fn_facilitated_diffusion_of_water_using_aquaporin_9(fn_aquaporin_77(X))
& fn_facilitated_diffusion_of_water_using_aquaporin_9(fn_aquaporin_77(X)) = fn_transport_protein_35(X)
& fn_transport_protein_35(X) = fn_transport_protein_35(X)
& fn_transport_protein_35(X) = fn_expose_1(fn_aquaporin_79(X))
& fn_expose_1(fn_aquaporin_94(X)) = fn_plasma_membrane_68(fn_aquaporin_81(X))
& fn_plasma_membrane_68(fn_aquaporin_81(X)) = fn_expose_1(fn_aquaporin_79(X))
& fn_expose_1(fn_aquaporin_79(X)) = fn_expose_1(fn_aquaporin_87(X))
& fn_expose_1(fn_aquaporin_87(X)) = fn_expose_1(fn_aquaporin_94(X))
& fn_expose_1(fn_aquaporin_94(X)) = fn_hydrophilic_channel_2(fn_aquaporin_73(X))
& fn_hydrophilic_channel_2(fn_aquaporin_73(X)) = fn_hydrophilic_channel_2(fn_aquaporin_73(X))
& fn_hydrophilic_channel_2(fn_aquaporin_73(X)) = fn_plasma_membrane_54(fn_aquaporin_81(X))
& fn_plasma_membrane_55(fn_aquaporin_81(X)) = fn_plasma_membrane_54(fn_aquaporin_81(X))
& fn_plasma_membrane_54(fn_aquaporin_81(X)) = fn_plasma_membrane_55(fn_aquaporin_81(X))
& fn_plasma_membrane_55(fn_aquaporin_81(X)) = fn_plasma_membrane_55(fn_aquaporin_81(X))
& fn_plasma_membrane_55(fn_aquaporin_81(X)) = fn_facilitated_diffusion_using_channel_protein_14(fn_aquaporin_77(X))
& fn_facilitated_diffusion_using_channel_protein_14(fn_aquaporin_77(X)) = fn_facilitated_diffusion_using_channel_protein_14(fn_aquaporin_77(X))
& fn_facilitated_diffusion_using_channel_protein_14(fn_aquaporin_77(X)) = fn_transport_protein_10(X)
& fn_channel_protein_5(X) = fn_transport_protein_34(X)
& fn_transport_protein_34(X) = fn_channel_protein_5(X)
& fn_plasma_membrane_74(fn_aquaporin_81(X)) = fn_channel_protein_5(X)
& fn_channel_protein_5(X) = fn_plasma_membrane_74(fn_aquaporin_81(X))
& fn_plasma_membrane_74(fn_aquaporin_81(X)) = fn_plasma_membrane_74(fn_aquaporin_81(X))
& fn_plasma_membrane_74(fn_aquaporin_81(X)) = fn_facilitated_diffusion_using_channel_protein_13(fn_aquaporin_77(X))
& fn_facilitated_diffusion_using_channel_protein_13(fn_aquaporin_77(X)) = fn_facilitated_diffusion_using_channel_protein_13(fn_aquaporin_77(X))
& fn_facilitated_diffusion_using_channel_protein_13(fn_aquaporin_77(X)) = fn_passive_transport_13(fn_aquaporin_77(X))
& fn_passive_transport_13(fn_aquaporin_77(X)) = fn_water_96(fn_aquaporin_56(X))
& fn_water_96(fn_aquaporin_56(X)) = fn_passive_transport_13(fn_aquaporin_77(X))
& fn_passive_transport_13(fn_aquaporin_77(X)) = fn_water_95(fn_aquaporin_56(X))
& fn_passive_transport_22(fn_aquaporin_77(X)) = fn_water_95(fn_aquaporin_56(X))
& fn_water_95(fn_aquaporin_56(X)) = fn_passive_transport_22(fn_aquaporin_77(X))
& fn_passive_transport_22(fn_aquaporin_77(X)) = fn_passive_transport_22(fn_aquaporin_77(X))
& fn_passive_transport_22(fn_aquaporin_77(X)) = fn_transport_protein_34(X)
& fn_transport_protein_10(X) = fn_transport_protein_34(X)
& fn_transport_protein_34(X) = fn_transport_protein_10(X)
& fn_channel_protein_5(X) = fn_transport_protein_10(X)
& fn_transport_protein_10(X) = fn_channel_protein_5(X)
& fn_channel_protein_5(X) = fn_channel_protein_5(X)
& fn_channel_protein_5(X) = fn_facilitated_diffusion_of_water_using_aquaporin_4(fn_aquaporin_77(X))
& fn_facilitated_diffusion_of_water_using_aquaporin_4(fn_aquaporin_77(X)) = fn_channel_protein_5(X)
& fn_channel_protein_5(X) = fn_passive_transport_24(fn_aquaporin_77(X))
& fn_passive_transport_24(fn_aquaporin_77(X)) = fn_facilitated_diffusion_of_water_using_aquaporin_4(fn_aquaporin_77(X))
& fn_facilitated_diffusion_of_water_using_aquaporin_4(fn_aquaporin_77(X)) = fn_facilitated_diffusion_of_water_using_aquaporin_4(fn_aquaporin_77(X))
& fn_facilitated_diffusion_of_water_using_aquaporin_4(fn_aquaporin_77(X)) = fn_passive_transport_24(fn_aquaporin_77(X))
& fn_passive_transport_24(fn_aquaporin_77(X)) = fn_passive_transport_24(fn_aquaporin_77(X))
& fn_passive_transport_24(fn_aquaporin_77(X)) = fn_transport_protein_8(X)
& fn_transport_protein_8(X) = fn_polypeptide_83(fn_aquaporin_82(X))
& fn_polypeptide_83(fn_aquaporin_82(X)) = fn_transport_protein_8(X)
& fn_transport_protein_8(X) = fn_polypeptide_82(fn_aquaporin_82(X))
& fn_polypeptide_82(fn_aquaporin_82(X)) = fn_channel_protein_8(X)
& fn_channel_protein_8(X) = fn_channel_protein_8(X)
& fn_channel_protein_8(X) = fn_transport_protein_28(X)
& fn_transport_protein_28(X) = fn_transport_protein_28(X)
& fn_transport_protein_28(X) = fn_channel_protein_8(X)
& fn_channel_protein_8(X) = fn_polypeptide_91(fn_aquaporin_82(X))
& fn_polypeptide_91(fn_aquaporin_82(X)) = fn_polypeptide_91(fn_aquaporin_82(X))
& fn_polypeptide_91(fn_aquaporin_82(X)) = fn_polypeptide_125(fn_aquaporin_82(X))
& fn_polypeptide_125(fn_aquaporin_82(X)) = fn_polypeptide_130(fn_aquaporin_82(X))
& fn_polypeptide_130(fn_aquaporin_82(X)) = fn_polymer_1(fn_aquaporin_82(X))
& fn_polymer_1(fn_aquaporin_82(X)) = fn_polypeptide_130(fn_aquaporin_82(X))
& fn_polypeptide_130(fn_aquaporin_82(X)) = fn_polypeptide_130(fn_aquaporin_82(X))
& fn_polypeptide_130(fn_aquaporin_82(X)) = fn_facilitated_diffusion_using_channel_protein_2(fn_aquaporin_77(X))
& fn_facilitated_diffusion_using_channel_protein_2(fn_aquaporin_77(X)) = fn_hypertonic_solution_6(fn_aquaporin_54(X))
& fn_hypertonic_solution_6(fn_aquaporin_54(X)) = fn_hypertonic_solution_6(fn_aquaporin_54(X))
& fn_hypertonic_solution_6(fn_aquaporin_54(X)) = fn_water_84(fn_aquaporin_56(X))
& fn_water_81(fn_aquaporin_56(X)) = fn_water_84(fn_aquaporin_56(X))
& fn_water_84(fn_aquaporin_56(X)) = fn_water_81(fn_aquaporin_56(X))
& fn_water_81(fn_aquaporin_56(X)) = fn_water_81(fn_aquaporin_56(X))
& fn_water_81(fn_aquaporin_56(X)) = fn_water_80(fn_aquaporin_56(X))
& fn_water_80(fn_aquaporin_56(X)) = fn_water_80(fn_aquaporin_56(X))
& fn_water_80(fn_aquaporin_56(X)) = fn_water_81(fn_aquaporin_56(X))
& fn_water_106(fn_aquaporin_56(X)) = fn_water_81(fn_aquaporin_56(X))
& fn_water_81(fn_aquaporin_56(X)) = fn_water_106(fn_aquaporin_56(X))
& fn_water_106(fn_aquaporin_56(X)) = fn_hypertonic_solution_8(fn_aquaporin_54(X))
& fn_hypertonic_solution_8(fn_aquaporin_54(X)) = fn_aqueous_solution_14(fn_aquaporin_54(X))
& fn_hypertonic_solution_7(fn_aquaporin_54(X)) = fn_aqueous_solution_14(fn_aquaporin_54(X))
& fn_aqueous_solution_14(fn_aquaporin_54(X)) = fn_hypertonic_solution_7(fn_aquaporin_54(X))
& fn_hypertonic_solution_7(fn_aquaporin_54(X)) = fn_water_80(fn_aquaporin_56(X))
& fn_water_106(fn_aquaporin_56(X)) = fn_water_80(fn_aquaporin_56(X))
& fn_water_80(fn_aquaporin_56(X)) = fn_water_106(fn_aquaporin_56(X))
& fn_water_106(fn_aquaporin_56(X)) = fn_water_106(fn_aquaporin_56(X))
& fn_water_106(fn_aquaporin_56(X)) = fn_water_84(fn_aquaporin_56(X))
& fn_water_84(fn_aquaporin_56(X)) = fn_water_109(fn_aquaporin_56(X))
& fn_water_109(fn_aquaporin_56(X)) = fn_water_109(fn_aquaporin_56(X))
& fn_water_109(fn_aquaporin_56(X)) = fn_water_105(fn_aquaporin_56(X))
& fn_water_105(fn_aquaporin_56(X)) = fn_thermal_motion_5(fn_aquaporin_67(X))
& fn_thermal_motion_5(fn_aquaporin_67(X)) = fn_plasma_membrane_50(fn_aquaporin_81(X))
& fn_plasma_membrane_50(fn_aquaporin_81(X)) = fn_plasma_membrane_50(fn_aquaporin_81(X))
& fn_plasma_membrane_50(fn_aquaporin_81(X)) = fn_passive_transport_14(fn_aquaporin_77(X))
& fn_passive_transport_14(fn_aquaporin_77(X)) = fn_passive_transport_14(fn_aquaporin_77(X))
& fn_passive_transport_14(fn_aquaporin_77(X)) = fn_water_83(fn_aquaporin_56(X))
& fn_water_98(fn_aquaporin_56(X)) = fn_water_83(fn_aquaporin_56(X))
& fn_water_83(fn_aquaporin_56(X)) = fn_water_83(fn_aquaporin_56(X))
& fn_water_83(fn_aquaporin_56(X)) = fn_water_98(fn_aquaporin_56(X))
& fn_water_98(fn_aquaporin_56(X)) = fn_water_98(fn_aquaporin_56(X)) ) ) ).
fof(a527568,axiom,
! [X] :
( aquatic_biogeochemical_cycle_1(X)
=> ( original_name_2(X,'Aquatic-Biogeochemical-Cycle')
& user_description_2(X,'Portion of a biogeochimal cycle which occurs in aquatic ecosystems. Biogeochemical cycles cycle chemicals through biotic and abiotic components of ecosystems.')
& concept2words_2(X,'undergo the aquatic biogeochemical cycle')
& concept2words_2(X,'aquatic biogeochemical cycle')
& concept2words_2(X,'aquatic-biogeochemical-cycle')
& biogeochemical_cycle_1(X)
& chemical_entity_1(fn_aquatic_biogeochemical_cycle_1(X))
& aquatic_ecosystem_1(fn_aquatic_biogeochemical_cycle_2(X))
& site_2(X,fn_aquatic_biogeochemical_cycle_2(X))
& object_2(X,fn_aquatic_biogeochemical_cycle_1(X))
& fn_aquatic_biogeochemical_cycle_2(X) = fn_biogeochemical_cycle_2(X)
& fn_aquatic_biogeochemical_cycle_1(X) = fn_biogeochemical_cycle_1(X) ) ) ).
fof(a527569,axiom,
! [X] :
( aquatic_ecosystem_1(X)
=> ( original_name_2(X,'Aquatic-Ecosystem')
& user_description_2(X,'An ecosystem, or collection of living organisms and the physical environment, that is located primarily in water.')
& concept2words_2(X,'ecosystem of aquatic')
& concept2words_2(X,'aquatic ecosystem')
& concept2words_2(X,'aquatic-ecosystem')
& ecosystem_1(X)
& aphotic_zone_1(fn_aquatic_ecosystem_3(X))
& quantity_value_1(fn_aquatic_ecosystem_4(X))
& limiting_nutrient_1(fn_aquatic_ecosystem_5(X))
& quantity_value_1(fn_aquatic_ecosystem_6(X))
& limiting_nutrient_1(fn_aquatic_ecosystem_7(X))
& photic_zone_1(fn_aquatic_ecosystem_8(X))
& tangible_entity_1(fn_aquatic_ecosystem_9(X))
& chemical_entity_1(fn_aquatic_ecosystem_10(X))
& chemical_entity_1(fn_aquatic_ecosystem_11(X))
& chemical_element_1(fn_aquatic_ecosystem_12(X))
& tangible_entity_1(fn_aquatic_ecosystem_12(X))
& fn_aquatic_ecosystem_9(X) != fn_aquatic_ecosystem_10(X)
& has_region_2(X,fn_aquatic_ecosystem_8(X))
& has_region_2(X,fn_aquatic_ecosystem_3(X))
& greater_than_2(fn_aquatic_ecosystem_4(X),fn_aquatic_ecosystem_6(X))
& fn_aquatic_ecosystem_10(X) != fn_aquatic_ecosystem_9(X)
& plays_2(fn_aquatic_ecosystem_10(X),fn_aquatic_ecosystem_5(X))
& quantity_2(fn_aquatic_ecosystem_10(X),fn_aquatic_ecosystem_4(X))
& is_inside_2(fn_aquatic_ecosystem_10(X),fn_aquatic_ecosystem_3(X))
& is_inside_2(fn_aquatic_ecosystem_11(X),fn_aquatic_ecosystem_8(X))
& plays_2(fn_aquatic_ecosystem_11(X),fn_aquatic_ecosystem_7(X))
& quantity_2(fn_aquatic_ecosystem_11(X),fn_aquatic_ecosystem_6(X))
& element_2(X,fn_aquatic_ecosystem_11(X))
& element_2(X,fn_aquatic_ecosystem_9(X))
& element_2(X,fn_aquatic_ecosystem_10(X))
& element_2(X,fn_aquatic_ecosystem_12(X))
& fn_aquatic_ecosystem_11(X) = fn_ecosystem_10(X)
& fn_aquatic_ecosystem_9(X) = fn_ecosystem_31(X)
& fn_aquatic_ecosystem_10(X) = fn_ecosystem_10(X)
& fn_aquatic_ecosystem_12(X) = fn_ecosystem_19(X)
& fn_aquatic_ecosystem_12(X) = fn_ecosystem_31(X)
& fn_ecosystem_19(X) = fn_ecosystem_31(X) ) ) ).
fof(a527570,axiom,
! [X] :
( aquatic_nitrogen_cycle_1(X)
=> ( original_name_2(X,'Aquatic-Nitrogen-Cycle')
& user_description_2(X,'The portion of the nitrogen cycle that occurs in water.')
& concept2words_2(X,'undergo the aquatic nitrogen cycle')
& concept2words_2(X,'aquatic nitrogen cycle')
& concept2words_2(X,'aquatic-nitrogen-cycle')
& aquatic_biogeochemical_cycle_1(X)
& abiotic_factor_1(fn_aquatic_nitrogen_cycle_1(X))
& biotic_factor_1(fn_aquatic_nitrogen_cycle_2(X))
& decomposition_1(fn_aquatic_nitrogen_cycle_3(X))
& amino_acid_1(fn_aquatic_nitrogen_cycle_4(X))
& chemical_reaction_1(fn_aquatic_nitrogen_cycle_5(X))
& hydrogen_ion_1(fn_aquatic_nitrogen_cycle_6(X))
& nitrification_1(fn_aquatic_nitrogen_cycle_7(X))
& consume_1(fn_aquatic_nitrogen_cycle_8(X))
& death_1(fn_aquatic_nitrogen_cycle_9(X))
& decomposition_1(fn_aquatic_nitrogen_cycle_10(X))
& ammonification_1(fn_aquatic_nitrogen_cycle_11(X))
& organic_molecule_1(fn_aquatic_nitrogen_cycle_12(X))
& dead_organism_1(fn_aquatic_nitrogen_cycle_13(X))
& organism_1(fn_aquatic_nitrogen_cycle_14(X))
& resource_1(fn_aquatic_nitrogen_cycle_15(X))
& liquid_substance_1(fn_aquatic_nitrogen_cycle_16(X))
& water_1(fn_aquatic_nitrogen_cycle_16(X))
& chemical_1(fn_aquatic_nitrogen_cycle_16(X))
& spatial_entity_1(fn_aquatic_nitrogen_cycle_17(X))
& solution_1(fn_aquatic_nitrogen_cycle_17(X))
& mineral_1(fn_aquatic_nitrogen_cycle_18(X))
& chemical_entity_1(fn_aquatic_nitrogen_cycle_19(X))
& nitrate_ion_1(fn_aquatic_nitrogen_cycle_19(X))
& anion_1(fn_aquatic_nitrogen_cycle_19(X))
& chemical_entity_1(fn_aquatic_nitrogen_cycle_20(X))
& no2_minus_1(fn_aquatic_nitrogen_cycle_20(X))
& chemical_entity_1(fn_aquatic_nitrogen_cycle_21(X))
& electron_1(fn_aquatic_nitrogen_cycle_21(X))
& oxidation_1(fn_aquatic_nitrogen_cycle_22(X))
& oxidizing_agent_1(fn_aquatic_nitrogen_cycle_23(X))
& oxidation_1(fn_aquatic_nitrogen_cycle_24(X))
& time_interval_1(fn_aquatic_nitrogen_cycle_25(X))
& electron_1(fn_aquatic_nitrogen_cycle_26(X))
& nh4_plus_1(fn_aquatic_nitrogen_cycle_27(X))
& chemical_entity_1(fn_aquatic_nitrogen_cycle_27(X))
& electron_donor_1(fn_aquatic_nitrogen_cycle_28(X))
& time_interval_1(fn_aquatic_nitrogen_cycle_29(X))
& nitrogen_fixation_1(fn_aquatic_nitrogen_cycle_30(X))
& ammonia_1(fn_aquatic_nitrogen_cycle_31(X))
& entity_1(fn_aquatic_nitrogen_cycle_32(X))
& nitrogen_fixing_bacterium_1(fn_aquatic_nitrogen_cycle_32(X))
& water_body_1(fn_aquatic_nitrogen_cycle_33(X))
& tangible_entity_1(fn_aquatic_nitrogen_cycle_34(X))
& plankton_1(fn_aquatic_nitrogen_cycle_34(X))
& cell_1(fn_aquatic_nitrogen_cycle_35(X))
& take_in_1(fn_aquatic_nitrogen_cycle_36(X))
& chemical_entity_1(fn_aquatic_nitrogen_cycle_37(X))
& molecule_1(fn_aquatic_nitrogen_cycle_37(X))
& nitrogen_molecule_1(fn_aquatic_nitrogen_cycle_37(X))
& charge_value_1(fn_aquatic_nitrogen_cycle_38(X))
& atom_1(fn_aquatic_nitrogen_cycle_39(X))
& gain_1(fn_aquatic_nitrogen_cycle_40(X))
& charge_value_1(fn_aquatic_nitrogen_cycle_41(X))
& spatial_entity_1(fn_move_1(fn_aquatic_nitrogen_cycle_36(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_aquatic_nitrogen_cycle_5(X)))
& tangible_entity_1(fn_death_1(fn_aquatic_nitrogen_cycle_9(X)))
& organic_molecule_1(fn_decomposition_1(fn_aquatic_nitrogen_cycle_3(X)))
& tangible_entity_1(fn_take_in_1(fn_aquatic_nitrogen_cycle_36(X)))
& chemical_1(fn_solution_5(fn_aquatic_nitrogen_cycle_17(X)))
& resource_1(fn_consume_2(fn_aquatic_nitrogen_cycle_8(X)))
& oxidizing_agent_1(fn_oxidation_11(fn_aquatic_nitrogen_cycle_24(X)))
& time_interval_1(fn_nitrification_2(fn_aquatic_nitrogen_cycle_7(X)))
& time_interval_1(fn_nitrification_3(fn_aquatic_nitrogen_cycle_7(X)))
& oxidation_1(fn_nitrification_11(fn_aquatic_nitrogen_cycle_7(X)))
& electron_donor_1(fn_oxidation_8(fn_aquatic_nitrogen_cycle_24(X)))
& cell_1(fn_plankton_1(fn_aquatic_nitrogen_cycle_34(X)))
& atom_1(fn_anion_5(fn_aquatic_nitrogen_cycle_19(X)))
& charge_value_1(fn_anion_6(fn_aquatic_nitrogen_cycle_19(X)))
& gain_1(fn_anion_2(fn_aquatic_nitrogen_cycle_19(X)))
& charge_value_1(fn_anion_4(fn_aquatic_nitrogen_cycle_19(X)))
& tangible_entity_1(fn_death_2(fn_aquatic_nitrogen_cycle_9(X)))
& detritus_1(fn_decomposition_3(fn_aquatic_nitrogen_cycle_10(X)))
& organic_molecule_1(fn_decomposition_1(fn_aquatic_nitrogen_cycle_10(X)))
& organic_molecule_1(fn_ammonification_1(fn_aquatic_nitrogen_cycle_11(X)))
& ammonia_1(fn_ammonification_4(fn_aquatic_nitrogen_cycle_11(X)))
& ammonia_1(fn_nitrogen_fixation_5(fn_aquatic_nitrogen_cycle_30(X)))
& entity_1(fn_consume_1(fn_aquatic_nitrogen_cycle_8(X)))
& nitrogen_fixing_bacterium_1(fn_nitrogen_fixation_1(fn_aquatic_nitrogen_cycle_30(X)))
& molecule_1(fn_nitrogen_fixation_4(fn_aquatic_nitrogen_cycle_30(X)))
& nitrogen_molecule_1(fn_nitrogen_fixation_4(fn_aquatic_nitrogen_cycle_30(X)))
& chemical_entity_1(fn_nitrification_8(fn_aquatic_nitrogen_cycle_7(X)))
& electron_1(fn_nitrification_8(fn_aquatic_nitrogen_cycle_7(X)))
& no2_minus_1(fn_nitrification_10(fn_aquatic_nitrogen_cycle_7(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_aquatic_nitrogen_cycle_5(X)))
& nh4_plus_1(fn_nitrification_7(fn_aquatic_nitrogen_cycle_7(X)))
& chemical_entity_1(fn_electron_donor_2(fn_aquatic_nitrogen_cycle_28(X)))
& liquid_substance_1(fn_water_body_10(fn_aquatic_nitrogen_cycle_33(X)))
& water_1(fn_water_body_10(fn_aquatic_nitrogen_cycle_33(X)))
& liquid_substance_1(fn_water_body_5(fn_aquatic_nitrogen_cycle_33(X)))
& water_1(fn_water_body_5(fn_aquatic_nitrogen_cycle_33(X)))
& chemical_1(fn_solution_6(fn_aquatic_nitrogen_cycle_17(X)))
& electron_1(fn_nitrification_6(fn_aquatic_nitrogen_cycle_7(X)))
& electron_1(fn_oxidation_9(fn_aquatic_nitrogen_cycle_24(X)))
& oxidation_1(fn_nitrification_12(fn_aquatic_nitrogen_cycle_7(X)))
& oxidation_1(fn_electron_donor_1(fn_aquatic_nitrogen_cycle_28(X)))
& chemical_entity_1(fn_chemical_3(fn_aquatic_nitrogen_cycle_18(X)))
& chemical_entity_1(fn_oxidation_7(fn_aquatic_nitrogen_cycle_24(X)))
& chemical_entity_1(fn_oxidation_10(fn_aquatic_nitrogen_cycle_24(X)))
& nitrate_ion_1(fn_nitrification_9(fn_aquatic_nitrogen_cycle_7(X)))
& the_cardinal_value_2(fn_aquatic_nitrogen_cycle_41(X),"-1.0e0")
& cardinal_unit_class_2(fn_aquatic_nitrogen_cycle_41(X),unity_0)
& destination_2(fn_aquatic_nitrogen_cycle_36(X),fn_aquatic_nitrogen_cycle_35(X))
& origin_2(fn_aquatic_nitrogen_cycle_36(X),fn_aquatic_nitrogen_cycle_33(X))
& is_inside_2(fn_aquatic_nitrogen_cycle_35(X),fn_aquatic_nitrogen_cycle_34(X))
& base_2(X,fn_aquatic_nitrogen_cycle_33(X))
& subevent_2(X,fn_aquatic_nitrogen_cycle_36(X))
& subevent_2(X,fn_aquatic_nitrogen_cycle_30(X))
& subevent_2(X,fn_aquatic_nitrogen_cycle_11(X))
& subevent_2(X,fn_aquatic_nitrogen_cycle_10(X))
& subevent_2(X,fn_aquatic_nitrogen_cycle_9(X))
& subevent_2(X,fn_aquatic_nitrogen_cycle_8(X))
& subevent_2(X,fn_aquatic_nitrogen_cycle_7(X))
& subevent_2(X,fn_aquatic_nitrogen_cycle_5(X))
& subevent_2(X,fn_aquatic_nitrogen_cycle_3(X))
& is_outside_2(fn_aquatic_nitrogen_cycle_33(X),fn_aquatic_nitrogen_cycle_34(X))
& base_2(fn_aquatic_nitrogen_cycle_30(X),fn_aquatic_nitrogen_cycle_33(X))
& next_event_2(fn_aquatic_nitrogen_cycle_30(X),fn_aquatic_nitrogen_cycle_8(X))
& plays_2(fn_aquatic_nitrogen_cycle_16(X),fn_aquatic_nitrogen_cycle_1(X))
& plays_2(fn_aquatic_nitrogen_cycle_14(X),fn_aquatic_nitrogen_cycle_2(X))
& next_event_2(fn_aquatic_nitrogen_cycle_11(X),fn_aquatic_nitrogen_cycle_5(X))
& next_event_2(fn_aquatic_nitrogen_cycle_10(X),fn_aquatic_nitrogen_cycle_11(X))
& next_event_2(fn_aquatic_nitrogen_cycle_9(X),fn_aquatic_nitrogen_cycle_10(X))
& next_event_2(fn_aquatic_nitrogen_cycle_8(X),fn_aquatic_nitrogen_cycle_9(X))
& agent_2(fn_aquatic_nitrogen_cycle_8(X),fn_aquatic_nitrogen_cycle_14(X))
& raw_material_2(fn_aquatic_nitrogen_cycle_5(X),fn_aquatic_nitrogen_cycle_31(X))
& object_2(X,fn_aquatic_nitrogen_cycle_37(X))
& result_2(fn_aquatic_nitrogen_cycle_9(X),fn_aquatic_nitrogen_cycle_13(X))
& object_2(fn_aquatic_nitrogen_cycle_36(X),fn_aquatic_nitrogen_cycle_17(X))
& has_part_2(fn_aquatic_nitrogen_cycle_18(X),fn_aquatic_nitrogen_cycle_19(X))
& result_2(fn_aquatic_nitrogen_cycle_5(X),fn_aquatic_nitrogen_cycle_27(X))
& raw_material_2(fn_aquatic_nitrogen_cycle_5(X),fn_aquatic_nitrogen_cycle_6(X))
& object_2(fn_aquatic_nitrogen_cycle_9(X),fn_aquatic_nitrogen_cycle_14(X))
& object_2(fn_aquatic_nitrogen_cycle_10(X),fn_aquatic_nitrogen_cycle_13(X))
& object_2(fn_aquatic_nitrogen_cycle_8(X),fn_aquatic_nitrogen_cycle_32(X))
& plays_2(fn_aquatic_nitrogen_cycle_32(X),fn_aquatic_nitrogen_cycle_15(X))
& result_2(fn_aquatic_nitrogen_cycle_3(X),fn_aquatic_nitrogen_cycle_4(X))
& base_2(fn_aquatic_nitrogen_cycle_36(X),fn_aquatic_nitrogen_cycle_34(X))
& agent_2(fn_aquatic_nitrogen_cycle_36(X),fn_aquatic_nitrogen_cycle_34(X))
& has_solute_2(fn_aquatic_nitrogen_cycle_17(X),fn_aquatic_nitrogen_cycle_18(X))
& result_2(fn_aquatic_nitrogen_cycle_10(X),fn_aquatic_nitrogen_cycle_12(X))
& result_2(fn_aquatic_nitrogen_cycle_11(X),fn_aquatic_nitrogen_cycle_31(X))
& raw_material_2(fn_aquatic_nitrogen_cycle_11(X),fn_aquatic_nitrogen_cycle_12(X))
& in_event_2(fn_aquatic_nitrogen_cycle_15(X),fn_aquatic_nitrogen_cycle_8(X))
& result_2(fn_aquatic_nitrogen_cycle_30(X),fn_aquatic_nitrogen_cycle_31(X))
& agent_2(fn_aquatic_nitrogen_cycle_30(X),fn_aquatic_nitrogen_cycle_32(X))
& raw_material_2(fn_aquatic_nitrogen_cycle_30(X),fn_aquatic_nitrogen_cycle_37(X))
& in_event_2(fn_aquatic_nitrogen_cycle_23(X),fn_aquatic_nitrogen_cycle_22(X))
& plays_2(fn_aquatic_nitrogen_cycle_19(X),fn_aquatic_nitrogen_cycle_23(X))
& has_part_2(fn_aquatic_nitrogen_cycle_33(X),fn_aquatic_nitrogen_cycle_16(X))
& called_2(fn_aquatic_nitrogen_cycle_16(X),"1")
& donor_2(fn_aquatic_nitrogen_cycle_22(X),fn_aquatic_nitrogen_cycle_20(X))
& called_2(fn_aquatic_nitrogen_cycle_22(X),"2")
& recipient_2(fn_aquatic_nitrogen_cycle_22(X),fn_aquatic_nitrogen_cycle_19(X))
& subevent_2(fn_aquatic_nitrogen_cycle_7(X),fn_aquatic_nitrogen_cycle_22(X))
& time_during_2(fn_aquatic_nitrogen_cycle_22(X),fn_aquatic_nitrogen_cycle_25(X))
& time_before_2(fn_aquatic_nitrogen_cycle_29(X),fn_aquatic_nitrogen_cycle_25(X))
& time_during_2(fn_aquatic_nitrogen_cycle_24(X),fn_aquatic_nitrogen_cycle_29(X))
& called_2(fn_aquatic_nitrogen_cycle_24(X),"1")
& subevent_2(fn_aquatic_nitrogen_cycle_7(X),fn_aquatic_nitrogen_cycle_24(X))
& next_event_2(fn_aquatic_nitrogen_cycle_24(X),fn_aquatic_nitrogen_cycle_22(X))
& object_2(fn_aquatic_nitrogen_cycle_22(X),fn_aquatic_nitrogen_cycle_21(X))
& fn_aquatic_nitrogen_cycle_20(X) != fn_aquatic_nitrogen_cycle_21(X)
& fn_aquatic_nitrogen_cycle_21(X) != fn_aquatic_nitrogen_cycle_20(X)
& fn_aquatic_nitrogen_cycle_20(X) != fn_aquatic_nitrogen_cycle_26(X)
& fn_aquatic_nitrogen_cycle_20(X) != fn_aquatic_nitrogen_cycle_27(X)
& fn_aquatic_nitrogen_cycle_26(X) != fn_aquatic_nitrogen_cycle_27(X)
& fn_aquatic_nitrogen_cycle_27(X) != fn_aquatic_nitrogen_cycle_26(X)
& fn_aquatic_nitrogen_cycle_27(X) != fn_aquatic_nitrogen_cycle_20(X)
& fn_aquatic_nitrogen_cycle_26(X) != fn_aquatic_nitrogen_cycle_20(X)
& first_subevent_2(fn_aquatic_nitrogen_cycle_7(X),fn_aquatic_nitrogen_cycle_24(X))
& recipient_2(fn_aquatic_nitrogen_cycle_24(X),fn_aquatic_nitrogen_cycle_20(X))
& fn_aquatic_nitrogen_cycle_20(X) != fn_aquatic_nitrogen_cycle_19(X)
& fn_aquatic_nitrogen_cycle_19(X) != fn_aquatic_nitrogen_cycle_20(X)
& fn_aquatic_nitrogen_cycle_21(X) != fn_aquatic_nitrogen_cycle_19(X)
& fn_aquatic_nitrogen_cycle_19(X) != fn_aquatic_nitrogen_cycle_21(X)
& donor_2(fn_aquatic_nitrogen_cycle_24(X),fn_aquatic_nitrogen_cycle_27(X))
& base_2(fn_aquatic_nitrogen_cycle_40(X),fn_aquatic_nitrogen_cycle_39(X))
& recipient_2(fn_aquatic_nitrogen_cycle_40(X),fn_aquatic_nitrogen_cycle_39(X))
& charge_2(fn_aquatic_nitrogen_cycle_39(X),fn_aquatic_nitrogen_cycle_38(X))
& greater_than_2(fn_aquatic_nitrogen_cycle_38(X),fn_aquatic_nitrogen_cycle_41(X))
& charge_2(fn_aquatic_nitrogen_cycle_19(X),fn_aquatic_nitrogen_cycle_41(X))
& result_2(fn_aquatic_nitrogen_cycle_40(X),fn_aquatic_nitrogen_cycle_19(X))
& the_cardinal_value_2(fn_aquatic_nitrogen_cycle_38(X),"0")
& cardinal_unit_class_2(fn_aquatic_nitrogen_cycle_38(X),unity_0)
& has_part_2(fn_aquatic_nitrogen_cycle_34(X),fn_aquatic_nitrogen_cycle_35(X))
& object_2(fn_aquatic_nitrogen_cycle_24(X),fn_aquatic_nitrogen_cycle_26(X))
& in_event_2(fn_aquatic_nitrogen_cycle_28(X),fn_aquatic_nitrogen_cycle_24(X))
& has_solvent_2(fn_aquatic_nitrogen_cycle_17(X),fn_aquatic_nitrogen_cycle_16(X))
& plays_2(fn_aquatic_nitrogen_cycle_27(X),fn_aquatic_nitrogen_cycle_28(X))
& fn_aquatic_nitrogen_cycle_37(X) = fn_aquatic_biogeochemical_cycle_1(X)
& fn_aquatic_nitrogen_cycle_13(X) = fn_death_2(fn_aquatic_nitrogen_cycle_9(X))
& fn_aquatic_nitrogen_cycle_17(X) = fn_move_1(fn_aquatic_nitrogen_cycle_36(X))
& fn_aquatic_nitrogen_cycle_19(X) = fn_chemical_3(fn_aquatic_nitrogen_cycle_18(X))
& fn_aquatic_nitrogen_cycle_27(X) = fn_chemical_reaction_1(fn_aquatic_nitrogen_cycle_5(X))
& fn_aquatic_nitrogen_cycle_6(X) = fn_chemical_reaction_2(fn_aquatic_nitrogen_cycle_5(X))
& fn_aquatic_nitrogen_cycle_14(X) = fn_death_1(fn_aquatic_nitrogen_cycle_9(X))
& fn_aquatic_nitrogen_cycle_13(X) = fn_decomposition_3(fn_aquatic_nitrogen_cycle_10(X))
& fn_aquatic_nitrogen_cycle_32(X) = fn_consume_1(fn_aquatic_nitrogen_cycle_8(X))
& fn_aquatic_nitrogen_cycle_4(X) = fn_decomposition_1(fn_aquatic_nitrogen_cycle_3(X))
& fn_aquatic_nitrogen_cycle_34(X) = fn_take_in_1(fn_aquatic_nitrogen_cycle_36(X))
& fn_aquatic_nitrogen_cycle_18(X) = fn_solution_5(fn_aquatic_nitrogen_cycle_17(X))
& fn_aquatic_nitrogen_cycle_12(X) = fn_decomposition_1(fn_aquatic_nitrogen_cycle_10(X))
& fn_aquatic_nitrogen_cycle_31(X) = fn_ammonification_4(fn_aquatic_nitrogen_cycle_11(X))
& fn_aquatic_nitrogen_cycle_12(X) = fn_ammonification_1(fn_aquatic_nitrogen_cycle_11(X))
& fn_aquatic_nitrogen_cycle_15(X) = fn_consume_2(fn_aquatic_nitrogen_cycle_8(X))
& fn_aquatic_nitrogen_cycle_31(X) = fn_nitrogen_fixation_5(fn_aquatic_nitrogen_cycle_30(X))
& fn_aquatic_nitrogen_cycle_32(X) = fn_nitrogen_fixation_1(fn_aquatic_nitrogen_cycle_30(X))
& fn_aquatic_nitrogen_cycle_37(X) = fn_nitrogen_fixation_4(fn_aquatic_nitrogen_cycle_30(X))
& fn_aquatic_nitrogen_cycle_23(X) = fn_oxidation_11(fn_aquatic_nitrogen_cycle_24(X))
& fn_aquatic_nitrogen_cycle_16(X) = fn_water_body_10(fn_aquatic_nitrogen_cycle_33(X))
& fn_aquatic_nitrogen_cycle_16(X) = fn_water_body_5(fn_aquatic_nitrogen_cycle_33(X))
& fn_aquatic_nitrogen_cycle_29(X) = fn_nitrification_2(fn_aquatic_nitrogen_cycle_7(X))
& fn_aquatic_nitrogen_cycle_25(X) = fn_nitrification_3(fn_aquatic_nitrogen_cycle_7(X))
& fn_aquatic_nitrogen_cycle_22(X) = fn_nitrification_11(fn_aquatic_nitrogen_cycle_7(X))
& fn_aquatic_nitrogen_cycle_26(X) = fn_nitrification_6(fn_aquatic_nitrogen_cycle_7(X))
& fn_aquatic_nitrogen_cycle_27(X) = fn_nitrification_7(fn_aquatic_nitrogen_cycle_7(X))
& fn_aquatic_nitrogen_cycle_19(X) = fn_oxidation_7(fn_aquatic_nitrogen_cycle_24(X))
& fn_aquatic_nitrogen_cycle_21(X) = fn_oxidation_9(fn_aquatic_nitrogen_cycle_24(X))
& fn_aquatic_nitrogen_cycle_21(X) = fn_nitrification_8(fn_aquatic_nitrogen_cycle_7(X))
& fn_aquatic_nitrogen_cycle_19(X) = fn_oxidation_10(fn_aquatic_nitrogen_cycle_24(X))
& fn_aquatic_nitrogen_cycle_19(X) = fn_nitrification_9(fn_aquatic_nitrogen_cycle_7(X))
& fn_aquatic_nitrogen_cycle_20(X) = fn_oxidation_7(fn_aquatic_nitrogen_cycle_24(X))
& fn_aquatic_nitrogen_cycle_20(X) = fn_nitrification_10(fn_aquatic_nitrogen_cycle_7(X))
& fn_aquatic_nitrogen_cycle_24(X) = fn_nitrification_12(fn_aquatic_nitrogen_cycle_7(X))
& fn_aquatic_nitrogen_cycle_27(X) = fn_oxidation_10(fn_aquatic_nitrogen_cycle_24(X))
& fn_aquatic_nitrogen_cycle_27(X) = fn_electron_donor_2(fn_aquatic_nitrogen_cycle_28(X))
& fn_aquatic_nitrogen_cycle_16(X) = fn_solution_6(fn_aquatic_nitrogen_cycle_17(X))
& fn_aquatic_nitrogen_cycle_26(X) = fn_oxidation_9(fn_aquatic_nitrogen_cycle_24(X))
& fn_aquatic_nitrogen_cycle_24(X) = fn_electron_donor_1(fn_aquatic_nitrogen_cycle_28(X))
& fn_aquatic_nitrogen_cycle_28(X) = fn_oxidation_8(fn_aquatic_nitrogen_cycle_24(X))
& fn_aquatic_nitrogen_cycle_35(X) = fn_plankton_1(fn_aquatic_nitrogen_cycle_34(X))
& fn_aquatic_nitrogen_cycle_39(X) = fn_anion_5(fn_aquatic_nitrogen_cycle_19(X))
& fn_aquatic_nitrogen_cycle_41(X) = fn_anion_6(fn_aquatic_nitrogen_cycle_19(X))
& fn_aquatic_nitrogen_cycle_40(X) = fn_anion_2(fn_aquatic_nitrogen_cycle_19(X))
& fn_aquatic_nitrogen_cycle_38(X) = fn_anion_4(fn_aquatic_nitrogen_cycle_19(X))
& fn_death_2(fn_aquatic_nitrogen_cycle_9(X)) = fn_decomposition_3(fn_aquatic_nitrogen_cycle_10(X))
& fn_decomposition_3(fn_aquatic_nitrogen_cycle_10(X)) = fn_decomposition_1(fn_aquatic_nitrogen_cycle_10(X))
& fn_decomposition_1(fn_aquatic_nitrogen_cycle_10(X)) = fn_ammonification_1(fn_aquatic_nitrogen_cycle_11(X))
& fn_ammonification_1(fn_aquatic_nitrogen_cycle_11(X)) = fn_ammonification_4(fn_aquatic_nitrogen_cycle_11(X))
& fn_ammonification_4(fn_aquatic_nitrogen_cycle_11(X)) = fn_nitrogen_fixation_5(fn_aquatic_nitrogen_cycle_30(X))
& fn_nitrogen_fixation_5(fn_aquatic_nitrogen_cycle_30(X)) = fn_consume_1(fn_aquatic_nitrogen_cycle_8(X))
& fn_consume_1(fn_aquatic_nitrogen_cycle_8(X)) = fn_consume_1(fn_aquatic_nitrogen_cycle_8(X))
& fn_consume_1(fn_aquatic_nitrogen_cycle_8(X)) = fn_nitrogen_fixation_1(fn_aquatic_nitrogen_cycle_30(X))
& fn_nitrogen_fixation_1(fn_aquatic_nitrogen_cycle_30(X)) = fn_aquatic_biogeochemical_cycle_1(X)
& fn_aquatic_biogeochemical_cycle_1(X) = fn_nitrogen_fixation_4(fn_aquatic_nitrogen_cycle_30(X))
& fn_nitrogen_fixation_4(fn_aquatic_nitrogen_cycle_30(X)) = fn_nitrification_8(fn_aquatic_nitrogen_cycle_7(X))
& fn_nitrification_8(fn_aquatic_nitrogen_cycle_7(X)) = fn_nitrification_8(fn_aquatic_nitrogen_cycle_7(X))
& fn_nitrification_8(fn_aquatic_nitrogen_cycle_7(X)) = fn_oxidation_9(fn_aquatic_nitrogen_cycle_24(X))
& fn_oxidation_9(fn_aquatic_nitrogen_cycle_24(X)) = fn_nitrification_8(fn_aquatic_nitrogen_cycle_7(X))
& fn_nitrification_8(fn_aquatic_nitrogen_cycle_7(X)) = fn_nitrification_10(fn_aquatic_nitrogen_cycle_7(X))
& fn_nitrification_10(fn_aquatic_nitrogen_cycle_7(X)) = fn_nitrification_10(fn_aquatic_nitrogen_cycle_7(X))
& fn_nitrification_10(fn_aquatic_nitrogen_cycle_7(X)) = fn_oxidation_7(fn_aquatic_nitrogen_cycle_24(X))
& fn_oxidation_7(fn_aquatic_nitrogen_cycle_24(X)) = fn_nitrification_10(fn_aquatic_nitrogen_cycle_7(X))
& fn_nitrification_10(fn_aquatic_nitrogen_cycle_7(X)) = fn_chemical_reaction_1(fn_aquatic_nitrogen_cycle_5(X))
& fn_chemical_reaction_1(fn_aquatic_nitrogen_cycle_5(X)) = fn_oxidation_10(fn_aquatic_nitrogen_cycle_24(X))
& fn_nitrification_7(fn_aquatic_nitrogen_cycle_7(X)) = fn_oxidation_10(fn_aquatic_nitrogen_cycle_24(X))
& fn_oxidation_10(fn_aquatic_nitrogen_cycle_24(X)) = fn_nitrification_7(fn_aquatic_nitrogen_cycle_7(X))
& fn_nitrification_7(fn_aquatic_nitrogen_cycle_7(X)) = fn_nitrification_7(fn_aquatic_nitrogen_cycle_7(X))
& fn_nitrification_7(fn_aquatic_nitrogen_cycle_7(X)) = fn_electron_donor_2(fn_aquatic_nitrogen_cycle_28(X))
& fn_electron_donor_2(fn_aquatic_nitrogen_cycle_28(X)) = fn_electron_donor_2(fn_aquatic_nitrogen_cycle_28(X))
& fn_electron_donor_2(fn_aquatic_nitrogen_cycle_28(X)) = fn_water_body_5(fn_aquatic_nitrogen_cycle_33(X))
& fn_water_body_5(fn_aquatic_nitrogen_cycle_33(X)) = fn_water_body_10(fn_aquatic_nitrogen_cycle_33(X))
& fn_water_body_10(fn_aquatic_nitrogen_cycle_33(X)) = fn_water_body_5(fn_aquatic_nitrogen_cycle_33(X))
& fn_water_body_5(fn_aquatic_nitrogen_cycle_33(X)) = fn_water_body_5(fn_aquatic_nitrogen_cycle_33(X))
& fn_water_body_5(fn_aquatic_nitrogen_cycle_33(X)) = fn_solution_6(fn_aquatic_nitrogen_cycle_17(X))
& fn_solution_6(fn_aquatic_nitrogen_cycle_17(X)) = fn_oxidation_9(fn_aquatic_nitrogen_cycle_24(X))
& fn_oxidation_9(fn_aquatic_nitrogen_cycle_24(X)) = fn_nitrification_6(fn_aquatic_nitrogen_cycle_7(X))
& fn_nitrification_6(fn_aquatic_nitrogen_cycle_7(X)) = fn_nitrification_6(fn_aquatic_nitrogen_cycle_7(X))
& fn_nitrification_6(fn_aquatic_nitrogen_cycle_7(X)) = fn_oxidation_9(fn_aquatic_nitrogen_cycle_24(X))
& fn_oxidation_9(fn_aquatic_nitrogen_cycle_24(X)) = fn_nitrification_12(fn_aquatic_nitrogen_cycle_7(X))
& fn_nitrification_12(fn_aquatic_nitrogen_cycle_7(X)) = fn_nitrification_12(fn_aquatic_nitrogen_cycle_7(X))
& fn_nitrification_12(fn_aquatic_nitrogen_cycle_7(X)) = fn_electron_donor_1(fn_aquatic_nitrogen_cycle_28(X))
& fn_electron_donor_1(fn_aquatic_nitrogen_cycle_28(X)) = fn_electron_donor_1(fn_aquatic_nitrogen_cycle_28(X))
& fn_electron_donor_1(fn_aquatic_nitrogen_cycle_28(X)) = fn_chemical_3(fn_aquatic_nitrogen_cycle_18(X))
& fn_chemical_3(fn_aquatic_nitrogen_cycle_18(X)) = fn_oxidation_7(fn_aquatic_nitrogen_cycle_24(X))
& fn_oxidation_7(fn_aquatic_nitrogen_cycle_24(X)) = fn_oxidation_7(fn_aquatic_nitrogen_cycle_24(X))
& fn_oxidation_7(fn_aquatic_nitrogen_cycle_24(X)) = fn_oxidation_10(fn_aquatic_nitrogen_cycle_24(X))
& fn_oxidation_10(fn_aquatic_nitrogen_cycle_24(X)) = fn_oxidation_10(fn_aquatic_nitrogen_cycle_24(X))
& fn_nitrification_9(fn_aquatic_nitrogen_cycle_7(X)) = fn_nitrification_9(fn_aquatic_nitrogen_cycle_7(X))
& fn_nitrification_9(fn_aquatic_nitrogen_cycle_7(X)) = fn_oxidation_10(fn_aquatic_nitrogen_cycle_24(X))
& fn_oxidation_10(fn_aquatic_nitrogen_cycle_24(X)) = fn_nitrification_9(fn_aquatic_nitrogen_cycle_7(X)) ) ) ).
fof(a527571,axiom,
! [X] :
( aquatic_organism_1(X)
=> ( original_name_2(X,'Aquatic-Organism')
& user_description_2(X,'An organism that lives in water.')
& concept2words_2(X,'organism of aquatic')
& concept2words_2(X,'aquatic organism')
& concept2words_2(X,'aquatic-organism')
& organism_1(X) ) ) ).
fof(a527572,axiom,
! [X] :
( aquatic_zone_1(X)
=> ( original_name_2(X,'Aquatic-Zone')
& user_description_2(X,'Specialized layer or region within an aquatic ecosystem which has unique properties, such as temperature and density. ZOnes often have unique communities of organisms.')
& concept2words_2(X,'zone of aquatic')
& concept2words_2(X,'aquatic zone')
& concept2words_2(X,'aquatic-zone')
& region_1(X) ) ) ).
fof(a527573,axiom,
! [X] :
( aqueous_humor_1(X)
=> ( original_name_2(X,'Aqueous-Humor')
& user_description_2(X,'Plasma-like liquid in the space between the lens and the cornea in the vertebrate eye; helps maintain the shape of the eye, supplies nutrients and oxygen to its tissues, and disposes of its wastes.')
& concept2words_2(X,'aqueous humor')
& concept2words_2(X,'aqueous-humor')
& bodily_fluid_1(X)
& ~ amniotic_fluid_1(X)
& ~ bile_1(X)
& ~ cerebrospinal_fluid_1(X)
& ~ colloid_1(X)
& ~ filtrate_1(X)
& ~ gastric_juice_1(X)
& ~ hemolymph_1(X)
& ~ interstitial_fluid_1(X)
& ~ lymph_1(X)
& ~ mucus_1(X)
& ~ plasma_1(X)
& ~ semen_1(X)
& ~ sweat_1(X)
& ~ urine_1(X)
& ~ vitreous_humor_1(X) ) ) ).
fof(a527574,axiom,
! [X] :
( aqueous_salt_solution_1(X)
=> ( original_name_2(X,'Aqueous-Salt-Solution')
& user_description_2(X,'The salt crystal when placed in water dissolves as the attractions between its ions decrease.')
& concept2words_2(X,'salt crystal in water')
& concept2words_2(X,'aqueous salt solution')
& concept2words_2(X,'aqueous-salt-solution')
& aqueous_solution_1(X)
& salt_solution_1(X)
& ~ sodium_chloride_crystal_1(X)
& hold_together_1(fn_aqueous_salt_solution_1(X))
& intensity_value_1(fn_aqueous_salt_solution_2(X))
& chemical_bond_1(fn_aqueous_salt_solution_3(X))
& ionic_bond_1(fn_aqueous_salt_solution_3(X))
& ionic_compound_1(fn_aqueous_salt_solution_4(X))
& chemical_entity_1(fn_aqueous_salt_solution_6(X))
& anion_1(fn_aqueous_salt_solution_6(X))
& water_1(fn_aqueous_salt_solution_7(X))
& solute_1(fn_aqueous_salt_solution_8(X))
& tangible_entity_1(fn_aqueous_salt_solution_9(X))
& salt_substance_1(fn_aqueous_salt_solution_9(X))
& ionic_bond_1(fn_ionic_compound_3(fn_aqueous_salt_solution_4(X)))
& property_node_1(fn_ionic_bond_2(fn_aqueous_salt_solution_3(X)))
& intensity_value_1(fn_ionic_bond_1(fn_aqueous_salt_solution_3(X)))
& tangible_entity_1(fn_solute_1(fn_aqueous_salt_solution_8(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_aqueous_salt_solution_3(X)))
& anion_1(fn_ionic_bond_4(fn_aqueous_salt_solution_3(X)))
& hold_together_1(fn_chemical_bond_3(fn_aqueous_salt_solution_3(X)))
& hold_together_1(fn_ionic_bond_3(fn_aqueous_salt_solution_3(X)))
& result_2(fn_aqueous_salt_solution_1(X),X)
& has_part_2(X,fn_aqueous_salt_solution_4(X))
& the_scalar_value_2(fn_aqueous_salt_solution_2(X),weak_0)
& scalar_unit_class_2(fn_aqueous_salt_solution_2(X),chemical_bond_0)
& fn_aqueous_salt_solution_7(X) != fn_aqueous_salt_solution_9(X)
& fn_aqueous_salt_solution_9(X) != fn_aqueous_salt_solution_7(X)
& plays_2(fn_aqueous_salt_solution_9(X),fn_aqueous_salt_solution_8(X))
& possesses_2(fn_aqueous_salt_solution_4(X),fn_aqueous_salt_solution_3(X))
& has_part_2(X,fn_aqueous_salt_solution_7(X))
& has_solvent_2(X,fn_aqueous_salt_solution_7(X))
& has_part_2(X,fn_aqueous_salt_solution_9(X))
& has_solute_2(X,fn_aqueous_salt_solution_9(X))
& agent_2(fn_aqueous_salt_solution_1(X),fn_aqueous_salt_solution_3(X))
& has_function_2(fn_aqueous_salt_solution_3(X),fn_aqueous_salt_solution_1(X))
& object_2(fn_aqueous_salt_solution_1(X),fn_aqueous_salt_solution_6(X))
& is_between_2(fn_aqueous_salt_solution_3(X),fn_aqueous_salt_solution_6(X))
& intensity_2(fn_aqueous_salt_solution_3(X),fn_aqueous_salt_solution_2(X))
& fn_aqueous_salt_solution_9(X) = fn_solute_1(fn_aqueous_salt_solution_8(X))
& fn_aqueous_salt_solution_3(X) = fn_ionic_compound_3(fn_aqueous_salt_solution_4(X))
& fn_aqueous_salt_solution_7(X) = fn_aqueous_solution_14(X)
& fn_aqueous_salt_solution_9(X) = fn_salt_solution_2(X)
& fn_aqueous_salt_solution_5(X) = fn_ionic_bond_2(fn_aqueous_salt_solution_3(X))
& fn_aqueous_salt_solution_2(X) = fn_ionic_bond_1(fn_aqueous_salt_solution_3(X))
& fn_aqueous_salt_solution_1(X) = fn_chemical_bond_3(fn_aqueous_salt_solution_3(X))
& fn_aqueous_salt_solution_6(X) = fn_chemical_bond_4(fn_aqueous_salt_solution_3(X))
& fn_aqueous_salt_solution_6(X) = fn_ionic_bond_4(fn_aqueous_salt_solution_3(X))
& fn_aqueous_salt_solution_1(X) = fn_ionic_bond_3(fn_aqueous_salt_solution_3(X))
& fn_solute_1(fn_aqueous_salt_solution_8(X)) = fn_salt_solution_2(X)
& fn_salt_solution_2(X) = fn_salt_solution_2(X)
& fn_salt_solution_2(X) = fn_chemical_bond_4(fn_aqueous_salt_solution_3(X))
& fn_ionic_bond_4(fn_aqueous_salt_solution_3(X)) = fn_chemical_bond_4(fn_aqueous_salt_solution_3(X))
& fn_chemical_bond_4(fn_aqueous_salt_solution_3(X)) = fn_ionic_bond_4(fn_aqueous_salt_solution_3(X))
& fn_ionic_bond_4(fn_aqueous_salt_solution_3(X)) = fn_ionic_bond_3(fn_aqueous_salt_solution_3(X))
& fn_ionic_bond_3(fn_aqueous_salt_solution_3(X)) = fn_chemical_bond_3(fn_aqueous_salt_solution_3(X))
& fn_chemical_bond_3(fn_aqueous_salt_solution_3(X)) = fn_ionic_bond_3(fn_aqueous_salt_solution_3(X))
& fn_ionic_bond_3(fn_aqueous_salt_solution_3(X)) = fn_ionic_bond_3(fn_aqueous_salt_solution_3(X)) ) ) ).
fof(a527575,axiom,
! [X] :
( aqueous_solution_1(X)
=> ( original_name_2(X,'Aqueous-Solution')
& user_description_2(X,'A solution in which water is the dissolving agent (i.e., solvent).')
& concept2words_2(X,'aqueous solution')
& concept2words_2(X,'aqueous-solution')
& liquid_substance_1(X)
& solution_1(X)
& ~ gel_1(X)
& system_1(fn_aqueous_solution_7(X))
& density_value_1(fn_aqueous_solution_10(X))
& density_value_1(fn_aqueous_solution_11(X))
& quantity_value_1(fn_aqueous_solution_12(X))
& quantity_value_1(fn_aqueous_solution_13(X))
& water_1(fn_aqueous_solution_14(X))
& called_2(fn_aqueous_solution_10(X),'Concentration_OH')
& called_2(fn_aqueous_solution_11(X),'Concentration_H')
& called_2(fn_aqueous_solution_12(X),'Quantity_OH')
& called_2(fn_aqueous_solution_13(X),'Quantity_H')
& has_solvent_2(X,fn_aqueous_solution_14(X))
& has_part_2(X,fn_aqueous_solution_14(X))
& fn_aqueous_solution_14(X) = fn_solution_5(X)
& fn_aqueous_solution_14(X) = fn_solution_6(X)
& fn_solution_5(X) = fn_solution_6(X)
& fn_solution_6(X) = fn_solution_6(X) ) ) ).
fof(a527576,axiom,
! [X] :
( arabidopsis_1(X)
=> ( original_name_2(X,'Arabidopsis')
& user_description_2(X,'A member of the mustard family of plants, used as a model organism.')
& concept2words_2(X,'arabidopsis thaliana')
& concept2words_2(X,'arabidopsis-thaliana')
& concept2words_2(X,arabidopsis)
& eudicot_1(X)
& model_organism_1(fn_arabidopsis_1(X))
& organism_1(fn_model_organism_6(fn_arabidopsis_1(X)))
& plays_2(X,fn_arabidopsis_1(X))
& X = fn_model_organism_6(fn_arabidopsis_1(X)) ) ) ).
fof(a527577,axiom,
! [X] :
( arabidopsis_development_1(X)
=> ( original_name_2(X,'Arabidopsis-Development')
& user_description_2(X,'Arabidopsis development includes the formation of a complete embryo from a zygote ; seed germination; the elaboration of a mature vegetative plant from the embryo; the formation of flowers, fruits, and seeds.')
& concept2words_2(X,develop)
& concept2words_2(X,'development of arabidopsis')
& concept2words_2(X,'arabidopsis development')
& concept2words_2(X,'arabidopsis-development')
& angiopserm_plant_development_1(X) ) ) ).
fof(a527578,axiom,
! [X] :
( arabidopsis_thaliana_1(X)
=> ( original_name_2(X,'Arabidopsis-Thaliana')
& user_description_2(X,'Arabidopsis thaliana is a small flowering plant native to Europe, Asia, and northwestern Africa. A spring annual with a relatively short life cycle, Arabidopsis is popular as a model organism in plant biology and genetics.')
& concept2words_2(X,'common wall cress')
& concept2words_2(X,'arabidopsis thaliana')
& concept2words_2(X,'arabidopsis-thaliana')
& arabidopsis_1(X)
& ~ caenorhabditis_elegans_1(X)
& ~ drosophila_melanogaster_1(X)
& ~ zebrafish_1(X)
& molecular_genetics_1(fn_arabidopsis_thaliana_1(X))
& base_2(fn_arabidopsis_thaliana_1(X),X) ) ) ).
fof(a527579,axiom,
! [X] :
( arachnid_1(X)
=> ( original_name_2(X,'Arachnid')
& user_description_2(X,'A member of a major arthropod group, the cheliceriforms. Arachnids include spiders, scorpions, ticks, and mites.')
& concept2words_2(X,arachnid)
& cheliceriform_1(X)
& ~ eurypterid_1(X) ) ) ).
fof(a527580,axiom,
! [X] :
( arbuscular_mycorrhiza_1(X)
=> ( original_name_2(X,'Arbuscular-Mycorrhiza')
& user_description_2(X,'Association of a fungus with a plant root system in which the fungus penetrates the host (plant) cells plasma membranes.')
& concept2words_2(X,'arbuscular mycorrhiza')
& concept2words_2(X,'arbuscular-mycorrhiza')
& mycorrhiza_1(X) ) ) ).
fof(a527581,axiom,
! [X] :
( arbuscular_mycorrhizal_fungus_1(X)
=> ( original_name_2(X,'Arbuscular-Mycorrhizal-Fungus')
& user_description_2(X,'The fungus that penetrates the cells of a plant\'s roots in an arbuscular mycorrhizal symbiosis.')
& concept2words_2(X,'arbuscular mycorrhizal fungus')
& concept2words_2(X,'arbuscular-mycorrhizal-fungus')
& multicellular_organism_1(X)
& deuteromycete_1(X)
& ~ coenocytic_fungus_1(X)
& ~ mold_1(X)
& ~ yeast_1(X)
& fungal_cell_1(fn_arbuscular_mycorrhizal_fungus_1(X))
& has_part_2(X,fn_arbuscular_mycorrhizal_fungus_1(X))
& fn_arbuscular_mycorrhizal_fungus_1(X) = fn_multicellular_organism_1(X) ) ) ).
fof(a527582,axiom,
! [X] :
( archaea_1(X)
=> ( original_name_2(X,'Archaea')
& description_2(X,'Member of one of the two classes of prokaryotes, the other group being the bacterium.')
& user_description_2(X,'Prokaryote that is classified in the Archaea domain, one of two prokaryotic domains for Prokaryotes. The other domain is Bacteria.')
& concept2words_2(X,archaebacterium)
& concept2words_2(X,archaebacteria)
& concept2words_2(X,archaea)
& prokaryote_1(X) ) ) ).
fof(a527583,axiom,
! [X] :
( archaeopteryx_1(X)
=> ( original_name_2(X,'Archaeopteryx')
& user_description_2(X,'A genus of extinct animal that is thought to represent a transitional state between feathered dinosaurs and modern birds.')
& concept2words_2(X,archaeopteryx)
& reptile_1(X)
& extinct_vertebrate_1(X)
& ~ crocodilia_1(X)
& ~ lepidosaur_1(X)
& ~ acanthodian_1(X)
& ~ ammonite_1(X)
& ~ anapsid_1(X)
& ~ conodont_1(X)
& ~ cooksonia_1(X)
& ~ dinosaur_1(X)
& ~ eurypterid_1(X)
& ~ great_auk_1(X)
& ~ neanderthal_1(X)
& ~ paranthropus_boisei_1(X)
& ~ parareptile_1(X)
& ~ placoderm_1(X)
& ~ pterosaur_1(X)
& ~ trilobite_1(X) ) ) ).
fof(a527584,axiom,
! [X] :
( archaeplastid_1(X)
=> ( original_name_2(X,'Archaeplastid')
& user_description_2(X,'A monophyletic grouping of red algae, green algae, and land plants, descended from a protist ancestor. Proposed as one of five major categories of eukaryotic organisms in a current hypothesis of eukaryotic evolutionary history.')
& concept2words_2(X,archaeplastid)
& eukaryotic_clade_1(X)
& ~ excavata_1(X)
& ~ rhizaria_1(X)
& ~ unikonta_1(X) ) ) ).
fof(a527585,axiom,
! [X] :
( archaeplastida_1(X)
=> ( original_name_2(X,'Archaeplastida')
& user_description_2(X,'One of five supergroups of eukaryotes proposed in a current hypothesis of the evolutionary history of eukaryotes. This monophyletic group, which includes red algae, green algae, and land plants, descended from an ancient protist ancestor that engulfed a cyanobacterium.')
& concept2words_2(X,archaeplastida)
& eukaryotic_clade_1(X) ) ) ).
fof(a527586,axiom,
! [X] :
( archegonium_1(X)
=> ( original_name_2(X,'Archegonium')
& user_description_2(X,'In plants, a structure in which female gametes develop.')
& concept2words_2(X,archegonia)
& concept2words_2(X,archegonium)
& plant_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a527587,axiom,
! [X] :
( archenteron_1(X)
=> ( original_name_2(X,'Archenteron')
& user_description_2(X,'The earliest animal gut, formed during gastrulation as an endoderm-lined cavity.')
& concept2words_2(X,archenteron)
& developmental_space_1(X)
& ~ coelom_1(X)
& ~ mantle_cavity_1(X)
& ~ rumen_1(X) ) ) ).
fof(a527588,axiom,
! [X] :
( architectural_structure_1(X)
=> ( original_name_2(X,'Architectural-Structure')
& description_2(X,'a stable, supported artifact')
& concept2words_2(X,construction)
& concept2words_2(X,structure)
& concept2words_2(X,'architectural structure')
& concept2words_2(X,'architectural-structure')
& artifact_1(X)
& ~ physical_document_1(X)
& ~ furnishing_1(X)
& ~ device_1(X)
& ~ pharmaceutical_product_1(X)
& ~ photographic_film_1(X)
& ~ scientific_device_1(X)
& ~ useful_product_1(X) ) ) ).
fof(a527589,axiom,
! [X] :
( archosaur_1(X)
=> ( original_name_2(X,'Archosaur')
& user_description_2(X,'A member of a group of diapsid amniotes that includes crocodiles, alligators, extinct dinosaurs, pterosaurs, and birds.')
& concept2words_2(X,archosaur)
& reptile_1(X)
& ~ amniote_1(X)
& ~ amphibian_1(X) ) ) ).
fof(a527590,axiom,
! [X] :
( area_constant_1(X)
=> ( original_name_2(X,'Area-Constant')
& concept2words_2(X,'constant of area')
& concept2words_2(X,'area constant')
& concept2words_2(X,'area-constant')
& constant_1(X) ) ) ).
fof(a527591,axiom,
! [X] :
( area_scale_1(X)
=> ( original_name_2(X,'Area-Scale')
& concept2words_2(X,'scale of area')
& concept2words_2(X,'area scale')
& concept2words_2(X,'area-scale')
& scale_1(X) ) ) ).
fof(a527592,axiom,
! [X] :
( area_value_1(X)
=> ( original_name_2(X,'Area-Value')
& description_2(X,'area is a property for describing how big the two-dimensional extent of a Tangible-Entity is')
& concept2words_2(X,'surface area')
& concept2words_2(X,expanse)
& concept2words_2(X,area)
& concept2words_2(X,'value of area')
& concept2words_2(X,'area value')
& concept2words_2(X,'area-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a527593,axiom,
! [X] :
( arginine_1(X)
=> ( original_name_2(X,'Arginine')
& user_description_2(X,'One of the 20 most common amino acids that make up proteins.')
& concept2words_2(X,arginine)
& basic_amino_acid_1(X) ) ) ).
fof(a527594,axiom,
! [X] :
( argon_1(X)
=> ( original_name_2(X,'Argon')
& user_description_2(X,'Argon is a non metal atom with atomic number 18. It is represented by the symbol Ar.')
& concept2words_2(X,'Ar')
& concept2words_2(X,argon)
& inert_atom_1(X)
& ~ neon_1(X)
& neutron_1(fn_argon_4(X))
& atomic_mass_value_1(fn_argon_5(X))
& valence_value_1(fn_argon_6(X))
& electronegativity_value_1(fn_argon_7(X))
& valence_electron_1(fn_argon_11(X))
& atomic_weight_value_1(fn_argon_12(X))
& atomic_number_value_1(fn_argon_13(X))
& quantity_value_1(fn_argon_14(X))
& electronegativity_2(X,fn_argon_7(X))
& valence_2(X,fn_argon_6(X))
& mass_number_2(X,fn_argon_5(X))
& exactCardinality(X,has_part_0,"22",neutron_0)
& exactCardinality(X,has_part_0,"18",proton_0)
& exactCardinality(X,has_part_0,"18",electron_0)
& has_part_2(X,fn_argon_4(X))
& the_cardinal_value_2(fn_argon_14(X),"8")
& cardinal_unit_class_2(fn_argon_14(X),unity_0)
& the_cardinal_value_2(fn_argon_7(X),"0")
& cardinal_unit_class_2(fn_argon_7(X),unity_0)
& the_cardinal_value_2(fn_argon_6(X),"0")
& cardinal_unit_class_2(fn_argon_6(X),unity_0)
& the_cardinal_value_2(fn_argon_5(X),"40")
& cardinal_unit_class_2(fn_argon_5(X),unity_0)
& the_cardinal_value_2(fn_argon_13(X),"18")
& cardinal_unit_class_2(fn_argon_13(X),unity_0)
& the_cardinal_value_2(fn_argon_12(X),"39.95")
& cardinal_unit_class_2(fn_argon_12(X),dalton_0)
& atomic_number_2(X,fn_argon_13(X))
& called_2(fn_argon_13(X),'Atomic_Number')
& atomic_weight_2(X,fn_argon_12(X))
& has_part_2(X,fn_argon_11(X))
& quantity_2(fn_argon_11(X),fn_argon_14(X))
& called_2(fn_argon_14(X),'Number_Electron')
& fn_argon_9(X) = fn_atom_12(X)
& fn_argon_8(X) = fn_atom_1(X)
& fn_argon_13(X) = fn_atom_17(X)
& fn_argon_10(X) = fn_atom_13(X)
& fn_argon_12(X) = fn_atom_16(X)
& fn_argon_14(X) = fn_atom_5(X)
& fn_argon_11(X) = fn_atom_14(X) ) ) ).
fof(a527595,axiom,
! [X] :
( arithmetic_difference_1(X)
=> ( original_name_2(X,'Arithmetic-Difference')
& concept2words_2(X,difference)
& concept2words_2(X,'difference of arithmetic')
& concept2words_2(X,'arithmetic difference')
& concept2words_2(X,'arithmetic-difference')
& arithmetic_method_1(X) ) ) ).
fof(a527596,axiom,
! [X] :
( arithmetic_method_1(X)
=> ( original_name_2(X,'Arithmetic-Method')
& concept2words_2(X,'method of arithmetic')
& concept2words_2(X,'arithmetic method')
& concept2words_2(X,'arithmetic-method')
& method_1(X) ) ) ).
fof(a527597,axiom,
! [X] :
( arithmetic_product_1(X)
=> ( original_name_2(X,'Arithmetic-Product')
& concept2words_2(X,product)
& concept2words_2(X,'mathematical product')
& concept2words_2(X,'product of arithmetic')
& concept2words_2(X,'arithmetic product')
& concept2words_2(X,'arithmetic-product')
& arithmetic_method_1(X) ) ) ).
fof(a527598,axiom,
! [X] :
( arithmetic_quotient_1(X)
=> ( original_name_2(X,'Arithmetic-Quotient')
& concept2words_2(X,quotient)
& concept2words_2(X,'quotient of arithmetic')
& concept2words_2(X,'arithmetic quotient')
& concept2words_2(X,'arithmetic-quotient')
& arithmetic_method_1(X) ) ) ).
fof(a527599,axiom,
! [X] :
( aromatic_hydrocarbon_1(X)
=> ( original_name_2(X,'Aromatic-Hydrocarbon')
& user_description_2(X,'Organic compounds which have carbon structures in ring formation with alternating single and double bonds.')
& concept2words_2(X,'aromatic hydrocarbon')
& concept2words_2(X,'aromatic-hydrocarbon')
& hydrocarbon_molecule_1(X) ) ) ).
fof(a527600,axiom,
! [X] :
( arsenic_1(X)
=> ( original_name_2(X,'Arsenic')
& user_description_2(X,'Arsenic is a metalloid atom with atomic number 33. It is represented by the symbol As.')
& concept2words_2(X,'As')
& concept2words_2(X,arsenic)
& metalloid_atom_1(X)
& event_1(fn_arsenic_1(X))
& electronegativity_value_1(fn_arsenic_2(X))
& atomic_mass_value_1(fn_arsenic_3(X))
& neutron_1(fn_arsenic_4(X))
& center_1(fn_arsenic_7(X))
& electron_shell_1(fn_arsenic_8(X))
& system_1(fn_arsenic_9(X))
& quantity_value_1(fn_arsenic_11(X))
& atomic_orbital_1(fn_arsenic_12(X))
& toxin_1(fn_arsenic_13(X))
& proton_1(fn_arsenic_14(X))
& atomic_nucleus_1(fn_arsenic_15(X))
& quantity_value_1(fn_arsenic_16(X))
& atomic_number_value_1(fn_arsenic_17(X))
& atomic_weight_value_1(fn_arsenic_18(X))
& valence_electron_1(fn_arsenic_19(X))
& center_1(fn_atomic_nucleus_3(fn_arsenic_15(X)))
& atomic_orbital_1(fn_electron_shell_3(fn_arsenic_8(X)))
& proton_1(fn_atomic_nucleus_9(fn_arsenic_15(X)))
& tangible_entity_1(fn_toxin_1(fn_arsenic_13(X)))
& atom_1(fn_atomic_nucleus_4(fn_arsenic_15(X)))
& atom_1(fn_electron_shell_1(fn_arsenic_8(X)))
& electron_1(fn_atomic_nucleus_8(fn_arsenic_15(X)))
& electron_1(fn_electron_shell_2(fn_arsenic_8(X)))
& in_event_2(fn_arsenic_13(X),fn_arsenic_1(X))
& has_part_2(X,fn_arsenic_4(X))
& exactCardinality(X,has_part_0,"33",electron_0)
& exactCardinality(X,has_part_0,"33",proton_0)
& exactCardinality(X,has_part_0,"42",neutron_0)
& mass_number_2(X,fn_arsenic_3(X))
& electronegativity_2(X,fn_arsenic_2(X))
& the_cardinal_value_2(fn_arsenic_16(X),"5")
& cardinal_unit_class_2(fn_arsenic_16(X),unity_0)
& the_cardinal_value_2(fn_arsenic_2(X),"2.18")
& cardinal_unit_class_2(fn_arsenic_2(X),unity_0)
& the_cardinal_value_2(fn_arsenic_3(X),"75")
& cardinal_unit_class_2(fn_arsenic_3(X),unity_0)
& the_cardinal_value_2(fn_arsenic_17(X),"33")
& cardinal_unit_class_2(fn_arsenic_17(X),unity_0)
& the_cardinal_value_2(fn_arsenic_18(X),"74.92")
& cardinal_unit_class_2(fn_arsenic_18(X),dalton_0)
& quantity_2(fn_arsenic_19(X),fn_arsenic_16(X))
& plays_2(X,fn_arsenic_13(X))
& is_inside_2(fn_arsenic_14(X),fn_arsenic_15(X))
& is_at_2(fn_arsenic_15(X),fn_arsenic_7(X))
& has_region_2(X,fn_arsenic_7(X))
& is_near_2(fn_arsenic_19(X),fn_arsenic_15(X))
& is_near_2(fn_arsenic_15(X),fn_arsenic_19(X))
& has_region_2(X,fn_arsenic_15(X))
& called_2(fn_arsenic_17(X),'Atomic_Number')
& called_2(fn_arsenic_16(X),'Number_Electron')
& atomic_weight_2(X,fn_arsenic_18(X))
& called_2(fn_arsenic_11(X),'Number_Proton')
& atomic_number_2(X,fn_arsenic_17(X))
& has_part_2(X,fn_arsenic_14(X))
& quantity_2(fn_arsenic_14(X),fn_arsenic_11(X))
& fn_arsenic_11(X) = fn_arsenic_17(X)
& fn_arsenic_16(X) = fn_arsenic_11(X)
& fn_arsenic_11(X) = fn_arsenic_16(X)
& fn_arsenic_17(X) = fn_arsenic_11(X)
& has_part_2(X,fn_arsenic_19(X))
& has_region_2(X,fn_arsenic_8(X))
& is_inside_2(fn_arsenic_19(X),fn_arsenic_12(X))
& has_region_2(fn_arsenic_8(X),fn_arsenic_12(X))
& X = fn_toxin_1(fn_arsenic_13(X))
& fn_arsenic_14(X) = fn_atomic_nucleus_9(fn_arsenic_15(X))
& X = fn_atomic_nucleus_4(fn_arsenic_15(X))
& fn_arsenic_7(X) = fn_atomic_nucleus_3(fn_arsenic_15(X))
& fn_arsenic_19(X) = fn_atomic_nucleus_8(fn_arsenic_15(X))
& fn_arsenic_15(X) = fn_atom_18(X)
& fn_arsenic_21(X) = fn_atom_12(X)
& fn_arsenic_22(X) = fn_atom_1(X)
& fn_arsenic_20(X) = fn_atom_13(X)
& fn_arsenic_18(X) = fn_atom_16(X)
& fn_arsenic_9(X) = fn_atom_3(X)
& fn_arsenic_10(X) = fn_atom_4(X)
& fn_arsenic_17(X) = fn_atom_17(X)
& fn_arsenic_16(X) = fn_atom_5(X)
& fn_arsenic_11(X) = fn_atom_11(X)
& fn_arsenic_14(X) = fn_atom_8(X)
& X = fn_electron_shell_1(fn_arsenic_8(X))
& fn_arsenic_19(X) = fn_electron_shell_2(fn_arsenic_8(X))
& fn_arsenic_12(X) = fn_electron_shell_3(fn_arsenic_8(X))
& fn_atomic_nucleus_9(fn_arsenic_15(X)) = fn_atom_8(X)
& fn_atom_8(X) = fn_atom_8(X)
& fn_atom_8(X) = fn_toxin_1(fn_arsenic_13(X))
& fn_toxin_1(fn_arsenic_13(X)) = fn_atomic_nucleus_4(fn_arsenic_15(X))
& fn_atomic_nucleus_4(fn_arsenic_15(X)) = fn_atomic_nucleus_4(fn_arsenic_15(X))
& fn_atomic_nucleus_4(fn_arsenic_15(X)) = fn_electron_shell_1(fn_arsenic_8(X))
& fn_electron_shell_1(fn_arsenic_8(X)) = fn_electron_shell_1(fn_arsenic_8(X))
& fn_electron_shell_1(fn_arsenic_8(X)) = fn_atomic_nucleus_8(fn_arsenic_15(X))
& fn_atomic_nucleus_8(fn_arsenic_15(X)) = fn_atomic_nucleus_8(fn_arsenic_15(X))
& fn_atomic_nucleus_8(fn_arsenic_15(X)) = fn_electron_shell_2(fn_arsenic_8(X))
& fn_electron_shell_2(fn_arsenic_8(X)) = fn_electron_shell_2(fn_arsenic_8(X)) ) ) ).
fof(a527601,axiom,
! [X] :
( arteriole_1(X)
=> ( original_name_2(X,'Arteriole')
& user_description_2(X,'A small diameter blood vessel that carries blood between an artery and a capillary bed.')
& concept2words_2(X,arteriole)
& artery_1(X) ) ) ).
fof(a527602,axiom,
! [X] :
( arteriosclerosis_1(X)
=> ( original_name_2(X,'Arteriosclerosis')
& user_description_2(X,'A hardening of the arteries that occurs when fat and/or mineral deposits accumulate and form structures called plaques in the walls of arteries.')
& concept2words_2(X,'hardening of the arteries')
& concept2words_2(X,'hardening-of-the-arteries')
& concept2words_2(X,arteriosclerosis)
& cardiovascular_disease_1(X)
& ~ atherosclerosis_1(X)
& ~ stroke_1(X)
& ~ thrombus_1(X) ) ) ).
fof(a527603,axiom,
! [X] :
( artery_1(X)
=> ( original_name_2(X,'Artery')
& user_description_2(X,'A vessel that transports blood away from the heart to other parts of the body.')
& concept2words_2(X,artery)
& blood_vessel_1(X)
& artery_wall_1(fn_artery_1(X))
& has_part_2(X,fn_artery_1(X)) ) ) ).
fof(a527604,axiom,
! [X] :
( artery_wall_1(X)
=> ( original_name_2(X,'Artery-Wall')
& user_description_2(X,'The wall of an artery, consisting of three layers: an outer layer of connective tissue, a middle layer of smooth muscle, and an inner layer of endothelial cells.')
& concept2words_2(X,'wall of artery')
& concept2words_2(X,'artery wall')
& concept2words_2(X,'artery-wall')
& animal_structure_1(X) ) ) ).
fof(a527605,axiom,
! [X] :
( arthropod_1(X)
=> ( original_name_2(X,'Arthropod')
& user_description_2(X,'A segmented ecdysozoaan of the phylum Arthropoda, characterized by a jointed appendages and an exoskeleton that is molted periodically. Examples of arthropods include crustaceans, insects, spiders, and millipedes.')
& concept2words_2(X,arthropoda)
& concept2words_2(X,'jointed appendage')
& concept2words_2(X,'jointed-appendage')
& concept2words_2(X,'jointed appendage')
& concept2words_2(X,'jointed-appendage')
& concept2words_2(X,arthropod)
& bilaterally_symmetrical_animal_1(X)
& ecdysozoan_1(X)
& ~ ammonite_1(X)
& ~ annelid_1(X)
& ~ bryozoan_1(X)
& ~ cnidaria_1(X)
& ~ ctenophora_1(X)
& ~ echinoderm_1(X)
& ~ lophotrochozoan_1(X)
& ~ mollusc_1(X)
& ~ nematode_1(X)
& ~ nemertea_1(X)
& ~ phoronid_1(X)
& ~ platyhelminthes_1(X)
& ~ porifera_1(X)
& ~ rotifer_1(X)
& spatial_entity_1(fn_arthropod_1(X))
& spatial_entity_1(fn_arthropod_2(X))
& leg_1(fn_arthropod_3(X))
& abdomen_1(fn_arthropod_4(X))
& thorax_1(fn_arthropod_5(X))
& head_1(fn_arthropod_6(X))
& support_1(fn_arthropod_7(X))
& exoskeleton_1(fn_arthropod_8(X))
& organism_1(fn_exoskeleton_4(fn_arthropod_8(X)))
& tangible_entity_1(fn_support_1(fn_arthropod_7(X)))
& is_inside_2(fn_arthropod_1(X),X)
& is_outside_2(fn_arthropod_2(X),X)
& has_part_2(X,fn_arthropod_4(X))
& has_part_2(X,fn_arthropod_5(X))
& has_part_2(X,fn_arthropod_6(X))
& has_function_2(fn_arthropod_8(X),fn_arthropod_7(X))
& has_part_2(fn_arthropod_5(X),fn_arthropod_3(X))
& has_part_2(X,fn_arthropod_8(X))
& object_2(fn_arthropod_7(X),X)
& X = fn_exoskeleton_4(fn_arthropod_8(X))
& X = fn_support_1(fn_arthropod_7(X))
& fn_exoskeleton_4(fn_arthropod_8(X)) = fn_support_1(fn_arthropod_7(X)) ) ) ).
fof(a527606,axiom,
! [X] :
( artifact_1(X)
=> ( original_name_2(X,'Artifact')
& description_2(X,'A man-made object')
& concept2words_2(X,artifact)
& inanimate_object_1(X)
& ~ piece_of_substance_1(X)
& create_1(fn_artifact_1(X))
& entity_1(fn_create_1(fn_artifact_1(X)))
& result_2(fn_artifact_1(X),X)
& X = fn_create_1(fn_artifact_1(X)) ) ) ).
fof(a527607,axiom,
! [X] :
( artificial_membrane_1(X)
=> ( original_name_2(X,'Artificial-Membrane')
& user_description_2(X,'Artificial or synthetic membrane, often used in laboratory experiments to provide selective permeability.')
& concept2words_2(X,'synthetic membrane')
& concept2words_2(X,'artificial membrane')
& concept2words_2(X,'artificial-membrane')
& membrane_1(X) ) ) ).
fof(a527608,axiom,
! [X] :
( artificial_selection_1(X)
=> ( original_name_2(X,'Artificial-Selection')
& user_description_2(X,'The intentional breeding of domesticated plants and animals for certain desirable traits.')
& concept2words_2(X,'artificial selection')
& concept2words_2(X,'artificial-selection')
& selection_force_1(X) ) ) ).
fof(a527609,axiom,
! [X,X1] :
( ( agent_2(X,X1)
& destroy_1(X)
& artificial_selection_1(X)
& antibiotic_1(X1) )
=> ( artificial_selection_with_antibiotics_1(X)
& fn_artificial_selection_with_antibiotics_6(X) = X1 ) ) ).
fof(a527610,axiom,
! [X] :
( artificial_selection_with_antibiotics_1(X)
=> ( original_name_2(X,'Artificial-Selection-With-Antibiotics')
& user_description_2(X,'Artificial selection using antibiotics. The antibiotics kill untransformed bacterial cells in a culture, leaving only transformed bacterial cells.')
& concept2words_2(X,'selection for transformed cells')
& concept2words_2(X,'selection for transformation')
& concept2words_2(X,'selection with antibiotics')
& concept2words_2(X,'selection against untransformed cells')
& concept2words_2(X,select)
& concept2words_2(X,'artificial selection with antibiotics')
& concept2words_2(X,'artificial-selection-with-antibiotic')
& artificial_selection_1(X)
& destroy_1(X)
& ~ autophagy_1(X)
& ~ selective_degradation_1(X)
& culturing_1(fn_artificial_selection_with_antibiotics_2(X))
& untransformed_bacterial_cell_1(fn_artificial_selection_with_antibiotics_3(X))
& harm_1(fn_artificial_selection_with_antibiotics_4(X))
& harm_1(fn_artificial_selection_with_antibiotics_5(X))
& antibiotic_1(fn_artificial_selection_with_antibiotics_6(X))
& transformed_bacterial_cell_1(fn_artificial_selection_with_antibiotics_7(X))
& tangible_entity_1(fn_impair_1(fn_artificial_selection_with_antibiotics_5(X)))
& destroy_1(fn_antibiotic_9(fn_artificial_selection_with_antibiotics_6(X)))
& living_entity_1(fn_harm_1(fn_artificial_selection_with_antibiotics_4(X)))
& cell_1(fn_culturing_7(fn_artificial_selection_with_antibiotics_2(X)))
& inhibits_2(fn_artificial_selection_with_antibiotics_4(X),fn_artificial_selection_with_antibiotics_2(X))
& agent_2(fn_artificial_selection_with_antibiotics_4(X),fn_artificial_selection_with_antibiotics_6(X))
& agent_2(fn_artificial_selection_with_antibiotics_5(X),fn_artificial_selection_with_antibiotics_6(X))
& object_2(X,fn_artificial_selection_with_antibiotics_7(X))
& object_2(fn_artificial_selection_with_antibiotics_5(X),fn_artificial_selection_with_antibiotics_7(X))
& object_2(fn_artificial_selection_with_antibiotics_4(X),fn_artificial_selection_with_antibiotics_3(X))
& object_2(fn_artificial_selection_with_antibiotics_2(X),fn_artificial_selection_with_antibiotics_3(X))
& agent_2(X,fn_artificial_selection_with_antibiotics_6(X))
& fn_artificial_selection_with_antibiotics_7(X) = fn_impair_1(X)
& fn_artificial_selection_with_antibiotics_7(X) = fn_impair_1(fn_artificial_selection_with_antibiotics_5(X))
& fn_artificial_selection_with_antibiotics_3(X) = fn_harm_1(fn_artificial_selection_with_antibiotics_4(X))
& fn_artificial_selection_with_antibiotics_3(X) = fn_culturing_7(fn_artificial_selection_with_antibiotics_2(X))
& X = fn_antibiotic_9(fn_artificial_selection_with_antibiotics_6(X))
& fn_harm_1(fn_artificial_selection_with_antibiotics_4(X)) = fn_culturing_7(fn_artificial_selection_with_antibiotics_2(X)) ) ) ).
fof(a527611,axiom,
! [X] :
( artiodactyla_1(X)
=> ( original_name_2(X,'Artiodactyla')
& user_description_2(X,'Ungulates with an even number of toes. Species include sheep, cattle, pigs and deer.')
& concept2words_2(X,artiodactyla)
& ungulate_1(X)
& ~ perissodactyla_1(X) ) ) ).
fof(a527612,axiom,
! [X] :
( ascent_of_xylem_sap_1(X)
=> ( original_name_2(X,'Ascent-Of-Xylem-Sap')
& user_description_2(X,'Ascent of Xylem sap is the upward movement of water and minerals over long distances by bulk flow to the veins that branch throughout each leaf.')
& concept2words_2(X,ascend)
& concept2words_2(X,transport)
& concept2words_2(X,'ascent of xylem sap')
& concept2words_2(X,'ascent-of-xylem-sap')
& plant_transport_1(X)
& length_value_1(fn_ascent_of_xylem_sap_2(X))
& root_1(fn_ascent_of_xylem_sap_4(X))
& shoot_1(fn_ascent_of_xylem_sap_5(X))
& angle_value_1(fn_ascent_of_xylem_sap_6(X))
& transpirational_pull_1(fn_ascent_of_xylem_sap_7(X))
& bulk_flow_1(fn_ascent_of_xylem_sap_8(X))
& water_potential_gradient_1(fn_ascent_of_xylem_sap_9(X))
& molecule_1(fn_ascent_of_xylem_sap_10(X))
& entity_1(fn_ascent_of_xylem_sap_10(X))
& spatial_entity_1(fn_ascent_of_xylem_sap_10(X))
& chemical_entity_1(fn_ascent_of_xylem_sap_10(X))
& tangible_entity_1(fn_ascent_of_xylem_sap_10(X))
& polar_molecule_1(fn_ascent_of_xylem_sap_10(X))
& water_molecule_1(fn_ascent_of_xylem_sap_10(X))
& spatial_entity_1(fn_ascent_of_xylem_sap_11(X))
& tangible_entity_1(fn_ascent_of_xylem_sap_11(X))
& polar_molecule_1(fn_ascent_of_xylem_sap_11(X))
& hydrophilic_compound_1(fn_ascent_of_xylem_sap_11(X))
& water_molecule_1(fn_ascent_of_xylem_sap_11(X))
& surface_1(fn_ascent_of_xylem_sap_12(X))
& mineral_1(fn_ascent_of_xylem_sap_13(X))
& chemical_1(fn_ascent_of_xylem_sap_14(X))
& water_1(fn_ascent_of_xylem_sap_14(X))
& cohesion_1(fn_ascent_of_xylem_sap_15(X))
& attract_1(fn_ascent_of_xylem_sap_15(X))
& xylem_sap_1(fn_ascent_of_xylem_sap_16(X))
& xylem_1(fn_ascent_of_xylem_sap_17(X))
& adhesion_1(fn_ascent_of_xylem_sap_18(X))
& attract_1(fn_ascent_of_xylem_sap_18(X))
& plant_cell_1(fn_ascent_of_xylem_sap_19(X))
& synthesis_reaction_1(fn_ascent_of_xylem_sap_20(X))
& chemical_entity_1(fn_ascent_of_xylem_sap_21(X))
& beta_glucose_1(fn_ascent_of_xylem_sap_21(X))
& cell_wall_1(fn_ascent_of_xylem_sap_22(X))
& plant_cell_wall_1(fn_ascent_of_xylem_sap_22(X))
& chemical_entity_1(fn_ascent_of_xylem_sap_23(X))
& molecule_1(fn_ascent_of_xylem_sap_23(X))
& carbohydrate_1(fn_ascent_of_xylem_sap_23(X))
& hydrophilic_compound_1(fn_ascent_of_xylem_sap_23(X))
& polar_molecule_1(fn_ascent_of_xylem_sap_23(X))
& polysaccharide_1(fn_ascent_of_xylem_sap_23(X))
& cellulose_1(fn_ascent_of_xylem_sap_23(X))
& plant_cell_1(fn_vascular_tissue_1(fn_ascent_of_xylem_sap_17(X)))
& chemical_1(fn_solution_5(fn_ascent_of_xylem_sap_16(X)))
& chemical_1(fn_solution_6(fn_ascent_of_xylem_sap_16(X)))
& cell_wall_1(fn_plant_cell_82(fn_ascent_of_xylem_sap_19(X)))
& plant_cell_wall_1(fn_plant_cell_82(fn_ascent_of_xylem_sap_19(X)))
& cohesion_1(fn_water_78(fn_ascent_of_xylem_sap_14(X)))
& attract_1(fn_water_78(fn_ascent_of_xylem_sap_14(X)))
& spatial_entity_1(fn_water_83(fn_ascent_of_xylem_sap_14(X)))
& tangible_entity_1(fn_water_83(fn_ascent_of_xylem_sap_14(X)))
& polar_molecule_1(fn_water_83(fn_ascent_of_xylem_sap_14(X)))
& hydrophilic_compound_1(fn_water_83(fn_ascent_of_xylem_sap_14(X)))
& water_molecule_1(fn_water_83(fn_ascent_of_xylem_sap_14(X)))
& surface_1(fn_water_14(fn_ascent_of_xylem_sap_14(X)))
& attract_1(fn_hydrophilic_compound_2(fn_ascent_of_xylem_sap_23(X)))
& attract_1(fn_water_molecule_75(fn_ascent_of_xylem_sap_10(X)))
& adhesion_1(fn_cellulose_34(fn_ascent_of_xylem_sap_23(X)))
& attract_1(fn_cellulose_34(fn_ascent_of_xylem_sap_23(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_ascent_of_xylem_sap_20(X)))
& beta_glucose_1(fn_cellulose_37(fn_ascent_of_xylem_sap_23(X)))
& beta_glucose_1(fn_cellulose_35(fn_ascent_of_xylem_sap_23(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_ascent_of_xylem_sap_20(X)))
& molecule_1(fn_adhesion_1(fn_ascent_of_xylem_sap_18(X)))
& carbohydrate_1(fn_plant_cell_22(fn_ascent_of_xylem_sap_19(X)))
& hydrophilic_compound_1(fn_plant_cell_22(fn_ascent_of_xylem_sap_19(X)))
& polar_molecule_1(fn_plant_cell_22(fn_ascent_of_xylem_sap_19(X)))
& polysaccharide_1(fn_plant_cell_22(fn_ascent_of_xylem_sap_19(X)))
& cellulose_1(fn_plant_cell_22(fn_ascent_of_xylem_sap_19(X)))
& molecule_1(fn_adhesion_2(fn_ascent_of_xylem_sap_18(X)))
& water_molecule_1(fn_cellulose_33(fn_ascent_of_xylem_sap_23(X)))
& entity_1(fn_water_98(fn_ascent_of_xylem_sap_14(X)))
& spatial_entity_1(fn_water_98(fn_ascent_of_xylem_sap_14(X)))
& chemical_entity_1(fn_water_98(fn_ascent_of_xylem_sap_14(X)))
& tangible_entity_1(fn_water_98(fn_ascent_of_xylem_sap_14(X)))
& polar_molecule_1(fn_water_98(fn_ascent_of_xylem_sap_14(X)))
& water_molecule_1(fn_water_98(fn_ascent_of_xylem_sap_14(X)))
& the_scalar_value_2(fn_ascent_of_xylem_sap_2(X),long_0)
& scalar_unit_class_2(fn_ascent_of_xylem_sap_2(X),plant_transport_0)
& the_scalar_value_2(fn_ascent_of_xylem_sap_6(X),up_0)
& scalar_unit_class_2(fn_ascent_of_xylem_sap_6(X),plant_transport_0)
& base_2(X,fn_ascent_of_xylem_sap_17(X))
& object_2(X,fn_ascent_of_xylem_sap_16(X))
& subevent_2(X,fn_ascent_of_xylem_sap_8(X))
& agent_2(X,fn_ascent_of_xylem_sap_9(X))
& origin_2(X,fn_ascent_of_xylem_sap_4(X))
& destination_2(X,fn_ascent_of_xylem_sap_5(X))
& direction_2(X,fn_ascent_of_xylem_sap_6(X))
& distance_2(X,fn_ascent_of_xylem_sap_2(X))
& enables_2(fn_ascent_of_xylem_sap_15(X),fn_ascent_of_xylem_sap_7(X))
& by_means_of_2(fn_ascent_of_xylem_sap_8(X),fn_ascent_of_xylem_sap_7(X))
& has_function_2(fn_ascent_of_xylem_sap_17(X),X)
& enables_2(fn_ascent_of_xylem_sap_18(X),fn_ascent_of_xylem_sap_7(X))
& raw_material_2(fn_ascent_of_xylem_sap_20(X),fn_ascent_of_xylem_sap_21(X))
& result_2(fn_ascent_of_xylem_sap_20(X),fn_ascent_of_xylem_sap_23(X))
& has_part_2(fn_ascent_of_xylem_sap_16(X),fn_ascent_of_xylem_sap_13(X))
& has_part_2(fn_ascent_of_xylem_sap_17(X),fn_ascent_of_xylem_sap_19(X))
& has_part_2(fn_ascent_of_xylem_sap_16(X),fn_ascent_of_xylem_sap_14(X))
& has_solvent_2(fn_ascent_of_xylem_sap_16(X),fn_ascent_of_xylem_sap_14(X))
& has_solute_2(fn_ascent_of_xylem_sap_16(X),fn_ascent_of_xylem_sap_13(X))
& fn_ascent_of_xylem_sap_13(X) != fn_ascent_of_xylem_sap_14(X)
& fn_ascent_of_xylem_sap_14(X) != fn_ascent_of_xylem_sap_13(X)
& same_type_2(fn_ascent_of_xylem_sap_11(X),fn_ascent_of_xylem_sap_10(X))
& same_type_2(fn_ascent_of_xylem_sap_10(X),fn_ascent_of_xylem_sap_11(X))
& is_above_2(fn_ascent_of_xylem_sap_12(X),fn_ascent_of_xylem_sap_11(X))
& is_at_2(fn_ascent_of_xylem_sap_10(X),fn_ascent_of_xylem_sap_12(X))
& has_part_2(fn_ascent_of_xylem_sap_14(X),fn_ascent_of_xylem_sap_10(X))
& has_part_2(fn_ascent_of_xylem_sap_14(X),fn_ascent_of_xylem_sap_11(X))
& object_2(fn_ascent_of_xylem_sap_15(X),fn_ascent_of_xylem_sap_11(X))
& agent_2(fn_ascent_of_xylem_sap_15(X),fn_ascent_of_xylem_sap_10(X))
& object_2(fn_ascent_of_xylem_sap_15(X),fn_ascent_of_xylem_sap_10(X))
& base_2(fn_ascent_of_xylem_sap_15(X),fn_ascent_of_xylem_sap_14(X))
& called_2(fn_ascent_of_xylem_sap_10(X),"1")
& agent_2(fn_ascent_of_xylem_sap_15(X),fn_ascent_of_xylem_sap_11(X))
& has_region_2(fn_ascent_of_xylem_sap_14(X),fn_ascent_of_xylem_sap_12(X))
& object_2(fn_ascent_of_xylem_sap_18(X),fn_ascent_of_xylem_sap_10(X))
& agent_2(fn_ascent_of_xylem_sap_18(X),fn_ascent_of_xylem_sap_23(X))
& has_part_2(fn_ascent_of_xylem_sap_23(X),fn_ascent_of_xylem_sap_21(X))
& has_part_2(fn_ascent_of_xylem_sap_22(X),fn_ascent_of_xylem_sap_23(X))
& has_part_2(fn_ascent_of_xylem_sap_19(X),fn_ascent_of_xylem_sap_22(X))
& agent_2(fn_ascent_of_xylem_sap_18(X),fn_ascent_of_xylem_sap_10(X))
& object_2(fn_ascent_of_xylem_sap_18(X),fn_ascent_of_xylem_sap_23(X))
& fn_ascent_of_xylem_sap_21(X) = fn_chemical_reaction_2(fn_ascent_of_xylem_sap_20(X))
& fn_ascent_of_xylem_sap_23(X) = fn_chemical_reaction_1(fn_ascent_of_xylem_sap_20(X))
& fn_ascent_of_xylem_sap_19(X) = fn_vascular_tissue_1(fn_ascent_of_xylem_sap_17(X))
& fn_ascent_of_xylem_sap_13(X) = fn_solution_5(fn_ascent_of_xylem_sap_16(X))
& fn_ascent_of_xylem_sap_14(X) = fn_solution_6(fn_ascent_of_xylem_sap_16(X))
& fn_ascent_of_xylem_sap_23(X) = fn_adhesion_1(fn_ascent_of_xylem_sap_18(X))
& fn_ascent_of_xylem_sap_10(X) = fn_adhesion_2(fn_ascent_of_xylem_sap_18(X))
& fn_ascent_of_xylem_sap_18(X) = fn_water_molecule_75(fn_ascent_of_xylem_sap_10(X))
& fn_ascent_of_xylem_sap_23(X) = fn_plant_cell_22(fn_ascent_of_xylem_sap_19(X))
& fn_ascent_of_xylem_sap_22(X) = fn_plant_cell_82(fn_ascent_of_xylem_sap_19(X))
& fn_ascent_of_xylem_sap_10(X) = fn_cellulose_33(fn_ascent_of_xylem_sap_23(X))
& fn_ascent_of_xylem_sap_18(X) = fn_hydrophilic_compound_2(fn_ascent_of_xylem_sap_23(X))
& fn_ascent_of_xylem_sap_18(X) = fn_cellulose_34(fn_ascent_of_xylem_sap_23(X))
& fn_ascent_of_xylem_sap_21(X) = fn_cellulose_37(fn_ascent_of_xylem_sap_23(X))
& fn_ascent_of_xylem_sap_21(X) = fn_cellulose_35(fn_ascent_of_xylem_sap_23(X))
& fn_ascent_of_xylem_sap_10(X) = fn_water_98(fn_ascent_of_xylem_sap_14(X))
& fn_ascent_of_xylem_sap_15(X) = fn_water_78(fn_ascent_of_xylem_sap_14(X))
& fn_ascent_of_xylem_sap_11(X) = fn_water_83(fn_ascent_of_xylem_sap_14(X))
& fn_ascent_of_xylem_sap_12(X) = fn_water_14(fn_ascent_of_xylem_sap_14(X))
& fn_water_molecule_75(fn_ascent_of_xylem_sap_10(X)) = fn_hydrophilic_compound_2(fn_ascent_of_xylem_sap_23(X))
& fn_hydrophilic_compound_2(fn_ascent_of_xylem_sap_23(X)) = fn_water_molecule_75(fn_ascent_of_xylem_sap_10(X))
& fn_water_molecule_75(fn_ascent_of_xylem_sap_10(X)) = fn_cellulose_34(fn_ascent_of_xylem_sap_23(X))
& fn_cellulose_34(fn_ascent_of_xylem_sap_23(X)) = fn_cellulose_34(fn_ascent_of_xylem_sap_23(X))
& fn_cellulose_34(fn_ascent_of_xylem_sap_23(X)) = fn_chemical_reaction_2(fn_ascent_of_xylem_sap_20(X))
& fn_chemical_reaction_2(fn_ascent_of_xylem_sap_20(X)) = fn_cellulose_37(fn_ascent_of_xylem_sap_23(X))
& fn_cellulose_37(fn_ascent_of_xylem_sap_23(X)) = fn_cellulose_37(fn_ascent_of_xylem_sap_23(X))
& fn_cellulose_37(fn_ascent_of_xylem_sap_23(X)) = fn_cellulose_35(fn_ascent_of_xylem_sap_23(X))
& fn_cellulose_35(fn_ascent_of_xylem_sap_23(X)) = fn_chemical_reaction_1(fn_ascent_of_xylem_sap_20(X))
& fn_chemical_reaction_1(fn_ascent_of_xylem_sap_20(X)) = fn_adhesion_1(fn_ascent_of_xylem_sap_18(X))
& fn_adhesion_1(fn_ascent_of_xylem_sap_18(X)) = fn_adhesion_1(fn_ascent_of_xylem_sap_18(X))
& fn_adhesion_1(fn_ascent_of_xylem_sap_18(X)) = fn_plant_cell_22(fn_ascent_of_xylem_sap_19(X))
& fn_plant_cell_22(fn_ascent_of_xylem_sap_19(X)) = fn_adhesion_2(fn_ascent_of_xylem_sap_18(X))
& fn_adhesion_2(fn_ascent_of_xylem_sap_18(X)) = fn_cellulose_33(fn_ascent_of_xylem_sap_23(X))
& fn_cellulose_33(fn_ascent_of_xylem_sap_23(X)) = fn_cellulose_33(fn_ascent_of_xylem_sap_23(X))
& fn_cellulose_33(fn_ascent_of_xylem_sap_23(X)) = fn_water_98(fn_ascent_of_xylem_sap_14(X))
& fn_water_98(fn_ascent_of_xylem_sap_14(X)) = fn_water_98(fn_ascent_of_xylem_sap_14(X)) ) ) ).
fof(a527613,axiom,
! [X] :
( ascocarp_1(X)
=> ( original_name_2(X,'Ascocarp')
& user_description_2(X,'The fruiting body of an ascomycete fungus.')
& concept2words_2(X,ascocarp)
& fungal_organ_1(X)
& ~ basidiocarp_1(X)
& ~ truffle_1(X) ) ) ).
fof(a527614,axiom,
! [X] :
( ascomycete_1(X)
=> ( original_name_2(X,'Ascomycete')
& user_description_2(X,'Fungi from the phylum Ascomycota. The defining feature of the Ascomycota is the production of sexual spores in saclike asci (singular, ascus ).')
& concept2words_2(X,'sac fungi')
& concept2words_2(X,'sac-fungi')
& concept2words_2(X,ascomycete)
& fungus_1(X)
& ~ chytrid_1(X)
& ~ club_fungus_1(X)
& ~ deuteromycete_1(X)
& ~ glomeromycete_1(X)
& ~ symbiotic_fungi_1(X)
& ~ zygomycete_1(X) ) ) ).
fof(a527615,axiom,
! [X] :
( ascus_1(X)
=> ( original_name_2(X,'Ascus')
& user_description_2(X,'A capsule, containing usually 8 sexually produced ascospores, located at the distal end of a dikaryotic hypha in ascomycete fungi.')
& concept2words_2(X,ascus)
& fungal_tissue_1(X)
& ~ hypha_1(X)
& ~ mycelium_1(X)
& ~ zygosporangium_1(X) ) ) ).
fof(a527616,axiom,
! [X] :
( asexual_reproduction_1(X)
=> ( original_name_2(X,'Asexual-Reproduction')
& user_description_2(X,'Any method of producing offspring from a single parent without the fusion of gametes. Examples of asexual reproduction include binary fission, budding, and fragmentation. The offspring of asexual reproduction are genetically identical to each other and to their parent.')
& concept2words_2(X,reproduce)
& concept2words_2(X,'asexual reproduction')
& concept2words_2(X,'asexual-reproduction')
& reproduce_1(X)
& ~ sexual_reproduction_1(X)
& organism_1(fn_asexual_reproduction_1(X))
& organism_1(fn_asexual_reproduction_2(X))
& agent_2(X,fn_asexual_reproduction_1(X))
& base_2(X,fn_asexual_reproduction_1(X))
& result_2(X,fn_asexual_reproduction_2(X))
& fn_asexual_reproduction_2(X) = fn_reproduce_2(X)
& fn_asexual_reproduction_1(X) = fn_reproduce_1(X) ) ) ).
fof(a527617,axiom,
! [X] :
( asian_ladybug_1(X)
=> ( original_name_2(X,'Asian-Ladybug')
& user_description_2(X,'A large coccinellid beetle originally native to eastern Asia, but which has been introduced to North America and Europe to control aphids and scale insects.')
& concept2words_2(X,'ladybug of asian')
& concept2words_2(X,'asian ladybug')
& concept2words_2(X,'asian-ladybug')
& beetle_1(X)
& ~ bombardier_beetle_1(X) ) ) ).
fof(a527618,axiom,
! [X] :
( asparagine_1(X)
=> ( original_name_2(X,'Asparagine')
& user_description_2(X,'One of the 20 most common amino acids which make up proteins.')
& concept2words_2(X,asparagine)
& polar_amino_acid_1(X)
& valence_electron_1(fn_asparagine_1(X))
& hydrophilic_region_1(fn_asparagine_2(X))
& functional_group_1(fn_asparagine_5(X))
& carboxyl_group_1(fn_asparagine_5(X))
& polar_side_chain_1(fn_asparagine_6(X))
& end_1(fn_asparagine_7(X))
& polar_region_1(fn_asparagine_8(X))
& kinetic_energy_1(fn_asparagine_9(X))
& entity_1(fn_asparagine_10(X))
& chemical_entity_1(fn_asparagine_10(X))
& atom_1(fn_asparagine_10(X))
& hydrogen_1(fn_asparagine_10(X))
& constant_motion_1(fn_asparagine_11(X))
& speed_value_1(fn_asparagine_12(X))
& quantity_value_1(fn_asparagine_13(X))
& share_1(fn_asparagine_14(X))
& share_1(fn_asparagine_15(X))
& share_1(fn_asparagine_16(X))
& share_1(fn_asparagine_17(X))
& share_1(fn_asparagine_18(X))
& share_1(fn_asparagine_19(X))
& hold_together_1(fn_asparagine_20(X))
& hold_together_1(fn_asparagine_21(X))
& hold_1(fn_asparagine_22(X))
& hold_together_1(fn_asparagine_22(X))
& hold_1(fn_asparagine_23(X))
& hold_together_1(fn_asparagine_23(X))
& hold_together_1(fn_asparagine_24(X))
& electron_shell_1(fn_asparagine_25(X))
& electron_shell_1(fn_asparagine_26(X))
& share_1(fn_asparagine_27(X))
& atomic_nucleus_1(fn_asparagine_28(X))
& electron_shell_1(fn_asparagine_29(X))
& entity_1(fn_asparagine_30(X))
& tangible_entity_1(fn_asparagine_30(X))
& electron_1(fn_asparagine_30(X))
& valence_electron_1(fn_asparagine_30(X))
& tangible_entity_1(fn_asparagine_31(X))
& electron_1(fn_asparagine_31(X))
& valence_electron_1(fn_asparagine_31(X))
& atomic_nucleus_1(fn_asparagine_32(X))
& electron_shell_1(fn_asparagine_33(X))
& entity_1(fn_asparagine_34(X))
& tangible_entity_1(fn_asparagine_34(X))
& electron_1(fn_asparagine_34(X))
& valence_electron_1(fn_asparagine_34(X))
& tangible_entity_1(fn_asparagine_35(X))
& electron_1(fn_asparagine_35(X))
& entity_1(fn_asparagine_35(X))
& valence_electron_1(fn_asparagine_35(X))
& share_1(fn_asparagine_36(X))
& amino_group_1(fn_asparagine_37(X))
& carbonyl_group_1(fn_asparagine_38(X))
& entity_1(fn_asparagine_39(X))
& oxygen_1(fn_asparagine_39(X))
& entity_1(fn_asparagine_40(X))
& oxygen_1(fn_asparagine_40(X))
& entity_1(fn_asparagine_41(X))
& chemical_entity_1(fn_asparagine_41(X))
& atom_1(fn_asparagine_41(X))
& hydrogen_1(fn_asparagine_41(X))
& chemical_entity_1(fn_asparagine_42(X))
& tangible_entity_1(fn_asparagine_42(X))
& entity_1(fn_asparagine_42(X))
& atom_1(fn_asparagine_42(X))
& nitrogen_1(fn_asparagine_42(X))
& amino_group_1(fn_asparagine_43(X))
& tangible_entity_1(fn_asparagine_44(X))
& entity_1(fn_asparagine_44(X))
& chemical_entity_1(fn_asparagine_44(X))
& atom_1(fn_asparagine_44(X))
& carbon_1(fn_asparagine_44(X))
& carbon_skeleton_1(fn_asparagine_45(X))
& single_bond_1(fn_asparagine_46(X))
& oxaloacetate_1(fn_asparagine_47(X))
& synthesis_reaction_1(fn_asparagine_48(X))
& share_1(fn_asparagine_49(X))
& tangible_entity_1(fn_asparagine_50(X))
& electron_1(fn_asparagine_50(X))
& entity_1(fn_asparagine_50(X))
& valence_electron_1(fn_asparagine_50(X))
& chemical_entity_1(fn_chemical_reaction_2(fn_asparagine_48(X)))
& hold_together_1(fn_carboxyl_group_55(fn_asparagine_5(X)))
& share_1(fn_carboxyl_group_49(fn_asparagine_5(X)))
& entity_1(fn_share_2(fn_asparagine_49(X)))
& tangible_entity_1(fn_amino_group_20(fn_asparagine_37(X)))
& entity_1(fn_amino_group_20(fn_asparagine_37(X)))
& atom_1(fn_amino_group_20(fn_asparagine_37(X)))
& nitrogen_1(fn_amino_group_20(fn_asparagine_37(X)))
& chemical_entity_1(fn_functional_group_1(fn_asparagine_38(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_asparagine_48(X)))
& chemical_entity_1(fn_functional_group_1(fn_asparagine_5(X)))
& entity_1(fn_carboxyl_group_21(fn_asparagine_5(X)))
& valence_electron_1(fn_carboxyl_group_21(fn_asparagine_5(X)))
& electron_shell_1(fn_carboxyl_group_16(fn_asparagine_5(X)))
& electron_shell_1(fn_carboxyl_group_63(fn_asparagine_5(X)))
& electron_shell_1(fn_carboxyl_group_22(fn_asparagine_5(X)))
& tangible_entity_1(fn_carboxyl_group_58(fn_asparagine_5(X)))
& electron_1(fn_carboxyl_group_58(fn_asparagine_5(X)))
& valence_electron_1(fn_carboxyl_group_58(fn_asparagine_5(X)))
& electron_1(fn_carboxyl_group_40(fn_asparagine_5(X)))
& valence_electron_1(fn_carboxyl_group_40(fn_asparagine_5(X)))
& entity_1(fn_carboxyl_group_17(fn_asparagine_5(X)))
& tangible_entity_1(fn_carboxyl_group_17(fn_asparagine_5(X)))
& electron_1(fn_carboxyl_group_17(fn_asparagine_5(X)))
& valence_electron_1(fn_carboxyl_group_17(fn_asparagine_5(X)))
& electron_1(fn_carboxyl_group_62(fn_asparagine_5(X)))
& valence_electron_1(fn_carboxyl_group_62(fn_asparagine_5(X)))
& atomic_nucleus_1(fn_carboxyl_group_57(fn_asparagine_5(X)))
& atomic_nucleus_1(fn_carboxyl_group_46(fn_asparagine_5(X)))
& atomic_nucleus_1(fn_carboxyl_group_65(fn_asparagine_5(X)))
& hold_together_1(fn_carboxyl_group_67(fn_asparagine_5(X)))
& single_bond_1(fn_carboxyl_group_69(fn_asparagine_5(X)))
& hold_together_1(fn_carboxyl_group_47(fn_asparagine_5(X)))
& entity_1(fn_carboxyl_group_19(fn_asparagine_5(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_asparagine_5(X)))
& atom_1(fn_carboxyl_group_19(fn_asparagine_5(X)))
& carbon_1(fn_carboxyl_group_19(fn_asparagine_5(X)))
& share_1(fn_carboxyl_group_56(fn_asparagine_5(X)))
& oxygen_1(fn_carboxyl_group_23(fn_asparagine_5(X)))
& oxygen_1(fn_carboxyl_group_24(fn_asparagine_5(X)))
& entity_1(fn_carboxyl_group_25(fn_asparagine_5(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_asparagine_5(X)))
& atom_1(fn_carboxyl_group_25(fn_asparagine_5(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_asparagine_5(X)))
& is_inside_2(fn_asparagine_7(X),fn_asparagine_6(X))
& is_at_2(fn_asparagine_2(X),fn_asparagine_38(X))
& fn_asparagine_37(X) != fn_asparagine_43(X)
& fn_asparagine_43(X) != fn_asparagine_37(X)
& object_2(fn_asparagine_49(X),fn_asparagine_1(X))
& fn_asparagine_50(X) != fn_asparagine_1(X)
& fn_asparagine_1(X) != fn_asparagine_50(X)
& object_2(fn_asparagine_49(X),fn_asparagine_50(X))
& raw_material_2(fn_asparagine_48(X),fn_asparagine_47(X))
& is_inside_2(fn_asparagine_42(X),fn_asparagine_37(X))
& has_region_2(X,fn_asparagine_38(X))
& result_2(fn_asparagine_48(X),X)
& has_region_2(X,fn_asparagine_6(X))
& is_inside_2(fn_asparagine_8(X),fn_asparagine_6(X))
& has_region_2(X,fn_asparagine_8(X))
& has_region_2(X,fn_asparagine_43(X))
& is_inside_2(fn_asparagine_41(X),fn_asparagine_43(X))
& possesses_2(X,fn_asparagine_9(X))
& quantity_2(fn_asparagine_9(X),fn_asparagine_13(X))
& directly_proportional_2(fn_asparagine_12(X),fn_asparagine_13(X))
& speed_2(fn_asparagine_11(X),fn_asparagine_12(X))
& object_2(fn_asparagine_11(X),X)
& has_region_2(fn_asparagine_42(X),fn_asparagine_32(X))
& has_part_2(fn_asparagine_42(X),fn_asparagine_31(X))
& has_region_2(fn_asparagine_42(X),fn_asparagine_33(X))
& object_2(fn_asparagine_24(X),fn_asparagine_39(X))
& is_inside_2(fn_asparagine_42(X),fn_asparagine_43(X))
& object_2(fn_asparagine_22(X),fn_asparagine_44(X))
& has_part_2(X,fn_asparagine_40(X))
& object_2(fn_asparagine_18(X),fn_asparagine_34(X))
& has_region_2(X,fn_asparagine_7(X))
& agent_2(fn_asparagine_17(X),fn_asparagine_40(X))
& agent_2(fn_asparagine_49(X),fn_asparagine_39(X))
& agent_2(fn_asparagine_27(X),fn_asparagine_41(X))
& agent_2(fn_asparagine_27(X),fn_asparagine_42(X))
& is_between_2(fn_asparagine_46(X),fn_asparagine_42(X))
& result_2(fn_asparagine_27(X),fn_asparagine_46(X))
& has_part_2(X,fn_asparagine_41(X))
& object_2(fn_asparagine_23(X),fn_asparagine_41(X))
& object_2(fn_asparagine_23(X),fn_asparagine_44(X))
& agent_2(fn_asparagine_36(X),fn_asparagine_44(X))
& object_2(fn_asparagine_36(X),fn_asparagine_50(X))
& agent_2(fn_asparagine_17(X),fn_asparagine_44(X))
& object_2(fn_asparagine_17(X),fn_asparagine_34(X))
& object_2(fn_asparagine_19(X),fn_asparagine_34(X))
& agent_2(fn_asparagine_19(X),fn_asparagine_44(X))
& object_2(fn_asparagine_21(X),fn_asparagine_44(X))
& has_part_2(X,fn_asparagine_42(X))
& has_part_2(X,fn_asparagine_39(X))
& object_2(fn_asparagine_23(X),fn_asparagine_39(X))
& object_2(fn_asparagine_23(X),fn_asparagine_40(X))
& object_2(fn_asparagine_22(X),fn_asparagine_40(X))
& object_2(fn_asparagine_15(X),fn_asparagine_35(X))
& object_2(fn_asparagine_16(X),fn_asparagine_35(X))
& agent_2(fn_asparagine_16(X),fn_asparagine_44(X))
& fn_asparagine_42(X) != fn_asparagine_44(X)
& fn_asparagine_44(X) != fn_asparagine_42(X)
& has_part_2(X,fn_asparagine_44(X))
& possesses_2(X,fn_asparagine_46(X))
& is_between_2(fn_asparagine_46(X),fn_asparagine_41(X))
& fn_asparagine_42(X) != fn_asparagine_41(X)
& fn_asparagine_41(X) != fn_asparagine_42(X)
& agent_2(fn_asparagine_15(X),fn_asparagine_44(X))
& agent_2(fn_asparagine_15(X),fn_asparagine_39(X))
& agent_2(fn_asparagine_18(X),fn_asparagine_39(X))
& agent_2(fn_asparagine_18(X),fn_asparagine_44(X))
& fn_asparagine_44(X) != fn_asparagine_41(X)
& fn_asparagine_41(X) != fn_asparagine_44(X)
& has_part_2(X,fn_asparagine_10(X))
& fn_asparagine_10(X) != fn_asparagine_44(X)
& is_inside_2(fn_asparagine_44(X),fn_asparagine_45(X))
& has_region_2(X,fn_asparagine_45(X))
& has_region_2(X,fn_asparagine_5(X))
& fn_asparagine_44(X) != fn_asparagine_10(X)
& has_region_2(X,fn_asparagine_37(X))
& is_inside_2(fn_asparagine_41(X),fn_asparagine_37(X))
& fn_asparagine_41(X) != fn_asparagine_10(X)
& fn_asparagine_10(X) != fn_asparagine_41(X)
& fn_asparagine_42(X) != fn_asparagine_10(X)
& fn_asparagine_10(X) != fn_asparagine_42(X)
& object_2(fn_asparagine_24(X),fn_asparagine_44(X))
& object_2(fn_asparagine_14(X),fn_asparagine_35(X))
& has_region_2(fn_asparagine_40(X),fn_asparagine_26(X))
& has_region_2(fn_asparagine_41(X),fn_asparagine_29(X))
& fn_asparagine_33(X) != fn_asparagine_29(X)
& fn_asparagine_29(X) != fn_asparagine_33(X)
& has_region_2(fn_asparagine_44(X),fn_asparagine_25(X))
& fn_asparagine_26(X) != fn_asparagine_25(X)
& fn_asparagine_25(X) != fn_asparagine_26(X)
& object_2(fn_asparagine_27(X),fn_asparagine_31(X))
& object_2(fn_asparagine_27(X),fn_asparagine_30(X))
& is_near_2(fn_asparagine_32(X),fn_asparagine_31(X))
& is_near_2(fn_asparagine_31(X),fn_asparagine_32(X))
& has_part_2(fn_asparagine_41(X),fn_asparagine_30(X))
& is_near_2(fn_asparagine_28(X),fn_asparagine_30(X))
& is_near_2(fn_asparagine_30(X),fn_asparagine_28(X))
& fn_asparagine_31(X) != fn_asparagine_30(X)
& fn_asparagine_30(X) != fn_asparagine_31(X)
& object_2(fn_asparagine_22(X),fn_asparagine_39(X))
& object_2(fn_asparagine_22(X),fn_asparagine_41(X))
& has_region_2(fn_asparagine_41(X),fn_asparagine_28(X))
& fn_asparagine_32(X) != fn_asparagine_28(X)
& fn_asparagine_28(X) != fn_asparagine_32(X)
& is_between_2(fn_asparagine_46(X),fn_asparagine_44(X))
& is_between_2(fn_asparagine_46(X),fn_asparagine_39(X))
& object_2(fn_asparagine_20(X),fn_asparagine_39(X))
& object_2(fn_asparagine_20(X),fn_asparagine_44(X))
& is_inside_2(fn_asparagine_44(X),fn_asparagine_5(X))
& agent_2(fn_asparagine_14(X),fn_asparagine_44(X))
& agent_2(fn_asparagine_14(X),fn_asparagine_40(X))
& object_2(fn_asparagine_21(X),fn_asparagine_40(X))
& fn_asparagine_44(X) != fn_asparagine_40(X)
& fn_asparagine_40(X) != fn_asparagine_44(X)
& agent_2(fn_asparagine_49(X),fn_asparagine_40(X))
& agent_2(fn_asparagine_49(X),fn_asparagine_44(X))
& fn_asparagine_44(X) != fn_asparagine_39(X)
& fn_asparagine_39(X) != fn_asparagine_44(X)
& fn_asparagine_40(X) != fn_asparagine_39(X)
& fn_asparagine_39(X) != fn_asparagine_40(X)
& is_inside_2(fn_asparagine_10(X),fn_asparagine_5(X))
& fn_asparagine_10(X) != fn_asparagine_40(X)
& is_inside_2(fn_asparagine_40(X),fn_asparagine_5(X))
& is_inside_2(fn_asparagine_39(X),fn_asparagine_5(X))
& has_region_2(fn_asparagine_39(X),fn_asparagine_26(X))
& fn_asparagine_40(X) != fn_asparagine_10(X)
& fn_asparagine_50(X) = fn_share_2(fn_asparagine_49(X))
& fn_asparagine_47(X) = fn_chemical_reaction_2(fn_asparagine_48(X))
& fn_asparagine_42(X) = fn_amino_group_20(fn_asparagine_37(X))
& X = fn_functional_group_1(fn_asparagine_38(X))
& X = fn_chemical_reaction_1(fn_asparagine_48(X))
& fn_asparagine_8(X) = fn_polar_amino_acid_1(X)
& fn_asparagine_6(X) = fn_polar_amino_acid_2(X)
& fn_asparagine_4(X) = fn_amino_acid_3(X)
& fn_asparagine_3(X) = fn_amino_acid_4(X)
& fn_asparagine_41(X) = fn_amino_acid_22(X)
& fn_asparagine_43(X) = fn_amino_acid_25(X)
& fn_asparagine_11(X) = fn_amino_acid_5(X)
& fn_asparagine_12(X) = fn_amino_acid_6(X)
& fn_asparagine_13(X) = fn_amino_acid_7(X)
& fn_asparagine_9(X) = fn_amino_acid_16(X)
& fn_asparagine_32(X) = fn_hydrophilic_amino_acid_13(X)
& fn_asparagine_31(X) = fn_hydrophilic_amino_acid_12(X)
& fn_asparagine_33(X) = fn_hydrophilic_amino_acid_14(X)
& fn_asparagine_24(X) = fn_hydrophilic_amino_acid_2(X)
& fn_asparagine_43(X) = fn_hydrophilic_amino_acid_25(X)
& fn_asparagine_22(X) = fn_hydrophilic_amino_acid_2(X)
& fn_asparagine_7(X) = fn_hydrophilic_amino_acid_23(X)
& fn_asparagine_40(X) = fn_hydrophilic_amino_acid_32(X)
& fn_asparagine_49(X) = fn_hydrophilic_amino_acid_4(X)
& fn_asparagine_27(X) = fn_hydrophilic_amino_acid_8(X)
& fn_asparagine_50(X) = fn_hydrophilic_amino_acid_6(X)
& fn_asparagine_36(X) = fn_hydrophilic_amino_acid_5(X)
& fn_asparagine_23(X) = fn_hydrophilic_amino_acid_7(X)
& fn_asparagine_21(X) = fn_hydrophilic_amino_acid_1(X)
& fn_asparagine_19(X) = fn_hydrophilic_amino_acid_19(X)
& fn_asparagine_34(X) = fn_hydrophilic_amino_acid_22(X)
& fn_asparagine_17(X) = fn_hydrophilic_amino_acid_18(X)
& fn_asparagine_22(X) = fn_hydrophilic_amino_acid_7(X)
& fn_asparagine_40(X) = fn_hydrophilic_amino_acid_31(X)
& fn_asparagine_23(X) = fn_hydrophilic_amino_acid_1(X)
& fn_asparagine_39(X) = fn_hydrophilic_amino_acid_32(X)
& fn_asparagine_16(X) = fn_hydrophilic_amino_acid_4(X)
& fn_asparagine_35(X) = fn_hydrophilic_amino_acid_6(X)
& fn_asparagine_46(X) = fn_hydrophilic_amino_acid_28(X)
& fn_asparagine_18(X) = fn_hydrophilic_amino_acid_17(X)
& fn_asparagine_39(X) = fn_hydrophilic_amino_acid_31(X)
& fn_asparagine_15(X) = fn_hydrophilic_amino_acid_3(X)
& X = fn_functional_group_1(fn_asparagine_5(X))
& fn_asparagine_5(X) = fn_hydrophilic_amino_acid_26(X)
& fn_asparagine_45(X) = fn_hydrophilic_amino_acid_27(X)
& fn_asparagine_44(X) = fn_hydrophilic_amino_acid_34(X)
& fn_asparagine_42(X) = fn_hydrophilic_amino_acid_29(X)
& fn_asparagine_10(X) = fn_hydrophilic_amino_acid_33(X)
& fn_asparagine_41(X) = fn_hydrophilic_amino_acid_30(X)
& fn_asparagine_37(X) = fn_hydrophilic_amino_acid_25(X)
& fn_asparagine_24(X) = fn_carboxyl_group_47(fn_asparagine_5(X))
& fn_asparagine_35(X) = fn_carboxyl_group_21(fn_asparagine_5(X))
& fn_asparagine_29(X) = fn_carboxyl_group_22(fn_asparagine_5(X))
& fn_asparagine_33(X) = fn_carboxyl_group_16(fn_asparagine_5(X))
& fn_asparagine_29(X) = fn_carboxyl_group_63(fn_asparagine_5(X))
& fn_asparagine_25(X) = fn_carboxyl_group_63(fn_asparagine_5(X))
& fn_asparagine_25(X) = fn_carboxyl_group_22(fn_asparagine_5(X))
& fn_asparagine_30(X) = fn_carboxyl_group_17(fn_asparagine_5(X))
& fn_asparagine_27(X) = fn_carboxyl_group_56(fn_asparagine_5(X))
& fn_asparagine_31(X) = fn_carboxyl_group_58(fn_asparagine_5(X))
& fn_asparagine_31(X) = fn_carboxyl_group_40(fn_asparagine_5(X))
& fn_asparagine_30(X) = fn_carboxyl_group_62(fn_asparagine_5(X))
& fn_asparagine_28(X) = fn_carboxyl_group_46(fn_asparagine_5(X))
& fn_asparagine_32(X) = fn_carboxyl_group_57(fn_asparagine_5(X))
& fn_asparagine_28(X) = fn_carboxyl_group_65(fn_asparagine_5(X))
& fn_asparagine_41(X) = fn_carboxyl_group_25(fn_asparagine_5(X))
& fn_asparagine_22(X) = fn_carboxyl_group_67(fn_asparagine_5(X))
& fn_asparagine_20(X) = fn_carboxyl_group_55(fn_asparagine_5(X))
& fn_asparagine_46(X) = fn_carboxyl_group_69(fn_asparagine_5(X))
& fn_asparagine_21(X) = fn_carboxyl_group_47(fn_asparagine_5(X))
& fn_asparagine_14(X) = fn_carboxyl_group_49(fn_asparagine_5(X))
& fn_asparagine_40(X) = fn_carboxyl_group_23(fn_asparagine_5(X))
& fn_asparagine_39(X) = fn_carboxyl_group_24(fn_asparagine_5(X))
& fn_asparagine_44(X) = fn_carboxyl_group_19(fn_asparagine_5(X))
& fn_asparagine_49(X) = fn_carboxyl_group_56(fn_asparagine_5(X))
& fn_asparagine_26(X) = fn_carboxyl_group_16(fn_asparagine_5(X))
& fn_asparagine_39(X) = fn_carboxyl_group_23(fn_asparagine_5(X))
& fn_asparagine_40(X) = fn_carboxyl_group_24(fn_asparagine_5(X))
& fn_asparagine_10(X) = fn_carboxyl_group_25(fn_asparagine_5(X))
& fn_amino_acid_25(X) = fn_amino_acid_25(X)
& fn_amino_acid_25(X) = fn_hydrophilic_amino_acid_25(X)
& fn_hydrophilic_amino_acid_25(X) = fn_share_2(fn_asparagine_49(X))
& fn_share_2(fn_asparagine_49(X)) = fn_hydrophilic_amino_acid_6(X)
& fn_hydrophilic_amino_acid_6(X) = fn_hydrophilic_amino_acid_7(X)
& fn_hydrophilic_amino_acid_7(X) = fn_hydrophilic_amino_acid_1(X)
& fn_hydrophilic_amino_acid_1(X) = fn_hydrophilic_amino_acid_1(X)
& fn_hydrophilic_amino_acid_1(X) = fn_amino_group_20(fn_asparagine_37(X))
& fn_amino_group_20(fn_asparagine_37(X)) = fn_hydrophilic_amino_acid_29(X)
& fn_hydrophilic_amino_acid_29(X) = fn_hydrophilic_amino_acid_29(X)
& fn_hydrophilic_amino_acid_29(X) = fn_functional_group_1(fn_asparagine_38(X))
& fn_functional_group_1(fn_asparagine_38(X)) = fn_chemical_reaction_1(fn_asparagine_48(X))
& fn_chemical_reaction_1(fn_asparagine_48(X)) = fn_functional_group_1(fn_asparagine_5(X))
& fn_functional_group_1(fn_asparagine_5(X)) = fn_hydrophilic_amino_acid_2(X)
& fn_hydrophilic_amino_acid_2(X) = fn_carboxyl_group_47(fn_asparagine_5(X))
& fn_carboxyl_group_47(fn_asparagine_5(X)) = fn_hydrophilic_amino_acid_6(X)
& fn_hydrophilic_amino_acid_6(X) = fn_hydrophilic_amino_acid_6(X)
& fn_hydrophilic_amino_acid_6(X) = fn_carboxyl_group_21(fn_asparagine_5(X))
& fn_carboxyl_group_21(fn_asparagine_5(X)) = fn_hydrophilic_amino_acid_14(X)
& fn_hydrophilic_amino_acid_14(X) = fn_carboxyl_group_16(fn_asparagine_5(X))
& fn_carboxyl_group_16(fn_asparagine_5(X)) = fn_carboxyl_group_16(fn_asparagine_5(X))
& fn_carboxyl_group_16(fn_asparagine_5(X)) = fn_carboxyl_group_22(fn_asparagine_5(X))
& fn_carboxyl_group_22(fn_asparagine_5(X)) = fn_carboxyl_group_63(fn_asparagine_5(X))
& fn_carboxyl_group_63(fn_asparagine_5(X)) = fn_carboxyl_group_63(fn_asparagine_5(X))
& fn_carboxyl_group_63(fn_asparagine_5(X)) = fn_carboxyl_group_22(fn_asparagine_5(X))
& fn_carboxyl_group_22(fn_asparagine_5(X)) = fn_carboxyl_group_22(fn_asparagine_5(X))
& fn_carboxyl_group_22(fn_asparagine_5(X)) = fn_hydrophilic_amino_acid_8(X)
& fn_hydrophilic_amino_acid_8(X) = fn_hydrophilic_amino_acid_8(X)
& fn_hydrophilic_amino_acid_8(X) = fn_carboxyl_group_56(fn_asparagine_5(X))
& fn_carboxyl_group_56(fn_asparagine_5(X)) = fn_hydrophilic_amino_acid_12(X)
& fn_hydrophilic_amino_acid_12(X) = fn_carboxyl_group_58(fn_asparagine_5(X))
& fn_carboxyl_group_58(fn_asparagine_5(X)) = fn_carboxyl_group_58(fn_asparagine_5(X))
& fn_carboxyl_group_58(fn_asparagine_5(X)) = fn_carboxyl_group_40(fn_asparagine_5(X))
& fn_carboxyl_group_40(fn_asparagine_5(X)) = fn_carboxyl_group_40(fn_asparagine_5(X))
& fn_carboxyl_group_40(fn_asparagine_5(X)) = fn_carboxyl_group_17(fn_asparagine_5(X))
& fn_carboxyl_group_17(fn_asparagine_5(X)) = fn_carboxyl_group_62(fn_asparagine_5(X))
& fn_carboxyl_group_62(fn_asparagine_5(X)) = fn_carboxyl_group_62(fn_asparagine_5(X))
& fn_carboxyl_group_62(fn_asparagine_5(X)) = fn_hydrophilic_amino_acid_13(X)
& fn_hydrophilic_amino_acid_13(X) = fn_carboxyl_group_57(fn_asparagine_5(X))
& fn_carboxyl_group_57(fn_asparagine_5(X)) = fn_carboxyl_group_57(fn_asparagine_5(X))
& fn_carboxyl_group_57(fn_asparagine_5(X)) = fn_carboxyl_group_65(fn_asparagine_5(X))
& fn_carboxyl_group_65(fn_asparagine_5(X)) = fn_carboxyl_group_46(fn_asparagine_5(X))
& fn_carboxyl_group_46(fn_asparagine_5(X)) = fn_carboxyl_group_65(fn_asparagine_5(X))
& fn_carboxyl_group_65(fn_asparagine_5(X)) = fn_carboxyl_group_65(fn_asparagine_5(X))
& fn_carboxyl_group_65(fn_asparagine_5(X)) = fn_amino_acid_22(X)
& fn_amino_acid_22(X) = fn_hydrophilic_amino_acid_30(X)
& fn_hydrophilic_amino_acid_30(X) = fn_hydrophilic_amino_acid_30(X)
& fn_hydrophilic_amino_acid_30(X) = fn_carboxyl_group_25(fn_asparagine_5(X))
& fn_carboxyl_group_25(fn_asparagine_5(X)) = fn_hydrophilic_amino_acid_2(X)
& fn_hydrophilic_amino_acid_2(X) = fn_hydrophilic_amino_acid_7(X)
& fn_hydrophilic_amino_acid_7(X) = fn_hydrophilic_amino_acid_7(X)
& fn_hydrophilic_amino_acid_7(X) = fn_carboxyl_group_67(fn_asparagine_5(X))
& fn_carboxyl_group_67(fn_asparagine_5(X)) = fn_carboxyl_group_67(fn_asparagine_5(X))
& fn_carboxyl_group_67(fn_asparagine_5(X)) = fn_hydrophilic_amino_acid_28(X)
& fn_hydrophilic_amino_acid_28(X) = fn_hydrophilic_amino_acid_28(X)
& fn_hydrophilic_amino_acid_28(X) = fn_carboxyl_group_69(fn_asparagine_5(X))
& fn_carboxyl_group_69(fn_asparagine_5(X)) = fn_carboxyl_group_69(fn_asparagine_5(X))
& fn_carboxyl_group_69(fn_asparagine_5(X)) = fn_hydrophilic_amino_acid_1(X)
& fn_hydrophilic_amino_acid_1(X) = fn_carboxyl_group_47(fn_asparagine_5(X))
& fn_carboxyl_group_47(fn_asparagine_5(X)) = fn_hydrophilic_amino_acid_34(X)
& fn_hydrophilic_amino_acid_34(X) = fn_hydrophilic_amino_acid_34(X)
& fn_hydrophilic_amino_acid_34(X) = fn_carboxyl_group_19(fn_asparagine_5(X))
& fn_carboxyl_group_19(fn_asparagine_5(X)) = fn_carboxyl_group_19(fn_asparagine_5(X))
& fn_carboxyl_group_19(fn_asparagine_5(X)) = fn_hydrophilic_amino_acid_4(X)
& fn_hydrophilic_amino_acid_4(X) = fn_carboxyl_group_56(fn_asparagine_5(X))
& fn_carboxyl_group_56(fn_asparagine_5(X)) = fn_carboxyl_group_56(fn_asparagine_5(X))
& fn_carboxyl_group_56(fn_asparagine_5(X)) = fn_hydrophilic_amino_acid_32(X)
& fn_hydrophilic_amino_acid_32(X) = fn_hydrophilic_amino_acid_32(X)
& fn_hydrophilic_amino_acid_31(X) = fn_carboxyl_group_24(fn_asparagine_5(X))
& fn_carboxyl_group_23(fn_asparagine_5(X)) = fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_31(X) = fn_hydrophilic_amino_acid_32(X)
& fn_hydrophilic_amino_acid_32(X) = fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_31(X) = fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_31(X) = fn_carboxyl_group_23(fn_asparagine_5(X))
& fn_carboxyl_group_24(fn_asparagine_5(X)) = fn_carboxyl_group_23(fn_asparagine_5(X))
& fn_carboxyl_group_23(fn_asparagine_5(X)) = fn_carboxyl_group_23(fn_asparagine_5(X))
& fn_carboxyl_group_23(fn_asparagine_5(X)) = fn_carboxyl_group_24(fn_asparagine_5(X))
& fn_carboxyl_group_24(fn_asparagine_5(X)) = fn_carboxyl_group_24(fn_asparagine_5(X))
& fn_carboxyl_group_24(fn_asparagine_5(X)) = fn_hydrophilic_amino_acid_33(X)
& fn_hydrophilic_amino_acid_33(X) = fn_hydrophilic_amino_acid_33(X)
& fn_hydrophilic_amino_acid_33(X) = fn_carboxyl_group_25(fn_asparagine_5(X))
& fn_carboxyl_group_25(fn_asparagine_5(X)) = fn_carboxyl_group_25(fn_asparagine_5(X)) ) ) ).
fof(a527619,axiom,
! [X] :
( aspartic_acid_1(X)
=> ( original_name_2(X,'Aspartic-Acid')
& user_description_2(X,'One of the 20 most common amino acids which make up proteins. On its own, it also functions as a neurotransmitter.')
& concept2words_2(X,'aspartic acid')
& concept2words_2(X,'aspartic-acid')
& acidic_amino_acid_1(X)
& neurotransmitter_1(X)
& ~ acetylcholine_1(X)
& ~ catecholamine_1(X)
& ~ neuropeptide_1(X)
& carbon_skeleton_1(fn_aspartic_acid_3(X))
& functional_group_1(fn_aspartic_acid_4(X))
& amino_group_1(fn_aspartic_acid_4(X))
& covalent_bond_1(fn_aspartic_acid_5(X))
& single_bond_1(fn_aspartic_acid_5(X))
& tangible_entity_1(fn_aspartic_acid_6(X))
& entity_1(fn_aspartic_acid_6(X))
& chemical_entity_1(fn_aspartic_acid_6(X))
& atom_1(fn_aspartic_acid_6(X))
& hydrogen_1(fn_aspartic_acid_6(X))
& chemical_entity_1(fn_aspartic_acid_7(X))
& tangible_entity_1(fn_aspartic_acid_7(X))
& entity_1(fn_aspartic_acid_7(X))
& atom_1(fn_aspartic_acid_7(X))
& nitrogen_1(fn_aspartic_acid_7(X))
& constant_motion_1(fn_aspartic_acid_8(X))
& speed_value_1(fn_aspartic_acid_9(X))
& quantity_value_1(fn_aspartic_acid_10(X))
& end_1(fn_aspartic_acid_11(X))
& tangible_entity_1(fn_aspartic_acid_12(X))
& atom_1(fn_aspartic_acid_12(X))
& entity_1(fn_aspartic_acid_12(X))
& oxygen_1(fn_aspartic_acid_12(X))
& tangible_entity_1(fn_aspartic_acid_13(X))
& atom_1(fn_aspartic_acid_13(X))
& entity_1(fn_aspartic_acid_13(X))
& oxygen_1(fn_aspartic_acid_13(X))
& carboxyl_group_1(fn_aspartic_acid_14(X))
& tangible_entity_1(fn_aspartic_acid_15(X))
& entity_1(fn_aspartic_acid_15(X))
& chemical_entity_1(fn_aspartic_acid_15(X))
& atom_1(fn_aspartic_acid_15(X))
& carbon_1(fn_aspartic_acid_15(X))
& entity_1(fn_aspartic_acid_16(X))
& chemical_entity_1(fn_aspartic_acid_16(X))
& atom_1(fn_aspartic_acid_16(X))
& hydrogen_1(fn_aspartic_acid_16(X))
& kinetic_energy_1(fn_aspartic_acid_17(X))
& synthesis_reaction_1(fn_aspartic_acid_18(X))
& oxaloacetate_1(fn_aspartic_acid_19(X))
& polar_side_chain_1(fn_aspartic_acid_20(X))
& negatively_charged_region_1(fn_aspartic_acid_21(X))
& chemical_entity_1(fn_chemical_reaction_2(fn_aspartic_acid_18(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_aspartic_acid_18(X)))
& chemical_entity_1(fn_functional_group_1(fn_aspartic_acid_4(X)))
& single_bond_1(fn_amino_group_21(fn_aspartic_acid_4(X)))
& tangible_entity_1(fn_amino_group_20(fn_aspartic_acid_4(X)))
& entity_1(fn_amino_group_20(fn_aspartic_acid_4(X)))
& atom_1(fn_amino_group_20(fn_aspartic_acid_4(X)))
& nitrogen_1(fn_amino_group_20(fn_aspartic_acid_4(X)))
& entity_1(fn_amino_group_22(fn_aspartic_acid_4(X)))
& chemical_entity_1(fn_amino_group_22(fn_aspartic_acid_4(X)))
& atom_1(fn_amino_group_22(fn_aspartic_acid_4(X)))
& hydrogen_1(fn_amino_group_22(fn_aspartic_acid_4(X)))
& raw_material_2(fn_aspartic_acid_18(X),fn_aspartic_acid_19(X))
& result_2(fn_aspartic_acid_18(X),X)
& possesses_2(X,fn_aspartic_acid_5(X))
& has_region_2(X,fn_aspartic_acid_4(X))
& has_part_2(X,fn_aspartic_acid_13(X))
& is_inside_2(fn_aspartic_acid_21(X),fn_aspartic_acid_20(X))
& has_part_2(X,fn_aspartic_acid_15(X))
& has_region_2(X,fn_aspartic_acid_3(X))
& is_inside_2(fn_aspartic_acid_16(X),fn_aspartic_acid_14(X))
& fn_aspartic_acid_16(X) != fn_aspartic_acid_15(X)
& fn_aspartic_acid_15(X) != fn_aspartic_acid_16(X)
& has_part_2(X,fn_aspartic_acid_16(X))
& fn_aspartic_acid_16(X) != fn_aspartic_acid_13(X)
& fn_aspartic_acid_13(X) != fn_aspartic_acid_15(X)
& fn_aspartic_acid_15(X) != fn_aspartic_acid_12(X)
& has_part_2(X,fn_aspartic_acid_12(X))
& fn_aspartic_acid_13(X) != fn_aspartic_acid_16(X)
& fn_aspartic_acid_15(X) != fn_aspartic_acid_13(X)
& fn_aspartic_acid_12(X) != fn_aspartic_acid_15(X)
& object_2(fn_aspartic_acid_8(X),X)
& speed_2(fn_aspartic_acid_8(X),fn_aspartic_acid_9(X))
& directly_proportional_2(fn_aspartic_acid_9(X),fn_aspartic_acid_10(X))
& quantity_2(fn_aspartic_acid_17(X),fn_aspartic_acid_10(X))
& possesses_2(X,fn_aspartic_acid_17(X))
& has_part_2(X,fn_aspartic_acid_6(X))
& has_region_2(X,fn_aspartic_acid_20(X))
& is_inside_2(fn_aspartic_acid_11(X),fn_aspartic_acid_20(X))
& has_region_2(X,fn_aspartic_acid_11(X))
& has_region_2(X,fn_aspartic_acid_21(X))
& is_inside_2(fn_aspartic_acid_15(X),fn_aspartic_acid_14(X))
& is_inside_2(fn_aspartic_acid_13(X),fn_aspartic_acid_14(X))
& fn_aspartic_acid_13(X) != fn_aspartic_acid_12(X)
& fn_aspartic_acid_15(X) != fn_aspartic_acid_6(X)
& fn_aspartic_acid_6(X) != fn_aspartic_acid_15(X)
& fn_aspartic_acid_12(X) != fn_aspartic_acid_13(X)
& has_part_2(X,fn_aspartic_acid_7(X))
& fn_aspartic_acid_7(X) != fn_aspartic_acid_15(X)
& is_inside_2(fn_aspartic_acid_15(X),fn_aspartic_acid_3(X))
& fn_aspartic_acid_16(X) != fn_aspartic_acid_7(X)
& fn_aspartic_acid_7(X) != fn_aspartic_acid_16(X)
& fn_aspartic_acid_15(X) != fn_aspartic_acid_7(X)
& has_region_2(X,fn_aspartic_acid_14(X))
& is_inside_2(fn_aspartic_acid_12(X),fn_aspartic_acid_14(X))
& fn_aspartic_acid_12(X) != fn_aspartic_acid_16(X)
& fn_aspartic_acid_16(X) != fn_aspartic_acid_12(X)
& fn_aspartic_acid_6(X) != fn_aspartic_acid_16(X)
& fn_aspartic_acid_16(X) != fn_aspartic_acid_6(X)
& is_inside_2(fn_aspartic_acid_7(X),fn_aspartic_acid_4(X))
& is_inside_2(fn_aspartic_acid_6(X),fn_aspartic_acid_4(X))
& is_between_2(fn_aspartic_acid_5(X),fn_aspartic_acid_6(X))
& is_between_2(fn_aspartic_acid_5(X),fn_aspartic_acid_7(X))
& fn_aspartic_acid_7(X) != fn_aspartic_acid_6(X)
& fn_aspartic_acid_6(X) != fn_aspartic_acid_7(X)
& fn_aspartic_acid_19(X) = fn_chemical_reaction_2(fn_aspartic_acid_18(X))
& X = fn_chemical_reaction_1(fn_aspartic_acid_18(X))
& fn_aspartic_acid_5(X) = fn_acidic_amino_acid_45(X)
& X = fn_functional_group_1(fn_aspartic_acid_4(X))
& fn_aspartic_acid_4(X) = fn_acidic_amino_acid_42(X)
& fn_aspartic_acid_2(X) = fn_acidic_amino_acid_3(X)
& fn_aspartic_acid_1(X) = fn_acidic_amino_acid_4(X)
& fn_aspartic_acid_13(X) = fn_acidic_amino_acid_48(X)
& fn_aspartic_acid_17(X) = fn_acidic_amino_acid_6(X)
& fn_aspartic_acid_10(X) = fn_acidic_amino_acid_11(X)
& fn_aspartic_acid_9(X) = fn_acidic_amino_acid_10(X)
& fn_aspartic_acid_8(X) = fn_acidic_amino_acid_8(X)
& fn_aspartic_acid_21(X) = fn_acidic_amino_acid_1(X)
& fn_aspartic_acid_11(X) = fn_acidic_amino_acid_7(X)
& fn_aspartic_acid_20(X) = fn_acidic_amino_acid_41(X)
& fn_aspartic_acid_13(X) = fn_acidic_amino_acid_57(X)
& fn_aspartic_acid_3(X) = fn_acidic_amino_acid_44(X)
& fn_aspartic_acid_15(X) = fn_acidic_amino_acid_50(X)
& fn_aspartic_acid_7(X) = fn_acidic_amino_acid_46(X)
& fn_aspartic_acid_6(X) = fn_acidic_amino_acid_47(X)
& fn_aspartic_acid_16(X) = fn_acidic_amino_acid_49(X)
& fn_aspartic_acid_12(X) = fn_acidic_amino_acid_48(X)
& fn_aspartic_acid_14(X) = fn_acidic_amino_acid_43(X)
& fn_aspartic_acid_5(X) = fn_amino_group_21(fn_aspartic_acid_4(X))
& fn_aspartic_acid_7(X) = fn_amino_group_20(fn_aspartic_acid_4(X))
& fn_aspartic_acid_6(X) = fn_amino_group_22(fn_aspartic_acid_4(X))
& fn_acidic_amino_acid_57(X) = fn_acidic_amino_acid_48(X)
& fn_acidic_amino_acid_48(X) = fn_acidic_amino_acid_48(X)
& fn_acidic_amino_acid_48(X) = fn_acidic_amino_acid_57(X)
& fn_acidic_amino_acid_57(X) = fn_acidic_amino_acid_57(X)
& fn_acidic_amino_acid_57(X) = fn_chemical_reaction_1(fn_aspartic_acid_18(X))
& fn_chemical_reaction_1(fn_aspartic_acid_18(X)) = fn_functional_group_1(fn_aspartic_acid_4(X))
& fn_functional_group_1(fn_aspartic_acid_4(X)) = fn_acidic_amino_acid_45(X)
& fn_acidic_amino_acid_45(X) = fn_amino_group_21(fn_aspartic_acid_4(X))
& fn_amino_group_21(fn_aspartic_acid_4(X)) = fn_amino_group_21(fn_aspartic_acid_4(X))
& fn_amino_group_21(fn_aspartic_acid_4(X)) = fn_acidic_amino_acid_46(X)
& fn_acidic_amino_acid_46(X) = fn_acidic_amino_acid_46(X)
& fn_acidic_amino_acid_46(X) = fn_amino_group_20(fn_aspartic_acid_4(X))
& fn_amino_group_20(fn_aspartic_acid_4(X)) = fn_amino_group_20(fn_aspartic_acid_4(X))
& fn_amino_group_20(fn_aspartic_acid_4(X)) = fn_acidic_amino_acid_47(X)
& fn_acidic_amino_acid_47(X) = fn_acidic_amino_acid_47(X)
& fn_acidic_amino_acid_47(X) = fn_amino_group_22(fn_aspartic_acid_4(X))
& fn_amino_group_22(fn_aspartic_acid_4(X)) = fn_amino_group_22(fn_aspartic_acid_4(X)) ) ) ).
fof(a527620,axiom,
! [X] :
( assisted_reproductive_technology_1(X)
=> ( original_name_2(X,'Assisted-Reproductive-Technology')
& user_description_2(X,'A general term for the methods used to achieve human pregnancy by artificial or partially artificial means, primarily to treat infertility.')
& concept2words_2(X,'assisted reproductive technology')
& concept2words_2(X,'assisted-reproductive-technology')
& medical_procedure_1(X)
& ~ abortion_1(X)
& ~ electrocardiogram_1(X)
& ~ genetic_testing_1(X)
& ~ immunization_1(X)
& ~ newborn_screening_1(X)
& ~ paternity_testing_1(X)
& ~ tubal_ligation_1(X)
& ~ ultrasound_imaging_1(X)
& ~ vasectomy_1(X) ) ) ).
fof(a527621,axiom,
! [X] :
( associative_learning_1(X)
=> ( original_name_2(X,'Associative-Learning')
& user_description_2(X,'The process by which an animal learns to form an association between two stimuli or between a stimulus and a behavior.')
& concept2words_2(X,'associative learning')
& concept2words_2(X,'associative-learning')
& learning_1(X)
& ~ habituation_1(X)
& ~ social_learning_1(X)
& ~ spatial_learning_1(X) ) ) ).
fof(a527622,axiom,
! [X] :
( assurance_1(X)
=> ( original_name_2(X,'Assurance')
& description_2(X,'a message expressing a commitment to do (or not do) something')
& concept2words_2(X,commitment)
& concept2words_2(X,dedication)
& concept2words_2(X,assurance)
& message_1(X) ) ) ).
fof(a527623,axiom,
! [X] :
( astatine_1(X)
=> ( original_name_2(X,'Astatine')
& user_description_2(X,'Astatine is a metal atom with atomic number 85. It is represented by the symbol At.')
& concept2words_2(X,astatine)
& metal_atom_1(X)
& neutron_1(fn_astatine_3(X))
& atomic_mass_value_1(fn_astatine_4(X))
& electronegativity_value_1(fn_astatine_5(X))
& valence_electron_1(fn_astatine_9(X))
& atomic_weight_value_1(fn_astatine_10(X))
& atomic_number_value_1(fn_astatine_11(X))
& quantity_value_1(fn_astatine_12(X))
& electronegativity_2(X,fn_astatine_5(X))
& mass_number_2(X,fn_astatine_4(X))
& exactCardinality(X,has_part_0,"125",neutron_0)
& exactCardinality(X,has_part_0,"85",proton_0)
& exactCardinality(X,has_part_0,"85",electron_0)
& has_part_2(X,fn_astatine_3(X))
& the_cardinal_value_2(fn_astatine_12(X),"7")
& cardinal_unit_class_2(fn_astatine_12(X),unity_0)
& the_cardinal_value_2(fn_astatine_5(X),"2.2")
& cardinal_unit_class_2(fn_astatine_5(X),unity_0)
& the_cardinal_value_2(fn_astatine_4(X),"210")
& cardinal_unit_class_2(fn_astatine_4(X),unity_0)
& the_cardinal_value_2(fn_astatine_11(X),"85")
& cardinal_unit_class_2(fn_astatine_11(X),unity_0)
& the_cardinal_value_2(fn_astatine_10(X),"210")
& cardinal_unit_class_2(fn_astatine_10(X),dalton_0)
& atomic_number_2(X,fn_astatine_11(X))
& atomic_weight_2(X,fn_astatine_10(X))
& has_part_2(X,fn_astatine_9(X))
& quantity_2(fn_astatine_9(X),fn_astatine_12(X))
& fn_astatine_7(X) = fn_atom_12(X)
& fn_astatine_11(X) = fn_atom_17(X)
& fn_astatine_8(X) = fn_atom_13(X)
& fn_astatine_10(X) = fn_atom_16(X)
& fn_astatine_6(X) = fn_atom_1(X)
& fn_astatine_12(X) = fn_atom_5(X)
& fn_astatine_9(X) = fn_atom_14(X) ) ) ).
fof(a527624,axiom,
! [X] :
( aster_1(X)
=> ( original_name_2(X,'Aster')
& user_description_2(X,'A star-shaped structure, comprised of short microtubules, that forms around each centrosome in an animal cell that is undergoing mitosis.')
& concept2words_2(X,'astral rays')
& concept2words_2(X,'astral-rays')
& concept2words_2(X,'astral microtubules')
& concept2words_2(X,'astral-microtubules')
& concept2words_2(X,aster)
& cytoskeleton_1(X)
& animal_cell_structure_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X) ) ) ).
fof(a527625,axiom,
! [X] :
( asteroid_1(X)
=> ( original_name_2(X,'Asteroid')
& user_description_2(X,'A big rock from outer space, whose landing on Earth could be a cataclysmic event; such a collision is associated with K/T boundary and extinction of dinosaurs.')
& concept2words_2(X,asteroid)
& geologic_entity_1(X) ) ) ).
fof(a527626,axiom,
! [X] :
( asteroidea_1(X)
=> ( original_name_2(X,'Asteroidea')
& user_description_2(X,'Class of echinoderms that comprises the sea stars and sea daisies.')
& concept2words_2(X,asteroidea)
& echinoderm_1(X)
& ~ brittle_star_1(X)
& ~ sea_cucumber_1(X)
& ~ sea_daisy_1(X)
& ~ sea_lily_1(X)
& ~ sea_star_1(X)
& ~ sea_urchin_1(X) ) ) ).
fof(a527627,axiom,
! [X] :
( astrocyte_1(X)
=> ( original_name_2(X,'Astrocyte')
& user_description_2(X,'Star-shaped glial cell found in the brain and spinal cord. Astrocytes provide biochemical support for the cells that form the blood-brain barrier, provide nutrients to neurons, and play a role in repairing damage to neural tissue.')
& concept2words_2(X,astrocyte)
& glial_cell_1(X)
& ~ oligodendrocyte_1(X)
& ~ radial_glia_1(X)
& ~ schwann_cell_1(X) ) ) ).
fof(a527628,axiom,
! [X] :
( asymmetrical_cell_division_1(X)
=> ( original_name_2(X,'Asymmetrical-Cell-Division')
& user_description_2(X,'A process in which one daughter cell receives more cytoplasm than the other following mitosis.')
& concept2words_2(X,'divide asymmetrically')
& concept2words_2(X,'asymmetrical cell division')
& concept2words_2(X,'asymmetrical-cell-division')
& cell_division_1(X) ) ) ).
fof(a527629,axiom,
! [X] :
( asymmetrical_distribution_1(X)
=> ( original_name_2(X,'Asymmetrical-Distribution')
& user_description_2(X,'Asymmeterical distribution refers to asymmetry or irregularity in the spatial arrangement or placement of parts or components.')
& concept2words_2(X,'asymmetrical arrangement')
& concept2words_2(X,'asymmetrical distribution')
& concept2words_2(X,'asymmetrical-distribution')
& distributing_1(X)
& ~ symmetrical_distribution_1(X) ) ) ).
fof(a527630,axiom,
! [X] :
( atherosclerosis_1(X)
=> ( original_name_2(X,'Atherosclerosis')
& user_description_2(X,'The hardening of arteries caused by a build-up of fatty deposits called plaques in the inner walls of the arteries.')
& concept2words_2(X,atherosclerosis)
& cardiovascular_disease_1(X)
& ~ arteriosclerosis_1(X)
& ~ stroke_1(X)
& ~ thrombus_1(X)
& saturated_fat_1(fn_atherosclerosis_1(X))
& consume_1(fn_atherosclerosis_2(X))
& entity_1(fn_consume_1(fn_atherosclerosis_2(X)))
& result_2(fn_atherosclerosis_2(X),X)
& object_2(fn_atherosclerosis_2(X),fn_atherosclerosis_1(X))
& fn_atherosclerosis_1(X) = fn_consume_1(fn_atherosclerosis_2(X)) ) ) ).
fof(a527631,axiom,
! [X] :
( atmosphere_1(X)
=> ( original_name_2(X,'Atmosphere')
& user_description_2(X,'Layer of gases that surrounds the Earth and is retained by Earth\'s gravity.')
& concept2words_2(X,atmosphere)
& region_1(X)
& n2_gas_1(fn_atmosphere_1(X))
& sulfur_dioxide_1(fn_atmosphere_2(X))
& co2_gas_1(fn_atmosphere_3(X))
& state_value_1(fn_atmosphere_4(X))
& state_value_1(fn_atmosphere_5(X))
& o2_gas_1(fn_atmosphere_6(X))
& atmosphere_1(fn_greenhouse_gas_1(fn_atmosphere_3(X)))
& state_value_1(fn_chemical_2(fn_atmosphere_6(X)))
& state_value_1(fn_gas_substance_2(fn_atmosphere_6(X)))
& state_value_1(fn_chemical_2(fn_atmosphere_3(X)))
& state_value_1(fn_gas_substance_2(fn_atmosphere_3(X)))
& is_inside_2(fn_atmosphere_2(X),X)
& is_inside_2(fn_atmosphere_1(X),X)
& is_inside_2(fn_atmosphere_6(X),X)
& is_inside_2(fn_atmosphere_3(X),X)
& physical_state_2(fn_atmosphere_6(X),fn_atmosphere_5(X))
& the_categorical_value_2(fn_atmosphere_5(X),gas_0)
& physical_state_2(fn_atmosphere_3(X),fn_atmosphere_4(X))
& the_categorical_value_2(fn_atmosphere_4(X),gas_0)
& X = fn_greenhouse_gas_1(fn_atmosphere_3(X))
& fn_atmosphere_5(X) = fn_chemical_2(fn_atmosphere_6(X))
& fn_atmosphere_5(X) = fn_gas_substance_2(fn_atmosphere_6(X))
& fn_atmosphere_4(X) = fn_chemical_2(fn_atmosphere_3(X))
& fn_atmosphere_4(X) = fn_gas_substance_2(fn_atmosphere_3(X))
& fn_gas_substance_2(fn_atmosphere_6(X)) = fn_chemical_2(fn_atmosphere_6(X))
& fn_chemical_2(fn_atmosphere_6(X)) = fn_gas_substance_2(fn_atmosphere_6(X))
& fn_gas_substance_2(fn_atmosphere_6(X)) = fn_gas_substance_2(fn_atmosphere_3(X))
& fn_gas_substance_2(fn_atmosphere_3(X)) = fn_chemical_2(fn_atmosphere_3(X))
& fn_chemical_2(fn_atmosphere_3(X)) = fn_gas_substance_2(fn_atmosphere_3(X)) ) ) ).
fof(a527632,axiom,
! [X] :
( atom_1(X)
=> ( original_name_2(X,'Atom')
& user_description_2(X,'An atom is the smallest representative particle of an element')
& concept2words_2(X,'has isotope')
& concept2words_2(X,'has-isotope')
& concept2words_2(X,'has atom')
& concept2words_2(X,'has-atom')
& concept2words_2(X,atom)
& chemical_entity_1(X)
& ~ molecule_1(X)
& ~ ion_1(X)
& system_1(fn_atom_3(X))
& quantity_value_1(fn_atom_5(X))
& charge_value_1(fn_atom_7(X))
& proton_1(fn_atom_8(X))
& electron_shell_1(fn_atom_9(X))
& quantity_value_1(fn_atom_11(X))
& electron_1(fn_atom_14(X))
& kinetic_energy_1(fn_atom_15(X))
& atomic_weight_value_1(fn_atom_16(X))
& atomic_number_value_1(fn_atom_17(X))
& atomic_nucleus_1(fn_atom_18(X))
& property_node_1(fn_atomic_weight_value_1(fn_atom_16(X)))
& property_node_1(fn_atomic_nucleus_5(fn_atom_18(X)))
& property_node_1(fn_atomic_nucleus_6(fn_atom_18(X)))
& proton_1(fn_atomic_nucleus_9(fn_atom_18(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_atom_18(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_atom_18(X)))
& electron_1(fn_atomic_nucleus_8(fn_atom_18(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_atom_15(X)))
& atom_1(fn_electron_shell_1(fn_atom_9(X)))
& atom_1(fn_atomic_nucleus_4(fn_atom_18(X)))
& called_2(fn_atom_5(X),'Number_Electron')
& fn_atom_5(X) = fn_atom_11(X)
& the_cardinal_value_2(fn_atom_7(X),"0")
& cardinal_unit_class_2(fn_atom_7(X),unity_0)
& charge_2(X,fn_atom_7(X))
& atomic_weight_2(X,fn_atom_16(X))
& quantity_2(fn_atom_14(X),fn_atom_5(X))
& fn_atom_11(X) = fn_atom_5(X)
& possesses_2(X,fn_atom_15(X))
& has_region_2(X,fn_atom_9(X))
& called_2(fn_atom_17(X),'Atomic_Number')
& has_part_2(X,fn_atom_14(X))
& has_part_2(X,fn_atom_8(X))
& quantity_2(fn_atom_8(X),fn_atom_11(X))
& called_2(fn_atom_11(X),'Number_Proton')
& has_region_2(X,fn_atom_18(X))
& atomic_number_2(X,fn_atom_17(X))
& fn_atom_17(X) = fn_atom_11(X)
& is_near_2(fn_atom_14(X),fn_atom_18(X))
& is_near_2(fn_atom_18(X),fn_atom_14(X))
& fn_atom_11(X) = fn_atom_17(X)
& X = fn_kinetic_energy_2(fn_atom_15(X))
& X = fn_electron_shell_1(fn_atom_9(X))
& fn_atom_13(X) = fn_atomic_weight_value_1(fn_atom_16(X))
& fn_atom_12(X) = fn_atomic_nucleus_5(fn_atom_18(X))
& fn_atom_10(X) = fn_atomic_nucleus_6(fn_atom_18(X))
& fn_atom_8(X) = fn_atomic_nucleus_9(fn_atom_18(X))
& fn_atom_11(X) = fn_atomic_nucleus_2(fn_atom_18(X))
& fn_atom_17(X) = fn_atomic_nucleus_1(fn_atom_18(X))
& X = fn_atomic_nucleus_4(fn_atom_18(X))
& fn_atom_14(X) = fn_atomic_nucleus_8(fn_atom_18(X))
& fn_kinetic_energy_2(fn_atom_15(X)) = fn_electron_shell_1(fn_atom_9(X))
& fn_electron_shell_1(fn_atom_9(X)) = fn_electron_shell_1(fn_atom_9(X))
& fn_electron_shell_1(fn_atom_9(X)) = fn_atomic_nucleus_4(fn_atom_18(X))
& fn_atomic_nucleus_4(fn_atom_18(X)) = fn_atomic_nucleus_4(fn_atom_18(X)) ) ) ).
fof(a527633,axiom,
! [X] :
( atomic_entity_1(X)
=> ( original_name_2(X,'Atomic-Entity')
& user_description_2(X,'Components or categories of atoms.')
& concept2words_2(X,'atomic entity')
& concept2words_2(X,'atomic-entity')
& chemical_entity_1(X) ) ) ).
fof(a527634,axiom,
! [X] :
( atomic_mass_constant_1(X)
=> ( original_name_2(X,'Atomic-Mass-Constant')
& concept2words_2(X,'atomic mass constant')
& concept2words_2(X,'atomic-mass-constant')
& constant_1(X) ) ) ).
fof(a527635,axiom,
! [X] :
( atomic_mass_value_1(X)
=> ( original_name_2(X,'Atomic-Mass-Value')
& description_2(X,'The sum of the number of protons and neutrons in the nucleus of an atom')
& concept2words_2(X,'atomic mass')
& concept2words_2(X,'number of mass')
& concept2words_2(X,'mass number')
& concept2words_2(X,'mass-number')
& concept2words_2(X,'atomic mass value')
& concept2words_2(X,'atomic-mass-value')
& unitless_value_1(X)
& ~ ph_value_1(X)
& ~ atomic_number_value_1(X)
& ~ charge_value_1(X)
& ~ pka_value_1(X)
& ~ pkb_value_1(X) ) ) ).
fof(a527636,axiom,
! [X] :
( atomic_nucleus_1(X)
=> ( original_name_2(X,'Atomic-Nucleus')
& user_description_2(X,'The central core of an atom, which contains protons and neutrons.')
& concept2words_2(X,'atomic nucleus')
& concept2words_2(X,'atomic-nucleus')
& atomic_region_1(X)
& atomic_number_value_1(fn_atomic_nucleus_1(X))
& quantity_value_1(fn_atomic_nucleus_2(X))
& center_1(fn_atomic_nucleus_3(X))
& atom_1(fn_atomic_nucleus_4(X))
& attract_1(fn_atomic_nucleus_7(X))
& electron_1(fn_atomic_nucleus_8(X))
& proton_1(fn_atomic_nucleus_9(X))
& entity_1(fn_attract_1(fn_atomic_nucleus_7(X)))
& entity_1(fn_attract_2(fn_atomic_nucleus_7(X)))
& fn_atomic_nucleus_1(X) = fn_atomic_nucleus_2(X)
& called_2(fn_atomic_nucleus_1(X),'Atomic_Number')
& fn_atomic_nucleus_2(X) = fn_atomic_nucleus_1(X)
& called_2(fn_atomic_nucleus_2(X),'Number_Proton')
& is_near_2(fn_atomic_nucleus_8(X),X)
& has_region_2(fn_atomic_nucleus_4(X),X)
& has_region_2(fn_atomic_nucleus_4(X),fn_atomic_nucleus_3(X))
& atomic_number_2(fn_atomic_nucleus_4(X),fn_atomic_nucleus_1(X))
& has_part_2(fn_atomic_nucleus_4(X),fn_atomic_nucleus_9(X))
& has_part_2(fn_atomic_nucleus_4(X),fn_atomic_nucleus_8(X))
& is_at_2(X,fn_atomic_nucleus_3(X))
& is_near_2(X,fn_atomic_nucleus_8(X))
& is_inside_2(fn_atomic_nucleus_9(X),X)
& quantity_2(fn_atomic_nucleus_9(X),fn_atomic_nucleus_2(X))
& object_2(fn_atomic_nucleus_7(X),fn_atomic_nucleus_8(X))
& agent_2(fn_atomic_nucleus_7(X),fn_atomic_nucleus_9(X))
& fn_atomic_nucleus_8(X) = fn_attract_1(fn_atomic_nucleus_7(X))
& fn_atomic_nucleus_9(X) = fn_attract_2(fn_atomic_nucleus_7(X)) ) ) ).
fof(a527637,axiom,
! [X] :
( atomic_number_constant_1(X)
=> ( original_name_2(X,'Atomic-Number-Constant')
& concept2words_2(X,'atomic number constant')
& concept2words_2(X,'atomic-number-constant')
& constant_1(X) ) ) ).
fof(a527638,axiom,
! [X] :
( atomic_number_value_1(X)
=> ( original_name_2(X,'Atomic-Number-Value')
& description_2(X,'The number of protons in a nucleus. It determines the chemical properties of an element.')
& concept2words_2(X,'atomic number')
& concept2words_2(X,'atomic-number')
& concept2words_2(X,'atomic number value')
& concept2words_2(X,'atomic-number-value')
& unitless_value_1(X)
& ~ ph_value_1(X)
& ~ charge_value_1(X)
& ~ pka_value_1(X)
& ~ pkb_value_1(X)
& ~ atomic_mass_value_1(X) ) ) ).
fof(a527639,axiom,
! [X] :
( atomic_orbital_1(X)
=> ( original_name_2(X,'Atomic-Orbital')
& user_description_2(X,'The three-dimensional space where an electron is found 90% of the time.')
& concept2words_2(X,'atomic orbital')
& concept2words_2(X,'atomic-orbital')
& atomic_region_1(X) ) ) ).
fof(a527640,axiom,
! [X] :
( atomic_region_1(X)
=> ( original_name_2(X,'Atomic-Region')
& user_description_2(X,'A region of the atom or atoms in a molecule including atomic parts such as electrons.')
& concept2words_2(X,'atomic region')
& concept2words_2(X,'atomic-region')
& region_1(X) ) ) ).
fof(a527641,axiom,
! [X] :
( atomic_tracking_1(X)
=> ( original_name_2(X,'Atomic-Tracking')
& user_description_2(X,'A process of following particular atoms through a complex chemical pathway, such as following oxygen through photosynthesis.')
& concept2words_2(X,'atomic tracking')
& concept2words_2(X,'atomic-tracking')
& technique_1(X)
& ~ absolute_dating_1(X)
& ~ autoradiography_1(X)
& ~ cloning_1(X)
& ~ dna_mapping_1(X)
& ~ dna_microarray_1(X)
& ~ fetoscopy_1(X)
& ~ genetic_linkage_mapping_1(X)
& ~ gram_stain_1(X)
& ~ in_situ_hybridization_1(X)
& ~ in_vitro_hybridization_1(X)
& ~ mark_recapture_method_1(X)
& ~ microscopy_1(X)
& ~ molecular_clock_1(X)
& ~ nuclear_transplantation_1(X)
& ~ population_viability_analysis_1(X)
& ~ positron_emission_tomography_1(X)
& ~ radiometric_dating_1(X)
& ~ rule_of_addition_1(X)
& ~ shotgun_sequencing_1(X)
& ~ testcross_1(X)
& ~ x_ray_crystallography_1(X) ) ) ).
fof(a527642,axiom,
! [X] :
( atomic_weight_constant_1(X)
=> ( original_name_2(X,'Atomic-Weight-Constant')
& concept2words_2(X,'atomic weight constant')
& concept2words_2(X,'atomic-weight-constant')
& constant_1(X) ) ) ).
fof(a527643,axiom,
! [X] :
( atomic_weight_value_1(X)
=> ( original_name_2(X,'Atomic-Weight-Value')
& description_2(X,'The mass of a neutral atom of a nuclide. The atomic weight of an atom is the weight of the atom based on a scale where 12C = 12. The atomic weight of an element is the weighted average of each isotope.')
& user_description_2(X,'The ratio of the average mass of an atom of an element to the mass of carbon 12, which is assigned 12 atomic mass units.')
& concept2words_2(X,'atomic weight')
& concept2words_2(X,'atomic-weight')
& concept2words_2(X,'mass number')
& concept2words_2(X,'relative atomic mass')
& concept2words_2(X,'atomic weight value')
& concept2words_2(X,'atomic-weight-value')
& mass_value_1(X) ) ) ).
fof(a527644,axiom,
! [X] :
( atp_1(X)
=> ( original_name_2(X,'ATP')
& user_description_2(X,'ATP or Adenosine-5\'-Phosphate is a multifunctional nucleotide mainly used as an energy currency in intracellular energy transfer processes. The structure of this molecule consists of a purine base (adenine) attached to the 1\' carbon atom of a pentose sugar (ribose).')
& concept2words_2(X,'adenosine triphosphate')
& concept2words_2(X,'adenosine 5\' triphosphate')
& concept2words_2(X,'adenosine-5\'-triphosphate')
& concept2words_2(X,'adenosine-triphosphate')
& concept2words_2(X,atp)
& ribonucleoside_triphosphate_1(X)
& repel_1(fn_atp_1(X))
& repel_1(fn_atp_2(X))
& repel_1(fn_atp_3(X))
& quantity_value_1(fn_atp_5(X))
& valence_electron_1(fn_atp_6(X))
& hydrogen_1(fn_atp_7(X))
& o_minus_2_1(fn_atp_8(X))
& o_minus_2_1(fn_atp_9(X))
& o_minus_2_1(fn_atp_10(X))
& share_1(fn_atp_11(X))
& share_1(fn_atp_12(X))
& share_1(fn_atp_13(X))
& share_1(fn_atp_14(X))
& share_1(fn_atp_15(X))
& share_1(fn_atp_16(X))
& hold_1(fn_atp_17(X))
& hold_together_1(fn_atp_17(X))
& electron_1(fn_atp_18(X))
& valence_electron_1(fn_atp_18(X))
& electron_1(fn_atp_19(X))
& valence_electron_1(fn_atp_19(X))
& electron_1(fn_atp_20(X))
& valence_electron_1(fn_atp_20(X))
& electron_1(fn_atp_21(X))
& valence_electron_1(fn_atp_21(X))
& hold_together_1(fn_atp_24(X))
& number_5_prime_region_1(fn_atp_25(X))
& number_5_prime_carbon_1(fn_atp_26(X))
& renewable_resource_1(fn_atp_27(X))
& kinetic_energy_1(fn_atp_28(X))
& chemical_bond_1(fn_atp_29(X))
& double_bond_1(fn_atp_29(X))
& covalent_bond_1(fn_atp_29(X))
& covalent_bond_1(fn_atp_30(X))
& chemical_bond_1(fn_atp_30(X))
& single_bond_1(fn_atp_30(X))
& carbon_skeleton_1(fn_atp_31(X))
& functional_group_1(fn_atp_32(X))
& phosphate_group_1(fn_atp_32(X))
& functional_group_1(fn_atp_33(X))
& phosphate_group_1(fn_atp_33(X))
& functional_group_1(fn_atp_34(X))
& phosphate_group_1(fn_atp_34(X))
& oxygen_1(fn_atp_35(X))
& entity_1(fn_atp_35(X))
& chemical_entity_1(fn_atp_35(X))
& atom_1(fn_atp_35(X))
& tangible_entity_1(fn_atp_36(X))
& entity_1(fn_atp_36(X))
& chemical_entity_1(fn_atp_36(X))
& atom_1(fn_atp_36(X))
& phosphorus_1(fn_atp_36(X))
& oxygen_1(fn_atp_37(X))
& entity_1(fn_atp_37(X))
& chemical_entity_1(fn_atp_37(X))
& atom_1(fn_atp_37(X))
& adenosine_1(fn_atp_38(X))
& tangible_entity_1(fn_atp_39(X))
& entity_1(fn_atp_39(X))
& chemical_entity_1(fn_atp_39(X))
& atom_1(fn_atp_39(X))
& carbon_1(fn_atp_39(X))
& phosphorus_1(fn_atp_40(X))
& valence_electron_1(fn_atp_41(X))
& hold_together_1(fn_atp_42(X))
& store_1(fn_atp_43(X))
& entity_1(fn_atp_44(X))
& chemical_energy_1(fn_atp_44(X))
& electron_1(fn_atp_45(X))
& atomic_nucleus_1(fn_atp_46(X))
& share_1(fn_atp_47(X))
& atomic_nucleus_1(fn_atp_48(X))
& electron_1(fn_atp_49(X))
& aldehyde_1(fn_atp_50(X))
& aldose_1(fn_atp_50(X))
& spatial_entity_1(fn_atp_50(X))
& molecule_1(fn_atp_50(X))
& organic_molecule_1(fn_atp_50(X))
& pentose_1(fn_atp_50(X))
& ribose_1(fn_atp_50(X))
& number_3_prime_carbon_1(fn_atp_51(X))
& number_5_prime_carbon_1(fn_atp_52(X))
& entity_1(fn_atp_53(X))
& electron_1(fn_atp_53(X))
& valence_electron_1(fn_atp_53(X))
& proton_1(fn_atp_54(X))
& center_1(fn_atp_55(X))
& center_1(fn_atp_56(X))
& second_electron_shell_1(fn_atp_57(X))
& first_electron_shell_1(fn_atp_58(X))
& electron_1(fn_atp_59(X))
& valence_electron_1(fn_atp_59(X))
& electron_shell_1(fn_atp_60(X))
& first_electron_shell_1(fn_atp_61(X))
& electron_shell_1(fn_atp_62(X))
& electron_1(fn_atp_63(X))
& valence_electron_1(fn_atp_63(X))
& share_1(fn_atp_64(X))
& hold_1(fn_atp_65(X))
& hold_together_1(fn_atp_65(X))
& quantity_value_1(fn_atp_66(X))
& speed_value_1(fn_atp_67(X))
& constant_motion_1(fn_atp_68(X))
& entity_1(fn_atp_69(X))
& number_5_prime_carbon_1(fn_atp_69(X))
& atomic_nucleus_1(fn_atp_70(X))
& first_electron_shell_1(fn_atp_71(X))
& electron_shell_1(fn_atp_71(X))
& electron_1(fn_atp_72(X))
& valence_electron_1(fn_atp_72(X))
& electron_1(fn_atp_73(X))
& valence_electron_1(fn_atp_73(X))
& hold_together_1(fn_atp_74(X))
& share_1(fn_atp_75(X))
& share_1(fn_atp_76(X))
& electron_1(fn_atp_77(X))
& valence_electron_1(fn_atp_77(X))
& share_1(fn_atp_78(X))
& hold_together_1(fn_atp_79(X))
& share_1(fn_atp_80(X))
& electron_1(fn_atomic_nucleus_8(fn_atp_48(X)))
& electron_1(fn_atom_14(fn_atp_40(X)))
& atomic_nucleus_1(fn_atom_18(fn_atp_40(X)))
& hold_together_1(fn_phosphate_group_40(fn_atp_32(X)))
& atom_1(fn_organic_molecule_2(fn_atp_38(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_atp_38(X)))
& carbon_1(fn_organic_molecule_1(fn_atp_38(X)))
& entity_1(fn_store_1(fn_atp_43(X)))
& chemical_energy_1(fn_chemical_bond_2(fn_atp_30(X)))
& entity_1(fn_share_2(fn_atp_47(X)))
& electron_1(fn_atomic_nucleus_8(fn_atp_46(X)))
& carbon_1(fn_aldehyde_6(fn_atp_50(X)))
& entity_1(fn_aldose_10(fn_atp_50(X)))
& chemical_entity_1(fn_aldose_10(fn_atp_50(X)))
& atom_1(fn_aldose_10(fn_atp_50(X)))
& carbon_1(fn_aldose_10(fn_atp_50(X)))
& entity_1(fn_pentose_21(fn_atp_50(X)))
& chemical_entity_1(fn_pentose_21(fn_atp_50(X)))
& atom_1(fn_pentose_21(fn_atp_50(X)))
& carbon_1(fn_pentose_21(fn_atp_50(X)))
& entity_1(fn_nucleoside_7(fn_atp_38(X)))
& chemical_entity_1(fn_nucleoside_7(fn_atp_38(X)))
& atom_1(fn_nucleoside_7(fn_atp_38(X)))
& carbon_1(fn_nucleoside_7(fn_atp_38(X)))
& atom_1(fn_aldehyde_5(fn_atp_50(X)))
& chemical_entity_1(fn_aldehyde_5(fn_atp_50(X)))
& entity_1(fn_nucleoside_6(fn_atp_38(X)))
& chemical_entity_1(fn_nucleoside_6(fn_atp_38(X)))
& atom_1(fn_nucleoside_6(fn_atp_38(X)))
& carbon_1(fn_nucleoside_6(fn_atp_38(X)))
& entity_1(fn_share_3(fn_atp_47(X)))
& entity_1(fn_share_1(fn_atp_47(X)))
& spatial_entity_1(fn_nucleoside_20(fn_atp_38(X)))
& molecule_1(fn_nucleoside_20(fn_atp_38(X)))
& organic_molecule_1(fn_nucleoside_20(fn_atp_38(X)))
& pentose_1(fn_nucleoside_20(fn_atp_38(X)))
& first_electron_shell_1(fn_second_electron_shell_21(fn_atp_57(X)))
& tangible_entity_1(fn_hold_2(fn_atp_42(X)))
& entity_1(fn_share_3(fn_atp_64(X)))
& entity_1(fn_share_1(fn_atp_64(X)))
& entity_1(fn_share_1(fn_atp_80(X)))
& chemical_entity_1(fn_functional_group_1(fn_atp_33(X)))
& chemical_entity_1(fn_functional_group_1(fn_atp_32(X)))
& entity_1(fn_renewable_resource_1(fn_atp_27(X)))
& spatial_entity_1(fn_store_2(fn_atp_43(X)))
& electron_1(fn_phosphate_group_3(fn_atp_32(X)))
& valence_electron_1(fn_phosphate_group_3(fn_atp_32(X)))
& hold_together_1(fn_phosphate_group_36(fn_atp_32(X)))
& share_1(fn_phosphate_group_35(fn_atp_32(X)))
& valence_electron_1(fn_phosphate_group_21(fn_atp_32(X)))
& entity_1(fn_share_3(fn_atp_80(X)))
& entity_1(fn_covalent_bond_20(fn_atp_30(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_atp_30(X)))
& atom_1(fn_covalent_bond_20(fn_atp_30(X)))
& oxygen_1(fn_phosphate_group_5(fn_atp_32(X)))
& entity_1(fn_phosphate_group_5(fn_atp_32(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_atp_32(X)))
& atom_1(fn_phosphate_group_5(fn_atp_32(X)))
& electron_shell_1(fn_covalent_bond_11(fn_atp_30(X)))
& electron_shell_1(fn_covalent_bond_11(fn_atp_29(X)))
& electron_shell_1(fn_phosphate_group_16(fn_atp_32(X)))
& electron_shell_1(fn_phosphate_group_13(fn_atp_33(X)))
& electron_shell_1(fn_covalent_bond_12(fn_atp_30(X)))
& electron_shell_1(fn_covalent_bond_12(fn_atp_29(X)))
& electron_shell_1(fn_phosphate_group_16(fn_atp_33(X)))
& single_bond_1(fn_phosphate_group_37(fn_atp_32(X)))
& single_bond_1(fn_phosphate_group_37(fn_atp_33(X)))
& share_1(fn_covalent_bond_17(fn_atp_30(X)))
& phosphorus_1(fn_phosphate_group_6(fn_atp_32(X)))
& phosphorus_1(fn_phosphate_group_6(fn_atp_33(X)))
& hold_together_1(fn_phosphate_group_40(fn_atp_33(X)))
& share_1(fn_phosphate_group_39(fn_atp_32(X)))
& share_1(fn_phosphate_group_39(fn_atp_33(X)))
& valence_electron_1(fn_phosphate_group_8(fn_atp_32(X)))
& valence_electron_1(fn_phosphate_group_9(fn_atp_33(X)))
& valence_electron_1(fn_covalent_bond_18(fn_atp_30(X)))
& electron_1(fn_phosphate_group_38(fn_atp_32(X)))
& valence_electron_1(fn_phosphate_group_38(fn_atp_32(X)))
& electron_1(fn_phosphate_group_38(fn_atp_33(X)))
& valence_electron_1(fn_phosphate_group_38(fn_atp_33(X)))
& valence_electron_1(fn_phosphate_group_8(fn_atp_33(X)))
& entity_1(fn_covalent_bond_20(fn_atp_29(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_atp_29(X)))
& atom_1(fn_covalent_bond_20(fn_atp_29(X)))
& entity_1(fn_covalent_bond_19(fn_atp_30(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_atp_30(X)))
& atom_1(fn_covalent_bond_19(fn_atp_30(X)))
& entity_1(fn_covalent_bond_19(fn_atp_29(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_atp_29(X)))
& atom_1(fn_covalent_bond_19(fn_atp_29(X)))
& entity_1(fn_phosphate_group_22(fn_atp_32(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_atp_32(X)))
& atom_1(fn_phosphate_group_22(fn_atp_32(X)))
& oxygen_1(fn_phosphate_group_22(fn_atp_32(X)))
& entity_1(fn_phosphate_group_22(fn_atp_33(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_atp_33(X)))
& atom_1(fn_phosphate_group_22(fn_atp_33(X)))
& oxygen_1(fn_phosphate_group_22(fn_atp_33(X)))
& oxygen_1(fn_phosphate_group_5(fn_atp_33(X)))
& entity_1(fn_phosphate_group_5(fn_atp_33(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_atp_33(X)))
& atom_1(fn_phosphate_group_5(fn_atp_33(X)))
& proton_1(fn_phosphate_group_19(fn_atp_33(X)))
& proton_1(fn_covalent_bond_4(fn_atp_29(X)))
& hold_together_1(fn_phosphate_group_36(fn_atp_33(X)))
& hold_together_1(fn_covalent_bond_14(fn_atp_30(X)))
& hold_together_1(fn_covalent_bond_14(fn_atp_29(X)))
& valence_electron_1(fn_phosphate_group_21(fn_atp_33(X)))
& valence_electron_1(fn_covalent_bond_15(fn_atp_29(X)))
& electron_1(fn_phosphate_group_20(fn_atp_32(X)))
& valence_electron_1(fn_phosphate_group_20(fn_atp_32(X)))
& electron_1(fn_phosphate_group_20(fn_atp_33(X)))
& valence_electron_1(fn_phosphate_group_20(fn_atp_33(X)))
& center_1(fn_covalent_bond_21(fn_atp_30(X)))
& center_1(fn_phosphate_group_12(fn_atp_33(X)))
& center_1(fn_phosphate_group_10(fn_atp_32(X)))
& center_1(fn_phosphate_group_10(fn_atp_33(X)))
& center_1(fn_covalent_bond_23(fn_atp_29(X)))
& center_1(fn_phosphate_group_12(fn_atp_32(X)))
& center_1(fn_phosphate_group_17(fn_atp_33(X)))
& center_1(fn_covalent_bond_21(fn_atp_29(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_atp_29(X)))
& atomic_nucleus_1(fn_phosphate_group_18(fn_atp_33(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_atp_30(X)))
& atomic_nucleus_1(fn_phosphate_group_11(fn_atp_33(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_atp_29(X)))
& entity_1(fn_share_2(fn_atp_14(X)))
& valence_electron_1(fn_covalent_bond_15(fn_atp_30(X)))
& valence_electron_1(fn_phosphate_group_9(fn_atp_32(X)))
& electron_1(fn_phosphate_group_3(fn_atp_33(X)))
& valence_electron_1(fn_phosphate_group_3(fn_atp_33(X)))
& valence_electron_1(fn_covalent_bond_18(fn_atp_29(X)))
& double_bond_1(fn_phosphate_group_41(fn_atp_32(X)))
& double_bond_1(fn_phosphate_group_41(fn_atp_33(X)))
& share_1(fn_phosphate_group_35(fn_atp_33(X)))
& share_1(fn_covalent_bond_17(fn_atp_29(X)))
& fn_atp_10(X) != fn_atp_8(X)
& fn_atp_10(X) != fn_atp_9(X)
& fn_atp_9(X) != fn_atp_10(X)
& fn_atp_9(X) != fn_atp_8(X)
& is_inside_2(fn_atp_9(X),fn_atp_33(X))
& is_inside_2(fn_atp_9(X),fn_atp_32(X))
& fn_atp_8(X) != fn_atp_10(X)
& fn_atp_8(X) != fn_atp_9(X)
& is_inside_2(fn_atp_8(X),fn_atp_34(X))
& fn_atp_32(X) != fn_atp_34(X)
& fn_atp_32(X) != fn_atp_33(X)
& called_2(fn_atp_32(X),'Terminal PO4 Group')
& fn_atp_33(X) != fn_atp_32(X)
& fn_atp_33(X) != fn_atp_34(X)
& fn_atp_34(X) != fn_atp_32(X)
& fn_atp_34(X) != fn_atp_33(X)
& fn_atp_36(X) != fn_atp_39(X)
& fn_atp_39(X) != fn_atp_36(X)
& fn_atp_39(X) != fn_atp_7(X)
& fn_atp_7(X) != fn_atp_39(X)
& fn_atp_6(X) != fn_atp_49(X)
& is_near_2(fn_atp_6(X),fn_atp_48(X))
& fn_atp_41(X) != fn_atp_45(X)
& object_2(fn_atp_42(X),fn_atp_7(X))
& object_2(fn_atp_42(X),fn_atp_40(X))
& quantity_2(fn_atp_44(X),fn_atp_5(X))
& has_function_2(X,fn_atp_43(X))
& has_part_2(X,fn_atp_7(X))
& the_cardinal_value_2(fn_atp_5(X),"7.3e0")
& cardinal_unit_class_2(fn_atp_5(X),kilocalorie_0)
& fn_atp_45(X) != fn_atp_41(X)
& object_2(fn_atp_47(X),fn_atp_6(X))
& is_near_2(fn_atp_48(X),fn_atp_6(X))
& fn_atp_49(X) != fn_atp_6(X)
& agent_2(fn_atp_3(X),fn_atp_10(X))
& agent_2(fn_atp_3(X),fn_atp_9(X))
& object_2(fn_atp_3(X),fn_atp_10(X))
& object_2(fn_atp_3(X),fn_atp_9(X))
& agent_2(fn_atp_2(X),fn_atp_10(X))
& agent_2(fn_atp_2(X),fn_atp_8(X))
& object_2(fn_atp_2(X),fn_atp_10(X))
& object_2(fn_atp_2(X),fn_atp_8(X))
& agent_2(fn_atp_1(X),fn_atp_9(X))
& agent_2(fn_atp_1(X),fn_atp_8(X))
& object_2(fn_atp_1(X),fn_atp_9(X))
& object_2(fn_atp_1(X),fn_atp_8(X))
& has_region_2(fn_atp_69(X),fn_atp_56(X))
& object_2(fn_atp_47(X),fn_atp_41(X))
& agent_2(fn_atp_64(X),fn_atp_69(X))
& object_2(fn_atp_14(X),fn_atp_53(X))
& agent_2(fn_atp_47(X),fn_atp_40(X))
& object_2(fn_atp_43(X),fn_atp_44(X))
& object_2(fn_atp_42(X),fn_atp_39(X))
& agent_2(fn_atp_80(X),fn_atp_69(X))
& fn_atp_37(X) != fn_atp_69(X)
& fn_atp_69(X) != fn_atp_37(X)
& has_part_2(fn_atp_50(X),fn_atp_51(X))
& has_part_2(fn_atp_38(X),fn_atp_26(X))
& plays_2(X,fn_atp_27(X))
& base_2(fn_atp_43(X),X)
& is_inside_2(fn_atp_58(X),fn_atp_57(X))
& possesses_2(fn_atp_30(X),fn_atp_44(X))
& has_part_2(X,fn_atp_38(X))
& is_near_2(fn_atp_41(X),fn_atp_46(X))
& is_near_2(fn_atp_46(X),fn_atp_41(X))
& has_part_2(fn_atp_38(X),fn_atp_50(X))
& has_part_2(fn_atp_50(X),fn_atp_52(X))
& fn_atp_51(X) != fn_atp_52(X)
& fn_atp_52(X) != fn_atp_51(X)
& is_near_2(fn_atp_49(X),fn_atp_48(X))
& is_near_2(fn_atp_48(X),fn_atp_49(X))
& agent_2(fn_atp_13(X),fn_atp_35(X))
& agent_2(fn_atp_64(X),fn_atp_35(X))
& agent_2(fn_atp_78(X),fn_atp_35(X))
& has_region_2(fn_atp_40(X),fn_atp_46(X))
& is_near_2(fn_atp_45(X),fn_atp_46(X))
& is_near_2(fn_atp_46(X),fn_atp_45(X))
& agent_2(fn_atp_76(X),fn_atp_36(X))
& object_2(fn_atp_76(X),fn_atp_63(X))
& object_2(fn_atp_75(X),fn_atp_63(X))
& agent_2(fn_atp_75(X),fn_atp_36(X))
& result_2(fn_atp_75(X),fn_atp_29(X))
& result_2(fn_atp_76(X),fn_atp_29(X))
& agent_2(fn_atp_76(X),fn_atp_37(X))
& agent_2(fn_atp_75(X),fn_atp_37(X))
& has_region_2(X,fn_atp_33(X))
& is_inside_2(fn_atp_70(X),fn_atp_71(X))
& object_2(fn_atp_24(X),fn_atp_35(X))
& is_inside_2(fn_atp_34(X),fn_atp_25(X))
& has_region_2(fn_atp_50(X),fn_atp_25(X))
& agent_2(fn_atp_15(X),fn_atp_36(X))
& agent_2(fn_atp_64(X),fn_atp_36(X))
& object_2(fn_atp_64(X),fn_atp_53(X))
& object_2(fn_atp_16(X),fn_atp_53(X))
& object_2(fn_atp_16(X),fn_atp_21(X))
& fn_atp_62(X) != fn_atp_61(X)
& fn_atp_61(X) != fn_atp_62(X)
& fn_atp_71(X) != fn_atp_62(X)
& fn_atp_60(X) != fn_atp_71(X)
& fn_atp_71(X) != fn_atp_60(X)
& fn_atp_62(X) != fn_atp_71(X)
& agent_2(fn_atp_15(X),fn_atp_35(X))
& agent_2(fn_atp_15(X),fn_atp_37(X))
& agent_2(fn_atp_64(X),fn_atp_37(X))
& result_2(fn_atp_64(X),fn_atp_29(X))
& result_2(fn_atp_16(X),fn_atp_29(X))
& has_region_2(fn_atp_36(X),fn_atp_61(X))
& fn_atp_61(X) != fn_atp_60(X)
& fn_atp_60(X) != fn_atp_61(X)
& has_region_2(X,fn_atp_32(X))
& is_inside_2(fn_atp_32(X),fn_atp_25(X))
& possesses_2(X,fn_atp_28(X))
& quantity_2(fn_atp_28(X),fn_atp_66(X))
& directly_proportional_2(fn_atp_67(X),fn_atp_66(X))
& speed_2(fn_atp_68(X),fn_atp_67(X))
& object_2(fn_atp_68(X),X)
& object_2(fn_atp_65(X),fn_atp_36(X))
& object_2(fn_atp_75(X),fn_atp_73(X))
& object_2(fn_atp_65(X),fn_atp_69(X))
& object_2(fn_atp_78(X),fn_atp_77(X))
& possesses_2(X,fn_atp_29(X))
& object_2(fn_atp_79(X),fn_atp_37(X))
& object_2(fn_atp_17(X),fn_atp_37(X))
& object_2(fn_atp_65(X),fn_atp_35(X))
& object_2(fn_atp_65(X),fn_atp_37(X))
& has_region_2(fn_atp_37(X),fn_atp_55(X))
& has_part_2(X,fn_atp_39(X))
& possesses_2(X,fn_atp_30(X))
& result_2(fn_atp_80(X),fn_atp_30(X))
& has_region_2(fn_atp_69(X),fn_atp_58(X))
& fn_atp_62(X) != fn_atp_58(X)
& fn_atp_58(X) != fn_atp_62(X)
& fn_atp_60(X) != fn_atp_58(X)
& fn_atp_58(X) != fn_atp_60(X)
& has_part_2(fn_atp_37(X),fn_atp_53(X))
& fn_atp_39(X) != fn_atp_37(X)
& fn_atp_37(X) != fn_atp_39(X)
& fn_atp_73(X) != fn_atp_53(X)
& fn_atp_53(X) != fn_atp_73(X)
& agent_2(fn_atp_78(X),fn_atp_36(X))
& has_part_2(X,fn_atp_36(X))
& has_part_2(X,fn_atp_37(X))
& is_inside_2(fn_atp_37(X),fn_atp_34(X))
& has_region_2(X,fn_atp_34(X))
& object_2(fn_atp_13(X),fn_atp_53(X))
& object_2(fn_atp_13(X),fn_atp_63(X))
& fn_atp_63(X) != fn_atp_73(X)
& fn_atp_59(X) != fn_atp_63(X)
& fn_atp_63(X) != fn_atp_59(X)
& fn_atp_73(X) != fn_atp_63(X)
& object_2(fn_atp_78(X),fn_atp_63(X))
& fn_atp_63(X) != fn_atp_53(X)
& fn_atp_53(X) != fn_atp_21(X)
& fn_atp_53(X) != fn_atp_63(X)
& fn_atp_20(X) != fn_atp_53(X)
& fn_atp_53(X) != fn_atp_20(X)
& fn_atp_21(X) != fn_atp_53(X)
& agent_2(fn_atp_16(X),fn_atp_36(X))
& agent_2(fn_atp_16(X),fn_atp_35(X))
& fn_atp_35(X) != fn_atp_39(X)
& is_inside_2(fn_atp_39(X),fn_atp_31(X))
& has_region_2(X,fn_atp_31(X))
& fn_atp_39(X) != fn_atp_35(X)
& agent_2(fn_atp_78(X),fn_atp_37(X))
& result_2(fn_atp_78(X),fn_atp_29(X))
& result_2(fn_atp_15(X),fn_atp_29(X))
& object_2(fn_atp_15(X),fn_atp_53(X))
& fn_atp_53(X) != fn_atp_19(X)
& fn_atp_19(X) != fn_atp_53(X)
& agent_2(fn_atp_12(X),fn_atp_37(X))
& agent_2(fn_atp_12(X),fn_atp_69(X))
& has_region_2(fn_atp_69(X),fn_atp_55(X))
& fn_atp_35(X) != fn_atp_69(X)
& fn_atp_69(X) != fn_atp_35(X)
& has_part_2(X,fn_atp_35(X))
& is_inside_2(fn_atp_35(X),fn_atp_34(X))
& is_inside_2(fn_atp_36(X),fn_atp_34(X))
& agent_2(fn_atp_14(X),fn_atp_36(X))
& agent_2(fn_atp_14(X),fn_atp_37(X))
& has_region_2(fn_atp_37(X),fn_atp_56(X))
& object_2(fn_atp_76(X),fn_atp_59(X))
& has_region_2(fn_atp_36(X),fn_atp_55(X))
& fn_atp_63(X) != fn_atp_77(X)
& fn_atp_77(X) != fn_atp_63(X)
& is_between_2(fn_atp_29(X),fn_atp_37(X))
& result_2(fn_atp_14(X),fn_atp_29(X))
& object_2(fn_atp_14(X),fn_atp_20(X))
& fn_atp_59(X) != fn_atp_20(X)
& fn_atp_20(X) != fn_atp_59(X)
& object_2(fn_atp_74(X),fn_atp_37(X))
& object_2(fn_atp_74(X),fn_atp_36(X))
& object_2(fn_atp_24(X),fn_atp_36(X))
& object_2(fn_atp_24(X),fn_atp_37(X))
& has_region_2(fn_atp_37(X),fn_atp_62(X))
& agent_2(fn_atp_12(X),fn_atp_36(X))
& result_2(fn_atp_12(X),fn_atp_30(X))
& is_between_2(fn_atp_30(X),fn_atp_35(X))
& agent_2(fn_atp_12(X),fn_atp_35(X))
& object_2(fn_atp_12(X),fn_atp_63(X))
& agent_2(fn_atp_80(X),fn_atp_37(X))
& agent_2(fn_atp_80(X),fn_atp_36(X))
& is_inside_2(fn_atp_36(X),fn_atp_33(X))
& is_inside_2(fn_atp_37(X),fn_atp_33(X))
& has_part_2(fn_atp_37(X),fn_atp_63(X))
& is_inside_2(fn_atp_37(X),fn_atp_32(X))
& has_part_2(fn_atp_37(X),fn_atp_77(X))
& fn_atp_77(X) != fn_atp_53(X)
& fn_atp_53(X) != fn_atp_18(X)
& object_2(fn_atp_15(X),fn_atp_18(X))
& fn_atp_53(X) != fn_atp_77(X)
& fn_atp_18(X) != fn_atp_53(X)
& has_region_2(fn_atp_37(X),fn_atp_70(X))
& has_part_2(fn_atp_37(X),fn_atp_54(X))
& fn_atp_59(X) != fn_atp_53(X)
& fn_atp_53(X) != fn_atp_59(X)
& is_between_2(fn_atp_29(X),fn_atp_36(X))
& is_between_2(fn_atp_30(X),fn_atp_37(X))
& agent_2(fn_atp_65(X),fn_atp_30(X))
& has_region_2(fn_atp_36(X),fn_atp_56(X))
& fn_atp_37(X) != fn_atp_36(X)
& fn_atp_36(X) != fn_atp_37(X)
& object_2(fn_atp_64(X),fn_atp_63(X))
& fn_atp_19(X) != fn_atp_63(X)
& fn_atp_63(X) != fn_atp_19(X)
& agent_2(fn_atp_13(X),fn_atp_36(X))
& result_2(fn_atp_13(X),fn_atp_29(X))
& is_between_2(fn_atp_29(X),fn_atp_35(X))
& fn_atp_36(X) != fn_atp_35(X)
& fn_atp_35(X) != fn_atp_36(X)
& object_2(fn_atp_79(X),fn_atp_36(X))
& object_2(fn_atp_79(X),fn_atp_35(X))
& has_region_2(fn_atp_35(X),fn_atp_55(X))
& fn_atp_37(X) != fn_atp_35(X)
& fn_atp_35(X) != fn_atp_37(X)
& agent_2(fn_atp_11(X),fn_atp_36(X))
& agent_2(fn_atp_11(X),fn_atp_35(X))
& has_region_2(fn_atp_35(X),fn_atp_60(X))
& fn_atp_62(X) != fn_atp_60(X)
& fn_atp_60(X) != fn_atp_62(X)
& object_2(fn_atp_80(X),fn_atp_72(X))
& fn_atp_72(X) != fn_atp_59(X)
& object_2(fn_atp_64(X),fn_atp_59(X))
& result_2(fn_atp_64(X),fn_atp_30(X))
& has_function_2(fn_atp_30(X),fn_atp_65(X))
& fn_atp_59(X) != fn_atp_72(X)
& object_2(fn_atp_17(X),fn_atp_35(X))
& object_2(fn_atp_17(X),fn_atp_36(X))
& is_inside_2(fn_atp_36(X),fn_atp_32(X))
& is_inside_2(fn_atp_35(X),fn_atp_32(X))
& has_part_2(fn_atp_35(X),fn_atp_18(X))
& object_2(fn_atp_80(X),fn_atp_59(X))
& agent_2(fn_atp_80(X),fn_atp_35(X))
& has_region_2(fn_atp_35(X),fn_atp_70(X))
& is_at_2(fn_atp_70(X),fn_atp_56(X))
& has_region_2(fn_atp_35(X),fn_atp_56(X))
& is_inside_2(fn_atp_35(X),fn_atp_33(X))
& has_part_2(fn_atp_35(X),fn_atp_59(X))
& is_near_2(fn_atp_59(X),fn_atp_70(X))
& fn_atp_18(X) != fn_atp_59(X)
& fn_atp_59(X) != fn_atp_18(X)
& is_near_2(fn_atp_70(X),fn_atp_59(X))
& is_inside_2(fn_atp_54(X),fn_atp_70(X))
& has_function_2(fn_atp_29(X),fn_atp_65(X))
& agent_2(fn_atp_65(X),fn_atp_29(X))
& object_2(fn_atp_11(X),fn_atp_19(X))
& is_near_2(fn_atp_70(X),fn_atp_63(X))
& is_near_2(fn_atp_63(X),fn_atp_70(X))
& result_2(fn_atp_11(X),fn_atp_29(X))
& object_2(fn_atp_11(X),fn_atp_53(X))
& is_near_2(fn_atp_53(X),fn_atp_70(X))
& is_at_2(fn_atp_70(X),fn_atp_55(X))
& fn_atp_55(X) != fn_atp_56(X)
& is_near_2(fn_atp_70(X),fn_atp_53(X))
& fn_atp_56(X) != fn_atp_55(X)
& fn_atp_41(X) = fn_share_2(fn_atp_47(X))
& fn_atp_69(X) = fn_share_3(fn_atp_64(X))
& fn_atp_69(X) = fn_share_1(fn_atp_64(X))
& fn_atp_53(X) = fn_share_2(fn_atp_14(X))
& fn_atp_40(X) = fn_share_3(fn_atp_47(X))
& fn_atp_40(X) = fn_share_1(fn_atp_47(X))
& fn_atp_44(X) = fn_store_1(fn_atp_43(X))
& fn_atp_39(X) = fn_hold_2(fn_atp_42(X))
& fn_atp_37(X) = fn_share_3(fn_atp_80(X))
& fn_atp_69(X) = fn_share_3(fn_atp_80(X))
& fn_atp_69(X) = fn_share_1(fn_atp_80(X))
& fn_atp_51(X) = fn_aldose_10(fn_atp_50(X))
& fn_atp_51(X) = fn_pentose_21(fn_atp_50(X))
& fn_atp_26(X) = fn_organic_molecule_2(fn_atp_38(X))
& fn_atp_26(X) = fn_organic_molecule_1(fn_atp_38(X))
& X = fn_renewable_resource_1(fn_atp_27(X))
& X = fn_store_2(fn_atp_43(X))
& fn_atp_58(X) = fn_second_electron_shell_21(fn_atp_57(X))
& fn_atp_44(X) = fn_chemical_bond_2(fn_atp_30(X))
& fn_atp_41(X) = fn_atomic_nucleus_8(fn_atp_46(X))
& fn_atp_51(X) = fn_aldehyde_6(fn_atp_50(X))
& fn_atp_51(X) = fn_nucleoside_7(fn_atp_38(X))
& fn_atp_52(X) = fn_aldehyde_5(fn_atp_50(X))
& fn_atp_52(X) = fn_nucleoside_6(fn_atp_38(X))
& fn_atp_38(X) = fn_ribonucleotide_9(X)
& fn_atp_50(X) = fn_nucleoside_20(fn_atp_38(X))
& fn_atp_49(X) = fn_atomic_nucleus_8(fn_atp_48(X))
& fn_atp_13(X) = fn_covalent_bond_17(fn_atp_29(X))
& fn_atp_64(X) = fn_ribonucleotide_19(X)
& fn_atp_78(X) = fn_covalent_bond_17(fn_atp_29(X))
& fn_atp_45(X) = fn_atom_14(fn_atp_40(X))
& fn_atp_46(X) = fn_atom_18(fn_atp_40(X))
& fn_atp_63(X) = fn_ribonucleotide_27(X)
& fn_atp_76(X) = fn_ribonucleotide_19(X)
& fn_atp_75(X) = fn_ribonucleotide_2(X)
& X = fn_functional_group_1(fn_atp_33(X))
& fn_atp_33(X) = fn_ribonucleotide_14(X)
& fn_atp_70(X) = fn_ribonucleotide_29(X)
& fn_atp_24(X) = fn_ribonucleotide_20(X)
& fn_atp_50(X) = fn_ribonucleotide_10(X)
& fn_atp_25(X) = fn_ribonucleotide_11(X)
& fn_atp_21(X) = fn_ribonucleotide_22(X)
& fn_atp_53(X) = fn_ribonucleotide_27(X)
& fn_atp_60(X) = fn_ribonucleotide_3(X)
& fn_atp_71(X) = fn_ribonucleotide_26(X)
& fn_atp_62(X) = fn_ribonucleotide_18(X)
& fn_atp_16(X) = fn_ribonucleotide_19(X)
& fn_atp_64(X) = fn_ribonucleotide_2(X)
& fn_atp_15(X) = fn_ribonucleotide_19(X)
& fn_atp_61(X) = fn_ribonucleotide_25(X)
& fn_atp_22(X) = fn_nucleotide_52(X)
& fn_atp_23(X) = fn_nucleotide_53(X)
& fn_atp_25(X) = fn_nucleotide_36(X)
& X = fn_functional_group_1(fn_atp_32(X))
& fn_atp_32(X) = fn_nucleotide_15(X)
& fn_atp_68(X) = fn_nucleotide_4(X)
& fn_atp_67(X) = fn_nucleotide_5(X)
& fn_atp_66(X) = fn_nucleotide_6(X)
& fn_atp_28(X) = fn_nucleotide_2(X)
& fn_atp_75(X) = fn_nucleoside_triphosphate_1(X)
& fn_atp_77(X) = fn_nucleoside_triphosphate_19(X)
& fn_atp_79(X) = fn_nucleoside_triphosphate_18(X)
& fn_atp_17(X) = fn_nucleoside_triphosphate_17(X)
& fn_atp_55(X) = fn_nucleoside_triphosphate_20(X)
& fn_atp_65(X) = fn_nucleoside_triphosphate_11(X)
& fn_atp_80(X) = fn_nucleoside_triphosphate_10(X)
& fn_atp_30(X) = fn_nucleoside_triphosphate_35(X)
& fn_atp_60(X) = fn_nucleoside_triphosphate_25(X)
& fn_atp_58(X) = fn_nucleoside_triphosphate_8(X)
& fn_atp_62(X) = fn_nucleoside_triphosphate_25(X)
& fn_atp_58(X) = fn_nucleoside_triphosphate_13(X)
& fn_atp_53(X) = fn_nucleoside_triphosphate_7(X)
& fn_atp_37(X) = fn_ribonucleotide_8(X)
& fn_atp_73(X) = fn_nucleoside_triphosphate_19(X)
& fn_atp_63(X) = fn_nucleoside_triphosphate_3(X)
& fn_atp_59(X) = fn_nucleoside_triphosphate_19(X)
& fn_atp_13(X) = fn_covalent_bond_17(fn_atp_30(X))
& fn_atp_53(X) = fn_covalent_bond_15(fn_atp_30(X))
& fn_atp_13(X) = fn_nucleoside_triphosphate_10(X)
& fn_atp_21(X) = fn_nucleoside_triphosphate_15(X)
& fn_atp_53(X) = fn_nucleoside_triphosphate_23(X)
& fn_atp_53(X) = fn_ribonucleotide_28(X)
& fn_atp_20(X) = fn_ribonucleotide_6(X)
& fn_atp_20(X) = fn_nucleoside_triphosphate_15(X)
& fn_atp_53(X) = fn_nucleoside_triphosphate_14(X)
& fn_atp_63(X) = fn_nucleoside_triphosphate_15(X)
& fn_atp_31(X) = fn_ribonucleotide_15(X)
& fn_atp_31(X) = fn_nucleoside_triphosphate_30(X)
& fn_atp_39(X) = fn_ribonucleotide_7(X)
& fn_atp_39(X) = fn_nucleoside_triphosphate_31(X)
& fn_atp_16(X) = fn_nucleoside_triphosphate_10(X)
& fn_atp_19(X) = fn_nucleoside_triphosphate_7(X)
& fn_atp_53(X) = fn_nucleoside_triphosphate_3(X)
& fn_atp_15(X) = fn_nucleoside_triphosphate_1(X)
& fn_atp_29(X) = fn_nucleoside_triphosphate_28(X)
& fn_atp_78(X) = fn_nucleoside_triphosphate_16(X)
& fn_atp_55(X) = fn_nucleoside_triphosphate_12(X)
& fn_atp_35(X) = fn_nucleoside_triphosphate_29(X)
& fn_atp_69(X) = fn_nucleoside_triphosphate_34(X)
& fn_atp_12(X) = fn_nucleoside_triphosphate_10(X)
& fn_atp_37(X) = fn_nucleoside_triphosphate_29(X)
& fn_atp_14(X) = fn_nucleoside_triphosphate_1(X)
& fn_atp_36(X) = fn_ribonucleotide_17(X)
& fn_atp_36(X) = fn_nucleoside_triphosphate_33(X)
& fn_atp_34(X) = fn_ribonucleotide_14(X)
& fn_atp_34(X) = fn_nucleoside_triphosphate_27(X)
& fn_atp_35(X) = fn_ribonucleotide_16(X)
& fn_atp_35(X) = fn_nucleoside_triphosphate_32(X)
& fn_atp_56(X) = fn_phosphate_group_10(fn_atp_32(X))
& fn_atp_76(X) = fn_phosphate_group_35(fn_atp_32(X))
& fn_atp_55(X) = fn_phosphate_group_12(fn_atp_32(X))
& fn_atp_77(X) = fn_phosphate_group_21(fn_atp_32(X))
& fn_atp_59(X) = fn_phosphate_group_38(fn_atp_32(X))
& fn_atp_20(X) = fn_phosphate_group_3(fn_atp_32(X))
& fn_atp_14(X) = fn_phosphate_group_39(fn_atp_32(X))
& fn_atp_29(X) = fn_phosphate_group_41(fn_atp_32(X))
& fn_atp_62(X) = fn_phosphate_group_16(fn_atp_32(X))
& fn_atp_24(X) = fn_phosphate_group_36(fn_atp_32(X))
& fn_atp_74(X) = fn_phosphate_group_40(fn_atp_32(X))
& fn_atp_35(X) = fn_phosphate_group_22(fn_atp_32(X))
& fn_atp_30(X) = fn_phosphate_group_37(fn_atp_32(X))
& fn_atp_12(X) = fn_phosphate_group_35(fn_atp_32(X))
& fn_atp_63(X) = fn_phosphate_group_20(fn_atp_32(X))
& fn_atp_37(X) = fn_phosphate_group_22(fn_atp_32(X))
& fn_atp_36(X) = fn_phosphate_group_6(fn_atp_32(X))
& fn_atp_80(X) = fn_phosphate_group_39(fn_atp_32(X))
& fn_atp_15(X) = fn_phosphate_group_39(fn_atp_32(X))
& fn_atp_18(X) = fn_phosphate_group_8(fn_atp_32(X))
& fn_atp_53(X) = fn_phosphate_group_9(fn_atp_32(X))
& fn_atp_37(X) = fn_covalent_bond_20(fn_atp_29(X))
& fn_atp_77(X) = fn_covalent_bond_15(fn_atp_29(X))
& fn_atp_77(X) = fn_phosphate_group_8(fn_atp_32(X))
& fn_atp_37(X) = fn_phosphate_group_5(fn_atp_32(X))
& fn_atp_70(X) = fn_phosphate_group_18(fn_atp_33(X))
& fn_atp_54(X) = fn_phosphate_group_19(fn_atp_33(X))
& fn_atp_53(X) = fn_phosphate_group_3(fn_atp_33(X))
& fn_atp_30(X) = fn_ribonucleotide_12(X)
& fn_atp_56(X) = fn_phosphate_group_12(fn_atp_33(X))
& fn_atp_37(X) = fn_phosphate_group_22(fn_atp_33(X))
& fn_atp_19(X) = fn_phosphate_group_21(fn_atp_33(X))
& fn_atp_63(X) = fn_phosphate_group_20(fn_atp_33(X))
& fn_atp_29(X) = fn_phosphate_group_41(fn_atp_33(X))
& fn_atp_13(X) = fn_phosphate_group_39(fn_atp_33(X))
& fn_atp_55(X) = fn_phosphate_group_17(fn_atp_33(X))
& fn_atp_37(X) = fn_ribonucleotide_16(X)
& fn_atp_37(X) = fn_covalent_bond_20(fn_atp_30(X))
& fn_atp_37(X) = fn_phosphate_group_5(fn_atp_33(X))
& fn_atp_79(X) = fn_phosphate_group_36(fn_atp_33(X))
& fn_atp_62(X) = fn_covalent_bond_11(fn_atp_30(X))
& fn_atp_62(X) = fn_covalent_bond_11(fn_atp_29(X))
& fn_atp_62(X) = fn_phosphate_group_13(fn_atp_33(X))
& fn_atp_35(X) = fn_covalent_bond_19(fn_atp_30(X))
& fn_atp_60(X) = fn_covalent_bond_12(fn_atp_30(X))
& fn_atp_60(X) = fn_ribonucleotide_18(X)
& fn_atp_60(X) = fn_covalent_bond_12(fn_atp_29(X))
& fn_atp_60(X) = fn_phosphate_group_16(fn_atp_33(X))
& fn_atp_11(X) = fn_phosphate_group_35(fn_atp_33(X))
& fn_atp_65(X) = fn_phosphate_group_36(fn_atp_33(X))
& fn_atp_30(X) = fn_phosphate_group_37(fn_atp_33(X))
& fn_atp_64(X) = fn_covalent_bond_17(fn_atp_30(X))
& fn_atp_64(X) = fn_phosphate_group_35(fn_atp_33(X))
& fn_atp_59(X) = fn_phosphate_group_38(fn_atp_33(X))
& fn_atp_72(X) = fn_phosphate_group_3(fn_atp_33(X))
& fn_atp_18(X) = fn_phosphate_group_20(fn_atp_33(X))
& fn_atp_35(X) = fn_phosphate_group_22(fn_atp_33(X))
& fn_atp_36(X) = fn_phosphate_group_6(fn_atp_33(X))
& fn_atp_17(X) = fn_phosphate_group_40(fn_atp_33(X))
& fn_atp_35(X) = fn_covalent_bond_19(fn_atp_29(X))
& fn_atp_56(X) = fn_covalent_bond_21(fn_atp_30(X))
& fn_atp_56(X) = fn_phosphate_group_10(fn_atp_33(X))
& fn_atp_35(X) = fn_covalent_bond_20(fn_atp_29(X))
& fn_atp_80(X) = fn_phosphate_group_39(fn_atp_33(X))
& fn_atp_59(X) = fn_covalent_bond_18(fn_atp_30(X))
& fn_atp_70(X) = fn_covalent_bond_22(fn_atp_30(X))
& fn_atp_70(X) = fn_phosphate_group_11(fn_atp_33(X))
& fn_atp_18(X) = fn_ribonucleotide_28(X)
& fn_atp_18(X) = fn_phosphate_group_9(fn_atp_33(X))
& fn_atp_35(X) = fn_ribonucleotide_8(X)
& fn_atp_59(X) = fn_ribonucleotide_22(X)
& fn_atp_59(X) = fn_phosphate_group_8(fn_atp_33(X))
& fn_atp_35(X) = fn_phosphate_group_5(fn_atp_33(X))
& fn_atp_54(X) = fn_covalent_bond_4(fn_atp_29(X))
& fn_atp_65(X) = fn_covalent_bond_14(fn_atp_30(X))
& fn_atp_65(X) = fn_ribonucleotide_20(X)
& fn_atp_29(X) = fn_ribonucleotide_13(X)
& fn_atp_65(X) = fn_covalent_bond_14(fn_atp_29(X))
& fn_atp_19(X) = fn_covalent_bond_15(fn_atp_29(X))
& fn_atp_63(X) = fn_covalent_bond_18(fn_atp_29(X))
& fn_atp_56(X) = fn_covalent_bond_21(fn_atp_29(X))
& fn_atp_56(X) = fn_covalent_bond_23(fn_atp_29(X))
& fn_atp_70(X) = fn_covalent_bond_24(fn_atp_29(X))
& fn_atp_55(X) = fn_covalent_bond_23(fn_atp_29(X))
& fn_atp_55(X) = fn_covalent_bond_21(fn_atp_29(X))
& fn_atp_70(X) = fn_covalent_bond_22(fn_atp_29(X))
& fn_atp_53(X) = fn_covalent_bond_18(fn_atp_29(X))
& fn_atp_11(X) = fn_covalent_bond_17(fn_atp_29(X))
& fn_organic_molecule_2(fn_atp_38(X)) = fn_organic_molecule_1(fn_atp_38(X))
& fn_organic_molecule_1(fn_atp_38(X)) = fn_store_1(fn_atp_43(X))
& fn_store_1(fn_atp_43(X)) = fn_chemical_bond_2(fn_atp_30(X))
& fn_chemical_bond_2(fn_atp_30(X)) = fn_share_2(fn_atp_47(X))
& fn_share_2(fn_atp_47(X)) = fn_atomic_nucleus_8(fn_atp_46(X))
& fn_atomic_nucleus_8(fn_atp_46(X)) = fn_atomic_nucleus_8(fn_atp_46(X))
& fn_atomic_nucleus_8(fn_atp_46(X)) = fn_aldose_10(fn_atp_50(X))
& fn_aldose_10(fn_atp_50(X)) = fn_aldehyde_6(fn_atp_50(X))
& fn_aldehyde_6(fn_atp_50(X)) = fn_aldehyde_6(fn_atp_50(X))
& fn_aldehyde_6(fn_atp_50(X)) = fn_aldose_10(fn_atp_50(X))
& fn_aldose_10(fn_atp_50(X)) = fn_pentose_21(fn_atp_50(X))
& fn_pentose_21(fn_atp_50(X)) = fn_pentose_21(fn_atp_50(X))
& fn_pentose_21(fn_atp_50(X)) = fn_nucleoside_7(fn_atp_38(X))
& fn_nucleoside_7(fn_atp_38(X)) = fn_nucleoside_7(fn_atp_38(X))
& fn_nucleoside_7(fn_atp_38(X)) = fn_aldehyde_5(fn_atp_50(X))
& fn_nucleoside_6(fn_atp_38(X)) = fn_aldehyde_5(fn_atp_50(X))
& fn_aldehyde_5(fn_atp_50(X)) = fn_nucleoside_6(fn_atp_38(X))
& fn_nucleoside_6(fn_atp_38(X)) = fn_share_3(fn_atp_47(X))
& fn_share_3(fn_atp_47(X)) = fn_share_1(fn_atp_47(X))
& fn_share_1(fn_atp_47(X)) = fn_nucleoside_20(fn_atp_38(X))
& fn_ribonucleotide_10(X) = fn_nucleoside_20(fn_atp_38(X))
& fn_nucleoside_20(fn_atp_38(X)) = fn_ribonucleotide_10(X)
& fn_ribonucleotide_10(X) = fn_ribonucleotide_11(X)
& fn_ribonucleotide_11(X) = fn_ribonucleotide_11(X)
& fn_ribonucleotide_11(X) = fn_nucleotide_36(X)
& fn_nucleotide_36(X) = fn_ribonucleotide_2(X)
& fn_ribonucleotide_2(X) = fn_nucleoside_triphosphate_1(X)
& fn_nucleoside_triphosphate_1(X) = fn_second_electron_shell_21(fn_atp_57(X))
& fn_second_electron_shell_21(fn_atp_57(X)) = fn_nucleoside_triphosphate_8(X)
& fn_nucleoside_triphosphate_13(X) = fn_nucleoside_triphosphate_8(X)
& fn_nucleoside_triphosphate_8(X) = fn_nucleoside_triphosphate_8(X)
& fn_nucleoside_triphosphate_8(X) = fn_nucleoside_triphosphate_13(X)
& fn_nucleoside_triphosphate_13(X) = fn_nucleoside_triphosphate_13(X)
& fn_nucleoside_triphosphate_13(X) = fn_ribonucleotide_22(X)
& fn_ribonucleotide_22(X) = fn_nucleoside_triphosphate_15(X)
& fn_nucleoside_triphosphate_15(X) = fn_ribonucleotide_15(X)
& fn_nucleoside_triphosphate_30(X) = fn_ribonucleotide_15(X)
& fn_ribonucleotide_15(X) = fn_nucleoside_triphosphate_30(X)
& fn_nucleoside_triphosphate_30(X) = fn_hold_2(fn_atp_42(X))
& fn_hold_2(fn_atp_42(X)) = fn_ribonucleotide_7(X)
& fn_ribonucleotide_7(X) = fn_ribonucleotide_7(X)
& fn_nucleoside_triphosphate_31(X) = fn_nucleoside_triphosphate_31(X)
& fn_nucleoside_triphosphate_31(X) = fn_ribonucleotide_7(X)
& fn_ribonucleotide_7(X) = fn_nucleoside_triphosphate_31(X)
& fn_nucleoside_triphosphate_31(X) = fn_ribonucleotide_19(X)
& fn_ribonucleotide_19(X) = fn_nucleoside_triphosphate_10(X)
& fn_nucleoside_triphosphate_10(X) = fn_covalent_bond_17(fn_atp_29(X))
& fn_covalent_bond_17(fn_atp_29(X)) = fn_nucleoside_triphosphate_16(X)
& fn_nucleoside_triphosphate_16(X) = fn_nucleoside_triphosphate_16(X)
& fn_nucleoside_triphosphate_16(X) = fn_share_3(fn_atp_64(X))
& fn_share_3(fn_atp_64(X)) = fn_share_1(fn_atp_64(X))
& fn_share_1(fn_atp_80(X)) = fn_share_3(fn_atp_80(X))
& fn_share_3(fn_atp_80(X)) = fn_share_1(fn_atp_80(X))
& fn_share_1(fn_atp_80(X)) = fn_share_1(fn_atp_64(X))
& fn_share_1(fn_atp_64(X)) = fn_share_1(fn_atp_80(X))
& fn_share_1(fn_atp_80(X)) = fn_share_1(fn_atp_80(X))
& fn_share_1(fn_atp_80(X)) = fn_nucleoside_triphosphate_34(X)
& fn_nucleoside_triphosphate_34(X) = fn_nucleoside_triphosphate_34(X)
& fn_nucleoside_triphosphate_34(X) = fn_ribonucleotide_14(X)
& fn_nucleoside_triphosphate_27(X) = fn_nucleoside_triphosphate_27(X)
& fn_nucleoside_triphosphate_27(X) = fn_ribonucleotide_14(X)
& fn_ribonucleotide_14(X) = fn_nucleoside_triphosphate_27(X)
& fn_nucleoside_triphosphate_27(X) = fn_renewable_resource_1(fn_atp_27(X))
& fn_renewable_resource_1(fn_atp_27(X)) = fn_functional_group_1(fn_atp_33(X))
& fn_functional_group_1(fn_atp_33(X)) = fn_functional_group_1(fn_atp_32(X))
& fn_functional_group_1(fn_atp_32(X)) = fn_renewable_resource_1(fn_atp_27(X))
& fn_renewable_resource_1(fn_atp_27(X)) = fn_store_2(fn_atp_43(X))
& fn_store_2(fn_atp_43(X)) = fn_ribonucleotide_19(X)
& fn_ribonucleotide_19(X) = fn_phosphate_group_35(fn_atp_32(X))
& fn_phosphate_group_35(fn_atp_32(X)) = fn_ribonucleotide_6(X)
& fn_nucleoside_triphosphate_15(X) = fn_ribonucleotide_6(X)
& fn_ribonucleotide_6(X) = fn_nucleoside_triphosphate_15(X)
& fn_nucleoside_triphosphate_15(X) = fn_phosphate_group_3(fn_atp_32(X))
& fn_phosphate_group_3(fn_atp_32(X)) = fn_phosphate_group_3(fn_atp_32(X))
& fn_phosphate_group_3(fn_atp_32(X)) = fn_nucleoside_triphosphate_1(X)
& fn_phosphate_group_39(fn_atp_32(X)) = fn_ribonucleotide_20(X)
& fn_ribonucleotide_20(X) = fn_phosphate_group_36(fn_atp_32(X))
& fn_phosphate_group_36(fn_atp_32(X)) = fn_phosphate_group_36(fn_atp_32(X))
& fn_phosphate_group_36(fn_atp_32(X)) = fn_nucleoside_triphosphate_10(X)
& fn_nucleoside_triphosphate_10(X) = fn_phosphate_group_35(fn_atp_32(X))
& fn_phosphate_group_35(fn_atp_32(X)) = fn_phosphate_group_35(fn_atp_32(X))
& fn_phosphate_group_35(fn_atp_32(X)) = fn_ribonucleotide_19(X)
& fn_ribonucleotide_19(X) = fn_ribonucleotide_19(X)
& fn_ribonucleotide_19(X) = fn_nucleoside_triphosphate_1(X)
& fn_nucleoside_triphosphate_1(X) = fn_nucleoside_triphosphate_1(X)
& fn_nucleoside_triphosphate_1(X) = fn_phosphate_group_39(fn_atp_32(X))
& fn_phosphate_group_39(fn_atp_32(X)) = fn_nucleoside_triphosphate_19(X)
& fn_nucleoside_triphosphate_19(X) = fn_covalent_bond_15(fn_atp_29(X))
& fn_covalent_bond_15(fn_atp_29(X)) = fn_nucleoside_triphosphate_19(X)
& fn_nucleoside_triphosphate_19(X) = fn_phosphate_group_21(fn_atp_32(X))
& fn_phosphate_group_21(fn_atp_32(X)) = fn_phosphate_group_21(fn_atp_32(X))
& fn_phosphate_group_21(fn_atp_32(X)) = fn_phosphate_group_8(fn_atp_32(X))
& fn_phosphate_group_8(fn_atp_32(X)) = fn_covalent_bond_17(fn_atp_29(X))
& fn_covalent_bond_17(fn_atp_29(X)) = fn_nucleoside_triphosphate_10(X)
& fn_nucleoside_triphosphate_10(X) = fn_covalent_bond_17(fn_atp_30(X))
& fn_covalent_bond_17(fn_atp_30(X)) = fn_nucleoside_triphosphate_10(X)
& fn_nucleoside_triphosphate_10(X) = fn_nucleoside_triphosphate_10(X)
& fn_nucleoside_triphosphate_10(X) = fn_phosphate_group_39(fn_atp_33(X))
& fn_phosphate_group_39(fn_atp_33(X)) = fn_share_3(fn_atp_80(X))
& fn_share_3(fn_atp_80(X)) = fn_share_3(fn_atp_80(X))
& fn_share_3(fn_atp_80(X)) = fn_covalent_bond_20(fn_atp_30(X))
& fn_covalent_bond_20(fn_atp_30(X)) = fn_covalent_bond_20(fn_atp_29(X))
& fn_covalent_bond_20(fn_atp_30(X)) = fn_ribonucleotide_8(X)
& fn_ribonucleotide_8(X) = fn_covalent_bond_20(fn_atp_29(X))
& fn_covalent_bond_20(fn_atp_29(X)) = fn_covalent_bond_20(fn_atp_29(X))
& fn_covalent_bond_20(fn_atp_29(X)) = fn_covalent_bond_20(fn_atp_30(X))
& fn_covalent_bond_20(fn_atp_30(X)) = fn_covalent_bond_20(fn_atp_30(X))
& fn_covalent_bond_20(fn_atp_30(X)) = fn_ribonucleotide_16(X)
& fn_nucleoside_triphosphate_29(X) = fn_ribonucleotide_16(X)
& fn_ribonucleotide_16(X) = fn_nucleoside_triphosphate_29(X)
& fn_nucleoside_triphosphate_29(X) = fn_phosphate_group_22(fn_atp_32(X))
& fn_phosphate_group_22(fn_atp_33(X)) = fn_phosphate_group_5(fn_atp_32(X))
& fn_phosphate_group_5(fn_atp_32(X)) = fn_phosphate_group_22(fn_atp_32(X))
& fn_phosphate_group_22(fn_atp_32(X)) = fn_phosphate_group_5(fn_atp_32(X))
& fn_phosphate_group_5(fn_atp_32(X)) = fn_phosphate_group_5(fn_atp_32(X))
& fn_phosphate_group_5(fn_atp_32(X)) = fn_phosphate_group_22(fn_atp_33(X))
& fn_phosphate_group_5(fn_atp_33(X)) = fn_nucleoside_triphosphate_18(X)
& fn_nucleoside_triphosphate_18(X) = fn_phosphate_group_36(fn_atp_33(X))
& fn_phosphate_group_36(fn_atp_33(X)) = fn_ribonucleotide_18(X)
& fn_ribonucleotide_18(X) = fn_covalent_bond_11(fn_atp_29(X))
& fn_covalent_bond_11(fn_atp_29(X)) = fn_covalent_bond_11(fn_atp_30(X))
& fn_covalent_bond_11(fn_atp_30(X)) = fn_covalent_bond_11(fn_atp_29(X))
& fn_covalent_bond_11(fn_atp_29(X)) = fn_ribonucleotide_18(X)
& fn_nucleoside_triphosphate_25(X) = fn_phosphate_group_16(fn_atp_32(X))
& fn_phosphate_group_16(fn_atp_32(X)) = fn_phosphate_group_16(fn_atp_32(X))
& fn_phosphate_group_16(fn_atp_32(X)) = fn_phosphate_group_13(fn_atp_33(X))
& fn_phosphate_group_13(fn_atp_33(X)) = fn_phosphate_group_13(fn_atp_33(X))
& fn_phosphate_group_13(fn_atp_33(X)) = fn_ribonucleotide_3(X)
& fn_ribonucleotide_3(X) = fn_covalent_bond_12(fn_atp_30(X))
& fn_covalent_bond_12(fn_atp_29(X)) = fn_covalent_bond_12(fn_atp_30(X))
& fn_covalent_bond_12(fn_atp_30(X)) = fn_covalent_bond_12(fn_atp_29(X))
& fn_covalent_bond_12(fn_atp_29(X)) = fn_ribonucleotide_3(X)
& fn_ribonucleotide_3(X) = fn_ribonucleotide_3(X)
& fn_ribonucleotide_3(X) = fn_ribonucleotide_18(X)
& fn_ribonucleotide_18(X) = fn_ribonucleotide_18(X)
& fn_nucleoside_triphosphate_25(X) = fn_ribonucleotide_18(X)
& fn_ribonucleotide_18(X) = fn_nucleoside_triphosphate_25(X)
& fn_nucleoside_triphosphate_25(X) = fn_nucleoside_triphosphate_25(X)
& fn_nucleoside_triphosphate_25(X) = fn_phosphate_group_16(fn_atp_33(X))
& fn_phosphate_group_16(fn_atp_33(X)) = fn_phosphate_group_16(fn_atp_33(X))
& fn_phosphate_group_16(fn_atp_33(X)) = fn_nucleoside_triphosphate_35(X)
& fn_nucleoside_triphosphate_35(X) = fn_ribonucleotide_12(X)
& fn_ribonucleotide_12(X) = fn_nucleoside_triphosphate_35(X)
& fn_nucleoside_triphosphate_35(X) = fn_nucleoside_triphosphate_35(X)
& fn_nucleoside_triphosphate_35(X) = fn_phosphate_group_37(fn_atp_32(X))
& fn_phosphate_group_37(fn_atp_32(X)) = fn_phosphate_group_37(fn_atp_32(X))
& fn_phosphate_group_37(fn_atp_32(X)) = fn_phosphate_group_37(fn_atp_33(X))
& fn_phosphate_group_37(fn_atp_33(X)) = fn_phosphate_group_37(fn_atp_33(X))
& fn_phosphate_group_37(fn_atp_33(X)) = fn_ribonucleotide_19(X)
& fn_ribonucleotide_19(X) = fn_covalent_bond_17(fn_atp_30(X))
& fn_covalent_bond_17(fn_atp_30(X)) = fn_covalent_bond_17(fn_atp_30(X))
& fn_covalent_bond_17(fn_atp_30(X)) = fn_ribonucleotide_19(X)
& fn_ribonucleotide_19(X) = fn_ribonucleotide_2(X)
& fn_ribonucleotide_2(X) = fn_ribonucleotide_2(X)
& fn_ribonucleotide_2(X) = fn_phosphate_group_35(fn_atp_33(X))
& fn_phosphate_group_35(fn_atp_33(X)) = fn_ribonucleotide_17(X)
& fn_ribonucleotide_17(X) = fn_ribonucleotide_17(X)
& fn_nucleoside_triphosphate_33(X) = fn_ribonucleotide_17(X)
& fn_ribonucleotide_17(X) = fn_nucleoside_triphosphate_33(X)
& fn_nucleoside_triphosphate_33(X) = fn_nucleoside_triphosphate_33(X)
& fn_nucleoside_triphosphate_33(X) = fn_phosphate_group_6(fn_atp_32(X))
& fn_phosphate_group_6(fn_atp_32(X)) = fn_phosphate_group_6(fn_atp_32(X))
& fn_phosphate_group_6(fn_atp_32(X)) = fn_phosphate_group_6(fn_atp_33(X))
& fn_phosphate_group_6(fn_atp_33(X)) = fn_phosphate_group_6(fn_atp_33(X))
& fn_phosphate_group_6(fn_atp_33(X)) = fn_nucleoside_triphosphate_17(X)
& fn_nucleoside_triphosphate_17(X) = fn_phosphate_group_40(fn_atp_33(X))
& fn_phosphate_group_40(fn_atp_33(X)) = fn_phosphate_group_40(fn_atp_33(X))
& fn_phosphate_group_40(fn_atp_33(X)) = fn_nucleoside_triphosphate_10(X)
& fn_nucleoside_triphosphate_10(X) = fn_phosphate_group_39(fn_atp_32(X))
& fn_phosphate_group_39(fn_atp_32(X)) = fn_phosphate_group_39(fn_atp_32(X))
& fn_phosphate_group_39(fn_atp_32(X)) = fn_phosphate_group_39(fn_atp_33(X))
& fn_phosphate_group_39(fn_atp_33(X)) = fn_phosphate_group_39(fn_atp_33(X))
& fn_phosphate_group_39(fn_atp_33(X)) = fn_phosphate_group_8(fn_atp_32(X))
& fn_phosphate_group_8(fn_atp_32(X)) = fn_ribonucleotide_28(X)
& fn_ribonucleotide_28(X) = fn_phosphate_group_8(fn_atp_32(X))
& fn_phosphate_group_8(fn_atp_32(X)) = fn_phosphate_group_8(fn_atp_32(X))
& fn_phosphate_group_8(fn_atp_32(X)) = fn_phosphate_group_20(fn_atp_33(X))
& fn_phosphate_group_20(fn_atp_33(X)) = fn_phosphate_group_9(fn_atp_33(X))
& fn_phosphate_group_9(fn_atp_33(X)) = fn_phosphate_group_9(fn_atp_33(X))
& fn_phosphate_group_9(fn_atp_33(X)) = fn_covalent_bond_18(fn_atp_30(X))
& fn_covalent_bond_18(fn_atp_30(X)) = fn_covalent_bond_18(fn_atp_30(X))
& fn_covalent_bond_18(fn_atp_30(X)) = fn_ribonucleotide_22(X)
& fn_nucleoside_triphosphate_19(X) = fn_ribonucleotide_22(X)
& fn_ribonucleotide_22(X) = fn_ribonucleotide_22(X)
& fn_ribonucleotide_22(X) = fn_nucleoside_triphosphate_19(X)
& fn_nucleoside_triphosphate_19(X) = fn_nucleoside_triphosphate_19(X)
& fn_nucleoside_triphosphate_19(X) = fn_phosphate_group_38(fn_atp_32(X))
& fn_phosphate_group_38(fn_atp_33(X)) = fn_phosphate_group_38(fn_atp_32(X))
& fn_phosphate_group_38(fn_atp_32(X)) = fn_phosphate_group_38(fn_atp_32(X))
& fn_phosphate_group_38(fn_atp_32(X)) = fn_phosphate_group_38(fn_atp_33(X))
& fn_phosphate_group_38(fn_atp_33(X)) = fn_phosphate_group_38(fn_atp_33(X))
& fn_phosphate_group_38(fn_atp_33(X)) = fn_phosphate_group_8(fn_atp_33(X))
& fn_phosphate_group_8(fn_atp_33(X)) = fn_phosphate_group_8(fn_atp_33(X))
& fn_phosphate_group_8(fn_atp_33(X)) = fn_covalent_bond_20(fn_atp_29(X))
& fn_covalent_bond_19(fn_atp_30(X)) = fn_covalent_bond_20(fn_atp_29(X))
& fn_covalent_bond_19(fn_atp_29(X)) = fn_covalent_bond_20(fn_atp_29(X))
& fn_covalent_bond_20(fn_atp_29(X)) = fn_covalent_bond_19(fn_atp_29(X))
& fn_covalent_bond_19(fn_atp_29(X)) = fn_ribonucleotide_16(X)
& fn_ribonucleotide_16(X) = fn_ribonucleotide_16(X)
& fn_ribonucleotide_16(X) = fn_covalent_bond_19(fn_atp_30(X))
& fn_covalent_bond_19(fn_atp_29(X)) = fn_covalent_bond_19(fn_atp_30(X))
& fn_covalent_bond_19(fn_atp_30(X)) = fn_covalent_bond_19(fn_atp_30(X))
& fn_covalent_bond_19(fn_atp_30(X)) = fn_covalent_bond_19(fn_atp_29(X))
& fn_covalent_bond_19(fn_atp_29(X)) = fn_covalent_bond_19(fn_atp_29(X))
& fn_covalent_bond_19(fn_atp_29(X)) = fn_ribonucleotide_8(X)
& fn_ribonucleotide_8(X) = fn_ribonucleotide_16(X)
& fn_ribonucleotide_16(X) = fn_ribonucleotide_8(X)
& fn_ribonucleotide_8(X) = fn_nucleoside_triphosphate_29(X)
& fn_nucleoside_triphosphate_29(X) = fn_ribonucleotide_8(X)
& fn_ribonucleotide_8(X) = fn_ribonucleotide_8(X)
& fn_ribonucleotide_8(X) = fn_nucleoside_triphosphate_32(X)
& fn_nucleoside_triphosphate_32(X) = fn_nucleoside_triphosphate_29(X)
& fn_nucleoside_triphosphate_29(X) = fn_nucleoside_triphosphate_29(X)
& fn_nucleoside_triphosphate_29(X) = fn_nucleoside_triphosphate_32(X)
& fn_nucleoside_triphosphate_32(X) = fn_nucleoside_triphosphate_32(X)
& fn_nucleoside_triphosphate_32(X) = fn_phosphate_group_22(fn_atp_32(X))
& fn_phosphate_group_22(fn_atp_32(X)) = fn_phosphate_group_22(fn_atp_33(X))
& fn_phosphate_group_22(fn_atp_33(X)) = fn_phosphate_group_22(fn_atp_32(X))
& fn_phosphate_group_22(fn_atp_32(X)) = fn_phosphate_group_22(fn_atp_32(X))
& fn_phosphate_group_22(fn_atp_32(X)) = fn_phosphate_group_5(fn_atp_33(X))
& fn_phosphate_group_5(fn_atp_33(X)) = fn_phosphate_group_22(fn_atp_33(X))
& fn_phosphate_group_22(fn_atp_33(X)) = fn_phosphate_group_22(fn_atp_33(X))
& fn_phosphate_group_22(fn_atp_33(X)) = fn_phosphate_group_5(fn_atp_33(X))
& fn_phosphate_group_5(fn_atp_33(X)) = fn_phosphate_group_5(fn_atp_33(X))
& fn_phosphate_group_5(fn_atp_33(X)) = fn_phosphate_group_19(fn_atp_33(X))
& fn_phosphate_group_19(fn_atp_33(X)) = fn_covalent_bond_4(fn_atp_29(X))
& fn_covalent_bond_4(fn_atp_29(X)) = fn_nucleoside_triphosphate_11(X)
& fn_nucleoside_triphosphate_11(X) = fn_ribonucleotide_20(X)
& fn_ribonucleotide_20(X) = fn_ribonucleotide_20(X)
& fn_ribonucleotide_20(X) = fn_nucleoside_triphosphate_11(X)
& fn_nucleoside_triphosphate_11(X) = fn_nucleoside_triphosphate_11(X)
& fn_nucleoside_triphosphate_11(X) = fn_phosphate_group_36(fn_atp_33(X))
& fn_phosphate_group_36(fn_atp_33(X)) = fn_phosphate_group_36(fn_atp_33(X))
& fn_phosphate_group_36(fn_atp_33(X)) = fn_covalent_bond_14(fn_atp_30(X))
& fn_covalent_bond_14(fn_atp_30(X)) = fn_phosphate_group_36(fn_atp_33(X))
& fn_phosphate_group_36(fn_atp_33(X)) = fn_covalent_bond_14(fn_atp_29(X))
& fn_covalent_bond_14(fn_atp_29(X)) = fn_covalent_bond_14(fn_atp_30(X))
& fn_covalent_bond_14(fn_atp_30(X)) = fn_covalent_bond_14(fn_atp_29(X))
& fn_covalent_bond_14(fn_atp_29(X)) = fn_nucleoside_triphosphate_7(X)
& fn_nucleoside_triphosphate_7(X) = fn_phosphate_group_21(fn_atp_33(X))
& fn_phosphate_group_21(fn_atp_33(X)) = fn_phosphate_group_21(fn_atp_33(X))
& fn_phosphate_group_21(fn_atp_33(X)) = fn_covalent_bond_15(fn_atp_29(X))
& fn_covalent_bond_15(fn_atp_29(X)) = fn_ribonucleotide_27(X)
& fn_ribonucleotide_27(X) = fn_nucleoside_triphosphate_3(X)
& fn_nucleoside_triphosphate_3(X) = fn_nucleoside_triphosphate_15(X)
& fn_nucleoside_triphosphate_15(X) = fn_nucleoside_triphosphate_15(X)
& fn_nucleoside_triphosphate_15(X) = fn_phosphate_group_20(fn_atp_32(X))
& fn_phosphate_group_20(fn_atp_33(X)) = fn_phosphate_group_20(fn_atp_32(X))
& fn_phosphate_group_20(fn_atp_32(X)) = fn_phosphate_group_20(fn_atp_32(X))
& fn_phosphate_group_20(fn_atp_32(X)) = fn_phosphate_group_20(fn_atp_33(X))
& fn_phosphate_group_20(fn_atp_33(X)) = fn_phosphate_group_20(fn_atp_33(X))
& fn_phosphate_group_20(fn_atp_33(X)) = fn_covalent_bond_18(fn_atp_29(X))
& fn_covalent_bond_18(fn_atp_29(X)) = fn_phosphate_group_12(fn_atp_33(X))
& fn_phosphate_group_12(fn_atp_33(X)) = fn_covalent_bond_21(fn_atp_29(X))
& fn_covalent_bond_21(fn_atp_29(X)) = fn_covalent_bond_21(fn_atp_30(X))
& fn_covalent_bond_21(fn_atp_30(X)) = fn_covalent_bond_21(fn_atp_29(X))
& fn_covalent_bond_21(fn_atp_29(X)) = fn_phosphate_group_10(fn_atp_32(X))
& fn_phosphate_group_10(fn_atp_32(X)) = fn_phosphate_group_12(fn_atp_33(X))
& fn_phosphate_group_12(fn_atp_33(X)) = fn_phosphate_group_10(fn_atp_33(X))
& fn_phosphate_group_10(fn_atp_33(X)) = fn_phosphate_group_10(fn_atp_32(X))
& fn_phosphate_group_10(fn_atp_32(X)) = fn_phosphate_group_10(fn_atp_33(X))
& fn_phosphate_group_10(fn_atp_33(X)) = fn_phosphate_group_10(fn_atp_33(X))
& fn_phosphate_group_10(fn_atp_33(X)) = fn_covalent_bond_23(fn_atp_29(X))
& fn_nucleoside_triphosphate_20(X) = fn_covalent_bond_23(fn_atp_29(X))
& fn_covalent_bond_23(fn_atp_29(X)) = fn_covalent_bond_23(fn_atp_29(X))
& fn_covalent_bond_23(fn_atp_29(X)) = fn_nucleoside_triphosphate_20(X)
& fn_nucleoside_triphosphate_20(X) = fn_nucleoside_triphosphate_12(X)
& fn_nucleoside_triphosphate_12(X) = fn_nucleoside_triphosphate_12(X)
& fn_nucleoside_triphosphate_12(X) = fn_phosphate_group_12(fn_atp_32(X))
& fn_phosphate_group_12(fn_atp_32(X)) = fn_phosphate_group_12(fn_atp_32(X))
& fn_phosphate_group_12(fn_atp_32(X)) = fn_phosphate_group_17(fn_atp_33(X))
& fn_phosphate_group_17(fn_atp_33(X)) = fn_phosphate_group_17(fn_atp_33(X))
& fn_phosphate_group_17(fn_atp_33(X)) = fn_covalent_bond_21(fn_atp_29(X))
& fn_covalent_bond_21(fn_atp_29(X)) = fn_covalent_bond_21(fn_atp_29(X))
& fn_covalent_bond_21(fn_atp_29(X)) = fn_ribonucleotide_29(X)
& fn_ribonucleotide_29(X) = fn_covalent_bond_24(fn_atp_29(X))
& fn_covalent_bond_24(fn_atp_29(X)) = fn_covalent_bond_24(fn_atp_29(X))
& fn_covalent_bond_24(fn_atp_29(X)) = fn_ribonucleotide_29(X)
& fn_ribonucleotide_29(X) = fn_phosphate_group_18(fn_atp_33(X))
& fn_phosphate_group_18(fn_atp_33(X)) = fn_phosphate_group_18(fn_atp_33(X))
& fn_phosphate_group_18(fn_atp_33(X)) = fn_phosphate_group_11(fn_atp_33(X))
& fn_phosphate_group_11(fn_atp_33(X)) = fn_phosphate_group_11(fn_atp_33(X))
& fn_phosphate_group_11(fn_atp_33(X)) = fn_covalent_bond_22(fn_atp_30(X))
& fn_covalent_bond_22(fn_atp_30(X)) = fn_phosphate_group_11(fn_atp_33(X))
& fn_phosphate_group_11(fn_atp_33(X)) = fn_covalent_bond_22(fn_atp_29(X))
& fn_covalent_bond_22(fn_atp_29(X)) = fn_covalent_bond_22(fn_atp_29(X))
& fn_covalent_bond_22(fn_atp_29(X)) = fn_share_2(fn_atp_14(X))
& fn_share_2(fn_atp_14(X)) = fn_covalent_bond_15(fn_atp_30(X))
& fn_covalent_bond_15(fn_atp_30(X)) = fn_covalent_bond_15(fn_atp_30(X))
& fn_ribonucleotide_28(X) = fn_covalent_bond_15(fn_atp_30(X))
& fn_covalent_bond_15(fn_atp_30(X)) = fn_ribonucleotide_28(X)
& fn_ribonucleotide_27(X) = fn_ribonucleotide_28(X)
& fn_ribonucleotide_28(X) = fn_ribonucleotide_28(X)
& fn_ribonucleotide_28(X) = fn_ribonucleotide_27(X)
& fn_ribonucleotide_27(X) = fn_ribonucleotide_27(X)
& fn_ribonucleotide_27(X) = fn_nucleoside_triphosphate_7(X)
& fn_nucleoside_triphosphate_7(X) = fn_nucleoside_triphosphate_7(X)
& fn_nucleoside_triphosphate_7(X) = fn_nucleoside_triphosphate_23(X)
& fn_nucleoside_triphosphate_14(X) = fn_nucleoside_triphosphate_23(X)
& fn_nucleoside_triphosphate_23(X) = fn_nucleoside_triphosphate_23(X)
& fn_nucleoside_triphosphate_23(X) = fn_nucleoside_triphosphate_14(X)
& fn_nucleoside_triphosphate_14(X) = fn_nucleoside_triphosphate_14(X)
& fn_nucleoside_triphosphate_14(X) = fn_nucleoside_triphosphate_3(X)
& fn_nucleoside_triphosphate_3(X) = fn_nucleoside_triphosphate_3(X)
& fn_nucleoside_triphosphate_3(X) = fn_phosphate_group_9(fn_atp_32(X))
& fn_phosphate_group_9(fn_atp_32(X)) = fn_phosphate_group_9(fn_atp_32(X))
& fn_phosphate_group_9(fn_atp_32(X)) = fn_phosphate_group_3(fn_atp_33(X))
& fn_phosphate_group_3(fn_atp_33(X)) = fn_phosphate_group_3(fn_atp_33(X))
& fn_phosphate_group_3(fn_atp_33(X)) = fn_covalent_bond_18(fn_atp_29(X))
& fn_covalent_bond_18(fn_atp_29(X)) = fn_covalent_bond_18(fn_atp_29(X))
& fn_covalent_bond_18(fn_atp_29(X)) = fn_ribonucleotide_13(X)
& fn_nucleoside_triphosphate_28(X) = fn_ribonucleotide_13(X)
& fn_ribonucleotide_13(X) = fn_ribonucleotide_13(X)
& fn_ribonucleotide_13(X) = fn_nucleoside_triphosphate_28(X)
& fn_nucleoside_triphosphate_28(X) = fn_nucleoside_triphosphate_28(X)
& fn_nucleoside_triphosphate_28(X) = fn_phosphate_group_41(fn_atp_32(X))
& fn_phosphate_group_41(fn_atp_32(X)) = fn_phosphate_group_41(fn_atp_32(X))
& fn_phosphate_group_41(fn_atp_32(X)) = fn_phosphate_group_41(fn_atp_33(X))
& fn_phosphate_group_41(fn_atp_33(X)) = fn_phosphate_group_41(fn_atp_33(X))
& fn_phosphate_group_41(fn_atp_33(X)) = fn_phosphate_group_35(fn_atp_33(X))
& fn_phosphate_group_35(fn_atp_33(X)) = fn_phosphate_group_35(fn_atp_33(X))
& fn_phosphate_group_35(fn_atp_33(X)) = fn_covalent_bond_17(fn_atp_29(X))
& fn_covalent_bond_17(fn_atp_29(X)) = fn_covalent_bond_17(fn_atp_29(X)) ) ) ).
fof(a527645,axiom,
! [X] :
( atp_cycle_1(X)
=> ( original_name_2(X,'ATP-Cycle')
& user_description_2(X,'The ATP cycle comprises the conversion of ADP into ATP, when the cell needs energy and the conversion of ATP into ADP, when the cell needs to store energy.')
& concept2words_2(X,'undergo the atp cycle')
& concept2words_2(X,'cycle of atp')
& concept2words_2(X,'atp cycle')
& concept2words_2(X,'atp-cycle')
& energy_coupling_1(X)
& cyclic_reaction_1(X)
& number_5_prime_carbon_1(fn_atp_cycle_5(X))
& carbon_1(fn_atp_cycle_5(X))
& spatial_entity_1(fn_atp_cycle_6(X))
& organic_molecule_1(fn_atp_cycle_6(X))
& molecule_1(fn_atp_cycle_6(X))
& chemical_entity_1(fn_atp_cycle_6(X))
& ribonucleotide_1(fn_atp_cycle_6(X))
& nucleoside_triphosphate_1(fn_atp_cycle_6(X))
& atp_1(fn_atp_cycle_6(X))
& entity_1(fn_atp_cycle_7(X))
& free_energy_1(fn_atp_cycle_7(X))
& hydrolysis_1(fn_atp_cycle_8(X))
& hydrolysis_1(fn_atp_cycle_9(X))
& hydrolysis_1(fn_atp_cycle_10(X))
& hydrolysis_1(fn_atp_cycle_11(X))
& consume_1(fn_atp_cycle_12(X))
& resource_1(fn_atp_cycle_13(X))
& hydrolysis_1(fn_atp_cycle_14(X))
& dephosphorylation_1(fn_atp_cycle_15(X))
& dephosphorylation_1(fn_atp_cycle_16(X))
& hydrolysis_1(fn_atp_cycle_17(X))
& dephosphorylation_1(fn_atp_cycle_18(X))
& remove_1(fn_atp_cycle_19(X))
& chemical_entity_1(fn_atp_cycle_20(X))
& water_molecule_1(fn_atp_cycle_20(X))
& chemical_entity_1(fn_atp_cycle_21(X))
& water_molecule_1(fn_atp_cycle_21(X))
& chemical_entity_1(fn_atp_cycle_22(X))
& hydrophilic_compound_1(fn_atp_cycle_22(X))
& molecule_1(fn_atp_cycle_22(X))
& water_molecule_1(fn_atp_cycle_22(X))
& chemical_entity_1(fn_atp_cycle_23(X))
& water_molecule_1(fn_atp_cycle_23(X))
& nucleoside_1(fn_atp_cycle_24(X))
& organic_molecule_1(fn_atp_cycle_24(X))
& functional_group_1(fn_atp_cycle_25(X))
& phosphate_group_1(fn_atp_cycle_25(X))
& chemical_entity_1(fn_atp_cycle_26(X))
& hydrophilic_compound_1(fn_atp_cycle_26(X))
& molecule_1(fn_atp_cycle_26(X))
& water_molecule_1(fn_atp_cycle_26(X))
& number_5_prime_region_1(fn_atp_cycle_27(X))
& aldehyde_1(fn_atp_cycle_28(X))
& aldose_1(fn_atp_cycle_28(X))
& spatial_entity_1(fn_atp_cycle_28(X))
& molecule_1(fn_atp_cycle_28(X))
& organic_molecule_1(fn_atp_cycle_28(X))
& pentose_1(fn_atp_cycle_28(X))
& ribose_1(fn_atp_cycle_28(X))
& number_5_prime_carbon_1(fn_atp_cycle_29(X))
& atom_1(fn_atp_cycle_30(X))
& chemical_entity_1(fn_atp_cycle_30(X))
& decomposition_reaction_1(fn_atp_cycle_31(X))
& exergonic_reaction_1(fn_atp_cycle_31(X))
& exergonic_process_1(fn_atp_cycle_31(X))
& dephosphorylation_1(fn_atp_cycle_31(X))
& hydrolysis_1(fn_atp_cycle_31(X))
& dephosphorylation_of_atp_1(fn_atp_cycle_31(X))
& quantity_value_1(fn_atp_cycle_32(X))
& quantity_value_1(fn_atp_cycle_33(X))
& chemical_energy_1(fn_atp_cycle_34(X))
& entity_1(fn_atp_cycle_35(X))
& chemical_entity_1(fn_atp_cycle_35(X))
& atom_1(fn_atp_cycle_35(X))
& oxygen_1(fn_atp_cycle_35(X))
& hydrogen_1(fn_atp_cycle_36(X))
& tangible_entity_1(fn_atp_cycle_37(X))
& entity_1(fn_atp_cycle_37(X))
& chemical_entity_1(fn_atp_cycle_37(X))
& atom_1(fn_atp_cycle_37(X))
& hydrogen_1(fn_atp_cycle_37(X))
& entity_1(fn_atp_cycle_38(X))
& chemical_entity_1(fn_atp_cycle_38(X))
& atom_1(fn_atp_cycle_38(X))
& oxygen_1(fn_atp_cycle_38(X))
& chemical_energy_1(fn_atp_cycle_39(X))
& tangible_entity_1(fn_atp_cycle_40(X))
& chemical_entity_1(fn_atp_cycle_40(X))
& entity_1(fn_atp_cycle_40(X))
& atom_1(fn_atp_cycle_40(X))
& hydrogen_1(fn_atp_cycle_40(X))
& hydrogen_1(fn_atp_cycle_41(X))
& phosphate_ion_1(fn_atp_cycle_42(X))
& chemical_entity_1(fn_atp_cycle_43(X))
& molecule_1(fn_atp_cycle_43(X))
& nucleoside_diphosphate_1(fn_atp_cycle_43(X))
& ribonucleotide_1(fn_atp_cycle_43(X))
& adp_1(fn_atp_cycle_43(X))
& atom_1(fn_atp_cycle_44(X))
& chemical_entity_1(fn_atp_cycle_44(X))
& hydrogen_1(fn_atp_cycle_44(X))
& tangible_entity_1(fn_atp_cycle_45(X))
& entity_1(fn_atp_cycle_45(X))
& chemical_entity_1(fn_atp_cycle_45(X))
& atom_1(fn_atp_cycle_45(X))
& carbon_1(fn_atp_cycle_45(X))
& oxygen_1(fn_atp_cycle_46(X))
& entity_1(fn_atp_cycle_46(X))
& chemical_entity_1(fn_atp_cycle_46(X))
& atom_1(fn_atp_cycle_46(X))
& tangible_entity_1(fn_atp_cycle_47(X))
& entity_1(fn_atp_cycle_47(X))
& chemical_entity_1(fn_atp_cycle_47(X))
& atom_1(fn_atp_cycle_47(X))
& phosphorus_1(fn_atp_cycle_47(X))
& carbon_skeleton_1(fn_atp_cycle_48(X))
& functional_group_1(fn_atp_cycle_49(X))
& phosphate_group_1(fn_atp_cycle_49(X))
& functional_group_1(fn_atp_cycle_50(X))
& phosphate_group_1(fn_atp_cycle_50(X))
& covalent_bond_1(fn_atp_cycle_51(X))
& chemical_bond_1(fn_atp_cycle_51(X))
& single_bond_1(fn_atp_cycle_51(X))
& structural_complexity_value_1(fn_atp_cycle_52(X))
& structural_complexity_value_1(fn_atp_cycle_53(X))
& chemical_entity_1(fn_atp_cycle_54(X))
& organic_molecule_1(fn_atp_cycle_54(X))
& synthesis_of_atp_1(fn_atp_cycle_55(X))
& endergonic_process_1(fn_atp_cycle_56(X))
& resource_1(fn_consume_2(fn_atp_cycle_12(X)))
& property_node_1(fn_dephosphorylation_of_atp_43(fn_atp_cycle_31(X)))
& chemical_energy_1(fn_dephosphorylation_of_atp_70(fn_atp_cycle_31(X)))
& tangible_entity_1(fn_dephosphorylation_of_atp_46(fn_atp_cycle_31(X)))
& entity_1(fn_dephosphorylation_of_atp_46(fn_atp_cycle_31(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_46(fn_atp_cycle_31(X)))
& atom_1(fn_dephosphorylation_of_atp_46(fn_atp_cycle_31(X)))
& hydrogen_1(fn_dephosphorylation_of_atp_46(fn_atp_cycle_31(X)))
& property_node_1(fn_dephosphorylation_of_atp_44(fn_atp_cycle_31(X)))
& quantity_value_1(fn_dephosphorylation_of_atp_71(fn_atp_cycle_31(X)))
& quantity_value_1(fn_dephosphorylation_of_atp_72(fn_atp_cycle_31(X)))
& property_node_1(fn_synthesis_of_atp_26(fn_atp_cycle_55(X)))
& property_node_1(fn_synthesis_of_atp_27(fn_atp_cycle_55(X)))
& structural_complexity_value_1(fn_synthesis_of_atp_22(fn_atp_cycle_55(X)))
& atom_1(fn_organic_molecule_2(fn_atp_cycle_24(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_atp_cycle_24(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_atp_cycle_10(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_atp_cycle_10(X)))
& water_molecule_1(fn_hydrolysis_10(fn_atp_cycle_10(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_atp_cycle_8(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_atp_cycle_8(X)))
& water_molecule_1(fn_hydrolysis_10(fn_atp_cycle_8(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_atp_cycle_31(X)))
& anion_1(fn_dephosphorylation_10(fn_atp_cycle_31(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_atp_cycle_31(X)))
& hydrogen_1(fn_hydrolysis_3(fn_atp_cycle_31(X)))
& number_5_prime_region_1(fn_nucleoside_5(fn_atp_cycle_24(X)))
& number_5_prime_region_1(fn_5_prime_carbon_1(fn_atp_cycle_29(X)))
& number_5_prime_region_1(fn_atp_25(fn_atp_cycle_6(X)))
& number_5_prime_region_1(fn_ribonucleotide_11(fn_atp_cycle_6(X)))
& number_5_prime_region_1(fn_dephosphorylation_of_atp_56(fn_atp_cycle_31(X)))
& tangible_entity_1(fn_hydrolysis_8(fn_atp_cycle_31(X)))
& entity_1(fn_hydrolysis_8(fn_atp_cycle_31(X)))
& chemical_entity_1(fn_hydrolysis_8(fn_atp_cycle_31(X)))
& atom_1(fn_hydrolysis_8(fn_atp_cycle_31(X)))
& hydrogen_1(fn_hydrolysis_8(fn_atp_cycle_31(X)))
& tangible_entity_1(fn_dephosphorylation_of_atp_47(fn_atp_cycle_31(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_47(fn_atp_cycle_31(X)))
& entity_1(fn_dephosphorylation_of_atp_47(fn_atp_cycle_31(X)))
& atom_1(fn_dephosphorylation_of_atp_47(fn_atp_cycle_31(X)))
& hydrogen_1(fn_dephosphorylation_of_atp_47(fn_atp_cycle_31(X)))
& hydrogen_1(fn_hydrolysis_5(fn_atp_cycle_14(X)))
& hydrogen_1(fn_dephosphorylation_of_atp_48(fn_atp_cycle_31(X)))
& oxygen_1(fn_hydrolysis_4(fn_atp_cycle_14(X)))
& entity_1(fn_dephosphorylation_of_atp_49(fn_atp_cycle_31(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_49(fn_atp_cycle_31(X)))
& atom_1(fn_dephosphorylation_of_atp_49(fn_atp_cycle_31(X)))
& oxygen_1(fn_dephosphorylation_of_atp_49(fn_atp_cycle_31(X)))
& entity_1(fn_hydrolysis_6(fn_atp_cycle_14(X)))
& chemical_entity_1(fn_hydrolysis_6(fn_atp_cycle_14(X)))
& atom_1(fn_hydrolysis_6(fn_atp_cycle_14(X)))
& oxygen_1(fn_hydrolysis_6(fn_atp_cycle_14(X)))
& entity_1(fn_hydrolysis_6(fn_atp_cycle_31(X)))
& chemical_entity_1(fn_hydrolysis_6(fn_atp_cycle_31(X)))
& atom_1(fn_hydrolysis_6(fn_atp_cycle_31(X)))
& oxygen_1(fn_hydrolysis_6(fn_atp_cycle_31(X)))
& entity_1(fn_dephosphorylation_of_atp_45(fn_atp_cycle_31(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_45(fn_atp_cycle_31(X)))
& atom_1(fn_dephosphorylation_of_atp_45(fn_atp_cycle_31(X)))
& oxygen_1(fn_dephosphorylation_of_atp_45(fn_atp_cycle_31(X)))
& water_molecule_1(fn_hydrolysis_10(fn_atp_cycle_31(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_atp_cycle_14(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_atp_cycle_17(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_atp_cycle_14(X)))
& water_molecule_1(fn_hydrolysis_10(fn_atp_cycle_14(X)))
& water_molecule_1(fn_hydrolysis_10(fn_atp_cycle_17(X)))
& water_molecule_1(fn_dephosphorylation_of_atp_2(fn_atp_cycle_31(X)))
& chemical_energy_1(fn_exergonic_reaction_6(fn_atp_cycle_31(X)))
& chemical_energy_1(fn_dephosphorylation_of_atp_73(fn_atp_cycle_31(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_atp_cycle_31(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_74(fn_atp_cycle_31(X)))
& molecule_1(fn_dephosphorylation_of_atp_74(fn_atp_cycle_31(X)))
& nucleoside_diphosphate_1(fn_dephosphorylation_of_atp_74(fn_atp_cycle_31(X)))
& ribonucleotide_1(fn_dephosphorylation_of_atp_74(fn_atp_cycle_31(X)))
& adp_1(fn_dephosphorylation_of_atp_74(fn_atp_cycle_31(X)))
& spatial_entity_1(fn_nucleoside_20(fn_atp_cycle_24(X)))
& molecule_1(fn_nucleoside_20(fn_atp_cycle_24(X)))
& organic_molecule_1(fn_nucleoside_20(fn_atp_cycle_24(X)))
& pentose_1(fn_nucleoside_20(fn_atp_cycle_24(X)))
& ribose_1(fn_ribonucleotide_10(fn_atp_cycle_6(X)))
& aldehyde_1(fn_dephosphorylation_of_atp_55(fn_atp_cycle_31(X)))
& aldose_1(fn_dephosphorylation_of_atp_55(fn_atp_cycle_31(X)))
& spatial_entity_1(fn_dephosphorylation_of_atp_55(fn_atp_cycle_31(X)))
& molecule_1(fn_dephosphorylation_of_atp_55(fn_atp_cycle_31(X)))
& organic_molecule_1(fn_dephosphorylation_of_atp_55(fn_atp_cycle_31(X)))
& pentose_1(fn_dephosphorylation_of_atp_55(fn_atp_cycle_31(X)))
& ribose_1(fn_dephosphorylation_of_atp_55(fn_atp_cycle_31(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_atp_cycle_9(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_atp_cycle_9(X)))
& water_molecule_1(fn_hydrolysis_10(fn_atp_cycle_9(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_51(fn_atp_cycle_31(X)))
& hydrophilic_compound_1(fn_dephosphorylation_of_atp_51(fn_atp_cycle_31(X)))
& molecule_1(fn_dephosphorylation_of_atp_51(fn_atp_cycle_31(X)))
& water_molecule_1(fn_dephosphorylation_of_atp_51(fn_atp_cycle_31(X)))
& atom_1(fn_organic_molecule_2(fn_atp_cycle_6(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_atp_cycle_6(X)))
& hydrogen_1(fn_atp_7(fn_atp_cycle_6(X)))
& carbon_1(fn_dephosphorylation_3(fn_atp_cycle_31(X)))
& carbon_1(fn_organic_molecule_1(fn_atp_cycle_6(X)))
& carbon_1(fn_nucleoside_triphosphate_31(fn_atp_cycle_6(X)))
& tangible_entity_1(fn_dephosphorylation_of_atp_65(fn_atp_cycle_31(X)))
& entity_1(fn_dephosphorylation_of_atp_65(fn_atp_cycle_31(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_65(fn_atp_cycle_31(X)))
& atom_1(fn_dephosphorylation_of_atp_65(fn_atp_cycle_31(X)))
& carbon_1(fn_dephosphorylation_of_atp_65(fn_atp_cycle_31(X)))
& tangible_entity_1(fn_atp_39(fn_atp_cycle_6(X)))
& entity_1(fn_atp_39(fn_atp_cycle_6(X)))
& chemical_entity_1(fn_atp_39(fn_atp_cycle_6(X)))
& atom_1(fn_atp_39(fn_atp_cycle_6(X)))
& carbon_1(fn_atp_39(fn_atp_cycle_6(X)))
& carbon_skeleton_1(fn_dephosphorylation_7(fn_atp_cycle_31(X)))
& carbon_skeleton_1(fn_nucleoside_triphosphate_30(fn_atp_cycle_6(X)))
& carbon_skeleton_1(fn_atp_31(fn_atp_cycle_6(X)))
& free_energy_1(fn_exergonic_process_3(fn_atp_cycle_10(X)))
& free_energy_1(fn_exergonic_process_3(fn_atp_cycle_11(X)))
& free_energy_1(fn_exergonic_process_3(fn_atp_cycle_9(X)))
& free_energy_1(fn_exergonic_process_3(fn_atp_cycle_8(X)))
& free_energy_1(fn_exergonic_process_3(fn_atp_cycle_31(X)))
& entity_1(fn_consume_1(fn_atp_cycle_12(X)))
& free_energy_1(fn_synthesis_of_atp_14(fn_atp_cycle_55(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_atp_cycle_17(X)))
& atom_1(fn_ribonucleotide_17(fn_atp_cycle_6(X)))
& phosphorus_1(fn_ribonucleotide_17(fn_atp_cycle_6(X)))
& tangible_entity_1(fn_nucleoside_triphosphate_33(fn_atp_cycle_6(X)))
& entity_1(fn_nucleoside_triphosphate_33(fn_atp_cycle_6(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_33(fn_atp_cycle_6(X)))
& atom_1(fn_nucleoside_triphosphate_33(fn_atp_cycle_6(X)))
& phosphorus_1(fn_nucleoside_triphosphate_33(fn_atp_cycle_6(X)))
& tangible_entity_1(fn_atp_36(fn_atp_cycle_6(X)))
& entity_1(fn_atp_36(fn_atp_cycle_6(X)))
& chemical_entity_1(fn_atp_36(fn_atp_cycle_6(X)))
& atom_1(fn_atp_36(fn_atp_cycle_6(X)))
& phosphorus_1(fn_atp_36(fn_atp_cycle_6(X)))
& tangible_entity_1(fn_synthesis_of_atp_16(fn_atp_cycle_55(X)))
& entity_1(fn_synthesis_of_atp_16(fn_atp_cycle_55(X)))
& chemical_entity_1(fn_synthesis_of_atp_16(fn_atp_cycle_55(X)))
& atom_1(fn_synthesis_of_atp_16(fn_atp_cycle_55(X)))
& phosphorus_1(fn_synthesis_of_atp_16(fn_atp_cycle_55(X)))
& atom_1(fn_molecule_11(fn_atp_cycle_6(X)))
& chemical_entity_1(fn_hydrolysis_1(fn_atp_cycle_17(X)))
& entity_1(fn_ribonucleotide_16(fn_atp_cycle_6(X)))
& chemical_entity_1(fn_ribonucleotide_16(fn_atp_cycle_6(X)))
& atom_1(fn_ribonucleotide_16(fn_atp_cycle_6(X)))
& oxygen_1(fn_ribonucleotide_16(fn_atp_cycle_6(X)))
& entity_1(fn_nucleoside_triphosphate_29(fn_atp_cycle_6(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_29(fn_atp_cycle_6(X)))
& atom_1(fn_nucleoside_triphosphate_29(fn_atp_cycle_6(X)))
& oxygen_1(fn_nucleoside_triphosphate_29(fn_atp_cycle_6(X)))
& oxygen_1(fn_ribonucleotide_8(fn_atp_cycle_6(X)))
& entity_1(fn_ribonucleotide_8(fn_atp_cycle_6(X)))
& chemical_entity_1(fn_ribonucleotide_8(fn_atp_cycle_6(X)))
& atom_1(fn_ribonucleotide_8(fn_atp_cycle_6(X)))
& oxygen_1(fn_nucleoside_triphosphate_32(fn_atp_cycle_6(X)))
& entity_1(fn_nucleoside_triphosphate_32(fn_atp_cycle_6(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_32(fn_atp_cycle_6(X)))
& atom_1(fn_nucleoside_triphosphate_32(fn_atp_cycle_6(X)))
& oxygen_1(fn_atp_35(fn_atp_cycle_6(X)))
& entity_1(fn_atp_35(fn_atp_cycle_6(X)))
& chemical_entity_1(fn_atp_35(fn_atp_cycle_6(X)))
& atom_1(fn_atp_35(fn_atp_cycle_6(X)))
& oxygen_1(fn_atp_37(fn_atp_cycle_6(X)))
& entity_1(fn_atp_37(fn_atp_cycle_6(X)))
& chemical_entity_1(fn_atp_37(fn_atp_cycle_6(X)))
& atom_1(fn_atp_37(fn_atp_cycle_6(X)))
& oxygen_1(fn_synthesis_of_atp_17(fn_atp_cycle_55(X)))
& entity_1(fn_synthesis_of_atp_17(fn_atp_cycle_55(X)))
& chemical_entity_1(fn_synthesis_of_atp_17(fn_atp_cycle_55(X)))
& atom_1(fn_synthesis_of_atp_17(fn_atp_cycle_55(X)))
& oxygen_1(fn_synthesis_of_atp_15(fn_atp_cycle_55(X)))
& entity_1(fn_synthesis_of_atp_15(fn_atp_cycle_55(X)))
& chemical_entity_1(fn_synthesis_of_atp_15(fn_atp_cycle_55(X)))
& atom_1(fn_synthesis_of_atp_15(fn_atp_cycle_55(X)))
& phosphate_group_1(fn_nucleoside_triphosphate_27(fn_atp_cycle_6(X)))
& functional_group_1(fn_dephosphorylation_of_atp_60(fn_atp_cycle_31(X)))
& phosphate_group_1(fn_dephosphorylation_of_atp_60(fn_atp_cycle_31(X)))
& functional_group_1(fn_synthesis_of_atp_20(fn_atp_cycle_55(X)))
& phosphate_group_1(fn_synthesis_of_atp_20(fn_atp_cycle_55(X)))
& functional_group_1(fn_ribonucleotide_14(fn_atp_cycle_6(X)))
& phosphate_group_1(fn_ribonucleotide_14(fn_atp_cycle_6(X)))
& functional_group_1(fn_atp_32(fn_atp_cycle_6(X)))
& phosphate_group_1(fn_atp_32(fn_atp_cycle_6(X)))
& functional_group_1(fn_atp_34(fn_atp_cycle_6(X)))
& phosphate_group_1(fn_atp_34(fn_atp_cycle_6(X)))
& functional_group_1(fn_atp_33(fn_atp_cycle_6(X)))
& phosphate_group_1(fn_atp_33(fn_atp_cycle_6(X)))
& functional_group_1(fn_synthesis_of_atp_19(fn_atp_cycle_55(X)))
& phosphate_group_1(fn_synthesis_of_atp_19(fn_atp_cycle_55(X)))
& functional_group_1(fn_synthesis_of_atp_18(fn_atp_cycle_55(X)))
& phosphate_group_1(fn_synthesis_of_atp_18(fn_atp_cycle_55(X)))
& chemical_bond_1(fn_molecule_10(fn_atp_cycle_6(X)))
& covalent_bond_1(fn_ribonucleotide_12(fn_atp_cycle_6(X)))
& single_bond_1(fn_ribonucleotide_12(fn_atp_cycle_6(X)))
& single_bond_1(fn_nucleoside_triphosphate_35(fn_atp_cycle_6(X)))
& covalent_bond_1(fn_atp_30(fn_atp_cycle_6(X)))
& chemical_bond_1(fn_atp_30(fn_atp_cycle_6(X)))
& single_bond_1(fn_atp_30(fn_atp_cycle_6(X)))
& covalent_bond_1(fn_synthesis_of_atp_21(fn_atp_cycle_55(X)))
& chemical_bond_1(fn_synthesis_of_atp_21(fn_atp_cycle_55(X)))
& single_bond_1(fn_synthesis_of_atp_21(fn_atp_cycle_55(X)))
& spatial_entity_1(fn_remove_2(fn_atp_cycle_19(X)))
& organic_molecule_1(fn_synthesis_of_organic_molecule_1(fn_atp_cycle_55(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_atp_cycle_17(X)))
& molecule_1(fn_dephosphorylation_11(fn_atp_cycle_16(X)))
& chemical_entity_1(fn_dephosphorylation_11(fn_atp_cycle_16(X)))
& organic_molecule_1(fn_dephosphorylation_11(fn_atp_cycle_16(X)))
& molecule_1(fn_dephosphorylation_11(fn_atp_cycle_18(X)))
& chemical_entity_1(fn_dephosphorylation_11(fn_atp_cycle_18(X)))
& organic_molecule_1(fn_dephosphorylation_11(fn_atp_cycle_18(X)))
& molecule_1(fn_dephosphorylation_11(fn_atp_cycle_15(X)))
& chemical_entity_1(fn_dephosphorylation_11(fn_atp_cycle_15(X)))
& organic_molecule_1(fn_dephosphorylation_11(fn_atp_cycle_15(X)))
& molecule_1(fn_dephosphorylation_11(fn_atp_cycle_31(X)))
& chemical_entity_1(fn_dephosphorylation_11(fn_atp_cycle_31(X)))
& organic_molecule_1(fn_dephosphorylation_11(fn_atp_cycle_31(X)))
& molecule_1(fn_dephosphorylation_of_atp_53(fn_atp_cycle_31(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_53(fn_atp_cycle_31(X)))
& organic_molecule_1(fn_dephosphorylation_of_atp_53(fn_atp_cycle_31(X)))
& ribonucleotide_1(fn_dephosphorylation_of_atp_53(fn_atp_cycle_31(X)))
& nucleoside_triphosphate_1(fn_dephosphorylation_of_atp_53(fn_atp_cycle_31(X)))
& atp_1(fn_dephosphorylation_of_atp_53(fn_atp_cycle_31(X)))
& molecule_1(fn_synthesis_of_atp_13(fn_atp_cycle_55(X)))
& chemical_entity_1(fn_synthesis_of_atp_13(fn_atp_cycle_55(X)))
& ribonucleotide_1(fn_synthesis_of_atp_13(fn_atp_cycle_55(X)))
& nucleoside_triphosphate_1(fn_synthesis_of_atp_13(fn_atp_cycle_55(X)))
& atp_1(fn_synthesis_of_atp_13(fn_atp_cycle_55(X)))
& structural_complexity_value_1(fn_anabolic_pathway_4(fn_atp_cycle_55(X)))
& structural_complexity_value_1(fn_synthesis_of_atp_23(fn_atp_cycle_55(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_atp_cycle_55(X)))
& organic_molecule_1(fn_synthesis_of_atp_10(fn_atp_cycle_55(X)))
& number_5_prime_carbon_1(fn_dephosphorylation_of_atp_54(fn_atp_cycle_31(X)))
& carbon_1(fn_organic_molecule_1(fn_atp_cycle_24(X)))
& nucleoside_1(fn_ribonucleotide_9(fn_atp_cycle_6(X)))
& organic_molecule_1(fn_dephosphorylation_of_atp_62(fn_atp_cycle_31(X)))
& nucleoside_1(fn_dephosphorylation_of_atp_62(fn_atp_cycle_31(X)))
& fn_atp_cycle_6(X) != fn_atp_cycle_26(X)
& fn_atp_cycle_6(X) != fn_atp_cycle_23(X)
& fn_atp_cycle_6(X) != fn_atp_cycle_20(X)
& by_means_of_2(fn_atp_cycle_18(X),fn_atp_cycle_19(X))
& fn_atp_cycle_20(X) != fn_atp_cycle_6(X)
& fn_atp_cycle_23(X) != fn_atp_cycle_6(X)
& fn_atp_cycle_26(X) != fn_atp_cycle_6(X)
& subevent_2(X,fn_atp_cycle_55(X))
& base_2(fn_atp_cycle_19(X),fn_atp_cycle_6(X))
& raw_material_2(fn_atp_cycle_16(X),fn_atp_cycle_6(X))
& raw_material_2(fn_atp_cycle_18(X),fn_atp_cycle_6(X))
& raw_material_2(fn_atp_cycle_15(X),fn_atp_cycle_6(X))
& subevent_2(X,fn_atp_cycle_31(X))
& raw_material_2(fn_atp_cycle_17(X),fn_atp_cycle_6(X))
& fn_atp_cycle_21(X) != fn_atp_cycle_6(X)
& fn_atp_cycle_6(X) != fn_atp_cycle_21(X)
& result_2(fn_atp_cycle_10(X),fn_atp_cycle_7(X))
& raw_material_2(fn_atp_cycle_10(X),fn_atp_cycle_23(X))
& result_2(fn_atp_cycle_11(X),fn_atp_cycle_7(X))
& result_2(fn_atp_cycle_9(X),fn_atp_cycle_7(X))
& raw_material_2(fn_atp_cycle_14(X),fn_atp_cycle_20(X))
& raw_material_2(fn_atp_cycle_9(X),fn_atp_cycle_22(X))
& raw_material_2(fn_atp_cycle_17(X),fn_atp_cycle_20(X))
& result_2(fn_atp_cycle_8(X),fn_atp_cycle_7(X))
& is_at_2(fn_atp_cycle_29(X),fn_atp_cycle_27(X))
& raw_material_2(fn_atp_cycle_8(X),fn_atp_cycle_21(X))
& result_2(fn_atp_cycle_31(X),fn_atp_cycle_7(X))
& called_2(fn_atp_cycle_50(X),'Terminal PO4 Group')
& object_2(fn_atp_cycle_12(X),fn_atp_cycle_7(X))
& plays_2(fn_atp_cycle_7(X),fn_atp_cycle_13(X))
& in_event_2(fn_atp_cycle_13(X),fn_atp_cycle_12(X))
& result_2(fn_atp_cycle_31(X),fn_atp_cycle_42(X))
& has_part_2(fn_atp_cycle_42(X),fn_atp_cycle_41(X))
& object_2(X,fn_atp_cycle_7(X))
& raw_material_2(fn_atp_cycle_56(X),fn_atp_cycle_7(X))
& subevent_2(X,fn_atp_cycle_56(X))
& is_inside_2(fn_atp_cycle_49(X),fn_atp_cycle_27(X))
& has_state_2(fn_atp_cycle_40(X),fn_atp_cycle_41(X))
& has_part_2(fn_atp_cycle_24(X),fn_atp_cycle_5(X))
& has_state_2(fn_atp_cycle_45(X),fn_atp_cycle_43(X))
& quantity_2(fn_atp_cycle_39(X),fn_atp_cycle_32(X))
& possesses_2(fn_atp_cycle_26(X),fn_atp_cycle_39(X))
& raw_material_2(fn_atp_cycle_31(X),fn_atp_cycle_26(X))
& has_region_2(fn_atp_cycle_28(X),fn_atp_cycle_27(X))
& is_inside_2(fn_atp_cycle_25(X),fn_atp_cycle_27(X))
& called_2(fn_atp_cycle_25(X),'Terminal PO4 Group')
& has_part_2(fn_atp_cycle_43(X),fn_atp_cycle_35(X))
& has_part_2(fn_atp_cycle_43(X),fn_atp_cycle_36(X))
& has_state_2(fn_atp_cycle_37(X),fn_atp_cycle_36(X))
& has_part_2(fn_atp_cycle_26(X),fn_atp_cycle_37(X))
& has_part_2(fn_atp_cycle_26(X),fn_atp_cycle_40(X))
& raw_material_2(fn_atp_cycle_31(X),fn_atp_cycle_20(X))
& fn_atp_cycle_20(X) != fn_atp_cycle_26(X)
& has_part_2(fn_atp_cycle_26(X),fn_atp_cycle_38(X))
& has_state_2(fn_atp_cycle_38(X),fn_atp_cycle_35(X))
& fn_atp_cycle_35(X) != fn_atp_cycle_36(X)
& fn_atp_cycle_26(X) != fn_atp_cycle_20(X)
& fn_atp_cycle_36(X) != fn_atp_cycle_35(X)
& result_2(fn_atp_cycle_31(X),fn_atp_cycle_43(X))
& possesses_2(fn_atp_cycle_43(X),fn_atp_cycle_34(X))
& quantity_2(fn_atp_cycle_34(X),fn_atp_cycle_33(X))
& greater_than_2(fn_atp_cycle_32(X),fn_atp_cycle_33(X))
& raw_material_2(fn_atp_cycle_31(X),fn_atp_cycle_6(X))
& has_part_2(fn_atp_cycle_6(X),fn_atp_cycle_24(X))
& has_part_2(fn_atp_cycle_24(X),fn_atp_cycle_28(X))
& fn_atp_cycle_22(X) != fn_atp_cycle_6(X)
& fn_atp_cycle_6(X) != fn_atp_cycle_22(X)
& has_part_2(fn_atp_cycle_6(X),fn_atp_cycle_44(X))
& has_region_2(fn_atp_cycle_6(X),fn_atp_cycle_48(X))
& is_inside_2(fn_atp_cycle_45(X),fn_atp_cycle_48(X))
& has_part_2(fn_atp_cycle_6(X),fn_atp_cycle_45(X))
& fn_atp_cycle_44(X) != fn_atp_cycle_45(X)
& fn_atp_cycle_45(X) != fn_atp_cycle_44(X)
& has_part_2(fn_atp_cycle_6(X),fn_atp_cycle_47(X))
& has_region_2(fn_atp_cycle_6(X),fn_atp_cycle_25(X))
& has_part_2(fn_atp_cycle_6(X),fn_atp_cycle_46(X))
& called_2(fn_atp_cycle_49(X),'Terminal PO4 Group')
& result_2(fn_atp_cycle_55(X),fn_atp_cycle_6(X))
& raw_material_2(fn_atp_cycle_55(X),fn_atp_cycle_7(X))
& has_region_2(fn_atp_cycle_6(X),fn_atp_cycle_49(X))
& is_inside_2(fn_atp_cycle_46(X),fn_atp_cycle_49(X))
& is_inside_2(fn_atp_cycle_46(X),fn_atp_cycle_50(X))
& is_inside_2(fn_atp_cycle_47(X),fn_atp_cycle_50(X))
& is_inside_2(fn_atp_cycle_47(X),fn_atp_cycle_49(X))
& is_between_2(fn_atp_cycle_51(X),fn_atp_cycle_46(X))
& is_inside_2(fn_atp_cycle_46(X),fn_atp_cycle_25(X))
& is_inside_2(fn_atp_cycle_47(X),fn_atp_cycle_25(X))
& fn_atp_cycle_46(X) != fn_atp_cycle_47(X)
& fn_atp_cycle_47(X) != fn_atp_cycle_46(X)
& has_region_2(fn_atp_cycle_6(X),fn_atp_cycle_50(X))
& fn_atp_cycle_50(X) != fn_atp_cycle_49(X)
& fn_atp_cycle_49(X) != fn_atp_cycle_25(X)
& fn_atp_cycle_25(X) != fn_atp_cycle_50(X)
& fn_atp_cycle_50(X) != fn_atp_cycle_25(X)
& fn_atp_cycle_49(X) != fn_atp_cycle_50(X)
& fn_atp_cycle_25(X) != fn_atp_cycle_49(X)
& raw_material_2(fn_atp_cycle_55(X),fn_atp_cycle_54(X))
& structural_complexity_2(fn_atp_cycle_54(X),fn_atp_cycle_53(X))
& greater_than_2(fn_atp_cycle_52(X),fn_atp_cycle_53(X))
& structural_complexity_2(fn_atp_cycle_6(X),fn_atp_cycle_52(X))
& possesses_2(fn_atp_cycle_6(X),fn_atp_cycle_51(X))
& fn_atp_cycle_30(X) != fn_atp_cycle_5(X)
& fn_atp_cycle_5(X) != fn_atp_cycle_30(X)
& has_part_2(fn_atp_cycle_24(X),fn_atp_cycle_30(X))
& fn_atp_cycle_6(X) = fn_remove_2(fn_atp_cycle_19(X))
& fn_atp_cycle_6(X) = fn_dephosphorylation_11(fn_atp_cycle_16(X))
& fn_atp_cycle_6(X) = fn_dephosphorylation_11(fn_atp_cycle_18(X))
& fn_atp_cycle_6(X) = fn_dephosphorylation_11(fn_atp_cycle_15(X))
& fn_atp_cycle_21(X) = fn_hydrolysis_10(fn_atp_cycle_17(X))
& fn_atp_cycle_7(X) = fn_exergonic_process_3(fn_atp_cycle_10(X))
& fn_atp_cycle_23(X) = fn_exergonic_reaction_10(fn_atp_cycle_10(X))
& fn_atp_cycle_23(X) = fn_hydrolysis_11(fn_atp_cycle_10(X))
& fn_atp_cycle_23(X) = fn_hydrolysis_10(fn_atp_cycle_10(X))
& fn_atp_cycle_7(X) = fn_exergonic_process_3(fn_atp_cycle_11(X))
& fn_atp_cycle_7(X) = fn_exergonic_process_3(fn_atp_cycle_9(X))
& fn_atp_cycle_20(X) = fn_exergonic_reaction_10(fn_atp_cycle_14(X))
& fn_atp_cycle_20(X) = fn_hydrolysis_10(fn_atp_cycle_14(X))
& fn_atp_cycle_22(X) = fn_exergonic_reaction_10(fn_atp_cycle_9(X))
& fn_atp_cycle_22(X) = fn_hydrolysis_11(fn_atp_cycle_9(X))
& fn_atp_cycle_22(X) = fn_hydrolysis_10(fn_atp_cycle_9(X))
& fn_atp_cycle_20(X) = fn_exergonic_reaction_10(fn_atp_cycle_17(X))
& fn_atp_cycle_20(X) = fn_hydrolysis_10(fn_atp_cycle_17(X))
& fn_atp_cycle_7(X) = fn_exergonic_process_3(fn_atp_cycle_8(X))
& fn_atp_cycle_27(X) = fn_5_prime_carbon_1(fn_atp_cycle_29(X))
& fn_atp_cycle_21(X) = fn_exergonic_reaction_10(fn_atp_cycle_8(X))
& fn_atp_cycle_21(X) = fn_hydrolysis_11(fn_atp_cycle_8(X))
& fn_atp_cycle_21(X) = fn_hydrolysis_10(fn_atp_cycle_8(X))
& fn_atp_cycle_31(X) = fn_energy_coupling_3(X)
& fn_atp_cycle_7(X) = fn_exergonic_process_3(fn_atp_cycle_31(X))
& fn_atp_cycle_13(X) = fn_consume_2(fn_atp_cycle_12(X))
& fn_atp_cycle_7(X) = fn_consume_1(fn_atp_cycle_12(X))
& fn_atp_cycle_42(X) = fn_decomposition_reaction_4(fn_atp_cycle_31(X))
& fn_atp_cycle_42(X) = fn_dephosphorylation_10(fn_atp_cycle_31(X))
& fn_atp_cycle_42(X) = fn_hydrolysis_9(fn_atp_cycle_31(X))
& fn_atp_cycle_56(X) = fn_energy_coupling_4(X)
& fn_atp_cycle_7(X) = fn_energy_coupling_2(X)
& fn_atp_cycle_49(X) = fn_ribonucleotide_14(fn_atp_cycle_6(X))
& fn_atp_cycle_41(X) = fn_hydrolysis_3(fn_atp_cycle_31(X))
& fn_atp_cycle_41(X) = fn_dephosphorylation_of_atp_48(fn_atp_cycle_31(X))
& fn_atp_cycle_5(X) = fn_dephosphorylation_of_atp_54(fn_atp_cycle_31(X))
& fn_atp_cycle_45(X) = fn_dephosphorylation_of_atp_65(fn_atp_cycle_31(X))
& fn_atp_cycle_2(X) = fn_dephosphorylation_of_atp_43(fn_atp_cycle_31(X))
& fn_atp_cycle_39(X) = fn_dephosphorylation_of_atp_70(fn_atp_cycle_31(X))
& fn_atp_cycle_27(X) = fn_atp_25(fn_atp_cycle_6(X))
& fn_atp_cycle_25(X) = fn_dephosphorylation_of_atp_60(fn_atp_cycle_31(X))
& fn_atp_cycle_27(X) = fn_nucleoside_5(fn_atp_cycle_24(X))
& fn_atp_cycle_27(X) = fn_ribonucleotide_11(fn_atp_cycle_6(X))
& fn_atp_cycle_27(X) = fn_dephosphorylation_of_atp_56(fn_atp_cycle_31(X))
& fn_atp_cycle_40(X) = fn_hydrolysis_8(fn_atp_cycle_31(X))
& fn_atp_cycle_40(X) = fn_dephosphorylation_of_atp_47(fn_atp_cycle_31(X))
& fn_atp_cycle_37(X) = fn_dephosphorylation_of_atp_46(fn_atp_cycle_31(X))
& fn_atp_cycle_36(X) = fn_hydrolysis_5(fn_atp_cycle_14(X))
& fn_atp_cycle_36(X) = fn_dephosphorylation_of_atp_48(fn_atp_cycle_31(X))
& fn_atp_cycle_35(X) = fn_hydrolysis_4(fn_atp_cycle_14(X))
& fn_atp_cycle_35(X) = fn_dephosphorylation_of_atp_49(fn_atp_cycle_31(X))
& fn_atp_cycle_38(X) = fn_hydrolysis_6(fn_atp_cycle_14(X))
& fn_atp_cycle_26(X) = fn_hydrolysis_10(fn_atp_cycle_31(X))
& fn_atp_cycle_38(X) = fn_hydrolysis_6(fn_atp_cycle_31(X))
& fn_atp_cycle_38(X) = fn_dephosphorylation_of_atp_45(fn_atp_cycle_31(X))
& fn_atp_cycle_20(X) = fn_hydrolysis_11(fn_atp_cycle_14(X))
& fn_atp_cycle_26(X) = fn_hydrolysis_10(fn_atp_cycle_14(X))
& fn_atp_cycle_26(X) = fn_dephosphorylation_of_atp_51(fn_atp_cycle_31(X))
& fn_atp_cycle_20(X) = fn_dephosphorylation_of_atp_2(fn_atp_cycle_31(X))
& fn_atp_cycle_3(X) = fn_dephosphorylation_of_atp_44(fn_atp_cycle_31(X))
& fn_atp_cycle_32(X) = fn_dephosphorylation_of_atp_71(fn_atp_cycle_31(X))
& fn_atp_cycle_33(X) = fn_dephosphorylation_of_atp_72(fn_atp_cycle_31(X))
& fn_atp_cycle_34(X) = fn_exergonic_reaction_6(fn_atp_cycle_31(X))
& fn_atp_cycle_34(X) = fn_dephosphorylation_of_atp_73(fn_atp_cycle_31(X))
& fn_atp_cycle_43(X) = fn_exergonic_reaction_11(fn_atp_cycle_31(X))
& fn_atp_cycle_43(X) = fn_dephosphorylation_of_atp_74(fn_atp_cycle_31(X))
& fn_atp_cycle_28(X) = fn_nucleoside_20(fn_atp_cycle_24(X))
& fn_atp_cycle_28(X) = fn_ribonucleotide_10(fn_atp_cycle_6(X))
& fn_atp_cycle_28(X) = fn_dephosphorylation_of_atp_55(fn_atp_cycle_31(X))
& fn_atp_cycle_24(X) = fn_ribonucleotide_9(fn_atp_cycle_6(X))
& fn_atp_cycle_24(X) = fn_dephosphorylation_of_atp_62(fn_atp_cycle_31(X))
& fn_atp_cycle_22(X) = fn_dephosphorylation_of_atp_51(fn_atp_cycle_31(X))
& fn_atp_cycle_6(X) = fn_dephosphorylation_of_atp_53(fn_atp_cycle_31(X))
& fn_atp_cycle_45(X) = fn_organic_molecule_1(fn_atp_cycle_6(X))
& fn_atp_cycle_44(X) = fn_organic_molecule_2(fn_atp_cycle_6(X))
& fn_atp_cycle_44(X) = fn_atp_7(fn_atp_cycle_6(X))
& fn_atp_cycle_45(X) = fn_dephosphorylation_3(fn_atp_cycle_31(X))
& fn_atp_cycle_45(X) = fn_nucleoside_triphosphate_31(fn_atp_cycle_6(X))
& fn_atp_cycle_45(X) = fn_atp_39(fn_atp_cycle_6(X))
& fn_atp_cycle_6(X) = fn_dephosphorylation_11(fn_atp_cycle_31(X))
& fn_atp_cycle_48(X) = fn_dephosphorylation_7(fn_atp_cycle_31(X))
& fn_atp_cycle_48(X) = fn_nucleoside_triphosphate_30(fn_atp_cycle_6(X))
& fn_atp_cycle_48(X) = fn_atp_31(fn_atp_cycle_6(X))
& fn_atp_cycle_25(X) = fn_synthesis_of_atp_19(fn_atp_cycle_55(X))
& fn_atp_cycle_6(X) = fn_hydrolysis_11(fn_atp_cycle_17(X))
& fn_atp_cycle_4(X) = fn_synthesis_of_atp_26(fn_atp_cycle_55(X))
& fn_atp_cycle_1(X) = fn_synthesis_of_atp_27(fn_atp_cycle_55(X))
& fn_atp_cycle_7(X) = fn_synthesis_of_atp_14(fn_atp_cycle_55(X))
& fn_atp_cycle_6(X) = fn_synthesis_of_organic_molecule_1(fn_atp_cycle_55(X))
& fn_atp_cycle_49(X) = fn_synthesis_of_atp_18(fn_atp_cycle_55(X))
& fn_atp_cycle_50(X) = fn_synthesis_of_atp_19(fn_atp_cycle_55(X))
& fn_atp_cycle_46(X) = fn_synthesis_of_atp_17(fn_atp_cycle_55(X))
& fn_atp_cycle_49(X) = fn_synthesis_of_atp_20(fn_atp_cycle_55(X))
& fn_atp_cycle_46(X) = fn_hydrolysis_1(fn_atp_cycle_17(X))
& fn_atp_cycle_47(X) = fn_hydrolysis_9(fn_atp_cycle_17(X))
& fn_atp_cycle_47(X) = fn_ribonucleotide_17(fn_atp_cycle_6(X))
& fn_atp_cycle_47(X) = fn_nucleoside_triphosphate_33(fn_atp_cycle_6(X))
& fn_atp_cycle_47(X) = fn_atp_36(fn_atp_cycle_6(X))
& fn_atp_cycle_47(X) = fn_synthesis_of_atp_16(fn_atp_cycle_55(X))
& fn_atp_cycle_46(X) = fn_ribonucleotide_16(fn_atp_cycle_6(X))
& fn_atp_cycle_25(X) = fn_ribonucleotide_14(fn_atp_cycle_6(X))
& fn_atp_cycle_25(X) = fn_nucleoside_triphosphate_27(fn_atp_cycle_6(X))
& fn_atp_cycle_46(X) = fn_atp_35(fn_atp_cycle_6(X))
& fn_atp_cycle_46(X) = fn_molecule_11(fn_atp_cycle_6(X))
& fn_atp_cycle_46(X) = fn_nucleoside_triphosphate_29(fn_atp_cycle_6(X))
& fn_atp_cycle_51(X) = fn_ribonucleotide_12(fn_atp_cycle_6(X))
& fn_atp_cycle_46(X) = fn_ribonucleotide_8(fn_atp_cycle_6(X))
& fn_atp_cycle_46(X) = fn_nucleoside_triphosphate_32(fn_atp_cycle_6(X))
& fn_atp_cycle_46(X) = fn_atp_37(fn_atp_cycle_6(X))
& fn_atp_cycle_46(X) = fn_synthesis_of_atp_15(fn_atp_cycle_55(X))
& fn_atp_cycle_25(X) = fn_synthesis_of_atp_18(fn_atp_cycle_55(X))
& fn_atp_cycle_49(X) = fn_atp_34(fn_atp_cycle_6(X))
& fn_atp_cycle_49(X) = fn_synthesis_of_atp_19(fn_atp_cycle_55(X))
& fn_atp_cycle_25(X) = fn_atp_32(fn_atp_cycle_6(X))
& fn_atp_cycle_25(X) = fn_atp_33(fn_atp_cycle_6(X))
& fn_atp_cycle_25(X) = fn_atp_34(fn_atp_cycle_6(X))
& fn_atp_cycle_25(X) = fn_synthesis_of_atp_20(fn_atp_cycle_55(X))
& fn_atp_cycle_50(X) = fn_ribonucleotide_14(fn_atp_cycle_6(X))
& fn_atp_cycle_50(X) = fn_atp_33(fn_atp_cycle_6(X))
& fn_atp_cycle_50(X) = fn_atp_32(fn_atp_cycle_6(X))
& fn_atp_cycle_50(X) = fn_atp_34(fn_atp_cycle_6(X))
& fn_atp_cycle_50(X) = fn_synthesis_of_atp_18(fn_atp_cycle_55(X))
& fn_atp_cycle_51(X) = fn_molecule_10(fn_atp_cycle_6(X))
& fn_atp_cycle_51(X) = fn_nucleoside_triphosphate_35(fn_atp_cycle_6(X))
& fn_atp_cycle_51(X) = fn_atp_30(fn_atp_cycle_6(X))
& fn_atp_cycle_51(X) = fn_synthesis_of_atp_21(fn_atp_cycle_55(X))
& fn_atp_cycle_6(X) = fn_synthesis_of_atp_13(fn_atp_cycle_55(X))
& fn_atp_cycle_52(X) = fn_synthesis_of_atp_22(fn_atp_cycle_55(X))
& fn_atp_cycle_53(X) = fn_anabolic_pathway_4(fn_atp_cycle_55(X))
& fn_atp_cycle_53(X) = fn_synthesis_of_atp_23(fn_atp_cycle_55(X))
& fn_atp_cycle_54(X) = fn_anabolic_pathway_6(fn_atp_cycle_55(X))
& fn_atp_cycle_54(X) = fn_synthesis_of_atp_10(fn_atp_cycle_55(X))
& fn_atp_cycle_5(X) = fn_organic_molecule_1(fn_atp_cycle_24(X))
& fn_atp_cycle_30(X) = fn_organic_molecule_2(fn_atp_cycle_24(X))
& fn_exergonic_reaction_10(fn_atp_cycle_10(X)) = fn_hydrolysis_11(fn_atp_cycle_10(X))
& fn_hydrolysis_11(fn_atp_cycle_10(X)) = fn_hydrolysis_11(fn_atp_cycle_10(X))
& fn_hydrolysis_11(fn_atp_cycle_10(X)) = fn_hydrolysis_10(fn_atp_cycle_10(X))
& fn_hydrolysis_10(fn_atp_cycle_10(X)) = fn_exergonic_reaction_10(fn_atp_cycle_8(X))
& fn_exergonic_reaction_10(fn_atp_cycle_8(X)) = fn_hydrolysis_11(fn_atp_cycle_8(X))
& fn_hydrolysis_11(fn_atp_cycle_8(X)) = fn_hydrolysis_10(fn_atp_cycle_17(X))
& fn_hydrolysis_10(fn_atp_cycle_17(X)) = fn_hydrolysis_10(fn_atp_cycle_17(X))
& fn_hydrolysis_10(fn_atp_cycle_17(X)) = fn_hydrolysis_11(fn_atp_cycle_8(X))
& fn_hydrolysis_11(fn_atp_cycle_8(X)) = fn_hydrolysis_10(fn_atp_cycle_8(X))
& fn_hydrolysis_10(fn_atp_cycle_8(X)) = fn_decomposition_reaction_4(fn_atp_cycle_31(X))
& fn_decomposition_reaction_4(fn_atp_cycle_31(X)) = fn_dephosphorylation_10(fn_atp_cycle_31(X))
& fn_hydrolysis_9(fn_atp_cycle_31(X)) = fn_dephosphorylation_10(fn_atp_cycle_31(X))
& fn_dephosphorylation_10(fn_atp_cycle_31(X)) = fn_hydrolysis_9(fn_atp_cycle_31(X))
& fn_hydrolysis_9(fn_atp_cycle_31(X)) = fn_hydrolysis_3(fn_atp_cycle_31(X))
& fn_hydrolysis_3(fn_atp_cycle_31(X)) = fn_hydrolysis_3(fn_atp_cycle_31(X))
& fn_hydrolysis_3(fn_atp_cycle_31(X)) = fn_dephosphorylation_of_atp_48(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_48(fn_atp_cycle_31(X)) = fn_5_prime_carbon_1(fn_atp_cycle_29(X))
& fn_5_prime_carbon_1(fn_atp_cycle_29(X)) = fn_nucleoside_5(fn_atp_cycle_24(X))
& fn_nucleoside_5(fn_atp_cycle_24(X)) = fn_5_prime_carbon_1(fn_atp_cycle_29(X))
& fn_5_prime_carbon_1(fn_atp_cycle_29(X)) = fn_atp_25(fn_atp_cycle_6(X))
& fn_ribonucleotide_11(fn_atp_cycle_6(X)) = fn_atp_25(fn_atp_cycle_6(X))
& fn_atp_25(fn_atp_cycle_6(X)) = fn_ribonucleotide_11(fn_atp_cycle_6(X))
& fn_ribonucleotide_11(fn_atp_cycle_6(X)) = fn_ribonucleotide_11(fn_atp_cycle_6(X))
& fn_dephosphorylation_of_atp_56(fn_atp_cycle_31(X)) = fn_ribonucleotide_11(fn_atp_cycle_6(X))
& fn_ribonucleotide_11(fn_atp_cycle_6(X)) = fn_dephosphorylation_of_atp_56(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_56(fn_atp_cycle_31(X)) = fn_hydrolysis_8(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_47(fn_atp_cycle_31(X)) = fn_hydrolysis_8(fn_atp_cycle_31(X))
& fn_hydrolysis_8(fn_atp_cycle_31(X)) = fn_dephosphorylation_of_atp_47(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_47(fn_atp_cycle_31(X)) = fn_dephosphorylation_of_atp_48(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_48(fn_atp_cycle_31(X)) = fn_dephosphorylation_of_atp_48(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_48(fn_atp_cycle_31(X)) = fn_hydrolysis_5(fn_atp_cycle_14(X))
& fn_hydrolysis_5(fn_atp_cycle_14(X)) = fn_dephosphorylation_of_atp_48(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_48(fn_atp_cycle_31(X)) = fn_dephosphorylation_of_atp_49(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_49(fn_atp_cycle_31(X)) = fn_hydrolysis_4(fn_atp_cycle_14(X))
& fn_hydrolysis_4(fn_atp_cycle_14(X)) = fn_dephosphorylation_of_atp_49(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_49(fn_atp_cycle_31(X)) = fn_hydrolysis_6(fn_atp_cycle_14(X))
& fn_hydrolysis_6(fn_atp_cycle_14(X)) = fn_dephosphorylation_of_atp_45(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_45(fn_atp_cycle_31(X)) = fn_hydrolysis_6(fn_atp_cycle_14(X))
& fn_hydrolysis_6(fn_atp_cycle_14(X)) = fn_hydrolysis_6(fn_atp_cycle_31(X))
& fn_hydrolysis_6(fn_atp_cycle_31(X)) = fn_dephosphorylation_of_atp_45(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_45(fn_atp_cycle_31(X)) = fn_dephosphorylation_of_atp_51(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_51(fn_atp_cycle_31(X)) = fn_hydrolysis_10(fn_atp_cycle_31(X))
& fn_hydrolysis_10(fn_atp_cycle_14(X)) = fn_hydrolysis_10(fn_atp_cycle_31(X))
& fn_hydrolysis_10(fn_atp_cycle_31(X)) = fn_dephosphorylation_of_atp_51(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_51(fn_atp_cycle_31(X)) = fn_hydrolysis_10(fn_atp_cycle_14(X))
& fn_hydrolysis_10(fn_atp_cycle_14(X)) = fn_dephosphorylation_of_atp_51(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_51(fn_atp_cycle_31(X)) = fn_exergonic_reaction_10(fn_atp_cycle_14(X))
& fn_exergonic_reaction_10(fn_atp_cycle_14(X)) = fn_hydrolysis_11(fn_atp_cycle_14(X))
& fn_hydrolysis_11(fn_atp_cycle_14(X)) = fn_exergonic_reaction_10(fn_atp_cycle_17(X))
& fn_exergonic_reaction_10(fn_atp_cycle_17(X)) = fn_hydrolysis_11(fn_atp_cycle_14(X))
& fn_hydrolysis_11(fn_atp_cycle_14(X)) = fn_hydrolysis_11(fn_atp_cycle_14(X))
& fn_hydrolysis_10(fn_atp_cycle_17(X)) = fn_hydrolysis_11(fn_atp_cycle_14(X))
& fn_hydrolysis_11(fn_atp_cycle_14(X)) = fn_hydrolysis_10(fn_atp_cycle_14(X))
& fn_hydrolysis_10(fn_atp_cycle_14(X)) = fn_hydrolysis_10(fn_atp_cycle_17(X))
& fn_hydrolysis_10(fn_atp_cycle_17(X)) = fn_dephosphorylation_of_atp_2(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_2(fn_atp_cycle_31(X)) = fn_dephosphorylation_of_atp_2(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_2(fn_atp_cycle_31(X)) = fn_dephosphorylation_of_atp_73(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_73(fn_atp_cycle_31(X)) = fn_exergonic_reaction_6(fn_atp_cycle_31(X))
& fn_exergonic_reaction_6(fn_atp_cycle_31(X)) = fn_dephosphorylation_of_atp_73(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_73(fn_atp_cycle_31(X)) = fn_dephosphorylation_of_atp_74(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_74(fn_atp_cycle_31(X)) = fn_dephosphorylation_of_atp_74(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_74(fn_atp_cycle_31(X)) = fn_exergonic_reaction_11(fn_atp_cycle_31(X))
& fn_exergonic_reaction_11(fn_atp_cycle_31(X)) = fn_dephosphorylation_of_atp_74(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_74(fn_atp_cycle_31(X)) = fn_nucleoside_20(fn_atp_cycle_24(X))
& fn_ribonucleotide_10(fn_atp_cycle_6(X)) = fn_nucleoside_20(fn_atp_cycle_24(X))
& fn_nucleoside_20(fn_atp_cycle_24(X)) = fn_ribonucleotide_10(fn_atp_cycle_6(X))
& fn_ribonucleotide_10(fn_atp_cycle_6(X)) = fn_ribonucleotide_10(fn_atp_cycle_6(X))
& fn_dephosphorylation_of_atp_55(fn_atp_cycle_31(X)) = fn_ribonucleotide_10(fn_atp_cycle_6(X))
& fn_ribonucleotide_10(fn_atp_cycle_6(X)) = fn_dephosphorylation_of_atp_55(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_55(fn_atp_cycle_31(X)) = fn_exergonic_reaction_10(fn_atp_cycle_9(X))
& fn_exergonic_reaction_10(fn_atp_cycle_9(X)) = fn_hydrolysis_11(fn_atp_cycle_9(X))
& fn_hydrolysis_11(fn_atp_cycle_9(X)) = fn_hydrolysis_11(fn_atp_cycle_9(X))
& fn_hydrolysis_11(fn_atp_cycle_9(X)) = fn_hydrolysis_10(fn_atp_cycle_9(X))
& fn_hydrolysis_10(fn_atp_cycle_9(X)) = fn_hydrolysis_10(fn_atp_cycle_9(X))
& fn_hydrolysis_10(fn_atp_cycle_9(X)) = fn_dephosphorylation_of_atp_51(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_51(fn_atp_cycle_31(X)) = fn_dephosphorylation_of_atp_51(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_51(fn_atp_cycle_31(X)) = fn_organic_molecule_2(fn_atp_cycle_6(X))
& fn_atp_7(fn_atp_cycle_6(X)) = fn_organic_molecule_2(fn_atp_cycle_6(X))
& fn_organic_molecule_2(fn_atp_cycle_6(X)) = fn_atp_7(fn_atp_cycle_6(X))
& fn_atp_7(fn_atp_cycle_6(X)) = fn_dephosphorylation_3(fn_atp_cycle_31(X))
& fn_dephosphorylation_3(fn_atp_cycle_31(X)) = fn_organic_molecule_1(fn_atp_cycle_6(X))
& fn_organic_molecule_1(fn_atp_cycle_6(X)) = fn_dephosphorylation_3(fn_atp_cycle_31(X))
& fn_dephosphorylation_3(fn_atp_cycle_31(X)) = fn_nucleoside_triphosphate_31(fn_atp_cycle_6(X))
& fn_nucleoside_triphosphate_31(fn_atp_cycle_6(X)) = fn_organic_molecule_1(fn_atp_cycle_6(X))
& fn_organic_molecule_1(fn_atp_cycle_6(X)) = fn_organic_molecule_1(fn_atp_cycle_6(X))
& fn_organic_molecule_1(fn_atp_cycle_6(X)) = fn_nucleoside_triphosphate_31(fn_atp_cycle_6(X))
& fn_dephosphorylation_of_atp_65(fn_atp_cycle_31(X)) = fn_nucleoside_triphosphate_31(fn_atp_cycle_6(X))
& fn_nucleoside_triphosphate_31(fn_atp_cycle_6(X)) = fn_nucleoside_triphosphate_31(fn_atp_cycle_6(X))
& fn_nucleoside_triphosphate_31(fn_atp_cycle_6(X)) = fn_dephosphorylation_of_atp_65(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_65(fn_atp_cycle_31(X)) = fn_atp_39(fn_atp_cycle_6(X))
& fn_atp_39(fn_atp_cycle_6(X)) = fn_atp_39(fn_atp_cycle_6(X))
& fn_atp_39(fn_atp_cycle_6(X)) = fn_dephosphorylation_7(fn_atp_cycle_31(X))
& fn_nucleoside_triphosphate_30(fn_atp_cycle_6(X)) = fn_dephosphorylation_7(fn_atp_cycle_31(X))
& fn_dephosphorylation_7(fn_atp_cycle_31(X)) = fn_nucleoside_triphosphate_30(fn_atp_cycle_6(X))
& fn_nucleoside_triphosphate_30(fn_atp_cycle_6(X)) = fn_nucleoside_triphosphate_30(fn_atp_cycle_6(X))
& fn_atp_31(fn_atp_cycle_6(X)) = fn_nucleoside_triphosphate_30(fn_atp_cycle_6(X))
& fn_nucleoside_triphosphate_30(fn_atp_cycle_6(X)) = fn_atp_31(fn_atp_cycle_6(X))
& fn_atp_31(fn_atp_cycle_6(X)) = fn_exergonic_process_3(fn_atp_cycle_10(X))
& fn_exergonic_process_3(fn_atp_cycle_10(X)) = fn_exergonic_process_3(fn_atp_cycle_11(X))
& fn_exergonic_process_3(fn_atp_cycle_11(X)) = fn_exergonic_process_3(fn_atp_cycle_9(X))
& fn_exergonic_process_3(fn_atp_cycle_9(X)) = fn_exergonic_process_3(fn_atp_cycle_8(X))
& fn_exergonic_process_3(fn_atp_cycle_8(X)) = fn_exergonic_process_3(fn_atp_cycle_31(X))
& fn_exergonic_process_3(fn_atp_cycle_31(X)) = fn_consume_1(fn_atp_cycle_12(X))
& fn_energy_coupling_2(X) = fn_consume_1(fn_atp_cycle_12(X))
& fn_consume_1(fn_atp_cycle_12(X)) = fn_consume_1(fn_atp_cycle_12(X))
& fn_consume_1(fn_atp_cycle_12(X)) = fn_energy_coupling_2(X)
& fn_energy_coupling_2(X) = fn_energy_coupling_2(X)
& fn_energy_coupling_2(X) = fn_synthesis_of_atp_14(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_14(fn_atp_cycle_55(X)) = fn_ribonucleotide_17(fn_atp_cycle_6(X))
& fn_ribonucleotide_17(fn_atp_cycle_6(X)) = fn_hydrolysis_9(fn_atp_cycle_17(X))
& fn_hydrolysis_9(fn_atp_cycle_17(X)) = fn_ribonucleotide_17(fn_atp_cycle_6(X))
& fn_ribonucleotide_17(fn_atp_cycle_6(X)) = fn_ribonucleotide_17(fn_atp_cycle_6(X))
& fn_nucleoside_triphosphate_33(fn_atp_cycle_6(X)) = fn_ribonucleotide_17(fn_atp_cycle_6(X))
& fn_ribonucleotide_17(fn_atp_cycle_6(X)) = fn_nucleoside_triphosphate_33(fn_atp_cycle_6(X))
& fn_nucleoside_triphosphate_33(fn_atp_cycle_6(X)) = fn_nucleoside_triphosphate_33(fn_atp_cycle_6(X))
& fn_atp_36(fn_atp_cycle_6(X)) = fn_nucleoside_triphosphate_33(fn_atp_cycle_6(X))
& fn_nucleoside_triphosphate_33(fn_atp_cycle_6(X)) = fn_atp_36(fn_atp_cycle_6(X))
& fn_synthesis_of_atp_16(fn_atp_cycle_55(X)) = fn_synthesis_of_atp_16(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_16(fn_atp_cycle_55(X)) = fn_atp_36(fn_atp_cycle_6(X))
& fn_atp_36(fn_atp_cycle_6(X)) = fn_atp_36(fn_atp_cycle_6(X))
& fn_atp_36(fn_atp_cycle_6(X)) = fn_synthesis_of_atp_16(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_16(fn_atp_cycle_55(X)) = fn_hydrolysis_1(fn_atp_cycle_17(X))
& fn_hydrolysis_1(fn_atp_cycle_17(X)) = fn_molecule_11(fn_atp_cycle_6(X))
& fn_molecule_11(fn_atp_cycle_6(X)) = fn_hydrolysis_1(fn_atp_cycle_17(X))
& fn_hydrolysis_1(fn_atp_cycle_17(X)) = fn_hydrolysis_1(fn_atp_cycle_17(X))
& fn_hydrolysis_1(fn_atp_cycle_17(X)) = fn_ribonucleotide_16(fn_atp_cycle_6(X))
& fn_ribonucleotide_16(fn_atp_cycle_6(X)) = fn_ribonucleotide_16(fn_atp_cycle_6(X))
& fn_nucleoside_triphosphate_29(fn_atp_cycle_6(X)) = fn_ribonucleotide_16(fn_atp_cycle_6(X))
& fn_ribonucleotide_16(fn_atp_cycle_6(X)) = fn_nucleoside_triphosphate_29(fn_atp_cycle_6(X))
& fn_ribonucleotide_8(fn_atp_cycle_6(X)) = fn_nucleoside_triphosphate_29(fn_atp_cycle_6(X))
& fn_nucleoside_triphosphate_29(fn_atp_cycle_6(X)) = fn_ribonucleotide_8(fn_atp_cycle_6(X))
& fn_ribonucleotide_8(fn_atp_cycle_6(X)) = fn_ribonucleotide_8(fn_atp_cycle_6(X))
& fn_nucleoside_triphosphate_32(fn_atp_cycle_6(X)) = fn_ribonucleotide_8(fn_atp_cycle_6(X))
& fn_ribonucleotide_8(fn_atp_cycle_6(X)) = fn_nucleoside_triphosphate_32(fn_atp_cycle_6(X))
& fn_nucleoside_triphosphate_32(fn_atp_cycle_6(X)) = fn_nucleoside_triphosphate_32(fn_atp_cycle_6(X))
& fn_atp_35(fn_atp_cycle_6(X)) = fn_nucleoside_triphosphate_32(fn_atp_cycle_6(X))
& fn_nucleoside_triphosphate_32(fn_atp_cycle_6(X)) = fn_atp_35(fn_atp_cycle_6(X))
& fn_atp_35(fn_atp_cycle_6(X)) = fn_atp_35(fn_atp_cycle_6(X))
& fn_atp_37(fn_atp_cycle_6(X)) = fn_atp_35(fn_atp_cycle_6(X))
& fn_atp_35(fn_atp_cycle_6(X)) = fn_atp_37(fn_atp_cycle_6(X))
& fn_synthesis_of_atp_17(fn_atp_cycle_55(X)) = fn_atp_37(fn_atp_cycle_6(X))
& fn_atp_37(fn_atp_cycle_6(X)) = fn_atp_37(fn_atp_cycle_6(X))
& fn_atp_37(fn_atp_cycle_6(X)) = fn_synthesis_of_atp_17(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_17(fn_atp_cycle_55(X)) = fn_synthesis_of_atp_17(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_17(fn_atp_cycle_55(X)) = fn_synthesis_of_atp_15(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_15(fn_atp_cycle_55(X)) = fn_synthesis_of_atp_15(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_15(fn_atp_cycle_55(X)) = fn_ribonucleotide_14(fn_atp_cycle_6(X))
& fn_ribonucleotide_14(fn_atp_cycle_6(X)) = fn_atp_34(fn_atp_cycle_6(X))
& fn_atp_34(fn_atp_cycle_6(X)) = fn_ribonucleotide_14(fn_atp_cycle_6(X))
& fn_ribonucleotide_14(fn_atp_cycle_6(X)) = fn_synthesis_of_atp_18(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_20(fn_atp_cycle_55(X)) = fn_synthesis_of_atp_19(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_19(fn_atp_cycle_55(X)) = fn_nucleoside_triphosphate_27(fn_atp_cycle_6(X))
& fn_nucleoside_triphosphate_27(fn_atp_cycle_6(X)) = fn_ribonucleotide_14(fn_atp_cycle_6(X))
& fn_ribonucleotide_14(fn_atp_cycle_6(X)) = fn_nucleoside_triphosphate_27(fn_atp_cycle_6(X))
& fn_nucleoside_triphosphate_27(fn_atp_cycle_6(X)) = fn_nucleoside_triphosphate_27(fn_atp_cycle_6(X))
& fn_atp_33(fn_atp_cycle_6(X)) = fn_nucleoside_triphosphate_27(fn_atp_cycle_6(X))
& fn_nucleoside_triphosphate_27(fn_atp_cycle_6(X)) = fn_atp_33(fn_atp_cycle_6(X))
& fn_atp_34(fn_atp_cycle_6(X)) = fn_atp_34(fn_atp_cycle_6(X))
& fn_atp_34(fn_atp_cycle_6(X)) = fn_dephosphorylation_of_atp_60(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_60(fn_atp_cycle_31(X)) = fn_atp_32(fn_atp_cycle_6(X))
& fn_atp_32(fn_atp_cycle_6(X)) = fn_dephosphorylation_of_atp_60(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_60(fn_atp_cycle_31(X)) = fn_dephosphorylation_of_atp_60(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_60(fn_atp_cycle_31(X)) = fn_synthesis_of_atp_19(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_20(fn_atp_cycle_55(X)) = fn_synthesis_of_atp_18(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_18(fn_atp_cycle_55(X)) = fn_synthesis_of_atp_20(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_20(fn_atp_cycle_55(X)) = fn_synthesis_of_atp_20(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_20(fn_atp_cycle_55(X)) = fn_atp_32(fn_atp_cycle_6(X))
& fn_atp_32(fn_atp_cycle_6(X)) = fn_ribonucleotide_14(fn_atp_cycle_6(X))
& fn_ribonucleotide_14(fn_atp_cycle_6(X)) = fn_atp_32(fn_atp_cycle_6(X))
& fn_atp_32(fn_atp_cycle_6(X)) = fn_atp_32(fn_atp_cycle_6(X))
& fn_atp_34(fn_atp_cycle_6(X)) = fn_atp_32(fn_atp_cycle_6(X))
& fn_atp_32(fn_atp_cycle_6(X)) = fn_atp_34(fn_atp_cycle_6(X))
& fn_atp_34(fn_atp_cycle_6(X)) = fn_atp_33(fn_atp_cycle_6(X))
& fn_atp_33(fn_atp_cycle_6(X)) = fn_atp_34(fn_atp_cycle_6(X))
& fn_atp_34(fn_atp_cycle_6(X)) = fn_synthesis_of_atp_19(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_19(fn_atp_cycle_55(X)) = fn_atp_33(fn_atp_cycle_6(X))
& fn_atp_33(fn_atp_cycle_6(X)) = fn_atp_33(fn_atp_cycle_6(X))
& fn_atp_33(fn_atp_cycle_6(X)) = fn_synthesis_of_atp_19(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_19(fn_atp_cycle_55(X)) = fn_synthesis_of_atp_19(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_19(fn_atp_cycle_55(X)) = fn_synthesis_of_atp_18(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_18(fn_atp_cycle_55(X)) = fn_synthesis_of_atp_18(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_18(fn_atp_cycle_55(X)) = fn_molecule_10(fn_atp_cycle_6(X))
& fn_molecule_10(fn_atp_cycle_6(X)) = fn_ribonucleotide_12(fn_atp_cycle_6(X))
& fn_ribonucleotide_12(fn_atp_cycle_6(X)) = fn_molecule_10(fn_atp_cycle_6(X))
& fn_molecule_10(fn_atp_cycle_6(X)) = fn_nucleoside_triphosphate_35(fn_atp_cycle_6(X))
& fn_nucleoside_triphosphate_35(fn_atp_cycle_6(X)) = fn_ribonucleotide_12(fn_atp_cycle_6(X))
& fn_ribonucleotide_12(fn_atp_cycle_6(X)) = fn_nucleoside_triphosphate_35(fn_atp_cycle_6(X))
& fn_nucleoside_triphosphate_35(fn_atp_cycle_6(X)) = fn_nucleoside_triphosphate_35(fn_atp_cycle_6(X))
& fn_atp_30(fn_atp_cycle_6(X)) = fn_nucleoside_triphosphate_35(fn_atp_cycle_6(X))
& fn_nucleoside_triphosphate_35(fn_atp_cycle_6(X)) = fn_atp_30(fn_atp_cycle_6(X))
& fn_atp_30(fn_atp_cycle_6(X)) = fn_atp_30(fn_atp_cycle_6(X))
& fn_synthesis_of_atp_21(fn_atp_cycle_55(X)) = fn_atp_30(fn_atp_cycle_6(X))
& fn_atp_30(fn_atp_cycle_6(X)) = fn_synthesis_of_atp_21(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_21(fn_atp_cycle_55(X)) = fn_remove_2(fn_atp_cycle_19(X))
& fn_remove_2(fn_atp_cycle_19(X)) = fn_synthesis_of_organic_molecule_1(fn_atp_cycle_55(X))
& fn_synthesis_of_organic_molecule_1(fn_atp_cycle_55(X)) = fn_hydrolysis_11(fn_atp_cycle_17(X))
& fn_hydrolysis_11(fn_atp_cycle_17(X)) = fn_synthesis_of_organic_molecule_1(fn_atp_cycle_55(X))
& fn_synthesis_of_organic_molecule_1(fn_atp_cycle_55(X)) = fn_dephosphorylation_11(fn_atp_cycle_16(X))
& fn_dephosphorylation_11(fn_atp_cycle_15(X)) = fn_hydrolysis_11(fn_atp_cycle_17(X))
& fn_hydrolysis_11(fn_atp_cycle_17(X)) = fn_hydrolysis_11(fn_atp_cycle_17(X))
& fn_hydrolysis_11(fn_atp_cycle_17(X)) = fn_dephosphorylation_11(fn_atp_cycle_31(X))
& fn_dephosphorylation_11(fn_atp_cycle_31(X)) = fn_hydrolysis_11(fn_atp_cycle_17(X))
& fn_hydrolysis_11(fn_atp_cycle_17(X)) = fn_dephosphorylation_11(fn_atp_cycle_16(X))
& fn_dephosphorylation_11(fn_atp_cycle_16(X)) = fn_dephosphorylation_11(fn_atp_cycle_18(X))
& fn_dephosphorylation_11(fn_atp_cycle_18(X)) = fn_dephosphorylation_11(fn_atp_cycle_15(X))
& fn_dephosphorylation_11(fn_atp_cycle_15(X)) = fn_dephosphorylation_of_atp_53(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_53(fn_atp_cycle_31(X)) = fn_dephosphorylation_11(fn_atp_cycle_31(X))
& fn_dephosphorylation_11(fn_atp_cycle_31(X)) = fn_dephosphorylation_11(fn_atp_cycle_31(X))
& fn_dephosphorylation_11(fn_atp_cycle_31(X)) = fn_dephosphorylation_of_atp_53(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_53(fn_atp_cycle_31(X)) = fn_dephosphorylation_of_atp_53(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_53(fn_atp_cycle_31(X)) = fn_synthesis_of_atp_13(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_13(fn_atp_cycle_55(X)) = fn_synthesis_of_atp_13(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_13(fn_atp_cycle_55(X)) = fn_synthesis_of_atp_23(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_23(fn_atp_cycle_55(X)) = fn_synthesis_of_atp_23(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_23(fn_atp_cycle_55(X)) = fn_anabolic_pathway_4(fn_atp_cycle_55(X))
& fn_anabolic_pathway_4(fn_atp_cycle_55(X)) = fn_synthesis_of_atp_23(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_23(fn_atp_cycle_55(X)) = fn_anabolic_pathway_6(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_10(fn_atp_cycle_55(X)) = fn_anabolic_pathway_6(fn_atp_cycle_55(X))
& fn_anabolic_pathway_6(fn_atp_cycle_55(X)) = fn_synthesis_of_atp_10(fn_atp_cycle_55(X))
& fn_synthesis_of_atp_10(fn_atp_cycle_55(X)) = fn_organic_molecule_1(fn_atp_cycle_24(X))
& fn_organic_molecule_1(fn_atp_cycle_24(X)) = fn_dephosphorylation_of_atp_54(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_54(fn_atp_cycle_31(X)) = fn_organic_molecule_1(fn_atp_cycle_24(X))
& fn_organic_molecule_1(fn_atp_cycle_24(X)) = fn_organic_molecule_1(fn_atp_cycle_24(X))
& fn_organic_molecule_1(fn_atp_cycle_24(X)) = fn_dephosphorylation_of_atp_62(fn_atp_cycle_31(X))
& fn_dephosphorylation_of_atp_62(fn_atp_cycle_31(X)) = fn_ribonucleotide_9(fn_atp_cycle_6(X))
& fn_ribonucleotide_9(fn_atp_cycle_6(X)) = fn_dephosphorylation_of_atp_62(fn_atp_cycle_31(X)) ) ) ).
fof(a527646,axiom,
! [X] :
( atp_hydrolyzing_transport_protein_1(X)
=> ( original_name_2(X,'ATP-Hydrolyzing-Transport-Protein')
& user_description_2(X,'Some transport proteins hydrolyze ATP as an energy source to actively pump substances across the membrane.')
& concept2words_2(X,'atp hydrolyzing transport protein')
& concept2words_2(X,'atp-hydrolyzing-transport-protein')
& transport_protein_1(X)
& ~ electrogenic_pump_1(X)
& dephosphorylation_of_atp_1(fn_atp_hydrolyzing_transport_protein_1(X))
& active_transport_using_atp_1(fn_atp_hydrolyzing_transport_protein_2(X))
& size_value_1(fn_atp_hydrolyzing_transport_protein_5(X))
& monomer_1(fn_atp_hydrolyzing_transport_protein_6(X))
& size_value_1(fn_atp_hydrolyzing_transport_protein_7(X))
& block_1(fn_atp_hydrolyzing_transport_protein_8(X))
& spatial_entity_1(fn_atp_hydrolyzing_transport_protein_9(X))
& hydrophilic_compound_1(fn_atp_hydrolyzing_transport_protein_9(X))
& move_1(fn_atp_hydrolyzing_transport_protein_10(X))
& move_through_1(fn_atp_hydrolyzing_transport_protein_10(X))
& spatial_entity_1(fn_atp_hydrolyzing_transport_protein_11(X))
& biomembrane_1(fn_atp_hydrolyzing_transport_protein_11(X))
& property_node_1(fn_biomembrane_76(fn_atp_hydrolyzing_transport_protein_11(X)))
& spatial_entity_1(fn_move_1(fn_atp_hydrolyzing_transport_protein_10(X)))
& hydrophilic_compound_1(fn_biomembrane_105(fn_atp_hydrolyzing_transport_protein_11(X)))
& block_1(fn_biomembrane_100(fn_atp_hydrolyzing_transport_protein_11(X)))
& block_1(fn_biomembrane_101(fn_atp_hydrolyzing_transport_protein_11(X)))
& block_1(fn_biomembrane_102(fn_atp_hydrolyzing_transport_protein_11(X)))
& size_value_1(fn_biomembrane_56(fn_atp_hydrolyzing_transport_protein_11(X)))
& move_through_1(fn_biomembrane_52(fn_atp_hydrolyzing_transport_protein_11(X)))
& tangible_entity_1(fn_biomembrane_54(fn_atp_hydrolyzing_transport_protein_11(X)))
& membrane_protein_1(fn_biomembrane_54(fn_atp_hydrolyzing_transport_protein_11(X)))
& protein_1(fn_biomembrane_54(fn_atp_hydrolyzing_transport_protein_11(X)))
& agent_2(fn_atp_hydrolyzing_transport_protein_1(X),X)
& agent_2(fn_atp_hydrolyzing_transport_protein_2(X),X)
& object_2(fn_atp_hydrolyzing_transport_protein_10(X),fn_atp_hydrolyzing_transport_protein_9(X))
& greater_than_2(fn_atp_hydrolyzing_transport_protein_5(X),fn_atp_hydrolyzing_transport_protein_7(X))
& is_across_2(X,fn_atp_hydrolyzing_transport_protein_11(X))
& instrument_2(fn_atp_hydrolyzing_transport_protein_8(X),fn_atp_hydrolyzing_transport_protein_11(X))
& facilitates_2(X,fn_atp_hydrolyzing_transport_protein_10(X))
& agent_2(fn_atp_hydrolyzing_transport_protein_10(X),X)
& has_part_2(X,fn_atp_hydrolyzing_transport_protein_6(X))
& size_2(fn_atp_hydrolyzing_transport_protein_6(X),fn_atp_hydrolyzing_transport_protein_7(X))
& called_2(fn_atp_hydrolyzing_transport_protein_8(X),"1")
& has_function_2(fn_atp_hydrolyzing_transport_protein_11(X),fn_atp_hydrolyzing_transport_protein_8(X))
& object_2(fn_atp_hydrolyzing_transport_protein_8(X),fn_atp_hydrolyzing_transport_protein_9(X))
& has_function_2(fn_atp_hydrolyzing_transport_protein_11(X),fn_atp_hydrolyzing_transport_protein_10(X))
& base_2(fn_atp_hydrolyzing_transport_protein_10(X),fn_atp_hydrolyzing_transport_protein_11(X))
& has_part_2(fn_atp_hydrolyzing_transport_protein_11(X),X)
& size_2(X,fn_atp_hydrolyzing_transport_protein_5(X))
& the_scalar_value_2(fn_atp_hydrolyzing_transport_protein_5(X),big_0)
& scalar_unit_class_2(fn_atp_hydrolyzing_transport_protein_5(X),polypeptide_0)
& fn_atp_hydrolyzing_transport_protein_9(X) = fn_move_1(fn_atp_hydrolyzing_transport_protein_10(X))
& fn_atp_hydrolyzing_transport_protein_3(X) = fn_transport_protein_23(X)
& fn_atp_hydrolyzing_transport_protein_7(X) = fn_transport_protein_19(X)
& fn_atp_hydrolyzing_transport_protein_6(X) = fn_polymer_6(X)
& fn_atp_hydrolyzing_transport_protein_6(X) = fn_transport_protein_21(X)
& fn_atp_hydrolyzing_transport_protein_10(X) = fn_transport_protein_34(X)
& fn_atp_hydrolyzing_transport_protein_4(X) = fn_biomembrane_76(fn_atp_hydrolyzing_transport_protein_11(X))
& fn_atp_hydrolyzing_transport_protein_9(X) = fn_biomembrane_105(fn_atp_hydrolyzing_transport_protein_11(X))
& fn_atp_hydrolyzing_transport_protein_8(X) = fn_biomembrane_100(fn_atp_hydrolyzing_transport_protein_11(X))
& fn_atp_hydrolyzing_transport_protein_8(X) = fn_integral_protein_25(X)
& fn_atp_hydrolyzing_transport_protein_8(X) = fn_transport_protein_31(X)
& fn_atp_hydrolyzing_transport_protein_8(X) = fn_biomembrane_101(fn_atp_hydrolyzing_transport_protein_11(X))
& fn_atp_hydrolyzing_transport_protein_8(X) = fn_biomembrane_102(fn_atp_hydrolyzing_transport_protein_11(X))
& fn_atp_hydrolyzing_transport_protein_5(X) = fn_integral_protein_16(X)
& fn_atp_hydrolyzing_transport_protein_5(X) = fn_transport_protein_20(X)
& fn_atp_hydrolyzing_transport_protein_5(X) = fn_biomembrane_56(fn_atp_hydrolyzing_transport_protein_11(X))
& fn_atp_hydrolyzing_transport_protein_11(X) = fn_transmembrane_protein_4(X)
& fn_atp_hydrolyzing_transport_protein_11(X) = fn_integral_protein_24(X)
& X = fn_biomembrane_54(fn_atp_hydrolyzing_transport_protein_11(X))
& fn_atp_hydrolyzing_transport_protein_11(X) = fn_transport_protein_35(X)
& fn_atp_hydrolyzing_transport_protein_10(X) = fn_transport_protein_10(X)
& fn_atp_hydrolyzing_transport_protein_10(X) = fn_biomembrane_52(fn_atp_hydrolyzing_transport_protein_11(X))
& fn_transport_protein_21(X) = fn_polymer_6(X)
& fn_polymer_6(X) = fn_transport_protein_21(X)
& fn_transport_protein_21(X) = fn_move_1(fn_atp_hydrolyzing_transport_protein_10(X))
& fn_move_1(fn_atp_hydrolyzing_transport_protein_10(X)) = fn_biomembrane_105(fn_atp_hydrolyzing_transport_protein_11(X))
& fn_biomembrane_105(fn_atp_hydrolyzing_transport_protein_11(X)) = fn_integral_protein_25(X)
& fn_integral_protein_25(X) = fn_biomembrane_100(fn_atp_hydrolyzing_transport_protein_11(X))
& fn_biomembrane_100(fn_atp_hydrolyzing_transport_protein_11(X)) = fn_integral_protein_25(X)
& fn_integral_protein_25(X) = fn_integral_protein_25(X)
& fn_integral_protein_25(X) = fn_biomembrane_101(fn_atp_hydrolyzing_transport_protein_11(X))
& fn_transport_protein_31(X) = fn_biomembrane_101(fn_atp_hydrolyzing_transport_protein_11(X))
& fn_biomembrane_101(fn_atp_hydrolyzing_transport_protein_11(X)) = fn_transport_protein_31(X)
& fn_transport_protein_31(X) = fn_transport_protein_31(X)
& fn_biomembrane_102(fn_atp_hydrolyzing_transport_protein_11(X)) = fn_biomembrane_102(fn_atp_hydrolyzing_transport_protein_11(X))
& fn_biomembrane_102(fn_atp_hydrolyzing_transport_protein_11(X)) = fn_transport_protein_31(X)
& fn_transport_protein_31(X) = fn_biomembrane_102(fn_atp_hydrolyzing_transport_protein_11(X))
& fn_biomembrane_102(fn_atp_hydrolyzing_transport_protein_11(X)) = fn_transport_protein_20(X)
& fn_transport_protein_20(X) = fn_integral_protein_16(X)
& fn_integral_protein_16(X) = fn_transport_protein_20(X)
& fn_transport_protein_20(X) = fn_transport_protein_20(X)
& fn_biomembrane_56(fn_atp_hydrolyzing_transport_protein_11(X)) = fn_transport_protein_20(X)
& fn_transport_protein_20(X) = fn_biomembrane_56(fn_atp_hydrolyzing_transport_protein_11(X))
& fn_biomembrane_56(fn_atp_hydrolyzing_transport_protein_11(X)) = fn_transport_protein_34(X)
& fn_transport_protein_34(X) = fn_transport_protein_10(X)
& fn_transport_protein_10(X) = fn_transport_protein_10(X)
& fn_transport_protein_10(X) = fn_transport_protein_34(X)
& fn_transport_protein_34(X) = fn_transport_protein_34(X)
& fn_transport_protein_34(X) = fn_biomembrane_52(fn_atp_hydrolyzing_transport_protein_11(X))
& fn_biomembrane_52(fn_atp_hydrolyzing_transport_protein_11(X)) = fn_biomembrane_52(fn_atp_hydrolyzing_transport_protein_11(X))
& fn_biomembrane_52(fn_atp_hydrolyzing_transport_protein_11(X)) = fn_integral_protein_24(X)
& fn_integral_protein_24(X) = fn_transmembrane_protein_4(X)
& fn_transmembrane_protein_4(X) = fn_integral_protein_24(X)
& fn_transport_protein_35(X) = fn_integral_protein_24(X)
& fn_integral_protein_24(X) = fn_transport_protein_35(X)
& fn_transport_protein_35(X) = fn_transport_protein_35(X)
& fn_biomembrane_54(fn_atp_hydrolyzing_transport_protein_11(X)) = fn_biomembrane_54(fn_atp_hydrolyzing_transport_protein_11(X)) ) ) ).
fof(a527647,axiom,
! [X] :
( atp_synthase_1(X)
=> ( original_name_2(X,'ATP-Synthase')
& user_description_2(X,'ATP synthase is a general term for an enzyme that can synthesize adenosine triphosphate (ATP) from adenosine diphosphate (ADP) and inorganic phosphate by using a form of energy. This energy is often in the form of protons moving down an electrochemical gradient, such as from the lumen into the stroma of chloroplasts or from the inter-membrane space into the matrix in mitochondria.')
& concept2words_2(X,'atp synthase complex')
& concept2words_2(X,'atp-synthase-complex')
& concept2words_2(X,'atp synthase')
& concept2words_2(X,'atp-synthase')
& protein_complex_1(X)
& ~ aquaporin_1(X)
& ~ gated_channel_1(X)
& stator_1(fn_atp_synthase_1(X))
& peptide_bond_1(fn_atp_synthase_4(X))
& quantity_value_1(fn_atp_synthase_5(X))
& speed_value_1(fn_atp_synthase_6(X))
& quantity_value_1(fn_atp_synthase_8(X))
& outside_face_1(fn_atp_synthase_11(X))
& hydrophilic_end_1(fn_atp_synthase_12(X))
& rotor_1(fn_atp_synthase_13(X))
& hydrophilic_end_1(fn_atp_synthase_14(X))
& size_value_1(fn_atp_synthase_15(X))
& size_value_1(fn_atp_synthase_16(X))
& organic_molecule_1(fn_atp_synthase_21(X))
& molecule_1(fn_atp_synthase_21(X))
& chemical_entity_1(fn_atp_synthase_21(X))
& ribonucleotide_1(fn_atp_synthase_21(X))
& nucleoside_triphosphate_1(fn_atp_synthase_21(X))
& atp_1(fn_atp_synthase_21(X))
& phosphorylation_1(fn_atp_synthase_22(X))
& chemical_reaction_1(fn_atp_synthase_22(X))
& free_energy_1(fn_atp_synthase_23(X))
& structural_complexity_value_1(fn_atp_synthase_24(X))
& structural_complexity_value_1(fn_atp_synthase_25(X))
& free_energy_1(fn_atp_synthase_26(X))
& quantity_value_1(fn_atp_synthase_27(X))
& quantity_value_1(fn_atp_synthase_28(X))
& channel_protein_1(fn_atp_synthase_29(X))
& move_through_1(fn_atp_synthase_30(X))
& expose_1(fn_atp_synthase_31(X))
& knob_1(fn_atp_synthase_32(X))
& rod_1(fn_atp_synthase_33(X))
& chemical_reaction_1(fn_atp_synthase_34(X))
& synthesis_of_organic_molecule_1(fn_atp_synthase_34(X))
& anabolic_pathway_1(fn_atp_synthase_34(X))
& synthesis_of_atp_1(fn_atp_synthase_34(X))
& hydrophilic_channel_1(fn_atp_synthase_35(X))
& expose_1(fn_atp_synthase_36(X))
& spatial_entity_1(fn_atp_synthase_37(X))
& biomembrane_1(fn_atp_synthase_37(X))
& adp_1(fn_atp_synthase_38(X))
& reactant_1(fn_atp_synthase_39(X))
& tangible_entity_1(fn_atp_synthase_40(X))
& phospholipid_bilayer_1(fn_atp_synthase_40(X))
& rate_value_1(fn_atp_synthase_41(X))
& center_1(fn_atp_synthase_42(X))
& move_through_1(fn_atp_synthase_44(X))
& kinetic_energy_1(fn_atp_synthase_45(X))
& facilitated_diffusion_1(fn_atp_synthase_46(X))
& constant_motion_1(fn_atp_synthase_47(X))
& chemical_reaction_1(fn_reactant_2(fn_atp_synthase_39(X)))
& phosphorylation_1(fn_knob_1(fn_atp_synthase_32(X)))
& chemical_reaction_1(fn_knob_1(fn_atp_synthase_32(X)))
& tangible_entity_1(fn_biomembrane_63(fn_atp_synthase_37(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_atp_synthase_37(X)))
& constant_motion_1(fn_kinetic_energy_1(fn_atp_synthase_45(X)))
& channel_protein_1(fn_hydrophilic_channel_2(fn_atp_synthase_35(X)))
& center_1(fn_hydrophilic_channel_1(fn_atp_synthase_35(X)))
& property_node_1(fn_passive_transport_7(fn_atp_synthase_46(X)))
& rate_value_1(fn_passive_transport_6(fn_atp_synthase_46(X)))
& spatial_entity_1(fn_passive_transport_25(fn_atp_synthase_46(X)))
& biomembrane_1(fn_passive_transport_25(fn_atp_synthase_46(X)))
& property_node_1(fn_synthesis_of_atp_27(fn_atp_synthase_34(X)))
& free_energy_1(fn_synthesis_of_atp_6(fn_atp_synthase_34(X)))
& property_node_1(fn_synthesis_of_atp_25(fn_atp_synthase_34(X)))
& property_node_1(fn_synthesis_of_atp_24(fn_atp_synthase_34(X)))
& property_node_1(fn_synthesis_of_atp_26(fn_atp_synthase_34(X)))
& structural_complexity_value_1(fn_synthesis_of_atp_22(fn_atp_synthase_34(X)))
& quantity_value_1(fn_synthesis_of_atp_7(fn_atp_synthase_34(X)))
& quantity_value_1(fn_synthesis_of_atp_8(fn_atp_synthase_34(X)))
& free_energy_1(fn_synthesis_of_atp_9(fn_atp_synthase_34(X)))
& chemical_entity_1(fn_reactant_3(fn_atp_synthase_39(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_atp_synthase_34(X)))
& organic_molecule_1(fn_synthesis_of_atp_10(fn_atp_synthase_34(X)))
& tangible_entity_1(fn_expose_1(fn_atp_synthase_36(X)))
& tangible_entity_1(fn_expose_1(fn_atp_synthase_31(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_atp_synthase_45(X)))
& move_through_1(fn_biomembrane_52(fn_atp_synthase_37(X)))
& move_through_1(fn_passive_transport_24(fn_atp_synthase_46(X)))
& structural_complexity_value_1(fn_anabolic_pathway_4(fn_atp_synthase_34(X)))
& structural_complexity_value_1(fn_synthesis_of_atp_23(fn_atp_synthase_34(X)))
& organic_molecule_1(fn_synthesis_of_organic_molecule_1(fn_atp_synthase_34(X)))
& molecule_1(fn_synthesis_of_atp_13(fn_atp_synthase_34(X)))
& chemical_entity_1(fn_synthesis_of_atp_13(fn_atp_synthase_34(X)))
& ribonucleotide_1(fn_synthesis_of_atp_13(fn_atp_synthase_34(X)))
& nucleoside_triphosphate_1(fn_synthesis_of_atp_13(fn_atp_synthase_34(X)))
& atp_1(fn_synthesis_of_atp_13(fn_atp_synthase_34(X)))
& speed_2(fn_atp_synthase_47(X),fn_atp_synthase_6(X))
& instrument_2(fn_atp_synthase_46(X),X)
& agent_2(fn_atp_synthase_46(X),X)
& quantity_2(fn_atp_synthase_45(X),fn_atp_synthase_5(X))
& directly_proportional_2(fn_atp_synthase_6(X),fn_atp_synthase_5(X))
& path_2(fn_atp_synthase_44(X),fn_atp_synthase_35(X))
& fn_atp_synthase_44(X) != fn_atp_synthase_30(X)
& directly_proportional_2(fn_atp_synthase_8(X),fn_atp_synthase_41(X))
& is_opposite_2(fn_atp_synthase_12(X),fn_atp_synthase_14(X))
& has_part_2(fn_atp_synthase_37(X),X)
& site_2(fn_atp_synthase_36(X),fn_atp_synthase_35(X))
& site_2(fn_atp_synthase_36(X),fn_atp_synthase_14(X))
& facilitates_2(fn_atp_synthase_35(X),fn_atp_synthase_46(X))
& subevent_2(fn_atp_synthase_34(X),fn_atp_synthase_22(X))
& is_between_2(fn_atp_synthase_33(X),fn_atp_synthase_32(X))
& is_between_2(fn_atp_synthase_33(X),fn_atp_synthase_13(X))
& element_2(X,fn_atp_synthase_1(X))
& element_2(X,fn_atp_synthase_32(X))
& element_2(X,fn_atp_synthase_13(X))
& facilitates_2(X,fn_atp_synthase_30(X))
& possesses_2(X,fn_atp_synthase_4(X))
& quantity_2(X,fn_atp_synthase_8(X))
& is_inside_2(X,fn_atp_synthase_40(X))
& size_2(X,fn_atp_synthase_16(X))
& is_across_2(X,fn_atp_synthase_37(X))
& has_region_2(X,fn_atp_synthase_42(X))
& has_region_2(X,fn_atp_synthase_12(X))
& has_region_2(X,fn_atp_synthase_11(X))
& has_region_2(X,fn_atp_synthase_35(X))
& has_region_2(X,fn_atp_synthase_14(X))
& has_function_2(X,fn_atp_synthase_34(X))
& has_function_2(X,fn_atp_synthase_46(X))
& facilitates_2(fn_atp_synthase_32(X),fn_atp_synthase_34(X))
& is_at_2(fn_atp_synthase_32(X),fn_atp_synthase_33(X))
& is_opposite_2(fn_atp_synthase_14(X),fn_atp_synthase_12(X))
& is_at_2(fn_atp_synthase_14(X),fn_atp_synthase_11(X))
& site_2(fn_atp_synthase_31(X),fn_atp_synthase_14(X))
& site_2(fn_atp_synthase_31(X),fn_atp_synthase_35(X))
& the_scalar_value_2(fn_atp_synthase_16(X),big_0)
& scalar_unit_class_2(fn_atp_synthase_16(X),polypeptide_0)
& greater_than_2(fn_atp_synthase_16(X),fn_atp_synthase_15(X))
& fn_atp_synthase_30(X) != fn_atp_synthase_44(X)
& agent_2(fn_atp_synthase_30(X),X)
& in_event_2(fn_atp_synthase_39(X),fn_atp_synthase_34(X))
& plays_2(fn_atp_synthase_38(X),fn_atp_synthase_39(X))
& element_2(X,fn_atp_synthase_33(X))
& possesses_2(fn_atp_synthase_38(X),fn_atp_synthase_26(X))
& raw_material_2(fn_atp_synthase_34(X),fn_atp_synthase_38(X))
& structural_complexity_2(fn_atp_synthase_38(X),fn_atp_synthase_25(X))
& has_function_2(fn_atp_synthase_32(X),fn_atp_synthase_22(X))
& object_2(fn_atp_synthase_36(X),X)
& object_2(fn_atp_synthase_31(X),X)
& base_2(fn_atp_synthase_44(X),fn_atp_synthase_37(X))
& has_function_2(fn_atp_synthase_37(X),fn_atp_synthase_30(X))
& has_part_2(fn_atp_synthase_37(X),fn_atp_synthase_40(X))
& possesses_2(X,fn_atp_synthase_45(X))
& object_2(fn_atp_synthase_47(X),X)
& is_at_2(fn_atp_synthase_35(X),fn_atp_synthase_42(X))
& base_2(fn_atp_synthase_30(X),fn_atp_synthase_37(X))
& path_2(fn_atp_synthase_46(X),fn_atp_synthase_37(X))
& has_function_2(fn_atp_synthase_37(X),fn_atp_synthase_44(X))
& subevent_2(fn_atp_synthase_46(X),fn_atp_synthase_44(X))
& rate_2(fn_atp_synthase_46(X),fn_atp_synthase_41(X))
& quantity_2(fn_atp_synthase_26(X),fn_atp_synthase_27(X))
& called_2(fn_atp_synthase_28(X),'FE_p')
& structural_complexity_2(fn_atp_synthase_21(X),fn_atp_synthase_24(X))
& greater_than_2(fn_atp_synthase_24(X),fn_atp_synthase_25(X))
& result_2(fn_atp_synthase_34(X),fn_atp_synthase_21(X))
& possesses_2(fn_atp_synthase_21(X),fn_atp_synthase_23(X))
& quantity_2(fn_atp_synthase_23(X),fn_atp_synthase_28(X))
& greater_than_2(fn_atp_synthase_28(X),fn_atp_synthase_27(X))
& called_2(fn_atp_synthase_27(X),'FE_r')
& fn_atp_synthase_34(X) = fn_reactant_2(fn_atp_synthase_39(X))
& fn_atp_synthase_38(X) = fn_reactant_3(fn_atp_synthase_39(X))
& fn_atp_synthase_33(X) = fn_protein_complex_1(X)
& fn_atp_synthase_25(X) = fn_anabolic_pathway_4(fn_atp_synthase_34(X))
& fn_atp_synthase_38(X) = fn_anabolic_pathway_6(fn_atp_synthase_34(X))
& fn_atp_synthase_38(X) = fn_synthesis_of_atp_10(fn_atp_synthase_34(X))
& fn_atp_synthase_22(X) = fn_knob_1(fn_atp_synthase_32(X))
& X = fn_expose_1(fn_atp_synthase_36(X))
& X = fn_expose_1(fn_atp_synthase_31(X))
& fn_atp_synthase_44(X) = fn_biomembrane_52(fn_atp_synthase_37(X))
& fn_atp_synthase_30(X) = fn_biomembrane_52(fn_atp_synthase_37(X))
& fn_atp_synthase_40(X) = fn_biomembrane_63(fn_atp_synthase_37(X))
& fn_atp_synthase_47(X) = fn_kinetic_energy_1(fn_atp_synthase_45(X))
& X = fn_kinetic_energy_2(fn_atp_synthase_45(X))
& fn_atp_synthase_29(X) = fn_hydrophilic_channel_2(fn_atp_synthase_35(X))
& fn_atp_synthase_42(X) = fn_hydrophilic_channel_1(fn_atp_synthase_35(X))
& fn_atp_synthase_30(X) = fn_passive_transport_24(fn_atp_synthase_46(X))
& fn_atp_synthase_43(X) = fn_passive_transport_7(fn_atp_synthase_46(X))
& fn_atp_synthase_41(X) = fn_passive_transport_6(fn_atp_synthase_46(X))
& fn_atp_synthase_44(X) = fn_passive_transport_24(fn_atp_synthase_46(X))
& fn_atp_synthase_37(X) = fn_passive_transport_25(fn_atp_synthase_46(X))
& fn_atp_synthase_20(X) = fn_synthesis_of_atp_27(fn_atp_synthase_34(X))
& fn_atp_synthase_26(X) = fn_synthesis_of_atp_6(fn_atp_synthase_34(X))
& fn_atp_synthase_18(X) = fn_synthesis_of_atp_25(fn_atp_synthase_34(X))
& fn_atp_synthase_17(X) = fn_synthesis_of_atp_24(fn_atp_synthase_34(X))
& fn_atp_synthase_19(X) = fn_synthesis_of_atp_26(fn_atp_synthase_34(X))
& fn_atp_synthase_25(X) = fn_synthesis_of_atp_23(fn_atp_synthase_34(X))
& fn_atp_synthase_24(X) = fn_synthesis_of_atp_22(fn_atp_synthase_34(X))
& fn_atp_synthase_27(X) = fn_synthesis_of_atp_7(fn_atp_synthase_34(X))
& fn_atp_synthase_28(X) = fn_synthesis_of_atp_8(fn_atp_synthase_34(X))
& fn_atp_synthase_23(X) = fn_synthesis_of_atp_9(fn_atp_synthase_34(X))
& fn_atp_synthase_21(X) = fn_synthesis_of_organic_molecule_1(fn_atp_synthase_34(X))
& fn_atp_synthase_21(X) = fn_synthesis_of_atp_13(fn_atp_synthase_34(X))
& fn_reactant_3(fn_atp_synthase_39(X)) = fn_anabolic_pathway_6(fn_atp_synthase_34(X))
& fn_anabolic_pathway_6(fn_atp_synthase_34(X)) = fn_anabolic_pathway_6(fn_atp_synthase_34(X))
& fn_synthesis_of_atp_10(fn_atp_synthase_34(X)) = fn_anabolic_pathway_6(fn_atp_synthase_34(X))
& fn_anabolic_pathway_6(fn_atp_synthase_34(X)) = fn_synthesis_of_atp_10(fn_atp_synthase_34(X))
& fn_synthesis_of_atp_10(fn_atp_synthase_34(X)) = fn_expose_1(fn_atp_synthase_36(X))
& fn_expose_1(fn_atp_synthase_36(X)) = fn_expose_1(fn_atp_synthase_31(X))
& fn_expose_1(fn_atp_synthase_31(X)) = fn_kinetic_energy_2(fn_atp_synthase_45(X))
& fn_kinetic_energy_2(fn_atp_synthase_45(X)) = fn_kinetic_energy_2(fn_atp_synthase_45(X))
& fn_kinetic_energy_2(fn_atp_synthase_45(X)) = fn_biomembrane_52(fn_atp_synthase_37(X))
& fn_passive_transport_24(fn_atp_synthase_46(X)) = fn_biomembrane_52(fn_atp_synthase_37(X))
& fn_biomembrane_52(fn_atp_synthase_37(X)) = fn_passive_transport_24(fn_atp_synthase_46(X))
& fn_passive_transport_24(fn_atp_synthase_46(X)) = fn_passive_transport_24(fn_atp_synthase_46(X))
& fn_passive_transport_24(fn_atp_synthase_46(X)) = fn_anabolic_pathway_4(fn_atp_synthase_34(X))
& fn_anabolic_pathway_4(fn_atp_synthase_34(X)) = fn_synthesis_of_atp_23(fn_atp_synthase_34(X))
& fn_synthesis_of_atp_23(fn_atp_synthase_34(X)) = fn_synthesis_of_atp_23(fn_atp_synthase_34(X))
& fn_synthesis_of_atp_23(fn_atp_synthase_34(X)) = fn_synthesis_of_atp_13(fn_atp_synthase_34(X))
& fn_synthesis_of_atp_13(fn_atp_synthase_34(X)) = fn_synthesis_of_atp_13(fn_atp_synthase_34(X))
& fn_synthesis_of_atp_13(fn_atp_synthase_34(X)) = fn_synthesis_of_organic_molecule_1(fn_atp_synthase_34(X))
& fn_synthesis_of_organic_molecule_1(fn_atp_synthase_34(X)) = fn_synthesis_of_atp_13(fn_atp_synthase_34(X)) ) ) ).
fof(a527648,axiom,
! [X] :
( atrium_1(X)
=> ( original_name_2(X,'Atrium')
& user_description_2(X,'Receiving chamber of the vertebrate heart; blood from the body returns in veins to the atrium and is transferred to a ventricle.')
& concept2words_2(X,atria)
& concept2words_2(X,atrium)
& organ_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a527649,axiom,
! [X] :
( attach_1(X)
=> ( original_name_2(X,'Attach')
& concept2words_2(X,attach)
& concept2words_2(X,connect)
& concept2words_2(X,link)
& concept2words_2(X,tie)
& concept2words_2(X,bond)
& concept2words_2(X,hold)
& action_1(X)
& spatial_entity_1(fn_attach_1(X))
& spatial_entity_1(fn_attach_2(X))
& base_2(X,fn_attach_2(X))
& object_2(X,fn_attach_1(X)) ) ) ).
fof(a527650,axiom,
! [X] :
( attack_1(X)
=> ( original_name_2(X,'Attack')
& user_description_2(X,'Aggressive action towards another.')
& concept2words_2(X,attack)
& interact_1(X)
& entity_1(fn_attack_1(X))
& object_2(X,fn_attack_1(X)) ) ) ).
fof(a527651,axiom,
! [X] :
( attract_1(X)
=> ( original_name_2(X,'Attract')
& user_description_2(X,'Exert a force on (a body) causing it to approach or prevent it from moving away')
& concept2words_2(X,'affinity for')
& concept2words_2(X,'has affinity')
& concept2words_2(X,attract)
& interact_1(X)
& entity_1(fn_attract_1(X))
& entity_1(fn_attract_2(X))
& agent_2(X,fn_attract_2(X))
& object_2(X,fn_attract_1(X)) ) ) ).
fof(a527652,axiom,
! [X,X2,X1] :
( ( agent_2(X,X1)
& agent_2(X,X2)
& object_2(X,X1)
& object_2(X,X2)
& cation_1(X1)
& attraction_between_oppositely_charged_entities_1(X)
& anion_1(X2) )
=> ( attraction_between_anion_and_cation_1(X)
& fn_attraction_between_anion_and_cation_3(X) = X1
& fn_attraction_between_anion_and_cation_2(X) = X2 ) ) ).
fof(a527653,axiom,
! [X] :
( attraction_between_anion_and_cation_1(X)
=> ( original_name_2(X,'Attraction-Between-Anion-And-Cation')
& user_description_2(X,'The Attraction Between A Cation And An Anion is Electrostatic attraction.')
& concept2words_2(X,'attract each other')
& concept2words_2(X,'attraction between anion and cation')
& concept2words_2(X,'attraction-between-anion-and-cation')
& attraction_between_oppositely_charged_entities_1(X)
& anion_1(fn_attraction_between_anion_and_cation_2(X))
& cation_1(fn_attraction_between_anion_and_cation_3(X))
& ionic_bond_1(fn_attraction_between_anion_and_cation_4(X))
& cation_1(fn_ionic_bond_5(fn_attraction_between_anion_and_cation_4(X)))
& anion_1(fn_ionic_bond_4(fn_attraction_between_anion_and_cation_4(X)))
& attraction_between_oppositely_charged_entities_1(fn_ionic_bond_6(fn_attraction_between_anion_and_cation_4(X)))
& agent_2(X,fn_attraction_between_anion_and_cation_2(X))
& agent_2(X,fn_attraction_between_anion_and_cation_3(X))
& is_between_2(fn_attraction_between_anion_and_cation_4(X),fn_attraction_between_anion_and_cation_2(X))
& object_2(X,fn_attraction_between_anion_and_cation_2(X))
& object_2(X,fn_attraction_between_anion_and_cation_3(X))
& is_between_2(fn_attraction_between_anion_and_cation_4(X),fn_attraction_between_anion_and_cation_3(X))
& result_2(X,fn_attraction_between_anion_and_cation_4(X))
& fn_attraction_between_anion_and_cation_3(X) = fn_ionic_bond_5(fn_attraction_between_anion_and_cation_4(X))
& X = fn_ionic_bond_6(fn_attraction_between_anion_and_cation_4(X))
& fn_attraction_between_anion_and_cation_2(X) = fn_ionic_bond_4(fn_attraction_between_anion_and_cation_4(X))
& fn_ionic_bond_6(fn_attraction_between_anion_and_cation_4(X)) = fn_ionic_bond_6(fn_attraction_between_anion_and_cation_4(X)) ) ) ).
fof(a527654,axiom,
! [X] :
( attraction_between_oppositely_charged_entities_1(X)
=> ( original_name_2(X,'Attraction-Between-Oppositely-Charged-Entities')
& user_description_2(X,'It is the attraction between two oppositely charged entities.')
& concept2words_2(X,'electrical attraction')
& concept2words_2(X,'electrical-attraction')
& concept2words_2(X,attract)
& concept2words_2(X,'attraction between oppositely charged entity')
& concept2words_2(X,'attraction-between-oppositely-charged-entity')
& attract_1(X)
& charge_value_1(fn_attraction_between_oppositely_charged_entities_1(X))
& charge_value_1(fn_attraction_between_oppositely_charged_entities_2(X))
& chemical_bond_1(fn_attraction_between_oppositely_charged_entities_3(X))
& chemical_entity_1(fn_attraction_between_oppositely_charged_entities_4(X))
& chemical_entity_1(fn_attraction_between_oppositely_charged_entities_7(X))
& result_2(X,fn_attraction_between_oppositely_charged_entities_3(X))
& agent_2(X,fn_attraction_between_oppositely_charged_entities_4(X))
& object_2(X,fn_attraction_between_oppositely_charged_entities_4(X))
& charge_2(fn_attraction_between_oppositely_charged_entities_4(X),fn_attraction_between_oppositely_charged_entities_2(X))
& charge_2(fn_attraction_between_oppositely_charged_entities_7(X),fn_attraction_between_oppositely_charged_entities_1(X))
& agent_2(X,fn_attraction_between_oppositely_charged_entities_7(X))
& object_2(X,fn_attraction_between_oppositely_charged_entities_7(X))
& fn_attraction_between_oppositely_charged_entities_7(X) = fn_attract_2(X)
& fn_attraction_between_oppositely_charged_entities_7(X) = fn_attract_1(X)
& fn_attract_2(X) = fn_attract_1(X) ) ) ).
fof(a527655,axiom,
! [X] :
( auditory_space_1(X)
=> ( original_name_2(X,'Auditory-Space')
& user_description_2(X,'A space in the ear which is surrounded by anatomical structures.')
& concept2words_2(X,'auditory space')
& concept2words_2(X,'auditory-space')
& organ_space_1(X) ) ) ).
fof(a527656,axiom,
! [X] :
( aug_1(X)
=> ( original_name_2(X,'AUG')
& user_description_2(X,'A triplet of nucleotides present on the mRNA that codes for the amino acid, methionine, serves as the start or initiation codon for protein synthesis, and is the place where the first tRNA binds to the mRNA during translation.')
& concept2words_2(X,'start codon')
& concept2words_2(X,aug)
& start_codon_1(X)
& carbon_1(fn_aug_1(X))
& nitrogen_1(fn_aug_2(X))
& hold_together_1(fn_aug_5(X))
& ester_linkage_1(fn_aug_6(X))
& atom_1(fn_aug_7(X))
& oxygen_1(fn_aug_7(X))
& hold_together_1(fn_aug_8(X))
& atomic_number_value_1(fn_aug_9(X))
& system_1(fn_aug_10(X))
& entity_1(fn_aug_12(X))
& chemical_entity_1(fn_aug_12(X))
& atom_1(fn_aug_12(X))
& carbon_1(fn_aug_12(X))
& phosphodiester_bond_1(fn_aug_13(X))
& property_node_1(fn_phosphodiester_bond_44(fn_aug_13(X)))
& hold_together_1(fn_phosphodiester_bond_17(fn_aug_13(X)))
& equation_big_node_1(fn_phosphodiester_bond_1(fn_aug_13(X)))
& equation_set_1(fn_phosphodiester_bond_31(fn_aug_13(X)))
& atomic_number_value_1(fn_phosphodiester_bond_26(fn_aug_13(X)))
& atom_1(fn_phosphodiester_bond_18(fn_aug_13(X)))
& oxygen_1(fn_phosphodiester_bond_18(fn_aug_13(X)))
& hold_together_1(fn_phosphodiester_bond_14(fn_aug_13(X)))
& system_1(fn_phosphodiester_bond_33(fn_aug_13(X)))
& system_1(fn_phosphodiester_bond_20(fn_aug_13(X)))
& entity_1(fn_phosphodiester_bond_15(fn_aug_13(X)))
& chemical_entity_1(fn_phosphodiester_bond_15(fn_aug_13(X)))
& atom_1(fn_phosphodiester_bond_15(fn_aug_13(X)))
& carbon_1(fn_phosphodiester_bond_15(fn_aug_13(X)))
& entity_1(fn_phosphodiester_bond_16(fn_aug_13(X)))
& chemical_entity_1(fn_phosphodiester_bond_16(fn_aug_13(X)))
& atom_1(fn_phosphodiester_bond_16(fn_aug_13(X)))
& carbon_1(fn_phosphodiester_bond_16(fn_aug_13(X)))
& ester_linkage_1(fn_phosphodiester_bond_30(fn_aug_13(X)))
& ester_linkage_1(fn_phosphodiester_bond_29(fn_aug_13(X)))
& possesses_2(X,fn_aug_13(X))
& has_part_2(X,fn_aug_1(X))
& has_part_2(X,fn_aug_2(X))
& fn_aug_2(X) != fn_aug_1(X)
& fn_aug_1(X) != fn_aug_2(X)
& called_2(fn_aug_6(X),"2")
& called_2(fn_aug_9(X),'Atomic_Number')
& object_2(fn_aug_5(X),fn_aug_12(X))
& is_between_2(fn_aug_6(X),fn_aug_7(X))
& object_2(fn_aug_8(X),fn_aug_7(X))
& agent_2(fn_aug_8(X),fn_aug_6(X))
& has_function_2(fn_aug_6(X),fn_aug_8(X))
& object_2(fn_aug_8(X),fn_aug_12(X))
& is_between_2(fn_aug_13(X),fn_aug_12(X))
& atomic_number_2(fn_aug_12(X),fn_aug_9(X))
& has_function_2(fn_aug_13(X),fn_aug_5(X))
& agent_2(fn_aug_5(X),fn_aug_13(X))
& element_2(fn_aug_13(X),fn_aug_6(X))
& is_between_2(fn_aug_6(X),fn_aug_12(X))
& fn_aug_12(X) != fn_aug_7(X)
& fn_aug_7(X) != fn_aug_12(X)
& fn_aug_4(X) = fn_phosphodiester_bond_44(fn_aug_13(X))
& fn_aug_10(X) = fn_phosphodiester_bond_33(fn_aug_13(X))
& fn_aug_8(X) = fn_phosphodiester_bond_17(fn_aug_13(X))
& fn_aug_10(X) = fn_phosphodiester_bond_20(fn_aug_13(X))
& fn_aug_3(X) = fn_phosphodiester_bond_1(fn_aug_13(X))
& fn_aug_11(X) = fn_phosphodiester_bond_31(fn_aug_13(X))
& fn_aug_9(X) = fn_phosphodiester_bond_26(fn_aug_13(X))
& fn_aug_12(X) = fn_phosphodiester_bond_15(fn_aug_13(X))
& fn_aug_7(X) = fn_phosphodiester_bond_18(fn_aug_13(X))
& fn_aug_12(X) = fn_phosphodiester_bond_16(fn_aug_13(X))
& fn_aug_6(X) = fn_phosphodiester_bond_30(fn_aug_13(X))
& fn_aug_6(X) = fn_phosphodiester_bond_29(fn_aug_13(X))
& fn_aug_5(X) = fn_phosphodiester_bond_14(fn_aug_13(X))
& fn_phosphodiester_bond_33(fn_aug_13(X)) = fn_phosphodiester_bond_33(fn_aug_13(X))
& fn_phosphodiester_bond_33(fn_aug_13(X)) = fn_phosphodiester_bond_20(fn_aug_13(X))
& fn_phosphodiester_bond_20(fn_aug_13(X)) = fn_phosphodiester_bond_16(fn_aug_13(X))
& fn_phosphodiester_bond_15(fn_aug_13(X)) = fn_phosphodiester_bond_15(fn_aug_13(X))
& fn_phosphodiester_bond_16(fn_aug_13(X)) = fn_phosphodiester_bond_15(fn_aug_13(X))
& fn_phosphodiester_bond_15(fn_aug_13(X)) = fn_phosphodiester_bond_16(fn_aug_13(X))
& fn_phosphodiester_bond_16(fn_aug_13(X)) = fn_phosphodiester_bond_16(fn_aug_13(X))
& fn_phosphodiester_bond_16(fn_aug_13(X)) = fn_phosphodiester_bond_30(fn_aug_13(X))
& fn_phosphodiester_bond_29(fn_aug_13(X)) = fn_phosphodiester_bond_29(fn_aug_13(X))
& fn_phosphodiester_bond_29(fn_aug_13(X)) = fn_phosphodiester_bond_30(fn_aug_13(X))
& fn_phosphodiester_bond_30(fn_aug_13(X)) = fn_phosphodiester_bond_29(fn_aug_13(X)) ) ) ).
fof(a527657,axiom,
! [X] :
( aurelia_1(X)
=> ( original_name_2(X,'Aurelia')
& user_description_2(X,'A genus of scyphozoan jellies, commonly known as moon jellies.')
& concept2words_2(X,aurelia)
& scyphozoan_1(X) ) ) ).
fof(a527658,axiom,
! [X] :
( australopithecine_1(X)
=> ( original_name_2(X,'Australopithecine')
& user_description_2(X,'A member from Australopithecus, a taxon of bipedal human ancestors.')
& concept2words_2(X,australopith)
& concept2words_2(X,australopithecine)
& hominid_1(X)
& ~ cro_magnon_1(X)
& ~ homo_erectus_1(X)
& ~ homo_ergaster_1(X)
& ~ homo_habilis_1(X)
& ~ homo_heidelbergensis_1(X)
& ~ homo_sapiens_1(X)
& ~ neanderthal_1(X)
& ~ paranthropus_boisei_1(X) ) ) ).
fof(a527659,axiom,
! [X] :
( australopithecus_afarensis_1(X)
=> ( original_name_2(X,'Australopithecus-Afarensis')
& user_description_2(X,'A species of extinct hominin that lived between 3.9 and 2.9 million years ago.')
& concept2words_2(X,'australopithecus afarensis')
& concept2words_2(X,'australopithecus-afarensis')
& australopithecine_1(X)
& ~ australopithecus_africanus_1(X) ) ) ).
fof(a527660,axiom,
! [X] :
( australopithecus_africanus_1(X)
=> ( original_name_2(X,'Australopithecus-Africanus')
& user_description_2(X,'A species of extinct hominin that lived between 3.03 and 2.04 million years ago. This species walked fully erect (was bipedal) and had humanlike hands and teeth. However, the brain was only about one-third the size of a modern humans brain.')
& concept2words_2(X,'australopithecus africanus')
& concept2words_2(X,'australopithecus-africanus')
& australopithecine_1(X)
& ~ australopithecus_afarensis_1(X) ) ) ).
fof(a527661,axiom,
! [X] :
( authorize_1(X)
=> ( original_name_2(X,'Authorize')
& concept2words_2(X,authorize)
& concept2words_2(X,authorise)
& concept2words_2(X,pass)
& concept2words_2(X,clear)
& concept2words_2(X,empower)
& action_1(X)
& entity_1(fn_authorize_1(X))
& agent_2(X,fn_authorize_1(X)) ) ) ).
fof(a527662,axiom,
! [X] :
( authorized_1(X)
=> ( original_name_2(X,'Authorized')
& concept2words_2(X,authorized)
& concept2words_2(X,authorised)
& cliche_1(X) ) ) ).
fof(a527663,axiom,
! [X] :
( autocrine_1(X)
=> ( original_name_2(X,'Autocrine')
& user_description_2(X,'Refers to a type of chemical signalling where the secreted molecule acts on the cell that secreted it.')
& concept2words_2(X,'autocrine molecule')
& concept2words_2(X,autocrine)
& hormone_1(X) ) ) ).
fof(a527664,axiom,
! [X] :
( autocrine_signaling_1(X)
=> ( original_name_2(X,'Autocrine-Signaling')
& user_description_2(X,'A process by which a cell secretes a substance that acts on itself to transmit a chemical message.')
& concept2words_2(X,signal)
& concept2words_2(X,'signaling of autocrine')
& concept2words_2(X,'autocrine signaling')
& concept2words_2(X,'autocrine-signaling')
& local_cell_communication_1(X) ) ) ).
fof(a527665,axiom,
! [X] :
( autodigestion_1(X)
=> ( original_name_2(X,'Autodigestion')
& user_description_2(X,'The destruction of a cell through the action of its own enzymes or the digestion of an enzyme by another molecule of the same enzyme.')
& concept2words_2(X,digest)
& concept2words_2(X,autodigestion)
& cellular_process_1(X)
& living_entity_1(fn_autodigestion_1(X))
& entity_1(fn_autodigestion_2(X))
& object_2(X,fn_autodigestion_1(X))
& agent_2(X,fn_autodigestion_2(X)) ) ) ).
fof(a527666,axiom,
! [X] :
( autoimmune_disease_1(X)
=> ( original_name_2(X,'Autoimmune-Disease')
& user_description_2(X,'Disease condition that arises when the body mounts an immune response against its own cells and tissues.')
& concept2words_2(X,'autoimmune disease')
& concept2words_2(X,'autoimmune-disease')
& immune_disorders_1(X)
& ~ anaphylactic_shock_1(X) ) ) ).
fof(a527667,axiom,
! [X] :
( autoionization_of_water_1(X)
=> ( original_name_2(X,'Autoionization-Of-Water')
& user_description_2(X,'Autoionization of water is the reversible reaction during which water dissociates forming hydroxide (OH-) and hydronium (H3O+) ions and reforms water from these same ions at an equal rate.')
& concept2words_2(X,'dissociation and formation of water molecule')
& concept2words_2(X,'dissociation-and-formation-of-water-molecule')
& concept2words_2(X,'self ionization of water')
& concept2words_2(X,'self-ionization-of-water')
& concept2words_2(X,'autodissociation of water')
& concept2words_2(X,'autodissociation-of-water')
& concept2words_2(X,'dissociation of water')
& concept2words_2(X,'dissociation-of-water')
& concept2words_2(X,autoionize)
& concept2words_2(X,dissociate)
& concept2words_2(X,'autoionization of water')
& concept2words_2(X,'autoionization-of-water')
& chemical_equilibrium_reaction_1(X)
& concentration_value_1(fn_autoionization_of_water_1(X))
& concentration_value_1(fn_autoionization_of_water_2(X))
& quantity_value_1(fn_autoionization_of_water_3(X))
& quantity_value_1(fn_autoionization_of_water_4(X))
& system_1(fn_autoionization_of_water_7(X))
& reverse_reaction_1(fn_autoionization_of_water_14(X))
& chemical_reaction_1(fn_autoionization_of_water_15(X))
& hydroxide_ion_1(fn_autoionization_of_water_16(X))
& chemical_entity_1(fn_autoionization_of_water_17(X))
& spatial_entity_1(fn_autoionization_of_water_17(X))
& tangible_entity_1(fn_autoionization_of_water_17(X))
& polar_molecule_1(fn_autoionization_of_water_17(X))
& hydrophilic_compound_1(fn_autoionization_of_water_17(X))
& water_molecule_1(fn_autoionization_of_water_17(X))
& entity_1(fn_autoionization_of_water_18(X))
& spatial_entity_1(fn_autoionization_of_water_18(X))
& chemical_entity_1(fn_autoionization_of_water_18(X))
& tangible_entity_1(fn_autoionization_of_water_18(X))
& polar_molecule_1(fn_autoionization_of_water_18(X))
& water_molecule_1(fn_autoionization_of_water_18(X))
& hydrogen_ion_1(fn_autoionization_of_water_19(X))
& hydronium_ion_1(fn_autoionization_of_water_20(X))
& chemical_reaction_1(fn_autoionization_of_water_21(X))
& forward_reaction_1(fn_autoionization_of_water_21(X))
& chemical_dissociation_reaction_1(fn_autoionization_of_water_22(X))
& water_1(fn_autoionization_of_water_23(X))
& collide_1(fn_autoionization_of_water_24(X))
& water_1(fn_autoionization_of_water_25(X))
& chemical_1(fn_reverse_reaction_8(fn_autoionization_of_water_14(X)))
& spatial_entity_1(fn_make_contact_2(fn_autoionization_of_water_24(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_autoionization_of_water_15(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_autoionization_of_water_21(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_autoionization_of_water_15(X)))
& chemical_entity_1(fn_reverse_reaction_7(fn_autoionization_of_water_14(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_autoionization_of_water_22(X)))
& chemical_entity_1(fn_chemical_3(fn_autoionization_of_water_23(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_autoionization_of_water_22(X)))
& spatial_entity_1(fn_water_83(fn_autoionization_of_water_25(X)))
& tangible_entity_1(fn_water_83(fn_autoionization_of_water_25(X)))
& polar_molecule_1(fn_water_83(fn_autoionization_of_water_25(X)))
& hydrophilic_compound_1(fn_water_83(fn_autoionization_of_water_25(X)))
& water_molecule_1(fn_water_83(fn_autoionization_of_water_25(X)))
& spatial_entity_1(fn_make_contact_1(fn_autoionization_of_water_24(X)))
& entity_1(fn_water_98(fn_autoionization_of_water_25(X)))
& spatial_entity_1(fn_water_98(fn_autoionization_of_water_25(X)))
& chemical_entity_1(fn_water_98(fn_autoionization_of_water_25(X)))
& tangible_entity_1(fn_water_98(fn_autoionization_of_water_25(X)))
& polar_molecule_1(fn_water_98(fn_autoionization_of_water_25(X)))
& water_molecule_1(fn_water_98(fn_autoionization_of_water_25(X)))
& called_2(fn_autoionization_of_water_4(X),'Quantity_H3O')
& called_2(fn_autoionization_of_water_3(X),'Quantity_OH')
& called_2(fn_autoionization_of_water_2(X),'Concentration_OH')
& called_2(fn_autoionization_of_water_1(X),'Concentration_H3O')
& raw_material_2(fn_autoionization_of_water_15(X),fn_autoionization_of_water_18(X))
& result_2(X,fn_autoionization_of_water_16(X))
& raw_material_2(X,fn_autoionization_of_water_17(X))
& quantity_2(fn_autoionization_of_water_16(X),fn_autoionization_of_water_3(X))
& concentration_2(fn_autoionization_of_water_16(X),fn_autoionization_of_water_2(X))
& fn_autoionization_of_water_17(X) != fn_autoionization_of_water_18(X)
& fn_autoionization_of_water_18(X) != fn_autoionization_of_water_17(X)
& quantity_2(fn_autoionization_of_water_20(X),fn_autoionization_of_water_4(X))
& concentration_2(fn_autoionization_of_water_20(X),fn_autoionization_of_water_1(X))
& subevent_2(fn_autoionization_of_water_21(X),fn_autoionization_of_water_22(X))
& subevent_2(fn_autoionization_of_water_21(X),fn_autoionization_of_water_15(X))
& first_subevent_2(fn_autoionization_of_water_21(X),fn_autoionization_of_water_22(X))
& result_2(fn_autoionization_of_water_22(X),fn_autoionization_of_water_19(X))
& has_state_2(fn_autoionization_of_water_25(X),fn_autoionization_of_water_23(X))
& object_2(fn_autoionization_of_water_24(X),fn_autoionization_of_water_18(X))
& base_2(fn_autoionization_of_water_24(X),fn_autoionization_of_water_19(X))
& raw_material_2(fn_autoionization_of_water_22(X),fn_autoionization_of_water_17(X))
& result_2(fn_autoionization_of_water_21(X),fn_autoionization_of_water_20(X))
& raw_material_2(fn_autoionization_of_water_15(X),fn_autoionization_of_water_19(X))
& result_2(fn_autoionization_of_water_22(X),fn_autoionization_of_water_16(X))
& result_2(fn_autoionization_of_water_15(X),fn_autoionization_of_water_20(X))
& has_part_2(fn_autoionization_of_water_23(X),fn_autoionization_of_water_16(X))
& raw_material_2(fn_autoionization_of_water_14(X),fn_autoionization_of_water_20(X))
& has_part_2(fn_autoionization_of_water_23(X),fn_autoionization_of_water_20(X))
& intensity_2(fn_autoionization_of_water_24(X),'*strong')
& raw_material_2(X,fn_autoionization_of_water_18(X))
& result_2(fn_autoionization_of_water_14(X),fn_autoionization_of_water_18(X))
& result_2(fn_autoionization_of_water_14(X),fn_autoionization_of_water_17(X))
& raw_material_2(fn_autoionization_of_water_21(X),fn_autoionization_of_water_17(X))
& raw_material_2(fn_autoionization_of_water_21(X),fn_autoionization_of_water_18(X))
& subevent_2(X,fn_autoionization_of_water_21(X))
& result_2(fn_autoionization_of_water_21(X),fn_autoionization_of_water_16(X))
& raw_material_2(fn_autoionization_of_water_14(X),fn_autoionization_of_water_16(X))
& subevent_2(X,fn_autoionization_of_water_14(X))
& result_2(X,fn_autoionization_of_water_20(X))
& has_part_2(fn_autoionization_of_water_25(X),fn_autoionization_of_water_17(X))
& has_part_2(fn_autoionization_of_water_25(X),fn_autoionization_of_water_18(X))
& called_2(fn_autoionization_of_water_18(X),"1")
& same_type_2(fn_autoionization_of_water_17(X),fn_autoionization_of_water_18(X))
& same_type_2(fn_autoionization_of_water_18(X),fn_autoionization_of_water_17(X))
& fn_autoionization_of_water_18(X) = fn_make_contact_1(fn_autoionization_of_water_24(X))
& fn_autoionization_of_water_19(X) = fn_make_contact_2(fn_autoionization_of_water_24(X))
& fn_autoionization_of_water_17(X) = fn_exergonic_reaction_10(fn_autoionization_of_water_22(X))
& fn_autoionization_of_water_20(X) = fn_chemical_reaction_1(fn_autoionization_of_water_21(X))
& fn_autoionization_of_water_19(X) = fn_chemical_reaction_2(fn_autoionization_of_water_15(X))
& fn_autoionization_of_water_16(X) = fn_exergonic_reaction_11(fn_autoionization_of_water_22(X))
& fn_autoionization_of_water_20(X) = fn_chemical_reaction_1(fn_autoionization_of_water_15(X))
& fn_autoionization_of_water_16(X) = fn_chemical_3(fn_autoionization_of_water_23(X))
& fn_autoionization_of_water_23(X) = fn_reverse_reaction_8(fn_autoionization_of_water_14(X))
& fn_autoionization_of_water_20(X) = fn_reverse_reaction_7(fn_autoionization_of_water_14(X))
& fn_autoionization_of_water_21(X) = fn_reversible_reaction_7(X)
& fn_autoionization_of_water_17(X) = fn_chemical_equilibrium_reaction_6(X)
& fn_autoionization_of_water_18(X) = fn_reversible_reaction_5(X)
& fn_autoionization_of_water_18(X) = fn_chemical_equilibrium_reaction_5(X)
& fn_autoionization_of_water_20(X) = fn_chemical_equilibrium_reaction_4(X)
& fn_autoionization_of_water_14(X) = fn_chemical_equilibrium_reaction_10(X)
& fn_autoionization_of_water_16(X) = fn_chemical_equilibrium_reaction_4(X)
& fn_autoionization_of_water_21(X) = fn_chemical_equilibrium_reaction_9(X)
& fn_autoionization_of_water_17(X) = fn_water_83(fn_autoionization_of_water_25(X))
& fn_autoionization_of_water_18(X) = fn_water_98(fn_autoionization_of_water_25(X))
& fn_make_contact_2(fn_autoionization_of_water_24(X)) = fn_chemical_reaction_2(fn_autoionization_of_water_15(X))
& fn_chemical_reaction_2(fn_autoionization_of_water_15(X)) = fn_chemical_reaction_1(fn_autoionization_of_water_21(X))
& fn_chemical_reaction_1(fn_autoionization_of_water_21(X)) = fn_chemical_reaction_1(fn_autoionization_of_water_15(X))
& fn_chemical_reaction_1(fn_autoionization_of_water_15(X)) = fn_reverse_reaction_7(fn_autoionization_of_water_14(X))
& fn_reverse_reaction_7(fn_autoionization_of_water_14(X)) = fn_reverse_reaction_7(fn_autoionization_of_water_14(X))
& fn_reverse_reaction_7(fn_autoionization_of_water_14(X)) = fn_chemical_equilibrium_reaction_4(X)
& fn_chemical_equilibrium_reaction_4(X) = fn_exergonic_reaction_11(fn_autoionization_of_water_22(X))
& fn_exergonic_reaction_11(fn_autoionization_of_water_22(X)) = fn_chemical_3(fn_autoionization_of_water_23(X))
& fn_chemical_3(fn_autoionization_of_water_23(X)) = fn_chemical_3(fn_autoionization_of_water_23(X))
& fn_chemical_3(fn_autoionization_of_water_23(X)) = fn_chemical_equilibrium_reaction_4(X)
& fn_chemical_equilibrium_reaction_4(X) = fn_chemical_equilibrium_reaction_4(X)
& fn_chemical_equilibrium_reaction_4(X) = fn_reversible_reaction_7(X)
& fn_reversible_reaction_7(X) = fn_chemical_equilibrium_reaction_9(X)
& fn_chemical_equilibrium_reaction_9(X) = fn_chemical_equilibrium_reaction_9(X)
& fn_chemical_equilibrium_reaction_9(X) = fn_exergonic_reaction_10(fn_autoionization_of_water_22(X))
& fn_exergonic_reaction_10(fn_autoionization_of_water_22(X)) = fn_chemical_equilibrium_reaction_6(X)
& fn_chemical_equilibrium_reaction_6(X) = fn_chemical_equilibrium_reaction_6(X)
& fn_chemical_equilibrium_reaction_6(X) = fn_water_83(fn_autoionization_of_water_25(X))
& fn_water_83(fn_autoionization_of_water_25(X)) = fn_water_83(fn_autoionization_of_water_25(X))
& fn_water_83(fn_autoionization_of_water_25(X)) = fn_make_contact_1(fn_autoionization_of_water_24(X))
& fn_make_contact_1(fn_autoionization_of_water_24(X)) = fn_reversible_reaction_5(X)
& fn_reversible_reaction_5(X) = fn_reversible_reaction_5(X)
& fn_chemical_equilibrium_reaction_5(X) = fn_reversible_reaction_5(X)
& fn_reversible_reaction_5(X) = fn_chemical_equilibrium_reaction_5(X)
& fn_chemical_equilibrium_reaction_5(X) = fn_chemical_equilibrium_reaction_5(X)
& fn_chemical_equilibrium_reaction_5(X) = fn_water_98(fn_autoionization_of_water_25(X))
& fn_water_98(fn_autoionization_of_water_25(X)) = fn_water_98(fn_autoionization_of_water_25(X)) ) ) ).
fof(a527668,axiom,
! [X] :
( automobile_1(X)
=> ( original_name_2(X,'Automobile')
& user_description_2(X,'Device used for transportation.')
& concept2words_2(X,car)
& concept2words_2(X,auto)
& concept2words_2(X,automobile)
& device_1(X)
& ~ centrifuge_1(X)
& ~ needle_1(X)
& ~ optical_device_1(X)
& ~ test_tube_1(X) ) ) ).
fof(a527669,axiom,
! [X] :
( autonomic_nervous_1(X)
=> ( original_name_2(X,'Autonomic-Nervous')
& user_description_2(X,'Part of the vertebrate peripheral nervous system largely under subconscious control; it consists of the sympathetic, parasympathetic, and enteric divisions. The autonomic nervous system regulates the body\'s internal environment.')
& concept2words_2(X,'autonomic nervous')
& concept2words_2(X,'autonomic-nervous')
& peripheral_nervous_system_1(X)
& ~ sensory_system_1(X)
& ~ sensory_division_1(X)
& ~ motor_system_1(X) ) ) ).
fof(a527670,axiom,
! [X] :
( autophagy_1(X)
=> ( original_name_2(X,'Autophagy')
& user_description_2(X,'Autophagy is a catabolic process involving the degradation of a cell\'s own components through the lysosomal machinery. Lysosomal enzymes recycle the cell\'s organic material by this process.')
& concept2words_2(X,autophagocytosis)
& concept2words_2(X,'self digestion')
& concept2words_2(X,degrade)
& concept2words_2(X,'undergo autophagy')
& concept2words_2(X,destroy)
& concept2words_2(X,autophagy)
& intracellular_process_1(X)
& ~ artificial_selection_with_antibiotics_1(X)
& ~ selective_degradation_1(X)
& cellular_structure_1(fn_autophagy_1(X))
& organic_molecule_1(fn_autophagy_2(X))
& cytoplasm_1(fn_autophagy_3(X))
& take_apart_1(fn_autophagy_4(X))
& take_apart_1(fn_autophagy_5(X))
& cellular_recycling_1(fn_autophagy_6(X))
& take_in_1(fn_autophagy_7(X))
& organelle_1(fn_autophagy_8(X))
& destroy_1(fn_autophagy_9(X))
& tangible_entity_1(fn_autophagy_10(X))
& biomembrane_1(fn_autophagy_10(X))
& lysosomal_membrane_1(fn_autophagy_10(X))
& detach_1(fn_autophagy_11(X))
& attach_1(fn_autophagy_12(X))
& tangible_entity_1(fn_autophagy_13(X))
& lysosomal_enzyme_1(fn_autophagy_13(X))
& spatial_entity_1(fn_autophagy_14(X))
& cell_1(fn_autophagy_14(X))
& eukaryotic_cell_1(fn_autophagy_14(X))
& destroy_1(fn_autophagy_15(X))
& impair_1(fn_autophagy_15(X))
& cellular_structure_1(fn_autophagy_16(X))
& debris_1(fn_autophagy_17(X))
& organelle_1(fn_autophagy_18(X))
& take_in_1(fn_autophagy_19(X))
& vesicle_1(fn_autophagy_20(X))
& fusion_1(fn_autophagy_21(X))
& create_1(fn_autophagy_22(X))
& release_1(fn_autophagy_23(X))
& synthesis_of_endomembranous_system_membrane_1(fn_autophagy_24(X))
& send_1(fn_autophagy_25(X))
& break_1(fn_autophagy_26(X))
& destroy_1(fn_autophagy_27(X))
& destroy_1(fn_autophagy_28(X))
& take_in_1(fn_autophagy_29(X))
& release_1(fn_autophagy_30(X))
& release_1(fn_autophagy_31(X))
& aqueous_solution_1(fn_autophagy_32(X))
& lysosome_1(fn_autophagy_33(X))
& tangible_entity_1(fn_autophagy_34(X))
& phospholipid_bilayer_1(fn_autophagy_34(X))
& spatial_entity_1(fn_autophagy_35(X))
& substance_1(fn_autophagy_35(X))
& cytosol_1(fn_autophagy_35(X))
& volume_value_1(fn_autophagy_36(X))
& size_value_1(fn_autophagy_37(X))
& smooth_endoplasmic_reticulum_1(fn_autophagy_38(X))
& tangible_entity_1(fn_autophagy_39(X))
& nucleus_1(fn_autophagy_39(X))
& golgi_apparatus_1(fn_autophagy_40(X))
& rough_endoplasmic_reticulum_1(fn_autophagy_41(X))
& eukaryotic_chromosome_1(fn_autophagy_42(X))
& chromosome_1(fn_autophagy_42(X))
& ribosome_1(fn_autophagy_43(X))
& eukaryotic_ribosome_1(fn_autophagy_43(X))
& spatial_entity_1(fn_autophagy_44(X))
& biomembrane_1(fn_autophagy_44(X))
& plasma_membrane_1(fn_autophagy_44(X))
& mixture_1(fn_autophagy_45(X))
& cytoplasm_1(fn_autophagy_45(X))
& surface_1(fn_autophagy_46(X))
& take_in_1(fn_autophagy_49(X))
& tangible_entity_1(fn_release_1(fn_autophagy_31(X)))
& spatial_entity_1(fn_move_1(fn_autophagy_19(X)))
& spatial_entity_1(fn_move_1(fn_autophagy_7(X)))
& destroy_1(fn_debris_1(fn_autophagy_17(X)))
& synthesis_of_endomembranous_system_membrane_1(fn_lysosomal_membrane_6(fn_autophagy_10(X)))
& release_1(fn_lysosomal_enzyme_17(fn_autophagy_13(X)))
& tangible_entity_1(fn_eukaryotic_cell_41(fn_autophagy_14(X)))
& phospholipid_bilayer_1(fn_eukaryotic_cell_41(fn_autophagy_14(X)))
& surface_1(fn_eukaryotic_cell_44(fn_autophagy_14(X)))
& golgi_apparatus_1(fn_eukaryotic_cell_24(fn_autophagy_14(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_autophagy_14(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_autophagy_14(X)))
& rough_endoplasmic_reticulum_1(fn_eukaryotic_cell_19(fn_autophagy_14(X)))
& smooth_endoplasmic_reticulum_1(fn_eukaryotic_cell_20(fn_autophagy_14(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_autophagy_14(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_autophagy_14(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_autophagy_14(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_autophagy_14(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_autophagy_14(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_autophagy_14(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_autophagy_14(X)))
& property_node_1(fn_eukaryotic_cell_60(fn_autophagy_14(X)))
& volume_value_1(fn_eukaryotic_cell_59(fn_autophagy_14(X)))
& property_node_1(fn_eukaryotic_cell_28(fn_autophagy_14(X)))
& size_value_1(fn_eukaryotic_cell_27(fn_autophagy_14(X)))
& ribosome_1(fn_eukaryotic_cell_45(fn_autophagy_14(X)))
& eukaryotic_ribosome_1(fn_eukaryotic_cell_45(fn_autophagy_14(X)))
& entity_1(fn_create_1(fn_autophagy_22(X)))
& spatial_entity_1(fn_add_1(fn_autophagy_21(X)))
& tangible_entity_1(fn_release_2(fn_autophagy_23(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_autophagy_10(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_autophagy_10(X)))
& aqueous_solution_1(fn_organelle_2(fn_autophagy_33(X)))
& spatial_entity_1(fn_add_2(fn_autophagy_21(X)))
& tangible_entity_1(fn_impair_1(fn_autophagy_26(X)))
& tangible_entity_1(fn_release_2(fn_autophagy_30(X)))
& tangible_entity_1(fn_release_2(fn_autophagy_31(X)))
& tangible_entity_1(fn_take_in_1(fn_autophagy_29(X)))
& spatial_entity_1(fn_detach_1(fn_autophagy_11(X)))
& tangible_entity_1(fn_release_1(fn_autophagy_23(X)))
& tangible_entity_1(fn_impair_1(fn_autophagy_15(X)))
& tangible_entity_1(fn_send_2(fn_autophagy_25(X)))
& tangible_entity_1(fn_impair_1(fn_autophagy_27(X)))
& tangible_entity_1(fn_impair_1(fn_autophagy_28(X)))
& tangible_entity_1(fn_impair_1(fn_autophagy_9(X)))
& biomembrane_1(fn_organelle_1(fn_autophagy_33(X)))
& spatial_entity_1(fn_detach_2(fn_autophagy_11(X)))
& spatial_entity_1(fn_attach_2(fn_autophagy_12(X)))
& cell_1(fn_intracellular_process_1(fn_autophagy_6(X)))
& spatial_entity_1(fn_move_1(fn_autophagy_49(X)))
& substance_1(fn_eukaryotic_cell_42(fn_autophagy_14(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_autophagy_14(X)))
& is_inside_2(fn_autophagy_1(X),fn_autophagy_20(X))
& has_state_2(fn_autophagy_8(X),fn_autophagy_16(X))
& agent_2(fn_autophagy_9(X),fn_autophagy_13(X))
& next_event_2(fn_autophagy_11(X),fn_autophagy_12(X))
& called_2(fn_autophagy_11(X),'RemoveOld')
& called_2(fn_autophagy_12(X),'AttachNew')
& has_part_2(fn_autophagy_14(X),fn_autophagy_33(X))
& causes_2(fn_autophagy_15(X),fn_autophagy_6(X))
& result_2(fn_autophagy_15(X),fn_autophagy_2(X))
& called_2(fn_autophagy_2(X),'new entity')
& is_inside_2(fn_autophagy_16(X),fn_autophagy_20(X))
& called_2(fn_autophagy_16(X),'old entity')
& subevent_2(X,fn_autophagy_49(X))
& subevent_2(X,fn_autophagy_7(X))
& subevent_2(X,fn_autophagy_15(X))
& subevent_2(X,fn_autophagy_22(X))
& subevent_2(X,fn_autophagy_21(X))
& agent_2(X,fn_autophagy_13(X))
& object_2(X,fn_autophagy_17(X))
& site_2(X,fn_autophagy_33(X))
& first_subevent_2(X,fn_autophagy_49(X))
& first_subevent_2(X,fn_autophagy_7(X))
& destination_2(fn_autophagy_19(X),fn_autophagy_13(X))
& object_2(fn_autophagy_19(X),fn_autophagy_3(X))
& next_event_2(fn_autophagy_21(X),fn_autophagy_15(X))
& next_event_2(fn_autophagy_22(X),fn_autophagy_21(X))
& enables_2(fn_autophagy_24(X),fn_autophagy_25(X))
& object_2(fn_autophagy_25(X),fn_autophagy_13(X))
& causes_2(fn_autophagy_26(X),fn_autophagy_30(X))
& agent_2(fn_autophagy_4(X),fn_autophagy_13(X))
& site_2(fn_autophagy_4(X),fn_autophagy_33(X))
& agent_2(fn_autophagy_27(X),fn_autophagy_13(X))
& site_2(fn_autophagy_27(X),fn_autophagy_33(X))
& agent_2(fn_autophagy_5(X),fn_autophagy_13(X))
& site_2(fn_autophagy_5(X),fn_autophagy_33(X))
& agent_2(fn_autophagy_28(X),fn_autophagy_13(X))
& site_2(fn_autophagy_28(X),fn_autophagy_33(X))
& has_function_2(fn_autophagy_33(X),X)
& has_part_2(fn_autophagy_33(X),fn_autophagy_13(X))
& has_state_2(fn_autophagy_35(X),fn_autophagy_1(X))
& next_event_2(fn_autophagy_49(X),fn_autophagy_22(X))
& object_2(fn_autophagy_49(X),fn_autophagy_35(X))
& object_2(fn_autophagy_31(X),fn_autophagy_13(X))
& base_2(fn_autophagy_11(X),fn_autophagy_14(X))
& base_2(fn_autophagy_12(X),fn_autophagy_14(X))
& object_2(fn_autophagy_25(X),fn_autophagy_10(X))
& object_2(fn_autophagy_27(X),fn_autophagy_10(X))
& base_2(fn_autophagy_21(X),fn_autophagy_33(X))
& object_2(fn_autophagy_28(X),fn_autophagy_10(X))
& object_2(fn_autophagy_9(X),fn_autophagy_10(X))
& result_2(fn_autophagy_22(X),fn_autophagy_20(X))
& object_2(fn_autophagy_19(X),fn_autophagy_18(X))
& object_2(fn_autophagy_26(X),fn_autophagy_33(X))
& object_2(fn_autophagy_21(X),fn_autophagy_20(X))
& base_2(fn_autophagy_30(X),fn_autophagy_33(X))
& object_2(fn_autophagy_7(X),fn_autophagy_8(X))
& base_2(fn_autophagy_31(X),fn_autophagy_33(X))
& object_2(fn_autophagy_11(X),fn_autophagy_16(X))
& base_2(fn_autophagy_23(X),fn_autophagy_20(X))
& object_2(fn_autophagy_23(X),fn_autophagy_16(X))
& base_2(X,fn_autophagy_14(X))
& base_2(fn_autophagy_6(X),fn_autophagy_14(X))
& agent_2(fn_autophagy_29(X),fn_autophagy_33(X))
& base_2(fn_autophagy_29(X),fn_autophagy_33(X))
& result_2(fn_autophagy_15(X),fn_autophagy_17(X))
& has_part_2(fn_autophagy_33(X),fn_autophagy_32(X))
& is_between_2(fn_autophagy_10(X),fn_autophagy_32(X))
& has_part_2(fn_autophagy_33(X),fn_autophagy_10(X))
& has_part_2(fn_autophagy_14(X),fn_autophagy_45(X))
& has_part_2(fn_autophagy_14(X),fn_autophagy_44(X))
& has_part_2(fn_autophagy_44(X),fn_autophagy_34(X))
& is_at_2(fn_autophagy_34(X),fn_autophagy_46(X))
& has_region_2(fn_autophagy_14(X),fn_autophagy_46(X))
& has_part_2(fn_autophagy_14(X),fn_autophagy_43(X))
& has_part_2(fn_autophagy_14(X),fn_autophagy_40(X))
& is_inside_2(fn_autophagy_40(X),fn_autophagy_35(X))
& has_part_2(fn_autophagy_45(X),fn_autophagy_35(X))
& is_inside_2(fn_autophagy_45(X),fn_autophagy_44(X))
& abuts_2(fn_autophagy_38(X),fn_autophagy_41(X))
& abuts_2(fn_autophagy_41(X),fn_autophagy_38(X))
& has_part_2(fn_autophagy_14(X),fn_autophagy_41(X))
& has_part_2(fn_autophagy_14(X),fn_autophagy_39(X))
& is_inside_2(fn_autophagy_42(X),fn_autophagy_39(X))
& has_part_2(fn_autophagy_14(X),fn_autophagy_42(X))
& fn_autophagy_38(X) != fn_autophagy_41(X)
& volume_2(fn_autophagy_14(X),fn_autophagy_36(X))
& directly_proportional_2(fn_autophagy_37(X),fn_autophagy_36(X))
& size_2(fn_autophagy_14(X),fn_autophagy_37(X))
& has_part_2(fn_autophagy_14(X),fn_autophagy_38(X))
& fn_autophagy_41(X) != fn_autophagy_38(X)
& is_between_2(fn_autophagy_45(X),fn_autophagy_44(X))
& is_between_2(fn_autophagy_45(X),fn_autophagy_39(X))
& the_scalar_value_2(fn_autophagy_37(X),big_0)
& scalar_unit_class_2(fn_autophagy_37(X),prokaryote_0)
& is_inside_2(fn_autophagy_43(X),fn_autophagy_35(X))
& object_2(fn_autophagy_30(X),fn_autophagy_13(X))
& result_2(fn_autophagy_24(X),fn_autophagy_10(X))
& object_2(fn_autophagy_15(X),fn_autophagy_16(X))
& fn_autophagy_35(X) = fn_move_1(fn_autophagy_49(X))
& fn_autophagy_13(X) = fn_release_1(fn_autophagy_31(X))
& fn_autophagy_14(X) = fn_detach_2(fn_autophagy_11(X))
& fn_autophagy_14(X) = fn_attach_2(fn_autophagy_12(X))
& fn_autophagy_10(X) = fn_send_2(fn_autophagy_25(X))
& fn_autophagy_10(X) = fn_impair_1(fn_autophagy_27(X))
& fn_autophagy_33(X) = fn_add_2(fn_autophagy_21(X))
& fn_autophagy_10(X) = fn_impair_1(fn_autophagy_28(X))
& fn_autophagy_10(X) = fn_impair_1(fn_autophagy_9(X))
& fn_autophagy_20(X) = fn_create_1(fn_autophagy_22(X))
& fn_autophagy_18(X) = fn_move_1(fn_autophagy_19(X))
& fn_autophagy_33(X) = fn_impair_1(fn_autophagy_26(X))
& fn_autophagy_20(X) = fn_add_1(fn_autophagy_21(X))
& fn_autophagy_33(X) = fn_release_2(fn_autophagy_30(X))
& fn_autophagy_8(X) = fn_move_1(fn_autophagy_7(X))
& fn_autophagy_33(X) = fn_release_2(fn_autophagy_31(X))
& fn_autophagy_16(X) = fn_detach_1(fn_autophagy_11(X))
& fn_autophagy_20(X) = fn_release_2(fn_autophagy_23(X))
& fn_autophagy_16(X) = fn_release_1(fn_autophagy_23(X))
& fn_autophagy_14(X) = fn_intracellular_process_1(X)
& fn_autophagy_14(X) = fn_intracellular_process_1(fn_autophagy_6(X))
& fn_autophagy_33(X) = fn_take_in_1(fn_autophagy_29(X))
& fn_autophagy_15(X) = fn_debris_1(fn_autophagy_17(X))
& fn_autophagy_32(X) = fn_biomembrane_14(fn_autophagy_10(X))
& fn_autophagy_32(X) = fn_biomembrane_15(fn_autophagy_10(X))
& fn_autophagy_10(X) = fn_organelle_1(fn_autophagy_33(X))
& fn_autophagy_32(X) = fn_organelle_2(fn_autophagy_33(X))
& fn_autophagy_16(X) = fn_impair_1(fn_autophagy_15(X))
& fn_autophagy_24(X) = fn_lysosomal_membrane_6(fn_autophagy_10(X))
& fn_autophagy_30(X) = fn_lysosomal_enzyme_17(fn_autophagy_13(X))
& fn_autophagy_34(X) = fn_eukaryotic_cell_41(fn_autophagy_14(X))
& fn_autophagy_46(X) = fn_eukaryotic_cell_44(fn_autophagy_14(X))
& fn_autophagy_40(X) = fn_eukaryotic_cell_24(fn_autophagy_14(X))
& fn_autophagy_42(X) = fn_eukaryotic_cell_30(fn_autophagy_14(X))
& fn_autophagy_41(X) = fn_eukaryotic_cell_19(fn_autophagy_14(X))
& fn_autophagy_38(X) = fn_eukaryotic_cell_20(fn_autophagy_14(X))
& fn_autophagy_44(X) = fn_eukaryotic_cell_29(fn_autophagy_14(X))
& fn_autophagy_45(X) = fn_eukaryotic_cell_31(fn_autophagy_14(X))
& fn_autophagy_39(X) = fn_eukaryotic_cell_26(fn_autophagy_14(X))
& fn_autophagy_48(X) = fn_eukaryotic_cell_60(fn_autophagy_14(X))
& fn_autophagy_36(X) = fn_eukaryotic_cell_59(fn_autophagy_14(X))
& fn_autophagy_47(X) = fn_eukaryotic_cell_28(fn_autophagy_14(X))
& fn_autophagy_37(X) = fn_eukaryotic_cell_27(fn_autophagy_14(X))
& fn_autophagy_43(X) = fn_eukaryotic_cell_45(fn_autophagy_14(X))
& fn_autophagy_35(X) = fn_eukaryotic_cell_42(fn_autophagy_14(X))
& fn_create_1(fn_autophagy_22(X)) = fn_add_1(fn_autophagy_21(X))
& fn_add_1(fn_autophagy_21(X)) = fn_add_1(fn_autophagy_21(X))
& fn_add_1(fn_autophagy_21(X)) = fn_release_2(fn_autophagy_23(X))
& fn_release_2(fn_autophagy_23(X)) = fn_biomembrane_14(fn_autophagy_10(X))
& fn_biomembrane_14(fn_autophagy_10(X)) = fn_biomembrane_15(fn_autophagy_10(X))
& fn_biomembrane_15(fn_autophagy_10(X)) = fn_biomembrane_15(fn_autophagy_10(X))
& fn_biomembrane_15(fn_autophagy_10(X)) = fn_organelle_2(fn_autophagy_33(X))
& fn_organelle_2(fn_autophagy_33(X)) = fn_organelle_2(fn_autophagy_33(X))
& fn_organelle_2(fn_autophagy_33(X)) = fn_add_2(fn_autophagy_21(X))
& fn_add_2(fn_autophagy_21(X)) = fn_impair_1(fn_autophagy_26(X))
& fn_impair_1(fn_autophagy_26(X)) = fn_impair_1(fn_autophagy_26(X))
& fn_impair_1(fn_autophagy_26(X)) = fn_release_2(fn_autophagy_30(X))
& fn_release_2(fn_autophagy_31(X)) = fn_release_2(fn_autophagy_30(X))
& fn_release_2(fn_autophagy_30(X)) = fn_release_2(fn_autophagy_31(X))
& fn_release_2(fn_autophagy_31(X)) = fn_take_in_1(fn_autophagy_29(X))
& fn_take_in_1(fn_autophagy_29(X)) = fn_take_in_1(fn_autophagy_29(X))
& fn_take_in_1(fn_autophagy_29(X)) = fn_detach_1(fn_autophagy_11(X))
& fn_detach_1(fn_autophagy_11(X)) = fn_release_1(fn_autophagy_23(X))
& fn_release_1(fn_autophagy_23(X)) = fn_release_1(fn_autophagy_23(X))
& fn_release_1(fn_autophagy_23(X)) = fn_impair_1(fn_autophagy_15(X))
& fn_impair_1(fn_autophagy_15(X)) = fn_send_2(fn_autophagy_25(X))
& fn_send_2(fn_autophagy_25(X)) = fn_impair_1(fn_autophagy_27(X))
& fn_impair_1(fn_autophagy_9(X)) = fn_impair_1(fn_autophagy_27(X))
& fn_impair_1(fn_autophagy_27(X)) = fn_impair_1(fn_autophagy_28(X))
& fn_impair_1(fn_autophagy_28(X)) = fn_impair_1(fn_autophagy_9(X))
& fn_impair_1(fn_autophagy_9(X)) = fn_organelle_1(fn_autophagy_33(X))
& fn_organelle_1(fn_autophagy_33(X)) = fn_organelle_1(fn_autophagy_33(X))
& fn_organelle_1(fn_autophagy_33(X)) = fn_detach_2(fn_autophagy_11(X))
& fn_detach_2(fn_autophagy_11(X)) = fn_attach_2(fn_autophagy_12(X))
& fn_attach_2(fn_autophagy_12(X)) = fn_attach_2(fn_autophagy_12(X))
& fn_attach_2(fn_autophagy_12(X)) = fn_intracellular_process_1(X)
& fn_intracellular_process_1(X) = fn_intracellular_process_1(fn_autophagy_6(X))
& fn_intracellular_process_1(fn_autophagy_6(X)) = fn_move_1(fn_autophagy_49(X))
& fn_move_1(fn_autophagy_49(X)) = fn_eukaryotic_cell_42(fn_autophagy_14(X))
& fn_eukaryotic_cell_42(fn_autophagy_14(X)) = fn_eukaryotic_cell_42(fn_autophagy_14(X)) ) ) ).
fof(a527671,axiom,
! [X] :
( autopolyploid_1(X)
=> ( original_name_2(X,'Autopolyploid')
& user_description_2(X,'An organism with more than two sets of chromosomes, all of which are derived from the same species.')
& concept2words_2(X,autopolyploid)
& polyploidy_1(X)
& ~ allopolyploid_1(X) ) ) ).
fof(a527672,axiom,
! [X] :
( autoradiograph_1(X)
=> ( original_name_2(X,'Autoradiograph')
& user_description_2(X,'An image produced via autoradiography.')
& concept2words_2(X,autoradiograph)
& image_1(X) ) ) ).
fof(a527673,axiom,
! [X] :
( autoradiography_1(X)
=> ( original_name_2(X,'Autoradiography')
& user_description_2(X,'A technique that identifies radioactively tagged molecules in cells to follow specific pathways.')
& concept2words_2(X,autoradiography)
& technique_1(X)
& ~ absolute_dating_1(X)
& ~ atomic_tracking_1(X)
& ~ cloning_1(X)
& ~ dna_mapping_1(X)
& ~ dna_microarray_1(X)
& ~ fetoscopy_1(X)
& ~ genetic_linkage_mapping_1(X)
& ~ gram_stain_1(X)
& ~ in_situ_hybridization_1(X)
& ~ in_vitro_hybridization_1(X)
& ~ mark_recapture_method_1(X)
& ~ microscopy_1(X)
& ~ molecular_clock_1(X)
& ~ nuclear_transplantation_1(X)
& ~ population_viability_analysis_1(X)
& ~ positron_emission_tomography_1(X)
& ~ radiometric_dating_1(X)
& ~ rule_of_addition_1(X)
& ~ shotgun_sequencing_1(X)
& ~ testcross_1(X)
& ~ x_ray_crystallography_1(X) ) ) ).
fof(a527674,axiom,
! [X] :
( autoreplication_1(X)
=> ( original_name_2(X,'Autoreplication')
& user_description_2(X,'The biological process in which a molecule or organelle copies itself, independent of the cell in which it is contained.')
& concept2words_2(X,autoreplicate)
& concept2words_2(X,autoreplication)
& replication_1(X) ) ) ).
fof(a527675,axiom,
! [X] :
( autoreplication_of_chloroplast_1(X)
=> ( original_name_2(X,'Autoreplication-Of-Chloroplast')
& user_description_2(X,'The biological process in which a chloroplast copies itself, independent of the cell in which it is contained.')
& concept2words_2(X,autoreplicate)
& concept2words_2(X,'chloroplast autoreplication')
& concept2words_2(X,'chloroplast-autoreplication')
& concept2words_2(X,'autoreplication of chloroplast')
& concept2words_2(X,'autoreplication-of-chloroplast')
& autoreplication_of_semiautonomous_organelle_1(X)
& chloroplast_1(fn_autoreplication_of_chloroplast_1(X))
& chloroplast_1(fn_autoreplication_of_chloroplast_2(X))
& agent_2(X,fn_autoreplication_of_chloroplast_2(X))
& same_type_2(fn_autoreplication_of_chloroplast_2(X),fn_autoreplication_of_chloroplast_1(X))
& result_2(X,fn_autoreplication_of_chloroplast_1(X))
& object_2(X,fn_autoreplication_of_chloroplast_2(X))
& has_function_2(fn_autoreplication_of_chloroplast_2(X),X)
& same_type_2(fn_autoreplication_of_chloroplast_1(X),fn_autoreplication_of_chloroplast_2(X))
& fn_autoreplication_of_chloroplast_1(X) = fn_autoreplication_of_semiautonomous_organelle_2(X)
& fn_autoreplication_of_chloroplast_2(X) = fn_autoreplication_of_semiautonomous_organelle_1(X) ) ) ).
fof(a527676,axiom,
! [X] :
( autoreplication_of_mitochondrion_1(X)
=> ( original_name_2(X,'Autoreplication-Of-Mitochondrion')
& user_description_2(X,'The biological process in which a mitochondrion copies itself, independent of the cell in which it is contained.')
& concept2words_2(X,autoreplicate)
& concept2words_2(X,'mitochondrion autoreplication')
& concept2words_2(X,'mitochondrion-autoreplication')
& concept2words_2(X,'autoreplication of mitochondrion')
& concept2words_2(X,'autoreplication-of-mitochondrion')
& autoreplication_of_semiautonomous_organelle_1(X)
& mitochondrion_1(fn_autoreplication_of_mitochondrion_1(X))
& mitochondrion_1(fn_autoreplication_of_mitochondrion_2(X))
& agent_2(X,fn_autoreplication_of_mitochondrion_1(X))
& object_2(X,fn_autoreplication_of_mitochondrion_1(X))
& has_function_2(fn_autoreplication_of_mitochondrion_1(X),X)
& result_2(X,fn_autoreplication_of_mitochondrion_2(X))
& fn_autoreplication_of_mitochondrion_2(X) = fn_autoreplication_of_semiautonomous_organelle_2(X)
& fn_autoreplication_of_mitochondrion_1(X) = fn_autoreplication_of_semiautonomous_organelle_1(X) ) ) ).
fof(a527677,axiom,
! [X] :
( autoreplication_of_semiautonomous_organelle_1(X)
=> ( original_name_2(X,'Autoreplication-Of-Semiautonomous-Organelle')
& user_description_2(X,'The biological process in which a semiautonomous organelle copies itself, independent of the cell in which it is contained.')
& concept2words_2(X,autoreplicate)
& concept2words_2(X,'autoreplication of semiautonomous organelle')
& concept2words_2(X,'autoreplication-of-semiautonomous-organelle')
& autoreplication_1(X)
& semiautonomous_organelle_1(fn_autoreplication_of_semiautonomous_organelle_1(X))
& semiautonomous_organelle_1(fn_autoreplication_of_semiautonomous_organelle_2(X))
& result_2(X,fn_autoreplication_of_semiautonomous_organelle_2(X))
& object_2(X,fn_autoreplication_of_semiautonomous_organelle_1(X))
& agent_2(X,fn_autoreplication_of_semiautonomous_organelle_1(X))
& has_function_2(fn_autoreplication_of_semiautonomous_organelle_1(X),X)
& same_type_2(fn_autoreplication_of_semiautonomous_organelle_1(X),fn_autoreplication_of_semiautonomous_organelle_2(X))
& same_type_2(fn_autoreplication_of_semiautonomous_organelle_2(X),fn_autoreplication_of_semiautonomous_organelle_1(X)) ) ) ).
fof(a527678,axiom,
! [X] :
( autosomal_dominant_trait_1(X)
=> ( original_name_2(X,'Autosomal-Dominant-Trait')
& user_description_2(X,'A dominant genetic trait carried on the autosomes.')
& concept2words_2(X,'autosomal dominant trait')
& concept2words_2(X,'autosomal-dominant-trait')
& dominant_phenotype_1(X)
& dominant_trait_1(X)
& ~ blood_type_phenotype_1(X)
& ~ codominant_1(X)
& ~ multifactorial_phenotype_1(X)
& ~ mutant_phenotype_1(X)
& ~ mutant_type_1(X)
& ~ parental_type_1(X)
& ~ phenotype_of_offspring_1(X)
& ~ phenotype_of_parent_1(X)
& ~ trait_on_a_range_1(X)
& ~ trait_on_a_scale_1(X)
& ~ wild_type_1(X)
& ~ x_chromosome_phenotype_dominant_1(X)
& ~ x_chromosome_phenotype_recessive_1(X)
& homozygous_dominant_1(fn_autosomal_dominant_trait_1(X))
& heterozygous_1(fn_autosomal_dominant_trait_2(X))
& code_for_1(fn_autosomal_dominant_trait_3(X))
& code_for_1(fn_genotype_2(fn_autosomal_dominant_trait_1(X)))
& phenotype_1(fn_genotype_1(fn_autosomal_dominant_trait_2(X)))
& code_for_1(fn_genotype_2(fn_autosomal_dominant_trait_2(X)))
& donor_2(fn_autosomal_dominant_trait_3(X),fn_autosomal_dominant_trait_1(X))
& donor_2(fn_autosomal_dominant_trait_3(X),fn_autosomal_dominant_trait_2(X))
& agent_2(fn_autosomal_dominant_trait_3(X),fn_autosomal_dominant_trait_1(X))
& agent_2(fn_autosomal_dominant_trait_3(X),fn_autosomal_dominant_trait_2(X))
& result_2(fn_autosomal_dominant_trait_3(X),X)
& fn_autosomal_dominant_trait_3(X) = fn_genotype_2(fn_autosomal_dominant_trait_1(X))
& X = fn_genotype_1(fn_autosomal_dominant_trait_2(X))
& fn_autosomal_dominant_trait_3(X) = fn_genotype_2(fn_autosomal_dominant_trait_2(X)) ) ) ).
fof(a527679,axiom,
! [X] :
( autosomal_recessive_trait_1(X)
=> ( original_name_2(X,'Autosomal-Recessive-Trait')
& user_description_2(X,'Recessive trait that is phenotypically apparent when two alleles for the trait are present. The gene for the character is located on one of the autosomes.')
& concept2words_2(X,'autosomal recessive trait')
& concept2words_2(X,'autosomal-recessive-trait')
& recessive_trait_1(X)
& homozygous_recessive_1(fn_autosomal_recessive_trait_1(X))
& inheritance_1(fn_autosomal_recessive_trait_2(X))
& event_1(fn_autosomal_recessive_trait_2(X))
& transfer_1(fn_autosomal_recessive_trait_2(X))
& donor_2(fn_autosomal_recessive_trait_2(X),fn_autosomal_recessive_trait_1(X))
& object_2(fn_autosomal_recessive_trait_2(X),X)
& fn_autosomal_recessive_trait_2(X) = fn_character_2(X) ) ) ).
fof(a527680,axiom,
! [X] :
( autosome_1(X)
=> ( original_name_2(X,'Autosome')
& user_description_2(X,'A chromosome that is not a sex-determining chromosome.')
& concept2words_2(X,autosome)
& eukaryotic_chromosome_1(X)
& ~ yeast_artificial_chromosome_1(X)
& ~ sex_chromosome_1(X)
& ~ non_homologous_chromosome_1(X)
& ~ prokaryotic_chromosome_1(X)
& ~ chromosome_fragment_1(X)
& ~ defective_chromosome_1(X)
& ~ human_chromosome_1(X) ) ) ).
fof(a527681,axiom,
! [X] :
( autotroph_1(X)
=> ( original_name_2(X,'Autotroph')
& user_description_2(X,'Organisms which do not consume other organisms for sources of energy or organic carbon. Autotrophs build their own organic molecules using solar energy or the oxidation of inorganic molecules for energy and carbon dioxide or dissolved carbon-containing compounds.')
& concept2words_2(X,'autotrophic organism')
& concept2words_2(X,'producer of biosphere')
& concept2words_2(X,producer)
& concept2words_2(X,autotroph)
& ecological_role_1(X)
& tangible_entity_1(fn_autotroph_1(X))
& energy_source_1(fn_autotroph_2(X))
& carbon_dioxide_1(fn_autotroph_3(X))
& water_molecule_1(fn_autotroph_4(X))
& inorganic_molecule_1(fn_autotroph_5(X))
& chemical_entity_1(fn_autotroph_6(X))
& nutrition_1(fn_autotroph_7(X))
& carbon_source_1(fn_autotroph_8(X))
& obtain_1(fn_autotroph_9(X))
& mineral_1(fn_autotroph_10(X))
& organism_1(fn_autotroph_11(X))
& potassium_1(fn_autotroph_12(X))
& calcium_1(fn_autotroph_13(X))
& sulfur_1(fn_autotroph_14(X))
& phosphorus_1(fn_autotroph_15(X))
& oxygen_1(fn_autotroph_16(X))
& nitrogen_1(fn_autotroph_17(X))
& hydrogen_1(fn_autotroph_18(X))
& carbon_1(fn_autotroph_19(X))
& iron_1(fn_autotroph_20(X))
& nutritional_requirement_1(fn_autotroph_21(X))
& inorganic_molecule_1(fn_autotroph_22(X))
& entity_1(fn_transfer_1(fn_autotroph_9(X)))
& molecule_1(fn_carbon_source_2(fn_autotroph_8(X)))
& entity_1(fn_obtain_1(fn_autotroph_9(X)))
& phosphorus_1(fn_nutritional_requirement_5(fn_autotroph_21(X)))
& oxygen_1(fn_nutritional_requirement_6(fn_autotroph_21(X)))
& sulfur_1(fn_nutritional_requirement_4(fn_autotroph_21(X)))
& nitrogen_1(fn_nutritional_requirement_7(fn_autotroph_21(X)))
& calcium_1(fn_nutritional_requirement_3(fn_autotroph_21(X)))
& hydrogen_1(fn_nutritional_requirement_8(fn_autotroph_21(X)))
& potassium_1(fn_nutritional_requirement_2(fn_autotroph_21(X)))
& carbon_1(fn_nutritional_requirement_9(fn_autotroph_21(X)))
& iron_1(fn_nutritional_requirement_10(fn_autotroph_21(X)))
& plays_2(fn_autotroph_1(X),fn_autotroph_2(X))
& object_2(fn_autotroph_9(X),fn_autotroph_5(X))
& object_2(fn_autotroph_9(X),fn_autotroph_4(X))
& object_2(fn_autotroph_9(X),fn_autotroph_3(X))
& in_event_2(X,fn_autotroph_7(X))
& plays_2(fn_autotroph_11(X),X)
& element_2(fn_autotroph_21(X),fn_autotroph_6(X))
& raw_material_2(fn_autotroph_7(X),fn_autotroph_1(X))
& raw_material_2(fn_autotroph_7(X),fn_autotroph_22(X))
& agent_2(fn_autotroph_7(X),fn_autotroph_11(X))
& result_2(fn_autotroph_7(X),fn_autotroph_6(X))
& object_2(fn_autotroph_9(X),fn_autotroph_10(X))
& plays_2(fn_autotroph_22(X),fn_autotroph_8(X))
& recipient_2(fn_autotroph_9(X),fn_autotroph_11(X))
& agent_2(fn_autotroph_9(X),fn_autotroph_11(X))
& element_2(fn_autotroph_21(X),fn_autotroph_15(X))
& element_2(fn_autotroph_21(X),fn_autotroph_16(X))
& element_2(fn_autotroph_21(X),fn_autotroph_14(X))
& element_2(fn_autotroph_21(X),fn_autotroph_17(X))
& element_2(fn_autotroph_21(X),fn_autotroph_13(X))
& element_2(fn_autotroph_21(X),fn_autotroph_18(X))
& element_2(fn_autotroph_21(X),fn_autotroph_12(X))
& element_2(fn_autotroph_21(X),fn_autotroph_19(X))
& element_2(fn_autotroph_21(X),fn_autotroph_20(X))
& fn_autotroph_10(X) = fn_transfer_1(fn_autotroph_9(X))
& fn_autotroph_22(X) = fn_carbon_source_2(fn_autotroph_8(X))
& fn_autotroph_11(X) = fn_obtain_1(fn_autotroph_9(X))
& fn_autotroph_15(X) = fn_nutritional_requirement_5(fn_autotroph_21(X))
& fn_autotroph_16(X) = fn_nutritional_requirement_6(fn_autotroph_21(X))
& fn_autotroph_14(X) = fn_nutritional_requirement_4(fn_autotroph_21(X))
& fn_autotroph_17(X) = fn_nutritional_requirement_7(fn_autotroph_21(X))
& fn_autotroph_13(X) = fn_nutritional_requirement_3(fn_autotroph_21(X))
& fn_autotroph_18(X) = fn_nutritional_requirement_8(fn_autotroph_21(X))
& fn_autotroph_12(X) = fn_nutritional_requirement_2(fn_autotroph_21(X))
& fn_autotroph_19(X) = fn_nutritional_requirement_9(fn_autotroph_21(X))
& fn_autotroph_20(X) = fn_nutritional_requirement_10(fn_autotroph_21(X)) ) ) ).
fof(a527682,axiom,
! [X] :
( auxin_1(X)
=> ( original_name_2(X,'Auxin')
& user_description_2(X,'A class of plant hormones that coordinate many growth and behavioral processes in a plant\'s life.')
& concept2words_2(X,auxin)
& concept2words_2(X,'indoleacetic acid')
& concept2words_2(X,'indoleacetic-acid')
& concept2words_2(X,iaa)
& concept2words_2(X,'indole acetic acid')
& concept2words_2(X,'indole-acetic-acid')
& plant_hormone_1(X) ) ) ).
fof(a527683,axiom,
! [X] :
( av_valve_1(X)
=> ( original_name_2(X,'AV-Valve')
& user_description_2(X,'A valve between an atrium and a ventricle of the heart.')
& concept2words_2(X,'atrioventricular valve')
& concept2words_2(X,'atrioventricular-valve')
& concept2words_2(X,'bicuspid valve')
& concept2words_2(X,'bicuspid-valve')
& concept2words_2(X,'tricuspid valve')
& concept2words_2(X,'tricuspid-valve')
& concept2words_2(X,'atroventricular valve')
& concept2words_2(X,'atroventricular-valve')
& concept2words_2(X,'av valve')
& concept2words_2(X,'av-valve')
& valve_1(X)
& connective_tissue_1(X)
& ~ adipose_tissue_1(X)
& ~ bone_1(X)
& ~ cartilage_1(X)
& ~ fibrous_connective_tissue_1(X)
& ~ loose_connective_tissue_1(X)
& ~ sclera_1(X)
& ~ semilunar_valve_1(X)
& ~ submucosa_1(X)
& ~ vocal_cord_1(X) ) ) ).
fof(a527684,axiom,
! [X] :
( avirulent_1(X)
=> ( original_name_2(X,'Avirulent')
& user_description_2(X,'Term describing a pathogen that can harm, but doesn\'t kill, its host.')
& concept2words_2(X,avirulent)
& pathogen_1(X)
& ~ opportunistic_pathogen_1(X)
& ~ virulent_1(X)
& ~ zoonotic_pathogen_1(X) ) ) ).
fof(a527685,axiom,
! [X] :
( axes_formation_1(X)
=> ( original_name_2(X,'Axes-Formation')
& user_description_2(X,'Formation of body axes like anterior posterior axi')
& concept2words_2(X,'axis formation')
& concept2words_2(X,'axes formation')
& concept2words_2(X,'axes-formation')
& developmental_stage_1(X)
& ~ adulthood_1(X)
& ~ algae_bloom_1(X)
& ~ blastulation_1(X)
& ~ eight_cell_stage_1(X)
& ~ embryogenesis_1(X)
& ~ fetal_stage_1(X)
& ~ follicular_phase_1(X)
& ~ juvenile_stage_1(X)
& ~ larval_stage_1(X)
& ~ menopause_1(X)
& ~ multinucleated_stage_1(X)
& ~ segment_formation_1(X)
& ~ sensitive_period_1(X)
& ~ two_cell_stage_1(X)
& protein_1(fn_axes_formation_1(X))
& anterior_posterior_axis_1(fn_axes_formation_2(X))
& dorsal_ventral_axis_1(fn_axes_formation_3(X))
& create_1(fn_axes_formation_4(X))
& create_1(fn_axes_formation_5(X))
& entity_1(fn_create_1(fn_axes_formation_4(X)))
& entity_1(fn_create_1(fn_axes_formation_5(X)))
& agent_2(fn_axes_formation_5(X),fn_axes_formation_1(X))
& agent_2(fn_axes_formation_4(X),fn_axes_formation_1(X))
& subevent_2(X,fn_axes_formation_4(X))
& subevent_2(X,fn_axes_formation_5(X))
& result_2(fn_axes_formation_4(X),fn_axes_formation_2(X))
& result_2(fn_axes_formation_5(X),fn_axes_formation_3(X))
& fn_axes_formation_2(X) = fn_create_1(fn_axes_formation_4(X))
& fn_axes_formation_3(X) = fn_create_1(fn_axes_formation_5(X)) ) ) ).
fof(a527686,axiom,
! [X] :
( axillary_bud_1(X)
=> ( original_name_2(X,'Axillary-Bud')
& user_description_2(X,'In plants, an embryonic shoot that arises in the angle between a leaf and a stem. Axillary buds give rise to lateral shoots or branches.')
& concept2words_2(X,'axillary bud')
& concept2words_2(X,'axillary-bud')
& plant_structure_1(X)
& ~ ovule_1(X)
& ~ peristome_1(X)
& ~ petiole_1(X)
& ~ plant_vein_1(X)
& ~ pollen_grain_1(X)
& ~ pollen_tube_1(X) ) ) ).
fof(a527687,axiom,
! [X] :
( axon_1(X)
=> ( original_name_2(X,'Axon')
& user_description_2(X,'A typically long extension of a neuron that carries nerve impulses away from the cell body toward target cells.')
& concept2words_2(X,axon)
& neuron_structure_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X)
& nerve_cell_1(fn_axon_1(X))
& shape_value_1(fn_axon_2(X))
& neurotransmitter_1(fn_axon_4(X))
& release_1(fn_axon_5(X))
& tangible_entity_1(fn_release_1(fn_axon_5(X)))
& tangible_entity_1(fn_release_2(fn_axon_5(X)))
& has_part_2(fn_axon_1(X),X)
& shape_2(X,fn_axon_2(X))
& has_function_2(X,fn_axon_5(X))
& the_categorical_value_2(fn_axon_2(X),cylinder_0)
& is_inside_2(fn_axon_4(X),X)
& object_2(fn_axon_5(X),fn_axon_4(X))
& base_2(fn_axon_5(X),X)
& fn_axon_4(X) = fn_release_1(fn_axon_5(X))
& X = fn_release_2(fn_axon_5(X)) ) ) ).
fof(a527688,axiom,
! [X] :
( axon_hillock_1(X)
=> ( original_name_2(X,'Axon-Hillock')
& user_description_2(X,'The conical region of a neurons axon where it joins the cell body; typically the region where nerve impulses are generated.')
& concept2words_2(X,'hillock of axon')
& concept2words_2(X,'axon hillock')
& concept2words_2(X,'axon-hillock')
& neuron_structure_1(X)
& ~ aster_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X) ) ) ).
fof(a527689,axiom,
! [X] :
( azide_1(X)
=> ( original_name_2(X,'Azide')
& user_description_2(X,'Anion of nitrogen with a minus 3 charge; also serves as a functional group in organic chemistry.')
& concept2words_2(X,azide)
& polyatomic_ion_1(X)
& anion_1(X)
& ~ malonate_1(X)
& ~ benzoate_1(X)
& ~ carbonate_ion_1(X)
& ~ cl_minus_1(X)
& ~ sulfide_1(X)
& ~ sulfate_1(X)
& ~ bicarbonate_ion_1(X)
& ~ organic_anion_1(X)
& ~ phosphate_ion_1(X)
& charge_value_1(fn_azide_2(X))
& the_cardinal_value_2(fn_azide_2(X),"-3")
& cardinal_unit_class_2(fn_azide_2(X),unity_0)
& charge_2(X,fn_azide_2(X))
& fn_azide_1(X) = fn_anion_7(X)
& fn_azide_2(X) = fn_anion_6(X) ) ) ).
fof(a527690,axiom,
! [X] :
( b_antigen_1(X)
=> ( original_name_2(X,'B-Antigen')
& user_description_2(X,'An antigen is a molecule recognized by the immune system. Type A blood has one kind of antigen and type B another. A person with type AB blood has both the A and B antigen.')
& concept2words_2(X,'carbohydrate b')
& concept2words_2(X,'carbohydrate-b')
& concept2words_2(X,'antigen of b')
& concept2words_2(X,'b antigen')
& concept2words_2(X,'b-antigen')
& blood_carbohydrate_1(X)
& ~ a_antigen_1(X) ) ) ).
fof(a527691,axiom,
! [X] :
( b_cell_1(X)
=> ( original_name_2(X,'B-Cell')
& user_description_2(X,'The lymphocytes that complete their development in the bone marrow and become effector cells for the humoral immune response.')
& concept2words_2(X,'b lymphocyte')
& concept2words_2(X,'b cells')
& concept2words_2(X,'cell of b')
& concept2words_2(X,'b cell')
& concept2words_2(X,'b-cell')
& lymphocyte_1(X)
& dna_sequence_1(fn_b_cell_1(X))
& cell_differentiation_1(fn_b_cell_2(X))
& cell_differentiation_1(fn_b_cell_3(X))
& produce_1(fn_b_cell_4(X))
& immunoglobulin_protein_1(fn_b_cell_5(X))
& code_for_1(fn_b_cell_6(X))
& entity_1(fn_b_cell_7(X))
& immunoglobulin_gene_1(fn_b_cell_7(X))
& immunoglobulin_gene_1(fn_b_cell_8(X))
& gene_related_aggregates_1(fn_b_cell_9(X))
& genome_1(fn_b_cell_9(X))
& combine_1(fn_b_cell_10(X))
& stem_cell_1(fn_b_cell_11(X))
& embryo_1(fn_b_cell_12(X))
& entity_1(fn_combine_1(fn_b_cell_10(X)))
& eukaryotic_cell_1(fn_cell_differentiation_19(fn_b_cell_2(X)))
& genome_1(fn_cell_24(fn_b_cell_11(X)))
& eukaryotic_cell_1(fn_cell_differentiation_19(fn_b_cell_3(X)))
& eukaryotic_cell_1(fn_embryo_1(fn_b_cell_12(X)))
& entity_1(fn_create_1(fn_b_cell_4(X)))
& protein_1(fn_gene_6(fn_b_cell_8(X)))
& entity_1(fn_combine_2(fn_b_cell_10(X)))
& gene_1(fn_gene_related_aggregates_1(fn_b_cell_9(X)))
& code_for_1(fn_immunoglobulin_gene_9(fn_b_cell_7(X)))
& code_for_1(fn_gene_13(fn_b_cell_8(X)))
& object_2(fn_b_cell_10(X),fn_b_cell_1(X))
& next_element_2(fn_b_cell_1(X),fn_b_cell_7(X))
& first_element_2(fn_b_cell_9(X),fn_b_cell_8(X))
& element_2(fn_b_cell_9(X),fn_b_cell_1(X))
& element_2(fn_b_cell_9(X),fn_b_cell_7(X))
& next_element_2(fn_b_cell_8(X),fn_b_cell_1(X))
& exactCardinality(fn_b_cell_4(X),result_0,"1",immunoglobulin_protein_0)
& agent_2(fn_b_cell_4(X),X)
& subevent_2(fn_b_cell_3(X),fn_b_cell_10(X))
& result_2(fn_b_cell_3(X),X)
& enables_2(fn_b_cell_2(X),fn_b_cell_4(X))
& result_2(fn_b_cell_2(X),X)
& result_2(fn_b_cell_4(X),fn_b_cell_5(X))
& object_2(fn_b_cell_10(X),fn_b_cell_8(X))
& object_2(fn_b_cell_10(X),fn_b_cell_7(X))
& object_2(fn_b_cell_3(X),fn_b_cell_11(X))
& has_part_2(fn_b_cell_12(X),fn_b_cell_11(X))
& element_2(fn_b_cell_9(X),fn_b_cell_8(X))
& agent_2(fn_b_cell_6(X),fn_b_cell_7(X))
& object_2(fn_b_cell_2(X),X)
& has_part_2(fn_b_cell_11(X),fn_b_cell_9(X))
& agent_2(fn_b_cell_6(X),fn_b_cell_8(X))
& result_2(fn_b_cell_6(X),fn_b_cell_5(X))
& fn_b_cell_5(X) = fn_create_1(fn_b_cell_4(X))
& fn_b_cell_8(X) = fn_combine_2(fn_b_cell_10(X))
& fn_b_cell_7(X) = fn_combine_1(fn_b_cell_10(X))
& fn_b_cell_11(X) = fn_cell_differentiation_19(fn_b_cell_3(X))
& fn_b_cell_11(X) = fn_embryo_1(fn_b_cell_12(X))
& fn_b_cell_8(X) = fn_gene_related_aggregates_1(fn_b_cell_9(X))
& fn_b_cell_6(X) = fn_immunoglobulin_gene_9(fn_b_cell_7(X))
& X = fn_cell_differentiation_19(fn_b_cell_2(X))
& fn_b_cell_9(X) = fn_cell_24(fn_b_cell_11(X))
& fn_b_cell_5(X) = fn_gene_6(fn_b_cell_8(X))
& fn_b_cell_6(X) = fn_gene_13(fn_b_cell_8(X))
& fn_cell_differentiation_19(fn_b_cell_3(X)) = fn_embryo_1(fn_b_cell_12(X))
& fn_embryo_1(fn_b_cell_12(X)) = fn_create_1(fn_b_cell_4(X))
& fn_create_1(fn_b_cell_4(X)) = fn_gene_6(fn_b_cell_8(X))
& fn_gene_6(fn_b_cell_8(X)) = fn_combine_2(fn_b_cell_10(X))
& fn_combine_2(fn_b_cell_10(X)) = fn_gene_related_aggregates_1(fn_b_cell_9(X))
& fn_gene_related_aggregates_1(fn_b_cell_9(X)) = fn_immunoglobulin_gene_9(fn_b_cell_7(X))
& fn_immunoglobulin_gene_9(fn_b_cell_7(X)) = fn_gene_13(fn_b_cell_8(X))
& fn_gene_13(fn_b_cell_8(X)) = fn_gene_13(fn_b_cell_8(X)) ) ) ).
fof(a527692,axiom,
! [X] :
( b_cell_receptor_1(X)
=> ( original_name_2(X,'B-Cell-Receptor')
& user_description_2(X,'The antigen receptor on B cells: a Y-shaped, membrane-bound molecule consisting of two identical heavy chains and two identical light chains linked by disulfide bridges and containing two antigen-binding sites.')
& concept2words_2(X,'b cell receptor')
& concept2words_2(X,'b-cell-receptor')
& receptor_protein_1(X)
& hydrophobic_region_1(fn_b_cell_receptor_1(X))
& protein_domain_1(fn_b_cell_receptor_2(X))
& hydrophilic_region_1(fn_b_cell_receptor_3(X))
& surface_1(fn_b_cell_receptor_4(X))
& carbon_skeleton_1(fn_b_cell_receptor_5(X))
& kinetic_energy_1(fn_b_cell_receptor_6(X))
& polypeptide_1(fn_b_cell_receptor_7(X))
& monomer_1(fn_b_cell_receptor_8(X))
& atom_1(fn_b_cell_receptor_9(X))
& chemical_entity_1(fn_b_cell_receptor_9(X))
& carbon_1(fn_b_cell_receptor_10(X))
& size_value_1(fn_b_cell_receptor_11(X))
& constant_motion_1(fn_b_cell_receptor_12(X))
& speed_value_1(fn_b_cell_receptor_13(X))
& quantity_value_1(fn_b_cell_receptor_14(X))
& size_value_1(fn_b_cell_receptor_15(X))
& spatial_entity_1(fn_b_cell_receptor_16(X))
& chemical_entity_1(fn_b_cell_receptor_16(X))
& monomer_1(fn_b_cell_receptor_16(X))
& molecule_1(fn_b_cell_receptor_16(X))
& amino_acid_1(fn_b_cell_receptor_16(X))
& chemical_bond_1(fn_b_cell_receptor_17(X))
& covalent_bond_1(fn_b_cell_receptor_17(X))
& disulfide_bond_1(fn_b_cell_receptor_17(X))
& carbon_1(fn_carbon_skeleton_4(fn_b_cell_receptor_5(X)))
& protein_1(fn_disulfide_bond_3(fn_b_cell_receptor_17(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_b_cell_receptor_5(X)))
& atom_1(fn_carbon_skeleton_2(fn_b_cell_receptor_5(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_b_cell_receptor_5(X)))
& has_region_2(X,fn_b_cell_receptor_1(X))
& possesses_2(X,fn_b_cell_receptor_17(X))
& has_part_2(X,fn_b_cell_receptor_8(X))
& size_2(fn_b_cell_receptor_8(X),fn_b_cell_receptor_15(X))
& greater_than_2(fn_b_cell_receptor_11(X),fn_b_cell_receptor_15(X))
& has_part_2(X,fn_b_cell_receptor_9(X))
& possesses_2(X,fn_b_cell_receptor_6(X))
& quantity_2(fn_b_cell_receptor_6(X),fn_b_cell_receptor_14(X))
& directly_proportional_2(fn_b_cell_receptor_13(X),fn_b_cell_receptor_14(X))
& speed_2(fn_b_cell_receptor_12(X),fn_b_cell_receptor_13(X))
& object_2(fn_b_cell_receptor_12(X),X)
& is_at_2(fn_b_cell_receptor_3(X),fn_b_cell_receptor_4(X))
& has_region_2(X,fn_b_cell_receptor_4(X))
& size_2(X,fn_b_cell_receptor_11(X))
& the_scalar_value_2(fn_b_cell_receptor_11(X),big_0)
& scalar_unit_class_2(fn_b_cell_receptor_11(X),polypeptide_0)
& has_region_2(X,fn_b_cell_receptor_2(X))
& is_at_2(fn_b_cell_receptor_16(X),fn_b_cell_receptor_2(X))
& has_part_2(fn_b_cell_receptor_7(X),fn_b_cell_receptor_16(X))
& has_part_2(X,fn_b_cell_receptor_7(X))
& has_region_2(X,fn_b_cell_receptor_3(X))
& is_inside_2(fn_b_cell_receptor_10(X),fn_b_cell_receptor_5(X))
& has_part_2(X,fn_b_cell_receptor_10(X))
& has_region_2(X,fn_b_cell_receptor_5(X))
& fn_b_cell_receptor_9(X) != fn_b_cell_receptor_10(X)
& fn_b_cell_receptor_10(X) != fn_b_cell_receptor_9(X)
& fn_b_cell_receptor_17(X) = fn_molecule_10(X)
& fn_b_cell_receptor_17(X) = fn_polymer_1(X)
& X = fn_disulfide_bond_3(fn_b_cell_receptor_17(X))
& fn_b_cell_receptor_11(X) = fn_receptor_protein_3(X)
& fn_b_cell_receptor_15(X) = fn_receptor_protein_4(X)
& fn_b_cell_receptor_8(X) = fn_polymer_4(X)
& fn_b_cell_receptor_8(X) = fn_receptor_protein_5(X)
& fn_b_cell_receptor_9(X) = fn_molecule_7(X)
& fn_b_cell_receptor_12(X) = fn_molecule_8(X)
& fn_b_cell_receptor_13(X) = fn_molecule_3(X)
& fn_b_cell_receptor_14(X) = fn_molecule_4(X)
& fn_b_cell_receptor_6(X) = fn_molecule_12(X)
& fn_b_cell_receptor_11(X) = fn_protein_9(X)
& fn_b_cell_receptor_4(X) = fn_protein_5(X)
& fn_b_cell_receptor_3(X) = fn_protein_1(X)
& fn_b_cell_receptor_7(X) = fn_protein_8(X)
& fn_b_cell_receptor_16(X) = fn_protein_14(X)
& fn_b_cell_receptor_2(X) = fn_protein_7(X)
& X = fn_carbon_skeleton_3(fn_b_cell_receptor_5(X))
& fn_b_cell_receptor_9(X) = fn_carbon_skeleton_2(fn_b_cell_receptor_5(X))
& fn_b_cell_receptor_10(X) = fn_carbon_skeleton_4(fn_b_cell_receptor_5(X))
& fn_molecule_10(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_receptor_protein_5(X)
& fn_receptor_protein_5(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_receptor_protein_5(X)
& fn_receptor_protein_5(X) = fn_receptor_protein_3(X)
& fn_receptor_protein_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_disulfide_bond_3(fn_b_cell_receptor_17(X))
& fn_disulfide_bond_3(fn_b_cell_receptor_17(X)) = fn_carbon_skeleton_3(fn_b_cell_receptor_5(X))
& fn_carbon_skeleton_3(fn_b_cell_receptor_5(X)) = fn_carbon_skeleton_3(fn_b_cell_receptor_5(X))
& fn_carbon_skeleton_3(fn_b_cell_receptor_5(X)) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_carbon_skeleton_2(fn_b_cell_receptor_5(X))
& fn_carbon_skeleton_2(fn_b_cell_receptor_5(X)) = fn_carbon_skeleton_2(fn_b_cell_receptor_5(X)) ) ) ).
fof(a527693,axiom,
! [X] :
( b_galactosidase_1(X)
=> ( original_name_2(X,'B-Galactosidase')
& user_description_2(X,'Beta-Galactosidase is a hydrolase enzyme that catalyzes the hydrolysis of Beta-galactosides into monosaccharides.')
& concept2words_2(X,'beta galactosidase')
& concept2words_2(X,'beta-galactosidase')
& concept2words_2(X,'b galactosidase')
& concept2words_2(X,'b-galactosidase')
& hydrolase_1(X)
& galactose_1(fn_b_galactosidase_1(X))
& decomposition_reaction_1(fn_b_galactosidase_2(X))
& exergonic_reaction_1(fn_b_galactosidase_2(X))
& hydrolysis_1(fn_b_galactosidase_2(X))
& lactose_1(fn_b_galactosidase_3(X))
& glucose_1(fn_b_galactosidase_4(X))
& chemical_entity_1(fn_b_galactosidase_5(X))
& chemical_entity_1(fn_decomposition_reaction_4(fn_b_galactosidase_2(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_b_galactosidase_2(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_b_galactosidase_2(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_b_galactosidase_2(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_b_galactosidase_2(X)))
& result_2(fn_b_galactosidase_2(X),fn_b_galactosidase_1(X))
& result_2(fn_b_galactosidase_2(X),fn_b_galactosidase_4(X))
& raw_material_2(fn_b_galactosidase_2(X),fn_b_galactosidase_3(X))
& has_function_2(X,fn_b_galactosidase_2(X))
& result_2(fn_b_galactosidase_2(X),fn_b_galactosidase_5(X))
& fn_b_galactosidase_4(X) = fn_decomposition_reaction_4(fn_b_galactosidase_2(X))
& fn_b_galactosidase_3(X) = fn_exergonic_reaction_10(fn_b_galactosidase_2(X))
& fn_b_galactosidase_3(X) = fn_hydrolysis_11(fn_b_galactosidase_2(X))
& fn_b_galactosidase_2(X) = fn_hydrolase_1(X)
& fn_b_galactosidase_5(X) = fn_exergonic_reaction_11(fn_b_galactosidase_2(X))
& fn_b_galactosidase_5(X) = fn_hydrolysis_9(fn_b_galactosidase_2(X))
& fn_exergonic_reaction_10(fn_b_galactosidase_2(X)) = fn_hydrolysis_11(fn_b_galactosidase_2(X))
& fn_hydrolysis_11(fn_b_galactosidase_2(X)) = fn_exergonic_reaction_11(fn_b_galactosidase_2(X))
& fn_exergonic_reaction_11(fn_b_galactosidase_2(X)) = fn_hydrolysis_9(fn_b_galactosidase_2(X)) ) ) ).
fof(a527694,axiom,
! [X] :
( ba_plus_2_1(X)
=> ( original_name_2(X,'Ba-Plus-2')
& user_description_2(X,'An Ion of Barium with 2 positive charge.')
& concept2words_2(X,barium)
& concept2words_2(X,'ba plus 2')
& concept2words_2(X,'ba-plus-2')
& cation_1(X)
& monoatomic_ion_1(X)
& ~ ch3nh3_plus_1(X)
& ~ cs_plus_1(X)
& ~ nh4_plus_1(X)
& ~ pb_plus_2_1(X)
& barium_1(fn_ba_plus_2_1(X))
& neutron_1(fn_ba_plus_2_2(X))
& lose_1(fn_ba_plus_2_3(X))
& barium_1(fn_ba_plus_2_4(X))
& proton_1(fn_ba_plus_2_6(X))
& charge_value_1(fn_ba_plus_2_7(X))
& tangible_entity_1(fn_lose_1(fn_ba_plus_2_3(X)))
& the_cardinal_value_2(fn_ba_plus_2_7(X),"2")
& cardinal_unit_class_2(fn_ba_plus_2_7(X),unity_0)
& has_ion_2(fn_ba_plus_2_1(X),X)
& has_part_2(X,fn_ba_plus_2_2(X))
& exactCardinality(X,has_part_0,"54",electron_0)
& exactCardinality(X,has_part_0,"56",proton_0)
& exactCardinality(X,has_part_0,"56",neutron_0)
& has_part_2(X,fn_ba_plus_2_6(X))
& result_2(fn_ba_plus_2_3(X),X)
& charge_2(X,fn_ba_plus_2_7(X))
& donor_2(fn_ba_plus_2_3(X),fn_ba_plus_2_4(X))
& fn_ba_plus_2_6(X) = fn_monoatomic_ion_1(X)
& fn_ba_plus_2_6(X) = fn_cation_1(X)
& fn_ba_plus_2_3(X) = fn_cation_7(X)
& fn_ba_plus_2_5(X) = fn_cation_4(X)
& fn_ba_plus_2_7(X) = fn_cation_5(X)
& fn_ba_plus_2_4(X) = fn_lose_1(fn_ba_plus_2_3(X))
& fn_monoatomic_ion_1(X) = fn_cation_1(X) ) ) ).
fof(a527695,axiom,
! [X] :
( bacterial_artificial_chromosome_1(X)
=> ( original_name_2(X,'Bacterial-artificial-chromosome')
& user_description_2(X,'An artificial version of a bacterial chromosome that can carry inserts of 100,000 to 500,000 base pairs')
& concept2words_2(X,bac)
& concept2words_2(X,'artificial version of bacterial chromosome')
& concept2words_2(X,'artificial bacterial chromosome')
& concept2words_2(X,'bacterial artificial chromosome')
& concept2words_2(X,'bacterial-artificial-chromosome')
& cloning_vector_1(X)
& ~ cloning_phage_1(X)
& ~ cloning_plasmid_1(X)
& ~ expression_vector_1(X)
& base_pair_1(fn_bacterial_artificial_chromosome_1(X))
& foreign_dna_1(fn_bacterial_artificial_chromosome_2(X))
& carry_1(fn_bacterial_artificial_chromosome_3(X))
& has_part_2(fn_bacterial_artificial_chromosome_2(X),fn_bacterial_artificial_chromosome_1(X))
& maxCardinality(fn_bacterial_artificial_chromosome_2(X),has_part_0,"500000",base_pair_0)
& agent_2(fn_bacterial_artificial_chromosome_3(X),X)
& object_2(fn_bacterial_artificial_chromosome_3(X),fn_bacterial_artificial_chromosome_2(X))
& fn_bacterial_artificial_chromosome_2(X) = fn_cloning_vector_4(X)
& fn_bacterial_artificial_chromosome_3(X) = fn_cloning_vector_5(X) ) ) ).
fof(a527696,axiom,
! [X] :
( bacterial_biofilm_1(X)
=> ( original_name_2(X,'Bacterial-Biofilm')
& user_description_2(X,'Aggregate of prokaryotic organisms which adhere to and grow on a surface.')
& concept2words_2(X,'bacterial biofilm')
& concept2words_2(X,'bacterial-biofilm')
& biofilm_1(X)
& bacterium_1(fn_bacterial_biofilm_1(X))
& population_1(fn_bacterial_biofilm_2(X))
& element_2(X,fn_bacterial_biofilm_2(X))
& element_2(fn_bacterial_biofilm_2(X),fn_bacterial_biofilm_1(X))
& fn_bacterial_biofilm_1(X) = fn_biofilm_2(X)
& fn_bacterial_biofilm_2(X) = fn_biofilm_1(X) ) ) ).
fof(a527697,axiom,
! [X] :
( bacterial_biofilm_formation_1(X)
=> ( original_name_2(X,'Bacterial-Biofilm-Formation')
& user_description_2(X,'The process of colonization and prokaryotic cell division that results in the production of a bacterial biofilm on a surface.')
& concept2words_2(X,form)
& concept2words_2(X,'bacterial biofilm formation')
& concept2words_2(X,'bacterial-biofilm-formation')
& biofilm_formation_1(X)
& bacterial_biofilm_1(fn_bacterial_biofilm_formation_1(X))
& result_2(X,fn_bacterial_biofilm_formation_1(X))
& fn_bacterial_biofilm_formation_1(X) = fn_biofilm_formation_7(X) ) ) ).
fof(a527698,axiom,
! [X] :
( bacterial_cell_inside_hypertonic_solution_1(X)
=> ( original_name_2(X,'Bacterial-Cell-Inside-Hypertonic-Solution')
& user_description_2(X,'When a bacterial cell is placed in hypertonic solution, the cell loses water as the cell wall collapses and water exits by osmosis.')
& concept2words_2(X,'bacterial cell inside hypertonic solution')
& concept2words_2(X,'bacterial-cell-inside-hypertonic-solution')
& bacterium_1(X)
& walled_cell_inside_hypertonic_solution_1(X)
& ~ fungal_cell_inside_hypertonic_solution_1(X)
& ~ plant_cell_inside_hypertonic_solution_1(X)
& energy_1(fn_bacterial_cell_inside_hypertonic_solution_1(X))
& metabolism_1(fn_bacterial_cell_inside_hypertonic_solution_2(X))
& energy_1(fn_bacterial_cell_inside_hypertonic_solution_3(X))
& increase_1(fn_bacterial_cell_inside_hypertonic_solution_4(X))
& prokaryotic_electron_transport_chain_1(fn_bacterial_cell_inside_hypertonic_solution_5(X))
& redox_reaction_1(fn_bacterial_cell_inside_hypertonic_solution_6(X))
& time_interval_1(fn_bacterial_cell_inside_hypertonic_solution_7(X))
& time_interval_1(fn_bacterial_cell_inside_hypertonic_solution_8(X))
& protoplast_1(fn_bacterial_cell_inside_hypertonic_solution_9(X))
& attach_1(fn_bacterial_cell_inside_hypertonic_solution_12(X))
& potential_value_1(fn_bacterial_cell_inside_hypertonic_solution_13(X))
& water_1(fn_bacterial_cell_inside_hypertonic_solution_14(X))
& chemical_1(fn_bacterial_cell_inside_hypertonic_solution_14(X))
& substance_1(fn_bacterial_cell_inside_hypertonic_solution_15(X))
& chemical_1(fn_bacterial_cell_inside_hypertonic_solution_15(X))
& potential_value_1(fn_bacterial_cell_inside_hypertonic_solution_16(X))
& substance_1(fn_bacterial_cell_inside_hypertonic_solution_17(X))
& cytosol_1(fn_bacterial_cell_inside_hypertonic_solution_17(X))
& mixture_1(fn_bacterial_cell_inside_hypertonic_solution_18(X))
& cytoplasm_1(fn_bacterial_cell_inside_hypertonic_solution_18(X))
& ribosome_1(fn_bacterial_cell_inside_hypertonic_solution_19(X))
& entity_1(fn_bacterial_cell_inside_hypertonic_solution_22(X))
& spatial_entity_1(fn_bacterial_cell_inside_hypertonic_solution_22(X))
& chemical_entity_1(fn_bacterial_cell_inside_hypertonic_solution_22(X))
& tangible_entity_1(fn_bacterial_cell_inside_hypertonic_solution_22(X))
& polar_molecule_1(fn_bacterial_cell_inside_hypertonic_solution_22(X))
& water_molecule_1(fn_bacterial_cell_inside_hypertonic_solution_22(X))
& symmetrical_distribution_1(fn_bacterial_cell_inside_hypertonic_solution_23(X))
& heat_1(fn_bacterial_cell_inside_hypertonic_solution_24(X))
& move_1(fn_bacterial_cell_inside_hypertonic_solution_25(X))
& hydrogen_bond_1(fn_bacterial_cell_inside_hypertonic_solution_26(X))
& entity_1(fn_bacterial_cell_inside_hypertonic_solution_27(X))
& chemical_entity_1(fn_bacterial_cell_inside_hypertonic_solution_27(X))
& spatial_entity_1(fn_bacterial_cell_inside_hypertonic_solution_27(X))
& tangible_entity_1(fn_bacterial_cell_inside_hypertonic_solution_27(X))
& polar_molecule_1(fn_bacterial_cell_inside_hypertonic_solution_27(X))
& hydrophilic_compound_1(fn_bacterial_cell_inside_hypertonic_solution_27(X))
& water_molecule_1(fn_bacterial_cell_inside_hypertonic_solution_27(X))
& surface_1(fn_bacterial_cell_inside_hypertonic_solution_28(X))
& temperature_value_1(fn_bacterial_cell_inside_hypertonic_solution_29(X))
& lose_1(fn_bacterial_cell_inside_hypertonic_solution_30(X))
& cohesion_1(fn_bacterial_cell_inside_hypertonic_solution_31(X))
& attract_1(fn_bacterial_cell_inside_hypertonic_solution_31(X))
& expand_1(fn_bacterial_cell_inside_hypertonic_solution_32(X))
& contract_1(fn_bacterial_cell_inside_hypertonic_solution_33(X))
& volume_value_1(fn_bacterial_cell_inside_hypertonic_solution_34(X))
& thermal_energy_1(fn_bacterial_cell_inside_hypertonic_solution_35(X))
& decrease_1(fn_bacterial_cell_inside_hypertonic_solution_36(X))
& chemical_1(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& water_1(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& nucleoid_1(fn_bacterial_cell_inside_hypertonic_solution_38(X))
& chromosome_1(fn_bacterial_cell_inside_hypertonic_solution_39(X))
& prokaryotic_chromosome_1(fn_bacterial_cell_inside_hypertonic_solution_39(X))
& attach_1(fn_bacterial_cell_inside_hypertonic_solution_40(X))
& spatial_entity_1(fn_bacterial_cell_inside_hypertonic_solution_47(X))
& polymer_1(fn_bacterial_cell_inside_hypertonic_solution_47(X))
& tangible_entity_1(fn_bacterial_cell_inside_hypertonic_solution_47(X))
& membrane_protein_1(fn_bacterial_cell_inside_hypertonic_solution_47(X))
& protein_1(fn_bacterial_cell_inside_hypertonic_solution_47(X))
& hydrophobic_core_1(fn_bacterial_cell_inside_hypertonic_solution_48(X))
& outside_face_1(fn_bacterial_cell_inside_hypertonic_solution_49(X))
& extracellular_side_1(fn_bacterial_cell_inside_hypertonic_solution_49(X))
& attach_1(fn_bacterial_cell_inside_hypertonic_solution_50(X))
& size_value_1(fn_bacterial_cell_inside_hypertonic_solution_51(X))
& volume_value_1(fn_bacterial_cell_inside_hypertonic_solution_52(X))
& extra_cellular_matrix_1(fn_bacterial_cell_inside_hypertonic_solution_53(X))
& lose_1(fn_bacterial_cell_inside_hypertonic_solution_54(X))
& diffusion_of_anion_across_plasma_membrane_1(fn_bacterial_cell_inside_hypertonic_solution_55(X))
& move_1(fn_bacterial_cell_inside_hypertonic_solution_56(X))
& decrease_1(fn_bacterial_cell_inside_hypertonic_solution_57(X))
& gradient_1(fn_bacterial_cell_inside_hypertonic_solution_58(X))
& concentration_gradient_1(fn_bacterial_cell_inside_hypertonic_solution_58(X))
& substance_1(fn_bacterial_cell_inside_hypertonic_solution_59(X))
& aqueous_solution_1(fn_bacterial_cell_inside_hypertonic_solution_59(X))
& hypertonic_solution_1(fn_bacterial_cell_inside_hypertonic_solution_59(X))
& water_1(fn_bacterial_cell_inside_hypertonic_solution_60(X))
& facilitated_diffusion_of_polar_molecule_1(fn_bacterial_cell_inside_hypertonic_solution_61(X))
& active_transport_1(fn_bacterial_cell_inside_hypertonic_solution_62(X))
& move_through_1(fn_bacterial_cell_inside_hypertonic_solution_63(X))
& move_1(fn_bacterial_cell_inside_hypertonic_solution_63(X))
& osmosis_1(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& passive_transport_1(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& passive_transport_of_water_1(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& aqueous_solution_1(fn_bacterial_cell_inside_hypertonic_solution_65(X))
& hypotonic_solution_1(fn_bacterial_cell_inside_hypertonic_solution_65(X))
& mixture_1(fn_bacterial_cell_inside_hypertonic_solution_66(X))
& cytoplasm_1(fn_bacterial_cell_inside_hypertonic_solution_66(X))
& spatial_entity_1(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& biomembrane_1(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& plasma_membrane_1(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& ribosome_1(fn_bacterial_cell_inside_hypertonic_solution_68(X))
& prokaryotic_ribosome_1(fn_bacterial_cell_inside_hypertonic_solution_68(X))
& cell_wall_1(fn_bacterial_cell_inside_hypertonic_solution_69(X))
& metabolism_1(fn_bacterial_cell_inside_hypertonic_solution_70(X))
& metabolism_1(fn_bacterial_cell_inside_hypertonic_solution_71(X))
& substance_1(fn_bacterial_cell_inside_hypertonic_solution_72(X))
& cytosol_1(fn_bacterial_cell_inside_hypertonic_solution_72(X))
& surface_1(fn_bacterial_cell_inside_hypertonic_solution_73(X))
& cytoplasmic_side_1(fn_bacterial_cell_inside_hypertonic_solution_73(X))
& membrane_potential_1(fn_bacterial_cell_inside_hypertonic_solution_74(X))
& gradient_1(fn_bacterial_cell_inside_hypertonic_solution_74(X))
& concentration_gradient_1(fn_bacterial_cell_inside_hypertonic_solution_74(X))
& membrane_protein_1(fn_bacterial_cell_inside_hypertonic_solution_75(X))
& protein_1(fn_bacterial_cell_inside_hypertonic_solution_75(X))
& spatial_entity_1(fn_bacterial_cell_inside_hypertonic_solution_75(X))
& polymer_1(fn_bacterial_cell_inside_hypertonic_solution_75(X))
& tangible_entity_1(fn_bacterial_cell_inside_hypertonic_solution_75(X))
& transmembrane_protein_1(fn_bacterial_cell_inside_hypertonic_solution_75(X))
& integral_protein_1(fn_bacterial_cell_inside_hypertonic_solution_75(X))
& transport_protein_1(fn_bacterial_cell_inside_hypertonic_solution_75(X))
& spatial_entity_1(fn_bacterial_cell_inside_hypertonic_solution_76(X))
& tangible_entity_1(fn_bacterial_cell_inside_hypertonic_solution_76(X))
& transmembrane_protein_1(fn_bacterial_cell_inside_hypertonic_solution_76(X))
& integral_protein_1(fn_bacterial_cell_inside_hypertonic_solution_76(X))
& transport_protein_1(fn_bacterial_cell_inside_hypertonic_solution_76(X))
& hydrophilic_face_1(fn_bacterial_cell_inside_hypertonic_solution_77(X))
& glycoprotein_1(fn_bacterial_cell_inside_hypertonic_solution_78(X))
& tangible_entity_1(fn_bacterial_cell_inside_hypertonic_solution_79(X))
& phospholipid_bilayer_1(fn_bacterial_cell_inside_hypertonic_solution_79(X))
& surface_1(fn_bacterial_cell_inside_hypertonic_solution_80(X))
& hydrogen_ion_1(fn_bacterial_cell_inside_hypertonic_solution_81(X))
& move_1(fn_bacterial_cell_inside_hypertonic_solution_82(X))
& move_through_1(fn_bacterial_cell_inside_hypertonic_solution_82(X))
& move_1(fn_bacterial_cell_inside_hypertonic_solution_83(X))
& move_through_1(fn_bacterial_cell_inside_hypertonic_solution_83(X))
& detach_1(fn_bacterial_cell_inside_hypertonic_solution_84(X))
& biomembrane_1(fn_bacterial_cell_inside_hypertonic_solution_85(X))
& property_value_1(fn_bacterial_cell_inside_hypertonic_solution_86(X))
& property_value_1(fn_bacterial_cell_inside_hypertonic_solution_87(X))
& intensity_value_1(fn_bacterial_cell_inside_hypertonic_solution_87(X))
& specific_heat_value_1(fn_bacterial_cell_inside_hypertonic_solution_88(X))
& temperature_value_1(fn_bacterial_cell_inside_hypertonic_solution_89(X))
& turgor_pressure_1(fn_bacterial_cell_inside_hypertonic_solution_90(X))
& protoplast_1(fn_bacterial_cell_inside_hypertonic_solution_91(X))
& plasmolysis_1(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& damaged_cell_1(fn_bacterial_cell_inside_hypertonic_solution_93(X))
& cell_1(fn_bacterial_cell_inside_hypertonic_solution_93(X))
& chemical_1(fn_bacterial_cell_inside_hypertonic_solution_94(X))
& biomembrane_1(fn_active_transport_18(fn_bacterial_cell_inside_hypertonic_solution_62(X)))
& lose_1(fn_plasmolysis_9(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& attach_1(fn_diffusion_of_anion_across_plasma_membrane_8(fn_bacterial_cell_inside_hypertonic_solution_55(X)))
& ribosome_1(fn_cell_14(fn_bacterial_cell_inside_hypertonic_solution_93(X)))
& property_node_1(fn_decrease_1(fn_bacterial_cell_inside_hypertonic_solution_57(X)))
& property_value_1(fn_decrease_4(fn_bacterial_cell_inside_hypertonic_solution_57(X)))
& mixture_1(fn_cell_28(fn_bacterial_cell_inside_hypertonic_solution_93(X)))
& cytoplasm_1(fn_cell_28(fn_bacterial_cell_inside_hypertonic_solution_93(X)))
& chemical_1(fn_hypotonic_solution_7(fn_bacterial_cell_inside_hypertonic_solution_65(X)))
& move_1(fn_water_95(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& hydrogen_bond_1(fn_water_107(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& surface_1(fn_water_14(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& decrease_1(fn_water_97(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& property_node_1(fn_water_76(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& volume_value_1(fn_water_89(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& contract_1(fn_water_88(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& cohesion_1(fn_water_78(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& attract_1(fn_water_78(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& property_node_1(fn_water_92(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& temperature_value_1(fn_water_93(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& lose_1(fn_water_94(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& thermal_energy_1(fn_water_96(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& heat_1(fn_water_101(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& expand_1(fn_water_87(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& surface_1(fn_plasmolysis_16(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& symmetrical_distribution_1(fn_passive_transport_29(fn_bacterial_cell_inside_hypertonic_solution_64(X)))
& property_value_1(fn_decrease_3(fn_bacterial_cell_inside_hypertonic_solution_57(X)))
& move_1(fn_plasmolysis_6(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& water_1(fn_plasmolysis_25(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& chemical_1(fn_plasmolysis_25(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& organism_1(fn_metabolism_1(fn_bacterial_cell_inside_hypertonic_solution_71(X)))
& cell_1(fn_cellular_work_2(fn_bacterial_cell_inside_hypertonic_solution_62(X)))
& cell_1(fn_passive_transport_1(fn_bacterial_cell_inside_hypertonic_solution_64(X)))
& walled_cell_inside_hypertonic_solution_1(fn_plasmolysis_5(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& cell_1(fn_passive_transport_1(fn_bacterial_cell_inside_hypertonic_solution_55(X)))
& substance_1(fn_hypotonic_solution_4(fn_bacterial_cell_inside_hypertonic_solution_65(X)))
& chemical_1(fn_hypotonic_solution_4(fn_bacterial_cell_inside_hypertonic_solution_65(X)))
& substance_1(fn_plasma_membrane_70(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& substance_1(fn_plasmolysis_19(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& aqueous_solution_1(fn_plasmolysis_19(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& hypertonic_solution_1(fn_plasmolysis_19(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& hypertonic_solution_1(fn_passive_transport_of_water_2(fn_bacterial_cell_inside_hypertonic_solution_64(X)))
& aqueous_solution_1(fn_passive_transport_of_water_2(fn_bacterial_cell_inside_hypertonic_solution_64(X)))
& hypertonic_solution_1(fn_hypotonic_solution_2(fn_bacterial_cell_inside_hypertonic_solution_65(X)))
& spatial_entity_1(fn_detach_1(fn_bacterial_cell_inside_hypertonic_solution_84(X)))
& chemical_entity_1(fn_active_transport_19(fn_bacterial_cell_inside_hypertonic_solution_62(X)))
& spatial_entity_1(fn_move_1(fn_bacterial_cell_inside_hypertonic_solution_83(X)))
& gradient_1(fn_passive_transport_26(fn_bacterial_cell_inside_hypertonic_solution_55(X)))
& concentration_gradient_1(fn_passive_transport_26(fn_bacterial_cell_inside_hypertonic_solution_55(X)))
& osmosis_1(fn_plasmolysis_8(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_bacterial_cell_inside_hypertonic_solution_73(X)))
& gradient_1(fn_passive_transport_of_solute_3(fn_bacterial_cell_inside_hypertonic_solution_61(X)))
& concentration_gradient_1(fn_passive_transport_of_solute_3(fn_bacterial_cell_inside_hypertonic_solution_61(X)))
& gradient_1(fn_plasmolysis_28(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& concentration_gradient_1(fn_plasmolysis_28(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& gradient_1(fn_passive_transport_26(fn_bacterial_cell_inside_hypertonic_solution_64(X)))
& concentration_gradient_1(fn_passive_transport_26(fn_bacterial_cell_inside_hypertonic_solution_64(X)))
& gradient_1(fn_passive_transport_of_water_3(fn_bacterial_cell_inside_hypertonic_solution_64(X)))
& concentration_gradient_1(fn_passive_transport_of_water_3(fn_bacterial_cell_inside_hypertonic_solution_64(X)))
& gradient_1(fn_diffusion_of_anion_across_plasma_membrane_35(fn_bacterial_cell_inside_hypertonic_solution_55(X)))
& concentration_gradient_1(fn_diffusion_of_anion_across_plasma_membrane_35(fn_bacterial_cell_inside_hypertonic_solution_55(X)))
& attach_1(fn_passive_transport_20(fn_bacterial_cell_inside_hypertonic_solution_64(X)))
& attach_1(fn_diffusion_of_anion_across_plasma_membrane_20(fn_bacterial_cell_inside_hypertonic_solution_55(X)))
& attach_1(fn_plasma_membrane_52(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& move_1(fn_active_transport_22(fn_bacterial_cell_inside_hypertonic_solution_62(X)))
& move_through_1(fn_active_transport_22(fn_bacterial_cell_inside_hypertonic_solution_62(X)))
& move_through_1(fn_biomembrane_52(fn_bacterial_cell_inside_hypertonic_solution_85(X)))
& decrease_1(fn_passive_transport_23(fn_bacterial_cell_inside_hypertonic_solution_64(X)))
& substance_1(fn_cell_29(fn_bacterial_cell_inside_hypertonic_solution_93(X)))
& cytosol_1(fn_cell_29(fn_bacterial_cell_inside_hypertonic_solution_93(X)))
& damaged_cell_1(fn_plasmolysis_22(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& aqueous_solution_1(fn_plasmolysis_27(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& hypotonic_solution_1(fn_plasmolysis_27(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& hypotonic_solution_1(fn_passive_transport_of_water_1(fn_bacterial_cell_inside_hypertonic_solution_64(X)))
& aqueous_solution_1(fn_passive_transport_of_water_1(fn_bacterial_cell_inside_hypertonic_solution_64(X)))
& spatial_entity_1(fn_passive_transport_14(fn_bacterial_cell_inside_hypertonic_solution_64(X)))
& tangible_entity_1(fn_passive_transport_14(fn_bacterial_cell_inside_hypertonic_solution_64(X)))
& chemical_entity_1(fn_passive_transport_14(fn_bacterial_cell_inside_hypertonic_solution_64(X)))
& spatial_entity_1(fn_move_1(fn_bacterial_cell_inside_hypertonic_solution_63(X)))
& water_1(fn_plasmolysis_23(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& water_1(fn_aqueous_solution_14(fn_bacterial_cell_inside_hypertonic_solution_65(X)))
& chemical_1(fn_hypotonic_solution_3(fn_bacterial_cell_inside_hypertonic_solution_65(X)))
& water_1(fn_hypotonic_solution_3(fn_bacterial_cell_inside_hypertonic_solution_65(X)))
& entity_1(fn_water_98(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& spatial_entity_1(fn_water_98(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& chemical_entity_1(fn_water_98(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& tangible_entity_1(fn_water_98(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& polar_molecule_1(fn_water_98(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& water_molecule_1(fn_water_98(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& spatial_entity_1(fn_water_83(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& tangible_entity_1(fn_water_83(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& polar_molecule_1(fn_water_83(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& hydrophilic_compound_1(fn_water_83(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& water_molecule_1(fn_water_83(fn_bacterial_cell_inside_hypertonic_solution_37(X)))
& tangible_entity_1(fn_plasmolysis_10(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& phospholipid_bilayer_1(fn_plasmolysis_10(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& tangible_entity_1(fn_biomembrane_63(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& move_through_1(fn_osmosis_21(fn_bacterial_cell_inside_hypertonic_solution_64(X)))
& move_through_1(fn_plasmolysis_24(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& move_1(fn_plasmolysis_24(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& move_through_1(fn_plasma_membrane_74(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& move_1(fn_plasma_membrane_74(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& spatial_entity_1(fn_passive_transport_25(fn_bacterial_cell_inside_hypertonic_solution_64(X)))
& biomembrane_1(fn_passive_transport_25(fn_bacterial_cell_inside_hypertonic_solution_64(X)))
& spatial_entity_1(fn_plasmolysis_7(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& biomembrane_1(fn_plasmolysis_7(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& plasma_membrane_1(fn_plasmolysis_7(fn_bacterial_cell_inside_hypertonic_solution_92(X)))
& spatial_entity_1(fn_diffusion_of_anion_across_plasma_membrane_28(fn_bacterial_cell_inside_hypertonic_solution_55(X)))
& biomembrane_1(fn_diffusion_of_anion_across_plasma_membrane_28(fn_bacterial_cell_inside_hypertonic_solution_55(X)))
& plasma_membrane_1(fn_diffusion_of_anion_across_plasma_membrane_28(fn_bacterial_cell_inside_hypertonic_solution_55(X)))
& outside_face_1(fn_biomembrane_41(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& spatial_entity_1(fn_attach_1(fn_bacterial_cell_inside_hypertonic_solution_40(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& protein_1(fn_plasma_membrane_54(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& polymer_1(fn_plasma_membrane_54(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& protein_1(fn_plasma_membrane_68(fn_bacterial_cell_inside_hypertonic_solution_67(X)))
& time_before_2(fn_bacterial_cell_inside_hypertonic_solution_7(X),fn_bacterial_cell_inside_hypertonic_solution_8(X))
& enables_2(fn_bacterial_cell_inside_hypertonic_solution_6(X),fn_bacterial_cell_inside_hypertonic_solution_62(X))
& is_at_2(fn_bacterial_cell_inside_hypertonic_solution_5(X),fn_bacterial_cell_inside_hypertonic_solution_85(X))
& has_function_2(fn_bacterial_cell_inside_hypertonic_solution_85(X),fn_bacterial_cell_inside_hypertonic_solution_82(X))
& next_event_2(fn_bacterial_cell_inside_hypertonic_solution_83(X),fn_bacterial_cell_inside_hypertonic_solution_84(X))
& fn_bacterial_cell_inside_hypertonic_solution_83(X) != fn_bacterial_cell_inside_hypertonic_solution_82(X)
& fn_bacterial_cell_inside_hypertonic_solution_82(X) != fn_bacterial_cell_inside_hypertonic_solution_83(X)
& object_2(fn_bacterial_cell_inside_hypertonic_solution_4(X),fn_bacterial_cell_inside_hypertonic_solution_81(X))
& called_2(fn_bacterial_cell_inside_hypertonic_solution_76(X),'MP2')
& has_region_2(X,fn_bacterial_cell_inside_hypertonic_solution_91(X))
& site_2(fn_bacterial_cell_inside_hypertonic_solution_71(X),fn_bacterial_cell_inside_hypertonic_solution_66(X))
& is_inside_2(fn_bacterial_cell_inside_hypertonic_solution_69(X),fn_bacterial_cell_inside_hypertonic_solution_9(X))
& is_inside_2(fn_bacterial_cell_inside_hypertonic_solution_68(X),fn_bacterial_cell_inside_hypertonic_solution_72(X))
& is_inside_2(fn_bacterial_cell_inside_hypertonic_solution_66(X),fn_bacterial_cell_inside_hypertonic_solution_91(X))
& time_during_2(fn_bacterial_cell_inside_hypertonic_solution_64(X),fn_bacterial_cell_inside_hypertonic_solution_7(X))
& site_2(fn_bacterial_cell_inside_hypertonic_solution_2(X),fn_bacterial_cell_inside_hypertonic_solution_66(X))
& raw_material_2(fn_bacterial_cell_inside_hypertonic_solution_2(X),fn_bacterial_cell_inside_hypertonic_solution_3(X))
& agent_2(fn_bacterial_cell_inside_hypertonic_solution_61(X),fn_bacterial_cell_inside_hypertonic_solution_74(X))
& object_2(fn_bacterial_cell_inside_hypertonic_solution_57(X),fn_bacterial_cell_inside_hypertonic_solution_1(X))
& time_during_2(fn_bacterial_cell_inside_hypertonic_solution_56(X),fn_bacterial_cell_inside_hypertonic_solution_8(X))
& agent_2(fn_bacterial_cell_inside_hypertonic_solution_55(X),fn_bacterial_cell_inside_hypertonic_solution_74(X))
& object_2(fn_bacterial_cell_inside_hypertonic_solution_55(X),fn_bacterial_cell_inside_hypertonic_solution_37(X))
& is_above_2(fn_bacterial_cell_inside_hypertonic_solution_28(X),fn_bacterial_cell_inside_hypertonic_solution_22(X))
& object_2(fn_bacterial_cell_inside_hypertonic_solution_23(X),fn_bacterial_cell_inside_hypertonic_solution_37(X))
& object_2(fn_bacterial_cell_inside_hypertonic_solution_40(X),fn_bacterial_cell_inside_hypertonic_solution_75(X))
& object_2(fn_bacterial_cell_inside_hypertonic_solution_84(X),fn_bacterial_cell_inside_hypertonic_solution_81(X))
& subevent_2(fn_bacterial_cell_inside_hypertonic_solution_62(X),fn_bacterial_cell_inside_hypertonic_solution_83(X))
& object_2(fn_bacterial_cell_inside_hypertonic_solution_62(X),fn_bacterial_cell_inside_hypertonic_solution_81(X))
& object_2(fn_bacterial_cell_inside_hypertonic_solution_82(X),fn_bacterial_cell_inside_hypertonic_solution_81(X))
& base_2(fn_bacterial_cell_inside_hypertonic_solution_71(X),X)
& base_2(fn_bacterial_cell_inside_hypertonic_solution_62(X),X)
& agent_2(fn_bacterial_cell_inside_hypertonic_solution_61(X),fn_bacterial_cell_inside_hypertonic_solution_58(X))
& greater_than_2(fn_bacterial_cell_inside_hypertonic_solution_87(X),fn_bacterial_cell_inside_hypertonic_solution_86(X))
& subevent_2(fn_bacterial_cell_inside_hypertonic_solution_62(X),fn_bacterial_cell_inside_hypertonic_solution_82(X))
& base_2(fn_bacterial_cell_inside_hypertonic_solution_82(X),fn_bacterial_cell_inside_hypertonic_solution_85(X))
& path_2(fn_bacterial_cell_inside_hypertonic_solution_62(X),fn_bacterial_cell_inside_hypertonic_solution_85(X))
& has_part_2(X,fn_bacterial_cell_inside_hypertonic_solution_60(X))
& specific_heat_2(fn_bacterial_cell_inside_hypertonic_solution_60(X),fn_bacterial_cell_inside_hypertonic_solution_88(X))
& correspondence_2(fn_bacterial_cell_inside_hypertonic_solution_89(X),fn_bacterial_cell_inside_hypertonic_solution_88(X))
& temperature_2(X,fn_bacterial_cell_inside_hypertonic_solution_89(X))
& has_part_2(X,fn_bacterial_cell_inside_hypertonic_solution_39(X))
& is_inside_2(fn_bacterial_cell_inside_hypertonic_solution_39(X),fn_bacterial_cell_inside_hypertonic_solution_38(X))
& has_region_2(X,fn_bacterial_cell_inside_hypertonic_solution_38(X))
& has_part_2(fn_bacterial_cell_inside_hypertonic_solution_66(X),fn_bacterial_cell_inside_hypertonic_solution_72(X))
& is_oriented_toward_2(fn_bacterial_cell_inside_hypertonic_solution_73(X),fn_bacterial_cell_inside_hypertonic_solution_66(X))
& has_part_2(X,fn_bacterial_cell_inside_hypertonic_solution_68(X))
& is_across_2(fn_bacterial_cell_inside_hypertonic_solution_74(X),fn_bacterial_cell_inside_hypertonic_solution_67(X))
& base_2(fn_bacterial_cell_inside_hypertonic_solution_50(X),fn_bacterial_cell_inside_hypertonic_solution_67(X))
& object_2(fn_bacterial_cell_inside_hypertonic_solution_50(X),fn_bacterial_cell_inside_hypertonic_solution_76(X))
& is_inside_2(fn_bacterial_cell_inside_hypertonic_solution_67(X),fn_bacterial_cell_inside_hypertonic_solution_69(X))
& object_2(fn_bacterial_cell_inside_hypertonic_solution_54(X),fn_bacterial_cell_inside_hypertonic_solution_37(X))
& causes_2(fn_bacterial_cell_inside_hypertonic_solution_54(X),fn_bacterial_cell_inside_hypertonic_solution_92(X))
& donor_2(fn_bacterial_cell_inside_hypertonic_solution_54(X),X)
& base_2(fn_bacterial_cell_inside_hypertonic_solution_54(X),X)
& by_means_of_2(fn_bacterial_cell_inside_hypertonic_solution_54(X),fn_bacterial_cell_inside_hypertonic_solution_64(X))
& subevent_2(fn_bacterial_cell_inside_hypertonic_solution_64(X),fn_bacterial_cell_inside_hypertonic_solution_63(X))
& volume_2(X,fn_bacterial_cell_inside_hypertonic_solution_52(X))
& directly_proportional_2(fn_bacterial_cell_inside_hypertonic_solution_51(X),fn_bacterial_cell_inside_hypertonic_solution_52(X))
& size_2(X,fn_bacterial_cell_inside_hypertonic_solution_51(X))
& has_region_2(X,fn_bacterial_cell_inside_hypertonic_solution_80(X))
& is_at_2(fn_bacterial_cell_inside_hypertonic_solution_79(X),fn_bacterial_cell_inside_hypertonic_solution_80(X))
& called_2(fn_bacterial_cell_inside_hypertonic_solution_13(X),'Waterpotential')
& is_inside_2(fn_bacterial_cell_inside_hypertonic_solution_69(X),fn_bacterial_cell_inside_hypertonic_solution_91(X))
& subevent_2(fn_bacterial_cell_inside_hypertonic_solution_92(X),fn_bacterial_cell_inside_hypertonic_solution_56(X))
& greater_than_or_equal_to_2(fn_bacterial_cell_inside_hypertonic_solution_16(X),fn_bacterial_cell_inside_hypertonic_solution_13(X))
& water_potential_2(fn_bacterial_cell_inside_hypertonic_solution_17(X),fn_bacterial_cell_inside_hypertonic_solution_16(X))
& object_2(fn_bacterial_cell_inside_hypertonic_solution_64(X),fn_bacterial_cell_inside_hypertonic_solution_22(X))
& object_2(fn_bacterial_cell_inside_hypertonic_solution_23(X),fn_bacterial_cell_inside_hypertonic_solution_22(X))
& objective_2(fn_bacterial_cell_inside_hypertonic_solution_64(X),fn_bacterial_cell_inside_hypertonic_solution_23(X))
& agent_2(fn_bacterial_cell_inside_hypertonic_solution_64(X),fn_bacterial_cell_inside_hypertonic_solution_58(X))
& object_2(fn_bacterial_cell_inside_hypertonic_solution_57(X),fn_bacterial_cell_inside_hypertonic_solution_58(X))
& causes_2(fn_bacterial_cell_inside_hypertonic_solution_64(X),fn_bacterial_cell_inside_hypertonic_solution_57(X))
& path_2(fn_bacterial_cell_inside_hypertonic_solution_64(X),fn_bacterial_cell_inside_hypertonic_solution_67(X))
& is_inside_2(fn_bacterial_cell_inside_hypertonic_solution_77(X),fn_bacterial_cell_inside_hypertonic_solution_67(X))
& away_from_2(fn_bacterial_cell_inside_hypertonic_solution_56(X),fn_bacterial_cell_inside_hypertonic_solution_69(X))
& has_part_2(X,fn_bacterial_cell_inside_hypertonic_solution_69(X))
& possesses_2(X,fn_bacterial_cell_inside_hypertonic_solution_90(X))
& intensity_2(fn_bacterial_cell_inside_hypertonic_solution_90(X),fn_bacterial_cell_inside_hypertonic_solution_87(X))
& from_value_2(fn_bacterial_cell_inside_hypertonic_solution_57(X),fn_bacterial_cell_inside_hypertonic_solution_87(X))
& subevent_2(fn_bacterial_cell_inside_hypertonic_solution_92(X),fn_bacterial_cell_inside_hypertonic_solution_64(X))
& base_2(fn_bacterial_cell_inside_hypertonic_solution_64(X),X)
& has_part_2(X,fn_bacterial_cell_inside_hypertonic_solution_66(X))
& site_2(fn_bacterial_cell_inside_hypertonic_solution_70(X),fn_bacterial_cell_inside_hypertonic_solution_66(X))
& base_2(fn_bacterial_cell_inside_hypertonic_solution_70(X),X)
& is_outside_2(fn_bacterial_cell_inside_hypertonic_solution_53(X),X)
& is_outside_2(fn_bacterial_cell_inside_hypertonic_solution_53(X),fn_bacterial_cell_inside_hypertonic_solution_67(X))
& is_between_2(fn_bacterial_cell_inside_hypertonic_solution_67(X),fn_bacterial_cell_inside_hypertonic_solution_65(X))
& is_inside_2(fn_bacterial_cell_inside_hypertonic_solution_65(X),X)
& has_part_2(X,fn_bacterial_cell_inside_hypertonic_solution_67(X))
& first_subevent_2(fn_bacterial_cell_inside_hypertonic_solution_92(X),fn_bacterial_cell_inside_hypertonic_solution_64(X))
& next_event_2(fn_bacterial_cell_inside_hypertonic_solution_64(X),fn_bacterial_cell_inside_hypertonic_solution_56(X))
& object_2(fn_bacterial_cell_inside_hypertonic_solution_56(X),fn_bacterial_cell_inside_hypertonic_solution_67(X))
& has_region_2(fn_bacterial_cell_inside_hypertonic_solution_67(X),fn_bacterial_cell_inside_hypertonic_solution_77(X))
& is_outside_2(fn_bacterial_cell_inside_hypertonic_solution_77(X),fn_bacterial_cell_inside_hypertonic_solution_65(X))
& has_solvent_2(fn_bacterial_cell_inside_hypertonic_solution_59(X),fn_bacterial_cell_inside_hypertonic_solution_14(X))
& water_potential_2(fn_bacterial_cell_inside_hypertonic_solution_59(X),fn_bacterial_cell_inside_hypertonic_solution_13(X))
& greater_than_or_equal_to_2(fn_bacterial_cell_inside_hypertonic_solution_13(X),fn_bacterial_cell_inside_hypertonic_solution_16(X))
& fn_bacterial_cell_inside_hypertonic_solution_15(X) != fn_bacterial_cell_inside_hypertonic_solution_14(X)
& fn_bacterial_cell_inside_hypertonic_solution_14(X) != fn_bacterial_cell_inside_hypertonic_solution_15(X)
& base_2(fn_bacterial_cell_inside_hypertonic_solution_92(X),X)
& result_2(fn_bacterial_cell_inside_hypertonic_solution_92(X),fn_bacterial_cell_inside_hypertonic_solution_93(X))
& has_state_2(X,fn_bacterial_cell_inside_hypertonic_solution_93(X))
& is_inside_2(X,fn_bacterial_cell_inside_hypertonic_solution_59(X))
& has_part_2(fn_bacterial_cell_inside_hypertonic_solution_59(X),fn_bacterial_cell_inside_hypertonic_solution_14(X))
& has_region_2(X,fn_bacterial_cell_inside_hypertonic_solution_9(X))
& is_inside_2(fn_bacterial_cell_inside_hypertonic_solution_66(X),fn_bacterial_cell_inside_hypertonic_solution_9(X))
& is_inside_2(fn_bacterial_cell_inside_hypertonic_solution_66(X),fn_bacterial_cell_inside_hypertonic_solution_67(X))
& is_between_2(fn_bacterial_cell_inside_hypertonic_solution_67(X),fn_bacterial_cell_inside_hypertonic_solution_59(X))
& is_outside_2(fn_bacterial_cell_inside_hypertonic_solution_59(X),X)
& base_2(fn_bacterial_cell_inside_hypertonic_solution_55(X),X)
& base_2(fn_bacterial_cell_inside_hypertonic_solution_40(X),fn_bacterial_cell_inside_hypertonic_solution_67(X))
& path_2(fn_bacterial_cell_inside_hypertonic_solution_55(X),fn_bacterial_cell_inside_hypertonic_solution_67(X))
& base_2(fn_bacterial_cell_inside_hypertonic_solution_12(X),fn_bacterial_cell_inside_hypertonic_solution_67(X))
& destination_2(fn_bacterial_cell_inside_hypertonic_solution_64(X),fn_bacterial_cell_inside_hypertonic_solution_59(X))
& origin_2(fn_bacterial_cell_inside_hypertonic_solution_64(X),fn_bacterial_cell_inside_hypertonic_solution_65(X))
& is_between_2(fn_bacterial_cell_inside_hypertonic_solution_58(X),fn_bacterial_cell_inside_hypertonic_solution_65(X))
& is_between_2(fn_bacterial_cell_inside_hypertonic_solution_58(X),fn_bacterial_cell_inside_hypertonic_solution_59(X))
& has_part_2(fn_bacterial_cell_inside_hypertonic_solution_93(X),fn_bacterial_cell_inside_hypertonic_solution_19(X))
& is_inside_2(fn_bacterial_cell_inside_hypertonic_solution_19(X),fn_bacterial_cell_inside_hypertonic_solution_17(X))
& has_part_2(fn_bacterial_cell_inside_hypertonic_solution_59(X),fn_bacterial_cell_inside_hypertonic_solution_15(X))
& has_solute_2(fn_bacterial_cell_inside_hypertonic_solution_59(X),fn_bacterial_cell_inside_hypertonic_solution_15(X))
& is_hypertonic_to_2(fn_bacterial_cell_inside_hypertonic_solution_59(X),fn_bacterial_cell_inside_hypertonic_solution_65(X))
& is_hypotonic_to_2(fn_bacterial_cell_inside_hypertonic_solution_65(X),fn_bacterial_cell_inside_hypertonic_solution_59(X))
& has_region_2(fn_bacterial_cell_inside_hypertonic_solution_76(X),fn_bacterial_cell_inside_hypertonic_solution_49(X))
& is_inside_2(fn_bacterial_cell_inside_hypertonic_solution_76(X),fn_bacterial_cell_inside_hypertonic_solution_79(X))
& fn_bacterial_cell_inside_hypertonic_solution_47(X) != fn_bacterial_cell_inside_hypertonic_solution_76(X)
& fn_bacterial_cell_inside_hypertonic_solution_76(X) != fn_bacterial_cell_inside_hypertonic_solution_47(X)
& is_across_2(fn_bacterial_cell_inside_hypertonic_solution_76(X),fn_bacterial_cell_inside_hypertonic_solution_67(X))
& has_part_2(fn_bacterial_cell_inside_hypertonic_solution_67(X),fn_bacterial_cell_inside_hypertonic_solution_76(X))
& is_across_2(fn_bacterial_cell_inside_hypertonic_solution_76(X),fn_bacterial_cell_inside_hypertonic_solution_48(X))
& fn_bacterial_cell_inside_hypertonic_solution_75(X) != fn_bacterial_cell_inside_hypertonic_solution_47(X)
& fn_bacterial_cell_inside_hypertonic_solution_47(X) != fn_bacterial_cell_inside_hypertonic_solution_75(X)
& is_across_2(fn_bacterial_cell_inside_hypertonic_solution_75(X),fn_bacterial_cell_inside_hypertonic_solution_48(X))
& is_inside_2(fn_bacterial_cell_inside_hypertonic_solution_75(X),fn_bacterial_cell_inside_hypertonic_solution_79(X))
& has_part_2(fn_bacterial_cell_inside_hypertonic_solution_67(X),fn_bacterial_cell_inside_hypertonic_solution_79(X))
& has_part_2(fn_bacterial_cell_inside_hypertonic_solution_67(X),fn_bacterial_cell_inside_hypertonic_solution_47(X))
& is_across_2(fn_bacterial_cell_inside_hypertonic_solution_75(X),fn_bacterial_cell_inside_hypertonic_solution_67(X))
& has_part_2(fn_bacterial_cell_inside_hypertonic_solution_67(X),fn_bacterial_cell_inside_hypertonic_solution_75(X))
& has_part_2(fn_bacterial_cell_inside_hypertonic_solution_67(X),fn_bacterial_cell_inside_hypertonic_solution_78(X))
& is_inside_2(fn_bacterial_cell_inside_hypertonic_solution_78(X),fn_bacterial_cell_inside_hypertonic_solution_79(X))
& has_region_2(fn_bacterial_cell_inside_hypertonic_solution_67(X),fn_bacterial_cell_inside_hypertonic_solution_73(X))
& base_2(fn_bacterial_cell_inside_hypertonic_solution_63(X),fn_bacterial_cell_inside_hypertonic_solution_67(X))
& has_function_2(fn_bacterial_cell_inside_hypertonic_solution_67(X),fn_bacterial_cell_inside_hypertonic_solution_63(X))
& has_region_2(fn_bacterial_cell_inside_hypertonic_solution_67(X),fn_bacterial_cell_inside_hypertonic_solution_49(X))
& is_outside_2(fn_bacterial_cell_inside_hypertonic_solution_49(X),fn_bacterial_cell_inside_hypertonic_solution_67(X))
& has_region_2(fn_bacterial_cell_inside_hypertonic_solution_67(X),fn_bacterial_cell_inside_hypertonic_solution_48(X))
& is_at_2(fn_bacterial_cell_inside_hypertonic_solution_75(X),fn_bacterial_cell_inside_hypertonic_solution_67(X))
& has_region_2(fn_bacterial_cell_inside_hypertonic_solution_75(X),fn_bacterial_cell_inside_hypertonic_solution_49(X))
& called_2(fn_bacterial_cell_inside_hypertonic_solution_47(X),'MP1')
& same_type_2(fn_bacterial_cell_inside_hypertonic_solution_22(X),fn_bacterial_cell_inside_hypertonic_solution_27(X))
& same_type_2(fn_bacterial_cell_inside_hypertonic_solution_27(X),fn_bacterial_cell_inside_hypertonic_solution_22(X))
& object_2(fn_bacterial_cell_inside_hypertonic_solution_31(X),fn_bacterial_cell_inside_hypertonic_solution_27(X))
& object_2(fn_bacterial_cell_inside_hypertonic_solution_31(X),fn_bacterial_cell_inside_hypertonic_solution_22(X))
& has_part_2(fn_bacterial_cell_inside_hypertonic_solution_37(X),fn_bacterial_cell_inside_hypertonic_solution_22(X))
& has_part_2(fn_bacterial_cell_inside_hypertonic_solution_37(X),fn_bacterial_cell_inside_hypertonic_solution_27(X))
& object_2(fn_bacterial_cell_inside_hypertonic_solution_25(X),fn_bacterial_cell_inside_hypertonic_solution_37(X))
& agent_2(fn_bacterial_cell_inside_hypertonic_solution_25(X),fn_bacterial_cell_inside_hypertonic_solution_35(X))
& agent_2(fn_bacterial_cell_inside_hypertonic_solution_24(X),fn_bacterial_cell_inside_hypertonic_solution_35(X))
& object_2(fn_bacterial_cell_inside_hypertonic_solution_24(X),fn_bacterial_cell_inside_hypertonic_solution_37(X))
& instrument_2(fn_bacterial_cell_inside_hypertonic_solution_31(X),fn_bacterial_cell_inside_hypertonic_solution_26(X))
& possesses_2(fn_bacterial_cell_inside_hypertonic_solution_37(X),fn_bacterial_cell_inside_hypertonic_solution_26(X))
& base_2(fn_bacterial_cell_inside_hypertonic_solution_32(X),fn_bacterial_cell_inside_hypertonic_solution_37(X))
& from_value_2(fn_bacterial_cell_inside_hypertonic_solution_32(X),fn_bacterial_cell_inside_hypertonic_solution_34(X))
& volume_2(fn_bacterial_cell_inside_hypertonic_solution_37(X),fn_bacterial_cell_inside_hypertonic_solution_34(X))
& called_2(fn_bacterial_cell_inside_hypertonic_solution_27(X),"1")
& is_at_2(fn_bacterial_cell_inside_hypertonic_solution_27(X),fn_bacterial_cell_inside_hypertonic_solution_28(X))
& has_region_2(fn_bacterial_cell_inside_hypertonic_solution_37(X),fn_bacterial_cell_inside_hypertonic_solution_28(X))
& base_2(fn_bacterial_cell_inside_hypertonic_solution_30(X),fn_bacterial_cell_inside_hypertonic_solution_37(X))
& donor_2(fn_bacterial_cell_inside_hypertonic_solution_30(X),fn_bacterial_cell_inside_hypertonic_solution_37(X))
& agent_2(fn_bacterial_cell_inside_hypertonic_solution_31(X),fn_bacterial_cell_inside_hypertonic_solution_22(X))
& base_2(fn_bacterial_cell_inside_hypertonic_solution_31(X),fn_bacterial_cell_inside_hypertonic_solution_37(X))
& temperature_2(fn_bacterial_cell_inside_hypertonic_solution_37(X),fn_bacterial_cell_inside_hypertonic_solution_29(X))
& from_value_2(fn_bacterial_cell_inside_hypertonic_solution_36(X),fn_bacterial_cell_inside_hypertonic_solution_29(X))
& by_means_of_2(fn_bacterial_cell_inside_hypertonic_solution_36(X),fn_bacterial_cell_inside_hypertonic_solution_30(X))
& from_value_2(fn_bacterial_cell_inside_hypertonic_solution_33(X),fn_bacterial_cell_inside_hypertonic_solution_34(X))
& base_2(fn_bacterial_cell_inside_hypertonic_solution_33(X),fn_bacterial_cell_inside_hypertonic_solution_37(X))
& agent_2(fn_bacterial_cell_inside_hypertonic_solution_31(X),fn_bacterial_cell_inside_hypertonic_solution_27(X))
& object_2(fn_bacterial_cell_inside_hypertonic_solution_30(X),fn_bacterial_cell_inside_hypertonic_solution_35(X))
& causes_2(fn_bacterial_cell_inside_hypertonic_solution_24(X),fn_bacterial_cell_inside_hypertonic_solution_32(X))
& fn_bacterial_cell_inside_hypertonic_solution_37(X) != fn_bacterial_cell_inside_hypertonic_solution_94(X)
& fn_bacterial_cell_inside_hypertonic_solution_94(X) != fn_bacterial_cell_inside_hypertonic_solution_37(X)
& has_part_2(fn_bacterial_cell_inside_hypertonic_solution_65(X),fn_bacterial_cell_inside_hypertonic_solution_94(X))
& has_solvent_2(fn_bacterial_cell_inside_hypertonic_solution_65(X),fn_bacterial_cell_inside_hypertonic_solution_37(X))
& has_part_2(fn_bacterial_cell_inside_hypertonic_solution_65(X),fn_bacterial_cell_inside_hypertonic_solution_37(X))
& has_solute_2(fn_bacterial_cell_inside_hypertonic_solution_65(X),fn_bacterial_cell_inside_hypertonic_solution_94(X))
& has_part_2(fn_bacterial_cell_inside_hypertonic_solution_18(X),fn_bacterial_cell_inside_hypertonic_solution_17(X))
& has_part_2(fn_bacterial_cell_inside_hypertonic_solution_93(X),fn_bacterial_cell_inside_hypertonic_solution_18(X))
& to_value_2(fn_bacterial_cell_inside_hypertonic_solution_57(X),fn_bacterial_cell_inside_hypertonic_solution_86(X))
& base_2(fn_bacterial_cell_inside_hypertonic_solution_83(X),fn_bacterial_cell_inside_hypertonic_solution_85(X))
& has_function_2(fn_bacterial_cell_inside_hypertonic_solution_85(X),fn_bacterial_cell_inside_hypertonic_solution_83(X))
& called_2(fn_bacterial_cell_inside_hypertonic_solution_75(X),'MP2')
& object_2(fn_bacterial_cell_inside_hypertonic_solution_12(X),fn_bacterial_cell_inside_hypertonic_solution_75(X))
& fn_bacterial_cell_inside_hypertonic_solution_75(X) != fn_bacterial_cell_inside_hypertonic_solution_76(X)
& fn_bacterial_cell_inside_hypertonic_solution_76(X) != fn_bacterial_cell_inside_hypertonic_solution_75(X)
& agent_2(fn_bacterial_cell_inside_hypertonic_solution_55(X),fn_bacterial_cell_inside_hypertonic_solution_58(X))
& is_facing_2(fn_bacterial_cell_inside_hypertonic_solution_73(X),fn_bacterial_cell_inside_hypertonic_solution_66(X))
& agent_2(fn_bacterial_cell_inside_hypertonic_solution_64(X),fn_bacterial_cell_inside_hypertonic_solution_74(X))
& base_2(fn_bacterial_cell_inside_hypertonic_solution_55(X),fn_bacterial_cell_inside_hypertonic_solution_74(X))
& object_2(fn_bacterial_cell_inside_hypertonic_solution_83(X),fn_bacterial_cell_inside_hypertonic_solution_81(X))
& object_2(fn_bacterial_cell_inside_hypertonic_solution_63(X),fn_bacterial_cell_inside_hypertonic_solution_22(X))
& fn_bacterial_cell_inside_hypertonic_solution_75(X) = fn_attach_1(fn_bacterial_cell_inside_hypertonic_solution_40(X))
& fn_bacterial_cell_inside_hypertonic_solution_81(X) = fn_detach_1(fn_bacterial_cell_inside_hypertonic_solution_84(X))
& fn_bacterial_cell_inside_hypertonic_solution_83(X) = fn_active_transport_22(fn_bacterial_cell_inside_hypertonic_solution_62(X))
& fn_bacterial_cell_inside_hypertonic_solution_81(X) = fn_active_transport_19(fn_bacterial_cell_inside_hypertonic_solution_62(X))
& X = fn_metabolism_1(fn_bacterial_cell_inside_hypertonic_solution_71(X))
& X = fn_cellular_work_2(fn_bacterial_cell_inside_hypertonic_solution_62(X))
& fn_bacterial_cell_inside_hypertonic_solution_58(X) = fn_passive_transport_of_solute_3(fn_bacterial_cell_inside_hypertonic_solution_61(X))
& fn_bacterial_cell_inside_hypertonic_solution_85(X) = fn_active_transport_18(fn_bacterial_cell_inside_hypertonic_solution_62(X))
& fn_bacterial_cell_inside_hypertonic_solution_82(X) = fn_active_transport_22(fn_bacterial_cell_inside_hypertonic_solution_62(X))
& fn_bacterial_cell_inside_hypertonic_solution_41(X) = fn_organism_1(X)
& fn_bacterial_cell_inside_hypertonic_solution_46(X) = fn_organism_6(X)
& fn_bacterial_cell_inside_hypertonic_solution_89(X) = fn_organism_2(X)
& fn_bacterial_cell_inside_hypertonic_solution_88(X) = fn_organism_5(X)
& fn_bacterial_cell_inside_hypertonic_solution_60(X) = fn_organism_4(X)
& fn_bacterial_cell_inside_hypertonic_solution_72(X) = fn_prokaryote_10(X)
& fn_bacterial_cell_inside_hypertonic_solution_38(X) = fn_prokaryote_18(X)
& fn_bacterial_cell_inside_hypertonic_solution_39(X) = fn_prokaryote_9(X)
& fn_bacterial_cell_inside_hypertonic_solution_73(X) = fn_bacterium_1(X)
& fn_bacterial_cell_inside_hypertonic_solution_68(X) = fn_bacterium_14(X)
& fn_bacterial_cell_inside_hypertonic_solution_74(X) = fn_bacterium_3(X)
& fn_bacterial_cell_inside_hypertonic_solution_76(X) = fn_bacterium_8(X)
& fn_bacterial_cell_inside_hypertonic_solution_50(X) = fn_bacterium_11(X)
& fn_bacterial_cell_inside_hypertonic_solution_37(X) = fn_plasmolysis_23(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_bacterial_cell_inside_hypertonic_solution_63(X) = fn_osmosis_21(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_bacterial_cell_inside_hypertonic_solution_63(X) = fn_plasmolysis_24(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_bacterial_cell_inside_hypertonic_solution_54(X) = fn_plasmolysis_9(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_bacterial_cell_inside_hypertonic_solution_42(X) = fn_cell_10(X)
& fn_bacterial_cell_inside_hypertonic_solution_43(X) = fn_cell_23(X)
& fn_bacterial_cell_inside_hypertonic_solution_79(X) = fn_plasmolysis_10(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_bacterial_cell_inside_hypertonic_solution_79(X) = fn_cell_26(X)
& fn_bacterial_cell_inside_hypertonic_solution_80(X) = fn_plasmolysis_16(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_bacterial_cell_inside_hypertonic_solution_80(X) = fn_cell_4(X)
& fn_bacterial_cell_inside_hypertonic_solution_51(X) = fn_cell_11(X)
& fn_bacterial_cell_inside_hypertonic_solution_52(X) = fn_cell_22(X)
& fn_bacterial_cell_inside_hypertonic_solution_44(X) = fn_walled_cell_inside_hypertonic_solution_15(X)
& fn_bacterial_cell_inside_hypertonic_solution_91(X) = fn_walled_cell_inside_hypertonic_solution_9(X)
& fn_bacterial_cell_inside_hypertonic_solution_11(X) = fn_walled_cell_inside_hypertonic_solution_42(X)
& fn_bacterial_cell_inside_hypertonic_solution_10(X) = fn_walled_cell_inside_hypertonic_solution_41(X)
& fn_bacterial_cell_inside_hypertonic_solution_17(X) = fn_walled_cell_inside_hypertonic_solution_21(X)
& fn_bacterial_cell_inside_hypertonic_solution_23(X) = fn_passive_transport_29(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_bacterial_cell_inside_hypertonic_solution_23(X) = fn_walled_cell_inside_hypertonic_solution_30(X)
& fn_bacterial_cell_inside_hypertonic_solution_22(X) = fn_passive_transport_14(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_bacterial_cell_inside_hypertonic_solution_22(X) = fn_walled_cell_inside_hypertonic_solution_40(X)
& fn_bacterial_cell_inside_hypertonic_solution_57(X) = fn_passive_transport_23(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_bacterial_cell_inside_hypertonic_solution_58(X) = fn_passive_transport_26(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_bacterial_cell_inside_hypertonic_solution_58(X) = fn_walled_cell_inside_hypertonic_solution_31(X)
& fn_bacterial_cell_inside_hypertonic_solution_87(X) = fn_decrease_3(fn_bacterial_cell_inside_hypertonic_solution_57(X))
& fn_bacterial_cell_inside_hypertonic_solution_57(X) = fn_walled_cell_inside_hypertonic_solution_32(X)
& fn_bacterial_cell_inside_hypertonic_solution_87(X) = fn_walled_cell_inside_hypertonic_solution_16(X)
& fn_bacterial_cell_inside_hypertonic_solution_90(X) = fn_walled_cell_inside_hypertonic_solution_6(X)
& fn_bacterial_cell_inside_hypertonic_solution_69(X) = fn_bacterium_12(X)
& fn_bacterial_cell_inside_hypertonic_solution_69(X) = fn_walled_cell_inside_hypertonic_solution_35(X)
& fn_bacterial_cell_inside_hypertonic_solution_70(X) = fn_walled_cell_inside_hypertonic_solution_7(X)
& fn_bacterial_cell_inside_hypertonic_solution_66(X) = fn_prokaryote_12(X)
& X = fn_passive_transport_1(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_bacterial_cell_inside_hypertonic_solution_53(X) = fn_walled_cell_inside_hypertonic_solution_3(X)
& fn_bacterial_cell_inside_hypertonic_solution_65(X) = fn_walled_cell_inside_hypertonic_solution_18(X)
& fn_bacterial_cell_inside_hypertonic_solution_77(X) = fn_walled_cell_inside_hypertonic_solution_4(X)
& fn_bacterial_cell_inside_hypertonic_solution_56(X) = fn_plasmolysis_6(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_bacterial_cell_inside_hypertonic_solution_56(X) = fn_walled_cell_inside_hypertonic_solution_29(X)
& fn_bacterial_cell_inside_hypertonic_solution_64(X) = fn_walled_cell_inside_hypertonic_solution_20(X)
& fn_bacterial_cell_inside_hypertonic_solution_16(X) = fn_walled_cell_inside_hypertonic_solution_39(X)
& fn_bacterial_cell_inside_hypertonic_solution_13(X) = fn_walled_cell_inside_hypertonic_solution_38(X)
& fn_bacterial_cell_inside_hypertonic_solution_15(X) = fn_walled_cell_inside_hypertonic_solution_11(X)
& fn_bacterial_cell_inside_hypertonic_solution_14(X) = fn_plasmolysis_25(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_bacterial_cell_inside_hypertonic_solution_14(X) = fn_walled_cell_inside_hypertonic_solution_10(X)
& fn_bacterial_cell_inside_hypertonic_solution_93(X) = fn_plasmolysis_22(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_bacterial_cell_inside_hypertonic_solution_93(X) = fn_walled_cell_inside_hypertonic_solution_24(X)
& fn_bacterial_cell_inside_hypertonic_solution_92(X) = fn_walled_cell_inside_hypertonic_solution_19(X)
& X = fn_plasmolysis_5(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_bacterial_cell_inside_hypertonic_solution_59(X) = fn_plasma_membrane_70(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_bacterial_cell_inside_hypertonic_solution_59(X) = fn_plasma_membrane_77(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_bacterial_cell_inside_hypertonic_solution_67(X) = fn_plasmolysis_7(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_bacterial_cell_inside_hypertonic_solution_59(X) = fn_walled_cell_inside_hypertonic_solution_17(X)
& fn_bacterial_cell_inside_hypertonic_solution_66(X) = fn_bacterium_16(X)
& fn_bacterial_cell_inside_hypertonic_solution_67(X) = fn_bacterium_15(X)
& fn_bacterial_cell_inside_hypertonic_solution_67(X) = fn_walled_cell_inside_hypertonic_solution_33(X)
& fn_bacterial_cell_inside_hypertonic_solution_66(X) = fn_walled_cell_inside_hypertonic_solution_34(X)
& fn_bacterial_cell_inside_hypertonic_solution_9(X) = fn_walled_cell_inside_hypertonic_solution_9(X)
& X = fn_passive_transport_1(fn_bacterial_cell_inside_hypertonic_solution_55(X))
& fn_bacterial_cell_inside_hypertonic_solution_40(X) = fn_diffusion_of_anion_across_plasma_membrane_8(fn_bacterial_cell_inside_hypertonic_solution_55(X))
& fn_bacterial_cell_inside_hypertonic_solution_12(X) = fn_passive_transport_20(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_bacterial_cell_inside_hypertonic_solution_67(X) = fn_passive_transport_25(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_bacterial_cell_inside_hypertonic_solution_12(X) = fn_diffusion_of_anion_across_plasma_membrane_20(fn_bacterial_cell_inside_hypertonic_solution_55(X))
& fn_bacterial_cell_inside_hypertonic_solution_67(X) = fn_diffusion_of_anion_across_plasma_membrane_28(fn_bacterial_cell_inside_hypertonic_solution_55(X))
& fn_bacterial_cell_inside_hypertonic_solution_59(X) = fn_plasmolysis_19(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_bacterial_cell_inside_hypertonic_solution_59(X) = fn_passive_transport_of_water_2(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_bacterial_cell_inside_hypertonic_solution_58(X) = fn_plasmolysis_28(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_bacterial_cell_inside_hypertonic_solution_58(X) = fn_passive_transport_of_water_3(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_bacterial_cell_inside_hypertonic_solution_64(X) = fn_plasmolysis_8(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_bacterial_cell_inside_hypertonic_solution_65(X) = fn_plasmolysis_27(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_bacterial_cell_inside_hypertonic_solution_65(X) = fn_passive_transport_of_water_1(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_bacterial_cell_inside_hypertonic_solution_19(X) = fn_cell_14(fn_bacterial_cell_inside_hypertonic_solution_93(X))
& fn_bacterial_cell_inside_hypertonic_solution_15(X) = fn_hypotonic_solution_4(fn_bacterial_cell_inside_hypertonic_solution_65(X))
& fn_bacterial_cell_inside_hypertonic_solution_59(X) = fn_hypotonic_solution_2(fn_bacterial_cell_inside_hypertonic_solution_65(X))
& fn_bacterial_cell_inside_hypertonic_solution_22(X) = fn_move_1(fn_bacterial_cell_inside_hypertonic_solution_63(X))
& fn_bacterial_cell_inside_hypertonic_solution_81(X) = fn_move_1(fn_bacterial_cell_inside_hypertonic_solution_83(X))
& fn_bacterial_cell_inside_hypertonic_solution_74(X) = fn_passive_transport_26(fn_bacterial_cell_inside_hypertonic_solution_55(X))
& fn_bacterial_cell_inside_hypertonic_solution_74(X) = fn_passive_transport_of_water_3(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_bacterial_cell_inside_hypertonic_solution_66(X) = fn_cytoplasmic_side_1(fn_bacterial_cell_inside_hypertonic_solution_73(X))
& fn_bacterial_cell_inside_hypertonic_solution_58(X) = fn_diffusion_of_anion_across_plasma_membrane_35(fn_bacterial_cell_inside_hypertonic_solution_55(X))
& fn_bacterial_cell_inside_hypertonic_solution_12(X) = fn_plasma_membrane_52(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_bacterial_cell_inside_hypertonic_solution_76(X) = fn_plasma_membrane_55(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_bacterial_cell_inside_hypertonic_solution_83(X) = fn_biomembrane_52(fn_bacterial_cell_inside_hypertonic_solution_85(X))
& fn_bacterial_cell_inside_hypertonic_solution_45(X) = fn_decrease_1(fn_bacterial_cell_inside_hypertonic_solution_57(X))
& fn_bacterial_cell_inside_hypertonic_solution_86(X) = fn_decrease_4(fn_bacterial_cell_inside_hypertonic_solution_57(X))
& fn_bacterial_cell_inside_hypertonic_solution_17(X) = fn_cell_29(fn_bacterial_cell_inside_hypertonic_solution_93(X))
& fn_bacterial_cell_inside_hypertonic_solution_18(X) = fn_cell_28(fn_bacterial_cell_inside_hypertonic_solution_93(X))
& fn_bacterial_cell_inside_hypertonic_solution_37(X) = fn_aqueous_solution_14(fn_bacterial_cell_inside_hypertonic_solution_65(X))
& fn_bacterial_cell_inside_hypertonic_solution_37(X) = fn_hypotonic_solution_3(fn_bacterial_cell_inside_hypertonic_solution_65(X))
& fn_bacterial_cell_inside_hypertonic_solution_94(X) = fn_hypotonic_solution_7(fn_bacterial_cell_inside_hypertonic_solution_65(X))
& fn_bacterial_cell_inside_hypertonic_solution_25(X) = fn_water_95(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_bacterial_cell_inside_hypertonic_solution_26(X) = fn_water_107(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_bacterial_cell_inside_hypertonic_solution_27(X) = fn_water_98(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_bacterial_cell_inside_hypertonic_solution_28(X) = fn_water_14(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_bacterial_cell_inside_hypertonic_solution_22(X) = fn_water_98(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_bacterial_cell_inside_hypertonic_solution_36(X) = fn_water_97(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_bacterial_cell_inside_hypertonic_solution_20(X) = fn_water_76(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_bacterial_cell_inside_hypertonic_solution_34(X) = fn_water_89(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_bacterial_cell_inside_hypertonic_solution_33(X) = fn_water_88(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_bacterial_cell_inside_hypertonic_solution_31(X) = fn_water_78(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_bacterial_cell_inside_hypertonic_solution_27(X) = fn_water_83(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_bacterial_cell_inside_hypertonic_solution_21(X) = fn_water_92(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_bacterial_cell_inside_hypertonic_solution_29(X) = fn_water_93(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_bacterial_cell_inside_hypertonic_solution_30(X) = fn_water_94(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_bacterial_cell_inside_hypertonic_solution_35(X) = fn_water_96(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_bacterial_cell_inside_hypertonic_solution_24(X) = fn_water_101(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_bacterial_cell_inside_hypertonic_solution_32(X) = fn_water_87(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_bacterial_cell_inside_hypertonic_solution_47(X) = fn_plasma_membrane_54(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_bacterial_cell_inside_hypertonic_solution_79(X) = fn_biomembrane_63(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_bacterial_cell_inside_hypertonic_solution_75(X) = fn_plasma_membrane_54(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_bacterial_cell_inside_hypertonic_solution_78(X) = fn_plasma_membrane_34(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_bacterial_cell_inside_hypertonic_solution_79(X) = fn_plasma_membrane_71(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_bacterial_cell_inside_hypertonic_solution_73(X) = fn_plasma_membrane_66(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_bacterial_cell_inside_hypertonic_solution_63(X) = fn_plasma_membrane_74(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_bacterial_cell_inside_hypertonic_solution_49(X) = fn_biomembrane_41(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_bacterial_cell_inside_hypertonic_solution_48(X) = fn_plasma_membrane_6(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_bacterial_cell_inside_hypertonic_solution_75(X) = fn_plasma_membrane_4(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_bacterial_cell_inside_hypertonic_solution_75(X) = fn_plasma_membrane_3(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_bacterial_cell_inside_hypertonic_solution_75(X) = fn_plasma_membrane_55(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_bacterial_cell_inside_hypertonic_solution_49(X) = fn_plasma_membrane_65(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_bacterial_cell_inside_hypertonic_solution_47(X) = fn_plasma_membrane_68(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_cell_4(X) = fn_plasmolysis_16(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_plasmolysis_16(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_cell_4(X)
& fn_cell_4(X) = fn_passive_transport_29(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_walled_cell_inside_hypertonic_solution_30(X) = fn_passive_transport_29(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_passive_transport_29(fn_bacterial_cell_inside_hypertonic_solution_64(X)) = fn_walled_cell_inside_hypertonic_solution_30(X)
& fn_walled_cell_inside_hypertonic_solution_30(X) = fn_decrease_3(fn_bacterial_cell_inside_hypertonic_solution_57(X))
& fn_walled_cell_inside_hypertonic_solution_16(X) = fn_decrease_3(fn_bacterial_cell_inside_hypertonic_solution_57(X))
& fn_decrease_3(fn_bacterial_cell_inside_hypertonic_solution_57(X)) = fn_walled_cell_inside_hypertonic_solution_16(X)
& fn_walled_cell_inside_hypertonic_solution_16(X) = fn_walled_cell_inside_hypertonic_solution_16(X)
& fn_walled_cell_inside_hypertonic_solution_16(X) = fn_bacterium_12(X)
& fn_walled_cell_inside_hypertonic_solution_35(X) = fn_bacterium_12(X)
& fn_bacterium_12(X) = fn_walled_cell_inside_hypertonic_solution_35(X)
& fn_walled_cell_inside_hypertonic_solution_35(X) = fn_walled_cell_inside_hypertonic_solution_35(X)
& fn_walled_cell_inside_hypertonic_solution_35(X) = fn_plasmolysis_6(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_walled_cell_inside_hypertonic_solution_29(X) = fn_walled_cell_inside_hypertonic_solution_29(X)
& fn_walled_cell_inside_hypertonic_solution_29(X) = fn_plasmolysis_6(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_plasmolysis_6(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_walled_cell_inside_hypertonic_solution_29(X)
& fn_walled_cell_inside_hypertonic_solution_29(X) = fn_walled_cell_inside_hypertonic_solution_10(X)
& fn_walled_cell_inside_hypertonic_solution_10(X) = fn_walled_cell_inside_hypertonic_solution_10(X)
& fn_walled_cell_inside_hypertonic_solution_10(X) = fn_plasmolysis_25(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_plasmolysis_25(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_walled_cell_inside_hypertonic_solution_10(X)
& fn_walled_cell_inside_hypertonic_solution_10(X) = fn_metabolism_1(fn_bacterial_cell_inside_hypertonic_solution_71(X))
& fn_metabolism_1(fn_bacterial_cell_inside_hypertonic_solution_71(X)) = fn_cellular_work_2(fn_bacterial_cell_inside_hypertonic_solution_62(X))
& fn_cellular_work_2(fn_bacterial_cell_inside_hypertonic_solution_62(X)) = fn_cellular_work_2(fn_bacterial_cell_inside_hypertonic_solution_62(X))
& fn_cellular_work_2(fn_bacterial_cell_inside_hypertonic_solution_62(X)) = fn_plasmolysis_5(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_plasmolysis_5(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_passive_transport_1(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_passive_transport_1(fn_bacterial_cell_inside_hypertonic_solution_64(X)) = fn_plasmolysis_5(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_plasmolysis_5(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_plasmolysis_5(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_plasmolysis_5(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_passive_transport_1(fn_bacterial_cell_inside_hypertonic_solution_55(X))
& fn_passive_transport_1(fn_bacterial_cell_inside_hypertonic_solution_55(X)) = fn_walled_cell_inside_hypertonic_solution_11(X)
& fn_walled_cell_inside_hypertonic_solution_11(X) = fn_walled_cell_inside_hypertonic_solution_11(X)
& fn_walled_cell_inside_hypertonic_solution_11(X) = fn_hypotonic_solution_4(fn_bacterial_cell_inside_hypertonic_solution_65(X))
& fn_hypotonic_solution_4(fn_bacterial_cell_inside_hypertonic_solution_65(X)) = fn_hypotonic_solution_4(fn_bacterial_cell_inside_hypertonic_solution_65(X))
& fn_hypotonic_solution_4(fn_bacterial_cell_inside_hypertonic_solution_65(X)) = fn_plasma_membrane_70(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_70(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_plasma_membrane_77(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasmolysis_19(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_plasma_membrane_77(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_77(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_plasmolysis_19(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_plasmolysis_19(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_plasmolysis_19(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_walled_cell_inside_hypertonic_solution_17(X) = fn_plasmolysis_19(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_plasmolysis_19(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_walled_cell_inside_hypertonic_solution_17(X)
& fn_walled_cell_inside_hypertonic_solution_17(X) = fn_walled_cell_inside_hypertonic_solution_17(X)
& fn_walled_cell_inside_hypertonic_solution_17(X) = fn_passive_transport_of_water_2(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_passive_transport_of_water_2(fn_bacterial_cell_inside_hypertonic_solution_64(X)) = fn_passive_transport_of_water_2(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_passive_transport_of_water_2(fn_bacterial_cell_inside_hypertonic_solution_64(X)) = fn_hypotonic_solution_2(fn_bacterial_cell_inside_hypertonic_solution_65(X))
& fn_hypotonic_solution_2(fn_bacterial_cell_inside_hypertonic_solution_65(X)) = fn_hypotonic_solution_2(fn_bacterial_cell_inside_hypertonic_solution_65(X))
& fn_hypotonic_solution_2(fn_bacterial_cell_inside_hypertonic_solution_65(X)) = fn_detach_1(fn_bacterial_cell_inside_hypertonic_solution_84(X))
& fn_detach_1(fn_bacterial_cell_inside_hypertonic_solution_84(X)) = fn_active_transport_19(fn_bacterial_cell_inside_hypertonic_solution_62(X))
& fn_active_transport_19(fn_bacterial_cell_inside_hypertonic_solution_62(X)) = fn_active_transport_19(fn_bacterial_cell_inside_hypertonic_solution_62(X))
& fn_active_transport_19(fn_bacterial_cell_inside_hypertonic_solution_62(X)) = fn_move_1(fn_bacterial_cell_inside_hypertonic_solution_83(X))
& fn_move_1(fn_bacterial_cell_inside_hypertonic_solution_83(X)) = fn_bacterium_3(X)
& fn_bacterium_3(X) = fn_passive_transport_26(fn_bacterial_cell_inside_hypertonic_solution_55(X))
& fn_passive_transport_26(fn_bacterial_cell_inside_hypertonic_solution_55(X)) = fn_passive_transport_26(fn_bacterial_cell_inside_hypertonic_solution_55(X))
& fn_passive_transport_26(fn_bacterial_cell_inside_hypertonic_solution_55(X)) = fn_passive_transport_of_water_3(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_passive_transport_of_water_3(fn_bacterial_cell_inside_hypertonic_solution_64(X)) = fn_plasmolysis_8(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_walled_cell_inside_hypertonic_solution_20(X) = fn_walled_cell_inside_hypertonic_solution_20(X)
& fn_plasmolysis_8(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_walled_cell_inside_hypertonic_solution_20(X)
& fn_walled_cell_inside_hypertonic_solution_20(X) = fn_plasmolysis_8(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_plasmolysis_8(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_plasmolysis_8(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_plasmolysis_8(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_prokaryote_12(X)
& fn_bacterium_16(X) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_bacterium_16(X)
& fn_bacterium_16(X) = fn_bacterium_16(X)
& fn_walled_cell_inside_hypertonic_solution_34(X) = fn_bacterium_16(X)
& fn_bacterium_16(X) = fn_walled_cell_inside_hypertonic_solution_34(X)
& fn_walled_cell_inside_hypertonic_solution_34(X) = fn_walled_cell_inside_hypertonic_solution_34(X)
& fn_walled_cell_inside_hypertonic_solution_34(X) = fn_cytoplasmic_side_1(fn_bacterial_cell_inside_hypertonic_solution_73(X))
& fn_cytoplasmic_side_1(fn_bacterial_cell_inside_hypertonic_solution_73(X)) = fn_passive_transport_of_solute_3(fn_bacterial_cell_inside_hypertonic_solution_61(X))
& fn_passive_transport_of_solute_3(fn_bacterial_cell_inside_hypertonic_solution_61(X)) = fn_plasmolysis_28(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_passive_transport_26(fn_bacterial_cell_inside_hypertonic_solution_64(X)) = fn_plasmolysis_28(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_plasmolysis_28(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_plasmolysis_28(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_plasmolysis_28(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_passive_transport_26(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_passive_transport_26(fn_bacterial_cell_inside_hypertonic_solution_64(X)) = fn_walled_cell_inside_hypertonic_solution_31(X)
& fn_walled_cell_inside_hypertonic_solution_31(X) = fn_walled_cell_inside_hypertonic_solution_31(X)
& fn_walled_cell_inside_hypertonic_solution_31(X) = fn_passive_transport_of_water_3(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_passive_transport_of_water_3(fn_bacterial_cell_inside_hypertonic_solution_64(X)) = fn_passive_transport_of_water_3(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_passive_transport_of_water_3(fn_bacterial_cell_inside_hypertonic_solution_64(X)) = fn_diffusion_of_anion_across_plasma_membrane_35(fn_bacterial_cell_inside_hypertonic_solution_55(X))
& fn_diffusion_of_anion_across_plasma_membrane_35(fn_bacterial_cell_inside_hypertonic_solution_55(X)) = fn_passive_transport_20(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_passive_transport_20(fn_bacterial_cell_inside_hypertonic_solution_64(X)) = fn_diffusion_of_anion_across_plasma_membrane_20(fn_bacterial_cell_inside_hypertonic_solution_55(X))
& fn_diffusion_of_anion_across_plasma_membrane_20(fn_bacterial_cell_inside_hypertonic_solution_55(X)) = fn_diffusion_of_anion_across_plasma_membrane_20(fn_bacterial_cell_inside_hypertonic_solution_55(X))
& fn_diffusion_of_anion_across_plasma_membrane_20(fn_bacterial_cell_inside_hypertonic_solution_55(X)) = fn_plasma_membrane_52(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_52(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_bacterium_8(X)
& fn_bacterium_8(X) = fn_plasma_membrane_55(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_55(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_active_transport_22(fn_bacterial_cell_inside_hypertonic_solution_62(X))
& fn_active_transport_22(fn_bacterial_cell_inside_hypertonic_solution_62(X)) = fn_biomembrane_52(fn_bacterial_cell_inside_hypertonic_solution_85(X))
& fn_biomembrane_52(fn_bacterial_cell_inside_hypertonic_solution_85(X)) = fn_biomembrane_52(fn_bacterial_cell_inside_hypertonic_solution_85(X))
& fn_biomembrane_52(fn_bacterial_cell_inside_hypertonic_solution_85(X)) = fn_passive_transport_23(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_walled_cell_inside_hypertonic_solution_32(X) = fn_passive_transport_23(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_passive_transport_23(fn_bacterial_cell_inside_hypertonic_solution_64(X)) = fn_walled_cell_inside_hypertonic_solution_32(X)
& fn_walled_cell_inside_hypertonic_solution_32(X) = fn_walled_cell_inside_hypertonic_solution_32(X)
& fn_walled_cell_inside_hypertonic_solution_32(X) = fn_walled_cell_inside_hypertonic_solution_21(X)
& fn_walled_cell_inside_hypertonic_solution_21(X) = fn_cell_29(fn_bacterial_cell_inside_hypertonic_solution_93(X))
& fn_cell_29(fn_bacterial_cell_inside_hypertonic_solution_93(X)) = fn_cell_29(fn_bacterial_cell_inside_hypertonic_solution_93(X))
& fn_cell_29(fn_bacterial_cell_inside_hypertonic_solution_93(X)) = fn_plasmolysis_22(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_walled_cell_inside_hypertonic_solution_24(X) = fn_plasmolysis_22(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_plasmolysis_22(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_walled_cell_inside_hypertonic_solution_24(X)
& fn_walled_cell_inside_hypertonic_solution_24(X) = fn_walled_cell_inside_hypertonic_solution_18(X)
& fn_walled_cell_inside_hypertonic_solution_18(X) = fn_plasmolysis_27(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_plasmolysis_27(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_plasmolysis_27(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_plasmolysis_27(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_walled_cell_inside_hypertonic_solution_18(X)
& fn_walled_cell_inside_hypertonic_solution_18(X) = fn_walled_cell_inside_hypertonic_solution_18(X)
& fn_walled_cell_inside_hypertonic_solution_18(X) = fn_passive_transport_of_water_1(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_passive_transport_of_water_1(fn_bacterial_cell_inside_hypertonic_solution_64(X)) = fn_passive_transport_of_water_1(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_passive_transport_of_water_1(fn_bacterial_cell_inside_hypertonic_solution_64(X)) = fn_passive_transport_14(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_walled_cell_inside_hypertonic_solution_40(X) = fn_passive_transport_14(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_passive_transport_14(fn_bacterial_cell_inside_hypertonic_solution_64(X)) = fn_walled_cell_inside_hypertonic_solution_40(X)
& fn_walled_cell_inside_hypertonic_solution_40(X) = fn_walled_cell_inside_hypertonic_solution_40(X)
& fn_walled_cell_inside_hypertonic_solution_40(X) = fn_move_1(fn_bacterial_cell_inside_hypertonic_solution_63(X))
& fn_move_1(fn_bacterial_cell_inside_hypertonic_solution_63(X)) = fn_move_1(fn_bacterial_cell_inside_hypertonic_solution_63(X))
& fn_move_1(fn_bacterial_cell_inside_hypertonic_solution_63(X)) = fn_water_98(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_water_98(fn_bacterial_cell_inside_hypertonic_solution_37(X)) = fn_plasmolysis_23(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_plasmolysis_23(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_aqueous_solution_14(fn_bacterial_cell_inside_hypertonic_solution_65(X))
& fn_hypotonic_solution_3(fn_bacterial_cell_inside_hypertonic_solution_65(X)) = fn_hypotonic_solution_3(fn_bacterial_cell_inside_hypertonic_solution_65(X))
& fn_hypotonic_solution_3(fn_bacterial_cell_inside_hypertonic_solution_65(X)) = fn_aqueous_solution_14(fn_bacterial_cell_inside_hypertonic_solution_65(X))
& fn_aqueous_solution_14(fn_bacterial_cell_inside_hypertonic_solution_65(X)) = fn_hypotonic_solution_3(fn_bacterial_cell_inside_hypertonic_solution_65(X))
& fn_hypotonic_solution_3(fn_bacterial_cell_inside_hypertonic_solution_65(X)) = fn_water_83(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_water_83(fn_bacterial_cell_inside_hypertonic_solution_37(X)) = fn_water_83(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_water_83(fn_bacterial_cell_inside_hypertonic_solution_37(X)) = fn_water_98(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_water_98(fn_bacterial_cell_inside_hypertonic_solution_37(X)) = fn_water_98(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_water_98(fn_bacterial_cell_inside_hypertonic_solution_37(X)) = fn_water_83(fn_bacterial_cell_inside_hypertonic_solution_37(X))
& fn_water_83(fn_bacterial_cell_inside_hypertonic_solution_37(X)) = fn_plasmolysis_10(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_plasmolysis_10(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_cell_26(X)
& fn_cell_26(X) = fn_cell_26(X)
& fn_cell_26(X) = fn_biomembrane_63(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_71(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_biomembrane_63(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_biomembrane_63(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_plasma_membrane_71(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_71(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_plasma_membrane_71(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_71(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_bacterium_1(X)
& fn_bacterium_1(X) = fn_plasma_membrane_66(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_66(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_osmosis_21(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_osmosis_21(fn_bacterial_cell_inside_hypertonic_solution_64(X)) = fn_plasmolysis_24(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_plasmolysis_24(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_plasmolysis_24(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_plasmolysis_24(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_plasma_membrane_74(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_74(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_plasma_membrane_74(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_74(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_passive_transport_25(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_passive_transport_25(fn_bacterial_cell_inside_hypertonic_solution_64(X)) = fn_plasmolysis_7(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_plasmolysis_7(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_passive_transport_25(fn_bacterial_cell_inside_hypertonic_solution_64(X))
& fn_passive_transport_25(fn_bacterial_cell_inside_hypertonic_solution_64(X)) = fn_bacterium_15(X)
& fn_bacterium_15(X) = fn_plasmolysis_7(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_plasmolysis_7(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_plasmolysis_7(fn_bacterial_cell_inside_hypertonic_solution_92(X))
& fn_plasmolysis_7(fn_bacterial_cell_inside_hypertonic_solution_92(X)) = fn_bacterium_15(X)
& fn_bacterium_15(X) = fn_bacterium_15(X)
& fn_walled_cell_inside_hypertonic_solution_33(X) = fn_bacterium_15(X)
& fn_bacterium_15(X) = fn_walled_cell_inside_hypertonic_solution_33(X)
& fn_walled_cell_inside_hypertonic_solution_33(X) = fn_walled_cell_inside_hypertonic_solution_33(X)
& fn_walled_cell_inside_hypertonic_solution_33(X) = fn_diffusion_of_anion_across_plasma_membrane_28(fn_bacterial_cell_inside_hypertonic_solution_55(X))
& fn_diffusion_of_anion_across_plasma_membrane_28(fn_bacterial_cell_inside_hypertonic_solution_55(X)) = fn_diffusion_of_anion_across_plasma_membrane_28(fn_bacterial_cell_inside_hypertonic_solution_55(X))
& fn_diffusion_of_anion_across_plasma_membrane_28(fn_bacterial_cell_inside_hypertonic_solution_55(X)) = fn_plasma_membrane_65(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_65(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_biomembrane_41(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_biomembrane_41(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_plasma_membrane_65(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_65(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_plasma_membrane_65(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_65(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_attach_1(fn_bacterial_cell_inside_hypertonic_solution_40(X))
& fn_attach_1(fn_bacterial_cell_inside_hypertonic_solution_40(X)) = fn_plasma_membrane_4(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_4(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_plasma_membrane_4(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_4(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_plasma_membrane_3(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_54(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_plasma_membrane_3(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_3(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_plasma_membrane_54(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_54(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_plasma_membrane_54(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_54(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_plasma_membrane_55(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_55(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_plasma_membrane_55(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_55(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_plasma_membrane_54(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_68(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_plasma_membrane_54(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_54(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_plasma_membrane_68(fn_bacterial_cell_inside_hypertonic_solution_67(X))
& fn_plasma_membrane_68(fn_bacterial_cell_inside_hypertonic_solution_67(X)) = fn_plasma_membrane_68(fn_bacterial_cell_inside_hypertonic_solution_67(X)) ) ) ).
fof(a527699,axiom,
! [X] :
( bacterial_disease_1(X)
=> ( original_name_2(X,'Bacterial-Disease')
& user_description_2(X,'Abnormal condition in an organism, caused by infection with bacteria.')
& concept2words_2(X,'bacterial disease')
& concept2words_2(X,'bacterial-disease')
& infectious_disease_1(X) ) ) ).
fof(a527700,axiom,
! [X,X1] :
( ( agent_2(X,X1)
& bacterium_1(X1)
& infection_1(X) )
=> ( bacterial_infection_1(X)
& fn_bacterial_infection_2(X) = X1 ) ) ).
fof(a527701,axiom,
! [X] :
( bacterial_infection_1(X)
=> ( original_name_2(X,'Bacterial-Infection')
& user_description_2(X,'Harmful colonization of an organism by pathogenic prokaryotes.')
& concept2words_2(X,'infection caused by bacteria')
& concept2words_2(X,infect)
& concept2words_2(X,'bacterial infection')
& concept2words_2(X,'bacterial-infection')
& infection_1(X)
& bacterium_1(fn_bacterial_infection_2(X))
& organism_1(fn_bacterial_infection_3(X))
& base_2(X,fn_bacterial_infection_3(X))
& agent_2(X,fn_bacterial_infection_2(X)) ) ) ).
fof(a527702,axiom,
! [X] :
( bacterial_infection_in_human_1(X)
=> ( original_name_2(X,'Bacterial-Infection-In-Human')
& user_description_2(X,'Bacterial infection in a human.')
& concept2words_2(X,'human bacterial infection')
& concept2words_2(X,infect)
& concept2words_2(X,'bacterial infection in human')
& concept2words_2(X,'bacterial-infection-in-human')
& bacterial_infection_1(X)
& ~ human_genetic_order_1(X)
& person_1(fn_bacterial_infection_in_human_1(X))
& base_2(X,fn_bacterial_infection_in_human_1(X))
& fn_bacterial_infection_in_human_1(X) = fn_bacterial_infection_3(X) ) ) ).
fof(a527703,axiom,
! [X] :
( bacteriorhodopsin_1(X)
=> ( original_name_2(X,'Bacteriorhodopsin')
& user_description_2(X,'A purple-colored photosynthetic pigment that is most efficient at absorbing green light, embedded in the plasma membrane of some prokaryotes.')
& concept2words_2(X,bacteriorhodopsin)
& pigment_1(X) ) ) ).
fof(a527704,axiom,
! [X] :
( bacterium_1(X)
=> ( original_name_2(X,'Bacterium')
& description_2(X,'Member of one of the two classes of prokaryotes, the other group being the archaea.')
& user_description_2(X,'Bacterium is a prokaryotic organism.')
& concept2words_2(X,bacteria)
& concept2words_2(X,'bacterial cell')
& concept2words_2(X,bacterium)
& prokaryote_1(X)
& surface_1(fn_bacterium_1(X))
& cytoplasmic_side_1(fn_bacterium_1(X))
& facilitated_diffusion_of_polar_molecule_1(fn_bacterium_2(X))
& membrane_potential_1(fn_bacterium_3(X))
& tangible_entity_1(fn_bacterium_4(X))
& membrane_protein_1(fn_bacterium_4(X))
& protein_1(fn_bacterium_4(X))
& spatial_entity_1(fn_bacterium_4(X))
& polymer_1(fn_bacterium_4(X))
& tangible_entity_1(fn_bacterium_5(X))
& phospholipid_bilayer_1(fn_bacterium_5(X))
& tangible_entity_1(fn_bacterium_6(X))
& membrane_protein_1(fn_bacterium_6(X))
& protein_1(fn_bacterium_6(X))
& glycoprotein_1(fn_bacterium_7(X))
& spatial_entity_1(fn_bacterium_8(X))
& tangible_entity_1(fn_bacterium_8(X))
& transmembrane_protein_1(fn_bacterium_8(X))
& integral_protein_1(fn_bacterium_8(X))
& transport_protein_1(fn_bacterium_8(X))
& hydrophobic_core_1(fn_bacterium_9(X))
& outside_face_1(fn_bacterium_10(X))
& extracellular_side_1(fn_bacterium_10(X))
& attach_1(fn_bacterium_11(X))
& cell_wall_1(fn_bacterium_12(X))
& genome_1(fn_bacterium_13(X))
& genotype_1(fn_bacterium_13(X))
& ribosome_1(fn_bacterium_14(X))
& prokaryotic_ribosome_1(fn_bacterium_14(X))
& spatial_entity_1(fn_bacterium_15(X))
& biomembrane_1(fn_bacterium_15(X))
& plasma_membrane_1(fn_bacterium_15(X))
& mixture_1(fn_bacterium_16(X))
& cytoplasm_1(fn_bacterium_16(X))
& gradient_1(fn_passive_transport_26(fn_bacterium_2(X)))
& concentration_gradient_1(fn_passive_transport_26(fn_bacterium_2(X)))
& prokaryote_1(fn_prokaryotic_ribosome_1(fn_bacterium_14(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_bacterium_15(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_bacterium_15(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_bacterium_15(X)))
& protein_1(fn_plasma_membrane_68(fn_bacterium_15(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_bacterium_15(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_bacterium_15(X)))
& protein_1(fn_plasma_membrane_54(fn_bacterium_15(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_bacterium_15(X)))
& polymer_1(fn_plasma_membrane_54(fn_bacterium_15(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_bacterium_15(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_bacterium_15(X)))
& outside_face_1(fn_biomembrane_41(fn_bacterium_15(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_bacterium_15(X)))
& tangible_entity_1(fn_biomembrane_63(fn_bacterium_15(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_bacterium_15(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_bacterium_15(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_bacterium_15(X)))
& spatial_entity_1(fn_attach_1(fn_bacterium_11(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_bacterium_15(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_bacterium_15(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_bacterium_15(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_bacterium_15(X)))
& spatial_entity_1(fn_attach_2(fn_bacterium_11(X)))
& is_across_2(fn_bacterium_3(X),fn_bacterium_15(X))
& called_2(fn_bacterium_4(X),'MP1')
& fn_bacterium_6(X) != fn_bacterium_8(X)
& called_2(fn_bacterium_6(X),'MP2')
& fn_bacterium_8(X) != fn_bacterium_6(X)
& object_2(fn_bacterium_11(X),fn_bacterium_8(X))
& base_2(fn_bacterium_11(X),fn_bacterium_15(X))
& base_2(fn_bacterium_2(X),fn_bacterium_3(X))
& has_part_2(X,fn_bacterium_13(X))
& is_facing_2(fn_bacterium_1(X),fn_bacterium_16(X))
& is_oriented_toward_2(fn_bacterium_1(X),fn_bacterium_16(X))
& has_part_2(X,fn_bacterium_16(X))
& is_inside_2(fn_bacterium_16(X),fn_bacterium_15(X))
& is_inside_2(fn_bacterium_15(X),fn_bacterium_12(X))
& has_part_2(X,fn_bacterium_12(X))
& has_part_2(X,fn_bacterium_15(X))
& called_2(fn_bacterium_6(X),'MP1')
& has_region_2(fn_bacterium_8(X),fn_bacterium_10(X))
& called_2(fn_bacterium_4(X),'MP2')
& has_part_2(fn_bacterium_15(X),fn_bacterium_6(X))
& has_part_2(fn_bacterium_15(X),fn_bacterium_7(X))
& has_part_2(fn_bacterium_15(X),fn_bacterium_4(X))
& has_part_2(fn_bacterium_15(X),fn_bacterium_5(X))
& is_inside_2(fn_bacterium_7(X),fn_bacterium_5(X))
& fn_bacterium_6(X) != fn_bacterium_4(X)
& fn_bacterium_4(X) != fn_bacterium_6(X)
& has_part_2(fn_bacterium_15(X),fn_bacterium_8(X))
& is_across_2(fn_bacterium_8(X),fn_bacterium_15(X))
& has_region_2(fn_bacterium_15(X),fn_bacterium_10(X))
& is_outside_2(fn_bacterium_10(X),fn_bacterium_15(X))
& has_region_2(fn_bacterium_15(X),fn_bacterium_1(X))
& has_region_2(fn_bacterium_15(X),fn_bacterium_9(X))
& is_across_2(fn_bacterium_8(X),fn_bacterium_9(X))
& is_inside_2(fn_bacterium_8(X),fn_bacterium_5(X))
& fn_bacterium_4(X) != fn_bacterium_8(X)
& fn_bacterium_8(X) != fn_bacterium_4(X)
& fn_bacterium_8(X) = fn_attach_1(fn_bacterium_11(X))
& fn_bacterium_15(X) = fn_attach_2(fn_bacterium_11(X))
& fn_bacterium_3(X) = fn_passive_transport_26(fn_bacterium_2(X))
& fn_bacterium_14(X) = fn_prokaryote_8(X)
& X = fn_prokaryotic_ribosome_1(fn_bacterium_14(X))
& fn_bacterium_13(X) = fn_cell_24(X)
& fn_bacterium_13(X) = fn_organism_3(X)
& fn_bacterium_1(X) = fn_prokaryote_16(X)
& fn_bacterium_12(X) = fn_prokaryote_14(X)
& fn_bacterium_15(X) = fn_prokaryote_13(X)
& fn_bacterium_16(X) = fn_cell_28(X)
& fn_bacterium_16(X) = fn_prokaryote_12(X)
& fn_bacterium_7(X) = fn_plasma_membrane_34(fn_bacterium_15(X))
& fn_bacterium_5(X) = fn_biomembrane_63(fn_bacterium_15(X))
& fn_bacterium_6(X) = fn_plasma_membrane_68(fn_bacterium_15(X))
& fn_bacterium_1(X) = fn_plasma_membrane_66(fn_bacterium_15(X))
& fn_bacterium_10(X) = fn_biomembrane_41(fn_bacterium_15(X))
& fn_bacterium_10(X) = fn_plasma_membrane_65(fn_bacterium_15(X))
& fn_bacterium_5(X) = fn_plasma_membrane_71(fn_bacterium_15(X))
& fn_bacterium_4(X) = fn_plasma_membrane_54(fn_bacterium_15(X))
& fn_bacterium_8(X) = fn_plasma_membrane_55(fn_bacterium_15(X))
& fn_bacterium_9(X) = fn_plasma_membrane_6(fn_bacterium_15(X))
& fn_cell_24(X) = fn_organism_3(X)
& fn_organism_3(X) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_cell_28(X)
& fn_cell_28(X) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_prokaryote_16(X)
& fn_prokaryote_16(X) = fn_prokaryote_16(X)
& fn_prokaryote_16(X) = fn_plasma_membrane_66(fn_bacterium_15(X))
& fn_plasma_membrane_66(fn_bacterium_15(X)) = fn_plasma_membrane_65(fn_bacterium_15(X))
& fn_plasma_membrane_65(fn_bacterium_15(X)) = fn_plasma_membrane_65(fn_bacterium_15(X))
& fn_plasma_membrane_65(fn_bacterium_15(X)) = fn_biomembrane_41(fn_bacterium_15(X))
& fn_biomembrane_41(fn_bacterium_15(X)) = fn_plasma_membrane_65(fn_bacterium_15(X))
& fn_plasma_membrane_65(fn_bacterium_15(X)) = fn_plasma_membrane_71(fn_bacterium_15(X))
& fn_plasma_membrane_71(fn_bacterium_15(X)) = fn_biomembrane_63(fn_bacterium_15(X))
& fn_biomembrane_63(fn_bacterium_15(X)) = fn_plasma_membrane_71(fn_bacterium_15(X))
& fn_plasma_membrane_71(fn_bacterium_15(X)) = fn_plasma_membrane_71(fn_bacterium_15(X))
& fn_plasma_membrane_71(fn_bacterium_15(X)) = fn_attach_1(fn_bacterium_11(X))
& fn_attach_1(fn_bacterium_11(X)) = fn_plasma_membrane_55(fn_bacterium_15(X))
& fn_plasma_membrane_55(fn_bacterium_15(X)) = fn_plasma_membrane_55(fn_bacterium_15(X))
& fn_plasma_membrane_55(fn_bacterium_15(X)) = fn_attach_2(fn_bacterium_11(X))
& fn_attach_2(fn_bacterium_11(X)) = fn_prokaryote_13(X)
& fn_prokaryote_13(X) = fn_prokaryote_13(X) ) ) ).
fof(a527705,axiom,
! [X] :
( bacteroid_1(X)
=> ( original_name_2(X,'Bacteroid')
& user_description_2(X,'An irregularly-shaped form of the bacterium Rhizobium found in the root nodules of legumes.')
& concept2words_2(X,bacteroid)
& rhizobacterium_1(X) ) ) ).
fof(a527706,axiom,
! [X] :
( baculum_1(X)
=> ( original_name_2(X,'Baculum')
& user_description_2(X,'A bone in the penis of most mammals; aids in copulation by maintaining stiffness of the penis.')
& concept2words_2(X,baculum)
& reproductive_organ_1(X) ) ) ).
fof(a527707,axiom,
! [X] :
( bag_1(X)
=> ( original_name_2(X,'Bag')
& thing_1(X) ) ) ).
fof(a527708,axiom,
! [X] :
( balance_equation_1(X)
=> ( original_name_2(X,'Balance-Equation')
& description_2(X,'a method to balance equations stoichiometrically')
& concept2words_2(X,'equation of balance')
& concept2words_2(X,'balance equation')
& concept2words_2(X,'balance-equation')
& method_1(X) ) ) ).
fof(a527709,axiom,
! [X] :
( balanced_polymorphism_1(X)
=> ( original_name_2(X,'Balanced-Polymorphism')
& user_description_2(X,'The ability of natural selection to maintain a stable proportion of two or more phenotypes in a population.')
& concept2words_2(X,'balanced polymorphism')
& concept2words_2(X,'balanced-polymorphism')
& state_1(X) ) ) ).
fof(a527710,axiom,
! [X] :
( balancing_selection_1(X)
=> ( original_name_2(X,'Balancing-Selection')
& user_description_2(X,'Natural selection that acts against the mean value of a phenotype and thus maintains two or more phenotypes in a population.')
& concept2words_2(X,'selection of balancing')
& concept2words_2(X,'balancing selection')
& concept2words_2(X,'balancing-selection')
& selection_force_1(X)
& ~ directional_selection_1(X)
& ~ disruptive_selection_1(X) ) ) ).
fof(a527711,axiom,
! [X] :
( baleen_1(X)
=> ( original_name_2(X,'Baleen')
& user_description_2(X,'Comb-like plates on the upper jaws of some whales which strain food (small invertebrates and fish) from the water when the whale feeds.')
& concept2words_2(X,baleen)
& animal_structure_1(X) ) ) ).
fof(a527712,axiom,
! [X] :
( ball_and_socket_joint_1(X)
=> ( original_name_2(X,'Ball-And-Socket-Joint')
& user_description_2(X,'A skeletal joint consisting of a ball that rotates within the socket of another bone, allowing the limb to move freely in all directions.')
& concept2words_2(X,'ball and socket joint')
& concept2words_2(X,'ball-and-socket-joint')
& joint_1(X)
& ~ hinge_joint_1(X)
& ~ pivot_joint_1(X) ) ) ).
fof(a527713,axiom,
! [X] :
( band_pattern_1(X)
=> ( original_name_2(X,'Band-Pattern')
& user_description_2(X,'A parttern of bands formed in agarose gel during electrophoresis. Each band contains a specific group of DNA fragments common for polaroty, size, and/or wieght.')
& concept2words_2(X,'pattern of band')
& concept2words_2(X,'band pattern')
& concept2words_2(X,'band-pattern')
& relative_relationship_1(X)
& ~ map_unit_1(X)
& ~ tangible_entity_1(X)
& ~ region_1(X)
& ~ chiasma_1(X)
& ~ distance_between_genes_1(X)
& ~ nicks_in_damaged_dna_1(X)
& ~ replication_fork_1(X)
& ~ thermodynamic_system_1(X)
& ~ waste_product_1(X)
& dna_piece_1(fn_band_pattern_1(X))
& restriction_fragment_analysis_1(fn_band_pattern_2(X))
& detect_1(fn_band_pattern_3(X))
& gel_electrophoresis_1(fn_band_pattern_4(X))
& band_pattern_1(fn_gel_electrophoresis_1(fn_band_pattern_4(X)))
& minCardinality(fn_band_pattern_3(X),object_0,"2",dna_piece_0)
& object_2(fn_band_pattern_3(X),fn_band_pattern_1(X))
& instrument_2(fn_band_pattern_3(X),X)
& result_2(fn_band_pattern_2(X),X)
& result_2(fn_band_pattern_4(X),X)
& X = fn_gel_electrophoresis_1(fn_band_pattern_4(X)) ) ) ).
fof(a527714,axiom,
! [X] :
( bandicoot_1(X)
=> ( original_name_2(X,'Bandicoot')
& user_description_2(X,'An small to medium-sized omnivorous Australian marsupial.')
& concept2words_2(X,bandicoot)
& marsupial_1(X)
& ~ kangaroo_1(X) ) ) ).
fof(a527715,axiom,
! [X] :
( barbiturate_1(X)
=> ( original_name_2(X,'Barbiturate')
& user_description_2(X,'Organic compound having powerful soporific effect. An overdose of this drug can be fatal.')
& concept2words_2(X,barbiturate)
& drug_1(X)
& ~ chemotherapeutic_drug_1(X) ) ) ).
fof(a527716,axiom,
! [X] :
( barium_1(X)
=> ( original_name_2(X,'Barium')
& user_description_2(X,'Barium is a metal atom with atomic number 56. It is represented by the symbol Ba.')
& concept2words_2(X,'Ba')
& concept2words_2(X,barium)
& metal_atom_1(X)
& ~ cesium_1(X)
& ~ indium_1(X)
& ~ sodium_1(X)
& ~ lead_1(X)
& ~ polonium_1(X)
& electronegativity_value_1(fn_barium_1(X))
& valence_value_1(fn_barium_2(X))
& atomic_mass_value_1(fn_barium_3(X))
& neutron_1(fn_barium_4(X))
& valence_electron_1(fn_barium_10(X))
& atomic_weight_value_1(fn_barium_11(X))
& quantity_value_1(fn_barium_12(X))
& ba_plus_2_1(fn_barium_13(X))
& atomic_number_value_1(fn_barium_14(X))
& barium_1(fn_ba_plus_2_1(fn_barium_13(X)))
& the_cardinal_value_2(fn_barium_14(X),"56")
& cardinal_unit_class_2(fn_barium_14(X),unity_0)
& electronegativity_2(X,fn_barium_1(X))
& valence_2(X,fn_barium_2(X))
& mass_number_2(X,fn_barium_3(X))
& exactCardinality(X,has_part_0,"81",neutron_0)
& exactCardinality(X,has_part_0,"56",proton_0)
& exactCardinality(X,has_part_0,"56",electron_0)
& has_part_2(X,fn_barium_4(X))
& the_cardinal_value_2(fn_barium_12(X),"2")
& cardinal_unit_class_2(fn_barium_12(X),unity_0)
& the_cardinal_value_2(fn_barium_1(X),"0.89")
& cardinal_unit_class_2(fn_barium_1(X),unity_0)
& the_cardinal_value_2(fn_barium_2(X),"2")
& cardinal_unit_class_2(fn_barium_2(X),unity_0)
& the_cardinal_value_2(fn_barium_3(X),"137")
& cardinal_unit_class_2(fn_barium_3(X),unity_0)
& the_cardinal_value_2(fn_barium_11(X),"137.3")
& cardinal_unit_class_2(fn_barium_11(X),dalton_0)
& has_ion_2(X,fn_barium_13(X))
& atomic_number_2(X,fn_barium_14(X))
& atomic_weight_2(X,fn_barium_11(X))
& has_part_2(X,fn_barium_10(X))
& quantity_2(fn_barium_10(X),fn_barium_12(X))
& X = fn_ba_plus_2_1(fn_barium_13(X))
& fn_barium_15(X) = fn_atom_12(X)
& fn_barium_14(X) = fn_atom_17(X)
& fn_barium_9(X) = fn_atom_13(X)
& fn_barium_11(X) = fn_atom_16(X)
& fn_barium_8(X) = fn_atom_1(X)
& fn_barium_12(X) = fn_atom_5(X)
& fn_barium_10(X) = fn_atom_14(X) ) ) ).
fof(a527717,axiom,
! [X] :
( bark_1(X)
=> ( original_name_2(X,'Bark')
& user_description_2(X,'In a woody plant, all the tissues outside the vascular cambium. Bark consists of layers of periderm (cork) and secondary phloem.')
& concept2words_2(X,bark)
& dermal_tissue_1(X)
& ~ apical_ectodermal_ridge_1(X)
& ~ callus_1(X)
& ~ calyptra_1(X)
& ~ coleoptile_1(X)
& ~ coleorhiza_1(X)
& ~ endodermis_1(X)
& ~ epidermis_1(X)
& ~ periderm_1(X)
& ~ root_cap_1(X)
& ~ seed_coat_1(X) ) ) ).
fof(a527718,axiom,
! [X] :
( barnacle_1(X)
=> ( original_name_2(X,'Barnacle')
& user_description_2(X,'A type of arthropod belonging to the Subphylum Crustacea. Barnacles are sessile and exclusively marine, and tend to live in shallow and tidal waters. Their bodies are encased in a set of calcareous plates from which they extend their feathery thoracic legs for filter-feeding.')
& concept2words_2(X,barnacle)
& crustacean_1(X)
& ~ clawed_lobster_1(X)
& ~ copepod_1(X)
& ~ crayfish_1(X)
& ~ decapod_1(X)
& ~ isopod_1(X)
& ~ krill_1(X) ) ) ).
fof(a527719,axiom,
! [X] :
( barr_body_1(X)
=> ( original_name_2(X,'Barr-Body')
& user_description_2(X,'A dense object lying along the inside of the nuclear envelope in cells of female mammals, representing a highly condensed, inactivated X chromosome.')
& concept2words_2(X,'inactivated x chromosome')
& concept2words_2(X,'barr body')
& concept2words_2(X,'barr-body')
& x_chromosome_1(X)
& ~ x_chromosome_dominant_1(X)
& ~ x_chromosome_recessive_1(X)
& barr_body_1(fn_barr_body_1(X))
& nuclear_membrane_1(fn_barr_body_2(X))
& biomembrane_1(fn_barr_body_2(X))
& barr_body_formation_1(fn_barr_body_3(X))
& nucleus_1(fn_barr_body_4(X))
& nuclear_membrane_1(fn_nucleus_13(fn_barr_body_4(X)))
& biomembrane_1(fn_nucleus_13(fn_barr_body_4(X)))
& entity_1(fn_create_1(fn_barr_body_3(X)))
& eukaryotic_chromosome_1(fn_nucleus_6(fn_barr_body_4(X)))
& same_type_2(fn_barr_body_1(X),X)
& same_type_2(X,fn_barr_body_1(X))
& abuts_2(X,fn_barr_body_2(X))
& abuts_2(fn_barr_body_2(X),X)
& result_2(fn_barr_body_3(X),X)
& is_inside_2(X,fn_barr_body_4(X))
& has_part_2(fn_barr_body_4(X),fn_barr_body_2(X))
& X = fn_create_1(fn_barr_body_3(X))
& X = fn_nucleus_6(fn_barr_body_4(X))
& fn_barr_body_2(X) = fn_nucleus_13(fn_barr_body_4(X))
& fn_create_1(fn_barr_body_3(X)) = fn_nucleus_6(fn_barr_body_4(X)) ) ) ).
fof(a527720,axiom,
! [X] :
( barr_body_formation_1(X)
=> ( original_name_2(X,'Barr-Body-Formation')
& user_description_2(X,'Formation of a Barr-Body from a randomally selected X chromosome.')
& concept2words_2(X,'x inactivation')
& concept2words_2(X,'x-inactivation')
& concept2words_2(X,'x chromosome inactivation')
& concept2words_2(X,'x-chromosome-inactivation')
& concept2words_2(X,'form a barr body')
& concept2words_2(X,'barr body formation')
& concept2words_2(X,'barr-body-formation')
& produce_1(X)
& ~ synthesis_of_gamete_1(X)
& ~ synthesis_of_lysosome_1(X)
& condense_1(fn_barr_body_formation_1(X))
& entity_1(fn_barr_body_formation_2(X))
& dna_1(fn_barr_body_formation_2(X))
& polymer_1(fn_barr_body_formation_2(X))
& x_chromosome_1(fn_barr_body_formation_3(X))
& attach_1(fn_barr_body_formation_4(X))
& xist_rna_1(fn_barr_body_formation_5(X))
& code_for_1(fn_barr_body_formation_6(X))
& xist_gene_1(fn_barr_body_formation_7(X))
& dna_methylation_1(fn_barr_body_formation_8(X))
& chromosome_1(fn_barr_body_formation_9(X))
& entity_1(fn_barr_body_formation_9(X))
& x_chromosome_1(fn_barr_body_formation_9(X))
& eukaryotic_chromosome_1(fn_barr_body_formation_9(X))
& deactivate_1(fn_barr_body_formation_10(X))
& choose_at_random_1(fn_barr_body_formation_11(X))
& female_somatic_cell_1(fn_barr_body_formation_12(X))
& xist_rna_1(fn_xist_gene_1(fn_barr_body_formation_7(X)))
& code_for_1(fn_xist_gene_2(fn_barr_body_formation_7(X)))
& deactivate_1(fn_xist_rna_13(fn_barr_body_formation_5(X)))
& attach_1(fn_xist_rna_14(fn_barr_body_formation_5(X)))
& dna_1(fn_dna_methylation_10(fn_barr_body_formation_8(X)))
& entity_1(fn_eukaryotic_chromosome_3(fn_barr_body_formation_9(X)))
& dna_1(fn_eukaryotic_chromosome_3(fn_barr_body_formation_9(X)))
& polymer_1(fn_eukaryotic_chromosome_3(fn_barr_body_formation_9(X)))
& eukaryotic_chromosome_1(fn_animal_cell_52(fn_barr_body_formation_12(X)))
& chromosome_1(fn_animal_cell_52(fn_barr_body_formation_12(X)))
& entity_1(fn_select_1(fn_barr_body_formation_11(X)))
& x_chromosome_1(fn_xist_rna_15(fn_barr_body_formation_5(X)))
& barr_body_formation_1(fn_xist_rna_11(fn_barr_body_formation_5(X)))
& next_event_2(fn_barr_body_formation_11(X),fn_barr_body_formation_10(X))
& exactCardinality(fn_barr_body_formation_11(X),object_0,"1",x_chromosome_0)
& exactCardinality(fn_barr_body_formation_1(X),object_0,"1",x_chromosome_0)
& object_2(fn_barr_body_formation_1(X),fn_barr_body_formation_9(X))
& next_event_2(fn_barr_body_formation_10(X),fn_barr_body_formation_1(X))
& by_means_of_2(fn_barr_body_formation_10(X),fn_barr_body_formation_8(X))
& site_2(X,fn_barr_body_formation_12(X))
& subevent_2(X,fn_barr_body_formation_1(X))
& subevent_2(X,fn_barr_body_formation_11(X))
& next_event_2(fn_barr_body_formation_4(X),fn_barr_body_formation_11(X))
& raw_material_2(X,fn_barr_body_formation_3(X))
& has_part_2(fn_barr_body_formation_12(X),fn_barr_body_formation_9(X))
& object_2(fn_barr_body_formation_11(X),fn_barr_body_formation_9(X))
& base_2(fn_barr_body_formation_11(X),fn_barr_body_formation_9(X))
& raw_material_2(fn_barr_body_formation_8(X),fn_barr_body_formation_2(X))
& agent_2(fn_barr_body_formation_6(X),fn_barr_body_formation_7(X))
& result_2(fn_barr_body_formation_6(X),fn_barr_body_formation_5(X))
& first_subevent_2(X,fn_barr_body_formation_4(X))
& subevent_2(X,fn_barr_body_formation_10(X))
& agent_2(fn_barr_body_formation_10(X),fn_barr_body_formation_5(X))
& object_2(fn_barr_body_formation_4(X),fn_barr_body_formation_5(X))
& base_2(fn_barr_body_formation_4(X),fn_barr_body_formation_9(X))
& object_2(fn_barr_body_formation_10(X),fn_barr_body_formation_9(X))
& enables_2(fn_barr_body_formation_4(X),fn_barr_body_formation_10(X))
& subevent_2(X,fn_barr_body_formation_4(X))
& has_part_2(fn_barr_body_formation_9(X),fn_barr_body_formation_2(X))
& fn_barr_body_formation_3(X) = fn_produce_1(X)
& fn_barr_body_formation_9(X) = fn_animal_cell_52(fn_barr_body_formation_12(X))
& fn_barr_body_formation_9(X) = fn_select_1(fn_barr_body_formation_11(X))
& fn_barr_body_formation_2(X) = fn_dna_methylation_10(fn_barr_body_formation_8(X))
& fn_barr_body_formation_5(X) = fn_xist_gene_1(fn_barr_body_formation_7(X))
& fn_barr_body_formation_6(X) = fn_xist_gene_2(fn_barr_body_formation_7(X))
& X = fn_xist_rna_11(fn_barr_body_formation_5(X))
& fn_barr_body_formation_10(X) = fn_xist_rna_13(fn_barr_body_formation_5(X))
& fn_barr_body_formation_9(X) = fn_xist_rna_15(fn_barr_body_formation_5(X))
& fn_barr_body_formation_4(X) = fn_xist_rna_14(fn_barr_body_formation_5(X))
& fn_barr_body_formation_2(X) = fn_eukaryotic_chromosome_3(fn_barr_body_formation_9(X))
& fn_dna_methylation_10(fn_barr_body_formation_8(X)) = fn_eukaryotic_chromosome_3(fn_barr_body_formation_9(X))
& fn_eukaryotic_chromosome_3(fn_barr_body_formation_9(X)) = fn_animal_cell_52(fn_barr_body_formation_12(X))
& fn_animal_cell_52(fn_barr_body_formation_12(X)) = fn_select_1(fn_barr_body_formation_11(X))
& fn_select_1(fn_barr_body_formation_11(X)) = fn_select_1(fn_barr_body_formation_11(X))
& fn_select_1(fn_barr_body_formation_11(X)) = fn_xist_rna_15(fn_barr_body_formation_5(X))
& fn_xist_rna_15(fn_barr_body_formation_5(X)) = fn_xist_rna_15(fn_barr_body_formation_5(X))
& fn_xist_rna_11(fn_barr_body_formation_5(X)) = fn_xist_rna_11(fn_barr_body_formation_5(X)) ) ) ).
fof(a527721,axiom,
! [X] :
( barr_body_mosaic_1(X)
=> ( original_name_2(X,'Barr-Body-Mosaic')
& user_description_2(X,'A female that consists of a mixture of cells each having had different X chromosomes inactivated during Barr-body formation.')
& concept2words_2(X,mosaicism)
& concept2words_2(X,'female mosaicism')
& concept2words_2(X,'barr body mosaicism')
& concept2words_2(X,'barr body mosaic')
& concept2words_2(X,'barr-body mosaic')
& concept2words_2(X,'barr-body-mosaic')
& organism_1(X)
& sex_value_1(fn_barr_body_mosaic_2(X))
& sex_2(X,fn_barr_body_mosaic_2(X))
& the_categorical_value_2(fn_barr_body_mosaic_2(X),female_0) ) ) ).
fof(a527722,axiom,
! [X] :
( barrier_1(X)
=> ( original_name_2(X,'Barrier')
& concept2words_2(X,barrier)
& concept2words_2(X,obstruction)
& concept2words_2(X,impediment)
& concept2words_2(X,impedimenta)
& role_1(X)
& tangible_entity_1(fn_barrier_1(X))
& plays_2(fn_barrier_1(X),X) ) ) ).
fof(a527723,axiom,
! [X] :
( bartholins_gland_1(X)
=> ( original_name_2(X,'Bartholins-Gland')
& user_description_2(X,'A gland near the vaginal opening that secretes mucus to lubricate the vagina.')
& concept2words_2(X,'bartholins gland')
& concept2words_2(X,'bartholins-gland')
& gland_1(X)
& ~ bulbourethral_gland_1(X)
& ~ endocrine_gland_1(X)
& ~ mammary_glands_1(X)
& ~ prostate_gland_1(X)
& ~ salivary_gland_1(X)
& ~ seminal_vesicle_1(X) ) ) ).
fof(a527724,axiom,
! [X] :
( basal_angiosperm_1(X)
=> ( original_name_2(X,'Basal-Angiosperm')
& user_description_2(X,'One of the first plants to diverge from the earliest angiosperm. Examples include water lilies and star anise.')
& concept2words_2(X,'basal angiosperm')
& concept2words_2(X,'basal-angiosperm')
& angiosperm_1(X)
& ~ cooksonia_1(X)
& ~ seedless_vascular_plant_1(X) ) ) ).
fof(a527725,axiom,
! [X] :
( basal_body_1(X)
=> ( original_name_2(X,'Basal-Body')
& user_description_2(X,'It is an organelle formed from centriole. It is found at the base of a eukaryotic cilium or flagellum. It is made up of microtubules arranged in the 9+2 arrangement. Centriole also has microtubules arranged in the same arrangement')
& concept2words_2(X,'basal body')
& concept2words_2(X,'basal-body')
& cellular_structure_1(X)
& periphery_1(fn_basal_body_1(X))
& protein_1(fn_basal_body_2(X))
& microtubule_triplet_1(fn_basal_body_3(X))
& microtubule_triplet_1(fn_basal_body_4(X))
& molecular_assembly_1(fn_basal_body_5(X))
& eukaryotic_cellular_respiration_1(fn_basal_body_6(X))
& mixture_1(fn_basal_body_7(X))
& cytoplasm_1(fn_basal_body_7(X))
& eukaryotic_cell_1(fn_basal_body_8(X))
& mixture_1(fn_eukaryotic_cell_31(fn_basal_body_8(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_basal_body_8(X)))
& eukaryotic_cellular_respiration_1(fn_eukaryotic_cell_23(fn_basal_body_8(X)))
& element_2(fn_basal_body_5(X),fn_basal_body_4(X))
& element_2(fn_basal_body_5(X),fn_basal_body_3(X))
& element_2(fn_basal_body_5(X),fn_basal_body_2(X))
& has_region_2(fn_basal_body_5(X),fn_basal_body_1(X))
& called_2(fn_basal_body_4(X),"1")
& called_2(fn_basal_body_3(X),"2")
& is_between_2(fn_basal_body_2(X),fn_basal_body_3(X))
& is_between_2(fn_basal_body_2(X),fn_basal_body_4(X))
& has_part_2(fn_basal_body_8(X),X)
& has_part_2(X,fn_basal_body_5(X))
& site_2(fn_basal_body_6(X),fn_basal_body_7(X))
& has_function_2(fn_basal_body_8(X),fn_basal_body_6(X))
& base_2(fn_basal_body_6(X),fn_basal_body_8(X))
& has_part_2(fn_basal_body_8(X),fn_basal_body_7(X))
& fn_basal_body_7(X) = fn_eukaryotic_cell_31(fn_basal_body_8(X))
& fn_basal_body_6(X) = fn_eukaryotic_cell_23(fn_basal_body_8(X)) ) ) ).
fof(a527726,axiom,
! [X] :
( basal_nuclei_1(X)
=> ( original_name_2(X,'Basal-Nuclei')
& user_description_2(X,'A cluster of nuclei located in the base of the forebrain, associated with learning and movement.')
& concept2words_2(X,'basal nucleus')
& concept2words_2(X,'basal-nuclei')
& cerebrum_1(X)
& ~ amygdala_1(X)
& ~ brainstem_1(X) ) ) ).
fof(a527727,axiom,
! [X] :
( base_1(X)
=> ( original_name_2(X,'Base')
& description_2(X,'A chemical that is basic.')
& user_description_2(X,'A substance that decreases the hydrogen ion concentration of a solution.')
& concept2words_2(X,base)
& chemical_1(X)
& ph_value_1(fn_base_1(X))
& ph_value_1(fn_base_2(X))
& base_compound_1(fn_base_5(X))
& greater_than_2(fn_base_2(X),fn_base_1(X))
& the_cardinal_value_2(fn_base_1(X),"7.0e0")
& cardinal_unit_class_2(fn_base_1(X),unity_0)
& ph_2(X,fn_base_2(X))
& has_part_2(X,fn_base_5(X))
& fn_base_5(X) = fn_chemical_3(X) ) ) ).
fof(a527728,axiom,
! [X] :
( base_compound_1(X)
=> ( original_name_2(X,'Base-Compound')
& user_description_2(X,'Compound with basic properties.')
& concept2words_2(X,'compound of base')
& concept2words_2(X,'base compound')
& concept2words_2(X,'base-compound')
& compound_1(X) ) ) ).
fof(a527729,axiom,
! [X] :
( base_dissociation_reaction_1(X)
=> ( original_name_2(X,'Base-Dissociation-Reaction')
& user_description_2(X,'Dissociation reaction in which the hydroxide and remainder of the base separate.')
& concept2words_2(X,'dissociation of base')
& concept2words_2(X,convert)
& concept2words_2(X,'base dissociation reaction')
& concept2words_2(X,'base-dissociation-reaction')
& reversible_reaction_1(X)
& chemical_dissociation_reaction_1(X)
& ~ acid_dissociation_reaction_1(X)
& quantity_value_1(fn_base_dissociation_reaction_2(X))
& cation_1(fn_base_dissociation_reaction_3(X))
& base_compound_1(fn_base_dissociation_reaction_4(X))
& add_1(fn_base_dissociation_reaction_5(X))
& hydroxide_ion_1(fn_base_dissociation_reaction_6(X))
& hydrogen_ion_1(fn_base_dissociation_reaction_7(X))
& base_1(fn_base_dissociation_reaction_8(X))
& concentration_value_1(fn_base_dissociation_reaction_9(X))
& rate_value_1(fn_base_dissociation_reaction_10(X))
& make_contact_1(fn_base_dissociation_reaction_11(X))
& collide_1(fn_base_dissociation_reaction_11(X))
& base_compound_1(fn_base_dissociation_reaction_12(X))
& spatial_entity_1(fn_base_dissociation_reaction_12(X))
& chemical_entity_1(fn_base_dissociation_reaction_12(X))
& chemical_energy_1(fn_base_dissociation_reaction_13(X))
& quantity_value_1(fn_base_dissociation_reaction_14(X))
& quantity_value_1(fn_base_dissociation_reaction_15(X))
& chemical_energy_1(fn_base_dissociation_reaction_16(X))
& reverse_reaction_1(fn_base_dissociation_reaction_17(X))
& forward_reaction_1(fn_base_dissociation_reaction_18(X))
& spatial_entity_1(fn_add_1(fn_base_dissociation_reaction_5(X)))
& spatial_entity_1(fn_make_contact_2(fn_base_dissociation_reaction_11(X)))
& property_node_1(fn_forward_reaction_4(fn_base_dissociation_reaction_18(X)))
& property_node_1(fn_forward_reaction_3(fn_base_dissociation_reaction_18(X)))
& concentration_value_1(fn_forward_reaction_1(fn_base_dissociation_reaction_18(X)))
& rate_value_1(fn_forward_reaction_2(fn_base_dissociation_reaction_18(X)))
& collide_1(fn_forward_reaction_7(fn_base_dissociation_reaction_18(X)))
& spatial_entity_1(fn_add_2(fn_base_dissociation_reaction_5(X)))
& spatial_entity_1(fn_forward_reaction_6(fn_base_dissociation_reaction_18(X)))
& chemical_entity_1(fn_forward_reaction_6(fn_base_dissociation_reaction_18(X)))
& base_compound_1(fn_base_5(fn_base_dissociation_reaction_8(X)))
& spatial_entity_1(fn_forward_reaction_5(fn_base_dissociation_reaction_18(X)))
& chemical_entity_1(fn_forward_reaction_5(fn_base_dissociation_reaction_18(X)))
& result_2(X,fn_base_dissociation_reaction_3(X))
& quantity_2(fn_base_dissociation_reaction_6(X),fn_base_dissociation_reaction_2(X))
& has_part_2(fn_base_dissociation_reaction_8(X),fn_base_dissociation_reaction_4(X))
& concentration_2(fn_base_dissociation_reaction_8(X),fn_base_dissociation_reaction_9(X))
& base_2(fn_base_dissociation_reaction_5(X),fn_base_dissociation_reaction_6(X))
& object_2(fn_base_dissociation_reaction_5(X),fn_base_dissociation_reaction_7(X))
& base_2(fn_base_dissociation_reaction_11(X),fn_base_dissociation_reaction_4(X))
& result_2(X,fn_base_dissociation_reaction_6(X))
& possesses_2(fn_base_dissociation_reaction_6(X),fn_base_dissociation_reaction_13(X))
& has_part_2(fn_base_dissociation_reaction_8(X),fn_base_dissociation_reaction_12(X))
& result_2(fn_base_dissociation_reaction_17(X),fn_base_dissociation_reaction_12(X))
& subevent_2(X,fn_base_dissociation_reaction_17(X))
& subevent_2(X,fn_base_dissociation_reaction_18(X))
& intensity_2(fn_base_dissociation_reaction_11(X),'*strong')
& raw_material_2(fn_base_dissociation_reaction_18(X),fn_base_dissociation_reaction_12(X))
& object_2(fn_base_dissociation_reaction_11(X),fn_base_dissociation_reaction_12(X))
& rate_2(fn_base_dissociation_reaction_11(X),fn_base_dissociation_reaction_10(X))
& directly_proportional_2(fn_base_dissociation_reaction_10(X),fn_base_dissociation_reaction_9(X))
& raw_material_2(X,fn_base_dissociation_reaction_12(X))
& possesses_2(fn_base_dissociation_reaction_12(X),fn_base_dissociation_reaction_16(X))
& quantity_2(fn_base_dissociation_reaction_16(X),fn_base_dissociation_reaction_15(X))
& greater_than_2(fn_base_dissociation_reaction_15(X),fn_base_dissociation_reaction_14(X))
& quantity_2(fn_base_dissociation_reaction_13(X),fn_base_dissociation_reaction_14(X))
& fn_base_dissociation_reaction_6(X) = fn_add_2(fn_base_dissociation_reaction_5(X))
& fn_base_dissociation_reaction_7(X) = fn_add_1(fn_base_dissociation_reaction_5(X))
& fn_base_dissociation_reaction_4(X) = fn_make_contact_2(fn_base_dissociation_reaction_11(X))
& fn_base_dissociation_reaction_6(X) = fn_exergonic_reaction_11(X)
& fn_base_dissociation_reaction_12(X) = fn_base_5(fn_base_dissociation_reaction_8(X))
& fn_base_dissociation_reaction_17(X) = fn_reversible_reaction_6(X)
& fn_base_dissociation_reaction_20(X) = fn_forward_reaction_4(fn_base_dissociation_reaction_18(X))
& fn_base_dissociation_reaction_19(X) = fn_forward_reaction_3(fn_base_dissociation_reaction_18(X))
& fn_base_dissociation_reaction_9(X) = fn_forward_reaction_1(fn_base_dissociation_reaction_18(X))
& fn_base_dissociation_reaction_10(X) = fn_forward_reaction_2(fn_base_dissociation_reaction_18(X))
& fn_base_dissociation_reaction_11(X) = fn_forward_reaction_7(fn_base_dissociation_reaction_18(X))
& fn_base_dissociation_reaction_12(X) = fn_forward_reaction_6(fn_base_dissociation_reaction_18(X))
& fn_base_dissociation_reaction_18(X) = fn_reversible_reaction_7(X)
& fn_base_dissociation_reaction_12(X) = fn_forward_reaction_5(fn_base_dissociation_reaction_18(X))
& fn_base_dissociation_reaction_21(X) = fn_exergonic_reaction_2(X)
& fn_base_dissociation_reaction_22(X) = fn_exergonic_reaction_1(X)
& fn_base_dissociation_reaction_13(X) = fn_exergonic_reaction_6(X)
& fn_base_dissociation_reaction_14(X) = fn_exergonic_reaction_5(X)
& fn_base_dissociation_reaction_15(X) = fn_exergonic_reaction_4(X)
& fn_base_dissociation_reaction_16(X) = fn_exergonic_reaction_3(X)
& fn_base_dissociation_reaction_12(X) = fn_reversible_reaction_5(X)
& fn_base_dissociation_reaction_12(X) = fn_exergonic_reaction_10(X)
& fn_add_2(fn_base_dissociation_reaction_5(X)) = fn_exergonic_reaction_11(X)
& fn_exergonic_reaction_11(X) = fn_exergonic_reaction_11(X)
& fn_exergonic_reaction_11(X) = fn_base_5(fn_base_dissociation_reaction_8(X))
& fn_base_5(fn_base_dissociation_reaction_8(X)) = fn_forward_reaction_6(fn_base_dissociation_reaction_18(X))
& fn_forward_reaction_6(fn_base_dissociation_reaction_18(X)) = fn_base_5(fn_base_dissociation_reaction_8(X))
& fn_base_5(fn_base_dissociation_reaction_8(X)) = fn_reversible_reaction_5(X)
& fn_reversible_reaction_5(X) = fn_reversible_reaction_5(X)
& fn_forward_reaction_5(fn_base_dissociation_reaction_18(X)) = fn_reversible_reaction_5(X)
& fn_reversible_reaction_5(X) = fn_forward_reaction_5(fn_base_dissociation_reaction_18(X))
& fn_forward_reaction_5(fn_base_dissociation_reaction_18(X)) = fn_forward_reaction_5(fn_base_dissociation_reaction_18(X))
& fn_forward_reaction_5(fn_base_dissociation_reaction_18(X)) = fn_exergonic_reaction_10(X)
& fn_exergonic_reaction_10(X) = fn_exergonic_reaction_10(X) ) ) ).
fof(a527730,axiom,
! [X] :
( base_pair_1(X)
=> ( original_name_2(X,'Base-Pair')
& user_description_2(X,'One of the pairs of nucleotide bases (a purine and pyrimidine) on complementary strands of DNA or RNA.')
& concept2words_2(X,'complementary base pair')
& concept2words_2(X,'nucelotide pair')
& concept2words_2(X,'nucelotide-pair')
& concept2words_2(X,'pair of base')
& concept2words_2(X,'base pair')
& concept2words_2(X,'base-pair')
& nitrogenous_compound_1(X)
& purine_1(fn_base_pair_1(X))
& pyrimidine_1(fn_base_pair_2(X))
& exactCardinality(X,has_part_0,"1",pyrimidine_0)
& exactCardinality(X,has_part_0,"1",purine_0)
& has_part_2(X,fn_base_pair_1(X))
& has_part_2(X,fn_base_pair_2(X)) ) ) ).
fof(a527731,axiom,
! [X] :
( base_pair_substitution_1(X)
=> ( original_name_2(X,'Base-Pair-Substitution')
& user_description_2(X,'A change in genetic material in which one nitrogenous base is substituted for another.')
& concept2words_2(X,substitute)
& concept2words_2(X,'base pair substitution')
& concept2words_2(X,'base-pair-substitution')
& point_mutation_1(X)
& ~ silent_mutation_1(X) ) ) ).
fof(a527732,axiom,
! [X,X1,X2] :
( ( base_2(X,X1)
& object_2(X,X2)
& nitrogenous_base_1(X1)
& attach_1(X)
& nitrogenous_base_1(X2) )
=> ( base_pairing_1(X)
& fn_base_pairing_3(X) = X2
& fn_base_pairing_4(X) = X1 ) ) ).
fof(a527733,axiom,
! [X] :
( base_pairing_1(X)
=> ( original_name_2(X,'Base-pairing')
& user_description_2(X,'Base pairing is the process in which nitrogenous bases of complementary strands opposite to each other are joined. It can occur between complementary regions of DNA strands and RNA strands, including DNA to RNA, DNA to DNA, and RNA to RNA.')
& concept2words_2(X,'base pair')
& concept2words_2(X,pair)
& concept2words_2(X,'pairing of base')
& concept2words_2(X,'base pairing')
& concept2words_2(X,'base-pairing')
& attach_1(X)
& ~ annealing_1(X)
& ~ intercellular_joining_1(X)
& ~ ligand_binding_1(X)
& ~ nucleic_acid_hybridization_1(X)
& attach_1(fn_base_pairing_2(X))
& nitrogenous_base_1(fn_base_pairing_3(X))
& nitrogenous_base_1(fn_base_pairing_4(X))
& hydrogen_bond_1(fn_base_pairing_5(X))
& spatial_entity_1(fn_attach_1(fn_base_pairing_2(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_base_pairing_5(X)))
& spatial_entity_1(fn_attach_2(fn_base_pairing_2(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_base_pairing_5(X)))
& fn_base_pairing_4(X) != fn_base_pairing_3(X)
& complement_2(fn_base_pairing_4(X),fn_base_pairing_3(X))
& fn_base_pairing_3(X) != fn_base_pairing_4(X)
& complement_2(fn_base_pairing_3(X),fn_base_pairing_4(X))
& instrument_2(X,fn_base_pairing_5(X))
& subevent_2(X,fn_base_pairing_2(X))
& agent_2(fn_base_pairing_2(X),fn_base_pairing_5(X))
& base_2(X,fn_base_pairing_4(X))
& base_2(fn_base_pairing_2(X),fn_base_pairing_3(X))
& object_2(X,fn_base_pairing_3(X))
& object_2(fn_base_pairing_2(X),fn_base_pairing_4(X))
& is_between_2(fn_base_pairing_5(X),fn_base_pairing_4(X))
& is_between_2(fn_base_pairing_5(X),fn_base_pairing_3(X))
& fn_base_pairing_4(X) = fn_attach_2(X)
& fn_base_pairing_3(X) = fn_attach_2(fn_base_pairing_2(X))
& fn_base_pairing_3(X) = fn_attach_1(X)
& fn_base_pairing_4(X) = fn_attach_1(fn_base_pairing_2(X))
& fn_base_pairing_4(X) = fn_chemical_bond_1(fn_base_pairing_5(X))
& fn_base_pairing_3(X) = fn_chemical_bond_4(fn_base_pairing_5(X))
& fn_attach_2(X) = fn_attach_1(fn_base_pairing_2(X))
& fn_attach_1(fn_base_pairing_2(X)) = fn_attach_1(fn_base_pairing_2(X))
& fn_attach_1(fn_base_pairing_2(X)) = fn_chemical_bond_1(fn_base_pairing_5(X))
& fn_chemical_bond_1(fn_base_pairing_5(X)) = fn_attach_2(fn_base_pairing_2(X))
& fn_attach_2(fn_base_pairing_2(X)) = fn_attach_1(X)
& fn_attach_1(X) = fn_attach_1(X)
& fn_attach_1(X) = fn_chemical_bond_4(fn_base_pairing_5(X)) ) ) ).
fof(a527734,axiom,
! [X,X1,X2] :
( ( object_2(X,X1)
& base_2(X,X2)
& adenine_1(X1)
& base_pairing_1(X)
& thymine_1(X2) )
=> ( base_pairing_between_adenine_and_thymine_1(X)
& fn_base_pairing_between_adenine_and_thymine_3(X) = X2
& fn_base_pairing_between_adenine_and_thymine_2(X) = X1 ) ) ).
fof(a527735,axiom,
! [X] :
( base_pairing_between_adenine_and_thymine_1(X)
=> ( original_name_2(X,'Base-Pairing-Between-Adenine-And-Thymine')
& user_description_2(X,'Base pairing occurs between Adenine at one DNA strand and Thymine at comlementary DNA strand. Adenine (A) and Thymine (T) pairing involves 2 hydrogen bonds.')
& concept2words_2(X,'a t base pairing')
& concept2words_2(X,'a-t-base-pairing')
& concept2words_2(X,pair)
& concept2words_2(X,'base pairing between adenine and thymine')
& concept2words_2(X,'base-pairing-between-adenine-and-thymine')
& base_pairing_1(X)
& ~ base_pairing_between_adenine_and_uracil_1(X)
& ~ base_pairing_between_cytosine_and_guanine_1(X)
& adenine_1(fn_base_pairing_between_adenine_and_thymine_2(X))
& thymine_1(fn_base_pairing_between_adenine_and_thymine_3(X))
& object_2(X,fn_base_pairing_between_adenine_and_thymine_2(X))
& fn_base_pairing_between_adenine_and_thymine_2(X) != fn_base_pairing_between_adenine_and_thymine_3(X)
& base_2(X,fn_base_pairing_between_adenine_and_thymine_3(X))
& fn_base_pairing_between_adenine_and_thymine_3(X) != fn_base_pairing_between_adenine_and_thymine_2(X)
& complement_2(fn_base_pairing_between_adenine_and_thymine_2(X),fn_base_pairing_between_adenine_and_thymine_3(X))
& complement_2(fn_base_pairing_between_adenine_and_thymine_3(X),fn_base_pairing_between_adenine_and_thymine_2(X))
& fn_base_pairing_between_adenine_and_thymine_3(X) = fn_base_pairing_4(X)
& fn_base_pairing_between_adenine_and_thymine_2(X) = fn_base_pairing_3(X) ) ) ).
fof(a527736,axiom,
! [X,X2,X1] :
( ( object_2(X,X1)
& base_2(X,X2)
& adenine_1(X1)
& base_pairing_1(X)
& uracil_1(X2) )
=> ( base_pairing_between_adenine_and_uracil_1(X)
& fn_base_pairing_between_adenine_and_uracil_2(X) = X1
& fn_base_pairing_between_adenine_and_uracil_3(X) = X2 ) ) ).
fof(a527737,axiom,
! [X] :
( base_pairing_between_adenine_and_uracil_1(X)
=> ( original_name_2(X,'Base-Pairing-Between-Adenine-And-Uracil')
& user_description_2(X,'Base pairing occurs between Adenine and Uracil in RNA. There are 2 hydrogen bonds between Adenine and Uracil')
& concept2words_2(X,'a u base pairing')
& concept2words_2(X,'a-u-base-pairing')
& concept2words_2(X,pair)
& concept2words_2(X,'base pairing between adenine and uracil')
& concept2words_2(X,'base-pairing-between-adenine-and-uracil')
& base_pairing_1(X)
& ~ base_pairing_between_adenine_and_thymine_1(X)
& ~ base_pairing_between_cytosine_and_guanine_1(X)
& adenine_1(fn_base_pairing_between_adenine_and_uracil_2(X))
& uracil_1(fn_base_pairing_between_adenine_and_uracil_3(X))
& object_2(X,fn_base_pairing_between_adenine_and_uracil_2(X))
& fn_base_pairing_between_adenine_and_uracil_2(X) != fn_base_pairing_between_adenine_and_uracil_3(X)
& base_2(X,fn_base_pairing_between_adenine_and_uracil_3(X))
& fn_base_pairing_between_adenine_and_uracil_3(X) != fn_base_pairing_between_adenine_and_uracil_2(X)
& complement_2(fn_base_pairing_between_adenine_and_uracil_2(X),fn_base_pairing_between_adenine_and_uracil_3(X))
& complement_2(fn_base_pairing_between_adenine_and_uracil_3(X),fn_base_pairing_between_adenine_and_uracil_2(X))
& fn_base_pairing_between_adenine_and_uracil_3(X) = fn_base_pairing_4(X)
& fn_base_pairing_between_adenine_and_uracil_2(X) = fn_base_pairing_3(X) ) ) ).
fof(a527738,axiom,
! [X,X1,X2] :
( ( object_2(X,X1)
& base_2(X,X2)
& cytosine_1(X1)
& base_pairing_1(X)
& guanine_1(X2) )
=> ( base_pairing_between_cytosine_and_guanine_1(X)
& fn_base_pairing_between_cytosine_and_guanine_3(X) = X2
& fn_base_pairing_between_cytosine_and_guanine_2(X) = X1 ) ) ).
fof(a527739,axiom,
! [X] :
( base_pairing_between_cytosine_and_guanine_1(X)
=> ( original_name_2(X,'Base-Pairing-Between-Cytosine-And-Guanine')
& user_description_2(X,'Base pairing occurs between Guanine present at nucleotides strand and Cytosine present at comlementary nucleotides strand. Guanine(G) and Cytosine (C) pairing involves 3 hydrogen bonds.')
& concept2words_2(X,'c g base pairing')
& concept2words_2(X,'c-g-base-pairing')
& concept2words_2(X,pair)
& concept2words_2(X,'base pairing between cytosine and guanine')
& concept2words_2(X,'base-pairing-between-cytosine-and-guanine')
& base_pairing_1(X)
& ~ base_pairing_between_adenine_and_thymine_1(X)
& ~ base_pairing_between_adenine_and_uracil_1(X)
& nitrogenous_base_1(fn_base_pairing_between_cytosine_and_guanine_2(X))
& cytosine_1(fn_base_pairing_between_cytosine_and_guanine_2(X))
& nitrogenous_base_1(fn_base_pairing_between_cytosine_and_guanine_3(X))
& guanine_1(fn_base_pairing_between_cytosine_and_guanine_3(X))
& cytosine_1(fn_guanine_1(fn_base_pairing_between_cytosine_and_guanine_3(X)))
& base_2(X,fn_base_pairing_between_cytosine_and_guanine_3(X))
& fn_base_pairing_between_cytosine_and_guanine_3(X) != fn_base_pairing_between_cytosine_and_guanine_2(X)
& object_2(X,fn_base_pairing_between_cytosine_and_guanine_2(X))
& fn_base_pairing_between_cytosine_and_guanine_2(X) != fn_base_pairing_between_cytosine_and_guanine_3(X)
& complement_2(fn_base_pairing_between_cytosine_and_guanine_2(X),fn_base_pairing_between_cytosine_and_guanine_3(X))
& complement_2(fn_base_pairing_between_cytosine_and_guanine_3(X),fn_base_pairing_between_cytosine_and_guanine_2(X))
& fn_base_pairing_between_cytosine_and_guanine_2(X) = fn_base_pairing_3(X)
& fn_base_pairing_between_cytosine_and_guanine_3(X) = fn_base_pairing_4(X)
& fn_base_pairing_between_cytosine_and_guanine_2(X) = fn_guanine_1(fn_base_pairing_between_cytosine_and_guanine_3(X))
& fn_base_pairing_3(X) = fn_base_pairing_3(X)
& fn_base_pairing_3(X) = fn_guanine_1(fn_base_pairing_between_cytosine_and_guanine_3(X))
& fn_guanine_1(fn_base_pairing_between_cytosine_and_guanine_3(X)) = fn_guanine_1(fn_base_pairing_between_cytosine_and_guanine_3(X)) ) ) ).
fof(a527740,axiom,
! [X] :
( base_role_1(X)
=> ( original_name_2(X,'Base-Role')
& concept2words_2(X,'role of base')
& concept2words_2(X,'base role')
& concept2words_2(X,'base-role')
& role_1(X) ) ) ).
fof(a527741,axiom,
! [X] :
( basement_membrane_1(X)
=> ( original_name_2(X,'Basement-Membrane')
& user_description_2(X,'A mat of extracellular matrix at the base of epithelial tissue.')
& concept2words_2(X,'membrane of basement')
& concept2words_2(X,'basement membrane')
& concept2words_2(X,'basement-membrane')
& extra_cellular_matrix_1(X)
& ~ extraembryonic_membrane_1(X)
& ~ middle_lamella_1(X)
& ~ zona_pellucida_1(X) ) ) ).
fof(a527742,axiom,
! [X] :
( basic_amino_acid_1(X)
=> ( original_name_2(X,'Basic-Amino-Acid')
& user_description_2(X,'Amino acids which carry an overall positive charge due to the presence of a positively charged side chain.')
& concept2words_2(X,'cation amino acid')
& concept2words_2(X,'positively charged amino acid')
& concept2words_2(X,'positively charged amino-acid')
& concept2words_2(X,'basic amino acid')
& concept2words_2(X,'basic-amino-acid')
& electrically_charged_amino_acid_1(X)
& hydrophilic_region_1(fn_basic_amino_acid_1(X))
& positively_charged_region_1(fn_basic_amino_acid_2(X))
& end_1(fn_basic_amino_acid_6(X))
& kinetic_energy_1(fn_basic_amino_acid_7(X))
& constant_motion_1(fn_basic_amino_acid_8(X))
& charge_value_1(fn_basic_amino_acid_9(X))
& speed_value_1(fn_basic_amino_acid_10(X))
& quantity_value_1(fn_basic_amino_acid_11(X))
& hold_together_1(fn_basic_amino_acid_12(X))
& hold_1(fn_basic_amino_acid_13(X))
& hold_together_1(fn_basic_amino_acid_13(X))
& hold_1(fn_basic_amino_acid_14(X))
& hold_together_1(fn_basic_amino_acid_14(X))
& hold_together_1(fn_basic_amino_acid_15(X))
& hold_together_1(fn_basic_amino_acid_16(X))
& share_1(fn_basic_amino_acid_17(X))
& share_1(fn_basic_amino_acid_18(X))
& share_1(fn_basic_amino_acid_19(X))
& hold_1(fn_basic_amino_acid_20(X))
& hold_together_1(fn_basic_amino_acid_20(X))
& hold_together_1(fn_basic_amino_acid_21(X))
& share_1(fn_basic_amino_acid_22(X))
& share_1(fn_basic_amino_acid_23(X))
& share_1(fn_basic_amino_acid_24(X))
& electron_shell_1(fn_basic_amino_acid_25(X))
& electron_shell_1(fn_basic_amino_acid_26(X))
& entity_1(fn_basic_amino_acid_27(X))
& tangible_entity_1(fn_basic_amino_acid_27(X))
& electron_1(fn_basic_amino_acid_27(X))
& valence_electron_1(fn_basic_amino_acid_27(X))
& polar_side_chain_1(fn_basic_amino_acid_28(X))
& functional_group_1(fn_basic_amino_acid_29(X))
& carboxyl_group_1(fn_basic_amino_acid_29(X))
& carbon_skeleton_1(fn_basic_amino_acid_30(X))
& chemical_entity_1(fn_basic_amino_acid_31(X))
& tangible_entity_1(fn_basic_amino_acid_31(X))
& entity_1(fn_basic_amino_acid_31(X))
& atom_1(fn_basic_amino_acid_31(X))
& nitrogen_1(fn_basic_amino_acid_31(X))
& entity_1(fn_basic_amino_acid_32(X))
& chemical_entity_1(fn_basic_amino_acid_32(X))
& atom_1(fn_basic_amino_acid_32(X))
& hydrogen_1(fn_basic_amino_acid_32(X))
& tangible_entity_1(fn_basic_amino_acid_33(X))
& entity_1(fn_basic_amino_acid_33(X))
& oxygen_1(fn_basic_amino_acid_33(X))
& entity_1(fn_basic_amino_acid_34(X))
& oxygen_1(fn_basic_amino_acid_34(X))
& entity_1(fn_basic_amino_acid_35(X))
& chemical_entity_1(fn_basic_amino_acid_35(X))
& atom_1(fn_basic_amino_acid_35(X))
& hydrogen_1(fn_basic_amino_acid_35(X))
& tangible_entity_1(fn_basic_amino_acid_36(X))
& entity_1(fn_basic_amino_acid_36(X))
& chemical_entity_1(fn_basic_amino_acid_36(X))
& atom_1(fn_basic_amino_acid_36(X))
& carbon_1(fn_basic_amino_acid_36(X))
& entity_1(fn_basic_amino_acid_37(X))
& valence_electron_1(fn_basic_amino_acid_37(X))
& share_1(fn_basic_amino_acid_38(X))
& share_1(fn_basic_amino_acid_39(X))
& share_1(fn_basic_amino_acid_40(X))
& share_1(fn_basic_amino_acid_41(X))
& hold_together_1(fn_basic_amino_acid_42(X))
& hold_together_1(fn_basic_amino_acid_43(X))
& hold_together_1(fn_basic_amino_acid_44(X))
& hold_1(fn_basic_amino_acid_45(X))
& hold_together_1(fn_basic_amino_acid_45(X))
& single_bond_1(fn_basic_amino_acid_46(X))
& functional_group_1(fn_basic_amino_acid_47(X))
& amino_group_1(fn_basic_amino_acid_47(X))
& hold_together_1(fn_carboxyl_group_47(fn_basic_amino_acid_29(X)))
& hold_together_1(fn_carboxyl_group_55(fn_basic_amino_acid_29(X)))
& entity_1(fn_share_2(fn_basic_amino_acid_39(X)))
& entity_1(fn_carboxyl_group_21(fn_basic_amino_acid_29(X)))
& valence_electron_1(fn_carboxyl_group_21(fn_basic_amino_acid_29(X)))
& share_1(fn_carboxyl_group_49(fn_basic_amino_acid_29(X)))
& share_1(fn_carboxyl_group_56(fn_basic_amino_acid_29(X)))
& hold_1(fn_amino_group_33(fn_basic_amino_acid_47(X)))
& hold_together_1(fn_amino_group_33(fn_basic_amino_acid_47(X)))
& hold_together_1(fn_carboxyl_group_67(fn_basic_amino_acid_29(X)))
& entity_1(fn_carboxyl_group_19(fn_basic_amino_acid_29(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_basic_amino_acid_29(X)))
& atom_1(fn_carboxyl_group_19(fn_basic_amino_acid_29(X)))
& carbon_1(fn_carboxyl_group_19(fn_basic_amino_acid_29(X)))
& electron_shell_1(fn_carboxyl_group_16(fn_basic_amino_acid_29(X)))
& tangible_entity_1(fn_hold_2(fn_basic_amino_acid_14(X)))
& tangible_entity_1(fn_hold_2(fn_basic_amino_acid_20(X)))
& oxygen_1(fn_carboxyl_group_23(fn_basic_amino_acid_29(X)))
& oxygen_1(fn_carboxyl_group_24(fn_basic_amino_acid_29(X)))
& single_bond_1(fn_amino_group_21(fn_basic_amino_acid_47(X)))
& entity_1(fn_amino_group_22(fn_basic_amino_acid_47(X)))
& chemical_entity_1(fn_amino_group_22(fn_basic_amino_acid_47(X)))
& atom_1(fn_amino_group_22(fn_basic_amino_acid_47(X)))
& hydrogen_1(fn_amino_group_22(fn_basic_amino_acid_47(X)))
& entity_1(fn_carboxyl_group_25(fn_basic_amino_acid_29(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_basic_amino_acid_29(X)))
& atom_1(fn_carboxyl_group_25(fn_basic_amino_acid_29(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_basic_amino_acid_29(X)))
& tangible_entity_1(fn_amino_group_20(fn_basic_amino_acid_47(X)))
& entity_1(fn_amino_group_20(fn_basic_amino_acid_47(X)))
& atom_1(fn_amino_group_20(fn_basic_amino_acid_47(X)))
& nitrogen_1(fn_amino_group_20(fn_basic_amino_acid_47(X)))
& chemical_entity_1(fn_functional_group_1(fn_basic_amino_acid_29(X)))
& chemical_entity_1(fn_functional_group_1(fn_basic_amino_acid_47(X)))
& is_inside_2(fn_basic_amino_acid_1(X),fn_basic_amino_acid_28(X))
& is_inside_2(fn_basic_amino_acid_2(X),fn_basic_amino_acid_28(X))
& has_region_2(X,fn_basic_amino_acid_2(X))
& has_region_2(X,fn_basic_amino_acid_1(X))
& the_categorical_value_2(fn_basic_amino_acid_9(X),partial_positive_0)
& object_2(fn_basic_amino_acid_39(X),fn_basic_amino_acid_37(X))
& object_2(fn_basic_amino_acid_14(X),fn_basic_amino_acid_33(X))
& object_2(fn_basic_amino_acid_20(X),fn_basic_amino_acid_33(X))
& has_region_2(X,fn_basic_amino_acid_28(X))
& is_inside_2(fn_basic_amino_acid_6(X),fn_basic_amino_acid_28(X))
& object_2(fn_basic_amino_acid_20(X),fn_basic_amino_acid_32(X))
& charge_2(X,fn_basic_amino_acid_9(X))
& is_inside_2(fn_basic_amino_acid_32(X),fn_basic_amino_acid_47(X))
& object_2(fn_basic_amino_acid_14(X),fn_basic_amino_acid_32(X))
& object_2(fn_basic_amino_acid_21(X),fn_basic_amino_acid_36(X))
& object_2(fn_basic_amino_acid_21(X),fn_basic_amino_acid_34(X))
& object_2(fn_basic_amino_acid_42(X),fn_basic_amino_acid_36(X))
& object_2(fn_basic_amino_acid_42(X),fn_basic_amino_acid_34(X))
& agent_2(fn_basic_amino_acid_23(X),fn_basic_amino_acid_34(X))
& agent_2(fn_basic_amino_acid_24(X),fn_basic_amino_acid_36(X))
& agent_2(fn_basic_amino_acid_19(X),fn_basic_amino_acid_34(X))
& agent_2(fn_basic_amino_acid_40(X),fn_basic_amino_acid_36(X))
& object_2(fn_basic_amino_acid_40(X),fn_basic_amino_acid_37(X))
& object_2(fn_basic_amino_acid_13(X),fn_basic_amino_acid_33(X))
& object_2(fn_basic_amino_acid_13(X),fn_basic_amino_acid_32(X))
& object_2(fn_basic_amino_acid_43(X),fn_basic_amino_acid_34(X))
& object_2(fn_basic_amino_acid_43(X),fn_basic_amino_acid_36(X))
& object_2(fn_basic_amino_acid_20(X),fn_basic_amino_acid_36(X))
& object_2(fn_basic_amino_acid_20(X),fn_basic_amino_acid_34(X))
& agent_2(fn_basic_amino_acid_18(X),fn_basic_amino_acid_34(X))
& possesses_2(X,fn_basic_amino_acid_7(X))
& quantity_2(fn_basic_amino_acid_7(X),fn_basic_amino_acid_11(X))
& directly_proportional_2(fn_basic_amino_acid_10(X),fn_basic_amino_acid_11(X))
& speed_2(fn_basic_amino_acid_8(X),fn_basic_amino_acid_10(X))
& object_2(fn_basic_amino_acid_8(X),X)
& agent_2(fn_basic_amino_acid_38(X),fn_basic_amino_acid_36(X))
& object_2(fn_basic_amino_acid_38(X),fn_basic_amino_acid_37(X))
& object_2(fn_basic_amino_acid_44(X),fn_basic_amino_acid_34(X))
& object_2(fn_basic_amino_acid_44(X),fn_basic_amino_acid_32(X))
& agent_2(fn_basic_amino_acid_39(X),fn_basic_amino_acid_36(X))
& agent_2(fn_basic_amino_acid_39(X),fn_basic_amino_acid_34(X))
& has_region_2(fn_basic_amino_acid_34(X),fn_basic_amino_acid_25(X))
& fn_basic_amino_acid_35(X) != fn_basic_amino_acid_34(X)
& fn_basic_amino_acid_34(X) != fn_basic_amino_acid_35(X)
& is_inside_2(fn_basic_amino_acid_34(X),fn_basic_amino_acid_29(X))
& object_2(fn_basic_amino_acid_15(X),fn_basic_amino_acid_34(X))
& object_2(fn_basic_amino_acid_15(X),fn_basic_amino_acid_36(X))
& object_2(fn_basic_amino_acid_16(X),fn_basic_amino_acid_36(X))
& object_2(fn_basic_amino_acid_16(X),fn_basic_amino_acid_34(X))
& has_part_2(X,fn_basic_amino_acid_31(X))
& possesses_2(X,fn_basic_amino_acid_46(X))
& has_part_2(X,fn_basic_amino_acid_32(X))
& agent_2(fn_basic_amino_acid_40(X),fn_basic_amino_acid_33(X))
& object_2(fn_basic_amino_acid_24(X),fn_basic_amino_acid_27(X))
& has_part_2(X,fn_basic_amino_acid_33(X))
& has_region_2(fn_basic_amino_acid_33(X),fn_basic_amino_acid_26(X))
& agent_2(fn_basic_amino_acid_22(X),fn_basic_amino_acid_36(X))
& object_2(fn_basic_amino_acid_22(X),fn_basic_amino_acid_27(X))
& object_2(fn_basic_amino_acid_23(X),fn_basic_amino_acid_27(X))
& agent_2(fn_basic_amino_acid_23(X),fn_basic_amino_acid_36(X))
& agent_2(fn_basic_amino_acid_19(X),fn_basic_amino_acid_36(X))
& agent_2(fn_basic_amino_acid_41(X),fn_basic_amino_acid_36(X))
& agent_2(fn_basic_amino_acid_41(X),fn_basic_amino_acid_34(X))
& has_part_2(X,fn_basic_amino_acid_34(X))
& has_part_2(X,fn_basic_amino_acid_36(X))
& agent_2(fn_basic_amino_acid_18(X),fn_basic_amino_acid_36(X))
& agent_2(fn_basic_amino_acid_17(X),fn_basic_amino_acid_34(X))
& agent_2(fn_basic_amino_acid_17(X),fn_basic_amino_acid_36(X))
& fn_basic_amino_acid_36(X) != fn_basic_amino_acid_35(X)
& has_part_2(X,fn_basic_amino_acid_35(X))
& has_region_2(X,fn_basic_amino_acid_6(X))
& fn_basic_amino_acid_35(X) != fn_basic_amino_acid_36(X)
& object_2(fn_basic_amino_acid_44(X),fn_basic_amino_acid_36(X))
& object_2(fn_basic_amino_acid_44(X),fn_basic_amino_acid_33(X))
& agent_2(fn_basic_amino_acid_22(X),fn_basic_amino_acid_33(X))
& fn_basic_amino_acid_36(X) != fn_basic_amino_acid_33(X)
& fn_basic_amino_acid_33(X) != fn_basic_amino_acid_36(X)
& object_2(fn_basic_amino_acid_13(X),fn_basic_amino_acid_36(X))
& object_2(fn_basic_amino_acid_13(X),fn_basic_amino_acid_34(X))
& object_2(fn_basic_amino_acid_14(X),fn_basic_amino_acid_34(X))
& object_2(fn_basic_amino_acid_14(X),fn_basic_amino_acid_36(X))
& fn_basic_amino_acid_36(X) != fn_basic_amino_acid_31(X)
& fn_basic_amino_acid_31(X) != fn_basic_amino_acid_36(X)
& object_2(fn_basic_amino_acid_45(X),fn_basic_amino_acid_36(X))
& object_2(fn_basic_amino_acid_45(X),fn_basic_amino_acid_34(X))
& fn_basic_amino_acid_34(X) != fn_basic_amino_acid_36(X)
& is_inside_2(fn_basic_amino_acid_36(X),fn_basic_amino_acid_30(X))
& has_region_2(X,fn_basic_amino_acid_30(X))
& fn_basic_amino_acid_36(X) != fn_basic_amino_acid_34(X)
& object_2(fn_basic_amino_acid_12(X),fn_basic_amino_acid_36(X))
& object_2(fn_basic_amino_acid_12(X),fn_basic_amino_acid_34(X))
& fn_basic_amino_acid_34(X) != fn_basic_amino_acid_33(X)
& fn_basic_amino_acid_33(X) != fn_basic_amino_acid_34(X)
& fn_basic_amino_acid_35(X) != fn_basic_amino_acid_33(X)
& fn_basic_amino_acid_33(X) != fn_basic_amino_acid_35(X)
& object_2(fn_basic_amino_acid_45(X),fn_basic_amino_acid_33(X))
& object_2(fn_basic_amino_acid_45(X),fn_basic_amino_acid_32(X))
& fn_basic_amino_acid_32(X) != fn_basic_amino_acid_36(X)
& is_inside_2(fn_basic_amino_acid_36(X),fn_basic_amino_acid_29(X))
& is_inside_2(fn_basic_amino_acid_33(X),fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_36(X) != fn_basic_amino_acid_32(X)
& object_2(fn_basic_amino_acid_12(X),fn_basic_amino_acid_32(X))
& object_2(fn_basic_amino_acid_12(X),fn_basic_amino_acid_33(X))
& has_region_2(fn_basic_amino_acid_33(X),fn_basic_amino_acid_25(X))
& fn_basic_amino_acid_26(X) != fn_basic_amino_acid_25(X)
& fn_basic_amino_acid_25(X) != fn_basic_amino_acid_26(X)
& is_between_2(fn_basic_amino_acid_46(X),fn_basic_amino_acid_31(X))
& is_between_2(fn_basic_amino_acid_46(X),fn_basic_amino_acid_32(X))
& fn_basic_amino_acid_32(X) != fn_basic_amino_acid_35(X)
& is_inside_2(fn_basic_amino_acid_35(X),fn_basic_amino_acid_29(X))
& has_region_2(X,fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_35(X) != fn_basic_amino_acid_32(X)
& has_region_2(X,fn_basic_amino_acid_47(X))
& is_inside_2(fn_basic_amino_acid_31(X),fn_basic_amino_acid_47(X))
& fn_basic_amino_acid_31(X) != fn_basic_amino_acid_35(X)
& fn_basic_amino_acid_32(X) != fn_basic_amino_acid_31(X)
& fn_basic_amino_acid_31(X) != fn_basic_amino_acid_32(X)
& fn_basic_amino_acid_35(X) != fn_basic_amino_acid_31(X)
& fn_basic_amino_acid_37(X) = fn_share_2(fn_basic_amino_acid_39(X))
& fn_basic_amino_acid_33(X) = fn_hold_2(fn_basic_amino_acid_14(X))
& fn_basic_amino_acid_33(X) = fn_hold_2(fn_basic_amino_acid_20(X))
& fn_basic_amino_acid_28(X) = fn_hydrophilic_amino_acid_24(X)
& fn_basic_amino_acid_20(X) = fn_amino_group_33(fn_basic_amino_acid_47(X))
& fn_basic_amino_acid_3(X) = fn_molecule_6(X)
& fn_basic_amino_acid_9(X) = fn_molecule_5(X)
& fn_basic_amino_acid_14(X) = fn_amino_group_33(fn_basic_amino_acid_47(X))
& fn_basic_amino_acid_21(X) = fn_carboxyl_group_55(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_23(X) = fn_carboxyl_group_49(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_42(X) = fn_carboxyl_group_47(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_24(X) = fn_carboxyl_group_56(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_19(X) = fn_carboxyl_group_49(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_40(X) = fn_carboxyl_group_49(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_13(X) = fn_carboxyl_group_67(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_18(X) = fn_carboxyl_group_56(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_20(X) = fn_carboxyl_group_55(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_43(X) = fn_carboxyl_group_47(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_5(X) = fn_amino_acid_3(X)
& fn_basic_amino_acid_4(X) = fn_amino_acid_4(X)
& fn_basic_amino_acid_8(X) = fn_amino_acid_5(X)
& fn_basic_amino_acid_10(X) = fn_amino_acid_6(X)
& fn_basic_amino_acid_11(X) = fn_amino_acid_7(X)
& fn_basic_amino_acid_7(X) = fn_amino_acid_16(X)
& fn_basic_amino_acid_37(X) = fn_carboxyl_group_21(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_38(X) = fn_carboxyl_group_49(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_32(X) = fn_carboxyl_group_25(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_44(X) = fn_carboxyl_group_67(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_25(X) = fn_carboxyl_group_16(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_39(X) = fn_carboxyl_group_56(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_34(X) = fn_carboxyl_group_24(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_16(X) = fn_carboxyl_group_55(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_15(X) = fn_carboxyl_group_47(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_40(X) = fn_hydrophilic_amino_acid_18(X)
& fn_basic_amino_acid_24(X) = fn_hydrophilic_amino_acid_17(X)
& fn_basic_amino_acid_26(X) = fn_hydrophilic_amino_acid_21(X)
& fn_basic_amino_acid_33(X) = fn_hydrophilic_amino_acid_32(X)
& fn_basic_amino_acid_19(X) = fn_hydrophilic_amino_acid_5(X)
& fn_basic_amino_acid_23(X) = fn_hydrophilic_amino_acid_19(X)
& fn_basic_amino_acid_27(X) = fn_hydrophilic_amino_acid_22(X)
& fn_basic_amino_acid_22(X) = fn_hydrophilic_amino_acid_18(X)
& fn_basic_amino_acid_18(X) = fn_hydrophilic_amino_acid_3(X)
& fn_basic_amino_acid_34(X) = fn_hydrophilic_amino_acid_31(X)
& fn_basic_amino_acid_41(X) = fn_hydrophilic_amino_acid_17(X)
& fn_basic_amino_acid_6(X) = fn_hydrophilic_amino_acid_23(X)
& fn_basic_amino_acid_17(X) = fn_hydrophilic_amino_acid_4(X)
& fn_basic_amino_acid_22(X) = fn_hydrophilic_amino_acid_3(X)
& fn_basic_amino_acid_33(X) = fn_carboxyl_group_23(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_44(X) = fn_hydrophilic_amino_acid_15(X)
& fn_basic_amino_acid_14(X) = fn_hydrophilic_amino_acid_16(X)
& fn_basic_amino_acid_13(X) = fn_hydrophilic_amino_acid_7(X)
& fn_basic_amino_acid_30(X) = fn_hydrophilic_amino_acid_27(X)
& fn_basic_amino_acid_45(X) = fn_hydrophilic_amino_acid_2(X)
& fn_basic_amino_acid_34(X) = fn_carboxyl_group_23(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_34(X) = fn_hydrophilic_amino_acid_32(X)
& fn_basic_amino_acid_33(X) = fn_carboxyl_group_24(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_36(X) = fn_carboxyl_group_19(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_36(X) = fn_hydrophilic_amino_acid_34(X)
& fn_basic_amino_acid_45(X) = fn_hydrophilic_amino_acid_7(X)
& fn_basic_amino_acid_26(X) = fn_hydrophilic_amino_acid_20(X)
& fn_basic_amino_acid_25(X) = fn_hydrophilic_amino_acid_21(X)
& fn_basic_amino_acid_33(X) = fn_hydrophilic_amino_acid_31(X)
& fn_basic_amino_acid_12(X) = fn_hydrophilic_amino_acid_1(X)
& X = fn_functional_group_1(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_35(X) = fn_carboxyl_group_25(fn_basic_amino_acid_29(X))
& fn_basic_amino_acid_29(X) = fn_hydrophilic_amino_acid_26(X)
& fn_basic_amino_acid_35(X) = fn_hydrophilic_amino_acid_33(X)
& fn_basic_amino_acid_32(X) = fn_hydrophilic_amino_acid_30(X)
& fn_basic_amino_acid_46(X) = fn_amino_group_21(fn_basic_amino_acid_47(X))
& fn_basic_amino_acid_46(X) = fn_hydrophilic_amino_acid_28(X)
& fn_basic_amino_acid_35(X) = fn_hydrophilic_amino_acid_30(X)
& fn_basic_amino_acid_32(X) = fn_amino_group_22(fn_basic_amino_acid_47(X))
& fn_basic_amino_acid_32(X) = fn_hydrophilic_amino_acid_33(X)
& fn_basic_amino_acid_31(X) = fn_amino_group_20(fn_basic_amino_acid_47(X))
& fn_basic_amino_acid_31(X) = fn_hydrophilic_amino_acid_29(X)
& X = fn_functional_group_1(fn_basic_amino_acid_47(X))
& fn_basic_amino_acid_47(X) = fn_hydrophilic_amino_acid_25(X)
& fn_amino_group_33(fn_basic_amino_acid_47(X)) = fn_carboxyl_group_55(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_55(fn_basic_amino_acid_29(X)) = fn_carboxyl_group_55(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_55(fn_basic_amino_acid_29(X)) = fn_share_2(fn_basic_amino_acid_39(X))
& fn_share_2(fn_basic_amino_acid_39(X)) = fn_carboxyl_group_21(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_21(fn_basic_amino_acid_29(X)) = fn_carboxyl_group_21(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_21(fn_basic_amino_acid_29(X)) = fn_carboxyl_group_49(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_49(fn_basic_amino_acid_29(X)) = fn_carboxyl_group_49(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_49(fn_basic_amino_acid_29(X)) = fn_hydrophilic_amino_acid_18(X)
& fn_hydrophilic_amino_acid_18(X) = fn_carboxyl_group_56(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_56(fn_basic_amino_acid_29(X)) = fn_hydrophilic_amino_acid_17(X)
& fn_hydrophilic_amino_acid_17(X) = fn_carboxyl_group_49(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_49(fn_basic_amino_acid_29(X)) = fn_hydrophilic_amino_acid_5(X)
& fn_hydrophilic_amino_acid_5(X) = fn_carboxyl_group_49(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_49(fn_basic_amino_acid_29(X)) = fn_hydrophilic_amino_acid_19(X)
& fn_hydrophilic_amino_acid_19(X) = fn_hydrophilic_amino_acid_19(X)
& fn_hydrophilic_amino_acid_19(X) = fn_carboxyl_group_56(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_56(fn_basic_amino_acid_29(X)) = fn_hydrophilic_amino_acid_3(X)
& fn_hydrophilic_amino_acid_3(X) = fn_hydrophilic_amino_acid_18(X)
& fn_hydrophilic_amino_acid_18(X) = fn_hydrophilic_amino_acid_18(X)
& fn_hydrophilic_amino_acid_18(X) = fn_hydrophilic_amino_acid_3(X)
& fn_hydrophilic_amino_acid_3(X) = fn_carboxyl_group_67(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_67(fn_basic_amino_acid_29(X)) = fn_hydrophilic_amino_acid_15(X)
& fn_hydrophilic_amino_acid_15(X) = fn_hydrophilic_amino_acid_15(X)
& fn_hydrophilic_amino_acid_15(X) = fn_amino_group_33(fn_basic_amino_acid_47(X))
& fn_amino_group_33(fn_basic_amino_acid_47(X)) = fn_hydrophilic_amino_acid_16(X)
& fn_hydrophilic_amino_acid_16(X) = fn_hydrophilic_amino_acid_16(X)
& fn_hydrophilic_amino_acid_16(X) = fn_carboxyl_group_67(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_67(fn_basic_amino_acid_29(X)) = fn_carboxyl_group_67(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_67(fn_basic_amino_acid_29(X)) = fn_hydrophilic_amino_acid_7(X)
& fn_hydrophilic_amino_acid_7(X) = fn_carboxyl_group_24(fn_basic_amino_acid_29(X))
& fn_hydrophilic_amino_acid_31(X) = fn_carboxyl_group_23(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_23(fn_basic_amino_acid_29(X)) = fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_31(X) = fn_hydrophilic_amino_acid_32(X)
& fn_hydrophilic_amino_acid_32(X) = fn_carboxyl_group_19(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_19(fn_basic_amino_acid_29(X)) = fn_carboxyl_group_19(fn_basic_amino_acid_29(X))
& fn_hydrophilic_amino_acid_34(X) = fn_carboxyl_group_19(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_19(fn_basic_amino_acid_29(X)) = fn_hydrophilic_amino_acid_34(X)
& fn_hydrophilic_amino_acid_34(X) = fn_hydrophilic_amino_acid_34(X)
& fn_hydrophilic_amino_acid_34(X) = fn_hydrophilic_amino_acid_2(X)
& fn_hydrophilic_amino_acid_2(X) = fn_hydrophilic_amino_acid_2(X)
& fn_hydrophilic_amino_acid_2(X) = fn_hydrophilic_amino_acid_7(X)
& fn_hydrophilic_amino_acid_7(X) = fn_hydrophilic_amino_acid_7(X)
& fn_hydrophilic_amino_acid_7(X) = fn_hydrophilic_amino_acid_21(X)
& fn_hydrophilic_amino_acid_21(X) = fn_hydrophilic_amino_acid_20(X)
& fn_hydrophilic_amino_acid_20(X) = fn_hydrophilic_amino_acid_20(X)
& fn_hydrophilic_amino_acid_20(X) = fn_carboxyl_group_16(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_16(fn_basic_amino_acid_29(X)) = fn_carboxyl_group_16(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_16(fn_basic_amino_acid_29(X)) = fn_hydrophilic_amino_acid_21(X)
& fn_hydrophilic_amino_acid_21(X) = fn_hydrophilic_amino_acid_21(X)
& fn_hydrophilic_amino_acid_21(X) = fn_hold_2(fn_basic_amino_acid_14(X))
& fn_hold_2(fn_basic_amino_acid_14(X)) = fn_hold_2(fn_basic_amino_acid_20(X))
& fn_hold_2(fn_basic_amino_acid_20(X)) = fn_carboxyl_group_23(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_23(fn_basic_amino_acid_29(X)) = fn_carboxyl_group_23(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_24(fn_basic_amino_acid_29(X)) = fn_carboxyl_group_23(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_23(fn_basic_amino_acid_29(X)) = fn_carboxyl_group_24(fn_basic_amino_acid_29(X))
& fn_hydrophilic_amino_acid_32(X) = fn_carboxyl_group_24(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_24(fn_basic_amino_acid_29(X)) = fn_carboxyl_group_24(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_24(fn_basic_amino_acid_29(X)) = fn_hydrophilic_amino_acid_32(X)
& fn_hydrophilic_amino_acid_32(X) = fn_hydrophilic_amino_acid_32(X)
& fn_hydrophilic_amino_acid_32(X) = fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_31(X) = fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_31(X) = fn_hydrophilic_amino_acid_28(X)
& fn_hydrophilic_amino_acid_28(X) = fn_amino_group_21(fn_basic_amino_acid_47(X))
& fn_amino_group_21(fn_basic_amino_acid_47(X)) = fn_hydrophilic_amino_acid_28(X)
& fn_hydrophilic_amino_acid_28(X) = fn_carboxyl_group_25(fn_basic_amino_acid_29(X))
& fn_hydrophilic_amino_acid_33(X) = fn_carboxyl_group_25(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_25(fn_basic_amino_acid_29(X)) = fn_hydrophilic_amino_acid_33(X)
& fn_hydrophilic_amino_acid_30(X) = fn_amino_group_22(fn_basic_amino_acid_47(X))
& fn_carboxyl_group_25(fn_basic_amino_acid_29(X)) = fn_amino_group_22(fn_basic_amino_acid_47(X))
& fn_amino_group_22(fn_basic_amino_acid_47(X)) = fn_amino_group_22(fn_basic_amino_acid_47(X))
& fn_amino_group_22(fn_basic_amino_acid_47(X)) = fn_carboxyl_group_25(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_25(fn_basic_amino_acid_29(X)) = fn_carboxyl_group_25(fn_basic_amino_acid_29(X))
& fn_carboxyl_group_25(fn_basic_amino_acid_29(X)) = fn_hydrophilic_amino_acid_30(X)
& fn_hydrophilic_amino_acid_33(X) = fn_hydrophilic_amino_acid_30(X)
& fn_hydrophilic_amino_acid_30(X) = fn_hydrophilic_amino_acid_30(X)
& fn_hydrophilic_amino_acid_30(X) = fn_hydrophilic_amino_acid_33(X)
& fn_hydrophilic_amino_acid_33(X) = fn_hydrophilic_amino_acid_33(X)
& fn_hydrophilic_amino_acid_33(X) = fn_hydrophilic_amino_acid_29(X)
& fn_hydrophilic_amino_acid_29(X) = fn_hydrophilic_amino_acid_29(X)
& fn_hydrophilic_amino_acid_29(X) = fn_amino_group_20(fn_basic_amino_acid_47(X))
& fn_amino_group_20(fn_basic_amino_acid_47(X)) = fn_hydrophilic_amino_acid_29(X)
& fn_functional_group_1(fn_basic_amino_acid_29(X)) = fn_functional_group_1(fn_basic_amino_acid_47(X)) ) ) ).
fof(a527743,axiom,
! [X] :
( basic_solution_1(X)
=> ( original_name_2(X,'Basic-Solution')
& user_description_2(X,'An aqueous solution containing more OH- ions than H+ ions. An aqueous solution with a pH greater than 7.')
& concept2words_2(X,'solution of base')
& concept2words_2(X,'solution of basic')
& concept2words_2(X,'basic solution')
& concept2words_2(X,'basic-solution')
& aqueous_solution_1(X)
& ~ buffered_solution_1(X)
& ~ gel_1(X)
& ~ hypertonic_solution_1(X)
& ~ hypotonic_solution_1(X)
& ~ isotonic_solution_1(X)
& ph_value_1(fn_basic_solution_3(X))
& ph_value_1(fn_basic_solution_4(X))
& quantity_value_1(fn_basic_solution_6(X))
& cation_1(fn_basic_solution_11(X))
& base_compound_1(fn_basic_solution_12(X))
& concentration_value_1(fn_basic_solution_13(X))
& rate_value_1(fn_basic_solution_14(X))
& make_contact_1(fn_basic_solution_15(X))
& collide_1(fn_basic_solution_15(X))
& chemical_energy_1(fn_basic_solution_16(X))
& quantity_value_1(fn_basic_solution_17(X))
& quantity_value_1(fn_basic_solution_18(X))
& chemical_energy_1(fn_basic_solution_19(X))
& property_value_1(fn_basic_solution_21(X))
& water_1(fn_basic_solution_22(X))
& chemical_1(fn_basic_solution_23(X))
& base_1(fn_basic_solution_23(X))
& property_value_1(fn_basic_solution_24(X))
& quantity_value_1(fn_basic_solution_24(X))
& chemical_entity_1(fn_basic_solution_25(X))
& hydroxide_ion_1(fn_basic_solution_25(X))
& add_1(fn_basic_solution_27(X))
& increase_1(fn_basic_solution_28(X))
& reverse_reaction_1(fn_basic_solution_29(X))
& base_dissociation_reaction_1(fn_basic_solution_30(X))
& chemical_reaction_1(fn_basic_solution_31(X))
& forward_reaction_1(fn_basic_solution_31(X))
& base_compound_1(fn_basic_solution_32(X))
& spatial_entity_1(fn_basic_solution_32(X))
& chemical_entity_1(fn_basic_solution_32(X))
& hydronium_ion_1(fn_basic_solution_33(X))
& chemical_entity_1(fn_chemical_3(fn_basic_solution_22(X)))
& property_node_1(fn_increase_1(fn_basic_solution_28(X)))
& property_value_1(fn_increase_4(fn_basic_solution_28(X)))
& property_node_1(fn_base_dissociation_reaction_19(fn_basic_solution_30(X)))
& property_node_1(fn_base_dissociation_reaction_20(fn_basic_solution_30(X)))
& add_1(fn_base_dissociation_reaction_5(fn_basic_solution_30(X)))
& property_node_1(fn_base_dissociation_reaction_22(fn_basic_solution_30(X)))
& forward_reaction_1(fn_base_dissociation_reaction_18(fn_basic_solution_30(X)))
& property_node_1(fn_base_dissociation_reaction_1(fn_basic_solution_30(X)))
& rate_value_1(fn_base_dissociation_reaction_10(fn_basic_solution_30(X)))
& concentration_value_1(fn_base_dissociation_reaction_9(fn_basic_solution_30(X)))
& cation_1(fn_base_dissociation_reaction_3(fn_basic_solution_30(X)))
& reverse_reaction_1(fn_base_dissociation_reaction_17(fn_basic_solution_30(X)))
& chemical_energy_1(fn_base_dissociation_reaction_16(fn_basic_solution_30(X)))
& base_compound_1(fn_base_dissociation_reaction_4(fn_basic_solution_30(X)))
& make_contact_1(fn_base_dissociation_reaction_11(fn_basic_solution_30(X)))
& collide_1(fn_base_dissociation_reaction_11(fn_basic_solution_30(X)))
& property_node_1(fn_base_dissociation_reaction_21(fn_basic_solution_30(X)))
& quantity_value_1(fn_base_dissociation_reaction_15(fn_basic_solution_30(X)))
& quantity_value_1(fn_base_dissociation_reaction_14(fn_basic_solution_30(X)))
& chemical_energy_1(fn_base_dissociation_reaction_13(fn_basic_solution_30(X)))
& property_value_1(fn_increase_3(fn_basic_solution_28(X)))
& quantity_value_1(fn_base_dissociation_reaction_2(fn_basic_solution_30(X)))
& base_1(fn_base_dissociation_reaction_8(fn_basic_solution_30(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_basic_solution_30(X)))
& base_compound_1(fn_base_dissociation_reaction_12(fn_basic_solution_30(X)))
& spatial_entity_1(fn_base_dissociation_reaction_12(fn_basic_solution_30(X)))
& chemical_entity_1(fn_base_dissociation_reaction_12(fn_basic_solution_30(X)))
& chemical_entity_1(fn_reverse_reaction_7(fn_basic_solution_29(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_basic_solution_31(X)))
& hydroxide_ion_1(fn_base_dissociation_reaction_6(fn_basic_solution_30(X)))
& fn_basic_solution_22(X) != fn_basic_solution_23(X)
& fn_basic_solution_23(X) != fn_basic_solution_22(X)
& greater_than_2(fn_basic_solution_24(X),fn_basic_solution_6(X))
& causes_2(fn_basic_solution_27(X),fn_basic_solution_28(X))
& by_means_of_2(fn_basic_solution_28(X),fn_basic_solution_27(X))
& has_part_2(X,fn_basic_solution_25(X))
& has_part_2(X,fn_basic_solution_11(X))
& ph_2(X,fn_basic_solution_3(X))
& quantity_2(fn_basic_solution_33(X),fn_basic_solution_6(X))
& called_2(fn_basic_solution_6(X),'Quantity_H')
& the_cardinal_value_2(fn_basic_solution_4(X),"7.0e0")
& cardinal_unit_class_2(fn_basic_solution_4(X),unity_0)
& greater_than_2(fn_basic_solution_3(X),fn_basic_solution_4(X))
& raw_material_2(fn_basic_solution_29(X),fn_basic_solution_25(X))
& result_2(fn_basic_solution_31(X),fn_basic_solution_25(X))
& has_part_2(fn_basic_solution_22(X),fn_basic_solution_33(X))
& has_part_2(X,fn_basic_solution_23(X))
& has_solute_2(X,fn_basic_solution_23(X))
& has_part_2(X,fn_basic_solution_22(X))
& has_solvent_2(X,fn_basic_solution_22(X))
& to_value_2(fn_basic_solution_28(X),fn_basic_solution_21(X))
& greater_than_2(fn_basic_solution_21(X),fn_basic_solution_24(X))
& from_value_2(fn_basic_solution_28(X),fn_basic_solution_24(X))
& base_2(fn_basic_solution_27(X),fn_basic_solution_25(X))
& raw_material_2(fn_basic_solution_31(X),fn_basic_solution_32(X))
& subevent_2(fn_basic_solution_30(X),fn_basic_solution_31(X))
& quantity_2(fn_basic_solution_25(X),fn_basic_solution_24(X))
& concentration_2(fn_basic_solution_23(X),fn_basic_solution_13(X))
& directly_proportional_2(fn_basic_solution_14(X),fn_basic_solution_13(X))
& rate_2(fn_basic_solution_15(X),fn_basic_solution_14(X))
& intensity_2(fn_basic_solution_15(X),'*strong')
& quantity_2(fn_basic_solution_16(X),fn_basic_solution_17(X))
& possesses_2(fn_basic_solution_32(X),fn_basic_solution_16(X))
& result_2(fn_basic_solution_29(X),fn_basic_solution_32(X))
& subevent_2(fn_basic_solution_30(X),fn_basic_solution_29(X))
& result_2(fn_basic_solution_30(X),fn_basic_solution_11(X))
& raw_material_2(fn_basic_solution_30(X),fn_basic_solution_32(X))
& object_2(fn_basic_solution_15(X),fn_basic_solution_32(X))
& base_2(fn_basic_solution_15(X),fn_basic_solution_12(X))
& has_part_2(fn_basic_solution_23(X),fn_basic_solution_12(X))
& has_part_2(fn_basic_solution_23(X),fn_basic_solution_32(X))
& result_2(fn_basic_solution_30(X),fn_basic_solution_25(X))
& possesses_2(fn_basic_solution_25(X),fn_basic_solution_19(X))
& quantity_2(fn_basic_solution_19(X),fn_basic_solution_18(X))
& greater_than_2(fn_basic_solution_17(X),fn_basic_solution_18(X))
& fn_basic_solution_25(X) = fn_reverse_reaction_7(fn_basic_solution_29(X))
& fn_basic_solution_25(X) = fn_chemical_reaction_1(fn_basic_solution_31(X))
& fn_basic_solution_33(X) = fn_chemical_3(fn_basic_solution_22(X))
& fn_basic_solution_22(X) = fn_solution_6(X)
& fn_basic_solution_23(X) = fn_solution_5(X)
& fn_basic_solution_20(X) = fn_increase_1(fn_basic_solution_28(X))
& fn_basic_solution_24(X) = fn_increase_3(fn_basic_solution_28(X))
& fn_basic_solution_21(X) = fn_increase_4(fn_basic_solution_28(X))
& fn_basic_solution_10(X) = fn_base_dissociation_reaction_19(fn_basic_solution_30(X))
& fn_basic_solution_9(X) = fn_base_dissociation_reaction_20(fn_basic_solution_30(X))
& fn_basic_solution_27(X) = fn_base_dissociation_reaction_5(fn_basic_solution_30(X))
& fn_basic_solution_7(X) = fn_base_dissociation_reaction_22(fn_basic_solution_30(X))
& fn_basic_solution_31(X) = fn_base_dissociation_reaction_18(fn_basic_solution_30(X))
& fn_basic_solution_26(X) = fn_base_dissociation_reaction_1(fn_basic_solution_30(X))
& fn_basic_solution_24(X) = fn_base_dissociation_reaction_2(fn_basic_solution_30(X))
& fn_basic_solution_14(X) = fn_base_dissociation_reaction_10(fn_basic_solution_30(X))
& fn_basic_solution_13(X) = fn_base_dissociation_reaction_9(fn_basic_solution_30(X))
& fn_basic_solution_11(X) = fn_base_dissociation_reaction_3(fn_basic_solution_30(X))
& fn_basic_solution_29(X) = fn_base_dissociation_reaction_17(fn_basic_solution_30(X))
& fn_basic_solution_16(X) = fn_base_dissociation_reaction_16(fn_basic_solution_30(X))
& fn_basic_solution_23(X) = fn_base_dissociation_reaction_8(fn_basic_solution_30(X))
& fn_basic_solution_12(X) = fn_base_dissociation_reaction_4(fn_basic_solution_30(X))
& fn_basic_solution_15(X) = fn_base_dissociation_reaction_11(fn_basic_solution_30(X))
& fn_basic_solution_32(X) = fn_exergonic_reaction_10(fn_basic_solution_30(X))
& fn_basic_solution_32(X) = fn_base_dissociation_reaction_12(fn_basic_solution_30(X))
& fn_basic_solution_8(X) = fn_base_dissociation_reaction_21(fn_basic_solution_30(X))
& fn_basic_solution_17(X) = fn_base_dissociation_reaction_15(fn_basic_solution_30(X))
& fn_basic_solution_18(X) = fn_base_dissociation_reaction_14(fn_basic_solution_30(X))
& fn_basic_solution_19(X) = fn_base_dissociation_reaction_13(fn_basic_solution_30(X))
& fn_basic_solution_25(X) = fn_base_dissociation_reaction_6(fn_basic_solution_30(X))
& fn_increase_3(fn_basic_solution_28(X)) = fn_increase_3(fn_basic_solution_28(X))
& fn_increase_3(fn_basic_solution_28(X)) = fn_base_dissociation_reaction_2(fn_basic_solution_30(X))
& fn_base_dissociation_reaction_2(fn_basic_solution_30(X)) = fn_base_dissociation_reaction_2(fn_basic_solution_30(X))
& fn_base_dissociation_reaction_2(fn_basic_solution_30(X)) = fn_solution_5(X)
& fn_solution_5(X) = fn_solution_5(X)
& fn_solution_5(X) = fn_base_dissociation_reaction_8(fn_basic_solution_30(X))
& fn_base_dissociation_reaction_8(fn_basic_solution_30(X)) = fn_base_dissociation_reaction_8(fn_basic_solution_30(X))
& fn_base_dissociation_reaction_8(fn_basic_solution_30(X)) = fn_base_dissociation_reaction_12(fn_basic_solution_30(X))
& fn_base_dissociation_reaction_12(fn_basic_solution_30(X)) = fn_base_dissociation_reaction_12(fn_basic_solution_30(X))
& fn_base_dissociation_reaction_12(fn_basic_solution_30(X)) = fn_exergonic_reaction_10(fn_basic_solution_30(X))
& fn_exergonic_reaction_10(fn_basic_solution_30(X)) = fn_base_dissociation_reaction_12(fn_basic_solution_30(X))
& fn_base_dissociation_reaction_12(fn_basic_solution_30(X)) = fn_reverse_reaction_7(fn_basic_solution_29(X))
& fn_reverse_reaction_7(fn_basic_solution_29(X)) = fn_chemical_reaction_1(fn_basic_solution_31(X))
& fn_chemical_reaction_1(fn_basic_solution_31(X)) = fn_chemical_reaction_1(fn_basic_solution_31(X))
& fn_chemical_reaction_1(fn_basic_solution_31(X)) = fn_base_dissociation_reaction_6(fn_basic_solution_30(X))
& fn_base_dissociation_reaction_6(fn_basic_solution_30(X)) = fn_base_dissociation_reaction_6(fn_basic_solution_30(X)) ) ) ).
fof(a527744,axiom,
! [X] :
( basic_solution_of_weak_base_1(X)
=> ( original_name_2(X,'Basic-Solution-Of-Weak-Base')
& user_description_2(X,'A solution that contains a weak base.')
& concept2words_2(X,'solution of weak base')
& concept2words_2(X,'solution-of-weak-base')
& concept2words_2(X,'weak base solution')
& concept2words_2(X,'weak-base-solution')
& concept2words_2(X,'basic solution of weak base')
& concept2words_2(X,'basic-solution-of-weak-base')
& basic_solution_1(X)
& weak_base_1(fn_basic_solution_of_weak_base_1(X))
& potential_value_1(fn_basic_solution_of_weak_base_2(X))
& water_1(fn_basic_solution_of_weak_base_3(X))
& rate_value_1(fn_basic_solution_of_weak_base_4(X))
& base_compound_1(fn_basic_solution_of_weak_base_5(X))
& concentration_value_1(fn_basic_solution_of_weak_base_6(X))
& hydronium_ion_1(fn_basic_solution_of_weak_base_7(X))
& quantity_value_1(fn_basic_solution_of_weak_base_8(X))
& property_value_1(fn_basic_solution_of_weak_base_9(X))
& quantity_value_1(fn_basic_solution_of_weak_base_9(X))
& make_contact_1(fn_basic_solution_of_weak_base_10(X))
& collide_1(fn_basic_solution_of_weak_base_10(X))
& base_compound_1(fn_basic_solution_of_weak_base_11(X))
& spatial_entity_1(fn_basic_solution_of_weak_base_11(X))
& chemical_entity_1(fn_basic_solution_of_weak_base_11(X))
& base_dissociation_reaction_1(fn_basic_solution_of_weak_base_12(X))
& cation_1(fn_basic_solution_of_weak_base_13(X))
& chemical_entity_1(fn_basic_solution_of_weak_base_14(X))
& hydroxide_ion_1(fn_basic_solution_of_weak_base_14(X))
& property_node_1(fn_water_1(fn_basic_solution_of_weak_base_3(X)))
& potential_value_1(fn_water_2(fn_basic_solution_of_weak_base_3(X)))
& solute_potential_2(fn_basic_solution_of_weak_base_1(X),fn_basic_solution_of_weak_base_2(X))
& solute_potential_2(fn_basic_solution_of_weak_base_3(X),fn_basic_solution_of_weak_base_2(X))
& the_cardinal_value_2(fn_basic_solution_of_weak_base_2(X),"0.0e0")
& cardinal_unit_class_2(fn_basic_solution_of_weak_base_2(X),pascal_0)
& has_solute_2(X,fn_basic_solution_of_weak_base_1(X))
& has_part_2(X,fn_basic_solution_of_weak_base_1(X))
& fn_basic_solution_of_weak_base_3(X) != fn_basic_solution_of_weak_base_1(X)
& fn_basic_solution_of_weak_base_1(X) != fn_basic_solution_of_weak_base_3(X)
& called_2(fn_basic_solution_of_weak_base_8(X),'Quantity_H')
& has_solvent_2(X,fn_basic_solution_of_weak_base_3(X))
& has_part_2(X,fn_basic_solution_of_weak_base_14(X))
& has_part_2(X,fn_basic_solution_of_weak_base_3(X))
& has_part_2(fn_basic_solution_of_weak_base_3(X),fn_basic_solution_of_weak_base_7(X))
& quantity_2(fn_basic_solution_of_weak_base_7(X),fn_basic_solution_of_weak_base_8(X))
& greater_than_2(fn_basic_solution_of_weak_base_9(X),fn_basic_solution_of_weak_base_8(X))
& quantity_2(fn_basic_solution_of_weak_base_14(X),fn_basic_solution_of_weak_base_9(X))
& fn_basic_solution_of_weak_base_15(X) = fn_water_1(fn_basic_solution_of_weak_base_3(X))
& fn_basic_solution_of_weak_base_2(X) = fn_water_2(fn_basic_solution_of_weak_base_3(X))
& fn_basic_solution_of_weak_base_1(X) = fn_basic_solution_23(X)
& fn_basic_solution_of_weak_base_16(X) = fn_basic_solution_5(X)
& fn_basic_solution_of_weak_base_5(X) = fn_basic_solution_12(X)
& fn_basic_solution_of_weak_base_17(X) = fn_basic_solution_26(X)
& fn_basic_solution_of_weak_base_18(X) = fn_basic_solution_10(X)
& fn_basic_solution_of_weak_base_19(X) = fn_basic_solution_9(X)
& fn_basic_solution_of_weak_base_13(X) = fn_basic_solution_11(X)
& fn_basic_solution_of_weak_base_6(X) = fn_basic_solution_13(X)
& fn_basic_solution_of_weak_base_4(X) = fn_basic_solution_14(X)
& fn_basic_solution_of_weak_base_10(X) = fn_basic_solution_15(X)
& fn_basic_solution_of_weak_base_11(X) = fn_basic_solution_32(X)
& fn_basic_solution_of_weak_base_12(X) = fn_basic_solution_30(X)
& fn_basic_solution_of_weak_base_14(X) = fn_basic_solution_25(X)
& fn_basic_solution_of_weak_base_9(X) = fn_basic_solution_24(X)
& fn_basic_solution_of_weak_base_8(X) = fn_basic_solution_6(X)
& fn_basic_solution_of_weak_base_7(X) = fn_basic_solution_33(X)
& fn_basic_solution_of_weak_base_3(X) = fn_aqueous_solution_14(X)
& fn_basic_solution_of_weak_base_3(X) = fn_basic_solution_22(X)
& fn_basic_solution_22(X) = fn_basic_solution_22(X)
& fn_basic_solution_22(X) = fn_aqueous_solution_14(X)
& fn_aqueous_solution_14(X) = fn_basic_solution_22(X) ) ) ).
fof(a527745,axiom,
! [X] :
( basidiocarp_1(X)
=> ( original_name_2(X,'Basidiocarp')
& user_description_2(X,'The multicellular structure on which spores are produced in the basidiomycete fungi. Mushrooms are basidiocarps.')
& concept2words_2(X,basidiocarp)
& fungal_organ_1(X)
& ~ ascocarp_1(X)
& ~ truffle_1(X) ) ) ).
fof(a527746,axiom,
! [X] :
( basidium_1(X)
=> ( original_name_2(X,'Basidium')
& user_description_2(X,'Microscopic spore-producing structure on the gills of a basidiocarp.')
& concept2words_2(X,basidia)
& concept2words_2(X,basidium)
& fungal_appendage_1(X) ) ) ).
fof(a527747,axiom,
! [X] :
( basophil_1(X)
=> ( original_name_2(X,'Basophil')
& user_description_2(X,'A type of white blood cell that produces histamine and the anticoagulant heparin. Basophils participate in several types of inflammation, especially those that involve an allergic response.')
& concept2words_2(X,basophil)
& leukocyte_1(X)
& ~ lymphocyte_1(X) ) ) ).
fof(a527748,axiom,
! [X] :
( bat_1(X)
=> ( original_name_2(X,'Bat')
& user_description_2(X,'Mammal of the order Chiroptera, whose hand forms a webbed wing. Bats are the only mammals capable of sustained flight.')
& concept2words_2(X,chiroptera)
& concept2words_2(X,bat)
& placental_mammal_1(X)
& ~ edentata_1(X)
& ~ elephant_1(X)
& ~ primate_1(X)
& ~ rodent_1(X)
& ~ ungulate_1(X) ) ) ).
fof(a527749,axiom,
! [X] :
( batesian_mimicry_1(X)
=> ( original_name_2(X,'Batesian-Mimicry')
& user_description_2(X,'A type of mimicry where a harmless species has evolved to resemble another species which is poisonous or otherwise harmful to predators.')
& concept2words_2(X,'batesian mimicry')
& concept2words_2(X,'batesian-mimicry')
& mimicry_1(X)
& ~ mullerian_mimicry_1(X) ) ) ).
fof(a527750,axiom,
! [X] :
( bathroom_1(X)
=> ( original_name_2(X,'Bathroom')
& concept2words_2(X,bathroom)
& concept2words_2(X,bath)
& room_1(X)
& ~ hallway_1(X)
& ~ elevator_1(X) ) ) ).
fof(a527751,axiom,
! [X] :
( be_accessible_1(X)
=> ( original_name_2(X,'Be-Accessible')
& concept2words_2(X,'be accessible')
& concept2words_2(X,'be-accessible')
& state_1(X)
& entity_1(fn_be_accessible_1(X))
& object_2(X,fn_be_accessible_1(X)) ) ) ).
fof(a527752,axiom,
! [X] :
( be_activated_1(X)
=> ( original_name_2(X,'Be-Activated')
& concept2words_2(X,activated)
& concept2words_2(X,active)
& concept2words_2(X,on)
& concept2words_2(X,'be activated')
& concept2words_2(X,'be-activated')
& be_accessible_1(X)
& entity_1(fn_be_activated_1(X))
& fn_be_activated_1(X) = fn_be_accessible_1(X) ) ) ).
fof(a527753,axiom,
! [X] :
( be_analogically_related_1(X)
=> ( original_name_2(X,'Be-Analogically-Related')
& concept2words_2(X,'analogical relationship')
& concept2words_2(X,'be analogically related')
& concept2words_2(X,'be-analogically-related')
& state_1(X) ) ) ).
fof(a527754,axiom,
! [X] :
( be_attached_to_1(X)
=> ( original_name_2(X,'Be-Attached-To')
& concept2words_2(X,attached)
& concept2words_2(X,attach)
& concept2words_2(X,connect)
& concept2words_2(X,'be attached to')
& concept2words_2(X,'be-attached-to')
& be_touching_1(X) ) ) ).
fof(a527755,axiom,
! [X] :
( be_available_1(X)
=> ( original_name_2(X,'Be-Available')
& concept2words_2(X,'be available')
& concept2words_2(X,'be-available')
& state_1(X)
& resource_1(fn_be_available_1(X))
& object_2(X,fn_be_available_1(X)) ) ) ).
fof(a527756,axiom,
! [X] :
( be_blocked_1(X)
=> ( original_name_2(X,'Be-Blocked')
& concept2words_2(X,blocked)
& concept2words_2(X,'out of use')
& concept2words_2(X,out_of_use)
& concept2words_2(X,plugged)
& concept2words_2(X,closed)
& concept2words_2(X,'be blocked')
& concept2words_2(X,'be-blocked')
& be_inaccessible_1(X)
& spatial_entity_1(fn_be_blocked_1(X))
& object_2(X,fn_be_blocked_1(X))
& fn_be_blocked_1(X) = fn_be_inaccessible_1(X) ) ) ).
fof(a527757,axiom,
! [X] :
( be_broken_1(X)
=> ( original_name_2(X,'Be-Broken')
& concept2words_2(X,broken)
& concept2words_2(X,busted)
& concept2words_2(X,'be broken')
& concept2words_2(X,'be-broken')
& be_damaged_1(X)
& physical_object_1(fn_be_broken_1(X))
& object_2(X,fn_be_broken_1(X))
& fn_be_broken_1(X) = fn_be_damaged_1(X) ) ) ).
fof(a527758,axiom,
! [X] :
( be_closed_1(X)
=> ( original_name_2(X,'Be-Closed')
& concept2words_2(X,closed)
& concept2words_2(X,shut)
& concept2words_2(X,unopen)
& concept2words_2(X,'be closed')
& concept2words_2(X,'be-closed')
& be_blocked_1(X)
& spatial_entity_1(fn_be_closed_1(X))
& tangible_entity_1(fn_be_closed_2(X))
& portal_covering_1(fn_be_closed_3(X))
& tangible_entity_1(fn_barrier_1(fn_be_closed_3(X)))
& instrument_2(X,fn_be_closed_2(X))
& plays_2(fn_be_closed_2(X),fn_be_closed_3(X))
& fn_be_closed_1(X) = fn_be_blocked_1(X)
& fn_be_closed_2(X) = fn_barrier_1(fn_be_closed_3(X)) ) ) ).
fof(a527759,axiom,
! [X] :
( be_concealed_1(X)
=> ( original_name_2(X,'Be-Concealed')
& concept2words_2(X,concealed)
& concept2words_2(X,hidden)
& concept2words_2(X,'out of sight')
& concept2words_2(X,out_of_sight)
& concept2words_2(X,'be concealed')
& concept2words_2(X,'be-concealed')
& be_inaccessible_1(X)
& tangible_entity_1(fn_be_concealed_1(X))
& object_2(X,fn_be_concealed_1(X))
& fn_be_concealed_1(X) = fn_be_inaccessible_1(X) ) ) ).
fof(a527760,axiom,
! [X] :
( be_confined_1(X)
=> ( original_name_2(X,'Be-Confined')
& concept2words_2(X,confined)
& concept2words_2(X,'fenced in')
& concept2words_2(X,fenced_in)
& concept2words_2(X,penned)
& concept2words_2(X,'be confined')
& concept2words_2(X,'be-confined')
& be_obstructed_1(X)
& tangible_entity_1(fn_be_confined_1(X))
& tangible_entity_1(fn_be_confined_2(X))
& is_inside_2(fn_be_confined_2(X),fn_be_confined_1(X))
& base_2(X,fn_be_confined_1(X))
& object_2(X,fn_be_confined_2(X))
& fn_be_confined_2(X) = fn_be_obstructed_1(X) ) ) ).
fof(a527761,axiom,
! [X] :
( be_contained_1(X)
=> ( original_name_2(X,'Be-Contained')
& concept2words_2(X,hold)
& concept2words_2(X,contain)
& concept2words_2(X,bear)
& concept2words_2(X,carry)
& concept2words_2(X,'be contained')
& concept2words_2(X,'be-contained')
& state_1(X)
& tangible_entity_1(fn_be_contained_1(X))
& tangible_entity_1(fn_be_contained_2(X))
& spatial_entity_1(fn_be_contained_3(X))
& spatial_entity_1(fn_be_contained_4(X))
& destination_2(X,fn_be_contained_4(X))
& origin_2(X,fn_be_contained_3(X))
& base_2(X,fn_be_contained_2(X))
& object_2(X,fn_be_contained_1(X)) ) ) ).
fof(a527762,axiom,
! [X] :
( be_controlled_1(X)
=> ( original_name_2(X,'Be-Controlled')
& concept2words_2(X,controlled)
& concept2words_2(X,'be controlled')
& concept2words_2(X,'be-controlled')
& state_1(X)
& entity_1(fn_be_controlled_1(X))
& object_2(X,fn_be_controlled_1(X)) ) ) ).
fof(a527763,axiom,
! [X] :
( be_damaged_1(X)
=> ( original_name_2(X,'Be-Damaged')
& concept2words_2(X,'be damaged')
& concept2words_2(X,'be-damaged')
& state_1(X)
& tangible_entity_1(fn_be_damaged_1(X))
& object_2(X,fn_be_damaged_1(X)) ) ) ).
fof(a527764,axiom,
! [X] :
( be_defeated_1(X)
=> ( original_name_2(X,'Be-Defeated')
& concept2words_2(X,lose)
& concept2words_2(X,'defeated of be')
& concept2words_2(X,'be defeated')
& concept2words_2(X,'be-defeated')
& state_1(X)
& entity_1(fn_be_defeated_1(X))
& contest_1(fn_be_defeated_2(X))
& loser_1(fn_be_defeated_3(X))
& base_2(X,fn_be_defeated_2(X))
& object_2(X,fn_be_defeated_1(X))
& in_event_2(fn_be_defeated_3(X),fn_be_defeated_2(X))
& plays_2(fn_be_defeated_1(X),fn_be_defeated_3(X)) ) ) ).
fof(a527765,axiom,
! [X] :
( be_different_1(X)
=> ( original_name_2(X,'Be-Different')
& concept2words_2(X,different)
& concept2words_2(X,dissimilar)
& concept2words_2(X,unalike)
& concept2words_2(X,unlike)
& concept2words_2(X,difference)
& concept2words_2(X,'be different')
& concept2words_2(X,'be-different')
& state_1(X) ) ) ).
fof(a527766,axiom,
! [X] :
( be_energetically_different_1(X)
=> ( original_name_2(X,'Be-Energetically-Different')
& concept2words_2(X,'energetic difference')
& concept2words_2(X,'be energetically different')
& concept2words_2(X,'be-energetically-different')
& state_1(X) ) ) ).
fof(a527767,axiom,
! [X] :
( be_energetically_related_1(X)
=> ( original_name_2(X,'Be-Energetically-Related')
& concept2words_2(X,'energetic relationship')
& concept2words_2(X,'be energetically related')
& concept2words_2(X,'be-energetically-related')
& state_1(X) ) ) ).
fof(a527768,axiom,
! [X] :
( be_functionally_different_1(X)
=> ( original_name_2(X,'Be-Functionally-Different')
& concept2words_2(X,'functional difference')
& concept2words_2(X,'be functionally different')
& concept2words_2(X,'be-functionally-different')
& state_1(X) ) ) ).
fof(a527769,axiom,
! [X] :
( be_functionally_related_1(X)
=> ( original_name_2(X,'Be-Functionally-Related')
& concept2words_2(X,'functional relationship')
& concept2words_2(X,'be functionally related')
& concept2words_2(X,'be-functionally-related')
& state_1(X) ) ) ).
fof(a527770,axiom,
! [X] :
( be_functionally_similar_1(X)
=> ( original_name_2(X,'Be-Functionally-Similar')
& concept2words_2(X,'functional similarity')
& concept2words_2(X,'be functionally similar')
& concept2words_2(X,'be-functionally-similar')
& state_1(X) ) ) ).
fof(a527771,axiom,
! [X] :
( be_held_1(X)
=> ( original_name_2(X,'Be-Held')
& concept2words_2(X,held)
& concept2words_2(X,'be held')
& concept2words_2(X,'be-held')
& be_obstructed_1(X)
& tangible_entity_1(fn_be_held_1(X))
& tangible_entity_1(fn_be_held_2(X))
& agent_2(X,fn_be_held_1(X))
& object_2(X,fn_be_held_2(X))
& fn_be_held_2(X) = fn_be_obstructed_1(X) ) ) ).
fof(a527772,axiom,
! [X] :
( be_impacted_1(X)
=> ( original_name_2(X,'Be-Impacted')
& concept2words_2(X,impact)
& concept2words_2(X,'be impacted')
& concept2words_2(X,'be-impacted')
& state_1(X) ) ) ).
fof(a527773,axiom,
! [X] :
( be_inaccessible_1(X)
=> ( original_name_2(X,'Be-Inaccessible')
& concept2words_2(X,'be inaccessible')
& concept2words_2(X,'be-inaccessible')
& state_1(X)
& entity_1(fn_be_inaccessible_1(X))
& object_2(X,fn_be_inaccessible_1(X)) ) ) ).
fof(a527774,axiom,
! [X] :
( be_known_1(X)
=> ( original_name_2(X,'Be-Known')
& concept2words_2(X,know)
& concept2words_2(X,known)
& concept2words_2(X,familiar)
& concept2words_2(X,conversant)
& concept2words_2(X,versed)
& concept2words_2(X,knowledgeable)
& concept2words_2(X,intimate)
& concept2words_2(X,'intimate with')
& concept2words_2(X,intimate_with)
& concept2words_2(X,'knowledgeable about')
& concept2words_2(X,knowledgeable_about)
& concept2words_2(X,'be known')
& concept2words_2(X,'be-known')
& state_1(X)
& entity_1(fn_be_known_1(X))
& living_entity_1(fn_be_known_2(X))
& experiencer_2(X,fn_be_known_2(X))
& object_2(X,fn_be_known_1(X)) ) ) ).
fof(a527775,axiom,
! [X] :
( be_obstructed_1(X)
=> ( original_name_2(X,'Be-Obstructed')
& concept2words_2(X,obstructed)
& concept2words_2(X,'be obstructed')
& concept2words_2(X,'be-obstructed')
& be_inaccessible_1(X)
& entity_1(fn_be_obstructed_1(X))
& fn_be_obstructed_1(X) = fn_be_inaccessible_1(X) ) ) ).
fof(a527776,axiom,
! [X] :
( be_open_1(X)
=> ( original_name_2(X,'Be-Open')
& concept2words_2(X,open)
& concept2words_2(X,unfastened)
& concept2words_2(X,opened)
& concept2words_2(X,'open of be')
& concept2words_2(X,'be open')
& concept2words_2(X,'be-open')
& be_unblocked_1(X)
& spatial_entity_1(fn_be_open_1(X))
& portal_1(fn_be_open_2(X))
& spatial_entity_1(fn_conduit_1(fn_be_open_2(X)))
& object_2(X,fn_be_open_1(X))
& plays_2(fn_be_open_1(X),fn_be_open_2(X))
& fn_be_open_1(X) = fn_be_unblocked_1(X)
& fn_be_open_1(X) = fn_conduit_1(fn_be_open_2(X))
& fn_be_unblocked_1(X) = fn_conduit_1(fn_be_open_2(X)) ) ) ).
fof(a527777,axiom,
! [X] :
( be_qualitatively_different_1(X)
=> ( original_name_2(X,'Be-Qualitatively-Different')
& concept2words_2(X,'qualitative difference')
& concept2words_2(X,'be qualitatively different')
& concept2words_2(X,'be-qualitatively-different')
& state_1(X) ) ) ).
fof(a527778,axiom,
! [X] :
( be_qualitatively_related_1(X)
=> ( original_name_2(X,'Be-Qualitatively-Related')
& concept2words_2(X,'qualitative relationship')
& concept2words_2(X,'be qualitatively related')
& concept2words_2(X,'be-qualitatively-related')
& state_1(X) ) ) ).
fof(a527779,axiom,
! [X] :
( be_qualitatively_similar_1(X)
=> ( original_name_2(X,'Be-Qualitatively-Similar')
& concept2words_2(X,'qualitative similarity')
& concept2words_2(X,'be qualitatively similar')
& concept2words_2(X,'be-qualitatively-similar')
& state_1(X) ) ) ).
fof(a527780,axiom,
! [X] :
( be_related_1(X)
=> ( original_name_2(X,'Be-Related')
& concept2words_2(X,relation)
& concept2words_2(X,relationship)
& concept2words_2(X,'be related')
& concept2words_2(X,'be-related')
& state_1(X) ) ) ).
fof(a527781,axiom,
! [X] :
( be_restrained_1(X)
=> ( original_name_2(X,'Be-Restrained')
& concept2words_2(X,restrained)
& concept2words_2(X,immobile)
& concept2words_2(X,immovable)
& concept2words_2(X,immoveable)
& concept2words_2(X,stabile)
& concept2words_2(X,unmovable)
& concept2words_2(X,fixed)
& concept2words_2(X,frozen)
& concept2words_2(X,'be restrained')
& concept2words_2(X,'be-restrained')
& be_obstructed_1(X) ) ) ).
fof(a527782,axiom,
! [X] :
( be_ruined_1(X)
=> ( original_name_2(X,'Be-Ruined')
& concept2words_2(X,broken)
& concept2words_2(X,busted)
& concept2words_2(X,irreparable)
& concept2words_2(X,'be ruined')
& concept2words_2(X,'be-ruined')
& be_broken_1(X)
& physical_object_1(fn_be_ruined_1(X))
& fn_be_ruined_1(X) = fn_be_broken_1(X) ) ) ).
fof(a527783,axiom,
! [X] :
( be_sf_related_1(X)
=> ( original_name_2(X,'Be-SF-Related')
& concept2words_2(X,'structural functional relationship')
& concept2words_2(X,'structural-functional relationship')
& concept2words_2(X,'be sf related')
& concept2words_2(X,'be-sf-related')
& state_1(X) ) ) ).
fof(a527784,axiom,
! [X] :
( be_shut_out_1(X)
=> ( original_name_2(X,'Be-Shut-Out')
& concept2words_2(X,external)
& concept2words_2(X,'be shut out')
& concept2words_2(X,'be-shut-out')
& be_obstructed_1(X)
& tangible_entity_1(fn_be_shut_out_1(X))
& tangible_entity_1(fn_be_shut_out_2(X))
& container_1(fn_be_shut_out_3(X))
& tangible_entity_1(fn_barrier_1(fn_be_shut_out_3(X)))
& base_2(X,fn_be_shut_out_2(X))
& in_event_2(fn_be_shut_out_3(X),X)
& is_outside_2(fn_be_shut_out_1(X),fn_be_shut_out_2(X))
& object_2(X,fn_be_shut_out_1(X))
& plays_2(fn_be_shut_out_2(X),fn_be_shut_out_3(X))
& fn_be_shut_out_1(X) = fn_be_obstructed_1(X)
& fn_be_shut_out_2(X) = fn_barrier_1(fn_be_shut_out_3(X)) ) ) ).
fof(a527785,axiom,
! [X] :
( be_similar_1(X)
=> ( original_name_2(X,'Be-Similar')
& concept2words_2(X,similar)
& concept2words_2(X,alike)
& concept2words_2(X,same)
& concept2words_2(X,similarity)
& concept2words_2(X,like)
& concept2words_2(X,'be similar')
& concept2words_2(X,'be-similar')
& state_1(X) ) ) ).
fof(a527786,axiom,
! [X] :
( be_sitting_1(X)
=> ( original_name_2(X,'Be-Sitting')
& concept2words_2(X,seated)
& concept2words_2(X,sitting)
& concept2words_2(X,'sitting of be')
& concept2words_2(X,'be sitting')
& concept2words_2(X,'be-sitting')
& state_1(X)
& entity_1(fn_be_sitting_1(X))
& object_2(X,fn_be_sitting_1(X)) ) ) ).
fof(a527787,axiom,
! [X] :
( be_stable_1(X)
=> ( original_name_2(X,'Be-Stable')
& concept2words_2(X,stable)
& concept2words_2(X,static)
& concept2words_2(X,unchanging)
& concept2words_2(X,'stable of be')
& concept2words_2(X,'be stable')
& concept2words_2(X,'be-stable')
& state_1(X)
& entity_1(fn_be_stable_1(X))
& object_2(X,fn_be_stable_1(X)) ) ) ).
fof(a527788,axiom,
! [X] :
( be_standing_1(X)
=> ( original_name_2(X,'Be-Standing')
& concept2words_2(X,standing)
& concept2words_2(X,'standing of be')
& concept2words_2(X,'be standing')
& concept2words_2(X,'be-standing')
& state_1(X)
& entity_1(fn_be_standing_1(X))
& object_2(X,fn_be_standing_1(X)) ) ) ).
fof(a527789,axiom,
! [X] :
( be_stored_1(X)
=> ( original_name_2(X,'Be-Stored')
& concept2words_2(X,stored)
& concept2words_2(X,'be stored')
& concept2words_2(X,'be-stored')
& state_1(X)
& spatial_entity_1(fn_be_stored_1(X))
& tangible_entity_1(fn_be_stored_2(X))
& container_1(fn_be_stored_3(X))
& tangible_entity_1(fn_barrier_1(fn_be_stored_3(X)))
& is_inside_2(fn_be_stored_1(X),fn_be_stored_2(X))
& in_event_2(fn_be_stored_3(X),X)
& object_2(X,fn_be_stored_1(X))
& base_2(X,fn_be_stored_2(X))
& plays_2(fn_be_stored_2(X),fn_be_stored_3(X))
& fn_be_stored_2(X) = fn_barrier_1(fn_be_stored_3(X)) ) ) ).
fof(a527790,axiom,
! [X] :
( be_structurally_different_1(X)
=> ( original_name_2(X,'Be-Structurally-Different')
& concept2words_2(X,'structural difference')
& concept2words_2(X,'be structurally different')
& concept2words_2(X,'be-structurally-different')
& state_1(X) ) ) ).
fof(a527791,axiom,
! [X] :
( be_structurally_related_1(X)
=> ( original_name_2(X,'Be-Structurally-Related')
& concept2words_2(X,'structural relationship')
& concept2words_2(X,'be structurally related')
& concept2words_2(X,'be-structurally-related')
& state_1(X) ) ) ).
fof(a527792,axiom,
! [X] :
( be_structurally_similar_1(X)
=> ( original_name_2(X,'Be-Structurally-Similar')
& concept2words_2(X,'structural similarity')
& concept2words_2(X,'be structurally similar')
& concept2words_2(X,'be-structurally-similar')
& state_1(X) ) ) ).
fof(a527793,axiom,
! [X] :
( be_supported_1(X)
=> ( original_name_2(X,'Be-Supported')
& concept2words_2(X,supported)
& concept2words_2(X,'be supported')
& concept2words_2(X,'be-supported')
& be_obstructed_1(X)
& entity_1(fn_be_supported_1(X))
& fn_be_supported_1(X) = fn_be_obstructed_1(X) ) ) ).
fof(a527794,axiom,
! [X] :
( be_touching_1(X)
=> ( original_name_2(X,'Be-Touching')
& concept2words_2(X,touch)
& concept2words_2(X,meet)
& concept2words_2(X,adjoin)
& concept2words_2(X,contact)
& concept2words_2(X,'touching of be')
& concept2words_2(X,'be touching')
& concept2words_2(X,'be-touching')
& state_1(X) ) ) ).
fof(a527795,axiom,
! [X] :
( be_unavailable_1(X)
=> ( original_name_2(X,'Be-Unavailable')
& concept2words_2(X,'be unavailable')
& concept2words_2(X,'be-unavailable')
& state_1(X)
& resource_1(fn_be_unavailable_1(X))
& object_2(X,fn_be_unavailable_1(X)) ) ) ).
fof(a527796,axiom,
! [X] :
( be_unblocked_1(X)
=> ( original_name_2(X,'Be-Unblocked')
& concept2words_2(X,patent)
& concept2words_2(X,unclogged)
& concept2words_2(X,clear)
& concept2words_2(X,open)
& concept2words_2(X,'be unblocked')
& concept2words_2(X,'be-unblocked')
& be_accessible_1(X)
& spatial_entity_1(fn_be_unblocked_1(X))
& object_2(X,fn_be_unblocked_1(X))
& fn_be_unblocked_1(X) = fn_be_accessible_1(X) ) ) ).
fof(a527797,axiom,
! [X] :
( be_victorious_1(X)
=> ( original_name_2(X,'Be-Victorious')
& concept2words_2(X,win)
& concept2words_2(X,'be victorious')
& concept2words_2(X,'be-victorious')
& state_1(X)
& entity_1(fn_be_victorious_1(X))
& contest_1(fn_be_victorious_2(X))
& winner_1(fn_be_victorious_3(X))
& base_2(X,fn_be_victorious_2(X))
& object_2(X,fn_be_victorious_1(X))
& in_event_2(fn_be_victorious_3(X),fn_be_victorious_2(X))
& plays_2(fn_be_victorious_1(X),fn_be_victorious_3(X)) ) ) ).
fof(a527798,axiom,
! [X] :
( bean_1(X)
=> ( original_name_2(X,'Bean')
& user_description_2(X,'Bean is a common name for large plant seeds of several genera of the family Fabaceae (alternately Leguminosae) used for human food or animal feed.')
& concept2words_2(X,bean)
& seed_1(X) ) ) ).
fof(a527799,axiom,
! [X] :
( bean_plant_1(X)
=> ( original_name_2(X,'Bean-Plant')
& user_description_2(X,'Bean is a common name for large plant seeds of several genera of the family Fabaceae (alternately Leguminosae) used for human food or animal feed.')
& concept2words_2(X,'plant of bean')
& concept2words_2(X,'bean plant')
& concept2words_2(X,'bean-plant')
& legume_1(X)
& food_plant_1(X)
& environment_1(fn_bean_plant_1(X))
& produce_1(fn_bean_plant_2(X))
& produce_1(fn_bean_plant_3(X))
& agent_2(fn_bean_plant_3(X),X)
& agent_2(fn_bean_plant_2(X),X)
& is_outside_2(fn_bean_plant_1(X),X) ) ) ).
fof(a527800,axiom,
! [X] :
( bee_1(X)
=> ( original_name_2(X,'Bee')
& user_description_2(X,'Flying insects in the order Hymenoptera, ecologically important for their roles as pollinators and honey producers.')
& concept2words_2(X,bee)
& hymenoptera_1(X)
& ~ ant_1(X)
& ~ parasitoid_wasp_1(X) ) ) ).
fof(a527801,axiom,
! [X] :
( beer_1(X)
=> ( original_name_2(X,'Beer')
& user_description_2(X,'Beer is the world\'s most widely consumed and probably the oldest of alcoholic beverages; it is the third most popular drink overall, after water and tea.')
& concept2words_2(X,beer)
& alcoholic_beverage_1(X)
& yeast_1(fn_beer_1(X))
& protein_enzyme_1(fn_beer_2(X))
& break_1(fn_beer_3(X))
& maltose_1(fn_beer_4(X))
& produce_1(fn_beer_5(X))
& ethyl_alcohol_1(fn_beer_6(X))
& alcohol_fermentation_1(fn_beer_7(X))
& entity_1(fn_create_1(fn_beer_5(X)))
& tangible_entity_1(fn_impair_1(fn_beer_3(X)))
& organic_molecule_1(fn_catabolic_pathway_10(fn_beer_7(X)))
& ethyl_alcohol_1(fn_alcohol_fermentation_47(fn_beer_7(X)))
& has_part_2(fn_beer_1(X),fn_beer_2(X))
& agent_2(fn_beer_7(X),fn_beer_2(X))
& object_2(fn_beer_7(X),fn_beer_4(X))
& by_means_of_2(fn_beer_7(X),fn_beer_3(X))
& result_2(fn_beer_3(X),fn_beer_6(X))
& object_2(fn_beer_3(X),fn_beer_4(X))
& raw_material_2(fn_beer_7(X),fn_beer_4(X))
& result_2(fn_beer_7(X),fn_beer_6(X))
& result_2(fn_beer_5(X),X)
& has_part_2(X,fn_beer_6(X))
& fn_beer_4(X) = fn_impair_1(fn_beer_3(X))
& fn_beer_4(X) = fn_catabolic_pathway_10(fn_beer_7(X))
& fn_beer_6(X) = fn_alcohol_fermentation_47(fn_beer_7(X))
& X = fn_create_1(fn_beer_5(X))
& fn_beer_6(X) = fn_alcoholic_beverage_1(X)
& fn_impair_1(fn_beer_3(X)) = fn_catabolic_pathway_10(fn_beer_7(X))
& fn_catabolic_pathway_10(fn_beer_7(X)) = fn_alcohol_fermentation_47(fn_beer_7(X))
& fn_alcohol_fermentation_47(fn_beer_7(X)) = fn_alcoholic_beverage_1(X) ) ) ).
fof(a527802,axiom,
! [X] :
( beetle_1(X)
=> ( original_name_2(X,'Beetle')
& user_description_2(X,'An insect in the order Coleoptera, the largest taxon of animals. Beetles typically have their outer wings modified into hardened shells that cover the more delicate flight wings when the animal is not flying.')
& concept2words_2(X,beetle)
& coleoptera_1(X)
& ~ aphid_1(X)
& ~ caddisfly_1(X)
& ~ dermaptera_1(X)
& ~ diptera_1(X)
& ~ hymenoptera_1(X)
& ~ isoptera_1(X)
& ~ lepidoptera_1(X)
& ~ mayfly_1(X)
& ~ odonata_1(X)
& ~ orthoptera_1(X)
& ~ sucking_louse_1(X) ) ) ).
fof(a527803,axiom,
! [X] :
( behavior_1(X)
=> ( original_name_2(X,'Behavior')
& user_description_2(X,'Within a body, the response of a physiological system under nervous control to a stimulus; likewise, an organism\'s range of actions and mannerisms in response to a stimulus.')
& concept2words_2(X,behave)
& concept2words_2(X,behavior)
& biological_process_1(X) ) ) ).
fof(a527804,axiom,
! [X] :
( behavioral_ecology_1(X)
=> ( original_name_2(X,'Behavioral-Ecology')
& user_description_2(X,'The study of evolutionary and ecological influences on animal behavior.')
& concept2words_2(X,'behavioral ecology')
& concept2words_2(X,'behavioral-ecology')
& ecology_1(X) ) ) ).
fof(a527805,axiom,
! [X] :
( benign_tumor_1(X)
=> ( original_name_2(X,'Benign-Tumor')
& user_description_2(X,'A mass of abnormal cells that remains at the site of its origin and thus lacks the ability to metastasize.')
& concept2words_2(X,'benign tumor')
& concept2words_2(X,'benign-tumor')
& tumor_1(X)
& intensity_value_1(fn_benign_tumor_1(X))
& harm_1(fn_benign_tumor_3(X))
& eukaryote_1(fn_benign_tumor_4(X))
& living_entity_1(fn_harm_1(fn_benign_tumor_3(X)))
& agent_2(fn_benign_tumor_3(X),X)
& intensity_2(fn_benign_tumor_3(X),fn_benign_tumor_1(X))
& has_part_2(fn_benign_tumor_4(X),X)
& the_scalar_value_2(fn_benign_tumor_1(X),low_0)
& scalar_unit_class_2(fn_benign_tumor_1(X),harm_0)
& object_2(fn_benign_tumor_3(X),fn_benign_tumor_4(X))
& fn_benign_tumor_4(X) = fn_harm_1(fn_benign_tumor_3(X)) ) ) ).
fof(a527806,axiom,
! [X] :
( benign_tumor_treatment_1(X)
=> ( original_name_2(X,'Benign-Tumor-Treatment')
& user_description_2(X,'A series of medical steps designed to reduce or eliminate the presence of benign tumors.')
& concept2words_2(X,'benign tumor treatment')
& concept2words_2(X,'benign-tumor-treatment')
& medical_treatment_of_cancer_1(X)
& intensity_value_1(fn_benign_tumor_treatment_2(X))
& remove_1(fn_benign_tumor_treatment_3(X))
& spatial_entity_1(fn_benign_tumor_treatment_4(X))
& benign_tumor_1(fn_benign_tumor_treatment_4(X))
& spatial_entity_1(fn_benign_tumor_treatment_5(X))
& eukaryote_1(fn_benign_tumor_treatment_5(X))
& spatial_entity_1(fn_remove_1(fn_benign_tumor_treatment_3(X)))
& spatial_entity_1(fn_remove_2(fn_benign_tumor_treatment_3(X)))
& eukaryote_1(fn_benign_tumor_4(fn_benign_tumor_treatment_4(X)))
& intensity_2(fn_benign_tumor_treatment_4(X),fn_benign_tumor_treatment_2(X))
& subevent_2(X,fn_benign_tumor_treatment_3(X))
& the_scalar_value_2(fn_benign_tumor_treatment_2(X),low_0)
& scalar_unit_class_2(fn_benign_tumor_treatment_2(X),tumor_0)
& object_2(fn_benign_tumor_treatment_3(X),fn_benign_tumor_treatment_4(X))
& base_2(fn_benign_tumor_treatment_3(X),fn_benign_tumor_treatment_5(X))
& has_part_2(fn_benign_tumor_treatment_5(X),fn_benign_tumor_treatment_4(X))
& fn_benign_tumor_treatment_4(X) = fn_remove_1(fn_benign_tumor_treatment_3(X))
& fn_benign_tumor_treatment_5(X) = fn_remove_2(fn_benign_tumor_treatment_3(X))
& fn_benign_tumor_treatment_5(X) = fn_benign_tumor_4(fn_benign_tumor_treatment_4(X))
& fn_remove_2(fn_benign_tumor_treatment_3(X)) = fn_benign_tumor_4(fn_benign_tumor_treatment_4(X)) ) ) ).
fof(a527807,axiom,
! [X] :
( benthic_zone_1(X)
=> ( original_name_2(X,'Benthic-Zone')
& user_description_2(X,'The bottom surface of a marine or freshwater ecosystem.')
& concept2words_2(X,'benthic zone')
& concept2words_2(X,'benthic-zone')
& aquatic_zone_1(X)
& ~ abyssal_zone_1(X)
& ~ aphotic_zone_1(X)
& ~ deep_sea_hydrothermal_vent_1(X)
& ~ estuary_1(X)
& ~ eutrophic_lake_1(X)
& ~ intertidal_zone_1(X)
& ~ limnetic_zone_1(X)
& ~ littoral_zone_1(X)
& ~ neritic_zone_1(X)
& ~ oceanic_pelagic_zone_1(X)
& ~ oligotrophic_lake_1(X)
& ~ photic_zone_1(X) ) ) ).
fof(a527808,axiom,
! [X] :
( benthos_1(X)
=> ( original_name_2(X,'Benthos')
& user_description_2(X,'The biological community in the benthic zone of a marine or freshwater ecosystem.')
& concept2words_2(X,benthos)
& ecological_community_1(X)
& ~ biofilm_1(X)
& ~ vegetation_1(X) ) ) ).
fof(a527809,axiom,
! [X] :
( benzoate_1(X)
=> ( original_name_2(X,'Benzoate')
& user_description_2(X,'Anion resulting from the disassociation of Benzoic Acid')
& concept2words_2(X,benzoate)
& organic_anion_1(X)
& ~ malonate_1(X)
& ~ carbonate_ion_1(X)
& ~ cl_minus_1(X)
& ~ azide_1(X)
& ~ sulfide_1(X)
& ~ sulfate_1(X)
& ~ bicarbonate_ion_1(X)
& charge_value_1(fn_benzoate_1(X))
& the_cardinal_value_2(fn_benzoate_1(X),"-1")
& cardinal_unit_class_2(fn_benzoate_1(X),unity_0)
& charge_2(X,fn_benzoate_1(X))
& fn_benzoate_2(X) = fn_anion_7(X)
& fn_benzoate_1(X) = fn_anion_6(X) ) ) ).
fof(a527810,axiom,
! [X] :
( berkelium_1(X)
=> ( original_name_2(X,'Berkelium')
& user_description_2(X,'Berkelium is a metal atom with atomic number 97. It is represented by the symbol Bk.')
& concept2words_2(X,berkelium)
& concept2words_2(X,bk)
& metal_atom_1(X)
& neutron_1(fn_berkelium_3(X))
& atomic_mass_value_1(fn_berkelium_4(X))
& electronegativity_value_1(fn_berkelium_5(X))
& valence_electron_1(fn_berkelium_9(X))
& atomic_weight_value_1(fn_berkelium_10(X))
& atomic_number_value_1(fn_berkelium_11(X))
& quantity_value_1(fn_berkelium_12(X))
& electronegativity_2(X,fn_berkelium_5(X))
& mass_number_2(X,fn_berkelium_4(X))
& exactCardinality(X,has_part_0,"150",neutron_0)
& exactCardinality(X,has_part_0,"97",proton_0)
& exactCardinality(X,has_part_0,"97",electron_0)
& has_part_2(X,fn_berkelium_3(X))
& the_cardinal_value_2(fn_berkelium_12(X),"11")
& cardinal_unit_class_2(fn_berkelium_12(X),unity_0)
& the_cardinal_value_2(fn_berkelium_5(X),"1.3")
& cardinal_unit_class_2(fn_berkelium_5(X),unity_0)
& the_cardinal_value_2(fn_berkelium_4(X),"247")
& cardinal_unit_class_2(fn_berkelium_4(X),unity_0)
& the_cardinal_value_2(fn_berkelium_11(X),"97")
& cardinal_unit_class_2(fn_berkelium_11(X),unity_0)
& the_cardinal_value_2(fn_berkelium_10(X),"247")
& cardinal_unit_class_2(fn_berkelium_10(X),dalton_0)
& atomic_number_2(X,fn_berkelium_11(X))
& atomic_weight_2(X,fn_berkelium_10(X))
& has_part_2(X,fn_berkelium_9(X))
& quantity_2(fn_berkelium_9(X),fn_berkelium_12(X))
& fn_berkelium_7(X) = fn_atom_12(X)
& fn_berkelium_11(X) = fn_atom_17(X)
& fn_berkelium_8(X) = fn_atom_13(X)
& fn_berkelium_10(X) = fn_atom_16(X)
& fn_berkelium_6(X) = fn_atom_1(X)
& fn_berkelium_12(X) = fn_atom_5(X)
& fn_berkelium_9(X) = fn_atom_14(X) ) ) ).
fof(a527811,axiom,
! [X] :
( beryllium_1(X)
=> ( original_name_2(X,'Beryllium')
& user_description_2(X,'Beryllium is a metal atom with atomic number 4. It is represented by the symbol Be.')
& concept2words_2(X,beryllium)
& concept2words_2(X,'Be')
& metal_atom_1(X)
& neutron_1(fn_beryllium_4(X))
& atomic_mass_value_1(fn_beryllium_5(X))
& valence_value_1(fn_beryllium_6(X))
& electronegativity_value_1(fn_beryllium_7(X))
& valence_electron_1(fn_beryllium_11(X))
& atomic_weight_value_1(fn_beryllium_12(X))
& atomic_number_value_1(fn_beryllium_13(X))
& quantity_value_1(fn_beryllium_14(X))
& electronegativity_2(X,fn_beryllium_7(X))
& valence_2(X,fn_beryllium_6(X))
& mass_number_2(X,fn_beryllium_5(X))
& exactCardinality(X,has_part_0,"5",neutron_0)
& exactCardinality(X,has_part_0,"4",proton_0)
& exactCardinality(X,has_part_0,"4",electron_0)
& has_part_2(X,fn_beryllium_4(X))
& the_cardinal_value_2(fn_beryllium_14(X),"2")
& cardinal_unit_class_2(fn_beryllium_14(X),unity_0)
& the_cardinal_value_2(fn_beryllium_7(X),"1.57")
& cardinal_unit_class_2(fn_beryllium_7(X),unity_0)
& the_cardinal_value_2(fn_beryllium_6(X),"2")
& cardinal_unit_class_2(fn_beryllium_6(X),unity_0)
& the_cardinal_value_2(fn_beryllium_5(X),"9")
& cardinal_unit_class_2(fn_beryllium_5(X),unity_0)
& the_cardinal_value_2(fn_beryllium_13(X),"4")
& cardinal_unit_class_2(fn_beryllium_13(X),unity_0)
& the_cardinal_value_2(fn_beryllium_12(X),"9.012")
& cardinal_unit_class_2(fn_beryllium_12(X),dalton_0)
& atomic_number_2(X,fn_beryllium_13(X))
& atomic_weight_2(X,fn_beryllium_12(X))
& has_part_2(X,fn_beryllium_11(X))
& quantity_2(fn_beryllium_11(X),fn_beryllium_14(X))
& fn_beryllium_9(X) = fn_atom_12(X)
& fn_beryllium_13(X) = fn_atom_17(X)
& fn_beryllium_10(X) = fn_atom_13(X)
& fn_beryllium_12(X) = fn_atom_16(X)
& fn_beryllium_8(X) = fn_atom_1(X)
& fn_beryllium_14(X) = fn_atom_5(X)
& fn_beryllium_11(X) = fn_atom_14(X) ) ) ).
fof(a527812,axiom,
! [X] :
( beta_1_comma_4_linkage_1(X)
=> ( original_name_2(X,'Beta-1,4-Linkage')
& user_description_2(X,'A chemical bond between the number 1 and a number 4 carbon on two adjacent molecules where the oxygen atom from the hydroxyl group of the monosaccharide is above the plane of the molecule.')
& concept2words_2(X,'beta 1,4 linkage')
& concept2words_2(X,'beta-1,4-linkage')
& glycosidic_linkage_1(X)
& ~ alpha_1_comma_4_linkage_1(X) ) ) ).
fof(a527813,axiom,
! [X] :
( beta_cell_islet_of_langerhans_1(X)
=> ( original_name_2(X,'Beta-Cell-Islet-Of-Langerhans')
& user_description_2(X,'Endocrine cells of the islets of Langerhans in the pancreas, which secrete insulin and thus cause an decrease in blood glucose level.')
& concept2words_2(X,'beta cell')
& concept2words_2(X,'beta-cell')
& concept2words_2(X,'beta cell islet of langerhans')
& concept2words_2(X,'beta cell islet of langerhan')
& concept2words_2(X,'beta-cell-islet-of-langerhan')
& pancreas_cell_1(X) ) ) ).
fof(a527814,axiom,
! [X] :
( beta_globin_1(X)
=> ( original_name_2(X,'Beta-Globin')
& user_description_2(X,'Beta globin (HBB) is a protein that, along with alpha globin (HBA), makes up the most common form of hemoglobin in adult humans. The normal adult hemoglobin tetramer consists of two alpha chains and two beta chains.')
& concept2words_2(X,hbb)
& concept2words_2(X,'b globin')
& concept2words_2(X,'b-globin')
& concept2words_2(X,'globin of beta')
& concept2words_2(X,'beta globin')
& concept2words_2(X,'beta-globin')
& globins_1(X)
& ~ alpha_globin_1(X)
& share_1(fn_beta_globin_1(X))
& unequal_sharing_1(fn_beta_globin_1(X))
& share_1(fn_beta_globin_2(X))
& share_1(fn_beta_globin_3(X))
& unequal_sharing_1(fn_beta_globin_3(X))
& hold_together_1(fn_beta_globin_4(X))
& atom_1(fn_beta_globin_5(X))
& hydrogen_1(fn_beta_globin_5(X))
& atomic_nucleus_1(fn_beta_globin_6(X))
& atomic_nucleus_1(fn_beta_globin_7(X))
& center_1(fn_beta_globin_8(X))
& hold_together_1(fn_beta_globin_9(X))
& hold_1(fn_beta_globin_9(X))
& hold_1(fn_beta_globin_10(X))
& hold_together_1(fn_beta_globin_10(X))
& share_1(fn_beta_globin_11(X))
& share_1(fn_beta_globin_12(X))
& share_1(fn_beta_globin_13(X))
& hold_1(fn_beta_globin_14(X))
& hold_together_1(fn_beta_globin_14(X))
& hold_1(fn_beta_globin_15(X))
& hold_together_1(fn_beta_globin_15(X))
& hold_together_1(fn_beta_globin_16(X))
& electron_shell_1(fn_beta_globin_17(X))
& first_electron_shell_1(fn_beta_globin_18(X))
& atom_1(fn_beta_globin_21(X))
& chemical_entity_1(fn_beta_globin_21(X))
& carbon_1(fn_beta_globin_22(X))
& carbon_skeleton_1(fn_beta_globin_23(X))
& hold_together_1(fn_beta_globin_24(X))
& hold_1(fn_beta_globin_24(X))
& unequal_sharing_1(fn_beta_globin_25(X))
& share_1(fn_beta_globin_25(X))
& carboxyl_group_1(fn_beta_globin_26(X))
& tangible_entity_1(fn_beta_globin_27(X))
& single_bond_1(fn_beta_globin_27(X))
& share_1(fn_beta_globin_28(X))
& hold_together_1(fn_beta_globin_29(X))
& hold_1(fn_beta_globin_29(X))
& size_value_1(fn_beta_globin_30(X))
& size_value_1(fn_beta_globin_31(X))
& amino_acid_1(fn_beta_globin_32(X))
& center_1(fn_beta_globin_33(X))
& unequal_sharing_1(fn_beta_globin_34(X))
& share_1(fn_beta_globin_34(X))
& unequal_sharing_1(fn_beta_globin_35(X))
& center_1(fn_beta_globin_36(X))
& tangible_entity_1(fn_beta_globin_37(X))
& chemical_bond_1(fn_beta_globin_37(X))
& covalent_bond_1(fn_beta_globin_37(X))
& peptide_bond_1(fn_beta_globin_37(X))
& hemoglobin_1(fn_beta_globin_38(X))
& tangible_entity_1(fn_beta_globin_39(X))
& entity_1(fn_beta_globin_39(X))
& chemical_entity_1(fn_beta_globin_39(X))
& atom_1(fn_beta_globin_39(X))
& nitrogen_1(fn_beta_globin_39(X))
& spatial_entity_1(fn_beta_globin_40(X))
& chemical_entity_1(fn_beta_globin_40(X))
& monomer_1(fn_beta_globin_40(X))
& molecule_1(fn_beta_globin_40(X))
& amino_acid_1(fn_beta_globin_40(X))
& carboxyl_group_1(fn_beta_globin_41(X))
& entity_1(fn_beta_globin_42(X))
& chemical_entity_1(fn_beta_globin_42(X))
& atom_1(fn_beta_globin_42(X))
& hydrogen_1(fn_beta_globin_42(X))
& entity_1(fn_beta_globin_43(X))
& chemical_entity_1(fn_beta_globin_43(X))
& atom_1(fn_beta_globin_43(X))
& carbon_1(fn_beta_globin_43(X))
& entity_1(fn_beta_globin_44(X))
& chemical_entity_1(fn_beta_globin_44(X))
& atom_1(fn_beta_globin_44(X))
& hydrogen_1(fn_beta_globin_44(X))
& electron_shell_1(fn_beta_globin_45(X))
& share_1(fn_beta_globin_46(X))
& unequal_sharing_1(fn_beta_globin_46(X))
& covalent_bond_1(fn_beta_globin_47(X))
& chemical_bond_1(fn_beta_globin_47(X))
& single_bond_1(fn_beta_globin_47(X))
& entity_1(fn_beta_globin_48(X))
& chemical_entity_1(fn_beta_globin_48(X))
& atom_1(fn_beta_globin_48(X))
& hydrogen_1(fn_beta_globin_48(X))
& functional_group_1(fn_beta_globin_49(X))
& amino_group_1(fn_beta_globin_49(X))
& second_electron_shell_1(fn_beta_globin_50(X))
& electron_shell_1(fn_beta_globin_50(X))
& carbon_skeleton_1(fn_beta_globin_51(X))
& hold_1(fn_beta_globin_52(X))
& hold_together_1(fn_beta_globin_52(X))
& electron_shell_1(fn_beta_globin_53(X))
& atom_1(fn_beta_globin_54(X))
& oxygen_1(fn_beta_globin_54(X))
& entity_1(fn_beta_globin_54(X))
& tangible_entity_1(fn_beta_globin_54(X))
& chemical_entity_1(fn_beta_globin_55(X))
& atom_1(fn_beta_globin_55(X))
& entity_1(fn_beta_globin_55(X))
& carbon_1(fn_beta_globin_55(X))
& tangible_entity_1(fn_beta_globin_56(X))
& entity_1(fn_beta_globin_56(X))
& oxygen_1(fn_beta_globin_56(X))
& atom_1(fn_beta_globin_56(X))
& electron_shell_1(fn_beta_globin_57(X))
& electron_shell_1(fn_beta_globin_58(X))
& atomic_orbital_1(fn_beta_globin_59(X))
& first_electron_shell_1(fn_beta_globin_60(X))
& electron_shell_1(fn_beta_globin_61(X))
& share_1(fn_beta_globin_62(X))
& share_1(fn_beta_globin_63(X))
& hold_together_1(fn_beta_globin_64(X))
& hold_together_1(fn_beta_globin_65(X))
& hold_together_1(fn_beta_globin_66(X))
& hold_1(fn_beta_globin_66(X))
& center_1(fn_beta_globin_67(X))
& center_1(fn_beta_globin_68(X))
& atomic_nucleus_1(fn_beta_globin_69(X))
& atomic_nucleus_1(fn_beta_globin_70(X))
& atomic_nucleus_1(fn_beta_globin_71(X))
& atomic_nucleus_1(fn_beta_globin_72(X))
& entity_1(fn_beta_globin_73(X))
& chemical_entity_1(fn_beta_globin_73(X))
& atom_1(fn_beta_globin_73(X))
& hydrogen_1(fn_beta_globin_73(X))
& atomic_nucleus_1(fn_beta_globin_74(X))
& electron_shell_1(fn_beta_globin_75(X))
& share_1(fn_beta_globin_76(X))
& hold_1(fn_beta_globin_77(X))
& hold_together_1(fn_beta_globin_77(X))
& hold_together_1(fn_beta_globin_78(X))
& hold_1(fn_beta_globin_78(X))
& hold_1(fn_beta_globin_79(X))
& hold_together_1(fn_beta_globin_79(X))
& attach_1(fn_beta_globin_80(X))
& covalent_bond_1(fn_beta_globin_81(X))
& double_bond_1(fn_beta_globin_81(X))
& unequal_sharing_1(fn_beta_globin_82(X))
& share_1(fn_beta_globin_82(X))
& share_1(fn_beta_globin_83(X))
& share_1(fn_beta_globin_84(X))
& unequal_sharing_1(fn_beta_globin_84(X))
& share_1(fn_beta_globin_85(X))
& unequal_sharing_1(fn_beta_globin_85(X))
& electron_shell_1(fn_atom_9(fn_beta_globin_73(X)))
& entity_1(fn_amino_acid_22(fn_beta_globin_32(X)))
& chemical_entity_1(fn_amino_acid_22(fn_beta_globin_32(X)))
& atom_1(fn_amino_acid_22(fn_beta_globin_32(X)))
& hydrogen_1(fn_amino_acid_22(fn_beta_globin_32(X)))
& share_1(fn_carboxyl_group_49(fn_beta_globin_26(X)))
& electron_shell_1(fn_carboxyl_group_63(fn_beta_globin_26(X)))
& share_1(fn_carboxyl_group_56(fn_beta_globin_26(X)))
& hold_together_1(fn_carboxyl_group_47(fn_beta_globin_26(X)))
& carbon_skeleton_1(fn_amino_acid_23(fn_beta_globin_40(X)))
& amino_group_1(fn_amino_acid_25(fn_beta_globin_40(X)))
& share_1(fn_amino_acid_12(fn_beta_globin_40(X)))
& share_1(fn_amino_acid_10(fn_beta_globin_40(X)))
& hold_together_1(fn_amino_acid_14(fn_beta_globin_40(X)))
& carboxyl_group_1(fn_amino_acid_26(fn_beta_globin_40(X)))
& carbon_1(fn_carbon_skeleton_4(fn_beta_globin_23(X)))
& second_electron_shell_1(fn_peptide_bond_29(fn_beta_globin_37(X)))
& electron_shell_1(fn_peptide_bond_29(fn_beta_globin_37(X)))
& atomic_orbital_1(fn_peptide_bond_30(fn_beta_globin_37(X)))
& atomic_nucleus_1(fn_peptide_bond_49(fn_beta_globin_37(X)))
& first_electron_shell_1(fn_peptide_bond_48(fn_beta_globin_37(X)))
& hold_together_1(fn_carboxyl_group_55(fn_beta_globin_26(X)))
& electron_shell_1(fn_amino_acid_15(fn_beta_globin_40(X)))
& chemical_entity_1(fn_functional_group_1(fn_beta_globin_49(X)))
& atom_1(fn_carbon_skeleton_2(fn_beta_globin_23(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_beta_globin_23(X)))
& polypeptide_1(fn_protein_8(fn_beta_globin_38(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_beta_globin_23(X)))
& share_1(fn_amino_group_32(fn_beta_globin_49(X)))
& tangible_entity_1(fn_hold_1(fn_beta_globin_24(X)))
& single_bond_1(fn_amino_group_21(fn_beta_globin_49(X)))
& share_1(fn_carboxyl_group_66(fn_beta_globin_26(X)))
& unequal_sharing_1(fn_carboxyl_group_66(fn_beta_globin_26(X)))
& entity_1(fn_share_3(fn_beta_globin_76(X)))
& oxygen_1(fn_carboxyl_group_23(fn_beta_globin_26(X)))
& oxygen_1(fn_amino_acid_27(fn_beta_globin_40(X)))
& entity_1(fn_share_1(fn_beta_globin_76(X)))
& entity_1(fn_share_1(fn_beta_globin_34(X)))
& tangible_entity_1(fn_hold_2(fn_beta_globin_66(X)))
& tangible_entity_1(fn_hold_2(fn_beta_globin_29(X)))
& tangible_entity_1(fn_hold_2(fn_beta_globin_77(X)))
& hold_1(fn_amino_group_33(fn_beta_globin_49(X)))
& hold_together_1(fn_amino_group_33(fn_beta_globin_49(X)))
& hold_together_1(fn_amino_acid_13(fn_beta_globin_40(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_beta_globin_5(X)))
& center_1(fn_hydrogen_14(fn_beta_globin_5(X)))
& center_1(fn_carboxyl_group_20(fn_beta_globin_26(X)))
& center_1(fn_amino_group_25(fn_beta_globin_49(X)))
& center_1(fn_peptide_bond_16(fn_beta_globin_37(X)))
& electron_shell_1(fn_atom_9(fn_beta_globin_5(X)))
& electron_shell_1(fn_carboxyl_group_22(fn_beta_globin_26(X)))
& electron_shell_1(fn_peptide_bond_52(fn_beta_globin_37(X)))
& atomic_nucleus_1(fn_first_electron_shell_7(fn_beta_globin_18(X)))
& electron_shell_1(fn_amino_acid_8(fn_beta_globin_40(X)))
& hold_together_1(fn_carboxyl_group_67(fn_beta_globin_26(X)))
& hold_1(fn_peptide_bond_50(fn_beta_globin_37(X)))
& hold_together_1(fn_peptide_bond_50(fn_beta_globin_37(X)))
& atom_1(fn_organic_molecule_2(fn_beta_globin_32(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_beta_globin_32(X)))
& entity_1(fn_amino_acid_24(fn_beta_globin_32(X)))
& chemical_entity_1(fn_amino_acid_24(fn_beta_globin_32(X)))
& atom_1(fn_amino_acid_24(fn_beta_globin_32(X)))
& carbon_1(fn_amino_acid_24(fn_beta_globin_32(X)))
& share_1(fn_peptide_bond_51(fn_beta_globin_37(X)))
& electron_shell_1(fn_carboxyl_group_16(fn_beta_globin_26(X)))
& electron_shell_1(fn_amino_acid_21(fn_beta_globin_40(X)))
& electron_shell_1(fn_peptide_bond_15(fn_beta_globin_37(X)))
& electron_shell_1(fn_peptide_bond_44(fn_beta_globin_37(X)))
& atom_1(fn_molecule_11(fn_beta_globin_40(X)))
& hold_together_1(fn_peptide_bond_22(fn_beta_globin_37(X)))
& center_1(fn_hydrogen_14(fn_beta_globin_73(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_beta_globin_73(X)))
& atomic_nucleus_1(fn_peptide_bond_13(fn_beta_globin_37(X)))
& center_1(fn_amino_group_17(fn_beta_globin_49(X)))
& entity_1(fn_carboxyl_group_25(fn_beta_globin_26(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_beta_globin_26(X)))
& atom_1(fn_carboxyl_group_25(fn_beta_globin_26(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_beta_globin_26(X)))
& entity_1(fn_amino_acid_22(fn_beta_globin_40(X)))
& chemical_entity_1(fn_amino_acid_22(fn_beta_globin_40(X)))
& atom_1(fn_amino_acid_22(fn_beta_globin_40(X)))
& hydrogen_1(fn_amino_acid_22(fn_beta_globin_40(X)))
& entity_1(fn_amino_acid_28(fn_beta_globin_40(X)))
& chemical_entity_1(fn_amino_acid_28(fn_beta_globin_40(X)))
& atom_1(fn_amino_acid_28(fn_beta_globin_40(X)))
& hydrogen_1(fn_amino_acid_28(fn_beta_globin_40(X)))
& entity_1(fn_amino_group_22(fn_beta_globin_49(X)))
& chemical_entity_1(fn_amino_group_22(fn_beta_globin_49(X)))
& atom_1(fn_amino_group_22(fn_beta_globin_49(X)))
& hydrogen_1(fn_amino_group_22(fn_beta_globin_49(X)))
& hydrogen_1(fn_peptide_bond_24(fn_beta_globin_37(X)))
& chemical_bond_1(fn_molecule_10(fn_beta_globin_40(X)))
& single_bond_1(fn_carboxyl_group_69(fn_beta_globin_26(X)))
& single_bond_1(fn_peptide_bond_21(fn_beta_globin_37(X)))
& center_1(fn_carboxyl_group_18(fn_beta_globin_26(X)))
& center_1(fn_peptide_bond_14(fn_beta_globin_37(X)))
& center_1(fn_peptide_bond_42(fn_beta_globin_37(X)))
& center_1(fn_peptide_bond_43(fn_beta_globin_37(X)))
& attach_1(fn_peptide_bond_33(fn_beta_globin_37(X)))
& hold_together_1(fn_peptide_bond_31(fn_beta_globin_37(X)))
& tangible_entity_1(fn_hold_1(fn_beta_globin_52(X)))
& share_1(fn_peptide_bond_35(fn_beta_globin_37(X)))
& unequal_sharing_1(fn_peptide_bond_35(fn_beta_globin_37(X)))
& entity_1(fn_carboxyl_group_19(fn_beta_globin_26(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_beta_globin_26(X)))
& atom_1(fn_carboxyl_group_19(fn_beta_globin_26(X)))
& carbon_1(fn_carboxyl_group_19(fn_beta_globin_26(X)))
& entity_1(fn_amino_acid_24(fn_beta_globin_40(X)))
& chemical_entity_1(fn_amino_acid_24(fn_beta_globin_40(X)))
& atom_1(fn_amino_acid_24(fn_beta_globin_40(X)))
& carbon_1(fn_amino_acid_24(fn_beta_globin_40(X)))
& entity_1(fn_share_3(fn_beta_globin_46(X)))
& entity_1(fn_share_3(fn_beta_globin_82(X)))
& entity_1(fn_share_3(fn_beta_globin_85(X)))
& entity_1(fn_share_1(fn_beta_globin_35(X)))
& entity_1(fn_share_1(fn_beta_globin_46(X)))
& entity_1(fn_share_1(fn_beta_globin_82(X)))
& entity_1(fn_share_1(fn_beta_globin_85(X)))
& carbon_1(fn_peptide_bond_32(fn_beta_globin_37(X)))
& oxygen_1(fn_carboxyl_group_24(fn_beta_globin_26(X)))
& oxygen_1(fn_amino_acid_11(fn_beta_globin_40(X)))
& tangible_entity_1(fn_hold_2(fn_beta_globin_52(X)))
& tangible_entity_1(fn_hold_2(fn_beta_globin_24(X)))
& tangible_entity_1(fn_hold_2(fn_beta_globin_78(X)))
& tangible_entity_1(fn_hold_2(fn_beta_globin_9(X)))
& tangible_entity_1(fn_peptide_bond_53(fn_beta_globin_37(X)))
& entity_1(fn_peptide_bond_53(fn_beta_globin_37(X)))
& oxygen_1(fn_peptide_bond_53(fn_beta_globin_37(X)))
& atom_1(fn_peptide_bond_53(fn_beta_globin_37(X)))
& share_1(fn_amino_acid_18(fn_beta_globin_40(X)))
& share_1(fn_peptide_bond_23(fn_beta_globin_37(X)))
& chemical_entity_1(fn_amino_acid_17(fn_beta_globin_40(X)))
& tangible_entity_1(fn_amino_acid_17(fn_beta_globin_40(X)))
& entity_1(fn_amino_acid_17(fn_beta_globin_40(X)))
& atom_1(fn_amino_acid_17(fn_beta_globin_40(X)))
& nitrogen_1(fn_amino_acid_17(fn_beta_globin_40(X)))
& tangible_entity_1(fn_amino_group_20(fn_beta_globin_49(X)))
& entity_1(fn_amino_group_20(fn_beta_globin_49(X)))
& atom_1(fn_amino_group_20(fn_beta_globin_49(X)))
& nitrogen_1(fn_amino_group_20(fn_beta_globin_49(X)))
& entity_1(fn_share_3(fn_beta_globin_35(X)))
& entity_1(fn_share_3(fn_beta_globin_3(X)))
& entity_1(fn_share_3(fn_beta_globin_34(X)))
& entity_1(fn_share_3(fn_beta_globin_25(X)))
& entity_1(fn_share_1(fn_beta_globin_3(X)))
& entity_1(fn_share_1(fn_beta_globin_25(X)))
& entity_1(fn_peptide_bond_34(fn_beta_globin_37(X)))
& chemical_entity_1(fn_peptide_bond_34(fn_beta_globin_37(X)))
& atom_1(fn_peptide_bond_34(fn_beta_globin_37(X)))
& nitrogen_1(fn_peptide_bond_34(fn_beta_globin_37(X)))
& atomic_nucleus_1(fn_amino_group_4(fn_beta_globin_49(X)))
& atomic_nucleus_1(fn_peptide_bond_37(fn_beta_globin_37(X)))
& atomic_nucleus_1(fn_peptide_bond_17(fn_beta_globin_37(X)))
& atomic_nucleus_1(fn_peptide_bond_41(fn_beta_globin_37(X)))
& double_bond_1(fn_peptide_bond_55(fn_beta_globin_37(X)))
& result_2(fn_beta_globin_2(X),fn_beta_globin_37(X))
& result_2(fn_beta_globin_3(X),fn_beta_globin_37(X))
& object_2(fn_beta_globin_9(X),fn_beta_globin_44(X))
& result_2(fn_beta_globin_25(X),fn_beta_globin_37(X))
& fn_beta_globin_32(X) != fn_beta_globin_40(X)
& result_2(fn_beta_globin_35(X),fn_beta_globin_37(X))
& size_2(fn_beta_globin_40(X),fn_beta_globin_31(X))
& fn_beta_globin_40(X) != fn_beta_globin_32(X)
& fn_beta_globin_45(X) != fn_beta_globin_57(X)
& fn_beta_globin_50(X) != fn_beta_globin_60(X)
& object_2(fn_beta_globin_52(X),fn_beta_globin_55(X))
& fn_beta_globin_57(X) != fn_beta_globin_45(X)
& fn_beta_globin_60(X) != fn_beta_globin_50(X)
& fn_beta_globin_71(X) != fn_beta_globin_74(X)
& fn_beta_globin_74(X) != fn_beta_globin_71(X)
& agent_2(fn_beta_globin_35(X),fn_beta_globin_39(X))
& agent_2(fn_beta_globin_35(X),fn_beta_globin_55(X))
& agent_2(fn_beta_globin_46(X),fn_beta_globin_55(X))
& agent_2(fn_beta_globin_3(X),fn_beta_globin_39(X))
& agent_2(fn_beta_globin_76(X),fn_beta_globin_54(X))
& has_part_2(fn_beta_globin_38(X),X)
& has_part_2(X,fn_beta_globin_21(X))
& has_region_2(fn_beta_globin_73(X),fn_beta_globin_57(X))
& size_2(X,fn_beta_globin_30(X))
& greater_than_2(fn_beta_globin_30(X),fn_beta_globin_31(X))
& has_part_2(fn_beta_globin_32(X),fn_beta_globin_43(X))
& fn_beta_globin_42(X) != fn_beta_globin_43(X)
& fn_beta_globin_43(X) != fn_beta_globin_42(X)
& agent_2(fn_beta_globin_34(X),fn_beta_globin_48(X))
& possesses_2(fn_beta_globin_40(X),fn_beta_globin_81(X))
& object_2(fn_beta_globin_66(X),fn_beta_globin_55(X))
& agent_2(fn_beta_globin_34(X),fn_beta_globin_55(X))
& object_2(fn_beta_globin_77(X),fn_beta_globin_55(X))
& agent_2(fn_beta_globin_25(X),fn_beta_globin_55(X))
& object_2(fn_beta_globin_79(X),fn_beta_globin_54(X))
& agent_2(fn_beta_globin_11(X),fn_beta_globin_54(X))
& base_2(fn_beta_globin_80(X),fn_beta_globin_40(X))
& object_2(fn_beta_globin_10(X),fn_beta_globin_54(X))
& object_2(fn_beta_globin_64(X),fn_beta_globin_55(X))
& object_2(fn_beta_globin_64(X),fn_beta_globin_54(X))
& has_region_2(fn_beta_globin_54(X),fn_beta_globin_33(X))
& agent_2(fn_beta_globin_28(X),fn_beta_globin_56(X))
& agent_2(fn_beta_globin_28(X),fn_beta_globin_54(X))
& agent_2(fn_beta_globin_62(X),fn_beta_globin_54(X))
& agent_2(fn_beta_globin_62(X),fn_beta_globin_55(X))
& agent_2(fn_beta_globin_3(X),fn_beta_globin_55(X))
& result_2(fn_beta_globin_83(X),fn_beta_globin_37(X))
& agent_2(fn_beta_globin_83(X),fn_beta_globin_55(X))
& object_2(fn_beta_globin_29(X),fn_beta_globin_55(X))
& object_2(fn_beta_globin_29(X),fn_beta_globin_56(X))
& object_2(fn_beta_globin_77(X),fn_beta_globin_56(X))
& object_2(fn_beta_globin_16(X),fn_beta_globin_55(X))
& object_2(fn_beta_globin_16(X),fn_beta_globin_54(X))
& object_2(fn_beta_globin_24(X),fn_beta_globin_54(X))
& object_2(fn_beta_globin_24(X),fn_beta_globin_55(X))
& agent_2(fn_beta_globin_28(X),fn_beta_globin_55(X))
& agent_2(fn_beta_globin_84(X),fn_beta_globin_55(X))
& object_2(fn_beta_globin_14(X),fn_beta_globin_55(X))
& object_2(fn_beta_globin_14(X),fn_beta_globin_54(X))
& object_2(fn_beta_globin_15(X),fn_beta_globin_54(X))
& object_2(fn_beta_globin_15(X),fn_beta_globin_55(X))
& has_part_2(X,fn_beta_globin_40(X))
& possesses_2(fn_beta_globin_40(X),fn_beta_globin_47(X))
& is_between_2(fn_beta_globin_47(X),fn_beta_globin_48(X))
& object_2(fn_beta_globin_52(X),fn_beta_globin_48(X))
& object_2(fn_beta_globin_52(X),fn_beta_globin_54(X))
& agent_2(fn_beta_globin_84(X),fn_beta_globin_39(X))
& result_2(fn_beta_globin_84(X),fn_beta_globin_37(X))
& result_2(fn_beta_globin_46(X),fn_beta_globin_37(X))
& agent_2(fn_beta_globin_46(X),fn_beta_globin_39(X))
& object_2(fn_beta_globin_52(X),fn_beta_globin_39(X))
& possesses_2(X,fn_beta_globin_37(X))
& result_2(fn_beta_globin_82(X),fn_beta_globin_37(X))
& agent_2(fn_beta_globin_82(X),fn_beta_globin_39(X))
& agent_2(fn_beta_globin_1(X),fn_beta_globin_39(X))
& result_2(fn_beta_globin_1(X),fn_beta_globin_37(X))
& is_inside_2(fn_beta_globin_48(X),fn_beta_globin_41(X))
& result_2(fn_beta_globin_34(X),fn_beta_globin_47(X))
& object_2(fn_beta_globin_79(X),fn_beta_globin_44(X))
& agent_2(fn_beta_globin_13(X),fn_beta_globin_55(X))
& agent_2(fn_beta_globin_13(X),fn_beta_globin_54(X))
& fn_beta_globin_75(X) != fn_beta_globin_45(X)
& fn_beta_globin_53(X) != fn_beta_globin_75(X)
& fn_beta_globin_45(X) != fn_beta_globin_75(X)
& fn_beta_globin_75(X) != fn_beta_globin_53(X)
& agent_2(fn_beta_globin_34(X),fn_beta_globin_56(X))
& agent_2(fn_beta_globin_34(X),fn_beta_globin_44(X))
& has_region_2(fn_beta_globin_44(X),fn_beta_globin_58(X))
& fn_beta_globin_45(X) != fn_beta_globin_58(X)
& fn_beta_globin_58(X) != fn_beta_globin_45(X)
& agent_2(fn_beta_globin_63(X),fn_beta_globin_55(X))
& agent_2(fn_beta_globin_63(X),fn_beta_globin_54(X))
& is_between_2(fn_beta_globin_27(X),fn_beta_globin_54(X))
& is_between_2(fn_beta_globin_27(X),fn_beta_globin_55(X))
& has_region_2(fn_beta_globin_55(X),fn_beta_globin_33(X))
& object_2(fn_beta_globin_10(X),fn_beta_globin_55(X))
& object_2(fn_beta_globin_10(X),fn_beta_globin_56(X))
& fn_beta_globin_56(X) != fn_beta_globin_48(X)
& fn_beta_globin_48(X) != fn_beta_globin_54(X)
& object_2(fn_beta_globin_4(X),fn_beta_globin_54(X))
& fn_beta_globin_48(X) != fn_beta_globin_56(X)
& fn_beta_globin_54(X) != fn_beta_globin_48(X)
& is_inside_2(fn_beta_globin_55(X),fn_beta_globin_26(X))
& object_2(fn_beta_globin_65(X),fn_beta_globin_55(X))
& object_2(fn_beta_globin_65(X),fn_beta_globin_54(X))
& has_region_2(fn_beta_globin_54(X),fn_beta_globin_36(X))
& has_region_2(fn_beta_globin_56(X),fn_beta_globin_36(X))
& has_part_2(fn_beta_globin_40(X),fn_beta_globin_54(X))
& has_region_2(fn_beta_globin_40(X),fn_beta_globin_41(X))
& has_part_2(fn_beta_globin_40(X),fn_beta_globin_44(X))
& has_part_2(fn_beta_globin_40(X),fn_beta_globin_56(X))
& has_region_2(fn_beta_globin_56(X),fn_beta_globin_53(X))
& has_part_2(fn_beta_globin_40(X),fn_beta_globin_55(X))
& agent_2(fn_beta_globin_2(X),fn_beta_globin_55(X))
& has_region_2(fn_beta_globin_40(X),fn_beta_globin_51(X))
& is_inside_2(fn_beta_globin_55(X),fn_beta_globin_51(X))
& has_region_2(fn_beta_globin_55(X),fn_beta_globin_45(X))
& has_part_2(fn_beta_globin_40(X),fn_beta_globin_39(X))
& fn_beta_globin_42(X) != fn_beta_globin_39(X)
& fn_beta_globin_39(X) != fn_beta_globin_42(X)
& has_region_2(fn_beta_globin_40(X),fn_beta_globin_49(X))
& is_inside_2(fn_beta_globin_48(X),fn_beta_globin_49(X))
& has_region_2(fn_beta_globin_48(X),fn_beta_globin_61(X))
& agent_2(fn_beta_globin_12(X),fn_beta_globin_55(X))
& agent_2(fn_beta_globin_12(X),fn_beta_globin_54(X))
& fn_beta_globin_44(X) != fn_beta_globin_54(X)
& fn_beta_globin_55(X) != fn_beta_globin_54(X)
& fn_beta_globin_54(X) != fn_beta_globin_55(X)
& fn_beta_globin_54(X) != fn_beta_globin_44(X)
& agent_2(fn_beta_globin_76(X),fn_beta_globin_56(X))
& agent_2(fn_beta_globin_76(X),fn_beta_globin_55(X))
& fn_beta_globin_55(X) != fn_beta_globin_39(X)
& fn_beta_globin_39(X) != fn_beta_globin_55(X)
& fn_beta_globin_73(X) != fn_beta_globin_39(X)
& fn_beta_globin_39(X) != fn_beta_globin_73(X)
& object_2(fn_beta_globin_9(X),fn_beta_globin_55(X))
& object_2(fn_beta_globin_9(X),fn_beta_globin_54(X))
& is_inside_2(fn_beta_globin_54(X),fn_beta_globin_41(X))
& is_inside_2(fn_beta_globin_56(X),fn_beta_globin_41(X))
& fn_beta_globin_56(X) != fn_beta_globin_54(X)
& fn_beta_globin_54(X) != fn_beta_globin_56(X)
& object_2(fn_beta_globin_78(X),fn_beta_globin_55(X))
& object_2(fn_beta_globin_78(X),fn_beta_globin_54(X))
& has_region_2(fn_beta_globin_54(X),fn_beta_globin_53(X))
& fn_beta_globin_45(X) != fn_beta_globin_53(X)
& fn_beta_globin_53(X) != fn_beta_globin_45(X)
& object_2(fn_beta_globin_4(X),fn_beta_globin_48(X))
& object_2(fn_beta_globin_4(X),fn_beta_globin_56(X))
& fn_beta_globin_56(X) != fn_beta_globin_44(X)
& is_inside_2(fn_beta_globin_44(X),fn_beta_globin_41(X))
& is_inside_2(fn_beta_globin_55(X),fn_beta_globin_41(X))
& fn_beta_globin_44(X) != fn_beta_globin_56(X)
& has_part_2(fn_beta_globin_40(X),fn_beta_globin_48(X))
& fn_beta_globin_48(X) != fn_beta_globin_55(X)
& fn_beta_globin_55(X) != fn_beta_globin_44(X)
& fn_beta_globin_44(X) != fn_beta_globin_48(X)
& fn_beta_globin_48(X) != fn_beta_globin_44(X)
& fn_beta_globin_55(X) != fn_beta_globin_48(X)
& fn_beta_globin_44(X) != fn_beta_globin_55(X)
& has_region_2(X,fn_beta_globin_23(X))
& has_part_2(X,fn_beta_globin_22(X))
& is_inside_2(fn_beta_globin_22(X),fn_beta_globin_23(X))
& fn_beta_globin_21(X) != fn_beta_globin_22(X)
& fn_beta_globin_22(X) != fn_beta_globin_21(X)
& has_region_2(fn_beta_globin_73(X),fn_beta_globin_67(X))
& has_region_2(fn_beta_globin_39(X),fn_beta_globin_33(X))
& is_inside_2(fn_beta_globin_39(X),fn_beta_globin_49(X))
& object_2(fn_beta_globin_24(X),fn_beta_globin_39(X))
& agent_2(fn_beta_globin_83(X),fn_beta_globin_39(X))
& has_region_2(fn_beta_globin_44(X),fn_beta_globin_72(X))
& is_at_2(fn_beta_globin_72(X),fn_beta_globin_68(X))
& object_2(fn_beta_globin_24(X),fn_beta_globin_44(X))
& agent_2(fn_beta_globin_24(X),fn_beta_globin_27(X))
& has_function_2(fn_beta_globin_27(X),fn_beta_globin_24(X))
& fn_beta_globin_39(X) != fn_beta_globin_44(X)
& fn_beta_globin_44(X) != fn_beta_globin_39(X)
& fn_beta_globin_37(X) != fn_beta_globin_47(X)
& fn_beta_globin_47(X) != fn_beta_globin_37(X)
& fn_beta_globin_37(X) != fn_beta_globin_81(X)
& fn_beta_globin_81(X) != fn_beta_globin_37(X)
& is_between_2(fn_beta_globin_37(X),fn_beta_globin_39(X))
& is_at_2(fn_beta_globin_71(X),fn_beta_globin_33(X))
& has_region_2(fn_beta_globin_55(X),fn_beta_globin_71(X))
& is_between_2(fn_beta_globin_37(X),fn_beta_globin_55(X))
& result_2(fn_beta_globin_85(X),fn_beta_globin_37(X))
& agent_2(fn_beta_globin_85(X),fn_beta_globin_39(X))
& fn_beta_globin_74(X) != fn_beta_globin_7(X)
& fn_beta_globin_5(X) != fn_beta_globin_39(X)
& fn_beta_globin_7(X) != fn_beta_globin_74(X)
& has_region_2(fn_beta_globin_5(X),fn_beta_globin_7(X))
& fn_beta_globin_39(X) != fn_beta_globin_5(X)
& object_2(fn_beta_globin_4(X),fn_beta_globin_39(X))
& object_2(fn_beta_globin_4(X),fn_beta_globin_55(X))
& fn_beta_globin_8(X) != fn_beta_globin_36(X)
& fn_beta_globin_36(X) != fn_beta_globin_33(X)
& is_at_2(fn_beta_globin_7(X),fn_beta_globin_8(X))
& fn_beta_globin_36(X) != fn_beta_globin_8(X)
& fn_beta_globin_33(X) != fn_beta_globin_36(X)
& has_region_2(fn_beta_globin_56(X),fn_beta_globin_33(X))
& is_between_2(fn_beta_globin_81(X),fn_beta_globin_56(X))
& fn_beta_globin_50(X) != fn_beta_globin_18(X)
& fn_beta_globin_18(X) != fn_beta_globin_50(X)
& fn_beta_globin_50(X) != fn_beta_globin_45(X)
& fn_beta_globin_45(X) != fn_beta_globin_17(X)
& fn_beta_globin_45(X) != fn_beta_globin_50(X)
& fn_beta_globin_17(X) != fn_beta_globin_45(X)
& has_region_2(fn_beta_globin_5(X),fn_beta_globin_17(X))
& fn_beta_globin_67(X) != fn_beta_globin_36(X)
& fn_beta_globin_36(X) != fn_beta_globin_68(X)
& fn_beta_globin_68(X) != fn_beta_globin_36(X)
& fn_beta_globin_36(X) != fn_beta_globin_67(X)
& has_region_2(fn_beta_globin_55(X),fn_beta_globin_36(X))
& is_between_2(fn_beta_globin_81(X),fn_beta_globin_55(X))
& fn_beta_globin_50(X) != fn_beta_globin_75(X)
& fn_beta_globin_6(X) != fn_beta_globin_74(X)
& fn_beta_globin_74(X) != fn_beta_globin_6(X)
& fn_beta_globin_75(X) != fn_beta_globin_50(X)
& has_region_2(fn_beta_globin_56(X),fn_beta_globin_75(X))
& has_region_2(fn_beta_globin_56(X),fn_beta_globin_74(X))
& fn_beta_globin_45(X) != fn_beta_globin_61(X)
& fn_beta_globin_61(X) != fn_beta_globin_50(X)
& fn_beta_globin_61(X) != fn_beta_globin_45(X)
& fn_beta_globin_50(X) != fn_beta_globin_61(X)
& has_region_2(fn_beta_globin_55(X),fn_beta_globin_50(X))
& object_2(fn_beta_globin_79(X),fn_beta_globin_55(X))
& object_2(fn_beta_globin_79(X),fn_beta_globin_56(X))
& fn_beta_globin_39(X) != fn_beta_globin_43(X)
& fn_beta_globin_43(X) != fn_beta_globin_39(X)
& fn_beta_globin_39(X) != fn_beta_globin_56(X)
& fn_beta_globin_56(X) != fn_beta_globin_39(X)
& agent_2(fn_beta_globin_11(X),fn_beta_globin_56(X))
& agent_2(fn_beta_globin_11(X),fn_beta_globin_55(X))
& fn_beta_globin_39(X) != fn_beta_globin_48(X)
& has_region_2(fn_beta_globin_45(X),fn_beta_globin_59(X))
& has_region_2(fn_beta_globin_39(X),fn_beta_globin_45(X))
& fn_beta_globin_48(X) != fn_beta_globin_39(X)
& object_2(fn_beta_globin_77(X),fn_beta_globin_48(X))
& object_2(fn_beta_globin_77(X),fn_beta_globin_39(X))
& fn_beta_globin_70(X) != fn_beta_globin_74(X)
& fn_beta_globin_74(X) != fn_beta_globin_69(X)
& fn_beta_globin_69(X) != fn_beta_globin_74(X)
& is_at_2(fn_beta_globin_70(X),fn_beta_globin_67(X))
& fn_beta_globin_74(X) != fn_beta_globin_70(X)
& has_region_2(fn_beta_globin_39(X),fn_beta_globin_74(X))
& has_region_2(fn_beta_globin_44(X),fn_beta_globin_68(X))
& is_between_2(fn_beta_globin_47(X),fn_beta_globin_44(X))
& is_between_2(fn_beta_globin_47(X),fn_beta_globin_39(X))
& has_region_2(fn_beta_globin_39(X),fn_beta_globin_36(X))
& is_at_2(fn_beta_globin_74(X),fn_beta_globin_36(X))
& instrument_2(fn_beta_globin_80(X),fn_beta_globin_37(X))
& agent_2(fn_beta_globin_52(X),fn_beta_globin_37(X))
& has_function_2(fn_beta_globin_37(X),fn_beta_globin_52(X))
& fn_beta_globin_56(X) != fn_beta_globin_55(X)
& fn_beta_globin_55(X) != fn_beta_globin_56(X)
& agent_2(fn_beta_globin_1(X),fn_beta_globin_55(X))
& agent_2(fn_beta_globin_2(X),fn_beta_globin_39(X))
& has_region_2(fn_beta_globin_39(X),fn_beta_globin_50(X))
& has_region_2(fn_beta_globin_50(X),fn_beta_globin_59(X))
& fn_beta_globin_74(X) != fn_beta_globin_72(X)
& fn_beta_globin_72(X) != fn_beta_globin_74(X)
& is_inside_2(fn_beta_globin_69(X),fn_beta_globin_60(X))
& called_2(fn_beta_globin_81(X),'C=O')
& has_region_2(fn_beta_globin_73(X),fn_beta_globin_70(X))
& has_region_2(fn_beta_globin_5(X),fn_beta_globin_8(X))
& is_inside_2(fn_beta_globin_44(X),fn_beta_globin_49(X))
& is_inside_2(fn_beta_globin_6(X),fn_beta_globin_18(X))
& object_2(fn_beta_globin_9(X),fn_beta_globin_56(X))
& object_2(fn_beta_globin_78(X),fn_beta_globin_56(X))
& object_2(fn_beta_globin_24(X),fn_beta_globin_56(X))
& object_2(fn_beta_globin_77(X),fn_beta_globin_54(X))
& object_2(fn_beta_globin_29(X),fn_beta_globin_54(X))
& object_2(fn_beta_globin_66(X),fn_beta_globin_54(X))
& object_2(fn_beta_globin_52(X),fn_beta_globin_56(X))
& agent_2(fn_beta_globin_85(X),fn_beta_globin_55(X))
& agent_2(fn_beta_globin_25(X),fn_beta_globin_39(X))
& agent_2(fn_beta_globin_82(X),fn_beta_globin_55(X))
& agent_2(fn_beta_globin_34(X),fn_beta_globin_54(X))
& agent_2(fn_beta_globin_34(X),fn_beta_globin_39(X))
& fn_beta_globin_39(X) = fn_share_3(fn_beta_globin_35(X))
& fn_beta_globin_55(X) = fn_share_1(fn_beta_globin_35(X))
& fn_beta_globin_55(X) = fn_share_3(fn_beta_globin_46(X))
& fn_beta_globin_55(X) = fn_share_1(fn_beta_globin_46(X))
& fn_beta_globin_39(X) = fn_share_3(fn_beta_globin_3(X))
& fn_beta_globin_39(X) = fn_share_1(fn_beta_globin_3(X))
& fn_beta_globin_54(X) = fn_share_3(fn_beta_globin_76(X))
& fn_beta_globin_54(X) = fn_share_1(fn_beta_globin_76(X))
& X = fn_protein_8(fn_beta_globin_38(X))
& fn_beta_globin_21(X) = fn_organic_molecule_2(X)
& fn_beta_globin_57(X) = fn_atom_9(fn_beta_globin_73(X))
& fn_beta_globin_19(X) = fn_polymer_9(X)
& fn_beta_globin_20(X) = fn_polymer_10(X)
& fn_beta_globin_31(X) = fn_polymer_7(X)
& fn_beta_globin_30(X) = fn_polymer_8(X)
& fn_beta_globin_42(X) = fn_amino_acid_22(fn_beta_globin_32(X))
& fn_beta_globin_43(X) = fn_organic_molecule_2(fn_beta_globin_32(X))
& fn_beta_globin_43(X) = fn_amino_acid_24(fn_beta_globin_32(X))
& fn_beta_globin_34(X) = fn_polypeptide_17(X)
& fn_beta_globin_81(X) = fn_polypeptide_48(X)
& fn_beta_globin_66(X) = fn_polypeptide_99(X)
& fn_beta_globin_34(X) = fn_polypeptide_40(X)
& fn_beta_globin_77(X) = fn_polypeptide_127(X)
& fn_beta_globin_25(X) = fn_polypeptide_39(X)
& fn_beta_globin_79(X) = fn_polypeptide_97(X)
& fn_beta_globin_11(X) = fn_polypeptide_50(X)
& fn_beta_globin_80(X) = fn_polypeptide_63(X)
& fn_beta_globin_10(X) = fn_polypeptide_54(X)
& fn_beta_globin_33(X) = fn_polypeptide_115(X)
& fn_beta_globin_64(X) = fn_polypeptide_98(X)
& fn_beta_globin_3(X) = fn_polypeptide_129(X)
& fn_beta_globin_62(X) = fn_polypeptide_103(X)
& fn_beta_globin_28(X) = fn_polypeptide_104(X)
& fn_beta_globin_77(X) = fn_polypeptide_99(X)
& fn_beta_globin_56(X) = fn_polypeptide_101(X)
& fn_beta_globin_29(X) = fn_polypeptide_97(X)
& fn_beta_globin_83(X) = fn_polypeptide_41(X)
& fn_beta_globin_28(X) = fn_polypeptide_50(X)
& fn_beta_globin_24(X) = fn_polypeptide_55(X)
& fn_beta_globin_16(X) = fn_polypeptide_96(X)
& fn_beta_globin_15(X) = fn_polypeptide_56(X)
& fn_beta_globin_54(X) = fn_polypeptide_101(X)
& fn_beta_globin_14(X) = fn_polypeptide_54(X)
& fn_beta_globin_55(X) = fn_polypeptide_126(X)
& fn_beta_globin_54(X) = fn_polypeptide_100(X)
& fn_beta_globin_52(X) = fn_polypeptide_99(X)
& fn_beta_globin_48(X) = fn_molecule_11(fn_beta_globin_40(X))
& fn_beta_globin_48(X) = fn_polypeptide_118(X)
& fn_beta_globin_48(X) = fn_polypeptide_90(X)
& fn_beta_globin_47(X) = fn_molecule_10(fn_beta_globin_40(X))
& fn_beta_globin_47(X) = fn_polypeptide_108(X)
& fn_beta_globin_47(X) = fn_polypeptide_84(X)
& fn_beta_globin_40(X) = fn_polypeptide_82(X)
& fn_beta_globin_40(X) = fn_polypeptide_83(X)
& fn_beta_globin_52(X) = fn_polypeptide_107(X)
& fn_beta_globin_46(X) = fn_polypeptide_40(X)
& fn_beta_globin_84(X) = fn_polypeptide_128(X)
& fn_beta_globin_1(X) = fn_polypeptide_129(X)
& fn_beta_globin_39(X) = fn_polypeptide_125(X)
& fn_beta_globin_82(X) = fn_polypeptide_39(X)
& fn_beta_globin_37(X) = fn_polymer_1(X)
& fn_beta_globin_37(X) = fn_polypeptide_130(X)
& fn_beta_globin_47(X) = fn_carboxyl_group_69(fn_beta_globin_26(X))
& fn_beta_globin_79(X) = fn_carboxyl_group_67(fn_beta_globin_26(X))
& fn_beta_globin_13(X) = fn_carboxyl_group_49(fn_beta_globin_26(X))
& fn_beta_globin_53(X) = fn_carboxyl_group_16(fn_beta_globin_26(X))
& fn_beta_globin_75(X) = fn_carboxyl_group_22(fn_beta_globin_26(X))
& fn_beta_globin_45(X) = fn_carboxyl_group_16(fn_beta_globin_26(X))
& fn_beta_globin_58(X) = fn_carboxyl_group_63(fn_beta_globin_26(X))
& fn_beta_globin_44(X) = fn_carboxyl_group_25(fn_beta_globin_26(X))
& fn_beta_globin_34(X) = fn_carboxyl_group_66(fn_beta_globin_26(X))
& fn_beta_globin_33(X) = fn_carboxyl_group_20(fn_beta_globin_26(X))
& fn_beta_globin_27(X) = fn_carboxyl_group_69(fn_beta_globin_26(X))
& fn_beta_globin_63(X) = fn_carboxyl_group_56(fn_beta_globin_26(X))
& fn_beta_globin_4(X) = fn_carboxyl_group_67(fn_beta_globin_26(X))
& fn_beta_globin_54(X) = fn_carboxyl_group_24(fn_beta_globin_26(X))
& fn_beta_globin_48(X) = fn_carboxyl_group_25(fn_beta_globin_26(X))
& fn_beta_globin_10(X) = fn_carboxyl_group_55(fn_beta_globin_26(X))
& fn_beta_globin_56(X) = fn_carboxyl_group_24(fn_beta_globin_26(X))
& fn_beta_globin_36(X) = fn_carboxyl_group_18(fn_beta_globin_26(X))
& fn_beta_globin_54(X) = fn_carboxyl_group_23(fn_beta_globin_26(X))
& fn_beta_globin_65(X) = fn_carboxyl_group_47(fn_beta_globin_26(X))
& fn_beta_globin_55(X) = fn_carboxyl_group_19(fn_beta_globin_26(X))
& fn_beta_globin_2(X) = fn_amino_acid_18(fn_beta_globin_40(X))
& fn_beta_globin_51(X) = fn_amino_acid_23(fn_beta_globin_40(X))
& fn_beta_globin_42(X) = fn_amino_acid_22(fn_beta_globin_40(X))
& fn_beta_globin_61(X) = fn_amino_acid_8(fn_beta_globin_40(X))
& fn_beta_globin_40(X) = fn_functional_group_1(fn_beta_globin_49(X))
& fn_beta_globin_49(X) = fn_amino_acid_25(fn_beta_globin_40(X))
& fn_beta_globin_54(X) = fn_amino_acid_11(fn_beta_globin_40(X))
& fn_beta_globin_12(X) = fn_amino_acid_12(fn_beta_globin_40(X))
& fn_beta_globin_73(X) = fn_amino_acid_28(fn_beta_globin_40(X))
& fn_beta_globin_39(X) = fn_amino_acid_17(fn_beta_globin_40(X))
& fn_beta_globin_76(X) = fn_amino_acid_10(fn_beta_globin_40(X))
& fn_beta_globin_9(X) = fn_amino_acid_14(fn_beta_globin_40(X))
& fn_beta_globin_45(X) = fn_amino_acid_21(fn_beta_globin_40(X))
& fn_beta_globin_53(X) = fn_amino_acid_15(fn_beta_globin_40(X))
& fn_beta_globin_54(X) = fn_amino_acid_27(fn_beta_globin_40(X))
& fn_beta_globin_78(X) = fn_amino_acid_13(fn_beta_globin_40(X))
& fn_beta_globin_41(X) = fn_amino_acid_26(fn_beta_globin_40(X))
& fn_beta_globin_56(X) = fn_amino_acid_11(fn_beta_globin_40(X))
& fn_beta_globin_4(X) = fn_amino_acid_13(fn_beta_globin_40(X))
& fn_beta_globin_44(X) = fn_amino_acid_22(fn_beta_globin_40(X))
& fn_beta_globin_55(X) = fn_amino_acid_24(fn_beta_globin_40(X))
& fn_beta_globin_44(X) = fn_amino_acid_28(fn_beta_globin_40(X))
& fn_beta_globin_48(X) = fn_amino_acid_22(fn_beta_globin_40(X))
& fn_beta_globin_21(X) = fn_carbon_skeleton_2(fn_beta_globin_23(X))
& fn_beta_globin_22(X) = fn_carbon_skeleton_4(fn_beta_globin_23(X))
& X = fn_carbon_skeleton_3(fn_beta_globin_23(X))
& fn_beta_globin_67(X) = fn_hydrogen_14(fn_beta_globin_73(X))
& fn_beta_globin_33(X) = fn_amino_group_25(fn_beta_globin_49(X))
& fn_beta_globin_83(X) = fn_amino_group_32(fn_beta_globin_49(X))
& fn_beta_globin_68(X) = fn_amino_group_17(fn_beta_globin_49(X))
& fn_beta_globin_72(X) = fn_amino_group_4(fn_beta_globin_49(X))
& fn_beta_globin_27(X) = fn_hold_1(fn_beta_globin_24(X))
& fn_beta_globin_27(X) = fn_amino_group_21(fn_beta_globin_49(X))
& fn_beta_globin_24(X) = fn_amino_group_33(fn_beta_globin_49(X))
& fn_beta_globin_39(X) = fn_amino_group_20(fn_beta_globin_49(X))
& fn_beta_globin_39(X) = fn_share_3(fn_beta_globin_34(X))
& fn_beta_globin_54(X) = fn_share_1(fn_beta_globin_34(X))
& fn_beta_globin_55(X) = fn_share_3(fn_beta_globin_82(X))
& fn_beta_globin_55(X) = fn_share_1(fn_beta_globin_82(X))
& fn_beta_globin_39(X) = fn_share_3(fn_beta_globin_25(X))
& fn_beta_globin_39(X) = fn_share_1(fn_beta_globin_25(X))
& fn_beta_globin_55(X) = fn_share_3(fn_beta_globin_85(X))
& fn_beta_globin_55(X) = fn_share_1(fn_beta_globin_85(X))
& fn_beta_globin_56(X) = fn_hold_2(fn_beta_globin_52(X))
& fn_beta_globin_54(X) = fn_hold_2(fn_beta_globin_66(X))
& fn_beta_globin_54(X) = fn_hold_2(fn_beta_globin_29(X))
& fn_beta_globin_54(X) = fn_hold_2(fn_beta_globin_77(X))
& fn_beta_globin_56(X) = fn_hold_2(fn_beta_globin_24(X))
& fn_beta_globin_56(X) = fn_hold_2(fn_beta_globin_78(X))
& fn_beta_globin_56(X) = fn_hold_2(fn_beta_globin_9(X))
& fn_beta_globin_6(X) = fn_first_electron_shell_7(fn_beta_globin_18(X))
& fn_beta_globin_44(X) = fn_amino_group_22(fn_beta_globin_49(X))
& fn_beta_globin_70(X) = fn_hydrogen_15(fn_beta_globin_73(X))
& fn_beta_globin_33(X) = fn_peptide_bond_42(fn_beta_globin_37(X))
& fn_beta_globin_71(X) = fn_peptide_bond_37(fn_beta_globin_37(X))
& fn_beta_globin_85(X) = fn_peptide_bond_35(fn_beta_globin_37(X))
& fn_beta_globin_7(X) = fn_peptide_bond_13(fn_beta_globin_37(X))
& fn_beta_globin_4(X) = fn_peptide_bond_31(fn_beta_globin_37(X))
& fn_beta_globin_7(X) = fn_hydrogen_15(fn_beta_globin_5(X))
& fn_beta_globin_8(X) = fn_hydrogen_14(fn_beta_globin_5(X))
& fn_beta_globin_7(X) = fn_peptide_bond_17(fn_beta_globin_37(X))
& fn_beta_globin_8(X) = fn_peptide_bond_16(fn_beta_globin_37(X))
& fn_beta_globin_33(X) = fn_peptide_bond_16(fn_beta_globin_37(X))
& fn_beta_globin_18(X) = fn_peptide_bond_48(fn_beta_globin_37(X))
& fn_beta_globin_17(X) = fn_atom_9(fn_beta_globin_5(X))
& fn_beta_globin_5(X) = fn_peptide_bond_24(fn_beta_globin_37(X))
& fn_beta_globin_17(X) = fn_peptide_bond_15(fn_beta_globin_37(X))
& fn_beta_globin_67(X) = fn_peptide_bond_43(fn_beta_globin_37(X))
& fn_beta_globin_36(X) = fn_peptide_bond_14(fn_beta_globin_37(X))
& fn_beta_globin_68(X) = fn_peptide_bond_43(fn_beta_globin_37(X))
& fn_beta_globin_36(X) = fn_peptide_bond_42(fn_beta_globin_37(X))
& fn_beta_globin_75(X) = fn_peptide_bond_52(fn_beta_globin_37(X))
& fn_beta_globin_6(X) = fn_peptide_bond_37(fn_beta_globin_37(X))
& fn_beta_globin_45(X) = fn_peptide_bond_15(fn_beta_globin_37(X))
& fn_beta_globin_61(X) = fn_peptide_bond_44(fn_beta_globin_37(X))
& fn_beta_globin_79(X) = fn_peptide_bond_50(fn_beta_globin_37(X))
& fn_beta_globin_43(X) = fn_peptide_bond_32(fn_beta_globin_37(X))
& fn_beta_globin_11(X) = fn_peptide_bond_51(fn_beta_globin_37(X))
& fn_beta_globin_45(X) = fn_peptide_bond_44(fn_beta_globin_37(X))
& fn_beta_globin_48(X) = fn_peptide_bond_24(fn_beta_globin_37(X))
& fn_beta_globin_77(X) = fn_peptide_bond_22(fn_beta_globin_37(X))
& fn_beta_globin_67(X) = fn_peptide_bond_14(fn_beta_globin_37(X))
& fn_beta_globin_70(X) = fn_peptide_bond_13(fn_beta_globin_37(X))
& fn_beta_globin_68(X) = fn_peptide_bond_14(fn_beta_globin_37(X))
& fn_beta_globin_44(X) = fn_peptide_bond_24(fn_beta_globin_37(X))
& fn_beta_globin_47(X) = fn_peptide_bond_21(fn_beta_globin_37(X))
& fn_beta_globin_36(X) = fn_peptide_bond_43(fn_beta_globin_37(X))
& fn_beta_globin_80(X) = fn_peptide_bond_33(fn_beta_globin_37(X))
& fn_beta_globin_37(X) = fn_hold_1(fn_beta_globin_52(X))
& fn_beta_globin_52(X) = fn_peptide_bond_31(fn_beta_globin_37(X))
& fn_beta_globin_1(X) = fn_peptide_bond_35(fn_beta_globin_37(X))
& fn_beta_globin_56(X) = fn_peptide_bond_53(fn_beta_globin_37(X))
& fn_beta_globin_55(X) = fn_peptide_bond_32(fn_beta_globin_37(X))
& fn_beta_globin_2(X) = fn_peptide_bond_23(fn_beta_globin_37(X))
& fn_beta_globin_39(X) = fn_peptide_bond_34(fn_beta_globin_37(X))
& fn_beta_globin_50(X) = fn_peptide_bond_29(fn_beta_globin_37(X))
& fn_beta_globin_59(X) = fn_peptide_bond_30(fn_beta_globin_37(X))
& fn_beta_globin_74(X) = fn_peptide_bond_17(fn_beta_globin_37(X))
& fn_beta_globin_74(X) = fn_peptide_bond_41(fn_beta_globin_37(X))
& fn_beta_globin_72(X) = fn_peptide_bond_37(fn_beta_globin_37(X))
& fn_beta_globin_69(X) = fn_peptide_bond_49(fn_beta_globin_37(X))
& fn_beta_globin_60(X) = fn_peptide_bond_48(fn_beta_globin_37(X))
& fn_beta_globin_81(X) = fn_peptide_bond_55(fn_beta_globin_37(X))
& fn_polypeptide_104(X) = fn_polypeptide_104(X)
& fn_polypeptide_104(X) = fn_polypeptide_50(X)
& fn_polypeptide_50(X) = fn_polypeptide_54(X)
& fn_polypeptide_54(X) = fn_carboxyl_group_55(fn_beta_globin_26(X))
& fn_carboxyl_group_55(fn_beta_globin_26(X)) = fn_carboxyl_group_55(fn_beta_globin_26(X))
& fn_carboxyl_group_55(fn_beta_globin_26(X)) = fn_carboxyl_group_16(fn_beta_globin_26(X))
& fn_carboxyl_group_16(fn_beta_globin_26(X)) = fn_amino_acid_15(fn_beta_globin_40(X))
& fn_amino_acid_15(fn_beta_globin_40(X)) = fn_amino_acid_15(fn_beta_globin_40(X))
& fn_amino_acid_15(fn_beta_globin_40(X)) = fn_polypeptide_82(X)
& fn_polypeptide_82(X) = fn_polypeptide_82(X)
& fn_polypeptide_82(X) = fn_functional_group_1(fn_beta_globin_49(X))
& fn_functional_group_1(fn_beta_globin_49(X)) = fn_polypeptide_83(X)
& fn_polypeptide_83(X) = fn_polypeptide_83(X)
& fn_polypeptide_83(X) = fn_polypeptide_82(X)
& fn_polypeptide_82(X) = fn_polypeptide_83(X)
& fn_polypeptide_83(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_carbon_skeleton_2(fn_beta_globin_23(X))
& fn_carbon_skeleton_2(fn_beta_globin_23(X)) = fn_carbon_skeleton_2(fn_beta_globin_23(X))
& fn_carbon_skeleton_2(fn_beta_globin_23(X)) = fn_protein_8(fn_beta_globin_38(X))
& fn_protein_8(fn_beta_globin_38(X)) = fn_carbon_skeleton_3(fn_beta_globin_23(X))
& fn_carbon_skeleton_3(fn_beta_globin_23(X)) = fn_carbon_skeleton_3(fn_beta_globin_23(X))
& fn_carbon_skeleton_3(fn_beta_globin_23(X)) = fn_polypeptide_41(X)
& fn_polypeptide_41(X) = fn_polypeptide_41(X)
& fn_polypeptide_41(X) = fn_amino_group_32(fn_beta_globin_49(X))
& fn_amino_group_32(fn_beta_globin_49(X)) = fn_carboxyl_group_69(fn_beta_globin_26(X))
& fn_carboxyl_group_69(fn_beta_globin_26(X)) = fn_hold_1(fn_beta_globin_24(X))
& fn_hold_1(fn_beta_globin_24(X)) = fn_carboxyl_group_69(fn_beta_globin_26(X))
& fn_carboxyl_group_69(fn_beta_globin_26(X)) = fn_amino_group_21(fn_beta_globin_49(X))
& fn_amino_group_21(fn_beta_globin_49(X)) = fn_amino_group_21(fn_beta_globin_49(X))
& fn_amino_group_21(fn_beta_globin_49(X)) = fn_polypeptide_17(X)
& fn_polypeptide_17(X) = fn_polypeptide_40(X)
& fn_polypeptide_40(X) = fn_polypeptide_40(X)
& fn_polypeptide_40(X) = fn_carboxyl_group_66(fn_beta_globin_26(X))
& fn_carboxyl_group_66(fn_beta_globin_26(X)) = fn_carboxyl_group_66(fn_beta_globin_26(X))
& fn_carboxyl_group_66(fn_beta_globin_26(X)) = fn_share_3(fn_beta_globin_76(X))
& fn_share_3(fn_beta_globin_76(X)) = fn_polypeptide_101(X)
& fn_polypeptide_100(X) = fn_polypeptide_101(X)
& fn_polypeptide_101(X) = fn_polypeptide_100(X)
& fn_polypeptide_100(X) = fn_polypeptide_100(X)
& fn_polypeptide_100(X) = fn_carboxyl_group_24(fn_beta_globin_26(X))
& fn_carboxyl_group_23(fn_beta_globin_26(X)) = fn_carboxyl_group_24(fn_beta_globin_26(X))
& fn_carboxyl_group_24(fn_beta_globin_26(X)) = fn_carboxyl_group_23(fn_beta_globin_26(X))
& fn_carboxyl_group_23(fn_beta_globin_26(X)) = fn_carboxyl_group_23(fn_beta_globin_26(X))
& fn_carboxyl_group_23(fn_beta_globin_26(X)) = fn_amino_acid_11(fn_beta_globin_40(X))
& fn_amino_acid_27(fn_beta_globin_40(X)) = fn_amino_acid_11(fn_beta_globin_40(X))
& fn_amino_acid_11(fn_beta_globin_40(X)) = fn_amino_acid_27(fn_beta_globin_40(X))
& fn_amino_acid_27(fn_beta_globin_40(X)) = fn_share_1(fn_beta_globin_76(X))
& fn_share_1(fn_beta_globin_76(X)) = fn_amino_acid_27(fn_beta_globin_40(X))
& fn_amino_acid_27(fn_beta_globin_40(X)) = fn_amino_acid_27(fn_beta_globin_40(X))
& fn_amino_acid_27(fn_beta_globin_40(X)) = fn_share_1(fn_beta_globin_34(X))
& fn_share_1(fn_beta_globin_34(X)) = fn_share_1(fn_beta_globin_76(X))
& fn_share_1(fn_beta_globin_76(X)) = fn_share_1(fn_beta_globin_34(X))
& fn_share_1(fn_beta_globin_34(X)) = fn_hold_2(fn_beta_globin_66(X))
& fn_hold_2(fn_beta_globin_66(X)) = fn_hold_2(fn_beta_globin_29(X))
& fn_hold_2(fn_beta_globin_29(X)) = fn_hold_2(fn_beta_globin_77(X))
& fn_hold_2(fn_beta_globin_77(X)) = fn_polypeptide_55(X)
& fn_polypeptide_55(X) = fn_polypeptide_55(X)
& fn_polypeptide_55(X) = fn_amino_group_33(fn_beta_globin_49(X))
& fn_amino_group_33(fn_beta_globin_49(X)) = fn_amino_group_33(fn_beta_globin_49(X))
& fn_amino_group_33(fn_beta_globin_49(X)) = fn_carboxyl_group_67(fn_beta_globin_26(X))
& fn_carboxyl_group_67(fn_beta_globin_26(X)) = fn_amino_acid_13(fn_beta_globin_40(X))
& fn_amino_acid_13(fn_beta_globin_40(X)) = fn_amino_acid_13(fn_beta_globin_40(X))
& fn_amino_acid_13(fn_beta_globin_40(X)) = fn_peptide_bond_31(fn_beta_globin_37(X))
& fn_peptide_bond_31(fn_beta_globin_37(X)) = fn_peptide_bond_13(fn_beta_globin_37(X))
& fn_peptide_bond_13(fn_beta_globin_37(X)) = fn_hydrogen_15(fn_beta_globin_5(X))
& fn_hydrogen_15(fn_beta_globin_5(X)) = fn_peptide_bond_13(fn_beta_globin_37(X))
& fn_peptide_bond_13(fn_beta_globin_37(X)) = fn_peptide_bond_17(fn_beta_globin_37(X))
& fn_peptide_bond_17(fn_beta_globin_37(X)) = fn_hydrogen_14(fn_beta_globin_5(X))
& fn_hydrogen_14(fn_beta_globin_5(X)) = fn_hydrogen_14(fn_beta_globin_5(X))
& fn_hydrogen_14(fn_beta_globin_5(X)) = fn_peptide_bond_16(fn_beta_globin_37(X))
& fn_peptide_bond_16(fn_beta_globin_37(X)) = fn_polypeptide_115(X)
& fn_polypeptide_115(X) = fn_carboxyl_group_20(fn_beta_globin_26(X))
& fn_carboxyl_group_20(fn_beta_globin_26(X)) = fn_carboxyl_group_20(fn_beta_globin_26(X))
& fn_carboxyl_group_20(fn_beta_globin_26(X)) = fn_amino_group_25(fn_beta_globin_49(X))
& fn_amino_group_25(fn_beta_globin_49(X)) = fn_amino_group_25(fn_beta_globin_49(X))
& fn_amino_group_25(fn_beta_globin_49(X)) = fn_peptide_bond_42(fn_beta_globin_37(X))
& fn_peptide_bond_42(fn_beta_globin_37(X)) = fn_peptide_bond_16(fn_beta_globin_37(X))
& fn_peptide_bond_16(fn_beta_globin_37(X)) = fn_peptide_bond_16(fn_beta_globin_37(X))
& fn_peptide_bond_16(fn_beta_globin_37(X)) = fn_peptide_bond_15(fn_beta_globin_37(X))
& fn_peptide_bond_15(fn_beta_globin_37(X)) = fn_atom_9(fn_beta_globin_5(X))
& fn_atom_9(fn_beta_globin_5(X)) = fn_peptide_bond_15(fn_beta_globin_37(X))
& fn_peptide_bond_15(fn_beta_globin_37(X)) = fn_carboxyl_group_22(fn_beta_globin_26(X))
& fn_carboxyl_group_22(fn_beta_globin_26(X)) = fn_carboxyl_group_22(fn_beta_globin_26(X))
& fn_carboxyl_group_22(fn_beta_globin_26(X)) = fn_peptide_bond_52(fn_beta_globin_37(X))
& fn_peptide_bond_52(fn_beta_globin_37(X)) = fn_peptide_bond_52(fn_beta_globin_37(X))
& fn_peptide_bond_52(fn_beta_globin_37(X)) = fn_first_electron_shell_7(fn_beta_globin_18(X))
& fn_first_electron_shell_7(fn_beta_globin_18(X)) = fn_peptide_bond_37(fn_beta_globin_37(X))
& fn_peptide_bond_37(fn_beta_globin_37(X)) = fn_amino_acid_8(fn_beta_globin_40(X))
& fn_amino_acid_8(fn_beta_globin_40(X)) = fn_peptide_bond_44(fn_beta_globin_37(X))
& fn_peptide_bond_44(fn_beta_globin_37(X)) = fn_polypeptide_97(X)
& fn_polypeptide_97(X) = fn_carboxyl_group_67(fn_beta_globin_26(X))
& fn_carboxyl_group_67(fn_beta_globin_26(X)) = fn_carboxyl_group_67(fn_beta_globin_26(X))
& fn_carboxyl_group_67(fn_beta_globin_26(X)) = fn_peptide_bond_50(fn_beta_globin_37(X))
& fn_peptide_bond_50(fn_beta_globin_37(X)) = fn_peptide_bond_50(fn_beta_globin_37(X))
& fn_peptide_bond_50(fn_beta_globin_37(X)) = fn_amino_acid_24(fn_beta_globin_32(X))
& fn_amino_acid_24(fn_beta_globin_32(X)) = fn_organic_molecule_2(fn_beta_globin_32(X))
& fn_organic_molecule_2(fn_beta_globin_32(X)) = fn_amino_acid_24(fn_beta_globin_32(X))
& fn_amino_acid_24(fn_beta_globin_32(X)) = fn_amino_acid_24(fn_beta_globin_32(X))
& fn_amino_acid_24(fn_beta_globin_32(X)) = fn_peptide_bond_32(fn_beta_globin_37(X))
& fn_peptide_bond_32(fn_beta_globin_37(X)) = fn_polypeptide_50(X)
& fn_polypeptide_50(X) = fn_peptide_bond_51(fn_beta_globin_37(X))
& fn_peptide_bond_51(fn_beta_globin_37(X)) = fn_peptide_bond_51(fn_beta_globin_37(X))
& fn_peptide_bond_51(fn_beta_globin_37(X)) = fn_carboxyl_group_16(fn_beta_globin_26(X))
& fn_carboxyl_group_16(fn_beta_globin_26(X)) = fn_carboxyl_group_16(fn_beta_globin_26(X))
& fn_carboxyl_group_16(fn_beta_globin_26(X)) = fn_amino_acid_21(fn_beta_globin_40(X))
& fn_amino_acid_21(fn_beta_globin_40(X)) = fn_amino_acid_21(fn_beta_globin_40(X))
& fn_amino_acid_21(fn_beta_globin_40(X)) = fn_peptide_bond_15(fn_beta_globin_37(X))
& fn_peptide_bond_44(fn_beta_globin_37(X)) = fn_peptide_bond_15(fn_beta_globin_37(X))
& fn_peptide_bond_15(fn_beta_globin_37(X)) = fn_peptide_bond_44(fn_beta_globin_37(X))
& fn_peptide_bond_44(fn_beta_globin_37(X)) = fn_peptide_bond_44(fn_beta_globin_37(X))
& fn_peptide_bond_44(fn_beta_globin_37(X)) = fn_polypeptide_118(X)
& fn_polypeptide_118(X) = fn_molecule_11(fn_beta_globin_40(X))
& fn_molecule_11(fn_beta_globin_40(X)) = fn_polypeptide_118(X)
& fn_polypeptide_118(X) = fn_polypeptide_118(X)
& fn_polypeptide_90(X) = fn_polypeptide_118(X)
& fn_polypeptide_118(X) = fn_polypeptide_90(X)
& fn_polypeptide_90(X) = fn_polypeptide_90(X)
& fn_polypeptide_90(X) = fn_carboxyl_group_25(fn_beta_globin_26(X))
& fn_amino_acid_22(fn_beta_globin_40(X)) = fn_amino_acid_22(fn_beta_globin_40(X))
& fn_amino_acid_22(fn_beta_globin_40(X)) = fn_peptide_bond_24(fn_beta_globin_37(X))
& fn_peptide_bond_24(fn_beta_globin_37(X)) = fn_polypeptide_127(X)
& fn_polypeptide_127(X) = fn_polypeptide_99(X)
& fn_polypeptide_99(X) = fn_polypeptide_99(X)
& fn_polypeptide_99(X) = fn_peptide_bond_22(fn_beta_globin_37(X))
& fn_peptide_bond_22(fn_beta_globin_37(X)) = fn_peptide_bond_22(fn_beta_globin_37(X))
& fn_peptide_bond_22(fn_beta_globin_37(X)) = fn_hydrogen_14(fn_beta_globin_73(X))
& fn_hydrogen_14(fn_beta_globin_73(X)) = fn_peptide_bond_43(fn_beta_globin_37(X))
& fn_peptide_bond_14(fn_beta_globin_37(X)) = fn_hydrogen_15(fn_beta_globin_73(X))
& fn_hydrogen_15(fn_beta_globin_73(X)) = fn_peptide_bond_13(fn_beta_globin_37(X))
& fn_peptide_bond_13(fn_beta_globin_37(X)) = fn_peptide_bond_13(fn_beta_globin_37(X))
& fn_peptide_bond_13(fn_beta_globin_37(X)) = fn_amino_group_17(fn_beta_globin_49(X))
& fn_amino_group_17(fn_beta_globin_49(X)) = fn_peptide_bond_43(fn_beta_globin_37(X))
& fn_peptide_bond_43(fn_beta_globin_37(X)) = fn_peptide_bond_14(fn_beta_globin_37(X))
& fn_peptide_bond_14(fn_beta_globin_37(X)) = fn_carboxyl_group_25(fn_beta_globin_26(X))
& fn_carboxyl_group_25(fn_beta_globin_26(X)) = fn_carboxyl_group_25(fn_beta_globin_26(X))
& fn_carboxyl_group_25(fn_beta_globin_26(X)) = fn_amino_acid_22(fn_beta_globin_40(X))
& fn_amino_acid_28(fn_beta_globin_40(X)) = fn_amino_acid_22(fn_beta_globin_40(X))
& fn_amino_acid_22(fn_beta_globin_40(X)) = fn_amino_acid_28(fn_beta_globin_40(X))
& fn_amino_acid_28(fn_beta_globin_40(X)) = fn_amino_acid_28(fn_beta_globin_40(X))
& fn_amino_acid_28(fn_beta_globin_40(X)) = fn_amino_group_22(fn_beta_globin_49(X))
& fn_amino_group_22(fn_beta_globin_49(X)) = fn_amino_group_22(fn_beta_globin_49(X))
& fn_amino_group_22(fn_beta_globin_49(X)) = fn_peptide_bond_24(fn_beta_globin_37(X))
& fn_peptide_bond_24(fn_beta_globin_37(X)) = fn_peptide_bond_24(fn_beta_globin_37(X))
& fn_peptide_bond_24(fn_beta_globin_37(X)) = fn_molecule_10(fn_beta_globin_40(X))
& fn_polypeptide_108(X) = fn_molecule_10(fn_beta_globin_40(X))
& fn_molecule_10(fn_beta_globin_40(X)) = fn_polypeptide_108(X)
& fn_polypeptide_108(X) = fn_polypeptide_108(X)
& fn_polypeptide_84(X) = fn_polypeptide_108(X)
& fn_polypeptide_108(X) = fn_polypeptide_84(X)
& fn_polypeptide_84(X) = fn_polypeptide_84(X)
& fn_polypeptide_84(X) = fn_carboxyl_group_69(fn_beta_globin_26(X))
& fn_carboxyl_group_69(fn_beta_globin_26(X)) = fn_carboxyl_group_69(fn_beta_globin_26(X))
& fn_carboxyl_group_69(fn_beta_globin_26(X)) = fn_peptide_bond_21(fn_beta_globin_37(X))
& fn_peptide_bond_21(fn_beta_globin_37(X)) = fn_peptide_bond_21(fn_beta_globin_37(X))
& fn_peptide_bond_21(fn_beta_globin_37(X)) = fn_carboxyl_group_18(fn_beta_globin_26(X))
& fn_carboxyl_group_18(fn_beta_globin_26(X)) = fn_carboxyl_group_18(fn_beta_globin_26(X))
& fn_carboxyl_group_18(fn_beta_globin_26(X)) = fn_peptide_bond_14(fn_beta_globin_37(X))
& fn_peptide_bond_42(fn_beta_globin_37(X)) = fn_peptide_bond_14(fn_beta_globin_37(X))
& fn_peptide_bond_14(fn_beta_globin_37(X)) = fn_peptide_bond_14(fn_beta_globin_37(X))
& fn_peptide_bond_14(fn_beta_globin_37(X)) = fn_peptide_bond_42(fn_beta_globin_37(X))
& fn_peptide_bond_42(fn_beta_globin_37(X)) = fn_peptide_bond_42(fn_beta_globin_37(X))
& fn_peptide_bond_42(fn_beta_globin_37(X)) = fn_peptide_bond_43(fn_beta_globin_37(X))
& fn_peptide_bond_43(fn_beta_globin_37(X)) = fn_peptide_bond_43(fn_beta_globin_37(X))
& fn_peptide_bond_43(fn_beta_globin_37(X)) = fn_polypeptide_63(X)
& fn_polypeptide_63(X) = fn_peptide_bond_33(fn_beta_globin_37(X))
& fn_peptide_bond_33(fn_beta_globin_37(X)) = fn_polypeptide_99(X)
& fn_polypeptide_107(X) = fn_polypeptide_99(X)
& fn_polypeptide_99(X) = fn_polypeptide_107(X)
& fn_polypeptide_107(X) = fn_polypeptide_107(X)
& fn_polypeptide_107(X) = fn_peptide_bond_31(fn_beta_globin_37(X))
& fn_peptide_bond_31(fn_beta_globin_37(X)) = fn_peptide_bond_31(fn_beta_globin_37(X))
& fn_peptide_bond_31(fn_beta_globin_37(X)) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_hold_1(fn_beta_globin_52(X))
& fn_hold_1(fn_beta_globin_52(X)) = fn_polypeptide_130(X)
& fn_polypeptide_130(X) = fn_polypeptide_130(X)
& fn_polypeptide_130(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_polypeptide_130(X)
& fn_polypeptide_130(X) = fn_polypeptide_129(X)
& fn_polypeptide_129(X) = fn_polypeptide_129(X)
& fn_polypeptide_129(X) = fn_peptide_bond_35(fn_beta_globin_37(X))
& fn_peptide_bond_35(fn_beta_globin_37(X)) = fn_polypeptide_126(X)
& fn_polypeptide_126(X) = fn_polypeptide_126(X)
& fn_polypeptide_126(X) = fn_carboxyl_group_19(fn_beta_globin_26(X))
& fn_carboxyl_group_19(fn_beta_globin_26(X)) = fn_carboxyl_group_19(fn_beta_globin_26(X))
& fn_carboxyl_group_19(fn_beta_globin_26(X)) = fn_amino_acid_24(fn_beta_globin_40(X))
& fn_amino_acid_24(fn_beta_globin_40(X)) = fn_share_3(fn_beta_globin_46(X))
& fn_share_3(fn_beta_globin_46(X)) = fn_amino_acid_24(fn_beta_globin_40(X))
& fn_amino_acid_24(fn_beta_globin_40(X)) = fn_amino_acid_24(fn_beta_globin_40(X))
& fn_amino_acid_24(fn_beta_globin_40(X)) = fn_share_3(fn_beta_globin_82(X))
& fn_share_3(fn_beta_globin_82(X)) = fn_share_3(fn_beta_globin_85(X))
& fn_share_3(fn_beta_globin_85(X)) = fn_share_1(fn_beta_globin_35(X))
& fn_share_1(fn_beta_globin_35(X)) = fn_share_3(fn_beta_globin_46(X))
& fn_share_3(fn_beta_globin_46(X)) = fn_share_1(fn_beta_globin_46(X))
& fn_share_1(fn_beta_globin_46(X)) = fn_share_3(fn_beta_globin_82(X))
& fn_share_3(fn_beta_globin_82(X)) = fn_share_1(fn_beta_globin_82(X))
& fn_share_1(fn_beta_globin_82(X)) = fn_share_3(fn_beta_globin_85(X))
& fn_share_3(fn_beta_globin_85(X)) = fn_share_1(fn_beta_globin_85(X))
& fn_share_1(fn_beta_globin_85(X)) = fn_share_1(fn_beta_globin_35(X))
& fn_share_1(fn_beta_globin_35(X)) = fn_share_1(fn_beta_globin_46(X))
& fn_share_1(fn_beta_globin_46(X)) = fn_share_1(fn_beta_globin_82(X))
& fn_share_1(fn_beta_globin_82(X)) = fn_share_1(fn_beta_globin_85(X))
& fn_share_1(fn_beta_globin_85(X)) = fn_peptide_bond_32(fn_beta_globin_37(X))
& fn_peptide_bond_32(fn_beta_globin_37(X)) = fn_peptide_bond_32(fn_beta_globin_37(X))
& fn_peptide_bond_32(fn_beta_globin_37(X)) = fn_polypeptide_101(X)
& fn_polypeptide_101(X) = fn_polypeptide_101(X)
& fn_polypeptide_101(X) = fn_carboxyl_group_24(fn_beta_globin_26(X))
& fn_carboxyl_group_24(fn_beta_globin_26(X)) = fn_carboxyl_group_24(fn_beta_globin_26(X))
& fn_carboxyl_group_24(fn_beta_globin_26(X)) = fn_amino_acid_11(fn_beta_globin_40(X))
& fn_amino_acid_11(fn_beta_globin_40(X)) = fn_amino_acid_11(fn_beta_globin_40(X))
& fn_amino_acid_11(fn_beta_globin_40(X)) = fn_hold_2(fn_beta_globin_52(X))
& fn_hold_2(fn_beta_globin_9(X)) = fn_hold_2(fn_beta_globin_52(X))
& fn_hold_2(fn_beta_globin_52(X)) = fn_hold_2(fn_beta_globin_24(X))
& fn_hold_2(fn_beta_globin_24(X)) = fn_hold_2(fn_beta_globin_78(X))
& fn_hold_2(fn_beta_globin_78(X)) = fn_hold_2(fn_beta_globin_9(X))
& fn_hold_2(fn_beta_globin_9(X)) = fn_peptide_bond_53(fn_beta_globin_37(X))
& fn_peptide_bond_53(fn_beta_globin_37(X)) = fn_peptide_bond_53(fn_beta_globin_37(X))
& fn_peptide_bond_53(fn_beta_globin_37(X)) = fn_amino_acid_18(fn_beta_globin_40(X))
& fn_amino_acid_18(fn_beta_globin_40(X)) = fn_peptide_bond_23(fn_beta_globin_37(X))
& fn_peptide_bond_23(fn_beta_globin_37(X)) = fn_polypeptide_125(X)
& fn_polypeptide_125(X) = fn_polypeptide_125(X)
& fn_polypeptide_125(X) = fn_amino_acid_17(fn_beta_globin_40(X))
& fn_amino_acid_17(fn_beta_globin_40(X)) = fn_amino_acid_17(fn_beta_globin_40(X))
& fn_amino_acid_17(fn_beta_globin_40(X)) = fn_amino_group_20(fn_beta_globin_49(X))
& fn_amino_group_20(fn_beta_globin_49(X)) = fn_share_3(fn_beta_globin_35(X))
& fn_share_3(fn_beta_globin_3(X)) = fn_amino_group_20(fn_beta_globin_49(X))
& fn_amino_group_20(fn_beta_globin_49(X)) = fn_amino_group_20(fn_beta_globin_49(X))
& fn_amino_group_20(fn_beta_globin_49(X)) = fn_share_3(fn_beta_globin_34(X))
& fn_share_3(fn_beta_globin_25(X)) = fn_share_3(fn_beta_globin_35(X))
& fn_share_3(fn_beta_globin_35(X)) = fn_share_3(fn_beta_globin_3(X))
& fn_share_3(fn_beta_globin_3(X)) = fn_share_1(fn_beta_globin_3(X))
& fn_share_1(fn_beta_globin_3(X)) = fn_share_3(fn_beta_globin_34(X))
& fn_share_3(fn_beta_globin_34(X)) = fn_share_3(fn_beta_globin_25(X))
& fn_share_3(fn_beta_globin_25(X)) = fn_share_1(fn_beta_globin_25(X))
& fn_share_1(fn_beta_globin_25(X)) = fn_share_1(fn_beta_globin_3(X))
& fn_share_1(fn_beta_globin_3(X)) = fn_share_1(fn_beta_globin_25(X))
& fn_share_1(fn_beta_globin_25(X)) = fn_peptide_bond_34(fn_beta_globin_37(X))
& fn_peptide_bond_34(fn_beta_globin_37(X)) = fn_peptide_bond_34(fn_beta_globin_37(X))
& fn_peptide_bond_34(fn_beta_globin_37(X)) = fn_amino_group_4(fn_beta_globin_49(X))
& fn_amino_group_4(fn_beta_globin_49(X)) = fn_amino_group_4(fn_beta_globin_49(X))
& fn_amino_group_4(fn_beta_globin_49(X)) = fn_peptide_bond_37(fn_beta_globin_37(X))
& fn_peptide_bond_37(fn_beta_globin_37(X)) = fn_peptide_bond_37(fn_beta_globin_37(X))
& fn_peptide_bond_37(fn_beta_globin_37(X)) = fn_peptide_bond_41(fn_beta_globin_37(X))
& fn_peptide_bond_17(fn_beta_globin_37(X)) = fn_peptide_bond_17(fn_beta_globin_37(X))
& fn_peptide_bond_41(fn_beta_globin_37(X)) = fn_peptide_bond_41(fn_beta_globin_37(X))
& fn_peptide_bond_41(fn_beta_globin_37(X)) = fn_peptide_bond_17(fn_beta_globin_37(X))
& fn_peptide_bond_17(fn_beta_globin_37(X)) = fn_peptide_bond_41(fn_beta_globin_37(X))
& fn_peptide_bond_41(fn_beta_globin_37(X)) = fn_polypeptide_48(X)
& fn_polypeptide_48(X) = fn_peptide_bond_55(fn_beta_globin_37(X))
& fn_peptide_bond_55(fn_beta_globin_37(X)) = fn_peptide_bond_55(fn_beta_globin_37(X)) ) ) ).
fof(a527815,axiom,
! [X] :
( beta_globin_ancestral_gene_1(X)
=> ( original_name_2(X,'Beta-Globin-Ancestral-Gene')
& user_description_2(X,'Ancestral gene source for the alpha globin ancestral gene and the beta globin ancestral gene.')
& concept2words_2(X,'beta globin ancestral gene')
& concept2words_2(X,'beta-globin-ancestral-gene')
& globin_ancestral_gene_1(X)
& ~ alpha_globin_ancestral_gene_1(X)
& alpha_globin_ancestral_gene_1(fn_beta_globin_ancestral_gene_1(X))
& evolution_1(fn_beta_globin_ancestral_gene_2(X))
& beta_globin_ancestral_gene_1(fn_alpha_globin_ancestral_gene_1(fn_beta_globin_ancestral_gene_1(X)))
& evolution_1(fn_alpha_globin_ancestral_gene_2(fn_beta_globin_ancestral_gene_1(X)))
& result_2(fn_beta_globin_ancestral_gene_2(X),fn_beta_globin_ancestral_gene_1(X))
& result_2(fn_beta_globin_ancestral_gene_2(X),X)
& X = fn_alpha_globin_ancestral_gene_1(fn_beta_globin_ancestral_gene_1(X))
& fn_beta_globin_ancestral_gene_2(X) = fn_alpha_globin_ancestral_gene_2(fn_beta_globin_ancestral_gene_1(X)) ) ) ).
fof(a527816,axiom,
! [X] :
( beta_globin_gene_1(X)
=> ( original_name_2(X,'Beta-Globin-Gene')
& user_description_2(X,'Beta-Globin gene codes for the beta-globin part of the hemoglobin.')
& concept2words_2(X,'beta globin gene')
& concept2words_2(X,'beta-globin-gene')
& immunoglobulin_gene_1(X)
& phosphodiester_bond_1(fn_beta_globin_gene_1(X))
& chemical_bond_1(fn_beta_globin_gene_1(X))
& spatial_entity_1(fn_beta_globin_gene_2(X))
& monomer_1(fn_beta_globin_gene_2(X))
& attach_1(fn_beta_globin_gene_3(X))
& chemical_entity_1(fn_beta_globin_gene_4(X))
& monomer_1(fn_beta_globin_gene_4(X))
& chemical_entity_1(fn_chemical_bond_4(fn_beta_globin_gene_1(X)))
& spatial_entity_1(fn_attach_2(fn_beta_globin_gene_3(X)))
& base_2(fn_beta_globin_gene_3(X),fn_beta_globin_gene_2(X))
& is_between_2(fn_beta_globin_gene_1(X),fn_beta_globin_gene_4(X))
& element_2(X,fn_beta_globin_gene_4(X))
& possesses_2(X,fn_beta_globin_gene_1(X))
& is_between_2(fn_beta_globin_gene_1(X),fn_beta_globin_gene_2(X))
& element_2(X,fn_beta_globin_gene_2(X))
& first_element_2(X,fn_beta_globin_gene_4(X))
& next_element_2(fn_beta_globin_gene_4(X),fn_beta_globin_gene_2(X))
& fn_beta_globin_gene_2(X) = fn_attach_2(fn_beta_globin_gene_3(X))
& fn_beta_globin_gene_4(X) = fn_chemical_bond_4(fn_beta_globin_gene_1(X))
& fn_beta_globin_gene_4(X) = fn_immunoglobulin_gene_35(X)
& fn_beta_globin_gene_2(X) = fn_immunoglobulin_gene_34(X)
& fn_beta_globin_gene_1(X) = fn_immunoglobulin_gene_28(X)
& fn_chemical_bond_4(fn_beta_globin_gene_1(X)) = fn_immunoglobulin_gene_35(X)
& fn_immunoglobulin_gene_35(X) = fn_immunoglobulin_gene_35(X)
& fn_immunoglobulin_gene_35(X) = fn_attach_2(fn_beta_globin_gene_3(X))
& fn_attach_2(fn_beta_globin_gene_3(X)) = fn_immunoglobulin_gene_34(X)
& fn_immunoglobulin_gene_34(X) = fn_immunoglobulin_gene_34(X) ) ) ).
fof(a527817,axiom,
! [X] :
( beta_globin_pre_mrna_1(X)
=> ( original_name_2(X,'Beta-Globin-Pre-mRNA')
& user_description_2(X,'Beta-Globin pre-mRNA is the primary transcript formed after transcription of beta-globiin gene. This transcript produces beta-globin polypeptide.')
& concept2words_2(X,'beta globin pre mrna')
& concept2words_2(X,'beta-globin-pre-mrna')
& pre_mrna_1(X)
& intron_1(fn_beta_globin_pre_mrna_1(X))
& exactCardinality(X,has_part_0,"3",exon_0)
& has_part_2(X,fn_beta_globin_pre_mrna_1(X))
& fn_beta_globin_pre_mrna_1(X) = fn_pre_mrna_6(X) ) ) ).
fof(a527818,axiom,
! [X] :
( beta_glucose_1(X)
=> ( original_name_2(X,'Beta-Glucose')
& user_description_2(X,'In beta glucose the -H group of the rightmost Carbon atom (C1) is below the plane of the ring.')
& concept2words_2(X,'glucose of beta')
& concept2words_2(X,'beta glucose')
& concept2words_2(X,'beta-glucose')
& glucose_isomer_1(X)
& ~ alpha_glucose_1(X)
& shape_value_1(fn_beta_glucose_1(X))
& glucose_1(fn_beta_glucose_3(X))
& has_state_2(fn_beta_glucose_3(X),X)
& the_categorical_value_2(fn_beta_glucose_1(X),ring_shaped_0)
& shape_2(X,fn_beta_glucose_1(X))
& has_isomer_2(fn_beta_glucose_3(X),X)
& fn_beta_glucose_3(X) = fn_glucose_isomer_1(X) ) ) ).
fof(a527819,axiom,
! [X] :
( beta_oxidation_1(X)
=> ( original_name_2(X,'Beta-Oxidation')
& user_description_2(X,'Beta oxidation is the process by which fatty acids, in the form of Acyl-CoA molecules, are broken down in mitochondria and/or in peroxisomes to generate Acetyl-CoA, the entry molecule for the Citric Acid cycle.')
& concept2words_2(X,'undergo beta oxidation')
& concept2words_2(X,'undergo beta-oxidation')
& concept2words_2(X,convert)
& concept2words_2(X,'oxidation of beta')
& concept2words_2(X,'beta oxidation')
& concept2words_2(X,'beta-oxidation')
& catabolic_pathway_1(X)
& fadh2_1(fn_beta_oxidation_1(X))
& reactant_1(fn_beta_oxidation_4(X))
& structural_complexity_value_1(fn_beta_oxidation_5(X))
& structural_complexity_value_1(fn_beta_oxidation_6(X))
& chemical_entity_1(fn_beta_oxidation_7(X))
& hydrocarbon_chain_1(fn_beta_oxidation_7(X))
& chemical_entity_1(fn_beta_oxidation_8(X))
& organic_molecule_1(fn_beta_oxidation_8(X))
& fatty_acid_1(fn_beta_oxidation_8(X))
& nadh_1(fn_beta_oxidation_9(X))
& chemical_dissociation_reaction_1(fn_beta_oxidation_10(X))
& chemical_entity_1(fn_exergonic_reaction_10(fn_beta_oxidation_10(X)))
& hydrocarbon_chain_1(fn_fatty_acid_29(fn_beta_oxidation_8(X)))
& chemical_entity_1(fn_reactant_3(fn_beta_oxidation_4(X)))
& chemical_reaction_1(fn_reactant_2(fn_beta_oxidation_4(X)))
& result_2(X,fn_beta_oxidation_1(X))
& causes_2(fn_beta_oxidation_10(X),X)
& raw_material_2(fn_beta_oxidation_10(X),fn_beta_oxidation_7(X))
& plays_2(fn_beta_oxidation_8(X),fn_beta_oxidation_4(X))
& raw_material_2(X,fn_beta_oxidation_8(X))
& structural_complexity_2(fn_beta_oxidation_8(X),fn_beta_oxidation_5(X))
& has_part_2(fn_beta_oxidation_8(X),fn_beta_oxidation_7(X))
& in_event_2(fn_beta_oxidation_4(X),X)
& result_2(X,fn_beta_oxidation_9(X))
& structural_complexity_2(fn_beta_oxidation_9(X),fn_beta_oxidation_6(X))
& greater_than_2(fn_beta_oxidation_5(X),fn_beta_oxidation_6(X))
& fn_beta_oxidation_7(X) = fn_exergonic_reaction_10(fn_beta_oxidation_10(X))
& fn_beta_oxidation_8(X) = fn_reactant_3(fn_beta_oxidation_4(X))
& fn_beta_oxidation_8(X) = fn_catabolic_pathway_10(X)
& fn_beta_oxidation_7(X) = fn_fatty_acid_29(fn_beta_oxidation_8(X))
& X = fn_reactant_2(fn_beta_oxidation_4(X))
& fn_beta_oxidation_2(X) = fn_catabolic_pathway_1(X)
& fn_beta_oxidation_3(X) = fn_catabolic_pathway_5(X)
& fn_beta_oxidation_5(X) = fn_catabolic_pathway_4(X)
& fn_beta_oxidation_6(X) = fn_catabolic_pathway_2(X)
& fn_beta_oxidation_9(X) = fn_catabolic_pathway_9(X)
& fn_exergonic_reaction_10(fn_beta_oxidation_10(X)) = fn_fatty_acid_29(fn_beta_oxidation_8(X))
& fn_fatty_acid_29(fn_beta_oxidation_8(X)) = fn_reactant_3(fn_beta_oxidation_4(X))
& fn_catabolic_pathway_10(X) = fn_reactant_3(fn_beta_oxidation_4(X))
& fn_reactant_3(fn_beta_oxidation_4(X)) = fn_catabolic_pathway_10(X)
& fn_reactant_2(fn_beta_oxidation_4(X)) = fn_reactant_2(fn_beta_oxidation_4(X)) ) ) ).
fof(a527820,axiom,
! [X] :
( beta_sheet_1(X)
=> ( original_name_2(X,'Beta-Sheet')
& user_description_2(X,'One form of the secondary structure of proteins in which the polypeptide chain folds back and forth. Two or more strands of the polypeptide chain lie side by side or parallel to each other (called beta strands) and are held together by hydrogen bonds between atoms of the polypeptide backbone (not the side chains).')
& concept2words_2(X,'beta pleated sheet')
& concept2words_2(X,'beta-pleated-sheet')
& concept2words_2(X,'sheet of beta')
& concept2words_2(X,'beta sheet')
& concept2words_2(X,'beta-sheet')
& secondary_protein_structure_1(X) ) ) ).
fof(a527821,axiom,
! [X] :
( beta_tubulin_1(X)
=> ( original_name_2(X,'Beta-Tubulin')
& user_description_2(X,'Polypeptide subunit of tubulin protein.')
& concept2words_2(X,'tubulin of beta')
& concept2words_2(X,'beta tubulin')
& concept2words_2(X,'beta-tubulin')
& polypeptide_1(X)
& system_1(fn_beta_tubulin_4(X))
& mass_value_1(fn_beta_tubulin_6(X))
& mass_value_1(fn_beta_tubulin_7(X))
& asymmetrical_distribution_1(fn_beta_tubulin_8(X))
& share_1(fn_beta_tubulin_9(X))
& unequal_sharing_1(fn_beta_tubulin_9(X))
& unequal_sharing_1(fn_beta_tubulin_10(X))
& share_1(fn_beta_tubulin_11(X))
& share_1(fn_beta_tubulin_12(X))
& unequal_sharing_1(fn_beta_tubulin_12(X))
& share_1(fn_beta_tubulin_13(X))
& unequal_sharing_1(fn_beta_tubulin_13(X))
& share_1(fn_beta_tubulin_14(X))
& share_1(fn_beta_tubulin_15(X))
& unequal_sharing_1(fn_beta_tubulin_16(X))
& asymmetrical_distribution_1(fn_beta_tubulin_17(X))
& constant_motion_1(fn_beta_tubulin_18(X))
& share_1(fn_beta_tubulin_19(X))
& tangible_entity_1(fn_beta_tubulin_20(X))
& entity_1(fn_beta_tubulin_20(X))
& electron_1(fn_beta_tubulin_20(X))
& valence_electron_1(fn_beta_tubulin_20(X))
& carbon_skeleton_1(fn_beta_tubulin_25(X))
& atom_1(fn_beta_tubulin_26(X))
& chemical_entity_1(fn_beta_tubulin_26(X))
& carbon_1(fn_beta_tubulin_27(X))
& kinetic_energy_1(fn_beta_tubulin_28(X))
& constant_motion_1(fn_beta_tubulin_29(X))
& speed_value_1(fn_beta_tubulin_30(X))
& quantity_value_1(fn_beta_tubulin_31(X))
& share_1(fn_beta_tubulin_32(X))
& unequal_sharing_1(fn_beta_tubulin_32(X))
& unequal_sharing_1(fn_beta_tubulin_33(X))
& tangible_entity_1(fn_beta_tubulin_34(X))
& electron_1(fn_beta_tubulin_34(X))
& valence_electron_1(fn_beta_tubulin_34(X))
& entity_1(fn_beta_tubulin_34(X))
& share_1(fn_beta_tubulin_35(X))
& entity_1(fn_beta_tubulin_36(X))
& chemical_entity_1(fn_beta_tubulin_36(X))
& atom_1(fn_beta_tubulin_36(X))
& hydrogen_1(fn_beta_tubulin_36(X))
& functional_group_1(fn_beta_tubulin_37(X))
& amino_group_1(fn_beta_tubulin_37(X))
& hold_1(fn_beta_tubulin_38(X))
& hold_together_1(fn_beta_tubulin_38(X))
& single_bond_1(fn_beta_tubulin_39(X))
& share_1(fn_beta_tubulin_40(X))
& share_1(fn_beta_tubulin_41(X))
& unequal_sharing_1(fn_beta_tubulin_42(X))
& electron_1(fn_beta_tubulin_43(X))
& valence_electron_1(fn_beta_tubulin_43(X))
& entity_1(fn_beta_tubulin_43(X))
& electron_1(fn_beta_tubulin_44(X))
& valence_electron_1(fn_beta_tubulin_44(X))
& entity_1(fn_beta_tubulin_44(X))
& single_bond_1(fn_beta_tubulin_45(X))
& covalent_bond_1(fn_beta_tubulin_45(X))
& entity_1(fn_beta_tubulin_46(X))
& chemical_entity_1(fn_beta_tubulin_46(X))
& atom_1(fn_beta_tubulin_46(X))
& carbon_1(fn_beta_tubulin_46(X))
& entity_1(fn_beta_tubulin_47(X))
& chemical_entity_1(fn_beta_tubulin_47(X))
& atom_1(fn_beta_tubulin_47(X))
& hydrogen_1(fn_beta_tubulin_47(X))
& functional_group_1(fn_beta_tubulin_48(X))
& amino_group_1(fn_beta_tubulin_48(X))
& share_1(fn_beta_tubulin_49(X))
& attract_1(fn_beta_tubulin_50(X))
& tangible_entity_1(fn_beta_tubulin_51(X))
& electron_1(fn_beta_tubulin_51(X))
& entity_1(fn_beta_tubulin_51(X))
& valence_electron_1(fn_beta_tubulin_51(X))
& entity_1(fn_beta_tubulin_52(X))
& oxygen_1(fn_beta_tubulin_52(X))
& entity_1(fn_beta_tubulin_53(X))
& chemical_entity_1(fn_beta_tubulin_53(X))
& atom_1(fn_beta_tubulin_53(X))
& oxygen_1(fn_beta_tubulin_53(X))
& carboxyl_group_1(fn_beta_tubulin_54(X))
& carbon_skeleton_1(fn_beta_tubulin_55(X))
& chemical_entity_1(fn_beta_tubulin_56(X))
& monomer_1(fn_beta_tubulin_56(X))
& molecule_1(fn_beta_tubulin_56(X))
& amino_acid_1(fn_beta_tubulin_56(X))
& chemical_bond_1(fn_beta_tubulin_57(X))
& covalent_bond_1(fn_beta_tubulin_57(X))
& peptide_bond_1(fn_beta_tubulin_57(X))
& tubulin_1(fn_beta_tubulin_58(X))
& hold_together_1(fn_beta_tubulin_59(X))
& share_1(fn_beta_tubulin_60(X))
& unequal_sharing_1(fn_beta_tubulin_60(X))
& spatial_entity_1(fn_beta_tubulin_61(X))
& chemical_entity_1(fn_beta_tubulin_61(X))
& monomer_1(fn_beta_tubulin_61(X))
& molecule_1(fn_beta_tubulin_61(X))
& amino_acid_1(fn_beta_tubulin_61(X))
& share_1(fn_beta_tubulin_62(X))
& size_value_1(fn_beta_tubulin_63(X))
& size_value_1(fn_beta_tubulin_64(X))
& amino_end_1(fn_beta_tubulin_65(X))
& carboxyl_end_1(fn_beta_tubulin_66(X))
& entity_1(fn_beta_tubulin_67(X))
& chemical_entity_1(fn_beta_tubulin_67(X))
& atom_1(fn_beta_tubulin_67(X))
& hydrogen_1(fn_beta_tubulin_67(X))
& proton_1(fn_beta_tubulin_68(X))
& quantity_value_1(fn_beta_tubulin_69(X))
& quantity_value_1(fn_beta_tubulin_70(X))
& atomic_orbital_1(fn_beta_tubulin_71(X))
& constant_motion_1(fn_beta_tubulin_72(X))
& attract_1(fn_beta_tubulin_73(X))
& unequal_sharing_1(fn_beta_tubulin_74(X))
& share_1(fn_beta_tubulin_74(X))
& tangible_entity_1(fn_beta_tubulin_75(X))
& entity_1(fn_beta_tubulin_75(X))
& electron_1(fn_beta_tubulin_75(X))
& valence_electron_1(fn_beta_tubulin_75(X))
& entity_1(fn_beta_tubulin_76(X))
& electron_1(fn_beta_tubulin_76(X))
& valence_electron_1(fn_beta_tubulin_76(X))
& atomic_nucleus_1(fn_beta_tubulin_77(X))
& attach_1(fn_beta_tubulin_78(X))
& covalent_bond_1(fn_beta_tubulin_79(X))
& double_bond_1(fn_beta_tubulin_79(X))
& share_1(fn_beta_tubulin_80(X))
& unequal_sharing_1(fn_beta_tubulin_81(X))
& unequal_sharing_1(fn_beta_tubulin_82(X))
& share_1(fn_beta_tubulin_83(X))
& share_1(fn_beta_tubulin_84(X))
& unequal_sharing_1(fn_beta_tubulin_85(X))
& share_1(fn_beta_tubulin_86(X))
& unequal_sharing_1(fn_beta_tubulin_86(X))
& share_1(fn_beta_tubulin_87(X))
& tangible_entity_1(fn_beta_tubulin_88(X))
& entity_1(fn_beta_tubulin_88(X))
& electron_1(fn_beta_tubulin_88(X))
& valence_electron_1(fn_beta_tubulin_88(X))
& chemical_bond_1(fn_beta_tubulin_89(X))
& double_bond_1(fn_beta_tubulin_89(X))
& beta_tubulin_1(fn_tubulin_19(fn_beta_tubulin_58(X)))
& attract_1(fn_covalent_bond_10(fn_beta_tubulin_45(X)))
& constant_motion_1(fn_covalent_bond_16(fn_beta_tubulin_45(X)))
& asymmetrical_distribution_1(fn_covalent_bond_1(fn_beta_tubulin_45(X)))
& amino_group_1(fn_amino_acid_25(fn_beta_tubulin_56(X)))
& carbon_skeleton_1(fn_amino_acid_23(fn_beta_tubulin_56(X)))
& carboxyl_group_1(fn_amino_acid_26(fn_beta_tubulin_56(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_beta_tubulin_67(X)))
& property_node_1(fn_hydrogen_21(fn_beta_tubulin_67(X)))
& quantity_value_1(fn_hydrogen_17(fn_beta_tubulin_67(X)))
& property_node_1(fn_hydrogen_6(fn_beta_tubulin_67(X)))
& quantity_value_1(fn_hydrogen_11(fn_beta_tubulin_67(X)))
& hold_together_1(fn_peptide_bond_31(fn_beta_tubulin_57(X)))
& share_1(fn_peptide_bond_51(fn_beta_tubulin_57(X)))
& share_1(fn_peptide_bond_35(fn_beta_tubulin_57(X)))
& unequal_sharing_1(fn_peptide_bond_35(fn_beta_tubulin_57(X)))
& chemical_bond_1(fn_molecule_10(fn_beta_tubulin_56(X)))
& entity_1(fn_share_2(fn_beta_tubulin_16(X)))
& entity_1(fn_share_2(fn_beta_tubulin_81(X)))
& entity_1(fn_share_2(fn_beta_tubulin_82(X)))
& share_1(fn_covalent_bond_17(fn_beta_tubulin_45(X)))
& atomic_orbital_1(fn_covalent_bond_13(fn_beta_tubulin_45(X)))
& entity_1(fn_attract_1(fn_beta_tubulin_50(X)))
& entity_1(fn_share_2(fn_beta_tubulin_60(X)))
& entity_1(fn_share_2(fn_beta_tubulin_41(X)))
& entity_1(fn_share_2(fn_beta_tubulin_49(X)))
& entity_1(fn_share_2(fn_beta_tubulin_62(X)))
& entity_1(fn_share_2(fn_beta_tubulin_40(X)))
& entity_1(fn_share_2(fn_beta_tubulin_42(X)))
& entity_1(fn_share_2(fn_beta_tubulin_33(X)))
& entity_1(fn_share_2(fn_beta_tubulin_35(X)))
& chemical_entity_1(fn_functional_group_1(fn_beta_tubulin_48(X)))
& entity_1(fn_amino_acid_24(fn_beta_tubulin_56(X)))
& chemical_entity_1(fn_amino_acid_24(fn_beta_tubulin_56(X)))
& atom_1(fn_amino_acid_24(fn_beta_tubulin_56(X)))
& carbon_1(fn_amino_acid_24(fn_beta_tubulin_56(X)))
& atom_1(fn_molecule_11(fn_beta_tubulin_56(X)))
& oxygen_1(fn_amino_acid_11(fn_beta_tubulin_56(X)))
& oxygen_1(fn_amino_acid_27(fn_beta_tubulin_56(X)))
& entity_1(fn_amino_group_22(fn_beta_tubulin_48(X)))
& chemical_entity_1(fn_amino_group_22(fn_beta_tubulin_48(X)))
& atom_1(fn_amino_group_22(fn_beta_tubulin_48(X)))
& hydrogen_1(fn_amino_group_22(fn_beta_tubulin_48(X)))
& valence_electron_1(fn_covalent_bond_15(fn_beta_tubulin_45(X)))
& valence_electron_1(fn_covalent_bond_18(fn_beta_tubulin_45(X)))
& entity_1(fn_share_2(fn_beta_tubulin_83(X)))
& entity_1(fn_share_2(fn_beta_tubulin_74(X)))
& valence_electron_1(fn_hydrogen_12(fn_beta_tubulin_67(X)))
& proton_1(fn_covalent_bond_4(fn_beta_tubulin_45(X)))
& proton_1(fn_hydrogen_13(fn_beta_tubulin_67(X)))
& entity_1(fn_covalent_bond_19(fn_beta_tubulin_45(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_beta_tubulin_45(X)))
& atom_1(fn_covalent_bond_19(fn_beta_tubulin_45(X)))
& entity_1(fn_covalent_bond_20(fn_beta_tubulin_45(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_beta_tubulin_45(X)))
& atom_1(fn_covalent_bond_20(fn_beta_tubulin_45(X)))
& entity_1(fn_amino_acid_22(fn_beta_tubulin_56(X)))
& chemical_entity_1(fn_amino_acid_22(fn_beta_tubulin_56(X)))
& atom_1(fn_amino_acid_22(fn_beta_tubulin_56(X)))
& hydrogen_1(fn_amino_acid_22(fn_beta_tubulin_56(X)))
& entity_1(fn_share_3(fn_beta_tubulin_74(X)))
& entity_1(fn_share_3(fn_beta_tubulin_15(X)))
& entity_1(fn_share_3(fn_beta_tubulin_35(X)))
& entity_1(fn_share_3(fn_beta_tubulin_49(X)))
& entity_1(fn_share_3(fn_beta_tubulin_16(X)))
& entity_1(fn_share_3(fn_beta_tubulin_83(X)))
& entity_1(fn_share_1(fn_beta_tubulin_15(X)))
& entity_1(fn_share_1(fn_beta_tubulin_74(X)))
& entity_1(fn_share_1(fn_beta_tubulin_35(X)))
& entity_1(fn_share_1(fn_beta_tubulin_49(X)))
& entity_1(fn_share_1(fn_beta_tubulin_16(X)))
& entity_1(fn_share_1(fn_beta_tubulin_83(X)))
& entity_1(fn_amino_acid_28(fn_beta_tubulin_56(X)))
& chemical_entity_1(fn_amino_acid_28(fn_beta_tubulin_56(X)))
& atom_1(fn_amino_acid_28(fn_beta_tubulin_56(X)))
& hydrogen_1(fn_amino_acid_28(fn_beta_tubulin_56(X)))
& entity_1(fn_share_2(fn_beta_tubulin_85(X)))
& electron_1(fn_peptide_bond_47(fn_beta_tubulin_57(X)))
& valence_electron_1(fn_peptide_bond_47(fn_beta_tubulin_57(X)))
& electron_1(fn_peptide_bond_27(fn_beta_tubulin_57(X)))
& valence_electron_1(fn_peptide_bond_27(fn_beta_tubulin_57(X)))
& share_1(fn_peptide_bond_23(fn_beta_tubulin_57(X)))
& double_bond_1(fn_peptide_bond_55(fn_beta_tubulin_57(X)))
& attach_1(fn_peptide_bond_33(fn_beta_tubulin_57(X)))
& result_2(fn_beta_tubulin_87(X),fn_beta_tubulin_45(X))
& result_2(fn_beta_tubulin_86(X),fn_beta_tubulin_57(X))
& result_2(fn_beta_tubulin_85(X),fn_beta_tubulin_57(X))
& result_2(fn_beta_tubulin_82(X),fn_beta_tubulin_57(X))
& result_2(fn_beta_tubulin_81(X),fn_beta_tubulin_57(X))
& fn_beta_tubulin_76(X) != fn_beta_tubulin_51(X)
& object_2(fn_beta_tubulin_62(X),fn_beta_tubulin_43(X))
& result_2(fn_beta_tubulin_60(X),fn_beta_tubulin_57(X))
& size_2(fn_beta_tubulin_56(X),fn_beta_tubulin_63(X))
& called_2(fn_beta_tubulin_7(X),mass_electron)
& called_2(fn_beta_tubulin_6(X),mass_proton)
& the_cardinal_value_2(fn_beta_tubulin_6(X),"1.0e0")
& cardinal_unit_class_2(fn_beta_tubulin_6(X),dalton_0)
& fn_beta_tubulin_52(X) != fn_beta_tubulin_47(X)
& fn_beta_tubulin_51(X) != fn_beta_tubulin_76(X)
& fn_beta_tubulin_51(X) != fn_beta_tubulin_44(X)
& object_2(fn_beta_tubulin_49(X),fn_beta_tubulin_51(X))
& fn_beta_tubulin_47(X) != fn_beta_tubulin_52(X)
& fn_beta_tubulin_44(X) != fn_beta_tubulin_51(X)
& object_2(fn_beta_tubulin_42(X),fn_beta_tubulin_43(X))
& result_2(fn_beta_tubulin_42(X),fn_beta_tubulin_57(X))
& object_2(fn_beta_tubulin_41(X),fn_beta_tubulin_44(X))
& object_2(fn_beta_tubulin_40(X),fn_beta_tubulin_43(X))
& result_2(fn_beta_tubulin_33(X),fn_beta_tubulin_57(X))
& object_2(fn_beta_tubulin_16(X),fn_beta_tubulin_51(X))
& result_2(fn_beta_tubulin_11(X),fn_beta_tubulin_57(X))
& object_2(fn_beta_tubulin_50(X),fn_beta_tubulin_43(X))
& object_2(fn_beta_tubulin_60(X),fn_beta_tubulin_43(X))
& object_2(fn_beta_tubulin_41(X),fn_beta_tubulin_43(X))
& object_2(fn_beta_tubulin_62(X),fn_beta_tubulin_44(X))
& object_2(fn_beta_tubulin_40(X),fn_beta_tubulin_44(X))
& object_2(fn_beta_tubulin_81(X),fn_beta_tubulin_75(X))
& object_2(fn_beta_tubulin_33(X),fn_beta_tubulin_34(X))
& object_2(fn_beta_tubulin_82(X),fn_beta_tubulin_75(X))
& object_2(fn_beta_tubulin_16(X),fn_beta_tubulin_76(X))
& object_2(fn_beta_tubulin_85(X),fn_beta_tubulin_88(X))
& agent_2(fn_beta_tubulin_15(X),fn_beta_tubulin_67(X))
& has_part_2(fn_beta_tubulin_58(X),X)
& is_inside_2(fn_beta_tubulin_47(X),fn_beta_tubulin_48(X))
& result_2(fn_beta_tubulin_35(X),fn_beta_tubulin_45(X))
& object_2(fn_beta_tubulin_35(X),fn_beta_tubulin_51(X))
& result_2(fn_beta_tubulin_49(X),fn_beta_tubulin_45(X))
& object_2(fn_beta_tubulin_49(X),fn_beta_tubulin_44(X))
& size_2(X,fn_beta_tubulin_64(X))
& greater_than_2(fn_beta_tubulin_64(X),fn_beta_tubulin_63(X))
& possesses_2(X,fn_beta_tubulin_28(X))
& quantity_2(fn_beta_tubulin_28(X),fn_beta_tubulin_31(X))
& directly_proportional_2(fn_beta_tubulin_30(X),fn_beta_tubulin_31(X))
& speed_2(fn_beta_tubulin_29(X),fn_beta_tubulin_30(X))
& object_2(fn_beta_tubulin_29(X),X)
& has_part_2(X,fn_beta_tubulin_26(X))
& has_region_2(X,fn_beta_tubulin_25(X))
& is_inside_2(fn_beta_tubulin_27(X),fn_beta_tubulin_25(X))
& has_part_2(X,fn_beta_tubulin_27(X))
& fn_beta_tubulin_26(X) != fn_beta_tubulin_27(X)
& fn_beta_tubulin_27(X) != fn_beta_tubulin_26(X)
& has_region_2(fn_beta_tubulin_61(X),fn_beta_tubulin_37(X))
& base_2(fn_beta_tubulin_78(X),fn_beta_tubulin_61(X))
& has_region_2(X,fn_beta_tubulin_66(X))
& object_2(fn_beta_tubulin_83(X),fn_beta_tubulin_75(X))
& object_2(fn_beta_tubulin_50(X),fn_beta_tubulin_44(X))
& is_between_2(fn_beta_tubulin_89(X),fn_beta_tubulin_46(X))
& object_2(fn_beta_tubulin_32(X),fn_beta_tubulin_34(X))
& is_between_2(fn_beta_tubulin_89(X),fn_beta_tubulin_53(X))
& possesses_2(fn_beta_tubulin_56(X),fn_beta_tubulin_89(X))
& called_2(fn_beta_tubulin_89(X),'C=O')
& possesses_2(fn_beta_tubulin_61(X),fn_beta_tubulin_79(X))
& result_2(fn_beta_tubulin_14(X),fn_beta_tubulin_79(X))
& agent_2(fn_beta_tubulin_74(X),fn_beta_tubulin_67(X))
& object_2(fn_beta_tubulin_74(X),fn_beta_tubulin_76(X))
& is_inside_2(fn_beta_tubulin_76(X),fn_beta_tubulin_71(X))
& possesses_2(fn_beta_tubulin_56(X),fn_beta_tubulin_45(X))
& has_part_2(X,fn_beta_tubulin_56(X))
& has_part_2(X,fn_beta_tubulin_61(X))
& has_part_2(fn_beta_tubulin_61(X),fn_beta_tubulin_36(X))
& has_region_2(X,fn_beta_tubulin_65(X))
& is_at_2(fn_beta_tubulin_37(X),fn_beta_tubulin_65(X))
& is_inside_2(fn_beta_tubulin_36(X),fn_beta_tubulin_37(X))
& is_opposite_2(fn_beta_tubulin_66(X),fn_beta_tubulin_65(X))
& is_opposite_2(fn_beta_tubulin_65(X),fn_beta_tubulin_66(X))
& object_2(fn_beta_tubulin_17(X),fn_beta_tubulin_51(X))
& causes_2(fn_beta_tubulin_18(X),fn_beta_tubulin_17(X))
& object_2(fn_beta_tubulin_18(X),fn_beta_tubulin_51(X))
& fn_beta_tubulin_51(X) != fn_beta_tubulin_75(X)
& fn_beta_tubulin_75(X) != fn_beta_tubulin_51(X)
& result_2(fn_beta_tubulin_83(X),fn_beta_tubulin_45(X))
& object_2(fn_beta_tubulin_83(X),fn_beta_tubulin_51(X))
& fn_beta_tubulin_51(X) != fn_beta_tubulin_43(X)
& fn_beta_tubulin_43(X) != fn_beta_tubulin_44(X)
& object_2(fn_beta_tubulin_60(X),fn_beta_tubulin_44(X))
& fn_beta_tubulin_43(X) != fn_beta_tubulin_51(X)
& fn_beta_tubulin_44(X) != fn_beta_tubulin_43(X)
& result_2(fn_beta_tubulin_12(X),fn_beta_tubulin_57(X))
& object_2(fn_beta_tubulin_12(X),fn_beta_tubulin_20(X))
& object_2(fn_beta_tubulin_19(X),fn_beta_tubulin_20(X))
& result_2(fn_beta_tubulin_19(X),fn_beta_tubulin_45(X))
& is_between_2(fn_beta_tubulin_45(X),fn_beta_tubulin_67(X))
& object_2(fn_beta_tubulin_87(X),fn_beta_tubulin_51(X))
& agent_2(fn_beta_tubulin_87(X),fn_beta_tubulin_67(X))
& agent_2(fn_beta_tubulin_19(X),fn_beta_tubulin_67(X))
& object_2(fn_beta_tubulin_19(X),fn_beta_tubulin_51(X))
& fn_beta_tubulin_51(X) != fn_beta_tubulin_34(X)
& fn_beta_tubulin_34(X) != fn_beta_tubulin_51(X)
& result_2(fn_beta_tubulin_10(X),fn_beta_tubulin_57(X))
& object_2(fn_beta_tubulin_10(X),fn_beta_tubulin_88(X))
& object_2(fn_beta_tubulin_84(X),fn_beta_tubulin_88(X))
& result_2(fn_beta_tubulin_84(X),fn_beta_tubulin_57(X))
& result_2(fn_beta_tubulin_32(X),fn_beta_tubulin_57(X))
& possesses_2(X,fn_beta_tubulin_57(X))
& result_2(fn_beta_tubulin_13(X),fn_beta_tubulin_57(X))
& object_2(fn_beta_tubulin_13(X),fn_beta_tubulin_20(X))
& fn_beta_tubulin_51(X) != fn_beta_tubulin_20(X)
& fn_beta_tubulin_20(X) != fn_beta_tubulin_51(X)
& is_inside_2(fn_beta_tubulin_51(X),fn_beta_tubulin_71(X))
& object_2(fn_beta_tubulin_73(X),fn_beta_tubulin_51(X))
& agent_2(fn_beta_tubulin_73(X),fn_beta_tubulin_68(X))
& result_2(fn_beta_tubulin_15(X),fn_beta_tubulin_45(X))
& object_2(fn_beta_tubulin_15(X),fn_beta_tubulin_51(X))
& object_2(fn_beta_tubulin_8(X),fn_beta_tubulin_51(X))
& causes_2(fn_beta_tubulin_72(X),fn_beta_tubulin_8(X))
& object_2(fn_beta_tubulin_72(X),fn_beta_tubulin_51(X))
& has_part_2(fn_beta_tubulin_56(X),fn_beta_tubulin_67(X))
& has_part_2(fn_beta_tubulin_56(X),fn_beta_tubulin_53(X))
& has_region_2(fn_beta_tubulin_56(X),fn_beta_tubulin_54(X))
& has_part_2(fn_beta_tubulin_56(X),fn_beta_tubulin_46(X))
& has_region_2(fn_beta_tubulin_56(X),fn_beta_tubulin_55(X))
& has_part_2(fn_beta_tubulin_56(X),fn_beta_tubulin_47(X))
& has_region_2(fn_beta_tubulin_56(X),fn_beta_tubulin_48(X))
& is_inside_2(fn_beta_tubulin_67(X),fn_beta_tubulin_48(X))
& fn_beta_tubulin_47(X) != fn_beta_tubulin_46(X)
& fn_beta_tubulin_46(X) != fn_beta_tubulin_47(X)
& fn_beta_tubulin_67(X) != fn_beta_tubulin_47(X)
& fn_beta_tubulin_47(X) != fn_beta_tubulin_67(X)
& fn_beta_tubulin_46(X) != fn_beta_tubulin_67(X)
& fn_beta_tubulin_52(X) != fn_beta_tubulin_46(X)
& fn_beta_tubulin_46(X) != fn_beta_tubulin_52(X)
& fn_beta_tubulin_67(X) != fn_beta_tubulin_46(X)
& fn_beta_tubulin_57(X) != fn_beta_tubulin_79(X)
& fn_beta_tubulin_79(X) != fn_beta_tubulin_57(X)
& result_2(fn_beta_tubulin_9(X),fn_beta_tubulin_57(X))
& agent_2(fn_beta_tubulin_59(X),fn_beta_tubulin_57(X))
& has_function_2(fn_beta_tubulin_57(X),fn_beta_tubulin_59(X))
& fn_beta_tubulin_86(X) != fn_beta_tubulin_80(X)
& object_2(fn_beta_tubulin_11(X),fn_beta_tubulin_88(X))
& object_2(fn_beta_tubulin_86(X),fn_beta_tubulin_88(X))
& fn_beta_tubulin_80(X) != fn_beta_tubulin_86(X)
& result_2(fn_beta_tubulin_80(X),fn_beta_tubulin_79(X))
& fn_beta_tubulin_9(X) != fn_beta_tubulin_14(X)
& fn_beta_tubulin_14(X) != fn_beta_tubulin_9(X)
& object_2(fn_beta_tubulin_9(X),fn_beta_tubulin_88(X))
& called_2(fn_beta_tubulin_79(X),'C=O')
& instrument_2(fn_beta_tubulin_78(X),fn_beta_tubulin_57(X))
& fn_beta_tubulin_69(X) = fn_beta_tubulin_70(X)
& is_near_2(fn_beta_tubulin_51(X),fn_beta_tubulin_77(X))
& is_near_2(fn_beta_tubulin_77(X),fn_beta_tubulin_51(X))
& fn_beta_tubulin_70(X) = fn_beta_tubulin_69(X)
& quantity_2(fn_beta_tubulin_51(X),fn_beta_tubulin_70(X))
& has_part_2(fn_beta_tubulin_67(X),fn_beta_tubulin_51(X))
& called_2(fn_beta_tubulin_69(X),'Number_Proton')
& quantity_2(fn_beta_tubulin_68(X),fn_beta_tubulin_69(X))
& is_inside_2(fn_beta_tubulin_68(X),fn_beta_tubulin_77(X))
& has_region_2(fn_beta_tubulin_67(X),fn_beta_tubulin_77(X))
& has_part_2(fn_beta_tubulin_67(X),fn_beta_tubulin_68(X))
& called_2(fn_beta_tubulin_70(X),'Number_Electron')
& fn_beta_tubulin_52(X) != fn_beta_tubulin_53(X)
& fn_beta_tubulin_53(X) != fn_beta_tubulin_46(X)
& fn_beta_tubulin_46(X) != fn_beta_tubulin_53(X)
& fn_beta_tubulin_53(X) != fn_beta_tubulin_52(X)
& has_part_2(fn_beta_tubulin_56(X),fn_beta_tubulin_52(X))
& fn_beta_tubulin_53(X) != fn_beta_tubulin_67(X)
& fn_beta_tubulin_67(X) != fn_beta_tubulin_53(X)
& is_inside_2(fn_beta_tubulin_46(X),fn_beta_tubulin_55(X))
& is_inside_2(fn_beta_tubulin_46(X),fn_beta_tubulin_54(X))
& is_inside_2(fn_beta_tubulin_53(X),fn_beta_tubulin_54(X))
& is_inside_2(fn_beta_tubulin_52(X),fn_beta_tubulin_54(X))
& is_inside_2(fn_beta_tubulin_47(X),fn_beta_tubulin_54(X))
& agent_2(fn_beta_tubulin_83(X),fn_beta_tubulin_67(X))
& agent_2(fn_beta_tubulin_16(X),fn_beta_tubulin_67(X))
& agent_2(fn_beta_tubulin_49(X),fn_beta_tubulin_67(X))
& agent_2(fn_beta_tubulin_35(X),fn_beta_tubulin_67(X))
& object_2(fn_beta_tubulin_74(X),fn_beta_tubulin_51(X))
& object_2(fn_beta_tubulin_35(X),fn_beta_tubulin_34(X))
& object_2(fn_beta_tubulin_42(X),fn_beta_tubulin_44(X))
& object_2(fn_beta_tubulin_49(X),fn_beta_tubulin_43(X))
& fn_beta_tubulin_43(X) = fn_attract_1(fn_beta_tubulin_50(X))
& fn_beta_tubulin_43(X) = fn_share_2(fn_beta_tubulin_60(X))
& fn_beta_tubulin_43(X) = fn_share_2(fn_beta_tubulin_41(X))
& fn_beta_tubulin_44(X) = fn_share_2(fn_beta_tubulin_62(X))
& fn_beta_tubulin_44(X) = fn_share_2(fn_beta_tubulin_40(X))
& fn_beta_tubulin_75(X) = fn_share_2(fn_beta_tubulin_81(X))
& fn_beta_tubulin_34(X) = fn_share_2(fn_beta_tubulin_33(X))
& fn_beta_tubulin_75(X) = fn_share_2(fn_beta_tubulin_82(X))
& fn_beta_tubulin_76(X) = fn_share_2(fn_beta_tubulin_16(X))
& fn_beta_tubulin_88(X) = fn_share_2(fn_beta_tubulin_85(X))
& fn_beta_tubulin_67(X) = fn_share_1(fn_beta_tubulin_15(X))
& X = fn_tubulin_19(fn_beta_tubulin_58(X))
& fn_beta_tubulin_47(X) = fn_amino_group_22(fn_beta_tubulin_48(X))
& fn_beta_tubulin_35(X) = fn_covalent_bond_17(fn_beta_tubulin_45(X))
& fn_beta_tubulin_44(X) = fn_covalent_bond_18(fn_beta_tubulin_45(X))
& fn_beta_tubulin_49(X) = fn_covalent_bond_17(fn_beta_tubulin_45(X))
& fn_beta_tubulin_23(X) = fn_polymer_9(X)
& fn_beta_tubulin_24(X) = fn_polymer_10(X)
& fn_beta_tubulin_63(X) = fn_polymer_7(X)
& fn_beta_tubulin_64(X) = fn_polymer_8(X)
& fn_beta_tubulin_22(X) = fn_molecule_1(X)
& fn_beta_tubulin_21(X) = fn_molecule_2(X)
& fn_beta_tubulin_29(X) = fn_molecule_8(X)
& fn_beta_tubulin_30(X) = fn_molecule_3(X)
& fn_beta_tubulin_31(X) = fn_molecule_4(X)
& fn_beta_tubulin_28(X) = fn_molecule_12(X)
& fn_beta_tubulin_26(X) = fn_organic_molecule_2(X)
& fn_beta_tubulin_27(X) = fn_organic_molecule_1(X)
& fn_beta_tubulin_25(X) = fn_organic_molecule_3(X)
& fn_beta_tubulin_78(X) = fn_polypeptide_63(X)
& fn_beta_tubulin_83(X) = fn_polypeptide_103(X)
& fn_beta_tubulin_50(X) = fn_polypeptide_22(X)
& fn_beta_tubulin_46(X) = fn_polypeptide_119(X)
& fn_beta_tubulin_53(X) = fn_molecule_11(fn_beta_tubulin_56(X))
& fn_beta_tubulin_53(X) = fn_polypeptide_15(X)
& fn_beta_tubulin_89(X) = fn_molecule_10(fn_beta_tubulin_56(X))
& fn_beta_tubulin_89(X) = fn_polypeptide_16(X)
& fn_beta_tubulin_14(X) = fn_polypeptide_52(X)
& fn_beta_tubulin_79(X) = fn_polypeptide_48(X)
& fn_beta_tubulin_39(X) = fn_polypeptide_87(X)
& fn_beta_tubulin_71(X) = fn_polypeptide_19(X)
& fn_beta_tubulin_76(X) = fn_polypeptide_18(X)
& fn_beta_tubulin_67(X) = fn_share_3(fn_beta_tubulin_74(X))
& fn_beta_tubulin_74(X) = fn_polypeptide_17(X)
& fn_beta_tubulin_38(X) = fn_polypeptide_99(X)
& fn_beta_tubulin_36(X) = fn_polypeptide_90(X)
& fn_beta_tubulin_61(X) = fn_polypeptide_83(X)
& fn_beta_tubulin_56(X) = fn_polypeptide_82(X)
& fn_beta_tubulin_36(X) = fn_polypeptide_89(X)
& fn_beta_tubulin_37(X) = fn_polypeptide_85(X)
& fn_beta_tubulin_66(X) = fn_polypeptide_80(X)
& fn_beta_tubulin_65(X) = fn_polypeptide_81(X)
& fn_beta_tubulin_51(X) = fn_polypeptide_109(X)
& fn_beta_tubulin_75(X) = fn_polypeptide_110(X)
& fn_beta_tubulin_18(X) = fn_polypeptide_24(X)
& fn_beta_tubulin_17(X) = fn_polypeptide_23(X)
& fn_beta_tubulin_60(X) = fn_polypeptide_17(X)
& fn_beta_tubulin_44(X) = fn_polypeptide_105(X)
& fn_beta_tubulin_43(X) = fn_polypeptide_18(X)
& fn_beta_tubulin_51(X) = fn_share_2(fn_beta_tubulin_83(X))
& fn_beta_tubulin_83(X) = fn_polypeptide_25(X)
& fn_beta_tubulin_45(X) = fn_polypeptide_108(X)
& fn_beta_tubulin_20(X) = fn_polypeptide_110(X)
& fn_beta_tubulin_12(X) = fn_polypeptide_129(X)
& fn_beta_tubulin_34(X) = fn_polypeptide_110(X)
& fn_beta_tubulin_51(X) = fn_covalent_bond_15(fn_beta_tubulin_45(X))
& fn_beta_tubulin_51(X) = fn_polypeptide_105(X)
& fn_beta_tubulin_67(X) = fn_covalent_bond_19(fn_beta_tubulin_45(X))
& fn_beta_tubulin_19(X) = fn_covalent_bond_17(fn_beta_tubulin_45(X))
& fn_beta_tubulin_67(X) = fn_covalent_bond_20(fn_beta_tubulin_45(X))
& fn_beta_tubulin_19(X) = fn_polypeptide_111(X)
& fn_beta_tubulin_67(X) = fn_polypeptide_118(X)
& fn_beta_tubulin_87(X) = fn_polypeptide_25(X)
& fn_beta_tubulin_32(X) = fn_polypeptide_128(X)
& fn_beta_tubulin_84(X) = fn_polypeptide_41(X)
& fn_beta_tubulin_88(X) = fn_polypeptide_38(X)
& fn_beta_tubulin_10(X) = fn_polypeptide_40(X)
& fn_beta_tubulin_20(X) = fn_polypeptide_30(X)
& fn_beta_tubulin_51(X) = fn_polypeptide_31(X)
& fn_beta_tubulin_20(X) = fn_polypeptide_38(X)
& fn_beta_tubulin_13(X) = fn_polypeptide_39(X)
& fn_beta_tubulin_57(X) = fn_polymer_1(X)
& fn_beta_tubulin_57(X) = fn_polypeptide_130(X)
& fn_beta_tubulin_71(X) = fn_covalent_bond_13(fn_beta_tubulin_45(X))
& fn_beta_tubulin_68(X) = fn_covalent_bond_4(fn_beta_tubulin_45(X))
& fn_beta_tubulin_73(X) = fn_covalent_bond_10(fn_beta_tubulin_45(X))
& fn_beta_tubulin_72(X) = fn_covalent_bond_16(fn_beta_tubulin_45(X))
& fn_beta_tubulin_8(X) = fn_covalent_bond_1(fn_beta_tubulin_45(X))
& fn_beta_tubulin_51(X) = fn_covalent_bond_18(fn_beta_tubulin_45(X))
& fn_beta_tubulin_15(X) = fn_covalent_bond_17(fn_beta_tubulin_45(X))
& fn_beta_tubulin_47(X) = fn_amino_acid_22(fn_beta_tubulin_56(X))
& fn_beta_tubulin_56(X) = fn_functional_group_1(fn_beta_tubulin_48(X))
& fn_beta_tubulin_48(X) = fn_amino_acid_25(fn_beta_tubulin_56(X))
& fn_beta_tubulin_52(X) = fn_share_3(fn_beta_tubulin_15(X))
& fn_beta_tubulin_52(X) = fn_share_1(fn_beta_tubulin_74(X))
& fn_beta_tubulin_67(X) = fn_share_3(fn_beta_tubulin_15(X))
& fn_beta_tubulin_46(X) = fn_share_1(fn_beta_tubulin_15(X))
& fn_beta_tubulin_67(X) = fn_share_1(fn_beta_tubulin_74(X))
& fn_beta_tubulin_46(X) = fn_share_3(fn_beta_tubulin_74(X))
& fn_beta_tubulin_67(X) = fn_amino_acid_22(fn_beta_tubulin_56(X))
& fn_beta_tubulin_43(X) = fn_share_2(fn_beta_tubulin_49(X))
& fn_beta_tubulin_44(X) = fn_share_2(fn_beta_tubulin_42(X))
& fn_beta_tubulin_34(X) = fn_share_2(fn_beta_tubulin_35(X))
& fn_beta_tubulin_51(X) = fn_share_2(fn_beta_tubulin_74(X))
& fn_beta_tubulin_67(X) = fn_share_3(fn_beta_tubulin_35(X))
& fn_beta_tubulin_67(X) = fn_share_1(fn_beta_tubulin_35(X))
& fn_beta_tubulin_67(X) = fn_share_3(fn_beta_tubulin_49(X))
& fn_beta_tubulin_67(X) = fn_share_1(fn_beta_tubulin_49(X))
& fn_beta_tubulin_67(X) = fn_share_3(fn_beta_tubulin_16(X))
& fn_beta_tubulin_67(X) = fn_share_1(fn_beta_tubulin_16(X))
& fn_beta_tubulin_67(X) = fn_share_3(fn_beta_tubulin_83(X))
& fn_beta_tubulin_67(X) = fn_share_1(fn_beta_tubulin_83(X))
& fn_beta_tubulin_55(X) = fn_amino_acid_23(fn_beta_tubulin_56(X))
& fn_beta_tubulin_46(X) = fn_amino_acid_24(fn_beta_tubulin_56(X))
& fn_beta_tubulin_53(X) = fn_amino_acid_11(fn_beta_tubulin_56(X))
& fn_beta_tubulin_67(X) = fn_amino_acid_28(fn_beta_tubulin_56(X))
& fn_beta_tubulin_52(X) = fn_amino_acid_27(fn_beta_tubulin_56(X))
& fn_beta_tubulin_47(X) = fn_amino_acid_28(fn_beta_tubulin_56(X))
& fn_beta_tubulin_54(X) = fn_amino_acid_26(fn_beta_tubulin_56(X))
& fn_beta_tubulin_51(X) = fn_hydrogen_12(fn_beta_tubulin_67(X))
& fn_beta_tubulin_77(X) = fn_hydrogen_15(fn_beta_tubulin_67(X))
& fn_beta_tubulin_91(X) = fn_hydrogen_21(fn_beta_tubulin_67(X))
& fn_beta_tubulin_69(X) = fn_hydrogen_17(fn_beta_tubulin_67(X))
& fn_beta_tubulin_68(X) = fn_hydrogen_13(fn_beta_tubulin_67(X))
& fn_beta_tubulin_90(X) = fn_hydrogen_6(fn_beta_tubulin_67(X))
& fn_beta_tubulin_70(X) = fn_hydrogen_11(fn_beta_tubulin_67(X))
& fn_beta_tubulin_59(X) = fn_peptide_bond_31(fn_beta_tubulin_57(X))
& fn_beta_tubulin_11(X) = fn_peptide_bond_23(fn_beta_tubulin_57(X))
& fn_beta_tubulin_88(X) = fn_peptide_bond_47(fn_beta_tubulin_57(X))
& fn_beta_tubulin_86(X) = fn_peptide_bond_35(fn_beta_tubulin_57(X))
& fn_beta_tubulin_80(X) = fn_peptide_bond_51(fn_beta_tubulin_57(X))
& fn_beta_tubulin_88(X) = fn_peptide_bond_27(fn_beta_tubulin_57(X))
& fn_beta_tubulin_9(X) = fn_peptide_bond_35(fn_beta_tubulin_57(X))
& fn_beta_tubulin_14(X) = fn_peptide_bond_23(fn_beta_tubulin_57(X))
& fn_beta_tubulin_79(X) = fn_peptide_bond_55(fn_beta_tubulin_57(X))
& fn_beta_tubulin_78(X) = fn_peptide_bond_33(fn_beta_tubulin_57(X))
& fn_polypeptide_16(X) = fn_polypeptide_16(X)
& fn_polypeptide_16(X) = fn_molecule_10(fn_beta_tubulin_56(X))
& fn_molecule_10(fn_beta_tubulin_56(X)) = fn_polypeptide_16(X)
& fn_polypeptide_16(X) = fn_share_2(fn_beta_tubulin_16(X))
& fn_share_2(fn_beta_tubulin_16(X)) = fn_polypeptide_18(X)
& fn_polypeptide_18(X) = fn_polypeptide_90(X)
& fn_polypeptide_90(X) = fn_polypeptide_90(X)
& fn_polypeptide_90(X) = fn_polypeptide_89(X)
& fn_polypeptide_89(X) = fn_share_2(fn_beta_tubulin_81(X))
& fn_share_2(fn_beta_tubulin_81(X)) = fn_share_2(fn_beta_tubulin_82(X))
& fn_share_2(fn_beta_tubulin_82(X)) = fn_polypeptide_110(X)
& fn_polypeptide_110(X) = fn_polypeptide_111(X)
& fn_polypeptide_111(X) = fn_polypeptide_111(X)
& fn_polypeptide_111(X) = fn_covalent_bond_17(fn_beta_tubulin_45(X))
& fn_covalent_bond_17(fn_beta_tubulin_45(X)) = fn_covalent_bond_17(fn_beta_tubulin_45(X))
& fn_covalent_bond_17(fn_beta_tubulin_45(X)) = fn_polypeptide_111(X)
& fn_polypeptide_111(X) = fn_polypeptide_110(X)
& fn_polypeptide_110(X) = fn_polypeptide_30(X)
& fn_polypeptide_30(X) = fn_polypeptide_30(X)
& fn_polypeptide_30(X) = fn_polypeptide_38(X)
& fn_polypeptide_38(X) = fn_polypeptide_19(X)
& fn_polypeptide_19(X) = fn_covalent_bond_13(fn_beta_tubulin_45(X))
& fn_covalent_bond_13(fn_beta_tubulin_45(X)) = fn_attract_1(fn_beta_tubulin_50(X))
& fn_attract_1(fn_beta_tubulin_50(X)) = fn_polypeptide_18(X)
& fn_polypeptide_18(X) = fn_share_2(fn_beta_tubulin_60(X))
& fn_share_2(fn_beta_tubulin_60(X)) = fn_share_2(fn_beta_tubulin_41(X))
& fn_share_2(fn_beta_tubulin_41(X)) = fn_polypeptide_18(X)
& fn_polypeptide_18(X) = fn_polypeptide_18(X)
& fn_polypeptide_18(X) = fn_share_2(fn_beta_tubulin_49(X))
& fn_share_2(fn_beta_tubulin_49(X)) = fn_covalent_bond_18(fn_beta_tubulin_45(X))
& fn_covalent_bond_18(fn_beta_tubulin_45(X)) = fn_polypeptide_105(X)
& fn_polypeptide_105(X) = fn_share_2(fn_beta_tubulin_62(X))
& fn_share_2(fn_beta_tubulin_62(X)) = fn_share_2(fn_beta_tubulin_40(X))
& fn_share_2(fn_beta_tubulin_40(X)) = fn_polypeptide_105(X)
& fn_polypeptide_105(X) = fn_share_2(fn_beta_tubulin_42(X))
& fn_share_2(fn_beta_tubulin_42(X)) = fn_share_2(fn_beta_tubulin_33(X))
& fn_share_2(fn_beta_tubulin_33(X)) = fn_polypeptide_110(X)
& fn_polypeptide_110(X) = fn_polypeptide_110(X)
& fn_polypeptide_110(X) = fn_share_2(fn_beta_tubulin_35(X))
& fn_share_2(fn_beta_tubulin_35(X)) = fn_polypeptide_103(X)
& fn_polypeptide_103(X) = fn_polypeptide_25(X)
& fn_polypeptide_25(X) = fn_polypeptide_25(X)
& fn_polypeptide_25(X) = fn_polypeptide_82(X)
& fn_polypeptide_82(X) = fn_polypeptide_82(X)
& fn_polypeptide_82(X) = fn_functional_group_1(fn_beta_tubulin_48(X))
& fn_functional_group_1(fn_beta_tubulin_48(X)) = fn_share_1(fn_beta_tubulin_15(X))
& fn_share_3(fn_beta_tubulin_74(X)) = fn_share_1(fn_beta_tubulin_15(X))
& fn_polypeptide_119(X) = fn_share_3(fn_beta_tubulin_74(X))
& fn_share_3(fn_beta_tubulin_74(X)) = fn_share_3(fn_beta_tubulin_74(X))
& fn_share_3(fn_beta_tubulin_74(X)) = fn_polypeptide_119(X)
& fn_polypeptide_119(X) = fn_amino_acid_24(fn_beta_tubulin_56(X))
& fn_amino_acid_24(fn_beta_tubulin_56(X)) = fn_amino_acid_24(fn_beta_tubulin_56(X))
& fn_amino_acid_24(fn_beta_tubulin_56(X)) = fn_molecule_11(fn_beta_tubulin_56(X))
& fn_molecule_11(fn_beta_tubulin_56(X)) = fn_polypeptide_15(X)
& fn_polypeptide_15(X) = fn_polypeptide_15(X)
& fn_polypeptide_15(X) = fn_amino_acid_11(fn_beta_tubulin_56(X))
& fn_amino_acid_11(fn_beta_tubulin_56(X)) = fn_amino_acid_11(fn_beta_tubulin_56(X))
& fn_amino_acid_11(fn_beta_tubulin_56(X)) = fn_share_3(fn_beta_tubulin_15(X))
& fn_amino_acid_27(fn_beta_tubulin_56(X)) = fn_share_1(fn_beta_tubulin_74(X))
& fn_share_1(fn_beta_tubulin_74(X)) = fn_amino_acid_27(fn_beta_tubulin_56(X))
& fn_amino_acid_27(fn_beta_tubulin_56(X)) = fn_amino_acid_27(fn_beta_tubulin_56(X))
& fn_amino_acid_27(fn_beta_tubulin_56(X)) = fn_amino_group_22(fn_beta_tubulin_48(X))
& fn_amino_group_22(fn_beta_tubulin_48(X)) = fn_amino_acid_22(fn_beta_tubulin_56(X))
& fn_amino_acid_22(fn_beta_tubulin_56(X)) = fn_amino_acid_28(fn_beta_tubulin_56(X))
& fn_amino_acid_28(fn_beta_tubulin_56(X)) = fn_covalent_bond_15(fn_beta_tubulin_45(X))
& fn_polypeptide_109(X) = fn_covalent_bond_15(fn_beta_tubulin_45(X))
& fn_covalent_bond_15(fn_beta_tubulin_45(X)) = fn_polypeptide_109(X)
& fn_polypeptide_109(X) = fn_polypeptide_105(X)
& fn_polypeptide_105(X) = fn_polypeptide_105(X)
& fn_polypeptide_105(X) = fn_polypeptide_31(X)
& fn_polypeptide_31(X) = fn_polypeptide_31(X)
& fn_polypeptide_31(X) = fn_covalent_bond_18(fn_beta_tubulin_45(X))
& fn_covalent_bond_18(fn_beta_tubulin_45(X)) = fn_share_2(fn_beta_tubulin_83(X))
& fn_share_2(fn_beta_tubulin_83(X)) = fn_covalent_bond_18(fn_beta_tubulin_45(X))
& fn_covalent_bond_18(fn_beta_tubulin_45(X)) = fn_covalent_bond_18(fn_beta_tubulin_45(X))
& fn_covalent_bond_18(fn_beta_tubulin_45(X)) = fn_share_2(fn_beta_tubulin_74(X))
& fn_share_2(fn_beta_tubulin_74(X)) = fn_share_2(fn_beta_tubulin_83(X))
& fn_share_2(fn_beta_tubulin_83(X)) = fn_share_2(fn_beta_tubulin_74(X))
& fn_share_2(fn_beta_tubulin_74(X)) = fn_hydrogen_12(fn_beta_tubulin_67(X))
& fn_hydrogen_12(fn_beta_tubulin_67(X)) = fn_hydrogen_12(fn_beta_tubulin_67(X))
& fn_hydrogen_12(fn_beta_tubulin_67(X)) = fn_covalent_bond_4(fn_beta_tubulin_45(X))
& fn_covalent_bond_4(fn_beta_tubulin_45(X)) = fn_hydrogen_13(fn_beta_tubulin_67(X))
& fn_hydrogen_13(fn_beta_tubulin_67(X)) = fn_hydrogen_13(fn_beta_tubulin_67(X))
& fn_hydrogen_13(fn_beta_tubulin_67(X)) = fn_covalent_bond_19(fn_beta_tubulin_45(X))
& fn_covalent_bond_20(fn_beta_tubulin_45(X)) = fn_covalent_bond_19(fn_beta_tubulin_45(X))
& fn_covalent_bond_19(fn_beta_tubulin_45(X)) = fn_covalent_bond_20(fn_beta_tubulin_45(X))
& fn_polypeptide_118(X) = fn_covalent_bond_20(fn_beta_tubulin_45(X))
& fn_covalent_bond_20(fn_beta_tubulin_45(X)) = fn_polypeptide_118(X)
& fn_polypeptide_118(X) = fn_polypeptide_118(X)
& fn_polypeptide_118(X) = fn_amino_acid_22(fn_beta_tubulin_56(X))
& fn_share_3(fn_beta_tubulin_15(X)) = fn_share_3(fn_beta_tubulin_74(X))
& fn_share_3(fn_beta_tubulin_74(X)) = fn_amino_acid_22(fn_beta_tubulin_56(X))
& fn_amino_acid_22(fn_beta_tubulin_56(X)) = fn_share_3(fn_beta_tubulin_15(X))
& fn_share_3(fn_beta_tubulin_15(X)) = fn_amino_acid_22(fn_beta_tubulin_56(X))
& fn_amino_acid_22(fn_beta_tubulin_56(X)) = fn_amino_acid_22(fn_beta_tubulin_56(X))
& fn_amino_acid_22(fn_beta_tubulin_56(X)) = fn_share_3(fn_beta_tubulin_35(X))
& fn_share_3(fn_beta_tubulin_35(X)) = fn_share_3(fn_beta_tubulin_49(X))
& fn_share_3(fn_beta_tubulin_49(X)) = fn_share_3(fn_beta_tubulin_16(X))
& fn_share_3(fn_beta_tubulin_16(X)) = fn_share_3(fn_beta_tubulin_83(X))
& fn_share_3(fn_beta_tubulin_83(X)) = fn_share_3(fn_beta_tubulin_15(X))
& fn_share_3(fn_beta_tubulin_15(X)) = fn_share_1(fn_beta_tubulin_15(X))
& fn_share_1(fn_beta_tubulin_15(X)) = fn_share_3(fn_beta_tubulin_74(X))
& fn_share_3(fn_beta_tubulin_74(X)) = fn_share_1(fn_beta_tubulin_74(X))
& fn_share_1(fn_beta_tubulin_74(X)) = fn_share_3(fn_beta_tubulin_15(X))
& fn_share_3(fn_beta_tubulin_15(X)) = fn_share_1(fn_beta_tubulin_74(X))
& fn_share_1(fn_beta_tubulin_74(X)) = fn_share_3(fn_beta_tubulin_35(X))
& fn_share_3(fn_beta_tubulin_35(X)) = fn_share_1(fn_beta_tubulin_35(X))
& fn_share_1(fn_beta_tubulin_35(X)) = fn_share_3(fn_beta_tubulin_49(X))
& fn_share_3(fn_beta_tubulin_49(X)) = fn_share_1(fn_beta_tubulin_49(X))
& fn_share_1(fn_beta_tubulin_49(X)) = fn_share_3(fn_beta_tubulin_16(X))
& fn_share_3(fn_beta_tubulin_16(X)) = fn_share_1(fn_beta_tubulin_16(X))
& fn_share_1(fn_beta_tubulin_16(X)) = fn_share_3(fn_beta_tubulin_83(X))
& fn_share_3(fn_beta_tubulin_83(X)) = fn_share_1(fn_beta_tubulin_83(X))
& fn_share_1(fn_beta_tubulin_83(X)) = fn_share_1(fn_beta_tubulin_15(X))
& fn_share_1(fn_beta_tubulin_15(X)) = fn_share_1(fn_beta_tubulin_74(X))
& fn_share_1(fn_beta_tubulin_74(X)) = fn_amino_acid_28(fn_beta_tubulin_56(X))
& fn_amino_acid_28(fn_beta_tubulin_56(X)) = fn_share_1(fn_beta_tubulin_74(X))
& fn_share_1(fn_beta_tubulin_74(X)) = fn_share_1(fn_beta_tubulin_35(X))
& fn_share_1(fn_beta_tubulin_35(X)) = fn_share_1(fn_beta_tubulin_49(X))
& fn_share_1(fn_beta_tubulin_49(X)) = fn_share_1(fn_beta_tubulin_16(X))
& fn_share_1(fn_beta_tubulin_16(X)) = fn_share_1(fn_beta_tubulin_83(X))
& fn_share_1(fn_beta_tubulin_83(X)) = fn_amino_acid_28(fn_beta_tubulin_56(X))
& fn_amino_acid_28(fn_beta_tubulin_56(X)) = fn_amino_acid_28(fn_beta_tubulin_56(X))
& fn_amino_acid_28(fn_beta_tubulin_56(X)) = fn_share_2(fn_beta_tubulin_85(X))
& fn_share_2(fn_beta_tubulin_85(X)) = fn_polypeptide_38(X)
& fn_polypeptide_38(X) = fn_polypeptide_38(X)
& fn_polypeptide_38(X) = fn_peptide_bond_47(fn_beta_tubulin_57(X))
& fn_peptide_bond_47(fn_beta_tubulin_57(X)) = fn_peptide_bond_47(fn_beta_tubulin_57(X))
& fn_peptide_bond_47(fn_beta_tubulin_57(X)) = fn_peptide_bond_27(fn_beta_tubulin_57(X))
& fn_peptide_bond_27(fn_beta_tubulin_57(X)) = fn_polypeptide_52(X)
& fn_polypeptide_52(X) = fn_peptide_bond_23(fn_beta_tubulin_57(X))
& fn_peptide_bond_23(fn_beta_tubulin_57(X)) = fn_peptide_bond_23(fn_beta_tubulin_57(X))
& fn_peptide_bond_23(fn_beta_tubulin_57(X)) = fn_polypeptide_48(X)
& fn_polypeptide_48(X) = fn_polypeptide_48(X)
& fn_polypeptide_48(X) = fn_peptide_bond_55(fn_beta_tubulin_57(X))
& fn_peptide_bond_55(fn_beta_tubulin_57(X)) = fn_peptide_bond_55(fn_beta_tubulin_57(X))
& fn_peptide_bond_55(fn_beta_tubulin_57(X)) = fn_polypeptide_130(X)
& fn_polypeptide_130(X) = fn_polypeptide_130(X)
& fn_polypeptide_130(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_polypeptide_130(X)
& fn_polypeptide_130(X) = fn_polypeptide_63(X)
& fn_polypeptide_63(X) = fn_peptide_bond_33(fn_beta_tubulin_57(X)) ) ) ).
fof(a527822,axiom,
! [X] :
( beta2_adrenergic_receptor_1(X)
=> ( original_name_2(X,'Beta2-Adrenergic-Receptor')
& user_description_2(X,'Receptor that plays a role in G-protein signal transduction pathways.')
& concept2words_2(X,'beta2 adrenergic receptor')
& concept2words_2(X,'beta2-adrenergic-receptor')
& g_protein_coupled_receptor_1(X) ) ) ).
fof(a527823,axiom,
! [X] :
( bicarbonate_ion_1(X)
=> ( original_name_2(X,'Bicarbonate-Ion')
& user_description_2(X,'HCO3- that is used in biological systems as a buffer and neutralizes acids.')
& concept2words_2(X,'ion of bicarbonate')
& concept2words_2(X,'bicarbonate ion')
& concept2words_2(X,'bicarbonate-ion')
& polyatomic_ion_1(X)
& anion_1(X)
& ~ malonate_1(X)
& ~ benzoate_1(X)
& ~ carbonate_ion_1(X)
& ~ cl_minus_1(X)
& ~ azide_1(X)
& ~ sulfide_1(X)
& ~ sulfate_1(X)
& ~ organic_anion_1(X)
& ~ phosphate_ion_1(X)
& carbon_1(fn_bicarbonate_ion_1(X))
& oxygen_1(fn_bicarbonate_ion_2(X))
& hydrogen_1(fn_bicarbonate_ion_3(X))
& exactCardinality(X,has_part_0,"1",hydrogen_0)
& exactCardinality(X,has_part_0,"3",oxygen_0)
& exactCardinality(X,has_part_0,"1",carbon_0)
& has_part_2(X,fn_bicarbonate_ion_1(X))
& has_part_2(X,fn_bicarbonate_ion_2(X))
& has_part_2(X,fn_bicarbonate_ion_3(X))
& fn_bicarbonate_ion_2(X) = fn_polyatomic_ion_1(X)
& fn_bicarbonate_ion_3(X) = fn_polyatomic_ion_2(X) ) ) ).
fof(a527824,axiom,
! [X] :
( bicoid_1(X)
=> ( original_name_2(X,'Bicoid')
& user_description_2(X,'A maternal effect gene that is important for patterning the anterior end of Drosophila.')
& concept2words_2(X,bicoid)
& maternal_effect_gene_1(X) ) ) ).
fof(a527825,axiom,
! [X] :
( bicoid_gene_1(X)
=> ( original_name_2(X,'Bicoid-Gene')
& user_description_2(X,'A kind of maternal-effect gene (as in bicoid gene) whose function is to code for products used for establishing the normal patterning of anterior parts (head and thorax) of the embryo.')
& concept2words_2(X,'gene of bicoid')
& concept2words_2(X,'bicoid gene')
& concept2words_2(X,'bicoid-gene')
& maternal_effect_gene_1(X) ) ) ).
fof(a527826,axiom,
! [X] :
( bicoid_gene_mutation_1(X)
=> ( original_name_2(X,'Bicoid-Gene-Mutation')
& user_description_2(X,'The mutation of bicoid gene.')
& concept2words_2(X,mutate)
& concept2words_2(X,'bicoid gene mutation')
& concept2words_2(X,'bicoid-gene-mutation')
& maternal_effect_gene_mutation_1(X)
& anterior_end_1(fn_bicoid_gene_mutation_1(X))
& stop_1(fn_bicoid_gene_mutation_2(X))
& anatomical_structure_1(fn_bicoid_gene_mutation_3(X))
& bicoid_gene_1(fn_bicoid_gene_mutation_4(X))
& damage_1(fn_bicoid_gene_mutation_5(X))
& create_1(fn_bicoid_gene_mutation_6(X))
& create_1(fn_bicoid_gene_mutation_7(X))
& entity_1(fn_bicoid_gene_mutation_8(X))
& posterior_structure_1(fn_bicoid_gene_mutation_8(X))
& posterior_structure_1(fn_bicoid_gene_mutation_9(X))
& embryo_1(fn_bicoid_gene_mutation_10(X))
& entity_1(fn_create_1(fn_bicoid_gene_mutation_6(X)))
& entity_1(fn_create_1(fn_bicoid_gene_mutation_7(X)))
& living_entity_1(fn_posterior_structure_2(fn_bicoid_gene_mutation_8(X)))
& living_entity_1(fn_posterior_structure_2(fn_bicoid_gene_mutation_9(X)))
& tangible_entity_1(fn_impair_1(fn_bicoid_gene_mutation_5(X)))
& exactCardinality(fn_bicoid_gene_mutation_10(X),has_part_0,"2",posterior_structure_0)
& has_region_2(fn_bicoid_gene_mutation_10(X),fn_bicoid_gene_mutation_1(X))
& result_2(X,fn_bicoid_gene_mutation_10(X))
& subevent_2(X,fn_bicoid_gene_mutation_6(X))
& subevent_2(X,fn_bicoid_gene_mutation_2(X))
& subevent_2(X,fn_bicoid_gene_mutation_5(X))
& result_2(fn_bicoid_gene_mutation_6(X),fn_bicoid_gene_mutation_9(X))
& prevents_2(fn_bicoid_gene_mutation_2(X),fn_bicoid_gene_mutation_7(X))
& object_2(fn_bicoid_gene_mutation_5(X),fn_bicoid_gene_mutation_4(X))
& result_2(fn_bicoid_gene_mutation_6(X),fn_bicoid_gene_mutation_8(X))
& result_2(fn_bicoid_gene_mutation_7(X),fn_bicoid_gene_mutation_3(X))
& has_part_2(fn_bicoid_gene_mutation_10(X),fn_bicoid_gene_mutation_8(X))
& object_2(X,fn_bicoid_gene_mutation_4(X))
& has_part_2(fn_bicoid_gene_mutation_10(X),fn_bicoid_gene_mutation_9(X))
& fn_bicoid_gene_mutation_4(X) = fn_impair_1(fn_bicoid_gene_mutation_5(X))
& fn_bicoid_gene_mutation_8(X) = fn_create_1(fn_bicoid_gene_mutation_6(X))
& fn_bicoid_gene_mutation_3(X) = fn_create_1(fn_bicoid_gene_mutation_7(X))
& fn_bicoid_gene_mutation_10(X) = fn_posterior_structure_2(fn_bicoid_gene_mutation_8(X))
& fn_bicoid_gene_mutation_4(X) = fn_maternal_effect_gene_mutation_3(X)
& fn_bicoid_gene_mutation_10(X) = fn_posterior_structure_2(fn_bicoid_gene_mutation_9(X))
& fn_impair_1(fn_bicoid_gene_mutation_5(X)) = fn_maternal_effect_gene_mutation_3(X) ) ) ).
fof(a527827,axiom,
! [X] :
( bicoid_mrna_1(X)
=> ( original_name_2(X,'Bicoid-mRNA')
& user_description_2(X,'The mRNA formed from the transcription of bicoid gene.')
& concept2words_2(X,'mrna of bicoid')
& concept2words_2(X,'bicoid mrna')
& concept2words_2(X,'bicoid-mrna')
& mrna_1(X)
& ~ prokaryotic_mrna_1(X)
& drosophila_melanogaster_1(fn_bicoid_mrna_1(X))
& sex_value_1(fn_bicoid_mrna_2(X))
& synthesis_of_mrna_1(fn_bicoid_mrna_4(X))
& translation_1(fn_bicoid_mrna_5(X))
& collecting_1(fn_bicoid_mrna_6(X))
& egg_1(fn_bicoid_mrna_7(X))
& anterior_end_1(fn_bicoid_mrna_8(X))
& synthesis_of_protein_1(fn_bicoid_mrna_9(X))
& bicoid_protein_1(fn_bicoid_mrna_10(X))
& anterior_end_1(fn_egg_2(fn_bicoid_mrna_7(X)))
& translation_1(fn_synthesis_of_protein_13(fn_bicoid_mrna_9(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_bicoid_mrna_9(X)))
& protein_1(fn_synthesis_of_protein_16(fn_bicoid_mrna_9(X)))
& rna_1(fn_synthesis_of_rna_8(fn_bicoid_mrna_4(X)))
& entity_1(fn_collecting_1(fn_bicoid_mrna_6(X)))
& mrna_1(fn_translation_7(fn_bicoid_mrna_5(X)))
& mrna_1(fn_synthesis_of_mrna_3(fn_bicoid_mrna_4(X)))
& site_2(fn_bicoid_mrna_6(X),fn_bicoid_mrna_8(X))
& has_part_2(fn_bicoid_mrna_7(X),X)
& has_part_2(fn_bicoid_mrna_1(X),fn_bicoid_mrna_7(X))
& sex_2(fn_bicoid_mrna_1(X),fn_bicoid_mrna_2(X))
& the_categorical_value_2(fn_bicoid_mrna_2(X),female_0)
& result_2(fn_bicoid_mrna_9(X),fn_bicoid_mrna_10(X))
& object_2(fn_bicoid_mrna_6(X),X)
& instrument_2(fn_bicoid_mrna_5(X),X)
& has_region_2(fn_bicoid_mrna_7(X),fn_bicoid_mrna_8(X))
& result_2(fn_bicoid_mrna_4(X),X)
& first_subevent_2(fn_bicoid_mrna_9(X),fn_bicoid_mrna_5(X))
& subevent_2(fn_bicoid_mrna_9(X),fn_bicoid_mrna_5(X))
& fn_bicoid_mrna_10(X) = fn_anabolic_pathway_5(fn_bicoid_mrna_9(X))
& fn_bicoid_mrna_10(X) = fn_synthesis_of_protein_16(fn_bicoid_mrna_9(X))
& X = fn_collecting_1(fn_bicoid_mrna_6(X))
& X = fn_translation_7(fn_bicoid_mrna_5(X))
& fn_bicoid_mrna_8(X) = fn_egg_2(fn_bicoid_mrna_7(X))
& X = fn_synthesis_of_rna_8(fn_bicoid_mrna_4(X))
& X = fn_synthesis_of_mrna_3(fn_bicoid_mrna_4(X))
& fn_bicoid_mrna_5(X) = fn_synthesis_of_protein_13(fn_bicoid_mrna_9(X))
& fn_anabolic_pathway_5(fn_bicoid_mrna_9(X)) = fn_synthesis_of_protein_16(fn_bicoid_mrna_9(X))
& fn_synthesis_of_protein_16(fn_bicoid_mrna_9(X)) = fn_collecting_1(fn_bicoid_mrna_6(X))
& fn_collecting_1(fn_bicoid_mrna_6(X)) = fn_synthesis_of_rna_8(fn_bicoid_mrna_4(X))
& fn_synthesis_of_rna_8(fn_bicoid_mrna_4(X)) = fn_collecting_1(fn_bicoid_mrna_6(X))
& fn_collecting_1(fn_bicoid_mrna_6(X)) = fn_translation_7(fn_bicoid_mrna_5(X))
& fn_translation_7(fn_bicoid_mrna_5(X)) = fn_translation_7(fn_bicoid_mrna_5(X))
& fn_translation_7(fn_bicoid_mrna_5(X)) = fn_synthesis_of_mrna_3(fn_bicoid_mrna_4(X)) ) ) ).
fof(a527828,axiom,
! [X] :
( bicoid_protein_1(X)
=> ( original_name_2(X,'Bicoid-Protein')
& user_description_2(X,'A protein from from translation of bicoid mRNA.')
& concept2words_2(X,'protein of bicoid')
& concept2words_2(X,'bicoid protein')
& concept2words_2(X,'bicoid-protein')
& transcription_factor_1(X)
& morphogen_1(fn_bicoid_protein_1(X))
& chemical_entity_1(fn_morphogen_1(fn_bicoid_protein_1(X)))
& plays_2(X,fn_bicoid_protein_1(X))
& X = fn_morphogen_1(fn_bicoid_protein_1(X)) ) ) ).
fof(a527829,axiom,
! [X] :
( bicoid_protein_hypothesis_1(X)
=> ( original_name_2(X,'Bicoid-Protein-Hypothesis')
& user_description_2(X,'The bicoid protein is responsible for specifying the drosophila\'s anterior end according to Bicoid Protein hypothesis.')
& concept2words_2(X,'bicoid protein hypothesis')
& concept2words_2(X,'bicoid-protein-hypothesis')
& hypothesis_1(X)
& ~ individualistic_hypothesis_1(X)
& ~ interactive_hypothesis_1(X)
& ~ practice_hypothesis_of_play_1(X)
& ~ snowball_earth_hypothesis_1(X)
& amphipathic_molecule_1(fn_bicoid_protein_hypothesis_1(X))
& bicoid_protein_1(fn_bicoid_protein_hypothesis_1(X))
& fruit_fly_1(fn_bicoid_protein_hypothesis_2(X))
& thing_1(fn_bicoid_protein_hypothesis_3(X))
& create_1(fn_bicoid_protein_hypothesis_3(X))
& anterior_end_1(fn_bicoid_protein_hypothesis_4(X))
& entity_1(fn_create_1(fn_bicoid_protein_hypothesis_3(X)))
& has_region_2(fn_bicoid_protein_hypothesis_2(X),fn_bicoid_protein_hypothesis_4(X))
& base_2(fn_bicoid_protein_hypothesis_3(X),fn_bicoid_protein_hypothesis_2(X))
& agent_2(fn_bicoid_protein_hypothesis_3(X),fn_bicoid_protein_hypothesis_1(X))
& information_content_2(X,fn_bicoid_protein_hypothesis_3(X))
& result_2(fn_bicoid_protein_hypothesis_3(X),fn_bicoid_protein_hypothesis_4(X))
& fn_bicoid_protein_hypothesis_3(X) = fn_information_1(X)
& fn_bicoid_protein_hypothesis_4(X) = fn_create_1(fn_bicoid_protein_hypothesis_3(X)) ) ) ).
fof(a527830,axiom,
! [X] :
( bicoid_protein_hypothesis_experiment_1(X)
=> ( original_name_2(X,'Bicoid-Protein-Hypothesis-Experiment')
& user_description_2(X,'The experiment conducted to show bicoid protein is responsible for specifying the drosophila\'s anterior end according to Bicoid Protein hypothesis.')
& concept2words_2(X,'bicoid protein hypothesis experiment')
& concept2words_2(X,'bicoid-protein-hypothesis-experiment')
& experiment_1(X)
& ~ anchor_cell_destruction_experiment_1(X)
& ~ controlled_experiment_1(X)
& ~ meselson_and_stahl_experiment_1(X)
& ~ steward_experiment_on_carrot_1(X)
& ~ study_on_drosophila_by_morgan_1(X)
& ~ tomato_chimera_experiment_1(X)
& ~ undifferentiated_cell_nucleus_transplantation_to_frog_egg_1(X)
& bicoid_protein_hypothesis_1(fn_bicoid_protein_hypothesis_experiment_1(X))
& scientist_1(fn_bicoid_protein_hypothesis_experiment_2(X))
& bicoid_mrna_1(fn_bicoid_protein_hypothesis_experiment_3(X))
& fruit_fly_1(fn_bicoid_protein_hypothesis_experiment_4(X))
& region_1(fn_bicoid_protein_hypothesis_experiment_5(X))
& create_1(fn_bicoid_protein_hypothesis_experiment_6(X))
& inject_1(fn_bicoid_protein_hypothesis_experiment_7(X))
& study_1(fn_bicoid_protein_hypothesis_experiment_8(X))
& synthesis_of_protein_1(fn_bicoid_protein_hypothesis_experiment_9(X))
& bicoid_protein_1(fn_bicoid_protein_hypothesis_experiment_10(X))
& early_embryo_1(fn_bicoid_protein_hypothesis_experiment_11(X))
& embryogenesis_1(fn_bicoid_protein_hypothesis_experiment_12(X))
& embryo_1(fn_embryogenesis_8(fn_bicoid_protein_hypothesis_experiment_12(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_bicoid_protein_hypothesis_experiment_9(X)))
& protein_1(fn_synthesis_of_protein_16(fn_bicoid_protein_hypothesis_experiment_9(X)))
& base_2(fn_bicoid_protein_hypothesis_experiment_8(X),fn_bicoid_protein_hypothesis_experiment_1(X))
& agent_2(fn_bicoid_protein_hypothesis_experiment_7(X),fn_bicoid_protein_hypothesis_experiment_2(X))
& object_2(fn_bicoid_protein_hypothesis_experiment_7(X),fn_bicoid_protein_hypothesis_experiment_3(X))
& base_2(fn_bicoid_protein_hypothesis_experiment_7(X),fn_bicoid_protein_hypothesis_experiment_11(X))
& site_2(fn_bicoid_protein_hypothesis_experiment_7(X),fn_bicoid_protein_hypothesis_experiment_5(X))
& minCardinality(fn_bicoid_protein_hypothesis_experiment_7(X),site_0,"2",spatial_entity_0)
& next_event_2(fn_bicoid_protein_hypothesis_experiment_7(X),fn_bicoid_protein_hypothesis_experiment_9(X))
& base_2(fn_bicoid_protein_hypothesis_experiment_6(X),fn_bicoid_protein_hypothesis_experiment_11(X))
& site_2(fn_bicoid_protein_hypothesis_experiment_6(X),fn_bicoid_protein_hypothesis_experiment_5(X))
& agent_2(fn_bicoid_protein_hypothesis_experiment_6(X),fn_bicoid_protein_hypothesis_experiment_10(X))
& next_event_2(fn_bicoid_protein_hypothesis_experiment_9(X),fn_bicoid_protein_hypothesis_experiment_6(X))
& has_region_2(fn_bicoid_protein_hypothesis_experiment_11(X),fn_bicoid_protein_hypothesis_experiment_5(X))
& result_2(fn_bicoid_protein_hypothesis_experiment_12(X),fn_bicoid_protein_hypothesis_experiment_4(X))
& subevent_2(X,fn_bicoid_protein_hypothesis_experiment_8(X))
& subevent_2(X,fn_bicoid_protein_hypothesis_experiment_7(X))
& subevent_2(X,fn_bicoid_protein_hypothesis_experiment_6(X))
& subevent_2(X,fn_bicoid_protein_hypothesis_experiment_9(X))
& result_2(fn_bicoid_protein_hypothesis_experiment_9(X),fn_bicoid_protein_hypothesis_experiment_10(X))
& object_2(fn_bicoid_protein_hypothesis_experiment_12(X),fn_bicoid_protein_hypothesis_experiment_11(X))
& fn_bicoid_protein_hypothesis_experiment_10(X) = fn_anabolic_pathway_5(fn_bicoid_protein_hypothesis_experiment_9(X))
& fn_bicoid_protein_hypothesis_experiment_10(X) = fn_synthesis_of_protein_16(fn_bicoid_protein_hypothesis_experiment_9(X))
& fn_bicoid_protein_hypothesis_experiment_11(X) = fn_embryogenesis_8(fn_bicoid_protein_hypothesis_experiment_12(X))
& fn_anabolic_pathway_5(fn_bicoid_protein_hypothesis_experiment_9(X)) = fn_synthesis_of_protein_16(fn_bicoid_protein_hypothesis_experiment_9(X)) ) ) ).
fof(a527831,axiom,
! [X] :
( biennial_1(X)
=> ( original_name_2(X,'Biennial')
& user_description_2(X,'A flowering plant that requires two years to complete its life cycle.')
& concept2words_2(X,'biennial plant')
& concept2words_2(X,biennial)
& angiosperm_1(X) ) ) ).
fof(a527832,axiom,
! [X] :
( big_node_1(X)
=> ( original_name_2(X,'Big-Node')
& concept2words_2(X,'big node')
& concept2words_2(X,'big-node')
& thing_1(X) ) ) ).
fof(a527833,axiom,
! [X] :
( bilaterally_symmetrical_animal_1(X)
=> ( original_name_2(X,'Bilaterally-Symmetrical-Animal')
& user_description_2(X,'An animal with bilateral body symmetry is called a bilaterally symmetrical animal.')
& concept2words_2(X,'bilaterally symmetrical animal')
& concept2words_2(X,'bilaterally-symmetrical-animal')
& animal_1(X)
& anterior_posterior_axis_1(fn_bilaterally_symmetrical_animal_1(X))
& dorsal_ventral_axis_1(fn_bilaterally_symmetrical_animal_2(X))
& has_region_2(X,fn_bilaterally_symmetrical_animal_1(X))
& has_region_2(X,fn_bilaterally_symmetrical_animal_2(X)) ) ) ).
fof(a527834,axiom,
! [X] :
( bilaterian_1(X)
=> ( original_name_2(X,'Bilaterian')
& user_description_2(X,'Member of a clade of animals with bilateral symmetry and three germ layers.')
& concept2words_2(X,bilaterian)
& eumetazoan_1(X)
& ~ chordate_1(X)
& ~ invertebrate_1(X)
& ~ radiata_1(X)
& ~ triploblastic_1(X) ) ) ).
fof(a527835,axiom,
! [X] :
( bile_1(X)
=> ( original_name_2(X,'Bile')
& user_description_2(X,'A bitter-tasting mixture of substances produced by the liver and stored in the gallbladder. Bile is secreted into the small intestine to aid in the digestion of fats.')
& concept2words_2(X,bile)
& digestive_fluid_1(X)
& ~ amniotic_fluid_1(X)
& ~ aqueous_humor_1(X)
& ~ cerebrospinal_fluid_1(X)
& ~ colloid_1(X)
& ~ filtrate_1(X)
& ~ gastric_juice_1(X)
& ~ hemolymph_1(X)
& ~ interstitial_fluid_1(X)
& ~ lymph_1(X)
& ~ mucus_1(X)
& ~ plasma_1(X)
& ~ semen_1(X)
& ~ sweat_1(X)
& ~ urine_1(X)
& ~ vitreous_humor_1(X)
& bile_salt_1(fn_bile_1(X))
& water_1(fn_bile_2(X))
& emulsifier_1(fn_bile_3(X))
& entity_1(fn_agent_role_1(fn_bile_3(X)))
& plays_2(fn_bile_1(X),fn_bile_3(X))
& has_solute_2(X,fn_bile_1(X))
& has_solvent_2(X,fn_bile_2(X))
& has_part_2(X,fn_bile_2(X))
& has_part_2(X,fn_bile_1(X))
& fn_bile_1(X) != fn_bile_2(X)
& fn_bile_2(X) != fn_bile_1(X)
& fn_bile_1(X) = fn_agent_role_1(fn_bile_3(X))
& fn_bile_1(X) = fn_solution_5(X)
& fn_bile_2(X) = fn_solution_6(X)
& fn_agent_role_1(fn_bile_3(X)) = fn_solution_5(X)
& fn_solution_5(X) = fn_solution_5(X) ) ) ).
fof(a527836,axiom,
! [X] :
( bile_salt_1(X)
=> ( original_name_2(X,'Bile-Salt')
& user_description_2(X,'Emulsifying agents present in bile which aid in digestion and absorption of lipids.')
& concept2words_2(X,'salt of bile')
& concept2words_2(X,'bile salt')
& concept2words_2(X,'bile-salt')
& chemical_1(X) ) ) ).
fof(a527837,axiom,
! [X] :
( binary_fission_1(X)
=> ( original_name_2(X,'Binary-Fission')
& user_description_2(X,'Binary fission is the form of asexual reproduction and cell division used by all prokaryotes, some protozoa, and some organelles within eukaryotic organisms. It results in the production of two identical daughter cells.')
& concept2words_2(X,'undergo binary fission')
& concept2words_2(X,'fission of binary')
& concept2words_2(X,'binary fission')
& concept2words_2(X,'binary-fission')
& asexual_reproduction_1(X)
& cell_division_1(X)
& ~ mitosis_1(X)
& system_1(fn_binary_fission_2(X))
& grow_1(fn_binary_fission_4(X))
& cell_equator_1(fn_binary_fission_5(X))
& water_1(fn_binary_fission_6(X))
& temperature_value_1(fn_binary_fission_7(X))
& specific_heat_value_1(fn_binary_fission_8(X))
& cell_growth_1(fn_binary_fission_9(X))
& unicellular_organism_1(fn_binary_fission_10(X))
& size_value_1(fn_binary_fission_11(X))
& divide_1(fn_binary_fission_13(X))
& unicellular_organism_1(fn_binary_fission_14(X))
& substance_1(fn_binary_fission_15(X))
& cytosol_1(fn_binary_fission_15(X))
& tangible_entity_1(fn_binary_fission_16(X))
& phospholipid_bilayer_1(fn_binary_fission_16(X))
& surface_1(fn_binary_fission_17(X))
& volume_value_1(fn_binary_fission_18(X))
& ribosome_1(fn_binary_fission_19(X))
& membrane_1(fn_binary_fission_20(X))
& spatial_entity_1(fn_binary_fission_20(X))
& biomembrane_1(fn_binary_fission_20(X))
& plasma_membrane_1(fn_binary_fission_20(X))
& mixture_1(fn_binary_fission_21(X))
& cytoplasm_1(fn_binary_fission_21(X))
& facilitated_diffusion_of_polar_molecule_1(fn_binary_fission_22(X))
& grow_1(fn_binary_fission_23(X))
& daughter_cell_1(fn_binary_fission_24(X))
& parent_cell_1(fn_binary_fission_25(X))
& grow_1(fn_cell_growth_1(fn_binary_fission_9(X)))
& property_node_1(fn_organism_6(fn_binary_fission_10(X)))
& property_node_1(fn_organism_1(fn_binary_fission_10(X)))
& temperature_value_1(fn_organism_2(fn_binary_fission_10(X)))
& specific_heat_value_1(fn_organism_5(fn_binary_fission_10(X)))
& water_1(fn_organism_4(fn_binary_fission_10(X)))
& property_node_1(fn_cell_10(fn_binary_fission_10(X)))
& surface_1(fn_cell_4(fn_binary_fission_10(X)))
& property_node_1(fn_cell_23(fn_binary_fission_10(X)))
& volume_value_1(fn_cell_22(fn_binary_fission_10(X)))
& size_value_1(fn_cell_11(fn_binary_fission_10(X)))
& tangible_entity_1(fn_cell_26(fn_binary_fission_10(X)))
& phospholipid_bilayer_1(fn_cell_26(fn_binary_fission_10(X)))
& mixture_1(fn_cell_28(fn_binary_fission_10(X)))
& cytoplasm_1(fn_cell_28(fn_binary_fission_10(X)))
& substance_1(fn_cell_29(fn_binary_fission_10(X)))
& cytosol_1(fn_cell_29(fn_binary_fission_10(X)))
& ribosome_1(fn_cell_14(fn_binary_fission_10(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_binary_fission_22(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_binary_fission_22(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_binary_fission_22(X)))
& plasma_membrane_1(fn_cell_30(fn_binary_fission_10(X)))
& tangible_entity_1(fn_impair_1(fn_binary_fission_13(X)))
& cell_1(fn_cell_growth_2(fn_binary_fission_9(X)))
& result_2(fn_binary_fission_13(X),fn_binary_fission_14(X))
& called_2(fn_binary_fission_11(X),size_obj)
& object_2(fn_binary_fission_4(X),fn_binary_fission_20(X))
& toward_2(fn_binary_fission_4(X),fn_binary_fission_5(X))
& subevent_2(X,fn_binary_fission_4(X))
& subevent_2(X,fn_binary_fission_9(X))
& base_2(fn_binary_fission_9(X),fn_binary_fission_10(X))
& object_2(fn_binary_fission_13(X),fn_binary_fission_10(X))
& path_2(fn_binary_fission_22(X),fn_binary_fission_20(X))
& base_2(X,fn_binary_fission_10(X))
& agent_2(X,fn_binary_fission_10(X))
& subevent_2(fn_binary_fission_9(X),fn_binary_fission_23(X))
& object_2(fn_binary_fission_23(X),fn_binary_fission_10(X))
& object_2(fn_binary_fission_9(X),fn_binary_fission_10(X))
& in_event_2(fn_binary_fission_24(X),X)
& object_2(X,fn_binary_fission_10(X))
& plays_2(fn_binary_fission_10(X),fn_binary_fission_25(X))
& in_event_2(fn_binary_fission_25(X),X)
& result_2(X,fn_binary_fission_14(X))
& plays_2(fn_binary_fission_14(X),fn_binary_fission_24(X))
& temperature_2(fn_binary_fission_10(X),fn_binary_fission_7(X))
& has_part_2(fn_binary_fission_10(X),fn_binary_fission_6(X))
& specific_heat_2(fn_binary_fission_6(X),fn_binary_fission_8(X))
& correspondence_2(fn_binary_fission_7(X),fn_binary_fission_8(X))
& has_part_2(fn_binary_fission_10(X),fn_binary_fission_20(X))
& volume_2(fn_binary_fission_10(X),fn_binary_fission_18(X))
& has_part_2(fn_binary_fission_10(X),fn_binary_fission_21(X))
& has_region_2(fn_binary_fission_10(X),fn_binary_fission_17(X))
& is_at_2(fn_binary_fission_16(X),fn_binary_fission_17(X))
& size_2(fn_binary_fission_10(X),fn_binary_fission_11(X))
& directly_proportional_2(fn_binary_fission_11(X),fn_binary_fission_18(X))
& has_part_2(fn_binary_fission_10(X),fn_binary_fission_19(X))
& is_inside_2(fn_binary_fission_19(X),fn_binary_fission_15(X))
& has_part_2(fn_binary_fission_21(X),fn_binary_fission_15(X))
& is_inside_2(fn_binary_fission_21(X),fn_binary_fission_20(X))
& has_part_2(fn_binary_fission_20(X),fn_binary_fission_16(X))
& fn_binary_fission_10(X) = fn_impair_1(fn_binary_fission_13(X))
& fn_binary_fission_20(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_binary_fission_22(X))
& fn_binary_fission_10(X) = fn_asexual_reproduction_1(X)
& fn_binary_fission_10(X) = fn_cell_growth_2(fn_binary_fission_9(X))
& fn_binary_fission_23(X) = fn_cell_growth_1(fn_binary_fission_9(X))
& fn_binary_fission_24(X) = fn_cell_division_5(X)
& fn_binary_fission_14(X) = fn_asexual_reproduction_2(X)
& fn_binary_fission_14(X) = fn_cell_division_2(X)
& fn_binary_fission_25(X) = fn_cell_division_6(X)
& fn_binary_fission_10(X) = fn_cell_division_3(X)
& fn_binary_fission_26(X) = fn_organism_6(fn_binary_fission_10(X))
& fn_binary_fission_28(X) = fn_organism_1(fn_binary_fission_10(X))
& fn_binary_fission_7(X) = fn_organism_2(fn_binary_fission_10(X))
& fn_binary_fission_8(X) = fn_organism_5(fn_binary_fission_10(X))
& fn_binary_fission_6(X) = fn_organism_4(fn_binary_fission_10(X))
& fn_binary_fission_12(X) = fn_cell_10(fn_binary_fission_10(X))
& fn_binary_fission_17(X) = fn_cell_4(fn_binary_fission_10(X))
& fn_binary_fission_27(X) = fn_cell_23(fn_binary_fission_10(X))
& fn_binary_fission_18(X) = fn_cell_22(fn_binary_fission_10(X))
& fn_binary_fission_11(X) = fn_cell_11(fn_binary_fission_10(X))
& fn_binary_fission_16(X) = fn_cell_26(fn_binary_fission_10(X))
& fn_binary_fission_20(X) = fn_cell_30(fn_binary_fission_10(X))
& fn_binary_fission_21(X) = fn_cell_28(fn_binary_fission_10(X))
& fn_binary_fission_15(X) = fn_cell_29(fn_binary_fission_10(X))
& fn_binary_fission_19(X) = fn_cell_14(fn_binary_fission_10(X))
& fn_cell_division_2(X) = fn_asexual_reproduction_2(X)
& fn_asexual_reproduction_2(X) = fn_cell_division_2(X)
& fn_cell_division_2(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_binary_fission_22(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_binary_fission_22(X)) = fn_cell_30(fn_binary_fission_10(X))
& fn_cell_30(fn_binary_fission_10(X)) = fn_cell_30(fn_binary_fission_10(X))
& fn_cell_30(fn_binary_fission_10(X)) = fn_impair_1(fn_binary_fission_13(X))
& fn_impair_1(fn_binary_fission_13(X)) = fn_asexual_reproduction_1(X)
& fn_asexual_reproduction_1(X) = fn_asexual_reproduction_1(X)
& fn_asexual_reproduction_1(X) = fn_cell_growth_2(fn_binary_fission_9(X))
& fn_cell_growth_2(fn_binary_fission_9(X)) = fn_cell_growth_2(fn_binary_fission_9(X))
& fn_cell_growth_2(fn_binary_fission_9(X)) = fn_cell_division_3(X)
& fn_cell_division_3(X) = fn_cell_division_3(X) ) ) ).
fof(a527838,axiom,
! [X] :
( binary_fission_in_amoeba_1(X)
=> ( original_name_2(X,'Binary-Fission-In-Amoeba')
& user_description_2(X,'Type of cellular division in amoebas which produces two identical daughter cells.')
& concept2words_2(X,'binary fission in amoeba')
& concept2words_2(X,'binary-fission-in-amoeba')
& binary_fission_1(X)
& prophase_1(fn_binary_fission_in_amoeba_1(X))
& chromosome_1(fn_binary_fission_in_amoeba_2(X))
& eukaryotic_chromosome_1(fn_binary_fission_in_amoeba_2(X))
& homologous_chromosome_1(fn_binary_fission_in_amoeba_2(X))
& cytoskeleton_1(fn_binary_fission_in_amoeba_3(X))
& move_1(fn_binary_fission_in_amoeba_4(X))
& tangible_entity_1(fn_binary_fission_in_amoeba_5(X))
& eukaryotic_cell_1(fn_binary_fission_in_amoeba_5(X))
& cell_1(fn_binary_fission_in_amoeba_5(X))
& cell_growth_1(fn_binary_fission_in_amoeba_10(X))
& size_value_1(fn_binary_fission_in_amoeba_11(X))
& volume_value_1(fn_binary_fission_in_amoeba_12(X))
& water_1(fn_binary_fission_in_amoeba_13(X))
& grow_1(fn_binary_fission_in_amoeba_14(X))
& impair_1(fn_binary_fission_in_amoeba_15(X))
& divide_1(fn_binary_fission_in_amoeba_15(X))
& temperature_value_1(fn_binary_fission_in_amoeba_16(X))
& specific_heat_value_1(fn_binary_fission_in_amoeba_17(X))
& parent_cell_1(fn_binary_fission_in_amoeba_18(X))
& daughter_cell_1(fn_binary_fission_in_amoeba_19(X))
& divide_1(fn_binary_fission_in_amoeba_20(X))
& mitosis_1(fn_binary_fission_in_amoeba_21(X))
& synthesis_reaction_1(fn_binary_fission_in_amoeba_22(X))
& chemical_reaction_1(fn_binary_fission_in_amoeba_22(X))
& anabolic_pathway_1(fn_binary_fission_in_amoeba_22(X))
& endergonic_reaction_1(fn_binary_fission_in_amoeba_22(X))
& metabolic_pathway_1(fn_binary_fission_in_amoeba_22(X))
& synthesis_of_lipid_1(fn_binary_fission_in_amoeba_22(X))
& surface_1(fn_binary_fission_in_amoeba_23(X))
& endoplasmic_reticulum_1(fn_binary_fission_in_amoeba_24(X))
& smooth_endoplasmic_reticulum_1(fn_binary_fission_in_amoeba_24(X))
& membrane_1(fn_binary_fission_in_amoeba_25(X))
& tangible_entity_1(fn_binary_fission_in_amoeba_25(X))
& spatial_entity_1(fn_binary_fission_in_amoeba_25(X))
& biomembrane_1(fn_binary_fission_in_amoeba_25(X))
& plasma_membrane_1(fn_binary_fission_in_amoeba_25(X))
& spatial_entity_1(fn_binary_fission_in_amoeba_26(X))
& lysosome_1(fn_binary_fission_in_amoeba_26(X))
& golgi_apparatus_1(fn_binary_fission_in_amoeba_27(X))
& peroxisome_1(fn_binary_fission_in_amoeba_28(X))
& eukaryotic_ribosome_1(fn_binary_fission_in_amoeba_29(X))
& tangible_entity_1(fn_binary_fission_in_amoeba_30(X))
& nucleus_1(fn_binary_fission_in_amoeba_30(X))
& substance_1(fn_binary_fission_in_amoeba_31(X))
& cytosol_1(fn_binary_fission_in_amoeba_31(X))
& tangible_entity_1(fn_binary_fission_in_amoeba_32(X))
& phospholipid_bilayer_1(fn_binary_fission_in_amoeba_32(X))
& amoeba_1(fn_binary_fission_in_amoeba_33(X))
& spatial_entity_1(fn_binary_fission_in_amoeba_34(X))
& tangible_entity_1(fn_binary_fission_in_amoeba_34(X))
& eukaryotic_cell_1(fn_binary_fission_in_amoeba_34(X))
& cell_1(fn_binary_fission_in_amoeba_34(X))
& unicellular_organism_1(fn_binary_fission_in_amoeba_34(X))
& protist_cell_1(fn_binary_fission_in_amoeba_34(X))
& amoeba_1(fn_binary_fission_in_amoeba_34(X))
& grow_1(fn_binary_fission_in_amoeba_35(X))
& suspension_1(fn_binary_fission_in_amoeba_36(X))
& colloid_1(fn_binary_fission_in_amoeba_36(X))
& mixture_1(fn_binary_fission_in_amoeba_36(X))
& cytoplasm_1(fn_binary_fission_in_amoeba_36(X))
& cytoskeleton_1(fn_cell_2(fn_binary_fission_in_amoeba_34(X)))
& peroxisome_1(fn_eukaryotic_cell_61(fn_binary_fission_in_amoeba_34(X)))
& tangible_entity_1(fn_mitosis_45(fn_binary_fission_in_amoeba_21(X)))
& eukaryotic_cell_1(fn_mitosis_45(fn_binary_fission_in_amoeba_21(X)))
& cell_1(fn_mitosis_45(fn_binary_fission_in_amoeba_21(X)))
& prophase_1(fn_mitosis_35(fn_binary_fission_in_amoeba_21(X)))
& property_node_1(fn_amoeba_37(fn_binary_fission_in_amoeba_34(X)))
& property_node_1(fn_amoeba_39(fn_binary_fission_in_amoeba_34(X)))
& property_node_1(fn_amoeba_36(fn_binary_fission_in_amoeba_34(X)))
& property_node_1(fn_amoeba_38(fn_binary_fission_in_amoeba_34(X)))
& volume_value_1(fn_amoeba_16(fn_binary_fission_in_amoeba_34(X)))
& size_value_1(fn_amoeba_14(fn_binary_fission_in_amoeba_34(X)))
& surface_1(fn_amoeba_15(fn_binary_fission_in_amoeba_34(X)))
& water_1(fn_amoeba_8(fn_binary_fission_in_amoeba_34(X)))
& specific_heat_value_1(fn_amoeba_10(fn_binary_fission_in_amoeba_34(X)))
& temperature_value_1(fn_amoeba_9(fn_binary_fission_in_amoeba_34(X)))
& spatial_entity_1(fn_amoeba_52(fn_binary_fission_in_amoeba_34(X)))
& lysosome_1(fn_amoeba_52(fn_binary_fission_in_amoeba_34(X)))
& tangible_entity_1(fn_amoeba_13(fn_binary_fission_in_amoeba_34(X)))
& phospholipid_bilayer_1(fn_amoeba_13(fn_binary_fission_in_amoeba_34(X)))
& chromosome_1(fn_protist_cell_19(fn_binary_fission_in_amoeba_34(X)))
& eukaryotic_chromosome_1(fn_protist_cell_19(fn_binary_fission_in_amoeba_34(X)))
& homologous_chromosome_1(fn_mitosis_34(fn_binary_fission_in_amoeba_21(X)))
& tangible_entity_1(fn_protist_cell_24(fn_binary_fission_in_amoeba_34(X)))
& nucleus_1(fn_protist_cell_24(fn_binary_fission_in_amoeba_34(X)))
& tangible_entity_1(fn_mitosis_32(fn_binary_fission_in_amoeba_21(X)))
& nucleus_1(fn_mitosis_32(fn_binary_fission_in_amoeba_21(X)))
& tangible_entity_1(fn_amoeba_26(fn_binary_fission_in_amoeba_34(X)))
& nucleus_1(fn_amoeba_26(fn_binary_fission_in_amoeba_34(X)))
& eukaryotic_ribosome_1(fn_protist_cell_30(fn_binary_fission_in_amoeba_34(X)))
& eukaryotic_ribosome_1(fn_amoeba_17(fn_binary_fission_in_amoeba_34(X)))
& golgi_apparatus_1(fn_mitosis_3(fn_binary_fission_in_amoeba_21(X)))
& golgi_apparatus_1(fn_amoeba_7(fn_binary_fission_in_amoeba_34(X)))
& cytosol_1(fn_peroxisome_40(fn_binary_fission_in_amoeba_28(X)))
& substance_1(fn_mitosis_33(fn_binary_fission_in_amoeba_21(X)))
& cytosol_1(fn_mitosis_33(fn_binary_fission_in_amoeba_21(X)))
& substance_1(fn_protist_cell_29(fn_binary_fission_in_amoeba_34(X)))
& cytosol_1(fn_protist_cell_29(fn_binary_fission_in_amoeba_34(X)))
& substance_1(fn_amoeba_21(fn_binary_fission_in_amoeba_34(X)))
& cytosol_1(fn_amoeba_21(fn_binary_fission_in_amoeba_34(X)))
& mixture_1(fn_protist_cell_35(fn_binary_fission_in_amoeba_34(X)))
& cytoplasm_1(fn_protist_cell_35(fn_binary_fission_in_amoeba_34(X)))
& suspension_1(fn_amoeba_19(fn_binary_fission_in_amoeba_34(X)))
& colloid_1(fn_amoeba_19(fn_binary_fission_in_amoeba_34(X)))
& mixture_1(fn_amoeba_19(fn_binary_fission_in_amoeba_34(X)))
& cytoplasm_1(fn_amoeba_19(fn_binary_fission_in_amoeba_34(X)))
& tangible_entity_1(fn_amoeba_18(fn_binary_fission_in_amoeba_34(X)))
& spatial_entity_1(fn_amoeba_18(fn_binary_fission_in_amoeba_34(X)))
& biomembrane_1(fn_amoeba_18(fn_binary_fission_in_amoeba_34(X)))
& plasma_membrane_1(fn_amoeba_18(fn_binary_fission_in_amoeba_34(X)))
& synthesis_reaction_1(fn_protist_cell_28(fn_binary_fission_in_amoeba_34(X)))
& chemical_reaction_1(fn_protist_cell_28(fn_binary_fission_in_amoeba_34(X)))
& anabolic_pathway_1(fn_protist_cell_28(fn_binary_fission_in_amoeba_34(X)))
& synthesis_of_lipid_1(fn_protist_cell_28(fn_binary_fission_in_amoeba_34(X)))
& synthesis_reaction_1(fn_amoeba_23(fn_binary_fission_in_amoeba_34(X)))
& chemical_reaction_1(fn_amoeba_23(fn_binary_fission_in_amoeba_34(X)))
& anabolic_pathway_1(fn_amoeba_23(fn_binary_fission_in_amoeba_34(X)))
& endergonic_reaction_1(fn_amoeba_23(fn_binary_fission_in_amoeba_34(X)))
& metabolic_pathway_1(fn_amoeba_23(fn_binary_fission_in_amoeba_34(X)))
& synthesis_of_lipid_1(fn_amoeba_23(fn_binary_fission_in_amoeba_34(X)))
& smooth_endoplasmic_reticulum_1(fn_protist_cell_23(fn_binary_fission_in_amoeba_34(X)))
& endoplasmic_reticulum_1(fn_amoeba_24(fn_binary_fission_in_amoeba_34(X)))
& smooth_endoplasmic_reticulum_1(fn_amoeba_24(fn_binary_fission_in_amoeba_34(X)))
& spatial_entity_1(fn_move_1(fn_binary_fission_in_amoeba_4(X)))
& tangible_entity_1(fn_impair_1(fn_binary_fission_in_amoeba_15(X)))
& eukaryotic_cell_1(fn_mitosis_31(fn_binary_fission_in_amoeba_21(X)))
& cell_1(fn_mitosis_31(fn_binary_fission_in_amoeba_21(X)))
& next_event_2(fn_binary_fission_in_amoeba_35(X),fn_binary_fission_in_amoeba_20(X))
& first_subevent_2(X,fn_binary_fission_in_amoeba_10(X))
& subevent_2(X,fn_binary_fission_in_amoeba_20(X))
& subevent_2(X,fn_binary_fission_in_amoeba_21(X))
& is_inside_2(fn_binary_fission_in_amoeba_26(X),fn_binary_fission_in_amoeba_31(X))
& next_event_2(fn_binary_fission_in_amoeba_21(X),fn_binary_fission_in_amoeba_35(X))
& exactCardinality(fn_binary_fission_in_amoeba_20(X),result_0,"2",amoeba_0)
& result_2(fn_binary_fission_in_amoeba_20(X),fn_binary_fission_in_amoeba_33(X))
& called_2(fn_binary_fission_in_amoeba_11(X),size_obj)
& next_event_2(fn_binary_fission_in_amoeba_10(X),fn_binary_fission_in_amoeba_21(X))
& agent_2(fn_binary_fission_in_amoeba_4(X),fn_binary_fission_in_amoeba_3(X))
& object_2(fn_binary_fission_in_amoeba_4(X),fn_binary_fission_in_amoeba_34(X))
& object_2(fn_binary_fission_in_amoeba_15(X),fn_binary_fission_in_amoeba_34(X))
& result_2(fn_binary_fission_in_amoeba_15(X),fn_binary_fission_in_amoeba_33(X))
& result_2(X,fn_binary_fission_in_amoeba_33(X))
& plays_2(fn_binary_fission_in_amoeba_33(X),fn_binary_fission_in_amoeba_19(X))
& is_inside_2(fn_binary_fission_in_amoeba_28(X),fn_binary_fission_in_amoeba_31(X))
& has_part_2(fn_binary_fission_in_amoeba_34(X),fn_binary_fission_in_amoeba_3(X))
& has_part_2(fn_binary_fission_in_amoeba_34(X),fn_binary_fission_in_amoeba_28(X))
& has_state_2(fn_binary_fission_in_amoeba_34(X),fn_binary_fission_in_amoeba_5(X))
& base_2(fn_binary_fission_in_amoeba_1(X),fn_binary_fission_in_amoeba_34(X))
& base_2(fn_binary_fission_in_amoeba_21(X),fn_binary_fission_in_amoeba_34(X))
& has_part_2(fn_binary_fission_in_amoeba_34(X),fn_binary_fission_in_amoeba_2(X))
& object_2(fn_binary_fission_in_amoeba_20(X),fn_binary_fission_in_amoeba_34(X))
& object_2(fn_binary_fission_in_amoeba_14(X),fn_binary_fission_in_amoeba_34(X))
& base_2(X,fn_binary_fission_in_amoeba_34(X))
& in_event_2(fn_binary_fission_in_amoeba_19(X),X)
& base_2(fn_binary_fission_in_amoeba_10(X),fn_binary_fission_in_amoeba_34(X))
& agent_2(X,fn_binary_fission_in_amoeba_34(X))
& object_2(fn_binary_fission_in_amoeba_10(X),fn_binary_fission_in_amoeba_34(X))
& subevent_2(X,fn_binary_fission_in_amoeba_35(X))
& object_2(fn_binary_fission_in_amoeba_35(X),fn_binary_fission_in_amoeba_25(X))
& object_2(X,fn_binary_fission_in_amoeba_34(X))
& plays_2(fn_binary_fission_in_amoeba_34(X),fn_binary_fission_in_amoeba_18(X))
& in_event_2(fn_binary_fission_in_amoeba_18(X),X)
& subevent_2(X,fn_binary_fission_in_amoeba_10(X))
& subevent_2(fn_binary_fission_in_amoeba_10(X),fn_binary_fission_in_amoeba_14(X))
& result_2(fn_binary_fission_in_amoeba_1(X),fn_binary_fission_in_amoeba_5(X))
& subevent_2(fn_binary_fission_in_amoeba_21(X),fn_binary_fission_in_amoeba_1(X))
& first_subevent_2(fn_binary_fission_in_amoeba_21(X),fn_binary_fission_in_amoeba_1(X))
& object_2(fn_binary_fission_in_amoeba_21(X),fn_binary_fission_in_amoeba_30(X))
& is_inside_2(fn_binary_fission_in_amoeba_2(X),fn_binary_fission_in_amoeba_30(X))
& site_2(fn_binary_fission_in_amoeba_22(X),fn_binary_fission_in_amoeba_24(X))
& volume_2(fn_binary_fission_in_amoeba_34(X),fn_binary_fission_in_amoeba_12(X))
& is_at_2(fn_binary_fission_in_amoeba_32(X),fn_binary_fission_in_amoeba_23(X))
& has_region_2(fn_binary_fission_in_amoeba_34(X),fn_binary_fission_in_amoeba_23(X))
& size_2(fn_binary_fission_in_amoeba_34(X),fn_binary_fission_in_amoeba_11(X))
& directly_proportional_2(fn_binary_fission_in_amoeba_11(X),fn_binary_fission_in_amoeba_12(X))
& temperature_2(fn_binary_fission_in_amoeba_34(X),fn_binary_fission_in_amoeba_16(X))
& correspondence_2(fn_binary_fission_in_amoeba_16(X),fn_binary_fission_in_amoeba_17(X))
& specific_heat_2(fn_binary_fission_in_amoeba_13(X),fn_binary_fission_in_amoeba_17(X))
& has_part_2(fn_binary_fission_in_amoeba_34(X),fn_binary_fission_in_amoeba_13(X))
& has_part_2(fn_binary_fission_in_amoeba_34(X),fn_binary_fission_in_amoeba_36(X))
& is_inside_2(fn_binary_fission_in_amoeba_29(X),fn_binary_fission_in_amoeba_31(X))
& has_part_2(fn_binary_fission_in_amoeba_34(X),fn_binary_fission_in_amoeba_29(X))
& has_part_2(fn_binary_fission_in_amoeba_34(X),fn_binary_fission_in_amoeba_30(X))
& is_inside_2(fn_binary_fission_in_amoeba_30(X),fn_binary_fission_in_amoeba_31(X))
& is_inside_2(fn_binary_fission_in_amoeba_24(X),fn_binary_fission_in_amoeba_31(X))
& is_inside_2(fn_binary_fission_in_amoeba_36(X),fn_binary_fission_in_amoeba_25(X))
& has_part_2(fn_binary_fission_in_amoeba_36(X),fn_binary_fission_in_amoeba_31(X))
& is_inside_2(fn_binary_fission_in_amoeba_27(X),fn_binary_fission_in_amoeba_31(X))
& has_part_2(fn_binary_fission_in_amoeba_34(X),fn_binary_fission_in_amoeba_27(X))
& has_part_2(fn_binary_fission_in_amoeba_34(X),fn_binary_fission_in_amoeba_26(X))
& has_part_2(fn_binary_fission_in_amoeba_34(X),fn_binary_fission_in_amoeba_24(X))
& has_function_2(fn_binary_fission_in_amoeba_24(X),fn_binary_fission_in_amoeba_22(X))
& base_2(fn_binary_fission_in_amoeba_22(X),fn_binary_fission_in_amoeba_34(X))
& has_part_2(fn_binary_fission_in_amoeba_34(X),fn_binary_fission_in_amoeba_25(X))
& has_part_2(fn_binary_fission_in_amoeba_25(X),fn_binary_fission_in_amoeba_32(X))
& fn_binary_fission_in_amoeba_34(X) = fn_move_1(fn_binary_fission_in_amoeba_4(X))
& fn_binary_fission_in_amoeba_34(X) = fn_impair_1(fn_binary_fission_in_amoeba_15(X))
& fn_binary_fission_in_amoeba_15(X) = fn_binary_fission_13(X)
& fn_binary_fission_in_amoeba_33(X) = fn_cell_division_2(X)
& fn_binary_fission_in_amoeba_33(X) = fn_binary_fission_14(X)
& fn_binary_fission_in_amoeba_31(X) = fn_peroxisome_40(fn_binary_fission_in_amoeba_28(X))
& fn_binary_fission_in_amoeba_3(X) = fn_cell_2(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_28(X) = fn_eukaryotic_cell_61(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_20(X) = fn_binary_fission_13(X)
& fn_binary_fission_in_amoeba_19(X) = fn_binary_fission_24(X)
& fn_binary_fission_in_amoeba_25(X) = fn_binary_fission_20(X)
& fn_binary_fission_in_amoeba_35(X) = fn_binary_fission_4(X)
& fn_binary_fission_in_amoeba_14(X) = fn_binary_fission_23(X)
& fn_binary_fission_in_amoeba_10(X) = fn_binary_fission_9(X)
& fn_binary_fission_in_amoeba_18(X) = fn_binary_fission_25(X)
& fn_binary_fission_in_amoeba_34(X) = fn_binary_fission_10(X)
& fn_binary_fission_in_amoeba_5(X) = fn_mitosis_45(fn_binary_fission_in_amoeba_21(X))
& fn_binary_fission_in_amoeba_2(X) = fn_protist_cell_19(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_2(X) = fn_mitosis_34(fn_binary_fission_in_amoeba_21(X))
& fn_binary_fission_in_amoeba_1(X) = fn_mitosis_35(fn_binary_fission_in_amoeba_21(X))
& fn_binary_fission_in_amoeba_9(X) = fn_amoeba_37(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_7(X) = fn_amoeba_39(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_6(X) = fn_amoeba_36(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_8(X) = fn_amoeba_38(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_12(X) = fn_amoeba_16(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_11(X) = fn_amoeba_14(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_23(X) = fn_amoeba_15(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_13(X) = fn_amoeba_8(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_17(X) = fn_amoeba_10(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_16(X) = fn_amoeba_9(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_30(X) = fn_mitosis_32(fn_binary_fission_in_amoeba_21(X))
& fn_binary_fission_in_amoeba_30(X) = fn_protist_cell_24(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_30(X) = fn_amoeba_26(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_29(X) = fn_protist_cell_30(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_29(X) = fn_amoeba_17(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_26(X) = fn_amoeba_52(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_34(X) = fn_mitosis_31(fn_binary_fission_in_amoeba_21(X))
& fn_binary_fission_in_amoeba_27(X) = fn_mitosis_3(fn_binary_fission_in_amoeba_21(X))
& fn_binary_fission_in_amoeba_31(X) = fn_mitosis_33(fn_binary_fission_in_amoeba_21(X))
& fn_binary_fission_in_amoeba_27(X) = fn_amoeba_7(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_36(X) = fn_protist_cell_35(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_31(X) = fn_protist_cell_29(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_31(X) = fn_amoeba_21(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_36(X) = fn_amoeba_19(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_32(X) = fn_amoeba_13(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_25(X) = fn_amoeba_18(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_24(X) = fn_protist_cell_23(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_22(X) = fn_protist_cell_28(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_22(X) = fn_amoeba_23(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_in_amoeba_24(X) = fn_amoeba_24(fn_binary_fission_in_amoeba_34(X))
& fn_binary_fission_14(X) = fn_binary_fission_14(X)
& fn_binary_fission_14(X) = fn_cell_division_2(X)
& fn_cell_division_2(X) = fn_binary_fission_14(X)
& fn_binary_fission_14(X) = fn_protist_cell_19(fn_binary_fission_in_amoeba_34(X))
& fn_protist_cell_19(fn_binary_fission_in_amoeba_34(X)) = fn_protist_cell_19(fn_binary_fission_in_amoeba_34(X))
& fn_protist_cell_19(fn_binary_fission_in_amoeba_34(X)) = fn_mitosis_34(fn_binary_fission_in_amoeba_21(X))
& fn_mitosis_34(fn_binary_fission_in_amoeba_21(X)) = fn_protist_cell_24(fn_binary_fission_in_amoeba_34(X))
& fn_mitosis_32(fn_binary_fission_in_amoeba_21(X)) = fn_protist_cell_24(fn_binary_fission_in_amoeba_34(X))
& fn_protist_cell_24(fn_binary_fission_in_amoeba_34(X)) = fn_mitosis_32(fn_binary_fission_in_amoeba_21(X))
& fn_mitosis_32(fn_binary_fission_in_amoeba_21(X)) = fn_mitosis_32(fn_binary_fission_in_amoeba_21(X))
& fn_amoeba_26(fn_binary_fission_in_amoeba_34(X)) = fn_mitosis_32(fn_binary_fission_in_amoeba_21(X))
& fn_mitosis_32(fn_binary_fission_in_amoeba_21(X)) = fn_amoeba_26(fn_binary_fission_in_amoeba_34(X))
& fn_amoeba_26(fn_binary_fission_in_amoeba_34(X)) = fn_protist_cell_30(fn_binary_fission_in_amoeba_34(X))
& fn_amoeba_17(fn_binary_fission_in_amoeba_34(X)) = fn_protist_cell_30(fn_binary_fission_in_amoeba_34(X))
& fn_protist_cell_30(fn_binary_fission_in_amoeba_34(X)) = fn_amoeba_17(fn_binary_fission_in_amoeba_34(X))
& fn_amoeba_17(fn_binary_fission_in_amoeba_34(X)) = fn_mitosis_3(fn_binary_fission_in_amoeba_21(X))
& fn_amoeba_7(fn_binary_fission_in_amoeba_34(X)) = fn_mitosis_3(fn_binary_fission_in_amoeba_21(X))
& fn_mitosis_3(fn_binary_fission_in_amoeba_21(X)) = fn_amoeba_7(fn_binary_fission_in_amoeba_34(X))
& fn_amoeba_7(fn_binary_fission_in_amoeba_34(X)) = fn_peroxisome_40(fn_binary_fission_in_amoeba_28(X))
& fn_peroxisome_40(fn_binary_fission_in_amoeba_28(X)) = fn_mitosis_33(fn_binary_fission_in_amoeba_21(X))
& fn_mitosis_33(fn_binary_fission_in_amoeba_21(X)) = fn_mitosis_33(fn_binary_fission_in_amoeba_21(X))
& fn_protist_cell_29(fn_binary_fission_in_amoeba_34(X)) = fn_protist_cell_29(fn_binary_fission_in_amoeba_34(X))
& fn_protist_cell_29(fn_binary_fission_in_amoeba_34(X)) = fn_mitosis_33(fn_binary_fission_in_amoeba_21(X))
& fn_mitosis_33(fn_binary_fission_in_amoeba_21(X)) = fn_protist_cell_29(fn_binary_fission_in_amoeba_34(X))
& fn_amoeba_21(fn_binary_fission_in_amoeba_34(X)) = fn_amoeba_21(fn_binary_fission_in_amoeba_34(X))
& fn_amoeba_21(fn_binary_fission_in_amoeba_34(X)) = fn_protist_cell_29(fn_binary_fission_in_amoeba_34(X))
& fn_protist_cell_29(fn_binary_fission_in_amoeba_34(X)) = fn_amoeba_21(fn_binary_fission_in_amoeba_34(X))
& fn_amoeba_21(fn_binary_fission_in_amoeba_34(X)) = fn_protist_cell_35(fn_binary_fission_in_amoeba_34(X))
& fn_amoeba_19(fn_binary_fission_in_amoeba_34(X)) = fn_protist_cell_35(fn_binary_fission_in_amoeba_34(X))
& fn_protist_cell_35(fn_binary_fission_in_amoeba_34(X)) = fn_amoeba_19(fn_binary_fission_in_amoeba_34(X))
& fn_amoeba_19(fn_binary_fission_in_amoeba_34(X)) = fn_amoeba_19(fn_binary_fission_in_amoeba_34(X))
& fn_amoeba_19(fn_binary_fission_in_amoeba_34(X)) = fn_binary_fission_20(X)
& fn_binary_fission_20(X) = fn_amoeba_18(fn_binary_fission_in_amoeba_34(X))
& fn_amoeba_18(fn_binary_fission_in_amoeba_34(X)) = fn_amoeba_18(fn_binary_fission_in_amoeba_34(X))
& fn_amoeba_18(fn_binary_fission_in_amoeba_34(X)) = fn_protist_cell_28(fn_binary_fission_in_amoeba_34(X))
& fn_amoeba_23(fn_binary_fission_in_amoeba_34(X)) = fn_protist_cell_28(fn_binary_fission_in_amoeba_34(X))
& fn_protist_cell_28(fn_binary_fission_in_amoeba_34(X)) = fn_amoeba_23(fn_binary_fission_in_amoeba_34(X))
& fn_amoeba_23(fn_binary_fission_in_amoeba_34(X)) = fn_protist_cell_23(fn_binary_fission_in_amoeba_34(X))
& fn_amoeba_24(fn_binary_fission_in_amoeba_34(X)) = fn_protist_cell_23(fn_binary_fission_in_amoeba_34(X))
& fn_protist_cell_23(fn_binary_fission_in_amoeba_34(X)) = fn_amoeba_24(fn_binary_fission_in_amoeba_34(X))
& fn_amoeba_24(fn_binary_fission_in_amoeba_34(X)) = fn_amoeba_24(fn_binary_fission_in_amoeba_34(X))
& fn_amoeba_24(fn_binary_fission_in_amoeba_34(X)) = fn_move_1(fn_binary_fission_in_amoeba_4(X))
& fn_move_1(fn_binary_fission_in_amoeba_4(X)) = fn_impair_1(fn_binary_fission_in_amoeba_15(X))
& fn_impair_1(fn_binary_fission_in_amoeba_15(X)) = fn_impair_1(fn_binary_fission_in_amoeba_15(X))
& fn_impair_1(fn_binary_fission_in_amoeba_15(X)) = fn_mitosis_31(fn_binary_fission_in_amoeba_21(X))
& fn_mitosis_31(fn_binary_fission_in_amoeba_21(X)) = fn_binary_fission_10(X)
& fn_binary_fission_10(X) = fn_binary_fission_10(X)
& fn_binary_fission_10(X) = fn_mitosis_31(fn_binary_fission_in_amoeba_21(X))
& fn_mitosis_31(fn_binary_fission_in_amoeba_21(X)) = fn_mitosis_31(fn_binary_fission_in_amoeba_21(X)) ) ) ).
fof(a527839,axiom,
! [X] :
( binary_fission_in_prokaryote_1(X)
=> ( original_name_2(X,'Binary-Fission-In-Prokaryote')
& user_description_2(X,'Binary fission is the form of asexual reproduction and cell division used by all prokaryotes. It results in the production of two identical prokaryote daughter cells.')
& concept2words_2(X,'binary fission in prokaryote')
& concept2words_2(X,'binary-fission-in-prokaryote')
& binary_fission_1(X)
& dna_replication_in_prokaryotes_1(fn_binary_fission_in_prokaryote_1(X))
& cell_growth_1(fn_binary_fission_in_prokaryote_2(X))
& daughter_cell_1(fn_binary_fission_in_prokaryote_3(X))
& binary_fission_1(fn_binary_fission_in_prokaryote_4(X))
& cell_division_1(fn_binary_fission_in_prokaryote_5(X))
& binary_fission_1(fn_binary_fission_in_prokaryote_5(X))
& prokaryote_1(fn_binary_fission_in_prokaryote_6(X))
& prokaryote_1(fn_binary_fission_in_prokaryote_7(X))
& grow_1(fn_binary_fission_in_prokaryote_8(X))
& divide_1(fn_binary_fission_in_prokaryote_9(X))
& cell_elongation_1(fn_binary_fission_in_prokaryote_10(X))
& divide_1(fn_binary_fission_13(fn_binary_fission_in_prokaryote_5(X)))
& daughter_cell_1(fn_binary_fission_24(fn_binary_fission_in_prokaryote_5(X)))
& grow_1(fn_binary_fission_23(fn_binary_fission_in_prokaryote_4(X)))
& daughter_cell_1(fn_binary_fission_24(fn_binary_fission_in_prokaryote_4(X)))
& grow_1(fn_binary_fission_4(fn_binary_fission_in_prokaryote_5(X)))
& cell_growth_1(fn_binary_fission_9(fn_binary_fission_in_prokaryote_5(X)))
& unicellular_organism_1(fn_binary_fission_10(fn_binary_fission_in_prokaryote_5(X)))
& cell_growth_1(fn_binary_fission_9(fn_binary_fission_in_prokaryote_4(X)))
& unicellular_organism_1(fn_binary_fission_10(fn_binary_fission_in_prokaryote_4(X)))
& cell_1(fn_cell_division_2(fn_binary_fission_in_prokaryote_4(X)))
& unicellular_organism_1(fn_binary_fission_14(fn_binary_fission_in_prokaryote_4(X)))
& cell_1(fn_cell_division_2(fn_binary_fission_in_prokaryote_5(X)))
& unicellular_organism_1(fn_binary_fission_14(fn_binary_fission_in_prokaryote_5(X)))
& next_event_2(fn_binary_fission_in_prokaryote_8(X),fn_binary_fission_in_prokaryote_9(X))
& first_subevent_2(X,fn_binary_fission_in_prokaryote_2(X))
& exactCardinality(X,subevent_0,"0",mitosis_0)
& subevent_2(X,fn_binary_fission_in_prokaryote_9(X))
& subevent_2(X,fn_binary_fission_in_prokaryote_1(X))
& next_event_2(fn_binary_fission_in_prokaryote_1(X),fn_binary_fission_in_prokaryote_8(X))
& next_event_2(fn_binary_fission_in_prokaryote_2(X),fn_binary_fission_in_prokaryote_1(X))
& agent_2(fn_binary_fission_in_prokaryote_5(X),fn_binary_fission_in_prokaryote_7(X))
& result_2(fn_binary_fission_in_prokaryote_4(X),fn_binary_fission_in_prokaryote_6(X))
& result_2(X,fn_binary_fission_in_prokaryote_6(X))
& result_2(fn_binary_fission_in_prokaryote_9(X),fn_binary_fission_in_prokaryote_6(X))
& object_2(fn_binary_fission_in_prokaryote_5(X),fn_binary_fission_in_prokaryote_7(X))
& base_2(fn_binary_fission_in_prokaryote_5(X),fn_binary_fission_in_prokaryote_7(X))
& result_2(fn_binary_fission_in_prokaryote_5(X),fn_binary_fission_in_prokaryote_6(X))
& plays_2(fn_binary_fission_in_prokaryote_6(X),fn_binary_fission_in_prokaryote_3(X))
& object_2(fn_binary_fission_in_prokaryote_4(X),fn_binary_fission_in_prokaryote_7(X))
& base_2(fn_binary_fission_in_prokaryote_4(X),fn_binary_fission_in_prokaryote_7(X))
& agent_2(fn_binary_fission_in_prokaryote_4(X),fn_binary_fission_in_prokaryote_7(X))
& object_2(fn_binary_fission_in_prokaryote_10(X),fn_binary_fission_in_prokaryote_7(X))
& subevent_2(fn_binary_fission_in_prokaryote_2(X),fn_binary_fission_in_prokaryote_10(X))
& in_event_2(fn_binary_fission_in_prokaryote_3(X),X)
& agent_2(X,fn_binary_fission_in_prokaryote_7(X))
& subevent_2(X,fn_binary_fission_in_prokaryote_2(X))
& object_2(fn_binary_fission_in_prokaryote_9(X),fn_binary_fission_in_prokaryote_7(X))
& object_2(X,fn_binary_fission_in_prokaryote_7(X))
& object_2(fn_binary_fission_in_prokaryote_2(X),fn_binary_fission_in_prokaryote_7(X))
& base_2(fn_binary_fission_in_prokaryote_2(X),fn_binary_fission_in_prokaryote_7(X))
& base_2(X,fn_binary_fission_in_prokaryote_7(X))
& subevent_2(X,fn_binary_fission_in_prokaryote_8(X))
& fn_binary_fission_in_prokaryote_6(X) = fn_cell_division_2(fn_binary_fission_in_prokaryote_4(X))
& fn_binary_fission_in_prokaryote_6(X) = fn_cell_division_2(X)
& fn_binary_fission_in_prokaryote_9(X) = fn_binary_fission_13(fn_binary_fission_in_prokaryote_5(X))
& fn_binary_fission_in_prokaryote_6(X) = fn_binary_fission_14(fn_binary_fission_in_prokaryote_4(X))
& fn_binary_fission_in_prokaryote_6(X) = fn_binary_fission_14(X)
& fn_binary_fission_in_prokaryote_3(X) = fn_binary_fission_24(fn_binary_fission_in_prokaryote_5(X))
& fn_binary_fission_in_prokaryote_6(X) = fn_cell_division_2(fn_binary_fission_in_prokaryote_5(X))
& fn_binary_fission_in_prokaryote_6(X) = fn_binary_fission_14(fn_binary_fission_in_prokaryote_5(X))
& fn_binary_fission_in_prokaryote_10(X) = fn_binary_fission_23(fn_binary_fission_in_prokaryote_4(X))
& fn_binary_fission_in_prokaryote_3(X) = fn_binary_fission_24(fn_binary_fission_in_prokaryote_4(X))
& fn_binary_fission_in_prokaryote_3(X) = fn_binary_fission_24(X)
& fn_binary_fission_in_prokaryote_9(X) = fn_binary_fission_13(X)
& fn_binary_fission_in_prokaryote_8(X) = fn_binary_fission_4(fn_binary_fission_in_prokaryote_5(X))
& fn_binary_fission_in_prokaryote_8(X) = fn_binary_fission_4(X)
& fn_binary_fission_in_prokaryote_2(X) = fn_binary_fission_9(fn_binary_fission_in_prokaryote_5(X))
& fn_binary_fission_in_prokaryote_7(X) = fn_binary_fission_10(fn_binary_fission_in_prokaryote_5(X))
& fn_binary_fission_in_prokaryote_2(X) = fn_binary_fission_9(fn_binary_fission_in_prokaryote_4(X))
& fn_binary_fission_in_prokaryote_7(X) = fn_binary_fission_10(fn_binary_fission_in_prokaryote_4(X))
& fn_binary_fission_in_prokaryote_2(X) = fn_binary_fission_9(X)
& fn_binary_fission_in_prokaryote_7(X) = fn_binary_fission_10(X)
& fn_cell_division_2(fn_binary_fission_in_prokaryote_4(X)) = fn_binary_fission_14(fn_binary_fission_in_prokaryote_4(X))
& fn_binary_fission_14(fn_binary_fission_in_prokaryote_4(X)) = fn_cell_division_2(X)
& fn_cell_division_2(X) = fn_binary_fission_14(X)
& fn_binary_fission_14(fn_binary_fission_in_prokaryote_5(X)) = fn_binary_fission_14(fn_binary_fission_in_prokaryote_4(X))
& fn_binary_fission_14(fn_binary_fission_in_prokaryote_4(X)) = fn_binary_fission_14(X)
& fn_binary_fission_14(X) = fn_binary_fission_14(fn_binary_fission_in_prokaryote_5(X))
& fn_binary_fission_14(fn_binary_fission_in_prokaryote_5(X)) = fn_cell_division_2(fn_binary_fission_in_prokaryote_5(X))
& fn_cell_division_2(fn_binary_fission_in_prokaryote_5(X)) = fn_binary_fission_14(fn_binary_fission_in_prokaryote_5(X)) ) ) ).
fof(a527840,axiom,
! [X] :
( binding_site_1(X)
=> ( original_name_2(X,'Binding-Site')
& user_description_2(X,'In biochemistry, a binding site is a region on a protein, DNA, or RNA to which specific other molecules and ions form a bond.')
& concept2words_2(X,'site of binding')
& concept2words_2(X,'binding site')
& concept2words_2(X,'binding-site')
& molecular_region_1(X) ) ) ).
fof(a527841,axiom,
! [X] :
( binomial_nomenclature_1(X)
=> ( original_name_2(X,'Binomial-Nomenclature')
& user_description_2(X,'The formal system of assigning two-part names to biological organisms. Each name consists of a genus and a species epithet. For example, Homo sapiens is the scientific name for humans.')
& concept2words_2(X,'scientific name')
& concept2words_2(X,'scientific-name')
& concept2words_2(X,'nomenclature of binomial')
& concept2words_2(X,'binomial nomenclature')
& concept2words_2(X,'binomial-nomenclature')
& taxonomy_1(X)
& ~ branch_point_1(X)
& ~ cladistics_1(X)
& ~ deep_green_1(X)
& ~ molecular_systematics_1(X)
& ~ paraphyletic_1(X)
& ~ phylocode_1(X)
& ~ phylogenetic_bracketing_1(X)
& ~ phylogeny_1(X) ) ) ).
fof(a527842,axiom,
! [X] :
( biochemical_change_1(X)
=> ( original_name_2(X,'Biochemical-Change')
& user_description_2(X,'A change at the molecular, atomic or subcellular level in an organism.')
& concept2words_2(X,'biochemical change')
& concept2words_2(X,'biochemical-change')
& change_1(X) ) ) ).
fof(a527843,axiom,
! [X] :
( biochemical_model_1(X)
=> ( original_name_2(X,'Biochemical-Model')
& user_description_2(X,'A model representating an biochemical theory or process.')
& concept2words_2(X,'biochemical model')
& concept2words_2(X,'biochemical-model')
& model_1(X) ) ) ).
fof(a527844,axiom,
! [X] :
( biodiesel_production_1(X)
=> ( original_name_2(X,'Biodiesel-Production')
& user_description_2(X,'In biodiesel production, plants and algae utilize light energy to produce oils which serve as replacements or supplements for fossil fuels.')
& concept2words_2(X,produce)
& concept2words_2(X,'biodiesel production')
& concept2words_2(X,'biodiesel-production')
& biofuel_production_1(X)
& time_interval_1(fn_biodiesel_production_1(X))
& time_interval_1(fn_biodiesel_production_2(X))
& chemical_bond_1(fn_biodiesel_production_3(X))
& atom_1(fn_biodiesel_production_4(X))
& atom_1(fn_biodiesel_production_5(X))
& atom_1(fn_biodiesel_production_6(X))
& c4_photosynthesis_1(fn_biodiesel_production_7(X))
& oil_1(fn_biodiesel_production_8(X))
& synthesis_of_organic_molecule_1(fn_biodiesel_production_9(X))
& synthesis_of_lipid_1(fn_biodiesel_production_9(X))
& hydrocarbon_molecule_1(fn_biodiesel_production_10(X))
& atom_1(fn_molecule_7(fn_biodiesel_production_10(X)))
& atom_1(fn_molecule_9(fn_biodiesel_production_10(X)))
& atom_1(fn_molecule_11(fn_biodiesel_production_10(X)))
& chemical_bond_1(fn_molecule_10(fn_biodiesel_production_10(X)))
& lipid_1(fn_synthesis_of_lipid_2(fn_biodiesel_production_9(X)))
& time_during_2(fn_biodiesel_production_9(X),fn_biodiesel_production_1(X))
& first_subevent_2(X,fn_biodiesel_production_7(X))
& subevent_2(X,fn_biodiesel_production_7(X))
& time_during_2(fn_biodiesel_production_7(X),fn_biodiesel_production_2(X))
& time_before_2(fn_biodiesel_production_2(X),fn_biodiesel_production_1(X))
& subevent_2(X,fn_biodiesel_production_9(X))
& next_event_2(fn_biodiesel_production_7(X),fn_biodiesel_production_9(X))
& result_2(X,fn_biodiesel_production_10(X))
& called_2(fn_biodiesel_production_10(X),'new entity')
& result_2(fn_biodiesel_production_9(X),fn_biodiesel_production_8(X))
& fn_biodiesel_production_7(X) = fn_biofuel_production_18(X)
& fn_biodiesel_production_9(X) = fn_biofuel_production_17(X)
& fn_biodiesel_production_10(X) = fn_biofuel_production_27(X)
& fn_biodiesel_production_4(X) = fn_molecule_7(fn_biodiesel_production_10(X))
& fn_biodiesel_production_6(X) = fn_molecule_9(fn_biodiesel_production_10(X))
& fn_biodiesel_production_5(X) = fn_molecule_11(fn_biodiesel_production_10(X))
& fn_biodiesel_production_3(X) = fn_molecule_10(fn_biodiesel_production_10(X))
& fn_biodiesel_production_8(X) = fn_synthesis_of_lipid_2(fn_biodiesel_production_9(X)) ) ) ).
fof(a527845,axiom,
! [X] :
( biodiversity_hot_spot_1(X)
=> ( original_name_2(X,'Biodiversity-Hot-Spot')
& user_description_2(X,'A relatively small area with an unusually high concentration of endemic species, many of which are endangered or otherwise threatened by human actions.')
& concept2words_2(X,'biodiversity hot spot')
& concept2words_2(X,'biodiversity hot-spot')
& concept2words_2(X,'biodiversity-hot-spot')
& ecological_region_1(X) ) ) ).
fof(a527846,axiom,
! [X] :
( bioenergetics_1(X)
=> ( original_name_2(X,'Bioenergetics')
& user_description_2(X,'Bioenergetics represents the processes whereby living matter obtains, stores, and uses energy for various purposes.')
& concept2words_2(X,'analyze bioenergetically')
& concept2words_2(X,bioenergetics)
& thermodynamics_1(X)
& energy_coupling_1(fn_bioenergetics_1(X))
& spatial_entity_1(fn_bioenergetics_2(X))
& spatial_entity_1(fn_bioenergetics_3(X))
& organism_1(fn_bioenergetics_4(X))
& organism_1(fn_bioenergetics_5(X))
& energy_1(fn_bioenergetics_6(X))
& enter_1(fn_bioenergetics_7(X))
& exit_1(fn_bioenergetics_8(X))
& environment_1(fn_bioenergetics_9(X))
& sunlight_1(fn_bioenergetics_10(X))
& transfer_1(fn_bioenergetics_11(X))
& chemical_energy_1(fn_bioenergetics_12(X))
& thermal_energy_1(fn_bioenergetics_13(X))
& spatial_entity_1(fn_bioenergetics_14(X))
& portal_1(fn_bioenergetics_15(X))
& energy_flow_in_ecosystem_1(fn_bioenergetics_16(X))
& entity_1(fn_transfer_1(fn_bioenergetics_11(X)))
& spatial_entity_1(fn_conduit_1(fn_bioenergetics_15(X)))
& thermal_energy_1(fn_energy_flow_in_ecosystem_3(fn_bioenergetics_16(X)))
& exit_1(fn_energy_flow_in_ecosystem_5(fn_bioenergetics_16(X)))
& sunlight_1(fn_energy_flow_in_ecosystem_4(fn_bioenergetics_16(X)))
& environment_1(fn_energy_flow_in_ecosystem_1(fn_bioenergetics_16(X)))
& enter_1(fn_energy_flow_in_ecosystem_6(fn_bioenergetics_16(X)))
& object_2(X,fn_bioenergetics_6(X))
& subevent_2(X,fn_bioenergetics_16(X))
& supports_2(X,fn_bioenergetics_1(X))
& object_2(fn_bioenergetics_16(X),fn_bioenergetics_6(X))
& is_outside_2(fn_bioenergetics_2(X),fn_bioenergetics_10(X))
& is_inside_2(fn_bioenergetics_3(X),fn_bioenergetics_10(X))
& recipient_2(fn_bioenergetics_11(X),fn_bioenergetics_4(X))
& donor_2(fn_bioenergetics_11(X),fn_bioenergetics_5(X))
& is_inside_2(fn_bioenergetics_5(X),fn_bioenergetics_10(X))
& is_between_2(fn_bioenergetics_10(X),fn_bioenergetics_2(X))
& is_between_2(fn_bioenergetics_10(X),fn_bioenergetics_9(X))
& is_between_2(fn_bioenergetics_10(X),fn_bioenergetics_3(X))
& is_between_2(fn_bioenergetics_10(X),fn_bioenergetics_5(X))
& is_between_2(fn_bioenergetics_10(X),fn_bioenergetics_13(X))
& origin_2(fn_bioenergetics_8(X),fn_bioenergetics_5(X))
& path_2(fn_bioenergetics_8(X),fn_bioenergetics_14(X))
& destination_2(fn_bioenergetics_7(X),fn_bioenergetics_5(X))
& object_2(fn_bioenergetics_11(X),fn_bioenergetics_12(X))
& plays_2(fn_bioenergetics_14(X),fn_bioenergetics_15(X))
& subevent_2(fn_bioenergetics_16(X),fn_bioenergetics_8(X))
& next_event_2(fn_bioenergetics_7(X),fn_bioenergetics_8(X))
& agent_2(fn_bioenergetics_8(X),fn_bioenergetics_13(X))
& result_2(fn_bioenergetics_8(X),fn_bioenergetics_13(X))
& destination_2(fn_bioenergetics_8(X),fn_bioenergetics_9(X))
& first_subevent_2(fn_bioenergetics_16(X),fn_bioenergetics_7(X))
& agent_2(fn_bioenergetics_7(X),fn_bioenergetics_10(X))
& base_2(fn_bioenergetics_8(X),fn_bioenergetics_10(X))
& object_2(fn_bioenergetics_8(X),fn_bioenergetics_13(X))
& is_inside_2(fn_bioenergetics_13(X),fn_bioenergetics_10(X))
& subevent_2(fn_bioenergetics_16(X),fn_bioenergetics_7(X))
& origin_2(fn_bioenergetics_7(X),fn_bioenergetics_9(X))
& is_outside_2(fn_bioenergetics_9(X),fn_bioenergetics_10(X))
& base_2(fn_bioenergetics_7(X),fn_bioenergetics_10(X))
& object_2(fn_bioenergetics_7(X),fn_bioenergetics_10(X))
& fn_bioenergetics_12(X) = fn_transfer_1(fn_bioenergetics_11(X))
& fn_bioenergetics_14(X) = fn_conduit_1(fn_bioenergetics_15(X))
& fn_bioenergetics_13(X) = fn_energy_flow_in_ecosystem_3(fn_bioenergetics_16(X))
& fn_bioenergetics_8(X) = fn_energy_flow_in_ecosystem_5(fn_bioenergetics_16(X))
& fn_bioenergetics_10(X) = fn_energy_flow_in_ecosystem_4(fn_bioenergetics_16(X))
& fn_bioenergetics_9(X) = fn_energy_flow_in_ecosystem_1(fn_bioenergetics_16(X))
& fn_bioenergetics_7(X) = fn_energy_flow_in_ecosystem_6(fn_bioenergetics_16(X)) ) ) ).
fof(a527847,axiom,
! [X] :
( bioethanol_production_1(X)
=> ( original_name_2(X,'Bioethanol-Production')
& user_description_2(X,'In bioethanol production, plants utilize light energy to produce starch, which is converted by bacteria to ethanol. The ethanol serves as a replacement or supplement for fossil fuels.')
& concept2words_2(X,produce)
& concept2words_2(X,'bioethanol production')
& concept2words_2(X,'bioethanol-production')
& biofuel_production_1(X)
& time_interval_1(fn_bioethanol_production_1(X))
& time_interval_1(fn_bioethanol_production_2(X))
& time_interval_1(fn_bioethanol_production_3(X))
& time_interval_1(fn_bioethanol_production_4(X))
& atom_1(fn_bioethanol_production_5(X))
& isolation_1(fn_bioethanol_production_6(X))
& structural_complexity_value_1(fn_bioethanol_production_7(X))
& culture_1(fn_bioethanol_production_8(X))
& culturing_1(fn_bioethanol_production_9(X))
& starch_1(fn_bioethanol_production_10(X))
& organic_molecule_1(fn_bioethanol_production_11(X))
& chemical_entity_1(fn_bioethanol_production_11(X))
& monosaccharide_1(fn_bioethanol_production_11(X))
& glucose_1(fn_bioethanol_production_11(X))
& aldehyde_1(fn_bioethanol_production_11(X))
& carbohydrate_1(fn_bioethanol_production_11(X))
& aldose_1(fn_bioethanol_production_11(X))
& prokaryote_1(fn_bioethanol_production_12(X))
& ethyl_alcohol_1(fn_bioethanol_production_13(X))
& laboratory_1(fn_bioethanol_production_14(X))
& alcohol_fermentation_1(fn_bioethanol_production_15(X))
& hydrolysis_1(fn_bioethanol_production_16(X))
& photosynthesis_1(fn_bioethanol_production_17(X))
& isolation_1(fn_bioethanol_production_18(X))
& synthesis_of_organic_molecule_1(fn_bioethanol_production_19(X))
& synthesis_of_carbohydrate_1(fn_bioethanol_production_19(X))
& ethyl_alcohol_1(fn_bioethanol_production_20(X))
& atom_1(fn_bioethanol_production_22(X))
& atom_1(fn_bioethanol_production_23(X))
& atom_1(fn_bioethanol_production_24(X))
& atom_1(fn_bioethanol_production_25(X))
& atom_1(fn_bioethanol_production_26(X))
& chemical_bond_1(fn_bioethanol_production_27(X))
& chemical_bond_1(fn_bioethanol_production_28(X))
& chemical_entity_1(fn_chemical_bond_1(fn_bioethanol_production_28(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_bioethanol_production_28(X)))
& culturing_1(fn_culture_1(fn_bioethanol_production_8(X)))
& atom_1(fn_molecule_9(fn_bioethanol_production_20(X)))
& atom_1(fn_molecule_7(fn_bioethanol_production_20(X)))
& atom_1(fn_molecule_11(fn_bioethanol_production_20(X)))
& chemical_bond_1(fn_molecule_10(fn_bioethanol_production_20(X)))
& ethyl_alcohol_1(fn_alcohol_fermentation_47(fn_bioethanol_production_15(X)))
& property_node_1(fn_alcohol_fermentation_54(fn_bioethanol_production_15(X)))
& cell_1(fn_culture_2(fn_bioethanol_production_8(X)))
& cell_1(fn_metabolic_pathway_1(fn_bioethanol_production_15(X)))
& structural_complexity_value_1(fn_catabolic_pathway_4(fn_bioethanol_production_15(X)))
& structural_complexity_value_1(fn_alcohol_fermentation_52(fn_bioethanol_production_15(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_bioethanol_production_16(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_bioethanol_production_16(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_bioethanol_production_16(X)))
& organic_molecule_1(fn_catabolic_pathway_10(fn_bioethanol_production_15(X)))
& organic_molecule_1(fn_alcohol_fermentation_53(fn_bioethanol_production_15(X)))
& chemical_entity_1(fn_alcohol_fermentation_53(fn_bioethanol_production_15(X)))
& monosaccharide_1(fn_alcohol_fermentation_53(fn_bioethanol_production_15(X)))
& glucose_1(fn_alcohol_fermentation_53(fn_bioethanol_production_15(X)))
& aldehyde_1(fn_alcohol_fermentation_53(fn_bioethanol_production_15(X)))
& carbohydrate_1(fn_alcohol_fermentation_53(fn_bioethanol_production_15(X)))
& aldose_1(fn_alcohol_fermentation_53(fn_bioethanol_production_15(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_bioethanol_production_16(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_bioethanol_production_16(X)))
& carbohydrate_1(fn_synthesis_of_carbohydrate_2(fn_bioethanol_production_19(X)))
& time_before_2(fn_bioethanol_production_2(X),fn_bioethanol_production_1(X))
& time_before_2(fn_bioethanol_production_3(X),fn_bioethanol_production_4(X))
& subevent_2(X,fn_bioethanol_production_18(X))
& subevent_2(X,fn_bioethanol_production_16(X))
& subevent_2(X,fn_bioethanol_production_15(X))
& the_scalar_value_2(fn_bioethanol_production_7(X),complex_0)
& scalar_unit_class_2(fn_bioethanol_production_7(X),molecule_0)
& site_2(fn_bioethanol_production_9(X),fn_bioethanol_production_14(X))
& object_2(fn_bioethanol_production_6(X),fn_bioethanol_production_13(X))
& time_during_2(fn_bioethanol_production_15(X),fn_bioethanol_production_4(X))
& object_2(fn_bioethanol_production_15(X),fn_bioethanol_production_11(X))
& site_2(fn_bioethanol_production_15(X),fn_bioethanol_production_14(X))
& next_event_2(fn_bioethanol_production_15(X),fn_bioethanol_production_6(X))
& time_during_2(fn_bioethanol_production_16(X),fn_bioethanol_production_3(X))
& site_2(fn_bioethanol_production_16(X),fn_bioethanol_production_14(X))
& next_event_2(fn_bioethanol_production_16(X),fn_bioethanol_production_15(X))
& time_during_2(fn_bioethanol_production_17(X),fn_bioethanol_production_2(X))
& object_2(fn_bioethanol_production_18(X),fn_bioethanol_production_10(X))
& object_2(fn_bioethanol_production_18(X),fn_bioethanol_production_20(X))
& site_2(fn_bioethanol_production_18(X),fn_bioethanol_production_14(X))
& next_event_2(fn_bioethanol_production_18(X),fn_bioethanol_production_16(X))
& time_during_2(fn_bioethanol_production_19(X),fn_bioethanol_production_1(X))
& possesses_2(fn_bioethanol_production_20(X),fn_bioethanol_production_28(X))
& has_part_2(fn_bioethanol_production_20(X),fn_bioethanol_production_5(X))
& result_2(fn_bioethanol_production_16(X),fn_bioethanol_production_11(X))
& raw_material_2(fn_bioethanol_production_16(X),fn_bioethanol_production_10(X))
& element_2(fn_bioethanol_production_8(X),fn_bioethanol_production_12(X))
& base_2(fn_bioethanol_production_15(X),fn_bioethanol_production_12(X))
& is_between_2(fn_bioethanol_production_28(X),fn_bioethanol_production_23(X))
& is_between_2(fn_bioethanol_production_28(X),fn_bioethanol_production_22(X))
& result_2(fn_bioethanol_production_9(X),fn_bioethanol_production_8(X))
& has_part_2(fn_bioethanol_production_20(X),fn_bioethanol_production_26(X))
& possesses_2(fn_bioethanol_production_20(X),fn_bioethanol_production_27(X))
& result_2(fn_bioethanol_production_15(X),fn_bioethanol_production_13(X))
& raw_material_2(fn_bioethanol_production_15(X),fn_bioethanol_production_11(X))
& structural_complexity_2(fn_bioethanol_production_11(X),fn_bioethanol_production_7(X))
& next_event_2(fn_bioethanol_production_17(X),fn_bioethanol_production_19(X))
& called_2(fn_bioethanol_production_20(X),'new entity')
& site_2(fn_bioethanol_production_6(X),fn_bioethanol_production_14(X))
& subevent_2(X,fn_bioethanol_production_6(X))
& object_2(fn_bioethanol_production_6(X),fn_bioethanol_production_20(X))
& result_2(X,fn_bioethanol_production_20(X))
& subevent_2(X,fn_bioethanol_production_19(X))
& next_event_2(fn_bioethanol_production_19(X),fn_bioethanol_production_18(X))
& result_2(fn_bioethanol_production_19(X),fn_bioethanol_production_10(X))
& fn_bioethanol_production_11(X) = fn_decomposition_reaction_4(fn_bioethanol_production_16(X))
& fn_bioethanol_production_11(X) = fn_exergonic_reaction_11(fn_bioethanol_production_16(X))
& fn_bioethanol_production_11(X) = fn_hydrolysis_9(fn_bioethanol_production_16(X))
& fn_bioethanol_production_10(X) = fn_exergonic_reaction_10(fn_bioethanol_production_16(X))
& fn_bioethanol_production_10(X) = fn_hydrolysis_11(fn_bioethanol_production_16(X))
& fn_bioethanol_production_12(X) = fn_culture_2(fn_bioethanol_production_8(X))
& fn_bioethanol_production_12(X) = fn_metabolic_pathway_1(fn_bioethanol_production_15(X))
& fn_bioethanol_production_23(X) = fn_chemical_bond_1(fn_bioethanol_production_28(X))
& fn_bioethanol_production_22(X) = fn_chemical_bond_4(fn_bioethanol_production_28(X))
& fn_bioethanol_production_9(X) = fn_culture_1(fn_bioethanol_production_8(X))
& fn_bioethanol_production_25(X) = fn_molecule_9(fn_bioethanol_production_20(X))
& fn_bioethanol_production_26(X) = fn_molecule_7(fn_bioethanol_production_20(X))
& fn_bioethanol_production_24(X) = fn_molecule_11(fn_bioethanol_production_20(X))
& fn_bioethanol_production_27(X) = fn_molecule_10(fn_bioethanol_production_20(X))
& fn_bioethanol_production_13(X) = fn_alcohol_fermentation_47(fn_bioethanol_production_15(X))
& fn_bioethanol_production_21(X) = fn_alcohol_fermentation_54(fn_bioethanol_production_15(X))
& fn_bioethanol_production_7(X) = fn_catabolic_pathway_4(fn_bioethanol_production_15(X))
& fn_bioethanol_production_7(X) = fn_alcohol_fermentation_52(fn_bioethanol_production_15(X))
& fn_bioethanol_production_11(X) = fn_catabolic_pathway_10(fn_bioethanol_production_15(X))
& fn_bioethanol_production_11(X) = fn_alcohol_fermentation_53(fn_bioethanol_production_15(X))
& fn_bioethanol_production_17(X) = fn_biofuel_production_18(X)
& fn_bioethanol_production_14(X) = fn_biofuel_production_2(X)
& fn_bioethanol_production_18(X) = fn_biofuel_production_1(X)
& fn_bioethanol_production_19(X) = fn_biofuel_production_17(X)
& fn_bioethanol_production_20(X) = fn_biofuel_production_27(X)
& fn_bioethanol_production_6(X) = fn_biofuel_production_1(X)
& fn_bioethanol_production_10(X) = fn_synthesis_of_carbohydrate_2(fn_bioethanol_production_19(X))
& fn_culture_2(fn_bioethanol_production_8(X)) = fn_metabolic_pathway_1(fn_bioethanol_production_15(X))
& fn_metabolic_pathway_1(fn_bioethanol_production_15(X)) = fn_alcohol_fermentation_52(fn_bioethanol_production_15(X))
& fn_alcohol_fermentation_52(fn_bioethanol_production_15(X)) = fn_catabolic_pathway_4(fn_bioethanol_production_15(X))
& fn_catabolic_pathway_4(fn_bioethanol_production_15(X)) = fn_alcohol_fermentation_52(fn_bioethanol_production_15(X))
& fn_alcohol_fermentation_52(fn_bioethanol_production_15(X)) = fn_decomposition_reaction_4(fn_bioethanol_production_16(X))
& fn_decomposition_reaction_4(fn_bioethanol_production_16(X)) = fn_exergonic_reaction_11(fn_bioethanol_production_16(X))
& fn_exergonic_reaction_11(fn_bioethanol_production_16(X)) = fn_exergonic_reaction_11(fn_bioethanol_production_16(X))
& fn_exergonic_reaction_11(fn_bioethanol_production_16(X)) = fn_hydrolysis_9(fn_bioethanol_production_16(X))
& fn_hydrolysis_9(fn_bioethanol_production_16(X)) = fn_hydrolysis_9(fn_bioethanol_production_16(X))
& fn_hydrolysis_9(fn_bioethanol_production_16(X)) = fn_catabolic_pathway_10(fn_bioethanol_production_15(X))
& fn_catabolic_pathway_10(fn_bioethanol_production_15(X)) = fn_catabolic_pathway_10(fn_bioethanol_production_15(X))
& fn_alcohol_fermentation_53(fn_bioethanol_production_15(X)) = fn_catabolic_pathway_10(fn_bioethanol_production_15(X))
& fn_catabolic_pathway_10(fn_bioethanol_production_15(X)) = fn_alcohol_fermentation_53(fn_bioethanol_production_15(X))
& fn_alcohol_fermentation_53(fn_bioethanol_production_15(X)) = fn_exergonic_reaction_10(fn_bioethanol_production_16(X))
& fn_exergonic_reaction_10(fn_bioethanol_production_16(X)) = fn_hydrolysis_11(fn_bioethanol_production_16(X))
& fn_hydrolysis_11(fn_bioethanol_production_16(X)) = fn_hydrolysis_11(fn_bioethanol_production_16(X))
& fn_hydrolysis_11(fn_bioethanol_production_16(X)) = fn_synthesis_of_carbohydrate_2(fn_bioethanol_production_19(X)) ) ) ).
fof(a527848,axiom,
! [X] :
( biofilm_1(X)
=> ( original_name_2(X,'Biofilm')
& user_description_2(X,'An aggregation of prokaryotes where the cells adhere to each other on a surface and engage in metabolic cooperation.')
& concept2words_2(X,biofilm)
& aggregate_1(X)
& tangible_entity_1(X)
& ~ benthos_1(X)
& ~ vegetation_1(X)
& population_1(fn_biofilm_1(X))
& prokaryote_1(fn_biofilm_2(X))
& surface_1(fn_biofilm_3(X))
& element_2(fn_biofilm_1(X),fn_biofilm_2(X))
& minCardinality(fn_biofilm_1(X),element_0,"2",prokaryote_0)
& element_2(X,fn_biofilm_1(X))
& is_at_2(X,fn_biofilm_3(X)) ) ) ).
fof(a527849,axiom,
! [X] :
( biofilm_formation_1(X)
=> ( original_name_2(X,'Biofilm-Formation')
& user_description_2(X,'The process of colonization and cell division that results in the production of a biofilm on a surface.')
& concept2words_2(X,'formation of biofilm')
& concept2words_2(X,'biofilm formation')
& concept2words_2(X,'biofilm-formation')
& biological_process_1(X)
& tangible_entity_1(fn_biofilm_formation_1(X))
& nutrition_1(fn_biofilm_formation_2(X))
& surface_1(fn_biofilm_formation_3(X))
& population_1(fn_biofilm_formation_4(X))
& spatial_entity_1(fn_biofilm_formation_5(X))
& prokaryote_1(fn_biofilm_formation_5(X))
& quorum_sensing_in_prokaryote_1(fn_biofilm_formation_6(X))
& biofilm_1(fn_biofilm_formation_7(X))
& go_to_1(fn_biofilm_formation_8(X))
& signal_generation_1(fn_biofilm_formation_9(X))
& cell_signaling_1(fn_biofilm_formation_10(X))
& cell_communication_1(fn_biofilm_formation_11(X))
& go_to_1(fn_biofilm_formation_12(X))
& come_together_1(fn_biofilm_formation_13(X))
& sense_1(fn_biofilm_formation_14(X))
& cell_1(fn_biofilm_formation_15(X))
& spatial_entity_1(fn_biofilm_formation_15(X))
& prokaryote_1(fn_biofilm_formation_15(X))
& cell_signaling_1(fn_cell_communication_2(fn_biofilm_formation_11(X)))
& surface_1(fn_biofilm_3(fn_biofilm_formation_7(X)))
& population_1(fn_biofilm_1(fn_biofilm_formation_7(X)))
& signal_generation_1(fn_quorum_sensing_in_prokaryote_8(fn_biofilm_formation_6(X)))
& cell_communication_1(fn_quorum_sensing_in_prokaryote_10(fn_biofilm_formation_6(X)))
& come_together_1(fn_quorum_sensing_in_prokaryote_12(fn_biofilm_formation_6(X)))
& sense_1(fn_quorum_sensing_in_prokaryote_5(fn_biofilm_formation_6(X)))
& spatial_entity_1(fn_locomotion_1(fn_biofilm_formation_8(X)))
& prokaryote_1(fn_quorum_sensing_in_prokaryote_9(fn_biofilm_formation_6(X)))
& cell_1(fn_cell_signaling_4(fn_biofilm_formation_10(X)))
& spatial_entity_1(fn_locomotion_1(fn_biofilm_formation_12(X)))
& prokaryote_1(fn_biofilm_2(fn_biofilm_formation_7(X)))
& prokaryote_1(fn_quorum_sensing_in_prokaryote_7(fn_biofilm_formation_6(X)))
& element_2(fn_biofilm_formation_4(X),fn_biofilm_formation_5(X))
& agent_2(fn_biofilm_formation_2(X),fn_biofilm_formation_5(X))
& raw_material_2(fn_biofilm_formation_2(X),fn_biofilm_formation_1(X))
& is_at_2(fn_biofilm_formation_1(X),fn_biofilm_formation_3(X))
& subevent_2(X,fn_biofilm_formation_6(X))
& result_2(X,fn_biofilm_formation_7(X))
& subevent_2(fn_biofilm_formation_13(X),fn_biofilm_formation_8(X))
& subevent_2(fn_biofilm_formation_13(X),fn_biofilm_formation_12(X))
& first_subevent_2(fn_biofilm_formation_13(X),fn_biofilm_formation_8(X))
& first_subevent_2(fn_biofilm_formation_13(X),fn_biofilm_formation_12(X))
& base_2(fn_biofilm_formation_10(X),fn_biofilm_formation_15(X))
& object_2(fn_biofilm_formation_12(X),fn_biofilm_formation_15(X))
& agent_2(fn_biofilm_formation_12(X),fn_biofilm_formation_15(X))
& object_2(fn_biofilm_formation_8(X),fn_biofilm_formation_5(X))
& agent_2(fn_biofilm_formation_8(X),fn_biofilm_formation_5(X))
& subevent_2(fn_biofilm_formation_11(X),fn_biofilm_formation_10(X))
& is_at_2(fn_biofilm_formation_7(X),fn_biofilm_formation_3(X))
& element_2(fn_biofilm_formation_7(X),fn_biofilm_formation_4(X))
& element_2(fn_biofilm_formation_4(X),fn_biofilm_formation_15(X))
& object_2(fn_biofilm_formation_13(X),fn_biofilm_formation_5(X))
& first_subevent_2(fn_biofilm_formation_6(X),fn_biofilm_formation_11(X))
& subevent_2(fn_biofilm_formation_6(X),fn_biofilm_formation_11(X))
& subevent_2(fn_biofilm_formation_6(X),fn_biofilm_formation_13(X))
& causes_2(fn_biofilm_formation_11(X),fn_biofilm_formation_13(X))
& subevent_2(fn_biofilm_formation_11(X),fn_biofilm_formation_9(X))
& first_subevent_2(fn_biofilm_formation_11(X),fn_biofilm_formation_9(X))
& next_event_2(fn_biofilm_formation_11(X),fn_biofilm_formation_14(X))
& experiencer_2(fn_biofilm_formation_14(X),fn_biofilm_formation_15(X))
& object_2(fn_biofilm_formation_11(X),fn_biofilm_formation_15(X))
& agent_2(fn_biofilm_formation_11(X),fn_biofilm_formation_5(X))
& base_2(fn_biofilm_formation_9(X),fn_biofilm_formation_5(X))
& agent_2(fn_biofilm_formation_9(X),fn_biofilm_formation_5(X))
& subevent_2(fn_biofilm_formation_6(X),fn_biofilm_formation_14(X))
& next_event_2(fn_biofilm_formation_14(X),fn_biofilm_formation_13(X))
& object_2(fn_biofilm_formation_13(X),fn_biofilm_formation_15(X))
& is_near_2(fn_biofilm_formation_5(X),fn_biofilm_formation_15(X))
& is_near_2(fn_biofilm_formation_15(X),fn_biofilm_formation_5(X))
& fn_biofilm_formation_15(X) = fn_cell_signaling_4(fn_biofilm_formation_10(X))
& fn_biofilm_formation_15(X) = fn_locomotion_1(fn_biofilm_formation_12(X))
& fn_biofilm_formation_5(X) = fn_locomotion_1(fn_biofilm_formation_8(X))
& fn_biofilm_formation_10(X) = fn_cell_communication_2(fn_biofilm_formation_11(X))
& fn_biofilm_formation_3(X) = fn_biofilm_3(fn_biofilm_formation_7(X))
& fn_biofilm_formation_15(X) = fn_biofilm_2(fn_biofilm_formation_7(X))
& fn_biofilm_formation_4(X) = fn_biofilm_1(fn_biofilm_formation_7(X))
& fn_biofilm_formation_9(X) = fn_quorum_sensing_in_prokaryote_8(fn_biofilm_formation_6(X))
& fn_biofilm_formation_11(X) = fn_quorum_sensing_in_prokaryote_10(fn_biofilm_formation_6(X))
& fn_biofilm_formation_5(X) = fn_quorum_sensing_in_prokaryote_9(fn_biofilm_formation_6(X))
& fn_biofilm_formation_15(X) = fn_quorum_sensing_in_prokaryote_7(fn_biofilm_formation_6(X))
& fn_biofilm_formation_13(X) = fn_quorum_sensing_in_prokaryote_12(fn_biofilm_formation_6(X))
& fn_biofilm_formation_14(X) = fn_quorum_sensing_in_prokaryote_5(fn_biofilm_formation_6(X))
& fn_locomotion_1(fn_biofilm_formation_8(X)) = fn_locomotion_1(fn_biofilm_formation_8(X))
& fn_locomotion_1(fn_biofilm_formation_8(X)) = fn_quorum_sensing_in_prokaryote_9(fn_biofilm_formation_6(X))
& fn_quorum_sensing_in_prokaryote_9(fn_biofilm_formation_6(X)) = fn_quorum_sensing_in_prokaryote_9(fn_biofilm_formation_6(X))
& fn_quorum_sensing_in_prokaryote_9(fn_biofilm_formation_6(X)) = fn_cell_signaling_4(fn_biofilm_formation_10(X))
& fn_cell_signaling_4(fn_biofilm_formation_10(X)) = fn_locomotion_1(fn_biofilm_formation_12(X))
& fn_locomotion_1(fn_biofilm_formation_12(X)) = fn_locomotion_1(fn_biofilm_formation_12(X))
& fn_locomotion_1(fn_biofilm_formation_12(X)) = fn_biofilm_2(fn_biofilm_formation_7(X))
& fn_biofilm_2(fn_biofilm_formation_7(X)) = fn_biofilm_2(fn_biofilm_formation_7(X))
& fn_biofilm_2(fn_biofilm_formation_7(X)) = fn_quorum_sensing_in_prokaryote_7(fn_biofilm_formation_6(X))
& fn_quorum_sensing_in_prokaryote_7(fn_biofilm_formation_6(X)) = fn_quorum_sensing_in_prokaryote_7(fn_biofilm_formation_6(X)) ) ) ).
fof(a527850,axiom,
! [X] :
( biofuel_1(X)
=> ( original_name_2(X,'Biofuel')
& user_description_2(X,'A combustible fuel derived from organic material.')
& fuel_1(X) ) ) ).
fof(a527851,axiom,
! [X] :
( biofuel_production_1(X)
=> ( original_name_2(X,'Biofuel-Production')
& user_description_2(X,'In biofuel production, living organisms utilize light energy to produce organic molecules which serve as replacements or supplements for fossil fuels.')
& concept2words_2(X,produce)
& concept2words_2(X,'biofuel production')
& concept2words_2(X,'biofuel-production')
& produce_1(X)
& isolation_1(fn_biofuel_production_1(X))
& laboratory_1(fn_biofuel_production_2(X))
& size_value_1(fn_biofuel_production_5(X))
& size_value_1(fn_biofuel_production_6(X))
& constant_motion_1(fn_biofuel_production_9(X))
& kinetic_energy_1(fn_biofuel_production_10(X))
& quantity_value_1(fn_biofuel_production_11(X))
& speed_value_1(fn_biofuel_production_12(X))
& consume_1(fn_biofuel_production_13(X))
& biofuel_1(fn_biofuel_production_14(X))
& automobile_1(fn_biofuel_production_15(X))
& spatial_entity_1(fn_biofuel_production_16(X))
& tangible_entity_1(fn_biofuel_production_16(X))
& chemical_entity_1(fn_biofuel_production_16(X))
& hydrophobic_compound_1(fn_biofuel_production_16(X))
& molecule_1(fn_biofuel_production_16(X))
& carbon_dioxide_1(fn_biofuel_production_16(X))
& synthesis_of_organic_molecule_1(fn_biofuel_production_17(X))
& photosynthesis_1(fn_biofuel_production_18(X))
& tangible_entity_1(fn_biofuel_production_19(X))
& chemical_entity_1(fn_biofuel_production_19(X))
& sugar_1(fn_biofuel_production_19(X))
& glucose_1(fn_biofuel_production_20(X))
& water_molecule_1(fn_biofuel_production_21(X))
& oxidation_1(fn_biofuel_production_22(X))
& replace_1(fn_biofuel_production_23(X))
& combine_1(fn_biofuel_production_24(X))
& fossil_fuel_1(fn_biofuel_production_25(X))
& tangible_entity_1(fn_biofuel_production_26(X))
& organic_molecule_1(fn_biofuel_production_27(X))
& renewable_resource_1(fn_biofuel_production_28(X))
& replenish_1(fn_biofuel_production_29(X))
& heat_1(fn_biofuel_production_30(X))
& reduction_1(fn_biofuel_production_31(X))
& oxidation_1(fn_biofuel_production_32(X))
& chemical_entity_1(fn_biofuel_production_33(X))
& chemical_entity_1(fn_biofuel_production_34(X))
& electron_1(fn_biofuel_production_34(X))
& quantity_value_1(fn_biofuel_production_35(X))
& quantity_value_1(fn_biofuel_production_36(X))
& free_energy_1(fn_biofuel_production_37(X))
& structural_complexity_value_1(fn_biofuel_production_38(X))
& structural_complexity_value_1(fn_biofuel_production_39(X))
& free_energy_1(fn_biofuel_production_40(X))
& reactant_1(fn_biofuel_production_41(X))
& chemical_entity_1(fn_anabolic_pathway_6(fn_biofuel_production_17(X)))
& spatial_entity_1(fn_replace_3(fn_biofuel_production_23(X)))
& chemical_entity_1(fn_oxidation_10(fn_biofuel_production_22(X)))
& resource_1(fn_replenish_2(fn_biofuel_production_29(X)))
& tangible_entity_1(fn_fuel_5(fn_biofuel_production_14(X)))
& heat_1(fn_fuel_6(fn_biofuel_production_14(X)))
& consume_1(fn_fuel_8(fn_biofuel_production_14(X)))
& property_node_1(fn_molecule_1(fn_biofuel_production_27(X)))
& property_node_1(fn_molecule_2(fn_biofuel_production_27(X)))
& constant_motion_1(fn_molecule_8(fn_biofuel_production_27(X)))
& speed_value_1(fn_molecule_3(fn_biofuel_production_27(X)))
& quantity_value_1(fn_molecule_4(fn_biofuel_production_27(X)))
& kinetic_energy_1(fn_molecule_12(fn_biofuel_production_27(X)))
& property_node_1(fn_photosynthesis_54(fn_biofuel_production_18(X)))
& property_node_1(fn_photosynthesis_57(fn_biofuel_production_18(X)))
& property_node_1(fn_photosynthesis_5(fn_biofuel_production_18(X)))
& property_node_1(fn_photosynthesis_6(fn_biofuel_production_18(X)))
& property_node_1(fn_photosynthesis_56(fn_biofuel_production_18(X)))
& property_node_1(fn_photosynthesis_55(fn_biofuel_production_18(X)))
& oxidation_1(fn_photosynthesis_46(fn_biofuel_production_18(X)))
& free_energy_1(fn_photosynthesis_53(fn_biofuel_production_18(X)))
& quantity_value_1(fn_photosynthesis_52(fn_biofuel_production_18(X)))
& quantity_value_1(fn_photosynthesis_51(fn_biofuel_production_18(X)))
& structural_complexity_value_1(fn_photosynthesis_24(fn_biofuel_production_18(X)))
& reactant_1(fn_photosynthesis_32(fn_biofuel_production_18(X)))
& free_energy_1(fn_photosynthesis_50(fn_biofuel_production_18(X)))
& size_value_1(fn_photosynthesis_3(fn_biofuel_production_18(X)))
& size_value_1(fn_photosynthesis_4(fn_biofuel_production_18(X)))
& entity_1(fn_combine_2(fn_biofuel_production_24(X)))
& entity_1(fn_combine_1(fn_biofuel_production_24(X)))
& spatial_entity_1(fn_replace_1(fn_biofuel_production_23(X)))
& chemical_entity_1(fn_oxidation_10(fn_biofuel_production_32(X)))
& electron_1(fn_oxidation_9(fn_biofuel_production_32(X)))
& electron_1(fn_reduction_4(fn_biofuel_production_31(X)))
& spatial_entity_1(fn_replace_2(fn_biofuel_production_23(X)))
& entity_1(fn_replenish_1(fn_biofuel_production_29(X)))
& chemical_entity_1(fn_reduction_3(fn_biofuel_production_31(X)))
& tangible_entity_1(fn_fuel_7(fn_biofuel_production_14(X)))
& chemical_entity_1(fn_oxidation_7(fn_biofuel_production_32(X)))
& chemical_entity_1(fn_reduction_1(fn_biofuel_production_31(X)))
& structural_complexity_value_1(fn_anabolic_pathway_3(fn_biofuel_production_18(X)))
& structural_complexity_value_1(fn_photosynthesis_25(fn_biofuel_production_18(X)))
& chemical_entity_1(fn_oxidation_7(fn_biofuel_production_22(X)))
& spatial_entity_1(fn_photosynthesis_38(fn_biofuel_production_18(X)))
& tangible_entity_1(fn_photosynthesis_38(fn_biofuel_production_18(X)))
& chemical_entity_1(fn_photosynthesis_38(fn_biofuel_production_18(X)))
& hydrophobic_compound_1(fn_photosynthesis_38(fn_biofuel_production_18(X)))
& molecule_1(fn_photosynthesis_38(fn_biofuel_production_18(X)))
& carbon_dioxide_1(fn_photosynthesis_38(fn_biofuel_production_18(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_biofuel_production_18(X)))
& tangible_entity_1(fn_photosynthesis_37(fn_biofuel_production_18(X)))
& chemical_entity_1(fn_photosynthesis_37(fn_biofuel_production_18(X)))
& sugar_1(fn_photosynthesis_37(fn_biofuel_production_18(X)))
& next_event_2(fn_biofuel_production_17(X),fn_biofuel_production_1(X))
& site_2(fn_biofuel_production_1(X),fn_biofuel_production_2(X))
& object_2(fn_biofuel_production_1(X),fn_biofuel_production_27(X))
& next_event_2(fn_biofuel_production_18(X),fn_biofuel_production_17(X))
& result_2(fn_biofuel_production_18(X),fn_biofuel_production_20(X))
& fn_biofuel_production_19(X) != fn_biofuel_production_20(X)
& fn_biofuel_production_20(X) != fn_biofuel_production_19(X)
& object_2(fn_biofuel_production_24(X),fn_biofuel_production_27(X))
& subevent_2(X,fn_biofuel_production_17(X))
& subevent_2(X,fn_biofuel_production_1(X))
& object_2(fn_biofuel_production_30(X),fn_biofuel_production_26(X))
& raw_material_2(X,fn_biofuel_production_16(X))
& raw_material_2(fn_biofuel_production_17(X),fn_biofuel_production_20(X))
& base_2(fn_biofuel_production_23(X),fn_biofuel_production_15(X))
& result_2(X,fn_biofuel_production_27(X))
& object_2(fn_biofuel_production_24(X),fn_biofuel_production_25(X))
& donor_2(fn_biofuel_production_22(X),fn_biofuel_production_21(X))
& fn_biofuel_production_16(X) != fn_biofuel_production_21(X)
& fn_biofuel_production_21(X) != fn_biofuel_production_16(X)
& object_2(fn_biofuel_production_23(X),fn_biofuel_production_27(X))
& called_2(fn_biofuel_production_27(X),'new entity')
& object_2(fn_biofuel_production_23(X),fn_biofuel_production_25(X))
& called_2(fn_biofuel_production_25(X),'old entity')
& object_2(fn_biofuel_production_29(X),fn_biofuel_production_27(X))
& plays_2(fn_biofuel_production_27(X),fn_biofuel_production_28(X))
& in_event_2(fn_biofuel_production_28(X),fn_biofuel_production_29(X))
& recipient_2(fn_biofuel_production_31(X),fn_biofuel_production_27(X))
& plays_2(fn_biofuel_production_27(X),fn_biofuel_production_14(X))
& object_2(fn_biofuel_production_13(X),fn_biofuel_production_27(X))
& is_near_2(fn_biofuel_production_26(X),fn_biofuel_production_27(X))
& is_near_2(fn_biofuel_production_27(X),fn_biofuel_production_26(X))
& in_event_2(fn_biofuel_production_14(X),fn_biofuel_production_13(X))
& objective_2(fn_biofuel_production_13(X),fn_biofuel_production_30(X))
& donor_2(fn_biofuel_production_32(X),fn_biofuel_production_33(X))
& fn_biofuel_production_33(X) != fn_biofuel_production_27(X)
& recipient_2(fn_biofuel_production_32(X),fn_biofuel_production_27(X))
& object_2(fn_biofuel_production_32(X),fn_biofuel_production_34(X))
& fn_biofuel_production_27(X) != fn_biofuel_production_33(X)
& donor_2(fn_biofuel_production_31(X),fn_biofuel_production_33(X))
& object_2(fn_biofuel_production_31(X),fn_biofuel_production_34(X))
& fn_biofuel_production_33(X) != fn_biofuel_production_34(X)
& fn_biofuel_production_34(X) != fn_biofuel_production_33(X)
& fn_biofuel_production_27(X) != fn_biofuel_production_34(X)
& fn_biofuel_production_34(X) != fn_biofuel_production_27(X)
& possesses_2(fn_biofuel_production_27(X),fn_biofuel_production_10(X))
& quantity_2(fn_biofuel_production_10(X),fn_biofuel_production_11(X))
& directly_proportional_2(fn_biofuel_production_12(X),fn_biofuel_production_11(X))
& speed_2(fn_biofuel_production_9(X),fn_biofuel_production_12(X))
& object_2(fn_biofuel_production_9(X),fn_biofuel_production_27(X))
& called_2(fn_biofuel_production_36(X),'FE_p')
& called_2(fn_biofuel_production_35(X),'FE_r')
& recipient_2(fn_biofuel_production_22(X),fn_biofuel_production_16(X))
& quantity_2(fn_biofuel_production_40(X),fn_biofuel_production_35(X))
& greater_than_2(fn_biofuel_production_36(X),fn_biofuel_production_35(X))
& quantity_2(fn_biofuel_production_37(X),fn_biofuel_production_36(X))
& possesses_2(fn_biofuel_production_19(X),fn_biofuel_production_37(X))
& structural_complexity_2(fn_biofuel_production_19(X),fn_biofuel_production_38(X))
& plays_2(fn_biofuel_production_16(X),fn_biofuel_production_41(X))
& in_event_2(fn_biofuel_production_41(X),fn_biofuel_production_18(X))
& raw_material_2(fn_biofuel_production_18(X),fn_biofuel_production_16(X))
& structural_complexity_2(fn_biofuel_production_16(X),fn_biofuel_production_39(X))
& greater_than_2(fn_biofuel_production_38(X),fn_biofuel_production_39(X))
& result_2(fn_biofuel_production_18(X),fn_biofuel_production_19(X))
& size_2(fn_biofuel_production_19(X),fn_biofuel_production_6(X))
& greater_than_2(fn_biofuel_production_6(X),fn_biofuel_production_5(X))
& size_2(fn_biofuel_production_16(X),fn_biofuel_production_5(X))
& possesses_2(fn_biofuel_production_16(X),fn_biofuel_production_40(X))
& fn_biofuel_production_16(X) = fn_produce_1(X)
& fn_biofuel_production_20(X) = fn_anabolic_pathway_6(fn_biofuel_production_17(X))
& fn_biofuel_production_15(X) = fn_replace_3(fn_biofuel_production_23(X))
& fn_biofuel_production_27(X) = fn_create_1(X)
& fn_biofuel_production_25(X) = fn_combine_2(fn_biofuel_production_24(X))
& fn_biofuel_production_25(X) = fn_combine_1(fn_biofuel_production_24(X))
& fn_biofuel_production_16(X) = fn_oxidation_7(fn_biofuel_production_22(X))
& fn_biofuel_production_21(X) = fn_oxidation_10(fn_biofuel_production_22(X))
& fn_biofuel_production_27(X) = fn_replace_2(fn_biofuel_production_23(X))
& fn_biofuel_production_25(X) = fn_replace_1(fn_biofuel_production_23(X))
& fn_biofuel_production_28(X) = fn_replenish_2(fn_biofuel_production_29(X))
& fn_biofuel_production_27(X) = fn_replenish_1(fn_biofuel_production_29(X))
& fn_biofuel_production_26(X) = fn_fuel_5(fn_biofuel_production_14(X))
& fn_biofuel_production_27(X) = fn_fuel_7(fn_biofuel_production_14(X))
& fn_biofuel_production_30(X) = fn_fuel_6(fn_biofuel_production_14(X))
& fn_biofuel_production_13(X) = fn_fuel_8(fn_biofuel_production_14(X))
& fn_biofuel_production_34(X) = fn_oxidation_9(fn_biofuel_production_32(X))
& fn_biofuel_production_27(X) = fn_oxidation_7(fn_biofuel_production_32(X))
& fn_biofuel_production_33(X) = fn_oxidation_10(fn_biofuel_production_32(X))
& fn_biofuel_production_33(X) = fn_reduction_1(fn_biofuel_production_31(X))
& fn_biofuel_production_27(X) = fn_reduction_3(fn_biofuel_production_31(X))
& fn_biofuel_production_27(X) = fn_reduction_1(fn_biofuel_production_31(X))
& fn_biofuel_production_34(X) = fn_reduction_1(fn_biofuel_production_31(X))
& fn_biofuel_production_33(X) = fn_reduction_3(fn_biofuel_production_31(X))
& fn_biofuel_production_34(X) = fn_reduction_4(fn_biofuel_production_31(X))
& fn_biofuel_production_8(X) = fn_molecule_1(fn_biofuel_production_27(X))
& fn_biofuel_production_7(X) = fn_molecule_2(fn_biofuel_production_27(X))
& fn_biofuel_production_9(X) = fn_molecule_8(fn_biofuel_production_27(X))
& fn_biofuel_production_12(X) = fn_molecule_3(fn_biofuel_production_27(X))
& fn_biofuel_production_11(X) = fn_molecule_4(fn_biofuel_production_27(X))
& fn_biofuel_production_10(X) = fn_molecule_12(fn_biofuel_production_27(X))
& fn_biofuel_production_42(X) = fn_photosynthesis_54(fn_biofuel_production_18(X))
& fn_biofuel_production_43(X) = fn_photosynthesis_57(fn_biofuel_production_18(X))
& fn_biofuel_production_4(X) = fn_photosynthesis_5(fn_biofuel_production_18(X))
& fn_biofuel_production_3(X) = fn_photosynthesis_6(fn_biofuel_production_18(X))
& fn_biofuel_production_44(X) = fn_photosynthesis_56(fn_biofuel_production_18(X))
& fn_biofuel_production_45(X) = fn_photosynthesis_55(fn_biofuel_production_18(X))
& fn_biofuel_production_22(X) = fn_photosynthesis_46(fn_biofuel_production_18(X))
& fn_biofuel_production_38(X) = fn_anabolic_pathway_3(fn_biofuel_production_18(X))
& fn_biofuel_production_37(X) = fn_photosynthesis_53(fn_biofuel_production_18(X))
& fn_biofuel_production_36(X) = fn_photosynthesis_52(fn_biofuel_production_18(X))
& fn_biofuel_production_35(X) = fn_photosynthesis_51(fn_biofuel_production_18(X))
& fn_biofuel_production_38(X) = fn_photosynthesis_25(fn_biofuel_production_18(X))
& fn_biofuel_production_39(X) = fn_photosynthesis_24(fn_biofuel_production_18(X))
& fn_biofuel_production_41(X) = fn_photosynthesis_32(fn_biofuel_production_18(X))
& fn_biofuel_production_40(X) = fn_photosynthesis_50(fn_biofuel_production_18(X))
& fn_biofuel_production_16(X) = fn_photosynthesis_38(fn_biofuel_production_18(X))
& fn_biofuel_production_5(X) = fn_photosynthesis_3(fn_biofuel_production_18(X))
& fn_biofuel_production_6(X) = fn_photosynthesis_4(fn_biofuel_production_18(X))
& fn_biofuel_production_19(X) = fn_anabolic_pathway_5(fn_biofuel_production_18(X))
& fn_biofuel_production_19(X) = fn_photosynthesis_37(fn_biofuel_production_18(X))
& fn_combine_2(fn_biofuel_production_24(X)) = fn_combine_1(fn_biofuel_production_24(X))
& fn_combine_1(fn_biofuel_production_24(X)) = fn_combine_1(fn_biofuel_production_24(X))
& fn_combine_1(fn_biofuel_production_24(X)) = fn_replace_1(fn_biofuel_production_23(X))
& fn_replace_1(fn_biofuel_production_23(X)) = fn_replace_1(fn_biofuel_production_23(X))
& fn_replace_1(fn_biofuel_production_23(X)) = fn_oxidation_10(fn_biofuel_production_32(X))
& fn_oxidation_10(fn_biofuel_production_32(X)) = fn_oxidation_10(fn_biofuel_production_32(X))
& fn_oxidation_10(fn_biofuel_production_32(X)) = fn_reduction_1(fn_biofuel_production_31(X))
& fn_reduction_1(fn_biofuel_production_31(X)) = fn_reduction_3(fn_biofuel_production_31(X))
& fn_reduction_3(fn_biofuel_production_31(X)) = fn_oxidation_9(fn_biofuel_production_32(X))
& fn_oxidation_9(fn_biofuel_production_32(X)) = fn_reduction_1(fn_biofuel_production_31(X))
& fn_reduction_1(fn_biofuel_production_31(X)) = fn_oxidation_9(fn_biofuel_production_32(X))
& fn_oxidation_9(fn_biofuel_production_32(X)) = fn_reduction_4(fn_biofuel_production_31(X))
& fn_reduction_4(fn_biofuel_production_31(X)) = fn_reduction_4(fn_biofuel_production_31(X))
& fn_reduction_4(fn_biofuel_production_31(X)) = fn_create_1(X)
& fn_create_1(X) = fn_replace_2(fn_biofuel_production_23(X))
& fn_replace_2(fn_biofuel_production_23(X)) = fn_replace_2(fn_biofuel_production_23(X))
& fn_replace_2(fn_biofuel_production_23(X)) = fn_replenish_1(fn_biofuel_production_29(X))
& fn_replenish_1(fn_biofuel_production_29(X)) = fn_replenish_1(fn_biofuel_production_29(X))
& fn_replenish_1(fn_biofuel_production_29(X)) = fn_reduction_3(fn_biofuel_production_31(X))
& fn_reduction_3(fn_biofuel_production_31(X)) = fn_reduction_3(fn_biofuel_production_31(X))
& fn_fuel_7(fn_biofuel_production_14(X)) = fn_reduction_3(fn_biofuel_production_31(X))
& fn_reduction_3(fn_biofuel_production_31(X)) = fn_fuel_7(fn_biofuel_production_14(X))
& fn_fuel_7(fn_biofuel_production_14(X)) = fn_fuel_7(fn_biofuel_production_14(X))
& fn_fuel_7(fn_biofuel_production_14(X)) = fn_oxidation_7(fn_biofuel_production_32(X))
& fn_oxidation_7(fn_biofuel_production_32(X)) = fn_oxidation_7(fn_biofuel_production_32(X))
& fn_oxidation_7(fn_biofuel_production_32(X)) = fn_reduction_1(fn_biofuel_production_31(X))
& fn_reduction_1(fn_biofuel_production_31(X)) = fn_reduction_1(fn_biofuel_production_31(X))
& fn_reduction_1(fn_biofuel_production_31(X)) = fn_photosynthesis_25(fn_biofuel_production_18(X))
& fn_photosynthesis_25(fn_biofuel_production_18(X)) = fn_anabolic_pathway_3(fn_biofuel_production_18(X))
& fn_anabolic_pathway_3(fn_biofuel_production_18(X)) = fn_photosynthesis_25(fn_biofuel_production_18(X))
& fn_photosynthesis_25(fn_biofuel_production_18(X)) = fn_photosynthesis_25(fn_biofuel_production_18(X))
& fn_photosynthesis_25(fn_biofuel_production_18(X)) = fn_produce_1(X)
& fn_produce_1(X) = fn_oxidation_7(fn_biofuel_production_22(X))
& fn_oxidation_7(fn_biofuel_production_22(X)) = fn_oxidation_7(fn_biofuel_production_22(X))
& fn_oxidation_7(fn_biofuel_production_22(X)) = fn_photosynthesis_38(fn_biofuel_production_18(X))
& fn_photosynthesis_38(fn_biofuel_production_18(X)) = fn_photosynthesis_38(fn_biofuel_production_18(X))
& fn_photosynthesis_38(fn_biofuel_production_18(X)) = fn_anabolic_pathway_5(fn_biofuel_production_18(X))
& fn_photosynthesis_37(fn_biofuel_production_18(X)) = fn_photosynthesis_37(fn_biofuel_production_18(X))
& fn_photosynthesis_37(fn_biofuel_production_18(X)) = fn_anabolic_pathway_5(fn_biofuel_production_18(X))
& fn_anabolic_pathway_5(fn_biofuel_production_18(X)) = fn_photosynthesis_37(fn_biofuel_production_18(X)) ) ) ).
fof(a527852,axiom,
! [X] :
( biogenic_amine_1(X)
=> ( original_name_2(X,'Biogenic-Amine')
& user_description_2(X,'A class of neurotransmitter derived from an amino acid.')
& concept2words_2(X,'biogenic amine')
& concept2words_2(X,'biogenic-amine')
& amino_acid_neurotransmitter_1(X)
& ~ glutamate_1(X) ) ) ).
fof(a527853,axiom,
! [X] :
( biogeochemical_cycle_1(X)
=> ( original_name_2(X,'Biogeochemical-Cycle')
& user_description_2(X,'A physical and chemical pathway by which a chemical element or molecule moves through the biosphere.')
& concept2words_2(X,'undergo the biogeochemical cycle')
& concept2words_2(X,'biogeochemical cycle')
& concept2words_2(X,'biogeochemical-cycle')
& geologic_process_1(X)
& ~ catastrophism_1(X)
& ~ climate_1(X)
& ~ continental_drift_1(X)
& ~ plate_tectonics_1(X)
& ~ uniformitarianism_1(X)
& tangible_entity_1(fn_biogeochemical_cycle_1(X))
& region_1(fn_biogeochemical_cycle_2(X))
& object_2(X,fn_biogeochemical_cycle_1(X))
& site_2(X,fn_biogeochemical_cycle_2(X)) ) ) ).
fof(a527854,axiom,
! [X] :
( biogeography_1(X)
=> ( original_name_2(X,'Biogeography')
& user_description_2(X,'The study of the distribution of organisms through time and across geographic space.')
& concept2words_2(X,biogeography)
& ecology_1(X) ) ) ).
fof(a527855,axiom,
! [X] :
( bioinformatics_1(X)
=> ( original_name_2(X,'Bioinformatics')
& user_description_2(X,'A branch of biology that deals with the study of ways to store, retrieve, and analyze large biological data sets.')
& concept2words_2(X,'perform bioinformatics')
& concept2words_2(X,bioinformatics)
& biotechnology_1(X) ) ) ).
fof(a527856,axiom,
! [X] :
( biological_augmentation_1(X)
=> ( original_name_2(X,'Biological-Augmentation')
& user_description_2(X,'The practice in restoration ecology of using organisms to add essential materials to an ecosystem that has been degraded.')
& concept2words_2(X,'augment biologically')
& concept2words_2(X,'biological augmentation')
& concept2words_2(X,'biological-augmentation')
& ecological_process_1(X) ) ) ).
fof(a527857,axiom,
! [X] :
( biological_clock_1(X)
=> ( original_name_2(X,'Biological-Clock')
& user_description_2(X,'An endogenous timekeeper that governs an organism\'s physiological and behavioral rhythms. It marks the passage of time with or without external cues but often requires environmental cues maintain proper timing of physiological and behavioral events.')
& concept2words_2(X,'biological clock')
& concept2words_2(X,'biological-clock')
& homeostatic_response_1(X)
& ~ acclimatization_1(X)
& ~ hibernation_1(X)
& ~ negative_feedback_1(X)
& ~ plant_response_1(X)
& ~ thermoregulation_1(X) ) ) ).
fof(a527858,axiom,
! [X] :
( biological_fluid_1(X)
=> ( original_name_2(X,'Biological-Fluid')
& user_description_2(X,'The fluid substance present in a living organism.')
& concept2words_2(X,'biological fluid')
& concept2words_2(X,'biological-fluid')
& aqueous_solution_1(X)
& organic_entity_1(X)
& ~ water_1(X)
& ~ vinegar_1(X)
& ph_value_1(fn_biological_fluid_1(X))
& ph_2(X,fn_biological_fluid_1(X)) ) ) ).
fof(a527859,axiom,
! [X] :
( biological_magnification_1(X)
=> ( original_name_2(X,'Biological-Magnification')
& user_description_2(X,'The process by which a substance becomes more concentrated in higher trophic levels in a food chain. Biological magnification occurs due to persistance of the substance (i.e., it cannot be broken down by normal environmental or physiological processes), retention of the substance within organisms (i.e., it is not excreted), and food chain energetics.')
& concept2words_2(X,'biological magnification')
& concept2words_2(X,'biological-magnification')
& ecological_process_1(X) ) ) ).
fof(a527860,axiom,
! [X] :
( biological_process_1(X)
=> ( original_name_2(X,'Biological-Process')
& user_description_2(X,'Process related to living organisms.')
& concept2words_2(X,'biological process')
& concept2words_2(X,'biological-process')
& event_1(X) ) ) ).
fof(a527861,axiom,
! [X] :
( biological_region_1(X)
=> ( original_name_2(X,'Biological-Region')
& description_2(X,'A region of a biological entity.')
& concept2words_2(X,'biological region')
& concept2words_2(X,'biological-region')
& region_1(X) ) ) ).
fof(a527862,axiom,
! [X] :
( biological_restoration_1(X)
=> ( original_name_2(X,'Biological-Restoration')
& user_description_2(X,'The active renewal of ecosystems which have been damaged due to pollution, agriculture, fire or other processes.')
& concept2words_2(X,'biological restoration')
& concept2words_2(X,'biological-restoration')
& ecological_process_1(X)
& bioremediation_1(fn_biological_restoration_1(X))
& biological_augmentation_1(fn_biological_restoration_2(X))
& by_means_of_2(X,fn_biological_restoration_2(X))
& by_means_of_2(X,fn_biological_restoration_1(X)) ) ) ).
fof(a527863,axiom,
! [X] :
( biological_species_1(X)
=> ( original_name_2(X,'Biological-Species')
& user_description_2(X,'A group of organisms that can interbreed in nature and produce viable, fertile offspring but are reproductively isolated from other organisms.')
& concept2words_2(X,'biological species')
& concept2words_2(X,'biological-specy')
& species_1(X) ) ) ).
fof(a527864,axiom,
! [X] :
( biologist_1(X)
=> ( original_name_2(X,'Biologist')
& user_description_2(X,'A scientist who studies living organisms.')
& concept2words_2(X,biologist)
& scientist_1(X)
& spatial_entity_1(fn_biologist_1(X))
& spatial_entity_1(fn_biologist_2(X))
& secretor_1(fn_biologist_3(X))
& synthesis_reaction_1(fn_biologist_4(X))
& chemical_reaction_1(fn_biologist_4(X))
& anabolic_pathway_1(fn_biologist_4(X))
& synthesis_of_lipid_1(fn_biologist_4(X))
& endoplasmic_reticulum_1(fn_biologist_5(X))
& smooth_endoplasmic_reticulum_1(fn_biologist_5(X))
& catabolic_pathway_1(fn_biologist_6(X))
& oral_cavity_1(fn_biologist_7(X))
& chemical_digestion_1(fn_biologist_8(X))
& organic_molecule_1(fn_biologist_9(X))
& glucose_1(fn_biologist_9(X))
& organic_molecule_1(fn_biologist_10(X))
& spatial_entity_1(fn_biologist_10(X))
& cellulose_1(fn_biologist_10(X))
& move_1(fn_biologist_11(X))
& secretion_1(fn_biologist_12(X))
& resource_1(fn_biologist_13(X))
& specific_heat_value_1(fn_biologist_14(X))
& temperature_value_1(fn_biologist_15(X))
& locomotion_1(fn_biologist_16(X))
& nutrition_1(fn_biologist_17(X))
& take_in_1(fn_biologist_18(X))
& take_in_1(fn_biologist_19(X))
& ingestion_1(fn_biologist_20(X))
& thermoregulation_1(fn_biologist_21(X))
& store_1(fn_biologist_22(X))
& lining_1(fn_biologist_23(X))
& circulatory_system_1(fn_biologist_24(X))
& digestive_system_1(fn_biologist_25(X))
& respiratory_system_1(fn_biologist_26(X))
& abrade_1(fn_biologist_27(X))
& abrade_1(fn_biologist_28(X))
& move_through_1(fn_biologist_29(X))
& heterotroph_1(fn_biologist_30(X))
& container_1(fn_biologist_31(X))
& bulk_feeder_1(fn_biologist_32(X))
& stomach_1(fn_biologist_33(X))
& pharynx_1(fn_biologist_34(X))
& esophagus_1(fn_biologist_35(X))
& liver_1(fn_biologist_36(X))
& pancreas_1(fn_biologist_37(X))
& gallbladder_1(fn_biologist_38(X))
& heart_1(fn_biologist_39(X))
& trachea_1(fn_biologist_40(X))
& lung_1(fn_biologist_41(X))
& water_1(fn_biologist_42(X))
& epithelium_1(fn_biologist_43(X))
& mouth_1(fn_biologist_44(X))
& tissue_1(fn_biologist_45(X))
& bone_1(fn_biologist_45(X))
& eukaryotic_cell_1(fn_biologist_46(X))
& cell_1(fn_biologist_46(X))
& human_cell_1(fn_biologist_46(X))
& mammalian_cell_1(fn_biologist_46(X))
& ingestion_1(fn_bulk_feeder_4(fn_biologist_32(X)))
& organic_molecule_1(fn_catabolic_pathway_9(fn_biologist_6(X)))
& organic_molecule_1(fn_catabolic_pathway_10(fn_biologist_6(X)))
& tangible_entity_1(fn_take_in_1(fn_biologist_19(X)))
& animal_1(fn_bulk_feeder_3(fn_biologist_32(X)))
& is_outside_2(fn_biologist_2(X),X)
& is_inside_2(fn_biologist_1(X),X)
& origin_2(fn_biologist_19(X),fn_biologist_2(X))
& destination_2(fn_biologist_19(X),fn_biologist_1(X))
& raw_material_2(fn_biologist_6(X),fn_biologist_10(X))
& result_2(fn_biologist_6(X),fn_biologist_9(X))
& base_2(fn_biologist_19(X),X)
& agent_2(fn_biologist_19(X),X)
& in_event_2(fn_biologist_32(X),fn_biologist_20(X))
& base_2(fn_biologist_20(X),X)
& agent_2(fn_biologist_20(X),X)
& element_2(fn_biologist_25(X),fn_biologist_35(X))
& element_2(fn_biologist_25(X),fn_biologist_34(X))
& element_2(fn_biologist_25(X),fn_biologist_36(X))
& object_2(fn_biologist_28(X),fn_biologist_10(X))
& the_cardinal_value_2(fn_biologist_15(X),"37.0e0")
& cardinal_unit_class_2(fn_biologist_15(X),celsius_0)
& called_2(fn_biologist_11(X),'M3')
& called_2(fn_biologist_8(X),'Protist')
& base_2(fn_biologist_29(X),fn_biologist_25(X))
& enables_2(fn_biologist_29(X),fn_biologist_27(X))
& base_2(fn_biologist_8(X),fn_biologist_7(X))
& raw_material_2(fn_biologist_8(X),fn_biologist_9(X))
& plays_2(fn_biologist_43(X),fn_biologist_13(X))
& in_event_2(fn_biologist_13(X),fn_biologist_12(X))
& base_2(fn_biologist_4(X),fn_biologist_46(X))
& site_2(fn_biologist_4(X),fn_biologist_5(X))
& has_function_2(fn_biologist_5(X),fn_biologist_4(X))
& element_2(fn_biologist_24(X),fn_biologist_39(X))
& has_region_2(X,fn_biologist_24(X))
& base_2(fn_biologist_18(X),X)
& agent_2(fn_biologist_18(X),X)
& temperature_2(X,fn_biologist_15(X))
& has_function_2(X,fn_biologist_21(X))
& base_2(fn_biologist_21(X),X)
& agent_2(fn_biologist_16(X),X)
& object_2(fn_biologist_16(X),X)
& has_region_2(X,fn_biologist_26(X))
& element_2(fn_biologist_25(X),fn_biologist_33(X))
& has_region_2(X,fn_biologist_25(X))
& plays_2(X,fn_biologist_30(X))
& in_event_2(fn_biologist_30(X),fn_biologist_17(X))
& agent_2(fn_biologist_17(X),X)
& has_part_2(X,fn_biologist_33(X))
& plays_2(X,fn_biologist_31(X))
& in_event_2(fn_biologist_31(X),fn_biologist_22(X))
& base_2(fn_biologist_22(X),X)
& plays_2(X,fn_biologist_32(X))
& next_element_2(fn_biologist_34(X),fn_biologist_35(X))
& has_part_2(X,fn_biologist_35(X))
& has_part_2(X,fn_biologist_34(X))
& abuts_2(fn_biologist_33(X),fn_biologist_35(X))
& abuts_2(fn_biologist_35(X),fn_biologist_33(X))
& has_part_2(X,fn_biologist_38(X))
& element_2(fn_biologist_25(X),fn_biologist_38(X))
& element_2(fn_biologist_25(X),fn_biologist_37(X))
& has_part_2(X,fn_biologist_37(X))
& has_part_2(X,fn_biologist_36(X))
& next_element_2(fn_biologist_40(X),fn_biologist_41(X))
& has_part_2(X,fn_biologist_40(X))
& has_part_2(X,fn_biologist_39(X))
& origin_2(fn_biologist_11(X),fn_biologist_39(X))
& destination_2(fn_biologist_11(X),fn_biologist_45(X))
& has_part_2(X,fn_biologist_41(X))
& element_2(fn_biologist_26(X),fn_biologist_41(X))
& element_2(fn_biologist_26(X),fn_biologist_40(X))
& abuts_2(fn_biologist_34(X),fn_biologist_40(X))
& abuts_2(fn_biologist_40(X),fn_biologist_34(X))
& enables_2(fn_biologist_29(X),fn_biologist_28(X))
& path_2(fn_biologist_28(X),X)
& has_part_2(X,fn_biologist_42(X))
& specific_heat_2(fn_biologist_42(X),fn_biologist_14(X))
& correspondence_2(fn_biologist_15(X),fn_biologist_14(X))
& has_part_2(X,fn_biologist_43(X))
& is_inside_2(fn_biologist_43(X),fn_biologist_23(X))
& has_region_2(X,fn_biologist_23(X))
& has_part_2(X,fn_biologist_44(X))
& has_region_2(fn_biologist_44(X),fn_biologist_7(X))
& path_2(fn_biologist_29(X),X)
& object_2(fn_biologist_29(X),fn_biologist_10(X))
& object_2(fn_biologist_27(X),fn_biologist_10(X))
& path_2(fn_biologist_27(X),X)
& has_part_2(X,fn_biologist_45(X))
& has_part_2(X,fn_biologist_46(X))
& plays_2(fn_biologist_46(X),fn_biologist_3(X))
& in_event_2(fn_biologist_3(X),fn_biologist_12(X))
& base_2(fn_biologist_12(X),fn_biologist_46(X))
& has_part_2(fn_biologist_46(X),fn_biologist_5(X))
& fn_biologist_10(X) = fn_catabolic_pathway_10(fn_biologist_6(X))
& fn_biologist_9(X) = fn_catabolic_pathway_9(fn_biologist_6(X))
& X = fn_take_in_1(fn_biologist_19(X))
& fn_biologist_20(X) = fn_bulk_feeder_4(fn_biologist_32(X))
& fn_biologist_47(X) = fn_person_63(X)
& fn_biologist_48(X) = fn_person_19(X)
& fn_biologist_9(X) = fn_person_46(X)
& fn_biologist_8(X) = fn_person_71(X)
& fn_biologist_13(X) = fn_person_69(X)
& fn_biologist_4(X) = fn_person_40(X)
& fn_biologist_18(X) = fn_person_18(X)
& fn_biologist_24(X) = fn_person_36(X)
& fn_biologist_16(X) = fn_person_73(X)
& fn_biologist_21(X) = fn_person_74(X)
& fn_biologist_17(X) = fn_mammal_50(X)
& fn_biologist_17(X) = fn_person_47(X)
& fn_biologist_30(X) = fn_person_31(X)
& X = fn_bulk_feeder_3(fn_biologist_32(X))
& fn_biologist_32(X) = fn_person_67(X)
& fn_biologist_22(X) = fn_mammal_82(X)
& fn_biologist_22(X) = fn_person_37(X)
& fn_biologist_31(X) = fn_person_30(X)
& fn_biologist_33(X) = fn_person_29(X)
& fn_biologist_35(X) = fn_person_27(X)
& fn_biologist_36(X) = fn_person_26(X)
& fn_biologist_37(X) = fn_person_25(X)
& fn_biologist_25(X) = fn_person_35(X)
& fn_biologist_38(X) = fn_person_24(X)
& fn_biologist_11(X) = fn_person_38(X)
& fn_biologist_39(X) = fn_person_23(X)
& fn_biologist_34(X) = fn_person_28(X)
& fn_biologist_40(X) = fn_person_22(X)
& fn_biologist_26(X) = fn_person_34(X)
& fn_biologist_41(X) = fn_person_21(X)
& fn_biologist_15(X) = fn_person_62(X)
& fn_biologist_14(X) = fn_person_39(X)
& fn_biologist_42(X) = fn_person_20(X)
& fn_biologist_28(X) = fn_person_65(X)
& fn_biologist_7(X) = fn_person_68(X)
& fn_biologist_44(X) = fn_person_64(X)
& fn_biologist_23(X) = fn_person_50(X)
& fn_biologist_43(X) = fn_person_72(X)
& fn_biologist_45(X) = fn_person_60(X)
& fn_biologist_27(X) = fn_person_33(X)
& fn_biologist_10(X) = fn_person_44(X)
& fn_biologist_29(X) = fn_person_32(X)
& fn_biologist_5(X) = fn_person_41(X)
& fn_biologist_12(X) = fn_person_49(X)
& fn_biologist_3(X) = fn_person_16(X)
& fn_biologist_46(X) = fn_person_8(X)
& fn_biologist_46(X) = fn_person_61(X)
& fn_catabolic_pathway_9(fn_biologist_6(X)) = fn_person_46(X)
& fn_person_46(X) = fn_mammal_50(X)
& fn_mammal_50(X) = fn_person_47(X)
& fn_person_47(X) = fn_person_47(X)
& fn_person_47(X) = fn_mammal_82(X)
& fn_mammal_82(X) = fn_person_37(X)
& fn_person_37(X) = fn_person_37(X)
& fn_person_37(X) = fn_catabolic_pathway_10(fn_biologist_6(X))
& fn_catabolic_pathway_10(fn_biologist_6(X)) = fn_person_44(X)
& fn_person_44(X) = fn_person_44(X)
& fn_person_44(X) = fn_person_61(X)
& fn_person_61(X) = fn_person_61(X)
& fn_person_61(X) = fn_person_8(X)
& fn_person_8(X) = fn_person_61(X)
& fn_person_61(X) = fn_take_in_1(fn_biologist_19(X))
& fn_take_in_1(fn_biologist_19(X)) = fn_take_in_1(fn_biologist_19(X))
& fn_take_in_1(fn_biologist_19(X)) = fn_bulk_feeder_3(fn_biologist_32(X))
& fn_bulk_feeder_3(fn_biologist_32(X)) = fn_bulk_feeder_3(fn_biologist_32(X)) ) ) ).
fof(a527865,axiom,
! [X] :
( biology_1(X)
=> ( original_name_2(X,'Biology')
& user_description_2(X,'The scientific study of life.')
& concept2words_2(X,biology)
& inquiry_1(X) ) ) ).
fof(a527866,axiom,
! [X] :
( bioluminescence_1(X)
=> ( original_name_2(X,'Bioluminescence')
& user_description_2(X,'The ability of an organism to produce and emit light.')
& concept2words_2(X,'show bioluminescence')
& concept2words_2(X,bioluminescence)
& decomposition_reaction_1(X)
& exergonic_reaction_1(X)
& light_1(fn_bioluminescence_1(X))
& chemical_entity_1(fn_bioluminescence_2(X))
& molecule_1(fn_bioluminescence_3(X))
& result_2(X,fn_bioluminescence_1(X))
& raw_material_2(X,fn_bioluminescence_3(X))
& result_2(X,fn_bioluminescence_2(X))
& fn_bioluminescence_3(X) = fn_decomposition_reaction_5(X)
& fn_bioluminescence_3(X) = fn_exergonic_reaction_10(X)
& fn_bioluminescence_2(X) = fn_decomposition_reaction_2(X)
& fn_bioluminescence_2(X) = fn_decomposition_reaction_4(X)
& fn_bioluminescence_2(X) = fn_exergonic_reaction_11(X)
& fn_decomposition_reaction_5(X) = fn_exergonic_reaction_10(X)
& fn_exergonic_reaction_10(X) = fn_decomposition_reaction_2(X)
& fn_decomposition_reaction_2(X) = fn_decomposition_reaction_4(X)
& fn_decomposition_reaction_4(X) = fn_decomposition_reaction_4(X)
& fn_decomposition_reaction_4(X) = fn_exergonic_reaction_11(X) ) ) ).
fof(a527867,axiom,
! [X] :
( biomanipulation_1(X)
=> ( original_name_2(X,'Biomanipulation')
& user_description_2(X,'The intentional introduction of higher-level consumers to a degraded aquatic ecosystem, to control algal blooms caused by eutrophication; an example of top-down control over community structure in an ecosystem.')
& concept2words_2(X,biomanipulation)
& ecological_process_1(X) ) ) ).
fof(a527868,axiom,
! [X] :
( biomass_1(X)
=> ( original_name_2(X,'Biomass')
& user_description_2(X,'The total mass of living organisms in a given area at a given time.')
& concept2words_2(X,biomass)
& substance_1(X) ) ) ).
fof(a527869,axiom,
! [X] :
( biomass_pyramid_1(X)
=> ( original_name_2(X,'Biomass-Pyramid')
& user_description_2(X,'A diagram showing the distribution of mass among organisms at different trophic levels in an ecosystem.')
& concept2words_2(X,'pyramid of biomass')
& concept2words_2(X,'pyramid-of-biomass')
& concept2words_2(X,'biomass pyramid')
& concept2words_2(X,'biomass-pyramid')
& ecological_pyramid_1(X)
& ~ pyramid_of_numbers_1(X)
& ~ pyramid_of_production_1(X) ) ) ).
fof(a527870,axiom,
! [X] :
( biome_1(X)
=> ( original_name_2(X,'Biome')
& user_description_2(X,'A large ecosystem, typically characterized by the predominant vegetation, climate, and the adaptations of the organisms living in that particular environment.')
& concept2words_2(X,biome)
& region_1(X)
& aggregate_1(X)
& animal_1(fn_biome_1(X))
& algae_1(fn_biome_2(X))
& plant_1(fn_biome_3(X))
& cyanobacterium_1(fn_biome_4(X))
& chemical_reaction_1(fn_biome_5(X))
& metabolic_pathway_1(fn_biome_5(X))
& photosynthesis_1(fn_biome_5(X))
& visible_light_1(fn_biome_6(X))
& energy_1(fn_biome_6(X))
& photosynthesis_1(fn_biome_7(X))
& anabolic_pathway_1(fn_biome_8(X))
& metabolic_pathway_1(fn_biome_8(X))
& photosynthesis_1(fn_biome_8(X))
& chemical_entity_1(fn_biome_9(X))
& oxygen_molecule_1(fn_biome_9(X))
& energy_1(fn_biome_10(X))
& chemical_energy_1(fn_biome_10(X))
& visible_light_1(fn_biome_11(X))
& energy_1(fn_biome_11(X))
& plant_cell_1(fn_biome_12(X))
& cell_1(fn_biome_12(X))
& eukaryotic_cell_1(fn_biome_12(X))
& metabolic_pathway_1(fn_biome_13(X))
& light_reaction_1(fn_biome_13(X))
& energy_transformation_by_organism_1(fn_biome_14(X))
& sunlight_1(fn_biome_15(X))
& visible_light_1(fn_biome_16(X))
& energy_1(fn_biome_16(X))
& algal_cell_1(fn_biome_17(X))
& cell_1(fn_metabolic_pathway_1(fn_biome_7(X)))
& visible_light_1(fn_photosynthesis_34(fn_biome_7(X)))
& energy_1(fn_photosynthesis_34(fn_biome_7(X)))
& chemical_reaction_1(fn_cyanobacterium_17(fn_biome_4(X)))
& metabolic_pathway_1(fn_cyanobacterium_17(fn_biome_4(X)))
& photosynthesis_1(fn_cyanobacterium_17(fn_biome_4(X)))
& photosynthesis_1(fn_plant_18(fn_biome_3(X)))
& anabolic_pathway_1(fn_plant_18(fn_biome_3(X)))
& metabolic_pathway_1(fn_plant_18(fn_biome_3(X)))
& light_reaction_1(fn_photosynthesis_35(fn_biome_8(X)))
& visible_light_1(fn_sunlight_1(fn_biome_15(X)))
& visible_light_1(fn_cyanobacterium_15(fn_biome_4(X)))
& energy_1(fn_cyanobacterium_15(fn_biome_4(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_biome_8(X)))
& oxygen_molecule_1(fn_plant_45(fn_biome_3(X)))
& cell_1(fn_metabolic_pathway_1(fn_biome_13(X)))
& cell_1(fn_metabolic_pathway_1(fn_biome_8(X)))
& plant_cell_1(fn_plant_20(fn_biome_3(X)))
& cell_1(fn_plant_20(fn_biome_3(X)))
& eukaryotic_cell_1(fn_plant_20(fn_biome_3(X)))
& visible_light_1(fn_light_reaction_45(fn_biome_13(X)))
& energy_1(fn_energy_transformation_by_organism_2(fn_biome_14(X)))
& visible_light_1(fn_photosynthesis_34(fn_biome_8(X)))
& energy_1(fn_photosynthesis_34(fn_biome_8(X)))
& energy_transformation_by_organism_1(fn_light_reaction_50(fn_biome_13(X)))
& energy_transformation_by_organism_1(fn_photosynthesis_31(fn_biome_8(X)))
& chemical_energy_1(fn_photosynthesis_40(fn_biome_8(X)))
& energy_1(fn_energy_transformation_by_organism_1(fn_biome_14(X)))
& chemical_energy_1(fn_photosynthesis_1(fn_biome_8(X)))
& has_part_2(fn_biome_2(X),fn_biome_17(X))
& fn_biome_5(X) != fn_biome_8(X)
& fn_biome_5(X) != fn_biome_7(X)
& fn_biome_7(X) != fn_biome_5(X)
& fn_biome_7(X) != fn_biome_8(X)
& fn_biome_8(X) != fn_biome_5(X)
& fn_biome_8(X) != fn_biome_7(X)
& has_part_2(fn_biome_15(X),fn_biome_11(X))
& has_part_2(fn_biome_15(X),fn_biome_16(X))
& element_2(X,fn_biome_3(X))
& element_2(X,fn_biome_1(X))
& element_2(X,fn_biome_2(X))
& element_2(X,fn_biome_4(X))
& base_2(fn_biome_13(X),fn_biome_12(X))
& base_2(fn_biome_7(X),fn_biome_17(X))
& has_part_2(fn_biome_15(X),fn_biome_6(X))
& raw_material_2(fn_biome_7(X),fn_biome_16(X))
& raw_material_2(fn_biome_5(X),fn_biome_6(X))
& base_2(fn_biome_5(X),fn_biome_4(X))
& experiencer_2(fn_biome_5(X),fn_biome_4(X))
& has_function_2(fn_biome_3(X),fn_biome_8(X))
& has_part_2(fn_biome_3(X),fn_biome_12(X))
& base_2(fn_biome_8(X),fn_biome_12(X))
& result_2(fn_biome_8(X),fn_biome_9(X))
& raw_material_2(fn_biome_13(X),fn_biome_11(X))
& causes_2(fn_biome_13(X),fn_biome_14(X))
& raw_material_2(fn_biome_8(X),fn_biome_11(X))
& object_2(fn_biome_14(X),fn_biome_11(X))
& raw_material_2(fn_biome_14(X),fn_biome_11(X))
& fn_biome_10(X) != fn_biome_11(X)
& fn_biome_11(X) != fn_biome_10(X)
& result_2(fn_biome_8(X),fn_biome_10(X))
& result_2(fn_biome_14(X),fn_biome_10(X))
& fn_biome_12(X) = fn_metabolic_pathway_1(fn_biome_13(X))
& fn_biome_17(X) = fn_metabolic_pathway_1(fn_biome_7(X))
& fn_biome_6(X) = fn_sunlight_1(fn_biome_15(X))
& fn_biome_16(X) = fn_photosynthesis_34(fn_biome_7(X))
& fn_biome_6(X) = fn_cyanobacterium_15(fn_biome_4(X))
& fn_biome_5(X) = fn_cyanobacterium_17(fn_biome_4(X))
& fn_biome_9(X) = fn_anabolic_pathway_5(fn_biome_8(X))
& fn_biome_9(X) = fn_plant_45(fn_biome_3(X))
& fn_biome_12(X) = fn_metabolic_pathway_1(fn_biome_8(X))
& fn_biome_8(X) = fn_plant_18(fn_biome_3(X))
& fn_biome_12(X) = fn_plant_20(fn_biome_3(X))
& fn_biome_13(X) = fn_photosynthesis_35(fn_biome_8(X))
& fn_biome_14(X) = fn_light_reaction_50(fn_biome_13(X))
& fn_biome_11(X) = fn_light_reaction_45(fn_biome_13(X))
& fn_biome_14(X) = fn_photosynthesis_31(fn_biome_8(X))
& fn_biome_11(X) = fn_energy_transformation_by_organism_2(fn_biome_14(X))
& fn_biome_10(X) = fn_photosynthesis_40(fn_biome_8(X))
& fn_biome_11(X) = fn_photosynthesis_34(fn_biome_8(X))
& fn_biome_10(X) = fn_energy_transformation_by_organism_1(fn_biome_14(X))
& fn_biome_10(X) = fn_photosynthesis_1(fn_biome_8(X))
& fn_sunlight_1(fn_biome_15(X)) = fn_cyanobacterium_15(fn_biome_4(X))
& fn_cyanobacterium_15(fn_biome_4(X)) = fn_anabolic_pathway_5(fn_biome_8(X))
& fn_anabolic_pathway_5(fn_biome_8(X)) = fn_plant_45(fn_biome_3(X))
& fn_plant_45(fn_biome_3(X)) = fn_metabolic_pathway_1(fn_biome_13(X))
& fn_metabolic_pathway_1(fn_biome_13(X)) = fn_metabolic_pathway_1(fn_biome_8(X))
& fn_metabolic_pathway_1(fn_biome_8(X)) = fn_plant_20(fn_biome_3(X))
& fn_plant_20(fn_biome_3(X)) = fn_plant_20(fn_biome_3(X))
& fn_plant_20(fn_biome_3(X)) = fn_light_reaction_45(fn_biome_13(X))
& fn_energy_transformation_by_organism_2(fn_biome_14(X)) = fn_light_reaction_45(fn_biome_13(X))
& fn_light_reaction_45(fn_biome_13(X)) = fn_energy_transformation_by_organism_2(fn_biome_14(X))
& fn_energy_transformation_by_organism_2(fn_biome_14(X)) = fn_energy_transformation_by_organism_2(fn_biome_14(X))
& fn_photosynthesis_34(fn_biome_8(X)) = fn_energy_transformation_by_organism_2(fn_biome_14(X))
& fn_energy_transformation_by_organism_2(fn_biome_14(X)) = fn_photosynthesis_34(fn_biome_8(X))
& fn_photosynthesis_34(fn_biome_8(X)) = fn_photosynthesis_34(fn_biome_8(X))
& fn_photosynthesis_34(fn_biome_8(X)) = fn_light_reaction_50(fn_biome_13(X))
& fn_photosynthesis_31(fn_biome_8(X)) = fn_photosynthesis_31(fn_biome_8(X))
& fn_photosynthesis_31(fn_biome_8(X)) = fn_light_reaction_50(fn_biome_13(X))
& fn_light_reaction_50(fn_biome_13(X)) = fn_photosynthesis_31(fn_biome_8(X))
& fn_photosynthesis_31(fn_biome_8(X)) = fn_energy_transformation_by_organism_1(fn_biome_14(X))
& fn_energy_transformation_by_organism_1(fn_biome_14(X)) = fn_photosynthesis_40(fn_biome_8(X))
& fn_photosynthesis_40(fn_biome_8(X)) = fn_energy_transformation_by_organism_1(fn_biome_14(X))
& fn_energy_transformation_by_organism_1(fn_biome_14(X)) = fn_energy_transformation_by_organism_1(fn_biome_14(X))
& fn_energy_transformation_by_organism_1(fn_biome_14(X)) = fn_photosynthesis_1(fn_biome_8(X)) ) ) ).
fof(a527871,axiom,
! [X] :
( biomembrane_1(X)
=> ( original_name_2(X,'Biomembrane')
& user_description_2(X,'A biological membrane or biomembrane is an enclosing or separating membrane that acts as a selective barrier, within or around a cell.')
& concept2words_2(X,'biological membrane')
& concept2words_2(X,'biological-membrane')
& concept2words_2(X,'cellular membrane')
& concept2words_2(X,'cellular-membrane')
& concept2words_2(X,membrane)
& concept2words_2(X,biomembrane)
& membrane_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X)
& phospholipid_1(fn_biomembrane_1(X))
& density_value_1(fn_biomembrane_4(X))
& membrane_potential_1(fn_biomembrane_8(X))
& voltage_value_1(fn_biomembrane_9(X))
& voltage_value_1(fn_biomembrane_10(X))
& voltage_value_1(fn_biomembrane_11(X))
& rate_value_1(fn_biomembrane_13(X))
& aqueous_solution_1(fn_biomembrane_14(X))
& aqueous_solution_1(fn_biomembrane_15(X))
& quantity_value_1(fn_biomembrane_16(X))
& quantity_value_1(fn_biomembrane_17(X))
& fluidity_value_1(fn_biomembrane_18(X))
& quantity_value_1(fn_biomembrane_20(X))
& rate_value_1(fn_biomembrane_21(X))
& rate_value_1(fn_biomembrane_22(X))
& kinetic_energy_1(fn_biomembrane_23(X))
& quantity_value_1(fn_biomembrane_24(X))
& temperature_value_1(fn_biomembrane_25(X))
& glycolipid_1(fn_biomembrane_29(X))
& glycoprotein_1(fn_biomembrane_30(X))
& quantity_value_1(fn_biomembrane_31(X))
& saturated_fatty_acid_1(fn_biomembrane_32(X))
& share_1(fn_biomembrane_33(X))
& unequal_sharing_1(fn_biomembrane_34(X))
& hydrophobic_compound_1(fn_biomembrane_35(X))
& hydrophobic_compound_1(fn_biomembrane_36(X))
& outside_face_1(fn_biomembrane_41(X))
& inside_face_1(fn_biomembrane_42(X))
& chemical_polarity_value_1(fn_biomembrane_43(X))
& size_value_1(fn_biomembrane_44(X))
& surface_1(fn_biomembrane_47(X))
& hydrophobic_compound_1(fn_biomembrane_48(X))
& barrier_1(fn_biomembrane_49(X))
& block_1(fn_biomembrane_50(X))
& chemical_bond_1(fn_biomembrane_51(X))
& ester_linkage_1(fn_biomembrane_51(X))
& move_through_1(fn_biomembrane_52(X))
& move_1(fn_biomembrane_53(X))
& tangible_entity_1(fn_biomembrane_54(X))
& membrane_protein_1(fn_biomembrane_54(X))
& protein_1(fn_biomembrane_54(X))
& chemical_entity_1(fn_biomembrane_55(X))
& size_value_1(fn_biomembrane_56(X))
& hold_together_1(fn_biomembrane_57(X))
& phospholipid_1(fn_biomembrane_58(X))
& tangible_entity_1(fn_biomembrane_59(X))
& entity_1(fn_biomembrane_59(X))
& chemical_entity_1(fn_biomembrane_59(X))
& atom_1(fn_biomembrane_59(X))
& carbon_1(fn_biomembrane_59(X))
& hydrogen_1(fn_biomembrane_60(X))
& phospholipid_layer_1(fn_biomembrane_61(X))
& phospholipid_layer_1(fn_biomembrane_62(X))
& tangible_entity_1(fn_biomembrane_63(X))
& phospholipid_bilayer_1(fn_biomembrane_63(X))
& hold_together_1(fn_biomembrane_64(X))
& lipid_1(fn_biomembrane_65(X))
& spatial_entity_1(fn_biomembrane_65(X))
& phospholipid_1(fn_biomembrane_65(X))
& spatial_entity_1(fn_biomembrane_66(X))
& tangible_entity_1(fn_biomembrane_66(X))
& organic_molecule_1(fn_biomembrane_66(X))
& phospholipid_1(fn_biomembrane_66(X))
& phospholipid_1(fn_biomembrane_67(X))
& move_apart_1(fn_biomembrane_68(X))
& move_together_1(fn_biomembrane_69(X))
& carbohydrate_side_chain_1(fn_biomembrane_70(X))
& carbon_skeleton_1(fn_biomembrane_71(X))
& hydrophilic_compound_1(fn_biomembrane_72(X))
& attach_1(fn_biomembrane_73(X))
& hold_together_1(fn_biomembrane_74(X))
& hydrophobic_core_1(fn_biomembrane_75(X))
& fatty_acid_tail_1(fn_biomembrane_77(X))
& fatty_acid_tail_1(fn_biomembrane_78(X))
& fatty_acid_tail_1(fn_biomembrane_79(X))
& hydrophilic_head_1(fn_biomembrane_80(X))
& hydrophilic_face_1(fn_biomembrane_81(X))
& hydrophilic_head_1(fn_biomembrane_82(X))
& hydrophilic_face_1(fn_biomembrane_83(X))
& speed_value_1(fn_biomembrane_84(X))
& quantity_value_1(fn_biomembrane_85(X))
& chemical_bond_1(fn_biomembrane_86(X))
& ester_linkage_1(fn_biomembrane_86(X))
& kinetic_energy_1(fn_biomembrane_87(X))
& constant_motion_1(fn_biomembrane_88(X))
& carbon_skeleton_1(fn_biomembrane_89(X))
& repel_1(fn_biomembrane_90(X))
& tangible_entity_1(fn_biomembrane_91(X))
& entity_1(fn_biomembrane_91(X))
& chemical_entity_1(fn_biomembrane_91(X))
& atom_1(fn_biomembrane_91(X))
& carbon_1(fn_biomembrane_91(X))
& fatty_acid_1(fn_biomembrane_92(X))
& spatial_entity_1(fn_biomembrane_93(X))
& chemical_entity_1(fn_biomembrane_93(X))
& hydrophobic_compound_1(fn_biomembrane_93(X))
& organic_acid_1(fn_biomembrane_93(X))
& carboxylic_acid_1(fn_biomembrane_93(X))
& fatty_acid_1(fn_biomembrane_93(X))
& entity_1(fn_biomembrane_94(X))
& atom_1(fn_biomembrane_94(X))
& chemical_entity_1(fn_biomembrane_94(X))
& phosphorus_1(fn_biomembrane_94(X))
& entity_1(fn_biomembrane_95(X))
& chemical_entity_1(fn_biomembrane_95(X))
& atom_1(fn_biomembrane_95(X))
& oxygen_1(fn_biomembrane_95(X))
& spatial_entity_1(fn_biomembrane_96(X))
& functional_group_1(fn_biomembrane_96(X))
& phosphate_group_1(fn_biomembrane_96(X))
& entity_1(fn_biomembrane_97(X))
& spatial_entity_1(fn_biomembrane_97(X))
& tangible_entity_1(fn_biomembrane_97(X))
& chemical_entity_1(fn_biomembrane_97(X))
& glycerol_1(fn_biomembrane_97(X))
& alcohol_1(fn_biomembrane_97(X))
& hydrophobic_compound_1(fn_biomembrane_98(X))
& hydrophobic_compound_1(fn_biomembrane_99(X))
& block_1(fn_biomembrane_100(X))
& block_1(fn_biomembrane_101(X))
& block_1(fn_biomembrane_102(X))
& hydrophilic_compound_1(fn_biomembrane_105(X))
& spatial_entity_1(fn_move_apart_2(fn_biomembrane_68(X)))
& spatial_entity_1(fn_attach_1(fn_biomembrane_73(X)))
& tangible_entity_1(fn_hold_2(fn_biomembrane_57(X)))
& tangible_entity_1(fn_hold_1(fn_biomembrane_57(X)))
& spatial_entity_1(fn_block_1(fn_biomembrane_100(X)))
& spatial_entity_1(fn_block_1(fn_biomembrane_101(X)))
& spatial_entity_1(fn_block_1(fn_biomembrane_102(X)))
& spatial_entity_1(fn_attach_2(fn_biomembrane_73(X)))
& atom_1(fn_organic_molecule_2(fn_biomembrane_66(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_biomembrane_66(X)))
& property_node_1(fn_protein_10(fn_biomembrane_54(X)))
& size_value_1(fn_protein_9(fn_biomembrane_54(X)))
& tangible_entity_1(fn_phospholipid_98(fn_biomembrane_66(X)))
& entity_1(fn_phospholipid_98(fn_biomembrane_66(X)))
& chemical_entity_1(fn_phospholipid_98(fn_biomembrane_66(X)))
& atom_1(fn_phospholipid_98(fn_biomembrane_66(X)))
& carbon_1(fn_phospholipid_98(fn_biomembrane_66(X)))
& chemical_bond_1(fn_phospholipid_94(fn_biomembrane_66(X)))
& ester_linkage_1(fn_phospholipid_94(fn_biomembrane_66(X)))
& hydrophilic_face_1(fn_phospholipid_bilayer_39(fn_biomembrane_63(X)))
& hydrophobic_core_1(fn_phospholipid_bilayer_3(fn_biomembrane_63(X)))
& phospholipid_layer_1(fn_phospholipid_bilayer_34(fn_biomembrane_63(X)))
& hydrophilic_face_1(fn_phospholipid_bilayer_38(fn_biomembrane_63(X)))
& phospholipid_layer_1(fn_phospholipid_bilayer_33(fn_biomembrane_63(X)))
& entity_1(fn_phospholipid_89(fn_biomembrane_65(X)))
& spatial_entity_1(fn_phospholipid_89(fn_biomembrane_65(X)))
& tangible_entity_1(fn_phospholipid_89(fn_biomembrane_65(X)))
& chemical_entity_1(fn_phospholipid_89(fn_biomembrane_65(X)))
& glycerol_1(fn_phospholipid_89(fn_biomembrane_65(X)))
& alcohol_1(fn_phospholipid_89(fn_biomembrane_65(X)))
& entity_1(fn_phospholipid_99(fn_biomembrane_65(X)))
& chemical_entity_1(fn_phospholipid_99(fn_biomembrane_65(X)))
& atom_1(fn_phospholipid_99(fn_biomembrane_65(X)))
& oxygen_1(fn_phospholipid_99(fn_biomembrane_65(X)))
& kinetic_energy_1(fn_phospholipid_105(fn_biomembrane_65(X)))
& constant_motion_1(fn_phospholipid_104(fn_biomembrane_65(X)))
& property_node_1(fn_phospholipid_43(fn_biomembrane_65(X)))
& speed_value_1(fn_phospholipid_103(fn_biomembrane_65(X)))
& tangible_entity_1(fn_phospholipid_98(fn_biomembrane_65(X)))
& entity_1(fn_phospholipid_98(fn_biomembrane_65(X)))
& chemical_entity_1(fn_phospholipid_98(fn_biomembrane_65(X)))
& atom_1(fn_phospholipid_98(fn_biomembrane_65(X)))
& carbon_1(fn_phospholipid_98(fn_biomembrane_65(X)))
& property_node_1(fn_phospholipid_44(fn_biomembrane_65(X)))
& quantity_value_1(fn_phospholipid_102(fn_biomembrane_65(X)))
& chemical_bond_1(fn_phospholipid_94(fn_biomembrane_65(X)))
& ester_linkage_1(fn_phospholipid_94(fn_biomembrane_65(X)))
& entity_1(fn_phospholipid_84(fn_biomembrane_65(X)))
& atom_1(fn_phospholipid_84(fn_biomembrane_65(X)))
& chemical_entity_1(fn_phospholipid_84(fn_biomembrane_65(X)))
& phosphorus_1(fn_phospholipid_84(fn_biomembrane_65(X)))
& spatial_entity_1(fn_phospholipid_83(fn_biomembrane_65(X)))
& functional_group_1(fn_phospholipid_83(fn_biomembrane_65(X)))
& phosphate_group_1(fn_phospholipid_83(fn_biomembrane_65(X)))
& spatial_entity_1(fn_phospholipid_91(fn_biomembrane_65(X)))
& chemical_entity_1(fn_phospholipid_91(fn_biomembrane_65(X)))
& hydrophobic_compound_1(fn_phospholipid_91(fn_biomembrane_65(X)))
& organic_acid_1(fn_phospholipid_91(fn_biomembrane_65(X)))
& carboxylic_acid_1(fn_phospholipid_91(fn_biomembrane_65(X)))
& fatty_acid_1(fn_phospholipid_91(fn_biomembrane_65(X)))
& fatty_acid_1(fn_phospholipid_87(fn_biomembrane_65(X)))
& hydrophilic_head_1(fn_phospholipid_88(fn_biomembrane_66(X)))
& hydrophilic_head_1(fn_phospholipid_bilayer_26(fn_biomembrane_63(X)))
& fatty_acid_tail_1(fn_phospholipid_92(fn_biomembrane_66(X)))
& fatty_acid_tail_1(fn_phospholipid_90(fn_biomembrane_66(X)))
& fatty_acid_tail_1(fn_phospholipid_bilayer_23(fn_biomembrane_63(X)))
& spatial_entity_1(fn_move_apart_1(fn_biomembrane_68(X)))
& spatial_entity_1(fn_move_together_2(fn_biomembrane_69(X)))
& spatial_entity_1(fn_move_1(fn_biomembrane_53(X)))
& tangible_entity_1(fn_hold_2(fn_biomembrane_64(X)))
& phospholipid_1(fn_phospholipid_bilayer_24(fn_biomembrane_63(X)))
& tangible_entity_1(fn_hold_2(fn_biomembrane_74(X)))
& phospholipid_bilayer_1(fn_membrane_protein_2(fn_biomembrane_54(X)))
& hydrophilic_head_1(fn_phospholipid_bilayer_37(fn_biomembrane_63(X)))
& hydrophilic_head_1(fn_phospholipid_88(fn_biomembrane_65(X)))
& carbon_skeleton_1(fn_lipid_14(fn_biomembrane_65(X)))
& carbon_skeleton_1(fn_phospholipid_97(fn_biomembrane_65(X)))
& spatial_entity_1(fn_move_together_1(fn_biomembrane_69(X)))
& spatial_entity_1(fn_phospholipid_bilayer_32(fn_biomembrane_63(X)))
& phospholipid_1(fn_phospholipid_bilayer_32(fn_biomembrane_63(X)))
& fatty_acid_tail_1(fn_phospholipid_90(fn_biomembrane_65(X)))
& fatty_acid_tail_1(fn_phospholipid_bilayer_19(fn_biomembrane_63(X)))
& fatty_acid_tail_1(fn_phospholipid_92(fn_biomembrane_65(X)))
& repel_1(fn_phospholipid_116(fn_biomembrane_65(X)))
& repel_1(fn_phospholipid_80(fn_biomembrane_65(X)))
& biomembrane_1(fn_membrane_protein_1(fn_biomembrane_54(X)))
& called_2(fn_biomembrane_102(X),"1")
& fn_biomembrane_102(X) != fn_biomembrane_101(X)
& fn_biomembrane_102(X) != fn_biomembrane_100(X)
& instrument_2(fn_biomembrane_102(X),fn_biomembrane_77(X))
& agent_2(fn_biomembrane_102(X),fn_biomembrane_75(X))
& called_2(fn_biomembrane_101(X),"2")
& fn_biomembrane_101(X) != fn_biomembrane_102(X)
& fn_biomembrane_101(X) != fn_biomembrane_100(X)
& agent_2(fn_biomembrane_101(X),fn_biomembrane_83(X))
& instrument_2(fn_biomembrane_101(X),fn_biomembrane_82(X))
& called_2(fn_biomembrane_100(X),"3")
& fn_biomembrane_100(X) != fn_biomembrane_101(X)
& fn_biomembrane_100(X) != fn_biomembrane_102(X)
& agent_2(fn_biomembrane_100(X),fn_biomembrane_81(X))
& instrument_2(fn_biomembrane_100(X),fn_biomembrane_80(X))
& the_scalar_value_2(fn_biomembrane_44(X),small_0)
& scalar_unit_class_2(fn_biomembrane_44(X),physical_object_0)
& the_categorical_value_2(fn_biomembrane_43(X),nonpolar_0)
& is_inside_2(fn_biomembrane_83(X),fn_biomembrane_41(X))
& is_inside_2(fn_biomembrane_81(X),fn_biomembrane_42(X))
& is_inside_2(fn_biomembrane_41(X),fn_biomembrane_15(X))
& object_2(fn_biomembrane_74(X),fn_biomembrane_36(X))
& object_2(fn_biomembrane_74(X),fn_biomembrane_35(X))
& result_2(fn_biomembrane_34(X),fn_biomembrane_65(X))
& result_2(fn_biomembrane_33(X),fn_biomembrane_65(X))
& fn_biomembrane_72(X) != fn_biomembrane_55(X)
& quantity_2(fn_biomembrane_32(X),fn_biomembrane_31(X))
& directly_proportional_2(fn_biomembrane_31(X),fn_biomembrane_18(X))
& is_inside_2(fn_biomembrane_30(X),fn_biomembrane_63(X))
& is_inside_2(fn_biomembrane_71(X),X)
& is_outside_2(fn_biomembrane_70(X),X)
& correspondence_2(fn_biomembrane_25(X),fn_biomembrane_24(X))
& directly_proportional_2(fn_biomembrane_25(X),fn_biomembrane_24(X))
& directly_proportional_2(fn_biomembrane_25(X),fn_biomembrane_18(X))
& positive_influence_2(fn_biomembrane_24(X),fn_biomembrane_22(X))
& negative_influence_2(fn_biomembrane_24(X),fn_biomembrane_21(X))
& quantity_2(fn_biomembrane_23(X),fn_biomembrane_24(X))
& directly_proportional_2(fn_biomembrane_22(X),fn_biomembrane_18(X))
& inversely_proportional_2(fn_biomembrane_21(X),fn_biomembrane_18(X))
& rate_2(fn_biomembrane_69(X),fn_biomembrane_21(X))
& rate_2(fn_biomembrane_68(X),fn_biomembrane_22(X))
& called_2(fn_biomembrane_67(X),'P2')
& is_inside_2(fn_biomembrane_67(X),fn_biomembrane_62(X))
& quantity_2(fn_biomembrane_67(X),fn_biomembrane_16(X))
& called_2(fn_biomembrane_66(X),'P1')
& called_2(fn_biomembrane_65(X),'P4')
& object_2(fn_biomembrane_64(X),fn_biomembrane_1(X))
& has_region_2(X,fn_biomembrane_41(X))
& has_region_2(X,fn_biomembrane_42(X))
& has_region_2(X,fn_biomembrane_47(X))
& density_2(X,fn_biomembrane_4(X))
& is_impermeable_to_2(X,fn_biomembrane_48(X))
& possesses_2(X,fn_biomembrane_8(X))
& temperature_2(X,fn_biomembrane_25(X))
& is_between_2(X,fn_biomembrane_15(X))
& is_between_2(X,fn_biomembrane_14(X))
& fluidity_2(X,fn_biomembrane_18(X))
& has_function_2(X,fn_biomembrane_100(X))
& has_function_2(X,fn_biomembrane_101(X))
& has_function_2(X,fn_biomembrane_102(X))
& has_part_2(X,fn_biomembrane_32(X))
& has_part_2(X,fn_biomembrane_29(X))
& has_part_2(X,fn_biomembrane_30(X))
& fn_biomembrane_62(X) != fn_biomembrane_61(X)
& directly_proportional_2(fn_biomembrane_18(X),fn_biomembrane_13(X))
& fn_biomembrane_61(X) != fn_biomembrane_62(X)
& greater_than_2(fn_biomembrane_16(X),fn_biomembrane_17(X))
& greater_than_2(fn_biomembrane_16(X),fn_biomembrane_20(X))
& is_inside_2(fn_biomembrane_14(X),fn_biomembrane_42(X))
& fn_biomembrane_55(X) != fn_biomembrane_72(X)
& chemical_polarity_2(fn_biomembrane_55(X),fn_biomembrane_43(X))
& size_2(fn_biomembrane_55(X),fn_biomembrane_44(X))
& rate_2(fn_biomembrane_53(X),fn_biomembrane_13(X))
& the_cardinal_value_2(fn_biomembrane_11(X),"-50.0e0")
& cardinal_unit_class_2(fn_biomembrane_11(X),volt_0)
& greater_than_or_equal_to_2(fn_biomembrane_11(X),fn_biomembrane_9(X))
& the_cardinal_value_2(fn_biomembrane_10(X),"-200.0e0")
& cardinal_unit_class_2(fn_biomembrane_10(X),volt_0)
& greater_than_or_equal_to_2(fn_biomembrane_9(X),fn_biomembrane_10(X))
& voltage_2(fn_biomembrane_8(X),fn_biomembrane_9(X))
& inversely_proportional_2(fn_biomembrane_4(X),fn_biomembrane_18(X))
& path_2(fn_biomembrane_52(X),fn_biomembrane_75(X))
& object_2(fn_biomembrane_68(X),fn_biomembrane_67(X))
& object_2(fn_biomembrane_68(X),fn_biomembrane_66(X))
& object_2(fn_biomembrane_69(X),fn_biomembrane_66(X))
& object_2(fn_biomembrane_53(X),fn_biomembrane_66(X))
& object_2(fn_biomembrane_69(X),fn_biomembrane_65(X))
& object_2(fn_biomembrane_64(X),fn_biomembrane_66(X))
& object_2(fn_biomembrane_73(X),fn_biomembrane_70(X))
& object_2(fn_biomembrane_57(X),fn_biomembrane_58(X))
& agent_2(fn_biomembrane_57(X),fn_biomembrane_54(X))
& object_2(fn_biomembrane_100(X),fn_biomembrane_98(X))
& object_2(fn_biomembrane_101(X),fn_biomembrane_99(X))
& object_2(fn_biomembrane_102(X),fn_biomembrane_105(X))
& object_2(fn_biomembrane_74(X),fn_biomembrane_63(X))
& base_2(fn_biomembrane_73(X),fn_biomembrane_71(X))
& is_impermeable_to_2(X,fn_biomembrane_72(X))
& object_2(fn_biomembrane_50(X),fn_biomembrane_72(X))
& is_permeable_to_2(X,fn_biomembrane_55(X))
& object_2(fn_biomembrane_52(X),fn_biomembrane_55(X))
& fn_biomembrane_48(X) != fn_biomembrane_55(X)
& fn_biomembrane_55(X) != fn_biomembrane_48(X)
& has_part_2(X,fn_biomembrane_54(X))
& has_part_2(X,fn_biomembrane_63(X))
& has_function_2(X,fn_biomembrane_52(X))
& base_2(fn_biomembrane_52(X),X)
& plays_2(X,fn_biomembrane_49(X))
& in_event_2(fn_biomembrane_49(X),fn_biomembrane_50(X))
& fn_biomembrane_94(X) != fn_biomembrane_95(X)
& fn_biomembrane_95(X) != fn_biomembrane_94(X)
& has_part_2(fn_biomembrane_65(X),fn_biomembrane_95(X))
& has_region_2(fn_biomembrane_65(X),fn_biomembrane_80(X))
& is_at_2(fn_biomembrane_97(X),fn_biomembrane_80(X))
& has_part_2(fn_biomembrane_65(X),fn_biomembrane_97(X))
& fn_biomembrane_91(X) != fn_biomembrane_94(X)
& is_at_2(fn_biomembrane_91(X),fn_biomembrane_78(X))
& fn_biomembrane_94(X) != fn_biomembrane_91(X)
& has_part_2(fn_biomembrane_65(X),fn_biomembrane_94(X))
& has_region_2(fn_biomembrane_65(X),fn_biomembrane_96(X))
& is_at_2(fn_biomembrane_96(X),fn_biomembrane_80(X))
& fn_biomembrane_92(X) != fn_biomembrane_93(X)
& is_inside_2(fn_biomembrane_91(X),fn_biomembrane_89(X))
& has_part_2(fn_biomembrane_65(X),fn_biomembrane_91(X))
& has_part_2(fn_biomembrane_65(X),fn_biomembrane_92(X))
& fn_biomembrane_93(X) != fn_biomembrane_92(X)
& has_part_2(fn_biomembrane_65(X),fn_biomembrane_93(X))
& facilitates_2(fn_biomembrane_78(X),fn_biomembrane_90(X))
& has_region_2(fn_biomembrane_65(X),fn_biomembrane_78(X))
& possesses_2(fn_biomembrane_65(X),fn_biomembrane_86(X))
& is_between_2(fn_biomembrane_86(X),fn_biomembrane_95(X))
& is_inside_2(fn_biomembrane_95(X),fn_biomembrane_96(X))
& directly_proportional_2(fn_biomembrane_84(X),fn_biomembrane_85(X))
& quantity_2(fn_biomembrane_87(X),fn_biomembrane_85(X))
& possesses_2(fn_biomembrane_65(X),fn_biomembrane_87(X))
& agent_2(fn_biomembrane_90(X),fn_biomembrane_65(X))
& has_function_2(fn_biomembrane_65(X),fn_biomembrane_90(X))
& has_region_2(fn_biomembrane_65(X),fn_biomembrane_89(X))
& object_2(fn_biomembrane_88(X),fn_biomembrane_65(X))
& speed_2(fn_biomembrane_88(X),fn_biomembrane_84(X))
& has_region_2(fn_biomembrane_65(X),fn_biomembrane_77(X))
& is_between_2(fn_biomembrane_86(X),fn_biomembrane_91(X))
& called_2(fn_biomembrane_86(X),'EL1')
& is_inside_2(fn_biomembrane_94(X),fn_biomembrane_96(X))
& site_2(fn_biomembrane_90(X),fn_biomembrane_78(X))
& called_2(fn_biomembrane_93(X),"2")
& called_2(fn_biomembrane_92(X),"1")
& has_region_2(fn_biomembrane_62(X),fn_biomembrane_83(X))
& is_between_2(fn_biomembrane_75(X),fn_biomembrane_83(X))
& is_between_2(fn_biomembrane_75(X),fn_biomembrane_81(X))
& has_region_2(fn_biomembrane_61(X),fn_biomembrane_81(X))
& has_region_2(fn_biomembrane_63(X),fn_biomembrane_61(X))
& is_along_2(fn_biomembrane_62(X),fn_biomembrane_61(X))
& is_inside_2(fn_biomembrane_82(X),fn_biomembrane_83(X))
& is_at_2(fn_biomembrane_82(X),fn_biomembrane_83(X))
& has_region_2(fn_biomembrane_66(X),fn_biomembrane_82(X))
& element_2(fn_biomembrane_62(X),fn_biomembrane_66(X))
& is_along_2(fn_biomembrane_61(X),fn_biomembrane_62(X))
& abuts_2(fn_biomembrane_79(X),fn_biomembrane_78(X))
& abuts_2(fn_biomembrane_78(X),fn_biomembrane_79(X))
& has_region_2(fn_biomembrane_66(X),fn_biomembrane_79(X))
& has_region_2(fn_biomembrane_63(X),fn_biomembrane_75(X))
& has_region_2(fn_biomembrane_63(X),fn_biomembrane_62(X))
& is_inside_2(fn_biomembrane_80(X),fn_biomembrane_81(X))
& element_2(fn_biomembrane_61(X),fn_biomembrane_65(X))
& has_part_2(fn_biomembrane_66(X),fn_biomembrane_59(X))
& is_between_2(fn_biomembrane_51(X),fn_biomembrane_59(X))
& possesses_2(fn_biomembrane_66(X),fn_biomembrane_51(X))
& called_2(fn_biomembrane_51(X),'EL1')
& has_part_2(fn_biomembrane_66(X),fn_biomembrane_60(X))
& fn_biomembrane_67(X) = fn_move_apart_2(fn_biomembrane_68(X))
& fn_biomembrane_66(X) = fn_move_apart_1(fn_biomembrane_68(X))
& fn_biomembrane_66(X) = fn_move_together_2(fn_biomembrane_69(X))
& fn_biomembrane_66(X) = fn_move_1(fn_biomembrane_53(X))
& fn_biomembrane_65(X) = fn_move_together_1(fn_biomembrane_69(X))
& fn_biomembrane_66(X) = fn_hold_2(fn_biomembrane_64(X))
& fn_biomembrane_70(X) = fn_attach_1(fn_biomembrane_73(X))
& fn_biomembrane_58(X) = fn_hold_2(fn_biomembrane_57(X))
& fn_biomembrane_54(X) = fn_hold_1(fn_biomembrane_57(X))
& fn_biomembrane_98(X) = fn_block_1(fn_biomembrane_100(X))
& fn_biomembrane_99(X) = fn_block_1(fn_biomembrane_101(X))
& fn_biomembrane_105(X) = fn_block_1(fn_biomembrane_102(X))
& fn_biomembrane_63(X) = fn_hold_2(fn_biomembrane_74(X))
& fn_biomembrane_71(X) = fn_attach_2(fn_biomembrane_73(X))
& fn_biomembrane_72(X) = fn_membrane_5(X)
& fn_biomembrane_48(X) = fn_membrane_5(X)
& fn_biomembrane_55(X) = fn_membrane_4(X)
& fn_biomembrane_63(X) = fn_membrane_protein_2(fn_biomembrane_54(X))
& X = fn_membrane_protein_1(fn_biomembrane_54(X))
& fn_biomembrane_50(X) = fn_membrane_2(X)
& fn_biomembrane_49(X) = fn_membrane_1(X)
& fn_biomembrane_52(X) = fn_membrane_3(X)
& fn_biomembrane_60(X) = fn_organic_molecule_2(fn_biomembrane_66(X))
& fn_biomembrane_76(X) = fn_protein_10(fn_biomembrane_54(X))
& fn_biomembrane_56(X) = fn_protein_9(fn_biomembrane_54(X))
& fn_biomembrane_59(X) = fn_phospholipid_98(fn_biomembrane_66(X))
& fn_biomembrane_51(X) = fn_phospholipid_94(fn_biomembrane_66(X))
& fn_biomembrane_83(X) = fn_phospholipid_bilayer_39(fn_biomembrane_63(X))
& fn_biomembrane_82(X) = fn_phospholipid_88(fn_biomembrane_66(X))
& fn_biomembrane_82(X) = fn_phospholipid_bilayer_26(fn_biomembrane_63(X))
& fn_biomembrane_78(X) = fn_phospholipid_bilayer_19(fn_biomembrane_63(X))
& fn_biomembrane_79(X) = fn_phospholipid_92(fn_biomembrane_66(X))
& fn_biomembrane_79(X) = fn_phospholipid_90(fn_biomembrane_66(X))
& fn_biomembrane_66(X) = fn_phospholipid_bilayer_24(fn_biomembrane_63(X))
& fn_biomembrane_79(X) = fn_phospholipid_bilayer_23(fn_biomembrane_63(X))
& fn_biomembrane_75(X) = fn_phospholipid_bilayer_3(fn_biomembrane_63(X))
& fn_biomembrane_62(X) = fn_phospholipid_bilayer_34(fn_biomembrane_63(X))
& fn_biomembrane_80(X) = fn_phospholipid_bilayer_37(fn_biomembrane_63(X))
& fn_biomembrane_81(X) = fn_phospholipid_bilayer_38(fn_biomembrane_63(X))
& fn_biomembrane_61(X) = fn_phospholipid_bilayer_33(fn_biomembrane_63(X))
& fn_biomembrane_65(X) = fn_phospholipid_bilayer_32(fn_biomembrane_63(X))
& fn_biomembrane_97(X) = fn_phospholipid_89(fn_biomembrane_65(X))
& fn_biomembrane_80(X) = fn_phospholipid_88(fn_biomembrane_65(X))
& fn_biomembrane_95(X) = fn_phospholipid_99(fn_biomembrane_65(X))
& fn_biomembrane_87(X) = fn_phospholipid_105(fn_biomembrane_65(X))
& fn_biomembrane_89(X) = fn_lipid_14(fn_biomembrane_65(X))
& fn_biomembrane_89(X) = fn_phospholipid_97(fn_biomembrane_65(X))
& fn_biomembrane_88(X) = fn_phospholipid_104(fn_biomembrane_65(X))
& fn_biomembrane_77(X) = fn_phospholipid_90(fn_biomembrane_65(X))
& fn_biomembrane_104(X) = fn_phospholipid_43(fn_biomembrane_65(X))
& fn_biomembrane_84(X) = fn_phospholipid_103(fn_biomembrane_65(X))
& fn_biomembrane_91(X) = fn_phospholipid_98(fn_biomembrane_65(X))
& fn_biomembrane_103(X) = fn_phospholipid_44(fn_biomembrane_65(X))
& fn_biomembrane_85(X) = fn_phospholipid_102(fn_biomembrane_65(X))
& fn_biomembrane_86(X) = fn_phospholipid_94(fn_biomembrane_65(X))
& fn_biomembrane_94(X) = fn_phospholipid_84(fn_biomembrane_65(X))
& fn_biomembrane_96(X) = fn_phospholipid_83(fn_biomembrane_65(X))
& fn_biomembrane_90(X) = fn_phospholipid_116(fn_biomembrane_65(X))
& fn_biomembrane_78(X) = fn_phospholipid_90(fn_biomembrane_65(X))
& fn_biomembrane_90(X) = fn_phospholipid_80(fn_biomembrane_65(X))
& fn_biomembrane_78(X) = fn_phospholipid_92(fn_biomembrane_65(X))
& fn_biomembrane_93(X) = fn_phospholipid_91(fn_biomembrane_65(X))
& fn_biomembrane_92(X) = fn_phospholipid_87(fn_biomembrane_65(X))
& fn_phospholipid_bilayer_26(fn_biomembrane_63(X)) = fn_phospholipid_bilayer_26(fn_biomembrane_63(X))
& fn_phospholipid_bilayer_26(fn_biomembrane_63(X)) = fn_phospholipid_88(fn_biomembrane_66(X))
& fn_phospholipid_88(fn_biomembrane_66(X)) = fn_phospholipid_bilayer_26(fn_biomembrane_63(X))
& fn_phospholipid_bilayer_26(fn_biomembrane_63(X)) = fn_phospholipid_92(fn_biomembrane_66(X))
& fn_phospholipid_92(fn_biomembrane_66(X)) = fn_phospholipid_90(fn_biomembrane_66(X))
& fn_phospholipid_bilayer_23(fn_biomembrane_63(X)) = fn_phospholipid_bilayer_23(fn_biomembrane_63(X))
& fn_phospholipid_bilayer_23(fn_biomembrane_63(X)) = fn_phospholipid_90(fn_biomembrane_66(X))
& fn_phospholipid_90(fn_biomembrane_66(X)) = fn_phospholipid_bilayer_23(fn_biomembrane_63(X))
& fn_phospholipid_bilayer_23(fn_biomembrane_63(X)) = fn_move_apart_1(fn_biomembrane_68(X))
& fn_move_apart_1(fn_biomembrane_68(X)) = fn_move_together_2(fn_biomembrane_69(X))
& fn_move_together_2(fn_biomembrane_69(X)) = fn_move_together_2(fn_biomembrane_69(X))
& fn_move_together_2(fn_biomembrane_69(X)) = fn_move_1(fn_biomembrane_53(X))
& fn_move_1(fn_biomembrane_53(X)) = fn_move_1(fn_biomembrane_53(X))
& fn_move_1(fn_biomembrane_53(X)) = fn_hold_2(fn_biomembrane_64(X))
& fn_hold_2(fn_biomembrane_64(X)) = fn_hold_2(fn_biomembrane_64(X))
& fn_hold_2(fn_biomembrane_64(X)) = fn_phospholipid_bilayer_24(fn_biomembrane_63(X))
& fn_phospholipid_bilayer_24(fn_biomembrane_63(X)) = fn_phospholipid_bilayer_24(fn_biomembrane_63(X))
& fn_phospholipid_bilayer_24(fn_biomembrane_63(X)) = fn_hold_2(fn_biomembrane_74(X))
& fn_hold_2(fn_biomembrane_74(X)) = fn_membrane_protein_2(fn_biomembrane_54(X))
& fn_membrane_protein_2(fn_biomembrane_54(X)) = fn_phospholipid_bilayer_37(fn_biomembrane_63(X))
& fn_phospholipid_bilayer_37(fn_biomembrane_63(X)) = fn_phospholipid_88(fn_biomembrane_65(X))
& fn_phospholipid_88(fn_biomembrane_65(X)) = fn_phospholipid_88(fn_biomembrane_65(X))
& fn_phospholipid_88(fn_biomembrane_65(X)) = fn_phospholipid_97(fn_biomembrane_65(X))
& fn_phospholipid_97(fn_biomembrane_65(X)) = fn_lipid_14(fn_biomembrane_65(X))
& fn_lipid_14(fn_biomembrane_65(X)) = fn_phospholipid_97(fn_biomembrane_65(X))
& fn_phospholipid_97(fn_biomembrane_65(X)) = fn_move_together_1(fn_biomembrane_69(X))
& fn_move_together_1(fn_biomembrane_69(X)) = fn_phospholipid_bilayer_32(fn_biomembrane_63(X))
& fn_phospholipid_bilayer_32(fn_biomembrane_63(X)) = fn_phospholipid_bilayer_19(fn_biomembrane_63(X))
& fn_phospholipid_bilayer_19(fn_biomembrane_63(X)) = fn_phospholipid_90(fn_biomembrane_65(X))
& fn_phospholipid_90(fn_biomembrane_65(X)) = fn_phospholipid_90(fn_biomembrane_65(X))
& fn_phospholipid_90(fn_biomembrane_65(X)) = fn_phospholipid_bilayer_19(fn_biomembrane_63(X))
& fn_phospholipid_bilayer_19(fn_biomembrane_63(X)) = fn_phospholipid_bilayer_19(fn_biomembrane_63(X))
& fn_phospholipid_bilayer_19(fn_biomembrane_63(X)) = fn_phospholipid_92(fn_biomembrane_65(X))
& fn_phospholipid_92(fn_biomembrane_65(X)) = fn_phospholipid_92(fn_biomembrane_65(X))
& fn_phospholipid_92(fn_biomembrane_65(X)) = fn_phospholipid_116(fn_biomembrane_65(X))
& fn_phospholipid_80(fn_biomembrane_65(X)) = fn_phospholipid_116(fn_biomembrane_65(X))
& fn_phospholipid_116(fn_biomembrane_65(X)) = fn_phospholipid_80(fn_biomembrane_65(X))
& fn_membrane_protein_1(fn_biomembrane_54(X)) = fn_membrane_protein_1(fn_biomembrane_54(X)) ) ) ).
fof(a527872,axiom,
! [X] :
( biomembrane_containing_double_lipid_bilayer_1(X)
=> ( original_name_2(X,'Biomembrane-Containing-Double-Lipid-Bilayer')
& user_description_2(X,'Biomembrane consisting of inner and outer membrane (each their own lipid bilayer).')
& concept2words_2(X,'double membrane')
& concept2words_2(X,'biomembrane containing double lipid bilayer')
& concept2words_2(X,'biomembrane-containing-double-lipid-bilayer')
& biomembrane_1(X)
& outer_membrane_1(fn_biomembrane_containing_double_lipid_bilayer_1(X))
& inner_membrane_1(fn_biomembrane_containing_double_lipid_bilayer_2(X))
& intermembrane_space_1(fn_biomembrane_containing_double_lipid_bilayer_3(X))
& inner_membrane_1(fn_intermembrane_space_2(fn_biomembrane_containing_double_lipid_bilayer_3(X)))
& outer_membrane_1(fn_intermembrane_space_1(fn_biomembrane_containing_double_lipid_bilayer_3(X)))
& has_region_2(X,fn_biomembrane_containing_double_lipid_bilayer_3(X))
& exactCardinality(X,has_part_0,"2",phospholipid_bilayer_0)
& has_part_2(X,fn_biomembrane_containing_double_lipid_bilayer_1(X))
& has_part_2(X,fn_biomembrane_containing_double_lipid_bilayer_2(X))
& is_between_2(fn_biomembrane_containing_double_lipid_bilayer_3(X),fn_biomembrane_containing_double_lipid_bilayer_2(X))
& is_between_2(fn_biomembrane_containing_double_lipid_bilayer_3(X),fn_biomembrane_containing_double_lipid_bilayer_1(X))
& fn_biomembrane_containing_double_lipid_bilayer_2(X) = fn_intermembrane_space_2(fn_biomembrane_containing_double_lipid_bilayer_3(X))
& fn_biomembrane_containing_double_lipid_bilayer_1(X) = fn_intermembrane_space_1(fn_biomembrane_containing_double_lipid_bilayer_3(X)) ) ) ).
fof(a527873,axiom,
! [X] :
( biomolecular_process_1(X)
=> ( original_name_2(X,'Biomolecular-Process')
& user_description_2(X,'A process occuring within molecules that carry out the functions of life.')
& concept2words_2(X,'biomolecular process')
& concept2words_2(X,'biomolecular-process')
& biological_process_1(X) ) ) ).
fof(a527874,axiom,
! [X] :
( biophilia_1(X)
=> ( original_name_2(X,'Biophilia')
& user_description_2(X,'A state of appreciation for living things.')
& concept2words_2(X,biophilia)
& state_1(X) ) ) ).
fof(a527875,axiom,
! [X] :
( bioremediation_1(X)
=> ( original_name_2(X,'Bioremediation')
& user_description_2(X,'The use of organisms\' biochemical processes to removed pollutants from the environment and restore health to an ecosystem.')
& concept2words_2(X,'perform bioremediation')
& concept2words_2(X,bioremediation)
& biomanipulation_1(X)
& organism_1(fn_bioremediation_1(X))
& collecting_1(fn_bioremediation_2(X))
& chemical_entity_1(fn_bioremediation_3(X))
& toxin_1(fn_bioremediation_4(X))
& remove_1(fn_bioremediation_5(X))
& entity_1(fn_collecting_1(fn_bioremediation_2(X)))
& spatial_entity_1(fn_remove_1(fn_bioremediation_5(X)))
& tangible_entity_1(fn_toxin_1(fn_bioremediation_4(X)))
& agent_2(fn_bioremediation_5(X),fn_bioremediation_1(X))
& subevent_2(X,fn_bioremediation_2(X))
& by_means_of_2(X,fn_bioremediation_5(X))
& agent_2(X,fn_bioremediation_1(X))
& base_2(fn_bioremediation_2(X),fn_bioremediation_1(X))
& agent_2(fn_bioremediation_2(X),fn_bioremediation_1(X))
& object_2(fn_bioremediation_2(X),fn_bioremediation_3(X))
& object_2(fn_bioremediation_5(X),fn_bioremediation_3(X))
& plays_2(fn_bioremediation_3(X),fn_bioremediation_4(X))
& fn_bioremediation_3(X) = fn_collecting_1(fn_bioremediation_2(X))
& fn_bioremediation_3(X) = fn_remove_1(fn_bioremediation_5(X))
& fn_bioremediation_3(X) = fn_toxin_1(fn_bioremediation_4(X))
& fn_collecting_1(fn_bioremediation_2(X)) = fn_remove_1(fn_bioremediation_5(X))
& fn_remove_1(fn_bioremediation_5(X)) = fn_remove_1(fn_bioremediation_5(X))
& fn_remove_1(fn_bioremediation_5(X)) = fn_toxin_1(fn_bioremediation_4(X)) ) ) ).
fof(a527876,axiom,
! [X] :
( biosphere_1(X)
=> ( original_name_2(X,'Biosphere')
& user_description_2(X,'The global sum of all ecosystems on Earth.')
& concept2words_2(X,biosphere)
& aggregate_1(X)
& geographic_region_1(X)
& landscape_1(fn_biosphere_1(X))
& ecosystem_1(fn_biosphere_2(X))
& tangible_entity_1(fn_biosphere_3(X))
& algae_1(fn_biosphere_3(X))
& photosynthesis_1(fn_biosphere_4(X))
& metabolic_pathway_1(fn_biosphere_4(X))
& algal_cell_1(fn_biosphere_5(X))
& cell_1(fn_biosphere_5(X))
& chloroplast_1(fn_biosphere_6(X))
& photosynthesis_1(fn_chloroplast_79(fn_biosphere_6(X)))
& tangible_entity_1(fn_ecosystem_31(fn_biosphere_2(X)))
& algae_1(fn_ecosystem_16(fn_biosphere_2(X)))
& algal_cell_1(fn_ecosystem_15(fn_biosphere_2(X)))
& cell_1(fn_metabolic_pathway_1(fn_biosphere_4(X)))
& minCardinality(X,element_0,"1",ecosystem_0)
& minCardinality(X,element_0,"1",landscape_0)
& element_2(X,fn_biosphere_1(X))
& element_2(X,fn_biosphere_2(X))
& has_part_2(fn_biosphere_5(X),fn_biosphere_6(X))
& has_function_2(fn_biosphere_6(X),fn_biosphere_4(X))
& site_2(fn_biosphere_4(X),fn_biosphere_6(X))
& element_2(fn_biosphere_2(X),fn_biosphere_3(X))
& has_part_2(fn_biosphere_3(X),fn_biosphere_5(X))
& base_2(fn_biosphere_4(X),fn_biosphere_5(X))
& fn_biosphere_4(X) = fn_chloroplast_79(fn_biosphere_6(X))
& fn_biosphere_5(X) = fn_ecosystem_15(fn_biosphere_2(X))
& fn_biosphere_3(X) = fn_ecosystem_31(fn_biosphere_2(X))
& fn_biosphere_3(X) = fn_ecosystem_16(fn_biosphere_2(X))
& fn_biosphere_5(X) = fn_metabolic_pathway_1(fn_biosphere_4(X))
& fn_ecosystem_16(fn_biosphere_2(X)) = fn_ecosystem_31(fn_biosphere_2(X))
& fn_ecosystem_31(fn_biosphere_2(X)) = fn_ecosystem_16(fn_biosphere_2(X))
& fn_ecosystem_16(fn_biosphere_2(X)) = fn_ecosystem_15(fn_biosphere_2(X))
& fn_ecosystem_15(fn_biosphere_2(X)) = fn_metabolic_pathway_1(fn_biosphere_4(X)) ) ) ).
fof(a527877,axiom,
! [X] :
( biotechnology_1(X)
=> ( original_name_2(X,'Biotechnology')
& user_description_2(X,'The manipulation of organisms or their components to produce useful products.')
& concept2words_2(X,'perform biotechnology')
& concept2words_2(X,biotechnology)
& engineering_1(X)
& living_entity_1(fn_biotechnology_1(X))
& change_1(fn_biotechnology_2(X))
& living_entity_1(fn_biotechnology_3(X))
& genome_1(fn_biotechnology_4(X))
& result_2(fn_biotechnology_2(X),fn_biotechnology_1(X))
& object_2(fn_biotechnology_2(X),fn_biotechnology_4(X))
& base_2(fn_biotechnology_2(X),fn_biotechnology_3(X))
& has_part_2(fn_biotechnology_3(X),fn_biotechnology_4(X))
& by_means_of_2(X,fn_biotechnology_2(X)) ) ) ).
fof(a527878,axiom,
! [X] :
( bioterrorism_1(X)
=> ( original_name_2(X,'Bioterrorism')
& user_description_2(X,'The deliberate release of pathogens or toxins into the environment, to cause fear or terror in individuals or populations.')
& concept2words_2(X,bioterrorism)
& human_behavior_1(X) ) ) ).
fof(a527879,axiom,
! [X] :
( biotic_boundary_1(X)
=> ( original_name_2(X,'Biotic-Boundary')
& user_description_2(X,'The geographic area needed to sustain a particular organism, as opposed to a legal or political boundary.')
& concept2words_2(X,'biotic boundary')
& concept2words_2(X,'biotic-boundary')
& ecological_region_1(X) ) ) ).
fof(a527880,axiom,
! [X] :
( biotic_factor_1(X)
=> ( original_name_2(X,'Biotic-Factor')
& user_description_2(X,'Any living thing that affects other living things in an ecosystem.')
& concept2words_2(X,'biotic factor')
& concept2words_2(X,'biotic-factor')
& ecological_role_1(X) ) ) ).
fof(a527881,axiom,
! [X] :
( bipedalism_1(X)
=> ( original_name_2(X,'Bipedalism')
& user_description_2(X,'The ability or practice of walking on two legs.')
& concept2words_2(X,bipedalism)
& locomotion_1(X)
& ~ flight_1(X) ) ) ).
fof(a527882,axiom,
! [X] :
( bipolar_cell_1(X)
=> ( original_name_2(X,'Bipolar-Cell')
& user_description_2(X,'A neuron of the retina that sits between photoreceptor cells and ganglion cells, and transmits signals from the former to the latter.')
& concept2words_2(X,'bipolar cell')
& concept2words_2(X,'bipolar-cell')
& sensory_neuron_1(X)
& ~ amacrine_cell_1(X)
& ~ ganglion_cell_1(X)
& ~ horizontal_cell_1(X) ) ) ).
fof(a527883,axiom,
! [X] :
( bipolar_disorder_1(X)
=> ( original_name_2(X,'Bipolar-Disorder')
& user_description_2(X,'A depressive mental illness characterized by swings of mood from high to low; also called manic-depressive disorder.')
& concept2words_2(X,'bipolar disorder')
& concept2words_2(X,'bipolar-disorder')
& mental_or_brain_disorder_1(X)
& ~ alzheimers_disease_1(X)
& ~ creutzfeldt_jacob_disease_1(X)
& ~ major_depression_1(X)
& ~ multiple_sclerosis_1(X)
& ~ parkinsons_disease_1(X)
& ~ schizophrenia_1(X) ) ) ).
fof(a527884,axiom,
! [X] :
( bird_1(X)
=> ( original_name_2(X,'Bird')
& user_description_2(X,'A member of a class of vertebrates characterized by wings, hollow bones, complex social behavior, and a high metabolism adapted for flight.')
& concept2words_2(X,aves)
& concept2words_2(X,bird)
& vertebrate_1(X)
& quantity_value_1(fn_bird_1(X))
& duration_value_1(fn_bird_2(X))
& feather_1(fn_bird_3(X))
& protein_1(fn_bird_4(X))
& molting_1(fn_bird_5(X))
& take_in_1(fn_bird_10(X))
& locomotion_1(fn_bird_11(X))
& polymer_breakdown_1(fn_bird_12(X))
& esophagus_1(fn_bird_13(X))
& stomach_1(fn_bird_14(X))
& entity_1(fn_bird_15(X))
& chemical_entity_1(fn_bird_15(X))
& atom_1(fn_bird_15(X))
& hydrogen_1(fn_bird_15(X))
& entity_1(fn_bird_16(X))
& chemical_entity_1(fn_bird_16(X))
& atom_1(fn_bird_16(X))
& hydrogen_1(fn_bird_16(X))
& oxygen_1(fn_bird_17(X))
& nutrition_1(fn_bird_18(X))
& cellulase_1(fn_bird_19(X))
& cellulose_1(fn_bird_20(X))
& glucose_1(fn_bird_21(X))
& enzyme_1(fn_bird_22(X))
& cellulase_1(fn_bird_22(X))
& decrease_1(fn_bird_23(X))
& water_molecule_1(fn_bird_24(X))
& protein_1(fn_bird_25(X))
& move_through_1(fn_bird_26(X))
& temperature_value_1(fn_bird_27(X))
& specific_heat_value_1(fn_bird_28(X))
& mouth_1(fn_bird_29(X))
& pharynx_1(fn_bird_30(X))
& liver_1(fn_bird_31(X))
& pancreas_1(fn_bird_32(X))
& gallbladder_1(fn_bird_33(X))
& heterotroph_1(fn_bird_34(X))
& abrade_1(fn_bird_35(X))
& water_1(fn_bird_36(X))
& digestive_system_1(fn_bird_37(X))
& respiratory_system_1(fn_bird_38(X))
& trachea_1(fn_bird_39(X))
& lung_1(fn_bird_40(X))
& bulk_feeder_1(fn_bird_41(X))
& polypeptide_1(fn_bird_42(X))
& spatial_entity_1(fn_bird_43(X))
& monomer_1(fn_bird_43(X))
& chemical_entity_1(fn_bird_43(X))
& molecule_1(fn_bird_43(X))
& amino_acid_1(fn_bird_43(X))
& hold_together_1(fn_bird_44(X))
& entity_1(fn_bird_45(X))
& atom_1(fn_bird_45(X))
& chemical_entity_1(fn_bird_45(X))
& oxygen_1(fn_bird_45(X))
& tangible_entity_1(fn_bird_46(X))
& entity_1(fn_bird_46(X))
& chemical_entity_1(fn_bird_46(X))
& atom_1(fn_bird_46(X))
& carbon_1(fn_bird_46(X))
& chemical_entity_1(fn_bird_47(X))
& carbohydrate_1(fn_bird_47(X))
& protein_1(fn_bird_48(X))
& catabolic_pathway_1(fn_bird_49(X))
& decrease_1(fn_enzyme_5(fn_bird_22(X)))
& decrease_1(fn_enzyme_5(fn_bird_19(X)))
& animal_1(fn_bulk_feeder_3(fn_bird_41(X)))
& entity_1(fn_amino_acid_28(fn_bird_43(X)))
& chemical_entity_1(fn_amino_acid_28(fn_bird_43(X)))
& atom_1(fn_amino_acid_28(fn_bird_43(X)))
& hydrogen_1(fn_amino_acid_28(fn_bird_43(X)))
& entity_1(fn_amino_acid_22(fn_bird_43(X)))
& chemical_entity_1(fn_amino_acid_22(fn_bird_43(X)))
& atom_1(fn_amino_acid_22(fn_bird_43(X)))
& hydrogen_1(fn_amino_acid_22(fn_bird_43(X)))
& oxygen_1(fn_amino_acid_27(fn_bird_43(X)))
& oxygen_1(fn_amino_acid_11(fn_bird_43(X)))
& tangible_entity_1(fn_hold_2(fn_bird_44(X)))
& is_specific_to_2(fn_bird_19(X),fn_bird_21(X))
& is_specific_to_2(fn_bird_22(X),fn_bird_25(X))
& base_2(fn_bird_5(X),X)
& result_2(fn_bird_5(X),fn_bird_3(X))
& raw_material_2(fn_bird_5(X),fn_bird_4(X))
& quantity_2(fn_bird_4(X),fn_bird_1(X))
& age_2(fn_bird_3(X),fn_bird_2(X))
& the_scalar_value_2(fn_bird_2(X),young_0)
& scalar_unit_class_2(fn_bird_2(X),specialised_organ_0)
& the_scalar_value_2(fn_bird_1(X),high_0)
& scalar_unit_class_2(fn_bird_1(X),protein_0)
& element_2(fn_bird_37(X),fn_bird_29(X))
& object_2(fn_bird_44(X),fn_bird_45(X))
& object_2(fn_bird_44(X),fn_bird_46(X))
& fn_bird_16(X) != fn_bird_17(X)
& fn_bird_17(X) != fn_bird_16(X)
& has_function_2(fn_bird_22(X),fn_bird_23(X))
& has_function_2(fn_bird_19(X),fn_bird_23(X))
& plays_2(X,fn_bird_41(X))
& result_2(fn_bird_18(X),fn_bird_48(X))
& has_part_2(fn_bird_48(X),fn_bird_42(X))
& has_part_2(fn_bird_42(X),fn_bird_43(X))
& has_part_2(fn_bird_47(X),fn_bird_45(X))
& fn_bird_46(X) != fn_bird_45(X)
& fn_bird_45(X) != fn_bird_46(X)
& has_part_2(fn_bird_43(X),fn_bird_16(X))
& has_part_2(fn_bird_43(X),fn_bird_17(X))
& has_part_2(fn_bird_43(X),fn_bird_15(X))
& fn_bird_17(X) != fn_bird_15(X)
& fn_bird_15(X) != fn_bird_17(X)
& fn_bird_16(X) != fn_bird_15(X)
& fn_bird_15(X) != fn_bird_16(X)
& has_part_2(X,fn_bird_14(X))
& has_part_2(X,fn_bird_13(X))
& agent_2(fn_bird_49(X),fn_bird_22(X))
& fn_bird_24(X) != fn_bird_25(X)
& fn_bird_25(X) != fn_bird_24(X)
& result_2(fn_bird_18(X),fn_bird_47(X))
& has_part_2(fn_bird_47(X),fn_bird_46(X))
& enables_2(fn_bird_26(X),fn_bird_35(X))
& base_2(fn_bird_26(X),fn_bird_37(X))
& correspondence_2(fn_bird_27(X),fn_bird_28(X))
& temperature_2(X,fn_bird_27(X))
& has_part_2(X,fn_bird_29(X))
& result_2(fn_bird_49(X),fn_bird_21(X))
& raw_material_2(fn_bird_49(X),fn_bird_20(X))
& object_2(fn_bird_35(X),fn_bird_20(X))
& path_2(fn_bird_35(X),X)
& has_part_2(X,fn_bird_30(X))
& path_2(fn_bird_26(X),X)
& object_2(fn_bird_26(X),fn_bird_20(X))
& raw_material_2(fn_bird_12(X),fn_bird_20(X))
& result_2(fn_bird_12(X),fn_bird_21(X))
& fn_bird_21(X) != fn_bird_24(X)
& fn_bird_24(X) != fn_bird_21(X)
& plays_2(X,fn_bird_34(X))
& in_event_2(fn_bird_34(X),fn_bird_18(X))
& agent_2(fn_bird_18(X),X)
& has_part_2(X,fn_bird_39(X))
& element_2(fn_bird_38(X),fn_bird_39(X))
& agent_2(fn_bird_11(X),X)
& object_2(fn_bird_11(X),X)
& has_part_2(X,fn_bird_32(X))
& element_2(fn_bird_37(X),fn_bird_32(X))
& element_2(fn_bird_37(X),fn_bird_30(X))
& element_2(fn_bird_37(X),fn_bird_33(X))
& has_part_2(X,fn_bird_33(X))
& has_part_2(X,fn_bird_31(X))
& element_2(fn_bird_37(X),fn_bird_31(X))
& element_2(fn_bird_37(X),fn_bird_14(X))
& base_2(fn_bird_10(X),X)
& agent_2(fn_bird_10(X),X)
& has_part_2(X,fn_bird_36(X))
& specific_heat_2(fn_bird_36(X),fn_bird_28(X))
& next_element_2(fn_bird_39(X),fn_bird_40(X))
& abuts_2(fn_bird_39(X),fn_bird_30(X))
& next_element_2(fn_bird_30(X),fn_bird_13(X))
& abuts_2(fn_bird_30(X),fn_bird_39(X))
& abuts_2(fn_bird_14(X),fn_bird_13(X))
& abuts_2(fn_bird_13(X),fn_bird_14(X))
& has_region_2(X,fn_bird_38(X))
& element_2(fn_bird_38(X),fn_bird_40(X))
& has_part_2(X,fn_bird_40(X))
& has_region_2(X,fn_bird_37(X))
& element_2(fn_bird_37(X),fn_bird_13(X))
& fn_bird_46(X) = fn_hold_2(fn_bird_44(X))
& fn_bird_16(X) = fn_amino_acid_28(fn_bird_43(X))
& fn_bird_23(X) = fn_enzyme_5(fn_bird_22(X))
& fn_bird_23(X) = fn_enzyme_5(fn_bird_19(X))
& X = fn_bulk_feeder_3(fn_bird_41(X))
& fn_bird_43(X) = fn_animal_14(X)
& fn_bird_42(X) = fn_animal_15(X)
& fn_bird_48(X) = fn_animal_7(X)
& fn_bird_46(X) = fn_animal_12(X)
& fn_bird_45(X) = fn_animal_17(X)
& fn_bird_17(X) = fn_amino_acid_27(fn_bird_43(X))
& fn_bird_16(X) = fn_amino_acid_22(fn_bird_43(X))
& fn_bird_17(X) = fn_amino_acid_11(fn_bird_43(X))
& fn_bird_15(X) = fn_amino_acid_28(fn_bird_43(X))
& fn_bird_22(X) = fn_vertebrate_20(X)
& fn_bird_8(X) = fn_vertebrate_60(X)
& fn_bird_25(X) = fn_vertebrate_3(X)
& fn_bird_46(X) = fn_vertebrate_24(X)
& fn_bird_47(X) = fn_animal_8(X)
& fn_bird_47(X) = fn_vertebrate_23(X)
& fn_bird_29(X) = fn_vertebrate_41(X)
& fn_bird_27(X) = fn_vertebrate_55(X)
& fn_bird_35(X) = fn_vertebrate_34(X)
& fn_bird_49(X) = fn_vertebrate_47(X)
& fn_bird_24(X) = fn_vertebrate_2(X)
& fn_bird_21(X) = fn_vertebrate_53(X)
& fn_bird_12(X) = fn_vertebrate_48(X)
& fn_bird_20(X) = fn_vertebrate_35(X)
& fn_bird_26(X) = fn_vertebrate_33(X)
& fn_bird_18(X) = fn_animal_19(X)
& fn_bird_18(X) = fn_vertebrate_25(X)
& fn_bird_34(X) = fn_vertebrate_56(X)
& fn_bird_32(X) = fn_vertebrate_16(X)
& fn_bird_11(X) = fn_vertebrate_59(X)
& fn_bird_31(X) = fn_vertebrate_15(X)
& fn_bird_33(X) = fn_vertebrate_17(X)
& fn_bird_9(X) = fn_vertebrate_61(X)
& fn_bird_28(X) = fn_vertebrate_54(X)
& fn_bird_36(X) = fn_vertebrate_57(X)
& fn_bird_10(X) = fn_vertebrate_58(X)
& fn_bird_14(X) = fn_vertebrate_18(X)
& fn_bird_30(X) = fn_vertebrate_19(X)
& fn_bird_39(X) = fn_vertebrate_4(X)
& fn_bird_13(X) = fn_vertebrate_26(X)
& fn_bird_37(X) = fn_vertebrate_40(X)
& fn_bird_40(X) = fn_vertebrate_5(X)
& fn_bird_38(X) = fn_vertebrate_6(X)
& fn_amino_acid_28(fn_bird_43(X)) = fn_amino_acid_28(fn_bird_43(X))
& fn_amino_acid_28(fn_bird_43(X)) = fn_amino_acid_22(fn_bird_43(X))
& fn_amino_acid_22(fn_bird_43(X)) = fn_amino_acid_22(fn_bird_43(X))
& fn_amino_acid_22(fn_bird_43(X)) = fn_amino_acid_11(fn_bird_43(X))
& fn_amino_acid_11(fn_bird_43(X)) = fn_amino_acid_27(fn_bird_43(X))
& fn_amino_acid_27(fn_bird_43(X)) = fn_amino_acid_11(fn_bird_43(X))
& fn_amino_acid_11(fn_bird_43(X)) = fn_amino_acid_11(fn_bird_43(X))
& fn_amino_acid_11(fn_bird_43(X)) = fn_hold_2(fn_bird_44(X))
& fn_hold_2(fn_bird_44(X)) = fn_animal_12(X)
& fn_animal_12(X) = fn_animal_12(X)
& fn_animal_12(X) = fn_vertebrate_24(X)
& fn_vertebrate_24(X) = fn_animal_8(X)
& fn_vertebrate_23(X) = fn_animal_8(X)
& fn_animal_8(X) = fn_vertebrate_23(X)
& fn_vertebrate_23(X) = fn_animal_19(X)
& fn_animal_19(X) = fn_animal_19(X)
& fn_vertebrate_25(X) = fn_animal_19(X)
& fn_animal_19(X) = fn_vertebrate_25(X)
& fn_vertebrate_25(X) = fn_vertebrate_25(X) ) ) ).
fof(a527885,axiom,
! [X] :
( bird_digestive_system_1(X)
=> ( original_name_2(X,'Bird-Digestive-System')
& user_description_2(X,'A system of organs in a bird\'s body which is responsible for the digestion and absorption of nutrients from food.')
& concept2words_2(X,'bird digestive system')
& concept2words_2(X,'bird-digestive-system')
& digestive_system_1(X) ) ) ).
fof(a527886,axiom,
! [X] :
( bird_homeotic_gene_1(X)
=> ( original_name_2(X,'Bird-Homeotic-Gene')
& user_description_2(X,'Homeotic gene present in birds.')
& concept2words_2(X,'bird homeotic gene')
& concept2words_2(X,'bird-homeotic-gene')
& vertebrate_homeotic_gene_1(X)
& bird_1(fn_bird_homeotic_gene_1(X))
& animal_development_1(fn_bird_homeotic_gene_2(X))
& agent_2(fn_bird_homeotic_gene_2(X),X)
& experiencer_2(fn_bird_homeotic_gene_2(X),fn_bird_homeotic_gene_1(X))
& fn_bird_homeotic_gene_1(X) = fn_vertebrate_homeotic_gene_18(X)
& fn_bird_homeotic_gene_2(X) = fn_vertebrate_homeotic_gene_20(X) ) ) ).
fof(a527887,axiom,
! [X] :
( bird_limb_development_1(X)
=> ( original_name_2(X,'Bird-Limb-Development')
& user_description_2(X,'The processes which direct the formation of the limbs during the embryonic development of a bird.')
& concept2words_2(X,'bird limb development')
& concept2words_2(X,'bird-limb-development')
& limb_development_1(X)
& shape_value_1(fn_bird_limb_development_1(X))
& biological_region_1(fn_bird_limb_development_2(X))
& toe_1(fn_bird_limb_development_3(X))
& bird_1(fn_bird_limb_development_5(X))
& destroy_1(fn_bird_limb_development_6(X))
& cellular_structure_1(fn_bird_limb_development_7(X))
& organelle_1(fn_bird_limb_development_7(X))
& toe_1(fn_bird_limb_development_8(X))
& animal_embryo_1(fn_bird_limb_development_9(X))
& dna_polymerase_iii_1(fn_bird_limb_development_10(X))
& aqueous_solution_1(fn_bird_limb_development_11(X))
& aqueous_solution_1(fn_bird_limb_development_12(X))
& hydrophilic_face_1(fn_bird_limb_development_13(X))
& hydrophilic_face_1(fn_bird_limb_development_14(X))
& nuclear_membrane_1(fn_bird_limb_development_15(X))
& er_membrane_1(fn_bird_limb_development_16(X))
& protein_enzyme_1(fn_bird_limb_development_17(X))
& size_value_1(fn_bird_limb_development_18(X))
& volume_value_1(fn_bird_limb_development_19(X))
& entity_1(fn_bird_limb_development_20(X))
& tangible_entity_1(fn_bird_limb_development_20(X))
& vesicle_1(fn_bird_limb_development_20(X))
& mixture_1(fn_bird_limb_development_21(X))
& cytoplasm_1(fn_bird_limb_development_21(X))
& spatial_entity_1(fn_bird_limb_development_22(X))
& biomembrane_1(fn_bird_limb_development_22(X))
& plasma_membrane_1(fn_bird_limb_development_22(X))
& intracellular_digestion_1(fn_bird_limb_development_23(X))
& tangible_entity_1(fn_bird_limb_development_24(X))
& cell_1(fn_bird_limb_development_24(X))
& eukaryotic_cell_1(fn_bird_limb_development_24(X))
& animal_cell_1(fn_bird_limb_development_24(X))
& produce_1(fn_bird_limb_development_25(X))
& apoptosis_1(fn_bird_limb_development_26(X))
& eukaryotic_cell_1(fn_bird_limb_development_27(X))
& damage_1(fn_bird_limb_development_28(X))
& contract_1(fn_bird_limb_development_29(X))
& blebbing_1(fn_bird_limb_development_30(X))
& biological_region_1(fn_bird_limb_development_33(X))
& interdigital_tissue_1(fn_bird_limb_development_34(X))
& destroy_1(fn_bird_limb_development_35(X))
& dna_polymerase_iii_1(fn_apoptosis_8(fn_bird_limb_development_26(X)))
& hydrophilic_face_1(fn_apoptosis_13(fn_bird_limb_development_26(X)))
& hydrophilic_face_1(fn_apoptosis_1(fn_bird_limb_development_26(X)))
& aqueous_solution_1(fn_apoptosis_54(fn_bird_limb_development_26(X)))
& aqueous_solution_1(fn_apoptosis_56(fn_bird_limb_development_26(X)))
& nuclear_membrane_1(fn_apoptosis_53(fn_bird_limb_development_26(X)))
& er_membrane_1(fn_apoptosis_57(fn_bird_limb_development_26(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_bird_limb_development_24(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_bird_limb_development_24(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_bird_limb_development_24(X)))
& entity_1(fn_apoptosis_44(fn_bird_limb_development_26(X)))
& tangible_entity_1(fn_apoptosis_44(fn_bird_limb_development_26(X)))
& vesicle_1(fn_apoptosis_44(fn_bird_limb_development_26(X)))
& eukaryotic_cell_1(fn_apoptosis_33(fn_bird_limb_development_26(X)))
& damage_1(fn_apoptosis_32(fn_bird_limb_development_26(X)))
& contract_1(fn_apoptosis_49(fn_bird_limb_development_26(X)))
& blebbing_1(fn_apoptosis_42(fn_bird_limb_development_26(X)))
& intracellular_digestion_1(fn_apoptosis_50(fn_bird_limb_development_26(X)))
& produce_1(fn_apoptosis_43(fn_bird_limb_development_26(X)))
& property_node_1(fn_animal_cell_50(fn_bird_limb_development_24(X)))
& property_node_1(fn_animal_cell_49(fn_bird_limb_development_24(X)))
& size_value_1(fn_animal_cell_57(fn_bird_limb_development_24(X)))
& cellular_structure_1(fn_apoptosis_20(fn_bird_limb_development_26(X)))
& organelle_1(fn_apoptosis_51(fn_bird_limb_development_26(X)))
& destroy_1(fn_apoptosis_21(fn_bird_limb_development_26(X)))
& destroy_1(fn_apoptosis_48(fn_bird_limb_development_26(X)))
& protein_enzyme_1(fn_apoptosis_61(fn_bird_limb_development_26(X)))
& protein_enzyme_1(fn_animal_cell_71(fn_bird_limb_development_24(X)))
& mixture_1(fn_apoptosis_55(fn_bird_limb_development_26(X)))
& cytoplasm_1(fn_apoptosis_55(fn_bird_limb_development_26(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_bird_limb_development_24(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_bird_limb_development_24(X)))
& mixture_1(fn_animal_cell_79(fn_bird_limb_development_24(X)))
& cytoplasm_1(fn_animal_cell_79(fn_bird_limb_development_24(X)))
& volume_value_1(fn_apoptosis_62(fn_bird_limb_development_26(X)))
& volume_value_1(fn_animal_cell_56(fn_bird_limb_development_24(X)))
& cell_1(fn_blebbing_1(fn_bird_limb_development_30(X)))
& tangible_entity_1(fn_intracellular_digestion_11(fn_bird_limb_development_23(X)))
& eukaryotic_cell_1(fn_intracellular_digestion_11(fn_bird_limb_development_23(X)))
& cell_1(fn_intracellular_digestion_11(fn_bird_limb_development_23(X)))
& eukaryotic_cell_1(fn_apoptosis_7(fn_bird_limb_development_26(X)))
& tangible_entity_1(fn_apoptosis_64(fn_bird_limb_development_26(X)))
& cell_1(fn_apoptosis_64(fn_bird_limb_development_26(X)))
& is_between_2(fn_bird_limb_development_33(X),fn_bird_limb_development_3(X))
& base_2(fn_bird_limb_development_25(X),fn_bird_limb_development_24(X))
& has_function_2(fn_bird_limb_development_20(X),fn_bird_limb_development_23(X))
& the_categorical_value_2(fn_bird_limb_development_1(X),flat_0)
& has_region_2(fn_bird_limb_development_9(X),fn_bird_limb_development_2(X))
& has_state_2(fn_bird_limb_development_9(X),fn_bird_limb_development_5(X))
& shape_2(fn_bird_limb_development_2(X),fn_bird_limb_development_1(X))
& result_2(fn_bird_limb_development_30(X),fn_bird_limb_development_24(X))
& base_2(fn_bird_limb_development_23(X),fn_bird_limb_development_24(X))
& object_2(fn_bird_limb_development_26(X),fn_bird_limb_development_24(X))
& is_near_2(fn_bird_limb_development_27(X),fn_bird_limb_development_24(X))
& is_near_2(fn_bird_limb_development_24(X),fn_bird_limb_development_27(X))
& has_part_2(fn_bird_limb_development_24(X),fn_bird_limb_development_20(X))
& base_2(fn_bird_limb_development_29(X),fn_bird_limb_development_24(X))
& base_2(fn_bird_limb_development_6(X),fn_bird_limb_development_24(X))
& base_2(fn_bird_limb_development_30(X),fn_bird_limb_development_24(X))
& has_part_2(fn_bird_limb_development_24(X),fn_bird_limb_development_7(X))
& has_part_2(fn_bird_limb_development_24(X),fn_bird_limb_development_22(X))
& is_inside_2(fn_bird_limb_development_21(X),fn_bird_limb_development_22(X))
& is_between_2(fn_bird_limb_development_21(X),fn_bird_limb_development_22(X))
& base_2(X,fn_bird_limb_development_9(X))
& by_means_of_2(X,fn_bird_limb_development_26(X))
& causes_2(fn_bird_limb_development_26(X),fn_bird_limb_development_35(X))
& object_2(fn_bird_limb_development_35(X),fn_bird_limb_development_34(X))
& is_inside_2(fn_bird_limb_development_34(X),fn_bird_limb_development_33(X))
& is_between_2(fn_bird_limb_development_33(X),fn_bird_limb_development_8(X))
& from_value_2(fn_bird_limb_development_29(X),fn_bird_limb_development_19(X))
& result_2(fn_bird_limb_development_25(X),fn_bird_limb_development_20(X))
& prevents_2(fn_bird_limb_development_26(X),fn_bird_limb_development_28(X))
& object_2(fn_bird_limb_development_28(X),fn_bird_limb_development_27(X))
& next_event_2(fn_bird_limb_development_29(X),fn_bird_limb_development_30(X))
& subevent_2(fn_bird_limb_development_26(X),fn_bird_limb_development_29(X))
& subevent_2(fn_bird_limb_development_26(X),fn_bird_limb_development_6(X))
& object_2(fn_bird_limb_development_6(X),fn_bird_limb_development_7(X))
& subevent_2(fn_bird_limb_development_26(X),fn_bird_limb_development_25(X))
& next_event_2(fn_bird_limb_development_25(X),fn_bird_limb_development_23(X))
& subevent_2(fn_bird_limb_development_26(X),fn_bird_limb_development_23(X))
& subevent_2(fn_bird_limb_development_26(X),fn_bird_limb_development_30(X))
& next_event_2(fn_bird_limb_development_30(X),fn_bird_limb_development_25(X))
& size_2(fn_bird_limb_development_24(X),fn_bird_limb_development_18(X))
& directly_proportional_2(fn_bird_limb_development_18(X),fn_bird_limb_development_19(X))
& volume_2(fn_bird_limb_development_24(X),fn_bird_limb_development_19(X))
& has_part_2(fn_bird_limb_development_24(X),fn_bird_limb_development_21(X))
& has_part_2(fn_bird_limb_development_21(X),fn_bird_limb_development_17(X))
& fn_bird_limb_development_24(X) = fn_blebbing_1(fn_bird_limb_development_30(X))
& fn_bird_limb_development_24(X) = fn_intracellular_digestion_11(fn_bird_limb_development_23(X))
& fn_bird_limb_development_24(X) = fn_apoptosis_7(fn_bird_limb_development_26(X))
& fn_bird_limb_development_10(X) = fn_apoptosis_8(fn_bird_limb_development_26(X))
& fn_bird_limb_development_13(X) = fn_apoptosis_13(fn_bird_limb_development_26(X))
& fn_bird_limb_development_14(X) = fn_apoptosis_1(fn_bird_limb_development_26(X))
& fn_bird_limb_development_12(X) = fn_apoptosis_54(fn_bird_limb_development_26(X))
& fn_bird_limb_development_11(X) = fn_apoptosis_56(fn_bird_limb_development_26(X))
& fn_bird_limb_development_15(X) = fn_apoptosis_53(fn_bird_limb_development_26(X))
& fn_bird_limb_development_16(X) = fn_apoptosis_57(fn_bird_limb_development_26(X))
& fn_bird_limb_development_21(X) = fn_eukaryotic_cell_31(fn_bird_limb_development_24(X))
& fn_bird_limb_development_22(X) = fn_eukaryotic_cell_29(fn_bird_limb_development_24(X))
& fn_bird_limb_development_9(X) = fn_limb_development_11(X)
& fn_bird_limb_development_8(X) = fn_limb_development_1(X)
& fn_bird_limb_development_33(X) = fn_limb_development_9(X)
& fn_bird_limb_development_34(X) = fn_limb_development_14(X)
& fn_bird_limb_development_35(X) = fn_limb_development_13(X)
& fn_bird_limb_development_26(X) = fn_limb_development_10(X)
& fn_bird_limb_development_19(X) = fn_apoptosis_62(fn_bird_limb_development_26(X))
& fn_bird_limb_development_20(X) = fn_apoptosis_44(fn_bird_limb_development_26(X))
& fn_bird_limb_development_27(X) = fn_apoptosis_33(fn_bird_limb_development_26(X))
& fn_bird_limb_development_28(X) = fn_apoptosis_32(fn_bird_limb_development_26(X))
& fn_bird_limb_development_7(X) = fn_apoptosis_20(fn_bird_limb_development_26(X))
& fn_bird_limb_development_7(X) = fn_apoptosis_51(fn_bird_limb_development_26(X))
& fn_bird_limb_development_6(X) = fn_apoptosis_21(fn_bird_limb_development_26(X))
& fn_bird_limb_development_6(X) = fn_apoptosis_48(fn_bird_limb_development_26(X))
& fn_bird_limb_development_29(X) = fn_apoptosis_49(fn_bird_limb_development_26(X))
& fn_bird_limb_development_30(X) = fn_apoptosis_42(fn_bird_limb_development_26(X))
& fn_bird_limb_development_23(X) = fn_apoptosis_50(fn_bird_limb_development_26(X))
& fn_bird_limb_development_25(X) = fn_apoptosis_43(fn_bird_limb_development_26(X))
& fn_bird_limb_development_31(X) = fn_animal_cell_50(fn_bird_limb_development_24(X))
& fn_bird_limb_development_32(X) = fn_animal_cell_49(fn_bird_limb_development_24(X))
& fn_bird_limb_development_17(X) = fn_apoptosis_61(fn_bird_limb_development_26(X))
& fn_bird_limb_development_17(X) = fn_animal_cell_71(fn_bird_limb_development_24(X))
& fn_bird_limb_development_24(X) = fn_apoptosis_64(fn_bird_limb_development_26(X))
& fn_bird_limb_development_21(X) = fn_apoptosis_55(fn_bird_limb_development_26(X))
& fn_bird_limb_development_21(X) = fn_animal_cell_79(fn_bird_limb_development_24(X))
& fn_bird_limb_development_19(X) = fn_animal_cell_56(fn_bird_limb_development_24(X))
& fn_bird_limb_development_18(X) = fn_animal_cell_57(fn_bird_limb_development_24(X))
& fn_apoptosis_20(fn_bird_limb_development_26(X)) = fn_apoptosis_20(fn_bird_limb_development_26(X))
& fn_apoptosis_20(fn_bird_limb_development_26(X)) = fn_apoptosis_51(fn_bird_limb_development_26(X))
& fn_apoptosis_51(fn_bird_limb_development_26(X)) = fn_apoptosis_48(fn_bird_limb_development_26(X))
& fn_apoptosis_48(fn_bird_limb_development_26(X)) = fn_apoptosis_21(fn_bird_limb_development_26(X))
& fn_apoptosis_21(fn_bird_limb_development_26(X)) = fn_apoptosis_48(fn_bird_limb_development_26(X))
& fn_apoptosis_48(fn_bird_limb_development_26(X)) = fn_apoptosis_61(fn_bird_limb_development_26(X))
& fn_apoptosis_61(fn_bird_limb_development_26(X)) = fn_apoptosis_61(fn_bird_limb_development_26(X))
& fn_apoptosis_61(fn_bird_limb_development_26(X)) = fn_animal_cell_71(fn_bird_limb_development_24(X))
& fn_animal_cell_71(fn_bird_limb_development_24(X)) = fn_eukaryotic_cell_31(fn_bird_limb_development_24(X))
& fn_eukaryotic_cell_31(fn_bird_limb_development_24(X)) = fn_apoptosis_55(fn_bird_limb_development_26(X))
& fn_apoptosis_55(fn_bird_limb_development_26(X)) = fn_apoptosis_55(fn_bird_limb_development_26(X))
& fn_apoptosis_55(fn_bird_limb_development_26(X)) = fn_eukaryotic_cell_31(fn_bird_limb_development_24(X))
& fn_eukaryotic_cell_31(fn_bird_limb_development_24(X)) = fn_eukaryotic_cell_31(fn_bird_limb_development_24(X))
& fn_eukaryotic_cell_31(fn_bird_limb_development_24(X)) = fn_animal_cell_79(fn_bird_limb_development_24(X))
& fn_animal_cell_79(fn_bird_limb_development_24(X)) = fn_animal_cell_79(fn_bird_limb_development_24(X))
& fn_animal_cell_79(fn_bird_limb_development_24(X)) = fn_apoptosis_62(fn_bird_limb_development_26(X))
& fn_apoptosis_62(fn_bird_limb_development_26(X)) = fn_animal_cell_56(fn_bird_limb_development_24(X))
& fn_animal_cell_56(fn_bird_limb_development_24(X)) = fn_animal_cell_56(fn_bird_limb_development_24(X))
& fn_animal_cell_56(fn_bird_limb_development_24(X)) = fn_blebbing_1(fn_bird_limb_development_30(X))
& fn_blebbing_1(fn_bird_limb_development_30(X)) = fn_intracellular_digestion_11(fn_bird_limb_development_23(X))
& fn_intracellular_digestion_11(fn_bird_limb_development_23(X)) = fn_intracellular_digestion_11(fn_bird_limb_development_23(X))
& fn_intracellular_digestion_11(fn_bird_limb_development_23(X)) = fn_apoptosis_7(fn_bird_limb_development_26(X))
& fn_apoptosis_7(fn_bird_limb_development_26(X)) = fn_apoptosis_7(fn_bird_limb_development_26(X))
& fn_apoptosis_7(fn_bird_limb_development_26(X)) = fn_apoptosis_64(fn_bird_limb_development_26(X))
& fn_apoptosis_64(fn_bird_limb_development_26(X)) = fn_apoptosis_64(fn_bird_limb_development_26(X)) ) ) ).
fof(a527888,axiom,
! [X] :
( bird_song_1(X)
=> ( original_name_2(X,'Bird-Song')
& user_description_2(X,'Vocalizations used by birds to mark territory and advertise for mates.')
& concept2words_2(X,'song of bird')
& concept2words_2(X,'bird song')
& concept2words_2(X,'bird-song')
& language_1(X)
& ~ natural_language_1(X) ) ) ).
fof(a527889,axiom,
! [X] :
( birth_control_1(X)
=> ( original_name_2(X,'Birth-Control')
& user_description_2(X,'The use of medications, devices, or sexual practices to prevent or reduce the probability of conception and pregnancy.')
& concept2words_2(X,'control of birth')
& concept2words_2(X,'birth control')
& concept2words_2(X,'birth-control')
& reproductive_behavior_1(X) ) ) ).
fof(a527890,axiom,
! [X] :
( birth_control_pill_1(X)
=> ( original_name_2(X,'Birth-Control-Pill')
& user_description_2(X,'A pill containing estrogen and/or progesterone that, when taken correctly, inhibits ovulation and thus acts an a contraceptive.')
& concept2words_2(X,'birth control pill')
& concept2words_2(X,'birth-control-pill')
& prezygotic_barrier_1(X)
& ~ reproductive_barrier_method_1(X) ) ) ).
fof(a527891,axiom,
! [X] :
( bismuth_1(X)
=> ( original_name_2(X,'Bismuth')
& user_description_2(X,'Bismuth is a metal atom with atomic number 83. It is represented by the symbol Bi.')
& concept2words_2(X,bismuth)
& concept2words_2(X,'Bi')
& metal_atom_1(X)
& neutron_1(fn_bismuth_3(X))
& atomic_mass_value_1(fn_bismuth_4(X))
& electronegativity_value_1(fn_bismuth_5(X))
& valence_electron_1(fn_bismuth_9(X))
& atomic_weight_value_1(fn_bismuth_10(X))
& atomic_number_value_1(fn_bismuth_11(X))
& quantity_value_1(fn_bismuth_12(X))
& electronegativity_2(X,fn_bismuth_5(X))
& mass_number_2(X,fn_bismuth_4(X))
& exactCardinality(X,has_part_0,"126",neutron_0)
& exactCardinality(X,has_part_0,"83",proton_0)
& exactCardinality(X,has_part_0,"83",electron_0)
& has_part_2(X,fn_bismuth_3(X))
& the_cardinal_value_2(fn_bismuth_12(X),"5")
& cardinal_unit_class_2(fn_bismuth_12(X),unity_0)
& the_cardinal_value_2(fn_bismuth_5(X),"2.02")
& cardinal_unit_class_2(fn_bismuth_5(X),unity_0)
& the_cardinal_value_2(fn_bismuth_4(X),"209")
& cardinal_unit_class_2(fn_bismuth_4(X),unity_0)
& the_cardinal_value_2(fn_bismuth_11(X),"83")
& cardinal_unit_class_2(fn_bismuth_11(X),unity_0)
& the_cardinal_value_2(fn_bismuth_10(X),"209")
& cardinal_unit_class_2(fn_bismuth_10(X),dalton_0)
& atomic_number_2(X,fn_bismuth_11(X))
& atomic_weight_2(X,fn_bismuth_10(X))
& has_part_2(X,fn_bismuth_9(X))
& quantity_2(fn_bismuth_9(X),fn_bismuth_12(X))
& fn_bismuth_7(X) = fn_atom_12(X)
& fn_bismuth_11(X) = fn_atom_17(X)
& fn_bismuth_8(X) = fn_atom_13(X)
& fn_bismuth_10(X) = fn_atom_16(X)
& fn_bismuth_6(X) = fn_atom_1(X)
& fn_bismuth_12(X) = fn_atom_5(X)
& fn_bismuth_9(X) = fn_atom_14(X) ) ) ).
fof(a527892,axiom,
! [X] :
( bivalve_1(X)
=> ( original_name_2(X,'Bivalve')
& user_description_2(X,'A mollusc of the Class Bivalvia; examples include mussels, clams, oysters, and scallops.')
& concept2words_2(X,bivalve)
& mollusc_1(X)
& ~ cephalopod_1(X)
& ~ chiton_1(X)
& ~ gastropod_1(X) ) ) ).
fof(a527893,axiom,
! [X] :
( black_bread_mold_1(X)
=> ( original_name_2(X,'Black-Bread-Mold')
& user_description_2(X,'A widely distributed zygomycete fungus, Rhizopus stolonifer, commonly found on the surface of bread.')
& concept2words_2(X,'black bread mold')
& concept2words_2(X,'black-bread-mold')
& zygomycete_1(X)
& ~ bread_mold_1(X) ) ) ).
fof(a527894,axiom,
! [X] :
( blade_1(X)
=> ( original_name_2(X,'Blade')
& user_description_2(X,'The thin, flattened structure of a seaweed that provides a majority of the surface area for photosynthesis. Also, the most flattened part of the leaf of a plant.')
& concept2words_2(X,blade)
& stem_organ_1(X) ) ) ).
fof(a527895,axiom,
! [X] :
( blastocoel_1(X)
=> ( original_name_2(X,'Blastocoel')
& user_description_2(X,'The hollow, fluid-filled space that forms in the center of a blastula in early animal development.')
& concept2words_2(X,blastocoel)
& developmental_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a527896,axiom,
! [X] :
( blastocyst_1(X)
=> ( original_name_2(X,'Blastocyst')
& user_description_2(X,'The term used for the blastula stage in mammals and other vertebrates.')
& concept2words_2(X,blastocyst)
& embryonic_stages_1(X)
& cell_1(fn_blastocyst_1(X))
& has_part_2(X,fn_blastocyst_1(X)) ) ) ).
fof(a527897,axiom,
! [X] :
( blastodisc_1(X)
=> ( original_name_2(X,'Blastodisc')
& user_description_2(X,'In bird eggs, a cap of cells developed in early cleavage that sits on the yolk.')
& concept2words_2(X,blastodisc)
& ensemble_1(X) ) ) ).
fof(a527898,axiom,
! [X] :
( blastomere_1(X)
=> ( original_name_2(X,'Blastomere')
& user_description_2(X,'A cell that derives from a cleavage division in early animal development.')
& concept2words_2(X,blastomere)
& animal_development_cell_1(X) ) ) ).
fof(a527899,axiom,
! [X] :
( blastopore_1(X)
=> ( original_name_2(X,'Blastopore')
& user_description_2(X,'In a gastrulating embryo, the opening to the archenteron. In protostomous animals the blastopore develops into the larval mouth, while in deuterostomous animals it develops into the anus.')
& concept2words_2(X,blastopore)
& developmental_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a527900,axiom,
! [X] :
( blastula_1(X)
=> ( original_name_2(X,'Blastula')
& user_description_2(X,'A hollow ball of cells created by cleavage divisions in the early embryonic development of animals.')
& concept2words_2(X,'blastula stage')
& concept2words_2(X,blastula)
& embryonic_stages_1(X)
& blastocoel_1(fn_blastula_1(X))
& fluid_substance_1(fn_blastula_2(X))
& shape_value_1(fn_blastula_3(X))
& cell_1(fn_blastula_4(X))
& has_part_2(X,fn_blastula_4(X))
& has_part_2(X,fn_blastula_2(X))
& shape_2(X,fn_blastula_3(X))
& has_region_2(X,fn_blastula_1(X))
& is_inside_2(fn_blastula_2(X),fn_blastula_1(X)) ) ) ).
fof(a527901,axiom,
! [X] :
( blastulation_1(X)
=> ( original_name_2(X,'Blastulation')
& user_description_2(X,'A stage of development in which a blastula is formed when the zygote unergoes cell division is called as blastula stage.')
& concept2words_2(X,'undergo blastulation')
& concept2words_2(X,blastulation)
& developmental_stage_1(X)
& ~ adulthood_1(X)
& ~ algae_bloom_1(X)
& ~ axes_formation_1(X)
& ~ eight_cell_stage_1(X)
& ~ embryogenesis_1(X)
& ~ fetal_stage_1(X)
& ~ follicular_phase_1(X)
& ~ juvenile_stage_1(X)
& ~ larval_stage_1(X)
& ~ menopause_1(X)
& ~ multinucleated_stage_1(X)
& ~ segment_formation_1(X)
& ~ sensitive_period_1(X)
& ~ two_cell_stage_1(X)
& blastula_1(fn_blastulation_1(X))
& result_2(X,fn_blastulation_1(X)) ) ) ).
fof(a527902,axiom,
! [X] :
( blebbing_1(X)
=> ( original_name_2(X,'Blebbing')
& user_description_2(X,'During apoptosis, a process in which the cytoskeleton detaches from the plasma membrane, creating bulges in the cell called blebs. These blebs will later rupture as the cell dies.')
& concept2words_2(X,blebbing)
& cellular_process_1(X)
& cell_1(fn_blebbing_1(X))
& cell_1(fn_blebbing_2(X))
& produce_1(fn_blebbing_3(X))
& lobe_1(fn_blebbing_4(X))
& entity_1(fn_create_1(fn_blebbing_3(X)))
& has_state_2(fn_blebbing_2(X),fn_blebbing_1(X))
& has_part_2(fn_blebbing_1(X),fn_blebbing_4(X))
& base_2(X,fn_blebbing_2(X))
& by_means_of_2(X,fn_blebbing_3(X))
& result_2(X,fn_blebbing_1(X))
& result_2(fn_blebbing_3(X),fn_blebbing_4(X))
& fn_blebbing_4(X) = fn_create_1(fn_blebbing_3(X)) ) ) ).
fof(a527903,axiom,
! [X] :
( block_1(X)
=> ( original_name_2(X,'Block')
& concept2words_2(X,block)
& concept2words_2(X,bar)
& concept2words_2(X,barricade)
& concept2words_2(X,'block off')
& concept2words_2(X,block_off)
& concept2words_2(X,'block up')
& concept2words_2(X,block_up)
& concept2words_2(X,blockade)
& concept2words_2(X,'choke up')
& concept2words_2(X,choke_up)
& concept2words_2(X,'close up')
& concept2words_2(X,close_up)
& concept2words_2(X,impede)
& concept2words_2(X,jam)
& concept2words_2(X,lug)
& concept2words_2(X,obstruct)
& concept2words_2(X,occlude)
& concept2words_2(X,stuff)
& concept2words_2(X,occulude)
& make_inaccessible_1(X)
& spatial_entity_1(fn_block_1(X))
& object_2(X,fn_block_1(X))
& fn_block_1(X) = fn_make_inaccessible_1(X) ) ) ).
fof(a527904,axiom,
! [X] :
( blocking_of_cell_cycle_1(X)
=> ( original_name_2(X,'Blocking-of-cell-cycle')
& user_description_2(X,'The stopping of the cell cycle.')
& concept2words_2(X,'blocking of cell cycle')
& concept2words_2(X,'blocking-of-cell-cycle')
& block_1(X) ) ) ).
fof(a527905,axiom,
! [X] :
( blood_1(X)
=> ( original_name_2(X,'Blood')
& user_description_2(X,'A type of connective tissue. In humans, blood consists of red blood cells, white blood cells, and platelets suspended in a fluid matrix called plasma; blood circulates nutrients, wastes, respiratory gases, and hormones throughout the body.')
& concept2words_2(X,blood)
& bodily_fluid_1(X)
& connective_tissue_1(X)
& suspension_1(X)
& concentration_value_1(fn_blood_3(X))
& concentration_value_1(fn_blood_4(X))
& calcium_ion_1(fn_blood_5(X))
& leukocyte_1(fn_blood_6(X))
& clotting_factor_1(fn_blood_7(X))
& platelet_1(fn_blood_8(X))
& chemical_1(fn_blood_9(X))
& chemical_1(fn_blood_10(X))
& system_1(fn_blood_12(X))
& calcium_ion_1(fn_blood_14(X))
& chemical_1(fn_blood_15(X))
& substance_1(fn_blood_16(X))
& cytosol_1(fn_blood_16(X))
& solution_1(fn_blood_16(X))
& ribosome_1(fn_blood_17(X))
& water_1(fn_blood_18(X))
& chemical_1(fn_blood_18(X))
& ph_maintenance_1(fn_blood_19(X))
& carbonic_acid_bicarbonate_buffer_1(fn_blood_21(X))
& solid_substance_1(fn_blood_22(X))
& erythrocyte_1(fn_blood_23(X))
& plasma_1(fn_blood_24(X))
& polar_substance_1(fn_blood_25(X))
& state_value_1(fn_blood_26(X))
& buffer_1(fn_buffered_solution_2(fn_blood_24(X)))
& chemical_1(fn_solution_5(fn_blood_24(X)))
& ph_maintenance_1(fn_buffer_3(fn_blood_21(X)))
& substance_1(fn_cell_29(fn_blood_23(X)))
& cytosol_1(fn_cell_29(fn_blood_23(X)))
& ribosome_1(fn_cell_14(fn_blood_23(X)))
& chemical_entity_1(fn_chemical_3(fn_blood_15(X)))
& water_1(fn_aqueous_solution_14(fn_blood_24(X)))
& chemical_1(fn_solution_6(fn_blood_24(X)))
& chemical_1(fn_solution_6(fn_blood_16(X)))
& chemical_1(fn_solution_5(fn_blood_16(X)))
& has_part_2(X,fn_blood_8(X))
& has_part_2(X,fn_blood_6(X))
& has_part_2(X,fn_blood_7(X))
& has_part_2(fn_blood_24(X),fn_blood_5(X))
& has_part_2(fn_blood_24(X),fn_blood_25(X))
& base_2(fn_blood_19(X),fn_blood_24(X))
& concentration_2(fn_blood_5(X),fn_blood_3(X))
& concentration_2(fn_blood_14(X),fn_blood_4(X))
& called_2(fn_blood_4(X),'Concentration_Ca2PlusRedbloodCell')
& called_2(fn_blood_3(X),'Concentration_Ca2PlusBlood')
& has_part_2(X,fn_blood_23(X))
& has_part_2(X,fn_blood_24(X))
& has_part_2(fn_blood_24(X),fn_blood_21(X))
& has_part_2(fn_blood_24(X),fn_blood_18(X))
& has_solvent_2(fn_blood_24(X),fn_blood_18(X))
& has_solute_2(fn_blood_24(X),fn_blood_25(X))
& fn_blood_25(X) != fn_blood_18(X)
& fn_blood_18(X) != fn_blood_25(X)
& has_function_2(fn_blood_21(X),fn_blood_19(X))
& agent_2(fn_blood_19(X),fn_blood_21(X))
& has_part_2(fn_blood_23(X),fn_blood_17(X))
& is_inside_2(fn_blood_17(X),fn_blood_16(X))
& has_solute_2(fn_blood_16(X),fn_blood_15(X))
& has_part_2(fn_blood_16(X),fn_blood_15(X))
& has_part_2(fn_blood_15(X),fn_blood_14(X))
& fn_blood_23(X) = fn_tissue_1(X)
& fn_blood_24(X) = fn_suspension_2(X)
& fn_blood_21(X) = fn_buffered_solution_2(fn_blood_24(X))
& fn_blood_22(X) = fn_suspension_1(X)
& fn_blood_25(X) = fn_solution_5(fn_blood_24(X))
& fn_blood_18(X) = fn_aqueous_solution_14(fn_blood_24(X))
& fn_blood_18(X) = fn_solution_6(fn_blood_24(X))
& fn_blood_19(X) = fn_buffer_3(fn_blood_21(X))
& fn_blood_20(X) = fn_liquid_substance_1(X)
& fn_blood_26(X) = fn_liquid_substance_2(X)
& fn_blood_16(X) = fn_cell_29(fn_blood_23(X))
& fn_blood_17(X) = fn_cell_14(fn_blood_23(X))
& fn_blood_11(X) = fn_aqueous_solution_1(X)
& fn_blood_13(X) = fn_aqueous_solution_9(X)
& fn_blood_12(X) = fn_aqueous_solution_7(X)
& fn_blood_9(X) = fn_solution_6(X)
& fn_blood_10(X) = fn_solution_5(X)
& fn_blood_14(X) = fn_chemical_3(fn_blood_15(X))
& fn_blood_15(X) = fn_solution_6(fn_blood_16(X))
& fn_blood_15(X) = fn_solution_5(fn_blood_16(X))
& fn_solution_6(fn_blood_24(X)) = fn_solution_6(fn_blood_24(X))
& fn_solution_6(fn_blood_24(X)) = fn_aqueous_solution_14(fn_blood_24(X))
& fn_aqueous_solution_14(fn_blood_24(X)) = fn_solution_6(fn_blood_24(X))
& fn_solution_6(fn_blood_24(X)) = fn_solution_5(fn_blood_16(X))
& fn_solution_5(fn_blood_16(X)) = fn_solution_6(fn_blood_16(X))
& fn_solution_6(fn_blood_16(X)) = fn_solution_5(fn_blood_16(X)) ) ) ).
fof(a527906,axiom,
! [X] :
( blood_allele_1(X)
=> ( original_name_2(X,'Blood-Allele')
& user_description_2(X,'An allele coding for one of carbohydrates attached to the membrane surface of a red blood cell that determe the organism\'s blood group.')
& concept2words_2(X,'allele of blood')
& concept2words_2(X,'blood allele')
& concept2words_2(X,'blood-allele')
& allele_1(X) ) ) ).
fof(a527907,axiom,
! [X] :
( blood_brain_barrier_1(X)
=> ( original_name_2(X,'Blood-Brain-Barrier')
& user_description_2(X,'A specialized system of capillary endothelial cells that protects the brain from harmful substances in the blood stream, while supplying the brain with the required nutrients for proper function.')
& concept2words_2(X,'blood brain barrier')
& concept2words_2(X,'blood-brain barrier')
& concept2words_2(X,'blood-brain-barrier')
& endothelium_1(X)
& ~ proximal_tubule_1(X)
& ~ islets_of_langerhans_1(X)
& ~ endometrium_1(X)
& ~ corpus_luteum_1(X)
& ~ ciliary_body_1(X)
& ~ cornea_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ epithelium_1(X)
& ~ lacteal_1(X)
& ~ renal_cortex_1(X)
& ~ trophoblast_1(X)
& ~ collecting_duct_1(X)
& ~ cervix_1(X) ) ) ).
fof(a527908,axiom,
! [X] :
( blood_carbohydrate_1(X)
=> ( original_name_2(X,'Blood-Carbohydrate')
& user_description_2(X,'A sugar (monosaccharide) or one of its dimers (disaccharides) or polymers (polysaccharides) that is attached to the membrane surface of a red blood cell.')
& concept2words_2(X,'carbohydrate of blood')
& concept2words_2(X,'blood carbohydrate')
& concept2words_2(X,'blood-carbohydrate')
& carbohydrate_side_chain_1(X)
& erythrocyte_1(fn_blood_carbohydrate_1(X))
& length_value_1(fn_blood_carbohydrate_2(X))
& share_1(fn_blood_carbohydrate_4(X))
& unequal_sharing_1(fn_blood_carbohydrate_4(X))
& unequal_sharing_1(fn_blood_carbohydrate_5(X))
& share_1(fn_blood_carbohydrate_5(X))
& share_1(fn_blood_carbohydrate_6(X))
& unequal_sharing_1(fn_blood_carbohydrate_6(X))
& unequal_sharing_1(fn_blood_carbohydrate_7(X))
& share_1(fn_blood_carbohydrate_8(X))
& share_1(fn_blood_carbohydrate_9(X))
& entity_1(fn_blood_carbohydrate_10(X))
& chemical_entity_1(fn_blood_carbohydrate_10(X))
& atom_1(fn_blood_carbohydrate_10(X))
& carbon_1(fn_blood_carbohydrate_10(X))
& entity_1(fn_blood_carbohydrate_11(X))
& chemical_entity_1(fn_blood_carbohydrate_11(X))
& atom_1(fn_blood_carbohydrate_11(X))
& carbon_1(fn_blood_carbohydrate_11(X))
& atom_1(fn_blood_carbohydrate_12(X))
& chemical_entity_1(fn_blood_carbohydrate_12(X))
& entity_1(fn_blood_carbohydrate_12(X))
& oxygen_1(fn_blood_carbohydrate_12(X))
& hydrogen_1(fn_blood_carbohydrate_13(X))
& entity_1(fn_blood_carbohydrate_13(X))
& chemical_entity_1(fn_blood_carbohydrate_13(X))
& atom_1(fn_blood_carbohydrate_13(X))
& entity_1(fn_blood_carbohydrate_14(X))
& chemical_entity_1(fn_blood_carbohydrate_14(X))
& atom_1(fn_blood_carbohydrate_14(X))
& oxygen_1(fn_blood_carbohydrate_14(X))
& polar_covalent_bond_1(fn_blood_carbohydrate_15(X))
& covalent_bond_1(fn_blood_carbohydrate_16(X))
& double_bond_1(fn_blood_carbohydrate_16(X))
& functional_group_1(fn_blood_carbohydrate_17(X))
& hydroxyl_group_1(fn_blood_carbohydrate_17(X))
& hydrophilic_region_1(fn_blood_carbohydrate_18(X))
& entity_1(fn_blood_carbohydrate_18(X))
& carbon_skeleton_1(fn_blood_carbohydrate_19(X))
& functional_group_1(fn_blood_carbohydrate_20(X))
& carbonyl_group_1(fn_blood_carbohydrate_20(X))
& attract_1(fn_blood_carbohydrate_21(X))
& valence_electron_1(fn_blood_carbohydrate_22(X))
& entity_1(fn_blood_carbohydrate_23(X))
& electron_1(fn_blood_carbohydrate_23(X))
& valence_electron_1(fn_blood_carbohydrate_23(X))
& electronegativity_value_1(fn_blood_carbohydrate_24(X))
& share_1(fn_blood_carbohydrate_25(X))
& share_1(fn_blood_carbohydrate_26(X))
& electronegativity_value_1(fn_blood_carbohydrate_27(X))
& unequal_sharing_1(fn_blood_carbohydrate_28(X))
& unequal_sharing_1(fn_blood_carbohydrate_29(X))
& entity_1(fn_blood_carbohydrate_30(X))
& electron_1(fn_blood_carbohydrate_30(X))
& valence_electron_1(fn_blood_carbohydrate_30(X))
& electronegativity_value_1(fn_blood_carbohydrate_31(X))
& electron_1(fn_blood_carbohydrate_32(X))
& valence_electron_1(fn_blood_carbohydrate_32(X))
& hold_together_1(fn_blood_carbohydrate_33(X))
& unequal_sharing_1(fn_blood_carbohydrate_34(X))
& share_1(fn_blood_carbohydrate_34(X))
& chemical_entity_1(fn_functional_group_1(fn_blood_carbohydrate_20(X)))
& share_1(fn_carbonyl_group_5(fn_blood_carbohydrate_20(X)))
& property_node_1(fn_polar_covalent_bond_3(fn_blood_carbohydrate_15(X)))
& electronegativity_value_1(fn_polar_covalent_bond_2(fn_blood_carbohydrate_15(X)))
& electronegativity_value_1(fn_polar_covalent_bond_1(fn_blood_carbohydrate_15(X)))
& entity_1(fn_attract_2(fn_blood_carbohydrate_21(X)))
& entity_1(fn_share_3(fn_blood_carbohydrate_7(X)))
& entity_1(fn_share_3(fn_blood_carbohydrate_28(X)))
& entity_1(fn_share_3(fn_blood_carbohydrate_29(X)))
& entity_1(fn_share_3(fn_blood_carbohydrate_5(X)))
& entity_1(fn_share_1(fn_blood_carbohydrate_5(X)))
& entity_1(fn_polar_covalent_bond_19(fn_blood_carbohydrate_15(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_blood_carbohydrate_15(X)))
& atom_1(fn_polar_covalent_bond_19(fn_blood_carbohydrate_15(X)))
& entity_1(fn_share_3(fn_blood_carbohydrate_6(X)))
& entity_1(fn_share_3(fn_blood_carbohydrate_25(X)))
& entity_1(fn_share_1(fn_blood_carbohydrate_7(X)))
& entity_1(fn_share_1(fn_blood_carbohydrate_6(X)))
& entity_1(fn_share_1(fn_blood_carbohydrate_28(X)))
& entity_1(fn_share_1(fn_blood_carbohydrate_25(X)))
& entity_1(fn_share_1(fn_blood_carbohydrate_29(X)))
& double_bond_1(fn_carbonyl_group_8(fn_blood_carbohydrate_20(X)))
& valence_electron_1(fn_carbonyl_group_6(fn_blood_carbohydrate_20(X)))
& entity_1(fn_polar_covalent_bond_18(fn_blood_carbohydrate_15(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_blood_carbohydrate_15(X)))
& atom_1(fn_polar_covalent_bond_18(fn_blood_carbohydrate_15(X)))
& entity_1(fn_share_3(fn_blood_carbohydrate_34(X)))
& oxygen_1(fn_carbonyl_group_9(fn_blood_carbohydrate_20(X)))
& entity_1(fn_share_3(fn_blood_carbohydrate_4(X)))
& entity_1(fn_share_1(fn_blood_carbohydrate_34(X)))
& entity_1(fn_share_1(fn_blood_carbohydrate_4(X)))
& entity_1(fn_covalent_bond_20(fn_blood_carbohydrate_16(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_blood_carbohydrate_16(X)))
& atom_1(fn_covalent_bond_20(fn_blood_carbohydrate_16(X)))
& entity_1(fn_covalent_bond_19(fn_blood_carbohydrate_16(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_blood_carbohydrate_16(X)))
& atom_1(fn_covalent_bond_19(fn_blood_carbohydrate_16(X)))
& entity_1(fn_carbonyl_group_7(fn_blood_carbohydrate_20(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_blood_carbohydrate_20(X)))
& atom_1(fn_carbonyl_group_7(fn_blood_carbohydrate_20(X)))
& carbon_1(fn_carbonyl_group_7(fn_blood_carbohydrate_20(X)))
& entity_1(fn_share_2(fn_blood_carbohydrate_5(X)))
& entity_1(fn_share_2(fn_blood_carbohydrate_29(X)))
& entity_1(fn_share_2(fn_blood_carbohydrate_34(X)))
& entity_1(fn_share_2(fn_blood_carbohydrate_4(X)))
& hold_together_1(fn_covalent_bond_14(fn_blood_carbohydrate_16(X)))
& hold_together_1(fn_carbonyl_group_10(fn_blood_carbohydrate_20(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_blood_carbohydrate_15(X)))
& entity_1(fn_share_2(fn_blood_carbohydrate_7(X)))
& entity_1(fn_share_2(fn_blood_carbohydrate_6(X)))
& entity_1(fn_share_2(fn_blood_carbohydrate_28(X)))
& valence_electron_1(fn_covalent_bond_18(fn_blood_carbohydrate_16(X)))
& valence_electron_1(fn_covalent_bond_15(fn_blood_carbohydrate_16(X)))
& electron_1(fn_polar_covalent_bond_11(fn_blood_carbohydrate_15(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_blood_carbohydrate_15(X)))
& valence_electron_1(fn_carbonyl_group_4(fn_blood_carbohydrate_20(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_blood_carbohydrate_15(X)))
& share_1(fn_covalent_bond_17(fn_blood_carbohydrate_16(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_blood_carbohydrate_15(X)))
& object_2(fn_blood_carbohydrate_34(X),fn_blood_carbohydrate_22(X))
& result_2(fn_blood_carbohydrate_34(X),fn_blood_carbohydrate_16(X))
& agent_2(fn_blood_carbohydrate_34(X),fn_blood_carbohydrate_12(X))
& object_2(fn_blood_carbohydrate_29(X),fn_blood_carbohydrate_30(X))
& result_2(fn_blood_carbohydrate_29(X),fn_blood_carbohydrate_15(X))
& object_2(fn_blood_carbohydrate_28(X),fn_blood_carbohydrate_23(X))
& result_2(fn_blood_carbohydrate_28(X),fn_blood_carbohydrate_15(X))
& length_2(X,fn_blood_carbohydrate_2(X))
& is_on_2(X,fn_blood_carbohydrate_1(X))
& result_2(fn_blood_carbohydrate_7(X),fn_blood_carbohydrate_15(X))
& object_2(fn_blood_carbohydrate_7(X),fn_blood_carbohydrate_23(X))
& object_2(fn_blood_carbohydrate_6(X),fn_blood_carbohydrate_23(X))
& result_2(fn_blood_carbohydrate_6(X),fn_blood_carbohydrate_15(X))
& agent_2(fn_blood_carbohydrate_4(X),fn_blood_carbohydrate_12(X))
& object_2(fn_blood_carbohydrate_7(X),fn_blood_carbohydrate_30(X))
& object_2(fn_blood_carbohydrate_6(X),fn_blood_carbohydrate_30(X))
& object_2(fn_blood_carbohydrate_28(X),fn_blood_carbohydrate_30(X))
& agent_2(fn_blood_carbohydrate_7(X),fn_blood_carbohydrate_13(X))
& agent_2(fn_blood_carbohydrate_7(X),fn_blood_carbohydrate_12(X))
& agent_2(fn_blood_carbohydrate_28(X),fn_blood_carbohydrate_13(X))
& agent_2(fn_blood_carbohydrate_6(X),fn_blood_carbohydrate_12(X))
& agent_2(fn_blood_carbohydrate_28(X),fn_blood_carbohydrate_12(X))
& agent_2(fn_blood_carbohydrate_34(X),fn_blood_carbohydrate_13(X))
& object_2(fn_blood_carbohydrate_34(X),fn_blood_carbohydrate_30(X))
& result_2(fn_blood_carbohydrate_5(X),fn_blood_carbohydrate_15(X))
& object_2(fn_blood_carbohydrate_5(X),fn_blood_carbohydrate_30(X))
& agent_2(fn_blood_carbohydrate_6(X),fn_blood_carbohydrate_13(X))
& result_2(fn_blood_carbohydrate_34(X),fn_blood_carbohydrate_15(X))
& object_2(fn_blood_carbohydrate_34(X),fn_blood_carbohydrate_32(X))
& agent_2(fn_blood_carbohydrate_5(X),fn_blood_carbohydrate_12(X))
& object_2(fn_blood_carbohydrate_5(X),fn_blood_carbohydrate_23(X))
& has_part_2(X,fn_blood_carbohydrate_11(X))
& is_between_2(fn_blood_carbohydrate_16(X),fn_blood_carbohydrate_14(X))
& is_between_2(fn_blood_carbohydrate_15(X),fn_blood_carbohydrate_13(X))
& is_between_2(fn_blood_carbohydrate_15(X),fn_blood_carbohydrate_14(X))
& fn_blood_carbohydrate_13(X) != fn_blood_carbohydrate_14(X)
& fn_blood_carbohydrate_14(X) != fn_blood_carbohydrate_13(X)
& has_part_2(X,fn_blood_carbohydrate_10(X))
& fn_blood_carbohydrate_12(X) != fn_blood_carbohydrate_10(X)
& fn_blood_carbohydrate_13(X) != fn_blood_carbohydrate_12(X)
& fn_blood_carbohydrate_12(X) != fn_blood_carbohydrate_13(X)
& fn_blood_carbohydrate_10(X) != fn_blood_carbohydrate_12(X)
& the_cardinal_value_2(fn_blood_carbohydrate_27(X),"2.1")
& cardinal_unit_class_2(fn_blood_carbohydrate_27(X),unity_0)
& the_cardinal_value_2(fn_blood_carbohydrate_24(X),"3.44")
& cardinal_unit_class_2(fn_blood_carbohydrate_24(X),unity_0)
& has_region_2(X,fn_blood_carbohydrate_19(X))
& site_2(fn_blood_carbohydrate_21(X),fn_blood_carbohydrate_18(X))
& has_region_2(X,fn_blood_carbohydrate_18(X))
& has_region_2(X,fn_blood_carbohydrate_17(X))
& is_inside_2(fn_blood_carbohydrate_14(X),fn_blood_carbohydrate_17(X))
& electronegativity_2(fn_blood_carbohydrate_13(X),fn_blood_carbohydrate_27(X))
& has_part_2(X,fn_blood_carbohydrate_13(X))
& possesses_2(X,fn_blood_carbohydrate_15(X))
& is_between_2(fn_blood_carbohydrate_15(X),fn_blood_carbohydrate_12(X))
& agent_2(fn_blood_carbohydrate_9(X),fn_blood_carbohydrate_12(X))
& has_function_2(X,fn_blood_carbohydrate_21(X))
& agent_2(fn_blood_carbohydrate_21(X),X)
& has_part_2(X,fn_blood_carbohydrate_14(X))
& electronegativity_2(fn_blood_carbohydrate_14(X),fn_blood_carbohydrate_31(X))
& the_cardinal_value_2(fn_blood_carbohydrate_31(X),"3.44")
& cardinal_unit_class_2(fn_blood_carbohydrate_31(X),unity_0)
& electronegativity_2(fn_blood_carbohydrate_12(X),fn_blood_carbohydrate_24(X))
& fn_blood_carbohydrate_24(X) != fn_blood_carbohydrate_27(X)
& fn_blood_carbohydrate_27(X) != fn_blood_carbohydrate_31(X)
& fn_blood_carbohydrate_14(X) != fn_blood_carbohydrate_12(X)
& fn_blood_carbohydrate_12(X) != fn_blood_carbohydrate_14(X)
& fn_blood_carbohydrate_27(X) != fn_blood_carbohydrate_24(X)
& fn_blood_carbohydrate_31(X) != fn_blood_carbohydrate_27(X)
& agent_2(fn_blood_carbohydrate_26(X),fn_blood_carbohydrate_12(X))
& result_2(fn_blood_carbohydrate_26(X),fn_blood_carbohydrate_16(X))
& possesses_2(X,fn_blood_carbohydrate_16(X))
& has_part_2(X,fn_blood_carbohydrate_12(X))
& has_part_2(fn_blood_carbohydrate_12(X),fn_blood_carbohydrate_23(X))
& is_inside_2(fn_blood_carbohydrate_10(X),fn_blood_carbohydrate_19(X))
& is_inside_2(fn_blood_carbohydrate_11(X),fn_blood_carbohydrate_19(X))
& fn_blood_carbohydrate_11(X) != fn_blood_carbohydrate_12(X)
& fn_blood_carbohydrate_10(X) != fn_blood_carbohydrate_11(X)
& fn_blood_carbohydrate_11(X) != fn_blood_carbohydrate_10(X)
& fn_blood_carbohydrate_12(X) != fn_blood_carbohydrate_11(X)
& has_region_2(X,fn_blood_carbohydrate_20(X))
& is_inside_2(fn_blood_carbohydrate_12(X),fn_blood_carbohydrate_20(X))
& is_inside_2(fn_blood_carbohydrate_12(X),fn_blood_carbohydrate_17(X))
& is_inside_2(fn_blood_carbohydrate_13(X),fn_blood_carbohydrate_17(X))
& fn_blood_carbohydrate_13(X) != fn_blood_carbohydrate_10(X)
& fn_blood_carbohydrate_10(X) != fn_blood_carbohydrate_13(X)
& result_2(fn_blood_carbohydrate_9(X),fn_blood_carbohydrate_16(X))
& object_2(fn_blood_carbohydrate_33(X),fn_blood_carbohydrate_14(X))
& object_2(fn_blood_carbohydrate_4(X),fn_blood_carbohydrate_30(X))
& has_part_2(fn_blood_carbohydrate_13(X),fn_blood_carbohydrate_30(X))
& fn_blood_carbohydrate_30(X) != fn_blood_carbohydrate_23(X)
& fn_blood_carbohydrate_23(X) != fn_blood_carbohydrate_30(X)
& object_2(fn_blood_carbohydrate_4(X),fn_blood_carbohydrate_23(X))
& result_2(fn_blood_carbohydrate_4(X),fn_blood_carbohydrate_15(X))
& agent_2(fn_blood_carbohydrate_33(X),fn_blood_carbohydrate_15(X))
& has_function_2(fn_blood_carbohydrate_15(X),fn_blood_carbohydrate_33(X))
& fn_blood_carbohydrate_30(X) != fn_blood_carbohydrate_22(X)
& fn_blood_carbohydrate_22(X) != fn_blood_carbohydrate_30(X)
& object_2(fn_blood_carbohydrate_4(X),fn_blood_carbohydrate_22(X))
& fn_blood_carbohydrate_10(X) != fn_blood_carbohydrate_14(X)
& fn_blood_carbohydrate_14(X) != fn_blood_carbohydrate_10(X)
& is_between_2(fn_blood_carbohydrate_16(X),fn_blood_carbohydrate_12(X))
& is_between_2(fn_blood_carbohydrate_16(X),fn_blood_carbohydrate_10(X))
& is_inside_2(fn_blood_carbohydrate_10(X),fn_blood_carbohydrate_20(X))
& has_function_2(fn_blood_carbohydrate_16(X),fn_blood_carbohydrate_33(X))
& result_2(fn_blood_carbohydrate_8(X),fn_blood_carbohydrate_16(X))
& agent_2(fn_blood_carbohydrate_8(X),fn_blood_carbohydrate_12(X))
& object_2(fn_blood_carbohydrate_33(X),fn_blood_carbohydrate_12(X))
& agent_2(fn_blood_carbohydrate_33(X),fn_blood_carbohydrate_16(X))
& fn_blood_carbohydrate_32(X) != fn_blood_carbohydrate_30(X)
& fn_blood_carbohydrate_30(X) != fn_blood_carbohydrate_32(X)
& has_part_2(fn_blood_carbohydrate_14(X),fn_blood_carbohydrate_32(X))
& is_inside_2(fn_blood_carbohydrate_14(X),fn_blood_carbohydrate_20(X))
& has_part_2(fn_blood_carbohydrate_10(X),fn_blood_carbohydrate_22(X))
& object_2(fn_blood_carbohydrate_33(X),fn_blood_carbohydrate_10(X))
& object_2(fn_blood_carbohydrate_33(X),fn_blood_carbohydrate_13(X))
& agent_2(fn_blood_carbohydrate_4(X),fn_blood_carbohydrate_13(X))
& result_2(fn_blood_carbohydrate_4(X),fn_blood_carbohydrate_16(X))
& object_2(fn_blood_carbohydrate_4(X),fn_blood_carbohydrate_32(X))
& result_2(fn_blood_carbohydrate_25(X),fn_blood_carbohydrate_16(X))
& agent_2(fn_blood_carbohydrate_4(X),fn_blood_carbohydrate_14(X))
& agent_2(fn_blood_carbohydrate_21(X),fn_blood_carbohydrate_18(X))
& agent_2(fn_blood_carbohydrate_4(X),fn_blood_carbohydrate_10(X))
& agent_2(fn_blood_carbohydrate_34(X),fn_blood_carbohydrate_10(X))
& agent_2(fn_blood_carbohydrate_5(X),fn_blood_carbohydrate_13(X))
& agent_2(fn_blood_carbohydrate_34(X),fn_blood_carbohydrate_14(X))
& agent_2(fn_blood_carbohydrate_29(X),fn_blood_carbohydrate_12(X))
& agent_2(fn_blood_carbohydrate_29(X),fn_blood_carbohydrate_13(X))
& agent_2(fn_blood_carbohydrate_25(X),fn_blood_carbohydrate_12(X))
& object_2(fn_blood_carbohydrate_34(X),fn_blood_carbohydrate_23(X))
& object_2(fn_blood_carbohydrate_29(X),fn_blood_carbohydrate_23(X))
& fn_blood_carbohydrate_30(X) = fn_share_2(fn_blood_carbohydrate_7(X))
& fn_blood_carbohydrate_30(X) = fn_share_2(fn_blood_carbohydrate_6(X))
& fn_blood_carbohydrate_30(X) = fn_share_2(fn_blood_carbohydrate_28(X))
& fn_blood_carbohydrate_13(X) = fn_share_3(fn_blood_carbohydrate_7(X))
& fn_blood_carbohydrate_12(X) = fn_share_1(fn_blood_carbohydrate_7(X))
& fn_blood_carbohydrate_13(X) = fn_share_3(fn_blood_carbohydrate_28(X))
& fn_blood_carbohydrate_12(X) = fn_share_3(fn_blood_carbohydrate_6(X))
& fn_blood_carbohydrate_12(X) = fn_share_1(fn_blood_carbohydrate_6(X))
& fn_blood_carbohydrate_12(X) = fn_share_1(fn_blood_carbohydrate_28(X))
& fn_blood_carbohydrate_6(X) = fn_polar_covalent_bond_16(fn_blood_carbohydrate_15(X))
& fn_blood_carbohydrate_32(X) = fn_polar_covalent_bond_11(fn_blood_carbohydrate_15(X))
& fn_blood_carbohydrate_34(X) = fn_polar_covalent_bond_16(fn_blood_carbohydrate_15(X))
& fn_blood_carbohydrate_23(X) = fn_share_2(fn_blood_carbohydrate_5(X))
& fn_blood_carbohydrate_23(X) = fn_polar_covalent_bond_12(fn_blood_carbohydrate_15(X))
& fn_blood_carbohydrate_5(X) = fn_polar_covalent_bond_16(fn_blood_carbohydrate_15(X))
& fn_blood_carbohydrate_11(X) = fn_oligosaccharide_5(X)
& fn_blood_carbohydrate_16(X) = fn_oligosaccharide_10(X)
& fn_blood_carbohydrate_14(X) = fn_oligosaccharide_3(X)
& fn_blood_carbohydrate_15(X) = fn_oligosaccharide_2(X)
& fn_blood_carbohydrate_14(X) = fn_oligosaccharide_9(X)
& fn_blood_carbohydrate_13(X) = fn_polar_covalent_bond_18(fn_blood_carbohydrate_15(X))
& fn_blood_carbohydrate_13(X) = fn_oligosaccharide_4(X)
& fn_blood_carbohydrate_12(X) = fn_oligosaccharide_3(X)
& fn_blood_carbohydrate_10(X) = fn_oligosaccharide_5(X)
& fn_blood_carbohydrate_35(X) = fn_polar_covalent_bond_3(fn_blood_carbohydrate_15(X))
& fn_blood_carbohydrate_35(X) = fn_carbohydrate_side_chain_19(X)
& fn_blood_carbohydrate_36(X) = fn_carbohydrate_side_chain_21(X)
& fn_blood_carbohydrate_37(X) = fn_carbohydrate_side_chain_20(X)
& fn_blood_carbohydrate_18(X) = fn_carbohydrate_side_chain_32(X)
& fn_blood_carbohydrate_9(X) = fn_carbohydrate_side_chain_12(X)
& fn_blood_carbohydrate_12(X) = fn_carbohydrate_side_chain_26(X)
& fn_blood_carbohydrate_15(X) = fn_carbohydrate_side_chain_27(X)
& fn_blood_carbohydrate_31(X) = fn_polar_covalent_bond_2(fn_blood_carbohydrate_15(X))
& fn_blood_carbohydrate_31(X) = fn_carbohydrate_side_chain_36(X)
& fn_blood_carbohydrate_21(X) = fn_carbohydrate_side_chain_30(X)
& fn_blood_carbohydrate_31(X) = fn_polar_covalent_bond_1(fn_blood_carbohydrate_15(X))
& fn_blood_carbohydrate_31(X) = fn_carbohydrate_side_chain_35(X)
& fn_blood_carbohydrate_27(X) = fn_polar_covalent_bond_2(fn_blood_carbohydrate_15(X))
& fn_blood_carbohydrate_27(X) = fn_carbohydrate_side_chain_37(X)
& fn_blood_carbohydrate_12(X) = fn_polar_covalent_bond_19(fn_blood_carbohydrate_15(X))
& fn_blood_carbohydrate_24(X) = fn_polar_covalent_bond_1(fn_blood_carbohydrate_15(X))
& fn_blood_carbohydrate_24(X) = fn_carbohydrate_side_chain_35(X)
& fn_blood_carbohydrate_14(X) = fn_carbohydrate_side_chain_26(X)
& fn_blood_carbohydrate_23(X) = fn_carbohydrate_side_chain_34(X)
& fn_blood_carbohydrate_16(X) = fn_carbohydrate_side_chain_28(X)
& fn_blood_carbohydrate_26(X) = fn_carbohydrate_side_chain_12(X)
& fn_blood_carbohydrate_11(X) = fn_carbohydrate_side_chain_23(X)
& fn_blood_carbohydrate_19(X) = fn_carbohydrate_side_chain_31(X)
& fn_blood_carbohydrate_10(X) = fn_carbohydrate_side_chain_22(X)
& fn_blood_carbohydrate_13(X) = fn_carbohydrate_side_chain_25(X)
& fn_blood_carbohydrate_17(X) = fn_carbohydrate_side_chain_33(X)
& fn_blood_carbohydrate_12(X) = fn_oligosaccharide_9(X)
& fn_blood_carbohydrate_12(X) = fn_carbohydrate_side_chain_24(X)
& X = fn_functional_group_1(fn_blood_carbohydrate_20(X))
& fn_blood_carbohydrate_20(X) = fn_oligosaccharide_6(X)
& fn_blood_carbohydrate_20(X) = fn_carbohydrate_side_chain_29(X)
& fn_blood_carbohydrate_9(X) = fn_covalent_bond_17(fn_blood_carbohydrate_16(X))
& fn_blood_carbohydrate_14(X) = fn_polar_covalent_bond_18(fn_blood_carbohydrate_15(X))
& fn_blood_carbohydrate_30(X) = fn_covalent_bond_18(fn_blood_carbohydrate_16(X))
& fn_blood_carbohydrate_30(X) = fn_covalent_bond_15(fn_blood_carbohydrate_16(X))
& fn_blood_carbohydrate_23(X) = fn_share_2(fn_blood_carbohydrate_29(X))
& fn_blood_carbohydrate_23(X) = fn_share_2(fn_blood_carbohydrate_34(X))
& fn_blood_carbohydrate_12(X) = fn_share_3(fn_blood_carbohydrate_25(X))
& fn_blood_carbohydrate_12(X) = fn_share_1(fn_blood_carbohydrate_25(X))
& fn_blood_carbohydrate_13(X) = fn_share_3(fn_blood_carbohydrate_29(X))
& fn_blood_carbohydrate_12(X) = fn_share_1(fn_blood_carbohydrate_29(X))
& fn_blood_carbohydrate_14(X) = fn_share_3(fn_blood_carbohydrate_34(X))
& fn_blood_carbohydrate_13(X) = fn_share_3(fn_blood_carbohydrate_5(X))
& fn_blood_carbohydrate_13(X) = fn_share_1(fn_blood_carbohydrate_5(X))
& fn_blood_carbohydrate_10(X) = fn_share_1(fn_blood_carbohydrate_34(X))
& fn_blood_carbohydrate_10(X) = fn_share_3(fn_blood_carbohydrate_4(X))
& fn_blood_carbohydrate_10(X) = fn_share_1(fn_blood_carbohydrate_4(X))
& fn_blood_carbohydrate_18(X) = fn_attract_2(fn_blood_carbohydrate_21(X))
& fn_blood_carbohydrate_25(X) = fn_covalent_bond_17(fn_blood_carbohydrate_16(X))
& fn_blood_carbohydrate_13(X) = fn_polar_covalent_bond_19(fn_blood_carbohydrate_15(X))
& fn_blood_carbohydrate_13(X) = fn_covalent_bond_20(fn_blood_carbohydrate_16(X))
& fn_blood_carbohydrate_4(X) = fn_covalent_bond_17(fn_blood_carbohydrate_16(X))
& fn_blood_carbohydrate_32(X) = fn_covalent_bond_18(fn_blood_carbohydrate_16(X))
& fn_blood_carbohydrate_10(X) = fn_covalent_bond_20(fn_blood_carbohydrate_16(X))
& fn_blood_carbohydrate_14(X) = fn_covalent_bond_19(fn_blood_carbohydrate_16(X))
& fn_blood_carbohydrate_8(X) = fn_carbonyl_group_5(fn_blood_carbohydrate_20(X))
& fn_blood_carbohydrate_12(X) = fn_carbonyl_group_9(fn_blood_carbohydrate_20(X))
& fn_blood_carbohydrate_16(X) = fn_carbonyl_group_8(fn_blood_carbohydrate_20(X))
& fn_blood_carbohydrate_30(X) = fn_carbonyl_group_4(fn_blood_carbohydrate_20(X))
& fn_blood_carbohydrate_14(X) = fn_covalent_bond_20(fn_blood_carbohydrate_16(X))
& fn_blood_carbohydrate_32(X) = fn_covalent_bond_15(fn_blood_carbohydrate_16(X))
& fn_blood_carbohydrate_32(X) = fn_carbonyl_group_6(fn_blood_carbohydrate_20(X))
& fn_blood_carbohydrate_14(X) = fn_carbonyl_group_9(fn_blood_carbohydrate_20(X))
& fn_blood_carbohydrate_22(X) = fn_carbonyl_group_4(fn_blood_carbohydrate_20(X))
& fn_blood_carbohydrate_33(X) = fn_covalent_bond_14(fn_blood_carbohydrate_16(X))
& fn_blood_carbohydrate_10(X) = fn_covalent_bond_19(fn_blood_carbohydrate_16(X))
& fn_blood_carbohydrate_33(X) = fn_carbonyl_group_10(fn_blood_carbohydrate_20(X))
& fn_blood_carbohydrate_10(X) = fn_carbonyl_group_7(fn_blood_carbohydrate_20(X))
& fn_blood_carbohydrate_30(X) = fn_polar_covalent_bond_12(fn_blood_carbohydrate_15(X))
& fn_blood_carbohydrate_23(X) = fn_share_2(fn_blood_carbohydrate_4(X))
& fn_blood_carbohydrate_23(X) = fn_polar_covalent_bond_11(fn_blood_carbohydrate_15(X))
& fn_blood_carbohydrate_33(X) = fn_polar_covalent_bond_17(fn_blood_carbohydrate_15(X))
& fn_blood_carbohydrate_30(X) = fn_polar_covalent_bond_11(fn_blood_carbohydrate_15(X))
& fn_blood_carbohydrate_4(X) = fn_polar_covalent_bond_16(fn_blood_carbohydrate_15(X))
& fn_blood_carbohydrate_22(X) = fn_polar_covalent_bond_12(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_3(fn_blood_carbohydrate_15(X)) = fn_carbohydrate_side_chain_19(X)
& fn_carbohydrate_side_chain_19(X) = fn_polar_covalent_bond_2(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_2(fn_blood_carbohydrate_15(X)) = fn_polar_covalent_bond_2(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_2(fn_blood_carbohydrate_15(X)) = fn_polar_covalent_bond_1(fn_blood_carbohydrate_15(X))
& fn_carbohydrate_side_chain_36(X) = fn_polar_covalent_bond_1(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_1(fn_blood_carbohydrate_15(X)) = fn_carbohydrate_side_chain_36(X)
& fn_carbohydrate_side_chain_36(X) = fn_carbohydrate_side_chain_36(X)
& fn_carbohydrate_side_chain_36(X) = fn_carbohydrate_side_chain_35(X)
& fn_carbohydrate_side_chain_35(X) = fn_carbohydrate_side_chain_37(X)
& fn_carbohydrate_side_chain_37(X) = fn_carbohydrate_side_chain_37(X)
& fn_carbohydrate_side_chain_37(X) = fn_polar_covalent_bond_2(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_2(fn_blood_carbohydrate_15(X)) = fn_carbohydrate_side_chain_37(X)
& fn_carbohydrate_side_chain_37(X) = fn_carbohydrate_side_chain_35(X)
& fn_carbohydrate_side_chain_35(X) = fn_carbohydrate_side_chain_35(X)
& fn_carbohydrate_side_chain_35(X) = fn_polar_covalent_bond_1(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_1(fn_blood_carbohydrate_15(X)) = fn_carbohydrate_side_chain_35(X)
& fn_carbohydrate_side_chain_35(X) = fn_oligosaccharide_5(X)
& fn_oligosaccharide_5(X) = fn_carbohydrate_side_chain_23(X)
& fn_carbohydrate_side_chain_23(X) = fn_carbohydrate_side_chain_23(X)
& fn_carbohydrate_side_chain_23(X) = fn_carbohydrate_side_chain_12(X)
& fn_carbohydrate_side_chain_12(X) = fn_covalent_bond_17(fn_blood_carbohydrate_16(X))
& fn_covalent_bond_17(fn_blood_carbohydrate_16(X)) = fn_carbohydrate_side_chain_32(X)
& fn_carbohydrate_side_chain_32(X) = fn_carbohydrate_side_chain_32(X)
& fn_carbohydrate_side_chain_32(X) = fn_attract_2(fn_blood_carbohydrate_21(X))
& fn_attract_2(fn_blood_carbohydrate_21(X)) = fn_polar_covalent_bond_19(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_18(fn_blood_carbohydrate_15(X)) = fn_polar_covalent_bond_19(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_19(fn_blood_carbohydrate_15(X)) = fn_polar_covalent_bond_18(fn_blood_carbohydrate_15(X))
& fn_oligosaccharide_4(X) = fn_polar_covalent_bond_18(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_18(fn_blood_carbohydrate_15(X)) = fn_oligosaccharide_4(X)
& fn_oligosaccharide_4(X) = fn_oligosaccharide_4(X)
& fn_oligosaccharide_4(X) = fn_carbohydrate_side_chain_25(X)
& fn_carbohydrate_side_chain_25(X) = fn_share_3(fn_blood_carbohydrate_7(X))
& fn_share_3(fn_blood_carbohydrate_28(X)) = fn_carbohydrate_side_chain_25(X)
& fn_carbohydrate_side_chain_25(X) = fn_carbohydrate_side_chain_25(X)
& fn_carbohydrate_side_chain_25(X) = fn_share_3(fn_blood_carbohydrate_29(X))
& fn_share_3(fn_blood_carbohydrate_5(X)) = fn_share_3(fn_blood_carbohydrate_7(X))
& fn_share_3(fn_blood_carbohydrate_7(X)) = fn_share_3(fn_blood_carbohydrate_28(X))
& fn_share_3(fn_blood_carbohydrate_28(X)) = fn_share_3(fn_blood_carbohydrate_29(X))
& fn_share_3(fn_blood_carbohydrate_29(X)) = fn_share_3(fn_blood_carbohydrate_5(X))
& fn_share_3(fn_blood_carbohydrate_5(X)) = fn_share_1(fn_blood_carbohydrate_5(X))
& fn_covalent_bond_20(fn_blood_carbohydrate_16(X)) = fn_share_1(fn_blood_carbohydrate_5(X))
& fn_share_1(fn_blood_carbohydrate_5(X)) = fn_covalent_bond_20(fn_blood_carbohydrate_16(X))
& fn_covalent_bond_20(fn_blood_carbohydrate_16(X)) = fn_polar_covalent_bond_19(fn_blood_carbohydrate_15(X))
& fn_oligosaccharide_9(X) = fn_polar_covalent_bond_19(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_19(fn_blood_carbohydrate_15(X)) = fn_polar_covalent_bond_19(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_19(fn_blood_carbohydrate_15(X)) = fn_oligosaccharide_9(X)
& fn_oligosaccharide_3(X) = fn_oligosaccharide_3(X)
& fn_oligosaccharide_3(X) = fn_carbohydrate_side_chain_26(X)
& fn_carbohydrate_side_chain_26(X) = fn_carbohydrate_side_chain_24(X)
& fn_carbohydrate_side_chain_24(X) = fn_share_3(fn_blood_carbohydrate_6(X))
& fn_share_3(fn_blood_carbohydrate_6(X)) = fn_carbohydrate_side_chain_24(X)
& fn_carbohydrate_side_chain_24(X) = fn_carbohydrate_side_chain_24(X)
& fn_carbohydrate_side_chain_24(X) = fn_share_3(fn_blood_carbohydrate_25(X))
& fn_share_3(fn_blood_carbohydrate_25(X)) = fn_share_1(fn_blood_carbohydrate_7(X))
& fn_share_1(fn_blood_carbohydrate_7(X)) = fn_share_3(fn_blood_carbohydrate_6(X))
& fn_share_3(fn_blood_carbohydrate_6(X)) = fn_share_1(fn_blood_carbohydrate_6(X))
& fn_share_1(fn_blood_carbohydrate_28(X)) = fn_share_3(fn_blood_carbohydrate_25(X))
& fn_share_3(fn_blood_carbohydrate_25(X)) = fn_share_1(fn_blood_carbohydrate_25(X))
& fn_share_1(fn_blood_carbohydrate_29(X)) = fn_share_1(fn_blood_carbohydrate_7(X))
& fn_share_1(fn_blood_carbohydrate_7(X)) = fn_share_1(fn_blood_carbohydrate_6(X))
& fn_share_1(fn_blood_carbohydrate_6(X)) = fn_share_1(fn_blood_carbohydrate_28(X))
& fn_share_1(fn_blood_carbohydrate_28(X)) = fn_share_1(fn_blood_carbohydrate_25(X))
& fn_share_1(fn_blood_carbohydrate_25(X)) = fn_share_1(fn_blood_carbohydrate_29(X))
& fn_share_1(fn_blood_carbohydrate_29(X)) = fn_carbonyl_group_9(fn_blood_carbohydrate_20(X))
& fn_carbonyl_group_9(fn_blood_carbohydrate_20(X)) = fn_oligosaccharide_10(X)
& fn_oligosaccharide_10(X) = fn_carbohydrate_side_chain_28(X)
& fn_carbohydrate_side_chain_28(X) = fn_carbohydrate_side_chain_28(X)
& fn_carbohydrate_side_chain_28(X) = fn_carbonyl_group_8(fn_blood_carbohydrate_20(X))
& fn_carbonyl_group_8(fn_blood_carbohydrate_20(X)) = fn_carbonyl_group_8(fn_blood_carbohydrate_20(X))
& fn_carbonyl_group_8(fn_blood_carbohydrate_20(X)) = fn_polar_covalent_bond_11(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_11(fn_blood_carbohydrate_15(X)) = fn_covalent_bond_15(fn_blood_carbohydrate_16(X))
& fn_covalent_bond_15(fn_blood_carbohydrate_16(X)) = fn_covalent_bond_18(fn_blood_carbohydrate_16(X))
& fn_covalent_bond_18(fn_blood_carbohydrate_16(X)) = fn_carbonyl_group_6(fn_blood_carbohydrate_20(X))
& fn_carbonyl_group_6(fn_blood_carbohydrate_20(X)) = fn_carbonyl_group_6(fn_blood_carbohydrate_20(X))
& fn_carbonyl_group_6(fn_blood_carbohydrate_20(X)) = fn_oligosaccharide_6(X)
& fn_carbohydrate_side_chain_29(X) = fn_oligosaccharide_6(X)
& fn_oligosaccharide_6(X) = fn_carbohydrate_side_chain_29(X)
& fn_carbohydrate_side_chain_29(X) = fn_oligosaccharide_3(X)
& fn_oligosaccharide_3(X) = fn_polar_covalent_bond_18(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_18(fn_blood_carbohydrate_15(X)) = fn_polar_covalent_bond_18(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_18(fn_blood_carbohydrate_15(X)) = fn_oligosaccharide_9(X)
& fn_oligosaccharide_9(X) = fn_oligosaccharide_3(X)
& fn_oligosaccharide_3(X) = fn_oligosaccharide_9(X)
& fn_oligosaccharide_9(X) = fn_oligosaccharide_9(X)
& fn_oligosaccharide_9(X) = fn_carbohydrate_side_chain_26(X)
& fn_carbohydrate_side_chain_26(X) = fn_carbohydrate_side_chain_26(X)
& fn_carbohydrate_side_chain_26(X) = fn_share_3(fn_blood_carbohydrate_34(X))
& fn_share_3(fn_blood_carbohydrate_34(X)) = fn_share_3(fn_blood_carbohydrate_34(X))
& fn_share_3(fn_blood_carbohydrate_34(X)) = fn_covalent_bond_20(fn_blood_carbohydrate_16(X))
& fn_carbonyl_group_9(fn_blood_carbohydrate_20(X)) = fn_covalent_bond_19(fn_blood_carbohydrate_16(X))
& fn_covalent_bond_19(fn_blood_carbohydrate_16(X)) = fn_carbonyl_group_9(fn_blood_carbohydrate_20(X))
& fn_carbonyl_group_9(fn_blood_carbohydrate_20(X)) = fn_carbonyl_group_9(fn_blood_carbohydrate_20(X))
& fn_carbonyl_group_9(fn_blood_carbohydrate_20(X)) = fn_oligosaccharide_5(X)
& fn_oligosaccharide_5(X) = fn_oligosaccharide_5(X)
& fn_oligosaccharide_5(X) = fn_carbohydrate_side_chain_22(X)
& fn_carbohydrate_side_chain_22(X) = fn_carbohydrate_side_chain_22(X)
& fn_carbohydrate_side_chain_22(X) = fn_share_3(fn_blood_carbohydrate_4(X))
& fn_share_3(fn_blood_carbohydrate_4(X)) = fn_share_1(fn_blood_carbohydrate_34(X))
& fn_share_1(fn_blood_carbohydrate_34(X)) = fn_share_3(fn_blood_carbohydrate_4(X))
& fn_share_3(fn_blood_carbohydrate_4(X)) = fn_share_1(fn_blood_carbohydrate_4(X))
& fn_share_1(fn_blood_carbohydrate_4(X)) = fn_share_1(fn_blood_carbohydrate_34(X))
& fn_share_1(fn_blood_carbohydrate_34(X)) = fn_share_1(fn_blood_carbohydrate_4(X))
& fn_share_1(fn_blood_carbohydrate_4(X)) = fn_covalent_bond_20(fn_blood_carbohydrate_16(X))
& fn_covalent_bond_20(fn_blood_carbohydrate_16(X)) = fn_covalent_bond_20(fn_blood_carbohydrate_16(X))
& fn_covalent_bond_19(fn_blood_carbohydrate_16(X)) = fn_covalent_bond_20(fn_blood_carbohydrate_16(X))
& fn_covalent_bond_20(fn_blood_carbohydrate_16(X)) = fn_covalent_bond_19(fn_blood_carbohydrate_16(X))
& fn_covalent_bond_19(fn_blood_carbohydrate_16(X)) = fn_covalent_bond_19(fn_blood_carbohydrate_16(X))
& fn_carbonyl_group_7(fn_blood_carbohydrate_20(X)) = fn_carbonyl_group_7(fn_blood_carbohydrate_20(X))
& fn_carbonyl_group_7(fn_blood_carbohydrate_20(X)) = fn_covalent_bond_19(fn_blood_carbohydrate_16(X))
& fn_covalent_bond_19(fn_blood_carbohydrate_16(X)) = fn_carbonyl_group_7(fn_blood_carbohydrate_20(X))
& fn_carbonyl_group_7(fn_blood_carbohydrate_20(X)) = fn_polar_covalent_bond_12(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_12(fn_blood_carbohydrate_15(X)) = fn_carbohydrate_side_chain_34(X)
& fn_carbohydrate_side_chain_34(X) = fn_share_2(fn_blood_carbohydrate_5(X))
& fn_share_2(fn_blood_carbohydrate_5(X)) = fn_carbohydrate_side_chain_34(X)
& fn_carbohydrate_side_chain_34(X) = fn_share_2(fn_blood_carbohydrate_29(X))
& fn_share_2(fn_blood_carbohydrate_34(X)) = fn_share_2(fn_blood_carbohydrate_4(X))
& fn_share_2(fn_blood_carbohydrate_4(X)) = fn_share_2(fn_blood_carbohydrate_5(X))
& fn_share_2(fn_blood_carbohydrate_5(X)) = fn_share_2(fn_blood_carbohydrate_29(X))
& fn_share_2(fn_blood_carbohydrate_29(X)) = fn_share_2(fn_blood_carbohydrate_34(X))
& fn_share_2(fn_blood_carbohydrate_34(X)) = fn_polar_covalent_bond_11(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_11(fn_blood_carbohydrate_15(X)) = fn_share_2(fn_blood_carbohydrate_4(X))
& fn_share_2(fn_blood_carbohydrate_4(X)) = fn_polar_covalent_bond_11(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_11(fn_blood_carbohydrate_15(X)) = fn_covalent_bond_14(fn_blood_carbohydrate_16(X))
& fn_covalent_bond_14(fn_blood_carbohydrate_16(X)) = fn_covalent_bond_14(fn_blood_carbohydrate_16(X))
& fn_carbonyl_group_10(fn_blood_carbohydrate_20(X)) = fn_covalent_bond_14(fn_blood_carbohydrate_16(X))
& fn_covalent_bond_14(fn_blood_carbohydrate_16(X)) = fn_carbonyl_group_10(fn_blood_carbohydrate_20(X))
& fn_polar_covalent_bond_17(fn_blood_carbohydrate_15(X)) = fn_carbonyl_group_10(fn_blood_carbohydrate_20(X))
& fn_carbonyl_group_10(fn_blood_carbohydrate_20(X)) = fn_carbonyl_group_10(fn_blood_carbohydrate_20(X))
& fn_carbonyl_group_10(fn_blood_carbohydrate_20(X)) = fn_polar_covalent_bond_17(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_17(fn_blood_carbohydrate_15(X)) = fn_polar_covalent_bond_17(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_17(fn_blood_carbohydrate_15(X)) = fn_oligosaccharide_2(X)
& fn_oligosaccharide_2(X) = fn_oligosaccharide_2(X)
& fn_oligosaccharide_2(X) = fn_carbohydrate_side_chain_27(X)
& fn_carbohydrate_side_chain_27(X) = fn_carbohydrate_side_chain_27(X)
& fn_carbohydrate_side_chain_27(X) = fn_share_2(fn_blood_carbohydrate_7(X))
& fn_share_2(fn_blood_carbohydrate_7(X)) = fn_share_2(fn_blood_carbohydrate_6(X))
& fn_share_2(fn_blood_carbohydrate_6(X)) = fn_share_2(fn_blood_carbohydrate_28(X))
& fn_share_2(fn_blood_carbohydrate_28(X)) = fn_covalent_bond_18(fn_blood_carbohydrate_16(X))
& fn_covalent_bond_18(fn_blood_carbohydrate_16(X)) = fn_covalent_bond_18(fn_blood_carbohydrate_16(X))
& fn_covalent_bond_18(fn_blood_carbohydrate_16(X)) = fn_covalent_bond_15(fn_blood_carbohydrate_16(X))
& fn_covalent_bond_15(fn_blood_carbohydrate_16(X)) = fn_covalent_bond_15(fn_blood_carbohydrate_16(X))
& fn_covalent_bond_15(fn_blood_carbohydrate_16(X)) = fn_carbonyl_group_4(fn_blood_carbohydrate_20(X))
& fn_polar_covalent_bond_12(fn_blood_carbohydrate_15(X)) = fn_carbonyl_group_4(fn_blood_carbohydrate_20(X))
& fn_carbonyl_group_4(fn_blood_carbohydrate_20(X)) = fn_carbonyl_group_4(fn_blood_carbohydrate_20(X))
& fn_polar_covalent_bond_11(fn_blood_carbohydrate_15(X)) = fn_polar_covalent_bond_12(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_12(fn_blood_carbohydrate_15(X)) = fn_polar_covalent_bond_11(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_11(fn_blood_carbohydrate_15(X)) = fn_carbonyl_group_4(fn_blood_carbohydrate_20(X))
& fn_carbonyl_group_4(fn_blood_carbohydrate_20(X)) = fn_polar_covalent_bond_12(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_12(fn_blood_carbohydrate_15(X)) = fn_polar_covalent_bond_12(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_12(fn_blood_carbohydrate_15(X)) = fn_covalent_bond_17(fn_blood_carbohydrate_16(X))
& fn_covalent_bond_17(fn_blood_carbohydrate_16(X)) = fn_covalent_bond_17(fn_blood_carbohydrate_16(X))
& fn_covalent_bond_17(fn_blood_carbohydrate_16(X)) = fn_polar_covalent_bond_16(fn_blood_carbohydrate_15(X))
& fn_polar_covalent_bond_16(fn_blood_carbohydrate_15(X)) = fn_polar_covalent_bond_16(fn_blood_carbohydrate_15(X)) ) ) ).
fof(a527909,axiom,
! [X] :
( blood_cell_1(X)
=> ( original_name_2(X,'Blood-Cell')
& user_description_2(X,'A blood cell, also called a hematocyte, is a cell of any type normally found in blood. In mammals, blood cells fall into three categories - Red blood cell, white blood cell, platelets.')
& concept2words_2(X,hematocyte)
& concept2words_2(X,'cell of blood')
& concept2words_2(X,'blood cell')
& concept2words_2(X,'blood-cell')
& animal_cell_1(X)
& spatial_entity_1(fn_blood_cell_1(X))
& spatial_entity_1(fn_blood_cell_2(X))
& block_1(fn_blood_cell_3(X))
& instrument_2(fn_blood_cell_3(X),X)
& is_between_2(X,fn_blood_cell_1(X))
& is_between_2(X,fn_blood_cell_2(X)) ) ) ).
fof(a527910,axiom,
! [X] :
( blood_sugar_regulation_1(X)
=> ( original_name_2(X,'Blood-Sugar-Regulation')
& user_description_2(X,'Blood sugar regulation is the process by which the levels of blood sugar, primarily glucose, are maintained by the body')
& concept2words_2(X,regulate)
& concept2words_2(X,'blood sugar regulation')
& concept2words_2(X,'blood-sugar-regulation')
& regulation_1(X)
& concentration_value_1(fn_blood_sugar_regulation_1(X))
& carbohydrate_1(fn_blood_sugar_regulation_2(X))
& blood_1(fn_blood_sugar_regulation_3(X))
& concentration_2(fn_blood_sugar_regulation_2(X),fn_blood_sugar_regulation_1(X))
& object_2(X,fn_blood_sugar_regulation_2(X))
& site_2(X,fn_blood_sugar_regulation_3(X)) ) ) ).
fof(a527911,axiom,
! [X] :
( blood_type_a_1(X)
=> ( original_name_2(X,'Blood-Type-A')
& user_description_2(X,'Blood type specified by carbohydrate A on the red blood cell\'s plasma membrane.')
& concept2words_2(X,'blood type a')
& concept2words_2(X,'blood-type-a')
& blood_1(X)
& blood_type_phenotype_1(X)
& ~ blood_type_ab_1(X)
& ~ blood_type_b_1(X)
& ~ blood_type_o_1(X)
& quantity_value_1(fn_blood_type_a_1(X))
& potential_value_1(fn_blood_type_a_2(X))
& solid_substance_1(fn_blood_type_a_8(X))
& chemical_1(fn_blood_type_a_9(X))
& system_1(fn_blood_type_a_10(X))
& concentration_value_1(fn_blood_type_a_12(X))
& concentration_value_1(fn_blood_type_a_13(X))
& calcium_ion_1(fn_blood_type_a_14(X))
& polar_substance_1(fn_blood_type_a_15(X))
& water_1(fn_blood_type_a_16(X))
& chemical_1(fn_blood_type_a_16(X))
& ph_maintenance_1(fn_blood_type_a_17(X))
& buffer_1(fn_blood_type_a_18(X))
& carbonic_acid_bicarbonate_buffer_1(fn_blood_type_a_18(X))
& plasma_1(fn_blood_type_a_19(X))
& weak_acid_1(fn_blood_type_a_20(X))
& carbonic_acid_1(fn_blood_type_a_20(X))
& weak_acid_1(fn_buffer_1(fn_blood_type_a_18(X)))
& carbonic_acid_1(fn_carbonic_acid_bicarbonate_buffer_3(fn_blood_type_a_18(X)))
& ph_maintenance_1(fn_buffer_3(fn_blood_type_a_18(X)))
& quantity_2(fn_blood_type_a_9(X),fn_blood_type_a_1(X))
& solute_potential_2(fn_blood_type_a_9(X),fn_blood_type_a_2(X))
& facilitates_2(fn_blood_type_a_20(X),fn_blood_type_a_17(X))
& has_part_2(fn_blood_type_a_18(X),fn_blood_type_a_20(X))
& has_part_2(fn_blood_type_a_19(X),fn_blood_type_a_18(X))
& base_2(fn_blood_type_a_17(X),fn_blood_type_a_19(X))
& agent_2(fn_blood_type_a_17(X),fn_blood_type_a_18(X))
& has_function_2(fn_blood_type_a_18(X),fn_blood_type_a_17(X))
& has_solute_2(X,fn_blood_type_a_9(X))
& has_part_2(X,fn_blood_type_a_9(X))
& has_part_2(X,fn_blood_type_a_19(X))
& fn_blood_type_a_20(X) = fn_buffer_1(fn_blood_type_a_18(X))
& fn_blood_type_a_20(X) = fn_carbonic_acid_bicarbonate_buffer_3(fn_blood_type_a_18(X))
& fn_blood_type_a_6(X) = fn_blood_1(X)
& fn_blood_type_a_5(X) = fn_blood_2(X)
& fn_blood_type_a_17(X) = fn_buffer_3(fn_blood_type_a_18(X))
& fn_blood_type_a_18(X) = fn_blood_21(X)
& fn_blood_type_a_17(X) = fn_blood_19(X)
& fn_blood_type_a_7(X) = fn_blood_11(X)
& fn_blood_type_a_10(X) = fn_blood_12(X)
& fn_blood_type_a_16(X) = fn_blood_18(X)
& fn_blood_type_a_15(X) = fn_blood_25(X)
& fn_blood_type_a_8(X) = fn_blood_22(X)
& fn_blood_type_a_9(X) = fn_blood_9(X)
& fn_blood_type_a_9(X) = fn_blood_10(X)
& fn_blood_type_a_12(X) = fn_blood_4(X)
& fn_blood_type_a_11(X) = fn_blood_13(X)
& fn_blood_type_a_13(X) = fn_blood_3(X)
& fn_blood_type_a_14(X) = fn_blood_5(X)
& fn_blood_type_a_19(X) = fn_blood_24(X)
& fn_buffer_1(fn_blood_type_a_18(X)) = fn_carbonic_acid_bicarbonate_buffer_3(fn_blood_type_a_18(X))
& fn_carbonic_acid_bicarbonate_buffer_3(fn_blood_type_a_18(X)) = fn_buffer_3(fn_blood_type_a_18(X))
& fn_buffer_3(fn_blood_type_a_18(X)) = fn_buffer_3(fn_blood_type_a_18(X))
& fn_blood_19(X) = fn_buffer_3(fn_blood_type_a_18(X))
& fn_buffer_3(fn_blood_type_a_18(X)) = fn_blood_19(X)
& fn_blood_19(X) = fn_blood_19(X)
& fn_blood_19(X) = fn_blood_9(X)
& fn_blood_9(X) = fn_blood_10(X)
& fn_blood_10(X) = fn_blood_10(X) ) ) ).
fof(a527912,axiom,
! [X] :
( blood_type_ab_1(X)
=> ( original_name_2(X,'Blood-Type-AB')
& user_description_2(X,'Blood type specified by both blood carbohydrate A and blood carbohydrate B on the red blood cell\'s plasma membrane.')
& concept2words_2(X,'blood type ab')
& concept2words_2(X,'blood-type-ab')
& blood_type_phenotype_1(X)
& ~ blood_type_a_1(X)
& ~ blood_type_b_1(X)
& ~ blood_type_o_1(X) ) ) ).
fof(a527913,axiom,
! [X] :
( blood_type_b_1(X)
=> ( original_name_2(X,'Blood-Type-B')
& user_description_2(X,'Blood type specified by carbohydrate B on the red blood cell\'s plasma membrane.')
& concept2words_2(X,'blood type b')
& concept2words_2(X,'blood-type-b')
& blood_1(X)
& blood_type_phenotype_1(X)
& ~ blood_type_a_1(X)
& ~ blood_type_ab_1(X)
& ~ blood_type_o_1(X) ) ) ).
fof(a527914,axiom,
! [X] :
( blood_type_genotype_1(X)
=> ( original_name_2(X,'Blood-Type-Genotype')
& user_description_2(X,'The genetic makeup of an organism\'s blood type.')
& concept2words_2(X,'blood group genotype')
& concept2words_2(X,'blood-group-genotype')
& concept2words_2(X,'abo group genotype')
& concept2words_2(X,'abo-group-genotype')
& concept2words_2(X,'blood type genotype')
& concept2words_2(X,'blood-type-genotype')
& genotype_1(X) ) ) ).
fof(a527915,axiom,
! [X] :
( blood_type_genotype_iaia_1(X)
=> ( original_name_2(X,'Blood-Type-Genotype-IAIA')
& user_description_2(X,'Allele coding for one of the blood carbohydrates.')
& concept2words_2(X,'blood type genotype iaia')
& concept2words_2(X,'blood-type-genotype-iaia')
& blood_type_genotype_1(X)
& ia_1(fn_blood_type_genotype_iaia_1(X))
& ia_1(fn_blood_type_genotype_iaia_2(X))
& exactCardinality(X,element_0,"2",ia_0)
& element_2(X,fn_blood_type_genotype_iaia_1(X))
& element_2(X,fn_blood_type_genotype_iaia_2(X))
& fn_blood_type_genotype_iaia_2(X) = fn_gene_related_aggregates_1(X) ) ) ).
fof(a527916,axiom,
! [X] :
( blood_type_o_1(X)
=> ( original_name_2(X,'Blood-Type-O')
& user_description_2(X,'Blood type specified by neither carbohydrate A nor carbohydrate B being found on the red blood cell\'s plasma membrane.')
& concept2words_2(X,'blood type o')
& concept2words_2(X,'blood-type-o')
& blood_type_phenotype_1(X)
& ~ blood_type_a_1(X)
& ~ blood_type_ab_1(X)
& ~ blood_type_b_1(X) ) ) ).
fof(a527917,axiom,
! [X] :
( blood_type_phenotype_1(X)
=> ( original_name_2(X,'Blood-Type-Phenotype')
& user_description_2(X,'The blood type of an organism as determined by the blood carbohydrate on the membrane surface of its red blood cells.')
& concept2words_2(X,'blood type')
& concept2words_2(X,'blood type phenotype')
& concept2words_2(X,'blood-type-phenotype')
& codominant_1(X)
& ~ autosomal_dominant_trait_1(X)
& ~ dominant_phenotype_1(X)
& ~ multifactorial_phenotype_1(X)
& ~ mutant_phenotype_1(X)
& ~ mutant_type_1(X)
& ~ parental_type_1(X)
& ~ phenotype_of_offspring_1(X)
& ~ phenotype_of_parent_1(X)
& ~ trait_on_a_range_1(X)
& ~ trait_on_a_scale_1(X)
& ~ wild_type_1(X)
& ~ x_chromosome_phenotype_dominant_1(X)
& ~ x_chromosome_phenotype_recessive_1(X)
& determined_by_1(fn_blood_type_phenotype_1(X))
& blood_carbohydrate_1(fn_blood_type_phenotype_2(X))
& result_2(fn_blood_type_phenotype_1(X),X)
& object_2(fn_blood_type_phenotype_1(X),fn_blood_type_phenotype_2(X)) ) ) ).
fof(a527918,axiom,
! [X] :
( blood_vessel_1(X)
=> ( original_name_2(X,'Blood-Vessel')
& user_description_2(X,'The part of the circulatory system, including arteries, veins, and capillaries, that carries blood through out the body.')
& concept2words_2(X,'vessel of blood')
& concept2words_2(X,'blood vessel')
& concept2words_2(X,'blood-vessel')
& circulatory_organ_1(X)
& ~ xylem_1(X)
& lumen_1(fn_blood_vessel_1(X))
& blood_1(fn_blood_vessel_2(X))
& is_inside_2(fn_blood_vessel_2(X),fn_blood_vessel_1(X))
& has_region_2(X,fn_blood_vessel_1(X)) ) ) ).
fof(a527919,axiom,
! [X] :
( blotting_1(X)
=> ( original_name_2(X,'Blotting')
& user_description_2(X,'A method of transferring proteins, DNA or RNA, onto a solid support carrier.')
& concept2words_2(X,blot)
& concept2words_2(X,blotting)
& capillary_action_1(X)
& gel_1(fn_blotting_1(X))
& gel_electrophoresis_1(fn_blotting_2(X))
& solid_support_1(fn_blotting_3(X))
& blotting_1(fn_solid_support_1(fn_blotting_3(X)))
& gel_1(fn_gel_electrophoresis_2(fn_blotting_2(X)))
& origin_2(X,fn_blotting_1(X))
& destination_2(X,fn_blotting_3(X))
& instrument_2(fn_blotting_2(X),fn_blotting_1(X))
& X = fn_solid_support_1(fn_blotting_3(X))
& fn_blotting_1(X) = fn_gel_electrophoresis_2(fn_blotting_2(X)) ) ) ).
fof(a527920,axiom,
! [X] :
( blue_green_light_1(X)
=> ( original_name_2(X,'Blue-Green-Light')
& user_description_2(X,'The portion of the electromagnetic spectrum that can be detected as blue-green by the human eye, ranging in wavelength from about 430 nm to 470 nm.')
& concept2words_2(X,'blue green light')
& concept2words_2(X,'blue-green-light')
& light_1(X)
& length_value_1(fn_blue_green_light_1(X))
& length_value_1(fn_blue_green_light_2(X))
& color_value_1(fn_blue_green_light_3(X))
& length_value_1(fn_blue_green_light_8(X))
& greater_than_or_equal_to_2(fn_blue_green_light_8(X),fn_blue_green_light_2(X))
& the_categorical_value_2(fn_blue_green_light_3(X),teal_0)
& the_cardinal_value_2(fn_blue_green_light_2(X),"430.0e0")
& cardinal_unit_class_2(fn_blue_green_light_2(X),nanometer_0)
& greater_than_or_equal_to_2(fn_blue_green_light_1(X),fn_blue_green_light_8(X))
& the_cardinal_value_2(fn_blue_green_light_1(X),"470.0e0")
& cardinal_unit_class_2(fn_blue_green_light_1(X),nanometer_0)
& color_2(X,fn_blue_green_light_3(X))
& wavelength_2(X,fn_blue_green_light_8(X))
& fn_blue_green_light_7(X) = fn_electromagnetic_energy_1(X)
& fn_blue_green_light_8(X) = fn_electromagnetic_energy_4(X) ) ) ).
fof(a527921,axiom,
! [X] :
( blue_light_1(X)
=> ( original_name_2(X,'Blue-Light')
& user_description_2(X,'The portion of the electromagnetic spectrum that can be detected as blue by the human eye, ranging in wavelength from about 380 nm to 450 nm.')
& concept2words_2(X,'light of blue')
& concept2words_2(X,'blue light')
& concept2words_2(X,'blue-light')
& light_1(X)
& color_value_1(fn_blue_light_2(X))
& visible_light_1(fn_blue_light_3(X))
& length_value_1(fn_blue_light_4(X))
& length_value_1(fn_blue_light_5(X))
& length_value_1(fn_blue_light_8(X))
& greater_than_or_equal_to_2(fn_blue_light_8(X),fn_blue_light_5(X))
& the_cardinal_value_2(fn_blue_light_5(X),"450.0e0")
& cardinal_unit_class_2(fn_blue_light_5(X),nanometer_0)
& the_cardinal_value_2(fn_blue_light_4(X),"520.0e0")
& cardinal_unit_class_2(fn_blue_light_4(X),nanometer_0)
& greater_than_or_equal_to_2(fn_blue_light_4(X),fn_blue_light_8(X))
& has_part_2(fn_blue_light_3(X),X)
& color_2(X,fn_blue_light_2(X))
& the_categorical_value_2(fn_blue_light_2(X),blue_0)
& wavelength_2(X,fn_blue_light_8(X))
& fn_blue_light_9(X) = fn_electromagnetic_energy_1(X)
& fn_blue_light_8(X) = fn_electromagnetic_energy_4(X) ) ) ).
fof(a527922,axiom,
! [X] :
( blue_light_photoreceptor_1(X)
=> ( original_name_2(X,'Blue-Light-Photoreceptor')
& user_description_2(X,'A type of photoreceptor that detects blue light and is responsible for initiating phototropism in plants.')
& concept2words_2(X,'blue light photoreceptor')
& concept2words_2(X,'blue-light photoreceptor')
& concept2words_2(X,'blue-light-photoreceptor')
& photoreceptor_1(X)
& ~ cone_1(X) ) ) ).
fof(a527923,axiom,
! [X,X1,X2] :
( ( object_2(X,X1)
& result_2(X,X2)
& dna_1(X1)
& lyse_1(X)
& blunt_end_fragment_1(X2)
& minCardinality(X,result_0,"2",blunt_end_fragment_0) )
=> ( blunt_cut_1(X)
& fn_blunt_cut_3(X) = X2
& fn_blunt_cut_2(X) = X1 ) ) ).
fof(a527924,axiom,
! [X] :
( blunt_cut_1(X)
=> ( original_name_2(X,'Blunt-Cut')
& user_description_2(X,'The result of a restriction enzyme\'s non-staggered breaking of the covalent phophodiester bonds of both DNA strands.')
& concept2words_2(X,cut)
& concept2words_2(X,'blunt cut')
& concept2words_2(X,'blunt-cut')
& lyse_1(X)
& ~ staggered_cut_1(X)
& dna_1(fn_blunt_cut_2(X))
& blunt_end_fragment_1(fn_blunt_cut_3(X))
& lyse_1(fn_restriction_fragment_16(fn_blunt_cut_3(X)))
& minCardinality(X,result_0,"2",blunt_end_fragment_0)
& object_2(X,fn_blunt_cut_2(X))
& result_2(X,fn_blunt_cut_3(X))
& fn_blunt_cut_2(X) = fn_impair_1(X)
& X = fn_restriction_fragment_16(fn_blunt_cut_3(X)) ) ) ).
fof(a527925,axiom,
! [X,X1] :
( ( result_2(X1,X)
& blunt_cut_1(X1)
& restriction_fragment_1(X) )
=> ( blunt_end_fragment_1(X)
& fn_blunt_end_fragment_4(X) = X1 ) ) ).
fof(a527926,axiom,
! [X] :
( blunt_end_fragment_1(X)
=> ( original_name_2(X,'Blunt-End-Fragment')
& user_description_2(X,'A single-stranded end of a double-stranded blunt cut restriction fragment.')
& concept2words_2(X,'blunt end fragment')
& concept2words_2(X,'blunt-end-fragment')
& restriction_fragment_1(X)
& ~ restriction_fragment_length_polymorphism_1(X)
& ~ sticky_end_fragment_1(X)
& covalent_bond_1(fn_blunt_end_fragment_2(X))
& dna_ligase_1(fn_blunt_end_fragment_3(X))
& blunt_cut_1(fn_blunt_end_fragment_4(X))
& attach_1(fn_blunt_end_fragment_5(X))
& recombinant_dna_1(fn_blunt_end_fragment_6(X))
& blunt_cut_1(fn_blunt_end_fragment_7(X))
& blunt_end_fragment_1(fn_blunt_cut_3(fn_blunt_end_fragment_7(X)))
& blunt_end_fragment_1(fn_blunt_cut_3(fn_blunt_end_fragment_4(X)))
& dna_piece_1(fn_dna_ligase_10(fn_blunt_end_fragment_3(X)))
& attach_1(fn_dna_ligase_7(fn_blunt_end_fragment_3(X)))
& attach_1(fn_recombinant_dna_18(fn_blunt_end_fragment_6(X)))
& attach_1(fn_dna_ligase_12(fn_blunt_end_fragment_3(X)))
& result_2(fn_blunt_end_fragment_5(X),fn_blunt_end_fragment_2(X))
& result_2(fn_blunt_end_fragment_5(X),fn_blunt_end_fragment_6(X))
& result_2(fn_blunt_end_fragment_7(X),X)
& result_2(fn_blunt_end_fragment_4(X),X)
& agent_2(fn_blunt_end_fragment_5(X),fn_blunt_end_fragment_3(X))
& base_2(fn_blunt_end_fragment_5(X),X)
& fn_blunt_end_fragment_5(X) = fn_recombinant_dna_18(fn_blunt_end_fragment_6(X))
& X = fn_blunt_cut_3(fn_blunt_end_fragment_7(X))
& X = fn_blunt_cut_3(fn_blunt_end_fragment_4(X))
& X = fn_dna_ligase_10(fn_blunt_end_fragment_3(X))
& fn_blunt_end_fragment_5(X) = fn_dna_ligase_7(fn_blunt_end_fragment_3(X))
& fn_blunt_end_fragment_5(X) = fn_dna_ligase_12(fn_blunt_end_fragment_3(X))
& fn_blunt_cut_3(fn_blunt_end_fragment_7(X)) = fn_blunt_cut_3(fn_blunt_end_fragment_4(X))
& fn_blunt_cut_3(fn_blunt_end_fragment_4(X)) = fn_dna_ligase_10(fn_blunt_end_fragment_3(X))
& fn_dna_ligase_10(fn_blunt_end_fragment_3(X)) = fn_recombinant_dna_18(fn_blunt_end_fragment_6(X))
& fn_recombinant_dna_18(fn_blunt_end_fragment_6(X)) = fn_dna_ligase_7(fn_blunt_end_fragment_3(X))
& fn_dna_ligase_7(fn_blunt_end_fragment_3(X)) = fn_recombinant_dna_18(fn_blunt_end_fragment_6(X))
& fn_recombinant_dna_18(fn_blunt_end_fragment_6(X)) = fn_dna_ligase_12(fn_blunt_end_fragment_3(X))
& fn_dna_ligase_12(fn_blunt_end_fragment_3(X)) = fn_dna_ligase_12(fn_blunt_end_fragment_3(X)) ) ) ).
fof(a527927,axiom,
! [X] :
( bmp_4_1(X)
=> ( original_name_2(X,'BMP-4')
& user_description_2(X,'One of a group of bone morphogenic proteins (BMPs) involved in the growth and formation of bones and cartilage.')
& concept2words_2(X,'bone morphogenetic proteins')
& concept2words_2(X,'bone-morphogenetic-proteins')
& concept2words_2(X,bmp)
& concept2words_2(X,'bmp 4')
& concept2words_2(X,'bmp-4')
& peptide_hormone_1(X)
& ~ erythropoietin_1(X)
& ~ growth_hormone_1(X)
& ~ inhibin_1(X)
& ~ leptin_1(X)
& ~ prolactin_1(X) ) ) ).
fof(a527928,axiom,
! [X] :
( bodily_fluid_1(X)
=> ( original_name_2(X,'Bodily-Fluid')
& user_description_2(X,'A liquid which originates from the human body and includes those which leak out or are normally excreted or secreted.')
& concept2words_2(X,'body fluid')
& concept2words_2(X,'body-fluid')
& concept2words_2(X,'bodily fluid')
& concept2words_2(X,'bodily-fluid')
& biological_fluid_1(X) ) ) ).
fof(a527929,axiom,
! [X] :
( body_axis_1(X)
=> ( original_name_2(X,'Body-Axis')
& user_description_2(X,'An imaginary longitudinal line through the vertical center of the body (head to feet) or one of its parts, or a line about which the body or a part rotates.')
& concept2words_2(X,'axis of body')
& concept2words_2(X,'body axis')
& concept2words_2(X,'body-axis')
& organismal_region_1(X)
& ~ extra_cellular_matrix_1(X) ) ) ).
fof(a527930,axiom,
! [X] :
( body_cavity_1(X)
=> ( original_name_2(X,'Body-Cavity')
& user_description_2(X,'A space, filled with air or fluid, between an animal\'s digestive tract and its body wall.')
& concept2words_2(X,'cavity of body')
& concept2words_2(X,'body cavity')
& concept2words_2(X,'body-cavity')
& animal_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a527931,axiom,
! [X] :
( body_plan_1(X)
=> ( original_name_2(X,'Body-Plan')
& user_description_2(X,'The')
& concept2words_2(X,'plan of body')
& concept2words_2(X,'body plan')
& concept2words_2(X,'body-plan')
& map_1(X) ) ) ).
fof(a527932,axiom,
! [X] :
( body_segment_1(X)
=> ( original_name_2(X,'Body-Segment')
& user_description_2(X,'A segment of the body of an organism.')
& concept2words_2(X,'segment of body')
& concept2words_2(X,'body segment')
& concept2words_2(X,'body-segment')
& anatomical_structure_1(X) ) ) ).
fof(a527933,axiom,
! [X] :
( body_segment_pair_1(X)
=> ( original_name_2(X,'Body-Segment-Pair')
& user_description_2(X,'A pair of body segments.')
& concept2words_2(X,'body segment pair')
& concept2words_2(X,'body-segment-pair')
& anatomical_structure_1(X)
& body_segment_1(fn_body_segment_pair_1(X))
& exactCardinality(X,has_part_0,"2",body_segment_0)
& has_part_2(X,fn_body_segment_pair_1(X)) ) ) ).
fof(a527934,axiom,
! [X] :
( body_wall_1(X)
=> ( original_name_2(X,'Body-Wall')
& user_description_2(X,'Layers of cells that make up the external surface of an animal\'s body.')
& concept2words_2(X,'wall of body')
& concept2words_2(X,'body wall')
& concept2words_2(X,'body-wall')
& animal_structure_1(X) ) ) ).
fof(a527935,axiom,
! [X] :
( bohr_shift_1(X)
=> ( original_name_2(X,'Bohr-Shift')
& user_description_2(X,'A decrease in the oxygen-binding ability of hemoglobin due to a decrease in blood pH. This results in a release of oxygen into active tissues.')
& concept2words_2(X,'shift of bohr')
& concept2words_2(X,'bohr shift')
& concept2words_2(X,'bohr-shift')
& biomolecular_process_1(X) ) ) ).
fof(a527936,axiom,
! [X] :
( bohrium_1(X)
=> ( original_name_2(X,'Bohrium')
& user_description_2(X,'Bohrium is a metal atom with atomic number 107. It is represented by the symbol Bh.')
& concept2words_2(X,bohrium)
& concept2words_2(X,'Bh')
& metal_atom_1(X)
& atomic_mass_value_1(fn_bohrium_1(X))
& neutron_1(fn_bohrium_2(X))
& atomic_weight_value_1(fn_bohrium_6(X))
& atomic_number_value_1(fn_bohrium_7(X))
& mass_number_2(X,fn_bohrium_1(X))
& exactCardinality(X,has_part_0,"157",neutron_0)
& exactCardinality(X,has_part_0,"107",proton_0)
& exactCardinality(X,has_part_0,"107",electron_0)
& has_part_2(X,fn_bohrium_2(X))
& the_cardinal_value_2(fn_bohrium_1(X),"264")
& cardinal_unit_class_2(fn_bohrium_1(X),unity_0)
& the_cardinal_value_2(fn_bohrium_7(X),"107")
& cardinal_unit_class_2(fn_bohrium_7(X),unity_0)
& the_cardinal_value_2(fn_bohrium_6(X),"264")
& cardinal_unit_class_2(fn_bohrium_6(X),dalton_0)
& atomic_number_2(X,fn_bohrium_7(X))
& atomic_weight_2(X,fn_bohrium_6(X))
& fn_bohrium_4(X) = fn_atom_12(X)
& fn_bohrium_7(X) = fn_atom_17(X)
& fn_bohrium_5(X) = fn_atom_13(X)
& fn_bohrium_6(X) = fn_atom_16(X) ) ) ).
fof(a527937,axiom,
! [X] :
( boiling_1(X)
=> ( original_name_2(X,'Boiling')
& user_description_2(X,'The phase change from liquid to gas, which occurs when a liquid is heated to its boiling point.')
& concept2words_2(X,boil)
& concept2words_2(X,boiling)
& change_of_state_1(X)
& gas_substance_1(fn_boiling_1(X))
& liquid_substance_1(fn_boiling_2(X))
& result_2(X,fn_boiling_1(X))
& object_2(X,fn_boiling_2(X))
& base_2(X,fn_boiling_2(X)) ) ) ).
fof(a527938,axiom,
! [X] :
( boiling_of_water_1(X)
=> ( original_name_2(X,'Boiling-Of-Water')
& user_description_2(X,'The phase change from liquid water to water vapor, which occurs when the temperature of liquid water reaches 100 degree Celsius.')
& concept2words_2(X,boil)
& concept2words_2(X,'water boiling')
& concept2words_2(X,'water-boiling')
& concept2words_2(X,'boiling of water')
& concept2words_2(X,'boiling-of-water')
& boiling_1(X)
& temperature_value_1(fn_boiling_of_water_1(X))
& the_cardinal_value_2(fn_boiling_of_water_1(X),"100.0e0")
& cardinal_unit_class_2(fn_boiling_of_water_1(X),celsius_0) ) ) ).
fof(a527939,axiom,
! [X] :
( bolting_1(X)
=> ( original_name_2(X,'Bolting')
& user_description_2(X,'In agricultural or horticultural plants, the production of flowers before the edible crop is harvested. Bolting represents a diversion from producing edible tissues into producing flowers.')
& concept2words_2(X,bolting)
& plant_growth_1(X) ) ) ).
fof(a527940,axiom,
! [X] :
( bolus_1(X)
=> ( original_name_2(X,'Bolus')
& user_description_2(X,'A mass of food that has been chewed and swallowed.')
& concept2words_2(X,bolus)
& organic_entity_1(X)
& heterogeneous_mixture_1(X)
& ~ nitrogenous_waste_1(X)
& shape_value_1(fn_bolus_2(X))
& shape_2(X,fn_bolus_2(X))
& the_categorical_value_2(fn_bolus_2(X),sphere_0) ) ) ).
fof(a527941,axiom,
! [X] :
( bombardier_beetle_1(X)
=> ( original_name_2(X,'Bombardier-Beetle')
& user_description_2(X,'One of a group of beetles that discharge spurts of noxious chemicals when disturbed.')
& concept2words_2(X,'beetle of bombardier')
& concept2words_2(X,'bombardier beetle')
& concept2words_2(X,'bombardier-beetle')
& beetle_1(X)
& ~ asian_ladybug_1(X) ) ) ).
fof(a527942,axiom,
! [X] :
( bone_1(X)
=> ( original_name_2(X,'Bone')
& user_description_2(X,'A type of dense connective tissue consisting of cells held in a collagen matrix impregnated with calcium salts. Bones form the endoskeleton of most vertebrate animals.')
& concept2words_2(X,bone)
& connective_tissue_1(X)
& ~ adipose_tissue_1(X)
& ~ av_valve_1(X)
& ~ cartilage_1(X)
& ~ fibrous_connective_tissue_1(X)
& ~ loose_connective_tissue_1(X)
& ~ sclera_1(X)
& ~ semilunar_valve_1(X)
& ~ submucosa_1(X)
& ~ vocal_cord_1(X)
& connective_tissue_1(fn_bone_1(X))
& vitamin_d_1(fn_bone_2(X))
& monomer_1(fn_bone_3(X))
& polypeptide_1(fn_bone_3(X))
& carbon_1(fn_bone_4(X))
& phosphorus_1(fn_bone_5(X))
& produce_1(fn_bone_6(X))
& collagen_1(fn_bone_7(X))
& entity_1(fn_create_1(fn_bone_6(X)))
& monomer_1(fn_polymer_6(fn_bone_7(X)))
& monomer_1(fn_glycoprotein_3(fn_bone_7(X)))
& polypeptide_1(fn_glycoprotein_2(fn_bone_7(X)))
& atom_1(fn_organic_molecule_2(fn_bone_7(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_bone_7(X)))
& atom_1(fn_glycoprotein_4(fn_bone_7(X)))
& chemical_entity_1(fn_glycoprotein_4(fn_bone_7(X)))
& carbon_1(fn_organic_molecule_1(fn_bone_7(X)))
& carbon_1(fn_glycoprotein_5(fn_bone_7(X)))
& facilitates_2(fn_bone_2(X),fn_bone_6(X))
& has_part_2(X,fn_bone_1(X))
& has_part_2(fn_bone_1(X),fn_bone_7(X))
& has_part_2(fn_bone_7(X),fn_bone_5(X))
& has_part_2(fn_bone_7(X),fn_bone_3(X))
& result_2(fn_bone_6(X),X)
& has_part_2(fn_bone_7(X),fn_bone_4(X))
& fn_bone_5(X) != fn_bone_4(X)
& fn_bone_4(X) != fn_bone_5(X)
& fn_bone_3(X) = fn_polymer_6(fn_bone_7(X))
& fn_bone_3(X) = fn_glycoprotein_3(fn_bone_7(X))
& fn_bone_3(X) = fn_glycoprotein_2(fn_bone_7(X))
& X = fn_create_1(fn_bone_6(X))
& fn_bone_5(X) = fn_organic_molecule_2(fn_bone_7(X))
& fn_bone_5(X) = fn_glycoprotein_4(fn_bone_7(X))
& fn_bone_4(X) = fn_organic_molecule_1(fn_bone_7(X))
& fn_bone_4(X) = fn_glycoprotein_5(fn_bone_7(X))
& fn_polymer_6(fn_bone_7(X)) = fn_glycoprotein_3(fn_bone_7(X))
& fn_glycoprotein_3(fn_bone_7(X)) = fn_glycoprotein_3(fn_bone_7(X))
& fn_glycoprotein_3(fn_bone_7(X)) = fn_glycoprotein_2(fn_bone_7(X))
& fn_glycoprotein_2(fn_bone_7(X)) = fn_glycoprotein_4(fn_bone_7(X))
& fn_glycoprotein_4(fn_bone_7(X)) = fn_organic_molecule_2(fn_bone_7(X))
& fn_organic_molecule_2(fn_bone_7(X)) = fn_glycoprotein_4(fn_bone_7(X))
& fn_glycoprotein_4(fn_bone_7(X)) = fn_organic_molecule_1(fn_bone_7(X))
& fn_glycoprotein_5(fn_bone_7(X)) = fn_organic_molecule_1(fn_bone_7(X))
& fn_organic_molecule_1(fn_bone_7(X)) = fn_glycoprotein_5(fn_bone_7(X)) ) ) ).
fof(a527943,axiom,
! [X] :
( bone_cell_1(X)
=> ( original_name_2(X,'Bone-Cell')
& user_description_2(X,'Cells that make up bone tissue.')
& concept2words_2(X,osteoblast)
& concept2words_2(X,osteocyte)
& concept2words_2(X,'cell of bone')
& concept2words_2(X,'bone cell')
& concept2words_2(X,'bone-cell')
& animal_cell_1(X)
& chromosome_arm_1(fn_bone_cell_1(X))
& chromosome_arm_1(fn_bone_cell_2(X))
& peroxisome_1(fn_bone_cell_3(X))
& move_1(fn_bone_cell_4(X))
& cellular_work_1(fn_bone_cell_7(X))
& active_transport_1(fn_bone_cell_7(X))
& active_movement_of_ions_1(fn_bone_cell_7(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_bone_cell_7(X))
& surface_1(fn_bone_cell_8(X))
& cell_pole_1(fn_bone_cell_9(X))
& cell_pole_1(fn_bone_cell_10(X))
& size_value_1(fn_bone_cell_11(X))
& volume_value_1(fn_bone_cell_12(X))
& support_1(fn_bone_cell_13(X))
& support_1(fn_bone_cell_14(X))
& surface_1(fn_bone_cell_15(X))
& hydrophilic_face_1(fn_bone_cell_15(X))
& surface_1(fn_bone_cell_16(X))
& cytoplasmic_side_1(fn_bone_cell_16(X))
& hydrophobic_core_1(fn_bone_cell_17(X))
& outside_face_1(fn_bone_cell_18(X))
& extracellular_side_1(fn_bone_cell_18(X))
& surface_1(fn_bone_cell_18(X))
& attach_1(fn_bone_cell_19(X))
& protein_1(fn_bone_cell_20(X))
& telomere_1(fn_bone_cell_21(X))
& centromere_1(fn_bone_cell_22(X))
& end_1(fn_bone_cell_23(X))
& coil_1(fn_bone_cell_24(X))
& create_1(fn_bone_cell_25(X))
& produce_1(fn_bone_cell_25(X))
& microtubule_1(fn_bone_cell_26(X))
& ribosome_1(fn_bone_cell_27(X))
& eukaryotic_ribosome_1(fn_bone_cell_27(X))
& eukaryotic_chromosome_1(fn_bone_cell_28(X))
& chromosome_1(fn_bone_cell_28(X))
& endoplasmic_reticulum_1(fn_bone_cell_29(X))
& rough_endoplasmic_reticulum_1(fn_bone_cell_29(X))
& tangible_entity_1(fn_bone_cell_30(X))
& nucleus_1(fn_bone_cell_30(X))
& centrosome_1(fn_bone_cell_31(X))
& substance_1(fn_bone_cell_32(X))
& cytosol_1(fn_bone_cell_32(X))
& entity_1(fn_bone_cell_33(X))
& dna_1(fn_bone_cell_33(X))
& organic_molecule_1(fn_bone_cell_34(X))
& protein_1(fn_bone_cell_35(X))
& organic_molecule_1(fn_bone_cell_35(X))
& polymer_1(fn_bone_cell_35(X))
& spatial_entity_1(fn_bone_cell_35(X))
& membrane_protein_1(fn_bone_cell_35(X))
& tangible_entity_1(fn_bone_cell_35(X))
& transmembrane_protein_1(fn_bone_cell_35(X))
& integral_protein_1(fn_bone_cell_35(X))
& transport_protein_1(fn_bone_cell_35(X))
& sodium_potassium_pump_1(fn_bone_cell_35(X))
& protein_1(fn_bone_cell_36(X))
& organic_molecule_1(fn_bone_cell_36(X))
& polymer_1(fn_bone_cell_36(X))
& spatial_entity_1(fn_bone_cell_36(X))
& membrane_protein_1(fn_bone_cell_36(X))
& tangible_entity_1(fn_bone_cell_36(X))
& transmembrane_protein_1(fn_bone_cell_36(X))
& integral_protein_1(fn_bone_cell_36(X))
& transport_protein_1(fn_bone_cell_36(X))
& sodium_potassium_pump_1(fn_bone_cell_36(X))
& tangible_entity_1(fn_bone_cell_37(X))
& phospholipid_bilayer_1(fn_bone_cell_37(X))
& glycoprotein_1(fn_bone_cell_38(X))
& integral_protein_1(fn_bone_cell_38(X))
& fibronectin_1(fn_bone_cell_38(X))
& organic_molecule_1(fn_bone_cell_39(X))
& transmembrane_protein_1(fn_bone_cell_39(X))
& tangible_entity_1(fn_bone_cell_39(X))
& membrane_protein_1(fn_bone_cell_39(X))
& protein_1(fn_bone_cell_39(X))
& spatial_entity_1(fn_bone_cell_39(X))
& polymer_1(fn_bone_cell_39(X))
& integrin_1(fn_bone_cell_39(X))
& protein_1(fn_bone_cell_40(X))
& organic_molecule_1(fn_bone_cell_40(X))
& polymer_1(fn_bone_cell_40(X))
& spatial_entity_1(fn_bone_cell_40(X))
& membrane_protein_1(fn_bone_cell_40(X))
& tangible_entity_1(fn_bone_cell_40(X))
& transmembrane_protein_1(fn_bone_cell_40(X))
& integral_protein_1(fn_bone_cell_40(X))
& transport_protein_1(fn_bone_cell_40(X))
& sodium_potassium_pump_1(fn_bone_cell_40(X))
& bone_1(fn_bone_cell_41(X))
& synthesis_reaction_1(fn_bone_cell_42(X))
& chemical_reaction_1(fn_bone_cell_42(X))
& anabolic_pathway_1(fn_bone_cell_42(X))
& synthesis_of_lipid_1(fn_bone_cell_42(X))
& catabolic_pathway_1(fn_bone_cell_43(X))
& eukaryotic_cellular_respiration_1(fn_bone_cell_43(X))
& endoplasmic_reticulum_1(fn_bone_cell_44(X))
& smooth_endoplasmic_reticulum_1(fn_bone_cell_44(X))
& tangible_entity_1(fn_bone_cell_45(X))
& spatial_entity_1(fn_bone_cell_45(X))
& biomembrane_1(fn_bone_cell_45(X))
& animal_plasma_membrane_1(fn_bone_cell_45(X))
& plasma_membrane_1(fn_bone_cell_45(X))
& mixture_1(fn_bone_cell_46(X))
& cytoplasm_1(fn_bone_cell_46(X))
& golgi_apparatus_1(fn_bone_cell_47(X))
& transfer_1(fn_bone_cell_48(X))
& transfer_1(fn_bone_cell_49(X))
& semiautonomous_organelle_1(fn_bone_cell_50(X))
& organelle_1(fn_bone_cell_50(X))
& mitochondrion_1(fn_bone_cell_50(X))
& catabolic_pathway_1(fn_bone_cell_51(X))
& metabolic_pathway_1(fn_bone_cell_52(X))
& endergonic_process_1(fn_bone_cell_52(X))
& chemical_reaction_1(fn_bone_cell_52(X))
& synthesis_of_organic_molecule_1(fn_bone_cell_52(X))
& anabolic_pathway_1(fn_bone_cell_52(X))
& synthesis_of_atp_1(fn_bone_cell_52(X))
& eukaryotic_oxidative_phosphorylation_1(fn_bone_cell_53(X))
& electron_transport_chain_pathway_1(fn_bone_cell_54(X))
& organic_molecule_1(fn_catabolic_pathway_10(fn_bone_cell_43(X)))
& transfer_1(fn_rough_endoplasmic_reticulum_55(fn_bone_cell_29(X)))
& transfer_1(fn_endoplasmic_reticulum_25(fn_bone_cell_44(X)))
& centromere_1(fn_chromosome_6(fn_bone_cell_28(X)))
& coil_1(fn_chromosome_8(fn_bone_cell_28(X)))
& protein_1(fn_chromosome_3(fn_bone_cell_28(X)))
& end_1(fn_telomere_1(fn_bone_cell_21(X)))
& glycoprotein_1(fn_integrin_7(fn_bone_cell_39(X)))
& integral_protein_1(fn_integrin_7(fn_bone_cell_39(X)))
& fibronectin_1(fn_integrin_7(fn_bone_cell_39(X)))
& electron_transport_chain_pathway_1(fn_mitochondrion_159(fn_bone_cell_50(X)))
& metabolic_pathway_1(fn_mitochondrion_52(fn_bone_cell_50(X)))
& endergonic_process_1(fn_mitochondrion_52(fn_bone_cell_50(X)))
& chemical_reaction_1(fn_mitochondrion_52(fn_bone_cell_50(X)))
& synthesis_of_organic_molecule_1(fn_mitochondrion_52(fn_bone_cell_50(X)))
& anabolic_pathway_1(fn_mitochondrion_52(fn_bone_cell_50(X)))
& synthesis_of_atp_1(fn_mitochondrion_52(fn_bone_cell_50(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_mitochondrion_55(fn_bone_cell_50(X)))
& surface_1(fn_biomembrane_47(fn_bone_cell_45(X)))
& hydrophilic_face_1(fn_animal_plasma_membrane_5(fn_bone_cell_45(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_bone_cell_44(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_bone_cell_44(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_bone_cell_44(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_bone_cell_44(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_bone_cell_44(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_bone_cell_44(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_bone_cell_44(X)))
& synthesis_of_lipid_1(fn_endoplasmic_reticulum_23(fn_bone_cell_44(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_bone_cell_45(X)))
& entity_1(fn_chromosome_4(fn_bone_cell_28(X)))
& dna_1(fn_chromosome_4(fn_bone_cell_28(X)))
& eukaryotic_chromosome_1(fn_telomere_3(fn_bone_cell_21(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_bone_cell_45(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_bone_cell_45(X)))
& protein_1(fn_plasma_membrane_68(fn_bone_cell_45(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_bone_cell_45(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_bone_cell_45(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_bone_cell_45(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_bone_cell_45(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_bone_cell_45(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_bone_cell_45(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_bone_cell_45(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_bone_cell_45(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_bone_cell_45(X)))
& sodium_potassium_pump_1(fn_fibronectin_45(fn_bone_cell_38(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_bone_cell_45(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_bone_cell_45(X)))
& protein_1(fn_plasma_membrane_54(fn_bone_cell_45(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_bone_cell_45(X)))
& polymer_1(fn_plasma_membrane_54(fn_bone_cell_45(X)))
& spatial_entity_1(fn_integrin_9(fn_bone_cell_39(X)))
& polymer_1(fn_integrin_9(fn_bone_cell_39(X)))
& organic_molecule_1(fn_integrin_9(fn_bone_cell_39(X)))
& tangible_entity_1(fn_integrin_9(fn_bone_cell_39(X)))
& membrane_protein_1(fn_integrin_9(fn_bone_cell_39(X)))
& protein_1(fn_integrin_9(fn_bone_cell_39(X)))
& tangible_entity_1(fn_biomembrane_63(fn_bone_cell_45(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_bone_cell_45(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_bone_cell_45(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_bone_cell_45(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_bone_cell_45(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_bone_cell_45(X)))
& tangible_entity_1(fn_integral_protein_27(fn_bone_cell_38(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_bone_cell_38(X)))
& tangible_entity_1(fn_integrin_29(fn_bone_cell_39(X)))
& phospholipid_bilayer_1(fn_integrin_29(fn_bone_cell_39(X)))
& tangible_entity_1(fn_fibronectin_47(fn_bone_cell_38(X)))
& phospholipid_bilayer_1(fn_fibronectin_47(fn_bone_cell_38(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_bone_cell_45(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_bone_cell_45(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_bone_cell_45(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_bone_cell_45(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_bone_cell_45(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_bone_cell_45(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_bone_cell_45(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_bone_cell_45(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_bone_cell_45(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_bone_cell_45(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_bone_cell_45(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_bone_cell_45(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_bone_cell_45(X)))
& polymer_1(fn_integrin_8(fn_bone_cell_39(X)))
& spatial_entity_1(fn_integrin_8(fn_bone_cell_39(X)))
& membrane_protein_1(fn_integrin_8(fn_bone_cell_39(X)))
& tangible_entity_1(fn_integrin_8(fn_bone_cell_39(X)))
& transmembrane_protein_1(fn_integrin_8(fn_bone_cell_39(X)))
& integral_protein_1(fn_integrin_8(fn_bone_cell_39(X)))
& transport_protein_1(fn_integrin_8(fn_bone_cell_39(X)))
& sodium_potassium_pump_1(fn_integrin_8(fn_bone_cell_39(X)))
& biomembrane_1(fn_integral_protein_24(fn_bone_cell_38(X)))
& spatial_entity_1(fn_integrin_30(fn_bone_cell_39(X)))
& biomembrane_1(fn_integrin_30(fn_bone_cell_39(X)))
& animal_plasma_membrane_1(fn_integrin_30(fn_bone_cell_39(X)))
& plasma_membrane_1(fn_integrin_30(fn_bone_cell_39(X)))
& biomembrane_1(fn_fibronectin_53(fn_bone_cell_38(X)))
& plasma_membrane_1(fn_fibronectin_53(fn_bone_cell_38(X)))
& animal_plasma_membrane_1(fn_fibronectin_53(fn_bone_cell_38(X)))
& cellular_work_1(fn_mitochondrion_160(fn_bone_cell_50(X)))
& active_transport_1(fn_mitochondrion_160(fn_bone_cell_50(X)))
& active_movement_of_ions_1(fn_mitochondrion_160(fn_bone_cell_50(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_mitochondrion_160(fn_bone_cell_50(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_bone_cell_45(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_bone_cell_41(X)))
& eukaryotic_cell_1(fn_integrin_6(fn_bone_cell_39(X)))
& animal_cell_1(fn_integrin_6(fn_bone_cell_39(X)))
& tangible_entity_1(fn_integrin_6(fn_bone_cell_39(X)))
& cell_1(fn_integrin_6(fn_bone_cell_39(X)))
& eukaryotic_cell_1(fn_endoplasmic_reticulum_11(fn_bone_cell_44(X)))
& cell_1(fn_endoplasmic_reticulum_11(fn_bone_cell_44(X)))
& eukaryotic_cell_1(fn_mitochondrion_51(fn_bone_cell_50(X)))
& recipient_2(fn_bone_cell_49(X),fn_bone_cell_29(X))
& recipient_2(fn_bone_cell_48(X),fn_bone_cell_44(X))
& site_2(fn_bone_cell_43(X),fn_bone_cell_46(X))
& fn_bone_cell_40(X) != fn_bone_cell_38(X)
& fn_bone_cell_38(X) != fn_bone_cell_40(X)
& has_part_2(fn_bone_cell_28(X),fn_bone_cell_1(X))
& has_part_2(fn_bone_cell_28(X),fn_bone_cell_2(X))
& is_between_2(fn_bone_cell_22(X),fn_bone_cell_1(X))
& is_between_2(fn_bone_cell_22(X),fn_bone_cell_2(X))
& has_region_2(fn_bone_cell_45(X),fn_bone_cell_15(X))
& is_at_2(fn_bone_cell_40(X),fn_bone_cell_37(X))
& is_at_2(fn_bone_cell_36(X),fn_bone_cell_37(X))
& fn_bone_cell_40(X) != fn_bone_cell_36(X)
& fn_bone_cell_36(X) != fn_bone_cell_40(X)
& fn_bone_cell_35(X) != fn_bone_cell_36(X)
& fn_bone_cell_36(X) != fn_bone_cell_35(X)
& has_part_2(fn_bone_cell_41(X),X)
& is_outside_2(fn_bone_cell_15(X),fn_bone_cell_45(X))
& donor_2(fn_bone_cell_48(X),fn_bone_cell_29(X))
& fn_bone_cell_35(X) != fn_bone_cell_40(X)
& fn_bone_cell_40(X) != fn_bone_cell_35(X)
& base_2(fn_bone_cell_42(X),X)
& has_function_2(fn_bone_cell_44(X),fn_bone_cell_42(X))
& site_2(fn_bone_cell_42(X),fn_bone_cell_44(X))
& agent_2(fn_bone_cell_49(X),fn_bone_cell_44(X))
& fn_bone_cell_40(X) != fn_bone_cell_39(X)
& fn_bone_cell_39(X) != fn_bone_cell_40(X)
& is_inside_2(fn_bone_cell_35(X),fn_bone_cell_37(X))
& has_region_2(fn_bone_cell_28(X),fn_bone_cell_22(X))
& has_part_2(fn_bone_cell_28(X),fn_bone_cell_20(X))
& agent_2(fn_bone_cell_24(X),fn_bone_cell_20(X))
& object_2(fn_bone_cell_24(X),fn_bone_cell_33(X))
& is_at_2(fn_bone_cell_21(X),fn_bone_cell_23(X))
& has_region_2(fn_bone_cell_28(X),fn_bone_cell_23(X))
& has_part_2(fn_bone_cell_28(X),fn_bone_cell_21(X))
& is_oriented_toward_2(fn_bone_cell_16(X),fn_bone_cell_46(X))
& has_region_2(fn_bone_cell_45(X),fn_bone_cell_16(X))
& is_facing_2(fn_bone_cell_16(X),fn_bone_cell_46(X))
& called_2(fn_bone_cell_36(X),'MP1')
& is_at_2(fn_bone_cell_36(X),fn_bone_cell_45(X))
& is_across_2(fn_bone_cell_36(X),fn_bone_cell_45(X))
& has_part_2(fn_bone_cell_45(X),fn_bone_cell_36(X))
& fn_bone_cell_39(X) != fn_bone_cell_38(X)
& fn_bone_cell_36(X) != fn_bone_cell_39(X)
& fn_bone_cell_39(X) != fn_bone_cell_36(X)
& fn_bone_cell_38(X) != fn_bone_cell_39(X)
& called_2(fn_bone_cell_35(X),'MP1')
& called_2(fn_bone_cell_38(X),'MP1')
& is_at_2(fn_bone_cell_35(X),fn_bone_cell_37(X))
& is_inside_2(fn_bone_cell_36(X),fn_bone_cell_37(X))
& fn_bone_cell_36(X) != fn_bone_cell_38(X)
& is_inside_2(fn_bone_cell_38(X),fn_bone_cell_37(X))
& fn_bone_cell_38(X) != fn_bone_cell_36(X)
& fn_bone_cell_38(X) != fn_bone_cell_35(X)
& is_across_2(fn_bone_cell_35(X),fn_bone_cell_45(X))
& has_part_2(fn_bone_cell_45(X),fn_bone_cell_35(X))
& is_at_2(fn_bone_cell_35(X),fn_bone_cell_45(X))
& has_part_2(fn_bone_cell_45(X),fn_bone_cell_38(X))
& fn_bone_cell_35(X) != fn_bone_cell_38(X)
& called_2(fn_bone_cell_39(X),'MP1')
& has_region_2(fn_bone_cell_40(X),fn_bone_cell_18(X))
& has_part_2(fn_bone_cell_28(X),fn_bone_cell_33(X))
& called_2(fn_bone_cell_40(X),'MP1')
& the_scalar_value_2(fn_bone_cell_11(X),big_0)
& scalar_unit_class_2(fn_bone_cell_11(X),prokaryote_0)
& has_function_2(X,fn_bone_cell_7(X))
& has_region_2(X,fn_bone_cell_10(X))
& is_inside_2(fn_bone_cell_46(X),fn_bone_cell_45(X))
& destination_2(fn_bone_cell_4(X),fn_bone_cell_50(X))
& is_at_2(fn_bone_cell_40(X),fn_bone_cell_45(X))
& is_across_2(fn_bone_cell_40(X),fn_bone_cell_17(X))
& size_2(X,fn_bone_cell_11(X))
& directly_proportional_2(fn_bone_cell_11(X),fn_bone_cell_12(X))
& volume_2(X,fn_bone_cell_12(X))
& has_part_2(X,fn_bone_cell_31(X))
& base_2(fn_bone_cell_43(X),X)
& has_function_2(X,fn_bone_cell_43(X))
& has_region_2(X,fn_bone_cell_9(X))
& is_opposite_2(fn_bone_cell_10(X),fn_bone_cell_9(X))
& is_opposite_2(fn_bone_cell_9(X),fn_bone_cell_10(X))
& base_2(fn_bone_cell_19(X),fn_bone_cell_45(X))
& object_2(fn_bone_cell_19(X),fn_bone_cell_40(X))
& is_inside_2(fn_bone_cell_40(X),fn_bone_cell_37(X))
& is_at_2(fn_bone_cell_37(X),fn_bone_cell_8(X))
& has_region_2(X,fn_bone_cell_8(X))
& fn_bone_cell_44(X) != fn_bone_cell_29(X)
& has_part_2(X,fn_bone_cell_29(X))
& has_part_2(X,fn_bone_cell_28(X))
& is_inside_2(fn_bone_cell_28(X),fn_bone_cell_30(X))
& has_part_2(X,fn_bone_cell_30(X))
& fn_bone_cell_29(X) != fn_bone_cell_44(X)
& object_2(fn_bone_cell_14(X),X)
& agent_2(fn_bone_cell_14(X),fn_bone_cell_45(X))
& has_part_2(fn_bone_cell_45(X),fn_bone_cell_39(X))
& fn_bone_cell_35(X) != fn_bone_cell_39(X)
& fn_bone_cell_39(X) != fn_bone_cell_35(X)
& has_part_2(fn_bone_cell_45(X),fn_bone_cell_40(X))
& is_across_2(fn_bone_cell_40(X),fn_bone_cell_45(X))
& has_region_2(fn_bone_cell_45(X),fn_bone_cell_18(X))
& is_outside_2(fn_bone_cell_18(X),fn_bone_cell_45(X))
& has_part_2(fn_bone_cell_45(X),fn_bone_cell_37(X))
& object_2(fn_bone_cell_13(X),X)
& has_function_2(fn_bone_cell_26(X),fn_bone_cell_13(X))
& result_2(fn_bone_cell_25(X),fn_bone_cell_26(X))
& has_function_2(fn_bone_cell_31(X),fn_bone_cell_25(X))
& is_near_2(fn_bone_cell_31(X),fn_bone_cell_30(X))
& is_near_2(fn_bone_cell_30(X),fn_bone_cell_31(X))
& is_inside_2(fn_bone_cell_47(X),fn_bone_cell_32(X))
& has_part_2(X,fn_bone_cell_47(X))
& has_part_2(X,fn_bone_cell_44(X))
& abuts_2(fn_bone_cell_29(X),fn_bone_cell_44(X))
& abuts_2(fn_bone_cell_44(X),fn_bone_cell_29(X))
& causes_2(fn_bone_cell_4(X),fn_bone_cell_51(X))
& origin_2(fn_bone_cell_4(X),fn_bone_cell_3(X))
& has_part_2(X,fn_bone_cell_3(X))
& has_part_2(X,fn_bone_cell_45(X))
& has_region_2(fn_bone_cell_45(X),fn_bone_cell_17(X))
& base_2(fn_bone_cell_51(X),X)
& site_2(fn_bone_cell_51(X),fn_bone_cell_50(X))
& is_inside_2(fn_bone_cell_50(X),fn_bone_cell_32(X))
& has_part_2(fn_bone_cell_46(X),fn_bone_cell_32(X))
& is_between_2(fn_bone_cell_46(X),fn_bone_cell_45(X))
& has_part_2(X,fn_bone_cell_46(X))
& is_between_2(fn_bone_cell_46(X),fn_bone_cell_30(X))
& is_inside_2(fn_bone_cell_30(X),fn_bone_cell_32(X))
& is_inside_2(fn_bone_cell_27(X),fn_bone_cell_32(X))
& has_part_2(X,fn_bone_cell_27(X))
& first_subevent_2(fn_bone_cell_53(X),fn_bone_cell_54(X))
& base_2(fn_bone_cell_7(X),X)
& base_2(fn_bone_cell_54(X),X)
& subevent_2(fn_bone_cell_53(X),fn_bone_cell_54(X))
& site_2(fn_bone_cell_53(X),fn_bone_cell_50(X))
& has_function_2(fn_bone_cell_50(X),fn_bone_cell_53(X))
& base_2(fn_bone_cell_53(X),X)
& has_part_2(X,fn_bone_cell_50(X))
& site_2(fn_bone_cell_52(X),fn_bone_cell_50(X))
& base_2(fn_bone_cell_52(X),X)
& fn_bone_cell_15(X) = fn_biomembrane_47(fn_bone_cell_45(X))
& fn_bone_cell_40(X) = fn_animal_plasma_membrane_53(fn_bone_cell_45(X))
& fn_bone_cell_40(X) = fn_animal_plasma_membrane_47(fn_bone_cell_45(X))
& X = fn_tissue_1(fn_bone_cell_41(X))
& fn_bone_cell_34(X) = fn_catabolic_pathway_10(fn_bone_cell_43(X))
& fn_bone_cell_15(X) = fn_animal_plasma_membrane_5(fn_bone_cell_45(X))
& fn_bone_cell_48(X) = fn_rough_endoplasmic_reticulum_55(fn_bone_cell_29(X))
& X = fn_endoplasmic_reticulum_11(fn_bone_cell_44(X))
& fn_bone_cell_49(X) = fn_endoplasmic_reticulum_25(fn_bone_cell_44(X))
& fn_bone_cell_42(X) = fn_smooth_endoplasmic_reticulum_23(fn_bone_cell_44(X))
& fn_bone_cell_42(X) = fn_smooth_endoplasmic_reticulum_7(fn_bone_cell_44(X))
& fn_bone_cell_42(X) = fn_smooth_endoplasmic_reticulum_49(fn_bone_cell_44(X))
& fn_bone_cell_42(X) = fn_smooth_endoplasmic_reticulum_48(fn_bone_cell_44(X))
& fn_bone_cell_42(X) = fn_endoplasmic_reticulum_23(fn_bone_cell_44(X))
& fn_bone_cell_40(X) = fn_integrin_8(fn_bone_cell_39(X))
& fn_bone_cell_35(X) = fn_plasma_membrane_55(fn_bone_cell_45(X))
& fn_bone_cell_35(X) = fn_integrin_8(fn_bone_cell_39(X))
& fn_bone_cell_22(X) = fn_chromosome_6(fn_bone_cell_28(X))
& fn_bone_cell_33(X) = fn_chromosome_4(fn_bone_cell_28(X))
& fn_bone_cell_24(X) = fn_chromosome_8(fn_bone_cell_28(X))
& fn_bone_cell_20(X) = fn_chromosome_3(fn_bone_cell_28(X))
& fn_bone_cell_28(X) = fn_telomere_3(fn_bone_cell_21(X))
& fn_bone_cell_23(X) = fn_telomere_1(fn_bone_cell_21(X))
& fn_bone_cell_16(X) = fn_eukaryotic_cell_46(X)
& fn_bone_cell_36(X) = fn_plasma_membrane_3(fn_bone_cell_45(X))
& fn_bone_cell_38(X) = fn_integrin_7(fn_bone_cell_39(X))
& fn_bone_cell_36(X) = fn_plasma_membrane_68(fn_bone_cell_45(X))
& fn_bone_cell_36(X) = fn_animal_plasma_membrane_53(fn_bone_cell_45(X))
& fn_bone_cell_36(X) = fn_animal_plasma_membrane_47(fn_bone_cell_45(X))
& fn_bone_cell_36(X) = fn_plasma_membrane_55(fn_bone_cell_45(X))
& fn_bone_cell_36(X) = fn_animal_plasma_membrane_62(fn_bone_cell_45(X))
& fn_bone_cell_36(X) = fn_integrin_8(fn_bone_cell_39(X))
& fn_bone_cell_35(X) = fn_animal_plasma_membrane_62(fn_bone_cell_45(X))
& fn_bone_cell_36(X) = fn_fibronectin_45(fn_bone_cell_38(X))
& fn_bone_cell_37(X) = fn_fibronectin_47(fn_bone_cell_38(X))
& fn_bone_cell_45(X) = fn_fibronectin_53(fn_bone_cell_38(X))
& fn_bone_cell_35(X) = fn_fibronectin_45(fn_bone_cell_38(X))
& fn_bone_cell_33(X) = fn_animal_cell_88(X)
& fn_bone_cell_7(X) = fn_animal_cell_90(X)
& fn_bone_cell_6(X) = fn_animal_cell_49(X)
& fn_bone_cell_5(X) = fn_animal_cell_50(X)
& fn_bone_cell_46(X) = fn_eukaryotic_cell_31(X)
& fn_bone_cell_12(X) = fn_animal_cell_56(X)
& fn_bone_cell_11(X) = fn_animal_cell_57(X)
& fn_bone_cell_10(X) = fn_animal_cell_13(X)
& fn_bone_cell_9(X) = fn_animal_cell_1(X)
& fn_bone_cell_43(X) = fn_animal_cell_81(X)
& fn_bone_cell_8(X) = fn_animal_cell_55(X)
& fn_bone_cell_19(X) = fn_animal_cell_83(X)
& fn_bone_cell_28(X) = fn_animal_cell_52(X)
& fn_bone_cell_35(X) = fn_plasma_membrane_68(fn_bone_cell_45(X))
& fn_bone_cell_35(X) = fn_integrin_9(fn_bone_cell_39(X))
& fn_bone_cell_35(X) = fn_animal_cell_75(X)
& fn_bone_cell_39(X) = fn_plasma_membrane_54(fn_bone_cell_45(X))
& fn_bone_cell_39(X) = fn_integrin_9(fn_bone_cell_39(X))
& fn_bone_cell_39(X) = fn_animal_cell_80(X)
& fn_bone_cell_14(X) = fn_animal_cell_76(X)
& fn_bone_cell_37(X) = fn_biomembrane_63(fn_bone_cell_45(X))
& fn_bone_cell_37(X) = fn_plasma_membrane_71(fn_bone_cell_45(X))
& fn_bone_cell_37(X) = fn_animal_plasma_membrane_54(fn_bone_cell_45(X))
& fn_bone_cell_45(X) = fn_integral_protein_24(fn_bone_cell_38(X))
& fn_bone_cell_37(X) = fn_integral_protein_27(fn_bone_cell_38(X))
& fn_bone_cell_37(X) = fn_integrin_29(fn_bone_cell_39(X))
& fn_bone_cell_37(X) = fn_animal_cell_58(X)
& fn_bone_cell_18(X) = fn_animal_cell_84(X)
& fn_bone_cell_40(X) = fn_animal_cell_75(X)
& fn_bone_cell_31(X) = fn_animal_cell_74(X)
& fn_bone_cell_25(X) = fn_animal_cell_64(X)
& fn_bone_cell_26(X) = fn_animal_cell_63(X)
& fn_bone_cell_13(X) = fn_animal_cell_61(X)
& fn_bone_cell_29(X) = fn_animal_cell_53(X)
& fn_bone_cell_44(X) = fn_animal_cell_54(X)
& fn_bone_cell_47(X) = fn_animal_cell_82(X)
& fn_bone_cell_17(X) = fn_eukaryotic_cell_48(X)
& fn_bone_cell_17(X) = fn_animal_cell_85(X)
& X = fn_animal_plasma_membrane_56(fn_bone_cell_45(X))
& X = fn_integrin_6(fn_bone_cell_39(X))
& fn_bone_cell_45(X) = fn_integrin_30(fn_bone_cell_39(X))
& fn_bone_cell_45(X) = fn_eukaryotic_cell_29(X)
& fn_bone_cell_3(X) = fn_animal_cell_45(X)
& fn_bone_cell_4(X) = fn_animal_cell_22(X)
& fn_bone_cell_45(X) = fn_animal_cell_73(X)
& fn_bone_cell_50(X) = fn_animal_cell_59(X)
& fn_bone_cell_51(X) = fn_animal_cell_21(X)
& fn_bone_cell_27(X) = fn_animal_cell_51(X)
& fn_bone_cell_32(X) = fn_animal_cell_62(X)
& fn_bone_cell_30(X) = fn_animal_cell_78(X)
& fn_bone_cell_46(X) = fn_animal_cell_79(X)
& fn_bone_cell_7(X) = fn_mitochondrion_160(fn_bone_cell_50(X))
& fn_bone_cell_54(X) = fn_mitochondrion_159(fn_bone_cell_50(X))
& fn_bone_cell_52(X) = fn_mitochondrion_52(fn_bone_cell_50(X))
& X = fn_mitochondrion_51(fn_bone_cell_50(X))
& fn_bone_cell_53(X) = fn_mitochondrion_55(fn_bone_cell_50(X))
& fn_biomembrane_47(fn_bone_cell_45(X)) = fn_animal_plasma_membrane_5(fn_bone_cell_45(X))
& fn_animal_plasma_membrane_5(fn_bone_cell_45(X)) = fn_smooth_endoplasmic_reticulum_23(fn_bone_cell_44(X))
& fn_smooth_endoplasmic_reticulum_23(fn_bone_cell_44(X)) = fn_smooth_endoplasmic_reticulum_7(fn_bone_cell_44(X))
& fn_smooth_endoplasmic_reticulum_7(fn_bone_cell_44(X)) = fn_smooth_endoplasmic_reticulum_7(fn_bone_cell_44(X))
& fn_smooth_endoplasmic_reticulum_7(fn_bone_cell_44(X)) = fn_smooth_endoplasmic_reticulum_49(fn_bone_cell_44(X))
& fn_smooth_endoplasmic_reticulum_49(fn_bone_cell_44(X)) = fn_smooth_endoplasmic_reticulum_49(fn_bone_cell_44(X))
& fn_smooth_endoplasmic_reticulum_49(fn_bone_cell_44(X)) = fn_smooth_endoplasmic_reticulum_48(fn_bone_cell_44(X))
& fn_endoplasmic_reticulum_23(fn_bone_cell_44(X)) = fn_smooth_endoplasmic_reticulum_48(fn_bone_cell_44(X))
& fn_smooth_endoplasmic_reticulum_48(fn_bone_cell_44(X)) = fn_endoplasmic_reticulum_23(fn_bone_cell_44(X))
& fn_endoplasmic_reticulum_23(fn_bone_cell_44(X)) = fn_endoplasmic_reticulum_23(fn_bone_cell_44(X))
& fn_endoplasmic_reticulum_23(fn_bone_cell_44(X)) = fn_plasma_membrane_3(fn_bone_cell_45(X))
& fn_plasma_membrane_3(fn_bone_cell_45(X)) = fn_plasma_membrane_68(fn_bone_cell_45(X))
& fn_animal_plasma_membrane_47(fn_bone_cell_45(X)) = fn_plasma_membrane_68(fn_bone_cell_45(X))
& fn_plasma_membrane_68(fn_bone_cell_45(X)) = fn_plasma_membrane_68(fn_bone_cell_45(X))
& fn_plasma_membrane_68(fn_bone_cell_45(X)) = fn_animal_plasma_membrane_47(fn_bone_cell_45(X))
& fn_plasma_membrane_55(fn_bone_cell_45(X)) = fn_animal_plasma_membrane_47(fn_bone_cell_45(X))
& fn_animal_plasma_membrane_47(fn_bone_cell_45(X)) = fn_plasma_membrane_55(fn_bone_cell_45(X))
& fn_plasma_membrane_55(fn_bone_cell_45(X)) = fn_plasma_membrane_55(fn_bone_cell_45(X))
& fn_animal_plasma_membrane_62(fn_bone_cell_45(X)) = fn_animal_plasma_membrane_62(fn_bone_cell_45(X))
& fn_animal_plasma_membrane_53(fn_bone_cell_45(X)) = fn_animal_plasma_membrane_62(fn_bone_cell_45(X))
& fn_animal_plasma_membrane_62(fn_bone_cell_45(X)) = fn_animal_plasma_membrane_53(fn_bone_cell_45(X))
& fn_integrin_8(fn_bone_cell_39(X)) = fn_animal_plasma_membrane_53(fn_bone_cell_45(X))
& fn_animal_plasma_membrane_53(fn_bone_cell_45(X)) = fn_integrin_8(fn_bone_cell_39(X))
& fn_fibronectin_45(fn_bone_cell_38(X)) = fn_chromosome_4(fn_bone_cell_28(X))
& fn_chromosome_4(fn_bone_cell_28(X)) = fn_animal_cell_88(X)
& fn_animal_cell_88(X) = fn_telomere_3(fn_bone_cell_21(X))
& fn_telomere_3(fn_bone_cell_21(X)) = fn_telomere_3(fn_bone_cell_21(X))
& fn_telomere_3(fn_bone_cell_21(X)) = fn_animal_cell_52(X)
& fn_animal_cell_52(X) = fn_animal_cell_52(X)
& fn_animal_cell_52(X) = fn_animal_plasma_membrane_62(fn_bone_cell_45(X))
& fn_animal_plasma_membrane_62(fn_bone_cell_45(X)) = fn_plasma_membrane_68(fn_bone_cell_45(X))
& fn_plasma_membrane_68(fn_bone_cell_45(X)) = fn_animal_plasma_membrane_62(fn_bone_cell_45(X))
& fn_animal_plasma_membrane_62(fn_bone_cell_45(X)) = fn_plasma_membrane_55(fn_bone_cell_45(X))
& fn_plasma_membrane_55(fn_bone_cell_45(X)) = fn_animal_plasma_membrane_62(fn_bone_cell_45(X))
& fn_animal_plasma_membrane_62(fn_bone_cell_45(X)) = fn_integrin_9(fn_bone_cell_39(X))
& fn_integrin_9(fn_bone_cell_39(X)) = fn_plasma_membrane_55(fn_bone_cell_45(X))
& fn_plasma_membrane_55(fn_bone_cell_45(X)) = fn_integrin_9(fn_bone_cell_39(X))
& fn_integrin_8(fn_bone_cell_39(X)) = fn_integrin_9(fn_bone_cell_39(X))
& fn_integrin_9(fn_bone_cell_39(X)) = fn_integrin_8(fn_bone_cell_39(X))
& fn_integrin_8(fn_bone_cell_39(X)) = fn_fibronectin_45(fn_bone_cell_38(X))
& fn_fibronectin_45(fn_bone_cell_38(X)) = fn_fibronectin_45(fn_bone_cell_38(X))
& fn_fibronectin_45(fn_bone_cell_38(X)) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_integrin_9(fn_bone_cell_39(X))
& fn_integrin_9(fn_bone_cell_39(X)) = fn_plasma_membrane_54(fn_bone_cell_45(X))
& fn_plasma_membrane_54(fn_bone_cell_45(X)) = fn_plasma_membrane_54(fn_bone_cell_45(X))
& fn_plasma_membrane_54(fn_bone_cell_45(X)) = fn_integrin_9(fn_bone_cell_39(X))
& fn_integrin_9(fn_bone_cell_39(X)) = fn_integrin_9(fn_bone_cell_39(X))
& fn_animal_cell_80(X) = fn_animal_cell_80(X)
& fn_animal_cell_80(X) = fn_integrin_9(fn_bone_cell_39(X))
& fn_integrin_9(fn_bone_cell_39(X)) = fn_animal_cell_80(X)
& fn_animal_cell_80(X) = fn_plasma_membrane_71(fn_bone_cell_45(X))
& fn_plasma_membrane_71(fn_bone_cell_45(X)) = fn_biomembrane_63(fn_bone_cell_45(X))
& fn_biomembrane_63(fn_bone_cell_45(X)) = fn_plasma_membrane_71(fn_bone_cell_45(X))
& fn_animal_plasma_membrane_54(fn_bone_cell_45(X)) = fn_plasma_membrane_71(fn_bone_cell_45(X))
& fn_plasma_membrane_71(fn_bone_cell_45(X)) = fn_plasma_membrane_71(fn_bone_cell_45(X))
& fn_plasma_membrane_71(fn_bone_cell_45(X)) = fn_animal_plasma_membrane_54(fn_bone_cell_45(X))
& fn_animal_plasma_membrane_54(fn_bone_cell_45(X)) = fn_animal_plasma_membrane_54(fn_bone_cell_45(X))
& fn_animal_plasma_membrane_54(fn_bone_cell_45(X)) = fn_integral_protein_27(fn_bone_cell_38(X))
& fn_integrin_29(fn_bone_cell_39(X)) = fn_integral_protein_27(fn_bone_cell_38(X))
& fn_integral_protein_27(fn_bone_cell_38(X)) = fn_integrin_29(fn_bone_cell_39(X))
& fn_integrin_29(fn_bone_cell_39(X)) = fn_integrin_29(fn_bone_cell_39(X))
& fn_fibronectin_47(fn_bone_cell_38(X)) = fn_integrin_29(fn_bone_cell_39(X))
& fn_integrin_29(fn_bone_cell_39(X)) = fn_fibronectin_47(fn_bone_cell_38(X))
& fn_fibronectin_47(fn_bone_cell_38(X)) = fn_fibronectin_47(fn_bone_cell_38(X))
& fn_fibronectin_47(fn_bone_cell_38(X)) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_animal_plasma_membrane_47(fn_bone_cell_45(X))
& fn_animal_plasma_membrane_53(fn_bone_cell_45(X)) = fn_animal_plasma_membrane_53(fn_bone_cell_45(X))
& fn_animal_plasma_membrane_47(fn_bone_cell_45(X)) = fn_animal_plasma_membrane_53(fn_bone_cell_45(X))
& fn_animal_plasma_membrane_53(fn_bone_cell_45(X)) = fn_animal_plasma_membrane_47(fn_bone_cell_45(X))
& fn_animal_plasma_membrane_47(fn_bone_cell_45(X)) = fn_animal_plasma_membrane_47(fn_bone_cell_45(X))
& fn_animal_plasma_membrane_47(fn_bone_cell_45(X)) = fn_integrin_8(fn_bone_cell_39(X))
& fn_integrin_8(fn_bone_cell_39(X)) = fn_integrin_8(fn_bone_cell_39(X))
& fn_integrin_8(fn_bone_cell_39(X)) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_cell_85(X)
& fn_animal_cell_85(X) = fn_eukaryotic_cell_48(X)
& fn_eukaryotic_cell_48(X) = fn_animal_cell_85(X)
& fn_animal_cell_85(X) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_integral_protein_24(fn_bone_cell_38(X))
& fn_integral_protein_24(fn_bone_cell_38(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_eukaryotic_cell_29(X)
& fn_integrin_30(fn_bone_cell_39(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_integrin_30(fn_bone_cell_39(X))
& fn_fibronectin_53(fn_bone_cell_38(X)) = fn_integrin_30(fn_bone_cell_39(X))
& fn_integrin_30(fn_bone_cell_39(X)) = fn_integrin_30(fn_bone_cell_39(X))
& fn_integrin_30(fn_bone_cell_39(X)) = fn_fibronectin_53(fn_bone_cell_38(X))
& fn_fibronectin_53(fn_bone_cell_38(X)) = fn_fibronectin_53(fn_bone_cell_38(X))
& fn_fibronectin_53(fn_bone_cell_38(X)) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_animal_cell_79(X)
& fn_animal_cell_79(X) = fn_animal_cell_79(X)
& fn_animal_cell_79(X) = fn_animal_cell_90(X)
& fn_animal_cell_90(X) = fn_mitochondrion_160(fn_bone_cell_50(X))
& fn_mitochondrion_160(fn_bone_cell_50(X)) = fn_tissue_1(fn_bone_cell_41(X))
& fn_tissue_1(fn_bone_cell_41(X)) = fn_animal_plasma_membrane_56(fn_bone_cell_45(X))
& fn_animal_plasma_membrane_56(fn_bone_cell_45(X)) = fn_tissue_1(fn_bone_cell_41(X))
& fn_tissue_1(fn_bone_cell_41(X)) = fn_integrin_6(fn_bone_cell_39(X))
& fn_endoplasmic_reticulum_11(fn_bone_cell_44(X)) = fn_integrin_6(fn_bone_cell_39(X))
& fn_integrin_6(fn_bone_cell_39(X)) = fn_endoplasmic_reticulum_11(fn_bone_cell_44(X))
& fn_endoplasmic_reticulum_11(fn_bone_cell_44(X)) = fn_mitochondrion_51(fn_bone_cell_50(X))
& fn_mitochondrion_51(fn_bone_cell_50(X)) = fn_mitochondrion_51(fn_bone_cell_50(X)) ) ) ).
fof(a527944,axiom,
! [X] :
( bone_formation_1(X)
=> ( original_name_2(X,'Bone-Formation')
& user_description_2(X,'The process in which minerals such as calcium are added to tissues to form bone. Bone formation occurs during development, growth and repair of bone tissue.')
& concept2words_2(X,form)
& concept2words_2(X,'formation of bone')
& concept2words_2(X,'bone formation')
& concept2words_2(X,'bone-formation')
& animal_process_1(X)
& bone_1(fn_bone_formation_1(X))
& result_2(X,fn_bone_formation_1(X)) ) ) ).
fof(a527945,axiom,
! [X] :
( bone_marrow_1(X)
=> ( original_name_2(X,'Bone-Marrow')
& user_description_2(X,'Bone marrow is the flexible tissue found in the interior of bones. In humans, marrow in large bones produces new blood cells.')
& concept2words_2(X,'marrow of bone')
& concept2words_2(X,'bone marrow')
& concept2words_2(X,'bone-marrow')
& lymphatic_tissue_1(X) ) ) ).
fof(a527946,axiom,
! [X] :
( bony_fish_1(X)
=> ( original_name_2(X,'Bony-Fish')
& user_description_2(X,'A member of the clade Osteichthyes, fishes that have bony, rather than cartilaginous, skeletons.')
& concept2words_2(X,osteichthyan)
& concept2words_2(X,osteichthyes)
& concept2words_2(X,'bony fish')
& concept2words_2(X,'bony-fish')
& fish_1(X)
& ~ cartilaginous_fish_1(X)
& ~ lobe_fin_fish_1(X)
& ~ tetrapod_fish_1(X) ) ) ).
fof(a527947,axiom,
! [X] :
( book_lung_1(X)
=> ( original_name_2(X,'Book-Lung')
& user_description_2(X,'The respiratory structure of spiders and other terrestrial chelicerates, consisting of a stack of thin, vascularized, sheets of tissue hanging in an air-filled cavity.')
& concept2words_2(X,'lung of book')
& concept2words_2(X,'book lung')
& concept2words_2(X,'book-lung')
& respiratory_organ_1(X) ) ) ).
fof(a527948,axiom,
! [X] :
( boolean_1(X)
=> ( original_name_2(X,'Boolean')
& concept2words_2(X,boolean)
& thing_1(X) ) ) ).
fof(a527949,axiom,
! [X] :
( boom_and_bust_cycle_1(X)
=> ( original_name_2(X,'Boom-And-Bust-Cycle')
& user_description_2(X,'Regular fluctuations in population density.')
& concept2words_2(X,'boom and bust cycle')
& concept2words_2(X,'boom-and-bust-cycle')
& population_process_1(X) ) ) ).
fof(a527950,axiom,
! [X] :
( borisy_experiment_1(X)
=> ( original_name_2(X,'Borisy-Experiment')
& user_description_2(X,'Experiment conducted by G. G. Borisy and collegues which investigated the mechanisms of microtubule shortening during mitosis.')
& concept2words_2(X,'borisy experiment')
& concept2words_2(X,'borisy-experiment')
& experiment_1(X)
& gary_borisy_1(fn_borisy_experiment_1(X))
& study_1(fn_scientist_2(fn_borisy_experiment_1(X)))
& agent_2(X,fn_borisy_experiment_1(X))
& X = fn_scientist_2(fn_borisy_experiment_1(X)) ) ) ).
fof(a527951,axiom,
! [X] :
( boron_1(X)
=> ( original_name_2(X,'Boron')
& user_description_2(X,'Boron is a metalloid atom with atomic number 5. It is represented by the symbol B.')
& concept2words_2(X,'B')
& concept2words_2(X,boron)
& metalloid_atom_1(X)
& ~ indium_1(X)
& ~ antimony_1(X)
& electronegativity_value_1(fn_boron_1(X))
& valence_value_1(fn_boron_2(X))
& atomic_mass_value_1(fn_boron_3(X))
& neutron_1(fn_boron_4(X))
& atomic_nucleus_1(fn_boron_8(X))
& center_1(fn_boron_9(X))
& atomic_number_value_1(fn_boron_11(X))
& quantity_value_1(fn_boron_12(X))
& atomic_weight_value_1(fn_boron_13(X))
& valence_electron_1(fn_boron_14(X))
& electron_1(fn_boron_15(X))
& proton_1(fn_boron_16(X))
& property_node_1(fn_atomic_nucleus_5(fn_boron_8(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_boron_8(X)))
& proton_1(fn_atomic_nucleus_9(fn_boron_8(X)))
& center_1(fn_atomic_nucleus_3(fn_boron_8(X)))
& electron_1(fn_atomic_nucleus_8(fn_boron_8(X)))
& atom_1(fn_atomic_nucleus_4(fn_boron_8(X)))
& is_inside_2(fn_boron_4(X),fn_boron_8(X))
& the_cardinal_value_2(fn_boron_13(X),"10.81")
& cardinal_unit_class_2(fn_boron_13(X),dalton_0)
& the_cardinal_value_2(fn_boron_3(X),"11")
& cardinal_unit_class_2(fn_boron_3(X),unity_0)
& the_cardinal_value_2(fn_boron_2(X),"3")
& cardinal_unit_class_2(fn_boron_2(X),unity_0)
& the_cardinal_value_2(fn_boron_1(X),"2.04")
& cardinal_unit_class_2(fn_boron_1(X),unity_0)
& the_cardinal_value_2(fn_boron_12(X),"3")
& cardinal_unit_class_2(fn_boron_12(X),unity_0)
& electronegativity_2(X,fn_boron_1(X))
& valence_2(X,fn_boron_2(X))
& mass_number_2(X,fn_boron_3(X))
& exactCardinality(X,has_part_0,"6",neutron_0)
& exactCardinality(X,has_part_0,"5",proton_0)
& exactCardinality(X,has_part_0,"5",electron_0)
& has_part_2(X,fn_boron_4(X))
& the_cardinal_value_2(fn_boron_11(X),"5")
& cardinal_unit_class_2(fn_boron_11(X),unity_0)
& called_2(fn_boron_11(X),'AtomicNumber')
& atomic_weight_2(X,fn_boron_13(X))
& has_part_2(X,fn_boron_14(X))
& quantity_2(fn_boron_14(X),fn_boron_12(X))
& has_region_2(X,fn_boron_8(X))
& is_inside_2(fn_boron_16(X),fn_boron_8(X))
& has_part_2(X,fn_boron_15(X))
& atomic_number_2(X,fn_boron_11(X))
& is_at_2(fn_boron_8(X),fn_boron_9(X))
& has_region_2(X,fn_boron_9(X))
& has_part_2(X,fn_boron_16(X))
& is_near_2(fn_boron_15(X),fn_boron_8(X))
& is_near_2(fn_boron_8(X),fn_boron_15(X))
& fn_boron_17(X) = fn_atom_13(X)
& fn_boron_13(X) = fn_atom_16(X)
& fn_boron_18(X) = fn_atom_1(X)
& fn_boron_12(X) = fn_atom_5(X)
& fn_boron_14(X) = fn_atom_14(X)
& fn_boron_10(X) = fn_atomic_nucleus_5(fn_boron_8(X))
& fn_boron_11(X) = fn_atomic_nucleus_1(fn_boron_8(X))
& fn_boron_16(X) = fn_atomic_nucleus_9(fn_boron_8(X))
& X = fn_atomic_nucleus_4(fn_boron_8(X))
& fn_boron_9(X) = fn_atomic_nucleus_3(fn_boron_8(X))
& fn_boron_15(X) = fn_atomic_nucleus_8(fn_boron_8(X))
& fn_atomic_nucleus_4(fn_boron_8(X)) = fn_atomic_nucleus_4(fn_boron_8(X)) ) ) ).
fof(a527952,axiom,
! [X] :
( botanist_1(X)
=> ( original_name_2(X,'Botanist')
& user_description_2(X,'Scientist that does botany or studies plants.')
& concept2words_2(X,botanist)
& biologist_1(X) ) ) ).
fof(a527953,axiom,
! [X] :
( botany_1(X)
=> ( original_name_2(X,'Botany')
& user_description_2(X,'Field of biology that involves study of plants.')
& concept2words_2(X,botanize)
& concept2words_2(X,botany)
& biology_1(X) ) ) ).
fof(a527954,axiom,
! [X] :
( bottleneck_effect_1(X)
=> ( original_name_2(X,'Bottleneck-Effect')
& user_description_2(X,'A type of genetic drift that occurs when population size decreases drastically due to natural events or human actions. After a bottleneck event the remaining few organisms do not represent the genetic make-up of the original population.')
& concept2words_2(X,'effect of bottleneck')
& concept2words_2(X,'bottleneck effect')
& concept2words_2(X,'bottleneck-effect')
& genetic_drift_1(X)
& ~ adaptation_1(X)
& ~ adaptive_radiation_1(X)
& ~ allopatric_speciation_1(X)
& ~ cephalization_1(X)
& ~ character_displacement_1(X)
& ~ cladogenesis_1(X)
& ~ convergent_evolution_1(X)
& ~ endosymbiosis_1(X)
& ~ gene_flow_1(X)
& ~ heterochrony_1(X)
& ~ homology_1(X)
& ~ mechanical_isolation_1(X)
& ~ mimicry_1(X)
& ~ natural_selection_1(X)
& ~ paedomorphosis_1(X)
& ~ punctuated_equilibria_1(X)
& ~ reproductive_isolation_1(X)
& ~ selection_force_1(X)
& ~ speciation_1(X) ) ) ).
fof(a527955,axiom,
! [X] :
( bound_ribosome_1(X)
=> ( original_name_2(X,'Bound-Ribosome')
& user_description_2(X,'Bound ribosome is the ribosome attached to Rough endoplasmic reticulum. Bound ribosome is structurally similar to free ribosome and can also serve as free ribosome by getting detached from Rough Endoplasmic Reticulum')
& concept2words_2(X,'ribosome of bound')
& concept2words_2(X,'bound ribosome')
& concept2words_2(X,'bound-ribosome')
& eukaryotic_ribosome_1(X)
& ~ free_ribosome_1(X)
& outside_face_1(fn_bound_ribosome_1(X))
& surface_1(fn_bound_ribosome_2(X))
& outside_face_1(fn_bound_ribosome_2(X))
& tangible_entity_1(fn_bound_ribosome_3(X))
& biomembrane_1(fn_bound_ribosome_3(X))
& er_membrane_1(fn_bound_ribosome_3(X))
& rough_endoplasmic_reticulum_1(fn_bound_ribosome_4(X))
& endoplasmic_reticulum_1(fn_er_membrane_28(fn_bound_ribosome_3(X)))
& tangible_entity_1(fn_endoplasmic_reticulum_30(fn_bound_ribosome_4(X)))
& er_membrane_1(fn_endoplasmic_reticulum_30(fn_bound_ribosome_4(X)))
& biomembrane_1(fn_endoplasmic_reticulum_30(fn_bound_ribosome_4(X)))
& outside_face_1(fn_biomembrane_41(fn_bound_ribosome_3(X)))
& surface_1(fn_er_membrane_13(fn_bound_ribosome_3(X)))
& outside_face_1(fn_er_membrane_13(fn_bound_ribosome_3(X)))
& is_at_2(X,fn_bound_ribosome_1(X))
& is_outside_2(fn_bound_ribosome_2(X),fn_bound_ribosome_3(X))
& has_part_2(fn_bound_ribosome_4(X),X)
& has_part_2(fn_bound_ribosome_4(X),fn_bound_ribosome_3(X))
& has_region_2(fn_bound_ribosome_3(X),fn_bound_ribosome_2(X))
& fn_bound_ribosome_4(X) = fn_er_membrane_28(fn_bound_ribosome_3(X))
& fn_bound_ribosome_3(X) = fn_endoplasmic_reticulum_30(fn_bound_ribosome_4(X))
& fn_bound_ribosome_2(X) = fn_biomembrane_41(fn_bound_ribosome_3(X))
& fn_bound_ribosome_2(X) = fn_er_membrane_13(fn_bound_ribosome_3(X))
& fn_biomembrane_41(fn_bound_ribosome_3(X)) = fn_er_membrane_13(fn_bound_ribosome_3(X)) ) ) ).
fof(a527956,axiom,
! [X] :
( bowmans_capsule_1(X)
=> ( original_name_2(X,'Bowmans-Capsule')
& user_description_2(X,'An expanded, cup-shaped receptacle at the end of the nephron in a kidney, that surrounds the glomerulus and is the site where filtrate enters the nephron from the blood.')
& concept2words_2(X,'bowmans capsule')
& concept2words_2(X,'bowmans-capsule')
& mixed_epithelial_tissue_1(X)
& ~ proximal_tubule_1(X)
& ~ islets_of_langerhans_1(X)
& ~ endometrium_1(X)
& ~ corpus_luteum_1(X)
& ~ collecting_duct_1(X)
& ~ bronchus_1(X)
& ~ alveolus_1(X)
& ~ bronchiole_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ epithelium_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ lacteal_1(X)
& ~ prepuce_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a527957,axiom,
! [X] :
( brachiopod_1(X)
=> ( original_name_2(X,'Brachiopod')
& user_description_2(X,'A bivalved marine lophophorate. Its valves are dorsal and ventral, as opposed to the left and right valves of a bivalved mollusc.')
& concept2words_2(X,brachiopod)
& lophotrochozoan_1(X)
& ~ ectoproct_1(X) ) ) ).
fof(a527958,axiom,
! [X] :
( brain_1(X)
=> ( original_name_2(X,'Brain')
& user_description_2(X,'One of two major organs of the central nervous system, the other being the spinal cord. The brain receives information from the rest of the body, interprets and integrates the information, and controls the body\'s responses to the environment.')
& concept2words_2(X,brain)
& nervous_organ_1(X)
& stem_cell_1(fn_brain_1(X))
& nerve_cell_1(fn_brain_2(X))
& tissue_1(fn_brain_3(X))
& eukaryotic_cell_1(fn_tissue_1(fn_brain_3(X)))
& has_part_2(X,fn_brain_1(X))
& has_part_2(X,fn_brain_3(X))
& has_part_2(fn_brain_3(X),fn_brain_2(X))
& fn_brain_3(X) = fn_organ_1(X)
& fn_brain_2(X) = fn_tissue_1(fn_brain_3(X)) ) ) ).
fof(a527959,axiom,
! [X] :
( brain_region_1(X)
=> ( original_name_2(X,'Brain-Region')
& user_description_2(X,'A region or structure in the vertebrate brain.')
& concept2words_2(X,'region of brain')
& concept2words_2(X,'brain region')
& concept2words_2(X,'brain-region')
& nervous_tissue_1(X)
& ~ ganglion_1(X)
& ~ gray_matter_1(X)
& ~ nerve_circuit_1(X)
& ~ neural_crest_1(X)
& ~ neuromast_1(X)
& ~ notochord_1(X)
& ~ ommatidium_1(X)
& ~ optic_nerve_1(X)
& ~ retina_1(X)
& ~ white_matter_1(X) ) ) ).
fof(a527960,axiom,
! [X] :
( brainstem_1(X)
=> ( original_name_2(X,'Brainstem')
& user_description_2(X,'Region of the brain that connects the cerebrum to the spinal cord. It consists of the midbrain, pons, and medulla oblongata. The brainstem controls the life-support activities such as breathing and homeostasis, as well as coordination of movement and conduction of impulses from the spinal cord to higher brain centers.')
& concept2words_2(X,brainstem)
& brain_region_1(X)
& ~ primary_visual_cortex_1(X)
& ~ amygdala_1(X)
& ~ basal_nuclei_1(X)
& ~ cerebellum_1(X)
& ~ cerebral_cortex_1(X)
& ~ cerebrum_1(X)
& ~ corpus_callosum_1(X)
& ~ forebrain_1(X)
& ~ hindbrain_1(X)
& ~ hypothalamus_1(X)
& ~ midbrain_1(X)
& ~ posterior_pituitary_1(X)
& ~ primary_motor_cortex_1(X)
& ~ primary_somatosensory_cortex_1(X)
& ~ suprachiasmatic_nucleus_1(X)
& ~ thalamus_1(X)
& ~ lateral_geniculate_1(X) ) ) ).
fof(a527961,axiom,
! [X] :
( branch_point_1(X)
=> ( original_name_2(X,'Branch-Point')
& user_description_2(X,'The part of a phylogenetic tree that represents where an ancestor gives rise to two or more descendent taxa. In most cases a branch point is shown as a dichotomy, with two descendant taxa diverging at the branch point.')
& concept2words_2(X,dichotomy)
& concept2words_2(X,inquire)
& concept2words_2(X,'point of branch')
& concept2words_2(X,'branch point')
& concept2words_2(X,'branch-point')
& phylogeny_1(X)
& ~ binomial_nomenclature_1(X)
& ~ cladistics_1(X)
& ~ deep_green_1(X)
& ~ molecular_systematics_1(X)
& ~ paraphyletic_1(X)
& ~ phylocode_1(X)
& ~ phylogenetic_bracketing_1(X)
& ~ taxonomy_1(X) ) ) ).
fof(a527962,axiom,
! [X] :
( brassinosteroid_1(X)
=> ( original_name_2(X,'Brassinosteroid')
& user_description_2(X,'A type of plant steroid hormone, involved in a variety of plant processes including cell expansion and cell elongation, differentiation of vascular tissues, and pollen tube formation.')
& concept2words_2(X,brassinosteroid)
& steroid_hormone_1(X)
& ~ aldosterone_1(X)
& ~ corticosteroid_1(X)
& ~ ecdysone_1(X)
& ~ estradiol_1(X)
& ~ progesterone_1(X)
& ~ testosterone_1(X) ) ) ).
fof(a527963,axiom,
! [X] :
( breach_1(X)
=> ( original_name_2(X,'Breach')
& concept2words_2(X,breach)
& concept2words_2(X,gap)
& break_1(X)
& spatial_entity_1(fn_breach_1(X))
& portal_1(fn_breach_2(X))
& spatial_entity_1(fn_conduit_1(fn_breach_2(X)))
& in_event_2(fn_breach_2(X),X)
& result_2(X,fn_breach_1(X))
& plays_2(fn_breach_1(X),fn_breach_2(X))
& fn_breach_1(X) = fn_conduit_1(fn_breach_2(X)) ) ) ).
fof(a527964,axiom,
! [X] :
( bread_mold_1(X)
=> ( original_name_2(X,'Bread-Mold')
& user_description_2(X,'Neurospora crassa, a species of mold of the phylum Ascomyceta.')
& concept2words_2(X,'mold of bread')
& concept2words_2(X,'bread mold')
& concept2words_2(X,'bread-mold')
& zygomycete_1(X)
& ~ black_bread_mold_1(X) ) ) ).
fof(a527965,axiom,
! [X] :
( break_1(X)
=> ( original_name_2(X,'Break')
& concept2words_2(X,break)
& concept2words_2(X,'break down')
& concept2words_2(X,break_down)
& concept2words_2(X,'conk out')
& concept2words_2(X,conk_out)
& concept2words_2(X,die)
& concept2words_2(X,fail)
& concept2words_2(X,'give out')
& concept2words_2(X,give_out)
& concept2words_2(X,'give way')
& concept2words_2(X,give_way)
& concept2words_2(X,go)
& concept2words_2(X,'break apart')
& damage_1(X) ) ) ).
fof(a527966,axiom,
! [X] :
( break_contact_1(X)
=> ( original_name_2(X,'Break-Contact')
& concept2words_2(X,'let go')
& concept2words_2(X,let_go)
& concept2words_2(X,unwind)
& concept2words_2(X,'break contact between')
& concept2words_2(X,'contact of break')
& concept2words_2(X,'break contact')
& concept2words_2(X,'break-contact')
& action_1(X)
& spatial_entity_1(fn_break_contact_1(X))
& spatial_entity_1(fn_break_contact_2(X))
& base_2(X,fn_break_contact_2(X))
& object_2(X,fn_break_contact_1(X)) ) ) ).
fof(a527967,axiom,
! [X] :
( breakability_constant_1(X)
=> ( original_name_2(X,'Breakability-Constant')
& concept2words_2(X,'constant of breakability')
& concept2words_2(X,'breakability constant')
& concept2words_2(X,'breakability-constant')
& constant_1(X) ) ) ).
fof(a527968,axiom,
! [X] :
( breakability_scale_1(X)
=> ( original_name_2(X,'Breakability-Scale')
& concept2words_2(X,'scale of breakability')
& concept2words_2(X,'breakability scale')
& concept2words_2(X,'breakability-scale')
& scale_1(X) ) ) ).
fof(a527969,axiom,
! [X] :
( breakability_value_1(X)
=> ( original_name_2(X,'Breakability-Value')
& description_2(X,'the breakability of an Entity')
& concept2words_2(X,fragility)
& concept2words_2(X,breakability)
& concept2words_2(X,'value of breakability')
& concept2words_2(X,'breakability value')
& concept2words_2(X,'breakability-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a527970,axiom,
! [X] :
( breakfast_1(X)
=> ( original_name_2(X,'Breakfast')
& concept2words_2(X,breakfast)
& meal_1(X)
& ~ supper_1(X)
& ~ lunch_1(X)
& ~ dinner_1(X)
& ~ brunch_1(X) ) ) ).
fof(a527971,axiom,
! [X] :
( breast_cancer_1(X)
=> ( original_name_2(X,'Breast-Cancer')
& user_description_2(X,'A form of cancer that begins in mammary tissue and may spread to other parts of the body.')
& concept2words_2(X,'cancer of breast')
& concept2words_2(X,'breast cancer')
& concept2words_2(X,'breast-cancer')
& cancer_1(X)
& ~ burkitts_lymphoma_1(X)
& ~ cml_1(X)
& ~ leukemia_1(X)
& ~ prostate_cancer_1(X) ) ) ).
fof(a527972,axiom,
! [X] :
( breathing_1(X)
=> ( original_name_2(X,'Breathing')
& user_description_2(X,'The process that brings air into and out of the lungs.')
& concept2words_2(X,breathe)
& concept2words_2(X,breathing)
& gas_exchange_1(X) ) ) ).
fof(a527973,axiom,
! [X] :
( breathing_control_center_1(X)
=> ( original_name_2(X,'Breathing-Control-Center')
& user_description_2(X,'The pons and medulla oblongata, areas in the brain that control the organs involved in breathing.')
& concept2words_2(X,'breathing control center')
& concept2words_2(X,'breathing-control-center')
& brainstem_1(X)
& ~ reticular_formation_1(X)
& ~ primary_visual_cortex_1(X)
& ~ amygdala_1(X)
& ~ cerebrum_1(X)
& ~ corpus_callosum_1(X)
& ~ forebrain_1(X)
& ~ cerebellum_1(X)
& ~ cerebral_cortex_1(X) ) ) ).
fof(a527974,axiom,
! [X] :
( bridge_1(X)
=> ( original_name_2(X,'Bridge')
& description_2(X,'an architectural structure that acts as conduit over a barrier')
& concept2words_2(X,bridge)
& concept2words_2(X,span)
& architectural_structure_1(X)
& ~ wall_1(X)
& ~ room_1(X)
& ~ roof_1(X)
& ~ platform_1(X)
& ~ parkinglot_1(X)
& ~ door_1(X)
& ~ ceiling_1(X)
& ~ building_1(X)
& ~ building_complex_1(X)
& ~ electrical_power_plant_1(X)
& ~ factory_1(X)
& ~ laboratory_1(X)
& barrier_1(fn_bridge_1(X))
& spatial_entity_1(fn_bridge_2(X))
& conduit_1(fn_bridge_3(X))
& spatial_entity_1(fn_conduit_1(fn_bridge_3(X)))
& plays_2(fn_bridge_2(X),fn_bridge_1(X))
& is_over_2(X,fn_bridge_2(X))
& plays_2(X,fn_bridge_3(X))
& X = fn_conduit_1(fn_bridge_3(X)) ) ) ).
fof(a527975,axiom,
! [X] :
( brighten_1(X)
=> ( original_name_2(X,'Brighten')
& concept2words_2(X,brighten)
& concept2words_2(X,'lighten up')
& concept2words_2(X,lighten_up)
& concept2words_2(X,lighten)
& increase_1(X)
& ~ wet_1(X)
& ~ heat_1(X)
& ~ expand_1(X)
& ~ condense_1(X)
& ~ cell_elongation_1(X)
& ~ increase_in_cell_size_1(X)
& ~ increase_of_activation_energy_1(X)
& tangible_entity_1(fn_brighten_1(X))
& brightness_value_1(fn_brighten_4(X))
& brightness_value_1(fn_brighten_5(X))
& base_2(X,fn_brighten_1(X))
& to_value_2(X,fn_brighten_5(X))
& from_value_2(X,fn_brighten_4(X))
& greater_than_2(fn_brighten_5(X),fn_brighten_4(X))
& fn_brighten_3(X) = fn_increase_2(X)
& fn_brighten_2(X) = fn_increase_1(X)
& fn_brighten_5(X) = fn_increase_4(X)
& fn_brighten_4(X) = fn_increase_3(X) ) ) ).
fof(a527976,axiom,
! [X] :
( brightfield_microscope_1(X)
=> ( original_name_2(X,'Brightfield-Microscope')
& user_description_2(X,'A type of light microscope that illuminates the entire field, so specimens must be stained.')
& concept2words_2(X,'brightfield microscope')
& concept2words_2(X,'brightfield-microscope')
& light_microscope_1(X)
& ~ phase_contrast_microscope_1(X) ) ) ).
fof(a527977,axiom,
! [X] :
( brightness_constant_1(X)
=> ( original_name_2(X,'Brightness-Constant')
& concept2words_2(X,'constant of brightness')
& concept2words_2(X,'brightness constant')
& concept2words_2(X,'brightness-constant')
& constant_1(X) ) ) ).
fof(a527978,axiom,
! [X] :
( brightness_scale_1(X)
=> ( original_name_2(X,'Brightness-Scale')
& concept2words_2(X,'scale of brightness')
& concept2words_2(X,'brightness scale')
& concept2words_2(X,'brightness-scale')
& scale_1(X) ) ) ).
fof(a527979,axiom,
! [X] :
( brightness_value_1(X)
=> ( original_name_2(X,'Brightness-Value')
& description_2(X,'the brightness of a Tangible-Entity')
& concept2words_2(X,'brightness level')
& concept2words_2(X,brightness)
& concept2words_2(X,luminosity)
& concept2words_2(X,luminance)
& concept2words_2(X,luminousness)
& concept2words_2(X,light)
& concept2words_2(X,'value of brightness')
& concept2words_2(X,'brightness value')
& concept2words_2(X,'brightness-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a527980,axiom,
! [X] :
( brittle_star_1(X)
=> ( original_name_2(X,'Brittle-Star')
& user_description_2(X,'Any of a group of echinoderms from the class Ophiuroidea that superficially resemble sea stars. Brittle stars get their common name from the fact that their arms autotomize readily; they also differ from the sea stars in some aspects of their water vascular system and digestive system.')
& concept2words_2(X,'star of brittle')
& concept2words_2(X,'brittle star')
& concept2words_2(X,'brittle-star')
& echinoderm_1(X)
& ~ asteroidea_1(X)
& ~ sea_cucumber_1(X)
& ~ sea_daisy_1(X)
& ~ sea_lily_1(X)
& ~ sea_star_1(X)
& ~ sea_urchin_1(X) ) ) ).
fof(a527981,axiom,
! [X] :
( bromine_1(X)
=> ( original_name_2(X,'Bromine')
& user_description_2(X,'Bromine is a non metal atom with atomic number 35. It is represented by the symbol Br.')
& concept2words_2(X,bromine)
& concept2words_2(X,'Br')
& non_metal_atom_1(X)
& neutron_1(fn_bromine_3(X))
& atomic_mass_value_1(fn_bromine_4(X))
& electronegativity_value_1(fn_bromine_5(X))
& valence_electron_1(fn_bromine_9(X))
& atomic_weight_value_1(fn_bromine_10(X))
& atomic_number_value_1(fn_bromine_11(X))
& quantity_value_1(fn_bromine_12(X))
& electronegativity_2(X,fn_bromine_5(X))
& mass_number_2(X,fn_bromine_4(X))
& exactCardinality(X,has_part_0,"45",neutron_0)
& exactCardinality(X,has_part_0,"35",proton_0)
& exactCardinality(X,has_part_0,"35",electron_0)
& has_part_2(X,fn_bromine_3(X))
& the_cardinal_value_2(fn_bromine_12(X),"7")
& cardinal_unit_class_2(fn_bromine_12(X),unity_0)
& the_cardinal_value_2(fn_bromine_5(X),"2.96")
& cardinal_unit_class_2(fn_bromine_5(X),unity_0)
& the_cardinal_value_2(fn_bromine_4(X),"80")
& cardinal_unit_class_2(fn_bromine_4(X),unity_0)
& the_cardinal_value_2(fn_bromine_11(X),"35")
& cardinal_unit_class_2(fn_bromine_11(X),unity_0)
& the_cardinal_value_2(fn_bromine_10(X),"79.9")
& cardinal_unit_class_2(fn_bromine_10(X),dalton_0)
& atomic_number_2(X,fn_bromine_11(X))
& atomic_weight_2(X,fn_bromine_10(X))
& has_part_2(X,fn_bromine_9(X))
& quantity_2(fn_bromine_9(X),fn_bromine_12(X))
& fn_bromine_7(X) = fn_atom_12(X)
& fn_bromine_11(X) = fn_atom_17(X)
& fn_bromine_8(X) = fn_atom_13(X)
& fn_bromine_10(X) = fn_atom_16(X)
& fn_bromine_6(X) = fn_atom_1(X)
& fn_bromine_12(X) = fn_atom_5(X)
& fn_bromine_9(X) = fn_atom_14(X) ) ) ).
fof(a527982,axiom,
! [X] :
( bronchiole_1(X)
=> ( original_name_2(X,'Bronchiole')
& user_description_2(X,'Small, branched air passages that transport air to the alveoli of the lungs, where gas exchange occurs.')
& concept2words_2(X,bronchiole)
& simple_squamous_epithelium_1(X)
& ~ proximal_tubule_1(X)
& ~ islets_of_langerhans_1(X)
& ~ endometrium_1(X)
& ~ corpus_luteum_1(X)
& ~ collecting_duct_1(X)
& ~ bronchus_1(X)
& ~ alveolus_1(X)
& ~ bowmans_capsule_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ lacteal_1(X)
& ~ prepuce_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a527983,axiom,
! [X] :
( bronchus_1(X)
=> ( original_name_2(X,'Bronchus')
& user_description_2(X,'One of two branches tubes that leads from the trachea into the lungs.')
& concept2words_2(X,'bronchial tubes')
& concept2words_2(X,'bronchial-tubes')
& concept2words_2(X,bronchus)
& simple_squamous_epithelium_1(X)
& ~ proximal_tubule_1(X)
& ~ islets_of_langerhans_1(X)
& ~ endometrium_1(X)
& ~ corpus_luteum_1(X)
& ~ collecting_duct_1(X)
& ~ alveolus_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ lacteal_1(X)
& ~ prepuce_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a527984,axiom,
! [X] :
( bronsted_lowry_acid_1(X)
=> ( original_name_2(X,'Bronsted-Lowry-Acid')
& user_description_2(X,'An ion or molecule that is able to donate a hydrogen ion to another ion or molecule')
& concept2words_2(X,'bronsted lowry acid')
& concept2words_2(X,'bronsted-lowry-acid')
& acid_1(X) ) ) ).
fof(a527985,axiom,
! [X] :
( bronsted_lowry_acid_compound_1(X)
=> ( original_name_2(X,'Bronsted-Lowry-Acid-Compound')
& user_description_2(X,'A chemical entity that donates H+.')
& concept2words_2(X,'bronsted lowry acid compound')
& concept2words_2(X,'bronsted-lowry-acid-compound')
& ionic_compound_1(X)
& acid_compound_1(X)
& ~ c6h5cooh_1(X)
& ~ ch2_cooh_2_1(X)
& ~ salt_1(X) ) ) ).
fof(a527986,axiom,
! [X] :
( brown_alga_1(X)
=> ( original_name_2(X,'Brown-Alga')
& user_description_2(X,'A multicellular, photosynthetic protist, typically a brownish or olive-brown color due to carotenoid pigments. The largest seaweeds (giant kelps) are brown algae.')
& concept2words_2(X,'alga of brown')
& concept2words_2(X,'brown alga')
& concept2words_2(X,'brown-alga')
& stramenopile_1(X)
& ~ golden_alga_1(X) ) ) ).
fof(a527987,axiom,
! [X] :
( brown_algae_1(X)
=> ( original_name_2(X,'Brown-Algae')
& user_description_2(X,'A multicellular, photosynthetic protist, typically a brownish or olive-brown color due to carotenoid pigments. The largest seaweeds (giant kelps) are brown algae.')
& concept2words_2(X,'algae of brown')
& concept2words_2(X,'brown algae')
& concept2words_2(X,'brown-algae')
& diplomonad_1(X) ) ) ).
fof(a527988,axiom,
! [X] :
( brown_fat_1(X)
=> ( original_name_2(X,'Brown-Fat')
& user_description_2(X,'Metabolically active adipose tissue which contributes to the generation of body heat.')
& concept2words_2(X,'fat of brown')
& concept2words_2(X,'brown fat')
& concept2words_2(X,'brown-fat')
& adipose_tissue_1(X)
& quantity_value_1(fn_brown_fat_2(X))
& semiautonomous_organelle_1(fn_brown_fat_3(X))
& organelle_1(fn_brown_fat_3(X))
& mitochondrion_1(fn_brown_fat_3(X))
& entity_1(fn_brown_fat_4(X))
& mitochondrial_membrane_1(fn_brown_fat_4(X))
& biomembrane_1(fn_brown_fat_4(X))
& entity_1(fn_brown_fat_5(X))
& spatial_entity_1(fn_brown_fat_5(X))
& inner_membrane_1(fn_brown_fat_5(X))
& biomembrane_1(fn_brown_fat_5(X))
& eukaryotic_cell_1(fn_brown_fat_6(X))
& adipose_cell_1(fn_brown_fat_6(X))
& animal_cell_1(fn_brown_fat_6(X))
& uncoupling_protein_1(fn_brown_fat_7(X))
& tangible_entity_1(fn_biomembrane_54(fn_brown_fat_5(X)))
& membrane_protein_1(fn_biomembrane_54(fn_brown_fat_5(X)))
& protein_1(fn_biomembrane_54(fn_brown_fat_5(X)))
& entity_1(fn_animal_cell_23(fn_brown_fat_6(X)))
& mitochondrial_membrane_1(fn_animal_cell_23(fn_brown_fat_6(X)))
& biomembrane_1(fn_animal_cell_23(fn_brown_fat_6(X)))
& property_node_1(fn_animal_cell_15(fn_brown_fat_6(X)))
& quantity_value_1(fn_animal_cell_32(fn_brown_fat_6(X)))
& spatial_entity_1(fn_transport_protein_35(fn_brown_fat_7(X)))
& biomembrane_1(fn_transport_protein_35(fn_brown_fat_7(X)))
& entity_1(fn_mitochondrial_membrane_37(fn_brown_fat_4(X)))
& spatial_entity_1(fn_mitochondrial_membrane_37(fn_brown_fat_4(X)))
& inner_membrane_1(fn_mitochondrial_membrane_37(fn_brown_fat_4(X)))
& biomembrane_1(fn_mitochondrial_membrane_37(fn_brown_fat_4(X)))
& organelle_1(fn_mitochondrial_membrane_35(fn_brown_fat_4(X)))
& mitochondrion_1(fn_mitochondrial_membrane_35(fn_brown_fat_4(X)))
& semiautonomous_organelle_1(fn_mitochondrial_membrane_35(fn_brown_fat_4(X)))
& semiautonomous_organelle_1(fn_eukaryotic_cell_25(fn_brown_fat_6(X)))
& mitochondrion_1(fn_eukaryotic_cell_25(fn_brown_fat_6(X)))
& organelle_1(fn_eukaryotic_cell_25(fn_brown_fat_6(X)))
& semiautonomous_organelle_1(fn_adipose_cell_33(fn_brown_fat_6(X)))
& organelle_1(fn_adipose_cell_33(fn_brown_fat_6(X)))
& mitochondrion_1(fn_adipose_cell_33(fn_brown_fat_6(X)))
& semiautonomous_organelle_1(fn_animal_cell_59(fn_brown_fat_6(X)))
& organelle_1(fn_animal_cell_59(fn_brown_fat_6(X)))
& mitochondrion_1(fn_animal_cell_59(fn_brown_fat_6(X)))
& the_scalar_value_2(fn_brown_fat_2(X),high_0)
& scalar_unit_class_2(fn_brown_fat_2(X),semiautonomous_organelle_0)
& is_across_2(fn_brown_fat_7(X),fn_brown_fat_5(X))
& has_part_2(fn_brown_fat_5(X),fn_brown_fat_7(X))
& has_part_2(fn_brown_fat_4(X),fn_brown_fat_5(X))
& has_part_2(X,fn_brown_fat_6(X))
& has_part_2(fn_brown_fat_3(X),fn_brown_fat_4(X))
& has_part_2(fn_brown_fat_6(X),fn_brown_fat_3(X))
& quantity_2(fn_brown_fat_3(X),fn_brown_fat_2(X))
& fn_brown_fat_5(X) = fn_transport_protein_35(fn_brown_fat_7(X))
& fn_brown_fat_7(X) = fn_biomembrane_54(fn_brown_fat_5(X))
& fn_brown_fat_5(X) = fn_mitochondrial_membrane_37(fn_brown_fat_4(X))
& fn_brown_fat_6(X) = fn_adipose_tissue_5(X)
& fn_brown_fat_3(X) = fn_mitochondrial_membrane_35(fn_brown_fat_4(X))
& fn_brown_fat_4(X) = fn_animal_cell_23(fn_brown_fat_6(X))
& fn_brown_fat_1(X) = fn_animal_cell_15(fn_brown_fat_6(X))
& fn_brown_fat_2(X) = fn_animal_cell_32(fn_brown_fat_6(X))
& fn_brown_fat_3(X) = fn_eukaryotic_cell_25(fn_brown_fat_6(X))
& fn_brown_fat_3(X) = fn_adipose_cell_33(fn_brown_fat_6(X))
& fn_brown_fat_3(X) = fn_animal_cell_59(fn_brown_fat_6(X))
& fn_transport_protein_35(fn_brown_fat_7(X)) = fn_mitochondrial_membrane_37(fn_brown_fat_4(X))
& fn_mitochondrial_membrane_37(fn_brown_fat_4(X)) = fn_mitochondrial_membrane_35(fn_brown_fat_4(X))
& fn_mitochondrial_membrane_35(fn_brown_fat_4(X)) = fn_eukaryotic_cell_25(fn_brown_fat_6(X))
& fn_eukaryotic_cell_25(fn_brown_fat_6(X)) = fn_eukaryotic_cell_25(fn_brown_fat_6(X))
& fn_eukaryotic_cell_25(fn_brown_fat_6(X)) = fn_adipose_cell_33(fn_brown_fat_6(X))
& fn_animal_cell_59(fn_brown_fat_6(X)) = fn_animal_cell_59(fn_brown_fat_6(X))
& fn_animal_cell_59(fn_brown_fat_6(X)) = fn_adipose_cell_33(fn_brown_fat_6(X))
& fn_adipose_cell_33(fn_brown_fat_6(X)) = fn_animal_cell_59(fn_brown_fat_6(X)) ) ) ).
fof(a527989,axiom,
! [X] :
( brown_headed_cowbird_1(X)
=> ( original_name_2(X,'Brown-Headed-Cowbird')
& user_description_2(X,'Molothrus ater, the most common brood parasitic bird in North America.')
& concept2words_2(X,'brown headed cowbird')
& concept2words_2(X,'brown-headed cowbird')
& concept2words_2(X,'brown-headed-cowbird')
& bird_1(X)
& ~ flightless_birds_1(X)
& ~ florida_scrub_jay_1(X)
& ~ galapagos_finch_1(X)
& ~ great_auk_1(X)
& ~ greylag_geese_1(X)
& ~ killdeer_1(X)
& ~ ratite_1(X)
& ~ red_cockaded_woodpecker_1(X) ) ) ).
fof(a527990,axiom,
! [X] :
( brunch_1(X)
=> ( original_name_2(X,'Brunch')
& concept2words_2(X,brunch)
& meal_1(X)
& ~ supper_1(X)
& ~ lunch_1(X)
& ~ dinner_1(X)
& ~ breakfast_1(X) ) ) ).
fof(a527991,axiom,
! [X] :
( bryophyte_1(X)
=> ( original_name_2(X,'Bryophyte')
& user_description_2(X,'A general term for plants which do not have extensive vascular tissue and lack other adaptations for terrestrial living.')
& concept2words_2(X,'nonvascular plant')
& concept2words_2(X,'nonvascular-plant')
& concept2words_2(X,bryophyte)
& plant_1(X)
& seta_1(fn_bryophyte_1(X))
& bryophyte_sporangium_1(fn_bryophyte_2(X))
& has_part_2(X,fn_bryophyte_1(X))
& has_part_2(X,fn_bryophyte_2(X)) ) ) ).
fof(a527992,axiom,
! [X] :
( bryophyte_sporangium_1(X)
=> ( original_name_2(X,'Bryophyte-Sporangium')
& user_description_2(X,'Multicellular organ in mosses, liverworts and hornworts which produces haploid cells through meiosis.')
& concept2words_2(X,capsule)
& concept2words_2(X,'sporangium of bryophyte')
& concept2words_2(X,'bryophyte sporangium')
& concept2words_2(X,'bryophyte-sporangium')
& sporangium_1(X) ) ) ).
fof(a527993,axiom,
! [X] :
( bryozoan_1(X)
=> ( original_name_2(X,'Bryozoan')
& user_description_2(X,'A member of the phylum Bryozoa, which comprises marine and freshwater colonial lophophorate animals.')
& concept2words_2(X,bryozoan)
& eumetazoan_1(X)
& ~ ammonite_1(X)
& ~ annelid_1(X)
& ~ arthropod_1(X)
& ~ cnidaria_1(X)
& ~ ctenophora_1(X)
& ~ echinoderm_1(X)
& ~ lophotrochozoan_1(X)
& ~ mollusc_1(X)
& ~ nematode_1(X)
& ~ nemertea_1(X)
& ~ phoronid_1(X)
& ~ platyhelminthes_1(X)
& ~ porifera_1(X)
& ~ rotifer_1(X)
& tangible_entity_1(fn_bryozoan_1(X))
& locomotion_1(fn_bryozoan_4(X))
& temperature_value_1(fn_bryozoan_5(X))
& water_1(fn_bryozoan_6(X))
& tissue_1(fn_bryozoan_7(X))
& animal_cell_1(fn_bryozoan_8(X))
& specific_heat_value_1(fn_bryozoan_9(X))
& animal_nutritional_requirement_1(fn_bryozoan_10(X))
& chemical_entity_1(fn_bryozoan_11(X))
& carbohydrate_1(fn_bryozoan_11(X))
& entity_1(fn_bryozoan_12(X))
& chemical_entity_1(fn_bryozoan_12(X))
& atom_1(fn_bryozoan_12(X))
& carbon_1(fn_bryozoan_12(X))
& agent_role_1(fn_bryozoan_13(X))
& heterotroph_1(fn_bryozoan_14(X))
& nutrition_1(fn_bryozoan_15(X))
& take_in_1(fn_bryozoan_16(X))
& diet_1(fn_bryozoan_17(X))
& organic_entity_1(fn_bryozoan_18(X))
& entity_1(fn_agent_role_1(fn_bryozoan_13(X)))
& raw_material_2(fn_bryozoan_15(X),fn_bryozoan_1(X))
& plays_2(X,fn_bryozoan_13(X))
& element_2(fn_bryozoan_10(X),fn_bryozoan_12(X))
& agent_2(fn_bryozoan_16(X),X)
& base_2(fn_bryozoan_16(X),X)
& object_2(fn_bryozoan_16(X),fn_bryozoan_17(X))
& element_2(fn_bryozoan_17(X),fn_bryozoan_18(X))
& raw_material_2(fn_bryozoan_15(X),fn_bryozoan_18(X))
& in_event_2(fn_bryozoan_14(X),fn_bryozoan_15(X))
& agent_2(fn_bryozoan_4(X),X)
& object_2(fn_bryozoan_4(X),X)
& agent_2(fn_bryozoan_15(X),X)
& result_2(fn_bryozoan_15(X),fn_bryozoan_11(X))
& has_part_2(fn_bryozoan_11(X),fn_bryozoan_12(X))
& temperature_2(X,fn_bryozoan_5(X))
& correspondence_2(fn_bryozoan_5(X),fn_bryozoan_9(X))
& specific_heat_2(fn_bryozoan_6(X),fn_bryozoan_9(X))
& has_part_2(X,fn_bryozoan_6(X))
& plays_2(X,fn_bryozoan_14(X))
& X = fn_agent_role_1(fn_bryozoan_13(X))
& fn_bryozoan_8(X) = fn_eumetazoan_21(X)
& fn_bryozoan_7(X) = fn_eumetazoan_20(X)
& fn_bryozoan_10(X) = fn_eumetazoan_28(X)
& fn_bryozoan_10(X) = fn_animal_11(X)
& fn_bryozoan_3(X) = fn_animal_27(X)
& fn_bryozoan_2(X) = fn_animal_28(X)
& fn_bryozoan_18(X) = fn_animal_1(X)
& fn_bryozoan_17(X) = fn_animal_10(X)
& fn_bryozoan_16(X) = fn_animal_9(X)
& fn_bryozoan_12(X) = fn_eumetazoan_6(X)
& fn_bryozoan_12(X) = fn_animal_12(X)
& fn_bryozoan_11(X) = fn_eumetazoan_2(X)
& fn_bryozoan_11(X) = fn_animal_8(X)
& fn_bryozoan_15(X) = fn_eumetazoan_22(X)
& fn_bryozoan_15(X) = fn_animal_19(X)
& fn_bryozoan_4(X) = fn_animal_22(X)
& fn_bryozoan_14(X) = fn_animal_18(X)
& fn_bryozoan_6(X) = fn_animal_20(X)
& fn_bryozoan_9(X) = fn_animal_25(X)
& fn_bryozoan_5(X) = fn_animal_26(X)
& fn_eumetazoan_28(X) = fn_animal_11(X)
& fn_animal_11(X) = fn_eumetazoan_6(X)
& fn_animal_12(X) = fn_eumetazoan_6(X)
& fn_eumetazoan_6(X) = fn_animal_12(X)
& fn_animal_12(X) = fn_eumetazoan_2(X)
& fn_animal_8(X) = fn_eumetazoan_2(X)
& fn_eumetazoan_2(X) = fn_animal_8(X)
& fn_animal_8(X) = fn_animal_19(X)
& fn_animal_19(X) = fn_animal_19(X)
& fn_animal_19(X) = fn_eumetazoan_22(X)
& fn_eumetazoan_22(X) = fn_animal_19(X) ) ) ).
fof(a527994,axiom,
! [X] :
( budding_1(X)
=> ( original_name_2(X,'Budding')
& user_description_2(X,'A type of asexual reproduction in animals in which a parent produces an outgrowth of tissue (a bud) that eventually separates and begins an independent existence. Buds can separate to form clones, or remain interconnected to form colonies. In either case, buds are genetically identical to their parents.')
& concept2words_2(X,bud)
& concept2words_2(X,budding)
& reproduction_1(X)
& ~ cross_breeding_event_1(X)
& ~ iteroparity_1(X)
& ~ plant_reproduction_1(X)
& ~ semelparity_1(X)
& ~ vegetative_reproduction_1(X) ) ) ).
fof(a527995,axiom,
! [X] :
( buffer_1(X)
=> ( original_name_2(X,'Buffer')
& user_description_2(X,'A solution that contains a weak acid and its corresponding base. A buffer minimizes change in pH when acids or bases are added to the solution.')
& concept2words_2(X,'biological buffer')
& concept2words_2(X,'biological-buffer')
& concept2words_2(X,buffer)
& fluid_substance_1(X)
& weak_acid_1(fn_buffer_1(X))
& base_1(fn_buffer_2(X))
& ph_maintenance_1(fn_buffer_3(X))
& buffer_1(fn_ph_maintenance_1(fn_buffer_3(X)))
& has_part_2(X,fn_buffer_2(X))
& has_part_2(X,fn_buffer_1(X))
& facilitates_2(fn_buffer_2(X),fn_buffer_3(X))
& facilitates_2(fn_buffer_1(X),fn_buffer_3(X))
& agent_2(fn_buffer_3(X),X)
& has_function_2(X,fn_buffer_3(X))
& X = fn_ph_maintenance_1(fn_buffer_3(X))
& fn_ph_maintenance_1(fn_buffer_3(X)) = fn_ph_maintenance_1(fn_buffer_3(X)) ) ) ).
fof(a527996,axiom,
! [X,X1] :
( ( has_part_2(X,X1)
& buffer_1(X1)
& aqueous_solution_1(X) )
=> ( buffered_solution_1(X)
& fn_buffered_solution_2(X) = X1 ) ) ).
fof(a527997,axiom,
! [X] :
( buffered_solution_1(X)
=> ( original_name_2(X,'Buffered-Solution')
& user_description_2(X,'A solution that resists change in pH when acids or bases are added. The solution may contain either a weak acid and its salt or a weak base and its salt.')
& concept2words_2(X,'buffered solution')
& concept2words_2(X,'buffered-solution')
& aqueous_solution_1(X)
& ~ basic_solution_1(X)
& ~ gel_1(X)
& ~ hypertonic_solution_1(X)
& ~ hypotonic_solution_1(X)
& ~ isotonic_solution_1(X)
& buffer_1(fn_buffered_solution_2(X))
& has_part_2(X,fn_buffered_solution_2(X))
& fn_buffered_solution_2(X) = fn_mixture_2(X)
& fn_buffered_solution_2(X) = fn_mixture_1(X)
& fn_mixture_2(X) = fn_mixture_1(X) ) ) ).
fof(a527998,axiom,
! [X] :
( building_1(X)
=> ( original_name_2(X,'Building')
& description_2(X,'an architectural structure playing a container, having a floor, rooms, walls and a roof')
& concept2words_2(X,building)
& architectural_structure_1(X)
& ~ wall_1(X)
& ~ room_1(X)
& ~ roof_1(X)
& ~ platform_1(X)
& ~ parkinglot_1(X)
& ~ door_1(X)
& ~ ceiling_1(X)
& ~ building_complex_1(X)
& ~ bridge_1(X)
& ~ electrical_power_plant_1(X)
& ~ factory_1(X)
& ~ laboratory_1(X)
& room_1(fn_building_1(X))
& wall_1(fn_building_2(X))
& floor_1(fn_building_3(X))
& roof_1(fn_building_4(X))
& container_1(fn_building_5(X))
& container_1(fn_floor_2(fn_building_3(X)))
& architectural_structure_1(fn_roof_1(fn_building_4(X)))
& tangible_entity_1(fn_floor_1(fn_building_3(X)))
& has_part_2(X,fn_building_1(X))
& has_part_2(X,fn_building_2(X))
& has_part_2(X,fn_building_4(X))
& has_part_2(X,fn_building_3(X))
& X = fn_roof_1(fn_building_4(X))
& fn_building_5(X) = fn_floor_2(fn_building_3(X))
& X = fn_floor_1(fn_building_3(X))
& fn_roof_1(fn_building_4(X)) = fn_floor_1(fn_building_3(X))
& fn_floor_1(fn_building_3(X)) = fn_floor_1(fn_building_3(X)) ) ) ).
fof(a527999,axiom,
! [X] :
( building_complex_1(X)
=> ( original_name_2(X,'Building-Complex')
& concept2words_2(X,complex)
& concept2words_2(X,'building complex')
& concept2words_2(X,building_complex)
& concept2words_2(X,'complex of building')
& concept2words_2(X,'building-complex')
& architectural_structure_1(X)
& ~ wall_1(X)
& ~ room_1(X)
& ~ roof_1(X)
& ~ platform_1(X)
& ~ parkinglot_1(X)
& ~ door_1(X)
& ~ ceiling_1(X)
& ~ building_1(X)
& ~ bridge_1(X)
& ~ electrical_power_plant_1(X)
& ~ factory_1(X)
& ~ laboratory_1(X) ) ) ).
fof(a528000,axiom,
! [X] :
( bulb_1(X)
=> ( original_name_2(X,'Bulb')
& user_description_2(X,'In plants, a short stem with leaf bases.')
& concept2words_2(X,bulb)
& root_organ_1(X) ) ) ).
fof(a528001,axiom,
! [X] :
( bulbourethral_gland_1(X)
=> ( original_name_2(X,'Bulbourethral-Gland')
& user_description_2(X,'A gland near the prostate gland, that secretes fluid into the urethra to neutralize any residual acidic urine and protect sperm cells.')
& concept2words_2(X,'bulbourethral gland')
& concept2words_2(X,'bulbourethral-gland')
& gland_1(X)
& ~ bartholins_gland_1(X)
& ~ endocrine_gland_1(X)
& ~ mammary_glands_1(X)
& ~ prostate_gland_1(X)
& ~ salivary_gland_1(X)
& ~ seminal_vesicle_1(X) ) ) ).
fof(a528002,axiom,
! [X] :
( bulk_feeder_1(X)
=> ( original_name_2(X,'Bulk-Feeder')
& user_description_2(X,'An animal that eats large pieces of other organisms or swallows them intact.')
& concept2words_2(X,'feeder of bulk')
& concept2words_2(X,'bulk feeder')
& concept2words_2(X,'bulk-feeder')
& feeder_1(X)
& size_value_1(fn_bulk_feeder_2(X))
& animal_1(fn_bulk_feeder_3(X))
& ingestion_1(fn_bulk_feeder_4(X))
& substance_1(fn_bulk_feeder_5(X))
& tangible_entity_1(fn_ingestion_3(fn_bulk_feeder_4(X)))
& animal_1(fn_ingestion_1(fn_bulk_feeder_4(X)))
& in_event_2(X,fn_bulk_feeder_4(X))
& the_scalar_value_2(fn_bulk_feeder_2(X),big_0)
& scalar_unit_class_2(fn_bulk_feeder_2(X),tangible_entity_0)
& size_2(fn_bulk_feeder_5(X),fn_bulk_feeder_2(X))
& plays_2(fn_bulk_feeder_3(X),X)
& agent_2(fn_bulk_feeder_4(X),fn_bulk_feeder_3(X))
& base_2(fn_bulk_feeder_4(X),fn_bulk_feeder_3(X))
& object_2(fn_bulk_feeder_4(X),fn_bulk_feeder_5(X))
& fn_bulk_feeder_5(X) = fn_ingestion_3(fn_bulk_feeder_4(X))
& fn_bulk_feeder_3(X) = fn_ingestion_1(fn_bulk_feeder_4(X)) ) ) ).
fof(a528003,axiom,
! [X] :
( bulk_feeding_1(X)
=> ( original_name_2(X,'Bulk-Feeding')
& user_description_2(X,'The process of ingesting large pieces of food.')
& concept2words_2(X,'feeding of bulk')
& concept2words_2(X,'bulk feeding')
& concept2words_2(X,'bulk-feeding')
& feeding_1(X)
& ~ fluid_feeding_1(X)
& ~ opportunistic_feeding_1(X)
& ~ substrate_feeding_1(X)
& ~ suspension_feeding_1(X) ) ) ).
fof(a528004,axiom,
! [X] :
( bulk_flow_1(X)
=> ( original_name_2(X,'Bulk-Flow')
& user_description_2(X,'The movement of a fluid because of a pressure difference between two locations.')
& concept2words_2(X,'flow of bulk')
& concept2words_2(X,'bulk flow')
& concept2words_2(X,'bulk-flow')
& general_chemical_process_1(X)
& pressure_gradient_1(fn_bulk_flow_1(X))
& move_1(fn_bulk_flow_2(X))
& liquid_substance_1(fn_bulk_flow_3(X))
& spatial_entity_1(fn_move_1(fn_bulk_flow_2(X)))
& agent_2(fn_bulk_flow_2(X),fn_bulk_flow_1(X))
& subevent_2(X,fn_bulk_flow_2(X))
& object_2(fn_bulk_flow_2(X),fn_bulk_flow_3(X))
& fn_bulk_flow_3(X) = fn_move_1(fn_bulk_flow_2(X)) ) ) ).
fof(a528005,axiom,
! [X] :
( bulk_transport_1(X)
=> ( original_name_2(X,'Bulk-Transport')
& user_description_2(X,'The movement of large molecules, such as protein or polysaccharides, across the cell membrane through the use of vesicles.')
& concept2words_2(X,transport)
& concept2words_2(X,'transport of bulk')
& concept2words_2(X,'bulk transport')
& concept2words_2(X,'bulk-transport')
& endergonic_process_1(X)
& transport_work_1(X)
& plasma_membrane_1(fn_bulk_transport_1(X))
& create_1(fn_bulk_transport_2(X))
& carry_1(fn_bulk_transport_3(X))
& tangible_entity_1(fn_bulk_transport_4(X))
& entity_1(fn_bulk_transport_5(X))
& tangible_entity_1(fn_bulk_transport_5(X))
& vesicle_1(fn_bulk_transport_5(X))
& cell_1(fn_bulk_transport_6(X))
& spatial_entity_1(fn_move_1(fn_bulk_transport_3(X)))
& plasma_membrane_1(fn_cell_30(fn_bulk_transport_6(X)))
& entity_1(fn_create_1(fn_bulk_transport_2(X)))
& tangible_entity_1(fn_carry_1(fn_bulk_transport_3(X)))
& cell_1(fn_vesicle_5(fn_bulk_transport_5(X)))
& instrument_2(X,fn_bulk_transport_5(X))
& object_2(X,fn_bulk_transport_4(X))
& subevent_2(X,fn_bulk_transport_3(X))
& subevent_2(X,fn_bulk_transport_2(X))
& path_2(X,fn_bulk_transport_1(X))
& has_function_2(fn_bulk_transport_5(X),fn_bulk_transport_3(X))
& is_inside_2(fn_bulk_transport_4(X),fn_bulk_transport_5(X))
& result_2(fn_bulk_transport_2(X),fn_bulk_transport_5(X))
& agent_2(fn_bulk_transport_3(X),fn_bulk_transport_5(X))
& object_2(fn_bulk_transport_3(X),fn_bulk_transport_4(X))
& base_2(X,fn_bulk_transport_6(X))
& has_part_2(fn_bulk_transport_6(X),fn_bulk_transport_1(X))
& has_part_2(fn_bulk_transport_6(X),fn_bulk_transport_5(X))
& fn_bulk_transport_5(X) = fn_create_1(fn_bulk_transport_2(X))
& fn_bulk_transport_5(X) = fn_carry_1(fn_bulk_transport_3(X))
& fn_bulk_transport_4(X) = fn_move_1(fn_bulk_transport_3(X))
& fn_bulk_transport_6(X) = fn_cellular_work_2(X)
& fn_bulk_transport_1(X) = fn_cell_30(fn_bulk_transport_6(X))
& fn_bulk_transport_6(X) = fn_vesicle_5(fn_bulk_transport_5(X))
& fn_create_1(fn_bulk_transport_2(X)) = fn_carry_1(fn_bulk_transport_3(X))
& fn_carry_1(fn_bulk_transport_3(X)) = fn_cellular_work_2(X)
& fn_cellular_work_2(X) = fn_vesicle_5(fn_bulk_transport_5(X)) ) ) ).
fof(a528006,axiom,
! [X] :
( bundle_sheath_1(X)
=> ( original_name_2(X,'Bundle-Sheath')
& user_description_2(X,'A layer or region of cells surrounding a vascular bundle.')
& concept2words_2(X,'sheath of bundle')
& concept2words_2(X,'bundle sheath')
& concept2words_2(X,'bundle-sheath')
& region_1(X) ) ) ).
fof(a528007,axiom,
! [X] :
( bundle_sheath_cell_1(X)
=> ( original_name_2(X,'Bundle-Sheath-Cell')
& user_description_2(X,'A type of photosynthetic cell arranged into tightly packed sheaths around the veins of the leaf.')
& concept2words_2(X,'bundle sheath cell')
& concept2words_2(X,'bundle-sheath cell')
& concept2words_2(X,'bundle-sheath-cell')
& parenchyma_cell_1(X)
& ~ collenchyma_cell_1(X)
& ~ companion_cell_1(X)
& ~ fiber_cell_1(X)
& ~ fusiform_initials_1(X)
& ~ guard_cell_1(X)
& ~ initial_meristem_1(X)
& ~ mesophyll_cell_1(X)
& ~ placental_transfer_cell_1(X)
& ~ plant_cell_inside_hypertonic_solution_1(X)
& ~ plant_cell_inside_hypotonic_solution_1(X)
& ~ plant_cell_inside_isotonic_solution_1(X)
& ~ rhizoid_1(X)
& ~ sclereid_1(X)
& ~ sclerenchyma_cell_1(X)
& ~ sieve_tube_element_1(X)
& ~ tracheid_1(X)
& ~ vessel_element_1(X)
& plant_vein_1(fn_bundle_sheath_cell_1(X))
& is_along_2(X,fn_bundle_sheath_cell_1(X))
& is_along_2(fn_bundle_sheath_cell_1(X),X) ) ) ).
fof(a528008,axiom,
! [X] :
( burkitts_lymphoma_1(X)
=> ( original_name_2(X,'Burkitts-Lymphoma')
& user_description_2(X,'A type of lymphatic cancer associated with the Epstein-Barr virus.')
& concept2words_2(X,'burkitts lymphoma')
& concept2words_2(X,'burkitts-lymphoma')
& cancer_1(X)
& ~ breast_cancer_1(X)
& ~ cml_1(X)
& ~ leukemia_1(X)
& ~ prostate_cancer_1(X) ) ) ).
fof(a528009,axiom,
! [X] :
( butter_1(X)
=> ( original_name_2(X,'Butter')
& user_description_2(X,'Butter is a dairy product made by churning fresh or fermented cream or milk.')
& concept2words_2(X,butter)
& saturated_animal_fat_substance_1(X)
& ~ lard_1(X) ) ) ).
fof(a528010,axiom,
! [X] :
( butterfly_1(X)
=> ( original_name_2(X,'Butterfly')
& user_description_2(X,'A mostly diurnal flying insect of the order Lepidoptera, the butterflies and moths.')
& concept2words_2(X,butterfly)
& lepidoptera_1(X)
& ~ moth_1(X) ) ) ).
fof(a528011,axiom,
! [X] :
( buy_1(X)
=> ( original_name_2(X,'Buy')
& concept2words_2(X,buy)
& concept2words_2(X,purchase)
& obtain_1(X)
& tangible_entity_1(fn_buy_1(X))
& money_1(fn_buy_2(X))
& donor_2(X,fn_buy_1(X))
& instrument_2(X,fn_buy_2(X)) ) ) ).
fof(a528012,axiom,
! [X] :
( c3_photosynthesis_1(X)
=> ( original_name_2(X,'C3-Photosynthesis')
& user_description_2(X,'The C3 photosynthesis is called C3 because the CO2 is first incorporated into a 3-carbon compound.')
& concept2words_2(X,'perform c3 photosynthesis')
& concept2words_2(X,'perform c3-photosynthesis')
& concept2words_2(X,'c3 photosynthesis')
& concept2words_2(X,'c3-photosynthesis')
& photosynthesis_1(X)
& ~ c4_photosynthesis_1(X)
& ~ crassulacean_acid_metabolism_1(X)
& time_interval_1(fn_c3_photosynthesis_1(X))
& pigment_1(fn_c3_photosynthesis_2(X))
& time_interval_1(fn_c3_photosynthesis_3(X))
& time_interval_1(fn_c3_photosynthesis_4(X))
& biological_region_1(fn_c3_photosynthesis_5(X))
& equal_sharing_1(fn_c3_photosynthesis_6(X))
& share_1(fn_c3_photosynthesis_7(X))
& share_1(fn_c3_photosynthesis_8(X))
& equal_sharing_1(fn_c3_photosynthesis_9(X))
& share_1(fn_c3_photosynthesis_9(X))
& atp_1(fn_c3_photosynthesis_12(X))
& carbon_source_1(fn_c3_photosynthesis_13(X))
& constant_motion_1(fn_c3_photosynthesis_14(X))
& kinetic_energy_1(fn_c3_photosynthesis_15(X))
& repel_1(fn_c3_photosynthesis_16(X))
& hydrophobic_region_1(fn_c3_photosynthesis_17(X))
& share_1(fn_c3_photosynthesis_18(X))
& equal_sharing_1(fn_c3_photosynthesis_18(X))
& share_1(fn_c3_photosynthesis_19(X))
& share_1(fn_c3_photosynthesis_20(X))
& equal_sharing_1(fn_c3_photosynthesis_21(X))
& hold_together_1(fn_c3_photosynthesis_22(X))
& quantity_value_1(fn_c3_photosynthesis_23(X))
& speed_value_1(fn_c3_photosynthesis_24(X))
& oxygen_1(fn_c3_photosynthesis_25(X))
& tangible_entity_1(fn_c3_photosynthesis_26(X))
& chemical_entity_1(fn_c3_photosynthesis_26(X))
& number_1_comma_3_bisphosphoglycerate_1(fn_c3_photosynthesis_26(X))
& work_1(fn_c3_photosynthesis_27(X))
& endergonic_process_1(fn_c3_photosynthesis_27(X))
& active_transport_1(fn_c3_photosynthesis_27(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_c3_photosynthesis_27(X))
& active_movement_of_ions_1(fn_c3_photosynthesis_27(X))
& cellular_work_1(fn_c3_photosynthesis_27(X))
& protein_pump_1(fn_c3_photosynthesis_28(X))
& chemical_entity_1(fn_c3_photosynthesis_28(X))
& tangible_entity_1(fn_c3_photosynthesis_28(X))
& membrane_protein_1(fn_c3_photosynthesis_28(X))
& protein_1(fn_c3_photosynthesis_28(X))
& molecule_1(fn_c3_photosynthesis_28(X))
& polymer_1(fn_c3_photosynthesis_28(X))
& transport_protein_1(fn_c3_photosynthesis_28(X))
& integral_protein_1(fn_c3_photosynthesis_28(X))
& carrier_protein_1(fn_c3_photosynthesis_28(X))
& electrogenic_pump_1(fn_c3_photosynthesis_28(X))
& proton_pump_1(fn_c3_photosynthesis_28(X))
& move_1(fn_c3_photosynthesis_29(X))
& move_through_1(fn_c3_photosynthesis_29(X))
& gradient_1(fn_c3_photosynthesis_30(X))
& electrochemical_gradient_1(fn_c3_photosynthesis_30(X))
& hydrogen_ion_gradient_1(fn_c3_photosynthesis_30(X))
& chemical_reaction_1(fn_c3_photosynthesis_31(X))
& organic_molecule_1(fn_c3_photosynthesis_32(X))
& free_energy_1(fn_c3_photosynthesis_34(X))
& structural_complexity_value_1(fn_c3_photosynthesis_35(X))
& container_1(fn_c3_photosynthesis_36(X))
& barrier_1(fn_c3_photosynthesis_37(X))
& move_into_1(fn_c3_photosynthesis_38(X))
& take_in_1(fn_c3_photosynthesis_38(X))
& absorb_1(fn_c3_photosynthesis_38(X))
& move_1(fn_c3_photosynthesis_38(X))
& chemical_reaction_1(fn_c3_photosynthesis_39(X))
& light_reaction_1(fn_c3_photosynthesis_39(X))
& electron_transport_chain_reaction_1(fn_c3_photosynthesis_40(X))
& linear_electron_flow_1(fn_c3_photosynthesis_40(X))
& spatial_entity_1(fn_c3_photosynthesis_41(X))
& tangible_entity_1(fn_c3_photosynthesis_41(X))
& hydrophobic_compound_1(fn_c3_photosynthesis_41(X))
& molecule_1(fn_c3_photosynthesis_41(X))
& carbon_dioxide_1(fn_c3_photosynthesis_41(X))
& chemical_entity_1(fn_c3_photosynthesis_41(X))
& chemical_entity_1(fn_c3_photosynthesis_42(X))
& electron_1(fn_c3_photosynthesis_42(X))
& hydrogen_ion_1(fn_c3_photosynthesis_43(X))
& tangible_entity_1(fn_c3_photosynthesis_44(X))
& chemical_entity_1(fn_c3_photosynthesis_44(X))
& oxygen_molecule_1(fn_c3_photosynthesis_44(X))
& water_molecule_1(fn_c3_photosynthesis_45(X))
& chemical_entity_1(fn_c3_photosynthesis_45(X))
& tangible_entity_1(fn_c3_photosynthesis_46(X))
& sugar_1(fn_c3_photosynthesis_46(X))
& chemical_entity_1(fn_c3_photosynthesis_46(X))
& glucose_1(fn_c3_photosynthesis_46(X))
& membrane_1(fn_c3_photosynthesis_47(X))
& spatial_entity_1(fn_c3_photosynthesis_47(X))
& biomembrane_1(fn_c3_photosynthesis_47(X))
& thylakoid_membrane_1(fn_c3_photosynthesis_47(X))
& anabolic_pathway_1(fn_c3_photosynthesis_48(X))
& calvin_cycle_1(fn_c3_photosynthesis_48(X))
& endergonic_reaction_1(fn_c3_photosynthesis_48(X))
& oxidation_1(fn_c3_photosynthesis_49(X))
& add_1(fn_c3_photosynthesis_50(X))
& oxygen_1(fn_c3_photosynthesis_51(X))
& facilitated_diffusion_of_polar_molecule_1(fn_c3_photosynthesis_52(X))
& tangible_entity_1(fn_c3_photosynthesis_53(X))
& gradient_1(fn_c3_photosynthesis_54(X))
& concentration_gradient_1(fn_c3_photosynthesis_54(X))
& regeneration_of_ribulose_bisphosphate_1(fn_c3_photosynthesis_55(X))
& reduction_in_calvin_cycle_1(fn_c3_photosynthesis_56(X))
& tangible_entity_1(fn_c3_photosynthesis_57(X))
& enter_1(fn_c3_photosynthesis_58(X))
& free_energy_1(fn_c3_photosynthesis_59(X))
& organic_molecule_1(fn_c3_photosynthesis_60(X))
& chemical_entity_1(fn_c3_photosynthesis_60(X))
& three_phosphoglycerate_1(fn_c3_photosynthesis_60(X))
& chemical_reaction_1(fn_c3_photosynthesis_61(X))
& carbon_fixation_1(fn_c3_photosynthesis_61(X))
& chemiosmosis_1(fn_c3_photosynthesis_62(X))
& energy_1(fn_c3_photosynthesis_63(X))
& chemical_energy_1(fn_c3_photosynthesis_63(X))
& size_value_1(fn_c3_photosynthesis_64(X))
& structural_complexity_value_1(fn_c3_photosynthesis_65(X))
& free_energy_1(fn_c3_photosynthesis_66(X))
& size_value_1(fn_c3_photosynthesis_67(X))
& structural_complexity_value_1(fn_c3_photosynthesis_68(X))
& protein_enzyme_1(fn_c3_photosynthesis_69(X))
& plant_cell_1(fn_c3_photosynthesis_70(X))
& cell_1(fn_c3_photosynthesis_70(X))
& eukaryotic_cell_1(fn_c3_photosynthesis_70(X))
& reactant_1(fn_c3_photosynthesis_71(X))
& spatial_entity_1(fn_c3_photosynthesis_72(X))
& energy_1(fn_c3_photosynthesis_72(X))
& visible_light_1(fn_c3_photosynthesis_72(X))
& energy_transformation_by_organism_1(fn_c3_photosynthesis_77(X))
& chemical_entity_1(fn_c3_photosynthesis_78(X))
& nadph_1(fn_c3_photosynthesis_78(X))
& oxygen_1(fn_c3_photosynthesis_79(X))
& entity_1(fn_c3_photosynthesis_79(X))
& chemical_entity_1(fn_c3_photosynthesis_79(X))
& atom_1(fn_c3_photosynthesis_79(X))
& entity_1(fn_c3_photosynthesis_80(X))
& chemical_entity_1(fn_c3_photosynthesis_80(X))
& atom_1(fn_c3_photosynthesis_80(X))
& carbon_1(fn_c3_photosynthesis_80(X))
& polar_covalent_bond_1(fn_c3_photosynthesis_81(X))
& double_bond_1(fn_c3_photosynthesis_81(X))
& covalent_bond_1(fn_c3_photosynthesis_81(X))
& add_1(fn_c3_photosynthesis_82(X))
& chemical_reaction_1(fn_c3_photosynthesis_83(X))
& waste_1(fn_c3_photosynthesis_84(X))
& share_1(fn_c3_photosynthesis_85(X))
& equal_sharing_1(fn_c3_photosynthesis_85(X))
& share_1(fn_c3_photosynthesis_86(X))
& share_1(fn_c3_photosynthesis_87(X))
& share_1(fn_c3_photosynthesis_88(X))
& equal_sharing_1(fn_c3_photosynthesis_88(X))
& light_harvesting_complex_1(fn_c3_photosynthesis_89(X))
& photosystem_1(fn_c3_photosynthesis_90(X))
& spatial_entity_1(fn_c3_photosynthesis_91(X))
& biomembrane_1(fn_c3_photosynthesis_91(X))
& thylakoid_membrane_1(fn_c3_photosynthesis_91(X))
& take_in_1(fn_c3_photosynthesis_92(X))
& thylakoid_1(fn_c3_photosynthesis_93(X))
& transmit_1(fn_c3_photosynthesis_94(X))
& green_light_1(fn_c3_photosynthesis_95(X))
& spatial_entity_1(fn_c3_photosynthesis_96(X))
& blue_light_1(fn_c3_photosynthesis_96(X))
& yellow_light_1(fn_c3_photosynthesis_97(X))
& orange_light_1(fn_c3_photosynthesis_98(X))
& red_light_1(fn_c3_photosynthesis_99(X))
& spatial_entity_1(fn_c3_photosynthesis_100(X))
& violet_light_1(fn_c3_photosynthesis_100(X))
& length_value_1(fn_c3_photosynthesis_101(X))
& quantity_value_1(fn_c3_photosynthesis_102(X))
& glyceraldehyde_3_phosphate_1(fn_c3_photosynthesis_103(X))
& c3_plant_1(fn_c3_photosynthesis_104(X))
& spatial_entity_1(fn_c3_photosynthesis_105(X))
& chemical_entity_1(fn_c3_photosynthesis_105(X))
& organic_molecule_1(fn_c3_photosynthesis_105(X))
& porphyrin_1(fn_c3_photosynthesis_105(X))
& chlorophyll_a_1(fn_c3_photosynthesis_105(X))
& mixture_1(fn_c3_photosynthesis_106(X))
& aqueous_solution_1(fn_c3_photosynthesis_106(X))
& stroma_1(fn_c3_photosynthesis_106(X))
& chloroplast_1(fn_c3_photosynthesis_107(X))
& energy_1(fn_c3_photosynthesis_108(X))
& chemical_energy_1(fn_c3_photosynthesis_108(X))
& tangible_entity_1(fn_move_into_1(fn_c3_photosynthesis_58(X)))
& gradient_1(fn_passive_transport_of_solute_3(fn_c3_photosynthesis_52(X)))
& concentration_gradient_1(fn_passive_transport_of_solute_3(fn_c3_photosynthesis_52(X)))
& chloroplast_1(fn_plant_cell_6(fn_c3_photosynthesis_70(X)))
& electron_transport_chain_reaction_1(fn_light_reaction_53(fn_c3_photosynthesis_39(X)))
& property_node_1(fn_calvin_cycle_36(fn_c3_photosynthesis_48(X)))
& property_node_1(fn_chloroplast_26(fn_c3_photosynthesis_107(X)))
& property_node_1(fn_chloroplast_27(fn_c3_photosynthesis_107(X)))
& yellow_light_1(fn_chloroplast_66(fn_c3_photosynthesis_107(X)))
& add_1(fn_chloroplast_4(fn_c3_photosynthesis_107(X)))
& spatial_entity_1(fn_chloroplast_67(fn_c3_photosynthesis_107(X)))
& blue_light_1(fn_chloroplast_67(fn_c3_photosynthesis_107(X)))
& transmit_1(fn_chloroplast_103(fn_c3_photosynthesis_107(X)))
& green_light_1(fn_chloroplast_68(fn_c3_photosynthesis_107(X)))
& orange_light_1(fn_chloroplast_65(fn_c3_photosynthesis_107(X)))
& spatial_entity_1(fn_chloroplast_63(fn_c3_photosynthesis_107(X)))
& violet_light_1(fn_chloroplast_63(fn_c3_photosynthesis_107(X)))
& photosystem_1(fn_chloroplast_52(fn_c3_photosynthesis_107(X)))
& light_harvesting_complex_1(fn_chloroplast_35(fn_c3_photosynthesis_107(X)))
& spatial_entity_1(fn_chloroplast_72(fn_c3_photosynthesis_107(X)))
& chemical_entity_1(fn_chloroplast_72(fn_c3_photosynthesis_107(X)))
& organic_molecule_1(fn_chloroplast_72(fn_c3_photosynthesis_107(X)))
& porphyrin_1(fn_chloroplast_72(fn_c3_photosynthesis_107(X)))
& chlorophyll_a_1(fn_chloroplast_72(fn_c3_photosynthesis_107(X)))
& red_light_1(fn_chloroplast_64(fn_c3_photosynthesis_107(X)))
& length_value_1(fn_chloroplast_54(fn_c3_photosynthesis_107(X)))
& quantity_value_1(fn_chloroplast_53(fn_c3_photosynthesis_107(X)))
& spatial_entity_1(fn_chloroplast_34(fn_c3_photosynthesis_107(X)))
& biomembrane_1(fn_chloroplast_34(fn_c3_photosynthesis_107(X)))
& thylakoid_membrane_1(fn_chloroplast_34(fn_c3_photosynthesis_107(X)))
& glyceraldehyde_3_phosphate_1(fn_chloroplast_71(fn_c3_photosynthesis_107(X)))
& thylakoid_1(fn_chloroplast_91(fn_c3_photosynthesis_107(X)))
& mixture_1(fn_chloroplast_96(fn_c3_photosynthesis_107(X)))
& aqueous_solution_1(fn_chloroplast_96(fn_c3_photosynthesis_107(X)))
& stroma_1(fn_chloroplast_96(fn_c3_photosynthesis_107(X)))
& property_node_1(fn_calvin_cycle_121(fn_c3_photosynthesis_48(X)))
& property_node_1(fn_calvin_cycle_122(fn_c3_photosynthesis_48(X)))
& repel_1(fn_calvin_cycle_115(fn_c3_photosynthesis_48(X)))
& hydrophobic_region_1(fn_calvin_cycle_114(fn_c3_photosynthesis_48(X)))
& kinetic_energy_1(fn_calvin_cycle_116(fn_c3_photosynthesis_48(X)))
& quantity_value_1(fn_calvin_cycle_113(fn_c3_photosynthesis_48(X)))
& speed_value_1(fn_calvin_cycle_112(fn_c3_photosynthesis_48(X)))
& constant_motion_1(fn_calvin_cycle_118(fn_c3_photosynthesis_48(X)))
& reduction_in_calvin_cycle_1(fn_calvin_cycle_84(fn_c3_photosynthesis_48(X)))
& carbon_source_1(fn_calvin_cycle_119(fn_c3_photosynthesis_48(X)))
& atp_1(fn_calvin_cycle_120(fn_c3_photosynthesis_48(X)))
& organic_molecule_1(fn_calvin_cycle_70(fn_c3_photosynthesis_48(X)))
& organic_molecule_1(fn_calvin_cycle_73(fn_c3_photosynthesis_48(X)))
& chemical_entity_1(fn_calvin_cycle_73(fn_c3_photosynthesis_48(X)))
& three_phosphoglycerate_1(fn_calvin_cycle_73(fn_c3_photosynthesis_48(X)))
& chemical_reaction_1(fn_calvin_cycle_69(fn_c3_photosynthesis_48(X)))
& share_1(fn_calvin_cycle_62(fn_c3_photosynthesis_48(X)))
& spatial_entity_1(fn_add_2(fn_c3_photosynthesis_50(X)))
& spatial_entity_1(fn_add_1(fn_c3_photosynthesis_50(X)))
& free_energy_1(fn_endergonic_reaction_3(fn_c3_photosynthesis_48(X)))
& share_1(fn_covalent_bond_17(fn_c3_photosynthesis_81(X)))
& container_1(fn_move_into_2(fn_c3_photosynthesis_38(X)))
& protein_pump_1(fn_light_reaction_59(fn_c3_photosynthesis_39(X)))
& chemical_entity_1(fn_light_reaction_59(fn_c3_photosynthesis_39(X)))
& tangible_entity_1(fn_light_reaction_59(fn_c3_photosynthesis_39(X)))
& membrane_protein_1(fn_light_reaction_59(fn_c3_photosynthesis_39(X)))
& protein_1(fn_light_reaction_59(fn_c3_photosynthesis_39(X)))
& molecule_1(fn_light_reaction_59(fn_c3_photosynthesis_39(X)))
& polymer_1(fn_light_reaction_59(fn_c3_photosynthesis_39(X)))
& transport_protein_1(fn_light_reaction_59(fn_c3_photosynthesis_39(X)))
& integral_protein_1(fn_light_reaction_59(fn_c3_photosynthesis_39(X)))
& carrier_protein_1(fn_light_reaction_59(fn_c3_photosynthesis_39(X)))
& electrogenic_pump_1(fn_light_reaction_59(fn_c3_photosynthesis_39(X)))
& proton_pump_1(fn_light_reaction_59(fn_c3_photosynthesis_39(X)))
& move_1(fn_light_reaction_19(fn_c3_photosynthesis_39(X)))
& move_through_1(fn_light_reaction_19(fn_c3_photosynthesis_39(X)))
& gradient_1(fn_light_reaction_13(fn_c3_photosynthesis_39(X)))
& electrochemical_gradient_1(fn_light_reaction_13(fn_c3_photosynthesis_39(X)))
& hydrogen_ion_gradient_1(fn_light_reaction_13(fn_c3_photosynthesis_39(X)))
& chemiosmosis_1(fn_light_reaction_52(fn_c3_photosynthesis_39(X)))
& plant_cell_1(fn_plant_20(fn_c3_photosynthesis_104(X)))
& cell_1(fn_plant_20(fn_c3_photosynthesis_104(X)))
& eukaryotic_cell_1(fn_plant_20(fn_c3_photosynthesis_104(X)))
& free_energy_1(fn_calvin_cycle_30(fn_c3_photosynthesis_48(X)))
& structural_complexity_value_1(fn_calvin_cycle_37(fn_c3_photosynthesis_48(X)))
& tangible_entity_1(fn_waste_1(fn_c3_photosynthesis_84(X)))
& oxygen_molecule_1(fn_chloroplast_58(fn_c3_photosynthesis_107(X)))
& take_in_1(fn_chloroplast_62(fn_c3_photosynthesis_107(X)))
& take_in_1(fn_chloroplast_102(fn_c3_photosynthesis_107(X)))
& energy_1(fn_chloroplast_84(fn_c3_photosynthesis_107(X)))
& chemical_energy_1(fn_chloroplast_84(fn_c3_photosynthesis_107(X)))
& energy_1(fn_chloroplast_81(fn_c3_photosynthesis_107(X)))
& chemical_energy_1(fn_chloroplast_81(fn_c3_photosynthesis_107(X)))
& structural_complexity_value_1(fn_anabolic_pathway_4(fn_c3_photosynthesis_48(X)))
& property_node_1(fn_anabolic_pathway_1(fn_c3_photosynthesis_48(X)))
& property_node_1(fn_glucose_1(fn_c3_photosynthesis_46(X)))
& entity_1(fn_calvin_cycle_117(fn_c3_photosynthesis_48(X)))
& chemical_entity_1(fn_calvin_cycle_117(fn_c3_photosynthesis_48(X)))
& atom_1(fn_calvin_cycle_117(fn_c3_photosynthesis_48(X)))
& carbon_1(fn_calvin_cycle_117(fn_c3_photosynthesis_48(X)))
& share_1(fn_calvin_cycle_110(fn_c3_photosynthesis_48(X)))
& equal_sharing_1(fn_calvin_cycle_111(fn_c3_photosynthesis_48(X)))
& equal_sharing_1(fn_calvin_cycle_61(fn_c3_photosynthesis_48(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_c3_photosynthesis_81(X)))
& hold_together_1(fn_calvin_cycle_60(fn_c3_photosynthesis_48(X)))
& chemical_reaction_1(fn_calvin_cycle_34(fn_c3_photosynthesis_48(X)))
& carbon_fixation_1(fn_calvin_cycle_57(fn_c3_photosynthesis_48(X)))
& chemical_reaction_1(fn_enzyme_4(fn_c3_photosynthesis_69(X)))
& photosynthesis_1(fn_plant_18(fn_c3_photosynthesis_104(X)))
& anabolic_pathway_1(fn_plant_18(fn_c3_photosynthesis_104(X)))
& metabolic_pathway_1(fn_plant_18(fn_c3_photosynthesis_104(X)))
& photosynthesis_1(fn_chloroplast_79(fn_c3_photosynthesis_107(X)))
& photosynthesis_1(fn_light_reaction_1(fn_c3_photosynthesis_39(X)))
& tangible_entity_1(fn_calvin_cycle_82(fn_c3_photosynthesis_48(X)))
& chemical_entity_1(fn_calvin_cycle_82(fn_c3_photosynthesis_48(X)))
& number_1_comma_3_bisphosphoglycerate_1(fn_calvin_cycle_82(fn_c3_photosynthesis_48(X)))
& tangible_entity_1(fn_light_reaction_57(fn_c3_photosynthesis_39(X)))
& chemical_entity_1(fn_light_reaction_57(fn_c3_photosynthesis_39(X)))
& number_1_comma_3_bisphosphoglycerate_1(fn_light_reaction_57(fn_c3_photosynthesis_39(X)))
& chemical_entity_1(fn_electron_transport_chain_reaction_25(fn_c3_photosynthesis_40(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_c3_photosynthesis_39(X)))
& chemical_entity_1(fn_calvin_cycle_77(fn_c3_photosynthesis_48(X)))
& nadph_1(fn_calvin_cycle_77(fn_c3_photosynthesis_48(X)))
& chemical_entity_1(fn_linear_electron_flow_99(fn_c3_photosynthesis_40(X)))
& nadph_1(fn_linear_electron_flow_99(fn_c3_photosynthesis_40(X)))
& chemical_entity_1(fn_light_reaction_49(fn_c3_photosynthesis_39(X)))
& nadph_1(fn_light_reaction_49(fn_c3_photosynthesis_39(X)))
& regeneration_of_ribulose_bisphosphate_1(fn_calvin_cycle_89(fn_c3_photosynthesis_48(X)))
& regeneration_of_ribulose_bisphosphate_1(fn_light_reaction_58(fn_c3_photosynthesis_39(X)))
& energy_transformation_by_organism_1(fn_chloroplast_78(fn_c3_photosynthesis_107(X)))
& energy_transformation_by_organism_1(fn_light_reaction_50(fn_c3_photosynthesis_39(X)))
& calvin_cycle_1(fn_chloroplast_89(fn_c3_photosynthesis_107(X)))
& anabolic_pathway_1(fn_chloroplast_89(fn_c3_photosynthesis_107(X)))
& calvin_cycle_1(fn_light_reaction_47(fn_c3_photosynthesis_39(X)))
& structural_complexity_value_1(fn_anabolic_pathway_3(fn_c3_photosynthesis_48(X)))
& structural_complexity_value_1(fn_glucose_2(fn_c3_photosynthesis_46(X)))
& glucose_1(fn_chloroplast_86(fn_c3_photosynthesis_107(X)))
& sugar_1(fn_calvin_cycle_18(fn_c3_photosynthesis_48(X)))
& chemical_entity_1(fn_endergonic_reaction_9(fn_c3_photosynthesis_48(X)))
& entity_1(fn_polar_covalent_bond_18(fn_c3_photosynthesis_81(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_c3_photosynthesis_81(X)))
& atom_1(fn_polar_covalent_bond_18(fn_c3_photosynthesis_81(X)))
& entity_1(fn_polar_covalent_bond_19(fn_c3_photosynthesis_81(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_c3_photosynthesis_81(X)))
& atom_1(fn_polar_covalent_bond_19(fn_c3_photosynthesis_81(X)))
& entity_1(fn_calvin_cycle_59(fn_c3_photosynthesis_48(X)))
& chemical_entity_1(fn_calvin_cycle_59(fn_c3_photosynthesis_48(X)))
& atom_1(fn_calvin_cycle_59(fn_c3_photosynthesis_48(X)))
& oxygen_1(fn_calvin_cycle_59(fn_c3_photosynthesis_48(X)))
& entity_1(fn_share_3(fn_c3_photosynthesis_9(X)))
& entity_1(fn_share_1(fn_c3_photosynthesis_9(X)))
& entity_1(fn_covalent_bond_20(fn_c3_photosynthesis_81(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_c3_photosynthesis_81(X)))
& atom_1(fn_covalent_bond_20(fn_c3_photosynthesis_81(X)))
& polar_covalent_bond_1(fn_calvin_cycle_58(fn_c3_photosynthesis_48(X)))
& covalent_bond_1(fn_calvin_cycle_58(fn_c3_photosynthesis_48(X)))
& double_bond_1(fn_calvin_cycle_58(fn_c3_photosynthesis_48(X)))
& water_molecule_1(fn_chloroplast_88(fn_c3_photosynthesis_107(X)))
& chemical_entity_1(fn_oxidation_10(fn_c3_photosynthesis_49(X)))
& spatial_entity_1(fn_locomotion_1(fn_c3_photosynthesis_58(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_c3_photosynthesis_48(X)))
& chemical_entity_1(fn_calvin_cycle_55(fn_c3_photosynthesis_48(X)))
& hydrophobic_compound_1(fn_calvin_cycle_55(fn_c3_photosynthesis_48(X)))
& molecule_1(fn_calvin_cycle_55(fn_c3_photosynthesis_48(X)))
& carbon_dioxide_1(fn_calvin_cycle_55(fn_c3_photosynthesis_48(X)))
& chemical_entity_1(fn_oxidation_7(fn_c3_photosynthesis_49(X)))
& electron_1(fn_oxidation_9(fn_c3_photosynthesis_49(X)))
& tangible_entity_1(fn_barrier_1(fn_c3_photosynthesis_37(X)))
& tangible_entity_1(fn_take_in_1(fn_c3_photosynthesis_38(X)))
& tangible_entity_1(fn_move_into_1(fn_c3_photosynthesis_38(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_linear_electron_flow_190(fn_c3_photosynthesis_40(X)))
& work_1(fn_linear_electron_flow_190(fn_c3_photosynthesis_40(X)))
& endergonic_process_1(fn_linear_electron_flow_190(fn_c3_photosynthesis_40(X)))
& active_transport_1(fn_light_reaction_12(fn_c3_photosynthesis_39(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_light_reaction_12(fn_c3_photosynthesis_39(X)))
& active_movement_of_ions_1(fn_light_reaction_12(fn_c3_photosynthesis_39(X)))
& cellular_work_1(fn_light_reaction_12(fn_c3_photosynthesis_39(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_c3_photosynthesis_52(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_c3_photosynthesis_52(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_c3_photosynthesis_52(X)))
& thylakoid_membrane_1(fn_light_reaction_51(fn_c3_photosynthesis_39(X)))
& chemical_reaction_1(fn_chloroplast_77(fn_c3_photosynthesis_107(X)))
& light_reaction_1(fn_chloroplast_77(fn_c3_photosynthesis_107(X)))
& spatial_entity_1(fn_move_1(fn_c3_photosynthesis_38(X)))
& visible_light_1(fn_chloroplast_82(fn_c3_photosynthesis_107(X)))
& energy_1(fn_chloroplast_82(fn_c3_photosynthesis_107(X)))
& visible_light_1(fn_light_reaction_45(fn_c3_photosynthesis_39(X)))
& take_in_1(fn_linear_electron_flow_215(fn_c3_photosynthesis_40(X)))
& move_into_1(fn_linear_electron_flow_215(fn_c3_photosynthesis_40(X)))
& move_1(fn_linear_electron_flow_215(fn_c3_photosynthesis_40(X)))
& absorb_1(fn_linear_electron_flow_215(fn_c3_photosynthesis_40(X)))
& take_in_1(fn_light_reaction_54(fn_c3_photosynthesis_39(X)))
& absorb_1(fn_light_reaction_54(fn_c3_photosynthesis_39(X)))
& move_1(fn_light_reaction_54(fn_c3_photosynthesis_39(X)))
& has_part_2(fn_c3_photosynthesis_70(X),fn_c3_photosynthesis_47(X))
& has_part_2(fn_c3_photosynthesis_70(X),fn_c3_photosynthesis_2(X))
& has_region_2(fn_c3_photosynthesis_57(X),fn_c3_photosynthesis_5(X))
& time_during_2(fn_c3_photosynthesis_55(X),fn_c3_photosynthesis_1(X))
& time_before_2(fn_c3_photosynthesis_4(X),fn_c3_photosynthesis_3(X))
& is_across_2(fn_c3_photosynthesis_54(X),fn_c3_photosynthesis_47(X))
& fn_c3_photosynthesis_51(X) != fn_c3_photosynthesis_25(X)
& object_2(fn_c3_photosynthesis_49(X),fn_c3_photosynthesis_43(X))
& possesses_2(fn_c3_photosynthesis_45(X),fn_c3_photosynthesis_66(X))
& structural_complexity_2(fn_c3_photosynthesis_45(X),fn_c3_photosynthesis_68(X))
& fn_c3_photosynthesis_45(X) != fn_c3_photosynthesis_41(X)
& possesses_2(fn_c3_photosynthesis_44(X),fn_c3_photosynthesis_59(X))
& has_function_2(fn_c3_photosynthesis_41(X),fn_c3_photosynthesis_49(X))
& fn_c3_photosynthesis_41(X) != fn_c3_photosynthesis_45(X)
& time_during_2(fn_c3_photosynthesis_40(X),fn_c3_photosynthesis_3(X))
& time_during_2(fn_c3_photosynthesis_38(X),fn_c3_photosynthesis_4(X))
& object_2(fn_c3_photosynthesis_31(X),fn_c3_photosynthesis_32(X))
& fn_c3_photosynthesis_25(X) != fn_c3_photosynthesis_51(X)
& plays_2(fn_c3_photosynthesis_44(X),fn_c3_photosynthesis_84(X))
& result_2(fn_c3_photosynthesis_39(X),fn_c3_photosynthesis_78(X))
& agent_2(fn_c3_photosynthesis_58(X),fn_c3_photosynthesis_41(X))
& object_2(fn_c3_photosynthesis_58(X),fn_c3_photosynthesis_41(X))
& path_2(fn_c3_photosynthesis_52(X),fn_c3_photosynthesis_47(X))
& base_2(fn_c3_photosynthesis_58(X),fn_c3_photosynthesis_57(X))
& plays_2(fn_c3_photosynthesis_53(X),fn_c3_photosynthesis_37(X))
& has_function_2(fn_c3_photosynthesis_69(X),X)
& agent_2(fn_c3_photosynthesis_52(X),fn_c3_photosynthesis_54(X))
& has_part_2(fn_c3_photosynthesis_70(X),fn_c3_photosynthesis_107(X))
& result_2(fn_c3_photosynthesis_9(X),fn_c3_photosynthesis_81(X))
& result_2(fn_c3_photosynthesis_7(X),fn_c3_photosynthesis_81(X))
& result_2(fn_c3_photosynthesis_21(X),fn_c3_photosynthesis_81(X))
& agent_2(fn_c3_photosynthesis_21(X),fn_c3_photosynthesis_79(X))
& agent_2(fn_c3_photosynthesis_19(X),fn_c3_photosynthesis_79(X))
& agent_2(fn_c3_photosynthesis_19(X),fn_c3_photosynthesis_80(X))
& agent_2(fn_c3_photosynthesis_18(X),fn_c3_photosynthesis_80(X))
& subevent_2(fn_c3_photosynthesis_39(X),fn_c3_photosynthesis_40(X))
& next_event_2(fn_c3_photosynthesis_38(X),fn_c3_photosynthesis_40(X))
& experiencer_2(X,fn_c3_photosynthesis_104(X))
& base_2(X,fn_c3_photosynthesis_70(X))
& size_2(fn_c3_photosynthesis_46(X),fn_c3_photosynthesis_64(X))
& structural_complexity_2(fn_c3_photosynthesis_43(X),fn_c3_photosynthesis_35(X))
& raw_material_2(fn_c3_photosynthesis_48(X),fn_c3_photosynthesis_43(X))
& possesses_2(fn_c3_photosynthesis_43(X),fn_c3_photosynthesis_34(X))
& possesses_2(fn_c3_photosynthesis_78(X),fn_c3_photosynthesis_34(X))
& structural_complexity_2(fn_c3_photosynthesis_78(X),fn_c3_photosynthesis_35(X))
& possesses_2(fn_c3_photosynthesis_103(X),fn_c3_photosynthesis_108(X))
& has_function_2(fn_c3_photosynthesis_93(X),fn_c3_photosynthesis_39(X))
& raw_material_2(X,fn_c3_photosynthesis_45(X))
& object_2(fn_c3_photosynthesis_92(X),fn_c3_photosynthesis_97(X))
& has_part_2(fn_c3_photosynthesis_72(X),fn_c3_photosynthesis_97(X))
& result_2(X,fn_c3_photosynthesis_44(X))
& result_2(fn_c3_photosynthesis_50(X),fn_c3_photosynthesis_44(X))
& object_2(fn_c3_photosynthesis_94(X),fn_c3_photosynthesis_95(X))
& site_2(fn_c3_photosynthesis_94(X),fn_c3_photosynthesis_93(X))
& site_2(fn_c3_photosynthesis_92(X),fn_c3_photosynthesis_93(X))
& object_2(fn_c3_photosynthesis_92(X),fn_c3_photosynthesis_96(X))
& has_part_2(fn_c3_photosynthesis_72(X),fn_c3_photosynthesis_96(X))
& has_part_2(fn_c3_photosynthesis_72(X),fn_c3_photosynthesis_100(X))
& object_2(fn_c3_photosynthesis_92(X),fn_c3_photosynthesis_100(X))
& object_2(fn_c3_photosynthesis_92(X),fn_c3_photosynthesis_98(X))
& has_part_2(fn_c3_photosynthesis_72(X),fn_c3_photosynthesis_98(X))
& has_part_2(fn_c3_photosynthesis_72(X),fn_c3_photosynthesis_95(X))
& facilitates_2(fn_c3_photosynthesis_105(X),X)
& element_2(fn_c3_photosynthesis_89(X),fn_c3_photosynthesis_105(X))
& element_2(fn_c3_photosynthesis_90(X),fn_c3_photosynthesis_89(X))
& has_part_2(fn_c3_photosynthesis_91(X),fn_c3_photosynthesis_90(X))
& has_part_2(fn_c3_photosynthesis_93(X),fn_c3_photosynthesis_91(X))
& quantity_2(fn_c3_photosynthesis_72(X),fn_c3_photosynthesis_102(X))
& inversely_proportional_2(fn_c3_photosynthesis_102(X),fn_c3_photosynthesis_101(X))
& wavelength_2(fn_c3_photosynthesis_72(X),fn_c3_photosynthesis_101(X))
& has_part_2(fn_c3_photosynthesis_72(X),fn_c3_photosynthesis_99(X))
& object_2(fn_c3_photosynthesis_92(X),fn_c3_photosynthesis_99(X))
& has_function_2(fn_c3_photosynthesis_106(X),fn_c3_photosynthesis_48(X))
& raw_material_2(fn_c3_photosynthesis_48(X),fn_c3_photosynthesis_103(X))
& result_2(fn_c3_photosynthesis_39(X),fn_c3_photosynthesis_103(X))
& site_2(fn_c3_photosynthesis_39(X),fn_c3_photosynthesis_91(X))
& facilitates_2(fn_c3_photosynthesis_91(X),fn_c3_photosynthesis_39(X))
& site_2(fn_c3_photosynthesis_48(X),fn_c3_photosynthesis_106(X))
& result_2(fn_c3_photosynthesis_48(X),fn_c3_photosynthesis_103(X))
& possesses_2(fn_c3_photosynthesis_103(X),fn_c3_photosynthesis_63(X))
& result_2(fn_c3_photosynthesis_77(X),fn_c3_photosynthesis_63(X))
& raw_material_2(fn_c3_photosynthesis_77(X),fn_c3_photosynthesis_108(X))
& has_part_2(fn_c3_photosynthesis_107(X),fn_c3_photosynthesis_106(X))
& facilitates_2(fn_c3_photosynthesis_106(X),X)
& site_2(X,fn_c3_photosynthesis_107(X))
& is_inside_2(fn_c3_photosynthesis_106(X),fn_c3_photosynthesis_107(X))
& is_between_2(fn_c3_photosynthesis_106(X),fn_c3_photosynthesis_93(X))
& has_function_2(fn_c3_photosynthesis_107(X),X)
& result_2(X,fn_c3_photosynthesis_46(X))
& possesses_2(fn_c3_photosynthesis_46(X),fn_c3_photosynthesis_63(X))
& fn_c3_photosynthesis_72(X) != fn_c3_photosynthesis_63(X)
& fn_c3_photosynthesis_63(X) != fn_c3_photosynthesis_72(X)
& first_subevent_2(fn_c3_photosynthesis_61(X),fn_c3_photosynthesis_82(X))
& recipient_2(fn_c3_photosynthesis_49(X),fn_c3_photosynthesis_41(X))
& result_2(X,fn_c3_photosynthesis_108(X))
& possesses_2(fn_c3_photosynthesis_41(X),fn_c3_photosynthesis_66(X))
& agent_2(fn_c3_photosynthesis_88(X),fn_c3_photosynthesis_80(X))
& structural_complexity_2(fn_c3_photosynthesis_41(X),fn_c3_photosynthesis_68(X))
& greater_than_2(fn_c3_photosynthesis_65(X),fn_c3_photosynthesis_68(X))
& result_2(fn_c3_photosynthesis_86(X),fn_c3_photosynthesis_81(X))
& agent_2(fn_c3_photosynthesis_86(X),fn_c3_photosynthesis_79(X))
& agent_2(fn_c3_photosynthesis_85(X),fn_c3_photosynthesis_79(X))
& result_2(fn_c3_photosynthesis_85(X),fn_c3_photosynthesis_81(X))
& in_event_2(fn_c3_photosynthesis_71(X),X)
& plays_2(fn_c3_photosynthesis_41(X),fn_c3_photosynthesis_71(X))
& size_2(fn_c3_photosynthesis_41(X),fn_c3_photosynthesis_67(X))
& greater_than_2(fn_c3_photosynthesis_64(X),fn_c3_photosynthesis_67(X))
& agent_2(fn_c3_photosynthesis_87(X),fn_c3_photosynthesis_80(X))
& agent_2(fn_c3_photosynthesis_87(X),fn_c3_photosynthesis_79(X))
& agent_2(fn_c3_photosynthesis_18(X),fn_c3_photosynthesis_79(X))
& result_2(fn_c3_photosynthesis_18(X),fn_c3_photosynthesis_81(X))
& result_2(fn_c3_photosynthesis_19(X),fn_c3_photosynthesis_81(X))
& raw_material_2(X,fn_c3_photosynthesis_41(X))
& object_2(fn_c3_photosynthesis_82(X),fn_c3_photosynthesis_41(X))
& subevent_2(fn_c3_photosynthesis_61(X),fn_c3_photosynthesis_82(X))
& raw_material_2(fn_c3_photosynthesis_61(X),fn_c3_photosynthesis_80(X))
& fn_c3_photosynthesis_80(X) != fn_c3_photosynthesis_79(X)
& fn_c3_photosynthesis_79(X) != fn_c3_photosynthesis_80(X)
& result_2(fn_c3_photosynthesis_40(X),fn_c3_photosynthesis_78(X))
& subevent_2(fn_c3_photosynthesis_40(X),fn_c3_photosynthesis_27(X))
& raw_material_2(fn_c3_photosynthesis_48(X),fn_c3_photosynthesis_41(X))
& subevent_2(fn_c3_photosynthesis_61(X),fn_c3_photosynthesis_31(X))
& is_between_2(fn_c3_photosynthesis_81(X),fn_c3_photosynthesis_80(X))
& result_2(fn_c3_photosynthesis_87(X),fn_c3_photosynthesis_81(X))
& next_event_2(fn_c3_photosynthesis_61(X),fn_c3_photosynthesis_56(X))
& next_event_2(fn_c3_photosynthesis_56(X),fn_c3_photosynthesis_55(X))
& has_region_2(fn_c3_photosynthesis_41(X),fn_c3_photosynthesis_17(X))
& facilitates_2(fn_c3_photosynthesis_17(X),fn_c3_photosynthesis_16(X))
& agent_2(fn_c3_photosynthesis_16(X),fn_c3_photosynthesis_41(X))
& has_function_2(fn_c3_photosynthesis_41(X),fn_c3_photosynthesis_16(X))
& site_2(fn_c3_photosynthesis_16(X),fn_c3_photosynthesis_17(X))
& object_2(fn_c3_photosynthesis_14(X),fn_c3_photosynthesis_41(X))
& speed_2(fn_c3_photosynthesis_14(X),fn_c3_photosynthesis_24(X))
& directly_proportional_2(fn_c3_photosynthesis_24(X),fn_c3_photosynthesis_23(X))
& quantity_2(fn_c3_photosynthesis_15(X),fn_c3_photosynthesis_23(X))
& possesses_2(fn_c3_photosynthesis_41(X),fn_c3_photosynthesis_15(X))
& result_2(fn_c3_photosynthesis_61(X),fn_c3_photosynthesis_60(X))
& raw_material_2(fn_c3_photosynthesis_56(X),fn_c3_photosynthesis_60(X))
& subevent_2(fn_c3_photosynthesis_48(X),fn_c3_photosynthesis_56(X))
& subevent_2(fn_c3_photosynthesis_48(X),fn_c3_photosynthesis_61(X))
& raw_material_2(fn_c3_photosynthesis_61(X),fn_c3_photosynthesis_12(X))
& plays_2(fn_c3_photosynthesis_41(X),fn_c3_photosynthesis_13(X))
& in_event_2(fn_c3_photosynthesis_13(X),fn_c3_photosynthesis_61(X))
& raw_material_2(fn_c3_photosynthesis_61(X),fn_c3_photosynthesis_41(X))
& fn_c3_photosynthesis_41(X) != fn_c3_photosynthesis_12(X)
& fn_c3_photosynthesis_12(X) != fn_c3_photosynthesis_41(X)
& next_event_2(fn_c3_photosynthesis_83(X),fn_c3_photosynthesis_31(X))
& result_2(fn_c3_photosynthesis_31(X),fn_c3_photosynthesis_60(X))
& fn_c3_photosynthesis_60(X) != fn_c3_photosynthesis_26(X)
& fn_c3_photosynthesis_32(X) != fn_c3_photosynthesis_60(X)
& fn_c3_photosynthesis_60(X) != fn_c3_photosynthesis_32(X)
& fn_c3_photosynthesis_26(X) != fn_c3_photosynthesis_60(X)
& result_2(fn_c3_photosynthesis_8(X),fn_c3_photosynthesis_81(X))
& agent_2(fn_c3_photosynthesis_8(X),fn_c3_photosynthesis_79(X))
& is_between_2(fn_c3_photosynthesis_81(X),fn_c3_photosynthesis_79(X))
& agent_2(fn_c3_photosynthesis_22(X),fn_c3_photosynthesis_81(X))
& object_2(fn_c3_photosynthesis_22(X),fn_c3_photosynthesis_79(X))
& result_2(fn_c3_photosynthesis_88(X),fn_c3_photosynthesis_81(X))
& agent_2(fn_c3_photosynthesis_88(X),fn_c3_photosynthesis_79(X))
& has_part_2(fn_c3_photosynthesis_41(X),fn_c3_photosynthesis_79(X))
& has_part_2(fn_c3_photosynthesis_41(X),fn_c3_photosynthesis_80(X))
& agent_2(fn_c3_photosynthesis_6(X),fn_c3_photosynthesis_80(X))
& result_2(fn_c3_photosynthesis_6(X),fn_c3_photosynthesis_81(X))
& agent_2(fn_c3_photosynthesis_6(X),fn_c3_photosynthesis_79(X))
& agent_2(fn_c3_photosynthesis_7(X),fn_c3_photosynthesis_79(X))
& agent_2(fn_c3_photosynthesis_7(X),fn_c3_photosynthesis_80(X))
& object_2(fn_c3_photosynthesis_22(X),fn_c3_photosynthesis_80(X))
& first_subevent_2(fn_c3_photosynthesis_48(X),fn_c3_photosynthesis_61(X))
& subevent_2(fn_c3_photosynthesis_61(X),fn_c3_photosynthesis_83(X))
& raw_material_2(fn_c3_photosynthesis_83(X),fn_c3_photosynthesis_41(X))
& possesses_2(fn_c3_photosynthesis_41(X),fn_c3_photosynthesis_81(X))
& has_function_2(fn_c3_photosynthesis_81(X),fn_c3_photosynthesis_22(X))
& subevent_2(X,fn_c3_photosynthesis_39(X))
& subevent_2(X,fn_c3_photosynthesis_48(X))
& raw_material_2(X,fn_c3_photosynthesis_72(X))
& causes_2(fn_c3_photosynthesis_39(X),fn_c3_photosynthesis_77(X))
& next_event_2(fn_c3_photosynthesis_39(X),fn_c3_photosynthesis_48(X))
& raw_material_2(fn_c3_photosynthesis_48(X),fn_c3_photosynthesis_78(X))
& fn_c3_photosynthesis_26(X) != fn_c3_photosynthesis_78(X)
& fn_c3_photosynthesis_78(X) != fn_c3_photosynthesis_26(X)
& object_2(fn_c3_photosynthesis_77(X),fn_c3_photosynthesis_72(X))
& raw_material_2(fn_c3_photosynthesis_77(X),fn_c3_photosynthesis_72(X))
& raw_material_2(fn_c3_photosynthesis_39(X),fn_c3_photosynthesis_72(X))
& enables_2(fn_c3_photosynthesis_39(X),fn_c3_photosynthesis_48(X))
& subevent_2(fn_c3_photosynthesis_48(X),fn_c3_photosynthesis_55(X))
& has_part_2(fn_c3_photosynthesis_47(X),fn_c3_photosynthesis_28(X))
& path_2(fn_c3_photosynthesis_27(X),fn_c3_photosynthesis_47(X))
& result_2(fn_c3_photosynthesis_27(X),fn_c3_photosynthesis_30(X))
& instrument_2(fn_c3_photosynthesis_62(X),fn_c3_photosynthesis_30(X))
& subevent_2(fn_c3_photosynthesis_39(X),fn_c3_photosynthesis_62(X))
& subevent_2(fn_c3_photosynthesis_27(X),fn_c3_photosynthesis_29(X))
& agent_2(fn_c3_photosynthesis_27(X),fn_c3_photosynthesis_28(X))
& is_across_2(fn_c3_photosynthesis_28(X),fn_c3_photosynthesis_47(X))
& base_2(fn_c3_photosynthesis_29(X),fn_c3_photosynthesis_47(X))
& has_function_2(fn_c3_photosynthesis_47(X),fn_c3_photosynthesis_29(X))
& site_2(fn_c3_photosynthesis_39(X),fn_c3_photosynthesis_47(X))
& first_subevent_2(fn_c3_photosynthesis_39(X),fn_c3_photosynthesis_38(X))
& subevent_2(fn_c3_photosynthesis_39(X),fn_c3_photosynthesis_38(X))
& object_2(fn_c3_photosynthesis_38(X),fn_c3_photosynthesis_72(X))
& called_2(fn_c3_photosynthesis_29(X),'MT1')
& has_function_2(fn_c3_photosynthesis_30(X),fn_c3_photosynthesis_62(X))
& plays_2(fn_c3_photosynthesis_53(X),fn_c3_photosynthesis_36(X))
& base_2(fn_c3_photosynthesis_38(X),fn_c3_photosynthesis_53(X))
& in_event_2(fn_c3_photosynthesis_36(X),fn_c3_photosynthesis_38(X))
& fn_c3_photosynthesis_42(X) != fn_c3_photosynthesis_45(X)
& fn_c3_photosynthesis_45(X) != fn_c3_photosynthesis_42(X)
& fn_c3_photosynthesis_42(X) != fn_c3_photosynthesis_41(X)
& fn_c3_photosynthesis_41(X) != fn_c3_photosynthesis_42(X)
& object_2(fn_c3_photosynthesis_49(X),fn_c3_photosynthesis_42(X))
& agent_2(fn_c3_photosynthesis_20(X),fn_c3_photosynthesis_79(X))
& result_2(fn_c3_photosynthesis_20(X),fn_c3_photosynthesis_81(X))
& agent_2(fn_c3_photosynthesis_38(X),fn_c3_photosynthesis_53(X))
& subevent_2(fn_c3_photosynthesis_40(X),fn_c3_photosynthesis_38(X))
& structural_complexity_2(fn_c3_photosynthesis_46(X),fn_c3_photosynthesis_65(X))
& donor_2(fn_c3_photosynthesis_49(X),fn_c3_photosynthesis_45(X))
& possesses_2(fn_c3_photosynthesis_46(X),fn_c3_photosynthesis_59(X))
& result_2(fn_c3_photosynthesis_48(X),fn_c3_photosynthesis_46(X))
& object_2(fn_c3_photosynthesis_50(X),fn_c3_photosynthesis_25(X))
& base_2(fn_c3_photosynthesis_50(X),fn_c3_photosynthesis_51(X))
& agent_2(fn_c3_photosynthesis_9(X),fn_c3_photosynthesis_79(X))
& fn_c3_photosynthesis_44(X) = fn_waste_1(fn_c3_photosynthesis_84(X))
& fn_c3_photosynthesis_78(X) = fn_chemical_reaction_1(fn_c3_photosynthesis_39(X))
& fn_c3_photosynthesis_41(X) = fn_locomotion_1(fn_c3_photosynthesis_58(X))
& fn_c3_photosynthesis_47(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_c3_photosynthesis_52(X))
& fn_c3_photosynthesis_57(X) = fn_move_into_1(fn_c3_photosynthesis_58(X))
& fn_c3_photosynthesis_53(X) = fn_barrier_1(fn_c3_photosynthesis_37(X))
& X = fn_enzyme_4(fn_c3_photosynthesis_69(X))
& fn_c3_photosynthesis_54(X) = fn_passive_transport_of_solute_3(fn_c3_photosynthesis_52(X))
& fn_c3_photosynthesis_107(X) = fn_plant_cell_6(fn_c3_photosynthesis_70(X))
& fn_c3_photosynthesis_9(X) = fn_photosynthesis_94(X)
& fn_c3_photosynthesis_7(X) = fn_photosynthesis_93(X)
& fn_c3_photosynthesis_18(X) = fn_photosynthesis_94(X)
& fn_c3_photosynthesis_21(X) = fn_photosynthesis_91(X)
& fn_c3_photosynthesis_40(X) = fn_light_reaction_53(fn_c3_photosynthesis_39(X))
& fn_c3_photosynthesis_70(X) = fn_metabolic_pathway_1(X)
& fn_c3_photosynthesis_70(X) = fn_plant_20(fn_c3_photosynthesis_104(X))
& X = fn_plant_18(fn_c3_photosynthesis_104(X))
& fn_c3_photosynthesis_35(X) = fn_photosynthesis_19(X)
& fn_c3_photosynthesis_43(X) = fn_photosynthesis_33(X)
& fn_c3_photosynthesis_78(X) = fn_photosynthesis_65(X)
& fn_c3_photosynthesis_34(X) = fn_photosynthesis_18(X)
& fn_c3_photosynthesis_34(X) = fn_calvin_cycle_30(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_33(X) = fn_calvin_cycle_36(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_35(X) = fn_calvin_cycle_37(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_109(X) = fn_chloroplast_26(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_110(X) = fn_chloroplast_27(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_45(X) = fn_chloroplast_88(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_97(X) = fn_chloroplast_66(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_50(X) = fn_chloroplast_4(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_44(X) = fn_anabolic_pathway_5(X)
& fn_c3_photosynthesis_44(X) = fn_chloroplast_58(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_96(X) = fn_chloroplast_67(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_94(X) = fn_chloroplast_103(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_95(X) = fn_chloroplast_68(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_98(X) = fn_chloroplast_65(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_92(X) = fn_chloroplast_62(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_100(X) = fn_chloroplast_63(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_90(X) = fn_chloroplast_52(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_89(X) = fn_chloroplast_35(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_105(X) = fn_chloroplast_72(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_92(X) = fn_chloroplast_102(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_99(X) = fn_chloroplast_64(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_101(X) = fn_chloroplast_54(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_102(X) = fn_chloroplast_53(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_91(X) = fn_chloroplast_34(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_39(X) = fn_chloroplast_77(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_108(X) = fn_chloroplast_81(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_77(X) = fn_chloroplast_78(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_103(X) = fn_chloroplast_71(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_48(X) = fn_chloroplast_89(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_93(X) = fn_chloroplast_91(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_106(X) = fn_chloroplast_96(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_63(X) = fn_photosynthesis_40(X)
& fn_c3_photosynthesis_72(X) = fn_chloroplast_82(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_63(X) = fn_chloroplast_84(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_46(X) = fn_chloroplast_86(fn_c3_photosynthesis_107(X))
& X = fn_chloroplast_79(fn_c3_photosynthesis_107(X))
& fn_c3_photosynthesis_49(X) = fn_photosynthesis_46(X)
& fn_c3_photosynthesis_73(X) = fn_photosynthesis_54(X)
& fn_c3_photosynthesis_108(X) = fn_photosynthesis_1(X)
& fn_c3_photosynthesis_74(X) = fn_photosynthesis_5(X)
& fn_c3_photosynthesis_66(X) = fn_photosynthesis_50(X)
& fn_c3_photosynthesis_88(X) = fn_photosynthesis_94(X)
& fn_c3_photosynthesis_65(X) = fn_photosynthesis_25(X)
& fn_c3_photosynthesis_68(X) = fn_anabolic_pathway_4(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_68(X) = fn_photosynthesis_24(X)
& fn_c3_photosynthesis_85(X) = fn_photosynthesis_94(X)
& fn_c3_photosynthesis_86(X) = fn_photosynthesis_92(X)
& fn_c3_photosynthesis_76(X) = fn_photosynthesis_6(X)
& fn_c3_photosynthesis_64(X) = fn_photosynthesis_4(X)
& fn_c3_photosynthesis_67(X) = fn_photosynthesis_3(X)
& fn_c3_photosynthesis_71(X) = fn_photosynthesis_32(X)
& fn_c3_photosynthesis_19(X) = fn_photosynthesis_93(X)
& fn_c3_photosynthesis_18(X) = fn_photosynthesis_91(X)
& fn_c3_photosynthesis_87(X) = fn_photosynthesis_93(X)
& fn_c3_photosynthesis_79(X) = fn_photosynthesis_59(X)
& fn_c3_photosynthesis_80(X) = fn_photosynthesis_61(X)
& fn_c3_photosynthesis_82(X) = fn_photosynthesis_62(X)
& fn_c3_photosynthesis_78(X) = fn_electron_transport_chain_reaction_25(fn_c3_photosynthesis_40(X))
& fn_c3_photosynthesis_78(X) = fn_linear_electron_flow_99(fn_c3_photosynthesis_40(X))
& fn_c3_photosynthesis_27(X) = fn_linear_electron_flow_190(fn_c3_photosynthesis_40(X))
& fn_c3_photosynthesis_75(X) = fn_anabolic_pathway_1(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_65(X) = fn_anabolic_pathway_3(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_75(X) = fn_glucose_1(fn_c3_photosynthesis_46(X))
& fn_c3_photosynthesis_41(X) = fn_anabolic_pathway_6(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_11(X) = fn_calvin_cycle_121(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_10(X) = fn_calvin_cycle_122(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_87(X) = fn_calvin_cycle_110(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_16(X) = fn_calvin_cycle_115(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_17(X) = fn_calvin_cycle_114(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_15(X) = fn_calvin_cycle_116(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_23(X) = fn_calvin_cycle_113(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_24(X) = fn_calvin_cycle_112(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_14(X) = fn_calvin_cycle_118(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_56(X) = fn_calvin_cycle_84(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_13(X) = fn_calvin_cycle_119(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_12(X) = fn_calvin_cycle_120(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_32(X) = fn_calvin_cycle_70(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_60(X) = fn_calvin_cycle_73(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_31(X) = fn_calvin_cycle_69(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_79(X) = fn_polar_covalent_bond_18(fn_c3_photosynthesis_81(X))
& fn_c3_photosynthesis_79(X) = fn_polar_covalent_bond_19(fn_c3_photosynthesis_81(X))
& fn_c3_photosynthesis_8(X) = fn_calvin_cycle_62(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_6(X) = fn_calvin_cycle_111(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_88(X) = fn_calvin_cycle_111(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_80(X) = fn_polar_covalent_bond_19(fn_c3_photosynthesis_81(X))
& fn_c3_photosynthesis_80(X) = fn_polar_covalent_bond_18(fn_c3_photosynthesis_81(X))
& fn_c3_photosynthesis_80(X) = fn_calvin_cycle_117(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_7(X) = fn_calvin_cycle_110(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_79(X) = fn_calvin_cycle_59(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_6(X) = fn_calvin_cycle_61(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_22(X) = fn_polar_covalent_bond_17(fn_c3_photosynthesis_81(X))
& fn_c3_photosynthesis_22(X) = fn_calvin_cycle_60(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_81(X) = fn_photosynthesis_58(X)
& fn_c3_photosynthesis_81(X) = fn_calvin_cycle_58(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_41(X) = fn_photosynthesis_38(X)
& fn_c3_photosynthesis_41(X) = fn_calvin_cycle_55(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_61(X) = fn_photosynthesis_64(X)
& fn_c3_photosynthesis_83(X) = fn_photosynthesis_11(X)
& fn_c3_photosynthesis_83(X) = fn_calvin_cycle_34(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_61(X) = fn_calvin_cycle_57(fn_c3_photosynthesis_48(X))
& X = fn_light_reaction_1(fn_c3_photosynthesis_39(X))
& fn_c3_photosynthesis_26(X) = fn_calvin_cycle_82(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_26(X) = fn_light_reaction_57(fn_c3_photosynthesis_39(X))
& fn_c3_photosynthesis_78(X) = fn_calvin_cycle_77(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_78(X) = fn_light_reaction_49(fn_c3_photosynthesis_39(X))
& fn_c3_photosynthesis_55(X) = fn_calvin_cycle_89(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_55(X) = fn_light_reaction_58(fn_c3_photosynthesis_39(X))
& fn_c3_photosynthesis_48(X) = fn_light_reaction_47(fn_c3_photosynthesis_39(X))
& fn_c3_photosynthesis_39(X) = fn_photosynthesis_35(X)
& fn_c3_photosynthesis_77(X) = fn_photosynthesis_31(X)
& fn_c3_photosynthesis_72(X) = fn_photosynthesis_34(X)
& fn_c3_photosynthesis_77(X) = fn_light_reaction_50(fn_c3_photosynthesis_39(X))
& fn_c3_photosynthesis_79(X) = fn_share_3(fn_c3_photosynthesis_9(X))
& fn_c3_photosynthesis_79(X) = fn_share_1(fn_c3_photosynthesis_9(X))
& fn_c3_photosynthesis_51(X) = fn_add_2(fn_c3_photosynthesis_50(X))
& fn_c3_photosynthesis_25(X) = fn_add_1(fn_c3_photosynthesis_50(X))
& fn_c3_photosynthesis_59(X) = fn_endergonic_reaction_3(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_48(X) = fn_photosynthesis_36(X)
& fn_c3_photosynthesis_46(X) = fn_photosynthesis_37(X)
& fn_c3_photosynthesis_46(X) = fn_calvin_cycle_18(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_46(X) = fn_endergonic_reaction_9(fn_c3_photosynthesis_48(X))
& fn_c3_photosynthesis_65(X) = fn_glucose_2(fn_c3_photosynthesis_46(X))
& fn_c3_photosynthesis_38(X) = fn_linear_electron_flow_215(fn_c3_photosynthesis_40(X))
& fn_c3_photosynthesis_53(X) = fn_take_in_1(fn_c3_photosynthesis_38(X))
& fn_c3_photosynthesis_79(X) = fn_covalent_bond_20(fn_c3_photosynthesis_81(X))
& fn_c3_photosynthesis_20(X) = fn_covalent_bond_17(fn_c3_photosynthesis_81(X))
& fn_c3_photosynthesis_42(X) = fn_oxidation_7(fn_c3_photosynthesis_49(X))
& fn_c3_photosynthesis_45(X) = fn_oxidation_10(fn_c3_photosynthesis_49(X))
& fn_c3_photosynthesis_41(X) = fn_oxidation_7(fn_c3_photosynthesis_49(X))
& fn_c3_photosynthesis_42(X) = fn_oxidation_9(fn_c3_photosynthesis_49(X))
& fn_c3_photosynthesis_53(X) = fn_move_into_1(fn_c3_photosynthesis_38(X))
& fn_c3_photosynthesis_36(X) = fn_move_into_2(fn_c3_photosynthesis_38(X))
& fn_c3_photosynthesis_27(X) = fn_light_reaction_12(fn_c3_photosynthesis_39(X))
& fn_c3_photosynthesis_28(X) = fn_light_reaction_59(fn_c3_photosynthesis_39(X))
& fn_c3_photosynthesis_47(X) = fn_light_reaction_51(fn_c3_photosynthesis_39(X))
& fn_c3_photosynthesis_72(X) = fn_move_1(fn_c3_photosynthesis_38(X))
& fn_c3_photosynthesis_38(X) = fn_light_reaction_54(fn_c3_photosynthesis_39(X))
& fn_c3_photosynthesis_72(X) = fn_light_reaction_45(fn_c3_photosynthesis_39(X))
& fn_c3_photosynthesis_29(X) = fn_light_reaction_19(fn_c3_photosynthesis_39(X))
& fn_c3_photosynthesis_30(X) = fn_light_reaction_13(fn_c3_photosynthesis_39(X))
& fn_c3_photosynthesis_62(X) = fn_light_reaction_52(fn_c3_photosynthesis_39(X))
& fn_metabolic_pathway_1(X) = fn_plant_20(fn_c3_photosynthesis_104(X))
& fn_plant_20(fn_c3_photosynthesis_104(X)) = fn_photosynthesis_18(X)
& fn_photosynthesis_18(X) = fn_photosynthesis_18(X)
& fn_photosynthesis_18(X) = fn_calvin_cycle_30(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_30(fn_c3_photosynthesis_48(X)) = fn_photosynthesis_19(X)
& fn_photosynthesis_19(X) = fn_calvin_cycle_37(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_37(fn_c3_photosynthesis_48(X)) = fn_calvin_cycle_37(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_37(fn_c3_photosynthesis_48(X)) = fn_waste_1(fn_c3_photosynthesis_84(X))
& fn_waste_1(fn_c3_photosynthesis_84(X)) = fn_anabolic_pathway_5(X)
& fn_chloroplast_58(fn_c3_photosynthesis_107(X)) = fn_anabolic_pathway_5(X)
& fn_anabolic_pathway_5(X) = fn_chloroplast_58(fn_c3_photosynthesis_107(X))
& fn_chloroplast_58(fn_c3_photosynthesis_107(X)) = fn_chloroplast_102(fn_c3_photosynthesis_107(X))
& fn_chloroplast_102(fn_c3_photosynthesis_107(X)) = fn_chloroplast_102(fn_c3_photosynthesis_107(X))
& fn_chloroplast_102(fn_c3_photosynthesis_107(X)) = fn_chloroplast_62(fn_c3_photosynthesis_107(X))
& fn_chloroplast_62(fn_c3_photosynthesis_107(X)) = fn_chloroplast_62(fn_c3_photosynthesis_107(X))
& fn_chloroplast_62(fn_c3_photosynthesis_107(X)) = fn_chloroplast_102(fn_c3_photosynthesis_107(X))
& fn_chloroplast_102(fn_c3_photosynthesis_107(X)) = fn_photosynthesis_40(X)
& fn_chloroplast_84(fn_c3_photosynthesis_107(X)) = fn_photosynthesis_40(X)
& fn_photosynthesis_40(X) = fn_chloroplast_84(fn_c3_photosynthesis_107(X))
& fn_chloroplast_84(fn_c3_photosynthesis_107(X)) = fn_chloroplast_84(fn_c3_photosynthesis_107(X))
& fn_chloroplast_84(fn_c3_photosynthesis_107(X)) = fn_chloroplast_81(fn_c3_photosynthesis_107(X))
& fn_chloroplast_81(fn_c3_photosynthesis_107(X)) = fn_chloroplast_81(fn_c3_photosynthesis_107(X))
& fn_chloroplast_81(fn_c3_photosynthesis_107(X)) = fn_photosynthesis_1(X)
& fn_photosynthesis_1(X) = fn_photosynthesis_24(X)
& fn_photosynthesis_24(X) = fn_anabolic_pathway_4(fn_c3_photosynthesis_48(X))
& fn_anabolic_pathway_4(fn_c3_photosynthesis_48(X)) = fn_photosynthesis_24(X)
& fn_photosynthesis_24(X) = fn_photosynthesis_94(X)
& fn_photosynthesis_94(X) = fn_photosynthesis_91(X)
& fn_photosynthesis_91(X) = fn_photosynthesis_91(X)
& fn_photosynthesis_91(X) = fn_anabolic_pathway_1(fn_c3_photosynthesis_48(X))
& fn_anabolic_pathway_1(fn_c3_photosynthesis_48(X)) = fn_glucose_1(fn_c3_photosynthesis_46(X))
& fn_glucose_1(fn_c3_photosynthesis_46(X)) = fn_photosynthesis_93(X)
& fn_photosynthesis_93(X) = fn_photosynthesis_93(X)
& fn_calvin_cycle_110(fn_c3_photosynthesis_48(X)) = fn_photosynthesis_94(X)
& fn_photosynthesis_94(X) = fn_calvin_cycle_111(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_111(fn_c3_photosynthesis_48(X)) = fn_calvin_cycle_111(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_111(fn_c3_photosynthesis_48(X)) = fn_polar_covalent_bond_19(fn_c3_photosynthesis_81(X))
& fn_photosynthesis_61(X) = fn_polar_covalent_bond_18(fn_c3_photosynthesis_81(X))
& fn_polar_covalent_bond_18(fn_c3_photosynthesis_81(X)) = fn_photosynthesis_61(X)
& fn_photosynthesis_61(X) = fn_photosynthesis_61(X)
& fn_photosynthesis_61(X) = fn_calvin_cycle_117(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_117(fn_c3_photosynthesis_48(X)) = fn_calvin_cycle_117(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_117(fn_c3_photosynthesis_48(X)) = fn_photosynthesis_93(X)
& fn_photosynthesis_93(X) = fn_calvin_cycle_110(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_110(fn_c3_photosynthesis_48(X)) = fn_calvin_cycle_110(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_110(fn_c3_photosynthesis_48(X)) = fn_calvin_cycle_111(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_111(fn_c3_photosynthesis_48(X)) = fn_calvin_cycle_61(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_61(fn_c3_photosynthesis_48(X)) = fn_calvin_cycle_61(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_61(fn_c3_photosynthesis_48(X)) = fn_calvin_cycle_60(fn_c3_photosynthesis_48(X))
& fn_polar_covalent_bond_17(fn_c3_photosynthesis_81(X)) = fn_polar_covalent_bond_17(fn_c3_photosynthesis_81(X))
& fn_calvin_cycle_60(fn_c3_photosynthesis_48(X)) = fn_polar_covalent_bond_17(fn_c3_photosynthesis_81(X))
& fn_polar_covalent_bond_17(fn_c3_photosynthesis_81(X)) = fn_calvin_cycle_60(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_60(fn_c3_photosynthesis_48(X)) = fn_calvin_cycle_34(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_34(fn_c3_photosynthesis_48(X)) = fn_photosynthesis_11(X)
& fn_photosynthesis_11(X) = fn_calvin_cycle_34(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_34(fn_c3_photosynthesis_48(X)) = fn_photosynthesis_64(X)
& fn_photosynthesis_64(X) = fn_photosynthesis_64(X)
& fn_calvin_cycle_57(fn_c3_photosynthesis_48(X)) = fn_photosynthesis_64(X)
& fn_photosynthesis_64(X) = fn_calvin_cycle_57(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_57(fn_c3_photosynthesis_48(X)) = fn_calvin_cycle_57(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_57(fn_c3_photosynthesis_48(X)) = fn_enzyme_4(fn_c3_photosynthesis_69(X))
& fn_enzyme_4(fn_c3_photosynthesis_69(X)) = fn_plant_18(fn_c3_photosynthesis_104(X))
& fn_plant_18(fn_c3_photosynthesis_104(X)) = fn_plant_18(fn_c3_photosynthesis_104(X))
& fn_plant_18(fn_c3_photosynthesis_104(X)) = fn_chloroplast_79(fn_c3_photosynthesis_107(X))
& fn_chloroplast_79(fn_c3_photosynthesis_107(X)) = fn_chloroplast_79(fn_c3_photosynthesis_107(X))
& fn_chloroplast_79(fn_c3_photosynthesis_107(X)) = fn_light_reaction_1(fn_c3_photosynthesis_39(X))
& fn_light_reaction_1(fn_c3_photosynthesis_39(X)) = fn_light_reaction_1(fn_c3_photosynthesis_39(X))
& fn_light_reaction_1(fn_c3_photosynthesis_39(X)) = fn_calvin_cycle_82(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_82(fn_c3_photosynthesis_48(X)) = fn_calvin_cycle_82(fn_c3_photosynthesis_48(X))
& fn_light_reaction_57(fn_c3_photosynthesis_39(X)) = fn_calvin_cycle_82(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_82(fn_c3_photosynthesis_48(X)) = fn_light_reaction_57(fn_c3_photosynthesis_39(X))
& fn_light_reaction_57(fn_c3_photosynthesis_39(X)) = fn_chemical_reaction_1(fn_c3_photosynthesis_39(X))
& fn_chemical_reaction_1(fn_c3_photosynthesis_39(X)) = fn_electron_transport_chain_reaction_25(fn_c3_photosynthesis_40(X))
& fn_electron_transport_chain_reaction_25(fn_c3_photosynthesis_40(X)) = fn_chemical_reaction_1(fn_c3_photosynthesis_39(X))
& fn_chemical_reaction_1(fn_c3_photosynthesis_39(X)) = fn_photosynthesis_65(X)
& fn_photosynthesis_65(X) = fn_photosynthesis_65(X)
& fn_photosynthesis_65(X) = fn_calvin_cycle_77(fn_c3_photosynthesis_48(X))
& fn_linear_electron_flow_99(fn_c3_photosynthesis_40(X)) = fn_calvin_cycle_77(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_77(fn_c3_photosynthesis_48(X)) = fn_calvin_cycle_77(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_77(fn_c3_photosynthesis_48(X)) = fn_linear_electron_flow_99(fn_c3_photosynthesis_40(X))
& fn_linear_electron_flow_99(fn_c3_photosynthesis_40(X)) = fn_light_reaction_49(fn_c3_photosynthesis_39(X))
& fn_light_reaction_49(fn_c3_photosynthesis_39(X)) = fn_light_reaction_49(fn_c3_photosynthesis_39(X))
& fn_light_reaction_49(fn_c3_photosynthesis_39(X)) = fn_calvin_cycle_89(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_89(fn_c3_photosynthesis_48(X)) = fn_calvin_cycle_89(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_89(fn_c3_photosynthesis_48(X)) = fn_light_reaction_58(fn_c3_photosynthesis_39(X))
& fn_light_reaction_58(fn_c3_photosynthesis_39(X)) = fn_chloroplast_78(fn_c3_photosynthesis_107(X))
& fn_chloroplast_78(fn_c3_photosynthesis_107(X)) = fn_photosynthesis_31(X)
& fn_photosynthesis_31(X) = fn_photosynthesis_31(X)
& fn_photosynthesis_31(X) = fn_chloroplast_78(fn_c3_photosynthesis_107(X))
& fn_chloroplast_78(fn_c3_photosynthesis_107(X)) = fn_chloroplast_78(fn_c3_photosynthesis_107(X))
& fn_chloroplast_78(fn_c3_photosynthesis_107(X)) = fn_light_reaction_50(fn_c3_photosynthesis_39(X))
& fn_light_reaction_50(fn_c3_photosynthesis_39(X)) = fn_light_reaction_50(fn_c3_photosynthesis_39(X))
& fn_light_reaction_50(fn_c3_photosynthesis_39(X)) = fn_photosynthesis_36(X)
& fn_chloroplast_89(fn_c3_photosynthesis_107(X)) = fn_photosynthesis_36(X)
& fn_photosynthesis_36(X) = fn_photosynthesis_36(X)
& fn_photosynthesis_36(X) = fn_chloroplast_89(fn_c3_photosynthesis_107(X))
& fn_chloroplast_89(fn_c3_photosynthesis_107(X)) = fn_chloroplast_89(fn_c3_photosynthesis_107(X))
& fn_chloroplast_89(fn_c3_photosynthesis_107(X)) = fn_light_reaction_47(fn_c3_photosynthesis_39(X))
& fn_light_reaction_47(fn_c3_photosynthesis_39(X)) = fn_light_reaction_47(fn_c3_photosynthesis_39(X))
& fn_light_reaction_47(fn_c3_photosynthesis_39(X)) = fn_anabolic_pathway_3(fn_c3_photosynthesis_48(X))
& fn_photosynthesis_25(X) = fn_anabolic_pathway_3(fn_c3_photosynthesis_48(X))
& fn_anabolic_pathway_3(fn_c3_photosynthesis_48(X)) = fn_photosynthesis_25(X)
& fn_photosynthesis_25(X) = fn_glucose_2(fn_c3_photosynthesis_46(X))
& fn_glucose_2(fn_c3_photosynthesis_46(X)) = fn_glucose_2(fn_c3_photosynthesis_46(X))
& fn_glucose_2(fn_c3_photosynthesis_46(X)) = fn_photosynthesis_37(X)
& fn_chloroplast_86(fn_c3_photosynthesis_107(X)) = fn_photosynthesis_37(X)
& fn_photosynthesis_37(X) = fn_chloroplast_86(fn_c3_photosynthesis_107(X))
& fn_chloroplast_86(fn_c3_photosynthesis_107(X)) = fn_chloroplast_86(fn_c3_photosynthesis_107(X))
& fn_chloroplast_86(fn_c3_photosynthesis_107(X)) = fn_calvin_cycle_18(fn_c3_photosynthesis_48(X))
& fn_endergonic_reaction_9(fn_c3_photosynthesis_48(X)) = fn_calvin_cycle_18(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_18(fn_c3_photosynthesis_48(X)) = fn_endergonic_reaction_9(fn_c3_photosynthesis_48(X))
& fn_endergonic_reaction_9(fn_c3_photosynthesis_48(X)) = fn_polar_covalent_bond_18(fn_c3_photosynthesis_81(X))
& fn_polar_covalent_bond_19(fn_c3_photosynthesis_81(X)) = fn_polar_covalent_bond_18(fn_c3_photosynthesis_81(X))
& fn_polar_covalent_bond_18(fn_c3_photosynthesis_81(X)) = fn_polar_covalent_bond_19(fn_c3_photosynthesis_81(X))
& fn_photosynthesis_59(X) = fn_polar_covalent_bond_19(fn_c3_photosynthesis_81(X))
& fn_polar_covalent_bond_19(fn_c3_photosynthesis_81(X)) = fn_photosynthesis_59(X)
& fn_photosynthesis_59(X) = fn_photosynthesis_59(X)
& fn_photosynthesis_59(X) = fn_calvin_cycle_59(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_59(fn_c3_photosynthesis_48(X)) = fn_calvin_cycle_59(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_59(fn_c3_photosynthesis_48(X)) = fn_share_3(fn_c3_photosynthesis_9(X))
& fn_share_3(fn_c3_photosynthesis_9(X)) = fn_share_3(fn_c3_photosynthesis_9(X))
& fn_share_3(fn_c3_photosynthesis_9(X)) = fn_share_1(fn_c3_photosynthesis_9(X))
& fn_share_1(fn_c3_photosynthesis_9(X)) = fn_share_1(fn_c3_photosynthesis_9(X))
& fn_share_1(fn_c3_photosynthesis_9(X)) = fn_covalent_bond_20(fn_c3_photosynthesis_81(X))
& fn_covalent_bond_20(fn_c3_photosynthesis_81(X)) = fn_photosynthesis_58(X)
& fn_photosynthesis_58(X) = fn_photosynthesis_58(X)
& fn_calvin_cycle_58(fn_c3_photosynthesis_48(X)) = fn_calvin_cycle_58(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_58(fn_c3_photosynthesis_48(X)) = fn_photosynthesis_58(X)
& fn_photosynthesis_58(X) = fn_calvin_cycle_58(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_58(fn_c3_photosynthesis_48(X)) = fn_chloroplast_88(fn_c3_photosynthesis_107(X))
& fn_chloroplast_88(fn_c3_photosynthesis_107(X)) = fn_oxidation_10(fn_c3_photosynthesis_49(X))
& fn_oxidation_10(fn_c3_photosynthesis_49(X)) = fn_oxidation_10(fn_c3_photosynthesis_49(X))
& fn_oxidation_10(fn_c3_photosynthesis_49(X)) = fn_locomotion_1(fn_c3_photosynthesis_58(X))
& fn_locomotion_1(fn_c3_photosynthesis_58(X)) = fn_locomotion_1(fn_c3_photosynthesis_58(X))
& fn_locomotion_1(fn_c3_photosynthesis_58(X)) = fn_anabolic_pathway_6(fn_c3_photosynthesis_48(X))
& fn_anabolic_pathway_6(fn_c3_photosynthesis_48(X)) = fn_anabolic_pathway_6(fn_c3_photosynthesis_48(X))
& fn_photosynthesis_38(X) = fn_anabolic_pathway_6(fn_c3_photosynthesis_48(X))
& fn_anabolic_pathway_6(fn_c3_photosynthesis_48(X)) = fn_photosynthesis_38(X)
& fn_photosynthesis_38(X) = fn_photosynthesis_38(X)
& fn_calvin_cycle_55(fn_c3_photosynthesis_48(X)) = fn_photosynthesis_38(X)
& fn_photosynthesis_38(X) = fn_calvin_cycle_55(fn_c3_photosynthesis_48(X))
& fn_oxidation_7(fn_c3_photosynthesis_49(X)) = fn_calvin_cycle_55(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_55(fn_c3_photosynthesis_48(X)) = fn_calvin_cycle_55(fn_c3_photosynthesis_48(X))
& fn_calvin_cycle_55(fn_c3_photosynthesis_48(X)) = fn_oxidation_7(fn_c3_photosynthesis_49(X))
& fn_oxidation_7(fn_c3_photosynthesis_49(X)) = fn_oxidation_7(fn_c3_photosynthesis_49(X))
& fn_oxidation_9(fn_c3_photosynthesis_49(X)) = fn_oxidation_7(fn_c3_photosynthesis_49(X))
& fn_oxidation_7(fn_c3_photosynthesis_49(X)) = fn_oxidation_9(fn_c3_photosynthesis_49(X))
& fn_oxidation_9(fn_c3_photosynthesis_49(X)) = fn_oxidation_9(fn_c3_photosynthesis_49(X))
& fn_oxidation_9(fn_c3_photosynthesis_49(X)) = fn_barrier_1(fn_c3_photosynthesis_37(X))
& fn_barrier_1(fn_c3_photosynthesis_37(X)) = fn_take_in_1(fn_c3_photosynthesis_38(X))
& fn_take_in_1(fn_c3_photosynthesis_38(X)) = fn_take_in_1(fn_c3_photosynthesis_38(X))
& fn_take_in_1(fn_c3_photosynthesis_38(X)) = fn_move_into_1(fn_c3_photosynthesis_38(X))
& fn_move_into_1(fn_c3_photosynthesis_38(X)) = fn_move_into_1(fn_c3_photosynthesis_38(X))
& fn_move_into_1(fn_c3_photosynthesis_38(X)) = fn_linear_electron_flow_190(fn_c3_photosynthesis_40(X))
& fn_linear_electron_flow_190(fn_c3_photosynthesis_40(X)) = fn_light_reaction_12(fn_c3_photosynthesis_39(X))
& fn_light_reaction_12(fn_c3_photosynthesis_39(X)) = fn_light_reaction_12(fn_c3_photosynthesis_39(X))
& fn_light_reaction_12(fn_c3_photosynthesis_39(X)) = fn_facilitated_diffusion_of_polar_molecule_5(fn_c3_photosynthesis_52(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_c3_photosynthesis_52(X)) = fn_light_reaction_51(fn_c3_photosynthesis_39(X))
& fn_light_reaction_51(fn_c3_photosynthesis_39(X)) = fn_light_reaction_51(fn_c3_photosynthesis_39(X))
& fn_light_reaction_51(fn_c3_photosynthesis_39(X)) = fn_chloroplast_77(fn_c3_photosynthesis_107(X))
& fn_chloroplast_77(fn_c3_photosynthesis_107(X)) = fn_chloroplast_77(fn_c3_photosynthesis_107(X))
& fn_chloroplast_77(fn_c3_photosynthesis_107(X)) = fn_photosynthesis_35(X)
& fn_photosynthesis_35(X) = fn_photosynthesis_35(X)
& fn_photosynthesis_35(X) = fn_photosynthesis_34(X)
& fn_photosynthesis_34(X) = fn_move_1(fn_c3_photosynthesis_38(X))
& fn_move_1(fn_c3_photosynthesis_38(X)) = fn_chloroplast_82(fn_c3_photosynthesis_107(X))
& fn_chloroplast_82(fn_c3_photosynthesis_107(X)) = fn_photosynthesis_34(X)
& fn_photosynthesis_34(X) = fn_photosynthesis_34(X)
& fn_photosynthesis_34(X) = fn_chloroplast_82(fn_c3_photosynthesis_107(X))
& fn_chloroplast_82(fn_c3_photosynthesis_107(X)) = fn_chloroplast_82(fn_c3_photosynthesis_107(X))
& fn_chloroplast_82(fn_c3_photosynthesis_107(X)) = fn_light_reaction_45(fn_c3_photosynthesis_39(X))
& fn_light_reaction_45(fn_c3_photosynthesis_39(X)) = fn_light_reaction_45(fn_c3_photosynthesis_39(X))
& fn_light_reaction_45(fn_c3_photosynthesis_39(X)) = fn_light_reaction_54(fn_c3_photosynthesis_39(X))
& fn_light_reaction_54(fn_c3_photosynthesis_39(X)) = fn_linear_electron_flow_215(fn_c3_photosynthesis_40(X))
& fn_linear_electron_flow_215(fn_c3_photosynthesis_40(X)) = fn_light_reaction_54(fn_c3_photosynthesis_39(X))
& fn_light_reaction_54(fn_c3_photosynthesis_39(X)) = fn_light_reaction_54(fn_c3_photosynthesis_39(X)) ) ) ).
fof(a528013,axiom,
! [X] :
( c3_plant_1(X)
=> ( original_name_2(X,'C3-Plant')
& user_description_2(X,'A plant that fixes atmospheric CO2 directly into a 3-carbon molecule.')
& concept2words_2(X,'c3 plant')
& concept2words_2(X,'c3-plant')
& plant_1(X)
& chemical_entity_1(fn_c3_plant_1(X))
& photosystem_ii_1(fn_c3_plant_2(X))
& air_1(fn_c3_plant_3(X))
& temperature_value_1(fn_c3_plant_4(X))
& quantity_value_1(fn_c3_plant_5(X))
& co2_gas_1(fn_c3_plant_8(X))
& concentration_value_1(fn_c3_plant_9(X))
& maintenance_1(fn_c3_plant_11(X))
& protein_enzyme_1(fn_c3_plant_12(X))
& entity_1(fn_c3_plant_13(X))
& chemical_entity_1(fn_c3_plant_13(X))
& organic_molecule_1(fn_c3_plant_13(X))
& molecule_1(fn_c3_plant_13(X))
& nadh_1(fn_c3_plant_13(X))
& hold_together_1(fn_c3_plant_14(X))
& phospholipid_1(fn_c3_plant_15(X))
& starch_storage_by_plant_1(fn_c3_plant_16(X))
& size_value_1(fn_c3_plant_19(X))
& size_value_1(fn_c3_plant_20(X))
& tangible_entity_1(fn_c3_plant_21(X))
& sugar_1(fn_c3_plant_21(X))
& chemical_entity_1(fn_c3_plant_21(X))
& glucose_1(fn_c3_plant_21(X))
& active_site_1(fn_c3_plant_22(X))
& catalyst_1(fn_c3_plant_23(X))
& decrease_1(fn_c3_plant_24(X))
& block_1(fn_c3_plant_25(X))
& barrier_1(fn_c3_plant_26(X))
& membrane_1(fn_c3_plant_27(X))
& spatial_entity_1(fn_c3_plant_27(X))
& biomembrane_1(fn_c3_plant_27(X))
& plasma_membrane_1(fn_c3_plant_27(X))
& eukaryotic_chromosome_1(fn_c3_plant_28(X))
& chromosome_1(fn_c3_plant_28(X))
& cytoskeleton_1(fn_c3_plant_29(X))
& exchange_1(fn_c3_plant_30(X))
& support_1(fn_c3_plant_31(X))
& defense_1(fn_c3_plant_32(X))
& transfer_1(fn_c3_plant_33(X))
& transfer_1(fn_c3_plant_34(X))
& move_through_1(fn_c3_plant_35(X))
& cytoplasmic_streaming_1(fn_c3_plant_36(X))
& substance_1(fn_c3_plant_37(X))
& solid_substance_1(fn_c3_plant_37(X))
& surface_1(fn_c3_plant_38(X))
& cytoplasmic_side_1(fn_c3_plant_38(X))
& carbohydrate_1(fn_c3_plant_39(X))
& hydrophilic_compound_1(fn_c3_plant_39(X))
& polar_molecule_1(fn_c3_plant_39(X))
& polysaccharide_1(fn_c3_plant_39(X))
& cellulose_1(fn_c3_plant_39(X))
& structural_complexity_value_1(fn_c3_plant_44(X))
& structural_complexity_value_1(fn_c3_plant_45(X))
& free_energy_1(fn_c3_plant_46(X))
& quantity_value_1(fn_c3_plant_47(X))
& quantity_value_1(fn_c3_plant_48(X))
& tangible_entity_1(fn_c3_plant_49(X))
& water_molecule_1(fn_c3_plant_49(X))
& chemical_entity_1(fn_c3_plant_49(X))
& oxidation_1(fn_c3_plant_50(X))
& photosystem_i_1(fn_c3_plant_51(X))
& free_energy_1(fn_c3_plant_52(X))
& water_1(fn_c3_plant_53(X))
& temperature_value_1(fn_c3_plant_54(X))
& specific_heat_value_1(fn_c3_plant_55(X))
& tangible_entity_1(fn_c3_plant_56(X))
& er_membrane_1(fn_c3_plant_56(X))
& biomembrane_1(fn_c3_plant_56(X))
& spatial_entity_1(fn_c3_plant_57(X))
& biomembrane_1(fn_c3_plant_57(X))
& nuclear_membrane_1(fn_c3_plant_57(X))
& spatial_entity_1(fn_c3_plant_58(X))
& suspension_1(fn_c3_plant_58(X))
& colloid_1(fn_c3_plant_58(X))
& mixture_1(fn_c3_plant_58(X))
& cytoplasm_1(fn_c3_plant_58(X))
& tangible_entity_1(fn_c3_plant_59(X))
& nucleus_1(fn_c3_plant_59(X))
& light_reaction_1(fn_c3_plant_60(X))
& protein_enzyme_1(fn_c3_plant_61(X))
& enzyme_1(fn_c3_plant_61(X))
& tangible_entity_1(fn_c3_plant_62(X))
& atp_synthase_1(fn_c3_plant_62(X))
& glycoprotein_1(fn_c3_plant_63(X))
& glycolipid_1(fn_c3_plant_64(X))
& carbohydrate_side_chain_1(fn_c3_plant_65(X))
& membrane_1(fn_c3_plant_66(X))
& spatial_entity_1(fn_c3_plant_66(X))
& biomembrane_1(fn_c3_plant_66(X))
& thylakoid_membrane_1(fn_c3_plant_66(X))
& photorespiration_1(fn_c3_plant_67(X))
& rate_value_1(fn_c3_plant_68(X))
& synthesis_reaction_1(fn_c3_plant_70(X))
& metabolic_pathway_1(fn_c3_plant_70(X))
& chemical_reaction_1(fn_c3_plant_70(X))
& anabolic_pathway_1(fn_c3_plant_70(X))
& synthesis_of_lipid_1(fn_c3_plant_70(X))
& smooth_endoplasmic_reticulum_1(fn_c3_plant_71(X))
& plasmodesmata_1(fn_c3_plant_72(X))
& cell_wall_1(fn_c3_plant_73(X))
& plant_cell_wall_1(fn_c3_plant_73(X))
& surface_1(fn_c3_plant_74(X))
& aqueous_solution_1(fn_c3_plant_75(X))
& liquid_substance_1(fn_c3_plant_75(X))
& solution_1(fn_c3_plant_75(X))
& substance_1(fn_c3_plant_75(X))
& cytosol_1(fn_c3_plant_75(X))
& move_1(fn_c3_plant_76(X))
& move_through_1(fn_c3_plant_76(X))
& tangible_entity_1(fn_c3_plant_77(X))
& chemical_entity_1(fn_c3_plant_77(X))
& oxygen_molecule_1(fn_c3_plant_77(X))
& nonpolar_molecule_1(fn_c3_plant_77(X))
& break_1(fn_c3_plant_78(X))
& chemical_entity_1(fn_c3_plant_79(X))
& electron_1(fn_c3_plant_79(X))
& oxygen_molecule_1(fn_c3_plant_80(X))
& tangible_entity_1(fn_c3_plant_81(X))
& microfibril_1(fn_c3_plant_81(X))
& double_bond_1(fn_c3_plant_82(X))
& anabolic_pathway_1(fn_c3_plant_83(X))
& metabolic_pathway_1(fn_c3_plant_83(X))
& photosynthesis_1(fn_c3_plant_83(X))
& c3_photosynthesis_1(fn_c3_plant_83(X))
& photoautotroph_1(fn_c3_plant_84(X))
& nutrition_1(fn_c3_plant_85(X))
& walled_cell_1(fn_c3_plant_86(X))
& cell_1(fn_c3_plant_86(X))
& eukaryotic_cell_1(fn_c3_plant_86(X))
& plant_cell_1(fn_c3_plant_86(X))
& exergonic_reaction_1(fn_c3_plant_89(X))
& metabolic_pathway_1(fn_c3_plant_89(X))
& eukaryotic_cellular_respiration_1(fn_c3_plant_89(X))
& cellular_respiration_1(fn_c3_plant_89(X))
& spatial_entity_1(fn_c3_plant_90(X))
& hydrophobic_compound_1(fn_c3_plant_90(X))
& molecule_1(fn_c3_plant_90(X))
& chemical_entity_1(fn_c3_plant_90(X))
& tangible_entity_1(fn_c3_plant_90(X))
& carbon_dioxide_1(fn_c3_plant_90(X))
& protein_enzyme_1(fn_c3_plant_91(X))
& photoprotection_in_plant_1(fn_c3_plant_92(X))
& chemical_energy_1(fn_c3_plant_93(X))
& quantity_value_1(fn_c3_plant_94(X))
& quantity_value_1(fn_c3_plant_95(X))
& final_electron_acceptor_1(fn_c3_plant_96(X))
& chemical_energy_1(fn_c3_plant_97(X))
& waste_product_1(fn_c3_plant_100(X))
& store_1(fn_c3_plant_101(X))
& time_interval_1(fn_c3_plant_102(X))
& time_interval_1(fn_c3_plant_103(X))
& move_1(fn_c3_plant_104(X))
& absorb_1(fn_c3_plant_104(X))
& move_1(fn_c3_plant_105(X))
& absorb_1(fn_c3_plant_105(X))
& move_1(fn_c3_plant_106(X))
& absorb_1(fn_c3_plant_106(X))
& p700_1(fn_c3_plant_107(X))
& p700_1(fn_c3_plant_108(X))
& carotenoid_1(fn_c3_plant_109(X))
& light_harvesting_complex_1(fn_c3_plant_110(X))
& reaction_center_complex_1(fn_c3_plant_111(X))
& organic_molecule_1(fn_c3_plant_112(X))
& chemical_entity_1(fn_c3_plant_112(X))
& pyruvate_1(fn_c3_plant_112(X))
& tuber_1(fn_c3_plant_113(X))
& tangible_entity_1(fn_hold_2(fn_c3_plant_14(X)))
& chemical_entity_1(fn_electron_recipient_2(fn_c3_plant_96(X)))
& photoprotection_in_plant_1(fn_photorespiration_9(fn_c3_plant_67(X)))
& property_node_1(fn_photorespiration_3(fn_c3_plant_67(X)))
& rate_value_1(fn_photorespiration_4(fn_c3_plant_67(X)))
& property_node_1(fn_photosynthesis_55(fn_c3_plant_83(X)))
& property_node_1(fn_photosynthesis_56(fn_c3_plant_83(X)))
& quantity_value_1(fn_photosynthesis_51(fn_c3_plant_83(X)))
& quantity_value_1(fn_photosynthesis_52(fn_c3_plant_83(X)))
& property_node_1(fn_exergonic_reaction_1(fn_c3_plant_89(X)))
& property_node_1(fn_exergonic_reaction_2(fn_c3_plant_89(X)))
& chemical_energy_1(fn_exergonic_reaction_3(fn_c3_plant_89(X)))
& quantity_value_1(fn_exergonic_reaction_4(fn_c3_plant_89(X)))
& quantity_value_1(fn_exergonic_reaction_5(fn_c3_plant_89(X)))
& membrane_1(fn_photosynthesis_30(fn_c3_plant_83(X)))
& spatial_entity_1(fn_photosynthesis_30(fn_c3_plant_83(X)))
& biomembrane_1(fn_photosynthesis_30(fn_c3_plant_83(X)))
& thylakoid_membrane_1(fn_photosynthesis_30(fn_c3_plant_83(X)))
& time_interval_1(fn_photosynthesis_66(fn_c3_plant_83(X)))
& p700_1(fn_photosynthesis_71(fn_c3_plant_83(X)))
& p700_1(fn_photosynthesis_72(fn_c3_plant_83(X)))
& time_interval_1(fn_photosynthesis_67(fn_c3_plant_83(X)))
& carotenoid_1(fn_photosynthesis_73(fn_c3_plant_83(X)))
& light_harvesting_complex_1(fn_photosynthesis_74(fn_c3_plant_83(X)))
& reaction_center_complex_1(fn_photosynthesis_75(fn_c3_plant_83(X)))
& light_reaction_1(fn_photosynthesis_35(fn_c3_plant_83(X)))
& cytoplasmic_streaming_1(fn_plant_cell_89(fn_c3_plant_86(X)))
& transfer_1(fn_plant_cell_73(fn_c3_plant_86(X)))
& maintenance_1(fn_plant_cell_1(fn_c3_plant_86(X)))
& move_through_1(fn_plant_cell_72(fn_c3_plant_86(X)))
& protein_enzyme_1(fn_plant_cell_11(fn_c3_plant_86(X)))
& transfer_1(fn_plant_cell_74(fn_c3_plant_86(X)))
& exchange_1(fn_plant_cell_71(fn_c3_plant_86(X)))
& property_node_1(fn_c3_photosynthesis_75(fn_c3_plant_83(X)))
& property_node_1(fn_c3_photosynthesis_73(fn_c3_plant_83(X)))
& property_node_1(fn_c3_photosynthesis_74(fn_c3_plant_83(X)))
& property_node_1(fn_c3_photosynthesis_76(fn_c3_plant_83(X)))
& oxidation_1(fn_c3_photosynthesis_49(fn_c3_plant_83(X)))
& chemical_entity_1(fn_c3_photosynthesis_42(fn_c3_plant_83(X)))
& electron_1(fn_c3_photosynthesis_42(fn_c3_plant_83(X)))
& structural_complexity_value_1(fn_c3_photosynthesis_68(fn_c3_plant_83(X)))
& size_value_1(fn_c3_photosynthesis_64(fn_c3_plant_83(X)))
& size_value_1(fn_c3_photosynthesis_67(fn_c3_plant_83(X)))
& covalent_bond_1(fn_nonpolar_molecule_3(fn_c3_plant_77(X)))
& glycoprotein_1(fn_biomembrane_30(fn_c3_plant_66(X)))
& glycolipid_1(fn_biomembrane_29(fn_c3_plant_66(X)))
& catalyst_1(fn_enzyme_6(fn_c3_plant_61(X)))
& decrease_1(fn_enzyme_5(fn_c3_plant_61(X)))
& active_site_1(fn_enzyme_2(fn_c3_plant_61(X)))
& move_through_1(fn_plasmodesmata_3(fn_c3_plant_72(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_c3_plant_86(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_c3_plant_86(X)))
& barrier_1(fn_plant_cell_wall_25(fn_c3_plant_73(X)))
& block_1(fn_plant_cell_wall_28(fn_c3_plant_73(X)))
& tangible_entity_1(fn_plant_cell_wall_23(fn_c3_plant_73(X)))
& microfibril_1(fn_plant_cell_wall_23(fn_c3_plant_73(X)))
& plasmodesmata_1(fn_plant_cell_wall_22(fn_c3_plant_73(X)))
& move_1(fn_carotenoid_18(fn_c3_plant_109(X)))
& absorb_1(fn_carotenoid_18(fn_c3_plant_109(X)))
& absorb_1(fn_photosynthesis_68(fn_c3_plant_83(X)))
& move_1(fn_photosynthesis_69(fn_c3_plant_83(X)))
& absorb_1(fn_photosynthesis_69(fn_c3_plant_83(X)))
& move_1(fn_photosynthesis_70(fn_c3_plant_83(X)))
& absorb_1(fn_photosynthesis_70(fn_c3_plant_83(X)))
& free_energy_1(fn_photosynthesis_50(fn_c3_plant_83(X)))
& free_energy_1(fn_c3_photosynthesis_66(fn_c3_plant_83(X)))
& tangible_entity_1(fn_impair_1(fn_c3_plant_78(X)))
& water_molecule_1(fn_c3_photosynthesis_45(fn_c3_plant_83(X)))
& chemical_entity_1(fn_c3_photosynthesis_45(fn_c3_plant_83(X)))
& structural_complexity_value_1(fn_anabolic_pathway_3(fn_c3_plant_83(X)))
& structural_complexity_value_1(fn_c3_photosynthesis_65(fn_c3_plant_83(X)))
& free_energy_1(fn_photosynthesis_53(fn_c3_plant_83(X)))
& free_energy_1(fn_c3_photosynthesis_59(fn_c3_plant_83(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_c3_plant_83(X)))
& tangible_entity_1(fn_photosynthesis_37(fn_c3_plant_83(X)))
& chemical_entity_1(fn_photosynthesis_37(fn_c3_plant_83(X)))
& sugar_1(fn_photosynthesis_37(fn_c3_plant_83(X)))
& tangible_entity_1(fn_c3_photosynthesis_46(fn_c3_plant_83(X)))
& sugar_1(fn_c3_photosynthesis_46(fn_c3_plant_83(X)))
& chemical_entity_1(fn_c3_photosynthesis_46(fn_c3_plant_83(X)))
& glucose_1(fn_c3_photosynthesis_46(fn_c3_plant_83(X)))
& plant_1(fn_photoprotection_in_plant_1(fn_c3_plant_92(X)))
& c3_plant_1(fn_c3_photosynthesis_104(fn_c3_plant_83(X)))
& photosystem_i_1(fn_photosynthesis_41(fn_c3_plant_83(X)))
& photosystem_i_1(fn_thylakoid_membrane_16(fn_c3_plant_66(X)))
& chemical_energy_1(fn_exergonic_reaction_6(fn_c3_plant_89(X)))
& chemical_energy_1(fn_cellular_respiration_43(fn_c3_plant_89(X)))
& chemical_entity_1(fn_plant_cell_116(fn_c3_plant_86(X)))
& organic_molecule_1(fn_plant_cell_116(fn_c3_plant_86(X)))
& molecule_1(fn_plant_cell_116(fn_c3_plant_86(X)))
& entity_1(fn_plant_cell_116(fn_c3_plant_86(X)))
& nadh_1(fn_plant_cell_116(fn_c3_plant_86(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_c3_plant_89(X)))
& chemical_entity_1(fn_cellular_respiration_56(fn_c3_plant_89(X)))
& organic_molecule_1(fn_cellular_respiration_56(fn_c3_plant_89(X)))
& molecule_1(fn_cellular_respiration_56(fn_c3_plant_89(X)))
& nadh_1(fn_cellular_respiration_56(fn_c3_plant_89(X)))
& tangible_entity_1(fn_c3_photosynthesis_44(fn_c3_plant_83(X)))
& chemical_entity_1(fn_c3_photosynthesis_44(fn_c3_plant_83(X)))
& oxygen_molecule_1(fn_c3_photosynthesis_44(fn_c3_plant_83(X)))
& substance_1(fn_plant_cell_25(fn_c3_plant_86(X)))
& solid_substance_1(fn_plant_cell_25(fn_c3_plant_86(X)))
& solid_substance_1(fn_suspension_1(fn_c3_plant_58(X)))
& substance_1(fn_colloid_4(fn_c3_plant_58(X)))
& solid_substance_1(fn_colloid_4(fn_c3_plant_58(X)))
& cytoskeleton_1(fn_plant_cell_94(fn_c3_plant_86(X)))
& cytoskeleton_1(fn_cell_2(fn_c3_plant_86(X)))
& protein_enzyme_1(fn_smooth_endoplasmic_reticulum_37(fn_c3_plant_71(X)))
& enzyme_1(fn_smooth_endoplasmic_reticulum_37(fn_c3_plant_71(X)))
& protein_enzyme_1(fn_smooth_endoplasmic_reticulum_50(fn_c3_plant_71(X)))
& enzyme_1(fn_smooth_endoplasmic_reticulum_50(fn_c3_plant_71(X)))
& tangible_entity_1(fn_hold_1(fn_c3_plant_14(X)))
& atp_synthase_1(fn_thylakoid_membrane_9(fn_c3_plant_66(X)))
& spatial_entity_1(fn_c3_photosynthesis_41(fn_c3_plant_83(X)))
& tangible_entity_1(fn_c3_photosynthesis_41(fn_c3_plant_83(X)))
& hydrophobic_compound_1(fn_c3_photosynthesis_41(fn_c3_plant_83(X)))
& molecule_1(fn_c3_photosynthesis_41(fn_c3_plant_83(X)))
& carbon_dioxide_1(fn_c3_photosynthesis_41(fn_c3_plant_83(X)))
& chemical_entity_1(fn_c3_photosynthesis_41(fn_c3_plant_83(X)))
& tangible_entity_1(fn_cellular_respiration_61(fn_c3_plant_89(X)))
& carbon_dioxide_1(fn_cellular_respiration_61(fn_c3_plant_89(X)))
& metabolic_pathway_1(fn_plant_cell_63(fn_c3_plant_86(X)))
& eukaryotic_cellular_respiration_1(fn_plant_cell_63(fn_c3_plant_86(X)))
& eukaryotic_cellular_respiration_1(fn_eukaryotic_cell_23(fn_c3_plant_86(X)))
& waste_product_1(fn_cellular_respiration_58(fn_c3_plant_89(X)))
& waste_product_1(fn_cellular_respiration_59(fn_c3_plant_89(X)))
& carbohydrate_side_chain_1(fn_biomembrane_70(fn_c3_plant_66(X)))
& carbohydrate_side_chain_1(fn_glycoprotein_17(fn_c3_plant_63(X)))
& surface_1(fn_glycolipid_1(fn_c3_plant_64(X)))
& surface_1(fn_glycoprotein_14(fn_c3_plant_63(X)))
& protein_enzyme_1(fn_photorespiration_40(fn_c3_plant_67(X)))
& protein_enzyme_1(fn_plant_cell_92(fn_c3_plant_86(X)))
& protein_enzyme_1(fn_eukaryotic_cell_21(fn_c3_plant_86(X)))
& surface_1(fn_cell_27(fn_c3_plant_86(X)))
& cytoplasmic_side_1(fn_cell_27(fn_c3_plant_86(X)))
& surface_1(fn_eukaryotic_cell_46(fn_c3_plant_86(X)))
& cytoplasmic_side_1(fn_eukaryotic_cell_46(fn_c3_plant_86(X)))
& spatial_entity_1(fn_plant_cell_83(fn_c3_plant_86(X)))
& mixture_1(fn_plant_cell_83(fn_c3_plant_86(X)))
& suspension_1(fn_plant_cell_83(fn_c3_plant_86(X)))
& colloid_1(fn_plant_cell_83(fn_c3_plant_86(X)))
& cytoplasm_1(fn_plant_cell_83(fn_c3_plant_86(X)))
& spatial_entity_1(fn_move_1(fn_c3_plant_76(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_c3_plant_86(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_c3_plant_86(X)))
& spatial_entity_1(fn_plant_cell_75(fn_c3_plant_86(X)))
& biomembrane_1(fn_plant_cell_75(fn_c3_plant_86(X)))
& nuclear_membrane_1(fn_plant_cell_75(fn_c3_plant_86(X)))
& nuclear_membrane_1(fn_eukaryotic_cell_37(fn_c3_plant_86(X)))
& biomembrane_1(fn_eukaryotic_cell_37(fn_c3_plant_86(X)))
& spatial_entity_1(fn_smooth_endoplasmic_reticulum_36(fn_c3_plant_71(X)))
& biomembrane_1(fn_smooth_endoplasmic_reticulum_36(fn_c3_plant_71(X)))
& nuclear_membrane_1(fn_smooth_endoplasmic_reticulum_36(fn_c3_plant_71(X)))
& tangible_entity_1(fn_plant_cell_84(fn_c3_plant_86(X)))
& nucleus_1(fn_plant_cell_84(fn_c3_plant_86(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_c3_plant_86(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_c3_plant_86(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_c3_plant_71(X)))
& aqueous_solution_1(fn_plant_cell_91(fn_c3_plant_86(X)))
& liquid_substance_1(fn_plant_cell_91(fn_c3_plant_86(X)))
& solution_1(fn_plant_cell_91(fn_c3_plant_86(X)))
& substance_1(fn_plant_cell_91(fn_c3_plant_86(X)))
& cytosol_1(fn_plant_cell_91(fn_c3_plant_86(X)))
& cytosol_1(fn_cytoplasm_8(fn_c3_plant_58(X)))
& substance_1(fn_eukaryotic_cell_42(fn_c3_plant_86(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_c3_plant_86(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_c3_plant_71(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_c3_plant_71(X)))
& synthesis_reaction_1(fn_plant_cell_76(fn_c3_plant_86(X)))
& metabolic_pathway_1(fn_plant_cell_76(fn_c3_plant_86(X)))
& chemical_reaction_1(fn_plant_cell_76(fn_c3_plant_86(X)))
& anabolic_pathway_1(fn_plant_cell_76(fn_c3_plant_86(X)))
& synthesis_of_lipid_1(fn_plant_cell_76(fn_c3_plant_86(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_c3_plant_71(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_c3_plant_71(X)))
& chemical_reaction_1(fn_enzyme_4(fn_c3_plant_61(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_c3_plant_71(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_c3_plant_71(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_c3_plant_71(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_c3_plant_71(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_c3_plant_71(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_c3_plant_71(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_c3_plant_71(X)))
& er_membrane_1(fn_eukaryotic_cell_39(fn_c3_plant_86(X)))
& tangible_entity_1(fn_smooth_endoplasmic_reticulum_28(fn_c3_plant_71(X)))
& er_membrane_1(fn_smooth_endoplasmic_reticulum_28(fn_c3_plant_71(X)))
& biomembrane_1(fn_smooth_endoplasmic_reticulum_28(fn_c3_plant_71(X)))
& smooth_endoplasmic_reticulum_1(fn_eukaryotic_cell_20(fn_c3_plant_86(X)))
& smooth_endoplasmic_reticulum_1(fn_plant_cell_77(fn_c3_plant_86(X)))
& cell_1(fn_photorespiration_57(fn_c3_plant_67(X)))
& plant_cell_1(fn_photorespiration_57(fn_c3_plant_67(X)))
& plant_cell_1(fn_c3_photosynthesis_70(fn_c3_plant_83(X)))
& cell_1(fn_c3_photosynthesis_70(fn_c3_plant_83(X)))
& eukaryotic_cell_1(fn_c3_photosynthesis_70(fn_c3_plant_83(X)))
& cell_1(fn_cytoplasm_7(fn_c3_plant_58(X)))
& cell_1(fn_metabolic_pathway_1(fn_c3_plant_89(X)))
& cell_1(fn_metabolic_pathway_1(fn_c3_plant_70(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_c3_plant_71(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_c3_plant_71(X)))
& plant_cell_1(fn_plant_cell_wall_24(fn_c3_plant_73(X)))
& polysaccharide_1(fn_plant_cell_wall_10(fn_c3_plant_73(X)))
& carbohydrate_1(fn_plant_cell_wall_21(fn_c3_plant_73(X)))
& hydrophilic_compound_1(fn_plant_cell_wall_21(fn_c3_plant_73(X)))
& polar_molecule_1(fn_plant_cell_wall_21(fn_c3_plant_73(X)))
& polysaccharide_1(fn_plant_cell_wall_21(fn_c3_plant_73(X)))
& cellulose_1(fn_plant_cell_wall_21(fn_c3_plant_73(X)))
& support_1(fn_plant_cell_21(fn_c3_plant_86(X)))
& support_1(fn_plant_cell_wall_27(fn_c3_plant_73(X)))
& defense_1(fn_plant_cell_78(fn_c3_plant_86(X)))
& defense_1(fn_plant_cell_wall_17(fn_c3_plant_73(X)))
& membrane_1(fn_plasmodesmata_9(fn_c3_plant_72(X)))
& spatial_entity_1(fn_plasmodesmata_9(fn_c3_plant_72(X)))
& biomembrane_1(fn_plasmodesmata_9(fn_c3_plant_72(X)))
& plasma_membrane_1(fn_plasmodesmata_9(fn_c3_plant_72(X)))
& plasma_membrane_1(fn_cell_30(fn_c3_plant_86(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_c3_plant_86(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_c3_plant_86(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_c3_plant_86(X)))
& membrane_1(fn_plant_cell_wall_26(fn_c3_plant_73(X)))
& spatial_entity_1(fn_plant_cell_wall_26(fn_c3_plant_73(X)))
& biomembrane_1(fn_plant_cell_wall_26(fn_c3_plant_73(X)))
& plasma_membrane_1(fn_plant_cell_wall_26(fn_c3_plant_73(X)))
& cell_wall_1(fn_plant_cell_82(fn_c3_plant_86(X)))
& plant_cell_wall_1(fn_plant_cell_82(fn_c3_plant_86(X)))
& cell_wall_1(fn_walled_cell_1(fn_c3_plant_86(X)))
& plant_cell_wall_1(fn_plasmodesmata_10(fn_c3_plant_72(X)))
& fn_c3_plant_1(X) != fn_c3_plant_90(X)
& fn_c3_plant_1(X) != fn_c3_plant_79(X)
& is_inside_2(fn_c3_plant_61(X),fn_c3_plant_56(X))
& is_at_2(fn_c3_plant_62(X),fn_c3_plant_66(X))
& has_part_2(fn_c3_plant_66(X),fn_c3_plant_2(X))
& quantity_2(X,fn_c3_plant_5(X))
& inversely_proportional_2(fn_c3_plant_68(X),fn_c3_plant_9(X))
& has_part_2(fn_c3_plant_3(X),fn_c3_plant_8(X))
& temperature_2(fn_c3_plant_3(X),fn_c3_plant_4(X))
& directly_proportional_2(fn_c3_plant_4(X),fn_c3_plant_68(X))
& correspondence_2(fn_c3_plant_5(X),fn_c3_plant_4(X))
& correspondence_2(fn_c3_plant_5(X),fn_c3_plant_9(X))
& concentration_2(fn_c3_plant_8(X),fn_c3_plant_9(X))
& result_2(fn_c3_plant_78(X),fn_c3_plant_79(X))
& fn_c3_plant_79(X) != fn_c3_plant_1(X)
& possesses_2(fn_c3_plant_80(X),fn_c3_plant_97(X))
& causes_2(fn_c3_plant_83(X),fn_c3_plant_78(X))
& fn_c3_plant_90(X) != fn_c3_plant_1(X)
& object_2(fn_c3_plant_14(X),fn_c3_plant_15(X))
& object_2(fn_c3_plant_78(X),fn_c3_plant_49(X))
& agent_2(fn_c3_plant_14(X),fn_c3_plant_62(X))
& plays_2(fn_c3_plant_80(X),fn_c3_plant_96(X))
& experiencer_2(fn_c3_plant_92(X),X)
& base_2(fn_c3_plant_67(X),fn_c3_plant_86(X))
& has_function_2(fn_c3_plant_91(X),fn_c3_plant_67(X))
& causes_2(fn_c3_plant_67(X),fn_c3_plant_92(X))
& rate_2(fn_c3_plant_67(X),fn_c3_plant_68(X))
& quantity_2(fn_c3_plant_46(X),fn_c3_plant_47(X))
& called_2(fn_c3_plant_48(X),'FE_p')
& result_2(fn_c3_plant_83(X),fn_c3_plant_21(X))
& quantity_2(fn_c3_plant_52(X),fn_c3_plant_48(X))
& greater_than_2(fn_c3_plant_48(X),fn_c3_plant_47(X))
& called_2(fn_c3_plant_47(X),'FE_r')
& quantity_2(fn_c3_plant_93(X),fn_c3_plant_94(X))
& greater_than_2(fn_c3_plant_95(X),fn_c3_plant_94(X))
& quantity_2(fn_c3_plant_97(X),fn_c3_plant_95(X))
& has_function_2(fn_c3_plant_109(X),fn_c3_plant_106(X))
& agent_2(fn_c3_plant_106(X),fn_c3_plant_109(X))
& base_2(fn_c3_plant_106(X),fn_c3_plant_109(X))
& result_2(fn_c3_plant_83(X),fn_c3_plant_77(X))
& by_means_of_2(fn_c3_plant_85(X),fn_c3_plant_83(X))
& has_function_2(X,fn_c3_plant_83(X))
& result_2(fn_c3_plant_89(X),fn_c3_plant_112(X))
& possesses_2(fn_c3_plant_112(X),fn_c3_plant_93(X))
& is_inside_2(fn_c3_plant_37(X),fn_c3_plant_75(X))
& site_2(fn_c3_plant_60(X),fn_c3_plant_66(X))
& time_during_2(fn_c3_plant_105(X),fn_c3_plant_103(X))
& time_during_2(fn_c3_plant_106(X),fn_c3_plant_103(X))
& time_during_2(fn_c3_plant_104(X),fn_c3_plant_103(X))
& fn_c3_plant_105(X) != fn_c3_plant_104(X)
& fn_c3_plant_105(X) != fn_c3_plant_106(X)
& fn_c3_plant_106(X) != fn_c3_plant_105(X)
& fn_c3_plant_104(X) != fn_c3_plant_105(X)
& element_2(fn_c3_plant_51(X),fn_c3_plant_110(X))
& element_2(fn_c3_plant_110(X),fn_c3_plant_109(X))
& facilitates_2(fn_c3_plant_109(X),fn_c3_plant_106(X))
& fn_c3_plant_104(X) != fn_c3_plant_106(X)
& fn_c3_plant_106(X) != fn_c3_plant_104(X)
& subevent_2(fn_c3_plant_83(X),fn_c3_plant_60(X))
& instrument_2(fn_c3_plant_60(X),fn_c3_plant_51(X))
& element_2(fn_c3_plant_51(X),fn_c3_plant_111(X))
& is_near_2(fn_c3_plant_110(X),fn_c3_plant_111(X))
& is_near_2(fn_c3_plant_111(X),fn_c3_plant_110(X))
& subevent_2(fn_c3_plant_30(X),fn_c3_plant_33(X))
& origin_2(fn_c3_plant_33(X),fn_c3_plant_58(X))
& object_2(fn_c3_plant_36(X),fn_c3_plant_58(X))
& agent_2(fn_c3_plant_36(X),fn_c3_plant_29(X))
& has_function_2(fn_c3_plant_29(X),fn_c3_plant_36(X))
& object_2(fn_c3_plant_35(X),fn_c3_plant_58(X))
& causes_2(fn_c3_plant_35(X),fn_c3_plant_30(X))
& base_2(fn_c3_plant_30(X),fn_c3_plant_86(X))
& object_2(fn_c3_plant_11(X),fn_c3_plant_86(X))
& agent_2(fn_c3_plant_11(X),fn_c3_plant_73(X))
& agent_2(fn_c3_plant_30(X),fn_c3_plant_86(X))
& subevent_2(fn_c3_plant_30(X),fn_c3_plant_34(X))
& origin_2(fn_c3_plant_34(X),fn_c3_plant_58(X))
& has_part_2(fn_c3_plant_58(X),fn_c3_plant_12(X))
& fn_c3_plant_12(X) != fn_c3_plant_91(X)
& fn_c3_plant_91(X) != fn_c3_plant_12(X)
& object_2(fn_c3_plant_50(X),fn_c3_plant_79(X))
& possesses_2(fn_c3_plant_77(X),fn_c3_plant_52(X))
& experiencer_2(fn_c3_plant_83(X),X)
& donor_2(fn_c3_plant_50(X),fn_c3_plant_49(X))
& raw_material_2(fn_c3_plant_83(X),fn_c3_plant_49(X))
& base_2(fn_c3_plant_83(X),fn_c3_plant_86(X))
& has_function_2(fn_c3_plant_90(X),fn_c3_plant_50(X))
& recipient_2(fn_c3_plant_50(X),fn_c3_plant_90(X))
& possesses_2(fn_c3_plant_90(X),fn_c3_plant_46(X))
& fn_c3_plant_79(X) != fn_c3_plant_90(X)
& fn_c3_plant_90(X) != fn_c3_plant_79(X)
& structural_complexity_2(fn_c3_plant_21(X),fn_c3_plant_44(X))
& greater_than_2(fn_c3_plant_44(X),fn_c3_plant_45(X))
& structural_complexity_2(fn_c3_plant_90(X),fn_c3_plant_45(X))
& fn_c3_plant_90(X) != fn_c3_plant_49(X)
& fn_c3_plant_49(X) != fn_c3_plant_79(X)
& fn_c3_plant_49(X) != fn_c3_plant_90(X)
& fn_c3_plant_79(X) != fn_c3_plant_49(X)
& raw_material_2(fn_c3_plant_83(X),fn_c3_plant_90(X))
& size_2(fn_c3_plant_90(X),fn_c3_plant_19(X))
& greater_than_2(fn_c3_plant_20(X),fn_c3_plant_19(X))
& size_2(fn_c3_plant_21(X),fn_c3_plant_20(X))
& possesses_2(fn_c3_plant_21(X),fn_c3_plant_52(X))
& agent_2(fn_c3_plant_16(X),X)
& base_2(fn_c3_plant_16(X),X)
& has_function_2(X,fn_c3_plant_16(X))
& subevent_2(fn_c3_plant_16(X),fn_c3_plant_101(X))
& agent_2(fn_c3_plant_85(X),X)
& in_event_2(fn_c3_plant_84(X),fn_c3_plant_85(X))
& plays_2(X,fn_c3_plant_84(X))
& has_part_2(X,fn_c3_plant_113(X))
& site_2(fn_c3_plant_101(X),fn_c3_plant_113(X))
& temperature_2(X,fn_c3_plant_54(X))
& correspondence_2(fn_c3_plant_54(X),fn_c3_plant_55(X))
& specific_heat_2(fn_c3_plant_53(X),fn_c3_plant_55(X))
& has_part_2(X,fn_c3_plant_53(X))
& has_part_2(X,fn_c3_plant_86(X))
& is_across_2(fn_c3_plant_51(X),fn_c3_plant_66(X))
& result_2(fn_c3_plant_89(X),fn_c3_plant_90(X))
& result_2(fn_c3_plant_89(X),fn_c3_plant_13(X))
& possesses_2(fn_c3_plant_13(X),fn_c3_plant_93(X))
& possesses_2(fn_c3_plant_90(X),fn_c3_plant_93(X))
& has_function_2(fn_c3_plant_86(X),fn_c3_plant_89(X))
& base_2(fn_c3_plant_89(X),fn_c3_plant_86(X))
& has_part_2(fn_c3_plant_86(X),fn_c3_plant_27(X))
& object_2(fn_c3_plant_31(X),fn_c3_plant_86(X))
& has_function_2(fn_c3_plant_73(X),fn_c3_plant_31(X))
& instrument_2(fn_c3_plant_25(X),fn_c3_plant_73(X))
& has_function_2(fn_c3_plant_73(X),fn_c3_plant_25(X))
& has_part_2(fn_c3_plant_86(X),fn_c3_plant_73(X))
& object_2(fn_c3_plant_32(X),fn_c3_plant_86(X))
& has_function_2(fn_c3_plant_73(X),fn_c3_plant_32(X))
& plays_2(fn_c3_plant_73(X),fn_c3_plant_26(X))
& in_event_2(fn_c3_plant_26(X),fn_c3_plant_25(X))
& element_2(fn_c3_plant_81(X),fn_c3_plant_39(X))
& has_part_2(fn_c3_plant_73(X),fn_c3_plant_39(X))
& agent_2(fn_c3_plant_31(X),fn_c3_plant_73(X))
& facilitates_2(fn_c3_plant_81(X),fn_c3_plant_31(X))
& has_part_2(fn_c3_plant_73(X),fn_c3_plant_81(X))
& agent_2(fn_c3_plant_32(X),fn_c3_plant_73(X))
& is_outside_2(fn_c3_plant_73(X),fn_c3_plant_27(X))
& is_at_2(fn_c3_plant_72(X),fn_c3_plant_73(X))
& has_part_2(fn_c3_plant_59(X),fn_c3_plant_57(X))
& is_inside_2(fn_c3_plant_59(X),fn_c3_plant_75(X))
& is_inside_2(fn_c3_plant_71(X),fn_c3_plant_75(X))
& site_2(fn_c3_plant_70(X),fn_c3_plant_71(X))
& has_function_2(fn_c3_plant_71(X),fn_c3_plant_70(X))
& has_part_2(fn_c3_plant_71(X),fn_c3_plant_56(X))
& is_inside_2(fn_c3_plant_91(X),fn_c3_plant_56(X))
& has_part_2(fn_c3_plant_58(X),fn_c3_plant_91(X))
& is_between_2(fn_c3_plant_58(X),fn_c3_plant_59(X))
& is_inside_2(fn_c3_plant_28(X),fn_c3_plant_59(X))
& has_part_2(fn_c3_plant_86(X),fn_c3_plant_28(X))
& has_part_2(fn_c3_plant_58(X),fn_c3_plant_75(X))
& is_inside_2(fn_c3_plant_58(X),fn_c3_plant_27(X))
& is_between_2(fn_c3_plant_58(X),fn_c3_plant_27(X))
& is_oriented_toward_2(fn_c3_plant_38(X),fn_c3_plant_58(X))
& is_facing_2(fn_c3_plant_38(X),fn_c3_plant_58(X))
& abuts_2(fn_c3_plant_57(X),fn_c3_plant_56(X))
& abuts_2(fn_c3_plant_56(X),fn_c3_plant_57(X))
& has_region_2(fn_c3_plant_27(X),fn_c3_plant_38(X))
& has_part_2(fn_c3_plant_86(X),fn_c3_plant_71(X))
& has_part_2(fn_c3_plant_86(X),fn_c3_plant_58(X))
& has_part_2(fn_c3_plant_86(X),fn_c3_plant_59(X))
& has_part_2(fn_c3_plant_63(X),fn_c3_plant_65(X))
& is_at_2(fn_c3_plant_65(X),fn_c3_plant_74(X))
& has_region_2(fn_c3_plant_63(X),fn_c3_plant_74(X))
& plays_2(fn_c3_plant_90(X),fn_c3_plant_100(X))
& in_event_2(fn_c3_plant_100(X),fn_c3_plant_89(X))
& is_across_2(fn_c3_plant_62(X),fn_c3_plant_66(X))
& has_part_2(fn_c3_plant_66(X),fn_c3_plant_62(X))
& base_2(fn_c3_plant_76(X),fn_c3_plant_72(X))
& has_function_2(fn_c3_plant_72(X),fn_c3_plant_76(X))
& has_function_2(fn_c3_plant_61(X),fn_c3_plant_70(X))
& has_function_2(fn_c3_plant_61(X),fn_c3_plant_24(X))
& plays_2(fn_c3_plant_61(X),fn_c3_plant_23(X))
& in_event_2(fn_c3_plant_23(X),fn_c3_plant_70(X))
& facilitates_2(fn_c3_plant_22(X),fn_c3_plant_70(X))
& has_region_2(fn_c3_plant_61(X),fn_c3_plant_22(X))
& enables_2(fn_c3_plant_24(X),fn_c3_plant_70(X))
& site_2(fn_c3_plant_70(X),fn_c3_plant_22(X))
& has_part_2(fn_c3_plant_86(X),fn_c3_plant_29(X))
& has_part_2(fn_c3_plant_58(X),fn_c3_plant_37(X))
& has_region_2(fn_c3_plant_64(X),fn_c3_plant_74(X))
& has_part_2(fn_c3_plant_66(X),fn_c3_plant_63(X))
& has_part_2(fn_c3_plant_66(X),fn_c3_plant_64(X))
& is_outside_2(fn_c3_plant_65(X),fn_c3_plant_66(X))
& possesses_2(fn_c3_plant_77(X),fn_c3_plant_82(X))
& base_2(fn_c3_plant_70(X),fn_c3_plant_86(X))
& object_2(fn_c3_plant_76(X),fn_c3_plant_58(X))
& fn_c3_plant_15(X) = fn_hold_2(fn_c3_plant_14(X))
& fn_c3_plant_49(X) = fn_impair_1(fn_c3_plant_78(X))
& fn_c3_plant_62(X) = fn_hold_1(fn_c3_plant_14(X))
& fn_c3_plant_80(X) = fn_electron_recipient_2(fn_c3_plant_96(X))
& X = fn_photoprotection_in_plant_1(fn_c3_plant_92(X))
& fn_c3_plant_86(X) = fn_photorespiration_57(fn_c3_plant_67(X))
& fn_c3_plant_91(X) = fn_photorespiration_40(fn_c3_plant_67(X))
& fn_c3_plant_92(X) = fn_photorespiration_9(fn_c3_plant_67(X))
& fn_c3_plant_69(X) = fn_photorespiration_3(fn_c3_plant_67(X))
& fn_c3_plant_68(X) = fn_photorespiration_4(fn_c3_plant_67(X))
& fn_c3_plant_41(X) = fn_photosynthesis_55(fn_c3_plant_83(X))
& fn_c3_plant_46(X) = fn_photosynthesis_50(fn_c3_plant_83(X))
& fn_c3_plant_40(X) = fn_photosynthesis_56(fn_c3_plant_83(X))
& fn_c3_plant_47(X) = fn_photosynthesis_51(fn_c3_plant_83(X))
& fn_c3_plant_48(X) = fn_photosynthesis_52(fn_c3_plant_83(X))
& fn_c3_plant_99(X) = fn_exergonic_reaction_1(fn_c3_plant_89(X))
& fn_c3_plant_98(X) = fn_exergonic_reaction_2(fn_c3_plant_89(X))
& fn_c3_plant_97(X) = fn_exergonic_reaction_3(fn_c3_plant_89(X))
& fn_c3_plant_95(X) = fn_exergonic_reaction_4(fn_c3_plant_89(X))
& fn_c3_plant_94(X) = fn_exergonic_reaction_5(fn_c3_plant_89(X))
& fn_c3_plant_106(X) = fn_carotenoid_18(fn_c3_plant_109(X))
& fn_c3_plant_77(X) = fn_plant_45(X)
& fn_c3_plant_93(X) = fn_plant_10(X)
& fn_c3_plant_112(X) = fn_plant_4(X)
& fn_c3_plant_66(X) = fn_photosynthesis_30(fn_c3_plant_83(X))
& fn_c3_plant_102(X) = fn_photosynthesis_66(fn_c3_plant_83(X))
& fn_c3_plant_108(X) = fn_photosynthesis_71(fn_c3_plant_83(X))
& fn_c3_plant_107(X) = fn_photosynthesis_72(fn_c3_plant_83(X))
& fn_c3_plant_105(X) = fn_photosynthesis_68(fn_c3_plant_83(X))
& fn_c3_plant_104(X) = fn_photosynthesis_70(fn_c3_plant_83(X))
& fn_c3_plant_103(X) = fn_photosynthesis_67(fn_c3_plant_83(X))
& fn_c3_plant_106(X) = fn_photosynthesis_68(fn_c3_plant_83(X))
& fn_c3_plant_105(X) = fn_photosynthesis_69(fn_c3_plant_83(X))
& fn_c3_plant_106(X) = fn_photosynthesis_69(fn_c3_plant_83(X))
& fn_c3_plant_104(X) = fn_photosynthesis_68(fn_c3_plant_83(X))
& fn_c3_plant_106(X) = fn_photosynthesis_70(fn_c3_plant_83(X))
& fn_c3_plant_109(X) = fn_photosynthesis_73(fn_c3_plant_83(X))
& fn_c3_plant_110(X) = fn_photosynthesis_74(fn_c3_plant_83(X))
& fn_c3_plant_111(X) = fn_photosynthesis_75(fn_c3_plant_83(X))
& fn_c3_plant_51(X) = fn_photosynthesis_41(fn_c3_plant_83(X))
& fn_c3_plant_60(X) = fn_photosynthesis_35(fn_c3_plant_83(X))
& fn_c3_plant_29(X) = fn_plant_cell_94(fn_c3_plant_86(X))
& fn_c3_plant_36(X) = fn_plant_cell_89(fn_c3_plant_86(X))
& fn_c3_plant_33(X) = fn_plant_cell_73(fn_c3_plant_86(X))
& fn_c3_plant_11(X) = fn_plant_cell_1(fn_c3_plant_86(X))
& fn_c3_plant_35(X) = fn_plant_cell_72(fn_c3_plant_86(X))
& fn_c3_plant_91(X) = fn_plant_cell_92(fn_c3_plant_86(X))
& fn_c3_plant_12(X) = fn_plant_cell_11(fn_c3_plant_86(X))
& fn_c3_plant_34(X) = fn_plant_cell_74(fn_c3_plant_86(X))
& fn_c3_plant_30(X) = fn_plant_cell_71(fn_c3_plant_86(X))
& fn_c3_plant_43(X) = fn_c3_photosynthesis_75(fn_c3_plant_83(X))
& fn_c3_plant_42(X) = fn_c3_photosynthesis_73(fn_c3_plant_83(X))
& fn_c3_plant_18(X) = fn_c3_photosynthesis_74(fn_c3_plant_83(X))
& fn_c3_plant_77(X) = fn_c3_photosynthesis_44(fn_c3_plant_83(X))
& fn_c3_plant_17(X) = fn_c3_photosynthesis_76(fn_c3_plant_83(X))
& X = fn_c3_photosynthesis_104(fn_c3_plant_83(X))
& fn_c3_plant_86(X) = fn_c3_photosynthesis_70(fn_c3_plant_83(X))
& fn_c3_plant_83(X) = fn_plant_18(X)
& fn_c3_plant_49(X) = fn_plant_46(X)
& fn_c3_plant_46(X) = fn_c3_photosynthesis_66(fn_c3_plant_83(X))
& fn_c3_plant_50(X) = fn_c3_photosynthesis_49(fn_c3_plant_83(X))
& fn_c3_plant_79(X) = fn_c3_photosynthesis_42(fn_c3_plant_83(X))
& fn_c3_plant_49(X) = fn_c3_photosynthesis_45(fn_c3_plant_83(X))
& fn_c3_plant_45(X) = fn_c3_photosynthesis_68(fn_c3_plant_83(X))
& fn_c3_plant_21(X) = fn_anabolic_pathway_5(fn_c3_plant_83(X))
& fn_c3_plant_44(X) = fn_anabolic_pathway_3(fn_c3_plant_83(X))
& fn_c3_plant_44(X) = fn_c3_photosynthesis_65(fn_c3_plant_83(X))
& fn_c3_plant_21(X) = fn_photosynthesis_37(fn_c3_plant_83(X))
& fn_c3_plant_52(X) = fn_photosynthesis_53(fn_c3_plant_83(X))
& fn_c3_plant_52(X) = fn_c3_photosynthesis_59(fn_c3_plant_83(X))
& fn_c3_plant_21(X) = fn_c3_photosynthesis_46(fn_c3_plant_83(X))
& fn_c3_plant_20(X) = fn_c3_photosynthesis_64(fn_c3_plant_83(X))
& fn_c3_plant_19(X) = fn_c3_photosynthesis_67(fn_c3_plant_83(X))
& fn_c3_plant_90(X) = fn_c3_photosynthesis_41(fn_c3_plant_83(X))
& fn_c3_plant_87(X) = fn_plant_21(X)
& fn_c3_plant_88(X) = fn_plant_22(X)
& fn_c3_plant_16(X) = fn_plant_17(X)
& fn_c3_plant_101(X) = fn_plant_11(X)
& fn_c3_plant_113(X) = fn_plant_12(X)
& fn_c3_plant_84(X) = fn_plant_16(X)
& fn_c3_plant_85(X) = fn_plant_19(X)
& fn_c3_plant_53(X) = fn_plant_13(X)
& fn_c3_plant_55(X) = fn_plant_15(X)
& fn_c3_plant_54(X) = fn_plant_14(X)
& fn_c3_plant_51(X) = fn_thylakoid_membrane_16(fn_c3_plant_66(X))
& fn_c3_plant_93(X) = fn_exergonic_reaction_6(fn_c3_plant_89(X))
& fn_c3_plant_93(X) = fn_cellular_respiration_43(fn_c3_plant_89(X))
& fn_c3_plant_13(X) = fn_plant_cell_116(fn_c3_plant_86(X))
& fn_c3_plant_13(X) = fn_exergonic_reaction_11(fn_c3_plant_89(X))
& fn_c3_plant_13(X) = fn_cellular_respiration_56(fn_c3_plant_89(X))
& fn_c3_plant_86(X) = fn_plant_20(X)
& fn_c3_plant_89(X) = fn_plant_34(X)
& fn_c3_plant_86(X) = fn_metabolic_pathway_1(fn_c3_plant_89(X))
& fn_c3_plant_89(X) = fn_plant_cell_63(fn_c3_plant_86(X))
& fn_c3_plant_89(X) = fn_eukaryotic_cell_23(fn_c3_plant_86(X))
& fn_c3_plant_58(X) = fn_move_1(fn_c3_plant_76(X))
& fn_c3_plant_86(X) = fn_metabolic_pathway_1(fn_c3_plant_70(X))
& fn_c3_plant_82(X) = fn_nonpolar_molecule_3(fn_c3_plant_77(X))
& fn_c3_plant_63(X) = fn_biomembrane_30(fn_c3_plant_66(X))
& fn_c3_plant_64(X) = fn_biomembrane_29(fn_c3_plant_66(X))
& fn_c3_plant_65(X) = fn_biomembrane_70(fn_c3_plant_66(X))
& fn_c3_plant_74(X) = fn_glycolipid_1(fn_c3_plant_64(X))
& fn_c3_plant_37(X) = fn_plant_cell_25(fn_c3_plant_86(X))
& fn_c3_plant_37(X) = fn_suspension_1(fn_c3_plant_58(X))
& fn_c3_plant_37(X) = fn_colloid_4(fn_c3_plant_58(X))
& fn_c3_plant_29(X) = fn_cell_2(fn_c3_plant_86(X))
& fn_c3_plant_23(X) = fn_enzyme_6(fn_c3_plant_61(X))
& fn_c3_plant_24(X) = fn_enzyme_5(fn_c3_plant_61(X))
& fn_c3_plant_22(X) = fn_enzyme_2(fn_c3_plant_61(X))
& fn_c3_plant_70(X) = fn_enzyme_4(fn_c3_plant_61(X))
& fn_c3_plant_61(X) = fn_smooth_endoplasmic_reticulum_37(fn_c3_plant_71(X))
& fn_c3_plant_61(X) = fn_smooth_endoplasmic_reticulum_50(fn_c3_plant_71(X))
& fn_c3_plant_76(X) = fn_plasmodesmata_3(fn_c3_plant_72(X))
& fn_c3_plant_62(X) = fn_thylakoid_membrane_9(fn_c3_plant_66(X))
& fn_c3_plant_90(X) = fn_cellular_respiration_61(fn_c3_plant_89(X))
& fn_c3_plant_100(X) = fn_cellular_respiration_58(fn_c3_plant_89(X))
& fn_c3_plant_100(X) = fn_cellular_respiration_59(fn_c3_plant_89(X))
& fn_c3_plant_65(X) = fn_glycoprotein_17(fn_c3_plant_63(X))
& fn_c3_plant_74(X) = fn_glycoprotein_14(fn_c3_plant_63(X))
& fn_c3_plant_91(X) = fn_eukaryotic_cell_21(fn_c3_plant_86(X))
& fn_c3_plant_28(X) = fn_eukaryotic_cell_30(fn_c3_plant_86(X))
& fn_c3_plant_75(X) = fn_cytoplasm_8(fn_c3_plant_58(X))
& fn_c3_plant_75(X) = fn_eukaryotic_cell_42(fn_c3_plant_86(X))
& fn_c3_plant_57(X) = fn_eukaryotic_cell_37(fn_c3_plant_86(X))
& fn_c3_plant_56(X) = fn_eukaryotic_cell_39(fn_c3_plant_86(X))
& fn_c3_plant_38(X) = fn_cell_27(fn_c3_plant_86(X))
& fn_c3_plant_27(X) = fn_eukaryotic_cell_29(fn_c3_plant_86(X))
& fn_c3_plant_38(X) = fn_eukaryotic_cell_46(fn_c3_plant_86(X))
& fn_c3_plant_71(X) = fn_eukaryotic_cell_20(fn_c3_plant_86(X))
& fn_c3_plant_58(X) = fn_plant_cell_83(fn_c3_plant_86(X))
& fn_c3_plant_86(X) = fn_cytoplasm_7(fn_c3_plant_58(X))
& fn_c3_plant_58(X) = fn_eukaryotic_cell_31(fn_c3_plant_86(X))
& fn_c3_plant_86(X) = fn_smooth_endoplasmic_reticulum_33(fn_c3_plant_71(X))
& fn_c3_plant_59(X) = fn_eukaryotic_cell_26(fn_c3_plant_86(X))
& fn_c3_plant_59(X) = fn_plant_cell_84(fn_c3_plant_86(X))
& fn_c3_plant_57(X) = fn_plant_cell_75(fn_c3_plant_86(X))
& fn_c3_plant_57(X) = fn_smooth_endoplasmic_reticulum_36(fn_c3_plant_71(X))
& fn_c3_plant_59(X) = fn_smooth_endoplasmic_reticulum_10(fn_c3_plant_71(X))
& fn_c3_plant_75(X) = fn_plant_cell_91(fn_c3_plant_86(X))
& fn_c3_plant_75(X) = fn_smooth_endoplasmic_reticulum_34(fn_c3_plant_71(X))
& fn_c3_plant_70(X) = fn_smooth_endoplasmic_reticulum_23(fn_c3_plant_71(X))
& fn_c3_plant_70(X) = fn_smooth_endoplasmic_reticulum_7(fn_c3_plant_71(X))
& fn_c3_plant_70(X) = fn_smooth_endoplasmic_reticulum_49(fn_c3_plant_71(X))
& fn_c3_plant_70(X) = fn_smooth_endoplasmic_reticulum_48(fn_c3_plant_71(X))
& fn_c3_plant_71(X) = fn_plant_cell_77(fn_c3_plant_86(X))
& fn_c3_plant_70(X) = fn_plant_cell_76(fn_c3_plant_86(X))
& fn_c3_plant_70(X) = fn_smooth_endoplasmic_reticulum_8(fn_c3_plant_71(X))
& fn_c3_plant_70(X) = fn_smooth_endoplasmic_reticulum_42(fn_c3_plant_71(X))
& fn_c3_plant_56(X) = fn_smooth_endoplasmic_reticulum_28(fn_c3_plant_71(X))
& fn_c3_plant_27(X) = fn_cell_30(fn_c3_plant_86(X))
& fn_c3_plant_73(X) = fn_walled_cell_1(fn_c3_plant_86(X))
& fn_c3_plant_86(X) = fn_plant_cell_wall_24(fn_c3_plant_73(X))
& fn_c3_plant_32(X) = fn_plant_cell_78(fn_c3_plant_86(X))
& fn_c3_plant_26(X) = fn_plant_cell_wall_25(fn_c3_plant_73(X))
& fn_c3_plant_25(X) = fn_plant_cell_wall_28(fn_c3_plant_73(X))
& fn_c3_plant_39(X) = fn_plant_cell_wall_10(fn_c3_plant_73(X))
& fn_c3_plant_39(X) = fn_plant_cell_wall_21(fn_c3_plant_73(X))
& fn_c3_plant_31(X) = fn_plant_cell_21(fn_c3_plant_86(X))
& fn_c3_plant_73(X) = fn_plant_cell_82(fn_c3_plant_86(X))
& fn_c3_plant_31(X) = fn_plant_cell_wall_27(fn_c3_plant_73(X))
& fn_c3_plant_81(X) = fn_plant_cell_wall_23(fn_c3_plant_73(X))
& fn_c3_plant_32(X) = fn_plant_cell_wall_17(fn_c3_plant_73(X))
& fn_c3_plant_27(X) = fn_plasmodesmata_9(fn_c3_plant_72(X))
& fn_c3_plant_27(X) = fn_plant_cell_wall_26(fn_c3_plant_73(X))
& fn_c3_plant_73(X) = fn_plasmodesmata_10(fn_c3_plant_72(X))
& fn_c3_plant_72(X) = fn_plant_cell_wall_22(fn_c3_plant_73(X))
& fn_photosynthesis_69(fn_c3_plant_83(X)) = fn_photosynthesis_68(fn_c3_plant_83(X))
& fn_photosynthesis_69(fn_c3_plant_83(X)) = fn_photosynthesis_69(fn_c3_plant_83(X))
& fn_photosynthesis_70(fn_c3_plant_83(X)) = fn_photosynthesis_68(fn_c3_plant_83(X))
& fn_photosynthesis_68(fn_c3_plant_83(X)) = fn_carotenoid_18(fn_c3_plant_109(X))
& fn_carotenoid_18(fn_c3_plant_109(X)) = fn_carotenoid_18(fn_c3_plant_109(X))
& fn_carotenoid_18(fn_c3_plant_109(X)) = fn_photosynthesis_68(fn_c3_plant_83(X))
& fn_photosynthesis_68(fn_c3_plant_83(X)) = fn_photosynthesis_68(fn_c3_plant_83(X))
& fn_photosynthesis_68(fn_c3_plant_83(X)) = fn_photosynthesis_69(fn_c3_plant_83(X))
& fn_photosynthesis_70(fn_c3_plant_83(X)) = fn_photosynthesis_69(fn_c3_plant_83(X))
& fn_photosynthesis_69(fn_c3_plant_83(X)) = fn_photosynthesis_70(fn_c3_plant_83(X))
& fn_photosynthesis_70(fn_c3_plant_83(X)) = fn_photosynthesis_70(fn_c3_plant_83(X))
& fn_photosynthesis_70(fn_c3_plant_83(X)) = fn_photosynthesis_50(fn_c3_plant_83(X))
& fn_photosynthesis_50(fn_c3_plant_83(X)) = fn_c3_photosynthesis_66(fn_c3_plant_83(X))
& fn_c3_photosynthesis_66(fn_c3_plant_83(X)) = fn_impair_1(fn_c3_plant_78(X))
& fn_impair_1(fn_c3_plant_78(X)) = fn_plant_46(X)
& fn_plant_46(X) = fn_plant_46(X)
& fn_plant_46(X) = fn_c3_photosynthesis_45(fn_c3_plant_83(X))
& fn_c3_photosynthesis_45(fn_c3_plant_83(X)) = fn_c3_photosynthesis_45(fn_c3_plant_83(X))
& fn_c3_photosynthesis_45(fn_c3_plant_83(X)) = fn_c3_photosynthesis_65(fn_c3_plant_83(X))
& fn_c3_photosynthesis_65(fn_c3_plant_83(X)) = fn_c3_photosynthesis_65(fn_c3_plant_83(X))
& fn_c3_photosynthesis_65(fn_c3_plant_83(X)) = fn_anabolic_pathway_3(fn_c3_plant_83(X))
& fn_anabolic_pathway_3(fn_c3_plant_83(X)) = fn_c3_photosynthesis_65(fn_c3_plant_83(X))
& fn_c3_photosynthesis_65(fn_c3_plant_83(X)) = fn_photosynthesis_53(fn_c3_plant_83(X))
& fn_c3_photosynthesis_59(fn_c3_plant_83(X)) = fn_photosynthesis_53(fn_c3_plant_83(X))
& fn_photosynthesis_53(fn_c3_plant_83(X)) = fn_c3_photosynthesis_59(fn_c3_plant_83(X))
& fn_c3_photosynthesis_59(fn_c3_plant_83(X)) = fn_anabolic_pathway_5(fn_c3_plant_83(X))
& fn_photosynthesis_37(fn_c3_plant_83(X)) = fn_anabolic_pathway_5(fn_c3_plant_83(X))
& fn_anabolic_pathway_5(fn_c3_plant_83(X)) = fn_photosynthesis_37(fn_c3_plant_83(X))
& fn_photosynthesis_37(fn_c3_plant_83(X)) = fn_photosynthesis_37(fn_c3_plant_83(X))
& fn_c3_photosynthesis_46(fn_c3_plant_83(X)) = fn_photosynthesis_37(fn_c3_plant_83(X))
& fn_photosynthesis_37(fn_c3_plant_83(X)) = fn_c3_photosynthesis_46(fn_c3_plant_83(X))
& fn_c3_photosynthesis_46(fn_c3_plant_83(X)) = fn_c3_photosynthesis_46(fn_c3_plant_83(X))
& fn_c3_photosynthesis_46(fn_c3_plant_83(X)) = fn_photoprotection_in_plant_1(fn_c3_plant_92(X))
& fn_photoprotection_in_plant_1(fn_c3_plant_92(X)) = fn_c3_photosynthesis_104(fn_c3_plant_83(X))
& fn_c3_photosynthesis_104(fn_c3_plant_83(X)) = fn_photosynthesis_41(fn_c3_plant_83(X))
& fn_photosynthesis_41(fn_c3_plant_83(X)) = fn_photosynthesis_41(fn_c3_plant_83(X))
& fn_photosynthesis_41(fn_c3_plant_83(X)) = fn_thylakoid_membrane_16(fn_c3_plant_66(X))
& fn_thylakoid_membrane_16(fn_c3_plant_66(X)) = fn_exergonic_reaction_6(fn_c3_plant_89(X))
& fn_plant_10(X) = fn_exergonic_reaction_6(fn_c3_plant_89(X))
& fn_exergonic_reaction_6(fn_c3_plant_89(X)) = fn_plant_10(X)
& fn_plant_10(X) = fn_cellular_respiration_43(fn_c3_plant_89(X))
& fn_cellular_respiration_43(fn_c3_plant_89(X)) = fn_cellular_respiration_43(fn_c3_plant_89(X))
& fn_cellular_respiration_43(fn_c3_plant_89(X)) = fn_exergonic_reaction_11(fn_c3_plant_89(X))
& fn_exergonic_reaction_11(fn_c3_plant_89(X)) = fn_plant_cell_116(fn_c3_plant_86(X))
& fn_plant_cell_116(fn_c3_plant_86(X)) = fn_exergonic_reaction_11(fn_c3_plant_89(X))
& fn_exergonic_reaction_11(fn_c3_plant_89(X)) = fn_exergonic_reaction_11(fn_c3_plant_89(X))
& fn_cellular_respiration_56(fn_c3_plant_89(X)) = fn_exergonic_reaction_11(fn_c3_plant_89(X))
& fn_exergonic_reaction_11(fn_c3_plant_89(X)) = fn_cellular_respiration_56(fn_c3_plant_89(X))
& fn_cellular_respiration_56(fn_c3_plant_89(X)) = fn_plant_45(X)
& fn_plant_45(X) = fn_c3_photosynthesis_44(fn_c3_plant_83(X))
& fn_c3_photosynthesis_44(fn_c3_plant_83(X)) = fn_plant_cell_25(fn_c3_plant_86(X))
& fn_plant_cell_25(fn_c3_plant_86(X)) = fn_plant_cell_25(fn_c3_plant_86(X))
& fn_plant_cell_25(fn_c3_plant_86(X)) = fn_suspension_1(fn_c3_plant_58(X))
& fn_suspension_1(fn_c3_plant_58(X)) = fn_suspension_1(fn_c3_plant_58(X))
& fn_suspension_1(fn_c3_plant_58(X)) = fn_colloid_4(fn_c3_plant_58(X))
& fn_colloid_4(fn_c3_plant_58(X)) = fn_plant_cell_94(fn_c3_plant_86(X))
& fn_plant_cell_94(fn_c3_plant_86(X)) = fn_plant_cell_94(fn_c3_plant_86(X))
& fn_plant_cell_94(fn_c3_plant_86(X)) = fn_cell_2(fn_c3_plant_86(X))
& fn_cell_2(fn_c3_plant_86(X)) = fn_smooth_endoplasmic_reticulum_37(fn_c3_plant_71(X))
& fn_smooth_endoplasmic_reticulum_37(fn_c3_plant_71(X)) = fn_smooth_endoplasmic_reticulum_50(fn_c3_plant_71(X))
& fn_smooth_endoplasmic_reticulum_50(fn_c3_plant_71(X)) = fn_hold_1(fn_c3_plant_14(X))
& fn_hold_1(fn_c3_plant_14(X)) = fn_thylakoid_membrane_9(fn_c3_plant_66(X))
& fn_thylakoid_membrane_9(fn_c3_plant_66(X)) = fn_thylakoid_membrane_9(fn_c3_plant_66(X))
& fn_thylakoid_membrane_9(fn_c3_plant_66(X)) = fn_c3_photosynthesis_41(fn_c3_plant_83(X))
& fn_c3_photosynthesis_41(fn_c3_plant_83(X)) = fn_c3_photosynthesis_41(fn_c3_plant_83(X))
& fn_c3_photosynthesis_41(fn_c3_plant_83(X)) = fn_cellular_respiration_61(fn_c3_plant_89(X))
& fn_cellular_respiration_61(fn_c3_plant_89(X)) = fn_cellular_respiration_61(fn_c3_plant_89(X))
& fn_cellular_respiration_61(fn_c3_plant_89(X)) = fn_plant_34(X)
& fn_plant_34(X) = fn_plant_cell_63(fn_c3_plant_86(X))
& fn_plant_cell_63(fn_c3_plant_86(X)) = fn_plant_34(X)
& fn_plant_34(X) = fn_plant_34(X)
& fn_plant_34(X) = fn_eukaryotic_cell_23(fn_c3_plant_86(X))
& fn_eukaryotic_cell_23(fn_c3_plant_86(X)) = fn_eukaryotic_cell_23(fn_c3_plant_86(X))
& fn_eukaryotic_cell_23(fn_c3_plant_86(X)) = fn_cellular_respiration_59(fn_c3_plant_89(X))
& fn_cellular_respiration_59(fn_c3_plant_89(X)) = fn_cellular_respiration_58(fn_c3_plant_89(X))
& fn_cellular_respiration_58(fn_c3_plant_89(X)) = fn_cellular_respiration_59(fn_c3_plant_89(X))
& fn_cellular_respiration_59(fn_c3_plant_89(X)) = fn_biomembrane_70(fn_c3_plant_66(X))
& fn_biomembrane_70(fn_c3_plant_66(X)) = fn_glycoprotein_17(fn_c3_plant_63(X))
& fn_glycoprotein_17(fn_c3_plant_63(X)) = fn_glycoprotein_17(fn_c3_plant_63(X))
& fn_glycoprotein_17(fn_c3_plant_63(X)) = fn_glycolipid_1(fn_c3_plant_64(X))
& fn_glycolipid_1(fn_c3_plant_64(X)) = fn_glycoprotein_14(fn_c3_plant_63(X))
& fn_glycoprotein_14(fn_c3_plant_63(X)) = fn_glycoprotein_14(fn_c3_plant_63(X))
& fn_glycoprotein_14(fn_c3_plant_63(X)) = fn_photorespiration_40(fn_c3_plant_67(X))
& fn_photorespiration_40(fn_c3_plant_67(X)) = fn_plant_cell_92(fn_c3_plant_86(X))
& fn_plant_cell_92(fn_c3_plant_86(X)) = fn_plant_cell_92(fn_c3_plant_86(X))
& fn_plant_cell_92(fn_c3_plant_86(X)) = fn_eukaryotic_cell_21(fn_c3_plant_86(X))
& fn_eukaryotic_cell_21(fn_c3_plant_86(X)) = fn_eukaryotic_cell_21(fn_c3_plant_86(X))
& fn_eukaryotic_cell_21(fn_c3_plant_86(X)) = fn_eukaryotic_cell_46(fn_c3_plant_86(X))
& fn_eukaryotic_cell_46(fn_c3_plant_86(X)) = fn_eukaryotic_cell_46(fn_c3_plant_86(X))
& fn_eukaryotic_cell_46(fn_c3_plant_86(X)) = fn_cell_27(fn_c3_plant_86(X))
& fn_cell_27(fn_c3_plant_86(X)) = fn_eukaryotic_cell_46(fn_c3_plant_86(X))
& fn_eukaryotic_cell_46(fn_c3_plant_86(X)) = fn_plant_cell_83(fn_c3_plant_86(X))
& fn_move_1(fn_c3_plant_76(X)) = fn_plant_cell_83(fn_c3_plant_86(X))
& fn_plant_cell_83(fn_c3_plant_86(X)) = fn_plant_cell_83(fn_c3_plant_86(X))
& fn_plant_cell_83(fn_c3_plant_86(X)) = fn_move_1(fn_c3_plant_76(X))
& fn_move_1(fn_c3_plant_76(X)) = fn_eukaryotic_cell_31(fn_c3_plant_86(X))
& fn_eukaryotic_cell_31(fn_c3_plant_86(X)) = fn_eukaryotic_cell_31(fn_c3_plant_86(X))
& fn_eukaryotic_cell_31(fn_c3_plant_86(X)) = fn_eukaryotic_cell_37(fn_c3_plant_86(X))
& fn_eukaryotic_cell_37(fn_c3_plant_86(X)) = fn_plant_cell_75(fn_c3_plant_86(X))
& fn_plant_cell_75(fn_c3_plant_86(X)) = fn_eukaryotic_cell_37(fn_c3_plant_86(X))
& fn_eukaryotic_cell_37(fn_c3_plant_86(X)) = fn_eukaryotic_cell_37(fn_c3_plant_86(X))
& fn_eukaryotic_cell_37(fn_c3_plant_86(X)) = fn_smooth_endoplasmic_reticulum_36(fn_c3_plant_71(X))
& fn_smooth_endoplasmic_reticulum_36(fn_c3_plant_71(X)) = fn_eukaryotic_cell_26(fn_c3_plant_86(X))
& fn_eukaryotic_cell_26(fn_c3_plant_86(X)) = fn_plant_cell_84(fn_c3_plant_86(X))
& fn_plant_cell_84(fn_c3_plant_86(X)) = fn_eukaryotic_cell_26(fn_c3_plant_86(X))
& fn_eukaryotic_cell_26(fn_c3_plant_86(X)) = fn_eukaryotic_cell_26(fn_c3_plant_86(X))
& fn_smooth_endoplasmic_reticulum_10(fn_c3_plant_71(X)) = fn_eukaryotic_cell_26(fn_c3_plant_86(X))
& fn_eukaryotic_cell_26(fn_c3_plant_86(X)) = fn_smooth_endoplasmic_reticulum_10(fn_c3_plant_71(X))
& fn_smooth_endoplasmic_reticulum_10(fn_c3_plant_71(X)) = fn_smooth_endoplasmic_reticulum_10(fn_c3_plant_71(X))
& fn_smooth_endoplasmic_reticulum_10(fn_c3_plant_71(X)) = fn_plant_cell_91(fn_c3_plant_86(X))
& fn_plant_cell_91(fn_c3_plant_86(X)) = fn_plant_cell_91(fn_c3_plant_86(X))
& fn_cytoplasm_8(fn_c3_plant_58(X)) = fn_plant_cell_91(fn_c3_plant_86(X))
& fn_plant_cell_91(fn_c3_plant_86(X)) = fn_cytoplasm_8(fn_c3_plant_58(X))
& fn_cytoplasm_8(fn_c3_plant_58(X)) = fn_eukaryotic_cell_42(fn_c3_plant_86(X))
& fn_eukaryotic_cell_42(fn_c3_plant_86(X)) = fn_eukaryotic_cell_42(fn_c3_plant_86(X))
& fn_eukaryotic_cell_42(fn_c3_plant_86(X)) = fn_smooth_endoplasmic_reticulum_34(fn_c3_plant_71(X))
& fn_smooth_endoplasmic_reticulum_34(fn_c3_plant_71(X)) = fn_smooth_endoplasmic_reticulum_34(fn_c3_plant_71(X))
& fn_smooth_endoplasmic_reticulum_34(fn_c3_plant_71(X)) = fn_plant_cell_76(fn_c3_plant_86(X))
& fn_plant_cell_76(fn_c3_plant_86(X)) = fn_plant_cell_76(fn_c3_plant_86(X))
& fn_smooth_endoplasmic_reticulum_23(fn_c3_plant_71(X)) = fn_plant_cell_76(fn_c3_plant_86(X))
& fn_plant_cell_76(fn_c3_plant_86(X)) = fn_smooth_endoplasmic_reticulum_23(fn_c3_plant_71(X))
& fn_smooth_endoplasmic_reticulum_23(fn_c3_plant_71(X)) = fn_smooth_endoplasmic_reticulum_7(fn_c3_plant_71(X))
& fn_enzyme_4(fn_c3_plant_61(X)) = fn_smooth_endoplasmic_reticulum_7(fn_c3_plant_71(X))
& fn_smooth_endoplasmic_reticulum_7(fn_c3_plant_71(X)) = fn_enzyme_4(fn_c3_plant_61(X))
& fn_enzyme_4(fn_c3_plant_61(X)) = fn_enzyme_4(fn_c3_plant_61(X))
& fn_enzyme_4(fn_c3_plant_61(X)) = fn_smooth_endoplasmic_reticulum_49(fn_c3_plant_71(X))
& fn_smooth_endoplasmic_reticulum_49(fn_c3_plant_71(X)) = fn_smooth_endoplasmic_reticulum_49(fn_c3_plant_71(X))
& fn_smooth_endoplasmic_reticulum_48(fn_c3_plant_71(X)) = fn_smooth_endoplasmic_reticulum_49(fn_c3_plant_71(X))
& fn_smooth_endoplasmic_reticulum_49(fn_c3_plant_71(X)) = fn_smooth_endoplasmic_reticulum_48(fn_c3_plant_71(X))
& fn_smooth_endoplasmic_reticulum_48(fn_c3_plant_71(X)) = fn_smooth_endoplasmic_reticulum_48(fn_c3_plant_71(X))
& fn_smooth_endoplasmic_reticulum_48(fn_c3_plant_71(X)) = fn_smooth_endoplasmic_reticulum_8(fn_c3_plant_71(X))
& fn_smooth_endoplasmic_reticulum_8(fn_c3_plant_71(X)) = fn_smooth_endoplasmic_reticulum_8(fn_c3_plant_71(X))
& fn_smooth_endoplasmic_reticulum_42(fn_c3_plant_71(X)) = fn_smooth_endoplasmic_reticulum_8(fn_c3_plant_71(X))
& fn_smooth_endoplasmic_reticulum_8(fn_c3_plant_71(X)) = fn_smooth_endoplasmic_reticulum_42(fn_c3_plant_71(X))
& fn_smooth_endoplasmic_reticulum_42(fn_c3_plant_71(X)) = fn_eukaryotic_cell_39(fn_c3_plant_86(X))
& fn_eukaryotic_cell_39(fn_c3_plant_86(X)) = fn_eukaryotic_cell_39(fn_c3_plant_86(X))
& fn_eukaryotic_cell_39(fn_c3_plant_86(X)) = fn_smooth_endoplasmic_reticulum_28(fn_c3_plant_71(X))
& fn_smooth_endoplasmic_reticulum_28(fn_c3_plant_71(X)) = fn_plant_cell_77(fn_c3_plant_86(X))
& fn_plant_cell_77(fn_c3_plant_86(X)) = fn_eukaryotic_cell_20(fn_c3_plant_86(X))
& fn_eukaryotic_cell_20(fn_c3_plant_86(X)) = fn_plant_cell_77(fn_c3_plant_86(X))
& fn_plant_cell_77(fn_c3_plant_86(X)) = fn_plant_cell_77(fn_c3_plant_86(X))
& fn_plant_cell_77(fn_c3_plant_86(X)) = fn_photorespiration_57(fn_c3_plant_67(X))
& fn_photorespiration_57(fn_c3_plant_67(X)) = fn_c3_photosynthesis_70(fn_c3_plant_83(X))
& fn_plant_20(X) = fn_c3_photosynthesis_70(fn_c3_plant_83(X))
& fn_c3_photosynthesis_70(fn_c3_plant_83(X)) = fn_plant_20(X)
& fn_plant_20(X) = fn_plant_20(X)
& fn_plant_20(X) = fn_cytoplasm_7(fn_c3_plant_58(X))
& fn_metabolic_pathway_1(fn_c3_plant_70(X)) = fn_cytoplasm_7(fn_c3_plant_58(X))
& fn_cytoplasm_7(fn_c3_plant_58(X)) = fn_metabolic_pathway_1(fn_c3_plant_89(X))
& fn_metabolic_pathway_1(fn_c3_plant_89(X)) = fn_metabolic_pathway_1(fn_c3_plant_70(X))
& fn_metabolic_pathway_1(fn_c3_plant_70(X)) = fn_smooth_endoplasmic_reticulum_33(fn_c3_plant_71(X))
& fn_smooth_endoplasmic_reticulum_33(fn_c3_plant_71(X)) = fn_smooth_endoplasmic_reticulum_33(fn_c3_plant_71(X))
& fn_smooth_endoplasmic_reticulum_33(fn_c3_plant_71(X)) = fn_plant_cell_wall_24(fn_c3_plant_73(X))
& fn_plant_cell_wall_24(fn_c3_plant_73(X)) = fn_plant_cell_wall_24(fn_c3_plant_73(X))
& fn_plant_cell_wall_24(fn_c3_plant_73(X)) = fn_plant_cell_wall_21(fn_c3_plant_73(X))
& fn_plant_cell_wall_21(fn_c3_plant_73(X)) = fn_plant_cell_wall_10(fn_c3_plant_73(X))
& fn_plant_cell_wall_10(fn_c3_plant_73(X)) = fn_plant_cell_wall_21(fn_c3_plant_73(X))
& fn_plant_cell_wall_21(fn_c3_plant_73(X)) = fn_plant_cell_21(fn_c3_plant_86(X))
& fn_plant_cell_wall_27(fn_c3_plant_73(X)) = fn_plant_cell_21(fn_c3_plant_86(X))
& fn_plant_cell_21(fn_c3_plant_86(X)) = fn_plant_cell_wall_27(fn_c3_plant_73(X))
& fn_plant_cell_wall_27(fn_c3_plant_73(X)) = fn_plant_cell_wall_27(fn_c3_plant_73(X))
& fn_plant_cell_wall_27(fn_c3_plant_73(X)) = fn_plant_cell_78(fn_c3_plant_86(X))
& fn_plant_cell_wall_17(fn_c3_plant_73(X)) = fn_plant_cell_78(fn_c3_plant_86(X))
& fn_plant_cell_78(fn_c3_plant_86(X)) = fn_plant_cell_wall_17(fn_c3_plant_73(X))
& fn_plant_cell_wall_17(fn_c3_plant_73(X)) = fn_plant_cell_wall_17(fn_c3_plant_73(X))
& fn_plant_cell_wall_17(fn_c3_plant_73(X)) = fn_cell_30(fn_c3_plant_86(X))
& fn_cell_30(fn_c3_plant_86(X)) = fn_cell_30(fn_c3_plant_86(X))
& fn_cell_30(fn_c3_plant_86(X)) = fn_plasmodesmata_9(fn_c3_plant_72(X))
& fn_plasmodesmata_9(fn_c3_plant_72(X)) = fn_eukaryotic_cell_29(fn_c3_plant_86(X))
& fn_eukaryotic_cell_29(fn_c3_plant_86(X)) = fn_cell_30(fn_c3_plant_86(X))
& fn_cell_30(fn_c3_plant_86(X)) = fn_eukaryotic_cell_29(fn_c3_plant_86(X))
& fn_eukaryotic_cell_29(fn_c3_plant_86(X)) = fn_eukaryotic_cell_29(fn_c3_plant_86(X))
& fn_eukaryotic_cell_29(fn_c3_plant_86(X)) = fn_plant_cell_wall_26(fn_c3_plant_73(X))
& fn_plant_cell_wall_26(fn_c3_plant_73(X)) = fn_plant_cell_wall_26(fn_c3_plant_73(X))
& fn_plant_cell_wall_26(fn_c3_plant_73(X)) = fn_plant_cell_82(fn_c3_plant_86(X))
& fn_walled_cell_1(fn_c3_plant_86(X)) = fn_plant_cell_82(fn_c3_plant_86(X))
& fn_plant_cell_82(fn_c3_plant_86(X)) = fn_plant_cell_82(fn_c3_plant_86(X))
& fn_plant_cell_82(fn_c3_plant_86(X)) = fn_walled_cell_1(fn_c3_plant_86(X))
& fn_walled_cell_1(fn_c3_plant_86(X)) = fn_plasmodesmata_10(fn_c3_plant_72(X))
& fn_plasmodesmata_10(fn_c3_plant_72(X)) = fn_plasmodesmata_10(fn_c3_plant_72(X)) ) ) ).
fof(a528014,axiom,
! [X] :
( c3h2o4_minus_2_1(X)
=> ( original_name_2(X,'C3H2O4-Minus-2')
& concept2words_2(X,'c3h2o4 minus 2')
& concept2words_2(X,'c3h2o4-minus-2')
& polyatomic_ion_1(X)
& anion_1(X)
& charge_value_1(fn_c3h2o4_minus_2_2(X))
& the_cardinal_value_2(fn_c3h2o4_minus_2_2(X),"-2")
& cardinal_unit_class_2(fn_c3h2o4_minus_2_2(X),unity_0)
& charge_2(X,fn_c3h2o4_minus_2_2(X))
& fn_c3h2o4_minus_2_1(X) = fn_anion_7(X)
& fn_c3h2o4_minus_2_2(X) = fn_anion_6(X) ) ) ).
fof(a528015,axiom,
! [X] :
( c3h8_1(X)
=> ( original_name_2(X,'C3H8')
& user_description_2(X,'Propane is a hydrocarbon, normally in a gaseous state and commonly used as a fuel.')
& concept2words_2(X,propane)
& concept2words_2(X,c3h8)
& hydrocarbon_molecule_1(X) ) ) ).
fof(a528016,axiom,
! [X] :
( c3h8_substance_1(X)
=> ( original_name_2(X,'C3H8-Substance')
& concept2words_2(X,propane)
& concept2words_2(X,'substance of c3h8')
& concept2words_2(X,'c3h8 substance')
& concept2words_2(X,'c3h8-substance')
& hydrocarbon_substance_1(X)
& c3h8_1(fn_c3h8_substance_1(X))
& has_part_2(X,fn_c3h8_substance_1(X))
& fn_c3h8_substance_1(X) = fn_hydrocarbon_substance_1(X) ) ) ).
fof(a528017,axiom,
! [X] :
( c4_photosynthesis_1(X)
=> ( original_name_2(X,'C4-Photosynthesis')
& user_description_2(X,'The C4 photosynthesis is called C4 because the CO2 is first incorporated into a 4-carbon compound. PEP Carboxylase is the enzyme involved in the uptake of CO2.')
& concept2words_2(X,'c4 pathway')
& concept2words_2(X,'perform c3 photosynthesis')
& concept2words_2(X,'perform c3-photosynthesis')
& concept2words_2(X,'c4 photosynthesis')
& concept2words_2(X,'c4-photosynthesis')
& adaptation_1(X)
& photosynthesis_1(X)
& ~ c3_photosynthesis_1(X)
& ~ crassulacean_acid_metabolism_1(X)
& spatial_entity_1(fn_c4_photosynthesis_1(X))
& time_interval_1(fn_c4_photosynthesis_2(X))
& spatial_entity_1(fn_c4_photosynthesis_3(X))
& time_interval_1(fn_c4_photosynthesis_4(X))
& bundle_sheath_1(fn_c4_photosynthesis_5(X))
& block_1(fn_c4_photosynthesis_6(X))
& rate_value_1(fn_c4_photosynthesis_7(X))
& rate_value_1(fn_c4_photosynthesis_8(X))
& equal_sharing_1(fn_c4_photosynthesis_11(X))
& share_1(fn_c4_photosynthesis_11(X))
& share_1(fn_c4_photosynthesis_12(X))
& share_1(fn_c4_photosynthesis_13(X))
& share_1(fn_c4_photosynthesis_14(X))
& equal_sharing_1(fn_c4_photosynthesis_14(X))
& share_1(fn_c4_photosynthesis_15(X))
& equal_sharing_1(fn_c4_photosynthesis_15(X))
& share_1(fn_c4_photosynthesis_16(X))
& share_1(fn_c4_photosynthesis_17(X))
& equal_sharing_1(fn_c4_photosynthesis_18(X))
& container_1(fn_c4_photosynthesis_19(X))
& adp_1(fn_c4_photosynthesis_20(X))
& atp_1(fn_c4_photosynthesis_21(X))
& reactant_1(fn_c4_photosynthesis_22(X))
& spatial_entity_1(fn_c4_photosynthesis_23(X))
& chemical_entity_1(fn_c4_photosynthesis_23(X))
& phosphoenolpyruvate_1(fn_c4_photosynthesis_23(X))
& organic_molecule_1(fn_c4_photosynthesis_23(X))
& phosphorylated_intermediate_1(fn_c4_photosynthesis_23(X))
& carbon_source_1(fn_c4_photosynthesis_24(X))
& pep_carboxylase_1(fn_c4_photosynthesis_25(X))
& attract_1(fn_c4_photosynthesis_26(X))
& spatial_entity_1(fn_c4_photosynthesis_27(X))
& entity_1(fn_c4_photosynthesis_27(X))
& hydrophobic_compound_1(fn_c4_photosynthesis_27(X))
& molecule_1(fn_c4_photosynthesis_27(X))
& carbon_dioxide_1(fn_c4_photosynthesis_27(X))
& reactant_1(fn_c4_photosynthesis_28(X))
& polar_covalent_bond_1(fn_c4_photosynthesis_29(X))
& double_bond_1(fn_c4_photosynthesis_29(X))
& covalent_bond_1(fn_c4_photosynthesis_29(X))
& chemical_entity_1(fn_c4_photosynthesis_30(X))
& atom_1(fn_c4_photosynthesis_30(X))
& carbon_1(fn_c4_photosynthesis_30(X))
& entity_1(fn_c4_photosynthesis_30(X))
& oxygen_1(fn_c4_photosynthesis_31(X))
& entity_1(fn_c4_photosynthesis_31(X))
& chemical_entity_1(fn_c4_photosynthesis_31(X))
& atom_1(fn_c4_photosynthesis_31(X))
& protein_enzyme_1(fn_c4_photosynthesis_32(X))
& structural_complexity_value_1(fn_c4_photosynthesis_33(X))
& free_energy_1(fn_c4_photosynthesis_34(X))
& barrier_1(fn_c4_photosynthesis_35(X))
& dermal_tissue_system_1(fn_c4_photosynthesis_36(X))
& ground_tissue_system_1(fn_c4_photosynthesis_37(X))
& organic_molecule_1(fn_c4_photosynthesis_38(X))
& obtain_1(fn_c4_photosynthesis_39(X))
& add_1(fn_c4_photosynthesis_40(X))
& chemical_reaction_1(fn_c4_photosynthesis_41(X))
& carbon_fixation_1(fn_c4_photosynthesis_41(X))
& oxaloacetate_1(fn_c4_photosynthesis_42(X))
& chemical_entity_1(fn_c4_photosynthesis_42(X))
& molecule_1(fn_c4_photosynthesis_42(X))
& chemical_reaction_1(fn_c4_photosynthesis_43(X))
& reduction_in_calvin_cycle_1(fn_c4_photosynthesis_43(X))
& spatial_entity_1(fn_c4_photosynthesis_44(X))
& tangible_entity_1(fn_c4_photosynthesis_44(X))
& hydrophobic_compound_1(fn_c4_photosynthesis_44(X))
& molecule_1(fn_c4_photosynthesis_44(X))
& carbon_dioxide_1(fn_c4_photosynthesis_44(X))
& chemical_entity_1(fn_c4_photosynthesis_44(X))
& water_molecule_1(fn_c4_photosynthesis_45(X))
& regeneration_of_ribulose_bisphosphate_1(fn_c4_photosynthesis_46(X))
& spatial_entity_1(fn_c4_photosynthesis_47(X))
& chemical_entity_1(fn_c4_photosynthesis_47(X))
& monosaccharide_1(fn_c4_photosynthesis_47(X))
& pentose_1(fn_c4_photosynthesis_47(X))
& ketone_1(fn_c4_photosynthesis_47(X))
& ribulose_bisphosphate_1(fn_c4_photosynthesis_47(X))
& organic_molecule_1(fn_c4_photosynthesis_48(X))
& chemical_entity_1(fn_c4_photosynthesis_48(X))
& three_phosphoglycerate_1(fn_c4_photosynthesis_48(X))
& molecule_1(fn_c4_photosynthesis_48(X))
& transfer_of_malate_to_bundle_sheath_cell_1(fn_c4_photosynthesis_49(X))
& tangible_entity_1(fn_c4_photosynthesis_50(X))
& organ_1(fn_c4_photosynthesis_50(X))
& leaf_1(fn_c4_photosynthesis_50(X))
& absorb_1(fn_c4_photosynthesis_51(X))
& move_1(fn_c4_photosynthesis_51(X))
& take_in_1(fn_c4_photosynthesis_51(X))
& cyclic_electron_flow_1(fn_c4_photosynthesis_52(X))
& chemiosmosis_1(fn_c4_photosynthesis_53(X))
& move_1(fn_c4_photosynthesis_54(X))
& redox_reaction_1(fn_c4_photosynthesis_55(X))
& mesophyll_cell_1(fn_c4_photosynthesis_56(X))
& eukaryotic_cell_1(fn_c4_photosynthesis_56(X))
& plant_metabolic_cell_1(fn_c4_photosynthesis_56(X))
& plant_cell_1(fn_c4_photosynthesis_56(X))
& parenchyma_cell_1(fn_c4_photosynthesis_56(X))
& anabolic_pathway_1(fn_c4_photosynthesis_57(X))
& sugar_1(fn_c4_photosynthesis_58(X))
& endergonic_reaction_1(fn_c4_photosynthesis_59(X))
& calvin_cycle_1(fn_c4_photosynthesis_59(X))
& anabolic_pathway_1(fn_c4_photosynthesis_59(X))
& eukaryotic_calvin_cycle_1(fn_c4_photosynthesis_59(X))
& partial_closing_of_stoma_1(fn_c4_photosynthesis_60(X))
& decrease_1(fn_c4_photosynthesis_61(X))
& leaf_1(fn_c4_photosynthesis_62(X))
& chemical_entity_1(fn_c4_photosynthesis_63(X))
& malate_1(fn_c4_photosynthesis_63(X))
& chemical_reaction_1(fn_c4_photosynthesis_64(X))
& tangible_entity_1(fn_c4_photosynthesis_65(X))
& entity_1(fn_c4_photosynthesis_65(X))
& bundle_sheath_cell_1(fn_c4_photosynthesis_65(X))
& eukaryotic_cell_1(fn_c4_photosynthesis_65(X))
& plant_metabolic_cell_1(fn_c4_photosynthesis_65(X))
& parenchyma_cell_1(fn_c4_photosynthesis_65(X))
& pyruvate_1(fn_c4_photosynthesis_66(X))
& phosphorylation_1(fn_c4_photosynthesis_67(X))
& thylakoid_1(fn_c4_photosynthesis_68(X))
& mixture_1(fn_c4_photosynthesis_69(X))
& aqueous_solution_1(fn_c4_photosynthesis_69(X))
& stroma_1(fn_c4_photosynthesis_69(X))
& semiautonomous_organelle_1(fn_c4_photosynthesis_70(X))
& chloroplast_1(fn_c4_photosynthesis_70(X))
& plasmodesmata_1(fn_c4_photosynthesis_71(X))
& oxidation_1(fn_c4_photosynthesis_72(X))
& chemical_reaction_1(fn_c4_photosynthesis_73(X))
& add_1(fn_c4_photosynthesis_74(X))
& oxaloacetate_1(fn_c4_photosynthesis_75(X))
& nadph_1(fn_c4_photosynthesis_76(X))
& nad_plus_1(fn_c4_photosynthesis_77(X))
& spatial_entity_1(fn_c4_photosynthesis_78(X))
& vesicle_1(fn_c4_photosynthesis_78(X))
& central_vacuole_1(fn_c4_photosynthesis_78(X))
& vesicle_1(fn_c4_photosynthesis_79(X))
& spatial_entity_1(fn_c4_photosynthesis_79(X))
& vacuole_1(fn_c4_photosynthesis_79(X))
& central_vacuole_1(fn_c4_photosynthesis_79(X))
& chemical_reaction_1(fn_c4_photosynthesis_80(X))
& light_reaction_1(fn_c4_photosynthesis_80(X))
& spatial_entity_1(fn_c4_photosynthesis_81(X))
& energy_1(fn_c4_photosynthesis_81(X))
& visible_light_1(fn_c4_photosynthesis_81(X))
& time_interval_1(fn_c4_photosynthesis_82(X))
& time_interval_1(fn_c4_photosynthesis_83(X))
& tangible_entity_1(fn_c4_photosynthesis_84(X))
& time_interval_1(fn_c4_photosynthesis_85(X))
& tissue_1(fn_c4_photosynthesis_86(X))
& mesophyll_1(fn_c4_photosynthesis_86(X))
& palisade_mesophyll_1(fn_c4_photosynthesis_86(X))
& layer_1(fn_c4_photosynthesis_87(X))
& layer_1(fn_c4_photosynthesis_88(X))
& layer_1(fn_c4_photosynthesis_89(X))
& mesophyll_cell_1(fn_c4_photosynthesis_90(X))
& barrier_1(fn_c4_photosynthesis_91(X))
& carbon_fixation_1(fn_c4_photosynthesis_92(X))
& chemical_reaction_1(fn_c4_photosynthesis_92(X))
& renewable_resource_1(fn_c4_photosynthesis_94(X))
& spatial_entity_1(fn_c4_photosynthesis_95(X))
& aldehyde_1(fn_c4_photosynthesis_95(X))
& glyceraldehyde_3_phosphate_1(fn_c4_photosynthesis_95(X))
& triose_1(fn_c4_photosynthesis_95(X))
& aldose_1(fn_c4_photosynthesis_95(X))
& organic_molecule_1(fn_c4_photosynthesis_95(X))
& molecule_1(fn_c4_photosynthesis_95(X))
& chemical_entity_1(fn_c4_photosynthesis_95(X))
& ribonucleotide_1(fn_c4_photosynthesis_95(X))
& nucleoside_triphosphate_1(fn_c4_photosynthesis_95(X))
& atp_1(fn_c4_photosynthesis_95(X))
& size_value_1(fn_c4_photosynthesis_96(X))
& size_value_1(fn_c4_photosynthesis_97(X))
& sugar_1(fn_c4_photosynthesis_98(X))
& chemical_entity_1(fn_c4_photosynthesis_98(X))
& glucose_1(fn_c4_photosynthesis_98(X))
& speed_value_1(fn_c4_photosynthesis_101(X))
& quantity_value_1(fn_c4_photosynthesis_102(X))
& functional_group_1(fn_c4_photosynthesis_103(X))
& phosphate_group_1(fn_c4_photosynthesis_103(X))
& carbon_skeleton_1(fn_c4_photosynthesis_104(X))
& kinetic_energy_1(fn_c4_photosynthesis_105(X))
& phosphorus_1(fn_c4_photosynthesis_106(X))
& entity_1(fn_c4_photosynthesis_107(X))
& chemical_entity_1(fn_c4_photosynthesis_107(X))
& atom_1(fn_c4_photosynthesis_107(X))
& oxygen_1(fn_c4_photosynthesis_107(X))
& carbon_1(fn_c4_photosynthesis_108(X))
& entity_1(fn_c4_photosynthesis_109(X))
& chemical_entity_1(fn_c4_photosynthesis_109(X))
& atom_1(fn_c4_photosynthesis_109(X))
& oxygen_1(fn_c4_photosynthesis_109(X))
& constant_motion_1(fn_c4_photosynthesis_110(X))
& quantity_value_1(fn_c4_photosynthesis_113(X))
& quantity_value_1(fn_c4_photosynthesis_114(X))
& energy_1(fn_c4_photosynthesis_115(X))
& chemical_energy_1(fn_c4_photosynthesis_115(X))
& energy_transformation_by_organism_1(fn_c4_photosynthesis_116(X))
& quantity_value_1(fn_c4_photosynthesis_117(X))
& quantity_value_1(fn_c4_photosynthesis_118(X))
& free_energy_1(fn_c4_photosynthesis_119(X))
& chemical_entity_1(fn_c4_photosynthesis_120(X))
& organic_molecule_1(fn_c4_photosynthesis_120(X))
& adp_1(fn_c4_photosynthesis_120(X))
& structural_complexity_value_1(fn_c4_photosynthesis_121(X))
& oxygen_1(fn_c4_photosynthesis_122(X))
& entity_1(fn_c4_photosynthesis_122(X))
& chemical_entity_1(fn_c4_photosynthesis_122(X))
& atom_1(fn_c4_photosynthesis_122(X))
& tangible_entity_1(fn_c4_photosynthesis_123(X))
& entity_1(fn_c4_photosynthesis_123(X))
& chemical_entity_1(fn_c4_photosynthesis_123(X))
& atom_1(fn_c4_photosynthesis_123(X))
& phosphorus_1(fn_c4_photosynthesis_123(X))
& oxygen_1(fn_c4_photosynthesis_124(X))
& entity_1(fn_c4_photosynthesis_124(X))
& chemical_entity_1(fn_c4_photosynthesis_124(X))
& atom_1(fn_c4_photosynthesis_124(X))
& functional_group_1(fn_c4_photosynthesis_125(X))
& phosphate_group_1(fn_c4_photosynthesis_125(X))
& functional_group_1(fn_c4_photosynthesis_126(X))
& phosphate_group_1(fn_c4_photosynthesis_126(X))
& functional_group_1(fn_c4_photosynthesis_127(X))
& phosphate_group_1(fn_c4_photosynthesis_127(X))
& structural_complexity_value_1(fn_c4_photosynthesis_128(X))
& covalent_bond_1(fn_c4_photosynthesis_129(X))
& chemical_bond_1(fn_c4_photosynthesis_129(X))
& single_bond_1(fn_c4_photosynthesis_129(X))
& free_energy_1(fn_c4_photosynthesis_130(X))
& redox_reaction_1(fn_c4_photosynthesis_131(X))
& endergonic_process_1(fn_c4_photosynthesis_132(X))
& chemical_reaction_1(fn_c4_photosynthesis_132(X))
& synthesis_of_organic_molecule_1(fn_c4_photosynthesis_132(X))
& anabolic_pathway_1(fn_c4_photosynthesis_132(X))
& synthesis_of_atp_1(fn_c4_photosynthesis_132(X))
& reverse_reaction_1(fn_c4_photosynthesis_133(X))
& reverse_reaction_1(fn_c4_photosynthesis_134(X))
& chemical_reaction_1(fn_c4_photosynthesis_135(X))
& forward_reaction_1(fn_c4_photosynthesis_135(X))
& forward_reaction_1(fn_c4_photosynthesis_136(X))
& structural_complexity_value_1(fn_c4_photosynthesis_137(X))
& free_energy_1(fn_c4_photosynthesis_138(X))
& equal_sharing_1(fn_c4_photosynthesis_146(X))
& share_1(fn_c4_photosynthesis_147(X))
& hold_together_1(fn_c4_photosynthesis_148(X))
& share_1(fn_c4_photosynthesis_149(X))
& equal_sharing_1(fn_c4_photosynthesis_150(X))
& c4_plant_1(fn_c4_photosynthesis_151(X))
& translation_1(fn_c4_photosynthesis_152(X))
& energy_transformation_by_organism_1(fn_c4_photosynthesis_153(X))
& photosynthesis_1(fn_c4_photosynthesis_154(X))
& mrna_1(fn_c4_photosynthesis_155(X))
& ribosome_1(fn_c4_photosynthesis_156(X))
& enzyme_1(fn_c4_photosynthesis_157(X))
& polymer_1(fn_c4_photosynthesis_157(X))
& chemical_entity_1(fn_c4_photosynthesis_157(X))
& protein_1(fn_c4_photosynthesis_157(X))
& protein_enzyme_1(fn_c4_photosynthesis_157(X))
& granum_1(fn_c4_photosynthesis_158(X))
& enzyme_1(fn_c4_photosynthesis_159(X))
& polymer_1(fn_c4_photosynthesis_159(X))
& chemical_entity_1(fn_c4_photosynthesis_159(X))
& protein_1(fn_c4_photosynthesis_159(X))
& protein_enzyme_1(fn_c4_photosynthesis_159(X))
& entity_1(fn_c4_photosynthesis_160(X))
& chloroplast_membrane_1(fn_c4_photosynthesis_160(X))
& polymer_1(fn_c4_photosynthesis_161(X))
& enzyme_1(fn_c4_photosynthesis_161(X))
& chemical_entity_1(fn_c4_photosynthesis_161(X))
& protein_1(fn_c4_photosynthesis_161(X))
& protein_enzyme_1(fn_c4_photosynthesis_161(X))
& equal_sharing_1(fn_c4_photosynthesis_162(X))
& share_1(fn_c4_photosynthesis_163(X))
& share_1(fn_c4_photosynthesis_164(X))
& equal_sharing_1(fn_c4_photosynthesis_165(X))
& end_1(fn_c4_photosynthesis_166(X))
& carbon_skeleton_1(fn_c4_photosynthesis_167(X))
& spatial_entity_1(fn_c4_photosynthesis_168(X))
& spatial_entity_1(fn_c4_photosynthesis_169(X))
& green_light_1(fn_c4_photosynthesis_170(X))
& spatial_entity_1(fn_c4_photosynthesis_171(X))
& blue_light_1(fn_c4_photosynthesis_171(X))
& yellow_light_1(fn_c4_photosynthesis_172(X))
& orange_light_1(fn_c4_photosynthesis_173(X))
& red_light_1(fn_c4_photosynthesis_174(X))
& spatial_entity_1(fn_c4_photosynthesis_175(X))
& violet_light_1(fn_c4_photosynthesis_175(X))
& length_value_1(fn_c4_photosynthesis_176(X))
& quantity_value_1(fn_c4_photosynthesis_177(X))
& reactant_1(fn_c4_photosynthesis_178(X))
& synthesis_of_organic_molecule_1(fn_c4_photosynthesis_179(X))
& synthesis_of_organic_molecule_1(fn_c4_photosynthesis_180(X))
& synthesis_of_organic_molecule_1(fn_c4_photosynthesis_181(X))
& tangible_entity_1(fn_c4_photosynthesis_182(X))
& phospholipid_bilayer_1(fn_c4_photosynthesis_182(X))
& substance_1(fn_c4_photosynthesis_183(X))
& aqueous_solution_1(fn_c4_photosynthesis_183(X))
& liquid_substance_1(fn_c4_photosynthesis_183(X))
& cytosol_1(fn_c4_photosynthesis_183(X))
& solution_1(fn_c4_photosynthesis_183(X))
& absorb_1(fn_c4_photosynthesis_184(X))
& grow_1(fn_c4_photosynthesis_185(X))
& support_1(fn_c4_photosynthesis_186(X))
& maintenance_1(fn_c4_photosynthesis_187(X))
& defense_1(fn_c4_photosynthesis_188(X))
& size_value_1(fn_c4_photosynthesis_189(X))
& surface_1(fn_c4_photosynthesis_190(X))
& volume_value_1(fn_c4_photosynthesis_191(X))
& cellular_work_1(fn_c4_photosynthesis_192(X))
& photosynthesis_1(fn_c4_photosynthesis_193(X))
& exchange_1(fn_c4_photosynthesis_194(X))
& chemical_reaction_1(fn_c4_photosynthesis_195(X))
& oxidative_phosphorylation_1(fn_c4_photosynthesis_195(X))
& eukaryotic_oxidative_phosphorylation_1(fn_c4_photosynthesis_195(X))
& synthesis_reaction_1(fn_c4_photosynthesis_196(X))
& metabolic_pathway_1(fn_c4_photosynthesis_196(X))
& chemical_reaction_1(fn_c4_photosynthesis_196(X))
& anabolic_pathway_1(fn_c4_photosynthesis_196(X))
& synthesis_of_lipid_1(fn_c4_photosynthesis_196(X))
& catabolic_pathway_1(fn_c4_photosynthesis_197(X))
& metabolic_pathway_1(fn_c4_photosynthesis_197(X))
& eukaryotic_cellular_respiration_1(fn_c4_photosynthesis_197(X))
& cytoplasmic_streaming_1(fn_c4_photosynthesis_198(X))
& organelle_1(fn_c4_photosynthesis_199(X))
& mitochondrion_1(fn_c4_photosynthesis_199(X))
& semiautonomous_organelle_1(fn_c4_photosynthesis_199(X))
& organelle_1(fn_c4_photosynthesis_200(X))
& golgi_apparatus_1(fn_c4_photosynthesis_200(X))
& peroxisome_1(fn_c4_photosynthesis_201(X))
& spatial_entity_1(fn_c4_photosynthesis_202(X))
& vesicle_1(fn_c4_photosynthesis_202(X))
& central_vacuole_1(fn_c4_photosynthesis_202(X))
& cell_wall_1(fn_c4_photosynthesis_203(X))
& plant_cell_wall_1(fn_c4_photosynthesis_203(X))
& endoplasmic_reticulum_1(fn_c4_photosynthesis_204(X))
& smooth_endoplasmic_reticulum_1(fn_c4_photosynthesis_204(X))
& rough_endoplasmic_reticulum_1(fn_c4_photosynthesis_205(X))
& endoplasmic_reticulum_1(fn_c4_photosynthesis_205(X))
& plasmodesmata_1(fn_c4_photosynthesis_206(X))
& vesicle_1(fn_c4_photosynthesis_207(X))
& spatial_entity_1(fn_c4_photosynthesis_207(X))
& vacuole_1(fn_c4_photosynthesis_207(X))
& central_vacuole_1(fn_c4_photosynthesis_207(X))
& tangible_entity_1(fn_c4_photosynthesis_208(X))
& nucleus_1(fn_c4_photosynthesis_208(X))
& cytoskeleton_1(fn_c4_photosynthesis_209(X))
& eukaryotic_chromosome_1(fn_c4_photosynthesis_210(X))
& chromosome_1(fn_c4_photosynthesis_210(X))
& ribosome_1(fn_c4_photosynthesis_211(X))
& eukaryotic_ribosome_1(fn_c4_photosynthesis_211(X))
& membrane_1(fn_c4_photosynthesis_212(X))
& spatial_entity_1(fn_c4_photosynthesis_212(X))
& biomembrane_1(fn_c4_photosynthesis_212(X))
& plasma_membrane_1(fn_c4_photosynthesis_212(X))
& spatial_entity_1(fn_c4_photosynthesis_213(X))
& mixture_1(fn_c4_photosynthesis_213(X))
& suspension_1(fn_c4_photosynthesis_213(X))
& colloid_1(fn_c4_photosynthesis_213(X))
& cytoplasm_1(fn_c4_photosynthesis_213(X))
& take_in_1(fn_c4_photosynthesis_214(X))
& transmit_1(fn_c4_photosynthesis_215(X))
& thylakoid_1(fn_c4_photosynthesis_216(X))
& spatial_entity_1(fn_c4_photosynthesis_217(X))
& biomembrane_1(fn_c4_photosynthesis_217(X))
& thylakoid_membrane_1(fn_c4_photosynthesis_217(X))
& photosystem_1(fn_c4_photosynthesis_218(X))
& light_harvesting_complex_1(fn_c4_photosynthesis_219(X))
& spatial_entity_1(fn_c4_photosynthesis_220(X))
& chemical_entity_1(fn_c4_photosynthesis_220(X))
& organic_molecule_1(fn_c4_photosynthesis_220(X))
& porphyrin_1(fn_c4_photosynthesis_220(X))
& chlorophyll_a_1(fn_c4_photosynthesis_220(X))
& mixture_1(fn_c4_photosynthesis_221(X))
& aqueous_solution_1(fn_c4_photosynthesis_221(X))
& stroma_1(fn_c4_photosynthesis_221(X))
& cell_1(fn_c4_photosynthesis_222(X))
& eukaryotic_cell_1(fn_c4_photosynthesis_222(X))
& plant_cell_1(fn_c4_photosynthesis_222(X))
& chemical_energy_1(fn_c4_photosynthesis_223(X))
& energy_1(fn_c4_photosynthesis_223(X))
& chloroplast_1(fn_c4_photosynthesis_224(X))
& reactant_1(fn_c4_photosynthesis_225(X))
& tangible_entity_1(fn_barrier_1(fn_c4_photosynthesis_91(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_c4_photosynthesis_57(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_c4_photosynthesis_55(X)))
& chemical_reaction_1(fn_reactant_2(fn_c4_photosynthesis_178(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_c4_photosynthesis_55(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_c4_photosynthesis_55(X)))
& leaf_1(fn_partial_closing_of_stoma_1(fn_c4_photosynthesis_60(X)))
& decrease_1(fn_partial_closing_of_stoma_9(fn_c4_photosynthesis_60(X)))
& translation_1(fn_semiautonomous_organelle_8(fn_c4_photosynthesis_70(X)))
& reduction_in_calvin_cycle_1(fn_eukaryotic_calvin_cycle_40(fn_c4_photosynthesis_59(X)))
& property_node_1(fn_chloroplast_26(fn_c4_photosynthesis_224(X)))
& property_node_1(fn_chloroplast_27(fn_c4_photosynthesis_224(X)))
& orange_light_1(fn_chloroplast_65(fn_c4_photosynthesis_224(X)))
& yellow_light_1(fn_chloroplast_66(fn_c4_photosynthesis_224(X)))
& red_light_1(fn_chloroplast_64(fn_c4_photosynthesis_224(X)))
& spatial_entity_1(fn_chloroplast_67(fn_c4_photosynthesis_224(X)))
& blue_light_1(fn_chloroplast_67(fn_c4_photosynthesis_224(X)))
& spatial_entity_1(fn_chloroplast_63(fn_c4_photosynthesis_224(X)))
& violet_light_1(fn_chloroplast_63(fn_c4_photosynthesis_224(X)))
& length_value_1(fn_chloroplast_54(fn_c4_photosynthesis_224(X)))
& quantity_value_1(fn_chloroplast_53(fn_c4_photosynthesis_224(X)))
& green_light_1(fn_chloroplast_68(fn_c4_photosynthesis_224(X)))
& transmit_1(fn_chloroplast_103(fn_c4_photosynthesis_224(X)))
& end_1(fn_chloroplast_94(fn_c4_photosynthesis_224(X)))
& carbon_skeleton_1(fn_chloroplast_95(fn_c4_photosynthesis_224(X)))
& photosystem_1(fn_chloroplast_52(fn_c4_photosynthesis_224(X)))
& thylakoid_1(fn_chloroplast_91(fn_c4_photosynthesis_224(X)))
& light_harvesting_complex_1(fn_chloroplast_35(fn_c4_photosynthesis_224(X)))
& spatial_entity_1(fn_chloroplast_72(fn_c4_photosynthesis_224(X)))
& chemical_entity_1(fn_chloroplast_72(fn_c4_photosynthesis_224(X)))
& organic_molecule_1(fn_chloroplast_72(fn_c4_photosynthesis_224(X)))
& porphyrin_1(fn_chloroplast_72(fn_c4_photosynthesis_224(X)))
& chlorophyll_a_1(fn_chloroplast_72(fn_c4_photosynthesis_224(X)))
& mixture_1(fn_chloroplast_96(fn_c4_photosynthesis_224(X)))
& aqueous_solution_1(fn_chloroplast_96(fn_c4_photosynthesis_224(X)))
& stroma_1(fn_chloroplast_96(fn_c4_photosynthesis_224(X)))
& spatial_entity_1(fn_chloroplast_20(fn_c4_photosynthesis_224(X)))
& spatial_entity_1(fn_chloroplast_19(fn_c4_photosynthesis_224(X)))
& carbon_source_1(fn_pep_carboxylase_53(fn_c4_photosynthesis_25(X)))
& attract_1(fn_pep_carboxylase_39(fn_c4_photosynthesis_25(X)))
& time_interval_1(fn_reduction_in_calvin_cycle_1(fn_c4_photosynthesis_43(X)))
& time_interval_1(fn_reduction_in_calvin_cycle_2(fn_c4_photosynthesis_43(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_c4_photosynthesis_67(X)))
& redox_reaction_1(fn_reduction_in_calvin_cycle_6(fn_c4_photosynthesis_43(X)))
& chloroplast_1(fn_plant_cell_6(fn_c4_photosynthesis_222(X)))
& electron_transport_chain_reaction_1(fn_light_reaction_53(fn_c4_photosynthesis_80(X)))
& chemiosmosis_1(fn_light_reaction_52(fn_c4_photosynthesis_80(X)))
& time_interval_1(fn_light_reaction_4(fn_c4_photosynthesis_80(X)))
& spatial_entity_1(fn_parenchyma_cell_32(fn_c4_photosynthesis_65(X)))
& vesicle_1(fn_parenchyma_cell_32(fn_c4_photosynthesis_65(X)))
& central_vacuole_1(fn_parenchyma_cell_32(fn_c4_photosynthesis_65(X)))
& granum_1(fn_chloroplast_33(fn_c4_photosynthesis_70(X)))
& thylakoid_1(fn_chloroplast_91(fn_c4_photosynthesis_70(X)))
& entity_1(fn_chloroplast_80(fn_c4_photosynthesis_70(X)))
& chloroplast_membrane_1(fn_chloroplast_80(fn_c4_photosynthesis_70(X)))
& energy_transformation_by_organism_1(fn_chloroplast_76(fn_c4_photosynthesis_70(X)))
& photosynthesis_1(fn_chloroplast_79(fn_c4_photosynthesis_70(X)))
& mixture_1(fn_chloroplast_96(fn_c4_photosynthesis_70(X)))
& aqueous_solution_1(fn_chloroplast_96(fn_c4_photosynthesis_70(X)))
& stroma_1(fn_chloroplast_96(fn_c4_photosynthesis_70(X)))
& free_energy_1(fn_chemiosmosis_34(fn_c4_photosynthesis_53(X)))
& endergonic_process_1(fn_chemiosmosis_118(fn_c4_photosynthesis_53(X)))
& chemical_reaction_1(fn_chemiosmosis_118(fn_c4_photosynthesis_53(X)))
& synthesis_of_organic_molecule_1(fn_chemiosmosis_118(fn_c4_photosynthesis_53(X)))
& anabolic_pathway_1(fn_chemiosmosis_118(fn_c4_photosynthesis_53(X)))
& synthesis_of_atp_1(fn_chemiosmosis_118(fn_c4_photosynthesis_53(X)))
& property_node_1(fn_chemiosmosis_25(fn_c4_photosynthesis_53(X)))
& structural_complexity_value_1(fn_chemiosmosis_36(fn_c4_photosynthesis_53(X)))
& chemical_entity_1(fn_chemiosmosis_31(fn_c4_photosynthesis_53(X)))
& organic_molecule_1(fn_chemiosmosis_31(fn_c4_photosynthesis_53(X)))
& adp_1(fn_chemiosmosis_31(fn_c4_photosynthesis_53(X)))
& property_node_1(fn_chemiosmosis_24(fn_c4_photosynthesis_53(X)))
& free_energy_1(fn_chemiosmosis_38(fn_c4_photosynthesis_53(X)))
& quantity_value_1(fn_chemiosmosis_45(fn_c4_photosynthesis_53(X)))
& property_node_1(fn_chemiosmosis_23(fn_c4_photosynthesis_53(X)))
& quantity_value_1(fn_chemiosmosis_46(fn_c4_photosynthesis_53(X)))
& property_node_1(fn_chemiosmosis_26(fn_c4_photosynthesis_53(X)))
& structural_complexity_value_1(fn_chemiosmosis_35(fn_c4_photosynthesis_53(X)))
& layer_1(fn_leaf_9(fn_c4_photosynthesis_50(X)))
& ground_tissue_system_1(fn_leaf_5(fn_c4_photosynthesis_50(X)))
& layer_1(fn_leaf_17(fn_c4_photosynthesis_50(X)))
& dermal_tissue_system_1(fn_leaf_6(fn_c4_photosynthesis_50(X)))
& layer_1(fn_leaf_8(fn_c4_photosynthesis_50(X)))
& grow_1(fn_parenchyma_cell_19(fn_c4_photosynthesis_56(X)))
& defense_1(fn_parenchyma_cell_22(fn_c4_photosynthesis_56(X)))
& property_node_1(fn_parenchyma_cell_41(fn_c4_photosynthesis_56(X)))
& organelle_1(fn_parenchyma_cell_43(fn_c4_photosynthesis_56(X)))
& mitochondrion_1(fn_parenchyma_cell_43(fn_c4_photosynthesis_56(X)))
& semiautonomous_organelle_1(fn_parenchyma_cell_43(fn_c4_photosynthesis_56(X)))
& membrane_1(fn_parenchyma_cell_39(fn_c4_photosynthesis_56(X)))
& spatial_entity_1(fn_parenchyma_cell_39(fn_c4_photosynthesis_56(X)))
& biomembrane_1(fn_parenchyma_cell_39(fn_c4_photosynthesis_56(X)))
& plasma_membrane_1(fn_parenchyma_cell_39(fn_c4_photosynthesis_56(X)))
& tangible_entity_1(fn_parenchyma_cell_17(fn_c4_photosynthesis_56(X)))
& phospholipid_bilayer_1(fn_parenchyma_cell_17(fn_c4_photosynthesis_56(X)))
& surface_1(fn_parenchyma_cell_27(fn_c4_photosynthesis_56(X)))
& cytoskeleton_1(fn_parenchyma_cell_37(fn_c4_photosynthesis_56(X)))
& absorb_1(fn_parenchyma_cell_16(fn_c4_photosynthesis_56(X)))
& spatial_entity_1(fn_parenchyma_cell_32(fn_c4_photosynthesis_56(X)))
& vesicle_1(fn_parenchyma_cell_32(fn_c4_photosynthesis_56(X)))
& central_vacuole_1(fn_parenchyma_cell_32(fn_c4_photosynthesis_56(X)))
& property_node_1(fn_parenchyma_cell_42(fn_c4_photosynthesis_56(X)))
& cytoplasmic_streaming_1(fn_parenchyma_cell_44(fn_c4_photosynthesis_56(X)))
& cell_wall_1(fn_parenchyma_cell_33(fn_c4_photosynthesis_56(X)))
& plant_cell_wall_1(fn_parenchyma_cell_33(fn_c4_photosynthesis_56(X)))
& chemical_reaction_1(fn_parenchyma_cell_24(fn_c4_photosynthesis_56(X)))
& oxidative_phosphorylation_1(fn_parenchyma_cell_24(fn_c4_photosynthesis_56(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_parenchyma_cell_24(fn_c4_photosynthesis_56(X)))
& cellular_work_1(fn_parenchyma_cell_9(fn_c4_photosynthesis_56(X)))
& photosynthesis_1(fn_parenchyma_cell_15(fn_c4_photosynthesis_56(X)))
& volume_value_1(fn_parenchyma_cell_28(fn_c4_photosynthesis_56(X)))
& size_value_1(fn_parenchyma_cell_26(fn_c4_photosynthesis_56(X)))
& support_1(fn_parenchyma_cell_20(fn_c4_photosynthesis_56(X)))
& maintenance_1(fn_parenchyma_cell_21(fn_c4_photosynthesis_56(X)))
& constant_motion_1(fn_phosphorylated_intermediate_9(fn_c4_photosynthesis_23(X)))
& property_node_1(fn_phosphorylated_intermediate_15(fn_c4_photosynthesis_23(X)))
& speed_value_1(fn_phosphorylated_intermediate_12(fn_c4_photosynthesis_23(X)))
& phosphorus_1(fn_phosphorylated_intermediate_6(fn_c4_photosynthesis_23(X)))
& property_node_1(fn_phosphorylated_intermediate_14(fn_c4_photosynthesis_23(X)))
& quantity_value_1(fn_phosphorylated_intermediate_13(fn_c4_photosynthesis_23(X)))
& kinetic_energy_1(fn_phosphorylated_intermediate_4(fn_c4_photosynthesis_23(X)))
& phosphorylation_1(fn_phosphorylated_intermediate_2(fn_c4_photosynthesis_23(X)))
& functional_group_1(fn_phosphorylated_intermediate_11(fn_c4_photosynthesis_23(X)))
& phosphate_group_1(fn_phosphorylated_intermediate_11(fn_c4_photosynthesis_23(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_c4_photosynthesis_64(X)))
& malate_1(fn_transfer_of_malate_to_bundle_sheath_cell_4(fn_c4_photosynthesis_49(X)))
& calvin_cycle_1(fn_light_reaction_47(fn_c4_photosynthesis_80(X)))
& free_energy_1(fn_endergonic_reaction_3(fn_c4_photosynthesis_59(X)))
& quantity_value_1(fn_endergonic_reaction_4(fn_c4_photosynthesis_59(X)))
& quantity_value_1(fn_endergonic_reaction_5(fn_c4_photosynthesis_59(X)))
& quantity_value_1(fn_eukaryotic_calvin_cycle_63(fn_c4_photosynthesis_59(X)))
& structural_complexity_value_1(fn_glucose_2(fn_c4_photosynthesis_98(X)))
& carbon_fixation_1(fn_eukaryotic_calvin_cycle_15(fn_c4_photosynthesis_59(X)))
& organic_molecule_1(fn_eukaryotic_calvin_cycle_10(fn_c4_photosynthesis_59(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_c4_photosynthesis_135(X)))
& chemical_entity_1(fn_reverse_reaction_7(fn_c4_photosynthesis_133(X)))
& chemical_entity_1(fn_reverse_reaction_7(fn_c4_photosynthesis_134(X)))
& chemical_entity_1(fn_eukaryotic_calvin_cycle_69(fn_c4_photosynthesis_59(X)))
& monosaccharide_1(fn_eukaryotic_calvin_cycle_69(fn_c4_photosynthesis_59(X)))
& pentose_1(fn_eukaryotic_calvin_cycle_69(fn_c4_photosynthesis_59(X)))
& ketone_1(fn_eukaryotic_calvin_cycle_69(fn_c4_photosynthesis_59(X)))
& ribulose_bisphosphate_1(fn_eukaryotic_calvin_cycle_69(fn_c4_photosynthesis_59(X)))
& chemical_reaction_1(fn_eukaryotic_calvin_cycle_48(fn_c4_photosynthesis_59(X)))
& free_energy_1(fn_eukaryotic_calvin_cycle_62(fn_c4_photosynthesis_59(X)))
& share_1(fn_covalent_bond_17(fn_c4_photosynthesis_29(X)))
& take_in_1(fn_chloroplast_102(fn_c4_photosynthesis_224(X)))
& take_in_1(fn_chloroplast_62(fn_c4_photosynthesis_224(X)))
& energy_1(fn_energy_transformation_by_organism_1(fn_c4_photosynthesis_116(X)))
& energy_1(fn_chloroplast_84(fn_c4_photosynthesis_224(X)))
& chemical_energy_1(fn_chloroplast_84(fn_c4_photosynthesis_224(X)))
& sugar_1(fn_calvin_cycle_18(fn_c4_photosynthesis_59(X)))
& chemical_entity_1(fn_endergonic_reaction_9(fn_c4_photosynthesis_59(X)))
& glucose_1(fn_chloroplast_86(fn_c4_photosynthesis_224(X)))
& spatial_entity_1(fn_add_1(fn_c4_photosynthesis_40(X)))
& entity_1(fn_pep_carboxylase_41(fn_c4_photosynthesis_25(X)))
& hydrophobic_compound_1(fn_pep_carboxylase_41(fn_c4_photosynthesis_25(X)))
& molecule_1(fn_pep_carboxylase_41(fn_c4_photosynthesis_25(X)))
& carbon_dioxide_1(fn_pep_carboxylase_41(fn_c4_photosynthesis_25(X)))
& chemical_reaction_1(fn_oxidoreductase_11(fn_c4_photosynthesis_25(X)))
& chemical_reaction_1(fn_reactant_2(fn_c4_photosynthesis_22(X)))
& chemical_reaction_1(fn_pep_carboxylase_44(fn_c4_photosynthesis_25(X)))
& carbon_fixation_1(fn_pep_carboxylase_44(fn_c4_photosynthesis_25(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_c4_photosynthesis_29(X)))
& hold_together_1(fn_covalent_bond_14(fn_c4_photosynthesis_29(X)))
& regeneration_of_ribulose_bisphosphate_1(fn_eukaryotic_calvin_cycle_39(fn_c4_photosynthesis_59(X)))
& regeneration_of_ribulose_bisphosphate_1(fn_light_reaction_58(fn_c4_photosynthesis_80(X)))
& spatial_entity_1(fn_chloroplast_34(fn_c4_photosynthesis_224(X)))
& biomembrane_1(fn_chloroplast_34(fn_c4_photosynthesis_224(X)))
& thylakoid_membrane_1(fn_chloroplast_34(fn_c4_photosynthesis_224(X)))
& thylakoid_membrane_1(fn_light_reaction_51(fn_c4_photosynthesis_80(X)))
& chemical_reaction_1(fn_enzyme_4(fn_c4_photosynthesis_32(X)))
& photosynthesis_1(fn_vascular_plant_17(fn_c4_photosynthesis_151(X)))
& anabolic_pathway_1(fn_vascular_plant_17(fn_c4_photosynthesis_151(X)))
& metabolic_pathway_1(fn_vascular_plant_17(fn_c4_photosynthesis_151(X)))
& photosynthesis_1(fn_chloroplast_79(fn_c4_photosynthesis_224(X)))
& chemical_reaction_1(fn_reactant_2(fn_c4_photosynthesis_28(X)))
& photosynthesis_1(fn_light_reaction_1(fn_c4_photosynthesis_80(X)))
& spatial_entity_1(fn_move_1(fn_c4_photosynthesis_51(X)))
& visible_light_1(fn_chloroplast_82(fn_c4_photosynthesis_224(X)))
& energy_1(fn_chloroplast_82(fn_c4_photosynthesis_224(X)))
& visible_light_1(fn_light_reaction_45(fn_c4_photosynthesis_80(X)))
& entity_1(fn_polar_covalent_bond_18(fn_c4_photosynthesis_29(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_c4_photosynthesis_29(X)))
& atom_1(fn_polar_covalent_bond_18(fn_c4_photosynthesis_29(X)))
& entity_1(fn_share_1(fn_c4_photosynthesis_149(X)))
& entity_1(fn_share_1(fn_c4_photosynthesis_150(X)))
& entity_1(fn_share_3(fn_c4_photosynthesis_12(X)))
& entity_1(fn_share_1(fn_c4_photosynthesis_12(X)))
& entity_1(fn_share_3(fn_c4_photosynthesis_16(X)))
& entity_1(fn_share_1(fn_c4_photosynthesis_16(X)))
& entity_1(fn_share_3(fn_c4_photosynthesis_11(X)))
& entity_1(fn_share_1(fn_c4_photosynthesis_11(X)))
& entity_1(fn_share_1(fn_c4_photosynthesis_165(X)))
& energy_1(fn_chloroplast_81(fn_c4_photosynthesis_224(X)))
& chemical_energy_1(fn_chloroplast_81(fn_c4_photosynthesis_224(X)))
& energy_1(fn_energy_transformation_by_organism_2(fn_c4_photosynthesis_116(X)))
& energy_transformation_by_organism_1(fn_chloroplast_78(fn_c4_photosynthesis_224(X)))
& energy_transformation_by_organism_1(fn_light_reaction_50(fn_c4_photosynthesis_80(X)))
& chemical_entity_1(fn_eukaryotic_calvin_cycle_14(fn_c4_photosynthesis_59(X)))
& hydrophobic_compound_1(fn_eukaryotic_calvin_cycle_14(fn_c4_photosynthesis_59(X)))
& molecule_1(fn_eukaryotic_calvin_cycle_14(fn_c4_photosynthesis_59(X)))
& carbon_dioxide_1(fn_eukaryotic_calvin_cycle_14(fn_c4_photosynthesis_59(X)))
& chemical_entity_1(fn_oxidation_7(fn_c4_photosynthesis_72(X)))
& chemical_entity_1(fn_reactant_3(fn_c4_photosynthesis_28(X)))
& chemical_entity_1(fn_oxidation_10(fn_c4_photosynthesis_72(X)))
& oxaloacetate_1(fn_pep_carboxylase_48(fn_c4_photosynthesis_25(X)))
& chemical_entity_1(fn_three_phosphoglycerate_16(fn_c4_photosynthesis_48(X)))
& molecule_1(fn_three_phosphoglycerate_16(fn_c4_photosynthesis_48(X)))
& plant_cell_1(fn_vascular_plant_20(fn_c4_photosynthesis_151(X)))
& cell_1(fn_vascular_plant_20(fn_c4_photosynthesis_151(X)))
& eukaryotic_cell_1(fn_vascular_plant_20(fn_c4_photosynthesis_151(X)))
& entity_1(fn_share_1(fn_c4_photosynthesis_146(X)))
& entity_1(fn_share_1(fn_c4_photosynthesis_147(X)))
& entity_1(fn_share_1(fn_c4_photosynthesis_18(X)))
& entity_1(fn_share_1(fn_c4_photosynthesis_17(X)))
& entity_1(fn_share_1(fn_c4_photosynthesis_14(X)))
& entity_1(fn_share_1(fn_c4_photosynthesis_13(X)))
& entity_1(fn_share_1(fn_c4_photosynthesis_162(X)))
& entity_1(fn_share_1(fn_c4_photosynthesis_163(X)))
& entity_1(fn_covalent_bond_19(fn_c4_photosynthesis_29(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_c4_photosynthesis_29(X)))
& atom_1(fn_covalent_bond_19(fn_c4_photosynthesis_29(X)))
& entity_1(fn_polar_covalent_bond_19(fn_c4_photosynthesis_29(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_c4_photosynthesis_29(X)))
& atom_1(fn_polar_covalent_bond_19(fn_c4_photosynthesis_29(X)))
& entity_1(fn_share_3(fn_c4_photosynthesis_146(X)))
& entity_1(fn_share_3(fn_c4_photosynthesis_147(X)))
& entity_1(fn_share_3(fn_c4_photosynthesis_149(X)))
& entity_1(fn_share_3(fn_c4_photosynthesis_18(X)))
& entity_1(fn_share_3(fn_c4_photosynthesis_17(X)))
& entity_1(fn_share_3(fn_c4_photosynthesis_150(X)))
& entity_1(fn_share_3(fn_c4_photosynthesis_14(X)))
& entity_1(fn_share_3(fn_c4_photosynthesis_13(X)))
& entity_1(fn_share_3(fn_c4_photosynthesis_162(X)))
& entity_1(fn_share_3(fn_c4_photosynthesis_163(X)))
& entity_1(fn_share_3(fn_c4_photosynthesis_165(X)))
& entity_1(fn_covalent_bond_20(fn_c4_photosynthesis_29(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_c4_photosynthesis_29(X)))
& atom_1(fn_covalent_bond_20(fn_c4_photosynthesis_29(X)))
& chemical_reaction_1(fn_chloroplast_77(fn_c4_photosynthesis_224(X)))
& light_reaction_1(fn_chloroplast_77(fn_c4_photosynthesis_224(X)))
& tangible_entity_1(fn_barrier_1(fn_c4_photosynthesis_35(X)))
& tangible_entity_1(fn_take_in_1(fn_c4_photosynthesis_51(X)))
& take_in_1(fn_light_reaction_54(fn_c4_photosynthesis_80(X)))
& absorb_1(fn_light_reaction_54(fn_c4_photosynthesis_80(X)))
& move_1(fn_light_reaction_54(fn_c4_photosynthesis_80(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_c4_photosynthesis_43(X)))
& organic_molecule_1(fn_eukaryotic_calvin_cycle_37(fn_c4_photosynthesis_59(X)))
& chemical_entity_1(fn_eukaryotic_calvin_cycle_37(fn_c4_photosynthesis_59(X)))
& three_phosphoglycerate_1(fn_eukaryotic_calvin_cycle_37(fn_c4_photosynthesis_59(X)))
& molecule_1(fn_phosphorylated_intermediate_3(fn_c4_photosynthesis_23(X)))
& spatial_entity_1(fn_add_2(fn_c4_photosynthesis_74(X)))
& spatial_entity_1(fn_move_1(fn_c4_photosynthesis_54(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_c4_photosynthesis_67(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_c4_photosynthesis_64(X)))
& molecule_1(fn_phosphorylation_1(fn_c4_photosynthesis_67(X)))
& chemical_entity_1(fn_phosphorylated_intermediate_1(fn_c4_photosynthesis_23(X)))
& molecule_1(fn_phosphorylated_intermediate_1(fn_c4_photosynthesis_23(X)))
& vesicle_1(fn_plant_metabolic_cell_39(fn_c4_photosynthesis_65(X)))
& spatial_entity_1(fn_plant_metabolic_cell_39(fn_c4_photosynthesis_65(X)))
& vacuole_1(fn_plant_metabolic_cell_39(fn_c4_photosynthesis_65(X)))
& central_vacuole_1(fn_plant_metabolic_cell_39(fn_c4_photosynthesis_65(X)))
& vesicle_1(fn_parenchyma_cell_14(fn_c4_photosynthesis_65(X)))
& spatial_entity_1(fn_parenchyma_cell_14(fn_c4_photosynthesis_65(X)))
& vacuole_1(fn_parenchyma_cell_14(fn_c4_photosynthesis_65(X)))
& central_vacuole_1(fn_parenchyma_cell_14(fn_c4_photosynthesis_65(X)))
& plasmodesmata_1(fn_plant_metabolic_cell_19(fn_c4_photosynthesis_65(X)))
& plasmodesmata_1(fn_parenchyma_cell_36(fn_c4_photosynthesis_65(X)))
& tangible_entity_1(fn_barrier_1(fn_c4_photosynthesis_19(X)))
& entity_1(fn_obtain_1(fn_c4_photosynthesis_39(X)))
& bundle_sheath_cell_1(fn_transfer_of_malate_to_bundle_sheath_cell_1(fn_c4_photosynthesis_49(X)))
& eukaryotic_cell_1(fn_eukaryotic_calvin_cycle_43(fn_c4_photosynthesis_59(X)))
& protein_enzyme_1(fn_stroma_6(fn_c4_photosynthesis_69(X)))
& chemical_entity_1(fn_chloroplast_74(fn_c4_photosynthesis_70(X)))
& enzyme_1(fn_chloroplast_74(fn_c4_photosynthesis_70(X)))
& protein_1(fn_chloroplast_74(fn_c4_photosynthesis_70(X)))
& protein_enzyme_1(fn_chloroplast_74(fn_c4_photosynthesis_70(X)))
& mrna_1(fn_semiautonomous_organelle_6(fn_c4_photosynthesis_70(X)))
& mrna_1(fn_stroma_5(fn_c4_photosynthesis_69(X)))
& enzyme_1(fn_chloroplast_55(fn_c4_photosynthesis_70(X)))
& polymer_1(fn_chloroplast_55(fn_c4_photosynthesis_70(X)))
& protein_1(fn_chloroplast_55(fn_c4_photosynthesis_70(X)))
& protein_enzyme_1(fn_chloroplast_55(fn_c4_photosynthesis_70(X)))
& chemical_entity_1(fn_chloroplast_83(fn_c4_photosynthesis_70(X)))
& protein_1(fn_chloroplast_83(fn_c4_photosynthesis_70(X)))
& protein_enzyme_1(fn_chloroplast_83(fn_c4_photosynthesis_70(X)))
& chemical_entity_1(fn_stroma_1(fn_c4_photosynthesis_69(X)))
& protein_1(fn_stroma_1(fn_c4_photosynthesis_69(X)))
& protein_enzyme_1(fn_stroma_1(fn_c4_photosynthesis_69(X)))
& protein_enzyme_1(fn_stroma_4(fn_c4_photosynthesis_69(X)))
& ribosome_1(fn_chloroplast_30(fn_c4_photosynthesis_70(X)))
& ribosome_1(fn_semiautonomous_organelle_7(fn_c4_photosynthesis_70(X)))
& ribosome_1(fn_stroma_3(fn_c4_photosynthesis_69(X)))
& chloroplast_1(fn_plant_cell_6(fn_c4_photosynthesis_56(X)))
& chloroplast_1(fn_stroma_7(fn_c4_photosynthesis_69(X)))
& mesophyll_cell_1(fn_mesophyll_10(fn_c4_photosynthesis_86(X)))
& mesophyll_cell_1(fn_mesophyll_5(fn_c4_photosynthesis_86(X)))
& mesophyll_cell_1(fn_mesophyll_6(fn_c4_photosynthesis_86(X)))
& mesophyll_cell_1(fn_leaf_44(fn_c4_photosynthesis_50(X)))
& tissue_1(fn_organ_1(fn_c4_photosynthesis_50(X)))
& palisade_mesophyll_1(fn_leaf_12(fn_c4_photosynthesis_50(X)))
& ribosome_1(fn_plant_metabolic_cell_18(fn_c4_photosynthesis_56(X)))
& eukaryotic_ribosome_1(fn_plant_metabolic_cell_18(fn_c4_photosynthesis_56(X)))
& ribosome_1(fn_plant_cell_58(fn_c4_photosynthesis_56(X)))
& eukaryotic_ribosome_1(fn_plant_cell_58(fn_c4_photosynthesis_56(X)))
& ribosome_1(fn_parenchyma_cell_38(fn_c4_photosynthesis_56(X)))
& eukaryotic_ribosome_1(fn_parenchyma_cell_38(fn_c4_photosynthesis_56(X)))
& rough_endoplasmic_reticulum_1(fn_plant_metabolic_cell_21(fn_c4_photosynthesis_56(X)))
& endoplasmic_reticulum_1(fn_plant_metabolic_cell_21(fn_c4_photosynthesis_56(X)))
& rough_endoplasmic_reticulum_1(fn_plant_cell_90(fn_c4_photosynthesis_56(X)))
& endoplasmic_reticulum_1(fn_plant_cell_90(fn_c4_photosynthesis_56(X)))
& rough_endoplasmic_reticulum_1(fn_parenchyma_cell_35(fn_c4_photosynthesis_56(X)))
& endoplasmic_reticulum_1(fn_parenchyma_cell_35(fn_c4_photosynthesis_56(X)))
& substance_1(fn_plant_metabolic_cell_28(fn_c4_photosynthesis_56(X)))
& aqueous_solution_1(fn_plant_metabolic_cell_28(fn_c4_photosynthesis_56(X)))
& liquid_substance_1(fn_plant_metabolic_cell_28(fn_c4_photosynthesis_56(X)))
& cytosol_1(fn_plant_metabolic_cell_28(fn_c4_photosynthesis_56(X)))
& solution_1(fn_plant_metabolic_cell_28(fn_c4_photosynthesis_56(X)))
& aqueous_solution_1(fn_plant_cell_91(fn_c4_photosynthesis_56(X)))
& liquid_substance_1(fn_plant_cell_91(fn_c4_photosynthesis_56(X)))
& solution_1(fn_plant_cell_91(fn_c4_photosynthesis_56(X)))
& substance_1(fn_plant_cell_91(fn_c4_photosynthesis_56(X)))
& cytosol_1(fn_plant_cell_91(fn_c4_photosynthesis_56(X)))
& substance_1(fn_parenchyma_cell_18(fn_c4_photosynthesis_56(X)))
& aqueous_solution_1(fn_parenchyma_cell_18(fn_c4_photosynthesis_56(X)))
& liquid_substance_1(fn_parenchyma_cell_18(fn_c4_photosynthesis_56(X)))
& cytosol_1(fn_parenchyma_cell_18(fn_c4_photosynthesis_56(X)))
& solution_1(fn_parenchyma_cell_18(fn_c4_photosynthesis_56(X)))
& peroxisome_1(fn_plant_metabolic_cell_37(fn_c4_photosynthesis_56(X)))
& peroxisome_1(fn_parenchyma_cell_31(fn_c4_photosynthesis_56(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_c4_photosynthesis_56(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_c4_photosynthesis_56(X)))
& spatial_entity_1(fn_plant_cell_83(fn_c4_photosynthesis_56(X)))
& mixture_1(fn_plant_cell_83(fn_c4_photosynthesis_56(X)))
& suspension_1(fn_plant_cell_83(fn_c4_photosynthesis_56(X)))
& colloid_1(fn_plant_cell_83(fn_c4_photosynthesis_56(X)))
& cytoplasm_1(fn_plant_cell_83(fn_c4_photosynthesis_56(X)))
& spatial_entity_1(fn_plant_metabolic_cell_17(fn_c4_photosynthesis_56(X)))
& mixture_1(fn_plant_metabolic_cell_17(fn_c4_photosynthesis_56(X)))
& suspension_1(fn_plant_metabolic_cell_17(fn_c4_photosynthesis_56(X)))
& colloid_1(fn_plant_metabolic_cell_17(fn_c4_photosynthesis_56(X)))
& cytoplasm_1(fn_plant_metabolic_cell_17(fn_c4_photosynthesis_56(X)))
& spatial_entity_1(fn_parenchyma_cell_40(fn_c4_photosynthesis_56(X)))
& mixture_1(fn_parenchyma_cell_40(fn_c4_photosynthesis_56(X)))
& suspension_1(fn_parenchyma_cell_40(fn_c4_photosynthesis_56(X)))
& colloid_1(fn_parenchyma_cell_40(fn_c4_photosynthesis_56(X)))
& cytoplasm_1(fn_parenchyma_cell_40(fn_c4_photosynthesis_56(X)))
& eukaryotic_chromosome_1(fn_plant_cell_95(fn_c4_photosynthesis_56(X)))
& chromosome_1(fn_plant_cell_95(fn_c4_photosynthesis_56(X)))
& eukaryotic_chromosome_1(fn_parenchyma_cell_12(fn_c4_photosynthesis_56(X)))
& chromosome_1(fn_parenchyma_cell_12(fn_c4_photosynthesis_56(X)))
& tangible_entity_1(fn_plant_cell_84(fn_c4_photosynthesis_56(X)))
& nucleus_1(fn_plant_cell_84(fn_c4_photosynthesis_56(X)))
& tangible_entity_1(fn_parenchyma_cell_13(fn_c4_photosynthesis_56(X)))
& nucleus_1(fn_parenchyma_cell_13(fn_c4_photosynthesis_56(X)))
& vesicle_1(fn_plant_metabolic_cell_39(fn_c4_photosynthesis_56(X)))
& spatial_entity_1(fn_plant_metabolic_cell_39(fn_c4_photosynthesis_56(X)))
& vacuole_1(fn_plant_metabolic_cell_39(fn_c4_photosynthesis_56(X)))
& central_vacuole_1(fn_plant_metabolic_cell_39(fn_c4_photosynthesis_56(X)))
& vesicle_1(fn_parenchyma_cell_14(fn_c4_photosynthesis_56(X)))
& spatial_entity_1(fn_parenchyma_cell_14(fn_c4_photosynthesis_56(X)))
& vacuole_1(fn_parenchyma_cell_14(fn_c4_photosynthesis_56(X)))
& central_vacuole_1(fn_parenchyma_cell_14(fn_c4_photosynthesis_56(X)))
& plasmodesmata_1(fn_plant_metabolic_cell_19(fn_c4_photosynthesis_56(X)))
& plasmodesmata_1(fn_parenchyma_cell_36(fn_c4_photosynthesis_56(X)))
& endoplasmic_reticulum_1(fn_plant_metabolic_cell_22(fn_c4_photosynthesis_56(X)))
& smooth_endoplasmic_reticulum_1(fn_plant_metabolic_cell_22(fn_c4_photosynthesis_56(X)))
& smooth_endoplasmic_reticulum_1(fn_plant_cell_77(fn_c4_photosynthesis_56(X)))
& endoplasmic_reticulum_1(fn_parenchyma_cell_34(fn_c4_photosynthesis_56(X)))
& smooth_endoplasmic_reticulum_1(fn_parenchyma_cell_34(fn_c4_photosynthesis_56(X)))
& synthesis_reaction_1(fn_plant_metabolic_cell_35(fn_c4_photosynthesis_56(X)))
& metabolic_pathway_1(fn_plant_metabolic_cell_35(fn_c4_photosynthesis_56(X)))
& chemical_reaction_1(fn_plant_metabolic_cell_35(fn_c4_photosynthesis_56(X)))
& anabolic_pathway_1(fn_plant_metabolic_cell_35(fn_c4_photosynthesis_56(X)))
& synthesis_of_lipid_1(fn_plant_metabolic_cell_35(fn_c4_photosynthesis_56(X)))
& synthesis_reaction_1(fn_plant_cell_76(fn_c4_photosynthesis_56(X)))
& metabolic_pathway_1(fn_plant_cell_76(fn_c4_photosynthesis_56(X)))
& chemical_reaction_1(fn_plant_cell_76(fn_c4_photosynthesis_56(X)))
& anabolic_pathway_1(fn_plant_cell_76(fn_c4_photosynthesis_56(X)))
& synthesis_of_lipid_1(fn_plant_cell_76(fn_c4_photosynthesis_56(X)))
& synthesis_reaction_1(fn_parenchyma_cell_25(fn_c4_photosynthesis_56(X)))
& metabolic_pathway_1(fn_parenchyma_cell_25(fn_c4_photosynthesis_56(X)))
& chemical_reaction_1(fn_parenchyma_cell_25(fn_c4_photosynthesis_56(X)))
& anabolic_pathway_1(fn_parenchyma_cell_25(fn_c4_photosynthesis_56(X)))
& synthesis_of_lipid_1(fn_parenchyma_cell_25(fn_c4_photosynthesis_56(X)))
& organelle_1(fn_plant_cell_14(fn_c4_photosynthesis_56(X)))
& golgi_apparatus_1(fn_plant_metabolic_cell_36(fn_c4_photosynthesis_56(X)))
& golgi_apparatus_1(fn_parenchyma_cell_30(fn_c4_photosynthesis_56(X)))
& metabolic_pathway_1(fn_plant_cell_63(fn_c4_photosynthesis_56(X)))
& eukaryotic_cellular_respiration_1(fn_plant_cell_63(fn_c4_photosynthesis_56(X)))
& catabolic_pathway_1(fn_plant_metabolic_cell_25(fn_c4_photosynthesis_56(X)))
& metabolic_pathway_1(fn_plant_metabolic_cell_25(fn_c4_photosynthesis_56(X)))
& eukaryotic_cellular_respiration_1(fn_plant_metabolic_cell_25(fn_c4_photosynthesis_56(X)))
& catabolic_pathway_1(fn_parenchyma_cell_29(fn_c4_photosynthesis_56(X)))
& metabolic_pathway_1(fn_parenchyma_cell_29(fn_c4_photosynthesis_56(X)))
& eukaryotic_cellular_respiration_1(fn_parenchyma_cell_29(fn_c4_photosynthesis_56(X)))
& exchange_1(fn_plant_cell_71(fn_c4_photosynthesis_56(X)))
& exchange_1(fn_parenchyma_cell_23(fn_c4_photosynthesis_56(X)))
& mesophyll_cell_1(fn_transfer_of_malate_to_bundle_sheath_cell_2(fn_c4_photosynthesis_49(X)))
& mesophyll_cell_1(fn_pep_carboxylase_42(fn_c4_photosynthesis_25(X)))
& covalent_bond_1(fn_light_reaction_29(fn_c4_photosynthesis_80(X)))
& chemical_bond_1(fn_light_reaction_29(fn_c4_photosynthesis_80(X)))
& single_bond_1(fn_light_reaction_29(fn_c4_photosynthesis_80(X)))
& chemical_bond_1(fn_molecule_10(fn_c4_photosynthesis_95(X)))
& covalent_bond_1(fn_chemiosmosis_37(fn_c4_photosynthesis_53(X)))
& chemical_bond_1(fn_chemiosmosis_37(fn_c4_photosynthesis_53(X)))
& single_bond_1(fn_chemiosmosis_37(fn_c4_photosynthesis_53(X)))
& covalent_bond_1(fn_ribonucleotide_12(fn_c4_photosynthesis_95(X)))
& single_bond_1(fn_ribonucleotide_12(fn_c4_photosynthesis_95(X)))
& single_bond_1(fn_nucleoside_triphosphate_35(fn_c4_photosynthesis_95(X)))
& covalent_bond_1(fn_atp_30(fn_c4_photosynthesis_95(X)))
& chemical_bond_1(fn_atp_30(fn_c4_photosynthesis_95(X)))
& single_bond_1(fn_atp_30(fn_c4_photosynthesis_95(X)))
& functional_group_1(fn_light_reaction_33(fn_c4_photosynthesis_80(X)))
& phosphate_group_1(fn_light_reaction_33(fn_c4_photosynthesis_80(X)))
& functional_group_1(fn_chemiosmosis_41(fn_c4_photosynthesis_53(X)))
& phosphate_group_1(fn_chemiosmosis_41(fn_c4_photosynthesis_53(X)))
& functional_group_1(fn_light_reaction_31(fn_c4_photosynthesis_80(X)))
& phosphate_group_1(fn_light_reaction_31(fn_c4_photosynthesis_80(X)))
& functional_group_1(fn_chemiosmosis_39(fn_c4_photosynthesis_53(X)))
& phosphate_group_1(fn_chemiosmosis_39(fn_c4_photosynthesis_53(X)))
& phosphate_group_1(fn_nucleoside_triphosphate_27(fn_c4_photosynthesis_95(X)))
& functional_group_1(fn_ribonucleotide_14(fn_c4_photosynthesis_95(X)))
& phosphate_group_1(fn_ribonucleotide_14(fn_c4_photosynthesis_95(X)))
& functional_group_1(fn_atp_32(fn_c4_photosynthesis_95(X)))
& phosphate_group_1(fn_atp_32(fn_c4_photosynthesis_95(X)))
& atom_1(fn_aldehyde_5(fn_c4_photosynthesis_95(X)))
& chemical_entity_1(fn_aldehyde_5(fn_c4_photosynthesis_95(X)))
& renewable_resource_1(fn_eukaryotic_calvin_cycle_65(fn_c4_photosynthesis_59(X)))
& renewable_resource_1(fn_atp_27(fn_c4_photosynthesis_95(X)))
& oxygen_1(fn_light_reaction_36(fn_c4_photosynthesis_80(X)))
& entity_1(fn_light_reaction_36(fn_c4_photosynthesis_80(X)))
& chemical_entity_1(fn_light_reaction_36(fn_c4_photosynthesis_80(X)))
& atom_1(fn_light_reaction_36(fn_c4_photosynthesis_80(X)))
& atom_1(fn_molecule_11(fn_c4_photosynthesis_95(X)))
& entity_1(fn_triose_9(fn_c4_photosynthesis_95(X)))
& atom_1(fn_triose_9(fn_c4_photosynthesis_95(X)))
& chemical_entity_1(fn_triose_9(fn_c4_photosynthesis_95(X)))
& oxygen_1(fn_triose_9(fn_c4_photosynthesis_95(X)))
& entity_1(fn_triose_14(fn_c4_photosynthesis_95(X)))
& chemical_entity_1(fn_triose_14(fn_c4_photosynthesis_95(X)))
& atom_1(fn_triose_14(fn_c4_photosynthesis_95(X)))
& oxygen_1(fn_triose_14(fn_c4_photosynthesis_95(X)))
& entity_1(fn_aldose_9(fn_c4_photosynthesis_95(X)))
& chemical_entity_1(fn_aldose_9(fn_c4_photosynthesis_95(X)))
& atom_1(fn_aldose_9(fn_c4_photosynthesis_95(X)))
& oxygen_1(fn_aldose_9(fn_c4_photosynthesis_95(X)))
& entity_1(fn_aldose_4(fn_c4_photosynthesis_95(X)))
& atom_1(fn_aldose_4(fn_c4_photosynthesis_95(X)))
& chemical_entity_1(fn_aldose_4(fn_c4_photosynthesis_95(X)))
& oxygen_1(fn_aldose_4(fn_c4_photosynthesis_95(X)))
& entity_1(fn_chemiosmosis_44(fn_c4_photosynthesis_53(X)))
& chemical_entity_1(fn_chemiosmosis_44(fn_c4_photosynthesis_53(X)))
& atom_1(fn_chemiosmosis_44(fn_c4_photosynthesis_53(X)))
& oxygen_1(fn_chemiosmosis_44(fn_c4_photosynthesis_53(X)))
& oxygen_1(fn_ribonucleotide_8(fn_c4_photosynthesis_95(X)))
& entity_1(fn_ribonucleotide_8(fn_c4_photosynthesis_95(X)))
& chemical_entity_1(fn_ribonucleotide_8(fn_c4_photosynthesis_95(X)))
& atom_1(fn_ribonucleotide_8(fn_c4_photosynthesis_95(X)))
& oxygen_1(fn_nucleoside_triphosphate_32(fn_c4_photosynthesis_95(X)))
& entity_1(fn_nucleoside_triphosphate_32(fn_c4_photosynthesis_95(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_32(fn_c4_photosynthesis_95(X)))
& atom_1(fn_nucleoside_triphosphate_32(fn_c4_photosynthesis_95(X)))
& entity_1(fn_ribonucleotide_16(fn_c4_photosynthesis_95(X)))
& chemical_entity_1(fn_ribonucleotide_16(fn_c4_photosynthesis_95(X)))
& atom_1(fn_ribonucleotide_16(fn_c4_photosynthesis_95(X)))
& oxygen_1(fn_ribonucleotide_16(fn_c4_photosynthesis_95(X)))
& entity_1(fn_nucleoside_triphosphate_29(fn_c4_photosynthesis_95(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_29(fn_c4_photosynthesis_95(X)))
& atom_1(fn_nucleoside_triphosphate_29(fn_c4_photosynthesis_95(X)))
& oxygen_1(fn_nucleoside_triphosphate_29(fn_c4_photosynthesis_95(X)))
& oxygen_1(fn_atp_35(fn_c4_photosynthesis_95(X)))
& entity_1(fn_atp_35(fn_c4_photosynthesis_95(X)))
& chemical_entity_1(fn_atp_35(fn_c4_photosynthesis_95(X)))
& atom_1(fn_atp_35(fn_c4_photosynthesis_95(X)))
& oxygen_1(fn_atp_37(fn_c4_photosynthesis_95(X)))
& entity_1(fn_atp_37(fn_c4_photosynthesis_95(X)))
& chemical_entity_1(fn_atp_37(fn_c4_photosynthesis_95(X)))
& atom_1(fn_atp_37(fn_c4_photosynthesis_95(X)))
& functional_group_1(fn_atp_34(fn_c4_photosynthesis_95(X)))
& phosphate_group_1(fn_atp_34(fn_c4_photosynthesis_95(X)))
& functional_group_1(fn_atp_33(fn_c4_photosynthesis_95(X)))
& phosphate_group_1(fn_atp_33(fn_c4_photosynthesis_95(X)))
& atom_1(fn_ribonucleotide_17(fn_c4_photosynthesis_95(X)))
& phosphorus_1(fn_ribonucleotide_17(fn_c4_photosynthesis_95(X)))
& tangible_entity_1(fn_nucleoside_triphosphate_33(fn_c4_photosynthesis_95(X)))
& entity_1(fn_nucleoside_triphosphate_33(fn_c4_photosynthesis_95(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_33(fn_c4_photosynthesis_95(X)))
& atom_1(fn_nucleoside_triphosphate_33(fn_c4_photosynthesis_95(X)))
& phosphorus_1(fn_nucleoside_triphosphate_33(fn_c4_photosynthesis_95(X)))
& tangible_entity_1(fn_atp_36(fn_c4_photosynthesis_95(X)))
& entity_1(fn_atp_36(fn_c4_photosynthesis_95(X)))
& chemical_entity_1(fn_atp_36(fn_c4_photosynthesis_95(X)))
& atom_1(fn_atp_36(fn_c4_photosynthesis_95(X)))
& phosphorus_1(fn_atp_36(fn_c4_photosynthesis_95(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_c4_photosynthesis_179(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_c4_photosynthesis_180(X)))
& chemical_entity_1(fn_reactant_3(fn_c4_photosynthesis_178(X)))
& atp_1(fn_eukaryotic_calvin_cycle_67(fn_c4_photosynthesis_59(X)))
& spatial_entity_1(fn_forward_reaction_6(fn_c4_photosynthesis_136(X)))
& chemical_entity_1(fn_forward_reaction_6(fn_c4_photosynthesis_136(X)))
& spatial_entity_1(fn_forward_reaction_6(fn_c4_photosynthesis_135(X)))
& chemical_entity_1(fn_forward_reaction_6(fn_c4_photosynthesis_135(X)))
& chemical_entity_1(fn_reverse_reaction_6(fn_c4_photosynthesis_133(X)))
& chemical_entity_1(fn_reverse_reaction_6(fn_c4_photosynthesis_134(X)))
& spatial_entity_1(fn_forward_reaction_5(fn_c4_photosynthesis_136(X)))
& chemical_entity_1(fn_forward_reaction_5(fn_c4_photosynthesis_136(X)))
& spatial_entity_1(fn_forward_reaction_5(fn_c4_photosynthesis_135(X)))
& chemical_entity_1(fn_forward_reaction_5(fn_c4_photosynthesis_135(X)))
& spatial_entity_1(fn_reverse_reaction_5(fn_c4_photosynthesis_133(X)))
& chemical_entity_1(fn_reverse_reaction_5(fn_c4_photosynthesis_133(X)))
& spatial_entity_1(fn_reverse_reaction_5(fn_c4_photosynthesis_134(X)))
& chemical_entity_1(fn_reverse_reaction_5(fn_c4_photosynthesis_134(X)))
& glyceraldehyde_3_phosphate_1(fn_reduction_in_calvin_cycle_5(fn_c4_photosynthesis_43(X)))
& organic_molecule_1(fn_light_reaction_48(fn_c4_photosynthesis_80(X)))
& molecule_1(fn_light_reaction_48(fn_c4_photosynthesis_80(X)))
& chemical_entity_1(fn_light_reaction_48(fn_c4_photosynthesis_80(X)))
& ribonucleotide_1(fn_light_reaction_48(fn_c4_photosynthesis_80(X)))
& nucleoside_triphosphate_1(fn_light_reaction_48(fn_c4_photosynthesis_80(X)))
& atp_1(fn_light_reaction_48(fn_c4_photosynthesis_80(X)))
& organic_molecule_1(fn_chemiosmosis_100(fn_c4_photosynthesis_53(X)))
& molecule_1(fn_chemiosmosis_100(fn_c4_photosynthesis_53(X)))
& chemical_entity_1(fn_chemiosmosis_100(fn_c4_photosynthesis_53(X)))
& ribonucleotide_1(fn_chemiosmosis_100(fn_c4_photosynthesis_53(X)))
& nucleoside_triphosphate_1(fn_chemiosmosis_100(fn_c4_photosynthesis_53(X)))
& atp_1(fn_chemiosmosis_100(fn_c4_photosynthesis_53(X)))
& atom_1(fn_organic_molecule_2(fn_c4_photosynthesis_23(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_c4_photosynthesis_23(X)))
& oxygen_1(fn_phosphorylated_intermediate_5(fn_c4_photosynthesis_23(X)))
& entity_1(fn_phosphorylated_intermediate_5(fn_c4_photosynthesis_23(X)))
& chemical_entity_1(fn_phosphorylated_intermediate_5(fn_c4_photosynthesis_23(X)))
& atom_1(fn_phosphorylated_intermediate_5(fn_c4_photosynthesis_23(X)))
& entity_1(fn_phosphorylated_intermediate_7(fn_c4_photosynthesis_23(X)))
& chemical_entity_1(fn_phosphorylated_intermediate_7(fn_c4_photosynthesis_23(X)))
& atom_1(fn_phosphorylated_intermediate_7(fn_c4_photosynthesis_23(X)))
& oxygen_1(fn_phosphorylated_intermediate_7(fn_c4_photosynthesis_23(X)))
& carbon_1(fn_organic_molecule_1(fn_c4_photosynthesis_23(X)))
& carbon_1(fn_phosphorylated_intermediate_8(fn_c4_photosynthesis_23(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_c4_photosynthesis_23(X)))
& carbon_skeleton_1(fn_phosphorylated_intermediate_10(fn_c4_photosynthesis_23(X)))
& spatial_entity_1(fn_add_2(fn_c4_photosynthesis_40(X)))
& chemical_entity_1(fn_reactant_3(fn_c4_photosynthesis_22(X)))
& phosphoenolpyruvate_1(fn_pep_carboxylase_47(fn_c4_photosynthesis_25(X)))
& has_function_2(fn_c4_photosynthesis_221(X),fn_c4_photosynthesis_59(X))
& fn_c4_photosynthesis_181(X) != fn_c4_photosynthesis_180(X)
& fn_c4_photosynthesis_180(X) != fn_c4_photosynthesis_181(X)
& fn_c4_photosynthesis_180(X) != fn_c4_photosynthesis_179(X)
& fn_c4_photosynthesis_179(X) != fn_c4_photosynthesis_180(X)
& result_2(fn_c4_photosynthesis_165(X),fn_c4_photosynthesis_29(X))
& result_2(fn_c4_photosynthesis_162(X),fn_c4_photosynthesis_29(X))
& result_2(fn_c4_photosynthesis_150(X),fn_c4_photosynthesis_29(X))
& result_2(fn_c4_photosynthesis_149(X),fn_c4_photosynthesis_29(X))
& result_2(fn_c4_photosynthesis_147(X),fn_c4_photosynthesis_29(X))
& result_2(fn_c4_photosynthesis_146(X),fn_c4_photosynthesis_29(X))
& positive_influence_2(fn_c4_photosynthesis_8(X),fn_c4_photosynthesis_7(X))
& size_2(fn_c4_photosynthesis_98(X),fn_c4_photosynthesis_97(X))
& possesses_2(fn_c4_photosynthesis_95(X),fn_c4_photosynthesis_115(X))
& possesses_2(fn_c4_photosynthesis_95(X),fn_c4_photosynthesis_223(X))
& time_during_2(fn_c4_photosynthesis_92(X),fn_c4_photosynthesis_83(X))
& in_event_2(fn_c4_photosynthesis_91(X),fn_c4_photosynthesis_6(X))
& instrument_2(fn_c4_photosynthesis_6(X),fn_c4_photosynthesis_50(X))
& is_above_2(fn_c4_photosynthesis_88(X),fn_c4_photosynthesis_87(X))
& time_before_2(fn_c4_photosynthesis_4(X),fn_c4_photosynthesis_85(X))
& is_outside_2(fn_c4_photosynthesis_3(X),fn_c4_photosynthesis_84(X))
& time_before_2(fn_c4_photosynthesis_83(X),fn_c4_photosynthesis_2(X))
& time_before_2(fn_c4_photosynthesis_2(X),fn_c4_photosynthesis_4(X))
& object_2(fn_c4_photosynthesis_73(X),fn_c4_photosynthesis_48(X))
& is_inside_2(fn_c4_photosynthesis_68(X),fn_c4_photosynthesis_70(X))
& is_inside_2(fn_c4_photosynthesis_65(X),fn_c4_photosynthesis_5(X))
& site_2(fn_c4_photosynthesis_64(X),fn_c4_photosynthesis_65(X))
& time_during_2(fn_c4_photosynthesis_64(X),fn_c4_photosynthesis_85(X))
& next_event_2(fn_c4_photosynthesis_64(X),fn_c4_photosynthesis_80(X))
& next_event_2(fn_c4_photosynthesis_64(X),fn_c4_photosynthesis_54(X))
& result_2(fn_c4_photosynthesis_64(X),fn_c4_photosynthesis_44(X))
& by_means_of_2(X,fn_c4_photosynthesis_60(X))
& rate_2(X,fn_c4_photosynthesis_8(X))
& first_subevent_2(X,fn_c4_photosynthesis_41(X))
& subevent_2(X,fn_c4_photosynthesis_49(X))
& subevent_2(X,fn_c4_photosynthesis_67(X))
& subevent_2(X,fn_c4_photosynthesis_54(X))
& subevent_2(X,fn_c4_photosynthesis_55(X))
& subevent_2(X,fn_c4_photosynthesis_64(X))
& subevent_2(X,fn_c4_photosynthesis_41(X))
& site_2(fn_c4_photosynthesis_61(X),fn_c4_photosynthesis_62(X))
& causes_2(fn_c4_photosynthesis_60(X),fn_c4_photosynthesis_40(X))
& result_2(fn_c4_photosynthesis_59(X),fn_c4_photosynthesis_95(X))
& site_2(fn_c4_photosynthesis_59(X),fn_c4_photosynthesis_221(X))
& rate_2(fn_c4_photosynthesis_57(X),fn_c4_photosynthesis_7(X))
& has_function_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_49(X))
& site_2(fn_c4_photosynthesis_55(X),fn_c4_photosynthesis_56(X))
& result_2(fn_c4_photosynthesis_55(X),fn_c4_photosynthesis_63(X))
& time_during_2(fn_c4_photosynthesis_55(X),fn_c4_photosynthesis_2(X))
& next_event_2(fn_c4_photosynthesis_55(X),fn_c4_photosynthesis_49(X))
& destination_2(fn_c4_photosynthesis_54(X),fn_c4_photosynthesis_56(X))
& origin_2(fn_c4_photosynthesis_54(X),fn_c4_photosynthesis_65(X))
& next_event_2(fn_c4_photosynthesis_54(X),fn_c4_photosynthesis_67(X))
& path_2(fn_c4_photosynthesis_54(X),fn_c4_photosynthesis_71(X))
& enables_2(fn_c4_photosynthesis_52(X),fn_c4_photosynthesis_53(X))
& origin_2(fn_c4_photosynthesis_51(X),fn_c4_photosynthesis_3(X))
& destination_2(fn_c4_photosynthesis_51(X),fn_c4_photosynthesis_1(X))
& has_region_2(fn_c4_photosynthesis_50(X),fn_c4_photosynthesis_5(X))
& next_event_2(fn_c4_photosynthesis_49(X),fn_c4_photosynthesis_64(X))
& time_during_2(fn_c4_photosynthesis_49(X),fn_c4_photosynthesis_4(X))
& fn_c4_photosynthesis_47(X) != fn_c4_photosynthesis_23(X)
& possesses_2(fn_c4_photosynthesis_45(X),fn_c4_photosynthesis_34(X))
& structural_complexity_2(fn_c4_photosynthesis_45(X),fn_c4_photosynthesis_33(X))
& has_function_2(fn_c4_photosynthesis_44(X),fn_c4_photosynthesis_72(X))
& next_event_2(fn_c4_photosynthesis_41(X),fn_c4_photosynthesis_55(X))
& agent_2(fn_c4_photosynthesis_40(X),fn_c4_photosynthesis_25(X))
& is_inside_2(fn_c4_photosynthesis_1(X),fn_c4_photosynthesis_84(X))
& fn_c4_photosynthesis_23(X) != fn_c4_photosynthesis_47(X)
& result_2(fn_c4_photosynthesis_18(X),fn_c4_photosynthesis_29(X))
& result_2(fn_c4_photosynthesis_17(X),fn_c4_photosynthesis_29(X))
& result_2(fn_c4_photosynthesis_15(X),fn_c4_photosynthesis_29(X))
& result_2(fn_c4_photosynthesis_13(X),fn_c4_photosynthesis_29(X))
& raw_material_2(fn_c4_photosynthesis_179(X),fn_c4_photosynthesis_95(X))
& raw_material_2(fn_c4_photosynthesis_136(X),fn_c4_photosynthesis_95(X))
& raw_material_2(fn_c4_photosynthesis_180(X),fn_c4_photosynthesis_95(X))
& result_2(fn_c4_photosynthesis_133(X),fn_c4_photosynthesis_95(X))
& plays_2(fn_c4_photosynthesis_65(X),fn_c4_photosynthesis_19(X))
& object_2(fn_c4_photosynthesis_40(X),fn_c4_photosynthesis_27(X))
& raw_material_2(fn_c4_photosynthesis_133(X),fn_c4_photosynthesis_47(X))
& plays_2(fn_c4_photosynthesis_50(X),fn_c4_photosynthesis_91(X))
& base_2(fn_c4_photosynthesis_74(X),fn_c4_photosynthesis_66(X))
& agent_2(fn_c4_photosynthesis_146(X),fn_c4_photosynthesis_31(X))
& object_2(fn_c4_photosynthesis_54(X),fn_c4_photosynthesis_66(X))
& agent_2(fn_c4_photosynthesis_147(X),fn_c4_photosynthesis_31(X))
& base_2(fn_c4_photosynthesis_40(X),fn_c4_photosynthesis_23(X))
& agent_2(fn_c4_photosynthesis_149(X),fn_c4_photosynthesis_31(X))
& agent_2(fn_c4_photosynthesis_18(X),fn_c4_photosynthesis_31(X))
& agent_2(fn_c4_photosynthesis_149(X),fn_c4_photosynthesis_30(X))
& agent_2(fn_c4_photosynthesis_17(X),fn_c4_photosynthesis_31(X))
& agent_2(fn_c4_photosynthesis_150(X),fn_c4_photosynthesis_31(X))
& agent_2(fn_c4_photosynthesis_14(X),fn_c4_photosynthesis_31(X))
& agent_2(fn_c4_photosynthesis_150(X),fn_c4_photosynthesis_30(X))
& agent_2(fn_c4_photosynthesis_13(X),fn_c4_photosynthesis_31(X))
& agent_2(fn_c4_photosynthesis_162(X),fn_c4_photosynthesis_31(X))
& agent_2(fn_c4_photosynthesis_12(X),fn_c4_photosynthesis_30(X))
& agent_2(fn_c4_photosynthesis_163(X),fn_c4_photosynthesis_31(X))
& raw_material_2(fn_c4_photosynthesis_64(X),fn_c4_photosynthesis_63(X))
& result_2(fn_c4_photosynthesis_57(X),fn_c4_photosynthesis_58(X))
& result_2(fn_c4_photosynthesis_64(X),fn_c4_photosynthesis_66(X))
& result_2(fn_c4_photosynthesis_55(X),fn_c4_photosynthesis_77(X))
& plays_2(fn_c4_photosynthesis_23(X),fn_c4_photosynthesis_22(X))
& in_event_2(fn_c4_photosynthesis_22(X),fn_c4_photosynthesis_41(X))
& recipient_2(fn_c4_photosynthesis_39(X),fn_c4_photosynthesis_65(X))
& agent_2(fn_c4_photosynthesis_39(X),fn_c4_photosynthesis_65(X))
& in_event_2(fn_c4_photosynthesis_178(X),fn_c4_photosynthesis_181(X))
& raw_material_2(fn_c4_photosynthesis_181(X),fn_c4_photosynthesis_95(X))
& plays_2(fn_c4_photosynthesis_95(X),fn_c4_photosynthesis_178(X))
& raw_material_2(fn_c4_photosynthesis_55(X),fn_c4_photosynthesis_75(X))
& fn_c4_photosynthesis_75(X) != fn_c4_photosynthesis_76(X)
& raw_material_2(fn_c4_photosynthesis_55(X),fn_c4_photosynthesis_76(X))
& fn_c4_photosynthesis_76(X) != fn_c4_photosynthesis_75(X)
& base_2(fn_c4_photosynthesis_60(X),fn_c4_photosynthesis_62(X))
& causes_2(fn_c4_photosynthesis_60(X),fn_c4_photosynthesis_61(X))
& plays_2(fn_c4_photosynthesis_84(X),fn_c4_photosynthesis_35(X))
& object_2(fn_c4_photosynthesis_49(X),fn_c4_photosynthesis_63(X))
& origin_2(fn_c4_photosynthesis_49(X),fn_c4_photosynthesis_56(X))
& destination_2(fn_c4_photosynthesis_49(X),fn_c4_photosynthesis_65(X))
& structural_complexity_2(fn_c4_photosynthesis_98(X),fn_c4_photosynthesis_137(X))
& has_function_2(fn_c4_photosynthesis_32(X),X)
& result_2(fn_c4_photosynthesis_163(X),fn_c4_photosynthesis_29(X))
& raw_material_2(fn_c4_photosynthesis_43(X),fn_c4_photosynthesis_95(X))
& raw_material_2(fn_c4_photosynthesis_59(X),fn_c4_photosynthesis_95(X))
& result_2(fn_c4_photosynthesis_59(X),fn_c4_photosynthesis_98(X))
& possesses_2(fn_c4_photosynthesis_98(X),fn_c4_photosynthesis_138(X))
& experiencer_2(X,fn_c4_photosynthesis_151(X))
& base_2(X,fn_c4_photosynthesis_222(X))
& base_2(fn_c4_photosynthesis_59(X),fn_c4_photosynthesis_65(X))
& base_2(fn_c4_photosynthesis_92(X),fn_c4_photosynthesis_65(X))
& instrument_2(fn_c4_photosynthesis_152(X),fn_c4_photosynthesis_155(X))
& instrument_2(fn_c4_photosynthesis_152(X),fn_c4_photosynthesis_156(X))
& subevent_2(X,fn_c4_photosynthesis_59(X))
& next_event_2(fn_c4_photosynthesis_80(X),fn_c4_photosynthesis_59(X))
& enables_2(fn_c4_photosynthesis_80(X),fn_c4_photosynthesis_59(X))
& raw_material_2(fn_c4_photosynthesis_59(X),fn_c4_photosynthesis_44(X))
& in_event_2(fn_c4_photosynthesis_94(X),fn_c4_photosynthesis_59(X))
& result_2(fn_c4_photosynthesis_73(X),fn_c4_photosynthesis_48(X))
& object_2(fn_c4_photosynthesis_73(X),fn_c4_photosynthesis_38(X))
& first_subevent_2(fn_c4_photosynthesis_59(X),fn_c4_photosynthesis_92(X))
& next_event_2(fn_c4_photosynthesis_92(X),fn_c4_photosynthesis_43(X))
& subevent_2(fn_c4_photosynthesis_59(X),fn_c4_photosynthesis_43(X))
& raw_material_2(fn_c4_photosynthesis_59(X),fn_c4_photosynthesis_47(X))
& subevent_2(fn_c4_photosynthesis_59(X),fn_c4_photosynthesis_92(X))
& result_2(fn_c4_photosynthesis_92(X),fn_c4_photosynthesis_48(X))
& raw_material_2(fn_c4_photosynthesis_43(X),fn_c4_photosynthesis_48(X))
& next_event_2(fn_c4_photosynthesis_43(X),fn_c4_photosynthesis_46(X))
& subevent_2(fn_c4_photosynthesis_59(X),fn_c4_photosynthesis_46(X))
& called_2(fn_c4_photosynthesis_114(X),'FE_r')
& raw_material_2(fn_c4_photosynthesis_134(X),fn_c4_photosynthesis_47(X))
& result_2(fn_c4_photosynthesis_135(X),fn_c4_photosynthesis_47(X))
& recipient_2(fn_c4_photosynthesis_72(X),fn_c4_photosynthesis_44(X))
& result_2(fn_c4_photosynthesis_136(X),fn_c4_photosynthesis_47(X))
& result_2(fn_c4_photosynthesis_46(X),fn_c4_photosynthesis_47(X))
& quantity_2(fn_c4_photosynthesis_138(X),fn_c4_photosynthesis_113(X))
& plays_2(fn_c4_photosynthesis_44(X),fn_c4_photosynthesis_225(X))
& in_event_2(fn_c4_photosynthesis_28(X),X)
& quantity_2(fn_c4_photosynthesis_34(X),fn_c4_photosynthesis_114(X))
& greater_than_2(fn_c4_photosynthesis_113(X),fn_c4_photosynthesis_114(X))
& called_2(fn_c4_photosynthesis_113(X),'FE_p')
& size_2(fn_c4_photosynthesis_44(X),fn_c4_photosynthesis_96(X))
& greater_than_2(fn_c4_photosynthesis_97(X),fn_c4_photosynthesis_96(X))
& fn_c4_photosynthesis_38(X) != fn_c4_photosynthesis_48(X)
& fn_c4_photosynthesis_48(X) != fn_c4_photosynthesis_47(X)
& raw_material_2(fn_c4_photosynthesis_92(X),fn_c4_photosynthesis_47(X))
& raw_material_2(fn_c4_photosynthesis_92(X),fn_c4_photosynthesis_30(X))
& object_2(fn_c4_photosynthesis_148(X),fn_c4_photosynthesis_30(X))
& fn_c4_photosynthesis_48(X) != fn_c4_photosynthesis_38(X)
& fn_c4_photosynthesis_47(X) != fn_c4_photosynthesis_48(X)
& subevent_2(fn_c4_photosynthesis_92(X),fn_c4_photosynthesis_73(X))
& raw_material_2(fn_c4_photosynthesis_92(X),fn_c4_photosynthesis_44(X))
& structural_complexity_2(fn_c4_photosynthesis_44(X),fn_c4_photosynthesis_33(X))
& greater_than_2(fn_c4_photosynthesis_137(X),fn_c4_photosynthesis_33(X))
& has_part_2(fn_c4_photosynthesis_44(X),fn_c4_photosynthesis_30(X))
& raw_material_2(fn_c4_photosynthesis_73(X),fn_c4_photosynthesis_44(X))
& raw_material_2(fn_c4_photosynthesis_73(X),fn_c4_photosynthesis_47(X))
& fn_c4_photosynthesis_38(X) != fn_c4_photosynthesis_47(X)
& fn_c4_photosynthesis_47(X) != fn_c4_photosynthesis_38(X)
& agent_2(fn_c4_photosynthesis_164(X),fn_c4_photosynthesis_30(X))
& agent_2(fn_c4_photosynthesis_15(X),fn_c4_photosynthesis_30(X))
& agent_2(fn_c4_photosynthesis_15(X),fn_c4_photosynthesis_31(X))
& has_part_2(fn_c4_photosynthesis_44(X),fn_c4_photosynthesis_31(X))
& possesses_2(fn_c4_photosynthesis_44(X),fn_c4_photosynthesis_34(X))
& result_2(fn_c4_photosynthesis_11(X),fn_c4_photosynthesis_29(X))
& agent_2(fn_c4_photosynthesis_11(X),fn_c4_photosynthesis_31(X))
& agent_2(fn_c4_photosynthesis_12(X),fn_c4_photosynthesis_31(X))
& result_2(fn_c4_photosynthesis_12(X),fn_c4_photosynthesis_29(X))
& result_2(fn_c4_photosynthesis_14(X),fn_c4_photosynthesis_29(X))
& agent_2(fn_c4_photosynthesis_164(X),fn_c4_photosynthesis_31(X))
& result_2(fn_c4_photosynthesis_164(X),fn_c4_photosynthesis_29(X))
& has_function_2(fn_c4_photosynthesis_29(X),fn_c4_photosynthesis_148(X))
& agent_2(fn_c4_photosynthesis_148(X),fn_c4_photosynthesis_29(X))
& is_between_2(fn_c4_photosynthesis_29(X),fn_c4_photosynthesis_30(X))
& raw_material_2(X,fn_c4_photosynthesis_44(X))
& possesses_2(fn_c4_photosynthesis_44(X),fn_c4_photosynthesis_29(X))
& is_between_2(fn_c4_photosynthesis_29(X),fn_c4_photosynthesis_31(X))
& fn_c4_photosynthesis_30(X) != fn_c4_photosynthesis_31(X)
& fn_c4_photosynthesis_31(X) != fn_c4_photosynthesis_30(X)
& has_part_2(fn_c4_photosynthesis_216(X),fn_c4_photosynthesis_217(X))
& is_inside_2(fn_c4_photosynthesis_169(X),fn_c4_photosynthesis_98(X))
& element_2(fn_c4_photosynthesis_218(X),fn_c4_photosynthesis_219(X))
& result_2(fn_c4_photosynthesis_116(X),fn_c4_photosynthesis_115(X))
& result_2(X,fn_c4_photosynthesis_223(X))
& has_part_2(fn_c4_photosynthesis_81(X),fn_c4_photosynthesis_173(X))
& object_2(fn_c4_photosynthesis_214(X),fn_c4_photosynthesis_173(X))
& object_2(fn_c4_photosynthesis_214(X),fn_c4_photosynthesis_174(X))
& has_part_2(fn_c4_photosynthesis_81(X),fn_c4_photosynthesis_174(X))
& has_part_2(fn_c4_photosynthesis_81(X),fn_c4_photosynthesis_172(X))
& object_2(fn_c4_photosynthesis_214(X),fn_c4_photosynthesis_172(X))
& site_2(fn_c4_photosynthesis_214(X),fn_c4_photosynthesis_216(X))
& has_part_2(fn_c4_photosynthesis_81(X),fn_c4_photosynthesis_175(X))
& object_2(fn_c4_photosynthesis_214(X),fn_c4_photosynthesis_175(X))
& object_2(fn_c4_photosynthesis_214(X),fn_c4_photosynthesis_171(X))
& has_part_2(fn_c4_photosynthesis_81(X),fn_c4_photosynthesis_171(X))
& wavelength_2(fn_c4_photosynthesis_81(X),fn_c4_photosynthesis_176(X))
& site_2(fn_c4_photosynthesis_215(X),fn_c4_photosynthesis_216(X))
& object_2(fn_c4_photosynthesis_215(X),fn_c4_photosynthesis_170(X))
& has_part_2(fn_c4_photosynthesis_81(X),fn_c4_photosynthesis_170(X))
& quantity_2(fn_c4_photosynthesis_81(X),fn_c4_photosynthesis_177(X))
& inversely_proportional_2(fn_c4_photosynthesis_177(X),fn_c4_photosynthesis_176(X))
& has_region_2(fn_c4_photosynthesis_98(X),fn_c4_photosynthesis_167(X))
& has_region_2(fn_c4_photosynthesis_167(X),fn_c4_photosynthesis_166(X))
& has_region_2(fn_c4_photosynthesis_98(X),fn_c4_photosynthesis_166(X))
& possesses_2(fn_c4_photosynthesis_98(X),fn_c4_photosynthesis_115(X))
& fn_c4_photosynthesis_115(X) != fn_c4_photosynthesis_81(X)
& fn_c4_photosynthesis_81(X) != fn_c4_photosynthesis_115(X)
& is_inside_2(fn_c4_photosynthesis_221(X),fn_c4_photosynthesis_224(X))
& is_between_2(fn_c4_photosynthesis_221(X),fn_c4_photosynthesis_216(X))
& has_function_2(fn_c4_photosynthesis_216(X),fn_c4_photosynthesis_80(X))
& facilitates_2(fn_c4_photosynthesis_217(X),fn_c4_photosynthesis_80(X))
& has_part_2(fn_c4_photosynthesis_217(X),fn_c4_photosynthesis_218(X))
& site_2(X,fn_c4_photosynthesis_224(X))
& has_part_2(fn_c4_photosynthesis_224(X),fn_c4_photosynthesis_221(X))
& facilitates_2(fn_c4_photosynthesis_221(X),X)
& facilitates_2(fn_c4_photosynthesis_220(X),X)
& element_2(fn_c4_photosynthesis_219(X),fn_c4_photosynthesis_220(X))
& has_function_2(fn_c4_photosynthesis_224(X),X)
& result_2(X,fn_c4_photosynthesis_98(X))
& is_between_2(fn_c4_photosynthesis_98(X),fn_c4_photosynthesis_168(X))
& is_outside_2(fn_c4_photosynthesis_168(X),fn_c4_photosynthesis_98(X))
& is_between_2(fn_c4_photosynthesis_98(X),fn_c4_photosynthesis_169(X))
& result_2(fn_c4_photosynthesis_41(X),fn_c4_photosynthesis_42(X))
& plays_2(fn_c4_photosynthesis_27(X),fn_c4_photosynthesis_24(X))
& in_event_2(fn_c4_photosynthesis_24(X),fn_c4_photosynthesis_41(X))
& raw_material_2(fn_c4_photosynthesis_41(X),fn_c4_photosynthesis_23(X))
& has_function_2(fn_c4_photosynthesis_25(X),fn_c4_photosynthesis_41(X))
& base_2(fn_c4_photosynthesis_41(X),fn_c4_photosynthesis_56(X))
& has_part_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_25(X))
& agent_2(fn_c4_photosynthesis_26(X),fn_c4_photosynthesis_25(X))
& object_2(fn_c4_photosynthesis_26(X),fn_c4_photosynthesis_27(X))
& object_2(fn_c4_photosynthesis_148(X),fn_c4_photosynthesis_31(X))
& raw_material_2(X,fn_c4_photosynthesis_45(X))
& in_event_2(fn_c4_photosynthesis_225(X),X)
& subevent_2(fn_c4_photosynthesis_43(X),fn_c4_photosynthesis_131(X))
& time_during_2(fn_c4_photosynthesis_43(X),fn_c4_photosynthesis_82(X))
& time_before_2(fn_c4_photosynthesis_83(X),fn_c4_photosynthesis_82(X))
& raw_material_2(fn_c4_photosynthesis_46(X),fn_c4_photosynthesis_95(X))
& site_2(fn_c4_photosynthesis_80(X),fn_c4_photosynthesis_217(X))
& raw_material_2(fn_c4_photosynthesis_116(X),fn_c4_photosynthesis_81(X))
& raw_material_2(X,fn_c4_photosynthesis_81(X))
& subevent_2(X,fn_c4_photosynthesis_80(X))
& first_subevent_2(fn_c4_photosynthesis_80(X),fn_c4_photosynthesis_51(X))
& raw_material_2(fn_c4_photosynthesis_80(X),fn_c4_photosynthesis_81(X))
& object_2(fn_c4_photosynthesis_51(X),fn_c4_photosynthesis_81(X))
& subevent_2(fn_c4_photosynthesis_80(X),fn_c4_photosynthesis_51(X))
& causes_2(fn_c4_photosynthesis_80(X),fn_c4_photosynthesis_116(X))
& object_2(fn_c4_photosynthesis_116(X),fn_c4_photosynthesis_81(X))
& fn_c4_photosynthesis_106(X) != fn_c4_photosynthesis_109(X)
& fn_c4_photosynthesis_109(X) != fn_c4_photosynthesis_106(X)
& is_inside_2(fn_c4_photosynthesis_106(X),fn_c4_photosynthesis_103(X))
& is_inside_2(fn_c4_photosynthesis_109(X),fn_c4_photosynthesis_103(X))
& has_part_2(fn_c4_photosynthesis_23(X),fn_c4_photosynthesis_109(X))
& fn_c4_photosynthesis_107(X) != fn_c4_photosynthesis_109(X)
& fn_c4_photosynthesis_109(X) != fn_c4_photosynthesis_107(X)
& fn_c4_photosynthesis_107(X) != fn_c4_photosynthesis_106(X)
& fn_c4_photosynthesis_106(X) != fn_c4_photosynthesis_107(X)
& is_inside_2(fn_c4_photosynthesis_107(X),fn_c4_photosynthesis_103(X))
& fn_c4_photosynthesis_108(X) != fn_c4_photosynthesis_109(X)
& fn_c4_photosynthesis_109(X) != fn_c4_photosynthesis_108(X)
& is_inside_2(fn_c4_photosynthesis_108(X),fn_c4_photosynthesis_104(X))
& has_part_2(fn_c4_photosynthesis_23(X),fn_c4_photosynthesis_108(X))
& quantity_2(fn_c4_photosynthesis_105(X),fn_c4_photosynthesis_102(X))
& directly_proportional_2(fn_c4_photosynthesis_101(X),fn_c4_photosynthesis_102(X))
& speed_2(fn_c4_photosynthesis_110(X),fn_c4_photosynthesis_101(X))
& object_2(fn_c4_photosynthesis_110(X),fn_c4_photosynthesis_23(X))
& has_part_2(fn_c4_photosynthesis_23(X),fn_c4_photosynthesis_107(X))
& has_part_2(fn_c4_photosynthesis_23(X),fn_c4_photosynthesis_106(X))
& possesses_2(fn_c4_photosynthesis_23(X),fn_c4_photosynthesis_105(X))
& result_2(fn_c4_photosynthesis_67(X),fn_c4_photosynthesis_23(X))
& has_region_2(fn_c4_photosynthesis_23(X),fn_c4_photosynthesis_104(X))
& has_region_2(fn_c4_photosynthesis_23(X),fn_c4_photosynthesis_103(X))
& fn_c4_photosynthesis_127(X) != fn_c4_photosynthesis_125(X)
& fn_c4_photosynthesis_125(X) != fn_c4_photosynthesis_127(X)
& is_inside_2(fn_c4_photosynthesis_122(X),fn_c4_photosynthesis_127(X))
& is_between_2(fn_c4_photosynthesis_129(X),fn_c4_photosynthesis_122(X))
& possesses_2(fn_c4_photosynthesis_95(X),fn_c4_photosynthesis_129(X))
& fn_c4_photosynthesis_126(X) != fn_c4_photosynthesis_125(X)
& fn_c4_photosynthesis_125(X) != fn_c4_photosynthesis_126(X)
& fn_c4_photosynthesis_122(X) != fn_c4_photosynthesis_124(X)
& is_inside_2(fn_c4_photosynthesis_122(X),fn_c4_photosynthesis_126(X))
& fn_c4_photosynthesis_124(X) != fn_c4_photosynthesis_122(X)
& is_between_2(fn_c4_photosynthesis_129(X),fn_c4_photosynthesis_124(X))
& fn_c4_photosynthesis_122(X) != fn_c4_photosynthesis_123(X)
& is_inside_2(fn_c4_photosynthesis_123(X),fn_c4_photosynthesis_125(X))
& is_inside_2(fn_c4_photosynthesis_122(X),fn_c4_photosynthesis_125(X))
& fn_c4_photosynthesis_123(X) != fn_c4_photosynthesis_122(X)
& is_inside_2(fn_c4_photosynthesis_123(X),fn_c4_photosynthesis_127(X))
& has_region_2(fn_c4_photosynthesis_95(X),fn_c4_photosynthesis_127(X))
& fn_c4_photosynthesis_124(X) != fn_c4_photosynthesis_123(X)
& fn_c4_photosynthesis_126(X) != fn_c4_photosynthesis_127(X)
& fn_c4_photosynthesis_127(X) != fn_c4_photosynthesis_126(X)
& fn_c4_photosynthesis_123(X) != fn_c4_photosynthesis_124(X)
& is_inside_2(fn_c4_photosynthesis_123(X),fn_c4_photosynthesis_126(X))
& is_inside_2(fn_c4_photosynthesis_124(X),fn_c4_photosynthesis_126(X))
& is_inside_2(fn_c4_photosynthesis_124(X),fn_c4_photosynthesis_125(X))
& has_region_2(fn_c4_photosynthesis_95(X),fn_c4_photosynthesis_125(X))
& called_2(fn_c4_photosynthesis_127(X),'Terminal PO4 Group')
& is_inside_2(fn_c4_photosynthesis_124(X),fn_c4_photosynthesis_127(X))
& has_part_2(fn_c4_photosynthesis_95(X),fn_c4_photosynthesis_124(X))
& plays_2(fn_c4_photosynthesis_95(X),fn_c4_photosynthesis_94(X))
& has_part_2(fn_c4_photosynthesis_95(X),fn_c4_photosynthesis_122(X))
& has_region_2(fn_c4_photosynthesis_95(X),fn_c4_photosynthesis_126(X))
& has_part_2(fn_c4_photosynthesis_95(X),fn_c4_photosynthesis_123(X))
& subevent_2(fn_c4_photosynthesis_197(X),fn_c4_photosynthesis_195(X))
& has_function_2(fn_c4_photosynthesis_199(X),fn_c4_photosynthesis_195(X))
& is_inside_2(fn_c4_photosynthesis_199(X),fn_c4_photosynthesis_183(X))
& has_part_2(fn_c4_photosynthesis_213(X),fn_c4_photosynthesis_183(X))
& has_part_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_213(X))
& has_function_2(fn_c4_photosynthesis_203(X),fn_c4_photosynthesis_188(X))
& agent_2(fn_c4_photosynthesis_186(X),fn_c4_photosynthesis_203(X))
& has_function_2(fn_c4_photosynthesis_203(X),fn_c4_photosynthesis_186(X))
& is_outside_2(fn_c4_photosynthesis_203(X),fn_c4_photosynthesis_212(X))
& is_inside_2(fn_c4_photosynthesis_213(X),fn_c4_photosynthesis_212(X))
& site_2(fn_c4_photosynthesis_196(X),fn_c4_photosynthesis_204(X))
& has_function_2(fn_c4_photosynthesis_204(X),fn_c4_photosynthesis_196(X))
& is_inside_2(fn_c4_photosynthesis_204(X),fn_c4_photosynthesis_183(X))
& is_inside_2(fn_c4_photosynthesis_211(X),fn_c4_photosynthesis_183(X))
& has_part_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_211(X))
& abuts_2(fn_c4_photosynthesis_205(X),fn_c4_photosynthesis_204(X))
& abuts_2(fn_c4_photosynthesis_204(X),fn_c4_photosynthesis_205(X))
& is_inside_2(fn_c4_photosynthesis_205(X),fn_c4_photosynthesis_183(X))
& is_inside_2(fn_c4_photosynthesis_208(X),fn_c4_photosynthesis_183(X))
& is_between_2(fn_c4_photosynthesis_213(X),fn_c4_photosynthesis_208(X))
& is_inside_2(fn_c4_photosynthesis_209(X),fn_c4_photosynthesis_183(X))
& agent_2(fn_c4_photosynthesis_198(X),fn_c4_photosynthesis_209(X))
& object_2(fn_c4_photosynthesis_198(X),fn_c4_photosynthesis_213(X))
& is_between_2(fn_c4_photosynthesis_213(X),fn_c4_photosynthesis_212(X))
& has_part_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_212(X))
& fn_c4_photosynthesis_207(X) != fn_c4_photosynthesis_202(X)
& fn_c4_photosynthesis_202(X) != fn_c4_photosynthesis_207(X)
& agent_2(fn_c4_photosynthesis_184(X),fn_c4_photosynthesis_207(X))
& causes_2(fn_c4_photosynthesis_184(X),fn_c4_photosynthesis_185(X))
& object_2(fn_c4_photosynthesis_185(X),fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_205(X) != fn_c4_photosynthesis_204(X)
& fn_c4_photosynthesis_204(X) != fn_c4_photosynthesis_205(X)
& has_part_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_205(X))
& agent_2(fn_c4_photosynthesis_187(X),fn_c4_photosynthesis_203(X))
& agent_2(fn_c4_photosynthesis_188(X),fn_c4_photosynthesis_203(X))
& object_2(fn_c4_photosynthesis_188(X),fn_c4_photosynthesis_56(X))
& is_inside_2(fn_c4_photosynthesis_200(X),fn_c4_photosynthesis_183(X))
& is_inside_2(fn_c4_photosynthesis_201(X),fn_c4_photosynthesis_183(X))
& has_part_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_201(X))
& directly_proportional_2(fn_c4_photosynthesis_189(X),fn_c4_photosynthesis_191(X))
& size_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_189(X))
& site_2(fn_c4_photosynthesis_197(X),fn_c4_photosynthesis_213(X))
& has_function_2(fn_c4_photosynthesis_199(X),fn_c4_photosynthesis_197(X))
& has_part_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_199(X))
& has_part_2(fn_c4_photosynthesis_212(X),fn_c4_photosynthesis_182(X))
& is_at_2(fn_c4_photosynthesis_182(X),fn_c4_photosynthesis_190(X))
& has_region_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_190(X))
& is_inside_2(fn_c4_photosynthesis_210(X),fn_c4_photosynthesis_208(X))
& has_part_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_210(X))
& path_2(fn_c4_photosynthesis_194(X),fn_c4_photosynthesis_206(X))
& is_between_2(fn_c4_photosynthesis_206(X),fn_c4_photosynthesis_56(X))
& has_function_2(fn_c4_photosynthesis_209(X),fn_c4_photosynthesis_198(X))
& has_part_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_209(X))
& agent_2(fn_c4_photosynthesis_184(X),fn_c4_photosynthesis_202(X))
& has_part_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_202(X))
& has_part_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_208(X))
& has_part_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_207(X))
& base_2(fn_c4_photosynthesis_198(X),fn_c4_photosynthesis_56(X))
& has_part_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_206(X))
& base_2(fn_c4_photosynthesis_197(X),fn_c4_photosynthesis_56(X))
& has_part_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_204(X))
& base_2(fn_c4_photosynthesis_196(X),fn_c4_photosynthesis_56(X))
& has_part_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_203(X))
& base_2(fn_c4_photosynthesis_195(X),fn_c4_photosynthesis_56(X))
& has_part_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_200(X))
& agent_2(fn_c4_photosynthesis_194(X),fn_c4_photosynthesis_56(X))
& has_function_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_197(X))
& base_2(fn_c4_photosynthesis_194(X),fn_c4_photosynthesis_56(X))
& has_function_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_193(X))
& base_2(fn_c4_photosynthesis_192(X),fn_c4_photosynthesis_56(X))
& has_function_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_192(X))
& base_2(fn_c4_photosynthesis_193(X),fn_c4_photosynthesis_56(X))
& volume_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_191(X))
& the_scalar_value_2(fn_c4_photosynthesis_189(X),big_0)
& scalar_unit_class_2(fn_c4_photosynthesis_189(X),prokaryote_0)
& object_2(fn_c4_photosynthesis_186(X),fn_c4_photosynthesis_56(X))
& object_2(fn_c4_photosynthesis_187(X),fn_c4_photosynthesis_56(X))
& has_region_2(fn_c4_photosynthesis_36(X),fn_c4_photosynthesis_88(X))
& has_region_2(fn_c4_photosynthesis_50(X),fn_c4_photosynthesis_36(X))
& has_part_2(fn_c4_photosynthesis_50(X),fn_c4_photosynthesis_86(X))
& is_inside_2(fn_c4_photosynthesis_86(X),fn_c4_photosynthesis_37(X))
& has_region_2(fn_c4_photosynthesis_50(X),fn_c4_photosynthesis_37(X))
& is_inside_2(fn_c4_photosynthesis_90(X),fn_c4_photosynthesis_89(X))
& has_region_2(fn_c4_photosynthesis_86(X),fn_c4_photosynthesis_89(X))
& has_region_2(fn_c4_photosynthesis_36(X),fn_c4_photosynthesis_87(X))
& called_2(fn_c4_photosynthesis_118(X),'FE_r')
& quantity_2(fn_c4_photosynthesis_119(X),fn_c4_photosynthesis_118(X))
& possesses_2(fn_c4_photosynthesis_120(X),fn_c4_photosynthesis_119(X))
& raw_material_2(fn_c4_photosynthesis_132(X),fn_c4_photosynthesis_120(X))
& subevent_2(fn_c4_photosynthesis_53(X),fn_c4_photosynthesis_132(X))
& greater_than_2(fn_c4_photosynthesis_128(X),fn_c4_photosynthesis_121(X))
& structural_complexity_2(fn_c4_photosynthesis_120(X),fn_c4_photosynthesis_121(X))
& raw_material_2(fn_c4_photosynthesis_53(X),fn_c4_photosynthesis_120(X))
& called_2(fn_c4_photosynthesis_117(X),'FE_p')
& greater_than_2(fn_c4_photosynthesis_117(X),fn_c4_photosynthesis_118(X))
& quantity_2(fn_c4_photosynthesis_130(X),fn_c4_photosynthesis_117(X))
& fn_c4_photosynthesis_161(X) != fn_c4_photosynthesis_157(X)
& fn_c4_photosynthesis_157(X) != fn_c4_photosynthesis_159(X)
& fn_c4_photosynthesis_157(X) != fn_c4_photosynthesis_161(X)
& fn_c4_photosynthesis_159(X) != fn_c4_photosynthesis_157(X)
& is_inside_2(fn_c4_photosynthesis_159(X),fn_c4_photosynthesis_69(X))
& has_part_2(fn_c4_photosynthesis_70(X),fn_c4_photosynthesis_69(X))
& is_inside_2(fn_c4_photosynthesis_69(X),fn_c4_photosynthesis_70(X))
& fn_c4_photosynthesis_159(X) != fn_c4_photosynthesis_161(X)
& fn_c4_photosynthesis_161(X) != fn_c4_photosynthesis_159(X)
& is_inside_2(fn_c4_photosynthesis_161(X),fn_c4_photosynthesis_69(X))
& has_part_2(fn_c4_photosynthesis_70(X),fn_c4_photosynthesis_161(X))
& has_part_2(fn_c4_photosynthesis_70(X),fn_c4_photosynthesis_159(X))
& has_part_2(fn_c4_photosynthesis_70(X),fn_c4_photosynthesis_155(X))
& has_part_2(fn_c4_photosynthesis_70(X),fn_c4_photosynthesis_157(X))
& has_part_2(fn_c4_photosynthesis_70(X),fn_c4_photosynthesis_156(X))
& has_part_2(fn_c4_photosynthesis_70(X),fn_c4_photosynthesis_158(X))
& element_2(fn_c4_photosynthesis_158(X),fn_c4_photosynthesis_68(X))
& is_between_2(fn_c4_photosynthesis_69(X),fn_c4_photosynthesis_68(X))
& is_between_2(fn_c4_photosynthesis_160(X),fn_c4_photosynthesis_69(X))
& has_part_2(fn_c4_photosynthesis_70(X),fn_c4_photosynthesis_160(X))
& has_function_2(fn_c4_photosynthesis_70(X),fn_c4_photosynthesis_154(X))
& agent_2(fn_c4_photosynthesis_153(X),fn_c4_photosynthesis_70(X))
& has_function_2(fn_c4_photosynthesis_70(X),fn_c4_photosynthesis_153(X))
& site_2(fn_c4_photosynthesis_154(X),fn_c4_photosynthesis_70(X))
& facilitates_2(fn_c4_photosynthesis_69(X),fn_c4_photosynthesis_154(X))
& fn_c4_photosynthesis_79(X) != fn_c4_photosynthesis_78(X)
& fn_c4_photosynthesis_78(X) != fn_c4_photosynthesis_79(X)
& has_part_2(fn_c4_photosynthesis_65(X),fn_c4_photosynthesis_79(X))
& is_between_2(fn_c4_photosynthesis_71(X),fn_c4_photosynthesis_65(X))
& has_part_2(fn_c4_photosynthesis_65(X),fn_c4_photosynthesis_71(X))
& has_part_2(fn_c4_photosynthesis_65(X),fn_c4_photosynthesis_78(X))
& has_part_2(fn_c4_photosynthesis_56(X),fn_c4_photosynthesis_70(X))
& result_2(fn_c4_photosynthesis_53(X),fn_c4_photosynthesis_95(X))
& possesses_2(fn_c4_photosynthesis_95(X),fn_c4_photosynthesis_130(X))
& result_2(fn_c4_photosynthesis_132(X),fn_c4_photosynthesis_95(X))
& structural_complexity_2(fn_c4_photosynthesis_95(X),fn_c4_photosynthesis_128(X))
& fn_c4_photosynthesis_23(X) != fn_c4_photosynthesis_48(X)
& fn_c4_photosynthesis_21(X) != fn_c4_photosynthesis_23(X)
& fn_c4_photosynthesis_48(X) != fn_c4_photosynthesis_23(X)
& has_state_2(fn_c4_photosynthesis_66(X),fn_c4_photosynthesis_23(X))
& raw_material_2(fn_c4_photosynthesis_67(X),fn_c4_photosynthesis_66(X))
& raw_material_2(fn_c4_photosynthesis_67(X),fn_c4_photosynthesis_21(X))
& fn_c4_photosynthesis_23(X) != fn_c4_photosynthesis_21(X)
& base_2(fn_c4_photosynthesis_51(X),fn_c4_photosynthesis_84(X))
& agent_2(fn_c4_photosynthesis_51(X),fn_c4_photosynthesis_84(X))
& next_event_2(fn_c4_photosynthesis_51(X),fn_c4_photosynthesis_52(X))
& subevent_2(fn_c4_photosynthesis_80(X),fn_c4_photosynthesis_52(X))
& subevent_2(fn_c4_photosynthesis_80(X),fn_c4_photosynthesis_53(X))
& time_during_2(fn_c4_photosynthesis_80(X),fn_c4_photosynthesis_85(X))
& agent_2(fn_c4_photosynthesis_16(X),fn_c4_photosynthesis_31(X))
& result_2(fn_c4_photosynthesis_16(X),fn_c4_photosynthesis_29(X))
& has_part_2(fn_c4_photosynthesis_222(X),fn_c4_photosynthesis_224(X))
& has_part_2(fn_c4_photosynthesis_86(X),fn_c4_photosynthesis_90(X))
& result_2(fn_c4_photosynthesis_80(X),fn_c4_photosynthesis_95(X))
& result_2(fn_c4_photosynthesis_131(X),fn_c4_photosynthesis_95(X))
& result_2(fn_c4_photosynthesis_43(X),fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_48(X) != fn_c4_photosynthesis_42(X)
& fn_c4_photosynthesis_42(X) != fn_c4_photosynthesis_48(X)
& fn_c4_photosynthesis_45(X) != fn_c4_photosynthesis_44(X)
& fn_c4_photosynthesis_44(X) != fn_c4_photosynthesis_45(X)
& donor_2(fn_c4_photosynthesis_72(X),fn_c4_photosynthesis_45(X))
& raw_material_2(fn_c4_photosynthesis_116(X),fn_c4_photosynthesis_223(X))
& plays_2(fn_c4_photosynthesis_45(X),fn_c4_photosynthesis_28(X))
& agent_2(fn_c4_photosynthesis_165(X),fn_c4_photosynthesis_30(X))
& agent_2(fn_c4_photosynthesis_11(X),fn_c4_photosynthesis_30(X))
& agent_2(fn_c4_photosynthesis_165(X),fn_c4_photosynthesis_31(X))
& agent_2(fn_c4_photosynthesis_16(X),fn_c4_photosynthesis_30(X))
& result_2(fn_c4_photosynthesis_67(X),fn_c4_photosynthesis_20(X))
& result_2(fn_c4_photosynthesis_134(X),fn_c4_photosynthesis_95(X))
& raw_material_2(fn_c4_photosynthesis_135(X),fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_95(X) = fn_anabolic_pathway_6(fn_c4_photosynthesis_179(X))
& fn_c4_photosynthesis_95(X) = fn_forward_reaction_6(fn_c4_photosynthesis_136(X))
& fn_c4_photosynthesis_95(X) = fn_forward_reaction_5(fn_c4_photosynthesis_136(X))
& fn_c4_photosynthesis_95(X) = fn_anabolic_pathway_6(fn_c4_photosynthesis_180(X))
& fn_c4_photosynthesis_95(X) = fn_reverse_reaction_5(fn_c4_photosynthesis_133(X))
& fn_c4_photosynthesis_95(X) = fn_reverse_reaction_6(fn_c4_photosynthesis_133(X))
& fn_c4_photosynthesis_65(X) = fn_barrier_1(fn_c4_photosynthesis_19(X))
& fn_c4_photosynthesis_27(X) = fn_add_1(fn_c4_photosynthesis_40(X))
& fn_c4_photosynthesis_47(X) = fn_reverse_reaction_7(fn_c4_photosynthesis_133(X))
& fn_c4_photosynthesis_50(X) = fn_barrier_1(fn_c4_photosynthesis_91(X))
& fn_c4_photosynthesis_66(X) = fn_add_2(fn_c4_photosynthesis_74(X))
& fn_c4_photosynthesis_31(X) = fn_share_3(fn_c4_photosynthesis_146(X))
& fn_c4_photosynthesis_31(X) = fn_share_1(fn_c4_photosynthesis_146(X))
& fn_c4_photosynthesis_66(X) = fn_move_1(fn_c4_photosynthesis_54(X))
& fn_c4_photosynthesis_31(X) = fn_share_3(fn_c4_photosynthesis_147(X))
& fn_c4_photosynthesis_31(X) = fn_share_1(fn_c4_photosynthesis_147(X))
& fn_c4_photosynthesis_23(X) = fn_add_2(fn_c4_photosynthesis_40(X))
& fn_c4_photosynthesis_31(X) = fn_share_3(fn_c4_photosynthesis_149(X))
& fn_c4_photosynthesis_31(X) = fn_share_3(fn_c4_photosynthesis_18(X))
& fn_c4_photosynthesis_31(X) = fn_share_1(fn_c4_photosynthesis_18(X))
& fn_c4_photosynthesis_30(X) = fn_share_1(fn_c4_photosynthesis_149(X))
& fn_c4_photosynthesis_31(X) = fn_share_3(fn_c4_photosynthesis_17(X))
& fn_c4_photosynthesis_31(X) = fn_share_1(fn_c4_photosynthesis_17(X))
& fn_c4_photosynthesis_31(X) = fn_share_3(fn_c4_photosynthesis_150(X))
& fn_c4_photosynthesis_31(X) = fn_share_3(fn_c4_photosynthesis_14(X))
& fn_c4_photosynthesis_31(X) = fn_share_1(fn_c4_photosynthesis_14(X))
& fn_c4_photosynthesis_30(X) = fn_share_1(fn_c4_photosynthesis_150(X))
& fn_c4_photosynthesis_31(X) = fn_share_3(fn_c4_photosynthesis_13(X))
& fn_c4_photosynthesis_31(X) = fn_share_1(fn_c4_photosynthesis_13(X))
& fn_c4_photosynthesis_31(X) = fn_share_3(fn_c4_photosynthesis_162(X))
& fn_c4_photosynthesis_31(X) = fn_share_1(fn_c4_photosynthesis_162(X))
& fn_c4_photosynthesis_30(X) = fn_share_3(fn_c4_photosynthesis_12(X))
& fn_c4_photosynthesis_30(X) = fn_share_1(fn_c4_photosynthesis_12(X))
& fn_c4_photosynthesis_31(X) = fn_share_3(fn_c4_photosynthesis_163(X))
& fn_c4_photosynthesis_31(X) = fn_share_1(fn_c4_photosynthesis_163(X))
& fn_c4_photosynthesis_63(X) = fn_chemical_reaction_2(fn_c4_photosynthesis_64(X))
& fn_c4_photosynthesis_58(X) = fn_anabolic_pathway_5(fn_c4_photosynthesis_57(X))
& fn_c4_photosynthesis_66(X) = fn_chemical_reaction_1(fn_c4_photosynthesis_64(X))
& fn_c4_photosynthesis_77(X) = fn_chemical_reaction_1(fn_c4_photosynthesis_55(X))
& fn_c4_photosynthesis_65(X) = fn_obtain_1(fn_c4_photosynthesis_39(X))
& fn_c4_photosynthesis_95(X) = fn_reactant_3(fn_c4_photosynthesis_178(X))
& fn_c4_photosynthesis_181(X) = fn_reactant_2(fn_c4_photosynthesis_178(X))
& fn_c4_photosynthesis_76(X) = fn_redox_reaction_16(fn_c4_photosynthesis_55(X))
& fn_c4_photosynthesis_75(X) = fn_redox_reaction_12(fn_c4_photosynthesis_55(X))
& fn_c4_photosynthesis_62(X) = fn_partial_closing_of_stoma_1(fn_c4_photosynthesis_60(X))
& fn_c4_photosynthesis_61(X) = fn_partial_closing_of_stoma_9(fn_c4_photosynthesis_60(X))
& fn_c4_photosynthesis_84(X) = fn_barrier_1(fn_c4_photosynthesis_35(X))
& fn_c4_photosynthesis_63(X) = fn_transfer_of_malate_to_bundle_sheath_cell_4(fn_c4_photosynthesis_49(X))
& fn_c4_photosynthesis_56(X) = fn_transfer_of_malate_to_bundle_sheath_cell_2(fn_c4_photosynthesis_49(X))
& fn_c4_photosynthesis_65(X) = fn_transfer_of_malate_to_bundle_sheath_cell_1(fn_c4_photosynthesis_49(X))
& fn_c4_photosynthesis_137(X) = fn_glucose_2(fn_c4_photosynthesis_98(X))
& X = fn_enzyme_4(fn_c4_photosynthesis_32(X))
& fn_c4_photosynthesis_163(X) = fn_covalent_bond_17(fn_c4_photosynthesis_29(X))
& fn_c4_photosynthesis_98(X) = fn_calvin_cycle_18(fn_c4_photosynthesis_59(X))
& fn_c4_photosynthesis_98(X) = fn_endergonic_reaction_9(fn_c4_photosynthesis_59(X))
& fn_c4_photosynthesis_222(X) = fn_metabolic_pathway_1(X)
& fn_c4_photosynthesis_222(X) = fn_vascular_plant_20(fn_c4_photosynthesis_151(X))
& X = fn_vascular_plant_17(fn_c4_photosynthesis_151(X))
& fn_c4_photosynthesis_65(X) = fn_eukaryotic_calvin_cycle_43(fn_c4_photosynthesis_59(X))
& fn_c4_photosynthesis_156(X) = fn_semiautonomous_organelle_7(fn_c4_photosynthesis_70(X))
& fn_c4_photosynthesis_152(X) = fn_semiautonomous_organelle_8(fn_c4_photosynthesis_70(X))
& fn_c4_photosynthesis_94(X) = fn_eukaryotic_calvin_cycle_65(fn_c4_photosynthesis_59(X))
& fn_c4_photosynthesis_73(X) = fn_eukaryotic_calvin_cycle_48(fn_c4_photosynthesis_59(X))
& fn_c4_photosynthesis_59(X) = fn_light_reaction_47(fn_c4_photosynthesis_80(X))
& fn_c4_photosynthesis_48(X) = fn_chemical_reaction_2(fn_c4_photosynthesis_43(X))
& fn_c4_photosynthesis_43(X) = fn_eukaryotic_calvin_cycle_40(fn_c4_photosynthesis_59(X))
& fn_c4_photosynthesis_48(X) = fn_eukaryotic_calvin_cycle_37(fn_c4_photosynthesis_59(X))
& fn_c4_photosynthesis_59(X) = fn_photosynthesis_36(X)
& fn_c4_photosynthesis_100(X) = fn_photosynthesis_5(X)
& fn_c4_photosynthesis_47(X) = fn_reverse_reaction_7(fn_c4_photosynthesis_134(X))
& fn_c4_photosynthesis_134(X) = fn_photosynthesis_60(X)
& fn_c4_photosynthesis_93(X) = fn_photosynthesis_54(X)
& fn_c4_photosynthesis_47(X) = fn_chemical_reaction_1(fn_c4_photosynthesis_135(X))
& fn_c4_photosynthesis_135(X) = fn_photosynthesis_16(X)
& fn_c4_photosynthesis_72(X) = fn_photosynthesis_46(X)
& fn_c4_photosynthesis_136(X) = fn_photosynthesis_105(X)
& fn_c4_photosynthesis_46(X) = fn_photosynthesis_27(X)
& fn_c4_photosynthesis_138(X) = fn_endergonic_reaction_3(fn_c4_photosynthesis_59(X))
& fn_c4_photosynthesis_138(X) = fn_photosynthesis_53(X)
& fn_c4_photosynthesis_225(X) = fn_photosynthesis_32(X)
& fn_c4_photosynthesis_144(X) = fn_photosynthesis_55(X)
& fn_c4_photosynthesis_28(X) = fn_photosynthesis_32(X)
& fn_c4_photosynthesis_145(X) = fn_photosynthesis_56(X)
& fn_c4_photosynthesis_113(X) = fn_endergonic_reaction_4(fn_c4_photosynthesis_59(X))
& fn_c4_photosynthesis_114(X) = fn_endergonic_reaction_5(fn_c4_photosynthesis_59(X))
& fn_c4_photosynthesis_113(X) = fn_photosynthesis_52(X)
& fn_c4_photosynthesis_114(X) = fn_eukaryotic_calvin_cycle_63(fn_c4_photosynthesis_59(X))
& fn_c4_photosynthesis_114(X) = fn_photosynthesis_51(X)
& fn_c4_photosynthesis_99(X) = fn_photosynthesis_6(X)
& fn_c4_photosynthesis_97(X) = fn_photosynthesis_4(X)
& fn_c4_photosynthesis_96(X) = fn_photosynthesis_3(X)
& fn_c4_photosynthesis_48(X) = fn_photosynthesis_104(X)
& fn_c4_photosynthesis_139(X) = fn_photosynthesis_57(X)
& fn_c4_photosynthesis_137(X) = fn_photosynthesis_25(X)
& fn_c4_photosynthesis_33(X) = fn_photosynthesis_24(X)
& fn_c4_photosynthesis_92(X) = fn_eukaryotic_calvin_cycle_15(fn_c4_photosynthesis_59(X))
& fn_c4_photosynthesis_92(X) = fn_photosynthesis_64(X)
& fn_c4_photosynthesis_47(X) = fn_eukaryotic_calvin_cycle_69(fn_c4_photosynthesis_59(X))
& fn_c4_photosynthesis_38(X) = fn_eukaryotic_calvin_cycle_10(fn_c4_photosynthesis_59(X))
& fn_c4_photosynthesis_38(X) = fn_photosynthesis_103(X)
& fn_c4_photosynthesis_47(X) = fn_photosynthesis_17(X)
& fn_c4_photosynthesis_73(X) = fn_photosynthesis_11(X)
& fn_c4_photosynthesis_44(X) = fn_eukaryotic_calvin_cycle_14(fn_c4_photosynthesis_59(X))
& fn_c4_photosynthesis_34(X) = fn_eukaryotic_calvin_cycle_62(fn_c4_photosynthesis_59(X))
& fn_c4_photosynthesis_34(X) = fn_photosynthesis_50(X)
& fn_c4_photosynthesis_15(X) = fn_photosynthesis_94(X)
& fn_c4_photosynthesis_14(X) = fn_photosynthesis_94(X)
& fn_c4_photosynthesis_12(X) = fn_covalent_bond_17(fn_c4_photosynthesis_29(X))
& fn_c4_photosynthesis_12(X) = fn_photosynthesis_92(X)
& fn_c4_photosynthesis_11(X) = fn_photosynthesis_91(X)
& fn_c4_photosynthesis_148(X) = fn_polar_covalent_bond_17(fn_c4_photosynthesis_29(X))
& fn_c4_photosynthesis_148(X) = fn_photosynthesis_90(X)
& fn_c4_photosynthesis_164(X) = fn_photosynthesis_93(X)
& fn_c4_photosynthesis_30(X) = fn_polar_covalent_bond_18(fn_c4_photosynthesis_29(X))
& fn_c4_photosynthesis_30(X) = fn_photosynthesis_61(X)
& fn_c4_photosynthesis_31(X) = fn_covalent_bond_19(fn_c4_photosynthesis_29(X))
& fn_c4_photosynthesis_31(X) = fn_polar_covalent_bond_19(fn_c4_photosynthesis_29(X))
& fn_c4_photosynthesis_31(X) = fn_photosynthesis_59(X)
& fn_c4_photosynthesis_29(X) = fn_photosynthesis_58(X)
& fn_c4_photosynthesis_44(X) = fn_photosynthesis_38(X)
& fn_c4_photosynthesis_116(X) = fn_chloroplast_78(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_228(X) = fn_chloroplast_26(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_223(X) = fn_chloroplast_81(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_229(X) = fn_chloroplast_27(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_173(X) = fn_chloroplast_65(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_214(X) = fn_chloroplast_102(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_172(X) = fn_chloroplast_66(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_174(X) = fn_chloroplast_64(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_171(X) = fn_chloroplast_67(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_214(X) = fn_chloroplast_62(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_175(X) = fn_chloroplast_63(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_176(X) = fn_chloroplast_54(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_177(X) = fn_chloroplast_53(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_170(X) = fn_chloroplast_68(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_215(X) = fn_chloroplast_103(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_115(X) = fn_energy_transformation_by_organism_1(fn_c4_photosynthesis_116(X))
& fn_c4_photosynthesis_81(X) = fn_energy_transformation_by_organism_2(fn_c4_photosynthesis_116(X))
& fn_c4_photosynthesis_81(X) = fn_chloroplast_82(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_115(X) = fn_chloroplast_84(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_166(X) = fn_chloroplast_94(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_167(X) = fn_chloroplast_95(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_218(X) = fn_chloroplast_52(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_217(X) = fn_chloroplast_34(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_80(X) = fn_chloroplast_77(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_216(X) = fn_chloroplast_91(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_219(X) = fn_chloroplast_35(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_220(X) = fn_chloroplast_72(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_221(X) = fn_chloroplast_96(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_169(X) = fn_chloroplast_20(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_168(X) = fn_chloroplast_19(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_98(X) = fn_chloroplast_86(fn_c4_photosynthesis_224(X))
& X = fn_chloroplast_79(fn_c4_photosynthesis_224(X))
& fn_c4_photosynthesis_42(X) = fn_pep_carboxylase_48(fn_c4_photosynthesis_25(X))
& fn_c4_photosynthesis_41(X) = fn_reactant_2(fn_c4_photosynthesis_22(X))
& fn_c4_photosynthesis_23(X) = fn_reactant_3(fn_c4_photosynthesis_22(X))
& fn_c4_photosynthesis_23(X) = fn_pep_carboxylase_47(fn_c4_photosynthesis_25(X))
& fn_c4_photosynthesis_24(X) = fn_pep_carboxylase_53(fn_c4_photosynthesis_25(X))
& fn_c4_photosynthesis_27(X) = fn_pep_carboxylase_41(fn_c4_photosynthesis_25(X))
& fn_c4_photosynthesis_26(X) = fn_pep_carboxylase_39(fn_c4_photosynthesis_25(X))
& fn_c4_photosynthesis_56(X) = fn_pep_carboxylase_42(fn_c4_photosynthesis_25(X))
& fn_c4_photosynthesis_41(X) = fn_oxidoreductase_11(fn_c4_photosynthesis_25(X))
& fn_c4_photosynthesis_41(X) = fn_pep_carboxylase_44(fn_c4_photosynthesis_25(X))
& fn_c4_photosynthesis_148(X) = fn_covalent_bond_14(fn_c4_photosynthesis_29(X))
& X = fn_reactant_2(fn_c4_photosynthesis_28(X))
& fn_c4_photosynthesis_83(X) = fn_reduction_in_calvin_cycle_1(fn_c4_photosynthesis_43(X))
& fn_c4_photosynthesis_82(X) = fn_reduction_in_calvin_cycle_2(fn_c4_photosynthesis_43(X))
& fn_c4_photosynthesis_46(X) = fn_eukaryotic_calvin_cycle_39(fn_c4_photosynthesis_59(X))
& fn_c4_photosynthesis_95(X) = fn_eukaryotic_calvin_cycle_67(fn_c4_photosynthesis_59(X))
& fn_c4_photosynthesis_46(X) = fn_light_reaction_58(fn_c4_photosynthesis_80(X))
& fn_c4_photosynthesis_217(X) = fn_light_reaction_51(fn_c4_photosynthesis_80(X))
& X = fn_light_reaction_1(fn_c4_photosynthesis_80(X))
& fn_c4_photosynthesis_116(X) = fn_photosynthesis_31(X)
& fn_c4_photosynthesis_116(X) = fn_light_reaction_50(fn_c4_photosynthesis_80(X))
& fn_c4_photosynthesis_81(X) = fn_move_1(fn_c4_photosynthesis_51(X))
& fn_c4_photosynthesis_51(X) = fn_photosynthesis_43(X)
& fn_c4_photosynthesis_80(X) = fn_photosynthesis_35(X)
& fn_c4_photosynthesis_81(X) = fn_photosynthesis_34(X)
& fn_c4_photosynthesis_81(X) = fn_light_reaction_45(fn_c4_photosynthesis_80(X))
& fn_c4_photosynthesis_95(X) = fn_forward_reaction_6(fn_c4_photosynthesis_135(X))
& fn_c4_photosynthesis_95(X) = fn_forward_reaction_5(fn_c4_photosynthesis_135(X))
& fn_c4_photosynthesis_95(X) = fn_reverse_reaction_6(fn_c4_photosynthesis_134(X))
& fn_c4_photosynthesis_95(X) = fn_reverse_reaction_5(fn_c4_photosynthesis_134(X))
& fn_c4_photosynthesis_20(X) = fn_phosphorylation_2(fn_c4_photosynthesis_67(X))
& fn_c4_photosynthesis_30(X) = fn_share_3(fn_c4_photosynthesis_16(X))
& fn_c4_photosynthesis_30(X) = fn_share_1(fn_c4_photosynthesis_16(X))
& fn_c4_photosynthesis_31(X) = fn_share_3(fn_c4_photosynthesis_165(X))
& fn_c4_photosynthesis_30(X) = fn_share_3(fn_c4_photosynthesis_11(X))
& fn_c4_photosynthesis_30(X) = fn_share_1(fn_c4_photosynthesis_11(X))
& fn_c4_photosynthesis_30(X) = fn_share_1(fn_c4_photosynthesis_165(X))
& fn_c4_photosynthesis_45(X) = fn_reactant_3(fn_c4_photosynthesis_28(X))
& fn_c4_photosynthesis_223(X) = fn_energy_transformation_by_organism_2(fn_c4_photosynthesis_116(X))
& fn_c4_photosynthesis_44(X) = fn_oxidation_7(fn_c4_photosynthesis_72(X))
& fn_c4_photosynthesis_45(X) = fn_oxidation_10(fn_c4_photosynthesis_72(X))
& fn_c4_photosynthesis_42(X) = fn_three_phosphoglycerate_16(fn_c4_photosynthesis_48(X))
& fn_c4_photosynthesis_131(X) = fn_reduction_in_calvin_cycle_6(fn_c4_photosynthesis_43(X))
& fn_c4_photosynthesis_95(X) = fn_reduction_in_calvin_cycle_5(fn_c4_photosynthesis_43(X))
& fn_c4_photosynthesis_90(X) = fn_mesophyll_10(fn_c4_photosynthesis_86(X))
& fn_c4_photosynthesis_90(X) = fn_mesophyll_5(fn_c4_photosynthesis_86(X))
& fn_c4_photosynthesis_90(X) = fn_mesophyll_6(fn_c4_photosynthesis_86(X))
& fn_c4_photosynthesis_224(X) = fn_plant_cell_6(fn_c4_photosynthesis_222(X))
& fn_c4_photosynthesis_31(X) = fn_covalent_bond_20(fn_c4_photosynthesis_29(X))
& fn_c4_photosynthesis_16(X) = fn_covalent_bond_17(fn_c4_photosynthesis_29(X))
& fn_c4_photosynthesis_51(X) = fn_light_reaction_54(fn_c4_photosynthesis_80(X))
& fn_c4_photosynthesis_52(X) = fn_light_reaction_53(fn_c4_photosynthesis_80(X))
& fn_c4_photosynthesis_53(X) = fn_light_reaction_52(fn_c4_photosynthesis_80(X))
& fn_c4_photosynthesis_85(X) = fn_light_reaction_4(fn_c4_photosynthesis_80(X))
& fn_c4_photosynthesis_84(X) = fn_take_in_1(fn_c4_photosynthesis_51(X))
& fn_c4_photosynthesis_48(X) = fn_phosphorylated_intermediate_3(fn_c4_photosynthesis_23(X))
& fn_c4_photosynthesis_66(X) = fn_phosphorylation_5(fn_c4_photosynthesis_67(X))
& fn_c4_photosynthesis_66(X) = fn_phosphorylation_1(fn_c4_photosynthesis_67(X))
& fn_c4_photosynthesis_66(X) = fn_phosphorylated_intermediate_1(fn_c4_photosynthesis_23(X))
& fn_c4_photosynthesis_21(X) = fn_phosphorylated_intermediate_3(fn_c4_photosynthesis_23(X))
& fn_c4_photosynthesis_70(X) = fn_plant_cell_6(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_79(X) = fn_plant_metabolic_cell_39(fn_c4_photosynthesis_65(X))
& fn_c4_photosynthesis_79(X) = fn_parenchyma_cell_14(fn_c4_photosynthesis_65(X))
& fn_c4_photosynthesis_71(X) = fn_plant_metabolic_cell_19(fn_c4_photosynthesis_65(X))
& fn_c4_photosynthesis_71(X) = fn_parenchyma_cell_36(fn_c4_photosynthesis_65(X))
& fn_c4_photosynthesis_78(X) = fn_parenchyma_cell_32(fn_c4_photosynthesis_65(X))
& fn_c4_photosynthesis_158(X) = fn_chloroplast_33(fn_c4_photosynthesis_70(X))
& fn_c4_photosynthesis_68(X) = fn_chloroplast_91(fn_c4_photosynthesis_70(X))
& fn_c4_photosynthesis_160(X) = fn_chloroplast_80(fn_c4_photosynthesis_70(X))
& fn_c4_photosynthesis_153(X) = fn_chloroplast_76(fn_c4_photosynthesis_70(X))
& fn_c4_photosynthesis_154(X) = fn_chloroplast_79(fn_c4_photosynthesis_70(X))
& fn_c4_photosynthesis_157(X) = fn_chloroplast_55(fn_c4_photosynthesis_70(X))
& fn_c4_photosynthesis_157(X) = fn_chloroplast_83(fn_c4_photosynthesis_70(X))
& fn_c4_photosynthesis_157(X) = fn_stroma_1(fn_c4_photosynthesis_69(X))
& fn_c4_photosynthesis_69(X) = fn_chloroplast_96(fn_c4_photosynthesis_70(X))
& fn_c4_photosynthesis_161(X) = fn_chloroplast_55(fn_c4_photosynthesis_70(X))
& fn_c4_photosynthesis_159(X) = fn_chloroplast_74(fn_c4_photosynthesis_70(X))
& fn_c4_photosynthesis_161(X) = fn_chloroplast_74(fn_c4_photosynthesis_70(X))
& fn_c4_photosynthesis_159(X) = fn_chloroplast_83(fn_c4_photosynthesis_70(X))
& fn_c4_photosynthesis_161(X) = fn_chloroplast_83(fn_c4_photosynthesis_70(X))
& fn_c4_photosynthesis_159(X) = fn_chloroplast_55(fn_c4_photosynthesis_70(X))
& fn_c4_photosynthesis_159(X) = fn_stroma_1(fn_c4_photosynthesis_69(X))
& fn_c4_photosynthesis_159(X) = fn_stroma_4(fn_c4_photosynthesis_69(X))
& fn_c4_photosynthesis_161(X) = fn_stroma_6(fn_c4_photosynthesis_69(X))
& fn_c4_photosynthesis_155(X) = fn_semiautonomous_organelle_6(fn_c4_photosynthesis_70(X))
& fn_c4_photosynthesis_155(X) = fn_stroma_5(fn_c4_photosynthesis_69(X))
& fn_c4_photosynthesis_157(X) = fn_stroma_4(fn_c4_photosynthesis_69(X))
& fn_c4_photosynthesis_156(X) = fn_chloroplast_30(fn_c4_photosynthesis_70(X))
& fn_c4_photosynthesis_70(X) = fn_stroma_7(fn_c4_photosynthesis_69(X))
& fn_c4_photosynthesis_156(X) = fn_stroma_3(fn_c4_photosynthesis_69(X))
& fn_c4_photosynthesis_119(X) = fn_chemiosmosis_34(fn_c4_photosynthesis_53(X))
& fn_c4_photosynthesis_132(X) = fn_chemiosmosis_118(fn_c4_photosynthesis_53(X))
& fn_c4_photosynthesis_140(X) = fn_chemiosmosis_25(fn_c4_photosynthesis_53(X))
& fn_c4_photosynthesis_128(X) = fn_chemiosmosis_36(fn_c4_photosynthesis_53(X))
& fn_c4_photosynthesis_120(X) = fn_chemiosmosis_31(fn_c4_photosynthesis_53(X))
& fn_c4_photosynthesis_143(X) = fn_chemiosmosis_24(fn_c4_photosynthesis_53(X))
& fn_c4_photosynthesis_130(X) = fn_chemiosmosis_38(fn_c4_photosynthesis_53(X))
& fn_c4_photosynthesis_117(X) = fn_chemiosmosis_45(fn_c4_photosynthesis_53(X))
& fn_c4_photosynthesis_142(X) = fn_chemiosmosis_23(fn_c4_photosynthesis_53(X))
& fn_c4_photosynthesis_118(X) = fn_chemiosmosis_46(fn_c4_photosynthesis_53(X))
& fn_c4_photosynthesis_141(X) = fn_chemiosmosis_26(fn_c4_photosynthesis_53(X))
& fn_c4_photosynthesis_121(X) = fn_chemiosmosis_35(fn_c4_photosynthesis_53(X))
& fn_c4_photosynthesis_88(X) = fn_leaf_9(fn_c4_photosynthesis_50(X))
& fn_c4_photosynthesis_86(X) = fn_organ_1(fn_c4_photosynthesis_50(X))
& fn_c4_photosynthesis_37(X) = fn_leaf_5(fn_c4_photosynthesis_50(X))
& fn_c4_photosynthesis_90(X) = fn_leaf_44(fn_c4_photosynthesis_50(X))
& fn_c4_photosynthesis_86(X) = fn_leaf_12(fn_c4_photosynthesis_50(X))
& fn_c4_photosynthesis_89(X) = fn_leaf_17(fn_c4_photosynthesis_50(X))
& fn_c4_photosynthesis_36(X) = fn_leaf_6(fn_c4_photosynthesis_50(X))
& fn_c4_photosynthesis_87(X) = fn_leaf_8(fn_c4_photosynthesis_50(X))
& fn_c4_photosynthesis_213(X) = fn_eukaryotic_cell_31(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_213(X) = fn_plant_cell_83(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_213(X) = fn_plant_metabolic_cell_17(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_196(X) = fn_plant_cell_76(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_204(X) = fn_plant_cell_77(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_211(X) = fn_plant_metabolic_cell_18(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_211(X) = fn_plant_cell_58(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_211(X) = fn_parenchyma_cell_38(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_185(X) = fn_parenchyma_cell_19(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_205(X) = fn_plant_metabolic_cell_21(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_205(X) = fn_plant_cell_90(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_205(X) = fn_parenchyma_cell_35(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_188(X) = fn_parenchyma_cell_22(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_200(X) = fn_plant_cell_14(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_183(X) = fn_plant_cell_91(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_183(X) = fn_plant_metabolic_cell_28(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_183(X) = fn_parenchyma_cell_18(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_201(X) = fn_plant_metabolic_cell_37(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_201(X) = fn_parenchyma_cell_31(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_226(X) = fn_parenchyma_cell_41(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_213(X) = fn_parenchyma_cell_40(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_199(X) = fn_parenchyma_cell_43(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_212(X) = fn_parenchyma_cell_39(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_182(X) = fn_parenchyma_cell_17(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_190(X) = fn_parenchyma_cell_27(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_210(X) = fn_plant_cell_95(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_210(X) = fn_parenchyma_cell_12(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_206(X) = fn_plant_metabolic_cell_19(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_209(X) = fn_parenchyma_cell_37(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_184(X) = fn_parenchyma_cell_16(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_202(X) = fn_parenchyma_cell_32(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_208(X) = fn_plant_cell_84(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_208(X) = fn_parenchyma_cell_13(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_227(X) = fn_parenchyma_cell_42(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_207(X) = fn_plant_metabolic_cell_39(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_207(X) = fn_parenchyma_cell_14(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_198(X) = fn_parenchyma_cell_44(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_206(X) = fn_parenchyma_cell_36(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_197(X) = fn_plant_cell_63(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_197(X) = fn_plant_metabolic_cell_25(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_204(X) = fn_plant_metabolic_cell_22(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_204(X) = fn_parenchyma_cell_34(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_196(X) = fn_plant_metabolic_cell_35(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_196(X) = fn_parenchyma_cell_25(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_203(X) = fn_parenchyma_cell_33(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_195(X) = fn_parenchyma_cell_24(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_200(X) = fn_plant_metabolic_cell_36(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_200(X) = fn_parenchyma_cell_30(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_197(X) = fn_parenchyma_cell_29(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_194(X) = fn_plant_cell_71(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_194(X) = fn_parenchyma_cell_23(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_192(X) = fn_parenchyma_cell_9(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_193(X) = fn_parenchyma_cell_15(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_191(X) = fn_parenchyma_cell_28(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_189(X) = fn_parenchyma_cell_26(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_186(X) = fn_parenchyma_cell_20(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_187(X) = fn_parenchyma_cell_21(fn_c4_photosynthesis_56(X))
& fn_c4_photosynthesis_125(X) = fn_light_reaction_33(fn_c4_photosynthesis_80(X))
& fn_c4_photosynthesis_125(X) = fn_chemiosmosis_41(fn_c4_photosynthesis_53(X))
& fn_c4_photosynthesis_127(X) = fn_light_reaction_31(fn_c4_photosynthesis_80(X))
& fn_c4_photosynthesis_127(X) = fn_chemiosmosis_39(fn_c4_photosynthesis_53(X))
& fn_c4_photosynthesis_122(X) = fn_light_reaction_36(fn_c4_photosynthesis_80(X))
& fn_c4_photosynthesis_122(X) = fn_molecule_11(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_122(X) = fn_chemiosmosis_44(fn_c4_photosynthesis_53(X))
& fn_c4_photosynthesis_95(X) = fn_light_reaction_48(fn_c4_photosynthesis_80(X))
& fn_c4_photosynthesis_129(X) = fn_light_reaction_29(fn_c4_photosynthesis_80(X))
& fn_c4_photosynthesis_129(X) = fn_molecule_10(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_95(X) = fn_chemiosmosis_100(fn_c4_photosynthesis_53(X))
& fn_c4_photosynthesis_129(X) = fn_chemiosmosis_37(fn_c4_photosynthesis_53(X))
& fn_c4_photosynthesis_125(X) = fn_atp_32(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_122(X) = fn_triose_9(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_122(X) = fn_triose_14(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_122(X) = fn_aldose_9(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_122(X) = fn_aldose_4(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_124(X) = fn_nucleoside_triphosphate_29(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_122(X) = fn_nucleoside_triphosphate_32(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_129(X) = fn_nucleoside_triphosphate_35(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_129(X) = fn_ribonucleotide_12(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_124(X) = fn_ribonucleotide_16(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_129(X) = fn_atp_30(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_125(X) = fn_atp_33(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_122(X) = fn_ribonucleotide_16(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_122(X) = fn_nucleoside_triphosphate_29(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_122(X) = fn_atp_35(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_127(X) = fn_nucleoside_triphosphate_27(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_127(X) = fn_ribonucleotide_14(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_123(X) = fn_ribonucleotide_17(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_124(X) = fn_ribonucleotide_8(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_127(X) = fn_atp_33(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_126(X) = fn_atp_34(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_124(X) = fn_atp_37(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_125(X) = fn_atp_34(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_127(X) = fn_atp_32(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_124(X) = fn_aldehyde_5(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_124(X) = fn_triose_14(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_124(X) = fn_triose_9(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_124(X) = fn_aldose_4(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_124(X) = fn_aldose_9(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_124(X) = fn_nucleoside_triphosphate_32(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_124(X) = fn_atp_35(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_94(X) = fn_atp_27(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_122(X) = fn_ribonucleotide_8(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_122(X) = fn_atp_37(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_126(X) = fn_atp_33(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_123(X) = fn_nucleoside_triphosphate_33(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_123(X) = fn_atp_36(fn_c4_photosynthesis_95(X))
& fn_c4_photosynthesis_109(X) = fn_phosphorylated_intermediate_5(fn_c4_photosynthesis_23(X))
& fn_c4_photosynthesis_109(X) = fn_organic_molecule_2(fn_c4_photosynthesis_23(X))
& fn_c4_photosynthesis_109(X) = fn_phosphorylated_intermediate_7(fn_c4_photosynthesis_23(X))
& fn_c4_photosynthesis_108(X) = fn_organic_molecule_1(fn_c4_photosynthesis_23(X))
& fn_c4_photosynthesis_108(X) = fn_phosphorylated_intermediate_8(fn_c4_photosynthesis_23(X))
& fn_c4_photosynthesis_110(X) = fn_phosphorylated_intermediate_9(fn_c4_photosynthesis_23(X))
& fn_c4_photosynthesis_107(X) = fn_phosphorylated_intermediate_7(fn_c4_photosynthesis_23(X))
& fn_c4_photosynthesis_112(X) = fn_phosphorylated_intermediate_15(fn_c4_photosynthesis_23(X))
& fn_c4_photosynthesis_101(X) = fn_phosphorylated_intermediate_12(fn_c4_photosynthesis_23(X))
& fn_c4_photosynthesis_106(X) = fn_phosphorylated_intermediate_6(fn_c4_photosynthesis_23(X))
& fn_c4_photosynthesis_111(X) = fn_phosphorylated_intermediate_14(fn_c4_photosynthesis_23(X))
& fn_c4_photosynthesis_102(X) = fn_phosphorylated_intermediate_13(fn_c4_photosynthesis_23(X))
& fn_c4_photosynthesis_105(X) = fn_phosphorylated_intermediate_4(fn_c4_photosynthesis_23(X))
& fn_c4_photosynthesis_67(X) = fn_phosphorylated_intermediate_2(fn_c4_photosynthesis_23(X))
& fn_c4_photosynthesis_104(X) = fn_organic_molecule_3(fn_c4_photosynthesis_23(X))
& fn_c4_photosynthesis_104(X) = fn_phosphorylated_intermediate_10(fn_c4_photosynthesis_23(X))
& fn_c4_photosynthesis_103(X) = fn_phosphorylated_intermediate_11(fn_c4_photosynthesis_23(X))
& fn_chemical_reaction_2(fn_c4_photosynthesis_64(X)) = fn_transfer_of_malate_to_bundle_sheath_cell_4(fn_c4_photosynthesis_49(X))
& fn_transfer_of_malate_to_bundle_sheath_cell_4(fn_c4_photosynthesis_49(X)) = fn_light_reaction_47(fn_c4_photosynthesis_80(X))
& fn_photosynthesis_36(X) = fn_photosynthesis_36(X)
& fn_photosynthesis_36(X) = fn_light_reaction_47(fn_c4_photosynthesis_80(X))
& fn_light_reaction_47(fn_c4_photosynthesis_80(X)) = fn_photosynthesis_36(X)
& fn_photosynthesis_36(X) = fn_endergonic_reaction_3(fn_c4_photosynthesis_59(X))
& fn_endergonic_reaction_3(fn_c4_photosynthesis_59(X)) = fn_endergonic_reaction_3(fn_c4_photosynthesis_59(X))
& fn_endergonic_reaction_3(fn_c4_photosynthesis_59(X)) = fn_photosynthesis_53(X)
& fn_photosynthesis_53(X) = fn_endergonic_reaction_4(fn_c4_photosynthesis_59(X))
& fn_photosynthesis_52(X) = fn_photosynthesis_52(X)
& fn_photosynthesis_52(X) = fn_endergonic_reaction_4(fn_c4_photosynthesis_59(X))
& fn_endergonic_reaction_4(fn_c4_photosynthesis_59(X)) = fn_photosynthesis_52(X)
& fn_photosynthesis_52(X) = fn_endergonic_reaction_5(fn_c4_photosynthesis_59(X))
& fn_endergonic_reaction_5(fn_c4_photosynthesis_59(X)) = fn_endergonic_reaction_5(fn_c4_photosynthesis_59(X))
& fn_endergonic_reaction_5(fn_c4_photosynthesis_59(X)) = fn_eukaryotic_calvin_cycle_63(fn_c4_photosynthesis_59(X))
& fn_photosynthesis_51(X) = fn_photosynthesis_51(X)
& fn_photosynthesis_51(X) = fn_eukaryotic_calvin_cycle_63(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_63(fn_c4_photosynthesis_59(X)) = fn_photosynthesis_51(X)
& fn_photosynthesis_51(X) = fn_glucose_2(fn_c4_photosynthesis_98(X))
& fn_glucose_2(fn_c4_photosynthesis_98(X)) = fn_photosynthesis_25(X)
& fn_photosynthesis_25(X) = fn_photosynthesis_25(X)
& fn_photosynthesis_25(X) = fn_eukaryotic_calvin_cycle_15(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_15(fn_c4_photosynthesis_59(X)) = fn_eukaryotic_calvin_cycle_15(fn_c4_photosynthesis_59(X))
& fn_photosynthesis_64(X) = fn_eukaryotic_calvin_cycle_15(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_15(fn_c4_photosynthesis_59(X)) = fn_photosynthesis_64(X)
& fn_photosynthesis_64(X) = fn_photosynthesis_64(X)
& fn_photosynthesis_64(X) = fn_eukaryotic_calvin_cycle_10(fn_c4_photosynthesis_59(X))
& fn_photosynthesis_103(X) = fn_eukaryotic_calvin_cycle_10(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_10(fn_c4_photosynthesis_59(X)) = fn_photosynthesis_103(X)
& fn_photosynthesis_103(X) = fn_reverse_reaction_7(fn_c4_photosynthesis_133(X))
& fn_reverse_reaction_7(fn_c4_photosynthesis_133(X)) = fn_reverse_reaction_7(fn_c4_photosynthesis_134(X))
& fn_reverse_reaction_7(fn_c4_photosynthesis_134(X)) = fn_chemical_reaction_1(fn_c4_photosynthesis_135(X))
& fn_chemical_reaction_1(fn_c4_photosynthesis_135(X)) = fn_reverse_reaction_7(fn_c4_photosynthesis_133(X))
& fn_reverse_reaction_7(fn_c4_photosynthesis_133(X)) = fn_eukaryotic_calvin_cycle_69(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_69(fn_c4_photosynthesis_59(X)) = fn_reverse_reaction_7(fn_c4_photosynthesis_134(X))
& fn_reverse_reaction_7(fn_c4_photosynthesis_134(X)) = fn_eukaryotic_calvin_cycle_69(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_69(fn_c4_photosynthesis_59(X)) = fn_eukaryotic_calvin_cycle_69(fn_c4_photosynthesis_59(X))
& fn_photosynthesis_17(X) = fn_eukaryotic_calvin_cycle_69(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_69(fn_c4_photosynthesis_59(X)) = fn_photosynthesis_17(X)
& fn_photosynthesis_17(X) = fn_photosynthesis_17(X)
& fn_photosynthesis_17(X) = fn_eukaryotic_calvin_cycle_48(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_48(fn_c4_photosynthesis_59(X)) = fn_eukaryotic_calvin_cycle_48(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_48(fn_c4_photosynthesis_59(X)) = fn_photosynthesis_11(X)
& fn_photosynthesis_11(X) = fn_photosynthesis_11(X)
& fn_photosynthesis_11(X) = fn_eukaryotic_calvin_cycle_62(fn_c4_photosynthesis_59(X))
& fn_photosynthesis_50(X) = fn_eukaryotic_calvin_cycle_62(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_62(fn_c4_photosynthesis_59(X)) = fn_photosynthesis_50(X)
& fn_photosynthesis_50(X) = fn_photosynthesis_92(X)
& fn_photosynthesis_92(X) = fn_covalent_bond_17(fn_c4_photosynthesis_29(X))
& fn_covalent_bond_17(fn_c4_photosynthesis_29(X)) = fn_photosynthesis_92(X)
& fn_photosynthesis_92(X) = fn_chloroplast_102(fn_c4_photosynthesis_224(X))
& fn_chloroplast_102(fn_c4_photosynthesis_224(X)) = fn_chloroplast_102(fn_c4_photosynthesis_224(X))
& fn_chloroplast_102(fn_c4_photosynthesis_224(X)) = fn_chloroplast_62(fn_c4_photosynthesis_224(X))
& fn_chloroplast_62(fn_c4_photosynthesis_224(X)) = fn_chloroplast_62(fn_c4_photosynthesis_224(X))
& fn_chloroplast_62(fn_c4_photosynthesis_224(X)) = fn_energy_transformation_by_organism_1(fn_c4_photosynthesis_116(X))
& fn_chloroplast_84(fn_c4_photosynthesis_224(X)) = fn_energy_transformation_by_organism_1(fn_c4_photosynthesis_116(X))
& fn_energy_transformation_by_organism_1(fn_c4_photosynthesis_116(X)) = fn_chloroplast_84(fn_c4_photosynthesis_224(X))
& fn_chloroplast_84(fn_c4_photosynthesis_224(X)) = fn_chloroplast_84(fn_c4_photosynthesis_224(X))
& fn_chloroplast_84(fn_c4_photosynthesis_224(X)) = fn_endergonic_reaction_9(fn_c4_photosynthesis_59(X))
& fn_endergonic_reaction_9(fn_c4_photosynthesis_59(X)) = fn_calvin_cycle_18(fn_c4_photosynthesis_59(X))
& fn_calvin_cycle_18(fn_c4_photosynthesis_59(X)) = fn_endergonic_reaction_9(fn_c4_photosynthesis_59(X))
& fn_endergonic_reaction_9(fn_c4_photosynthesis_59(X)) = fn_endergonic_reaction_9(fn_c4_photosynthesis_59(X))
& fn_endergonic_reaction_9(fn_c4_photosynthesis_59(X)) = fn_chloroplast_86(fn_c4_photosynthesis_224(X))
& fn_chloroplast_86(fn_c4_photosynthesis_224(X)) = fn_chloroplast_86(fn_c4_photosynthesis_224(X))
& fn_chloroplast_86(fn_c4_photosynthesis_224(X)) = fn_add_1(fn_c4_photosynthesis_40(X))
& fn_add_1(fn_c4_photosynthesis_40(X)) = fn_pep_carboxylase_41(fn_c4_photosynthesis_25(X))
& fn_pep_carboxylase_41(fn_c4_photosynthesis_25(X)) = fn_pep_carboxylase_41(fn_c4_photosynthesis_25(X))
& fn_pep_carboxylase_41(fn_c4_photosynthesis_25(X)) = fn_reactant_2(fn_c4_photosynthesis_22(X))
& fn_reactant_2(fn_c4_photosynthesis_22(X)) = fn_reactant_2(fn_c4_photosynthesis_22(X))
& fn_reactant_2(fn_c4_photosynthesis_22(X)) = fn_oxidoreductase_11(fn_c4_photosynthesis_25(X))
& fn_oxidoreductase_11(fn_c4_photosynthesis_25(X)) = fn_reactant_2(fn_c4_photosynthesis_22(X))
& fn_pep_carboxylase_44(fn_c4_photosynthesis_25(X)) = fn_reactant_2(fn_c4_photosynthesis_22(X))
& fn_reactant_2(fn_c4_photosynthesis_22(X)) = fn_pep_carboxylase_44(fn_c4_photosynthesis_25(X))
& fn_pep_carboxylase_44(fn_c4_photosynthesis_25(X)) = fn_pep_carboxylase_44(fn_c4_photosynthesis_25(X))
& fn_pep_carboxylase_44(fn_c4_photosynthesis_25(X)) = fn_polar_covalent_bond_17(fn_c4_photosynthesis_29(X))
& fn_photosynthesis_90(X) = fn_polar_covalent_bond_17(fn_c4_photosynthesis_29(X))
& fn_polar_covalent_bond_17(fn_c4_photosynthesis_29(X)) = fn_photosynthesis_90(X)
& fn_photosynthesis_90(X) = fn_photosynthesis_90(X)
& fn_photosynthesis_90(X) = fn_covalent_bond_14(fn_c4_photosynthesis_29(X))
& fn_covalent_bond_14(fn_c4_photosynthesis_29(X)) = fn_eukaryotic_calvin_cycle_39(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_39(fn_c4_photosynthesis_59(X)) = fn_eukaryotic_calvin_cycle_39(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_39(fn_c4_photosynthesis_59(X)) = fn_photosynthesis_27(X)
& fn_photosynthesis_27(X) = fn_eukaryotic_calvin_cycle_39(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_39(fn_c4_photosynthesis_59(X)) = fn_light_reaction_58(fn_c4_photosynthesis_80(X))
& fn_light_reaction_58(fn_c4_photosynthesis_80(X)) = fn_photosynthesis_27(X)
& fn_photosynthesis_27(X) = fn_light_reaction_58(fn_c4_photosynthesis_80(X))
& fn_light_reaction_58(fn_c4_photosynthesis_80(X)) = fn_chloroplast_34(fn_c4_photosynthesis_224(X))
& fn_chloroplast_34(fn_c4_photosynthesis_224(X)) = fn_chloroplast_34(fn_c4_photosynthesis_224(X))
& fn_chloroplast_34(fn_c4_photosynthesis_224(X)) = fn_light_reaction_51(fn_c4_photosynthesis_80(X))
& fn_light_reaction_51(fn_c4_photosynthesis_80(X)) = fn_enzyme_4(fn_c4_photosynthesis_32(X))
& fn_enzyme_4(fn_c4_photosynthesis_32(X)) = fn_vascular_plant_17(fn_c4_photosynthesis_151(X))
& fn_vascular_plant_17(fn_c4_photosynthesis_151(X)) = fn_vascular_plant_17(fn_c4_photosynthesis_151(X))
& fn_vascular_plant_17(fn_c4_photosynthesis_151(X)) = fn_chloroplast_79(fn_c4_photosynthesis_224(X))
& fn_chloroplast_79(fn_c4_photosynthesis_224(X)) = fn_chloroplast_79(fn_c4_photosynthesis_224(X))
& fn_chloroplast_79(fn_c4_photosynthesis_224(X)) = fn_reactant_2(fn_c4_photosynthesis_28(X))
& fn_light_reaction_1(fn_c4_photosynthesis_80(X)) = fn_reactant_2(fn_c4_photosynthesis_28(X))
& fn_reactant_2(fn_c4_photosynthesis_28(X)) = fn_reactant_2(fn_c4_photosynthesis_28(X))
& fn_reactant_2(fn_c4_photosynthesis_28(X)) = fn_light_reaction_1(fn_c4_photosynthesis_80(X))
& fn_light_reaction_1(fn_c4_photosynthesis_80(X)) = fn_light_reaction_1(fn_c4_photosynthesis_80(X))
& fn_light_reaction_1(fn_c4_photosynthesis_80(X)) = fn_energy_transformation_by_organism_2(fn_c4_photosynthesis_116(X))
& fn_energy_transformation_by_organism_2(fn_c4_photosynthesis_116(X)) = fn_move_1(fn_c4_photosynthesis_51(X))
& fn_move_1(fn_c4_photosynthesis_51(X)) = fn_energy_transformation_by_organism_2(fn_c4_photosynthesis_116(X))
& fn_energy_transformation_by_organism_2(fn_c4_photosynthesis_116(X)) = fn_photosynthesis_34(X)
& fn_chloroplast_82(fn_c4_photosynthesis_224(X)) = fn_photosynthesis_34(X)
& fn_photosynthesis_34(X) = fn_photosynthesis_34(X)
& fn_photosynthesis_34(X) = fn_chloroplast_82(fn_c4_photosynthesis_224(X))
& fn_chloroplast_82(fn_c4_photosynthesis_224(X)) = fn_chloroplast_82(fn_c4_photosynthesis_224(X))
& fn_chloroplast_82(fn_c4_photosynthesis_224(X)) = fn_light_reaction_45(fn_c4_photosynthesis_80(X))
& fn_light_reaction_45(fn_c4_photosynthesis_80(X)) = fn_light_reaction_45(fn_c4_photosynthesis_80(X))
& fn_light_reaction_45(fn_c4_photosynthesis_80(X)) = fn_polar_covalent_bond_18(fn_c4_photosynthesis_29(X))
& fn_photosynthesis_61(X) = fn_polar_covalent_bond_18(fn_c4_photosynthesis_29(X))
& fn_polar_covalent_bond_18(fn_c4_photosynthesis_29(X)) = fn_photosynthesis_61(X)
& fn_photosynthesis_61(X) = fn_share_3(fn_c4_photosynthesis_12(X))
& fn_share_3(fn_c4_photosynthesis_12(X)) = fn_photosynthesis_61(X)
& fn_photosynthesis_61(X) = fn_photosynthesis_61(X)
& fn_photosynthesis_61(X) = fn_share_3(fn_c4_photosynthesis_16(X))
& fn_share_3(fn_c4_photosynthesis_16(X)) = fn_share_3(fn_c4_photosynthesis_11(X))
& fn_share_3(fn_c4_photosynthesis_11(X)) = fn_share_1(fn_c4_photosynthesis_149(X))
& fn_share_1(fn_c4_photosynthesis_149(X)) = fn_share_1(fn_c4_photosynthesis_150(X))
& fn_share_1(fn_c4_photosynthesis_150(X)) = fn_share_3(fn_c4_photosynthesis_12(X))
& fn_share_3(fn_c4_photosynthesis_12(X)) = fn_share_1(fn_c4_photosynthesis_12(X))
& fn_share_1(fn_c4_photosynthesis_12(X)) = fn_share_3(fn_c4_photosynthesis_16(X))
& fn_share_3(fn_c4_photosynthesis_16(X)) = fn_share_1(fn_c4_photosynthesis_16(X))
& fn_share_1(fn_c4_photosynthesis_16(X)) = fn_share_3(fn_c4_photosynthesis_11(X))
& fn_share_3(fn_c4_photosynthesis_11(X)) = fn_share_1(fn_c4_photosynthesis_11(X))
& fn_share_1(fn_c4_photosynthesis_11(X)) = fn_share_1(fn_c4_photosynthesis_165(X))
& fn_share_1(fn_c4_photosynthesis_165(X)) = fn_chloroplast_81(fn_c4_photosynthesis_224(X))
& fn_chloroplast_81(fn_c4_photosynthesis_224(X)) = fn_energy_transformation_by_organism_2(fn_c4_photosynthesis_116(X))
& fn_energy_transformation_by_organism_2(fn_c4_photosynthesis_116(X)) = fn_chloroplast_78(fn_c4_photosynthesis_224(X))
& fn_chloroplast_78(fn_c4_photosynthesis_224(X)) = fn_photosynthesis_31(X)
& fn_photosynthesis_31(X) = fn_photosynthesis_31(X)
& fn_photosynthesis_31(X) = fn_chloroplast_78(fn_c4_photosynthesis_224(X))
& fn_chloroplast_78(fn_c4_photosynthesis_224(X)) = fn_light_reaction_50(fn_c4_photosynthesis_80(X))
& fn_light_reaction_50(fn_c4_photosynthesis_80(X)) = fn_light_reaction_50(fn_c4_photosynthesis_80(X))
& fn_light_reaction_50(fn_c4_photosynthesis_80(X)) = fn_eukaryotic_calvin_cycle_14(fn_c4_photosynthesis_59(X))
& fn_photosynthesis_38(X) = fn_eukaryotic_calvin_cycle_14(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_14(fn_c4_photosynthesis_59(X)) = fn_photosynthesis_38(X)
& fn_oxidation_7(fn_c4_photosynthesis_72(X)) = fn_photosynthesis_38(X)
& fn_photosynthesis_38(X) = fn_photosynthesis_38(X)
& fn_photosynthesis_38(X) = fn_oxidation_7(fn_c4_photosynthesis_72(X))
& fn_oxidation_7(fn_c4_photosynthesis_72(X)) = fn_oxidation_7(fn_c4_photosynthesis_72(X))
& fn_oxidation_7(fn_c4_photosynthesis_72(X)) = fn_reactant_3(fn_c4_photosynthesis_28(X))
& fn_reactant_3(fn_c4_photosynthesis_28(X)) = fn_reactant_3(fn_c4_photosynthesis_28(X))
& fn_reactant_3(fn_c4_photosynthesis_28(X)) = fn_oxidation_10(fn_c4_photosynthesis_72(X))
& fn_oxidation_10(fn_c4_photosynthesis_72(X)) = fn_oxidation_10(fn_c4_photosynthesis_72(X))
& fn_oxidation_10(fn_c4_photosynthesis_72(X)) = fn_pep_carboxylase_48(fn_c4_photosynthesis_25(X))
& fn_pep_carboxylase_48(fn_c4_photosynthesis_25(X)) = fn_three_phosphoglycerate_16(fn_c4_photosynthesis_48(X))
& fn_three_phosphoglycerate_16(fn_c4_photosynthesis_48(X)) = fn_three_phosphoglycerate_16(fn_c4_photosynthesis_48(X))
& fn_three_phosphoglycerate_16(fn_c4_photosynthesis_48(X)) = fn_metabolic_pathway_1(X)
& fn_metabolic_pathway_1(X) = fn_vascular_plant_20(fn_c4_photosynthesis_151(X))
& fn_vascular_plant_20(fn_c4_photosynthesis_151(X)) = fn_share_1(fn_c4_photosynthesis_146(X))
& fn_share_1(fn_c4_photosynthesis_146(X)) = fn_share_1(fn_c4_photosynthesis_147(X))
& fn_share_1(fn_c4_photosynthesis_147(X)) = fn_share_1(fn_c4_photosynthesis_18(X))
& fn_share_1(fn_c4_photosynthesis_18(X)) = fn_share_1(fn_c4_photosynthesis_17(X))
& fn_share_1(fn_c4_photosynthesis_17(X)) = fn_share_1(fn_c4_photosynthesis_14(X))
& fn_share_1(fn_c4_photosynthesis_14(X)) = fn_share_1(fn_c4_photosynthesis_13(X))
& fn_share_1(fn_c4_photosynthesis_13(X)) = fn_share_1(fn_c4_photosynthesis_162(X))
& fn_share_1(fn_c4_photosynthesis_162(X)) = fn_share_1(fn_c4_photosynthesis_163(X))
& fn_share_1(fn_c4_photosynthesis_163(X)) = fn_covalent_bond_19(fn_c4_photosynthesis_29(X))
& fn_covalent_bond_19(fn_c4_photosynthesis_29(X)) = fn_covalent_bond_19(fn_c4_photosynthesis_29(X))
& fn_polar_covalent_bond_19(fn_c4_photosynthesis_29(X)) = fn_covalent_bond_19(fn_c4_photosynthesis_29(X))
& fn_covalent_bond_19(fn_c4_photosynthesis_29(X)) = fn_polar_covalent_bond_19(fn_c4_photosynthesis_29(X))
& fn_photosynthesis_59(X) = fn_polar_covalent_bond_19(fn_c4_photosynthesis_29(X))
& fn_polar_covalent_bond_19(fn_c4_photosynthesis_29(X)) = fn_photosynthesis_59(X)
& fn_photosynthesis_59(X) = fn_share_3(fn_c4_photosynthesis_146(X))
& fn_share_3(fn_c4_photosynthesis_163(X)) = fn_photosynthesis_59(X)
& fn_photosynthesis_59(X) = fn_photosynthesis_59(X)
& fn_photosynthesis_59(X) = fn_share_3(fn_c4_photosynthesis_165(X))
& fn_share_3(fn_c4_photosynthesis_165(X)) = fn_share_3(fn_c4_photosynthesis_146(X))
& fn_share_3(fn_c4_photosynthesis_146(X)) = fn_share_3(fn_c4_photosynthesis_147(X))
& fn_share_3(fn_c4_photosynthesis_147(X)) = fn_share_3(fn_c4_photosynthesis_149(X))
& fn_share_3(fn_c4_photosynthesis_149(X)) = fn_share_3(fn_c4_photosynthesis_18(X))
& fn_share_3(fn_c4_photosynthesis_18(X)) = fn_share_3(fn_c4_photosynthesis_17(X))
& fn_share_3(fn_c4_photosynthesis_17(X)) = fn_share_3(fn_c4_photosynthesis_150(X))
& fn_share_3(fn_c4_photosynthesis_150(X)) = fn_share_3(fn_c4_photosynthesis_14(X))
& fn_share_3(fn_c4_photosynthesis_14(X)) = fn_share_3(fn_c4_photosynthesis_13(X))
& fn_share_3(fn_c4_photosynthesis_13(X)) = fn_share_3(fn_c4_photosynthesis_162(X))
& fn_share_3(fn_c4_photosynthesis_162(X)) = fn_share_3(fn_c4_photosynthesis_163(X))
& fn_share_3(fn_c4_photosynthesis_163(X)) = fn_covalent_bond_20(fn_c4_photosynthesis_29(X))
& fn_covalent_bond_20(fn_c4_photosynthesis_29(X)) = fn_share_3(fn_c4_photosynthesis_165(X))
& fn_share_3(fn_c4_photosynthesis_165(X)) = fn_covalent_bond_20(fn_c4_photosynthesis_29(X))
& fn_covalent_bond_20(fn_c4_photosynthesis_29(X)) = fn_photosynthesis_35(X)
& fn_photosynthesis_35(X) = fn_chloroplast_77(fn_c4_photosynthesis_224(X))
& fn_chloroplast_77(fn_c4_photosynthesis_224(X)) = fn_chloroplast_77(fn_c4_photosynthesis_224(X))
& fn_chloroplast_77(fn_c4_photosynthesis_224(X)) = fn_photosynthesis_35(X)
& fn_photosynthesis_35(X) = fn_photosynthesis_35(X)
& fn_photosynthesis_35(X) = fn_barrier_1(fn_c4_photosynthesis_35(X))
& fn_barrier_1(fn_c4_photosynthesis_35(X)) = fn_take_in_1(fn_c4_photosynthesis_51(X))
& fn_take_in_1(fn_c4_photosynthesis_51(X)) = fn_take_in_1(fn_c4_photosynthesis_51(X))
& fn_take_in_1(fn_c4_photosynthesis_51(X)) = fn_light_reaction_54(fn_c4_photosynthesis_80(X))
& fn_light_reaction_54(fn_c4_photosynthesis_80(X)) = fn_photosynthesis_43(X)
& fn_photosynthesis_43(X) = fn_light_reaction_54(fn_c4_photosynthesis_80(X))
& fn_light_reaction_54(fn_c4_photosynthesis_80(X)) = fn_light_reaction_54(fn_c4_photosynthesis_80(X))
& fn_light_reaction_54(fn_c4_photosynthesis_80(X)) = fn_eukaryotic_calvin_cycle_37(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_37(fn_c4_photosynthesis_59(X)) = fn_chemical_reaction_2(fn_c4_photosynthesis_43(X))
& fn_chemical_reaction_2(fn_c4_photosynthesis_43(X)) = fn_eukaryotic_calvin_cycle_37(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_37(fn_c4_photosynthesis_59(X)) = fn_eukaryotic_calvin_cycle_37(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_37(fn_c4_photosynthesis_59(X)) = fn_photosynthesis_104(X)
& fn_photosynthesis_104(X) = fn_photosynthesis_104(X)
& fn_photosynthesis_104(X) = fn_phosphorylated_intermediate_3(fn_c4_photosynthesis_23(X))
& fn_phosphorylated_intermediate_3(fn_c4_photosynthesis_23(X)) = fn_add_2(fn_c4_photosynthesis_74(X))
& fn_add_2(fn_c4_photosynthesis_74(X)) = fn_move_1(fn_c4_photosynthesis_54(X))
& fn_move_1(fn_c4_photosynthesis_54(X)) = fn_move_1(fn_c4_photosynthesis_54(X))
& fn_move_1(fn_c4_photosynthesis_54(X)) = fn_phosphorylation_5(fn_c4_photosynthesis_67(X))
& fn_chemical_reaction_1(fn_c4_photosynthesis_64(X)) = fn_phosphorylation_5(fn_c4_photosynthesis_67(X))
& fn_phosphorylation_5(fn_c4_photosynthesis_67(X)) = fn_chemical_reaction_1(fn_c4_photosynthesis_64(X))
& fn_chemical_reaction_1(fn_c4_photosynthesis_64(X)) = fn_phosphorylation_1(fn_c4_photosynthesis_67(X))
& fn_phosphorylated_intermediate_1(fn_c4_photosynthesis_23(X)) = fn_phosphorylation_1(fn_c4_photosynthesis_67(X))
& fn_phosphorylation_1(fn_c4_photosynthesis_67(X)) = fn_phosphorylated_intermediate_1(fn_c4_photosynthesis_23(X))
& fn_phosphorylated_intermediate_1(fn_c4_photosynthesis_23(X)) = fn_parenchyma_cell_14(fn_c4_photosynthesis_65(X))
& fn_parenchyma_cell_14(fn_c4_photosynthesis_65(X)) = fn_parenchyma_cell_14(fn_c4_photosynthesis_65(X))
& fn_parenchyma_cell_14(fn_c4_photosynthesis_65(X)) = fn_plant_metabolic_cell_39(fn_c4_photosynthesis_65(X))
& fn_plant_metabolic_cell_39(fn_c4_photosynthesis_65(X)) = fn_parenchyma_cell_14(fn_c4_photosynthesis_65(X))
& fn_parenchyma_cell_14(fn_c4_photosynthesis_65(X)) = fn_plant_metabolic_cell_19(fn_c4_photosynthesis_65(X))
& fn_plant_metabolic_cell_19(fn_c4_photosynthesis_65(X)) = fn_parenchyma_cell_36(fn_c4_photosynthesis_65(X))
& fn_parenchyma_cell_36(fn_c4_photosynthesis_65(X)) = fn_parenchyma_cell_36(fn_c4_photosynthesis_65(X))
& fn_parenchyma_cell_36(fn_c4_photosynthesis_65(X)) = fn_barrier_1(fn_c4_photosynthesis_19(X))
& fn_barrier_1(fn_c4_photosynthesis_19(X)) = fn_obtain_1(fn_c4_photosynthesis_39(X))
& fn_obtain_1(fn_c4_photosynthesis_39(X)) = fn_obtain_1(fn_c4_photosynthesis_39(X))
& fn_obtain_1(fn_c4_photosynthesis_39(X)) = fn_transfer_of_malate_to_bundle_sheath_cell_1(fn_c4_photosynthesis_49(X))
& fn_transfer_of_malate_to_bundle_sheath_cell_1(fn_c4_photosynthesis_49(X)) = fn_transfer_of_malate_to_bundle_sheath_cell_1(fn_c4_photosynthesis_49(X))
& fn_transfer_of_malate_to_bundle_sheath_cell_1(fn_c4_photosynthesis_49(X)) = fn_eukaryotic_calvin_cycle_43(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_43(fn_c4_photosynthesis_59(X)) = fn_eukaryotic_calvin_cycle_43(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_43(fn_c4_photosynthesis_59(X)) = fn_chloroplast_74(fn_c4_photosynthesis_70(X))
& fn_chloroplast_74(fn_c4_photosynthesis_70(X)) = fn_chloroplast_55(fn_c4_photosynthesis_70(X))
& fn_chloroplast_55(fn_c4_photosynthesis_70(X)) = fn_chloroplast_74(fn_c4_photosynthesis_70(X))
& fn_chloroplast_74(fn_c4_photosynthesis_70(X)) = fn_chloroplast_74(fn_c4_photosynthesis_70(X))
& fn_stroma_6(fn_c4_photosynthesis_69(X)) = fn_chloroplast_83(fn_c4_photosynthesis_70(X))
& fn_chloroplast_83(fn_c4_photosynthesis_70(X)) = fn_stroma_6(fn_c4_photosynthesis_69(X))
& fn_stroma_6(fn_c4_photosynthesis_69(X)) = fn_stroma_6(fn_c4_photosynthesis_69(X))
& fn_stroma_6(fn_c4_photosynthesis_69(X)) = fn_chloroplast_74(fn_c4_photosynthesis_70(X))
& fn_chloroplast_83(fn_c4_photosynthesis_70(X)) = fn_chloroplast_74(fn_c4_photosynthesis_70(X))
& fn_chloroplast_74(fn_c4_photosynthesis_70(X)) = fn_chloroplast_83(fn_c4_photosynthesis_70(X))
& fn_chloroplast_55(fn_c4_photosynthesis_70(X)) = fn_chloroplast_55(fn_c4_photosynthesis_70(X))
& fn_stroma_1(fn_c4_photosynthesis_69(X)) = fn_chloroplast_55(fn_c4_photosynthesis_70(X))
& fn_chloroplast_55(fn_c4_photosynthesis_70(X)) = fn_stroma_1(fn_c4_photosynthesis_69(X))
& fn_stroma_4(fn_c4_photosynthesis_69(X)) = fn_stroma_4(fn_c4_photosynthesis_69(X))
& fn_stroma_4(fn_c4_photosynthesis_69(X)) = fn_stroma_1(fn_c4_photosynthesis_69(X))
& fn_stroma_4(fn_c4_photosynthesis_69(X)) = fn_semiautonomous_organelle_6(fn_c4_photosynthesis_70(X))
& fn_semiautonomous_organelle_6(fn_c4_photosynthesis_70(X)) = fn_semiautonomous_organelle_6(fn_c4_photosynthesis_70(X))
& fn_semiautonomous_organelle_6(fn_c4_photosynthesis_70(X)) = fn_stroma_5(fn_c4_photosynthesis_69(X))
& fn_stroma_5(fn_c4_photosynthesis_69(X)) = fn_chloroplast_83(fn_c4_photosynthesis_70(X))
& fn_chloroplast_83(fn_c4_photosynthesis_70(X)) = fn_chloroplast_55(fn_c4_photosynthesis_70(X))
& fn_chloroplast_55(fn_c4_photosynthesis_70(X)) = fn_chloroplast_83(fn_c4_photosynthesis_70(X))
& fn_chloroplast_83(fn_c4_photosynthesis_70(X)) = fn_chloroplast_83(fn_c4_photosynthesis_70(X))
& fn_stroma_1(fn_c4_photosynthesis_69(X)) = fn_chloroplast_83(fn_c4_photosynthesis_70(X))
& fn_chloroplast_83(fn_c4_photosynthesis_70(X)) = fn_stroma_1(fn_c4_photosynthesis_69(X))
& fn_stroma_1(fn_c4_photosynthesis_69(X)) = fn_stroma_1(fn_c4_photosynthesis_69(X))
& fn_stroma_1(fn_c4_photosynthesis_69(X)) = fn_stroma_4(fn_c4_photosynthesis_69(X))
& fn_stroma_4(fn_c4_photosynthesis_69(X)) = fn_semiautonomous_organelle_7(fn_c4_photosynthesis_70(X))
& fn_semiautonomous_organelle_7(fn_c4_photosynthesis_70(X)) = fn_chloroplast_30(fn_c4_photosynthesis_70(X))
& fn_chloroplast_30(fn_c4_photosynthesis_70(X)) = fn_semiautonomous_organelle_7(fn_c4_photosynthesis_70(X))
& fn_semiautonomous_organelle_7(fn_c4_photosynthesis_70(X)) = fn_stroma_3(fn_c4_photosynthesis_69(X))
& fn_stroma_3(fn_c4_photosynthesis_69(X)) = fn_plant_cell_6(fn_c4_photosynthesis_56(X))
& fn_plant_cell_6(fn_c4_photosynthesis_56(X)) = fn_stroma_7(fn_c4_photosynthesis_69(X))
& fn_stroma_7(fn_c4_photosynthesis_69(X)) = fn_stroma_7(fn_c4_photosynthesis_69(X))
& fn_stroma_7(fn_c4_photosynthesis_69(X)) = fn_mesophyll_10(fn_c4_photosynthesis_86(X))
& fn_mesophyll_10(fn_c4_photosynthesis_86(X)) = fn_mesophyll_5(fn_c4_photosynthesis_86(X))
& fn_mesophyll_5(fn_c4_photosynthesis_86(X)) = fn_mesophyll_5(fn_c4_photosynthesis_86(X))
& fn_mesophyll_5(fn_c4_photosynthesis_86(X)) = fn_mesophyll_6(fn_c4_photosynthesis_86(X))
& fn_mesophyll_6(fn_c4_photosynthesis_86(X)) = fn_mesophyll_6(fn_c4_photosynthesis_86(X))
& fn_mesophyll_6(fn_c4_photosynthesis_86(X)) = fn_leaf_44(fn_c4_photosynthesis_50(X))
& fn_leaf_44(fn_c4_photosynthesis_50(X)) = fn_organ_1(fn_c4_photosynthesis_50(X))
& fn_organ_1(fn_c4_photosynthesis_50(X)) = fn_leaf_12(fn_c4_photosynthesis_50(X))
& fn_leaf_12(fn_c4_photosynthesis_50(X)) = fn_leaf_12(fn_c4_photosynthesis_50(X))
& fn_leaf_12(fn_c4_photosynthesis_50(X)) = fn_plant_cell_58(fn_c4_photosynthesis_56(X))
& fn_plant_cell_58(fn_c4_photosynthesis_56(X)) = fn_plant_metabolic_cell_18(fn_c4_photosynthesis_56(X))
& fn_plant_metabolic_cell_18(fn_c4_photosynthesis_56(X)) = fn_plant_cell_58(fn_c4_photosynthesis_56(X))
& fn_plant_cell_58(fn_c4_photosynthesis_56(X)) = fn_plant_cell_58(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_38(fn_c4_photosynthesis_56(X)) = fn_plant_cell_58(fn_c4_photosynthesis_56(X))
& fn_plant_cell_58(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_38(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_38(fn_c4_photosynthesis_56(X)) = fn_plant_cell_90(fn_c4_photosynthesis_56(X))
& fn_plant_cell_90(fn_c4_photosynthesis_56(X)) = fn_plant_metabolic_cell_21(fn_c4_photosynthesis_56(X))
& fn_plant_metabolic_cell_21(fn_c4_photosynthesis_56(X)) = fn_plant_cell_90(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_35(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_35(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_35(fn_c4_photosynthesis_56(X)) = fn_plant_cell_90(fn_c4_photosynthesis_56(X))
& fn_plant_cell_90(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_35(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_35(fn_c4_photosynthesis_56(X)) = fn_plant_metabolic_cell_28(fn_c4_photosynthesis_56(X))
& fn_plant_metabolic_cell_28(fn_c4_photosynthesis_56(X)) = fn_plant_cell_91(fn_c4_photosynthesis_56(X))
& fn_plant_cell_91(fn_c4_photosynthesis_56(X)) = fn_plant_cell_91(fn_c4_photosynthesis_56(X))
& fn_plant_cell_91(fn_c4_photosynthesis_56(X)) = fn_plant_metabolic_cell_28(fn_c4_photosynthesis_56(X))
& fn_plant_metabolic_cell_28(fn_c4_photosynthesis_56(X)) = fn_plant_metabolic_cell_28(fn_c4_photosynthesis_56(X))
& fn_plant_metabolic_cell_28(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_18(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_18(fn_c4_photosynthesis_56(X)) = fn_plant_cell_91(fn_c4_photosynthesis_56(X))
& fn_plant_cell_91(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_18(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_18(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_18(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_18(fn_c4_photosynthesis_56(X)) = fn_plant_metabolic_cell_37(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_31(fn_c4_photosynthesis_56(X)) = fn_plant_metabolic_cell_37(fn_c4_photosynthesis_56(X))
& fn_plant_metabolic_cell_37(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_31(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_31(fn_c4_photosynthesis_56(X)) = fn_eukaryotic_cell_31(fn_c4_photosynthesis_56(X))
& fn_eukaryotic_cell_31(fn_c4_photosynthesis_56(X)) = fn_plant_cell_83(fn_c4_photosynthesis_56(X))
& fn_plant_metabolic_cell_17(fn_c4_photosynthesis_56(X)) = fn_plant_cell_83(fn_c4_photosynthesis_56(X))
& fn_plant_cell_83(fn_c4_photosynthesis_56(X)) = fn_plant_metabolic_cell_17(fn_c4_photosynthesis_56(X))
& fn_plant_metabolic_cell_17(fn_c4_photosynthesis_56(X)) = fn_plant_metabolic_cell_17(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_40(fn_c4_photosynthesis_56(X)) = fn_plant_metabolic_cell_17(fn_c4_photosynthesis_56(X))
& fn_plant_metabolic_cell_17(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_40(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_40(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_40(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_40(fn_c4_photosynthesis_56(X)) = fn_plant_cell_95(fn_c4_photosynthesis_56(X))
& fn_plant_cell_95(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_12(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_12(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_12(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_12(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_13(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_13(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_13(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_13(fn_c4_photosynthesis_56(X)) = fn_plant_cell_84(fn_c4_photosynthesis_56(X))
& fn_plant_cell_84(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_13(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_13(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_14(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_14(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_14(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_14(fn_c4_photosynthesis_56(X)) = fn_plant_metabolic_cell_39(fn_c4_photosynthesis_56(X))
& fn_plant_metabolic_cell_39(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_14(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_14(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_36(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_36(fn_c4_photosynthesis_56(X)) = fn_plant_metabolic_cell_19(fn_c4_photosynthesis_56(X))
& fn_plant_metabolic_cell_19(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_36(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_36(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_36(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_36(fn_c4_photosynthesis_56(X)) = fn_plant_cell_77(fn_c4_photosynthesis_56(X))
& fn_plant_cell_77(fn_c4_photosynthesis_56(X)) = fn_plant_metabolic_cell_22(fn_c4_photosynthesis_56(X))
& fn_plant_metabolic_cell_22(fn_c4_photosynthesis_56(X)) = fn_plant_cell_77(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_34(fn_c4_photosynthesis_56(X)) = fn_plant_cell_77(fn_c4_photosynthesis_56(X))
& fn_plant_cell_77(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_34(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_34(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_34(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_34(fn_c4_photosynthesis_56(X)) = fn_plant_cell_76(fn_c4_photosynthesis_56(X))
& fn_plant_cell_76(fn_c4_photosynthesis_56(X)) = fn_plant_metabolic_cell_35(fn_c4_photosynthesis_56(X))
& fn_plant_metabolic_cell_35(fn_c4_photosynthesis_56(X)) = fn_plant_metabolic_cell_35(fn_c4_photosynthesis_56(X))
& fn_plant_metabolic_cell_35(fn_c4_photosynthesis_56(X)) = fn_plant_cell_76(fn_c4_photosynthesis_56(X))
& fn_plant_cell_76(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_25(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_25(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_25(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_25(fn_c4_photosynthesis_56(X)) = fn_plant_cell_14(fn_c4_photosynthesis_56(X))
& fn_plant_cell_14(fn_c4_photosynthesis_56(X)) = fn_plant_metabolic_cell_36(fn_c4_photosynthesis_56(X))
& fn_plant_metabolic_cell_36(fn_c4_photosynthesis_56(X)) = fn_plant_metabolic_cell_36(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_30(fn_c4_photosynthesis_56(X)) = fn_plant_metabolic_cell_36(fn_c4_photosynthesis_56(X))
& fn_plant_metabolic_cell_36(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_30(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_30(fn_c4_photosynthesis_56(X)) = fn_plant_cell_63(fn_c4_photosynthesis_56(X))
& fn_plant_cell_63(fn_c4_photosynthesis_56(X)) = fn_plant_metabolic_cell_25(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_29(fn_c4_photosynthesis_56(X)) = fn_plant_metabolic_cell_25(fn_c4_photosynthesis_56(X))
& fn_plant_metabolic_cell_25(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_29(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_29(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_29(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_29(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_23(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_23(fn_c4_photosynthesis_56(X)) = fn_plant_cell_71(fn_c4_photosynthesis_56(X))
& fn_plant_cell_71(fn_c4_photosynthesis_56(X)) = fn_parenchyma_cell_23(fn_c4_photosynthesis_56(X))
& fn_parenchyma_cell_23(fn_c4_photosynthesis_56(X)) = fn_transfer_of_malate_to_bundle_sheath_cell_2(fn_c4_photosynthesis_49(X))
& fn_transfer_of_malate_to_bundle_sheath_cell_2(fn_c4_photosynthesis_49(X)) = fn_pep_carboxylase_42(fn_c4_photosynthesis_25(X))
& fn_pep_carboxylase_42(fn_c4_photosynthesis_25(X)) = fn_pep_carboxylase_42(fn_c4_photosynthesis_25(X))
& fn_pep_carboxylase_42(fn_c4_photosynthesis_25(X)) = fn_light_reaction_29(fn_c4_photosynthesis_80(X))
& fn_molecule_10(fn_c4_photosynthesis_95(X)) = fn_light_reaction_29(fn_c4_photosynthesis_80(X))
& fn_light_reaction_29(fn_c4_photosynthesis_80(X)) = fn_molecule_10(fn_c4_photosynthesis_95(X))
& fn_molecule_10(fn_c4_photosynthesis_95(X)) = fn_molecule_10(fn_c4_photosynthesis_95(X))
& fn_chemiosmosis_37(fn_c4_photosynthesis_53(X)) = fn_molecule_10(fn_c4_photosynthesis_95(X))
& fn_molecule_10(fn_c4_photosynthesis_95(X)) = fn_chemiosmosis_37(fn_c4_photosynthesis_53(X))
& fn_chemiosmosis_37(fn_c4_photosynthesis_53(X)) = fn_chemiosmosis_37(fn_c4_photosynthesis_53(X))
& fn_ribonucleotide_12(fn_c4_photosynthesis_95(X)) = fn_chemiosmosis_37(fn_c4_photosynthesis_53(X))
& fn_chemiosmosis_37(fn_c4_photosynthesis_53(X)) = fn_ribonucleotide_12(fn_c4_photosynthesis_95(X))
& fn_ribonucleotide_12(fn_c4_photosynthesis_95(X)) = fn_ribonucleotide_12(fn_c4_photosynthesis_95(X))
& fn_nucleoside_triphosphate_35(fn_c4_photosynthesis_95(X)) = fn_nucleoside_triphosphate_35(fn_c4_photosynthesis_95(X))
& fn_nucleoside_triphosphate_35(fn_c4_photosynthesis_95(X)) = fn_ribonucleotide_12(fn_c4_photosynthesis_95(X))
& fn_ribonucleotide_12(fn_c4_photosynthesis_95(X)) = fn_nucleoside_triphosphate_35(fn_c4_photosynthesis_95(X))
& fn_atp_30(fn_c4_photosynthesis_95(X)) = fn_nucleoside_triphosphate_35(fn_c4_photosynthesis_95(X))
& fn_nucleoside_triphosphate_35(fn_c4_photosynthesis_95(X)) = fn_atp_30(fn_c4_photosynthesis_95(X))
& fn_atp_30(fn_c4_photosynthesis_95(X)) = fn_light_reaction_33(fn_c4_photosynthesis_80(X))
& fn_light_reaction_33(fn_c4_photosynthesis_80(X)) = fn_chemiosmosis_41(fn_c4_photosynthesis_53(X))
& fn_chemiosmosis_41(fn_c4_photosynthesis_53(X)) = fn_chemiosmosis_41(fn_c4_photosynthesis_53(X))
& fn_chemiosmosis_41(fn_c4_photosynthesis_53(X)) = fn_atp_32(fn_c4_photosynthesis_95(X))
& fn_atp_34(fn_c4_photosynthesis_95(X)) = fn_light_reaction_31(fn_c4_photosynthesis_80(X))
& fn_chemiosmosis_39(fn_c4_photosynthesis_53(X)) = fn_light_reaction_31(fn_c4_photosynthesis_80(X))
& fn_light_reaction_31(fn_c4_photosynthesis_80(X)) = fn_chemiosmosis_39(fn_c4_photosynthesis_53(X))
& fn_chemiosmosis_39(fn_c4_photosynthesis_53(X)) = fn_chemiosmosis_39(fn_c4_photosynthesis_53(X))
& fn_chemiosmosis_39(fn_c4_photosynthesis_53(X)) = fn_nucleoside_triphosphate_27(fn_c4_photosynthesis_95(X))
& fn_nucleoside_triphosphate_27(fn_c4_photosynthesis_95(X)) = fn_nucleoside_triphosphate_27(fn_c4_photosynthesis_95(X))
& fn_ribonucleotide_14(fn_c4_photosynthesis_95(X)) = fn_nucleoside_triphosphate_27(fn_c4_photosynthesis_95(X))
& fn_nucleoside_triphosphate_27(fn_c4_photosynthesis_95(X)) = fn_ribonucleotide_14(fn_c4_photosynthesis_95(X))
& fn_ribonucleotide_14(fn_c4_photosynthesis_95(X)) = fn_ribonucleotide_14(fn_c4_photosynthesis_95(X))
& fn_ribonucleotide_14(fn_c4_photosynthesis_95(X)) = fn_atp_33(fn_c4_photosynthesis_95(X))
& fn_atp_32(fn_c4_photosynthesis_95(X)) = fn_atp_33(fn_c4_photosynthesis_95(X))
& fn_atp_33(fn_c4_photosynthesis_95(X)) = fn_atp_32(fn_c4_photosynthesis_95(X))
& fn_atp_32(fn_c4_photosynthesis_95(X)) = fn_atp_32(fn_c4_photosynthesis_95(X))
& fn_atp_32(fn_c4_photosynthesis_95(X)) = fn_triose_14(fn_c4_photosynthesis_95(X))
& fn_triose_14(fn_c4_photosynthesis_95(X)) = fn_aldehyde_5(fn_c4_photosynthesis_95(X))
& fn_aldehyde_5(fn_c4_photosynthesis_95(X)) = fn_triose_14(fn_c4_photosynthesis_95(X))
& fn_triose_14(fn_c4_photosynthesis_95(X)) = fn_triose_9(fn_c4_photosynthesis_95(X))
& fn_aldose_4(fn_c4_photosynthesis_95(X)) = fn_triose_9(fn_c4_photosynthesis_95(X))
& fn_triose_9(fn_c4_photosynthesis_95(X)) = fn_aldose_4(fn_c4_photosynthesis_95(X))
& fn_aldose_4(fn_c4_photosynthesis_95(X)) = fn_aldose_4(fn_c4_photosynthesis_95(X))
& fn_aldose_4(fn_c4_photosynthesis_95(X)) = fn_aldose_9(fn_c4_photosynthesis_95(X))
& fn_ribonucleotide_16(fn_c4_photosynthesis_95(X)) = fn_aldose_9(fn_c4_photosynthesis_95(X))
& fn_aldose_9(fn_c4_photosynthesis_95(X)) = fn_ribonucleotide_16(fn_c4_photosynthesis_95(X))
& fn_nucleoside_triphosphate_29(fn_c4_photosynthesis_95(X)) = fn_ribonucleotide_8(fn_c4_photosynthesis_95(X))
& fn_nucleoside_triphosphate_32(fn_c4_photosynthesis_95(X)) = fn_nucleoside_triphosphate_32(fn_c4_photosynthesis_95(X))
& fn_nucleoside_triphosphate_32(fn_c4_photosynthesis_95(X)) = fn_atp_37(fn_c4_photosynthesis_95(X))
& fn_atp_37(fn_c4_photosynthesis_95(X)) = fn_nucleoside_triphosphate_32(fn_c4_photosynthesis_95(X))
& fn_nucleoside_triphosphate_32(fn_c4_photosynthesis_95(X)) = fn_atp_35(fn_c4_photosynthesis_95(X))
& fn_atp_35(fn_c4_photosynthesis_95(X)) = fn_eukaryotic_calvin_cycle_65(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_65(fn_c4_photosynthesis_59(X)) = fn_atp_27(fn_c4_photosynthesis_95(X))
& fn_atp_27(fn_c4_photosynthesis_95(X)) = fn_light_reaction_36(fn_c4_photosynthesis_80(X))
& fn_light_reaction_36(fn_c4_photosynthesis_80(X)) = fn_light_reaction_36(fn_c4_photosynthesis_80(X))
& fn_light_reaction_36(fn_c4_photosynthesis_80(X)) = fn_molecule_11(fn_c4_photosynthesis_95(X))
& fn_molecule_11(fn_c4_photosynthesis_95(X)) = fn_molecule_11(fn_c4_photosynthesis_95(X))
& fn_molecule_11(fn_c4_photosynthesis_95(X)) = fn_triose_9(fn_c4_photosynthesis_95(X))
& fn_triose_9(fn_c4_photosynthesis_95(X)) = fn_triose_9(fn_c4_photosynthesis_95(X))
& fn_triose_9(fn_c4_photosynthesis_95(X)) = fn_triose_14(fn_c4_photosynthesis_95(X))
& fn_triose_14(fn_c4_photosynthesis_95(X)) = fn_triose_14(fn_c4_photosynthesis_95(X))
& fn_triose_14(fn_c4_photosynthesis_95(X)) = fn_aldose_9(fn_c4_photosynthesis_95(X))
& fn_aldose_9(fn_c4_photosynthesis_95(X)) = fn_aldose_9(fn_c4_photosynthesis_95(X))
& fn_aldose_9(fn_c4_photosynthesis_95(X)) = fn_aldose_4(fn_c4_photosynthesis_95(X))
& fn_chemiosmosis_44(fn_c4_photosynthesis_53(X)) = fn_aldose_4(fn_c4_photosynthesis_95(X))
& fn_aldose_4(fn_c4_photosynthesis_95(X)) = fn_chemiosmosis_44(fn_c4_photosynthesis_53(X))
& fn_chemiosmosis_44(fn_c4_photosynthesis_53(X)) = fn_chemiosmosis_44(fn_c4_photosynthesis_53(X))
& fn_chemiosmosis_44(fn_c4_photosynthesis_53(X)) = fn_ribonucleotide_8(fn_c4_photosynthesis_95(X))
& fn_ribonucleotide_8(fn_c4_photosynthesis_95(X)) = fn_ribonucleotide_8(fn_c4_photosynthesis_95(X))
& fn_nucleoside_triphosphate_32(fn_c4_photosynthesis_95(X)) = fn_ribonucleotide_8(fn_c4_photosynthesis_95(X))
& fn_ribonucleotide_8(fn_c4_photosynthesis_95(X)) = fn_nucleoside_triphosphate_32(fn_c4_photosynthesis_95(X))
& fn_ribonucleotide_16(fn_c4_photosynthesis_95(X)) = fn_nucleoside_triphosphate_32(fn_c4_photosynthesis_95(X))
& fn_nucleoside_triphosphate_32(fn_c4_photosynthesis_95(X)) = fn_ribonucleotide_16(fn_c4_photosynthesis_95(X))
& fn_ribonucleotide_16(fn_c4_photosynthesis_95(X)) = fn_ribonucleotide_16(fn_c4_photosynthesis_95(X))
& fn_nucleoside_triphosphate_29(fn_c4_photosynthesis_95(X)) = fn_ribonucleotide_16(fn_c4_photosynthesis_95(X))
& fn_ribonucleotide_16(fn_c4_photosynthesis_95(X)) = fn_nucleoside_triphosphate_29(fn_c4_photosynthesis_95(X))
& fn_nucleoside_triphosphate_29(fn_c4_photosynthesis_95(X)) = fn_nucleoside_triphosphate_29(fn_c4_photosynthesis_95(X))
& fn_atp_35(fn_c4_photosynthesis_95(X)) = fn_nucleoside_triphosphate_29(fn_c4_photosynthesis_95(X))
& fn_nucleoside_triphosphate_29(fn_c4_photosynthesis_95(X)) = fn_atp_35(fn_c4_photosynthesis_95(X))
& fn_atp_37(fn_c4_photosynthesis_95(X)) = fn_atp_37(fn_c4_photosynthesis_95(X))
& fn_atp_37(fn_c4_photosynthesis_95(X)) = fn_atp_35(fn_c4_photosynthesis_95(X))
& fn_atp_35(fn_c4_photosynthesis_95(X)) = fn_atp_35(fn_c4_photosynthesis_95(X))
& fn_atp_35(fn_c4_photosynthesis_95(X)) = fn_atp_37(fn_c4_photosynthesis_95(X))
& fn_atp_37(fn_c4_photosynthesis_95(X)) = fn_atp_33(fn_c4_photosynthesis_95(X))
& fn_atp_33(fn_c4_photosynthesis_95(X)) = fn_atp_33(fn_c4_photosynthesis_95(X))
& fn_atp_33(fn_c4_photosynthesis_95(X)) = fn_atp_34(fn_c4_photosynthesis_95(X))
& fn_atp_34(fn_c4_photosynthesis_95(X)) = fn_atp_34(fn_c4_photosynthesis_95(X))
& fn_atp_34(fn_c4_photosynthesis_95(X)) = fn_atp_33(fn_c4_photosynthesis_95(X))
& fn_atp_33(fn_c4_photosynthesis_95(X)) = fn_ribonucleotide_17(fn_c4_photosynthesis_95(X))
& fn_nucleoside_triphosphate_33(fn_c4_photosynthesis_95(X)) = fn_ribonucleotide_17(fn_c4_photosynthesis_95(X))
& fn_ribonucleotide_17(fn_c4_photosynthesis_95(X)) = fn_nucleoside_triphosphate_33(fn_c4_photosynthesis_95(X))
& fn_nucleoside_triphosphate_33(fn_c4_photosynthesis_95(X)) = fn_nucleoside_triphosphate_33(fn_c4_photosynthesis_95(X))
& fn_atp_36(fn_c4_photosynthesis_95(X)) = fn_atp_36(fn_c4_photosynthesis_95(X))
& fn_atp_36(fn_c4_photosynthesis_95(X)) = fn_nucleoside_triphosphate_33(fn_c4_photosynthesis_95(X))
& fn_nucleoside_triphosphate_33(fn_c4_photosynthesis_95(X)) = fn_atp_36(fn_c4_photosynthesis_95(X))
& fn_atp_36(fn_c4_photosynthesis_95(X)) = fn_anabolic_pathway_6(fn_c4_photosynthesis_179(X))
& fn_anabolic_pathway_6(fn_c4_photosynthesis_179(X)) = fn_anabolic_pathway_6(fn_c4_photosynthesis_180(X))
& fn_anabolic_pathway_6(fn_c4_photosynthesis_180(X)) = fn_reactant_3(fn_c4_photosynthesis_178(X))
& fn_reactant_3(fn_c4_photosynthesis_178(X)) = fn_reactant_3(fn_c4_photosynthesis_178(X))
& fn_reactant_3(fn_c4_photosynthesis_178(X)) = fn_eukaryotic_calvin_cycle_67(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_67(fn_c4_photosynthesis_59(X)) = fn_forward_reaction_6(fn_c4_photosynthesis_136(X))
& fn_forward_reaction_6(fn_c4_photosynthesis_136(X)) = fn_eukaryotic_calvin_cycle_67(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_67(fn_c4_photosynthesis_59(X)) = fn_eukaryotic_calvin_cycle_67(fn_c4_photosynthesis_59(X))
& fn_eukaryotic_calvin_cycle_67(fn_c4_photosynthesis_59(X)) = fn_forward_reaction_6(fn_c4_photosynthesis_135(X))
& fn_forward_reaction_6(fn_c4_photosynthesis_135(X)) = fn_forward_reaction_6(fn_c4_photosynthesis_136(X))
& fn_forward_reaction_6(fn_c4_photosynthesis_136(X)) = fn_reverse_reaction_6(fn_c4_photosynthesis_133(X))
& fn_reverse_reaction_6(fn_c4_photosynthesis_133(X)) = fn_forward_reaction_6(fn_c4_photosynthesis_135(X))
& fn_forward_reaction_6(fn_c4_photosynthesis_135(X)) = fn_reverse_reaction_6(fn_c4_photosynthesis_134(X))
& fn_forward_reaction_5(fn_c4_photosynthesis_136(X)) = fn_reverse_reaction_6(fn_c4_photosynthesis_133(X))
& fn_reverse_reaction_6(fn_c4_photosynthesis_133(X)) = fn_forward_reaction_5(fn_c4_photosynthesis_135(X))
& fn_forward_reaction_5(fn_c4_photosynthesis_135(X)) = fn_reverse_reaction_6(fn_c4_photosynthesis_134(X))
& fn_reverse_reaction_6(fn_c4_photosynthesis_134(X)) = fn_forward_reaction_5(fn_c4_photosynthesis_136(X))
& fn_forward_reaction_5(fn_c4_photosynthesis_136(X)) = fn_reverse_reaction_5(fn_c4_photosynthesis_133(X))
& fn_reverse_reaction_5(fn_c4_photosynthesis_133(X)) = fn_forward_reaction_5(fn_c4_photosynthesis_135(X))
& fn_forward_reaction_5(fn_c4_photosynthesis_135(X)) = fn_reverse_reaction_5(fn_c4_photosynthesis_134(X))
& fn_reverse_reaction_5(fn_c4_photosynthesis_134(X)) = fn_reverse_reaction_5(fn_c4_photosynthesis_133(X))
& fn_reverse_reaction_5(fn_c4_photosynthesis_133(X)) = fn_reverse_reaction_5(fn_c4_photosynthesis_134(X))
& fn_reverse_reaction_5(fn_c4_photosynthesis_134(X)) = fn_reduction_in_calvin_cycle_5(fn_c4_photosynthesis_43(X))
& fn_light_reaction_48(fn_c4_photosynthesis_80(X)) = fn_reduction_in_calvin_cycle_5(fn_c4_photosynthesis_43(X))
& fn_reduction_in_calvin_cycle_5(fn_c4_photosynthesis_43(X)) = fn_reduction_in_calvin_cycle_5(fn_c4_photosynthesis_43(X))
& fn_reduction_in_calvin_cycle_5(fn_c4_photosynthesis_43(X)) = fn_light_reaction_48(fn_c4_photosynthesis_80(X))
& fn_light_reaction_48(fn_c4_photosynthesis_80(X)) = fn_light_reaction_48(fn_c4_photosynthesis_80(X))
& fn_chemiosmosis_100(fn_c4_photosynthesis_53(X)) = fn_chemiosmosis_100(fn_c4_photosynthesis_53(X))
& fn_chemiosmosis_100(fn_c4_photosynthesis_53(X)) = fn_light_reaction_48(fn_c4_photosynthesis_80(X))
& fn_light_reaction_48(fn_c4_photosynthesis_80(X)) = fn_chemiosmosis_100(fn_c4_photosynthesis_53(X))
& fn_chemiosmosis_100(fn_c4_photosynthesis_53(X)) = fn_phosphorylated_intermediate_5(fn_c4_photosynthesis_23(X))
& fn_phosphorylated_intermediate_5(fn_c4_photosynthesis_23(X)) = fn_organic_molecule_2(fn_c4_photosynthesis_23(X))
& fn_organic_molecule_2(fn_c4_photosynthesis_23(X)) = fn_phosphorylated_intermediate_5(fn_c4_photosynthesis_23(X))
& fn_phosphorylated_intermediate_5(fn_c4_photosynthesis_23(X)) = fn_phosphorylated_intermediate_5(fn_c4_photosynthesis_23(X))
& fn_phosphorylated_intermediate_5(fn_c4_photosynthesis_23(X)) = fn_phosphorylated_intermediate_7(fn_c4_photosynthesis_23(X))
& fn_phosphorylated_intermediate_7(fn_c4_photosynthesis_23(X)) = fn_phosphorylated_intermediate_7(fn_c4_photosynthesis_23(X))
& fn_phosphorylated_intermediate_7(fn_c4_photosynthesis_23(X)) = fn_organic_molecule_1(fn_c4_photosynthesis_23(X))
& fn_phosphorylated_intermediate_8(fn_c4_photosynthesis_23(X)) = fn_phosphorylated_intermediate_8(fn_c4_photosynthesis_23(X))
& fn_phosphorylated_intermediate_8(fn_c4_photosynthesis_23(X)) = fn_organic_molecule_1(fn_c4_photosynthesis_23(X))
& fn_organic_molecule_1(fn_c4_photosynthesis_23(X)) = fn_phosphorylated_intermediate_8(fn_c4_photosynthesis_23(X))
& fn_phosphorylated_intermediate_8(fn_c4_photosynthesis_23(X)) = fn_organic_molecule_3(fn_c4_photosynthesis_23(X))
& fn_phosphorylated_intermediate_10(fn_c4_photosynthesis_23(X)) = fn_organic_molecule_3(fn_c4_photosynthesis_23(X))
& fn_organic_molecule_3(fn_c4_photosynthesis_23(X)) = fn_phosphorylated_intermediate_10(fn_c4_photosynthesis_23(X))
& fn_phosphorylated_intermediate_10(fn_c4_photosynthesis_23(X)) = fn_add_2(fn_c4_photosynthesis_40(X))
& fn_add_2(fn_c4_photosynthesis_40(X)) = fn_reactant_3(fn_c4_photosynthesis_22(X))
& fn_reactant_3(fn_c4_photosynthesis_22(X)) = fn_reactant_3(fn_c4_photosynthesis_22(X))
& fn_reactant_3(fn_c4_photosynthesis_22(X)) = fn_pep_carboxylase_47(fn_c4_photosynthesis_25(X)) ) ) ).
fof(a528018,axiom,
! [X] :
( c4_plant_1(X)
=> ( original_name_2(X,'C4-Plant')
& user_description_2(X,'Any number of plant species which obtain atmospheric carbon using a four-carbon compound in a biochemical pathway that precedes the Calvin cycle.')
& concept2words_2(X,'c4 plant')
& concept2words_2(X,'c4-plant')
& vascular_plant_1(X)
& biological_region_1(fn_c4_plant_1(X))
& quantity_value_1(fn_c4_plant_5(X))
& concentration_value_1(fn_c4_plant_6(X))
& temperature_value_1(fn_c4_plant_7(X))
& air_1(fn_c4_plant_8(X))
& co2_gas_1(fn_c4_plant_9(X))
& environment_1(fn_c4_plant_11(X))
& temperature_value_1(fn_c4_plant_12(X))
& move_1(fn_c4_plant_13(X))
& bundle_sheath_1(fn_c4_plant_14(X))
& bundle_sheath_cell_1(fn_c4_plant_15(X))
& shoot_1(fn_c4_plant_16(X))
& tuber_1(fn_c4_plant_17(X))
& store_1(fn_c4_plant_18(X))
& organic_molecule_1(fn_c4_plant_19(X))
& chemical_entity_1(fn_c4_plant_19(X))
& pyruvate_1(fn_c4_plant_19(X))
& organelle_1(fn_c4_plant_20(X))
& mitochondrion_1(fn_c4_plant_20(X))
& semiautonomous_organelle_1(fn_c4_plant_20(X))
& free_energy_1(fn_c4_plant_27(X))
& size_value_1(fn_c4_plant_28(X))
& structural_complexity_value_1(fn_c4_plant_29(X))
& structural_complexity_value_1(fn_c4_plant_30(X))
& waste_product_1(fn_c4_plant_31(X))
& chemical_energy_1(fn_c4_plant_32(X))
& free_energy_1(fn_c4_plant_33(X))
& size_value_1(fn_c4_plant_34(X))
& exergonic_reaction_1(fn_c4_plant_35(X))
& cellular_respiration_1(fn_c4_plant_35(X))
& metabolic_pathway_1(fn_c4_plant_35(X))
& eukaryotic_cellular_respiration_1(fn_c4_plant_35(X))
& quantity_value_1(fn_c4_plant_36(X))
& quantity_value_1(fn_c4_plant_37(X))
& water_1(fn_c4_plant_40(X))
& temperature_value_1(fn_c4_plant_41(X))
& specific_heat_value_1(fn_c4_plant_42(X))
& stem_1(fn_c4_plant_43(X))
& root_system_1(fn_c4_plant_44(X))
& cell_wall_1(fn_c4_plant_45(X))
& plant_cell_wall_1(fn_c4_plant_45(X))
& membrane_1(fn_c4_plant_46(X))
& spatial_entity_1(fn_c4_plant_46(X))
& biomembrane_1(fn_c4_plant_46(X))
& plasma_membrane_1(fn_c4_plant_46(X))
& molecule_1(fn_c4_plant_47(X))
& organic_molecule_1(fn_c4_plant_47(X))
& tangible_entity_1(fn_c4_plant_47(X))
& microfibril_1(fn_c4_plant_47(X))
& exocytosis_1(fn_c4_plant_48(X))
& cytoplasmic_streaming_1(fn_c4_plant_49(X))
& spatial_entity_1(fn_c4_plant_50(X))
& mixture_1(fn_c4_plant_50(X))
& suspension_1(fn_c4_plant_50(X))
& colloid_1(fn_c4_plant_50(X))
& cytoplasm_1(fn_c4_plant_50(X))
& hydrogen_ion_1(fn_c4_plant_51(X))
& spatial_entity_1(fn_c4_plant_52(X))
& hydrophobic_compound_1(fn_c4_plant_52(X))
& molecule_1(fn_c4_plant_52(X))
& chemical_entity_1(fn_c4_plant_52(X))
& tangible_entity_1(fn_c4_plant_52(X))
& carbon_dioxide_1(fn_c4_plant_52(X))
& spatial_entity_1(fn_c4_plant_53(X))
& organic_molecule_1(fn_c4_plant_53(X))
& tangible_entity_1(fn_c4_plant_53(X))
& sugar_1(fn_c4_plant_53(X))
& chemical_entity_1(fn_c4_plant_53(X))
& glucose_1(fn_c4_plant_53(X))
& root_1(fn_c4_plant_54(X))
& cellular_respiration_1(fn_c4_plant_55(X))
& starch_storage_by_plant_1(fn_c4_plant_56(X))
& transfer_1(fn_c4_plant_57(X))
& oxidation_1(fn_c4_plant_57(X))
& shoot_system_1(fn_c4_plant_58(X))
& photosynthesis_1(fn_c4_plant_59(X))
& anabolic_pathway_1(fn_c4_plant_59(X))
& metabolic_pathway_1(fn_c4_plant_59(X))
& c4_photosynthesis_1(fn_c4_plant_59(X))
& photoautotroph_1(fn_c4_plant_60(X))
& nutrition_1(fn_c4_plant_61(X))
& cell_1(fn_c4_plant_62(X))
& eukaryotic_cell_1(fn_c4_plant_62(X))
& plant_cell_1(fn_c4_plant_62(X))
& stoma_1(fn_c4_plant_63(X))
& surface_1(fn_c4_plant_64(X))
& vascular_tissue_system_1(fn_c4_plant_65(X))
& dermal_tissue_system_1(fn_c4_plant_66(X))
& ground_tissue_system_1(fn_c4_plant_67(X))
& move_into_1(fn_c4_plant_68(X))
& enter_1(fn_c4_plant_69(X))
& move_into_1(fn_c4_plant_70(X))
& move_into_1(fn_c4_plant_71(X))
& enter_1(fn_c4_plant_71(X))
& plant_vein_1(fn_c4_plant_72(X))
& waxy_cuticle_1(fn_c4_plant_73(X))
& spongy_mesophyll_1(fn_c4_plant_74(X))
& epidermis_1(fn_c4_plant_75(X))
& epidermis_1(fn_c4_plant_76(X))
& waxy_cuticle_1(fn_c4_plant_77(X))
& palisade_mesophyll_1(fn_c4_plant_78(X))
& biological_region_1(fn_c4_plant_79(X))
& air_space_1(fn_c4_plant_80(X))
& atmosphere_1(fn_c4_plant_81(X))
& atmosphere_1(fn_c4_plant_82(X))
& transfer_1(fn_c4_plant_83(X))
& carbohydrate_1(fn_c4_plant_84(X))
& hydrophilic_compound_1(fn_c4_plant_84(X))
& polar_molecule_1(fn_c4_plant_84(X))
& polysaccharide_1(fn_c4_plant_84(X))
& cellulose_1(fn_c4_plant_84(X))
& substance_1(fn_c4_plant_85(X))
& aqueous_solution_1(fn_c4_plant_85(X))
& attach_1(fn_c4_plant_86(X))
& move_through_1(fn_c4_plant_87(X))
& move_1(fn_c4_plant_87(X))
& carbon_skeleton_1(fn_c4_plant_88(X))
& surface_1(fn_c4_plant_89(X))
& outside_face_1(fn_c4_plant_89(X))
& extracellular_side_1(fn_c4_plant_89(X))
& hydrophobic_core_1(fn_c4_plant_90(X))
& ion_channel_1(fn_c4_plant_91(X))
& glycoprotein_1(fn_c4_plant_92(X))
& spatial_entity_1(fn_c4_plant_93(X))
& polymer_1(fn_c4_plant_93(X))
& tangible_entity_1(fn_c4_plant_93(X))
& membrane_protein_1(fn_c4_plant_93(X))
& protein_1(fn_c4_plant_93(X))
& tangible_entity_1(fn_c4_plant_94(X))
& phospholipid_bilayer_1(fn_c4_plant_94(X))
& tangible_entity_1(fn_c4_plant_95(X))
& membrane_protein_1(fn_c4_plant_95(X))
& protein_1(fn_c4_plant_95(X))
& spatial_entity_1(fn_c4_plant_95(X))
& polymer_1(fn_c4_plant_95(X))
& membrane_protein_1(fn_c4_plant_96(X))
& protein_pump_1(fn_c4_plant_96(X))
& tangible_entity_1(fn_c4_plant_96(X))
& transmembrane_protein_1(fn_c4_plant_96(X))
& transport_protein_1(fn_c4_plant_96(X))
& carrier_protein_1(fn_c4_plant_96(X))
& integral_protein_1(fn_c4_plant_96(X))
& electrogenic_pump_1(fn_c4_plant_96(X))
& proton_pump_1(fn_c4_plant_96(X))
& spatial_entity_1(fn_c4_plant_96(X))
& surface_1(fn_c4_plant_97(X))
& cytoplasmic_side_1(fn_c4_plant_97(X))
& defense_1(fn_c4_plant_98(X))
& support_1(fn_c4_plant_99(X))
& maintenance_1(fn_c4_plant_100(X))
& tangible_entity_1(fn_c4_plant_101(X))
& nucleus_1(fn_c4_plant_101(X))
& exchange_1(fn_c4_plant_102(X))
& tangible_entity_1(fn_c4_plant_103(X))
& leaf_1(fn_c4_plant_103(X))
& chemical_entity_1(fn_c4_plant_104(X))
& organic_molecule_1(fn_c4_plant_104(X))
& molecule_1(fn_c4_plant_104(X))
& entity_1(fn_c4_plant_104(X))
& nadh_1(fn_c4_plant_104(X))
& organic_molecule_1(fn_c4_plant_105(X))
& molecule_1(fn_c4_plant_105(X))
& chemical_entity_1(fn_c4_plant_105(X))
& ribonucleotide_1(fn_c4_plant_105(X))
& nucleoside_triphosphate_1(fn_c4_plant_105(X))
& atp_1(fn_c4_plant_105(X))
& exergonic_reaction_1(fn_c4_plant_106(X))
& pyruvate_oxidation_1(fn_c4_plant_106(X))
& entity_1(fn_transfer_1(fn_c4_plant_57(X)))
& exocytosis_1(fn_microfibril_13(fn_c4_plant_47(X)))
& atmosphere_1(fn_stoma_10(fn_c4_plant_63(X)))
& enter_1(fn_stoma_7(fn_c4_plant_63(X)))
& transfer_1(fn_stem_11(fn_c4_plant_43(X)))
& organic_molecule_1(fn_pyruvate_oxidation_85(fn_c4_plant_106(X)))
& chemical_entity_1(fn_pyruvate_oxidation_85(fn_c4_plant_106(X)))
& pyruvate_1(fn_pyruvate_oxidation_85(fn_c4_plant_106(X)))
& property_node_1(fn_c4_photosynthesis_99(fn_c4_plant_59(X)))
& property_node_1(fn_c4_photosynthesis_93(fn_c4_plant_59(X)))
& property_node_1(fn_c4_photosynthesis_100(fn_c4_plant_59(X)))
& c4_plant_1(fn_c4_photosynthesis_151(fn_c4_plant_59(X)))
& property_node_1(fn_c4_photosynthesis_144(fn_c4_plant_59(X)))
& property_node_1(fn_c4_photosynthesis_145(fn_c4_plant_59(X)))
& oxidation_1(fn_c4_photosynthesis_72(fn_c4_plant_59(X)))
& free_energy_1(fn_c4_photosynthesis_34(fn_c4_plant_59(X)))
& size_value_1(fn_c4_photosynthesis_96(fn_c4_plant_59(X)))
& size_value_1(fn_c4_photosynthesis_97(fn_c4_plant_59(X)))
& attach_1(fn_plant_cell_68(fn_c4_plant_62(X)))
& carbon_skeleton_1(fn_plant_cell_43(fn_c4_plant_62(X)))
& substance_1(fn_plant_cell_44(fn_c4_plant_62(X)))
& aqueous_solution_1(fn_plant_cell_44(fn_c4_plant_62(X)))
& ion_channel_1(fn_plant_cell_96(fn_c4_plant_62(X)))
& spatial_entity_1(fn_plant_cell_98(fn_c4_plant_62(X)))
& polymer_1(fn_plant_cell_98(fn_c4_plant_62(X)))
& tangible_entity_1(fn_plant_cell_98(fn_c4_plant_62(X)))
& membrane_protein_1(fn_plant_cell_98(fn_c4_plant_62(X)))
& protein_1(fn_plant_cell_98(fn_c4_plant_62(X)))
& glycoprotein_1(fn_plant_cell_20(fn_c4_plant_62(X)))
& tangible_entity_1(fn_plant_cell_65(fn_c4_plant_62(X)))
& phospholipid_bilayer_1(fn_plant_cell_65(fn_c4_plant_62(X)))
& move_through_1(fn_plant_cell_42(fn_c4_plant_62(X)))
& move_1(fn_plant_cell_42(fn_c4_plant_62(X)))
& tangible_entity_1(fn_plant_cell_99(fn_c4_plant_62(X)))
& membrane_protein_1(fn_plant_cell_99(fn_c4_plant_62(X)))
& protein_1(fn_plant_cell_99(fn_c4_plant_62(X)))
& spatial_entity_1(fn_plant_cell_99(fn_c4_plant_62(X)))
& polymer_1(fn_plant_cell_99(fn_c4_plant_62(X)))
& membrane_protein_1(fn_plant_cell_110(fn_c4_plant_62(X)))
& protein_pump_1(fn_plant_cell_110(fn_c4_plant_62(X)))
& tangible_entity_1(fn_plant_cell_110(fn_c4_plant_62(X)))
& transmembrane_protein_1(fn_plant_cell_110(fn_c4_plant_62(X)))
& transport_protein_1(fn_plant_cell_110(fn_c4_plant_62(X)))
& carrier_protein_1(fn_plant_cell_110(fn_c4_plant_62(X)))
& integral_protein_1(fn_plant_cell_110(fn_c4_plant_62(X)))
& electrogenic_pump_1(fn_plant_cell_110(fn_c4_plant_62(X)))
& proton_pump_1(fn_plant_cell_110(fn_c4_plant_62(X)))
& spatial_entity_1(fn_plant_cell_110(fn_c4_plant_62(X)))
& surface_1(fn_plant_cell_67(fn_c4_plant_62(X)))
& outside_face_1(fn_plant_cell_67(fn_c4_plant_62(X)))
& extracellular_side_1(fn_plant_cell_67(fn_c4_plant_62(X)))
& maintenance_1(fn_plant_cell_1(fn_c4_plant_62(X)))
& defense_1(fn_plant_cell_78(fn_c4_plant_62(X)))
& support_1(fn_plant_cell_21(fn_c4_plant_62(X)))
& cell_wall_1(fn_plant_cell_82(fn_c4_plant_62(X)))
& plant_cell_wall_1(fn_plant_cell_82(fn_c4_plant_62(X)))
& cytoplasmic_streaming_1(fn_plant_cell_89(fn_c4_plant_62(X)))
& exchange_1(fn_plant_cell_71(fn_c4_plant_62(X)))
& hydrophobic_core_1(fn_plant_cell_66(fn_c4_plant_62(X)))
& surface_1(fn_plant_cell_64(fn_c4_plant_62(X)))
& cytoplasmic_side_1(fn_plant_cell_64(fn_c4_plant_62(X)))
& waxy_cuticle_1(fn_leaf_16(fn_c4_plant_103(X)))
& waxy_cuticle_1(fn_leaf_14(fn_c4_plant_103(X)))
& dermal_tissue_system_1(fn_leaf_6(fn_c4_plant_103(X)))
& atmosphere_1(fn_leaf_41(fn_c4_plant_103(X)))
& spongy_mesophyll_1(fn_leaf_45(fn_c4_plant_103(X)))
& ground_tissue_system_1(fn_leaf_5(fn_c4_plant_103(X)))
& palisade_mesophyll_1(fn_leaf_12(fn_c4_plant_103(X)))
& plant_vein_1(fn_leaf_46(fn_c4_plant_103(X)))
& vascular_tissue_system_1(fn_leaf_7(fn_c4_plant_103(X)))
& biological_region_1(fn_leaf_10(fn_c4_plant_103(X)))
& move_into_1(fn_leaf_48(fn_c4_plant_103(X)))
& enter_1(fn_leaf_47(fn_c4_plant_103(X)))
& stoma_1(fn_leaf_35(fn_c4_plant_103(X)))
& surface_1(fn_leaf_13(fn_c4_plant_103(X)))
& pyruvate_oxidation_1(fn_eukaryotic_cellular_respiration_94(fn_c4_plant_35(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_97(fn_c4_plant_35(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_97(fn_c4_plant_35(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_97(fn_c4_plant_35(X)))
& ribonucleotide_1(fn_eukaryotic_cellular_respiration_97(fn_c4_plant_35(X)))
& nucleoside_triphosphate_1(fn_eukaryotic_cellular_respiration_97(fn_c4_plant_35(X)))
& atp_1(fn_eukaryotic_cellular_respiration_97(fn_c4_plant_35(X)))
& waste_product_1(fn_cellular_respiration_58(fn_c4_plant_35(X)))
& waste_product_1(fn_cellular_respiration_59(fn_c4_plant_35(X)))
& property_node_1(fn_c4_photosynthesis_139(fn_c4_plant_59(X)))
& quantity_value_1(fn_photosynthesis_51(fn_c4_plant_59(X)))
& quantity_value_1(fn_c4_photosynthesis_114(fn_c4_plant_59(X)))
& quantity_value_1(fn_photosynthesis_52(fn_c4_plant_59(X)))
& quantity_value_1(fn_c4_photosynthesis_113(fn_c4_plant_59(X)))
& free_energy_1(fn_photosynthesis_53(fn_c4_plant_59(X)))
& free_energy_1(fn_c4_photosynthesis_138(fn_c4_plant_59(X)))
& tangible_entity_1(fn_photosynthesis_37(fn_c4_plant_59(X)))
& chemical_entity_1(fn_photosynthesis_37(fn_c4_plant_59(X)))
& sugar_1(fn_photosynthesis_37(fn_c4_plant_59(X)))
& sugar_1(fn_c4_photosynthesis_98(fn_c4_plant_59(X)))
& chemical_entity_1(fn_c4_photosynthesis_98(fn_c4_plant_59(X)))
& glucose_1(fn_c4_photosynthesis_98(fn_c4_plant_59(X)))
& structural_complexity_value_1(fn_c4_photosynthesis_137(fn_c4_plant_59(X)))
& structural_complexity_value_1(fn_c4_photosynthesis_33(fn_c4_plant_59(X)))
& tangible_entity_1(fn_exocytosis_35(fn_c4_plant_48(X)))
& molecule_1(fn_exocytosis_35(fn_c4_plant_48(X)))
& organic_molecule_1(fn_exocytosis_35(fn_c4_plant_48(X)))
& tangible_entity_1(fn_plant_cell_23(fn_c4_plant_62(X)))
& microfibril_1(fn_plant_cell_23(fn_c4_plant_62(X)))
& cellulose_1(fn_microfibril_5(fn_c4_plant_47(X)))
& cellulose_1(fn_microfibril_6(fn_c4_plant_47(X)))
& carbohydrate_1(fn_plant_cell_22(fn_c4_plant_62(X)))
& hydrophilic_compound_1(fn_plant_cell_22(fn_c4_plant_62(X)))
& polar_molecule_1(fn_plant_cell_22(fn_c4_plant_62(X)))
& polysaccharide_1(fn_plant_cell_22(fn_c4_plant_62(X)))
& cellulose_1(fn_plant_cell_22(fn_c4_plant_62(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_c4_plant_62(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_c4_plant_62(X)))
& tangible_entity_1(fn_plant_cell_84(fn_c4_plant_62(X)))
& nucleus_1(fn_plant_cell_84(fn_c4_plant_62(X)))
& spatial_entity_1(fn_exocytosis_26(fn_c4_plant_48(X)))
& biomembrane_1(fn_exocytosis_26(fn_c4_plant_48(X)))
& plasma_membrane_1(fn_exocytosis_26(fn_c4_plant_48(X)))
& membrane_1(fn_plant_cell_97(fn_c4_plant_62(X)))
& spatial_entity_1(fn_plant_cell_97(fn_c4_plant_62(X)))
& biomembrane_1(fn_plant_cell_97(fn_c4_plant_62(X)))
& plasma_membrane_1(fn_plant_cell_97(fn_c4_plant_62(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_c4_plant_62(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_c4_plant_62(X)))
& spatial_entity_1(fn_plant_cell_83(fn_c4_plant_62(X)))
& mixture_1(fn_plant_cell_83(fn_c4_plant_62(X)))
& suspension_1(fn_plant_cell_83(fn_c4_plant_62(X)))
& colloid_1(fn_plant_cell_83(fn_c4_plant_62(X)))
& cytoplasm_1(fn_plant_cell_83(fn_c4_plant_62(X)))
& cell_1(fn_metabolic_pathway_1(fn_c4_plant_35(X)))
& cell_1(fn_c4_photosynthesis_222(fn_c4_plant_59(X)))
& eukaryotic_cell_1(fn_c4_photosynthesis_222(fn_c4_plant_59(X)))
& plant_cell_1(fn_c4_photosynthesis_222(fn_c4_plant_59(X)))
& epidermis_1(fn_leaf_51(fn_c4_plant_103(X)))
& epidermis_1(fn_leaf_50(fn_c4_plant_103(X)))
& air_space_1(fn_stoma_5(fn_c4_plant_63(X)))
& air_space_1(fn_leaf_43(fn_c4_plant_103(X)))
& tangible_entity_1(fn_move_into_1(fn_c4_plant_70(X)))
& tangible_entity_1(fn_move_into_1(fn_c4_plant_71(X)))
& leaf_1(fn_stem_6(fn_c4_plant_43(X)))
& organelle_1(fn_plant_cell_59(fn_c4_plant_62(X)))
& mitochondrion_1(fn_plant_cell_59(fn_c4_plant_62(X)))
& semiautonomous_organelle_1(fn_plant_cell_59(fn_c4_plant_62(X)))
& organelle_1(fn_eukaryotic_cellular_respiration_101(fn_c4_plant_35(X)))
& mitochondrion_1(fn_eukaryotic_cellular_respiration_101(fn_c4_plant_35(X)))
& semiautonomous_organelle_1(fn_eukaryotic_cellular_respiration_101(fn_c4_plant_35(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_c4_plant_106(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_c4_plant_35(X)))
& nadh_1(fn_pyruvate_oxidation_84(fn_c4_plant_106(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_42(fn_c4_plant_35(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_42(fn_c4_plant_35(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_42(fn_c4_plant_35(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_42(fn_c4_plant_35(X)))
& chemical_entity_1(fn_cellular_respiration_56(fn_c4_plant_35(X)))
& organic_molecule_1(fn_cellular_respiration_56(fn_c4_plant_35(X)))
& molecule_1(fn_cellular_respiration_56(fn_c4_plant_35(X)))
& nadh_1(fn_cellular_respiration_56(fn_c4_plant_35(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_111(fn_c4_plant_35(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_111(fn_c4_plant_35(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_111(fn_c4_plant_35(X)))
& entity_1(fn_eukaryotic_cellular_respiration_111(fn_c4_plant_35(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_111(fn_c4_plant_35(X)))
& tangible_entity_1(fn_cellular_respiration_61(fn_c4_plant_35(X)))
& carbon_dioxide_1(fn_cellular_respiration_61(fn_c4_plant_35(X)))
& spatial_entity_1(fn_c4_photosynthesis_44(fn_c4_plant_59(X)))
& tangible_entity_1(fn_c4_photosynthesis_44(fn_c4_plant_59(X)))
& hydrophobic_compound_1(fn_c4_photosynthesis_44(fn_c4_plant_59(X)))
& molecule_1(fn_c4_photosynthesis_44(fn_c4_plant_59(X)))
& carbon_dioxide_1(fn_c4_photosynthesis_44(fn_c4_plant_59(X)))
& chemical_entity_1(fn_c4_photosynthesis_44(fn_c4_plant_59(X)))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_62(fn_c4_plant_35(X)))
& carbon_dioxide_1(fn_eukaryotic_cellular_respiration_62(fn_c4_plant_35(X)))
& chemical_energy_1(fn_exergonic_reaction_6(fn_c4_plant_106(X)))
& chemical_energy_1(fn_exergonic_reaction_6(fn_c4_plant_35(X)))
& chemical_energy_1(fn_pyruvate_oxidation_7(fn_c4_plant_106(X)))
& chemical_energy_1(fn_pyruvate_oxidation_3(fn_c4_plant_106(X)))
& chemical_energy_1(fn_cellular_respiration_43(fn_c4_plant_35(X)))
& chemical_energy_1(fn_eukaryotic_cellular_respiration_68(fn_c4_plant_35(X)))
& eukaryotic_cellular_respiration_1(fn_eukaryotic_cell_23(fn_c4_plant_62(X)))
& metabolic_pathway_1(fn_plant_cell_63(fn_c4_plant_62(X)))
& eukaryotic_cellular_respiration_1(fn_plant_cell_63(fn_c4_plant_62(X)))
& result_2(fn_c4_plant_35(X),fn_c4_plant_19(X))
& is_inside_2(fn_c4_plant_46(X),fn_c4_plant_45(X))
& by_means_of_2(fn_c4_plant_49(X),fn_c4_plant_13(X))
& agent_2(fn_c4_plant_13(X),fn_c4_plant_46(X))
& has_region_2(X,fn_c4_plant_14(X))
& has_part_2(X,fn_c4_plant_103(X))
& has_part_2(X,fn_c4_plant_43(X))
& has_part_2(X,fn_c4_plant_15(X))
& quantity_2(X,fn_c4_plant_5(X))
& the_scalar_value_2(fn_c4_plant_12(X),hot_0)
& scalar_unit_class_2(fn_c4_plant_12(X),region_0)
& is_outside_2(fn_c4_plant_11(X),X)
& temperature_2(fn_c4_plant_11(X),fn_c4_plant_12(X))
& concentration_2(fn_c4_plant_9(X),fn_c4_plant_6(X))
& has_part_2(fn_c4_plant_8(X),fn_c4_plant_9(X))
& temperature_2(fn_c4_plant_8(X),fn_c4_plant_7(X))
& correspondence_2(fn_c4_plant_5(X),fn_c4_plant_7(X))
& correspondence_2(fn_c4_plant_5(X),fn_c4_plant_6(X))
& site_2(fn_c4_plant_55(X),fn_c4_plant_50(X))
& site_2(fn_c4_plant_56(X),fn_c4_plant_54(X))
& site_2(fn_c4_plant_59(X),fn_c4_plant_50(X))
& element_2(fn_c4_plant_66(X),fn_c4_plant_75(X))
& destination_2(fn_c4_plant_70(X),fn_c4_plant_1(X))
& is_inside_2(fn_c4_plant_1(X),fn_c4_plant_103(X))
& is_outside_2(fn_c4_plant_82(X),fn_c4_plant_103(X))
& base_2(fn_c4_plant_70(X),fn_c4_plant_103(X))
& base_2(fn_c4_plant_71(X),fn_c4_plant_103(X))
& object_2(fn_c4_plant_57(X),fn_c4_plant_51(X))
& object_2(fn_c4_plant_48(X),fn_c4_plant_47(X))
& destination_2(fn_c4_plant_71(X),fn_c4_plant_80(X))
& path_2(fn_c4_plant_71(X),fn_c4_plant_63(X))
& origin_2(fn_c4_plant_71(X),fn_c4_plant_82(X))
& recipient_2(fn_c4_plant_83(X),fn_c4_plant_43(X))
& donor_2(fn_c4_plant_83(X),fn_c4_plant_103(X))
& raw_material_2(fn_c4_plant_106(X),fn_c4_plant_19(X))
& possesses_2(fn_c4_plant_19(X),fn_c4_plant_32(X))
& path_2(fn_c4_plant_48(X),fn_c4_plant_46(X))
& has_function_2(fn_c4_plant_46(X),fn_c4_plant_48(X))
& by_means_of_2(fn_c4_plant_61(X),fn_c4_plant_59(X))
& has_function_2(X,fn_c4_plant_59(X))
& result_2(fn_c4_plant_55(X),fn_c4_plant_52(X))
& in_event_2(fn_c4_plant_31(X),fn_c4_plant_35(X))
& plays_2(fn_c4_plant_52(X),fn_c4_plant_31(X))
& quantity_2(fn_c4_plant_33(X),fn_c4_plant_36(X))
& called_2(fn_c4_plant_37(X),'FE_p')
& experiencer_2(fn_c4_plant_59(X),X)
& base_2(fn_c4_plant_59(X),fn_c4_plant_62(X))
& recipient_2(fn_c4_plant_57(X),fn_c4_plant_52(X))
& has_function_2(fn_c4_plant_52(X),fn_c4_plant_57(X))
& quantity_2(fn_c4_plant_27(X),fn_c4_plant_37(X))
& greater_than_2(fn_c4_plant_37(X),fn_c4_plant_36(X))
& called_2(fn_c4_plant_36(X),'FE_r')
& result_2(fn_c4_plant_59(X),fn_c4_plant_53(X))
& size_2(fn_c4_plant_53(X),fn_c4_plant_28(X))
& greater_than_2(fn_c4_plant_28(X),fn_c4_plant_34(X))
& size_2(fn_c4_plant_52(X),fn_c4_plant_34(X))
& possesses_2(fn_c4_plant_52(X),fn_c4_plant_33(X))
& raw_material_2(fn_c4_plant_59(X),fn_c4_plant_52(X))
& structural_complexity_2(fn_c4_plant_52(X),fn_c4_plant_30(X))
& greater_than_2(fn_c4_plant_29(X),fn_c4_plant_30(X))
& structural_complexity_2(fn_c4_plant_53(X),fn_c4_plant_29(X))
& possesses_2(fn_c4_plant_53(X),fn_c4_plant_27(X))
& has_part_2(X,fn_c4_plant_16(X))
& has_function_2(X,fn_c4_plant_56(X))
& agent_2(fn_c4_plant_56(X),X)
& base_2(fn_c4_plant_56(X),X)
& has_part_2(X,fn_c4_plant_62(X))
& correspondence_2(fn_c4_plant_41(X),fn_c4_plant_42(X))
& temperature_2(X,fn_c4_plant_41(X))
& has_part_2(X,fn_c4_plant_17(X))
& site_2(fn_c4_plant_18(X),fn_c4_plant_17(X))
& subevent_2(fn_c4_plant_56(X),fn_c4_plant_18(X))
& agent_2(fn_c4_plant_61(X),X)
& in_event_2(fn_c4_plant_60(X),fn_c4_plant_61(X))
& plays_2(X,fn_c4_plant_60(X))
& has_part_2(X,fn_c4_plant_40(X))
& specific_heat_2(fn_c4_plant_40(X),fn_c4_plant_42(X))
& has_region_2(X,fn_c4_plant_44(X))
& is_inside_2(fn_c4_plant_54(X),fn_c4_plant_44(X))
& has_part_2(X,fn_c4_plant_54(X))
& has_region_2(X,fn_c4_plant_58(X))
& is_inside_2(fn_c4_plant_16(X),fn_c4_plant_58(X))
& called_2(fn_c4_plant_95(X),'MP2')
& called_2(fn_c4_plant_93(X),'MP1')
& is_inside_2(fn_c4_plant_96(X),fn_c4_plant_94(X))
& has_function_2(fn_c4_plant_62(X),fn_c4_plant_35(X))
& object_2(fn_c4_plant_98(X),fn_c4_plant_62(X))
& has_part_2(fn_c4_plant_62(X),fn_c4_plant_45(X))
& object_2(fn_c4_plant_99(X),fn_c4_plant_62(X))
& has_function_2(fn_c4_plant_46(X),fn_c4_plant_87(X))
& object_2(fn_c4_plant_86(X),fn_c4_plant_96(X))
& base_2(fn_c4_plant_86(X),fn_c4_plant_46(X))
& has_part_2(fn_c4_plant_46(X),fn_c4_plant_92(X))
& is_between_2(fn_c4_plant_46(X),fn_c4_plant_85(X))
& is_inside_2(fn_c4_plant_89(X),fn_c4_plant_85(X))
& has_region_2(fn_c4_plant_96(X),fn_c4_plant_89(X))
& has_region_2(fn_c4_plant_96(X),fn_c4_plant_88(X))
& is_inside_2(fn_c4_plant_88(X),fn_c4_plant_46(X))
& is_across_2(fn_c4_plant_96(X),fn_c4_plant_90(X))
& fn_c4_plant_95(X) != fn_c4_plant_96(X)
& fn_c4_plant_93(X) != fn_c4_plant_95(X)
& fn_c4_plant_95(X) != fn_c4_plant_93(X)
& fn_c4_plant_96(X) != fn_c4_plant_95(X)
& has_part_2(fn_c4_plant_46(X),fn_c4_plant_93(X))
& fn_c4_plant_93(X) != fn_c4_plant_96(X)
& is_at_2(fn_c4_plant_96(X),fn_c4_plant_46(X))
& has_part_2(fn_c4_plant_46(X),fn_c4_plant_91(X))
& fn_c4_plant_91(X) != fn_c4_plant_96(X)
& fn_c4_plant_96(X) != fn_c4_plant_93(X)
& fn_c4_plant_96(X) != fn_c4_plant_91(X)
& is_oriented_toward_2(fn_c4_plant_97(X),fn_c4_plant_50(X))
& path_2(fn_c4_plant_87(X),fn_c4_plant_97(X))
& base_2(fn_c4_plant_87(X),fn_c4_plant_46(X))
& has_part_2(fn_c4_plant_46(X),fn_c4_plant_94(X))
& is_inside_2(fn_c4_plant_92(X),fn_c4_plant_94(X))
& has_region_2(fn_c4_plant_46(X),fn_c4_plant_89(X))
& is_outside_2(fn_c4_plant_89(X),fn_c4_plant_46(X))
& has_part_2(fn_c4_plant_46(X),fn_c4_plant_96(X))
& is_across_2(fn_c4_plant_96(X),fn_c4_plant_46(X))
& has_part_2(fn_c4_plant_46(X),fn_c4_plant_95(X))
& object_2(fn_c4_plant_100(X),fn_c4_plant_62(X))
& agent_2(fn_c4_plant_100(X),fn_c4_plant_45(X))
& has_part_2(fn_c4_plant_45(X),fn_c4_plant_84(X))
& element_2(fn_c4_plant_47(X),fn_c4_plant_84(X))
& has_part_2(fn_c4_plant_45(X),fn_c4_plant_47(X))
& is_outside_2(fn_c4_plant_45(X),fn_c4_plant_46(X))
& has_function_2(fn_c4_plant_45(X),fn_c4_plant_99(X))
& agent_2(fn_c4_plant_99(X),fn_c4_plant_45(X))
& has_function_2(fn_c4_plant_45(X),fn_c4_plant_98(X))
& agent_2(fn_c4_plant_98(X),fn_c4_plant_45(X))
& agent_2(fn_c4_plant_102(X),fn_c4_plant_62(X))
& base_2(fn_c4_plant_102(X),fn_c4_plant_62(X))
& has_part_2(fn_c4_plant_62(X),fn_c4_plant_101(X))
& is_between_2(fn_c4_plant_50(X),fn_c4_plant_101(X))
& object_2(fn_c4_plant_49(X),fn_c4_plant_50(X))
& base_2(fn_c4_plant_35(X),fn_c4_plant_62(X))
& has_function_2(fn_c4_plant_20(X),fn_c4_plant_35(X))
& has_part_2(fn_c4_plant_62(X),fn_c4_plant_20(X))
& has_part_2(fn_c4_plant_62(X),fn_c4_plant_46(X))
& has_region_2(fn_c4_plant_46(X),fn_c4_plant_90(X))
& has_part_2(fn_c4_plant_62(X),fn_c4_plant_50(X))
& is_inside_2(fn_c4_plant_50(X),fn_c4_plant_46(X))
& has_region_2(fn_c4_plant_46(X),fn_c4_plant_97(X))
& is_facing_2(fn_c4_plant_97(X),fn_c4_plant_50(X))
& is_between_2(fn_c4_plant_50(X),fn_c4_plant_46(X))
& has_region_2(fn_c4_plant_103(X),fn_c4_plant_67(X))
& has_part_2(fn_c4_plant_103(X),fn_c4_plant_72(X))
& destination_2(fn_c4_plant_69(X),fn_c4_plant_80(X))
& has_part_2(fn_c4_plant_103(X),fn_c4_plant_76(X))
& has_part_2(fn_c4_plant_103(X),fn_c4_plant_75(X))
& is_above_2(fn_c4_plant_75(X),fn_c4_plant_78(X))
& fn_c4_plant_75(X) != fn_c4_plant_76(X)
& is_above_2(fn_c4_plant_76(X),fn_c4_plant_73(X))
& has_part_2(fn_c4_plant_103(X),fn_c4_plant_73(X))
& has_part_2(fn_c4_plant_103(X),fn_c4_plant_74(X))
& is_above_2(fn_c4_plant_74(X),fn_c4_plant_76(X))
& fn_c4_plant_76(X) != fn_c4_plant_75(X)
& has_part_2(fn_c4_plant_103(X),fn_c4_plant_77(X))
& is_above_2(fn_c4_plant_77(X),fn_c4_plant_75(X))
& has_region_2(fn_c4_plant_75(X),fn_c4_plant_63(X))
& fn_c4_plant_73(X) != fn_c4_plant_77(X)
& fn_c4_plant_77(X) != fn_c4_plant_73(X)
& base_2(fn_c4_plant_69(X),fn_c4_plant_103(X))
& origin_2(fn_c4_plant_69(X),fn_c4_plant_81(X))
& is_outside_2(fn_c4_plant_81(X),fn_c4_plant_103(X))
& has_region_2(fn_c4_plant_103(X),fn_c4_plant_66(X))
& element_2(fn_c4_plant_66(X),fn_c4_plant_76(X))
& has_part_2(fn_c4_plant_103(X),fn_c4_plant_78(X))
& is_inside_2(fn_c4_plant_78(X),fn_c4_plant_67(X))
& is_inside_2(fn_c4_plant_74(X),fn_c4_plant_67(X))
& has_region_2(fn_c4_plant_74(X),fn_c4_plant_80(X))
& is_inside_2(fn_c4_plant_80(X),fn_c4_plant_103(X))
& base_2(fn_c4_plant_68(X),fn_c4_plant_103(X))
& destination_2(fn_c4_plant_68(X),fn_c4_plant_79(X))
& is_inside_2(fn_c4_plant_79(X),fn_c4_plant_103(X))
& has_region_2(fn_c4_plant_103(X),fn_c4_plant_65(X))
& is_inside_2(fn_c4_plant_72(X),fn_c4_plant_65(X))
& has_region_2(fn_c4_plant_103(X),fn_c4_plant_64(X))
& is_at_2(fn_c4_plant_63(X),fn_c4_plant_64(X))
& path_2(fn_c4_plant_69(X),fn_c4_plant_63(X))
& is_near_2(fn_c4_plant_80(X),fn_c4_plant_63(X))
& is_near_2(fn_c4_plant_63(X),fn_c4_plant_80(X))
& subevent_2(fn_c4_plant_35(X),fn_c4_plant_106(X))
& possesses_2(fn_c4_plant_104(X),fn_c4_plant_32(X))
& result_2(fn_c4_plant_106(X),fn_c4_plant_104(X))
& site_2(fn_c4_plant_106(X),fn_c4_plant_20(X))
& result_2(fn_c4_plant_35(X),fn_c4_plant_105(X))
& possesses_2(fn_c4_plant_105(X),fn_c4_plant_32(X))
& possesses_2(fn_c4_plant_52(X),fn_c4_plant_32(X))
& result_2(fn_c4_plant_35(X),fn_c4_plant_52(X))
& result_2(fn_c4_plant_35(X),fn_c4_plant_104(X))
& fn_c4_plant_103(X) = fn_move_into_1(fn_c4_plant_70(X))
& fn_c4_plant_103(X) = fn_move_into_1(fn_c4_plant_71(X))
& fn_c4_plant_51(X) = fn_transfer_1(fn_c4_plant_57(X))
& fn_c4_plant_47(X) = fn_exocytosis_35(fn_c4_plant_48(X))
& fn_c4_plant_48(X) = fn_microfibril_13(fn_c4_plant_47(X))
& fn_c4_plant_80(X) = fn_stoma_5(fn_c4_plant_63(X))
& fn_c4_plant_82(X) = fn_stoma_10(fn_c4_plant_63(X))
& fn_c4_plant_71(X) = fn_stoma_7(fn_c4_plant_63(X))
& fn_c4_plant_103(X) = fn_stem_6(fn_c4_plant_43(X))
& fn_c4_plant_83(X) = fn_stem_11(fn_c4_plant_43(X))
& fn_c4_plant_32(X) = fn_pyruvate_oxidation_3(fn_c4_plant_106(X))
& fn_c4_plant_19(X) = fn_pyruvate_oxidation_85(fn_c4_plant_106(X))
& fn_c4_plant_46(X) = fn_exocytosis_26(fn_c4_plant_48(X))
& fn_c4_plant_61(X) = fn_plant_19(X)
& fn_c4_plant_31(X) = fn_cellular_respiration_58(fn_c4_plant_35(X))
& fn_c4_plant_31(X) = fn_cellular_respiration_59(fn_c4_plant_35(X))
& fn_c4_plant_26(X) = fn_c4_photosynthesis_99(fn_c4_plant_59(X))
& fn_c4_plant_25(X) = fn_plant_41(X)
& fn_c4_plant_25(X) = fn_c4_photosynthesis_139(fn_c4_plant_59(X))
& fn_c4_plant_24(X) = fn_c4_photosynthesis_93(fn_c4_plant_59(X))
& fn_c4_plant_23(X) = fn_c4_photosynthesis_100(fn_c4_plant_59(X))
& X = fn_c4_photosynthesis_151(fn_c4_plant_59(X))
& fn_c4_plant_22(X) = fn_c4_photosynthesis_144(fn_c4_plant_59(X))
& fn_c4_plant_62(X) = fn_c4_photosynthesis_222(fn_c4_plant_59(X))
& fn_c4_plant_21(X) = fn_c4_photosynthesis_145(fn_c4_plant_59(X))
& fn_c4_plant_57(X) = fn_c4_photosynthesis_72(fn_c4_plant_59(X))
& fn_c4_plant_36(X) = fn_photosynthesis_51(fn_c4_plant_59(X))
& fn_c4_plant_36(X) = fn_plant_23(X)
& fn_c4_plant_36(X) = fn_c4_photosynthesis_114(fn_c4_plant_59(X))
& fn_c4_plant_37(X) = fn_photosynthesis_52(fn_c4_plant_59(X))
& fn_c4_plant_37(X) = fn_plant_24(X)
& fn_c4_plant_37(X) = fn_c4_photosynthesis_113(fn_c4_plant_59(X))
& fn_c4_plant_33(X) = fn_c4_photosynthesis_34(fn_c4_plant_59(X))
& fn_c4_plant_34(X) = fn_c4_photosynthesis_96(fn_c4_plant_59(X))
& fn_c4_plant_28(X) = fn_c4_photosynthesis_97(fn_c4_plant_59(X))
& fn_c4_plant_53(X) = fn_photosynthesis_37(fn_c4_plant_59(X))
& fn_c4_plant_27(X) = fn_photosynthesis_53(fn_c4_plant_59(X))
& fn_c4_plant_53(X) = fn_plant_36(X)
& fn_c4_plant_27(X) = fn_plant_28(X)
& fn_c4_plant_27(X) = fn_c4_photosynthesis_138(fn_c4_plant_59(X))
& fn_c4_plant_53(X) = fn_c4_photosynthesis_98(fn_c4_plant_59(X))
& fn_c4_plant_29(X) = fn_plant_30(X)
& fn_c4_plant_29(X) = fn_c4_photosynthesis_137(fn_c4_plant_59(X))
& fn_c4_plant_30(X) = fn_plant_31(X)
& fn_c4_plant_30(X) = fn_c4_photosynthesis_33(fn_c4_plant_59(X))
& fn_c4_plant_59(X) = fn_plant_18(X)
& fn_c4_plant_52(X) = fn_plant_38(X)
& fn_c4_plant_52(X) = fn_c4_photosynthesis_44(fn_c4_plant_59(X))
& fn_c4_plant_39(X) = fn_vascular_plant_22(X)
& fn_c4_plant_38(X) = fn_vascular_plant_21(X)
& fn_c4_plant_62(X) = fn_vascular_plant_20(X)
& fn_c4_plant_56(X) = fn_vascular_plant_24(X)
& fn_c4_plant_18(X) = fn_vascular_plant_23(X)
& fn_c4_plant_17(X) = fn_vascular_plant_25(X)
& fn_c4_plant_41(X) = fn_vascular_plant_13(X)
& fn_c4_plant_42(X) = fn_vascular_plant_14(X)
& fn_c4_plant_40(X) = fn_vascular_plant_12(X)
& fn_c4_plant_60(X) = fn_vascular_plant_19(X)
& fn_c4_plant_61(X) = fn_vascular_plant_18(X)
& fn_c4_plant_16(X) = fn_vascular_plant_26(X)
& fn_c4_plant_58(X) = fn_vascular_plant_15(X)
& fn_c4_plant_54(X) = fn_vascular_plant_9(X)
& fn_c4_plant_44(X) = fn_vascular_plant_16(X)
& fn_c4_plant_86(X) = fn_plant_cell_68(fn_c4_plant_62(X))
& fn_c4_plant_88(X) = fn_plant_cell_43(fn_c4_plant_62(X))
& fn_c4_plant_85(X) = fn_plant_cell_44(fn_c4_plant_62(X))
& fn_c4_plant_91(X) = fn_plant_cell_96(fn_c4_plant_62(X))
& fn_c4_plant_93(X) = fn_plant_cell_98(fn_c4_plant_62(X))
& fn_c4_plant_92(X) = fn_plant_cell_20(fn_c4_plant_62(X))
& fn_c4_plant_94(X) = fn_plant_cell_65(fn_c4_plant_62(X))
& fn_c4_plant_87(X) = fn_plant_cell_42(fn_c4_plant_62(X))
& fn_c4_plant_95(X) = fn_plant_cell_99(fn_c4_plant_62(X))
& fn_c4_plant_96(X) = fn_plant_cell_110(fn_c4_plant_62(X))
& fn_c4_plant_89(X) = fn_plant_cell_67(fn_c4_plant_62(X))
& fn_c4_plant_84(X) = fn_microfibril_5(fn_c4_plant_47(X))
& fn_c4_plant_84(X) = fn_microfibril_6(fn_c4_plant_47(X))
& fn_c4_plant_47(X) = fn_plant_cell_23(fn_c4_plant_62(X))
& fn_c4_plant_84(X) = fn_plant_cell_22(fn_c4_plant_62(X))
& fn_c4_plant_100(X) = fn_plant_cell_1(fn_c4_plant_62(X))
& fn_c4_plant_98(X) = fn_plant_cell_78(fn_c4_plant_62(X))
& fn_c4_plant_99(X) = fn_plant_cell_21(fn_c4_plant_62(X))
& fn_c4_plant_45(X) = fn_plant_cell_82(fn_c4_plant_62(X))
& fn_c4_plant_49(X) = fn_plant_cell_89(fn_c4_plant_62(X))
& fn_c4_plant_101(X) = fn_eukaryotic_cell_26(fn_c4_plant_62(X))
& fn_c4_plant_101(X) = fn_plant_cell_84(fn_c4_plant_62(X))
& fn_c4_plant_102(X) = fn_plant_cell_71(fn_c4_plant_62(X))
& fn_c4_plant_90(X) = fn_plant_cell_66(fn_c4_plant_62(X))
& fn_c4_plant_20(X) = fn_plant_cell_59(fn_c4_plant_62(X))
& fn_c4_plant_62(X) = fn_metabolic_pathway_1(fn_c4_plant_35(X))
& fn_c4_plant_35(X) = fn_eukaryotic_cell_23(fn_c4_plant_62(X))
& fn_c4_plant_35(X) = fn_plant_cell_63(fn_c4_plant_62(X))
& fn_c4_plant_97(X) = fn_plant_cell_64(fn_c4_plant_62(X))
& fn_c4_plant_46(X) = fn_plant_cell_97(fn_c4_plant_62(X))
& fn_c4_plant_50(X) = fn_eukaryotic_cell_31(fn_c4_plant_62(X))
& fn_c4_plant_50(X) = fn_plant_cell_83(fn_c4_plant_62(X))
& fn_c4_plant_76(X) = fn_leaf_51(fn_c4_plant_103(X))
& fn_c4_plant_75(X) = fn_leaf_50(fn_c4_plant_103(X))
& fn_c4_plant_73(X) = fn_leaf_16(fn_c4_plant_103(X))
& fn_c4_plant_77(X) = fn_leaf_14(fn_c4_plant_103(X))
& fn_c4_plant_76(X) = fn_leaf_50(fn_c4_plant_103(X))
& fn_c4_plant_66(X) = fn_leaf_6(fn_c4_plant_103(X))
& fn_c4_plant_81(X) = fn_leaf_41(fn_c4_plant_103(X))
& fn_c4_plant_74(X) = fn_leaf_45(fn_c4_plant_103(X))
& fn_c4_plant_67(X) = fn_leaf_5(fn_c4_plant_103(X))
& fn_c4_plant_78(X) = fn_leaf_12(fn_c4_plant_103(X))
& fn_c4_plant_72(X) = fn_leaf_46(fn_c4_plant_103(X))
& fn_c4_plant_65(X) = fn_leaf_7(fn_c4_plant_103(X))
& fn_c4_plant_79(X) = fn_leaf_10(fn_c4_plant_103(X))
& fn_c4_plant_68(X) = fn_leaf_48(fn_c4_plant_103(X))
& fn_c4_plant_69(X) = fn_leaf_47(fn_c4_plant_103(X))
& fn_c4_plant_80(X) = fn_leaf_43(fn_c4_plant_103(X))
& fn_c4_plant_63(X) = fn_leaf_35(fn_c4_plant_103(X))
& fn_c4_plant_64(X) = fn_leaf_13(fn_c4_plant_103(X))
& fn_c4_plant_20(X) = fn_eukaryotic_cellular_respiration_101(fn_c4_plant_35(X))
& fn_c4_plant_106(X) = fn_eukaryotic_cellular_respiration_94(fn_c4_plant_35(X))
& fn_c4_plant_104(X) = fn_exergonic_reaction_11(fn_c4_plant_106(X))
& fn_c4_plant_32(X) = fn_exergonic_reaction_6(fn_c4_plant_106(X))
& fn_c4_plant_32(X) = fn_exergonic_reaction_6(fn_c4_plant_35(X))
& fn_c4_plant_104(X) = fn_pyruvate_oxidation_84(fn_c4_plant_106(X))
& fn_c4_plant_32(X) = fn_pyruvate_oxidation_7(fn_c4_plant_106(X))
& fn_c4_plant_104(X) = fn_cellular_respiration_56(fn_c4_plant_35(X))
& fn_c4_plant_104(X) = fn_exergonic_reaction_11(fn_c4_plant_35(X))
& fn_c4_plant_104(X) = fn_eukaryotic_cellular_respiration_42(fn_c4_plant_35(X))
& fn_c4_plant_104(X) = fn_eukaryotic_cellular_respiration_111(fn_c4_plant_35(X))
& fn_c4_plant_52(X) = fn_cellular_respiration_61(fn_c4_plant_35(X))
& fn_c4_plant_32(X) = fn_cellular_respiration_43(fn_c4_plant_35(X))
& fn_c4_plant_52(X) = fn_eukaryotic_cellular_respiration_62(fn_c4_plant_35(X))
& fn_c4_plant_32(X) = fn_eukaryotic_cellular_respiration_68(fn_c4_plant_35(X))
& fn_c4_plant_105(X) = fn_eukaryotic_cellular_respiration_97(fn_c4_plant_35(X))
& fn_cellular_respiration_59(fn_c4_plant_35(X)) = fn_cellular_respiration_58(fn_c4_plant_35(X))
& fn_cellular_respiration_58(fn_c4_plant_35(X)) = fn_cellular_respiration_59(fn_c4_plant_35(X))
& fn_cellular_respiration_59(fn_c4_plant_35(X)) = fn_plant_41(X)
& fn_plant_41(X) = fn_c4_photosynthesis_139(fn_c4_plant_59(X))
& fn_c4_photosynthesis_139(fn_c4_plant_59(X)) = fn_photosynthesis_51(fn_c4_plant_59(X))
& fn_photosynthesis_51(fn_c4_plant_59(X)) = fn_photosynthesis_51(fn_c4_plant_59(X))
& fn_photosynthesis_51(fn_c4_plant_59(X)) = fn_plant_23(X)
& fn_c4_photosynthesis_114(fn_c4_plant_59(X)) = fn_c4_photosynthesis_114(fn_c4_plant_59(X))
& fn_c4_photosynthesis_114(fn_c4_plant_59(X)) = fn_plant_23(X)
& fn_plant_23(X) = fn_c4_photosynthesis_114(fn_c4_plant_59(X))
& fn_c4_photosynthesis_114(fn_c4_plant_59(X)) = fn_photosynthesis_52(fn_c4_plant_59(X))
& fn_plant_24(X) = fn_photosynthesis_52(fn_c4_plant_59(X))
& fn_photosynthesis_52(fn_c4_plant_59(X)) = fn_plant_24(X)
& fn_c4_photosynthesis_113(fn_c4_plant_59(X)) = fn_c4_photosynthesis_113(fn_c4_plant_59(X))
& fn_c4_photosynthesis_113(fn_c4_plant_59(X)) = fn_plant_24(X)
& fn_plant_24(X) = fn_c4_photosynthesis_113(fn_c4_plant_59(X))
& fn_c4_photosynthesis_113(fn_c4_plant_59(X)) = fn_photosynthesis_53(fn_c4_plant_59(X))
& fn_plant_28(X) = fn_photosynthesis_53(fn_c4_plant_59(X))
& fn_photosynthesis_53(fn_c4_plant_59(X)) = fn_plant_28(X)
& fn_plant_28(X) = fn_plant_28(X)
& fn_c4_photosynthesis_138(fn_c4_plant_59(X)) = fn_plant_28(X)
& fn_plant_28(X) = fn_c4_photosynthesis_138(fn_c4_plant_59(X))
& fn_c4_photosynthesis_138(fn_c4_plant_59(X)) = fn_photosynthesis_37(fn_c4_plant_59(X))
& fn_plant_36(X) = fn_photosynthesis_37(fn_c4_plant_59(X))
& fn_photosynthesis_37(fn_c4_plant_59(X)) = fn_plant_36(X)
& fn_c4_photosynthesis_98(fn_c4_plant_59(X)) = fn_plant_36(X)
& fn_plant_36(X) = fn_c4_photosynthesis_98(fn_c4_plant_59(X))
& fn_c4_photosynthesis_98(fn_c4_plant_59(X)) = fn_c4_photosynthesis_98(fn_c4_plant_59(X))
& fn_c4_photosynthesis_98(fn_c4_plant_59(X)) = fn_plant_30(X)
& fn_c4_photosynthesis_137(fn_c4_plant_59(X)) = fn_c4_photosynthesis_137(fn_c4_plant_59(X))
& fn_c4_photosynthesis_137(fn_c4_plant_59(X)) = fn_plant_30(X)
& fn_plant_30(X) = fn_c4_photosynthesis_137(fn_c4_plant_59(X))
& fn_c4_photosynthesis_137(fn_c4_plant_59(X)) = fn_c4_photosynthesis_33(fn_c4_plant_59(X))
& fn_c4_photosynthesis_33(fn_c4_plant_59(X)) = fn_plant_31(X)
& fn_plant_31(X) = fn_c4_photosynthesis_33(fn_c4_plant_59(X))
& fn_c4_photosynthesis_33(fn_c4_plant_59(X)) = fn_plant_19(X)
& fn_plant_19(X) = fn_vascular_plant_18(X)
& fn_vascular_plant_18(X) = fn_vascular_plant_18(X)
& fn_vascular_plant_18(X) = fn_exocytosis_35(fn_c4_plant_48(X))
& fn_exocytosis_35(fn_c4_plant_48(X)) = fn_plant_cell_23(fn_c4_plant_62(X))
& fn_plant_cell_23(fn_c4_plant_62(X)) = fn_plant_cell_23(fn_c4_plant_62(X))
& fn_plant_cell_23(fn_c4_plant_62(X)) = fn_microfibril_5(fn_c4_plant_47(X))
& fn_microfibril_5(fn_c4_plant_47(X)) = fn_microfibril_6(fn_c4_plant_47(X))
& fn_microfibril_6(fn_c4_plant_47(X)) = fn_microfibril_6(fn_c4_plant_47(X))
& fn_microfibril_6(fn_c4_plant_47(X)) = fn_plant_cell_22(fn_c4_plant_62(X))
& fn_plant_cell_22(fn_c4_plant_62(X)) = fn_plant_cell_22(fn_c4_plant_62(X))
& fn_plant_cell_22(fn_c4_plant_62(X)) = fn_plant_cell_84(fn_c4_plant_62(X))
& fn_plant_cell_84(fn_c4_plant_62(X)) = fn_eukaryotic_cell_26(fn_c4_plant_62(X))
& fn_eukaryotic_cell_26(fn_c4_plant_62(X)) = fn_plant_cell_84(fn_c4_plant_62(X))
& fn_plant_cell_84(fn_c4_plant_62(X)) = fn_exocytosis_26(fn_c4_plant_48(X))
& fn_exocytosis_26(fn_c4_plant_48(X)) = fn_exocytosis_26(fn_c4_plant_48(X))
& fn_exocytosis_26(fn_c4_plant_48(X)) = fn_plant_cell_97(fn_c4_plant_62(X))
& fn_plant_cell_97(fn_c4_plant_62(X)) = fn_plant_cell_97(fn_c4_plant_62(X))
& fn_plant_cell_97(fn_c4_plant_62(X)) = fn_plant_cell_83(fn_c4_plant_62(X))
& fn_plant_cell_83(fn_c4_plant_62(X)) = fn_plant_cell_83(fn_c4_plant_62(X))
& fn_plant_cell_83(fn_c4_plant_62(X)) = fn_eukaryotic_cell_31(fn_c4_plant_62(X))
& fn_eukaryotic_cell_31(fn_c4_plant_62(X)) = fn_plant_cell_83(fn_c4_plant_62(X))
& fn_plant_cell_83(fn_c4_plant_62(X)) = fn_c4_photosynthesis_222(fn_c4_plant_59(X))
& fn_c4_photosynthesis_222(fn_c4_plant_59(X)) = fn_metabolic_pathway_1(fn_c4_plant_35(X))
& fn_metabolic_pathway_1(fn_c4_plant_35(X)) = fn_c4_photosynthesis_222(fn_c4_plant_59(X))
& fn_c4_photosynthesis_222(fn_c4_plant_59(X)) = fn_vascular_plant_20(X)
& fn_vascular_plant_20(X) = fn_leaf_51(fn_c4_plant_103(X))
& fn_leaf_51(fn_c4_plant_103(X)) = fn_leaf_51(fn_c4_plant_103(X))
& fn_leaf_51(fn_c4_plant_103(X)) = fn_leaf_50(fn_c4_plant_103(X))
& fn_leaf_50(fn_c4_plant_103(X)) = fn_stoma_5(fn_c4_plant_63(X))
& fn_stoma_5(fn_c4_plant_63(X)) = fn_leaf_43(fn_c4_plant_103(X))
& fn_leaf_43(fn_c4_plant_103(X)) = fn_leaf_43(fn_c4_plant_103(X))
& fn_leaf_43(fn_c4_plant_103(X)) = fn_move_into_1(fn_c4_plant_70(X))
& fn_move_into_1(fn_c4_plant_70(X)) = fn_move_into_1(fn_c4_plant_71(X))
& fn_move_into_1(fn_c4_plant_71(X)) = fn_stem_6(fn_c4_plant_43(X))
& fn_stem_6(fn_c4_plant_43(X)) = fn_plant_cell_59(fn_c4_plant_62(X))
& fn_plant_cell_59(fn_c4_plant_62(X)) = fn_plant_cell_59(fn_c4_plant_62(X))
& fn_plant_cell_59(fn_c4_plant_62(X)) = fn_eukaryotic_cellular_respiration_101(fn_c4_plant_35(X))
& fn_eukaryotic_cellular_respiration_101(fn_c4_plant_35(X)) = fn_exergonic_reaction_11(fn_c4_plant_106(X))
& fn_exergonic_reaction_11(fn_c4_plant_106(X)) = fn_pyruvate_oxidation_84(fn_c4_plant_106(X))
& fn_pyruvate_oxidation_84(fn_c4_plant_106(X)) = fn_exergonic_reaction_11(fn_c4_plant_106(X))
& fn_exergonic_reaction_11(fn_c4_plant_106(X)) = fn_exergonic_reaction_11(fn_c4_plant_35(X))
& fn_pyruvate_oxidation_84(fn_c4_plant_106(X)) = fn_exergonic_reaction_11(fn_c4_plant_35(X))
& fn_exergonic_reaction_11(fn_c4_plant_35(X)) = fn_pyruvate_oxidation_84(fn_c4_plant_106(X))
& fn_pyruvate_oxidation_84(fn_c4_plant_106(X)) = fn_pyruvate_oxidation_84(fn_c4_plant_106(X))
& fn_pyruvate_oxidation_84(fn_c4_plant_106(X)) = fn_eukaryotic_cellular_respiration_42(fn_c4_plant_35(X))
& fn_eukaryotic_cellular_respiration_42(fn_c4_plant_35(X)) = fn_eukaryotic_cellular_respiration_42(fn_c4_plant_35(X))
& fn_eukaryotic_cellular_respiration_42(fn_c4_plant_35(X)) = fn_cellular_respiration_56(fn_c4_plant_35(X))
& fn_cellular_respiration_56(fn_c4_plant_35(X)) = fn_eukaryotic_cellular_respiration_42(fn_c4_plant_35(X))
& fn_eukaryotic_cellular_respiration_42(fn_c4_plant_35(X)) = fn_eukaryotic_cellular_respiration_111(fn_c4_plant_35(X))
& fn_eukaryotic_cellular_respiration_111(fn_c4_plant_35(X)) = fn_cellular_respiration_56(fn_c4_plant_35(X))
& fn_cellular_respiration_56(fn_c4_plant_35(X)) = fn_eukaryotic_cellular_respiration_111(fn_c4_plant_35(X))
& fn_eukaryotic_cellular_respiration_111(fn_c4_plant_35(X)) = fn_eukaryotic_cellular_respiration_111(fn_c4_plant_35(X))
& fn_eukaryotic_cellular_respiration_111(fn_c4_plant_35(X)) = fn_cellular_respiration_61(fn_c4_plant_35(X))
& fn_cellular_respiration_61(fn_c4_plant_35(X)) = fn_plant_38(X)
& fn_plant_38(X) = fn_plant_38(X)
& fn_plant_38(X) = fn_cellular_respiration_61(fn_c4_plant_35(X))
& fn_cellular_respiration_61(fn_c4_plant_35(X)) = fn_cellular_respiration_61(fn_c4_plant_35(X))
& fn_c4_photosynthesis_44(fn_c4_plant_59(X)) = fn_cellular_respiration_61(fn_c4_plant_35(X))
& fn_cellular_respiration_61(fn_c4_plant_35(X)) = fn_c4_photosynthesis_44(fn_c4_plant_59(X))
& fn_c4_photosynthesis_44(fn_c4_plant_59(X)) = fn_c4_photosynthesis_44(fn_c4_plant_59(X))
& fn_c4_photosynthesis_44(fn_c4_plant_59(X)) = fn_eukaryotic_cellular_respiration_62(fn_c4_plant_35(X))
& fn_eukaryotic_cellular_respiration_62(fn_c4_plant_35(X)) = fn_eukaryotic_cellular_respiration_62(fn_c4_plant_35(X))
& fn_eukaryotic_cellular_respiration_62(fn_c4_plant_35(X)) = fn_exergonic_reaction_6(fn_c4_plant_106(X))
& fn_exergonic_reaction_6(fn_c4_plant_106(X)) = fn_exergonic_reaction_6(fn_c4_plant_35(X))
& fn_exergonic_reaction_6(fn_c4_plant_35(X)) = fn_pyruvate_oxidation_7(fn_c4_plant_106(X))
& fn_pyruvate_oxidation_3(fn_c4_plant_106(X)) = fn_pyruvate_oxidation_7(fn_c4_plant_106(X))
& fn_pyruvate_oxidation_7(fn_c4_plant_106(X)) = fn_pyruvate_oxidation_3(fn_c4_plant_106(X))
& fn_pyruvate_oxidation_3(fn_c4_plant_106(X)) = fn_cellular_respiration_43(fn_c4_plant_35(X))
& fn_cellular_respiration_43(fn_c4_plant_35(X)) = fn_cellular_respiration_43(fn_c4_plant_35(X))
& fn_eukaryotic_cellular_respiration_68(fn_c4_plant_35(X)) = fn_cellular_respiration_43(fn_c4_plant_35(X))
& fn_cellular_respiration_43(fn_c4_plant_35(X)) = fn_eukaryotic_cellular_respiration_68(fn_c4_plant_35(X))
& fn_eukaryotic_cellular_respiration_68(fn_c4_plant_35(X)) = fn_eukaryotic_cellular_respiration_68(fn_c4_plant_35(X))
& fn_eukaryotic_cellular_respiration_68(fn_c4_plant_35(X)) = fn_plant_cell_63(fn_c4_plant_62(X))
& fn_plant_cell_63(fn_c4_plant_62(X)) = fn_plant_cell_63(fn_c4_plant_62(X))
& fn_plant_cell_63(fn_c4_plant_62(X)) = fn_eukaryotic_cell_23(fn_c4_plant_62(X))
& fn_eukaryotic_cell_23(fn_c4_plant_62(X)) = fn_plant_cell_63(fn_c4_plant_62(X)) ) ) ).
fof(a528019,axiom,
! [X] :
( c7h5o2_minus_1(X)
=> ( original_name_2(X,'C7H5O2-Minus')
& concept2words_2(X,'c7h5o2 minus')
& concept2words_2(X,'c7h5o2-minus')
& polyatomic_ion_1(X)
& anion_1(X)
& charge_value_1(fn_c7h5o2_minus_1(X))
& the_cardinal_value_2(fn_c7h5o2_minus_1(X),"-1")
& cardinal_unit_class_2(fn_c7h5o2_minus_1(X),unity_0)
& charge_2(X,fn_c7h5o2_minus_1(X))
& fn_c7h5o2_minus_2(X) = fn_anion_7(X)
& fn_c7h5o2_minus_1(X) = fn_anion_6(X) ) ) ).
fof(a528020,axiom,
! [X] :
( cabbage_plant_1(X)
=> ( original_name_2(X,'Cabbage-Plant')
& user_description_2(X,'Member of the Brassica plant family which produces heads of cabbage. Grown as an important food crop.')
& concept2words_2(X,'plant of cabbage')
& concept2words_2(X,'cabbage plant')
& concept2words_2(X,'cabbage-plant')
& food_plant_1(X) ) ) ).
fof(a528021,axiom,
! [X] :
( cabinet_1(X)
=> ( original_name_2(X,'Cabinet')
& concept2words_2(X,cabinet)
& furniture_1(X)
& ~ shelf_1(X)
& ~ drawer_1(X) ) ) ).
fof(a528022,axiom,
! [X] :
( cacti_spine_1(X)
=> ( original_name_2(X,'Cacti-Spine')
& user_description_2(X,'A modified leaf in cacti that creates a hard structure with a sharp, pointy end, which is generally used to protect against herbivores.')
& concept2words_2(X,needle)
& concept2words_2(X,spine)
& concept2words_2(X,'cactus spine')
& concept2words_2(X,'spine of cactus')
& concept2words_2(X,'cacti spine')
& concept2words_2(X,'cacti-spine')
& plant_appendage_1(X) ) ) ).
fof(a528023,axiom,
! [X] :
( cactus_1(X)
=> ( original_name_2(X,'Cactus')
& user_description_2(X,'Cacti are succulent plants that live in dry areas.')
& concept2words_2(X,cacti)
& concept2words_2(X,cactus)
& succulent_plant_1(X)
& ~ pineapple_plant_1(X)
& consistency_value_1(fn_cactus_2(X))
& specific_heat_value_1(fn_cactus_5(X))
& store_1(fn_cactus_6(X))
& stem_1(fn_cactus_7(X))
& entity_1(fn_cactus_8(X))
& water_1(fn_cactus_8(X))
& temperature_value_1(fn_cactus_9(X))
& spatial_entity_1(fn_store_2(fn_cactus_6(X)))
& entity_1(fn_store_1(fn_cactus_6(X)))
& the_categorical_value_2(fn_cactus_2(X),fleshy_0)
& consistency_2(fn_cactus_7(X),fn_cactus_2(X))
& base_2(fn_cactus_6(X),fn_cactus_7(X))
& object_2(fn_cactus_6(X),fn_cactus_8(X))
& temperature_2(X,fn_cactus_9(X))
& has_part_2(X,fn_cactus_8(X))
& specific_heat_2(fn_cactus_8(X),fn_cactus_5(X))
& correspondence_2(fn_cactus_9(X),fn_cactus_5(X))
& fn_cactus_7(X) = fn_store_2(fn_cactus_6(X))
& fn_cactus_8(X) = fn_store_1(fn_cactus_6(X))
& fn_cactus_4(X) = fn_succulent_plant_62(X)
& fn_cactus_3(X) = fn_succulent_plant_63(X)
& fn_cactus_9(X) = fn_succulent_plant_60(X)
& fn_cactus_5(X) = fn_succulent_plant_59(X)
& fn_cactus_8(X) = fn_succulent_plant_61(X)
& fn_store_1(fn_cactus_6(X)) = fn_succulent_plant_61(X)
& fn_succulent_plant_61(X) = fn_succulent_plant_61(X) ) ) ).
fof(a528024,axiom,
! [X] :
( caddisfly_1(X)
=> ( original_name_2(X,'Caddisfly')
& user_description_2(X,'Member of the insect order Trichoptera. Caddisflies have aquatic larvae.')
& concept2words_2(X,caddisfly)
& trichoptera_1(X)
& ~ aphid_1(X)
& ~ beetle_1(X)
& ~ dermaptera_1(X)
& ~ diptera_1(X)
& ~ hymenoptera_1(X)
& ~ isoptera_1(X)
& ~ lepidoptera_1(X)
& ~ mayfly_1(X)
& ~ odonata_1(X)
& ~ orthoptera_1(X)
& ~ sucking_louse_1(X) ) ) ).
fof(a528025,axiom,
! [X] :
( cadherin_1(X)
=> ( original_name_2(X,'Cadherin')
& user_description_2(X,'A member of an important class of cell adhesion molecules that requires extracellular calcium ions for its function.')
& concept2words_2(X,cadherin)
& protein_1(X) ) ) ).
fof(a528026,axiom,
! [X] :
( cadmium_1(X)
=> ( original_name_2(X,'Cadmium')
& user_description_2(X,'Cadmium is a metal atom with atomic number 48. It is represented by the symbol Cd.')
& concept2words_2(X,cadmium)
& concept2words_2(X,'Cd')
& metal_atom_1(X)
& neutron_1(fn_cadmium_3(X))
& atomic_mass_value_1(fn_cadmium_4(X))
& electronegativity_value_1(fn_cadmium_5(X))
& valence_electron_1(fn_cadmium_9(X))
& atomic_weight_value_1(fn_cadmium_10(X))
& atomic_number_value_1(fn_cadmium_11(X))
& quantity_value_1(fn_cadmium_12(X))
& electronegativity_2(X,fn_cadmium_5(X))
& mass_number_2(X,fn_cadmium_4(X))
& exactCardinality(X,has_part_0,"64",neutron_0)
& exactCardinality(X,has_part_0,"48",proton_0)
& exactCardinality(X,has_part_0,"48",electron_0)
& has_part_2(X,fn_cadmium_3(X))
& the_cardinal_value_2(fn_cadmium_12(X),"2")
& cardinal_unit_class_2(fn_cadmium_12(X),unity_0)
& the_cardinal_value_2(fn_cadmium_5(X),"1.69")
& cardinal_unit_class_2(fn_cadmium_5(X),unity_0)
& the_cardinal_value_2(fn_cadmium_4(X),"112")
& cardinal_unit_class_2(fn_cadmium_4(X),unity_0)
& the_cardinal_value_2(fn_cadmium_11(X),"48")
& cardinal_unit_class_2(fn_cadmium_11(X),unity_0)
& the_cardinal_value_2(fn_cadmium_10(X),"112.4")
& cardinal_unit_class_2(fn_cadmium_10(X),dalton_0)
& atomic_number_2(X,fn_cadmium_11(X))
& atomic_weight_2(X,fn_cadmium_10(X))
& has_part_2(X,fn_cadmium_9(X))
& quantity_2(fn_cadmium_9(X),fn_cadmium_12(X))
& fn_cadmium_7(X) = fn_atom_12(X)
& fn_cadmium_11(X) = fn_atom_17(X)
& fn_cadmium_8(X) = fn_atom_13(X)
& fn_cadmium_10(X) = fn_atom_16(X)
& fn_cadmium_6(X) = fn_atom_1(X)
& fn_cadmium_12(X) = fn_atom_5(X)
& fn_cadmium_9(X) = fn_atom_14(X) ) ) ).
fof(a528027,axiom,
! [X] :
( caenorhabditis_elegans_1(X)
=> ( original_name_2(X,'Caenorhabditis-Elegans')
& user_description_2(X,'A free-living, transparent nematode about 1 mm in length, which lives in temperate soil environments. Used a model organism.')
& concept2words_2(X,'c. elegans')
& concept2words_2(X,'c elegans')
& concept2words_2(X,'c-elegans')
& concept2words_2(X,'caenorhabditis elegan')
& concept2words_2(X,'caenorhabditis-elegan')
& nematode_1(X)
& ~ arabidopsis_thaliana_1(X)
& ~ drosophila_melanogaster_1(X)
& ~ zebrafish_1(X)
& size_value_1(fn_caenorhabditis_elegans_2(X))
& vulva_1(fn_caenorhabditis_elegans_3(X))
& soil_1(fn_caenorhabditis_elegans_4(X))
& petri_dish_1(fn_caenorhabditis_elegans_5(X))
& laboratory_1(fn_caenorhabditis_elegans_6(X))
& grow_1(fn_caenorhabditis_elegans_7(X))
& life_cycle_1(fn_caenorhabditis_elegans_8(X))
& heterotroph_1(fn_caenorhabditis_elegans_11(X))
& nutrition_1(fn_caenorhabditis_elegans_12(X))
& study_1(fn_caenorhabditis_elegans_13(X))
& biologist_1(fn_caenorhabditis_elegans_14(X))
& specific_heat_value_1(fn_caenorhabditis_elegans_15(X))
& temperature_value_1(fn_caenorhabditis_elegans_16(X))
& water_1(fn_caenorhabditis_elegans_17(X))
& entity_1(fn_scientist_1(fn_caenorhabditis_elegans_14(X)))
& study_1(fn_scientist_2(fn_caenorhabditis_elegans_14(X)))
& object_2(fn_caenorhabditis_elegans_8(X),X)
& site_2(fn_caenorhabditis_elegans_8(X),fn_caenorhabditis_elegans_4(X))
& subevent_2(fn_caenorhabditis_elegans_13(X),fn_caenorhabditis_elegans_7(X))
& base_2(fn_caenorhabditis_elegans_7(X),fn_caenorhabditis_elegans_5(X))
& site_2(fn_caenorhabditis_elegans_7(X),fn_caenorhabditis_elegans_6(X))
& has_part_2(X,fn_caenorhabditis_elegans_3(X))
& minCardinality(X,has_part_0,"959",cell_0)
& size_2(X,fn_caenorhabditis_elegans_2(X))
& has_habitat_2(X,fn_caenorhabditis_elegans_4(X))
& the_scalar_value_2(fn_caenorhabditis_elegans_2(X),small_0)
& scalar_unit_class_2(fn_caenorhabditis_elegans_2(X),nematode_0)
& agent_2(fn_caenorhabditis_elegans_13(X),fn_caenorhabditis_elegans_14(X))
& object_2(fn_caenorhabditis_elegans_13(X),X)
& agent_2(fn_caenorhabditis_elegans_12(X),X)
& in_event_2(fn_caenorhabditis_elegans_11(X),fn_caenorhabditis_elegans_12(X))
& has_part_2(X,fn_caenorhabditis_elegans_17(X))
& specific_heat_2(fn_caenorhabditis_elegans_17(X),fn_caenorhabditis_elegans_15(X))
& correspondence_2(fn_caenorhabditis_elegans_16(X),fn_caenorhabditis_elegans_15(X))
& temperature_2(X,fn_caenorhabditis_elegans_16(X))
& plays_2(X,fn_caenorhabditis_elegans_11(X))
& X = fn_scientist_1(fn_caenorhabditis_elegans_14(X))
& fn_caenorhabditis_elegans_13(X) = fn_scientist_2(fn_caenorhabditis_elegans_14(X))
& fn_caenorhabditis_elegans_10(X) = fn_animal_27(X)
& fn_caenorhabditis_elegans_9(X) = fn_animal_28(X)
& fn_caenorhabditis_elegans_12(X) = fn_animal_19(X)
& fn_caenorhabditis_elegans_11(X) = fn_animal_18(X)
& fn_caenorhabditis_elegans_16(X) = fn_animal_26(X)
& fn_caenorhabditis_elegans_15(X) = fn_animal_25(X)
& fn_caenorhabditis_elegans_17(X) = fn_animal_20(X) ) ) ).
fof(a528028,axiom,
! [X] :
( caenorhabditis_elegans_development_1(X)
=> ( original_name_2(X,'Caenorhabditis-Elegans-Development')
& user_description_2(X,'The macrophysiological process that involves the development of Caenorhabditis elegans.')
& concept2words_2(X,'c elegans development')
& concept2words_2(X,develop)
& concept2words_2(X,'caenorhabditis elegans development')
& concept2words_2(X,'caenorhabditis-elegans-development')
& organismal_development_1(X)
& larval_stage_1(fn_caenorhabditis_elegans_development_1(X))
& gene_1(fn_caenorhabditis_elegans_development_2(X))
& create_1(fn_caenorhabditis_elegans_development_3(X))
& create_1(fn_caenorhabditis_elegans_development_4(X))
& cell_differentiation_1(fn_caenorhabditis_elegans_development_5(X))
& cell_division_1(fn_caenorhabditis_elegans_development_6(X))
& cell_differentiation_1(fn_caenorhabditis_elegans_development_7(X))
& cell_division_1(fn_caenorhabditis_elegans_development_8(X))
& cell_differentiation_induction_1(fn_caenorhabditis_elegans_development_9(X))
& cell_signaling_1(fn_caenorhabditis_elegans_development_10(X))
& cell_differentiation_induction_1(fn_caenorhabditis_elegans_development_11(X))
& cell_communication_leading_to_apoptosis_1(fn_caenorhabditis_elegans_development_12(X))
& cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_1(fn_caenorhabditis_elegans_development_12(X))
& morphogenesis_1(fn_caenorhabditis_elegans_development_13(X))
& embryogenesis_1(fn_caenorhabditis_elegans_development_14(X))
& multicellular_organism_1(fn_caenorhabditis_elegans_development_15(X))
& caenorhabditis_elegans_1(fn_caenorhabditis_elegans_development_15(X))
& vulval_precursor_cell_1(fn_caenorhabditis_elegans_development_16(X))
& cell_1(fn_caenorhabditis_elegans_development_17(X))
& eukaryotic_cell_1(fn_caenorhabditis_elegans_development_17(X))
& vulval_precursor_cell_1(fn_caenorhabditis_elegans_development_17(X))
& cell_1(fn_caenorhabditis_elegans_development_18(X))
& eukaryotic_cell_1(fn_caenorhabditis_elegans_development_18(X))
& vulval_precursor_cell_1(fn_caenorhabditis_elegans_development_18(X))
& second_stage_larva_1(fn_caenorhabditis_elegans_development_19(X))
& embryonic_gonad_1(fn_caenorhabditis_elegans_development_20(X))
& vulva_development_1(fn_caenorhabditis_elegans_development_21(X))
& inner_vulva_1(fn_caenorhabditis_elegans_development_22(X))
& create_1(fn_caenorhabditis_elegans_development_23(X))
& cell_division_1(fn_caenorhabditis_elegans_development_24(X))
& cell_differentiation_1(fn_caenorhabditis_elegans_development_25(X))
& cell_differentiation_induction_1(fn_caenorhabditis_elegans_development_26(X))
& outer_vulva_1(fn_caenorhabditis_elegans_development_27(X))
& outer_vulva_1(fn_caenorhabditis_elegans_development_28(X))
& cell_differentiation_1(fn_caenorhabditis_elegans_development_29(X))
& cell_division_1(fn_caenorhabditis_elegans_development_30(X))
& create_1(fn_caenorhabditis_elegans_development_31(X))
& cell_differentiation_1(fn_caenorhabditis_elegans_development_32(X))
& cell_division_1(fn_caenorhabditis_elegans_development_33(X))
& cell_signaling_1(fn_caenorhabditis_elegans_development_34(X))
& create_1(fn_caenorhabditis_elegans_development_35(X))
& gene_expression_1(fn_caenorhabditis_elegans_development_36(X))
& gene_activation_1(fn_caenorhabditis_elegans_development_37(X))
& cell_signaling_1(fn_caenorhabditis_elegans_development_38(X))
& signal_reception_1(fn_caenorhabditis_elegans_development_39(X))
& animal_cell_1(fn_caenorhabditis_elegans_development_40(X))
& animal_cell_1(fn_caenorhabditis_elegans_development_41(X))
& eukaryotic_cell_1(fn_caenorhabditis_elegans_development_41(X))
& cell_1(fn_caenorhabditis_elegans_development_41(X))
& entity_1(fn_create_1(fn_caenorhabditis_elegans_development_31(X)))
& entity_1(fn_create_1(fn_caenorhabditis_elegans_development_23(X)))
& create_1(fn_vulva_development_1(fn_caenorhabditis_elegans_development_21(X)))
& gene_expression_1(fn_gene_activation_7(fn_caenorhabditis_elegans_development_37(X)))
& cell_communication_leading_to_apoptosis_1(fn_embryogenesis_25(fn_caenorhabditis_elegans_development_14(X)))
& morphogenesis_1(fn_embryogenesis_52(fn_caenorhabditis_elegans_development_14(X)))
& vulval_precursor_cell_1(fn_second_stage_larva_6(fn_caenorhabditis_elegans_development_19(X)))
& embryonic_gonad_1(fn_second_stage_larva_9(fn_caenorhabditis_elegans_development_19(X)))
& entity_1(fn_create_1(fn_caenorhabditis_elegans_development_35(X)))
& animal_cell_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_51(fn_caenorhabditis_elegans_development_12(X)))
& cell_signaling_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(fn_caenorhabditis_elegans_development_12(X)))
& signal_reception_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_72(fn_caenorhabditis_elegans_development_12(X)))
& cell_1(fn_cell_division_3(fn_caenorhabditis_elegans_development_30(X)))
& cell_1(fn_cell_division_3(fn_caenorhabditis_elegans_development_33(X)))
& cell_1(fn_cell_signaling_4(fn_caenorhabditis_elegans_development_34(X)))
& eukaryotic_cell_1(fn_cell_differentiation_19(fn_caenorhabditis_elegans_development_29(X)))
& eukaryotic_cell_1(fn_cell_differentiation_19(fn_caenorhabditis_elegans_development_32(X)))
& vulval_precursor_cell_1(fn_second_stage_larva_3(fn_caenorhabditis_elegans_development_19(X)))
& cell_1(fn_cell_division_3(fn_caenorhabditis_elegans_development_24(X)))
& eukaryotic_cell_1(fn_cell_differentiation_19(fn_caenorhabditis_elegans_development_25(X)))
& eukaryotic_cell_1(fn_cell_differentiation_induction_5(fn_caenorhabditis_elegans_development_26(X)))
& vulval_precursor_cell_1(fn_second_stage_larva_4(fn_caenorhabditis_elegans_development_19(X)))
& caenorhabditis_elegans_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(fn_caenorhabditis_elegans_development_12(X)))
& cell_1(fn_signal_reception_3(fn_caenorhabditis_elegans_development_39(X)))
& animal_cell_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(fn_caenorhabditis_elegans_development_12(X)))
& eukaryotic_cell_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(fn_caenorhabditis_elegans_development_12(X)))
& cell_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(fn_caenorhabditis_elegans_development_12(X)))
& exactCardinality(fn_caenorhabditis_elegans_development_38(X),subevent_0,"131",apoptosis_0)
& called_2(fn_caenorhabditis_elegans_development_11(X),'CDI 1')
& fn_caenorhabditis_elegans_development_11(X) != fn_caenorhabditis_elegans_development_9(X)
& fn_caenorhabditis_elegans_development_11(X) != fn_caenorhabditis_elegans_development_26(X)
& causes_2(fn_caenorhabditis_elegans_development_11(X),fn_caenorhabditis_elegans_development_25(X))
& next_event_2(fn_caenorhabditis_elegans_development_11(X),fn_caenorhabditis_elegans_development_25(X))
& base_2(fn_caenorhabditis_elegans_development_36(X),fn_caenorhabditis_elegans_development_2(X))
& base_2(fn_caenorhabditis_elegans_development_36(X),fn_caenorhabditis_elegans_development_17(X))
& next_event_2(fn_caenorhabditis_elegans_development_10(X),fn_caenorhabditis_elegans_development_9(X))
& called_2(fn_caenorhabditis_elegans_development_9(X),'CDI 2')
& fn_caenorhabditis_elegans_development_9(X) != fn_caenorhabditis_elegans_development_11(X)
& causes_2(fn_caenorhabditis_elegans_development_9(X),fn_caenorhabditis_elegans_development_7(X))
& next_event_2(fn_caenorhabditis_elegans_development_9(X),fn_caenorhabditis_elegans_development_7(X))
& next_event_2(fn_caenorhabditis_elegans_development_8(X),fn_caenorhabditis_elegans_development_7(X))
& next_event_2(fn_caenorhabditis_elegans_development_7(X),fn_caenorhabditis_elegans_development_35(X))
& next_event_2(fn_caenorhabditis_elegans_development_34(X),fn_caenorhabditis_elegans_development_33(X))
& next_event_2(fn_caenorhabditis_elegans_development_33(X),fn_caenorhabditis_elegans_development_32(X))
& base_2(fn_caenorhabditis_elegans_development_32(X),fn_caenorhabditis_elegans_development_18(X))
& next_event_2(fn_caenorhabditis_elegans_development_6(X),fn_caenorhabditis_elegans_development_5(X))
& next_event_2(fn_caenorhabditis_elegans_development_5(X),fn_caenorhabditis_elegans_development_4(X))
& base_2(fn_caenorhabditis_elegans_development_4(X),fn_caenorhabditis_elegans_development_16(X))
& next_event_2(fn_caenorhabditis_elegans_development_30(X),fn_caenorhabditis_elegans_development_29(X))
& next_event_2(fn_caenorhabditis_elegans_development_29(X),fn_caenorhabditis_elegans_development_3(X))
& base_2(fn_caenorhabditis_elegans_development_29(X),fn_caenorhabditis_elegans_development_18(X))
& base_2(fn_caenorhabditis_elegans_development_3(X),fn_caenorhabditis_elegans_development_18(X))
& called_2(fn_caenorhabditis_elegans_development_28(X),'Outer Vulva 1')
& called_2(fn_caenorhabditis_elegans_development_27(X),'Outer Vulva 2')
& called_2(fn_caenorhabditis_elegans_development_26(X),'CDI 3')
& fn_caenorhabditis_elegans_development_26(X) != fn_caenorhabditis_elegans_development_11(X)
& next_event_2(fn_caenorhabditis_elegans_development_25(X),fn_caenorhabditis_elegans_development_23(X))
& base_2(fn_caenorhabditis_elegans_development_25(X),fn_caenorhabditis_elegans_development_17(X))
& next_event_2(fn_caenorhabditis_elegans_development_24(X),fn_caenorhabditis_elegans_development_25(X))
& base_2(fn_caenorhabditis_elegans_development_23(X),fn_caenorhabditis_elegans_development_17(X))
& subevent_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_23(X))
& subevent_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_24(X))
& subevent_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_25(X))
& subevent_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_26(X))
& subevent_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_3(X))
& subevent_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_29(X))
& subevent_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_30(X))
& subevent_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_4(X))
& subevent_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_5(X))
& subevent_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_6(X))
& subevent_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_32(X))
& subevent_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_33(X))
& subevent_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_34(X))
& subevent_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_35(X))
& subevent_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_7(X))
& subevent_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_8(X))
& subevent_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_9(X))
& subevent_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_10(X))
& subevent_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_36(X))
& subevent_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_37(X))
& subevent_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_11(X))
& site_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_20(X))
& base_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_19(X))
& subevent_2(X,fn_caenorhabditis_elegans_development_14(X))
& subevent_2(fn_caenorhabditis_elegans_development_1(X),fn_caenorhabditis_elegans_development_21(X))
& subevent_2(fn_caenorhabditis_elegans_development_14(X),fn_caenorhabditis_elegans_development_1(X))
& result_2(fn_caenorhabditis_elegans_development_31(X),fn_caenorhabditis_elegans_development_27(X))
& result_2(fn_caenorhabditis_elegans_development_23(X),fn_caenorhabditis_elegans_development_22(X))
& object_2(fn_caenorhabditis_elegans_development_24(X),fn_caenorhabditis_elegans_development_17(X))
& object_2(fn_caenorhabditis_elegans_development_30(X),fn_caenorhabditis_elegans_development_18(X))
& object_2(fn_caenorhabditis_elegans_development_33(X),fn_caenorhabditis_elegans_development_18(X))
& base_2(fn_caenorhabditis_elegans_development_34(X),fn_caenorhabditis_elegans_development_18(X))
& object_2(fn_caenorhabditis_elegans_development_29(X),fn_caenorhabditis_elegans_development_18(X))
& object_2(fn_caenorhabditis_elegans_development_32(X),fn_caenorhabditis_elegans_development_18(X))
& object_2(fn_caenorhabditis_elegans_development_25(X),fn_caenorhabditis_elegans_development_17(X))
& experiencer_2(X,fn_caenorhabditis_elegans_development_15(X))
& base_2(fn_caenorhabditis_elegans_development_26(X),fn_caenorhabditis_elegans_development_17(X))
& subevent_2(fn_caenorhabditis_elegans_development_21(X),fn_caenorhabditis_elegans_development_31(X))
& next_event_2(fn_caenorhabditis_elegans_development_37(X),fn_caenorhabditis_elegans_development_36(X))
& subevent_2(fn_caenorhabditis_elegans_development_14(X),fn_caenorhabditis_elegans_development_13(X))
& subevent_2(fn_caenorhabditis_elegans_development_13(X),fn_caenorhabditis_elegans_development_12(X))
& has_part_2(fn_caenorhabditis_elegans_development_20(X),fn_caenorhabditis_elegans_development_18(X))
& called_2(fn_caenorhabditis_elegans_development_18(X),'VPC 5')
& has_part_2(fn_caenorhabditis_elegans_development_20(X),fn_caenorhabditis_elegans_development_17(X))
& called_2(fn_caenorhabditis_elegans_development_17(X),'VPC 4')
& has_part_2(fn_caenorhabditis_elegans_development_19(X),fn_caenorhabditis_elegans_development_20(X))
& has_part_2(fn_caenorhabditis_elegans_development_20(X),fn_caenorhabditis_elegans_development_16(X))
& called_2(fn_caenorhabditis_elegans_development_16(X),'VPC 2')
& fn_caenorhabditis_elegans_development_41(X) != fn_caenorhabditis_elegans_development_40(X)
& fn_caenorhabditis_elegans_development_40(X) != fn_caenorhabditis_elegans_development_41(X)
& has_part_2(fn_caenorhabditis_elegans_development_15(X),fn_caenorhabditis_elegans_development_40(X))
& has_part_2(fn_caenorhabditis_elegans_development_15(X),fn_caenorhabditis_elegans_development_41(X))
& object_2(fn_caenorhabditis_elegans_development_12(X),fn_caenorhabditis_elegans_development_41(X))
& agent_2(fn_caenorhabditis_elegans_development_12(X),fn_caenorhabditis_elegans_development_40(X))
& subevent_2(fn_caenorhabditis_elegans_development_12(X),fn_caenorhabditis_elegans_development_38(X))
& subevent_2(fn_caenorhabditis_elegans_development_38(X),fn_caenorhabditis_elegans_development_39(X))
& recipient_2(fn_caenorhabditis_elegans_development_39(X),fn_caenorhabditis_elegans_development_41(X))
& first_subevent_2(fn_caenorhabditis_elegans_development_38(X),fn_caenorhabditis_elegans_development_39(X))
& base_2(fn_caenorhabditis_elegans_development_39(X),fn_caenorhabditis_elegans_development_41(X))
& result_2(fn_caenorhabditis_elegans_development_35(X),fn_caenorhabditis_elegans_development_28(X))
& fn_caenorhabditis_elegans_development_27(X) = fn_create_1(fn_caenorhabditis_elegans_development_31(X))
& fn_caenorhabditis_elegans_development_22(X) = fn_create_1(fn_caenorhabditis_elegans_development_23(X))
& fn_caenorhabditis_elegans_development_17(X) = fn_cell_division_3(fn_caenorhabditis_elegans_development_24(X))
& fn_caenorhabditis_elegans_development_18(X) = fn_cell_division_3(fn_caenorhabditis_elegans_development_30(X))
& fn_caenorhabditis_elegans_development_18(X) = fn_cell_division_3(fn_caenorhabditis_elegans_development_33(X))
& fn_caenorhabditis_elegans_development_18(X) = fn_cell_signaling_4(fn_caenorhabditis_elegans_development_34(X))
& fn_caenorhabditis_elegans_development_18(X) = fn_cell_differentiation_19(fn_caenorhabditis_elegans_development_29(X))
& fn_caenorhabditis_elegans_development_18(X) = fn_cell_differentiation_19(fn_caenorhabditis_elegans_development_32(X))
& fn_caenorhabditis_elegans_development_17(X) = fn_cell_differentiation_19(fn_caenorhabditis_elegans_development_25(X))
& fn_caenorhabditis_elegans_development_15(X) = fn_organismal_development_1(X)
& fn_caenorhabditis_elegans_development_17(X) = fn_cell_differentiation_induction_5(fn_caenorhabditis_elegans_development_26(X))
& fn_caenorhabditis_elegans_development_31(X) = fn_vulva_development_1(fn_caenorhabditis_elegans_development_21(X))
& fn_caenorhabditis_elegans_development_36(X) = fn_gene_activation_7(fn_caenorhabditis_elegans_development_37(X))
& fn_caenorhabditis_elegans_development_12(X) = fn_embryogenesis_25(fn_caenorhabditis_elegans_development_14(X))
& fn_caenorhabditis_elegans_development_13(X) = fn_embryogenesis_52(fn_caenorhabditis_elegans_development_14(X))
& fn_caenorhabditis_elegans_development_18(X) = fn_second_stage_larva_3(fn_caenorhabditis_elegans_development_19(X))
& fn_caenorhabditis_elegans_development_17(X) = fn_second_stage_larva_4(fn_caenorhabditis_elegans_development_19(X))
& fn_caenorhabditis_elegans_development_16(X) = fn_second_stage_larva_6(fn_caenorhabditis_elegans_development_19(X))
& fn_caenorhabditis_elegans_development_20(X) = fn_second_stage_larva_9(fn_caenorhabditis_elegans_development_19(X))
& fn_caenorhabditis_elegans_development_28(X) = fn_create_1(fn_caenorhabditis_elegans_development_35(X))
& fn_caenorhabditis_elegans_development_41(X) = fn_signal_reception_3(fn_caenorhabditis_elegans_development_39(X))
& fn_caenorhabditis_elegans_development_15(X) = fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(fn_caenorhabditis_elegans_development_12(X))
& fn_caenorhabditis_elegans_development_40(X) = fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_51(fn_caenorhabditis_elegans_development_12(X))
& fn_caenorhabditis_elegans_development_41(X) = fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(fn_caenorhabditis_elegans_development_12(X))
& fn_caenorhabditis_elegans_development_38(X) = fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(fn_caenorhabditis_elegans_development_12(X))
& fn_caenorhabditis_elegans_development_39(X) = fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_72(fn_caenorhabditis_elegans_development_12(X))
& fn_cell_division_3(fn_caenorhabditis_elegans_development_30(X)) = fn_cell_division_3(fn_caenorhabditis_elegans_development_33(X))
& fn_cell_division_3(fn_caenorhabditis_elegans_development_33(X)) = fn_cell_signaling_4(fn_caenorhabditis_elegans_development_34(X))
& fn_cell_signaling_4(fn_caenorhabditis_elegans_development_34(X)) = fn_cell_signaling_4(fn_caenorhabditis_elegans_development_34(X))
& fn_cell_signaling_4(fn_caenorhabditis_elegans_development_34(X)) = fn_cell_differentiation_19(fn_caenorhabditis_elegans_development_29(X))
& fn_cell_differentiation_19(fn_caenorhabditis_elegans_development_32(X)) = fn_cell_differentiation_19(fn_caenorhabditis_elegans_development_29(X))
& fn_cell_differentiation_19(fn_caenorhabditis_elegans_development_29(X)) = fn_cell_differentiation_19(fn_caenorhabditis_elegans_development_32(X))
& fn_cell_differentiation_19(fn_caenorhabditis_elegans_development_32(X)) = fn_second_stage_larva_3(fn_caenorhabditis_elegans_development_19(X))
& fn_second_stage_larva_3(fn_caenorhabditis_elegans_development_19(X)) = fn_second_stage_larva_3(fn_caenorhabditis_elegans_development_19(X))
& fn_second_stage_larva_3(fn_caenorhabditis_elegans_development_19(X)) = fn_cell_division_3(fn_caenorhabditis_elegans_development_24(X))
& fn_cell_division_3(fn_caenorhabditis_elegans_development_24(X)) = fn_cell_differentiation_19(fn_caenorhabditis_elegans_development_25(X))
& fn_cell_differentiation_19(fn_caenorhabditis_elegans_development_25(X)) = fn_cell_differentiation_19(fn_caenorhabditis_elegans_development_25(X))
& fn_cell_differentiation_19(fn_caenorhabditis_elegans_development_25(X)) = fn_cell_differentiation_induction_5(fn_caenorhabditis_elegans_development_26(X))
& fn_cell_differentiation_induction_5(fn_caenorhabditis_elegans_development_26(X)) = fn_cell_differentiation_induction_5(fn_caenorhabditis_elegans_development_26(X))
& fn_cell_differentiation_induction_5(fn_caenorhabditis_elegans_development_26(X)) = fn_second_stage_larva_4(fn_caenorhabditis_elegans_development_19(X))
& fn_second_stage_larva_4(fn_caenorhabditis_elegans_development_19(X)) = fn_second_stage_larva_4(fn_caenorhabditis_elegans_development_19(X))
& fn_second_stage_larva_4(fn_caenorhabditis_elegans_development_19(X)) = fn_organismal_development_1(X)
& fn_organismal_development_1(X) = fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(fn_caenorhabditis_elegans_development_12(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(fn_caenorhabditis_elegans_development_12(X)) = fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(fn_caenorhabditis_elegans_development_12(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(fn_caenorhabditis_elegans_development_12(X)) = fn_signal_reception_3(fn_caenorhabditis_elegans_development_39(X))
& fn_signal_reception_3(fn_caenorhabditis_elegans_development_39(X)) = fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(fn_caenorhabditis_elegans_development_12(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(fn_caenorhabditis_elegans_development_12(X)) = fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(fn_caenorhabditis_elegans_development_12(X)) ) ) ).
fof(a528029,axiom,
! [X] :
( calcification_1(X)
=> ( original_name_2(X,'Calcification')
& user_description_2(X,'The accumulation of calcium salts in soft tissues.')
& concept2words_2(X,convert)
& concept2words_2(X,calcify)
& concept2words_2(X,calcification)
& general_chemical_process_1(X)
& calcium_carbonate_1(fn_calcification_1(X))
& carbonate_ion_1(fn_calcification_2(X))
& calcium_ion_1(fn_calcification_3(X))
& consistency_value_1(fn_calcification_4(X))
& the_categorical_value_2(fn_calcification_4(X),crystalline_0)
& consistency_2(fn_calcification_1(X),fn_calcification_4(X))
& result_2(X,fn_calcification_1(X))
& raw_material_2(X,fn_calcification_2(X))
& raw_material_2(X,fn_calcification_3(X)) ) ) ).
fof(a528030,axiom,
! [X] :
( calcitonin_1(X)
=> ( original_name_2(X,'Calcitonin')
& user_description_2(X,'A polypeptide hormone produced by the thyroid gland. It reduces blood calcium by opposing the effect of parathyroid hormone.')
& concept2words_2(X,calcitonin)
& thyroid_peptide_hormone_1(X)
& ~ adrenocorticotropic_hormone_1(X)
& ~ anp_1(X)
& ~ antidiuretic_hormone_1(X)
& ~ cholecystokinin_1(X)
& ~ gastrin_1(X)
& ~ glucagon_1(X)
& ~ gonadotropin_releasing_hormone_1(X)
& ~ melanocyte_stimulating_hormone_1(X)
& ~ oxytocin_1(X)
& ~ parathyroid_hormone_1(X)
& ~ secretin_1(X)
& disulfide_bond_1(fn_calcitonin_1(X))
& protein_1(fn_disulfide_bond_3(fn_calcitonin_1(X)))
& possesses_2(X,fn_calcitonin_1(X))
& X = fn_disulfide_bond_3(fn_calcitonin_1(X)) ) ) ).
fof(a528031,axiom,
! [X] :
( calcium_1(X)
=> ( original_name_2(X,'Calcium')
& user_description_2(X,'Calcium is a metal atom with atomic number 20. It is represented by the symbol Ca.')
& concept2words_2(X,'Ca')
& concept2words_2(X,calcium)
& metal_atom_1(X)
& ~ copper_1(X)
& ~ iron_1(X)
& ~ magnesium_1(X)
& ~ carbon_1(X)
& ~ hydrogen_1(X)
& ~ nitrogen_1(X)
& ~ oxygen_1(X)
& ~ phosphorus_1(X)
& ~ potassium_1(X)
& ~ sulfur_1(X)
& neutron_1(fn_calcium_1(X))
& quantity_value_1(fn_calcium_2(X))
& electronegativity_value_1(fn_calcium_3(X))
& valence_value_1(fn_calcium_4(X))
& atomic_mass_value_1(fn_calcium_5(X))
& atomic_weight_value_1(fn_calcium_12(X))
& atomic_number_value_1(fn_calcium_13(X))
& atomic_orbital_1(fn_calcium_14(X))
& electron_shell_1(fn_calcium_15(X))
& move_1(fn_calcium_16(X))
& center_1(fn_calcium_17(X))
& atomic_nucleus_1(fn_calcium_18(X))
& proton_1(fn_calcium_19(X))
& electron_1(fn_calcium_20(X))
& atomic_orbital_1(fn_electron_shell_3(fn_calcium_15(X)))
& property_node_1(fn_atomic_nucleus_5(fn_calcium_18(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_calcium_18(X)))
& proton_1(fn_atomic_nucleus_9(fn_calcium_18(X)))
& center_1(fn_atomic_nucleus_3(fn_calcium_18(X)))
& electron_1(fn_electron_shell_2(fn_calcium_15(X)))
& electron_1(fn_atomic_nucleus_8(fn_calcium_18(X)))
& spatial_entity_1(fn_move_1(fn_calcium_16(X)))
& atom_1(fn_atomic_nucleus_4(fn_calcium_18(X)))
& the_cardinal_value_2(fn_calcium_12(X),"40.08")
& cardinal_unit_class_2(fn_calcium_12(X),dalton_0)
& the_cardinal_value_2(fn_calcium_13(X),"20")
& cardinal_unit_class_2(fn_calcium_13(X),unity_0)
& the_cardinal_value_2(fn_calcium_5(X),"40")
& cardinal_unit_class_2(fn_calcium_5(X),unity_0)
& the_cardinal_value_2(fn_calcium_4(X),"2")
& cardinal_unit_class_2(fn_calcium_4(X),unity_0)
& the_cardinal_value_2(fn_calcium_3(X),"1")
& cardinal_unit_class_2(fn_calcium_3(X),unity_0)
& the_cardinal_value_2(fn_calcium_2(X),"2")
& cardinal_unit_class_2(fn_calcium_2(X),unity_0)
& has_part_2(X,fn_calcium_1(X))
& exactCardinality(X,has_part_0,"20",electron_0)
& exactCardinality(X,has_part_0,"20",proton_0)
& exactCardinality(X,has_part_0,"20",neutron_0)
& mass_number_2(X,fn_calcium_5(X))
& valence_2(X,fn_calcium_4(X))
& electronegativity_2(X,fn_calcium_3(X))
& object_2(fn_calcium_16(X),X)
& has_region_2(fn_calcium_15(X),fn_calcium_14(X))
& is_inside_2(fn_calcium_20(X),fn_calcium_14(X))
& has_region_2(X,fn_calcium_15(X))
& atomic_weight_2(X,fn_calcium_12(X))
& has_part_2(X,fn_calcium_20(X))
& atomic_number_2(X,fn_calcium_13(X))
& is_at_2(fn_calcium_18(X),fn_calcium_17(X))
& has_region_2(X,fn_calcium_17(X))
& has_part_2(X,fn_calcium_19(X))
& is_inside_2(fn_calcium_19(X),fn_calcium_18(X))
& has_region_2(X,fn_calcium_18(X))
& X = fn_move_1(fn_calcium_16(X))
& fn_calcium_20(X) = fn_electron_shell_2(fn_calcium_15(X))
& fn_calcium_14(X) = fn_electron_shell_3(fn_calcium_15(X))
& fn_calcium_15(X) = fn_atom_9(X)
& fn_calcium_11(X) = fn_atom_13(X)
& fn_calcium_12(X) = fn_atom_16(X)
& fn_calcium_20(X) = fn_atomic_nucleus_8(fn_calcium_18(X))
& fn_calcium_10(X) = fn_atomic_nucleus_5(fn_calcium_18(X))
& fn_calcium_13(X) = fn_atomic_nucleus_1(fn_calcium_18(X))
& fn_calcium_19(X) = fn_atomic_nucleus_9(fn_calcium_18(X))
& X = fn_atomic_nucleus_4(fn_calcium_18(X))
& fn_calcium_17(X) = fn_atomic_nucleus_3(fn_calcium_18(X))
& fn_electron_shell_2(fn_calcium_15(X)) = fn_atomic_nucleus_8(fn_calcium_18(X))
& fn_atomic_nucleus_8(fn_calcium_18(X)) = fn_move_1(fn_calcium_16(X))
& fn_move_1(fn_calcium_16(X)) = fn_atomic_nucleus_4(fn_calcium_18(X))
& fn_atomic_nucleus_4(fn_calcium_18(X)) = fn_atomic_nucleus_4(fn_calcium_18(X)) ) ) ).
fof(a528032,axiom,
! [X] :
( calcium_carbonate_1(X)
=> ( original_name_2(X,'Calcium-Carbonate')
& user_description_2(X,'A mineral compound with the chemical formula CaCO3. It plays a role in animal nutrition, biological buffer systems, and the physical structure of some organisms.')
& concept2words_2(X,caco3)
& concept2words_2(X,'carbonate of calcium')
& concept2words_2(X,'calcium carbonate')
& concept2words_2(X,'calcium-carbonate')
& salt_1(X)
& calcium_ion_1(fn_calcium_carbonate_1(X))
& carbonate_ion_1(fn_calcium_carbonate_2(X))
& has_part_2(X,fn_calcium_carbonate_1(X))
& has_part_2(X,fn_calcium_carbonate_2(X))
& fn_calcium_carbonate_1(X) = fn_ionic_compound_1(X)
& fn_calcium_carbonate_2(X) = fn_ionic_compound_2(X) ) ) ).
fof(a528033,axiom,
! [X] :
( calcium_cycle_1(X)
=> ( original_name_2(X,'Calcium-Cycle')
& user_description_2(X,'Global biogeochemical processes which cycle calcium through the biotic and abiotic components of ecosystems.')
& concept2words_2(X,'undergo the calcium cycle')
& concept2words_2(X,'cycle of calcium')
& concept2words_2(X,'calcium cycle')
& concept2words_2(X,'calcium-cycle')
& local_biogeochemical_cycle_1(X)
& decomposition_1(fn_calcium_cycle_1(X))
& calcium_ion_1(fn_calcium_cycle_2(X))
& root_1(fn_calcium_cycle_3(X))
& chemical_1(fn_calcium_cycle_4(X))
& substance_1(fn_calcium_cycle_4(X))
& mineral_1(fn_calcium_cycle_4(X))
& mixture_1(fn_calcium_cycle_5(X))
& soil_1(fn_calcium_cycle_5(X))
& root_hair_1(fn_calcium_cycle_6(X))
& calcium_ion_1(fn_calcium_cycle_7(X))
& take_in_1(fn_calcium_cycle_8(X))
& solution_1(fn_calcium_cycle_9(X))
& soil_solution_1(fn_calcium_cycle_9(X))
& chemical_1(fn_calcium_cycle_10(X))
& mineral_1(fn_calcium_cycle_10(X))
& calcium_ion_1(fn_calcium_cycle_11(X))
& soil_solution_1(fn_root_hair_2(fn_calcium_cycle_6(X)))
& soil_1(fn_root_hair_1(fn_calcium_cycle_6(X)))
& take_in_1(fn_root_hair_3(fn_calcium_cycle_6(X)))
& chemical_entity_1(fn_chemical_3(fn_calcium_cycle_10(X)))
& chemical_entity_1(fn_chemical_3(fn_calcium_cycle_4(X)))
& substance_1(fn_mixture_2(fn_calcium_cycle_5(X)))
& mineral_1(fn_soil_2(fn_calcium_cycle_5(X)))
& chemical_1(fn_solution_6(fn_calcium_cycle_9(X)))
& mineral_1(fn_soil_solution_1(fn_calcium_cycle_9(X)))
& site_2(fn_calcium_cycle_1(X),fn_calcium_cycle_5(X))
& result_2(fn_calcium_cycle_1(X),fn_calcium_cycle_2(X))
& has_state_2(fn_calcium_cycle_2(X),fn_calcium_cycle_7(X))
& has_part_2(fn_calcium_cycle_3(X),fn_calcium_cycle_6(X))
& subevent_2(X,fn_calcium_cycle_1(X))
& has_state_2(fn_calcium_cycle_7(X),fn_calcium_cycle_11(X))
& object_2(X,fn_calcium_cycle_7(X))
& base_2(fn_calcium_cycle_8(X),fn_calcium_cycle_6(X))
& agent_2(fn_calcium_cycle_8(X),fn_calcium_cycle_6(X))
& is_outside_2(fn_calcium_cycle_5(X),fn_calcium_cycle_6(X))
& origin_2(fn_calcium_cycle_8(X),fn_calcium_cycle_5(X))
& object_2(fn_calcium_cycle_8(X),fn_calcium_cycle_9(X))
& has_solute_2(fn_calcium_cycle_9(X),fn_calcium_cycle_10(X))
& has_part_2(fn_calcium_cycle_9(X),fn_calcium_cycle_10(X))
& has_part_2(fn_calcium_cycle_5(X),fn_calcium_cycle_4(X))
& has_part_2(fn_calcium_cycle_10(X),fn_calcium_cycle_11(X))
& has_part_2(fn_calcium_cycle_4(X),fn_calcium_cycle_7(X))
& fn_calcium_cycle_7(X) = fn_local_biogeochemical_cycle_2(X)
& fn_calcium_cycle_9(X) = fn_root_hair_2(fn_calcium_cycle_6(X))
& fn_calcium_cycle_5(X) = fn_root_hair_1(fn_calcium_cycle_6(X))
& fn_calcium_cycle_8(X) = fn_root_hair_3(fn_calcium_cycle_6(X))
& fn_calcium_cycle_7(X) = fn_chemical_3(fn_calcium_cycle_4(X))
& fn_calcium_cycle_11(X) = fn_chemical_3(fn_calcium_cycle_10(X))
& fn_calcium_cycle_4(X) = fn_mixture_2(fn_calcium_cycle_5(X))
& fn_calcium_cycle_4(X) = fn_soil_2(fn_calcium_cycle_5(X))
& fn_calcium_cycle_10(X) = fn_solution_6(fn_calcium_cycle_9(X))
& fn_calcium_cycle_10(X) = fn_soil_solution_1(fn_calcium_cycle_9(X))
& fn_local_biogeochemical_cycle_2(X) = fn_chemical_3(fn_calcium_cycle_4(X))
& fn_chemical_3(fn_calcium_cycle_4(X)) = fn_mixture_2(fn_calcium_cycle_5(X))
& fn_mixture_2(fn_calcium_cycle_5(X)) = fn_soil_2(fn_calcium_cycle_5(X))
& fn_soil_2(fn_calcium_cycle_5(X)) = fn_soil_solution_1(fn_calcium_cycle_9(X))
& fn_soil_solution_1(fn_calcium_cycle_9(X)) = fn_solution_6(fn_calcium_cycle_9(X))
& fn_solution_6(fn_calcium_cycle_9(X)) = fn_soil_solution_1(fn_calcium_cycle_9(X)) ) ) ).
fof(a528034,axiom,
! [X] :
( calcium_ion_1(X)
=> ( original_name_2(X,'Calcium-Ion')
& user_description_2(X,'A atom of calcium with a charge of 2+.')
& concept2words_2(X,'ion of calcium')
& concept2words_2(X,'calcium ion')
& concept2words_2(X,'calcium-ion')
& monoatomic_ion_1(X)
& cation_1(X)
& ~ methyl_ion_1(X)
& ~ metal_cation_1(X)
& ~ hydronium_ion_1(X)
& ~ magnesium_ion_1(X)
& ~ sodium_ion_1(X)
& neutron_1(fn_calcium_ion_1(X))
& lose_1(fn_calcium_ion_2(X))
& calcium_1(fn_calcium_ion_3(X))
& charge_value_1(fn_calcium_ion_5(X))
& proton_1(fn_calcium_ion_6(X))
& tangible_entity_1(fn_lose_1(fn_calcium_ion_2(X)))
& the_cardinal_value_2(fn_calcium_ion_5(X),"2.0e0")
& cardinal_unit_class_2(fn_calcium_ion_5(X),unity_0)
& has_part_2(X,fn_calcium_ion_1(X))
& exactCardinality(X,has_part_0,"18",electron_0)
& exactCardinality(X,has_part_0,"20",proton_0)
& exactCardinality(X,has_part_0,"20",neutron_0)
& donor_2(fn_calcium_ion_2(X),fn_calcium_ion_3(X))
& result_2(fn_calcium_ion_2(X),X)
& has_part_2(X,fn_calcium_ion_6(X))
& charge_2(X,fn_calcium_ion_5(X))
& fn_calcium_ion_3(X) = fn_lose_1(fn_calcium_ion_2(X))
& fn_calcium_ion_2(X) = fn_cation_7(X)
& fn_calcium_ion_6(X) = fn_monoatomic_ion_1(X)
& fn_calcium_ion_6(X) = fn_cation_1(X)
& fn_calcium_ion_4(X) = fn_cation_4(X)
& fn_calcium_ion_5(X) = fn_cation_5(X)
& fn_monoatomic_ion_1(X) = fn_cation_1(X) ) ) ).
fof(a528035,axiom,
! [X] :
( californium_1(X)
=> ( original_name_2(X,'Californium')
& user_description_2(X,'Californium is a metal atom with atomic number 98. It is represented by the symbol Cf.')
& concept2words_2(X,californium)
& concept2words_2(X,cf)
& metal_atom_1(X)
& neutron_1(fn_californium_3(X))
& atomic_mass_value_1(fn_californium_4(X))
& electronegativity_value_1(fn_californium_5(X))
& valence_electron_1(fn_californium_9(X))
& atomic_weight_value_1(fn_californium_10(X))
& atomic_number_value_1(fn_californium_11(X))
& quantity_value_1(fn_californium_12(X))
& electronegativity_2(X,fn_californium_5(X))
& mass_number_2(X,fn_californium_4(X))
& exactCardinality(X,has_part_0,"153",neutron_0)
& exactCardinality(X,has_part_0,"98",proton_0)
& exactCardinality(X,has_part_0,"98",electron_0)
& has_part_2(X,fn_californium_3(X))
& the_cardinal_value_2(fn_californium_12(X),"12")
& cardinal_unit_class_2(fn_californium_12(X),unity_0)
& the_cardinal_value_2(fn_californium_5(X),"1.3")
& cardinal_unit_class_2(fn_californium_5(X),unity_0)
& the_cardinal_value_2(fn_californium_4(X),"251")
& cardinal_unit_class_2(fn_californium_4(X),unity_0)
& the_cardinal_value_2(fn_californium_11(X),"98")
& cardinal_unit_class_2(fn_californium_11(X),unity_0)
& the_cardinal_value_2(fn_californium_10(X),"251")
& cardinal_unit_class_2(fn_californium_10(X),dalton_0)
& atomic_number_2(X,fn_californium_11(X))
& atomic_weight_2(X,fn_californium_10(X))
& has_part_2(X,fn_californium_9(X))
& quantity_2(fn_californium_9(X),fn_californium_12(X))
& fn_californium_7(X) = fn_atom_12(X)
& fn_californium_11(X) = fn_atom_17(X)
& fn_californium_8(X) = fn_atom_13(X)
& fn_californium_10(X) = fn_atom_16(X)
& fn_californium_6(X) = fn_atom_1(X)
& fn_californium_12(X) = fn_atom_5(X)
& fn_californium_9(X) = fn_atom_14(X) ) ) ).
fof(a528036,axiom,
! [X] :
( callus_1(X)
=> ( original_name_2(X,'Callus')
& user_description_2(X,'An area of skin that has become thick and toughened due to repeated friction, pressure, or other irritation.')
& concept2words_2(X,callus)
& dermal_tissue_1(X)
& ~ apical_ectodermal_ridge_1(X)
& ~ bark_1(X)
& ~ calyptra_1(X)
& ~ coleoptile_1(X)
& ~ coleorhiza_1(X)
& ~ endodermis_1(X)
& ~ epidermis_1(X)
& ~ periderm_1(X)
& ~ root_cap_1(X)
& ~ seed_coat_1(X) ) ) ).
fof(a528037,axiom,
! [X] :
( calmodulin_1(X)
=> ( original_name_2(X,'Calmodulin')
& user_description_2(X,'A calcium binding protein found in all eukaryotes.')
& concept2words_2(X,calmodulin)
& relay_protein_1(X)
& ~ g_protein_1(X)
& ~ scaffolding_protein_1(X)
& eukaryotic_cell_1(fn_calmodulin_1(X))
& signal_transduction_with_calmodulin_1(fn_calmodulin_2(X))
& relay_molecule_1(fn_calmodulin_3(X))
& has_part_2(fn_calmodulin_1(X),X)
& in_event_2(fn_calmodulin_3(X),fn_calmodulin_2(X))
& plays_2(X,fn_calmodulin_3(X))
& fn_calmodulin_3(X) = fn_relay_protein_1(X) ) ) ).
fof(a528038,axiom,
! [X] :
( calvin_cycle_1(X)
=> ( original_name_2(X,'Calvin-Cycle')
& user_description_2(X,'The Calvin cycle or Calvin Benson cycle or Reductive Pentose Phosphate cycle is a series of biochemical redox reactions that take place in the stroma of chloroplasts in photosynthetic organisms.')
& concept2words_2(X,'calvin benson cycle')
& concept2words_2(X,'reductive pentose phosphate cycle')
& concept2words_2(X,'dark reaction')
& concept2words_2(X,'calvin-benson-cycle')
& concept2words_2(X,'dark cycle')
& concept2words_2(X,'dark-cycle')
& concept2words_2(X,'dark-reaction')
& concept2words_2(X,'reductive-pentose-phosphate-cycle')
& concept2words_2(X,'light independent reaction')
& concept2words_2(X,'light-independent-reaction')
& concept2words_2(X,'undergo the calvin cycle')
& concept2words_2(X,convert)
& concept2words_2(X,'cycle of calvin')
& concept2words_2(X,'calvin cycle')
& concept2words_2(X,'calvin-cycle')
& anabolic_pathway_1(X)
& cyclic_reaction_1(X)
& ~ endocytosis_1(X)
& ~ exocytosis_1(X)
& ~ light_reaction_1(X)
& atom_1(fn_calvin_cycle_3(X))
& electronegativity_value_1(fn_calvin_cycle_4(X))
& electronegativity_value_1(fn_calvin_cycle_5(X))
& time_interval_1(fn_calvin_cycle_6(X))
& time_interval_1(fn_calvin_cycle_7(X))
& move_1(fn_calvin_cycle_8(X))
& potential_energy_1(fn_calvin_cycle_9(X))
& nadp_plus_1(fn_calvin_cycle_10(X))
& potential_energy_1(fn_calvin_cycle_11(X))
& atom_1(fn_calvin_cycle_12(X))
& free_energy_1(fn_calvin_cycle_13(X))
& quantity_value_1(fn_calvin_cycle_14(X))
& structural_complexity_value_1(fn_calvin_cycle_16(X))
& sugar_1(fn_calvin_cycle_18(X))
& quantity_value_1(fn_calvin_cycle_19(X))
& atomic_number_value_1(fn_calvin_cycle_20(X))
& quantity_value_1(fn_calvin_cycle_21(X))
& system_1(fn_calvin_cycle_23(X))
& free_energy_1(fn_calvin_cycle_30(X))
& free_energy_1(fn_calvin_cycle_31(X))
& quantity_value_1(fn_calvin_cycle_32(X))
& quantity_value_1(fn_calvin_cycle_33(X))
& chemical_reaction_1(fn_calvin_cycle_34(X))
& structural_complexity_value_1(fn_calvin_cycle_37(X))
& structural_complexity_value_1(fn_calvin_cycle_38(X))
& reactant_1(fn_calvin_cycle_39(X))
& kinetic_energy_1(fn_calvin_cycle_40(X))
& double_bond_1(fn_calvin_cycle_41(X))
& single_bond_1(fn_calvin_cycle_42(X))
& double_bond_1(fn_calvin_cycle_43(X))
& entity_1(fn_calvin_cycle_44(X))
& chemical_entity_1(fn_calvin_cycle_44(X))
& atom_1(fn_calvin_cycle_44(X))
& carbon_1(fn_calvin_cycle_44(X))
& entity_1(fn_calvin_cycle_45(X))
& chemical_entity_1(fn_calvin_cycle_45(X))
& atom_1(fn_calvin_cycle_45(X))
& oxygen_1(fn_calvin_cycle_45(X))
& phosphorus_1(fn_calvin_cycle_46(X))
& entity_1(fn_calvin_cycle_47(X))
& chemical_entity_1(fn_calvin_cycle_47(X))
& atom_1(fn_calvin_cycle_47(X))
& oxygen_1(fn_calvin_cycle_47(X))
& entity_1(fn_calvin_cycle_48(X))
& chemical_entity_1(fn_calvin_cycle_48(X))
& atom_1(fn_calvin_cycle_48(X))
& hydrogen_1(fn_calvin_cycle_48(X))
& carbon_skeleton_1(fn_calvin_cycle_49(X))
& functional_group_1(fn_calvin_cycle_50(X))
& phosphate_group_1(fn_calvin_cycle_50(X))
& functional_group_1(fn_calvin_cycle_51(X))
& carboxyl_group_1(fn_calvin_cycle_51(X))
& constant_motion_1(fn_calvin_cycle_52(X))
& speed_value_1(fn_calvin_cycle_53(X))
& quantity_value_1(fn_calvin_cycle_54(X))
& chemical_entity_1(fn_calvin_cycle_55(X))
& hydrophobic_compound_1(fn_calvin_cycle_55(X))
& molecule_1(fn_calvin_cycle_55(X))
& carbon_dioxide_1(fn_calvin_cycle_55(X))
& cell_1(fn_calvin_cycle_56(X))
& carbon_fixation_1(fn_calvin_cycle_57(X))
& polar_covalent_bond_1(fn_calvin_cycle_58(X))
& covalent_bond_1(fn_calvin_cycle_58(X))
& double_bond_1(fn_calvin_cycle_58(X))
& entity_1(fn_calvin_cycle_59(X))
& chemical_entity_1(fn_calvin_cycle_59(X))
& atom_1(fn_calvin_cycle_59(X))
& oxygen_1(fn_calvin_cycle_59(X))
& hold_together_1(fn_calvin_cycle_60(X))
& equal_sharing_1(fn_calvin_cycle_61(X))
& share_1(fn_calvin_cycle_62(X))
& atp_1(fn_calvin_cycle_63(X))
& carbon_skeleton_1(fn_calvin_cycle_64(X))
& chemiosmosis_1(fn_calvin_cycle_65(X))
& endergonic_process_1(fn_calvin_cycle_66(X))
& chemical_reaction_1(fn_calvin_cycle_66(X))
& synthesis_of_organic_molecule_1(fn_calvin_cycle_66(X))
& anabolic_pathway_1(fn_calvin_cycle_66(X))
& synthesis_of_atp_1(fn_calvin_cycle_66(X))
& adp_1(fn_calvin_cycle_67(X))
& phosphorylation_1(fn_calvin_cycle_68(X))
& chemical_reaction_1(fn_calvin_cycle_69(X))
& organic_molecule_1(fn_calvin_cycle_70(X))
& synthesis_of_organic_molecule_1(fn_calvin_cycle_71(X))
& organic_molecule_1(fn_calvin_cycle_72(X))
& organic_molecule_1(fn_calvin_cycle_73(X))
& chemical_entity_1(fn_calvin_cycle_73(X))
& three_phosphoglycerate_1(fn_calvin_cycle_73(X))
& phosphate_ion_1(fn_calvin_cycle_74(X))
& chemical_entity_1(fn_calvin_cycle_75(X))
& monosaccharide_1(fn_calvin_cycle_75(X))
& pentose_1(fn_calvin_cycle_75(X))
& ketone_1(fn_calvin_cycle_75(X))
& ribulose_bisphosphate_1(fn_calvin_cycle_75(X))
& renewable_resource_1(fn_calvin_cycle_76(X))
& chemical_entity_1(fn_calvin_cycle_77(X))
& nadph_1(fn_calvin_cycle_77(X))
& entity_1(fn_calvin_cycle_78(X))
& spatial_entity_1(fn_calvin_cycle_78(X))
& chemical_entity_1(fn_calvin_cycle_78(X))
& organic_molecule_1(fn_calvin_cycle_78(X))
& glyceraldehyde_3_phosphate_1(fn_calvin_cycle_78(X))
& move_1(fn_calvin_cycle_79(X))
& oxidizing_agent_1(fn_calvin_cycle_80(X))
& spatial_entity_1(fn_calvin_cycle_81(X))
& electron_1(fn_calvin_cycle_81(X))
& tangible_entity_1(fn_calvin_cycle_82(X))
& chemical_entity_1(fn_calvin_cycle_82(X))
& number_1_comma_3_bisphosphoglycerate_1(fn_calvin_cycle_82(X))
& potential_energy_1(fn_calvin_cycle_83(X))
& reduction_in_calvin_cycle_1(fn_calvin_cycle_84(X))
& forward_reaction_1(fn_calvin_cycle_85(X))
& reverse_reaction_1(fn_calvin_cycle_86(X))
& redox_reaction_1(fn_calvin_cycle_87(X))
& nadph_1(fn_calvin_cycle_88(X))
& regeneration_of_ribulose_bisphosphate_1(fn_calvin_cycle_89(X))
& time_interval_1(fn_calvin_cycle_92(X))
& time_interval_1(fn_calvin_cycle_93(X))
& speed_value_1(fn_calvin_cycle_94(X))
& quantity_value_1(fn_calvin_cycle_95(X))
& polar_covalent_bond_1(fn_calvin_cycle_96(X))
& kinetic_energy_1(fn_calvin_cycle_97(X))
& covalent_bond_1(fn_calvin_cycle_98(X))
& chemical_bond_1(fn_calvin_cycle_98(X))
& double_bond_1(fn_calvin_cycle_98(X))
& carbon_skeleton_1(fn_calvin_cycle_99(X))
& functional_group_1(fn_calvin_cycle_100(X))
& carbonyl_group_1(fn_calvin_cycle_100(X))
& functional_group_1(fn_calvin_cycle_101(X))
& hydroxyl_group_1(fn_calvin_cycle_101(X))
& entity_1(fn_calvin_cycle_102(X))
& chemical_entity_1(fn_calvin_cycle_102(X))
& atom_1(fn_calvin_cycle_102(X))
& carbon_1(fn_calvin_cycle_102(X))
& entity_1(fn_calvin_cycle_103(X))
& chemical_entity_1(fn_calvin_cycle_103(X))
& atom_1(fn_calvin_cycle_103(X))
& carbon_1(fn_calvin_cycle_103(X))
& tangible_entity_1(fn_calvin_cycle_104(X))
& entity_1(fn_calvin_cycle_104(X))
& chemical_entity_1(fn_calvin_cycle_104(X))
& atom_1(fn_calvin_cycle_104(X))
& oxygen_1(fn_calvin_cycle_104(X))
& tangible_entity_1(fn_calvin_cycle_105(X))
& entity_1(fn_calvin_cycle_105(X))
& atom_1(fn_calvin_cycle_105(X))
& chemical_entity_1(fn_calvin_cycle_105(X))
& oxygen_1(fn_calvin_cycle_105(X))
& entity_1(fn_calvin_cycle_106(X))
& chemical_entity_1(fn_calvin_cycle_106(X))
& atom_1(fn_calvin_cycle_106(X))
& hydrogen_1(fn_calvin_cycle_106(X))
& constant_motion_1(fn_calvin_cycle_107(X))
& share_1(fn_calvin_cycle_110(X))
& equal_sharing_1(fn_calvin_cycle_111(X))
& speed_value_1(fn_calvin_cycle_112(X))
& quantity_value_1(fn_calvin_cycle_113(X))
& hydrophobic_region_1(fn_calvin_cycle_114(X))
& repel_1(fn_calvin_cycle_115(X))
& kinetic_energy_1(fn_calvin_cycle_116(X))
& entity_1(fn_calvin_cycle_117(X))
& chemical_entity_1(fn_calvin_cycle_117(X))
& atom_1(fn_calvin_cycle_117(X))
& carbon_1(fn_calvin_cycle_117(X))
& constant_motion_1(fn_calvin_cycle_118(X))
& carbon_source_1(fn_calvin_cycle_119(X))
& atp_1(fn_calvin_cycle_120(X))
& spatial_entity_1(fn_move_1(fn_calvin_cycle_79(X)))
& endergonic_process_1(fn_chemiosmosis_118(fn_calvin_cycle_65(X)))
& chemical_reaction_1(fn_chemiosmosis_118(fn_calvin_cycle_65(X)))
& synthesis_of_organic_molecule_1(fn_chemiosmosis_118(fn_calvin_cycle_65(X)))
& anabolic_pathway_1(fn_chemiosmosis_118(fn_calvin_cycle_65(X)))
& synthesis_of_atp_1(fn_chemiosmosis_118(fn_calvin_cycle_65(X)))
& chemical_reaction_1(fn_reactant_2(fn_calvin_cycle_39(X)))
& adp_1(fn_regeneration_of_ribulose_bisphosphate_3(fn_calvin_cycle_89(X)))
& carbon_source_1(fn_carbon_fixation_4(fn_calvin_cycle_57(X)))
& atp_1(fn_carbon_fixation_3(fn_calvin_cycle_57(X)))
& time_interval_1(fn_reduction_in_calvin_cycle_1(fn_calvin_cycle_84(X)))
& time_interval_1(fn_reduction_in_calvin_cycle_2(fn_calvin_cycle_84(X)))
& redox_reaction_1(fn_reduction_in_calvin_cycle_6(fn_calvin_cycle_84(X)))
& phosphorylation_1(fn_reduction_in_calvin_cycle_8(fn_calvin_cycle_84(X)))
& potential_energy_1(fn_electron_3(fn_calvin_cycle_81(X)))
& share_1(fn_covalent_bond_17(fn_calvin_cycle_58(X)))
& hydrophobic_region_1(fn_hydrophobic_compound_3(fn_calvin_cycle_55(X)))
& repel_1(fn_hydrophobic_compound_2(fn_calvin_cycle_55(X)))
& kinetic_energy_1(fn_molecule_12(fn_calvin_cycle_55(X)))
& constant_motion_1(fn_molecule_8(fn_calvin_cycle_55(X)))
& property_node_1(fn_molecule_1(fn_calvin_cycle_55(X)))
& speed_value_1(fn_molecule_3(fn_calvin_cycle_55(X)))
& property_node_1(fn_molecule_2(fn_calvin_cycle_55(X)))
& quantity_value_1(fn_molecule_4(fn_calvin_cycle_55(X)))
& property_node_1(fn_ketone_2(fn_calvin_cycle_75(X)))
& property_node_1(fn_ketone_1(fn_calvin_cycle_75(X)))
& constant_motion_1(fn_three_phosphoglycerate_19(fn_calvin_cycle_73(X)))
& kinetic_energy_1(fn_three_phosphoglycerate_20(fn_calvin_cycle_73(X)))
& carbon_skeleton_1(fn_three_phosphoglycerate_5(fn_calvin_cycle_73(X)))
& property_node_1(fn_three_phosphoglycerate_1(fn_calvin_cycle_73(X)))
& speed_value_1(fn_three_phosphoglycerate_15(fn_calvin_cycle_73(X)))
& property_node_1(fn_three_phosphoglycerate_2(fn_calvin_cycle_73(X)))
& quantity_value_1(fn_three_phosphoglycerate_14(fn_calvin_cycle_73(X)))
& carboxyl_group_1(fn_three_phosphoglycerate_6(fn_calvin_cycle_73(X)))
& functional_group_1(fn_three_phosphoglycerate_10(fn_calvin_cycle_73(X)))
& phosphate_group_1(fn_three_phosphoglycerate_10(fn_calvin_cycle_73(X)))
& equal_sharing_1(fn_carbon_dioxide_6(fn_calvin_cycle_55(X)))
& double_bond_1(fn_carbon_dioxide_2(fn_calvin_cycle_55(X)))
& share_1(fn_carbon_dioxide_5(fn_calvin_cycle_55(X)))
& polar_covalent_bond_1(fn_ribulose_bisphosphate_19(fn_calvin_cycle_75(X)))
& organic_molecule_1(fn_synthesis_of_organic_molecule_1(fn_calvin_cycle_71(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_calvin_cycle_64(X)))
& cell_1(fn_carbon_fixation_1(fn_calvin_cycle_57(X)))
& atp_1(fn_regeneration_of_ribulose_bisphosphate_4(fn_calvin_cycle_89(X)))
& atp_1(fn_reduction_in_calvin_cycle_4(fn_calvin_cycle_84(X)))
& entity_1(fn_renewable_resource_1(fn_calvin_cycle_76(X)))
& spatial_entity_1(fn_forward_reaction_6(fn_calvin_cycle_85(X)))
& chemical_entity_1(fn_forward_reaction_6(fn_calvin_cycle_85(X)))
& spatial_entity_1(fn_reverse_reaction_5(fn_calvin_cycle_86(X)))
& chemical_entity_1(fn_reverse_reaction_5(fn_calvin_cycle_86(X)))
& spatial_entity_1(fn_forward_reaction_5(fn_calvin_cycle_85(X)))
& chemical_entity_1(fn_forward_reaction_5(fn_calvin_cycle_85(X)))
& chemical_entity_1(fn_reverse_reaction_6(fn_calvin_cycle_86(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_calvin_cycle_71(X)))
& organic_molecule_1(fn_synthesis_of_organic_molecule_1(fn_calvin_cycle_66(X)))
& glyceraldehyde_3_phosphate_1(fn_regeneration_of_ribulose_bisphosphate_5(fn_calvin_cycle_89(X)))
& glyceraldehyde_3_phosphate_1(fn_reduction_in_calvin_cycle_5(fn_calvin_cycle_84(X)))
& chemical_entity_1(fn_reactant_3(fn_calvin_cycle_39(X)))
& nadph_1(fn_reduction_in_calvin_cycle_16(fn_calvin_cycle_84(X)))
& chemical_entity_1(fn_oxidizing_agent_1(fn_calvin_cycle_80(X)))
& tangible_entity_1(fn_reduction_in_calvin_cycle_9(fn_calvin_cycle_84(X)))
& chemical_entity_1(fn_reduction_in_calvin_cycle_9(fn_calvin_cycle_84(X)))
& number_1_comma_3_bisphosphoglycerate_1(fn_reduction_in_calvin_cycle_9(fn_calvin_cycle_84(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_calvin_cycle_69(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_calvin_cycle_34(X)))
& chemical_entity_1(fn_three_phosphoglycerate_16(fn_calvin_cycle_73(X)))
& molecule_1(fn_three_phosphoglycerate_16(fn_calvin_cycle_73(X)))
& constant_motion_1(fn_pentose_5(fn_calvin_cycle_75(X)))
& constant_motion_1(fn_ketone_4(fn_calvin_cycle_75(X)))
& kinetic_energy_1(fn_pentose_4(fn_calvin_cycle_75(X)))
& kinetic_energy_1(fn_ketone_3(fn_calvin_cycle_75(X)))
& speed_value_1(fn_pentose_6(fn_calvin_cycle_75(X)))
& speed_value_1(fn_ketone_5(fn_calvin_cycle_75(X)))
& quantity_value_1(fn_pentose_7(fn_calvin_cycle_75(X)))
& quantity_value_1(fn_ketone_6(fn_calvin_cycle_75(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_calvin_cycle_69(X)))
& organic_molecule_1(fn_carbon_fixation_5(fn_calvin_cycle_57(X)))
& three_phosphoglycerate_1(fn_reduction_in_calvin_cycle_10(fn_calvin_cycle_84(X)))
& chemical_entity_1(fn_functional_group_1(fn_calvin_cycle_51(X)))
& chemical_entity_1(fn_functional_group_1(fn_calvin_cycle_50(X)))
& double_bond_1(fn_three_phosphoglycerate_7(fn_calvin_cycle_73(X)))
& double_bond_1(fn_phosphate_group_41(fn_calvin_cycle_50(X)))
& phosphorus_1(fn_three_phosphoglycerate_13(fn_calvin_cycle_73(X)))
& phosphorus_1(fn_phosphate_group_6(fn_calvin_cycle_50(X)))
& entity_1(fn_three_phosphoglycerate_11(fn_calvin_cycle_73(X)))
& chemical_entity_1(fn_three_phosphoglycerate_11(fn_calvin_cycle_73(X)))
& atom_1(fn_three_phosphoglycerate_11(fn_calvin_cycle_73(X)))
& hydrogen_1(fn_three_phosphoglycerate_11(fn_calvin_cycle_73(X)))
& entity_1(fn_carboxyl_group_25(fn_calvin_cycle_51(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_calvin_cycle_51(X)))
& atom_1(fn_carboxyl_group_25(fn_calvin_cycle_51(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_calvin_cycle_51(X)))
& entity_1(fn_three_phosphoglycerate_12(fn_calvin_cycle_73(X)))
& chemical_entity_1(fn_three_phosphoglycerate_12(fn_calvin_cycle_73(X)))
& atom_1(fn_three_phosphoglycerate_12(fn_calvin_cycle_73(X)))
& oxygen_1(fn_three_phosphoglycerate_12(fn_calvin_cycle_73(X)))
& oxygen_1(fn_carboxyl_group_24(fn_calvin_cycle_51(X)))
& single_bond_1(fn_three_phosphoglycerate_8(fn_calvin_cycle_73(X)))
& single_bond_1(fn_phosphate_group_37(fn_calvin_cycle_50(X)))
& single_bond_1(fn_carboxyl_group_69(fn_calvin_cycle_51(X)))
& entity_1(fn_three_phosphoglycerate_3(fn_calvin_cycle_73(X)))
& chemical_entity_1(fn_three_phosphoglycerate_3(fn_calvin_cycle_73(X)))
& atom_1(fn_three_phosphoglycerate_3(fn_calvin_cycle_73(X)))
& carbon_1(fn_three_phosphoglycerate_3(fn_calvin_cycle_73(X)))
& entity_1(fn_carboxyl_group_19(fn_calvin_cycle_51(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_calvin_cycle_51(X)))
& atom_1(fn_carboxyl_group_19(fn_calvin_cycle_51(X)))
& carbon_1(fn_carboxyl_group_19(fn_calvin_cycle_51(X)))
& double_bond_1(fn_three_phosphoglycerate_9(fn_calvin_cycle_73(X)))
& double_bond_1(fn_carboxyl_group_70(fn_calvin_cycle_51(X)))
& entity_1(fn_three_phosphoglycerate_4(fn_calvin_cycle_73(X)))
& chemical_entity_1(fn_three_phosphoglycerate_4(fn_calvin_cycle_73(X)))
& atom_1(fn_three_phosphoglycerate_4(fn_calvin_cycle_73(X)))
& oxygen_1(fn_three_phosphoglycerate_4(fn_calvin_cycle_73(X)))
& oxygen_1(fn_phosphate_group_5(fn_calvin_cycle_50(X)))
& entity_1(fn_phosphate_group_5(fn_calvin_cycle_50(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_calvin_cycle_50(X)))
& atom_1(fn_phosphate_group_5(fn_calvin_cycle_50(X)))
& entity_1(fn_phosphate_group_22(fn_calvin_cycle_50(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_calvin_cycle_50(X)))
& atom_1(fn_phosphate_group_22(fn_calvin_cycle_50(X)))
& oxygen_1(fn_phosphate_group_22(fn_calvin_cycle_50(X)))
& oxygen_1(fn_carboxyl_group_23(fn_calvin_cycle_51(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_calvin_cycle_58(X)))
& hold_together_1(fn_carbon_dioxide_7(fn_calvin_cycle_55(X)))
& carbon_1(fn_carbon_dioxide_3(fn_calvin_cycle_55(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_calvin_cycle_34(X)))
& molecule_1(fn_carbon_fixation_6(fn_calvin_cycle_57(X)))
& entity_1(fn_share_3(fn_calvin_cycle_61(X)))
& entity_1(fn_share_1(fn_calvin_cycle_61(X)))
& entity_1(fn_polar_covalent_bond_18(fn_calvin_cycle_58(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_calvin_cycle_58(X)))
& atom_1(fn_polar_covalent_bond_18(fn_calvin_cycle_58(X)))
& entity_1(fn_polar_covalent_bond_19(fn_calvin_cycle_58(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_calvin_cycle_58(X)))
& atom_1(fn_polar_covalent_bond_19(fn_calvin_cycle_58(X)))
& oxygen_1(fn_carbon_dioxide_1(fn_calvin_cycle_55(X)))
& entity_1(fn_covalent_bond_20(fn_calvin_cycle_58(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_calvin_cycle_58(X)))
& atom_1(fn_covalent_bond_20(fn_calvin_cycle_58(X)))
& oxygen_1(fn_carbon_dioxide_4(fn_calvin_cycle_55(X)))
& functional_group_1(fn_pentose_11(fn_calvin_cycle_75(X)))
& hydroxyl_group_1(fn_pentose_11(fn_calvin_cycle_75(X)))
& functional_group_1(fn_ribulose_bisphosphate_21(fn_calvin_cycle_75(X)))
& hydroxyl_group_1(fn_ribulose_bisphosphate_21(fn_calvin_cycle_75(X)))
& functional_group_1(fn_monosaccharide_17(fn_calvin_cycle_75(X)))
& carbonyl_group_1(fn_monosaccharide_17(fn_calvin_cycle_75(X)))
& functional_group_1(fn_pentose_12(fn_calvin_cycle_75(X)))
& carbonyl_group_1(fn_pentose_12(fn_calvin_cycle_75(X)))
& carbonyl_group_1(fn_ketone_11(fn_calvin_cycle_75(X)))
& functional_group_1(fn_ribulose_bisphosphate_22(fn_calvin_cycle_75(X)))
& carbonyl_group_1(fn_ribulose_bisphosphate_22(fn_calvin_cycle_75(X)))
& carbon_skeleton_1(fn_ketone_9(fn_calvin_cycle_75(X)))
& carbon_skeleton_1(fn_ribulose_bisphosphate_20(fn_calvin_cycle_75(X)))
& atom_1(fn_ketone_8(fn_calvin_cycle_75(X)))
& carbon_1(fn_ketone_8(fn_calvin_cycle_75(X)))
& entity_1(fn_pentose_10(fn_calvin_cycle_75(X)))
& chemical_entity_1(fn_pentose_10(fn_calvin_cycle_75(X)))
& atom_1(fn_pentose_10(fn_calvin_cycle_75(X)))
& oxygen_1(fn_pentose_10(fn_calvin_cycle_75(X)))
& tangible_entity_1(fn_pentose_15(fn_calvin_cycle_75(X)))
& entity_1(fn_pentose_15(fn_calvin_cycle_75(X)))
& atom_1(fn_pentose_15(fn_calvin_cycle_75(X)))
& chemical_entity_1(fn_pentose_15(fn_calvin_cycle_75(X)))
& oxygen_1(fn_pentose_15(fn_calvin_cycle_75(X)))
& atom_1(fn_ketone_12(fn_calvin_cycle_75(X)))
& chemical_entity_1(fn_ketone_12(fn_calvin_cycle_75(X)))
& oxygen_1(fn_ketone_12(fn_calvin_cycle_75(X)))
& tangible_entity_1(fn_ribulose_bisphosphate_26(fn_calvin_cycle_75(X)))
& entity_1(fn_ribulose_bisphosphate_26(fn_calvin_cycle_75(X)))
& chemical_entity_1(fn_ribulose_bisphosphate_26(fn_calvin_cycle_75(X)))
& atom_1(fn_ribulose_bisphosphate_26(fn_calvin_cycle_75(X)))
& oxygen_1(fn_ribulose_bisphosphate_26(fn_calvin_cycle_75(X)))
& tangible_entity_1(fn_ribulose_bisphosphate_25(fn_calvin_cycle_75(X)))
& entity_1(fn_ribulose_bisphosphate_25(fn_calvin_cycle_75(X)))
& atom_1(fn_ribulose_bisphosphate_25(fn_calvin_cycle_75(X)))
& chemical_entity_1(fn_ribulose_bisphosphate_25(fn_calvin_cycle_75(X)))
& oxygen_1(fn_ribulose_bisphosphate_25(fn_calvin_cycle_75(X)))
& chemical_bond_1(fn_ketone_7(fn_calvin_cycle_75(X)))
& double_bond_1(fn_ketone_7(fn_calvin_cycle_75(X)))
& covalent_bond_1(fn_ribulose_bisphosphate_18(fn_calvin_cycle_75(X)))
& chemical_bond_1(fn_ribulose_bisphosphate_18(fn_calvin_cycle_75(X)))
& double_bond_1(fn_ribulose_bisphosphate_18(fn_calvin_cycle_75(X)))
& entity_1(fn_pentose_21(fn_calvin_cycle_75(X)))
& chemical_entity_1(fn_pentose_21(fn_calvin_cycle_75(X)))
& atom_1(fn_pentose_21(fn_calvin_cycle_75(X)))
& carbon_1(fn_pentose_21(fn_calvin_cycle_75(X)))
& entity_1(fn_ketone_10(fn_calvin_cycle_75(X)))
& chemical_entity_1(fn_ketone_10(fn_calvin_cycle_75(X)))
& atom_1(fn_ketone_10(fn_calvin_cycle_75(X)))
& carbon_1(fn_ketone_10(fn_calvin_cycle_75(X)))
& entity_1(fn_ribulose_bisphosphate_27(fn_calvin_cycle_75(X)))
& chemical_entity_1(fn_ribulose_bisphosphate_27(fn_calvin_cycle_75(X)))
& atom_1(fn_ribulose_bisphosphate_27(fn_calvin_cycle_75(X)))
& carbon_1(fn_ribulose_bisphosphate_27(fn_calvin_cycle_75(X)))
& entity_1(fn_ribulose_bisphosphate_23(fn_calvin_cycle_75(X)))
& chemical_entity_1(fn_ribulose_bisphosphate_23(fn_calvin_cycle_75(X)))
& atom_1(fn_ribulose_bisphosphate_23(fn_calvin_cycle_75(X)))
& carbon_1(fn_ribulose_bisphosphate_23(fn_calvin_cycle_75(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_calvin_cycle_85(X)))
& chemical_entity_1(fn_reverse_reaction_7(fn_calvin_cycle_86(X)))
& ribulose_bisphosphate_1(fn_regeneration_of_ribulose_bisphosphate_2(fn_calvin_cycle_89(X)))
& entity_1(fn_pentose_16(fn_calvin_cycle_75(X)))
& chemical_entity_1(fn_pentose_16(fn_calvin_cycle_75(X)))
& atom_1(fn_pentose_16(fn_calvin_cycle_75(X)))
& hydrogen_1(fn_pentose_16(fn_calvin_cycle_75(X)))
& entity_1(fn_ribulose_bisphosphate_24(fn_calvin_cycle_75(X)))
& chemical_entity_1(fn_ribulose_bisphosphate_24(fn_calvin_cycle_75(X)))
& atom_1(fn_ribulose_bisphosphate_24(fn_calvin_cycle_75(X)))
& hydrogen_1(fn_ribulose_bisphosphate_24(fn_calvin_cycle_75(X)))
& raw_material_2(fn_calvin_cycle_34(X),fn_calvin_cycle_75(X))
& next_event_2(fn_calvin_cycle_34(X),fn_calvin_cycle_69(X))
& electronegativity_2(fn_calvin_cycle_3(X),fn_calvin_cycle_4(X))
& greater_than_2(fn_calvin_cycle_5(X),fn_calvin_cycle_4(X))
& greater_than_or_equal_to_2(fn_calvin_cycle_5(X),fn_calvin_cycle_4(X))
& time_before_2(fn_calvin_cycle_7(X),fn_calvin_cycle_6(X))
& time_int_before_2(fn_calvin_cycle_7(X),fn_calvin_cycle_6(X))
& subevent_2(fn_calvin_cycle_57(X),fn_calvin_cycle_69(X))
& subevent_2(fn_calvin_cycle_57(X),fn_calvin_cycle_34(X))
& raw_material_2(fn_calvin_cycle_57(X),fn_calvin_cycle_75(X))
& time_during_2(fn_calvin_cycle_57(X),fn_calvin_cycle_92(X))
& next_event_2(fn_calvin_cycle_57(X),fn_calvin_cycle_84(X))
& result_2(fn_calvin_cycle_61(X),fn_calvin_cycle_58(X))
& fn_calvin_cycle_63(X) != fn_calvin_cycle_78(X)
& result_2(fn_calvin_cycle_65(X),fn_calvin_cycle_78(X))
& structural_complexity_2(fn_calvin_cycle_67(X),fn_calvin_cycle_16(X))
& toward_2(fn_calvin_cycle_8(X),fn_calvin_cycle_82(X))
& time_during_2(fn_calvin_cycle_69(X),fn_calvin_cycle_6(X))
& fn_calvin_cycle_70(X) != fn_calvin_cycle_75(X)
& possesses_2(fn_calvin_cycle_73(X),fn_calvin_cycle_9(X))
& fn_calvin_cycle_73(X) != fn_calvin_cycle_75(X)
& possesses_2(fn_calvin_cycle_74(X),fn_calvin_cycle_31(X))
& structural_complexity_2(fn_calvin_cycle_10(X),fn_calvin_cycle_16(X))
& fn_calvin_cycle_75(X) != fn_calvin_cycle_70(X)
& fn_calvin_cycle_75(X) != fn_calvin_cycle_73(X)
& in_event_2(fn_calvin_cycle_76(X),X)
& raw_material_2(X,fn_calvin_cycle_75(X))
& raw_material_2(X,fn_calvin_cycle_63(X))
& raw_material_2(X,fn_calvin_cycle_55(X))
& result_2(X,fn_calvin_cycle_67(X))
& result_2(X,fn_calvin_cycle_18(X))
& result_2(X,fn_calvin_cycle_10(X))
& first_subevent_2(X,fn_calvin_cycle_57(X))
& subevent_2(X,fn_calvin_cycle_57(X))
& subevent_2(X,fn_calvin_cycle_84(X))
& subevent_2(X,fn_calvin_cycle_89(X))
& possesses_2(fn_calvin_cycle_77(X),fn_calvin_cycle_11(X))
& structural_complexity_2(fn_calvin_cycle_77(X),fn_calvin_cycle_37(X))
& fn_calvin_cycle_77(X) != fn_calvin_cycle_81(X)
& fn_calvin_cycle_78(X) != fn_calvin_cycle_63(X)
& toward_2(fn_calvin_cycle_79(X),fn_calvin_cycle_82(X))
& electronegativity_2(fn_calvin_cycle_12(X),fn_calvin_cycle_5(X))
& fn_calvin_cycle_81(X) != fn_calvin_cycle_77(X)
& fn_calvin_cycle_81(X) != fn_calvin_cycle_82(X)
& fn_calvin_cycle_82(X) != fn_calvin_cycle_81(X)
& has_atom_2(fn_calvin_cycle_82(X),fn_calvin_cycle_12(X))
& possesses_2(fn_calvin_cycle_82(X),fn_calvin_cycle_13(X))
& the_scalar_value_2(fn_calvin_cycle_14(X),high_0)
& scalar_unit_class_2(fn_calvin_cycle_14(X),energy_0)
& quantity_2(fn_calvin_cycle_83(X),fn_calvin_cycle_14(X))
& raw_material_2(fn_calvin_cycle_84(X),fn_calvin_cycle_73(X))
& next_event_2(fn_calvin_cycle_84(X),fn_calvin_cycle_89(X))
& has_atom_2(fn_calvin_cycle_88(X),fn_calvin_cycle_3(X))
& fn_calvin_cycle_19(X) = fn_calvin_cycle_21(X)
& fn_calvin_cycle_19(X) = fn_calvin_cycle_20(X)
& called_2(fn_calvin_cycle_19(X),'Number_Proton')
& fn_calvin_cycle_20(X) = fn_calvin_cycle_19(X)
& the_cardinal_value_2(fn_calvin_cycle_20(X),"6")
& cardinal_unit_class_2(fn_calvin_cycle_20(X),unity_0)
& called_2(fn_calvin_cycle_20(X),'Atomic_Number')
& fn_calvin_cycle_21(X) = fn_calvin_cycle_19(X)
& called_2(fn_calvin_cycle_21(X),'Number_Electron')
& plays_2(fn_calvin_cycle_78(X),fn_calvin_cycle_76(X))
& result_2(fn_calvin_cycle_85(X),fn_calvin_cycle_75(X))
& raw_material_2(fn_calvin_cycle_85(X),fn_calvin_cycle_78(X))
& result_2(fn_calvin_cycle_86(X),fn_calvin_cycle_78(X))
& raw_material_2(fn_calvin_cycle_71(X),fn_calvin_cycle_78(X))
& raw_material_2(fn_calvin_cycle_86(X),fn_calvin_cycle_75(X))
& agent_2(fn_calvin_cycle_61(X),fn_calvin_cycle_59(X))
& raw_material_2(fn_calvin_cycle_34(X),fn_calvin_cycle_55(X))
& result_2(fn_calvin_cycle_66(X),fn_calvin_cycle_78(X))
& raw_material_2(fn_calvin_cycle_57(X),fn_calvin_cycle_55(X))
& object_2(fn_calvin_cycle_79(X),fn_calvin_cycle_81(X))
& plays_2(fn_calvin_cycle_77(X),fn_calvin_cycle_39(X))
& plays_2(fn_calvin_cycle_82(X),fn_calvin_cycle_80(X))
& result_2(fn_calvin_cycle_69(X),fn_calvin_cycle_73(X))
& raw_material_2(fn_calvin_cycle_69(X),fn_calvin_cycle_70(X))
& result_2(fn_calvin_cycle_34(X),fn_calvin_cycle_70(X))
& result_2(fn_calvin_cycle_57(X),fn_calvin_cycle_73(X))
& result_2(fn_calvin_cycle_71(X),fn_calvin_cycle_72(X))
& has_region_2(fn_calvin_cycle_72(X),fn_calvin_cycle_64(X))
& subevent_2(fn_calvin_cycle_65(X),fn_calvin_cycle_66(X))
& in_event_2(fn_calvin_cycle_39(X),X)
& result_2(fn_calvin_cycle_89(X),fn_calvin_cycle_67(X))
& result_2(fn_calvin_cycle_89(X),fn_calvin_cycle_75(X))
& raw_material_2(fn_calvin_cycle_89(X),fn_calvin_cycle_78(X))
& raw_material_2(fn_calvin_cycle_89(X),fn_calvin_cycle_63(X))
& base_2(X,fn_calvin_cycle_56(X))
& result_2(X,fn_calvin_cycle_74(X))
& structural_complexity_2(fn_calvin_cycle_74(X),fn_calvin_cycle_38(X))
& greater_than_2(fn_calvin_cycle_38(X),fn_calvin_cycle_37(X))
& raw_material_2(fn_calvin_cycle_57(X),fn_calvin_cycle_120(X))
& fn_calvin_cycle_120(X) != fn_calvin_cycle_55(X)
& plays_2(fn_calvin_cycle_55(X),fn_calvin_cycle_119(X))
& in_event_2(fn_calvin_cycle_119(X),fn_calvin_cycle_57(X))
& base_2(fn_calvin_cycle_57(X),fn_calvin_cycle_56(X))
& fn_calvin_cycle_55(X) != fn_calvin_cycle_120(X)
& quantity_2(fn_calvin_cycle_31(X),fn_calvin_cycle_32(X))
& called_2(fn_calvin_cycle_33(X),'FE_r')
& raw_material_2(X,fn_calvin_cycle_77(X))
& possesses_2(fn_calvin_cycle_77(X),fn_calvin_cycle_30(X))
& quantity_2(fn_calvin_cycle_30(X),fn_calvin_cycle_33(X))
& greater_than_2(fn_calvin_cycle_32(X),fn_calvin_cycle_33(X))
& called_2(fn_calvin_cycle_32(X),'FE_p')
& raw_material_2(fn_calvin_cycle_84(X),fn_calvin_cycle_63(X))
& raw_material_2(fn_calvin_cycle_68(X),fn_calvin_cycle_73(X))
& fn_calvin_cycle_88(X) != fn_calvin_cycle_82(X)
& raw_material_2(fn_calvin_cycle_87(X),fn_calvin_cycle_88(X))
& raw_material_2(fn_calvin_cycle_87(X),fn_calvin_cycle_82(X))
& fn_calvin_cycle_82(X) != fn_calvin_cycle_88(X)
& subevent_2(fn_calvin_cycle_84(X),fn_calvin_cycle_87(X))
& result_2(fn_calvin_cycle_87(X),fn_calvin_cycle_78(X))
& result_2(fn_calvin_cycle_84(X),fn_calvin_cycle_78(X))
& time_during_2(fn_calvin_cycle_84(X),fn_calvin_cycle_93(X))
& time_before_2(fn_calvin_cycle_92(X),fn_calvin_cycle_93(X))
& subevent_2(fn_calvin_cycle_84(X),fn_calvin_cycle_68(X))
& result_2(fn_calvin_cycle_68(X),fn_calvin_cycle_82(X))
& fn_calvin_cycle_82(X) != fn_calvin_cycle_77(X)
& fn_calvin_cycle_73(X) != fn_calvin_cycle_82(X)
& fn_calvin_cycle_82(X) != fn_calvin_cycle_73(X)
& fn_calvin_cycle_77(X) != fn_calvin_cycle_82(X)
& is_inside_2(fn_calvin_cycle_105(X),fn_calvin_cycle_100(X))
& has_part_2(fn_calvin_cycle_75(X),fn_calvin_cycle_105(X))
& has_region_2(fn_calvin_cycle_75(X),fn_calvin_cycle_101(X))
& is_inside_2(fn_calvin_cycle_106(X),fn_calvin_cycle_101(X))
& has_part_2(fn_calvin_cycle_75(X),fn_calvin_cycle_106(X))
& fn_calvin_cycle_102(X) != fn_calvin_cycle_104(X)
& fn_calvin_cycle_105(X) != fn_calvin_cycle_106(X)
& is_inside_2(fn_calvin_cycle_102(X),fn_calvin_cycle_99(X))
& fn_calvin_cycle_104(X) != fn_calvin_cycle_102(X)
& is_inside_2(fn_calvin_cycle_104(X),fn_calvin_cycle_101(X))
& is_inside_2(fn_calvin_cycle_105(X),fn_calvin_cycle_101(X))
& fn_calvin_cycle_106(X) != fn_calvin_cycle_105(X)
& is_inside_2(fn_calvin_cycle_104(X),fn_calvin_cycle_100(X))
& has_part_2(fn_calvin_cycle_75(X),fn_calvin_cycle_104(X))
& has_region_2(fn_calvin_cycle_75(X),fn_calvin_cycle_100(X))
& is_inside_2(fn_calvin_cycle_103(X),fn_calvin_cycle_100(X))
& has_part_2(fn_calvin_cycle_75(X),fn_calvin_cycle_103(X))
& fn_calvin_cycle_103(X) != fn_calvin_cycle_104(X)
& fn_calvin_cycle_104(X) != fn_calvin_cycle_106(X)
& fn_calvin_cycle_106(X) != fn_calvin_cycle_102(X)
& fn_calvin_cycle_102(X) != fn_calvin_cycle_106(X)
& fn_calvin_cycle_103(X) != fn_calvin_cycle_106(X)
& fn_calvin_cycle_104(X) != fn_calvin_cycle_103(X)
& fn_calvin_cycle_106(X) != fn_calvin_cycle_104(X)
& fn_calvin_cycle_106(X) != fn_calvin_cycle_103(X)
& fn_calvin_cycle_105(X) != fn_calvin_cycle_102(X)
& fn_calvin_cycle_102(X) != fn_calvin_cycle_103(X)
& fn_calvin_cycle_102(X) != fn_calvin_cycle_105(X)
& fn_calvin_cycle_103(X) != fn_calvin_cycle_102(X)
& is_inside_2(fn_calvin_cycle_103(X),fn_calvin_cycle_99(X))
& has_region_2(fn_calvin_cycle_75(X),fn_calvin_cycle_99(X))
& has_part_2(fn_calvin_cycle_75(X),fn_calvin_cycle_102(X))
& fn_calvin_cycle_105(X) != fn_calvin_cycle_103(X)
& fn_calvin_cycle_103(X) != fn_calvin_cycle_105(X)
& fn_calvin_cycle_105(X) != fn_calvin_cycle_104(X)
& fn_calvin_cycle_104(X) != fn_calvin_cycle_105(X)
& is_between_2(fn_calvin_cycle_96(X),fn_calvin_cycle_105(X))
& is_between_2(fn_calvin_cycle_98(X),fn_calvin_cycle_103(X))
& is_between_2(fn_calvin_cycle_96(X),fn_calvin_cycle_103(X))
& is_between_2(fn_calvin_cycle_96(X),fn_calvin_cycle_104(X))
& is_between_2(fn_calvin_cycle_98(X),fn_calvin_cycle_104(X))
& possesses_2(fn_calvin_cycle_75(X),fn_calvin_cycle_98(X))
& is_between_2(fn_calvin_cycle_98(X),fn_calvin_cycle_105(X))
& is_between_2(fn_calvin_cycle_98(X),fn_calvin_cycle_102(X))
& is_between_2(fn_calvin_cycle_96(X),fn_calvin_cycle_102(X))
& possesses_2(fn_calvin_cycle_75(X),fn_calvin_cycle_96(X))
& is_between_2(fn_calvin_cycle_96(X),fn_calvin_cycle_106(X))
& fn_calvin_cycle_117(X) != fn_calvin_cycle_59(X)
& fn_calvin_cycle_59(X) != fn_calvin_cycle_117(X)
& is_between_2(fn_calvin_cycle_58(X),fn_calvin_cycle_59(X))
& is_between_2(fn_calvin_cycle_58(X),fn_calvin_cycle_117(X))
& has_part_2(fn_calvin_cycle_55(X),fn_calvin_cycle_117(X))
& object_2(fn_calvin_cycle_60(X),fn_calvin_cycle_117(X))
& has_function_2(fn_calvin_cycle_58(X),fn_calvin_cycle_60(X))
& agent_2(fn_calvin_cycle_60(X),fn_calvin_cycle_58(X))
& object_2(fn_calvin_cycle_60(X),fn_calvin_cycle_59(X))
& has_part_2(fn_calvin_cycle_55(X),fn_calvin_cycle_59(X))
& agent_2(fn_calvin_cycle_111(X),fn_calvin_cycle_117(X))
& agent_2(fn_calvin_cycle_110(X),fn_calvin_cycle_117(X))
& result_2(fn_calvin_cycle_110(X),fn_calvin_cycle_58(X))
& result_2(fn_calvin_cycle_111(X),fn_calvin_cycle_58(X))
& agent_2(fn_calvin_cycle_111(X),fn_calvin_cycle_59(X))
& possesses_2(fn_calvin_cycle_55(X),fn_calvin_cycle_58(X))
& agent_2(fn_calvin_cycle_110(X),fn_calvin_cycle_59(X))
& fn_calvin_cycle_44(X) != fn_calvin_cycle_45(X)
& fn_calvin_cycle_45(X) != fn_calvin_cycle_44(X)
& fn_calvin_cycle_44(X) != fn_calvin_cycle_47(X)
& fn_calvin_cycle_47(X) != fn_calvin_cycle_44(X)
& is_inside_2(fn_calvin_cycle_44(X),fn_calvin_cycle_51(X))
& fn_calvin_cycle_48(X) != fn_calvin_cycle_47(X)
& fn_calvin_cycle_47(X) != fn_calvin_cycle_45(X)
& fn_calvin_cycle_45(X) != fn_calvin_cycle_47(X)
& fn_calvin_cycle_47(X) != fn_calvin_cycle_48(X)
& is_inside_2(fn_calvin_cycle_48(X),fn_calvin_cycle_51(X))
& is_inside_2(fn_calvin_cycle_47(X),fn_calvin_cycle_51(X))
& is_between_2(fn_calvin_cycle_42(X),fn_calvin_cycle_47(X))
& is_between_2(fn_calvin_cycle_42(X),fn_calvin_cycle_44(X))
& is_between_2(fn_calvin_cycle_41(X),fn_calvin_cycle_44(X))
& is_between_2(fn_calvin_cycle_41(X),fn_calvin_cycle_45(X))
& is_inside_2(fn_calvin_cycle_45(X),fn_calvin_cycle_51(X))
& fn_calvin_cycle_45(X) != fn_calvin_cycle_46(X)
& fn_calvin_cycle_46(X) != fn_calvin_cycle_45(X)
& is_between_2(fn_calvin_cycle_43(X),fn_calvin_cycle_46(X))
& is_between_2(fn_calvin_cycle_43(X),fn_calvin_cycle_45(X))
& is_inside_2(fn_calvin_cycle_45(X),fn_calvin_cycle_50(X))
& fn_calvin_cycle_46(X) != fn_calvin_cycle_47(X)
& is_between_2(fn_calvin_cycle_42(X),fn_calvin_cycle_45(X))
& is_between_2(fn_calvin_cycle_42(X),fn_calvin_cycle_46(X))
& is_inside_2(fn_calvin_cycle_46(X),fn_calvin_cycle_50(X))
& is_inside_2(fn_calvin_cycle_47(X),fn_calvin_cycle_50(X))
& fn_calvin_cycle_47(X) != fn_calvin_cycle_46(X)
& object_2(fn_calvin_cycle_52(X),fn_calvin_cycle_73(X))
& speed_2(fn_calvin_cycle_52(X),fn_calvin_cycle_53(X))
& directly_proportional_2(fn_calvin_cycle_53(X),fn_calvin_cycle_54(X))
& quantity_2(fn_calvin_cycle_40(X),fn_calvin_cycle_54(X))
& possesses_2(fn_calvin_cycle_73(X),fn_calvin_cycle_40(X))
& is_between_2(fn_calvin_cycle_41(X),fn_calvin_cycle_47(X))
& is_between_2(fn_calvin_cycle_43(X),fn_calvin_cycle_47(X))
& is_between_2(fn_calvin_cycle_43(X),fn_calvin_cycle_44(X))
& is_inside_2(fn_calvin_cycle_44(X),fn_calvin_cycle_49(X))
& has_region_2(fn_calvin_cycle_73(X),fn_calvin_cycle_49(X))
& possesses_2(fn_calvin_cycle_73(X),fn_calvin_cycle_42(X))
& has_part_2(fn_calvin_cycle_73(X),fn_calvin_cycle_46(X))
& is_between_2(fn_calvin_cycle_41(X),fn_calvin_cycle_46(X))
& possesses_2(fn_calvin_cycle_73(X),fn_calvin_cycle_41(X))
& possesses_2(fn_calvin_cycle_73(X),fn_calvin_cycle_43(X))
& has_part_2(fn_calvin_cycle_73(X),fn_calvin_cycle_44(X))
& has_region_2(fn_calvin_cycle_73(X),fn_calvin_cycle_51(X))
& has_part_2(fn_calvin_cycle_73(X),fn_calvin_cycle_45(X))
& has_region_2(fn_calvin_cycle_73(X),fn_calvin_cycle_50(X))
& has_part_2(fn_calvin_cycle_73(X),fn_calvin_cycle_47(X))
& has_part_2(fn_calvin_cycle_73(X),fn_calvin_cycle_48(X))
& is_inside_2(fn_calvin_cycle_102(X),fn_calvin_cycle_100(X))
& quantity_2(fn_calvin_cycle_97(X),fn_calvin_cycle_95(X))
& directly_proportional_2(fn_calvin_cycle_94(X),fn_calvin_cycle_95(X))
& speed_2(fn_calvin_cycle_107(X),fn_calvin_cycle_94(X))
& object_2(fn_calvin_cycle_107(X),fn_calvin_cycle_75(X))
& possesses_2(fn_calvin_cycle_75(X),fn_calvin_cycle_97(X))
& speed_2(fn_calvin_cycle_118(X),fn_calvin_cycle_112(X))
& directly_proportional_2(fn_calvin_cycle_112(X),fn_calvin_cycle_113(X))
& quantity_2(fn_calvin_cycle_116(X),fn_calvin_cycle_113(X))
& possesses_2(fn_calvin_cycle_55(X),fn_calvin_cycle_116(X))
& object_2(fn_calvin_cycle_118(X),fn_calvin_cycle_55(X))
& facilitates_2(fn_calvin_cycle_114(X),fn_calvin_cycle_115(X))
& site_2(fn_calvin_cycle_115(X),fn_calvin_cycle_114(X))
& has_function_2(fn_calvin_cycle_55(X),fn_calvin_cycle_115(X))
& has_region_2(fn_calvin_cycle_55(X),fn_calvin_cycle_114(X))
& agent_2(fn_calvin_cycle_115(X),fn_calvin_cycle_55(X))
& fn_calvin_cycle_73(X) != fn_calvin_cycle_70(X)
& fn_calvin_cycle_70(X) != fn_calvin_cycle_73(X)
& agent_2(fn_calvin_cycle_62(X),fn_calvin_cycle_59(X))
& result_2(fn_calvin_cycle_62(X),fn_calvin_cycle_58(X))
& possesses_2(fn_calvin_cycle_81(X),fn_calvin_cycle_83(X))
& fn_calvin_cycle_78(X) = fn_renewable_resource_1(fn_calvin_cycle_76(X))
& fn_calvin_cycle_75(X) = fn_chemical_reaction_1(fn_calvin_cycle_85(X))
& fn_calvin_cycle_78(X) = fn_forward_reaction_6(fn_calvin_cycle_85(X))
& fn_calvin_cycle_78(X) = fn_forward_reaction_5(fn_calvin_cycle_85(X))
& fn_calvin_cycle_78(X) = fn_reverse_reaction_5(fn_calvin_cycle_86(X))
& fn_calvin_cycle_78(X) = fn_reverse_reaction_6(fn_calvin_cycle_86(X))
& fn_calvin_cycle_78(X) = fn_anabolic_pathway_6(fn_calvin_cycle_71(X))
& fn_calvin_cycle_75(X) = fn_reverse_reaction_7(fn_calvin_cycle_86(X))
& fn_calvin_cycle_59(X) = fn_share_3(fn_calvin_cycle_61(X))
& fn_calvin_cycle_59(X) = fn_share_1(fn_calvin_cycle_61(X))
& fn_calvin_cycle_55(X) = fn_chemical_reaction_2(fn_calvin_cycle_34(X))
& fn_calvin_cycle_78(X) = fn_synthesis_of_organic_molecule_1(fn_calvin_cycle_66(X))
& fn_calvin_cycle_81(X) = fn_move_1(fn_calvin_cycle_79(X))
& fn_calvin_cycle_77(X) = fn_reactant_3(fn_calvin_cycle_39(X))
& fn_calvin_cycle_82(X) = fn_oxidizing_agent_1(fn_calvin_cycle_80(X))
& fn_calvin_cycle_73(X) = fn_chemical_reaction_1(fn_calvin_cycle_69(X))
& fn_calvin_cycle_70(X) = fn_chemical_reaction_2(fn_calvin_cycle_69(X))
& fn_calvin_cycle_70(X) = fn_chemical_reaction_1(fn_calvin_cycle_34(X))
& fn_calvin_cycle_73(X) = fn_carbon_fixation_5(fn_calvin_cycle_57(X))
& fn_calvin_cycle_72(X) = fn_synthesis_of_organic_molecule_1(fn_calvin_cycle_71(X))
& fn_calvin_cycle_72(X) = fn_carbon_skeleton_3(fn_calvin_cycle_64(X))
& fn_calvin_cycle_66(X) = fn_chemiosmosis_118(fn_calvin_cycle_65(X))
& X = fn_reactant_2(fn_calvin_cycle_39(X))
& fn_calvin_cycle_67(X) = fn_regeneration_of_ribulose_bisphosphate_3(fn_calvin_cycle_89(X))
& fn_calvin_cycle_75(X) = fn_regeneration_of_ribulose_bisphosphate_2(fn_calvin_cycle_89(X))
& fn_calvin_cycle_78(X) = fn_regeneration_of_ribulose_bisphosphate_5(fn_calvin_cycle_89(X))
& fn_calvin_cycle_63(X) = fn_regeneration_of_ribulose_bisphosphate_4(fn_calvin_cycle_89(X))
& fn_calvin_cycle_56(X) = fn_metabolic_pathway_1(X)
& fn_calvin_cycle_35(X) = fn_anabolic_pathway_1(X)
& fn_calvin_cycle_36(X) = fn_anabolic_pathway_2(X)
& fn_calvin_cycle_37(X) = fn_anabolic_pathway_4(X)
& fn_calvin_cycle_38(X) = fn_anabolic_pathway_3(X)
& fn_calvin_cycle_74(X) = fn_anabolic_pathway_5(X)
& fn_calvin_cycle_56(X) = fn_carbon_fixation_1(fn_calvin_cycle_57(X))
& fn_calvin_cycle_119(X) = fn_carbon_fixation_4(fn_calvin_cycle_57(X))
& fn_calvin_cycle_55(X) = fn_carbon_fixation_6(fn_calvin_cycle_57(X))
& fn_calvin_cycle_120(X) = fn_carbon_fixation_3(fn_calvin_cycle_57(X))
& fn_calvin_cycle_29(X) = fn_endergonic_reaction_7(X)
& fn_calvin_cycle_31(X) = fn_endergonic_reaction_3(X)
& fn_calvin_cycle_28(X) = fn_endergonic_reaction_6(X)
& fn_calvin_cycle_32(X) = fn_endergonic_reaction_4(X)
& fn_calvin_cycle_33(X) = fn_endergonic_reaction_5(X)
& fn_calvin_cycle_30(X) = fn_endergonic_reaction_2(X)
& fn_calvin_cycle_77(X) = fn_endergonic_reaction_8(X)
& fn_calvin_cycle_63(X) = fn_reduction_in_calvin_cycle_4(fn_calvin_cycle_84(X))
& fn_calvin_cycle_88(X) = fn_reduction_in_calvin_cycle_16(fn_calvin_cycle_84(X))
& fn_calvin_cycle_92(X) = fn_reduction_in_calvin_cycle_1(fn_calvin_cycle_84(X))
& fn_calvin_cycle_93(X) = fn_reduction_in_calvin_cycle_2(fn_calvin_cycle_84(X))
& fn_calvin_cycle_78(X) = fn_reduction_in_calvin_cycle_5(fn_calvin_cycle_84(X))
& fn_calvin_cycle_87(X) = fn_reduction_in_calvin_cycle_6(fn_calvin_cycle_84(X))
& fn_calvin_cycle_77(X) = fn_reduction_in_calvin_cycle_16(fn_calvin_cycle_84(X))
& fn_calvin_cycle_73(X) = fn_reduction_in_calvin_cycle_10(fn_calvin_cycle_84(X))
& fn_calvin_cycle_82(X) = fn_reduction_in_calvin_cycle_9(fn_calvin_cycle_84(X))
& fn_calvin_cycle_68(X) = fn_reduction_in_calvin_cycle_8(fn_calvin_cycle_84(X))
& fn_calvin_cycle_83(X) = fn_electron_3(fn_calvin_cycle_81(X))
& fn_calvin_cycle_59(X) = fn_covalent_bond_20(fn_calvin_cycle_58(X))
& fn_calvin_cycle_62(X) = fn_covalent_bond_17(fn_calvin_cycle_58(X))
& fn_calvin_cycle_70(X) = fn_three_phosphoglycerate_16(fn_calvin_cycle_73(X))
& fn_calvin_cycle_114(X) = fn_hydrophobic_compound_3(fn_calvin_cycle_55(X))
& fn_calvin_cycle_115(X) = fn_hydrophobic_compound_2(fn_calvin_cycle_55(X))
& fn_calvin_cycle_116(X) = fn_molecule_12(fn_calvin_cycle_55(X))
& fn_calvin_cycle_118(X) = fn_molecule_8(fn_calvin_cycle_55(X))
& fn_calvin_cycle_122(X) = fn_molecule_1(fn_calvin_cycle_55(X))
& fn_calvin_cycle_112(X) = fn_molecule_3(fn_calvin_cycle_55(X))
& fn_calvin_cycle_121(X) = fn_molecule_2(fn_calvin_cycle_55(X))
& fn_calvin_cycle_113(X) = fn_molecule_4(fn_calvin_cycle_55(X))
& fn_calvin_cycle_95(X) = fn_pentose_7(fn_calvin_cycle_75(X))
& fn_calvin_cycle_94(X) = fn_pentose_6(fn_calvin_cycle_75(X))
& fn_calvin_cycle_107(X) = fn_pentose_5(fn_calvin_cycle_75(X))
& fn_calvin_cycle_107(X) = fn_ketone_4(fn_calvin_cycle_75(X))
& fn_calvin_cycle_97(X) = fn_pentose_4(fn_calvin_cycle_75(X))
& fn_calvin_cycle_97(X) = fn_ketone_3(fn_calvin_cycle_75(X))
& fn_calvin_cycle_109(X) = fn_ketone_2(fn_calvin_cycle_75(X))
& fn_calvin_cycle_94(X) = fn_ketone_5(fn_calvin_cycle_75(X))
& fn_calvin_cycle_108(X) = fn_ketone_1(fn_calvin_cycle_75(X))
& fn_calvin_cycle_95(X) = fn_ketone_6(fn_calvin_cycle_75(X))
& fn_calvin_cycle_52(X) = fn_three_phosphoglycerate_19(fn_calvin_cycle_73(X))
& fn_calvin_cycle_40(X) = fn_three_phosphoglycerate_20(fn_calvin_cycle_73(X))
& fn_calvin_cycle_47(X) = fn_three_phosphoglycerate_4(fn_calvin_cycle_73(X))
& fn_calvin_cycle_49(X) = fn_three_phosphoglycerate_5(fn_calvin_cycle_73(X))
& fn_calvin_cycle_42(X) = fn_three_phosphoglycerate_8(fn_calvin_cycle_73(X))
& fn_calvin_cycle_46(X) = fn_three_phosphoglycerate_13(fn_calvin_cycle_73(X))
& fn_calvin_cycle_41(X) = fn_three_phosphoglycerate_9(fn_calvin_cycle_73(X))
& fn_calvin_cycle_91(X) = fn_three_phosphoglycerate_1(fn_calvin_cycle_73(X))
& fn_calvin_cycle_53(X) = fn_three_phosphoglycerate_15(fn_calvin_cycle_73(X))
& fn_calvin_cycle_43(X) = fn_three_phosphoglycerate_7(fn_calvin_cycle_73(X))
& fn_calvin_cycle_90(X) = fn_three_phosphoglycerate_2(fn_calvin_cycle_73(X))
& fn_calvin_cycle_54(X) = fn_three_phosphoglycerate_14(fn_calvin_cycle_73(X))
& fn_calvin_cycle_44(X) = fn_three_phosphoglycerate_3(fn_calvin_cycle_73(X))
& fn_calvin_cycle_73(X) = fn_functional_group_1(fn_calvin_cycle_51(X))
& fn_calvin_cycle_51(X) = fn_three_phosphoglycerate_6(fn_calvin_cycle_73(X))
& fn_calvin_cycle_45(X) = fn_three_phosphoglycerate_4(fn_calvin_cycle_73(X))
& fn_calvin_cycle_73(X) = fn_functional_group_1(fn_calvin_cycle_50(X))
& fn_calvin_cycle_50(X) = fn_three_phosphoglycerate_10(fn_calvin_cycle_73(X))
& fn_calvin_cycle_47(X) = fn_three_phosphoglycerate_12(fn_calvin_cycle_73(X))
& fn_calvin_cycle_48(X) = fn_three_phosphoglycerate_11(fn_calvin_cycle_73(X))
& fn_calvin_cycle_43(X) = fn_phosphate_group_41(fn_calvin_cycle_50(X))
& fn_calvin_cycle_45(X) = fn_phosphate_group_5(fn_calvin_cycle_50(X))
& fn_calvin_cycle_45(X) = fn_phosphate_group_22(fn_calvin_cycle_50(X))
& fn_calvin_cycle_42(X) = fn_phosphate_group_37(fn_calvin_cycle_50(X))
& fn_calvin_cycle_47(X) = fn_phosphate_group_22(fn_calvin_cycle_50(X))
& fn_calvin_cycle_46(X) = fn_phosphate_group_6(fn_calvin_cycle_50(X))
& fn_calvin_cycle_48(X) = fn_carboxyl_group_25(fn_calvin_cycle_51(X))
& fn_calvin_cycle_47(X) = fn_carboxyl_group_24(fn_calvin_cycle_51(X))
& fn_calvin_cycle_42(X) = fn_carboxyl_group_69(fn_calvin_cycle_51(X))
& fn_calvin_cycle_44(X) = fn_carboxyl_group_19(fn_calvin_cycle_51(X))
& fn_calvin_cycle_41(X) = fn_carboxyl_group_70(fn_calvin_cycle_51(X))
& fn_calvin_cycle_45(X) = fn_carboxyl_group_23(fn_calvin_cycle_51(X))
& fn_calvin_cycle_117(X) = fn_polar_covalent_bond_19(fn_calvin_cycle_58(X))
& fn_calvin_cycle_117(X) = fn_polar_covalent_bond_18(fn_calvin_cycle_58(X))
& fn_calvin_cycle_59(X) = fn_polar_covalent_bond_18(fn_calvin_cycle_58(X))
& fn_calvin_cycle_60(X) = fn_polar_covalent_bond_17(fn_calvin_cycle_58(X))
& fn_calvin_cycle_59(X) = fn_polar_covalent_bond_19(fn_calvin_cycle_58(X))
& fn_calvin_cycle_60(X) = fn_carbon_dioxide_7(fn_calvin_cycle_55(X))
& fn_calvin_cycle_59(X) = fn_carbon_dioxide_1(fn_calvin_cycle_55(X))
& fn_calvin_cycle_117(X) = fn_carbon_dioxide_3(fn_calvin_cycle_55(X))
& fn_calvin_cycle_111(X) = fn_carbon_dioxide_6(fn_calvin_cycle_55(X))
& fn_calvin_cycle_58(X) = fn_carbon_dioxide_2(fn_calvin_cycle_55(X))
& fn_calvin_cycle_110(X) = fn_carbon_dioxide_5(fn_calvin_cycle_55(X))
& fn_calvin_cycle_59(X) = fn_carbon_dioxide_4(fn_calvin_cycle_55(X))
& fn_calvin_cycle_101(X) = fn_pentose_11(fn_calvin_cycle_75(X))
& fn_calvin_cycle_101(X) = fn_ribulose_bisphosphate_21(fn_calvin_cycle_75(X))
& fn_calvin_cycle_100(X) = fn_monosaccharide_17(fn_calvin_cycle_75(X))
& fn_calvin_cycle_100(X) = fn_ketone_11(fn_calvin_cycle_75(X))
& fn_calvin_cycle_100(X) = fn_pentose_12(fn_calvin_cycle_75(X))
& fn_calvin_cycle_100(X) = fn_ribulose_bisphosphate_22(fn_calvin_cycle_75(X))
& fn_calvin_cycle_106(X) = fn_pentose_16(fn_calvin_cycle_75(X))
& fn_calvin_cycle_102(X) = fn_pentose_21(fn_calvin_cycle_75(X))
& fn_calvin_cycle_99(X) = fn_ketone_9(fn_calvin_cycle_75(X))
& fn_calvin_cycle_99(X) = fn_ribulose_bisphosphate_20(fn_calvin_cycle_75(X))
& fn_calvin_cycle_102(X) = fn_ribulose_bisphosphate_27(fn_calvin_cycle_75(X))
& fn_calvin_cycle_103(X) = fn_pentose_21(fn_calvin_cycle_75(X))
& fn_calvin_cycle_103(X) = fn_ribulose_bisphosphate_23(fn_calvin_cycle_75(X))
& fn_calvin_cycle_105(X) = fn_pentose_15(fn_calvin_cycle_75(X))
& fn_calvin_cycle_104(X) = fn_pentose_10(fn_calvin_cycle_75(X))
& fn_calvin_cycle_105(X) = fn_ribulose_bisphosphate_26(fn_calvin_cycle_75(X))
& fn_calvin_cycle_104(X) = fn_ribulose_bisphosphate_25(fn_calvin_cycle_75(X))
& fn_calvin_cycle_103(X) = fn_ketone_8(fn_calvin_cycle_75(X))
& fn_calvin_cycle_103(X) = fn_ribulose_bisphosphate_27(fn_calvin_cycle_75(X))
& fn_calvin_cycle_104(X) = fn_ribulose_bisphosphate_26(fn_calvin_cycle_75(X))
& fn_calvin_cycle_105(X) = fn_ketone_12(fn_calvin_cycle_75(X))
& fn_calvin_cycle_105(X) = fn_ribulose_bisphosphate_25(fn_calvin_cycle_75(X))
& fn_calvin_cycle_98(X) = fn_ketone_7(fn_calvin_cycle_75(X))
& fn_calvin_cycle_102(X) = fn_ketone_10(fn_calvin_cycle_75(X))
& fn_calvin_cycle_98(X) = fn_ribulose_bisphosphate_18(fn_calvin_cycle_75(X))
& fn_calvin_cycle_102(X) = fn_ribulose_bisphosphate_23(fn_calvin_cycle_75(X))
& fn_calvin_cycle_96(X) = fn_ribulose_bisphosphate_19(fn_calvin_cycle_75(X))
& fn_calvin_cycle_106(X) = fn_ribulose_bisphosphate_24(fn_calvin_cycle_75(X))
& fn_synthesis_of_organic_molecule_1(fn_calvin_cycle_71(X)) = fn_carbon_skeleton_3(fn_calvin_cycle_64(X))
& fn_carbon_skeleton_3(fn_calvin_cycle_64(X)) = fn_metabolic_pathway_1(X)
& fn_metabolic_pathway_1(X) = fn_carbon_fixation_1(fn_calvin_cycle_57(X))
& fn_carbon_fixation_1(fn_calvin_cycle_57(X)) = fn_regeneration_of_ribulose_bisphosphate_4(fn_calvin_cycle_89(X))
& fn_regeneration_of_ribulose_bisphosphate_4(fn_calvin_cycle_89(X)) = fn_reduction_in_calvin_cycle_4(fn_calvin_cycle_84(X))
& fn_reduction_in_calvin_cycle_4(fn_calvin_cycle_84(X)) = fn_renewable_resource_1(fn_calvin_cycle_76(X))
& fn_renewable_resource_1(fn_calvin_cycle_76(X)) = fn_forward_reaction_6(fn_calvin_cycle_85(X))
& fn_forward_reaction_6(fn_calvin_cycle_85(X)) = fn_forward_reaction_6(fn_calvin_cycle_85(X))
& fn_forward_reaction_6(fn_calvin_cycle_85(X)) = fn_reverse_reaction_5(fn_calvin_cycle_86(X))
& fn_forward_reaction_5(fn_calvin_cycle_85(X)) = fn_reverse_reaction_5(fn_calvin_cycle_86(X))
& fn_reverse_reaction_5(fn_calvin_cycle_86(X)) = fn_forward_reaction_5(fn_calvin_cycle_85(X))
& fn_forward_reaction_5(fn_calvin_cycle_85(X)) = fn_reverse_reaction_6(fn_calvin_cycle_86(X))
& fn_reverse_reaction_6(fn_calvin_cycle_86(X)) = fn_reverse_reaction_6(fn_calvin_cycle_86(X))
& fn_reverse_reaction_6(fn_calvin_cycle_86(X)) = fn_anabolic_pathway_6(fn_calvin_cycle_71(X))
& fn_anabolic_pathway_6(fn_calvin_cycle_71(X)) = fn_anabolic_pathway_6(fn_calvin_cycle_71(X))
& fn_anabolic_pathway_6(fn_calvin_cycle_71(X)) = fn_synthesis_of_organic_molecule_1(fn_calvin_cycle_66(X))
& fn_synthesis_of_organic_molecule_1(fn_calvin_cycle_66(X)) = fn_synthesis_of_organic_molecule_1(fn_calvin_cycle_66(X))
& fn_synthesis_of_organic_molecule_1(fn_calvin_cycle_66(X)) = fn_regeneration_of_ribulose_bisphosphate_5(fn_calvin_cycle_89(X))
& fn_regeneration_of_ribulose_bisphosphate_5(fn_calvin_cycle_89(X)) = fn_regeneration_of_ribulose_bisphosphate_5(fn_calvin_cycle_89(X))
& fn_regeneration_of_ribulose_bisphosphate_5(fn_calvin_cycle_89(X)) = fn_reduction_in_calvin_cycle_5(fn_calvin_cycle_84(X))
& fn_reduction_in_calvin_cycle_5(fn_calvin_cycle_84(X)) = fn_reduction_in_calvin_cycle_5(fn_calvin_cycle_84(X))
& fn_reduction_in_calvin_cycle_5(fn_calvin_cycle_84(X)) = fn_reactant_3(fn_calvin_cycle_39(X))
& fn_reactant_3(fn_calvin_cycle_39(X)) = fn_endergonic_reaction_8(X)
& fn_endergonic_reaction_8(X) = fn_endergonic_reaction_8(X)
& fn_endergonic_reaction_8(X) = fn_reduction_in_calvin_cycle_16(fn_calvin_cycle_84(X))
& fn_reduction_in_calvin_cycle_16(fn_calvin_cycle_84(X)) = fn_oxidizing_agent_1(fn_calvin_cycle_80(X))
& fn_oxidizing_agent_1(fn_calvin_cycle_80(X)) = fn_reduction_in_calvin_cycle_9(fn_calvin_cycle_84(X))
& fn_reduction_in_calvin_cycle_9(fn_calvin_cycle_84(X)) = fn_reduction_in_calvin_cycle_9(fn_calvin_cycle_84(X))
& fn_reduction_in_calvin_cycle_9(fn_calvin_cycle_84(X)) = fn_chemical_reaction_2(fn_calvin_cycle_69(X))
& fn_chemical_reaction_2(fn_calvin_cycle_69(X)) = fn_chemical_reaction_1(fn_calvin_cycle_34(X))
& fn_chemical_reaction_1(fn_calvin_cycle_34(X)) = fn_chemical_reaction_1(fn_calvin_cycle_34(X))
& fn_chemical_reaction_1(fn_calvin_cycle_34(X)) = fn_three_phosphoglycerate_16(fn_calvin_cycle_73(X))
& fn_three_phosphoglycerate_16(fn_calvin_cycle_73(X)) = fn_three_phosphoglycerate_16(fn_calvin_cycle_73(X))
& fn_three_phosphoglycerate_16(fn_calvin_cycle_73(X)) = fn_pentose_5(fn_calvin_cycle_75(X))
& fn_ketone_4(fn_calvin_cycle_75(X)) = fn_pentose_5(fn_calvin_cycle_75(X))
& fn_pentose_5(fn_calvin_cycle_75(X)) = fn_ketone_4(fn_calvin_cycle_75(X))
& fn_ketone_4(fn_calvin_cycle_75(X)) = fn_pentose_4(fn_calvin_cycle_75(X))
& fn_ketone_3(fn_calvin_cycle_75(X)) = fn_pentose_4(fn_calvin_cycle_75(X))
& fn_pentose_4(fn_calvin_cycle_75(X)) = fn_ketone_3(fn_calvin_cycle_75(X))
& fn_ketone_3(fn_calvin_cycle_75(X)) = fn_pentose_6(fn_calvin_cycle_75(X))
& fn_ketone_5(fn_calvin_cycle_75(X)) = fn_pentose_6(fn_calvin_cycle_75(X))
& fn_pentose_6(fn_calvin_cycle_75(X)) = fn_ketone_5(fn_calvin_cycle_75(X))
& fn_ketone_5(fn_calvin_cycle_75(X)) = fn_ketone_5(fn_calvin_cycle_75(X))
& fn_ketone_5(fn_calvin_cycle_75(X)) = fn_pentose_7(fn_calvin_cycle_75(X))
& fn_ketone_6(fn_calvin_cycle_75(X)) = fn_pentose_7(fn_calvin_cycle_75(X))
& fn_pentose_7(fn_calvin_cycle_75(X)) = fn_ketone_6(fn_calvin_cycle_75(X))
& fn_ketone_6(fn_calvin_cycle_75(X)) = fn_ketone_6(fn_calvin_cycle_75(X))
& fn_ketone_6(fn_calvin_cycle_75(X)) = fn_chemical_reaction_1(fn_calvin_cycle_69(X))
& fn_chemical_reaction_1(fn_calvin_cycle_69(X)) = fn_carbon_fixation_5(fn_calvin_cycle_57(X))
& fn_carbon_fixation_5(fn_calvin_cycle_57(X)) = fn_carbon_fixation_5(fn_calvin_cycle_57(X))
& fn_carbon_fixation_5(fn_calvin_cycle_57(X)) = fn_reduction_in_calvin_cycle_10(fn_calvin_cycle_84(X))
& fn_reduction_in_calvin_cycle_10(fn_calvin_cycle_84(X)) = fn_reduction_in_calvin_cycle_10(fn_calvin_cycle_84(X))
& fn_reduction_in_calvin_cycle_10(fn_calvin_cycle_84(X)) = fn_functional_group_1(fn_calvin_cycle_51(X))
& fn_functional_group_1(fn_calvin_cycle_51(X)) = fn_functional_group_1(fn_calvin_cycle_50(X))
& fn_functional_group_1(fn_calvin_cycle_50(X)) = fn_three_phosphoglycerate_7(fn_calvin_cycle_73(X))
& fn_three_phosphoglycerate_7(fn_calvin_cycle_73(X)) = fn_three_phosphoglycerate_7(fn_calvin_cycle_73(X))
& fn_three_phosphoglycerate_7(fn_calvin_cycle_73(X)) = fn_phosphate_group_41(fn_calvin_cycle_50(X))
& fn_phosphate_group_41(fn_calvin_cycle_50(X)) = fn_phosphate_group_41(fn_calvin_cycle_50(X))
& fn_phosphate_group_41(fn_calvin_cycle_50(X)) = fn_three_phosphoglycerate_13(fn_calvin_cycle_73(X))
& fn_three_phosphoglycerate_13(fn_calvin_cycle_73(X)) = fn_three_phosphoglycerate_13(fn_calvin_cycle_73(X))
& fn_three_phosphoglycerate_13(fn_calvin_cycle_73(X)) = fn_phosphate_group_6(fn_calvin_cycle_50(X))
& fn_phosphate_group_6(fn_calvin_cycle_50(X)) = fn_phosphate_group_6(fn_calvin_cycle_50(X))
& fn_phosphate_group_6(fn_calvin_cycle_50(X)) = fn_three_phosphoglycerate_11(fn_calvin_cycle_73(X))
& fn_three_phosphoglycerate_11(fn_calvin_cycle_73(X)) = fn_carboxyl_group_25(fn_calvin_cycle_51(X))
& fn_carboxyl_group_25(fn_calvin_cycle_51(X)) = fn_carboxyl_group_25(fn_calvin_cycle_51(X))
& fn_carboxyl_group_25(fn_calvin_cycle_51(X)) = fn_three_phosphoglycerate_4(fn_calvin_cycle_73(X))
& fn_three_phosphoglycerate_4(fn_calvin_cycle_73(X)) = fn_three_phosphoglycerate_4(fn_calvin_cycle_73(X))
& fn_three_phosphoglycerate_4(fn_calvin_cycle_73(X)) = fn_three_phosphoglycerate_12(fn_calvin_cycle_73(X))
& fn_three_phosphoglycerate_12(fn_calvin_cycle_73(X)) = fn_three_phosphoglycerate_12(fn_calvin_cycle_73(X))
& fn_three_phosphoglycerate_12(fn_calvin_cycle_73(X)) = fn_phosphate_group_22(fn_calvin_cycle_50(X))
& fn_phosphate_group_22(fn_calvin_cycle_50(X)) = fn_carboxyl_group_24(fn_calvin_cycle_51(X))
& fn_carboxyl_group_24(fn_calvin_cycle_51(X)) = fn_carboxyl_group_24(fn_calvin_cycle_51(X))
& fn_carboxyl_group_24(fn_calvin_cycle_51(X)) = fn_three_phosphoglycerate_8(fn_calvin_cycle_73(X))
& fn_three_phosphoglycerate_8(fn_calvin_cycle_73(X)) = fn_phosphate_group_37(fn_calvin_cycle_50(X))
& fn_phosphate_group_37(fn_calvin_cycle_50(X)) = fn_phosphate_group_37(fn_calvin_cycle_50(X))
& fn_phosphate_group_37(fn_calvin_cycle_50(X)) = fn_carboxyl_group_69(fn_calvin_cycle_51(X))
& fn_carboxyl_group_69(fn_calvin_cycle_51(X)) = fn_carboxyl_group_69(fn_calvin_cycle_51(X))
& fn_carboxyl_group_69(fn_calvin_cycle_51(X)) = fn_three_phosphoglycerate_3(fn_calvin_cycle_73(X))
& fn_three_phosphoglycerate_3(fn_calvin_cycle_73(X)) = fn_three_phosphoglycerate_3(fn_calvin_cycle_73(X))
& fn_three_phosphoglycerate_3(fn_calvin_cycle_73(X)) = fn_carboxyl_group_19(fn_calvin_cycle_51(X))
& fn_carboxyl_group_19(fn_calvin_cycle_51(X)) = fn_carboxyl_group_19(fn_calvin_cycle_51(X))
& fn_carboxyl_group_19(fn_calvin_cycle_51(X)) = fn_three_phosphoglycerate_9(fn_calvin_cycle_73(X))
& fn_three_phosphoglycerate_9(fn_calvin_cycle_73(X)) = fn_three_phosphoglycerate_9(fn_calvin_cycle_73(X))
& fn_three_phosphoglycerate_9(fn_calvin_cycle_73(X)) = fn_carboxyl_group_70(fn_calvin_cycle_51(X))
& fn_carboxyl_group_70(fn_calvin_cycle_51(X)) = fn_carboxyl_group_70(fn_calvin_cycle_51(X))
& fn_carboxyl_group_70(fn_calvin_cycle_51(X)) = fn_three_phosphoglycerate_4(fn_calvin_cycle_73(X))
& fn_three_phosphoglycerate_4(fn_calvin_cycle_73(X)) = fn_phosphate_group_5(fn_calvin_cycle_50(X))
& fn_phosphate_group_5(fn_calvin_cycle_50(X)) = fn_phosphate_group_5(fn_calvin_cycle_50(X))
& fn_phosphate_group_5(fn_calvin_cycle_50(X)) = fn_phosphate_group_22(fn_calvin_cycle_50(X))
& fn_phosphate_group_22(fn_calvin_cycle_50(X)) = fn_phosphate_group_22(fn_calvin_cycle_50(X))
& fn_phosphate_group_22(fn_calvin_cycle_50(X)) = fn_carboxyl_group_23(fn_calvin_cycle_51(X))
& fn_carboxyl_group_23(fn_calvin_cycle_51(X)) = fn_carboxyl_group_23(fn_calvin_cycle_51(X))
& fn_carboxyl_group_23(fn_calvin_cycle_51(X)) = fn_carbon_dioxide_7(fn_calvin_cycle_55(X))
& fn_carbon_dioxide_7(fn_calvin_cycle_55(X)) = fn_polar_covalent_bond_17(fn_calvin_cycle_58(X))
& fn_polar_covalent_bond_17(fn_calvin_cycle_58(X)) = fn_polar_covalent_bond_17(fn_calvin_cycle_58(X))
& fn_polar_covalent_bond_17(fn_calvin_cycle_58(X)) = fn_carbon_dioxide_7(fn_calvin_cycle_55(X))
& fn_carbon_dioxide_7(fn_calvin_cycle_55(X)) = fn_polar_covalent_bond_19(fn_calvin_cycle_58(X))
& fn_carbon_dioxide_3(fn_calvin_cycle_55(X)) = fn_polar_covalent_bond_18(fn_calvin_cycle_58(X))
& fn_polar_covalent_bond_18(fn_calvin_cycle_58(X)) = fn_carbon_dioxide_3(fn_calvin_cycle_55(X))
& fn_carbon_dioxide_3(fn_calvin_cycle_55(X)) = fn_carbon_dioxide_3(fn_calvin_cycle_55(X))
& fn_carbon_dioxide_3(fn_calvin_cycle_55(X)) = fn_chemical_reaction_2(fn_calvin_cycle_34(X))
& fn_chemical_reaction_2(fn_calvin_cycle_34(X)) = fn_carbon_fixation_6(fn_calvin_cycle_57(X))
& fn_carbon_fixation_6(fn_calvin_cycle_57(X)) = fn_carbon_fixation_6(fn_calvin_cycle_57(X))
& fn_carbon_fixation_6(fn_calvin_cycle_57(X)) = fn_share_3(fn_calvin_cycle_61(X))
& fn_share_3(fn_calvin_cycle_61(X)) = fn_share_1(fn_calvin_cycle_61(X))
& fn_share_1(fn_calvin_cycle_61(X)) = fn_share_1(fn_calvin_cycle_61(X))
& fn_share_1(fn_calvin_cycle_61(X)) = fn_polar_covalent_bond_18(fn_calvin_cycle_58(X))
& fn_polar_covalent_bond_18(fn_calvin_cycle_58(X)) = fn_polar_covalent_bond_18(fn_calvin_cycle_58(X))
& fn_polar_covalent_bond_19(fn_calvin_cycle_58(X)) = fn_polar_covalent_bond_18(fn_calvin_cycle_58(X))
& fn_polar_covalent_bond_18(fn_calvin_cycle_58(X)) = fn_polar_covalent_bond_19(fn_calvin_cycle_58(X))
& fn_polar_covalent_bond_19(fn_calvin_cycle_58(X)) = fn_polar_covalent_bond_19(fn_calvin_cycle_58(X))
& fn_polar_covalent_bond_19(fn_calvin_cycle_58(X)) = fn_carbon_dioxide_1(fn_calvin_cycle_55(X))
& fn_covalent_bond_20(fn_calvin_cycle_58(X)) = fn_carbon_dioxide_1(fn_calvin_cycle_55(X))
& fn_carbon_dioxide_1(fn_calvin_cycle_55(X)) = fn_covalent_bond_20(fn_calvin_cycle_58(X))
& fn_covalent_bond_20(fn_calvin_cycle_58(X)) = fn_carbon_dioxide_4(fn_calvin_cycle_55(X))
& fn_carbon_dioxide_4(fn_calvin_cycle_55(X)) = fn_carbon_dioxide_4(fn_calvin_cycle_55(X))
& fn_carbon_dioxide_4(fn_calvin_cycle_55(X)) = fn_pentose_11(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_21(fn_calvin_cycle_75(X)) = fn_pentose_11(fn_calvin_cycle_75(X))
& fn_pentose_11(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_21(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_21(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_21(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_21(fn_calvin_cycle_75(X)) = fn_pentose_12(fn_calvin_cycle_75(X))
& fn_pentose_12(fn_calvin_cycle_75(X)) = fn_monosaccharide_17(fn_calvin_cycle_75(X))
& fn_monosaccharide_17(fn_calvin_cycle_75(X)) = fn_pentose_12(fn_calvin_cycle_75(X))
& fn_pentose_12(fn_calvin_cycle_75(X)) = fn_pentose_12(fn_calvin_cycle_75(X))
& fn_ketone_11(fn_calvin_cycle_75(X)) = fn_pentose_12(fn_calvin_cycle_75(X))
& fn_pentose_12(fn_calvin_cycle_75(X)) = fn_ketone_11(fn_calvin_cycle_75(X))
& fn_ketone_11(fn_calvin_cycle_75(X)) = fn_ketone_11(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_22(fn_calvin_cycle_75(X)) = fn_ketone_11(fn_calvin_cycle_75(X))
& fn_ketone_11(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_22(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_22(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_22(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_22(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_20(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_20(fn_calvin_cycle_75(X)) = fn_ketone_9(fn_calvin_cycle_75(X))
& fn_ketone_9(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_20(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_20(fn_calvin_cycle_75(X)) = fn_ketone_8(fn_calvin_cycle_75(X))
& fn_ketone_8(fn_calvin_cycle_75(X)) = fn_ketone_8(fn_calvin_cycle_75(X))
& fn_ketone_8(fn_calvin_cycle_75(X)) = fn_pentose_21(fn_calvin_cycle_75(X))
& fn_pentose_21(fn_calvin_cycle_75(X)) = fn_ketone_8(fn_calvin_cycle_75(X))
& fn_ketone_8(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_23(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_23(fn_calvin_cycle_75(X)) = fn_pentose_21(fn_calvin_cycle_75(X))
& fn_pentose_21(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_23(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_27(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_25(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_25(fn_calvin_cycle_75(X)) = fn_pentose_10(fn_calvin_cycle_75(X))
& fn_pentose_10(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_25(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_26(fn_calvin_cycle_75(X)) = fn_pentose_15(fn_calvin_cycle_75(X))
& fn_ketone_12(fn_calvin_cycle_75(X)) = fn_pentose_15(fn_calvin_cycle_75(X))
& fn_pentose_15(fn_calvin_cycle_75(X)) = fn_pentose_15(fn_calvin_cycle_75(X))
& fn_pentose_15(fn_calvin_cycle_75(X)) = fn_ketone_12(fn_calvin_cycle_75(X))
& fn_ketone_12(fn_calvin_cycle_75(X)) = fn_ketone_12(fn_calvin_cycle_75(X))
& fn_ketone_12(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_26(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_26(fn_calvin_cycle_75(X)) = fn_ketone_12(fn_calvin_cycle_75(X))
& fn_ketone_12(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_25(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_25(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_25(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_25(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_26(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_26(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_26(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_26(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_25(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_25(fn_calvin_cycle_75(X)) = fn_ketone_7(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_18(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_18(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_18(fn_calvin_cycle_75(X)) = fn_ketone_7(fn_calvin_cycle_75(X))
& fn_ketone_7(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_18(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_18(fn_calvin_cycle_75(X)) = fn_pentose_21(fn_calvin_cycle_75(X))
& fn_ketone_10(fn_calvin_cycle_75(X)) = fn_pentose_21(fn_calvin_cycle_75(X))
& fn_pentose_21(fn_calvin_cycle_75(X)) = fn_ketone_10(fn_calvin_cycle_75(X))
& fn_ketone_10(fn_calvin_cycle_75(X)) = fn_ketone_10(fn_calvin_cycle_75(X))
& fn_ketone_10(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_27(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_27(fn_calvin_cycle_75(X)) = fn_ketone_10(fn_calvin_cycle_75(X))
& fn_ketone_10(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_23(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_27(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_27(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_23(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_27(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_27(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_23(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_23(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_23(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_23(fn_calvin_cycle_75(X)) = fn_chemical_reaction_1(fn_calvin_cycle_85(X))
& fn_chemical_reaction_1(fn_calvin_cycle_85(X)) = fn_reverse_reaction_7(fn_calvin_cycle_86(X))
& fn_reverse_reaction_7(fn_calvin_cycle_86(X)) = fn_reverse_reaction_7(fn_calvin_cycle_86(X))
& fn_reverse_reaction_7(fn_calvin_cycle_86(X)) = fn_regeneration_of_ribulose_bisphosphate_2(fn_calvin_cycle_89(X))
& fn_regeneration_of_ribulose_bisphosphate_2(fn_calvin_cycle_89(X)) = fn_pentose_16(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_24(fn_calvin_cycle_75(X)) = fn_pentose_16(fn_calvin_cycle_75(X))
& fn_pentose_16(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_24(fn_calvin_cycle_75(X))
& fn_ribulose_bisphosphate_24(fn_calvin_cycle_75(X)) = fn_ribulose_bisphosphate_24(fn_calvin_cycle_75(X)) ) ) ).
fof(a528039,axiom,
! [X] :
( calyptra_1(X)
=> ( original_name_2(X,'Calyptra')
& user_description_2(X,'A protective cap of gametophyte tissue in moss spores.')
& concept2words_2(X,calyptra)
& dermal_tissue_1(X)
& ~ apical_ectodermal_ridge_1(X)
& ~ bark_1(X)
& ~ callus_1(X)
& ~ coleoptile_1(X)
& ~ coleorhiza_1(X)
& ~ endodermis_1(X)
& ~ epidermis_1(X)
& ~ periderm_1(X)
& ~ root_cap_1(X)
& ~ seed_coat_1(X) ) ) ).
fof(a528040,axiom,
! [X] :
( cam_plant_1(X)
=> ( original_name_2(X,'CAM-Plant')
& user_description_2(X,'A plant that uses CAM photosynthesis as an adaptation to conserve water in arid conditions. Stomata are open at night and CO2 is taken in by the plant to be stored in an organic acid. During the day, stomata are closed and CO2 is released from the organic acid within the plant and used for photosynthesis.')
& concept2words_2(X,'crassulacean acid metabolism plant')
& concept2words_2(X,'crassulacean-acid-metabolism-plant')
& concept2words_2(X,cam)
& concept2words_2(X,'crassulaceae plant')
& concept2words_2(X,'plant of cam')
& concept2words_2(X,'cam plant')
& concept2words_2(X,'cam-plant')
& vascular_plant_1(X)
& volume_value_1(fn_cam_plant_2(X))
& protein_enzyme_1(fn_cam_plant_3(X))
& protein_enzyme_1(fn_cam_plant_4(X))
& photorespiration_1(fn_cam_plant_5(X))
& diurnal_closing_of_stoma_1(fn_cam_plant_6(X))
& shape_value_1(fn_cam_plant_7(X))
& stem_1(fn_cam_plant_9(X))
& length_value_1(fn_cam_plant_12(X))
& length_value_1(fn_cam_plant_13(X))
& stem_1(fn_cam_plant_14(X))
& shoot_1(fn_cam_plant_15(X))
& synthesis_of_atp_1(fn_cam_plant_22(X))
& synthesis_of_atp_1(fn_cam_plant_23(X))
& size_value_1(fn_cam_plant_24(X))
& volume_value_1(fn_cam_plant_25(X))
& protein_enzyme_1(fn_cam_plant_26(X))
& protein_enzyme_1(fn_cam_plant_27(X))
& vesicle_1(fn_cam_plant_28(X))
& spatial_entity_1(fn_cam_plant_28(X))
& vacuole_1(fn_cam_plant_28(X))
& central_vacuole_1(fn_cam_plant_28(X))
& container_1(fn_cam_plant_29(X))
& electron_recipient_1(fn_cam_plant_30(X))
& carbon_source_1(fn_cam_plant_31(X))
& polar_covalent_bond_1(fn_cam_plant_32(X))
& covalent_bond_1(fn_cam_plant_32(X))
& double_bond_1(fn_cam_plant_32(X))
& kinetic_energy_1(fn_cam_plant_33(X))
& chemical_reaction_1(fn_cam_plant_34(X))
& carbon_fixation_1(fn_cam_plant_35(X))
& chemical_reaction_1(fn_cam_plant_35(X))
& redox_reaction_1(fn_cam_plant_36(X))
& chemical_entity_1(fn_cam_plant_37(X))
& atp_1(fn_cam_plant_37(X))
& chemical_entity_1(fn_cam_plant_38(X))
& tangible_entity_1(fn_cam_plant_38(X))
& electron_1(fn_cam_plant_38(X))
& reduction_1(fn_cam_plant_39(X))
& repel_1(fn_cam_plant_40(X))
& enter_1(fn_cam_plant_41(X))
& enter_1(fn_cam_plant_42(X))
& constant_motion_1(fn_cam_plant_43(X))
& add_1(fn_cam_plant_44(X))
& hydrophobic_region_1(fn_cam_plant_45(X))
& atom_1(fn_cam_plant_46(X))
& entity_1(fn_cam_plant_47(X))
& chemical_entity_1(fn_cam_plant_47(X))
& atom_1(fn_cam_plant_47(X))
& carbon_1(fn_cam_plant_47(X))
& oxygen_1(fn_cam_plant_48(X))
& thylakoid_1(fn_cam_plant_49(X))
& atom_1(fn_cam_plant_50(X))
& electronegativity_value_1(fn_cam_plant_51(X))
& electronegativity_value_1(fn_cam_plant_52(X))
& speed_value_1(fn_cam_plant_53(X))
& quantity_value_1(fn_cam_plant_54(X))
& tuber_1(fn_cam_plant_55(X))
& organelle_1(fn_cam_plant_56(X))
& mitochondrion_1(fn_cam_plant_56(X))
& semiautonomous_organelle_1(fn_cam_plant_56(X))
& organic_molecule_1(fn_cam_plant_57(X))
& chemical_entity_1(fn_cam_plant_57(X))
& pyruvate_1(fn_cam_plant_57(X))
& store_1(fn_cam_plant_58(X))
& organic_molecule_1(fn_cam_plant_59(X))
& molecule_1(fn_cam_plant_59(X))
& chemical_entity_1(fn_cam_plant_59(X))
& ribonucleotide_1(fn_cam_plant_59(X))
& nucleoside_triphosphate_1(fn_cam_plant_59(X))
& atp_1(fn_cam_plant_59(X))
& starch_storage_by_plant_1(fn_cam_plant_60(X))
& spatial_entity_1(fn_cam_plant_65(X))
& organic_molecule_1(fn_cam_plant_65(X))
& tangible_entity_1(fn_cam_plant_65(X))
& chemical_entity_1(fn_cam_plant_65(X))
& sugar_1(fn_cam_plant_65(X))
& glucose_1(fn_cam_plant_65(X))
& structural_complexity_value_1(fn_cam_plant_66(X))
& size_value_1(fn_cam_plant_67(X))
& size_value_1(fn_cam_plant_68(X))
& structural_complexity_value_1(fn_cam_plant_69(X))
& plasmodesmata_1(fn_cam_plant_70(X))
& exchange_1(fn_cam_plant_71(X))
& nutrition_1(fn_cam_plant_76(X))
& cell_1(fn_cam_plant_77(X))
& plant_metabolic_cell_1(fn_cam_plant_77(X))
& eukaryotic_cell_1(fn_cam_plant_77(X))
& spatial_entity_1(fn_cam_plant_77(X))
& plant_cell_1(fn_cam_plant_77(X))
& mesophyll_cell_1(fn_cam_plant_77(X))
& parenchyma_cell_1(fn_cam_plant_77(X))
& photoautotroph_1(fn_cam_plant_78(X))
& anabolic_pathway_1(fn_cam_plant_79(X))
& metabolic_pathway_1(fn_cam_plant_79(X))
& photosynthesis_1(fn_cam_plant_79(X))
& crassulacean_acid_metabolism_1(fn_cam_plant_79(X))
& reactant_1(fn_cam_plant_80(X))
& free_energy_1(fn_cam_plant_81(X))
& water_molecule_1(fn_cam_plant_82(X))
& oxidation_1(fn_cam_plant_83(X))
& free_energy_1(fn_cam_plant_84(X))
& quantity_value_1(fn_cam_plant_85(X))
& quantity_value_1(fn_cam_plant_86(X))
& root_system_1(fn_cam_plant_87(X))
& shoot_system_1(fn_cam_plant_88(X))
& root_1(fn_cam_plant_89(X))
& water_1(fn_cam_plant_90(X))
& temperature_value_1(fn_cam_plant_91(X))
& specific_heat_value_1(fn_cam_plant_92(X))
& cytoplasmic_streaming_1(fn_cam_plant_93(X))
& spatial_entity_1(fn_cam_plant_94(X))
& mixture_1(fn_cam_plant_94(X))
& suspension_1(fn_cam_plant_94(X))
& colloid_1(fn_cam_plant_94(X))
& cytoplasm_1(fn_cam_plant_94(X))
& oxygen_molecule_1(fn_cam_plant_95(X))
& water_molecule_1(fn_cam_plant_96(X))
& spatial_entity_1(fn_cam_plant_97(X))
& tangible_entity_1(fn_cam_plant_97(X))
& chemical_entity_1(fn_cam_plant_97(X))
& hydrophobic_compound_1(fn_cam_plant_97(X))
& molecule_1(fn_cam_plant_97(X))
& carbon_dioxide_1(fn_cam_plant_97(X))
& exergonic_reaction_1(fn_cam_plant_98(X))
& cellular_respiration_1(fn_cam_plant_98(X))
& catabolic_pathway_1(fn_cam_plant_98(X))
& metabolic_pathway_1(fn_cam_plant_98(X))
& eukaryotic_cellular_respiration_1(fn_cam_plant_98(X))
& chemical_energy_1(fn_cam_plant_99(X))
& waste_product_1(fn_cam_plant_100(X))
& spatial_entity_1(fn_cam_plant_101(X))
& energy_1(fn_cam_plant_101(X))
& visible_light_1(fn_cam_plant_101(X))
& mixture_1(fn_cam_plant_102(X))
& aqueous_solution_1(fn_cam_plant_102(X))
& stroma_1(fn_cam_plant_102(X))
& protein_enzyme_1(fn_cam_plant_103(X))
& decrease_1(fn_cam_plant_104(X))
& eukaryotic_calvin_cycle_1(fn_cam_plant_105(X))
& endergonic_reaction_1(fn_cam_plant_105(X))
& anabolic_pathway_1(fn_cam_plant_105(X))
& calvin_cycle_1(fn_cam_plant_105(X))
& light_reaction_1(fn_cam_plant_106(X))
& chemical_energy_1(fn_cam_plant_107(X))
& catalyst_1(fn_cam_plant_108(X))
& closing_of_stoma_1(fn_cam_plant_109(X))
& move_out_of_1(fn_cam_plant_110(X))
& exit_1(fn_cam_plant_110(X))
& atmosphere_1(fn_cam_plant_111(X))
& ground_tissue_system_1(fn_cam_plant_112(X))
& tissue_1(fn_cam_plant_113(X))
& palisade_mesophyll_1(fn_cam_plant_113(X))
& layer_1(fn_cam_plant_114(X))
& add_1(fn_cam_plant_115(X))
& remove_1(fn_cam_plant_116(X))
& store_1(fn_cam_plant_117(X))
& carbon_fixation_1(fn_cam_plant_118(X))
& tangible_entity_1(fn_cam_plant_119(X))
& organ_1(fn_cam_plant_119(X))
& leaf_1(fn_cam_plant_119(X))
& chloroplast_1(fn_cam_plant_120(X))
& cytoskeleton_1(fn_cam_plant_121(X))
& exchange_1(fn_cam_plant_122(X))
& tangible_entity_1(fn_cam_plant_123(X))
& nucleus_1(fn_cam_plant_123(X))
& membrane_1(fn_cam_plant_124(X))
& spatial_entity_1(fn_cam_plant_124(X))
& biomembrane_1(fn_cam_plant_124(X))
& plasma_membrane_1(fn_cam_plant_124(X))
& glycolysis_1(fn_cam_plant_125(X))
& quantity_value_1(fn_cam_plant_126(X))
& quantity_value_1(fn_cam_plant_127(X))
& chemical_energy_1(fn_cam_plant_128(X))
& water_molecule_1(fn_cam_plant_129(X))
& spatial_entity_1(fn_cam_plant_130(X))
& tangible_entity_1(fn_cam_plant_130(X))
& molecule_1(fn_cam_plant_130(X))
& chemical_entity_1(fn_cam_plant_130(X))
& organic_molecule_1(fn_cam_plant_130(X))
& nad_plus_1(fn_cam_plant_130(X))
& chemical_entity_1(fn_cam_plant_131(X))
& organic_molecule_1(fn_cam_plant_131(X))
& molecule_1(fn_cam_plant_131(X))
& entity_1(fn_cam_plant_131(X))
& nadh_1(fn_cam_plant_131(X))
& citric_acid_cycle_1(fn_cam_plant_132(X))
& catabolic_pathway_1(fn_cam_plant_132(X))
& atmosphere_1(fn_leaf_41(fn_cam_plant_119(X)))
& exchange_1(fn_plasmodesmata_11(fn_cam_plant_70(X)))
& property_node_1(fn_eukaryotic_cellular_respiration_118(fn_cam_plant_98(X)))
& property_node_1(fn_eukaryotic_cellular_respiration_112(fn_cam_plant_98(X)))
& water_molecule_1(fn_eukaryotic_cellular_respiration_157(fn_cam_plant_98(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_97(fn_cam_plant_98(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_97(fn_cam_plant_98(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_97(fn_cam_plant_98(X)))
& ribonucleotide_1(fn_eukaryotic_cellular_respiration_97(fn_cam_plant_98(X)))
& nucleoside_triphosphate_1(fn_eukaryotic_cellular_respiration_97(fn_cam_plant_98(X)))
& atp_1(fn_eukaryotic_cellular_respiration_97(fn_cam_plant_98(X)))
& chemical_energy_1(fn_eukaryotic_cellular_respiration_117(fn_cam_plant_98(X)))
& quantity_value_1(fn_eukaryotic_cellular_respiration_116(fn_cam_plant_98(X)))
& quantity_value_1(fn_eukaryotic_cellular_respiration_65(fn_cam_plant_98(X)))
& property_node_1(fn_crassulacean_acid_metabolism_64(fn_cam_plant_79(X)))
& property_node_1(fn_crassulacean_acid_metabolism_156(fn_cam_plant_79(X)))
& property_node_1(fn_crassulacean_acid_metabolism_157(fn_cam_plant_79(X)))
& property_node_1(fn_crassulacean_acid_metabolism_153(fn_cam_plant_79(X)))
& property_node_1(fn_crassulacean_acid_metabolism_34(fn_cam_plant_79(X)))
& move_out_of_1(fn_crassulacean_acid_metabolism_116(fn_cam_plant_79(X)))
& exit_1(fn_crassulacean_acid_metabolism_116(fn_cam_plant_79(X)))
& property_node_1(fn_crassulacean_acid_metabolism_152(fn_cam_plant_79(X)))
& enter_1(fn_crassulacean_acid_metabolism_129(fn_cam_plant_79(X)))
& property_node_1(fn_crassulacean_acid_metabolism_63(fn_cam_plant_79(X)))
& size_value_1(fn_crassulacean_acid_metabolism_66(fn_cam_plant_79(X)))
& enter_1(fn_crassulacean_acid_metabolism_77(fn_cam_plant_79(X)))
& property_node_1(fn_crassulacean_acid_metabolism_53(fn_cam_plant_79(X)))
& electronegativity_value_1(fn_crassulacean_acid_metabolism_58(fn_cam_plant_79(X)))
& atom_1(fn_crassulacean_acid_metabolism_57(fn_cam_plant_79(X)))
& decrease_1(fn_crassulacean_acid_metabolism_163(fn_cam_plant_79(X)))
& property_node_1(fn_crassulacean_acid_metabolism_52(fn_cam_plant_79(X)))
& electronegativity_value_1(fn_crassulacean_acid_metabolism_59(fn_cam_plant_79(X)))
& atom_1(fn_crassulacean_acid_metabolism_60(fn_cam_plant_79(X)))
& oxidation_1(fn_crassulacean_acid_metabolism_145(fn_cam_plant_79(X)))
& water_molecule_1(fn_crassulacean_acid_metabolism_148(fn_cam_plant_79(X)))
& redox_reaction_1(fn_crassulacean_acid_metabolism_105(fn_cam_plant_79(X)))
& chemical_entity_1(fn_crassulacean_acid_metabolism_36(fn_cam_plant_79(X)))
& atp_1(fn_crassulacean_acid_metabolism_36(fn_cam_plant_79(X)))
& protein_enzyme_1(fn_crassulacean_acid_metabolism_151(fn_cam_plant_79(X)))
& catalyst_1(fn_crassulacean_acid_metabolism_150(fn_cam_plant_79(X)))
& add_1(fn_crassulacean_acid_metabolism_68(fn_cam_plant_79(X)))
& chemical_reaction_1(fn_crassulacean_acid_metabolism_62(fn_cam_plant_79(X)))
& carbon_source_1(fn_crassulacean_acid_metabolism_37(fn_cam_plant_79(X)))
& chemical_entity_1(fn_crassulacean_acid_metabolism_56(fn_cam_plant_79(X)))
& tangible_entity_1(fn_crassulacean_acid_metabolism_56(fn_cam_plant_79(X)))
& electron_1(fn_crassulacean_acid_metabolism_56(fn_cam_plant_79(X)))
& reduction_1(fn_crassulacean_acid_metabolism_107(fn_cam_plant_79(X)))
& electron_recipient_1(fn_crassulacean_acid_metabolism_55(fn_cam_plant_79(X)))
& cam_plant_1(fn_crassulacean_acid_metabolism_98(fn_cam_plant_79(X)))
& reactant_1(fn_crassulacean_acid_metabolism_149(fn_cam_plant_79(X)))
& remove_1(fn_crassulacean_acid_metabolism_101(fn_cam_plant_79(X)))
& closing_of_stoma_1(fn_crassulacean_acid_metabolism_100(fn_cam_plant_79(X)))
& tangible_entity_1(fn_crassulacean_acid_metabolism_93(fn_cam_plant_79(X)))
& organ_1(fn_crassulacean_acid_metabolism_93(fn_cam_plant_79(X)))
& leaf_1(fn_crassulacean_acid_metabolism_93(fn_cam_plant_79(X)))
& synthesis_of_atp_1(fn_crassulacean_acid_metabolism_135(fn_cam_plant_79(X)))
& add_1(fn_crassulacean_acid_metabolism_104(fn_cam_plant_79(X)))
& carbon_fixation_1(fn_crassulacean_acid_metabolism_99(fn_cam_plant_79(X)))
& protein_enzyme_1(fn_crassulacean_acid_metabolism_16(fn_cam_plant_79(X)))
& protein_enzyme_1(fn_crassulacean_acid_metabolism_17(fn_cam_plant_79(X)))
& synthesis_of_atp_1(fn_crassulacean_acid_metabolism_90(fn_cam_plant_79(X)))
& thylakoid_1(fn_crassulacean_acid_metabolism_97(fn_cam_plant_79(X)))
& mixture_1(fn_crassulacean_acid_metabolism_96(fn_cam_plant_79(X)))
& aqueous_solution_1(fn_crassulacean_acid_metabolism_96(fn_cam_plant_79(X)))
& stroma_1(fn_crassulacean_acid_metabolism_96(fn_cam_plant_79(X)))
& chemical_energy_1(fn_crassulacean_acid_metabolism_87(fn_cam_plant_79(X)))
& property_node_1(fn_parenchyma_cell_42(fn_cam_plant_77(X)))
& property_node_1(fn_parenchyma_cell_41(fn_cam_plant_77(X)))
& volume_value_1(fn_parenchyma_cell_28(fn_cam_plant_77(X)))
& size_value_1(fn_parenchyma_cell_26(fn_cam_plant_77(X)))
& cytoskeleton_1(fn_parenchyma_cell_37(fn_cam_plant_77(X)))
& cytoplasmic_streaming_1(fn_parenchyma_cell_44(fn_cam_plant_77(X)))
& membrane_1(fn_parenchyma_cell_39(fn_cam_plant_77(X)))
& spatial_entity_1(fn_parenchyma_cell_39(fn_cam_plant_77(X)))
& biomembrane_1(fn_parenchyma_cell_39(fn_cam_plant_77(X)))
& plasma_membrane_1(fn_parenchyma_cell_39(fn_cam_plant_77(X)))
& tangible_entity_1(fn_crassulacean_acid_metabolism_65(fn_cam_plant_79(X)))
& chemical_entity_1(fn_crassulacean_acid_metabolism_65(fn_cam_plant_79(X)))
& sugar_1(fn_crassulacean_acid_metabolism_65(fn_cam_plant_79(X)))
& tangible_entity_1(fn_photosynthesis_37(fn_cam_plant_79(X)))
& chemical_entity_1(fn_photosynthesis_37(fn_cam_plant_79(X)))
& sugar_1(fn_photosynthesis_37(fn_cam_plant_79(X)))
& waste_product_1(fn_cellular_respiration_58(fn_cam_plant_98(X)))
& waste_product_1(fn_cellular_respiration_59(fn_cam_plant_98(X)))
& glycolysis_1(fn_eukaryotic_cellular_respiration_82(fn_cam_plant_98(X)))
& spatial_entity_1(fn_cellular_respiration_65(fn_cam_plant_98(X)))
& tangible_entity_1(fn_cellular_respiration_65(fn_cam_plant_98(X)))
& chemical_entity_1(fn_cellular_respiration_65(fn_cam_plant_98(X)))
& organic_molecule_1(fn_cellular_respiration_65(fn_cam_plant_98(X)))
& molecule_1(fn_cellular_respiration_65(fn_cam_plant_98(X)))
& nad_plus_1(fn_cellular_respiration_65(fn_cam_plant_98(X)))
& spatial_entity_1(fn_eukaryotic_cellular_respiration_23(fn_cam_plant_98(X)))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_23(fn_cam_plant_98(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_23(fn_cam_plant_98(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_23(fn_cam_plant_98(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_23(fn_cam_plant_98(X)))
& nad_plus_1(fn_eukaryotic_cellular_respiration_23(fn_cam_plant_98(X)))
& spatial_entity_1(fn_eukaryotic_cellular_respiration_64(fn_cam_plant_98(X)))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_64(fn_cam_plant_98(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_64(fn_cam_plant_98(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_64(fn_cam_plant_98(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_64(fn_cam_plant_98(X)))
& nad_plus_1(fn_eukaryotic_cellular_respiration_64(fn_cam_plant_98(X)))
& chemical_entity_1(fn_plant_cell_116(fn_cam_plant_77(X)))
& organic_molecule_1(fn_plant_cell_116(fn_cam_plant_77(X)))
& molecule_1(fn_plant_cell_116(fn_cam_plant_77(X)))
& entity_1(fn_plant_cell_116(fn_cam_plant_77(X)))
& nadh_1(fn_plant_cell_116(fn_cam_plant_77(X)))
& chemical_entity_1(fn_cellular_respiration_56(fn_cam_plant_98(X)))
& organic_molecule_1(fn_cellular_respiration_56(fn_cam_plant_98(X)))
& molecule_1(fn_cellular_respiration_56(fn_cam_plant_98(X)))
& nadh_1(fn_cellular_respiration_56(fn_cam_plant_98(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_42(fn_cam_plant_98(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_42(fn_cam_plant_98(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_42(fn_cam_plant_98(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_42(fn_cam_plant_98(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_111(fn_cam_plant_98(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_111(fn_cam_plant_98(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_111(fn_cam_plant_98(X)))
& entity_1(fn_eukaryotic_cellular_respiration_111(fn_cam_plant_98(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_111(fn_cam_plant_98(X)))
& citric_acid_cycle_1(fn_plant_cell_115(fn_cam_plant_77(X)))
& catabolic_pathway_1(fn_plant_cell_115(fn_cam_plant_77(X)))
& citric_acid_cycle_1(fn_eukaryotic_cellular_respiration_95(fn_cam_plant_98(X)))
& catabolic_pathway_1(fn_eukaryotic_cellular_respiration_95(fn_cam_plant_98(X)))
& chemical_energy_1(fn_cellular_respiration_43(fn_cam_plant_98(X)))
& chemical_energy_1(fn_eukaryotic_cellular_respiration_68(fn_cam_plant_98(X)))
& ground_tissue_system_1(fn_leaf_5(fn_cam_plant_119(X)))
& ground_tissue_system_1(fn_crassulacean_acid_metabolism_125(fn_cam_plant_79(X)))
& quantity_value_1(fn_photosynthesis_52(fn_cam_plant_79(X)))
& quantity_value_1(fn_crassulacean_acid_metabolism_139(fn_cam_plant_79(X)))
& free_energy_1(fn_crassulacean_acid_metabolism_73(fn_cam_plant_79(X)))
& constant_motion_1(fn_molecule_8(fn_cam_plant_97(X)))
& constant_motion_1(fn_crassulacean_acid_metabolism_40(fn_cam_plant_79(X)))
& size_value_1(fn_crassulacean_acid_metabolism_67(fn_cam_plant_79(X)))
& hydrophobic_region_1(fn_hydrophobic_compound_3(fn_cam_plant_97(X)))
& hydrophobic_region_1(fn_crassulacean_acid_metabolism_41(fn_cam_plant_79(X)))
& repel_1(fn_hydrophobic_compound_2(fn_cam_plant_97(X)))
& repel_1(fn_crassulacean_acid_metabolism_39(fn_cam_plant_79(X)))
& property_node_1(fn_molecule_1(fn_cam_plant_97(X)))
& property_node_1(fn_crassulacean_acid_metabolism_35(fn_cam_plant_79(X)))
& speed_value_1(fn_molecule_3(fn_cam_plant_97(X)))
& speed_value_1(fn_crassulacean_acid_metabolism_47(fn_cam_plant_79(X)))
& quantity_value_1(fn_photosynthesis_96(fn_cam_plant_79(X)))
& quantity_value_1(fn_molecule_4(fn_cam_plant_97(X)))
& quantity_value_1(fn_crassulacean_acid_metabolism_48(fn_cam_plant_79(X)))
& kinetic_energy_1(fn_photosynthesis_99(fn_cam_plant_79(X)))
& kinetic_energy_1(fn_molecule_12(fn_cam_plant_97(X)))
& kinetic_energy_1(fn_crassulacean_acid_metabolism_38(fn_cam_plant_79(X)))
& quantity_value_1(fn_photosynthesis_51(fn_cam_plant_79(X)))
& quantity_value_1(fn_crassulacean_acid_metabolism_138(fn_cam_plant_79(X)))
& free_energy_1(fn_photosynthesis_50(fn_cam_plant_79(X)))
& free_energy_1(fn_crassulacean_acid_metabolism_146(fn_cam_plant_79(X)))
& calvin_cycle_1(fn_photosynthesis_36(fn_cam_plant_79(X)))
& anabolic_pathway_1(fn_photosynthesis_36(fn_cam_plant_79(X)))
& eukaryotic_calvin_cycle_1(fn_crassulacean_acid_metabolism_102(fn_cam_plant_79(X)))
& endergonic_reaction_1(fn_crassulacean_acid_metabolism_102(fn_cam_plant_79(X)))
& anabolic_pathway_1(fn_crassulacean_acid_metabolism_102(fn_cam_plant_79(X)))
& calvin_cycle_1(fn_crassulacean_acid_metabolism_102(fn_cam_plant_79(X)))
& light_reaction_1(fn_photosynthesis_35(fn_cam_plant_79(X)))
& light_reaction_1(fn_crassulacean_acid_metabolism_95(fn_cam_plant_79(X)))
& carbon_fixation_1(fn_photosynthesis_64(fn_cam_plant_79(X)))
& chemical_reaction_1(fn_photosynthesis_64(fn_cam_plant_79(X)))
& carbon_fixation_1(fn_crassulacean_acid_metabolism_72(fn_cam_plant_79(X)))
& chemical_reaction_1(fn_crassulacean_acid_metabolism_72(fn_cam_plant_79(X)))
& structural_complexity_value_1(fn_photosynthesis_24(fn_cam_plant_79(X)))
& structural_complexity_value_1(fn_crassulacean_acid_metabolism_147(fn_cam_plant_79(X)))
& store_1(fn_plant_metabolic_cell_6(fn_cam_plant_77(X)))
& store_1(fn_crassulacean_acid_metabolism_94(fn_cam_plant_79(X)))
& tissue_1(fn_organ_1(fn_cam_plant_119(X)))
& palisade_mesophyll_1(fn_leaf_12(fn_cam_plant_119(X)))
& tissue_1(fn_crassulacean_acid_metabolism_84(fn_cam_plant_79(X)))
& palisade_mesophyll_1(fn_crassulacean_acid_metabolism_84(fn_cam_plant_79(X)))
& layer_1(fn_leaf_17(fn_cam_plant_119(X)))
& layer_1(fn_crassulacean_acid_metabolism_134(fn_cam_plant_79(X)))
& container_1(fn_plant_metabolic_cell_7(fn_cam_plant_77(X)))
& container_1(fn_crassulacean_acid_metabolism_161(fn_cam_plant_79(X)))
& chloroplast_1(fn_plant_cell_6(fn_cam_plant_77(X)))
& chloroplast_1(fn_crassulacean_acid_metabolism_106(fn_cam_plant_79(X)))
& structural_complexity_value_1(fn_photosynthesis_25(fn_cam_plant_79(X)))
& structural_complexity_value_1(fn_crassulacean_acid_metabolism_143(fn_cam_plant_79(X)))
& oxygen_molecule_1(fn_parenchyma_cell_11(fn_cam_plant_77(X)))
& oxygen_molecule_1(fn_crassulacean_acid_metabolism_114(fn_cam_plant_79(X)))
& visible_light_1(fn_photosynthesis_34(fn_cam_plant_79(X)))
& energy_1(fn_photosynthesis_34(fn_cam_plant_79(X)))
& spatial_entity_1(fn_crassulacean_acid_metabolism_118(fn_cam_plant_79(X)))
& energy_1(fn_crassulacean_acid_metabolism_118(fn_cam_plant_79(X)))
& visible_light_1(fn_crassulacean_acid_metabolism_118(fn_cam_plant_79(X)))
& photosynthesis_1(fn_parenchyma_cell_15(fn_cam_plant_77(X)))
& starch_storage_by_plant_1(fn_crassulacean_acid_metabolism_88(fn_cam_plant_79(X)))
& entity_1(fn_crassulacean_acid_metabolism_70(fn_cam_plant_79(X)))
& chemical_entity_1(fn_crassulacean_acid_metabolism_70(fn_cam_plant_79(X)))
& atom_1(fn_crassulacean_acid_metabolism_70(fn_cam_plant_79(X)))
& carbon_1(fn_crassulacean_acid_metabolism_70(fn_cam_plant_79(X)))
& carbon_1(fn_carbon_dioxide_3(fn_cam_plant_97(X)))
& oxygen_1(fn_carbon_dioxide_1(fn_cam_plant_97(X)))
& oxygen_1(fn_carbon_dioxide_4(fn_cam_plant_97(X)))
& polar_covalent_bond_1(fn_photosynthesis_58(fn_cam_plant_79(X)))
& covalent_bond_1(fn_photosynthesis_58(fn_cam_plant_79(X)))
& double_bond_1(fn_photosynthesis_58(fn_cam_plant_79(X)))
& double_bond_1(fn_carbon_dioxide_2(fn_cam_plant_97(X)))
& tangible_entity_1(fn_cellular_respiration_61(fn_cam_plant_98(X)))
& carbon_dioxide_1(fn_cellular_respiration_61(fn_cam_plant_98(X)))
& spatial_entity_1(fn_photosynthesis_38(fn_cam_plant_79(X)))
& tangible_entity_1(fn_photosynthesis_38(fn_cam_plant_79(X)))
& chemical_entity_1(fn_photosynthesis_38(fn_cam_plant_79(X)))
& hydrophobic_compound_1(fn_photosynthesis_38(fn_cam_plant_79(X)))
& molecule_1(fn_photosynthesis_38(fn_cam_plant_79(X)))
& carbon_dioxide_1(fn_photosynthesis_38(fn_cam_plant_79(X)))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_62(fn_cam_plant_98(X)))
& carbon_dioxide_1(fn_eukaryotic_cellular_respiration_62(fn_cam_plant_98(X)))
& spatial_entity_1(fn_crassulacean_acid_metabolism_119(fn_cam_plant_79(X)))
& tangible_entity_1(fn_crassulacean_acid_metabolism_119(fn_cam_plant_79(X)))
& chemical_entity_1(fn_crassulacean_acid_metabolism_119(fn_cam_plant_79(X)))
& hydrophobic_compound_1(fn_crassulacean_acid_metabolism_119(fn_cam_plant_79(X)))
& molecule_1(fn_crassulacean_acid_metabolism_119(fn_cam_plant_79(X)))
& carbon_dioxide_1(fn_crassulacean_acid_metabolism_119(fn_cam_plant_79(X)))
& spatial_entity_1(fn_parenchyma_cell_32(fn_cam_plant_77(X)))
& vesicle_1(fn_parenchyma_cell_32(fn_cam_plant_77(X)))
& central_vacuole_1(fn_parenchyma_cell_32(fn_cam_plant_77(X)))
& vesicle_1(fn_plant_metabolic_cell_39(fn_cam_plant_77(X)))
& spatial_entity_1(fn_plant_metabolic_cell_39(fn_cam_plant_77(X)))
& vacuole_1(fn_plant_metabolic_cell_39(fn_cam_plant_77(X)))
& central_vacuole_1(fn_plant_metabolic_cell_39(fn_cam_plant_77(X)))
& vesicle_1(fn_crassulacean_acid_metabolism_115(fn_cam_plant_79(X)))
& spatial_entity_1(fn_crassulacean_acid_metabolism_115(fn_cam_plant_79(X)))
& vacuole_1(fn_crassulacean_acid_metabolism_115(fn_cam_plant_79(X)))
& central_vacuole_1(fn_crassulacean_acid_metabolism_115(fn_cam_plant_79(X)))
& vesicle_1(fn_parenchyma_cell_14(fn_cam_plant_77(X)))
& spatial_entity_1(fn_parenchyma_cell_14(fn_cam_plant_77(X)))
& vacuole_1(fn_parenchyma_cell_14(fn_cam_plant_77(X)))
& central_vacuole_1(fn_parenchyma_cell_14(fn_cam_plant_77(X)))
& exchange_1(fn_plant_cell_71(fn_cam_plant_77(X)))
& exchange_1(fn_parenchyma_cell_23(fn_cam_plant_77(X)))
& organelle_1(fn_parenchyma_cell_43(fn_cam_plant_77(X)))
& mitochondrion_1(fn_parenchyma_cell_43(fn_cam_plant_77(X)))
& semiautonomous_organelle_1(fn_parenchyma_cell_43(fn_cam_plant_77(X)))
& catabolic_pathway_1(fn_plant_metabolic_cell_25(fn_cam_plant_77(X)))
& metabolic_pathway_1(fn_plant_metabolic_cell_25(fn_cam_plant_77(X)))
& eukaryotic_cellular_respiration_1(fn_plant_metabolic_cell_25(fn_cam_plant_77(X)))
& metabolic_pathway_1(fn_plant_cell_63(fn_cam_plant_77(X)))
& eukaryotic_cellular_respiration_1(fn_plant_cell_63(fn_cam_plant_77(X)))
& catabolic_pathway_1(fn_parenchyma_cell_29(fn_cam_plant_77(X)))
& metabolic_pathway_1(fn_parenchyma_cell_29(fn_cam_plant_77(X)))
& eukaryotic_cellular_respiration_1(fn_parenchyma_cell_29(fn_cam_plant_77(X)))
& tangible_entity_1(fn_plant_cell_84(fn_cam_plant_77(X)))
& nucleus_1(fn_plant_cell_84(fn_cam_plant_77(X)))
& tangible_entity_1(fn_parenchyma_cell_13(fn_cam_plant_77(X)))
& nucleus_1(fn_parenchyma_cell_13(fn_cam_plant_77(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_cam_plant_77(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_cam_plant_77(X)))
& spatial_entity_1(fn_plant_cell_83(fn_cam_plant_77(X)))
& mixture_1(fn_plant_cell_83(fn_cam_plant_77(X)))
& suspension_1(fn_plant_cell_83(fn_cam_plant_77(X)))
& colloid_1(fn_plant_cell_83(fn_cam_plant_77(X)))
& cytoplasm_1(fn_plant_cell_83(fn_cam_plant_77(X)))
& spatial_entity_1(fn_plant_metabolic_cell_17(fn_cam_plant_77(X)))
& mixture_1(fn_plant_metabolic_cell_17(fn_cam_plant_77(X)))
& suspension_1(fn_plant_metabolic_cell_17(fn_cam_plant_77(X)))
& colloid_1(fn_plant_metabolic_cell_17(fn_cam_plant_77(X)))
& cytoplasm_1(fn_plant_metabolic_cell_17(fn_cam_plant_77(X)))
& spatial_entity_1(fn_parenchyma_cell_40(fn_cam_plant_77(X)))
& mixture_1(fn_parenchyma_cell_40(fn_cam_plant_77(X)))
& suspension_1(fn_parenchyma_cell_40(fn_cam_plant_77(X)))
& colloid_1(fn_parenchyma_cell_40(fn_cam_plant_77(X)))
& cytoplasm_1(fn_parenchyma_cell_40(fn_cam_plant_77(X)))
& cell_1(fn_metabolic_pathway_1(fn_cam_plant_98(X)))
& mesophyll_cell_1(fn_leaf_44(fn_cam_plant_119(X)))
& cell_1(fn_crassulacean_acid_metabolism_120(fn_cam_plant_79(X)))
& plant_metabolic_cell_1(fn_crassulacean_acid_metabolism_120(fn_cam_plant_79(X)))
& parenchyma_cell_1(fn_crassulacean_acid_metabolism_120(fn_cam_plant_79(X)))
& eukaryotic_cell_1(fn_crassulacean_acid_metabolism_120(fn_cam_plant_79(X)))
& spatial_entity_1(fn_crassulacean_acid_metabolism_120(fn_cam_plant_79(X)))
& plant_cell_1(fn_crassulacean_acid_metabolism_120(fn_cam_plant_79(X)))
& mesophyll_cell_1(fn_crassulacean_acid_metabolism_120(fn_cam_plant_79(X)))
& fn_cam_plant_3(X) != fn_cam_plant_4(X)
& is_at_2(fn_cam_plant_3(X),X)
& fn_cam_plant_4(X) != fn_cam_plant_3(X)
& is_at_2(fn_cam_plant_4(X),X)
& site_2(fn_cam_plant_118(X),X)
& site_2(fn_cam_plant_117(X),X)
& site_2(fn_cam_plant_116(X),X)
& site_2(fn_cam_plant_115(X),X)
& destination_2(fn_cam_plant_110(X),fn_cam_plant_111(X))
& is_at_2(fn_cam_plant_103(X),fn_cam_plant_77(X))
& experiencer_2(fn_cam_plant_5(X),X)
& prevents_2(fn_cam_plant_6(X),fn_cam_plant_5(X))
& the_categorical_value_2(fn_cam_plant_7(X),hollow_volume_0)
& is_inside_2(X,fn_cam_plant_114(X))
& volume_2(X,fn_cam_plant_2(X))
& has_part_2(X,fn_cam_plant_70(X))
& has_part_2(X,fn_cam_plant_119(X))
& has_part_2(X,fn_cam_plant_9(X))
& shape_2(X,fn_cam_plant_7(X))
& has_function_2(fn_cam_plant_77(X),fn_cam_plant_117(X))
& agent_2(fn_cam_plant_71(X),X)
& base_2(fn_cam_plant_71(X),X)
& result_2(fn_cam_plant_105(X),fn_cam_plant_65(X))
& result_2(fn_cam_plant_36(X),fn_cam_plant_65(X))
& is_outside_2(fn_cam_plant_111(X),fn_cam_plant_119(X))
& has_function_2(fn_cam_plant_70(X),fn_cam_plant_71(X))
& path_2(fn_cam_plant_71(X),fn_cam_plant_70(X))
& size_2(fn_cam_plant_65(X),fn_cam_plant_68(X))
& by_means_of_2(fn_cam_plant_76(X),fn_cam_plant_79(X))
& structural_complexity_2(fn_cam_plant_65(X),fn_cam_plant_69(X))
& has_function_2(X,fn_cam_plant_79(X))
& result_2(fn_cam_plant_79(X),fn_cam_plant_65(X))
& possesses_2(fn_cam_plant_65(X),fn_cam_plant_81(X))
& result_2(fn_cam_plant_125(X),fn_cam_plant_57(X))
& possesses_2(fn_cam_plant_57(X),fn_cam_plant_99(X))
& result_2(fn_cam_plant_98(X),fn_cam_plant_57(X))
& has_part_2(X,fn_cam_plant_77(X))
& in_event_2(fn_cam_plant_100(X),fn_cam_plant_98(X))
& plays_2(fn_cam_plant_97(X),fn_cam_plant_100(X))
& result_2(fn_cam_plant_125(X),fn_cam_plant_59(X))
& first_subevent_2(fn_cam_plant_98(X),fn_cam_plant_125(X))
& result_2(fn_cam_plant_125(X),fn_cam_plant_97(X))
& raw_material_2(fn_cam_plant_132(X),fn_cam_plant_130(X))
& possesses_2(fn_cam_plant_130(X),fn_cam_plant_128(X))
& subevent_2(fn_cam_plant_98(X),fn_cam_plant_132(X))
& subevent_2(fn_cam_plant_98(X),fn_cam_plant_125(X))
& raw_material_2(fn_cam_plant_125(X),fn_cam_plant_130(X))
& has_state_2(fn_cam_plant_130(X),fn_cam_plant_131(X))
& result_2(fn_cam_plant_132(X),fn_cam_plant_131(X))
& fn_cam_plant_132(X) != fn_cam_plant_125(X)
& result_2(fn_cam_plant_125(X),fn_cam_plant_131(X))
& has_state_2(fn_cam_plant_131(X),fn_cam_plant_130(X))
& fn_cam_plant_125(X) != fn_cam_plant_132(X)
& has_reduced_form_2(fn_cam_plant_130(X),fn_cam_plant_131(X))
& has_oxidized_form_2(fn_cam_plant_131(X),fn_cam_plant_130(X))
& result_2(fn_cam_plant_98(X),fn_cam_plant_59(X))
& result_2(fn_cam_plant_98(X),fn_cam_plant_131(X))
& possesses_2(fn_cam_plant_131(X),fn_cam_plant_99(X))
& fn_cam_plant_130(X) != fn_cam_plant_131(X)
& fn_cam_plant_131(X) != fn_cam_plant_130(X)
& result_2(fn_cam_plant_132(X),fn_cam_plant_97(X))
& result_2(fn_cam_plant_132(X),fn_cam_plant_59(X))
& possesses_2(fn_cam_plant_59(X),fn_cam_plant_99(X))
& possesses_2(fn_cam_plant_129(X),fn_cam_plant_99(X))
& result_2(fn_cam_plant_98(X),fn_cam_plant_129(X))
& result_2(fn_cam_plant_98(X),fn_cam_plant_97(X))
& possesses_2(fn_cam_plant_97(X),fn_cam_plant_99(X))
& quantity_2(fn_cam_plant_99(X),fn_cam_plant_126(X))
& greater_than_2(fn_cam_plant_127(X),fn_cam_plant_126(X))
& quantity_2(fn_cam_plant_128(X),fn_cam_plant_127(X))
& donor_2(fn_cam_plant_39(X),fn_cam_plant_82(X))
& first_subevent_2(fn_cam_plant_35(X),fn_cam_plant_44(X))
& subevent_2(fn_cam_plant_79(X),fn_cam_plant_117(X))
& raw_material_2(fn_cam_plant_35(X),fn_cam_plant_47(X))
& subevent_2(fn_cam_plant_79(X),fn_cam_plant_105(X))
& called_2(fn_cam_plant_86(X),'FE_p')
& first_subevent_2(fn_cam_plant_79(X),fn_cam_plant_118(X))
& first_subevent_2(fn_cam_plant_118(X),fn_cam_plant_115(X))
& is_inside_2(fn_cam_plant_113(X),fn_cam_plant_112(X))
& has_region_2(fn_cam_plant_119(X),fn_cam_plant_112(X))
& base_2(fn_cam_plant_110(X),fn_cam_plant_119(X))
& possesses_2(fn_cam_plant_95(X),fn_cam_plant_81(X))
& quantity_2(fn_cam_plant_81(X),fn_cam_plant_86(X))
& greater_than_2(fn_cam_plant_86(X),fn_cam_plant_85(X))
& speed_2(fn_cam_plant_43(X),fn_cam_plant_53(X))
& object_2(fn_cam_plant_43(X),fn_cam_plant_97(X))
& agent_2(fn_cam_plant_42(X),fn_cam_plant_97(X))
& object_2(fn_cam_plant_42(X),fn_cam_plant_97(X))
& recipient_2(fn_cam_plant_83(X),fn_cam_plant_97(X))
& agent_2(fn_cam_plant_41(X),fn_cam_plant_97(X))
& object_2(fn_cam_plant_41(X),fn_cam_plant_97(X))
& size_2(fn_cam_plant_97(X),fn_cam_plant_67(X))
& greater_than_2(fn_cam_plant_68(X),fn_cam_plant_67(X))
& has_atom_2(fn_cam_plant_97(X),fn_cam_plant_46(X))
& electronegativity_2(fn_cam_plant_46(X),fn_cam_plant_52(X))
& greater_than_2(fn_cam_plant_52(X),fn_cam_plant_51(X))
& greater_than_or_equal_to_2(fn_cam_plant_52(X),fn_cam_plant_51(X))
& subevent_2(fn_cam_plant_36(X),fn_cam_plant_39(X))
& recipient_2(fn_cam_plant_39(X),fn_cam_plant_97(X))
& has_region_2(fn_cam_plant_97(X),fn_cam_plant_45(X))
& facilitates_2(fn_cam_plant_45(X),fn_cam_plant_40(X))
& site_2(fn_cam_plant_40(X),fn_cam_plant_45(X))
& has_function_2(fn_cam_plant_103(X),fn_cam_plant_104(X))
& enables_2(fn_cam_plant_104(X),fn_cam_plant_79(X))
& raw_material_2(fn_cam_plant_79(X),fn_cam_plant_97(X))
& has_function_2(fn_cam_plant_97(X),fn_cam_plant_83(X))
& object_2(fn_cam_plant_83(X),fn_cam_plant_38(X))
& subevent_2(fn_cam_plant_36(X),fn_cam_plant_83(X))
& donor_2(fn_cam_plant_83(X),fn_cam_plant_82(X))
& has_atom_2(fn_cam_plant_82(X),fn_cam_plant_50(X))
& electronegativity_2(fn_cam_plant_50(X),fn_cam_plant_51(X))
& site_2(fn_cam_plant_105(X),fn_cam_plant_102(X))
& has_function_2(fn_cam_plant_102(X),fn_cam_plant_105(X))
& raw_material_2(fn_cam_plant_105(X),fn_cam_plant_97(X))
& has_function_2(fn_cam_plant_97(X),fn_cam_plant_40(X))
& agent_2(fn_cam_plant_40(X),fn_cam_plant_97(X))
& raw_material_2(fn_cam_plant_36(X),fn_cam_plant_97(X))
& raw_material_2(fn_cam_plant_36(X),fn_cam_plant_82(X))
& fn_cam_plant_82(X) != fn_cam_plant_97(X)
& fn_cam_plant_38(X) != fn_cam_plant_82(X)
& fn_cam_plant_82(X) != fn_cam_plant_38(X)
& fn_cam_plant_97(X) != fn_cam_plant_82(X)
& enables_2(fn_cam_plant_106(X),fn_cam_plant_105(X))
& first_subevent_2(fn_cam_plant_105(X),fn_cam_plant_35(X))
& raw_material_2(fn_cam_plant_35(X),fn_cam_plant_37(X))
& fn_cam_plant_97(X) != fn_cam_plant_37(X)
& fn_cam_plant_37(X) != fn_cam_plant_97(X)
& raw_material_2(fn_cam_plant_35(X),fn_cam_plant_97(X))
& possesses_2(fn_cam_plant_97(X),fn_cam_plant_33(X))
& quantity_2(fn_cam_plant_33(X),fn_cam_plant_54(X))
& directly_proportional_2(fn_cam_plant_53(X),fn_cam_plant_54(X))
& in_event_2(fn_cam_plant_108(X),fn_cam_plant_79(X))
& plays_2(fn_cam_plant_103(X),fn_cam_plant_108(X))
& has_function_2(fn_cam_plant_103(X),fn_cam_plant_79(X))
& subevent_2(fn_cam_plant_79(X),fn_cam_plant_106(X))
& raw_material_2(fn_cam_plant_106(X),fn_cam_plant_101(X))
& subevent_2(fn_cam_plant_35(X),fn_cam_plant_44(X))
& object_2(fn_cam_plant_44(X),fn_cam_plant_97(X))
& possesses_2(fn_cam_plant_97(X),fn_cam_plant_84(X))
& quantity_2(fn_cam_plant_84(X),fn_cam_plant_85(X))
& called_2(fn_cam_plant_85(X),'FE_r')
& next_event_2(fn_cam_plant_116(X),fn_cam_plant_106(X))
& next_event_2(fn_cam_plant_106(X),fn_cam_plant_105(X))
& subevent_2(fn_cam_plant_105(X),fn_cam_plant_35(X))
& subevent_2(fn_cam_plant_35(X),fn_cam_plant_34(X))
& raw_material_2(fn_cam_plant_34(X),fn_cam_plant_97(X))
& in_event_2(fn_cam_plant_30(X),fn_cam_plant_39(X))
& object_2(fn_cam_plant_39(X),fn_cam_plant_38(X))
& fn_cam_plant_38(X) != fn_cam_plant_97(X)
& plays_2(fn_cam_plant_97(X),fn_cam_plant_31(X))
& in_event_2(fn_cam_plant_31(X),fn_cam_plant_35(X))
& fn_cam_plant_97(X) != fn_cam_plant_38(X)
& next_event_2(fn_cam_plant_117(X),fn_cam_plant_109(X))
& subevent_2(fn_cam_plant_79(X),fn_cam_plant_109(X))
& subevent_2(fn_cam_plant_79(X),fn_cam_plant_116(X))
& object_2(fn_cam_plant_116(X),fn_cam_plant_97(X))
& plays_2(fn_cam_plant_97(X),fn_cam_plant_30(X))
& greater_than_2(fn_cam_plant_69(X),fn_cam_plant_66(X))
& structural_complexity_2(fn_cam_plant_97(X),fn_cam_plant_66(X))
& plays_2(fn_cam_plant_97(X),fn_cam_plant_80(X))
& in_event_2(fn_cam_plant_80(X),fn_cam_plant_79(X))
& experiencer_2(fn_cam_plant_79(X),X)
& next_event_2(fn_cam_plant_118(X),fn_cam_plant_117(X))
& subevent_2(fn_cam_plant_79(X),fn_cam_plant_118(X))
& site_2(fn_cam_plant_79(X),fn_cam_plant_120(X))
& is_inside_2(fn_cam_plant_102(X),fn_cam_plant_120(X))
& facilitates_2(fn_cam_plant_102(X),fn_cam_plant_79(X))
& in_event_2(fn_cam_plant_29(X),fn_cam_plant_117(X))
& site_2(fn_cam_plant_117(X),fn_cam_plant_28(X))
& has_function_2(fn_cam_plant_28(X),fn_cam_plant_117(X))
& base_2(fn_cam_plant_117(X),fn_cam_plant_77(X))
& base_2(fn_cam_plant_79(X),fn_cam_plant_77(X))
& has_part_2(fn_cam_plant_119(X),fn_cam_plant_113(X))
& base_2(fn_cam_plant_109(X),fn_cam_plant_119(X))
& next_event_2(fn_cam_plant_109(X),fn_cam_plant_116(X))
& site_2(fn_cam_plant_116(X),fn_cam_plant_77(X))
& base_2(fn_cam_plant_60(X),fn_cam_plant_77(X))
& agent_2(fn_cam_plant_22(X),fn_cam_plant_26(X))
& agent_2(fn_cam_plant_23(X),fn_cam_plant_26(X))
& base_2(fn_cam_plant_23(X),fn_cam_plant_77(X))
& is_at_2(fn_cam_plant_27(X),fn_cam_plant_77(X))
& agent_2(fn_cam_plant_23(X),fn_cam_plant_27(X))
& base_2(fn_cam_plant_118(X),fn_cam_plant_77(X))
& subevent_2(fn_cam_plant_118(X),fn_cam_plant_115(X))
& site_2(fn_cam_plant_115(X),fn_cam_plant_77(X))
& is_inside_2(fn_cam_plant_77(X),fn_cam_plant_114(X))
& has_region_2(fn_cam_plant_113(X),fn_cam_plant_114(X))
& base_2(fn_cam_plant_22(X),fn_cam_plant_77(X))
& agent_2(fn_cam_plant_22(X),fn_cam_plant_27(X))
& fn_cam_plant_27(X) != fn_cam_plant_26(X)
& is_at_2(fn_cam_plant_26(X),fn_cam_plant_77(X))
& plays_2(fn_cam_plant_77(X),fn_cam_plant_29(X))
& fn_cam_plant_26(X) != fn_cam_plant_27(X)
& has_function_2(fn_cam_plant_120(X),fn_cam_plant_79(X))
& has_part_2(fn_cam_plant_120(X),fn_cam_plant_102(X))
& is_between_2(fn_cam_plant_102(X),fn_cam_plant_49(X))
& is_inside_2(fn_cam_plant_49(X),fn_cam_plant_120(X))
& has_part_2(fn_cam_plant_77(X),fn_cam_plant_120(X))
& result_2(fn_cam_plant_79(X),fn_cam_plant_107(X))
& fn_cam_plant_107(X) != fn_cam_plant_101(X)
& raw_material_2(fn_cam_plant_79(X),fn_cam_plant_101(X))
& result_2(fn_cam_plant_79(X),fn_cam_plant_95(X))
& structural_complexity_2(fn_cam_plant_95(X),fn_cam_plant_69(X))
& fn_cam_plant_101(X) != fn_cam_plant_107(X)
& subevent_2(fn_cam_plant_60(X),fn_cam_plant_58(X))
& has_part_2(X,fn_cam_plant_15(X))
& temperature_2(X,fn_cam_plant_91(X))
& height_2(X,fn_cam_plant_12(X))
& plays_2(X,fn_cam_plant_78(X))
& in_event_2(fn_cam_plant_78(X),fn_cam_plant_76(X))
& agent_2(fn_cam_plant_76(X),X)
& has_part_2(X,fn_cam_plant_55(X))
& site_2(fn_cam_plant_58(X),fn_cam_plant_55(X))
& agent_2(fn_cam_plant_60(X),X)
& has_part_2(X,fn_cam_plant_90(X))
& specific_heat_2(fn_cam_plant_90(X),fn_cam_plant_92(X))
& correspondence_2(fn_cam_plant_91(X),fn_cam_plant_92(X))
& has_function_2(X,fn_cam_plant_60(X))
& base_2(fn_cam_plant_60(X),X)
& has_region_2(X,fn_cam_plant_87(X))
& is_inside_2(fn_cam_plant_89(X),fn_cam_plant_87(X))
& has_part_2(X,fn_cam_plant_89(X))
& has_region_2(X,fn_cam_plant_88(X))
& is_inside_2(fn_cam_plant_15(X),fn_cam_plant_88(X))
& has_part_2(fn_cam_plant_15(X),fn_cam_plant_14(X))
& thickness_2(fn_cam_plant_14(X),fn_cam_plant_13(X))
& directly_proportional_2(fn_cam_plant_13(X),fn_cam_plant_12(X))
& has_part_2(fn_cam_plant_97(X),fn_cam_plant_47(X))
& is_between_2(fn_cam_plant_32(X),fn_cam_plant_47(X))
& possesses_2(fn_cam_plant_97(X),fn_cam_plant_32(X))
& is_between_2(fn_cam_plant_32(X),fn_cam_plant_48(X))
& has_part_2(fn_cam_plant_97(X),fn_cam_plant_48(X))
& fn_cam_plant_47(X) != fn_cam_plant_48(X)
& fn_cam_plant_48(X) != fn_cam_plant_47(X)
& has_part_2(fn_cam_plant_77(X),fn_cam_plant_56(X))
& has_part_2(fn_cam_plant_77(X),fn_cam_plant_94(X))
& has_part_2(fn_cam_plant_77(X),fn_cam_plant_28(X))
& has_part_2(fn_cam_plant_77(X),fn_cam_plant_121(X))
& agent_2(fn_cam_plant_122(X),fn_cam_plant_77(X))
& volume_2(fn_cam_plant_77(X),fn_cam_plant_25(X))
& has_function_2(fn_cam_plant_77(X),fn_cam_plant_98(X))
& the_scalar_value_2(fn_cam_plant_24(X),big_0)
& scalar_unit_class_2(fn_cam_plant_24(X),prokaryote_0)
& base_2(fn_cam_plant_122(X),fn_cam_plant_77(X))
& base_2(fn_cam_plant_98(X),fn_cam_plant_77(X))
& has_function_2(fn_cam_plant_56(X),fn_cam_plant_98(X))
& size_2(fn_cam_plant_77(X),fn_cam_plant_24(X))
& directly_proportional_2(fn_cam_plant_24(X),fn_cam_plant_25(X))
& has_part_2(fn_cam_plant_77(X),fn_cam_plant_123(X))
& is_between_2(fn_cam_plant_94(X),fn_cam_plant_123(X))
& is_between_2(fn_cam_plant_94(X),fn_cam_plant_124(X))
& has_part_2(fn_cam_plant_77(X),fn_cam_plant_124(X))
& is_inside_2(fn_cam_plant_94(X),fn_cam_plant_124(X))
& object_2(fn_cam_plant_93(X),fn_cam_plant_94(X))
& agent_2(fn_cam_plant_93(X),fn_cam_plant_121(X))
& has_function_2(fn_cam_plant_121(X),fn_cam_plant_93(X))
& fn_cam_plant_111(X) = fn_leaf_41(fn_cam_plant_119(X))
& fn_cam_plant_71(X) = fn_plasmodesmata_11(fn_cam_plant_70(X))
& fn_cam_plant_68(X) = fn_plant_29(X)
& fn_cam_plant_76(X) = fn_plant_19(X)
& fn_cam_plant_69(X) = fn_plant_30(X)
& fn_cam_plant_96(X) = fn_plant_46(X)
& fn_cam_plant_65(X) = fn_crassulacean_acid_metabolism_65(fn_cam_plant_79(X))
& fn_cam_plant_65(X) = fn_photosynthesis_37(fn_cam_plant_79(X))
& fn_cam_plant_65(X) = fn_plant_36(X)
& fn_cam_plant_125(X) = fn_plant_7(X)
& fn_cam_plant_57(X) = fn_plant_4(X)
& fn_cam_plant_100(X) = fn_cellular_respiration_58(fn_cam_plant_98(X))
& fn_cam_plant_100(X) = fn_cellular_respiration_59(fn_cam_plant_98(X))
& fn_cam_plant_133(X) = fn_eukaryotic_cellular_respiration_118(fn_cam_plant_98(X))
& fn_cam_plant_134(X) = fn_eukaryotic_cellular_respiration_112(fn_cam_plant_98(X))
& fn_cam_plant_132(X) = fn_plant_cell_115(fn_cam_plant_77(X))
& fn_cam_plant_125(X) = fn_eukaryotic_cellular_respiration_82(fn_cam_plant_98(X))
& fn_cam_plant_131(X) = fn_cellular_respiration_56(fn_cam_plant_98(X))
& fn_cam_plant_130(X) = fn_cellular_respiration_65(fn_cam_plant_98(X))
& fn_cam_plant_130(X) = fn_eukaryotic_cellular_respiration_23(fn_cam_plant_98(X))
& fn_cam_plant_130(X) = fn_eukaryotic_cellular_respiration_64(fn_cam_plant_98(X))
& fn_cam_plant_131(X) = fn_plant_cell_116(fn_cam_plant_77(X))
& fn_cam_plant_131(X) = fn_eukaryotic_cellular_respiration_42(fn_cam_plant_98(X))
& fn_cam_plant_131(X) = fn_eukaryotic_cellular_respiration_111(fn_cam_plant_98(X))
& fn_cam_plant_129(X) = fn_eukaryotic_cellular_respiration_157(fn_cam_plant_98(X))
& fn_cam_plant_59(X) = fn_eukaryotic_cellular_respiration_97(fn_cam_plant_98(X))
& fn_cam_plant_132(X) = fn_eukaryotic_cellular_respiration_95(fn_cam_plant_98(X))
& fn_cam_plant_128(X) = fn_eukaryotic_cellular_respiration_117(fn_cam_plant_98(X))
& fn_cam_plant_127(X) = fn_eukaryotic_cellular_respiration_116(fn_cam_plant_98(X))
& fn_cam_plant_126(X) = fn_eukaryotic_cellular_respiration_65(fn_cam_plant_98(X))
& fn_cam_plant_99(X) = fn_plant_10(X)
& fn_cam_plant_97(X) = fn_cellular_respiration_61(fn_cam_plant_98(X))
& fn_cam_plant_99(X) = fn_cellular_respiration_43(fn_cam_plant_98(X))
& fn_cam_plant_99(X) = fn_eukaryotic_cellular_respiration_68(fn_cam_plant_98(X))
& fn_cam_plant_97(X) = fn_eukaryotic_cellular_respiration_62(fn_cam_plant_98(X))
& fn_cam_plant_63(X) = fn_crassulacean_acid_metabolism_64(fn_cam_plant_79(X))
& fn_cam_plant_61(X) = fn_crassulacean_acid_metabolism_156(fn_cam_plant_79(X))
& fn_cam_plant_64(X) = fn_crassulacean_acid_metabolism_157(fn_cam_plant_79(X))
& fn_cam_plant_73(X) = fn_crassulacean_acid_metabolism_153(fn_cam_plant_79(X))
& fn_cam_plant_47(X) = fn_crassulacean_acid_metabolism_70(fn_cam_plant_79(X))
& fn_cam_plant_16(X) = fn_crassulacean_acid_metabolism_34(fn_cam_plant_79(X))
& fn_cam_plant_110(X) = fn_crassulacean_acid_metabolism_116(fn_cam_plant_79(X))
& fn_cam_plant_112(X) = fn_leaf_5(fn_cam_plant_119(X))
& fn_cam_plant_112(X) = fn_crassulacean_acid_metabolism_125(fn_cam_plant_79(X))
& fn_cam_plant_72(X) = fn_crassulacean_acid_metabolism_152(fn_cam_plant_79(X))
& fn_cam_plant_86(X) = fn_photosynthesis_52(fn_cam_plant_79(X))
& fn_cam_plant_81(X) = fn_plant_28(X)
& fn_cam_plant_86(X) = fn_plant_24(X)
& fn_cam_plant_86(X) = fn_crassulacean_acid_metabolism_139(fn_cam_plant_79(X))
& fn_cam_plant_81(X) = fn_crassulacean_acid_metabolism_73(fn_cam_plant_79(X))
& fn_cam_plant_42(X) = fn_crassulacean_acid_metabolism_129(fn_cam_plant_79(X))
& fn_cam_plant_43(X) = fn_molecule_8(fn_cam_plant_97(X))
& fn_cam_plant_43(X) = fn_crassulacean_acid_metabolism_40(fn_cam_plant_79(X))
& fn_cam_plant_62(X) = fn_crassulacean_acid_metabolism_63(fn_cam_plant_79(X))
& fn_cam_plant_68(X) = fn_crassulacean_acid_metabolism_67(fn_cam_plant_79(X))
& fn_cam_plant_67(X) = fn_crassulacean_acid_metabolism_66(fn_cam_plant_79(X))
& fn_cam_plant_41(X) = fn_crassulacean_acid_metabolism_77(fn_cam_plant_79(X))
& fn_cam_plant_18(X) = fn_crassulacean_acid_metabolism_53(fn_cam_plant_79(X))
& fn_cam_plant_52(X) = fn_crassulacean_acid_metabolism_58(fn_cam_plant_79(X))
& fn_cam_plant_46(X) = fn_crassulacean_acid_metabolism_57(fn_cam_plant_79(X))
& fn_cam_plant_45(X) = fn_hydrophobic_compound_3(fn_cam_plant_97(X))
& fn_cam_plant_45(X) = fn_crassulacean_acid_metabolism_41(fn_cam_plant_79(X))
& fn_cam_plant_104(X) = fn_crassulacean_acid_metabolism_163(fn_cam_plant_79(X))
& fn_cam_plant_19(X) = fn_crassulacean_acid_metabolism_52(fn_cam_plant_79(X))
& fn_cam_plant_51(X) = fn_crassulacean_acid_metabolism_59(fn_cam_plant_79(X))
& fn_cam_plant_50(X) = fn_crassulacean_acid_metabolism_60(fn_cam_plant_79(X))
& fn_cam_plant_83(X) = fn_crassulacean_acid_metabolism_145(fn_cam_plant_79(X))
& fn_cam_plant_40(X) = fn_hydrophobic_compound_2(fn_cam_plant_97(X))
& fn_cam_plant_40(X) = fn_crassulacean_acid_metabolism_39(fn_cam_plant_79(X))
& fn_cam_plant_82(X) = fn_crassulacean_acid_metabolism_148(fn_cam_plant_79(X))
& fn_cam_plant_36(X) = fn_crassulacean_acid_metabolism_105(fn_cam_plant_79(X))
& fn_cam_plant_37(X) = fn_crassulacean_acid_metabolism_36(fn_cam_plant_79(X))
& fn_cam_plant_17(X) = fn_molecule_1(fn_cam_plant_97(X))
& fn_cam_plant_17(X) = fn_crassulacean_acid_metabolism_35(fn_cam_plant_79(X))
& fn_cam_plant_53(X) = fn_molecule_3(fn_cam_plant_97(X))
& fn_cam_plant_53(X) = fn_crassulacean_acid_metabolism_47(fn_cam_plant_79(X))
& fn_cam_plant_54(X) = fn_photosynthesis_96(fn_cam_plant_79(X))
& fn_cam_plant_54(X) = fn_molecule_4(fn_cam_plant_97(X))
& fn_cam_plant_54(X) = fn_crassulacean_acid_metabolism_48(fn_cam_plant_79(X))
& fn_cam_plant_33(X) = fn_photosynthesis_99(fn_cam_plant_79(X))
& fn_cam_plant_33(X) = fn_molecule_12(fn_cam_plant_97(X))
& fn_cam_plant_33(X) = fn_crassulacean_acid_metabolism_38(fn_cam_plant_79(X))
& fn_cam_plant_103(X) = fn_crassulacean_acid_metabolism_151(fn_cam_plant_79(X))
& fn_cam_plant_108(X) = fn_crassulacean_acid_metabolism_150(fn_cam_plant_79(X))
& fn_cam_plant_85(X) = fn_plant_23(X)
& fn_cam_plant_85(X) = fn_photosynthesis_51(fn_cam_plant_79(X))
& fn_cam_plant_85(X) = fn_crassulacean_acid_metabolism_138(fn_cam_plant_79(X))
& fn_cam_plant_97(X) = fn_plant_38(X)
& fn_cam_plant_84(X) = fn_plant_32(X)
& fn_cam_plant_84(X) = fn_photosynthesis_50(fn_cam_plant_79(X))
& fn_cam_plant_84(X) = fn_crassulacean_acid_metabolism_146(fn_cam_plant_79(X))
& fn_cam_plant_44(X) = fn_crassulacean_acid_metabolism_68(fn_cam_plant_79(X))
& fn_cam_plant_34(X) = fn_crassulacean_acid_metabolism_62(fn_cam_plant_79(X))
& fn_cam_plant_35(X) = fn_photosynthesis_64(fn_cam_plant_79(X))
& fn_cam_plant_106(X) = fn_photosynthesis_35(fn_cam_plant_79(X))
& fn_cam_plant_105(X) = fn_photosynthesis_36(fn_cam_plant_79(X))
& fn_cam_plant_105(X) = fn_crassulacean_acid_metabolism_102(fn_cam_plant_79(X))
& fn_cam_plant_106(X) = fn_crassulacean_acid_metabolism_95(fn_cam_plant_79(X))
& fn_cam_plant_35(X) = fn_crassulacean_acid_metabolism_72(fn_cam_plant_79(X))
& fn_cam_plant_31(X) = fn_crassulacean_acid_metabolism_37(fn_cam_plant_79(X))
& fn_cam_plant_38(X) = fn_crassulacean_acid_metabolism_56(fn_cam_plant_79(X))
& fn_cam_plant_39(X) = fn_crassulacean_acid_metabolism_107(fn_cam_plant_79(X))
& fn_cam_plant_30(X) = fn_crassulacean_acid_metabolism_55(fn_cam_plant_79(X))
& fn_cam_plant_79(X) = fn_plant_18(X)
& X = fn_crassulacean_acid_metabolism_98(fn_cam_plant_79(X))
& fn_cam_plant_80(X) = fn_crassulacean_acid_metabolism_149(fn_cam_plant_79(X))
& fn_cam_plant_97(X) = fn_crassulacean_acid_metabolism_119(fn_cam_plant_79(X))
& fn_cam_plant_69(X) = fn_photosynthesis_25(fn_cam_plant_79(X))
& fn_cam_plant_66(X) = fn_photosynthesis_24(fn_cam_plant_79(X))
& fn_cam_plant_66(X) = fn_crassulacean_acid_metabolism_147(fn_cam_plant_79(X))
& fn_cam_plant_28(X) = fn_crassulacean_acid_metabolism_115(fn_cam_plant_79(X))
& fn_cam_plant_29(X) = fn_plant_metabolic_cell_7(fn_cam_plant_77(X))
& fn_cam_plant_117(X) = fn_plant_metabolic_cell_6(fn_cam_plant_77(X))
& fn_cam_plant_117(X) = fn_crassulacean_acid_metabolism_94(fn_cam_plant_79(X))
& fn_cam_plant_60(X) = fn_crassulacean_acid_metabolism_88(fn_cam_plant_79(X))
& fn_cam_plant_116(X) = fn_crassulacean_acid_metabolism_101(fn_cam_plant_79(X))
& fn_cam_plant_109(X) = fn_crassulacean_acid_metabolism_100(fn_cam_plant_79(X))
& fn_cam_plant_113(X) = fn_organ_1(fn_cam_plant_119(X))
& fn_cam_plant_119(X) = fn_crassulacean_acid_metabolism_93(fn_cam_plant_79(X))
& fn_cam_plant_23(X) = fn_crassulacean_acid_metabolism_135(fn_cam_plant_79(X))
& fn_cam_plant_113(X) = fn_leaf_12(fn_cam_plant_119(X))
& fn_cam_plant_113(X) = fn_crassulacean_acid_metabolism_84(fn_cam_plant_79(X))
& fn_cam_plant_77(X) = fn_leaf_44(fn_cam_plant_119(X))
& fn_cam_plant_114(X) = fn_leaf_17(fn_cam_plant_119(X))
& fn_cam_plant_114(X) = fn_crassulacean_acid_metabolism_134(fn_cam_plant_79(X))
& fn_cam_plant_115(X) = fn_crassulacean_acid_metabolism_104(fn_cam_plant_79(X))
& fn_cam_plant_118(X) = fn_crassulacean_acid_metabolism_99(fn_cam_plant_79(X))
& fn_cam_plant_29(X) = fn_crassulacean_acid_metabolism_161(fn_cam_plant_79(X))
& fn_cam_plant_26(X) = fn_crassulacean_acid_metabolism_16(fn_cam_plant_79(X))
& fn_cam_plant_27(X) = fn_crassulacean_acid_metabolism_17(fn_cam_plant_79(X))
& fn_cam_plant_22(X) = fn_crassulacean_acid_metabolism_90(fn_cam_plant_79(X))
& fn_cam_plant_120(X) = fn_plant_cell_6(fn_cam_plant_77(X))
& fn_cam_plant_77(X) = fn_crassulacean_acid_metabolism_120(fn_cam_plant_79(X))
& fn_cam_plant_49(X) = fn_crassulacean_acid_metabolism_97(fn_cam_plant_79(X))
& fn_cam_plant_102(X) = fn_crassulacean_acid_metabolism_96(fn_cam_plant_79(X))
& fn_cam_plant_120(X) = fn_crassulacean_acid_metabolism_106(fn_cam_plant_79(X))
& fn_cam_plant_69(X) = fn_crassulacean_acid_metabolism_143(fn_cam_plant_79(X))
& fn_cam_plant_79(X) = fn_parenchyma_cell_15(fn_cam_plant_77(X))
& fn_cam_plant_95(X) = fn_parenchyma_cell_11(fn_cam_plant_77(X))
& fn_cam_plant_95(X) = fn_crassulacean_acid_metabolism_114(fn_cam_plant_79(X))
& fn_cam_plant_101(X) = fn_photosynthesis_34(fn_cam_plant_79(X))
& fn_cam_plant_101(X) = fn_crassulacean_acid_metabolism_118(fn_cam_plant_79(X))
& fn_cam_plant_107(X) = fn_crassulacean_acid_metabolism_87(fn_cam_plant_79(X))
& fn_cam_plant_75(X) = fn_vascular_plant_21(X)
& fn_cam_plant_10(X) = fn_vascular_plant_1(X)
& fn_cam_plant_11(X) = fn_vascular_plant_7(X)
& fn_cam_plant_58(X) = fn_vascular_plant_23(X)
& fn_cam_plant_55(X) = fn_vascular_plant_25(X)
& fn_cam_plant_76(X) = fn_vascular_plant_18(X)
& fn_cam_plant_78(X) = fn_vascular_plant_19(X)
& fn_cam_plant_74(X) = fn_vascular_plant_22(X)
& fn_cam_plant_91(X) = fn_vascular_plant_13(X)
& fn_cam_plant_92(X) = fn_vascular_plant_14(X)
& fn_cam_plant_90(X) = fn_vascular_plant_12(X)
& fn_cam_plant_89(X) = fn_vascular_plant_9(X)
& fn_cam_plant_87(X) = fn_vascular_plant_16(X)
& fn_cam_plant_60(X) = fn_vascular_plant_24(X)
& fn_cam_plant_12(X) = fn_vascular_plant_8(X)
& fn_cam_plant_13(X) = fn_vascular_plant_2(X)
& fn_cam_plant_14(X) = fn_vascular_plant_11(X)
& fn_cam_plant_15(X) = fn_vascular_plant_26(X)
& fn_cam_plant_88(X) = fn_vascular_plant_15(X)
& fn_cam_plant_48(X) = fn_carbon_dioxide_1(fn_cam_plant_97(X))
& fn_cam_plant_47(X) = fn_carbon_dioxide_3(fn_cam_plant_97(X))
& fn_cam_plant_48(X) = fn_carbon_dioxide_4(fn_cam_plant_97(X))
& fn_cam_plant_97(X) = fn_photosynthesis_38(fn_cam_plant_79(X))
& fn_cam_plant_32(X) = fn_photosynthesis_58(fn_cam_plant_79(X))
& fn_cam_plant_32(X) = fn_carbon_dioxide_2(fn_cam_plant_97(X))
& fn_cam_plant_77(X) = fn_plant_20(X)
& fn_cam_plant_94(X) = fn_eukaryotic_cell_31(fn_cam_plant_77(X))
& fn_cam_plant_94(X) = fn_plant_cell_83(fn_cam_plant_77(X))
& fn_cam_plant_94(X) = fn_plant_metabolic_cell_17(fn_cam_plant_77(X))
& fn_cam_plant_28(X) = fn_parenchyma_cell_32(fn_cam_plant_77(X))
& fn_cam_plant_28(X) = fn_plant_metabolic_cell_39(fn_cam_plant_77(X))
& fn_cam_plant_28(X) = fn_parenchyma_cell_14(fn_cam_plant_77(X))
& fn_cam_plant_122(X) = fn_plant_cell_71(fn_cam_plant_77(X))
& fn_cam_plant_122(X) = fn_parenchyma_cell_23(fn_cam_plant_77(X))
& fn_cam_plant_21(X) = fn_parenchyma_cell_42(fn_cam_plant_77(X))
& fn_cam_plant_56(X) = fn_plant_35(X)
& fn_cam_plant_98(X) = fn_plant_34(X)
& fn_cam_plant_56(X) = fn_parenchyma_cell_43(fn_cam_plant_77(X))
& fn_cam_plant_77(X) = fn_metabolic_pathway_1(fn_cam_plant_98(X))
& fn_cam_plant_98(X) = fn_plant_metabolic_cell_25(fn_cam_plant_77(X))
& fn_cam_plant_98(X) = fn_plant_cell_63(fn_cam_plant_77(X))
& fn_cam_plant_98(X) = fn_parenchyma_cell_29(fn_cam_plant_77(X))
& fn_cam_plant_20(X) = fn_parenchyma_cell_41(fn_cam_plant_77(X))
& fn_cam_plant_25(X) = fn_parenchyma_cell_28(fn_cam_plant_77(X))
& fn_cam_plant_24(X) = fn_parenchyma_cell_26(fn_cam_plant_77(X))
& fn_cam_plant_123(X) = fn_plant_cell_84(fn_cam_plant_77(X))
& fn_cam_plant_123(X) = fn_parenchyma_cell_13(fn_cam_plant_77(X))
& fn_cam_plant_121(X) = fn_parenchyma_cell_37(fn_cam_plant_77(X))
& fn_cam_plant_93(X) = fn_parenchyma_cell_44(fn_cam_plant_77(X))
& fn_cam_plant_94(X) = fn_parenchyma_cell_40(fn_cam_plant_77(X))
& fn_cam_plant_124(X) = fn_parenchyma_cell_39(fn_cam_plant_77(X))
& fn_photosynthesis_37(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_65(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_65(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_65(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_65(fn_cam_plant_79(X)) = fn_photosynthesis_37(fn_cam_plant_79(X))
& fn_plant_36(X) = fn_plant_36(X)
& fn_plant_36(X) = fn_photosynthesis_37(fn_cam_plant_79(X))
& fn_photosynthesis_37(fn_cam_plant_79(X)) = fn_plant_36(X)
& fn_plant_36(X) = fn_cellular_respiration_59(fn_cam_plant_98(X))
& fn_cellular_respiration_59(fn_cam_plant_98(X)) = fn_cellular_respiration_58(fn_cam_plant_98(X))
& fn_cellular_respiration_58(fn_cam_plant_98(X)) = fn_cellular_respiration_59(fn_cam_plant_98(X))
& fn_cellular_respiration_59(fn_cam_plant_98(X)) = fn_plant_7(X)
& fn_plant_7(X) = fn_eukaryotic_cellular_respiration_82(fn_cam_plant_98(X))
& fn_eukaryotic_cellular_respiration_82(fn_cam_plant_98(X)) = fn_eukaryotic_cellular_respiration_82(fn_cam_plant_98(X))
& fn_eukaryotic_cellular_respiration_82(fn_cam_plant_98(X)) = fn_eukaryotic_cellular_respiration_23(fn_cam_plant_98(X))
& fn_eukaryotic_cellular_respiration_23(fn_cam_plant_98(X)) = fn_cellular_respiration_65(fn_cam_plant_98(X))
& fn_cellular_respiration_65(fn_cam_plant_98(X)) = fn_eukaryotic_cellular_respiration_23(fn_cam_plant_98(X))
& fn_eukaryotic_cellular_respiration_23(fn_cam_plant_98(X)) = fn_eukaryotic_cellular_respiration_23(fn_cam_plant_98(X))
& fn_eukaryotic_cellular_respiration_64(fn_cam_plant_98(X)) = fn_eukaryotic_cellular_respiration_64(fn_cam_plant_98(X))
& fn_eukaryotic_cellular_respiration_64(fn_cam_plant_98(X)) = fn_eukaryotic_cellular_respiration_23(fn_cam_plant_98(X))
& fn_eukaryotic_cellular_respiration_23(fn_cam_plant_98(X)) = fn_eukaryotic_cellular_respiration_64(fn_cam_plant_98(X))
& fn_eukaryotic_cellular_respiration_64(fn_cam_plant_98(X)) = fn_plant_cell_116(fn_cam_plant_77(X))
& fn_plant_cell_116(fn_cam_plant_77(X)) = fn_cellular_respiration_56(fn_cam_plant_98(X))
& fn_cellular_respiration_56(fn_cam_plant_98(X)) = fn_cellular_respiration_56(fn_cam_plant_98(X))
& fn_cellular_respiration_56(fn_cam_plant_98(X)) = fn_plant_cell_116(fn_cam_plant_77(X))
& fn_plant_cell_116(fn_cam_plant_77(X)) = fn_eukaryotic_cellular_respiration_42(fn_cam_plant_98(X))
& fn_eukaryotic_cellular_respiration_42(fn_cam_plant_98(X)) = fn_cellular_respiration_56(fn_cam_plant_98(X))
& fn_cellular_respiration_56(fn_cam_plant_98(X)) = fn_eukaryotic_cellular_respiration_42(fn_cam_plant_98(X))
& fn_eukaryotic_cellular_respiration_42(fn_cam_plant_98(X)) = fn_eukaryotic_cellular_respiration_42(fn_cam_plant_98(X))
& fn_eukaryotic_cellular_respiration_111(fn_cam_plant_98(X)) = fn_eukaryotic_cellular_respiration_111(fn_cam_plant_98(X))
& fn_eukaryotic_cellular_respiration_111(fn_cam_plant_98(X)) = fn_eukaryotic_cellular_respiration_42(fn_cam_plant_98(X))
& fn_eukaryotic_cellular_respiration_42(fn_cam_plant_98(X)) = fn_eukaryotic_cellular_respiration_111(fn_cam_plant_98(X))
& fn_eukaryotic_cellular_respiration_111(fn_cam_plant_98(X)) = fn_eukaryotic_cellular_respiration_95(fn_cam_plant_98(X))
& fn_eukaryotic_cellular_respiration_95(fn_cam_plant_98(X)) = fn_plant_cell_115(fn_cam_plant_77(X))
& fn_plant_cell_115(fn_cam_plant_77(X)) = fn_eukaryotic_cellular_respiration_95(fn_cam_plant_98(X))
& fn_eukaryotic_cellular_respiration_95(fn_cam_plant_98(X)) = fn_eukaryotic_cellular_respiration_95(fn_cam_plant_98(X))
& fn_eukaryotic_cellular_respiration_95(fn_cam_plant_98(X)) = fn_plant_10(X)
& fn_cellular_respiration_43(fn_cam_plant_98(X)) = fn_plant_10(X)
& fn_plant_10(X) = fn_cellular_respiration_43(fn_cam_plant_98(X))
& fn_cellular_respiration_43(fn_cam_plant_98(X)) = fn_cellular_respiration_43(fn_cam_plant_98(X))
& fn_eukaryotic_cellular_respiration_68(fn_cam_plant_98(X)) = fn_eukaryotic_cellular_respiration_68(fn_cam_plant_98(X))
& fn_eukaryotic_cellular_respiration_68(fn_cam_plant_98(X)) = fn_cellular_respiration_43(fn_cam_plant_98(X))
& fn_cellular_respiration_43(fn_cam_plant_98(X)) = fn_eukaryotic_cellular_respiration_68(fn_cam_plant_98(X))
& fn_eukaryotic_cellular_respiration_68(fn_cam_plant_98(X)) = fn_leaf_5(fn_cam_plant_119(X))
& fn_crassulacean_acid_metabolism_125(fn_cam_plant_79(X)) = fn_leaf_5(fn_cam_plant_119(X))
& fn_leaf_5(fn_cam_plant_119(X)) = fn_crassulacean_acid_metabolism_125(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_125(fn_cam_plant_79(X)) = fn_photosynthesis_52(fn_cam_plant_79(X))
& fn_plant_24(X) = fn_photosynthesis_52(fn_cam_plant_79(X))
& fn_photosynthesis_52(fn_cam_plant_79(X)) = fn_plant_24(X)
& fn_plant_24(X) = fn_crassulacean_acid_metabolism_139(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_139(fn_cam_plant_79(X)) = fn_photosynthesis_52(fn_cam_plant_79(X))
& fn_photosynthesis_52(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_139(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_139(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_139(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_139(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_73(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_73(fn_cam_plant_79(X)) = fn_plant_28(X)
& fn_plant_28(X) = fn_plant_28(X)
& fn_plant_28(X) = fn_crassulacean_acid_metabolism_73(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_73(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_73(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_73(fn_cam_plant_79(X)) = fn_molecule_8(fn_cam_plant_97(X))
& fn_crassulacean_acid_metabolism_40(fn_cam_plant_79(X)) = fn_molecule_8(fn_cam_plant_97(X))
& fn_molecule_8(fn_cam_plant_97(X)) = fn_crassulacean_acid_metabolism_40(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_40(fn_cam_plant_79(X)) = fn_plant_29(X)
& fn_plant_29(X) = fn_crassulacean_acid_metabolism_67(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_67(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_67(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_67(fn_cam_plant_79(X)) = fn_hydrophobic_compound_3(fn_cam_plant_97(X))
& fn_crassulacean_acid_metabolism_41(fn_cam_plant_79(X)) = fn_hydrophobic_compound_3(fn_cam_plant_97(X))
& fn_hydrophobic_compound_3(fn_cam_plant_97(X)) = fn_crassulacean_acid_metabolism_41(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_41(fn_cam_plant_79(X)) = fn_hydrophobic_compound_2(fn_cam_plant_97(X))
& fn_crassulacean_acid_metabolism_39(fn_cam_plant_79(X)) = fn_hydrophobic_compound_2(fn_cam_plant_97(X))
& fn_hydrophobic_compound_2(fn_cam_plant_97(X)) = fn_crassulacean_acid_metabolism_39(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_39(fn_cam_plant_79(X)) = fn_molecule_1(fn_cam_plant_97(X))
& fn_molecule_1(fn_cam_plant_97(X)) = fn_crassulacean_acid_metabolism_35(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_35(fn_cam_plant_79(X)) = fn_molecule_3(fn_cam_plant_97(X))
& fn_crassulacean_acid_metabolism_47(fn_cam_plant_79(X)) = fn_molecule_3(fn_cam_plant_97(X))
& fn_molecule_3(fn_cam_plant_97(X)) = fn_crassulacean_acid_metabolism_47(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_47(fn_cam_plant_79(X)) = fn_molecule_4(fn_cam_plant_97(X))
& fn_molecule_4(fn_cam_plant_97(X)) = fn_photosynthesis_96(fn_cam_plant_79(X))
& fn_photosynthesis_96(fn_cam_plant_79(X)) = fn_molecule_4(fn_cam_plant_97(X))
& fn_crassulacean_acid_metabolism_48(fn_cam_plant_79(X)) = fn_molecule_4(fn_cam_plant_97(X))
& fn_molecule_4(fn_cam_plant_97(X)) = fn_crassulacean_acid_metabolism_48(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_48(fn_cam_plant_79(X)) = fn_photosynthesis_99(fn_cam_plant_79(X))
& fn_molecule_12(fn_cam_plant_97(X)) = fn_photosynthesis_99(fn_cam_plant_79(X))
& fn_photosynthesis_99(fn_cam_plant_79(X)) = fn_molecule_12(fn_cam_plant_97(X))
& fn_molecule_12(fn_cam_plant_97(X)) = fn_molecule_12(fn_cam_plant_97(X))
& fn_crassulacean_acid_metabolism_38(fn_cam_plant_79(X)) = fn_molecule_12(fn_cam_plant_97(X))
& fn_molecule_12(fn_cam_plant_97(X)) = fn_crassulacean_acid_metabolism_38(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_38(fn_cam_plant_79(X)) = fn_plant_23(X)
& fn_photosynthesis_51(fn_cam_plant_79(X)) = fn_plant_23(X)
& fn_plant_23(X) = fn_plant_23(X)
& fn_plant_23(X) = fn_photosynthesis_51(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_138(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_138(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_138(fn_cam_plant_79(X)) = fn_photosynthesis_51(fn_cam_plant_79(X))
& fn_photosynthesis_51(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_138(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_138(fn_cam_plant_79(X)) = fn_plant_32(X)
& fn_photosynthesis_50(fn_cam_plant_79(X)) = fn_plant_32(X)
& fn_plant_32(X) = fn_photosynthesis_50(fn_cam_plant_79(X))
& fn_photosynthesis_50(fn_cam_plant_79(X)) = fn_photosynthesis_50(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_146(fn_cam_plant_79(X)) = fn_photosynthesis_50(fn_cam_plant_79(X))
& fn_photosynthesis_50(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_146(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_146(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_102(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_102(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_102(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_102(fn_cam_plant_79(X)) = fn_photosynthesis_36(fn_cam_plant_79(X))
& fn_photosynthesis_36(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_102(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_102(fn_cam_plant_79(X)) = fn_photosynthesis_35(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_95(fn_cam_plant_79(X)) = fn_photosynthesis_35(fn_cam_plant_79(X))
& fn_photosynthesis_35(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_95(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_95(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_95(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_95(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_72(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_72(fn_cam_plant_79(X)) = fn_photosynthesis_64(fn_cam_plant_79(X))
& fn_photosynthesis_64(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_72(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_72(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_72(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_72(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_147(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_147(fn_cam_plant_79(X)) = fn_photosynthesis_24(fn_cam_plant_79(X))
& fn_photosynthesis_24(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_147(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_147(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_94(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_94(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_94(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_94(fn_cam_plant_79(X)) = fn_plant_metabolic_cell_6(fn_cam_plant_77(X))
& fn_plant_metabolic_cell_6(fn_cam_plant_77(X)) = fn_crassulacean_acid_metabolism_94(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_94(fn_cam_plant_79(X)) = fn_leaf_12(fn_cam_plant_119(X))
& fn_leaf_12(fn_cam_plant_119(X)) = fn_organ_1(fn_cam_plant_119(X))
& fn_organ_1(fn_cam_plant_119(X)) = fn_leaf_12(fn_cam_plant_119(X))
& fn_leaf_12(fn_cam_plant_119(X)) = fn_leaf_12(fn_cam_plant_119(X))
& fn_crassulacean_acid_metabolism_84(fn_cam_plant_79(X)) = fn_leaf_12(fn_cam_plant_119(X))
& fn_leaf_12(fn_cam_plant_119(X)) = fn_crassulacean_acid_metabolism_84(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_84(fn_cam_plant_79(X)) = fn_leaf_17(fn_cam_plant_119(X))
& fn_crassulacean_acid_metabolism_134(fn_cam_plant_79(X)) = fn_leaf_17(fn_cam_plant_119(X))
& fn_leaf_17(fn_cam_plant_119(X)) = fn_crassulacean_acid_metabolism_134(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_134(fn_cam_plant_79(X)) = fn_plant_metabolic_cell_7(fn_cam_plant_77(X))
& fn_plant_metabolic_cell_7(fn_cam_plant_77(X)) = fn_crassulacean_acid_metabolism_161(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_161(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_161(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_161(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_106(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_106(fn_cam_plant_79(X)) = fn_plant_cell_6(fn_cam_plant_77(X))
& fn_plant_cell_6(fn_cam_plant_77(X)) = fn_crassulacean_acid_metabolism_106(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_106(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_106(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_106(fn_cam_plant_79(X)) = fn_photosynthesis_25(fn_cam_plant_79(X))
& fn_plant_30(X) = fn_photosynthesis_25(fn_cam_plant_79(X))
& fn_photosynthesis_25(fn_cam_plant_79(X)) = fn_plant_30(X)
& fn_plant_30(X) = fn_crassulacean_acid_metabolism_143(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_143(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_143(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_143(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_114(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_114(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_114(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_114(fn_cam_plant_79(X)) = fn_parenchyma_cell_11(fn_cam_plant_77(X))
& fn_parenchyma_cell_11(fn_cam_plant_77(X)) = fn_crassulacean_acid_metabolism_114(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_114(fn_cam_plant_79(X)) = fn_photosynthesis_34(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_118(fn_cam_plant_79(X)) = fn_photosynthesis_34(fn_cam_plant_79(X))
& fn_photosynthesis_34(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_118(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_118(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_118(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_118(fn_cam_plant_79(X)) = fn_plant_18(X)
& fn_plant_18(X) = fn_plant_18(X)
& fn_plant_18(X) = fn_parenchyma_cell_15(fn_cam_plant_77(X))
& fn_parenchyma_cell_15(fn_cam_plant_77(X)) = fn_parenchyma_cell_15(fn_cam_plant_77(X))
& fn_parenchyma_cell_15(fn_cam_plant_77(X)) = fn_plant_19(X)
& fn_plant_19(X) = fn_vascular_plant_18(X)
& fn_vascular_plant_18(X) = fn_vascular_plant_18(X)
& fn_vascular_plant_18(X) = fn_crassulacean_acid_metabolism_88(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_88(fn_cam_plant_79(X)) = fn_vascular_plant_24(X)
& fn_vascular_plant_24(X) = fn_vascular_plant_24(X)
& fn_vascular_plant_24(X) = fn_crassulacean_acid_metabolism_70(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_70(fn_cam_plant_79(X)) = fn_carbon_dioxide_3(fn_cam_plant_97(X))
& fn_carbon_dioxide_3(fn_cam_plant_97(X)) = fn_carbon_dioxide_3(fn_cam_plant_97(X))
& fn_carbon_dioxide_3(fn_cam_plant_97(X)) = fn_carbon_dioxide_1(fn_cam_plant_97(X))
& fn_carbon_dioxide_1(fn_cam_plant_97(X)) = fn_carbon_dioxide_4(fn_cam_plant_97(X))
& fn_carbon_dioxide_4(fn_cam_plant_97(X)) = fn_carbon_dioxide_4(fn_cam_plant_97(X))
& fn_carbon_dioxide_4(fn_cam_plant_97(X)) = fn_carbon_dioxide_2(fn_cam_plant_97(X))
& fn_carbon_dioxide_2(fn_cam_plant_97(X)) = fn_carbon_dioxide_2(fn_cam_plant_97(X))
& fn_carbon_dioxide_2(fn_cam_plant_97(X)) = fn_photosynthesis_58(fn_cam_plant_79(X))
& fn_photosynthesis_58(fn_cam_plant_79(X)) = fn_carbon_dioxide_2(fn_cam_plant_97(X))
& fn_carbon_dioxide_2(fn_cam_plant_97(X)) = fn_cellular_respiration_61(fn_cam_plant_98(X))
& fn_cellular_respiration_61(fn_cam_plant_98(X)) = fn_plant_38(X)
& fn_plant_38(X) = fn_plant_38(X)
& fn_plant_38(X) = fn_cellular_respiration_61(fn_cam_plant_98(X))
& fn_cellular_respiration_61(fn_cam_plant_98(X)) = fn_cellular_respiration_61(fn_cam_plant_98(X))
& fn_cellular_respiration_61(fn_cam_plant_98(X)) = fn_photosynthesis_38(fn_cam_plant_79(X))
& fn_eukaryotic_cellular_respiration_62(fn_cam_plant_98(X)) = fn_photosynthesis_38(fn_cam_plant_79(X))
& fn_photosynthesis_38(fn_cam_plant_79(X)) = fn_photosynthesis_38(fn_cam_plant_79(X))
& fn_photosynthesis_38(fn_cam_plant_79(X)) = fn_eukaryotic_cellular_respiration_62(fn_cam_plant_98(X))
& fn_eukaryotic_cellular_respiration_62(fn_cam_plant_98(X)) = fn_eukaryotic_cellular_respiration_62(fn_cam_plant_98(X))
& fn_eukaryotic_cellular_respiration_62(fn_cam_plant_98(X)) = fn_crassulacean_acid_metabolism_119(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_119(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_119(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_119(fn_cam_plant_79(X)) = fn_plant_metabolic_cell_39(fn_cam_plant_77(X))
& fn_plant_metabolic_cell_39(fn_cam_plant_77(X)) = fn_parenchyma_cell_32(fn_cam_plant_77(X))
& fn_parenchyma_cell_32(fn_cam_plant_77(X)) = fn_plant_metabolic_cell_39(fn_cam_plant_77(X))
& fn_plant_metabolic_cell_39(fn_cam_plant_77(X)) = fn_plant_metabolic_cell_39(fn_cam_plant_77(X))
& fn_crassulacean_acid_metabolism_115(fn_cam_plant_79(X)) = fn_plant_metabolic_cell_39(fn_cam_plant_77(X))
& fn_plant_metabolic_cell_39(fn_cam_plant_77(X)) = fn_crassulacean_acid_metabolism_115(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_115(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_115(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_115(fn_cam_plant_79(X)) = fn_parenchyma_cell_14(fn_cam_plant_77(X))
& fn_parenchyma_cell_14(fn_cam_plant_77(X)) = fn_plant_cell_71(fn_cam_plant_77(X))
& fn_parenchyma_cell_23(fn_cam_plant_77(X)) = fn_plant_cell_71(fn_cam_plant_77(X))
& fn_plant_cell_71(fn_cam_plant_77(X)) = fn_parenchyma_cell_23(fn_cam_plant_77(X))
& fn_parenchyma_cell_23(fn_cam_plant_77(X)) = fn_plant_35(X)
& fn_parenchyma_cell_43(fn_cam_plant_77(X)) = fn_plant_35(X)
& fn_plant_35(X) = fn_parenchyma_cell_43(fn_cam_plant_77(X))
& fn_parenchyma_cell_43(fn_cam_plant_77(X)) = fn_plant_34(X)
& fn_plant_34(X) = fn_plant_metabolic_cell_25(fn_cam_plant_77(X))
& fn_plant_metabolic_cell_25(fn_cam_plant_77(X)) = fn_plant_34(X)
& fn_plant_cell_63(fn_cam_plant_77(X)) = fn_plant_34(X)
& fn_plant_34(X) = fn_plant_34(X)
& fn_plant_34(X) = fn_plant_cell_63(fn_cam_plant_77(X))
& fn_plant_cell_63(fn_cam_plant_77(X)) = fn_plant_cell_63(fn_cam_plant_77(X))
& fn_parenchyma_cell_29(fn_cam_plant_77(X)) = fn_parenchyma_cell_29(fn_cam_plant_77(X))
& fn_parenchyma_cell_29(fn_cam_plant_77(X)) = fn_plant_cell_63(fn_cam_plant_77(X))
& fn_plant_cell_63(fn_cam_plant_77(X)) = fn_parenchyma_cell_29(fn_cam_plant_77(X))
& fn_parenchyma_cell_29(fn_cam_plant_77(X)) = fn_parenchyma_cell_13(fn_cam_plant_77(X))
& fn_parenchyma_cell_13(fn_cam_plant_77(X)) = fn_plant_cell_84(fn_cam_plant_77(X))
& fn_plant_cell_84(fn_cam_plant_77(X)) = fn_parenchyma_cell_13(fn_cam_plant_77(X))
& fn_parenchyma_cell_13(fn_cam_plant_77(X)) = fn_eukaryotic_cell_31(fn_cam_plant_77(X))
& fn_eukaryotic_cell_31(fn_cam_plant_77(X)) = fn_plant_cell_83(fn_cam_plant_77(X))
& fn_plant_cell_83(fn_cam_plant_77(X)) = fn_plant_cell_83(fn_cam_plant_77(X))
& fn_plant_cell_83(fn_cam_plant_77(X)) = fn_plant_metabolic_cell_17(fn_cam_plant_77(X))
& fn_plant_metabolic_cell_17(fn_cam_plant_77(X)) = fn_plant_metabolic_cell_17(fn_cam_plant_77(X))
& fn_plant_metabolic_cell_17(fn_cam_plant_77(X)) = fn_parenchyma_cell_40(fn_cam_plant_77(X))
& fn_parenchyma_cell_40(fn_cam_plant_77(X)) = fn_parenchyma_cell_40(fn_cam_plant_77(X))
& fn_parenchyma_cell_40(fn_cam_plant_77(X)) = fn_leaf_44(fn_cam_plant_119(X))
& fn_leaf_44(fn_cam_plant_119(X)) = fn_metabolic_pathway_1(fn_cam_plant_98(X))
& fn_metabolic_pathway_1(fn_cam_plant_98(X)) = fn_plant_20(X)
& fn_plant_20(X) = fn_leaf_44(fn_cam_plant_119(X))
& fn_leaf_44(fn_cam_plant_119(X)) = fn_plant_20(X)
& fn_plant_20(X) = fn_plant_20(X)
& fn_plant_20(X) = fn_crassulacean_acid_metabolism_120(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_120(fn_cam_plant_79(X)) = fn_crassulacean_acid_metabolism_120(fn_cam_plant_79(X))
& fn_crassulacean_acid_metabolism_120(fn_cam_plant_79(X)) = fn_plant_20(X) ) ) ).
fof(a528041,axiom,
! [X] :
( cambium_1(X)
=> ( original_name_2(X,'Cambium')
& user_description_2(X,'Plant tissue layer which provides undifferentiated cells for growth.')
& concept2words_2(X,cambium)
& meristem_1(X) ) ) ).
fof(a528042,axiom,
! [X] :
( camp_receptor_protein_1(X)
=> ( original_name_2(X,'CAMP-Receptor-Protein')
& user_description_2(X,'cAMP receptor protein is is a regulatory protein that binds cAMP, which causes a conformational change that allows the protein to bind tightly to a specific DNA sequence in the promoters of the genes it controls.')
& concept2words_2(X,crp)
& concept2words_2(X,'camp receptor protein')
& concept2words_2(X,'camp-receptor-protein')
& receptor_protein_1(X)
& regulatory_protein_1(X)
& ~ cyclin_1(X)
& ~ cytokine_1(X)
& ~ interferon_1(X)
& ~ mpf_1(X)
& ~ transcription_factor_1(X)
& ~ tropomyosin_1(X)
& ~ ubiquitin_1(X)
& transcription_elongation_1(fn_camp_receptor_protein_1(X))
& conformational_change_1(fn_camp_receptor_protein_2(X))
& attach_1(fn_camp_receptor_protein_3(X))
& gene_1(fn_camp_receptor_protein_4(X))
& spatial_entity_1(fn_camp_receptor_protein_5(X))
& lac_operon_1(fn_camp_receptor_protein_5(X))
& spatial_entity_1(fn_camp_receptor_protein_6(X))
& chemical_entity_1(fn_camp_receptor_protein_6(X))
& monomer_1(fn_camp_receptor_protein_6(X))
& molecule_1(fn_camp_receptor_protein_6(X))
& amino_acid_1(fn_camp_receptor_protein_6(X))
& size_value_1(fn_camp_receptor_protein_7(X))
& size_value_1(fn_camp_receptor_protein_8(X))
& monomer_1(fn_camp_receptor_protein_9(X))
& polypeptide_1(fn_camp_receptor_protein_10(X))
& surface_1(fn_camp_receptor_protein_11(X))
& hydrophilic_region_1(fn_camp_receptor_protein_12(X))
& protein_domain_1(fn_camp_receptor_protein_13(X))
& spatial_entity_1(fn_attach_2(fn_camp_receptor_protein_3(X)))
& gene_1(fn_lac_operon_10(fn_camp_receptor_protein_5(X)))
& spatial_entity_1(fn_attach_1(fn_camp_receptor_protein_3(X)))
& enables_2(fn_camp_receptor_protein_2(X),fn_camp_receptor_protein_3(X))
& instrument_2(fn_camp_receptor_protein_1(X),fn_camp_receptor_protein_4(X))
& base_2(fn_camp_receptor_protein_3(X),fn_camp_receptor_protein_5(X))
& element_2(fn_camp_receptor_protein_5(X),fn_camp_receptor_protein_4(X))
& object_2(fn_camp_receptor_protein_3(X),X)
& has_part_2(X,fn_camp_receptor_protein_9(X))
& size_2(fn_camp_receptor_protein_9(X),fn_camp_receptor_protein_7(X))
& greater_than_2(fn_camp_receptor_protein_8(X),fn_camp_receptor_protein_7(X))
& is_at_2(fn_camp_receptor_protein_6(X),fn_camp_receptor_protein_13(X))
& has_region_2(X,fn_camp_receptor_protein_13(X))
& size_2(X,fn_camp_receptor_protein_8(X))
& the_scalar_value_2(fn_camp_receptor_protein_8(X),big_0)
& scalar_unit_class_2(fn_camp_receptor_protein_8(X),polypeptide_0)
& has_region_2(X,fn_camp_receptor_protein_12(X))
& is_at_2(fn_camp_receptor_protein_12(X),fn_camp_receptor_protein_11(X))
& has_region_2(X,fn_camp_receptor_protein_11(X))
& has_part_2(X,fn_camp_receptor_protein_10(X))
& has_part_2(fn_camp_receptor_protein_10(X),fn_camp_receptor_protein_6(X))
& fn_camp_receptor_protein_5(X) = fn_attach_2(fn_camp_receptor_protein_3(X))
& fn_camp_receptor_protein_4(X) = fn_lac_operon_10(fn_camp_receptor_protein_5(X))
& X = fn_attach_1(fn_camp_receptor_protein_3(X))
& fn_camp_receptor_protein_8(X) = fn_receptor_protein_3(X)
& fn_camp_receptor_protein_7(X) = fn_receptor_protein_4(X)
& fn_camp_receptor_protein_9(X) = fn_polymer_4(X)
& fn_camp_receptor_protein_9(X) = fn_receptor_protein_5(X)
& fn_camp_receptor_protein_8(X) = fn_protein_9(X)
& fn_camp_receptor_protein_13(X) = fn_protein_7(X)
& fn_camp_receptor_protein_6(X) = fn_protein_14(X)
& fn_camp_receptor_protein_10(X) = fn_protein_8(X)
& fn_camp_receptor_protein_11(X) = fn_protein_5(X)
& fn_camp_receptor_protein_12(X) = fn_protein_1(X)
& fn_receptor_protein_5(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_receptor_protein_5(X)
& fn_receptor_protein_5(X) = fn_receptor_protein_3(X)
& fn_receptor_protein_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X) ) ) ).
fof(a528043,axiom,
! [X] :
( camp_receptor_protein_with_cyclic_amp_1(X)
=> ( original_name_2(X,'CAMP-Receptor-Protein-With-Cyclic-AMP')
& user_description_2(X,'The event during whiich cAMP is bound. When cAMP binds to the alloseric site on cAMP receptor protein, the protein assumes its active shape and can bind to a specific site at the upstream end of the lac promoter.')
& concept2words_2(X,'camp receptor protein with cyclic amp')
& concept2words_2(X,'camp-receptor-protein-with-cyclic-amp')
& positive_gene_regulation_1(X)
& transcription_1(fn_camp_receptor_protein_with_cyclic_amp_1(X))
& glucose_1(fn_camp_receptor_protein_with_cyclic_amp_2(X))
& cell_1(fn_camp_receptor_protein_with_cyclic_amp_3(X))
& quantity_value_1(fn_camp_receptor_protein_with_cyclic_amp_4(X))
& quantity_value_1(fn_camp_receptor_protein_with_cyclic_amp_6(X))
& quantity_value_1(fn_camp_receptor_protein_with_cyclic_amp_8(X))
& lactose_1(fn_camp_receptor_protein_with_cyclic_amp_9(X))
& gene_1(fn_camp_receptor_protein_with_cyclic_amp_11(X))
& chemical_entity_1(fn_camp_receptor_protein_with_cyclic_amp_12(X))
& protein_1(fn_camp_receptor_protein_with_cyclic_amp_12(X))
& transcription_factor_1(fn_camp_receptor_protein_with_cyclic_amp_12(X))
& gene_expression_1(fn_camp_receptor_protein_with_cyclic_amp_13(X))
& conformational_change_1(fn_camp_receptor_protein_with_cyclic_amp_14(X))
& spatial_entity_1(fn_camp_receptor_protein_with_cyclic_amp_15(X))
& camp_receptor_protein_1(fn_camp_receptor_protein_with_cyclic_amp_15(X))
& cyclic_amp_1(fn_camp_receptor_protein_with_cyclic_amp_16(X))
& attach_1(fn_camp_receptor_protein_with_cyclic_amp_17(X))
& promoter_1(fn_camp_receptor_protein_with_cyclic_amp_18(X))
& spatial_entity_1(fn_camp_receptor_protein_with_cyclic_amp_18(X))
& lac_operon_1(fn_camp_receptor_protein_with_cyclic_amp_19(X))
& fold_1(fn_camp_receptor_protein_with_cyclic_amp_20(X))
& dna_1(fn_camp_receptor_protein_with_cyclic_amp_21(X))
& attach_1(fn_camp_receptor_protein_with_cyclic_amp_22(X))
& enhancer_1(fn_camp_receptor_protein_with_cyclic_amp_23(X))
& attach_1(fn_camp_receptor_protein_with_cyclic_amp_24(X))
& entity_1(fn_fold_1(fn_camp_receptor_protein_with_cyclic_amp_20(X)))
& spatial_entity_1(fn_attach_1(fn_camp_receptor_protein_with_cyclic_amp_22(X)))
& attach_1(fn_camp_receptor_protein_3(fn_camp_receptor_protein_with_cyclic_amp_15(X)))
& attach_1(fn_cyclic_amp_92(fn_camp_receptor_protein_with_cyclic_amp_16(X)))
& spatial_entity_1(fn_attach_2(fn_camp_receptor_protein_with_cyclic_amp_22(X)))
& promoter_1(fn_operon_5(fn_camp_receptor_protein_with_cyclic_amp_19(X)))
& spatial_entity_1(fn_attach_2(fn_camp_receptor_protein_with_cyclic_amp_24(X)))
& conformational_change_1(fn_cyclic_amp_94(fn_camp_receptor_protein_with_cyclic_amp_16(X)))
& conformational_change_1(fn_camp_receptor_protein_2(fn_camp_receptor_protein_with_cyclic_amp_15(X)))
& spatial_entity_1(fn_attach_1(fn_camp_receptor_protein_with_cyclic_amp_24(X)))
& spatial_entity_1(fn_cyclic_amp_93(fn_camp_receptor_protein_with_cyclic_amp_16(X)))
& camp_receptor_protein_1(fn_cyclic_amp_93(fn_camp_receptor_protein_with_cyclic_amp_16(X)))
& spatial_entity_1(fn_conformational_change_4(fn_camp_receptor_protein_with_cyclic_amp_14(X)))
& quantity_2(fn_camp_receptor_protein_with_cyclic_amp_9(X),fn_camp_receptor_protein_with_cyclic_amp_8(X))
& the_scalar_value_2(fn_camp_receptor_protein_with_cyclic_amp_8(X),many_0)
& scalar_unit_class_2(fn_camp_receptor_protein_with_cyclic_amp_8(X),lactose_0)
& the_scalar_value_2(fn_camp_receptor_protein_with_cyclic_amp_6(X),many_0)
& scalar_unit_class_2(fn_camp_receptor_protein_with_cyclic_amp_6(X),cyclic_amp_0)
& the_scalar_value_2(fn_camp_receptor_protein_with_cyclic_amp_4(X),few_0)
& scalar_unit_class_2(fn_camp_receptor_protein_with_cyclic_amp_4(X),glucose_0)
& has_part_2(fn_camp_receptor_protein_with_cyclic_amp_3(X),fn_camp_receptor_protein_with_cyclic_amp_16(X))
& has_part_2(fn_camp_receptor_protein_with_cyclic_amp_3(X),fn_camp_receptor_protein_with_cyclic_amp_2(X))
& has_part_2(fn_camp_receptor_protein_with_cyclic_amp_3(X),fn_camp_receptor_protein_with_cyclic_amp_9(X))
& quantity_2(fn_camp_receptor_protein_with_cyclic_amp_2(X),fn_camp_receptor_protein_with_cyclic_amp_4(X))
& enables_2(fn_camp_receptor_protein_with_cyclic_amp_22(X),fn_camp_receptor_protein_with_cyclic_amp_1(X))
& enables_2(fn_camp_receptor_protein_with_cyclic_amp_20(X),fn_camp_receptor_protein_with_cyclic_amp_22(X))
& has_part_2(fn_camp_receptor_protein_with_cyclic_amp_18(X),fn_camp_receptor_protein_with_cyclic_amp_21(X))
& site_2(fn_camp_receptor_protein_with_cyclic_amp_17(X),fn_camp_receptor_protein_with_cyclic_amp_19(X))
& quantity_2(fn_camp_receptor_protein_with_cyclic_amp_16(X),fn_camp_receptor_protein_with_cyclic_amp_6(X))
& object_2(X,fn_camp_receptor_protein_with_cyclic_amp_15(X))
& object_2(X,fn_camp_receptor_protein_with_cyclic_amp_16(X))
& object_2(X,fn_camp_receptor_protein_with_cyclic_amp_19(X))
& enables_2(X,fn_camp_receptor_protein_with_cyclic_amp_1(X))
& first_subevent_2(X,fn_camp_receptor_protein_with_cyclic_amp_17(X))
& object_2(fn_camp_receptor_protein_with_cyclic_amp_20(X),fn_camp_receptor_protein_with_cyclic_amp_21(X))
& object_2(fn_camp_receptor_protein_with_cyclic_amp_22(X),fn_camp_receptor_protein_with_cyclic_amp_23(X))
& base_2(fn_camp_receptor_protein_with_cyclic_amp_22(X),fn_camp_receptor_protein_with_cyclic_amp_18(X))
& subevent_2(X,fn_camp_receptor_protein_with_cyclic_amp_17(X))
& first_element_2(fn_camp_receptor_protein_with_cyclic_amp_19(X),fn_camp_receptor_protein_with_cyclic_amp_18(X))
& element_2(fn_camp_receptor_protein_with_cyclic_amp_19(X),fn_camp_receptor_protein_with_cyclic_amp_18(X))
& object_2(fn_camp_receptor_protein_with_cyclic_amp_17(X),fn_camp_receptor_protein_with_cyclic_amp_15(X))
& base_2(fn_camp_receptor_protein_with_cyclic_amp_17(X),fn_camp_receptor_protein_with_cyclic_amp_16(X))
& enables_2(fn_camp_receptor_protein_with_cyclic_amp_17(X),fn_camp_receptor_protein_with_cyclic_amp_14(X))
& enables_2(fn_camp_receptor_protein_with_cyclic_amp_14(X),fn_camp_receptor_protein_with_cyclic_amp_24(X))
& object_2(fn_camp_receptor_protein_with_cyclic_amp_24(X),fn_camp_receptor_protein_with_cyclic_amp_15(X))
& base_2(fn_camp_receptor_protein_with_cyclic_amp_24(X),fn_camp_receptor_protein_with_cyclic_amp_18(X))
& object_2(fn_camp_receptor_protein_with_cyclic_amp_14(X),fn_camp_receptor_protein_with_cyclic_amp_15(X))
& fn_camp_receptor_protein_with_cyclic_amp_21(X) = fn_fold_1(fn_camp_receptor_protein_with_cyclic_amp_20(X))
& fn_camp_receptor_protein_with_cyclic_amp_23(X) = fn_attach_1(fn_camp_receptor_protein_with_cyclic_amp_22(X))
& fn_camp_receptor_protein_with_cyclic_amp_18(X) = fn_attach_2(fn_camp_receptor_protein_with_cyclic_amp_22(X))
& fn_camp_receptor_protein_with_cyclic_amp_17(X) = fn_positive_gene_regulation_3(X)
& fn_camp_receptor_protein_with_cyclic_amp_18(X) = fn_operon_5(fn_camp_receptor_protein_with_cyclic_amp_19(X))
& fn_camp_receptor_protein_with_cyclic_amp_15(X) = fn_cyclic_amp_93(fn_camp_receptor_protein_with_cyclic_amp_16(X))
& fn_camp_receptor_protein_with_cyclic_amp_14(X) = fn_cyclic_amp_94(fn_camp_receptor_protein_with_cyclic_amp_16(X))
& fn_camp_receptor_protein_with_cyclic_amp_17(X) = fn_cyclic_amp_92(fn_camp_receptor_protein_with_cyclic_amp_16(X))
& fn_camp_receptor_protein_with_cyclic_amp_11(X) = fn_gene_regulation_1(X)
& fn_camp_receptor_protein_with_cyclic_amp_13(X) = fn_gene_regulation_2(X)
& fn_camp_receptor_protein_with_cyclic_amp_12(X) = fn_gene_regulation_3(X)
& fn_camp_receptor_protein_with_cyclic_amp_15(X) = fn_conformational_change_4(fn_camp_receptor_protein_with_cyclic_amp_14(X))
& fn_camp_receptor_protein_with_cyclic_amp_18(X) = fn_attach_2(fn_camp_receptor_protein_with_cyclic_amp_24(X))
& fn_camp_receptor_protein_with_cyclic_amp_14(X) = fn_camp_receptor_protein_2(fn_camp_receptor_protein_with_cyclic_amp_15(X))
& fn_camp_receptor_protein_with_cyclic_amp_15(X) = fn_attach_1(fn_camp_receptor_protein_with_cyclic_amp_24(X))
& fn_camp_receptor_protein_with_cyclic_amp_24(X) = fn_camp_receptor_protein_3(fn_camp_receptor_protein_with_cyclic_amp_15(X))
& fn_positive_gene_regulation_3(X) = fn_cyclic_amp_92(fn_camp_receptor_protein_with_cyclic_amp_16(X))
& fn_cyclic_amp_92(fn_camp_receptor_protein_with_cyclic_amp_16(X)) = fn_cyclic_amp_92(fn_camp_receptor_protein_with_cyclic_amp_16(X))
& fn_cyclic_amp_92(fn_camp_receptor_protein_with_cyclic_amp_16(X)) = fn_attach_2(fn_camp_receptor_protein_with_cyclic_amp_22(X))
& fn_attach_2(fn_camp_receptor_protein_with_cyclic_amp_22(X)) = fn_operon_5(fn_camp_receptor_protein_with_cyclic_amp_19(X))
& fn_operon_5(fn_camp_receptor_protein_with_cyclic_amp_19(X)) = fn_operon_5(fn_camp_receptor_protein_with_cyclic_amp_19(X))
& fn_operon_5(fn_camp_receptor_protein_with_cyclic_amp_19(X)) = fn_attach_2(fn_camp_receptor_protein_with_cyclic_amp_24(X))
& fn_attach_2(fn_camp_receptor_protein_with_cyclic_amp_24(X)) = fn_cyclic_amp_94(fn_camp_receptor_protein_with_cyclic_amp_16(X))
& fn_cyclic_amp_94(fn_camp_receptor_protein_with_cyclic_amp_16(X)) = fn_camp_receptor_protein_2(fn_camp_receptor_protein_with_cyclic_amp_15(X))
& fn_camp_receptor_protein_2(fn_camp_receptor_protein_with_cyclic_amp_15(X)) = fn_cyclic_amp_93(fn_camp_receptor_protein_with_cyclic_amp_16(X))
& fn_cyclic_amp_93(fn_camp_receptor_protein_with_cyclic_amp_16(X)) = fn_attach_1(fn_camp_receptor_protein_with_cyclic_amp_24(X))
& fn_attach_1(fn_camp_receptor_protein_with_cyclic_amp_24(X)) = fn_cyclic_amp_93(fn_camp_receptor_protein_with_cyclic_amp_16(X))
& fn_cyclic_amp_93(fn_camp_receptor_protein_with_cyclic_amp_16(X)) = fn_conformational_change_4(fn_camp_receptor_protein_with_cyclic_amp_14(X)) ) ) ).
fof(a528044,axiom,
! [X] :
( canal_1(X)
=> ( original_name_2(X,'Canal')
& user_description_2(X,'Tubular passage or channel that connects different regions of the body.')
& concept2words_2(X,canal)
& animal_space_1(X) ) ) ).
fof(a528045,axiom,
! [X] :
( canavanine_1(X)
=> ( original_name_2(X,'Canavanine')
& user_description_2(X,'An amino acid resembling arginine, used by plants as a defense chemical')
& concept2words_2(X,canavanine)
& basic_amino_acid_1(X) ) ) ).
fof(a528046,axiom,
! [X] :
( cancer_1(X)
=> ( original_name_2(X,'Cancer')
& user_description_2(X,'A disease condition involving the uncontrolled growth of abnormal cells in the body.')
& concept2words_2(X,'uncontrolled cell growth')
& concept2words_2(X,'uninhibited cell growth')
& concept2words_2(X,'unregulated cell growth')
& concept2words_2(X,'unrestricted cell division')
& concept2words_2(X,cancer)
& disease_1(X)
& cancer_cell_1(fn_cancer_1(X))
& gene_amplification_1(fn_cancer_2(X))
& rate_value_1(fn_cancer_3(X))
& replication_1(fn_cancer_4(X))
& make_error_1(fn_cancer_5(X))
& cell_cycle_1(fn_cancer_6(X))
& result_2(fn_cancer_2(X),X)
& result_2(fn_cancer_2(X),fn_cancer_1(X))
& the_scalar_value_2(fn_cancer_3(X),fast_0)
& scalar_unit_class_2(fn_cancer_3(X),replication_0)
& object_2(fn_cancer_4(X),fn_cancer_1(X))
& rate_2(fn_cancer_4(X),fn_cancer_3(X))
& by_means_of_2(fn_cancer_4(X),fn_cancer_6(X))
& agent_2(fn_cancer_5(X),fn_cancer_1(X))
& causes_2(fn_cancer_5(X),fn_cancer_6(X))
& result_2(fn_cancer_6(X),X)
& base_2(fn_cancer_6(X),fn_cancer_1(X)) ) ) ).
fof(a528047,axiom,
! [X] :
( cancer_cell_1(X)
=> ( original_name_2(X,'Cancer-Cell')
& user_description_2(X,'Abnormal cells that rapidly grow and divide without control and are able to invade other tissues and spread throughout the body.')
& concept2words_2(X,'cell of cancer')
& concept2words_2(X,'cancer cell')
& concept2words_2(X,'cancer-cell')
& eukaryotic_cell_1(X)
& cell_state_1(X)
& cellular_work_1(fn_cancer_cell_1(X))
& ribosome_1(fn_cancer_cell_4(X))
& eukaryotic_ribosome_1(fn_cancer_cell_4(X))
& golgi_apparatus_1(fn_cancer_cell_5(X))
& tangible_entity_1(fn_cancer_cell_6(X))
& nucleus_1(fn_cancer_cell_6(X))
& surface_1(fn_cancer_cell_7(X))
& size_value_1(fn_cancer_cell_8(X))
& volume_value_1(fn_cancer_cell_9(X))
& tangible_entity_1(fn_cancer_cell_10(X))
& phospholipid_bilayer_1(fn_cancer_cell_10(X))
& substance_1(fn_cancer_cell_11(X))
& cytosol_1(fn_cancer_cell_11(X))
& smooth_endoplasmic_reticulum_1(fn_cancer_cell_12(X))
& gene_amplification_1(fn_cancer_cell_13(X))
& translocation_during_translation_1(fn_cancer_cell_14(X))
& oncogene_1(fn_cancer_cell_15(X))
& tumor_suppressor_gene_1(fn_cancer_cell_16(X))
& damage_1(fn_cancer_cell_17(X))
& eukaryotic_chromosome_1(fn_cancer_cell_18(X))
& chromosome_1(fn_cancer_cell_18(X))
& eukaryotic_cellular_respiration_1(fn_cancer_cell_19(X))
& semiautonomous_organelle_1(fn_cancer_cell_20(X))
& mitochondrion_1(fn_cancer_cell_20(X))
& organelle_1(fn_cancer_cell_20(X))
& rough_endoplasmic_reticulum_1(fn_cancer_cell_21(X))
& spatial_entity_1(fn_cancer_cell_22(X))
& biomembrane_1(fn_cancer_cell_22(X))
& plasma_membrane_1(fn_cancer_cell_22(X))
& mixture_1(fn_cancer_cell_23(X))
& cytoplasm_1(fn_cancer_cell_23(X))
& dna_strand_1(fn_cancer_cell_24(X))
& entity_1(fn_cancer_cell_25(X))
& dna_1(fn_cancer_cell_25(X))
& eukaryotic_chromosome_1(fn_cancer_cell_26(X))
& chromosome_1(fn_cancer_cell_26(X))
& somatic_cell_1(fn_cancer_cell_27(X))
& translocation_during_translation_1(fn_oncogene_8(fn_cancer_cell_15(X)))
& gene_amplification_1(fn_oncogene_18(fn_cancer_cell_15(X)))
& eukaryotic_chromosome_1(fn_animal_cell_52(fn_cancer_cell_27(X)))
& chromosome_1(fn_animal_cell_52(fn_cancer_cell_27(X)))
& dna_strand_1(fn_chromosome_5(fn_cancer_cell_26(X)))
& entity_1(fn_chromosome_4(fn_cancer_cell_26(X)))
& dna_1(fn_chromosome_4(fn_cancer_cell_26(X)))
& tangible_entity_1(fn_impair_1(fn_cancer_cell_17(X)))
& gene_1(fn_dna_strand_14(fn_cancer_cell_24(X)))
& has_state_2(fn_cancer_cell_27(X),X)
& result_2(fn_cancer_cell_17(X),X)
& minCardinality(X,has_part_0,"1",oncogene_0)
& result_2(fn_cancer_cell_14(X),X)
& result_2(fn_cancer_cell_13(X),X)
& object_2(fn_cancer_cell_17(X),fn_cancer_cell_16(X))
& has_part_2(fn_cancer_cell_24(X),fn_cancer_cell_16(X))
& result_2(fn_cancer_cell_14(X),fn_cancer_cell_15(X))
& result_2(fn_cancer_cell_13(X),fn_cancer_cell_15(X))
& has_part_2(fn_cancer_cell_27(X),fn_cancer_cell_26(X))
& has_part_2(fn_cancer_cell_26(X),fn_cancer_cell_25(X))
& has_part_2(fn_cancer_cell_25(X),fn_cancer_cell_24(X))
& has_part_2(X,fn_cancer_cell_18(X))
& fn_cancer_cell_16(X) = fn_impair_1(fn_cancer_cell_17(X))
& fn_cancer_cell_16(X) = fn_dna_strand_14(fn_cancer_cell_24(X))
& fn_cancer_cell_14(X) = fn_oncogene_8(fn_cancer_cell_15(X))
& fn_cancer_cell_13(X) = fn_oncogene_18(fn_cancer_cell_15(X))
& fn_cancer_cell_26(X) = fn_animal_cell_52(fn_cancer_cell_27(X))
& fn_cancer_cell_24(X) = fn_chromosome_5(fn_cancer_cell_26(X))
& fn_cancer_cell_25(X) = fn_chromosome_4(fn_cancer_cell_26(X))
& fn_cancer_cell_3(X) = fn_eukaryotic_cell_28(X)
& fn_cancer_cell_2(X) = fn_eukaryotic_cell_60(X)
& fn_cancer_cell_8(X) = fn_eukaryotic_cell_27(X)
& fn_cancer_cell_9(X) = fn_eukaryotic_cell_59(X)
& fn_cancer_cell_20(X) = fn_eukaryotic_cell_25(X)
& fn_cancer_cell_19(X) = fn_eukaryotic_cell_23(X)
& fn_cancer_cell_5(X) = fn_eukaryotic_cell_24(X)
& fn_cancer_cell_4(X) = fn_eukaryotic_cell_45(X)
& fn_cancer_cell_11(X) = fn_eukaryotic_cell_42(X)
& fn_cancer_cell_1(X) = fn_eukaryotic_cell_32(X)
& fn_cancer_cell_7(X) = fn_eukaryotic_cell_44(X)
& fn_cancer_cell_10(X) = fn_eukaryotic_cell_41(X)
& fn_cancer_cell_22(X) = fn_eukaryotic_cell_29(X)
& fn_cancer_cell_23(X) = fn_eukaryotic_cell_31(X)
& fn_cancer_cell_21(X) = fn_eukaryotic_cell_19(X)
& fn_cancer_cell_12(X) = fn_eukaryotic_cell_20(X)
& fn_cancer_cell_6(X) = fn_eukaryotic_cell_26(X)
& fn_cancer_cell_18(X) = fn_eukaryotic_cell_30(X)
& fn_impair_1(fn_cancer_cell_17(X)) = fn_dna_strand_14(fn_cancer_cell_24(X)) ) ) ).
fof(a528048,axiom,
! [X] :
( cancer_cell_gene_amplification_1(X)
=> ( original_name_2(X,'Cancer-Cell-Gene-Amplification')
& user_description_2(X,'A genetic change increasing the number of copies of the proto-oncogene in the cell through repeated gene duplication.')
& concept2words_2(X,'protogene amplification')
& concept2words_2(X,'cancer gene amplification')
& concept2words_2(X,'cancer gene amplification')
& concept2words_2(X,'cancer cell gene amplification')
& concept2words_2(X,'cancer-cell-gene-amplification')
& gene_amplification_1(X)
& ~ rrna_gene_amplification_1(X)
& replication_1(fn_cancer_cell_gene_amplification_1(X))
& add_1(fn_cancer_cell_gene_amplification_2(X))
& chemotherapeutic_drug_1(fn_cancer_cell_gene_amplification_3(X))
& cell_1(fn_cancer_cell_gene_amplification_4(X))
& cancer_cell_1(fn_cancer_cell_gene_amplification_4(X))
& add_1(fn_chemotherapeutic_drug_4(fn_cancer_cell_gene_amplification_3(X)))
& cancer_cell_1(fn_chemotherapeutic_drug_3(fn_cancer_cell_gene_amplification_3(X)))
& causes_2(fn_cancer_cell_gene_amplification_2(X),X)
& by_means_of_2(X,fn_cancer_cell_gene_amplification_1(X))
& agent_2(fn_cancer_cell_gene_amplification_1(X),fn_cancer_cell_gene_amplification_4(X))
& object_2(fn_cancer_cell_gene_amplification_2(X),fn_cancer_cell_gene_amplification_3(X))
& base_2(fn_cancer_cell_gene_amplification_2(X),fn_cancer_cell_gene_amplification_4(X))
& fn_cancer_cell_gene_amplification_4(X) = fn_gene_amplification_4(X)
& fn_cancer_cell_gene_amplification_1(X) = fn_gene_amplification_2(X)
& fn_cancer_cell_gene_amplification_4(X) = fn_chemotherapeutic_drug_3(fn_cancer_cell_gene_amplification_3(X))
& fn_cancer_cell_gene_amplification_2(X) = fn_chemotherapeutic_drug_4(fn_cancer_cell_gene_amplification_3(X))
& fn_gene_amplification_4(X) = fn_chemotherapeutic_drug_3(fn_cancer_cell_gene_amplification_3(X)) ) ) ).
fof(a528049,axiom,
! [X] :
( canine_tooth_1(X)
=> ( original_name_2(X,'Canine-Tooth')
& user_description_2(X,'Relatively long, pointed tooth, located near the front of the mouth, specialized for holding, piercing and tearing food.')
& concept2words_2(X,'tooth of canine')
& concept2words_2(X,'canine tooth')
& concept2words_2(X,'canine-tooth')
& tooth_1(X)
& shape_value_1(fn_canine_tooth_1(X))
& food_1(fn_canine_tooth_3(X))
& tangible_entity_1(fn_canine_tooth_4(X))
& shear_1(fn_canine_tooth_5(X))
& tangible_entity_1(fn_food_3(fn_canine_tooth_3(X)))
& tangible_entity_1(fn_impair_1(fn_canine_tooth_5(X)))
& agent_2(fn_canine_tooth_5(X),X)
& shape_2(X,fn_canine_tooth_1(X))
& has_function_2(X,fn_canine_tooth_5(X))
& the_categorical_value_2(fn_canine_tooth_1(X),tapered_0)
& plays_2(fn_canine_tooth_4(X),fn_canine_tooth_3(X))
& object_2(fn_canine_tooth_5(X),fn_canine_tooth_4(X))
& fn_canine_tooth_4(X) = fn_food_3(fn_canine_tooth_3(X))
& fn_canine_tooth_4(X) = fn_impair_1(fn_canine_tooth_5(X))
& fn_food_3(fn_canine_tooth_3(X)) = fn_impair_1(fn_canine_tooth_5(X)) ) ) ).
fof(a528050,axiom,
! [X] :
( canopy_1(X)
=> ( original_name_2(X,'Canopy')
& user_description_2(X,'The topmost layers of vegetation in a biome.')
& concept2words_2(X,canopy)
& ecosystem_1(X) ) ) ).
fof(a528051,axiom,
! [X] :
( capacity_constant_1(X)
=> ( original_name_2(X,'Capacity-Constant')
& concept2words_2(X,'constant of capacity')
& concept2words_2(X,'capacity constant')
& concept2words_2(X,'capacity-constant')
& constant_1(X) ) ) ).
fof(a528052,axiom,
! [X] :
( capacity_scale_1(X)
=> ( original_name_2(X,'Capacity-Scale')
& concept2words_2(X,'scale of capacity')
& concept2words_2(X,'capacity scale')
& concept2words_2(X,'capacity-scale')
& scale_1(X) ) ) ).
fof(a528053,axiom,
! [X] :
( capacity_value_1(X)
=> ( original_name_2(X,'Capacity-Value')
& description_2(X,'the capacity (potential for storing or accomodating) of a Tangible-Entity')
& concept2words_2(X,capacity)
& concept2words_2(X,'value of capacity')
& concept2words_2(X,'capacity value')
& concept2words_2(X,'capacity-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a528054,axiom,
! [X] :
( capillary_1(X)
=> ( original_name_2(X,'Capillary')
& user_description_2(X,'The smallest blood vessel in the body, consisting of a single layer of epithelial cells. Capillaries enable the exchange of respiratory gases between body tissues and the blood stream.')
& concept2words_2(X,capillary)
& substance_1(X)
& blood_vessel_1(X)
& ~ proximal_tubule_1(X)
& ~ islets_of_langerhans_1(X)
& ~ endometrium_1(X)
& ~ corpus_luteum_1(X)
& ~ collecting_duct_1(X)
& ~ bronchus_1(X)
& ~ alveolus_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ epidermis_1(X)
& ~ epithelium_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ lacteal_1(X)
& ~ prepuce_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ trophoblast_1(X)
& size_value_1(fn_capillary_1(X))
& carry_1(fn_capillary_3(X))
& hold_1(fn_capillary_4(X))
& locomotion_1(fn_capillary_5(X))
& blood_1(fn_capillary_6(X))
& spatial_entity_1(fn_move_1(fn_capillary_3(X)))
& tangible_entity_1(fn_hold_2(fn_capillary_4(X)))
& tangible_entity_1(fn_hold_1(fn_capillary_4(X)))
& tangible_entity_1(fn_carry_1(fn_capillary_3(X)))
& spatial_entity_1(fn_locomotion_1(fn_capillary_5(X)))
& the_scalar_value_2(fn_capillary_1(X),microscopic_0)
& scalar_unit_class_2(fn_capillary_1(X),blood_vessel_0)
& size_2(X,fn_capillary_1(X))
& has_function_2(X,fn_capillary_3(X))
& first_subevent_2(fn_capillary_3(X),fn_capillary_4(X))
& first_subevent_2(fn_capillary_3(X),fn_capillary_5(X))
& subevent_2(fn_capillary_3(X),fn_capillary_4(X))
& subevent_2(fn_capillary_3(X),fn_capillary_5(X))
& object_2(fn_capillary_3(X),fn_capillary_6(X))
& object_2(fn_capillary_4(X),fn_capillary_6(X))
& agent_2(fn_capillary_4(X),X)
& agent_2(fn_capillary_3(X),X)
& object_2(fn_capillary_5(X),X)
& agent_2(fn_capillary_5(X),X)
& fn_capillary_6(X) = fn_move_1(fn_capillary_3(X))
& fn_capillary_6(X) = fn_hold_2(fn_capillary_4(X))
& X = fn_hold_1(fn_capillary_4(X))
& X = fn_carry_1(fn_capillary_3(X))
& X = fn_locomotion_1(fn_capillary_5(X))
& fn_move_1(fn_capillary_3(X)) = fn_hold_2(fn_capillary_4(X))
& fn_hold_2(fn_capillary_4(X)) = fn_hold_1(fn_capillary_4(X))
& fn_hold_1(fn_capillary_4(X)) = fn_carry_1(fn_capillary_3(X))
& fn_carry_1(fn_capillary_3(X)) = fn_carry_1(fn_capillary_3(X))
& fn_carry_1(fn_capillary_3(X)) = fn_locomotion_1(fn_capillary_5(X))
& fn_locomotion_1(fn_capillary_5(X)) = fn_locomotion_1(fn_capillary_5(X)) ) ) ).
fof(a528055,axiom,
! [X] :
( capillary_action_1(X)
=> ( original_name_2(X,'Capillary-Action')
& user_description_2(X,'The movement of a liquid along the surface of a solid caused by the attraction of molecules of the liquid to the molecules of the solid.')
& concept2words_2(X,'action of capillary')
& concept2words_2(X,'capillary action')
& concept2words_2(X,'capillary-action')
& move_into_1(X)
& ~ take_in_1(X)
& ~ load_1(X)
& ~ enter_1(X)
& ~ implant_1(X)
& ~ package_recombinants_in_capsid_1(X) ) ) ).
fof(a528056,axiom,
! [X] :
( capillary_bed_1(X)
=> ( original_name_2(X,'Capillary-Bed')
& user_description_2(X,'A reticulated system of capillaries surrounding a tissue or organ.')
& concept2words_2(X,'bed of capillary')
& concept2words_2(X,'capillary bed')
& concept2words_2(X,'capillary-bed')
& ensemble_1(X) ) ) ).
fof(a528057,axiom,
! [X] :
( capillary_exchange_1(X)
=> ( original_name_2(X,'Capillary-Exchange')
& user_description_2(X,'Exchange between capillaries and interstitial fluid.')
& concept2words_2(X,'exchange of capillary')
& concept2words_2(X,'capillary exchange')
& concept2words_2(X,'capillary-exchange')
& cardiovascular_related_intercellular_process_1(X) ) ) ).
fof(a528058,axiom,
! [X] :
( capsid_1(X)
=> ( original_name_2(X,'Capsid')
& user_description_2(X,'The protein shell that encloses a viral genome. It may be rod-shaped, polyhedral, or more complex in shape.')
& concept2words_2(X,capsid)
& coat_protein_1(X)
& container_1(fn_capsid_1(X))
& purpose_2(X,fn_capsid_1(X)) ) ) ).
fof(a528059,axiom,
! [X] :
( capsomere_1(X)
=> ( original_name_2(X,'Capsomere')
& user_description_2(X,'The subunit of a capsid, which is the protein covering that protects the genetic material of a virus.')
& concept2words_2(X,capsomere)
& protein_complex_1(X)
& ~ anaphase_promoting_complex_1(X)
& ~ complement_system_1(X)
& ~ light_harvesting_complex_1(X)
& ~ membrane_attack_complex_1(X)
& ~ myofibril_1(X)
& ~ proteasome_1(X)
& ~ protein_core_1(X)
& ~ reaction_center_complex_1(X)
& ~ rosette_cellulose_synthesizing_complex_1(X)
& ~ thick_filament_1(X)
& ~ thin_filament_1(X)
& ~ troponin_complex_1(X) ) ) ).
fof(a528060,axiom,
! [X] :
( capsule_1(X)
=> ( original_name_2(X,'Capsule')
& user_description_2(X,'Capsule is a layer present outside the cell wall of some prokaryotes. Its primary function is to protect the cell.')
& concept2words_2(X,'bacterial capsule')
& concept2words_2(X,'prokaryote capsule')
& concept2words_2(X,'cell capsule')
& concept2words_2(X,capsule)
& cellular_structure_1(X)
& aqueous_solution_1(fn_capsule_1(X))
& defense_1(fn_capsule_2(X))
& tangible_entity_1(fn_capsule_3(X))
& membrane_protein_1(fn_capsule_3(X))
& protein_1(fn_capsule_3(X))
& spatial_entity_1(fn_capsule_3(X))
& polymer_1(fn_capsule_3(X))
& membrane_protein_1(fn_capsule_4(X))
& spatial_entity_1(fn_capsule_5(X))
& biomembrane_1(fn_capsule_5(X))
& plasma_membrane_1(fn_capsule_5(X))
& tangible_entity_1(fn_capsule_6(X))
& membrane_protein_1(fn_capsule_6(X))
& protein_1(fn_capsule_6(X))
& atp_synthase_1(fn_capsule_7(X))
& mixture_1(fn_capsule_8(X))
& cytoplasm_1(fn_capsule_8(X))
& facilitated_diffusion_of_polar_molecule_1(fn_capsule_9(X))
& membrane_potential_1(fn_capsule_10(X))
& surface_1(fn_capsule_11(X))
& cytoplasmic_side_1(fn_capsule_11(X))
& negatively_charged_region_1(fn_capsule_12(X))
& positively_charged_region_1(fn_capsule_13(X))
& binary_fission_1(fn_capsule_14(X))
& cell_wall_1(fn_capsule_15(X))
& outside_face_1(fn_capsule_16(X))
& extracellular_side_1(fn_capsule_16(X))
& cell_1(fn_capsule_17(X))
& unicellular_organism_1(fn_capsule_17(X))
& prokaryote_1(fn_capsule_17(X))
& gradient_1(fn_passive_transport_of_solute_3(fn_capsule_9(X)))
& concentration_gradient_1(fn_passive_transport_of_solute_3(fn_capsule_9(X)))
& unicellular_organism_1(fn_binary_fission_10(fn_capsule_14(X)))
& positively_charged_region_1(fn_prokaryote_1(fn_capsule_17(X)))
& negatively_charged_region_1(fn_prokaryote_15(fn_capsule_17(X)))
& cell_wall_1(fn_prokaryote_14(fn_capsule_17(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_capsule_5(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_capsule_5(X)))
& mixture_1(fn_cell_28(fn_capsule_17(X)))
& cytoplasm_1(fn_cell_28(fn_capsule_17(X)))
& mixture_1(fn_prokaryote_12(fn_capsule_17(X)))
& cytoplasm_1(fn_prokaryote_12(fn_capsule_17(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_capsule_5(X)))
& surface_1(fn_prokaryote_16(fn_capsule_17(X)))
& cytoplasmic_side_1(fn_prokaryote_16(fn_capsule_17(X)))
& outside_face_1(fn_biomembrane_41(fn_capsule_5(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_capsule_5(X)))
& outside_face_1(fn_atp_synthase_11(fn_capsule_7(X)))
& outside_face_1(fn_prokaryote_17(fn_capsule_17(X)))
& extracellular_side_1(fn_prokaryote_17(fn_capsule_17(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_capsule_5(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_capsule_5(X)))
& protein_1(fn_plasma_membrane_54(fn_capsule_5(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_capsule_5(X)))
& polymer_1(fn_plasma_membrane_54(fn_capsule_5(X)))
& tangible_entity_1(fn_prokaryote_7(fn_capsule_17(X)))
& membrane_protein_1(fn_prokaryote_7(fn_capsule_17(X)))
& protein_1(fn_prokaryote_7(fn_capsule_17(X)))
& spatial_entity_1(fn_prokaryote_7(fn_capsule_17(X)))
& polymer_1(fn_prokaryote_7(fn_capsule_17(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_capsule_5(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_capsule_5(X)))
& protein_1(fn_plasma_membrane_68(fn_capsule_5(X)))
& tangible_entity_1(fn_prokaryote_6(fn_capsule_17(X)))
& membrane_protein_1(fn_prokaryote_6(fn_capsule_17(X)))
& protein_1(fn_prokaryote_6(fn_capsule_17(X)))
& spatial_entity_1(fn_atp_synthase_37(fn_capsule_7(X)))
& biomembrane_1(fn_atp_synthase_37(fn_capsule_7(X)))
& biomembrane_1(fn_prokaryote_13(fn_capsule_17(X)))
& plasma_membrane_1(fn_prokaryote_13(fn_capsule_17(X)))
& agent_2(fn_capsule_2(X),X)
& base_2(fn_capsule_2(X),fn_capsule_17(X))
& is_between_2(fn_capsule_5(X),fn_capsule_13(X))
& is_between_2(fn_capsule_5(X),fn_capsule_12(X))
& fn_capsule_6(X) != fn_capsule_7(X)
& is_at_2(fn_capsule_7(X),fn_capsule_5(X))
& fn_capsule_7(X) != fn_capsule_6(X)
& is_across_2(fn_capsule_10(X),fn_capsule_5(X))
& is_inside_2(fn_capsule_15(X),X)
& has_part_2(fn_capsule_17(X),X)
& has_function_2(X,fn_capsule_2(X))
& has_part_2(X,fn_capsule_1(X))
& agent_2(fn_capsule_9(X),fn_capsule_10(X))
& called_2(fn_capsule_6(X),'MP1')
& is_at_2(fn_capsule_4(X),fn_capsule_5(X))
& base_2(fn_capsule_14(X),fn_capsule_17(X))
& object_2(fn_capsule_14(X),fn_capsule_17(X))
& is_across_2(fn_capsule_7(X),fn_capsule_5(X))
& has_part_2(fn_capsule_5(X),fn_capsule_7(X))
& has_region_2(fn_capsule_7(X),fn_capsule_16(X))
& called_2(fn_capsule_3(X),'MP1')
& is_outside_2(fn_capsule_16(X),fn_capsule_5(X))
& is_along_2(fn_capsule_13(X),fn_capsule_16(X))
& is_along_2(fn_capsule_16(X),fn_capsule_13(X))
& has_region_2(fn_capsule_8(X),fn_capsule_12(X))
& is_along_2(fn_capsule_12(X),fn_capsule_11(X))
& is_oriented_toward_2(fn_capsule_11(X),fn_capsule_8(X))
& has_part_2(fn_capsule_17(X),fn_capsule_8(X))
& is_along_2(fn_capsule_11(X),fn_capsule_12(X))
& has_part_2(fn_capsule_17(X),fn_capsule_15(X))
& is_inside_2(fn_capsule_5(X),fn_capsule_15(X))
& has_region_2(fn_capsule_5(X),fn_capsule_11(X))
& is_facing_2(fn_capsule_11(X),fn_capsule_8(X))
& is_inside_2(fn_capsule_8(X),fn_capsule_5(X))
& has_part_2(fn_capsule_17(X),fn_capsule_5(X))
& has_part_2(fn_capsule_5(X),fn_capsule_6(X))
& fn_capsule_6(X) != fn_capsule_3(X)
& has_part_2(fn_capsule_5(X),fn_capsule_3(X))
& has_region_2(fn_capsule_5(X),fn_capsule_16(X))
& fn_capsule_3(X) != fn_capsule_6(X)
& fn_capsule_10(X) = fn_passive_transport_of_solute_3(fn_capsule_9(X))
& fn_capsule_4(X) = fn_plasma_membrane_4(fn_capsule_5(X))
& fn_capsule_4(X) = fn_plasma_membrane_3(fn_capsule_5(X))
& fn_capsule_17(X) = fn_binary_fission_10(fn_capsule_14(X))
& fn_capsule_16(X) = fn_atp_synthase_11(fn_capsule_7(X))
& fn_capsule_5(X) = fn_atp_synthase_37(fn_capsule_7(X))
& fn_capsule_13(X) = fn_prokaryote_1(fn_capsule_17(X))
& fn_capsule_8(X) = fn_cell_28(fn_capsule_17(X))
& fn_capsule_12(X) = fn_prokaryote_15(fn_capsule_17(X))
& fn_capsule_8(X) = fn_prokaryote_12(fn_capsule_17(X))
& fn_capsule_11(X) = fn_plasma_membrane_66(fn_capsule_5(X))
& fn_capsule_11(X) = fn_prokaryote_16(fn_capsule_17(X))
& fn_capsule_15(X) = fn_prokaryote_14(fn_capsule_17(X))
& fn_capsule_16(X) = fn_biomembrane_41(fn_capsule_5(X))
& fn_capsule_16(X) = fn_plasma_membrane_65(fn_capsule_5(X))
& fn_capsule_16(X) = fn_prokaryote_17(fn_capsule_17(X))
& fn_capsule_3(X) = fn_plasma_membrane_54(fn_capsule_5(X))
& fn_capsule_3(X) = fn_prokaryote_7(fn_capsule_17(X))
& fn_capsule_6(X) = fn_plasma_membrane_68(fn_capsule_5(X))
& fn_capsule_6(X) = fn_prokaryote_6(fn_capsule_17(X))
& fn_capsule_5(X) = fn_prokaryote_13(fn_capsule_17(X))
& fn_plasma_membrane_4(fn_capsule_5(X)) = fn_plasma_membrane_3(fn_capsule_5(X))
& fn_plasma_membrane_3(fn_capsule_5(X)) = fn_cell_28(fn_capsule_17(X))
& fn_cell_28(fn_capsule_17(X)) = fn_prokaryote_12(fn_capsule_17(X))
& fn_prokaryote_12(fn_capsule_17(X)) = fn_prokaryote_12(fn_capsule_17(X))
& fn_prokaryote_12(fn_capsule_17(X)) = fn_prokaryote_16(fn_capsule_17(X))
& fn_prokaryote_16(fn_capsule_17(X)) = fn_prokaryote_16(fn_capsule_17(X))
& fn_prokaryote_16(fn_capsule_17(X)) = fn_plasma_membrane_66(fn_capsule_5(X))
& fn_plasma_membrane_66(fn_capsule_5(X)) = fn_prokaryote_16(fn_capsule_17(X))
& fn_prokaryote_16(fn_capsule_17(X)) = fn_plasma_membrane_65(fn_capsule_5(X))
& fn_plasma_membrane_65(fn_capsule_5(X)) = fn_biomembrane_41(fn_capsule_5(X))
& fn_biomembrane_41(fn_capsule_5(X)) = fn_plasma_membrane_65(fn_capsule_5(X))
& fn_atp_synthase_11(fn_capsule_7(X)) = fn_plasma_membrane_65(fn_capsule_5(X))
& fn_plasma_membrane_65(fn_capsule_5(X)) = fn_plasma_membrane_65(fn_capsule_5(X))
& fn_plasma_membrane_65(fn_capsule_5(X)) = fn_atp_synthase_11(fn_capsule_7(X))
& fn_atp_synthase_11(fn_capsule_7(X)) = fn_prokaryote_17(fn_capsule_17(X))
& fn_prokaryote_17(fn_capsule_17(X)) = fn_prokaryote_17(fn_capsule_17(X))
& fn_prokaryote_17(fn_capsule_17(X)) = fn_prokaryote_7(fn_capsule_17(X))
& fn_prokaryote_7(fn_capsule_17(X)) = fn_plasma_membrane_54(fn_capsule_5(X))
& fn_plasma_membrane_54(fn_capsule_5(X)) = fn_prokaryote_7(fn_capsule_17(X))
& fn_prokaryote_7(fn_capsule_17(X)) = fn_plasma_membrane_68(fn_capsule_5(X))
& fn_plasma_membrane_68(fn_capsule_5(X)) = fn_plasma_membrane_68(fn_capsule_5(X))
& fn_prokaryote_6(fn_capsule_17(X)) = fn_plasma_membrane_68(fn_capsule_5(X))
& fn_plasma_membrane_68(fn_capsule_5(X)) = fn_prokaryote_6(fn_capsule_17(X))
& fn_prokaryote_6(fn_capsule_17(X)) = fn_atp_synthase_37(fn_capsule_7(X))
& fn_atp_synthase_37(fn_capsule_7(X)) = fn_atp_synthase_37(fn_capsule_7(X))
& fn_atp_synthase_37(fn_capsule_7(X)) = fn_prokaryote_13(fn_capsule_17(X))
& fn_prokaryote_13(fn_capsule_17(X)) = fn_prokaryote_13(fn_capsule_17(X)) ) ) ).
fof(a528061,axiom,
! [X] :
( carbohydrate_1(X)
=> ( original_name_2(X,'Carbohydrate')
& user_description_2(X,'A class of organic molecules that consists of carbon, hydrogen, and oxygen. Simple sugars are the monomers for more complex carbohydrates such as disaccharides and polysaccharides. Carbohydrates have structural, energy-source, and energy-storage functions in cells.')
& concept2words_2(X,carbohydrate)
& organic_molecule_1(X)
& hydrophilic_region_1(fn_carbohydrate_2(X))
& second_electron_shell_1(fn_carbohydrate_3(X))
& charge_value_1(fn_carbohydrate_4(X))
& carbon_1(fn_carbohydrate_5(X))
& carbon_skeleton_1(fn_carbohydrate_6(X))
& kinetic_energy_1(fn_carbohydrate_7(X))
& constant_motion_1(fn_carbohydrate_8(X))
& speed_value_1(fn_carbohydrate_9(X))
& quantity_value_1(fn_carbohydrate_10(X))
& electronegativity_value_1(fn_carbohydrate_11(X))
& electronegativity_value_1(fn_carbohydrate_12(X))
& atomic_orbital_1(fn_carbohydrate_13(X))
& s_orbital_1(fn_carbohydrate_13(X))
& attract_1(fn_carbohydrate_14(X))
& asymmetrical_distribution_1(fn_carbohydrate_15(X))
& constant_motion_1(fn_carbohydrate_16(X))
& atomic_nucleus_1(fn_carbohydrate_17(X))
& center_1(fn_carbohydrate_18(X))
& atomic_nucleus_1(fn_carbohydrate_19(X))
& center_1(fn_carbohydrate_20(X))
& electron_shell_1(fn_carbohydrate_21(X))
& atomic_nucleus_1(fn_carbohydrate_22(X))
& center_1(fn_carbohydrate_23(X))
& electron_shell_1(fn_carbohydrate_24(X))
& proton_1(fn_carbohydrate_25(X))
& atomic_nucleus_1(fn_carbohydrate_26(X))
& center_1(fn_carbohydrate_27(X))
& electron_shell_1(fn_carbohydrate_28(X))
& first_electron_shell_1(fn_carbohydrate_28(X))
& entity_1(fn_carbohydrate_29(X))
& electron_1(fn_carbohydrate_29(X))
& valence_electron_1(fn_carbohydrate_29(X))
& unequal_sharing_1(fn_carbohydrate_30(X))
& electron_1(fn_carbohydrate_31(X))
& valence_electron_1(fn_carbohydrate_31(X))
& entity_1(fn_carbohydrate_32(X))
& chemical_entity_1(fn_carbohydrate_32(X))
& atom_1(fn_carbohydrate_32(X))
& hydrogen_1(fn_carbohydrate_32(X))
& hydroxyl_group_1(fn_carbohydrate_33(X))
& carbonyl_group_1(fn_carbohydrate_34(X))
& double_bond_1(fn_carbohydrate_35(X))
& polar_covalent_bond_1(fn_carbohydrate_36(X))
& hold_together_1(fn_carbohydrate_37(X))
& entity_1(fn_carbohydrate_38(X))
& atom_1(fn_carbohydrate_38(X))
& chemical_entity_1(fn_carbohydrate_38(X))
& oxygen_1(fn_carbohydrate_38(X))
& entity_1(fn_carbohydrate_39(X))
& chemical_entity_1(fn_carbohydrate_39(X))
& atom_1(fn_carbohydrate_39(X))
& oxygen_1(fn_carbohydrate_39(X))
& attract_1(fn_carbohydrate_40(X))
& entity_1(fn_carbohydrate_41(X))
& proton_1(fn_carbohydrate_41(X))
& attract_1(fn_covalent_bond_10(fn_carbohydrate_35(X)))
& constant_motion_1(fn_covalent_bond_16(fn_carbohydrate_35(X)))
& asymmetrical_distribution_1(fn_covalent_bond_1(fn_carbohydrate_35(X)))
& electron_shell_1(fn_polar_covalent_bond_22(fn_carbohydrate_36(X)))
& property_node_1(fn_polar_covalent_bond_4(fn_carbohydrate_36(X)))
& electronegativity_value_1(fn_polar_covalent_bond_1(fn_carbohydrate_36(X)))
& electron_shell_1(fn_covalent_bond_12(fn_carbohydrate_35(X)))
& center_1(fn_covalent_bond_21(fn_carbohydrate_35(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_carbohydrate_33(X)))
& atomic_nucleus_1(fn_hydroxyl_group_11(fn_carbohydrate_33(X)))
& center_1(fn_polar_covalent_bond_23(fn_carbohydrate_36(X)))
& property_node_1(fn_hydrogen_1(fn_carbohydrate_32(X)))
& electron_shell_1(fn_hydrogen_16(fn_carbohydrate_32(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_carbohydrate_32(X)))
& atomic_orbital_1(fn_electron_shell_3(fn_carbohydrate_24(X)))
& s_orbital_1(fn_first_electron_shell_4(fn_carbohydrate_28(X)))
& proton_1(fn_covalent_bond_4(fn_carbohydrate_35(X)))
& proton_1(fn_polar_covalent_bond_5(fn_carbohydrate_36(X)))
& carbon_1(fn_carbon_skeleton_4(fn_carbohydrate_6(X)))
& center_1(fn_covalent_bond_23(fn_carbohydrate_35(X)))
& center_1(fn_hydroxyl_group_10(fn_carbohydrate_33(X)))
& atom_1(fn_carbon_skeleton_2(fn_carbohydrate_6(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_carbohydrate_6(X)))
& atomic_nucleus_1(fn_hydroxyl_group_9(fn_carbohydrate_33(X)))
& oxygen_1(fn_carbonyl_group_9(fn_carbohydrate_34(X)))
& entity_1(fn_covalent_bond_20(fn_carbohydrate_35(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_carbohydrate_35(X)))
& atom_1(fn_covalent_bond_20(fn_carbohydrate_35(X)))
& entity_1(fn_covalent_bond_19(fn_carbohydrate_35(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_carbohydrate_35(X)))
& atom_1(fn_covalent_bond_19(fn_carbohydrate_35(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_carbohydrate_33(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_carbohydrate_35(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_14(fn_carbohydrate_36(X)))
& electron_1(fn_electron_shell_2(fn_carbohydrate_24(X)))
& valence_electron_1(fn_covalent_bond_18(fn_carbohydrate_35(X)))
& electron_1(fn_hydroxyl_group_8(fn_carbohydrate_33(X)))
& valence_electron_1(fn_hydroxyl_group_8(fn_carbohydrate_33(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_carbohydrate_36(X)))
& unequal_sharing_1(fn_hydroxyl_group_5(fn_carbohydrate_33(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_carbohydrate_36(X)))
& hold_together_1(fn_carbon_skeleton_1(fn_carbohydrate_6(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_carbohydrate_36(X)))
& electronegativity_value_1(fn_polar_covalent_bond_2(fn_carbohydrate_36(X)))
& electronegativity_value_1(fn_hydrogen_2(fn_carbohydrate_32(X)))
& entity_1(fn_attract_2(fn_carbohydrate_40(X)))
& proton_1(fn_hydrogen_13(fn_carbohydrate_32(X)))
& center_1(fn_polar_covalent_bond_21(fn_carbohydrate_36(X)))
& center_1(fn_hydrogen_14(fn_carbohydrate_32(X)))
& entity_1(fn_attract_1(fn_carbohydrate_40(X)))
& electron_1(fn_first_electron_shell_5(fn_carbohydrate_28(X)))
& electron_1(fn_polar_covalent_bond_11(fn_carbohydrate_36(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_carbohydrate_36(X)))
& valence_electron_1(fn_hydrogen_12(fn_carbohydrate_32(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_13(fn_carbohydrate_36(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_carbohydrate_32(X)))
& entity_1(fn_polar_covalent_bond_19(fn_carbohydrate_36(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_carbohydrate_36(X)))
& atom_1(fn_polar_covalent_bond_19(fn_carbohydrate_36(X)))
& entity_1(fn_polar_covalent_bond_18(fn_carbohydrate_36(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_carbohydrate_36(X)))
& atom_1(fn_polar_covalent_bond_18(fn_carbohydrate_36(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_carbohydrate_33(X)))
& chemical_entity_1(fn_functional_group_1(fn_carbohydrate_34(X)))
& chemical_entity_1(fn_functional_group_1(fn_carbohydrate_33(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_carbohydrate_6(X)))
& the_cardinal_value_2(fn_carbohydrate_11(X),"3.44")
& cardinal_unit_class_2(fn_carbohydrate_11(X),unity_0)
& the_cardinal_value_2(fn_carbohydrate_4(X),"0.0e0")
& cardinal_unit_class_2(fn_carbohydrate_4(X),unity_0)
& the_categorical_value_2(fn_carbohydrate_4(X),partial_negative_0)
& the_categorical_value_2(fn_carbohydrate_4(X),partial_positive_0)
& fn_carbohydrate_3(X) != fn_carbohydrate_21(X)
& fn_carbohydrate_21(X) != fn_carbohydrate_3(X)
& fn_carbohydrate_24(X) != fn_carbohydrate_28(X)
& fn_carbohydrate_28(X) != fn_carbohydrate_24(X)
& has_part_2(X,fn_carbohydrate_32(X))
& has_part_2(X,fn_carbohydrate_39(X))
& has_region_2(X,fn_carbohydrate_2(X))
& possesses_2(X,fn_carbohydrate_36(X))
& object_2(fn_carbohydrate_40(X),fn_carbohydrate_29(X))
& agent_2(fn_carbohydrate_40(X),fn_carbohydrate_41(X))
& possesses_2(X,fn_carbohydrate_35(X))
& has_region_2(X,fn_carbohydrate_34(X))
& has_region_2(X,fn_carbohydrate_33(X))
& is_inside_2(fn_carbohydrate_39(X),fn_carbohydrate_34(X))
& has_region_2(fn_carbohydrate_24(X),fn_carbohydrate_13(X))
& is_inside_2(fn_carbohydrate_31(X),fn_carbohydrate_13(X))
& has_region_2(fn_carbohydrate_28(X),fn_carbohydrate_13(X))
& is_inside_2(fn_carbohydrate_29(X),fn_carbohydrate_13(X))
& object_2(fn_carbohydrate_15(X),fn_carbohydrate_31(X))
& causes_2(fn_carbohydrate_16(X),fn_carbohydrate_15(X))
& object_2(fn_carbohydrate_16(X),fn_carbohydrate_31(X))
& object_2(fn_carbohydrate_14(X),fn_carbohydrate_31(X))
& agent_2(fn_carbohydrate_14(X),fn_carbohydrate_25(X))
& fn_carbohydrate_39(X) != fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) != fn_carbohydrate_39(X)
& has_part_2(fn_carbohydrate_38(X),fn_carbohydrate_25(X))
& is_inside_2(fn_carbohydrate_25(X),fn_carbohydrate_22(X))
& has_region_2(fn_carbohydrate_38(X),fn_carbohydrate_23(X))
& has_region_2(fn_carbohydrate_38(X),fn_carbohydrate_24(X))
& has_region_2(fn_carbohydrate_38(X),fn_carbohydrate_22(X))
& object_2(fn_carbohydrate_37(X),fn_carbohydrate_32(X))
& electronegativity_2(fn_carbohydrate_38(X),fn_carbohydrate_11(X))
& fn_carbohydrate_11(X) != fn_carbohydrate_12(X)
& fn_carbohydrate_12(X) != fn_carbohydrate_11(X)
& has_part_2(X,fn_carbohydrate_38(X))
& has_region_2(fn_carbohydrate_39(X),fn_carbohydrate_21(X))
& is_between_2(fn_carbohydrate_35(X),fn_carbohydrate_39(X))
& has_region_2(fn_carbohydrate_39(X),fn_carbohydrate_20(X))
& is_at_2(fn_carbohydrate_19(X),fn_carbohydrate_20(X))
& fn_carbohydrate_18(X) != fn_carbohydrate_20(X)
& fn_carbohydrate_20(X) != fn_carbohydrate_18(X)
& object_2(fn_carbohydrate_37(X),fn_carbohydrate_38(X))
& is_inside_2(fn_carbohydrate_5(X),fn_carbohydrate_6(X))
& has_part_2(X,fn_carbohydrate_5(X))
& has_region_2(X,fn_carbohydrate_6(X))
& fn_carbohydrate_38(X) != fn_carbohydrate_5(X)
& fn_carbohydrate_5(X) != fn_carbohydrate_38(X)
& has_part_2(fn_carbohydrate_38(X),fn_carbohydrate_31(X))
& is_at_2(fn_carbohydrate_17(X),fn_carbohydrate_18(X))
& is_inside_2(fn_carbohydrate_38(X),fn_carbohydrate_33(X))
& agent_2(fn_carbohydrate_30(X),fn_carbohydrate_32(X))
& agent_2(fn_carbohydrate_30(X),fn_carbohydrate_38(X))
& fn_carbohydrate_38(X) != fn_carbohydrate_32(X)
& is_between_2(fn_carbohydrate_36(X),fn_carbohydrate_32(X))
& is_between_2(fn_carbohydrate_36(X),fn_carbohydrate_38(X))
& fn_carbohydrate_32(X) != fn_carbohydrate_38(X)
& is_inside_2(fn_carbohydrate_32(X),fn_carbohydrate_33(X))
& fn_carbohydrate_32(X) != fn_carbohydrate_39(X)
& has_region_2(fn_carbohydrate_39(X),fn_carbohydrate_19(X))
& fn_carbohydrate_39(X) != fn_carbohydrate_32(X)
& fn_carbohydrate_17(X) != fn_carbohydrate_19(X)
& fn_carbohydrate_19(X) != fn_carbohydrate_17(X)
& is_at_2(fn_carbohydrate_22(X),fn_carbohydrate_23(X))
& fn_carbohydrate_27(X) != fn_carbohydrate_23(X)
& fn_carbohydrate_23(X) != fn_carbohydrate_27(X)
& object_2(fn_carbohydrate_30(X),fn_carbohydrate_31(X))
& is_near_2(fn_carbohydrate_22(X),fn_carbohydrate_31(X))
& fn_carbohydrate_26(X) != fn_carbohydrate_22(X)
& fn_carbohydrate_22(X) != fn_carbohydrate_26(X)
& is_near_2(fn_carbohydrate_31(X),fn_carbohydrate_22(X))
& has_function_2(fn_carbohydrate_36(X),fn_carbohydrate_37(X))
& agent_2(fn_carbohydrate_37(X),fn_carbohydrate_36(X))
& result_2(fn_carbohydrate_30(X),fn_carbohydrate_36(X))
& object_2(fn_carbohydrate_30(X),fn_carbohydrate_29(X))
& fn_carbohydrate_29(X) != fn_carbohydrate_31(X)
& fn_carbohydrate_31(X) != fn_carbohydrate_29(X)
& has_part_2(fn_carbohydrate_32(X),fn_carbohydrate_29(X))
& the_cardinal_value_2(fn_carbohydrate_12(X),"2.1")
& cardinal_unit_class_2(fn_carbohydrate_12(X),unity_0)
& has_region_2(fn_carbohydrate_32(X),fn_carbohydrate_27(X))
& is_at_2(fn_carbohydrate_26(X),fn_carbohydrate_27(X))
& is_inside_2(fn_carbohydrate_41(X),fn_carbohydrate_26(X))
& has_part_2(fn_carbohydrate_32(X),fn_carbohydrate_41(X))
& electronegativity_2(fn_carbohydrate_32(X),fn_carbohydrate_12(X))
& has_region_2(fn_carbohydrate_32(X),fn_carbohydrate_26(X))
& is_inside_2(fn_carbohydrate_26(X),fn_carbohydrate_28(X))
& has_region_2(fn_carbohydrate_32(X),fn_carbohydrate_28(X))
& is_near_2(fn_carbohydrate_29(X),fn_carbohydrate_26(X))
& is_near_2(fn_carbohydrate_26(X),fn_carbohydrate_29(X))
& possesses_2(X,fn_carbohydrate_7(X))
& quantity_2(fn_carbohydrate_7(X),fn_carbohydrate_10(X))
& directly_proportional_2(fn_carbohydrate_9(X),fn_carbohydrate_10(X))
& speed_2(fn_carbohydrate_8(X),fn_carbohydrate_9(X))
& object_2(fn_carbohydrate_8(X),X)
& fn_carbohydrate_29(X) = fn_attract_1(fn_carbohydrate_40(X))
& fn_carbohydrate_41(X) = fn_attract_2(fn_carbohydrate_40(X))
& fn_carbohydrate_35(X) = fn_molecule_10(X)
& X = fn_functional_group_1(fn_carbohydrate_34(X))
& X = fn_functional_group_1(fn_carbohydrate_33(X))
& fn_carbohydrate_39(X) = fn_carbonyl_group_9(fn_carbohydrate_34(X))
& fn_carbohydrate_31(X) = fn_electron_shell_2(fn_carbohydrate_24(X))
& fn_carbohydrate_13(X) = fn_electron_shell_3(fn_carbohydrate_24(X))
& fn_carbohydrate_29(X) = fn_first_electron_shell_5(fn_carbohydrate_28(X))
& fn_carbohydrate_13(X) = fn_first_electron_shell_4(fn_carbohydrate_28(X))
& fn_carbohydrate_25(X) = fn_covalent_bond_4(fn_carbohydrate_35(X))
& fn_carbohydrate_14(X) = fn_covalent_bond_10(fn_carbohydrate_35(X))
& fn_carbohydrate_16(X) = fn_covalent_bond_16(fn_carbohydrate_35(X))
& fn_carbohydrate_15(X) = fn_covalent_bond_1(fn_carbohydrate_35(X))
& fn_carbohydrate_25(X) = fn_polar_covalent_bond_5(fn_carbohydrate_36(X))
& fn_carbohydrate_24(X) = fn_polar_covalent_bond_22(fn_carbohydrate_36(X))
& fn_carbohydrate_38(X) = fn_covalent_bond_19(fn_carbohydrate_35(X))
& fn_carbohydrate_45(X) = fn_polar_covalent_bond_4(fn_carbohydrate_36(X))
& fn_carbohydrate_12(X) = fn_polar_covalent_bond_2(fn_carbohydrate_36(X))
& fn_carbohydrate_11(X) = fn_polar_covalent_bond_1(fn_carbohydrate_36(X))
& fn_carbohydrate_21(X) = fn_covalent_bond_12(fn_carbohydrate_35(X))
& fn_carbohydrate_19(X) = fn_covalent_bond_22(fn_carbohydrate_35(X))
& fn_carbohydrate_18(X) = fn_covalent_bond_23(fn_carbohydrate_35(X))
& fn_carbohydrate_20(X) = fn_covalent_bond_21(fn_carbohydrate_35(X))
& fn_carbohydrate_39(X) = fn_covalent_bond_20(fn_carbohydrate_35(X))
& fn_carbohydrate_39(X) = fn_covalent_bond_19(fn_carbohydrate_35(X))
& fn_carbohydrate_37(X) = fn_carbon_skeleton_1(fn_carbohydrate_6(X))
& X = fn_carbon_skeleton_3(fn_carbohydrate_6(X))
& fn_carbohydrate_38(X) = fn_organic_molecule_2(X)
& fn_carbohydrate_38(X) = fn_carbon_skeleton_2(fn_carbohydrate_6(X))
& fn_carbohydrate_5(X) = fn_organic_molecule_1(X)
& fn_carbohydrate_6(X) = fn_organic_molecule_3(X)
& fn_carbohydrate_5(X) = fn_carbon_skeleton_4(fn_carbohydrate_6(X))
& fn_carbohydrate_31(X) = fn_hydroxyl_group_8(fn_carbohydrate_33(X))
& fn_carbohydrate_18(X) = fn_hydroxyl_group_10(fn_carbohydrate_33(X))
& fn_carbohydrate_36(X) = fn_hydroxyl_group_7(fn_carbohydrate_33(X))
& fn_carbohydrate_38(X) = fn_polar_covalent_bond_18(fn_carbohydrate_36(X))
& fn_carbohydrate_32(X) = fn_polar_covalent_bond_19(fn_carbohydrate_36(X))
& fn_carbohydrate_38(X) = fn_polar_covalent_bond_19(fn_carbohydrate_36(X))
& fn_carbohydrate_38(X) = fn_hydroxyl_group_4(fn_carbohydrate_33(X))
& fn_carbohydrate_32(X) = fn_polar_covalent_bond_18(fn_carbohydrate_36(X))
& fn_carbohydrate_30(X) = fn_hydroxyl_group_5(fn_carbohydrate_33(X))
& fn_carbohydrate_17(X) = fn_hydroxyl_group_11(fn_carbohydrate_33(X))
& fn_carbohydrate_19(X) = fn_hydroxyl_group_9(fn_carbohydrate_33(X))
& fn_carbohydrate_39(X) = fn_hydroxyl_group_4(fn_carbohydrate_33(X))
& fn_carbohydrate_32(X) = fn_hydroxyl_group_6(fn_carbohydrate_33(X))
& fn_carbohydrate_27(X) = fn_polar_covalent_bond_21(fn_carbohydrate_36(X))
& fn_carbohydrate_23(X) = fn_polar_covalent_bond_23(fn_carbohydrate_36(X))
& fn_carbohydrate_26(X) = fn_polar_covalent_bond_13(fn_carbohydrate_36(X))
& fn_carbohydrate_31(X) = fn_covalent_bond_18(fn_carbohydrate_35(X))
& fn_carbohydrate_22(X) = fn_covalent_bond_22(fn_carbohydrate_35(X))
& fn_carbohydrate_31(X) = fn_polar_covalent_bond_11(fn_carbohydrate_36(X))
& fn_carbohydrate_22(X) = fn_polar_covalent_bond_13(fn_carbohydrate_36(X))
& fn_carbohydrate_22(X) = fn_polar_covalent_bond_14(fn_carbohydrate_36(X))
& fn_carbohydrate_31(X) = fn_polar_covalent_bond_12(fn_carbohydrate_36(X))
& fn_carbohydrate_29(X) = fn_polar_covalent_bond_11(fn_carbohydrate_36(X))
& fn_carbohydrate_30(X) = fn_polar_covalent_bond_16(fn_carbohydrate_36(X))
& fn_carbohydrate_37(X) = fn_polar_covalent_bond_17(fn_carbohydrate_36(X))
& fn_carbohydrate_44(X) = fn_hydrogen_1(fn_carbohydrate_32(X))
& fn_carbohydrate_12(X) = fn_hydrogen_2(fn_carbohydrate_32(X))
& fn_carbohydrate_41(X) = fn_hydrogen_13(fn_carbohydrate_32(X))
& fn_carbohydrate_27(X) = fn_hydrogen_14(fn_carbohydrate_32(X))
& fn_carbohydrate_28(X) = fn_hydrogen_16(fn_carbohydrate_32(X))
& fn_carbohydrate_29(X) = fn_hydrogen_12(fn_carbohydrate_32(X))
& fn_carbohydrate_26(X) = fn_hydrogen_15(fn_carbohydrate_32(X))
& fn_carbohydrate_42(X) = fn_molecule_2(X)
& fn_carbohydrate_43(X) = fn_molecule_1(X)
& fn_carbohydrate_8(X) = fn_molecule_8(X)
& fn_carbohydrate_9(X) = fn_molecule_3(X)
& fn_carbohydrate_10(X) = fn_molecule_4(X)
& fn_carbohydrate_7(X) = fn_molecule_12(X)
& fn_electron_shell_3(fn_carbohydrate_24(X)) = fn_electron_shell_3(fn_carbohydrate_24(X))
& fn_electron_shell_3(fn_carbohydrate_24(X)) = fn_first_electron_shell_4(fn_carbohydrate_28(X))
& fn_first_electron_shell_4(fn_carbohydrate_28(X)) = fn_first_electron_shell_4(fn_carbohydrate_28(X))
& fn_first_electron_shell_4(fn_carbohydrate_28(X)) = fn_covalent_bond_4(fn_carbohydrate_35(X))
& fn_covalent_bond_4(fn_carbohydrate_35(X)) = fn_polar_covalent_bond_5(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_5(fn_carbohydrate_36(X)) = fn_polar_covalent_bond_5(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_5(fn_carbohydrate_36(X)) = fn_organic_molecule_1(X)
& fn_carbon_skeleton_4(fn_carbohydrate_6(X)) = fn_carbon_skeleton_4(fn_carbohydrate_6(X))
& fn_carbon_skeleton_4(fn_carbohydrate_6(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_carbon_skeleton_4(fn_carbohydrate_6(X))
& fn_carbon_skeleton_4(fn_carbohydrate_6(X)) = fn_covalent_bond_23(fn_carbohydrate_35(X))
& fn_covalent_bond_23(fn_carbohydrate_35(X)) = fn_covalent_bond_23(fn_carbohydrate_35(X))
& fn_covalent_bond_23(fn_carbohydrate_35(X)) = fn_hydroxyl_group_10(fn_carbohydrate_33(X))
& fn_hydroxyl_group_10(fn_carbohydrate_33(X)) = fn_covalent_bond_19(fn_carbohydrate_35(X))
& fn_polar_covalent_bond_18(fn_carbohydrate_36(X)) = fn_covalent_bond_19(fn_carbohydrate_35(X))
& fn_covalent_bond_19(fn_carbohydrate_35(X)) = fn_polar_covalent_bond_18(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_19(fn_carbohydrate_36(X)) = fn_polar_covalent_bond_19(fn_carbohydrate_36(X))
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_polar_covalent_bond_19(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_19(fn_carbohydrate_36(X)) = fn_organic_molecule_2(X)
& fn_carbon_skeleton_2(fn_carbohydrate_6(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_carbon_skeleton_2(fn_carbohydrate_6(X))
& fn_carbon_skeleton_2(fn_carbohydrate_6(X)) = fn_carbon_skeleton_2(fn_carbohydrate_6(X))
& fn_carbon_skeleton_2(fn_carbohydrate_6(X)) = fn_hydroxyl_group_4(fn_carbohydrate_33(X))
& fn_hydroxyl_group_4(fn_carbohydrate_33(X)) = fn_covalent_bond_22(fn_carbohydrate_35(X))
& fn_covalent_bond_22(fn_carbohydrate_35(X)) = fn_hydroxyl_group_9(fn_carbohydrate_33(X))
& fn_hydroxyl_group_9(fn_carbohydrate_33(X)) = fn_hydroxyl_group_9(fn_carbohydrate_33(X))
& fn_hydroxyl_group_9(fn_carbohydrate_33(X)) = fn_carbonyl_group_9(fn_carbohydrate_34(X))
& fn_carbonyl_group_9(fn_carbohydrate_34(X)) = fn_covalent_bond_20(fn_carbohydrate_35(X))
& fn_covalent_bond_20(fn_carbohydrate_35(X)) = fn_covalent_bond_20(fn_carbohydrate_35(X))
& fn_covalent_bond_19(fn_carbohydrate_35(X)) = fn_covalent_bond_20(fn_carbohydrate_35(X))
& fn_covalent_bond_20(fn_carbohydrate_35(X)) = fn_covalent_bond_19(fn_carbohydrate_35(X))
& fn_covalent_bond_19(fn_carbohydrate_35(X)) = fn_covalent_bond_19(fn_carbohydrate_35(X))
& fn_covalent_bond_19(fn_carbohydrate_35(X)) = fn_hydroxyl_group_4(fn_carbohydrate_33(X))
& fn_hydroxyl_group_4(fn_carbohydrate_33(X)) = fn_hydroxyl_group_4(fn_carbohydrate_33(X))
& fn_hydroxyl_group_4(fn_carbohydrate_33(X)) = fn_polar_covalent_bond_13(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_13(fn_carbohydrate_36(X)) = fn_covalent_bond_22(fn_carbohydrate_35(X))
& fn_covalent_bond_22(fn_carbohydrate_35(X)) = fn_polar_covalent_bond_13(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_14(fn_carbohydrate_36(X)) = fn_polar_covalent_bond_14(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_14(fn_carbohydrate_36(X)) = fn_polar_covalent_bond_13(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_13(fn_carbohydrate_36(X)) = fn_polar_covalent_bond_14(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_14(fn_carbohydrate_36(X)) = fn_electron_shell_2(fn_carbohydrate_24(X))
& fn_electron_shell_2(fn_carbohydrate_24(X)) = fn_covalent_bond_18(fn_carbohydrate_35(X))
& fn_covalent_bond_18(fn_carbohydrate_35(X)) = fn_covalent_bond_18(fn_carbohydrate_35(X))
& fn_polar_covalent_bond_11(fn_carbohydrate_36(X)) = fn_covalent_bond_18(fn_carbohydrate_35(X))
& fn_covalent_bond_18(fn_carbohydrate_35(X)) = fn_polar_covalent_bond_11(fn_carbohydrate_36(X))
& fn_hydroxyl_group_8(fn_carbohydrate_33(X)) = fn_polar_covalent_bond_11(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_11(fn_carbohydrate_36(X)) = fn_hydroxyl_group_8(fn_carbohydrate_33(X))
& fn_hydroxyl_group_8(fn_carbohydrate_33(X)) = fn_polar_covalent_bond_12(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_12(fn_carbohydrate_36(X)) = fn_polar_covalent_bond_12(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_12(fn_carbohydrate_36(X)) = fn_polar_covalent_bond_16(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_16(fn_carbohydrate_36(X)) = fn_hydroxyl_group_5(fn_carbohydrate_33(X))
& fn_hydroxyl_group_5(fn_carbohydrate_33(X)) = fn_polar_covalent_bond_16(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_16(fn_carbohydrate_36(X)) = fn_polar_covalent_bond_16(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_16(fn_carbohydrate_36(X)) = fn_polar_covalent_bond_17(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_17(fn_carbohydrate_36(X)) = fn_carbon_skeleton_1(fn_carbohydrate_6(X))
& fn_carbon_skeleton_1(fn_carbohydrate_6(X)) = fn_polar_covalent_bond_17(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_17(fn_carbohydrate_36(X)) = fn_polar_covalent_bond_17(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_17(fn_carbohydrate_36(X)) = fn_polar_covalent_bond_2(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_2(fn_carbohydrate_36(X)) = fn_hydrogen_2(fn_carbohydrate_32(X))
& fn_hydrogen_2(fn_carbohydrate_32(X)) = fn_hydrogen_2(fn_carbohydrate_32(X))
& fn_hydrogen_2(fn_carbohydrate_32(X)) = fn_attract_2(fn_carbohydrate_40(X))
& fn_attract_2(fn_carbohydrate_40(X)) = fn_hydrogen_13(fn_carbohydrate_32(X))
& fn_hydrogen_13(fn_carbohydrate_32(X)) = fn_hydrogen_13(fn_carbohydrate_32(X))
& fn_hydrogen_13(fn_carbohydrate_32(X)) = fn_polar_covalent_bond_21(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_21(fn_carbohydrate_36(X)) = fn_polar_covalent_bond_21(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_21(fn_carbohydrate_36(X)) = fn_hydrogen_14(fn_carbohydrate_32(X))
& fn_hydrogen_14(fn_carbohydrate_32(X)) = fn_hydrogen_14(fn_carbohydrate_32(X))
& fn_hydrogen_14(fn_carbohydrate_32(X)) = fn_attract_1(fn_carbohydrate_40(X))
& fn_attract_1(fn_carbohydrate_40(X)) = fn_first_electron_shell_5(fn_carbohydrate_28(X))
& fn_first_electron_shell_5(fn_carbohydrate_28(X)) = fn_first_electron_shell_5(fn_carbohydrate_28(X))
& fn_first_electron_shell_5(fn_carbohydrate_28(X)) = fn_polar_covalent_bond_11(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_11(fn_carbohydrate_36(X)) = fn_polar_covalent_bond_11(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_11(fn_carbohydrate_36(X)) = fn_hydrogen_12(fn_carbohydrate_32(X))
& fn_hydrogen_12(fn_carbohydrate_32(X)) = fn_hydrogen_12(fn_carbohydrate_32(X))
& fn_hydrogen_12(fn_carbohydrate_32(X)) = fn_polar_covalent_bond_13(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_13(fn_carbohydrate_36(X)) = fn_polar_covalent_bond_13(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_13(fn_carbohydrate_36(X)) = fn_hydrogen_15(fn_carbohydrate_32(X))
& fn_hydrogen_15(fn_carbohydrate_32(X)) = fn_hydrogen_15(fn_carbohydrate_32(X))
& fn_hydrogen_15(fn_carbohydrate_32(X)) = fn_polar_covalent_bond_18(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_18(fn_carbohydrate_36(X)) = fn_polar_covalent_bond_19(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_19(fn_carbohydrate_36(X)) = fn_polar_covalent_bond_18(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_18(fn_carbohydrate_36(X)) = fn_polar_covalent_bond_18(fn_carbohydrate_36(X))
& fn_hydroxyl_group_6(fn_carbohydrate_33(X)) = fn_polar_covalent_bond_18(fn_carbohydrate_36(X))
& fn_polar_covalent_bond_18(fn_carbohydrate_36(X)) = fn_hydroxyl_group_6(fn_carbohydrate_33(X))
& fn_hydroxyl_group_6(fn_carbohydrate_33(X)) = fn_hydroxyl_group_6(fn_carbohydrate_33(X))
& fn_hydroxyl_group_6(fn_carbohydrate_33(X)) = fn_functional_group_1(fn_carbohydrate_34(X))
& fn_functional_group_1(fn_carbohydrate_34(X)) = fn_functional_group_1(fn_carbohydrate_33(X))
& fn_functional_group_1(fn_carbohydrate_33(X)) = fn_carbon_skeleton_3(fn_carbohydrate_6(X))
& fn_carbon_skeleton_3(fn_carbohydrate_6(X)) = fn_carbon_skeleton_3(fn_carbohydrate_6(X)) ) ) ).
fof(a528062,axiom,
! [X] :
( carbohydrate_side_chain_1(X)
=> ( original_name_2(X,'Carbohydrate-Side-Chain')
& user_description_2(X,'Carbohydrate side chain is a chain of carbohydrate attached to an entity. They are basically oligosaccharides.')
& concept2words_2(X,'carbohydrate side chain')
& concept2words_2(X,'carbohydrate-side-chain')
& oligosaccharide_1(X)
& extra_cellular_matrix_1(fn_carbohydrate_side_chain_1(X))
& shape_value_1(fn_carbohydrate_side_chain_2(X))
& organic_molecule_1(fn_carbohydrate_side_chain_4(X))
& electron_shell_1(fn_carbohydrate_side_chain_9(X))
& entity_1(fn_carbohydrate_side_chain_10(X))
& electron_1(fn_carbohydrate_side_chain_10(X))
& valence_electron_1(fn_carbohydrate_side_chain_10(X))
& hold_together_1(fn_carbohydrate_side_chain_11(X))
& share_1(fn_carbohydrate_side_chain_12(X))
& system_1(fn_carbohydrate_side_chain_13(X))
& atomic_number_value_1(fn_carbohydrate_side_chain_14(X))
& quantity_value_1(fn_carbohydrate_side_chain_16(X))
& quantity_value_1(fn_carbohydrate_side_chain_17(X))
& entity_1(fn_carbohydrate_side_chain_18(X))
& proton_1(fn_carbohydrate_side_chain_18(X))
& entity_1(fn_carbohydrate_side_chain_22(X))
& carbon_1(fn_carbohydrate_side_chain_22(X))
& atom_1(fn_carbohydrate_side_chain_22(X))
& chemical_entity_1(fn_carbohydrate_side_chain_22(X))
& carbon_1(fn_carbohydrate_side_chain_23(X))
& entity_1(fn_carbohydrate_side_chain_24(X))
& atom_1(fn_carbohydrate_side_chain_24(X))
& chemical_entity_1(fn_carbohydrate_side_chain_24(X))
& oxygen_1(fn_carbohydrate_side_chain_24(X))
& entity_1(fn_carbohydrate_side_chain_25(X))
& chemical_entity_1(fn_carbohydrate_side_chain_25(X))
& atom_1(fn_carbohydrate_side_chain_25(X))
& hydrogen_1(fn_carbohydrate_side_chain_25(X))
& entity_1(fn_carbohydrate_side_chain_26(X))
& atom_1(fn_carbohydrate_side_chain_26(X))
& chemical_entity_1(fn_carbohydrate_side_chain_26(X))
& oxygen_1(fn_carbohydrate_side_chain_26(X))
& polar_covalent_bond_1(fn_carbohydrate_side_chain_27(X))
& double_bond_1(fn_carbohydrate_side_chain_28(X))
& functional_group_1(fn_carbohydrate_side_chain_29(X))
& carbonyl_group_1(fn_carbohydrate_side_chain_29(X))
& attract_1(fn_carbohydrate_side_chain_30(X))
& carbon_skeleton_1(fn_carbohydrate_side_chain_31(X))
& hydrophilic_region_1(fn_carbohydrate_side_chain_32(X))
& functional_group_1(fn_carbohydrate_side_chain_33(X))
& hydroxyl_group_1(fn_carbohydrate_side_chain_33(X))
& entity_1(fn_carbohydrate_side_chain_34(X))
& electron_1(fn_carbohydrate_side_chain_34(X))
& valence_electron_1(fn_carbohydrate_side_chain_34(X))
& electronegativity_value_1(fn_carbohydrate_side_chain_35(X))
& electronegativity_value_1(fn_carbohydrate_side_chain_36(X))
& electronegativity_value_1(fn_carbohydrate_side_chain_37(X))
& electron_1(fn_carbohydrate_side_chain_38(X))
& valence_electron_1(fn_carbohydrate_side_chain_38(X))
& entity_1(fn_carbohydrate_side_chain_39(X))
& electron_1(fn_carbohydrate_side_chain_39(X))
& valence_electron_1(fn_carbohydrate_side_chain_39(X))
& attract_1(fn_carbohydrate_side_chain_40(X))
& proton_1(fn_carbohydrate_side_chain_41(X))
& atomic_nucleus_1(fn_carbohydrate_side_chain_42(X))
& atomic_orbital_1(fn_carbohydrate_side_chain_43(X))
& s_orbital_1(fn_carbohydrate_side_chain_43(X))
& electron_shell_1(fn_carbohydrate_side_chain_44(X))
& center_1(fn_carbohydrate_side_chain_45(X))
& atomic_nucleus_1(fn_carbohydrate_side_chain_46(X))
& proton_1(fn_carbohydrate_side_chain_47(X))
& center_1(fn_carbohydrate_side_chain_48(X))
& atomic_nucleus_1(fn_carbohydrate_side_chain_49(X))
& quantity_value_1(fn_carbohydrate_side_chain_50(X))
& speed_value_1(fn_carbohydrate_side_chain_51(X))
& constant_motion_1(fn_carbohydrate_side_chain_52(X))
& kinetic_energy_1(fn_carbohydrate_side_chain_53(X))
& property_node_1(fn_oxygen_6(fn_carbohydrate_side_chain_26(X)))
& electronegativity_value_1(fn_oxygen_5(fn_carbohydrate_side_chain_26(X)))
& property_node_1(fn_oxygen_6(fn_carbohydrate_side_chain_24(X)))
& property_node_1(fn_oxygen_12(fn_carbohydrate_side_chain_24(X)))
& electronegativity_value_1(fn_oxygen_5(fn_carbohydrate_side_chain_24(X)))
& quantity_value_1(fn_oxygen_19(fn_carbohydrate_side_chain_24(X)))
& attract_1(fn_hydrophilic_region_2(fn_carbohydrate_side_chain_32(X)))
& equation_set_1(fn_oxygen_20(fn_carbohydrate_side_chain_24(X)))
& equation_big_node_1(fn_oxygen_10(fn_carbohydrate_side_chain_24(X)))
& system_1(fn_oxygen_21(fn_carbohydrate_side_chain_24(X)))
& property_node_1(fn_oxygen_14(fn_carbohydrate_side_chain_24(X)))
& atomic_number_value_1(fn_oxygen_17(fn_carbohydrate_side_chain_24(X)))
& property_node_1(fn_hydrogen_1(fn_carbohydrate_side_chain_25(X)))
& electronegativity_value_1(fn_hydrogen_2(fn_carbohydrate_side_chain_25(X)))
& proton_1(fn_oxygen_18(fn_carbohydrate_side_chain_26(X)))
& electron_shell_1(fn_atom_9(fn_carbohydrate_side_chain_26(X)))
& electron_shell_1(fn_atom_9(fn_carbohydrate_side_chain_24(X)))
& share_1(fn_carbonyl_group_5(fn_carbohydrate_side_chain_29(X)))
& hold_together_1(fn_carbonyl_group_10(fn_carbohydrate_side_chain_29(X)))
& chemical_entity_1(fn_functional_group_1(fn_carbohydrate_side_chain_33(X)))
& entity_1(fn_attract_2(fn_carbohydrate_side_chain_30(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_carbohydrate_side_chain_31(X)))
& electron_1(fn_atom_14(fn_carbohydrate_side_chain_26(X)))
& valence_electron_1(fn_carbonyl_group_4(fn_carbohydrate_side_chain_29(X)))
& atomic_nucleus_1(fn_atom_18(fn_carbohydrate_side_chain_24(X)))
& atomic_nucleus_1(fn_hydroxyl_group_9(fn_carbohydrate_side_chain_33(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_carbohydrate_side_chain_33(X)))
& property_node_1(fn_oxygen_11(fn_carbohydrate_side_chain_24(X)))
& property_node_1(fn_oxygen_9(fn_carbohydrate_side_chain_24(X)))
& electron_1(fn_atom_14(fn_carbohydrate_side_chain_24(X)))
& valence_electron_1(fn_oxygen_1(fn_carbohydrate_side_chain_24(X)))
& valence_electron_1(fn_carbonyl_group_6(fn_carbohydrate_side_chain_29(X)))
& electron_1(fn_hydroxyl_group_8(fn_carbohydrate_side_chain_33(X)))
& valence_electron_1(fn_hydroxyl_group_8(fn_carbohydrate_side_chain_33(X)))
& valence_electron_1(fn_oxygen_8(fn_carbohydrate_side_chain_24(X)))
& proton_1(fn_oxygen_18(fn_carbohydrate_side_chain_24(X)))
& quantity_value_1(fn_oxygen_7(fn_carbohydrate_side_chain_24(X)))
& quantity_value_1(fn_oxygen_13(fn_carbohydrate_side_chain_24(X)))
& oxygen_1(fn_carbonyl_group_9(fn_carbohydrate_side_chain_29(X)))
& entity_1(fn_carbonyl_group_7(fn_carbohydrate_side_chain_29(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_carbohydrate_side_chain_29(X)))
& atom_1(fn_carbonyl_group_7(fn_carbohydrate_side_chain_29(X)))
& carbon_1(fn_carbonyl_group_7(fn_carbohydrate_side_chain_29(X)))
& atom_1(fn_carbon_skeleton_2(fn_carbohydrate_side_chain_31(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_carbohydrate_side_chain_31(X)))
& carbon_1(fn_carbon_skeleton_4(fn_carbohydrate_side_chain_31(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_carbohydrate_side_chain_33(X)))
& proton_1(fn_hydrogen_13(fn_carbohydrate_side_chain_25(X)))
& atomic_nucleus_1(fn_hydroxyl_group_11(fn_carbohydrate_side_chain_33(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_carbohydrate_side_chain_25(X)))
& valence_electron_1(fn_hydrogen_12(fn_carbohydrate_side_chain_25(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_carbohydrate_side_chain_33(X)))
& fn_carbohydrate_side_chain_9(X) != fn_carbohydrate_side_chain_44(X)
& is_inside_2(fn_carbohydrate_side_chain_22(X),fn_carbohydrate_side_chain_31(X))
& fn_carbohydrate_side_chain_22(X) != fn_carbohydrate_side_chain_25(X)
& fn_carbohydrate_side_chain_25(X) != fn_carbohydrate_side_chain_22(X)
& base_2(fn_carbohydrate_side_chain_30(X),fn_carbohydrate_side_chain_1(X))
& has_function_2(X,fn_carbohydrate_side_chain_30(X))
& shape_2(X,fn_carbohydrate_side_chain_2(X))
& the_categorical_value_2(fn_carbohydrate_side_chain_2(X),branched_0)
& has_part_2(fn_carbohydrate_side_chain_4(X),X)
& fn_carbohydrate_side_chain_35(X) != fn_carbohydrate_side_chain_37(X)
& fn_carbohydrate_side_chain_36(X) != fn_carbohydrate_side_chain_37(X)
& fn_carbohydrate_side_chain_37(X) != fn_carbohydrate_side_chain_35(X)
& fn_carbohydrate_side_chain_37(X) != fn_carbohydrate_side_chain_36(X)
& fn_carbohydrate_side_chain_44(X) != fn_carbohydrate_side_chain_9(X)
& has_region_2(fn_carbohydrate_side_chain_26(X),fn_carbohydrate_side_chain_9(X))
& has_region_2(fn_carbohydrate_side_chain_26(X),fn_carbohydrate_side_chain_44(X))
& agent_2(fn_carbohydrate_side_chain_30(X),X)
& has_part_2(fn_carbohydrate_side_chain_26(X),fn_carbohydrate_side_chain_18(X))
& electronegativity_2(fn_carbohydrate_side_chain_26(X),fn_carbohydrate_side_chain_36(X))
& the_cardinal_value_2(fn_carbohydrate_side_chain_36(X),"3.44")
& cardinal_unit_class_2(fn_carbohydrate_side_chain_36(X),unity_0)
& object_2(fn_carbohydrate_side_chain_12(X),fn_carbohydrate_side_chain_10(X))
& object_2(fn_carbohydrate_side_chain_11(X),fn_carbohydrate_side_chain_26(X))
& is_inside_2(fn_carbohydrate_side_chain_22(X),fn_carbohydrate_side_chain_29(X))
& has_part_2(fn_carbohydrate_side_chain_22(X),fn_carbohydrate_side_chain_39(X))
& is_inside_2(fn_carbohydrate_side_chain_26(X),fn_carbohydrate_side_chain_29(X))
& agent_2(fn_carbohydrate_side_chain_12(X),fn_carbohydrate_side_chain_26(X))
& object_2(fn_carbohydrate_side_chain_12(X),fn_carbohydrate_side_chain_34(X))
& is_between_2(fn_carbohydrate_side_chain_28(X),fn_carbohydrate_side_chain_24(X))
& is_inside_2(fn_carbohydrate_side_chain_47(X),fn_carbohydrate_side_chain_46(X))
& has_region_2(X,fn_carbohydrate_side_chain_32(X))
& is_inside_2(fn_carbohydrate_side_chain_18(X),fn_carbohydrate_side_chain_49(X))
& is_inside_2(fn_carbohydrate_side_chain_38(X),fn_carbohydrate_side_chain_43(X))
& fn_carbohydrate_side_chain_38(X) != fn_carbohydrate_side_chain_39(X)
& fn_carbohydrate_side_chain_39(X) != fn_carbohydrate_side_chain_38(X)
& fn_carbohydrate_side_chain_49(X) != fn_carbohydrate_side_chain_42(X)
& is_near_2(fn_carbohydrate_side_chain_10(X),fn_carbohydrate_side_chain_49(X))
& is_near_2(fn_carbohydrate_side_chain_49(X),fn_carbohydrate_side_chain_10(X))
& fn_carbohydrate_side_chain_42(X) != fn_carbohydrate_side_chain_49(X)
& has_region_2(fn_carbohydrate_side_chain_44(X),fn_carbohydrate_side_chain_43(X))
& is_inside_2(fn_carbohydrate_side_chain_34(X),fn_carbohydrate_side_chain_43(X))
& fn_carbohydrate_side_chain_34(X) != fn_carbohydrate_side_chain_38(X)
& object_2(fn_carbohydrate_side_chain_40(X),fn_carbohydrate_side_chain_38(X))
& agent_2(fn_carbohydrate_side_chain_40(X),fn_carbohydrate_side_chain_41(X))
& fn_carbohydrate_side_chain_38(X) != fn_carbohydrate_side_chain_34(X)
& object_2(fn_carbohydrate_side_chain_52(X),X)
& speed_2(fn_carbohydrate_side_chain_52(X),fn_carbohydrate_side_chain_51(X))
& directly_proportional_2(fn_carbohydrate_side_chain_51(X),fn_carbohydrate_side_chain_50(X))
& quantity_2(fn_carbohydrate_side_chain_53(X),fn_carbohydrate_side_chain_50(X))
& possesses_2(X,fn_carbohydrate_side_chain_53(X))
& has_region_2(fn_carbohydrate_side_chain_24(X),fn_carbohydrate_side_chain_45(X))
& is_at_2(fn_carbohydrate_side_chain_46(X),fn_carbohydrate_side_chain_45(X))
& fn_carbohydrate_side_chain_46(X) != fn_carbohydrate_side_chain_49(X)
& fn_carbohydrate_side_chain_48(X) != fn_carbohydrate_side_chain_45(X)
& fn_carbohydrate_side_chain_45(X) != fn_carbohydrate_side_chain_48(X)
& fn_carbohydrate_side_chain_49(X) != fn_carbohydrate_side_chain_46(X)
& has_region_2(X,fn_carbohydrate_side_chain_33(X))
& is_inside_2(fn_carbohydrate_side_chain_24(X),fn_carbohydrate_side_chain_33(X))
& has_region_2(fn_carbohydrate_side_chain_24(X),fn_carbohydrate_side_chain_44(X))
& fn_carbohydrate_side_chain_23(X) != fn_carbohydrate_side_chain_24(X)
& fn_carbohydrate_side_chain_24(X) != fn_carbohydrate_side_chain_23(X)
& has_part_2(X,fn_carbohydrate_side_chain_25(X))
& has_part_2(X,fn_carbohydrate_side_chain_26(X))
& has_part_2(X,fn_carbohydrate_side_chain_22(X))
& possesses_2(X,fn_carbohydrate_side_chain_27(X))
& has_region_2(fn_carbohydrate_side_chain_26(X),fn_carbohydrate_side_chain_49(X))
& is_at_2(fn_carbohydrate_side_chain_49(X),fn_carbohydrate_side_chain_48(X))
& has_region_2(fn_carbohydrate_side_chain_26(X),fn_carbohydrate_side_chain_48(X))
& possesses_2(X,fn_carbohydrate_side_chain_28(X))
& has_part_2(X,fn_carbohydrate_side_chain_24(X))
& agent_2(fn_carbohydrate_side_chain_12(X),fn_carbohydrate_side_chain_24(X))
& result_2(fn_carbohydrate_side_chain_12(X),fn_carbohydrate_side_chain_28(X))
& has_function_2(fn_carbohydrate_side_chain_28(X),fn_carbohydrate_side_chain_11(X))
& object_2(fn_carbohydrate_side_chain_11(X),fn_carbohydrate_side_chain_24(X))
& agent_2(fn_carbohydrate_side_chain_11(X),fn_carbohydrate_side_chain_28(X))
& is_between_2(fn_carbohydrate_side_chain_28(X),fn_carbohydrate_side_chain_26(X))
& fn_carbohydrate_side_chain_25(X) != fn_carbohydrate_side_chain_26(X)
& fn_carbohydrate_side_chain_26(X) != fn_carbohydrate_side_chain_25(X)
& has_region_2(X,fn_carbohydrate_side_chain_29(X))
& is_inside_2(fn_carbohydrate_side_chain_24(X),fn_carbohydrate_side_chain_29(X))
& fn_carbohydrate_side_chain_24(X) != fn_carbohydrate_side_chain_22(X)
& fn_carbohydrate_side_chain_22(X) != fn_carbohydrate_side_chain_26(X)
& fn_carbohydrate_side_chain_26(X) != fn_carbohydrate_side_chain_24(X)
& fn_carbohydrate_side_chain_22(X) != fn_carbohydrate_side_chain_24(X)
& fn_carbohydrate_side_chain_26(X) != fn_carbohydrate_side_chain_22(X)
& fn_carbohydrate_side_chain_24(X) != fn_carbohydrate_side_chain_26(X)
& has_region_2(X,fn_carbohydrate_side_chain_31(X))
& has_part_2(X,fn_carbohydrate_side_chain_23(X))
& has_part_2(fn_carbohydrate_side_chain_26(X),fn_carbohydrate_side_chain_10(X))
& has_region_2(fn_carbohydrate_side_chain_24(X),fn_carbohydrate_side_chain_46(X))
& is_near_2(fn_carbohydrate_side_chain_34(X),fn_carbohydrate_side_chain_46(X))
& is_near_2(fn_carbohydrate_side_chain_46(X),fn_carbohydrate_side_chain_34(X))
& fn_carbohydrate_side_chain_42(X) != fn_carbohydrate_side_chain_46(X)
& fn_carbohydrate_side_chain_46(X) != fn_carbohydrate_side_chain_42(X)
& is_between_2(fn_carbohydrate_side_chain_27(X),fn_carbohydrate_side_chain_26(X))
& is_between_2(fn_carbohydrate_side_chain_27(X),fn_carbohydrate_side_chain_25(X))
& is_inside_2(fn_carbohydrate_side_chain_25(X),fn_carbohydrate_side_chain_33(X))
& fn_carbohydrate_side_chain_24(X) != fn_carbohydrate_side_chain_25(X)
& fn_carbohydrate_side_chain_25(X) != fn_carbohydrate_side_chain_24(X)
& called_2(fn_carbohydrate_side_chain_16(X),'Number_Proton')
& called_2(fn_carbohydrate_side_chain_14(X),'Atomic_Number')
& electronegativity_2(fn_carbohydrate_side_chain_24(X),fn_carbohydrate_side_chain_35(X))
& the_cardinal_value_2(fn_carbohydrate_side_chain_35(X),"3.44")
& cardinal_unit_class_2(fn_carbohydrate_side_chain_35(X),unity_0)
& called_2(fn_carbohydrate_side_chain_17(X),'Number_Electron')
& quantity_2(fn_carbohydrate_side_chain_47(X),fn_carbohydrate_side_chain_16(X))
& has_part_2(fn_carbohydrate_side_chain_24(X),fn_carbohydrate_side_chain_47(X))
& has_part_2(fn_carbohydrate_side_chain_24(X),fn_carbohydrate_side_chain_34(X))
& quantity_2(fn_carbohydrate_side_chain_34(X),fn_carbohydrate_side_chain_17(X))
& fn_carbohydrate_side_chain_14(X) = fn_carbohydrate_side_chain_16(X)
& fn_carbohydrate_side_chain_16(X) = fn_carbohydrate_side_chain_14(X)
& fn_carbohydrate_side_chain_17(X) = fn_carbohydrate_side_chain_16(X)
& fn_carbohydrate_side_chain_16(X) = fn_carbohydrate_side_chain_17(X)
& is_near_2(fn_carbohydrate_side_chain_38(X),fn_carbohydrate_side_chain_42(X))
& is_near_2(fn_carbohydrate_side_chain_42(X),fn_carbohydrate_side_chain_38(X))
& the_cardinal_value_2(fn_carbohydrate_side_chain_37(X),"2.1")
& cardinal_unit_class_2(fn_carbohydrate_side_chain_37(X),unity_0)
& electronegativity_2(fn_carbohydrate_side_chain_25(X),fn_carbohydrate_side_chain_37(X))
& has_part_2(fn_carbohydrate_side_chain_25(X),fn_carbohydrate_side_chain_41(X))
& is_inside_2(fn_carbohydrate_side_chain_41(X),fn_carbohydrate_side_chain_42(X))
& has_region_2(fn_carbohydrate_side_chain_25(X),fn_carbohydrate_side_chain_42(X))
& has_part_2(fn_carbohydrate_side_chain_25(X),fn_carbohydrate_side_chain_38(X))
& atomic_number_2(fn_carbohydrate_side_chain_24(X),fn_carbohydrate_side_chain_14(X))
& fn_carbohydrate_side_chain_23(X) != fn_carbohydrate_side_chain_22(X)
& fn_carbohydrate_side_chain_22(X) != fn_carbohydrate_side_chain_23(X)
& is_inside_2(fn_carbohydrate_side_chain_23(X),fn_carbohydrate_side_chain_31(X))
& is_inside_2(fn_carbohydrate_side_chain_26(X),fn_carbohydrate_side_chain_33(X))
& site_2(fn_carbohydrate_side_chain_30(X),fn_carbohydrate_side_chain_32(X))
& fn_carbohydrate_side_chain_9(X) = fn_atom_9(fn_carbohydrate_side_chain_26(X))
& fn_carbohydrate_side_chain_44(X) = fn_atom_9(fn_carbohydrate_side_chain_26(X))
& X = fn_attract_2(fn_carbohydrate_side_chain_30(X))
& fn_carbohydrate_side_chain_19(X) = fn_oxygen_6(fn_carbohydrate_side_chain_26(X))
& fn_carbohydrate_side_chain_18(X) = fn_oxygen_18(fn_carbohydrate_side_chain_26(X))
& fn_carbohydrate_side_chain_36(X) = fn_oxygen_5(fn_carbohydrate_side_chain_26(X))
& fn_carbohydrate_side_chain_10(X) = fn_carbonyl_group_4(fn_carbohydrate_side_chain_29(X))
& fn_carbohydrate_side_chain_11(X) = fn_carbonyl_group_10(fn_carbohydrate_side_chain_29(X))
& fn_carbohydrate_side_chain_39(X) = fn_carbonyl_group_4(fn_carbohydrate_side_chain_29(X))
& fn_carbohydrate_side_chain_22(X) = fn_carbonyl_group_7(fn_carbohydrate_side_chain_29(X))
& fn_carbohydrate_side_chain_34(X) = fn_carbonyl_group_6(fn_carbohydrate_side_chain_29(X))
& fn_carbohydrate_side_chain_12(X) = fn_carbonyl_group_5(fn_carbohydrate_side_chain_29(X))
& fn_carbohydrate_side_chain_26(X) = fn_carbonyl_group_9(fn_carbohydrate_side_chain_29(X))
& fn_carbohydrate_side_chain_28(X) = fn_carbohydrate_35(X)
& fn_carbohydrate_side_chain_47(X) = fn_carbohydrate_25(X)
& fn_carbohydrate_side_chain_32(X) = fn_carbohydrate_2(X)
& fn_carbohydrate_side_chain_54(X) = fn_carbohydrate_43(X)
& fn_carbohydrate_side_chain_18(X) = fn_carbohydrate_41(X)
& fn_carbohydrate_side_chain_55(X) = fn_carbohydrate_42(X)
& fn_carbohydrate_side_chain_39(X) = fn_carbohydrate_29(X)
& fn_carbohydrate_side_chain_42(X) = fn_carbohydrate_22(X)
& fn_carbohydrate_side_chain_10(X) = fn_carbohydrate_29(X)
& fn_carbohydrate_side_chain_41(X) = fn_carbohydrate_25(X)
& fn_carbohydrate_side_chain_40(X) = fn_carbohydrate_14(X)
& fn_carbohydrate_side_chain_38(X) = fn_carbohydrate_31(X)
& fn_carbohydrate_side_chain_34(X) = fn_carbohydrate_29(X)
& fn_carbohydrate_side_chain_43(X) = fn_carbohydrate_13(X)
& fn_carbohydrate_side_chain_53(X) = fn_carbohydrate_7(X)
& fn_carbohydrate_side_chain_50(X) = fn_carbohydrate_10(X)
& fn_carbohydrate_side_chain_51(X) = fn_carbohydrate_9(X)
& fn_carbohydrate_side_chain_52(X) = fn_carbohydrate_8(X)
& fn_carbohydrate_side_chain_49(X) = fn_carbohydrate_26(X)
& fn_carbohydrate_side_chain_46(X) = fn_carbohydrate_22(X)
& fn_carbohydrate_side_chain_48(X) = fn_carbohydrate_18(X)
& fn_carbohydrate_side_chain_48(X) = fn_carbohydrate_27(X)
& fn_carbohydrate_side_chain_45(X) = fn_carbohydrate_20(X)
& fn_carbohydrate_side_chain_45(X) = fn_carbohydrate_23(X)
& fn_carbohydrate_side_chain_44(X) = fn_atom_9(fn_carbohydrate_side_chain_24(X))
& fn_carbohydrate_side_chain_44(X) = fn_carbohydrate_24(X)
& fn_carbohydrate_side_chain_23(X) = fn_carbohydrate_5(X)
& fn_carbohydrate_side_chain_24(X) = fn_carbohydrate_38(X)
& X = fn_functional_group_1(fn_carbohydrate_side_chain_33(X))
& fn_carbohydrate_side_chain_33(X) = fn_carbohydrate_33(X)
& fn_carbohydrate_side_chain_27(X) = fn_oligosaccharide_2(X)
& fn_carbohydrate_side_chain_48(X) = fn_oligosaccharide_8(X)
& fn_carbohydrate_side_chain_49(X) = fn_oligosaccharide_7(X)
& fn_carbohydrate_side_chain_12(X) = fn_oligosaccharide_11(X)
& fn_carbohydrate_side_chain_26(X) = fn_oligosaccharide_3(X)
& fn_carbohydrate_side_chain_25(X) = fn_oligosaccharide_4(X)
& fn_carbohydrate_side_chain_28(X) = fn_oligosaccharide_10(X)
& fn_carbohydrate_side_chain_11(X) = fn_oligosaccharide_12(X)
& fn_carbohydrate_side_chain_24(X) = fn_oligosaccharide_3(X)
& fn_carbohydrate_side_chain_26(X) = fn_oligosaccharide_9(X)
& fn_carbohydrate_side_chain_22(X) = fn_oligosaccharide_5(X)
& fn_carbohydrate_side_chain_24(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_side_chain_24(X) = fn_oligosaccharide_9(X)
& fn_carbohydrate_side_chain_29(X) = fn_carbohydrate_34(X)
& fn_carbohydrate_side_chain_29(X) = fn_oligosaccharide_6(X)
& X = fn_carbon_skeleton_3(fn_carbohydrate_side_chain_31(X))
& fn_carbohydrate_side_chain_10(X) = fn_atom_14(fn_carbohydrate_side_chain_26(X))
& fn_carbohydrate_side_chain_10(X) = fn_hydroxyl_group_8(fn_carbohydrate_side_chain_33(X))
& fn_carbohydrate_side_chain_42(X) = fn_hydroxyl_group_11(fn_carbohydrate_side_chain_33(X))
& fn_carbohydrate_side_chain_34(X) = fn_atom_14(fn_carbohydrate_side_chain_24(X))
& fn_carbohydrate_side_chain_34(X) = fn_hydroxyl_group_8(fn_carbohydrate_side_chain_33(X))
& fn_carbohydrate_side_chain_46(X) = fn_atom_18(fn_carbohydrate_side_chain_24(X))
& fn_carbohydrate_side_chain_46(X) = fn_hydroxyl_group_9(fn_carbohydrate_side_chain_33(X))
& fn_carbohydrate_side_chain_24(X) = fn_hydroxyl_group_4(fn_carbohydrate_side_chain_33(X))
& fn_carbohydrate_side_chain_25(X) = fn_hydroxyl_group_6(fn_carbohydrate_side_chain_33(X))
& fn_carbohydrate_side_chain_27(X) = fn_hydroxyl_group_7(fn_carbohydrate_side_chain_33(X))
& fn_carbohydrate_side_chain_20(X) = fn_oxygen_6(fn_carbohydrate_side_chain_24(X))
& fn_carbohydrate_side_chain_6(X) = fn_oxygen_12(fn_carbohydrate_side_chain_24(X))
& fn_carbohydrate_side_chain_35(X) = fn_oxygen_5(fn_carbohydrate_side_chain_24(X))
& fn_carbohydrate_side_chain_7(X) = fn_oxygen_11(fn_carbohydrate_side_chain_24(X))
& fn_carbohydrate_side_chain_7(X) = fn_oxygen_9(fn_carbohydrate_side_chain_24(X))
& fn_carbohydrate_side_chain_17(X) = fn_oxygen_7(fn_carbohydrate_side_chain_24(X))
& fn_carbohydrate_side_chain_34(X) = fn_oxygen_1(fn_carbohydrate_side_chain_24(X))
& fn_carbohydrate_side_chain_34(X) = fn_oxygen_8(fn_carbohydrate_side_chain_24(X))
& fn_carbohydrate_side_chain_47(X) = fn_oxygen_18(fn_carbohydrate_side_chain_24(X))
& fn_carbohydrate_side_chain_17(X) = fn_oxygen_13(fn_carbohydrate_side_chain_24(X))
& fn_carbohydrate_side_chain_16(X) = fn_oxygen_19(fn_carbohydrate_side_chain_24(X))
& fn_carbohydrate_side_chain_30(X) = fn_hydrophilic_region_2(fn_carbohydrate_side_chain_32(X))
& fn_carbohydrate_side_chain_26(X) = fn_hydroxyl_group_4(fn_carbohydrate_side_chain_33(X))
& fn_carbohydrate_side_chain_22(X) = fn_carbon_skeleton_2(fn_carbohydrate_side_chain_31(X))
& fn_carbohydrate_side_chain_23(X) = fn_carbon_skeleton_4(fn_carbohydrate_side_chain_31(X))
& fn_carbohydrate_side_chain_15(X) = fn_oxygen_20(fn_carbohydrate_side_chain_24(X))
& fn_carbohydrate_side_chain_5(X) = fn_oxygen_10(fn_carbohydrate_side_chain_24(X))
& fn_carbohydrate_side_chain_13(X) = fn_oxygen_21(fn_carbohydrate_side_chain_24(X))
& fn_carbohydrate_side_chain_8(X) = fn_oxygen_14(fn_carbohydrate_side_chain_24(X))
& fn_carbohydrate_side_chain_14(X) = fn_oxygen_17(fn_carbohydrate_side_chain_24(X))
& fn_carbohydrate_side_chain_41(X) = fn_hydrogen_13(fn_carbohydrate_side_chain_25(X))
& fn_carbohydrate_side_chain_42(X) = fn_hydrogen_15(fn_carbohydrate_side_chain_25(X))
& fn_carbohydrate_side_chain_38(X) = fn_hydrogen_12(fn_carbohydrate_side_chain_25(X))
& fn_carbohydrate_side_chain_21(X) = fn_hydrogen_1(fn_carbohydrate_side_chain_25(X))
& fn_carbohydrate_side_chain_37(X) = fn_hydrogen_2(fn_carbohydrate_side_chain_25(X))
& fn_oxygen_18(fn_carbohydrate_side_chain_26(X)) = fn_carbohydrate_41(X)
& fn_carbohydrate_41(X) = fn_carbonyl_group_4(fn_carbohydrate_side_chain_29(X))
& fn_carbohydrate_29(X) = fn_carbohydrate_23(X)
& fn_carbohydrate_23(X) = fn_carbohydrate_20(X)
& fn_carbohydrate_20(X) = fn_carbohydrate_23(X)
& fn_carbohydrate_23(X) = fn_atom_9(fn_carbohydrate_side_chain_26(X))
& fn_atom_9(fn_carbohydrate_side_chain_26(X)) = fn_carbohydrate_24(X)
& fn_carbohydrate_24(X) = fn_atom_9(fn_carbohydrate_side_chain_24(X))
& fn_atom_9(fn_carbohydrate_side_chain_24(X)) = fn_carbohydrate_24(X)
& fn_carbohydrate_24(X) = fn_carbohydrate_18(X)
& fn_carbohydrate_27(X) = fn_carbohydrate_18(X)
& fn_carbohydrate_18(X) = fn_carbohydrate_27(X)
& fn_carbohydrate_27(X) = fn_carbohydrate_27(X)
& fn_carbohydrate_27(X) = fn_oligosaccharide_8(X)
& fn_oligosaccharide_8(X) = fn_oligosaccharide_8(X)
& fn_oligosaccharide_8(X) = fn_carbohydrate_26(X)
& fn_carbohydrate_26(X) = fn_carbohydrate_26(X)
& fn_carbohydrate_26(X) = fn_oligosaccharide_7(X)
& fn_oligosaccharide_7(X) = fn_oligosaccharide_7(X)
& fn_oligosaccharide_7(X) = fn_carbonyl_group_5(fn_carbohydrate_side_chain_29(X))
& fn_carbonyl_group_5(fn_carbohydrate_side_chain_29(X)) = fn_carbonyl_group_5(fn_carbohydrate_side_chain_29(X))
& fn_carbonyl_group_5(fn_carbohydrate_side_chain_29(X)) = fn_oligosaccharide_11(X)
& fn_oligosaccharide_11(X) = fn_oligosaccharide_11(X)
& fn_oligosaccharide_11(X) = fn_carbohydrate_35(X)
& fn_carbohydrate_35(X) = fn_oligosaccharide_10(X)
& fn_oligosaccharide_10(X) = fn_oligosaccharide_10(X)
& fn_oligosaccharide_10(X) = fn_carbonyl_group_10(fn_carbohydrate_side_chain_29(X))
& fn_carbonyl_group_10(fn_carbohydrate_side_chain_29(X)) = fn_oligosaccharide_12(X)
& fn_oligosaccharide_12(X) = fn_oligosaccharide_12(X)
& fn_oligosaccharide_12(X) = fn_carbohydrate_34(X)
& fn_oligosaccharide_6(X) = fn_carbohydrate_34(X)
& fn_carbohydrate_34(X) = fn_oligosaccharide_6(X)
& fn_oligosaccharide_6(X) = fn_attract_2(fn_carbohydrate_side_chain_30(X))
& fn_attract_2(fn_carbohydrate_side_chain_30(X)) = fn_functional_group_1(fn_carbohydrate_side_chain_33(X))
& fn_functional_group_1(fn_carbohydrate_side_chain_33(X)) = fn_attract_2(fn_carbohydrate_side_chain_30(X))
& fn_attract_2(fn_carbohydrate_side_chain_30(X)) = fn_carbon_skeleton_3(fn_carbohydrate_side_chain_31(X))
& fn_carbon_skeleton_3(fn_carbohydrate_side_chain_31(X)) = fn_carbon_skeleton_3(fn_carbohydrate_side_chain_31(X))
& fn_carbon_skeleton_3(fn_carbohydrate_side_chain_31(X)) = fn_carbonyl_group_4(fn_carbohydrate_side_chain_29(X))
& fn_carbonyl_group_4(fn_carbohydrate_side_chain_29(X)) = fn_atom_14(fn_carbohydrate_side_chain_26(X))
& fn_atom_14(fn_carbohydrate_side_chain_26(X)) = fn_carbonyl_group_4(fn_carbohydrate_side_chain_29(X))
& fn_carbonyl_group_4(fn_carbohydrate_side_chain_29(X)) = fn_carbohydrate_29(X)
& fn_hydroxyl_group_8(fn_carbohydrate_side_chain_33(X)) = fn_carbohydrate_22(X)
& fn_carbohydrate_22(X) = fn_atom_18(fn_carbohydrate_side_chain_24(X))
& fn_atom_18(fn_carbohydrate_side_chain_24(X)) = fn_atom_18(fn_carbohydrate_side_chain_24(X))
& fn_atom_18(fn_carbohydrate_side_chain_24(X)) = fn_carbohydrate_22(X)
& fn_carbohydrate_22(X) = fn_carbohydrate_22(X)
& fn_carbohydrate_22(X) = fn_hydroxyl_group_9(fn_carbohydrate_side_chain_33(X))
& fn_hydroxyl_group_9(fn_carbohydrate_side_chain_33(X)) = fn_hydroxyl_group_9(fn_carbohydrate_side_chain_33(X))
& fn_hydroxyl_group_9(fn_carbohydrate_side_chain_33(X)) = fn_oligosaccharide_2(X)
& fn_oligosaccharide_2(X) = fn_hydroxyl_group_7(fn_carbohydrate_side_chain_33(X))
& fn_hydroxyl_group_7(fn_carbohydrate_side_chain_33(X)) = fn_hydroxyl_group_7(fn_carbohydrate_side_chain_33(X))
& fn_hydroxyl_group_7(fn_carbohydrate_side_chain_33(X)) = fn_oxygen_11(fn_carbohydrate_side_chain_24(X))
& fn_oxygen_11(fn_carbohydrate_side_chain_24(X)) = fn_oxygen_9(fn_carbohydrate_side_chain_24(X))
& fn_oxygen_9(fn_carbohydrate_side_chain_24(X)) = fn_atom_14(fn_carbohydrate_side_chain_24(X))
& fn_atom_14(fn_carbohydrate_side_chain_24(X)) = fn_atom_14(fn_carbohydrate_side_chain_24(X))
& fn_atom_14(fn_carbohydrate_side_chain_24(X)) = fn_oxygen_1(fn_carbohydrate_side_chain_24(X))
& fn_carbonyl_group_6(fn_carbohydrate_side_chain_29(X)) = fn_oxygen_1(fn_carbohydrate_side_chain_24(X))
& fn_oxygen_1(fn_carbohydrate_side_chain_24(X)) = fn_oxygen_1(fn_carbohydrate_side_chain_24(X))
& fn_oxygen_1(fn_carbohydrate_side_chain_24(X)) = fn_carbonyl_group_6(fn_carbohydrate_side_chain_29(X))
& fn_carbonyl_group_6(fn_carbohydrate_side_chain_29(X)) = fn_carbohydrate_29(X)
& fn_carbohydrate_29(X) = fn_carbohydrate_29(X)
& fn_carbohydrate_29(X) = fn_hydroxyl_group_8(fn_carbohydrate_side_chain_33(X))
& fn_hydroxyl_group_8(fn_carbohydrate_side_chain_33(X)) = fn_hydroxyl_group_8(fn_carbohydrate_side_chain_33(X))
& fn_hydroxyl_group_8(fn_carbohydrate_side_chain_33(X)) = fn_oxygen_8(fn_carbohydrate_side_chain_24(X))
& fn_oxygen_8(fn_carbohydrate_side_chain_24(X)) = fn_oxygen_8(fn_carbohydrate_side_chain_24(X))
& fn_oxygen_8(fn_carbohydrate_side_chain_24(X)) = fn_carbohydrate_25(X)
& fn_carbohydrate_25(X) = fn_oxygen_18(fn_carbohydrate_side_chain_24(X))
& fn_oxygen_18(fn_carbohydrate_side_chain_24(X)) = fn_oxygen_18(fn_carbohydrate_side_chain_24(X))
& fn_oxygen_18(fn_carbohydrate_side_chain_24(X)) = fn_oxygen_13(fn_carbohydrate_side_chain_24(X))
& fn_oxygen_13(fn_carbohydrate_side_chain_24(X)) = fn_oxygen_7(fn_carbohydrate_side_chain_24(X))
& fn_oxygen_7(fn_carbohydrate_side_chain_24(X)) = fn_oxygen_13(fn_carbohydrate_side_chain_24(X))
& fn_oxygen_13(fn_carbohydrate_side_chain_24(X)) = fn_oxygen_13(fn_carbohydrate_side_chain_24(X))
& fn_oxygen_13(fn_carbohydrate_side_chain_24(X)) = fn_carbonyl_group_9(fn_carbohydrate_side_chain_29(X))
& fn_carbonyl_group_9(fn_carbohydrate_side_chain_29(X)) = fn_carbonyl_group_9(fn_carbohydrate_side_chain_29(X))
& fn_carbonyl_group_9(fn_carbohydrate_side_chain_29(X)) = fn_oligosaccharide_3(X)
& fn_oligosaccharide_3(X) = fn_oligosaccharide_3(X)
& fn_hydroxyl_group_4(fn_carbohydrate_side_chain_33(X)) = fn_carbonyl_group_7(fn_carbohydrate_side_chain_29(X))
& fn_carbonyl_group_7(fn_carbohydrate_side_chain_29(X)) = fn_carbonyl_group_7(fn_carbohydrate_side_chain_29(X))
& fn_carbonyl_group_7(fn_carbohydrate_side_chain_29(X)) = fn_oligosaccharide_5(X)
& fn_oligosaccharide_5(X) = fn_oligosaccharide_5(X)
& fn_oligosaccharide_5(X) = fn_carbon_skeleton_2(fn_carbohydrate_side_chain_31(X))
& fn_carbon_skeleton_2(fn_carbohydrate_side_chain_31(X)) = fn_carbon_skeleton_2(fn_carbohydrate_side_chain_31(X))
& fn_carbon_skeleton_2(fn_carbohydrate_side_chain_31(X)) = fn_carbohydrate_5(X)
& fn_carbohydrate_5(X) = fn_carbohydrate_5(X)
& fn_carbohydrate_5(X) = fn_carbon_skeleton_4(fn_carbohydrate_side_chain_31(X))
& fn_carbon_skeleton_4(fn_carbohydrate_side_chain_31(X)) = fn_carbon_skeleton_4(fn_carbohydrate_side_chain_31(X))
& fn_carbon_skeleton_4(fn_carbohydrate_side_chain_31(X)) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_38(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_oligosaccharide_3(X)
& fn_oligosaccharide_9(X) = fn_oligosaccharide_3(X)
& fn_oligosaccharide_3(X) = fn_oligosaccharide_9(X)
& fn_oligosaccharide_9(X) = fn_oligosaccharide_9(X)
& fn_oligosaccharide_9(X) = fn_hydroxyl_group_4(fn_carbohydrate_side_chain_33(X))
& fn_hydroxyl_group_4(fn_carbohydrate_side_chain_33(X)) = fn_hydroxyl_group_4(fn_carbohydrate_side_chain_33(X))
& fn_hydroxyl_group_4(fn_carbohydrate_side_chain_33(X)) = fn_carbohydrate_25(X)
& fn_carbohydrate_25(X) = fn_hydrogen_13(fn_carbohydrate_side_chain_25(X))
& fn_hydrogen_13(fn_carbohydrate_side_chain_25(X)) = fn_hydrogen_13(fn_carbohydrate_side_chain_25(X))
& fn_hydrogen_13(fn_carbohydrate_side_chain_25(X)) = fn_carbohydrate_22(X)
& fn_carbohydrate_22(X) = fn_hydroxyl_group_11(fn_carbohydrate_side_chain_33(X))
& fn_hydroxyl_group_11(fn_carbohydrate_side_chain_33(X)) = fn_hydroxyl_group_11(fn_carbohydrate_side_chain_33(X))
& fn_hydroxyl_group_11(fn_carbohydrate_side_chain_33(X)) = fn_hydrogen_15(fn_carbohydrate_side_chain_25(X))
& fn_hydrogen_15(fn_carbohydrate_side_chain_25(X)) = fn_hydrogen_15(fn_carbohydrate_side_chain_25(X))
& fn_hydrogen_15(fn_carbohydrate_side_chain_25(X)) = fn_carbohydrate_31(X)
& fn_carbohydrate_31(X) = fn_carbohydrate_31(X)
& fn_carbohydrate_31(X) = fn_hydrogen_12(fn_carbohydrate_side_chain_25(X))
& fn_hydrogen_12(fn_carbohydrate_side_chain_25(X)) = fn_hydrogen_12(fn_carbohydrate_side_chain_25(X))
& fn_hydrogen_12(fn_carbohydrate_side_chain_25(X)) = fn_oligosaccharide_4(X)
& fn_oligosaccharide_4(X) = fn_oligosaccharide_4(X)
& fn_oligosaccharide_4(X) = fn_hydroxyl_group_6(fn_carbohydrate_side_chain_33(X))
& fn_hydroxyl_group_6(fn_carbohydrate_side_chain_33(X)) = fn_hydroxyl_group_6(fn_carbohydrate_side_chain_33(X)) ) ) ).
fof(a528063,axiom,
! [X] :
( carbon_1(X)
=> ( original_name_2(X,'Carbon')
& user_description_2(X,'Carbon is a non metal atom with atomic number 6. It is represented by the symbol C. It is tetravalent making four covalent chemical bonds.')
& concept2words_2(X,'C')
& concept2words_2(X,carbon)
& non_metal_atom_1(X)
& ~ copper_1(X)
& ~ iron_1(X)
& ~ magnesium_1(X)
& ~ calcium_1(X)
& ~ hydrogen_1(X)
& ~ nitrogen_1(X)
& ~ oxygen_1(X)
& ~ phosphorus_1(X)
& ~ potassium_1(X)
& ~ sulfur_1(X)
& electronegativity_value_1(fn_carbon_2(X))
& life_cycle_1(fn_carbon_3(X))
& neutron_1(fn_carbon_4(X))
& valence_value_1(fn_carbon_5(X))
& electron_1(fn_carbon_10(X))
& system_1(fn_carbon_11(X))
& quantity_value_1(fn_carbon_12(X))
& atomic_weight_value_1(fn_carbon_15(X))
& atomic_number_value_1(fn_carbon_16(X))
& proton_1(fn_carbon_17(X))
& atomic_nucleus_1(fn_carbon_18(X))
& quantity_value_1(fn_carbon_19(X))
& property_node_1(fn_atomic_nucleus_5(fn_carbon_18(X)))
& property_node_1(fn_atomic_nucleus_6(fn_carbon_18(X)))
& proton_1(fn_atomic_nucleus_9(fn_carbon_18(X)))
& electron_1(fn_atomic_nucleus_8(fn_carbon_18(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_carbon_18(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_carbon_18(X)))
& atom_1(fn_atomic_nucleus_4(fn_carbon_18(X)))
& the_cardinal_value_2(fn_carbon_5(X),"4.0e0")
& cardinal_unit_class_2(fn_carbon_5(X),unity_0)
& raw_material_2(fn_carbon_3(X),X)
& electronegativity_2(X,fn_carbon_2(X))
& valence_2(X,fn_carbon_5(X))
& maxCardinality(X,has_part_0,"8",neutron_0)
& minCardinality(X,has_part_0,"6",neutron_0)
& exactCardinality(X,has_part_0,"6",proton_0)
& exactCardinality(X,has_part_0,"6",electron_0)
& has_part_2(X,fn_carbon_4(X))
& the_cardinal_value_2(fn_carbon_2(X),"2.55")
& cardinal_unit_class_2(fn_carbon_2(X),unity_0)
& the_cardinal_value_2(fn_carbon_16(X),"6")
& cardinal_unit_class_2(fn_carbon_16(X),unity_0)
& the_cardinal_value_2(fn_carbon_15(X),"12.01")
& cardinal_unit_class_2(fn_carbon_15(X),dalton_0)
& called_2(fn_carbon_12(X),'Number_Electron')
& quantity_2(fn_carbon_10(X),fn_carbon_12(X))
& atomic_weight_2(X,fn_carbon_15(X))
& fn_carbon_19(X) = fn_carbon_12(X)
& fn_carbon_12(X) = fn_carbon_19(X)
& is_inside_2(fn_carbon_17(X),fn_carbon_18(X))
& called_2(fn_carbon_19(X),'Number_Proton')
& has_part_2(X,fn_carbon_10(X))
& atomic_number_2(X,fn_carbon_16(X))
& called_2(fn_carbon_16(X),'Atomic_Number')
& fn_carbon_19(X) = fn_carbon_16(X)
& fn_carbon_16(X) = fn_carbon_19(X)
& has_region_2(X,fn_carbon_18(X))
& has_part_2(X,fn_carbon_17(X))
& quantity_2(fn_carbon_17(X),fn_carbon_19(X))
& is_near_2(fn_carbon_10(X),fn_carbon_18(X))
& is_near_2(fn_carbon_18(X),fn_carbon_10(X))
& fn_carbon_8(X) = fn_atom_10(X)
& fn_carbon_14(X) = fn_atom_13(X)
& fn_carbon_15(X) = fn_atom_16(X)
& fn_carbon_16(X) = fn_atom_17(X)
& fn_carbon_7(X) = fn_atom_2(X)
& fn_carbon_19(X) = fn_atom_5(X)
& fn_carbon_12(X) = fn_atom_11(X)
& fn_carbon_20(X) = fn_atom_4(X)
& fn_carbon_11(X) = fn_atom_3(X)
& fn_carbon_13(X) = fn_atomic_nucleus_5(fn_carbon_18(X))
& fn_carbon_9(X) = fn_atomic_nucleus_6(fn_carbon_18(X))
& fn_carbon_16(X) = fn_atomic_nucleus_1(fn_carbon_18(X))
& fn_carbon_19(X) = fn_atomic_nucleus_2(fn_carbon_18(X))
& fn_carbon_17(X) = fn_atomic_nucleus_9(fn_carbon_18(X))
& X = fn_atomic_nucleus_4(fn_carbon_18(X))
& fn_carbon_10(X) = fn_atomic_nucleus_8(fn_carbon_18(X))
& fn_atom_17(X) = fn_atomic_nucleus_1(fn_carbon_18(X))
& fn_atomic_nucleus_1(fn_carbon_18(X)) = fn_atomic_nucleus_1(fn_carbon_18(X))
& fn_atomic_nucleus_1(fn_carbon_18(X)) = fn_atom_5(X)
& fn_atom_5(X) = fn_atom_5(X)
& fn_atom_5(X) = fn_atomic_nucleus_2(fn_carbon_18(X))
& fn_atomic_nucleus_2(fn_carbon_18(X)) = fn_atomic_nucleus_2(fn_carbon_18(X))
& fn_atomic_nucleus_4(fn_carbon_18(X)) = fn_atomic_nucleus_4(fn_carbon_18(X)) ) ) ).
fof(a528064,axiom,
! [X] :
( carbon_12_1(X)
=> ( original_name_2(X,'Carbon-12')
& user_description_2(X,'Isotope of Carbon having 6 neutrons and 6 protons.')
& concept2words_2(X,'c 12')
& concept2words_2(X,'c-12')
& concept2words_2(X,'12 of carbon')
& concept2words_2(X,'carbon 12')
& concept2words_2(X,'carbon-12')
& carbon_isotope_1(X)
& atomic_mass_value_1(fn_carbon_12_2(X))
& chemical_stability_value_1(fn_carbon_12_3(X))
& atomic_weight_value_1(fn_carbon_12_10(X))
& quantity_value_1(fn_carbon_12_11(X))
& quantity_value_1(fn_carbon_12_12(X))
& proton_1(fn_carbon_12_13(X))
& atomic_number_value_1(fn_carbon_12_15(X))
& system_1(fn_carbon_12_16(X))
& the_cardinal_value_2(fn_carbon_12_10(X),"12.0e0")
& cardinal_unit_class_2(fn_carbon_12_10(X),dalton_0)
& called_2(fn_carbon_12_11(X),'Number_Electron')
& called_2(fn_carbon_12_12(X),'Number_Proton')
& the_categorical_value_2(fn_carbon_12_3(X),stable_0)
& chemical_stability_2(X,fn_carbon_12_3(X))
& exactCardinality(X,has_part_0,"6",neutron_0)
& mass_number_2(X,fn_carbon_12_2(X))
& the_cardinal_value_2(fn_carbon_12_2(X),"12.0e0")
& cardinal_unit_class_2(fn_carbon_12_2(X),unity_0)
& the_cardinal_value_2(fn_carbon_12_15(X),"6")
& cardinal_unit_class_2(fn_carbon_12_15(X),unity_0)
& called_2(fn_carbon_12_15(X),'Atomic_Number')
& atomic_number_2(X,fn_carbon_12_15(X))
& atomic_weight_2(X,fn_carbon_12_10(X))
& has_part_2(X,fn_carbon_12_13(X))
& quantity_2(fn_carbon_12_13(X),fn_carbon_12_12(X))
& fn_carbon_12_12(X) = fn_carbon_12_15(X)
& fn_carbon_12_11(X) = fn_carbon_12_12(X)
& fn_carbon_12_12(X) = fn_carbon_12_11(X)
& fn_carbon_12_15(X) = fn_carbon_12_12(X)
& fn_carbon_12_9(X) = fn_atom_12(X)
& fn_carbon_12_8(X) = fn_atom_13(X)
& fn_carbon_12_6(X) = fn_atom_1(X)
& fn_carbon_12_12(X) = fn_atom_5(X)
& fn_carbon_12_7(X) = fn_atom_10(X)
& fn_carbon_12_11(X) = fn_atom_11(X)
& fn_carbon_12_5(X) = fn_atom_2(X)
& fn_carbon_12_10(X) = fn_atom_16(X)
& fn_carbon_12_15(X) = fn_carbon_isotope_8(X)
& fn_carbon_12_14(X) = fn_atom_4(X)
& fn_carbon_12_16(X) = fn_atom_3(X)
& fn_carbon_12_15(X) = fn_atom_17(X)
& fn_carbon_12_11(X) = fn_atom_5(X)
& fn_carbon_12_12(X) = fn_atom_11(X)
& fn_carbon_12_13(X) = fn_atom_8(X)
& fn_atom_17(X) = fn_carbon_isotope_8(X)
& fn_carbon_isotope_8(X) = fn_atom_17(X)
& fn_atom_17(X) = fn_atom_17(X)
& fn_atom_17(X) = fn_atom_11(X)
& fn_atom_11(X) = fn_atom_5(X)
& fn_atom_5(X) = fn_atom_5(X)
& fn_atom_5(X) = fn_atom_11(X)
& fn_atom_11(X) = fn_atom_11(X) ) ) ).
fof(a528065,axiom,
! [X] :
( carbon_13_1(X)
=> ( original_name_2(X,'Carbon-13')
& user_description_2(X,'Isotope of Carbon having 7 neutrons and 6 protons.')
& concept2words_2(X,'13 of carbon')
& concept2words_2(X,'carbon 13')
& concept2words_2(X,'carbon-13')
& carbon_isotope_1(X)
& chemical_stability_value_1(fn_carbon_13_1(X))
& atomic_mass_value_1(fn_carbon_13_3(X))
& proton_1(fn_carbon_13_10(X))
& atomic_weight_value_1(fn_carbon_13_11(X))
& quantity_value_1(fn_carbon_13_12(X))
& quantity_value_1(fn_carbon_13_13(X))
& neutron_1(fn_carbon_13_14(X))
& atomic_number_value_1(fn_carbon_13_16(X))
& system_1(fn_carbon_13_17(X))
& mass_number_2(X,fn_carbon_13_3(X))
& chemical_stability_2(X,fn_carbon_13_1(X))
& exactCardinality(X,has_part_0,"7",neutron_0)
& the_categorical_value_2(fn_carbon_13_1(X),stable_0)
& the_cardinal_value_2(fn_carbon_13_3(X),"13.0e0")
& cardinal_unit_class_2(fn_carbon_13_3(X),unity_0)
& called_2(fn_carbon_13_13(X),'Number_Proton')
& called_2(fn_carbon_13_12(X),'Number_Electron')
& the_cardinal_value_2(fn_carbon_13_11(X),"13.003e0")
& cardinal_unit_class_2(fn_carbon_13_11(X),dalton_0)
& the_cardinal_value_2(fn_carbon_13_16(X),"6")
& cardinal_unit_class_2(fn_carbon_13_16(X),unity_0)
& has_part_2(X,fn_carbon_13_14(X))
& called_2(fn_carbon_13_16(X),'Atomic_Number')
& atomic_number_2(X,fn_carbon_13_16(X))
& atomic_weight_2(X,fn_carbon_13_11(X))
& has_part_2(X,fn_carbon_13_10(X))
& quantity_2(fn_carbon_13_10(X),fn_carbon_13_13(X))
& fn_carbon_13_13(X) = fn_carbon_13_16(X)
& fn_carbon_13_12(X) = fn_carbon_13_13(X)
& fn_carbon_13_13(X) = fn_carbon_13_12(X)
& fn_carbon_13_16(X) = fn_carbon_13_13(X)
& fn_carbon_13_14(X) = fn_carbon_isotope_6(X)
& fn_carbon_13_9(X) = fn_atom_12(X)
& fn_carbon_13_8(X) = fn_atom_13(X)
& fn_carbon_13_6(X) = fn_atom_1(X)
& fn_carbon_13_13(X) = fn_atom_5(X)
& fn_carbon_13_7(X) = fn_atom_10(X)
& fn_carbon_13_12(X) = fn_atom_11(X)
& fn_carbon_13_5(X) = fn_atom_2(X)
& fn_carbon_13_11(X) = fn_atom_16(X)
& fn_carbon_13_16(X) = fn_carbon_isotope_8(X)
& fn_carbon_13_15(X) = fn_atom_4(X)
& fn_carbon_13_17(X) = fn_atom_3(X)
& fn_carbon_13_16(X) = fn_atom_17(X)
& fn_carbon_13_12(X) = fn_atom_5(X)
& fn_carbon_13_13(X) = fn_atom_11(X)
& fn_carbon_13_10(X) = fn_atom_8(X)
& fn_atom_17(X) = fn_carbon_isotope_8(X)
& fn_carbon_isotope_8(X) = fn_atom_17(X)
& fn_atom_17(X) = fn_atom_17(X)
& fn_atom_17(X) = fn_atom_11(X)
& fn_atom_11(X) = fn_atom_5(X)
& fn_atom_5(X) = fn_atom_5(X)
& fn_atom_5(X) = fn_atom_11(X)
& fn_atom_11(X) = fn_atom_11(X) ) ) ).
fof(a528066,axiom,
! [X] :
( carbon_14_1(X)
=> ( original_name_2(X,'Carbon-14')
& user_description_2(X,'Isotope of Carbon having 8 neutrons and 6 protons.')
& concept2words_2(X,'c 14')
& concept2words_2(X,'c-14')
& concept2words_2(X,'14 of carbon')
& concept2words_2(X,'carbon 14')
& concept2words_2(X,'carbon-14')
& carbon_isotope_1(X)
& radioactive_isotope_1(X)
& chemical_stability_value_1(fn_carbon_14_2(X))
& nitrogen_1(fn_carbon_14_3(X))
& atomic_mass_value_1(fn_carbon_14_4(X))
& atomic_weight_value_1(fn_carbon_14_11(X))
& quantity_value_1(fn_carbon_14_12(X))
& system_1(fn_carbon_14_13(X))
& atomic_nucleus_1(fn_carbon_14_15(X))
& center_1(fn_carbon_14_16(X))
& proton_1(fn_carbon_14_17(X))
& radioactivity_1(fn_carbon_14_18(X))
& atomic_number_value_1(fn_carbon_14_19(X))
& quantity_value_1(fn_carbon_14_20(X))
& valence_electron_1(fn_carbon_14_21(X))
& electron_1(fn_carbon_14_22(X))
& valence_electron_1(fn_carbon_14_22(X))
& center_1(fn_atomic_nucleus_3(fn_carbon_14_15(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_carbon_14_15(X)))
& proton_1(fn_atomic_nucleus_9(fn_carbon_14_15(X)))
& electron_1(fn_atomic_nucleus_8(fn_carbon_14_15(X)))
& atom_1(fn_atomic_nucleus_4(fn_carbon_14_15(X)))
& quantity_2(fn_carbon_14_22(X),fn_carbon_14_12(X))
& is_near_2(fn_carbon_14_21(X),fn_carbon_14_15(X))
& the_categorical_value_2(fn_carbon_14_2(X),unstable_0)
& mass_number_2(X,fn_carbon_14_4(X))
& chemical_stability_2(X,fn_carbon_14_2(X))
& exactCardinality(X,has_part_0,"8",neutron_0)
& result_2(fn_carbon_14_18(X),fn_carbon_14_3(X))
& is_near_2(fn_carbon_14_15(X),fn_carbon_14_21(X))
& called_2(fn_carbon_14_12(X),'Number_Electron')
& the_cardinal_value_2(fn_carbon_14_4(X),"14.0e0")
& cardinal_unit_class_2(fn_carbon_14_4(X),unity_0)
& the_cardinal_value_2(fn_carbon_14_11(X),"14.003e0")
& cardinal_unit_class_2(fn_carbon_14_11(X),dalton_0)
& called_2(fn_carbon_14_20(X),'Number_Proton')
& has_function_2(X,fn_carbon_14_18(X))
& object_2(fn_carbon_14_18(X),X)
& is_inside_2(fn_carbon_14_17(X),fn_carbon_14_15(X))
& is_at_2(fn_carbon_14_15(X),fn_carbon_14_16(X))
& has_region_2(X,fn_carbon_14_16(X))
& is_near_2(fn_carbon_14_22(X),fn_carbon_14_15(X))
& is_near_2(fn_carbon_14_15(X),fn_carbon_14_22(X))
& atomic_weight_2(X,fn_carbon_14_11(X))
& has_region_2(X,fn_carbon_14_15(X))
& has_part_2(X,fn_carbon_14_17(X))
& quantity_2(fn_carbon_14_17(X),fn_carbon_14_20(X))
& fn_carbon_14_20(X) = fn_carbon_14_19(X)
& fn_carbon_14_12(X) = fn_carbon_14_20(X)
& fn_carbon_14_20(X) = fn_carbon_14_12(X)
& fn_carbon_14_19(X) = fn_carbon_14_20(X)
& the_cardinal_value_2(fn_carbon_14_19(X),"6")
& cardinal_unit_class_2(fn_carbon_14_19(X),unity_0)
& has_part_2(X,fn_carbon_14_22(X))
& fn_carbon_14_22(X) != fn_carbon_14_21(X)
& has_part_2(X,fn_carbon_14_21(X))
& atomic_number_2(X,fn_carbon_14_19(X))
& called_2(fn_carbon_14_19(X),'Atomic_Number')
& fn_carbon_14_21(X) != fn_carbon_14_22(X)
& fn_carbon_14_18(X) = fn_radioactive_isotope_3(X)
& fn_carbon_14_16(X) = fn_atomic_nucleus_3(fn_carbon_14_15(X))
& fn_carbon_14_22(X) = fn_atomic_nucleus_8(fn_carbon_14_15(X))
& fn_carbon_14_8(X) = fn_atom_12(X)
& fn_carbon_14_9(X) = fn_atom_1(X)
& fn_carbon_14_20(X) = fn_atom_5(X)
& fn_carbon_14_7(X) = fn_atom_13(X)
& fn_carbon_14_11(X) = fn_atom_16(X)
& fn_carbon_14_10(X) = fn_atom_10(X)
& fn_carbon_14_12(X) = fn_atom_11(X)
& fn_carbon_14_15(X) = fn_atom_18(X)
& fn_carbon_14_13(X) = fn_atom_3(X)
& fn_carbon_14_6(X) = fn_atom_2(X)
& fn_carbon_14_14(X) = fn_atom_4(X)
& fn_carbon_14_12(X) = fn_atom_5(X)
& fn_carbon_14_20(X) = fn_atomic_nucleus_2(fn_carbon_14_15(X))
& fn_carbon_14_20(X) = fn_atom_11(X)
& X = fn_atomic_nucleus_4(fn_carbon_14_15(X))
& fn_carbon_14_17(X) = fn_atomic_nucleus_9(fn_carbon_14_15(X))
& fn_carbon_14_17(X) = fn_atom_8(X)
& fn_carbon_14_19(X) = fn_atom_17(X)
& fn_carbon_14_19(X) = fn_carbon_isotope_8(X)
& fn_carbon_14_21(X) = fn_carbon_isotope_9(X)
& fn_carbon_14_22(X) = fn_carbon_isotope_10(X)
& fn_atom_11(X) = fn_atom_5(X)
& fn_atom_5(X) = fn_atomic_nucleus_2(fn_carbon_14_15(X))
& fn_atomic_nucleus_2(fn_carbon_14_15(X)) = fn_atom_5(X)
& fn_atom_5(X) = fn_atom_5(X)
& fn_atom_5(X) = fn_atom_11(X)
& fn_atom_11(X) = fn_atom_11(X)
& fn_atom_11(X) = fn_atomic_nucleus_9(fn_carbon_14_15(X))
& fn_atomic_nucleus_9(fn_carbon_14_15(X)) = fn_atomic_nucleus_9(fn_carbon_14_15(X))
& fn_atom_8(X) = fn_atomic_nucleus_9(fn_carbon_14_15(X))
& fn_atomic_nucleus_9(fn_carbon_14_15(X)) = fn_atom_8(X)
& fn_atom_8(X) = fn_atom_17(X)
& fn_atom_17(X) = fn_atom_17(X)
& fn_carbon_isotope_8(X) = fn_atom_17(X)
& fn_atom_17(X) = fn_carbon_isotope_8(X)
& fn_carbon_isotope_8(X) = fn_atomic_nucleus_8(fn_carbon_14_15(X))
& fn_atomic_nucleus_8(fn_carbon_14_15(X)) = fn_atomic_nucleus_8(fn_carbon_14_15(X))
& fn_atomic_nucleus_8(fn_carbon_14_15(X)) = fn_carbon_isotope_10(X)
& fn_carbon_isotope_10(X) = fn_carbon_isotope_10(X)
& fn_atomic_nucleus_4(fn_carbon_14_15(X)) = fn_atomic_nucleus_4(fn_carbon_14_15(X)) ) ) ).
fof(a528067,axiom,
! [X] :
( carbon_cycle_1(X)
=> ( original_name_2(X,'Carbon-Cycle')
& user_description_2(X,'Global biogeochemical processes which cycle carbon through biotic and abiotic components of ecosystems.')
& concept2words_2(X,'undergo the carbon cycle')
& concept2words_2(X,'cycle of carbon')
& concept2words_2(X,'carbon cycle')
& concept2words_2(X,'carbon-cycle')
& global_biogeochemical_cycle_1(X)
& ~ nitrogen_cycle_1(X)
& cell_1(fn_carbon_cycle_1(X))
& potential_energy_1(fn_carbon_cycle_2(X))
& redox_reaction_1(fn_carbon_cycle_3(X))
& cytoplasm_1(fn_carbon_cycle_4(X))
& mitochondrion_1(fn_carbon_cycle_5(X))
& biotic_factor_1(fn_carbon_cycle_6(X))
& organism_1(fn_carbon_cycle_7(X))
& unitless_value_1(fn_carbon_cycle_9(X))
& abiotic_factor_1(fn_carbon_cycle_10(X))
& biotic_factor_1(fn_carbon_cycle_11(X))
& abiotic_factor_1(fn_carbon_cycle_12(X))
& nutrient_1(fn_carbon_cycle_13(X))
& cellular_respiration_1(fn_carbon_cycle_14(X))
& glycolysis_1(fn_carbon_cycle_15(X))
& exergonic_reaction_1(fn_carbon_cycle_15(X))
& organic_molecule_1(fn_carbon_cycle_16(X))
& pyruvate_1(fn_carbon_cycle_16(X))
& chemical_entity_1(fn_carbon_cycle_16(X))
& water_molecule_1(fn_carbon_cycle_17(X))
& spatial_entity_1(fn_carbon_cycle_18(X))
& tangible_entity_1(fn_carbon_cycle_18(X))
& chemical_entity_1(fn_carbon_cycle_18(X))
& organic_molecule_1(fn_carbon_cycle_18(X))
& molecule_1(fn_carbon_cycle_18(X))
& nad_plus_1(fn_carbon_cycle_18(X))
& structural_complexity_value_1(fn_carbon_cycle_19(X))
& structural_complexity_value_1(fn_carbon_cycle_20(X))
& support_1(fn_carbon_cycle_21(X))
& tangible_entity_1(fn_carbon_cycle_22(X))
& microfibril_1(fn_carbon_cycle_22(X))
& plant_cell_wall_1(fn_carbon_cycle_23(X))
& membrane_1(fn_carbon_cycle_24(X))
& spatial_entity_1(fn_carbon_cycle_24(X))
& biomembrane_1(fn_carbon_cycle_24(X))
& plasma_membrane_1(fn_carbon_cycle_24(X))
& facilitated_diffusion_of_polar_molecule_1(fn_carbon_cycle_25(X))
& cellular_respiration_1(fn_carbon_cycle_26(X))
& spatial_entity_1(fn_carbon_cycle_27(X))
& tangible_entity_1(fn_carbon_cycle_27(X))
& chemical_entity_1(fn_carbon_cycle_27(X))
& hydrophobic_compound_1(fn_carbon_cycle_27(X))
& molecule_1(fn_carbon_cycle_27(X))
& carbon_dioxide_1(fn_carbon_cycle_27(X))
& photosynthesis_1(fn_carbon_cycle_28(X))
& visible_light_1(fn_carbon_cycle_29(X))
& energy_1(fn_carbon_cycle_29(X))
& chemical_energy_1(fn_carbon_cycle_30(X))
& light_reaction_1(fn_carbon_cycle_31(X))
& membrane_1(fn_carbon_cycle_32(X))
& spatial_entity_1(fn_carbon_cycle_32(X))
& biomembrane_1(fn_carbon_cycle_32(X))
& thylakoid_membrane_1(fn_carbon_cycle_32(X))
& photosynthesis_1(fn_carbon_cycle_33(X))
& consume_1(fn_carbon_cycle_34(X))
& organism_1(fn_carbon_cycle_35(X))
& primary_consumer_1(fn_carbon_cycle_36(X))
& cell_1(fn_carbon_cycle_37(X))
& phytoplankton_1(fn_carbon_cycle_38(X))
& combustion_of_fossil_fuel_1(fn_carbon_cycle_39(X))
& tangible_entity_1(fn_carbon_cycle_40(X))
& carbon_dioxide_1(fn_carbon_cycle_40(X))
& chemical_entity_1(fn_carbon_cycle_41(X))
& nitric_oxide_1(fn_carbon_cycle_41(X))
& state_value_1(fn_carbon_cycle_42(X))
& co2_gas_1(fn_carbon_cycle_43(X))
& chemical_1(fn_carbon_cycle_43(X))
& gas_substance_1(fn_carbon_cycle_43(X))
& decomposer_1(fn_carbon_cycle_44(X))
& living_entity_1(fn_carbon_cycle_45(X))
& tangible_entity_1(fn_carbon_cycle_45(X))
& organism_1(fn_carbon_cycle_45(X))
& inorganic_molecule_1(fn_carbon_cycle_46(X))
& spatial_entity_1(fn_carbon_cycle_46(X))
& tangible_entity_1(fn_carbon_cycle_46(X))
& chemical_entity_1(fn_carbon_cycle_46(X))
& hydrophobic_compound_1(fn_carbon_cycle_46(X))
& molecule_1(fn_carbon_cycle_46(X))
& carbon_dioxide_1(fn_carbon_cycle_46(X))
& decomposition_1(fn_carbon_cycle_47(X))
& free_energy_1(fn_carbon_cycle_48(X))
& quantity_value_1(fn_carbon_cycle_49(X))
& quantity_value_1(fn_carbon_cycle_50(X))
& free_energy_1(fn_carbon_cycle_51(X))
& reduction_1(fn_carbon_cycle_52(X))
& tangible_entity_1(fn_carbon_cycle_53(X))
& chemical_entity_1(fn_carbon_cycle_53(X))
& sugar_1(fn_carbon_cycle_53(X))
& plant_1(fn_carbon_cycle_54(X))
& consume_1(fn_carbon_cycle_55(X))
& entity_1(fn_consume_1(fn_carbon_cycle_34(X)))
& organism_1(fn_primary_consumer_3(fn_carbon_cycle_36(X)))
& cell_1(fn_plankton_1(fn_carbon_cycle_38(X)))
& tangible_entity_1(fn_plant_cell_wall_23(fn_carbon_cycle_23(X)))
& microfibril_1(fn_plant_cell_wall_23(fn_carbon_cycle_23(X)))
& membrane_1(fn_cell_wall_15(fn_carbon_cycle_23(X)))
& spatial_entity_1(fn_cell_wall_15(fn_carbon_cycle_23(X)))
& biomembrane_1(fn_cell_wall_15(fn_carbon_cycle_23(X)))
& plasma_membrane_1(fn_cell_wall_15(fn_carbon_cycle_23(X)))
& property_node_1(fn_photosynthesis_56(fn_carbon_cycle_33(X)))
& property_node_1(fn_photosynthesis_55(fn_carbon_cycle_33(X)))
& co2_gas_1(fn_photosynthesis_29(fn_carbon_cycle_33(X)))
& tangible_entity_1(fn_photosynthesis_37(fn_carbon_cycle_33(X)))
& chemical_entity_1(fn_photosynthesis_37(fn_carbon_cycle_33(X)))
& sugar_1(fn_photosynthesis_37(fn_carbon_cycle_33(X)))
& free_energy_1(fn_photosynthesis_53(fn_carbon_cycle_33(X)))
& quantity_value_1(fn_photosynthesis_52(fn_carbon_cycle_33(X)))
& quantity_value_1(fn_photosynthesis_51(fn_carbon_cycle_33(X)))
& free_energy_1(fn_photosynthesis_50(fn_carbon_cycle_33(X)))
& membrane_1(fn_photosynthesis_30(fn_carbon_cycle_28(X)))
& spatial_entity_1(fn_photosynthesis_30(fn_carbon_cycle_28(X)))
& biomembrane_1(fn_photosynthesis_30(fn_carbon_cycle_28(X)))
& thylakoid_membrane_1(fn_photosynthesis_30(fn_carbon_cycle_28(X)))
& light_reaction_1(fn_photosynthesis_35(fn_carbon_cycle_28(X)))
& visible_light_1(fn_photosynthesis_34(fn_carbon_cycle_28(X)))
& energy_1(fn_photosynthesis_34(fn_carbon_cycle_28(X)))
& glycolysis_1(fn_cellular_respiration_60(fn_carbon_cycle_14(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_carbon_cycle_15(X)))
& entity_1(fn_consume_1(fn_carbon_cycle_55(X)))
& tangible_entity_1(fn_support_1(fn_carbon_cycle_21(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_carbon_cycle_39(X)))
& nitric_oxide_1(fn_combustion_of_fossil_fuel_2(fn_carbon_cycle_39(X)))
& organism_1(fn_decomposer_1(fn_carbon_cycle_44(X)))
& living_entity_1(fn_decomposition_14(fn_carbon_cycle_47(X)))
& tangible_entity_1(fn_decomposition_14(fn_carbon_cycle_47(X)))
& organism_1(fn_decomposition_14(fn_carbon_cycle_47(X)))
& chemical_entity_1(fn_reduction_3(fn_carbon_cycle_52(X)))
& inorganic_molecule_1(fn_decomposition_2(fn_carbon_cycle_47(X)))
& spatial_entity_1(fn_photosynthesis_38(fn_carbon_cycle_33(X)))
& tangible_entity_1(fn_photosynthesis_38(fn_carbon_cycle_33(X)))
& chemical_entity_1(fn_photosynthesis_38(fn_carbon_cycle_33(X)))
& hydrophobic_compound_1(fn_photosynthesis_38(fn_carbon_cycle_33(X)))
& molecule_1(fn_photosynthesis_38(fn_carbon_cycle_33(X)))
& carbon_dioxide_1(fn_photosynthesis_38(fn_carbon_cycle_33(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_carbon_cycle_26(X)))
& tangible_entity_1(fn_cellular_respiration_61(fn_carbon_cycle_26(X)))
& carbon_dioxide_1(fn_cellular_respiration_61(fn_carbon_cycle_26(X)))
& spatial_entity_1(fn_photosynthesis_38(fn_carbon_cycle_28(X)))
& tangible_entity_1(fn_photosynthesis_38(fn_carbon_cycle_28(X)))
& chemical_entity_1(fn_photosynthesis_38(fn_carbon_cycle_28(X)))
& hydrophobic_compound_1(fn_photosynthesis_38(fn_carbon_cycle_28(X)))
& molecule_1(fn_photosynthesis_38(fn_carbon_cycle_28(X)))
& carbon_dioxide_1(fn_photosynthesis_38(fn_carbon_cycle_28(X)))
& facilitated_diffusion_of_polar_molecule_1(fn_cell_wall_17(fn_carbon_cycle_23(X)))
& facilitated_diffusion_of_polar_molecule_1(fn_photosynthesis_44(fn_carbon_cycle_28(X)))
& chemical_energy_1(fn_photosynthesis_1(fn_carbon_cycle_28(X)))
& chemical_energy_1(fn_photosynthesis_40(fn_carbon_cycle_28(X)))
& property_node_1(fn_glycolysis_9(fn_carbon_cycle_15(X)))
& property_node_1(fn_cellular_respiration_40(fn_carbon_cycle_14(X)))
& pyruvate_1(fn_glycolysis_55(fn_carbon_cycle_15(X)))
& chemical_entity_1(fn_glycolysis_55(fn_carbon_cycle_15(X)))
& organic_molecule_1(fn_cellular_respiration_55(fn_carbon_cycle_14(X)))
& pyruvate_1(fn_cellular_respiration_55(fn_carbon_cycle_14(X)))
& chemical_entity_1(fn_cellular_respiration_55(fn_carbon_cycle_14(X)))
& property_node_1(fn_glycolysis_97(fn_carbon_cycle_15(X)))
& property_node_1(fn_cellular_respiration_41(fn_carbon_cycle_14(X)))
& structural_complexity_value_1(fn_glycolysis_48(fn_carbon_cycle_15(X)))
& structural_complexity_value_1(fn_glycolysis_80(fn_carbon_cycle_15(X)))
& structural_complexity_value_1(fn_cellular_respiration_46(fn_carbon_cycle_14(X)))
& structural_complexity_value_1(fn_glycolysis_47(fn_carbon_cycle_15(X)))
& structural_complexity_value_1(fn_glycolysis_81(fn_carbon_cycle_15(X)))
& structural_complexity_value_1(fn_cellular_respiration_47(fn_carbon_cycle_14(X)))
& spatial_entity_1(fn_glycolysis_78(fn_carbon_cycle_15(X)))
& tangible_entity_1(fn_glycolysis_78(fn_carbon_cycle_15(X)))
& chemical_entity_1(fn_glycolysis_78(fn_carbon_cycle_15(X)))
& organic_molecule_1(fn_glycolysis_78(fn_carbon_cycle_15(X)))
& nad_plus_1(fn_glycolysis_78(fn_carbon_cycle_15(X)))
& molecule_1(fn_glycolysis_78(fn_carbon_cycle_15(X)))
& spatial_entity_1(fn_cellular_respiration_65(fn_carbon_cycle_14(X)))
& tangible_entity_1(fn_cellular_respiration_65(fn_carbon_cycle_14(X)))
& chemical_entity_1(fn_cellular_respiration_65(fn_carbon_cycle_14(X)))
& organic_molecule_1(fn_cellular_respiration_65(fn_carbon_cycle_14(X)))
& molecule_1(fn_cellular_respiration_65(fn_carbon_cycle_14(X)))
& nad_plus_1(fn_cellular_respiration_65(fn_carbon_cycle_14(X)))
& carbon_dioxide_1(fn_combustion_of_fossil_fuel_4(fn_carbon_cycle_39(X)))
& carbon_dioxide_1(fn_co2_gas_1(fn_carbon_cycle_43(X)))
& state_value_1(fn_chemical_2(fn_carbon_cycle_43(X)))
& state_value_1(fn_gas_substance_2(fn_carbon_cycle_43(X)))
& property_node_1(fn_chemical_1(fn_carbon_cycle_43(X)))
& property_node_1(fn_gas_substance_1(fn_carbon_cycle_43(X)))
& causes_2(fn_carbon_cycle_15(X),fn_carbon_cycle_3(X))
& raw_material_2(fn_carbon_cycle_15(X),fn_carbon_cycle_2(X))
& has_function_2(fn_carbon_cycle_22(X),fn_carbon_cycle_21(X))
& is_inside_2(fn_carbon_cycle_24(X),fn_carbon_cycle_23(X))
& is_between_2(fn_carbon_cycle_4(X),fn_carbon_cycle_24(X))
& is_inside_2(fn_carbon_cycle_4(X),fn_carbon_cycle_24(X))
& is_inside_2(fn_carbon_cycle_5(X),fn_carbon_cycle_4(X))
& site_2(fn_carbon_cycle_26(X),fn_carbon_cycle_5(X))
& agent_2(fn_carbon_cycle_34(X),fn_carbon_cycle_35(X))
& has_part_2(fn_carbon_cycle_35(X),fn_carbon_cycle_1(X))
& plays_2(fn_carbon_cycle_37(X),fn_carbon_cycle_6(X))
& plays_2(fn_carbon_cycle_40(X),fn_carbon_cycle_12(X))
& the_scalar_value_2(fn_carbon_cycle_9(X),high_0)
& scalar_unit_class_2(fn_carbon_cycle_9(X),biogeochemical_cycle_0)
& subevent_2(X,fn_carbon_cycle_39(X))
& subevent_2(X,fn_carbon_cycle_47(X))
& subevent_2(X,fn_carbon_cycle_55(X))
& subevent_2(X,fn_carbon_cycle_33(X))
& subevent_2(X,fn_carbon_cycle_34(X))
& subevent_2(X,fn_carbon_cycle_14(X))
& importance_2(X,fn_carbon_cycle_9(X))
& plays_2(fn_carbon_cycle_46(X),fn_carbon_cycle_10(X))
& result_2(fn_carbon_cycle_52(X),fn_carbon_cycle_53(X))
& plays_2(fn_carbon_cycle_54(X),fn_carbon_cycle_11(X))
& agent_2(fn_carbon_cycle_55(X),fn_carbon_cycle_7(X))
& in_event_2(fn_carbon_cycle_13(X),X)
& object_2(fn_carbon_cycle_55(X),fn_carbon_cycle_54(X))
& object_2(X,fn_carbon_cycle_40(X))
& object_2(fn_carbon_cycle_34(X),fn_carbon_cycle_38(X))
& object_2(fn_carbon_cycle_21(X),fn_carbon_cycle_54(X))
& recipient_2(fn_carbon_cycle_52(X),fn_carbon_cycle_46(X))
& result_2(fn_carbon_cycle_47(X),fn_carbon_cycle_46(X))
& plays_2(fn_carbon_cycle_35(X),fn_carbon_cycle_36(X))
& has_part_2(fn_carbon_cycle_38(X),fn_carbon_cycle_37(X))
& result_2(fn_carbon_cycle_39(X),fn_carbon_cycle_41(X))
& result_2(fn_carbon_cycle_39(X),fn_carbon_cycle_40(X))
& result_2(fn_carbon_cycle_26(X),fn_carbon_cycle_27(X))
& plays_2(fn_carbon_cycle_45(X),fn_carbon_cycle_44(X))
& has_part_2(fn_carbon_cycle_23(X),fn_carbon_cycle_22(X))
& agent_2(fn_carbon_cycle_47(X),fn_carbon_cycle_45(X))
& is_outside_2(fn_carbon_cycle_23(X),fn_carbon_cycle_24(X))
& path_2(fn_carbon_cycle_25(X),fn_carbon_cycle_24(X))
& structural_complexity_2(fn_carbon_cycle_16(X),fn_carbon_cycle_20(X))
& called_2(fn_carbon_cycle_49(X),'FE_r')
& has_part_2(fn_carbon_cycle_43(X),fn_carbon_cycle_46(X))
& quantity_2(fn_carbon_cycle_51(X),fn_carbon_cycle_50(X))
& possesses_2(fn_carbon_cycle_53(X),fn_carbon_cycle_51(X))
& raw_material_2(fn_carbon_cycle_33(X),fn_carbon_cycle_46(X))
& possesses_2(fn_carbon_cycle_46(X),fn_carbon_cycle_48(X))
& quantity_2(fn_carbon_cycle_48(X),fn_carbon_cycle_49(X))
& greater_than_2(fn_carbon_cycle_50(X),fn_carbon_cycle_49(X))
& called_2(fn_carbon_cycle_50(X),'FE_p')
& raw_material_2(fn_carbon_cycle_28(X),fn_carbon_cycle_27(X))
& path_2(fn_carbon_cycle_25(X),fn_carbon_cycle_32(X))
& result_2(fn_carbon_cycle_28(X),fn_carbon_cycle_30(X))
& raw_material_2(fn_carbon_cycle_28(X),fn_carbon_cycle_29(X))
& raw_material_2(fn_carbon_cycle_31(X),fn_carbon_cycle_29(X))
& site_2(fn_carbon_cycle_31(X),fn_carbon_cycle_32(X))
& fn_carbon_cycle_30(X) != fn_carbon_cycle_29(X)
& fn_carbon_cycle_29(X) != fn_carbon_cycle_30(X)
& first_subevent_2(fn_carbon_cycle_14(X),fn_carbon_cycle_15(X))
& result_2(fn_carbon_cycle_15(X),fn_carbon_cycle_16(X))
& subevent_2(fn_carbon_cycle_14(X),fn_carbon_cycle_15(X))
& raw_material_2(fn_carbon_cycle_15(X),fn_carbon_cycle_18(X))
& structural_complexity_2(fn_carbon_cycle_18(X),fn_carbon_cycle_19(X))
& greater_than_2(fn_carbon_cycle_19(X),fn_carbon_cycle_20(X))
& the_categorical_value_2(fn_carbon_cycle_42(X),gas_0)
& physical_state_2(fn_carbon_cycle_43(X),fn_carbon_cycle_42(X))
& has_part_2(fn_carbon_cycle_43(X),fn_carbon_cycle_40(X))
& result_2(fn_carbon_cycle_15(X),fn_carbon_cycle_17(X))
& fn_carbon_cycle_54(X) = fn_consume_1(fn_carbon_cycle_55(X))
& fn_carbon_cycle_40(X) = fn_biogeochemical_cycle_1(X)
& fn_carbon_cycle_38(X) = fn_consume_1(fn_carbon_cycle_34(X))
& fn_carbon_cycle_54(X) = fn_support_1(fn_carbon_cycle_21(X))
& fn_carbon_cycle_46(X) = fn_reduction_3(fn_carbon_cycle_52(X))
& fn_carbon_cycle_46(X) = fn_decomposition_2(fn_carbon_cycle_47(X))
& fn_carbon_cycle_35(X) = fn_primary_consumer_3(fn_carbon_cycle_36(X))
& fn_carbon_cycle_37(X) = fn_plankton_1(fn_carbon_cycle_38(X))
& fn_carbon_cycle_41(X) = fn_exergonic_reaction_11(fn_carbon_cycle_39(X))
& fn_carbon_cycle_41(X) = fn_combustion_of_fossil_fuel_2(fn_carbon_cycle_39(X))
& fn_carbon_cycle_40(X) = fn_combustion_of_fossil_fuel_4(fn_carbon_cycle_39(X))
& fn_carbon_cycle_27(X) = fn_exergonic_reaction_11(fn_carbon_cycle_26(X))
& fn_carbon_cycle_27(X) = fn_cellular_respiration_61(fn_carbon_cycle_26(X))
& fn_carbon_cycle_45(X) = fn_decomposer_1(fn_carbon_cycle_44(X))
& fn_carbon_cycle_22(X) = fn_plant_cell_wall_23(fn_carbon_cycle_23(X))
& fn_carbon_cycle_45(X) = fn_decomposition_14(fn_carbon_cycle_47(X))
& fn_carbon_cycle_25(X) = fn_cell_wall_17(fn_carbon_cycle_23(X))
& fn_carbon_cycle_24(X) = fn_cell_wall_15(fn_carbon_cycle_23(X))
& fn_carbon_cycle_58(X) = fn_photosynthesis_56(fn_carbon_cycle_33(X))
& fn_carbon_cycle_59(X) = fn_photosynthesis_55(fn_carbon_cycle_33(X))
& fn_carbon_cycle_43(X) = fn_photosynthesis_29(fn_carbon_cycle_33(X))
& fn_carbon_cycle_53(X) = fn_photosynthesis_37(fn_carbon_cycle_33(X))
& fn_carbon_cycle_51(X) = fn_photosynthesis_53(fn_carbon_cycle_33(X))
& fn_carbon_cycle_50(X) = fn_photosynthesis_52(fn_carbon_cycle_33(X))
& fn_carbon_cycle_49(X) = fn_photosynthesis_51(fn_carbon_cycle_33(X))
& fn_carbon_cycle_48(X) = fn_photosynthesis_50(fn_carbon_cycle_33(X))
& fn_carbon_cycle_46(X) = fn_photosynthesis_38(fn_carbon_cycle_33(X))
& fn_carbon_cycle_27(X) = fn_photosynthesis_38(fn_carbon_cycle_28(X))
& fn_carbon_cycle_25(X) = fn_photosynthesis_44(fn_carbon_cycle_28(X))
& fn_carbon_cycle_30(X) = fn_photosynthesis_1(fn_carbon_cycle_28(X))
& fn_carbon_cycle_32(X) = fn_photosynthesis_30(fn_carbon_cycle_28(X))
& fn_carbon_cycle_31(X) = fn_photosynthesis_35(fn_carbon_cycle_28(X))
& fn_carbon_cycle_30(X) = fn_photosynthesis_40(fn_carbon_cycle_28(X))
& fn_carbon_cycle_29(X) = fn_photosynthesis_34(fn_carbon_cycle_28(X))
& fn_carbon_cycle_56(X) = fn_glycolysis_9(fn_carbon_cycle_15(X))
& fn_carbon_cycle_56(X) = fn_cellular_respiration_40(fn_carbon_cycle_14(X))
& fn_carbon_cycle_16(X) = fn_glycolysis_55(fn_carbon_cycle_15(X))
& fn_carbon_cycle_16(X) = fn_cellular_respiration_55(fn_carbon_cycle_14(X))
& fn_carbon_cycle_57(X) = fn_glycolysis_97(fn_carbon_cycle_15(X))
& fn_carbon_cycle_57(X) = fn_cellular_respiration_41(fn_carbon_cycle_14(X))
& fn_carbon_cycle_19(X) = fn_glycolysis_47(fn_carbon_cycle_15(X))
& fn_carbon_cycle_20(X) = fn_glycolysis_48(fn_carbon_cycle_15(X))
& fn_carbon_cycle_20(X) = fn_glycolysis_80(fn_carbon_cycle_15(X))
& fn_carbon_cycle_20(X) = fn_cellular_respiration_46(fn_carbon_cycle_14(X))
& fn_carbon_cycle_19(X) = fn_glycolysis_81(fn_carbon_cycle_15(X))
& fn_carbon_cycle_19(X) = fn_cellular_respiration_47(fn_carbon_cycle_14(X))
& fn_carbon_cycle_18(X) = fn_glycolysis_78(fn_carbon_cycle_15(X))
& fn_carbon_cycle_18(X) = fn_cellular_respiration_65(fn_carbon_cycle_14(X))
& fn_carbon_cycle_15(X) = fn_cellular_respiration_60(fn_carbon_cycle_14(X))
& fn_carbon_cycle_17(X) = fn_exergonic_reaction_11(fn_carbon_cycle_15(X))
& fn_carbon_cycle_40(X) = fn_co2_gas_1(fn_carbon_cycle_43(X))
& fn_carbon_cycle_60(X) = fn_chemical_1(fn_carbon_cycle_43(X))
& fn_carbon_cycle_42(X) = fn_chemical_2(fn_carbon_cycle_43(X))
& fn_carbon_cycle_60(X) = fn_gas_substance_1(fn_carbon_cycle_43(X))
& fn_carbon_cycle_42(X) = fn_gas_substance_2(fn_carbon_cycle_43(X))
& fn_consume_1(fn_carbon_cycle_55(X)) = fn_support_1(fn_carbon_cycle_21(X))
& fn_support_1(fn_carbon_cycle_21(X)) = fn_exergonic_reaction_11(fn_carbon_cycle_39(X))
& fn_exergonic_reaction_11(fn_carbon_cycle_39(X)) = fn_combustion_of_fossil_fuel_2(fn_carbon_cycle_39(X))
& fn_combustion_of_fossil_fuel_2(fn_carbon_cycle_39(X)) = fn_decomposer_1(fn_carbon_cycle_44(X))
& fn_decomposer_1(fn_carbon_cycle_44(X)) = fn_decomposition_14(fn_carbon_cycle_47(X))
& fn_decomposition_14(fn_carbon_cycle_47(X)) = fn_reduction_3(fn_carbon_cycle_52(X))
& fn_reduction_3(fn_carbon_cycle_52(X)) = fn_decomposition_2(fn_carbon_cycle_47(X))
& fn_decomposition_2(fn_carbon_cycle_47(X)) = fn_decomposition_2(fn_carbon_cycle_47(X))
& fn_decomposition_2(fn_carbon_cycle_47(X)) = fn_photosynthesis_38(fn_carbon_cycle_33(X))
& fn_photosynthesis_38(fn_carbon_cycle_33(X)) = fn_photosynthesis_38(fn_carbon_cycle_33(X))
& fn_photosynthesis_38(fn_carbon_cycle_33(X)) = fn_exergonic_reaction_11(fn_carbon_cycle_26(X))
& fn_exergonic_reaction_11(fn_carbon_cycle_26(X)) = fn_cellular_respiration_61(fn_carbon_cycle_26(X))
& fn_cellular_respiration_61(fn_carbon_cycle_26(X)) = fn_cellular_respiration_61(fn_carbon_cycle_26(X))
& fn_cellular_respiration_61(fn_carbon_cycle_26(X)) = fn_photosynthesis_38(fn_carbon_cycle_28(X))
& fn_photosynthesis_38(fn_carbon_cycle_28(X)) = fn_cell_wall_17(fn_carbon_cycle_23(X))
& fn_cell_wall_17(fn_carbon_cycle_23(X)) = fn_photosynthesis_44(fn_carbon_cycle_28(X))
& fn_photosynthesis_44(fn_carbon_cycle_28(X)) = fn_photosynthesis_1(fn_carbon_cycle_28(X))
& fn_photosynthesis_1(fn_carbon_cycle_28(X)) = fn_photosynthesis_40(fn_carbon_cycle_28(X))
& fn_photosynthesis_40(fn_carbon_cycle_28(X)) = fn_photosynthesis_40(fn_carbon_cycle_28(X))
& fn_photosynthesis_40(fn_carbon_cycle_28(X)) = fn_glycolysis_9(fn_carbon_cycle_15(X))
& fn_glycolysis_9(fn_carbon_cycle_15(X)) = fn_cellular_respiration_40(fn_carbon_cycle_14(X))
& fn_cellular_respiration_40(fn_carbon_cycle_14(X)) = fn_glycolysis_55(fn_carbon_cycle_15(X))
& fn_glycolysis_55(fn_carbon_cycle_15(X)) = fn_glycolysis_55(fn_carbon_cycle_15(X))
& fn_glycolysis_55(fn_carbon_cycle_15(X)) = fn_cellular_respiration_55(fn_carbon_cycle_14(X))
& fn_cellular_respiration_55(fn_carbon_cycle_14(X)) = fn_glycolysis_97(fn_carbon_cycle_15(X))
& fn_glycolysis_97(fn_carbon_cycle_15(X)) = fn_cellular_respiration_41(fn_carbon_cycle_14(X))
& fn_cellular_respiration_41(fn_carbon_cycle_14(X)) = fn_glycolysis_48(fn_carbon_cycle_15(X))
& fn_glycolysis_80(fn_carbon_cycle_15(X)) = fn_glycolysis_48(fn_carbon_cycle_15(X))
& fn_glycolysis_48(fn_carbon_cycle_15(X)) = fn_glycolysis_80(fn_carbon_cycle_15(X))
& fn_glycolysis_80(fn_carbon_cycle_15(X)) = fn_glycolysis_80(fn_carbon_cycle_15(X))
& fn_cellular_respiration_46(fn_carbon_cycle_14(X)) = fn_glycolysis_80(fn_carbon_cycle_15(X))
& fn_glycolysis_80(fn_carbon_cycle_15(X)) = fn_cellular_respiration_46(fn_carbon_cycle_14(X))
& fn_cellular_respiration_46(fn_carbon_cycle_14(X)) = fn_glycolysis_47(fn_carbon_cycle_15(X))
& fn_glycolysis_47(fn_carbon_cycle_15(X)) = fn_glycolysis_47(fn_carbon_cycle_15(X))
& fn_glycolysis_47(fn_carbon_cycle_15(X)) = fn_glycolysis_81(fn_carbon_cycle_15(X))
& fn_glycolysis_81(fn_carbon_cycle_15(X)) = fn_glycolysis_81(fn_carbon_cycle_15(X))
& fn_cellular_respiration_47(fn_carbon_cycle_14(X)) = fn_glycolysis_81(fn_carbon_cycle_15(X))
& fn_glycolysis_81(fn_carbon_cycle_15(X)) = fn_cellular_respiration_47(fn_carbon_cycle_14(X))
& fn_cellular_respiration_47(fn_carbon_cycle_14(X)) = fn_glycolysis_78(fn_carbon_cycle_15(X))
& fn_cellular_respiration_65(fn_carbon_cycle_14(X)) = fn_glycolysis_78(fn_carbon_cycle_15(X))
& fn_glycolysis_78(fn_carbon_cycle_15(X)) = fn_cellular_respiration_65(fn_carbon_cycle_14(X))
& fn_cellular_respiration_65(fn_carbon_cycle_14(X)) = fn_biogeochemical_cycle_1(X)
& fn_biogeochemical_cycle_1(X) = fn_combustion_of_fossil_fuel_4(fn_carbon_cycle_39(X))
& fn_combustion_of_fossil_fuel_4(fn_carbon_cycle_39(X)) = fn_combustion_of_fossil_fuel_4(fn_carbon_cycle_39(X))
& fn_combustion_of_fossil_fuel_4(fn_carbon_cycle_39(X)) = fn_co2_gas_1(fn_carbon_cycle_43(X))
& fn_co2_gas_1(fn_carbon_cycle_43(X)) = fn_gas_substance_2(fn_carbon_cycle_43(X))
& fn_gas_substance_2(fn_carbon_cycle_43(X)) = fn_chemical_2(fn_carbon_cycle_43(X))
& fn_chemical_2(fn_carbon_cycle_43(X)) = fn_gas_substance_2(fn_carbon_cycle_43(X))
& fn_gas_substance_2(fn_carbon_cycle_43(X)) = fn_chemical_1(fn_carbon_cycle_43(X))
& fn_chemical_1(fn_carbon_cycle_43(X)) = fn_gas_substance_1(fn_carbon_cycle_43(X)) ) ) ).
fof(a528068,axiom,
! [X] :
( carbon_dating_1(X)
=> ( original_name_2(X,'Carbon-Dating')
& user_description_2(X,'A method for determining the absolute ages of rocks and fossils, based on the half-life of carbon isotopes.')
& concept2words_2(X,'dating of carbon')
& concept2words_2(X,'carbon dating')
& concept2words_2(X,'carbon-dating')
& radiometric_dating_1(X) ) ) ).
fof(a528069,axiom,
! [X] :
( carbon_dioxide_1(X)
=> ( original_name_2(X,'Carbon-Dioxide')
& user_description_2(X,'Carbon dioxide (chemical formula CO2) is an inorganic chemical compound composed of two oxygen atoms covalently bonded to a single carbon atom.')
& concept2words_2(X,co2)
& concept2words_2(X,'dioxide of carbon')
& concept2words_2(X,'carbon dioxide')
& concept2words_2(X,'carbon-dioxide')
& covalent_compound_1(X)
& nonpolar_molecule_1(X)
& inorganic_molecule_1(X)
& ~ nitroglycerine_1(X)
& ~ opiate_1(X)
& oxygen_1(fn_carbon_dioxide_1(X))
& double_bond_1(fn_carbon_dioxide_2(X))
& carbon_1(fn_carbon_dioxide_3(X))
& oxygen_1(fn_carbon_dioxide_4(X))
& share_1(fn_carbon_dioxide_5(X))
& equal_sharing_1(fn_carbon_dioxide_6(X))
& hold_together_1(fn_carbon_dioxide_7(X))
& share_1(fn_covalent_bond_17(fn_carbon_dioxide_2(X)))
& entity_1(fn_share_1(fn_carbon_dioxide_6(X)))
& entity_1(fn_covalent_bond_20(fn_carbon_dioxide_2(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_carbon_dioxide_2(X)))
& atom_1(fn_covalent_bond_20(fn_carbon_dioxide_2(X)))
& entity_1(fn_polar_covalent_bond_19(fn_carbon_dioxide_2(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_carbon_dioxide_2(X)))
& atom_1(fn_polar_covalent_bond_19(fn_carbon_dioxide_2(X)))
& entity_1(fn_share_3(fn_carbon_dioxide_6(X)))
& entity_1(fn_covalent_bond_19(fn_carbon_dioxide_2(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_carbon_dioxide_2(X)))
& atom_1(fn_covalent_bond_19(fn_carbon_dioxide_2(X)))
& entity_1(fn_polar_covalent_bond_18(fn_carbon_dioxide_2(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_carbon_dioxide_2(X)))
& atom_1(fn_polar_covalent_bond_18(fn_carbon_dioxide_2(X)))
& hold_together_1(fn_covalent_bond_14(fn_carbon_dioxide_2(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_carbon_dioxide_2(X)))
& has_part_2(X,fn_carbon_dioxide_4(X))
& has_part_2(X,fn_carbon_dioxide_1(X))
& exactCardinality(X,has_part_0,"2",oxygen_0)
& exactCardinality(X,has_part_0,"1",carbon_0)
& exactCardinality(X,possesses_0,"2",double_bond_0)
& result_2(fn_carbon_dioxide_6(X),fn_carbon_dioxide_2(X))
& agent_2(fn_carbon_dioxide_6(X),fn_carbon_dioxide_4(X))
& agent_2(fn_carbon_dioxide_6(X),fn_carbon_dioxide_3(X))
& has_part_2(X,fn_carbon_dioxide_3(X))
& possesses_2(X,fn_carbon_dioxide_2(X))
& result_2(fn_carbon_dioxide_5(X),fn_carbon_dioxide_2(X))
& is_between_2(fn_carbon_dioxide_2(X),fn_carbon_dioxide_3(X))
& agent_2(fn_carbon_dioxide_5(X),fn_carbon_dioxide_3(X))
& agent_2(fn_carbon_dioxide_5(X),fn_carbon_dioxide_4(X))
& object_2(fn_carbon_dioxide_7(X),fn_carbon_dioxide_4(X))
& has_function_2(fn_carbon_dioxide_2(X),fn_carbon_dioxide_7(X))
& agent_2(fn_carbon_dioxide_7(X),fn_carbon_dioxide_2(X))
& is_between_2(fn_carbon_dioxide_2(X),fn_carbon_dioxide_4(X))
& fn_carbon_dioxide_4(X) != fn_carbon_dioxide_3(X)
& object_2(fn_carbon_dioxide_7(X),fn_carbon_dioxide_3(X))
& fn_carbon_dioxide_3(X) != fn_carbon_dioxide_4(X)
& fn_carbon_dioxide_4(X) = fn_share_3(fn_carbon_dioxide_6(X))
& fn_carbon_dioxide_3(X) = fn_share_1(fn_carbon_dioxide_6(X))
& fn_carbon_dioxide_3(X) = fn_molecule_7(X)
& fn_carbon_dioxide_2(X) = fn_nonpolar_molecule_3(X)
& fn_carbon_dioxide_7(X) = fn_covalent_bond_14(fn_carbon_dioxide_2(X))
& fn_carbon_dioxide_4(X) = fn_covalent_bond_19(fn_carbon_dioxide_2(X))
& fn_carbon_dioxide_5(X) = fn_covalent_bond_17(fn_carbon_dioxide_2(X))
& fn_carbon_dioxide_3(X) = fn_covalent_bond_20(fn_carbon_dioxide_2(X))
& fn_carbon_dioxide_3(X) = fn_polar_covalent_bond_19(fn_carbon_dioxide_2(X))
& fn_carbon_dioxide_4(X) = fn_polar_covalent_bond_18(fn_carbon_dioxide_2(X))
& fn_carbon_dioxide_7(X) = fn_polar_covalent_bond_17(fn_carbon_dioxide_2(X))
& fn_share_1(fn_carbon_dioxide_6(X)) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_covalent_bond_20(fn_carbon_dioxide_2(X))
& fn_covalent_bond_20(fn_carbon_dioxide_2(X)) = fn_covalent_bond_20(fn_carbon_dioxide_2(X))
& fn_covalent_bond_20(fn_carbon_dioxide_2(X)) = fn_polar_covalent_bond_19(fn_carbon_dioxide_2(X))
& fn_polar_covalent_bond_19(fn_carbon_dioxide_2(X)) = fn_polar_covalent_bond_19(fn_carbon_dioxide_2(X))
& fn_polar_covalent_bond_19(fn_carbon_dioxide_2(X)) = fn_share_3(fn_carbon_dioxide_6(X))
& fn_share_3(fn_carbon_dioxide_6(X)) = fn_covalent_bond_19(fn_carbon_dioxide_2(X))
& fn_covalent_bond_19(fn_carbon_dioxide_2(X)) = fn_covalent_bond_19(fn_carbon_dioxide_2(X))
& fn_covalent_bond_19(fn_carbon_dioxide_2(X)) = fn_polar_covalent_bond_18(fn_carbon_dioxide_2(X))
& fn_polar_covalent_bond_18(fn_carbon_dioxide_2(X)) = fn_polar_covalent_bond_18(fn_carbon_dioxide_2(X))
& fn_polar_covalent_bond_18(fn_carbon_dioxide_2(X)) = fn_covalent_bond_14(fn_carbon_dioxide_2(X))
& fn_covalent_bond_14(fn_carbon_dioxide_2(X)) = fn_polar_covalent_bond_17(fn_carbon_dioxide_2(X))
& fn_polar_covalent_bond_17(fn_carbon_dioxide_2(X)) = fn_polar_covalent_bond_17(fn_carbon_dioxide_2(X)) ) ) ).
fof(a528070,axiom,
! [X] :
( carbon_fixation_1(X)
=> ( original_name_2(X,'Carbon-Fixation')
& user_description_2(X,'A biochemical process which results in the incorporation of CO2 into an organic molecule by an autotrophic organism.')
& concept2words_2(X,fix)
& concept2words_2(X,convert)
& concept2words_2(X,'fixation of carbon')
& concept2words_2(X,'carbon fixation')
& concept2words_2(X,'carbon-fixation')
& fixation_1(X)
& cell_1(fn_carbon_fixation_1(X))
& activation_energy_1(fn_carbon_fixation_2(X))
& atp_1(fn_carbon_fixation_3(X))
& carbon_source_1(fn_carbon_fixation_4(X))
& organic_molecule_1(fn_carbon_fixation_5(X))
& molecule_1(fn_carbon_fixation_6(X))
& molecule_1(fn_carbon_source_2(fn_carbon_fixation_4(X)))
& fn_carbon_fixation_6(X) != fn_carbon_fixation_3(X)
& fn_carbon_fixation_3(X) != fn_carbon_fixation_6(X)
& base_2(X,fn_carbon_fixation_1(X))
& raw_material_2(X,fn_carbon_fixation_3(X))
& raw_material_2(X,fn_carbon_fixation_2(X))
& in_event_2(fn_carbon_fixation_4(X),X)
& result_2(X,fn_carbon_fixation_5(X))
& raw_material_2(X,fn_carbon_fixation_6(X))
& plays_2(fn_carbon_fixation_6(X),fn_carbon_fixation_4(X))
& fn_carbon_fixation_5(X) = fn_chemical_reaction_1(X)
& fn_carbon_fixation_6(X) = fn_fixation_1(X)
& fn_carbon_fixation_6(X) = fn_carbon_source_2(fn_carbon_fixation_4(X))
& fn_fixation_1(X) = fn_carbon_source_2(fn_carbon_fixation_4(X)) ) ) ).
fof(a528071,axiom,
! [X] :
( carbon_isotope_1(X)
=> ( original_name_2(X,'Carbon-Isotope')
& user_description_2(X,'One of several atomic forms of carbon, each with the same number of protons but different number of neutrons, thus differing in atomic mass.')
& concept2words_2(X,'isotope of carbon')
& concept2words_2(X,'carbon isotope')
& concept2words_2(X,'carbon-isotope')
& non_metal_atom_1(X)
& isotope_1(X)
& carbon_1(fn_carbon_isotope_1(X))
& valence_value_1(fn_carbon_isotope_2(X))
& electronegativity_value_1(fn_carbon_isotope_3(X))
& neutron_1(fn_carbon_isotope_6(X))
& second_electron_shell_1(fn_carbon_isotope_7(X))
& atomic_number_value_1(fn_carbon_isotope_8(X))
& valence_electron_1(fn_carbon_isotope_9(X))
& valence_electron_1(fn_carbon_isotope_10(X))
& atomic_number_value_1(fn_second_electron_shell_18(fn_carbon_isotope_7(X)))
& electron_1(fn_second_electron_shell_11(fn_carbon_isotope_7(X)))
& electron_1(fn_second_electron_shell_12(fn_carbon_isotope_7(X)))
& atom_1(fn_second_electron_shell_13(fn_carbon_isotope_7(X)))
& valence_2(X,fn_carbon_isotope_2(X))
& electronegativity_2(X,fn_carbon_isotope_3(X))
& maxCardinality(X,has_part_0,"8",neutron_0)
& minCardinality(X,has_part_0,"6",neutron_0)
& exactCardinality(X,has_part_0,"6",electron_0)
& exactCardinality(X,has_part_0,"6",proton_0)
& has_part_2(X,fn_carbon_isotope_6(X))
& has_state_2(fn_carbon_isotope_1(X),X)
& has_isotope_2(fn_carbon_isotope_1(X),X)
& the_cardinal_value_2(fn_carbon_isotope_8(X),"6")
& cardinal_unit_class_2(fn_carbon_isotope_8(X),unity_0)
& the_cardinal_value_2(fn_carbon_isotope_2(X),"4.0e0")
& cardinal_unit_class_2(fn_carbon_isotope_2(X),unity_0)
& the_cardinal_value_2(fn_carbon_isotope_3(X),"2.55e0")
& cardinal_unit_class_2(fn_carbon_isotope_3(X),unity_0)
& called_2(fn_carbon_isotope_8(X),'Atomic_Number')
& has_region_2(X,fn_carbon_isotope_7(X))
& has_part_2(X,fn_carbon_isotope_10(X))
& fn_carbon_isotope_10(X) != fn_carbon_isotope_9(X)
& has_part_2(X,fn_carbon_isotope_9(X))
& atomic_number_2(X,fn_carbon_isotope_8(X))
& fn_carbon_isotope_9(X) != fn_carbon_isotope_10(X)
& fn_carbon_isotope_8(X) = fn_second_electron_shell_18(fn_carbon_isotope_7(X))
& fn_carbon_isotope_9(X) = fn_second_electron_shell_11(fn_carbon_isotope_7(X))
& fn_carbon_isotope_10(X) = fn_second_electron_shell_12(fn_carbon_isotope_7(X))
& X = fn_second_electron_shell_13(fn_carbon_isotope_7(X))
& fn_second_electron_shell_13(fn_carbon_isotope_7(X)) = fn_second_electron_shell_13(fn_carbon_isotope_7(X)) ) ) ).
fof(a528072,axiom,
! [X] :
( carbon_monoxide_1(X)
=> ( original_name_2(X,'Carbon-Monoxide')
& user_description_2(X,'A colorless, odorless gas with the chemical formula CO.')
& concept2words_2(X,'monoxide of carbon')
& concept2words_2(X,'carbon monoxide')
& concept2words_2(X,'carbon-monoxide')
& covalent_compound_1(X)
& inorganic_molecule_1(X)
& ~ aflatoxin_1(X)
& ~ aldehyde_1(X)
& ~ amine_1(X)
& ~ antibiotic_1(X)
& ~ carboxylic_acid_1(X)
& ~ ddt_1(X)
& ~ ice_1(X)
& ~ nitroglycerine_1(X)
& ~ opiate_1(X) ) ) ).
fof(a528073,axiom,
! [X] :
( carbon_skeleton_1(X)
=> ( original_name_2(X,'Carbon-Skeleton')
& user_description_2(X,'Carbon skeleton of an organic compound is, the chains, branches and/or rings of carbon atoms that form the basis of the structure of an organic molecule')
& concept2words_2(X,'skeleton of carbon')
& concept2words_2(X,'carbon skeleton')
& concept2words_2(X,'carbon-skeleton')
& molecular_region_1(X)
& hold_together_1(fn_carbon_skeleton_1(X))
& atom_1(fn_carbon_skeleton_2(X))
& chemical_entity_1(fn_carbon_skeleton_2(X))
& organic_molecule_1(fn_carbon_skeleton_3(X))
& carbon_1(fn_carbon_skeleton_4(X))
& chemical_bond_1(fn_carbon_skeleton_5(X))
& chemical_bond_1(fn_molecule_10(fn_carbon_skeleton_3(X)))
& hold_together_1(fn_chemical_bond_3(fn_carbon_skeleton_5(X)))
& atom_1(fn_molecule_11(fn_carbon_skeleton_3(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_carbon_skeleton_5(X)))
& atom_1(fn_molecule_7(fn_carbon_skeleton_3(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_carbon_skeleton_5(X)))
& fn_carbon_skeleton_4(X) != fn_carbon_skeleton_2(X)
& is_inside_2(fn_carbon_skeleton_4(X),X)
& minCardinality(fn_carbon_skeleton_3(X),has_part_0,"1",carbon_0)
& has_region_2(fn_carbon_skeleton_3(X),X)
& fn_carbon_skeleton_2(X) != fn_carbon_skeleton_4(X)
& has_part_2(fn_carbon_skeleton_3(X),fn_carbon_skeleton_4(X))
& possesses_2(fn_carbon_skeleton_3(X),fn_carbon_skeleton_5(X))
& is_between_2(fn_carbon_skeleton_5(X),fn_carbon_skeleton_2(X))
& object_2(fn_carbon_skeleton_1(X),fn_carbon_skeleton_2(X))
& object_2(fn_carbon_skeleton_1(X),fn_carbon_skeleton_4(X))
& is_between_2(fn_carbon_skeleton_5(X),fn_carbon_skeleton_4(X))
& fn_carbon_skeleton_4(X) = fn_molecule_7(fn_carbon_skeleton_3(X))
& fn_carbon_skeleton_2(X) = fn_molecule_11(fn_carbon_skeleton_3(X))
& fn_carbon_skeleton_5(X) = fn_molecule_10(fn_carbon_skeleton_3(X))
& fn_carbon_skeleton_2(X) = fn_chemical_bond_1(fn_carbon_skeleton_5(X))
& fn_carbon_skeleton_1(X) = fn_chemical_bond_3(fn_carbon_skeleton_5(X))
& fn_carbon_skeleton_4(X) = fn_chemical_bond_4(fn_carbon_skeleton_5(X))
& fn_chemical_bond_1(fn_carbon_skeleton_5(X)) = fn_molecule_11(fn_carbon_skeleton_3(X))
& fn_molecule_11(fn_carbon_skeleton_3(X)) = fn_chemical_bond_1(fn_carbon_skeleton_5(X))
& fn_chemical_bond_1(fn_carbon_skeleton_5(X)) = fn_molecule_7(fn_carbon_skeleton_3(X))
& fn_molecule_7(fn_carbon_skeleton_3(X)) = fn_chemical_bond_4(fn_carbon_skeleton_5(X))
& fn_chemical_bond_4(fn_carbon_skeleton_5(X)) = fn_chemical_bond_4(fn_carbon_skeleton_5(X)) ) ) ).
fof(a528074,axiom,
! [X] :
( carbon_source_1(X)
=> ( original_name_2(X,'Carbon-Source')
& user_description_2(X,'A carbon-source is the chemical entity which provide carbon.')
& concept2words_2(X,'source of carbon')
& concept2words_2(X,'carbon source')
& concept2words_2(X,'carbon-source')
& resource_1(X)
& atom_1(fn_carbon_source_1(X))
& molecule_1(fn_carbon_source_2(X))
& atom_1(fn_carbon_source_3(X))
& carbon_1(fn_carbon_source_3(X))
& valence_electron_1(fn_carbon_source_4(X))
& electron_1(fn_carbon_source_5(X))
& proton_1(fn_carbon_source_6(X))
& center_1(fn_carbon_source_7(X))
& atomic_nucleus_1(fn_carbon_source_8(X))
& center_1(fn_atomic_nucleus_3(fn_carbon_source_8(X)))
& electron_1(fn_atomic_nucleus_8(fn_carbon_source_8(X)))
& proton_1(fn_atomic_nucleus_9(fn_carbon_source_8(X)))
& proton_1(fn_atom_8(fn_carbon_source_3(X)))
& proton_1(fn_carbon_17(fn_carbon_source_3(X)))
& electron_1(fn_atom_14(fn_carbon_source_3(X)))
& electron_1(fn_carbon_10(fn_carbon_source_3(X)))
& atomic_nucleus_1(fn_atom_18(fn_carbon_source_3(X)))
& atomic_nucleus_1(fn_carbon_18(fn_carbon_source_3(X)))
& atom_1(fn_molecule_7(fn_carbon_source_2(X)))
& atom_1(fn_atomic_nucleus_4(fn_carbon_source_8(X)))
& fn_carbon_source_5(X) != fn_carbon_source_4(X)
& fn_carbon_source_4(X) != fn_carbon_source_5(X)
& fn_carbon_source_3(X) != fn_carbon_source_1(X)
& plays_2(fn_carbon_source_2(X),X)
& fn_carbon_source_1(X) != fn_carbon_source_3(X)
& has_part_2(fn_carbon_source_2(X),fn_carbon_source_3(X))
& is_at_2(fn_carbon_source_8(X),fn_carbon_source_7(X))
& has_region_2(fn_carbon_source_3(X),fn_carbon_source_7(X))
& has_part_2(fn_carbon_source_3(X),fn_carbon_source_4(X))
& is_near_2(fn_carbon_source_4(X),fn_carbon_source_8(X))
& is_near_2(fn_carbon_source_8(X),fn_carbon_source_4(X))
& has_part_2(fn_carbon_source_3(X),fn_carbon_source_5(X))
& has_region_2(fn_carbon_source_3(X),fn_carbon_source_8(X))
& is_inside_2(fn_carbon_source_6(X),fn_carbon_source_8(X))
& has_part_2(fn_carbon_source_3(X),fn_carbon_source_6(X))
& is_near_2(fn_carbon_source_5(X),fn_carbon_source_8(X))
& is_near_2(fn_carbon_source_8(X),fn_carbon_source_5(X))
& fn_carbon_source_3(X) = fn_molecule_7(fn_carbon_source_2(X))
& fn_carbon_source_7(X) = fn_atomic_nucleus_3(fn_carbon_source_8(X))
& fn_carbon_source_4(X) = fn_atomic_nucleus_8(fn_carbon_source_8(X))
& fn_carbon_source_6(X) = fn_atom_8(fn_carbon_source_3(X))
& fn_carbon_source_6(X) = fn_atomic_nucleus_9(fn_carbon_source_8(X))
& fn_carbon_source_6(X) = fn_carbon_17(fn_carbon_source_3(X))
& fn_carbon_source_5(X) = fn_atom_14(fn_carbon_source_3(X))
& fn_carbon_source_5(X) = fn_carbon_10(fn_carbon_source_3(X))
& fn_carbon_source_3(X) = fn_atomic_nucleus_4(fn_carbon_source_8(X))
& fn_carbon_source_8(X) = fn_atom_18(fn_carbon_source_3(X))
& fn_carbon_source_8(X) = fn_carbon_18(fn_carbon_source_3(X))
& fn_atom_8(fn_carbon_source_3(X)) = fn_atomic_nucleus_9(fn_carbon_source_8(X))
& fn_atomic_nucleus_9(fn_carbon_source_8(X)) = fn_atom_8(fn_carbon_source_3(X))
& fn_atom_8(fn_carbon_source_3(X)) = fn_carbon_17(fn_carbon_source_3(X))
& fn_carbon_17(fn_carbon_source_3(X)) = fn_carbon_17(fn_carbon_source_3(X))
& fn_carbon_17(fn_carbon_source_3(X)) = fn_atom_14(fn_carbon_source_3(X))
& fn_carbon_10(fn_carbon_source_3(X)) = fn_atom_14(fn_carbon_source_3(X))
& fn_atom_14(fn_carbon_source_3(X)) = fn_carbon_10(fn_carbon_source_3(X))
& fn_carbon_10(fn_carbon_source_3(X)) = fn_carbon_18(fn_carbon_source_3(X))
& fn_carbon_18(fn_carbon_source_3(X)) = fn_atom_18(fn_carbon_source_3(X))
& fn_atom_18(fn_carbon_source_3(X)) = fn_carbon_18(fn_carbon_source_3(X))
& fn_carbon_18(fn_carbon_source_3(X)) = fn_molecule_7(fn_carbon_source_2(X))
& fn_molecule_7(fn_carbon_source_2(X)) = fn_atomic_nucleus_4(fn_carbon_source_8(X))
& fn_atomic_nucleus_4(fn_carbon_source_8(X)) = fn_atomic_nucleus_4(fn_carbon_source_8(X)) ) ) ).
fof(a528075,axiom,
! [X] :
( carbonate_ion_1(X)
=> ( original_name_2(X,'Carbonate-Ion')
& user_description_2(X,'Polyatomic ion with a minus 2 charge, most commonly formed when carbon dioxide gas dissolves in water.')
& concept2words_2(X,'ion of carbonate')
& concept2words_2(X,'carbonate ion')
& concept2words_2(X,'carbonate-ion')
& polyatomic_ion_1(X)
& anion_1(X)
& ~ malonate_1(X)
& ~ benzoate_1(X)
& ~ cl_minus_1(X)
& ~ azide_1(X)
& ~ sulfide_1(X)
& ~ sulfate_1(X)
& ~ bicarbonate_ion_1(X)
& ~ organic_anion_1(X)
& ~ phosphate_ion_1(X)
& charge_value_1(fn_carbonate_ion_2(X))
& the_cardinal_value_2(fn_carbonate_ion_2(X),"-2")
& cardinal_unit_class_2(fn_carbonate_ion_2(X),unity_0)
& charge_2(X,fn_carbonate_ion_2(X))
& fn_carbonate_ion_1(X) = fn_anion_7(X)
& fn_carbonate_ion_2(X) = fn_anion_6(X) ) ) ).
fof(a528076,axiom,
! [X] :
( carbonic_acid_1(X)
=> ( original_name_2(X,'Carbonic-Acid')
& user_description_2(X,'A weak organic acid with the chemical formula H2CO3. Carbonic acid is a key player in the regulation of blood pH, and carbonate equilibrium in aquatic ecosystems.')
& concept2words_2(X,'carbonic acid')
& concept2words_2(X,'carbonic-acid')
& weak_acid_1(X)
& carbonic_acid_compound_1(fn_carbonic_acid_2(X))
& state_value_1(fn_carbonic_acid_3(X))
& the_categorical_value_2(fn_carbonic_acid_3(X),liquid_0)
& has_part_2(X,fn_carbonic_acid_2(X))
& physical_state_2(X,fn_carbonic_acid_3(X))
& fn_carbonic_acid_2(X) = fn_chemical_3(X)
& fn_carbonic_acid_1(X) = fn_chemical_1(X)
& fn_carbonic_acid_3(X) = fn_chemical_2(X) ) ) ).
fof(a528077,axiom,
! [X] :
( carbonic_acid_bicarbonate_buffer_1(X)
=> ( original_name_2(X,'Carbonic-Acid-Bicarbonate-Buffer')
& user_description_2(X,'One of the buffers in human blood that regulates the pH of the blood.')
& concept2words_2(X,'carbonic acid bicarbonate')
& concept2words_2(X,'carbonic acid bicarbonate buffer')
& concept2words_2(X,'carbonic-acid-bicarbonate-buffer')
& buffer_1(X)
& chemical_1(fn_carbonic_acid_bicarbonate_buffer_1(X))
& base_1(fn_carbonic_acid_bicarbonate_buffer_1(X))
& bicarbonate_ion_1(fn_carbonic_acid_bicarbonate_buffer_2(X))
& carbonic_acid_1(fn_carbonic_acid_bicarbonate_buffer_3(X))
& chemical_entity_1(fn_chemical_3(fn_carbonic_acid_bicarbonate_buffer_1(X)))
& has_part_2(fn_carbonic_acid_bicarbonate_buffer_1(X),fn_carbonic_acid_bicarbonate_buffer_2(X))
& has_part_2(X,fn_carbonic_acid_bicarbonate_buffer_3(X))
& has_part_2(X,fn_carbonic_acid_bicarbonate_buffer_1(X))
& fn_carbonic_acid_bicarbonate_buffer_2(X) = fn_chemical_3(fn_carbonic_acid_bicarbonate_buffer_1(X))
& fn_carbonic_acid_bicarbonate_buffer_3(X) = fn_buffer_1(X)
& fn_carbonic_acid_bicarbonate_buffer_1(X) = fn_buffer_2(X) ) ) ).
fof(a528078,axiom,
! [X] :
( carbonic_acid_compound_1(X)
=> ( original_name_2(X,'Carbonic-Acid-Compound')
& user_description_2(X,'It is an organic compound with molecular formula H2CO3.')
& concept2words_2(X,'carbonic acid compound')
& concept2words_2(X,'carbonic-acid-compound')
& acid_compound_1(X)
& carbon_1(fn_carbonic_acid_compound_1(X))
& hydrogen_1(fn_carbonic_acid_compound_2(X))
& oxygen_1(fn_carbonic_acid_compound_3(X))
& exactCardinality(X,has_part_0,"2",hydrogen_0)
& exactCardinality(X,has_part_0,"3",oxygen_0)
& exactCardinality(X,has_part_0,"1",carbon_0)
& has_part_2(X,fn_carbonic_acid_compound_1(X))
& has_part_2(X,fn_carbonic_acid_compound_2(X))
& has_part_2(X,fn_carbonic_acid_compound_3(X)) ) ) ).
fof(a528079,axiom,
! [X] :
( carbonyl_group_1(X)
=> ( original_name_2(X,'Carbonyl-Group')
& user_description_2(X,'A carbonyl group is a functional group composed of a carbon atom double-bonded to an oxygen atom: C=O.')
& concept2words_2(X,'CO')
& concept2words_2(X,'co group')
& concept2words_2(X,'co-group')
& concept2words_2(X,'group of carbonyl')
& concept2words_2(X,'carbonyl group')
& concept2words_2(X,'carbonyl-group')
& functional_group_1(X)
& ~ acetyl_group_1(X)
& ~ amino_group_1(X)
& ~ carboxyl_group_1(X)
& ~ hydroxyl_group_1(X)
& ~ methyl_group_1(X)
& ~ phosphate_group_1(X)
& hydrophilic_region_1(fn_carbonyl_group_1(X))
& valence_electron_1(fn_carbonyl_group_4(X))
& share_1(fn_carbonyl_group_5(X))
& valence_electron_1(fn_carbonyl_group_6(X))
& entity_1(fn_carbonyl_group_7(X))
& chemical_entity_1(fn_carbonyl_group_7(X))
& atom_1(fn_carbonyl_group_7(X))
& carbon_1(fn_carbonyl_group_7(X))
& double_bond_1(fn_carbonyl_group_8(X))
& oxygen_1(fn_carbonyl_group_9(X))
& hold_together_1(fn_carbonyl_group_10(X))
& quantity_value_1(fn_carbonyl_group_11(X))
& atomic_number_value_1(fn_carbonyl_group_12(X))
& electron_1(fn_carbonyl_group_13(X))
& proton_1(fn_carbonyl_group_14(X))
& entity_1(fn_covalent_bond_20(fn_carbonyl_group_8(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_carbonyl_group_8(X)))
& atom_1(fn_covalent_bond_20(fn_carbonyl_group_8(X)))
& valence_electron_1(fn_covalent_bond_15(fn_carbonyl_group_8(X)))
& hold_together_1(fn_covalent_bond_14(fn_carbonyl_group_8(X)))
& share_1(fn_covalent_bond_17(fn_carbonyl_group_8(X)))
& valence_electron_1(fn_covalent_bond_18(fn_carbonyl_group_8(X)))
& entity_1(fn_covalent_bond_19(fn_carbonyl_group_8(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_carbonyl_group_8(X)))
& atom_1(fn_covalent_bond_19(fn_carbonyl_group_8(X)))
& property_node_1(fn_carbon_9(fn_carbonyl_group_7(X)))
& property_node_1(fn_carbon_13(fn_carbonyl_group_7(X)))
& electron_1(fn_atom_14(fn_carbonyl_group_7(X)))
& electron_1(fn_carbon_10(fn_carbonyl_group_7(X)))
& atomic_number_value_1(fn_atom_17(fn_carbonyl_group_7(X)))
& atomic_number_value_1(fn_carbon_16(fn_carbonyl_group_7(X)))
& quantity_value_1(fn_atom_11(fn_carbonyl_group_7(X)))
& quantity_value_1(fn_carbon_19(fn_carbonyl_group_7(X)))
& proton_1(fn_atom_8(fn_carbonyl_group_7(X)))
& proton_1(fn_carbon_17(fn_carbonyl_group_7(X)))
& fn_carbonyl_group_13(X) != fn_carbonyl_group_4(X)
& is_inside_2(fn_carbonyl_group_1(X),X)
& is_inside_2(fn_carbonyl_group_9(X),X)
& has_region_2(X,fn_carbonyl_group_1(X))
& is_inside_2(fn_carbonyl_group_7(X),X)
& fn_carbonyl_group_6(X) != fn_carbonyl_group_4(X)
& fn_carbonyl_group_4(X) != fn_carbonyl_group_6(X)
& fn_carbonyl_group_4(X) != fn_carbonyl_group_13(X)
& is_between_2(fn_carbonyl_group_8(X),fn_carbonyl_group_7(X))
& fn_carbonyl_group_7(X) != fn_carbonyl_group_9(X)
& has_part_2(fn_carbonyl_group_7(X),fn_carbonyl_group_4(X))
& fn_carbonyl_group_9(X) != fn_carbonyl_group_7(X)
& is_between_2(fn_carbonyl_group_8(X),fn_carbonyl_group_9(X))
& has_part_2(fn_carbonyl_group_9(X),fn_carbonyl_group_6(X))
& has_part_2(fn_carbonyl_group_7(X),fn_carbonyl_group_13(X))
& called_2(fn_carbonyl_group_12(X),'Atomic_Number')
& atomic_number_2(fn_carbonyl_group_7(X),fn_carbonyl_group_12(X))
& the_cardinal_value_2(fn_carbonyl_group_12(X),"6")
& cardinal_unit_class_2(fn_carbonyl_group_12(X),unity_0)
& has_part_2(fn_carbonyl_group_7(X),fn_carbonyl_group_14(X))
& quantity_2(fn_carbonyl_group_14(X),fn_carbonyl_group_11(X))
& called_2(fn_carbonyl_group_11(X),'Number_Proton')
& fn_carbonyl_group_12(X) = fn_carbonyl_group_11(X)
& fn_carbonyl_group_11(X) = fn_carbonyl_group_12(X)
& fn_carbonyl_group_7(X) = fn_covalent_bond_20(fn_carbonyl_group_8(X))
& fn_carbonyl_group_4(X) = fn_covalent_bond_15(fn_carbonyl_group_8(X))
& fn_carbonyl_group_10(X) = fn_covalent_bond_14(fn_carbonyl_group_8(X))
& fn_carbonyl_group_5(X) = fn_covalent_bond_17(fn_carbonyl_group_8(X))
& fn_carbonyl_group_6(X) = fn_covalent_bond_18(fn_carbonyl_group_8(X))
& fn_carbonyl_group_9(X) = fn_covalent_bond_19(fn_carbonyl_group_8(X))
& fn_carbonyl_group_13(X) = fn_atom_14(fn_carbonyl_group_7(X))
& fn_carbonyl_group_13(X) = fn_carbon_10(fn_carbonyl_group_7(X))
& fn_carbonyl_group_3(X) = fn_carbon_9(fn_carbonyl_group_7(X))
& fn_carbonyl_group_2(X) = fn_carbon_13(fn_carbonyl_group_7(X))
& fn_carbonyl_group_12(X) = fn_atom_17(fn_carbonyl_group_7(X))
& fn_carbonyl_group_12(X) = fn_carbon_16(fn_carbonyl_group_7(X))
& fn_carbonyl_group_11(X) = fn_atom_11(fn_carbonyl_group_7(X))
& fn_carbonyl_group_11(X) = fn_carbon_19(fn_carbonyl_group_7(X))
& fn_carbonyl_group_14(X) = fn_atom_8(fn_carbonyl_group_7(X))
& fn_carbonyl_group_14(X) = fn_carbon_17(fn_carbonyl_group_7(X))
& fn_atom_14(fn_carbonyl_group_7(X)) = fn_carbon_10(fn_carbonyl_group_7(X))
& fn_carbon_10(fn_carbonyl_group_7(X)) = fn_atom_17(fn_carbonyl_group_7(X))
& fn_carbon_16(fn_carbonyl_group_7(X)) = fn_carbon_16(fn_carbonyl_group_7(X))
& fn_carbon_16(fn_carbonyl_group_7(X)) = fn_atom_17(fn_carbonyl_group_7(X))
& fn_atom_17(fn_carbonyl_group_7(X)) = fn_carbon_16(fn_carbonyl_group_7(X))
& fn_carbon_16(fn_carbonyl_group_7(X)) = fn_carbon_19(fn_carbonyl_group_7(X))
& fn_carbon_19(fn_carbonyl_group_7(X)) = fn_atom_11(fn_carbonyl_group_7(X))
& fn_atom_11(fn_carbonyl_group_7(X)) = fn_carbon_19(fn_carbonyl_group_7(X))
& fn_carbon_19(fn_carbonyl_group_7(X)) = fn_atom_8(fn_carbonyl_group_7(X))
& fn_carbon_17(fn_carbonyl_group_7(X)) = fn_atom_8(fn_carbonyl_group_7(X))
& fn_atom_8(fn_carbonyl_group_7(X)) = fn_carbon_17(fn_carbonyl_group_7(X)) ) ) ).
fof(a528080,axiom,
! [X] :
( carboxyl_end_1(X)
=> ( original_name_2(X,'Carboxyl-End')
& user_description_2(X,'The carboxyl end of a protein or polypeptide is the end of the amino acid chain terminated by a free carboxyl group.')
& concept2words_2(X,'c terminus')
& concept2words_2(X,'c-terminus')
& concept2words_2(X,'carboxyl terminus')
& concept2words_2(X,'carboxyl-terminus')
& concept2words_2(X,'carboxy terminus')
& concept2words_2(X,'carboxy-terminus')
& concept2words_2(X,'c terminal')
& concept2words_2(X,'c-terminal')
& concept2words_2(X,'c terminal end')
& concept2words_2(X,'c-terminal-end')
& concept2words_2(X,'cooh terminus')
& concept2words_2(X,'cooh-terminus')
& concept2words_2(X,'end of carboxyl')
& concept2words_2(X,'carboxyl end')
& concept2words_2(X,'carboxyl-end')
& molecular_region_1(X)
& end_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X)
& ~ amino_end_1(X)
& ~ hydrophilic_end_1(X)
& ~ hydrophobic_end_1(X)
& carboxyl_group_1(fn_carboxyl_end_1(X))
& is_at_2(fn_carboxyl_end_1(X),X) ) ) ).
fof(a528081,axiom,
! [X] :
( carboxyl_group_1(X)
=> ( original_name_2(X,'Carboxyl-Group')
& user_description_2(X,'A carboxyl group is a group of atoms found in some organic molecules such as organic acids which contains one carbon atom double-bonded to one oxygen atom and single bonded to a second oxygen atom which is part of a hydroxyl group.')
& concept2words_2(X,cooh)
& concept2words_2(X,'-cooh')
& concept2words_2(X,'group of carboxyl')
& concept2words_2(X,'carboxyl group')
& concept2words_2(X,'carboxyl-group')
& functional_group_1(X)
& ~ acetyl_group_1(X)
& ~ amino_group_1(X)
& ~ carbonyl_group_1(X)
& ~ hydroxyl_group_1(X)
& ~ methyl_group_1(X)
& ~ phosphate_group_1(X)
& asymmetrical_distribution_1(fn_carboxyl_group_7(X))
& hydrophilic_region_1(fn_carboxyl_group_8(X))
& asymmetrical_distribution_1(fn_carboxyl_group_9(X))
& proton_1(fn_carboxyl_group_10(X))
& atomic_number_value_1(fn_carboxyl_group_11(X))
& quantity_value_1(fn_carboxyl_group_12(X))
& attract_1(fn_carboxyl_group_13(X))
& constant_motion_1(fn_carboxyl_group_14(X))
& quantity_value_1(fn_carboxyl_group_15(X))
& electron_shell_1(fn_carboxyl_group_16(X))
& entity_1(fn_carboxyl_group_17(X))
& tangible_entity_1(fn_carboxyl_group_17(X))
& electron_1(fn_carboxyl_group_17(X))
& valence_electron_1(fn_carboxyl_group_17(X))
& center_1(fn_carboxyl_group_18(X))
& entity_1(fn_carboxyl_group_19(X))
& chemical_entity_1(fn_carboxyl_group_19(X))
& atom_1(fn_carboxyl_group_19(X))
& carbon_1(fn_carboxyl_group_19(X))
& center_1(fn_carboxyl_group_20(X))
& entity_1(fn_carboxyl_group_21(X))
& valence_electron_1(fn_carboxyl_group_21(X))
& electron_shell_1(fn_carboxyl_group_22(X))
& oxygen_1(fn_carboxyl_group_23(X))
& oxygen_1(fn_carboxyl_group_24(X))
& entity_1(fn_carboxyl_group_25(X))
& chemical_entity_1(fn_carboxyl_group_25(X))
& atom_1(fn_carboxyl_group_25(X))
& hydrogen_1(fn_carboxyl_group_25(X))
& atomic_orbital_1(fn_carboxyl_group_26(X))
& quantity_value_1(fn_carboxyl_group_27(X))
& constant_motion_1(fn_carboxyl_group_28(X))
& asymmetrical_distribution_1(fn_carboxyl_group_29(X))
& attract_1(fn_carboxyl_group_30(X))
& atomic_orbital_1(fn_carboxyl_group_31(X))
& constant_motion_1(fn_carboxyl_group_32(X))
& asymmetrical_distribution_1(fn_carboxyl_group_33(X))
& attract_1(fn_carboxyl_group_34(X))
& quantity_value_1(fn_carboxyl_group_35(X))
& quantity_value_1(fn_carboxyl_group_36(X))
& atomic_number_value_1(fn_carboxyl_group_37(X))
& entity_1(fn_carboxyl_group_38(X))
& proton_1(fn_carboxyl_group_38(X))
& atomic_number_value_1(fn_carboxyl_group_39(X))
& electron_1(fn_carboxyl_group_40(X))
& valence_electron_1(fn_carboxyl_group_40(X))
& atomic_number_value_1(fn_carboxyl_group_41(X))
& entity_1(fn_carboxyl_group_42(X))
& proton_1(fn_carboxyl_group_42(X))
& quantity_value_1(fn_carboxyl_group_43(X))
& quantity_value_1(fn_carboxyl_group_44(X))
& electron_1(fn_carboxyl_group_45(X))
& valence_electron_1(fn_carboxyl_group_45(X))
& atomic_nucleus_1(fn_carboxyl_group_46(X))
& hold_together_1(fn_carboxyl_group_47(X))
& atomic_nucleus_1(fn_carboxyl_group_48(X))
& share_1(fn_carboxyl_group_49(X))
& constant_motion_1(fn_carboxyl_group_50(X))
& asymmetrical_distribution_1(fn_carboxyl_group_51(X))
& attract_1(fn_carboxyl_group_52(X))
& constant_motion_1(fn_carboxyl_group_53(X))
& attract_1(fn_carboxyl_group_54(X))
& hold_together_1(fn_carboxyl_group_55(X))
& share_1(fn_carboxyl_group_56(X))
& atomic_nucleus_1(fn_carboxyl_group_57(X))
& tangible_entity_1(fn_carboxyl_group_58(X))
& electron_1(fn_carboxyl_group_58(X))
& valence_electron_1(fn_carboxyl_group_58(X))
& proton_1(fn_carboxyl_group_59(X))
& electronegativity_value_1(fn_carboxyl_group_60(X))
& electronegativity_value_1(fn_carboxyl_group_61(X))
& electron_1(fn_carboxyl_group_62(X))
& valence_electron_1(fn_carboxyl_group_62(X))
& electron_shell_1(fn_carboxyl_group_63(X))
& center_1(fn_carboxyl_group_64(X))
& atomic_nucleus_1(fn_carboxyl_group_65(X))
& share_1(fn_carboxyl_group_66(X))
& unequal_sharing_1(fn_carboxyl_group_66(X))
& hold_together_1(fn_carboxyl_group_67(X))
& polar_covalent_bond_1(fn_carboxyl_group_68(X))
& single_bond_1(fn_carboxyl_group_69(X))
& double_bond_1(fn_carboxyl_group_70(X))
& property_node_1(fn_polar_covalent_bond_3(fn_carboxyl_group_68(X)))
& electronegativity_value_1(fn_polar_covalent_bond_2(fn_carboxyl_group_68(X)))
& share_1(fn_covalent_bond_17(fn_carboxyl_group_68(X)))
& attract_1(fn_covalent_bond_10(fn_carboxyl_group_68(X)))
& asymmetrical_distribution_1(fn_covalent_bond_1(fn_carboxyl_group_68(X)))
& constant_motion_1(fn_covalent_bond_16(fn_carboxyl_group_68(X)))
& attract_1(fn_covalent_bond_10(fn_carboxyl_group_69(X)))
& atomic_orbital_1(fn_covalent_bond_13(fn_carboxyl_group_69(X)))
& quantity_value_1(fn_covalent_bond_9(fn_carboxyl_group_69(X)))
& asymmetrical_distribution_1(fn_covalent_bond_1(fn_carboxyl_group_69(X)))
& constant_motion_1(fn_covalent_bond_16(fn_carboxyl_group_69(X)))
& property_node_1(fn_hydrogen_1(fn_carboxyl_group_25(X)))
& quantity_value_1(fn_polar_covalent_bond_9(fn_carboxyl_group_68(X)))
& property_node_1(fn_carbon_9(fn_carboxyl_group_19(X)))
& property_node_1(fn_carbon_8(fn_carboxyl_group_19(X)))
& hold_together_1(fn_covalent_bond_14(fn_carboxyl_group_70(X)))
& constant_motion_1(fn_covalent_bond_16(fn_carboxyl_group_70(X)))
& asymmetrical_distribution_1(fn_covalent_bond_1(fn_carboxyl_group_70(X)))
& attract_1(fn_covalent_bond_10(fn_carboxyl_group_70(X)))
& share_1(fn_covalent_bond_17(fn_carboxyl_group_70(X)))
& property_node_1(fn_atomic_nucleus_6(fn_carboxyl_group_65(X)))
& property_node_1(fn_atomic_nucleus_5(fn_carboxyl_group_65(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_carboxyl_group_65(X)))
& entity_1(fn_polar_covalent_bond_18(fn_carboxyl_group_68(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_carboxyl_group_68(X)))
& atom_1(fn_polar_covalent_bond_18(fn_carboxyl_group_68(X)))
& entity_1(fn_covalent_bond_19(fn_carboxyl_group_68(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_carboxyl_group_68(X)))
& atom_1(fn_covalent_bond_19(fn_carboxyl_group_68(X)))
& hold_together_1(fn_covalent_bond_14(fn_carboxyl_group_69(X)))
& electronegativity_value_1(fn_polar_covalent_bond_1(fn_carboxyl_group_68(X)))
& electronegativity_value_1(fn_hydrogen_2(fn_carboxyl_group_25(X)))
& entity_1(fn_polar_covalent_bond_19(fn_carboxyl_group_68(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_carboxyl_group_68(X)))
& atom_1(fn_polar_covalent_bond_19(fn_carboxyl_group_68(X)))
& atom_1(fn_atomic_nucleus_4(fn_carboxyl_group_65(X)))
& electron_1(fn_atomic_nucleus_8(fn_carboxyl_group_65(X)))
& valence_electron_1(fn_hydrogen_12(fn_carboxyl_group_25(X)))
& atomic_number_value_1(fn_covalent_bond_6(fn_carboxyl_group_68(X)))
& entity_1(fn_attract_2(fn_carboxyl_group_52(X)))
& proton_1(fn_covalent_bond_4(fn_carboxyl_group_68(X)))
& valence_electron_1(fn_covalent_bond_15(fn_carboxyl_group_69(X)))
& electron_1(fn_atom_14(fn_carboxyl_group_19(X)))
& share_1(fn_covalent_bond_17(fn_carboxyl_group_69(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_carboxyl_group_68(X)))
& hold_together_1(fn_covalent_bond_14(fn_carboxyl_group_68(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_carboxyl_group_68(X)))
& property_node_1(fn_atom_12(fn_carboxyl_group_19(X)))
& property_node_1(fn_carbon_13(fn_carboxyl_group_19(X)))
& quantity_value_1(fn_carbon_12(fn_carboxyl_group_19(X)))
& quantity_value_1(fn_covalent_bond_8(fn_carboxyl_group_70(X)))
& quantity_value_1(fn_atom_11(fn_carboxyl_group_19(X)))
& quantity_value_1(fn_carbon_19(fn_carboxyl_group_19(X)))
& atomic_number_value_1(fn_atom_17(fn_carboxyl_group_19(X)))
& atomic_number_value_1(fn_carbon_16(fn_carboxyl_group_19(X)))
& entity_1(fn_attract_2(fn_carboxyl_group_30(X)))
& proton_1(fn_covalent_bond_4(fn_carboxyl_group_69(X)))
& proton_1(fn_atom_8(fn_carboxyl_group_19(X)))
& proton_1(fn_carbon_17(fn_carboxyl_group_19(X)))
& entity_1(fn_covalent_bond_20(fn_carboxyl_group_70(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_carboxyl_group_70(X)))
& atom_1(fn_covalent_bond_20(fn_carboxyl_group_70(X)))
& entity_1(fn_covalent_bond_20(fn_carboxyl_group_69(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_carboxyl_group_69(X)))
& atom_1(fn_covalent_bond_20(fn_carboxyl_group_69(X)))
& entity_1(fn_covalent_bond_19(fn_carboxyl_group_69(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_carboxyl_group_69(X)))
& atom_1(fn_covalent_bond_19(fn_carboxyl_group_69(X)))
& entity_1(fn_covalent_bond_19(fn_carboxyl_group_70(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_carboxyl_group_70(X)))
& atom_1(fn_covalent_bond_19(fn_carboxyl_group_70(X)))
& electron_shell_1(fn_covalent_bond_12(fn_carboxyl_group_69(X)))
& electron_shell_1(fn_atom_9(fn_carboxyl_group_19(X)))
& quantity_value_1(fn_polar_covalent_bond_10(fn_carboxyl_group_68(X)))
& quantity_value_1(fn_covalent_bond_9(fn_carboxyl_group_70(X)))
& electron_shell_1(fn_atom_9(fn_carboxyl_group_25(X)))
& electron_shell_1(fn_polar_covalent_bond_22(fn_carboxyl_group_68(X)))
& electron_shell_1(fn_covalent_bond_11(fn_carboxyl_group_70(X)))
& electron_shell_1(fn_polar_covalent_bond_20(fn_carboxyl_group_68(X)))
& electron_shell_1(fn_covalent_bond_12(fn_carboxyl_group_68(X)))
& electron_shell_1(fn_covalent_bond_12(fn_carboxyl_group_70(X)))
& atomic_orbital_1(fn_polar_covalent_bond_15(fn_carboxyl_group_68(X)))
& atomic_orbital_1(fn_covalent_bond_13(fn_carboxyl_group_70(X)))
& tangible_entity_1(fn_constant_motion_1(fn_carboxyl_group_14(X)))
& atomic_number_value_1(fn_polar_covalent_bond_7(fn_carboxyl_group_68(X)))
& atomic_number_value_1(fn_covalent_bond_6(fn_carboxyl_group_70(X)))
& proton_1(fn_polar_covalent_bond_5(fn_carboxyl_group_68(X)))
& proton_1(fn_covalent_bond_4(fn_carboxyl_group_70(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_carboxyl_group_68(X)))
& entity_1(fn_attract_1(fn_carboxyl_group_30(X)))
& tangible_entity_1(fn_constant_motion_1(fn_carboxyl_group_53(X)))
& electron_1(fn_carbon_10(fn_carboxyl_group_19(X)))
& valence_electron_1(fn_covalent_bond_18(fn_carboxyl_group_69(X)))
& electron_1(fn_polar_covalent_bond_11(fn_carboxyl_group_68(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_carboxyl_group_68(X)))
& valence_electron_1(fn_covalent_bond_15(fn_carboxyl_group_70(X)))
& atomic_nucleus_1(fn_atom_18(fn_carboxyl_group_19(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_14(fn_carboxyl_group_68(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_carboxyl_group_69(X)))
& atomic_nucleus_1(fn_carbon_18(fn_carboxyl_group_19(X)))
& center_1(fn_covalent_bond_21(fn_carboxyl_group_69(X)))
& center_1(fn_covalent_bond_21(fn_carboxyl_group_68(X)))
& center_1(fn_polar_covalent_bond_21(fn_carboxyl_group_68(X)))
& center_1(fn_covalent_bond_21(fn_carboxyl_group_70(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_13(fn_carboxyl_group_68(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_carboxyl_group_70(X)))
& entity_1(fn_attract_1(fn_carboxyl_group_52(X)))
& valence_electron_1(fn_covalent_bond_18(fn_carboxyl_group_68(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_carboxyl_group_68(X)))
& valence_electron_1(fn_covalent_bond_18(fn_carboxyl_group_70(X)))
& center_1(fn_hydrogen_14(fn_carboxyl_group_25(X)))
& center_1(fn_covalent_bond_23(fn_carboxyl_group_70(X)))
& center_1(fn_atomic_nucleus_3(fn_carboxyl_group_65(X)))
& atomic_number_value_1(fn_hydrogen_10(fn_carboxyl_group_25(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_carboxyl_group_65(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_carboxyl_group_25(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_carboxyl_group_70(X)))
& proton_1(fn_hydrogen_13(fn_carboxyl_group_25(X)))
& proton_1(fn_atomic_nucleus_9(fn_carboxyl_group_65(X)))
& object_2(fn_carboxyl_group_9(X),fn_carboxyl_group_58(X))
& causes_2(fn_carboxyl_group_14(X),fn_carboxyl_group_9(X))
& is_inside_2(fn_carboxyl_group_8(X),X)
& has_region_2(X,fn_carboxyl_group_8(X))
& is_inside_2(fn_carboxyl_group_19(X),X)
& fn_carboxyl_group_19(X) != fn_carboxyl_group_23(X)
& is_inside_2(fn_carboxyl_group_23(X),X)
& fn_carboxyl_group_23(X) != fn_carboxyl_group_19(X)
& fn_carboxyl_group_23(X) != fn_carboxyl_group_24(X)
& is_inside_2(fn_carboxyl_group_24(X),X)
& fn_carboxyl_group_24(X) != fn_carboxyl_group_23(X)
& is_inside_2(fn_carboxyl_group_25(X),X)
& fn_carboxyl_group_49(X) != fn_carboxyl_group_66(X)
& causes_2(fn_carboxyl_group_53(X),fn_carboxyl_group_7(X))
& object_2(fn_carboxyl_group_7(X),fn_carboxyl_group_17(X))
& fn_carboxyl_group_55(X) != fn_carboxyl_group_67(X)
& fn_carboxyl_group_56(X) != fn_carboxyl_group_66(X)
& fn_carboxyl_group_66(X) != fn_carboxyl_group_49(X)
& fn_carboxyl_group_66(X) != fn_carboxyl_group_56(X)
& fn_carboxyl_group_67(X) != fn_carboxyl_group_55(X)
& fn_carboxyl_group_68(X) != fn_carboxyl_group_70(X)
& fn_carboxyl_group_68(X) != fn_carboxyl_group_69(X)
& called_2(fn_carboxyl_group_68(X),'O-H')
& is_between_2(fn_carboxyl_group_69(X),fn_carboxyl_group_24(X))
& fn_carboxyl_group_69(X) != fn_carboxyl_group_68(X)
& fn_carboxyl_group_69(X) != fn_carboxyl_group_70(X)
& called_2(fn_carboxyl_group_69(X),'C-O')
& is_between_2(fn_carboxyl_group_70(X),fn_carboxyl_group_23(X))
& fn_carboxyl_group_70(X) != fn_carboxyl_group_68(X)
& fn_carboxyl_group_70(X) != fn_carboxyl_group_69(X)
& called_2(fn_carboxyl_group_70(X),'C=O')
& object_2(fn_carboxyl_group_30(X),fn_carboxyl_group_17(X))
& object_2(fn_carboxyl_group_52(X),fn_carboxyl_group_21(X))
& agent_2(fn_carboxyl_group_30(X),fn_carboxyl_group_42(X))
& agent_2(fn_carboxyl_group_52(X),fn_carboxyl_group_38(X))
& object_2(fn_carboxyl_group_14(X),fn_carboxyl_group_58(X))
& object_2(fn_carboxyl_group_53(X),fn_carboxyl_group_17(X))
& result_2(fn_carboxyl_group_66(X),fn_carboxyl_group_69(X))
& object_2(fn_carboxyl_group_47(X),fn_carboxyl_group_23(X))
& has_region_2(fn_carboxyl_group_23(X),fn_carboxyl_group_48(X))
& agent_2(fn_carboxyl_group_47(X),fn_carboxyl_group_70(X))
& has_part_2(fn_carboxyl_group_24(X),fn_carboxyl_group_40(X))
& agent_2(fn_carboxyl_group_56(X),fn_carboxyl_group_24(X))
& is_between_2(fn_carboxyl_group_70(X),fn_carboxyl_group_19(X))
& fn_carboxyl_group_24(X) != fn_carboxyl_group_19(X)
& fn_carboxyl_group_19(X) != fn_carboxyl_group_24(X)
& has_region_2(fn_carboxyl_group_25(X),fn_carboxyl_group_63(X))
& atomic_number_2(fn_carboxyl_group_24(X),fn_carboxyl_group_39(X))
& object_2(fn_carboxyl_group_55(X),fn_carboxyl_group_24(X))
& has_part_2(fn_carboxyl_group_24(X),fn_carboxyl_group_58(X))
& agent_2(fn_carboxyl_group_66(X),fn_carboxyl_group_24(X))
& has_part_2(fn_carboxyl_group_24(X),fn_carboxyl_group_59(X))
& object_2(fn_carboxyl_group_67(X),fn_carboxyl_group_25(X))
& has_region_2(fn_carboxyl_group_24(X),fn_carboxyl_group_16(X))
& has_region_2(fn_carboxyl_group_24(X),fn_carboxyl_group_18(X))
& agent_2(fn_carboxyl_group_66(X),fn_carboxyl_group_25(X))
& object_2(fn_carboxyl_group_66(X),fn_carboxyl_group_58(X))
& fn_carboxyl_group_58(X) != fn_carboxyl_group_40(X)
& fn_carboxyl_group_40(X) != fn_carboxyl_group_62(X)
& is_inside_2(fn_carboxyl_group_62(X),fn_carboxyl_group_31(X))
& fn_carboxyl_group_40(X) != fn_carboxyl_group_58(X)
& fn_carboxyl_group_62(X) != fn_carboxyl_group_40(X)
& is_between_2(fn_carboxyl_group_68(X),fn_carboxyl_group_25(X))
& fn_carboxyl_group_25(X) != fn_carboxyl_group_24(X)
& electronegativity_2(fn_carboxyl_group_24(X),fn_carboxyl_group_60(X))
& fn_carboxyl_group_24(X) != fn_carboxyl_group_25(X)
& fn_carboxyl_group_61(X) != fn_carboxyl_group_60(X)
& fn_carboxyl_group_60(X) != fn_carboxyl_group_61(X)
& object_2(fn_carboxyl_group_55(X),fn_carboxyl_group_19(X))
& agent_2(fn_carboxyl_group_49(X),fn_carboxyl_group_19(X))
& agent_2(fn_carboxyl_group_55(X),fn_carboxyl_group_69(X))
& object_2(fn_carboxyl_group_67(X),fn_carboxyl_group_24(X))
& atomic_number_2(fn_carboxyl_group_23(X),fn_carboxyl_group_37(X))
& agent_2(fn_carboxyl_group_49(X),fn_carboxyl_group_23(X))
& object_2(fn_carboxyl_group_49(X),fn_carboxyl_group_45(X))
& has_part_2(fn_carboxyl_group_23(X),fn_carboxyl_group_38(X))
& agent_2(fn_carboxyl_group_34(X),fn_carboxyl_group_38(X))
& has_part_2(fn_carboxyl_group_23(X),fn_carboxyl_group_21(X))
& object_2(fn_carboxyl_group_32(X),fn_carboxyl_group_21(X))
& causes_2(fn_carboxyl_group_32(X),fn_carboxyl_group_33(X))
& object_2(fn_carboxyl_group_33(X),fn_carboxyl_group_21(X))
& object_2(fn_carboxyl_group_34(X),fn_carboxyl_group_21(X))
& is_between_2(fn_carboxyl_group_68(X),fn_carboxyl_group_24(X))
& has_region_2(fn_carboxyl_group_24(X),fn_carboxyl_group_57(X))
& has_region_2(fn_carboxyl_group_23(X),fn_carboxyl_group_18(X))
& has_region_2(fn_carboxyl_group_23(X),fn_carboxyl_group_16(X))
& has_part_2(fn_carboxyl_group_19(X),fn_carboxyl_group_45(X))
& object_2(fn_carboxyl_group_47(X),fn_carboxyl_group_19(X))
& has_function_2(fn_carboxyl_group_69(X),fn_carboxyl_group_55(X))
& has_region_2(fn_carboxyl_group_19(X),fn_carboxyl_group_20(X))
& object_2(fn_carboxyl_group_54(X),fn_carboxyl_group_17(X))
& agent_2(fn_carboxyl_group_54(X),fn_carboxyl_group_42(X))
& is_inside_2(fn_carboxyl_group_17(X),fn_carboxyl_group_26(X))
& has_region_2(fn_carboxyl_group_22(X),fn_carboxyl_group_26(X))
& agent_2(fn_carboxyl_group_56(X),fn_carboxyl_group_19(X))
& object_2(fn_carboxyl_group_56(X),fn_carboxyl_group_58(X))
& quantity_2(fn_carboxyl_group_58(X),fn_carboxyl_group_15(X))
& called_2(fn_carboxyl_group_15(X),'Number_Electron')
& is_between_2(fn_carboxyl_group_69(X),fn_carboxyl_group_19(X))
& has_part_2(fn_carboxyl_group_19(X),fn_carboxyl_group_17(X))
& object_2(fn_carboxyl_group_28(X),fn_carboxyl_group_17(X))
& causes_2(fn_carboxyl_group_28(X),fn_carboxyl_group_29(X))
& object_2(fn_carboxyl_group_29(X),fn_carboxyl_group_17(X))
& has_region_2(fn_carboxyl_group_19(X),fn_carboxyl_group_22(X))
& atomic_number_2(fn_carboxyl_group_25(X),fn_carboxyl_group_11(X))
& has_part_2(fn_carboxyl_group_25(X),fn_carboxyl_group_10(X))
& has_region_2(fn_carboxyl_group_25(X),fn_carboxyl_group_64(X))
& has_part_2(fn_carboxyl_group_25(X),fn_carboxyl_group_62(X))
& is_near_2(fn_carboxyl_group_62(X),fn_carboxyl_group_65(X))
& has_region_2(fn_carboxyl_group_25(X),fn_carboxyl_group_65(X))
& electronegativity_2(fn_carboxyl_group_25(X),fn_carboxyl_group_61(X))
& is_near_2(fn_carboxyl_group_65(X),fn_carboxyl_group_62(X))
& has_region_2(fn_carboxyl_group_63(X),fn_carboxyl_group_31(X))
& called_2(fn_carboxyl_group_37(X),'Atomic_Number')
& object_2(fn_carboxyl_group_66(X),fn_carboxyl_group_62(X))
& quantity_2(fn_carboxyl_group_17(X),fn_carboxyl_group_27(X))
& is_near_2(fn_carboxyl_group_57(X),fn_carboxyl_group_40(X))
& is_at_2(fn_carboxyl_group_57(X),fn_carboxyl_group_18(X))
& is_near_2(fn_carboxyl_group_40(X),fn_carboxyl_group_57(X))
& called_2(fn_carboxyl_group_36(X),'Number_Proton')
& fn_carboxyl_group_37(X) = fn_carboxyl_group_36(X)
& fn_carboxyl_group_36(X) = fn_carboxyl_group_37(X)
& fn_carboxyl_group_48(X) != fn_carboxyl_group_46(X)
& is_inside_2(fn_carboxyl_group_38(X),fn_carboxyl_group_48(X))
& quantity_2(fn_carboxyl_group_38(X),fn_carboxyl_group_36(X))
& fn_carboxyl_group_46(X) != fn_carboxyl_group_48(X)
& fn_carboxyl_group_35(X) = fn_carboxyl_group_36(X)
& fn_carboxyl_group_36(X) = fn_carboxyl_group_35(X)
& is_inside_2(fn_carboxyl_group_21(X),fn_carboxyl_group_31(X))
& fn_carboxyl_group_21(X) != fn_carboxyl_group_17(X)
& fn_carboxyl_group_17(X) != fn_carboxyl_group_45(X)
& fn_carboxyl_group_17(X) != fn_carboxyl_group_21(X)
& fn_carboxyl_group_45(X) != fn_carboxyl_group_17(X)
& is_near_2(fn_carboxyl_group_46(X),fn_carboxyl_group_45(X))
& is_near_2(fn_carboxyl_group_45(X),fn_carboxyl_group_46(X))
& has_function_2(fn_carboxyl_group_68(X),fn_carboxyl_group_67(X))
& agent_2(fn_carboxyl_group_67(X),fn_carboxyl_group_68(X))
& result_2(fn_carboxyl_group_66(X),fn_carboxyl_group_68(X))
& object_2(fn_carboxyl_group_66(X),fn_carboxyl_group_40(X))
& is_inside_2(fn_carboxyl_group_40(X),fn_carboxyl_group_31(X))
& called_2(fn_carboxyl_group_41(X),'Atomic_Number')
& called_2(fn_carboxyl_group_27(X),'Number_Electron')
& quantity_2(fn_carboxyl_group_42(X),fn_carboxyl_group_44(X))
& called_2(fn_carboxyl_group_44(X),'Number_Proton')
& fn_carboxyl_group_27(X) = fn_carboxyl_group_44(X)
& fn_carboxyl_group_44(X) = fn_carboxyl_group_27(X)
& has_part_2(fn_carboxyl_group_19(X),fn_carboxyl_group_42(X))
& is_inside_2(fn_carboxyl_group_42(X),fn_carboxyl_group_46(X))
& has_region_2(fn_carboxyl_group_19(X),fn_carboxyl_group_46(X))
& atomic_number_2(fn_carboxyl_group_19(X),fn_carboxyl_group_41(X))
& fn_carboxyl_group_41(X) = fn_carboxyl_group_44(X)
& fn_carboxyl_group_44(X) = fn_carboxyl_group_41(X)
& called_2(fn_carboxyl_group_43(X),'Number_Proton')
& called_2(fn_carboxyl_group_39(X),'Atomic_Number')
& object_2(fn_carboxyl_group_56(X),fn_carboxyl_group_17(X))
& fn_carboxyl_group_22(X) != fn_carboxyl_group_16(X)
& fn_carboxyl_group_16(X) != fn_carboxyl_group_22(X)
& has_function_2(fn_carboxyl_group_70(X),fn_carboxyl_group_47(X))
& is_near_2(fn_carboxyl_group_57(X),fn_carboxyl_group_58(X))
& fn_carboxyl_group_57(X) != fn_carboxyl_group_65(X)
& is_near_2(fn_carboxyl_group_58(X),fn_carboxyl_group_57(X))
& fn_carboxyl_group_65(X) != fn_carboxyl_group_57(X)
& object_2(fn_carboxyl_group_51(X),fn_carboxyl_group_21(X))
& causes_2(fn_carboxyl_group_50(X),fn_carboxyl_group_51(X))
& object_2(fn_carboxyl_group_50(X),fn_carboxyl_group_21(X))
& quantity_2(fn_carboxyl_group_21(X),fn_carboxyl_group_35(X))
& called_2(fn_carboxyl_group_35(X),'Number_Electron')
& agent_2(fn_carboxyl_group_13(X),fn_carboxyl_group_59(X))
& object_2(fn_carboxyl_group_13(X),fn_carboxyl_group_58(X))
& is_inside_2(fn_carboxyl_group_58(X),fn_carboxyl_group_31(X))
& has_region_2(fn_carboxyl_group_16(X),fn_carboxyl_group_31(X))
& fn_carboxyl_group_16(X) != fn_carboxyl_group_63(X)
& fn_carboxyl_group_63(X) != fn_carboxyl_group_16(X)
& is_inside_2(fn_carboxyl_group_59(X),fn_carboxyl_group_57(X))
& quantity_2(fn_carboxyl_group_59(X),fn_carboxyl_group_43(X))
& fn_carboxyl_group_43(X) = fn_carboxyl_group_39(X)
& fn_carboxyl_group_15(X) = fn_carboxyl_group_43(X)
& fn_carboxyl_group_43(X) = fn_carboxyl_group_15(X)
& fn_carboxyl_group_39(X) = fn_carboxyl_group_43(X)
& fn_carboxyl_group_20(X) != fn_carboxyl_group_18(X)
& is_at_2(fn_carboxyl_group_46(X),fn_carboxyl_group_20(X))
& fn_carboxyl_group_46(X) != fn_carboxyl_group_57(X)
& fn_carboxyl_group_18(X) != fn_carboxyl_group_20(X)
& is_near_2(fn_carboxyl_group_17(X),fn_carboxyl_group_46(X))
& is_near_2(fn_carboxyl_group_46(X),fn_carboxyl_group_17(X))
& fn_carboxyl_group_57(X) != fn_carboxyl_group_46(X)
& result_2(fn_carboxyl_group_49(X),fn_carboxyl_group_70(X))
& object_2(fn_carboxyl_group_49(X),fn_carboxyl_group_21(X))
& is_near_2(fn_carboxyl_group_21(X),fn_carboxyl_group_48(X))
& is_at_2(fn_carboxyl_group_48(X),fn_carboxyl_group_18(X))
& fn_carboxyl_group_18(X) != fn_carboxyl_group_64(X)
& is_near_2(fn_carboxyl_group_48(X),fn_carboxyl_group_21(X))
& fn_carboxyl_group_64(X) != fn_carboxyl_group_18(X)
& is_at_2(fn_carboxyl_group_65(X),fn_carboxyl_group_64(X))
& called_2(fn_carboxyl_group_11(X),'Atomic_Number')
& is_inside_2(fn_carboxyl_group_10(X),fn_carboxyl_group_65(X))
& quantity_2(fn_carboxyl_group_10(X),fn_carboxyl_group_12(X))
& called_2(fn_carboxyl_group_12(X),'Number_Proton')
& fn_carboxyl_group_11(X) = fn_carboxyl_group_12(X)
& fn_carboxyl_group_12(X) = fn_carboxyl_group_11(X)
& fn_carboxyl_group_17(X) = fn_attract_1(fn_carboxyl_group_30(X))
& fn_carboxyl_group_21(X) = fn_attract_1(fn_carboxyl_group_52(X))
& fn_carboxyl_group_42(X) = fn_attract_2(fn_carboxyl_group_30(X))
& fn_carboxyl_group_38(X) = fn_attract_2(fn_carboxyl_group_52(X))
& fn_carboxyl_group_58(X) = fn_constant_motion_1(fn_carboxyl_group_14(X))
& fn_carboxyl_group_17(X) = fn_constant_motion_1(fn_carboxyl_group_53(X))
& fn_carboxyl_group_66(X) = fn_covalent_bond_17(fn_carboxyl_group_69(X))
& fn_carboxyl_group_23(X) = fn_covalent_bond_19(fn_carboxyl_group_70(X))
& fn_carboxyl_group_40(X) = fn_covalent_bond_15(fn_carboxyl_group_70(X))
& fn_carboxyl_group_24(X) = fn_covalent_bond_20(fn_carboxyl_group_70(X))
& fn_carboxyl_group_63(X) = fn_atom_9(fn_carboxyl_group_25(X))
& fn_carboxyl_group_63(X) = fn_polar_covalent_bond_22(fn_carboxyl_group_68(X))
& fn_carboxyl_group_39(X) = fn_polar_covalent_bond_7(fn_carboxyl_group_68(X))
& fn_carboxyl_group_55(X) = fn_polar_covalent_bond_17(fn_carboxyl_group_68(X))
& fn_carboxyl_group_59(X) = fn_polar_covalent_bond_5(fn_carboxyl_group_68(X))
& fn_carboxyl_group_16(X) = fn_polar_covalent_bond_20(fn_carboxyl_group_68(X))
& fn_carboxyl_group_76(X) = fn_polar_covalent_bond_3(fn_carboxyl_group_68(X))
& fn_carboxyl_group_62(X) = fn_polar_covalent_bond_11(fn_carboxyl_group_68(X))
& fn_carboxyl_group_40(X) = fn_polar_covalent_bond_12(fn_carboxyl_group_68(X))
& fn_carboxyl_group_58(X) = fn_polar_covalent_bond_11(fn_carboxyl_group_68(X))
& fn_carboxyl_group_61(X) = fn_polar_covalent_bond_1(fn_carboxyl_group_68(X))
& fn_carboxyl_group_60(X) = fn_polar_covalent_bond_2(fn_carboxyl_group_68(X))
& fn_carboxyl_group_24(X) = fn_polar_covalent_bond_18(fn_carboxyl_group_68(X))
& fn_carboxyl_group_25(X) = fn_polar_covalent_bond_19(fn_carboxyl_group_68(X))
& fn_carboxyl_group_67(X) = fn_covalent_bond_14(fn_carboxyl_group_68(X))
& fn_carboxyl_group_37(X) = fn_covalent_bond_6(fn_carboxyl_group_68(X))
& fn_carboxyl_group_49(X) = fn_covalent_bond_17(fn_carboxyl_group_69(X))
& fn_carboxyl_group_45(X) = fn_covalent_bond_18(fn_carboxyl_group_68(X))
& fn_carboxyl_group_49(X) = fn_covalent_bond_17(fn_carboxyl_group_68(X))
& fn_carboxyl_group_38(X) = fn_covalent_bond_4(fn_carboxyl_group_68(X))
& fn_carboxyl_group_34(X) = fn_covalent_bond_10(fn_carboxyl_group_68(X))
& fn_carboxyl_group_33(X) = fn_covalent_bond_1(fn_carboxyl_group_68(X))
& fn_carboxyl_group_32(X) = fn_covalent_bond_16(fn_carboxyl_group_68(X))
& fn_carboxyl_group_21(X) = fn_covalent_bond_18(fn_carboxyl_group_68(X))
& fn_carboxyl_group_16(X) = fn_covalent_bond_12(fn_carboxyl_group_68(X))
& fn_carboxyl_group_23(X) = fn_covalent_bond_19(fn_carboxyl_group_68(X))
& fn_carboxyl_group_24(X) = fn_covalent_bond_19(fn_carboxyl_group_68(X))
& fn_carboxyl_group_19(X) = fn_covalent_bond_20(fn_carboxyl_group_70(X))
& fn_carboxyl_group_47(X) = fn_covalent_bond_14(fn_carboxyl_group_69(X))
& fn_carboxyl_group_55(X) = fn_covalent_bond_14(fn_carboxyl_group_69(X))
& fn_carboxyl_group_20(X) = fn_covalent_bond_21(fn_carboxyl_group_69(X))
& fn_carboxyl_group_42(X) = fn_covalent_bond_4(fn_carboxyl_group_69(X))
& fn_carboxyl_group_54(X) = fn_covalent_bond_10(fn_carboxyl_group_69(X))
& fn_carboxyl_group_22(X) = fn_covalent_bond_12(fn_carboxyl_group_69(X))
& fn_carboxyl_group_26(X) = fn_covalent_bond_13(fn_carboxyl_group_69(X))
& fn_carboxyl_group_15(X) = fn_covalent_bond_9(fn_carboxyl_group_69(X))
& fn_carboxyl_group_58(X) = fn_covalent_bond_18(fn_carboxyl_group_69(X))
& fn_carboxyl_group_56(X) = fn_covalent_bond_17(fn_carboxyl_group_69(X))
& fn_carboxyl_group_29(X) = fn_covalent_bond_1(fn_carboxyl_group_69(X))
& fn_carboxyl_group_28(X) = fn_covalent_bond_16(fn_carboxyl_group_69(X))
& fn_carboxyl_group_17(X) = fn_covalent_bond_18(fn_carboxyl_group_69(X))
& fn_carboxyl_group_19(X) = fn_covalent_bond_20(fn_carboxyl_group_69(X))
& fn_carboxyl_group_19(X) = fn_covalent_bond_19(fn_carboxyl_group_69(X))
& fn_carboxyl_group_22(X) = fn_atom_9(fn_carboxyl_group_19(X))
& fn_carboxyl_group_11(X) = fn_hydrogen_10(fn_carboxyl_group_25(X))
& fn_carboxyl_group_10(X) = fn_hydrogen_13(fn_carboxyl_group_25(X))
& fn_carboxyl_group_64(X) = fn_hydrogen_14(fn_carboxyl_group_25(X))
& fn_carboxyl_group_74(X) = fn_hydrogen_1(fn_carboxyl_group_25(X))
& fn_carboxyl_group_61(X) = fn_hydrogen_2(fn_carboxyl_group_25(X))
& fn_carboxyl_group_65(X) = fn_hydrogen_15(fn_carboxyl_group_25(X))
& fn_carboxyl_group_25(X) = fn_atomic_nucleus_4(fn_carboxyl_group_65(X))
& fn_carboxyl_group_62(X) = fn_atomic_nucleus_8(fn_carboxyl_group_65(X))
& fn_carboxyl_group_62(X) = fn_hydrogen_12(fn_carboxyl_group_25(X))
& fn_carboxyl_group_63(X) = fn_polar_covalent_bond_20(fn_carboxyl_group_68(X))
& fn_carboxyl_group_62(X) = fn_polar_covalent_bond_12(fn_carboxyl_group_68(X))
& fn_carboxyl_group_27(X) = fn_polar_covalent_bond_10(fn_carboxyl_group_68(X))
& fn_carboxyl_group_57(X) = fn_covalent_bond_22(fn_carboxyl_group_68(X))
& fn_carboxyl_group_18(X) = fn_covalent_bond_21(fn_carboxyl_group_68(X))
& fn_carboxyl_group_18(X) = fn_polar_covalent_bond_21(fn_carboxyl_group_68(X))
& fn_carboxyl_group_57(X) = fn_polar_covalent_bond_13(fn_carboxyl_group_68(X))
& fn_carboxyl_group_37(X) = fn_polar_covalent_bond_7(fn_carboxyl_group_68(X))
& fn_carboxyl_group_35(X) = fn_polar_covalent_bond_10(fn_carboxyl_group_68(X))
& fn_carboxyl_group_36(X) = fn_polar_covalent_bond_9(fn_carboxyl_group_68(X))
& fn_carboxyl_group_38(X) = fn_polar_covalent_bond_5(fn_carboxyl_group_68(X))
& fn_carboxyl_group_48(X) = fn_polar_covalent_bond_13(fn_carboxyl_group_68(X))
& fn_carboxyl_group_45(X) = fn_covalent_bond_15(fn_carboxyl_group_69(X))
& fn_carboxyl_group_46(X) = fn_covalent_bond_24(fn_carboxyl_group_69(X))
& fn_carboxyl_group_45(X) = fn_atom_14(fn_carboxyl_group_19(X))
& fn_carboxyl_group_46(X) = fn_polar_covalent_bond_14(fn_carboxyl_group_68(X))
& fn_carboxyl_group_45(X) = fn_polar_covalent_bond_12(fn_carboxyl_group_68(X))
& fn_carboxyl_group_17(X) = fn_polar_covalent_bond_11(fn_carboxyl_group_68(X))
& fn_carboxyl_group_21(X) = fn_polar_covalent_bond_12(fn_carboxyl_group_68(X))
& fn_carboxyl_group_31(X) = fn_polar_covalent_bond_15(fn_carboxyl_group_68(X))
& fn_carboxyl_group_40(X) = fn_polar_covalent_bond_11(fn_carboxyl_group_68(X))
& fn_carboxyl_group_66(X) = fn_polar_covalent_bond_16(fn_carboxyl_group_68(X))
& fn_carboxyl_group_67(X) = fn_polar_covalent_bond_17(fn_carboxyl_group_68(X))
& fn_carboxyl_group_72(X) = fn_carbon_9(fn_carboxyl_group_19(X))
& fn_carboxyl_group_73(X) = fn_carbon_8(fn_carboxyl_group_19(X))
& fn_carboxyl_group_77(X) = fn_atom_12(fn_carboxyl_group_19(X))
& fn_carboxyl_group_77(X) = fn_carbon_13(fn_carboxyl_group_19(X))
& fn_carboxyl_group_27(X) = fn_carbon_12(fn_carboxyl_group_19(X))
& fn_carboxyl_group_44(X) = fn_covalent_bond_8(fn_carboxyl_group_70(X))
& fn_carboxyl_group_44(X) = fn_atom_11(fn_carboxyl_group_19(X))
& fn_carboxyl_group_44(X) = fn_carbon_19(fn_carboxyl_group_19(X))
& fn_carboxyl_group_19(X) = fn_covalent_bond_19(fn_carboxyl_group_70(X))
& fn_carboxyl_group_41(X) = fn_covalent_bond_6(fn_carboxyl_group_70(X))
& fn_carboxyl_group_41(X) = fn_atom_17(fn_carboxyl_group_19(X))
& fn_carboxyl_group_41(X) = fn_carbon_16(fn_carboxyl_group_19(X))
& fn_carboxyl_group_46(X) = fn_atom_18(fn_carboxyl_group_19(X))
& fn_carboxyl_group_42(X) = fn_atom_8(fn_carboxyl_group_19(X))
& fn_carboxyl_group_42(X) = fn_carbon_17(fn_carboxyl_group_19(X))
& fn_carboxyl_group_56(X) = fn_covalent_bond_17(fn_carboxyl_group_70(X))
& fn_carboxyl_group_22(X) = fn_covalent_bond_11(fn_carboxyl_group_70(X))
& fn_carboxyl_group_47(X) = fn_covalent_bond_14(fn_carboxyl_group_70(X))
& fn_carboxyl_group_65(X) = fn_covalent_bond_24(fn_carboxyl_group_70(X))
& fn_carboxyl_group_35(X) = fn_covalent_bond_9(fn_carboxyl_group_70(X))
& fn_carboxyl_group_50(X) = fn_covalent_bond_16(fn_carboxyl_group_70(X))
& fn_carboxyl_group_51(X) = fn_covalent_bond_1(fn_carboxyl_group_70(X))
& fn_carboxyl_group_63(X) = fn_covalent_bond_11(fn_carboxyl_group_70(X))
& fn_carboxyl_group_16(X) = fn_covalent_bond_12(fn_carboxyl_group_70(X))
& fn_carboxyl_group_31(X) = fn_covalent_bond_13(fn_carboxyl_group_70(X))
& fn_carboxyl_group_58(X) = fn_covalent_bond_18(fn_carboxyl_group_70(X))
& fn_carboxyl_group_13(X) = fn_covalent_bond_10(fn_carboxyl_group_70(X))
& fn_carboxyl_group_39(X) = fn_covalent_bond_6(fn_carboxyl_group_70(X))
& fn_carboxyl_group_15(X) = fn_covalent_bond_9(fn_carboxyl_group_70(X))
& fn_carboxyl_group_43(X) = fn_covalent_bond_8(fn_carboxyl_group_70(X))
& fn_carboxyl_group_59(X) = fn_covalent_bond_4(fn_carboxyl_group_70(X))
& fn_carboxyl_group_57(X) = fn_covalent_bond_22(fn_carboxyl_group_70(X))
& fn_carboxyl_group_46(X) = fn_carbon_18(fn_carboxyl_group_19(X))
& fn_carboxyl_group_17(X) = fn_carbon_10(fn_carboxyl_group_19(X))
& fn_carboxyl_group_17(X) = fn_covalent_bond_15(fn_carboxyl_group_70(X))
& fn_carboxyl_group_46(X) = fn_covalent_bond_24(fn_carboxyl_group_70(X))
& fn_carboxyl_group_20(X) = fn_covalent_bond_23(fn_carboxyl_group_70(X))
& fn_carboxyl_group_64(X) = fn_covalent_bond_23(fn_carboxyl_group_70(X))
& fn_carboxyl_group_18(X) = fn_covalent_bond_21(fn_carboxyl_group_70(X))
& fn_carboxyl_group_48(X) = fn_covalent_bond_22(fn_carboxyl_group_70(X))
& fn_carboxyl_group_21(X) = fn_covalent_bond_18(fn_carboxyl_group_70(X))
& fn_carboxyl_group_49(X) = fn_covalent_bond_17(fn_carboxyl_group_70(X))
& fn_carboxyl_group_64(X) = fn_atomic_nucleus_3(fn_carboxyl_group_65(X))
& fn_carboxyl_group_71(X) = fn_atomic_nucleus_6(fn_carboxyl_group_65(X))
& fn_carboxyl_group_75(X) = fn_atomic_nucleus_5(fn_carboxyl_group_65(X))
& fn_carboxyl_group_11(X) = fn_atomic_nucleus_1(fn_carboxyl_group_65(X))
& fn_carboxyl_group_12(X) = fn_atomic_nucleus_2(fn_carboxyl_group_65(X))
& fn_carboxyl_group_10(X) = fn_atomic_nucleus_9(fn_carboxyl_group_65(X))
& fn_covalent_bond_20(fn_carboxyl_group_70(X)) = fn_covalent_bond_20(fn_carboxyl_group_70(X))
& fn_covalent_bond_20(fn_carboxyl_group_70(X)) = fn_polar_covalent_bond_18(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_18(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_18(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_18(fn_carboxyl_group_68(X)) = fn_covalent_bond_19(fn_carboxyl_group_68(X))
& fn_covalent_bond_19(fn_carboxyl_group_68(X)) = fn_covalent_bond_19(fn_carboxyl_group_68(X))
& fn_covalent_bond_19(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_17(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_17(fn_carboxyl_group_68(X)) = fn_covalent_bond_14(fn_carboxyl_group_69(X))
& fn_covalent_bond_14(fn_carboxyl_group_69(X)) = fn_covalent_bond_14(fn_carboxyl_group_69(X))
& fn_covalent_bond_14(fn_carboxyl_group_69(X)) = fn_polar_covalent_bond_1(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_1(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_1(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_1(fn_carboxyl_group_68(X)) = fn_hydrogen_2(fn_carboxyl_group_25(X))
& fn_hydrogen_2(fn_carboxyl_group_25(X)) = fn_hydrogen_2(fn_carboxyl_group_25(X))
& fn_hydrogen_2(fn_carboxyl_group_25(X)) = fn_polar_covalent_bond_19(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_19(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_19(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_19(fn_carboxyl_group_68(X)) = fn_atomic_nucleus_4(fn_carboxyl_group_65(X))
& fn_atomic_nucleus_4(fn_carboxyl_group_65(X)) = fn_atomic_nucleus_4(fn_carboxyl_group_65(X))
& fn_atomic_nucleus_4(fn_carboxyl_group_65(X)) = fn_polar_covalent_bond_11(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_11(fn_carboxyl_group_68(X)) = fn_atomic_nucleus_8(fn_carboxyl_group_65(X))
& fn_atomic_nucleus_8(fn_carboxyl_group_65(X)) = fn_atomic_nucleus_8(fn_carboxyl_group_65(X))
& fn_atomic_nucleus_8(fn_carboxyl_group_65(X)) = fn_polar_covalent_bond_11(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_11(fn_carboxyl_group_68(X)) = fn_hydrogen_12(fn_carboxyl_group_25(X))
& fn_hydrogen_12(fn_carboxyl_group_25(X)) = fn_hydrogen_12(fn_carboxyl_group_25(X))
& fn_hydrogen_12(fn_carboxyl_group_25(X)) = fn_polar_covalent_bond_12(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_12(fn_carboxyl_group_68(X)) = fn_covalent_bond_6(fn_carboxyl_group_68(X))
& fn_covalent_bond_6(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_7(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_7(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_7(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_7(fn_carboxyl_group_68(X)) = fn_attract_2(fn_carboxyl_group_52(X))
& fn_attract_2(fn_carboxyl_group_52(X)) = fn_covalent_bond_4(fn_carboxyl_group_68(X))
& fn_covalent_bond_4(fn_carboxyl_group_68(X)) = fn_covalent_bond_4(fn_carboxyl_group_68(X))
& fn_covalent_bond_4(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_5(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_5(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_5(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_5(fn_carboxyl_group_68(X)) = fn_covalent_bond_15(fn_carboxyl_group_69(X))
& fn_covalent_bond_18(fn_carboxyl_group_68(X)) = fn_covalent_bond_15(fn_carboxyl_group_69(X))
& fn_covalent_bond_15(fn_carboxyl_group_69(X)) = fn_covalent_bond_15(fn_carboxyl_group_69(X))
& fn_covalent_bond_15(fn_carboxyl_group_69(X)) = fn_covalent_bond_18(fn_carboxyl_group_68(X))
& fn_covalent_bond_18(fn_carboxyl_group_68(X)) = fn_atom_14(fn_carboxyl_group_19(X))
& fn_atom_14(fn_carboxyl_group_19(X)) = fn_atom_14(fn_carboxyl_group_19(X))
& fn_polar_covalent_bond_12(fn_carboxyl_group_68(X)) = fn_atom_14(fn_carboxyl_group_19(X))
& fn_atom_14(fn_carboxyl_group_19(X)) = fn_polar_covalent_bond_12(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_12(fn_carboxyl_group_68(X)) = fn_covalent_bond_15(fn_carboxyl_group_70(X))
& fn_covalent_bond_15(fn_carboxyl_group_70(X)) = fn_polar_covalent_bond_12(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_12(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_11(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_11(fn_carboxyl_group_68(X)) = fn_covalent_bond_17(fn_carboxyl_group_69(X))
& fn_covalent_bond_17(fn_carboxyl_group_69(X)) = fn_polar_covalent_bond_16(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_16(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_16(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_16(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_17(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_17(fn_carboxyl_group_68(X)) = fn_covalent_bond_14(fn_carboxyl_group_68(X))
& fn_covalent_bond_14(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_17(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_17(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_17(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_17(fn_carboxyl_group_68(X)) = fn_atom_12(fn_carboxyl_group_19(X))
& fn_atom_12(fn_carboxyl_group_19(X)) = fn_carbon_13(fn_carboxyl_group_19(X))
& fn_carbon_13(fn_carboxyl_group_19(X)) = fn_carbon_12(fn_carboxyl_group_19(X))
& fn_carbon_12(fn_carboxyl_group_19(X)) = fn_polar_covalent_bond_10(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_10(fn_carboxyl_group_68(X)) = fn_carbon_12(fn_carboxyl_group_19(X))
& fn_carbon_12(fn_carboxyl_group_19(X)) = fn_carbon_12(fn_carboxyl_group_19(X))
& fn_carbon_12(fn_carboxyl_group_19(X)) = fn_atom_11(fn_carboxyl_group_19(X))
& fn_atom_11(fn_carboxyl_group_19(X)) = fn_covalent_bond_8(fn_carboxyl_group_70(X))
& fn_covalent_bond_8(fn_carboxyl_group_70(X)) = fn_atom_11(fn_carboxyl_group_19(X))
& fn_carbon_19(fn_carboxyl_group_19(X)) = fn_carbon_19(fn_carboxyl_group_19(X))
& fn_carbon_19(fn_carboxyl_group_19(X)) = fn_atom_11(fn_carboxyl_group_19(X))
& fn_atom_11(fn_carboxyl_group_19(X)) = fn_carbon_19(fn_carboxyl_group_19(X))
& fn_carbon_19(fn_carboxyl_group_19(X)) = fn_atom_17(fn_carboxyl_group_19(X))
& fn_atom_17(fn_carboxyl_group_19(X)) = fn_covalent_bond_6(fn_carboxyl_group_70(X))
& fn_covalent_bond_6(fn_carboxyl_group_70(X)) = fn_atom_17(fn_carboxyl_group_19(X))
& fn_atom_17(fn_carboxyl_group_19(X)) = fn_atom_17(fn_carboxyl_group_19(X))
& fn_carbon_16(fn_carboxyl_group_19(X)) = fn_atom_17(fn_carboxyl_group_19(X))
& fn_atom_17(fn_carboxyl_group_19(X)) = fn_carbon_16(fn_carboxyl_group_19(X))
& fn_carbon_16(fn_carboxyl_group_19(X)) = fn_attract_2(fn_carboxyl_group_30(X))
& fn_attract_2(fn_carboxyl_group_30(X)) = fn_covalent_bond_4(fn_carboxyl_group_69(X))
& fn_covalent_bond_4(fn_carboxyl_group_69(X)) = fn_covalent_bond_4(fn_carboxyl_group_69(X))
& fn_covalent_bond_4(fn_carboxyl_group_69(X)) = fn_atom_8(fn_carboxyl_group_19(X))
& fn_atom_8(fn_carboxyl_group_19(X)) = fn_atom_8(fn_carboxyl_group_19(X))
& fn_carbon_17(fn_carboxyl_group_19(X)) = fn_carbon_17(fn_carboxyl_group_19(X))
& fn_carbon_17(fn_carboxyl_group_19(X)) = fn_atom_8(fn_carboxyl_group_19(X))
& fn_atom_8(fn_carboxyl_group_19(X)) = fn_carbon_17(fn_carboxyl_group_19(X))
& fn_carbon_17(fn_carboxyl_group_19(X)) = fn_covalent_bond_19(fn_carboxyl_group_70(X))
& fn_covalent_bond_19(fn_carboxyl_group_70(X)) = fn_covalent_bond_19(fn_carboxyl_group_70(X))
& fn_covalent_bond_19(fn_carboxyl_group_70(X)) = fn_covalent_bond_20(fn_carboxyl_group_70(X))
& fn_covalent_bond_20(fn_carboxyl_group_70(X)) = fn_covalent_bond_19(fn_carboxyl_group_70(X))
& fn_covalent_bond_19(fn_carboxyl_group_70(X)) = fn_covalent_bond_20(fn_carboxyl_group_69(X))
& fn_covalent_bond_20(fn_carboxyl_group_69(X)) = fn_covalent_bond_20(fn_carboxyl_group_69(X))
& fn_covalent_bond_20(fn_carboxyl_group_69(X)) = fn_covalent_bond_20(fn_carboxyl_group_70(X))
& fn_covalent_bond_20(fn_carboxyl_group_70(X)) = fn_covalent_bond_19(fn_carboxyl_group_69(X))
& fn_covalent_bond_19(fn_carboxyl_group_69(X)) = fn_covalent_bond_19(fn_carboxyl_group_69(X))
& fn_covalent_bond_19(fn_carboxyl_group_69(X)) = fn_covalent_bond_20(fn_carboxyl_group_69(X))
& fn_covalent_bond_20(fn_carboxyl_group_69(X)) = fn_covalent_bond_19(fn_carboxyl_group_69(X))
& fn_covalent_bond_19(fn_carboxyl_group_69(X)) = fn_covalent_bond_19(fn_carboxyl_group_70(X))
& fn_covalent_bond_19(fn_carboxyl_group_70(X)) = fn_covalent_bond_12(fn_carboxyl_group_69(X))
& fn_covalent_bond_12(fn_carboxyl_group_69(X)) = fn_atom_9(fn_carboxyl_group_19(X))
& fn_atom_9(fn_carboxyl_group_19(X)) = fn_atom_9(fn_carboxyl_group_19(X))
& fn_atom_9(fn_carboxyl_group_19(X)) = fn_covalent_bond_11(fn_carboxyl_group_70(X))
& fn_covalent_bond_11(fn_carboxyl_group_70(X)) = fn_polar_covalent_bond_10(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_10(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_10(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_10(fn_carboxyl_group_68(X)) = fn_covalent_bond_9(fn_carboxyl_group_70(X))
& fn_covalent_bond_9(fn_carboxyl_group_70(X)) = fn_covalent_bond_9(fn_carboxyl_group_70(X))
& fn_covalent_bond_9(fn_carboxyl_group_70(X)) = fn_atom_9(fn_carboxyl_group_25(X))
& fn_atom_9(fn_carboxyl_group_25(X)) = fn_polar_covalent_bond_22(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_22(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_22(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_22(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_20(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_20(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_20(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_20(fn_carboxyl_group_68(X)) = fn_covalent_bond_11(fn_carboxyl_group_70(X))
& fn_covalent_bond_11(fn_carboxyl_group_70(X)) = fn_polar_covalent_bond_20(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_20(fn_carboxyl_group_68(X)) = fn_covalent_bond_12(fn_carboxyl_group_68(X))
& fn_covalent_bond_12(fn_carboxyl_group_68(X)) = fn_covalent_bond_12(fn_carboxyl_group_70(X))
& fn_covalent_bond_12(fn_carboxyl_group_70(X)) = fn_covalent_bond_12(fn_carboxyl_group_70(X))
& fn_covalent_bond_12(fn_carboxyl_group_70(X)) = fn_polar_covalent_bond_15(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_15(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_15(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_15(fn_carboxyl_group_68(X)) = fn_covalent_bond_13(fn_carboxyl_group_70(X))
& fn_covalent_bond_13(fn_carboxyl_group_70(X)) = fn_covalent_bond_13(fn_carboxyl_group_70(X))
& fn_covalent_bond_13(fn_carboxyl_group_70(X)) = fn_constant_motion_1(fn_carboxyl_group_14(X))
& fn_constant_motion_1(fn_carboxyl_group_14(X)) = fn_polar_covalent_bond_11(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_11(fn_carboxyl_group_68(X)) = fn_covalent_bond_18(fn_carboxyl_group_69(X))
& fn_covalent_bond_18(fn_carboxyl_group_69(X)) = fn_covalent_bond_18(fn_carboxyl_group_70(X))
& fn_covalent_bond_18(fn_carboxyl_group_70(X)) = fn_polar_covalent_bond_7(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_7(fn_carboxyl_group_68(X)) = fn_covalent_bond_6(fn_carboxyl_group_70(X))
& fn_covalent_bond_6(fn_carboxyl_group_70(X)) = fn_covalent_bond_6(fn_carboxyl_group_70(X))
& fn_covalent_bond_6(fn_carboxyl_group_70(X)) = fn_polar_covalent_bond_5(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_5(fn_carboxyl_group_68(X)) = fn_covalent_bond_4(fn_carboxyl_group_70(X))
& fn_covalent_bond_4(fn_carboxyl_group_70(X)) = fn_covalent_bond_4(fn_carboxyl_group_70(X))
& fn_covalent_bond_4(fn_carboxyl_group_70(X)) = fn_covalent_bond_22(fn_carboxyl_group_68(X))
& fn_covalent_bond_22(fn_carboxyl_group_68(X)) = fn_covalent_bond_22(fn_carboxyl_group_68(X))
& fn_covalent_bond_22(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_13(fn_carboxyl_group_68(X))
& fn_covalent_bond_22(fn_carboxyl_group_70(X)) = fn_attract_1(fn_carboxyl_group_30(X))
& fn_attract_1(fn_carboxyl_group_30(X)) = fn_constant_motion_1(fn_carboxyl_group_53(X))
& fn_constant_motion_1(fn_carboxyl_group_53(X)) = fn_constant_motion_1(fn_carboxyl_group_53(X))
& fn_constant_motion_1(fn_carboxyl_group_53(X)) = fn_carbon_10(fn_carboxyl_group_19(X))
& fn_covalent_bond_18(fn_carboxyl_group_69(X)) = fn_carbon_10(fn_carboxyl_group_19(X))
& fn_carbon_10(fn_carboxyl_group_19(X)) = fn_carbon_10(fn_carboxyl_group_19(X))
& fn_carbon_10(fn_carboxyl_group_19(X)) = fn_covalent_bond_18(fn_carboxyl_group_69(X))
& fn_covalent_bond_18(fn_carboxyl_group_69(X)) = fn_covalent_bond_18(fn_carboxyl_group_69(X))
& fn_covalent_bond_18(fn_carboxyl_group_69(X)) = fn_polar_covalent_bond_11(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_11(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_11(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_11(fn_carboxyl_group_68(X)) = fn_covalent_bond_15(fn_carboxyl_group_70(X))
& fn_covalent_bond_15(fn_carboxyl_group_70(X)) = fn_covalent_bond_15(fn_carboxyl_group_70(X))
& fn_covalent_bond_15(fn_carboxyl_group_70(X)) = fn_polar_covalent_bond_14(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_14(fn_carboxyl_group_68(X)) = fn_atom_18(fn_carboxyl_group_19(X))
& fn_atom_18(fn_carboxyl_group_19(X)) = fn_polar_covalent_bond_14(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_14(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_14(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_14(fn_carboxyl_group_68(X)) = fn_carbon_18(fn_carboxyl_group_19(X))
& fn_carbon_18(fn_carboxyl_group_19(X)) = fn_covalent_bond_24(fn_carboxyl_group_69(X))
& fn_covalent_bond_24(fn_carboxyl_group_69(X)) = fn_covalent_bond_24(fn_carboxyl_group_69(X))
& fn_covalent_bond_24(fn_carboxyl_group_69(X)) = fn_carbon_18(fn_carboxyl_group_19(X))
& fn_carbon_18(fn_carboxyl_group_19(X)) = fn_carbon_18(fn_carboxyl_group_19(X))
& fn_covalent_bond_24(fn_carboxyl_group_70(X)) = fn_carbon_18(fn_carboxyl_group_19(X))
& fn_carbon_18(fn_carboxyl_group_19(X)) = fn_covalent_bond_24(fn_carboxyl_group_70(X))
& fn_covalent_bond_24(fn_carboxyl_group_70(X)) = fn_covalent_bond_24(fn_carboxyl_group_70(X))
& fn_covalent_bond_24(fn_carboxyl_group_70(X)) = fn_covalent_bond_21(fn_carboxyl_group_69(X))
& fn_covalent_bond_21(fn_carboxyl_group_69(X)) = fn_covalent_bond_23(fn_carboxyl_group_70(X))
& fn_covalent_bond_23(fn_carboxyl_group_70(X)) = fn_polar_covalent_bond_21(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_21(fn_carboxyl_group_68(X)) = fn_covalent_bond_21(fn_carboxyl_group_68(X))
& fn_covalent_bond_21(fn_carboxyl_group_68(X)) = fn_covalent_bond_21(fn_carboxyl_group_68(X))
& fn_covalent_bond_21(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_21(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_21(fn_carboxyl_group_68(X)) = fn_covalent_bond_21(fn_carboxyl_group_70(X))
& fn_covalent_bond_21(fn_carboxyl_group_70(X)) = fn_covalent_bond_21(fn_carboxyl_group_70(X))
& fn_covalent_bond_21(fn_carboxyl_group_70(X)) = fn_covalent_bond_22(fn_carboxyl_group_70(X))
& fn_covalent_bond_22(fn_carboxyl_group_70(X)) = fn_polar_covalent_bond_13(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_13(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_13(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_13(fn_carboxyl_group_68(X)) = fn_covalent_bond_22(fn_carboxyl_group_70(X))
& fn_covalent_bond_22(fn_carboxyl_group_70(X)) = fn_covalent_bond_22(fn_carboxyl_group_70(X))
& fn_covalent_bond_22(fn_carboxyl_group_70(X)) = fn_attract_1(fn_carboxyl_group_52(X))
& fn_attract_1(fn_carboxyl_group_52(X)) = fn_polar_covalent_bond_12(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_12(fn_carboxyl_group_68(X)) = fn_covalent_bond_18(fn_carboxyl_group_68(X))
& fn_covalent_bond_18(fn_carboxyl_group_68(X)) = fn_covalent_bond_18(fn_carboxyl_group_68(X))
& fn_covalent_bond_18(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_12(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_12(fn_carboxyl_group_68(X)) = fn_polar_covalent_bond_12(fn_carboxyl_group_68(X))
& fn_polar_covalent_bond_12(fn_carboxyl_group_68(X)) = fn_covalent_bond_18(fn_carboxyl_group_70(X))
& fn_covalent_bond_18(fn_carboxyl_group_70(X)) = fn_covalent_bond_18(fn_carboxyl_group_70(X))
& fn_covalent_bond_18(fn_carboxyl_group_70(X)) = fn_hydrogen_14(fn_carboxyl_group_25(X))
& fn_hydrogen_14(fn_carboxyl_group_25(X)) = fn_covalent_bond_23(fn_carboxyl_group_70(X))
& fn_covalent_bond_23(fn_carboxyl_group_70(X)) = fn_covalent_bond_23(fn_carboxyl_group_70(X))
& fn_covalent_bond_23(fn_carboxyl_group_70(X)) = fn_atomic_nucleus_3(fn_carboxyl_group_65(X))
& fn_atomic_nucleus_3(fn_carboxyl_group_65(X)) = fn_hydrogen_10(fn_carboxyl_group_25(X))
& fn_hydrogen_10(fn_carboxyl_group_25(X)) = fn_atomic_nucleus_1(fn_carboxyl_group_65(X))
& fn_atomic_nucleus_1(fn_carboxyl_group_65(X)) = fn_atomic_nucleus_1(fn_carboxyl_group_65(X))
& fn_atomic_nucleus_1(fn_carboxyl_group_65(X)) = fn_hydrogen_15(fn_carboxyl_group_25(X))
& fn_hydrogen_15(fn_carboxyl_group_25(X)) = fn_hydrogen_15(fn_carboxyl_group_25(X))
& fn_hydrogen_15(fn_carboxyl_group_25(X)) = fn_covalent_bond_24(fn_carboxyl_group_70(X))
& fn_covalent_bond_24(fn_carboxyl_group_70(X)) = fn_hydrogen_13(fn_carboxyl_group_25(X))
& fn_hydrogen_13(fn_carboxyl_group_25(X)) = fn_atomic_nucleus_9(fn_carboxyl_group_65(X))
& fn_atomic_nucleus_9(fn_carboxyl_group_65(X)) = fn_atomic_nucleus_9(fn_carboxyl_group_65(X)) ) ) ).
fof(a528082,axiom,
! [X] :
( carboxylate_ion_1(X)
=> ( original_name_2(X,'Carboxylate-Ion')
& user_description_2(X,'Polyatomic ion with a minus 1 charge, ionized form of carboxylic acid')
& concept2words_2(X,'carboxylate ion')
& concept2words_2(X,'carboxylate-ion')
& anion_1(X)
& polyatomic_ion_1(X)
& hydrogen_1(fn_carboxylate_ion_1(X))
& carbon_1(fn_carboxylate_ion_2(X))
& oxygen_1(fn_carboxylate_ion_3(X))
& has_part_2(X,fn_carboxylate_ion_1(X))
& has_part_2(X,fn_carboxylate_ion_2(X))
& has_part_2(X,fn_carboxylate_ion_3(X))
& fn_carboxylate_ion_2(X) = fn_polyatomic_ion_1(X)
& fn_carboxylate_ion_3(X) = fn_polyatomic_ion_2(X) ) ) ).
fof(a528083,axiom,
! [X] :
( carboxylic_acid_1(X)
=> ( original_name_2(X,'Carboxylic-Acid')
& user_description_2(X,'Carboxylic acids are organic acids characterized by the presence of at least one carboxyl group.')
& concept2words_2(X,'carboxylic acid')
& concept2words_2(X,'carboxylic-acid')
& organic_acid_1(X)
& ~ aflatoxin_1(X)
& ~ aldehyde_1(X)
& ~ amine_1(X)
& ~ antibiotic_1(X)
& ~ carbon_monoxide_1(X)
& ~ ddt_1(X)
& ~ ice_1(X)
& ~ nitroglycerine_1(X)
& ~ opiate_1(X)
& carboxylate_ion_1(fn_carboxylic_acid_1(X))
& hold_1(fn_carboxylic_acid_2(X))
& hold_together_1(fn_carboxylic_acid_2(X))
& share_1(fn_carboxylic_acid_3(X))
& entity_1(fn_carboxylic_acid_4(X))
& tangible_entity_1(fn_carboxylic_acid_4(X))
& atom_1(fn_carboxylic_acid_4(X))
& chemical_entity_1(fn_carboxylic_acid_4(X))
& oxygen_1(fn_carboxylic_acid_4(X))
& entity_1(fn_carboxylic_acid_5(X))
& tangible_entity_1(fn_carboxylic_acid_5(X))
& oxygen_1(fn_carboxylic_acid_5(X))
& functional_group_1(fn_carboxylic_acid_6(X))
& carboxyl_group_1(fn_carboxylic_acid_6(X))
& hydrogen_ion_1(fn_carboxylic_acid_7(X))
& chemical_dissociation_reaction_1(fn_carboxylic_acid_8(X))
& entity_1(fn_carboxylic_acid_9(X))
& chemical_entity_1(fn_carboxylic_acid_9(X))
& atom_1(fn_carboxylic_acid_9(X))
& carbon_1(fn_carboxylic_acid_9(X))
& carbon_skeleton_1(fn_carboxylic_acid_10(X))
& entity_1(fn_carboxylic_acid_11(X))
& chemical_entity_1(fn_carboxylic_acid_11(X))
& atom_1(fn_carboxylic_acid_11(X))
& hydrogen_1(fn_carboxylic_acid_11(X))
& center_1(fn_carboxylic_acid_12(X))
& atomic_nucleus_1(fn_carboxylic_acid_13(X))
& electron_shell_1(fn_carboxylic_acid_14(X))
& tangible_entity_1(fn_carboxylic_acid_15(X))
& electron_1(fn_carboxylic_acid_15(X))
& entity_1(fn_carboxylic_acid_15(X))
& valence_electron_1(fn_carboxylic_acid_15(X))
& share_1(fn_carboxylic_acid_16(X))
& electron_shell_1(fn_carboxylic_acid_17(X))
& entity_1(fn_carboxylic_acid_18(X))
& tangible_entity_1(fn_carboxylic_acid_18(X))
& electron_1(fn_carboxylic_acid_18(X))
& valence_electron_1(fn_carboxylic_acid_18(X))
& hold_1(fn_carboxylic_acid_19(X))
& hold_together_1(fn_carboxylic_acid_19(X))
& quantity_value_1(fn_carboxylic_acid_20(X))
& speed_value_1(fn_carboxylic_acid_21(X))
& constant_motion_1(fn_carboxylic_acid_22(X))
& kinetic_energy_1(fn_carboxylic_acid_23(X))
& share_1(fn_carboxylic_acid_24(X))
& hold_together_1(fn_carboxylic_acid_25(X))
& chemical_entity_1(fn_exergonic_reaction_11(fn_carboxylic_acid_8(X)))
& center_1(fn_carboxyl_group_18(fn_carboxylic_acid_6(X)))
& electron_shell_1(fn_carboxyl_group_16(fn_carboxylic_acid_6(X)))
& entity_1(fn_carboxyl_group_25(fn_carboxylic_acid_6(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_carboxylic_acid_6(X)))
& atom_1(fn_carboxyl_group_25(fn_carboxylic_acid_6(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_carboxylic_acid_6(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_carboxylic_acid_8(X)))
& chemical_entity_1(fn_functional_group_1(fn_carboxylic_acid_6(X)))
& electron_shell_1(fn_carboxyl_group_22(fn_carboxylic_acid_6(X)))
& electron_shell_1(fn_carboxyl_group_63(fn_carboxylic_acid_6(X)))
& entity_1(fn_share_2(fn_carboxylic_acid_16(X)))
& entity_1(fn_carboxyl_group_17(fn_carboxylic_acid_6(X)))
& tangible_entity_1(fn_carboxyl_group_17(fn_carboxylic_acid_6(X)))
& electron_1(fn_carboxyl_group_17(fn_carboxylic_acid_6(X)))
& valence_electron_1(fn_carboxyl_group_17(fn_carboxylic_acid_6(X)))
& hold_together_1(fn_carboxyl_group_55(fn_carboxylic_acid_6(X)))
& atomic_nucleus_1(fn_carboxyl_group_57(fn_carboxylic_acid_6(X)))
& atomic_nucleus_1(fn_carboxyl_group_48(fn_carboxylic_acid_6(X)))
& tangible_entity_1(fn_carboxyl_group_58(fn_carboxylic_acid_6(X)))
& electron_1(fn_carboxyl_group_58(fn_carboxylic_acid_6(X)))
& valence_electron_1(fn_carboxyl_group_58(fn_carboxylic_acid_6(X)))
& electron_1(fn_carboxyl_group_45(fn_carboxylic_acid_6(X)))
& valence_electron_1(fn_carboxyl_group_45(fn_carboxylic_acid_6(X)))
& entity_1(fn_carboxyl_group_21(fn_carboxylic_acid_6(X)))
& valence_electron_1(fn_carboxyl_group_21(fn_carboxylic_acid_6(X)))
& share_1(fn_carboxyl_group_56(fn_carboxylic_acid_6(X)))
& share_1(fn_carboxyl_group_49(fn_carboxylic_acid_6(X)))
& hold_together_1(fn_carboxyl_group_67(fn_carboxylic_acid_6(X)))
& hold_together_1(fn_carboxyl_group_47(fn_carboxylic_acid_6(X)))
& entity_1(fn_share_3(fn_carboxylic_acid_16(X)))
& entity_1(fn_carboxyl_group_19(fn_carboxylic_acid_6(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_carboxylic_acid_6(X)))
& atom_1(fn_carboxyl_group_19(fn_carboxylic_acid_6(X)))
& carbon_1(fn_carboxyl_group_19(fn_carboxylic_acid_6(X)))
& entity_1(fn_share_1(fn_carboxylic_acid_16(X)))
& tangible_entity_1(fn_hold_2(fn_carboxylic_acid_19(X)))
& oxygen_1(fn_carboxyl_group_24(fn_carboxylic_acid_6(X)))
& oxygen_1(fn_carboxyl_group_23(fn_carboxylic_acid_6(X)))
& has_part_2(X,fn_carboxylic_acid_11(X))
& minCardinality(X,has_part_0,"2",oxygen_0)
& has_ion_2(X,fn_carboxylic_acid_1(X))
& fn_carboxylic_acid_9(X) != fn_carboxylic_acid_11(X)
& fn_carboxylic_acid_11(X) != fn_carboxylic_acid_9(X)
& object_2(fn_carboxylic_acid_16(X),fn_carboxylic_acid_18(X))
& agent_2(fn_carboxylic_acid_16(X),fn_carboxylic_acid_5(X))
& agent_2(fn_carboxylic_acid_16(X),fn_carboxylic_acid_4(X))
& object_2(fn_carboxylic_acid_19(X),fn_carboxylic_acid_4(X))
& result_2(fn_carboxylic_acid_8(X),fn_carboxylic_acid_7(X))
& raw_material_2(fn_carboxylic_acid_8(X),X)
& object_2(fn_carboxylic_acid_24(X),fn_carboxylic_acid_18(X))
& has_part_2(X,fn_carboxylic_acid_5(X))
& has_region_2(X,fn_carboxylic_acid_6(X))
& agent_2(fn_carboxylic_acid_24(X),fn_carboxylic_acid_4(X))
& agent_2(fn_carboxylic_acid_24(X),fn_carboxylic_acid_5(X))
& object_2(fn_carboxylic_acid_19(X),fn_carboxylic_acid_5(X))
& object_2(fn_carboxylic_acid_19(X),fn_carboxylic_acid_9(X))
& agent_2(fn_carboxylic_acid_3(X),fn_carboxylic_acid_9(X))
& possesses_2(X,fn_carboxylic_acid_23(X))
& quantity_2(fn_carboxylic_acid_23(X),fn_carboxylic_acid_20(X))
& directly_proportional_2(fn_carboxylic_acid_21(X),fn_carboxylic_acid_20(X))
& speed_2(fn_carboxylic_acid_22(X),fn_carboxylic_acid_21(X))
& object_2(fn_carboxylic_acid_22(X),X)
& has_part_2(X,fn_carboxylic_acid_9(X))
& is_inside_2(fn_carboxylic_acid_9(X),fn_carboxylic_acid_10(X))
& has_region_2(X,fn_carboxylic_acid_10(X))
& has_part_2(X,fn_carboxylic_acid_4(X))
& object_2(fn_carboxylic_acid_2(X),fn_carboxylic_acid_4(X))
& has_region_2(fn_carboxylic_acid_9(X),fn_carboxylic_acid_17(X))
& is_inside_2(fn_carboxylic_acid_11(X),fn_carboxylic_acid_6(X))
& has_region_2(fn_carboxylic_acid_5(X),fn_carboxylic_acid_13(X))
& object_2(fn_carboxylic_acid_25(X),fn_carboxylic_acid_5(X))
& agent_2(fn_carboxylic_acid_16(X),fn_carboxylic_acid_9(X))
& object_2(fn_carboxylic_acid_16(X),fn_carboxylic_acid_15(X))
& is_at_2(fn_carboxylic_acid_13(X),fn_carboxylic_acid_12(X))
& has_region_2(fn_carboxylic_acid_5(X),fn_carboxylic_acid_12(X))
& is_inside_2(fn_carboxylic_acid_5(X),fn_carboxylic_acid_6(X))
& is_inside_2(fn_carboxylic_acid_9(X),fn_carboxylic_acid_6(X))
& has_part_2(fn_carboxylic_acid_9(X),fn_carboxylic_acid_18(X))
& object_2(fn_carboxylic_acid_3(X),fn_carboxylic_acid_18(X))
& agent_2(fn_carboxylic_acid_3(X),fn_carboxylic_acid_5(X))
& has_region_2(fn_carboxylic_acid_5(X),fn_carboxylic_acid_14(X))
& fn_carboxylic_acid_17(X) != fn_carboxylic_acid_14(X)
& fn_carboxylic_acid_14(X) != fn_carboxylic_acid_17(X)
& agent_2(fn_carboxylic_acid_24(X),fn_carboxylic_acid_9(X))
& object_2(fn_carboxylic_acid_24(X),fn_carboxylic_acid_15(X))
& has_part_2(fn_carboxylic_acid_5(X),fn_carboxylic_acid_15(X))
& fn_carboxylic_acid_18(X) != fn_carboxylic_acid_15(X)
& fn_carboxylic_acid_15(X) != fn_carboxylic_acid_18(X)
& object_2(fn_carboxylic_acid_2(X),fn_carboxylic_acid_9(X))
& object_2(fn_carboxylic_acid_2(X),fn_carboxylic_acid_5(X))
& fn_carboxylic_acid_5(X) != fn_carboxylic_acid_9(X)
& fn_carboxylic_acid_11(X) != fn_carboxylic_acid_5(X)
& fn_carboxylic_acid_5(X) != fn_carboxylic_acid_11(X)
& fn_carboxylic_acid_9(X) != fn_carboxylic_acid_5(X)
& object_2(fn_carboxylic_acid_25(X),fn_carboxylic_acid_9(X))
& object_2(fn_carboxylic_acid_25(X),fn_carboxylic_acid_4(X))
& agent_2(fn_carboxylic_acid_3(X),fn_carboxylic_acid_4(X))
& object_2(fn_carboxylic_acid_3(X),fn_carboxylic_acid_15(X))
& is_near_2(fn_carboxylic_acid_15(X),fn_carboxylic_acid_13(X))
& is_near_2(fn_carboxylic_acid_13(X),fn_carboxylic_acid_15(X))
& is_inside_2(fn_carboxylic_acid_4(X),fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_9(X) != fn_carboxylic_acid_4(X)
& fn_carboxylic_acid_4(X) != fn_carboxylic_acid_9(X)
& fn_carboxylic_acid_5(X) != fn_carboxylic_acid_4(X)
& fn_carboxylic_acid_4(X) != fn_carboxylic_acid_5(X)
& fn_carboxylic_acid_18(X) = fn_share_2(fn_carboxylic_acid_16(X))
& fn_carboxylic_acid_5(X) = fn_share_3(fn_carboxylic_acid_16(X))
& fn_carboxylic_acid_4(X) = fn_share_1(fn_carboxylic_acid_16(X))
& fn_carboxylic_acid_4(X) = fn_hold_2(fn_carboxylic_acid_19(X))
& fn_carboxylic_acid_7(X) = fn_exergonic_reaction_11(fn_carboxylic_acid_8(X))
& X = fn_exergonic_reaction_10(fn_carboxylic_acid_8(X))
& fn_carboxylic_acid_26(X) = fn_organic_acid_20(X)
& fn_carboxylic_acid_18(X) = fn_organic_acid_2(X)
& fn_carboxylic_acid_27(X) = fn_organic_acid_21(X)
& X = fn_functional_group_1(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_6(X) = fn_organic_acid_11(X)
& fn_carboxylic_acid_3(X) = fn_organic_acid_15(X)
& fn_carboxylic_acid_19(X) = fn_organic_acid_1(X)
& fn_carboxylic_acid_5(X) = fn_organic_acid_10(X)
& fn_carboxylic_acid_24(X) = fn_organic_acid_15(X)
& fn_carboxylic_acid_22(X) = fn_organic_acid_19(X)
& fn_carboxylic_acid_21(X) = fn_organic_acid_16(X)
& fn_carboxylic_acid_20(X) = fn_organic_acid_17(X)
& fn_carboxylic_acid_23(X) = fn_organic_acid_18(X)
& fn_carboxylic_acid_2(X) = fn_organic_acid_1(X)
& fn_carboxylic_acid_4(X) = fn_organic_acid_13(X)
& fn_carboxylic_acid_10(X) = fn_organic_acid_12(X)
& fn_carboxylic_acid_9(X) = fn_organic_acid_14(X)
& fn_carboxylic_acid_17(X) = fn_carboxyl_group_22(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_13(X) = fn_carboxyl_group_57(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_25(X) = fn_carboxyl_group_67(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_15(X) = fn_carboxyl_group_58(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_16(X) = fn_carboxyl_group_56(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_12(X) = fn_carboxyl_group_18(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_17(X) = fn_carboxyl_group_63(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_14(X) = fn_carboxyl_group_16(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_3(X) = fn_carboxyl_group_56(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_18(X) = fn_carboxyl_group_17(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_15(X) = fn_carboxyl_group_45(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_24(X) = fn_carboxyl_group_49(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_11(X) = fn_carboxyl_group_25(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_5(X) = fn_carboxyl_group_24(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_2(X) = fn_carboxyl_group_55(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_13(X) = fn_carboxyl_group_48(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_15(X) = fn_carboxyl_group_21(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_3(X) = fn_carboxyl_group_49(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_25(X) = fn_carboxyl_group_47(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_5(X) = fn_carboxyl_group_23(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_4(X) = fn_carboxyl_group_24(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_9(X) = fn_carboxyl_group_19(fn_carboxylic_acid_6(X))
& fn_carboxylic_acid_4(X) = fn_carboxyl_group_23(fn_carboxylic_acid_6(X))
& fn_exergonic_reaction_10(fn_carboxylic_acid_8(X)) = fn_functional_group_1(fn_carboxylic_acid_6(X))
& fn_functional_group_1(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_22(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_22(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_63(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_63(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_63(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_63(fn_carboxylic_acid_6(X)) = fn_share_2(fn_carboxylic_acid_16(X))
& fn_share_2(fn_carboxylic_acid_16(X)) = fn_organic_acid_2(X)
& fn_organic_acid_2(X) = fn_organic_acid_2(X)
& fn_organic_acid_2(X) = fn_carboxyl_group_17(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_17(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_17(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_17(fn_carboxylic_acid_6(X)) = fn_organic_acid_15(X)
& fn_organic_acid_15(X) = fn_organic_acid_15(X)
& fn_organic_acid_15(X) = fn_carboxyl_group_49(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_49(fn_carboxylic_acid_6(X)) = fn_organic_acid_1(X)
& fn_organic_acid_1(X) = fn_carboxyl_group_55(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_55(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_55(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_55(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_57(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_57(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_48(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_48(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_48(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_48(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_58(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_58(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_45(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_21(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_45(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_45(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_45(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_45(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_21(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_21(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_21(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_21(fn_carboxylic_acid_6(X)) = fn_organic_acid_15(X)
& fn_organic_acid_15(X) = fn_carboxyl_group_56(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_56(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_56(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_56(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_49(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_49(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_49(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_49(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_67(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_67(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_47(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_47(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_47(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_47(fn_carboxylic_acid_6(X)) = fn_share_3(fn_carboxylic_acid_16(X))
& fn_share_3(fn_carboxylic_acid_16(X)) = fn_organic_acid_10(X)
& fn_organic_acid_10(X) = fn_organic_acid_10(X)
& fn_organic_acid_10(X) = fn_carboxyl_group_24(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_23(fn_carboxylic_acid_6(X)) = fn_organic_acid_14(X)
& fn_organic_acid_14(X) = fn_organic_acid_14(X)
& fn_organic_acid_14(X) = fn_carboxyl_group_19(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_19(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_19(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_19(fn_carboxylic_acid_6(X)) = fn_share_1(fn_carboxylic_acid_16(X))
& fn_share_1(fn_carboxylic_acid_16(X)) = fn_hold_2(fn_carboxylic_acid_19(X))
& fn_hold_2(fn_carboxylic_acid_19(X)) = fn_hold_2(fn_carboxylic_acid_19(X))
& fn_hold_2(fn_carboxylic_acid_19(X)) = fn_organic_acid_13(X)
& fn_organic_acid_13(X) = fn_organic_acid_13(X)
& fn_organic_acid_13(X) = fn_carboxyl_group_24(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_23(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_24(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_24(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_24(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_24(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_23(fn_carboxylic_acid_6(X))
& fn_carboxyl_group_23(fn_carboxylic_acid_6(X)) = fn_carboxyl_group_23(fn_carboxylic_acid_6(X)) ) ) ).
fof(a528084,axiom,
! [X] :
( carboxypeptidase_1(X)
=> ( original_name_2(X,'Carboxypeptidase')
& user_description_2(X,'An enzyme that digests proteins by removing one amino acid at a time.')
& concept2words_2(X,carboxypeptidase)
& protease_1(X)
& catalyst_1(fn_carboxypeptidase_1(X))
& exergonic_reaction_1(fn_carboxypeptidase_2(X))
& hydrolysis_1(fn_carboxypeptidase_2(X))
& chemical_reaction_1(fn_carboxypeptidase_2(X))
& cofactor_1(fn_carboxypeptidase_3(X))
& magnesium_1(fn_carboxypeptidase_4(X))
& disulfide_bond_1(fn_carboxypeptidase_5(X))
& chemical_entity_1(fn_cofactor_1(fn_carboxypeptidase_3(X)))
& chemical_entity_1(fn_catalyst_2(fn_carboxypeptidase_1(X)))
& protein_1(fn_disulfide_bond_3(fn_carboxypeptidase_5(X)))
& in_event_2(fn_carboxypeptidase_3(X),fn_carboxypeptidase_2(X))
& plays_2(fn_carboxypeptidase_4(X),fn_carboxypeptidase_3(X))
& has_function_2(X,fn_carboxypeptidase_2(X))
& plays_2(X,fn_carboxypeptidase_1(X))
& possesses_2(X,fn_carboxypeptidase_5(X))
& fn_carboxypeptidase_4(X) = fn_cofactor_1(fn_carboxypeptidase_3(X))
& fn_carboxypeptidase_2(X) = fn_hydrolase_1(X)
& fn_carboxypeptidase_2(X) = fn_protease_17(X)
& X = fn_catalyst_2(fn_carboxypeptidase_1(X))
& X = fn_disulfide_bond_3(fn_carboxypeptidase_5(X))
& fn_hydrolase_1(X) = fn_protease_17(X)
& fn_protease_17(X) = fn_catalyst_2(fn_carboxypeptidase_1(X))
& fn_catalyst_2(fn_carboxypeptidase_1(X)) = fn_disulfide_bond_3(fn_carboxypeptidase_5(X)) ) ) ).
fof(a528085,axiom,
! [X] :
( cardiac_cycle_1(X)
=> ( original_name_2(X,'Cardiac-Cycle')
& user_description_2(X,'Any or all of the events pertaining to the flow of blood from the beginning of one heartbeat to the beginning of the next.')
& concept2words_2(X,'cardiac cycle')
& concept2words_2(X,'cardiac-cycle')
& cardiovascular_process_1(X)
& ~ countercurrent_multiplier_system_1(X)
& ~ diastole_1(X)
& ~ heart_attack_1(X)
& ~ heart_murmur_1(X)
& ~ hypertension_1(X)
& ~ pulse_1(X) ) ) ).
fof(a528086,axiom,
! [X] :
( cardiac_muscle_1(X)
=> ( original_name_2(X,'Cardiac-Muscle')
& user_description_2(X,'A type of contractile striated muscle found in the walls of the heart. Cells of cardiac muscle are connected by intercalated discs, which allow impulses to travel between them for coordinated contraction.')
& concept2words_2(X,'cardiac muscle')
& concept2words_2(X,'cardiac-muscle')
& striated_muscle_1(X)
& ~ skeletal_muscle_1(X)
& protein_enzyme_1(fn_cardiac_muscle_1(X))
& exchange_1(fn_cardiac_muscle_2(X))
& synthesis_of_lipid_1(fn_cardiac_muscle_4(X))
& metabolic_pathway_1(fn_cardiac_muscle_5(X))
& endergonic_process_1(fn_cardiac_muscle_5(X))
& chemical_reaction_1(fn_cardiac_muscle_5(X))
& synthesis_of_organic_molecule_1(fn_cardiac_muscle_5(X))
& anabolic_pathway_1(fn_cardiac_muscle_5(X))
& synthesis_of_atp_1(fn_cardiac_muscle_5(X))
& cytoskeleton_1(fn_cardiac_muscle_6(X))
& tangible_entity_1(fn_cardiac_muscle_7(X))
& nucleus_1(fn_cardiac_muscle_7(X))
& eukaryotic_chromosome_1(fn_cardiac_muscle_8(X))
& chromosome_1(fn_cardiac_muscle_8(X))
& size_value_1(fn_cardiac_muscle_9(X))
& interpret_1(fn_cardiac_muscle_10(X))
& convey_1(fn_cardiac_muscle_11(X))
& eukaryotic_cell_1(fn_cardiac_muscle_12(X))
& animal_cell_1(fn_cardiac_muscle_12(X))
& cell_1(fn_cardiac_muscle_12(X))
& tangible_entity_1(fn_cardiac_muscle_13(X))
& animal_cell_1(fn_cardiac_muscle_13(X))
& gap_junction_1(fn_cardiac_muscle_14(X))
& communicate_1(fn_cardiac_muscle_15(X))
& metabolic_pathway_1(fn_animal_cell_20(fn_cardiac_muscle_12(X)))
& endergonic_process_1(fn_animal_cell_20(fn_cardiac_muscle_12(X)))
& chemical_reaction_1(fn_animal_cell_20(fn_cardiac_muscle_12(X)))
& synthesis_of_organic_molecule_1(fn_animal_cell_20(fn_cardiac_muscle_12(X)))
& anabolic_pathway_1(fn_animal_cell_20(fn_cardiac_muscle_12(X)))
& synthesis_of_atp_1(fn_animal_cell_20(fn_cardiac_muscle_12(X)))
& tangible_entity_1(fn_animal_cell_78(fn_cardiac_muscle_12(X)))
& nucleus_1(fn_animal_cell_78(fn_cardiac_muscle_12(X)))
& property_node_1(fn_cell_10(fn_cardiac_muscle_12(X)))
& size_value_1(fn_cell_11(fn_cardiac_muscle_12(X)))
& cytoskeleton_1(fn_cell_2(fn_cardiac_muscle_12(X)))
& tangible_entity_1(fn_convey_1(fn_cardiac_muscle_11(X)))
& tangible_entity_1(fn_interpret_2(fn_cardiac_muscle_10(X)))
& tangible_entity_1(fn_communicate_1(fn_cardiac_muscle_15(X)))
& animal_cell_1(fn_gap_junction_9(fn_cardiac_muscle_14(X)))
& eukaryotic_chromosome_1(fn_animal_cell_52(fn_cardiac_muscle_12(X)))
& chromosome_1(fn_animal_cell_52(fn_cardiac_muscle_12(X)))
& chromosome_1(fn_cell_25(fn_cardiac_muscle_12(X)))
& cell_1(fn_metabolic_pathway_1(fn_cardiac_muscle_4(X)))
& animal_cell_1(fn_gap_junction_10(fn_cardiac_muscle_14(X)))
& instrument_2(fn_cardiac_muscle_15(X),fn_cardiac_muscle_14(X))
& subevent_2(fn_cardiac_muscle_15(X),fn_cardiac_muscle_11(X))
& subevent_2(fn_cardiac_muscle_15(X),fn_cardiac_muscle_10(X))
& agent_2(fn_cardiac_muscle_2(X),fn_cardiac_muscle_13(X))
& base_2(fn_cardiac_muscle_2(X),fn_cardiac_muscle_12(X))
& has_function_2(fn_cardiac_muscle_14(X),fn_cardiac_muscle_2(X))
& has_function_2(fn_cardiac_muscle_14(X),fn_cardiac_muscle_15(X))
& next_event_2(fn_cardiac_muscle_11(X),fn_cardiac_muscle_10(X))
& the_scalar_value_2(fn_cardiac_muscle_9(X),big_0)
& scalar_unit_class_2(fn_cardiac_muscle_9(X),prokaryote_0)
& agent_2(fn_cardiac_muscle_5(X),fn_cardiac_muscle_1(X))
& agent_2(fn_cardiac_muscle_4(X),fn_cardiac_muscle_1(X))
& recipient_2(fn_cardiac_muscle_11(X),fn_cardiac_muscle_13(X))
& agent_2(fn_cardiac_muscle_10(X),fn_cardiac_muscle_13(X))
& recipient_2(fn_cardiac_muscle_15(X),fn_cardiac_muscle_13(X))
& base_2(fn_cardiac_muscle_4(X),fn_cardiac_muscle_12(X))
& has_part_2(X,fn_cardiac_muscle_12(X))
& base_2(fn_cardiac_muscle_5(X),fn_cardiac_muscle_12(X))
& has_part_2(fn_cardiac_muscle_12(X),fn_cardiac_muscle_7(X))
& is_inside_2(fn_cardiac_muscle_8(X),fn_cardiac_muscle_7(X))
& is_between_2(fn_cardiac_muscle_14(X),fn_cardiac_muscle_13(X))
& is_between_2(fn_cardiac_muscle_14(X),fn_cardiac_muscle_12(X))
& fn_cardiac_muscle_13(X) != fn_cardiac_muscle_12(X)
& fn_cardiac_muscle_12(X) != fn_cardiac_muscle_13(X)
& abuts_2(fn_cardiac_muscle_13(X),fn_cardiac_muscle_12(X))
& abuts_2(fn_cardiac_muscle_12(X),fn_cardiac_muscle_13(X))
& size_2(fn_cardiac_muscle_12(X),fn_cardiac_muscle_9(X))
& has_part_2(fn_cardiac_muscle_12(X),fn_cardiac_muscle_8(X))
& fn_cardiac_muscle_13(X) = fn_convey_1(fn_cardiac_muscle_11(X))
& fn_cardiac_muscle_13(X) = fn_interpret_2(fn_cardiac_muscle_10(X))
& fn_cardiac_muscle_13(X) = fn_communicate_1(fn_cardiac_muscle_15(X))
& fn_cardiac_muscle_12(X) = fn_metabolic_pathway_1(fn_cardiac_muscle_4(X))
& fn_cardiac_muscle_12(X) = fn_tissue_1(X)
& fn_cardiac_muscle_5(X) = fn_animal_cell_20(fn_cardiac_muscle_12(X))
& fn_cardiac_muscle_8(X) = fn_animal_cell_52(fn_cardiac_muscle_12(X))
& fn_cardiac_muscle_7(X) = fn_animal_cell_78(fn_cardiac_muscle_12(X))
& fn_cardiac_muscle_13(X) = fn_gap_junction_9(fn_cardiac_muscle_14(X))
& fn_cardiac_muscle_12(X) = fn_gap_junction_10(fn_cardiac_muscle_14(X))
& fn_cardiac_muscle_8(X) = fn_cell_25(fn_cardiac_muscle_12(X))
& fn_cardiac_muscle_3(X) = fn_cell_10(fn_cardiac_muscle_12(X))
& fn_cardiac_muscle_9(X) = fn_cell_11(fn_cardiac_muscle_12(X))
& fn_cardiac_muscle_6(X) = fn_cell_2(fn_cardiac_muscle_12(X))
& fn_convey_1(fn_cardiac_muscle_11(X)) = fn_interpret_2(fn_cardiac_muscle_10(X))
& fn_interpret_2(fn_cardiac_muscle_10(X)) = fn_interpret_2(fn_cardiac_muscle_10(X))
& fn_interpret_2(fn_cardiac_muscle_10(X)) = fn_communicate_1(fn_cardiac_muscle_15(X))
& fn_communicate_1(fn_cardiac_muscle_15(X)) = fn_communicate_1(fn_cardiac_muscle_15(X))
& fn_communicate_1(fn_cardiac_muscle_15(X)) = fn_gap_junction_9(fn_cardiac_muscle_14(X))
& fn_gap_junction_9(fn_cardiac_muscle_14(X)) = fn_gap_junction_9(fn_cardiac_muscle_14(X))
& fn_gap_junction_9(fn_cardiac_muscle_14(X)) = fn_animal_cell_52(fn_cardiac_muscle_12(X))
& fn_animal_cell_52(fn_cardiac_muscle_12(X)) = fn_cell_25(fn_cardiac_muscle_12(X))
& fn_cell_25(fn_cardiac_muscle_12(X)) = fn_metabolic_pathway_1(fn_cardiac_muscle_4(X))
& fn_metabolic_pathway_1(fn_cardiac_muscle_4(X)) = fn_tissue_1(X)
& fn_tissue_1(X) = fn_tissue_1(X)
& fn_tissue_1(X) = fn_gap_junction_10(fn_cardiac_muscle_14(X))
& fn_gap_junction_10(fn_cardiac_muscle_14(X)) = fn_gap_junction_10(fn_cardiac_muscle_14(X)) ) ) ).
fof(a528087,axiom,
! [X] :
( cardinal_1(X)
=> ( original_name_2(X,'Cardinal')
& concept2words_2(X,cardinal)
& property_group_1(X) ) ) ).
fof(a528088,axiom,
! [X] :
( cardinality_1(X)
=> ( original_name_2(X,'Cardinality')
& thing_1(X) ) ) ).
fof(a528089,axiom,
! [X] :
( cardiovascular_disease_1(X)
=> ( original_name_2(X,'Cardiovascular-Disease')
& user_description_2(X,'Any disease affecting the cardiovascular system.')
& concept2words_2(X,'heart disease')
& concept2words_2(X,'heart-disease')
& concept2words_2(X,'cardiovascular disease')
& concept2words_2(X,'cardiovascular-disease')
& disease_1(X) ) ) ).
fof(a528090,axiom,
! [X] :
( cardiovascular_process_1(X)
=> ( original_name_2(X,'Cardiovascular-Process')
& user_description_2(X,'Any process related to the cardiovascular system.')
& concept2words_2(X,'cardiovascular process')
& concept2words_2(X,'cardiovascular-process')
& animal_process_1(X) ) ) ).
fof(a528091,axiom,
! [X] :
( cardiovascular_related_intercellular_process_1(X)
=> ( original_name_2(X,'Cardiovascular-Related-Intercellular-Process')
& user_description_2(X,'Intercellular process related to the cardiovascular system and its components.')
& concept2words_2(X,'undergo cardiovascular related intercellular process')
& concept2words_2(X,'cardiovascular related intercellular process')
& concept2words_2(X,'cardiovascular-related-intercellular-process')
& intercellular_process_1(X) ) ) ).
fof(a528092,axiom,
! [X] :
( cardiovascular_system_1(X)
=> ( original_name_2(X,'Cardiovascular-System')
& user_description_2(X,'A closed circulatory system consisting of a heart and blood vessels (veins, capillaries, and arteries).')
& concept2words_2(X,'cardiovascular system')
& concept2words_2(X,'cardiovascular-system')
& closed_circulatory_system_1(X) ) ) ).
fof(a528093,axiom,
! [X] :
( carnivore_1(X)
=> ( original_name_2(X,'Carnivore')
& user_description_2(X,'An animal which primarily consumes other animals as a source of energy and nutrients.')
& concept2words_2(X,carnivore)
& heterotroph_1(X)
& polymer_1(fn_carnivore_1(X))
& food_1(fn_carnivore_2(X))
& chemical_entity_1(fn_carnivore_3(X))
& atom_1(fn_carnivore_3(X))
& carbon_1(fn_carnivore_3(X))
& container_1(fn_carnivore_4(X))
& barrier_1(fn_carnivore_4(X))
& eat_1(fn_carnivore_5(X))
& move_into_1(fn_carnivore_5(X))
& take_in_1(fn_carnivore_5(X))
& animal_1(fn_carnivore_6(X))
& animal_1(fn_carnivore_9(X))
& tangible_entity_1(fn_carnivore_9(X))
& organism_1(fn_carnivore_9(X))
& water_1(fn_carnivore_10(X))
& temperature_value_1(fn_carnivore_11(X))
& specific_heat_value_1(fn_carnivore_12(X))
& nutrition_1(fn_carnivore_13(X))
& organic_molecule_1(fn_carnivore_14(X))
& food_1(fn_eat_1(fn_carnivore_5(X)))
& container_1(fn_move_into_2(fn_carnivore_5(X)))
& take_in_1(fn_animal_9(fn_carnivore_9(X)))
& organic_molecule_1(fn_food_4(fn_carnivore_2(X)))
& tangible_entity_1(fn_barrier_1(fn_carnivore_4(X)))
& polymer_1(fn_food_2(fn_carnivore_2(X)))
& property_node_1(fn_organism_1(fn_carnivore_9(X)))
& water_1(fn_organism_4(fn_carnivore_9(X)))
& temperature_value_1(fn_organism_2(fn_carnivore_9(X)))
& property_node_1(fn_organism_6(fn_carnivore_9(X)))
& specific_heat_value_1(fn_organism_5(fn_carnivore_9(X)))
& tangible_entity_1(fn_food_3(fn_carnivore_2(X)))
& tangible_entity_1(fn_eat_2(fn_carnivore_5(X)))
& atom_1(fn_organic_molecule_2(fn_carnivore_14(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_carnivore_14(X)))
& carbon_1(fn_organic_molecule_1(fn_carnivore_14(X)))
& atom_1(fn_animal_6(fn_carnivore_9(X)))
& carbon_1(fn_animal_6(fn_carnivore_9(X)))
& nutrition_1(fn_animal_19(fn_carnivore_9(X)))
& nutrition_1(fn_food_1(fn_carnivore_2(X)))
& heterotroph_1(fn_animal_18(fn_carnivore_9(X)))
& by_means_of_2(fn_carnivore_13(X),fn_carnivore_5(X))
& has_part_2(fn_carnivore_6(X),fn_carnivore_1(X))
& has_part_2(fn_carnivore_6(X),fn_carnivore_14(X))
& object_2(fn_carnivore_5(X),fn_carnivore_6(X))
& plays_2(fn_carnivore_6(X),fn_carnivore_2(X))
& has_part_2(fn_carnivore_14(X),fn_carnivore_3(X))
& raw_material_2(fn_carnivore_13(X),fn_carnivore_3(X))
& plays_2(fn_carnivore_9(X),X)
& in_event_2(X,fn_carnivore_13(X))
& agent_2(fn_carnivore_13(X),fn_carnivore_9(X))
& agent_2(fn_carnivore_5(X),fn_carnivore_9(X))
& base_2(fn_carnivore_5(X),fn_carnivore_9(X))
& raw_material_2(fn_carnivore_13(X),fn_carnivore_14(X))
& raw_material_2(fn_carnivore_13(X),fn_carnivore_1(X))
& in_event_2(fn_carnivore_2(X),fn_carnivore_13(X))
& fn_carnivore_6(X) = fn_food_3(fn_carnivore_2(X))
& fn_carnivore_2(X) = fn_eat_1(fn_carnivore_5(X))
& fn_carnivore_6(X) = fn_eat_2(fn_carnivore_5(X))
& fn_carnivore_3(X) = fn_organic_molecule_2(fn_carnivore_14(X))
& fn_carnivore_3(X) = fn_organic_molecule_1(fn_carnivore_14(X))
& fn_carnivore_4(X) = fn_move_into_2(fn_carnivore_5(X))
& fn_carnivore_3(X) = fn_animal_6(fn_carnivore_9(X))
& fn_carnivore_5(X) = fn_animal_9(fn_carnivore_9(X))
& fn_carnivore_13(X) = fn_animal_19(fn_carnivore_9(X))
& X = fn_animal_18(fn_carnivore_9(X))
& fn_carnivore_14(X) = fn_food_4(fn_carnivore_2(X))
& fn_carnivore_9(X) = fn_barrier_1(fn_carnivore_4(X))
& fn_carnivore_1(X) = fn_food_2(fn_carnivore_2(X))
& fn_carnivore_13(X) = fn_food_1(fn_carnivore_2(X))
& fn_carnivore_8(X) = fn_organism_1(fn_carnivore_9(X))
& fn_carnivore_10(X) = fn_organism_4(fn_carnivore_9(X))
& fn_carnivore_11(X) = fn_organism_2(fn_carnivore_9(X))
& fn_carnivore_7(X) = fn_organism_6(fn_carnivore_9(X))
& fn_carnivore_12(X) = fn_organism_5(fn_carnivore_9(X))
& fn_food_3(fn_carnivore_2(X)) = fn_food_3(fn_carnivore_2(X))
& fn_food_3(fn_carnivore_2(X)) = fn_eat_2(fn_carnivore_5(X))
& fn_eat_2(fn_carnivore_5(X)) = fn_eat_2(fn_carnivore_5(X))
& fn_eat_2(fn_carnivore_5(X)) = fn_organic_molecule_2(fn_carnivore_14(X))
& fn_organic_molecule_2(fn_carnivore_14(X)) = fn_organic_molecule_1(fn_carnivore_14(X))
& fn_organic_molecule_1(fn_carnivore_14(X)) = fn_organic_molecule_1(fn_carnivore_14(X))
& fn_organic_molecule_1(fn_carnivore_14(X)) = fn_animal_6(fn_carnivore_9(X))
& fn_animal_6(fn_carnivore_9(X)) = fn_animal_19(fn_carnivore_9(X))
& fn_animal_19(fn_carnivore_9(X)) = fn_animal_19(fn_carnivore_9(X))
& fn_animal_19(fn_carnivore_9(X)) = fn_food_1(fn_carnivore_2(X))
& fn_food_1(fn_carnivore_2(X)) = fn_food_1(fn_carnivore_2(X))
& fn_animal_18(fn_carnivore_9(X)) = fn_animal_18(fn_carnivore_9(X)) ) ) ).
fof(a528094,axiom,
! [X] :
( carotenoid_1(X)
=> ( original_name_2(X,'Carotenoid')
& user_description_2(X,'A light-absorbing pigment, usually colored yellow or orange. Carotenoids broaden the wavelengths of light capable of providing energy for photosynthesis as well a absorbing excess light energy that would harm chlorophyll molecules.')
& concept2words_2(X,carotenoid)
& phytochemical_1(X)
& accessory_pigment_1(X)
& ~ chlorophyll_1(X)
& color_value_1(fn_carotenoid_2(X))
& photoprotection_1(fn_carotenoid_3(X))
& shape_value_1(fn_carotenoid_4(X))
& molecular_region_1(fn_carotenoid_6(X))
& kinetic_energy_1(fn_carotenoid_9(X))
& constant_motion_1(fn_carotenoid_10(X))
& speed_value_1(fn_carotenoid_11(X))
& quantity_value_1(fn_carotenoid_12(X))
& atom_1(fn_carotenoid_13(X))
& carbon_1(fn_carotenoid_13(X))
& chemical_bond_1(fn_carotenoid_14(X))
& violet_light_1(fn_carotenoid_15(X))
& magnesium_1(fn_carotenoid_16(X))
& carbon_skeleton_1(fn_carotenoid_17(X))
& move_1(fn_carotenoid_18(X))
& absorb_1(fn_carotenoid_18(X))
& blue_green_light_1(fn_carotenoid_19(X))
& move_1(fn_violet_light_8(fn_carotenoid_15(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_carotenoid_14(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_carotenoid_14(X)))
& path_2(fn_carotenoid_18(X),fn_carotenoid_17(X))
& has_region_2(X,fn_carotenoid_6(X))
& shape_2(X,fn_carotenoid_4(X))
& has_function_2(X,fn_carotenoid_3(X))
& color_2(X,fn_carotenoid_2(X))
& agent_2(fn_carotenoid_3(X),X)
& the_categorical_value_2(fn_carotenoid_4(X),hollow_volume_0)
& object_2(fn_carotenoid_18(X),fn_carotenoid_15(X))
& possesses_2(X,fn_carotenoid_14(X))
& is_between_2(fn_carotenoid_14(X),fn_carotenoid_13(X))
& has_part_2(X,fn_carotenoid_16(X))
& fn_carotenoid_13(X) != fn_carotenoid_16(X)
& fn_carotenoid_16(X) != fn_carotenoid_13(X)
& has_function_2(X,fn_carotenoid_18(X))
& base_2(fn_carotenoid_18(X),X)
& agent_2(fn_carotenoid_18(X),X)
& object_2(fn_carotenoid_18(X),fn_carotenoid_19(X))
& has_part_2(X,fn_carotenoid_13(X))
& is_inside_2(fn_carotenoid_13(X),fn_carotenoid_17(X))
& has_region_2(X,fn_carotenoid_17(X))
& is_between_2(fn_carotenoid_14(X),fn_carotenoid_16(X))
& fn_carotenoid_18(X) = fn_violet_light_8(fn_carotenoid_15(X))
& fn_carotenoid_13(X) = fn_molecule_11(X)
& fn_carotenoid_14(X) = fn_molecule_10(X)
& fn_carotenoid_16(X) = fn_phytochemical_4(X)
& fn_carotenoid_19(X) = fn_pigment_1(X)
& fn_carotenoid_18(X) = fn_pigment_2(X)
& fn_carotenoid_7(X) = fn_phytochemical_2(X)
& fn_carotenoid_8(X) = fn_phytochemical_1(X)
& fn_carotenoid_17(X) = fn_phytochemical_7(X)
& fn_carotenoid_13(X) = fn_phytochemical_5(X)
& fn_carotenoid_10(X) = fn_phytochemical_3(X)
& fn_carotenoid_11(X) = fn_phytochemical_10(X)
& fn_carotenoid_12(X) = fn_phytochemical_9(X)
& fn_carotenoid_9(X) = fn_phytochemical_6(X)
& fn_carotenoid_16(X) = fn_chemical_bond_1(fn_carotenoid_14(X))
& fn_carotenoid_16(X) = fn_chemical_bond_4(fn_carotenoid_14(X))
& fn_violet_light_8(fn_carotenoid_15(X)) = fn_pigment_2(X)
& fn_pigment_2(X) = fn_pigment_2(X)
& fn_pigment_2(X) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_phytochemical_5(X)
& fn_phytochemical_5(X) = fn_phytochemical_5(X)
& fn_phytochemical_5(X) = fn_phytochemical_4(X)
& fn_phytochemical_4(X) = fn_phytochemical_4(X)
& fn_phytochemical_4(X) = fn_chemical_bond_1(fn_carotenoid_14(X))
& fn_chemical_bond_1(fn_carotenoid_14(X)) = fn_chemical_bond_1(fn_carotenoid_14(X))
& fn_chemical_bond_1(fn_carotenoid_14(X)) = fn_chemical_bond_4(fn_carotenoid_14(X)) ) ) ).
fof(a528095,axiom,
! [X] :
( carpel_1(X)
=> ( original_name_2(X,'Carpel')
& user_description_2(X,'The ovule-producing reproductive organ of a flower, consisting of the stigma, style, and ovary.')
& concept2words_2(X,carpel)
& flower_organ_1(X)
& egg_1(fn_carpel_1(X))
& sex_value_1(fn_carpel_3(X))
& ovule_1(fn_carpel_4(X))
& has_part_2(fn_carpel_4(X),fn_carpel_1(X))
& sex_2(X,fn_carpel_3(X))
& has_part_2(X,fn_carpel_4(X))
& the_categorical_value_2(fn_carpel_3(X),female_0) ) ) ).
fof(a528096,axiom,
! [X] :
( carrier_1(X)
=> ( original_name_2(X,'Carrier')
& concept2words_2(X,carrier)
& role_1(X)
& entity_1(fn_carrier_1(X))
& plays_2(fn_carrier_1(X),X) ) ) ).
fof(a528097,axiom,
! [X] :
( carrier_as_genotype_1(X)
=> ( original_name_2(X,'Carrier-As-Genotype')
& user_description_2(X,'A heterozygote; one possessing both the dominant and recessive allele for a given trait.')
& concept2words_2(X,'carrier genotype')
& concept2words_2(X,'heterozygote genotype')
& concept2words_2(X,carrier)
& concept2words_2(X,'carrier as genotype')
& concept2words_2(X,'carrier-as-genotype')
& eukaryote_1(X)
& heterozygous_1(X)
& complete_dominance_1(fn_carrier_as_genotype_1(X))
& agent_2(fn_carrier_as_genotype_1(X),X) ) ) ).
fof(a528098,axiom,
! [X] :
( carrier_protein_1(X)
=> ( original_name_2(X,'Carrier-Protein')
& user_description_2(X,'Carrier proteins are proteins involved in the movement of ions, small molecules, or macromolecules, such as another protein, across a biological membrane.')
& concept2words_2(X,'protein of carrier')
& concept2words_2(X,'carrier protein')
& concept2words_2(X,'carrier-protein')
& transport_protein_1(X)
& quantity_value_1(fn_carrier_protein_2(X))
& binding_site_1(fn_carrier_protein_3(X))
& move_through_1(fn_carrier_protein_4(X))
& attract_1(fn_carrier_protein_5(X))
& repel_1(fn_carrier_protein_6(X))
& facilitated_diffusion_1(fn_carrier_protein_7(X))
& facilitated_diffusion_using_carrier_protein_1(fn_carrier_protein_7(X))
& shape_value_1(fn_carrier_protein_13(X))
& chemical_bond_1(fn_carrier_protein_14(X))
& covalent_bond_1(fn_carrier_protein_14(X))
& peptide_bond_1(fn_carrier_protein_14(X))
& tangible_entity_1(fn_carrier_protein_15(X))
& entity_1(fn_carrier_protein_15(X))
& chemical_entity_1(fn_carrier_protein_15(X))
& atom_1(fn_carrier_protein_15(X))
& nitrogen_1(fn_carrier_protein_15(X))
& tangible_entity_1(fn_carrier_protein_16(X))
& phospholipid_bilayer_1(fn_carrier_protein_16(X))
& block_1(fn_carrier_protein_17(X))
& membrane_1(fn_carrier_protein_18(X))
& spatial_entity_1(fn_carrier_protein_18(X))
& biomembrane_1(fn_carrier_protein_18(X))
& hydrophobic_compound_1(fn_carrier_protein_19(X))
& spatial_entity_1(fn_carrier_protein_20(X))
& hydrophilic_compound_1(fn_carrier_protein_20(X))
& hydrophobic_region_1(fn_carrier_protein_21(X))
& hydrophilic_region_1(fn_carrier_protein_22(X))
& hydrophilic_end_1(fn_carrier_protein_22(X))
& hydrophilic_region_1(fn_carrier_protein_23(X))
& hydrophilic_end_1(fn_carrier_protein_23(X))
& carbon_skeleton_1(fn_carrier_protein_24(X))
& protein_domain_1(fn_carrier_protein_25(X))
& entity_1(fn_carrier_protein_26(X))
& chemical_entity_1(fn_carrier_protein_26(X))
& atom_1(fn_carrier_protein_26(X))
& carbon_1(fn_carrier_protein_26(X))
& spatial_entity_1(fn_carrier_protein_27(X))
& chemical_entity_1(fn_carrier_protein_27(X))
& monomer_1(fn_carrier_protein_27(X))
& molecule_1(fn_carrier_protein_27(X))
& amino_acid_1(fn_carrier_protein_27(X))
& attract_1(fn_carrier_protein_28(X))
& entity_1(fn_carrier_protein_29(X))
& hydrophilic_region_1(fn_carrier_protein_29(X))
& polar_amino_acid_1(fn_carrier_protein_30(X))
& hydrophobic_amino_acid_1(fn_carrier_protein_31(X))
& entity_1(fn_carrier_protein_32(X))
& atom_1(fn_carrier_protein_32(X))
& chemical_entity_1(fn_carrier_protein_32(X))
& monomer_1(fn_carrier_protein_33(X))
& carbon_1(fn_carrier_protein_34(X))
& polymer_1(fn_carrier_protein_35(X))
& polypeptide_1(fn_carrier_protein_35(X))
& covalent_bond_1(fn_carrier_protein_36(X))
& peptide_bond_1(fn_carrier_protein_36(X))
& speed_value_1(fn_carrier_protein_37(X))
& quantity_value_1(fn_carrier_protein_38(X))
& size_value_1(fn_carrier_protein_39(X))
& size_value_1(fn_carrier_protein_40(X))
& kinetic_energy_1(fn_carrier_protein_41(X))
& constant_motion_1(fn_carrier_protein_42(X))
& spatial_entity_1(fn_block_1(fn_carrier_protein_17(X)))
& attract_1(fn_hydrophilic_compound_2(fn_carrier_protein_20(X)))
& binding_site_1(fn_facilitated_diffusion_using_carrier_protein_7(fn_carrier_protein_7(X)))
& property_node_1(fn_facilitated_diffusion_using_carrier_protein_2(fn_carrier_protein_7(X)))
& shape_value_1(fn_facilitated_diffusion_using_carrier_protein_4(fn_carrier_protein_7(X)))
& entity_1(fn_polypeptide_126(fn_carrier_protein_35(X)))
& chemical_entity_1(fn_polypeptide_126(fn_carrier_protein_35(X)))
& atom_1(fn_polypeptide_126(fn_carrier_protein_35(X)))
& carbon_1(fn_polypeptide_126(fn_carrier_protein_35(X)))
& entity_1(fn_attract_2(fn_carrier_protein_28(X)))
& hydrophilic_region_1(fn_hydrophilic_compound_1(fn_carrier_protein_20(X)))
& tangible_entity_1(fn_polypeptide_125(fn_carrier_protein_35(X)))
& entity_1(fn_polypeptide_125(fn_carrier_protein_35(X)))
& chemical_entity_1(fn_polypeptide_125(fn_carrier_protein_35(X)))
& atom_1(fn_polypeptide_125(fn_carrier_protein_35(X)))
& nitrogen_1(fn_polypeptide_125(fn_carrier_protein_35(X)))
& tangible_entity_1(fn_polypeptide_91(fn_carrier_protein_35(X)))
& entity_1(fn_polypeptide_91(fn_carrier_protein_35(X)))
& chemical_entity_1(fn_polypeptide_91(fn_carrier_protein_35(X)))
& atom_1(fn_polypeptide_91(fn_carrier_protein_35(X)))
& nitrogen_1(fn_polypeptide_91(fn_carrier_protein_35(X)))
& covalent_bond_1(fn_polymer_1(fn_carrier_protein_35(X)))
& chemical_bond_1(fn_polypeptide_130(fn_carrier_protein_35(X)))
& covalent_bond_1(fn_polypeptide_130(fn_carrier_protein_35(X)))
& peptide_bond_1(fn_polypeptide_130(fn_carrier_protein_35(X)))
& covalent_bond_1(fn_facilitated_diffusion_using_carrier_protein_28(fn_carrier_protein_7(X)))
& peptide_bond_1(fn_facilitated_diffusion_using_carrier_protein_28(fn_carrier_protein_7(X)))
& spatial_entity_1(fn_facilitated_diffusion_using_carrier_protein_40(fn_carrier_protein_7(X)))
& membrane_1(fn_facilitated_diffusion_using_carrier_protein_40(fn_carrier_protein_7(X)))
& biomembrane_1(fn_facilitated_diffusion_using_carrier_protein_40(fn_carrier_protein_7(X)))
& move_through_1(fn_facilitated_diffusion_using_carrier_protein_34(fn_carrier_protein_7(X)))
& spatial_entity_1(fn_polypeptide_83(fn_carrier_protein_35(X)))
& chemical_entity_1(fn_polypeptide_83(fn_carrier_protein_35(X)))
& monomer_1(fn_polypeptide_83(fn_carrier_protein_35(X)))
& molecule_1(fn_polypeptide_83(fn_carrier_protein_35(X)))
& amino_acid_1(fn_polypeptide_83(fn_carrier_protein_35(X)))
& chemical_entity_1(fn_polypeptide_82(fn_carrier_protein_35(X)))
& monomer_1(fn_polypeptide_82(fn_carrier_protein_35(X)))
& molecule_1(fn_polypeptide_82(fn_carrier_protein_35(X)))
& amino_acid_1(fn_polypeptide_82(fn_carrier_protein_35(X)))
& carrier_protein_1(fn_facilitated_diffusion_using_carrier_protein_33(fn_carrier_protein_7(X)))
& fn_carrier_protein_20(X) != fn_carrier_protein_19(X)
& fn_carrier_protein_19(X) != fn_carrier_protein_20(X)
& quantity_2(X,fn_carrier_protein_2(X))
& object_2(fn_carrier_protein_17(X),fn_carrier_protein_20(X))
& agent_2(fn_carrier_protein_28(X),fn_carrier_protein_29(X))
& has_region_2(fn_carrier_protein_20(X),fn_carrier_protein_29(X))
& site_2(fn_carrier_protein_28(X),fn_carrier_protein_29(X))
& has_function_2(fn_carrier_protein_20(X),fn_carrier_protein_28(X))
& possesses_2(X,fn_carrier_protein_36(X))
& path_2(fn_carrier_protein_7(X),fn_carrier_protein_18(X))
& has_function_2(X,fn_carrier_protein_7(X))
& subevent_2(fn_carrier_protein_7(X),fn_carrier_protein_4(X))
& instrument_2(fn_carrier_protein_7(X),X)
& is_between_2(fn_carrier_protein_14(X),fn_carrier_protein_15(X))
& possesses_2(fn_carrier_protein_35(X),fn_carrier_protein_14(X))
& is_between_2(fn_carrier_protein_14(X),fn_carrier_protein_26(X))
& fn_carrier_protein_15(X) != fn_carrier_protein_26(X)
& fn_carrier_protein_26(X) != fn_carrier_protein_15(X)
& object_2(fn_carrier_protein_17(X),fn_carrier_protein_19(X))
& called_2(fn_carrier_protein_17(X),"1")
& the_scalar_value_2(fn_carrier_protein_40(X),big_0)
& scalar_unit_class_2(fn_carrier_protein_40(X),polypeptide_0)
& greater_than_2(fn_carrier_protein_40(X),fn_carrier_protein_39(X))
& size_2(X,fn_carrier_protein_40(X))
& has_part_2(X,fn_carrier_protein_30(X))
& is_at_2(fn_carrier_protein_30(X),fn_carrier_protein_23(X))
& facilitates_2(X,fn_carrier_protein_4(X))
& has_function_2(fn_carrier_protein_18(X),fn_carrier_protein_4(X))
& has_function_2(fn_carrier_protein_18(X),fn_carrier_protein_17(X))
& instrument_2(fn_carrier_protein_17(X),fn_carrier_protein_18(X))
& is_inside_2(fn_carrier_protein_21(X),fn_carrier_protein_18(X))
& is_inside_2(fn_carrier_protein_31(X),fn_carrier_protein_21(X))
& has_part_2(X,fn_carrier_protein_31(X))
& has_part_2(X,fn_carrier_protein_33(X))
& size_2(fn_carrier_protein_33(X),fn_carrier_protein_39(X))
& agent_2(fn_carrier_protein_6(X),X)
& site_2(fn_carrier_protein_6(X),fn_carrier_protein_21(X))
& facilitates_2(fn_carrier_protein_21(X),fn_carrier_protein_6(X))
& has_function_2(X,fn_carrier_protein_6(X))
& is_across_2(X,fn_carrier_protein_18(X))
& is_between_2(fn_carrier_protein_36(X),fn_carrier_protein_34(X))
& is_between_2(fn_carrier_protein_36(X),fn_carrier_protein_32(X))
& has_part_2(X,fn_carrier_protein_32(X))
& is_inside_2(X,fn_carrier_protein_16(X))
& has_part_2(fn_carrier_protein_18(X),fn_carrier_protein_16(X))
& agent_2(fn_carrier_protein_5(X),X)
& site_2(fn_carrier_protein_5(X),fn_carrier_protein_23(X))
& facilitates_2(fn_carrier_protein_23(X),fn_carrier_protein_5(X))
& has_function_2(X,fn_carrier_protein_5(X))
& has_region_2(X,fn_carrier_protein_21(X))
& is_inside_2(fn_carrier_protein_34(X),fn_carrier_protein_24(X))
& has_part_2(X,fn_carrier_protein_34(X))
& has_region_2(X,fn_carrier_protein_22(X))
& fn_carrier_protein_32(X) != fn_carrier_protein_34(X)
& fn_carrier_protein_34(X) != fn_carrier_protein_32(X)
& agent_2(fn_carrier_protein_4(X),X)
& base_2(fn_carrier_protein_4(X),fn_carrier_protein_18(X))
& has_part_2(fn_carrier_protein_18(X),X)
& has_region_2(X,fn_carrier_protein_23(X))
& is_opposite_2(fn_carrier_protein_23(X),fn_carrier_protein_22(X))
& is_opposite_2(fn_carrier_protein_22(X),fn_carrier_protein_23(X))
& object_2(fn_carrier_protein_42(X),X)
& speed_2(fn_carrier_protein_42(X),fn_carrier_protein_37(X))
& directly_proportional_2(fn_carrier_protein_37(X),fn_carrier_protein_38(X))
& quantity_2(fn_carrier_protein_41(X),fn_carrier_protein_38(X))
& possesses_2(X,fn_carrier_protein_41(X))
& has_region_2(X,fn_carrier_protein_25(X))
& is_at_2(fn_carrier_protein_27(X),fn_carrier_protein_25(X))
& has_part_2(fn_carrier_protein_35(X),fn_carrier_protein_27(X))
& has_part_2(X,fn_carrier_protein_35(X))
& has_region_2(X,fn_carrier_protein_24(X))
& fn_carrier_protein_20(X) = fn_block_1(fn_carrier_protein_17(X))
& fn_carrier_protein_29(X) = fn_attract_2(fn_carrier_protein_28(X))
& fn_carrier_protein_28(X) = fn_hydrophilic_compound_2(fn_carrier_protein_20(X))
& fn_carrier_protein_29(X) = fn_hydrophilic_compound_1(fn_carrier_protein_20(X))
& fn_carrier_protein_3(X) = fn_facilitated_diffusion_using_carrier_protein_7(fn_carrier_protein_7(X))
& fn_carrier_protein_36(X) = fn_polymer_1(X)
& fn_carrier_protein_36(X) = fn_protein_6(X)
& fn_carrier_protein_36(X) = fn_facilitated_diffusion_using_carrier_protein_28(fn_carrier_protein_7(X))
& fn_carrier_protein_18(X) = fn_facilitated_diffusion_using_carrier_protein_40(fn_carrier_protein_7(X))
& fn_carrier_protein_4(X) = fn_facilitated_diffusion_using_carrier_protein_34(fn_carrier_protein_7(X))
& fn_carrier_protein_8(X) = fn_facilitated_diffusion_using_carrier_protein_2(fn_carrier_protein_7(X))
& fn_carrier_protein_13(X) = fn_facilitated_diffusion_using_carrier_protein_4(fn_carrier_protein_7(X))
& fn_carrier_protein_7(X) = fn_transport_protein_28(X)
& X = fn_facilitated_diffusion_using_carrier_protein_33(fn_carrier_protein_7(X))
& fn_carrier_protein_15(X) = fn_polypeptide_125(fn_carrier_protein_35(X))
& fn_carrier_protein_15(X) = fn_polypeptide_91(fn_carrier_protein_35(X))
& fn_carrier_protein_26(X) = fn_polypeptide_126(fn_carrier_protein_35(X))
& fn_carrier_protein_14(X) = fn_polymer_1(fn_carrier_protein_35(X))
& fn_carrier_protein_14(X) = fn_polypeptide_130(fn_carrier_protein_35(X))
& fn_carrier_protein_19(X) = fn_transport_protein_11(X)
& fn_carrier_protein_12(X) = fn_transport_protein_29(X)
& fn_carrier_protein_11(X) = fn_transport_protein_30(X)
& fn_carrier_protein_9(X) = fn_transport_protein_22(X)
& fn_carrier_protein_30(X) = fn_transport_protein_32(X)
& fn_carrier_protein_40(X) = fn_integral_protein_16(X)
& fn_carrier_protein_40(X) = fn_transport_protein_20(X)
& fn_carrier_protein_17(X) = fn_integral_protein_25(X)
& fn_carrier_protein_17(X) = fn_transport_protein_31(X)
& fn_carrier_protein_10(X) = fn_transport_protein_23(X)
& fn_carrier_protein_39(X) = fn_transport_protein_19(X)
& fn_carrier_protein_33(X) = fn_transport_protein_21(X)
& fn_carrier_protein_31(X) = fn_transport_protein_13(X)
& fn_carrier_protein_6(X) = fn_transport_protein_5(X)
& fn_carrier_protein_16(X) = fn_transport_protein_12(X)
& fn_carrier_protein_36(X) = fn_transport_protein_9(X)
& fn_carrier_protein_21(X) = fn_transport_protein_15(X)
& fn_carrier_protein_23(X) = fn_transport_protein_33(X)
& fn_carrier_protein_5(X) = fn_transport_protein_4(X)
& fn_carrier_protein_32(X) = fn_transport_protein_17(X)
& fn_carrier_protein_34(X) = fn_transport_protein_14(X)
& fn_carrier_protein_22(X) = fn_transport_protein_33(X)
& fn_carrier_protein_23(X) = fn_transport_protein_16(X)
& fn_carrier_protein_18(X) = fn_transmembrane_protein_4(X)
& fn_carrier_protein_18(X) = fn_integral_protein_24(X)
& fn_carrier_protein_4(X) = fn_transport_protein_10(X)
& fn_carrier_protein_18(X) = fn_transport_protein_35(X)
& fn_carrier_protein_4(X) = fn_transport_protein_34(X)
& fn_carrier_protein_41(X) = fn_transport_protein_27(X)
& fn_carrier_protein_38(X) = fn_transport_protein_24(X)
& fn_carrier_protein_37(X) = fn_transport_protein_25(X)
& fn_carrier_protein_42(X) = fn_transport_protein_26(X)
& fn_carrier_protein_24(X) = fn_transport_protein_18(X)
& fn_carrier_protein_27(X) = fn_polypeptide_83(fn_carrier_protein_35(X))
& fn_carrier_protein_27(X) = fn_polypeptide_82(fn_carrier_protein_35(X))
& fn_carrier_protein_35(X) = fn_transport_protein_7(X)
& fn_carrier_protein_27(X) = fn_transport_protein_8(X)
& fn_carrier_protein_25(X) = fn_transport_protein_6(X)
& fn_attract_2(fn_carrier_protein_28(X)) = fn_hydrophilic_compound_1(fn_carrier_protein_20(X))
& fn_hydrophilic_compound_1(fn_carrier_protein_20(X)) = fn_hydrophilic_compound_1(fn_carrier_protein_20(X))
& fn_hydrophilic_compound_1(fn_carrier_protein_20(X)) = fn_polypeptide_125(fn_carrier_protein_35(X))
& fn_polypeptide_125(fn_carrier_protein_35(X)) = fn_polypeptide_91(fn_carrier_protein_35(X))
& fn_polypeptide_91(fn_carrier_protein_35(X)) = fn_polypeptide_91(fn_carrier_protein_35(X))
& fn_polypeptide_91(fn_carrier_protein_35(X)) = fn_polypeptide_130(fn_carrier_protein_35(X))
& fn_polypeptide_130(fn_carrier_protein_35(X)) = fn_polypeptide_130(fn_carrier_protein_35(X))
& fn_polypeptide_130(fn_carrier_protein_35(X)) = fn_polymer_1(fn_carrier_protein_35(X))
& fn_polymer_1(fn_carrier_protein_35(X)) = fn_polypeptide_130(fn_carrier_protein_35(X))
& fn_polypeptide_130(fn_carrier_protein_35(X)) = fn_integral_protein_16(X)
& fn_transport_protein_20(X) = fn_integral_protein_16(X)
& fn_integral_protein_16(X) = fn_transport_protein_20(X)
& fn_transport_protein_20(X) = fn_transport_protein_20(X)
& fn_transport_protein_20(X) = fn_transport_protein_31(X)
& fn_transport_protein_31(X) = fn_transport_protein_31(X)
& fn_transport_protein_31(X) = fn_integral_protein_25(X)
& fn_integral_protein_25(X) = fn_transport_protein_31(X)
& fn_transport_protein_31(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_protein_6(X)
& fn_protein_6(X) = fn_protein_6(X)
& fn_protein_6(X) = fn_facilitated_diffusion_using_carrier_protein_28(fn_carrier_protein_7(X))
& fn_facilitated_diffusion_using_carrier_protein_28(fn_carrier_protein_7(X)) = fn_facilitated_diffusion_using_carrier_protein_28(fn_carrier_protein_7(X))
& fn_facilitated_diffusion_using_carrier_protein_28(fn_carrier_protein_7(X)) = fn_transport_protein_9(X)
& fn_transport_protein_9(X) = fn_transport_protein_9(X)
& fn_transport_protein_9(X) = fn_transport_protein_33(X)
& fn_transport_protein_33(X) = fn_transport_protein_33(X)
& fn_transport_protein_33(X) = fn_transport_protein_16(X)
& fn_transport_protein_16(X) = fn_transport_protein_16(X)
& fn_transport_protein_16(X) = fn_integral_protein_24(X)
& fn_integral_protein_24(X) = fn_transmembrane_protein_4(X)
& fn_transmembrane_protein_4(X) = fn_integral_protein_24(X)
& fn_integral_protein_24(X) = fn_facilitated_diffusion_using_carrier_protein_40(fn_carrier_protein_7(X))
& fn_facilitated_diffusion_using_carrier_protein_40(fn_carrier_protein_7(X)) = fn_integral_protein_24(X)
& fn_integral_protein_24(X) = fn_integral_protein_24(X)
& fn_integral_protein_24(X) = fn_transport_protein_35(X)
& fn_transport_protein_35(X) = fn_facilitated_diffusion_using_carrier_protein_40(fn_carrier_protein_7(X))
& fn_facilitated_diffusion_using_carrier_protein_40(fn_carrier_protein_7(X)) = fn_transport_protein_35(X)
& fn_transport_protein_35(X) = fn_transport_protein_35(X)
& fn_transport_protein_35(X) = fn_facilitated_diffusion_using_carrier_protein_34(fn_carrier_protein_7(X))
& fn_facilitated_diffusion_using_carrier_protein_34(fn_carrier_protein_7(X)) = fn_transport_protein_10(X)
& fn_transport_protein_10(X) = fn_transport_protein_10(X)
& fn_transport_protein_10(X) = fn_transport_protein_34(X)
& fn_transport_protein_34(X) = fn_facilitated_diffusion_using_carrier_protein_34(fn_carrier_protein_7(X))
& fn_facilitated_diffusion_using_carrier_protein_34(fn_carrier_protein_7(X)) = fn_transport_protein_34(X)
& fn_transport_protein_34(X) = fn_transport_protein_34(X)
& fn_transport_protein_34(X) = fn_polypeptide_83(fn_carrier_protein_35(X))
& fn_polypeptide_83(fn_carrier_protein_35(X)) = fn_polypeptide_82(fn_carrier_protein_35(X))
& fn_polypeptide_82(fn_carrier_protein_35(X)) = fn_polypeptide_82(fn_carrier_protein_35(X))
& fn_polypeptide_82(fn_carrier_protein_35(X)) = fn_transport_protein_8(X)
& fn_transport_protein_8(X) = fn_transport_protein_8(X)
& fn_facilitated_diffusion_using_carrier_protein_33(fn_carrier_protein_7(X)) = fn_facilitated_diffusion_using_carrier_protein_33(fn_carrier_protein_7(X)) ) ) ).
fof(a528099,axiom,
! [X] :
( carrot_1(X)
=> ( original_name_2(X,'Carrot')
& user_description_2(X,'Deep orange edible root of the cultivatedcarrot plant.')
& concept2words_2(X,carrot)
& root_1(X)
& ~ adventitious_root_1(X)
& ~ fibrous_root_1(X)
& ~ lateral_root_1(X)
& ~ radicle_1(X)
& ~ taproot_1(X) ) ) ).
fof(a528100,axiom,
! [X] :
( carrot_plant_1(X)
=> ( original_name_2(X,'Carrot-Plant')
& user_description_2(X,'Carrot is a herbaceous, generally biennial plant of the Apiaceae family that produces an edible taproot. Among common varieties root shapes range from globular to long, with lower ends blunt to long-pointed.')
& concept2words_2(X,'plant of carrot')
& concept2words_2(X,'carrot plant')
& concept2words_2(X,'carrot-plant')
& dicot_1(X)
& food_plant_1(X)
& biennial_1(X)
& oxygen_1(fn_carrot_plant_1(X))
& break_1(fn_carrot_plant_2(X))
& protein_enzyme_1(fn_carrot_plant_3(X))
& environment_1(fn_carrot_plant_4(X))
& cellulose_synthase_1(fn_carrot_plant_5(X))
& shoot_1(fn_carrot_plant_6(X))
& tuber_1(fn_carrot_plant_7(X))
& tangible_entity_1(fn_carrot_plant_14(X))
& chemical_entity_1(fn_carrot_plant_14(X))
& sugar_1(fn_carrot_plant_14(X))
& glucose_1(fn_carrot_plant_14(X))
& free_energy_1(fn_carrot_plant_15(X))
& size_value_1(fn_carrot_plant_16(X))
& structural_complexity_value_1(fn_carrot_plant_17(X))
& structural_complexity_value_1(fn_carrot_plant_18(X))
& waste_product_1(fn_carrot_plant_19(X))
& chemical_energy_1(fn_carrot_plant_20(X))
& free_energy_1(fn_carrot_plant_21(X))
& size_value_1(fn_carrot_plant_22(X))
& organic_molecule_1(fn_carrot_plant_23(X))
& molecule_1(fn_carrot_plant_23(X))
& chemical_entity_1(fn_carrot_plant_23(X))
& ribonucleotide_1(fn_carrot_plant_23(X))
& nucleoside_triphosphate_1(fn_carrot_plant_23(X))
& atp_1(fn_carrot_plant_23(X))
& pyruvate_1(fn_carrot_plant_24(X))
& chemical_entity_1(fn_carrot_plant_25(X))
& organic_molecule_1(fn_carrot_plant_25(X))
& molecule_1(fn_carrot_plant_25(X))
& entity_1(fn_carrot_plant_25(X))
& nadh_1(fn_carrot_plant_25(X))
& organelle_1(fn_carrot_plant_26(X))
& mitochondrion_1(fn_carrot_plant_26(X))
& semiautonomous_organelle_1(fn_carrot_plant_26(X))
& quantity_value_1(fn_carrot_plant_27(X))
& quantity_value_1(fn_carrot_plant_28(X))
& starch_1(fn_carrot_plant_29(X))
& store_1(fn_carrot_plant_30(X))
& chemical_entity_1(fn_carrot_plant_31(X))
& oxidation_1(fn_carrot_plant_32(X))
& plant_cell_1(fn_carrot_plant_33(X))
& cell_1(fn_carrot_plant_33(X))
& eukaryotic_cell_1(fn_carrot_plant_33(X))
& nutrition_1(fn_carrot_plant_34(X))
& photoautotroph_1(fn_carrot_plant_35(X))
& photosynthesis_1(fn_carrot_plant_36(X))
& anabolic_pathway_1(fn_carrot_plant_36(X))
& metabolic_pathway_1(fn_carrot_plant_36(X))
& store_1(fn_carrot_plant_37(X))
& starch_storage_by_plant_1(fn_carrot_plant_37(X))
& lateral_root_1(fn_carrot_plant_38(X))
& taproot_1(fn_carrot_plant_39(X))
& store_1(fn_carrot_plant_40(X))
& root_system_1(fn_carrot_plant_41(X))
& carrot_1(fn_carrot_plant_42(X))
& exergonic_reaction_1(fn_carrot_plant_43(X))
& cellular_respiration_1(fn_carrot_plant_43(X))
& metabolic_pathway_1(fn_carrot_plant_43(X))
& eukaryotic_cellular_respiration_1(fn_carrot_plant_43(X))
& spatial_entity_1(fn_carrot_plant_44(X))
& chemical_entity_1(fn_carrot_plant_44(X))
& hydrophobic_compound_1(fn_carrot_plant_44(X))
& molecule_1(fn_carrot_plant_44(X))
& tangible_entity_1(fn_carrot_plant_44(X))
& carbon_dioxide_1(fn_carrot_plant_44(X))
& move_1(fn_carrot_plant_45(X))
& move_through_1(fn_carrot_plant_45(X))
& cytoplasm_1(fn_carrot_plant_46(X))
& plasmodesmata_1(fn_carrot_plant_47(X))
& photosynthesis_1(fn_carrot_plant_48(X))
& membrane_1(fn_carrot_plant_49(X))
& spatial_entity_1(fn_carrot_plant_49(X))
& biomembrane_1(fn_carrot_plant_49(X))
& plasma_membrane_1(fn_carrot_plant_49(X))
& plant_cell_wall_1(fn_carrot_plant_50(X))
& electron_1(fn_carrot_plant_51(X))
& oxygen_molecule_1(fn_carrot_plant_52(X))
& specific_heat_value_1(fn_carrot_plant_53(X))
& temperature_value_1(fn_carrot_plant_54(X))
& shoot_system_1(fn_carrot_plant_55(X))
& water_1(fn_carrot_plant_56(X))
& spatial_entity_1(fn_move_1(fn_carrot_plant_45(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_carrot_plant_48(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_carrot_plant_43(X)))
& chemical_entity_1(fn_photosynthesis_47(fn_carrot_plant_48(X)))
& root_1(fn_starch_storage_by_plant_2(fn_carrot_plant_37(X)))
& starch_1(fn_starch_storage_by_plant_9(fn_carrot_plant_37(X)))
& organelle_1(fn_plant_cell_59(fn_carrot_plant_33(X)))
& mitochondrion_1(fn_plant_cell_59(fn_carrot_plant_33(X)))
& semiautonomous_organelle_1(fn_plant_cell_59(fn_carrot_plant_33(X)))
& membrane_1(fn_plasmodesmata_9(fn_carrot_plant_47(X)))
& spatial_entity_1(fn_plasmodesmata_9(fn_carrot_plant_47(X)))
& biomembrane_1(fn_plasmodesmata_9(fn_carrot_plant_47(X)))
& plasma_membrane_1(fn_plasmodesmata_9(fn_carrot_plant_47(X)))
& plant_cell_wall_1(fn_plasmodesmata_10(fn_carrot_plant_47(X)))
& move_through_1(fn_plasmodesmata_3(fn_carrot_plant_47(X)))
& property_node_1(fn_photosynthesis_5(fn_carrot_plant_36(X)))
& property_node_1(fn_photosynthesis_54(fn_carrot_plant_36(X)))
& property_node_1(fn_photosynthesis_55(fn_carrot_plant_36(X)))
& free_energy_1(fn_photosynthesis_53(fn_carrot_plant_36(X)))
& property_node_1(fn_photosynthesis_56(fn_carrot_plant_36(X)))
& property_node_1(fn_photosynthesis_6(fn_carrot_plant_36(X)))
& size_value_1(fn_photosynthesis_4(fn_carrot_plant_36(X)))
& size_value_1(fn_photosynthesis_3(fn_carrot_plant_36(X)))
& oxidation_1(fn_photosynthesis_46(fn_carrot_plant_36(X)))
& property_node_1(fn_photosynthesis_57(fn_carrot_plant_36(X)))
& structural_complexity_value_1(fn_photosynthesis_24(fn_carrot_plant_36(X)))
& chemical_entity_1(fn_photosynthesis_47(fn_carrot_plant_36(X)))
& quantity_value_1(fn_photosynthesis_52(fn_carrot_plant_36(X)))
& quantity_value_1(fn_photosynthesis_51(fn_carrot_plant_36(X)))
& free_energy_1(fn_photosynthesis_50(fn_carrot_plant_36(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_97(fn_carrot_plant_43(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_97(fn_carrot_plant_43(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_97(fn_carrot_plant_43(X)))
& ribonucleotide_1(fn_eukaryotic_cellular_respiration_97(fn_carrot_plant_43(X)))
& nucleoside_triphosphate_1(fn_eukaryotic_cellular_respiration_97(fn_carrot_plant_43(X)))
& atp_1(fn_eukaryotic_cellular_respiration_97(fn_carrot_plant_43(X)))
& tangible_entity_1(fn_photosynthesis_37(fn_carrot_plant_36(X)))
& chemical_entity_1(fn_photosynthesis_37(fn_carrot_plant_36(X)))
& sugar_1(fn_photosynthesis_37(fn_carrot_plant_36(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_carrot_plant_36(X)))
& store_1(fn_root_33(fn_carrot_plant_42(X)))
& store_1(fn_root_33(fn_carrot_plant_38(X)))
& store_1(fn_root_28(fn_carrot_plant_42(X)))
& store_1(fn_root_28(fn_carrot_plant_38(X)))
& waste_product_1(fn_cellular_respiration_58(fn_carrot_plant_43(X)))
& waste_product_1(fn_cellular_respiration_59(fn_carrot_plant_43(X)))
& structural_complexity_value_1(fn_anabolic_pathway_3(fn_carrot_plant_36(X)))
& structural_complexity_value_1(fn_glucose_2(fn_carrot_plant_14(X)))
& structural_complexity_value_1(fn_photosynthesis_25(fn_carrot_plant_36(X)))
& store_1(fn_starch_storage_by_plant_5(fn_carrot_plant_37(X)))
& store_1(fn_starch_storage_by_plant_6(fn_carrot_plant_37(X)))
& cell_1(fn_metabolic_pathway_1(fn_carrot_plant_43(X)))
& cell_1(fn_metabolic_pathway_1(fn_carrot_plant_36(X)))
& spatial_entity_1(fn_store_2(fn_carrot_plant_40(X)))
& spatial_entity_1(fn_store_2(fn_carrot_plant_37(X)))
& plant_1(fn_starch_storage_by_plant_3(fn_carrot_plant_37(X)))
& chemical_entity_1(fn_cellular_respiration_56(fn_carrot_plant_43(X)))
& organic_molecule_1(fn_cellular_respiration_56(fn_carrot_plant_43(X)))
& molecule_1(fn_cellular_respiration_56(fn_carrot_plant_43(X)))
& nadh_1(fn_cellular_respiration_56(fn_carrot_plant_43(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_42(fn_carrot_plant_43(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_42(fn_carrot_plant_43(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_42(fn_carrot_plant_43(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_42(fn_carrot_plant_43(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_111(fn_carrot_plant_43(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_111(fn_carrot_plant_43(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_111(fn_carrot_plant_43(X)))
& entity_1(fn_eukaryotic_cellular_respiration_111(fn_carrot_plant_43(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_111(fn_carrot_plant_43(X)))
& chemical_energy_1(fn_exergonic_reaction_6(fn_carrot_plant_43(X)))
& chemical_energy_1(fn_cellular_respiration_43(fn_carrot_plant_43(X)))
& chemical_energy_1(fn_eukaryotic_cellular_respiration_68(fn_carrot_plant_43(X)))
& tangible_entity_1(fn_cellular_respiration_61(fn_carrot_plant_43(X)))
& carbon_dioxide_1(fn_cellular_respiration_61(fn_carrot_plant_43(X)))
& spatial_entity_1(fn_photosynthesis_38(fn_carrot_plant_48(X)))
& tangible_entity_1(fn_photosynthesis_38(fn_carrot_plant_48(X)))
& chemical_entity_1(fn_photosynthesis_38(fn_carrot_plant_48(X)))
& hydrophobic_compound_1(fn_photosynthesis_38(fn_carrot_plant_48(X)))
& molecule_1(fn_photosynthesis_38(fn_carrot_plant_48(X)))
& carbon_dioxide_1(fn_photosynthesis_38(fn_carrot_plant_48(X)))
& spatial_entity_1(fn_photosynthesis_38(fn_carrot_plant_36(X)))
& tangible_entity_1(fn_photosynthesis_38(fn_carrot_plant_36(X)))
& chemical_entity_1(fn_photosynthesis_38(fn_carrot_plant_36(X)))
& hydrophobic_compound_1(fn_photosynthesis_38(fn_carrot_plant_36(X)))
& molecule_1(fn_photosynthesis_38(fn_carrot_plant_36(X)))
& carbon_dioxide_1(fn_photosynthesis_38(fn_carrot_plant_36(X)))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_62(fn_carrot_plant_43(X)))
& carbon_dioxide_1(fn_eukaryotic_cellular_respiration_62(fn_carrot_plant_43(X)))
& eukaryotic_cellular_respiration_1(fn_eukaryotic_cell_23(fn_carrot_plant_33(X)))
& metabolic_pathway_1(fn_plant_cell_63(fn_carrot_plant_33(X)))
& eukaryotic_cellular_respiration_1(fn_plant_cell_63(fn_carrot_plant_33(X)))
& fn_carrot_plant_5(X) != fn_carrot_plant_3(X)
& is_inside_2(fn_carrot_plant_38(X),fn_carrot_plant_41(X))
& is_outside_2(fn_carrot_plant_4(X),X)
& site_2(fn_carrot_plant_43(X),fn_carrot_plant_46(X))
& has_function_2(fn_carrot_plant_44(X),fn_carrot_plant_32(X))
& fn_carrot_plant_3(X) != fn_carrot_plant_5(X)
& is_between_2(fn_carrot_plant_46(X),fn_carrot_plant_49(X))
& is_inside_2(fn_carrot_plant_46(X),fn_carrot_plant_49(X))
& agent_2(fn_carrot_plant_48(X),fn_carrot_plant_3(X))
& site_2(fn_carrot_plant_48(X),fn_carrot_plant_46(X))
& causes_2(fn_carrot_plant_48(X),fn_carrot_plant_2(X))
& result_2(fn_carrot_plant_2(X),fn_carrot_plant_1(X))
& result_2(fn_carrot_plant_2(X),fn_carrot_plant_51(X))
& object_2(fn_carrot_plant_45(X),fn_carrot_plant_46(X))
& result_2(fn_carrot_plant_48(X),fn_carrot_plant_52(X))
& site_2(fn_carrot_plant_37(X),fn_carrot_plant_42(X))
& site_2(fn_carrot_plant_37(X),fn_carrot_plant_38(X))
& possesses_2(fn_carrot_plant_14(X),fn_carrot_plant_15(X))
& result_2(fn_carrot_plant_36(X),fn_carrot_plant_14(X))
& size_2(fn_carrot_plant_14(X),fn_carrot_plant_16(X))
& result_2(fn_carrot_plant_43(X),fn_carrot_plant_24(X))
& possesses_2(fn_carrot_plant_24(X),fn_carrot_plant_20(X))
& base_2(fn_carrot_plant_40(X),X)
& structural_complexity_2(fn_carrot_plant_14(X),fn_carrot_plant_17(X))
& raw_material_2(fn_carrot_plant_48(X),fn_carrot_plant_44(X))
& fn_carrot_plant_51(X) != fn_carrot_plant_44(X)
& fn_carrot_plant_44(X) != fn_carrot_plant_51(X)
& has_function_2(X,fn_carrot_plant_37(X))
& base_2(fn_carrot_plant_37(X),X)
& object_2(fn_carrot_plant_37(X),fn_carrot_plant_29(X))
& object_2(fn_carrot_plant_30(X),fn_carrot_plant_29(X))
& subevent_2(fn_carrot_plant_37(X),fn_carrot_plant_30(X))
& agent_2(fn_carrot_plant_37(X),X)
& has_part_2(X,fn_carrot_plant_38(X))
& has_part_2(X,fn_carrot_plant_39(X))
& has_part_2(X,fn_carrot_plant_42(X))
& is_inside_2(fn_carrot_plant_39(X),fn_carrot_plant_41(X))
& is_inside_2(fn_carrot_plant_42(X),fn_carrot_plant_41(X))
& fn_carrot_plant_39(X) != fn_carrot_plant_42(X)
& fn_carrot_plant_42(X) != fn_carrot_plant_39(X)
& in_event_2(fn_carrot_plant_19(X),fn_carrot_plant_43(X))
& plays_2(fn_carrot_plant_44(X),fn_carrot_plant_19(X))
& has_part_2(fn_carrot_plant_33(X),fn_carrot_plant_26(X))
& has_function_2(fn_carrot_plant_26(X),fn_carrot_plant_43(X))
& base_2(fn_carrot_plant_43(X),fn_carrot_plant_33(X))
& has_function_2(fn_carrot_plant_33(X),fn_carrot_plant_43(X))
& has_function_2(fn_carrot_plant_47(X),fn_carrot_plant_45(X))
& base_2(fn_carrot_plant_45(X),fn_carrot_plant_47(X))
& quantity_2(fn_carrot_plant_15(X),fn_carrot_plant_28(X))
& called_2(fn_carrot_plant_27(X),'FE_r')
& donor_2(fn_carrot_plant_32(X),fn_carrot_plant_31(X))
& recipient_2(fn_carrot_plant_32(X),fn_carrot_plant_44(X))
& size_2(fn_carrot_plant_44(X),fn_carrot_plant_22(X))
& greater_than_2(fn_carrot_plant_16(X),fn_carrot_plant_22(X))
& structural_complexity_2(fn_carrot_plant_44(X),fn_carrot_plant_18(X))
& greater_than_2(fn_carrot_plant_17(X),fn_carrot_plant_18(X))
& fn_carrot_plant_31(X) != fn_carrot_plant_44(X)
& fn_carrot_plant_44(X) != fn_carrot_plant_31(X)
& raw_material_2(fn_carrot_plant_36(X),fn_carrot_plant_44(X))
& possesses_2(fn_carrot_plant_44(X),fn_carrot_plant_21(X))
& quantity_2(fn_carrot_plant_21(X),fn_carrot_plant_27(X))
& greater_than_2(fn_carrot_plant_28(X),fn_carrot_plant_27(X))
& called_2(fn_carrot_plant_28(X),'FE_p')
& in_event_2(fn_carrot_plant_35(X),fn_carrot_plant_34(X))
& plays_2(X,fn_carrot_plant_35(X))
& has_region_2(X,fn_carrot_plant_41(X))
& agent_2(fn_carrot_plant_34(X),X)
& by_means_of_2(fn_carrot_plant_34(X),fn_carrot_plant_36(X))
& has_function_2(X,fn_carrot_plant_36(X))
& has_part_2(X,fn_carrot_plant_7(X))
& site_2(fn_carrot_plant_30(X),fn_carrot_plant_7(X))
& correspondence_2(fn_carrot_plant_54(X),fn_carrot_plant_53(X))
& temperature_2(X,fn_carrot_plant_54(X))
& has_part_2(X,fn_carrot_plant_33(X))
& base_2(fn_carrot_plant_36(X),fn_carrot_plant_33(X))
& experiencer_2(fn_carrot_plant_36(X),X)
& has_region_2(X,fn_carrot_plant_55(X))
& is_inside_2(fn_carrot_plant_6(X),fn_carrot_plant_55(X))
& has_part_2(X,fn_carrot_plant_6(X))
& has_part_2(X,fn_carrot_plant_56(X))
& specific_heat_2(fn_carrot_plant_56(X),fn_carrot_plant_53(X))
& possesses_2(fn_carrot_plant_25(X),fn_carrot_plant_20(X))
& result_2(fn_carrot_plant_43(X),fn_carrot_plant_44(X))
& possesses_2(fn_carrot_plant_44(X),fn_carrot_plant_20(X))
& possesses_2(fn_carrot_plant_23(X),fn_carrot_plant_20(X))
& result_2(fn_carrot_plant_43(X),fn_carrot_plant_23(X))
& result_2(fn_carrot_plant_43(X),fn_carrot_plant_25(X))
& fn_carrot_plant_46(X) = fn_move_1(fn_carrot_plant_45(X))
& fn_carrot_plant_52(X) = fn_anabolic_pathway_5(fn_carrot_plant_48(X))
& fn_carrot_plant_37(X) = fn_root_33(fn_carrot_plant_42(X))
& fn_carrot_plant_37(X) = fn_root_28(fn_carrot_plant_42(X))
& fn_carrot_plant_37(X) = fn_root_33(fn_carrot_plant_38(X))
& fn_carrot_plant_37(X) = fn_root_28(fn_carrot_plant_38(X))
& fn_carrot_plant_14(X) = fn_photosynthesis_37(fn_carrot_plant_36(X))
& fn_carrot_plant_20(X) = fn_exergonic_reaction_6(fn_carrot_plant_43(X))
& fn_carrot_plant_24(X) = fn_exergonic_reaction_11(fn_carrot_plant_43(X))
& X = fn_store_2(fn_carrot_plant_40(X))
& fn_carrot_plant_14(X) = fn_anabolic_pathway_5(fn_carrot_plant_36(X))
& fn_carrot_plant_17(X) = fn_anabolic_pathway_3(fn_carrot_plant_36(X))
& fn_carrot_plant_17(X) = fn_glucose_2(fn_carrot_plant_14(X))
& fn_carrot_plant_51(X) = fn_photosynthesis_47(fn_carrot_plant_48(X))
& fn_carrot_plant_44(X) = fn_photosynthesis_38(fn_carrot_plant_48(X))
& X = fn_store_2(fn_carrot_plant_37(X))
& fn_carrot_plant_38(X) = fn_starch_storage_by_plant_2(fn_carrot_plant_37(X))
& X = fn_starch_storage_by_plant_3(fn_carrot_plant_37(X))
& fn_carrot_plant_30(X) = fn_starch_storage_by_plant_5(fn_carrot_plant_37(X))
& fn_carrot_plant_37(X) = fn_seed_plant_3(X)
& fn_carrot_plant_30(X) = fn_starch_storage_by_plant_6(fn_carrot_plant_37(X))
& fn_carrot_plant_29(X) = fn_starch_storage_by_plant_9(fn_carrot_plant_37(X))
& fn_carrot_plant_41(X) = fn_dicot_3(X)
& fn_carrot_plant_39(X) = fn_dicot_2(X)
& fn_carrot_plant_42(X) = fn_dicot_1(X)
& fn_carrot_plant_19(X) = fn_cellular_respiration_58(fn_carrot_plant_43(X))
& fn_carrot_plant_19(X) = fn_cellular_respiration_59(fn_carrot_plant_43(X))
& fn_carrot_plant_33(X) = fn_metabolic_pathway_1(fn_carrot_plant_43(X))
& fn_carrot_plant_43(X) = fn_eukaryotic_cell_23(fn_carrot_plant_33(X))
& fn_carrot_plant_43(X) = fn_plant_cell_63(fn_carrot_plant_33(X))
& fn_carrot_plant_26(X) = fn_plant_cell_59(fn_carrot_plant_33(X))
& fn_carrot_plant_49(X) = fn_plasmodesmata_9(fn_carrot_plant_47(X))
& fn_carrot_plant_50(X) = fn_plasmodesmata_10(fn_carrot_plant_47(X))
& fn_carrot_plant_45(X) = fn_plasmodesmata_3(fn_carrot_plant_47(X))
& fn_carrot_plant_10(X) = fn_photosynthesis_5(fn_carrot_plant_36(X))
& fn_carrot_plant_11(X) = fn_photosynthesis_54(fn_carrot_plant_36(X))
& fn_carrot_plant_9(X) = fn_photosynthesis_55(fn_carrot_plant_36(X))
& fn_carrot_plant_15(X) = fn_photosynthesis_53(fn_carrot_plant_36(X))
& fn_carrot_plant_8(X) = fn_photosynthesis_56(fn_carrot_plant_36(X))
& fn_carrot_plant_13(X) = fn_photosynthesis_6(fn_carrot_plant_36(X))
& fn_carrot_plant_16(X) = fn_photosynthesis_4(fn_carrot_plant_36(X))
& fn_carrot_plant_22(X) = fn_photosynthesis_3(fn_carrot_plant_36(X))
& fn_carrot_plant_32(X) = fn_photosynthesis_46(fn_carrot_plant_36(X))
& fn_carrot_plant_12(X) = fn_photosynthesis_57(fn_carrot_plant_36(X))
& fn_carrot_plant_17(X) = fn_photosynthesis_25(fn_carrot_plant_36(X))
& fn_carrot_plant_18(X) = fn_photosynthesis_24(fn_carrot_plant_36(X))
& fn_carrot_plant_31(X) = fn_photosynthesis_47(fn_carrot_plant_36(X))
& fn_carrot_plant_28(X) = fn_photosynthesis_52(fn_carrot_plant_36(X))
& fn_carrot_plant_27(X) = fn_photosynthesis_51(fn_carrot_plant_36(X))
& fn_carrot_plant_21(X) = fn_photosynthesis_50(fn_carrot_plant_36(X))
& fn_carrot_plant_44(X) = fn_photosynthesis_38(fn_carrot_plant_36(X))
& fn_carrot_plant_58(X) = fn_seed_plant_17(X)
& fn_carrot_plant_57(X) = fn_seed_plant_16(X)
& fn_carrot_plant_41(X) = fn_seed_plant_9(X)
& fn_carrot_plant_35(X) = fn_seed_plant_11(X)
& fn_carrot_plant_30(X) = fn_seed_plant_4(X)
& fn_carrot_plant_7(X) = fn_seed_plant_1(X)
& fn_carrot_plant_34(X) = fn_seed_plant_10(X)
& fn_carrot_plant_33(X) = fn_metabolic_pathway_1(fn_carrot_plant_36(X))
& fn_carrot_plant_36(X) = fn_seed_plant_7(X)
& fn_carrot_plant_33(X) = fn_seed_plant_13(X)
& fn_carrot_plant_54(X) = fn_seed_plant_12(X)
& fn_carrot_plant_53(X) = fn_seed_plant_6(X)
& fn_carrot_plant_56(X) = fn_seed_plant_14(X)
& fn_carrot_plant_6(X) = fn_seed_plant_2(X)
& fn_carrot_plant_55(X) = fn_seed_plant_8(X)
& fn_carrot_plant_25(X) = fn_cellular_respiration_56(fn_carrot_plant_43(X))
& fn_carrot_plant_25(X) = fn_eukaryotic_cellular_respiration_42(fn_carrot_plant_43(X))
& fn_carrot_plant_25(X) = fn_eukaryotic_cellular_respiration_111(fn_carrot_plant_43(X))
& fn_carrot_plant_23(X) = fn_eukaryotic_cellular_respiration_97(fn_carrot_plant_43(X))
& fn_carrot_plant_44(X) = fn_cellular_respiration_61(fn_carrot_plant_43(X))
& fn_carrot_plant_20(X) = fn_cellular_respiration_43(fn_carrot_plant_43(X))
& fn_carrot_plant_20(X) = fn_eukaryotic_cellular_respiration_68(fn_carrot_plant_43(X))
& fn_carrot_plant_44(X) = fn_eukaryotic_cellular_respiration_62(fn_carrot_plant_43(X))
& fn_photosynthesis_37(fn_carrot_plant_36(X)) = fn_photosynthesis_37(fn_carrot_plant_36(X))
& fn_anabolic_pathway_5(fn_carrot_plant_36(X)) = fn_photosynthesis_37(fn_carrot_plant_36(X))
& fn_photosynthesis_37(fn_carrot_plant_36(X)) = fn_anabolic_pathway_5(fn_carrot_plant_36(X))
& fn_anabolic_pathway_5(fn_carrot_plant_36(X)) = fn_root_33(fn_carrot_plant_42(X))
& fn_root_33(fn_carrot_plant_42(X)) = fn_root_28(fn_carrot_plant_42(X))
& fn_root_28(fn_carrot_plant_42(X)) = fn_root_33(fn_carrot_plant_38(X))
& fn_root_33(fn_carrot_plant_38(X)) = fn_root_28(fn_carrot_plant_38(X))
& fn_root_28(fn_carrot_plant_38(X)) = fn_root_28(fn_carrot_plant_42(X))
& fn_root_28(fn_carrot_plant_42(X)) = fn_root_28(fn_carrot_plant_38(X))
& fn_root_28(fn_carrot_plant_38(X)) = fn_seed_plant_3(X)
& fn_seed_plant_3(X) = fn_seed_plant_3(X)
& fn_seed_plant_3(X) = fn_cellular_respiration_59(fn_carrot_plant_43(X))
& fn_cellular_respiration_59(fn_carrot_plant_43(X)) = fn_cellular_respiration_58(fn_carrot_plant_43(X))
& fn_cellular_respiration_58(fn_carrot_plant_43(X)) = fn_cellular_respiration_59(fn_carrot_plant_43(X))
& fn_cellular_respiration_59(fn_carrot_plant_43(X)) = fn_anabolic_pathway_3(fn_carrot_plant_36(X))
& fn_anabolic_pathway_3(fn_carrot_plant_36(X)) = fn_glucose_2(fn_carrot_plant_14(X))
& fn_glucose_2(fn_carrot_plant_14(X)) = fn_glucose_2(fn_carrot_plant_14(X))
& fn_glucose_2(fn_carrot_plant_14(X)) = fn_photosynthesis_25(fn_carrot_plant_36(X))
& fn_photosynthesis_25(fn_carrot_plant_36(X)) = fn_photosynthesis_25(fn_carrot_plant_36(X))
& fn_photosynthesis_25(fn_carrot_plant_36(X)) = fn_dicot_3(X)
& fn_dicot_3(X) = fn_dicot_3(X)
& fn_dicot_3(X) = fn_seed_plant_9(X)
& fn_seed_plant_9(X) = fn_starch_storage_by_plant_5(fn_carrot_plant_37(X))
& fn_starch_storage_by_plant_5(fn_carrot_plant_37(X)) = fn_starch_storage_by_plant_6(fn_carrot_plant_37(X))
& fn_seed_plant_4(X) = fn_starch_storage_by_plant_6(fn_carrot_plant_37(X))
& fn_starch_storage_by_plant_6(fn_carrot_plant_37(X)) = fn_starch_storage_by_plant_6(fn_carrot_plant_37(X))
& fn_starch_storage_by_plant_6(fn_carrot_plant_37(X)) = fn_seed_plant_4(X)
& fn_seed_plant_4(X) = fn_metabolic_pathway_1(fn_carrot_plant_43(X))
& fn_metabolic_pathway_1(fn_carrot_plant_43(X)) = fn_metabolic_pathway_1(fn_carrot_plant_36(X))
& fn_metabolic_pathway_1(fn_carrot_plant_36(X)) = fn_seed_plant_13(X)
& fn_seed_plant_13(X) = fn_seed_plant_13(X)
& fn_seed_plant_13(X) = fn_store_2(fn_carrot_plant_40(X))
& fn_store_2(fn_carrot_plant_40(X)) = fn_store_2(fn_carrot_plant_37(X))
& fn_store_2(fn_carrot_plant_37(X)) = fn_starch_storage_by_plant_3(fn_carrot_plant_37(X))
& fn_starch_storage_by_plant_3(fn_carrot_plant_37(X)) = fn_starch_storage_by_plant_3(fn_carrot_plant_37(X))
& fn_starch_storage_by_plant_3(fn_carrot_plant_37(X)) = fn_cellular_respiration_56(fn_carrot_plant_43(X))
& fn_cellular_respiration_56(fn_carrot_plant_43(X)) = fn_eukaryotic_cellular_respiration_42(fn_carrot_plant_43(X))
& fn_eukaryotic_cellular_respiration_42(fn_carrot_plant_43(X)) = fn_eukaryotic_cellular_respiration_42(fn_carrot_plant_43(X))
& fn_eukaryotic_cellular_respiration_42(fn_carrot_plant_43(X)) = fn_eukaryotic_cellular_respiration_111(fn_carrot_plant_43(X))
& fn_eukaryotic_cellular_respiration_111(fn_carrot_plant_43(X)) = fn_exergonic_reaction_6(fn_carrot_plant_43(X))
& fn_exergonic_reaction_6(fn_carrot_plant_43(X)) = fn_cellular_respiration_43(fn_carrot_plant_43(X))
& fn_cellular_respiration_43(fn_carrot_plant_43(X)) = fn_cellular_respiration_43(fn_carrot_plant_43(X))
& fn_eukaryotic_cellular_respiration_68(fn_carrot_plant_43(X)) = fn_eukaryotic_cellular_respiration_68(fn_carrot_plant_43(X))
& fn_eukaryotic_cellular_respiration_68(fn_carrot_plant_43(X)) = fn_cellular_respiration_43(fn_carrot_plant_43(X))
& fn_cellular_respiration_43(fn_carrot_plant_43(X)) = fn_eukaryotic_cellular_respiration_68(fn_carrot_plant_43(X))
& fn_eukaryotic_cellular_respiration_68(fn_carrot_plant_43(X)) = fn_photosynthesis_38(fn_carrot_plant_48(X))
& fn_photosynthesis_38(fn_carrot_plant_48(X)) = fn_cellular_respiration_61(fn_carrot_plant_43(X))
& fn_cellular_respiration_61(fn_carrot_plant_43(X)) = fn_photosynthesis_38(fn_carrot_plant_36(X))
& fn_photosynthesis_38(fn_carrot_plant_36(X)) = fn_cellular_respiration_61(fn_carrot_plant_43(X))
& fn_cellular_respiration_61(fn_carrot_plant_43(X)) = fn_photosynthesis_38(fn_carrot_plant_48(X))
& fn_photosynthesis_38(fn_carrot_plant_48(X)) = fn_photosynthesis_38(fn_carrot_plant_48(X))
& fn_photosynthesis_38(fn_carrot_plant_48(X)) = fn_photosynthesis_38(fn_carrot_plant_36(X))
& fn_photosynthesis_38(fn_carrot_plant_36(X)) = fn_photosynthesis_38(fn_carrot_plant_36(X))
& fn_photosynthesis_38(fn_carrot_plant_36(X)) = fn_eukaryotic_cellular_respiration_62(fn_carrot_plant_43(X))
& fn_eukaryotic_cellular_respiration_62(fn_carrot_plant_43(X)) = fn_eukaryotic_cellular_respiration_62(fn_carrot_plant_43(X))
& fn_eukaryotic_cellular_respiration_62(fn_carrot_plant_43(X)) = fn_plant_cell_63(fn_carrot_plant_33(X))
& fn_plant_cell_63(fn_carrot_plant_33(X)) = fn_eukaryotic_cell_23(fn_carrot_plant_33(X))
& fn_eukaryotic_cell_23(fn_carrot_plant_33(X)) = fn_plant_cell_63(fn_carrot_plant_33(X))
& fn_plant_cell_63(fn_carrot_plant_33(X)) = fn_plant_cell_63(fn_carrot_plant_33(X)) ) ) ).
fof(a528101,axiom,
! [X] :
( carry_1(X)
=> ( original_name_2(X,'Carry')
& concept2words_2(X,carry)
& concept2words_2(X,pack)
& concept2words_2(X,take)
& concept2words_2(X,transport)
& move_1(X)
& tangible_entity_1(fn_carry_1(X))
& agent_2(X,fn_carry_1(X)) ) ) ).
fof(a528102,axiom,
! [X] :
( cartilage_1(X)
=> ( original_name_2(X,'Cartilage')
& user_description_2(X,'A strong yet somewhat flexible type of connective tissue comprised of collagenous fibers embedded in a rubbery protein-carbohydrate complex.')
& concept2words_2(X,cartilage)
& connective_tissue_1(X)
& ~ adipose_tissue_1(X)
& ~ av_valve_1(X)
& ~ bone_1(X)
& ~ fibrous_connective_tissue_1(X)
& ~ loose_connective_tissue_1(X)
& ~ sclera_1(X)
& ~ semilunar_valve_1(X)
& ~ submucosa_1(X)
& ~ vocal_cord_1(X) ) ) ).
fof(a528103,axiom,
! [X] :
( cartilaginous_fish_1(X)
=> ( original_name_2(X,'Cartilaginous-Fish')
& user_description_2(X,'A fish from the clade Chondrichthyes, characterized by a skeleton made of cartilage rather than bone.')
& concept2words_2(X,chondrichthyan)
& concept2words_2(X,chondrichthyes)
& concept2words_2(X,'cartilaginous fish')
& concept2words_2(X,'cartilaginous-fish')
& fish_1(X)
& ~ bony_fish_1(X)
& ~ lobe_fin_fish_1(X)
& ~ tetrapod_fish_1(X) ) ) ).
fof(a528104,axiom,
! [X] :
( cascade_1(X)
=> ( original_name_2(X,'Cascade')
& user_description_2(X,'A series of reactions triggered by a single stimulus.')
& concept2words_2(X,'signaling cascade')
& concept2words_2(X,cascade)
& multi_step_reaction_1(X)
& chemical_reaction_1(fn_cascade_1(X))
& chemical_reaction_1(fn_cascade_2(X))
& molecule_1(fn_cascade_3(X))
& molecule_1(fn_cascade_4(X))
& chemical_entity_1(fn_chemical_reaction_1(fn_cascade_2(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_cascade_1(X)))
& next_event_2(fn_cascade_1(X),fn_cascade_2(X))
& subevent_2(X,fn_cascade_1(X))
& subevent_2(X,fn_cascade_2(X))
& first_subevent_2(X,fn_cascade_1(X))
& result_2(fn_cascade_2(X),fn_cascade_4(X))
& result_2(fn_cascade_1(X),fn_cascade_3(X))
& fn_cascade_4(X) = fn_chemical_reaction_1(fn_cascade_2(X))
& fn_cascade_3(X) = fn_chemical_reaction_1(fn_cascade_1(X)) ) ) ).
fof(a528105,axiom,
! [X] :
( casparian_strip_1(X)
=> ( original_name_2(X,'Casparian-Strip')
& user_description_2(X,'A ring of water-impermeable wax in the endodermal cells of plants. The Casparian strip blocks the passive flow of water and solutes into the stele.')
& concept2words_2(X,'casparian strip')
& concept2words_2(X,'casparian-strip')
& plant_structure_1(X)
& ~ cuticle_plant_1(X)
& suberin_1(fn_casparian_strip_1(X))
& water_1(fn_casparian_strip_2(X))
& cell_wall_1(fn_casparian_strip_3(X))
& plant_cell_wall_1(fn_casparian_strip_3(X))
& endodermal_cell_1(fn_casparian_strip_4(X))
& mineral_1(fn_casparian_strip_5(X))
& block_1(fn_casparian_strip_6(X))
& barrier_1(fn_casparian_strip_7(X))
& spatial_entity_1(fn_block_1(fn_casparian_strip_6(X)))
& cell_wall_1(fn_endodermal_cell_28(fn_casparian_strip_4(X)))
& plant_cell_wall_1(fn_endodermal_cell_28(fn_casparian_strip_4(X)))
& tangible_entity_1(fn_barrier_1(fn_casparian_strip_7(X)))
& in_event_2(fn_casparian_strip_7(X),fn_casparian_strip_6(X))
& object_2(fn_casparian_strip_6(X),fn_casparian_strip_2(X))
& instrument_2(fn_casparian_strip_6(X),X)
& is_inside_2(X,fn_casparian_strip_3(X))
& has_part_2(X,fn_casparian_strip_1(X))
& object_2(fn_casparian_strip_6(X),fn_casparian_strip_5(X))
& has_part_2(fn_casparian_strip_4(X),fn_casparian_strip_3(X))
& plays_2(X,fn_casparian_strip_7(X))
& fn_casparian_strip_5(X) = fn_block_1(fn_casparian_strip_6(X))
& fn_casparian_strip_3(X) = fn_endodermal_cell_28(fn_casparian_strip_4(X))
& X = fn_barrier_1(fn_casparian_strip_7(X)) ) ) ).
fof(a528106,axiom,
! [X] :
( caspase_1(X)
=> ( original_name_2(X,'Caspase')
& user_description_2(X,'Caspases are a type of protease enzyme which play essential roles in apoptosis (programmed cell death).')
& concept2words_2(X,caspase)
& protease_1(X) ) ) ).
fof(a528107,axiom,
! [X] :
( catabolic_pathway_1(X)
=> ( original_name_2(X,'Catabolic-Pathway')
& user_description_2(X,'A sequence of degradative chemical reactions that break down complex molecules into smaller units, usually releasing energy in the process.')
& concept2words_2(X,'catabolic reactions')
& concept2words_2(X,'breakdown pathway')
& concept2words_2(X,'breakdown-pathway')
& concept2words_2(X,'take part in a catabolic pathway')
& concept2words_2(X,'catabolic pathway')
& concept2words_2(X,'catabolic-pathway')
& exergonic_reaction_1(X)
& metabolic_pathway_1(X)
& ~ anabolic_pathway_1(X)
& ~ polymer_synthesis_1(X)
& ~ renin_angiotensin_aldosterone_system_1(X)
& ~ synthesis_of_atp_1(X)
& structural_complexity_value_1(fn_catabolic_pathway_2(X))
& potential_energy_1(fn_catabolic_pathway_3(X))
& structural_complexity_value_1(fn_catabolic_pathway_4(X))
& activation_energy_1(fn_catabolic_pathway_6(X))
& role_1(fn_catabolic_pathway_7(X))
& work_1(fn_catabolic_pathway_8(X))
& organic_molecule_1(fn_catabolic_pathway_9(X))
& organic_molecule_1(fn_catabolic_pathway_10(X))
& free_energy_1(fn_catabolic_pathway_11(X))
& work_1(fn_free_energy_2(fn_catabolic_pathway_11(X)))
& role_1(fn_free_energy_1(fn_catabolic_pathway_11(X)))
& greater_than_2(fn_catabolic_pathway_4(X),fn_catabolic_pathway_2(X))
& has_part_2(fn_catabolic_pathway_11(X),fn_catabolic_pathway_3(X))
& raw_material_2(X,fn_catabolic_pathway_6(X))
& structural_complexity_2(fn_catabolic_pathway_10(X),fn_catabolic_pathway_4(X))
& structural_complexity_2(fn_catabolic_pathway_9(X),fn_catabolic_pathway_2(X))
& raw_material_2(X,fn_catabolic_pathway_10(X))
& result_2(X,fn_catabolic_pathway_9(X))
& result_2(X,fn_catabolic_pathway_11(X))
& fn_catabolic_pathway_10(X) = fn_exergonic_reaction_10(X)
& fn_catabolic_pathway_9(X) = fn_exergonic_reaction_11(X)
& fn_catabolic_pathway_11(X) = fn_exergonic_process_3(X)
& fn_catabolic_pathway_8(X) = fn_free_energy_2(fn_catabolic_pathway_11(X))
& fn_catabolic_pathway_7(X) = fn_free_energy_1(fn_catabolic_pathway_11(X)) ) ) ).
fof(a528108,axiom,
! [X] :
( catabolism_1(X)
=> ( original_name_2(X,'Catabolism')
& user_description_2(X,'The class of chemical reactions that release energy by breaking down larger molecules into smaller subunits.')
& concept2words_2(X,'undergo catabolism')
& concept2words_2(X,convert)
& concept2words_2(X,catabolize)
& concept2words_2(X,catabolism)
& exergonic_process_1(X)
& metabolism_1(X)
& ~ gene_amplification_1(X)
& ~ anabolism_1(X)
& ~ antigen_presentation_1(X)
& ~ denaturation_1(X)
& ~ dna_methylation_1(X)
& ~ dynein_walking_1(X)
& ~ genetic_process_1(X)
& ~ protein_folding_1(X)
& molecule_1(fn_catabolism_1(X))
& molecule_1(fn_catabolism_2(X))
& thermal_energy_1(fn_catabolism_3(X))
& chemical_energy_1(fn_catabolism_4(X))
& decrease_1(fn_catabolism_5(X))
& cellular_work_utilizing_atp_1(fn_catabolism_6(X))
& atp_1(fn_catabolism_7(X))
& organic_molecule_1(fn_cellular_work_10(fn_catabolism_6(X)))
& raw_material_2(X,fn_catabolism_1(X))
& causes_2(X,fn_catabolism_5(X))
& result_2(X,fn_catabolism_2(X))
& result_2(X,fn_catabolism_7(X))
& result_2(X,fn_catabolism_3(X))
& object_2(fn_catabolism_5(X),fn_catabolism_4(X))
& raw_material_2(fn_catabolism_6(X),fn_catabolism_7(X))
& fn_catabolism_7(X) = fn_cellular_work_10(fn_catabolism_6(X)) ) ) ).
fof(a528109,axiom,
! [X] :
( catalase_1(X)
=> ( original_name_2(X,'Catalase')
& user_description_2(X,'Catalase is an enzyme which catalyses the synthesis of Hydrogen peroxide')
& concept2words_2(X,peroxidase)
& concept2words_2(X,catalase)
& oxidoreductase_1(X)
& polypeptide_1(fn_catalase_3(X))
& monomer_1(fn_catalase_4(X))
& atom_1(fn_catalase_5(X))
& chemical_entity_1(fn_catalase_5(X))
& carbon_skeleton_1(fn_catalase_6(X))
& active_site_1(fn_catalase_7(X))
& size_value_1(fn_catalase_8(X))
& catalyst_1(fn_catalase_9(X))
& decrease_1(fn_catalase_10(X))
& chemical_reaction_1(fn_catalase_11(X))
& carbon_1(fn_catalase_12(X))
& spatial_entity_1(fn_catalase_13(X))
& chemical_entity_1(fn_catalase_13(X))
& monomer_1(fn_catalase_13(X))
& molecule_1(fn_catalase_13(X))
& amino_acid_1(fn_catalase_13(X))
& size_value_1(fn_catalase_14(X))
& r_group_1(fn_catalase_15(X))
& r_group_1(fn_amino_acid_2(fn_catalase_13(X)))
& carbon_1(fn_carbon_skeleton_4(fn_catalase_6(X)))
& atom_1(fn_carbon_skeleton_2(fn_catalase_6(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_catalase_6(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_catalase_6(X)))
& is_inside_2(fn_catalase_15(X),fn_catalase_7(X))
& has_region_2(fn_catalase_13(X),fn_catalase_15(X))
& has_part_2(X,fn_catalase_3(X))
& has_part_2(fn_catalase_3(X),fn_catalase_13(X))
& site_2(fn_catalase_11(X),fn_catalase_7(X))
& enables_2(fn_catalase_10(X),fn_catalase_11(X))
& has_region_2(X,fn_catalase_7(X))
& facilitates_2(fn_catalase_7(X),fn_catalase_11(X))
& in_event_2(fn_catalase_9(X),fn_catalase_11(X))
& plays_2(X,fn_catalase_9(X))
& has_function_2(X,fn_catalase_10(X))
& the_scalar_value_2(fn_catalase_8(X),big_0)
& scalar_unit_class_2(fn_catalase_8(X),polypeptide_0)
& has_part_2(X,fn_catalase_5(X))
& has_part_2(X,fn_catalase_4(X))
& size_2(fn_catalase_4(X),fn_catalase_14(X))
& greater_than_2(fn_catalase_8(X),fn_catalase_14(X))
& size_2(X,fn_catalase_8(X))
& has_function_2(X,fn_catalase_11(X))
& is_inside_2(fn_catalase_12(X),fn_catalase_6(X))
& has_part_2(X,fn_catalase_12(X))
& has_region_2(X,fn_catalase_6(X))
& fn_catalase_5(X) != fn_catalase_12(X)
& fn_catalase_12(X) != fn_catalase_5(X)
& fn_catalase_15(X) = fn_amino_acid_2(fn_catalase_13(X))
& fn_catalase_13(X) = fn_protein_14(X)
& fn_catalase_3(X) = fn_protein_8(X)
& fn_catalase_10(X) = fn_enzyme_5(X)
& fn_catalase_9(X) = fn_enzyme_6(X)
& fn_catalase_11(X) = fn_enzyme_4(X)
& fn_catalase_7(X) = fn_enzyme_2(X)
& fn_catalase_2(X) = fn_oxidoreductase_1(X)
& fn_catalase_5(X) = fn_oxidoreductase_5(X)
& fn_catalase_1(X) = fn_oxidoreductase_2(X)
& fn_catalase_11(X) = fn_oxidoreductase_11(X)
& fn_catalase_8(X) = fn_protein_enzyme_3(X)
& fn_catalase_8(X) = fn_oxidoreductase_6(X)
& fn_catalase_14(X) = fn_oxidoreductase_8(X)
& fn_catalase_4(X) = fn_protein_enzyme_9(X)
& fn_catalase_4(X) = fn_oxidoreductase_4(X)
& X = fn_carbon_skeleton_3(fn_catalase_6(X))
& fn_catalase_5(X) = fn_carbon_skeleton_2(fn_catalase_6(X))
& fn_catalase_12(X) = fn_carbon_skeleton_4(fn_catalase_6(X))
& fn_enzyme_4(X) = fn_enzyme_4(X)
& fn_enzyme_4(X) = fn_oxidoreductase_11(X)
& fn_oxidoreductase_11(X) = fn_protein_enzyme_3(X)
& fn_oxidoreductase_6(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_oxidoreductase_6(X)
& fn_oxidoreductase_6(X) = fn_oxidoreductase_6(X)
& fn_oxidoreductase_6(X) = fn_oxidoreductase_4(X)
& fn_oxidoreductase_4(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_oxidoreductase_4(X)
& fn_oxidoreductase_4(X) = fn_oxidoreductase_5(X)
& fn_oxidoreductase_5(X) = fn_carbon_skeleton_2(fn_catalase_6(X))
& fn_carbon_skeleton_2(fn_catalase_6(X)) = fn_carbon_skeleton_2(fn_catalase_6(X))
& fn_carbon_skeleton_3(fn_catalase_6(X)) = fn_carbon_skeleton_3(fn_catalase_6(X)) ) ) ).
fof(a528110,axiom,
! [X] :
( catalyst_1(X)
=> ( original_name_2(X,'Catalyst')
& user_description_2(X,'A chemical compound that increases the rate of a biochemical reaction by lowering the required activation energy. Catalysts are not consumed by the reactions that they catalyze.')
& concept2words_2(X,catalyst)
& role_1(X)
& chemical_reaction_1(fn_catalyst_1(X))
& chemical_entity_1(fn_catalyst_2(X))
& has_function_2(fn_catalyst_2(X),fn_catalyst_1(X))
& plays_2(fn_catalyst_2(X),X)
& in_event_2(X,fn_catalyst_1(X)) ) ) ).
fof(a528111,axiom,
! [X] :
( catastrophism_1(X)
=> ( original_name_2(X,'Catastrophism')
& user_description_2(X,'The theory that the Earth has been affected throughout its history by sudden, violent events that had potentially world-wide effects, rather than by slow, incremental change.')
& concept2words_2(X,catastrophism)
& geologic_process_1(X)
& ~ biogeochemical_cycle_1(X)
& ~ climate_1(X)
& ~ continental_drift_1(X)
& ~ plate_tectonics_1(X)
& ~ uniformitarianism_1(X) ) ) ).
fof(a528112,axiom,
! [X] :
( catecholamine_1(X)
=> ( original_name_2(X,'Catecholamine')
& user_description_2(X,'A class of hormones and neurotransmitters that are synthesized biochemically from the amino acids phenylalanine or tyrosine. Epinephrine, norepinephrine, and dopamine are examples of catecholamines.')
& concept2words_2(X,catecholamine)
& amino_acid_hormone_1(X)
& biogenic_amine_1(X)
& ~ melatonin_1(X)
& ~ t3_1(X)
& ~ t4_1(X)
& ~ acetylcholine_1(X)
& ~ aspartic_acid_1(X)
& ~ neuropeptide_1(X)
& ~ serotonin_1(X) ) ) ).
fof(a528113,axiom,
! [X] :
( categorical_1(X)
=> ( original_name_2(X,'Categorical')
& concept2words_2(X,categorical)
& property_group_1(X) ) ) ).
fof(a528114,axiom,
! [X] :
( caterpillar_1(X)
=> ( original_name_2(X,'Caterpillar')
& user_description_2(X,'Larval form of insect from the order Lepidoptera (moths and butterflies.)')
& concept2words_2(X,caterpillar)
& lepidoptera_1(X)
& time_interval_1(fn_caterpillar_1(X))
& time_interval_1(fn_caterpillar_2(X))
& water_molecule_1(fn_caterpillar_3(X))
& substrate_feeder_1(fn_caterpillar_4(X))
& exoskeleton_1(fn_caterpillar_7(X))
& locomotion_1(fn_caterpillar_8(X))
& take_in_1(fn_caterpillar_9(X))
& support_1(fn_caterpillar_10(X))
& alimentary_canal_1(fn_caterpillar_11(X))
& chemical_1(fn_caterpillar_12(X))
& heterotroph_1(fn_caterpillar_13(X))
& container_1(fn_caterpillar_14(X))
& agent_role_1(fn_caterpillar_15(X))
& specific_heat_value_1(fn_caterpillar_16(X))
& temperature_value_1(fn_caterpillar_17(X))
& anus_1(fn_caterpillar_18(X))
& gastric_cecum_1(fn_caterpillar_19(X))
& substance_1(fn_caterpillar_20(X))
& mouth_1(fn_caterpillar_21(X))
& water_1(fn_caterpillar_22(X))
& foregut_1(fn_caterpillar_23(X))
& midgut_1(fn_caterpillar_24(X))
& hindgut_1(fn_caterpillar_25(X))
& digestive_system_1(fn_caterpillar_26(X))
& nutrition_1(fn_caterpillar_27(X))
& entity_1(fn_caterpillar_28(X))
& chemical_entity_1(fn_caterpillar_28(X))
& atom_1(fn_caterpillar_28(X))
& carbon_1(fn_caterpillar_28(X))
& carbohydrate_1(fn_caterpillar_29(X))
& activation_energy_1(fn_caterpillar_30(X))
& protein_1(fn_caterpillar_31(X))
& chemical_digestion_1(fn_caterpillar_32(X))
& animal_nutritional_requirement_1(fn_caterpillar_33(X))
& feed_1(fn_caterpillar_34(X))
& rectum_1(fn_caterpillar_35(X))
& esophagus_1(fn_caterpillar_36(X))
& chemical_entity_1(fn_chemical_3(fn_caterpillar_12(X)))
& tangible_entity_1(fn_chemical_digestion_1(fn_caterpillar_32(X)))
& tangible_entity_1(fn_feed_4(fn_caterpillar_34(X)))
& entity_1(fn_agent_role_1(fn_caterpillar_15(X)))
& tangible_entity_1(fn_barrier_1(fn_caterpillar_14(X)))
& has_part_2(fn_caterpillar_20(X),fn_caterpillar_12(X))
& plays_2(X,fn_caterpillar_4(X))
& fn_caterpillar_3(X) != fn_caterpillar_31(X)
& fn_caterpillar_31(X) != fn_caterpillar_3(X)
& raw_material_2(fn_caterpillar_32(X),fn_caterpillar_3(X))
& time_during_2(fn_caterpillar_32(X),fn_caterpillar_1(X))
& time_before_2(fn_caterpillar_2(X),fn_caterpillar_1(X))
& object_2(fn_caterpillar_34(X),fn_caterpillar_20(X))
& has_part_2(fn_caterpillar_12(X),fn_caterpillar_31(X))
& raw_material_2(fn_caterpillar_32(X),fn_caterpillar_30(X))
& plays_2(X,fn_caterpillar_15(X))
& plays_2(X,fn_caterpillar_14(X))
& has_part_2(X,fn_caterpillar_20(X))
& is_inside_2(fn_caterpillar_20(X),fn_caterpillar_23(X))
& has_part_2(X,fn_caterpillar_7(X))
& has_function_2(fn_caterpillar_7(X),fn_caterpillar_10(X))
& object_2(fn_caterpillar_10(X),X)
& agent_2(fn_caterpillar_8(X),X)
& object_2(fn_caterpillar_8(X),X)
& agent_2(fn_caterpillar_9(X),X)
& base_2(fn_caterpillar_9(X),X)
& temperature_2(X,fn_caterpillar_17(X))
& correspondence_2(fn_caterpillar_17(X),fn_caterpillar_16(X))
& specific_heat_2(fn_caterpillar_22(X),fn_caterpillar_16(X))
& element_2(fn_caterpillar_26(X),fn_caterpillar_23(X))
& element_2(fn_caterpillar_26(X),fn_caterpillar_24(X))
& next_element_2(fn_caterpillar_24(X),fn_caterpillar_25(X))
& element_2(fn_caterpillar_26(X),fn_caterpillar_25(X))
& plays_2(X,fn_caterpillar_13(X))
& in_event_2(fn_caterpillar_13(X),fn_caterpillar_27(X))
& agent_2(fn_caterpillar_27(X),X)
& has_part_2(X,fn_caterpillar_19(X))
& is_inside_2(fn_caterpillar_19(X),fn_caterpillar_24(X))
& is_inside_2(fn_caterpillar_21(X),fn_caterpillar_23(X))
& has_part_2(X,fn_caterpillar_21(X))
& has_part_2(X,fn_caterpillar_22(X))
& is_inside_2(fn_caterpillar_35(X),fn_caterpillar_25(X))
& has_part_2(X,fn_caterpillar_35(X))
& has_part_2(X,fn_caterpillar_36(X))
& is_inside_2(fn_caterpillar_36(X),fn_caterpillar_23(X))
& next_element_2(fn_caterpillar_23(X),fn_caterpillar_24(X))
& has_region_2(X,fn_caterpillar_26(X))
& is_inside_2(fn_caterpillar_18(X),fn_caterpillar_25(X))
& has_part_2(X,fn_caterpillar_18(X))
& fn_caterpillar_20(X) = fn_feed_4(fn_caterpillar_34(X))
& fn_caterpillar_31(X) = fn_chemical_3(fn_caterpillar_12(X))
& fn_caterpillar_30(X) = fn_chemical_digestion_1(fn_caterpillar_32(X))
& X = fn_agent_role_1(fn_caterpillar_15(X))
& X = fn_barrier_1(fn_caterpillar_14(X))
& fn_caterpillar_20(X) = fn_insect_20(X)
& fn_caterpillar_10(X) = fn_arthropod_7(X)
& fn_caterpillar_7(X) = fn_arthropod_8(X)
& fn_caterpillar_9(X) = fn_animal_9(X)
& fn_caterpillar_8(X) = fn_animal_22(X)
& fn_caterpillar_33(X) = fn_insect_16(X)
& fn_caterpillar_28(X) = fn_insect_15(X)
& fn_caterpillar_29(X) = fn_insect_22(X)
& fn_caterpillar_16(X) = fn_insect_23(X)
& fn_caterpillar_17(X) = fn_insect_25(X)
& fn_caterpillar_19(X) = fn_insect_5(X)
& fn_caterpillar_27(X) = fn_insect_17(X)
& fn_caterpillar_13(X) = fn_insect_21(X)
& fn_caterpillar_22(X) = fn_insect_18(X)
& fn_caterpillar_21(X) = fn_insect_11(X)
& fn_caterpillar_24(X) = fn_insect_13(X)
& fn_caterpillar_23(X) = fn_insect_12(X)
& fn_caterpillar_36(X) = fn_insect_6(X)
& fn_caterpillar_35(X) = fn_insect_3(X)
& fn_caterpillar_18(X) = fn_insect_4(X)
& fn_caterpillar_25(X) = fn_insect_14(X)
& fn_caterpillar_11(X) = fn_insect_9(X)
& fn_caterpillar_26(X) = fn_insect_19(X)
& fn_feed_4(fn_caterpillar_34(X)) = fn_insect_20(X)
& fn_insect_20(X) = fn_insect_20(X)
& fn_insect_20(X) = fn_agent_role_1(fn_caterpillar_15(X))
& fn_agent_role_1(fn_caterpillar_15(X)) = fn_barrier_1(fn_caterpillar_14(X)) ) ) ).
fof(a528115,axiom,
! [X] :
( cation_1(X)
=> ( original_name_2(X,'Cation')
& user_description_2(X,'An ion that carries a positive charge due to a shortage of electrons.')
& concept2words_2(X,cation)
& ion_1(X)
& proton_1(fn_cation_1(X))
& charge_value_1(fn_cation_3(X))
& charge_value_1(fn_cation_5(X))
& electron_1(fn_cation_6(X))
& lose_1(fn_cation_7(X))
& tangible_entity_1(fn_cation_8(X))
& atom_1(fn_cation_8(X))
& entity_1(fn_transfer_1(fn_cation_7(X)))
& tangible_entity_1(fn_lose_1(fn_cation_7(X)))
& property_node_1(fn_atom_6(fn_cation_8(X)))
& charge_value_1(fn_atom_7(fn_cation_8(X)))
& has_part_2(X,fn_cation_1(X))
& result_2(fn_cation_7(X),X)
& greater_than_or_equal_to_2(fn_cation_5(X),fn_cation_3(X))
& greater_than_2(fn_cation_5(X),fn_cation_3(X))
& object_2(fn_cation_7(X),fn_cation_6(X))
& donor_2(fn_cation_7(X),fn_cation_8(X))
& charge_2(fn_cation_8(X),fn_cation_3(X))
& the_cardinal_value_2(fn_cation_3(X),"0")
& cardinal_unit_class_2(fn_cation_3(X),unity_0)
& charge_2(X,fn_cation_5(X))
& fn_cation_6(X) = fn_transfer_1(fn_cation_7(X))
& fn_cation_8(X) = fn_lose_1(fn_cation_7(X))
& fn_cation_2(X) = fn_atom_6(fn_cation_8(X))
& fn_cation_3(X) = fn_atom_7(fn_cation_8(X))
& fn_cation_4(X) = fn_ion_1(X)
& fn_cation_5(X) = fn_ion_2(X) ) ) ).
fof(a528116,axiom,
! [X] :
( cation_substance_1(X)
=> ( original_name_2(X,'Cation-Substance')
& concept2words_2(X,'substance of cation')
& concept2words_2(X,'cation substance')
& concept2words_2(X,'cation-substance')
& ionic_substance_1(X)
& ~ anion_substance_1(X)
& cation_1(fn_cation_substance_1(X))
& has_part_2(X,fn_cation_substance_1(X)) ) ) ).
fof(a528117,axiom,
! [X] :
( causal_relation_1(X)
=> ( original_name_2(X,'Causal-Relation')
& user_description_2(X,'A causal relation is a relation between two events, where one event enables or opposes the other. If a relation is a causal relation, then its inverse is also a causal relation.')
& concept2words_2(X,'causal relation')
& concept2words_2(X,'causal-relation')
& relation_1(X) ) ) ).
fof(a528118,axiom,
! [X] :
( cavitation_1(X)
=> ( original_name_2(X,'Cavitation')
& user_description_2(X,'The blocking of flow of xylem sap in vascular plants due to formation of bubbles in the xylem caused by drought or freezing.')
& concept2words_2(X,'form a cavity')
& concept2words_2(X,cavitation)
& physical_process_1(X)
& barrier_1(fn_cavitation_1(X))
& air_space_1(fn_cavitation_2(X))
& water_transport_in_plant_1(fn_cavitation_3(X))
& block_1(fn_cavitation_4(X))
& vascular_plant_1(fn_cavitation_5(X))
& spatial_entity_1(fn_cavitation_6(X))
& xylem_1(fn_cavitation_6(X))
& cortex_1(fn_cavitation_7(X))
& tissue_1(fn_cavitation_8(X))
& epidermis_1(fn_cavitation_8(X))
& plant_vein_1(fn_cavitation_9(X))
& tangible_entity_1(fn_cavitation_10(X))
& root_1(fn_cavitation_10(X))
& tangible_entity_1(fn_water_transport_in_plant_5(fn_cavitation_3(X)))
& root_1(fn_water_transport_in_plant_5(fn_cavitation_3(X)))
& vascular_plant_1(fn_water_transport_in_plant_6(fn_cavitation_3(X)))
& plant_vein_1(fn_root_5(fn_cavitation_10(X)))
& cortex_1(fn_root_13(fn_cavitation_10(X)))
& spatial_entity_1(fn_block_1(fn_cavitation_4(X)))
& xylem_1(fn_plant_vein_1(fn_cavitation_9(X)))
& tissue_1(fn_root_27(fn_cavitation_10(X)))
& epidermis_1(fn_root_30(fn_cavitation_10(X)))
& in_event_2(fn_cavitation_1(X),fn_cavitation_4(X))
& prevents_2(fn_cavitation_4(X),fn_cavitation_3(X))
& site_2(X,fn_cavitation_6(X))
& base_2(X,fn_cavitation_5(X))
& result_2(X,fn_cavitation_2(X))
& plays_2(fn_cavitation_2(X),fn_cavitation_1(X))
& object_2(fn_cavitation_4(X),fn_cavitation_6(X))
& base_2(fn_cavitation_3(X),fn_cavitation_5(X))
& has_part_2(fn_cavitation_5(X),fn_cavitation_10(X))
& has_part_2(fn_cavitation_10(X),fn_cavitation_9(X))
& has_part_2(fn_cavitation_10(X),fn_cavitation_8(X))
& is_between_2(fn_cavitation_7(X),fn_cavitation_8(X))
& has_part_2(fn_cavitation_10(X),fn_cavitation_7(X))
& is_above_2(fn_cavitation_8(X),fn_cavitation_7(X))
& has_part_2(fn_cavitation_9(X),fn_cavitation_6(X))
& fn_cavitation_6(X) = fn_block_1(fn_cavitation_4(X))
& fn_cavitation_10(X) = fn_water_transport_in_plant_5(fn_cavitation_3(X))
& fn_cavitation_5(X) = fn_water_transport_in_plant_6(fn_cavitation_3(X))
& fn_cavitation_6(X) = fn_plant_vein_1(fn_cavitation_9(X))
& fn_cavitation_9(X) = fn_root_5(fn_cavitation_10(X))
& fn_cavitation_8(X) = fn_root_27(fn_cavitation_10(X))
& fn_cavitation_8(X) = fn_root_30(fn_cavitation_10(X))
& fn_cavitation_7(X) = fn_root_13(fn_cavitation_10(X))
& fn_block_1(fn_cavitation_4(X)) = fn_plant_vein_1(fn_cavitation_9(X))
& fn_plant_vein_1(fn_cavitation_9(X)) = fn_root_27(fn_cavitation_10(X))
& fn_root_27(fn_cavitation_10(X)) = fn_root_30(fn_cavitation_10(X))
& fn_root_30(fn_cavitation_10(X)) = fn_root_30(fn_cavitation_10(X)) ) ) ).
fof(a528119,axiom,
! [X] :
( cavity_1(X)
=> ( original_name_2(X,'Cavity')
& user_description_2(X,'An empty space within a solid object. In some cases a cavity is completely enclosed, and in other cases it may be open on one side.')
& concept2words_2(X,pit)
& concept2words_2(X,groove)
& concept2words_2(X,pocket)
& concept2words_2(X,cavity)
& region_1(X) ) ) ).
fof(a528120,axiom,
! [X] :
( cd4_1(X)
=> ( original_name_2(X,'CD4')
& user_description_2(X,'A surface protein, present on most helper T cells, that binds to class II MHC molecules, enhancing the interaction between the T cell and an antigen-presenting cell.')
& concept2words_2(X,cd4)
& antigen_receptor_1(X)
& ~ cd8_1(X) ) ) ).
fof(a528121,axiom,
! [X] :
( cd8_1(X)
=> ( original_name_2(X,'CD8')
& user_description_2(X,'A surface protein, present on most cytotoxic T cells, that binds to class I MHC molecules, enhancing the interaction between the T cell and a target cell.')
& concept2words_2(X,cd8)
& antigen_receptor_1(X)
& ~ cd4_1(X) ) ) ).
fof(a528122,axiom,
! [X] :
( cdna_1(X)
=> ( original_name_2(X,'CDNA')
& user_description_2(X,'DNA that is synthesized from an RNA transcript by the action of the enzyme Reverse Transcriptase. CDNA corresponds to the exons of a gene.')
& concept2words_2(X,'complementary dna')
& concept2words_2(X,'eukaryotic dna without introns')
& concept2words_2(X,'dna without introns')
& concept2words_2(X,'coding dna')
& concept2words_2(X,'coding sequence of dna')
& concept2words_2(X,'coding sequence')
& concept2words_2(X,'complementary-dna')
& concept2words_2(X,'complementary dna strand')
& concept2words_2(X,'complementary-dna-strand')
& concept2words_2(X,cdna)
& dna_1(X)
& attach_1(fn_cdna_1(X))
& carry_1(fn_cdna_2(X))
& hold_1(fn_cdna_3(X))
& spatial_entity_1(fn_move_1(fn_cdna_2(X)))
& tangible_entity_1(fn_hold_2(fn_cdna_3(X)))
& spatial_entity_1(fn_attach_1(fn_cdna_1(X)))
& subevent_2(fn_cdna_2(X),fn_cdna_3(X))
& first_subevent_2(fn_cdna_2(X),fn_cdna_3(X))
& object_2(fn_cdna_2(X),X)
& object_2(fn_cdna_3(X),X)
& object_2(fn_cdna_1(X),X)
& X = fn_move_1(fn_cdna_2(X))
& X = fn_hold_2(fn_cdna_3(X))
& X = fn_attach_1(fn_cdna_1(X))
& fn_move_1(fn_cdna_2(X)) = fn_hold_2(fn_cdna_3(X))
& fn_hold_2(fn_cdna_3(X)) = fn_hold_2(fn_cdna_3(X))
& fn_hold_2(fn_cdna_3(X)) = fn_attach_1(fn_cdna_1(X)) ) ) ).
fof(a528123,axiom,
! [X] :
( cdna_library_1(X)
=> ( original_name_2(X,'CDNA-Library')
& user_description_2(X,'A gene library containing clones that carry complementary DNA (cDNA) inserts. The library includes only the genes that were transcribed in the cells whose mRNA was isolated to make the cDNA.')
& concept2words_2(X,'library of cdna')
& concept2words_2(X,'cdna library')
& concept2words_2(X,'cdna-library')
& dna_library_1(X)
& ~ genetic_code_1(X)
& ~ suggestion_1(X)
& ~ request_1(X)
& ~ information_sequence_1(X)
& ~ classification_unit_1(X)
& ~ ethics_1(X)
& ~ fossil_record_1(X)
& gene_expression_1(fn_cdna_library_1(X))
& event_1(fn_cdna_library_2(X))
& cell_1(fn_cdna_library_3(X))
& reverse_transcription_1(fn_cdna_library_4(X))
& cdna_1(fn_cdna_library_5(X))
& scientist_1(fn_cdna_library_6(X))
& study_1(fn_cdna_library_7(X))
& create_1(fn_cdna_library_8(X))
& study_1(fn_scientist_2(fn_cdna_library_6(X)))
& entity_1(fn_create_1(fn_cdna_library_8(X)))
& entity_1(fn_create_1(fn_cdna_library_4(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_cdna_library_4(X)))
& polymer_1(fn_polymer_synthesis_23(fn_cdna_library_4(X)))
& chemical_entity_1(fn_polymer_synthesis_23(fn_cdna_library_4(X)))
& element_2(X,fn_cdna_library_5(X))
& enables_2(fn_cdna_library_2(X),fn_cdna_library_7(X))
& object_2(fn_cdna_library_1(X),fn_cdna_library_3(X))
& causes_2(fn_cdna_library_1(X),fn_cdna_library_2(X))
& enables_2(fn_cdna_library_1(X),fn_cdna_library_7(X))
& agent_2(fn_cdna_library_8(X),fn_cdna_library_6(X))
& result_2(fn_cdna_library_8(X),fn_cdna_library_5(X))
& result_2(fn_cdna_library_4(X),fn_cdna_library_5(X))
& agent_2(fn_cdna_library_7(X),fn_cdna_library_6(X))
& fn_cdna_library_5(X) = fn_create_1(fn_cdna_library_8(X))
& fn_cdna_library_5(X) = fn_create_1(fn_cdna_library_4(X))
& fn_cdna_library_5(X) = fn_anabolic_pathway_5(fn_cdna_library_4(X))
& fn_cdna_library_5(X) = fn_polymer_synthesis_23(fn_cdna_library_4(X))
& fn_cdna_library_7(X) = fn_scientist_2(fn_cdna_library_6(X))
& fn_create_1(fn_cdna_library_8(X)) = fn_create_1(fn_cdna_library_4(X))
& fn_create_1(fn_cdna_library_4(X)) = fn_anabolic_pathway_5(fn_cdna_library_4(X))
& fn_anabolic_pathway_5(fn_cdna_library_4(X)) = fn_anabolic_pathway_5(fn_cdna_library_4(X))
& fn_anabolic_pathway_5(fn_cdna_library_4(X)) = fn_polymer_synthesis_23(fn_cdna_library_4(X)) ) ) ).
fof(a528124,axiom,
! [X] :
( cecum_1(X)
=> ( original_name_2(X,'Cecum')
& user_description_2(X,'A blind-ending sac at the proximal end of the large intestine.')
& concept2words_2(X,ceca)
& concept2words_2(X,cecum)
& digestive_organ_1(X) ) ) ).
fof(a528125,axiom,
! [X] :
( ced_3_1(X)
=> ( original_name_2(X,'Ced-3')
& user_description_2(X,'Programmed cell death in the nematode C.elegans require ced-3 caspase activity.')
& concept2words_2(X,'ced 3 caspase')
& concept2words_2(X,'ced-3 caspase')
& concept2words_2(X,'ced 3')
& concept2words_2(X,'ced-3')
& caspase_1(X) ) ) ).
fof(a528126,axiom,
! [X] :
( ced_3_gene_1(X)
=> ( original_name_2(X,'Ced-3-Gene')
& user_description_2(X,'Gene, first identified in C. elegans, which encodes the enzyme Caspase 3 (CED-3).')
& concept2words_2(X,'ced 3 gene')
& concept2words_2(X,'ced-3-gene')
& gene_1(X)
& code_for_1(fn_ced_3_gene_1(X))
& ced_3_1(fn_ced_3_gene_2(X))
& entity_1(fn_code_for_2(fn_ced_3_gene_1(X)))
& donor_2(fn_ced_3_gene_1(X),X)
& result_2(fn_ced_3_gene_1(X),fn_ced_3_gene_2(X))
& agent_2(fn_ced_3_gene_1(X),X)
& fn_ced_3_gene_2(X) = fn_code_for_2(fn_ced_3_gene_1(X))
& fn_ced_3_gene_1(X) = fn_gene_13(X) ) ) ).
fof(a528127,axiom,
! [X] :
( ced_4_1(X)
=> ( original_name_2(X,'Ced-4')
& user_description_2(X,'Protein, first identified in C. elegans, which functions in signal transduction in the apoptosis pathway.')
& concept2words_2(X,'ced 4')
& concept2words_2(X,'ced-4')
& caspase_1(X) ) ) ).
fof(a528128,axiom,
! [X] :
( ced_4_gene_1(X)
=> ( original_name_2(X,'Ced-4-Gene')
& user_description_2(X,'Gene, first identified in C. elegans, which encodes the enzyme Caspase 4 (CED-4).')
& concept2words_2(X,'ced 4 gene')
& concept2words_2(X,'ced-4-gene')
& gene_1(X)
& code_for_1(fn_ced_4_gene_1(X))
& ced_4_1(fn_ced_4_gene_2(X))
& entity_1(fn_code_for_2(fn_ced_4_gene_1(X)))
& donor_2(fn_ced_4_gene_1(X),X)
& result_2(fn_ced_4_gene_1(X),fn_ced_4_gene_2(X))
& agent_2(fn_ced_4_gene_1(X),X)
& fn_ced_4_gene_2(X) = fn_code_for_2(fn_ced_4_gene_1(X))
& fn_ced_4_gene_1(X) = fn_gene_13(X) ) ) ).
fof(a528129,axiom,
! [X] :
( ced_9_1(X)
=> ( original_name_2(X,'Ced-9')
& user_description_2(X,'Protein, first identified in C. elegans, which functions as a master switch in signal transduction of the apoptosis pathway.')
& concept2words_2(X,'ced 9')
& concept2words_2(X,'ced-9')
& caspase_1(X) ) ) ).
fof(a528130,axiom,
! [X] :
( ceiling_1(X)
=> ( original_name_2(X,'Ceiling')
& description_2(X,'a horizontal architectural structure covering a room')
& concept2words_2(X,ceiling)
& architectural_structure_1(X)
& ~ wall_1(X)
& ~ room_1(X)
& ~ roof_1(X)
& ~ platform_1(X)
& ~ parkinglot_1(X)
& ~ door_1(X)
& ~ building_1(X)
& ~ building_complex_1(X)
& ~ bridge_1(X)
& ~ electrical_power_plant_1(X)
& ~ factory_1(X)
& ~ laboratory_1(X)
& angle_value_1(fn_ceiling_2(X))
& room_1(fn_ceiling_3(X))
& cover_1(fn_ceiling_4(X))
& tangible_entity_1(fn_barrier_1(fn_ceiling_4(X)))
& is_above_2(X,fn_ceiling_3(X))
& orientation_2(X,fn_ceiling_2(X))
& has_part_2(fn_ceiling_3(X),X)
& the_scalar_value_2(fn_ceiling_2(X),horizontal_0)
& scalar_unit_class_2(fn_ceiling_2(X),entity_0)
& plays_2(X,fn_ceiling_4(X))
& X = fn_barrier_1(fn_ceiling_4(X)) ) ) ).
fof(a528131,axiom,
! [X] :
( celestial_body_1(X)
=> ( original_name_2(X,'Celestial-Body')
& user_description_2(X,'Objects of or relating to the sky.')
& concept2words_2(X,'heavenly body')
& concept2words_2(X,'heavenly-body')
& concept2words_2(X,'celestial body')
& concept2words_2(X,'celestial-body')
& tangible_entity_1(X) ) ) ).
fof(a528132,axiom,
! [X] :
( cell_1(X)
=> ( original_name_2(X,'Cell')
& description_2(X,'The basic unit from which living organisms are made, consisting of an aqueous solution of organic molecules enclosed by a membrane. All cells arise from existing cells, usually by a process of division into two. (Alberts:ECB:G-3).')
& user_description_2(X,'The basic unit from which living organisms are made.')
& concept2words_2(X,cell)
& living_entity_1(X)
& cell_pole_1(fn_cell_1(X))
& cytoskeleton_1(fn_cell_2(X))
& surface_1(fn_cell_4(X))
& shape_value_1(fn_cell_5(X))
& specific_surface_area_value_1(fn_cell_7(X))
& motor_protein_1(fn_cell_8(X))
& protein_enzyme_1(fn_cell_9(X))
& size_value_1(fn_cell_11(X))
& structural_complexity_value_1(fn_cell_13(X))
& ribosome_1(fn_cell_14(X))
& length_value_1(fn_cell_18(X))
& length_value_1(fn_cell_19(X))
& length_value_1(fn_cell_20(X))
& membrane_potential_1(fn_cell_21(X))
& volume_value_1(fn_cell_22(X))
& genome_1(fn_cell_24(X))
& chromosome_1(fn_cell_25(X))
& tangible_entity_1(fn_cell_26(X))
& phospholipid_bilayer_1(fn_cell_26(X))
& surface_1(fn_cell_27(X))
& cytoplasmic_side_1(fn_cell_27(X))
& mixture_1(fn_cell_28(X))
& cytoplasm_1(fn_cell_28(X))
& substance_1(fn_cell_29(X))
& cytosol_1(fn_cell_29(X))
& plasma_membrane_1(fn_cell_30(X))
& cell_1(fn_cytoplasm_7(fn_cell_28(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_cell_27(X)))
& substance_1(fn_mixture_1(fn_cell_28(X)))
& cytosol_1(fn_cytoplasm_8(fn_cell_28(X)))
& tangible_entity_1(fn_biomembrane_63(fn_cell_30(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_cell_30(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_cell_30(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_cell_30(X)))
& surface_1(fn_biomembrane_47(fn_cell_30(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_cell_30(X)))
& is_across_2(fn_cell_21(X),fn_cell_30(X))
& shape_2(X,fn_cell_5(X))
& specific_surface_area_2(X,fn_cell_7(X))
& size_2(X,fn_cell_11(X))
& structural_complexity_2(X,fn_cell_13(X))
& diameter_2(X,fn_cell_18(X))
& volume_2(X,fn_cell_22(X))
& exactCardinality(X,has_region_0,"2",cell_pole_0)
& has_region_2(X,fn_cell_1(X))
& has_region_2(X,fn_cell_4(X))
& minCardinality(X,has_part_0,"1",chromosome_0)
& has_part_2(X,fn_cell_2(X))
& has_part_2(X,fn_cell_25(X))
& has_part_2(X,fn_cell_24(X))
& has_part_2(X,fn_cell_8(X))
& has_part_2(X,fn_cell_14(X))
& has_part_2(X,fn_cell_30(X))
& is_inside_2(fn_cell_28(X),fn_cell_30(X))
& has_part_2(fn_cell_28(X),fn_cell_9(X))
& the_cardinal_value_2(fn_cell_20(X),"100.0e0")
& cardinal_unit_class_2(fn_cell_20(X),micrometer_0)
& greater_than_or_equal_to_2(fn_cell_20(X),fn_cell_18(X))
& the_cardinal_value_2(fn_cell_19(X),"0.1e0")
& cardinal_unit_class_2(fn_cell_19(X),micrometer_0)
& greater_than_or_equal_to_2(fn_cell_18(X),fn_cell_19(X))
& is_inside_2(fn_cell_14(X),fn_cell_29(X))
& the_scalar_value_2(fn_cell_13(X),simple_0)
& scalar_unit_class_2(fn_cell_13(X),organism_0)
& directly_proportional_2(fn_cell_11(X),fn_cell_22(X))
& is_oriented_toward_2(fn_cell_27(X),fn_cell_28(X))
& is_at_2(fn_cell_26(X),fn_cell_4(X))
& has_part_2(X,fn_cell_28(X))
& has_part_2(fn_cell_28(X),fn_cell_29(X))
& has_region_2(fn_cell_30(X),fn_cell_27(X))
& has_part_2(fn_cell_30(X),fn_cell_26(X))
& is_facing_2(fn_cell_27(X),fn_cell_28(X))
& X = fn_cytoplasm_7(fn_cell_28(X))
& fn_cell_29(X) = fn_mixture_1(fn_cell_28(X))
& fn_cell_29(X) = fn_cytoplasm_8(fn_cell_28(X))
& fn_cell_27(X) = fn_biomembrane_47(fn_cell_30(X))
& fn_cell_27(X) = fn_plasma_membrane_66(fn_cell_30(X))
& fn_cell_26(X) = fn_biomembrane_63(fn_cell_30(X))
& fn_cell_26(X) = fn_plasma_membrane_71(fn_cell_30(X))
& fn_cell_28(X) = fn_cytoplasmic_side_1(fn_cell_27(X))
& fn_mixture_1(fn_cell_28(X)) = fn_cytoplasm_8(fn_cell_28(X))
& fn_cytoplasm_8(fn_cell_28(X)) = fn_biomembrane_63(fn_cell_30(X))
& fn_biomembrane_63(fn_cell_30(X)) = fn_plasma_membrane_71(fn_cell_30(X))
& fn_plasma_membrane_71(fn_cell_30(X)) = fn_biomembrane_47(fn_cell_30(X))
& fn_biomembrane_47(fn_cell_30(X)) = fn_plasma_membrane_66(fn_cell_30(X)) ) ) ).
fof(a528133,axiom,
! [X] :
( cell_adhesion_molecule_1(X)
=> ( original_name_2(X,'Cell-Adhesion-Molecule')
& user_description_2(X,'A transmembrane, cell-surface glycoprotein that binds to CAMs on other cells. The resulting cell-to-cell attachments contribute to stable tissue structure.')
& concept2words_2(X,cam)
& concept2words_2(X,'cell adhesion molecule')
& concept2words_2(X,'cell-adhesion-molecule')
& transmembrane_protein_1(X)
& glycoprotein_1(X)
& ~ collagen_1(X)
& ~ fibronectin_1(X)
& ~ glycoprotein_hormone_1(X)
& ~ peptidoglycan_1(X)
& ~ proteoglycan_1(X)
& attract_1(fn_cell_adhesion_molecule_1(X))
& repel_1(fn_cell_adhesion_molecule_2(X))
& entity_1(fn_cell_adhesion_molecule_3(X))
& chemical_entity_1(fn_cell_adhesion_molecule_3(X))
& atom_1(fn_cell_adhesion_molecule_3(X))
& carbon_1(fn_cell_adhesion_molecule_3(X))
& chemical_bond_1(fn_cell_adhesion_molecule_4(X))
& covalent_bond_1(fn_cell_adhesion_molecule_4(X))
& peptide_bond_1(fn_cell_adhesion_molecule_4(X))
& protein_domain_1(fn_cell_adhesion_molecule_9(X))
& hydrophilic_region_1(fn_cell_adhesion_molecule_10(X))
& hydrophilic_end_1(fn_cell_adhesion_molecule_10(X))
& outside_face_1(fn_cell_adhesion_molecule_11(X))
& hydrophobic_region_1(fn_cell_adhesion_molecule_12(X))
& carbon_skeleton_1(fn_cell_adhesion_molecule_13(X))
& hydrophilic_end_1(fn_cell_adhesion_molecule_14(X))
& size_value_1(fn_cell_adhesion_molecule_15(X))
& monomer_1(fn_cell_adhesion_molecule_16(X))
& polymer_1(fn_cell_adhesion_molecule_16(X))
& organic_molecule_1(fn_cell_adhesion_molecule_16(X))
& polypeptide_1(fn_cell_adhesion_molecule_16(X))
& atom_1(fn_cell_adhesion_molecule_17(X))
& chemical_entity_1(fn_cell_adhesion_molecule_17(X))
& carbon_1(fn_cell_adhesion_molecule_17(X))
& hydrophobic_amino_acid_1(fn_cell_adhesion_molecule_18(X))
& polar_amino_acid_1(fn_cell_adhesion_molecule_19(X))
& entity_1(fn_cell_adhesion_molecule_20(X))
& carbon_1(fn_cell_adhesion_molecule_20(X))
& atom_1(fn_cell_adhesion_molecule_20(X))
& chemical_entity_1(fn_cell_adhesion_molecule_20(X))
& carbohydrate_side_chain_1(fn_cell_adhesion_molecule_21(X))
& constant_motion_1(fn_cell_adhesion_molecule_22(X))
& kinetic_energy_1(fn_cell_adhesion_molecule_23(X))
& tangible_entity_1(fn_cell_adhesion_molecule_24(X))
& phospholipid_bilayer_1(fn_cell_adhesion_molecule_24(X))
& biomembrane_1(fn_cell_adhesion_molecule_25(X))
& quantity_value_1(fn_cell_adhesion_molecule_26(X))
& speed_value_1(fn_cell_adhesion_molecule_27(X))
& spatial_entity_1(fn_cell_adhesion_molecule_28(X))
& chemical_entity_1(fn_cell_adhesion_molecule_28(X))
& monomer_1(fn_cell_adhesion_molecule_28(X))
& molecule_1(fn_cell_adhesion_molecule_28(X))
& amino_acid_1(fn_cell_adhesion_molecule_28(X))
& size_value_1(fn_cell_adhesion_molecule_29(X))
& tissue_1(fn_cell_adhesion_molecule_30(X))
& hold_together_1(fn_cell_adhesion_molecule_31(X))
& tangible_entity_1(fn_hold_2(fn_cell_adhesion_molecule_31(X)))
& property_node_1(fn_polymer_9(fn_cell_adhesion_molecule_16(X)))
& size_value_1(fn_polymer_8(fn_cell_adhesion_molecule_16(X)))
& spatial_entity_1(fn_polypeptide_83(fn_cell_adhesion_molecule_16(X)))
& chemical_entity_1(fn_polypeptide_83(fn_cell_adhesion_molecule_16(X)))
& monomer_1(fn_polypeptide_83(fn_cell_adhesion_molecule_16(X)))
& molecule_1(fn_polypeptide_83(fn_cell_adhesion_molecule_16(X)))
& amino_acid_1(fn_polypeptide_83(fn_cell_adhesion_molecule_16(X)))
& chemical_entity_1(fn_polypeptide_82(fn_cell_adhesion_molecule_16(X)))
& monomer_1(fn_polypeptide_82(fn_cell_adhesion_molecule_16(X)))
& molecule_1(fn_polypeptide_82(fn_cell_adhesion_molecule_16(X)))
& amino_acid_1(fn_polypeptide_82(fn_cell_adhesion_molecule_16(X)))
& tangible_entity_1(fn_hold_1(fn_cell_adhesion_molecule_31(X)))
& organic_molecule_1(fn_carbohydrate_side_chain_4(fn_cell_adhesion_molecule_21(X)))
& carbon_1(fn_carbohydrate_side_chain_23(fn_cell_adhesion_molecule_21(X)))
& entity_1(fn_carbohydrate_side_chain_22(fn_cell_adhesion_molecule_21(X)))
& carbon_1(fn_carbohydrate_side_chain_22(fn_cell_adhesion_molecule_21(X)))
& atom_1(fn_carbohydrate_side_chain_22(fn_cell_adhesion_molecule_21(X)))
& chemical_entity_1(fn_carbohydrate_side_chain_22(fn_cell_adhesion_molecule_21(X)))
& carbon_skeleton_1(fn_carbohydrate_side_chain_31(fn_cell_adhesion_molecule_21(X)))
& atom_1(fn_organic_molecule_2(fn_cell_adhesion_molecule_16(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_cell_adhesion_molecule_16(X)))
& carbon_1(fn_organic_molecule_1(fn_cell_adhesion_molecule_16(X)))
& entity_1(fn_polypeptide_126(fn_cell_adhesion_molecule_16(X)))
& chemical_entity_1(fn_polypeptide_126(fn_cell_adhesion_molecule_16(X)))
& atom_1(fn_polypeptide_126(fn_cell_adhesion_molecule_16(X)))
& carbon_1(fn_polypeptide_126(fn_cell_adhesion_molecule_16(X)))
& covalent_bond_1(fn_polymer_1(fn_cell_adhesion_molecule_16(X)))
& chemical_bond_1(fn_polypeptide_130(fn_cell_adhesion_molecule_16(X)))
& covalent_bond_1(fn_polypeptide_130(fn_cell_adhesion_molecule_16(X)))
& peptide_bond_1(fn_polypeptide_130(fn_cell_adhesion_molecule_16(X)))
& has_function_2(X,fn_cell_adhesion_molecule_31(X))
& object_2(fn_cell_adhesion_molecule_31(X),fn_cell_adhesion_molecule_30(X))
& has_part_2(X,fn_cell_adhesion_molecule_16(X))
& agent_2(fn_cell_adhesion_molecule_31(X),X)
& is_at_2(fn_cell_adhesion_molecule_21(X),fn_cell_adhesion_molecule_11(X))
& has_region_2(X,fn_cell_adhesion_molecule_11(X))
& is_at_2(fn_cell_adhesion_molecule_10(X),fn_cell_adhesion_molecule_11(X))
& facilitates_2(fn_cell_adhesion_molecule_10(X),fn_cell_adhesion_molecule_1(X))
& site_2(fn_cell_adhesion_molecule_1(X),fn_cell_adhesion_molecule_10(X))
& is_at_2(fn_cell_adhesion_molecule_19(X),fn_cell_adhesion_molecule_10(X))
& has_part_2(X,fn_cell_adhesion_molecule_17(X))
& has_part_2(X,fn_cell_adhesion_molecule_19(X))
& has_part_2(X,fn_cell_adhesion_molecule_18(X))
& is_inside_2(fn_cell_adhesion_molecule_18(X),fn_cell_adhesion_molecule_12(X))
& is_inside_2(X,fn_cell_adhesion_molecule_24(X))
& has_part_2(fn_cell_adhesion_molecule_25(X),fn_cell_adhesion_molecule_24(X))
& has_region_2(X,fn_cell_adhesion_molecule_10(X))
& is_across_2(X,fn_cell_adhesion_molecule_25(X))
& has_part_2(fn_cell_adhesion_molecule_25(X),X)
& has_region_2(X,fn_cell_adhesion_molecule_14(X))
& is_opposite_2(fn_cell_adhesion_molecule_10(X),fn_cell_adhesion_molecule_14(X))
& is_opposite_2(fn_cell_adhesion_molecule_14(X),fn_cell_adhesion_molecule_10(X))
& the_scalar_value_2(fn_cell_adhesion_molecule_15(X),big_0)
& scalar_unit_class_2(fn_cell_adhesion_molecule_15(X),polypeptide_0)
& facilitates_2(fn_cell_adhesion_molecule_12(X),fn_cell_adhesion_molecule_2(X))
& is_at_2(fn_cell_adhesion_molecule_28(X),fn_cell_adhesion_molecule_9(X))
& has_region_2(X,fn_cell_adhesion_molecule_13(X))
& has_part_2(X,fn_cell_adhesion_molecule_20(X))
& speed_2(fn_cell_adhesion_molecule_22(X),fn_cell_adhesion_molecule_27(X))
& object_2(fn_cell_adhesion_molecule_22(X),X)
& size_2(X,fn_cell_adhesion_molecule_15(X))
& greater_than_2(fn_cell_adhesion_molecule_15(X),fn_cell_adhesion_molecule_29(X))
& site_2(fn_cell_adhesion_molecule_2(X),fn_cell_adhesion_molecule_12(X))
& has_region_2(X,fn_cell_adhesion_molecule_12(X))
& possesses_2(X,fn_cell_adhesion_molecule_23(X))
& quantity_2(fn_cell_adhesion_molecule_23(X),fn_cell_adhesion_molecule_26(X))
& directly_proportional_2(fn_cell_adhesion_molecule_27(X),fn_cell_adhesion_molecule_26(X))
& has_function_2(X,fn_cell_adhesion_molecule_2(X))
& agent_2(fn_cell_adhesion_molecule_2(X),X)
& has_function_2(X,fn_cell_adhesion_molecule_1(X))
& agent_2(fn_cell_adhesion_molecule_1(X),X)
& has_region_2(X,fn_cell_adhesion_molecule_9(X))
& size_2(fn_cell_adhesion_molecule_16(X),fn_cell_adhesion_molecule_29(X))
& has_part_2(fn_cell_adhesion_molecule_16(X),fn_cell_adhesion_molecule_28(X))
& has_part_2(X,fn_cell_adhesion_molecule_21(X))
& is_inside_2(fn_cell_adhesion_molecule_20(X),fn_cell_adhesion_molecule_13(X))
& fn_cell_adhesion_molecule_20(X) != fn_cell_adhesion_molecule_17(X)
& is_inside_2(fn_cell_adhesion_molecule_17(X),fn_cell_adhesion_molecule_13(X))
& fn_cell_adhesion_molecule_17(X) != fn_cell_adhesion_molecule_20(X)
& is_between_2(fn_cell_adhesion_molecule_4(X),fn_cell_adhesion_molecule_3(X))
& possesses_2(fn_cell_adhesion_molecule_16(X),fn_cell_adhesion_molecule_4(X))
& has_part_2(fn_cell_adhesion_molecule_16(X),fn_cell_adhesion_molecule_3(X))
& has_region_2(fn_cell_adhesion_molecule_21(X),fn_cell_adhesion_molecule_13(X))
& fn_cell_adhesion_molecule_30(X) = fn_hold_2(fn_cell_adhesion_molecule_31(X))
& X = fn_hold_1(fn_cell_adhesion_molecule_31(X))
& fn_cell_adhesion_molecule_21(X) = fn_glycoprotein_17(X)
& fn_cell_adhesion_molecule_10(X) = fn_integral_protein_23(X)
& fn_cell_adhesion_molecule_11(X) = fn_glycoprotein_14(X)
& fn_cell_adhesion_molecule_11(X) = fn_integral_protein_29(X)
& fn_cell_adhesion_molecule_17(X) = fn_glycoprotein_4(X)
& fn_cell_adhesion_molecule_17(X) = fn_integral_protein_33(X)
& fn_cell_adhesion_molecule_17(X) = fn_integral_protein_31(X)
& fn_cell_adhesion_molecule_19(X) = fn_integral_protein_6(X)
& fn_cell_adhesion_molecule_18(X) = fn_integral_protein_5(X)
& fn_cell_adhesion_molecule_24(X) = fn_integral_protein_27(X)
& fn_cell_adhesion_molecule_10(X) = fn_glycoprotein_18(X)
& fn_cell_adhesion_molecule_10(X) = fn_transmembrane_protein_3(X)
& fn_cell_adhesion_molecule_14(X) = fn_transmembrane_protein_2(X)
& fn_cell_adhesion_molecule_25(X) = fn_integral_protein_24(X)
& fn_cell_adhesion_molecule_25(X) = fn_transmembrane_protein_4(X)
& fn_cell_adhesion_molecule_8(X) = fn_glycoprotein_8(X)
& fn_cell_adhesion_molecule_13(X) = fn_integral_protein_32(X)
& fn_cell_adhesion_molecule_13(X) = fn_glycoprotein_1(X)
& fn_cell_adhesion_molecule_7(X) = fn_glycoprotein_7(X)
& fn_cell_adhesion_molecule_20(X) = fn_glycoprotein_5(X)
& fn_cell_adhesion_molecule_6(X) = fn_glycoprotein_6(X)
& fn_cell_adhesion_molecule_15(X) = fn_integral_protein_16(X)
& fn_cell_adhesion_molecule_15(X) = fn_glycoprotein_11(X)
& fn_cell_adhesion_molecule_22(X) = fn_integral_protein_15(X)
& fn_cell_adhesion_molecule_22(X) = fn_glycoprotein_22(X)
& fn_cell_adhesion_molecule_27(X) = fn_integral_protein_19(X)
& fn_cell_adhesion_molecule_27(X) = fn_glycoprotein_21(X)
& fn_cell_adhesion_molecule_26(X) = fn_integral_protein_18(X)
& fn_cell_adhesion_molecule_26(X) = fn_glycoprotein_20(X)
& fn_cell_adhesion_molecule_23(X) = fn_integral_protein_17(X)
& fn_cell_adhesion_molecule_23(X) = fn_glycoprotein_23(X)
& fn_cell_adhesion_molecule_12(X) = fn_integral_protein_28(X)
& fn_cell_adhesion_molecule_12(X) = fn_glycoprotein_26(X)
& fn_cell_adhesion_molecule_9(X) = fn_integral_protein_14(X)
& fn_cell_adhesion_molecule_9(X) = fn_glycoprotein_10(X)
& fn_cell_adhesion_molecule_1(X) = fn_integral_protein_7(X)
& fn_cell_adhesion_molecule_1(X) = fn_glycoprotein_25(X)
& fn_cell_adhesion_molecule_2(X) = fn_integral_protein_8(X)
& fn_cell_adhesion_molecule_2(X) = fn_glycoprotein_24(X)
& fn_cell_adhesion_molecule_5(X) = fn_glycoprotein_9(X)
& fn_cell_adhesion_molecule_5(X) = fn_integral_protein_34(X)
& fn_cell_adhesion_molecule_5(X) = fn_polymer_9(fn_cell_adhesion_molecule_16(X))
& fn_cell_adhesion_molecule_16(X) = fn_glycoprotein_3(X)
& fn_cell_adhesion_molecule_29(X) = fn_glycoprotein_12(X)
& fn_cell_adhesion_molecule_16(X) = fn_integral_protein_30(X)
& fn_cell_adhesion_molecule_29(X) = fn_integral_protein_20(X)
& fn_cell_adhesion_molecule_29(X) = fn_polymer_8(fn_cell_adhesion_molecule_16(X))
& fn_cell_adhesion_molecule_16(X) = fn_glycoprotein_2(X)
& fn_cell_adhesion_molecule_28(X) = fn_glycoprotein_19(X)
& fn_cell_adhesion_molecule_16(X) = fn_integral_protein_13(X)
& fn_cell_adhesion_molecule_28(X) = fn_integral_protein_21(X)
& fn_cell_adhesion_molecule_28(X) = fn_polypeptide_83(fn_cell_adhesion_molecule_16(X))
& fn_cell_adhesion_molecule_28(X) = fn_polypeptide_82(fn_cell_adhesion_molecule_16(X))
& X = fn_carbohydrate_side_chain_4(fn_cell_adhesion_molecule_21(X))
& fn_cell_adhesion_molecule_17(X) = fn_carbohydrate_side_chain_23(fn_cell_adhesion_molecule_21(X))
& fn_cell_adhesion_molecule_20(X) = fn_carbohydrate_side_chain_22(fn_cell_adhesion_molecule_21(X))
& fn_cell_adhesion_molecule_13(X) = fn_carbohydrate_side_chain_31(fn_cell_adhesion_molecule_21(X))
& fn_cell_adhesion_molecule_3(X) = fn_organic_molecule_2(fn_cell_adhesion_molecule_16(X))
& fn_cell_adhesion_molecule_3(X) = fn_organic_molecule_1(fn_cell_adhesion_molecule_16(X))
& fn_cell_adhesion_molecule_3(X) = fn_polypeptide_126(fn_cell_adhesion_molecule_16(X))
& fn_cell_adhesion_molecule_4(X) = fn_polymer_1(fn_cell_adhesion_molecule_16(X))
& fn_cell_adhesion_molecule_4(X) = fn_polypeptide_130(fn_cell_adhesion_molecule_16(X))
& fn_glycoprotein_14(X) = fn_glycoprotein_14(X)
& fn_integral_protein_29(X) = fn_glycoprotein_14(X)
& fn_glycoprotein_14(X) = fn_integral_protein_29(X)
& fn_integral_protein_29(X) = fn_integral_protein_23(X)
& fn_integral_protein_23(X) = fn_glycoprotein_18(X)
& fn_glycoprotein_18(X) = fn_integral_protein_23(X)
& fn_integral_protein_23(X) = fn_integral_protein_23(X)
& fn_integral_protein_23(X) = fn_transmembrane_protein_3(X)
& fn_transmembrane_protein_3(X) = fn_transmembrane_protein_3(X)
& fn_transmembrane_protein_3(X) = fn_integral_protein_24(X)
& fn_integral_protein_24(X) = fn_integral_protein_24(X)
& fn_integral_protein_24(X) = fn_transmembrane_protein_4(X)
& fn_transmembrane_protein_4(X) = fn_transmembrane_protein_4(X)
& fn_transmembrane_protein_4(X) = fn_glycoprotein_11(X)
& fn_glycoprotein_11(X) = fn_glycoprotein_11(X)
& fn_glycoprotein_11(X) = fn_integral_protein_16(X)
& fn_integral_protein_16(X) = fn_glycoprotein_11(X)
& fn_glycoprotein_11(X) = fn_integral_protein_15(X)
& fn_glycoprotein_22(X) = fn_integral_protein_15(X)
& fn_integral_protein_15(X) = fn_glycoprotein_22(X)
& fn_glycoprotein_22(X) = fn_glycoprotein_21(X)
& fn_glycoprotein_21(X) = fn_integral_protein_19(X)
& fn_integral_protein_19(X) = fn_glycoprotein_21(X)
& fn_glycoprotein_21(X) = fn_glycoprotein_20(X)
& fn_glycoprotein_20(X) = fn_integral_protein_18(X)
& fn_integral_protein_18(X) = fn_glycoprotein_20(X)
& fn_glycoprotein_20(X) = fn_integral_protein_17(X)
& fn_glycoprotein_23(X) = fn_integral_protein_17(X)
& fn_integral_protein_17(X) = fn_glycoprotein_23(X)
& fn_glycoprotein_23(X) = fn_integral_protein_28(X)
& fn_integral_protein_28(X) = fn_integral_protein_28(X)
& fn_glycoprotein_26(X) = fn_integral_protein_28(X)
& fn_integral_protein_28(X) = fn_glycoprotein_26(X)
& fn_glycoprotein_26(X) = fn_integral_protein_14(X)
& fn_glycoprotein_10(X) = fn_integral_protein_14(X)
& fn_integral_protein_14(X) = fn_glycoprotein_10(X)
& fn_glycoprotein_10(X) = fn_glycoprotein_25(X)
& fn_integral_protein_7(X) = fn_integral_protein_7(X)
& fn_glycoprotein_25(X) = fn_integral_protein_7(X)
& fn_integral_protein_7(X) = fn_glycoprotein_25(X)
& fn_glycoprotein_25(X) = fn_integral_protein_8(X)
& fn_glycoprotein_24(X) = fn_integral_protein_8(X)
& fn_integral_protein_8(X) = fn_glycoprotein_24(X)
& fn_glycoprotein_24(X) = fn_glycoprotein_9(X)
& fn_glycoprotein_9(X) = fn_integral_protein_34(X)
& fn_integral_protein_34(X) = fn_integral_protein_34(X)
& fn_integral_protein_34(X) = fn_polymer_9(fn_cell_adhesion_molecule_16(X))
& fn_polymer_9(fn_cell_adhesion_molecule_16(X)) = fn_integral_protein_20(X)
& fn_glycoprotein_12(X) = fn_integral_protein_20(X)
& fn_integral_protein_20(X) = fn_glycoprotein_12(X)
& fn_glycoprotein_12(X) = fn_glycoprotein_12(X)
& fn_polymer_8(fn_cell_adhesion_molecule_16(X)) = fn_glycoprotein_12(X)
& fn_glycoprotein_12(X) = fn_polymer_8(fn_cell_adhesion_molecule_16(X))
& fn_polymer_8(fn_cell_adhesion_molecule_16(X)) = fn_integral_protein_21(X)
& fn_integral_protein_21(X) = fn_integral_protein_21(X)
& fn_integral_protein_21(X) = fn_polypeptide_83(fn_cell_adhesion_molecule_16(X))
& fn_glycoprotein_19(X) = fn_polypeptide_83(fn_cell_adhesion_molecule_16(X))
& fn_polypeptide_83(fn_cell_adhesion_molecule_16(X)) = fn_glycoprotein_19(X)
& fn_glycoprotein_19(X) = fn_glycoprotein_19(X)
& fn_glycoprotein_19(X) = fn_polypeptide_82(fn_cell_adhesion_molecule_16(X))
& fn_polypeptide_82(fn_cell_adhesion_molecule_16(X)) = fn_hold_1(fn_cell_adhesion_molecule_31(X))
& fn_hold_1(fn_cell_adhesion_molecule_31(X)) = fn_carbohydrate_side_chain_4(fn_cell_adhesion_molecule_21(X))
& fn_carbohydrate_side_chain_4(fn_cell_adhesion_molecule_21(X)) = fn_glycoprotein_4(X)
& fn_glycoprotein_4(X) = fn_integral_protein_33(X)
& fn_integral_protein_33(X) = fn_integral_protein_33(X)
& fn_integral_protein_33(X) = fn_integral_protein_31(X)
& fn_integral_protein_31(X) = fn_integral_protein_31(X)
& fn_integral_protein_31(X) = fn_carbohydrate_side_chain_23(fn_cell_adhesion_molecule_21(X))
& fn_carbohydrate_side_chain_23(fn_cell_adhesion_molecule_21(X)) = fn_carbohydrate_side_chain_23(fn_cell_adhesion_molecule_21(X))
& fn_carbohydrate_side_chain_23(fn_cell_adhesion_molecule_21(X)) = fn_glycoprotein_5(X)
& fn_glycoprotein_5(X) = fn_carbohydrate_side_chain_22(fn_cell_adhesion_molecule_21(X))
& fn_carbohydrate_side_chain_22(fn_cell_adhesion_molecule_21(X)) = fn_carbohydrate_side_chain_22(fn_cell_adhesion_molecule_21(X))
& fn_carbohydrate_side_chain_22(fn_cell_adhesion_molecule_21(X)) = fn_integral_protein_32(X)
& fn_integral_protein_32(X) = fn_glycoprotein_1(X)
& fn_glycoprotein_1(X) = fn_glycoprotein_1(X)
& fn_glycoprotein_1(X) = fn_carbohydrate_side_chain_31(fn_cell_adhesion_molecule_21(X))
& fn_carbohydrate_side_chain_31(fn_cell_adhesion_molecule_21(X)) = fn_carbohydrate_side_chain_31(fn_cell_adhesion_molecule_21(X))
& fn_carbohydrate_side_chain_31(fn_cell_adhesion_molecule_21(X)) = fn_organic_molecule_2(fn_cell_adhesion_molecule_16(X))
& fn_organic_molecule_2(fn_cell_adhesion_molecule_16(X)) = fn_organic_molecule_1(fn_cell_adhesion_molecule_16(X))
& fn_organic_molecule_1(fn_cell_adhesion_molecule_16(X)) = fn_organic_molecule_1(fn_cell_adhesion_molecule_16(X))
& fn_organic_molecule_1(fn_cell_adhesion_molecule_16(X)) = fn_polypeptide_126(fn_cell_adhesion_molecule_16(X))
& fn_polypeptide_126(fn_cell_adhesion_molecule_16(X)) = fn_polypeptide_130(fn_cell_adhesion_molecule_16(X))
& fn_polypeptide_130(fn_cell_adhesion_molecule_16(X)) = fn_polymer_1(fn_cell_adhesion_molecule_16(X))
& fn_polymer_1(fn_cell_adhesion_molecule_16(X)) = fn_polypeptide_130(fn_cell_adhesion_molecule_16(X))
& fn_polypeptide_130(fn_cell_adhesion_molecule_16(X)) = fn_glycoprotein_2(X)
& fn_glycoprotein_3(X) = fn_glycoprotein_3(X)
& fn_glycoprotein_3(X) = fn_glycoprotein_2(X)
& fn_glycoprotein_2(X) = fn_glycoprotein_3(X)
& fn_integral_protein_30(X) = fn_glycoprotein_3(X)
& fn_glycoprotein_3(X) = fn_integral_protein_30(X)
& fn_integral_protein_30(X) = fn_integral_protein_30(X)
& fn_integral_protein_13(X) = fn_integral_protein_30(X)
& fn_integral_protein_30(X) = fn_integral_protein_13(X) ) ) ).
fof(a528134,axiom,
! [X] :
( cell_body_1(X)
=> ( original_name_2(X,'Cell-Body')
& user_description_2(X,'The portion of a neuron that houses the nucleus and other organelles but does not transmit nerve impulses.')
& concept2words_2(X,'body of cell')
& concept2words_2(X,'cell body')
& concept2words_2(X,'cell-body')
& neuron_structure_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X) ) ) ).
fof(a528135,axiom,
! [X] :
( cell_cell_recognition_1(X)
=> ( original_name_2(X,'Cell-Cell-Recognition')
& user_description_2(X,'Process in which a cell recognizes another cell through direct contact between outer cell structures that initiates a signal transduction event resulting in recognition of the cell being perceived.')
& concept2words_2(X,'cell cell recognition')
& concept2words_2(X,'cell-cell recognition')
& concept2words_2(X,recognize)
& concept2words_2(X,'cell-cell-recognition')
& intercellular_process_1(X)
& distinguishing_1(fn_cell_cell_recognition_1(X))
& phospholipid_1(fn_cell_cell_recognition_2(X))
& extra_cellular_matrix_1(fn_cell_cell_recognition_3(X))
& mixture_1(fn_cell_cell_recognition_6(X))
& cytoplasm_1(fn_cell_cell_recognition_6(X))
& ribosome_1(fn_cell_cell_recognition_7(X))
& volume_value_1(fn_cell_cell_recognition_8(X))
& surface_1(fn_cell_cell_recognition_9(X))
& size_value_1(fn_cell_cell_recognition_10(X))
& tangible_entity_1(fn_cell_cell_recognition_11(X))
& phospholipid_bilayer_1(fn_cell_cell_recognition_11(X))
& substance_1(fn_cell_cell_recognition_12(X))
& cytosol_1(fn_cell_cell_recognition_12(X))
& target_cell_1(fn_cell_cell_recognition_13(X))
& biomembrane_1(fn_cell_cell_recognition_14(X))
& plasma_membrane_1(fn_cell_cell_recognition_14(X))
& make_contact_1(fn_cell_cell_recognition_15(X))
& spatial_entity_1(fn_cell_cell_recognition_16(X))
& cell_1(fn_cell_cell_recognition_16(X))
& chemical_marker_1(fn_cell_cell_recognition_17(X))
& spatial_entity_1(fn_cell_cell_recognition_18(X))
& carbohydrate_side_chain_1(fn_cell_cell_recognition_18(X))
& spatial_entity_1(fn_cell_cell_recognition_19(X))
& cell_1(fn_cell_cell_recognition_19(X))
& biomembrane_1(fn_cell_cell_recognition_20(X))
& plasma_membrane_1(fn_cell_cell_recognition_20(X))
& outside_face_1(fn_cell_cell_recognition_21(X))
& extracellular_side_1(fn_cell_cell_recognition_21(X))
& tangible_entity_1(fn_cell_cell_recognition_22(X))
& phospholipid_bilayer_1(fn_cell_cell_recognition_22(X))
& carbohydrate_side_chain_1(fn_cell_cell_recognition_23(X))
& tangible_entity_1(fn_cell_cell_recognition_24(X))
& membrane_protein_1(fn_cell_cell_recognition_24(X))
& protein_1(fn_cell_cell_recognition_24(X))
& spatial_entity_1(fn_cell_cell_recognition_24(X))
& polymer_1(fn_cell_cell_recognition_24(X))
& hydrophobic_core_1(fn_cell_cell_recognition_25(X))
& outside_face_1(fn_cell_cell_recognition_26(X))
& extracellular_side_1(fn_cell_cell_recognition_26(X))
& membrane_protein_1(fn_cell_cell_recognition_27(X))
& tangible_entity_1(fn_cell_cell_recognition_27(X))
& transmembrane_protein_1(fn_cell_cell_recognition_27(X))
& integral_protein_1(fn_cell_cell_recognition_27(X))
& transport_protein_1(fn_cell_cell_recognition_27(X))
& carbon_skeleton_1(fn_cell_cell_recognition_28(X))
& plasma_membrane_1(fn_cell_30(fn_cell_cell_recognition_19(X)))
& ribosome_1(fn_cell_14(fn_cell_cell_recognition_16(X)))
& plasma_membrane_1(fn_cell_30(fn_cell_cell_recognition_16(X)))
& surface_1(fn_cell_4(fn_cell_cell_recognition_16(X)))
& property_node_1(fn_cell_23(fn_cell_cell_recognition_16(X)))
& volume_value_1(fn_cell_22(fn_cell_cell_recognition_16(X)))
& mixture_1(fn_cell_28(fn_cell_cell_recognition_16(X)))
& cytoplasm_1(fn_cell_28(fn_cell_cell_recognition_16(X)))
& substance_1(fn_cell_29(fn_cell_cell_recognition_16(X)))
& cytosol_1(fn_cell_29(fn_cell_cell_recognition_16(X)))
& property_node_1(fn_cell_10(fn_cell_cell_recognition_16(X)))
& size_value_1(fn_cell_11(fn_cell_cell_recognition_16(X)))
& carbon_skeleton_1(fn_plasma_membrane_57(fn_cell_cell_recognition_14(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_cell_cell_recognition_14(X)))
& carbohydrate_side_chain_1(fn_plasma_membrane_88(fn_cell_cell_recognition_14(X)))
& spatial_entity_1(fn_make_contact_2(fn_cell_cell_recognition_15(X)))
& cell_1(fn_target_cell_1(fn_cell_cell_recognition_13(X)))
& tangible_entity_1(fn_biomembrane_63(fn_cell_cell_recognition_20(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_cell_cell_recognition_20(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_cell_cell_recognition_20(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_cell_cell_recognition_20(X)))
& outside_face_1(fn_biomembrane_41(fn_cell_cell_recognition_20(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_cell_cell_recognition_20(X)))
& spatial_entity_1(fn_chemical_marker_2(fn_cell_cell_recognition_17(X)))
& carbohydrate_side_chain_1(fn_plasma_membrane_88(fn_cell_cell_recognition_20(X)))
& spatial_entity_1(fn_make_contact_1(fn_cell_cell_recognition_15(X)))
& cell_1(fn_target_cell_3(fn_cell_cell_recognition_13(X)))
& tangible_entity_1(fn_biomembrane_63(fn_cell_cell_recognition_14(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_cell_cell_recognition_14(X)))
& tangible_entity_1(fn_cell_26(fn_cell_cell_recognition_16(X)))
& phospholipid_bilayer_1(fn_cell_26(fn_cell_cell_recognition_16(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_cell_cell_recognition_14(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_cell_cell_recognition_14(X)))
& outside_face_1(fn_biomembrane_41(fn_cell_cell_recognition_14(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_cell_cell_recognition_14(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_cell_cell_recognition_14(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_cell_cell_recognition_14(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_cell_cell_recognition_14(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_cell_cell_recognition_14(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_cell_cell_recognition_14(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_cell_cell_recognition_14(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_cell_cell_recognition_14(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_cell_cell_recognition_14(X)))
& protein_1(fn_plasma_membrane_68(fn_cell_cell_recognition_14(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_cell_cell_recognition_14(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_cell_cell_recognition_14(X)))
& protein_1(fn_plasma_membrane_54(fn_cell_cell_recognition_14(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_cell_cell_recognition_14(X)))
& polymer_1(fn_plasma_membrane_54(fn_cell_cell_recognition_14(X)))
& in_event_2(fn_cell_cell_recognition_13(X),X)
& abuts_2(fn_cell_cell_recognition_16(X),fn_cell_cell_recognition_19(X))
& in_event_2(fn_cell_cell_recognition_17(X),X)
& agent_2(X,fn_cell_cell_recognition_19(X))
& subevent_2(X,fn_cell_cell_recognition_1(X))
& subevent_2(X,fn_cell_cell_recognition_15(X))
& base_2(X,fn_cell_cell_recognition_20(X))
& object_2(X,fn_cell_cell_recognition_16(X))
& facilitates_2(fn_cell_cell_recognition_18(X),X)
& fn_cell_cell_recognition_18(X) != fn_cell_cell_recognition_23(X)
& is_at_2(fn_cell_cell_recognition_18(X),fn_cell_cell_recognition_21(X))
& abuts_2(fn_cell_cell_recognition_19(X),fn_cell_cell_recognition_16(X))
& object_2(fn_cell_cell_recognition_1(X),fn_cell_cell_recognition_16(X))
& agent_2(fn_cell_cell_recognition_1(X),fn_cell_cell_recognition_19(X))
& has_function_2(fn_cell_cell_recognition_20(X),X)
& has_part_2(fn_cell_cell_recognition_20(X),fn_cell_cell_recognition_2(X))
& is_outside_2(fn_cell_cell_recognition_3(X),fn_cell_cell_recognition_19(X))
& is_outside_2(fn_cell_cell_recognition_3(X),fn_cell_cell_recognition_20(X))
& is_at_2(fn_cell_cell_recognition_22(X),fn_cell_cell_recognition_19(X))
& facilitates_2(fn_cell_cell_recognition_23(X),X)
& fn_cell_cell_recognition_23(X) != fn_cell_cell_recognition_18(X)
& plays_2(fn_cell_cell_recognition_18(X),fn_cell_cell_recognition_17(X))
& object_2(fn_cell_cell_recognition_15(X),fn_cell_cell_recognition_16(X))
& base_2(fn_cell_cell_recognition_15(X),fn_cell_cell_recognition_19(X))
& plays_2(fn_cell_cell_recognition_16(X),fn_cell_cell_recognition_13(X))
& fn_cell_cell_recognition_19(X) != fn_cell_cell_recognition_16(X)
& fn_cell_cell_recognition_16(X) != fn_cell_cell_recognition_19(X)
& is_across_2(fn_cell_cell_recognition_27(X),fn_cell_cell_recognition_25(X))
& has_part_2(fn_cell_cell_recognition_14(X),fn_cell_cell_recognition_27(X))
& is_across_2(fn_cell_cell_recognition_27(X),fn_cell_cell_recognition_14(X))
& is_inside_2(fn_cell_cell_recognition_27(X),fn_cell_cell_recognition_11(X))
& has_part_2(fn_cell_cell_recognition_14(X),fn_cell_cell_recognition_11(X))
& fn_cell_cell_recognition_27(X) != fn_cell_cell_recognition_24(X)
& fn_cell_cell_recognition_24(X) != fn_cell_cell_recognition_27(X)
& has_part_2(fn_cell_cell_recognition_14(X),fn_cell_cell_recognition_24(X))
& is_at_2(fn_cell_cell_recognition_27(X),fn_cell_cell_recognition_14(X))
& has_region_2(fn_cell_cell_recognition_27(X),fn_cell_cell_recognition_28(X))
& is_inside_2(fn_cell_cell_recognition_28(X),fn_cell_cell_recognition_14(X))
& has_region_2(fn_cell_cell_recognition_14(X),fn_cell_cell_recognition_25(X))
& is_outside_2(fn_cell_cell_recognition_26(X),fn_cell_cell_recognition_14(X))
& has_region_2(fn_cell_cell_recognition_14(X),fn_cell_cell_recognition_26(X))
& has_region_2(fn_cell_cell_recognition_27(X),fn_cell_cell_recognition_26(X))
& is_outside_2(fn_cell_cell_recognition_23(X),fn_cell_cell_recognition_14(X))
& called_2(fn_cell_cell_recognition_24(X),'MP2')
& is_inside_2(fn_cell_cell_recognition_7(X),fn_cell_cell_recognition_12(X))
& has_part_2(fn_cell_cell_recognition_16(X),fn_cell_cell_recognition_7(X))
& has_part_2(fn_cell_cell_recognition_16(X),fn_cell_cell_recognition_14(X))
& is_inside_2(fn_cell_cell_recognition_6(X),fn_cell_cell_recognition_14(X))
& has_part_2(fn_cell_cell_recognition_16(X),fn_cell_cell_recognition_6(X))
& is_at_2(fn_cell_cell_recognition_11(X),fn_cell_cell_recognition_9(X))
& has_region_2(fn_cell_cell_recognition_16(X),fn_cell_cell_recognition_9(X))
& volume_2(fn_cell_cell_recognition_16(X),fn_cell_cell_recognition_8(X))
& directly_proportional_2(fn_cell_cell_recognition_10(X),fn_cell_cell_recognition_8(X))
& size_2(fn_cell_cell_recognition_16(X),fn_cell_cell_recognition_10(X))
& has_part_2(fn_cell_cell_recognition_6(X),fn_cell_cell_recognition_12(X))
& has_part_2(fn_cell_cell_recognition_20(X),fn_cell_cell_recognition_22(X))
& is_outside_2(fn_cell_cell_recognition_21(X),fn_cell_cell_recognition_20(X))
& has_region_2(fn_cell_cell_recognition_20(X),fn_cell_cell_recognition_21(X))
& is_outside_2(fn_cell_cell_recognition_18(X),fn_cell_cell_recognition_20(X))
& has_part_2(fn_cell_cell_recognition_19(X),fn_cell_cell_recognition_20(X))
& fn_cell_cell_recognition_18(X) = fn_chemical_marker_2(fn_cell_cell_recognition_17(X))
& fn_cell_cell_recognition_16(X) = fn_make_contact_1(fn_cell_cell_recognition_15(X))
& fn_cell_cell_recognition_19(X) = fn_make_contact_2(fn_cell_cell_recognition_15(X))
& fn_cell_cell_recognition_19(X) = fn_target_cell_1(fn_cell_cell_recognition_13(X))
& fn_cell_cell_recognition_16(X) = fn_target_cell_3(fn_cell_cell_recognition_13(X))
& fn_cell_cell_recognition_20(X) = fn_cell_30(fn_cell_cell_recognition_19(X))
& fn_cell_cell_recognition_22(X) = fn_biomembrane_63(fn_cell_cell_recognition_20(X))
& fn_cell_cell_recognition_22(X) = fn_plasma_membrane_71(fn_cell_cell_recognition_20(X))
& fn_cell_cell_recognition_21(X) = fn_biomembrane_41(fn_cell_cell_recognition_20(X))
& fn_cell_cell_recognition_21(X) = fn_plasma_membrane_65(fn_cell_cell_recognition_20(X))
& fn_cell_cell_recognition_18(X) = fn_plasma_membrane_88(fn_cell_cell_recognition_20(X))
& fn_cell_cell_recognition_7(X) = fn_cell_14(fn_cell_cell_recognition_16(X))
& fn_cell_cell_recognition_14(X) = fn_cell_30(fn_cell_cell_recognition_16(X))
& fn_cell_cell_recognition_11(X) = fn_cell_26(fn_cell_cell_recognition_16(X))
& fn_cell_cell_recognition_9(X) = fn_cell_4(fn_cell_cell_recognition_16(X))
& fn_cell_cell_recognition_4(X) = fn_cell_23(fn_cell_cell_recognition_16(X))
& fn_cell_cell_recognition_8(X) = fn_cell_22(fn_cell_cell_recognition_16(X))
& fn_cell_cell_recognition_6(X) = fn_cell_28(fn_cell_cell_recognition_16(X))
& fn_cell_cell_recognition_12(X) = fn_cell_29(fn_cell_cell_recognition_16(X))
& fn_cell_cell_recognition_5(X) = fn_cell_10(fn_cell_cell_recognition_16(X))
& fn_cell_cell_recognition_10(X) = fn_cell_11(fn_cell_cell_recognition_16(X))
& fn_cell_cell_recognition_11(X) = fn_biomembrane_63(fn_cell_cell_recognition_14(X))
& fn_cell_cell_recognition_11(X) = fn_plasma_membrane_71(fn_cell_cell_recognition_14(X))
& fn_cell_cell_recognition_24(X) = fn_plasma_membrane_68(fn_cell_cell_recognition_14(X))
& fn_cell_cell_recognition_27(X) = fn_plasma_membrane_4(fn_cell_cell_recognition_14(X))
& fn_cell_cell_recognition_27(X) = fn_plasma_membrane_3(fn_cell_cell_recognition_14(X))
& fn_cell_cell_recognition_28(X) = fn_plasma_membrane_57(fn_cell_cell_recognition_14(X))
& fn_cell_cell_recognition_25(X) = fn_plasma_membrane_6(fn_cell_cell_recognition_14(X))
& fn_cell_cell_recognition_26(X) = fn_biomembrane_41(fn_cell_cell_recognition_14(X))
& fn_cell_cell_recognition_27(X) = fn_plasma_membrane_55(fn_cell_cell_recognition_14(X))
& fn_cell_cell_recognition_26(X) = fn_plasma_membrane_65(fn_cell_cell_recognition_14(X))
& fn_cell_cell_recognition_23(X) = fn_plasma_membrane_88(fn_cell_cell_recognition_14(X))
& fn_cell_cell_recognition_24(X) = fn_plasma_membrane_54(fn_cell_cell_recognition_14(X))
& fn_make_contact_2(fn_cell_cell_recognition_15(X)) = fn_target_cell_1(fn_cell_cell_recognition_13(X))
& fn_target_cell_1(fn_cell_cell_recognition_13(X)) = fn_target_cell_1(fn_cell_cell_recognition_13(X))
& fn_target_cell_1(fn_cell_cell_recognition_13(X)) = fn_biomembrane_63(fn_cell_cell_recognition_20(X))
& fn_biomembrane_63(fn_cell_cell_recognition_20(X)) = fn_plasma_membrane_71(fn_cell_cell_recognition_20(X))
& fn_plasma_membrane_71(fn_cell_cell_recognition_20(X)) = fn_plasma_membrane_65(fn_cell_cell_recognition_20(X))
& fn_plasma_membrane_65(fn_cell_cell_recognition_20(X)) = fn_biomembrane_41(fn_cell_cell_recognition_20(X))
& fn_biomembrane_41(fn_cell_cell_recognition_20(X)) = fn_plasma_membrane_65(fn_cell_cell_recognition_20(X))
& fn_plasma_membrane_65(fn_cell_cell_recognition_20(X)) = fn_chemical_marker_2(fn_cell_cell_recognition_17(X))
& fn_chemical_marker_2(fn_cell_cell_recognition_17(X)) = fn_plasma_membrane_88(fn_cell_cell_recognition_20(X))
& fn_plasma_membrane_88(fn_cell_cell_recognition_20(X)) = fn_make_contact_1(fn_cell_cell_recognition_15(X))
& fn_make_contact_1(fn_cell_cell_recognition_15(X)) = fn_target_cell_3(fn_cell_cell_recognition_13(X))
& fn_target_cell_3(fn_cell_cell_recognition_13(X)) = fn_target_cell_3(fn_cell_cell_recognition_13(X))
& fn_target_cell_3(fn_cell_cell_recognition_13(X)) = fn_cell_26(fn_cell_cell_recognition_16(X))
& fn_cell_26(fn_cell_cell_recognition_16(X)) = fn_biomembrane_63(fn_cell_cell_recognition_14(X))
& fn_biomembrane_63(fn_cell_cell_recognition_14(X)) = fn_cell_26(fn_cell_cell_recognition_16(X))
& fn_cell_26(fn_cell_cell_recognition_16(X)) = fn_plasma_membrane_71(fn_cell_cell_recognition_14(X))
& fn_plasma_membrane_71(fn_cell_cell_recognition_14(X)) = fn_plasma_membrane_71(fn_cell_cell_recognition_14(X))
& fn_plasma_membrane_71(fn_cell_cell_recognition_14(X)) = fn_plasma_membrane_65(fn_cell_cell_recognition_14(X))
& fn_plasma_membrane_65(fn_cell_cell_recognition_14(X)) = fn_biomembrane_41(fn_cell_cell_recognition_14(X))
& fn_biomembrane_41(fn_cell_cell_recognition_14(X)) = fn_plasma_membrane_65(fn_cell_cell_recognition_14(X))
& fn_plasma_membrane_65(fn_cell_cell_recognition_14(X)) = fn_plasma_membrane_65(fn_cell_cell_recognition_14(X))
& fn_plasma_membrane_65(fn_cell_cell_recognition_14(X)) = fn_plasma_membrane_4(fn_cell_cell_recognition_14(X))
& fn_plasma_membrane_4(fn_cell_cell_recognition_14(X)) = fn_plasma_membrane_3(fn_cell_cell_recognition_14(X))
& fn_plasma_membrane_55(fn_cell_cell_recognition_14(X)) = fn_plasma_membrane_3(fn_cell_cell_recognition_14(X))
& fn_plasma_membrane_3(fn_cell_cell_recognition_14(X)) = fn_plasma_membrane_55(fn_cell_cell_recognition_14(X))
& fn_plasma_membrane_55(fn_cell_cell_recognition_14(X)) = fn_plasma_membrane_55(fn_cell_cell_recognition_14(X))
& fn_plasma_membrane_55(fn_cell_cell_recognition_14(X)) = fn_plasma_membrane_54(fn_cell_cell_recognition_14(X))
& fn_plasma_membrane_54(fn_cell_cell_recognition_14(X)) = fn_plasma_membrane_68(fn_cell_cell_recognition_14(X))
& fn_plasma_membrane_68(fn_cell_cell_recognition_14(X)) = fn_plasma_membrane_54(fn_cell_cell_recognition_14(X))
& fn_plasma_membrane_54(fn_cell_cell_recognition_14(X)) = fn_plasma_membrane_54(fn_cell_cell_recognition_14(X)) ) ) ).
fof(a528136,axiom,
! [X] :
( cell_communication_1(X)
=> ( original_name_2(X,'Cell-Communication')
& user_description_2(X,'Process of communication between and within cells which involves generation and delivery of a chemical or electrical signal and the series of events leading to a response to that signal.')
& concept2words_2(X,communicate)
& concept2words_2(X,'communicate with')
& concept2words_2(X,'communication of cell')
& concept2words_2(X,'cell communication')
& concept2words_2(X,'cell-communication')
& cellular_process_1(X)
& cell_1(fn_cell_communication_1(X))
& cell_signaling_1(fn_cell_communication_2(X))
& cell_1(fn_cell_communication_3(X))
& chemical_entity_1(fn_cell_communication_4(X))
& signal_generation_1(fn_cell_communication_5(X))
& cell_1(fn_signal_generation_4(fn_cell_communication_5(X)))
& chemical_entity_1(fn_cell_signaling_5(fn_cell_communication_2(X)))
& chemical_entity_1(fn_signal_generation_5(fn_cell_communication_5(X)))
& instrument_2(X,fn_cell_communication_4(X))
& agent_2(X,fn_cell_communication_3(X))
& object_2(X,fn_cell_communication_1(X))
& first_subevent_2(X,fn_cell_communication_5(X))
& subevent_2(X,fn_cell_communication_2(X))
& subevent_2(X,fn_cell_communication_5(X))
& agent_2(fn_cell_communication_2(X),fn_cell_communication_4(X))
& result_2(fn_cell_communication_5(X),fn_cell_communication_4(X))
& agent_2(fn_cell_communication_5(X),fn_cell_communication_3(X))
& fn_cell_communication_4(X) = fn_cell_signaling_5(fn_cell_communication_2(X))
& fn_cell_communication_4(X) = fn_signal_generation_5(fn_cell_communication_5(X))
& fn_cell_communication_3(X) = fn_signal_generation_4(fn_cell_communication_5(X))
& fn_cell_signaling_5(fn_cell_communication_2(X)) = fn_signal_generation_5(fn_cell_communication_5(X)) ) ) ).
fof(a528137,axiom,
! [X] :
( cell_communication_between_neurons_1(X)
=> ( original_name_2(X,'Cell-Communication-Between-Neurons')
& user_description_2(X,'Transmission of a stimulus from one neuron to another through a synapse.')
& concept2words_2(X,'synaptic signaling between neurons')
& concept2words_2(X,communicate)
& concept2words_2(X,'cell communication between neuron')
& concept2words_2(X,'cell-communication-between-neuron')
& cell_communication_with_neurotransmitter_1(X)
& chemical_entity_1(fn_cell_communication_between_neurons_1(X))
& neurotransmitter_1(fn_cell_communication_between_neurons_1(X))
& receptor_1(fn_cell_communication_between_neurons_2(X))
& receptor_protein_1(fn_cell_communication_between_neurons_2(X))
& cell_surface_receptor_1(fn_cell_communication_between_neurons_2(X))
& gated_channel_1(fn_cell_communication_between_neurons_2(X))
& ligand_gated_ion_channel_1(fn_cell_communication_between_neurons_2(X))
& protein_1(fn_cell_communication_between_neurons_2(X))
& organic_molecule_1(fn_cell_communication_between_neurons_2(X))
& polymer_1(fn_cell_communication_between_neurons_2(X))
& spatial_entity_1(fn_cell_communication_between_neurons_2(X))
& membrane_protein_1(fn_cell_communication_between_neurons_2(X))
& tangible_entity_1(fn_cell_communication_between_neurons_2(X))
& transmembrane_protein_1(fn_cell_communication_between_neurons_2(X))
& integral_protein_1(fn_cell_communication_between_neurons_2(X))
& transport_protein_1(fn_cell_communication_between_neurons_2(X))
& cell_signaling_with_plasma_membrane_receptor_1(fn_cell_communication_between_neurons_3(X))
& cell_signaling_1(fn_cell_communication_between_neurons_3(X))
& cell_signaling_with_ion_channel_receptor_1(fn_cell_communication_between_neurons_3(X))
& electrical_signaling_1(fn_cell_communication_between_neurons_4(X))
& signal_reception_1(fn_cell_communication_between_neurons_5(X))
& signal_transduction_1(fn_cell_communication_between_neurons_6(X))
& cellular_response_1(fn_cell_communication_between_neurons_7(X))
& spatial_entity_1(fn_cell_communication_between_neurons_8(X))
& biomembrane_1(fn_cell_communication_between_neurons_8(X))
& plasma_membrane_1(fn_cell_communication_between_neurons_8(X))
& animal_plasma_membrane_1(fn_cell_communication_between_neurons_8(X))
& nerve_cell_1(fn_cell_communication_between_neurons_9(X))
& synapse_1(fn_cell_communication_between_neurons_10(X))
& facilitated_diffusion_of_ion_1(fn_cell_communication_between_neurons_11(X))
& living_entity_1(fn_cell_communication_between_neurons_12(X))
& cell_1(fn_cell_communication_between_neurons_12(X))
& nerve_cell_1(fn_cell_communication_between_neurons_12(X))
& signal_transmission_1(fn_cell_communication_between_neurons_13(X))
& spatial_entity_1(fn_cell_signaling_with_ion_channel_receptor_29(fn_cell_communication_between_neurons_3(X)))
& biomembrane_1(fn_cell_signaling_with_ion_channel_receptor_29(fn_cell_communication_between_neurons_3(X)))
& plasma_membrane_1(fn_cell_signaling_with_ion_channel_receptor_29(fn_cell_communication_between_neurons_3(X)))
& chemical_entity_1(fn_electrical_signaling_9(fn_cell_communication_between_neurons_4(X)))
& chemical_entity_1(fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_between_neurons_3(X)))
& chemical_entity_1(fn_cell_signaling_with_ion_channel_receptor_32(fn_cell_communication_between_neurons_3(X)))
& cellular_response_1(fn_cell_signaling_1(fn_cell_communication_between_neurons_3(X)))
& cellular_response_1(fn_electrical_signaling_4(fn_cell_communication_between_neurons_4(X)))
& signal_transduction_1(fn_cell_signaling_3(fn_cell_communication_between_neurons_3(X)))
& signal_transduction_1(fn_electrical_signaling_5(fn_cell_communication_between_neurons_4(X)))
& signal_reception_1(fn_cell_signaling_with_plasma_membrane_receptor_15(fn_cell_communication_between_neurons_3(X)))
& signal_reception_1(fn_cell_signaling_with_ion_channel_receptor_16(fn_cell_communication_between_neurons_3(X)))
& signal_reception_1(fn_electrical_signaling_8(fn_cell_communication_between_neurons_4(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_cell_communication_between_neurons_8(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_cell_communication_between_neurons_8(X)))
& protein_1(fn_plasma_membrane_68(fn_cell_communication_between_neurons_8(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_cell_communication_between_neurons_8(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_cell_communication_between_neurons_8(X)))
& protein_1(fn_plasma_membrane_54(fn_cell_communication_between_neurons_8(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_cell_communication_between_neurons_8(X)))
& polymer_1(fn_plasma_membrane_54(fn_cell_communication_between_neurons_8(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_cell_communication_between_neurons_8(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_cell_communication_between_neurons_8(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_cell_communication_between_neurons_8(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_cell_communication_between_neurons_8(X)))
& receptor_1(fn_electrical_signaling_1(fn_cell_communication_between_neurons_4(X)))
& cell_surface_receptor_1(fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_between_neurons_3(X)))
& spatial_entity_1(fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_between_neurons_3(X)))
& polymer_1(fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_between_neurons_3(X)))
& receptor_protein_1(fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_between_neurons_3(X)))
& spatial_entity_1(fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_3(X)))
& membrane_protein_1(fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_3(X)))
& cell_surface_receptor_1(fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_3(X)))
& gated_channel_1(fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_3(X)))
& ligand_gated_ion_channel_1(fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_3(X)))
& tangible_entity_1(fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_3(X)))
& transmembrane_protein_1(fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_3(X)))
& integral_protein_1(fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_3(X)))
& transport_protein_1(fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_3(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_cell_communication_between_neurons_8(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_8(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_8(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_8(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_8(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_8(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_8(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_8(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_8(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_8(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_8(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_8(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_8(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_8(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_8(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_8(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_8(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_8(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_8(X)))
& living_entity_1(fn_electrical_signaling_2(fn_cell_communication_between_neurons_4(X)))
& cell_1(fn_electrical_signaling_2(fn_cell_communication_between_neurons_4(X)))
& cell_1(fn_cell_signaling_4(fn_cell_communication_between_neurons_3(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_cell_communication_between_neurons_8(X)))
& has_part_2(fn_cell_communication_between_neurons_2(X),fn_cell_communication_between_neurons_1(X))
& base_2(fn_cell_communication_between_neurons_4(X),fn_cell_communication_between_neurons_9(X))
& causes_2(fn_cell_communication_between_neurons_7(X),fn_cell_communication_between_neurons_4(X))
& path_2(fn_cell_communication_between_neurons_7(X),fn_cell_communication_between_neurons_8(X))
& agent_2(fn_cell_communication_between_neurons_4(X),fn_cell_communication_between_neurons_9(X))
& base_2(fn_cell_communication_between_neurons_3(X),fn_cell_communication_between_neurons_9(X))
& base_2(fn_cell_communication_between_neurons_6(X),fn_cell_communication_between_neurons_9(X))
& base_2(fn_cell_communication_between_neurons_7(X),fn_cell_communication_between_neurons_9(X))
& base_2(fn_cell_communication_between_neurons_5(X),fn_cell_communication_between_neurons_9(X))
& object_2(fn_cell_communication_between_neurons_5(X),fn_cell_communication_between_neurons_1(X))
& complement_2(fn_cell_communication_between_neurons_1(X),fn_cell_communication_between_neurons_2(X))
& has_part_2(fn_cell_communication_between_neurons_8(X),fn_cell_communication_between_neurons_2(X))
& fn_cell_communication_between_neurons_2(X) != fn_cell_communication_between_neurons_1(X)
& fn_cell_communication_between_neurons_1(X) != fn_cell_communication_between_neurons_2(X)
& complement_2(fn_cell_communication_between_neurons_2(X),fn_cell_communication_between_neurons_1(X))
& destination_2(fn_cell_communication_between_neurons_13(X),fn_cell_communication_between_neurons_9(X))
& base_2(fn_cell_communication_between_neurons_11(X),fn_cell_communication_between_neurons_9(X))
& object_2(X,fn_cell_communication_between_neurons_9(X))
& is_between_2(fn_cell_communication_between_neurons_10(X),fn_cell_communication_between_neurons_9(X))
& is_near_2(fn_cell_communication_between_neurons_12(X),fn_cell_communication_between_neurons_9(X))
& is_near_2(fn_cell_communication_between_neurons_9(X),fn_cell_communication_between_neurons_12(X))
& first_subevent_2(fn_cell_communication_between_neurons_3(X),fn_cell_communication_between_neurons_5(X))
& instrument_2(fn_cell_communication_between_neurons_5(X),fn_cell_communication_between_neurons_2(X))
& has_function_2(fn_cell_communication_between_neurons_2(X),fn_cell_communication_between_neurons_5(X))
& subevent_2(fn_cell_communication_between_neurons_3(X),fn_cell_communication_between_neurons_5(X))
& subevent_2(fn_cell_communication_between_neurons_7(X),fn_cell_communication_between_neurons_11(X))
& subevent_2(fn_cell_communication_between_neurons_3(X),fn_cell_communication_between_neurons_6(X))
& agent_2(X,fn_cell_communication_between_neurons_12(X))
& is_between_2(fn_cell_communication_between_neurons_10(X),fn_cell_communication_between_neurons_12(X))
& site_2(fn_cell_communication_between_neurons_13(X),fn_cell_communication_between_neurons_10(X))
& next_event_2(fn_cell_communication_between_neurons_13(X),fn_cell_communication_between_neurons_3(X))
& subevent_2(fn_cell_communication_between_neurons_3(X),fn_cell_communication_between_neurons_7(X))
& subevent_2(X,fn_cell_communication_between_neurons_13(X))
& object_2(fn_cell_communication_between_neurons_13(X),fn_cell_communication_between_neurons_1(X))
& instrument_2(X,fn_cell_communication_between_neurons_1(X))
& subevent_2(X,fn_cell_communication_between_neurons_3(X))
& agent_2(fn_cell_communication_between_neurons_3(X),fn_cell_communication_between_neurons_1(X))
& first_subevent_2(fn_cell_communication_between_neurons_4(X),fn_cell_communication_between_neurons_5(X))
& subevent_2(fn_cell_communication_between_neurons_4(X),fn_cell_communication_between_neurons_5(X))
& next_event_2(fn_cell_communication_between_neurons_5(X),fn_cell_communication_between_neurons_6(X))
& next_event_2(fn_cell_communication_between_neurons_6(X),fn_cell_communication_between_neurons_7(X))
& subevent_2(fn_cell_communication_between_neurons_4(X),fn_cell_communication_between_neurons_7(X))
& subevent_2(fn_cell_communication_between_neurons_4(X),fn_cell_communication_between_neurons_6(X))
& is_across_2(fn_cell_communication_between_neurons_2(X),fn_cell_communication_between_neurons_8(X))
& has_part_2(fn_cell_communication_between_neurons_9(X),fn_cell_communication_between_neurons_8(X))
& called_2(fn_cell_communication_between_neurons_2(X),'MP1')
& is_at_2(fn_cell_communication_between_neurons_2(X),fn_cell_communication_between_neurons_8(X))
& fn_cell_communication_between_neurons_6(X) = fn_local_cell_communication_4(X)
& fn_cell_communication_between_neurons_9(X) = fn_electrical_signaling_2(fn_cell_communication_between_neurons_4(X))
& fn_cell_communication_between_neurons_9(X) = fn_cell_signaling_4(fn_cell_communication_between_neurons_3(X))
& fn_cell_communication_between_neurons_9(X) = fn_local_cell_communication_7(X)
& fn_cell_communication_between_neurons_2(X) = fn_plasma_membrane_68(fn_cell_communication_between_neurons_8(X))
& fn_cell_communication_between_neurons_2(X) = fn_plasma_membrane_54(fn_cell_communication_between_neurons_8(X))
& fn_cell_communication_between_neurons_8(X) = fn_cell_signaling_with_ion_channel_receptor_29(fn_cell_communication_between_neurons_3(X))
& fn_cell_communication_between_neurons_1(X) = fn_electrical_signaling_9(fn_cell_communication_between_neurons_4(X))
& fn_cell_communication_between_neurons_1(X) = fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_between_neurons_3(X))
& fn_cell_communication_between_neurons_9(X) = fn_cell_communication_with_neurotransmitter_10(X)
& fn_cell_communication_between_neurons_2(X) = fn_electrical_signaling_1(fn_cell_communication_between_neurons_4(X))
& fn_cell_communication_between_neurons_2(X) = fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_between_neurons_3(X))
& fn_cell_communication_between_neurons_2(X) = fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_3(X))
& fn_cell_communication_between_neurons_5(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(fn_cell_communication_between_neurons_3(X))
& fn_cell_communication_between_neurons_5(X) = fn_local_cell_communication_5(X)
& fn_cell_communication_between_neurons_5(X) = fn_cell_signaling_with_ion_channel_receptor_16(fn_cell_communication_between_neurons_3(X))
& fn_cell_communication_between_neurons_11(X) = fn_cell_communication_with_neurotransmitter_19(X)
& fn_cell_communication_between_neurons_6(X) = fn_cell_signaling_3(fn_cell_communication_between_neurons_3(X))
& fn_cell_communication_between_neurons_6(X) = fn_cell_communication_with_neurotransmitter_16(X)
& fn_cell_communication_between_neurons_7(X) = fn_cell_signaling_1(fn_cell_communication_between_neurons_3(X))
& fn_cell_communication_between_neurons_7(X) = fn_local_cell_communication_3(X)
& fn_cell_communication_between_neurons_7(X) = fn_cell_communication_with_neurotransmitter_20(X)
& fn_cell_communication_between_neurons_10(X) = fn_cell_communication_with_neurotransmitter_11(X)
& fn_cell_communication_between_neurons_12(X) = fn_cell_communication_with_neurotransmitter_8(X)
& fn_cell_communication_between_neurons_1(X) = fn_cell_signaling_with_ion_channel_receptor_32(fn_cell_communication_between_neurons_3(X))
& fn_cell_communication_between_neurons_3(X) = fn_local_cell_communication_6(X)
& fn_cell_communication_between_neurons_3(X) = fn_cell_communication_with_neurotransmitter_15(X)
& fn_cell_communication_between_neurons_1(X) = fn_cell_communication_with_neurotransmitter_9(X)
& fn_cell_communication_between_neurons_13(X) = fn_cell_communication_with_neurotransmitter_13(X)
& fn_cell_communication_between_neurons_7(X) = fn_electrical_signaling_4(fn_cell_communication_between_neurons_4(X))
& fn_cell_communication_between_neurons_6(X) = fn_electrical_signaling_5(fn_cell_communication_between_neurons_4(X))
& fn_cell_communication_between_neurons_5(X) = fn_electrical_signaling_8(fn_cell_communication_between_neurons_4(X))
& fn_cell_communication_between_neurons_2(X) = fn_plasma_membrane_55(fn_cell_communication_between_neurons_8(X))
& fn_cell_communication_between_neurons_2(X) = fn_plasma_membrane_3(fn_cell_communication_between_neurons_8(X))
& fn_cell_communication_between_neurons_2(X) = fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_8(X))
& fn_cell_communication_between_neurons_2(X) = fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_8(X))
& fn_cell_communication_between_neurons_2(X) = fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_8(X))
& fn_cell_communication_between_neurons_9(X) = fn_animal_plasma_membrane_56(fn_cell_communication_between_neurons_8(X))
& fn_cell_communication_with_neurotransmitter_15(X) = fn_cell_communication_with_neurotransmitter_15(X)
& fn_cell_communication_with_neurotransmitter_15(X) = fn_local_cell_communication_6(X)
& fn_local_cell_communication_6(X) = fn_cell_communication_with_neurotransmitter_15(X)
& fn_cell_communication_with_neurotransmitter_15(X) = fn_electrical_signaling_9(fn_cell_communication_between_neurons_4(X))
& fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_between_neurons_3(X)) = fn_electrical_signaling_9(fn_cell_communication_between_neurons_4(X))
& fn_electrical_signaling_9(fn_cell_communication_between_neurons_4(X)) = fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_between_neurons_3(X))
& fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_between_neurons_3(X)) = fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_between_neurons_3(X))
& fn_cell_signaling_with_ion_channel_receptor_32(fn_cell_communication_between_neurons_3(X)) = fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_between_neurons_3(X))
& fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_between_neurons_3(X)) = fn_cell_signaling_with_ion_channel_receptor_32(fn_cell_communication_between_neurons_3(X))
& fn_cell_signaling_with_ion_channel_receptor_32(fn_cell_communication_between_neurons_3(X)) = fn_cell_signaling_with_ion_channel_receptor_32(fn_cell_communication_between_neurons_3(X))
& fn_cell_signaling_with_ion_channel_receptor_32(fn_cell_communication_between_neurons_3(X)) = fn_cell_communication_with_neurotransmitter_9(X)
& fn_cell_communication_with_neurotransmitter_9(X) = fn_cell_communication_with_neurotransmitter_9(X)
& fn_cell_communication_with_neurotransmitter_9(X) = fn_cell_signaling_1(fn_cell_communication_between_neurons_3(X))
& fn_local_cell_communication_3(X) = fn_cell_signaling_1(fn_cell_communication_between_neurons_3(X))
& fn_cell_signaling_1(fn_cell_communication_between_neurons_3(X)) = fn_local_cell_communication_3(X)
& fn_local_cell_communication_3(X) = fn_local_cell_communication_3(X)
& fn_cell_communication_with_neurotransmitter_20(X) = fn_local_cell_communication_3(X)
& fn_local_cell_communication_3(X) = fn_cell_communication_with_neurotransmitter_20(X)
& fn_cell_communication_with_neurotransmitter_20(X) = fn_cell_communication_with_neurotransmitter_20(X)
& fn_cell_communication_with_neurotransmitter_20(X) = fn_electrical_signaling_4(fn_cell_communication_between_neurons_4(X))
& fn_electrical_signaling_4(fn_cell_communication_between_neurons_4(X)) = fn_electrical_signaling_4(fn_cell_communication_between_neurons_4(X))
& fn_electrical_signaling_4(fn_cell_communication_between_neurons_4(X)) = fn_cell_signaling_3(fn_cell_communication_between_neurons_3(X))
& fn_local_cell_communication_4(X) = fn_cell_signaling_3(fn_cell_communication_between_neurons_3(X))
& fn_cell_signaling_3(fn_cell_communication_between_neurons_3(X)) = fn_local_cell_communication_4(X)
& fn_local_cell_communication_4(X) = fn_cell_communication_with_neurotransmitter_16(X)
& fn_cell_communication_with_neurotransmitter_16(X) = fn_cell_communication_with_neurotransmitter_16(X)
& fn_cell_communication_with_neurotransmitter_16(X) = fn_electrical_signaling_5(fn_cell_communication_between_neurons_4(X))
& fn_electrical_signaling_5(fn_cell_communication_between_neurons_4(X)) = fn_electrical_signaling_5(fn_cell_communication_between_neurons_4(X))
& fn_electrical_signaling_5(fn_cell_communication_between_neurons_4(X)) = fn_local_cell_communication_5(X)
& fn_local_cell_communication_5(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(fn_cell_communication_between_neurons_3(X))
& fn_cell_signaling_with_plasma_membrane_receptor_15(fn_cell_communication_between_neurons_3(X)) = fn_cell_signaling_with_plasma_membrane_receptor_15(fn_cell_communication_between_neurons_3(X))
& fn_cell_signaling_with_plasma_membrane_receptor_15(fn_cell_communication_between_neurons_3(X)) = fn_local_cell_communication_5(X)
& fn_local_cell_communication_5(X) = fn_local_cell_communication_5(X)
& fn_cell_signaling_with_ion_channel_receptor_16(fn_cell_communication_between_neurons_3(X)) = fn_local_cell_communication_5(X)
& fn_local_cell_communication_5(X) = fn_cell_signaling_with_ion_channel_receptor_16(fn_cell_communication_between_neurons_3(X))
& fn_electrical_signaling_8(fn_cell_communication_between_neurons_4(X)) = fn_cell_signaling_with_ion_channel_receptor_16(fn_cell_communication_between_neurons_3(X))
& fn_cell_signaling_with_ion_channel_receptor_16(fn_cell_communication_between_neurons_3(X)) = fn_cell_signaling_with_ion_channel_receptor_16(fn_cell_communication_between_neurons_3(X))
& fn_cell_signaling_with_ion_channel_receptor_16(fn_cell_communication_between_neurons_3(X)) = fn_electrical_signaling_8(fn_cell_communication_between_neurons_4(X))
& fn_electrical_signaling_8(fn_cell_communication_between_neurons_4(X)) = fn_electrical_signaling_8(fn_cell_communication_between_neurons_4(X))
& fn_electrical_signaling_8(fn_cell_communication_between_neurons_4(X)) = fn_plasma_membrane_68(fn_cell_communication_between_neurons_8(X))
& fn_plasma_membrane_68(fn_cell_communication_between_neurons_8(X)) = fn_plasma_membrane_54(fn_cell_communication_between_neurons_8(X))
& fn_plasma_membrane_54(fn_cell_communication_between_neurons_8(X)) = fn_plasma_membrane_54(fn_cell_communication_between_neurons_8(X))
& fn_plasma_membrane_54(fn_cell_communication_between_neurons_8(X)) = fn_plasma_membrane_55(fn_cell_communication_between_neurons_8(X))
& fn_plasma_membrane_55(fn_cell_communication_between_neurons_8(X)) = fn_plasma_membrane_55(fn_cell_communication_between_neurons_8(X))
& fn_electrical_signaling_1(fn_cell_communication_between_neurons_4(X)) = fn_electrical_signaling_1(fn_cell_communication_between_neurons_4(X))
& fn_electrical_signaling_1(fn_cell_communication_between_neurons_4(X)) = fn_plasma_membrane_55(fn_cell_communication_between_neurons_8(X))
& fn_plasma_membrane_55(fn_cell_communication_between_neurons_8(X)) = fn_electrical_signaling_1(fn_cell_communication_between_neurons_4(X))
& fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_between_neurons_3(X)) = fn_electrical_signaling_1(fn_cell_communication_between_neurons_4(X))
& fn_electrical_signaling_1(fn_cell_communication_between_neurons_4(X)) = fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_between_neurons_3(X))
& fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_3(X)) = fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_between_neurons_3(X))
& fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_between_neurons_3(X)) = fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_3(X))
& fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_3(X)) = fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_3(X))
& fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_3(X)) = fn_plasma_membrane_3(fn_cell_communication_between_neurons_8(X))
& fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_8(X)) = fn_plasma_membrane_3(fn_cell_communication_between_neurons_8(X))
& fn_plasma_membrane_3(fn_cell_communication_between_neurons_8(X)) = fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_8(X))
& fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_8(X)) = fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_8(X))
& fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_8(X)) = fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_8(X))
& fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_8(X)) = fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_8(X))
& fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_8(X)) = fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_8(X))
& fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_8(X)) = fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_8(X))
& fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_8(X)) = fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_8(X))
& fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_8(X)) = fn_electrical_signaling_2(fn_cell_communication_between_neurons_4(X))
& fn_cell_signaling_4(fn_cell_communication_between_neurons_3(X)) = fn_electrical_signaling_2(fn_cell_communication_between_neurons_4(X))
& fn_electrical_signaling_2(fn_cell_communication_between_neurons_4(X)) = fn_cell_signaling_4(fn_cell_communication_between_neurons_3(X))
& fn_cell_signaling_4(fn_cell_communication_between_neurons_3(X)) = fn_cell_signaling_4(fn_cell_communication_between_neurons_3(X))
& fn_local_cell_communication_7(X) = fn_cell_signaling_4(fn_cell_communication_between_neurons_3(X))
& fn_cell_signaling_4(fn_cell_communication_between_neurons_3(X)) = fn_local_cell_communication_7(X)
& fn_local_cell_communication_7(X) = fn_local_cell_communication_7(X)
& fn_local_cell_communication_7(X) = fn_cell_communication_with_neurotransmitter_10(X)
& fn_cell_communication_with_neurotransmitter_10(X) = fn_cell_communication_with_neurotransmitter_10(X)
& fn_cell_communication_with_neurotransmitter_10(X) = fn_animal_plasma_membrane_56(fn_cell_communication_between_neurons_8(X)) ) ) ).
fof(a528138,axiom,
! [X] :
( cell_communication_between_neurons_leading_to_ion_inflow_1(X)
=> ( original_name_2(X,'Cell-Communication-Between-Neurons-Leading-to-Ion-Inflow')
& user_description_2(X,'Transmission of a stimulus from one neuron to another through a synapse resulting in the inflow of ions to the receiving neuron.')
& concept2words_2(X,'synaptic signaling between neurons leading to ion inflow')
& concept2words_2(X,communicate)
& concept2words_2(X,'cell communication between neurons leading to ion inflow')
& concept2words_2(X,'cell-communication-between-neurons-leading-to-ion-inflow')
& cell_communication_between_neurons_1(X)
& signal_generation_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_1(X))
& chemical_signaling_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& cell_signaling_with_plasma_membrane_receptor_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& cell_signaling_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& cell_signaling_with_ion_channel_receptor_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& eukaryotic_cell_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& living_entity_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& animal_cell_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& cell_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& nerve_cell_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& secretion_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_4(X))
& membrane_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X))
& tangible_entity_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X))
& spatial_entity_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X))
& biomembrane_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X))
& plasma_membrane_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X))
& animal_plasma_membrane_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X))
& signal_transduction_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_6(X))
& container_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_7(X))
& intracellular_process_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X))
& cellular_response_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X))
& tangible_entity_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_9(X))
& living_entity_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_9(X))
& cell_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_9(X))
& nerve_cell_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_9(X))
& synapse_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_10(X))
& passive_transport_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& facilitated_diffusion_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& facilitated_diffusion_of_ion_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& aqueous_solution_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_12(X))
& hypertonic_solution_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_12(X))
& electrical_signaling_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X))
& spatial_entity_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_14(X))
& chemical_entity_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_14(X))
& monomer_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_14(X))
& molecule_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_14(X))
& amino_acid_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_14(X))
& size_value_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_15(X))
& dna_polymerase_i_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_16(X))
& protein_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_16(X))
& aqueous_solution_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_17(X))
& hypotonic_solution_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_17(X))
& substance_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_17(X))
& cytosol_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_17(X))
& move_through_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_18(X))
& covalent_bond_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_19(X))
& chemical_bond_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_19(X))
& expose_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_20(X))
& size_value_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_21(X))
& tangible_entity_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_22(X))
& phospholipid_bilayer_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_22(X))
& hydrophilic_end_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_23(X))
& carbon_skeleton_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X))
& hydrophilic_region_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_25(X))
& hydrophilic_end_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_25(X))
& protein_domain_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_26(X))
& carbon_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_27(X))
& entity_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_28(X))
& atom_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_28(X))
& chemical_entity_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_28(X))
& polypeptide_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_29(X))
& outside_face_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_30(X))
& extracellular_side_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_30(X))
& surface_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_30(X))
& monomer_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_31(X))
& monomer_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_32(X))
& molecule_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& receptor_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& receptor_protein_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& protein_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& organic_molecule_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& polymer_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& spatial_entity_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& membrane_protein_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& cell_surface_receptor_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& gated_channel_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& ligand_gated_ion_channel_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& tangible_entity_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& transmembrane_protein_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& integral_protein_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& transport_protein_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& signal_reception_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_34(X))
& attach_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_35(X))
& ligand_binding_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_35(X))
& chemical_entity_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X))
& neurotransmitter_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X))
& surface_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_39(X))
& mixture_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_40(X))
& cytoplasm_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_40(X))
& smooth_endoplasmic_reticulum_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X))
& semiautonomous_organelle_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_42(X))
& organelle_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_42(X))
& mitochondrion_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_42(X))
& golgi_apparatus_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_43(X))
& tangible_entity_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_44(X))
& nucleus_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_44(X))
& ribosome_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_45(X))
& hydrophobic_core_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_46(X))
& tangible_entity_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_47(X))
& membrane_protein_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_47(X))
& spatial_entity_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_47(X))
& polymer_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_47(X))
& protein_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_47(X))
& organic_molecule_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_47(X))
& signal_transmission_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_48(X))
& smooth_endoplasmic_reticulum_1(fn_eukaryotic_cell_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& ribosome_1(fn_cell_14(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& carbon_skeleton_1(fn_gated_channel_26(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& property_node_1(fn_gated_channel_32(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& property_node_1(fn_gated_channel_37(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& protein_domain_1(fn_gated_channel_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& spatial_entity_1(fn_gated_channel_6(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& chemical_entity_1(fn_gated_channel_6(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& monomer_1(fn_gated_channel_6(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& molecule_1(fn_gated_channel_6(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& amino_acid_1(fn_gated_channel_6(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& polypeptide_1(fn_gated_channel_22(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& expose_1(fn_gated_channel_40(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& hydrophilic_end_1(fn_gated_channel_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& hydrophobic_core_1(fn_nerve_cell_21(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& surface_1(fn_nerve_cell_44(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& aqueous_solution_1(fn_facilitated_diffusion_of_ion_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)))
& hypertonic_solution_1(fn_facilitated_diffusion_of_ion_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)))
& move_through_1(fn_transport_protein_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& move_through_1(fn_passive_transport_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)))
& move_through_1(fn_transport_protein_34(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& size_value_1(fn_facilitated_diffusion_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)))
& size_value_1(fn_transport_protein_19(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& size_value_1(fn_ligand_gated_ion_channel_13(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& size_value_1(fn_gated_channel_7(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& size_value_1(fn_integral_protein_16(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& size_value_1(fn_receptor_protein_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& size_value_1(fn_transport_protein_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& size_value_1(fn_ligand_gated_ion_channel_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& size_value_1(fn_gated_channel_30(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& hydrophilic_region_1(fn_integral_protein_23(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& hydrophilic_region_1(fn_gated_channel_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& hydrophilic_end_1(fn_gated_channel_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& chemical_entity_1(fn_cell_signaling_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& chemical_entity_1(fn_cell_signaling_with_ion_channel_receptor_32(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& tangible_entity_1(fn_barrier_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_7(X)))
& signal_transduction_1(fn_cell_signaling_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& signal_transduction_1(fn_chemical_signaling_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& signal_transduction_1(fn_electrical_signaling_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X)))
& monomer_1(fn_facilitated_diffusion_37(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)))
& monomer_1(fn_transport_protein_21(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& monomer_1(fn_ligand_gated_ion_channel_9(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& monomer_1(fn_cell_signaling_with_ion_channel_receptor_30(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& monomer_1(fn_gated_channel_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& monomer_1(fn_cell_signaling_with_ion_channel_receptor_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& ligand_binding_1(fn_cell_signaling_with_plasma_membrane_receptor_7(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& attach_1(fn_cell_signaling_with_ion_channel_receptor_17(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& ligand_binding_1(fn_cell_signaling_with_ion_channel_receptor_17(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X)))
& cell_surface_receptor_1(fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& spatial_entity_1(fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& polymer_1(fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& receptor_protein_1(fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& transport_protein_1(fn_facilitated_diffusion_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)))
& spatial_entity_1(fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& membrane_protein_1(fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& cell_surface_receptor_1(fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& gated_channel_1(fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& ligand_gated_ion_channel_1(fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& tangible_entity_1(fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& transmembrane_protein_1(fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& integral_protein_1(fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& transport_protein_1(fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& signal_reception_1(fn_cell_signaling_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& signal_reception_1(fn_cell_signaling_with_plasma_membrane_receptor_15(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& signal_reception_1(fn_chemical_signaling_7(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& signal_reception_1(fn_electrical_signaling_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X)))
& signal_reception_1(fn_cell_signaling_with_ion_channel_receptor_16(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& semiautonomous_organelle_1(fn_animal_cell_59(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& organelle_1(fn_animal_cell_59(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& mitochondrion_1(fn_animal_cell_59(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& semiautonomous_organelle_1(fn_nerve_cell_50(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& organelle_1(fn_nerve_cell_50(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& mitochondrion_1(fn_nerve_cell_50(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& tangible_entity_1(fn_cell_signaling_with_plasma_membrane_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& membrane_protein_1(fn_cell_signaling_with_plasma_membrane_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& protein_1(fn_cell_signaling_with_plasma_membrane_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& spatial_entity_1(fn_cell_signaling_with_plasma_membrane_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& polymer_1(fn_cell_signaling_with_plasma_membrane_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& spatial_entity_1(fn_animal_cell_60(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& polymer_1(fn_animal_cell_60(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& organic_molecule_1(fn_animal_cell_60(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& tangible_entity_1(fn_animal_cell_60(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& membrane_protein_1(fn_animal_cell_60(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& protein_1(fn_animal_cell_60(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& tangible_entity_1(fn_cell_signaling_with_ion_channel_receptor_9(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& membrane_protein_1(fn_cell_signaling_with_ion_channel_receptor_9(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& protein_1(fn_cell_signaling_with_ion_channel_receptor_9(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& spatial_entity_1(fn_cell_signaling_with_ion_channel_receptor_9(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& polymer_1(fn_cell_signaling_with_ion_channel_receptor_9(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& spatial_entity_1(fn_cell_signaling_with_ion_channel_receptor_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& polymer_1(fn_cell_signaling_with_ion_channel_receptor_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& tangible_entity_1(fn_cell_signaling_with_ion_channel_receptor_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& membrane_protein_1(fn_cell_signaling_with_ion_channel_receptor_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& protein_1(fn_cell_signaling_with_ion_channel_receptor_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& tangible_entity_1(fn_nerve_cell_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& membrane_protein_1(fn_nerve_cell_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& spatial_entity_1(fn_nerve_cell_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& polymer_1(fn_nerve_cell_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& protein_1(fn_nerve_cell_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& organic_molecule_1(fn_nerve_cell_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& surface_1(fn_integral_protein_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& surface_1(fn_transmembrane_protein_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& outside_face_1(fn_transmembrane_protein_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& surface_1(fn_cell_signaling_with_ion_channel_receptor_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& outside_face_1(fn_cell_signaling_with_ion_channel_receptor_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& extracellular_side_1(fn_cell_signaling_with_ion_channel_receptor_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& outside_face_1(fn_nerve_cell_22(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& extracellular_side_1(fn_nerve_cell_22(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& surface_1(fn_nerve_cell_22(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& tangible_entity_1(fn_gated_channel_13(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& phospholipid_bilayer_1(fn_gated_channel_13(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& tangible_entity_1(fn_transport_protein_12(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& tangible_entity_1(fn_cell_signaling_with_plasma_membrane_receptor_22(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& phospholipid_bilayer_1(fn_cell_signaling_with_plasma_membrane_receptor_22(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& tangible_entity_1(fn_facilitated_diffusion_48(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)))
& phospholipid_bilayer_1(fn_facilitated_diffusion_48(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)))
& tangible_entity_1(fn_cell_signaling_with_ion_channel_receptor_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& phospholipid_bilayer_1(fn_cell_signaling_with_ion_channel_receptor_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& tangible_entity_1(fn_nerve_cell_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& phospholipid_bilayer_1(fn_nerve_cell_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& plasma_membrane_1(fn_cell_surface_receptor_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& spatial_entity_1(fn_gated_channel_16(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& biomembrane_1(fn_gated_channel_16(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& biomembrane_1(fn_cell_signaling_with_plasma_membrane_receptor_23(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& plasma_membrane_1(fn_cell_signaling_with_plasma_membrane_receptor_23(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& spatial_entity_1(fn_facilitated_diffusion_49(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)))
& biomembrane_1(fn_facilitated_diffusion_49(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)))
& spatial_entity_1(fn_passive_transport_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)))
& biomembrane_1(fn_passive_transport_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)))
& tangible_entity_1(fn_animal_cell_73(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& spatial_entity_1(fn_animal_cell_73(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& biomembrane_1(fn_animal_cell_73(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& animal_plasma_membrane_1(fn_animal_cell_73(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& plasma_membrane_1(fn_animal_cell_73(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& spatial_entity_1(fn_transport_protein_35(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& biomembrane_1(fn_transport_protein_35(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& spatial_entity_1(fn_cell_signaling_with_ion_channel_receptor_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& biomembrane_1(fn_cell_signaling_with_ion_channel_receptor_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& plasma_membrane_1(fn_cell_signaling_with_ion_channel_receptor_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& membrane_1(fn_nerve_cell_35(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& tangible_entity_1(fn_nerve_cell_35(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& spatial_entity_1(fn_nerve_cell_35(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& biomembrane_1(fn_nerve_cell_35(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& plasma_membrane_1(fn_nerve_cell_35(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& animal_plasma_membrane_1(fn_nerve_cell_35(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& mixture_1(fn_cell_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& cytoplasm_1(fn_cell_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& mixture_1(fn_nerve_cell_43(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& cytoplasm_1(fn_nerve_cell_43(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& cell_1(fn_passive_transport_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)))
& cell_1(fn_intracellular_process_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X)))
& cell_1(fn_cellular_response_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X)))
& living_entity_1(fn_electrical_signaling_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X)))
& cell_1(fn_electrical_signaling_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X)))
& cell_1(fn_cell_signaling_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& dna_polymerase_i_1(fn_eukaryotic_cell_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& protein_1(fn_cellular_response_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X)))
& cellular_response_1(fn_cell_signaling_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& cellular_response_1(fn_chemical_signaling_6(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)))
& cellular_response_1(fn_electrical_signaling_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X)))
& facilitated_diffusion_1(fn_transport_protein_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& golgi_apparatus_1(fn_eukaryotic_cell_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X)))
& substance_1(fn_cell_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& cytosol_1(fn_cell_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& aqueous_solution_1(fn_facilitated_diffusion_of_ion_23(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)))
& hypotonic_solution_1(fn_facilitated_diffusion_of_ion_23(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& tangible_entity_1(fn_nerve_cell_51(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& nucleus_1(fn_nerve_cell_51(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X)))
& chemical_bond_1(fn_molecule_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& covalent_bond_1(fn_polymer_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& covalent_bond_1(fn_facilitated_diffusion_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)))
& chemical_bond_1(fn_facilitated_diffusion_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)))
& chemical_bond_1(fn_carbon_skeleton_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X)))
& entity_1(fn_gated_channel_19(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& atom_1(fn_gated_channel_19(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& chemical_entity_1(fn_gated_channel_19(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& atom_1(fn_carbon_skeleton_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X)))
& carbon_1(fn_gated_channel_21(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)))
& carbon_1(fn_carbon_skeleton_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X)))
& is_inside_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_12(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_10(X))
& origin_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_18(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_12(X))
& destination_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_18(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_17(X))
& is_across_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_46(X))
& plays_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_9(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_7(X))
& is_at_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_25(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_30(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_16(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_43(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_44(X))
& recipient_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_34(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& possesses_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_19(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_45(X))
& is_inside_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_45(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_17(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_40(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_17(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& has_function_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_18(X))
& base_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_18(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X))
& path_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X))
& subevent_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_18(X))
& is_at_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_30(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X) != fn_cell_communication_between_neurons_leading_to_ion_inflow_32(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_32(X) != fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_31(X) != fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X) != fn_cell_communication_between_neurons_leading_to_ion_inflow_31(X)
& has_region_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_26(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_28(X))
& has_region_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_27(X))
& has_region_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_23(X))
& the_scalar_value_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_21(X),big_0)
& scalar_unit_class_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_21(X),polypeptide_0)
& object_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_20(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_29(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_29(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_14(X))
& is_at_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_14(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_26(X))
& size_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_21(X))
& greater_than_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_21(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_15(X))
& size_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_32(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_15(X))
& has_region_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_25(X))
& site_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_20(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_25(X))
& is_opposite_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_23(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_25(X))
& is_opposite_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_25(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_23(X))
& result_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_1(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X))
& agent_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_4(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_9(X))
& next_event_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_1(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_48(X))
& base_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_4(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_9(X))
& agent_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_1(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_9(X))
& first_subevent_2(X,fn_cell_communication_between_neurons_leading_to_ion_inflow_1(X))
& causes_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X),X)
& causes_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X))
& subevent_2(X,fn_cell_communication_between_neurons_leading_to_ion_inflow_1(X))
& subevent_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_1(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_4(X))
& object_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_4(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X))
& has_function_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_35(X))
& object_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_35(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X))
& site_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_48(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_10(X))
& causes_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X))
& is_at_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X))
& called_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X),'MP1')
& path_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X))
& is_across_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X))
& instrument_2(X,fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X))
& subevent_2(X,fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& destination_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_48(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& subevent_2(X,fn_cell_communication_between_neurons_leading_to_ion_inflow_48(X))
& object_2(X,fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& base_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_34(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& object_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_34(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X))
& subevent_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X))
& subevent_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& base_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& base_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& agent_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& object_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_48(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X))
& next_event_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_48(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& subevent_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_6(X))
& base_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_6(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& base_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& base_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& agent_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X))
& complement_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X) != fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X) != fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)
& complement_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X))
& agent_2(X,fn_cell_communication_between_neurons_leading_to_ion_inflow_9(X))
& is_between_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_10(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_9(X))
& is_between_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_10(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& is_near_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_9(X))
& is_near_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_9(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& first_subevent_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_34(X))
& subevent_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_34(X))
& next_event_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_34(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_6(X))
& next_event_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_6(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X))
& subevent_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X))
& subevent_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_6(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_32(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_31(X))
& first_subevent_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_34(X))
& base_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_35(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& subevent_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_34(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_35(X))
& has_function_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_34(X))
& has_region_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_30(X))
& subevent_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_34(X))
& instrument_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_34(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& is_inside_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_22(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_47(X) != fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X) != fn_cell_communication_between_neurons_leading_to_ion_inflow_47(X)
& has_region_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_46(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_42(X))
& is_inside_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_40(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X))
& is_between_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_40(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_44(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X))
& has_region_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_30(X))
& is_outside_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_30(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_47(X))
& called_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_47(X),'MP1')
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_40(X))
& is_between_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_40(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_22(X))
& is_at_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_22(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_39(X))
& has_region_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_39(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_27(X) != fn_cell_communication_between_neurons_leading_to_ion_inflow_28(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_28(X) != fn_cell_communication_between_neurons_leading_to_ion_inflow_27(X)
& is_between_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_19(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_28(X))
& is_between_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_19(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_27(X))
& is_inside_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_27(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X))
& is_inside_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_43(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_17(X))
& is_inside_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_17(X))
& is_inside_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_44(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_17(X))
& is_hypertonic_to_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_12(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_17(X))
& origin_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_12(X))
& is_hypotonic_to_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_17(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_12(X))
& destination_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_17(X))
& instrument_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X),fn_cell_communication_between_neurons_leading_to_ion_inflow_16(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_9(X) = fn_barrier_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_7(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_25(X) = fn_integral_protein_23(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X) = fn_eukaryotic_cell_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_16(X) = fn_eukaryotic_cell_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_43(X) = fn_eukaryotic_cell_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X) = fn_smooth_endoplasmic_reticulum_33(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_44(X) = fn_eukaryotic_cell_26(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_19(X) = fn_molecule_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_19(X) = fn_polymer_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_19(X) = fn_facilitated_diffusion_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_40(X) = fn_cell_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_17(X) = fn_cell_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_45(X) = fn_cell_14(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X) = fn_transport_protein_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_18(X) = fn_transport_protein_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X) = fn_passive_transport_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_18(X) = fn_passive_transport_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_18(X) = fn_transport_protein_34(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_32(X) = fn_cell_signaling_with_ion_channel_receptor_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_28(X) = fn_gated_channel_19(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X) = fn_gated_channel_26(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X) = fn_carbon_skeleton_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_27(X) = fn_gated_channel_21(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_37(X) = fn_gated_channel_32(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_38(X) = fn_gated_channel_37(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_26(X) = fn_gated_channel_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_14(X) = fn_gated_channel_6(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_29(X) = fn_gated_channel_22(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_15(X) = fn_facilitated_diffusion_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_32(X) = fn_gated_channel_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_21(X) = fn_transport_protein_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_15(X) = fn_transport_protein_19(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_15(X) = fn_ligand_gated_ion_channel_13(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_15(X) = fn_gated_channel_7(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_21(X) = fn_integral_protein_16(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_21(X) = fn_receptor_protein_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_21(X) = fn_ligand_gated_ion_channel_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_21(X) = fn_gated_channel_30(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_20(X) = fn_gated_channel_40(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_23(X) = fn_gated_channel_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_25(X) = fn_gated_channel_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_48(X) = fn_cell_communication_with_neurotransmitter_13(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X) = fn_cell_communication_with_neurotransmitter_19(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X) = fn_cell_communication_with_neurotransmitter_1(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_9(X) = fn_cell_communication_with_neurotransmitter_8(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_35(X) = fn_cell_communication_with_neurotransmitter_17(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_4(X) = fn_cell_communication_with_neurotransmitter_7(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_1(X) = fn_cell_communication_with_neurotransmitter_14(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X) = fn_cell_surface_receptor_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X) = fn_cell_signaling_with_ion_channel_receptor_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X) = fn_cell_communication_between_neurons_8(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X) = fn_cell_signaling_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_34(X) = fn_cell_signaling_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_34(X) = fn_cell_communication_between_neurons_5(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X) = fn_cell_communication_between_neurons_4(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X) = fn_passive_transport_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X) = fn_cell_communication_between_neurons_11(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X) = fn_intracellular_process_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X) = fn_cellular_response_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X) = fn_cell_signaling_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X) = fn_cell_communication_between_neurons_7(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X) = fn_electrical_signaling_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_6(X) = fn_cell_signaling_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_6(X) = fn_cell_communication_between_neurons_6(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_48(X) = fn_cell_communication_between_neurons_13(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X) = fn_cell_communication_between_neurons_2(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X) = fn_cell_signaling_with_ion_channel_receptor_32(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X) = fn_cell_communication_with_neurotransmitter_15(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X) = fn_cell_communication_with_neurotransmitter_9(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_36(X) = fn_cell_communication_between_neurons_1(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X) = fn_cell_signaling_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X) = fn_cell_communication_between_neurons_3(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_10(X) = fn_cell_communication_between_neurons_10(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X) = fn_cell_communication_between_neurons_9(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_9(X) = fn_cell_communication_between_neurons_12(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_6(X) = fn_cell_communication_with_neurotransmitter_16(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X) = fn_cell_communication_with_neurotransmitter_20(X)
& fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X) = fn_chemical_signaling_6(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X) = fn_electrical_signaling_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_34(X) = fn_chemical_signaling_7(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_6(X) = fn_chemical_signaling_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_6(X) = fn_electrical_signaling_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_34(X) = fn_electrical_signaling_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_32(X) = fn_facilitated_diffusion_37(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_32(X) = fn_transport_protein_21(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_32(X) = fn_ligand_gated_ion_channel_9(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_32(X) = fn_cell_signaling_with_ion_channel_receptor_30(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_31(X) = fn_gated_channel_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_31(X) = fn_cell_signaling_with_ion_channel_receptor_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_30(X) = fn_integral_protein_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_30(X) = fn_cell_signaling_with_ion_channel_receptor_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_35(X) = fn_cell_signaling_with_plasma_membrane_receptor_7(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_35(X) = fn_cell_signaling_with_ion_channel_receptor_17(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X) = fn_facilitated_diffusion_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_22(X) = fn_cell_signaling_with_ion_channel_receptor_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_47(X) = fn_cell_signaling_with_ion_channel_receptor_9(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_47(X) = fn_cell_signaling_with_ion_channel_receptor_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X) = fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X) = fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_34(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_34(X) = fn_cell_signaling_with_ion_channel_receptor_16(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_46(X) = fn_nerve_cell_21(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_42(X) = fn_animal_cell_59(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_42(X) = fn_nerve_cell_50(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_44(X) = fn_nerve_cell_51(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_47(X) = fn_cell_signaling_with_plasma_membrane_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_47(X) = fn_animal_cell_60(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_47(X) = fn_nerve_cell_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X) = fn_transmembrane_protein_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_30(X) = fn_transmembrane_protein_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_30(X) = fn_nerve_cell_22(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X) = fn_animal_cell_73(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_39(X) = fn_nerve_cell_44(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X) = fn_gated_channel_16(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_22(X) = fn_gated_channel_13(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X) = fn_transport_protein_35(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_22(X) = fn_transport_protein_12(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X) = fn_cell_signaling_with_plasma_membrane_receptor_23(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_22(X) = fn_cell_signaling_with_plasma_membrane_receptor_22(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X) = fn_facilitated_diffusion_49(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_22(X) = fn_facilitated_diffusion_48(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_22(X) = fn_nerve_cell_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_5(X) = fn_nerve_cell_35(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_40(X) = fn_nerve_cell_43(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_16(X) = fn_cellular_response_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_12(X) = fn_facilitated_diffusion_of_ion_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_17(X) = fn_facilitated_diffusion_of_ion_23(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_43(X) = fn_smooth_endoplasmic_reticulum_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_44(X) = fn_smooth_endoplasmic_reticulum_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_17(X) = fn_smooth_endoplasmic_reticulum_34(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_19(X) = fn_carbon_skeleton_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_28(X) = fn_carbon_skeleton_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X))
& fn_cell_communication_between_neurons_leading_to_ion_inflow_27(X) = fn_carbon_skeleton_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X))
& fn_passive_transport_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_transport_protein_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_transport_protein_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_passive_transport_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_passive_transport_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_passive_transport_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_transport_protein_34(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_passive_transport_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_passive_transport_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_transport_protein_34(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_transport_protein_34(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_facilitated_diffusion_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_facilitated_diffusion_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_transport_protein_19(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_transport_protein_19(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_transport_protein_19(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_ligand_gated_ion_channel_13(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_transport_protein_19(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_transport_protein_19(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_ligand_gated_ion_channel_13(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_gated_channel_7(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_ligand_gated_ion_channel_13(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_ligand_gated_ion_channel_13(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_gated_channel_7(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_gated_channel_7(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_integral_protein_16(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_integral_protein_16(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_receptor_protein_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_transport_protein_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_transport_protein_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_transport_protein_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_receptor_protein_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_receptor_protein_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_transport_protein_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_ligand_gated_ion_channel_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_transport_protein_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_transport_protein_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_ligand_gated_ion_channel_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_ligand_gated_ion_channel_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_ligand_gated_ion_channel_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_gated_channel_30(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_ligand_gated_ion_channel_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_ligand_gated_ion_channel_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_gated_channel_30(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_gated_channel_30(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_integral_protein_23(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_integral_protein_23(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_gated_channel_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_gated_channel_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_gated_channel_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_gated_channel_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_cell_communication_with_neurotransmitter_13(X)
& fn_cell_communication_with_neurotransmitter_13(X) = fn_cell_communication_between_neurons_13(X)
& fn_cell_communication_between_neurons_13(X) = fn_cell_communication_between_neurons_13(X)
& fn_cell_communication_between_neurons_13(X) = fn_cell_signaling_with_ion_channel_receptor_32(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_32(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_signaling_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_signaling_with_ion_channel_receptor_32(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_with_neurotransmitter_9(X) = fn_cell_signaling_with_ion_channel_receptor_32(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_32(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_signaling_with_ion_channel_receptor_32(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_32(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_communication_with_neurotransmitter_9(X)
& fn_cell_communication_with_neurotransmitter_9(X) = fn_cell_communication_with_neurotransmitter_9(X)
& fn_cell_communication_between_neurons_1(X) = fn_cell_communication_between_neurons_1(X)
& fn_cell_communication_between_neurons_1(X) = fn_cell_communication_with_neurotransmitter_9(X)
& fn_cell_communication_with_neurotransmitter_9(X) = fn_cell_communication_between_neurons_1(X)
& fn_cell_communication_between_neurons_1(X) = fn_barrier_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_7(X))
& fn_barrier_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_7(X)) = fn_cell_communication_with_neurotransmitter_8(X)
& fn_cell_communication_with_neurotransmitter_8(X) = fn_cell_communication_with_neurotransmitter_8(X)
& fn_cell_communication_with_neurotransmitter_8(X) = fn_cell_communication_between_neurons_12(X)
& fn_cell_communication_between_neurons_12(X) = fn_cell_communication_between_neurons_12(X)
& fn_cell_communication_between_neurons_12(X) = fn_cell_signaling_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_signaling_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_communication_with_neurotransmitter_16(X)
& fn_cell_communication_with_neurotransmitter_16(X) = fn_cell_communication_with_neurotransmitter_16(X)
& fn_cell_communication_with_neurotransmitter_16(X) = fn_chemical_signaling_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_chemical_signaling_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_communication_between_neurons_6(X)
& fn_cell_communication_between_neurons_6(X) = fn_chemical_signaling_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_chemical_signaling_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_chemical_signaling_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_chemical_signaling_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_electrical_signaling_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X))
& fn_electrical_signaling_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X)) = fn_cell_communication_between_neurons_6(X)
& fn_cell_communication_between_neurons_6(X) = fn_cell_communication_between_neurons_6(X)
& fn_cell_communication_between_neurons_6(X) = fn_electrical_signaling_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X))
& fn_electrical_signaling_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X)) = fn_electrical_signaling_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X))
& fn_electrical_signaling_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X)) = fn_cell_communication_with_neurotransmitter_1(X)
& fn_cell_communication_with_neurotransmitter_1(X) = fn_cell_communication_with_neurotransmitter_1(X)
& fn_cell_communication_with_neurotransmitter_1(X) = fn_cell_communication_between_neurons_4(X)
& fn_cell_communication_between_neurons_4(X) = fn_cell_communication_between_neurons_4(X)
& fn_cell_communication_between_neurons_4(X) = fn_cell_signaling_with_ion_channel_receptor_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_facilitated_diffusion_37(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_facilitated_diffusion_37(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_facilitated_diffusion_37(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_facilitated_diffusion_37(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_cell_signaling_with_ion_channel_receptor_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_transport_protein_21(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_transport_protein_21(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_transport_protein_21(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_ligand_gated_ion_channel_9(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_transport_protein_21(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_transport_protein_21(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_ligand_gated_ion_channel_9(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_ligand_gated_ion_channel_9(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_ligand_gated_ion_channel_9(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_gated_channel_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_ligand_gated_ion_channel_9(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_ligand_gated_ion_channel_9(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_gated_channel_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_gated_channel_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_cell_signaling_with_ion_channel_receptor_30(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_30(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_signaling_with_ion_channel_receptor_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_gated_channel_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_gated_channel_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_cell_signaling_with_ion_channel_receptor_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_communication_with_neurotransmitter_17(X)
& fn_cell_communication_with_neurotransmitter_17(X) = fn_cell_signaling_with_plasma_membrane_receptor_7(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_plasma_membrane_receptor_7(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_communication_with_neurotransmitter_17(X)
& fn_cell_communication_with_neurotransmitter_17(X) = fn_cell_communication_with_neurotransmitter_17(X)
& fn_cell_communication_with_neurotransmitter_17(X) = fn_cell_signaling_with_ion_channel_receptor_17(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_17(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_signaling_with_ion_channel_receptor_17(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_17(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_carbon_skeleton_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X))
& fn_carbon_skeleton_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X)) = fn_carbon_skeleton_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X))
& fn_carbon_skeleton_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X)) = fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_facilitated_diffusion_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_facilitated_diffusion_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_cell_communication_between_neurons_2(X) = fn_facilitated_diffusion_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_facilitated_diffusion_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_facilitated_diffusion_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_facilitated_diffusion_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_cell_communication_between_neurons_2(X)
& fn_cell_communication_between_neurons_2(X) = fn_cell_communication_between_neurons_2(X)
& fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_communication_between_neurons_2(X)
& fn_cell_communication_between_neurons_2(X) = fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_signaling_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_signaling_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_signaling_with_plasma_membrane_receptor_15(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_plasma_membrane_receptor_15(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_chemical_signaling_7(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_chemical_signaling_7(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_signaling_with_plasma_membrane_receptor_15(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_plasma_membrane_receptor_15(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_signaling_with_plasma_membrane_receptor_15(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_plasma_membrane_receptor_15(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_communication_between_neurons_5(X)
& fn_cell_communication_between_neurons_5(X) = fn_cell_communication_between_neurons_5(X)
& fn_cell_communication_between_neurons_5(X) = fn_chemical_signaling_7(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_chemical_signaling_7(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_electrical_signaling_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X))
& fn_electrical_signaling_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X)) = fn_cell_communication_between_neurons_5(X)
& fn_cell_communication_between_neurons_5(X) = fn_electrical_signaling_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X))
& fn_electrical_signaling_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X)) = fn_electrical_signaling_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X))
& fn_electrical_signaling_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X)) = fn_cell_signaling_with_ion_channel_receptor_16(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_16(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_signaling_with_ion_channel_receptor_16(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_16(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_communication_with_neurotransmitter_15(X)
& fn_cell_communication_between_neurons_3(X) = fn_cell_communication_with_neurotransmitter_15(X)
& fn_cell_communication_with_neurotransmitter_15(X) = fn_cell_communication_between_neurons_3(X)
& fn_cell_communication_between_neurons_3(X) = fn_cell_communication_between_neurons_3(X)
& fn_cell_communication_between_neurons_3(X) = fn_animal_cell_59(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_animal_cell_59(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)) = fn_nerve_cell_50(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_nerve_cell_50(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)) = fn_cell_signaling_with_plasma_membrane_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_plasma_membrane_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_signaling_with_plasma_membrane_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_plasma_membrane_receptor_20(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_animal_cell_60(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_signaling_with_ion_channel_receptor_9(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_signaling_with_ion_channel_receptor_9(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_9(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_animal_cell_60(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_animal_cell_60(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)) = fn_cell_signaling_with_ion_channel_receptor_9(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_signaling_with_ion_channel_receptor_9(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_9(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_signaling_with_ion_channel_receptor_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_signaling_with_ion_channel_receptor_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_8(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_nerve_cell_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_nerve_cell_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)) = fn_nerve_cell_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_nerve_cell_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)) = fn_integral_protein_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_integral_protein_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_integral_protein_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_integral_protein_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_transmembrane_protein_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_signaling_with_ion_channel_receptor_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_transmembrane_protein_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_transmembrane_protein_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_cell_signaling_with_ion_channel_receptor_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_signaling_with_ion_channel_receptor_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_nerve_cell_22(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_nerve_cell_22(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)) = fn_nerve_cell_22(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_nerve_cell_22(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)) = fn_transport_protein_12(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_transport_protein_12(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_gated_channel_13(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_gated_channel_13(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_transport_protein_12(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_transport_protein_12(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_transport_protein_12(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_transport_protein_12(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_cell_signaling_with_plasma_membrane_receptor_22(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_facilitated_diffusion_48(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_cell_signaling_with_plasma_membrane_receptor_22(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_plasma_membrane_receptor_22(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_facilitated_diffusion_48(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_facilitated_diffusion_48(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_facilitated_diffusion_48(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_cell_signaling_with_ion_channel_receptor_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_facilitated_diffusion_48(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_facilitated_diffusion_48(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_cell_signaling_with_ion_channel_receptor_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_nerve_cell_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_nerve_cell_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)) = fn_nerve_cell_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_nerve_cell_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)) = fn_transmembrane_protein_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_transmembrane_protein_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_cell_surface_receptor_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_surface_receptor_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_transmembrane_protein_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_gated_channel_16(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_transmembrane_protein_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_transmembrane_protein_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_gated_channel_16(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_gated_channel_16(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_gated_channel_16(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_cell_signaling_with_plasma_membrane_receptor_23(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_gated_channel_16(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_gated_channel_16(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_cell_signaling_with_plasma_membrane_receptor_23(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_facilitated_diffusion_49(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_cell_signaling_with_plasma_membrane_receptor_23(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_plasma_membrane_receptor_23(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_signaling_with_plasma_membrane_receptor_23(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_plasma_membrane_receptor_23(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_facilitated_diffusion_49(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_facilitated_diffusion_49(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_facilitated_diffusion_49(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_passive_transport_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_facilitated_diffusion_49(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_facilitated_diffusion_49(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_passive_transport_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_passive_transport_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_passive_transport_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_passive_transport_25(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_animal_cell_73(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_transport_protein_35(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_animal_cell_73(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_animal_cell_73(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)) = fn_animal_cell_73(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_animal_cell_73(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)) = fn_transport_protein_35(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_transport_protein_35(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_transport_protein_35(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_transport_protein_35(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_cell_signaling_with_ion_channel_receptor_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_transport_protein_35(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_transport_protein_35(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_cell_communication_between_neurons_8(X)
& fn_cell_communication_between_neurons_8(X) = fn_cell_signaling_with_ion_channel_receptor_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_with_ion_channel_receptor_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_communication_between_neurons_8(X)
& fn_cell_communication_between_neurons_8(X) = fn_cell_communication_between_neurons_8(X)
& fn_cell_communication_between_neurons_8(X) = fn_nerve_cell_35(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_nerve_cell_35(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)) = fn_nerve_cell_35(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_nerve_cell_35(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)) = fn_cell_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)) = fn_nerve_cell_43(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_nerve_cell_43(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)) = fn_nerve_cell_43(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_nerve_cell_43(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)) = fn_passive_transport_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_passive_transport_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_intracellular_process_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X))
& fn_cellular_response_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X)) = fn_intracellular_process_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X))
& fn_intracellular_process_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X)) = fn_cellular_response_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X))
& fn_smooth_endoplasmic_reticulum_33(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X)) = fn_cellular_response_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X))
& fn_cellular_response_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X)) = fn_smooth_endoplasmic_reticulum_33(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X))
& fn_smooth_endoplasmic_reticulum_33(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X)) = fn_smooth_endoplasmic_reticulum_33(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X))
& fn_smooth_endoplasmic_reticulum_33(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X)) = fn_electrical_signaling_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X))
& fn_electrical_signaling_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X)) = fn_electrical_signaling_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X))
& fn_cell_signaling_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_electrical_signaling_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X))
& fn_electrical_signaling_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X)) = fn_cell_signaling_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_signaling_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_9(X) = fn_cell_signaling_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_communication_between_neurons_9(X)
& fn_cell_communication_between_neurons_9(X) = fn_cell_communication_between_neurons_9(X)
& fn_cell_communication_between_neurons_9(X) = fn_cellular_response_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X))
& fn_cellular_response_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X)) = fn_eukaryotic_cell_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_eukaryotic_cell_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)) = fn_cellular_response_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X))
& fn_cellular_response_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_8(X)) = fn_cell_communication_with_neurotransmitter_20(X)
& fn_cell_communication_with_neurotransmitter_20(X) = fn_cell_signaling_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_signaling_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_communication_with_neurotransmitter_20(X)
& fn_cell_communication_with_neurotransmitter_20(X) = fn_cell_communication_with_neurotransmitter_20(X)
& fn_chemical_signaling_6(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_communication_with_neurotransmitter_20(X)
& fn_cell_communication_with_neurotransmitter_20(X) = fn_chemical_signaling_6(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_cell_communication_between_neurons_7(X) = fn_chemical_signaling_6(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X))
& fn_chemical_signaling_6(fn_cell_communication_between_neurons_leading_to_ion_inflow_2(X)) = fn_cell_communication_between_neurons_7(X)
& fn_cell_communication_between_neurons_7(X) = fn_cell_communication_between_neurons_7(X)
& fn_cell_communication_between_neurons_7(X) = fn_electrical_signaling_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X))
& fn_electrical_signaling_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X)) = fn_electrical_signaling_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X))
& fn_electrical_signaling_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_13(X)) = fn_transport_protein_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_transport_protein_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_transport_protein_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_transport_protein_28(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_cell_communication_with_neurotransmitter_19(X)
& fn_cell_communication_with_neurotransmitter_19(X) = fn_cell_communication_with_neurotransmitter_19(X)
& fn_cell_communication_with_neurotransmitter_19(X) = fn_cell_communication_between_neurons_11(X)
& fn_cell_communication_between_neurons_11(X) = fn_cell_communication_between_neurons_11(X)
& fn_cell_communication_between_neurons_11(X) = fn_eukaryotic_cell_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_eukaryotic_cell_24(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)) = fn_smooth_endoplasmic_reticulum_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X))
& fn_smooth_endoplasmic_reticulum_3(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X)) = fn_cell_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)) = fn_cell_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_cell_29(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)) = fn_facilitated_diffusion_of_ion_23(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_facilitated_diffusion_of_ion_23(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_facilitated_diffusion_of_ion_23(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_facilitated_diffusion_of_ion_23(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_smooth_endoplasmic_reticulum_34(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X))
& fn_smooth_endoplasmic_reticulum_34(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X)) = fn_smooth_endoplasmic_reticulum_34(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X))
& fn_smooth_endoplasmic_reticulum_34(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X)) = fn_eukaryotic_cell_26(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_eukaryotic_cell_26(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)) = fn_nerve_cell_51(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_smooth_endoplasmic_reticulum_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X)) = fn_nerve_cell_51(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X))
& fn_nerve_cell_51(fn_cell_communication_between_neurons_leading_to_ion_inflow_3(X)) = fn_smooth_endoplasmic_reticulum_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X))
& fn_smooth_endoplasmic_reticulum_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_41(X)) = fn_molecule_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_molecule_10(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_polymer_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_polymer_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_polymer_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_polymer_1(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_facilitated_diffusion_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_facilitated_diffusion_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_facilitated_diffusion_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X))
& fn_facilitated_diffusion_31(fn_cell_communication_between_neurons_leading_to_ion_inflow_11(X)) = fn_carbon_skeleton_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X))
& fn_carbon_skeleton_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X)) = fn_carbon_skeleton_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X))
& fn_carbon_skeleton_5(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X)) = fn_gated_channel_19(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_gated_channel_19(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_carbon_skeleton_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X))
& fn_carbon_skeleton_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X)) = fn_carbon_skeleton_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X))
& fn_carbon_skeleton_2(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X)) = fn_carbon_skeleton_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X))
& fn_carbon_skeleton_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X)) = fn_gated_channel_21(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X))
& fn_gated_channel_21(fn_cell_communication_between_neurons_leading_to_ion_inflow_33(X)) = fn_carbon_skeleton_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X))
& fn_carbon_skeleton_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X)) = fn_carbon_skeleton_4(fn_cell_communication_between_neurons_leading_to_ion_inflow_24(X)) ) ) ).
fof(a528139,axiom,
! [X] :
( cell_communication_between_neurons_leading_to_ion_outflow_1(X)
=> ( original_name_2(X,'Cell-Communication-Between-Neurons-Leading-to-Ion-Outflow')
& user_description_2(X,'Transmission of a stimulus from one neuron to another through a synapse resulting in the outflow of ions from the receiving neuron.')
& concept2words_2(X,'synaptic signaling between neurons leading to ion outflow')
& concept2words_2(X,communicate)
& concept2words_2(X,'cell communication between neurons leading to ion outflow')
& concept2words_2(X,'cell-communication-between-neurons-leading-to-ion-outflow')
& cell_communication_between_neurons_1(X)
& signal_reception_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_1(X))
& secretion_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_2(X))
& signal_transduction_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_3(X))
& mixture_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_4(X))
& cytoplasm_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_4(X))
& ribosome_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_5(X))
& tangible_entity_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_6(X))
& nucleus_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_6(X))
& electrical_signaling_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_7(X))
& cellular_response_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_8(X))
& receptor_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& receptor_protein_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& cell_surface_receptor_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& protein_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& organic_molecule_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& polymer_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& spatial_entity_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& membrane_protein_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& tangible_entity_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& transmembrane_protein_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& integral_protein_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& channel_protein_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& gated_ion_channel_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& gated_channel_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& transport_protein_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& ligand_gated_ion_channel_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& thermal_motion_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_10(X))
& symmetrical_distribution_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_11(X))
& substance_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_12(X))
& aqueous_solution_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_12(X))
& tangible_entity_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_13(X))
& living_entity_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_13(X))
& cell_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_13(X))
& nerve_cell_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_13(X))
& signal_generation_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_14(X))
& signal_transmission_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_15(X))
& cell_signaling_with_plasma_membrane_receptor_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_16(X))
& cell_signaling_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_16(X))
& cell_signaling_with_ion_channel_receptor_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_16(X))
& nerve_cell_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& eukaryotic_cell_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& cell_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& animal_cell_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& synapse_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_18(X))
& facilitated_diffusion_of_ion_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& facilitated_diffusion_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& passive_transport_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& spatial_entity_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_20(X))
& tangible_entity_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_20(X))
& chemical_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_20(X))
& gradient_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_21(X))
& concentration_gradient_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_21(X))
& aqueous_solution_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X))
& solution_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X))
& substance_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X))
& cytosol_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X))
& move_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_23(X))
& move_through_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_23(X))
& tangible_entity_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& spatial_entity_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& biomembrane_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& animal_plasma_membrane_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& plasma_membrane_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& container_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_25(X))
& ribosome_1(fn_cell_14(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)))
& thermal_motion_1(fn_passive_transport_22(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)))
& symmetrical_distribution_1(fn_passive_transport_29(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)))
& tangible_entity_1(fn_animal_cell_78(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)))
& nucleus_1(fn_animal_cell_78(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)))
& tangible_entity_1(fn_barrier_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_25(X)))
& gradient_1(fn_passive_transport_26(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)))
& concentration_gradient_1(fn_passive_transport_26(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)))
& gradient_1(fn_facilitated_diffusion_of_ion_26(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)))
& concentration_gradient_1(fn_facilitated_diffusion_of_ion_26(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)))
& spatial_entity_1(fn_thermal_motion_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_10(X)))
& tangible_entity_1(fn_thermal_motion_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_10(X)))
& chemical_1(fn_solution_6(fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X)))
& chemical_1(fn_solution_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& protein_1(fn_plasma_membrane_54(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& polymer_1(fn_plasma_membrane_54(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& protein_1(fn_plasma_membrane_68(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& transport_protein_1(fn_facilitated_diffusion_25(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)))
& move_through_1(fn_transport_protein_34(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)))
& move_through_1(fn_transport_protein_10(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)))
& move_1(fn_animal_plasma_membrane_50(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& move_through_1(fn_animal_plasma_membrane_50(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& move_1(fn_channel_protein_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)))
& move_through_1(fn_channel_protein_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)))
& move_1(fn_gated_ion_channel_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)))
& move_through_1(fn_gated_ion_channel_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)))
& move_1(fn_gated_channel_3(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)))
& move_through_1(fn_gated_channel_3(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)))
& move_through_1(fn_facilitated_diffusion_55(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)))
& move_1(fn_ligand_gated_ion_channel_7(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)))
& move_through_1(fn_ligand_gated_ion_channel_7(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)))
& move_through_1(fn_passive_transport_24(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)))
& aqueous_solution_1(fn_passive_transport_11(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)))
& facilitated_diffusion_1(fn_transport_protein_28(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)))
& substance_1(fn_plasma_membrane_70(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& aqueous_solution_1(fn_passive_transport_12(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& substance_1(fn_cell_29(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)))
& cytosol_1(fn_cell_29(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)))
& substance_1(fn_animal_cell_62(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)))
& cytosol_1(fn_animal_cell_62(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)))
& plasma_membrane_1(fn_cell_surface_receptor_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)))
& spatial_entity_1(fn_transport_protein_35(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)))
& biomembrane_1(fn_transport_protein_35(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)))
& spatial_entity_1(fn_gated_channel_16(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)))
& biomembrane_1(fn_gated_channel_16(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)))
& spatial_entity_1(fn_facilitated_diffusion_49(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)))
& biomembrane_1(fn_facilitated_diffusion_49(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)))
& spatial_entity_1(fn_passive_transport_25(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)))
& biomembrane_1(fn_passive_transport_25(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)))
& tangible_entity_1(fn_animal_cell_73(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)))
& spatial_entity_1(fn_animal_cell_73(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)))
& biomembrane_1(fn_animal_cell_73(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)))
& animal_plasma_membrane_1(fn_animal_cell_73(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)))
& plasma_membrane_1(fn_animal_cell_73(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)))
& cytoplasm_1(fn_cytosol_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)))
& mixture_1(fn_animal_cell_79(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)))
& cytoplasm_1(fn_animal_cell_79(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)))
& cell_1(fn_passive_transport_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)))
& recipient_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_1(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& object_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_11(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_20(X))
& is_inside_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_12(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_18(X))
& base_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_15(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_13(X))
& object_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_20(X))
& destination_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_23(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X))
& origin_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_23(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X))
& plays_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_13(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_25(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& first_subevent_2(X,fn_cell_communication_between_neurons_leading_to_ion_outflow_14(X))
& base_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_2(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_13(X))
& causes_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_7(X),X)
& causes_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_7(X))
& subevent_2(X,fn_cell_communication_between_neurons_leading_to_ion_outflow_14(X))
& agent_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_14(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_13(X))
& agent_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_2(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_13(X))
& subevent_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_14(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_2(X))
& next_event_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_14(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_15(X))
& subevent_2(X,fn_cell_communication_between_neurons_leading_to_ion_outflow_16(X))
& next_event_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_15(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_16(X))
& site_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_15(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_18(X))
& subevent_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_16(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_8(X))
& path_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_8(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& first_subevent_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_7(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_1(X))
& first_subevent_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_16(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_1(X))
& base_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_16(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& agent_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_7(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& base_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_7(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& base_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& subevent_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_8(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& causes_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_8(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_7(X))
& subevent_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_7(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_8(X))
& base_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_8(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& next_event_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_1(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_3(X))
& subevent_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_7(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_1(X))
& subevent_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_7(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_3(X))
& subevent_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_16(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_3(X))
& subevent_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_16(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_1(X))
& object_2(X,fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& subevent_2(X,fn_cell_communication_between_neurons_leading_to_ion_outflow_15(X))
& destination_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_15(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& base_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_3(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& next_event_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_3(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_8(X))
& base_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_1(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& instrument_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_1(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& is_across_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& is_at_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& called_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X),'MP1')
& agent_2(X,fn_cell_communication_between_neurons_leading_to_ion_outflow_13(X))
& is_between_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_18(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_13(X))
& is_between_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_18(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& is_near_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_13(X))
& is_near_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_13(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_4(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X))
& is_inside_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_6(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X))
& is_between_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_4(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_6(X))
& is_inside_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_4(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& is_between_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_4(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_4(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_6(X))
& subevent_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_23(X))
& has_function_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_23(X))
& base_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_23(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& causes_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_10(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_23(X))
& by_means_of_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_10(X))
& origin_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_12(X))
& objective_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_11(X))
& agent_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_23(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& facilitates_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_23(X))
& is_inside_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_5(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_5(X))
& path_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& has_part_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_20(X))
& has_solute_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_20(X))
& agent_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_21(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X) != fn_cell_communication_between_neurons_leading_to_ion_outflow_12(X)
& fn_cell_communication_between_neurons_leading_to_ion_outflow_12(X) != fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X)
& is_between_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X))
& is_between_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_21(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X))
& destination_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X))
& object_2(fn_cell_communication_between_neurons_leading_to_ion_outflow_10(X),fn_cell_communication_between_neurons_leading_to_ion_outflow_20(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_13(X) = fn_barrier_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_25(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X) = fn_plasma_membrane_54(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X) = fn_transmembrane_protein_4(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X) = fn_cell_communication_with_neurotransmitter_19(X)
& fn_cell_communication_between_neurons_leading_to_ion_outflow_7(X) = fn_cell_communication_with_neurotransmitter_1(X)
& fn_cell_communication_between_neurons_leading_to_ion_outflow_15(X) = fn_cell_communication_with_neurotransmitter_13(X)
& fn_cell_communication_between_neurons_leading_to_ion_outflow_2(X) = fn_cell_communication_with_neurotransmitter_7(X)
& fn_cell_communication_between_neurons_leading_to_ion_outflow_13(X) = fn_cell_communication_with_neurotransmitter_8(X)
& fn_cell_communication_between_neurons_leading_to_ion_outflow_14(X) = fn_cell_communication_with_neurotransmitter_14(X)
& fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X) = fn_passive_transport_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X) = fn_cell_communication_between_neurons_11(X)
& fn_cell_communication_between_neurons_leading_to_ion_outflow_16(X) = fn_cell_communication_with_neurotransmitter_15(X)
& fn_cell_communication_between_neurons_leading_to_ion_outflow_16(X) = fn_cell_communication_between_neurons_3(X)
& fn_cell_communication_between_neurons_leading_to_ion_outflow_7(X) = fn_cell_communication_between_neurons_4(X)
& fn_cell_communication_between_neurons_leading_to_ion_outflow_3(X) = fn_cell_communication_with_neurotransmitter_16(X)
& fn_cell_communication_between_neurons_leading_to_ion_outflow_8(X) = fn_cell_communication_with_neurotransmitter_20(X)
& fn_cell_communication_between_neurons_leading_to_ion_outflow_8(X) = fn_cell_communication_between_neurons_7(X)
& fn_cell_communication_between_neurons_leading_to_ion_outflow_3(X) = fn_cell_communication_between_neurons_6(X)
& fn_cell_communication_between_neurons_leading_to_ion_outflow_15(X) = fn_cell_communication_between_neurons_13(X)
& fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X) = fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X) = fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X) = fn_plasma_membrane_68(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X) = fn_plasma_membrane_3(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X) = fn_cell_surface_receptor_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X) = fn_plasma_membrane_55(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X) = fn_cell_communication_between_neurons_8(X)
& fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X) = fn_cell_communication_between_neurons_2(X)
& fn_cell_communication_between_neurons_leading_to_ion_outflow_1(X) = fn_cell_communication_between_neurons_5(X)
& fn_cell_communication_between_neurons_leading_to_ion_outflow_18(X) = fn_cell_communication_between_neurons_10(X)
& fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X) = fn_cell_communication_between_neurons_9(X)
& fn_cell_communication_between_neurons_leading_to_ion_outflow_13(X) = fn_cell_communication_between_neurons_12(X)
& fn_cell_communication_between_neurons_leading_to_ion_outflow_20(X) = fn_thermal_motion_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_10(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_21(X) = fn_passive_transport_26(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X) = fn_passive_transport_12(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_12(X) = fn_plasma_membrane_70(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X) = fn_plasma_membrane_70(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X) = fn_plasma_membrane_77(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_21(X) = fn_facilitated_diffusion_of_ion_26(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_20(X) = fn_solution_6(fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_20(X) = fn_solution_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X) = fn_cell_29(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_5(X) = fn_cell_14(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X) = fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_23(X) = fn_channel_protein_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_23(X) = fn_gated_ion_channel_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X) = fn_facilitated_diffusion_25(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_23(X) = fn_ligand_gated_ion_channel_7(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X) = fn_transport_protein_28(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_23(X) = fn_transport_protein_34(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_23(X) = fn_transport_protein_10(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X) = fn_transport_protein_35(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_23(X) = fn_animal_plasma_membrane_50(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_23(X) = fn_gated_channel_3(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X) = fn_gated_channel_16(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_23(X) = fn_facilitated_diffusion_55(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X) = fn_facilitated_diffusion_49(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X) = fn_passive_transport_25(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_23(X) = fn_passive_transport_24(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_10(X) = fn_passive_transport_22(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_12(X) = fn_passive_transport_11(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_11(X) = fn_passive_transport_29(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_4(X) = fn_cytosol_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X) = fn_animal_cell_62(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_4(X) = fn_eukaryotic_cell_31(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X) = fn_animal_plasma_membrane_56(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X) = fn_eukaryotic_cell_29(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X) = fn_animal_cell_73(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_4(X) = fn_animal_cell_79(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& fn_cell_communication_between_neurons_leading_to_ion_outflow_6(X) = fn_animal_cell_78(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& fn_cell_communication_between_neurons_3(X) = fn_cell_communication_between_neurons_3(X)
& fn_cell_communication_between_neurons_3(X) = fn_cell_communication_with_neurotransmitter_15(X)
& fn_cell_communication_with_neurotransmitter_15(X) = fn_cell_communication_between_neurons_3(X)
& fn_cell_communication_between_neurons_3(X) = fn_cell_communication_with_neurotransmitter_1(X)
& fn_cell_communication_with_neurotransmitter_1(X) = fn_cell_communication_with_neurotransmitter_1(X)
& fn_cell_communication_with_neurotransmitter_1(X) = fn_cell_communication_between_neurons_4(X)
& fn_cell_communication_between_neurons_4(X) = fn_cell_communication_between_neurons_4(X)
& fn_cell_communication_between_neurons_4(X) = fn_cell_communication_between_neurons_7(X)
& fn_cell_communication_between_neurons_7(X) = fn_cell_communication_between_neurons_7(X)
& fn_cell_communication_between_neurons_7(X) = fn_cell_communication_with_neurotransmitter_20(X)
& fn_cell_communication_with_neurotransmitter_20(X) = fn_cell_communication_between_neurons_7(X)
& fn_cell_communication_between_neurons_7(X) = fn_cell_communication_with_neurotransmitter_16(X)
& fn_cell_communication_between_neurons_6(X) = fn_cell_communication_with_neurotransmitter_16(X)
& fn_cell_communication_with_neurotransmitter_16(X) = fn_cell_communication_between_neurons_6(X)
& fn_cell_communication_between_neurons_6(X) = fn_cell_communication_between_neurons_6(X)
& fn_cell_communication_between_neurons_6(X) = fn_cell_communication_with_neurotransmitter_13(X)
& fn_cell_communication_with_neurotransmitter_13(X) = fn_cell_communication_between_neurons_13(X)
& fn_cell_communication_between_neurons_13(X) = fn_cell_communication_between_neurons_13(X)
& fn_cell_communication_between_neurons_13(X) = fn_barrier_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_25(X))
& fn_barrier_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_25(X)) = fn_cell_communication_with_neurotransmitter_8(X)
& fn_cell_communication_with_neurotransmitter_8(X) = fn_cell_communication_with_neurotransmitter_8(X)
& fn_cell_communication_with_neurotransmitter_8(X) = fn_cell_communication_between_neurons_12(X)
& fn_cell_communication_between_neurons_12(X) = fn_cell_communication_between_neurons_12(X)
& fn_cell_communication_between_neurons_12(X) = fn_passive_transport_26(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_passive_transport_26(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)) = fn_facilitated_diffusion_of_ion_26(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_facilitated_diffusion_of_ion_26(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)) = fn_thermal_motion_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_10(X))
& fn_thermal_motion_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_10(X)) = fn_solution_6(fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X))
& fn_solution_6(fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X)) = fn_solution_6(fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X))
& fn_solution_6(fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X)) = fn_solution_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X))
& fn_solution_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X)) = fn_solution_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X))
& fn_solution_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X)) = fn_plasma_membrane_54(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_plasma_membrane_54(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_plasma_membrane_3(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_plasma_membrane_3(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_plasma_membrane_54(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_plasma_membrane_54(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_animal_plasma_membrane_62(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_plasma_membrane_68(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_animal_plasma_membrane_53(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_plasma_membrane_68(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_plasma_membrane_55(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_plasma_membrane_68(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_plasma_membrane_68(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_plasma_membrane_68(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_plasma_membrane_68(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_plasma_membrane_55(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_plasma_membrane_55(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_plasma_membrane_55(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_plasma_membrane_55(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_plasma_membrane_55(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_cell_communication_between_neurons_2(X) = fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_animal_plasma_membrane_47(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_cell_communication_between_neurons_2(X)
& fn_cell_communication_between_neurons_2(X) = fn_cell_communication_between_neurons_2(X)
& fn_cell_communication_between_neurons_2(X) = fn_facilitated_diffusion_25(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_facilitated_diffusion_25(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)) = fn_facilitated_diffusion_25(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_facilitated_diffusion_25(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)) = fn_transport_protein_34(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_transport_protein_34(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_transport_protein_10(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_transport_protein_10(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_transport_protein_10(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_animal_plasma_membrane_50(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_transport_protein_10(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_transport_protein_10(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_animal_plasma_membrane_50(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_animal_plasma_membrane_50(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_channel_protein_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_channel_protein_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_animal_plasma_membrane_50(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_animal_plasma_membrane_50(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_animal_plasma_membrane_50(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_animal_plasma_membrane_50(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_gated_ion_channel_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_gated_ion_channel_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_channel_protein_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_channel_protein_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_gated_ion_channel_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_gated_ion_channel_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_gated_ion_channel_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_gated_channel_3(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_gated_ion_channel_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_gated_ion_channel_5(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_gated_channel_3(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_gated_channel_3(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_gated_channel_3(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_facilitated_diffusion_55(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)) = fn_gated_channel_3(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_gated_channel_3(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_facilitated_diffusion_55(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_ligand_gated_ion_channel_7(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_facilitated_diffusion_55(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_facilitated_diffusion_55(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)) = fn_facilitated_diffusion_55(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_facilitated_diffusion_55(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)) = fn_ligand_gated_ion_channel_7(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_ligand_gated_ion_channel_7(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_ligand_gated_ion_channel_7(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_ligand_gated_ion_channel_7(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_passive_transport_24(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_passive_transport_24(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)) = fn_passive_transport_24(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_passive_transport_24(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)) = fn_plasma_membrane_70(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_plasma_membrane_70(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_plasma_membrane_70(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_plasma_membrane_70(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_passive_transport_11(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_passive_transport_11(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)) = fn_cell_communication_with_neurotransmitter_19(X)
& fn_cell_communication_with_neurotransmitter_19(X) = fn_transport_protein_28(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_transport_protein_28(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_transport_protein_28(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_transport_protein_28(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_cell_communication_with_neurotransmitter_19(X)
& fn_cell_communication_with_neurotransmitter_19(X) = fn_cell_communication_between_neurons_11(X)
& fn_cell_communication_between_neurons_11(X) = fn_cell_communication_between_neurons_11(X)
& fn_cell_communication_between_neurons_11(X) = fn_passive_transport_12(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_passive_transport_12(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)) = fn_plasma_membrane_70(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_plasma_membrane_70(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_passive_transport_12(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_passive_transport_12(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)) = fn_passive_transport_12(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_passive_transport_12(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)) = fn_plasma_membrane_77(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_plasma_membrane_77(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_plasma_membrane_77(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_plasma_membrane_77(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_cell_29(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& fn_cell_29(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)) = fn_cell_29(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& fn_cell_29(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)) = fn_animal_cell_62(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& fn_animal_cell_62(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)) = fn_animal_cell_62(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& fn_animal_cell_62(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)) = fn_transmembrane_protein_4(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_transmembrane_protein_4(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_cell_surface_receptor_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_transport_protein_35(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_cell_surface_receptor_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_cell_surface_receptor_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_transport_protein_35(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_transport_protein_35(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_cell_communication_between_neurons_8(X)
& fn_cell_communication_between_neurons_8(X) = fn_transport_protein_35(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_transport_protein_35(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_transport_protein_35(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_transport_protein_35(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_gated_channel_16(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_cell_communication_between_neurons_8(X) = fn_cell_communication_between_neurons_8(X)
& fn_gated_channel_16(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_cell_communication_between_neurons_8(X)
& fn_cell_communication_between_neurons_8(X) = fn_gated_channel_16(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_gated_channel_16(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_gated_channel_16(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X))
& fn_gated_channel_16(fn_cell_communication_between_neurons_leading_to_ion_outflow_9(X)) = fn_eukaryotic_cell_29(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& fn_facilitated_diffusion_49(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)) = fn_eukaryotic_cell_29(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& fn_eukaryotic_cell_29(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)) = fn_eukaryotic_cell_29(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& fn_eukaryotic_cell_29(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)) = fn_facilitated_diffusion_49(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_facilitated_diffusion_49(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)) = fn_facilitated_diffusion_49(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_passive_transport_25(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)) = fn_facilitated_diffusion_49(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_facilitated_diffusion_49(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)) = fn_passive_transport_25(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_passive_transport_25(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)) = fn_passive_transport_25(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_passive_transport_25(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)) = fn_animal_cell_73(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& fn_animal_cell_73(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)) = fn_animal_cell_73(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& fn_animal_cell_73(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)) = fn_cytosol_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X))
& fn_cytosol_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_22(X)) = fn_eukaryotic_cell_31(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& fn_animal_cell_79(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)) = fn_eukaryotic_cell_31(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& fn_eukaryotic_cell_31(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)) = fn_animal_cell_79(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& fn_animal_cell_79(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)) = fn_animal_cell_79(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X))
& fn_animal_cell_79(fn_cell_communication_between_neurons_leading_to_ion_outflow_17(X)) = fn_passive_transport_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X))
& fn_passive_transport_1(fn_cell_communication_between_neurons_leading_to_ion_outflow_19(X)) = fn_animal_plasma_membrane_56(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X))
& fn_animal_plasma_membrane_56(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) = fn_cell_communication_between_neurons_9(X)
& fn_cell_communication_between_neurons_9(X) = fn_cell_communication_between_neurons_9(X)
& fn_cell_communication_between_neurons_9(X) = fn_animal_plasma_membrane_56(fn_cell_communication_between_neurons_leading_to_ion_outflow_24(X)) ) ) ).
fof(a528140,axiom,
! [X] :
( cell_communication_event_1(X)
=> ( original_name_2(X,'Cell-Communication-Event')
& user_description_2(X,'Event which occurs during the process of cell communication.')
& concept2words_2(X,'cell communication event')
& concept2words_2(X,'cell-communication-event')
& cellular_process_1(X) ) ) ).
fof(a528141,axiom,
! [X] :
( cell_communication_in_damaged_cell_leading_to_apoptosis_1(X)
=> ( original_name_2(X,'Cell-Communication-In-Damaged-Cell-Leading-To-Apoptosis')
& user_description_2(X,'Process of communication between and within cells which involves generation and delivery of a signal and the series of events leading to apoptosis of a damaged cell.')
& concept2words_2(X,'communicate a death signal')
& concept2words_2(X,'cell communication in damaged cell leading to apoptosis')
& concept2words_2(X,'cell-communication-in-damaged-cell-leading-to-apoptosis')
& cell_communication_leading_to_apoptosis_1(X)
& damaged_cell_1(fn_cell_communication_in_damaged_cell_leading_to_apoptosis_1(X))
& object_2(X,fn_cell_communication_in_damaged_cell_leading_to_apoptosis_1(X))
& fn_cell_communication_in_damaged_cell_leading_to_apoptosis_1(X) = fn_cell_communication_leading_to_apoptosis_4(X) ) ) ).
fof(a528142,axiom,
! [X] :
( cell_communication_in_infected_cell_leading_to_apoptosis_1(X)
=> ( original_name_2(X,'Cell-Communication-In-Infected-Cell-Leading-To-Apoptosis')
& user_description_2(X,'Process of communication between and within cells which involves generation and delivery of a signal and the series of events leading to apoptosis of an infected cell.')
& concept2words_2(X,'communicate a death signal')
& concept2words_2(X,'cell communication in infected cell leading to apoptosis')
& concept2words_2(X,'cell-communication-in-infected-cell-leading-to-apoptosis')
& cell_communication_leading_to_apoptosis_1(X)
& infected_cell_1(fn_cell_communication_in_infected_cell_leading_to_apoptosis_1(X))
& object_2(X,fn_cell_communication_in_infected_cell_leading_to_apoptosis_1(X))
& fn_cell_communication_in_infected_cell_leading_to_apoptosis_1(X) = fn_cell_communication_leading_to_apoptosis_4(X) ) ) ).
fof(a528143,axiom,
! [X] :
( cell_communication_in_plant_1(X)
=> ( original_name_2(X,'Cell-Communication-In-Plant')
& user_description_2(X,'Process of communication between and within plant cells which involves generation and delivery of a chemical or elictrical signal and the series of events leading to a response to that signal.')
& concept2words_2(X,communicate)
& concept2words_2(X,'cell communication in plant')
& concept2words_2(X,'cell-communication-in-plant')
& cell_communication_1(X)
& plant_cell_1(fn_cell_communication_in_plant_1(X))
& cell_signaling_1(fn_cell_communication_in_plant_2(X))
& plant_cell_1(fn_cell_communication_in_plant_3(X))
& cell_1(fn_cell_signaling_4(fn_cell_communication_in_plant_2(X)))
& agent_2(X,fn_cell_communication_in_plant_1(X))
& object_2(X,fn_cell_communication_in_plant_3(X))
& subevent_2(X,fn_cell_communication_in_plant_2(X))
& base_2(fn_cell_communication_in_plant_2(X),fn_cell_communication_in_plant_3(X))
& fn_cell_communication_in_plant_1(X) = fn_cell_communication_3(X)
& fn_cell_communication_in_plant_3(X) = fn_cell_communication_1(X)
& fn_cell_communication_in_plant_2(X) = fn_cell_communication_2(X)
& fn_cell_communication_in_plant_3(X) = fn_cell_signaling_4(fn_cell_communication_in_plant_2(X))
& fn_cell_communication_1(X) = fn_cell_signaling_4(fn_cell_communication_in_plant_2(X)) ) ) ).
fof(a528144,axiom,
! [X] :
( cell_communication_in_senescent_cell_leading_to_apoptosis_1(X)
=> ( original_name_2(X,'Cell-Communication-In-Senescent-Cell-Leading-To-Apoptosis')
& user_description_2(X,'Process of communication between and within cells which involves generation and delivery of a signal and the series of events leading to apoptosis of an old cell.')
& concept2words_2(X,'communicate a death signal')
& concept2words_2(X,'cell communication in senescent cell leading to apoptosis')
& concept2words_2(X,'cell-communication-in-senescent-cell-leading-to-apoptosis')
& cell_communication_leading_to_apoptosis_1(X)
& senescent_cell_1(fn_cell_communication_in_senescent_cell_leading_to_apoptosis_1(X))
& object_2(X,fn_cell_communication_in_senescent_cell_leading_to_apoptosis_1(X))
& fn_cell_communication_in_senescent_cell_leading_to_apoptosis_1(X) = fn_cell_communication_leading_to_apoptosis_4(X) ) ) ).
fof(a528145,axiom,
! [X] :
( cell_communication_leading_to_apoptosis_1(X)
=> ( original_name_2(X,'Cell-Communication-Leading-To-Apoptosis')
& user_description_2(X,'Process of communication between and within cells which involves generation and delivery of a signal and the series of events leading to apoptosis, the response to the signal.')
& concept2words_2(X,'communicate with')
& concept2words_2(X,'communicate a death signal')
& concept2words_2(X,'cell communication leading to apoptosis')
& concept2words_2(X,'cell-communication-leading-to-apoptosis')
& cell_communication_1(X)
& death_signal_1(fn_cell_communication_leading_to_apoptosis_1(X))
& chemical_entity_1(fn_cell_communication_leading_to_apoptosis_2(X))
& apoptosis_1(fn_cell_communication_leading_to_apoptosis_3(X))
& cell_1(fn_cell_communication_leading_to_apoptosis_4(X))
& signal_transduction_1(fn_cell_communication_leading_to_apoptosis_5(X))
& cell_signaling_1(fn_cell_communication_leading_to_apoptosis_6(X))
& signal_transduction_1(fn_cell_signaling_3(fn_cell_communication_leading_to_apoptosis_6(X)))
& cellular_response_1(fn_cell_signaling_1(fn_cell_communication_leading_to_apoptosis_6(X)))
& chemical_entity_1(fn_cell_signaling_5(fn_cell_communication_leading_to_apoptosis_6(X)))
& cell_1(fn_cell_signaling_4(fn_cell_communication_leading_to_apoptosis_6(X)))
& plays_2(fn_cell_communication_leading_to_apoptosis_2(X),fn_cell_communication_leading_to_apoptosis_1(X))
& instrument_2(X,fn_cell_communication_leading_to_apoptosis_2(X))
& subevent_2(X,fn_cell_communication_leading_to_apoptosis_6(X))
& object_2(X,fn_cell_communication_leading_to_apoptosis_4(X))
& agent_2(fn_cell_communication_leading_to_apoptosis_6(X),fn_cell_communication_leading_to_apoptosis_2(X))
& subevent_2(fn_cell_communication_leading_to_apoptosis_6(X),fn_cell_communication_leading_to_apoptosis_5(X))
& base_2(fn_cell_communication_leading_to_apoptosis_5(X),fn_cell_communication_leading_to_apoptosis_4(X))
& base_2(fn_cell_communication_leading_to_apoptosis_3(X),fn_cell_communication_leading_to_apoptosis_4(X))
& subevent_2(fn_cell_communication_leading_to_apoptosis_6(X),fn_cell_communication_leading_to_apoptosis_3(X))
& base_2(fn_cell_communication_leading_to_apoptosis_6(X),fn_cell_communication_leading_to_apoptosis_4(X))
& next_event_2(fn_cell_communication_leading_to_apoptosis_5(X),fn_cell_communication_leading_to_apoptosis_3(X))
& fn_cell_communication_leading_to_apoptosis_2(X) = fn_cell_communication_4(X)
& fn_cell_communication_leading_to_apoptosis_6(X) = fn_cell_communication_2(X)
& fn_cell_communication_leading_to_apoptosis_4(X) = fn_cell_communication_1(X)
& fn_cell_communication_leading_to_apoptosis_2(X) = fn_cell_signaling_5(fn_cell_communication_leading_to_apoptosis_6(X))
& fn_cell_communication_leading_to_apoptosis_4(X) = fn_cell_signaling_4(fn_cell_communication_leading_to_apoptosis_6(X))
& fn_cell_communication_leading_to_apoptosis_5(X) = fn_cell_signaling_3(fn_cell_communication_leading_to_apoptosis_6(X))
& fn_cell_communication_leading_to_apoptosis_3(X) = fn_cell_signaling_1(fn_cell_communication_leading_to_apoptosis_6(X))
& fn_cell_communication_4(X) = fn_cell_signaling_5(fn_cell_communication_leading_to_apoptosis_6(X))
& fn_cell_signaling_5(fn_cell_communication_leading_to_apoptosis_6(X)) = fn_cell_communication_1(X)
& fn_cell_communication_1(X) = fn_cell_signaling_4(fn_cell_communication_leading_to_apoptosis_6(X))
& fn_cell_signaling_4(fn_cell_communication_leading_to_apoptosis_6(X)) = fn_cell_signaling_4(fn_cell_communication_leading_to_apoptosis_6(X)) ) ) ).
fof(a528146,axiom,
! [X] :
( cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_1(X)
=> ( original_name_2(X,'Cell-Communication-Leading-To-Apoptosis-In-Caenorhabditis-Elegans')
& user_description_2(X,'Process of communication between and within cells of C. elegans which involves generation and delivery of a signal and the series of events leading to apoptosis, the response to the signal.')
& concept2words_2(X,'communicate a death signal')
& concept2words_2(X,'cell communication leading to apoptosis in caenorhabditis elegan')
& concept2words_2(X,'cell-communication-leading-to-apoptosis-in-caenorhabditis-elegan')
& cell_communication_leading_to_apoptosis_1(X)
& activation_value_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_8(X))
& activation_value_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_9(X))
& ced_4_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_10(X))
& activation_value_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_11(X))
& activation_value_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_12(X))
& activation_value_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_13(X))
& activation_value_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_14(X))
& time_interval_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_17(X))
& ced_3_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_18(X))
& activation_value_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_19(X))
& activation_value_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_20(X))
& activation_value_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_21(X))
& activation_value_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_22(X))
& ced_9_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_23(X))
& hydrolysis_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_26(X))
& tangible_entity_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_27(X))
& entity_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_27(X))
& chemical_entity_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_27(X))
& atom_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_27(X))
& nitrogen_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_27(X))
& r_group_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_31(X))
& entity_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_32(X))
& chemical_entity_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_32(X))
& atom_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_32(X))
& carbon_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_32(X))
& chemical_bond_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_33(X))
& covalent_bond_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_33(X))
& peptide_bond_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_33(X))
& deactivate_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_34(X))
& protein_enzyme_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& hydrolase_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& protease_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& protease_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_36(X))
& entity_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_37(X))
& ced_4_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_37(X))
& protein_enzyme_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X))
& nuclease_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X))
& entity_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& polymer_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& nuclease_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& protein_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& protein_enzyme_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& activate_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_40(X))
& activate_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_41(X))
& animal_cell_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X))
& eukaryotic_cell_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X))
& cell_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X))
& cell_signaling_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X))
& cell_signaling_event_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_44(X))
& signal_transduction_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_44(X))
& make_accessible_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_45(X))
& activate_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_45(X))
& activate_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_46(X))
& protein_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_47(X))
& ced_3_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_47(X))
& entity_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_47(X))
& ligand_binding_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_48(X))
& death_signal_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_49(X))
& chemical_entity_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_50(X))
& animal_cell_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_51(X))
& ced_9_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_52(X))
& caenorhabditis_elegans_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(X))
& size_value_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_54(X))
& spatial_entity_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_55(X))
& chemical_entity_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_55(X))
& monomer_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_55(X))
& molecule_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_55(X))
& amino_acid_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_55(X))
& size_value_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_56(X))
& monomer_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_57(X))
& polymer_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& organic_molecule_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& polypeptide_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& active_site_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_59(X))
& protein_domain_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_60(X))
& size_value_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_61(X))
& active_site_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_62(X))
& chemical_reaction_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_63(X))
& exergonic_reaction_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_63(X))
& hydrolysis_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_63(X))
& active_site_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_64(X))
& ced_3_gene_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_65(X))
& code_for_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_66(X))
& ced_4_gene_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_67(X))
& code_for_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_68(X))
& size_value_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_69(X))
& monomer_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_70(X))
& intracellular_process_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& cellular_response_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& apoptosis_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& signal_reception_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_72(X))
& eukaryotic_cell_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_73(X))
& damage_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_74(X))
& break_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_75(X))
& break_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_76(X))
& nucleic_acid_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_77(X))
& dna_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_77(X))
& food_vacuole_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_78(X))
& food_vacuole_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_79(X))
& entity_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_80(X))
& tangible_entity_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_80(X))
& vesicle_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_80(X))
& tangible_entity_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_81(X))
& cell_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_81(X))
& phagocyte_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_82(X))
& phagocyte_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_83(X))
& decomposition_reaction_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_84(X))
& exergonic_reaction_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_84(X))
& hydrolysis_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_84(X))
& chemical_reaction_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_84(X))
& chemical_reaction_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_85(X))
& decomposition_reaction_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_85(X))
& exergonic_reaction_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_85(X))
& hydrolysis_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_85(X))
& entity_1(fn_make_inaccessible_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_34(X)))
& entity_1(fn_make_accessible_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_41(X)))
& entity_1(fn_make_accessible_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_40(X)))
& code_for_1(fn_ced_4_gene_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_67(X)))
& code_for_1(fn_ced_3_gene_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_65(X)))
& activate_1(fn_signal_transduction_6(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_44(X)))
& chemical_reaction_1(fn_nuclease_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X)))
& exergonic_reaction_1(fn_nuclease_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X)))
& hydrolysis_1(fn_nuclease_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X)))
& active_site_1(fn_protein_enzyme_10(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X)))
& property_node_1(fn_protein_10(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X)))
& signal_reception_1(fn_cell_signaling_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X)))
& size_value_1(fn_protein_enzyme_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X)))
& active_site_1(fn_protein_enzyme_10(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X)))
& tangible_entity_1(fn_polypeptide_125(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& entity_1(fn_polypeptide_125(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& chemical_entity_1(fn_polypeptide_125(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& atom_1(fn_polypeptide_125(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& nitrogen_1(fn_polypeptide_125(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& break_1(fn_apoptosis_27(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& phagocyte_1(fn_apoptosis_36(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& food_vacuole_1(fn_apoptosis_37(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& entity_1(fn_apoptosis_44(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& tangible_entity_1(fn_apoptosis_44(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& vesicle_1(fn_apoptosis_44(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& eukaryotic_cell_1(fn_apoptosis_33(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& damage_1(fn_apoptosis_32(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& nuclease_1(fn_apoptosis_31(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& tangible_entity_1(fn_apoptosis_64(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& cell_1(fn_apoptosis_64(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& active_site_1(fn_protease_23(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)))
& r_group_1(fn_protease_18(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)))
& protein_domain_1(fn_protease_22(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)))
& property_node_1(fn_protease_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)))
& polypeptide_1(fn_protease_5(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)))
& size_value_1(fn_protease_31(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)))
& property_node_1(fn_protease_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)))
& entity_1(fn_make_accessible_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_46(X)))
& ced_4_1(fn_ced_4_gene_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_67(X)))
& ced_4_1(fn_nematode_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(X)))
& protein_1(fn_cellular_response_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& ced_3_1(fn_ced_3_gene_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_65(X)))
& ced_3_1(fn_nematode_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(X)))
& entity_1(fn_make_accessible_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_45(X)))
& break_1(fn_nuclease_7(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X)))
& break_1(fn_nuclease_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X)))
& signal_transduction_1(fn_cell_signaling_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X)))
& cell_1(fn_intracellular_process_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& cell_1(fn_cellular_response_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& animal_cell_1(fn_nematode_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(X)))
& cell_1(fn_cell_signaling_event_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_44(X)))
& eukaryotic_cell_1(fn_apoptosis_7(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& cell_1(fn_cell_signaling_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X)))
& chemical_entity_1(fn_ligand_binding_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_48(X)))
& chemical_entity_1(fn_cell_signaling_5(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X)))
& monomer_1(fn_polymer_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X)))
& monomer_1(fn_protein_enzyme_9(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X)))
& size_value_1(fn_protein_9(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X)))
& size_value_1(fn_protein_enzyme_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X)))
& atom_1(fn_organic_molecule_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& carbon_1(fn_organic_molecule_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& entity_1(fn_polypeptide_119(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& chemical_entity_1(fn_polypeptide_119(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& atom_1(fn_polypeptide_119(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& carbon_1(fn_polypeptide_119(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& entity_1(fn_polypeptide_126(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& chemical_entity_1(fn_polypeptide_126(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& atom_1(fn_polypeptide_126(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& carbon_1(fn_polypeptide_126(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& covalent_bond_1(fn_polymer_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& chemical_bond_1(fn_polypeptide_130(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& covalent_bond_1(fn_polypeptide_130(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& peptide_bond_1(fn_polypeptide_130(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& nucleic_acid_1(fn_nuclease_5(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X)))
& dna_1(fn_apoptosis_28(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& chemical_reaction_1(fn_nuclease_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X)))
& exergonic_reaction_1(fn_nuclease_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X)))
& hydrolysis_1(fn_nuclease_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X)))
& chemical_reaction_1(fn_apoptosis_47(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& decomposition_reaction_1(fn_apoptosis_47(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& exergonic_reaction_1(fn_apoptosis_47(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& hydrolysis_1(fn_apoptosis_47(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& cellular_response_1(fn_cell_signaling_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X)))
& monomer_1(fn_protein_enzyme_9(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)))
& monomer_1(fn_protease_27(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)))
& spatial_entity_1(fn_polypeptide_83(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& chemical_entity_1(fn_polypeptide_83(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& monomer_1(fn_polypeptide_83(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& molecule_1(fn_polypeptide_83(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& amino_acid_1(fn_polypeptide_83(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& chemical_entity_1(fn_polypeptide_82(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& monomer_1(fn_polypeptide_82(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& molecule_1(fn_polypeptide_82(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& amino_acid_1(fn_polypeptide_82(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)))
& spatial_entity_1(fn_protease_19(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)))
& chemical_entity_1(fn_protease_19(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)))
& monomer_1(fn_protease_19(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)))
& molecule_1(fn_protease_19(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)))
& amino_acid_1(fn_protease_19(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)))
& hydrolysis_1(fn_hydrolase_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)))
& decomposition_reaction_1(fn_apoptosis_46(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& exergonic_reaction_1(fn_apoptosis_46(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& hydrolysis_1(fn_apoptosis_46(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& chemical_reaction_1(fn_apoptosis_46(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& exergonic_reaction_1(fn_protease_17(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)))
& hydrolysis_1(fn_protease_17(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)))
& chemical_reaction_1(fn_protease_17(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)))
& hydrolase_1(fn_apoptosis_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& protease_1(fn_apoptosis_65(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)))
& size_value_1(fn_protein_enzyme_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)))
& size_value_1(fn_protease_35(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)))
& result_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_34(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_23(X))
& time_during_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_34(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_17(X))
& next_event_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_34(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_46(X))
& causes_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_34(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_46(X))
& activation_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_9(X))
& has_state_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_36(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& activation_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_36(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_8(X))
& the_categorical_value_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_8(X),inactive_0)
& the_categorical_value_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_9(X),active_0)
& activation_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_37(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_12(X))
& has_state_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_37(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_10(X))
& activation_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_10(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_11(X))
& the_categorical_value_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_11(X),active_0)
& the_categorical_value_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_12(X),inactive_0)
& activation_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_14(X))
& has_state_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X))
& activation_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_13(X))
& the_categorical_value_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_13(X),inactive_0)
& the_categorical_value_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_14(X),active_0)
& result_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_40(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& agent_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_40(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_18(X))
& time_during_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_40(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_17(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_40(X) != fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_46(X)
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_40(X) != fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_45(X)
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_40(X) != fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_41(X)
& called_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_40(X),"3")
& result_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_41(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_41(X) != fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_40(X)
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_41(X) != fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_46(X)
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_41(X) != fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_45(X)
& agent_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_41(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_18(X))
& time_during_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_41(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_17(X))
& called_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_41(X),"4")
& has_part_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_36(X))
& has_part_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X) != fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_82(X)
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X) != fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_51(X)
& subevent_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_44(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_46(X))
& subevent_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_44(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_40(X))
& subevent_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_44(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_41(X))
& subevent_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_44(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_34(X))
& agent_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_44(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_45(X) != fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_40(X)
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_45(X) != fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_41(X)
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_45(X) != fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_46(X)
& next_event_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_45(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_40(X))
& next_event_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_45(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_41(X))
& result_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_45(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_18(X))
& time_during_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_45(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_17(X))
& called_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_45(X),"2")
& result_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_46(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_10(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_46(X) != fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_40(X)
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_46(X) != fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_41(X)
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_46(X) != fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_45(X)
& time_during_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_46(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_17(X))
& called_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_46(X),"1")
& time_before_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_17(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_17(X))
& activation_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_47(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_20(X))
& has_state_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_47(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_18(X))
& has_function_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_18(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_40(X))
& has_function_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_18(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_41(X))
& activation_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_18(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_19(X))
& the_categorical_value_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_19(X),active_0)
& the_categorical_value_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_20(X),inactive_0)
& experiencer_2(X,fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(X))
& causes_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_48(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_34(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_51(X) != fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X)
& the_categorical_value_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_21(X),active_0)
& the_categorical_value_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_22(X),inactive_0)
& activation_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_23(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_22(X))
& activation_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_52(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_21(X))
& has_state_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_52(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_23(X))
& has_part_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_51(X))
& facilitates_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_62(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_63(X))
& site_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_63(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_62(X))
& site_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_26(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_64(X))
& recipient_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_72(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_82(X) != fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X)
& object_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_46(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_37(X))
& object_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_34(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_52(X))
& object_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_41(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& object_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_40(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_36(X))
& agent_2(X,fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_51(X))
& instrument_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_47(X))
& object_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_48(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_50(X))
& base_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X))
& object_2(X,fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X))
& donor_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_68(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_67(X))
& agent_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_68(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_67(X))
& result_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_68(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_37(X))
& donor_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_66(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_65(X))
& agent_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_66(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_65(X))
& result_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_66(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_47(X))
& has_part_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_37(X))
& has_part_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X))
& has_part_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_47(X))
& instrument_2(X,fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_50(X))
& subevent_2(X,fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X))
& subevent_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& next_event_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_44(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& agent_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_50(X))
& subevent_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_44(X))
& has_region_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_59(X))
& is_inside_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_31(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_59(X))
& has_region_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_55(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_31(X))
& is_at_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_55(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_60(X))
& has_region_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_60(X))
& size_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_57(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_54(X))
& has_part_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_57(X))
& has_part_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& has_part_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_55(X))
& has_function_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_84(X))
& size_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_56(X))
& greater_than_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_56(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_54(X))
& the_scalar_value_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_56(X),big_0)
& scalar_unit_class_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_56(X),polypeptide_0)
& has_function_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_85(X))
& agent_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_75(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X))
& object_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_75(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_77(X))
& raw_material_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_85(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_77(X))
& subevent_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_85(X))
& has_part_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_82(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_78(X))
& is_inside_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_80(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_78(X))
& has_part_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_81(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_80(X))
& base_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_84(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_81(X))
& subevent_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_84(X))
& object_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_74(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_73(X))
& prevents_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_74(X))
& next_event_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_85(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_84(X))
& first_subevent_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_85(X))
& has_part_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_81(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X))
& has_part_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_81(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_27(X) != fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_32(X)
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_32(X) != fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_27(X)
& is_between_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_33(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_27(X))
& possesses_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_33(X))
& is_between_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_33(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_32(X))
& the_scalar_value_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_61(X),big_0)
& scalar_unit_class_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_61(X),polypeptide_0)
& greater_than_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_61(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_69(X))
& size_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_70(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_69(X))
& has_part_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_70(X))
& has_region_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_62(X))
& size_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_61(X))
& first_subevent_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_72(X))
& subevent_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_72(X))
& next_event_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_72(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_44(X))
& base_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_44(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X))
& base_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X))
& object_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_72(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_50(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X) != fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_83(X)
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_83(X) != fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X)
& has_state_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_81(X))
& object_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X))
& is_inside_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_80(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_79(X))
& has_part_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_83(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_79(X))
& is_near_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_73(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X))
& is_near_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_73(X))
& base_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_85(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X))
& object_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_76(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_77(X))
& agent_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_76(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X))
& has_region_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_64(X))
& has_part_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_32(X))
& has_function_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_63(X))
& subevent_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_44(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_45(X))
& object_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_45(X),fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_47(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_37(X) = fn_make_accessible_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_46(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_52(X) = fn_make_inaccessible_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_34(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X) = fn_make_accessible_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_41(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_36(X) = fn_make_accessible_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_40(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_51(X) = fn_cell_communication_3(X)
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_50(X) = fn_ligand_binding_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_48(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X) = fn_intracellular_process_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_37(X) = fn_ced_4_gene_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_67(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_68(X) = fn_ced_4_gene_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_67(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_47(X) = fn_ced_3_gene_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_65(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_66(X) = fn_ced_3_gene_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_65(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_37(X) = fn_nematode_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X) = fn_cellular_response_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_47(X) = fn_cellular_response_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_47(X) = fn_nematode_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X) = fn_nematode_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_49(X) = fn_cell_communication_leading_to_apoptosis_1(X)
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X) = fn_cell_signaling_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X) = fn_cell_communication_leading_to_apoptosis_3(X)
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X) = fn_cell_communication_leading_to_apoptosis_6(X)
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_50(X) = fn_cell_communication_leading_to_apoptosis_2(X)
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_47(X) = fn_make_accessible_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_45(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_45(X) = fn_signal_transduction_6(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_44(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_63(X) = fn_nuclease_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_32(X) = fn_organic_molecule_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_32(X) = fn_organic_molecule_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_64(X) = fn_protein_enzyme_10(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_76(X) = fn_nuclease_7(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_76(X) = fn_nuclease_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_29(X) = fn_protein_10(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_83(X) = fn_apoptosis_36(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_79(X) = fn_apoptosis_37(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X) = fn_apoptosis_7(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_44(X) = fn_cell_communication_leading_to_apoptosis_5(X)
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X) = fn_cell_communication_leading_to_apoptosis_4(X)
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X) = fn_cell_signaling_event_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_44(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_44(X) = fn_cell_signaling_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_42(X) = fn_cell_signaling_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_72(X) = fn_cell_signaling_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_50(X) = fn_cell_signaling_5(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_69(X) = fn_protein_enzyme_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_70(X) = fn_polymer_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_70(X) = fn_protein_enzyme_9(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_62(X) = fn_protein_enzyme_10(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_61(X) = fn_protein_9(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_61(X) = fn_protein_enzyme_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_32(X) = fn_polypeptide_119(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_27(X) = fn_polypeptide_125(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_33(X) = fn_polymer_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_33(X) = fn_polypeptide_130(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_32(X) = fn_polypeptide_126(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_75(X) = fn_apoptosis_27(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_85(X) = fn_nuclease_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_77(X) = fn_nuclease_5(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_77(X) = fn_apoptosis_28(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_82(X) = fn_apoptosis_36(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_78(X) = fn_apoptosis_37(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_80(X) = fn_apoptosis_44(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_73(X) = fn_apoptosis_33(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_74(X) = fn_apoptosis_32(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_84(X) = fn_apoptosis_46(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_85(X) = fn_apoptosis_47(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X) = fn_apoptosis_31(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X) = fn_apoptosis_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_81(X) = fn_apoptosis_64(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X) = fn_apoptosis_65(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_59(X) = fn_protease_23(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_31(X) = fn_protease_18(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_60(X) = fn_protease_22(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_30(X) = fn_protease_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_57(X) = fn_protein_enzyme_9(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_57(X) = fn_protease_27(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_55(X) = fn_polypeptide_83(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_55(X) = fn_polypeptide_82(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X) = fn_protease_5(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_55(X) = fn_protease_19(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_84(X) = fn_hydrolase_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_84(X) = fn_protease_17(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_54(X) = fn_protease_31(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_56(X) = fn_protein_enzyme_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_28(X) = fn_protease_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_56(X) = fn_protease_35(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_make_accessible_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_46(X)) = fn_ced_4_gene_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_67(X))
& fn_ced_4_gene_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_67(X)) = fn_ced_4_gene_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_67(X))
& fn_ced_4_gene_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_67(X)) = fn_nematode_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(X))
& fn_nematode_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(X)) = fn_cellular_response_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_ced_3_gene_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_65(X)) = fn_cellular_response_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cellular_response_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)) = fn_ced_3_gene_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_65(X))
& fn_ced_3_gene_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_65(X)) = fn_nematode_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(X))
& fn_nematode_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(X)) = fn_nematode_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(X))
& fn_nematode_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(X)) = fn_make_accessible_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_45(X))
& fn_make_accessible_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_45(X)) = fn_nuclease_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X))
& fn_nuclease_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X)) = fn_nuclease_7(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X))
& fn_nuclease_7(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X)) = fn_nuclease_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X))
& fn_nuclease_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X)) = fn_cell_signaling_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X))
& fn_cell_communication_leading_to_apoptosis_5(X) = fn_cell_communication_leading_to_apoptosis_5(X)
& fn_cell_signaling_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X)) = fn_cell_signaling_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X))
& fn_cell_signaling_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X)) = fn_cell_communication_leading_to_apoptosis_5(X)
& fn_cell_communication_leading_to_apoptosis_5(X) = fn_cell_signaling_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X))
& fn_cell_signaling_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X)) = fn_intracellular_process_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_intracellular_process_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)) = fn_cellular_response_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cellular_response_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)) = fn_cellular_response_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cell_communication_leading_to_apoptosis_4(X) = fn_cellular_response_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_cellular_response_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)) = fn_cell_communication_leading_to_apoptosis_4(X)
& fn_cell_communication_leading_to_apoptosis_4(X) = fn_cell_communication_leading_to_apoptosis_4(X)
& fn_nematode_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(X)) = fn_cell_communication_leading_to_apoptosis_4(X)
& fn_cell_communication_leading_to_apoptosis_4(X) = fn_nematode_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(X))
& fn_nematode_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(X)) = fn_nematode_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(X))
& fn_nematode_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_53(X)) = fn_cell_signaling_event_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_44(X))
& fn_apoptosis_7(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)) = fn_cell_signaling_event_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_44(X))
& fn_cell_signaling_event_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_44(X)) = fn_apoptosis_7(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_apoptosis_7(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)) = fn_apoptosis_7(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_apoptosis_7(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)) = fn_cell_signaling_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X))
& fn_cell_signaling_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X)) = fn_cell_signaling_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X))
& fn_cell_signaling_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X)) = fn_ligand_binding_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_48(X))
& fn_ligand_binding_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_48(X)) = fn_cell_communication_leading_to_apoptosis_2(X)
& fn_cell_communication_leading_to_apoptosis_2(X) = fn_cell_communication_leading_to_apoptosis_2(X)
& fn_cell_communication_leading_to_apoptosis_2(X) = fn_cell_signaling_5(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X))
& fn_cell_signaling_5(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X)) = fn_cell_signaling_5(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X))
& fn_cell_signaling_5(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X)) = fn_protein_enzyme_9(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& fn_protein_enzyme_9(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X)) = fn_polymer_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& fn_polymer_4(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X)) = fn_protein_enzyme_9(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& fn_protein_enzyme_9(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X)) = fn_protein_9(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& fn_protein_9(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X)) = fn_protein_9(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& fn_protein_enzyme_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X)) = fn_protein_enzyme_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& fn_protein_enzyme_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X)) = fn_protein_9(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& fn_protein_9(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X)) = fn_protein_enzyme_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X))
& fn_protein_enzyme_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_39(X)) = fn_organic_molecule_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& fn_organic_molecule_2(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)) = fn_organic_molecule_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& fn_organic_molecule_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)) = fn_organic_molecule_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& fn_organic_molecule_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)) = fn_polypeptide_119(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& fn_polypeptide_119(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)) = fn_polypeptide_119(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& fn_polypeptide_119(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)) = fn_polypeptide_126(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& fn_polypeptide_126(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)) = fn_polypeptide_130(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& fn_polypeptide_130(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)) = fn_polymer_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& fn_polymer_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)) = fn_polypeptide_130(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& fn_polypeptide_130(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)) = fn_polypeptide_130(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& fn_polypeptide_130(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)) = fn_nuclease_5(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X))
& fn_apoptosis_28(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)) = fn_nuclease_5(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X))
& fn_nuclease_5(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X)) = fn_apoptosis_28(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_apoptosis_28(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)) = fn_apoptosis_47(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_apoptosis_47(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)) = fn_nuclease_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X))
& fn_nuclease_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_38(X)) = fn_apoptosis_47(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_apoptosis_47(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)) = fn_apoptosis_47(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_apoptosis_47(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)) = fn_cell_communication_leading_to_apoptosis_3(X)
& fn_cell_communication_leading_to_apoptosis_3(X) = fn_cell_signaling_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X))
& fn_cell_signaling_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_43(X)) = fn_cell_communication_leading_to_apoptosis_3(X)
& fn_cell_communication_leading_to_apoptosis_3(X) = fn_protease_27(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_protease_27(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)) = fn_protein_enzyme_9(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_protein_enzyme_9(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)) = fn_protease_27(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_protease_27(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)) = fn_polypeptide_83(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& fn_polypeptide_83(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)) = fn_polypeptide_82(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& fn_protease_19(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)) = fn_protease_19(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_protease_19(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)) = fn_polypeptide_82(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X))
& fn_polypeptide_82(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_58(X)) = fn_protease_19(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_protease_19(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)) = fn_apoptosis_46(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_apoptosis_46(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)) = fn_hydrolase_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_hydrolase_1(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)) = fn_apoptosis_46(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_apoptosis_46(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)) = fn_apoptosis_46(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_apoptosis_46(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)) = fn_protease_17(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_protease_17(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)) = fn_apoptosis_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_apoptosis_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)) = fn_apoptosis_65(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X))
& fn_apoptosis_65(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_71(X)) = fn_protein_enzyme_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_protease_35(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)) = fn_protein_enzyme_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_protein_enzyme_3(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)) = fn_protease_35(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X))
& fn_protease_35(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)) = fn_protease_35(fn_cell_communication_leading_to_apoptosis_in_caenorhabditis_elegans_35(X)) ) ) ).
fof(a528147,axiom,
! [X] :
( cell_communication_leading_to_apoptosis_in_mammal_1(X)
=> ( original_name_2(X,'Cell-Communication-Leading-To-Apoptosis-In-Mammal')
& user_description_2(X,'Process of communication between and within cells of mammals which involves generation and delivery of a signal and the series of events leading to apoptosis, the response to the signal.')
& concept2words_2(X,'communicate a death signal')
& concept2words_2(X,'cell communication leading to apoptosis in mammal')
& concept2words_2(X,'cell-communication-leading-to-apoptosis-in-mammal')
& cell_communication_leading_to_apoptosis_1(X)
& caspase_1(fn_cell_communication_leading_to_apoptosis_in_mammal_1(X))
& mammalian_cell_1(fn_cell_communication_leading_to_apoptosis_in_mammal_2(X))
& mammalian_cell_1(fn_cell_communication_leading_to_apoptosis_in_mammal_3(X))
& intracellular_process_1(fn_cell_communication_leading_to_apoptosis_in_mammal_4(X))
& cellular_response_1(fn_cell_communication_leading_to_apoptosis_in_mammal_4(X))
& apoptosis_1(fn_cell_communication_leading_to_apoptosis_in_mammal_4(X))
& mammalian_cell_1(fn_cell_communication_leading_to_apoptosis_in_mammal_5(X))
& cell_signaling_1(fn_cell_communication_leading_to_apoptosis_in_mammal_6(X))
& eukaryotic_cell_1(fn_apoptosis_7(fn_cell_communication_leading_to_apoptosis_in_mammal_4(X)))
& cell_1(fn_intracellular_process_1(fn_cell_communication_leading_to_apoptosis_in_mammal_4(X)))
& cell_1(fn_cellular_response_3(fn_cell_communication_leading_to_apoptosis_in_mammal_4(X)))
& has_part_2(fn_cell_communication_leading_to_apoptosis_in_mammal_5(X),fn_cell_communication_leading_to_apoptosis_in_mammal_1(X))
& minCardinality(fn_cell_communication_leading_to_apoptosis_in_mammal_5(X),has_part_0,"1",caspase_0)
& agent_2(X,fn_cell_communication_leading_to_apoptosis_in_mammal_3(X))
& base_2(fn_cell_communication_leading_to_apoptosis_in_mammal_6(X),fn_cell_communication_leading_to_apoptosis_in_mammal_2(X))
& object_2(X,fn_cell_communication_leading_to_apoptosis_in_mammal_2(X))
& base_2(fn_cell_communication_leading_to_apoptosis_in_mammal_4(X),fn_cell_communication_leading_to_apoptosis_in_mammal_2(X))
& subevent_2(X,fn_cell_communication_leading_to_apoptosis_in_mammal_6(X))
& subevent_2(fn_cell_communication_leading_to_apoptosis_in_mammal_6(X),fn_cell_communication_leading_to_apoptosis_in_mammal_4(X))
& object_2(fn_cell_communication_leading_to_apoptosis_in_mammal_4(X),fn_cell_communication_leading_to_apoptosis_in_mammal_5(X))
& fn_cell_communication_leading_to_apoptosis_in_mammal_3(X) = fn_cell_communication_3(X)
& fn_cell_communication_leading_to_apoptosis_in_mammal_2(X) = fn_intracellular_process_1(fn_cell_communication_leading_to_apoptosis_in_mammal_4(X))
& fn_cell_communication_leading_to_apoptosis_in_mammal_2(X) = fn_cellular_response_3(fn_cell_communication_leading_to_apoptosis_in_mammal_4(X))
& fn_cell_communication_leading_to_apoptosis_in_mammal_2(X) = fn_cell_communication_leading_to_apoptosis_4(X)
& fn_cell_communication_leading_to_apoptosis_in_mammal_4(X) = fn_cell_communication_leading_to_apoptosis_3(X)
& fn_cell_communication_leading_to_apoptosis_in_mammal_6(X) = fn_cell_communication_leading_to_apoptosis_6(X)
& fn_cell_communication_leading_to_apoptosis_in_mammal_5(X) = fn_apoptosis_7(fn_cell_communication_leading_to_apoptosis_in_mammal_4(X))
& fn_intracellular_process_1(fn_cell_communication_leading_to_apoptosis_in_mammal_4(X)) = fn_cellular_response_3(fn_cell_communication_leading_to_apoptosis_in_mammal_4(X))
& fn_cell_communication_leading_to_apoptosis_4(X) = fn_cellular_response_3(fn_cell_communication_leading_to_apoptosis_in_mammal_4(X))
& fn_cellular_response_3(fn_cell_communication_leading_to_apoptosis_in_mammal_4(X)) = fn_cell_communication_leading_to_apoptosis_4(X)
& fn_cell_communication_leading_to_apoptosis_4(X) = fn_cell_communication_leading_to_apoptosis_4(X) ) ) ).
fof(a528148,axiom,
! [X] :
( cell_communication_leading_to_cell_division_1(X)
=> ( original_name_2(X,'Cell-Communication-Leading-To-Cell-Division')
& user_description_2(X,'Process of communication between and within cells which leads to cell division as cellular response.')
& concept2words_2(X,communicate)
& concept2words_2(X,'cell communication leading to cell division')
& concept2words_2(X,'cell-communication-leading-to-cell-division')
& cell_communication_1(X) ) ) ).
fof(a528149,axiom,
! [X] :
( cell_communication_with_endocrine_hormone_1(X)
=> ( original_name_2(X,'Cell-Communication-With-Endocrine-Hormone')
& user_description_2(X,'The process of cellular communication in animal cells in which the signal molecule is an endocrine hormone.')
& concept2words_2(X,'hormone signaling')
& concept2words_2(X,'endocrine signaling')
& concept2words_2(X,communicate)
& concept2words_2(X,'cell communication with endocrine hormone')
& concept2words_2(X,'cell-communication-with-endocrine-hormone')
& long_distance_cell_communication_1(X)
& circulatory_system_1(fn_cell_communication_with_endocrine_hormone_1(X))
& protein_enzyme_1(fn_cell_communication_with_endocrine_hormone_2(X))
& secretor_1(fn_cell_communication_with_endocrine_hormone_3(X))
& biological_region_1(fn_cell_communication_with_endocrine_hormone_4(X))
& secretion_1(fn_cell_communication_with_endocrine_hormone_5(X))
& transmit_1(fn_cell_communication_with_endocrine_hormone_6(X))
& signal_1(fn_cell_communication_with_endocrine_hormone_7(X))
& move_1(fn_cell_communication_with_endocrine_hormone_8(X))
& target_cell_1(fn_cell_communication_with_endocrine_hormone_9(X))
& signal_generation_1(fn_cell_communication_with_endocrine_hormone_10(X))
& hormone_1(fn_cell_communication_with_endocrine_hormone_11(X))
& endocrine_cell_1(fn_cell_communication_with_endocrine_hormone_12(X))
& cell_signaling_1(fn_cell_communication_with_endocrine_hormone_13(X))
& signal_transmission_1(fn_cell_communication_with_endocrine_hormone_14(X))
& metabolic_pathway_1(fn_cell_communication_with_endocrine_hormone_15(X))
& endergonic_process_1(fn_cell_communication_with_endocrine_hormone_15(X))
& chemical_reaction_1(fn_cell_communication_with_endocrine_hormone_15(X))
& synthesis_of_organic_molecule_1(fn_cell_communication_with_endocrine_hormone_15(X))
& anabolic_pathway_1(fn_cell_communication_with_endocrine_hormone_15(X))
& synthesis_of_atp_1(fn_cell_communication_with_endocrine_hormone_15(X))
& animal_cell_1(fn_cell_communication_with_endocrine_hormone_16(X))
& metabolic_pathway_1(fn_secretory_cell_88(fn_cell_communication_with_endocrine_hormone_12(X)))
& endergonic_process_1(fn_secretory_cell_88(fn_cell_communication_with_endocrine_hormone_12(X)))
& chemical_reaction_1(fn_secretory_cell_88(fn_cell_communication_with_endocrine_hormone_12(X)))
& synthesis_of_organic_molecule_1(fn_secretory_cell_88(fn_cell_communication_with_endocrine_hormone_12(X)))
& anabolic_pathway_1(fn_secretory_cell_88(fn_cell_communication_with_endocrine_hormone_12(X)))
& synthesis_of_atp_1(fn_secretory_cell_88(fn_cell_communication_with_endocrine_hormone_12(X)))
& biological_region_1(fn_signal_transmission_1(fn_cell_communication_with_endocrine_hormone_14(X)))
& secretor_1(fn_secretion_3(fn_cell_communication_with_endocrine_hormone_5(X)))
& signal_1(fn_transmit_1(fn_cell_communication_with_endocrine_hormone_6(X)))
& signal_1(fn_signal_transmission_2(fn_cell_communication_with_endocrine_hormone_14(X)))
& spatial_entity_1(fn_move_1(fn_cell_communication_with_endocrine_hormone_6(X)))
& spatial_entity_1(fn_move_1(fn_cell_communication_with_endocrine_hormone_8(X)))
& chemical_entity_1(fn_cell_signaling_5(fn_cell_communication_with_endocrine_hormone_13(X)))
& tangible_entity_1(fn_signal_transmission_3(fn_cell_communication_with_endocrine_hormone_14(X)))
& tangible_entity_1(fn_secretion_1(fn_cell_communication_with_endocrine_hormone_5(X)))
& cell_1(fn_target_cell_3(fn_cell_communication_with_endocrine_hormone_9(X)))
& cell_1(fn_cell_signaling_4(fn_cell_communication_with_endocrine_hormone_13(X)))
& tangible_entity_1(fn_signal_transmission_5(fn_cell_communication_with_endocrine_hormone_14(X)))
& cell_1(fn_signal_transmission_5(fn_cell_communication_with_endocrine_hormone_14(X)))
& cell_1(fn_target_cell_1(fn_cell_communication_with_endocrine_hormone_9(X)))
& living_entity_1(fn_secretion_2(fn_cell_communication_with_endocrine_hormone_5(X)))
& is_outside_2(fn_cell_communication_with_endocrine_hormone_4(X),fn_cell_communication_with_endocrine_hormone_12(X))
& path_2(fn_cell_communication_with_endocrine_hormone_8(X),fn_cell_communication_with_endocrine_hormone_1(X))
& in_event_2(fn_cell_communication_with_endocrine_hormone_9(X),X)
& by_means_of_2(fn_cell_communication_with_endocrine_hormone_14(X),fn_cell_communication_with_endocrine_hormone_8(X))
& agent_2(fn_cell_communication_with_endocrine_hormone_15(X),fn_cell_communication_with_endocrine_hormone_2(X))
& object_2(fn_cell_communication_with_endocrine_hormone_6(X),fn_cell_communication_with_endocrine_hormone_11(X))
& object_2(fn_cell_communication_with_endocrine_hormone_8(X),fn_cell_communication_with_endocrine_hormone_11(X))
& plays_2(fn_cell_communication_with_endocrine_hormone_16(X),fn_cell_communication_with_endocrine_hormone_9(X))
& fn_cell_communication_with_endocrine_hormone_12(X) != fn_cell_communication_with_endocrine_hormone_16(X)
& fn_cell_communication_with_endocrine_hormone_16(X) != fn_cell_communication_with_endocrine_hormone_12(X)
& in_event_2(fn_cell_communication_with_endocrine_hormone_7(X),fn_cell_communication_with_endocrine_hormone_6(X))
& base_2(fn_cell_communication_with_endocrine_hormone_15(X),fn_cell_communication_with_endocrine_hormone_12(X))
& agent_2(fn_cell_communication_with_endocrine_hormone_13(X),fn_cell_communication_with_endocrine_hormone_11(X))
& instrument_2(X,fn_cell_communication_with_endocrine_hormone_11(X))
& result_2(fn_cell_communication_with_endocrine_hormone_10(X),fn_cell_communication_with_endocrine_hormone_11(X))
& agent_2(fn_cell_communication_with_endocrine_hormone_10(X),fn_cell_communication_with_endocrine_hormone_12(X))
& agent_2(X,fn_cell_communication_with_endocrine_hormone_12(X))
& object_2(X,fn_cell_communication_with_endocrine_hormone_16(X))
& first_subevent_2(X,fn_cell_communication_with_endocrine_hormone_10(X))
& subevent_2(fn_cell_communication_with_endocrine_hormone_10(X),fn_cell_communication_with_endocrine_hormone_5(X))
& subevent_2(X,fn_cell_communication_with_endocrine_hormone_14(X))
& next_event_2(fn_cell_communication_with_endocrine_hormone_14(X),fn_cell_communication_with_endocrine_hormone_13(X))
& subevent_2(X,fn_cell_communication_with_endocrine_hormone_13(X))
& subevent_2(X,fn_cell_communication_with_endocrine_hormone_10(X))
& next_event_2(fn_cell_communication_with_endocrine_hormone_10(X),fn_cell_communication_with_endocrine_hormone_14(X))
& plays_2(fn_cell_communication_with_endocrine_hormone_11(X),fn_cell_communication_with_endocrine_hormone_7(X))
& origin_2(fn_cell_communication_with_endocrine_hormone_14(X),fn_cell_communication_with_endocrine_hormone_4(X))
& in_event_2(fn_cell_communication_with_endocrine_hormone_3(X),fn_cell_communication_with_endocrine_hormone_5(X))
& plays_2(fn_cell_communication_with_endocrine_hormone_12(X),fn_cell_communication_with_endocrine_hormone_3(X))
& base_2(fn_cell_communication_with_endocrine_hormone_5(X),fn_cell_communication_with_endocrine_hormone_12(X))
& destination_2(fn_cell_communication_with_endocrine_hormone_14(X),fn_cell_communication_with_endocrine_hormone_16(X))
& base_2(fn_cell_communication_with_endocrine_hormone_13(X),fn_cell_communication_with_endocrine_hormone_16(X))
& object_2(fn_cell_communication_with_endocrine_hormone_5(X),fn_cell_communication_with_endocrine_hormone_11(X))
& object_2(fn_cell_communication_with_endocrine_hormone_14(X),fn_cell_communication_with_endocrine_hormone_11(X))
& fn_cell_communication_with_endocrine_hormone_11(X) = fn_move_1(fn_cell_communication_with_endocrine_hormone_6(X))
& fn_cell_communication_with_endocrine_hormone_11(X) = fn_move_1(fn_cell_communication_with_endocrine_hormone_8(X))
& fn_cell_communication_with_endocrine_hormone_12(X) = fn_target_cell_1(fn_cell_communication_with_endocrine_hormone_9(X))
& fn_cell_communication_with_endocrine_hormone_16(X) = fn_target_cell_3(fn_cell_communication_with_endocrine_hormone_9(X))
& fn_cell_communication_with_endocrine_hormone_7(X) = fn_transmit_1(fn_cell_communication_with_endocrine_hormone_6(X))
& fn_cell_communication_with_endocrine_hormone_15(X) = fn_secretory_cell_88(fn_cell_communication_with_endocrine_hormone_12(X))
& fn_cell_communication_with_endocrine_hormone_11(X) = fn_cell_signaling_5(fn_cell_communication_with_endocrine_hormone_13(X))
& fn_cell_communication_with_endocrine_hormone_13(X) = fn_cell_communication_2(X)
& fn_cell_communication_with_endocrine_hormone_16(X) = fn_cell_communication_1(X)
& fn_cell_communication_with_endocrine_hormone_12(X) = fn_cell_communication_3(X)
& fn_cell_communication_with_endocrine_hormone_10(X) = fn_cell_communication_5(X)
& fn_cell_communication_with_endocrine_hormone_11(X) = fn_cell_communication_4(X)
& fn_cell_communication_with_endocrine_hormone_5(X) = fn_long_distance_cell_communication_6(X)
& fn_cell_communication_with_endocrine_hormone_10(X) = fn_long_distance_cell_communication_3(X)
& fn_cell_communication_with_endocrine_hormone_13(X) = fn_long_distance_cell_communication_8(X)
& fn_cell_communication_with_endocrine_hormone_14(X) = fn_long_distance_cell_communication_5(X)
& fn_cell_communication_with_endocrine_hormone_7(X) = fn_signal_transmission_2(fn_cell_communication_with_endocrine_hormone_14(X))
& fn_cell_communication_with_endocrine_hormone_4(X) = fn_signal_transmission_1(fn_cell_communication_with_endocrine_hormone_14(X))
& fn_cell_communication_with_endocrine_hormone_11(X) = fn_signal_transmission_3(fn_cell_communication_with_endocrine_hormone_14(X))
& fn_cell_communication_with_endocrine_hormone_11(X) = fn_secretion_1(fn_cell_communication_with_endocrine_hormone_5(X))
& fn_cell_communication_with_endocrine_hormone_16(X) = fn_cell_signaling_4(fn_cell_communication_with_endocrine_hormone_13(X))
& fn_cell_communication_with_endocrine_hormone_16(X) = fn_signal_transmission_5(fn_cell_communication_with_endocrine_hormone_14(X))
& fn_cell_communication_with_endocrine_hormone_12(X) = fn_secretion_2(fn_cell_communication_with_endocrine_hormone_5(X))
& fn_cell_communication_with_endocrine_hormone_3(X) = fn_secretion_3(fn_cell_communication_with_endocrine_hormone_5(X))
& fn_cell_communication_5(X) = fn_cell_communication_5(X)
& fn_cell_communication_5(X) = fn_long_distance_cell_communication_3(X)
& fn_long_distance_cell_communication_3(X) = fn_long_distance_cell_communication_3(X)
& fn_long_distance_cell_communication_3(X) = fn_transmit_1(fn_cell_communication_with_endocrine_hormone_6(X))
& fn_transmit_1(fn_cell_communication_with_endocrine_hormone_6(X)) = fn_signal_transmission_2(fn_cell_communication_with_endocrine_hormone_14(X))
& fn_signal_transmission_2(fn_cell_communication_with_endocrine_hormone_14(X)) = fn_move_1(fn_cell_communication_with_endocrine_hormone_6(X))
& fn_move_1(fn_cell_communication_with_endocrine_hormone_6(X)) = fn_move_1(fn_cell_communication_with_endocrine_hormone_8(X))
& fn_move_1(fn_cell_communication_with_endocrine_hormone_8(X)) = fn_cell_signaling_5(fn_cell_communication_with_endocrine_hormone_13(X))
& fn_cell_signaling_5(fn_cell_communication_with_endocrine_hormone_13(X)) = fn_cell_signaling_5(fn_cell_communication_with_endocrine_hormone_13(X))
& fn_cell_signaling_5(fn_cell_communication_with_endocrine_hormone_13(X)) = fn_cell_communication_4(X)
& fn_cell_communication_4(X) = fn_cell_communication_4(X)
& fn_cell_communication_4(X) = fn_signal_transmission_3(fn_cell_communication_with_endocrine_hormone_14(X))
& fn_signal_transmission_3(fn_cell_communication_with_endocrine_hormone_14(X)) = fn_signal_transmission_3(fn_cell_communication_with_endocrine_hormone_14(X))
& fn_signal_transmission_3(fn_cell_communication_with_endocrine_hormone_14(X)) = fn_secretion_1(fn_cell_communication_with_endocrine_hormone_5(X))
& fn_secretion_1(fn_cell_communication_with_endocrine_hormone_5(X)) = fn_cell_communication_2(X)
& fn_cell_communication_2(X) = fn_long_distance_cell_communication_8(X)
& fn_long_distance_cell_communication_8(X) = fn_long_distance_cell_communication_8(X)
& fn_long_distance_cell_communication_8(X) = fn_target_cell_3(fn_cell_communication_with_endocrine_hormone_9(X))
& fn_target_cell_3(fn_cell_communication_with_endocrine_hormone_9(X)) = fn_target_cell_3(fn_cell_communication_with_endocrine_hormone_9(X))
& fn_target_cell_3(fn_cell_communication_with_endocrine_hormone_9(X)) = fn_cell_communication_1(X)
& fn_cell_communication_1(X) = fn_cell_communication_1(X)
& fn_cell_communication_1(X) = fn_cell_signaling_4(fn_cell_communication_with_endocrine_hormone_13(X))
& fn_cell_signaling_4(fn_cell_communication_with_endocrine_hormone_13(X)) = fn_cell_signaling_4(fn_cell_communication_with_endocrine_hormone_13(X))
& fn_cell_signaling_4(fn_cell_communication_with_endocrine_hormone_13(X)) = fn_signal_transmission_5(fn_cell_communication_with_endocrine_hormone_14(X))
& fn_signal_transmission_5(fn_cell_communication_with_endocrine_hormone_14(X)) = fn_target_cell_1(fn_cell_communication_with_endocrine_hormone_9(X))
& fn_target_cell_1(fn_cell_communication_with_endocrine_hormone_9(X)) = fn_target_cell_1(fn_cell_communication_with_endocrine_hormone_9(X))
& fn_target_cell_1(fn_cell_communication_with_endocrine_hormone_9(X)) = fn_cell_communication_3(X)
& fn_cell_communication_3(X) = fn_cell_communication_3(X)
& fn_cell_communication_3(X) = fn_secretion_2(fn_cell_communication_with_endocrine_hormone_5(X))
& fn_secretion_2(fn_cell_communication_with_endocrine_hormone_5(X)) = fn_secretion_2(fn_cell_communication_with_endocrine_hormone_5(X)) ) ) ).
fof(a528150,axiom,
! [X] :
( cell_communication_with_endocrine_hormone_leading_to_cell_division_1(X)
=> ( original_name_2(X,'Cell-Communication-With-Endocrine-Hormone-Leading-To-Cell-Division')
& user_description_2(X,'Process of cellular communication with endocrine hormone messengers between and within cells which leads to cell division as cellular response.')
& concept2words_2(X,'endocrine signaling leading to cell division')
& concept2words_2(X,communicate)
& concept2words_2(X,'cell communication with endocrine hormone leading to cell division')
& concept2words_2(X,'cell-communication-with-endocrine-hormone-leading-to-cell-division')
& cell_communication_with_endocrine_hormone_1(X)
& cell_division_1(fn_cell_communication_with_endocrine_hormone_leading_to_cell_division_1(X))
& cell_signaling_1(fn_cell_communication_with_endocrine_hormone_leading_to_cell_division_2(X))
& cellular_response_1(fn_cell_signaling_1(fn_cell_communication_with_endocrine_hormone_leading_to_cell_division_2(X)))
& subevent_2(fn_cell_communication_with_endocrine_hormone_leading_to_cell_division_2(X),fn_cell_communication_with_endocrine_hormone_leading_to_cell_division_1(X))
& subevent_2(X,fn_cell_communication_with_endocrine_hormone_leading_to_cell_division_2(X))
& fn_cell_communication_with_endocrine_hormone_leading_to_cell_division_1(X) = fn_cell_signaling_1(fn_cell_communication_with_endocrine_hormone_leading_to_cell_division_2(X))
& fn_cell_communication_with_endocrine_hormone_leading_to_cell_division_2(X) = fn_cell_communication_with_endocrine_hormone_13(X) ) ) ).
fof(a528151,axiom,
! [X] :
( cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_1(X)
=> ( original_name_2(X,'Cell-Communication-With-Endoplasmic-Reticulum-Signal-Leading-To-Apoptosis')
& user_description_2(X,'Series of events which leads to programmed cell death (apoptosis) in a cell; in this case, the signal for apoptosis is generated internally by the endoplasmic reticulum.')
& concept2words_2(X,'communicate a death signal')
& concept2words_2(X,'cell communication with endoplasmic reticulum signal leading to apoptosis')
& concept2words_2(X,'cell-communication-with-endoplasmic-reticulum-signal-leading-to-apoptosis')
& intracellular_process_1(X)
& cell_communication_leading_to_apoptosis_1(X)
& death_signal_1(fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_1(X))
& eukaryotic_cell_1(fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_2(X))
& rough_endoplasmic_reticulum_1(fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_3(X))
& eukaryotic_cell_1(fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_4(X))
& cell_1(fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_4(X))
& signal_generation_1(fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_5(X))
& chemical_entity_1(fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_6(X))
& produce_1(fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_7(X))
& misfolded_protein_1(fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_8(X))
& entity_1(fn_create_1(fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_7(X)))
& rough_endoplasmic_reticulum_1(fn_eukaryotic_cell_19(fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_4(X)))
& has_state_2(fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_4(X),fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_2(X))
& site_2(fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_5(X),fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_3(X))
& plays_2(fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_6(X),fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_1(X))
& causes_2(fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_7(X),fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_5(X))
& base_2(fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_7(X),fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_3(X))
& result_2(fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_7(X),fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_8(X))
& object_2(X,fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_4(X))
& has_part_2(fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_4(X),fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_3(X))
& first_subevent_2(X,fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_5(X))
& agent_2(fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_5(X),fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_4(X))
& agent_2(X,fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_4(X))
& subevent_2(X,fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_5(X))
& result_2(fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_5(X),fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_6(X))
& fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_8(X) = fn_create_1(fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_7(X))
& fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_4(X) = fn_cell_communication_leading_to_apoptosis_4(X)
& fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_3(X) = fn_eukaryotic_cell_19(fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_4(X))
& fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_6(X) = fn_cell_communication_4(X)
& fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_4(X) = fn_cell_communication_3(X)
& fn_cell_communication_with_endoplasmic_reticulum_signal_leading_to_apoptosis_5(X) = fn_cell_communication_5(X)
& fn_cell_communication_leading_to_apoptosis_4(X) = fn_cell_communication_3(X)
& fn_cell_communication_3(X) = fn_cell_communication_3(X) ) ) ).
fof(a528152,axiom,
! [X] :
( cell_communication_with_epinephrine_1(X)
=> ( original_name_2(X,'Cell-Communication-With-Epinephrine')
& user_description_2(X,'The process of cellular communication in animal cells in which the signal molecule is the hormone epinepherine.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with epinepherine')
& concept2words_2(X,communicate)
& concept2words_2(X,'cell communication with epinephrine')
& concept2words_2(X,'cell-communication-with-epinephrine')
& cell_communication_with_endocrine_hormone_1(X)
& system_1(fn_cell_communication_with_epinephrine_3(X))
& concentration_value_1(fn_cell_communication_with_epinephrine_6(X))
& extracellular_side_1(fn_cell_communication_with_epinephrine_7(X))
& concentration_value_1(fn_cell_communication_with_epinephrine_8(X))
& target_cell_1(fn_cell_communication_with_epinephrine_10(X))
& signal_generation_1(fn_cell_communication_with_epinephrine_14(X))
& signal_transmission_1(fn_cell_communication_with_epinephrine_15(X))
& living_entity_1(fn_cell_communication_with_epinephrine_16(X))
& cell_1(fn_cell_communication_with_epinephrine_16(X))
& endocrine_cell_1(fn_cell_communication_with_epinephrine_16(X))
& golgi_apparatus_1(fn_cell_communication_with_epinephrine_17(X))
& solution_1(fn_cell_communication_with_epinephrine_18(X))
& substance_1(fn_cell_communication_with_epinephrine_18(X))
& cytosol_1(fn_cell_communication_with_epinephrine_18(X))
& cyclic_amp_1(fn_cell_communication_with_epinephrine_19(X))
& cell_1(fn_cell_communication_with_epinephrine_20(X))
& animal_cell_1(fn_cell_communication_with_epinephrine_20(X))
& signal_transduction_1(fn_cell_communication_with_epinephrine_21(X))
& cell_signaling_event_1(fn_cell_communication_with_epinephrine_21(X))
& spatial_entity_1(fn_cell_communication_with_epinephrine_22(X))
& chemical_entity_1(fn_cell_communication_with_epinephrine_22(X))
& polymer_1(fn_cell_communication_with_epinephrine_22(X))
& organic_molecule_1(fn_cell_communication_with_epinephrine_22(X))
& protein_1(fn_cell_communication_with_epinephrine_22(X))
& molecule_1(fn_cell_communication_with_epinephrine_22(X))
& g_protein_1(fn_cell_communication_with_epinephrine_22(X))
& spatial_entity_1(fn_cell_communication_with_epinephrine_23(X))
& chemical_entity_1(fn_cell_communication_with_epinephrine_23(X))
& polymer_1(fn_cell_communication_with_epinephrine_23(X))
& organic_molecule_1(fn_cell_communication_with_epinephrine_23(X))
& protein_1(fn_cell_communication_with_epinephrine_23(X))
& molecule_1(fn_cell_communication_with_epinephrine_23(X))
& g_protein_1(fn_cell_communication_with_epinephrine_23(X))
& make_accessible_1(fn_cell_communication_with_epinephrine_24(X))
& activate_1(fn_cell_communication_with_epinephrine_24(X))
& attach_1(fn_cell_communication_with_epinephrine_25(X))
& spatial_entity_1(fn_cell_communication_with_epinephrine_26(X))
& enzyme_1(fn_cell_communication_with_epinephrine_26(X))
& adenylyl_cyclase_1(fn_cell_communication_with_epinephrine_26(X))
& polymer_1(fn_cell_communication_with_epinephrine_26(X))
& protein_1(fn_cell_communication_with_epinephrine_26(X))
& protein_enzyme_1(fn_cell_communication_with_epinephrine_26(X))
& cell_1(fn_cell_communication_with_epinephrine_27(X))
& synthesis_reaction_1(fn_cell_communication_with_epinephrine_28(X))
& chemical_reaction_1(fn_cell_communication_with_epinephrine_28(X))
& synthesis_of_organic_molecule_1(fn_cell_communication_with_epinephrine_28(X))
& metabolic_pathway_1(fn_cell_communication_with_epinephrine_28(X))
& synthesis_of_camp_1(fn_cell_communication_with_epinephrine_28(X))
& monomer_1(fn_cell_communication_with_epinephrine_29(X))
& size_value_1(fn_cell_communication_with_epinephrine_30(X))
& size_value_1(fn_cell_communication_with_epinephrine_31(X))
& epinephrine_1(fn_cell_communication_with_epinephrine_32(X))
& attach_1(fn_cell_communication_with_epinephrine_33(X))
& ligand_binding_1(fn_cell_communication_with_epinephrine_33(X))
& size_value_1(fn_cell_communication_with_epinephrine_34(X))
& size_value_1(fn_cell_communication_with_epinephrine_35(X))
& receptor_protein_1(fn_cell_communication_with_epinephrine_36(X))
& membrane_1(fn_cell_communication_with_epinephrine_37(X))
& spatial_entity_1(fn_cell_communication_with_epinephrine_37(X))
& biomembrane_1(fn_cell_communication_with_epinephrine_37(X))
& plasma_membrane_1(fn_cell_communication_with_epinephrine_37(X))
& facilitated_diffusion_of_polar_molecule_1(fn_cell_communication_with_epinephrine_38(X))
& amp_1(fn_cell_communication_with_epinephrine_39(X))
& organic_molecule_1(fn_cell_communication_with_epinephrine_39(X))
& cyclic_amp_1(fn_cell_communication_with_epinephrine_39(X))
& chemical_entity_1(fn_cell_communication_with_epinephrine_39(X))
& substance_1(fn_cell_communication_with_epinephrine_40(X))
& cytosol_1(fn_cell_communication_with_epinephrine_40(X))
& solution_1(fn_cell_communication_with_epinephrine_40(X))
& ribosome_1(fn_cell_communication_with_epinephrine_41(X))
& eukaryotic_ribosome_1(fn_cell_communication_with_epinephrine_41(X))
& animal_cell_1(fn_cell_communication_with_epinephrine_42(X))
& cell_signaling_with_plasma_membrane_receptor_1(fn_cell_communication_with_epinephrine_43(X))
& cell_signaling_1(fn_cell_communication_with_epinephrine_43(X))
& cell_signaling_with_g_protein_coupled_receptor_1(fn_cell_communication_with_epinephrine_43(X))
& cell_signaling_with_camp_and_g_protein_coupled_receptor_1(fn_cell_communication_with_epinephrine_43(X))
& secretion_1(fn_cell_communication_with_epinephrine_44(X))
& biological_region_1(fn_cell_communication_with_epinephrine_45(X))
& water_1(fn_cell_communication_with_epinephrine_46(X))
& chemical_1(fn_cell_communication_with_epinephrine_47(X))
& chemical_1(fn_cell_communication_with_epinephrine_48(X))
& spatial_entity_1(fn_attach_2(fn_cell_communication_with_epinephrine_33(X)))
& ligand_binding_1(fn_cell_signaling_with_plasma_membrane_receptor_7(fn_cell_communication_with_epinephrine_43(X)))
& substance_1(fn_animal_cell_62(fn_cell_communication_with_epinephrine_42(X)))
& cytosol_1(fn_animal_cell_62(fn_cell_communication_with_epinephrine_42(X)))
& ribosome_1(fn_animal_cell_51(fn_cell_communication_with_epinephrine_42(X)))
& eukaryotic_ribosome_1(fn_animal_cell_51(fn_cell_communication_with_epinephrine_42(X)))
& spatial_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_43(X)))
& chemical_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_43(X)))
& polymer_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_43(X)))
& organic_molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_43(X)))
& protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_43(X)))
& molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_43(X)))
& g_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_43(X)))
& property_node_1(fn_polymer_9(fn_cell_communication_with_epinephrine_36(X)))
& size_value_1(fn_polymer_8(fn_cell_communication_with_epinephrine_36(X)))
& cell_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(fn_cell_communication_with_epinephrine_43(X)))
& spatial_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(fn_cell_communication_with_epinephrine_43(X)))
& enzyme_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(fn_cell_communication_with_epinephrine_43(X)))
& adenylyl_cyclase_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(fn_cell_communication_with_epinephrine_43(X)))
& chemical_entity_1(fn_chemical_3(fn_cell_communication_with_epinephrine_48(X)))
& chemical_1(fn_solution_6(fn_cell_communication_with_epinephrine_40(X)))
& chemical_1(fn_solution_5(fn_cell_communication_with_epinephrine_40(X)))
& property_node_1(fn_protein_10(fn_cell_communication_with_epinephrine_26(X)))
& substance_1(fn_animal_cell_62(fn_cell_communication_with_epinephrine_20(X)))
& cytosol_1(fn_animal_cell_62(fn_cell_communication_with_epinephrine_20(X)))
& golgi_apparatus_1(fn_animal_cell_82(fn_cell_communication_with_epinephrine_20(X)))
& size_value_1(fn_protein_enzyme_4(fn_cell_communication_with_epinephrine_26(X)))
& chemical_entity_1(fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_epinephrine_43(X)))
& property_node_1(fn_cell_signaling_with_plasma_membrane_receptor_1(fn_cell_communication_with_epinephrine_43(X)))
& property_node_1(fn_polymer_10(fn_cell_communication_with_epinephrine_36(X)))
& size_value_1(fn_cell_signaling_with_plasma_membrane_receptor_2(fn_cell_communication_with_epinephrine_43(X)))
& size_value_1(fn_polymer_7(fn_cell_communication_with_epinephrine_36(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_cell_communication_with_epinephrine_38(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_cell_communication_with_epinephrine_38(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_cell_communication_with_epinephrine_38(X)))
& biomembrane_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(fn_cell_communication_with_epinephrine_43(X)))
& plasma_membrane_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(fn_cell_communication_with_epinephrine_43(X)))
& spatial_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(fn_cell_communication_with_epinephrine_43(X)))
& polymer_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(fn_cell_communication_with_epinephrine_43(X)))
& protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(fn_cell_communication_with_epinephrine_43(X)))
& molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(fn_cell_communication_with_epinephrine_43(X)))
& organic_molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(fn_cell_communication_with_epinephrine_43(X)))
& g_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(fn_cell_communication_with_epinephrine_43(X)))
& spatial_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(fn_cell_communication_with_epinephrine_43(X)))
& chemical_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(fn_cell_communication_with_epinephrine_43(X)))
& polymer_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(fn_cell_communication_with_epinephrine_43(X)))
& organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(fn_cell_communication_with_epinephrine_43(X)))
& protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(fn_cell_communication_with_epinephrine_43(X)))
& molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(fn_cell_communication_with_epinephrine_43(X)))
& g_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(fn_cell_communication_with_epinephrine_43(X)))
& attach_1(fn_cell_signaling_with_g_protein_coupled_receptor_101(fn_cell_communication_with_epinephrine_43(X)))
& attach_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_32(fn_cell_communication_with_epinephrine_43(X)))
& chemical_reaction_1(fn_adenylyl_cyclase_4(fn_cell_communication_with_epinephrine_26(X)))
& synthesis_reaction_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_43(X)))
& chemical_reaction_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_43(X)))
& synthesis_of_organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_43(X)))
& metabolic_pathway_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_43(X)))
& synthesis_of_camp_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_43(X)))
& activate_1(fn_signal_transduction_6(fn_cell_communication_with_epinephrine_21(X)))
& make_accessible_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_43(X)))
& activate_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_43(X)))
& amp_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_43(X)))
& chemical_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_43(X)))
& organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_43(X)))
& cyclic_amp_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_43(X)))
& chemical_entity_1(fn_chemical_3(fn_cell_communication_with_epinephrine_47(X)))
& cell_signaling_event_1(fn_cell_signaling_with_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_43(X)))
& signal_transduction_1(fn_cell_signaling_with_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_43(X)))
& cell_signaling_event_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_43(X)))
& signal_transduction_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_43(X)))
& chemical_1(fn_solution_6(fn_cell_communication_with_epinephrine_18(X)))
& chemical_1(fn_solution_5(fn_cell_communication_with_epinephrine_18(X)))
& cell_1(fn_cell_signaling_with_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_43(X)))
& cell_1(fn_cell_signaling_event_1(fn_cell_communication_with_epinephrine_21(X)))
& monomer_1(fn_polymer_4(fn_cell_communication_with_epinephrine_26(X)))
& monomer_1(fn_protein_enzyme_9(fn_cell_communication_with_epinephrine_26(X)))
& size_value_1(fn_protein_9(fn_cell_communication_with_epinephrine_26(X)))
& size_value_1(fn_protein_enzyme_3(fn_cell_communication_with_epinephrine_26(X)))
& concentration_2(fn_cell_communication_with_epinephrine_19(X),fn_cell_communication_with_epinephrine_6(X))
& called_2(fn_cell_communication_with_epinephrine_6(X),'Concentration_cAMP_NormalCell')
& has_state_2(fn_cell_communication_with_epinephrine_20(X),fn_cell_communication_with_epinephrine_42(X))
& result_2(fn_cell_communication_with_epinephrine_25(X),fn_cell_communication_with_epinephrine_26(X))
& complement_2(fn_cell_communication_with_epinephrine_32(X),fn_cell_communication_with_epinephrine_36(X))
& is_outside_2(fn_cell_communication_with_epinephrine_32(X),fn_cell_communication_with_epinephrine_7(X))
& site_2(fn_cell_communication_with_epinephrine_33(X),fn_cell_communication_with_epinephrine_7(X))
& complement_2(fn_cell_communication_with_epinephrine_36(X),fn_cell_communication_with_epinephrine_32(X))
& called_2(fn_cell_communication_with_epinephrine_8(X),'Concentration_cAMP_SignalingCell')
& concentration_2(fn_cell_communication_with_epinephrine_39(X),fn_cell_communication_with_epinephrine_8(X))
& base_2(fn_cell_communication_with_epinephrine_33(X),fn_cell_communication_with_epinephrine_36(X))
& path_2(fn_cell_communication_with_epinephrine_38(X),fn_cell_communication_with_epinephrine_37(X))
& has_function_2(fn_cell_communication_with_epinephrine_32(X),fn_cell_communication_with_epinephrine_33(X))
& object_2(fn_cell_communication_with_epinephrine_33(X),fn_cell_communication_with_epinephrine_32(X))
& size_2(fn_cell_communication_with_epinephrine_32(X),fn_cell_communication_with_epinephrine_35(X))
& instrument_2(X,fn_cell_communication_with_epinephrine_32(X))
& result_2(fn_cell_communication_with_epinephrine_14(X),fn_cell_communication_with_epinephrine_32(X))
& subevent_2(X,fn_cell_communication_with_epinephrine_43(X))
& agent_2(fn_cell_communication_with_epinephrine_43(X),fn_cell_communication_with_epinephrine_32(X))
& object_2(fn_cell_communication_with_epinephrine_15(X),fn_cell_communication_with_epinephrine_32(X))
& next_event_2(fn_cell_communication_with_epinephrine_15(X),fn_cell_communication_with_epinephrine_43(X))
& has_part_2(fn_cell_communication_with_epinephrine_42(X),fn_cell_communication_with_epinephrine_41(X))
& is_inside_2(fn_cell_communication_with_epinephrine_41(X),fn_cell_communication_with_epinephrine_40(X))
& agent_2(fn_cell_communication_with_epinephrine_21(X),fn_cell_communication_with_epinephrine_20(X))
& base_2(fn_cell_communication_with_epinephrine_43(X),fn_cell_communication_with_epinephrine_20(X))
& has_part_2(fn_cell_communication_with_epinephrine_20(X),fn_cell_communication_with_epinephrine_22(X))
& has_state_2(fn_cell_communication_with_epinephrine_22(X),fn_cell_communication_with_epinephrine_23(X))
& size_2(fn_cell_communication_with_epinephrine_36(X),fn_cell_communication_with_epinephrine_34(X))
& greater_than_2(fn_cell_communication_with_epinephrine_34(X),fn_cell_communication_with_epinephrine_35(X))
& is_outside_2(fn_cell_communication_with_epinephrine_45(X),fn_cell_communication_with_epinephrine_16(X))
& subevent_2(X,fn_cell_communication_with_epinephrine_15(X))
& next_event_2(fn_cell_communication_with_epinephrine_14(X),fn_cell_communication_with_epinephrine_15(X))
& first_subevent_2(X,fn_cell_communication_with_epinephrine_14(X))
& in_event_2(fn_cell_communication_with_epinephrine_10(X),X)
& agent_2(fn_cell_communication_with_epinephrine_14(X),fn_cell_communication_with_epinephrine_16(X))
& agent_2(X,fn_cell_communication_with_epinephrine_16(X))
& object_2(X,fn_cell_communication_with_epinephrine_20(X))
& destination_2(fn_cell_communication_with_epinephrine_15(X),fn_cell_communication_with_epinephrine_20(X))
& origin_2(fn_cell_communication_with_epinephrine_15(X),fn_cell_communication_with_epinephrine_45(X))
& subevent_2(X,fn_cell_communication_with_epinephrine_14(X))
& subevent_2(fn_cell_communication_with_epinephrine_14(X),fn_cell_communication_with_epinephrine_44(X))
& base_2(fn_cell_communication_with_epinephrine_44(X),fn_cell_communication_with_epinephrine_16(X))
& fn_cell_communication_with_epinephrine_16(X) != fn_cell_communication_with_epinephrine_20(X)
& plays_2(fn_cell_communication_with_epinephrine_20(X),fn_cell_communication_with_epinephrine_10(X))
& fn_cell_communication_with_epinephrine_20(X) != fn_cell_communication_with_epinephrine_16(X)
& has_part_2(fn_cell_communication_with_epinephrine_27(X),fn_cell_communication_with_epinephrine_37(X))
& subevent_2(fn_cell_communication_with_epinephrine_21(X),fn_cell_communication_with_epinephrine_25(X))
& object_2(fn_cell_communication_with_epinephrine_25(X),fn_cell_communication_with_epinephrine_23(X))
& subevent_2(fn_cell_communication_with_epinephrine_21(X),fn_cell_communication_with_epinephrine_28(X))
& result_2(fn_cell_communication_with_epinephrine_28(X),fn_cell_communication_with_epinephrine_39(X))
& subevent_2(fn_cell_communication_with_epinephrine_43(X),fn_cell_communication_with_epinephrine_21(X))
& subevent_2(fn_cell_communication_with_epinephrine_21(X),fn_cell_communication_with_epinephrine_24(X))
& result_2(fn_cell_communication_with_epinephrine_24(X),fn_cell_communication_with_epinephrine_26(X))
& has_function_2(fn_cell_communication_with_epinephrine_26(X),fn_cell_communication_with_epinephrine_28(X))
& base_2(fn_cell_communication_with_epinephrine_28(X),fn_cell_communication_with_epinephrine_27(X))
& the_scalar_value_2(fn_cell_communication_with_epinephrine_30(X),big_0)
& scalar_unit_class_2(fn_cell_communication_with_epinephrine_30(X),polypeptide_0)
& greater_than_2(fn_cell_communication_with_epinephrine_30(X),fn_cell_communication_with_epinephrine_31(X))
& size_2(fn_cell_communication_with_epinephrine_29(X),fn_cell_communication_with_epinephrine_31(X))
& has_part_2(fn_cell_communication_with_epinephrine_26(X),fn_cell_communication_with_epinephrine_29(X))
& size_2(fn_cell_communication_with_epinephrine_26(X),fn_cell_communication_with_epinephrine_30(X))
& is_inside_2(fn_cell_communication_with_epinephrine_17(X),fn_cell_communication_with_epinephrine_18(X))
& has_part_2(fn_cell_communication_with_epinephrine_20(X),fn_cell_communication_with_epinephrine_17(X))
& fn_cell_communication_with_epinephrine_47(X) != fn_cell_communication_with_epinephrine_46(X)
& fn_cell_communication_with_epinephrine_46(X) != fn_cell_communication_with_epinephrine_47(X)
& has_part_2(fn_cell_communication_with_epinephrine_40(X),fn_cell_communication_with_epinephrine_46(X))
& has_part_2(fn_cell_communication_with_epinephrine_40(X),fn_cell_communication_with_epinephrine_47(X))
& has_solute_2(fn_cell_communication_with_epinephrine_40(X),fn_cell_communication_with_epinephrine_47(X))
& has_solute_2(fn_cell_communication_with_epinephrine_18(X),fn_cell_communication_with_epinephrine_48(X))
& has_part_2(fn_cell_communication_with_epinephrine_18(X),fn_cell_communication_with_epinephrine_48(X))
& has_solvent_2(fn_cell_communication_with_epinephrine_40(X),fn_cell_communication_with_epinephrine_46(X))
& base_2(fn_cell_communication_with_epinephrine_21(X),fn_cell_communication_with_epinephrine_20(X))
& has_part_2(fn_cell_communication_with_epinephrine_48(X),fn_cell_communication_with_epinephrine_19(X))
& has_part_2(fn_cell_communication_with_epinephrine_47(X),fn_cell_communication_with_epinephrine_39(X))
& fn_cell_communication_with_epinephrine_36(X) = fn_attach_2(fn_cell_communication_with_epinephrine_33(X))
& fn_cell_communication_with_epinephrine_37(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_cell_communication_with_epinephrine_38(X))
& fn_cell_communication_with_epinephrine_33(X) = fn_cell_signaling_with_plasma_membrane_receptor_7(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_communication_with_epinephrine_32(X) = fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_communication_with_epinephrine_32(X) = fn_cell_communication_with_endocrine_hormone_11(X)
& fn_cell_communication_with_epinephrine_40(X) = fn_animal_cell_62(fn_cell_communication_with_epinephrine_42(X))
& fn_cell_communication_with_epinephrine_41(X) = fn_animal_cell_51(fn_cell_communication_with_epinephrine_42(X))
& fn_cell_communication_with_epinephrine_22(X) = fn_cell_signaling_with_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_communication_with_epinephrine_43(X) = fn_cell_communication_with_endocrine_hormone_13(X)
& fn_cell_communication_with_epinephrine_20(X) = fn_cell_signaling_with_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_communication_with_epinephrine_12(X) = fn_polymer_9(fn_cell_communication_with_epinephrine_36(X))
& fn_cell_communication_with_epinephrine_11(X) = fn_cell_signaling_with_plasma_membrane_receptor_1(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_communication_with_epinephrine_35(X) = fn_cell_signaling_with_plasma_membrane_receptor_2(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_communication_with_epinephrine_11(X) = fn_polymer_10(fn_cell_communication_with_epinephrine_36(X))
& fn_cell_communication_with_epinephrine_35(X) = fn_polymer_7(fn_cell_communication_with_epinephrine_36(X))
& fn_cell_communication_with_epinephrine_34(X) = fn_polymer_8(fn_cell_communication_with_epinephrine_36(X))
& fn_cell_communication_with_epinephrine_45(X) = fn_cell_communication_with_endocrine_hormone_4(X)
& fn_cell_communication_with_epinephrine_15(X) = fn_cell_communication_with_endocrine_hormone_14(X)
& fn_cell_communication_with_epinephrine_14(X) = fn_long_distance_cell_communication_3(X)
& fn_cell_communication_with_epinephrine_16(X) = fn_long_distance_cell_communication_4(X)
& fn_cell_communication_with_epinephrine_10(X) = fn_cell_communication_with_endocrine_hormone_9(X)
& fn_cell_communication_with_epinephrine_20(X) = fn_cell_communication_with_endocrine_hormone_16(X)
& fn_cell_communication_with_epinephrine_16(X) = fn_cell_communication_with_endocrine_hormone_12(X)
& fn_cell_communication_with_epinephrine_44(X) = fn_cell_communication_with_endocrine_hormone_5(X)
& fn_cell_communication_with_epinephrine_14(X) = fn_cell_communication_with_endocrine_hormone_10(X)
& fn_cell_communication_with_epinephrine_37(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_communication_with_epinephrine_23(X) = fn_cell_signaling_with_g_protein_coupled_receptor_99(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_communication_with_epinephrine_23(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_communication_with_epinephrine_21(X) = fn_cell_signaling_with_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_communication_with_epinephrine_25(X) = fn_cell_signaling_with_g_protein_coupled_receptor_101(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_communication_with_epinephrine_25(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_32(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_communication_with_epinephrine_39(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_communication_with_epinephrine_27(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_communication_with_epinephrine_28(X) = fn_adenylyl_cyclase_4(fn_cell_communication_with_epinephrine_26(X))
& fn_cell_communication_with_epinephrine_28(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_communication_with_epinephrine_26(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_communication_with_epinephrine_24(X) = fn_signal_transduction_6(fn_cell_communication_with_epinephrine_21(X))
& fn_cell_communication_with_epinephrine_24(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_communication_with_epinephrine_21(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_communication_with_epinephrine_39(X) = fn_chemical_3(fn_cell_communication_with_epinephrine_47(X))
& fn_cell_communication_with_epinephrine_19(X) = fn_chemical_3(fn_cell_communication_with_epinephrine_48(X))
& fn_cell_communication_with_epinephrine_20(X) = fn_cell_signaling_event_1(fn_cell_communication_with_epinephrine_21(X))
& fn_cell_communication_with_epinephrine_48(X) = fn_solution_6(fn_cell_communication_with_epinephrine_18(X))
& fn_cell_communication_with_epinephrine_48(X) = fn_solution_5(fn_cell_communication_with_epinephrine_18(X))
& fn_cell_communication_with_epinephrine_46(X) = fn_solution_6(fn_cell_communication_with_epinephrine_40(X))
& fn_cell_communication_with_epinephrine_47(X) = fn_solution_5(fn_cell_communication_with_epinephrine_40(X))
& fn_cell_communication_with_epinephrine_13(X) = fn_protein_10(fn_cell_communication_with_epinephrine_26(X))
& fn_cell_communication_with_epinephrine_18(X) = fn_animal_cell_62(fn_cell_communication_with_epinephrine_20(X))
& fn_cell_communication_with_epinephrine_17(X) = fn_animal_cell_82(fn_cell_communication_with_epinephrine_20(X))
& fn_cell_communication_with_epinephrine_31(X) = fn_protein_enzyme_4(fn_cell_communication_with_epinephrine_26(X))
& fn_cell_communication_with_epinephrine_29(X) = fn_polymer_4(fn_cell_communication_with_epinephrine_26(X))
& fn_cell_communication_with_epinephrine_29(X) = fn_protein_enzyme_9(fn_cell_communication_with_epinephrine_26(X))
& fn_cell_communication_with_epinephrine_30(X) = fn_protein_9(fn_cell_communication_with_epinephrine_26(X))
& fn_cell_communication_with_epinephrine_30(X) = fn_protein_enzyme_3(fn_cell_communication_with_epinephrine_26(X))
& fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_epinephrine_43(X)) = fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_communication_with_endocrine_hormone_11(X) = fn_cell_communication_with_endocrine_hormone_11(X)
& fn_cell_communication_with_endocrine_hormone_11(X) = fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_epinephrine_43(X)) = fn_cell_communication_with_endocrine_hormone_11(X)
& fn_cell_communication_with_endocrine_hormone_11(X) = fn_cell_signaling_with_plasma_membrane_receptor_1(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_plasma_membrane_receptor_1(fn_cell_communication_with_epinephrine_43(X)) = fn_polymer_10(fn_cell_communication_with_epinephrine_36(X))
& fn_polymer_10(fn_cell_communication_with_epinephrine_36(X)) = fn_cell_signaling_with_plasma_membrane_receptor_2(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_plasma_membrane_receptor_2(fn_cell_communication_with_epinephrine_43(X)) = fn_cell_signaling_with_plasma_membrane_receptor_2(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_plasma_membrane_receptor_2(fn_cell_communication_with_epinephrine_43(X)) = fn_polymer_7(fn_cell_communication_with_epinephrine_36(X))
& fn_polymer_7(fn_cell_communication_with_epinephrine_36(X)) = fn_polymer_7(fn_cell_communication_with_epinephrine_36(X))
& fn_polymer_7(fn_cell_communication_with_epinephrine_36(X)) = fn_cell_communication_with_endocrine_hormone_12(X)
& fn_cell_communication_with_endocrine_hormone_12(X) = fn_long_distance_cell_communication_4(X)
& fn_long_distance_cell_communication_4(X) = fn_cell_communication_with_endocrine_hormone_12(X)
& fn_cell_communication_with_endocrine_hormone_12(X) = fn_cell_communication_with_endocrine_hormone_12(X)
& fn_cell_communication_with_endocrine_hormone_12(X) = fn_cell_communication_with_endocrine_hormone_10(X)
& fn_cell_communication_with_endocrine_hormone_10(X) = fn_long_distance_cell_communication_3(X)
& fn_long_distance_cell_communication_3(X) = fn_cell_communication_with_endocrine_hormone_10(X)
& fn_cell_communication_with_endocrine_hormone_10(X) = fn_cell_communication_with_endocrine_hormone_10(X)
& fn_cell_communication_with_endocrine_hormone_10(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_cell_communication_with_epinephrine_38(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_cell_communication_with_epinephrine_38(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(fn_cell_communication_with_epinephrine_43(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_99(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_99(fn_cell_communication_with_epinephrine_43(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_99(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_99(fn_cell_communication_with_epinephrine_43(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(fn_cell_communication_with_epinephrine_43(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_101(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_32(fn_cell_communication_with_epinephrine_43(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_101(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_101(fn_cell_communication_with_epinephrine_43(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_32(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_32(fn_cell_communication_with_epinephrine_43(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_43(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_43(X)) = fn_adenylyl_cyclase_4(fn_cell_communication_with_epinephrine_26(X))
& fn_adenylyl_cyclase_4(fn_cell_communication_with_epinephrine_26(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_43(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_43(X)) = fn_signal_transduction_6(fn_cell_communication_with_epinephrine_21(X))
& fn_signal_transduction_6(fn_cell_communication_with_epinephrine_21(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_43(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_43(X)) = fn_chemical_3(fn_cell_communication_with_epinephrine_47(X))
& fn_chemical_3(fn_cell_communication_with_epinephrine_47(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_43(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_43(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_43(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_43(X)) = fn_solution_5(fn_cell_communication_with_epinephrine_18(X))
& fn_solution_5(fn_cell_communication_with_epinephrine_18(X)) = fn_solution_6(fn_cell_communication_with_epinephrine_18(X))
& fn_solution_6(fn_cell_communication_with_epinephrine_18(X)) = fn_solution_5(fn_cell_communication_with_epinephrine_18(X))
& fn_solution_5(fn_cell_communication_with_epinephrine_18(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_43(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_communication_with_endocrine_hormone_16(X) = fn_cell_signaling_with_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_43(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_43(X)) = fn_cell_communication_with_endocrine_hormone_16(X)
& fn_cell_communication_with_endocrine_hormone_16(X) = fn_cell_communication_with_endocrine_hormone_16(X)
& fn_cell_communication_with_endocrine_hormone_16(X) = fn_cell_signaling_event_1(fn_cell_communication_with_epinephrine_21(X))
& fn_cell_signaling_event_1(fn_cell_communication_with_epinephrine_21(X)) = fn_protein_enzyme_9(fn_cell_communication_with_epinephrine_26(X))
& fn_protein_enzyme_9(fn_cell_communication_with_epinephrine_26(X)) = fn_polymer_4(fn_cell_communication_with_epinephrine_26(X))
& fn_polymer_4(fn_cell_communication_with_epinephrine_26(X)) = fn_protein_enzyme_9(fn_cell_communication_with_epinephrine_26(X))
& fn_protein_enzyme_9(fn_cell_communication_with_epinephrine_26(X)) = fn_protein_9(fn_cell_communication_with_epinephrine_26(X))
& fn_protein_9(fn_cell_communication_with_epinephrine_26(X)) = fn_protein_9(fn_cell_communication_with_epinephrine_26(X))
& fn_protein_enzyme_3(fn_cell_communication_with_epinephrine_26(X)) = fn_protein_enzyme_3(fn_cell_communication_with_epinephrine_26(X))
& fn_protein_enzyme_3(fn_cell_communication_with_epinephrine_26(X)) = fn_protein_9(fn_cell_communication_with_epinephrine_26(X))
& fn_protein_9(fn_cell_communication_with_epinephrine_26(X)) = fn_protein_enzyme_3(fn_cell_communication_with_epinephrine_26(X)) ) ) ).
fof(a528153,axiom,
! [X] :
( cell_communication_with_epinephrine_in_heart_cell_1(X)
=> ( original_name_2(X,'Cell-Communication-With-Epinephrine-In-Heart-Cell')
& user_description_2(X,'The process of cellular communication in animals in which the signal molecule is the hormone epinepherine and the target cell is a heart cell.')
& concept2words_2(X,'endocrine signaling with epinepherine in heart cell')
& concept2words_2(X,communicate)
& concept2words_2(X,'cell communication with epinephrine in heart cell')
& concept2words_2(X,'cell-communication-with-epinephrine-in-heart-cell')
& cell_communication_with_epinephrine_1(X)
& cellular_response_1(fn_cell_communication_with_epinephrine_in_heart_cell_1(X))
& rate_value_1(fn_cell_communication_with_epinephrine_in_heart_cell_2(X))
& heart_beat_1(fn_cell_communication_with_epinephrine_in_heart_cell_3(X))
& muscle_contraction_1(fn_cell_communication_with_epinephrine_in_heart_cell_4(X))
& time_interval_1(fn_cell_communication_with_epinephrine_in_heart_cell_6(X))
& time_interval_1(fn_cell_communication_with_epinephrine_in_heart_cell_7(X))
& animal_cell_1(fn_cell_communication_with_epinephrine_in_heart_cell_8(X))
& ribosome_1(fn_cell_communication_with_epinephrine_in_heart_cell_9(X))
& eukaryotic_ribosome_1(fn_cell_communication_with_epinephrine_in_heart_cell_9(X))
& solution_1(fn_cell_communication_with_epinephrine_in_heart_cell_10(X))
& substance_1(fn_cell_communication_with_epinephrine_in_heart_cell_10(X))
& cytosol_1(fn_cell_communication_with_epinephrine_in_heart_cell_10(X))
& chemical_1(fn_cell_communication_with_epinephrine_in_heart_cell_11(X))
& amp_1(fn_cell_communication_with_epinephrine_in_heart_cell_12(X))
& organic_molecule_1(fn_cell_communication_with_epinephrine_in_heart_cell_12(X))
& chemical_entity_1(fn_cell_communication_with_epinephrine_in_heart_cell_12(X))
& cyclic_amp_1(fn_cell_communication_with_epinephrine_in_heart_cell_12(X))
& synthesis_reaction_1(fn_cell_communication_with_epinephrine_in_heart_cell_13(X))
& chemical_reaction_1(fn_cell_communication_with_epinephrine_in_heart_cell_13(X))
& synthesis_of_organic_molecule_1(fn_cell_communication_with_epinephrine_in_heart_cell_13(X))
& metabolic_pathway_1(fn_cell_communication_with_epinephrine_in_heart_cell_13(X))
& synthesis_of_camp_1(fn_cell_communication_with_epinephrine_in_heart_cell_13(X))
& target_cell_1(fn_cell_communication_with_epinephrine_in_heart_cell_14(X))
& signal_transduction_1(fn_cell_communication_with_epinephrine_in_heart_cell_15(X))
& cell_signaling_event_1(fn_cell_communication_with_epinephrine_in_heart_cell_15(X))
& heart_cell_1(fn_cell_communication_with_epinephrine_in_heart_cell_16(X))
& signal_transmission_1(fn_cell_communication_with_epinephrine_in_heart_cell_17(X))
& living_entity_1(fn_cell_communication_with_epinephrine_in_heart_cell_18(X))
& cell_1(fn_cell_communication_with_epinephrine_in_heart_cell_18(X))
& endocrine_cell_1(fn_cell_communication_with_epinephrine_in_heart_cell_18(X))
& gap_junction_1(fn_cell_communication_with_epinephrine_in_heart_cell_19(X))
& cell_signaling_with_plasma_membrane_receptor_1(fn_cell_communication_with_epinephrine_in_heart_cell_20(X))
& cell_signaling_1(fn_cell_communication_with_epinephrine_in_heart_cell_20(X))
& cell_signaling_with_g_protein_coupled_receptor_1(fn_cell_communication_with_epinephrine_in_heart_cell_20(X))
& cell_signaling_with_camp_and_g_protein_coupled_receptor_1(fn_cell_communication_with_epinephrine_in_heart_cell_20(X))
& signal_generation_1(fn_cell_communication_with_epinephrine_in_heart_cell_21(X))
& spatial_entity_1(fn_cell_communication_with_epinephrine_in_heart_cell_22(X))
& chemical_entity_1(fn_cell_communication_with_epinephrine_in_heart_cell_22(X))
& polymer_1(fn_cell_communication_with_epinephrine_in_heart_cell_22(X))
& organic_molecule_1(fn_cell_communication_with_epinephrine_in_heart_cell_22(X))
& protein_1(fn_cell_communication_with_epinephrine_in_heart_cell_22(X))
& molecule_1(fn_cell_communication_with_epinephrine_in_heart_cell_22(X))
& g_protein_1(fn_cell_communication_with_epinephrine_in_heart_cell_22(X))
& attach_1(fn_cell_communication_with_epinephrine_in_heart_cell_23(X))
& spatial_entity_1(fn_cell_communication_with_epinephrine_in_heart_cell_24(X))
& chemical_entity_1(fn_cell_communication_with_epinephrine_in_heart_cell_24(X))
& polymer_1(fn_cell_communication_with_epinephrine_in_heart_cell_24(X))
& organic_molecule_1(fn_cell_communication_with_epinephrine_in_heart_cell_24(X))
& protein_1(fn_cell_communication_with_epinephrine_in_heart_cell_24(X))
& molecule_1(fn_cell_communication_with_epinephrine_in_heart_cell_24(X))
& g_protein_1(fn_cell_communication_with_epinephrine_in_heart_cell_24(X))
& substance_1(fn_cell_communication_with_epinephrine_in_heart_cell_25(X))
& cytosol_1(fn_cell_communication_with_epinephrine_in_heart_cell_25(X))
& solution_1(fn_cell_communication_with_epinephrine_in_heart_cell_25(X))
& chemical_1(fn_cell_communication_with_epinephrine_in_heart_cell_26(X))
& amp_1(fn_cell_communication_with_epinephrine_in_heart_cell_27(X))
& organic_molecule_1(fn_cell_communication_with_epinephrine_in_heart_cell_27(X))
& cyclic_amp_1(fn_cell_communication_with_epinephrine_in_heart_cell_27(X))
& chemical_entity_1(fn_cell_communication_with_epinephrine_in_heart_cell_27(X))
& concentration_value_1(fn_cell_communication_with_epinephrine_in_heart_cell_28(X))
& concentration_value_1(fn_cell_communication_with_epinephrine_in_heart_cell_30(X))
& golgi_apparatus_1(fn_cell_communication_with_epinephrine_in_heart_cell_31(X))
& system_1(fn_cell_communication_with_epinephrine_in_heart_cell_32(X))
& animal_cell_1(fn_gap_junction_10(fn_cell_communication_with_epinephrine_in_heart_cell_19(X)))
& animal_cell_1(fn_gap_junction_9(fn_cell_communication_with_epinephrine_in_heart_cell_19(X)))
& called_2(fn_cell_communication_with_epinephrine_in_heart_cell_30(X),'Concentration_cAMP_SignalingCell')
& called_2(fn_cell_communication_with_epinephrine_in_heart_cell_28(X),'Concentration_cAMP_NormalCell')
& time_during_2(fn_cell_communication_with_epinephrine_in_heart_cell_21(X),fn_cell_communication_with_epinephrine_in_heart_cell_7(X))
& base_2(fn_cell_communication_with_epinephrine_in_heart_cell_17(X),fn_cell_communication_with_epinephrine_in_heart_cell_18(X))
& time_during_2(fn_cell_communication_with_epinephrine_in_heart_cell_17(X),fn_cell_communication_with_epinephrine_in_heart_cell_6(X))
& next_event_2(fn_cell_communication_with_epinephrine_in_heart_cell_15(X),fn_cell_communication_with_epinephrine_in_heart_cell_1(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_heart_cell_1(X),fn_cell_communication_with_epinephrine_in_heart_cell_4(X))
& the_scalar_value_2(fn_cell_communication_with_epinephrine_in_heart_cell_2(X),fast_0)
& scalar_unit_class_2(fn_cell_communication_with_epinephrine_in_heart_cell_2(X),cardiovascular_process_0)
& rate_2(fn_cell_communication_with_epinephrine_in_heart_cell_3(X),fn_cell_communication_with_epinephrine_in_heart_cell_2(X))
& causes_2(fn_cell_communication_with_epinephrine_in_heart_cell_4(X),fn_cell_communication_with_epinephrine_in_heart_cell_3(X))
& time_before_2(fn_cell_communication_with_epinephrine_in_heart_cell_7(X),fn_cell_communication_with_epinephrine_in_heart_cell_6(X))
& is_between_2(fn_cell_communication_with_epinephrine_in_heart_cell_19(X),fn_cell_communication_with_epinephrine_in_heart_cell_16(X))
& plays_2(fn_cell_communication_with_epinephrine_in_heart_cell_16(X),fn_cell_communication_with_epinephrine_in_heart_cell_14(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_heart_cell_16(X),fn_cell_communication_with_epinephrine_in_heart_cell_24(X))
& agent_2(fn_cell_communication_with_epinephrine_in_heart_cell_15(X),fn_cell_communication_with_epinephrine_in_heart_cell_16(X))
& destination_2(fn_cell_communication_with_epinephrine_in_heart_cell_17(X),fn_cell_communication_with_epinephrine_in_heart_cell_16(X))
& base_2(fn_cell_communication_with_epinephrine_in_heart_cell_15(X),fn_cell_communication_with_epinephrine_in_heart_cell_16(X))
& base_2(fn_cell_communication_with_epinephrine_in_heart_cell_20(X),fn_cell_communication_with_epinephrine_in_heart_cell_16(X))
& is_inside_2(fn_cell_communication_with_epinephrine_in_heart_cell_9(X),fn_cell_communication_with_epinephrine_in_heart_cell_10(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_heart_cell_16(X),fn_cell_communication_with_epinephrine_in_heart_cell_31(X))
& is_inside_2(fn_cell_communication_with_epinephrine_in_heart_cell_31(X),fn_cell_communication_with_epinephrine_in_heart_cell_25(X))
& object_2(X,fn_cell_communication_with_epinephrine_in_heart_cell_16(X))
& has_state_2(fn_cell_communication_with_epinephrine_in_heart_cell_16(X),fn_cell_communication_with_epinephrine_in_heart_cell_8(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_heart_cell_8(X),fn_cell_communication_with_epinephrine_in_heart_cell_9(X))
& fn_cell_communication_with_epinephrine_in_heart_cell_18(X) != fn_cell_communication_with_epinephrine_in_heart_cell_16(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_16(X) != fn_cell_communication_with_epinephrine_in_heart_cell_18(X)
& subevent_2(X,fn_cell_communication_with_epinephrine_in_heart_cell_17(X))
& in_event_2(fn_cell_communication_with_epinephrine_in_heart_cell_14(X),X)
& has_part_2(fn_cell_communication_with_epinephrine_in_heart_cell_25(X),fn_cell_communication_with_epinephrine_in_heart_cell_26(X))
& has_solute_2(fn_cell_communication_with_epinephrine_in_heart_cell_25(X),fn_cell_communication_with_epinephrine_in_heart_cell_26(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_heart_cell_15(X),fn_cell_communication_with_epinephrine_in_heart_cell_13(X))
& result_2(fn_cell_communication_with_epinephrine_in_heart_cell_13(X),fn_cell_communication_with_epinephrine_in_heart_cell_12(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_heart_cell_15(X),fn_cell_communication_with_epinephrine_in_heart_cell_23(X))
& object_2(fn_cell_communication_with_epinephrine_in_heart_cell_23(X),fn_cell_communication_with_epinephrine_in_heart_cell_22(X))
& has_state_2(fn_cell_communication_with_epinephrine_in_heart_cell_24(X),fn_cell_communication_with_epinephrine_in_heart_cell_22(X))
& subevent_2(X,fn_cell_communication_with_epinephrine_in_heart_cell_21(X))
& first_subevent_2(X,fn_cell_communication_with_epinephrine_in_heart_cell_21(X))
& subevent_2(X,fn_cell_communication_with_epinephrine_in_heart_cell_20(X))
& concentration_2(fn_cell_communication_with_epinephrine_in_heart_cell_12(X),fn_cell_communication_with_epinephrine_in_heart_cell_30(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_heart_cell_11(X),fn_cell_communication_with_epinephrine_in_heart_cell_12(X))
& has_solute_2(fn_cell_communication_with_epinephrine_in_heart_cell_10(X),fn_cell_communication_with_epinephrine_in_heart_cell_11(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_heart_cell_10(X),fn_cell_communication_with_epinephrine_in_heart_cell_11(X))
& concentration_2(fn_cell_communication_with_epinephrine_in_heart_cell_27(X),fn_cell_communication_with_epinephrine_in_heart_cell_28(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_heart_cell_26(X),fn_cell_communication_with_epinephrine_in_heart_cell_27(X))
& agent_2(X,fn_cell_communication_with_epinephrine_in_heart_cell_18(X))
& agent_2(fn_cell_communication_with_epinephrine_in_heart_cell_21(X),fn_cell_communication_with_epinephrine_in_heart_cell_18(X))
& next_event_2(fn_cell_communication_with_epinephrine_in_heart_cell_21(X),fn_cell_communication_with_epinephrine_in_heart_cell_17(X))
& next_event_2(fn_cell_communication_with_epinephrine_in_heart_cell_17(X),fn_cell_communication_with_epinephrine_in_heart_cell_20(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_heart_cell_20(X),fn_cell_communication_with_epinephrine_in_heart_cell_15(X))
& fn_cell_communication_with_epinephrine_in_heart_cell_16(X) = fn_gap_junction_10(fn_cell_communication_with_epinephrine_in_heart_cell_19(X))
& fn_cell_communication_with_epinephrine_in_heart_cell_16(X) = fn_gap_junction_9(fn_cell_communication_with_epinephrine_in_heart_cell_19(X))
& fn_cell_communication_with_epinephrine_in_heart_cell_10(X) = fn_cell_communication_with_epinephrine_40(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_25(X) = fn_cell_communication_with_epinephrine_18(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_31(X) = fn_cell_communication_with_epinephrine_17(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_9(X) = fn_cell_communication_with_epinephrine_41(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_8(X) = fn_cell_communication_with_epinephrine_42(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_16(X) = fn_cell_communication_with_epinephrine_20(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_33(X) = fn_cell_communication_with_epinephrine_5(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_35(X) = fn_cell_communication_with_epinephrine_9(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_14(X) = fn_cell_communication_with_epinephrine_10(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_25(X) = fn_cell_communication_with_epinephrine_40(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_12(X) = fn_cell_communication_with_epinephrine_39(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_13(X) = fn_cell_communication_with_epinephrine_28(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_24(X) = fn_cell_communication_with_epinephrine_22(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_22(X) = fn_cell_communication_with_epinephrine_23(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_23(X) = fn_cell_communication_with_epinephrine_25(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_34(X) = fn_cell_communication_with_epinephrine_2(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_10(X) = fn_cell_communication_with_epinephrine_18(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_11(X) = fn_cell_communication_with_epinephrine_48(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_12(X) = fn_cell_communication_with_epinephrine_19(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_30(X) = fn_cell_communication_with_epinephrine_6(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_26(X) = fn_cell_communication_with_epinephrine_47(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_27(X) = fn_cell_communication_with_epinephrine_39(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_28(X) = fn_cell_communication_with_epinephrine_8(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_29(X) = fn_cell_communication_with_epinephrine_4(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_32(X) = fn_cell_communication_with_epinephrine_3(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_15(X) = fn_cell_communication_with_epinephrine_21(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_20(X) = fn_cell_communication_with_epinephrine_43(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_17(X) = fn_cell_communication_with_epinephrine_15(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_21(X) = fn_cell_communication_with_endocrine_hormone_10(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_21(X) = fn_cell_communication_with_epinephrine_14(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_18(X) = fn_cell_communication_with_endocrine_hormone_12(X)
& fn_cell_communication_with_epinephrine_in_heart_cell_18(X) = fn_cell_communication_with_epinephrine_16(X)
& fn_gap_junction_10(fn_cell_communication_with_epinephrine_in_heart_cell_19(X)) = fn_gap_junction_9(fn_cell_communication_with_epinephrine_in_heart_cell_19(X))
& fn_gap_junction_9(fn_cell_communication_with_epinephrine_in_heart_cell_19(X)) = fn_gap_junction_9(fn_cell_communication_with_epinephrine_in_heart_cell_19(X))
& fn_gap_junction_9(fn_cell_communication_with_epinephrine_in_heart_cell_19(X)) = fn_cell_communication_with_epinephrine_20(X)
& fn_cell_communication_with_epinephrine_20(X) = fn_cell_communication_with_epinephrine_20(X)
& fn_cell_communication_with_epinephrine_20(X) = fn_cell_communication_with_epinephrine_18(X)
& fn_cell_communication_with_epinephrine_18(X) = fn_cell_communication_with_epinephrine_40(X)
& fn_cell_communication_with_epinephrine_40(X) = fn_cell_communication_with_epinephrine_40(X)
& fn_cell_communication_with_epinephrine_40(X) = fn_cell_communication_with_epinephrine_18(X)
& fn_cell_communication_with_epinephrine_18(X) = fn_cell_communication_with_epinephrine_18(X)
& fn_cell_communication_with_epinephrine_18(X) = fn_cell_communication_with_epinephrine_39(X)
& fn_cell_communication_with_epinephrine_39(X) = fn_cell_communication_with_epinephrine_19(X)
& fn_cell_communication_with_epinephrine_19(X) = fn_cell_communication_with_epinephrine_19(X)
& fn_cell_communication_with_epinephrine_19(X) = fn_cell_communication_with_epinephrine_14(X)
& fn_cell_communication_with_epinephrine_14(X) = fn_cell_communication_with_epinephrine_14(X)
& fn_cell_communication_with_epinephrine_14(X) = fn_cell_communication_with_endocrine_hormone_10(X)
& fn_cell_communication_with_endocrine_hormone_10(X) = fn_cell_communication_with_epinephrine_14(X)
& fn_cell_communication_with_epinephrine_14(X) = fn_cell_communication_with_epinephrine_16(X)
& fn_cell_communication_with_epinephrine_16(X) = fn_cell_communication_with_epinephrine_16(X)
& fn_cell_communication_with_epinephrine_16(X) = fn_cell_communication_with_endocrine_hormone_12(X)
& fn_cell_communication_with_endocrine_hormone_12(X) = fn_cell_communication_with_epinephrine_16(X) ) ) ).
fof(a528154,axiom,
! [X] :
( cell_communication_with_epinephrine_in_liver_cell_1(X)
=> ( original_name_2(X,'Cell-Communication-With-Epinephrine-In-Liver-Cell')
& user_description_2(X,'The process of cellular communication in animals in which the signal molecule is the hormone epinepherine and the target cell is a liver cell.')
& concept2words_2(X,'endocrine signaling with epinepherine in liver cell')
& concept2words_2(X,communicate)
& concept2words_2(X,'cell communication with epinephrine in liver cell')
& concept2words_2(X,'cell-communication-with-epinephrine-in-liver-cell')
& cell_communication_with_epinephrine_1(X)
& quantity_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_4(X))
& quantity_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_6(X))
& break_1(fn_cell_communication_with_epinephrine_in_liver_cell_7(X))
& glycogen_phosphorylase_1(fn_cell_communication_with_epinephrine_in_liver_cell_8(X))
& activation_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_9(X))
& activation_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_10(X))
& quantity_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_13(X))
& quantity_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_15(X))
& quantity_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_19(X))
& quantity_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_20(X))
& activation_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_25(X))
& activation_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_26(X))
& quantity_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_30(X))
& quantity_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_35(X))
& activation_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_39(X))
& activation_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_40(X))
& attach_1(fn_cell_communication_with_epinephrine_in_liver_cell_46(X))
& ligand_binding_1(fn_cell_communication_with_epinephrine_in_liver_cell_46(X))
& size_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_47(X))
& size_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_48(X))
& transmit_1(fn_cell_communication_with_epinephrine_in_liver_cell_49(X))
& move_1(fn_cell_communication_with_epinephrine_in_liver_cell_50(X))
& extracellular_side_1(fn_cell_communication_with_epinephrine_in_liver_cell_51(X))
& signal_1(fn_cell_communication_with_epinephrine_in_liver_cell_52(X))
& animal_cell_1(fn_cell_communication_with_epinephrine_in_liver_cell_53(X))
& ribosome_1(fn_cell_communication_with_epinephrine_in_liver_cell_54(X))
& eukaryotic_ribosome_1(fn_cell_communication_with_epinephrine_in_liver_cell_54(X))
& substance_1(fn_cell_communication_with_epinephrine_in_liver_cell_55(X))
& cytosol_1(fn_cell_communication_with_epinephrine_in_liver_cell_55(X))
& solution_1(fn_cell_communication_with_epinephrine_in_liver_cell_55(X))
& chemical_1(fn_cell_communication_with_epinephrine_in_liver_cell_56(X))
& target_cell_1(fn_cell_communication_with_epinephrine_in_liver_cell_57(X))
& mixture_1(fn_cell_communication_with_epinephrine_in_liver_cell_58(X))
& cytoplasm_1(fn_cell_communication_with_epinephrine_in_liver_cell_58(X))
& signal_generation_1(fn_cell_communication_with_epinephrine_in_liver_cell_61(X))
& signal_transmission_1(fn_cell_communication_with_epinephrine_in_liver_cell_62(X))
& golgi_apparatus_1(fn_cell_communication_with_epinephrine_in_liver_cell_63(X))
& concentration_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_64(X))
& concentration_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_65(X))
& make_accessible_1(fn_cell_communication_with_epinephrine_in_liver_cell_66(X))
& activate_1(fn_cell_communication_with_epinephrine_in_liver_cell_66(X))
& attach_1(fn_cell_communication_with_epinephrine_in_liver_cell_67(X))
& make_accessible_1(fn_cell_communication_with_epinephrine_in_liver_cell_68(X))
& activate_1(fn_cell_communication_with_epinephrine_in_liver_cell_68(X))
& vertebrate_cell_1(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& eukaryotic_cell_1(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& cell_1(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& animal_cell_1(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& liver_cell_1(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& protein_kinase_1(fn_cell_communication_with_epinephrine_in_liver_cell_70(X))
& protein_kinase_1(fn_cell_communication_with_epinephrine_in_liver_cell_71(X))
& tangible_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_72(X))
& membrane_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_72(X))
& polymer_1(fn_cell_communication_with_epinephrine_in_liver_cell_72(X))
& protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_72(X))
& organic_molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_72(X))
& spatial_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_72(X))
& enzyme_1(fn_cell_communication_with_epinephrine_in_liver_cell_72(X))
& adenylyl_cyclase_1(fn_cell_communication_with_epinephrine_in_liver_cell_72(X))
& spatial_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& chemical_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& polymer_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& organic_molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& g_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& chemical_signaling_1(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& cell_signaling_with_plasma_membrane_receptor_1(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& cell_signaling_1(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& cell_signaling_with_g_protein_coupled_receptor_1(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& cell_signaling_with_camp_and_g_protein_coupled_receptor_1(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& phosphorylation_1(fn_cell_communication_with_epinephrine_in_liver_cell_75(X))
& phosphorylase_kinase_1(fn_cell_communication_with_epinephrine_in_liver_cell_76(X))
& phosphorylase_kinase_1(fn_cell_communication_with_epinephrine_in_liver_cell_77(X))
& organic_molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_78(X))
& tangible_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_78(X))
& membrane_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_78(X))
& protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_78(X))
& cell_surface_receptor_1(fn_cell_communication_with_epinephrine_in_liver_cell_78(X))
& spatial_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_78(X))
& polymer_1(fn_cell_communication_with_epinephrine_in_liver_cell_78(X))
& receptor_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_78(X))
& g_protein_coupled_receptor_1(fn_cell_communication_with_epinephrine_in_liver_cell_78(X))
& protein_kinase_a_1(fn_cell_communication_with_epinephrine_in_liver_cell_79(X))
& chemical_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_80(X))
& molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_80(X))
& cytoplasmic_response_1(fn_cell_communication_with_epinephrine_in_liver_cell_81(X))
& metabolic_pathway_1(fn_cell_communication_with_epinephrine_in_liver_cell_82(X))
& exergonic_reaction_1(fn_cell_communication_with_epinephrine_in_liver_cell_82(X))
& catabolic_pathway_1(fn_cell_communication_with_epinephrine_in_liver_cell_82(X))
& glycogen_breakdown_1(fn_cell_communication_with_epinephrine_in_liver_cell_82(X))
& single_bond_1(fn_cell_communication_with_epinephrine_in_liver_cell_83(X))
& phosphorus_1(fn_cell_communication_with_epinephrine_in_liver_cell_84(X))
& oxygen_1(fn_cell_communication_with_epinephrine_in_liver_cell_85(X))
& phosphorylation_1(fn_cell_communication_with_epinephrine_in_liver_cell_86(X))
& active_site_1(fn_cell_communication_with_epinephrine_in_liver_cell_87(X))
& spatial_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_88(X))
& enzyme_1(fn_cell_communication_with_epinephrine_in_liver_cell_88(X))
& adenylyl_cyclase_1(fn_cell_communication_with_epinephrine_in_liver_cell_88(X))
& polymer_1(fn_cell_communication_with_epinephrine_in_liver_cell_88(X))
& protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_88(X))
& protein_enzyme_1(fn_cell_communication_with_epinephrine_in_liver_cell_88(X))
& shape_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_89(X))
& amp_1(fn_cell_communication_with_epinephrine_in_liver_cell_90(X))
& organic_molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_90(X))
& cyclic_amp_1(fn_cell_communication_with_epinephrine_in_liver_cell_90(X))
& chemical_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_90(X))
& facilitated_diffusion_of_polar_molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_91(X))
& tangible_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_92(X))
& phospholipid_bilayer_1(fn_cell_communication_with_epinephrine_in_liver_cell_92(X))
& electrogenic_pump_1(fn_cell_communication_with_epinephrine_in_liver_cell_93(X))
& protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_93(X))
& organic_molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_93(X))
& polymer_1(fn_cell_communication_with_epinephrine_in_liver_cell_93(X))
& spatial_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_93(X))
& membrane_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_93(X))
& tangible_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_93(X))
& transmembrane_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_93(X))
& integral_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_93(X))
& transport_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_93(X))
& sodium_potassium_pump_1(fn_cell_communication_with_epinephrine_in_liver_cell_93(X))
& protein_pump_1(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& carrier_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& electrogenic_pump_1(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& organic_molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& polymer_1(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& spatial_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& membrane_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& tangible_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& transmembrane_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& integral_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& transport_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& sodium_potassium_pump_1(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& membrane_1(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& tangible_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& spatial_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& biomembrane_1(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& plasma_membrane_1(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& animal_plasma_membrane_1(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& synthesis_reaction_1(fn_cell_communication_with_epinephrine_in_liver_cell_96(X))
& chemical_reaction_1(fn_cell_communication_with_epinephrine_in_liver_cell_96(X))
& synthesis_of_organic_molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_96(X))
& metabolic_pathway_1(fn_cell_communication_with_epinephrine_in_liver_cell_96(X))
& synthesis_of_camp_1(fn_cell_communication_with_epinephrine_in_liver_cell_96(X))
& signal_transduction_1(fn_cell_communication_with_epinephrine_in_liver_cell_97(X))
& cell_signaling_event_1(fn_cell_communication_with_epinephrine_in_liver_cell_97(X))
& chemical_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_98(X))
& molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_98(X))
& polymer_1(fn_cell_communication_with_epinephrine_in_liver_cell_98(X))
& glycogen_phosphorylase_1(fn_cell_communication_with_epinephrine_in_liver_cell_98(X))
& chemical_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_99(X))
& glucose_1_phosphate_1(fn_cell_communication_with_epinephrine_in_liver_cell_99(X))
& surface_1(fn_cell_communication_with_epinephrine_in_liver_cell_100(X))
& inside_face_1(fn_cell_communication_with_epinephrine_in_liver_cell_100(X))
& cytoplasmic_side_1(fn_cell_communication_with_epinephrine_in_liver_cell_100(X))
& move_1(fn_cell_communication_with_epinephrine_in_liver_cell_101(X))
& move_through_1(fn_cell_communication_with_epinephrine_in_liver_cell_101(X))
& polymer_1(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& spatial_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& membrane_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& tangible_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& transmembrane_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& integral_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& transport_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& phosphorylation_1(fn_cell_communication_with_epinephrine_in_liver_cell_103(X))
& living_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_104(X))
& cell_1(fn_cell_communication_with_epinephrine_in_liver_cell_104(X))
& endocrine_cell_1(fn_cell_communication_with_epinephrine_in_liver_cell_104(X))
& system_1(fn_cell_communication_with_epinephrine_in_liver_cell_107(X))
& spatial_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_110(X))
& neurotransmitter_1(fn_cell_communication_with_epinephrine_in_liver_cell_110(X))
& chemical_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_110(X))
& epinephrine_1(fn_cell_communication_with_epinephrine_in_liver_cell_110(X))
& spatial_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_111(X))
& chemical_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_111(X))
& polymer_1(fn_cell_communication_with_epinephrine_in_liver_cell_111(X))
& organic_molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_111(X))
& protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_111(X))
& molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_111(X))
& g_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_111(X))
& solution_1(fn_cell_communication_with_epinephrine_in_liver_cell_112(X))
& substance_1(fn_cell_communication_with_epinephrine_in_liver_cell_112(X))
& cytosol_1(fn_cell_communication_with_epinephrine_in_liver_cell_112(X))
& chemical_1(fn_cell_communication_with_epinephrine_in_liver_cell_113(X))
& cyclic_amp_1(fn_cell_communication_with_epinephrine_in_liver_cell_114(X))
& size_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_115(X))
& surface_1(fn_cell_communication_with_epinephrine_in_liver_cell_116(X))
& volume_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_117(X))
& ribosome_1(fn_cell_communication_with_epinephrine_in_liver_cell_118(X))
& spatial_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_119(X))
& chemical_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_119(X))
& monomer_1(fn_cell_communication_with_epinephrine_in_liver_cell_119(X))
& molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_119(X))
& amino_acid_1(fn_cell_communication_with_epinephrine_in_liver_cell_119(X))
& size_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_120(X))
& speed_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_121(X))
& quantity_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_122(X))
& kinetic_energy_1(fn_cell_communication_with_epinephrine_in_liver_cell_123(X))
& size_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_124(X))
& monomer_1(fn_cell_communication_with_epinephrine_in_liver_cell_125(X))
& atom_1(fn_cell_communication_with_epinephrine_in_liver_cell_126(X))
& chemical_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_126(X))
& carbon_1(fn_cell_communication_with_epinephrine_in_liver_cell_126(X))
& polypeptide_1(fn_cell_communication_with_epinephrine_in_liver_cell_127(X))
& carbon_skeleton_1(fn_cell_communication_with_epinephrine_in_liver_cell_128(X))
& surface_1(fn_cell_communication_with_epinephrine_in_liver_cell_129(X))
& hydrophilic_region_1(fn_cell_communication_with_epinephrine_in_liver_cell_130(X))
& protein_domain_1(fn_cell_communication_with_epinephrine_in_liver_cell_131(X))
& constant_motion_1(fn_cell_communication_with_epinephrine_in_liver_cell_132(X))
& detach_1(fn_cell_communication_with_epinephrine_in_liver_cell_133(X))
& attach_1(fn_cell_communication_with_epinephrine_in_liver_cell_134(X))
& chemical_reaction_1(fn_cell_communication_with_epinephrine_in_liver_cell_135(X))
& decomposition_reaction_1(fn_cell_communication_with_epinephrine_in_liver_cell_135(X))
& dephosphorylation_1(fn_cell_communication_with_epinephrine_in_liver_cell_135(X))
& detach_1(fn_cell_communication_with_epinephrine_in_liver_cell_136(X))
& substance_1(fn_cell_communication_with_epinephrine_in_liver_cell_137(X))
& cytosol_1(fn_cell_communication_with_epinephrine_in_liver_cell_137(X))
& attach_1(fn_cell_communication_with_epinephrine_in_liver_cell_138(X))
& make_accessible_1(fn_cell_communication_with_epinephrine_in_liver_cell_139(X))
& activate_1(fn_cell_communication_with_epinephrine_in_liver_cell_139(X))
& detach_1(fn_cell_communication_with_epinephrine_in_liver_cell_140(X))
& replace_1(fn_cell_communication_with_epinephrine_in_liver_cell_141(X))
& move_1(fn_cell_communication_with_epinephrine_in_liver_cell_142(X))
& outside_face_1(fn_cell_communication_with_epinephrine_in_liver_cell_143(X))
& extracellular_side_1(fn_cell_communication_with_epinephrine_in_liver_cell_143(X))
& surface_1(fn_cell_communication_with_epinephrine_in_liver_cell_143(X))
& signal_reception_1(fn_cell_communication_with_epinephrine_in_liver_cell_144(X))
& chemical_entity_1(fn_phosphorylation_2(fn_cell_communication_with_epinephrine_in_liver_cell_75(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_cell_communication_with_epinephrine_in_liver_cell_103(X)))
& active_site_1(fn_adenylyl_cyclase_2(fn_cell_communication_with_epinephrine_in_liver_cell_88(X)))
& entity_1(fn_covalent_bond_19(fn_cell_communication_with_epinephrine_in_liver_cell_83(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_cell_communication_with_epinephrine_in_liver_cell_83(X)))
& atom_1(fn_covalent_bond_19(fn_cell_communication_with_epinephrine_in_liver_cell_83(X)))
& facilitated_diffusion_1(fn_transport_protein_28(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& attach_1(fn_cell_signaling_with_g_protein_coupled_receptor_95(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& detach_1(fn_cell_signaling_with_g_protein_coupled_receptor_96(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& surface_1(fn_protein_5(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& hydrophilic_region_1(fn_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& polypeptide_1(fn_protein_8(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& spatial_entity_1(fn_protein_14(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& chemical_entity_1(fn_protein_14(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& monomer_1(fn_protein_14(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& molecule_1(fn_protein_14(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& amino_acid_1(fn_protein_14(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& protein_domain_1(fn_protein_7(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& property_node_1(fn_molecule_2(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& property_node_1(fn_molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& constant_motion_1(fn_molecule_8(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& speed_value_1(fn_molecule_3(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& quantity_value_1(fn_molecule_4(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& kinetic_energy_1(fn_molecule_12(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& size_value_1(fn_g_protein_3(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& size_value_1(fn_g_protein_4(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& property_node_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_1(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& protein_kinase_a_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_68(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& chemical_reaction_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_22(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& decomposition_reaction_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_22(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& dephosphorylation_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_22(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& detach_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_91(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& property_node_1(fn_liver_cell_78(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& property_node_1(fn_liver_cell_77(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& size_value_1(fn_liver_cell_65(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& volume_value_1(fn_liver_cell_69(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& surface_1(fn_liver_cell_68(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_cell_communication_with_epinephrine_in_liver_cell_75(X)))
& molecule_1(fn_phosphorylation_1(fn_cell_communication_with_epinephrine_in_liver_cell_75(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_cell_communication_with_epinephrine_in_liver_cell_103(X)))
& molecule_1(fn_phosphorylation_1(fn_cell_communication_with_epinephrine_in_liver_cell_103(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_cell_communication_with_epinephrine_in_liver_cell_82(X)))
& glucose_1_phosphate_1(fn_glycogen_breakdown_18(fn_cell_communication_with_epinephrine_in_liver_cell_82(X)))
& catabolic_pathway_1(fn_liver_cell_104(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& glycogen_breakdown_1(fn_glycogen_phosphorylase_16(fn_cell_communication_with_epinephrine_in_liver_cell_98(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_cell_communication_with_epinephrine_in_liver_cell_86(X)))
& glycogen_phosphorylase_1(fn_glycogen_breakdown_16(fn_cell_communication_with_epinephrine_in_liver_cell_82(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_cell_communication_with_epinephrine_in_liver_cell_86(X)))
& molecule_1(fn_phosphorylation_1(fn_cell_communication_with_epinephrine_in_liver_cell_86(X)))
& signal_1(fn_transmit_1(fn_cell_communication_with_epinephrine_in_liver_cell_49(X)))
& signal_1(fn_neurotransmitter_1(fn_cell_communication_with_epinephrine_in_liver_cell_110(X)))
& atom_1(fn_glycogen_phosphorylase_7(fn_cell_communication_with_epinephrine_in_liver_cell_98(X)))
& chemical_entity_1(fn_glycogen_phosphorylase_7(fn_cell_communication_with_epinephrine_in_liver_cell_98(X)))
& entity_1(fn_covalent_bond_20(fn_cell_communication_with_epinephrine_in_liver_cell_83(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_cell_communication_with_epinephrine_in_liver_cell_83(X)))
& atom_1(fn_covalent_bond_20(fn_cell_communication_with_epinephrine_in_liver_cell_83(X)))
& chemical_bond_1(fn_molecule_10(fn_cell_communication_with_epinephrine_in_liver_cell_98(X)))
& covalent_bond_1(fn_polymer_1(fn_cell_communication_with_epinephrine_in_liver_cell_98(X)))
& ribosome_1(fn_cell_14(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& ribosome_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_37(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& cellular_response_1(fn_chemical_signaling_6(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& cellular_response_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_87(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& atom_1(fn_organic_molecule_2(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& carbon_1(fn_organic_molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& atom_1(fn_cell_signaling_with_g_protein_coupled_receptor_87(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& chemical_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_87(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& carbon_1(fn_cell_signaling_with_g_protein_coupled_receptor_87(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& carbon_skeleton_1(fn_cell_signaling_with_g_protein_coupled_receptor_89(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& phosphorylation_1(fn_kinase_1(fn_cell_communication_with_epinephrine_in_liver_cell_77(X)))
& phosphorylation_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& monomer_1(fn_polymer_4(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& monomer_1(fn_g_protein_5(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& shape_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_7(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& shape_value_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_4(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& detach_1(fn_cell_signaling_with_g_protein_coupled_receptor_61(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& detach_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_70(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& replace_1(fn_cell_signaling_with_g_protein_coupled_receptor_94(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& replace_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_71(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& move_1(fn_cell_signaling_with_g_protein_coupled_receptor_100(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& move_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_57(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& attach_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_32(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& make_accessible_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& activate_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& tangible_entity_1(fn_cell_signaling_with_plasma_membrane_receptor_20(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& membrane_protein_1(fn_cell_signaling_with_plasma_membrane_receptor_20(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& protein_1(fn_cell_signaling_with_plasma_membrane_receptor_20(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& spatial_entity_1(fn_cell_signaling_with_plasma_membrane_receptor_20(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& polymer_1(fn_cell_signaling_with_plasma_membrane_receptor_20(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& spatial_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_28(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& polymer_1(fn_cell_signaling_with_g_protein_coupled_receptor_28(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& tangible_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_28(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& membrane_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_28(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_28(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& cell_surface_receptor_1(fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& spatial_entity_1(fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& polymer_1(fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& receptor_protein_1(fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& protein_1(fn_plasma_membrane_54(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& polymer_1(fn_plasma_membrane_54(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& g_protein_coupled_receptor_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_92(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& g_protein_coupled_receptor_1(fn_cell_signaling_with_g_protein_coupled_receptor_65(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& cell_surface_receptor_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& spatial_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& polymer_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& receptor_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& g_protein_coupled_receptor_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& signal_reception_1(fn_cell_signaling_with_plasma_membrane_receptor_15(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& signal_reception_1(fn_cell_signaling_with_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& signal_reception_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_88(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& substance_1(fn_cell_29(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& cytosol_1(fn_cell_29(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& substance_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_45(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& cytosol_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_45(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& substance_1(fn_liver_cell_62(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& cytosol_1(fn_liver_cell_62(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& protein_1(fn_plasma_membrane_68(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& protein_1(fn_animal_cell_75(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& organic_molecule_1(fn_animal_cell_75(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& polymer_1(fn_animal_cell_75(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& spatial_entity_1(fn_animal_cell_75(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& membrane_protein_1(fn_animal_cell_75(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& tangible_entity_1(fn_animal_cell_75(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& transmembrane_protein_1(fn_animal_cell_75(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& integral_protein_1(fn_animal_cell_75(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& transport_protein_1(fn_animal_cell_75(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& sodium_potassium_pump_1(fn_animal_cell_75(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& protein_1(fn_liver_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& organic_molecule_1(fn_liver_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& polymer_1(fn_liver_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& spatial_entity_1(fn_liver_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& membrane_protein_1(fn_liver_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& tangible_entity_1(fn_liver_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& transmembrane_protein_1(fn_liver_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& integral_protein_1(fn_liver_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& transport_protein_1(fn_liver_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& sodium_potassium_pump_1(fn_liver_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& mixture_1(fn_vertebrate_cell_27(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& cytoplasm_1(fn_vertebrate_cell_27(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& mixture_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_58(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& cytoplasm_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_58(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& mixture_1(fn_liver_cell_74(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& cytoplasm_1(fn_liver_cell_74(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& cell_1(fn_metabolic_pathway_1(fn_cell_communication_with_epinephrine_in_liver_cell_82(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& cell_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& cell_1(fn_cell_signaling_with_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& move_through_1(fn_protein_pump_1(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& move_1(fn_protein_pump_1(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& move_1(fn_sodium_potassium_pump_39(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& move_through_1(fn_sodium_potassium_pump_39(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& move_through_1(fn_carrier_protein_4(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& move_through_1(fn_transport_protein_10(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)))
& move_through_1(fn_electrogenic_pump_5(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& move_through_1(fn_transport_protein_34(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)))
& move_through_1(fn_transport_protein_34(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& move_1(fn_sodium_potassium_pump_50(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& move_through_1(fn_sodium_potassium_pump_50(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& move_1(fn_animal_plasma_membrane_50(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& move_through_1(fn_animal_plasma_membrane_50(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& cytoplasmic_side_1(fn_g_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& surface_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_76(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& cytoplasmic_side_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_76(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& inside_face_1(fn_animal_plasma_membrane_58(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& cytoplasmic_side_1(fn_animal_plasma_membrane_58(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& surface_1(fn_electrogenic_pump_4(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& surface_1(fn_transmembrane_protein_5(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)))
& outside_face_1(fn_transmembrane_protein_5(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& outside_face_1(fn_cell_signaling_with_plasma_membrane_receptor_8(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& extracellular_side_1(fn_cell_signaling_with_plasma_membrane_receptor_8(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& outside_face_1(fn_liver_cell_80(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& extracellular_side_1(fn_liver_cell_80(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& surface_1(fn_liver_cell_80(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& outside_face_1(fn_animal_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& extracellular_side_1(fn_animal_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& surface_1(fn_animal_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& membrane_protein_1(fn_cell_signaling_with_plasma_membrane_receptor_21(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& tangible_entity_1(fn_cell_signaling_with_plasma_membrane_receptor_21(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& transmembrane_protein_1(fn_cell_signaling_with_plasma_membrane_receptor_21(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& integral_protein_1(fn_cell_signaling_with_plasma_membrane_receptor_21(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& transport_protein_1(fn_cell_signaling_with_plasma_membrane_receptor_21(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& spatial_entity_1(fn_eukaryotic_cell_15(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& membrane_protein_1(fn_eukaryotic_cell_15(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& tangible_entity_1(fn_eukaryotic_cell_15(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& transmembrane_protein_1(fn_eukaryotic_cell_15(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& integral_protein_1(fn_eukaryotic_cell_15(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& transport_protein_1(fn_eukaryotic_cell_15(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& membrane_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_27(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& tangible_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_27(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& transmembrane_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_27(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& integral_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_27(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& transport_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_27(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& membrane_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& tangible_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& transmembrane_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& integral_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& transport_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& tangible_entity_1(fn_biomembrane_63(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& tangible_entity_1(fn_integral_protein_27(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)))
& tangible_entity_1(fn_integral_protein_27(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& tangible_entity_1(fn_eukaryotic_cell_41(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& phospholipid_bilayer_1(fn_eukaryotic_cell_41(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& tangible_entity_1(fn_carrier_protein_16(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& phospholipid_bilayer_1(fn_carrier_protein_16(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& tangible_entity_1(fn_transport_protein_12(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)))
& tangible_entity_1(fn_electrogenic_pump_19(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& phospholipid_bilayer_1(fn_electrogenic_pump_19(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& tangible_entity_1(fn_sodium_potassium_pump_22(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& phospholipid_bilayer_1(fn_sodium_potassium_pump_22(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& tangible_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_29(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& phospholipid_bilayer_1(fn_cell_signaling_with_g_protein_coupled_receptor_29(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& tangible_entity_1(fn_animal_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& phospholipid_bilayer_1(fn_animal_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& tangible_entity_1(fn_liver_cell_41(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& phospholipid_bilayer_1(fn_liver_cell_41(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)))
& biomembrane_1(fn_integral_protein_24(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)))
& biomembrane_1(fn_integral_protein_24(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& biomembrane_1(fn_cell_signaling_with_g_protein_coupled_receptor_109(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& plasma_membrane_1(fn_cell_signaling_with_g_protein_coupled_receptor_109(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& spatial_entity_1(fn_protein_pump_3(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& biomembrane_1(fn_protein_pump_3(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& spatial_entity_1(fn_sodium_potassium_pump_41(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& membrane_1(fn_sodium_potassium_pump_41(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& biomembrane_1(fn_sodium_potassium_pump_41(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& membrane_1(fn_carrier_protein_18(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& biomembrane_1(fn_carrier_protein_18(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& spatial_entity_1(fn_transport_protein_35(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& biomembrane_1(fn_transport_protein_35(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& spatial_entity_1(fn_transport_protein_35(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)))
& biomembrane_1(fn_transport_protein_35(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)))
& membrane_1(fn_electrogenic_pump_30(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& spatial_entity_1(fn_electrogenic_pump_30(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& biomembrane_1(fn_electrogenic_pump_30(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)))
& tangible_entity_1(fn_animal_cell_73(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& spatial_entity_1(fn_animal_cell_73(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& biomembrane_1(fn_animal_cell_73(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& animal_plasma_membrane_1(fn_animal_cell_73(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& plasma_membrane_1(fn_animal_cell_73(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& tangible_entity_1(fn_liver_cell_56(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& spatial_entity_1(fn_liver_cell_56(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& biomembrane_1(fn_liver_cell_56(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& animal_plasma_membrane_1(fn_liver_cell_56(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& plasma_membrane_1(fn_liver_cell_56(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& golgi_apparatus_1(fn_liver_cell_79(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)))
& property_node_1(fn_plasma_membrane_91(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& spatial_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& chemical_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& polymer_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& organic_molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& g_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& spatial_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& chemical_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& polymer_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& g_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& spatial_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& polymer_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& organic_molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& g_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& activate_1(fn_cell_signaling_with_g_protein_coupled_receptor_103(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& make_accessible_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& activate_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& make_accessible_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& activate_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& attach_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& spatial_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& enzyme_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& adenylyl_cyclase_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& adenylyl_cyclase_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& synthesis_reaction_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& chemical_reaction_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& synthesis_of_organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& metabolic_pathway_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& synthesis_of_camp_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& signal_transduction_1(fn_chemical_signaling_8(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& cell_signaling_event_1(fn_cell_signaling_with_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& signal_transduction_1(fn_cell_signaling_with_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& cell_signaling_event_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& signal_transduction_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& size_value_1(fn_plasma_membrane_85(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& size_value_1(fn_plasma_membrane_84(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)))
& amp_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& chemical_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& cyclic_amp_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& ligand_binding_1(fn_cell_signaling_with_plasma_membrane_receptor_7(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& ligand_binding_1(fn_cell_signaling_with_g_protein_coupled_receptor_30(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& spatial_entity_1(fn_move_1(fn_cell_communication_with_epinephrine_in_liver_cell_49(X)))
& spatial_entity_1(fn_move_1(fn_cell_communication_with_epinephrine_in_liver_cell_50(X)))
& chemical_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_57(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& chemical_entity_1(fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_58(X),fn_cell_communication_with_epinephrine_in_liver_cell_98(X))
& has_state_2(fn_cell_communication_with_epinephrine_in_liver_cell_69(X),fn_cell_communication_with_epinephrine_in_liver_cell_53(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_69(X),fn_cell_communication_with_epinephrine_in_liver_cell_70(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_69(X),fn_cell_communication_with_epinephrine_in_liver_cell_8(X))
& activation_2(fn_cell_communication_with_epinephrine_in_liver_cell_70(X),fn_cell_communication_with_epinephrine_in_liver_cell_39(X))
& has_state_2(fn_cell_communication_with_epinephrine_in_liver_cell_70(X),fn_cell_communication_with_epinephrine_in_liver_cell_71(X))
& activation_2(fn_cell_communication_with_epinephrine_in_liver_cell_71(X),fn_cell_communication_with_epinephrine_in_liver_cell_40(X))
& the_categorical_value_2(fn_cell_communication_with_epinephrine_in_liver_cell_40(X),active_0)
& the_categorical_value_2(fn_cell_communication_with_epinephrine_in_liver_cell_39(X),inactive_0)
& is_across_2(fn_cell_communication_with_epinephrine_in_liver_cell_72(X),fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& quantity_2(fn_cell_communication_with_epinephrine_in_liver_cell_73(X),fn_cell_communication_with_epinephrine_in_liver_cell_35(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_35(X) = fn_cell_communication_with_epinephrine_in_liver_cell_13(X)
& called_2(fn_cell_communication_with_epinephrine_in_liver_cell_35(X),'Quantity_GProtein')
& called_2(fn_cell_communication_with_epinephrine_in_liver_cell_30(X),'Quantity_PhosphorylaseKinase')
& fn_cell_communication_with_epinephrine_in_liver_cell_75(X) != fn_cell_communication_with_epinephrine_in_liver_cell_103(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_75(X) != fn_cell_communication_with_epinephrine_in_liver_cell_86(X)
& activation_2(fn_cell_communication_with_epinephrine_in_liver_cell_76(X),fn_cell_communication_with_epinephrine_in_liver_cell_25(X))
& has_state_2(fn_cell_communication_with_epinephrine_in_liver_cell_76(X),fn_cell_communication_with_epinephrine_in_liver_cell_77(X))
& quantity_2(fn_cell_communication_with_epinephrine_in_liver_cell_77(X),fn_cell_communication_with_epinephrine_in_liver_cell_30(X))
& activation_2(fn_cell_communication_with_epinephrine_in_liver_cell_77(X),fn_cell_communication_with_epinephrine_in_liver_cell_26(X))
& the_categorical_value_2(fn_cell_communication_with_epinephrine_in_liver_cell_26(X),active_0)
& the_categorical_value_2(fn_cell_communication_with_epinephrine_in_liver_cell_25(X),inactive_0)
& fn_cell_communication_with_epinephrine_in_liver_cell_20(X) = fn_cell_communication_with_epinephrine_in_liver_cell_19(X)
& called_2(fn_cell_communication_with_epinephrine_in_liver_cell_20(X),'Quantity_cAMP')
& fn_cell_communication_with_epinephrine_in_liver_cell_19(X) = fn_cell_communication_with_epinephrine_in_liver_cell_20(X)
& called_2(fn_cell_communication_with_epinephrine_in_liver_cell_19(X),'Quantity_ProteinKinaseA')
& quantity_2(fn_cell_communication_with_epinephrine_in_liver_cell_79(X),fn_cell_communication_with_epinephrine_in_liver_cell_19(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_80(X) != fn_cell_communication_with_epinephrine_in_liver_cell_98(X)
& called_2(fn_cell_communication_with_epinephrine_in_liver_cell_15(X),'Quantity_GlycogenPhosphorylase')
& site_2(fn_cell_communication_with_epinephrine_in_liver_cell_81(X),fn_cell_communication_with_epinephrine_in_liver_cell_58(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_liver_cell_81(X),fn_cell_communication_with_epinephrine_in_liver_cell_82(X))
& agent_2(fn_cell_communication_with_epinephrine_in_liver_cell_82(X),fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_13(X) = fn_cell_communication_with_epinephrine_in_liver_cell_35(X)
& called_2(fn_cell_communication_with_epinephrine_in_liver_cell_13(X),'Quantity_AdenylylCyclase')
& the_categorical_value_2(fn_cell_communication_with_epinephrine_in_liver_cell_10(X),active_0)
& the_categorical_value_2(fn_cell_communication_with_epinephrine_in_liver_cell_9(X),inactive_0)
& activation_2(fn_cell_communication_with_epinephrine_in_liver_cell_8(X),fn_cell_communication_with_epinephrine_in_liver_cell_9(X))
& has_state_2(fn_cell_communication_with_epinephrine_in_liver_cell_8(X),fn_cell_communication_with_epinephrine_in_liver_cell_98(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_86(X) != fn_cell_communication_with_epinephrine_in_liver_cell_75(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_86(X) != fn_cell_communication_with_epinephrine_in_liver_cell_103(X)
& raw_material_2(fn_cell_communication_with_epinephrine_in_liver_cell_86(X),fn_cell_communication_with_epinephrine_in_liver_cell_8(X))
& quantity_2(fn_cell_communication_with_epinephrine_in_liver_cell_88(X),fn_cell_communication_with_epinephrine_in_liver_cell_13(X))
& quantity_2(fn_cell_communication_with_epinephrine_in_liver_cell_90(X),fn_cell_communication_with_epinephrine_in_liver_cell_20(X))
& agent_2(fn_cell_communication_with_epinephrine_in_liver_cell_91(X),fn_cell_communication_with_epinephrine_in_liver_cell_93(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_93(X) != fn_cell_communication_with_epinephrine_in_liver_cell_110(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_93(X) != fn_cell_communication_with_epinephrine_in_liver_cell_102(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_93(X) != fn_cell_communication_with_epinephrine_in_liver_cell_94(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_94(X) != fn_cell_communication_with_epinephrine_in_liver_cell_93(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_94(X) != fn_cell_communication_with_epinephrine_in_liver_cell_110(X)
& site_2(fn_cell_communication_with_epinephrine_in_liver_cell_96(X),fn_cell_communication_with_epinephrine_in_liver_cell_87(X))
& minCardinality(fn_cell_communication_with_epinephrine_in_liver_cell_97(X),subevent_0,"1",phosphorylation_0)
& fn_cell_communication_with_epinephrine_in_liver_cell_98(X) != fn_cell_communication_with_epinephrine_in_liver_cell_80(X)
& quantity_2(fn_cell_communication_with_epinephrine_in_liver_cell_98(X),fn_cell_communication_with_epinephrine_in_liver_cell_15(X))
& activation_2(fn_cell_communication_with_epinephrine_in_liver_cell_98(X),fn_cell_communication_with_epinephrine_in_liver_cell_10(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_98(X),fn_cell_communication_with_epinephrine_in_liver_cell_85(X))
& quantity_2(fn_cell_communication_with_epinephrine_in_liver_cell_99(X),fn_cell_communication_with_epinephrine_in_liver_cell_6(X))
& result_2(fn_cell_communication_with_epinephrine_in_liver_cell_7(X),fn_cell_communication_with_epinephrine_in_liver_cell_99(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_102(X) != fn_cell_communication_with_epinephrine_in_liver_cell_93(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_103(X) != fn_cell_communication_with_epinephrine_in_liver_cell_75(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_103(X) != fn_cell_communication_with_epinephrine_in_liver_cell_86(X)
& called_2(fn_cell_communication_with_epinephrine_in_liver_cell_6(X),'Quantity_Glucose1Phosphate')
& called_2(fn_cell_communication_with_epinephrine_in_liver_cell_4(X),'Quantity_Epinephrine')
& fn_cell_communication_with_epinephrine_in_liver_cell_110(X) != fn_cell_communication_with_epinephrine_in_liver_cell_93(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_110(X) != fn_cell_communication_with_epinephrine_in_liver_cell_94(X)
& quantity_2(fn_cell_communication_with_epinephrine_in_liver_cell_110(X),fn_cell_communication_with_epinephrine_in_liver_cell_4(X))
& object_2(fn_cell_communication_with_epinephrine_in_liver_cell_49(X),fn_cell_communication_with_epinephrine_in_liver_cell_110(X))
& object_2(fn_cell_communication_with_epinephrine_in_liver_cell_50(X),fn_cell_communication_with_epinephrine_in_liver_cell_110(X))
& result_2(fn_cell_communication_with_epinephrine_in_liver_cell_75(X),fn_cell_communication_with_epinephrine_in_liver_cell_77(X))
& raw_material_2(fn_cell_communication_with_epinephrine_in_liver_cell_75(X),fn_cell_communication_with_epinephrine_in_liver_cell_76(X))
& result_2(fn_cell_communication_with_epinephrine_in_liver_cell_103(X),fn_cell_communication_with_epinephrine_in_liver_cell_71(X))
& result_2(fn_cell_communication_with_epinephrine_in_liver_cell_86(X),fn_cell_communication_with_epinephrine_in_liver_cell_98(X))
& raw_material_2(fn_cell_communication_with_epinephrine_in_liver_cell_103(X),fn_cell_communication_with_epinephrine_in_liver_cell_70(X))
& base_2(fn_cell_communication_with_epinephrine_in_liver_cell_82(X),fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_98(X),fn_cell_communication_with_epinephrine_in_liver_cell_84(X))
& possesses_2(fn_cell_communication_with_epinephrine_in_liver_cell_98(X),fn_cell_communication_with_epinephrine_in_liver_cell_83(X))
& result_2(fn_cell_communication_with_epinephrine_in_liver_cell_82(X),fn_cell_communication_with_epinephrine_in_liver_cell_99(X))
& has_function_2(fn_cell_communication_with_epinephrine_in_liver_cell_77(X),fn_cell_communication_with_epinephrine_in_liver_cell_86(X))
& has_region_2(fn_cell_communication_with_epinephrine_in_liver_cell_88(X),fn_cell_communication_with_epinephrine_in_liver_cell_87(X))
& has_function_2(fn_cell_communication_with_epinephrine_in_liver_cell_98(X),fn_cell_communication_with_epinephrine_in_liver_cell_82(X))
& raw_material_2(fn_cell_communication_with_epinephrine_in_liver_cell_86(X),fn_cell_communication_with_epinephrine_in_liver_cell_80(X))
& in_event_2(fn_cell_communication_with_epinephrine_in_liver_cell_52(X),fn_cell_communication_with_epinephrine_in_liver_cell_49(X))
& plays_2(fn_cell_communication_with_epinephrine_in_liver_cell_110(X),fn_cell_communication_with_epinephrine_in_liver_cell_52(X))
& is_between_2(fn_cell_communication_with_epinephrine_in_liver_cell_83(X),fn_cell_communication_with_epinephrine_in_liver_cell_85(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_85(X) != fn_cell_communication_with_epinephrine_in_liver_cell_84(X)
& is_between_2(fn_cell_communication_with_epinephrine_in_liver_cell_83(X),fn_cell_communication_with_epinephrine_in_liver_cell_84(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_84(X) != fn_cell_communication_with_epinephrine_in_liver_cell_85(X)
& complement_2(fn_cell_communication_with_epinephrine_in_liver_cell_78(X),fn_cell_communication_with_epinephrine_in_liver_cell_110(X))
& complement_2(fn_cell_communication_with_epinephrine_in_liver_cell_110(X),fn_cell_communication_with_epinephrine_in_liver_cell_78(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_110(X) != fn_cell_communication_with_epinephrine_in_liver_cell_78(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_78(X) != fn_cell_communication_with_epinephrine_in_liver_cell_110(X)
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_95(X),fn_cell_communication_with_epinephrine_in_liver_cell_78(X))
& is_at_2(fn_cell_communication_with_epinephrine_in_liver_cell_110(X),fn_cell_communication_with_epinephrine_in_liver_cell_143(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_102(X) != fn_cell_communication_with_epinephrine_in_liver_cell_110(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_110(X) != fn_cell_communication_with_epinephrine_in_liver_cell_102(X)
& object_2(fn_cell_communication_with_epinephrine_in_liver_cell_144(X),fn_cell_communication_with_epinephrine_in_liver_cell_110(X))
& is_at_2(fn_cell_communication_with_epinephrine_in_liver_cell_94(X),fn_cell_communication_with_epinephrine_in_liver_cell_92(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_95(X),fn_cell_communication_with_epinephrine_in_liver_cell_72(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_72(X) != fn_cell_communication_with_epinephrine_in_liver_cell_102(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_102(X) != fn_cell_communication_with_epinephrine_in_liver_cell_94(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_78(X) != fn_cell_communication_with_epinephrine_in_liver_cell_94(X)
& is_across_2(fn_cell_communication_with_epinephrine_in_liver_cell_78(X),fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_102(X) != fn_cell_communication_with_epinephrine_in_liver_cell_72(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_94(X) != fn_cell_communication_with_epinephrine_in_liver_cell_102(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_94(X) != fn_cell_communication_with_epinephrine_in_liver_cell_78(X)
& path_2(fn_cell_communication_with_epinephrine_in_liver_cell_91(X),fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_95(X),fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_93(X) != fn_cell_communication_with_epinephrine_in_liver_cell_78(X)
& size_2(fn_cell_communication_with_epinephrine_in_liver_cell_78(X),fn_cell_communication_with_epinephrine_in_liver_cell_47(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_78(X) != fn_cell_communication_with_epinephrine_in_liver_cell_93(X)
& facilitates_2(fn_cell_communication_with_epinephrine_in_liver_cell_102(X),fn_cell_communication_with_epinephrine_in_liver_cell_101(X))
& agent_2(fn_cell_communication_with_epinephrine_in_liver_cell_101(X),fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& base_2(fn_cell_communication_with_epinephrine_in_liver_cell_96(X),fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_69(X) != fn_cell_communication_with_epinephrine_in_liver_cell_72(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_72(X) != fn_cell_communication_with_epinephrine_in_liver_cell_69(X)
& agent_2(fn_cell_communication_with_epinephrine_in_liver_cell_97(X),fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_69(X),fn_cell_communication_with_epinephrine_in_liver_cell_118(X))
& next_event_2(fn_cell_communication_with_epinephrine_in_liver_cell_97(X),fn_cell_communication_with_epinephrine_in_liver_cell_81(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_liver_cell_97(X),fn_cell_communication_with_epinephrine_in_liver_cell_103(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_liver_cell_74(X),fn_cell_communication_with_epinephrine_in_liver_cell_81(X))
& base_2(fn_cell_communication_with_epinephrine_in_liver_cell_81(X),fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& is_inside_2(fn_cell_communication_with_epinephrine_in_liver_cell_118(X),fn_cell_communication_with_epinephrine_in_liver_cell_137(X))
& object_2(fn_cell_communication_with_epinephrine_in_liver_cell_140(X),fn_cell_communication_with_epinephrine_in_liver_cell_111(X))
& base_2(fn_cell_communication_with_epinephrine_in_liver_cell_97(X),fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& object_2(fn_cell_communication_with_epinephrine_in_liver_cell_142(X),fn_cell_communication_with_epinephrine_in_liver_cell_111(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_69(X) != fn_cell_communication_with_epinephrine_in_liver_cell_78(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_78(X) != fn_cell_communication_with_epinephrine_in_liver_cell_69(X)
& base_2(fn_cell_communication_with_epinephrine_in_liver_cell_144(X),fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& base_2(fn_cell_communication_with_epinephrine_in_liver_cell_134(X),fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& called_2(fn_cell_communication_with_epinephrine_in_liver_cell_134(X),'AttachNew')
& first_subevent_2(fn_cell_communication_with_epinephrine_in_liver_cell_141(X),fn_cell_communication_with_epinephrine_in_liver_cell_133(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_liver_cell_141(X),fn_cell_communication_with_epinephrine_in_liver_cell_133(X))
& called_2(fn_cell_communication_with_epinephrine_in_liver_cell_133(X),'RemoveOld')
& base_2(fn_cell_communication_with_epinephrine_in_liver_cell_133(X),fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& next_event_2(fn_cell_communication_with_epinephrine_in_liver_cell_133(X),fn_cell_communication_with_epinephrine_in_liver_cell_134(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_liver_cell_141(X),fn_cell_communication_with_epinephrine_in_liver_cell_134(X))
& result_2(fn_cell_communication_with_epinephrine_in_liver_cell_141(X),fn_cell_communication_with_epinephrine_in_liver_cell_111(X))
& agent_2(fn_cell_communication_with_epinephrine_in_liver_cell_68(X),fn_cell_communication_with_epinephrine_in_liver_cell_111(X))
& base_2(fn_cell_communication_with_epinephrine_in_liver_cell_74(X),fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_69(X),fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& has_region_2(fn_cell_communication_with_epinephrine_in_liver_cell_73(X),fn_cell_communication_with_epinephrine_in_liver_cell_128(X))
& is_inside_2(fn_cell_communication_with_epinephrine_in_liver_cell_126(X),fn_cell_communication_with_epinephrine_in_liver_cell_128(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_73(X),fn_cell_communication_with_epinephrine_in_liver_cell_126(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_liver_cell_97(X),fn_cell_communication_with_epinephrine_in_liver_cell_86(X))
& plays_2(fn_cell_communication_with_epinephrine_in_liver_cell_69(X),fn_cell_communication_with_epinephrine_in_liver_cell_57(X))
& object_2(X,fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& destination_2(fn_cell_communication_with_epinephrine_in_liver_cell_62(X),fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& by_means_of_2(fn_cell_communication_with_epinephrine_in_liver_cell_62(X),fn_cell_communication_with_epinephrine_in_liver_cell_50(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_104(X) != fn_cell_communication_with_epinephrine_in_liver_cell_69(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_69(X) != fn_cell_communication_with_epinephrine_in_liver_cell_104(X)
& facilitates_2(fn_cell_communication_with_epinephrine_in_liver_cell_94(X),fn_cell_communication_with_epinephrine_in_liver_cell_101(X))
& agent_2(fn_cell_communication_with_epinephrine_in_liver_cell_101(X),fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& is_inside_2(fn_cell_communication_with_epinephrine_in_liver_cell_94(X),fn_cell_communication_with_epinephrine_in_liver_cell_92(X))
& has_region_2(fn_cell_communication_with_epinephrine_in_liver_cell_73(X),fn_cell_communication_with_epinephrine_in_liver_cell_129(X))
& is_at_2(fn_cell_communication_with_epinephrine_in_liver_cell_130(X),fn_cell_communication_with_epinephrine_in_liver_cell_129(X))
& has_region_2(fn_cell_communication_with_epinephrine_in_liver_cell_73(X),fn_cell_communication_with_epinephrine_in_liver_cell_131(X))
& is_at_2(fn_cell_communication_with_epinephrine_in_liver_cell_119(X),fn_cell_communication_with_epinephrine_in_liver_cell_131(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_127(X),fn_cell_communication_with_epinephrine_in_liver_cell_119(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_73(X),fn_cell_communication_with_epinephrine_in_liver_cell_127(X))
& has_region_2(fn_cell_communication_with_epinephrine_in_liver_cell_73(X),fn_cell_communication_with_epinephrine_in_liver_cell_130(X))
& shape_2(fn_cell_communication_with_epinephrine_in_liver_cell_78(X),fn_cell_communication_with_epinephrine_in_liver_cell_89(X))
& base_2(fn_cell_communication_with_epinephrine_in_liver_cell_46(X),fn_cell_communication_with_epinephrine_in_liver_cell_78(X))
& object_2(fn_cell_communication_with_epinephrine_in_liver_cell_132(X),fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& possesses_2(fn_cell_communication_with_epinephrine_in_liver_cell_73(X),fn_cell_communication_with_epinephrine_in_liver_cell_123(X))
& quantity_2(fn_cell_communication_with_epinephrine_in_liver_cell_123(X),fn_cell_communication_with_epinephrine_in_liver_cell_122(X))
& directly_proportional_2(fn_cell_communication_with_epinephrine_in_liver_cell_121(X),fn_cell_communication_with_epinephrine_in_liver_cell_122(X))
& speed_2(fn_cell_communication_with_epinephrine_in_liver_cell_132(X),fn_cell_communication_with_epinephrine_in_liver_cell_121(X))
& size_2(fn_cell_communication_with_epinephrine_in_liver_cell_73(X),fn_cell_communication_with_epinephrine_in_liver_cell_124(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_73(X),fn_cell_communication_with_epinephrine_in_liver_cell_125(X))
& size_2(fn_cell_communication_with_epinephrine_in_liver_cell_125(X),fn_cell_communication_with_epinephrine_in_liver_cell_120(X))
& greater_than_2(fn_cell_communication_with_epinephrine_in_liver_cell_124(X),fn_cell_communication_with_epinephrine_in_liver_cell_120(X))
& the_scalar_value_2(fn_cell_communication_with_epinephrine_in_liver_cell_124(X),big_0)
& scalar_unit_class_2(fn_cell_communication_with_epinephrine_in_liver_cell_124(X),polypeptide_0)
& called_2(fn_cell_communication_with_epinephrine_in_liver_cell_93(X),'MP1')
& is_at_2(fn_cell_communication_with_epinephrine_in_liver_cell_93(X),fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& is_across_2(fn_cell_communication_with_epinephrine_in_liver_cell_93(X),fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& called_2(fn_cell_communication_with_epinephrine_in_liver_cell_68(X),'Acyclase')
& object_2(fn_cell_communication_with_epinephrine_in_liver_cell_68(X),fn_cell_communication_with_epinephrine_in_liver_cell_72(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_liver_cell_97(X),fn_cell_communication_with_epinephrine_in_liver_cell_138(X))
& called_2(fn_cell_communication_with_epinephrine_in_liver_cell_66(X),'GPCR')
& is_oriented_toward_2(fn_cell_communication_with_epinephrine_in_liver_cell_100(X),fn_cell_communication_with_epinephrine_in_liver_cell_58(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_liver_cell_97(X),fn_cell_communication_with_epinephrine_in_liver_cell_139(X))
& called_2(fn_cell_communication_with_epinephrine_in_liver_cell_139(X),'PKA')
& first_subevent_2(fn_cell_communication_with_epinephrine_in_liver_cell_97(X),fn_cell_communication_with_epinephrine_in_liver_cell_66(X))
& agent_2(fn_cell_communication_with_epinephrine_in_liver_cell_66(X),fn_cell_communication_with_epinephrine_in_liver_cell_90(X))
& shape_2(fn_cell_communication_with_epinephrine_in_liver_cell_88(X),fn_cell_communication_with_epinephrine_in_liver_cell_89(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_liver_cell_97(X),fn_cell_communication_with_epinephrine_in_liver_cell_140(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_liver_cell_97(X),fn_cell_communication_with_epinephrine_in_liver_cell_75(X))
& has_function_2(fn_cell_communication_with_epinephrine_in_liver_cell_79(X),fn_cell_communication_with_epinephrine_in_liver_cell_75(X))
& next_event_2(fn_cell_communication_with_epinephrine_in_liver_cell_67(X),fn_cell_communication_with_epinephrine_in_liver_cell_68(X))
& causes_2(fn_cell_communication_with_epinephrine_in_liver_cell_68(X),fn_cell_communication_with_epinephrine_in_liver_cell_135(X))
& causes_2(fn_cell_communication_with_epinephrine_in_liver_cell_135(X),fn_cell_communication_with_epinephrine_in_liver_cell_136(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_139(X) != fn_cell_communication_with_epinephrine_in_liver_cell_68(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_68(X) != fn_cell_communication_with_epinephrine_in_liver_cell_139(X)
& next_event_2(fn_cell_communication_with_epinephrine_in_liver_cell_140(X),fn_cell_communication_with_epinephrine_in_liver_cell_142(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_liver_cell_97(X),fn_cell_communication_with_epinephrine_in_liver_cell_142(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_liver_cell_97(X),fn_cell_communication_with_epinephrine_in_liver_cell_141(X))
& next_event_2(fn_cell_communication_with_epinephrine_in_liver_cell_138(X),fn_cell_communication_with_epinephrine_in_liver_cell_141(X))
& object_2(fn_cell_communication_with_epinephrine_in_liver_cell_138(X),fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& base_2(fn_cell_communication_with_epinephrine_in_liver_cell_67(X),fn_cell_communication_with_epinephrine_in_liver_cell_72(X))
& has_state_2(fn_cell_communication_with_epinephrine_in_liver_cell_72(X),fn_cell_communication_with_epinephrine_in_liver_cell_88(X))
& base_2(fn_cell_communication_with_epinephrine_in_liver_cell_136(X),fn_cell_communication_with_epinephrine_in_liver_cell_88(X))
& object_2(fn_cell_communication_with_epinephrine_in_liver_cell_136(X),fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& result_2(fn_cell_communication_with_epinephrine_in_liver_cell_135(X),fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& next_event_2(fn_cell_communication_with_epinephrine_in_liver_cell_141(X),fn_cell_communication_with_epinephrine_in_liver_cell_140(X))
& base_2(fn_cell_communication_with_epinephrine_in_liver_cell_141(X),fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& is_at_2(fn_cell_communication_with_epinephrine_in_liver_cell_73(X),fn_cell_communication_with_epinephrine_in_liver_cell_100(X))
& is_facing_2(fn_cell_communication_with_epinephrine_in_liver_cell_100(X),fn_cell_communication_with_epinephrine_in_liver_cell_58(X))
& site_2(fn_cell_communication_with_epinephrine_in_liver_cell_96(X),fn_cell_communication_with_epinephrine_in_liver_cell_58(X))
& object_2(fn_cell_communication_with_epinephrine_in_liver_cell_66(X),fn_cell_communication_with_epinephrine_in_liver_cell_78(X))
& has_function_2(fn_cell_communication_with_epinephrine_in_liver_cell_78(X),fn_cell_communication_with_epinephrine_in_liver_cell_144(X))
& first_subevent_2(fn_cell_communication_with_epinephrine_in_liver_cell_74(X),fn_cell_communication_with_epinephrine_in_liver_cell_144(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_88(X) != fn_cell_communication_with_epinephrine_in_liver_cell_78(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_78(X) != fn_cell_communication_with_epinephrine_in_liver_cell_88(X)
& next_event_2(fn_cell_communication_with_epinephrine_in_liver_cell_142(X),fn_cell_communication_with_epinephrine_in_liver_cell_67(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_142(X) != fn_cell_communication_with_epinephrine_in_liver_cell_141(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_141(X) != fn_cell_communication_with_epinephrine_in_liver_cell_140(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_140(X) != fn_cell_communication_with_epinephrine_in_liver_cell_142(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_142(X) != fn_cell_communication_with_epinephrine_in_liver_cell_140(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_141(X) != fn_cell_communication_with_epinephrine_in_liver_cell_142(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_140(X) != fn_cell_communication_with_epinephrine_in_liver_cell_141(X)
& next_event_2(fn_cell_communication_with_epinephrine_in_liver_cell_66(X),fn_cell_communication_with_epinephrine_in_liver_cell_138(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_138(X) != fn_cell_communication_with_epinephrine_in_liver_cell_67(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_67(X) != fn_cell_communication_with_epinephrine_in_liver_cell_141(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_67(X) != fn_cell_communication_with_epinephrine_in_liver_cell_138(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_142(X) != fn_cell_communication_with_epinephrine_in_liver_cell_67(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_67(X) != fn_cell_communication_with_epinephrine_in_liver_cell_142(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_141(X) != fn_cell_communication_with_epinephrine_in_liver_cell_67(X)
& next_event_2(fn_cell_communication_with_epinephrine_in_liver_cell_144(X),fn_cell_communication_with_epinephrine_in_liver_cell_97(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_liver_cell_97(X),fn_cell_communication_with_epinephrine_in_liver_cell_66(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_66(X) != fn_cell_communication_with_epinephrine_in_liver_cell_68(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_139(X) != fn_cell_communication_with_epinephrine_in_liver_cell_66(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_66(X) != fn_cell_communication_with_epinephrine_in_liver_cell_139(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_68(X) != fn_cell_communication_with_epinephrine_in_liver_cell_66(X)
& subevent_2(fn_cell_communication_with_epinephrine_in_liver_cell_74(X),fn_cell_communication_with_epinephrine_in_liver_cell_144(X))
& instrument_2(fn_cell_communication_with_epinephrine_in_liver_cell_144(X),fn_cell_communication_with_epinephrine_in_liver_cell_78(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_78(X) != fn_cell_communication_with_epinephrine_in_liver_cell_102(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_72(X) != fn_cell_communication_with_epinephrine_in_liver_cell_78(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_78(X) != fn_cell_communication_with_epinephrine_in_liver_cell_72(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_102(X) != fn_cell_communication_with_epinephrine_in_liver_cell_78(X)
& has_region_2(fn_cell_communication_with_epinephrine_in_liver_cell_94(X),fn_cell_communication_with_epinephrine_in_liver_cell_143(X))
& is_at_2(fn_cell_communication_with_epinephrine_in_liver_cell_93(X),fn_cell_communication_with_epinephrine_in_liver_cell_92(X))
& called_2(fn_cell_communication_with_epinephrine_in_liver_cell_94(X),'MP1')
& has_region_2(fn_cell_communication_with_epinephrine_in_liver_cell_69(X),fn_cell_communication_with_epinephrine_in_liver_cell_116(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_69(X),fn_cell_communication_with_epinephrine_in_liver_cell_63(X))
& size_2(fn_cell_communication_with_epinephrine_in_liver_cell_69(X),fn_cell_communication_with_epinephrine_in_liver_cell_115(X))
& is_inside_2(fn_cell_communication_with_epinephrine_in_liver_cell_58(X),fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_58(X),fn_cell_communication_with_epinephrine_in_liver_cell_137(X))
& is_across_2(fn_cell_communication_with_epinephrine_in_liver_cell_94(X),fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& is_at_2(fn_cell_communication_with_epinephrine_in_liver_cell_94(X),fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_69(X),fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& volume_2(fn_cell_communication_with_epinephrine_in_liver_cell_69(X),fn_cell_communication_with_epinephrine_in_liver_cell_117(X))
& directly_proportional_2(fn_cell_communication_with_epinephrine_in_liver_cell_115(X),fn_cell_communication_with_epinephrine_in_liver_cell_117(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_69(X),fn_cell_communication_with_epinephrine_in_liver_cell_58(X))
& is_between_2(fn_cell_communication_with_epinephrine_in_liver_cell_58(X),fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_95(X),fn_cell_communication_with_epinephrine_in_liver_cell_93(X))
& is_inside_2(fn_cell_communication_with_epinephrine_in_liver_cell_93(X),fn_cell_communication_with_epinephrine_in_liver_cell_92(X))
& is_at_2(fn_cell_communication_with_epinephrine_in_liver_cell_92(X),fn_cell_communication_with_epinephrine_in_liver_cell_116(X))
& has_function_2(fn_cell_communication_with_epinephrine_in_liver_cell_95(X),fn_cell_communication_with_epinephrine_in_liver_cell_101(X))
& is_across_2(fn_cell_communication_with_epinephrine_in_liver_cell_102(X),fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& called_2(fn_cell_communication_with_epinephrine_in_liver_cell_102(X),'MP2')
& is_outside_2(fn_cell_communication_with_epinephrine_in_liver_cell_143(X),fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& has_region_2(fn_cell_communication_with_epinephrine_in_liver_cell_95(X),fn_cell_communication_with_epinephrine_in_liver_cell_143(X))
& has_region_2(fn_cell_communication_with_epinephrine_in_liver_cell_95(X),fn_cell_communication_with_epinephrine_in_liver_cell_100(X))
& path_2(fn_cell_communication_with_epinephrine_in_liver_cell_101(X),fn_cell_communication_with_epinephrine_in_liver_cell_100(X))
& base_2(fn_cell_communication_with_epinephrine_in_liver_cell_101(X),fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_95(X),fn_cell_communication_with_epinephrine_in_liver_cell_92(X))
& is_inside_2(fn_cell_communication_with_epinephrine_in_liver_cell_102(X),fn_cell_communication_with_epinephrine_in_liver_cell_92(X))
& is_at_2(fn_cell_communication_with_epinephrine_in_liver_cell_102(X),fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_95(X),fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& is_at_2(fn_cell_communication_with_epinephrine_in_liver_cell_102(X),fn_cell_communication_with_epinephrine_in_liver_cell_92(X))
& called_2(fn_cell_communication_with_epinephrine_in_liver_cell_64(X),'Concentration_cAMP_SignalingCell')
& is_inside_2(fn_cell_communication_with_epinephrine_in_liver_cell_63(X),fn_cell_communication_with_epinephrine_in_liver_cell_112(X))
& called_2(fn_cell_communication_with_epinephrine_in_liver_cell_65(X),'Concentration_cAMP_NormalCell')
& result_2(fn_cell_communication_with_epinephrine_in_liver_cell_96(X),fn_cell_communication_with_epinephrine_in_liver_cell_90(X))
& instrument_2(X,fn_cell_communication_with_epinephrine_in_liver_cell_110(X))
& in_event_2(fn_cell_communication_with_epinephrine_in_liver_cell_57(X),X)
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_55(X),fn_cell_communication_with_epinephrine_in_liver_cell_56(X))
& object_2(fn_cell_communication_with_epinephrine_in_liver_cell_67(X),fn_cell_communication_with_epinephrine_in_liver_cell_111(X))
& has_state_2(fn_cell_communication_with_epinephrine_in_liver_cell_73(X),fn_cell_communication_with_epinephrine_in_liver_cell_111(X))
& has_solute_2(fn_cell_communication_with_epinephrine_in_liver_cell_55(X),fn_cell_communication_with_epinephrine_in_liver_cell_56(X))
& is_inside_2(fn_cell_communication_with_epinephrine_in_liver_cell_54(X),fn_cell_communication_with_epinephrine_in_liver_cell_55(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_53(X),fn_cell_communication_with_epinephrine_in_liver_cell_54(X))
& has_function_2(fn_cell_communication_with_epinephrine_in_liver_cell_88(X),fn_cell_communication_with_epinephrine_in_liver_cell_96(X))
& result_2(fn_cell_communication_with_epinephrine_in_liver_cell_67(X),fn_cell_communication_with_epinephrine_in_liver_cell_88(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_liver_cell_97(X),fn_cell_communication_with_epinephrine_in_liver_cell_67(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_liver_cell_97(X),fn_cell_communication_with_epinephrine_in_liver_cell_68(X))
& result_2(fn_cell_communication_with_epinephrine_in_liver_cell_68(X),fn_cell_communication_with_epinephrine_in_liver_cell_88(X))
& first_subevent_2(X,fn_cell_communication_with_epinephrine_in_liver_cell_61(X))
& subevent_2(X,fn_cell_communication_with_epinephrine_in_liver_cell_62(X))
& next_event_2(fn_cell_communication_with_epinephrine_in_liver_cell_62(X),fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& subevent_2(X,fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& subevent_2(X,fn_cell_communication_with_epinephrine_in_liver_cell_61(X))
& next_event_2(fn_cell_communication_with_epinephrine_in_liver_cell_61(X),fn_cell_communication_with_epinephrine_in_liver_cell_62(X))
& object_2(fn_cell_communication_with_epinephrine_in_liver_cell_62(X),fn_cell_communication_with_epinephrine_in_liver_cell_110(X))
& agent_2(fn_cell_communication_with_epinephrine_in_liver_cell_74(X),fn_cell_communication_with_epinephrine_in_liver_cell_110(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_liver_cell_74(X),fn_cell_communication_with_epinephrine_in_liver_cell_97(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_liver_cell_97(X),fn_cell_communication_with_epinephrine_in_liver_cell_96(X))
& concentration_2(fn_cell_communication_with_epinephrine_in_liver_cell_114(X),fn_cell_communication_with_epinephrine_in_liver_cell_65(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_113(X),fn_cell_communication_with_epinephrine_in_liver_cell_114(X))
& has_solute_2(fn_cell_communication_with_epinephrine_in_liver_cell_112(X),fn_cell_communication_with_epinephrine_in_liver_cell_113(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_112(X),fn_cell_communication_with_epinephrine_in_liver_cell_113(X))
& site_2(fn_cell_communication_with_epinephrine_in_liver_cell_46(X),fn_cell_communication_with_epinephrine_in_liver_cell_51(X))
& is_outside_2(fn_cell_communication_with_epinephrine_in_liver_cell_110(X),fn_cell_communication_with_epinephrine_in_liver_cell_51(X))
& size_2(fn_cell_communication_with_epinephrine_in_liver_cell_110(X),fn_cell_communication_with_epinephrine_in_liver_cell_48(X))
& greater_than_2(fn_cell_communication_with_epinephrine_in_liver_cell_47(X),fn_cell_communication_with_epinephrine_in_liver_cell_48(X))
& concentration_2(fn_cell_communication_with_epinephrine_in_liver_cell_90(X),fn_cell_communication_with_epinephrine_in_liver_cell_64(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_liver_cell_56(X),fn_cell_communication_with_epinephrine_in_liver_cell_90(X))
& agent_2(X,fn_cell_communication_with_epinephrine_in_liver_cell_104(X))
& agent_2(fn_cell_communication_with_epinephrine_in_liver_cell_61(X),fn_cell_communication_with_epinephrine_in_liver_cell_104(X))
& result_2(fn_cell_communication_with_epinephrine_in_liver_cell_61(X),fn_cell_communication_with_epinephrine_in_liver_cell_110(X))
& has_function_2(fn_cell_communication_with_epinephrine_in_liver_cell_110(X),fn_cell_communication_with_epinephrine_in_liver_cell_46(X))
& object_2(fn_cell_communication_with_epinephrine_in_liver_cell_46(X),fn_cell_communication_with_epinephrine_in_liver_cell_110(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_110(X) = fn_move_1(fn_cell_communication_with_epinephrine_in_liver_cell_49(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_110(X) = fn_move_1(fn_cell_communication_with_epinephrine_in_liver_cell_50(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_77(X) = fn_phosphorylation_2(fn_cell_communication_with_epinephrine_in_liver_cell_75(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_76(X) = fn_phosphorylation_5(fn_cell_communication_with_epinephrine_in_liver_cell_75(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_76(X) = fn_phosphorylation_1(fn_cell_communication_with_epinephrine_in_liver_cell_75(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_71(X) = fn_phosphorylation_2(fn_cell_communication_with_epinephrine_in_liver_cell_103(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_98(X) = fn_phosphorylation_2(fn_cell_communication_with_epinephrine_in_liver_cell_86(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_70(X) = fn_phosphorylation_5(fn_cell_communication_with_epinephrine_in_liver_cell_103(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_70(X) = fn_phosphorylation_1(fn_cell_communication_with_epinephrine_in_liver_cell_103(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_69(X) = fn_metabolic_pathway_1(fn_cell_communication_with_epinephrine_in_liver_cell_82(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_82(X) = fn_liver_cell_104(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_84(X) = fn_glycogen_phosphorylase_7(fn_cell_communication_with_epinephrine_in_liver_cell_98(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_83(X) = fn_molecule_10(fn_cell_communication_with_epinephrine_in_liver_cell_98(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_83(X) = fn_polymer_1(fn_cell_communication_with_epinephrine_in_liver_cell_98(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_99(X) = fn_exergonic_reaction_11(fn_cell_communication_with_epinephrine_in_liver_cell_82(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_99(X) = fn_glycogen_breakdown_18(fn_cell_communication_with_epinephrine_in_liver_cell_82(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_86(X) = fn_kinase_1(fn_cell_communication_with_epinephrine_in_liver_cell_77(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_87(X) = fn_adenylyl_cyclase_2(fn_cell_communication_with_epinephrine_in_liver_cell_88(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_98(X) = fn_glycogen_breakdown_16(fn_cell_communication_with_epinephrine_in_liver_cell_82(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_82(X) = fn_glycogen_phosphorylase_16(fn_cell_communication_with_epinephrine_in_liver_cell_98(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_80(X) = fn_phosphorylation_5(fn_cell_communication_with_epinephrine_in_liver_cell_86(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_80(X) = fn_phosphorylation_1(fn_cell_communication_with_epinephrine_in_liver_cell_86(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_52(X) = fn_transmit_1(fn_cell_communication_with_epinephrine_in_liver_cell_49(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_52(X) = fn_neurotransmitter_1(fn_cell_communication_with_epinephrine_in_liver_cell_110(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_84(X) = fn_covalent_bond_20(fn_cell_communication_with_epinephrine_in_liver_cell_83(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_85(X) = fn_covalent_bond_19(fn_cell_communication_with_epinephrine_in_liver_cell_83(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_143(X) = fn_cell_signaling_with_plasma_membrane_receptor_8(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_110(X) = fn_cell_signaling_with_g_protein_coupled_receptor_57(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_144(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_78(X) = fn_animal_plasma_membrane_47(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_94(X) = fn_animal_plasma_membrane_53(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_102(X) = fn_cell_signaling_with_plasma_membrane_receptor_21(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_72(X) = fn_animal_plasma_membrane_47(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_91(X) = fn_transport_protein_28(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_78(X) = fn_plasma_membrane_54(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_101(X) = fn_transport_protein_34(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_103(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_97(X) = fn_chemical_signaling_8(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_118(X) = fn_cell_14(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_137(X) = fn_cell_29(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_118(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_37(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_81(X) = fn_chemical_signaling_6(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_81(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_87(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_140(X) = fn_cell_signaling_with_g_protein_coupled_receptor_61(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_97(X) = fn_cell_signaling_with_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_142(X) = fn_cell_signaling_with_g_protein_coupled_receptor_100(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_68(X) = fn_cell_signaling_with_g_protein_coupled_receptor_103(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_111(X) = fn_cell_signaling_with_g_protein_coupled_receptor_99(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_141(X) = fn_cell_signaling_with_g_protein_coupled_receptor_94(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_134(X) = fn_cell_signaling_with_g_protein_coupled_receptor_95(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_133(X) = fn_cell_signaling_with_g_protein_coupled_receptor_96(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_126(X) = fn_organic_molecule_2(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_126(X) = fn_organic_molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_126(X) = fn_cell_signaling_with_g_protein_coupled_receptor_87(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_128(X) = fn_organic_molecule_3(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_128(X) = fn_cell_signaling_with_g_protein_coupled_receptor_89(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_73(X) = fn_cell_signaling_with_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_69(X) = fn_cell_signaling_with_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_86(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_57(X) = fn_cell_communication_with_endocrine_hormone_9(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_50(X) = fn_cell_communication_with_endocrine_hormone_8(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_62(X) = fn_cell_communication_with_endocrine_hormone_14(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_69(X) = fn_cell_communication_with_endocrine_hormone_16(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_101(X) = fn_electrogenic_pump_5(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_101(X) = fn_sodium_potassium_pump_50(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_129(X) = fn_protein_5(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_130(X) = fn_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_127(X) = fn_protein_8(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_119(X) = fn_protein_14(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_131(X) = fn_protein_7(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_89(X) = fn_cell_signaling_with_g_protein_coupled_receptor_7(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_46(X) = fn_cell_signaling_with_g_protein_coupled_receptor_30(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_145(X) = fn_molecule_2(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_146(X) = fn_molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_132(X) = fn_molecule_8(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_121(X) = fn_molecule_3(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_122(X) = fn_molecule_4(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_123(X) = fn_molecule_12(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_124(X) = fn_g_protein_3(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_120(X) = fn_g_protein_4(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_125(X) = fn_polymer_4(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_125(X) = fn_g_protein_5(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_138(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_90(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_105(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_1(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_89(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_4(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_79(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_68(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_75(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_139(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_68(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_135(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_22(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_136(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_91(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_72(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_100(X) = fn_g_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_100(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_76(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_73(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_88(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_140(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_70(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_141(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_71(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_142(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_57(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_67(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_138(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_32(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_68(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_66(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_139(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_66(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_78(X) = fn_cell_signaling_with_g_protein_coupled_receptor_28(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_102(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_78(X) = fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_72(X) = fn_cell_signaling_with_plasma_membrane_receptor_20(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_78(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_92(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_72(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_78(X) = fn_cell_signaling_with_g_protein_coupled_receptor_65(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_78(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_144(X) = fn_cell_signaling_with_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_144(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_88(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_143(X) = fn_electrogenic_pump_4(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_94(X) = fn_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_143(X) = fn_liver_cell_80(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_147(X) = fn_liver_cell_78(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_63(X) = fn_liver_cell_79(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_148(X) = fn_liver_cell_77(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_137(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_45(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_137(X) = fn_liver_cell_62(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_115(X) = fn_liver_cell_65(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_117(X) = fn_liver_cell_69(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_69(X) = fn_animal_plasma_membrane_56(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_94(X) = fn_liver_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_116(X) = fn_liver_cell_68(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_93(X) = fn_eukaryotic_cell_15(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_92(X) = fn_electrogenic_pump_19(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_92(X) = fn_animal_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_92(X) = fn_liver_cell_41(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_93(X) = fn_plasma_membrane_68(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_93(X) = fn_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_95(X) = fn_electrogenic_pump_30(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_95(X) = fn_animal_cell_73(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_93(X) = fn_animal_cell_75(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_93(X) = fn_liver_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_95(X) = fn_liver_cell_56(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_58(X) = fn_vertebrate_cell_27(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_69(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_58(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_58(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_58(X) = fn_liver_cell_74(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_101(X) = fn_transport_protein_10(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_101(X) = fn_carrier_protein_4(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_101(X) = fn_protein_pump_1(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_95(X) = fn_protein_pump_3(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_101(X) = fn_transport_protein_34(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_95(X) = fn_transport_protein_35(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_101(X) = fn_sodium_potassium_pump_39(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_101(X) = fn_animal_plasma_membrane_50(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_100(X) = fn_plasma_membrane_66(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_100(X) = fn_animal_plasma_membrane_58(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_143(X) = fn_transmembrane_protein_5(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_143(X) = fn_plasma_membrane_65(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_143(X) = fn_animal_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_95(X) = fn_transmembrane_protein_4(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_102(X) = fn_eukaryotic_cell_15(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_102(X) = fn_plasma_membrane_4(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_102(X) = fn_plasma_membrane_3(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_95(X) = fn_cell_signaling_with_g_protein_coupled_receptor_109(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_102(X) = fn_cell_signaling_with_g_protein_coupled_receptor_27(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_92(X) = fn_cell_signaling_with_g_protein_coupled_receptor_29(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_102(X) = fn_animal_plasma_membrane_62(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_102(X) = fn_animal_plasma_membrane_53(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_92(X) = fn_biomembrane_63(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_92(X) = fn_plasma_membrane_71(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_95(X) = fn_integral_protein_24(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_92(X) = fn_integral_protein_27(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_95(X) = fn_integral_protein_24(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_92(X) = fn_integral_protein_27(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_95(X) = fn_sodium_potassium_pump_41(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_92(X) = fn_sodium_potassium_pump_22(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_95(X) = fn_eukaryotic_cell_29(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_92(X) = fn_eukaryotic_cell_41(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_95(X) = fn_carrier_protein_18(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_92(X) = fn_carrier_protein_16(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_95(X) = fn_transport_protein_35(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_92(X) = fn_transport_protein_12(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_92(X) = fn_animal_plasma_membrane_54(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_63(X) = fn_cell_communication_with_epinephrine_17(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_60(X) = fn_cell_communication_with_epinephrine_9(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_59(X) = fn_cell_communication_with_epinephrine_5(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_57(X) = fn_cell_communication_with_epinephrine_10(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_44(X) = fn_plasma_membrane_91(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_44(X) = fn_cell_communication_with_epinephrine_11(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_73(X) = fn_cell_communication_with_epinephrine_22(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_111(X) = fn_cell_communication_with_epinephrine_23(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_53(X) = fn_cell_communication_with_epinephrine_42(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_54(X) = fn_cell_communication_with_epinephrine_41(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_55(X) = fn_cell_communication_with_epinephrine_40(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_108(X) = fn_cell_communication_with_epinephrine_4(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_109(X) = fn_cell_communication_with_epinephrine_2(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_68(X) = fn_cell_communication_with_epinephrine_24(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_67(X) = fn_cell_communication_with_epinephrine_25(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_88(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_88(X) = fn_cell_communication_with_epinephrine_26(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_96(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_96(X) = fn_cell_communication_with_epinephrine_28(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_97(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_97(X) = fn_cell_communication_with_epinephrine_21(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_74(X) = fn_cell_communication_with_epinephrine_43(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_62(X) = fn_cell_communication_with_epinephrine_15(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_112(X) = fn_cell_communication_with_epinephrine_18(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_113(X) = fn_cell_communication_with_epinephrine_48(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_114(X) = fn_cell_communication_with_epinephrine_19(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_65(X) = fn_cell_communication_with_epinephrine_6(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_45(X) = fn_cell_communication_with_epinephrine_12(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_47(X) = fn_plasma_membrane_85(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_48(X) = fn_plasma_membrane_84(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_47(X) = fn_cell_communication_with_epinephrine_34(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_48(X) = fn_cell_communication_with_epinephrine_35(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_51(X) = fn_cell_communication_with_epinephrine_7(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_56(X) = fn_cell_communication_with_epinephrine_47(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_90(X) = fn_cell_communication_with_epinephrine_39(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_64(X) = fn_cell_communication_with_epinephrine_8(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_106(X) = fn_cell_communication_with_epinephrine_4(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_107(X) = fn_cell_communication_with_epinephrine_3(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_110(X) = fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_46(X) = fn_cell_signaling_with_plasma_membrane_receptor_7(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_46(X) = fn_cell_communication_with_epinephrine_33(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_110(X) = fn_cell_communication_with_epinephrine_32(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_61(X) = fn_cell_communication_with_endocrine_hormone_10(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_61(X) = fn_cell_communication_with_epinephrine_14(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_104(X) = fn_cell_communication_with_endocrine_hormone_12(X)
& fn_cell_communication_with_epinephrine_in_liver_cell_104(X) = fn_cell_communication_with_epinephrine_16(X)
& fn_phosphorylation_5(fn_cell_communication_with_epinephrine_in_liver_cell_75(X)) = fn_phosphorylation_1(fn_cell_communication_with_epinephrine_in_liver_cell_75(X))
& fn_phosphorylation_1(fn_cell_communication_with_epinephrine_in_liver_cell_75(X)) = fn_phosphorylation_5(fn_cell_communication_with_epinephrine_in_liver_cell_103(X))
& fn_phosphorylation_5(fn_cell_communication_with_epinephrine_in_liver_cell_103(X)) = fn_phosphorylation_1(fn_cell_communication_with_epinephrine_in_liver_cell_103(X))
& fn_phosphorylation_1(fn_cell_communication_with_epinephrine_in_liver_cell_103(X)) = fn_exergonic_reaction_11(fn_cell_communication_with_epinephrine_in_liver_cell_82(X))
& fn_exergonic_reaction_11(fn_cell_communication_with_epinephrine_in_liver_cell_82(X)) = fn_glycogen_breakdown_18(fn_cell_communication_with_epinephrine_in_liver_cell_82(X))
& fn_glycogen_breakdown_18(fn_cell_communication_with_epinephrine_in_liver_cell_82(X)) = fn_liver_cell_104(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_liver_cell_104(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_glycogen_phosphorylase_16(fn_cell_communication_with_epinephrine_in_liver_cell_98(X))
& fn_glycogen_phosphorylase_16(fn_cell_communication_with_epinephrine_in_liver_cell_98(X)) = fn_phosphorylation_2(fn_cell_communication_with_epinephrine_in_liver_cell_86(X))
& fn_phosphorylation_2(fn_cell_communication_with_epinephrine_in_liver_cell_86(X)) = fn_glycogen_breakdown_16(fn_cell_communication_with_epinephrine_in_liver_cell_82(X))
& fn_glycogen_breakdown_16(fn_cell_communication_with_epinephrine_in_liver_cell_82(X)) = fn_phosphorylation_5(fn_cell_communication_with_epinephrine_in_liver_cell_86(X))
& fn_phosphorylation_5(fn_cell_communication_with_epinephrine_in_liver_cell_86(X)) = fn_phosphorylation_1(fn_cell_communication_with_epinephrine_in_liver_cell_86(X))
& fn_phosphorylation_1(fn_cell_communication_with_epinephrine_in_liver_cell_86(X)) = fn_transmit_1(fn_cell_communication_with_epinephrine_in_liver_cell_49(X))
& fn_transmit_1(fn_cell_communication_with_epinephrine_in_liver_cell_49(X)) = fn_neurotransmitter_1(fn_cell_communication_with_epinephrine_in_liver_cell_110(X))
& fn_neurotransmitter_1(fn_cell_communication_with_epinephrine_in_liver_cell_110(X)) = fn_glycogen_phosphorylase_7(fn_cell_communication_with_epinephrine_in_liver_cell_98(X))
& fn_glycogen_phosphorylase_7(fn_cell_communication_with_epinephrine_in_liver_cell_98(X)) = fn_covalent_bond_20(fn_cell_communication_with_epinephrine_in_liver_cell_83(X))
& fn_covalent_bond_20(fn_cell_communication_with_epinephrine_in_liver_cell_83(X)) = fn_covalent_bond_20(fn_cell_communication_with_epinephrine_in_liver_cell_83(X))
& fn_covalent_bond_20(fn_cell_communication_with_epinephrine_in_liver_cell_83(X)) = fn_molecule_10(fn_cell_communication_with_epinephrine_in_liver_cell_98(X))
& fn_molecule_10(fn_cell_communication_with_epinephrine_in_liver_cell_98(X)) = fn_polymer_1(fn_cell_communication_with_epinephrine_in_liver_cell_98(X))
& fn_polymer_1(fn_cell_communication_with_epinephrine_in_liver_cell_98(X)) = fn_cell_14(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_37(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_14(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_14(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_37(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_37(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_chemical_signaling_6(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_87(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_87(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_87(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_chemical_signaling_6(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_chemical_signaling_6(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_87(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_87(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_organic_molecule_2(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_organic_molecule_2(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)) = fn_organic_molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_organic_molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)) = fn_organic_molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_87(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_organic_molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_organic_molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_87(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_87(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_organic_molecule_3(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_89(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_organic_molecule_3(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_organic_molecule_3(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_89(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_89(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_kinase_1(fn_cell_communication_with_epinephrine_in_liver_cell_77(X))
& fn_kinase_1(fn_cell_communication_with_epinephrine_in_liver_cell_77(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_g_protein_5(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_g_protein_5(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)) = fn_polymer_4(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_polymer_4(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)) = fn_g_protein_5(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_g_protein_5(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_7(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_7(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_4(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_4(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_4(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_4(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_61(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_61(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_70(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_70(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_70(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_70(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_94(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_94(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_94(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_94(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_71(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_71(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_71(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_71(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_100(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_100(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_57(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_57(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_57(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_57(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_32(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_32(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_32(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_32(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_plasma_membrane_receptor_20(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_animal_plasma_membrane_47(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_cell_signaling_with_plasma_membrane_receptor_20(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_plasma_membrane_receptor_20(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_animal_plasma_membrane_47(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_animal_plasma_membrane_47(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_28(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_28(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_28(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_animal_plasma_membrane_47(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_animal_plasma_membrane_47(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_plasma_membrane_receptor_12(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_plasma_membrane_54(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_plasma_membrane_54(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_animal_plasma_membrane_47(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_animal_plasma_membrane_47(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_animal_plasma_membrane_47(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_animal_plasma_membrane_47(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_plasma_membrane_54(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_plasma_membrane_54(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_plasma_membrane_54(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_plasma_membrane_54(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_92(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_92(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_92(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_65(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_92(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_92(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_65(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_65(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_65(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_65(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_65(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_plasma_membrane_receptor_15(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_plasma_membrane_receptor_15(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_88(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_88(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_88(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_88(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_88(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_29(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_29(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_45(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_45(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_45(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_45(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_liver_cell_62(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_liver_cell_62(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_animal_plasma_membrane_53(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_animal_plasma_membrane_53(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_animal_plasma_membrane_53(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_animal_plasma_membrane_53(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_liver_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_liver_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_liver_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_liver_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_plasma_membrane_68(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_plasma_membrane_68(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_eukaryotic_cell_15(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_eukaryotic_cell_15(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_plasma_membrane_68(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_plasma_membrane_68(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_eukaryotic_cell_15(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_eukaryotic_cell_15(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_eukaryotic_cell_15(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_eukaryotic_cell_15(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_animal_cell_75(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_animal_cell_75(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_animal_cell_75(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_animal_cell_75(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_liver_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_animal_cell_75(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_animal_cell_75(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_liver_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_liver_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_58(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_58(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_vertebrate_cell_27(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_vertebrate_cell_27(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_58(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_58(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_58(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_liver_cell_74(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_liver_cell_74(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_liver_cell_74(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_58(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_58(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_liver_cell_74(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_liver_cell_74(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_metabolic_pathway_1(fn_cell_communication_with_epinephrine_in_liver_cell_82(X))
& fn_metabolic_pathway_1(fn_cell_communication_with_epinephrine_in_liver_cell_82(X)) = fn_animal_plasma_membrane_56(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_animal_plasma_membrane_56(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_animal_plasma_membrane_56(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_communication_with_endocrine_hormone_16(X)
& fn_cell_communication_with_endocrine_hormone_16(X) = fn_cell_communication_with_endocrine_hormone_16(X)
& fn_cell_communication_with_endocrine_hormone_16(X) = fn_protein_pump_1(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_sodium_potassium_pump_39(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_protein_pump_1(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_protein_pump_1(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_sodium_potassium_pump_39(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_carrier_protein_4(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_sodium_potassium_pump_39(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_sodium_potassium_pump_39(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_carrier_protein_4(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_carrier_protein_4(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_carrier_protein_4(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_carrier_protein_4(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_transport_protein_10(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_transport_protein_10(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)) = fn_carrier_protein_4(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_carrier_protein_4(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_electrogenic_pump_5(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_electrogenic_pump_5(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_transport_protein_10(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_transport_protein_10(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)) = fn_transport_protein_34(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_transport_protein_34(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)) = fn_electrogenic_pump_5(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_electrogenic_pump_5(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_electrogenic_pump_5(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_electrogenic_pump_5(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_transport_protein_34(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_transport_protein_34(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_transport_protein_34(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_transport_protein_34(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)) = fn_transport_protein_34(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_transport_protein_34(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)) = fn_sodium_potassium_pump_50(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_sodium_potassium_pump_50(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_transport_protein_34(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_transport_protein_34(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_transport_protein_34(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_transport_protein_34(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_sodium_potassium_pump_50(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_sodium_potassium_pump_50(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_sodium_potassium_pump_50(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_sodium_potassium_pump_50(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_animal_plasma_membrane_50(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_animal_plasma_membrane_50(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_animal_plasma_membrane_50(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_animal_plasma_membrane_50(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_g_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(X))
& fn_g_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(X)) = fn_plasma_membrane_66(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_76(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_plasma_membrane_66(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_plasma_membrane_66(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_76(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_76(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_76(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_76(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_animal_plasma_membrane_58(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_animal_plasma_membrane_58(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_animal_plasma_membrane_58(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_animal_plasma_membrane_58(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_electrogenic_pump_4(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_electrogenic_pump_4(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_transmembrane_protein_5(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_plasma_membrane_65(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_transmembrane_protein_5(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_transmembrane_protein_5(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)) = fn_plasma_membrane_65(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_signaling_with_plasma_membrane_receptor_8(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_plasma_membrane_65(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_plasma_membrane_65(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_plasma_membrane_65(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_plasma_membrane_65(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_cell_signaling_with_plasma_membrane_receptor_8(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_plasma_membrane_receptor_8(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_liver_cell_80(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_liver_cell_80(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_liver_cell_80(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_liver_cell_80(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_animal_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_animal_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_animal_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_animal_plasma_membrane_55(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_plasma_membrane_4(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_plasma_membrane_4(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_plasma_membrane_3(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_signaling_with_plasma_membrane_receptor_21(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_plasma_membrane_3(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_plasma_membrane_3(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_cell_signaling_with_plasma_membrane_receptor_21(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_plasma_membrane_receptor_21(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_plasma_membrane_receptor_21(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_plasma_membrane_receptor_21(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_eukaryotic_cell_15(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_27(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_eukaryotic_cell_15(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_eukaryotic_cell_15(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_27(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_27(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_27(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_animal_plasma_membrane_62(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_27(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_27(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_animal_plasma_membrane_62(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_animal_plasma_membrane_62(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_animal_plasma_membrane_62(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_animal_plasma_membrane_62(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_animal_plasma_membrane_62(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_animal_plasma_membrane_53(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_animal_plasma_membrane_53(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_animal_plasma_membrane_53(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_animal_plasma_membrane_53(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_biomembrane_63(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_biomembrane_63(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_plasma_membrane_71(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_plasma_membrane_71(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_plasma_membrane_71(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_plasma_membrane_71(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_integral_protein_27(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_eukaryotic_cell_41(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_integral_protein_27(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_integral_protein_27(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)) = fn_integral_protein_27(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_integral_protein_27(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_eukaryotic_cell_41(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_carrier_protein_16(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_eukaryotic_cell_41(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_eukaryotic_cell_41(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_eukaryotic_cell_41(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_eukaryotic_cell_41(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_carrier_protein_16(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_carrier_protein_16(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_carrier_protein_16(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_transport_protein_12(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)) = fn_carrier_protein_16(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_carrier_protein_16(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_transport_protein_12(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_transport_protein_12(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)) = fn_electrogenic_pump_19(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_electrogenic_pump_19(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_transport_protein_12(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_transport_protein_12(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)) = fn_transport_protein_12(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_transport_protein_12(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)) = fn_sodium_potassium_pump_22(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_sodium_potassium_pump_22(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_electrogenic_pump_19(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_electrogenic_pump_19(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_sodium_potassium_pump_22(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_sodium_potassium_pump_22(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_sodium_potassium_pump_22(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_sodium_potassium_pump_22(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_29(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_29(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_sodium_potassium_pump_22(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_sodium_potassium_pump_22(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_animal_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_animal_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_29(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_29(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_liver_cell_41(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_liver_cell_41(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_animal_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_animal_cell_58(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_liver_cell_41(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_animal_plasma_membrane_54(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_liver_cell_41(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_liver_cell_41(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_liver_cell_41(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_liver_cell_41(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_animal_plasma_membrane_54(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_animal_plasma_membrane_54(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_animal_plasma_membrane_54(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_animal_plasma_membrane_54(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_integral_protein_24(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_integral_protein_24(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_transmembrane_protein_4(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_transmembrane_protein_4(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)) = fn_transmembrane_protein_4(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_transmembrane_protein_4(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)) = fn_integral_protein_24(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_integral_protein_24(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)) = fn_integral_protein_24(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_integral_protein_24(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_integral_protein_24(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_integral_protein_24(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_integral_protein_24(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_integral_protein_24(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_109(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_109(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_integral_protein_24(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_integral_protein_24(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)) = fn_integral_protein_24(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_integral_protein_24(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_protein_pump_3(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_protein_pump_3(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_protein_pump_3(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_protein_pump_3(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_109(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_109(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_protein_pump_3(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_sodium_potassium_pump_41(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_protein_pump_3(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_protein_pump_3(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_sodium_potassium_pump_41(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_sodium_potassium_pump_41(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_sodium_potassium_pump_41(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_eukaryotic_cell_29(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_sodium_potassium_pump_41(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_sodium_potassium_pump_41(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_eukaryotic_cell_29(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_carrier_protein_18(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_carrier_protein_18(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_carrier_protein_18(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_eukaryotic_cell_29(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_eukaryotic_cell_29(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_eukaryotic_cell_29(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_eukaryotic_cell_29(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_carrier_protein_18(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_transport_protein_35(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_carrier_protein_18(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_carrier_protein_18(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_transport_protein_35(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_transport_protein_35(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)) = fn_carrier_protein_18(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_carrier_protein_18(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_transport_protein_35(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_transport_protein_35(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_transport_protein_35(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_transport_protein_35(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_electrogenic_pump_30(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_electrogenic_pump_30(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_transport_protein_35(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_transport_protein_35(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)) = fn_transport_protein_35(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_transport_protein_35(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_transport_protein_35(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_transport_protein_35(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)) = fn_transport_protein_35(fn_cell_communication_with_epinephrine_in_liver_cell_102(X))
& fn_transport_protein_35(fn_cell_communication_with_epinephrine_in_liver_cell_102(X)) = fn_animal_cell_73(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_animal_cell_73(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_electrogenic_pump_30(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_electrogenic_pump_30(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_electrogenic_pump_30(fn_cell_communication_with_epinephrine_in_liver_cell_94(X))
& fn_electrogenic_pump_30(fn_cell_communication_with_epinephrine_in_liver_cell_94(X)) = fn_animal_cell_73(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_animal_cell_73(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_animal_cell_73(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_liver_cell_56(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_animal_cell_73(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_animal_cell_73(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_liver_cell_56(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_liver_cell_56(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_liver_cell_56(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_liver_cell_56(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_liver_cell_79(fn_cell_communication_with_epinephrine_in_liver_cell_69(X))
& fn_liver_cell_79(fn_cell_communication_with_epinephrine_in_liver_cell_69(X)) = fn_cell_communication_with_epinephrine_17(X)
& fn_cell_communication_with_epinephrine_17(X) = fn_cell_communication_with_endocrine_hormone_9(X)
& fn_cell_communication_with_endocrine_hormone_9(X) = fn_cell_communication_with_epinephrine_10(X)
& fn_cell_communication_with_epinephrine_10(X) = fn_plasma_membrane_91(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_plasma_membrane_91(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_cell_communication_with_epinephrine_11(X)
& fn_cell_communication_with_epinephrine_11(X) = fn_cell_signaling_with_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_communication_with_epinephrine_22(X)
& fn_cell_communication_with_epinephrine_22(X) = fn_cell_signaling_with_g_protein_coupled_receptor_99(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_99(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_99(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_99(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_communication_with_epinephrine_23(X)
& fn_cell_communication_with_epinephrine_23(X) = fn_cell_communication_with_epinephrine_23(X)
& fn_cell_communication_with_epinephrine_23(X) = fn_cell_signaling_with_g_protein_coupled_receptor_103(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_103(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_communication_with_epinephrine_24(X)
& fn_cell_communication_with_epinephrine_24(X) = fn_cell_communication_with_epinephrine_24(X)
& fn_cell_communication_with_epinephrine_24(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_communication_with_epinephrine_25(X)
& fn_cell_communication_with_epinephrine_25(X) = fn_cell_communication_with_epinephrine_25(X)
& fn_cell_communication_with_epinephrine_25(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_communication_with_epinephrine_26(X)
& fn_cell_communication_with_epinephrine_26(X) = fn_cell_communication_with_epinephrine_26(X)
& fn_cell_communication_with_epinephrine_26(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_28(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_communication_with_epinephrine_28(X)
& fn_cell_communication_with_epinephrine_28(X) = fn_chemical_signaling_8(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_chemical_signaling_8(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_64(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_21(X) = fn_cell_communication_with_epinephrine_21(X)
& fn_cell_communication_with_epinephrine_21(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_communication_with_epinephrine_21(X)
& fn_cell_communication_with_epinephrine_21(X) = fn_cell_communication_with_endocrine_hormone_14(X)
& fn_cell_communication_with_endocrine_hormone_14(X) = fn_cell_communication_with_endocrine_hormone_14(X)
& fn_cell_communication_with_endocrine_hormone_14(X) = fn_cell_communication_with_epinephrine_15(X)
& fn_cell_communication_with_epinephrine_15(X) = fn_cell_communication_with_epinephrine_15(X)
& fn_cell_communication_with_epinephrine_15(X) = fn_plasma_membrane_85(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_34(X) = fn_plasma_membrane_85(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_plasma_membrane_85(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_cell_communication_with_epinephrine_34(X)
& fn_cell_communication_with_epinephrine_34(X) = fn_plasma_membrane_84(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_cell_communication_with_epinephrine_35(X) = fn_plasma_membrane_84(fn_cell_communication_with_epinephrine_in_liver_cell_95(X))
& fn_plasma_membrane_84(fn_cell_communication_with_epinephrine_in_liver_cell_95(X)) = fn_cell_communication_with_epinephrine_35(X)
& fn_cell_communication_with_epinephrine_35(X) = fn_cell_communication_with_epinephrine_35(X)
& fn_cell_communication_with_epinephrine_35(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_communication_with_epinephrine_39(X)
& fn_cell_communication_with_epinephrine_39(X) = fn_cell_communication_with_epinephrine_39(X)
& fn_cell_communication_with_epinephrine_39(X) = fn_cell_signaling_with_plasma_membrane_receptor_7(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_30(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_plasma_membrane_receptor_7(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_plasma_membrane_receptor_7(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_30(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_30(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_communication_with_epinephrine_33(X)
& fn_cell_communication_with_epinephrine_33(X) = fn_cell_communication_with_epinephrine_33(X)
& fn_cell_communication_with_epinephrine_33(X) = fn_move_1(fn_cell_communication_with_epinephrine_in_liver_cell_49(X))
& fn_move_1(fn_cell_communication_with_epinephrine_in_liver_cell_49(X)) = fn_move_1(fn_cell_communication_with_epinephrine_in_liver_cell_50(X))
& fn_move_1(fn_cell_communication_with_epinephrine_in_liver_cell_50(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_57(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_57(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_57(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_57(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_57(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_communication_with_epinephrine_32(X) = fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_epinephrine_in_liver_cell_74(X))
& fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_epinephrine_in_liver_cell_74(X)) = fn_cell_communication_with_epinephrine_32(X)
& fn_cell_communication_with_epinephrine_32(X) = fn_cell_communication_with_epinephrine_32(X)
& fn_cell_communication_with_epinephrine_32(X) = fn_cell_communication_with_epinephrine_14(X)
& fn_cell_communication_with_epinephrine_14(X) = fn_cell_communication_with_epinephrine_14(X)
& fn_cell_communication_with_epinephrine_14(X) = fn_cell_communication_with_endocrine_hormone_10(X)
& fn_cell_communication_with_endocrine_hormone_10(X) = fn_cell_communication_with_epinephrine_14(X)
& fn_cell_communication_with_epinephrine_14(X) = fn_cell_communication_with_endocrine_hormone_12(X)
& fn_cell_communication_with_endocrine_hormone_12(X) = fn_cell_communication_with_endocrine_hormone_12(X)
& fn_cell_communication_with_epinephrine_16(X) = fn_cell_communication_with_endocrine_hormone_12(X)
& fn_cell_communication_with_endocrine_hormone_12(X) = fn_cell_communication_with_epinephrine_16(X) ) ) ).
fof(a528155,axiom,
! [X] :
( cell_communication_with_epinephrine_in_muscle_cell_1(X)
=> ( original_name_2(X,'Cell-Communication-With-Epinephrine-In-Muscle-Cell')
& user_description_2(X,'The process of cellular communication in animals in which the signal molecule is the hormone epinepherine and the target cell is a muscle cell.')
& concept2words_2(X,'endocrine signaling with epinepherine in muscle cell')
& concept2words_2(X,communicate)
& concept2words_2(X,'cell communication with epinephrine in muscle cell')
& concept2words_2(X,'cell-communication-with-epinephrine-in-muscle-cell')
& cell_communication_with_epinephrine_1(X)
& quantity_value_1(fn_cell_communication_with_epinephrine_in_muscle_cell_1(X))
& quantity_value_1(fn_cell_communication_with_epinephrine_in_muscle_cell_2(X))
& signal_transmission_1(fn_cell_communication_with_epinephrine_in_muscle_cell_10(X))
& animal_cell_1(fn_cell_communication_with_epinephrine_in_muscle_cell_11(X))
& spatial_entity_1(fn_cell_communication_with_epinephrine_in_muscle_cell_12(X))
& chemical_entity_1(fn_cell_communication_with_epinephrine_in_muscle_cell_12(X))
& polymer_1(fn_cell_communication_with_epinephrine_in_muscle_cell_12(X))
& organic_molecule_1(fn_cell_communication_with_epinephrine_in_muscle_cell_12(X))
& protein_1(fn_cell_communication_with_epinephrine_in_muscle_cell_12(X))
& molecule_1(fn_cell_communication_with_epinephrine_in_muscle_cell_12(X))
& g_protein_1(fn_cell_communication_with_epinephrine_in_muscle_cell_12(X))
& concentration_value_1(fn_cell_communication_with_epinephrine_in_muscle_cell_13(X))
& concentration_value_1(fn_cell_communication_with_epinephrine_in_muscle_cell_14(X))
& amp_1(fn_cell_communication_with_epinephrine_in_muscle_cell_15(X))
& organic_molecule_1(fn_cell_communication_with_epinephrine_in_muscle_cell_15(X))
& cyclic_amp_1(fn_cell_communication_with_epinephrine_in_muscle_cell_15(X))
& chemical_entity_1(fn_cell_communication_with_epinephrine_in_muscle_cell_15(X))
& chemical_1(fn_cell_communication_with_epinephrine_in_muscle_cell_16(X))
& synthesis_reaction_1(fn_cell_communication_with_epinephrine_in_muscle_cell_17(X))
& chemical_reaction_1(fn_cell_communication_with_epinephrine_in_muscle_cell_17(X))
& synthesis_of_organic_molecule_1(fn_cell_communication_with_epinephrine_in_muscle_cell_17(X))
& metabolic_pathway_1(fn_cell_communication_with_epinephrine_in_muscle_cell_17(X))
& synthesis_of_camp_1(fn_cell_communication_with_epinephrine_in_muscle_cell_17(X))
& make_accessible_1(fn_cell_communication_with_epinephrine_in_muscle_cell_18(X))
& activate_1(fn_cell_communication_with_epinephrine_in_muscle_cell_18(X))
& attach_1(fn_cell_communication_with_epinephrine_in_muscle_cell_19(X))
& make_accessible_1(fn_cell_communication_with_epinephrine_in_muscle_cell_20(X))
& activate_1(fn_cell_communication_with_epinephrine_in_muscle_cell_20(X))
& spatial_entity_1(fn_cell_communication_with_epinephrine_in_muscle_cell_21(X))
& chemical_entity_1(fn_cell_communication_with_epinephrine_in_muscle_cell_21(X))
& polymer_1(fn_cell_communication_with_epinephrine_in_muscle_cell_21(X))
& organic_molecule_1(fn_cell_communication_with_epinephrine_in_muscle_cell_21(X))
& protein_1(fn_cell_communication_with_epinephrine_in_muscle_cell_21(X))
& molecule_1(fn_cell_communication_with_epinephrine_in_muscle_cell_21(X))
& g_protein_1(fn_cell_communication_with_epinephrine_in_muscle_cell_21(X))
& substance_1(fn_cell_communication_with_epinephrine_in_muscle_cell_22(X))
& cytosol_1(fn_cell_communication_with_epinephrine_in_muscle_cell_22(X))
& solution_1(fn_cell_communication_with_epinephrine_in_muscle_cell_22(X))
& ribosome_1(fn_cell_communication_with_epinephrine_in_muscle_cell_23(X))
& eukaryotic_ribosome_1(fn_cell_communication_with_epinephrine_in_muscle_cell_23(X))
& chemical_signaling_1(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X))
& cell_signaling_with_plasma_membrane_receptor_1(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X))
& cell_signaling_1(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X))
& cell_signaling_with_g_protein_coupled_receptor_1(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X))
& cell_signaling_with_camp_and_g_protein_coupled_receptor_1(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X))
& cytoplasmic_response_1(fn_cell_communication_with_epinephrine_in_muscle_cell_25(X))
& muscle_cell_1(fn_cell_communication_with_epinephrine_in_muscle_cell_26(X))
& exergonic_reaction_1(fn_cell_communication_with_epinephrine_in_muscle_cell_27(X))
& glycogen_breakdown_1(fn_cell_communication_with_epinephrine_in_muscle_cell_27(X))
& chemical_entity_1(fn_cell_communication_with_epinephrine_in_muscle_cell_28(X))
& glucose_1_phosphate_1(fn_cell_communication_with_epinephrine_in_muscle_cell_28(X))
& epinephrine_1(fn_cell_communication_with_epinephrine_in_muscle_cell_30(X))
& system_1(fn_cell_communication_with_epinephrine_in_muscle_cell_31(X))
& glycogen_phosphorylase_1(fn_cell_communication_with_epinephrine_in_muscle_cell_32(X))
& chemical_entity_1(fn_cell_communication_with_epinephrine_in_muscle_cell_33(X))
& glycogen_phosphorylase_1(fn_cell_communication_with_epinephrine_in_muscle_cell_33(X))
& phosphorylation_1(fn_cell_communication_with_epinephrine_in_muscle_cell_34(X))
& phosphorylation_1(fn_cell_communication_with_epinephrine_in_muscle_cell_35(X))
& signal_transduction_1(fn_cell_communication_with_epinephrine_in_muscle_cell_36(X))
& cell_signaling_event_1(fn_cell_communication_with_epinephrine_in_muscle_cell_36(X))
& size_value_1(fn_cell_communication_with_epinephrine_in_muscle_cell_37(X))
& size_value_1(fn_cell_communication_with_epinephrine_in_muscle_cell_38(X))
& receptor_protein_1(fn_cell_communication_with_epinephrine_in_muscle_cell_39(X))
& phosphorylation_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X)))
& glycogen_breakdown_1(fn_glycogen_phosphorylase_16(fn_cell_communication_with_epinephrine_in_muscle_cell_33(X)))
& cellular_response_1(fn_chemical_signaling_6(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X)))
& cellular_response_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_87(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X)))
& cell_1(fn_intracellular_process_1(fn_cell_communication_with_epinephrine_in_muscle_cell_25(X)))
& cell_1(fn_cellular_response_3(fn_cell_communication_with_epinephrine_in_muscle_cell_25(X)))
& signal_transduction_1(fn_chemical_signaling_8(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X)))
& cell_signaling_event_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X)))
& signal_transduction_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_cell_communication_with_epinephrine_in_muscle_cell_34(X)))
& molecule_1(fn_phosphorylation_1(fn_cell_communication_with_epinephrine_in_muscle_cell_34(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_cell_communication_with_epinephrine_in_muscle_cell_27(X)))
& glucose_1_phosphate_1(fn_glycogen_breakdown_18(fn_cell_communication_with_epinephrine_in_muscle_cell_27(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_cell_communication_with_epinephrine_in_muscle_cell_34(X)))
& glycogen_phosphorylase_1(fn_glycogen_breakdown_16(fn_cell_communication_with_epinephrine_in_muscle_cell_27(X)))
& subevent_2(fn_cell_communication_with_epinephrine_in_muscle_cell_36(X),fn_cell_communication_with_epinephrine_in_muscle_cell_34(X))
& fn_cell_communication_with_epinephrine_in_muscle_cell_35(X) != fn_cell_communication_with_epinephrine_in_muscle_cell_34(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_34(X) != fn_cell_communication_with_epinephrine_in_muscle_cell_35(X)
& has_state_2(fn_cell_communication_with_epinephrine_in_muscle_cell_32(X),fn_cell_communication_with_epinephrine_in_muscle_cell_33(X))
& quantity_2(fn_cell_communication_with_epinephrine_in_muscle_cell_30(X),fn_cell_communication_with_epinephrine_in_muscle_cell_2(X))
& called_2(fn_cell_communication_with_epinephrine_in_muscle_cell_2(X),'Quantity_Epinephrine')
& quantity_2(fn_cell_communication_with_epinephrine_in_muscle_cell_28(X),fn_cell_communication_with_epinephrine_in_muscle_cell_1(X))
& called_2(fn_cell_communication_with_epinephrine_in_muscle_cell_1(X),'Quantity_Glucose1Phosphate')
& subevent_2(fn_cell_communication_with_epinephrine_in_muscle_cell_25(X),fn_cell_communication_with_epinephrine_in_muscle_cell_27(X))
& fn_cell_communication_with_epinephrine_in_muscle_cell_20(X) != fn_cell_communication_with_epinephrine_in_muscle_cell_18(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_18(X) != fn_cell_communication_with_epinephrine_in_muscle_cell_20(X)
& called_2(fn_cell_communication_with_epinephrine_in_muscle_cell_14(X),'Concentration_cAMP_SignalingCell')
& called_2(fn_cell_communication_with_epinephrine_in_muscle_cell_13(X),'Concentration_cAMP_NormalCell')
& base_2(fn_cell_communication_with_epinephrine_in_muscle_cell_25(X),fn_cell_communication_with_epinephrine_in_muscle_cell_26(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X),fn_cell_communication_with_epinephrine_in_muscle_cell_25(X))
& next_event_2(fn_cell_communication_with_epinephrine_in_muscle_cell_36(X),fn_cell_communication_with_epinephrine_in_muscle_cell_25(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_muscle_cell_36(X),fn_cell_communication_with_epinephrine_in_muscle_cell_35(X))
& base_2(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X),fn_cell_communication_with_epinephrine_in_muscle_cell_26(X))
& has_state_2(fn_cell_communication_with_epinephrine_in_muscle_cell_26(X),fn_cell_communication_with_epinephrine_in_muscle_cell_11(X))
& destination_2(fn_cell_communication_with_epinephrine_in_muscle_cell_10(X),fn_cell_communication_with_epinephrine_in_muscle_cell_26(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_muscle_cell_36(X),fn_cell_communication_with_epinephrine_in_muscle_cell_18(X))
& object_2(X,fn_cell_communication_with_epinephrine_in_muscle_cell_26(X))
& agent_2(fn_cell_communication_with_epinephrine_in_muscle_cell_36(X),fn_cell_communication_with_epinephrine_in_muscle_cell_26(X))
& base_2(fn_cell_communication_with_epinephrine_in_muscle_cell_36(X),fn_cell_communication_with_epinephrine_in_muscle_cell_26(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_muscle_cell_26(X),fn_cell_communication_with_epinephrine_in_muscle_cell_12(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_muscle_cell_36(X),fn_cell_communication_with_epinephrine_in_muscle_cell_20(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_muscle_cell_22(X),fn_cell_communication_with_epinephrine_in_muscle_cell_16(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_muscle_cell_36(X),fn_cell_communication_with_epinephrine_in_muscle_cell_19(X))
& object_2(fn_cell_communication_with_epinephrine_in_muscle_cell_19(X),fn_cell_communication_with_epinephrine_in_muscle_cell_21(X))
& has_state_2(fn_cell_communication_with_epinephrine_in_muscle_cell_12(X),fn_cell_communication_with_epinephrine_in_muscle_cell_21(X))
& agent_2(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X),fn_cell_communication_with_epinephrine_in_muscle_cell_30(X))
& instrument_2(X,fn_cell_communication_with_epinephrine_in_muscle_cell_30(X))
& subevent_2(X,fn_cell_communication_with_epinephrine_in_muscle_cell_24(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_muscle_cell_16(X),fn_cell_communication_with_epinephrine_in_muscle_cell_15(X))
& has_solute_2(fn_cell_communication_with_epinephrine_in_muscle_cell_22(X),fn_cell_communication_with_epinephrine_in_muscle_cell_16(X))
& is_inside_2(fn_cell_communication_with_epinephrine_in_muscle_cell_23(X),fn_cell_communication_with_epinephrine_in_muscle_cell_22(X))
& has_part_2(fn_cell_communication_with_epinephrine_in_muscle_cell_11(X),fn_cell_communication_with_epinephrine_in_muscle_cell_23(X))
& next_event_2(fn_cell_communication_with_epinephrine_in_muscle_cell_10(X),fn_cell_communication_with_epinephrine_in_muscle_cell_24(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X),fn_cell_communication_with_epinephrine_in_muscle_cell_36(X))
& subevent_2(fn_cell_communication_with_epinephrine_in_muscle_cell_36(X),fn_cell_communication_with_epinephrine_in_muscle_cell_17(X))
& result_2(fn_cell_communication_with_epinephrine_in_muscle_cell_17(X),fn_cell_communication_with_epinephrine_in_muscle_cell_15(X))
& concentration_2(fn_cell_communication_with_epinephrine_in_muscle_cell_15(X),fn_cell_communication_with_epinephrine_in_muscle_cell_14(X))
& subevent_2(X,fn_cell_communication_with_epinephrine_in_muscle_cell_10(X))
& object_2(fn_cell_communication_with_epinephrine_in_muscle_cell_10(X),fn_cell_communication_with_epinephrine_in_muscle_cell_30(X))
& has_function_2(fn_cell_communication_with_epinephrine_in_muscle_cell_33(X),fn_cell_communication_with_epinephrine_in_muscle_cell_27(X))
& result_2(fn_cell_communication_with_epinephrine_in_muscle_cell_27(X),fn_cell_communication_with_epinephrine_in_muscle_cell_28(X))
& raw_material_2(fn_cell_communication_with_epinephrine_in_muscle_cell_34(X),fn_cell_communication_with_epinephrine_in_muscle_cell_32(X))
& result_2(fn_cell_communication_with_epinephrine_in_muscle_cell_34(X),fn_cell_communication_with_epinephrine_in_muscle_cell_33(X))
& fn_cell_communication_with_epinephrine_in_muscle_cell_26(X) = fn_intracellular_process_1(fn_cell_communication_with_epinephrine_in_muscle_cell_25(X))
& fn_cell_communication_with_epinephrine_in_muscle_cell_26(X) = fn_cellular_response_3(fn_cell_communication_with_epinephrine_in_muscle_cell_25(X))
& fn_cell_communication_with_epinephrine_in_muscle_cell_35(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X))
& fn_cell_communication_with_epinephrine_in_muscle_cell_36(X) = fn_chemical_signaling_8(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X))
& fn_cell_communication_with_epinephrine_in_muscle_cell_36(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X))
& fn_cell_communication_with_epinephrine_in_muscle_cell_25(X) = fn_chemical_signaling_6(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X))
& fn_cell_communication_with_epinephrine_in_muscle_cell_25(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_87(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X))
& fn_cell_communication_with_epinephrine_in_muscle_cell_18(X) = fn_cell_communication_with_epinephrine_24(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_26(X) = fn_cell_communication_with_epinephrine_20(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_20(X) = fn_cell_communication_with_epinephrine_24(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_41(X) = fn_cell_communication_with_epinephrine_12(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_9(X) = fn_cell_communication_with_epinephrine_9(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_13(X) = fn_cell_communication_with_epinephrine_8(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_12(X) = fn_cell_communication_with_epinephrine_22(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_21(X) = fn_cell_communication_with_epinephrine_23(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_19(X) = fn_cell_communication_with_epinephrine_25(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_40(X) = fn_cell_communication_with_epinephrine_11(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_37(X) = fn_cell_communication_with_epinephrine_34(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_11(X) = fn_cell_communication_with_epinephrine_42(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_23(X) = fn_cell_communication_with_epinephrine_41(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_22(X) = fn_cell_communication_with_epinephrine_40(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_16(X) = fn_cell_communication_with_epinephrine_47(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_8(X) = fn_cell_communication_with_epinephrine_5(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_14(X) = fn_cell_communication_with_epinephrine_6(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_29(X) = fn_cell_communication_with_epinephrine_4(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_7(X) = fn_cell_communication_with_epinephrine_2(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_31(X) = fn_cell_communication_with_epinephrine_3(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_14(X) = fn_cell_communication_with_epinephrine_8(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_15(X) = fn_cell_communication_with_epinephrine_39(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_17(X) = fn_cell_communication_with_epinephrine_28(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_36(X) = fn_cell_communication_with_epinephrine_21(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_24(X) = fn_cell_communication_with_epinephrine_43(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_38(X) = fn_cell_communication_with_epinephrine_35(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_39(X) = fn_cell_communication_with_epinephrine_36(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_30(X) = fn_cell_communication_with_epinephrine_32(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_10(X) = fn_cell_communication_with_epinephrine_15(X)
& fn_cell_communication_with_epinephrine_in_muscle_cell_33(X) = fn_phosphorylation_2(fn_cell_communication_with_epinephrine_in_muscle_cell_34(X))
& fn_cell_communication_with_epinephrine_in_muscle_cell_32(X) = fn_phosphorylation_5(fn_cell_communication_with_epinephrine_in_muscle_cell_34(X))
& fn_cell_communication_with_epinephrine_in_muscle_cell_32(X) = fn_phosphorylation_1(fn_cell_communication_with_epinephrine_in_muscle_cell_34(X))
& fn_cell_communication_with_epinephrine_in_muscle_cell_28(X) = fn_exergonic_reaction_11(fn_cell_communication_with_epinephrine_in_muscle_cell_27(X))
& fn_cell_communication_with_epinephrine_in_muscle_cell_28(X) = fn_glycogen_breakdown_18(fn_cell_communication_with_epinephrine_in_muscle_cell_27(X))
& fn_cell_communication_with_epinephrine_in_muscle_cell_33(X) = fn_glycogen_breakdown_16(fn_cell_communication_with_epinephrine_in_muscle_cell_27(X))
& fn_cell_communication_with_epinephrine_in_muscle_cell_27(X) = fn_glycogen_phosphorylase_16(fn_cell_communication_with_epinephrine_in_muscle_cell_33(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_87(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X)) = fn_chemical_signaling_6(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X))
& fn_chemical_signaling_6(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_87(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_87(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X)) = fn_intracellular_process_1(fn_cell_communication_with_epinephrine_in_muscle_cell_25(X))
& fn_intracellular_process_1(fn_cell_communication_with_epinephrine_in_muscle_cell_25(X)) = fn_cellular_response_3(fn_cell_communication_with_epinephrine_in_muscle_cell_25(X))
& fn_cellular_response_3(fn_cell_communication_with_epinephrine_in_muscle_cell_25(X)) = fn_cellular_response_3(fn_cell_communication_with_epinephrine_in_muscle_cell_25(X))
& fn_cellular_response_3(fn_cell_communication_with_epinephrine_in_muscle_cell_25(X)) = fn_cell_communication_with_epinephrine_20(X)
& fn_cell_communication_with_epinephrine_20(X) = fn_cell_communication_with_epinephrine_20(X)
& fn_cell_communication_with_epinephrine_20(X) = fn_cell_communication_with_epinephrine_6(X)
& fn_cell_communication_with_epinephrine_6(X) = fn_cell_communication_with_epinephrine_6(X)
& fn_cell_communication_with_epinephrine_6(X) = fn_cell_communication_with_epinephrine_8(X)
& fn_cell_communication_with_epinephrine_8(X) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X)) = fn_chemical_signaling_8(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X))
& fn_chemical_signaling_8(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X)) = fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(fn_cell_communication_with_epinephrine_in_muscle_cell_24(X)) = fn_cell_communication_with_epinephrine_21(X)
& fn_cell_communication_with_epinephrine_21(X) = fn_cell_communication_with_epinephrine_21(X)
& fn_cell_communication_with_epinephrine_21(X) = fn_phosphorylation_5(fn_cell_communication_with_epinephrine_in_muscle_cell_34(X))
& fn_phosphorylation_5(fn_cell_communication_with_epinephrine_in_muscle_cell_34(X)) = fn_phosphorylation_1(fn_cell_communication_with_epinephrine_in_muscle_cell_34(X))
& fn_phosphorylation_1(fn_cell_communication_with_epinephrine_in_muscle_cell_34(X)) = fn_exergonic_reaction_11(fn_cell_communication_with_epinephrine_in_muscle_cell_27(X))
& fn_exergonic_reaction_11(fn_cell_communication_with_epinephrine_in_muscle_cell_27(X)) = fn_glycogen_breakdown_18(fn_cell_communication_with_epinephrine_in_muscle_cell_27(X))
& fn_glycogen_breakdown_18(fn_cell_communication_with_epinephrine_in_muscle_cell_27(X)) = fn_phosphorylation_2(fn_cell_communication_with_epinephrine_in_muscle_cell_34(X))
& fn_phosphorylation_2(fn_cell_communication_with_epinephrine_in_muscle_cell_34(X)) = fn_glycogen_breakdown_16(fn_cell_communication_with_epinephrine_in_muscle_cell_27(X)) ) ) ).
fof(a528156,axiom,
! [X] :
( cell_communication_with_estrogen_receptor_leading_to_cell_division_1(X)
=> ( original_name_2(X,'Cell-Communication-With-Estrogen-Receptor-Leading-To-Cell-Division')
& user_description_2(X,'Process of communication between and within cells which involves generation and delivery of an estrogen signal and the series of events leading to cell division as a response to that signal.')
& concept2words_2(X,communicate)
& concept2words_2(X,'cell communication with estrogen receptor leading to cell division')
& concept2words_2(X,'cell-communication-with-estrogen-receptor-leading-to-cell-division')
& cell_communication_leading_to_cell_division_1(X)
& estrogen_receptor_1(fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_1(X))
& signal_reception_1(fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_2(X))
& estrogen_1(fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_3(X))
& signal_generation_1(fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_4(X))
& spatial_entity_1(fn_signal_reception_4(fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_2(X)))
& polymer_1(fn_signal_reception_4(fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_2(X)))
& receptor_protein_1(fn_signal_reception_4(fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_2(X)))
& chemical_entity_1(fn_signal_generation_5(fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_4(X)))
& chemical_entity_1(fn_signal_reception_5(fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_2(X)))
& result_2(fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_4(X),fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_3(X))
& object_2(fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_2(X),fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_3(X))
& instrument_2(fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_2(X),fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_1(X))
& subevent_2(X,fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_4(X))
& first_subevent_2(X,fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_4(X))
& fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_3(X) = fn_signal_generation_5(fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_4(X))
& fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_3(X) = fn_signal_reception_5(fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_2(X))
& fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_1(X) = fn_signal_reception_4(fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_2(X))
& fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_4(X) = fn_cell_communication_5(X)
& fn_signal_generation_5(fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_4(X)) = fn_signal_reception_5(fn_cell_communication_with_estrogen_receptor_leading_to_cell_division_2(X)) ) ) ).
fof(a528157,axiom,
! [X] :
( cell_communication_with_ethylene_1(X)
=> ( original_name_2(X,'Cell-Communication-With-Ethylene')
& user_description_2(X,'Process of communication between plant cells which uses ethylene as the signaling molecule.')
& concept2words_2(X,communicate)
& concept2words_2(X,'cell communication with ethylene')
& concept2words_2(X,'cell-communication-with-ethylene')
& hormonal_signaling_in_plant_1(X)
& air_1(fn_cell_communication_with_ethylene_1(X))
& secretion_1(fn_cell_communication_with_ethylene_2(X))
& secretor_1(fn_cell_communication_with_ethylene_3(X))
& signal_generation_1(fn_cell_communication_with_ethylene_4(X))
& cell_signaling_1(fn_cell_communication_with_ethylene_5(X))
& transmit_1(fn_cell_communication_with_ethylene_6(X))
& signal_1(fn_cell_communication_with_ethylene_7(X))
& cellular_response_1(fn_cell_communication_with_ethylene_8(X))
& signal_transduction_1(fn_cell_communication_with_ethylene_9(X))
& plant_1(fn_cell_communication_with_ethylene_10(X))
& signal_reception_1(fn_cell_communication_with_ethylene_11(X))
& ethylene_1(fn_cell_communication_with_ethylene_12(X))
& tangible_entity_1(fn_cell_communication_with_ethylene_13(X))
& living_entity_1(fn_cell_communication_with_ethylene_13(X))
& plant_cell_1(fn_cell_communication_with_ethylene_13(X))
& cell_1(fn_cell_communication_with_ethylene_13(X))
& eukaryotic_cell_1(fn_cell_communication_with_ethylene_13(X))
& signal_transmission_1(fn_cell_communication_with_ethylene_14(X))
& release_1(fn_cell_communication_with_ethylene_15(X))
& tangible_entity_1(fn_cell_communication_with_ethylene_16(X))
& eukaryotic_cell_1(fn_cell_communication_with_ethylene_16(X))
& cell_1(fn_cell_communication_with_ethylene_16(X))
& plant_cell_1(fn_cell_communication_with_ethylene_16(X))
& move_1(fn_cell_communication_with_ethylene_17(X))
& spatial_entity_1(fn_cell_communication_with_ethylene_18(X))
& polymer_1(fn_cell_communication_with_ethylene_18(X))
& receptor_protein_1(fn_cell_communication_with_ethylene_18(X))
& monomer_1(fn_cell_communication_with_ethylene_19(X))
& monomer_1(fn_cell_communication_with_ethylene_20(X))
& ligand_binding_1(fn_cell_communication_with_ethylene_21(X))
& container_1(fn_cell_communication_with_ethylene_22(X))
& container_1(fn_release_3(fn_cell_communication_with_ethylene_15(X)))
& signal_1(fn_signal_reception_1(fn_cell_communication_with_ethylene_11(X)))
& spatial_entity_1(fn_move_1(fn_cell_communication_with_ethylene_17(X)))
& tangible_entity_1(fn_release_1(fn_cell_communication_with_ethylene_15(X)))
& tangible_entity_1(fn_signal_transmission_3(fn_cell_communication_with_ethylene_14(X)))
& chemical_entity_1(fn_signal_reception_5(fn_cell_communication_with_ethylene_11(X)))
& chemical_entity_1(fn_cell_signaling_5(fn_cell_communication_with_ethylene_5(X)))
& cell_1(fn_signal_reception_3(fn_cell_communication_with_ethylene_11(X)))
& tangible_entity_1(fn_signal_transmission_5(fn_cell_communication_with_ethylene_14(X)))
& cell_1(fn_signal_transmission_5(fn_cell_communication_with_ethylene_14(X)))
& cell_1(fn_cell_signaling_4(fn_cell_communication_with_ethylene_5(X)))
& monomer_1(fn_signal_reception_8(fn_cell_communication_with_ethylene_11(X)))
& monomer_1(fn_signal_reception_7(fn_cell_communication_with_ethylene_11(X)))
& ligand_binding_1(fn_signal_reception_6(fn_cell_communication_with_ethylene_11(X)))
& spatial_entity_1(fn_signal_reception_4(fn_cell_communication_with_ethylene_11(X)))
& polymer_1(fn_signal_reception_4(fn_cell_communication_with_ethylene_11(X)))
& receptor_protein_1(fn_signal_reception_4(fn_cell_communication_with_ethylene_11(X)))
& tangible_entity_1(fn_release_2(fn_cell_communication_with_ethylene_15(X)))
& plant_cell_1(fn_plant_20(fn_cell_communication_with_ethylene_10(X)))
& cell_1(fn_plant_20(fn_cell_communication_with_ethylene_10(X)))
& eukaryotic_cell_1(fn_plant_20(fn_cell_communication_with_ethylene_10(X)))
& cellular_response_1(fn_cell_signaling_1(fn_cell_communication_with_ethylene_5(X)))
& signal_transduction_1(fn_cell_signaling_3(fn_cell_communication_with_ethylene_5(X)))
& signal_reception_1(fn_cell_signaling_2(fn_cell_communication_with_ethylene_5(X)))
& next_event_2(fn_cell_communication_with_ethylene_4(X),fn_cell_communication_with_ethylene_14(X))
& is_inside_2(fn_cell_communication_with_ethylene_1(X),fn_cell_communication_with_ethylene_10(X))
& subevent_2(X,fn_cell_communication_with_ethylene_14(X))
& base_2(X,fn_cell_communication_with_ethylene_13(X))
& next_event_2(fn_cell_communication_with_ethylene_14(X),fn_cell_communication_with_ethylene_5(X))
& subevent_2(fn_cell_communication_with_ethylene_14(X),fn_cell_communication_with_ethylene_17(X))
& subevent_2(fn_cell_communication_with_ethylene_14(X),fn_cell_communication_with_ethylene_15(X))
& next_event_2(fn_cell_communication_with_ethylene_15(X),fn_cell_communication_with_ethylene_17(X))
& path_2(fn_cell_communication_with_ethylene_17(X),fn_cell_communication_with_ethylene_1(X))
& destination_2(fn_cell_communication_with_ethylene_17(X),fn_cell_communication_with_ethylene_16(X))
& object_2(fn_cell_communication_with_ethylene_17(X),fn_cell_communication_with_ethylene_12(X))
& object_2(fn_cell_communication_with_ethylene_15(X),fn_cell_communication_with_ethylene_12(X))
& object_2(fn_cell_communication_with_ethylene_14(X),fn_cell_communication_with_ethylene_12(X))
& destination_2(fn_cell_communication_with_ethylene_14(X),fn_cell_communication_with_ethylene_16(X))
& base_2(fn_cell_communication_with_ethylene_15(X),fn_cell_communication_with_ethylene_13(X))
& plays_2(fn_cell_communication_with_ethylene_13(X),fn_cell_communication_with_ethylene_22(X))
& in_event_2(fn_cell_communication_with_ethylene_22(X),fn_cell_communication_with_ethylene_15(X))
& object_2(fn_cell_communication_with_ethylene_11(X),fn_cell_communication_with_ethylene_12(X))
& object_2(fn_cell_communication_with_ethylene_6(X),fn_cell_communication_with_ethylene_12(X))
& complement_2(fn_cell_communication_with_ethylene_18(X),fn_cell_communication_with_ethylene_12(X))
& complement_2(fn_cell_communication_with_ethylene_12(X),fn_cell_communication_with_ethylene_18(X))
& agent_2(fn_cell_communication_with_ethylene_5(X),fn_cell_communication_with_ethylene_12(X))
& fn_cell_communication_with_ethylene_19(X) != fn_cell_communication_with_ethylene_12(X)
& fn_cell_communication_with_ethylene_12(X) != fn_cell_communication_with_ethylene_19(X)
& result_2(fn_cell_communication_with_ethylene_4(X),fn_cell_communication_with_ethylene_12(X))
& fn_cell_communication_with_ethylene_20(X) != fn_cell_communication_with_ethylene_12(X)
& fn_cell_communication_with_ethylene_12(X) != fn_cell_communication_with_ethylene_20(X)
& object_2(fn_cell_communication_with_ethylene_2(X),fn_cell_communication_with_ethylene_12(X))
& instrument_2(X,fn_cell_communication_with_ethylene_12(X))
& has_function_2(fn_cell_communication_with_ethylene_12(X),fn_cell_communication_with_ethylene_21(X))
& object_2(fn_cell_communication_with_ethylene_21(X),fn_cell_communication_with_ethylene_12(X))
& plays_2(fn_cell_communication_with_ethylene_12(X),fn_cell_communication_with_ethylene_7(X))
& in_event_2(fn_cell_communication_with_ethylene_7(X),fn_cell_communication_with_ethylene_6(X))
& base_2(fn_cell_communication_with_ethylene_9(X),fn_cell_communication_with_ethylene_16(X))
& base_2(fn_cell_communication_with_ethylene_11(X),fn_cell_communication_with_ethylene_16(X))
& object_2(X,fn_cell_communication_with_ethylene_16(X))
& base_2(fn_cell_communication_with_ethylene_8(X),fn_cell_communication_with_ethylene_16(X))
& first_subevent_2(X,fn_cell_communication_with_ethylene_4(X))
& experiencer_2(X,fn_cell_communication_with_ethylene_10(X))
& has_part_2(fn_cell_communication_with_ethylene_10(X),fn_cell_communication_with_ethylene_16(X))
& base_2(fn_cell_communication_with_ethylene_5(X),fn_cell_communication_with_ethylene_16(X))
& base_2(fn_cell_communication_with_ethylene_4(X),fn_cell_communication_with_ethylene_13(X))
& agent_2(X,fn_cell_communication_with_ethylene_13(X))
& subevent_2(X,fn_cell_communication_with_ethylene_5(X))
& fn_cell_communication_with_ethylene_16(X) != fn_cell_communication_with_ethylene_13(X)
& fn_cell_communication_with_ethylene_13(X) != fn_cell_communication_with_ethylene_16(X)
& subevent_2(X,fn_cell_communication_with_ethylene_4(X))
& agent_2(fn_cell_communication_with_ethylene_4(X),fn_cell_communication_with_ethylene_13(X))
& plays_2(fn_cell_communication_with_ethylene_13(X),fn_cell_communication_with_ethylene_3(X))
& in_event_2(fn_cell_communication_with_ethylene_3(X),fn_cell_communication_with_ethylene_2(X))
& base_2(fn_cell_communication_with_ethylene_2(X),fn_cell_communication_with_ethylene_13(X))
& has_part_2(fn_cell_communication_with_ethylene_18(X),fn_cell_communication_with_ethylene_20(X))
& instrument_2(fn_cell_communication_with_ethylene_11(X),fn_cell_communication_with_ethylene_18(X))
& has_function_2(fn_cell_communication_with_ethylene_18(X),fn_cell_communication_with_ethylene_11(X))
& subevent_2(fn_cell_communication_with_ethylene_11(X),fn_cell_communication_with_ethylene_21(X))
& base_2(fn_cell_communication_with_ethylene_21(X),fn_cell_communication_with_ethylene_18(X))
& has_part_2(fn_cell_communication_with_ethylene_18(X),fn_cell_communication_with_ethylene_19(X))
& subevent_2(fn_cell_communication_with_ethylene_5(X),fn_cell_communication_with_ethylene_9(X))
& subevent_2(fn_cell_communication_with_ethylene_5(X),fn_cell_communication_with_ethylene_8(X))
& next_event_2(fn_cell_communication_with_ethylene_9(X),fn_cell_communication_with_ethylene_8(X))
& next_event_2(fn_cell_communication_with_ethylene_11(X),fn_cell_communication_with_ethylene_9(X))
& subevent_2(fn_cell_communication_with_ethylene_5(X),fn_cell_communication_with_ethylene_11(X))
& first_subevent_2(fn_cell_communication_with_ethylene_5(X),fn_cell_communication_with_ethylene_11(X))
& has_part_2(fn_cell_communication_with_ethylene_10(X),fn_cell_communication_with_ethylene_13(X))
& fn_cell_communication_with_ethylene_12(X) = fn_move_1(fn_cell_communication_with_ethylene_17(X))
& fn_cell_communication_with_ethylene_12(X) = fn_release_1(fn_cell_communication_with_ethylene_15(X))
& fn_cell_communication_with_ethylene_12(X) = fn_signal_transmission_3(fn_cell_communication_with_ethylene_14(X))
& fn_cell_communication_with_ethylene_16(X) = fn_signal_transmission_5(fn_cell_communication_with_ethylene_14(X))
& fn_cell_communication_with_ethylene_13(X) = fn_release_2(fn_cell_communication_with_ethylene_15(X))
& fn_cell_communication_with_ethylene_22(X) = fn_release_3(fn_cell_communication_with_ethylene_15(X))
& fn_cell_communication_with_ethylene_18(X) = fn_hormonal_signaling_in_plant_17(X)
& fn_cell_communication_with_ethylene_12(X) = fn_cell_signaling_5(fn_cell_communication_with_ethylene_5(X))
& fn_cell_communication_with_ethylene_19(X) = fn_hormonal_signaling_in_plant_14(X)
& fn_cell_communication_with_ethylene_20(X) = fn_hormonal_signaling_in_plant_15(X)
& fn_cell_communication_with_ethylene_6(X) = fn_hormonal_signaling_in_plant_7(X)
& fn_cell_communication_with_ethylene_7(X) = fn_signal_reception_1(fn_cell_communication_with_ethylene_11(X))
& fn_cell_communication_with_ethylene_7(X) = fn_hormonal_signaling_in_plant_6(X)
& fn_cell_communication_with_ethylene_12(X) = fn_signal_reception_5(fn_cell_communication_with_ethylene_11(X))
& fn_cell_communication_with_ethylene_21(X) = fn_hormonal_signaling_in_plant_16(X)
& fn_cell_communication_with_ethylene_12(X) = fn_hormonal_signaling_in_plant_3(X)
& fn_cell_communication_with_ethylene_9(X) = fn_hormonal_signaling_in_plant_11(X)
& fn_cell_communication_with_ethylene_16(X) = fn_signal_reception_3(fn_cell_communication_with_ethylene_11(X))
& fn_cell_communication_with_ethylene_11(X) = fn_hormonal_signaling_in_plant_8(X)
& fn_cell_communication_with_ethylene_8(X) = fn_hormonal_signaling_in_plant_12(X)
& fn_cell_communication_with_ethylene_16(X) = fn_cell_signaling_4(fn_cell_communication_with_ethylene_5(X))
& fn_cell_communication_with_ethylene_10(X) = fn_hormonal_signaling_in_plant_1(X)
& fn_cell_communication_with_ethylene_5(X) = fn_hormonal_signaling_in_plant_9(X)
& fn_cell_communication_with_ethylene_16(X) = fn_hormonal_signaling_in_plant_10(X)
& fn_cell_communication_with_ethylene_2(X) = fn_hormonal_signaling_in_plant_5(X)
& fn_cell_communication_with_ethylene_3(X) = fn_hormonal_signaling_in_plant_13(X)
& fn_cell_communication_with_ethylene_13(X) = fn_hormonal_signaling_in_plant_4(X)
& fn_cell_communication_with_ethylene_4(X) = fn_hormonal_signaling_in_plant_2(X)
& fn_cell_communication_with_ethylene_20(X) = fn_signal_reception_8(fn_cell_communication_with_ethylene_11(X))
& fn_cell_communication_with_ethylene_19(X) = fn_signal_reception_7(fn_cell_communication_with_ethylene_11(X))
& fn_cell_communication_with_ethylene_21(X) = fn_signal_reception_6(fn_cell_communication_with_ethylene_11(X))
& fn_cell_communication_with_ethylene_18(X) = fn_signal_reception_4(fn_cell_communication_with_ethylene_11(X))
& fn_cell_communication_with_ethylene_13(X) = fn_plant_20(fn_cell_communication_with_ethylene_10(X))
& fn_cell_communication_with_ethylene_8(X) = fn_cell_signaling_1(fn_cell_communication_with_ethylene_5(X))
& fn_cell_communication_with_ethylene_9(X) = fn_cell_signaling_3(fn_cell_communication_with_ethylene_5(X))
& fn_cell_communication_with_ethylene_11(X) = fn_cell_signaling_2(fn_cell_communication_with_ethylene_5(X))
& fn_hormonal_signaling_in_plant_6(X) = fn_signal_reception_1(fn_cell_communication_with_ethylene_11(X))
& fn_signal_reception_1(fn_cell_communication_with_ethylene_11(X)) = fn_hormonal_signaling_in_plant_6(X)
& fn_hormonal_signaling_in_plant_6(X) = fn_move_1(fn_cell_communication_with_ethylene_17(X))
& fn_move_1(fn_cell_communication_with_ethylene_17(X)) = fn_release_1(fn_cell_communication_with_ethylene_15(X))
& fn_release_1(fn_cell_communication_with_ethylene_15(X)) = fn_release_1(fn_cell_communication_with_ethylene_15(X))
& fn_release_1(fn_cell_communication_with_ethylene_15(X)) = fn_signal_transmission_3(fn_cell_communication_with_ethylene_14(X))
& fn_signal_transmission_3(fn_cell_communication_with_ethylene_14(X)) = fn_signal_transmission_3(fn_cell_communication_with_ethylene_14(X))
& fn_signal_transmission_3(fn_cell_communication_with_ethylene_14(X)) = fn_signal_reception_5(fn_cell_communication_with_ethylene_11(X))
& fn_cell_signaling_5(fn_cell_communication_with_ethylene_5(X)) = fn_cell_signaling_5(fn_cell_communication_with_ethylene_5(X))
& fn_cell_signaling_5(fn_cell_communication_with_ethylene_5(X)) = fn_signal_reception_5(fn_cell_communication_with_ethylene_11(X))
& fn_signal_reception_5(fn_cell_communication_with_ethylene_11(X)) = fn_signal_reception_5(fn_cell_communication_with_ethylene_11(X))
& fn_signal_reception_5(fn_cell_communication_with_ethylene_11(X)) = fn_cell_signaling_5(fn_cell_communication_with_ethylene_5(X))
& fn_hormonal_signaling_in_plant_3(X) = fn_cell_signaling_5(fn_cell_communication_with_ethylene_5(X))
& fn_cell_signaling_5(fn_cell_communication_with_ethylene_5(X)) = fn_hormonal_signaling_in_plant_3(X)
& fn_hormonal_signaling_in_plant_3(X) = fn_hormonal_signaling_in_plant_3(X)
& fn_hormonal_signaling_in_plant_3(X) = fn_signal_transmission_5(fn_cell_communication_with_ethylene_14(X))
& fn_signal_transmission_5(fn_cell_communication_with_ethylene_14(X)) = fn_signal_reception_3(fn_cell_communication_with_ethylene_11(X))
& fn_signal_reception_3(fn_cell_communication_with_ethylene_11(X)) = fn_signal_transmission_5(fn_cell_communication_with_ethylene_14(X))
& fn_signal_transmission_5(fn_cell_communication_with_ethylene_14(X)) = fn_cell_signaling_4(fn_cell_communication_with_ethylene_5(X))
& fn_cell_signaling_4(fn_cell_communication_with_ethylene_5(X)) = fn_cell_signaling_4(fn_cell_communication_with_ethylene_5(X))
& fn_hormonal_signaling_in_plant_10(X) = fn_cell_signaling_4(fn_cell_communication_with_ethylene_5(X))
& fn_cell_signaling_4(fn_cell_communication_with_ethylene_5(X)) = fn_hormonal_signaling_in_plant_10(X)
& fn_hormonal_signaling_in_plant_10(X) = fn_hormonal_signaling_in_plant_10(X)
& fn_hormonal_signaling_in_plant_10(X) = fn_hormonal_signaling_in_plant_15(X)
& fn_hormonal_signaling_in_plant_15(X) = fn_signal_reception_8(fn_cell_communication_with_ethylene_11(X))
& fn_signal_reception_8(fn_cell_communication_with_ethylene_11(X)) = fn_hormonal_signaling_in_plant_14(X)
& fn_hormonal_signaling_in_plant_14(X) = fn_signal_reception_7(fn_cell_communication_with_ethylene_11(X))
& fn_signal_reception_7(fn_cell_communication_with_ethylene_11(X)) = fn_signal_reception_6(fn_cell_communication_with_ethylene_11(X))
& fn_signal_reception_6(fn_cell_communication_with_ethylene_11(X)) = fn_hormonal_signaling_in_plant_16(X)
& fn_hormonal_signaling_in_plant_16(X) = fn_signal_reception_6(fn_cell_communication_with_ethylene_11(X))
& fn_signal_reception_6(fn_cell_communication_with_ethylene_11(X)) = fn_signal_reception_6(fn_cell_communication_with_ethylene_11(X))
& fn_signal_reception_6(fn_cell_communication_with_ethylene_11(X)) = fn_hormonal_signaling_in_plant_17(X)
& fn_hormonal_signaling_in_plant_17(X) = fn_signal_reception_4(fn_cell_communication_with_ethylene_11(X))
& fn_signal_reception_4(fn_cell_communication_with_ethylene_11(X)) = fn_signal_reception_4(fn_cell_communication_with_ethylene_11(X))
& fn_signal_reception_4(fn_cell_communication_with_ethylene_11(X)) = fn_release_2(fn_cell_communication_with_ethylene_15(X))
& fn_release_2(fn_cell_communication_with_ethylene_15(X)) = fn_release_2(fn_cell_communication_with_ethylene_15(X))
& fn_release_2(fn_cell_communication_with_ethylene_15(X)) = fn_hormonal_signaling_in_plant_4(X)
& fn_hormonal_signaling_in_plant_4(X) = fn_hormonal_signaling_in_plant_4(X)
& fn_hormonal_signaling_in_plant_4(X) = fn_plant_20(fn_cell_communication_with_ethylene_10(X))
& fn_plant_20(fn_cell_communication_with_ethylene_10(X)) = fn_hormonal_signaling_in_plant_12(X)
& fn_hormonal_signaling_in_plant_12(X) = fn_cell_signaling_1(fn_cell_communication_with_ethylene_5(X))
& fn_cell_signaling_1(fn_cell_communication_with_ethylene_5(X)) = fn_cell_signaling_1(fn_cell_communication_with_ethylene_5(X))
& fn_cell_signaling_1(fn_cell_communication_with_ethylene_5(X)) = fn_hormonal_signaling_in_plant_11(X)
& fn_hormonal_signaling_in_plant_11(X) = fn_cell_signaling_3(fn_cell_communication_with_ethylene_5(X))
& fn_cell_signaling_3(fn_cell_communication_with_ethylene_5(X)) = fn_cell_signaling_3(fn_cell_communication_with_ethylene_5(X))
& fn_cell_signaling_3(fn_cell_communication_with_ethylene_5(X)) = fn_cell_signaling_2(fn_cell_communication_with_ethylene_5(X))
& fn_cell_signaling_2(fn_cell_communication_with_ethylene_5(X)) = fn_hormonal_signaling_in_plant_8(X)
& fn_hormonal_signaling_in_plant_8(X) = fn_cell_signaling_2(fn_cell_communication_with_ethylene_5(X))
& fn_cell_signaling_2(fn_cell_communication_with_ethylene_5(X)) = fn_cell_signaling_2(fn_cell_communication_with_ethylene_5(X)) ) ) ).
fof(a528158,axiom,
! [X] :
( cell_communication_with_ethylene_in_vascular_plants_1(X)
=> ( original_name_2(X,'Cell-Communication-With-Ethylene-In-Vascular-Plants')
& user_description_2(X,'Process of communication between vascular plant cells which uses ethylene as the signaling molecule.')
& concept2words_2(X,communicate)
& concept2words_2(X,'cell communication with ethylene in vascular plant')
& concept2words_2(X,'cell-communication-with-ethylene-in-vascular-plant')
& cell_communication_with_ethylene_1(X)
& time_interval_1(fn_cell_communication_with_ethylene_in_vascular_plants_1(X))
& time_interval_1(fn_cell_communication_with_ethylene_in_vascular_plants_2(X))
& vascular_tissue_1(fn_cell_communication_with_ethylene_in_vascular_plants_3(X))
& monomer_1(fn_cell_communication_with_ethylene_in_vascular_plants_4(X))
& monomer_1(fn_cell_communication_with_ethylene_in_vascular_plants_5(X))
& signal_transmission_1(fn_cell_communication_with_ethylene_in_vascular_plants_6(X))
& move_1(fn_cell_communication_with_ethylene_in_vascular_plants_7(X))
& signal_generation_1(fn_cell_communication_with_ethylene_in_vascular_plants_8(X))
& cell_signaling_1(fn_cell_communication_with_ethylene_in_vascular_plants_9(X))
& entity_1(fn_cell_communication_with_ethylene_in_vascular_plants_10(X))
& spatial_entity_1(fn_cell_communication_with_ethylene_in_vascular_plants_10(X))
& chemical_entity_1(fn_cell_communication_with_ethylene_in_vascular_plants_10(X))
& ethylene_1(fn_cell_communication_with_ethylene_in_vascular_plants_10(X))
& signal_reception_1(fn_cell_communication_with_ethylene_in_vascular_plants_11(X))
& secretion_1(fn_cell_communication_with_ethylene_in_vascular_plants_12(X))
& ligand_binding_1(fn_cell_communication_with_ethylene_in_vascular_plants_13(X))
& transmit_1(fn_cell_communication_with_ethylene_in_vascular_plants_14(X))
& signal_1(fn_cell_communication_with_ethylene_in_vascular_plants_15(X))
& produce_1(fn_cell_communication_with_ethylene_in_vascular_plants_16(X))
& vascular_plant_1(fn_cell_communication_with_ethylene_in_vascular_plants_17(X))
& signal_transduction_1(fn_cell_communication_with_ethylene_in_vascular_plants_18(X))
& spatial_entity_1(fn_cell_communication_with_ethylene_in_vascular_plants_19(X))
& polymer_1(fn_cell_communication_with_ethylene_in_vascular_plants_19(X))
& receptor_protein_1(fn_cell_communication_with_ethylene_in_vascular_plants_19(X))
& release_1(fn_cell_communication_with_ethylene_in_vascular_plants_20(X))
& move_1(fn_cell_communication_with_ethylene_in_vascular_plants_21(X))
& tangible_entity_1(fn_cell_communication_with_ethylene_in_vascular_plants_22(X))
& eukaryotic_cell_1(fn_cell_communication_with_ethylene_in_vascular_plants_22(X))
& cell_1(fn_cell_communication_with_ethylene_in_vascular_plants_22(X))
& plant_cell_1(fn_cell_communication_with_ethylene_in_vascular_plants_22(X))
& ligand_binding_1(fn_signal_reception_6(fn_cell_communication_with_ethylene_in_vascular_plants_11(X)))
& cell_1(fn_signal_reception_3(fn_cell_communication_with_ethylene_in_vascular_plants_11(X)))
& entity_1(fn_create_1(fn_cell_communication_with_ethylene_in_vascular_plants_16(X)))
& spatial_entity_1(fn_move_1(fn_cell_communication_with_ethylene_in_vascular_plants_7(X)))
& chemical_entity_1(fn_signal_reception_5(fn_cell_communication_with_ethylene_in_vascular_plants_11(X)))
& monomer_1(fn_signal_reception_8(fn_cell_communication_with_ethylene_in_vascular_plants_11(X)))
& monomer_1(fn_signal_reception_7(fn_cell_communication_with_ethylene_in_vascular_plants_11(X)))
& spatial_entity_1(fn_signal_reception_4(fn_cell_communication_with_ethylene_in_vascular_plants_11(X)))
& polymer_1(fn_signal_reception_4(fn_cell_communication_with_ethylene_in_vascular_plants_11(X)))
& receptor_protein_1(fn_signal_reception_4(fn_cell_communication_with_ethylene_in_vascular_plants_11(X)))
& destination_2(fn_cell_communication_with_ethylene_in_vascular_plants_21(X),fn_cell_communication_with_ethylene_in_vascular_plants_22(X))
& path_2(fn_cell_communication_with_ethylene_in_vascular_plants_21(X),fn_cell_communication_with_ethylene_in_vascular_plants_3(X))
& fn_cell_communication_with_ethylene_in_vascular_plants_21(X) != fn_cell_communication_with_ethylene_in_vascular_plants_7(X)
& time_during_2(fn_cell_communication_with_ethylene_in_vascular_plants_18(X),fn_cell_communication_with_ethylene_in_vascular_plants_2(X))
& has_part_2(fn_cell_communication_with_ethylene_in_vascular_plants_17(X),fn_cell_communication_with_ethylene_in_vascular_plants_3(X))
& subevent_2(fn_cell_communication_with_ethylene_in_vascular_plants_12(X),fn_cell_communication_with_ethylene_in_vascular_plants_16(X))
& time_during_2(fn_cell_communication_with_ethylene_in_vascular_plants_11(X),fn_cell_communication_with_ethylene_in_vascular_plants_1(X))
& time_before_2(fn_cell_communication_with_ethylene_in_vascular_plants_1(X),fn_cell_communication_with_ethylene_in_vascular_plants_2(X))
& fn_cell_communication_with_ethylene_in_vascular_plants_7(X) != fn_cell_communication_with_ethylene_in_vascular_plants_21(X)
& subevent_2(fn_cell_communication_with_ethylene_in_vascular_plants_6(X),fn_cell_communication_with_ethylene_in_vascular_plants_21(X))
& result_2(fn_cell_communication_with_ethylene_in_vascular_plants_16(X),fn_cell_communication_with_ethylene_in_vascular_plants_10(X))
& object_2(fn_cell_communication_with_ethylene_in_vascular_plants_7(X),fn_cell_communication_with_ethylene_in_vascular_plants_10(X))
& has_function_2(fn_cell_communication_with_ethylene_in_vascular_plants_10(X),fn_cell_communication_with_ethylene_in_vascular_plants_13(X))
& object_2(fn_cell_communication_with_ethylene_in_vascular_plants_13(X),fn_cell_communication_with_ethylene_in_vascular_plants_10(X))
& experiencer_2(X,fn_cell_communication_with_ethylene_in_vascular_plants_17(X))
& has_part_2(fn_cell_communication_with_ethylene_in_vascular_plants_17(X),fn_cell_communication_with_ethylene_in_vascular_plants_22(X))
& base_2(fn_cell_communication_with_ethylene_in_vascular_plants_11(X),fn_cell_communication_with_ethylene_in_vascular_plants_22(X))
& subevent_2(X,fn_cell_communication_with_ethylene_in_vascular_plants_6(X))
& object_2(fn_cell_communication_with_ethylene_in_vascular_plants_20(X),fn_cell_communication_with_ethylene_in_vascular_plants_10(X))
& object_2(fn_cell_communication_with_ethylene_in_vascular_plants_12(X),fn_cell_communication_with_ethylene_in_vascular_plants_10(X))
& object_2(fn_cell_communication_with_ethylene_in_vascular_plants_21(X),fn_cell_communication_with_ethylene_in_vascular_plants_10(X))
& subevent_2(fn_cell_communication_with_ethylene_in_vascular_plants_9(X),fn_cell_communication_with_ethylene_in_vascular_plants_18(X))
& base_2(fn_cell_communication_with_ethylene_in_vascular_plants_9(X),fn_cell_communication_with_ethylene_in_vascular_plants_22(X))
& base_2(fn_cell_communication_with_ethylene_in_vascular_plants_18(X),fn_cell_communication_with_ethylene_in_vascular_plants_22(X))
& next_event_2(fn_cell_communication_with_ethylene_in_vascular_plants_11(X),fn_cell_communication_with_ethylene_in_vascular_plants_18(X))
& first_subevent_2(fn_cell_communication_with_ethylene_in_vascular_plants_9(X),fn_cell_communication_with_ethylene_in_vascular_plants_11(X))
& subevent_2(X,fn_cell_communication_with_ethylene_in_vascular_plants_9(X))
& first_subevent_2(X,fn_cell_communication_with_ethylene_in_vascular_plants_8(X))
& agent_2(fn_cell_communication_with_ethylene_in_vascular_plants_9(X),fn_cell_communication_with_ethylene_in_vascular_plants_10(X))
& subevent_2(fn_cell_communication_with_ethylene_in_vascular_plants_9(X),fn_cell_communication_with_ethylene_in_vascular_plants_11(X))
& object_2(fn_cell_communication_with_ethylene_in_vascular_plants_11(X),fn_cell_communication_with_ethylene_in_vascular_plants_10(X))
& instrument_2(X,fn_cell_communication_with_ethylene_in_vascular_plants_10(X))
& object_2(X,fn_cell_communication_with_ethylene_in_vascular_plants_22(X))
& plays_2(fn_cell_communication_with_ethylene_in_vascular_plants_10(X),fn_cell_communication_with_ethylene_in_vascular_plants_15(X))
& in_event_2(fn_cell_communication_with_ethylene_in_vascular_plants_15(X),fn_cell_communication_with_ethylene_in_vascular_plants_14(X))
& object_2(fn_cell_communication_with_ethylene_in_vascular_plants_14(X),fn_cell_communication_with_ethylene_in_vascular_plants_10(X))
& complement_2(fn_cell_communication_with_ethylene_in_vascular_plants_10(X),fn_cell_communication_with_ethylene_in_vascular_plants_19(X))
& complement_2(fn_cell_communication_with_ethylene_in_vascular_plants_19(X),fn_cell_communication_with_ethylene_in_vascular_plants_10(X))
& object_2(fn_cell_communication_with_ethylene_in_vascular_plants_6(X),fn_cell_communication_with_ethylene_in_vascular_plants_10(X))
& subevent_2(fn_cell_communication_with_ethylene_in_vascular_plants_6(X),fn_cell_communication_with_ethylene_in_vascular_plants_7(X))
& destination_2(fn_cell_communication_with_ethylene_in_vascular_plants_7(X),fn_cell_communication_with_ethylene_in_vascular_plants_22(X))
& destination_2(fn_cell_communication_with_ethylene_in_vascular_plants_6(X),fn_cell_communication_with_ethylene_in_vascular_plants_22(X))
& subevent_2(fn_cell_communication_with_ethylene_in_vascular_plants_6(X),fn_cell_communication_with_ethylene_in_vascular_plants_20(X))
& subevent_2(X,fn_cell_communication_with_ethylene_in_vascular_plants_8(X))
& result_2(fn_cell_communication_with_ethylene_in_vascular_plants_8(X),fn_cell_communication_with_ethylene_in_vascular_plants_10(X))
& fn_cell_communication_with_ethylene_in_vascular_plants_10(X) != fn_cell_communication_with_ethylene_in_vascular_plants_5(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_4(X) != fn_cell_communication_with_ethylene_in_vascular_plants_10(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_10(X) != fn_cell_communication_with_ethylene_in_vascular_plants_4(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_5(X) != fn_cell_communication_with_ethylene_in_vascular_plants_10(X)
& has_part_2(fn_cell_communication_with_ethylene_in_vascular_plants_19(X),fn_cell_communication_with_ethylene_in_vascular_plants_4(X))
& base_2(fn_cell_communication_with_ethylene_in_vascular_plants_13(X),fn_cell_communication_with_ethylene_in_vascular_plants_19(X))
& subevent_2(fn_cell_communication_with_ethylene_in_vascular_plants_11(X),fn_cell_communication_with_ethylene_in_vascular_plants_13(X))
& has_function_2(fn_cell_communication_with_ethylene_in_vascular_plants_19(X),fn_cell_communication_with_ethylene_in_vascular_plants_11(X))
& instrument_2(fn_cell_communication_with_ethylene_in_vascular_plants_11(X),fn_cell_communication_with_ethylene_in_vascular_plants_19(X))
& has_part_2(fn_cell_communication_with_ethylene_in_vascular_plants_19(X),fn_cell_communication_with_ethylene_in_vascular_plants_5(X))
& fn_cell_communication_with_ethylene_in_vascular_plants_10(X) = fn_create_1(fn_cell_communication_with_ethylene_in_vascular_plants_16(X))
& fn_cell_communication_with_ethylene_in_vascular_plants_10(X) = fn_move_1(fn_cell_communication_with_ethylene_in_vascular_plants_7(X))
& fn_cell_communication_with_ethylene_in_vascular_plants_22(X) = fn_signal_reception_3(fn_cell_communication_with_ethylene_in_vascular_plants_11(X))
& fn_cell_communication_with_ethylene_in_vascular_plants_17(X) = fn_hormonal_signaling_in_plant_1(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_12(X) = fn_cell_communication_with_ethylene_2(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_21(X) = fn_cell_communication_with_ethylene_17(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_22(X) = fn_hormonal_signaling_in_plant_10(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_18(X) = fn_cell_communication_with_ethylene_9(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_9(X) = fn_hormonal_signaling_in_plant_9(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_11(X) = fn_hormonal_signaling_in_plant_8(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_11(X) = fn_cell_communication_with_ethylene_11(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_9(X) = fn_cell_communication_with_ethylene_5(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_14(X) = fn_cell_communication_with_ethylene_6(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_15(X) = fn_cell_communication_with_ethylene_7(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_19(X) = fn_cell_communication_with_ethylene_18(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_20(X) = fn_cell_communication_with_ethylene_15(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_22(X) = fn_cell_communication_with_ethylene_16(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_7(X) = fn_cell_communication_with_ethylene_17(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_6(X) = fn_cell_communication_with_ethylene_14(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_5(X) = fn_cell_communication_with_ethylene_19(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_10(X) = fn_signal_reception_5(fn_cell_communication_with_ethylene_in_vascular_plants_11(X))
& fn_cell_communication_with_ethylene_in_vascular_plants_4(X) = fn_signal_reception_7(fn_cell_communication_with_ethylene_in_vascular_plants_11(X))
& fn_cell_communication_with_ethylene_in_vascular_plants_4(X) = fn_cell_communication_with_ethylene_20(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_10(X) = fn_cell_communication_with_ethylene_12(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_8(X) = fn_cell_communication_with_ethylene_4(X)
& fn_cell_communication_with_ethylene_in_vascular_plants_4(X) = fn_signal_reception_8(fn_cell_communication_with_ethylene_in_vascular_plants_11(X))
& fn_cell_communication_with_ethylene_in_vascular_plants_13(X) = fn_signal_reception_6(fn_cell_communication_with_ethylene_in_vascular_plants_11(X))
& fn_cell_communication_with_ethylene_in_vascular_plants_19(X) = fn_signal_reception_4(fn_cell_communication_with_ethylene_in_vascular_plants_11(X))
& fn_cell_communication_with_ethylene_in_vascular_plants_5(X) = fn_signal_reception_7(fn_cell_communication_with_ethylene_in_vascular_plants_11(X))
& fn_cell_communication_with_ethylene_5(X) = fn_hormonal_signaling_in_plant_9(X)
& fn_hormonal_signaling_in_plant_9(X) = fn_cell_communication_with_ethylene_5(X)
& fn_cell_communication_with_ethylene_5(X) = fn_cell_communication_with_ethylene_5(X)
& fn_cell_communication_with_ethylene_5(X) = fn_signal_reception_3(fn_cell_communication_with_ethylene_in_vascular_plants_11(X))
& fn_signal_reception_3(fn_cell_communication_with_ethylene_in_vascular_plants_11(X)) = fn_hormonal_signaling_in_plant_10(X)
& fn_hormonal_signaling_in_plant_10(X) = fn_hormonal_signaling_in_plant_10(X)
& fn_hormonal_signaling_in_plant_10(X) = fn_cell_communication_with_ethylene_16(X)
& fn_cell_communication_with_ethylene_16(X) = fn_cell_communication_with_ethylene_16(X)
& fn_cell_communication_with_ethylene_16(X) = fn_create_1(fn_cell_communication_with_ethylene_in_vascular_plants_16(X))
& fn_create_1(fn_cell_communication_with_ethylene_in_vascular_plants_16(X)) = fn_move_1(fn_cell_communication_with_ethylene_in_vascular_plants_7(X))
& fn_move_1(fn_cell_communication_with_ethylene_in_vascular_plants_7(X)) = fn_move_1(fn_cell_communication_with_ethylene_in_vascular_plants_7(X))
& fn_move_1(fn_cell_communication_with_ethylene_in_vascular_plants_7(X)) = fn_signal_reception_5(fn_cell_communication_with_ethylene_in_vascular_plants_11(X))
& fn_signal_reception_5(fn_cell_communication_with_ethylene_in_vascular_plants_11(X)) = fn_signal_reception_5(fn_cell_communication_with_ethylene_in_vascular_plants_11(X))
& fn_cell_communication_with_ethylene_12(X) = fn_signal_reception_5(fn_cell_communication_with_ethylene_in_vascular_plants_11(X))
& fn_signal_reception_5(fn_cell_communication_with_ethylene_in_vascular_plants_11(X)) = fn_cell_communication_with_ethylene_12(X)
& fn_cell_communication_with_ethylene_12(X) = fn_cell_communication_with_ethylene_12(X)
& fn_cell_communication_with_ethylene_12(X) = fn_signal_reception_7(fn_cell_communication_with_ethylene_in_vascular_plants_11(X))
& fn_cell_communication_with_ethylene_20(X) = fn_signal_reception_7(fn_cell_communication_with_ethylene_in_vascular_plants_11(X))
& fn_signal_reception_7(fn_cell_communication_with_ethylene_in_vascular_plants_11(X)) = fn_cell_communication_with_ethylene_20(X)
& fn_cell_communication_with_ethylene_20(X) = fn_cell_communication_with_ethylene_20(X)
& fn_cell_communication_with_ethylene_20(X) = fn_signal_reception_8(fn_cell_communication_with_ethylene_in_vascular_plants_11(X))
& fn_signal_reception_8(fn_cell_communication_with_ethylene_in_vascular_plants_11(X)) = fn_hormonal_signaling_in_plant_8(X)
& fn_cell_communication_with_ethylene_11(X) = fn_cell_communication_with_ethylene_11(X)
& fn_cell_communication_with_ethylene_11(X) = fn_hormonal_signaling_in_plant_8(X)
& fn_hormonal_signaling_in_plant_8(X) = fn_cell_communication_with_ethylene_11(X)
& fn_cell_communication_with_ethylene_11(X) = fn_cell_communication_with_ethylene_19(X)
& fn_cell_communication_with_ethylene_19(X) = fn_signal_reception_7(fn_cell_communication_with_ethylene_in_vascular_plants_11(X))
& fn_signal_reception_7(fn_cell_communication_with_ethylene_in_vascular_plants_11(X)) = fn_signal_reception_4(fn_cell_communication_with_ethylene_in_vascular_plants_11(X))
& fn_signal_reception_4(fn_cell_communication_with_ethylene_in_vascular_plants_11(X)) = fn_cell_communication_with_ethylene_18(X)
& fn_cell_communication_with_ethylene_18(X) = fn_signal_reception_4(fn_cell_communication_with_ethylene_in_vascular_plants_11(X))
& fn_signal_reception_4(fn_cell_communication_with_ethylene_in_vascular_plants_11(X)) = fn_signal_reception_4(fn_cell_communication_with_ethylene_in_vascular_plants_11(X)) ) ) ).
fof(a528159,axiom,
! [X] :
( cell_communication_with_external_signal_leading_to_apoptosis_1(X)
=> ( original_name_2(X,'Cell-Communication-With-External-Signal-Leading-To-Apoptosis')
& user_description_2(X,'Series of events which leads to programmed cell death (apoptosis) in a cell; in this case, the signal for apoptosis is generated externally by another cell.')
& concept2words_2(X,'communicate a death signal')
& concept2words_2(X,'cell communication with external signal leading to apoptosis')
& concept2words_2(X,'cell-communication-with-external-signal-leading-to-apoptosis')
& intercellular_process_1(X)
& cell_communication_leading_to_apoptosis_1(X)
& protease_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_5(X))
& activation_value_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_6(X))
& activation_value_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_7(X))
& nuclease_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_8(X))
& activation_value_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_9(X))
& activation_value_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_10(X))
& caspase_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_13(X))
& activation_value_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_14(X))
& activation_value_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_15(X))
& organelle_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_16(X))
& eukaryotic_cell_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_17(X))
& cell_signaling_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X))
& make_accessible_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_19(X))
& activate_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_19(X))
& activate_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_20(X))
& protease_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_21(X))
& nuclease_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_22(X))
& caspase_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_23(X))
& activate_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_24(X))
& cell_signaling_event_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_25(X))
& signal_transduction_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_25(X))
& signal_reception_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X))
& cell_surface_receptor_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_27(X))
& attach_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_28(X))
& ligand_binding_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_28(X))
& eukaryotic_cell_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_29(X))
& eukaryotic_cell_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_30(X))
& transmit_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_31(X))
& signal_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_32(X))
& death_signal_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_32(X))
& tangible_entity_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_33(X))
& chemical_entity_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_33(X))
& signal_generation_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_34(X))
& entity_1(fn_make_accessible_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_24(X)))
& entity_1(fn_make_accessible_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_20(X)))
& entity_1(fn_make_accessible_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_19(X)))
& activate_1(fn_signal_transduction_6(fn_cell_communication_with_external_signal_leading_to_apoptosis_25(X)))
& ligand_binding_1(fn_signal_reception_6(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X)))
& signal_reception_1(fn_cell_signaling_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X)))
& signal_1(fn_transmit_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_31(X)))
& cell_1(fn_signal_generation_4(fn_cell_communication_with_external_signal_leading_to_apoptosis_34(X)))
& cell_1(fn_cell_signaling_event_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_25(X)))
& cell_1(fn_cell_signaling_4(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X)))
& cell_1(fn_signal_reception_3(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X)))
& spatial_entity_1(fn_attach_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_28(X)))
& spatial_entity_1(fn_signal_reception_4(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X)))
& polymer_1(fn_signal_reception_4(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X)))
& receptor_protein_1(fn_signal_reception_4(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X)))
& tangible_entity_1(fn_transmit_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_31(X)))
& chemical_entity_1(fn_ligand_binding_3(fn_cell_communication_with_external_signal_leading_to_apoptosis_28(X)))
& chemical_entity_1(fn_signal_generation_5(fn_cell_communication_with_external_signal_leading_to_apoptosis_34(X)))
& chemical_entity_1(fn_signal_reception_5(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X)))
& chemical_entity_1(fn_cell_signaling_5(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X)))
& signal_transduction_1(fn_cell_signaling_3(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X)))
& fn_cell_communication_with_external_signal_leading_to_apoptosis_19(X) != fn_cell_communication_with_external_signal_leading_to_apoptosis_24(X)
& fn_cell_communication_with_external_signal_leading_to_apoptosis_19(X) != fn_cell_communication_with_external_signal_leading_to_apoptosis_20(X)
& result_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_19(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_8(X))
& fn_cell_communication_with_external_signal_leading_to_apoptosis_20(X) != fn_cell_communication_with_external_signal_leading_to_apoptosis_19(X)
& fn_cell_communication_with_external_signal_leading_to_apoptosis_20(X) != fn_cell_communication_with_external_signal_leading_to_apoptosis_24(X)
& result_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_20(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_5(X))
& activation_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_5(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_7(X))
& has_state_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_21(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_5(X))
& activation_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_21(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_6(X))
& the_categorical_value_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_6(X),inactive_0)
& the_categorical_value_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_7(X),active_0)
& activation_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_22(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_10(X))
& has_state_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_22(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_8(X))
& activation_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_8(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_9(X))
& the_categorical_value_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_9(X),active_0)
& the_categorical_value_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_10(X),inactive_0)
& activation_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_23(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_15(X))
& has_state_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_23(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_13(X))
& activation_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_13(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_14(X))
& the_categorical_value_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_14(X),active_0)
& the_categorical_value_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_15(X),inactive_0)
& fn_cell_communication_with_external_signal_leading_to_apoptosis_24(X) != fn_cell_communication_with_external_signal_leading_to_apoptosis_19(X)
& fn_cell_communication_with_external_signal_leading_to_apoptosis_24(X) != fn_cell_communication_with_external_signal_leading_to_apoptosis_20(X)
& result_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_24(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_13(X))
& subevent_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_25(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_20(X))
& subevent_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_25(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_24(X))
& agent_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_25(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_30(X))
& recipient_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_30(X))
& causes_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_28(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_24(X))
& is_near_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_29(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_30(X))
& has_part_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_30(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_21(X))
& has_part_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_30(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_22(X))
& has_part_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_30(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_23(X))
& is_near_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_30(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_29(X))
& has_state_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_30(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_17(X))
& base_2(X,fn_cell_communication_with_external_signal_leading_to_apoptosis_29(X))
& has_part_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_17(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_5(X))
& has_part_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_17(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_8(X))
& has_part_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_17(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_13(X))
& has_part_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_17(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_16(X))
& object_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_24(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_23(X))
& object_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_20(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_21(X))
& object_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_31(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_33(X))
& in_event_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_32(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_31(X))
& first_subevent_2(X,fn_cell_communication_with_external_signal_leading_to_apoptosis_34(X))
& agent_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_34(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_29(X))
& agent_2(X,fn_cell_communication_with_external_signal_leading_to_apoptosis_29(X))
& subevent_2(X,fn_cell_communication_with_external_signal_leading_to_apoptosis_34(X))
& base_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_25(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_30(X))
& subevent_2(X,fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X))
& base_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_30(X))
& object_2(X,fn_cell_communication_with_external_signal_leading_to_apoptosis_30(X))
& instrument_2(X,fn_cell_communication_with_external_signal_leading_to_apoptosis_33(X))
& plays_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_33(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_32(X))
& result_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_34(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_33(X))
& subevent_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X))
& agent_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_33(X))
& object_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_33(X))
& next_event_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_25(X))
& subevent_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_25(X))
& first_subevent_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X))
& complement_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_27(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_33(X))
& base_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_30(X))
& instrument_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_27(X))
& complement_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_33(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_27(X))
& object_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_28(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_33(X))
& subevent_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_28(X))
& subevent_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_25(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_19(X))
& base_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_34(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_29(X))
& base_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_28(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_27(X))
& object_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_19(X),fn_cell_communication_with_external_signal_leading_to_apoptosis_22(X))
& fn_cell_communication_with_external_signal_leading_to_apoptosis_23(X) = fn_make_accessible_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_24(X))
& fn_cell_communication_with_external_signal_leading_to_apoptosis_21(X) = fn_make_accessible_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_20(X))
& fn_cell_communication_with_external_signal_leading_to_apoptosis_33(X) = fn_transmit_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_31(X))
& fn_cell_communication_with_external_signal_leading_to_apoptosis_32(X) = fn_transmit_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_31(X))
& fn_cell_communication_with_external_signal_leading_to_apoptosis_29(X) = fn_cell_communication_3(X)
& fn_cell_communication_with_external_signal_leading_to_apoptosis_34(X) = fn_cell_communication_5(X)
& fn_cell_communication_with_external_signal_leading_to_apoptosis_30(X) = fn_cell_signaling_event_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_25(X))
& fn_cell_communication_with_external_signal_leading_to_apoptosis_25(X) = fn_cell_communication_leading_to_apoptosis_5(X)
& fn_cell_communication_with_external_signal_leading_to_apoptosis_32(X) = fn_cell_communication_leading_to_apoptosis_1(X)
& fn_cell_communication_with_external_signal_leading_to_apoptosis_33(X) = fn_cell_communication_leading_to_apoptosis_2(X)
& fn_cell_communication_with_external_signal_leading_to_apoptosis_30(X) = fn_cell_signaling_4(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X))
& fn_cell_communication_with_external_signal_leading_to_apoptosis_30(X) = fn_cell_communication_leading_to_apoptosis_4(X)
& fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X) = fn_cell_communication_leading_to_apoptosis_6(X)
& fn_cell_communication_with_external_signal_leading_to_apoptosis_33(X) = fn_signal_generation_5(fn_cell_communication_with_external_signal_leading_to_apoptosis_34(X))
& fn_cell_communication_with_external_signal_leading_to_apoptosis_22(X) = fn_make_accessible_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_19(X))
& fn_cell_communication_with_external_signal_leading_to_apoptosis_27(X) = fn_attach_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_28(X))
& fn_cell_communication_with_external_signal_leading_to_apoptosis_29(X) = fn_signal_generation_4(fn_cell_communication_with_external_signal_leading_to_apoptosis_34(X))
& fn_cell_communication_with_external_signal_leading_to_apoptosis_19(X) = fn_signal_transduction_6(fn_cell_communication_with_external_signal_leading_to_apoptosis_25(X))
& fn_cell_communication_with_external_signal_leading_to_apoptosis_30(X) = fn_signal_reception_3(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X))
& fn_cell_communication_with_external_signal_leading_to_apoptosis_27(X) = fn_signal_reception_4(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X))
& fn_cell_communication_with_external_signal_leading_to_apoptosis_33(X) = fn_ligand_binding_3(fn_cell_communication_with_external_signal_leading_to_apoptosis_28(X))
& fn_cell_communication_with_external_signal_leading_to_apoptosis_28(X) = fn_signal_reception_6(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X))
& fn_cell_communication_with_external_signal_leading_to_apoptosis_33(X) = fn_signal_reception_5(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X))
& fn_cell_communication_with_external_signal_leading_to_apoptosis_33(X) = fn_cell_signaling_5(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X))
& fn_cell_communication_with_external_signal_leading_to_apoptosis_25(X) = fn_cell_signaling_3(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X))
& fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X) = fn_cell_signaling_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X))
& fn_transmit_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_31(X)) = fn_cell_communication_leading_to_apoptosis_1(X)
& fn_cell_communication_leading_to_apoptosis_1(X) = fn_cell_communication_3(X)
& fn_signal_generation_4(fn_cell_communication_with_external_signal_leading_to_apoptosis_34(X)) = fn_cell_communication_3(X)
& fn_cell_communication_3(X) = fn_signal_generation_4(fn_cell_communication_with_external_signal_leading_to_apoptosis_34(X))
& fn_signal_generation_4(fn_cell_communication_with_external_signal_leading_to_apoptosis_34(X)) = fn_cell_signaling_event_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_25(X))
& fn_cell_signaling_event_1(fn_cell_communication_with_external_signal_leading_to_apoptosis_25(X)) = fn_cell_signaling_4(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X))
& fn_cell_signaling_4(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X)) = fn_cell_signaling_4(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X))
& fn_cell_communication_leading_to_apoptosis_4(X) = fn_cell_signaling_4(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X))
& fn_cell_signaling_4(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X)) = fn_cell_communication_leading_to_apoptosis_4(X)
& fn_cell_communication_leading_to_apoptosis_4(X) = fn_cell_communication_leading_to_apoptosis_4(X)
& fn_cell_communication_leading_to_apoptosis_4(X) = fn_signal_reception_3(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X))
& fn_signal_reception_3(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X)) = fn_attach_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_28(X))
& fn_attach_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_28(X)) = fn_signal_reception_4(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X))
& fn_signal_reception_4(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X)) = fn_signal_reception_4(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X))
& fn_signal_reception_4(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X)) = fn_transmit_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_31(X))
& fn_transmit_2(fn_cell_communication_with_external_signal_leading_to_apoptosis_31(X)) = fn_ligand_binding_3(fn_cell_communication_with_external_signal_leading_to_apoptosis_28(X))
& fn_cell_communication_leading_to_apoptosis_2(X) = fn_ligand_binding_3(fn_cell_communication_with_external_signal_leading_to_apoptosis_28(X))
& fn_ligand_binding_3(fn_cell_communication_with_external_signal_leading_to_apoptosis_28(X)) = fn_cell_communication_leading_to_apoptosis_2(X)
& fn_cell_communication_leading_to_apoptosis_2(X) = fn_cell_communication_leading_to_apoptosis_2(X)
& fn_cell_communication_leading_to_apoptosis_2(X) = fn_signal_generation_5(fn_cell_communication_with_external_signal_leading_to_apoptosis_34(X))
& fn_signal_generation_5(fn_cell_communication_with_external_signal_leading_to_apoptosis_34(X)) = fn_signal_generation_5(fn_cell_communication_with_external_signal_leading_to_apoptosis_34(X))
& fn_signal_generation_5(fn_cell_communication_with_external_signal_leading_to_apoptosis_34(X)) = fn_signal_reception_5(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X))
& fn_signal_reception_5(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X)) = fn_signal_reception_5(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X))
& fn_cell_signaling_5(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X)) = fn_signal_reception_5(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X))
& fn_signal_reception_5(fn_cell_communication_with_external_signal_leading_to_apoptosis_26(X)) = fn_cell_signaling_5(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X))
& fn_cell_signaling_5(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X)) = fn_cell_signaling_3(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X))
& fn_cell_signaling_3(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X)) = fn_cell_communication_leading_to_apoptosis_5(X)
& fn_cell_communication_leading_to_apoptosis_5(X) = fn_cell_signaling_3(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X))
& fn_cell_signaling_3(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X)) = fn_cell_signaling_3(fn_cell_communication_with_external_signal_leading_to_apoptosis_18(X)) ) ) ).
fof(a528160,axiom,
! [X] :
( cell_communication_with_growth_factor_1(X)
=> ( original_name_2(X,'Cell-Communication-With-Growth-Factor')
& user_description_2(X,'A type of local cellular communication in which a secretory cell releases paracrine hormones, which act only on nearby cells, in order to initiate a cellular response.')
& concept2words_2(X,'gf based signaling')
& concept2words_2(X,'gf-based-signaling')
& concept2words_2(X,'paracrine signaling with growth factor')
& concept2words_2(X,communicate)
& concept2words_2(X,'cell communication with growth factor')
& concept2words_2(X,'cell-communication-with-growth-factor')
& cell_communication_with_local_regulator_1(X)
& time_interval_1(fn_cell_communication_with_growth_factor_1(X))
& time_interval_1(fn_cell_communication_with_growth_factor_2(X))
& gene_1(fn_cell_communication_with_growth_factor_5(X))
& activation_value_1(fn_cell_communication_with_growth_factor_6(X))
& activation_value_1(fn_cell_communication_with_growth_factor_7(X))
& synthesis_of_protein_1(fn_cell_communication_with_growth_factor_8(X))
& daughter_cell_1(fn_cell_communication_with_growth_factor_9(X))
& cell_1(fn_cell_communication_with_growth_factor_10(X))
& parent_cell_1(fn_cell_communication_with_growth_factor_11(X))
& transcription_1(fn_cell_communication_with_growth_factor_12(X))
& cell_growth_1(fn_cell_communication_with_growth_factor_13(X))
& cell_division_1(fn_cell_communication_with_growth_factor_14(X))
& activation_value_1(fn_cell_communication_with_growth_factor_15(X))
& transcription_factor_1(fn_cell_communication_with_growth_factor_16(X))
& signal_reception_1(fn_cell_communication_with_growth_factor_18(X))
& time_interval_1(fn_cell_communication_with_growth_factor_19(X))
& time_interval_1(fn_cell_communication_with_growth_factor_20(X))
& nuclear_membrane_1(fn_cell_communication_with_growth_factor_21(X))
& biomembrane_1(fn_cell_communication_with_growth_factor_21(X))
& move_through_1(fn_cell_communication_with_growth_factor_22(X))
& make_accessible_1(fn_cell_communication_with_growth_factor_23(X))
& activate_1(fn_cell_communication_with_growth_factor_23(X))
& gene_1(fn_cell_communication_with_growth_factor_24(X))
& chemical_reaction_1(fn_cell_communication_with_growth_factor_25(X))
& phosphorylation_cascade_1(fn_cell_communication_with_growth_factor_25(X))
& activate_1(fn_cell_communication_with_growth_factor_26(X))
& active_site_1(fn_cell_communication_with_growth_factor_27(X))
& spatial_entity_1(fn_cell_communication_with_growth_factor_28(X))
& protein_kinase_1(fn_cell_communication_with_growth_factor_28(X))
& protein_domain_1(fn_cell_communication_with_growth_factor_29(X))
& protein_kinase_1(fn_cell_communication_with_growth_factor_30(X))
& r_group_1(fn_cell_communication_with_growth_factor_31(X))
& spatial_entity_1(fn_cell_communication_with_growth_factor_32(X))
& chemical_entity_1(fn_cell_communication_with_growth_factor_32(X))
& monomer_1(fn_cell_communication_with_growth_factor_32(X))
& molecule_1(fn_cell_communication_with_growth_factor_32(X))
& amino_acid_1(fn_cell_communication_with_growth_factor_32(X))
& tangible_entity_1(fn_cell_communication_with_growth_factor_33(X))
& nucleus_1(fn_cell_communication_with_growth_factor_33(X))
& mixture_1(fn_cell_communication_with_growth_factor_34(X))
& cytoplasm_1(fn_cell_communication_with_growth_factor_34(X))
& signal_generation_1(fn_cell_communication_with_growth_factor_35(X))
& cell_signaling_with_plasma_membrane_receptor_1(fn_cell_communication_with_growth_factor_36(X))
& cell_signaling_1(fn_cell_communication_with_growth_factor_36(X))
& chemical_signaling_1(fn_cell_communication_with_growth_factor_36(X))
& signal_transmission_1(fn_cell_communication_with_growth_factor_37(X))
& cell_signaling_event_1(fn_cell_communication_with_growth_factor_38(X))
& signal_transduction_1(fn_cell_communication_with_growth_factor_38(X))
& signal_transduction_with_phosphorylation_cascade_1(fn_cell_communication_with_growth_factor_38(X))
& growth_factor_1(fn_cell_communication_with_growth_factor_39(X))
& cellular_response_1(fn_cell_communication_with_growth_factor_40(X))
& tangible_entity_1(fn_cell_communication_with_growth_factor_41(X))
& eukaryotic_cell_1(fn_cell_communication_with_growth_factor_41(X))
& cell_1(fn_cell_communication_with_growth_factor_41(X))
& secretory_cell_1(fn_cell_communication_with_growth_factor_42(X))
& transcription_factor_1(fn_cell_communication_with_growth_factor_43(X))
& chemical_reaction_1(fn_cell_communication_with_growth_factor_44(X))
& phosphorylation_1(fn_cell_communication_with_growth_factor_44(X))
& signal_1(fn_cell_communication_with_growth_factor_45(X))
& messenger_1(fn_cell_communication_with_growth_factor_45(X))
& local_regulator_1(fn_cell_communication_with_growth_factor_45(X))
& transmit_1(fn_cell_communication_with_growth_factor_46(X))
& mixture_1(fn_eukaryotic_cell_31(fn_cell_communication_with_growth_factor_41(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_cell_communication_with_growth_factor_41(X)))
& nuclear_membrane_1(fn_eukaryotic_cell_37(fn_cell_communication_with_growth_factor_41(X)))
& biomembrane_1(fn_eukaryotic_cell_37(fn_cell_communication_with_growth_factor_41(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_cell_communication_with_growth_factor_41(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_cell_communication_with_growth_factor_41(X)))
& time_interval_1(fn_chemical_signaling_4(fn_cell_communication_with_growth_factor_36(X)))
& time_interval_1(fn_chemical_signaling_5(fn_cell_communication_with_growth_factor_36(X)))
& entity_1(fn_make_accessible_1(fn_cell_communication_with_growth_factor_23(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_cell_communication_with_growth_factor_25(X)))
& protein_domain_1(fn_signal_transduction_with_phosphorylation_cascade_77(fn_cell_communication_with_growth_factor_38(X)))
& phosphorylation_cascade_1(fn_signal_transduction_with_phosphorylation_cascade_64(fn_cell_communication_with_growth_factor_38(X)))
& active_site_1(fn_signal_transduction_with_phosphorylation_cascade_115(fn_cell_communication_with_growth_factor_38(X)))
& activate_1(fn_signal_transduction_with_phosphorylation_cascade_121(fn_cell_communication_with_growth_factor_38(X)))
& r_group_1(fn_signal_transduction_with_phosphorylation_cascade_70(fn_cell_communication_with_growth_factor_38(X)))
& activate_1(fn_signal_transduction_with_phosphorylation_cascade_106(fn_cell_communication_with_growth_factor_38(X)))
& signal_1(fn_transmit_1(fn_cell_communication_with_growth_factor_46(X)))
& messenger_1(fn_cell_signaling_with_plasma_membrane_receptor_10(fn_cell_communication_with_growth_factor_36(X)))
& tangible_entity_1(fn_transmit_2(fn_cell_communication_with_growth_factor_46(X)))
& chemical_entity_1(fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_growth_factor_36(X)))
& cell_1(fn_cell_signaling_event_1(fn_cell_communication_with_growth_factor_38(X)))
& tangible_entity_1(fn_signal_transmission_5(fn_cell_communication_with_growth_factor_37(X)))
& cell_1(fn_signal_transmission_5(fn_cell_communication_with_growth_factor_37(X)))
& cell_1(fn_cell_signaling_4(fn_cell_communication_with_growth_factor_36(X)))
& signal_reception_1(fn_cell_signaling_2(fn_cell_communication_with_growth_factor_36(X)))
& signal_reception_1(fn_chemical_signaling_7(fn_cell_communication_with_growth_factor_36(X)))
& cellular_response_1(fn_cell_signaling_1(fn_cell_communication_with_growth_factor_36(X)))
& cellular_response_1(fn_chemical_signaling_6(fn_cell_communication_with_growth_factor_36(X)))
& spatial_entity_1(fn_move_1(fn_cell_communication_with_growth_factor_22(X)))
& protein_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_105(fn_cell_communication_with_growth_factor_38(X)))
& protein_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_107(fn_cell_communication_with_growth_factor_38(X)))
& spatial_entity_1(fn_signal_transduction_with_phosphorylation_cascade_83(fn_cell_communication_with_growth_factor_38(X)))
& chemical_entity_1(fn_signal_transduction_with_phosphorylation_cascade_83(fn_cell_communication_with_growth_factor_38(X)))
& monomer_1(fn_signal_transduction_with_phosphorylation_cascade_83(fn_cell_communication_with_growth_factor_38(X)))
& molecule_1(fn_signal_transduction_with_phosphorylation_cascade_83(fn_cell_communication_with_growth_factor_38(X)))
& amino_acid_1(fn_signal_transduction_with_phosphorylation_cascade_83(fn_cell_communication_with_growth_factor_38(X)))
& spatial_entity_1(fn_signal_transduction_with_phosphorylation_cascade_69(fn_cell_communication_with_growth_factor_38(X)))
& chemical_entity_1(fn_signal_transduction_with_phosphorylation_cascade_69(fn_cell_communication_with_growth_factor_38(X)))
& monomer_1(fn_signal_transduction_with_phosphorylation_cascade_69(fn_cell_communication_with_growth_factor_38(X)))
& molecule_1(fn_signal_transduction_with_phosphorylation_cascade_69(fn_cell_communication_with_growth_factor_38(X)))
& amino_acid_1(fn_signal_transduction_with_phosphorylation_cascade_69(fn_cell_communication_with_growth_factor_38(X)))
& protein_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_67(fn_cell_communication_with_growth_factor_38(X)))
& protein_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_104(fn_cell_communication_with_growth_factor_38(X)))
& chemical_reaction_1(fn_phosphorylation_cascade_2(fn_cell_communication_with_growth_factor_25(X)))
& phosphorylation_1(fn_phosphorylation_cascade_3(fn_cell_communication_with_growth_factor_25(X)))
& chemical_reaction_1(fn_signal_transduction_with_phosphorylation_cascade_97(fn_cell_communication_with_growth_factor_38(X)))
& phosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_97(fn_cell_communication_with_growth_factor_38(X)))
& signal_transduction_1(fn_cell_signaling_3(fn_cell_communication_with_growth_factor_36(X)))
& signal_transduction_1(fn_chemical_signaling_8(fn_cell_communication_with_growth_factor_36(X)))
& time_before_2(fn_cell_communication_with_growth_factor_1(X),fn_cell_communication_with_growth_factor_2(X))
& path_2(fn_cell_communication_with_growth_factor_22(X),fn_cell_communication_with_growth_factor_21(X))
& site_2(fn_cell_communication_with_growth_factor_23(X),fn_cell_communication_with_growth_factor_33(X))
& fn_cell_communication_with_growth_factor_23(X) != fn_cell_communication_with_growth_factor_26(X)
& result_2(fn_cell_communication_with_growth_factor_23(X),fn_cell_communication_with_growth_factor_5(X))
& activation_2(fn_cell_communication_with_growth_factor_24(X),fn_cell_communication_with_growth_factor_7(X))
& has_state_2(fn_cell_communication_with_growth_factor_24(X),fn_cell_communication_with_growth_factor_5(X))
& activation_2(fn_cell_communication_with_growth_factor_5(X),fn_cell_communication_with_growth_factor_6(X))
& the_categorical_value_2(fn_cell_communication_with_growth_factor_6(X),active_0)
& the_categorical_value_2(fn_cell_communication_with_growth_factor_7(X),inactive_0)
& subevent_2(fn_cell_communication_with_growth_factor_25(X),fn_cell_communication_with_growth_factor_22(X))
& next_event_2(fn_cell_communication_with_growth_factor_25(X),fn_cell_communication_with_growth_factor_23(X))
& fn_cell_communication_with_growth_factor_26(X) != fn_cell_communication_with_growth_factor_23(X)
& time_during_2(fn_cell_communication_with_growth_factor_35(X),fn_cell_communication_with_growth_factor_1(X))
& time_during_2(fn_cell_communication_with_growth_factor_37(X),fn_cell_communication_with_growth_factor_2(X))
& base_2(fn_cell_communication_with_growth_factor_37(X),fn_cell_communication_with_growth_factor_42(X))
& site_2(fn_cell_communication_with_growth_factor_38(X),fn_cell_communication_with_growth_factor_34(X))
& agent_2(fn_cell_communication_with_growth_factor_38(X),fn_cell_communication_with_growth_factor_41(X))
& subevent_2(fn_cell_communication_with_growth_factor_40(X),fn_cell_communication_with_growth_factor_12(X))
& subevent_2(fn_cell_communication_with_growth_factor_40(X),fn_cell_communication_with_growth_factor_8(X))
& subevent_2(fn_cell_communication_with_growth_factor_40(X),fn_cell_communication_with_growth_factor_14(X))
& subevent_2(fn_cell_communication_with_growth_factor_40(X),fn_cell_communication_with_growth_factor_13(X))
& site_2(fn_cell_communication_with_growth_factor_40(X),fn_cell_communication_with_growth_factor_33(X))
& result_2(fn_cell_communication_with_growth_factor_40(X),fn_cell_communication_with_growth_factor_10(X))
& object_2(fn_cell_communication_with_growth_factor_40(X),fn_cell_communication_with_growth_factor_41(X))
& agent_2(fn_cell_communication_with_growth_factor_40(X),fn_cell_communication_with_growth_factor_41(X))
& plays_2(fn_cell_communication_with_growth_factor_41(X),fn_cell_communication_with_growth_factor_11(X))
& plays_2(fn_cell_communication_with_growth_factor_10(X),fn_cell_communication_with_growth_factor_9(X))
& next_event_2(fn_cell_communication_with_growth_factor_12(X),fn_cell_communication_with_growth_factor_8(X))
& the_categorical_value_2(fn_cell_communication_with_growth_factor_15(X),active_0)
& has_state_2(fn_cell_communication_with_growth_factor_16(X),fn_cell_communication_with_growth_factor_43(X))
& activation_2(fn_cell_communication_with_growth_factor_43(X),fn_cell_communication_with_growth_factor_15(X))
& enables_2(fn_cell_communication_with_growth_factor_44(X),fn_cell_communication_with_growth_factor_22(X))
& object_2(fn_cell_communication_with_growth_factor_22(X),fn_cell_communication_with_growth_factor_28(X))
& object_2(fn_cell_communication_with_growth_factor_46(X),fn_cell_communication_with_growth_factor_39(X))
& in_event_2(fn_cell_communication_with_growth_factor_45(X),fn_cell_communication_with_growth_factor_46(X))
& agent_2(fn_cell_communication_with_growth_factor_36(X),fn_cell_communication_with_growth_factor_39(X))
& base_2(fn_cell_communication_with_growth_factor_36(X),fn_cell_communication_with_growth_factor_41(X))
& destination_2(fn_cell_communication_with_growth_factor_37(X),fn_cell_communication_with_growth_factor_41(X))
& instrument_2(X,fn_cell_communication_with_growth_factor_39(X))
& result_2(fn_cell_communication_with_growth_factor_35(X),fn_cell_communication_with_growth_factor_39(X))
& next_event_2(fn_cell_communication_with_growth_factor_37(X),fn_cell_communication_with_growth_factor_36(X))
& object_2(fn_cell_communication_with_growth_factor_37(X),fn_cell_communication_with_growth_factor_39(X))
& plays_2(fn_cell_communication_with_growth_factor_39(X),fn_cell_communication_with_growth_factor_45(X))
& has_part_2(fn_cell_communication_with_growth_factor_41(X),fn_cell_communication_with_growth_factor_34(X))
& has_part_2(fn_cell_communication_with_growth_factor_41(X),fn_cell_communication_with_growth_factor_33(X))
& has_part_2(fn_cell_communication_with_growth_factor_33(X),fn_cell_communication_with_growth_factor_21(X))
& object_2(X,fn_cell_communication_with_growth_factor_41(X))
& subevent_2(X,fn_cell_communication_with_growth_factor_36(X))
& base_2(fn_cell_communication_with_growth_factor_40(X),fn_cell_communication_with_growth_factor_41(X))
& first_subevent_2(fn_cell_communication_with_growth_factor_36(X),fn_cell_communication_with_growth_factor_18(X))
& base_2(fn_cell_communication_with_growth_factor_18(X),fn_cell_communication_with_growth_factor_41(X))
& base_2(fn_cell_communication_with_growth_factor_38(X),fn_cell_communication_with_growth_factor_41(X))
& subevent_2(fn_cell_communication_with_growth_factor_36(X),fn_cell_communication_with_growth_factor_38(X))
& subevent_2(fn_cell_communication_with_growth_factor_36(X),fn_cell_communication_with_growth_factor_18(X))
& next_event_2(fn_cell_communication_with_growth_factor_18(X),fn_cell_communication_with_growth_factor_38(X))
& subevent_2(fn_cell_communication_with_growth_factor_36(X),fn_cell_communication_with_growth_factor_40(X))
& time_during_2(fn_cell_communication_with_growth_factor_40(X),fn_cell_communication_with_growth_factor_20(X))
& time_before_2(fn_cell_communication_with_growth_factor_19(X),fn_cell_communication_with_growth_factor_20(X))
& time_during_2(fn_cell_communication_with_growth_factor_38(X),fn_cell_communication_with_growth_factor_19(X))
& next_event_2(fn_cell_communication_with_growth_factor_38(X),fn_cell_communication_with_growth_factor_40(X))
& first_subevent_2(X,fn_cell_communication_with_growth_factor_35(X))
& subevent_2(X,fn_cell_communication_with_growth_factor_37(X))
& next_event_2(fn_cell_communication_with_growth_factor_35(X),fn_cell_communication_with_growth_factor_37(X))
& agent_2(fn_cell_communication_with_growth_factor_35(X),fn_cell_communication_with_growth_factor_42(X))
& agent_2(X,fn_cell_communication_with_growth_factor_42(X))
& subevent_2(X,fn_cell_communication_with_growth_factor_35(X))
& is_at_2(fn_cell_communication_with_growth_factor_32(X),fn_cell_communication_with_growth_factor_29(X))
& has_region_2(fn_cell_communication_with_growth_factor_28(X),fn_cell_communication_with_growth_factor_29(X))
& result_2(fn_cell_communication_with_growth_factor_44(X),fn_cell_communication_with_growth_factor_28(X))
& subevent_2(fn_cell_communication_with_growth_factor_25(X),fn_cell_communication_with_growth_factor_44(X))
& subevent_2(fn_cell_communication_with_growth_factor_38(X),fn_cell_communication_with_growth_factor_25(X))
& is_inside_2(fn_cell_communication_with_growth_factor_31(X),fn_cell_communication_with_growth_factor_27(X))
& has_region_2(fn_cell_communication_with_growth_factor_28(X),fn_cell_communication_with_growth_factor_27(X))
& has_state_2(fn_cell_communication_with_growth_factor_30(X),fn_cell_communication_with_growth_factor_28(X))
& object_2(fn_cell_communication_with_growth_factor_26(X),fn_cell_communication_with_growth_factor_30(X))
& subevent_2(fn_cell_communication_with_growth_factor_38(X),fn_cell_communication_with_growth_factor_26(X))
& result_2(fn_cell_communication_with_growth_factor_26(X),fn_cell_communication_with_growth_factor_28(X))
& called_2(fn_cell_communication_with_growth_factor_44(X),"2")
& has_region_2(fn_cell_communication_with_growth_factor_32(X),fn_cell_communication_with_growth_factor_31(X))
& raw_material_2(fn_cell_communication_with_growth_factor_44(X),fn_cell_communication_with_growth_factor_30(X))
& subevent_2(fn_cell_communication_with_growth_factor_38(X),fn_cell_communication_with_growth_factor_23(X))
& result_2(fn_cell_communication_with_growth_factor_25(X),fn_cell_communication_with_growth_factor_43(X))
& object_2(fn_cell_communication_with_growth_factor_23(X),fn_cell_communication_with_growth_factor_24(X))
& fn_cell_communication_with_growth_factor_28(X) = fn_move_1(fn_cell_communication_with_growth_factor_22(X))
& fn_cell_communication_with_growth_factor_39(X) = fn_transmit_2(fn_cell_communication_with_growth_factor_46(X))
& fn_cell_communication_with_growth_factor_45(X) = fn_transmit_1(fn_cell_communication_with_growth_factor_46(X))
& fn_cell_communication_with_growth_factor_41(X) = fn_signal_transmission_5(fn_cell_communication_with_growth_factor_37(X))
& fn_cell_communication_with_growth_factor_39(X) = fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_growth_factor_36(X))
& fn_cell_communication_with_growth_factor_45(X) = fn_cell_signaling_with_plasma_membrane_receptor_10(fn_cell_communication_with_growth_factor_36(X))
& fn_cell_communication_with_growth_factor_45(X) = fn_cell_communication_with_local_regulator_5(X)
& fn_cell_communication_with_growth_factor_39(X) = fn_cell_communication_with_local_regulator_4(X)
& fn_cell_communication_with_growth_factor_34(X) = fn_eukaryotic_cell_31(fn_cell_communication_with_growth_factor_41(X))
& fn_cell_communication_with_growth_factor_21(X) = fn_eukaryotic_cell_37(fn_cell_communication_with_growth_factor_41(X))
& fn_cell_communication_with_growth_factor_33(X) = fn_eukaryotic_cell_26(fn_cell_communication_with_growth_factor_41(X))
& fn_cell_communication_with_growth_factor_36(X) = fn_cell_communication_with_local_regulator_7(X)
& fn_cell_communication_with_growth_factor_40(X) = fn_cell_signaling_1(fn_cell_communication_with_growth_factor_36(X))
& fn_cell_communication_with_growth_factor_41(X) = fn_cell_signaling_event_1(fn_cell_communication_with_growth_factor_38(X))
& fn_cell_communication_with_growth_factor_38(X) = fn_cell_signaling_3(fn_cell_communication_with_growth_factor_36(X))
& fn_cell_communication_with_growth_factor_41(X) = fn_local_cell_communication_7(X)
& fn_cell_communication_with_growth_factor_41(X) = fn_cell_signaling_4(fn_cell_communication_with_growth_factor_36(X))
& fn_cell_communication_with_growth_factor_18(X) = fn_cell_signaling_2(fn_cell_communication_with_growth_factor_36(X))
& fn_cell_communication_with_growth_factor_18(X) = fn_local_cell_communication_5(X)
& fn_cell_communication_with_growth_factor_38(X) = fn_local_cell_communication_4(X)
& fn_cell_communication_with_growth_factor_18(X) = fn_chemical_signaling_7(fn_cell_communication_with_growth_factor_36(X))
& fn_cell_communication_with_growth_factor_38(X) = fn_chemical_signaling_8(fn_cell_communication_with_growth_factor_36(X))
& fn_cell_communication_with_growth_factor_19(X) = fn_chemical_signaling_4(fn_cell_communication_with_growth_factor_36(X))
& fn_cell_communication_with_growth_factor_20(X) = fn_chemical_signaling_5(fn_cell_communication_with_growth_factor_36(X))
& fn_cell_communication_with_growth_factor_36(X) = fn_local_cell_communication_6(X)
& fn_cell_communication_with_growth_factor_40(X) = fn_local_cell_communication_3(X)
& fn_cell_communication_with_growth_factor_40(X) = fn_chemical_signaling_6(fn_cell_communication_with_growth_factor_36(X))
& fn_cell_communication_with_growth_factor_42(X) = fn_cell_communication_with_local_regulator_3(X)
& fn_cell_communication_with_growth_factor_35(X) = fn_cell_communication_with_local_regulator_8(X)
& fn_cell_communication_with_growth_factor_37(X) = fn_cell_communication_with_local_regulator_6(X)
& fn_cell_communication_with_growth_factor_24(X) = fn_make_accessible_1(fn_cell_communication_with_growth_factor_23(X))
& fn_cell_communication_with_growth_factor_43(X) = fn_chemical_reaction_1(fn_cell_communication_with_growth_factor_25(X))
& fn_cell_communication_with_growth_factor_32(X) = fn_signal_transduction_with_phosphorylation_cascade_83(fn_cell_communication_with_growth_factor_38(X))
& fn_cell_communication_with_growth_factor_29(X) = fn_signal_transduction_with_phosphorylation_cascade_77(fn_cell_communication_with_growth_factor_38(X))
& fn_cell_communication_with_growth_factor_28(X) = fn_signal_transduction_with_phosphorylation_cascade_105(fn_cell_communication_with_growth_factor_38(X))
& fn_cell_communication_with_growth_factor_44(X) = fn_phosphorylation_cascade_2(fn_cell_communication_with_growth_factor_25(X))
& fn_cell_communication_with_growth_factor_44(X) = fn_phosphorylation_cascade_3(fn_cell_communication_with_growth_factor_25(X))
& fn_cell_communication_with_growth_factor_25(X) = fn_signal_transduction_with_phosphorylation_cascade_64(fn_cell_communication_with_growth_factor_38(X))
& fn_cell_communication_with_growth_factor_27(X) = fn_signal_transduction_with_phosphorylation_cascade_115(fn_cell_communication_with_growth_factor_38(X))
& fn_cell_communication_with_growth_factor_30(X) = fn_signal_transduction_with_phosphorylation_cascade_67(fn_cell_communication_with_growth_factor_38(X))
& fn_cell_communication_with_growth_factor_26(X) = fn_signal_transduction_with_phosphorylation_cascade_121(fn_cell_communication_with_growth_factor_38(X))
& fn_cell_communication_with_growth_factor_28(X) = fn_signal_transduction_with_phosphorylation_cascade_107(fn_cell_communication_with_growth_factor_38(X))
& fn_cell_communication_with_growth_factor_32(X) = fn_signal_transduction_with_phosphorylation_cascade_69(fn_cell_communication_with_growth_factor_38(X))
& fn_cell_communication_with_growth_factor_31(X) = fn_signal_transduction_with_phosphorylation_cascade_70(fn_cell_communication_with_growth_factor_38(X))
& fn_cell_communication_with_growth_factor_44(X) = fn_signal_transduction_with_phosphorylation_cascade_97(fn_cell_communication_with_growth_factor_38(X))
& fn_cell_communication_with_growth_factor_30(X) = fn_signal_transduction_with_phosphorylation_cascade_104(fn_cell_communication_with_growth_factor_38(X))
& fn_cell_communication_with_growth_factor_23(X) = fn_signal_transduction_with_phosphorylation_cascade_106(fn_cell_communication_with_growth_factor_38(X))
& fn_transmit_1(fn_cell_communication_with_growth_factor_46(X)) = fn_cell_signaling_with_plasma_membrane_receptor_10(fn_cell_communication_with_growth_factor_36(X))
& fn_cell_signaling_with_plasma_membrane_receptor_10(fn_cell_communication_with_growth_factor_36(X)) = fn_cell_signaling_with_plasma_membrane_receptor_10(fn_cell_communication_with_growth_factor_36(X))
& fn_cell_signaling_with_plasma_membrane_receptor_10(fn_cell_communication_with_growth_factor_36(X)) = fn_cell_communication_with_local_regulator_5(X)
& fn_cell_communication_with_local_regulator_5(X) = fn_transmit_2(fn_cell_communication_with_growth_factor_46(X))
& fn_transmit_2(fn_cell_communication_with_growth_factor_46(X)) = fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_growth_factor_36(X))
& fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_growth_factor_36(X)) = fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_growth_factor_36(X))
& fn_cell_communication_with_local_regulator_4(X) = fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_growth_factor_36(X))
& fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_growth_factor_36(X)) = fn_cell_communication_with_local_regulator_4(X)
& fn_cell_communication_with_local_regulator_4(X) = fn_cell_communication_with_local_regulator_4(X)
& fn_cell_communication_with_local_regulator_4(X) = fn_signal_transmission_5(fn_cell_communication_with_growth_factor_37(X))
& fn_signal_transmission_5(fn_cell_communication_with_growth_factor_37(X)) = fn_cell_signaling_event_1(fn_cell_communication_with_growth_factor_38(X))
& fn_cell_signaling_event_1(fn_cell_communication_with_growth_factor_38(X)) = fn_signal_transmission_5(fn_cell_communication_with_growth_factor_37(X))
& fn_signal_transmission_5(fn_cell_communication_with_growth_factor_37(X)) = fn_local_cell_communication_7(X)
& fn_local_cell_communication_7(X) = fn_local_cell_communication_7(X)
& fn_cell_signaling_4(fn_cell_communication_with_growth_factor_36(X)) = fn_local_cell_communication_7(X)
& fn_local_cell_communication_7(X) = fn_cell_signaling_4(fn_cell_communication_with_growth_factor_36(X))
& fn_cell_signaling_4(fn_cell_communication_with_growth_factor_36(X)) = fn_local_cell_communication_5(X)
& fn_cell_signaling_2(fn_cell_communication_with_growth_factor_36(X)) = fn_local_cell_communication_5(X)
& fn_local_cell_communication_5(X) = fn_cell_signaling_2(fn_cell_communication_with_growth_factor_36(X))
& fn_cell_signaling_2(fn_cell_communication_with_growth_factor_36(X)) = fn_cell_signaling_2(fn_cell_communication_with_growth_factor_36(X))
& fn_cell_signaling_2(fn_cell_communication_with_growth_factor_36(X)) = fn_chemical_signaling_7(fn_cell_communication_with_growth_factor_36(X))
& fn_chemical_signaling_7(fn_cell_communication_with_growth_factor_36(X)) = fn_local_cell_communication_3(X)
& fn_cell_signaling_1(fn_cell_communication_with_growth_factor_36(X)) = fn_local_cell_communication_3(X)
& fn_local_cell_communication_3(X) = fn_cell_signaling_1(fn_cell_communication_with_growth_factor_36(X))
& fn_cell_signaling_1(fn_cell_communication_with_growth_factor_36(X)) = fn_chemical_signaling_6(fn_cell_communication_with_growth_factor_36(X))
& fn_chemical_signaling_6(fn_cell_communication_with_growth_factor_36(X)) = fn_chemical_signaling_6(fn_cell_communication_with_growth_factor_36(X))
& fn_chemical_signaling_6(fn_cell_communication_with_growth_factor_36(X)) = fn_cell_communication_with_local_regulator_7(X)
& fn_cell_communication_with_local_regulator_7(X) = fn_cell_communication_with_local_regulator_7(X)
& fn_cell_communication_with_local_regulator_7(X) = fn_local_cell_communication_6(X)
& fn_local_cell_communication_6(X) = fn_local_cell_communication_6(X)
& fn_local_cell_communication_6(X) = fn_move_1(fn_cell_communication_with_growth_factor_22(X))
& fn_move_1(fn_cell_communication_with_growth_factor_22(X)) = fn_signal_transduction_with_phosphorylation_cascade_105(fn_cell_communication_with_growth_factor_38(X))
& fn_signal_transduction_with_phosphorylation_cascade_105(fn_cell_communication_with_growth_factor_38(X)) = fn_signal_transduction_with_phosphorylation_cascade_105(fn_cell_communication_with_growth_factor_38(X))
& fn_signal_transduction_with_phosphorylation_cascade_105(fn_cell_communication_with_growth_factor_38(X)) = fn_signal_transduction_with_phosphorylation_cascade_107(fn_cell_communication_with_growth_factor_38(X))
& fn_signal_transduction_with_phosphorylation_cascade_107(fn_cell_communication_with_growth_factor_38(X)) = fn_signal_transduction_with_phosphorylation_cascade_107(fn_cell_communication_with_growth_factor_38(X))
& fn_signal_transduction_with_phosphorylation_cascade_107(fn_cell_communication_with_growth_factor_38(X)) = fn_signal_transduction_with_phosphorylation_cascade_83(fn_cell_communication_with_growth_factor_38(X))
& fn_signal_transduction_with_phosphorylation_cascade_83(fn_cell_communication_with_growth_factor_38(X)) = fn_signal_transduction_with_phosphorylation_cascade_69(fn_cell_communication_with_growth_factor_38(X))
& fn_signal_transduction_with_phosphorylation_cascade_69(fn_cell_communication_with_growth_factor_38(X)) = fn_signal_transduction_with_phosphorylation_cascade_67(fn_cell_communication_with_growth_factor_38(X))
& fn_signal_transduction_with_phosphorylation_cascade_67(fn_cell_communication_with_growth_factor_38(X)) = fn_signal_transduction_with_phosphorylation_cascade_67(fn_cell_communication_with_growth_factor_38(X))
& fn_signal_transduction_with_phosphorylation_cascade_67(fn_cell_communication_with_growth_factor_38(X)) = fn_signal_transduction_with_phosphorylation_cascade_104(fn_cell_communication_with_growth_factor_38(X))
& fn_signal_transduction_with_phosphorylation_cascade_104(fn_cell_communication_with_growth_factor_38(X)) = fn_phosphorylation_cascade_2(fn_cell_communication_with_growth_factor_25(X))
& fn_phosphorylation_cascade_2(fn_cell_communication_with_growth_factor_25(X)) = fn_phosphorylation_cascade_3(fn_cell_communication_with_growth_factor_25(X))
& fn_signal_transduction_with_phosphorylation_cascade_97(fn_cell_communication_with_growth_factor_38(X)) = fn_phosphorylation_cascade_3(fn_cell_communication_with_growth_factor_25(X))
& fn_phosphorylation_cascade_3(fn_cell_communication_with_growth_factor_25(X)) = fn_signal_transduction_with_phosphorylation_cascade_97(fn_cell_communication_with_growth_factor_38(X))
& fn_signal_transduction_with_phosphorylation_cascade_97(fn_cell_communication_with_growth_factor_38(X)) = fn_signal_transduction_with_phosphorylation_cascade_97(fn_cell_communication_with_growth_factor_38(X))
& fn_signal_transduction_with_phosphorylation_cascade_97(fn_cell_communication_with_growth_factor_38(X)) = fn_local_cell_communication_4(X)
& fn_cell_signaling_3(fn_cell_communication_with_growth_factor_36(X)) = fn_local_cell_communication_4(X)
& fn_local_cell_communication_4(X) = fn_cell_signaling_3(fn_cell_communication_with_growth_factor_36(X))
& fn_cell_signaling_3(fn_cell_communication_with_growth_factor_36(X)) = fn_cell_signaling_3(fn_cell_communication_with_growth_factor_36(X))
& fn_cell_signaling_3(fn_cell_communication_with_growth_factor_36(X)) = fn_chemical_signaling_8(fn_cell_communication_with_growth_factor_36(X))
& fn_chemical_signaling_8(fn_cell_communication_with_growth_factor_36(X)) = fn_chemical_signaling_8(fn_cell_communication_with_growth_factor_36(X)) ) ) ).
fof(a528161,axiom,
! [X] :
( cell_communication_with_local_regulator_1(X)
=> ( original_name_2(X,'Cell-Communication-With-Local-Regulator')
& user_description_2(X,'Local signaing among cells where the messenger molecules travel only a short distance to affect cells in their immediate vicinity.')
& concept2words_2(X,signal)
& concept2words_2(X,communicate)
& concept2words_2(X,'paracrine signaling')
& concept2words_2(X,'cell communication with local regulator')
& concept2words_2(X,'cell-communication-with-local-regulator')
& local_cell_communication_1(X)
& length_value_1(fn_cell_communication_with_local_regulator_2(X))
& secretory_cell_1(fn_cell_communication_with_local_regulator_3(X))
& tangible_entity_1(fn_cell_communication_with_local_regulator_4(X))
& chemical_entity_1(fn_cell_communication_with_local_regulator_4(X))
& local_regulator_1(fn_cell_communication_with_local_regulator_5(X))
& signal_transmission_1(fn_cell_communication_with_local_regulator_6(X))
& cell_signaling_1(fn_cell_communication_with_local_regulator_7(X))
& signal_generation_1(fn_cell_communication_with_local_regulator_8(X))
& tangible_entity_1(fn_signal_transmission_3(fn_cell_communication_with_local_regulator_6(X)))
& chemical_entity_1(fn_local_regulator_2(fn_cell_communication_with_local_regulator_5(X)))
& next_event_2(fn_cell_communication_with_local_regulator_8(X),fn_cell_communication_with_local_regulator_6(X))
& next_event_2(fn_cell_communication_with_local_regulator_6(X),fn_cell_communication_with_local_regulator_7(X))
& distance_2(fn_cell_communication_with_local_regulator_6(X),fn_cell_communication_with_local_regulator_2(X))
& subevent_2(X,fn_cell_communication_with_local_regulator_6(X))
& the_scalar_value_2(fn_cell_communication_with_local_regulator_2(X),short_0)
& scalar_unit_class_2(fn_cell_communication_with_local_regulator_2(X),cell_communication_event_0)
& object_2(fn_cell_communication_with_local_regulator_6(X),fn_cell_communication_with_local_regulator_4(X))
& agent_2(X,fn_cell_communication_with_local_regulator_3(X))
& agent_2(fn_cell_communication_with_local_regulator_8(X),fn_cell_communication_with_local_regulator_3(X))
& plays_2(fn_cell_communication_with_local_regulator_4(X),fn_cell_communication_with_local_regulator_5(X))
& first_subevent_2(X,fn_cell_communication_with_local_regulator_8(X))
& subevent_2(X,fn_cell_communication_with_local_regulator_7(X))
& agent_2(fn_cell_communication_with_local_regulator_7(X),fn_cell_communication_with_local_regulator_4(X))
& instrument_2(X,fn_cell_communication_with_local_regulator_4(X))
& subevent_2(X,fn_cell_communication_with_local_regulator_8(X))
& result_2(fn_cell_communication_with_local_regulator_8(X),fn_cell_communication_with_local_regulator_4(X))
& fn_cell_communication_with_local_regulator_4(X) = fn_signal_transmission_3(fn_cell_communication_with_local_regulator_6(X))
& fn_cell_communication_with_local_regulator_3(X) = fn_cell_communication_3(X)
& fn_cell_communication_with_local_regulator_4(X) = fn_local_regulator_2(fn_cell_communication_with_local_regulator_5(X))
& fn_cell_communication_with_local_regulator_8(X) = fn_cell_communication_5(X)
& fn_cell_communication_with_local_regulator_4(X) = fn_cell_communication_4(X)
& fn_cell_communication_with_local_regulator_7(X) = fn_cell_communication_2(X)
& fn_signal_transmission_3(fn_cell_communication_with_local_regulator_6(X)) = fn_local_regulator_2(fn_cell_communication_with_local_regulator_5(X))
& fn_local_regulator_2(fn_cell_communication_with_local_regulator_5(X)) = fn_local_regulator_2(fn_cell_communication_with_local_regulator_5(X))
& fn_local_regulator_2(fn_cell_communication_with_local_regulator_5(X)) = fn_cell_communication_4(X)
& fn_cell_communication_4(X) = fn_cell_communication_4(X) ) ) ).
fof(a528162,axiom,
! [X] :
( cell_communication_with_mating_factor_a_1(X)
=> ( original_name_2(X,'Cell-Communication-With-Mating-Factor-A')
& user_description_2(X,'Process of communication between yeast cells which uses mating factor A as the signaling molecule.')
& concept2words_2(X,communicate)
& concept2words_2(X,'cell communication with mating factor a')
& concept2words_2(X,'cell-communication-with-mating-factor-a')
& intercellular_process_1(X)
& cell_communication_1(X)
& microfilament_elongation_1(fn_cell_communication_with_mating_factor_a_1(X))
& mating_type_a_1(fn_cell_communication_with_mating_factor_a_2(X))
& signal_generation_1(fn_cell_communication_with_mating_factor_a_3(X))
& mating_type_alpha_1(fn_cell_communication_with_mating_factor_a_4(X))
& cell_signaling_with_g_protein_coupled_receptor_1(fn_cell_communication_with_mating_factor_a_5(X))
& cell_signaling_with_mating_factor_1(fn_cell_communication_with_mating_factor_a_5(X))
& cell_signaling_1(fn_cell_communication_with_mating_factor_a_5(X))
& intracellular_process_1(fn_cell_communication_with_mating_factor_a_6(X))
& cellular_response_1(fn_cell_communication_with_mating_factor_a_6(X))
& shmoo_formation_1(fn_cell_communication_with_mating_factor_a_6(X))
& grow_1(fn_cell_communication_with_mating_factor_a_7(X))
& mating_factor_a_1(fn_cell_communication_with_mating_factor_a_8(X))
& intracellular_process_1(fn_cell_signaling_with_mating_factor_85(fn_cell_communication_with_mating_factor_a_5(X)))
& cellular_response_1(fn_cell_signaling_with_mating_factor_85(fn_cell_communication_with_mating_factor_a_5(X)))
& grow_1(fn_shmoo_formation_1(fn_cell_communication_with_mating_factor_a_6(X)))
& chemical_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_57(fn_cell_communication_with_mating_factor_a_5(X)))
& mating_factor_1(fn_cell_signaling_with_mating_factor_62(fn_cell_communication_with_mating_factor_a_5(X)))
& yeast_1(fn_shmoo_formation_2(fn_cell_communication_with_mating_factor_a_6(X)))
& fn_cell_communication_with_mating_factor_a_7(X) != fn_cell_communication_with_mating_factor_a_1(X)
& fn_cell_communication_with_mating_factor_a_1(X) != fn_cell_communication_with_mating_factor_a_7(X)
& by_means_of_2(fn_cell_communication_with_mating_factor_a_6(X),fn_cell_communication_with_mating_factor_a_1(X))
& is_near_2(fn_cell_communication_with_mating_factor_a_4(X),fn_cell_communication_with_mating_factor_a_2(X))
& is_near_2(fn_cell_communication_with_mating_factor_a_2(X),fn_cell_communication_with_mating_factor_a_4(X))
& object_2(X,fn_cell_communication_with_mating_factor_a_4(X))
& instrument_2(X,fn_cell_communication_with_mating_factor_a_8(X))
& subevent_2(fn_cell_communication_with_mating_factor_a_5(X),fn_cell_communication_with_mating_factor_a_6(X))
& subevent_2(X,fn_cell_communication_with_mating_factor_a_5(X))
& agent_2(fn_cell_communication_with_mating_factor_a_5(X),fn_cell_communication_with_mating_factor_a_8(X))
& result_2(fn_cell_communication_with_mating_factor_a_3(X),fn_cell_communication_with_mating_factor_a_8(X))
& agent_2(fn_cell_communication_with_mating_factor_a_3(X),fn_cell_communication_with_mating_factor_a_2(X))
& agent_2(X,fn_cell_communication_with_mating_factor_a_2(X))
& agent_2(fn_cell_communication_with_mating_factor_a_6(X),fn_cell_communication_with_mating_factor_a_4(X))
& agent_2(fn_cell_communication_with_mating_factor_a_7(X),fn_cell_communication_with_mating_factor_a_4(X))
& by_means_of_2(fn_cell_communication_with_mating_factor_a_6(X),fn_cell_communication_with_mating_factor_a_7(X))
& subevent_2(X,fn_cell_communication_with_mating_factor_a_3(X))
& first_subevent_2(X,fn_cell_communication_with_mating_factor_a_3(X))
& fn_cell_communication_with_mating_factor_a_4(X) = fn_cell_communication_1(X)
& fn_cell_communication_with_mating_factor_a_6(X) = fn_cell_signaling_with_mating_factor_85(fn_cell_communication_with_mating_factor_a_5(X))
& fn_cell_communication_with_mating_factor_a_2(X) = fn_cell_communication_3(X)
& fn_cell_communication_with_mating_factor_a_8(X) = fn_cell_signaling_with_g_protein_coupled_receptor_57(fn_cell_communication_with_mating_factor_a_5(X))
& fn_cell_communication_with_mating_factor_a_8(X) = fn_cell_signaling_with_mating_factor_62(fn_cell_communication_with_mating_factor_a_5(X))
& fn_cell_communication_with_mating_factor_a_8(X) = fn_cell_communication_4(X)
& fn_cell_communication_with_mating_factor_a_5(X) = fn_cell_communication_2(X)
& fn_cell_communication_with_mating_factor_a_7(X) = fn_shmoo_formation_1(fn_cell_communication_with_mating_factor_a_6(X))
& fn_cell_communication_with_mating_factor_a_4(X) = fn_shmoo_formation_2(fn_cell_communication_with_mating_factor_a_6(X))
& fn_cell_communication_with_mating_factor_a_3(X) = fn_cell_communication_5(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_57(fn_cell_communication_with_mating_factor_a_5(X)) = fn_cell_signaling_with_mating_factor_62(fn_cell_communication_with_mating_factor_a_5(X))
& fn_cell_communication_4(X) = fn_cell_communication_4(X)
& fn_cell_communication_4(X) = fn_cell_signaling_with_mating_factor_62(fn_cell_communication_with_mating_factor_a_5(X))
& fn_cell_signaling_with_mating_factor_62(fn_cell_communication_with_mating_factor_a_5(X)) = fn_cell_communication_4(X)
& fn_cell_communication_4(X) = fn_cell_communication_1(X)
& fn_cell_communication_1(X) = fn_shmoo_formation_2(fn_cell_communication_with_mating_factor_a_6(X))
& fn_shmoo_formation_2(fn_cell_communication_with_mating_factor_a_6(X)) = fn_shmoo_formation_2(fn_cell_communication_with_mating_factor_a_6(X)) ) ) ).
fof(a528163,axiom,
! [X] :
( cell_communication_with_mating_factor_alpha_1(X)
=> ( original_name_2(X,'Cell-Communication-With-Mating-Factor-Alpha')
& user_description_2(X,'Process of communication between yeast cells which uses mating factor Alpha as the signaling molecule.')
& concept2words_2(X,communicate)
& concept2words_2(X,'cell communication with mating factor alpha')
& concept2words_2(X,'cell-communication-with-mating-factor-alpha')
& intercellular_process_1(X)
& cell_communication_1(X)
& microfilament_elongation_1(fn_cell_communication_with_mating_factor_alpha_1(X))
& signal_reception_1(fn_cell_communication_with_mating_factor_alpha_2(X))
& spatial_entity_1(fn_cell_communication_with_mating_factor_alpha_3(X))
& chemical_entity_1(fn_cell_communication_with_mating_factor_alpha_3(X))
& polymer_1(fn_cell_communication_with_mating_factor_alpha_3(X))
& organic_molecule_1(fn_cell_communication_with_mating_factor_alpha_3(X))
& protein_1(fn_cell_communication_with_mating_factor_alpha_3(X))
& molecule_1(fn_cell_communication_with_mating_factor_alpha_3(X))
& g_protein_1(fn_cell_communication_with_mating_factor_alpha_3(X))
& entity_1(fn_cell_communication_with_mating_factor_alpha_4(X))
& spatial_entity_1(fn_cell_communication_with_mating_factor_alpha_4(X))
& protein_enzyme_1(fn_cell_communication_with_mating_factor_alpha_4(X))
& entity_1(fn_cell_communication_with_mating_factor_alpha_5(X))
& membrane_protein_1(fn_cell_communication_with_mating_factor_alpha_5(X))
& g_protein_coupled_receptor_1(fn_cell_communication_with_mating_factor_alpha_5(X))
& make_accessible_1(fn_cell_communication_with_mating_factor_alpha_6(X))
& activate_1(fn_cell_communication_with_mating_factor_alpha_6(X))
& attach_1(fn_cell_communication_with_mating_factor_alpha_7(X))
& detach_1(fn_cell_communication_with_mating_factor_alpha_8(X))
& attach_1(fn_cell_communication_with_mating_factor_alpha_9(X))
& replace_1(fn_cell_communication_with_mating_factor_alpha_10(X))
& make_accessible_1(fn_cell_communication_with_mating_factor_alpha_11(X))
& activate_1(fn_cell_communication_with_mating_factor_alpha_11(X))
& grow_1(fn_cell_communication_with_mating_factor_alpha_12(X))
& intracellular_process_1(fn_cell_communication_with_mating_factor_alpha_13(X))
& cellular_response_1(fn_cell_communication_with_mating_factor_alpha_13(X))
& shmoo_formation_1(fn_cell_communication_with_mating_factor_alpha_13(X))
& mating_type_a_1(fn_cell_communication_with_mating_factor_alpha_14(X))
& cell_signaling_1(fn_cell_communication_with_mating_factor_alpha_15(X))
& cell_signaling_with_g_protein_coupled_receptor_1(fn_cell_communication_with_mating_factor_alpha_15(X))
& cell_signaling_with_mating_factor_1(fn_cell_communication_with_mating_factor_alpha_15(X))
& mating_type_alpha_1(fn_cell_communication_with_mating_factor_alpha_16(X))
& mating_factor_alpha_1(fn_cell_communication_with_mating_factor_alpha_17(X))
& intracellular_process_1(fn_cell_signaling_with_mating_factor_85(fn_cell_communication_with_mating_factor_alpha_15(X)))
& cellular_response_1(fn_cell_signaling_with_mating_factor_85(fn_cell_communication_with_mating_factor_alpha_15(X)))
& grow_1(fn_shmoo_formation_1(fn_cell_communication_with_mating_factor_alpha_13(X)))
& detach_1(fn_cell_signaling_with_mating_factor_90(fn_cell_communication_with_mating_factor_alpha_15(X)))
& attach_1(fn_cell_signaling_with_mating_factor_92(fn_cell_communication_with_mating_factor_alpha_15(X)))
& activate_1(fn_cell_signaling_with_mating_factor_91(fn_cell_communication_with_mating_factor_alpha_15(X)))
& make_accessible_1(fn_cell_signaling_with_mating_factor_94(fn_cell_communication_with_mating_factor_alpha_15(X)))
& activate_1(fn_cell_signaling_with_mating_factor_94(fn_cell_communication_with_mating_factor_alpha_15(X)))
& entity_1(fn_cell_signaling_with_mating_factor_59(fn_cell_communication_with_mating_factor_alpha_15(X)))
& membrane_protein_1(fn_cell_signaling_with_mating_factor_59(fn_cell_communication_with_mating_factor_alpha_15(X)))
& g_protein_coupled_receptor_1(fn_cell_signaling_with_mating_factor_59(fn_cell_communication_with_mating_factor_alpha_15(X)))
& replace_1(fn_cell_signaling_with_mating_factor_93(fn_cell_communication_with_mating_factor_alpha_15(X)))
& attach_1(fn_cell_signaling_with_mating_factor_60(fn_cell_communication_with_mating_factor_alpha_15(X)))
& chemical_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_57(fn_cell_communication_with_mating_factor_alpha_15(X)))
& mating_factor_1(fn_cell_signaling_with_mating_factor_62(fn_cell_communication_with_mating_factor_alpha_15(X)))
& entity_1(fn_make_accessible_1(fn_cell_communication_with_mating_factor_alpha_11(X)))
& spatial_entity_1(fn_attach_2(fn_cell_communication_with_mating_factor_alpha_9(X)))
& protein_enzyme_1(fn_cell_signaling_with_mating_factor_1(fn_cell_communication_with_mating_factor_alpha_15(X)))
& protein_1(fn_cellular_response_1(fn_cell_communication_with_mating_factor_alpha_13(X)))
& spatial_entity_1(fn_cell_signaling_with_mating_factor_95(fn_cell_communication_with_mating_factor_alpha_15(X)))
& chemical_entity_1(fn_cell_signaling_with_mating_factor_95(fn_cell_communication_with_mating_factor_alpha_15(X)))
& polymer_1(fn_cell_signaling_with_mating_factor_95(fn_cell_communication_with_mating_factor_alpha_15(X)))
& organic_molecule_1(fn_cell_signaling_with_mating_factor_95(fn_cell_communication_with_mating_factor_alpha_15(X)))
& protein_1(fn_cell_signaling_with_mating_factor_95(fn_cell_communication_with_mating_factor_alpha_15(X)))
& molecule_1(fn_cell_signaling_with_mating_factor_95(fn_cell_communication_with_mating_factor_alpha_15(X)))
& g_protein_1(fn_cell_signaling_with_mating_factor_95(fn_cell_communication_with_mating_factor_alpha_15(X)))
& yeast_1(fn_shmoo_formation_2(fn_cell_communication_with_mating_factor_alpha_13(X)))
& saccharomyces_cerevisiae_1(fn_cell_signaling_with_mating_factor_87(fn_cell_communication_with_mating_factor_alpha_15(X)))
& signal_reception_1(fn_cell_signaling_with_g_protein_coupled_receptor_66(fn_cell_communication_with_mating_factor_alpha_15(X)))
& signal_reception_1(fn_cell_signaling_with_mating_factor_61(fn_cell_communication_with_mating_factor_alpha_15(X)))
& next_event_2(fn_cell_communication_with_mating_factor_alpha_7(X),fn_cell_communication_with_mating_factor_alpha_8(X))
& fn_cell_communication_with_mating_factor_alpha_12(X) != fn_cell_communication_with_mating_factor_alpha_1(X)
& by_means_of_2(fn_cell_communication_with_mating_factor_alpha_13(X),fn_cell_communication_with_mating_factor_alpha_1(X))
& fn_cell_communication_with_mating_factor_alpha_1(X) != fn_cell_communication_with_mating_factor_alpha_12(X)
& is_near_2(fn_cell_communication_with_mating_factor_alpha_14(X),fn_cell_communication_with_mating_factor_alpha_16(X))
& is_near_2(fn_cell_communication_with_mating_factor_alpha_16(X),fn_cell_communication_with_mating_factor_alpha_14(X))
& agent_2(X,fn_cell_communication_with_mating_factor_alpha_16(X))
& object_2(X,fn_cell_communication_with_mating_factor_alpha_14(X))
& object_2(fn_cell_communication_with_mating_factor_alpha_11(X),fn_cell_communication_with_mating_factor_alpha_4(X))
& base_2(fn_cell_communication_with_mating_factor_alpha_9(X),fn_cell_communication_with_mating_factor_alpha_4(X))
& instrument_2(X,fn_cell_communication_with_mating_factor_alpha_17(X))
& subevent_2(X,fn_cell_communication_with_mating_factor_alpha_15(X))
& instrument_2(fn_cell_communication_with_mating_factor_alpha_13(X),fn_cell_communication_with_mating_factor_alpha_3(X))
& subevent_2(fn_cell_communication_with_mating_factor_alpha_15(X),fn_cell_communication_with_mating_factor_alpha_13(X))
& by_means_of_2(fn_cell_communication_with_mating_factor_alpha_13(X),fn_cell_communication_with_mating_factor_alpha_12(X))
& agent_2(fn_cell_communication_with_mating_factor_alpha_12(X),fn_cell_communication_with_mating_factor_alpha_14(X))
& agent_2(fn_cell_communication_with_mating_factor_alpha_13(X),fn_cell_communication_with_mating_factor_alpha_14(X))
& agent_2(fn_cell_communication_with_mating_factor_alpha_15(X),fn_cell_communication_with_mating_factor_alpha_17(X))
& object_2(fn_cell_communication_with_mating_factor_alpha_2(X),fn_cell_communication_with_mating_factor_alpha_17(X))
& next_event_2(fn_cell_communication_with_mating_factor_alpha_9(X),fn_cell_communication_with_mating_factor_alpha_11(X))
& fn_cell_communication_with_mating_factor_alpha_4(X) != fn_cell_communication_with_mating_factor_alpha_14(X)
& fn_cell_communication_with_mating_factor_alpha_14(X) != fn_cell_communication_with_mating_factor_alpha_4(X)
& first_subevent_2(fn_cell_communication_with_mating_factor_alpha_15(X),fn_cell_communication_with_mating_factor_alpha_2(X))
& fn_cell_communication_with_mating_factor_alpha_7(X) != fn_cell_communication_with_mating_factor_alpha_9(X)
& fn_cell_communication_with_mating_factor_alpha_9(X) != fn_cell_communication_with_mating_factor_alpha_10(X)
& base_2(fn_cell_communication_with_mating_factor_alpha_10(X),fn_cell_communication_with_mating_factor_alpha_3(X))
& fn_cell_communication_with_mating_factor_alpha_9(X) != fn_cell_communication_with_mating_factor_alpha_7(X)
& fn_cell_communication_with_mating_factor_alpha_10(X) != fn_cell_communication_with_mating_factor_alpha_9(X)
& fn_cell_communication_with_mating_factor_alpha_8(X) != fn_cell_communication_with_mating_factor_alpha_10(X)
& fn_cell_communication_with_mating_factor_alpha_10(X) != fn_cell_communication_with_mating_factor_alpha_8(X)
& fn_cell_communication_with_mating_factor_alpha_14(X) != fn_cell_communication_with_mating_factor_alpha_5(X)
& object_2(fn_cell_communication_with_mating_factor_alpha_6(X),fn_cell_communication_with_mating_factor_alpha_5(X))
& next_event_2(fn_cell_communication_with_mating_factor_alpha_6(X),fn_cell_communication_with_mating_factor_alpha_7(X))
& fn_cell_communication_with_mating_factor_alpha_5(X) != fn_cell_communication_with_mating_factor_alpha_14(X)
& fn_cell_communication_with_mating_factor_alpha_11(X) != fn_cell_communication_with_mating_factor_alpha_6(X)
& fn_cell_communication_with_mating_factor_alpha_6(X) != fn_cell_communication_with_mating_factor_alpha_11(X)
& subevent_2(fn_cell_communication_with_mating_factor_alpha_15(X),fn_cell_communication_with_mating_factor_alpha_2(X))
& base_2(fn_cell_communication_with_mating_factor_alpha_2(X),fn_cell_communication_with_mating_factor_alpha_14(X))
& has_part_2(fn_cell_communication_with_mating_factor_alpha_14(X),fn_cell_communication_with_mating_factor_alpha_3(X))
& object_2(fn_cell_communication_with_mating_factor_alpha_7(X),fn_cell_communication_with_mating_factor_alpha_3(X))
& next_event_2(fn_cell_communication_with_mating_factor_alpha_7(X),fn_cell_communication_with_mating_factor_alpha_10(X))
& fn_cell_communication_with_mating_factor_alpha_16(X) = fn_cell_communication_3(X)
& fn_cell_communication_with_mating_factor_alpha_14(X) = fn_cell_communication_1(X)
& fn_cell_communication_with_mating_factor_alpha_4(X) = fn_make_accessible_1(fn_cell_communication_with_mating_factor_alpha_11(X))
& fn_cell_communication_with_mating_factor_alpha_4(X) = fn_attach_2(fn_cell_communication_with_mating_factor_alpha_9(X))
& fn_cell_communication_with_mating_factor_alpha_17(X) = fn_cell_communication_4(X)
& fn_cell_communication_with_mating_factor_alpha_15(X) = fn_cell_communication_2(X)
& fn_cell_communication_with_mating_factor_alpha_3(X) = fn_cellular_response_1(fn_cell_communication_with_mating_factor_alpha_13(X))
& fn_cell_communication_with_mating_factor_alpha_13(X) = fn_cell_signaling_with_mating_factor_85(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_communication_with_mating_factor_alpha_14(X) = fn_shmoo_formation_2(fn_cell_communication_with_mating_factor_alpha_13(X))
& fn_cell_communication_with_mating_factor_alpha_12(X) = fn_shmoo_formation_1(fn_cell_communication_with_mating_factor_alpha_13(X))
& fn_cell_communication_with_mating_factor_alpha_17(X) = fn_cell_signaling_with_g_protein_coupled_receptor_57(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_communication_with_mating_factor_alpha_17(X) = fn_cell_signaling_with_mating_factor_62(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_communication_with_mating_factor_alpha_4(X) = fn_cell_signaling_with_mating_factor_1(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_communication_with_mating_factor_alpha_8(X) = fn_cell_signaling_with_mating_factor_90(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_communication_with_mating_factor_alpha_9(X) = fn_cell_signaling_with_mating_factor_92(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_communication_with_mating_factor_alpha_11(X) = fn_cell_signaling_with_mating_factor_91(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_communication_with_mating_factor_alpha_6(X) = fn_cell_signaling_with_mating_factor_94(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_communication_with_mating_factor_alpha_5(X) = fn_cell_signaling_with_mating_factor_59(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_communication_with_mating_factor_alpha_10(X) = fn_cell_signaling_with_mating_factor_93(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_communication_with_mating_factor_alpha_7(X) = fn_cell_signaling_with_mating_factor_60(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_communication_with_mating_factor_alpha_3(X) = fn_cell_signaling_with_mating_factor_95(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_communication_with_mating_factor_alpha_14(X) = fn_cell_signaling_with_mating_factor_87(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_communication_with_mating_factor_alpha_2(X) = fn_cell_signaling_with_g_protein_coupled_receptor_66(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_communication_with_mating_factor_alpha_2(X) = fn_cell_signaling_with_mating_factor_61(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_communication_4(X) = fn_cell_signaling_with_g_protein_coupled_receptor_57(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_57(fn_cell_communication_with_mating_factor_alpha_15(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_57(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_signaling_with_mating_factor_62(fn_cell_communication_with_mating_factor_alpha_15(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_57(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_57(fn_cell_communication_with_mating_factor_alpha_15(X)) = fn_cell_signaling_with_mating_factor_62(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_signaling_with_mating_factor_62(fn_cell_communication_with_mating_factor_alpha_15(X)) = fn_make_accessible_1(fn_cell_communication_with_mating_factor_alpha_11(X))
& fn_make_accessible_1(fn_cell_communication_with_mating_factor_alpha_11(X)) = fn_attach_2(fn_cell_communication_with_mating_factor_alpha_9(X))
& fn_attach_2(fn_cell_communication_with_mating_factor_alpha_9(X)) = fn_attach_2(fn_cell_communication_with_mating_factor_alpha_9(X))
& fn_attach_2(fn_cell_communication_with_mating_factor_alpha_9(X)) = fn_cell_signaling_with_mating_factor_1(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_signaling_with_mating_factor_1(fn_cell_communication_with_mating_factor_alpha_15(X)) = fn_cellular_response_1(fn_cell_communication_with_mating_factor_alpha_13(X))
& fn_cellular_response_1(fn_cell_communication_with_mating_factor_alpha_13(X)) = fn_cell_signaling_with_mating_factor_95(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_signaling_with_mating_factor_95(fn_cell_communication_with_mating_factor_alpha_15(X)) = fn_cell_signaling_with_mating_factor_95(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_signaling_with_mating_factor_95(fn_cell_communication_with_mating_factor_alpha_15(X)) = fn_cell_communication_1(X)
& fn_cell_communication_1(X) = fn_shmoo_formation_2(fn_cell_communication_with_mating_factor_alpha_13(X))
& fn_shmoo_formation_2(fn_cell_communication_with_mating_factor_alpha_13(X)) = fn_shmoo_formation_2(fn_cell_communication_with_mating_factor_alpha_13(X))
& fn_shmoo_formation_2(fn_cell_communication_with_mating_factor_alpha_13(X)) = fn_cell_signaling_with_mating_factor_87(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_signaling_with_mating_factor_87(fn_cell_communication_with_mating_factor_alpha_15(X)) = fn_cell_signaling_with_mating_factor_87(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_signaling_with_mating_factor_87(fn_cell_communication_with_mating_factor_alpha_15(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_66(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_signaling_with_mating_factor_61(fn_cell_communication_with_mating_factor_alpha_15(X)) = fn_cell_signaling_with_mating_factor_61(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_signaling_with_mating_factor_61(fn_cell_communication_with_mating_factor_alpha_15(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_66(fn_cell_communication_with_mating_factor_alpha_15(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_66(fn_cell_communication_with_mating_factor_alpha_15(X)) = fn_cell_signaling_with_mating_factor_61(fn_cell_communication_with_mating_factor_alpha_15(X)) ) ) ).
fof(a528164,axiom,
! [X] :
( cell_communication_with_mitochondrial_signal_leading_to_apoptosis_1(X)
=> ( original_name_2(X,'Cell-Communication-With-Mitochondrial-Signal-Leading-To-Apoptosis')
& user_description_2(X,'Series of events which leads to programmed cell death (apoptosis) in a cell; in this case, the signal for apoptosis is generated internally by the mitochondria.')
& concept2words_2(X,'communicate a death signal')
& concept2words_2(X,'cell communication with mitochondrial signal leading to apoptosis')
& concept2words_2(X,'cell-communication-with-mitochondrial-signal-leading-to-apoptosis')
& intracellular_process_1(X)
& cell_communication_leading_to_apoptosis_1(X)
& area_value_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_1(X))
& area_value_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_2(X))
& activation_value_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_4(X))
& activation_value_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_6(X))
& time_interval_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_7(X))
& time_interval_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_8(X))
& death_signal_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_11(X))
& death_signal_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_12(X))
& golgi_apparatus_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_13(X))
& tangible_entity_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_18(X))
& eukaryotic_cell_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_18(X))
& cell_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_18(X))
& mitochondrion_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_19(X))
& eukaryotic_cell_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& tangible_entity_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& cell_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& tangible_entity_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X))
& semiautonomous_organelle_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X))
& mitochondrion_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X))
& organelle_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X))
& plasma_membrane_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_22(X))
& pore_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_23(X))
& outer_membrane_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_24(X))
& confine_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_25(X))
& chemical_entity_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_26(X))
& protein_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_26(X))
& oxidative_phosphorylation_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_27(X))
& eukaryotic_cellular_respiration_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_28(X))
& chemical_reaction_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_29(X))
& oxidative_phosphorylation_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_29(X))
& eukaryotic_oxidative_phosphorylation_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_29(X))
& surface_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_30(X))
& eukaryotic_ribosome_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_31(X))
& size_value_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_32(X))
& volume_value_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_33(X))
& cellular_respiration_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_34(X))
& substance_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_35(X))
& cytosol_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_35(X))
& tangible_entity_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_36(X))
& phospholipid_bilayer_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_36(X))
& signal_generation_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_37(X))
& cell_signaling_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X))
& signal_reception_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_39(X))
& intracellular_process_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X))
& cellular_response_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X))
& apoptosis_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X))
& cell_signaling_event_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_41(X))
& signal_transduction_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_41(X))
& make_accessible_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_42(X))
& activate_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_42(X))
& chemical_entity_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_43(X))
& protein_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_43(X))
& entity_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_43(X))
& protein_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_44(X))
& release_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_45(X))
& cytochrome_c_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_46(X))
& release_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_47(X))
& quantity_value_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_48(X))
& rate_value_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_49(X))
& cellular_respiration_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_50(X))
& produce_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_51(X))
& produce_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_52(X))
& blebbing_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_53(X))
& tangible_entity_1(fn_release_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_47(X)))
& tangible_entity_1(fn_release_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_45(X)))
& tangible_entity_1(fn_confine_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_25(X)))
& entity_1(fn_create_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_51(X)))
& oxidative_phosphorylation_1(fn_cellular_respiration_63(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_34(X)))
& chemical_reaction_1(fn_eukaryotic_cellular_respiration_96(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_28(X)))
& oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_28(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_28(X)))
& property_node_1(fn_mitochondrion_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X)))
& property_node_1(fn_mitochondrion_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X)))
& quantity_value_1(fn_mitochondrion_3(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X)))
& golgi_apparatus_1(fn_eukaryotic_cell_24(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X)))
& eukaryotic_cellular_respiration_1(fn_eukaryotic_cell_23(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X)))
& activate_1(fn_signal_transduction_6(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_41(X)))
& chemical_entity_1(fn_semiautonomous_organelle_5(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_19(X)))
& protein_1(fn_semiautonomous_organelle_5(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_19(X)))
& ribosome_1(fn_cell_14(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X)))
& blebbing_1(fn_apoptosis_42(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X)))
& produce_1(fn_apoptosis_43(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X)))
& signal_reception_1(fn_cell_signaling_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X)))
& plasma_membrane_1(fn_cell_30(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X)))
& tangible_entity_1(fn_cell_26(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X)))
& phospholipid_bilayer_1(fn_cell_26(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X)))
& surface_1(fn_cell_4(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X)))
& property_node_1(fn_cell_23(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X)))
& volume_value_1(fn_cell_22(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X)))
& property_node_1(fn_cell_10(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X)))
& size_value_1(fn_cell_11(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X)))
& rate_value_1(fn_eukaryotic_cellular_respiration_48(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_28(X)))
& rate_value_1(fn_mitochondrion_4(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X)))
& tangible_entity_1(fn_confine_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_25(X)))
& semiautonomous_organelle_1(fn_eukaryotic_cell_25(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X)))
& mitochondrion_1(fn_eukaryotic_cell_25(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X)))
& organelle_1(fn_eukaryotic_cell_25(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X)))
& chemical_entity_1(fn_semiautonomous_organelle_5(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X)))
& protein_1(fn_semiautonomous_organelle_5(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X)))
& entity_1(fn_make_accessible_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_42(X)))
& substance_1(fn_eukaryotic_cell_42(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X)))
& substance_1(fn_cell_29(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X)))
& cytosol_1(fn_cell_29(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X)))
& tangible_entity_1(fn_release_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_45(X)))
& tangible_entity_1(fn_release_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_47(X)))
& cell_1(fn_metabolic_pathway_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_50(X)))
& eukaryotic_cell_1(fn_mitochondrion_51(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_19(X)))
& cell_1(fn_apoptosis_66(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X)))
& cellular_response_1(fn_cell_signaling_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X)))
& signal_transduction_1(fn_cell_signaling_3(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X)))
& cell_1(fn_intracellular_process_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X)))
& cell_1(fn_cellular_response_3(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X)))
& cell_1(fn_cell_signaling_event_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_41(X)))
& eukaryotic_cell_1(fn_eukaryotic_oxidative_phosphorylation_334(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_29(X)))
& cell_1(fn_oxidative_phosphorylation_15(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_27(X)))
& cell_1(fn_signal_generation_4(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_37(X)))
& tangible_entity_1(fn_apoptosis_64(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X)))
& cell_1(fn_apoptosis_64(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X)))
& cell_1(fn_cell_signaling_4(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X)))
& in_event_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_12(X),X)
& in_event_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_11(X),X)
& time_before_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_8(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_7(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_52(X) != fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_51(X)
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_51(X) != fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_52(X)
& causes_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_51(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_47(X))
& causes_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_51(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_45(X))
& agent_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_51(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_26(X))
& site_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_51(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_24(X))
& site_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_50(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_19(X))
& called_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_47(X),"1")
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_47(X) != fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_45(X)
& origin_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_47(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_19(X))
& plays_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_46(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_12(X))
& facilitates_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_46(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X))
& is_inside_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_46(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_18(X))
& called_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_45(X),"2")
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_45(X) != fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_47(X)
& origin_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_45(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_19(X))
& plays_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_44(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_11(X))
& facilitates_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_44(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X))
& is_inside_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_44(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_18(X))
& base_2(X,fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& the_categorical_value_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_6(X),inactive_0)
& activation_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_43(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_6(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_43(X) != fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_26(X)
& has_state_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_43(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_26(X))
& result_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_42(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_26(X))
& time_during_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_41(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_7(X))
& agent_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_41(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& subevent_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_45(X))
& subevent_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_47(X))
& subevent_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_51(X))
& agent_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& time_during_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_39(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_8(X))
& recipient_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_39(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& site_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_37(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_34(X) != fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_28(X)
& the_scalar_value_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_32(X),big_0)
& scalar_unit_class_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_32(X),prokaryote_0)
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_28(X) != fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_34(X)
& the_categorical_value_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_4(X),active_0)
& activation_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_26(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_4(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_26(X) != fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_43(X)
& agent_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_25(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_24(X))
& object_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_25(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_19(X))
& has_function_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_24(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_25(X))
& has_region_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_24(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_23(X))
& area_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_24(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_1(X))
& has_function_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_28(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X) != fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_19(X)
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X) != fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_18(X)
& greater_than_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_2(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_1(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_19(X) != fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X)
& has_function_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_19(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_50(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_18(X) != fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X)
& object_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_47(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_46(X))
& object_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_45(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_44(X))
& base_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_45(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_18(X))
& object_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_25(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X))
& base_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_47(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_18(X))
& base_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_25(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_24(X))
& result_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_51(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_23(X))
& base_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_50(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_18(X))
& base_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_29(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& subevent_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_34(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_27(X))
& subevent_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_28(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_29(X))
& rate_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_28(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_49(X))
& has_part_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_43(X))
& quantity_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_48(X))
& directly_proportional_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_48(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_49(X))
& first_subevent_2(X,fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_37(X))
& agent_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_37(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& agent_2(X,fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& subevent_2(X,fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_37(X))
& next_event_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_41(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X))
& subevent_2(X,fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X))
& subevent_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X))
& base_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& object_2(X,fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& has_part_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X))
& has_function_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_28(X))
& base_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_28(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& has_part_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_13(X))
& is_inside_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_13(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_35(X))
& has_part_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_22(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_36(X))
& has_part_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_22(X))
& size_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_32(X))
& directly_proportional_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_32(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_33(X))
& volume_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_33(X))
& is_at_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_36(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_30(X))
& has_region_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_30(X))
& subevent_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_39(X))
& subevent_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_41(X))
& next_event_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_39(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_41(X))
& base_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_39(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& base_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& base_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_41(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& first_subevent_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_39(X))
& next_event_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_53(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_52(X))
& base_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_53(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& has_state_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_18(X))
& result_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_53(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_18(X))
& subevent_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_53(X))
& subevent_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_52(X))
& is_inside_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_31(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_35(X))
& has_part_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_31(X))
& has_part_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_18(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_19(X))
& has_part_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_19(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_26(X))
& subevent_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_41(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_42(X))
& base_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_37(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& base_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_27(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& object_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_42(X),fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_43(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_46(X) = fn_release_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_47(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_44(X) = fn_release_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_45(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_18(X) = fn_release_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_45(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X) = fn_confine_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_25(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_18(X) = fn_release_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_47(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_24(X) = fn_confine_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_25(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_23(X) = fn_create_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_51(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_18(X) = fn_metabolic_pathway_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_50(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X) = fn_eukaryotic_oxidative_phosphorylation_334(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_29(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_27(X) = fn_cellular_respiration_63(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_34(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_29(X) = fn_eukaryotic_cellular_respiration_96(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_28(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_49(X) = fn_eukaryotic_cellular_respiration_48(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_28(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_43(X) = fn_semiautonomous_organelle_5(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_16(X) = fn_mitochondrion_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_17(X) = fn_mitochondrion_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_49(X) = fn_mitochondrion_4(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_48(X) = fn_mitochondrion_3(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X) = fn_cell_communication_3(X)
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_37(X) = fn_cell_communication_5(X)
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_41(X) = fn_cell_communication_leading_to_apoptosis_5(X)
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X) = fn_intracellular_process_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X) = fn_cellular_response_3(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X) = fn_cell_communication_leading_to_apoptosis_4(X)
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X) = fn_cell_signaling_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X) = fn_cell_communication_leading_to_apoptosis_3(X)
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X) = fn_cell_communication_leading_to_apoptosis_6(X)
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X) = fn_eukaryotic_cell_25(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_35(X) = fn_eukaryotic_cell_42(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_13(X) = fn_eukaryotic_cell_24(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_28(X) = fn_eukaryotic_cell_23(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_43(X) = fn_make_accessible_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_42(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X) = fn_oxidative_phosphorylation_15(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_27(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X) = fn_signal_generation_4(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_37(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_42(X) = fn_signal_transduction_6(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_41(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_26(X) = fn_semiautonomous_organelle_5(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_19(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_18(X) = fn_mitochondrion_51(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_19(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_35(X) = fn_cell_29(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_31(X) = fn_cell_14(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X) = fn_apoptosis_64(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_18(X) = fn_apoptosis_66(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_53(X) = fn_apoptosis_42(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_52(X) = fn_apoptosis_43(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X) = fn_cell_signaling_event_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_41(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_41(X) = fn_cell_signaling_3(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X) = fn_cell_signaling_4(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_39(X) = fn_cell_signaling_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_22(X) = fn_cell_30(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_36(X) = fn_cell_26(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_30(X) = fn_cell_4(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_14(X) = fn_cell_23(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_33(X) = fn_cell_22(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_15(X) = fn_cell_10(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_32(X) = fn_cell_11(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& fn_eukaryotic_cellular_respiration_48(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_28(X)) = fn_mitochondrion_4(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X))
& fn_mitochondrion_4(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X)) = fn_mitochondrion_4(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X))
& fn_mitochondrion_4(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X)) = fn_confine_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_25(X))
& fn_confine_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_25(X)) = fn_eukaryotic_cell_25(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& fn_eukaryotic_cell_25(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X)) = fn_semiautonomous_organelle_5(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X))
& fn_semiautonomous_organelle_5(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_21(X)) = fn_make_accessible_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_42(X))
& fn_make_accessible_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_42(X)) = fn_eukaryotic_cell_42(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& fn_eukaryotic_cell_42(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X)) = fn_cell_29(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X))
& fn_cell_29(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_20(X)) = fn_release_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_45(X))
& fn_release_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_45(X)) = fn_release_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_47(X))
& fn_release_2(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_47(X)) = fn_metabolic_pathway_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_50(X))
& fn_metabolic_pathway_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_50(X)) = fn_metabolic_pathway_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_50(X))
& fn_metabolic_pathway_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_50(X)) = fn_mitochondrion_51(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_19(X))
& fn_mitochondrion_51(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_19(X)) = fn_mitochondrion_51(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_19(X))
& fn_mitochondrion_51(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_19(X)) = fn_apoptosis_66(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X))
& fn_apoptosis_66(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X)) = fn_apoptosis_66(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X))
& fn_apoptosis_66(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X)) = fn_cell_signaling_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X))
& fn_cell_communication_leading_to_apoptosis_3(X) = fn_cell_communication_leading_to_apoptosis_3(X)
& fn_cell_communication_leading_to_apoptosis_3(X) = fn_cell_signaling_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X))
& fn_cell_signaling_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X)) = fn_cell_communication_leading_to_apoptosis_3(X)
& fn_cell_communication_leading_to_apoptosis_3(X) = fn_cell_signaling_3(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X))
& fn_cell_signaling_3(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X)) = fn_cell_communication_leading_to_apoptosis_5(X)
& fn_cell_communication_leading_to_apoptosis_5(X) = fn_cell_signaling_3(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X))
& fn_cell_signaling_3(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X)) = fn_cell_signaling_3(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X))
& fn_cell_signaling_3(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X)) = fn_intracellular_process_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X))
& fn_intracellular_process_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X)) = fn_cellular_response_3(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X))
& fn_cellular_response_3(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X)) = fn_cellular_response_3(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X))
& fn_cellular_response_3(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X)) = fn_cell_signaling_event_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_41(X))
& fn_eukaryotic_oxidative_phosphorylation_334(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_29(X)) = fn_cell_signaling_event_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_41(X))
& fn_cell_signaling_event_1(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_41(X)) = fn_eukaryotic_oxidative_phosphorylation_334(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_29(X))
& fn_eukaryotic_oxidative_phosphorylation_334(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_29(X)) = fn_cell_communication_3(X)
& fn_cell_communication_3(X) = fn_cell_communication_3(X)
& fn_cell_communication_3(X) = fn_cell_communication_leading_to_apoptosis_4(X)
& fn_cell_communication_leading_to_apoptosis_4(X) = fn_cell_communication_leading_to_apoptosis_4(X)
& fn_cell_communication_leading_to_apoptosis_4(X) = fn_oxidative_phosphorylation_15(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_27(X))
& fn_signal_generation_4(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_37(X)) = fn_oxidative_phosphorylation_15(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_27(X))
& fn_oxidative_phosphorylation_15(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_27(X)) = fn_signal_generation_4(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_37(X))
& fn_signal_generation_4(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_37(X)) = fn_signal_generation_4(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_37(X))
& fn_signal_generation_4(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_37(X)) = fn_apoptosis_64(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X))
& fn_apoptosis_64(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X)) = fn_apoptosis_64(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X))
& fn_apoptosis_64(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_40(X)) = fn_cell_signaling_4(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X))
& fn_cell_signaling_4(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X)) = fn_cell_signaling_4(fn_cell_communication_with_mitochondrial_signal_leading_to_apoptosis_38(X)) ) ) ).
fof(a528165,axiom,
! [X] :
( cell_communication_with_neurotransmitter_1(X)
=> ( original_name_2(X,'Cell-Communication-With-Neurotransmitter')
& user_description_2(X,'Communication between two neurons or a neuron and a different effector cell via neurotransmitter molecules that diffuse across the synaptic gap between one cell and the other.')
& concept2words_2(X,signal)
& concept2words_2(X,communicate)
& concept2words_2(X,'synaptic signaling')
& concept2words_2(X,'cell communication with neurotransmitter')
& concept2words_2(X,'cell-communication-with-neurotransmitter')
& local_cell_communication_1(X)
& ~ microbial_cell_to_cell_communication_1(X)
& electrical_signaling_1(fn_cell_communication_with_neurotransmitter_1(X))
& open_1(fn_cell_communication_with_neurotransmitter_2(X))
& length_value_1(fn_cell_communication_with_neurotransmitter_3(X))
& transmit_1(fn_cell_communication_with_neurotransmitter_5(X))
& synthesis_reaction_1(fn_cell_communication_with_neurotransmitter_6(X))
& secretion_1(fn_cell_communication_with_neurotransmitter_7(X))
& living_entity_1(fn_cell_communication_with_neurotransmitter_8(X))
& cell_1(fn_cell_communication_with_neurotransmitter_8(X))
& nerve_cell_1(fn_cell_communication_with_neurotransmitter_8(X))
& neurotransmitter_1(fn_cell_communication_with_neurotransmitter_9(X))
& animal_cell_1(fn_cell_communication_with_neurotransmitter_10(X))
& synapse_1(fn_cell_communication_with_neurotransmitter_11(X))
& local_regulator_1(fn_cell_communication_with_neurotransmitter_12(X))
& signal_transmission_1(fn_cell_communication_with_neurotransmitter_13(X))
& signal_generation_1(fn_cell_communication_with_neurotransmitter_14(X))
& cell_signaling_with_ion_channel_receptor_1(fn_cell_communication_with_neurotransmitter_15(X))
& signal_transduction_1(fn_cell_communication_with_neurotransmitter_16(X))
& ligand_binding_1(fn_cell_communication_with_neurotransmitter_17(X))
& move_1(fn_cell_communication_with_neurotransmitter_18(X))
& facilitated_diffusion_of_ion_1(fn_cell_communication_with_neurotransmitter_19(X))
& cellular_response_1(fn_cell_communication_with_neurotransmitter_20(X))
& ligand_binding_1(fn_cell_signaling_with_plasma_membrane_receptor_7(fn_cell_communication_with_neurotransmitter_15(X)))
& synthesis_reaction_1(fn_signal_generation_2(fn_cell_communication_with_neurotransmitter_14(X)))
& signal_transduction_1(fn_chemical_signaling_8(fn_cell_communication_with_neurotransmitter_15(X)))
& cellular_response_1(fn_chemical_signaling_6(fn_cell_communication_with_neurotransmitter_15(X)))
& signal_1(fn_transmit_1(fn_cell_communication_with_neurotransmitter_5(X)))
& messenger_1(fn_cell_signaling_with_plasma_membrane_receptor_10(fn_cell_communication_with_neurotransmitter_15(X)))
& signal_1(fn_signal_generation_1(fn_cell_communication_with_neurotransmitter_14(X)))
& tangible_entity_1(fn_signal_transmission_5(fn_cell_communication_with_neurotransmitter_13(X)))
& cell_1(fn_signal_transmission_5(fn_cell_communication_with_neurotransmitter_13(X)))
& cell_1(fn_passive_transport_1(fn_cell_communication_with_neurotransmitter_19(X)))
& cell_1(fn_synapse_4(fn_cell_communication_with_neurotransmitter_11(X)))
& living_entity_1(fn_secretion_2(fn_cell_communication_with_neurotransmitter_7(X)))
& cell_1(fn_signal_generation_4(fn_cell_communication_with_neurotransmitter_14(X)))
& nerve_cell_1(fn_synapse_3(fn_cell_communication_with_neurotransmitter_11(X)))
& spatial_entity_1(fn_move_1(fn_cell_communication_with_neurotransmitter_18(X)))
& tangible_entity_1(fn_secretion_1(fn_cell_communication_with_neurotransmitter_7(X)))
& tangible_entity_1(fn_signal_transmission_3(fn_cell_communication_with_neurotransmitter_13(X)))
& tangible_entity_1(fn_transmit_2(fn_cell_communication_with_neurotransmitter_5(X)))
& chemical_entity_1(fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_neurotransmitter_15(X)))
& chemical_entity_1(fn_ligand_binding_3(fn_cell_communication_with_neurotransmitter_17(X)))
& chemical_entity_1(fn_signal_generation_5(fn_cell_communication_with_neurotransmitter_14(X)))
& subevent_2(fn_cell_communication_with_neurotransmitter_20(X),fn_cell_communication_with_neurotransmitter_19(X))
& causes_2(fn_cell_communication_with_neurotransmitter_19(X),fn_cell_communication_with_neurotransmitter_1(X))
& the_scalar_value_2(fn_cell_communication_with_neurotransmitter_3(X),short_0)
& scalar_unit_class_2(fn_cell_communication_with_neurotransmitter_3(X),cellular_process_0)
& path_2(fn_cell_communication_with_neurotransmitter_18(X),fn_cell_communication_with_neurotransmitter_11(X))
& causes_2(fn_cell_communication_with_neurotransmitter_1(X),X)
& causes_2(fn_cell_communication_with_neurotransmitter_17(X),fn_cell_communication_with_neurotransmitter_2(X))
& subevent_2(fn_cell_communication_with_neurotransmitter_16(X),fn_cell_communication_with_neurotransmitter_2(X))
& subevent_2(X,fn_cell_communication_with_neurotransmitter_13(X))
& next_event_2(fn_cell_communication_with_neurotransmitter_14(X),fn_cell_communication_with_neurotransmitter_13(X))
& subevent_2(fn_cell_communication_with_neurotransmitter_14(X),fn_cell_communication_with_neurotransmitter_7(X))
& next_event_2(fn_cell_communication_with_neurotransmitter_13(X),fn_cell_communication_with_neurotransmitter_15(X))
& subevent_2(fn_cell_communication_with_neurotransmitter_13(X),fn_cell_communication_with_neurotransmitter_18(X))
& distance_2(fn_cell_communication_with_neurotransmitter_13(X),fn_cell_communication_with_neurotransmitter_3(X))
& site_2(fn_cell_communication_with_neurotransmitter_13(X),fn_cell_communication_with_neurotransmitter_11(X))
& agent_2(fn_cell_communication_with_neurotransmitter_7(X),fn_cell_communication_with_neurotransmitter_8(X))
& next_event_2(fn_cell_communication_with_neurotransmitter_6(X),fn_cell_communication_with_neurotransmitter_7(X))
& object_2(fn_cell_communication_with_neurotransmitter_18(X),fn_cell_communication_with_neurotransmitter_9(X))
& base_2(fn_cell_communication_with_neurotransmitter_7(X),fn_cell_communication_with_neurotransmitter_8(X))
& object_2(fn_cell_communication_with_neurotransmitter_7(X),fn_cell_communication_with_neurotransmitter_9(X))
& object_2(fn_cell_communication_with_neurotransmitter_13(X),fn_cell_communication_with_neurotransmitter_9(X))
& destination_2(fn_cell_communication_with_neurotransmitter_13(X),fn_cell_communication_with_neurotransmitter_10(X))
& object_2(X,fn_cell_communication_with_neurotransmitter_10(X))
& is_between_2(fn_cell_communication_with_neurotransmitter_11(X),fn_cell_communication_with_neurotransmitter_10(X))
& base_2(fn_cell_communication_with_neurotransmitter_19(X),fn_cell_communication_with_neurotransmitter_10(X))
& object_2(fn_cell_communication_with_neurotransmitter_5(X),fn_cell_communication_with_neurotransmitter_9(X))
& in_event_2(fn_cell_communication_with_neurotransmitter_12(X),fn_cell_communication_with_neurotransmitter_5(X))
& instrument_2(X,fn_cell_communication_with_neurotransmitter_9(X))
& agent_2(X,fn_cell_communication_with_neurotransmitter_8(X))
& agent_2(fn_cell_communication_with_neurotransmitter_14(X),fn_cell_communication_with_neurotransmitter_8(X))
& object_2(fn_cell_communication_with_neurotransmitter_17(X),fn_cell_communication_with_neurotransmitter_9(X))
& has_function_2(fn_cell_communication_with_neurotransmitter_9(X),fn_cell_communication_with_neurotransmitter_17(X))
& subevent_2(fn_cell_communication_with_neurotransmitter_14(X),fn_cell_communication_with_neurotransmitter_6(X))
& result_2(fn_cell_communication_with_neurotransmitter_6(X),fn_cell_communication_with_neurotransmitter_9(X))
& plays_2(fn_cell_communication_with_neurotransmitter_9(X),fn_cell_communication_with_neurotransmitter_12(X))
& is_between_2(fn_cell_communication_with_neurotransmitter_11(X),fn_cell_communication_with_neurotransmitter_8(X))
& is_near_2(fn_cell_communication_with_neurotransmitter_10(X),fn_cell_communication_with_neurotransmitter_8(X))
& is_near_2(fn_cell_communication_with_neurotransmitter_8(X),fn_cell_communication_with_neurotransmitter_10(X))
& subevent_2(fn_cell_communication_with_neurotransmitter_15(X),fn_cell_communication_with_neurotransmitter_16(X))
& subevent_2(fn_cell_communication_with_neurotransmitter_15(X),fn_cell_communication_with_neurotransmitter_20(X))
& next_event_2(fn_cell_communication_with_neurotransmitter_16(X),fn_cell_communication_with_neurotransmitter_20(X))
& first_subevent_2(X,fn_cell_communication_with_neurotransmitter_14(X))
& result_2(fn_cell_communication_with_neurotransmitter_14(X),fn_cell_communication_with_neurotransmitter_9(X))
& agent_2(fn_cell_communication_with_neurotransmitter_15(X),fn_cell_communication_with_neurotransmitter_9(X))
& subevent_2(X,fn_cell_communication_with_neurotransmitter_15(X))
& subevent_2(X,fn_cell_communication_with_neurotransmitter_14(X))
& fn_cell_communication_with_neurotransmitter_9(X) = fn_move_1(fn_cell_communication_with_neurotransmitter_18(X))
& fn_cell_communication_with_neurotransmitter_8(X) = fn_secretion_2(fn_cell_communication_with_neurotransmitter_7(X))
& fn_cell_communication_with_neurotransmitter_9(X) = fn_secretion_1(fn_cell_communication_with_neurotransmitter_7(X))
& fn_cell_communication_with_neurotransmitter_9(X) = fn_signal_transmission_3(fn_cell_communication_with_neurotransmitter_13(X))
& fn_cell_communication_with_neurotransmitter_10(X) = fn_signal_transmission_5(fn_cell_communication_with_neurotransmitter_13(X))
& fn_cell_communication_with_neurotransmitter_10(X) = fn_local_cell_communication_7(X)
& fn_cell_communication_with_neurotransmitter_10(X) = fn_passive_transport_1(fn_cell_communication_with_neurotransmitter_19(X))
& fn_cell_communication_with_neurotransmitter_8(X) = fn_signal_generation_4(fn_cell_communication_with_neurotransmitter_14(X))
& fn_cell_communication_with_neurotransmitter_8(X) = fn_cell_communication_3(X)
& fn_cell_communication_with_neurotransmitter_17(X) = fn_cell_signaling_with_plasma_membrane_receptor_7(fn_cell_communication_with_neurotransmitter_15(X))
& fn_cell_communication_with_neurotransmitter_9(X) = fn_ligand_binding_3(fn_cell_communication_with_neurotransmitter_17(X))
& fn_cell_communication_with_neurotransmitter_9(X) = fn_transmit_2(fn_cell_communication_with_neurotransmitter_5(X))
& fn_cell_communication_with_neurotransmitter_12(X) = fn_transmit_1(fn_cell_communication_with_neurotransmitter_5(X))
& fn_cell_communication_with_neurotransmitter_12(X) = fn_cell_signaling_with_plasma_membrane_receptor_10(fn_cell_communication_with_neurotransmitter_15(X))
& fn_cell_communication_with_neurotransmitter_12(X) = fn_signal_generation_1(fn_cell_communication_with_neurotransmitter_14(X))
& fn_cell_communication_with_neurotransmitter_6(X) = fn_signal_generation_2(fn_cell_communication_with_neurotransmitter_14(X))
& fn_cell_communication_with_neurotransmitter_10(X) = fn_synapse_4(fn_cell_communication_with_neurotransmitter_11(X))
& fn_cell_communication_with_neurotransmitter_8(X) = fn_synapse_3(fn_cell_communication_with_neurotransmitter_11(X))
& fn_cell_communication_with_neurotransmitter_16(X) = fn_chemical_signaling_8(fn_cell_communication_with_neurotransmitter_15(X))
& fn_cell_communication_with_neurotransmitter_20(X) = fn_chemical_signaling_6(fn_cell_communication_with_neurotransmitter_15(X))
& fn_cell_communication_with_neurotransmitter_9(X) = fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_neurotransmitter_15(X))
& fn_cell_communication_with_neurotransmitter_15(X) = fn_cell_communication_2(X)
& fn_cell_communication_with_neurotransmitter_9(X) = fn_signal_generation_5(fn_cell_communication_with_neurotransmitter_14(X))
& fn_cell_communication_with_neurotransmitter_9(X) = fn_cell_communication_4(X)
& fn_cell_communication_with_neurotransmitter_14(X) = fn_cell_communication_5(X)
& fn_transmit_1(fn_cell_communication_with_neurotransmitter_5(X)) = fn_transmit_1(fn_cell_communication_with_neurotransmitter_5(X))
& fn_transmit_1(fn_cell_communication_with_neurotransmitter_5(X)) = fn_cell_signaling_with_plasma_membrane_receptor_10(fn_cell_communication_with_neurotransmitter_15(X))
& fn_cell_signaling_with_plasma_membrane_receptor_10(fn_cell_communication_with_neurotransmitter_15(X)) = fn_cell_signaling_with_plasma_membrane_receptor_10(fn_cell_communication_with_neurotransmitter_15(X))
& fn_cell_signaling_with_plasma_membrane_receptor_10(fn_cell_communication_with_neurotransmitter_15(X)) = fn_signal_generation_1(fn_cell_communication_with_neurotransmitter_14(X))
& fn_signal_generation_1(fn_cell_communication_with_neurotransmitter_14(X)) = fn_signal_transmission_5(fn_cell_communication_with_neurotransmitter_13(X))
& fn_signal_transmission_5(fn_cell_communication_with_neurotransmitter_13(X)) = fn_local_cell_communication_7(X)
& fn_local_cell_communication_7(X) = fn_local_cell_communication_7(X)
& fn_local_cell_communication_7(X) = fn_passive_transport_1(fn_cell_communication_with_neurotransmitter_19(X))
& fn_synapse_4(fn_cell_communication_with_neurotransmitter_11(X)) = fn_passive_transport_1(fn_cell_communication_with_neurotransmitter_19(X))
& fn_passive_transport_1(fn_cell_communication_with_neurotransmitter_19(X)) = fn_synapse_4(fn_cell_communication_with_neurotransmitter_11(X))
& fn_synapse_4(fn_cell_communication_with_neurotransmitter_11(X)) = fn_synapse_4(fn_cell_communication_with_neurotransmitter_11(X))
& fn_synapse_4(fn_cell_communication_with_neurotransmitter_11(X)) = fn_secretion_2(fn_cell_communication_with_neurotransmitter_7(X))
& fn_secretion_2(fn_cell_communication_with_neurotransmitter_7(X)) = fn_signal_generation_4(fn_cell_communication_with_neurotransmitter_14(X))
& fn_signal_generation_4(fn_cell_communication_with_neurotransmitter_14(X)) = fn_signal_generation_4(fn_cell_communication_with_neurotransmitter_14(X))
& fn_signal_generation_4(fn_cell_communication_with_neurotransmitter_14(X)) = fn_cell_communication_3(X)
& fn_cell_communication_3(X) = fn_cell_communication_3(X)
& fn_cell_communication_3(X) = fn_synapse_3(fn_cell_communication_with_neurotransmitter_11(X))
& fn_synapse_3(fn_cell_communication_with_neurotransmitter_11(X)) = fn_synapse_3(fn_cell_communication_with_neurotransmitter_11(X))
& fn_synapse_3(fn_cell_communication_with_neurotransmitter_11(X)) = fn_move_1(fn_cell_communication_with_neurotransmitter_18(X))
& fn_move_1(fn_cell_communication_with_neurotransmitter_18(X)) = fn_secretion_1(fn_cell_communication_with_neurotransmitter_7(X))
& fn_secretion_1(fn_cell_communication_with_neurotransmitter_7(X)) = fn_secretion_1(fn_cell_communication_with_neurotransmitter_7(X))
& fn_secretion_1(fn_cell_communication_with_neurotransmitter_7(X)) = fn_signal_transmission_3(fn_cell_communication_with_neurotransmitter_13(X))
& fn_signal_transmission_3(fn_cell_communication_with_neurotransmitter_13(X)) = fn_signal_transmission_3(fn_cell_communication_with_neurotransmitter_13(X))
& fn_signal_transmission_3(fn_cell_communication_with_neurotransmitter_13(X)) = fn_transmit_2(fn_cell_communication_with_neurotransmitter_5(X))
& fn_transmit_2(fn_cell_communication_with_neurotransmitter_5(X)) = fn_transmit_2(fn_cell_communication_with_neurotransmitter_5(X))
& fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_neurotransmitter_15(X)) = fn_transmit_2(fn_cell_communication_with_neurotransmitter_5(X))
& fn_transmit_2(fn_cell_communication_with_neurotransmitter_5(X)) = fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_neurotransmitter_15(X))
& fn_ligand_binding_3(fn_cell_communication_with_neurotransmitter_17(X)) = fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_neurotransmitter_15(X))
& fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_neurotransmitter_15(X)) = fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_neurotransmitter_15(X))
& fn_cell_signaling_with_plasma_membrane_receptor_11(fn_cell_communication_with_neurotransmitter_15(X)) = fn_ligand_binding_3(fn_cell_communication_with_neurotransmitter_17(X))
& fn_ligand_binding_3(fn_cell_communication_with_neurotransmitter_17(X)) = fn_ligand_binding_3(fn_cell_communication_with_neurotransmitter_17(X))
& fn_ligand_binding_3(fn_cell_communication_with_neurotransmitter_17(X)) = fn_signal_generation_5(fn_cell_communication_with_neurotransmitter_14(X))
& fn_signal_generation_5(fn_cell_communication_with_neurotransmitter_14(X)) = fn_signal_generation_5(fn_cell_communication_with_neurotransmitter_14(X))
& fn_cell_communication_4(X) = fn_signal_generation_5(fn_cell_communication_with_neurotransmitter_14(X))
& fn_signal_generation_5(fn_cell_communication_with_neurotransmitter_14(X)) = fn_cell_communication_4(X) ) ) ).
fof(a528166,axiom,
! [X] :
( cell_communication_with_nuclear_signal_leading_to_apoptosis_1(X)
=> ( original_name_2(X,'Cell-Communication-With-Nuclear-Signal-Leading-To-Apoptosis')
& user_description_2(X,'Series of events which leads to programmed cell death (apoptosis) in a cell; in this case, the signal for apoptosis is generated internally by the nucleus.')
& concept2words_2(X,'communicate a death signal')
& concept2words_2(X,'cell communication with nuclear signal leading to apoptosis')
& concept2words_2(X,'cell-communication-with-nuclear-signal-leading-to-apoptosis')
& intracellular_process_1(X)
& cell_communication_leading_to_apoptosis_1(X)
& irreparable_dna_damage_1(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_1(X))
& eukaryotic_cell_1(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_2(X))
& tangible_entity_1(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_3(X))
& nucleus_1(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_3(X))
& eukaryotic_cell_1(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_4(X))
& cell_1(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_4(X))
& signal_generation_1(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_5(X))
& cell_signaling_1(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_6(X))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_4(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_4(X)))
& cell_1(fn_signal_generation_4(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_5(X)))
& has_state_2(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_4(X),fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_2(X))
& site_2(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_5(X),fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_3(X))
& causes_2(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_1(X),fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_5(X))
& site_2(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_1(X),fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_3(X))
& base_2(X,fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_4(X))
& has_part_2(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_4(X),fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_3(X))
& object_2(X,fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_4(X))
& base_2(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_6(X),fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_4(X))
& first_subevent_2(X,fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_5(X))
& subevent_2(X,fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_5(X))
& agent_2(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_5(X),fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_4(X))
& agent_2(X,fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_4(X))
& subevent_2(X,fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_6(X))
& base_2(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_5(X),fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_4(X))
& fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_4(X) = fn_intracellular_process_1(X)
& fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_3(X) = fn_eukaryotic_cell_26(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_4(X))
& fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_6(X) = fn_cell_communication_leading_to_apoptosis_6(X)
& fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_4(X) = fn_cell_communication_leading_to_apoptosis_4(X)
& fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_6(X) = fn_cell_communication_2(X)
& fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_4(X) = fn_cell_communication_3(X)
& fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_5(X) = fn_cell_communication_5(X)
& fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_4(X) = fn_signal_generation_4(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_5(X))
& fn_cell_communication_leading_to_apoptosis_6(X) = fn_cell_communication_2(X)
& fn_cell_communication_2(X) = fn_intracellular_process_1(X)
& fn_intracellular_process_1(X) = fn_cell_communication_leading_to_apoptosis_4(X)
& fn_cell_communication_leading_to_apoptosis_4(X) = fn_cell_communication_leading_to_apoptosis_4(X)
& fn_cell_communication_leading_to_apoptosis_4(X) = fn_cell_communication_3(X)
& fn_cell_communication_3(X) = fn_cell_communication_3(X)
& fn_signal_generation_4(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_5(X)) = fn_cell_communication_3(X)
& fn_cell_communication_3(X) = fn_signal_generation_4(fn_cell_communication_with_nuclear_signal_leading_to_apoptosis_5(X)) ) ) ).
fof(a528167,axiom,
! [X] :
( cell_communication_with_steroid_hormone_1(X)
=> ( original_name_2(X,'Cell-Communication-With-Steroid-Hormone')
& user_description_2(X,'The process of cellular communication in animals in which the signal molecule is a steroid hormone.')
& concept2words_2(X,'endocrine signaling with steroid hormone')
& concept2words_2(X,communicate)
& concept2words_2(X,'cell communication with steroid hormone')
& concept2words_2(X,'cell-communication-with-steroid-hormone')
& cell_communication_with_endocrine_hormone_1(X)
& time_interval_1(fn_cell_communication_with_steroid_hormone_1(X))
& time_interval_1(fn_cell_communication_with_steroid_hormone_2(X))
& time_interval_1(fn_cell_communication_with_steroid_hormone_3(X))
& signal_reception_1(fn_cell_communication_with_steroid_hormone_4(X))
& move_1(fn_cell_communication_with_steroid_hormone_5(X))
& move_into_1(fn_cell_communication_with_steroid_hormone_5(X))
& spatial_entity_1(fn_cell_communication_with_steroid_hormone_6(X))
& polymer_1(fn_cell_communication_with_steroid_hormone_6(X))
& receptor_protein_1(fn_cell_communication_with_steroid_hormone_6(X))
& intracellular_receptor_1(fn_cell_communication_with_steroid_hormone_6(X))
& ligand_binding_1(fn_cell_communication_with_steroid_hormone_7(X))
& transmit_1(fn_cell_communication_with_steroid_hormone_8(X))
& signal_1(fn_cell_communication_with_steroid_hormone_9(X))
& monomer_1(fn_cell_communication_with_steroid_hormone_10(X))
& monomer_1(fn_cell_communication_with_steroid_hormone_11(X))
& move_1(fn_cell_communication_with_steroid_hormone_12(X))
& biological_region_1(fn_cell_communication_with_steroid_hormone_13(X))
& tangible_entity_1(fn_cell_communication_with_steroid_hormone_14(X))
& cell_1(fn_cell_communication_with_steroid_hormone_14(X))
& animal_cell_1(fn_cell_communication_with_steroid_hormone_14(X))
& steroid_hormone_1(fn_cell_communication_with_steroid_hormone_15(X))
& cell_signaling_1(fn_cell_communication_with_steroid_hormone_16(X))
& cell_signaling_with_intracellular_receptor_1(fn_cell_communication_with_steroid_hormone_16(X))
& signal_generation_1(fn_cell_communication_with_steroid_hormone_17(X))
& tangible_entity_1(fn_cell_communication_with_steroid_hormone_18(X))
& living_entity_1(fn_cell_communication_with_steroid_hormone_18(X))
& cell_1(fn_cell_communication_with_steroid_hormone_18(X))
& endocrine_cell_1(fn_cell_communication_with_steroid_hormone_18(X))
& medium_1(fn_cell_communication_with_steroid_hormone_19(X))
& signal_transmission_1(fn_cell_communication_with_steroid_hormone_20(X))
& synthesis_reaction_1(fn_cell_communication_with_steroid_hormone_21(X))
& chemical_reaction_1(fn_cell_communication_with_steroid_hormone_21(X))
& secretion_1(fn_cell_communication_with_steroid_hormone_22(X))
& monomer_1(fn_signal_reception_8(fn_cell_communication_with_steroid_hormone_4(X)))
& monomer_1(fn_signal_reception_7(fn_cell_communication_with_steroid_hormone_4(X)))
& move_into_1(fn_cell_signaling_with_intracellular_receptor_10(fn_cell_communication_with_steroid_hormone_16(X)))
& signal_reception_1(fn_cell_signaling_with_intracellular_receptor_13(fn_cell_communication_with_steroid_hormone_16(X)))
& tangible_entity_1(fn_cell_signaling_with_intracellular_receptor_15(fn_cell_communication_with_steroid_hormone_16(X)))
& cell_1(fn_cell_signaling_with_intracellular_receptor_15(fn_cell_communication_with_steroid_hormone_16(X)))
& tangible_entity_1(fn_medium_1(fn_cell_communication_with_steroid_hormone_19(X)))
& signal_1(fn_transmit_1(fn_cell_communication_with_steroid_hormone_8(X)))
& signal_1(fn_signal_reception_1(fn_cell_communication_with_steroid_hormone_4(X)))
& spatial_entity_1(fn_move_1(fn_cell_communication_with_steroid_hormone_8(X)))
& spatial_entity_1(fn_move_1(fn_cell_communication_with_steroid_hormone_5(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_cell_communication_with_steroid_hormone_21(X)))
& chemical_entity_1(fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_steroid_hormone_16(X)))
& chemical_entity_1(fn_signal_reception_5(fn_cell_communication_with_steroid_hormone_4(X)))
& ligand_binding_1(fn_signal_reception_6(fn_cell_communication_with_steroid_hormone_4(X)))
& ligand_binding_1(fn_cell_signaling_with_intracellular_receptor_9(fn_cell_communication_with_steroid_hormone_16(X)))
& spatial_entity_1(fn_signal_reception_4(fn_cell_communication_with_steroid_hormone_4(X)))
& polymer_1(fn_signal_reception_4(fn_cell_communication_with_steroid_hormone_4(X)))
& receptor_protein_1(fn_signal_reception_4(fn_cell_communication_with_steroid_hormone_4(X)))
& intracellular_receptor_1(fn_cell_signaling_with_intracellular_receptor_14(fn_cell_communication_with_steroid_hormone_16(X)))
& time_during_2(fn_cell_communication_with_steroid_hormone_20(X),fn_cell_communication_with_steroid_hormone_2(X))
& time_during_2(fn_cell_communication_with_steroid_hormone_17(X),fn_cell_communication_with_steroid_hormone_3(X))
& time_during_2(fn_cell_communication_with_steroid_hormone_16(X),fn_cell_communication_with_steroid_hormone_1(X))
& time_before_2(fn_cell_communication_with_steroid_hormone_3(X),fn_cell_communication_with_steroid_hormone_2(X))
& time_before_2(fn_cell_communication_with_steroid_hormone_2(X),fn_cell_communication_with_steroid_hormone_1(X))
& object_2(fn_cell_communication_with_steroid_hormone_8(X),fn_cell_communication_with_steroid_hormone_15(X))
& plays_2(fn_cell_communication_with_steroid_hormone_18(X),fn_cell_communication_with_steroid_hormone_19(X))
& in_event_2(fn_cell_communication_with_steroid_hormone_9(X),fn_cell_communication_with_steroid_hormone_8(X))
& base_2(fn_cell_communication_with_steroid_hormone_16(X),fn_cell_communication_with_steroid_hormone_14(X))
& instrument_2(X,fn_cell_communication_with_steroid_hormone_15(X))
& result_2(fn_cell_communication_with_steroid_hormone_17(X),fn_cell_communication_with_steroid_hormone_15(X))
& object_2(fn_cell_communication_with_steroid_hormone_12(X),fn_cell_communication_with_steroid_hormone_15(X))
& subevent_2(X,fn_cell_communication_with_steroid_hormone_16(X))
& next_event_2(fn_cell_communication_with_steroid_hormone_20(X),fn_cell_communication_with_steroid_hormone_16(X))
& object_2(fn_cell_communication_with_steroid_hormone_20(X),fn_cell_communication_with_steroid_hormone_15(X))
& object_2(fn_cell_communication_with_steroid_hormone_22(X),fn_cell_communication_with_steroid_hormone_15(X))
& next_event_2(fn_cell_communication_with_steroid_hormone_21(X),fn_cell_communication_with_steroid_hormone_22(X))
& subevent_2(fn_cell_communication_with_steroid_hormone_17(X),fn_cell_communication_with_steroid_hormone_21(X))
& agent_2(fn_cell_communication_with_steroid_hormone_17(X),fn_cell_communication_with_steroid_hormone_18(X))
& object_2(X,fn_cell_communication_with_steroid_hormone_14(X))
& first_subevent_2(X,fn_cell_communication_with_steroid_hormone_17(X))
& next_event_2(fn_cell_communication_with_steroid_hormone_17(X),fn_cell_communication_with_steroid_hormone_20(X))
& by_means_of_2(fn_cell_communication_with_steroid_hormone_20(X),fn_cell_communication_with_steroid_hormone_12(X))
& destination_2(fn_cell_communication_with_steroid_hormone_20(X),fn_cell_communication_with_steroid_hormone_14(X))
& origin_2(fn_cell_communication_with_steroid_hormone_20(X),fn_cell_communication_with_steroid_hormone_13(X))
& is_outside_2(fn_cell_communication_with_steroid_hormone_13(X),fn_cell_communication_with_steroid_hormone_18(X))
& agent_2(X,fn_cell_communication_with_steroid_hormone_18(X))
& subevent_2(X,fn_cell_communication_with_steroid_hormone_20(X))
& subevent_2(X,fn_cell_communication_with_steroid_hormone_17(X))
& subevent_2(fn_cell_communication_with_steroid_hormone_17(X),fn_cell_communication_with_steroid_hormone_22(X))
& base_2(fn_cell_communication_with_steroid_hormone_22(X),fn_cell_communication_with_steroid_hormone_18(X))
& fn_cell_communication_with_steroid_hormone_14(X) != fn_cell_communication_with_steroid_hormone_18(X)
& fn_cell_communication_with_steroid_hormone_18(X) != fn_cell_communication_with_steroid_hormone_14(X)
& plays_2(fn_cell_communication_with_steroid_hormone_15(X),fn_cell_communication_with_steroid_hormone_9(X))
& subevent_2(fn_cell_communication_with_steroid_hormone_4(X),fn_cell_communication_with_steroid_hormone_5(X))
& has_function_2(fn_cell_communication_with_steroid_hormone_6(X),fn_cell_communication_with_steroid_hormone_4(X))
& base_2(fn_cell_communication_with_steroid_hormone_7(X),fn_cell_communication_with_steroid_hormone_6(X))
& subevent_2(fn_cell_communication_with_steroid_hormone_4(X),fn_cell_communication_with_steroid_hormone_7(X))
& subevent_2(fn_cell_communication_with_steroid_hormone_16(X),fn_cell_communication_with_steroid_hormone_4(X))
& next_event_2(fn_cell_communication_with_steroid_hormone_5(X),fn_cell_communication_with_steroid_hormone_7(X))
& first_subevent_2(fn_cell_communication_with_steroid_hormone_4(X),fn_cell_communication_with_steroid_hormone_5(X))
& first_subevent_2(fn_cell_communication_with_steroid_hormone_16(X),fn_cell_communication_with_steroid_hormone_4(X))
& instrument_2(fn_cell_communication_with_steroid_hormone_4(X),fn_cell_communication_with_steroid_hormone_6(X))
& fn_cell_communication_with_steroid_hormone_15(X) != fn_cell_communication_with_steroid_hormone_11(X)
& complement_2(fn_cell_communication_with_steroid_hormone_6(X),fn_cell_communication_with_steroid_hormone_15(X))
& has_function_2(fn_cell_communication_with_steroid_hormone_15(X),fn_cell_communication_with_steroid_hormone_7(X))
& fn_cell_communication_with_steroid_hormone_11(X) != fn_cell_communication_with_steroid_hormone_15(X)
& has_part_2(fn_cell_communication_with_steroid_hormone_6(X),fn_cell_communication_with_steroid_hormone_11(X))
& complement_2(fn_cell_communication_with_steroid_hormone_15(X),fn_cell_communication_with_steroid_hormone_6(X))
& object_2(fn_cell_communication_with_steroid_hormone_4(X),fn_cell_communication_with_steroid_hormone_15(X))
& has_part_2(fn_cell_communication_with_steroid_hormone_6(X),fn_cell_communication_with_steroid_hormone_10(X))
& object_2(fn_cell_communication_with_steroid_hormone_7(X),fn_cell_communication_with_steroid_hormone_15(X))
& fn_cell_communication_with_steroid_hormone_15(X) != fn_cell_communication_with_steroid_hormone_10(X)
& fn_cell_communication_with_steroid_hormone_10(X) != fn_cell_communication_with_steroid_hormone_15(X)
& agent_2(fn_cell_communication_with_steroid_hormone_16(X),fn_cell_communication_with_steroid_hormone_15(X))
& result_2(fn_cell_communication_with_steroid_hormone_21(X),fn_cell_communication_with_steroid_hormone_15(X))
& object_2(fn_cell_communication_with_steroid_hormone_5(X),fn_cell_communication_with_steroid_hormone_15(X))
& fn_cell_communication_with_steroid_hormone_15(X) = fn_move_1(fn_cell_communication_with_steroid_hormone_8(X))
& fn_cell_communication_with_steroid_hormone_18(X) = fn_medium_1(fn_cell_communication_with_steroid_hormone_19(X))
& fn_cell_communication_with_steroid_hormone_9(X) = fn_transmit_1(fn_cell_communication_with_steroid_hormone_8(X))
& fn_cell_communication_with_steroid_hormone_14(X) = fn_cell_signaling_with_intracellular_receptor_15(fn_cell_communication_with_steroid_hormone_16(X))
& fn_cell_communication_with_steroid_hormone_15(X) = fn_cell_communication_with_endocrine_hormone_11(X)
& fn_cell_communication_with_steroid_hormone_16(X) = fn_cell_communication_with_endocrine_hormone_13(X)
& fn_cell_communication_with_steroid_hormone_21(X) = fn_long_distance_cell_communication_7(X)
& fn_cell_communication_with_steroid_hormone_17(X) = fn_long_distance_cell_communication_3(X)
& fn_cell_communication_with_steroid_hormone_12(X) = fn_cell_communication_with_endocrine_hormone_8(X)
& fn_cell_communication_with_steroid_hormone_13(X) = fn_cell_communication_with_endocrine_hormone_4(X)
& fn_cell_communication_with_steroid_hormone_20(X) = fn_cell_communication_with_endocrine_hormone_14(X)
& fn_cell_communication_with_steroid_hormone_14(X) = fn_cell_communication_with_endocrine_hormone_16(X)
& fn_cell_communication_with_steroid_hormone_22(X) = fn_long_distance_cell_communication_6(X)
& fn_cell_communication_with_steroid_hormone_18(X) = fn_long_distance_cell_communication_4(X)
& fn_cell_communication_with_steroid_hormone_18(X) = fn_cell_communication_with_endocrine_hormone_12(X)
& fn_cell_communication_with_steroid_hormone_22(X) = fn_cell_communication_with_endocrine_hormone_5(X)
& fn_cell_communication_with_steroid_hormone_17(X) = fn_cell_communication_with_endocrine_hormone_10(X)
& fn_cell_communication_with_steroid_hormone_9(X) = fn_signal_reception_1(fn_cell_communication_with_steroid_hormone_4(X))
& fn_cell_communication_with_steroid_hormone_15(X) = fn_move_1(fn_cell_communication_with_steroid_hormone_5(X))
& fn_cell_communication_with_steroid_hormone_15(X) = fn_chemical_reaction_1(fn_cell_communication_with_steroid_hormone_21(X))
& fn_cell_communication_with_steroid_hormone_11(X) = fn_signal_reception_8(fn_cell_communication_with_steroid_hormone_4(X))
& fn_cell_communication_with_steroid_hormone_15(X) = fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_steroid_hormone_16(X))
& fn_cell_communication_with_steroid_hormone_10(X) = fn_signal_reception_7(fn_cell_communication_with_steroid_hormone_4(X))
& fn_cell_communication_with_steroid_hormone_15(X) = fn_signal_reception_5(fn_cell_communication_with_steroid_hormone_4(X))
& fn_cell_communication_with_steroid_hormone_7(X) = fn_signal_reception_6(fn_cell_communication_with_steroid_hormone_4(X))
& fn_cell_communication_with_steroid_hormone_7(X) = fn_cell_signaling_with_intracellular_receptor_9(fn_cell_communication_with_steroid_hormone_16(X))
& fn_cell_communication_with_steroid_hormone_5(X) = fn_cell_signaling_with_intracellular_receptor_10(fn_cell_communication_with_steroid_hormone_16(X))
& fn_cell_communication_with_steroid_hormone_6(X) = fn_signal_reception_4(fn_cell_communication_with_steroid_hormone_4(X))
& fn_cell_communication_with_steroid_hormone_4(X) = fn_cell_signaling_with_intracellular_receptor_13(fn_cell_communication_with_steroid_hormone_16(X))
& fn_cell_communication_with_steroid_hormone_6(X) = fn_cell_signaling_with_intracellular_receptor_14(fn_cell_communication_with_steroid_hormone_16(X))
& fn_cell_signaling_with_intracellular_receptor_15(fn_cell_communication_with_steroid_hormone_16(X)) = fn_cell_communication_with_endocrine_hormone_16(X)
& fn_cell_communication_with_endocrine_hormone_16(X) = fn_cell_communication_with_endocrine_hormone_16(X)
& fn_cell_communication_with_endocrine_hormone_16(X) = fn_medium_1(fn_cell_communication_with_steroid_hormone_19(X))
& fn_medium_1(fn_cell_communication_with_steroid_hormone_19(X)) = fn_long_distance_cell_communication_4(X)
& fn_long_distance_cell_communication_4(X) = fn_long_distance_cell_communication_4(X)
& fn_cell_communication_with_endocrine_hormone_12(X) = fn_cell_communication_with_endocrine_hormone_12(X)
& fn_cell_communication_with_endocrine_hormone_12(X) = fn_long_distance_cell_communication_4(X)
& fn_long_distance_cell_communication_4(X) = fn_cell_communication_with_endocrine_hormone_12(X)
& fn_cell_communication_with_endocrine_hormone_12(X) = fn_cell_communication_with_endocrine_hormone_5(X)
& fn_cell_communication_with_endocrine_hormone_5(X) = fn_long_distance_cell_communication_6(X)
& fn_long_distance_cell_communication_6(X) = fn_long_distance_cell_communication_6(X)
& fn_long_distance_cell_communication_6(X) = fn_cell_communication_with_endocrine_hormone_5(X)
& fn_cell_communication_with_endocrine_hormone_5(X) = fn_cell_communication_with_endocrine_hormone_5(X)
& fn_cell_communication_with_endocrine_hormone_5(X) = fn_cell_communication_with_endocrine_hormone_10(X)
& fn_cell_communication_with_endocrine_hormone_10(X) = fn_long_distance_cell_communication_3(X)
& fn_long_distance_cell_communication_3(X) = fn_long_distance_cell_communication_3(X)
& fn_long_distance_cell_communication_3(X) = fn_cell_communication_with_endocrine_hormone_10(X)
& fn_cell_communication_with_endocrine_hormone_10(X) = fn_cell_communication_with_endocrine_hormone_10(X)
& fn_cell_communication_with_endocrine_hormone_10(X) = fn_transmit_1(fn_cell_communication_with_steroid_hormone_8(X))
& fn_transmit_1(fn_cell_communication_with_steroid_hormone_8(X)) = fn_signal_reception_1(fn_cell_communication_with_steroid_hormone_4(X))
& fn_signal_reception_1(fn_cell_communication_with_steroid_hormone_4(X)) = fn_move_1(fn_cell_communication_with_steroid_hormone_8(X))
& fn_move_1(fn_cell_communication_with_steroid_hormone_8(X)) = fn_cell_communication_with_endocrine_hormone_11(X)
& fn_cell_communication_with_endocrine_hormone_11(X) = fn_cell_communication_with_endocrine_hormone_11(X)
& fn_cell_communication_with_endocrine_hormone_11(X) = fn_move_1(fn_cell_communication_with_steroid_hormone_5(X))
& fn_move_1(fn_cell_communication_with_steroid_hormone_5(X)) = fn_move_1(fn_cell_communication_with_steroid_hormone_8(X))
& fn_move_1(fn_cell_communication_with_steroid_hormone_8(X)) = fn_move_1(fn_cell_communication_with_steroid_hormone_5(X))
& fn_move_1(fn_cell_communication_with_steroid_hormone_5(X)) = fn_chemical_reaction_1(fn_cell_communication_with_steroid_hormone_21(X))
& fn_chemical_reaction_1(fn_cell_communication_with_steroid_hormone_21(X)) = fn_chemical_reaction_1(fn_cell_communication_with_steroid_hormone_21(X))
& fn_chemical_reaction_1(fn_cell_communication_with_steroid_hormone_21(X)) = fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_steroid_hormone_16(X))
& fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_steroid_hormone_16(X)) = fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_steroid_hormone_16(X))
& fn_signal_reception_5(fn_cell_communication_with_steroid_hormone_4(X)) = fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_steroid_hormone_16(X))
& fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_steroid_hormone_16(X)) = fn_signal_reception_5(fn_cell_communication_with_steroid_hormone_4(X))
& fn_signal_reception_5(fn_cell_communication_with_steroid_hormone_4(X)) = fn_signal_reception_5(fn_cell_communication_with_steroid_hormone_4(X))
& fn_signal_reception_5(fn_cell_communication_with_steroid_hormone_4(X)) = fn_signal_reception_6(fn_cell_communication_with_steroid_hormone_4(X))
& fn_signal_reception_6(fn_cell_communication_with_steroid_hormone_4(X)) = fn_signal_reception_6(fn_cell_communication_with_steroid_hormone_4(X))
& fn_cell_signaling_with_intracellular_receptor_9(fn_cell_communication_with_steroid_hormone_16(X)) = fn_signal_reception_6(fn_cell_communication_with_steroid_hormone_4(X))
& fn_signal_reception_6(fn_cell_communication_with_steroid_hormone_4(X)) = fn_cell_signaling_with_intracellular_receptor_9(fn_cell_communication_with_steroid_hormone_16(X))
& fn_cell_signaling_with_intracellular_receptor_9(fn_cell_communication_with_steroid_hormone_16(X)) = fn_cell_signaling_with_intracellular_receptor_9(fn_cell_communication_with_steroid_hormone_16(X))
& fn_cell_signaling_with_intracellular_receptor_9(fn_cell_communication_with_steroid_hormone_16(X)) = fn_signal_reception_4(fn_cell_communication_with_steroid_hormone_4(X))
& fn_signal_reception_4(fn_cell_communication_with_steroid_hormone_4(X)) = fn_signal_reception_4(fn_cell_communication_with_steroid_hormone_4(X))
& fn_cell_signaling_with_intracellular_receptor_14(fn_cell_communication_with_steroid_hormone_16(X)) = fn_signal_reception_4(fn_cell_communication_with_steroid_hormone_4(X))
& fn_signal_reception_4(fn_cell_communication_with_steroid_hormone_4(X)) = fn_cell_signaling_with_intracellular_receptor_14(fn_cell_communication_with_steroid_hormone_16(X)) ) ) ).
fof(a528168,axiom,
! [X] :
( cell_communication_with_testosterone_1(X)
=> ( original_name_2(X,'Cell-Communication-With-Testosterone')
& user_description_2(X,'The process of cellular communication in animals in which the signal molecule is testosterone.')
& concept2words_2(X,'endocrine signaling with testosterone')
& concept2words_2(X,communicate)
& concept2words_2(X,'cell communication with testosterone')
& concept2words_2(X,'cell-communication-with-testosterone')
& cell_communication_with_steroid_hormone_1(X)
& molecular_assembly_1(fn_cell_communication_with_testosterone_1(X))
& molecular_assembly_1(fn_cell_communication_with_testosterone_2(X))
& time_interval_1(fn_cell_communication_with_testosterone_3(X))
& time_interval_1(fn_cell_communication_with_testosterone_4(X))
& signal_generation_1(fn_cell_communication_with_testosterone_5(X))
& target_cell_1(fn_cell_communication_with_testosterone_6(X))
& secretion_1(fn_cell_communication_with_testosterone_7(X))
& synthesis_reaction_1(fn_cell_communication_with_testosterone_8(X))
& chemical_reaction_1(fn_cell_communication_with_testosterone_8(X))
& monomer_1(fn_cell_communication_with_testosterone_9(X))
& monomer_1(fn_cell_communication_with_testosterone_10(X))
& signal_transduction_with_testosterone_1(fn_cell_communication_with_testosterone_11(X))
& signal_transduction_1(fn_cell_communication_with_testosterone_11(X))
& signal_reception_with_testosterone_1(fn_cell_communication_with_testosterone_12(X))
& signal_reception_1(fn_cell_communication_with_testosterone_12(X))
& lumen_1(fn_cell_communication_with_testosterone_13(X))
& release_1(fn_cell_communication_with_testosterone_14(X))
& living_entity_1(fn_cell_communication_with_testosterone_15(X))
& atom_1(fn_cell_communication_with_testosterone_16(X))
& chemical_entity_1(fn_cell_communication_with_testosterone_16(X))
& carbon_1(fn_cell_communication_with_testosterone_16(X))
& carbon_skeleton_1(fn_cell_communication_with_testosterone_17(X))
& activate_1(fn_cell_communication_with_testosterone_18(X))
& testosterone_receptor_1(fn_cell_communication_with_testosterone_19(X))
& entity_1(fn_cell_communication_with_testosterone_20(X))
& spatial_entity_1(fn_cell_communication_with_testosterone_20(X))
& polymer_1(fn_cell_communication_with_testosterone_20(X))
& receptor_protein_1(fn_cell_communication_with_testosterone_20(X))
& intracellular_receptor_1(fn_cell_communication_with_testosterone_20(X))
& testosterone_receptor_1(fn_cell_communication_with_testosterone_20(X))
& protein_1(fn_cell_communication_with_testosterone_20(X))
& size_value_1(fn_cell_communication_with_testosterone_21(X))
& mrna_1(fn_cell_communication_with_testosterone_22(X))
& transcription_1(fn_cell_communication_with_testosterone_23(X))
& blood_1(fn_cell_communication_with_testosterone_24(X))
& entity_1(fn_cell_communication_with_testosterone_25(X))
& tangible_entity_1(fn_cell_communication_with_testosterone_25(X))
& chemical_entity_1(fn_cell_communication_with_testosterone_25(X))
& steroid_hormone_1(fn_cell_communication_with_testosterone_25(X))
& steroid_1(fn_cell_communication_with_testosterone_25(X))
& hormone_1(fn_cell_communication_with_testosterone_25(X))
& testosterone_1(fn_cell_communication_with_testosterone_25(X))
& cellular_response_1(fn_cell_communication_with_testosterone_26(X))
& produce_1(fn_cell_communication_with_testosterone_27(X))
& move_1(fn_cell_communication_with_testosterone_28(X))
& transmit_1(fn_cell_communication_with_testosterone_29(X))
& signal_1(fn_cell_communication_with_testosterone_30(X))
& chemical_messenger_1(fn_cell_communication_with_testosterone_30(X))
& blood_vessel_1(fn_cell_communication_with_testosterone_31(X))
& sex_linked_gene_1(fn_cell_communication_with_testosterone_32(X))
& gene_related_aggregates_1(fn_cell_communication_with_testosterone_33(X))
& genome_1(fn_cell_communication_with_testosterone_33(X))
& tangible_entity_1(fn_cell_communication_with_testosterone_34(X))
& living_entity_1(fn_cell_communication_with_testosterone_34(X))
& endocrine_cell_1(fn_cell_communication_with_testosterone_34(X))
& cell_1(fn_cell_communication_with_testosterone_34(X))
& tangible_entity_1(fn_cell_communication_with_testosterone_35(X))
& cell_1(fn_cell_communication_with_testosterone_35(X))
& animal_cell_1(fn_cell_communication_with_testosterone_35(X))
& signal_transmission_1(fn_cell_communication_with_testosterone_36(X))
& sex_linked_gene_1(fn_cell_communication_with_testosterone_38(X))
& attach_1(fn_cell_communication_with_testosterone_39(X))
& ligand_binding_1(fn_cell_communication_with_testosterone_39(X))
& move_into_1(fn_cell_communication_with_testosterone_40(X))
& cell_signaling_1(fn_cell_communication_with_testosterone_41(X))
& cell_signaling_with_intracellular_receptor_1(fn_cell_communication_with_testosterone_41(X))
& attach_1(fn_cell_communication_with_testosterone_42(X))
& transcription_unit_1(fn_cell_communication_with_testosterone_43(X))
& tangible_entity_1(fn_release_2(fn_cell_communication_with_testosterone_14(X)))
& transcription_factor_1(fn_transcription_6(fn_cell_communication_with_testosterone_23(X)))
& lumen_1(fn_blood_vessel_1(fn_cell_communication_with_testosterone_31(X)))
& transcription_unit_1(fn_transcription_19(fn_cell_communication_with_testosterone_23(X)))
& property_node_1(fn_signal_reception_with_testosterone_3(fn_cell_communication_with_testosterone_12(X)))
& size_value_1(fn_signal_reception_with_testosterone_23(fn_cell_communication_with_testosterone_12(X)))
& gene_1(fn_gene_related_aggregates_1(fn_cell_communication_with_testosterone_33(X)))
& genome_1(fn_cell_24(fn_cell_communication_with_testosterone_34(X)))
& attach_1(fn_signal_transduction_with_testosterone_11(fn_cell_communication_with_testosterone_11(X)))
& cellular_response_1(fn_cell_signaling_with_intracellular_receptor_5(fn_cell_communication_with_testosterone_41(X)))
& signal_transduction_1(fn_cell_signaling_with_intracellular_receptor_6(fn_cell_communication_with_testosterone_41(X)))
& signal_reception_1(fn_cell_signaling_with_intracellular_receptor_13(fn_cell_communication_with_testosterone_41(X)))
& rna_1(fn_synthesis_of_rna_8(fn_cell_communication_with_testosterone_23(X)))
& rna_1(fn_transcription_21(fn_cell_communication_with_testosterone_23(X)))
& blood_1(fn_blood_vessel_2(fn_cell_communication_with_testosterone_31(X)))
& blood_1(fn_signal_reception_with_testosterone_1(fn_cell_communication_with_testosterone_12(X)))
& monomer_1(fn_signal_reception_with_testosterone_7(fn_cell_communication_with_testosterone_12(X)))
& monomer_1(fn_signal_reception_with_testosterone_8(fn_cell_communication_with_testosterone_12(X)))
& attach_1(fn_signal_reception_with_testosterone_9(fn_cell_communication_with_testosterone_12(X)))
& ligand_binding_1(fn_signal_reception_with_testosterone_9(fn_cell_communication_with_testosterone_12(X)))
& ligand_binding_1(fn_cell_signaling_with_intracellular_receptor_9(fn_cell_communication_with_testosterone_41(X)))
& move_into_1(fn_signal_reception_with_testosterone_11(fn_cell_communication_with_testosterone_12(X)))
& move_into_1(fn_cell_signaling_with_intracellular_receptor_10(fn_cell_communication_with_testosterone_41(X)))
& gene_1(fn_transcription_13(fn_cell_communication_with_testosterone_23(X)))
& spatial_entity_1(fn_attach_2(fn_cell_communication_with_testosterone_42(X)))
& entity_1(fn_make_accessible_1(fn_cell_communication_with_testosterone_18(X)))
& intracellular_receptor_1(fn_cell_signaling_with_intracellular_receptor_14(fn_cell_communication_with_testosterone_41(X)))
& testosterone_receptor_1(fn_signal_reception_with_testosterone_12(fn_cell_communication_with_testosterone_12(X)))
& protein_1(fn_cellular_response_1(fn_cell_communication_with_testosterone_26(X)))
& cell_1(fn_transcription_22(fn_cell_communication_with_testosterone_23(X)))
& tangible_entity_1(fn_cell_signaling_with_intracellular_receptor_15(fn_cell_communication_with_testosterone_41(X)))
& cell_1(fn_cell_signaling_with_intracellular_receptor_15(fn_cell_communication_with_testosterone_41(X)))
& tangible_entity_1(fn_signal_reception_with_testosterone_10(fn_cell_communication_with_testosterone_12(X)))
& cell_1(fn_signal_reception_with_testosterone_10(fn_cell_communication_with_testosterone_12(X)))
& animal_cell_1(fn_signal_reception_with_testosterone_10(fn_cell_communication_with_testosterone_12(X)))
& cell_1(fn_signal_transduction_with_testosterone_12(fn_cell_communication_with_testosterone_11(X)))
& animal_cell_1(fn_signal_transduction_with_testosterone_12(fn_cell_communication_with_testosterone_11(X)))
& signal_1(fn_transmit_1(fn_cell_communication_with_testosterone_29(X)))
& chemical_messenger_1(fn_hormone_4(fn_cell_communication_with_testosterone_25(X)))
& carbon_skeleton_1(fn_hormone_1(fn_cell_communication_with_testosterone_25(X)))
& carbon_skeleton_1(fn_testosterone_9(fn_cell_communication_with_testosterone_25(X)))
& chemical_entity_1(fn_steroid_12(fn_cell_communication_with_testosterone_25(X)))
& atom_1(fn_steroid_12(fn_cell_communication_with_testosterone_25(X)))
& atom_1(fn_testosterone_12(fn_cell_communication_with_testosterone_25(X)))
& chemical_entity_1(fn_testosterone_12(fn_cell_communication_with_testosterone_25(X)))
& carbon_1(fn_hormone_2(fn_cell_communication_with_testosterone_25(X)))
& carbon_1(fn_testosterone_14(fn_cell_communication_with_testosterone_25(X)))
& entity_1(fn_create_1(fn_cell_communication_with_testosterone_27(X)))
& tangible_entity_1(fn_release_1(fn_cell_communication_with_testosterone_14(X)))
& tangible_entity_1(fn_transmit_2(fn_cell_communication_with_testosterone_29(X)))
& chemical_entity_1(fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_testosterone_41(X)))
& testosterone_1(fn_signal_reception_with_testosterone_13(fn_cell_communication_with_testosterone_12(X)))
& time_during_2(fn_cell_communication_with_testosterone_14(X),fn_cell_communication_with_testosterone_3(X))
& result_2(fn_cell_communication_with_testosterone_18(X),fn_cell_communication_with_testosterone_19(X))
& element_2(fn_cell_communication_with_testosterone_1(X),fn_cell_communication_with_testosterone_19(X))
& has_state_2(fn_cell_communication_with_testosterone_20(X),fn_cell_communication_with_testosterone_19(X))
& has_state_2(fn_cell_communication_with_testosterone_2(X),fn_cell_communication_with_testosterone_1(X))
& element_2(fn_cell_communication_with_testosterone_2(X),fn_cell_communication_with_testosterone_20(X))
& the_scalar_value_2(fn_cell_communication_with_testosterone_21(X),big_0)
& scalar_unit_class_2(fn_cell_communication_with_testosterone_21(X),polypeptide_0)
& is_inside_2(fn_cell_communication_with_testosterone_25(X),fn_cell_communication_with_testosterone_15(X))
& subevent_2(fn_cell_communication_with_testosterone_26(X),fn_cell_communication_with_testosterone_23(X))
& agent_2(fn_cell_communication_with_testosterone_26(X),fn_cell_communication_with_testosterone_35(X))
& next_event_2(fn_cell_communication_with_testosterone_27(X),fn_cell_communication_with_testosterone_14(X))
& time_during_2(fn_cell_communication_with_testosterone_27(X),fn_cell_communication_with_testosterone_4(X))
& instrument_2(fn_cell_communication_with_testosterone_28(X),fn_cell_communication_with_testosterone_24(X))
& path_2(fn_cell_communication_with_testosterone_28(X),fn_cell_communication_with_testosterone_31(X))
& has_part_2(fn_cell_communication_with_testosterone_35(X),fn_cell_communication_with_testosterone_1(X))
& subevent_2(fn_cell_communication_with_testosterone_36(X),fn_cell_communication_with_testosterone_28(X))
& time_before_2(fn_cell_communication_with_testosterone_4(X),fn_cell_communication_with_testosterone_3(X))
& result_2(fn_cell_communication_with_testosterone_39(X),fn_cell_communication_with_testosterone_2(X))
& result_2(fn_cell_communication_with_testosterone_27(X),fn_cell_communication_with_testosterone_25(X))
& object_2(fn_cell_communication_with_testosterone_14(X),fn_cell_communication_with_testosterone_25(X))
& object_2(fn_cell_communication_with_testosterone_18(X),fn_cell_communication_with_testosterone_20(X))
& object_2(fn_cell_communication_with_testosterone_29(X),fn_cell_communication_with_testosterone_25(X))
& base_2(fn_cell_communication_with_testosterone_14(X),fn_cell_communication_with_testosterone_15(X))
& experiencer_2(fn_cell_communication_with_testosterone_23(X),fn_cell_communication_with_testosterone_35(X))
& base_2(fn_cell_communication_with_testosterone_23(X),fn_cell_communication_with_testosterone_35(X))
& agent_2(fn_cell_communication_with_testosterone_23(X),fn_cell_communication_with_testosterone_19(X))
& result_2(fn_cell_communication_with_testosterone_8(X),fn_cell_communication_with_testosterone_25(X))
& object_2(fn_cell_communication_with_testosterone_28(X),fn_cell_communication_with_testosterone_25(X))
& object_2(fn_cell_communication_with_testosterone_7(X),fn_cell_communication_with_testosterone_25(X))
& object_2(fn_cell_communication_with_testosterone_36(X),fn_cell_communication_with_testosterone_25(X))
& result_2(fn_cell_communication_with_testosterone_5(X),fn_cell_communication_with_testosterone_25(X))
& agent_2(fn_cell_communication_with_testosterone_41(X),fn_cell_communication_with_testosterone_25(X))
& instrument_2(X,fn_cell_communication_with_testosterone_25(X))
& has_region_2(fn_cell_communication_with_testosterone_31(X),fn_cell_communication_with_testosterone_13(X))
& is_inside_2(fn_cell_communication_with_testosterone_24(X),fn_cell_communication_with_testosterone_13(X))
& in_event_2(fn_cell_communication_with_testosterone_6(X),X)
& plays_2(fn_cell_communication_with_testosterone_35(X),fn_cell_communication_with_testosterone_6(X))
& object_2(fn_cell_communication_with_testosterone_23(X),fn_cell_communication_with_testosterone_38(X))
& has_part_2(fn_cell_communication_with_testosterone_43(X),fn_cell_communication_with_testosterone_38(X))
& base_2(fn_cell_communication_with_testosterone_23(X),fn_cell_communication_with_testosterone_43(X))
& result_2(fn_cell_communication_with_testosterone_23(X),fn_cell_communication_with_testosterone_22(X))
& base_2(fn_cell_communication_with_testosterone_40(X),fn_cell_communication_with_testosterone_35(X))
& base_2(fn_cell_communication_with_testosterone_39(X),fn_cell_communication_with_testosterone_20(X))
& object_2(fn_cell_communication_with_testosterone_39(X),fn_cell_communication_with_testosterone_25(X))
& has_function_2(fn_cell_communication_with_testosterone_25(X),fn_cell_communication_with_testosterone_39(X))
& object_2(fn_cell_communication_with_testosterone_12(X),fn_cell_communication_with_testosterone_25(X))
& has_function_2(fn_cell_communication_with_testosterone_20(X),fn_cell_communication_with_testosterone_12(X))
& size_2(fn_cell_communication_with_testosterone_20(X),fn_cell_communication_with_testosterone_21(X))
& complement_2(fn_cell_communication_with_testosterone_25(X),fn_cell_communication_with_testosterone_20(X))
& complement_2(fn_cell_communication_with_testosterone_20(X),fn_cell_communication_with_testosterone_25(X))
& object_2(fn_cell_communication_with_testosterone_40(X),fn_cell_communication_with_testosterone_25(X))
& origin_2(fn_cell_communication_with_testosterone_40(X),fn_cell_communication_with_testosterone_24(X))
& is_outside_2(fn_cell_communication_with_testosterone_24(X),fn_cell_communication_with_testosterone_35(X))
& has_part_2(fn_cell_communication_with_testosterone_35(X),fn_cell_communication_with_testosterone_20(X))
& has_part_2(fn_cell_communication_with_testosterone_20(X),fn_cell_communication_with_testosterone_10(X))
& instrument_2(fn_cell_communication_with_testosterone_12(X),fn_cell_communication_with_testosterone_20(X))
& has_part_2(fn_cell_communication_with_testosterone_20(X),fn_cell_communication_with_testosterone_9(X))
& fn_cell_communication_with_testosterone_9(X) != fn_cell_communication_with_testosterone_25(X)
& fn_cell_communication_with_testosterone_25(X) != fn_cell_communication_with_testosterone_9(X)
& fn_cell_communication_with_testosterone_10(X) != fn_cell_communication_with_testosterone_25(X)
& fn_cell_communication_with_testosterone_25(X) != fn_cell_communication_with_testosterone_10(X)
& first_subevent_2(X,fn_cell_communication_with_testosterone_5(X))
& next_event_2(fn_cell_communication_with_testosterone_8(X),fn_cell_communication_with_testosterone_7(X))
& next_event_2(fn_cell_communication_with_testosterone_36(X),fn_cell_communication_with_testosterone_41(X))
& next_event_2(fn_cell_communication_with_testosterone_5(X),fn_cell_communication_with_testosterone_36(X))
& destination_2(fn_cell_communication_with_testosterone_36(X),fn_cell_communication_with_testosterone_35(X))
& object_2(X,fn_cell_communication_with_testosterone_35(X))
& subevent_2(X,fn_cell_communication_with_testosterone_36(X))
& by_means_of_2(fn_cell_communication_with_testosterone_36(X),fn_cell_communication_with_testosterone_28(X))
& base_2(fn_cell_communication_with_testosterone_41(X),fn_cell_communication_with_testosterone_35(X))
& subevent_2(X,fn_cell_communication_with_testosterone_41(X))
& subevent_2(X,fn_cell_communication_with_testosterone_5(X))
& subevent_2(fn_cell_communication_with_testosterone_5(X),fn_cell_communication_with_testosterone_7(X))
& base_2(fn_cell_communication_with_testosterone_7(X),fn_cell_communication_with_testosterone_34(X))
& agent_2(X,fn_cell_communication_with_testosterone_34(X))
& agent_2(fn_cell_communication_with_testosterone_5(X),fn_cell_communication_with_testosterone_34(X))
& subevent_2(fn_cell_communication_with_testosterone_5(X),fn_cell_communication_with_testosterone_8(X))
& fn_cell_communication_with_testosterone_35(X) != fn_cell_communication_with_testosterone_34(X)
& fn_cell_communication_with_testosterone_34(X) != fn_cell_communication_with_testosterone_35(X)
& subevent_2(fn_cell_communication_with_testosterone_12(X),fn_cell_communication_with_testosterone_39(X))
& subevent_2(fn_cell_communication_with_testosterone_12(X),fn_cell_communication_with_testosterone_40(X))
& first_subevent_2(fn_cell_communication_with_testosterone_12(X),fn_cell_communication_with_testosterone_40(X))
& next_event_2(fn_cell_communication_with_testosterone_40(X),fn_cell_communication_with_testosterone_39(X))
& has_region_2(fn_cell_communication_with_testosterone_25(X),fn_cell_communication_with_testosterone_17(X))
& is_inside_2(fn_cell_communication_with_testosterone_16(X),fn_cell_communication_with_testosterone_17(X))
& has_part_2(fn_cell_communication_with_testosterone_25(X),fn_cell_communication_with_testosterone_16(X))
& plays_2(fn_cell_communication_with_testosterone_25(X),fn_cell_communication_with_testosterone_30(X))
& next_event_2(fn_cell_communication_with_testosterone_11(X),fn_cell_communication_with_testosterone_26(X))
& next_event_2(fn_cell_communication_with_testosterone_12(X),fn_cell_communication_with_testosterone_11(X))
& subevent_2(fn_cell_communication_with_testosterone_41(X),fn_cell_communication_with_testosterone_12(X))
& subevent_2(fn_cell_communication_with_testosterone_11(X),fn_cell_communication_with_testosterone_42(X))
& base_2(fn_cell_communication_with_testosterone_11(X),fn_cell_communication_with_testosterone_35(X))
& has_part_2(fn_cell_communication_with_testosterone_34(X),fn_cell_communication_with_testosterone_33(X))
& first_subevent_2(fn_cell_communication_with_testosterone_41(X),fn_cell_communication_with_testosterone_12(X))
& element_2(fn_cell_communication_with_testosterone_33(X),fn_cell_communication_with_testosterone_32(X))
& in_event_2(fn_cell_communication_with_testosterone_30(X),fn_cell_communication_with_testosterone_29(X))
& instrument_2(fn_cell_communication_with_testosterone_26(X),fn_cell_communication_with_testosterone_20(X))
& base_2(fn_cell_communication_with_testosterone_42(X),fn_cell_communication_with_testosterone_38(X))
& fn_cell_communication_with_testosterone_25(X) = fn_create_1(fn_cell_communication_with_testosterone_27(X))
& fn_cell_communication_with_testosterone_25(X) = fn_release_1(fn_cell_communication_with_testosterone_14(X))
& fn_cell_communication_with_testosterone_20(X) = fn_make_accessible_1(fn_cell_communication_with_testosterone_18(X))
& fn_cell_communication_with_testosterone_15(X) = fn_release_2(fn_cell_communication_with_testosterone_14(X))
& fn_cell_communication_with_testosterone_19(X) = fn_transcription_6(fn_cell_communication_with_testosterone_23(X))
& fn_cell_communication_with_testosterone_35(X) = fn_transcription_22(fn_cell_communication_with_testosterone_23(X))
& fn_cell_communication_with_testosterone_24(X) = fn_blood_vessel_2(fn_cell_communication_with_testosterone_31(X))
& fn_cell_communication_with_testosterone_13(X) = fn_blood_vessel_1(fn_cell_communication_with_testosterone_31(X))
& fn_cell_communication_with_testosterone_35(X) = fn_cell_communication_with_endocrine_hormone_16(X)
& fn_cell_communication_with_testosterone_6(X) = fn_cell_communication_with_endocrine_hormone_9(X)
& fn_cell_communication_with_testosterone_22(X) = fn_synthesis_of_rna_8(fn_cell_communication_with_testosterone_23(X))
& fn_cell_communication_with_testosterone_22(X) = fn_transcription_21(fn_cell_communication_with_testosterone_23(X))
& fn_cell_communication_with_testosterone_43(X) = fn_transcription_19(fn_cell_communication_with_testosterone_23(X))
& fn_cell_communication_with_testosterone_38(X) = fn_transcription_13(fn_cell_communication_with_testosterone_23(X))
& fn_cell_communication_with_testosterone_37(X) = fn_signal_reception_with_testosterone_3(fn_cell_communication_with_testosterone_12(X))
& fn_cell_communication_with_testosterone_21(X) = fn_signal_reception_with_testosterone_23(fn_cell_communication_with_testosterone_12(X))
& fn_cell_communication_with_testosterone_25(X) = fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_testosterone_41(X))
& fn_cell_communication_with_testosterone_35(X) = fn_signal_reception_with_testosterone_10(fn_cell_communication_with_testosterone_12(X))
& fn_cell_communication_with_testosterone_24(X) = fn_signal_reception_with_testosterone_1(fn_cell_communication_with_testosterone_12(X))
& fn_cell_communication_with_testosterone_25(X) = fn_cell_communication_with_steroid_hormone_15(X)
& fn_cell_communication_with_testosterone_10(X) = fn_cell_communication_with_steroid_hormone_11(X)
& fn_cell_communication_with_testosterone_10(X) = fn_signal_reception_with_testosterone_7(fn_cell_communication_with_testosterone_12(X))
& fn_cell_communication_with_testosterone_25(X) = fn_signal_reception_with_testosterone_13(fn_cell_communication_with_testosterone_12(X))
& fn_cell_communication_with_testosterone_20(X) = fn_cell_communication_with_steroid_hormone_6(X)
& fn_cell_communication_with_testosterone_9(X) = fn_cell_communication_with_steroid_hormone_11(X)
& fn_cell_communication_with_testosterone_9(X) = fn_signal_reception_with_testosterone_8(fn_cell_communication_with_testosterone_12(X))
& fn_cell_communication_with_testosterone_20(X) = fn_cell_signaling_with_intracellular_receptor_14(fn_cell_communication_with_testosterone_41(X))
& fn_cell_communication_with_testosterone_20(X) = fn_signal_reception_with_testosterone_12(fn_cell_communication_with_testosterone_12(X))
& fn_cell_communication_with_testosterone_28(X) = fn_cell_communication_with_steroid_hormone_12(X)
& fn_cell_communication_with_testosterone_36(X) = fn_cell_communication_with_steroid_hormone_20(X)
& fn_cell_communication_with_testosterone_7(X) = fn_cell_communication_with_steroid_hormone_22(X)
& fn_cell_communication_with_testosterone_35(X) = fn_cell_signaling_with_intracellular_receptor_15(fn_cell_communication_with_testosterone_41(X))
& fn_cell_communication_with_testosterone_41(X) = fn_cell_communication_with_steroid_hormone_16(X)
& fn_cell_communication_with_testosterone_8(X) = fn_cell_communication_with_steroid_hormone_21(X)
& fn_cell_communication_with_testosterone_5(X) = fn_cell_communication_with_endocrine_hormone_10(X)
& fn_cell_communication_with_testosterone_5(X) = fn_cell_communication_with_steroid_hormone_17(X)
& fn_cell_communication_with_testosterone_35(X) = fn_cell_communication_with_steroid_hormone_14(X)
& fn_cell_communication_with_testosterone_34(X) = fn_cell_communication_with_endocrine_hormone_12(X)
& fn_cell_communication_with_testosterone_34(X) = fn_cell_communication_with_steroid_hormone_18(X)
& fn_cell_communication_with_testosterone_39(X) = fn_signal_reception_with_testosterone_9(fn_cell_communication_with_testosterone_12(X))
& fn_cell_communication_with_testosterone_39(X) = fn_cell_signaling_with_intracellular_receptor_9(fn_cell_communication_with_testosterone_41(X))
& fn_cell_communication_with_testosterone_40(X) = fn_signal_reception_with_testosterone_11(fn_cell_communication_with_testosterone_12(X))
& fn_cell_communication_with_testosterone_40(X) = fn_cell_signaling_with_intracellular_receptor_10(fn_cell_communication_with_testosterone_41(X))
& fn_cell_communication_with_testosterone_38(X) = fn_attach_2(fn_cell_communication_with_testosterone_42(X))
& fn_cell_communication_with_testosterone_20(X) = fn_cellular_response_1(fn_cell_communication_with_testosterone_26(X))
& fn_cell_communication_with_testosterone_32(X) = fn_gene_related_aggregates_1(fn_cell_communication_with_testosterone_33(X))
& fn_cell_communication_with_testosterone_33(X) = fn_cell_24(fn_cell_communication_with_testosterone_34(X))
& fn_cell_communication_with_testosterone_42(X) = fn_signal_transduction_with_testosterone_11(fn_cell_communication_with_testosterone_11(X))
& fn_cell_communication_with_testosterone_35(X) = fn_signal_transduction_with_testosterone_12(fn_cell_communication_with_testosterone_11(X))
& fn_cell_communication_with_testosterone_26(X) = fn_cell_signaling_with_intracellular_receptor_5(fn_cell_communication_with_testosterone_41(X))
& fn_cell_communication_with_testosterone_11(X) = fn_cell_signaling_with_intracellular_receptor_6(fn_cell_communication_with_testosterone_41(X))
& fn_cell_communication_with_testosterone_12(X) = fn_cell_signaling_with_intracellular_receptor_13(fn_cell_communication_with_testosterone_41(X))
& fn_cell_communication_with_testosterone_25(X) = fn_transmit_2(fn_cell_communication_with_testosterone_29(X))
& fn_cell_communication_with_testosterone_30(X) = fn_transmit_1(fn_cell_communication_with_testosterone_29(X))
& fn_cell_communication_with_testosterone_30(X) = fn_hormone_4(fn_cell_communication_with_testosterone_25(X))
& fn_cell_communication_with_testosterone_17(X) = fn_hormone_1(fn_cell_communication_with_testosterone_25(X))
& fn_cell_communication_with_testosterone_17(X) = fn_testosterone_9(fn_cell_communication_with_testosterone_25(X))
& fn_cell_communication_with_testosterone_16(X) = fn_steroid_12(fn_cell_communication_with_testosterone_25(X))
& fn_cell_communication_with_testosterone_16(X) = fn_testosterone_12(fn_cell_communication_with_testosterone_25(X))
& fn_cell_communication_with_testosterone_16(X) = fn_hormone_2(fn_cell_communication_with_testosterone_25(X))
& fn_cell_communication_with_testosterone_16(X) = fn_testosterone_14(fn_cell_communication_with_testosterone_25(X))
& fn_synthesis_of_rna_8(fn_cell_communication_with_testosterone_23(X)) = fn_transcription_21(fn_cell_communication_with_testosterone_23(X))
& fn_transcription_21(fn_cell_communication_with_testosterone_23(X)) = fn_blood_vessel_2(fn_cell_communication_with_testosterone_31(X))
& fn_blood_vessel_2(fn_cell_communication_with_testosterone_31(X)) = fn_signal_reception_with_testosterone_1(fn_cell_communication_with_testosterone_12(X))
& fn_signal_reception_with_testosterone_1(fn_cell_communication_with_testosterone_12(X)) = fn_signal_reception_with_testosterone_1(fn_cell_communication_with_testosterone_12(X))
& fn_signal_reception_with_testosterone_1(fn_cell_communication_with_testosterone_12(X)) = fn_signal_reception_with_testosterone_7(fn_cell_communication_with_testosterone_12(X))
& fn_signal_reception_with_testosterone_7(fn_cell_communication_with_testosterone_12(X)) = fn_cell_communication_with_steroid_hormone_11(X)
& fn_cell_communication_with_steroid_hormone_11(X) = fn_signal_reception_with_testosterone_7(fn_cell_communication_with_testosterone_12(X))
& fn_signal_reception_with_testosterone_7(fn_cell_communication_with_testosterone_12(X)) = fn_signal_reception_with_testosterone_8(fn_cell_communication_with_testosterone_12(X))
& fn_signal_reception_with_testosterone_8(fn_cell_communication_with_testosterone_12(X)) = fn_cell_communication_with_steroid_hormone_11(X)
& fn_cell_communication_with_steroid_hormone_11(X) = fn_signal_reception_with_testosterone_8(fn_cell_communication_with_testosterone_12(X))
& fn_signal_reception_with_testosterone_8(fn_cell_communication_with_testosterone_12(X)) = fn_cell_communication_with_steroid_hormone_17(X)
& fn_cell_communication_with_steroid_hormone_17(X) = fn_cell_communication_with_steroid_hormone_17(X)
& fn_cell_communication_with_steroid_hormone_17(X) = fn_cell_communication_with_endocrine_hormone_10(X)
& fn_cell_communication_with_endocrine_hormone_10(X) = fn_cell_communication_with_steroid_hormone_17(X)
& fn_cell_communication_with_steroid_hormone_17(X) = fn_signal_reception_with_testosterone_9(fn_cell_communication_with_testosterone_12(X))
& fn_signal_reception_with_testosterone_9(fn_cell_communication_with_testosterone_12(X)) = fn_signal_reception_with_testosterone_9(fn_cell_communication_with_testosterone_12(X))
& fn_cell_signaling_with_intracellular_receptor_9(fn_cell_communication_with_testosterone_41(X)) = fn_signal_reception_with_testosterone_9(fn_cell_communication_with_testosterone_12(X))
& fn_signal_reception_with_testosterone_9(fn_cell_communication_with_testosterone_12(X)) = fn_cell_signaling_with_intracellular_receptor_9(fn_cell_communication_with_testosterone_41(X))
& fn_cell_signaling_with_intracellular_receptor_9(fn_cell_communication_with_testosterone_41(X)) = fn_signal_reception_with_testosterone_11(fn_cell_communication_with_testosterone_12(X))
& fn_signal_reception_with_testosterone_11(fn_cell_communication_with_testosterone_12(X)) = fn_signal_reception_with_testosterone_11(fn_cell_communication_with_testosterone_12(X))
& fn_cell_signaling_with_intracellular_receptor_10(fn_cell_communication_with_testosterone_41(X)) = fn_signal_reception_with_testosterone_11(fn_cell_communication_with_testosterone_12(X))
& fn_signal_reception_with_testosterone_11(fn_cell_communication_with_testosterone_12(X)) = fn_cell_signaling_with_intracellular_receptor_10(fn_cell_communication_with_testosterone_41(X))
& fn_cell_signaling_with_intracellular_receptor_10(fn_cell_communication_with_testosterone_41(X)) = fn_transcription_13(fn_cell_communication_with_testosterone_23(X))
& fn_transcription_13(fn_cell_communication_with_testosterone_23(X)) = fn_transcription_13(fn_cell_communication_with_testosterone_23(X))
& fn_transcription_13(fn_cell_communication_with_testosterone_23(X)) = fn_attach_2(fn_cell_communication_with_testosterone_42(X))
& fn_attach_2(fn_cell_communication_with_testosterone_42(X)) = fn_make_accessible_1(fn_cell_communication_with_testosterone_18(X))
& fn_make_accessible_1(fn_cell_communication_with_testosterone_18(X)) = fn_cell_signaling_with_intracellular_receptor_14(fn_cell_communication_with_testosterone_41(X))
& fn_cell_signaling_with_intracellular_receptor_14(fn_cell_communication_with_testosterone_41(X)) = fn_cell_signaling_with_intracellular_receptor_14(fn_cell_communication_with_testosterone_41(X))
& fn_cell_signaling_with_intracellular_receptor_14(fn_cell_communication_with_testosterone_41(X)) = fn_cell_communication_with_steroid_hormone_6(X)
& fn_cell_communication_with_steroid_hormone_6(X) = fn_cell_signaling_with_intracellular_receptor_14(fn_cell_communication_with_testosterone_41(X))
& fn_cell_signaling_with_intracellular_receptor_14(fn_cell_communication_with_testosterone_41(X)) = fn_signal_reception_with_testosterone_12(fn_cell_communication_with_testosterone_12(X))
& fn_signal_reception_with_testosterone_12(fn_cell_communication_with_testosterone_12(X)) = fn_cell_communication_with_steroid_hormone_6(X)
& fn_cell_communication_with_steroid_hormone_6(X) = fn_signal_reception_with_testosterone_12(fn_cell_communication_with_testosterone_12(X))
& fn_signal_reception_with_testosterone_12(fn_cell_communication_with_testosterone_12(X)) = fn_signal_reception_with_testosterone_12(fn_cell_communication_with_testosterone_12(X))
& fn_signal_reception_with_testosterone_12(fn_cell_communication_with_testosterone_12(X)) = fn_cellular_response_1(fn_cell_communication_with_testosterone_26(X))
& fn_cellular_response_1(fn_cell_communication_with_testosterone_26(X)) = fn_cell_communication_with_steroid_hormone_18(X)
& fn_cell_communication_with_steroid_hormone_18(X) = fn_cell_communication_with_steroid_hormone_18(X)
& fn_cell_communication_with_steroid_hormone_18(X) = fn_cell_communication_with_endocrine_hormone_12(X)
& fn_cell_communication_with_endocrine_hormone_12(X) = fn_cell_communication_with_steroid_hormone_18(X)
& fn_cell_communication_with_steroid_hormone_18(X) = fn_transcription_22(fn_cell_communication_with_testosterone_23(X))
& fn_transcription_22(fn_cell_communication_with_testosterone_23(X)) = fn_transcription_22(fn_cell_communication_with_testosterone_23(X))
& fn_transcription_22(fn_cell_communication_with_testosterone_23(X)) = fn_cell_signaling_with_intracellular_receptor_15(fn_cell_communication_with_testosterone_41(X))
& fn_cell_communication_with_endocrine_hormone_16(X) = fn_cell_signaling_with_intracellular_receptor_15(fn_cell_communication_with_testosterone_41(X))
& fn_cell_signaling_with_intracellular_receptor_15(fn_cell_communication_with_testosterone_41(X)) = fn_cell_signaling_with_intracellular_receptor_15(fn_cell_communication_with_testosterone_41(X))
& fn_cell_signaling_with_intracellular_receptor_15(fn_cell_communication_with_testosterone_41(X)) = fn_cell_communication_with_endocrine_hormone_16(X)
& fn_cell_communication_with_endocrine_hormone_16(X) = fn_signal_reception_with_testosterone_10(fn_cell_communication_with_testosterone_12(X))
& fn_signal_reception_with_testosterone_10(fn_cell_communication_with_testosterone_12(X)) = fn_signal_reception_with_testosterone_10(fn_cell_communication_with_testosterone_12(X))
& fn_signal_reception_with_testosterone_10(fn_cell_communication_with_testosterone_12(X)) = fn_cell_communication_with_steroid_hormone_14(X)
& fn_cell_communication_with_steroid_hormone_14(X) = fn_cell_communication_with_steroid_hormone_14(X)
& fn_cell_communication_with_steroid_hormone_14(X) = fn_signal_transduction_with_testosterone_12(fn_cell_communication_with_testosterone_11(X))
& fn_signal_transduction_with_testosterone_12(fn_cell_communication_with_testosterone_11(X)) = fn_transmit_1(fn_cell_communication_with_testosterone_29(X))
& fn_transmit_1(fn_cell_communication_with_testosterone_29(X)) = fn_transmit_1(fn_cell_communication_with_testosterone_29(X))
& fn_transmit_1(fn_cell_communication_with_testosterone_29(X)) = fn_hormone_4(fn_cell_communication_with_testosterone_25(X))
& fn_hormone_4(fn_cell_communication_with_testosterone_25(X)) = fn_hormone_1(fn_cell_communication_with_testosterone_25(X))
& fn_testosterone_9(fn_cell_communication_with_testosterone_25(X)) = fn_hormone_1(fn_cell_communication_with_testosterone_25(X))
& fn_hormone_1(fn_cell_communication_with_testosterone_25(X)) = fn_testosterone_9(fn_cell_communication_with_testosterone_25(X))
& fn_testosterone_9(fn_cell_communication_with_testosterone_25(X)) = fn_steroid_12(fn_cell_communication_with_testosterone_25(X))
& fn_steroid_12(fn_cell_communication_with_testosterone_25(X)) = fn_testosterone_12(fn_cell_communication_with_testosterone_25(X))
& fn_hormone_2(fn_cell_communication_with_testosterone_25(X)) = fn_testosterone_12(fn_cell_communication_with_testosterone_25(X))
& fn_testosterone_12(fn_cell_communication_with_testosterone_25(X)) = fn_hormone_2(fn_cell_communication_with_testosterone_25(X))
& fn_hormone_2(fn_cell_communication_with_testosterone_25(X)) = fn_hormone_2(fn_cell_communication_with_testosterone_25(X))
& fn_testosterone_14(fn_cell_communication_with_testosterone_25(X)) = fn_hormone_2(fn_cell_communication_with_testosterone_25(X))
& fn_hormone_2(fn_cell_communication_with_testosterone_25(X)) = fn_testosterone_14(fn_cell_communication_with_testosterone_25(X))
& fn_testosterone_14(fn_cell_communication_with_testosterone_25(X)) = fn_create_1(fn_cell_communication_with_testosterone_27(X))
& fn_create_1(fn_cell_communication_with_testosterone_27(X)) = fn_release_1(fn_cell_communication_with_testosterone_14(X))
& fn_release_1(fn_cell_communication_with_testosterone_14(X)) = fn_release_1(fn_cell_communication_with_testosterone_14(X))
& fn_release_1(fn_cell_communication_with_testosterone_14(X)) = fn_transmit_2(fn_cell_communication_with_testosterone_29(X))
& fn_transmit_2(fn_cell_communication_with_testosterone_29(X)) = fn_transmit_2(fn_cell_communication_with_testosterone_29(X))
& fn_transmit_2(fn_cell_communication_with_testosterone_29(X)) = fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_testosterone_41(X))
& fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_testosterone_41(X)) = fn_transmit_2(fn_cell_communication_with_testosterone_29(X))
& fn_transmit_2(fn_cell_communication_with_testosterone_29(X)) = fn_cell_communication_with_steroid_hormone_15(X)
& fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_testosterone_41(X)) = fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_testosterone_41(X))
& fn_cell_communication_with_steroid_hormone_15(X) = fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_testosterone_41(X))
& fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_testosterone_41(X)) = fn_cell_communication_with_steroid_hormone_15(X)
& fn_cell_communication_with_steroid_hormone_15(X) = fn_cell_communication_with_steroid_hormone_15(X)
& fn_signal_reception_with_testosterone_13(fn_cell_communication_with_testosterone_12(X)) = fn_cell_communication_with_steroid_hormone_15(X)
& fn_cell_communication_with_steroid_hormone_15(X) = fn_signal_reception_with_testosterone_13(fn_cell_communication_with_testosterone_12(X))
& fn_signal_reception_with_testosterone_13(fn_cell_communication_with_testosterone_12(X)) = fn_signal_reception_with_testosterone_13(fn_cell_communication_with_testosterone_12(X)) ) ) ).
fof(a528169,axiom,
! [X] :
( cell_communication_with_thyroid_hormone_1(X)
=> ( original_name_2(X,'Cell-Communication-With-Thyroid-Hormone')
& user_description_2(X,'The process of cellular communication in animals in which the signal molecule is thyroid hormone.')
& concept2words_2(X,'endocrine signaling with thyroid hormone')
& concept2words_2(X,communicate)
& concept2words_2(X,'cell communication with thyroid hormone')
& concept2words_2(X,'cell-communication-with-thyroid-hormone')
& cell_communication_with_endocrine_hormone_1(X)
& time_interval_1(fn_cell_communication_with_thyroid_hormone_1(X))
& time_interval_1(fn_cell_communication_with_thyroid_hormone_2(X))
& secretion_1(fn_cell_communication_with_thyroid_hormone_5(X))
& move_1(fn_cell_communication_with_thyroid_hormone_6(X))
& receptor_site_1(fn_cell_communication_with_thyroid_hormone_7(X))
& biological_region_1(fn_cell_communication_with_thyroid_hormone_8(X))
& ligand_binding_1(fn_cell_communication_with_thyroid_hormone_9(X))
& aqueous_solution_1(fn_cell_communication_with_thyroid_hormone_10(X))
& thyroid_hormone_receptor_1(fn_cell_communication_with_thyroid_hormone_11(X))
& size_value_1(fn_cell_communication_with_thyroid_hormone_12(X))
& size_value_1(fn_cell_communication_with_thyroid_hormone_13(X))
& signal_transmission_1(fn_cell_communication_with_thyroid_hormone_14(X))
& living_entity_1(fn_cell_communication_with_thyroid_hormone_15(X))
& cell_1(fn_cell_communication_with_thyroid_hormone_15(X))
& endocrine_cell_1(fn_cell_communication_with_thyroid_hormone_15(X))
& tangible_entity_1(fn_cell_communication_with_thyroid_hormone_16(X))
& cell_1(fn_cell_communication_with_thyroid_hormone_16(X))
& animal_cell_1(fn_cell_communication_with_thyroid_hormone_16(X))
& tangible_entity_1(fn_cell_communication_with_thyroid_hormone_17(X))
& nucleus_1(fn_cell_communication_with_thyroid_hormone_17(X))
& tangible_entity_1(fn_cell_communication_with_thyroid_hormone_18(X))
& transmit_1(fn_cell_communication_with_thyroid_hormone_19(X))
& chemical_messenger_1(fn_cell_communication_with_thyroid_hormone_20(X))
& signal_1(fn_cell_communication_with_thyroid_hormone_20(X))
& thyroid_hormone_1(fn_cell_communication_with_thyroid_hormone_21(X))
& signal_reception_1(fn_cell_communication_with_thyroid_hormone_22(X))
& move_1(fn_cell_communication_with_thyroid_hormone_23(X))
& move_into_1(fn_cell_communication_with_thyroid_hormone_23(X))
& cell_signaling_1(fn_cell_communication_with_thyroid_hormone_24(X))
& cell_signaling_with_intracellular_receptor_1(fn_cell_communication_with_thyroid_hormone_24(X))
& cellular_response_1(fn_cell_communication_with_thyroid_hormone_25(X))
& signal_transduction_1(fn_cell_communication_with_thyroid_hormone_26(X))
& signal_generation_1(fn_cell_communication_with_thyroid_hormone_27(X))
& target_cell_1(fn_cell_communication_with_thyroid_hormone_28(X))
& tangible_entity_1(fn_animal_cell_78(fn_cell_communication_with_thyroid_hormone_16(X)))
& nucleus_1(fn_animal_cell_78(fn_cell_communication_with_thyroid_hormone_16(X)))
& aqueous_solution_1(fn_nucleus_17(fn_cell_communication_with_thyroid_hormone_17(X)))
& property_node_1(fn_polymer_9(fn_cell_communication_with_thyroid_hormone_11(X)))
& property_node_1(fn_polymer_10(fn_cell_communication_with_thyroid_hormone_11(X)))
& size_value_1(fn_polymer_7(fn_cell_communication_with_thyroid_hormone_11(X)))
& size_value_1(fn_polymer_8(fn_cell_communication_with_thyroid_hormone_11(X)))
& tangible_entity_1(fn_move_into_1(fn_cell_communication_with_thyroid_hormone_23(X)))
& cellular_response_1(fn_cell_signaling_with_intracellular_receptor_5(fn_cell_communication_with_thyroid_hormone_24(X)))
& signal_transduction_1(fn_cell_signaling_with_intracellular_receptor_6(fn_cell_communication_with_thyroid_hormone_24(X)))
& move_into_1(fn_cell_signaling_with_intracellular_receptor_10(fn_cell_communication_with_thyroid_hormone_24(X)))
& signal_reception_1(fn_cell_signaling_with_intracellular_receptor_13(fn_cell_communication_with_thyroid_hormone_24(X)))
& spatial_entity_1(fn_move_1(fn_cell_communication_with_thyroid_hormone_19(X)))
& spatial_entity_1(fn_move_1(fn_cell_communication_with_thyroid_hormone_23(X)))
& chemical_entity_1(fn_signal_reception_5(fn_cell_communication_with_thyroid_hormone_22(X)))
& chemical_entity_1(fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_thyroid_hormone_24(X)))
& spatial_entity_1(fn_signal_reception_4(fn_cell_communication_with_thyroid_hormone_22(X)))
& polymer_1(fn_signal_reception_4(fn_cell_communication_with_thyroid_hormone_22(X)))
& receptor_protein_1(fn_signal_reception_4(fn_cell_communication_with_thyroid_hormone_22(X)))
& intracellular_receptor_1(fn_cell_signaling_with_intracellular_receptor_14(fn_cell_communication_with_thyroid_hormone_24(X)))
& tangible_entity_1(fn_cell_signaling_with_intracellular_receptor_15(fn_cell_communication_with_thyroid_hormone_24(X)))
& cell_1(fn_cell_signaling_with_intracellular_receptor_15(fn_cell_communication_with_thyroid_hormone_24(X)))
& receptor_site_1(fn_receptor_protein_1(fn_cell_communication_with_thyroid_hormone_11(X)))
& receptor_site_1(fn_signal_reception_9(fn_cell_communication_with_thyroid_hormone_22(X)))
& chemical_messenger_1(fn_hormone_4(fn_cell_communication_with_thyroid_hormone_21(X)))
& signal_1(fn_transmit_1(fn_cell_communication_with_thyroid_hormone_19(X)))
& ligand_binding_1(fn_signal_reception_6(fn_cell_communication_with_thyroid_hormone_22(X)))
& ligand_binding_1(fn_cell_signaling_with_intracellular_receptor_9(fn_cell_communication_with_thyroid_hormone_24(X)))
& time_before_2(fn_cell_communication_with_thyroid_hormone_1(X),fn_cell_communication_with_thyroid_hormone_2(X))
& is_inside_2(fn_cell_communication_with_thyroid_hormone_11(X),fn_cell_communication_with_thyroid_hormone_10(X))
& time_during_2(fn_cell_communication_with_thyroid_hormone_14(X),fn_cell_communication_with_thyroid_hormone_1(X))
& is_inside_2(fn_cell_communication_with_thyroid_hormone_17(X),fn_cell_communication_with_thyroid_hormone_18(X))
& size_2(fn_cell_communication_with_thyroid_hormone_21(X),fn_cell_communication_with_thyroid_hormone_13(X))
& recipient_2(fn_cell_communication_with_thyroid_hormone_22(X),fn_cell_communication_with_thyroid_hormone_16(X))
& destination_2(fn_cell_communication_with_thyroid_hormone_23(X),fn_cell_communication_with_thyroid_hormone_17(X))
& time_during_2(fn_cell_communication_with_thyroid_hormone_24(X),fn_cell_communication_with_thyroid_hormone_2(X))
& agent_2(fn_cell_communication_with_thyroid_hormone_25(X),fn_cell_communication_with_thyroid_hormone_16(X))
& site_2(fn_cell_communication_with_thyroid_hormone_25(X),fn_cell_communication_with_thyroid_hormone_17(X))
& object_2(fn_cell_communication_with_thyroid_hormone_19(X),fn_cell_communication_with_thyroid_hormone_21(X))
& object_2(fn_cell_communication_with_thyroid_hormone_23(X),fn_cell_communication_with_thyroid_hormone_21(X))
& base_2(fn_cell_communication_with_thyroid_hormone_26(X),fn_cell_communication_with_thyroid_hormone_16(X))
& base_2(fn_cell_communication_with_thyroid_hormone_25(X),fn_cell_communication_with_thyroid_hormone_16(X))
& plays_2(fn_cell_communication_with_thyroid_hormone_21(X),fn_cell_communication_with_thyroid_hormone_20(X))
& has_part_2(fn_cell_communication_with_thyroid_hormone_16(X),fn_cell_communication_with_thyroid_hormone_17(X))
& has_part_2(fn_cell_communication_with_thyroid_hormone_17(X),fn_cell_communication_with_thyroid_hormone_10(X))
& has_function_2(fn_cell_communication_with_thyroid_hormone_21(X),fn_cell_communication_with_thyroid_hormone_9(X))
& has_region_2(fn_cell_communication_with_thyroid_hormone_11(X),fn_cell_communication_with_thyroid_hormone_7(X))
& object_2(fn_cell_communication_with_thyroid_hormone_22(X),fn_cell_communication_with_thyroid_hormone_21(X))
& object_2(fn_cell_communication_with_thyroid_hormone_9(X),fn_cell_communication_with_thyroid_hormone_21(X))
& complement_2(fn_cell_communication_with_thyroid_hormone_21(X),fn_cell_communication_with_thyroid_hormone_11(X))
& has_function_2(fn_cell_communication_with_thyroid_hormone_11(X),fn_cell_communication_with_thyroid_hormone_22(X))
& instrument_2(fn_cell_communication_with_thyroid_hormone_22(X),fn_cell_communication_with_thyroid_hormone_11(X))
& base_2(fn_cell_communication_with_thyroid_hormone_9(X),fn_cell_communication_with_thyroid_hormone_11(X))
& complement_2(fn_cell_communication_with_thyroid_hormone_11(X),fn_cell_communication_with_thyroid_hormone_21(X))
& instrument_2(X,fn_cell_communication_with_thyroid_hormone_21(X))
& result_2(fn_cell_communication_with_thyroid_hormone_27(X),fn_cell_communication_with_thyroid_hormone_21(X))
& object_2(fn_cell_communication_with_thyroid_hormone_6(X),fn_cell_communication_with_thyroid_hormone_21(X))
& subevent_2(X,fn_cell_communication_with_thyroid_hormone_24(X))
& agent_2(fn_cell_communication_with_thyroid_hormone_24(X),fn_cell_communication_with_thyroid_hormone_21(X))
& object_2(fn_cell_communication_with_thyroid_hormone_14(X),fn_cell_communication_with_thyroid_hormone_21(X))
& next_event_2(fn_cell_communication_with_thyroid_hormone_14(X),fn_cell_communication_with_thyroid_hormone_24(X))
& base_2(fn_cell_communication_with_thyroid_hormone_24(X),fn_cell_communication_with_thyroid_hormone_16(X))
& size_2(fn_cell_communication_with_thyroid_hormone_11(X),fn_cell_communication_with_thyroid_hormone_12(X))
& greater_than_2(fn_cell_communication_with_thyroid_hormone_12(X),fn_cell_communication_with_thyroid_hormone_13(X))
& by_means_of_2(fn_cell_communication_with_thyroid_hormone_14(X),fn_cell_communication_with_thyroid_hormone_6(X))
& first_subevent_2(X,fn_cell_communication_with_thyroid_hormone_27(X))
& subevent_2(X,fn_cell_communication_with_thyroid_hormone_14(X))
& next_event_2(fn_cell_communication_with_thyroid_hormone_27(X),fn_cell_communication_with_thyroid_hormone_14(X))
& agent_2(fn_cell_communication_with_thyroid_hormone_27(X),fn_cell_communication_with_thyroid_hormone_15(X))
& agent_2(X,fn_cell_communication_with_thyroid_hormone_15(X))
& object_2(X,fn_cell_communication_with_thyroid_hormone_16(X))
& in_event_2(fn_cell_communication_with_thyroid_hormone_28(X),X)
& plays_2(fn_cell_communication_with_thyroid_hormone_16(X),fn_cell_communication_with_thyroid_hormone_28(X))
& destination_2(fn_cell_communication_with_thyroid_hormone_14(X),fn_cell_communication_with_thyroid_hormone_16(X))
& origin_2(fn_cell_communication_with_thyroid_hormone_14(X),fn_cell_communication_with_thyroid_hormone_8(X))
& is_outside_2(fn_cell_communication_with_thyroid_hormone_8(X),fn_cell_communication_with_thyroid_hormone_15(X))
& subevent_2(X,fn_cell_communication_with_thyroid_hormone_27(X))
& subevent_2(fn_cell_communication_with_thyroid_hormone_27(X),fn_cell_communication_with_thyroid_hormone_5(X))
& base_2(fn_cell_communication_with_thyroid_hormone_5(X),fn_cell_communication_with_thyroid_hormone_15(X))
& fn_cell_communication_with_thyroid_hormone_16(X) != fn_cell_communication_with_thyroid_hormone_15(X)
& fn_cell_communication_with_thyroid_hormone_15(X) != fn_cell_communication_with_thyroid_hormone_16(X)
& site_2(fn_cell_communication_with_thyroid_hormone_9(X),fn_cell_communication_with_thyroid_hormone_7(X))
& facilitates_2(fn_cell_communication_with_thyroid_hormone_7(X),fn_cell_communication_with_thyroid_hormone_22(X))
& subevent_2(fn_cell_communication_with_thyroid_hormone_24(X),fn_cell_communication_with_thyroid_hormone_26(X))
& subevent_2(fn_cell_communication_with_thyroid_hormone_24(X),fn_cell_communication_with_thyroid_hormone_25(X))
& next_event_2(fn_cell_communication_with_thyroid_hormone_26(X),fn_cell_communication_with_thyroid_hormone_25(X))
& next_event_2(fn_cell_communication_with_thyroid_hormone_22(X),fn_cell_communication_with_thyroid_hormone_26(X))
& subevent_2(fn_cell_communication_with_thyroid_hormone_24(X),fn_cell_communication_with_thyroid_hormone_22(X))
& subevent_2(fn_cell_communication_with_thyroid_hormone_22(X),fn_cell_communication_with_thyroid_hormone_23(X))
& first_subevent_2(fn_cell_communication_with_thyroid_hormone_24(X),fn_cell_communication_with_thyroid_hormone_22(X))
& subevent_2(fn_cell_communication_with_thyroid_hormone_22(X),fn_cell_communication_with_thyroid_hormone_9(X))
& base_2(fn_cell_communication_with_thyroid_hormone_23(X),fn_cell_communication_with_thyroid_hormone_18(X))
& in_event_2(fn_cell_communication_with_thyroid_hormone_20(X),fn_cell_communication_with_thyroid_hormone_19(X))
& fn_cell_communication_with_thyroid_hormone_21(X) = fn_move_1(fn_cell_communication_with_thyroid_hormone_19(X))
& fn_cell_communication_with_thyroid_hormone_21(X) = fn_move_1(fn_cell_communication_with_thyroid_hormone_23(X))
& fn_cell_communication_with_thyroid_hormone_20(X) = fn_hormone_4(fn_cell_communication_with_thyroid_hormone_21(X))
& fn_cell_communication_with_thyroid_hormone_17(X) = fn_animal_cell_78(fn_cell_communication_with_thyroid_hormone_16(X))
& fn_cell_communication_with_thyroid_hormone_10(X) = fn_nucleus_17(fn_cell_communication_with_thyroid_hormone_17(X))
& fn_cell_communication_with_thyroid_hormone_7(X) = fn_receptor_protein_1(fn_cell_communication_with_thyroid_hormone_11(X))
& fn_cell_communication_with_thyroid_hormone_21(X) = fn_signal_reception_5(fn_cell_communication_with_thyroid_hormone_22(X))
& fn_cell_communication_with_thyroid_hormone_11(X) = fn_signal_reception_4(fn_cell_communication_with_thyroid_hormone_22(X))
& fn_cell_communication_with_thyroid_hormone_11(X) = fn_cell_signaling_with_intracellular_receptor_14(fn_cell_communication_with_thyroid_hormone_24(X))
& fn_cell_communication_with_thyroid_hormone_16(X) = fn_cell_signaling_with_intracellular_receptor_15(fn_cell_communication_with_thyroid_hormone_24(X))
& fn_cell_communication_with_thyroid_hormone_21(X) = fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_thyroid_hormone_24(X))
& fn_cell_communication_with_thyroid_hormone_21(X) = fn_cell_communication_with_endocrine_hormone_11(X)
& fn_cell_communication_with_thyroid_hormone_24(X) = fn_cell_communication_with_endocrine_hormone_13(X)
& fn_cell_communication_with_thyroid_hormone_4(X) = fn_polymer_9(fn_cell_communication_with_thyroid_hormone_11(X))
& fn_cell_communication_with_thyroid_hormone_3(X) = fn_polymer_10(fn_cell_communication_with_thyroid_hormone_11(X))
& fn_cell_communication_with_thyroid_hormone_13(X) = fn_polymer_7(fn_cell_communication_with_thyroid_hormone_11(X))
& fn_cell_communication_with_thyroid_hormone_12(X) = fn_polymer_8(fn_cell_communication_with_thyroid_hormone_11(X))
& fn_cell_communication_with_thyroid_hormone_6(X) = fn_cell_communication_with_endocrine_hormone_8(X)
& fn_cell_communication_with_thyroid_hormone_8(X) = fn_cell_communication_with_endocrine_hormone_4(X)
& fn_cell_communication_with_thyroid_hormone_14(X) = fn_cell_communication_with_endocrine_hormone_14(X)
& fn_cell_communication_with_thyroid_hormone_28(X) = fn_cell_communication_with_endocrine_hormone_9(X)
& fn_cell_communication_with_thyroid_hormone_16(X) = fn_cell_communication_with_endocrine_hormone_16(X)
& fn_cell_communication_with_thyroid_hormone_5(X) = fn_long_distance_cell_communication_6(X)
& fn_cell_communication_with_thyroid_hormone_15(X) = fn_long_distance_cell_communication_4(X)
& fn_cell_communication_with_thyroid_hormone_15(X) = fn_cell_communication_with_endocrine_hormone_12(X)
& fn_cell_communication_with_thyroid_hormone_5(X) = fn_cell_communication_with_endocrine_hormone_5(X)
& fn_cell_communication_with_thyroid_hormone_27(X) = fn_cell_communication_with_endocrine_hormone_10(X)
& fn_cell_communication_with_thyroid_hormone_7(X) = fn_signal_reception_9(fn_cell_communication_with_thyroid_hormone_22(X))
& fn_cell_communication_with_thyroid_hormone_20(X) = fn_transmit_1(fn_cell_communication_with_thyroid_hormone_19(X))
& fn_cell_communication_with_thyroid_hormone_18(X) = fn_move_into_1(fn_cell_communication_with_thyroid_hormone_23(X))
& fn_cell_communication_with_thyroid_hormone_25(X) = fn_cell_signaling_with_intracellular_receptor_5(fn_cell_communication_with_thyroid_hormone_24(X))
& fn_cell_communication_with_thyroid_hormone_26(X) = fn_cell_signaling_with_intracellular_receptor_6(fn_cell_communication_with_thyroid_hormone_24(X))
& fn_cell_communication_with_thyroid_hormone_23(X) = fn_cell_signaling_with_intracellular_receptor_10(fn_cell_communication_with_thyroid_hormone_24(X))
& fn_cell_communication_with_thyroid_hormone_9(X) = fn_signal_reception_6(fn_cell_communication_with_thyroid_hormone_22(X))
& fn_cell_communication_with_thyroid_hormone_22(X) = fn_cell_signaling_with_intracellular_receptor_13(fn_cell_communication_with_thyroid_hormone_24(X))
& fn_cell_communication_with_thyroid_hormone_9(X) = fn_cell_signaling_with_intracellular_receptor_9(fn_cell_communication_with_thyroid_hormone_24(X))
& fn_move_1(fn_cell_communication_with_thyroid_hormone_19(X)) = fn_move_1(fn_cell_communication_with_thyroid_hormone_23(X))
& fn_move_1(fn_cell_communication_with_thyroid_hormone_23(X)) = fn_signal_reception_5(fn_cell_communication_with_thyroid_hormone_22(X))
& fn_signal_reception_5(fn_cell_communication_with_thyroid_hormone_22(X)) = fn_signal_reception_5(fn_cell_communication_with_thyroid_hormone_22(X))
& fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_thyroid_hormone_24(X)) = fn_signal_reception_5(fn_cell_communication_with_thyroid_hormone_22(X))
& fn_signal_reception_5(fn_cell_communication_with_thyroid_hormone_22(X)) = fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_thyroid_hormone_24(X))
& fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_thyroid_hormone_24(X)) = fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_thyroid_hormone_24(X))
& fn_cell_communication_with_endocrine_hormone_11(X) = fn_cell_communication_with_endocrine_hormone_11(X)
& fn_cell_communication_with_endocrine_hormone_11(X) = fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_thyroid_hormone_24(X))
& fn_cell_signaling_with_intracellular_receptor_7(fn_cell_communication_with_thyroid_hormone_24(X)) = fn_cell_communication_with_endocrine_hormone_11(X)
& fn_cell_communication_with_endocrine_hormone_11(X) = fn_signal_reception_4(fn_cell_communication_with_thyroid_hormone_22(X))
& fn_cell_signaling_with_intracellular_receptor_14(fn_cell_communication_with_thyroid_hormone_24(X)) = fn_signal_reception_4(fn_cell_communication_with_thyroid_hormone_22(X))
& fn_signal_reception_4(fn_cell_communication_with_thyroid_hormone_22(X)) = fn_cell_signaling_with_intracellular_receptor_14(fn_cell_communication_with_thyroid_hormone_24(X))
& fn_cell_signaling_with_intracellular_receptor_14(fn_cell_communication_with_thyroid_hormone_24(X)) = fn_cell_signaling_with_intracellular_receptor_15(fn_cell_communication_with_thyroid_hormone_24(X))
& fn_cell_signaling_with_intracellular_receptor_15(fn_cell_communication_with_thyroid_hormone_24(X)) = fn_cell_signaling_with_intracellular_receptor_15(fn_cell_communication_with_thyroid_hormone_24(X))
& fn_cell_signaling_with_intracellular_receptor_15(fn_cell_communication_with_thyroid_hormone_24(X)) = fn_cell_communication_with_endocrine_hormone_16(X)
& fn_cell_communication_with_endocrine_hormone_16(X) = fn_cell_communication_with_endocrine_hormone_16(X)
& fn_cell_communication_with_endocrine_hormone_16(X) = fn_long_distance_cell_communication_4(X)
& fn_cell_communication_with_endocrine_hormone_12(X) = fn_cell_communication_with_endocrine_hormone_12(X)
& fn_cell_communication_with_endocrine_hormone_12(X) = fn_long_distance_cell_communication_4(X)
& fn_long_distance_cell_communication_4(X) = fn_cell_communication_with_endocrine_hormone_12(X)
& fn_cell_communication_with_endocrine_hormone_12(X) = fn_long_distance_cell_communication_6(X)
& fn_long_distance_cell_communication_6(X) = fn_cell_communication_with_endocrine_hormone_5(X)
& fn_cell_communication_with_endocrine_hormone_5(X) = fn_cell_communication_with_endocrine_hormone_5(X)
& fn_cell_communication_with_endocrine_hormone_5(X) = fn_receptor_protein_1(fn_cell_communication_with_thyroid_hormone_11(X))
& fn_receptor_protein_1(fn_cell_communication_with_thyroid_hormone_11(X)) = fn_signal_reception_9(fn_cell_communication_with_thyroid_hormone_22(X))
& fn_signal_reception_9(fn_cell_communication_with_thyroid_hormone_22(X)) = fn_signal_reception_9(fn_cell_communication_with_thyroid_hormone_22(X))
& fn_signal_reception_9(fn_cell_communication_with_thyroid_hormone_22(X)) = fn_hormone_4(fn_cell_communication_with_thyroid_hormone_21(X))
& fn_hormone_4(fn_cell_communication_with_thyroid_hormone_21(X)) = fn_transmit_1(fn_cell_communication_with_thyroid_hormone_19(X))
& fn_transmit_1(fn_cell_communication_with_thyroid_hormone_19(X)) = fn_signal_reception_6(fn_cell_communication_with_thyroid_hormone_22(X))
& fn_cell_signaling_with_intracellular_receptor_9(fn_cell_communication_with_thyroid_hormone_24(X)) = fn_cell_signaling_with_intracellular_receptor_9(fn_cell_communication_with_thyroid_hormone_24(X))
& fn_cell_signaling_with_intracellular_receptor_9(fn_cell_communication_with_thyroid_hormone_24(X)) = fn_signal_reception_6(fn_cell_communication_with_thyroid_hormone_22(X))
& fn_signal_reception_6(fn_cell_communication_with_thyroid_hormone_22(X)) = fn_signal_reception_6(fn_cell_communication_with_thyroid_hormone_22(X))
& fn_signal_reception_6(fn_cell_communication_with_thyroid_hormone_22(X)) = fn_cell_signaling_with_intracellular_receptor_9(fn_cell_communication_with_thyroid_hormone_24(X)) ) ) ).
fof(a528170,axiom,
! [X] :
( cell_crawling_1(X)
=> ( original_name_2(X,'Cell-Crawling')
& user_description_2(X,'The movement of cells from one location to another during embryonic development, wound healing, and the immune response.')
& concept2words_2(X,crawl)
& concept2words_2(X,'crawling of cell')
& concept2words_2(X,'cell crawling')
& concept2words_2(X,'cell-crawling')
& development_related_intercellular_process_1(X) ) ) ).
fof(a528171,axiom,
! [X] :
( cell_cycle_1(X)
=> ( original_name_2(X,'Cell-Cycle')
& user_description_2(X,'The ordered series of events that occur in the life of a cell leading to its division.')
& concept2words_2(X,'cycle of cell')
& concept2words_2(X,'cell cycle')
& concept2words_2(X,'cell-cycle')
& life_cycle_process_1(X)
& system_1(fn_cell_cycle_1(X))
& duration_value_1(fn_cell_cycle_3(X))
& cell_1(fn_cell_cycle_4(X))
& cell_1(fn_cell_cycle_5(X))
& cell_division_1(fn_cell_cycle_6(X))
& cell_1(fn_cell_division_3(fn_cell_cycle_6(X)))
& duration_2(fn_cell_cycle_6(X),fn_cell_cycle_3(X))
& object_2(X,fn_cell_cycle_4(X))
& subevent_2(X,fn_cell_cycle_6(X))
& has_state_2(fn_cell_cycle_4(X),fn_cell_cycle_5(X))
& the_scalar_value_2(fn_cell_cycle_3(X),brief_0)
& scalar_unit_class_2(fn_cell_cycle_3(X),interphase_0)
& object_2(fn_cell_cycle_6(X),fn_cell_cycle_5(X))
& fn_cell_cycle_5(X) = fn_cell_division_3(fn_cell_cycle_6(X)) ) ) ).
fof(a528172,axiom,
! [X] :
( cell_cycle_process_1(X)
=> ( original_name_2(X,'Cell-Cycle-Process')
& user_description_2(X,'Cellular process which relates to the cycle of a cell\'s growth and division (the cell cycle)')
& concept2words_2(X,'undergo the cell cycle process')
& concept2words_2(X,'cell cycle process')
& concept2words_2(X,'cell-cycle-process')
& cellular_process_1(X) ) ) ).
fof(a528173,axiom,
! [X] :
( cell_determination_1(X)
=> ( original_name_2(X,'Cell-Determination')
& user_description_2(X,'The progressive restriction of developmental potential in which the possible fate of each cell becomes more limited as an embryo develops. At the end of determination, a cell is committed to its fate.')
& concept2words_2(X,determination)
& concept2words_2(X,determine)
& concept2words_2(X,'determination of cell')
& concept2words_2(X,'cell determination')
& concept2words_2(X,'cell-determination')
& embryonic_process_1(X)
& ~ childbirth_1(X)
& ~ compaction_1(X)
& ~ gastrulation_1(X)
& ~ gestation_1(X)
& ~ molting_1(X)
& ~ morphogenesis_1(X)
& ~ organogenesis_1(X)
& ~ oviparous_1(X)
& ~ ovoviviparous_1(X)
& ~ ovulation_1(X)
& ~ paedomorphosis_1(X)
& ~ pattern_formation_1(X)
& ~ phase_change_1(X)
& ~ primary_growth_1(X)
& ~ protostome_development_1(X)
& ~ radial_cleavage_1(X)
& ~ senescence_1(X)
& ~ torsion_1(X)
& ~ viviparous_1(X)
& regulation_1(fn_cell_determination_1(X))
& differentiated_embryonic_cell_1(fn_cell_determination_4(X))
& quantity_value_1(fn_cell_determination_5(X))
& quantity_value_1(fn_cell_determination_6(X))
& undifferentiated_cell_1(fn_cell_determination_7(X))
& participant_1(fn_cell_determination_8(X))
& gene_expression_1(fn_cell_determination_9(X))
& master_control_gene_1(fn_cell_determination_10(X))
& entity_1(fn_cell_determination_11(X))
& embryo_1(fn_cell_determination_11(X))
& undifferentiated_embryonic_cell_1(fn_cell_determination_12(X))
& tissue_specific_protein_1(fn_cell_determination_13(X))
& gene_expression_1(fn_cell_determination_14(X))
& amphipathic_molecule_1(fn_cell_determination_15(X))
& entity_1(fn_agent_role_1(fn_cell_determination_8(X)))
& gene_1(fn_gene_expression_6(fn_cell_determination_9(X)))
& chemical_entity_1(fn_gene_expression_4(fn_cell_determination_14(X)))
& protein_1(fn_gene_expression_4(fn_cell_determination_14(X)))
& eukaryotic_cell_1(fn_embryo_1(fn_cell_determination_11(X)))
& chemical_entity_1(fn_gene_expression_4(fn_cell_determination_9(X)))
& protein_1(fn_gene_expression_4(fn_cell_determination_9(X)))
& transcription_factor_1(fn_gene_expression_2(fn_cell_determination_14(X)))
& called_2(fn_cell_determination_15(X),'Transcription Factor I')
& called_2(fn_cell_determination_14(X),'Gene Expression 2')
& subevent_2(X,fn_cell_determination_9(X))
& object_2(X,fn_cell_determination_7(X))
& greater_than_2(fn_cell_determination_6(X),fn_cell_determination_5(X))
& quantity_2(fn_cell_determination_12(X),fn_cell_determination_5(X))
& quantity_2(fn_cell_determination_4(X),fn_cell_determination_6(X))
& has_part_2(fn_cell_determination_11(X),fn_cell_determination_4(X))
& called_2(fn_cell_determination_9(X),'Gene Expression 1')
& causes_2(fn_cell_determination_9(X),fn_cell_determination_1(X))
& in_event_2(fn_cell_determination_8(X),X)
& supports_2(fn_cell_determination_1(X),X)
& plays_2(fn_cell_determination_11(X),fn_cell_determination_8(X))
& result_2(fn_cell_determination_9(X),fn_cell_determination_15(X))
& object_2(fn_cell_determination_9(X),fn_cell_determination_10(X))
& agent_2(fn_cell_determination_14(X),fn_cell_determination_15(X))
& result_2(fn_cell_determination_14(X),fn_cell_determination_13(X))
& has_part_2(fn_cell_determination_11(X),fn_cell_determination_12(X))
& fn_cell_determination_11(X) = fn_agent_role_1(fn_cell_determination_8(X))
& fn_cell_determination_15(X) = fn_gene_expression_4(fn_cell_determination_9(X))
& fn_cell_determination_10(X) = fn_gene_expression_6(fn_cell_determination_9(X))
& fn_cell_determination_15(X) = fn_gene_expression_2(fn_cell_determination_14(X))
& fn_cell_determination_13(X) = fn_gene_expression_4(fn_cell_determination_14(X))
& fn_cell_determination_12(X) = fn_embryo_1(fn_cell_determination_11(X))
& fn_gene_expression_4(fn_cell_determination_9(X)) = fn_gene_expression_2(fn_cell_determination_14(X)) ) ) ).
fof(a528174,axiom,
! [X] :
( cell_differentiation_1(X)
=> ( original_name_2(X,'Cell-Differentiation')
& user_description_2(X,'The sum of processes by which cells become structurally and functionally diverse during the development of a multicellular organism.')
& concept2words_2(X,'cellular differentiation')
& concept2words_2(X,differentiation)
& concept2words_2(X,differentiate)
& concept2words_2(X,'differentiation of cell')
& concept2words_2(X,'cell differentiation')
& concept2words_2(X,'cell-differentiation')
& cellular_process_1(X)
& ~ neural_signaling_1(X)
& transcriptional_regulation_1(fn_cell_differentiation_1(X))
& change_1(fn_cell_differentiation_2(X))
& cell_1(fn_cell_differentiation_3(X))
& tissue_1(fn_cell_differentiation_4(X))
& change_1(fn_cell_differentiation_5(X))
& chromosome_1(fn_cell_differentiation_6(X))
& differentiated_cell_1(fn_cell_differentiation_7(X))
& structural_role_1(fn_cell_differentiation_8(X))
& role_1(fn_cell_differentiation_9(X))
& event_1(fn_cell_differentiation_10(X))
& environment_1(fn_cell_differentiation_11(X))
& action_1(fn_cell_differentiation_12(X))
& eukaryotic_chromosome_1(fn_cell_differentiation_13(X))
& chromosome_1(fn_cell_differentiation_13(X))
& cellular_response_1(fn_cell_differentiation_14(X))
& cell_signaling_1(fn_cell_differentiation_15(X))
& produce_1(fn_cell_differentiation_16(X))
& tissue_specific_protein_1(fn_cell_differentiation_17(X))
& tangible_entity_1(fn_cell_differentiation_18(X))
& nucleus_1(fn_cell_differentiation_18(X))
& eukaryotic_cell_1(fn_cell_differentiation_19(X))
& gene_expression_1(fn_cell_differentiation_20(X))
& tissue_specific_protein_1(fn_cell_differentiation_21(X))
& produce_1(fn_cell_differentiation_22(X))
& code_for_1(fn_cell_differentiation_23(X))
& code_for_1(fn_cell_differentiation_24(X))
& gene_1(fn_cell_differentiation_25(X))
& gene_1(fn_cell_differentiation_26(X))
& dna_strand_1(fn_cell_differentiation_27(X))
& entity_1(fn_cell_differentiation_28(X))
& dna_1(fn_cell_differentiation_28(X))
& entity_1(fn_create_1(fn_cell_differentiation_22(X)))
& code_for_1(fn_gene_13(fn_cell_differentiation_26(X)))
& cellular_response_1(fn_cell_signaling_1(fn_cell_differentiation_15(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_cell_differentiation_19(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_cell_differentiation_19(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_cell_differentiation_19(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_cell_differentiation_19(X)))
& code_for_1(fn_gene_13(fn_cell_differentiation_25(X)))
& gene_1(fn_dna_strand_14(fn_cell_differentiation_27(X)))
& dna_strand_1(fn_chromosome_5(fn_cell_differentiation_13(X)))
& entity_1(fn_chromosome_4(fn_cell_differentiation_13(X)))
& dna_1(fn_chromosome_4(fn_cell_differentiation_13(X)))
& entity_1(fn_create_1(fn_cell_differentiation_16(X)))
& chemical_entity_1(fn_gene_expression_4(fn_cell_differentiation_20(X)))
& protein_1(fn_gene_expression_4(fn_cell_differentiation_20(X)))
& causes_2(fn_cell_differentiation_14(X),X)
& base_2(fn_cell_differentiation_16(X),fn_cell_differentiation_4(X))
& object_2(fn_cell_differentiation_2(X),fn_cell_differentiation_3(X))
& site_2(fn_cell_differentiation_5(X),fn_cell_differentiation_18(X))
& object_2(fn_cell_differentiation_5(X),fn_cell_differentiation_6(X))
& purpose_2(fn_cell_differentiation_7(X),fn_cell_differentiation_9(X))
& purpose_2(fn_cell_differentiation_7(X),fn_cell_differentiation_8(X))
& in_event_2(fn_cell_differentiation_9(X),fn_cell_differentiation_10(X))
& object_2(X,fn_cell_differentiation_19(X))
& result_2(X,fn_cell_differentiation_7(X))
& subevent_2(X,fn_cell_differentiation_20(X))
& subevent_2(X,fn_cell_differentiation_16(X))
& subevent_2(X,fn_cell_differentiation_2(X))
& subevent_2(X,fn_cell_differentiation_5(X))
& subevent_2(X,fn_cell_differentiation_1(X))
& next_event_2(fn_cell_differentiation_20(X),fn_cell_differentiation_16(X))
& base_2(fn_cell_differentiation_20(X),fn_cell_differentiation_7(X))
& agent_2(fn_cell_differentiation_10(X),fn_cell_differentiation_21(X))
& base_2(fn_cell_differentiation_22(X),fn_cell_differentiation_7(X))
& donor_2(fn_cell_differentiation_23(X),fn_cell_differentiation_26(X))
& base_2(fn_cell_differentiation_12(X),fn_cell_differentiation_11(X))
& inhibits_2(fn_cell_differentiation_12(X),fn_cell_differentiation_23(X))
& enables_2(fn_cell_differentiation_12(X),fn_cell_differentiation_24(X))
& donor_2(fn_cell_differentiation_24(X),fn_cell_differentiation_25(X))
& has_part_2(fn_cell_differentiation_27(X),fn_cell_differentiation_26(X))
& result_2(fn_cell_differentiation_16(X),fn_cell_differentiation_17(X))
& result_2(fn_cell_differentiation_22(X),fn_cell_differentiation_21(X))
& result_2(fn_cell_differentiation_20(X),fn_cell_differentiation_17(X))
& agent_2(fn_cell_differentiation_23(X),fn_cell_differentiation_26(X))
& subevent_2(fn_cell_differentiation_15(X),fn_cell_differentiation_14(X))
& has_part_2(fn_cell_differentiation_19(X),fn_cell_differentiation_18(X))
& is_inside_2(fn_cell_differentiation_13(X),fn_cell_differentiation_18(X))
& has_part_2(fn_cell_differentiation_19(X),fn_cell_differentiation_13(X))
& has_part_2(fn_cell_differentiation_28(X),fn_cell_differentiation_27(X))
& has_part_2(fn_cell_differentiation_13(X),fn_cell_differentiation_28(X))
& has_part_2(fn_cell_differentiation_27(X),fn_cell_differentiation_25(X))
& agent_2(fn_cell_differentiation_24(X),fn_cell_differentiation_25(X))
& fn_cell_differentiation_17(X) = fn_create_1(fn_cell_differentiation_16(X))
& fn_cell_differentiation_21(X) = fn_create_1(fn_cell_differentiation_22(X))
& fn_cell_differentiation_17(X) = fn_gene_expression_4(fn_cell_differentiation_20(X))
& fn_cell_differentiation_23(X) = fn_gene_13(fn_cell_differentiation_26(X))
& fn_cell_differentiation_14(X) = fn_cell_signaling_1(fn_cell_differentiation_15(X))
& fn_cell_differentiation_13(X) = fn_eukaryotic_cell_30(fn_cell_differentiation_19(X))
& fn_cell_differentiation_18(X) = fn_eukaryotic_cell_26(fn_cell_differentiation_19(X))
& fn_cell_differentiation_24(X) = fn_gene_13(fn_cell_differentiation_25(X))
& fn_cell_differentiation_25(X) = fn_dna_strand_14(fn_cell_differentiation_27(X))
& fn_cell_differentiation_27(X) = fn_chromosome_5(fn_cell_differentiation_13(X))
& fn_cell_differentiation_28(X) = fn_chromosome_4(fn_cell_differentiation_13(X))
& fn_create_1(fn_cell_differentiation_16(X)) = fn_gene_expression_4(fn_cell_differentiation_20(X)) ) ) ).
fof(a528175,axiom,
! [X] :
( cell_differentiation_for_tissue_formation_1(X)
=> ( original_name_2(X,'Cell-Differentiation-For-Tissue-Formation')
& user_description_2(X,'The process of differentiation in cells which occurs resulting in tissue formation is called cell differentiation for tissue formation.')
& concept2words_2(X,differentiate)
& concept2words_2(X,'cell differentiation for tissue formation')
& concept2words_2(X,'cell-differentiation-for-tissue-formation')
& cell_differentiation_1(X)
& ~ muscle_cell_differentiation_1(X)
& ~ stem_cell_differentiation_1(X)
& cell_1(fn_cell_differentiation_for_tissue_formation_1(X))
& produce_1(fn_cell_differentiation_for_tissue_formation_2(X))
& produce_1(fn_cell_differentiation_for_tissue_formation_3(X))
& base_2(fn_cell_differentiation_for_tissue_formation_3(X),fn_cell_differentiation_for_tissue_formation_1(X))
& causes_2(X,fn_cell_differentiation_for_tissue_formation_2(X))
& subevent_2(X,fn_cell_differentiation_for_tissue_formation_3(X))
& fn_cell_differentiation_for_tissue_formation_3(X) = fn_cell_differentiation_16(X) ) ) ).
fof(a528176,axiom,
! [X] :
( cell_differentiation_induction_1(X)
=> ( original_name_2(X,'Cell-Differentiation-Induction')
& user_description_2(X,'Induction, signaling from one group of cells to an adjacent group, that brings about differentiation.')
& concept2words_2(X,'induce cell differentiation')
& concept2words_2(X,'cell differentiation induction')
& concept2words_2(X,'cell-differentiation-induction')
& chemical_signaling_1(X)
& transcriptional_regulation_1(fn_cell_differentiation_induction_1(X))
& cell_differentiation_1(fn_cell_differentiation_induction_2(X))
& signal_reception_1(fn_cell_differentiation_induction_3(X))
& cellular_response_1(fn_cell_differentiation_induction_4(X))
& eukaryotic_cell_1(fn_cell_differentiation_induction_5(X))
& cellular_response_1(fn_cell_differentiation_14(fn_cell_differentiation_induction_2(X)))
& base_2(fn_cell_differentiation_induction_1(X),fn_cell_differentiation_induction_5(X))
& subevent_2(fn_cell_differentiation_induction_4(X),fn_cell_differentiation_induction_1(X))
& recipient_2(fn_cell_differentiation_induction_3(X),fn_cell_differentiation_induction_5(X))
& base_2(X,fn_cell_differentiation_induction_5(X))
& causes_2(fn_cell_differentiation_induction_4(X),fn_cell_differentiation_induction_2(X))
& first_subevent_2(X,fn_cell_differentiation_induction_3(X))
& base_2(fn_cell_differentiation_induction_3(X),fn_cell_differentiation_induction_5(X))
& base_2(fn_cell_differentiation_induction_4(X),fn_cell_differentiation_induction_5(X))
& subevent_2(X,fn_cell_differentiation_induction_4(X))
& subevent_2(X,fn_cell_differentiation_induction_3(X))
& fn_cell_differentiation_induction_4(X) = fn_cell_differentiation_14(fn_cell_differentiation_induction_2(X))
& fn_cell_differentiation_induction_4(X) = fn_cell_signaling_1(X)
& fn_cell_differentiation_induction_5(X) = fn_cell_signaling_4(X)
& fn_cell_differentiation_induction_3(X) = fn_cell_signaling_2(X)
& fn_cell_differentiation_14(fn_cell_differentiation_induction_2(X)) = fn_cell_signaling_1(X)
& fn_cell_signaling_1(X) = fn_cell_signaling_1(X) ) ) ).
fof(a528177,axiom,
! [X] :
( cell_division_1(X)
=> ( original_name_2(X,'Cell-Division')
& user_description_2(X,'A process by which the parent cell divides into two or more daughter cells.')
& concept2words_2(X,'cell reproduction')
& concept2words_2(X,divide)
& concept2words_2(X,'division of cell')
& concept2words_2(X,'cell division')
& concept2words_2(X,'cell-division')
& cell_cycle_process_1(X)
& resource_1(fn_cell_division_1(X))
& cell_1(fn_cell_division_2(X))
& cell_1(fn_cell_division_3(X))
& atp_1(fn_cell_division_4(X))
& daughter_cell_1(fn_cell_division_5(X))
& parent_cell_1(fn_cell_division_6(X))
& in_event_2(fn_cell_division_1(X),X)
& plays_2(fn_cell_division_2(X),fn_cell_division_5(X))
& plays_2(fn_cell_division_3(X),fn_cell_division_6(X))
& object_2(X,fn_cell_division_3(X))
& result_2(X,fn_cell_division_2(X))
& exactCardinality(X,result_0,"2",cell_0)
& raw_material_2(X,fn_cell_division_4(X))
& plays_2(fn_cell_division_4(X),fn_cell_division_1(X))
& in_event_2(fn_cell_division_5(X),X)
& in_event_2(fn_cell_division_6(X),X) ) ) ).
fof(a528178,axiom,
! [X] :
( cell_division_in_diatom_1(X)
=> ( original_name_2(X,'Cell-Division-In-Diatom')
& user_description_2(X,'The process in diatoms by which the parent cell divides into two daughter cells.')
& concept2words_2(X,divide)
& concept2words_2(X,'cell division in diatom')
& concept2words_2(X,'cell-division-in-diatom')
& cell_division_1(X)
& microtubule_1(fn_cell_division_in_diatom_1(X))
& cell_1(fn_cell_division_in_diatom_2(X))
& diatom_1(fn_cell_division_in_diatom_2(X))
& tangible_entity_1(fn_cell_division_in_diatom_3(X))
& nucleus_1(fn_cell_division_in_diatom_3(X))
& diatom_1(fn_cell_division_in_diatom_4(X))
& nuclear_division_1(fn_cell_division_in_diatom_5(X))
& tangible_entity_1(fn_cell_division_in_diatom_6(X))
& nucleus_1(fn_cell_division_in_diatom_6(X))
& move_apart_1(fn_cell_division_in_diatom_7(X))
& move_1(fn_cell_division_in_diatom_8(X))
& move_1(fn_cell_division_in_diatom_9(X))
& chromosome_1(fn_cell_division_in_diatom_10(X))
& spatial_entity_1(fn_cell_division_in_diatom_11(X))
& chromosome_1(fn_cell_division_in_diatom_11(X))
& produce_1(fn_cell_division_in_diatom_12(X))
& spindle_1(fn_cell_division_in_diatom_13(X))
& cell_1(fn_cell_division_in_diatom_14(X))
& diatom_1(fn_cell_division_in_diatom_14(X))
& facilitated_diffusion_of_polar_molecule_1(fn_cell_division_in_diatom_15(X))
& membrane_1(fn_cell_division_in_diatom_16(X))
& spatial_entity_1(fn_cell_division_in_diatom_16(X))
& biomembrane_1(fn_cell_division_in_diatom_16(X))
& plasma_membrane_1(fn_cell_division_in_diatom_16(X))
& entity_1(fn_create_1(fn_cell_division_in_diatom_12(X)))
& tangible_entity_1(fn_diatom_44(fn_cell_division_in_diatom_4(X)))
& nucleus_1(fn_diatom_44(fn_cell_division_in_diatom_4(X)))
& spatial_entity_1(fn_move_1(fn_cell_division_in_diatom_8(X)))
& spatial_entity_1(fn_move_apart_2(fn_cell_division_in_diatom_7(X)))
& spatial_entity_1(fn_move_1(fn_cell_division_in_diatom_9(X)))
& spatial_entity_1(fn_move_apart_1(fn_cell_division_in_diatom_7(X)))
& chromosome_1(fn_cell_25(fn_cell_division_in_diatom_14(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_cell_division_in_diatom_15(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_cell_division_in_diatom_15(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_cell_division_in_diatom_15(X)))
& spatial_entity_1(fn_diatom_41(fn_cell_division_in_diatom_14(X)))
& biomembrane_1(fn_diatom_41(fn_cell_division_in_diatom_14(X)))
& plasma_membrane_1(fn_diatom_41(fn_cell_division_in_diatom_14(X)))
& nucleus_1(fn_nuclear_division_2(fn_cell_division_in_diatom_5(X)))
& tangible_entity_1(fn_diatom_44(fn_cell_division_in_diatom_2(X)))
& nucleus_1(fn_diatom_44(fn_cell_division_in_diatom_2(X)))
& result_2(X,fn_cell_division_in_diatom_4(X))
& subevent_2(X,fn_cell_division_in_diatom_12(X))
& subevent_2(X,fn_cell_division_in_diatom_7(X))
& subevent_2(X,fn_cell_division_in_diatom_5(X))
& has_part_2(fn_cell_division_in_diatom_14(X),fn_cell_division_in_diatom_10(X))
& fn_cell_division_in_diatom_2(X) != fn_cell_division_in_diatom_4(X)
& fn_cell_division_in_diatom_11(X) != fn_cell_division_in_diatom_10(X)
& fn_cell_division_in_diatom_10(X) != fn_cell_division_in_diatom_11(X)
& agent_2(fn_cell_division_in_diatom_7(X),fn_cell_division_in_diatom_1(X))
& first_subevent_2(fn_cell_division_in_diatom_7(X),fn_cell_division_in_diatom_8(X))
& first_subevent_2(fn_cell_division_in_diatom_7(X),fn_cell_division_in_diatom_9(X))
& subevent_2(fn_cell_division_in_diatom_7(X),fn_cell_division_in_diatom_8(X))
& subevent_2(fn_cell_division_in_diatom_7(X),fn_cell_division_in_diatom_9(X))
& fn_cell_division_in_diatom_6(X) != fn_cell_division_in_diatom_3(X)
& fn_cell_division_in_diatom_3(X) != fn_cell_division_in_diatom_6(X)
& result_2(fn_cell_division_in_diatom_5(X),fn_cell_division_in_diatom_6(X))
& fn_cell_division_in_diatom_4(X) != fn_cell_division_in_diatom_2(X)
& object_2(X,fn_cell_division_in_diatom_14(X))
& result_2(X,fn_cell_division_in_diatom_2(X))
& result_2(fn_cell_division_in_diatom_12(X),fn_cell_division_in_diatom_13(X))
& object_2(fn_cell_division_in_diatom_8(X),fn_cell_division_in_diatom_10(X))
& object_2(fn_cell_division_in_diatom_9(X),fn_cell_division_in_diatom_11(X))
& object_2(fn_cell_division_in_diatom_7(X),fn_cell_division_in_diatom_10(X))
& object_2(fn_cell_division_in_diatom_7(X),fn_cell_division_in_diatom_11(X))
& path_2(fn_cell_division_in_diatom_15(X),fn_cell_division_in_diatom_16(X))
& has_part_2(fn_cell_division_in_diatom_14(X),fn_cell_division_in_diatom_11(X))
& has_part_2(fn_cell_division_in_diatom_14(X),fn_cell_division_in_diatom_16(X))
& result_2(fn_cell_division_in_diatom_5(X),fn_cell_division_in_diatom_3(X))
& has_part_2(fn_cell_division_in_diatom_4(X),fn_cell_division_in_diatom_6(X))
& has_part_2(fn_cell_division_in_diatom_2(X),fn_cell_division_in_diatom_3(X))
& fn_cell_division_in_diatom_14(X) = fn_cell_division_3(X)
& fn_cell_division_in_diatom_2(X) = fn_cell_division_2(X)
& fn_cell_division_in_diatom_13(X) = fn_create_1(fn_cell_division_in_diatom_12(X))
& fn_cell_division_in_diatom_10(X) = fn_move_1(fn_cell_division_in_diatom_8(X))
& fn_cell_division_in_diatom_11(X) = fn_move_1(fn_cell_division_in_diatom_9(X))
& fn_cell_division_in_diatom_10(X) = fn_move_apart_2(fn_cell_division_in_diatom_7(X))
& fn_cell_division_in_diatom_11(X) = fn_move_apart_1(fn_cell_division_in_diatom_7(X))
& fn_cell_division_in_diatom_16(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_cell_division_in_diatom_15(X))
& fn_cell_division_in_diatom_11(X) = fn_cell_25(fn_cell_division_in_diatom_14(X))
& fn_cell_division_in_diatom_16(X) = fn_diatom_41(fn_cell_division_in_diatom_14(X))
& fn_cell_division_in_diatom_3(X) = fn_nuclear_division_2(fn_cell_division_in_diatom_5(X))
& fn_cell_division_in_diatom_6(X) = fn_diatom_44(fn_cell_division_in_diatom_4(X))
& fn_cell_division_in_diatom_3(X) = fn_diatom_44(fn_cell_division_in_diatom_2(X))
& fn_move_1(fn_cell_division_in_diatom_8(X)) = fn_move_apart_2(fn_cell_division_in_diatom_7(X))
& fn_move_apart_2(fn_cell_division_in_diatom_7(X)) = fn_move_1(fn_cell_division_in_diatom_9(X))
& fn_move_1(fn_cell_division_in_diatom_9(X)) = fn_move_apart_1(fn_cell_division_in_diatom_7(X))
& fn_move_apart_1(fn_cell_division_in_diatom_7(X)) = fn_move_apart_1(fn_cell_division_in_diatom_7(X))
& fn_move_apart_1(fn_cell_division_in_diatom_7(X)) = fn_cell_25(fn_cell_division_in_diatom_14(X))
& fn_cell_25(fn_cell_division_in_diatom_14(X)) = fn_facilitated_diffusion_of_polar_molecule_5(fn_cell_division_in_diatom_15(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_cell_division_in_diatom_15(X)) = fn_diatom_41(fn_cell_division_in_diatom_14(X))
& fn_diatom_41(fn_cell_division_in_diatom_14(X)) = fn_nuclear_division_2(fn_cell_division_in_diatom_5(X))
& fn_nuclear_division_2(fn_cell_division_in_diatom_5(X)) = fn_diatom_44(fn_cell_division_in_diatom_2(X)) ) ) ).
fof(a528179,axiom,
! [X] :
( cell_division_in_dinoflagellate_1(X)
=> ( original_name_2(X,'Cell-Division-In-Dinoflagellate')
& user_description_2(X,'A process by which the parent dinoflagellate cell divides into two dinoflagellate daughter cells.')
& concept2words_2(X,divide)
& concept2words_2(X,'cell division in dinoflagellate')
& concept2words_2(X,'cell-division-in-dinoflagellate')
& cell_division_1(X)
& chromosome_arm_1(fn_cell_division_in_dinoflagellate_1(X))
& chromosome_arm_1(fn_cell_division_in_dinoflagellate_2(X))
& er_membrane_1(fn_cell_division_in_dinoflagellate_3(X))
& cell_pole_1(fn_cell_division_in_dinoflagellate_4(X))
& pore_1(fn_cell_division_in_dinoflagellate_5(X))
& parent_cell_1(fn_cell_division_in_dinoflagellate_6(X))
& move_through_1(fn_cell_division_in_dinoflagellate_7(X))
& nuclear_division_1(fn_cell_division_in_dinoflagellate_8(X))
& cell_pole_1(fn_cell_division_in_dinoflagellate_9(X))
& microtubule_1(fn_cell_division_in_dinoflagellate_10(X))
& attach_1(fn_cell_division_in_dinoflagellate_11(X))
& cytoskeleton_1(fn_cell_division_in_dinoflagellate_12(X))
& tangible_entity_1(fn_cell_division_in_dinoflagellate_13(X))
& nucleus_1(fn_cell_division_in_dinoflagellate_13(X))
& spatial_entity_1(fn_cell_division_in_dinoflagellate_14(X))
& nuclear_membrane_1(fn_cell_division_in_dinoflagellate_14(X))
& biomembrane_1(fn_cell_division_in_dinoflagellate_14(X))
& hold_1(fn_cell_division_in_dinoflagellate_15(X))
& tangible_entity_1(fn_cell_division_in_dinoflagellate_16(X))
& intermediate_filament_1(fn_cell_division_in_dinoflagellate_16(X))
& lipid_1(fn_cell_division_in_dinoflagellate_17(X))
& glycolipid_1(fn_cell_division_in_dinoflagellate_17(X))
& carbon_skeleton_1(fn_cell_division_in_dinoflagellate_18(X))
& dinoflagellate_1(fn_cell_division_in_dinoflagellate_19(X))
& tangible_entity_1(fn_cell_division_in_dinoflagellate_20(X))
& cell_1(fn_cell_division_in_dinoflagellate_20(X))
& dinoflagellate_1(fn_cell_division_in_dinoflagellate_20(X))
& tangible_entity_1(fn_cell_division_in_dinoflagellate_21(X))
& phospholipid_bilayer_1(fn_cell_division_in_dinoflagellate_21(X))
& coil_1(fn_cell_division_in_dinoflagellate_22(X))
& dna_polymerase_iii_1(fn_cell_division_in_dinoflagellate_23(X))
& hydrophilic_face_1(fn_cell_division_in_dinoflagellate_24(X))
& aqueous_solution_1(fn_cell_division_in_dinoflagellate_25(X))
& hydrophilic_face_1(fn_cell_division_in_dinoflagellate_26(X))
& end_1(fn_cell_division_in_dinoflagellate_27(X))
& centromere_1(fn_cell_division_in_dinoflagellate_28(X))
& telomere_1(fn_cell_division_in_dinoflagellate_29(X))
& protein_1(fn_cell_division_in_dinoflagellate_30(X))
& entity_1(fn_cell_division_in_dinoflagellate_31(X))
& dna_1(fn_cell_division_in_dinoflagellate_31(X))
& synthesis_of_rna_1(fn_cell_division_in_dinoflagellate_32(X))
& dna_replication_in_eukaryotes_1(fn_cell_division_in_dinoflagellate_33(X))
& aqueous_solution_1(fn_cell_division_in_dinoflagellate_34(X))
& nucleolus_1(fn_cell_division_in_dinoflagellate_35(X))
& nuclear_lamina_1(fn_cell_division_in_dinoflagellate_36(X))
& protein_enzyme_1(fn_cell_division_in_dinoflagellate_37(X))
& substance_1(fn_cell_division_in_dinoflagellate_38(X))
& cytosol_1(fn_cell_division_in_dinoflagellate_38(X))
& specific_heat_value_1(fn_cell_division_in_dinoflagellate_39(X))
& temperature_value_1(fn_cell_division_in_dinoflagellate_40(X))
& synthesis_reaction_1(fn_cell_division_in_dinoflagellate_41(X))
& chemical_reaction_1(fn_cell_division_in_dinoflagellate_41(X))
& anabolic_pathway_1(fn_cell_division_in_dinoflagellate_41(X))
& synthesis_of_lipid_1(fn_cell_division_in_dinoflagellate_41(X))
& catabolic_pathway_1(fn_cell_division_in_dinoflagellate_42(X))
& eukaryotic_cellular_respiration_1(fn_cell_division_in_dinoflagellate_42(X))
& cellular_work_1(fn_cell_division_in_dinoflagellate_43(X))
& volume_value_1(fn_cell_division_in_dinoflagellate_44(X))
& size_value_1(fn_cell_division_in_dinoflagellate_45(X))
& smooth_endoplasmic_reticulum_1(fn_cell_division_in_dinoflagellate_46(X))
& golgi_apparatus_1(fn_cell_division_in_dinoflagellate_47(X))
& rough_endoplasmic_reticulum_1(fn_cell_division_in_dinoflagellate_48(X))
& water_1(fn_cell_division_in_dinoflagellate_49(X))
& semiautonomous_organelle_1(fn_cell_division_in_dinoflagellate_50(X))
& organelle_1(fn_cell_division_in_dinoflagellate_50(X))
& mitochondrion_1(fn_cell_division_in_dinoflagellate_50(X))
& spatial_entity_1(fn_cell_division_in_dinoflagellate_51(X))
& chromosome_1(fn_cell_division_in_dinoflagellate_51(X))
& eukaryotic_chromosome_1(fn_cell_division_in_dinoflagellate_51(X))
& ribosome_1(fn_cell_division_in_dinoflagellate_52(X))
& eukaryotic_ribosome_1(fn_cell_division_in_dinoflagellate_52(X))
& spatial_entity_1(fn_cell_division_in_dinoflagellate_53(X))
& biomembrane_1(fn_cell_division_in_dinoflagellate_53(X))
& plasma_membrane_1(fn_cell_division_in_dinoflagellate_53(X))
& mixture_1(fn_cell_division_in_dinoflagellate_54(X))
& cytoplasm_1(fn_cell_division_in_dinoflagellate_54(X))
& surface_1(fn_cell_division_in_dinoflagellate_55(X))
& spatial_entity_1(fn_move_1(fn_cell_division_in_dinoflagellate_7(X)))
& cytoskeleton_1(fn_cell_2(fn_cell_division_in_dinoflagellate_20(X)))
& cell_pole_1(fn_cell_1(fn_cell_division_in_dinoflagellate_20(X)))
& glycolipid_1(fn_biomembrane_29(fn_cell_division_in_dinoflagellate_14(X)))
& telomere_1(fn_eukaryotic_chromosome_4(fn_cell_division_in_dinoflagellate_51(X)))
& end_1(fn_eukaryotic_chromosome_5(fn_cell_division_in_dinoflagellate_51(X)))
& centromere_1(fn_chromosome_6(fn_cell_division_in_dinoflagellate_51(X)))
& entity_1(fn_chromosome_4(fn_cell_division_in_dinoflagellate_51(X)))
& dna_1(fn_chromosome_4(fn_cell_division_in_dinoflagellate_51(X)))
& coil_1(fn_chromosome_8(fn_cell_division_in_dinoflagellate_51(X)))
& protein_1(fn_chromosome_3(fn_cell_division_in_dinoflagellate_51(X)))
& property_node_1(fn_dinoflagellate_7(fn_cell_division_in_dinoflagellate_20(X)))
& property_node_1(fn_dinoflagellate_35(fn_cell_division_in_dinoflagellate_20(X)))
& protein_enzyme_1(fn_dinoflagellate_23(fn_cell_division_in_dinoflagellate_20(X)))
& property_node_1(fn_dinoflagellate_36(fn_cell_division_in_dinoflagellate_20(X)))
& property_node_1(fn_dinoflagellate_37(fn_cell_division_in_dinoflagellate_20(X)))
& catabolic_pathway_1(fn_dinoflagellate_20(fn_cell_division_in_dinoflagellate_20(X)))
& eukaryotic_cellular_respiration_1(fn_dinoflagellate_20(fn_cell_division_in_dinoflagellate_20(X)))
& cellular_work_1(fn_dinoflagellate_6(fn_cell_division_in_dinoflagellate_20(X)))
& volume_value_1(fn_dinoflagellate_30(fn_cell_division_in_dinoflagellate_20(X)))
& size_value_1(fn_dinoflagellate_21(fn_cell_division_in_dinoflagellate_20(X)))
& semiautonomous_organelle_1(fn_dinoflagellate_19(fn_cell_division_in_dinoflagellate_20(X)))
& organelle_1(fn_dinoflagellate_19(fn_cell_division_in_dinoflagellate_20(X)))
& mitochondrion_1(fn_dinoflagellate_19(fn_cell_division_in_dinoflagellate_20(X)))
& temperature_value_1(fn_dinoflagellate_29(fn_cell_division_in_dinoflagellate_20(X)))
& specific_heat_value_1(fn_dinoflagellate_27(fn_cell_division_in_dinoflagellate_20(X)))
& water_1(fn_dinoflagellate_34(fn_cell_division_in_dinoflagellate_20(X)))
& rough_endoplasmic_reticulum_1(fn_dinoflagellate_33(fn_cell_division_in_dinoflagellate_20(X)))
& golgi_apparatus_1(fn_dinoflagellate_32(fn_cell_division_in_dinoflagellate_20(X)))
& synthesis_reaction_1(fn_dinoflagellate_28(fn_cell_division_in_dinoflagellate_20(X)))
& chemical_reaction_1(fn_dinoflagellate_28(fn_cell_division_in_dinoflagellate_20(X)))
& anabolic_pathway_1(fn_dinoflagellate_28(fn_cell_division_in_dinoflagellate_20(X)))
& synthesis_of_lipid_1(fn_dinoflagellate_28(fn_cell_division_in_dinoflagellate_20(X)))
& smooth_endoplasmic_reticulum_1(fn_dinoflagellate_31(fn_cell_division_in_dinoflagellate_20(X)))
& spatial_entity_1(fn_dinoflagellate_18(fn_cell_division_in_dinoflagellate_20(X)))
& biomembrane_1(fn_dinoflagellate_18(fn_cell_division_in_dinoflagellate_20(X)))
& plasma_membrane_1(fn_dinoflagellate_18(fn_cell_division_in_dinoflagellate_20(X)))
& tangible_entity_1(fn_dinoflagellate_25(fn_cell_division_in_dinoflagellate_20(X)))
& phospholipid_bilayer_1(fn_dinoflagellate_25(fn_cell_division_in_dinoflagellate_20(X)))
& surface_1(fn_dinoflagellate_26(fn_cell_division_in_dinoflagellate_20(X)))
& synthesis_of_rna_1(fn_nucleus_3(fn_cell_division_in_dinoflagellate_13(X)))
& hydrophilic_face_1(fn_nucleus_9(fn_cell_division_in_dinoflagellate_13(X)))
& hydrophilic_face_1(fn_nucleus_15(fn_cell_division_in_dinoflagellate_13(X)))
& dna_replication_in_eukaryotes_1(fn_nucleus_11(fn_cell_division_in_dinoflagellate_13(X)))
& dna_polymerase_iii_1(fn_nucleus_18(fn_cell_division_in_dinoflagellate_13(X)))
& nucleolus_1(fn_nucleus_5(fn_cell_division_in_dinoflagellate_13(X)))
& aqueous_solution_1(fn_nucleus_16(fn_cell_division_in_dinoflagellate_13(X)))
& aqueous_solution_1(fn_nucleus_17(fn_cell_division_in_dinoflagellate_13(X)))
& nuclear_lamina_1(fn_nucleus_14(fn_cell_division_in_dinoflagellate_13(X)))
& tangible_entity_1(fn_hold_1(fn_cell_division_in_dinoflagellate_15(X)))
& intermediate_filament_1(fn_cytoskeleton_3(fn_cell_division_in_dinoflagellate_12(X)))
& carbon_skeleton_1(fn_lipid_14(fn_cell_division_in_dinoflagellate_17(X)))
& carbon_skeleton_1(fn_glycolipid_4(fn_cell_division_in_dinoflagellate_17(X)))
& carbon_skeleton_1(fn_biomembrane_71(fn_cell_division_in_dinoflagellate_14(X)))
& ribosome_1(fn_cytoskeleton_8(fn_cell_division_in_dinoflagellate_12(X)))
& eukaryotic_ribosome_1(fn_dinoflagellate_8(fn_cell_division_in_dinoflagellate_20(X)))
& substance_1(fn_cytoskeleton_9(fn_cell_division_in_dinoflagellate_12(X)))
& cytosol_1(fn_cytoskeleton_9(fn_cell_division_in_dinoflagellate_12(X)))
& substance_1(fn_dinoflagellate_11(fn_cell_division_in_dinoflagellate_20(X)))
& cytosol_1(fn_dinoflagellate_11(fn_cell_division_in_dinoflagellate_20(X)))
& mixture_1(fn_cytoskeleton_7(fn_cell_division_in_dinoflagellate_12(X)))
& cytoplasm_1(fn_cytoskeleton_7(fn_cell_division_in_dinoflagellate_12(X)))
& mixture_1(fn_dinoflagellate_17(fn_cell_division_in_dinoflagellate_20(X)))
& cytoplasm_1(fn_dinoflagellate_17(fn_cell_division_in_dinoflagellate_20(X)))
& cell_1(fn_cytoskeleton_6(fn_cell_division_in_dinoflagellate_12(X)))
& tangible_entity_1(fn_cytoskeleton_6(fn_cell_division_in_dinoflagellate_12(X)))
& spatial_entity_1(fn_attach_1(fn_cell_division_in_dinoflagellate_11(X)))
& chromosome_1(fn_dinoflagellate_9(fn_cell_division_in_dinoflagellate_20(X)))
& eukaryotic_chromosome_1(fn_dinoflagellate_9(fn_cell_division_in_dinoflagellate_20(X)))
& eukaryotic_chromosome_1(fn_nucleus_6(fn_cell_division_in_dinoflagellate_13(X)))
& spatial_entity_1(fn_attach_2(fn_cell_division_in_dinoflagellate_11(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_cell_division_in_dinoflagellate_13(X)))
& biomembrane_1(fn_nucleus_13(fn_cell_division_in_dinoflagellate_13(X)))
& tangible_entity_1(fn_hold_2(fn_cell_division_in_dinoflagellate_15(X)))
& nucleus_1(fn_nuclear_division_3(fn_cell_division_in_dinoflagellate_8(X)))
& tangible_entity_1(fn_dinoflagellate_10(fn_cell_division_in_dinoflagellate_20(X)))
& nucleus_1(fn_dinoflagellate_10(fn_cell_division_in_dinoflagellate_20(X)))
& has_part_2(fn_cell_division_in_dinoflagellate_51(X),fn_cell_division_in_dinoflagellate_1(X))
& has_part_2(fn_cell_division_in_dinoflagellate_51(X),fn_cell_division_in_dinoflagellate_2(X))
& is_inside_2(fn_cell_division_in_dinoflagellate_37(X),fn_cell_division_in_dinoflagellate_3(X))
& is_between_2(fn_cell_division_in_dinoflagellate_28(X),fn_cell_division_in_dinoflagellate_2(X))
& is_between_2(fn_cell_division_in_dinoflagellate_28(X),fn_cell_division_in_dinoflagellate_1(X))
& abuts_2(fn_cell_division_in_dinoflagellate_3(X),fn_cell_division_in_dinoflagellate_14(X))
& has_region_2(fn_cell_division_in_dinoflagellate_20(X),fn_cell_division_in_dinoflagellate_4(X))
& first_subevent_2(X,fn_cell_division_in_dinoflagellate_11(X))
& subevent_2(X,fn_cell_division_in_dinoflagellate_8(X))
& subevent_2(X,fn_cell_division_in_dinoflagellate_7(X))
& subevent_2(X,fn_cell_division_in_dinoflagellate_11(X))
& experiencer_2(X,fn_cell_division_in_dinoflagellate_20(X))
& abuts_2(fn_cell_division_in_dinoflagellate_14(X),fn_cell_division_in_dinoflagellate_3(X))
& is_opposite_2(fn_cell_division_in_dinoflagellate_4(X),fn_cell_division_in_dinoflagellate_9(X))
& next_event_2(fn_cell_division_in_dinoflagellate_11(X),fn_cell_division_in_dinoflagellate_7(X))
& is_across_2(fn_cell_division_in_dinoflagellate_5(X),fn_cell_division_in_dinoflagellate_13(X))
& is_opposite_2(fn_cell_division_in_dinoflagellate_9(X),fn_cell_division_in_dinoflagellate_4(X))
& origin_2(fn_cell_division_in_dinoflagellate_7(X),fn_cell_division_in_dinoflagellate_9(X))
& path_2(fn_cell_division_in_dinoflagellate_7(X),fn_cell_division_in_dinoflagellate_5(X))
& base_2(fn_cell_division_in_dinoflagellate_7(X),fn_cell_division_in_dinoflagellate_13(X))
& destination_2(fn_cell_division_in_dinoflagellate_7(X),fn_cell_division_in_dinoflagellate_4(X))
& agent_2(fn_cell_division_in_dinoflagellate_15(X),fn_cell_division_in_dinoflagellate_16(X))
& base_2(fn_cell_division_in_dinoflagellate_11(X),fn_cell_division_in_dinoflagellate_14(X))
& object_2(fn_cell_division_in_dinoflagellate_11(X),fn_cell_division_in_dinoflagellate_51(X))
& object_2(fn_cell_division_in_dinoflagellate_15(X),fn_cell_division_in_dinoflagellate_13(X))
& object_2(fn_cell_division_in_dinoflagellate_7(X),fn_cell_division_in_dinoflagellate_10(X))
& has_part_2(fn_cell_division_in_dinoflagellate_20(X),fn_cell_division_in_dinoflagellate_12(X))
& has_region_2(fn_cell_division_in_dinoflagellate_20(X),fn_cell_division_in_dinoflagellate_9(X))
& has_region_2(fn_cell_division_in_dinoflagellate_17(X),fn_cell_division_in_dinoflagellate_18(X))
& has_part_2(fn_cell_division_in_dinoflagellate_12(X),fn_cell_division_in_dinoflagellate_16(X))
& is_inside_2(fn_cell_division_in_dinoflagellate_18(X),fn_cell_division_in_dinoflagellate_14(X))
& has_part_2(fn_cell_division_in_dinoflagellate_14(X),fn_cell_division_in_dinoflagellate_17(X))
& object_2(fn_cell_division_in_dinoflagellate_8(X),fn_cell_division_in_dinoflagellate_13(X))
& object_2(X,fn_cell_division_in_dinoflagellate_20(X))
& plays_2(fn_cell_division_in_dinoflagellate_20(X),fn_cell_division_in_dinoflagellate_6(X))
& in_event_2(fn_cell_division_in_dinoflagellate_6(X),X)
& result_2(X,fn_cell_division_in_dinoflagellate_19(X))
& has_region_2(fn_cell_division_in_dinoflagellate_51(X),fn_cell_division_in_dinoflagellate_27(X))
& is_at_2(fn_cell_division_in_dinoflagellate_29(X),fn_cell_division_in_dinoflagellate_27(X))
& has_part_2(fn_cell_division_in_dinoflagellate_51(X),fn_cell_division_in_dinoflagellate_29(X))
& has_part_2(fn_cell_division_in_dinoflagellate_51(X),fn_cell_division_in_dinoflagellate_30(X))
& agent_2(fn_cell_division_in_dinoflagellate_22(X),fn_cell_division_in_dinoflagellate_30(X))
& object_2(fn_cell_division_in_dinoflagellate_22(X),fn_cell_division_in_dinoflagellate_31(X))
& has_part_2(fn_cell_division_in_dinoflagellate_51(X),fn_cell_division_in_dinoflagellate_31(X))
& has_region_2(fn_cell_division_in_dinoflagellate_51(X),fn_cell_division_in_dinoflagellate_28(X))
& has_part_2(fn_cell_division_in_dinoflagellate_54(X),fn_cell_division_in_dinoflagellate_37(X))
& is_between_2(fn_cell_division_in_dinoflagellate_54(X),fn_cell_division_in_dinoflagellate_53(X))
& the_scalar_value_2(fn_cell_division_in_dinoflagellate_45(X),big_0)
& scalar_unit_class_2(fn_cell_division_in_dinoflagellate_45(X),prokaryote_0)
& base_2(fn_cell_division_in_dinoflagellate_42(X),fn_cell_division_in_dinoflagellate_20(X))
& has_function_2(fn_cell_division_in_dinoflagellate_20(X),fn_cell_division_in_dinoflagellate_42(X))
& has_part_2(fn_cell_division_in_dinoflagellate_20(X),fn_cell_division_in_dinoflagellate_48(X))
& size_2(fn_cell_division_in_dinoflagellate_20(X),fn_cell_division_in_dinoflagellate_45(X))
& directly_proportional_2(fn_cell_division_in_dinoflagellate_45(X),fn_cell_division_in_dinoflagellate_44(X))
& volume_2(fn_cell_division_in_dinoflagellate_20(X),fn_cell_division_in_dinoflagellate_44(X))
& has_function_2(fn_cell_division_in_dinoflagellate_20(X),fn_cell_division_in_dinoflagellate_43(X))
& base_2(fn_cell_division_in_dinoflagellate_43(X),fn_cell_division_in_dinoflagellate_20(X))
& is_inside_2(fn_cell_division_in_dinoflagellate_50(X),fn_cell_division_in_dinoflagellate_38(X))
& has_part_2(fn_cell_division_in_dinoflagellate_20(X),fn_cell_division_in_dinoflagellate_50(X))
& has_part_2(fn_cell_division_in_dinoflagellate_20(X),fn_cell_division_in_dinoflagellate_46(X))
& site_2(fn_cell_division_in_dinoflagellate_41(X),fn_cell_division_in_dinoflagellate_46(X))
& base_2(fn_cell_division_in_dinoflagellate_41(X),fn_cell_division_in_dinoflagellate_20(X))
& has_part_2(fn_cell_division_in_dinoflagellate_20(X),fn_cell_division_in_dinoflagellate_49(X))
& specific_heat_2(fn_cell_division_in_dinoflagellate_49(X),fn_cell_division_in_dinoflagellate_39(X))
& correspondence_2(fn_cell_division_in_dinoflagellate_40(X),fn_cell_division_in_dinoflagellate_39(X))
& temperature_2(fn_cell_division_in_dinoflagellate_20(X),fn_cell_division_in_dinoflagellate_40(X))
& has_part_2(fn_cell_division_in_dinoflagellate_20(X),fn_cell_division_in_dinoflagellate_51(X))
& has_part_2(fn_cell_division_in_dinoflagellate_54(X),fn_cell_division_in_dinoflagellate_38(X))
& is_inside_2(fn_cell_division_in_dinoflagellate_48(X),fn_cell_division_in_dinoflagellate_38(X))
& fn_cell_division_in_dinoflagellate_48(X) != fn_cell_division_in_dinoflagellate_46(X)
& abuts_2(fn_cell_division_in_dinoflagellate_46(X),fn_cell_division_in_dinoflagellate_48(X))
& abuts_2(fn_cell_division_in_dinoflagellate_48(X),fn_cell_division_in_dinoflagellate_46(X))
& fn_cell_division_in_dinoflagellate_46(X) != fn_cell_division_in_dinoflagellate_48(X)
& has_part_2(fn_cell_division_in_dinoflagellate_20(X),fn_cell_division_in_dinoflagellate_54(X))
& has_part_2(fn_cell_division_in_dinoflagellate_20(X),fn_cell_division_in_dinoflagellate_52(X))
& is_inside_2(fn_cell_division_in_dinoflagellate_52(X),fn_cell_division_in_dinoflagellate_38(X))
& is_inside_2(fn_cell_division_in_dinoflagellate_47(X),fn_cell_division_in_dinoflagellate_38(X))
& has_part_2(fn_cell_division_in_dinoflagellate_20(X),fn_cell_division_in_dinoflagellate_47(X))
& is_inside_2(fn_cell_division_in_dinoflagellate_54(X),fn_cell_division_in_dinoflagellate_53(X))
& is_between_2(fn_cell_division_in_dinoflagellate_54(X),fn_cell_division_in_dinoflagellate_13(X))
& is_inside_2(fn_cell_division_in_dinoflagellate_13(X),fn_cell_division_in_dinoflagellate_38(X))
& is_inside_2(fn_cell_division_in_dinoflagellate_46(X),fn_cell_division_in_dinoflagellate_38(X))
& has_function_2(fn_cell_division_in_dinoflagellate_46(X),fn_cell_division_in_dinoflagellate_41(X))
& has_region_2(fn_cell_division_in_dinoflagellate_20(X),fn_cell_division_in_dinoflagellate_55(X))
& is_at_2(fn_cell_division_in_dinoflagellate_21(X),fn_cell_division_in_dinoflagellate_55(X))
& has_part_2(fn_cell_division_in_dinoflagellate_53(X),fn_cell_division_in_dinoflagellate_21(X))
& has_part_2(fn_cell_division_in_dinoflagellate_20(X),fn_cell_division_in_dinoflagellate_53(X))
& has_part_2(fn_cell_division_in_dinoflagellate_20(X),fn_cell_division_in_dinoflagellate_13(X))
& is_inside_2(fn_cell_division_in_dinoflagellate_51(X),fn_cell_division_in_dinoflagellate_13(X))
& has_function_2(fn_cell_division_in_dinoflagellate_13(X),fn_cell_division_in_dinoflagellate_32(X))
& site_2(fn_cell_division_in_dinoflagellate_32(X),fn_cell_division_in_dinoflagellate_13(X))
& site_2(fn_cell_division_in_dinoflagellate_33(X),fn_cell_division_in_dinoflagellate_13(X))
& is_inside_2(fn_cell_division_in_dinoflagellate_24(X),fn_cell_division_in_dinoflagellate_34(X))
& is_outside_2(fn_cell_division_in_dinoflagellate_24(X),fn_cell_division_in_dinoflagellate_14(X))
& has_region_2(fn_cell_division_in_dinoflagellate_14(X),fn_cell_division_in_dinoflagellate_24(X))
& fn_cell_division_in_dinoflagellate_26(X) != fn_cell_division_in_dinoflagellate_24(X)
& fn_cell_division_in_dinoflagellate_24(X) != fn_cell_division_in_dinoflagellate_26(X)
& has_part_2(fn_cell_division_in_dinoflagellate_13(X),fn_cell_division_in_dinoflagellate_14(X))
& is_between_2(fn_cell_division_in_dinoflagellate_14(X),fn_cell_division_in_dinoflagellate_25(X))
& is_outside_2(fn_cell_division_in_dinoflagellate_26(X),fn_cell_division_in_dinoflagellate_25(X))
& is_inside_2(fn_cell_division_in_dinoflagellate_26(X),fn_cell_division_in_dinoflagellate_14(X))
& has_region_2(fn_cell_division_in_dinoflagellate_14(X),fn_cell_division_in_dinoflagellate_26(X))
& is_inside_2(fn_cell_division_in_dinoflagellate_35(X),fn_cell_division_in_dinoflagellate_13(X))
& has_part_2(fn_cell_division_in_dinoflagellate_13(X),fn_cell_division_in_dinoflagellate_35(X))
& has_part_2(fn_cell_division_in_dinoflagellate_13(X),fn_cell_division_in_dinoflagellate_34(X))
& is_inside_2(fn_cell_division_in_dinoflagellate_23(X),fn_cell_division_in_dinoflagellate_34(X))
& agent_2(fn_cell_division_in_dinoflagellate_33(X),fn_cell_division_in_dinoflagellate_23(X))
& has_part_2(fn_cell_division_in_dinoflagellate_13(X),fn_cell_division_in_dinoflagellate_36(X))
& is_along_2(fn_cell_division_in_dinoflagellate_36(X),fn_cell_division_in_dinoflagellate_14(X))
& is_between_2(fn_cell_division_in_dinoflagellate_14(X),fn_cell_division_in_dinoflagellate_34(X))
& is_along_2(fn_cell_division_in_dinoflagellate_14(X),fn_cell_division_in_dinoflagellate_36(X))
& fn_cell_division_in_dinoflagellate_25(X) != fn_cell_division_in_dinoflagellate_34(X)
& fn_cell_division_in_dinoflagellate_34(X) != fn_cell_division_in_dinoflagellate_25(X)
& fn_cell_division_in_dinoflagellate_16(X) = fn_hold_1(fn_cell_division_in_dinoflagellate_15(X))
& fn_cell_division_in_dinoflagellate_14(X) = fn_attach_2(fn_cell_division_in_dinoflagellate_11(X))
& fn_cell_division_in_dinoflagellate_51(X) = fn_attach_1(fn_cell_division_in_dinoflagellate_11(X))
& fn_cell_division_in_dinoflagellate_13(X) = fn_hold_2(fn_cell_division_in_dinoflagellate_15(X))
& fn_cell_division_in_dinoflagellate_10(X) = fn_move_1(fn_cell_division_in_dinoflagellate_7(X))
& fn_cell_division_in_dinoflagellate_12(X) = fn_cell_2(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_9(X) = fn_cell_1(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_18(X) = fn_lipid_14(fn_cell_division_in_dinoflagellate_17(X))
& fn_cell_division_in_dinoflagellate_18(X) = fn_glycolipid_4(fn_cell_division_in_dinoflagellate_17(X))
& fn_cell_division_in_dinoflagellate_16(X) = fn_cytoskeleton_3(fn_cell_division_in_dinoflagellate_12(X))
& fn_cell_division_in_dinoflagellate_18(X) = fn_biomembrane_71(fn_cell_division_in_dinoflagellate_14(X))
& fn_cell_division_in_dinoflagellate_17(X) = fn_biomembrane_29(fn_cell_division_in_dinoflagellate_14(X))
& fn_cell_division_in_dinoflagellate_13(X) = fn_nuclear_division_3(fn_cell_division_in_dinoflagellate_8(X))
& fn_cell_division_in_dinoflagellate_19(X) = fn_cell_division_2(X)
& fn_cell_division_in_dinoflagellate_6(X) = fn_cell_division_6(X)
& fn_cell_division_in_dinoflagellate_20(X) = fn_cell_division_3(X)
& fn_cell_division_in_dinoflagellate_29(X) = fn_eukaryotic_chromosome_4(fn_cell_division_in_dinoflagellate_51(X))
& fn_cell_division_in_dinoflagellate_27(X) = fn_eukaryotic_chromosome_5(fn_cell_division_in_dinoflagellate_51(X))
& fn_cell_division_in_dinoflagellate_28(X) = fn_chromosome_6(fn_cell_division_in_dinoflagellate_51(X))
& fn_cell_division_in_dinoflagellate_31(X) = fn_chromosome_4(fn_cell_division_in_dinoflagellate_51(X))
& fn_cell_division_in_dinoflagellate_22(X) = fn_chromosome_8(fn_cell_division_in_dinoflagellate_51(X))
& fn_cell_division_in_dinoflagellate_30(X) = fn_chromosome_3(fn_cell_division_in_dinoflagellate_51(X))
& fn_cell_division_in_dinoflagellate_56(X) = fn_dinoflagellate_7(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_57(X) = fn_dinoflagellate_35(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_37(X) = fn_dinoflagellate_23(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_58(X) = fn_dinoflagellate_36(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_59(X) = fn_dinoflagellate_37(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_42(X) = fn_dinoflagellate_20(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_43(X) = fn_dinoflagellate_6(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_44(X) = fn_dinoflagellate_30(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_45(X) = fn_dinoflagellate_21(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_50(X) = fn_dinoflagellate_19(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_51(X) = fn_dinoflagellate_9(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_40(X) = fn_dinoflagellate_29(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_39(X) = fn_dinoflagellate_27(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_49(X) = fn_dinoflagellate_34(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_48(X) = fn_dinoflagellate_33(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_47(X) = fn_dinoflagellate_32(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_38(X) = fn_cytoskeleton_9(fn_cell_division_in_dinoflagellate_12(X))
& fn_cell_division_in_dinoflagellate_52(X) = fn_cytoskeleton_8(fn_cell_division_in_dinoflagellate_12(X))
& fn_cell_division_in_dinoflagellate_52(X) = fn_dinoflagellate_8(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_20(X) = fn_cytoskeleton_6(fn_cell_division_in_dinoflagellate_12(X))
& fn_cell_division_in_dinoflagellate_54(X) = fn_cytoskeleton_7(fn_cell_division_in_dinoflagellate_12(X))
& fn_cell_division_in_dinoflagellate_41(X) = fn_dinoflagellate_28(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_46(X) = fn_dinoflagellate_31(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_38(X) = fn_dinoflagellate_11(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_54(X) = fn_dinoflagellate_17(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_13(X) = fn_dinoflagellate_10(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_53(X) = fn_dinoflagellate_18(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_21(X) = fn_dinoflagellate_25(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_55(X) = fn_dinoflagellate_26(fn_cell_division_in_dinoflagellate_20(X))
& fn_cell_division_in_dinoflagellate_51(X) = fn_nucleus_6(fn_cell_division_in_dinoflagellate_13(X))
& fn_cell_division_in_dinoflagellate_32(X) = fn_nucleus_3(fn_cell_division_in_dinoflagellate_13(X))
& fn_cell_division_in_dinoflagellate_24(X) = fn_nucleus_9(fn_cell_division_in_dinoflagellate_13(X))
& fn_cell_division_in_dinoflagellate_26(X) = fn_nucleus_15(fn_cell_division_in_dinoflagellate_13(X))
& fn_cell_division_in_dinoflagellate_33(X) = fn_nucleus_11(fn_cell_division_in_dinoflagellate_13(X))
& fn_cell_division_in_dinoflagellate_23(X) = fn_nucleus_18(fn_cell_division_in_dinoflagellate_13(X))
& fn_cell_division_in_dinoflagellate_35(X) = fn_nucleus_5(fn_cell_division_in_dinoflagellate_13(X))
& fn_cell_division_in_dinoflagellate_25(X) = fn_nucleus_16(fn_cell_division_in_dinoflagellate_13(X))
& fn_cell_division_in_dinoflagellate_34(X) = fn_nucleus_17(fn_cell_division_in_dinoflagellate_13(X))
& fn_cell_division_in_dinoflagellate_14(X) = fn_nucleus_13(fn_cell_division_in_dinoflagellate_13(X))
& fn_cell_division_in_dinoflagellate_36(X) = fn_nucleus_14(fn_cell_division_in_dinoflagellate_13(X))
& fn_hold_1(fn_cell_division_in_dinoflagellate_15(X)) = fn_cytoskeleton_3(fn_cell_division_in_dinoflagellate_12(X))
& fn_cytoskeleton_3(fn_cell_division_in_dinoflagellate_12(X)) = fn_lipid_14(fn_cell_division_in_dinoflagellate_17(X))
& fn_lipid_14(fn_cell_division_in_dinoflagellate_17(X)) = fn_glycolipid_4(fn_cell_division_in_dinoflagellate_17(X))
& fn_glycolipid_4(fn_cell_division_in_dinoflagellate_17(X)) = fn_glycolipid_4(fn_cell_division_in_dinoflagellate_17(X))
& fn_glycolipid_4(fn_cell_division_in_dinoflagellate_17(X)) = fn_biomembrane_71(fn_cell_division_in_dinoflagellate_14(X))
& fn_biomembrane_71(fn_cell_division_in_dinoflagellate_14(X)) = fn_cytoskeleton_8(fn_cell_division_in_dinoflagellate_12(X))
& fn_dinoflagellate_8(fn_cell_division_in_dinoflagellate_20(X)) = fn_cytoskeleton_8(fn_cell_division_in_dinoflagellate_12(X))
& fn_cytoskeleton_8(fn_cell_division_in_dinoflagellate_12(X)) = fn_dinoflagellate_8(fn_cell_division_in_dinoflagellate_20(X))
& fn_dinoflagellate_8(fn_cell_division_in_dinoflagellate_20(X)) = fn_dinoflagellate_11(fn_cell_division_in_dinoflagellate_20(X))
& fn_dinoflagellate_11(fn_cell_division_in_dinoflagellate_20(X)) = fn_cytoskeleton_9(fn_cell_division_in_dinoflagellate_12(X))
& fn_cytoskeleton_9(fn_cell_division_in_dinoflagellate_12(X)) = fn_dinoflagellate_11(fn_cell_division_in_dinoflagellate_20(X))
& fn_dinoflagellate_11(fn_cell_division_in_dinoflagellate_20(X)) = fn_dinoflagellate_11(fn_cell_division_in_dinoflagellate_20(X))
& fn_dinoflagellate_11(fn_cell_division_in_dinoflagellate_20(X)) = fn_dinoflagellate_17(fn_cell_division_in_dinoflagellate_20(X))
& fn_dinoflagellate_17(fn_cell_division_in_dinoflagellate_20(X)) = fn_cytoskeleton_7(fn_cell_division_in_dinoflagellate_12(X))
& fn_cytoskeleton_7(fn_cell_division_in_dinoflagellate_12(X)) = fn_dinoflagellate_17(fn_cell_division_in_dinoflagellate_20(X))
& fn_dinoflagellate_17(fn_cell_division_in_dinoflagellate_20(X)) = fn_dinoflagellate_17(fn_cell_division_in_dinoflagellate_20(X))
& fn_dinoflagellate_17(fn_cell_division_in_dinoflagellate_20(X)) = fn_cytoskeleton_6(fn_cell_division_in_dinoflagellate_12(X))
& fn_cytoskeleton_6(fn_cell_division_in_dinoflagellate_12(X)) = fn_cell_division_3(X)
& fn_cell_division_3(X) = fn_cell_division_3(X)
& fn_cell_division_3(X) = fn_cytoskeleton_6(fn_cell_division_in_dinoflagellate_12(X))
& fn_cytoskeleton_6(fn_cell_division_in_dinoflagellate_12(X)) = fn_cytoskeleton_6(fn_cell_division_in_dinoflagellate_12(X))
& fn_cytoskeleton_6(fn_cell_division_in_dinoflagellate_12(X)) = fn_attach_1(fn_cell_division_in_dinoflagellate_11(X))
& fn_attach_1(fn_cell_division_in_dinoflagellate_11(X)) = fn_dinoflagellate_9(fn_cell_division_in_dinoflagellate_20(X))
& fn_dinoflagellate_9(fn_cell_division_in_dinoflagellate_20(X)) = fn_dinoflagellate_9(fn_cell_division_in_dinoflagellate_20(X))
& fn_dinoflagellate_9(fn_cell_division_in_dinoflagellate_20(X)) = fn_nucleus_6(fn_cell_division_in_dinoflagellate_13(X))
& fn_nucleus_6(fn_cell_division_in_dinoflagellate_13(X)) = fn_attach_2(fn_cell_division_in_dinoflagellate_11(X))
& fn_attach_2(fn_cell_division_in_dinoflagellate_11(X)) = fn_nucleus_13(fn_cell_division_in_dinoflagellate_13(X))
& fn_nucleus_13(fn_cell_division_in_dinoflagellate_13(X)) = fn_nucleus_13(fn_cell_division_in_dinoflagellate_13(X))
& fn_nucleus_13(fn_cell_division_in_dinoflagellate_13(X)) = fn_hold_2(fn_cell_division_in_dinoflagellate_15(X))
& fn_hold_2(fn_cell_division_in_dinoflagellate_15(X)) = fn_nuclear_division_3(fn_cell_division_in_dinoflagellate_8(X))
& fn_nuclear_division_3(fn_cell_division_in_dinoflagellate_8(X)) = fn_nuclear_division_3(fn_cell_division_in_dinoflagellate_8(X))
& fn_nuclear_division_3(fn_cell_division_in_dinoflagellate_8(X)) = fn_dinoflagellate_10(fn_cell_division_in_dinoflagellate_20(X))
& fn_dinoflagellate_10(fn_cell_division_in_dinoflagellate_20(X)) = fn_dinoflagellate_10(fn_cell_division_in_dinoflagellate_20(X)) ) ) ).
fof(a528180,axiom,
! [X] :
( cell_division_in_unicellular_organism_1(X)
=> ( original_name_2(X,'Cell-Division-In-Unicellular-Organism')
& user_description_2(X,'The process in unicellular organisms by which the parent cell divides into two daughter cells.')
& concept2words_2(X,divide)
& concept2words_2(X,'cell division in unicellular organism')
& concept2words_2(X,'cell-division-in-unicellular-organism')
& asexual_reproduction_1(X)
& cell_division_1(X)
& unicellular_organism_1(fn_cell_division_in_unicellular_organism_1(X))
& unicellular_organism_1(fn_cell_division_in_unicellular_organism_2(X))
& base_2(X,fn_cell_division_in_unicellular_organism_2(X))
& object_2(X,fn_cell_division_in_unicellular_organism_2(X))
& result_2(X,fn_cell_division_in_unicellular_organism_1(X))
& fn_cell_division_in_unicellular_organism_2(X) = fn_asexual_reproduction_1(X)
& fn_cell_division_in_unicellular_organism_2(X) = fn_cell_division_3(X)
& fn_cell_division_in_unicellular_organism_1(X) = fn_cell_division_2(X)
& fn_asexual_reproduction_1(X) = fn_cell_division_3(X) ) ) ).
fof(a528181,axiom,
! [X] :
( cell_division_in_yeast_1(X)
=> ( original_name_2(X,'Cell-Division-In-Yeast')
& user_description_2(X,'The process in yeast by which the parent cell divides into two daughter cells.')
& concept2words_2(X,divide)
& concept2words_2(X,'cell division in yeast')
& concept2words_2(X,'cell-division-in-yeast')
& cell_division_1(X)
& attach_1(fn_cell_division_in_yeast_1(X))
& microtubule_1(fn_cell_division_in_yeast_2(X))
& kinetochore_1(fn_cell_division_in_yeast_3(X))
& yeast_1(fn_cell_division_in_yeast_4(X))
& yeast_1(fn_cell_division_in_yeast_5(X))
& spatial_entity_1(fn_attach_2(fn_cell_division_in_yeast_1(X)))
& spatial_entity_1(fn_attach_1(fn_cell_division_in_yeast_1(X)))
& subevent_2(X,fn_cell_division_in_yeast_1(X))
& exactCardinality(X,result_0,"2",yeast_0)
& object_2(X,fn_cell_division_in_yeast_4(X))
& result_2(X,fn_cell_division_in_yeast_5(X))
& base_2(fn_cell_division_in_yeast_1(X),fn_cell_division_in_yeast_3(X))
& object_2(fn_cell_division_in_yeast_1(X),fn_cell_division_in_yeast_2(X))
& fn_cell_division_in_yeast_4(X) = fn_cell_division_3(X)
& fn_cell_division_in_yeast_5(X) = fn_cell_division_2(X)
& fn_cell_division_in_yeast_3(X) = fn_attach_2(fn_cell_division_in_yeast_1(X))
& fn_cell_division_in_yeast_2(X) = fn_attach_1(fn_cell_division_in_yeast_1(X)) ) ) ).
fof(a528182,axiom,
! [X,X1] :
( ( object_2(X,X1)
& elongation_1(X)
& cell_1(X1) )
=> ( cell_elongation_1(X)
& fn_cell_elongation_3(X) = X1 ) ) ).
fof(a528183,axiom,
! [X] :
( cell_elongation_1(X)
=> ( original_name_2(X,'Cell-Elongation')
& user_description_2(X,'During cell division, the process in which the cytoskeletal elements of the cell cause the cell to elongate in preparation for division of the cytoplasm.')
& concept2words_2(X,'cell expansion')
& concept2words_2(X,'elongation of cell')
& concept2words_2(X,'cell elongation')
& concept2words_2(X,'cell-elongation')
& elongation_1(X)
& ~ wet_1(X)
& ~ heat_1(X)
& ~ expand_1(X)
& ~ condense_1(X)
& ~ brighten_1(X)
& ~ increase_in_cell_size_1(X)
& ~ increase_of_activation_energy_1(X)
& nonkinetochore_microtubule_1(fn_cell_elongation_1(X))
& mitotic_spindle_1(fn_cell_elongation_2(X))
& cell_1(fn_cell_elongation_3(X))
& microtubule_elongation_1(fn_cell_elongation_4(X))
& object_2(X,fn_cell_elongation_3(X))
& agent_2(X,fn_cell_elongation_2(X))
& agent_2(X,fn_cell_elongation_1(X))
& by_means_of_2(X,fn_cell_elongation_4(X)) ) ) ).
fof(a528184,axiom,
! [X] :
( cell_elongation_during_anaphase_1(X)
=> ( original_name_2(X,'Cell-Elongation-During-Anaphase')
& user_description_2(X,'During anaphase, the process in which a cell grows in length as preparation to dividing the cytoplasm, resulting in daughter cells.')
& concept2words_2(X,elongate)
& concept2words_2(X,'cell elongation during anaphase')
& concept2words_2(X,'cell-elongation-during-anaphase')
& mitotic_event_1(X)
& centrosome_1(fn_cell_elongation_during_anaphase_1(X))
& atp_1(fn_cell_elongation_during_anaphase_2(X))
& speed_value_1(fn_cell_elongation_during_anaphase_3(X))
& quantity_value_1(fn_cell_elongation_during_anaphase_4(X))
& monomer_1(fn_cell_elongation_during_anaphase_5(X))
& tubulin_1(fn_cell_elongation_during_anaphase_5(X))
& cell_pole_1(fn_cell_elongation_during_anaphase_6(X))
& support_1(fn_cell_elongation_during_anaphase_9(X))
& cytoskeleton_1(fn_cell_elongation_during_anaphase_10(X))
& move_1(fn_cell_elongation_during_anaphase_11(X))
& centrosome_1(fn_cell_elongation_during_anaphase_12(X))
& move_1(fn_cell_elongation_during_anaphase_13(X))
& motor_protein_1(fn_cell_elongation_during_anaphase_14(X))
& attach_1(fn_cell_elongation_during_anaphase_15(X))
& tangible_entity_1(fn_cell_elongation_during_anaphase_16(X))
& spatial_entity_1(fn_cell_elongation_during_anaphase_16(X))
& microtubule_1(fn_cell_elongation_during_anaphase_16(X))
& nonkinetochore_microtubule_1(fn_cell_elongation_during_anaphase_16(X))
& microtubule_1(fn_cell_elongation_during_anaphase_17(X))
& nonkinetochore_microtubule_1(fn_cell_elongation_during_anaphase_17(X))
& cell_elongation_1(fn_cell_elongation_during_anaphase_18(X))
& microtubule_elongation_1(fn_cell_elongation_during_anaphase_19(X))
& microtubule_elongation_1(fn_cell_elongation_during_anaphase_20(X))
& cell_1(fn_cell_elongation_during_anaphase_21(X))
& end_1(fn_cell_elongation_during_anaphase_22(X))
& tubulin_1(fn_cell_elongation_during_anaphase_23(X))
& kinetic_energy_1(fn_cell_elongation_during_anaphase_24(X))
& property_value_1(fn_cell_elongation_during_anaphase_25(X))
& length_value_1(fn_cell_elongation_during_anaphase_25(X))
& tubulin_1(fn_cell_elongation_during_anaphase_26(X))
& add_1(fn_cell_elongation_during_anaphase_27(X))
& grow_1(fn_cell_elongation_during_anaphase_28(X))
& constant_motion_1(fn_cell_elongation_during_anaphase_29(X))
& end_1(fn_cell_elongation_during_anaphase_30(X))
& cell_pole_1(fn_cell_elongation_during_anaphase_31(X))
& property_value_1(fn_cell_elongation_during_anaphase_33(X))
& property_value_1(fn_cell_elongation_during_anaphase_34(X))
& substance_1(fn_cell_elongation_during_anaphase_35(X))
& cytosol_1(fn_cell_elongation_during_anaphase_35(X))
& tangible_entity_1(fn_cell_elongation_during_anaphase_36(X))
& phospholipid_bilayer_1(fn_cell_elongation_during_anaphase_36(X))
& volume_value_1(fn_cell_elongation_during_anaphase_37(X))
& size_value_1(fn_cell_elongation_during_anaphase_38(X))
& surface_1(fn_cell_elongation_during_anaphase_39(X))
& ribosome_1(fn_cell_elongation_during_anaphase_40(X))
& plasma_membrane_1(fn_cell_elongation_during_anaphase_41(X))
& mixture_1(fn_cell_elongation_during_anaphase_42(X))
& cytoplasm_1(fn_cell_elongation_during_anaphase_42(X))
& spatial_entity_1(fn_add_1(fn_cell_elongation_during_anaphase_27(X)))
& spatial_entity_1(fn_move_1(fn_cell_elongation_during_anaphase_11(X)))
& microtubule_1(fn_microtubule_elongation_2(fn_cell_elongation_during_anaphase_20(X)))
& constant_motion_1(fn_kinetic_energy_1(fn_cell_elongation_during_anaphase_24(X)))
& move_1(fn_motor_protein_14(fn_cell_elongation_during_anaphase_14(X)))
& attach_1(fn_microtubule_elongation_1(fn_cell_elongation_during_anaphase_19(X)))
& property_node_1(fn_increase_2(fn_cell_elongation_during_anaphase_18(X)))
& property_node_1(fn_increase_1(fn_cell_elongation_during_anaphase_18(X)))
& property_value_1(fn_increase_4(fn_cell_elongation_during_anaphase_18(X)))
& property_value_1(fn_increase_3(fn_cell_elongation_during_anaphase_18(X)))
& support_1(fn_cytoskeleton_5(fn_cell_elongation_during_anaphase_10(X)))
& property_node_1(fn_microtubule_10(fn_cell_elongation_during_anaphase_16(X)))
& tubulin_1(fn_microtubule_4(fn_cell_elongation_during_anaphase_16(X)))
& cytoskeleton_1(fn_cell_2(fn_cell_elongation_during_anaphase_21(X)))
& ribosome_1(fn_cell_14(fn_cell_elongation_during_anaphase_21(X)))
& substance_1(fn_cell_29(fn_cell_elongation_during_anaphase_21(X)))
& cytosol_1(fn_cell_29(fn_cell_elongation_during_anaphase_21(X)))
& surface_1(fn_cell_4(fn_cell_elongation_during_anaphase_21(X)))
& tangible_entity_1(fn_cell_26(fn_cell_elongation_during_anaphase_21(X)))
& phospholipid_bilayer_1(fn_cell_26(fn_cell_elongation_during_anaphase_21(X)))
& mixture_1(fn_cell_28(fn_cell_elongation_during_anaphase_21(X)))
& cytoplasm_1(fn_cell_28(fn_cell_elongation_during_anaphase_21(X)))
& plasma_membrane_1(fn_cell_30(fn_cell_elongation_during_anaphase_21(X)))
& cell_pole_1(fn_cell_1(fn_cell_elongation_during_anaphase_21(X)))
& property_node_1(fn_cell_23(fn_cell_elongation_during_anaphase_21(X)))
& volume_value_1(fn_cell_22(fn_cell_elongation_during_anaphase_21(X)))
& property_node_1(fn_cell_10(fn_cell_elongation_during_anaphase_21(X)))
& size_value_1(fn_cell_11(fn_cell_elongation_during_anaphase_21(X)))
& property_value_1(fn_increase_3(fn_cell_elongation_during_anaphase_28(X)))
& length_value_1(fn_microtubule_7(fn_cell_elongation_during_anaphase_16(X)))
& end_1(fn_nonkinetochore_microtubule_2(fn_cell_elongation_during_anaphase_17(X)))
& end_1(fn_nonkinetochore_microtubule_1(fn_cell_elongation_during_anaphase_17(X)))
& end_1(fn_nonkinetochore_microtubule_2(fn_cell_elongation_during_anaphase_16(X)))
& end_1(fn_nonkinetochore_microtubule_1(fn_cell_elongation_during_anaphase_16(X)))
& spatial_entity_1(fn_add_2(fn_cell_elongation_during_anaphase_27(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_cell_elongation_during_anaphase_24(X)))
& microtubule_1(fn_microtubule_elongation_2(fn_cell_elongation_during_anaphase_19(X)))
& microtubule_1(fn_cytoskeleton_1(fn_cell_elongation_during_anaphase_10(X)))
& spatial_entity_1(fn_move_1(fn_cell_elongation_during_anaphase_13(X)))
& cell_1(fn_cell_elongation_3(fn_cell_elongation_during_anaphase_18(X)))
& has_part_2(fn_cell_elongation_during_anaphase_10(X),fn_cell_elongation_during_anaphase_17(X))
& away_from_2(fn_cell_elongation_during_anaphase_11(X),fn_cell_elongation_during_anaphase_1(X))
& is_at_2(fn_cell_elongation_during_anaphase_12(X),fn_cell_elongation_during_anaphase_6(X))
& is_at_2(fn_cell_elongation_during_anaphase_1(X),fn_cell_elongation_during_anaphase_31(X))
& enables_2(fn_cell_elongation_during_anaphase_13(X),fn_cell_elongation_during_anaphase_11(X))
& enables_2(fn_cell_elongation_during_anaphase_13(X),fn_cell_elongation_during_anaphase_18(X))
& away_from_2(fn_cell_elongation_during_anaphase_13(X),fn_cell_elongation_during_anaphase_17(X))
& raw_material_2(fn_cell_elongation_during_anaphase_13(X),fn_cell_elongation_during_anaphase_2(X))
& has_part_2(fn_cell_elongation_during_anaphase_16(X),fn_cell_elongation_during_anaphase_5(X))
& has_function_2(fn_cell_elongation_during_anaphase_16(X),fn_cell_elongation_during_anaphase_9(X))
& subevent_2(X,fn_cell_elongation_during_anaphase_13(X))
& subevent_2(X,fn_cell_elongation_during_anaphase_19(X))
& subevent_2(X,fn_cell_elongation_during_anaphase_20(X))
& subevent_2(X,fn_cell_elongation_during_anaphase_18(X))
& subevent_2(X,fn_cell_elongation_during_anaphase_11(X))
& first_subevent_2(X,fn_cell_elongation_during_anaphase_13(X))
& first_subevent_2(X,fn_cell_elongation_during_anaphase_19(X))
& first_subevent_2(X,fn_cell_elongation_during_anaphase_20(X))
& enables_2(fn_cell_elongation_during_anaphase_19(X),fn_cell_elongation_during_anaphase_18(X))
& enables_2(fn_cell_elongation_during_anaphase_20(X),fn_cell_elongation_during_anaphase_18(X))
& has_part_2(fn_cell_elongation_during_anaphase_21(X),fn_cell_elongation_during_anaphase_12(X))
& has_part_2(fn_cell_elongation_during_anaphase_21(X),fn_cell_elongation_during_anaphase_1(X))
& has_region_2(fn_cell_elongation_during_anaphase_21(X),fn_cell_elongation_during_anaphase_6(X))
& is_at_2(fn_cell_elongation_during_anaphase_22(X),fn_cell_elongation_during_anaphase_31(X))
& fn_cell_elongation_during_anaphase_23(X) != fn_cell_elongation_during_anaphase_26(X)
& directly_proportional_2(fn_cell_elongation_during_anaphase_3(X),fn_cell_elongation_during_anaphase_4(X))
& quantity_2(fn_cell_elongation_during_anaphase_24(X),fn_cell_elongation_during_anaphase_4(X))
& agent_2(fn_cell_elongation_during_anaphase_9(X),fn_cell_elongation_during_anaphase_16(X))
& fn_cell_elongation_during_anaphase_26(X) != fn_cell_elongation_during_anaphase_23(X)
& base_2(fn_cell_elongation_during_anaphase_28(X),fn_cell_elongation_during_anaphase_16(X))
& by_means_of_2(fn_cell_elongation_during_anaphase_28(X),fn_cell_elongation_during_anaphase_27(X))
& speed_2(fn_cell_elongation_during_anaphase_29(X),fn_cell_elongation_during_anaphase_3(X))
& is_at_2(fn_cell_elongation_during_anaphase_30(X),fn_cell_elongation_during_anaphase_6(X))
& object_2(fn_cell_elongation_during_anaphase_27(X),fn_cell_elongation_during_anaphase_23(X))
& base_2(fn_cell_elongation_during_anaphase_27(X),fn_cell_elongation_during_anaphase_16(X))
& object_2(fn_cell_elongation_during_anaphase_11(X),fn_cell_elongation_during_anaphase_12(X))
& from_value_2(fn_cell_elongation_during_anaphase_28(X),fn_cell_elongation_during_anaphase_25(X))
& object_2(fn_cell_elongation_during_anaphase_20(X),fn_cell_elongation_during_anaphase_17(X))
& possesses_2(fn_cell_elongation_during_anaphase_16(X),fn_cell_elongation_during_anaphase_24(X))
& object_2(fn_cell_elongation_during_anaphase_29(X),fn_cell_elongation_during_anaphase_16(X))
& agent_2(fn_cell_elongation_during_anaphase_13(X),fn_cell_elongation_during_anaphase_14(X))
& base_2(X,fn_cell_elongation_during_anaphase_21(X))
& object_2(fn_cell_elongation_during_anaphase_18(X),fn_cell_elongation_during_anaphase_21(X))
& object_2(fn_cell_elongation_during_anaphase_19(X),fn_cell_elongation_during_anaphase_16(X))
& base_2(fn_cell_elongation_during_anaphase_15(X),fn_cell_elongation_during_anaphase_16(X))
& subevent_2(fn_cell_elongation_during_anaphase_19(X),fn_cell_elongation_during_anaphase_15(X))
& has_part_2(fn_cell_elongation_during_anaphase_10(X),fn_cell_elongation_during_anaphase_16(X))
& facilitates_2(fn_cell_elongation_during_anaphase_16(X),fn_cell_elongation_during_anaphase_9(X))
& agent_2(fn_cell_elongation_during_anaphase_9(X),fn_cell_elongation_during_anaphase_10(X))
& has_function_2(fn_cell_elongation_during_anaphase_10(X),fn_cell_elongation_during_anaphase_9(X))
& instrument_2(fn_cell_elongation_during_anaphase_9(X),fn_cell_elongation_during_anaphase_16(X))
& has_part_2(fn_cell_elongation_during_anaphase_21(X),fn_cell_elongation_during_anaphase_10(X))
& has_part_2(fn_cell_elongation_during_anaphase_21(X),fn_cell_elongation_during_anaphase_40(X))
& is_inside_2(fn_cell_elongation_during_anaphase_40(X),fn_cell_elongation_during_anaphase_35(X))
& has_part_2(fn_cell_elongation_during_anaphase_42(X),fn_cell_elongation_during_anaphase_35(X))
& has_part_2(fn_cell_elongation_during_anaphase_21(X),fn_cell_elongation_during_anaphase_42(X))
& has_part_2(fn_cell_elongation_during_anaphase_21(X),fn_cell_elongation_during_anaphase_41(X))
& has_region_2(fn_cell_elongation_during_anaphase_21(X),fn_cell_elongation_during_anaphase_39(X))
& is_at_2(fn_cell_elongation_during_anaphase_36(X),fn_cell_elongation_during_anaphase_39(X))
& has_part_2(fn_cell_elongation_during_anaphase_41(X),fn_cell_elongation_during_anaphase_36(X))
& is_inside_2(fn_cell_elongation_during_anaphase_42(X),fn_cell_elongation_during_anaphase_41(X))
& has_region_2(fn_cell_elongation_during_anaphase_21(X),fn_cell_elongation_during_anaphase_31(X))
& volume_2(fn_cell_elongation_during_anaphase_21(X),fn_cell_elongation_during_anaphase_37(X))
& directly_proportional_2(fn_cell_elongation_during_anaphase_38(X),fn_cell_elongation_during_anaphase_37(X))
& size_2(fn_cell_elongation_during_anaphase_21(X),fn_cell_elongation_during_anaphase_38(X))
& called_2(fn_cell_elongation_during_anaphase_30(X),'E1')
& has_region_2(fn_cell_elongation_during_anaphase_16(X),fn_cell_elongation_during_anaphase_30(X))
& called_2(fn_cell_elongation_during_anaphase_22(X),'E1')
& has_region_2(fn_cell_elongation_during_anaphase_17(X),fn_cell_elongation_during_anaphase_22(X))
& length_2(fn_cell_elongation_during_anaphase_16(X),fn_cell_elongation_during_anaphase_25(X))
& has_part_2(fn_cell_elongation_during_anaphase_16(X),fn_cell_elongation_during_anaphase_26(X))
& object_2(fn_cell_elongation_during_anaphase_13(X),fn_cell_elongation_during_anaphase_16(X))
& fn_cell_elongation_during_anaphase_23(X) = fn_add_1(fn_cell_elongation_during_anaphase_27(X))
& fn_cell_elongation_during_anaphase_16(X) = fn_add_2(fn_cell_elongation_during_anaphase_27(X))
& fn_cell_elongation_during_anaphase_12(X) = fn_move_1(fn_cell_elongation_during_anaphase_11(X))
& fn_cell_elongation_during_anaphase_25(X) = fn_increase_3(fn_cell_elongation_during_anaphase_28(X))
& fn_cell_elongation_during_anaphase_17(X) = fn_microtubule_elongation_2(fn_cell_elongation_during_anaphase_20(X))
& fn_cell_elongation_during_anaphase_29(X) = fn_kinetic_energy_1(fn_cell_elongation_during_anaphase_24(X))
& fn_cell_elongation_during_anaphase_16(X) = fn_kinetic_energy_2(fn_cell_elongation_during_anaphase_24(X))
& fn_cell_elongation_during_anaphase_13(X) = fn_motor_protein_14(fn_cell_elongation_during_anaphase_14(X))
& fn_cell_elongation_during_anaphase_21(X) = fn_mitotic_event_1(X)
& fn_cell_elongation_during_anaphase_21(X) = fn_cell_elongation_3(fn_cell_elongation_during_anaphase_18(X))
& fn_cell_elongation_during_anaphase_15(X) = fn_microtubule_elongation_1(fn_cell_elongation_during_anaphase_19(X))
& fn_cell_elongation_during_anaphase_16(X) = fn_microtubule_elongation_2(fn_cell_elongation_during_anaphase_19(X))
& fn_cell_elongation_during_anaphase_45(X) = fn_increase_2(fn_cell_elongation_during_anaphase_18(X))
& fn_cell_elongation_during_anaphase_46(X) = fn_increase_1(fn_cell_elongation_during_anaphase_18(X))
& fn_cell_elongation_during_anaphase_33(X) = fn_increase_4(fn_cell_elongation_during_anaphase_18(X))
& fn_cell_elongation_during_anaphase_34(X) = fn_increase_3(fn_cell_elongation_during_anaphase_18(X))
& fn_cell_elongation_during_anaphase_9(X) = fn_cytoskeleton_5(fn_cell_elongation_during_anaphase_10(X))
& fn_cell_elongation_during_anaphase_16(X) = fn_cytoskeleton_1(fn_cell_elongation_during_anaphase_10(X))
& fn_cell_elongation_during_anaphase_16(X) = fn_move_1(fn_cell_elongation_during_anaphase_13(X))
& fn_cell_elongation_during_anaphase_32(X) = fn_microtubule_10(fn_cell_elongation_during_anaphase_16(X))
& fn_cell_elongation_during_anaphase_25(X) = fn_microtubule_7(fn_cell_elongation_during_anaphase_16(X))
& fn_cell_elongation_during_anaphase_26(X) = fn_microtubule_4(fn_cell_elongation_during_anaphase_16(X))
& fn_cell_elongation_during_anaphase_22(X) = fn_nonkinetochore_microtubule_2(fn_cell_elongation_during_anaphase_17(X))
& fn_cell_elongation_during_anaphase_22(X) = fn_nonkinetochore_microtubule_1(fn_cell_elongation_during_anaphase_17(X))
& fn_cell_elongation_during_anaphase_30(X) = fn_nonkinetochore_microtubule_2(fn_cell_elongation_during_anaphase_16(X))
& fn_cell_elongation_during_anaphase_30(X) = fn_nonkinetochore_microtubule_1(fn_cell_elongation_during_anaphase_16(X))
& fn_cell_elongation_during_anaphase_10(X) = fn_cell_2(fn_cell_elongation_during_anaphase_21(X))
& fn_cell_elongation_during_anaphase_40(X) = fn_cell_14(fn_cell_elongation_during_anaphase_21(X))
& fn_cell_elongation_during_anaphase_35(X) = fn_cell_29(fn_cell_elongation_during_anaphase_21(X))
& fn_cell_elongation_during_anaphase_39(X) = fn_cell_4(fn_cell_elongation_during_anaphase_21(X))
& fn_cell_elongation_during_anaphase_36(X) = fn_cell_26(fn_cell_elongation_during_anaphase_21(X))
& fn_cell_elongation_during_anaphase_42(X) = fn_cell_28(fn_cell_elongation_during_anaphase_21(X))
& fn_cell_elongation_during_anaphase_41(X) = fn_cell_30(fn_cell_elongation_during_anaphase_21(X))
& fn_cell_elongation_during_anaphase_31(X) = fn_cell_1(fn_cell_elongation_during_anaphase_21(X))
& fn_cell_elongation_during_anaphase_44(X) = fn_cell_23(fn_cell_elongation_during_anaphase_21(X))
& fn_cell_elongation_during_anaphase_37(X) = fn_cell_22(fn_cell_elongation_during_anaphase_21(X))
& fn_cell_elongation_during_anaphase_43(X) = fn_cell_10(fn_cell_elongation_during_anaphase_21(X))
& fn_cell_elongation_during_anaphase_38(X) = fn_cell_11(fn_cell_elongation_during_anaphase_21(X))
& fn_increase_3(fn_cell_elongation_during_anaphase_28(X)) = fn_microtubule_7(fn_cell_elongation_during_anaphase_16(X))
& fn_microtubule_7(fn_cell_elongation_during_anaphase_16(X)) = fn_microtubule_7(fn_cell_elongation_during_anaphase_16(X))
& fn_microtubule_7(fn_cell_elongation_during_anaphase_16(X)) = fn_nonkinetochore_microtubule_1(fn_cell_elongation_during_anaphase_17(X))
& fn_nonkinetochore_microtubule_1(fn_cell_elongation_during_anaphase_17(X)) = fn_nonkinetochore_microtubule_2(fn_cell_elongation_during_anaphase_17(X))
& fn_nonkinetochore_microtubule_2(fn_cell_elongation_during_anaphase_17(X)) = fn_nonkinetochore_microtubule_1(fn_cell_elongation_during_anaphase_17(X))
& fn_nonkinetochore_microtubule_1(fn_cell_elongation_during_anaphase_17(X)) = fn_nonkinetochore_microtubule_1(fn_cell_elongation_during_anaphase_16(X))
& fn_nonkinetochore_microtubule_1(fn_cell_elongation_during_anaphase_16(X)) = fn_nonkinetochore_microtubule_2(fn_cell_elongation_during_anaphase_16(X))
& fn_nonkinetochore_microtubule_2(fn_cell_elongation_during_anaphase_16(X)) = fn_nonkinetochore_microtubule_1(fn_cell_elongation_during_anaphase_16(X))
& fn_nonkinetochore_microtubule_1(fn_cell_elongation_during_anaphase_16(X)) = fn_add_2(fn_cell_elongation_during_anaphase_27(X))
& fn_add_2(fn_cell_elongation_during_anaphase_27(X)) = fn_kinetic_energy_2(fn_cell_elongation_during_anaphase_24(X))
& fn_kinetic_energy_2(fn_cell_elongation_during_anaphase_24(X)) = fn_kinetic_energy_2(fn_cell_elongation_during_anaphase_24(X))
& fn_kinetic_energy_2(fn_cell_elongation_during_anaphase_24(X)) = fn_microtubule_elongation_2(fn_cell_elongation_during_anaphase_19(X))
& fn_microtubule_elongation_2(fn_cell_elongation_during_anaphase_19(X)) = fn_microtubule_elongation_2(fn_cell_elongation_during_anaphase_19(X))
& fn_microtubule_elongation_2(fn_cell_elongation_during_anaphase_19(X)) = fn_cytoskeleton_1(fn_cell_elongation_during_anaphase_10(X))
& fn_cytoskeleton_1(fn_cell_elongation_during_anaphase_10(X)) = fn_cytoskeleton_1(fn_cell_elongation_during_anaphase_10(X))
& fn_cytoskeleton_1(fn_cell_elongation_during_anaphase_10(X)) = fn_move_1(fn_cell_elongation_during_anaphase_13(X))
& fn_move_1(fn_cell_elongation_during_anaphase_13(X)) = fn_mitotic_event_1(X)
& fn_mitotic_event_1(X) = fn_cell_elongation_3(fn_cell_elongation_during_anaphase_18(X)) ) ) ).
fof(a528185,axiom,
! [X] :
( cell_equator_1(X)
=> ( original_name_2(X,'Cell-Equator')
& user_description_2(X,'Cell-Equator is the middle region of a cell. Here the chromosomes come together at the metaphase')
& concept2words_2(X,'cell equator')
& concept2words_2(X,'cell\'s equator')
& concept2words_2(X,'cell\'s-equator')
& concept2words_2(X,'cell-equator')
& concept2words_2(X,'equator of cell')
& concept2words_2(X,'middle region of cell')
& concept2words_2(X,'mid region of cell')
& concept2words_2(X,'middle of cell')
& cellular_region_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X)
& cell_1(fn_cell_equator_1(X))
& has_region_2(fn_cell_equator_1(X),X) ) ) ).
fof(a528186,axiom,
! [X] :
( cell_fate_1(X)
=> ( original_name_2(X,'Cell-Fate')
& user_description_2(X,'The resulting form and function of a cell depending on its cytoplasmic contents, genotype, or position in the embryo.')
& concept2words_2(X,'fate of cell')
& concept2words_2(X,'cell fate')
& concept2words_2(X,'cell-fate')
& state_1(X) ) ) ).
fof(a528187,axiom,
! [X] :
( cell_fractionation_1(X)
=> ( original_name_2(X,'Cell-Fractionation')
& user_description_2(X,'A process by which a collection of cells is homogenized and then centrifuged to separate the different components by density.')
& concept2words_2(X,fractionate)
& concept2words_2(X,'fractionation of cell')
& concept2words_2(X,'cell fractionation')
& concept2words_2(X,'cell-fractionation')
& segregate_1(X)
& protein_enzyme_1(fn_cell_fractionation_1(X))
& test_tube_1(fn_cell_fractionation_2(X))
& pellet_1(fn_cell_fractionation_3(X))
& pellet_1(fn_cell_fractionation_4(X))
& homogenization_1(fn_cell_fractionation_5(X))
& cell_1(fn_cell_fractionation_6(X))
& remove_1(fn_cell_fractionation_7(X))
& remove_1(fn_cell_fractionation_8(X))
& test_tube_1(fn_cell_fractionation_9(X))
& supernatant_1(fn_cell_fractionation_10(X))
& remove_1(fn_cell_fractionation_11(X))
& test_tube_1(fn_cell_fractionation_12(X))
& supernatant_1(fn_cell_fractionation_13(X))
& rotate_1(fn_cell_fractionation_14(X))
& centrifugation_1(fn_cell_fractionation_15(X))
& rotate_1(fn_cell_fractionation_16(X))
& organelle_1(fn_cell_fractionation_17(X))
& spatial_entity_1(fn_remove_2(fn_cell_fractionation_8(X)))
& spatial_entity_1(fn_remove_2(fn_cell_fractionation_7(X)))
& spatial_entity_1(fn_remove_2(fn_cell_fractionation_11(X)))
& spatial_entity_1(fn_remove_1(fn_cell_fractionation_7(X)))
& rotate_1(fn_centrifugation_1(fn_cell_fractionation_15(X)))
& spatial_entity_1(fn_remove_1(fn_cell_fractionation_11(X)))
& spatial_entity_1(fn_move_1(fn_cell_fractionation_14(X)))
& spatial_entity_1(fn_remove_1(fn_cell_fractionation_8(X)))
& subevent_2(X,fn_cell_fractionation_15(X))
& subevent_2(X,fn_cell_fractionation_5(X))
& first_subevent_2(X,fn_cell_fractionation_5(X))
& object_2(X,fn_cell_fractionation_1(X))
& base_2(X,fn_cell_fractionation_6(X))
& next_event_2(fn_cell_fractionation_5(X),fn_cell_fractionation_15(X))
& result_2(fn_cell_fractionation_16(X),fn_cell_fractionation_13(X))
& result_2(fn_cell_fractionation_16(X),fn_cell_fractionation_4(X))
& next_event_2(fn_cell_fractionation_16(X),fn_cell_fractionation_11(X))
& next_event_2(fn_cell_fractionation_15(X),fn_cell_fractionation_8(X))
& minCardinality(fn_cell_fractionation_15(X),subevent_0,"1",rotate_0)
& minCardinality(fn_cell_fractionation_15(X),subevent_0,"1",remove_0)
& subevent_2(fn_cell_fractionation_15(X),fn_cell_fractionation_7(X))
& subevent_2(fn_cell_fractionation_15(X),fn_cell_fractionation_11(X))
& subevent_2(fn_cell_fractionation_15(X),fn_cell_fractionation_14(X))
& result_2(fn_cell_fractionation_14(X),fn_cell_fractionation_10(X))
& result_2(fn_cell_fractionation_14(X),fn_cell_fractionation_3(X))
& next_event_2(fn_cell_fractionation_14(X),fn_cell_fractionation_7(X))
& next_event_2(fn_cell_fractionation_11(X),fn_cell_fractionation_14(X))
& destination_2(fn_cell_fractionation_11(X),fn_cell_fractionation_2(X))
& object_2(fn_cell_fractionation_8(X),fn_cell_fractionation_1(X))
& destination_2(fn_cell_fractionation_7(X),fn_cell_fractionation_9(X))
& next_event_2(fn_cell_fractionation_7(X),fn_cell_fractionation_14(X))
& base_2(fn_cell_fractionation_8(X),fn_cell_fractionation_9(X))
& base_2(fn_cell_fractionation_7(X),fn_cell_fractionation_12(X))
& base_2(fn_cell_fractionation_11(X),fn_cell_fractionation_12(X))
& object_2(fn_cell_fractionation_7(X),fn_cell_fractionation_10(X))
& object_2(fn_cell_fractionation_11(X),fn_cell_fractionation_13(X))
& object_2(fn_cell_fractionation_14(X),fn_cell_fractionation_13(X))
& object_2(X,fn_cell_fractionation_17(X))
& object_2(fn_cell_fractionation_8(X),fn_cell_fractionation_17(X))
& first_subevent_2(fn_cell_fractionation_15(X),fn_cell_fractionation_16(X))
& subevent_2(fn_cell_fractionation_15(X),fn_cell_fractionation_16(X))
& fn_cell_fractionation_9(X) = fn_remove_2(fn_cell_fractionation_8(X))
& fn_cell_fractionation_12(X) = fn_remove_2(fn_cell_fractionation_7(X))
& fn_cell_fractionation_12(X) = fn_remove_2(fn_cell_fractionation_11(X))
& fn_cell_fractionation_10(X) = fn_remove_1(fn_cell_fractionation_7(X))
& fn_cell_fractionation_13(X) = fn_remove_1(fn_cell_fractionation_11(X))
& fn_cell_fractionation_13(X) = fn_move_1(fn_cell_fractionation_14(X))
& fn_cell_fractionation_17(X) = fn_segregate_1(X)
& fn_cell_fractionation_17(X) = fn_remove_1(fn_cell_fractionation_8(X))
& fn_cell_fractionation_16(X) = fn_centrifugation_1(fn_cell_fractionation_15(X))
& fn_remove_1(fn_cell_fractionation_11(X)) = fn_move_1(fn_cell_fractionation_14(X))
& fn_move_1(fn_cell_fractionation_14(X)) = fn_segregate_1(X)
& fn_segregate_1(X) = fn_remove_1(fn_cell_fractionation_8(X)) ) ) ).
fof(a528188,axiom,
! [X] :
( cell_growth_1(X)
=> ( original_name_2(X,'Cell-Growth')
& user_description_2(X,'The enlarging of the cell during interphase of the cell cycle in preparation for cell division where the cell produces proteins and cytoplasmic organelles and copies its chromosomes.')
& concept2words_2(X,grow)
& concept2words_2(X,'growth of cell')
& concept2words_2(X,'cell growth')
& concept2words_2(X,'cell-growth')
& cell_cycle_process_1(X)
& grow_1(fn_cell_growth_1(X))
& cell_1(fn_cell_growth_2(X))
& object_2(X,fn_cell_growth_2(X))
& subevent_2(X,fn_cell_growth_1(X))
& object_2(fn_cell_growth_1(X),fn_cell_growth_2(X)) ) ) ).
fof(a528189,axiom,
! [X] :
( cell_lineage_1(X)
=> ( original_name_2(X,'Cell-Lineage')
& user_description_2(X,'The developmental history of blastomeres formed during cleavage.')
& concept2words_2(X,'lineage of cell')
& concept2words_2(X,'cell lineage')
& concept2words_2(X,'cell-lineage')
& representation_of_data_1(X)
& ~ action_spectrum_1(X)
& ~ age_structure_diagram_1(X)
& ~ cladogram_1(X)
& ~ climograph_1(X)
& ~ genetic_map_1(X)
& ~ genomic_representation_1(X)
& ~ genotypic_ratio_1(X)
& ~ life_table_1(X)
& ~ pedigree_1(X)
& ~ periodic_table_1(X)
& ~ phenotypic_ratio_1(X)
& ~ phylogenetic_tree_1(X)
& ~ punnett_square_1(X)
& ~ reproductive_table_1(X)
& ~ species_area_curve_1(X)
& ~ survivorship_curve_1(X)
& ~ tree_of_life_1(X)
& microscope_1(fn_cell_lineage_1(X))
& embryogenesis_1(fn_cell_lineage_2(X))
& entity_1(fn_cell_lineage_3(X))
& multicellular_organism_1(fn_cell_lineage_3(X))
& organismal_development_1(fn_cell_lineage_4(X))
& scientist_1(fn_cell_lineage_5(X))
& study_1(fn_cell_lineage_6(X))
& study_1(fn_scientist_2(fn_cell_lineage_5(X)))
& entity_1(fn_scientist_1(fn_cell_lineage_5(X)))
& multicellular_organism_1(fn_organismal_development_1(fn_cell_lineage_4(X)))
& instrument_2(fn_cell_lineage_6(X),fn_cell_lineage_1(X))
& result_2(fn_cell_lineage_6(X),X)
& supports_2(fn_cell_lineage_4(X),fn_cell_lineage_6(X))
& subevent_2(fn_cell_lineage_4(X),fn_cell_lineage_2(X))
& agent_2(fn_cell_lineage_6(X),fn_cell_lineage_5(X))
& object_2(fn_cell_lineage_6(X),fn_cell_lineage_3(X))
& experiencer_2(fn_cell_lineage_4(X),fn_cell_lineage_3(X))
& fn_cell_lineage_3(X) = fn_scientist_1(fn_cell_lineage_5(X))
& fn_cell_lineage_6(X) = fn_scientist_2(fn_cell_lineage_5(X))
& fn_cell_lineage_3(X) = fn_organismal_development_1(fn_cell_lineage_4(X))
& fn_scientist_1(fn_cell_lineage_5(X)) = fn_organismal_development_1(fn_cell_lineage_4(X)) ) ) ).
fof(a528190,axiom,
! [X] :
( cell_mediated_immune_response_1(X)
=> ( original_name_2(X,'Cell-Mediated-Immune-Response')
& user_description_2(X,'An immune response that does not involve antibodies or complement, but instead responds to an antigen by activating macrophages, natural killer cells, and antigen-specific cytotoxic T-lymphocytes, and by releasing various cytokines.')
& concept2words_2(X,respond)
& concept2words_2(X,'cell mediated immune response')
& concept2words_2(X,'cell-mediated-immune-response')
& immune_related_intercellular_process_1(X)
& immune_response_1(X)
& apoptosis_1(fn_cell_mediated_immune_response_2(X))
& unitless_value_1(fn_cell_mediated_immune_response_3(X))
& importance_2(fn_cell_mediated_immune_response_2(X),fn_cell_mediated_immune_response_3(X))
& the_scalar_value_2(fn_cell_mediated_immune_response_3(X),high_0)
& scalar_unit_class_2(fn_cell_mediated_immune_response_3(X),cellular_response_0)
& subevent_2(X,fn_cell_mediated_immune_response_2(X)) ) ) ).
fof(a528191,axiom,
! [X] :
( cell_opposite_pole_1(X)
=> ( original_name_2(X,'Cell-Opposite-Pole')
& user_description_2(X,'The cell has two poles equidistant from the equator. The poles are opposite to each other.')
& concept2words_2(X,'cell opposite pole')
& concept2words_2(X,'cell-opposite-pole')
& cell_pole_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X) ) ) ).
fof(a528192,axiom,
! [X] :
( cell_plate_1(X)
=> ( original_name_2(X,'Cell-Plate')
& user_description_2(X,'Cell-plate is a structure which forms at equatorial plane of a plant cell during cytokinesis. It helps in the division of the cytoplasm by forming a partition in the center of the dividing plant cell to eventually form two daughter cells')
& concept2words_2(X,'plate of cell')
& concept2words_2(X,'cell plate')
& concept2words_2(X,'cell-plate')
& cellular_structure_1(X)
& membrane_1(fn_cell_plate_1(X))
& plant_cell_1(fn_cell_plate_2(X))
& cell_equator_1(fn_cell_plate_3(X))
& is_inside_2(X,fn_cell_plate_2(X))
& is_at_2(X,fn_cell_plate_3(X))
& has_part_2(X,fn_cell_plate_1(X)) ) ) ).
fof(a528193,axiom,
! [X] :
( cell_plate_growth_1(X)
=> ( original_name_2(X,'Cell-Plate-Growth')
& user_description_2(X,'During mitosis in plant cells, the process of generating a new cell wall, which results in separation of the two daughter cells.')
& concept2words_2(X,grow)
& concept2words_2(X,'cell plate growth')
& concept2words_2(X,'cell-plate-growth')
& mitotic_event_1(X)
& grow_1(fn_cell_plate_growth_1(X))
& golgi_apparatus_1(fn_cell_plate_growth_2(X))
& aqueous_solution_1(fn_cell_plate_growth_3(X))
& liquid_substance_1(fn_cell_plate_growth_3(X))
& solution_1(fn_cell_plate_growth_3(X))
& substance_1(fn_cell_plate_growth_3(X))
& cytosol_1(fn_cell_plate_growth_3(X))
& substance_1(fn_cell_plate_growth_4(X))
& aqueous_solution_1(fn_cell_plate_growth_4(X))
& vesicle_1(fn_cell_plate_growth_5(X))
& proton_pump_1(fn_cell_plate_growth_6(X))
& plant_cell_1(fn_cell_plate_growth_7(X))
& membrane_1(fn_cell_plate_growth_8(X))
& spatial_entity_1(fn_cell_plate_growth_8(X))
& biomembrane_1(fn_cell_plate_growth_8(X))
& plasma_membrane_1(fn_cell_plate_growth_8(X))
& biomembrane_1(fn_cell_plate_growth_9(X))
& fusion_1(fn_cell_plate_growth_10(X))
& spatial_entity_1(fn_cell_plate_growth_11(X))
& cell_plate_1(fn_cell_plate_growth_11(X))
& spatial_entity_1(fn_add_2(fn_cell_plate_growth_10(X)))
& spatial_entity_1(fn_add_1(fn_cell_plate_growth_10(X)))
& membrane_1(fn_plant_cell_97(fn_cell_plate_growth_7(X)))
& spatial_entity_1(fn_plant_cell_97(fn_cell_plate_growth_7(X)))
& biomembrane_1(fn_plant_cell_97(fn_cell_plate_growth_7(X)))
& plasma_membrane_1(fn_plant_cell_97(fn_cell_plate_growth_7(X)))
& membrane_1(fn_cell_plate_1(fn_cell_plate_growth_11(X)))
& golgi_apparatus_1(fn_eukaryotic_cell_24(fn_cell_plate_growth_7(X)))
& golgi_apparatus_1(fn_plant_cell_100(fn_cell_plate_growth_7(X)))
& substance_1(fn_eukaryotic_cell_42(fn_cell_plate_growth_7(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_cell_plate_growth_7(X)))
& aqueous_solution_1(fn_plant_cell_91(fn_cell_plate_growth_7(X)))
& liquid_substance_1(fn_plant_cell_91(fn_cell_plate_growth_7(X)))
& solution_1(fn_plant_cell_91(fn_cell_plate_growth_7(X)))
& substance_1(fn_plant_cell_91(fn_cell_plate_growth_7(X)))
& cytosol_1(fn_plant_cell_91(fn_cell_plate_growth_7(X)))
& cytosol_1(fn_plasma_membrane_69(fn_cell_plate_growth_8(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_cell_plate_growth_8(X)))
& substance_1(fn_plasma_membrane_70(fn_cell_plate_growth_8(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_cell_plate_growth_8(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_cell_plate_growth_8(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_cell_plate_growth_8(X)))
& protein_1(fn_plasma_membrane_54(fn_cell_plate_growth_8(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_cell_plate_growth_8(X)))
& polymer_1(fn_plasma_membrane_54(fn_cell_plate_growth_8(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_cell_plate_growth_8(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_cell_plate_growth_8(X)))
& protein_1(fn_plasma_membrane_68(fn_cell_plate_growth_8(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_cell_plate_growth_8(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_cell_plate_growth_8(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_cell_plate_growth_8(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_cell_plate_growth_8(X)))
& object_2(fn_cell_plate_growth_1(X),fn_cell_plate_growth_11(X))
& toward_2(fn_cell_plate_growth_1(X),fn_cell_plate_growth_8(X))
& enables_2(fn_cell_plate_growth_10(X),fn_cell_plate_growth_1(X))
& subevent_2(X,fn_cell_plate_growth_10(X))
& subevent_2(X,fn_cell_plate_growth_1(X))
& object_2(X,fn_cell_plate_growth_11(X))
& base_2(fn_cell_plate_growth_10(X),fn_cell_plate_growth_11(X))
& object_2(fn_cell_plate_growth_10(X),fn_cell_plate_growth_5(X))
& has_part_2(fn_cell_plate_growth_7(X),fn_cell_plate_growth_8(X))
& has_part_2(fn_cell_plate_growth_7(X),fn_cell_plate_growth_2(X))
& is_inside_2(fn_cell_plate_growth_2(X),fn_cell_plate_growth_3(X))
& has_part_2(fn_cell_plate_growth_3(X),fn_cell_plate_growth_4(X))
& is_between_2(fn_cell_plate_growth_8(X),fn_cell_plate_growth_4(X))
& is_across_2(fn_cell_plate_growth_6(X),fn_cell_plate_growth_8(X))
& has_part_2(fn_cell_plate_growth_8(X),fn_cell_plate_growth_6(X))
& has_part_2(fn_cell_plate_growth_11(X),fn_cell_plate_growth_9(X))
& fn_cell_plate_growth_11(X) = fn_add_2(fn_cell_plate_growth_10(X))
& fn_cell_plate_growth_5(X) = fn_add_1(fn_cell_plate_growth_10(X))
& fn_cell_plate_growth_8(X) = fn_plant_cell_97(fn_cell_plate_growth_7(X))
& fn_cell_plate_growth_3(X) = fn_eukaryotic_cell_42(fn_cell_plate_growth_7(X))
& fn_cell_plate_growth_3(X) = fn_plant_cell_91(fn_cell_plate_growth_7(X))
& fn_cell_plate_growth_2(X) = fn_eukaryotic_cell_24(fn_cell_plate_growth_7(X))
& fn_cell_plate_growth_2(X) = fn_plant_cell_100(fn_cell_plate_growth_7(X))
& fn_cell_plate_growth_9(X) = fn_cell_plate_1(fn_cell_plate_growth_11(X))
& fn_cell_plate_growth_3(X) = fn_plasma_membrane_69(fn_cell_plate_growth_8(X))
& fn_cell_plate_growth_4(X) = fn_plasma_membrane_77(fn_cell_plate_growth_8(X))
& fn_cell_plate_growth_4(X) = fn_plasma_membrane_70(fn_cell_plate_growth_8(X))
& fn_cell_plate_growth_6(X) = fn_plasma_membrane_54(fn_cell_plate_growth_8(X))
& fn_cell_plate_growth_6(X) = fn_plasma_membrane_68(fn_cell_plate_growth_8(X))
& fn_cell_plate_growth_6(X) = fn_plasma_membrane_55(fn_cell_plate_growth_8(X))
& fn_plant_cell_100(fn_cell_plate_growth_7(X)) = fn_eukaryotic_cell_24(fn_cell_plate_growth_7(X))
& fn_eukaryotic_cell_24(fn_cell_plate_growth_7(X)) = fn_plant_cell_100(fn_cell_plate_growth_7(X))
& fn_plant_cell_100(fn_cell_plate_growth_7(X)) = fn_eukaryotic_cell_42(fn_cell_plate_growth_7(X))
& fn_eukaryotic_cell_42(fn_cell_plate_growth_7(X)) = fn_plant_cell_91(fn_cell_plate_growth_7(X))
& fn_plant_cell_91(fn_cell_plate_growth_7(X)) = fn_plant_cell_91(fn_cell_plate_growth_7(X))
& fn_plant_cell_91(fn_cell_plate_growth_7(X)) = fn_plasma_membrane_69(fn_cell_plate_growth_8(X))
& fn_plasma_membrane_69(fn_cell_plate_growth_8(X)) = fn_plasma_membrane_70(fn_cell_plate_growth_8(X))
& fn_plasma_membrane_70(fn_cell_plate_growth_8(X)) = fn_plasma_membrane_77(fn_cell_plate_growth_8(X))
& fn_plasma_membrane_77(fn_cell_plate_growth_8(X)) = fn_plasma_membrane_70(fn_cell_plate_growth_8(X))
& fn_plasma_membrane_70(fn_cell_plate_growth_8(X)) = fn_plasma_membrane_54(fn_cell_plate_growth_8(X))
& fn_plasma_membrane_54(fn_cell_plate_growth_8(X)) = fn_plasma_membrane_68(fn_cell_plate_growth_8(X))
& fn_plasma_membrane_55(fn_cell_plate_growth_8(X)) = fn_plasma_membrane_68(fn_cell_plate_growth_8(X))
& fn_plasma_membrane_68(fn_cell_plate_growth_8(X)) = fn_plasma_membrane_55(fn_cell_plate_growth_8(X)) ) ) ).
fof(a528194,axiom,
! [X] :
( cell_pole_1(X)
=> ( original_name_2(X,'Cell-Pole')
& user_description_2(X,'The cell has two poles equidistant from the equator. The poles are opposite to each other')
& concept2words_2(X,'pole of cell')
& concept2words_2(X,'cell pole')
& concept2words_2(X,'cell-pole')
& cellular_region_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X) ) ) ).
fof(a528195,axiom,
! [X] :
( cell_preparation_for_next_signal_reception_1(X)
=> ( original_name_2(X,'Cell-Preparation-For-Next-Signal-Reception')
& user_description_2(X,'The decrease in the number of active receptors as the concentration of the signaling molecules decreases and the unbound receptors return to their inactive state.')
& concept2words_2(X,'termination of cell signal')
& concept2words_2(X,'cell preparation for next signal reception')
& concept2words_2(X,'cell-preparation-for-next-signal-reception')
& cell_signaling_event_1(X)
& cell_1(fn_cell_preparation_for_next_signal_reception_1(X))
& cell_1(fn_cell_preparation_for_next_signal_reception_2(X))
& cell_signaling_1(fn_cell_preparation_for_next_signal_reception_3(X))
& cell_signaling_1(fn_cell_preparation_for_next_signal_reception_4(X))
& signal_reception_1(fn_cell_preparation_for_next_signal_reception_5(X))
& cell_1(fn_cell_signaling_4(fn_cell_preparation_for_next_signal_reception_3(X)))
& signal_reception_1(fn_cell_signaling_2(fn_cell_preparation_for_next_signal_reception_4(X)))
& fn_cell_preparation_for_next_signal_reception_2(X) != fn_cell_preparation_for_next_signal_reception_1(X)
& fn_cell_preparation_for_next_signal_reception_1(X) != fn_cell_preparation_for_next_signal_reception_2(X)
& next_event_2(fn_cell_preparation_for_next_signal_reception_3(X),X)
& causes_2(X,fn_cell_preparation_for_next_signal_reception_5(X))
& next_event_2(X,fn_cell_preparation_for_next_signal_reception_4(X))
& base_2(fn_cell_preparation_for_next_signal_reception_3(X),fn_cell_preparation_for_next_signal_reception_2(X))
& first_subevent_2(fn_cell_preparation_for_next_signal_reception_4(X),fn_cell_preparation_for_next_signal_reception_5(X))
& subevent_2(fn_cell_preparation_for_next_signal_reception_4(X),fn_cell_preparation_for_next_signal_reception_5(X))
& fn_cell_preparation_for_next_signal_reception_2(X) = fn_cell_signaling_4(fn_cell_preparation_for_next_signal_reception_3(X))
& fn_cell_preparation_for_next_signal_reception_5(X) = fn_cell_signaling_2(fn_cell_preparation_for_next_signal_reception_4(X)) ) ) ).
fof(a528196,axiom,
! [X] :
( cell_sap_1(X)
=> ( original_name_2(X,'Cell-Sap')
& user_description_2(X,'Cell sap is the solution inside the central vacuole and it differs in composition from the cytosol.')
& concept2words_2(X,'sap of cell')
& concept2words_2(X,'cell sap')
& concept2words_2(X,'cell-sap')
& sap_1(X)
& inorganic_ion_1(fn_cell_sap_1(X))
& potassium_ion_1(fn_cell_sap_2(X))
& cl_minus_1(fn_cell_sap_3(X))
& central_vacuole_1(fn_cell_sap_4(X))
& aqueous_solution_1(fn_vesicle_10(fn_cell_sap_4(X)))
& aqueous_solution_1(fn_vacuole_2(fn_cell_sap_4(X)))
& has_part_2(X,fn_cell_sap_3(X))
& has_part_2(X,fn_cell_sap_2(X))
& has_part_2(X,fn_cell_sap_1(X))
& has_part_2(fn_cell_sap_4(X),X)
& X = fn_vesicle_10(fn_cell_sap_4(X))
& X = fn_vacuole_2(fn_cell_sap_4(X))
& fn_vesicle_10(fn_cell_sap_4(X)) = fn_vacuole_2(fn_cell_sap_4(X)) ) ) ).
fof(a528197,axiom,
! [X] :
( cell_shape_change_1(X)
=> ( original_name_2(X,'Cell-Shape-Change')
& user_description_2(X,'Many cells move or change their shapes.')
& concept2words_2(X,change)
& concept2words_2(X,'change shape')
& concept2words_2(X,'cell shape change')
& concept2words_2(X,'cell-shape-change')
& cellular_process_1(X)
& cytoskeleton_1(fn_cell_shape_change_1(X))
& cell_1(fn_cell_shape_change_2(X))
& shape_changing_cell_1(fn_cell_shape_change_3(X))
& cell_1(fn_shape_changing_cell_6(fn_cell_shape_change_3(X)))
& cell_shape_change_1(fn_shape_changing_cell_1(fn_cell_shape_change_3(X)))
& agent_2(X,fn_cell_shape_change_1(X))
& has_function_2(fn_cell_shape_change_1(X),X)
& has_state_2(fn_cell_shape_change_3(X),fn_cell_shape_change_2(X))
& result_2(X,fn_cell_shape_change_2(X))
& object_2(X,fn_cell_shape_change_3(X))
& X = fn_shape_changing_cell_1(fn_cell_shape_change_3(X))
& fn_cell_shape_change_2(X) = fn_shape_changing_cell_6(fn_cell_shape_change_3(X))
& fn_shape_changing_cell_1(fn_cell_shape_change_3(X)) = fn_shape_changing_cell_1(fn_cell_shape_change_3(X)) ) ) ).
fof(a528198,axiom,
! [X] :
( cell_signaling_1(X)
=> ( original_name_2(X,'Cell-Signaling')
& user_description_2(X,'A series of events associated with a cellular signal which includes reception of the signal, transduction (relay) of the signal, and a cellular response to the signal.')
& concept2words_2(X,'cell cell communication')
& concept2words_2(X,'cell communication')
& concept2words_2(X,'cell signalling')
& concept2words_2(X,'cell to cell communication')
& concept2words_2(X,signal)
& concept2words_2(X,'signaling of cell')
& concept2words_2(X,'cell signaling')
& concept2words_2(X,'cell-signaling')
& cell_communication_event_1(X)
& ~ speech_1(X)
& cellular_response_1(fn_cell_signaling_1(X))
& signal_reception_1(fn_cell_signaling_2(X))
& signal_transduction_1(fn_cell_signaling_3(X))
& cell_1(fn_cell_signaling_4(X))
& chemical_entity_1(fn_cell_signaling_5(X))
& chemical_entity_1(fn_signal_reception_5(fn_cell_signaling_2(X)))
& cell_1(fn_intracellular_process_1(fn_cell_signaling_1(X)))
& cell_1(fn_cellular_response_3(fn_cell_signaling_1(X)))
& cell_1(fn_cell_signaling_event_1(fn_cell_signaling_3(X)))
& cell_1(fn_signal_reception_3(fn_cell_signaling_2(X)))
& base_2(X,fn_cell_signaling_4(X))
& first_subevent_2(X,fn_cell_signaling_2(X))
& agent_2(X,fn_cell_signaling_5(X))
& subevent_2(X,fn_cell_signaling_3(X))
& subevent_2(X,fn_cell_signaling_1(X))
& subevent_2(X,fn_cell_signaling_2(X))
& next_event_2(fn_cell_signaling_3(X),fn_cell_signaling_1(X))
& next_event_2(fn_cell_signaling_2(X),fn_cell_signaling_3(X))
& base_2(fn_cell_signaling_1(X),fn_cell_signaling_4(X))
& base_2(fn_cell_signaling_3(X),fn_cell_signaling_4(X))
& base_2(fn_cell_signaling_2(X),fn_cell_signaling_4(X))
& object_2(fn_cell_signaling_2(X),fn_cell_signaling_5(X))
& fn_cell_signaling_4(X) = fn_intracellular_process_1(fn_cell_signaling_1(X))
& fn_cell_signaling_4(X) = fn_cellular_response_3(fn_cell_signaling_1(X))
& fn_cell_signaling_4(X) = fn_cell_signaling_event_1(fn_cell_signaling_3(X))
& fn_cell_signaling_4(X) = fn_signal_reception_3(fn_cell_signaling_2(X))
& fn_cell_signaling_5(X) = fn_signal_reception_5(fn_cell_signaling_2(X))
& fn_intracellular_process_1(fn_cell_signaling_1(X)) = fn_cellular_response_3(fn_cell_signaling_1(X))
& fn_cellular_response_3(fn_cell_signaling_1(X)) = fn_cellular_response_3(fn_cell_signaling_1(X))
& fn_cellular_response_3(fn_cell_signaling_1(X)) = fn_cell_signaling_event_1(fn_cell_signaling_3(X))
& fn_cell_signaling_event_1(fn_cell_signaling_3(X)) = fn_cell_signaling_event_1(fn_cell_signaling_3(X))
& fn_cell_signaling_event_1(fn_cell_signaling_3(X)) = fn_signal_reception_3(fn_cell_signaling_2(X)) ) ) ).
fof(a528199,axiom,
! [X] :
( cell_signaling_event_1(X)
=> ( original_name_2(X,'Cell-Signaling-Event')
& user_description_2(X,'stage in cell signaling process.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling event')
& concept2words_2(X,'cell-signaling-event')
& cellular_process_1(X)
& cell_1(fn_cell_signaling_event_1(X))
& base_2(X,fn_cell_signaling_event_1(X)) ) ) ).
fof(a528200,axiom,
! [X] :
( cell_signaling_in_plant_cell_1(X)
=> ( original_name_2(X,'Cell-Signaling-In-Plant-Cell')
& user_description_2(X,'The process of signal reception, signal transduction and cellular response to a chemical or electrical signal in plant cells.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling in plant cell')
& concept2words_2(X,'cell-signaling-in-plant-cell')
& chemical_signaling_1(X)
& plant_cell_1(fn_cell_signaling_in_plant_cell_1(X))
& signal_reception_1(fn_cell_signaling_in_plant_cell_2(X))
& recipient_2(fn_cell_signaling_in_plant_cell_2(X),fn_cell_signaling_in_plant_cell_1(X))
& first_subevent_2(X,fn_cell_signaling_in_plant_cell_2(X))
& base_2(fn_cell_signaling_in_plant_cell_2(X),fn_cell_signaling_in_plant_cell_1(X))
& base_2(X,fn_cell_signaling_in_plant_cell_1(X))
& subevent_2(X,fn_cell_signaling_in_plant_cell_2(X))
& fn_cell_signaling_in_plant_cell_1(X) = fn_cell_signaling_4(X)
& fn_cell_signaling_in_plant_cell_2(X) = fn_cell_signaling_2(X) ) ) ).
fof(a528201,axiom,
! [X] :
( cell_signaling_leading_to_arterial_muscle_relaxation_1(X)
=> ( original_name_2(X,'Cell-Signaling-Leading-To-Arterial-Muscle-Relaxation')
& user_description_2(X,'Process of signaling between and within cells which leads to arterial muscle cell relaxation as cellular response.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling leading to arterial muscle relaxation')
& concept2words_2(X,'cell-signaling-leading-to-arterial-muscle-relaxation')
& chemical_signaling_1(X)
& muscle_tissue_1(fn_cell_signaling_leading_to_arterial_muscle_relaxation_1(X))
& artery_wall_1(fn_cell_signaling_leading_to_arterial_muscle_relaxation_2(X))
& artery_1(fn_cell_signaling_leading_to_arterial_muscle_relaxation_3(X))
& signal_reception_1(fn_cell_signaling_leading_to_arterial_muscle_relaxation_4(X))
& signal_transduction_1(fn_cell_signaling_leading_to_arterial_muscle_relaxation_5(X))
& smooth_muscle_1(fn_cell_signaling_leading_to_arterial_muscle_relaxation_6(X))
& cyclic_gmp_1(fn_cell_signaling_leading_to_arterial_muscle_relaxation_7(X))
& muscle_cell_1(fn_cell_signaling_leading_to_arterial_muscle_relaxation_8(X))
& muscle_relaxation_1(fn_cell_signaling_leading_to_arterial_muscle_relaxation_9(X))
& artery_wall_1(fn_artery_1(fn_cell_signaling_leading_to_arterial_muscle_relaxation_3(X)))
& cellular_work_1(fn_eukaryotic_cell_32(fn_cell_signaling_leading_to_arterial_muscle_relaxation_8(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_cell_signaling_leading_to_arterial_muscle_relaxation_6(X)))
& is_inside_2(fn_cell_signaling_leading_to_arterial_muscle_relaxation_6(X),fn_cell_signaling_leading_to_arterial_muscle_relaxation_2(X))
& recipient_2(fn_cell_signaling_leading_to_arterial_muscle_relaxation_4(X),fn_cell_signaling_leading_to_arterial_muscle_relaxation_8(X))
& has_part_2(fn_cell_signaling_leading_to_arterial_muscle_relaxation_2(X),fn_cell_signaling_leading_to_arterial_muscle_relaxation_1(X))
& has_function_2(fn_cell_signaling_leading_to_arterial_muscle_relaxation_8(X),fn_cell_signaling_leading_to_arterial_muscle_relaxation_9(X))
& subevent_2(X,fn_cell_signaling_leading_to_arterial_muscle_relaxation_9(X))
& has_part_2(fn_cell_signaling_leading_to_arterial_muscle_relaxation_6(X),fn_cell_signaling_leading_to_arterial_muscle_relaxation_8(X))
& agent_2(X,fn_cell_signaling_leading_to_arterial_muscle_relaxation_7(X))
& object_2(fn_cell_signaling_leading_to_arterial_muscle_relaxation_4(X),fn_cell_signaling_leading_to_arterial_muscle_relaxation_7(X))
& has_part_2(fn_cell_signaling_leading_to_arterial_muscle_relaxation_3(X),fn_cell_signaling_leading_to_arterial_muscle_relaxation_2(X))
& base_2(X,fn_cell_signaling_leading_to_arterial_muscle_relaxation_8(X))
& base_2(fn_cell_signaling_leading_to_arterial_muscle_relaxation_9(X),fn_cell_signaling_leading_to_arterial_muscle_relaxation_8(X))
& next_event_2(fn_cell_signaling_leading_to_arterial_muscle_relaxation_5(X),fn_cell_signaling_leading_to_arterial_muscle_relaxation_9(X))
& base_2(fn_cell_signaling_leading_to_arterial_muscle_relaxation_5(X),fn_cell_signaling_leading_to_arterial_muscle_relaxation_8(X))
& base_2(fn_cell_signaling_leading_to_arterial_muscle_relaxation_4(X),fn_cell_signaling_leading_to_arterial_muscle_relaxation_8(X))
& first_subevent_2(X,fn_cell_signaling_leading_to_arterial_muscle_relaxation_4(X))
& next_event_2(fn_cell_signaling_leading_to_arterial_muscle_relaxation_4(X),fn_cell_signaling_leading_to_arterial_muscle_relaxation_5(X))
& subevent_2(X,fn_cell_signaling_leading_to_arterial_muscle_relaxation_5(X))
& subevent_2(X,fn_cell_signaling_leading_to_arterial_muscle_relaxation_4(X))
& fn_cell_signaling_leading_to_arterial_muscle_relaxation_9(X) = fn_eukaryotic_cell_32(fn_cell_signaling_leading_to_arterial_muscle_relaxation_8(X))
& fn_cell_signaling_leading_to_arterial_muscle_relaxation_9(X) = fn_chemical_signaling_6(X)
& fn_cell_signaling_leading_to_arterial_muscle_relaxation_8(X) = fn_tissue_1(fn_cell_signaling_leading_to_arterial_muscle_relaxation_6(X))
& fn_cell_signaling_leading_to_arterial_muscle_relaxation_7(X) = fn_cell_signaling_5(X)
& fn_cell_signaling_leading_to_arterial_muscle_relaxation_2(X) = fn_artery_1(fn_cell_signaling_leading_to_arterial_muscle_relaxation_3(X))
& fn_cell_signaling_leading_to_arterial_muscle_relaxation_4(X) = fn_cell_signaling_2(X)
& fn_cell_signaling_leading_to_arterial_muscle_relaxation_5(X) = fn_cell_signaling_3(X)
& fn_cell_signaling_leading_to_arterial_muscle_relaxation_9(X) = fn_cell_signaling_1(X)
& fn_cell_signaling_leading_to_arterial_muscle_relaxation_8(X) = fn_cell_signaling_4(X)
& fn_cell_signaling_leading_to_arterial_muscle_relaxation_5(X) = fn_chemical_signaling_8(X)
& fn_cell_signaling_leading_to_arterial_muscle_relaxation_4(X) = fn_chemical_signaling_7(X)
& fn_eukaryotic_cell_32(fn_cell_signaling_leading_to_arterial_muscle_relaxation_8(X)) = fn_chemical_signaling_6(X)
& fn_chemical_signaling_6(X) = fn_chemical_signaling_6(X)
& fn_chemical_signaling_6(X) = fn_cell_signaling_1(X)
& fn_cell_signaling_1(X) = fn_cell_signaling_1(X)
& fn_cell_signaling_1(X) = fn_tissue_1(fn_cell_signaling_leading_to_arterial_muscle_relaxation_6(X))
& fn_tissue_1(fn_cell_signaling_leading_to_arterial_muscle_relaxation_6(X)) = fn_cell_signaling_4(X)
& fn_cell_signaling_4(X) = fn_cell_signaling_4(X)
& fn_cell_signaling_4(X) = fn_cell_signaling_3(X)
& fn_cell_signaling_3(X) = fn_cell_signaling_3(X)
& fn_cell_signaling_3(X) = fn_chemical_signaling_8(X)
& fn_chemical_signaling_8(X) = fn_chemical_signaling_8(X)
& fn_chemical_signaling_8(X) = fn_cell_signaling_2(X)
& fn_cell_signaling_2(X) = fn_cell_signaling_2(X)
& fn_cell_signaling_2(X) = fn_chemical_signaling_7(X)
& fn_chemical_signaling_7(X) = fn_chemical_signaling_7(X) ) ) ).
fof(a528202,axiom,
! [X] :
( cell_signaling_using_testosterone_receptor_1(X)
=> ( original_name_2(X,'Cell-Signaling-Using-Testosterone-Receptor')
& user_description_2(X,'Testosterone receptors are found only in certain cells and is activated when testosterone binds to it. Once active, the receptor enters the nucleus and turns on specific genes that control male sex characteristics.')
& concept2words_2(X,'testosterone induced cell signaling')
& concept2words_2(X,'testosterone-induced cell signaling')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling using testosterone receptor')
& concept2words_2(X,'cell-signaling-using-testosterone-receptor')
& chemical_signaling_1(X)
& testosterone_receptor_1(fn_cell_signaling_using_testosterone_receptor_1(X))
& testosterone_1(fn_cell_signaling_using_testosterone_receptor_2(X))
& complement_2(fn_cell_signaling_using_testosterone_receptor_2(X),fn_cell_signaling_using_testosterone_receptor_1(X))
& complement_2(fn_cell_signaling_using_testosterone_receptor_1(X),fn_cell_signaling_using_testosterone_receptor_2(X))
& agent_2(X,fn_cell_signaling_using_testosterone_receptor_2(X))
& fn_cell_signaling_using_testosterone_receptor_2(X) = fn_cell_signaling_5(X) ) ) ).
fof(a528203,axiom,
! [X] :
( cell_signaling_with_ca2_plus_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Ca2-Plus')
& user_description_2(X,'Process of signaling between and within cells which uses calcium ions as second messengers during signal transduction.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with ca2 plus')
& concept2words_2(X,'cell-signaling-with-ca2-plus')
& chemical_signaling_1(X)
& signal_transduction_with_ca2_plus_1(fn_cell_signaling_with_ca2_plus_1(X))
& subevent_2(X,fn_cell_signaling_with_ca2_plus_1(X))
& fn_cell_signaling_with_ca2_plus_1(X) = fn_chemical_signaling_8(X) ) ) ).
fof(a528204,axiom,
! [X] :
( cell_signaling_with_ca2_plus_and_ip3_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Ca2-Plus-And-IP3')
& user_description_2(X,'The process of signal reception, signal transduction and cellular response which involves calcium and IP3 second messengers.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with ca2 plus and ip3')
& concept2words_2(X,'cell-signaling-with-ca2-plus-and-ip3')
& cell_signaling_with_plasma_membrane_receptor_1(X)
& time_interval_1(fn_cell_signaling_with_ca2_plus_and_ip3_1(X))
& time_interval_1(fn_cell_signaling_with_ca2_plus_and_ip3_2(X))
& diacylglycerol_1(fn_cell_signaling_with_ca2_plus_and_ip3_3(X))
& concentration_value_1(fn_cell_signaling_with_ca2_plus_and_ip3_4(X))
& concentration_value_1(fn_cell_signaling_with_ca2_plus_and_ip3_5(X))
& activation_value_1(fn_cell_signaling_with_ca2_plus_and_ip3_8(X))
& activation_value_1(fn_cell_signaling_with_ca2_plus_and_ip3_10(X))
& activation_value_1(fn_cell_signaling_with_ca2_plus_and_ip3_12(X))
& activation_value_1(fn_cell_signaling_with_ca2_plus_and_ip3_13(X))
& protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_14(X))
& time_interval_1(fn_cell_signaling_with_ca2_plus_and_ip3_17(X))
& time_interval_1(fn_cell_signaling_with_ca2_plus_and_ip3_18(X))
& smooth_endoplasmic_reticulum_1(fn_cell_signaling_with_ca2_plus_and_ip3_19(X))
& ligand_binding_1(fn_cell_signaling_with_ca2_plus_and_ip3_20(X))
& chemical_1(fn_cell_signaling_with_ca2_plus_and_ip3_21(X))
& calcium_ion_1(fn_cell_signaling_with_ca2_plus_and_ip3_22(X))
& membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_23(X))
& cell_surface_receptor_1(fn_cell_signaling_with_ca2_plus_and_ip3_23(X))
& spatial_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_23(X))
& polymer_1(fn_cell_signaling_with_ca2_plus_and_ip3_23(X))
& receptor_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_23(X))
& calcium_ion_1(fn_cell_signaling_with_ca2_plus_and_ip3_24(X))
& move_1(fn_cell_signaling_with_ca2_plus_and_ip3_25(X))
& mixture_1(fn_cell_signaling_with_ca2_plus_and_ip3_26(X))
& cytoplasm_1(fn_cell_signaling_with_ca2_plus_and_ip3_26(X))
& substance_1(fn_cell_signaling_with_ca2_plus_and_ip3_27(X))
& cytosol_1(fn_cell_signaling_with_ca2_plus_and_ip3_27(X))
& solution_1(fn_cell_signaling_with_ca2_plus_and_ip3_27(X))
& cellular_response_1(fn_cell_signaling_with_ca2_plus_and_ip3_28(X))
& ip3_gated_calcium_ion_channel_1(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& move_through_1(fn_cell_signaling_with_ca2_plus_and_ip3_30(X))
& open_1(fn_cell_signaling_with_ca2_plus_and_ip3_31(X))
& signal_transduction_with_ca2_plus_1(fn_cell_signaling_with_ca2_plus_and_ip3_32(X))
& eukaryotic_cell_1(fn_cell_signaling_with_ca2_plus_and_ip3_33(X))
& cell_1(fn_cell_signaling_with_ca2_plus_and_ip3_33(X))
& entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_34(X))
& hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_34(X))
& phospholipase_c_1(fn_cell_signaling_with_ca2_plus_and_ip3_34(X))
& protein_enzyme_1(fn_cell_signaling_with_ca2_plus_and_ip3_34(X))
& inositol_trisphosphate_1(fn_cell_signaling_with_ca2_plus_and_ip3_35(X))
& activate_1(fn_cell_signaling_with_ca2_plus_and_ip3_36(X))
& chemical_reaction_1(fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& decomposition_reaction_1(fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& exergonic_reaction_1(fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& hydrolysis_1(fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& active_site_1(fn_cell_signaling_with_ca2_plus_and_ip3_38(X))
& atom_1(fn_cell_signaling_with_ca2_plus_and_ip3_39(X))
& chemical_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_40(X))
& reactant_1(fn_cell_signaling_with_ca2_plus_and_ip3_41(X))
& phosphatidylinositol_bisphosphate_1(fn_cell_signaling_with_ca2_plus_and_ip3_42(X))
& biomembrane_1(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& plasma_membrane_1(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& second_messenger_1(fn_cell_signaling_with_ca2_plus_and_ip3_44(X))
& calcium_ion_1(fn_cell_signaling_with_ca2_plus_and_ip3_45(X))
& chemical_1(fn_cell_signaling_with_ca2_plus_and_ip3_46(X))
& aqueous_solution_1(fn_cell_signaling_with_ca2_plus_and_ip3_47(X))
& mixture_1(fn_cell_signaling_with_ca2_plus_and_ip3_48(X))
& substance_1(fn_cell_signaling_with_ca2_plus_and_ip3_48(X))
& cytosol_1(fn_cell_signaling_with_ca2_plus_and_ip3_48(X))
& mixture_1(fn_cell_signaling_with_ca2_plus_and_ip3_49(X))
& cytoplasm_1(fn_cell_signaling_with_ca2_plus_and_ip3_49(X))
& cell_1(fn_cell_signaling_with_ca2_plus_and_ip3_50(X))
& concentration_value_1(fn_cell_signaling_with_ca2_plus_and_ip3_51(X))
& hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_53(X))
& phospholipase_c_1(fn_cell_signaling_with_ca2_plus_and_ip3_53(X))
& protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_54(X))
& make_accessible_1(fn_cell_signaling_with_ca2_plus_and_ip3_55(X))
& activate_1(fn_cell_signaling_with_ca2_plus_and_ip3_55(X))
& spatial_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_56(X))
& chemical_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_56(X))
& monomer_1(fn_cell_signaling_with_ca2_plus_and_ip3_56(X))
& molecule_1(fn_cell_signaling_with_ca2_plus_and_ip3_56(X))
& amino_acid_1(fn_cell_signaling_with_ca2_plus_and_ip3_56(X))
& r_group_1(fn_cell_signaling_with_ca2_plus_and_ip3_57(X))
& protein_domain_1(fn_cell_signaling_with_ca2_plus_and_ip3_58(X))
& attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_59(X))
& increase_1(fn_cell_signaling_with_ca2_plus_and_ip3_60(X))
& chemical_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_61(X))
& ribosome_1(fn_cell_signaling_with_ca2_plus_and_ip3_62(X))
& tangible_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_63(X))
& phospholipid_bilayer_1(fn_cell_signaling_with_ca2_plus_and_ip3_63(X))
& surface_1(fn_cell_signaling_with_ca2_plus_and_ip3_64(X))
& outside_face_1(fn_cell_signaling_with_ca2_plus_and_ip3_64(X))
& extracellular_side_1(fn_cell_signaling_with_ca2_plus_and_ip3_64(X))
& tangible_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_65(X))
& membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_65(X))
& protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_65(X))
& spatial_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_65(X))
& polymer_1(fn_cell_signaling_with_ca2_plus_and_ip3_65(X))
& spatial_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_66(X))
& polymer_1(fn_cell_signaling_with_ca2_plus_and_ip3_66(X))
& tangible_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_66(X))
& membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_66(X))
& protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_66(X))
& entity_1(fn_make_accessible_1(fn_cell_signaling_with_ca2_plus_and_ip3_55(X)))
& activate_1(fn_signal_transduction_6(fn_cell_signaling_with_ca2_plus_and_ip3_32(X)))
& second_messenger_1(fn_signal_transduction_with_second_messenger_1(fn_cell_signaling_with_ca2_plus_and_ip3_32(X)))
& smooth_endoplasmic_reticulum_1(fn_eukaryotic_cell_20(fn_cell_signaling_with_ca2_plus_and_ip3_33(X)))
& open_1(fn_gated_ion_channel_6(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)))
& property_node_1(fn_increase_2(fn_cell_signaling_with_ca2_plus_and_ip3_60(X)))
& property_value_1(fn_increase_3(fn_cell_signaling_with_ca2_plus_and_ip3_60(X)))
& substance_1(fn_cell_29(fn_cell_signaling_with_ca2_plus_and_ip3_50(X)))
& cytosol_1(fn_cell_29(fn_cell_signaling_with_ca2_plus_and_ip3_50(X)))
& mixture_1(fn_cell_28(fn_cell_signaling_with_ca2_plus_and_ip3_50(X)))
& cytoplasm_1(fn_cell_28(fn_cell_signaling_with_ca2_plus_and_ip3_50(X)))
& ribosome_1(fn_cell_14(fn_cell_signaling_with_ca2_plus_and_ip3_33(X)))
& protein_domain_1(fn_phospholipase_c_19(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)))
& entity_1(fn_make_accessible_1(fn_cell_signaling_with_ca2_plus_and_ip3_36(X)))
& chemical_entity_1(fn_chemical_3(fn_cell_signaling_with_ca2_plus_and_ip3_21(X)))
& chemical_entity_1(fn_chemical_3(fn_cell_signaling_with_ca2_plus_and_ip3_46(X)))
& chemical_entity_1(fn_hydrolysis_2(fn_cell_signaling_with_ca2_plus_and_ip3_37(X)))
& chemical_entity_1(fn_hydrolysis_1(fn_cell_signaling_with_ca2_plus_and_ip3_37(X)))
& r_group_1(fn_protein_enzyme_12(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)))
& substance_1(fn_mixture_2(fn_cell_signaling_with_ca2_plus_and_ip3_48(X)))
& substance_1(fn_mixture_1(fn_cell_signaling_with_ca2_plus_and_ip3_48(X)))
& spatial_entity_1(fn_attach_2(fn_cell_signaling_with_ca2_plus_and_ip3_59(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)))
& cytoplasm_1(fn_cytosol_1(fn_cell_signaling_with_ca2_plus_and_ip3_27(X)))
& mixture_1(fn_cell_28(fn_cell_signaling_with_ca2_plus_and_ip3_33(X)))
& cytoplasm_1(fn_cell_28(fn_cell_signaling_with_ca2_plus_and_ip3_33(X)))
& cell_1(fn_cell_signaling_event_1(fn_cell_signaling_with_ca2_plus_and_ip3_32(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_cell_signaling_with_ca2_plus_and_ip3_19(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_cell_signaling_with_ca2_plus_and_ip3_19(X)))
& tangible_entity_1(fn_gated_channel_13(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)))
& phospholipid_bilayer_1(fn_gated_channel_13(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)))
& phospholipid_bilayer_1(fn_membrane_protein_2(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)))
& tangible_entity_1(fn_biomembrane_63(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)))
& protein_1(fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)))
& protein_1(fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)))
& polymer_1(fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)))
& surface_1(fn_integral_protein_29(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)))
& outside_face_1(fn_biomembrane_41(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)))
& surface_1(fn_transmembrane_protein_5(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)))
& outside_face_1(fn_transmembrane_protein_5(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)))
& plasma_membrane_1(fn_cell_surface_receptor_1(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)))
& biomembrane_1(fn_membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_23(X)))
& biomembrane_1(fn_membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)))
& plasma_membrane_1(fn_cell_30(fn_cell_signaling_with_ca2_plus_and_ip3_33(X)))
& spatial_entity_1(fn_move_1(fn_cell_signaling_with_ca2_plus_and_ip3_30(X)))
& chemical_entity_1(fn_second_messenger_3(fn_cell_signaling_with_ca2_plus_and_ip3_44(X)))
& chemical_1(fn_solution_6(fn_cell_signaling_with_ca2_plus_and_ip3_47(X)))
& chemical_1(fn_solution_5(fn_cell_signaling_with_ca2_plus_and_ip3_47(X)))
& chemical_1(fn_solution_6(fn_cell_signaling_with_ca2_plus_and_ip3_27(X)))
& chemical_1(fn_solution_5(fn_cell_signaling_with_ca2_plus_and_ip3_27(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_cell_signaling_with_ca2_plus_and_ip3_19(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_cell_signaling_with_ca2_plus_and_ip3_19(X)))
& substance_1(fn_cell_29(fn_cell_signaling_with_ca2_plus_and_ip3_33(X)))
& cytosol_1(fn_cell_29(fn_cell_signaling_with_ca2_plus_and_ip3_33(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_cell_signaling_with_ca2_plus_and_ip3_37(X)))
& chemical_entity_1(fn_reactant_3(fn_cell_signaling_with_ca2_plus_and_ip3_41(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_cell_signaling_with_ca2_plus_and_ip3_37(X)))
& spatial_entity_1(fn_move_1(fn_cell_signaling_with_ca2_plus_and_ip3_25(X)))
& spatial_entity_1(fn_attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_59(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_cell_signaling_with_ca2_plus_and_ip3_37(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_cell_signaling_with_ca2_plus_and_ip3_37(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_cell_signaling_with_ca2_plus_and_ip3_37(X)))
& chemical_reaction_1(fn_reactant_2(fn_cell_signaling_with_ca2_plus_and_ip3_41(X)))
& hydrolysis_1(fn_hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_53(X)))
& hydrolysis_1(fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_53(X)))
& hydrolysis_1(fn_hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)))
& hydrolysis_1(fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)))
& spatial_entity_1(fn_phospholipase_c_5(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)))
& chemical_entity_1(fn_phospholipase_c_5(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)))
& monomer_1(fn_phospholipase_c_5(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)))
& molecule_1(fn_phospholipase_c_5(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)))
& amino_acid_1(fn_phospholipase_c_5(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)))
& spatial_entity_1(fn_protein_enzyme_11(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)))
& chemical_entity_1(fn_protein_enzyme_11(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)))
& monomer_1(fn_protein_enzyme_11(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)))
& molecule_1(fn_protein_enzyme_11(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)))
& amino_acid_1(fn_protein_enzyme_11(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)))
& active_site_1(fn_phospholipase_c_15(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)))
& active_site_1(fn_protein_enzyme_10(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)))
& fn_cell_signaling_with_ca2_plus_and_ip3_61(X) != fn_cell_signaling_with_ca2_plus_and_ip3_29(X)
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_60(X),fn_cell_signaling_with_ca2_plus_and_ip3_55(X))
& time_during_2(fn_cell_signaling_with_ca2_plus_and_ip3_59(X),fn_cell_signaling_with_ca2_plus_and_ip3_17(X))
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_59(X),fn_cell_signaling_with_ca2_plus_and_ip3_31(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_59(X) != fn_cell_signaling_with_ca2_plus_and_ip3_20(X)
& time_before_2(fn_cell_signaling_with_ca2_plus_and_ip3_17(X),fn_cell_signaling_with_ca2_plus_and_ip3_1(X))
& result_2(fn_cell_signaling_with_ca2_plus_and_ip3_55(X),fn_cell_signaling_with_ca2_plus_and_ip3_14(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_55(X) != fn_cell_signaling_with_ca2_plus_and_ip3_36(X)
& agent_2(fn_cell_signaling_with_ca2_plus_and_ip3_55(X),fn_cell_signaling_with_ca2_plus_and_ip3_22(X))
& has_state_2(fn_cell_signaling_with_ca2_plus_and_ip3_54(X),fn_cell_signaling_with_ca2_plus_and_ip3_14(X))
& activation_2(fn_cell_signaling_with_ca2_plus_and_ip3_54(X),fn_cell_signaling_with_ca2_plus_and_ip3_12(X))
& activation_2(fn_cell_signaling_with_ca2_plus_and_ip3_14(X),fn_cell_signaling_with_ca2_plus_and_ip3_13(X))
& the_categorical_value_2(fn_cell_signaling_with_ca2_plus_and_ip3_13(X),active_0)
& the_categorical_value_2(fn_cell_signaling_with_ca2_plus_and_ip3_12(X),inactive_0)
& the_categorical_value_2(fn_cell_signaling_with_ca2_plus_and_ip3_10(X),active_0)
& activation_2(fn_cell_signaling_with_ca2_plus_and_ip3_53(X),fn_cell_signaling_with_ca2_plus_and_ip3_10(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_53(X) != fn_cell_signaling_with_ca2_plus_and_ip3_35(X)
& the_categorical_value_2(fn_cell_signaling_with_ca2_plus_and_ip3_8(X),inactive_0)
& greater_than_2(fn_cell_signaling_with_ca2_plus_and_ip3_51(X),fn_cell_signaling_with_ca2_plus_and_ip3_4(X))
& concentration_2(fn_cell_signaling_with_ca2_plus_and_ip3_45(X),fn_cell_signaling_with_ca2_plus_and_ip3_5(X))
& greater_than_2(fn_cell_signaling_with_ca2_plus_and_ip3_5(X),fn_cell_signaling_with_ca2_plus_and_ip3_4(X))
& is_across_2(fn_cell_signaling_with_ca2_plus_and_ip3_42(X),fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& has_state_2(fn_cell_signaling_with_ca2_plus_and_ip3_40(X),fn_cell_signaling_with_ca2_plus_and_ip3_3(X))
& result_2(fn_cell_signaling_with_ca2_plus_and_ip3_37(X),fn_cell_signaling_with_ca2_plus_and_ip3_3(X))
& time_during_2(fn_cell_signaling_with_ca2_plus_and_ip3_37(X),fn_cell_signaling_with_ca2_plus_and_ip3_2(X))
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_37(X),fn_cell_signaling_with_ca2_plus_and_ip3_25(X))
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_36(X),fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& result_2(fn_cell_signaling_with_ca2_plus_and_ip3_36(X),fn_cell_signaling_with_ca2_plus_and_ip3_53(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_36(X) != fn_cell_signaling_with_ca2_plus_and_ip3_55(X)
& time_during_2(fn_cell_signaling_with_ca2_plus_and_ip3_36(X),fn_cell_signaling_with_ca2_plus_and_ip3_2(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_35(X) != fn_cell_signaling_with_ca2_plus_and_ip3_53(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_35(X) != fn_cell_signaling_with_ca2_plus_and_ip3_34(X)
& time_before_2(fn_cell_signaling_with_ca2_plus_and_ip3_2(X),fn_cell_signaling_with_ca2_plus_and_ip3_2(X))
& time_before_2(fn_cell_signaling_with_ca2_plus_and_ip3_2(X),fn_cell_signaling_with_ca2_plus_and_ip3_17(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_34(X) != fn_cell_signaling_with_ca2_plus_and_ip3_35(X)
& activation_2(fn_cell_signaling_with_ca2_plus_and_ip3_34(X),fn_cell_signaling_with_ca2_plus_and_ip3_8(X))
& has_state_2(fn_cell_signaling_with_ca2_plus_and_ip3_34(X),fn_cell_signaling_with_ca2_plus_and_ip3_53(X))
& has_state_2(fn_cell_signaling_with_ca2_plus_and_ip3_33(X),fn_cell_signaling_with_ca2_plus_and_ip3_50(X))
& agent_2(fn_cell_signaling_with_ca2_plus_and_ip3_32(X),fn_cell_signaling_with_ca2_plus_and_ip3_33(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_32(X),fn_cell_signaling_with_ca2_plus_and_ip3_60(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_32(X),fn_cell_signaling_with_ca2_plus_and_ip3_36(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_32(X),fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_32(X),fn_cell_signaling_with_ca2_plus_and_ip3_31(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_32(X),fn_cell_signaling_with_ca2_plus_and_ip3_30(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_32(X),fn_cell_signaling_with_ca2_plus_and_ip3_25(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_32(X),fn_cell_signaling_with_ca2_plus_and_ip3_59(X))
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_31(X),fn_cell_signaling_with_ca2_plus_and_ip3_30(X))
& time_during_2(fn_cell_signaling_with_ca2_plus_and_ip3_31(X),fn_cell_signaling_with_ca2_plus_and_ip3_1(X))
& time_during_2(fn_cell_signaling_with_ca2_plus_and_ip3_30(X),fn_cell_signaling_with_ca2_plus_and_ip3_18(X))
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_30(X),fn_cell_signaling_with_ca2_plus_and_ip3_60(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_30(X),fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& destination_2(fn_cell_signaling_with_ca2_plus_and_ip3_30(X),fn_cell_signaling_with_ca2_plus_and_ip3_27(X))
& origin_2(fn_cell_signaling_with_ca2_plus_and_ip3_30(X),fn_cell_signaling_with_ca2_plus_and_ip3_19(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_29(X) != fn_cell_signaling_with_ca2_plus_and_ip3_61(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_29(X) != fn_cell_signaling_with_ca2_plus_and_ip3_23(X)
& agent_2(fn_cell_signaling_with_ca2_plus_and_ip3_28(X),fn_cell_signaling_with_ca2_plus_and_ip3_33(X))
& is_between_2(fn_cell_signaling_with_ca2_plus_and_ip3_26(X),fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& has_state_2(fn_cell_signaling_with_ca2_plus_and_ip3_26(X),fn_cell_signaling_with_ca2_plus_and_ip3_49(X))
& path_2(fn_cell_signaling_with_ca2_plus_and_ip3_25(X),fn_cell_signaling_with_ca2_plus_and_ip3_27(X))
& time_during_2(fn_cell_signaling_with_ca2_plus_and_ip3_25(X),fn_cell_signaling_with_ca2_plus_and_ip3_2(X))
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_25(X),fn_cell_signaling_with_ca2_plus_and_ip3_59(X))
& concentration_2(fn_cell_signaling_with_ca2_plus_and_ip3_24(X),fn_cell_signaling_with_ca2_plus_and_ip3_4(X))
& has_state_2(fn_cell_signaling_with_ca2_plus_and_ip3_24(X),fn_cell_signaling_with_ca2_plus_and_ip3_22(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_23(X) != fn_cell_signaling_with_ca2_plus_and_ip3_29(X)
& time_before_2(fn_cell_signaling_with_ca2_plus_and_ip3_1(X),fn_cell_signaling_with_ca2_plus_and_ip3_18(X))
& concentration_2(fn_cell_signaling_with_ca2_plus_and_ip3_22(X),fn_cell_signaling_with_ca2_plus_and_ip3_51(X))
& causes_2(fn_cell_signaling_with_ca2_plus_and_ip3_20(X),fn_cell_signaling_with_ca2_plus_and_ip3_36(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_20(X) != fn_cell_signaling_with_ca2_plus_and_ip3_59(X)
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_59(X),fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_55(X),fn_cell_signaling_with_ca2_plus_and_ip3_54(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_30(X),fn_cell_signaling_with_ca2_plus_and_ip3_24(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_48(X),fn_cell_signaling_with_ca2_plus_and_ip3_47(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_25(X),fn_cell_signaling_with_ca2_plus_and_ip3_35(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_59(X),fn_cell_signaling_with_ca2_plus_and_ip3_35(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_32(X),fn_cell_signaling_with_ca2_plus_and_ip3_33(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_43(X),fn_cell_signaling_with_ca2_plus_and_ip3_23(X))
& in_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_41(X),fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& raw_material_2(fn_cell_signaling_with_ca2_plus_and_ip3_37(X),fn_cell_signaling_with_ca2_plus_and_ip3_42(X))
& plays_2(fn_cell_signaling_with_ca2_plus_and_ip3_42(X),fn_cell_signaling_with_ca2_plus_and_ip3_41(X))
& has_solute_2(fn_cell_signaling_with_ca2_plus_and_ip3_47(X),fn_cell_signaling_with_ca2_plus_and_ip3_46(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_47(X),fn_cell_signaling_with_ca2_plus_and_ip3_46(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_32(X),fn_cell_signaling_with_ca2_plus_and_ip3_55(X))
& has_function_2(fn_cell_signaling_with_ca2_plus_and_ip3_53(X),fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& in_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_44(X),fn_cell_signaling_with_ca2_plus_and_ip3_32(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_33(X),fn_cell_signaling_with_ca2_plus_and_ip3_19(X))
& is_inside_2(fn_cell_signaling_with_ca2_plus_and_ip3_19(X),fn_cell_signaling_with_ca2_plus_and_ip3_27(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_31(X),fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& is_inside_2(fn_cell_signaling_with_ca2_plus_and_ip3_29(X),fn_cell_signaling_with_ca2_plus_and_ip3_63(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_65(X) != fn_cell_signaling_with_ca2_plus_and_ip3_29(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_29(X) != fn_cell_signaling_with_ca2_plus_and_ip3_65(X)
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_29(X),fn_cell_signaling_with_ca2_plus_and_ip3_64(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_43(X),fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& is_across_2(fn_cell_signaling_with_ca2_plus_and_ip3_29(X),fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& is_at_2(fn_cell_signaling_with_ca2_plus_and_ip3_29(X),fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_29(X) != fn_cell_signaling_with_ca2_plus_and_ip3_66(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_66(X) != fn_cell_signaling_with_ca2_plus_and_ip3_29(X)
& from_value_2(fn_cell_signaling_with_ca2_plus_and_ip3_60(X),fn_cell_signaling_with_ca2_plus_and_ip3_51(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_50(X),fn_cell_signaling_with_ca2_plus_and_ip3_49(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_49(X),fn_cell_signaling_with_ca2_plus_and_ip3_48(X))
& subevent_2(X,fn_cell_signaling_with_ca2_plus_and_ip3_32(X))
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_32(X),fn_cell_signaling_with_ca2_plus_and_ip3_28(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_28(X),fn_cell_signaling_with_ca2_plus_and_ip3_33(X))
& base_2(X,fn_cell_signaling_with_ca2_plus_and_ip3_33(X))
& subevent_2(X,fn_cell_signaling_with_ca2_plus_and_ip3_28(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_33(X),fn_cell_signaling_with_ca2_plus_and_ip3_26(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_33(X),fn_cell_signaling_with_ca2_plus_and_ip3_62(X))
& is_inside_2(fn_cell_signaling_with_ca2_plus_and_ip3_62(X),fn_cell_signaling_with_ca2_plus_and_ip3_27(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_26(X),fn_cell_signaling_with_ca2_plus_and_ip3_27(X))
& is_inside_2(fn_cell_signaling_with_ca2_plus_and_ip3_26(X),fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_33(X),fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& is_at_2(fn_cell_signaling_with_ca2_plus_and_ip3_61(X),fn_cell_signaling_with_ca2_plus_and_ip3_64(X))
& is_across_2(fn_cell_signaling_with_ca2_plus_and_ip3_23(X),fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& called_2(fn_cell_signaling_with_ca2_plus_and_ip3_66(X),'MP2')
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_20(X),fn_cell_signaling_with_ca2_plus_and_ip3_61(X))
& called_2(fn_cell_signaling_with_ca2_plus_and_ip3_65(X),'MP1')
& fn_cell_signaling_with_ca2_plus_and_ip3_61(X) != fn_cell_signaling_with_ca2_plus_and_ip3_65(X)
& complement_2(fn_cell_signaling_with_ca2_plus_and_ip3_23(X),fn_cell_signaling_with_ca2_plus_and_ip3_61(X))
& complement_2(fn_cell_signaling_with_ca2_plus_and_ip3_61(X),fn_cell_signaling_with_ca2_plus_and_ip3_23(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_65(X) != fn_cell_signaling_with_ca2_plus_and_ip3_61(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_23(X) != fn_cell_signaling_with_ca2_plus_and_ip3_61(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_65(X) != fn_cell_signaling_with_ca2_plus_and_ip3_23(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_23(X) != fn_cell_signaling_with_ca2_plus_and_ip3_65(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_61(X) != fn_cell_signaling_with_ca2_plus_and_ip3_23(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_66(X) != fn_cell_signaling_with_ca2_plus_and_ip3_61(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_61(X) != fn_cell_signaling_with_ca2_plus_and_ip3_66(X)
& agent_2(X,fn_cell_signaling_with_ca2_plus_and_ip3_61(X))
& has_function_2(fn_cell_signaling_with_ca2_plus_and_ip3_61(X),fn_cell_signaling_with_ca2_plus_and_ip3_20(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_20(X),fn_cell_signaling_with_ca2_plus_and_ip3_23(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_66(X) != fn_cell_signaling_with_ca2_plus_and_ip3_23(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_23(X) != fn_cell_signaling_with_ca2_plus_and_ip3_66(X)
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_43(X),fn_cell_signaling_with_ca2_plus_and_ip3_66(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_43(X),fn_cell_signaling_with_ca2_plus_and_ip3_63(X))
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_43(X),fn_cell_signaling_with_ca2_plus_and_ip3_64(X))
& is_outside_2(fn_cell_signaling_with_ca2_plus_and_ip3_64(X),fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_43(X),fn_cell_signaling_with_ca2_plus_and_ip3_65(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_66(X) != fn_cell_signaling_with_ca2_plus_and_ip3_65(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_65(X) != fn_cell_signaling_with_ca2_plus_and_ip3_66(X)
& site_2(fn_cell_signaling_with_ca2_plus_and_ip3_37(X),fn_cell_signaling_with_ca2_plus_and_ip3_38(X))
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_53(X),fn_cell_signaling_with_ca2_plus_and_ip3_38(X))
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_53(X),fn_cell_signaling_with_ca2_plus_and_ip3_58(X))
& is_at_2(fn_cell_signaling_with_ca2_plus_and_ip3_56(X),fn_cell_signaling_with_ca2_plus_and_ip3_58(X))
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_56(X),fn_cell_signaling_with_ca2_plus_and_ip3_57(X))
& is_inside_2(fn_cell_signaling_with_ca2_plus_and_ip3_57(X),fn_cell_signaling_with_ca2_plus_and_ip3_38(X))
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_34(X),fn_cell_signaling_with_ca2_plus_and_ip3_38(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_42(X),fn_cell_signaling_with_ca2_plus_and_ip3_40(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_42(X),fn_cell_signaling_with_ca2_plus_and_ip3_39(X))
& has_state_2(fn_cell_signaling_with_ca2_plus_and_ip3_39(X),fn_cell_signaling_with_ca2_plus_and_ip3_35(X))
& result_2(fn_cell_signaling_with_ca2_plus_and_ip3_37(X),fn_cell_signaling_with_ca2_plus_and_ip3_35(X))
& has_solute_2(fn_cell_signaling_with_ca2_plus_and_ip3_27(X),fn_cell_signaling_with_ca2_plus_and_ip3_21(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_27(X),fn_cell_signaling_with_ca2_plus_and_ip3_21(X))
& has_function_2(fn_cell_signaling_with_ca2_plus_and_ip3_34(X),fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_46(X),fn_cell_signaling_with_ca2_plus_and_ip3_45(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_21(X),fn_cell_signaling_with_ca2_plus_and_ip3_22(X))
& plays_2(fn_cell_signaling_with_ca2_plus_and_ip3_24(X),fn_cell_signaling_with_ca2_plus_and_ip3_44(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_36(X),fn_cell_signaling_with_ca2_plus_and_ip3_34(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_29(X) = fn_attach_2(fn_cell_signaling_with_ca2_plus_and_ip3_59(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_54(X) = fn_make_accessible_1(fn_cell_signaling_with_ca2_plus_and_ip3_55(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_24(X) = fn_move_1(fn_cell_signaling_with_ca2_plus_and_ip3_30(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_47(X) = fn_mixture_2(fn_cell_signaling_with_ca2_plus_and_ip3_48(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_47(X) = fn_mixture_1(fn_cell_signaling_with_ca2_plus_and_ip3_48(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_35(X) = fn_move_1(fn_cell_signaling_with_ca2_plus_and_ip3_25(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_35(X) = fn_attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_59(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_33(X) = fn_cell_signaling_event_1(fn_cell_signaling_with_ca2_plus_and_ip3_32(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_43(X) = fn_membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_23(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_42(X) = fn_exergonic_reaction_10(fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_42(X) = fn_reactant_3(fn_cell_signaling_with_ca2_plus_and_ip3_41(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_37(X) = fn_reactant_2(fn_cell_signaling_with_ca2_plus_and_ip3_41(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_46(X) = fn_solution_6(fn_cell_signaling_with_ca2_plus_and_ip3_47(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_46(X) = fn_solution_5(fn_cell_signaling_with_ca2_plus_and_ip3_47(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_55(X) = fn_signal_transduction_6(fn_cell_signaling_with_ca2_plus_and_ip3_32(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_37(X) = fn_hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_53(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_37(X) = fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_53(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_44(X) = fn_signal_transduction_with_second_messenger_1(fn_cell_signaling_with_ca2_plus_and_ip3_32(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_19(X) = fn_eukaryotic_cell_20(fn_cell_signaling_with_ca2_plus_and_ip3_33(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_33(X) = fn_smooth_endoplasmic_reticulum_33(fn_cell_signaling_with_ca2_plus_and_ip3_19(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_27(X) = fn_smooth_endoplasmic_reticulum_34(fn_cell_signaling_with_ca2_plus_and_ip3_19(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_31(X) = fn_gated_ion_channel_6(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_63(X) = fn_gated_channel_13(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_64(X) = fn_integral_protein_29(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_29(X) = fn_plasma_membrane_4(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_29(X) = fn_plasma_membrane_3(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_43(X) = fn_cell_surface_receptor_1(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_29(X) = fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_52(X) = fn_increase_2(fn_cell_signaling_with_ca2_plus_and_ip3_60(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_51(X) = fn_increase_3(fn_cell_signaling_with_ca2_plus_and_ip3_60(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_48(X) = fn_cell_29(fn_cell_signaling_with_ca2_plus_and_ip3_50(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_49(X) = fn_cell_28(fn_cell_signaling_with_ca2_plus_and_ip3_50(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_33(X) = fn_cell_signaling_4(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_28(X) = fn_cell_signaling_1(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_32(X) = fn_cell_signaling_3(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_43(X) = fn_cell_30(fn_cell_signaling_with_ca2_plus_and_ip3_33(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_26(X) = fn_cytosol_1(fn_cell_signaling_with_ca2_plus_and_ip3_27(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_26(X) = fn_cell_28(fn_cell_signaling_with_ca2_plus_and_ip3_33(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_27(X) = fn_cell_29(fn_cell_signaling_with_ca2_plus_and_ip3_33(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_62(X) = fn_cell_14(fn_cell_signaling_with_ca2_plus_and_ip3_33(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_64(X) = fn_cell_signaling_with_plasma_membrane_receptor_8(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_43(X) = fn_cell_signaling_with_plasma_membrane_receptor_23(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_66(X) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_65(X) = fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_66(X) = fn_cell_signaling_with_plasma_membrane_receptor_20(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_23(X) = fn_cell_signaling_with_plasma_membrane_receptor_12(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_20(X) = fn_cell_signaling_with_plasma_membrane_receptor_7(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_61(X) = fn_cell_signaling_with_plasma_membrane_receptor_11(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_43(X) = fn_membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_63(X) = fn_membrane_protein_2(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_63(X) = fn_biomembrane_63(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_63(X) = fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_66(X) = fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_65(X) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_64(X) = fn_biomembrane_41(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_43(X) = fn_transmembrane_protein_4(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_64(X) = fn_transmembrane_protein_5(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_64(X) = fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_56(X) = fn_phospholipase_c_5(fn_cell_signaling_with_ca2_plus_and_ip3_34(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_58(X) = fn_phospholipase_c_19(fn_cell_signaling_with_ca2_plus_and_ip3_34(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_38(X) = fn_phospholipase_c_15(fn_cell_signaling_with_ca2_plus_and_ip3_34(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_34(X) = fn_make_accessible_1(fn_cell_signaling_with_ca2_plus_and_ip3_36(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_24(X) = fn_second_messenger_3(fn_cell_signaling_with_ca2_plus_and_ip3_44(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_22(X) = fn_chemical_3(fn_cell_signaling_with_ca2_plus_and_ip3_21(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_45(X) = fn_chemical_3(fn_cell_signaling_with_ca2_plus_and_ip3_46(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_37(X) = fn_hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_34(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_37(X) = fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_34(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_21(X) = fn_solution_6(fn_cell_signaling_with_ca2_plus_and_ip3_27(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_21(X) = fn_solution_5(fn_cell_signaling_with_ca2_plus_and_ip3_27(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_40(X) = fn_hydrolysis_2(fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_42(X) = fn_hydrolysis_11(fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_39(X) = fn_hydrolysis_1(fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_35(X) = fn_decomposition_reaction_4(fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_35(X) = fn_exergonic_reaction_11(fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_35(X) = fn_hydrolysis_9(fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_56(X) = fn_protein_enzyme_11(fn_cell_signaling_with_ca2_plus_and_ip3_34(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_57(X) = fn_protein_enzyme_12(fn_cell_signaling_with_ca2_plus_and_ip3_34(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_38(X) = fn_protein_enzyme_10(fn_cell_signaling_with_ca2_plus_and_ip3_34(X))
& fn_mixture_2(fn_cell_signaling_with_ca2_plus_and_ip3_48(X)) = fn_mixture_1(fn_cell_signaling_with_ca2_plus_and_ip3_48(X))
& fn_mixture_1(fn_cell_signaling_with_ca2_plus_and_ip3_48(X)) = fn_attach_2(fn_cell_signaling_with_ca2_plus_and_ip3_59(X))
& fn_attach_2(fn_cell_signaling_with_ca2_plus_and_ip3_59(X)) = fn_plasma_membrane_4(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_plasma_membrane_4(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)) = fn_plasma_membrane_4(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_plasma_membrane_4(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)) = fn_plasma_membrane_3(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)) = fn_plasma_membrane_3(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_plasma_membrane_3(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)) = fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)) = fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)) = fn_cell_28(fn_cell_signaling_with_ca2_plus_and_ip3_33(X))
& fn_cell_28(fn_cell_signaling_with_ca2_plus_and_ip3_33(X)) = fn_cell_28(fn_cell_signaling_with_ca2_plus_and_ip3_33(X))
& fn_cell_28(fn_cell_signaling_with_ca2_plus_and_ip3_33(X)) = fn_cytosol_1(fn_cell_signaling_with_ca2_plus_and_ip3_27(X))
& fn_cytosol_1(fn_cell_signaling_with_ca2_plus_and_ip3_27(X)) = fn_cell_28(fn_cell_signaling_with_ca2_plus_and_ip3_33(X))
& fn_cell_28(fn_cell_signaling_with_ca2_plus_and_ip3_33(X)) = fn_cell_signaling_event_1(fn_cell_signaling_with_ca2_plus_and_ip3_32(X))
& fn_cell_signaling_event_1(fn_cell_signaling_with_ca2_plus_and_ip3_32(X)) = fn_smooth_endoplasmic_reticulum_33(fn_cell_signaling_with_ca2_plus_and_ip3_19(X))
& fn_smooth_endoplasmic_reticulum_33(fn_cell_signaling_with_ca2_plus_and_ip3_19(X)) = fn_smooth_endoplasmic_reticulum_33(fn_cell_signaling_with_ca2_plus_and_ip3_19(X))
& fn_smooth_endoplasmic_reticulum_33(fn_cell_signaling_with_ca2_plus_and_ip3_19(X)) = fn_cell_signaling_4(X)
& fn_cell_signaling_4(X) = fn_cell_signaling_4(X)
& fn_cell_signaling_4(X) = fn_gated_channel_13(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_gated_channel_13(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)) = fn_membrane_protein_2(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_membrane_protein_2(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)) = fn_membrane_protein_2(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_membrane_protein_2(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)) = fn_biomembrane_63(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)) = fn_biomembrane_63(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_biomembrane_63(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)) = fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)) = fn_cell_signaling_with_plasma_membrane_receptor_20(X)
& fn_cell_signaling_with_plasma_membrane_receptor_20(X) = fn_cell_signaling_with_plasma_membrane_receptor_20(X)
& fn_cell_signaling_with_plasma_membrane_receptor_20(X) = fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)) = fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)) = fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_plasma_membrane_receptor_19(X) = fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_plasma_membrane_receptor_19(X) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)) = fn_integral_protein_29(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_integral_protein_29(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)) = fn_biomembrane_41(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_biomembrane_41(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)) = fn_biomembrane_41(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_biomembrane_41(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)) = fn_transmembrane_protein_5(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_transmembrane_protein_5(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)) = fn_cell_signaling_with_plasma_membrane_receptor_8(X)
& fn_cell_signaling_with_plasma_membrane_receptor_8(X) = fn_transmembrane_protein_5(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_transmembrane_protein_5(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)) = fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)) = fn_cell_signaling_with_plasma_membrane_receptor_8(X)
& fn_cell_signaling_with_plasma_membrane_receptor_8(X) = fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)) = fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_43(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_43(X)) = fn_cell_surface_receptor_1(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_cell_surface_receptor_1(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)) = fn_transmembrane_protein_4(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_transmembrane_protein_4(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)) = fn_transmembrane_protein_4(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_23(X)) = fn_transmembrane_protein_4(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_transmembrane_protein_4(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)) = fn_membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)) = fn_membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)) = fn_transmembrane_protein_4(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_transmembrane_protein_4(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)) = fn_membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_23(X))
& fn_membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_23(X)) = fn_membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_cell_30(fn_cell_signaling_with_ca2_plus_and_ip3_33(X)) = fn_membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_29(X))
& fn_membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_29(X)) = fn_cell_30(fn_cell_signaling_with_ca2_plus_and_ip3_33(X))
& fn_cell_30(fn_cell_signaling_with_ca2_plus_and_ip3_33(X)) = fn_cell_30(fn_cell_signaling_with_ca2_plus_and_ip3_33(X))
& fn_cell_30(fn_cell_signaling_with_ca2_plus_and_ip3_33(X)) = fn_cell_signaling_with_plasma_membrane_receptor_23(X)
& fn_cell_signaling_with_plasma_membrane_receptor_23(X) = fn_move_1(fn_cell_signaling_with_ca2_plus_and_ip3_30(X))
& fn_move_1(fn_cell_signaling_with_ca2_plus_and_ip3_30(X)) = fn_second_messenger_3(fn_cell_signaling_with_ca2_plus_and_ip3_44(X))
& fn_second_messenger_3(fn_cell_signaling_with_ca2_plus_and_ip3_44(X)) = fn_solution_5(fn_cell_signaling_with_ca2_plus_and_ip3_47(X))
& fn_solution_5(fn_cell_signaling_with_ca2_plus_and_ip3_47(X)) = fn_solution_6(fn_cell_signaling_with_ca2_plus_and_ip3_47(X))
& fn_solution_6(fn_cell_signaling_with_ca2_plus_and_ip3_47(X)) = fn_solution_5(fn_cell_signaling_with_ca2_plus_and_ip3_47(X))
& fn_solution_5(fn_cell_signaling_with_ca2_plus_and_ip3_47(X)) = fn_solution_5(fn_cell_signaling_with_ca2_plus_and_ip3_27(X))
& fn_solution_5(fn_cell_signaling_with_ca2_plus_and_ip3_27(X)) = fn_solution_6(fn_cell_signaling_with_ca2_plus_and_ip3_27(X))
& fn_solution_6(fn_cell_signaling_with_ca2_plus_and_ip3_27(X)) = fn_solution_5(fn_cell_signaling_with_ca2_plus_and_ip3_27(X))
& fn_solution_5(fn_cell_signaling_with_ca2_plus_and_ip3_27(X)) = fn_smooth_endoplasmic_reticulum_34(fn_cell_signaling_with_ca2_plus_and_ip3_19(X))
& fn_smooth_endoplasmic_reticulum_34(fn_cell_signaling_with_ca2_plus_and_ip3_19(X)) = fn_cell_29(fn_cell_signaling_with_ca2_plus_and_ip3_33(X))
& fn_cell_29(fn_cell_signaling_with_ca2_plus_and_ip3_33(X)) = fn_cell_29(fn_cell_signaling_with_ca2_plus_and_ip3_33(X))
& fn_cell_29(fn_cell_signaling_with_ca2_plus_and_ip3_33(X)) = fn_reactant_3(fn_cell_signaling_with_ca2_plus_and_ip3_41(X))
& fn_reactant_3(fn_cell_signaling_with_ca2_plus_and_ip3_41(X)) = fn_exergonic_reaction_10(fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& fn_exergonic_reaction_10(fn_cell_signaling_with_ca2_plus_and_ip3_37(X)) = fn_reactant_3(fn_cell_signaling_with_ca2_plus_and_ip3_41(X))
& fn_reactant_3(fn_cell_signaling_with_ca2_plus_and_ip3_41(X)) = fn_reactant_3(fn_cell_signaling_with_ca2_plus_and_ip3_41(X))
& fn_hydrolysis_11(fn_cell_signaling_with_ca2_plus_and_ip3_37(X)) = fn_reactant_3(fn_cell_signaling_with_ca2_plus_and_ip3_41(X))
& fn_reactant_3(fn_cell_signaling_with_ca2_plus_and_ip3_41(X)) = fn_hydrolysis_11(fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& fn_hydrolysis_11(fn_cell_signaling_with_ca2_plus_and_ip3_37(X)) = fn_hydrolysis_11(fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& fn_hydrolysis_11(fn_cell_signaling_with_ca2_plus_and_ip3_37(X)) = fn_move_1(fn_cell_signaling_with_ca2_plus_and_ip3_25(X))
& fn_move_1(fn_cell_signaling_with_ca2_plus_and_ip3_25(X)) = fn_attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_59(X))
& fn_attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_59(X)) = fn_attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_59(X))
& fn_attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_59(X)) = fn_decomposition_reaction_4(fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& fn_decomposition_reaction_4(fn_cell_signaling_with_ca2_plus_and_ip3_37(X)) = fn_decomposition_reaction_4(fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& fn_decomposition_reaction_4(fn_cell_signaling_with_ca2_plus_and_ip3_37(X)) = fn_exergonic_reaction_11(fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& fn_hydrolysis_9(fn_cell_signaling_with_ca2_plus_and_ip3_37(X)) = fn_exergonic_reaction_11(fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& fn_exergonic_reaction_11(fn_cell_signaling_with_ca2_plus_and_ip3_37(X)) = fn_hydrolysis_9(fn_cell_signaling_with_ca2_plus_and_ip3_37(X))
& fn_hydrolysis_9(fn_cell_signaling_with_ca2_plus_and_ip3_37(X)) = fn_reactant_2(fn_cell_signaling_with_ca2_plus_and_ip3_41(X))
& fn_reactant_2(fn_cell_signaling_with_ca2_plus_and_ip3_41(X)) = fn_reactant_2(fn_cell_signaling_with_ca2_plus_and_ip3_41(X))
& fn_reactant_2(fn_cell_signaling_with_ca2_plus_and_ip3_41(X)) = fn_hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_53(X))
& fn_hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_53(X)) = fn_hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_34(X))
& fn_hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)) = fn_hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_53(X))
& fn_hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_53(X)) = fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_53(X))
& fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_53(X)) = fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_34(X))
& fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)) = fn_hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_34(X))
& fn_hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)) = fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_34(X))
& fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)) = fn_phospholipase_c_5(fn_cell_signaling_with_ca2_plus_and_ip3_34(X))
& fn_phospholipase_c_5(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)) = fn_protein_enzyme_11(fn_cell_signaling_with_ca2_plus_and_ip3_34(X))
& fn_protein_enzyme_11(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)) = fn_phospholipase_c_15(fn_cell_signaling_with_ca2_plus_and_ip3_34(X))
& fn_phospholipase_c_15(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)) = fn_phospholipase_c_15(fn_cell_signaling_with_ca2_plus_and_ip3_34(X))
& fn_phospholipase_c_15(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)) = fn_protein_enzyme_10(fn_cell_signaling_with_ca2_plus_and_ip3_34(X))
& fn_protein_enzyme_10(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)) = fn_protein_enzyme_10(fn_cell_signaling_with_ca2_plus_and_ip3_34(X)) ) ) ).
fof(a528205,axiom,
! [X] :
( cell_signaling_with_ca2_plus_and_ip3_and_gpcr_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Ca2-Plus-And-IP3-And-GPCR')
& user_description_2(X,'Process of signaling between and within cells which uses G-Protein Coupled Receptor as the cellular receptor during signal reception, and calcium ions and IP3 as second messengers during signal transduction.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with ca2 plus and ip3 and gpcr')
& concept2words_2(X,'cell-signaling-with-ca2-plus-and-ip3-and-gpcr')
& cell_signaling_with_ca2_plus_and_ip3_1(X)
& activation_value_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_2(X))
& inositol_trisphosphate_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_3(X))
& g_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_4(X))
& g_protein_coupled_receptor_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_5(X))
& make_accessible_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_6(X))
& activate_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_6(X))
& g_protein_coupled_receptor_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_7(X))
& membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X))
& tangible_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X))
& transmembrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X))
& integral_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X))
& transport_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X))
& ip3_gated_calcium_ion_channel_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X))
& eukaryotic_cell_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_9(X))
& cell_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_9(X))
& detach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_10(X))
& attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_11(X))
& signal_reception_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X))
& cell_signaling_event_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X))
& signal_transduction_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X))
& signal_transduction_with_ca2_plus_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X))
& attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_15(X))
& make_accessible_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_16(X))
& activate_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_16(X))
& replace_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X))
& detach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_18(X))
& g_protein_coupled_receptor_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X))
& gdp_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_20(X))
& activation_value_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_21(X))
& g_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_22(X))
& gtp_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_23(X))
& move_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_24(X))
& move_through_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_25(X))
& attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_26(X))
& move_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_27(X))
& biomembrane_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& plasma_membrane_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& atom_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_29(X))
& phosphatidylinositol_bisphosphate_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_30(X))
& chemical_reaction_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_31(X))
& decomposition_reaction_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_31(X))
& exergonic_reaction_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_31(X))
& hydrolysis_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_31(X))
& hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_32(X))
& phospholipase_c_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_32(X))
& diacylglycerol_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_33(X))
& chemical_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_34(X))
& time_interval_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_35(X))
& time_interval_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_36(X))
& ligand_binding_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_37(X))
& monomer_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_38(X))
& monomer_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_39(X))
& surface_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_40(X))
& outside_face_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_40(X))
& extracellular_side_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_40(X))
& chemical_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X))
& decrease_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_42(X))
& active_site_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_43(X))
& entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X))
& protein_enzyme_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X))
& hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X))
& phospholipase_c_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X))
& substance_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_45(X))
& aqueous_solution_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_45(X))
& tangible_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_46(X))
& membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_46(X))
& protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_46(X))
& spatial_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_46(X))
& polymer_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_46(X))
& spatial_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_47(X))
& polymer_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_47(X))
& tangible_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_47(X))
& membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_47(X))
& protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_47(X))
& protein_domain_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_48(X))
& spatial_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_49(X))
& chemical_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_49(X))
& monomer_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_49(X))
& molecule_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_49(X))
& amino_acid_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_49(X))
& r_group_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_50(X))
& spatial_entity_1(fn_detach_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_18(X)))
& receptor_protein_1(fn_signal_transduction_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X)))
& property_node_1(fn_signal_transduction_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X)))
& activation_value_1(fn_signal_transduction_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X)))
& decrease_1(fn_phospholipase_c_8(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X)))
& protein_domain_1(fn_phospholipase_c_19(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X)))
& spatial_entity_1(fn_replace_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X)))
& spatial_entity_1(fn_attach_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_11(X)))
& spatial_entity_1(fn_detach_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_10(X)))
& spatial_entity_1(fn_detach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_10(X)))
& spatial_entity_1(fn_replace_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X)))
& spatial_entity_1(fn_attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_11(X)))
& spatial_entity_1(fn_replace_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X)))
& spatial_entity_1(fn_signal_reception_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X)))
& polymer_1(fn_signal_reception_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X)))
& receptor_protein_1(fn_signal_reception_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X)))
& receptor_protein_1(fn_signal_transduction_7(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X)))
& cell_1(fn_cell_signaling_event_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X)))
& cell_1(fn_signal_reception_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)))
& activate_1(fn_signal_transduction_6(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X)))
& ligand_binding_1(fn_signal_reception_6(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X)))
& monomer_1(fn_signal_reception_8(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X)))
& monomer_1(fn_signal_reception_7(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X)))
& chemical_entity_1(fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)))
& protein_1(fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)))
& protein_1(fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)))
& polymer_1(fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)))
& outside_face_1(fn_biomembrane_41(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)))
& substance_1(fn_plasma_membrane_70(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)))
& biomembrane_1(fn_membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X)))
& spatial_entity_1(fn_detach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_18(X)))
& spatial_entity_1(fn_attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_26(X)))
& spatial_entity_1(fn_move_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_27(X)))
& active_site_1(fn_phospholipase_c_15(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X)))
& hydrolysis_1(fn_hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X)))
& hydrolysis_1(fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X)))
& spatial_entity_1(fn_phospholipase_c_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X)))
& chemical_entity_1(fn_phospholipase_c_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X)))
& monomer_1(fn_phospholipase_c_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X)))
& molecule_1(fn_phospholipase_c_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X)))
& amino_acid_1(fn_phospholipase_c_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X)))
& has_function_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_42(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_34(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_33(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_33(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_34(X)
& called_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_31(X),'Ip3')
& path_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_27(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_27(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_26(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_27(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_25(X)
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_26(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_16(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_25(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_27(X)
& called_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_24(X),'IP3')
& activation_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_22(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_2(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X)
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_18(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_27(X))
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_18(X))
& result_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_22(X))
& first_subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_10(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_11(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_10(X))
& called_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_15(X),'IP3')
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_15(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_11(X)
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_18(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_27(X))
& recipient_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_9(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_11(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_15(X)
& called_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_11(X),'G-p')
& the_categorical_value_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_2(X),active_0)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_4(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_3(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_3(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_4(X)
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_18(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_5(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_4(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_18(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_22(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_11(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_4(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_26(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_22(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_10(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_4(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_11(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_23(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_10(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_20(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_20(X))
& called_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_20(X),'old entity')
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_23(X))
& called_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_23(X),'new entity')
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X))
& result_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_16(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_7(X))
& has_state_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_7(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_9(X))
& first_subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_16(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_16(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X))
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X))
& time_during_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_35(X))
& time_before_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_36(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_35(X))
& time_during_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_36(X))
& is_across_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_38(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_37(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_39(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_47(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_47(X)
& has_function_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X))
& first_subevent_2(X,fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_46(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X)
& called_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_46(X),'MP1')
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_46(X)
& subevent_2(X,fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X))
& instrument_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X))
& complement_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X)
& complement_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X))
& result_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_31(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_3(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_15(X))
& has_state_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_32(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_25(X))
& called_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_47(X),'MP2')
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_16(X))
& is_inside_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_50(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_43(X))
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_49(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_50(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_30(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_34(X))
& agent_2(X,fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X))
& base_2(X,fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_9(X))
& agent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_9(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_6(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_9(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_9(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_31(X))
& result_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_31(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_33(X))
& has_state_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_34(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_33(X))
& is_at_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_40(X))
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_40(X))
& is_at_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& is_across_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_25(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X))
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_6(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_31(X))
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_31(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_24(X))
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_24(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_15(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_15(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_46(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_46(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_47(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_47(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_46(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_47(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_47(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_46(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X)
& result_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_6(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_32(X))
& has_function_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_32(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_31(X))
& raw_material_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_31(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_30(X))
& is_across_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_30(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X))
& causes_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_37(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_6(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_6(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X))
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_43(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_16(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_6(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_6(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_16(X)
& subevent_2(X,fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_24(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_24(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_3(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_15(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_3(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_15(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_37(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_37(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_15(X)
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_37(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_37(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X))
& has_function_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_37(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_39(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_39(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_38(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_38(X)
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_40(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_47(X))
& is_between_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_45(X))
& is_inside_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_40(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_45(X))
& is_outside_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_40(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_46(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_46(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_47(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_47(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_46(X)
& enables_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_42(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_31(X))
& has_function_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_32(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_42(X))
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_32(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_43(X))
& site_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_31(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_43(X))
& has_function_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_31(X))
& is_at_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_49(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_48(X))
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_32(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_48(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_27(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_22(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_5(X) = fn_detach_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_18(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_4(X) = fn_replace_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_22(X) = fn_detach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_18(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_4(X) = fn_attach_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_11(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_22(X) = fn_attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_26(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_4(X) = fn_detach_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_10(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_23(X) = fn_attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_11(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_20(X) = fn_detach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_10(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_20(X) = fn_replace_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_23(X) = fn_replace_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X) = fn_membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_7(X) = fn_signal_transduction_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_9(X) = fn_signal_reception_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_13(X) = fn_signal_transduction_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_21(X) = fn_signal_transduction_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X) = fn_signal_transduction_7(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_36(X) = fn_chemical_signaling_3(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_35(X) = fn_chemical_signaling_4(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X) = fn_cell_signaling_with_plasma_membrane_receptor_23(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_38(X) = fn_cell_signaling_with_plasma_membrane_receptor_16(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_37(X) = fn_cell_signaling_with_plasma_membrane_receptor_7(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_39(X) = fn_cell_signaling_with_plasma_membrane_receptor_17(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_47(X) = fn_cell_signaling_with_plasma_membrane_receptor_20(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_46(X) = fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X) = fn_cell_signaling_with_plasma_membrane_receptor_11(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X) = fn_signal_reception_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X) = fn_cell_signaling_with_plasma_membrane_receptor_12(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X) = fn_chemical_signaling_7(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_16(X) = fn_signal_transduction_6(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_16(X) = fn_cell_signaling_with_ca2_plus_and_ip3_36(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_49(X) = fn_cell_signaling_with_ca2_plus_and_ip3_56(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_50(X) = fn_cell_signaling_with_ca2_plus_and_ip3_57(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_29(X) = fn_cell_signaling_with_ca2_plus_and_ip3_39(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_6(X) = fn_cell_signaling_with_ca2_plus_and_ip3_55(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_34(X) = fn_cell_signaling_with_ca2_plus_and_ip3_40(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_33(X) = fn_cell_signaling_with_ca2_plus_and_ip3_3(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_9(X) = fn_cell_signaling_event_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_9(X) = fn_cell_signaling_with_ca2_plus_and_ip3_33(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_25(X) = fn_cell_signaling_with_ca2_plus_and_ip3_30(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X) = fn_plasma_membrane_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X) = fn_plasma_membrane_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_40(X) = fn_cell_signaling_with_ca2_plus_and_ip3_64(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_46(X) = fn_cell_signaling_with_ca2_plus_and_ip3_66(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X) = fn_cell_signaling_with_ca2_plus_and_ip3_61(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_47(X) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_47(X) = fn_cell_signaling_with_ca2_plus_and_ip3_66(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X) = fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_8(X) = fn_cell_signaling_with_ca2_plus_and_ip3_29(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X) = fn_cell_signaling_with_ca2_plus_and_ip3_43(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_30(X) = fn_cell_signaling_with_ca2_plus_and_ip3_42(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_31(X) = fn_cell_signaling_with_ca2_plus_and_ip3_37(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_32(X) = fn_cell_signaling_with_ca2_plus_and_ip3_53(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_43(X) = fn_cell_signaling_with_ca2_plus_and_ip3_38(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X) = fn_cell_signaling_with_ca2_plus_and_ip3_34(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_16(X) = fn_cell_signaling_with_ca2_plus_and_ip3_55(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_6(X) = fn_cell_signaling_with_ca2_plus_and_ip3_36(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_37(X) = fn_cell_signaling_with_ca2_plus_and_ip3_20(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_15(X) = fn_cell_signaling_with_ca2_plus_and_ip3_59(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_3(X) = fn_cell_signaling_with_ca2_plus_and_ip3_35(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_24(X) = fn_cell_signaling_with_ca2_plus_and_ip3_25(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X) = fn_chemical_signaling_8(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X) = fn_cell_signaling_with_ca2_plus_and_ip3_32(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_37(X) = fn_signal_reception_6(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_38(X) = fn_signal_reception_8(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_39(X) = fn_signal_reception_7(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_41(X) = fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_40(X) = fn_biomembrane_41(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_47(X) = fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_46(X) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_40(X) = fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_45(X) = fn_plasma_membrane_77(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_45(X) = fn_plasma_membrane_70(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_22(X) = fn_move_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_27(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_42(X) = fn_phospholipase_c_8(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_43(X) = fn_phospholipase_c_15(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_31(X) = fn_hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_31(X) = fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_49(X) = fn_phospholipase_c_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_48(X) = fn_phospholipase_c_19(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X))
& fn_replace_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X)) = fn_attach_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_11(X))
& fn_attach_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_11(X)) = fn_attach_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_11(X))
& fn_attach_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_11(X)) = fn_detach_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_10(X))
& fn_detach_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_10(X)) = fn_detach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_10(X))
& fn_detach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_10(X)) = fn_replace_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X))
& fn_replace_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X)) = fn_replace_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X))
& fn_replace_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X)) = fn_attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_11(X))
& fn_attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_11(X)) = fn_replace_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X))
& fn_replace_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X)) = fn_replace_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X))
& fn_replace_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_17(X)) = fn_signal_transduction_7(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X))
& fn_signal_transduction_7(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X)) = fn_signal_reception_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X))
& fn_signal_reception_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X)) = fn_signal_reception_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X))
& fn_signal_reception_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X)) = fn_signal_transduction_7(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X))
& fn_signal_transduction_7(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X)) = fn_signal_transduction_7(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X))
& fn_signal_transduction_7(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X)) = fn_cell_signaling_with_plasma_membrane_receptor_12(X)
& fn_cell_signaling_with_plasma_membrane_receptor_12(X) = fn_cell_signaling_with_plasma_membrane_receptor_12(X)
& fn_cell_signaling_with_plasma_membrane_receptor_12(X) = fn_signal_reception_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X))
& fn_signal_reception_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X)) = fn_cell_signaling_event_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X))
& fn_cell_signaling_event_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X)) = fn_signal_reception_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X))
& fn_signal_reception_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_33(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_33(X) = fn_cell_signaling_with_ca2_plus_and_ip3_33(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_33(X) = fn_plasma_membrane_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_plasma_membrane_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)) = fn_plasma_membrane_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)) = fn_plasma_membrane_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_plasma_membrane_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)) = fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)) = fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_29(X) = fn_cell_signaling_with_ca2_plus_and_ip3_29(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_29(X) = fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_29(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_29(X) = fn_signal_transduction_6(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X))
& fn_signal_transduction_6(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X)) = fn_signal_transduction_6(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X))
& fn_signal_transduction_6(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_14(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_36(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_36(X) = fn_cell_signaling_with_ca2_plus_and_ip3_55(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_55(X) = fn_cell_signaling_with_ca2_plus_and_ip3_55(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_55(X) = fn_cell_signaling_with_ca2_plus_and_ip3_36(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_36(X) = fn_cell_signaling_with_ca2_plus_and_ip3_36(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_36(X) = fn_chemical_signaling_8(X)
& fn_chemical_signaling_8(X) = fn_chemical_signaling_8(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_32(X) = fn_cell_signaling_with_ca2_plus_and_ip3_32(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_32(X) = fn_chemical_signaling_8(X)
& fn_chemical_signaling_8(X) = fn_cell_signaling_with_ca2_plus_and_ip3_32(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_32(X) = fn_cell_signaling_with_plasma_membrane_receptor_7(X)
& fn_cell_signaling_with_plasma_membrane_receptor_7(X) = fn_cell_signaling_with_ca2_plus_and_ip3_20(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_20(X) = fn_cell_signaling_with_ca2_plus_and_ip3_20(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_20(X) = fn_signal_reception_6(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X))
& fn_signal_reception_6(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X)) = fn_signal_reception_6(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X))
& fn_signal_reception_6(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X)) = fn_cell_signaling_with_plasma_membrane_receptor_16(X)
& fn_cell_signaling_with_plasma_membrane_receptor_16(X) = fn_signal_reception_8(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X))
& fn_signal_reception_8(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X)) = fn_signal_reception_8(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X))
& fn_signal_reception_8(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X)) = fn_cell_signaling_with_plasma_membrane_receptor_17(X)
& fn_cell_signaling_with_plasma_membrane_receptor_17(X) = fn_signal_reception_7(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X))
& fn_signal_reception_7(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X)) = fn_signal_reception_7(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X))
& fn_signal_reception_7(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X)) = fn_cell_signaling_with_plasma_membrane_receptor_11(X)
& fn_cell_signaling_with_plasma_membrane_receptor_11(X) = fn_cell_signaling_with_plasma_membrane_receptor_11(X)
& fn_cell_signaling_with_plasma_membrane_receptor_11(X) = fn_cell_signaling_with_ca2_plus_and_ip3_61(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_61(X) = fn_cell_signaling_with_ca2_plus_and_ip3_61(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_61(X) = fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X))
& fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X)) = fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X))
& fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_12(X)) = fn_chemical_signaling_7(X)
& fn_chemical_signaling_7(X) = fn_chemical_signaling_7(X)
& fn_cell_signaling_with_plasma_membrane_receptor_15(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_cell_signaling_with_plasma_membrane_receptor_15(X) = fn_chemical_signaling_7(X)
& fn_chemical_signaling_7(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_cell_signaling_with_plasma_membrane_receptor_15(X) = fn_cell_signaling_with_plasma_membrane_receptor_20(X)
& fn_cell_signaling_with_plasma_membrane_receptor_20(X) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)) = fn_cell_signaling_with_plasma_membrane_receptor_20(X)
& fn_cell_signaling_with_plasma_membrane_receptor_20(X) = fn_cell_signaling_with_ca2_plus_and_ip3_66(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_66(X) = fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)) = fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)) = fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_plasma_membrane_receptor_19(X) = fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_plasma_membrane_receptor_19(X) = fn_cell_signaling_with_ca2_plus_and_ip3_66(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_66(X) = fn_cell_signaling_with_ca2_plus_and_ip3_66(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_66(X) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_64(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_64(X) = fn_biomembrane_41(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_biomembrane_41(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_64(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_64(X) = fn_cell_signaling_with_ca2_plus_and_ip3_64(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_64(X) = fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)) = fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)) = fn_plasma_membrane_70(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_plasma_membrane_70(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)) = fn_plasma_membrane_77(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_plasma_membrane_77(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)) = fn_plasma_membrane_70(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X))
& fn_plasma_membrane_70(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_28(X)) = fn_membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X))
& fn_membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_19(X)) = fn_cell_signaling_with_plasma_membrane_receptor_23(X)
& fn_cell_signaling_with_plasma_membrane_receptor_23(X) = fn_cell_signaling_with_plasma_membrane_receptor_23(X)
& fn_cell_signaling_with_plasma_membrane_receptor_23(X) = fn_cell_signaling_with_ca2_plus_and_ip3_43(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_43(X) = fn_cell_signaling_with_ca2_plus_and_ip3_43(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_43(X) = fn_detach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_18(X))
& fn_detach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_18(X)) = fn_attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_26(X))
& fn_attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_26(X)) = fn_attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_26(X))
& fn_attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_26(X)) = fn_move_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_27(X))
& fn_move_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_27(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_38(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_38(X) = fn_cell_signaling_with_ca2_plus_and_ip3_38(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_38(X) = fn_phospholipase_c_15(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X))
& fn_phospholipase_c_15(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X)) = fn_phospholipase_c_15(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X))
& fn_phospholipase_c_15(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_37(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_37(X) = fn_cell_signaling_with_ca2_plus_and_ip3_37(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_37(X) = fn_hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X))
& fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X)) = fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X))
& fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X)) = fn_hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X))
& fn_hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X)) = fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X))
& fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_56(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_56(X) = fn_phospholipase_c_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_gpcr_44(X)) ) ) ).
fof(a528206,axiom,
! [X] :
( cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Ca2-Plus-And-IP3-And-Receptor-Tyrosine-Kinase')
& user_description_2(X,'Process of signaling between and within cells which uses tyrosine kinase to phosphorylate proteins and calcium ions and IP3 as second messengers during signal transduction.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with ca2 plus and ip3 and receptor tyrosine kinase')
& concept2words_2(X,'cell-signaling-with-ca2-plus-and-ip3-and-receptor-tyrosine-kinase')
& cell_signaling_with_ca2_plus_and_ip3_1(X)
& tyrosine_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_1(X))
& activation_value_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_3(X))
& activation_value_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_4(X))
& tyrosine_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_5(X))
& adp_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_6(X))
& activation_value_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_8(X))
& activation_value_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_9(X))
& attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_12(X))
& entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_13(X))
& hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_13(X))
& protein_enzyme_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_13(X))
& phospholipase_c_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_13(X))
& spatial_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X))
& entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X))
& protein_enzyme_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X))
& hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X))
& phospholipase_c_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X))
& active_site_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_15(X))
& decrease_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_16(X))
& receptor_tyrosine_kinase_dimer_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X))
& phosphorylation_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_20(X))
& chemical_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_21(X))
& molecule_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_21(X))
& chemical_bond_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_22(X))
& double_bond_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_22(X))
& single_bond_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_23(X))
& kinetic_energy_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_24(X))
& oxygen_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_25(X))
& entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_25(X))
& chemical_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_25(X))
& atom_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_25(X))
& phosphorus_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_26(X))
& entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_27(X))
& chemical_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_27(X))
& atom_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_27(X))
& oxygen_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_27(X))
& carbon_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_28(X))
& functional_group_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X))
& phosphate_group_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X))
& carbon_skeleton_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_30(X))
& constant_motion_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_31(X))
& speed_value_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_32(X))
& quantity_value_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_33(X))
& spatial_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_34(X))
& polymer_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_34(X))
& tangible_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_34(X))
& membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_34(X))
& protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_34(X))
& tangible_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_35(X))
& membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_35(X))
& protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_35(X))
& spatial_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_35(X))
& polymer_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_35(X))
& tangible_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_36(X))
& phospholipid_bilayer_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_36(X))
& surface_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_37(X))
& cytoplasmic_side_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_37(X))
& substance_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_38(X))
& aqueous_solution_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_38(X))
& extracellular_side_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_39(X))
& surface_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_39(X))
& outside_face_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_39(X))
& time_interval_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_40(X))
& time_interval_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_41(X))
& mixture_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_42(X))
& cytoplasm_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_42(X))
& phosphatidylinositol_bisphosphate_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_43(X))
& atom_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_44(X))
& receptor_tyrosine_kinase_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_45(X))
& monomer_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_45(X))
& chemical_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_46(X))
& monomer_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_47(X))
& receptor_tyrosine_kinase_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_47(X))
& chemical_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_48(X))
& receptor_tyrosine_kinase_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_49(X))
& attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_50(X))
& activate_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_51(X))
& recognize_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_52(X))
& atp_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_53(X))
& phosphorylation_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X))
& receptor_tyrosine_kinase_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_55(X))
& receptor_tyrosine_kinase_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_56(X))
& chemical_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X))
& receptor_tyrosine_kinase_dimer_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X))
& molecule_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X))
& organic_molecule_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X))
& ligand_binding_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_58(X))
& attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_58(X))
& dimerization_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_59(X))
& ligand_binding_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_60(X))
& cell_surface_receptor_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X))
& spatial_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X))
& polymer_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X))
& receptor_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X))
& receptor_tyrosine_kinase_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X))
& eukaryotic_cell_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_62(X))
& cell_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_62(X))
& signal_transduction_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_63(X))
& signal_transduction_with_ca2_plus_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_63(X))
& signal_reception_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X))
& chemical_reaction_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_65(X))
& decomposition_reaction_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_65(X))
& exergonic_reaction_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_65(X))
& hydrolysis_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_65(X))
& open_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_66(X))
& move_through_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_67(X))
& plasma_membrane_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& biomembrane_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& inositol_trisphosphate_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_69(X))
& membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X))
& tangible_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X))
& transmembrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X))
& integral_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X))
& transport_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X))
& ip3_gated_calcium_ion_channel_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X))
& speed_value_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_71(X))
& quantity_value_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_72(X))
& carbon_skeleton_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_73(X))
& kinetic_energy_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_74(X))
& constant_motion_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_75(X))
& carbon_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_76(X))
& atom_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_77(X))
& chemical_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_77(X))
& monomer_1(fn_dimerization_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_59(X)))
& monomer_1(fn_dimerization_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_59(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X)))
& phosphate_group_1(fn_phosphorylation_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_20(X)))
& phosphate_group_1(fn_phosphorylation_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X)))
& carbon_1(fn_organic_molecule_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X)))
& property_node_1(fn_molecule_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X)))
& constant_motion_1(fn_molecule_8(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X)))
& property_node_1(fn_molecule_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X)))
& speed_value_1(fn_molecule_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X)))
& quantity_value_1(fn_molecule_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X)))
& kinetic_energy_1(fn_molecule_12(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X)))
& spatial_entity_1(fn_attach_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_58(X)))
& receptor_tyrosine_kinase_1(fn_receptor_tyrosine_kinase_dimer_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X)))
& monomer_1(fn_receptor_tyrosine_kinase_dimer_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X)))
& monomer_1(fn_receptor_tyrosine_kinase_dimer_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X)))
& receptor_tyrosine_kinase_1(fn_receptor_tyrosine_kinase_dimer_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X)))
& spatial_entity_1(fn_signal_reception_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X)))
& polymer_1(fn_signal_reception_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X)))
& receptor_protein_1(fn_signal_reception_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X)))
& kinetic_energy_1(fn_molecule_12(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X)))
& property_node_1(fn_molecule_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X)))
& speed_value_1(fn_molecule_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X)))
& constant_motion_1(fn_molecule_8(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X)))
& property_node_1(fn_molecule_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X)))
& quantity_value_1(fn_molecule_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X)))
& carbon_1(fn_organic_molecule_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X)))
& atom_1(fn_organic_molecule_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X)))
& single_bond_1(fn_phosphate_group_37(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X)))
& phosphorus_1(fn_phosphate_group_6(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X)))
& decrease_1(fn_phospholipase_c_8(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_20(X)))
& molecule_1(fn_phosphorylation_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_20(X)))
& entity_1(fn_perceive_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_52(X)))
& spatial_entity_1(fn_attach_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_12(X)))
& chemical_entity_1(fn_functional_group_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_20(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& tangible_entity_1(fn_biomembrane_63(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& substance_1(fn_plasma_membrane_70(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& protein_1(fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& protein_1(fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& polymer_1(fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& extracellular_side_1(fn_receptor_tyrosine_kinase_10(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X)))
& surface_1(fn_receptor_tyrosine_kinase_10(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X)))
& outside_face_1(fn_receptor_tyrosine_kinase_10(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X)))
& cell_1(fn_signal_reception_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_37(X)))
& surface_1(fn_biomembrane_47(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)))
& chemical_entity_1(fn_ligand_binding_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_58(X)))
& ligand_binding_1(fn_signal_reception_6(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X)))
& chemical_entity_1(fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X)))
& plasma_membrane_1(fn_cell_surface_receptor_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X)))
& plasma_membrane_1(fn_receptor_tyrosine_kinase_9(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X)))
& biomembrane_1(fn_receptor_tyrosine_kinase_9(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_59(X)))
& molecule_1(fn_phosphorylation_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X)))
& entity_1(fn_phosphate_group_22(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X)))
& atom_1(fn_phosphate_group_22(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X)))
& oxygen_1(fn_phosphate_group_22(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X)))
& atom_1(fn_organic_molecule_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X)))
& oxygen_1(fn_phosphate_group_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X)))
& entity_1(fn_phosphate_group_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X)))
& atom_1(fn_phosphate_group_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X)))
& chemical_bond_1(fn_molecule_10(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X)))
& double_bond_1(fn_phosphate_group_41(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X)))
& active_site_1(fn_phospholipase_c_15(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X)))
& hydrolysis_1(fn_hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X)))
& hydrolysis_1(fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X)))
& spatial_entity_1(fn_attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_12(X)))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_69(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_44(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_69(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X)
& the_categorical_value_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_9(X),inactive_0)
& the_categorical_value_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_8(X),inactive_0)
& recipient_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_62(X))
& first_subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_60(X))
& first_subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_58(X))
& instrument_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_49(X))
& first_subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_63(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_59(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_63(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_12(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_63(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_63(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_52(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_63(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_59(X))
& activation_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_8(X))
& has_state_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_55(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_46(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_35(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_34(X)
& causes_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_60(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_59(X))
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_59(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X))
& causes_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_58(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_59(X))
& activation_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_4(X))
& has_state_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_6(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X)
& has_state_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_56(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_47(X))
& has_state_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_55(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_45(X))
& exactCardinality(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X),raw_material_0,"6",atp_0)
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_52(X))
& exactCardinality(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X),result_0,"6",adp_0)
& result_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_6(X))
& site_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_5(X))
& site_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_1(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_53(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_6(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_5(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_1(X)
& agent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_52(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X))
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_52(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_12(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_50(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_12(X)
& has_state_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_49(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_56(X))
& activation_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_49(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_9(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_48(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_46(X)
& the_categorical_value_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_4(X),active_0)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_46(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_48(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_46(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_44(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_69(X)
& is_oriented_toward_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_37(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_42(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_35(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_34(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X)
& the_categorical_value_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_3(X),active_0)
& greater_than_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_3(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_4(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_21(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X)
& raw_material_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_20(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_53(X))
& possesses_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_23(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_26(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_27(X))
& activation_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_3(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_21(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_53(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X)
& has_function_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_16(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_69(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_12(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_50(X)
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_12(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_51(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_1(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_5(X)
& raw_material_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_59(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_56(X))
& raw_material_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_59(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_55(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_52(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_12(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_12(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X))
& raw_material_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_53(X))
& result_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_59(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X))
& raw_material_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X))
& possesses_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_22(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_25(X))
& result_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_20(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X))
& result_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X))
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X))
& raw_material_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_20(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_21(X))
& called_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_34(X),'MP2')
& called_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_35(X),'MP1')
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_28(X))
& is_inside_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_28(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_30(X))
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_30(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_27(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_28(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_28(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_27(X)
& first_subevent_2(X,fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X))
& subevent_2(X,fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X))
& time_during_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_40(X))
& time_before_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_40(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_41(X))
& time_during_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_63(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_41(X))
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_63(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_31(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X))
& speed_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_31(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_32(X))
& possesses_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_24(X))
& quantity_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_24(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_33(X))
& directly_proportional_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_32(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_33(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_62(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_62(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_42(X))
& base_2(X,fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_62(X))
& raw_material_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_65(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_43(X))
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_15(X))
& is_inside_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_36(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_51(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X))
& has_state_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_13(X))
& result_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_51(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_13(X))
& causes_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_60(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_51(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_66(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_63(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_66(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_63(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_62(X))
& agent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_63(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_62(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_63(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_67(X))
& has_function_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_13(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_65(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_63(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_65(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_63(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_51(X))
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_51(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_65(X))
& result_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_65(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_69(X))
& is_across_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_50(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_50(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_69(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_13(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_69(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_69(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_13(X)
& is_inside_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_42(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& is_between_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_42(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& is_across_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_43(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_43(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_44(X))
& has_state_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_44(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_69(X))
& is_at_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X))
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_39(X))
& is_at_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_46(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_39(X))
& agent_2(X,fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_46(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_34(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_46(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_46(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_34(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_35(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_46(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_46(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_35(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_46(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_46(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X)
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_66(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_67(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_67(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_34(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_35(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_35(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_34(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X)
& subevent_2(X,fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_63(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_63(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_50(X))
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_50(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_66(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_60(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_50(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_50(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_60(X)
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_37(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_36(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_35(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_35(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_34(X)
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_34(X))
& is_between_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_38(X))
& is_inside_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_39(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_38(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_34(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_35(X)
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_46(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_58(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_58(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_48(X))
& has_function_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_48(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_58(X))
& is_outside_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_39(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_39(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_60(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_46(X))
& has_function_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_46(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_60(X))
& enables_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_16(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_65(X))
& has_function_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_13(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_16(X))
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_13(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_15(X))
& site_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_65(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_15(X))
& has_function_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_65(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_25(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_26(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_26(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_25(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_25(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_27(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_27(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_25(X)
& is_inside_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_25(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_27(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_26(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_26(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_27(X)
& is_between_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_23(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_26(X))
& is_between_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_23(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_27(X))
& is_inside_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_27(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X))
& is_inside_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_26(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X))
& is_between_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_22(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_26(X))
& is_between_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_22(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_25(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_76(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_77(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_77(X) != fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_76(X)
& is_inside_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_76(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_73(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_76(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_77(X))
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_73(X))
& speed_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_75(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_71(X))
& directly_proportional_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_71(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_72(X))
& quantity_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_74(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_72(X))
& possesses_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_74(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_75(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X))
& is_across_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_48(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_60(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_60(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X))
& instrument_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X))
& has_function_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X))
& complement_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_46(X))
& complement_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_46(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X))
& element_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_45(X))
& element_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_47(X))
& is_facing_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_37(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_42(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_62(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_58(X),fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_49(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_56(X) = fn_dimerization_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_59(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_55(X) = fn_dimerization_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_59(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X) = fn_perceive_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_52(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X) = fn_attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_12(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X) = fn_attach_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_12(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_53(X) = fn_phosphorylation_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X) = fn_chemical_reaction_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_59(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X) = fn_phosphorylation_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_22(X) = fn_molecule_10(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_25(X) = fn_organic_molecule_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X) = fn_functional_group_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X) = fn_phosphorylation_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_20(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X) = fn_phosphorylation_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_20(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X) = fn_phosphorylation_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X) = fn_phosphorylation_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_21(X) = fn_phosphorylation_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_20(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_21(X) = fn_phosphorylation_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_20(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_30(X) = fn_organic_molecule_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_27(X) = fn_organic_molecule_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_28(X) = fn_organic_molecule_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_41(X) = fn_chemical_signaling_4(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_40(X) = fn_chemical_signaling_3(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X) = fn_chemical_signaling_7(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_18(X) = fn_molecule_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_31(X) = fn_molecule_8(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_17(X) = fn_molecule_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_32(X) = fn_molecule_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_33(X) = fn_molecule_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_24(X) = fn_molecule_12(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_15(X) = fn_cell_signaling_with_ca2_plus_and_ip3_38(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_36(X) = fn_cell_signaling_with_ca2_plus_and_ip3_63(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_13(X) = fn_cell_signaling_with_ca2_plus_and_ip3_53(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X) = fn_cell_signaling_with_ca2_plus_and_ip3_34(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_62(X) = fn_cell_signaling_with_ca2_plus_and_ip3_33(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_51(X) = fn_cell_signaling_with_ca2_plus_and_ip3_36(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_65(X) = fn_cell_signaling_with_ca2_plus_and_ip3_37(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_13(X) = fn_cell_signaling_with_ca2_plus_and_ip3_34(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_69(X) = fn_cell_signaling_with_ca2_plus_and_ip3_35(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_44(X) = fn_cell_signaling_with_ca2_plus_and_ip3_39(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_43(X) = fn_cell_signaling_with_ca2_plus_and_ip3_42(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_42(X) = fn_cell_signaling_with_ca2_plus_and_ip3_26(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_39(X) = fn_cell_signaling_with_ca2_plus_and_ip3_64(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X) = fn_plasma_membrane_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X) = fn_plasma_membrane_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X) = fn_cell_signaling_with_ca2_plus_and_ip3_43(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_46(X) = fn_cell_signaling_with_ca2_plus_and_ip3_61(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X) = fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_34(X) = fn_cell_signaling_with_ca2_plus_and_ip3_65(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_35(X) = fn_cell_signaling_with_ca2_plus_and_ip3_66(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_70(X) = fn_cell_signaling_with_ca2_plus_and_ip3_29(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_67(X) = fn_cell_signaling_with_ca2_plus_and_ip3_30(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_66(X) = fn_cell_signaling_with_ca2_plus_and_ip3_31(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_60(X) = fn_cell_signaling_with_ca2_plus_and_ip3_20(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_50(X) = fn_cell_signaling_with_ca2_plus_and_ip3_59(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_63(X) = fn_chemical_signaling_8(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_63(X) = fn_cell_signaling_with_ca2_plus_and_ip3_32(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_37(X) = fn_biomembrane_47(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_37(X) = fn_plasma_membrane_66(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_36(X) = fn_biomembrane_63(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_36(X) = fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_39(X) = fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_38(X) = fn_plasma_membrane_77(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_38(X) = fn_plasma_membrane_70(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_35(X) = fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_34(X) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_34(X) = fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_35(X) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_48(X) = fn_ligand_binding_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_58(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_58(X) = fn_signal_reception_6(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_39(X) = fn_receptor_tyrosine_kinase_10(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_49(X) = fn_attach_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_58(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_62(X) = fn_signal_reception_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_42(X) = fn_cytoplasmic_side_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_37(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_45(X) = fn_receptor_tyrosine_kinase_dimer_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_47(X) = fn_receptor_tyrosine_kinase_dimer_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_48(X) = fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_60(X) = fn_signal_reception_6(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_46(X) = fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X) = fn_signal_reception_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X) = fn_cell_surface_receptor_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X) = fn_receptor_tyrosine_kinase_9(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_74(X) = fn_molecule_12(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_79(X) = fn_molecule_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_71(X) = fn_molecule_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_75(X) = fn_molecule_8(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_78(X) = fn_molecule_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_72(X) = fn_molecule_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_76(X) = fn_organic_molecule_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_77(X) = fn_organic_molecule_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_73(X) = fn_organic_molecule_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_57(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_23(X) = fn_phosphate_group_37(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_27(X) = fn_phosphate_group_22(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_26(X) = fn_phosphate_group_6(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_22(X) = fn_phosphate_group_41(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_25(X) = fn_phosphate_group_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_16(X) = fn_phospholipase_c_8(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_15(X) = fn_phospholipase_c_15(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_65(X) = fn_hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_65(X) = fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X))
& fn_phosphorylation_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_20(X)) = fn_phosphorylation_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_20(X))
& fn_phosphorylation_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_20(X)) = fn_perceive_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_52(X))
& fn_perceive_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_52(X)) = fn_attach_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_12(X))
& fn_attach_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_12(X)) = fn_attach_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_12(X))
& fn_attach_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_12(X)) = fn_functional_group_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X))
& fn_phosphorylation_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_20(X)) = fn_functional_group_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X))
& fn_functional_group_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X)) = fn_phosphorylation_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_20(X))
& fn_phosphorylation_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_20(X)) = fn_phosphorylation_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X))
& fn_phosphorylation_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X)) = fn_phosphorylation_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X))
& fn_phosphorylation_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X)) = fn_plasma_membrane_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_plasma_membrane_4(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)) = fn_plasma_membrane_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)) = fn_plasma_membrane_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_plasma_membrane_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)) = fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)) = fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_29(X) = fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_29(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_29(X) = fn_cell_signaling_with_ca2_plus_and_ip3_29(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_29(X) = fn_chemical_signaling_8(X)
& fn_chemical_signaling_8(X) = fn_chemical_signaling_8(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_32(X) = fn_cell_signaling_with_ca2_plus_and_ip3_32(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_32(X) = fn_chemical_signaling_8(X)
& fn_chemical_signaling_8(X) = fn_cell_signaling_with_ca2_plus_and_ip3_32(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_32(X) = fn_cell_signaling_with_ca2_plus_and_ip3_63(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_63(X) = fn_biomembrane_63(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_biomembrane_63(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)) = fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_63(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_63(X) = fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)) = fn_plasma_membrane_70(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_plasma_membrane_70(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)) = fn_plasma_membrane_77(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_plasma_membrane_77(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)) = fn_plasma_membrane_70(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_plasma_membrane_70(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_65(X) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_65(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_65(X) = fn_cell_signaling_with_ca2_plus_and_ip3_65(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_65(X) = fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)) = fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_66(X) = fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_66(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_66(X) = fn_cell_signaling_with_ca2_plus_and_ip3_66(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_66(X) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_64(X)
& fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_64(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_64(X) = fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)) = fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)) = fn_receptor_tyrosine_kinase_10(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X))
& fn_receptor_tyrosine_kinase_10(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X)) = fn_receptor_tyrosine_kinase_10(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X))
& fn_receptor_tyrosine_kinase_10(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_33(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_33(X) = fn_cell_signaling_with_ca2_plus_and_ip3_33(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_33(X) = fn_signal_reception_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X))
& fn_signal_reception_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_26(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_26(X) = fn_cell_signaling_with_ca2_plus_and_ip3_26(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_26(X) = fn_cytoplasmic_side_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_37(X))
& fn_cytoplasmic_side_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_37(X)) = fn_biomembrane_47(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_biomembrane_47(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)) = fn_plasma_membrane_66(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X))
& fn_plasma_membrane_66(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_68(X)) = fn_ligand_binding_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_58(X))
& fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X)) = fn_ligand_binding_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_58(X))
& fn_ligand_binding_3(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_58(X)) = fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X))
& fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_20(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_20(X) = fn_cell_signaling_with_ca2_plus_and_ip3_20(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_20(X) = fn_signal_reception_6(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X))
& fn_signal_reception_6(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X)) = fn_signal_reception_6(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X))
& fn_signal_reception_6(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X)) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_chemical_signaling_7(X) = fn_chemical_signaling_7(X)
& fn_chemical_signaling_7(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_cell_signaling_with_plasma_membrane_receptor_15(X) = fn_chemical_signaling_7(X)
& fn_chemical_signaling_7(X) = fn_cell_signaling_with_ca2_plus_and_ip3_61(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_61(X) = fn_cell_signaling_with_ca2_plus_and_ip3_61(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_61(X) = fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X))
& fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X)) = fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X))
& fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_64(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_43(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_43(X) = fn_cell_signaling_with_ca2_plus_and_ip3_43(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_43(X) = fn_cell_surface_receptor_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X))
& fn_receptor_tyrosine_kinase_9(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X)) = fn_cell_surface_receptor_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X))
& fn_cell_surface_receptor_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X)) = fn_receptor_tyrosine_kinase_9(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X))
& fn_receptor_tyrosine_kinase_9(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X)) = fn_receptor_tyrosine_kinase_9(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X))
& fn_receptor_tyrosine_kinase_9(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_61(X)) = fn_chemical_reaction_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_59(X))
& fn_chemical_reaction_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_59(X)) = fn_phosphorylation_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X))
& fn_phosphorylation_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_54(X)) = fn_organic_molecule_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X))
& fn_organic_molecule_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X)) = fn_organic_molecule_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X))
& fn_organic_molecule_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X)) = fn_phosphate_group_22(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X))
& fn_phosphate_group_22(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X)) = fn_phosphate_group_22(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X))
& fn_phosphate_group_22(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X)) = fn_organic_molecule_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X))
& fn_organic_molecule_2(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X)) = fn_phosphate_group_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X))
& fn_phosphate_group_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X)) = fn_phosphate_group_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X))
& fn_phosphate_group_5(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X)) = fn_molecule_10(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X))
& fn_molecule_10(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_19(X)) = fn_phosphate_group_41(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X))
& fn_phosphate_group_41(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X)) = fn_phosphate_group_41(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X))
& fn_phosphate_group_41(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_29(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_53(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_53(X) = fn_cell_signaling_with_ca2_plus_and_ip3_53(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_53(X) = fn_cell_signaling_with_ca2_plus_and_ip3_34(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_34(X) = fn_cell_signaling_with_ca2_plus_and_ip3_38(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_38(X) = fn_phospholipase_c_15(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X))
& fn_phospholipase_c_15(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X)) = fn_phospholipase_c_15(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X))
& fn_phospholipase_c_15(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_37(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_37(X) = fn_cell_signaling_with_ca2_plus_and_ip3_37(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_37(X) = fn_hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X))
& fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X)) = fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X))
& fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X)) = fn_hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X))
& fn_hydrolase_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X)) = fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X))
& fn_phospholipase_c_9(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_14(X)) = fn_attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_12(X))
& fn_attach_1(fn_cell_signaling_with_ca2_plus_and_ip3_and_receptor_tyrosine_kinase_12(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_34(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_34(X) = fn_cell_signaling_with_ca2_plus_and_ip3_34(X) ) ) ).
fof(a528207,axiom,
! [X] :
( cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Ca2-Plus-And-IP3-Leading-To-Animal-Cell-Division')
& user_description_2(X,'Cellular response to an external stimulus, in which IP3 mobilizes Ca2+ from storage organelles and induces division in animal cells.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with ca2 plus and ip3 leading to animal cell division')
& concept2words_2(X,'cell-signaling-with-ca2-plus-and-ip3-leading-to-animal-cell-division')
& cell_signaling_with_ca2_plus_and_ip3_1(X)
& solution_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_1(X))
& substance_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_1(X))
& cytosol_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_1(X))
& signal_reception_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X))
& intracellular_process_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X))
& cellular_response_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X))
& animal_cell_division_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X))
& signal_transduction_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_4(X))
& signal_transduction_with_ca2_plus_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_4(X))
& eukaryotic_cell_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& spatial_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& animal_cell_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& cell_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& biomembrane_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& plasma_membrane_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& mixture_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_7(X))
& cytoplasm_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_7(X))
& smooth_endoplasmic_reticulum_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_8(X))
& protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_9(X))
& cell_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_10(X))
& move_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_11(X))
& move_through_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_11(X))
& tangible_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X))
& protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X))
& membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X))
& cell_surface_receptor_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X))
& spatial_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X))
& polymer_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X))
& receptor_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X))
& mixture_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_13(X))
& cytoplasm_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_13(X))
& time_interval_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_14(X))
& time_interval_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_15(X))
& membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X))
& tangible_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X))
& transmembrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X))
& integral_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X))
& transport_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X))
& ip3_gated_calcium_ion_channel_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X))
& monomer_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_17(X))
& chemical_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_18(X))
& size_value_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_19(X))
& volume_value_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_20(X))
& surface_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_21(X))
& tangible_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_22(X))
& phospholipid_bilayer_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_22(X))
& phosphatidylinositol_bisphosphate_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_23(X))
& substance_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_24(X))
& aqueous_solution_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_24(X))
& surface_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_25(X))
& cytoplasmic_side_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_25(X))
& ribosome_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_26(X))
& chemical_reaction_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_27(X))
& decomposition_reaction_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_27(X))
& exergonic_reaction_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_27(X))
& hydrolysis_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_27(X))
& surface_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_28(X))
& outside_face_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_28(X))
& extracellular_side_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_28(X))
& tangible_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_29(X))
& membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_29(X))
& protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_29(X))
& spatial_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_29(X))
& polymer_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_29(X))
& spatial_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_30(X))
& polymer_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_30(X))
& tangible_entity_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_30(X))
& membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_30(X))
& protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_30(X))
& protein_1(fn_cellular_response_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X)))
& ribosome_1(fn_cell_14(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)))
& property_node_1(fn_cell_10(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)))
& surface_1(fn_cell_4(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)))
& property_node_1(fn_cell_23(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)))
& volume_value_1(fn_cell_22(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)))
& size_value_1(fn_cell_11(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)))
& smooth_endoplasmic_reticulum_1(fn_animal_cell_54(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)))
& spatial_entity_1(fn_signal_reception_4(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X)))
& polymer_1(fn_signal_reception_4(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X)))
& receptor_protein_1(fn_signal_reception_4(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& substance_1(fn_plasma_membrane_70(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& protein_1(fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& protein_1(fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& polymer_1(fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& outside_face_1(fn_biomembrane_41(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& monomer_1(fn_polymer_4(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X)))
& monomer_1(fn_receptor_protein_5(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X)))
& monomer_1(fn_plasma_membrane_86(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& monomer_1(fn_signal_reception_8(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X)))
& monomer_1(fn_signal_reception_7(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X)))
& chemical_entity_1(fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X)))
& substance_1(fn_cell_29(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)))
& cytosol_1(fn_cell_29(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& surface_1(fn_cell_27(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)))
& cytoplasmic_side_1(fn_cell_27(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)))
& biomembrane_1(fn_membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X)))
& plasma_membrane_1(fn_cell_30(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)))
& tangible_entity_1(fn_biomembrane_63(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)))
& tangible_entity_1(fn_cell_26(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)))
& phospholipid_bilayer_1(fn_cell_26(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)))
& mixture_1(fn_cell_28(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)))
& cytoplasm_1(fn_cell_28(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)))
& cell_1(fn_intracellular_process_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X)))
& cell_1(fn_cellular_response_3(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X)))
& spatial_entity_1(fn_animal_cell_division_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X)))
& cell_1(fn_signal_reception_3(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X)))
& cell_1(fn_animal_cell_division_9(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X)))
& animal_cell_1(fn_animal_cell_division_9(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X)))
& recipient_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_9(X))
& has_state_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_10(X))
& base_2(X,fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_8(X))
& subevent_2(X,fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X))
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_4(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X))
& agent_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_4(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_4(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& next_event_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_4(X))
& time_during_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_4(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_15(X))
& time_before_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_14(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_15(X))
& time_during_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_14(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_17(X))
& subevent_2(X,fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X))
& instrument_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X))
& has_function_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X))
& first_subevent_2(X,fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X))
& is_at_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& agent_2(X,fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_18(X))
& called_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_29(X),'MP1')
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_10(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_13(X))
& called_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_30(X),'MP2')
& destination_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_11(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_1(X))
& is_inside_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_8(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_1(X))
& origin_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_11(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_8(X))
& is_inside_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_22(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X) != fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_29(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_29(X) != fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X)
& is_at_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_18(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_28(X))
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_28(X))
& is_across_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_18(X) != fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X) != fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_18(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_29(X) != fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_18(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_29(X) != fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X)
& is_across_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& is_between_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_7(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& has_state_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_7(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_13(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_18(X) != fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_29(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X) != fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_29(X)
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_4(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_11(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_11(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X) != fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_18(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X) != fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X) != fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_18(X) != fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_30(X) != fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_30(X) != fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_18(X)
& complement_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_18(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X) != fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_30(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X) != fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_30(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_30(X) != fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_18(X) != fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_30(X)
& complement_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_18(X))
& subevent_2(X,fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_4(X))
& subevent_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_4(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_27(X))
& raw_material_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_27(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_23(X))
& is_across_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_23(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X))
& is_inside_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_28(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_24(X))
& is_between_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_24(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_30(X))
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_28(X))
& is_outside_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_28(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_29(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_30(X) != fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_29(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_29(X) != fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_30(X)
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_18(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_17(X) != fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_18(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_18(X) != fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_17(X)
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_22(X))
& is_inside_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_7(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_7(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_1(X))
& is_inside_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_26(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_1(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_26(X))
& is_oriented_toward_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_25(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_7(X))
& is_facing_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_25(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_7(X))
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_25(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& directly_proportional_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_19(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_20(X))
& volume_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_20(X))
& is_at_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_22(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_21(X))
& has_region_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_21(X))
& has_part_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_7(X))
& size_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_19(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& instrument_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_9(X))
& base_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& agent_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X) = fn_membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X) = fn_intracellular_process_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X) = fn_cellular_response_3(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_8(X) = fn_animal_cell_54(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X) = fn_cell_signaling_with_ca2_plus_and_ip3_33(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X) = fn_chemical_signaling_6(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X) = fn_cell_signaling_with_ca2_plus_and_ip3_28(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_14(X) = fn_chemical_signaling_3(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_15(X) = fn_chemical_signaling_4(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_17(X) = fn_polymer_4(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_17(X) = fn_receptor_protein_5(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_17(X) = fn_plasma_membrane_86(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_17(X) = fn_cell_signaling_with_plasma_membrane_receptor_17(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X) = fn_cell_signaling_with_plasma_membrane_receptor_12(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X) = fn_chemical_signaling_7(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X) = fn_plasma_membrane_4(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X) = fn_plasma_membrane_3(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_10(X) = fn_cell_signaling_with_ca2_plus_and_ip3_50(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_8(X) = fn_cell_signaling_with_ca2_plus_and_ip3_19(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_1(X) = fn_cell_signaling_with_ca2_plus_and_ip3_27(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_22(X) = fn_cell_signaling_with_ca2_plus_and_ip3_63(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_28(X) = fn_cell_signaling_with_ca2_plus_and_ip3_64(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_13(X) = fn_cell_signaling_with_ca2_plus_and_ip3_49(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_7(X) = fn_cell_signaling_with_ca2_plus_and_ip3_26(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_29(X) = fn_cell_signaling_with_ca2_plus_and_ip3_65(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_11(X) = fn_cell_signaling_with_ca2_plus_and_ip3_25(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_11(X) = fn_cell_signaling_with_ca2_plus_and_ip3_30(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X) = fn_signal_reception_4(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_18(X) = fn_cell_signaling_with_ca2_plus_and_ip3_61(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X) = fn_cell_signaling_with_ca2_plus_and_ip3_23(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_30(X) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_30(X) = fn_cell_signaling_with_ca2_plus_and_ip3_66(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X) = fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_16(X) = fn_cell_signaling_with_ca2_plus_and_ip3_29(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X) = fn_cell_signaling_with_ca2_plus_and_ip3_43(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_23(X) = fn_cell_signaling_with_ca2_plus_and_ip3_42(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_27(X) = fn_cell_signaling_with_ca2_plus_and_ip3_37(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_4(X) = fn_chemical_signaling_8(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_4(X) = fn_cell_signaling_with_ca2_plus_and_ip3_32(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_24(X) = fn_plasma_membrane_77(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_24(X) = fn_plasma_membrane_70(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_30(X) = fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_29(X) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_28(X) = fn_biomembrane_41(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_28(X) = fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_17(X) = fn_signal_reception_8(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_17(X) = fn_signal_reception_7(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_18(X) = fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X) = fn_animal_cell_division_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X) = fn_signal_reception_3(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_9(X) = fn_cellular_response_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X) = fn_animal_cell_division_9(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_22(X) = fn_biomembrane_63(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_22(X) = fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_1(X) = fn_cell_29(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_26(X) = fn_cell_14(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_25(X) = fn_plasma_membrane_66(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_25(X) = fn_cell_27(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X) = fn_cell_30(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_32(X) = fn_cell_10(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_22(X) = fn_cell_26(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_21(X) = fn_cell_4(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_7(X) = fn_cell_28(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_31(X) = fn_cell_23(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_20(X) = fn_cell_22(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_19(X) = fn_cell_11(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_animal_cell_54(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_19(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_19(X) = fn_cell_signaling_with_ca2_plus_and_ip3_19(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_19(X) = fn_cell_signaling_with_ca2_plus_and_ip3_30(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_30(X) = fn_cell_signaling_with_ca2_plus_and_ip3_30(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_30(X) = fn_cell_signaling_with_ca2_plus_and_ip3_25(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_25(X) = fn_cell_signaling_with_ca2_plus_and_ip3_30(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_30(X) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_signal_reception_4(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X)) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_signal_reception_4(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X))
& fn_signal_reception_4(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X)) = fn_signal_reception_4(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X))
& fn_cell_signaling_with_plasma_membrane_receptor_12(X) = fn_signal_reception_4(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X))
& fn_signal_reception_4(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X)) = fn_cell_signaling_with_plasma_membrane_receptor_12(X)
& fn_cell_signaling_with_plasma_membrane_receptor_12(X) = fn_cell_signaling_with_plasma_membrane_receptor_12(X)
& fn_cell_signaling_with_plasma_membrane_receptor_12(X) = fn_cell_signaling_with_ca2_plus_and_ip3_23(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_23(X) = fn_cell_signaling_with_ca2_plus_and_ip3_23(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_23(X) = fn_plasma_membrane_4(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_plasma_membrane_4(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_plasma_membrane_3(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_plasma_membrane_3(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_plasma_membrane_3(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_plasma_membrane_3(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_29(X) = fn_cell_signaling_with_ca2_plus_and_ip3_29(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_29(X) = fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_29(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_29(X) = fn_cell_signaling_with_ca2_plus_and_ip3_32(X)
& fn_chemical_signaling_8(X) = fn_chemical_signaling_8(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_32(X) = fn_cell_signaling_with_ca2_plus_and_ip3_32(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_32(X) = fn_chemical_signaling_8(X)
& fn_chemical_signaling_8(X) = fn_cell_signaling_with_ca2_plus_and_ip3_32(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_32(X) = fn_plasma_membrane_77(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_plasma_membrane_77(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_plasma_membrane_70(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_plasma_membrane_70(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_plasma_membrane_70(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_plasma_membrane_70(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_66(X) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_66(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_66(X) = fn_cell_signaling_with_ca2_plus_and_ip3_66(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_66(X) = fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_65(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_65(X) = fn_cell_signaling_with_ca2_plus_and_ip3_65(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_65(X) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_64(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_64(X) = fn_biomembrane_41(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_biomembrane_41(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_64(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_64(X) = fn_cell_signaling_with_ca2_plus_and_ip3_64(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_64(X) = fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_polymer_4(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X))
& fn_polymer_4(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X)) = fn_receptor_protein_5(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X))
& fn_receptor_protein_5(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X)) = fn_receptor_protein_5(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X))
& fn_receptor_protein_5(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X)) = fn_plasma_membrane_86(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_plasma_membrane_86(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_plasma_membrane_86(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_plasma_membrane_86(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_signal_reception_8(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X))
& fn_signal_reception_8(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X)) = fn_signal_reception_8(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X))
& fn_cell_signaling_with_plasma_membrane_receptor_17(X) = fn_signal_reception_8(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X))
& fn_signal_reception_8(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X)) = fn_cell_signaling_with_plasma_membrane_receptor_17(X)
& fn_cell_signaling_with_plasma_membrane_receptor_17(X) = fn_signal_reception_7(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X))
& fn_signal_reception_7(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X)) = fn_signal_reception_7(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X))
& fn_signal_reception_7(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_61(X)
& fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_61(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_61(X) = fn_cell_signaling_with_ca2_plus_and_ip3_61(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_61(X) = fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X))
& fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X)) = fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X))
& fn_signal_reception_5(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X)) = fn_chemical_signaling_7(X)
& fn_chemical_signaling_7(X) = fn_chemical_signaling_7(X)
& fn_cell_signaling_with_plasma_membrane_receptor_15(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_cell_signaling_with_plasma_membrane_receptor_15(X) = fn_chemical_signaling_7(X)
& fn_chemical_signaling_7(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_cell_signaling_with_plasma_membrane_receptor_15(X) = fn_chemical_signaling_6(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_28(X) = fn_chemical_signaling_6(X)
& fn_chemical_signaling_6(X) = fn_cell_signaling_with_ca2_plus_and_ip3_28(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_28(X) = fn_cell_signaling_with_ca2_plus_and_ip3_27(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_27(X) = fn_cell_signaling_with_ca2_plus_and_ip3_27(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_27(X) = fn_cell_29(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_29(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)) = fn_cell_29(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_29(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)) = fn_cell_27(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_27(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)) = fn_cell_27(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_27(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)) = fn_plasma_membrane_66(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_plasma_membrane_66(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_cell_27(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_27(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)) = fn_membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X))
& fn_membrane_protein_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_12(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_43(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_43(X) = fn_cell_signaling_with_ca2_plus_and_ip3_43(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_43(X) = fn_cell_30(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_30(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)) = fn_cell_30(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_30(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)) = fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_biomembrane_63(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_biomembrane_63(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_63(X) = fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X))
& fn_plasma_membrane_71(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_6(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_63(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_63(X) = fn_cell_26(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_26(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)) = fn_cell_26(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_26(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_26(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_26(X) = fn_cell_signaling_with_ca2_plus_and_ip3_26(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_26(X) = fn_cell_28(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_28(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)) = fn_cell_28(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X))
& fn_cell_28(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_5(X)) = fn_cellular_response_3(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X))
& fn_cellular_response_3(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X)) = fn_intracellular_process_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X))
& fn_intracellular_process_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X)) = fn_cellular_response_3(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X))
& fn_cellular_response_3(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X)) = fn_cellular_response_3(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X))
& fn_cellular_response_3(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X)) = fn_cell_signaling_with_ca2_plus_and_ip3_33(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_33(X) = fn_cell_signaling_with_ca2_plus_and_ip3_33(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_33(X) = fn_animal_cell_division_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X))
& fn_animal_cell_division_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X)) = fn_animal_cell_division_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X))
& fn_animal_cell_division_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X)) = fn_signal_reception_3(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X))
& fn_signal_reception_3(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X)) = fn_signal_reception_3(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X))
& fn_signal_reception_3(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_2(X)) = fn_animal_cell_division_9(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_animal_cell_division_3(X)) ) ) ).
fof(a528208,axiom,
! [X] :
( cell_signaling_with_ca2_plus_and_ip3_leading_to_muscle_cell_contraction_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Ca2-Plus-And-IP3-Leading-To-Muscle-Cell-Contraction')
& user_description_2(X,'Cell signaling in which IP3 mobilizes Ca2+ from storage organelles; the increased Ca2+ in the cytoplasm of a muscle cell causes contraction of the muscle cell.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with ca2 plus and ip3 leading to muscle cell contraction')
& concept2words_2(X,'cell-signaling-with-ca2-plus-and-ip3-leading-to-muscle-cell-contraction')
& cell_signaling_with_ca2_plus_and_ip3_1(X)
& muscle_contraction_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_muscle_cell_contraction_1(X))
& subevent_2(X,fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_muscle_cell_contraction_1(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_muscle_cell_contraction_1(X) = fn_cell_signaling_with_ca2_plus_and_ip3_28(X) ) ) ).
fof(a528209,axiom,
! [X] :
( cell_signaling_with_ca2_plus_and_ip3_leading_to_secretion_of_substance_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Ca2-Plus-And-IP3-Leading-To-Secretion-Of-Substance')
& user_description_2(X,'Cellular response to an external stimulus, in which IP3 mobilizes Ca2+ from storage organelles and induces the cell to secrete a substance.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with ca2 plus and ip3 leading to secretion of substance')
& concept2words_2(X,'cell-signaling-with-ca2-plus-and-ip3-leading-to-secretion-of-substance')
& cell_signaling_with_ca2_plus_and_ip3_1(X)
& substance_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_secretion_of_substance_1(X))
& cellular_response_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_secretion_of_substance_2(X))
& secretion_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_secretion_of_substance_2(X))
& tangible_entity_1(fn_secretion_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_secretion_of_substance_2(X)))
& subevent_2(X,fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_secretion_of_substance_2(X))
& object_2(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_secretion_of_substance_2(X),fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_secretion_of_substance_1(X))
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_secretion_of_substance_2(X) = fn_cell_signaling_with_ca2_plus_and_ip3_28(X)
& fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_secretion_of_substance_1(X) = fn_secretion_1(fn_cell_signaling_with_ca2_plus_and_ip3_leading_to_secretion_of_substance_2(X)) ) ) ).
fof(a528210,axiom,
! [X] :
( cell_signaling_with_camp_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-cAMP')
& user_description_2(X,'Gene regulation that promotes transcription in which cAMP (cyclic AMP) is the initiator.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with camp')
& concept2words_2(X,'cell-signaling-with-camp')
& cell_signaling_1(X)
& time_interval_1(fn_cell_signaling_with_camp_1(X))
& time_interval_1(fn_cell_signaling_with_camp_2(X))
& positive_gene_regulation_1(fn_cell_signaling_with_camp_3(X))
& protein_1(fn_cell_signaling_with_camp_4(X))
& signal_reception_1(fn_cell_signaling_with_camp_5(X))
& cellular_response_1(fn_cell_signaling_with_camp_6(X))
& signal_transduction_1(fn_cell_signaling_with_camp_7(X))
& transcription_factor_1(fn_cell_signaling_with_camp_8(X))
& cell_1(fn_cell_signaling_with_camp_9(X))
& protein_1(fn_cellular_response_1(fn_cell_signaling_with_camp_6(X)))
& cell_1(fn_cellular_response_3(fn_cell_signaling_with_camp_6(X)))
& time_before_2(fn_cell_signaling_with_camp_2(X),fn_cell_signaling_with_camp_1(X))
& subevent_2(fn_cell_signaling_with_camp_6(X),fn_cell_signaling_with_camp_3(X))
& time_during_2(fn_cell_signaling_with_camp_6(X),fn_cell_signaling_with_camp_1(X))
& time_during_2(fn_cell_signaling_with_camp_7(X),fn_cell_signaling_with_camp_2(X))
& instrument_2(fn_cell_signaling_with_camp_6(X),fn_cell_signaling_with_camp_4(X))
& has_part_2(fn_cell_signaling_with_camp_9(X),fn_cell_signaling_with_camp_4(X))
& agent_2(X,fn_cell_signaling_with_camp_8(X))
& object_2(fn_cell_signaling_with_camp_5(X),fn_cell_signaling_with_camp_8(X))
& first_subevent_2(X,fn_cell_signaling_with_camp_5(X))
& base_2(X,fn_cell_signaling_with_camp_9(X))
& base_2(fn_cell_signaling_with_camp_7(X),fn_cell_signaling_with_camp_9(X))
& subevent_2(X,fn_cell_signaling_with_camp_7(X))
& subevent_2(X,fn_cell_signaling_with_camp_6(X))
& subevent_2(X,fn_cell_signaling_with_camp_5(X))
& next_event_2(fn_cell_signaling_with_camp_5(X),fn_cell_signaling_with_camp_7(X))
& next_event_2(fn_cell_signaling_with_camp_7(X),fn_cell_signaling_with_camp_6(X))
& base_2(fn_cell_signaling_with_camp_6(X),fn_cell_signaling_with_camp_9(X))
& base_2(fn_cell_signaling_with_camp_5(X),fn_cell_signaling_with_camp_9(X))
& fn_cell_signaling_with_camp_9(X) = fn_cellular_response_3(fn_cell_signaling_with_camp_6(X))
& fn_cell_signaling_with_camp_4(X) = fn_cellular_response_1(fn_cell_signaling_with_camp_6(X))
& fn_cell_signaling_with_camp_8(X) = fn_cell_signaling_5(X)
& fn_cell_signaling_with_camp_9(X) = fn_cell_signaling_4(X)
& fn_cell_signaling_with_camp_6(X) = fn_cell_signaling_1(X)
& fn_cell_signaling_with_camp_7(X) = fn_cell_signaling_3(X)
& fn_cell_signaling_with_camp_5(X) = fn_cell_signaling_2(X)
& fn_cellular_response_3(fn_cell_signaling_with_camp_6(X)) = fn_cell_signaling_4(X)
& fn_cell_signaling_4(X) = fn_cell_signaling_4(X) ) ) ).
fof(a528211,axiom,
! [X] :
( cell_signaling_with_camp_and_g_protein_coupled_receptor_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-cAMP-And-G-Protein-Coupled-Receptor')
& user_description_2(X,'Process of signaling between and within cells which uses cAMP and G protein as second messengers during signal transduction.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with camp and g protein coupled receptor')
& concept2words_2(X,'cell-signaling-with-camp-and-g-protein-coupled-receptor')
& cell_signaling_with_g_protein_coupled_receptor_1(X)
& shape_value_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_3(X))
& shape_value_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_4(X))
& activation_value_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_6(X))
& activation_value_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_9(X))
& activation_value_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_10(X))
& activation_value_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_11(X))
& activation_value_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_12(X))
& activation_value_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_15(X))
& activation_value_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_16(X))
& hydrophilic_face_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_19(X))
& activation_value_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_20(X))
& chemical_reaction_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_22(X))
& decomposition_reaction_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_22(X))
& dephosphorylation_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_22(X))
& single_bond_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_23(X))
& covalent_bond_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_23(X))
& chemical_bond_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_24(X))
& double_bond_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_24(X))
& covalent_bond_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_24(X))
& tangible_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X))
& chemical_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X))
& entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X))
& number_5_prime_carbon_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X))
& atom_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X))
& carbon_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X))
& carbon_skeleton_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_26(X))
& number_5_prime_region_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_27(X))
& hold_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_28(X))
& hold_together_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_28(X))
& share_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_29(X))
& center_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_30(X))
& first_electron_shell_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_31(X))
& attach_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_32(X))
& decrease_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_33(X))
& catalyst_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_34(X))
& ribosome_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_37(X))
& volume_value_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_38(X))
& surface_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_39(X))
& size_value_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_40(X))
& tangible_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_41(X))
& phospholipid_bilayer_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_41(X))
& membrane_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X))
& tangible_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X))
& transmembrane_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X))
& integral_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X))
& transport_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X))
& make_accessible_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(X))
& activate_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(X))
& spatial_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X))
& enzyme_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X))
& adenylyl_cyclase_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X))
& substance_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_45(X))
& cytosol_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_45(X))
& substance_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_46(X))
& aqueous_solution_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_46(X))
& make_accessible_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(X))
& activate_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(X))
& protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_48(X))
& protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_49(X))
& decomposition_reaction_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_50(X))
& dephosphorylation_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_50(X))
& decomposition_reaction_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_51(X))
& dephosphorylation_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_51(X))
& protein_kinase_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_52(X))
& protein_kinase_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_53(X))
& protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_54(X))
& protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_55(X))
& phosphorylation_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(X))
& move_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_57(X))
& mixture_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_58(X))
& cytoplasm_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_58(X))
& cell_signaling_event_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X))
& signal_transduction_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X))
& cell_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X))
& inactivation_of_camp_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& adenylyl_cyclase_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(X))
& attach_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(X))
& make_accessible_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(X))
& activate_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(X))
& second_messenger_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_65(X))
& amp_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& chemical_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& cyclic_amp_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& synthesis_reaction_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X))
& chemical_reaction_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X))
& synthesis_of_organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X))
& metabolic_pathway_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X))
& synthesis_of_camp_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X))
& protein_kinase_a_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_68(X))
& protein_kinase_a_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_69(X))
& detach_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_70(X))
& replace_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_71(X))
& relay_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_72(X))
& protein_phosphatase_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_73(X))
& protein_phosphatase_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_74(X))
& cell_surface_receptor_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X))
& spatial_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X))
& polymer_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X))
& receptor_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X))
& g_protein_coupled_receptor_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X))
& surface_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_76(X))
& cytoplasmic_side_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_76(X))
& tangible_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X))
& membrane_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X))
& protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X))
& spatial_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X))
& polymer_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X))
& tangible_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_78(X))
& membrane_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_78(X))
& protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_78(X))
& spatial_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_78(X))
& polymer_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_78(X))
& biomembrane_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& plasma_membrane_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& outside_face_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_80(X))
& extracellular_side_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_80(X))
& attach_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_81(X))
& spatial_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(X))
& chemical_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(X))
& polymer_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(X))
& organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(X))
& protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(X))
& molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(X))
& g_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(X))
& chemical_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_83(X))
& size_value_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_84(X))
& size_value_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_85(X))
& monomer_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_86(X))
& cellular_response_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_87(X))
& signal_reception_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_88(X))
& detach_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_91(X))
& g_protein_coupled_receptor_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_92(X))
& quantity_value_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_93(X))
& quantity_value_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_94(X))
& chemical_energy_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_95(X))
& chemical_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_96(X))
& amp_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_96(X))
& tangible_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X))
& chemical_entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X))
& entity_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X))
& number_5_prime_carbon_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X))
& atom_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X))
& carbon_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X))
& chemical_energy_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_98(X))
& entity_1(fn_make_accessible_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(X)))
& molecule_1(fn_dephosphorylation_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_51(X)))
& chemical_entity_1(fn_dephosphorylation_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_51(X)))
& organic_molecule_1(fn_dephosphorylation_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_51(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(X)))
& electron_shell_1(fn_atom_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X)))
& electron_shell_1(fn_atom_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X)))
& phosphorylation_1(fn_kinase_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_68(X)))
& decomposition_reaction_1(fn_protein_phosphatase_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_74(X)))
& dephosphorylation_1(fn_protein_phosphatase_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_74(X)))
& catalyst_1(fn_enzyme_6(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X)))
& decrease_1(fn_enzyme_5(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X)))
& protein_1(fn_protein_phosphatase_3(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_73(X)))
& protein_1(fn_protein_phosphatase_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_73(X)))
& decomposition_reaction_1(fn_protein_phosphatase_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_73(X)))
& dephosphorylation_1(fn_protein_phosphatase_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_73(X)))
& property_node_1(fn_polymer_10(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X)))
& property_node_1(fn_polymer_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X)))
& size_value_1(fn_polymer_8(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X)))
& size_value_1(fn_polymer_7(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X)))
& property_node_1(fn_inactivation_of_camp_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)))
& property_node_1(fn_inactivation_of_camp_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)))
& quantity_value_1(fn_inactivation_of_camp_17(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)))
& quantity_value_1(fn_inactivation_of_camp_16(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)))
& chemical_energy_1(fn_inactivation_of_camp_15(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)))
& chemical_bond_1(fn_cyclic_amp_79(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& double_bond_1(fn_cyclic_amp_79(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& covalent_bond_1(fn_cyclic_amp_79(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& center_1(fn_cyclic_amp_115(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& single_bond_1(fn_cyclic_amp_78(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& covalent_bond_1(fn_cyclic_amp_78(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& property_node_1(fn_cell_23(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)))
& property_node_1(fn_cell_10(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)))
& surface_1(fn_cell_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)))
& size_value_1(fn_cell_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)))
& volume_value_1(fn_cell_22(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)))
& ribosome_1(fn_cell_14(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)))
& substance_1(fn_cell_29(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)))
& cytosol_1(fn_cell_29(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)))
& mixture_1(fn_cell_28(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)))
& cytoplasm_1(fn_cell_28(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)))
& attach_1(fn_plasma_membrane_52(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_51(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_51(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(X)))
& molecule_1(fn_phosphorylation_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(X)))
& entity_1(fn_make_accessible_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(X)))
& spatial_entity_1(fn_attach_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(X)))
& spatial_entity_1(fn_detach_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_91(X)))
& adenylyl_cyclase_1(fn_synthesis_of_camp_7(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X)))
& chemical_reaction_1(fn_enzyme_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X)))
& synthesis_reaction_1(fn_amp_65(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& monomer_1(fn_polymer_6(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X)))
& monomer_1(fn_polymer_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X)))
& activate_1(fn_signal_transduction_6(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X)))
& chemical_energy_1(fn_hydrolysis_17(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)))
& chemical_energy_1(fn_inactivation_of_camp_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)))
& chemical_entity_1(fn_inactivation_of_camp_14(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)))
& amp_1(fn_inactivation_of_camp_14(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)))
& share_1(fn_cyclic_amp_24(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& share_1(fn_cyclic_amp_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& hold_together_1(fn_cyclic_amp_67(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& hold_1(fn_cyclic_amp_68(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& hold_together_1(fn_cyclic_amp_68(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& number_5_prime_region_1(fn_5_prime_carbon_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X)))
& number_5_prime_region_1(fn_5_prime_carbon_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X)))
& number_5_prime_region_1(fn_cyclic_amp_87(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& carbon_skeleton_1(fn_amp_66(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& carbon_skeleton_1(fn_cyclic_amp_85(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)))
& carbon_1(fn_organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& chemical_entity_1(fn_hydrolysis_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)))
& atom_1(fn_organic_molecule_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& chemical_entity_1(fn_cyclic_amp_80(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& entity_1(fn_cyclic_amp_80(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& number_5_prime_carbon_1(fn_cyclic_amp_80(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& atom_1(fn_cyclic_amp_80(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& carbon_1(fn_cyclic_amp_80(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& tangible_entity_1(fn_cyclic_amp_83(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& chemical_entity_1(fn_cyclic_amp_83(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& entity_1(fn_cyclic_amp_83(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& number_5_prime_carbon_1(fn_cyclic_amp_83(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& atom_1(fn_cyclic_amp_83(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& carbon_1(fn_cyclic_amp_83(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)))
& chemical_entity_1(fn_second_messenger_3(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_65(X)))
& chemical_entity_1(fn_messenger_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_72(X)))
& organic_molecule_1(fn_synthesis_of_organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)))
& cyclic_amp_1(fn_synthesis_of_camp_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X)))
& chemical_entity_1(fn_inactivation_of_camp_19(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)))
& cyclic_amp_1(fn_inactivation_of_camp_19(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)))
& organic_molecule_1(fn_inactivation_of_camp_19(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)))
& cell_1(fn_metabolic_pathway_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X)))
& substance_1(fn_plasma_membrane_70(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& surface_1(fn_cell_27(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)))
& cytoplasmic_side_1(fn_cell_27(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& outside_face_1(fn_biomembrane_41(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& protein_1(fn_plasma_membrane_68(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& protein_1(fn_plasma_membrane_54(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& polymer_1(fn_plasma_membrane_54(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& tangible_entity_1(fn_biomembrane_63(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& phospholipid_bilayer_1(fn_membrane_protein_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X)))
& tangible_entity_1(fn_cell_26(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)))
& phospholipid_bilayer_1(fn_cell_26(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)))
& biomembrane_1(fn_membrane_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(X)))
& biomembrane_1(fn_membrane_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X)))
& plasma_membrane_1(fn_cell_30(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)))
& called_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X),'A2')
& result_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_68(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(X)
& called_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(X),'PKA')
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_92(X)
& shape_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_4(X))
& activation_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_20(X))
& the_categorical_value_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_20(X),active_0)
& is_inside_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_19(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& is_outside_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_19(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_46(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(X)
& agent_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& called_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(X),'GPCR')
& the_categorical_value_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_16(X),active_0)
& the_categorical_value_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_15(X),inactive_0)
& activation_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_48(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_15(X))
& has_state_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_48(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_49(X))
& activation_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_49(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_16(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_50(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_51(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_51(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_50(X)
& activation_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_52(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_11(X))
& has_state_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_52(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_53(X))
& activation_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_53(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_12(X))
& the_categorical_value_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_12(X),active_0)
& the_categorical_value_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_11(X),inactive_0)
& has_state_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_54(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_55(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_57(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_71(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_57(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_70(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_57(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(X)
& subevent_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(X))
& subevent_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& subevent_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X))
& subevent_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_50(X))
& subevent_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_51(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(X)
& has_state_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_78(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_92(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X)
& shape_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_3(X))
& activation_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_6(X))
& is_across_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_57(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(X)
& result_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X))
& called_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(X),'Acyclase')
& in_event_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_65(X),X)
& site_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_58(X))
& the_categorical_value_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_10(X),inactive_0)
& the_categorical_value_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_9(X),active_0)
& activation_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_68(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_9(X))
& activation_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_69(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_10(X))
& has_state_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_69(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_68(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_70(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_57(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_71(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_57(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_78(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(X)
& the_categorical_value_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_6(X),inactive_0)
& the_scalar_value_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_85(X),big_0)
& scalar_unit_class_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_85(X),polypeptide_0)
& different_type_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_4(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_3(X))
& different_type_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_3(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_4(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_92(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_92(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_96(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_96(X)
& object_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_69(X))
& object_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(X))
& base_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(X))
& base_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_91(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X))
& result_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_51(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_52(X))
& raw_material_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_51(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_53(X))
& plays_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_65(X))
& plays_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_72(X))
& in_event_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_34(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X))
& enables_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_33(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X))
& result_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_55(X))
& raw_material_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_54(X))
& has_part_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(X))
& has_region_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_31(X))
& has_region_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_31(X))
& has_state_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_96(X))
& subevent_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(X))
& has_function_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_68(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(X))
& has_function_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_74(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_51(X))
& plays_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_34(X))
& has_function_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_33(X))
& base_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X))
& has_function_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X))
& result_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& raw_material_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_50(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_49(X))
& has_function_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_73(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_50(X))
& result_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_50(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_48(X))
& subevent_2(X,fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_87(X))
& base_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_87(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X))
& next_event_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_87(X))
& size_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_85(X))
& has_part_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_86(X))
& size_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_86(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_84(X))
& greater_than_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_85(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_84(X))
& called_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X),'MP2')
& base_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_70(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_92(X))
& called_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_78(X),'MP1')
& next_event_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_70(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_57(X))
& is_at_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_76(X))
& subevent_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_32(X))
& is_at_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_83(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_80(X))
& first_subevent_2(X,fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_88(X))
& base_2(X,fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X))
& agent_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X))
& subevent_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(X))
& has_part_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X))
& is_across_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& has_function_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_88(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X)
& object_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X))
& first_subevent_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(X))
& subevent_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_70(X))
& next_event_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_71(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_70(X))
& base_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_71(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(X))
& complement_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_83(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X))
& agent_2(X,fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_83(X))
& subevent_2(X,fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X))
& subevent_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_71(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_71(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_70(X)
& complement_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_83(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_70(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_71(X)
& next_event_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(X))
& next_event_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_57(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(X))
& subevent_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_57(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(X)
& instrument_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_88(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X))
& base_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_88(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X))
& base_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X))
& subevent_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(X))
& causes_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_22(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_78(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_78(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_83(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_83(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_78(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_78(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_78(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_83(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_78(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_83(X)
& object_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_88(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_83(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_83(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_83(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_83(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_83(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X)
& next_event_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_32(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_71(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_71(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_32(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_32(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_71(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(X)
& object_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_91(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(X))
& causes_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_22(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_91(X))
& result_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_22(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(X))
& has_part_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)
& subevent_2(X,fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_88(X))
& next_event_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_88(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X))
& subevent_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(X))
& next_event_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_32(X))
& object_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_32(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(X))
& possesses_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_98(X))
& raw_material_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& object_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& result_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_96(X))
& possesses_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_96(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_95(X))
& quantity_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_95(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_94(X))
& greater_than_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_93(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_94(X))
& quantity_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_98(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_93(X))
& possesses_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_24(X))
& result_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_29(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_24(X))
& agent_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_29(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X))
& has_part_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X))
& has_part_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X))
& object_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_28(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X))
& has_region_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_26(X))
& is_inside_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_26(X))
& is_between_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_24(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X))
& is_between_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_24(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X))
& object_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_28(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X))
& is_between_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_23(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X))
& has_function_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_23(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_28(X))
& agent_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_28(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_23(X))
& result_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_29(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_23(X))
& agent_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_29(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X))
& has_region_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_30(X))
& has_region_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_30(X))
& is_at_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_27(X))
& is_at_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_27(X))
& called_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X),'A2')
& possesses_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_23(X))
& is_between_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_23(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X))
& is_inside_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_26(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X)
& is_oriented_toward_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_76(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_58(X))
& is_facing_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_76(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_58(X))
& is_inside_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_58(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& volume_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_38(X))
& directly_proportional_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_40(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_38(X))
& size_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_40(X))
& has_region_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_39(X))
& is_at_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_41(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_39(X))
& has_part_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_58(X))
& has_part_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_58(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_45(X))
& is_inside_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_37(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_45(X))
& has_part_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_37(X))
& has_part_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& has_region_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_76(X))
& is_inside_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_80(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_46(X))
& called_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X),'MP1')
& is_outside_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_80(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& has_region_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_80(X))
& has_part_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_78(X))
& called_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_78(X),'MP2')
& is_across_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& is_at_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& has_part_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_78(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_78(X)
& object_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_81(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X))
& site_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_81(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_76(X))
& is_inside_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_46(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_76(X))
& is_between_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_46(X))
& has_part_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X))
& has_part_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_41(X))
& is_inside_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_41(X))
& has_region_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X),fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_80(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X) != fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_69(X) = fn_make_accessible_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(X) = fn_make_accessible_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(X) = fn_attach_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X) = fn_detach_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_91(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_52(X) = fn_decomposition_reaction_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_51(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_52(X) = fn_decomposition_reaction_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_51(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_53(X) = fn_dephosphorylation_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_51(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X) = fn_second_messenger_3(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_65(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X) = fn_messenger_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_72(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_55(X) = fn_phosphorylation_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_54(X) = fn_phosphorylation_5(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_54(X) = fn_phosphorylation_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X) = fn_membrane_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_31(X) = fn_atom_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_31(X) = fn_atom_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(X) = fn_signal_transduction_6(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(X) = fn_kinase_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_68(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_51(X) = fn_protein_phosphatase_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_74(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_34(X) = fn_enzyme_6(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_33(X) = fn_enzyme_5(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X) = fn_metabolic_pathway_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X) = fn_enzyme_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X) = fn_synthesis_of_camp_7(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X) = fn_amp_65(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X) = fn_synthesis_of_organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X) = fn_synthesis_of_camp_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_49(X) = fn_protein_phosphatase_3(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_73(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_48(X) = fn_protein_phosphatase_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_73(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_50(X) = fn_protein_phosphatase_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_73(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_87(X) = fn_cell_signaling_1(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_90(X) = fn_polymer_10(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_89(X) = fn_polymer_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_85(X) = fn_polymer_8(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_84(X) = fn_polymer_7(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_86(X) = fn_polymer_6(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_86(X) = fn_polymer_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_92(X) = fn_cell_signaling_with_g_protein_coupled_receptor_105(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_76(X) = fn_cell_signaling_with_g_protein_coupled_receptor_83(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_80(X) = fn_cell_signaling_with_g_protein_coupled_receptor_106(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X) = fn_cell_signaling_with_g_protein_coupled_receptor_78(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X) = fn_cell_signaling_with_g_protein_coupled_receptor_109(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_70(X) = fn_cell_signaling_with_g_protein_coupled_receptor_61(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_57(X) = fn_cell_signaling_with_g_protein_coupled_receptor_100(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_43(X) = fn_cell_signaling_with_g_protein_coupled_receptor_59(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(X) = fn_cell_signaling_with_g_protein_coupled_receptor_103(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X) = fn_cell_signaling_3(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X) = fn_cell_signaling_4(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X) = fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X) = fn_cell_signaling_with_g_protein_coupled_receptor_28(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_78(X) = fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_78(X) = fn_cell_signaling_with_g_protein_coupled_receptor_28(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X) = fn_cell_signaling_with_plasma_membrane_receptor_12(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X) = fn_cell_signaling_with_plasma_membrane_receptor_21(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X) = fn_cell_signaling_with_g_protein_coupled_receptor_27(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_83(X) = fn_cell_signaling_with_plasma_membrane_receptor_11(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_83(X) = fn_cell_signaling_with_g_protein_coupled_receptor_57(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(X) = fn_cell_signaling_with_g_protein_coupled_receptor_101(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_71(X) = fn_cell_signaling_with_g_protein_coupled_receptor_94(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_75(X) = fn_cell_signaling_with_g_protein_coupled_receptor_65(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X) = fn_cell_signaling_with_g_protein_coupled_receptor_67(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_22(X) = fn_cell_signaling_with_g_protein_coupled_receptor_58(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_91(X) = fn_cell_signaling_with_g_protein_coupled_receptor_32(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_82(X) = fn_cell_signaling_with_g_protein_coupled_receptor_63(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_32(X) = fn_cell_signaling_with_g_protein_coupled_receptor_104(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_47(X) = fn_cell_signaling_with_g_protein_coupled_receptor_59(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X) = fn_cell_signaling_with_g_protein_coupled_receptor_64(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_88(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_88(X) = fn_cell_signaling_with_g_protein_coupled_receptor_66(X)
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_100(X) = fn_inactivation_of_camp_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_99(X) = fn_inactivation_of_camp_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_98(X) = fn_hydrolysis_17(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X) = fn_inactivation_of_camp_19(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_98(X) = fn_inactivation_of_camp_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_93(X) = fn_inactivation_of_camp_17(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_94(X) = fn_inactivation_of_camp_16(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_95(X) = fn_inactivation_of_camp_15(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_96(X) = fn_decomposition_reaction_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_96(X) = fn_hydrolysis_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_96(X) = fn_inactivation_of_camp_14(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X) = fn_hydrolysis_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X) = fn_cyclic_amp_80(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_29(X) = fn_cyclic_amp_24(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_28(X) = fn_cyclic_amp_67(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_24(X) = fn_cyclic_amp_79(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_26(X) = fn_amp_66(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X) = fn_cyclic_amp_83(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_29(X) = fn_cyclic_amp_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_28(X) = fn_cyclic_amp_68(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_27(X) = fn_5_prime_carbon_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_27(X) = fn_5_prime_carbon_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_27(X) = fn_cyclic_amp_87(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_30(X) = fn_cyclic_amp_115(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_26(X) = fn_cyclic_amp_85(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X) = fn_hydrolysis_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X) = fn_hydrolysis_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X) = fn_organic_molecule_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X) = fn_organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X) = fn_cyclic_amp_80(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X) = fn_cyclic_amp_83(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_23(X) = fn_cyclic_amp_78(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_36(X) = fn_cell_23(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_35(X) = fn_cell_10(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_76(X) = fn_cell_27(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_41(X) = fn_cell_26(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_39(X) = fn_cell_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_40(X) = fn_cell_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_38(X) = fn_cell_22(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X) = fn_cell_30(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_37(X) = fn_cell_14(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_45(X) = fn_cell_29(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_58(X) = fn_cell_28(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_80(X) = fn_biomembrane_41(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_78(X) = fn_plasma_membrane_54(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X) = fn_plasma_membrane_68(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X) = fn_plasma_membrane_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X) = fn_plasma_membrane_3(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_46(X) = fn_plasma_membrane_70(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_46(X) = fn_plasma_membrane_77(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_76(X) = fn_plasma_membrane_66(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_81(X) = fn_plasma_membrane_52(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_80(X) = fn_plasma_membrane_65(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X) = fn_plasma_membrane_54(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_42(X) = fn_plasma_membrane_55(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_41(X) = fn_biomembrane_63(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X) = fn_membrane_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_41(X) = fn_membrane_protein_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X))
& fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_41(X) = fn_plasma_membrane_71(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_decomposition_reaction_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_51(X)) = fn_decomposition_reaction_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_51(X))
& fn_decomposition_reaction_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_51(X)) = fn_phosphorylation_5(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(X))
& fn_phosphorylation_5(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(X)) = fn_phosphorylation_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(X))
& fn_phosphorylation_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_56(X)) = fn_make_accessible_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(X))
& fn_make_accessible_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_64(X)) = fn_attach_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(X))
& fn_attach_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_63(X)) = fn_detach_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_91(X))
& fn_detach_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_91(X)) = fn_synthesis_of_camp_7(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X))
& fn_synthesis_of_camp_7(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X)) = fn_enzyme_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X))
& fn_enzyme_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X)) = fn_enzyme_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X))
& fn_enzyme_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_44(X)) = fn_amp_65(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_amp_65(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_polymer_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X))
& fn_polymer_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X)) = fn_polymer_6(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X))
& fn_polymer_6(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X)) = fn_polymer_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X))
& fn_polymer_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X)) = fn_signal_transduction_6(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X))
& fn_signal_transduction_6(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_59(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_59(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_59(X) = fn_cell_signaling_with_g_protein_coupled_receptor_59(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_59(X) = fn_cell_signaling_with_g_protein_coupled_receptor_57(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_57(X) = fn_cell_signaling_with_g_protein_coupled_receptor_57(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_57(X) = fn_cell_signaling_with_plasma_membrane_receptor_11(X)
& fn_cell_signaling_with_plasma_membrane_receptor_11(X) = fn_cell_signaling_with_g_protein_coupled_receptor_57(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_57(X) = fn_cell_signaling_with_g_protein_coupled_receptor_65(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_65(X) = fn_cell_signaling_with_plasma_membrane_receptor_12(X)
& fn_cell_signaling_with_plasma_membrane_receptor_12(X) = fn_cell_signaling_with_g_protein_coupled_receptor_65(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_65(X) = fn_cell_signaling_with_g_protein_coupled_receptor_65(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_65(X) = fn_cell_signaling_3(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_64(X) = fn_cell_signaling_3(X)
& fn_cell_signaling_3(X) = fn_cell_signaling_with_g_protein_coupled_receptor_64(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_64(X) = fn_cell_signaling_with_g_protein_coupled_receptor_64(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_64(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_66(X) = fn_cell_signaling_with_g_protein_coupled_receptor_66(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_66(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_cell_signaling_with_plasma_membrane_receptor_15(X) = fn_cell_signaling_with_g_protein_coupled_receptor_66(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_66(X) = fn_hydrolysis_17(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_hydrolysis_17(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)) = fn_inactivation_of_camp_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_inactivation_of_camp_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)) = fn_inactivation_of_camp_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_inactivation_of_camp_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)) = fn_hydrolysis_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_hydrolysis_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)) = fn_decomposition_reaction_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_decomposition_reaction_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)) = fn_hydrolysis_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_hydrolysis_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)) = fn_hydrolysis_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_inactivation_of_camp_14(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)) = fn_hydrolysis_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_hydrolysis_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)) = fn_inactivation_of_camp_14(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_inactivation_of_camp_14(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)) = fn_cyclic_amp_24(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cyclic_amp_24(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_cyclic_amp_24(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cyclic_amp_24(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_cyclic_amp_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cyclic_amp_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_cyclic_amp_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cyclic_amp_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_cyclic_amp_68(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cyclic_amp_68(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_cyclic_amp_67(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cyclic_amp_67(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_cyclic_amp_68(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cyclic_amp_68(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_cyclic_amp_68(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cyclic_amp_68(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_5_prime_carbon_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X))
& fn_5_prime_carbon_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_97(X)) = fn_cyclic_amp_87(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cyclic_amp_87(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_5_prime_carbon_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X))
& fn_5_prime_carbon_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_25(X)) = fn_cyclic_amp_87(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cyclic_amp_87(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_cyclic_amp_85(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cyclic_amp_85(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_amp_66(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_amp_66(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_cyclic_amp_85(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cyclic_amp_85(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_cyclic_amp_85(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cyclic_amp_85(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_hydrolysis_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_hydrolysis_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_hydrolysis_9(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)) = fn_organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cyclic_amp_83(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_cyclic_amp_83(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cyclic_amp_83(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_cyclic_amp_80(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cyclic_amp_80(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_hydrolysis_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_hydrolysis_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)) = fn_hydrolysis_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_organic_molecule_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_hydrolysis_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_hydrolysis_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)) = fn_organic_molecule_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cyclic_amp_80(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_organic_molecule_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_organic_molecule_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_organic_molecule_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_organic_molecule_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_cyclic_amp_80(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cyclic_amp_80(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_cyclic_amp_80(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cyclic_amp_80(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_cyclic_amp_83(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cyclic_amp_83(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_cyclic_amp_83(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X))
& fn_cyclic_amp_83(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_66(X)) = fn_second_messenger_3(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_65(X))
& fn_second_messenger_3(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_65(X)) = fn_messenger_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_72(X))
& fn_messenger_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_72(X)) = fn_messenger_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_72(X))
& fn_messenger_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_72(X)) = fn_synthesis_of_organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X))
& fn_synthesis_of_organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X)) = fn_synthesis_of_organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X))
& fn_synthesis_of_organic_molecule_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X)) = fn_hydrolysis_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_synthesis_of_camp_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X)) = fn_hydrolysis_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_hydrolysis_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)) = fn_hydrolysis_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_hydrolysis_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)) = fn_synthesis_of_camp_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X))
& fn_synthesis_of_camp_11(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X)) = fn_inactivation_of_camp_19(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_inactivation_of_camp_19(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)) = fn_inactivation_of_camp_19(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X))
& fn_inactivation_of_camp_19(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_61(X)) = fn_metabolic_pathway_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X))
& fn_metabolic_pathway_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_67(X)) = fn_cell_signaling_4(X)
& fn_cell_signaling_4(X) = fn_cell_signaling_4(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_67(X) = fn_cell_signaling_4(X)
& fn_cell_signaling_4(X) = fn_cell_signaling_with_g_protein_coupled_receptor_67(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_67(X) = fn_cell_signaling_with_g_protein_coupled_receptor_67(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_67(X) = fn_cell_signaling_with_g_protein_coupled_receptor_28(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_28(X) = fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_plasma_membrane_receptor_19(X) = fn_cell_signaling_with_g_protein_coupled_receptor_28(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_28(X) = fn_plasma_membrane_54(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)) = fn_plasma_membrane_70(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_plasma_membrane_70(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)) = fn_plasma_membrane_70(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_plasma_membrane_70(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)) = fn_plasma_membrane_77(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_plasma_membrane_77(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)) = fn_plasma_membrane_77(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_plasma_membrane_77(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_83(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_83(X) = fn_cell_27(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X))
& fn_cell_27(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)) = fn_cell_27(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X))
& fn_cell_27(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)) = fn_plasma_membrane_66(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_plasma_membrane_66(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)) = fn_plasma_membrane_66(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_plasma_membrane_66(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_106(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_106(X) = fn_biomembrane_41(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_biomembrane_41(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_106(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_106(X) = fn_plasma_membrane_65(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)) = fn_plasma_membrane_65(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_78(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_78(X) = fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_plasma_membrane_receptor_19(X) = fn_cell_signaling_with_g_protein_coupled_receptor_78(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_78(X) = fn_cell_signaling_with_g_protein_coupled_receptor_78(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_78(X) = fn_cell_signaling_with_g_protein_coupled_receptor_28(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_28(X) = fn_cell_signaling_with_g_protein_coupled_receptor_28(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_28(X) = fn_plasma_membrane_68(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)) = fn_plasma_membrane_68(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)) = fn_plasma_membrane_54(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)) = fn_plasma_membrane_54(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)) = fn_plasma_membrane_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_plasma_membrane_4(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)) = fn_plasma_membrane_3(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_cell_signaling_with_plasma_membrane_receptor_21(X) = fn_cell_signaling_with_plasma_membrane_receptor_21(X)
& fn_cell_signaling_with_plasma_membrane_receptor_21(X) = fn_plasma_membrane_3(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_plasma_membrane_3(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)) = fn_cell_signaling_with_plasma_membrane_receptor_21(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_27(X) = fn_cell_signaling_with_plasma_membrane_receptor_21(X)
& fn_cell_signaling_with_plasma_membrane_receptor_21(X) = fn_cell_signaling_with_g_protein_coupled_receptor_27(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_27(X) = fn_cell_signaling_with_g_protein_coupled_receptor_27(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_27(X) = fn_plasma_membrane_55(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)) = fn_plasma_membrane_55(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)) = fn_biomembrane_63(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_biomembrane_63(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)) = fn_membrane_protein_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X))
& fn_cell_26(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)) = fn_membrane_protein_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X))
& fn_membrane_protein_2(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X)) = fn_cell_26(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X))
& fn_cell_26(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)) = fn_plasma_membrane_71(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_plasma_membrane_71(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)) = fn_plasma_membrane_71(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X))
& fn_plasma_membrane_71(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_79(X)) = fn_membrane_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(X))
& fn_membrane_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_62(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_109(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_109(X) = fn_membrane_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X))
& fn_membrane_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X)) = fn_membrane_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X))
& fn_membrane_protein_1(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_77(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_109(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_109(X) = fn_cell_signaling_with_g_protein_coupled_receptor_109(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_109(X) = fn_cell_30(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X))
& fn_cell_30(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)) = fn_cell_30(fn_cell_signaling_with_camp_and_g_protein_coupled_receptor_60(X)) ) ) ).
fof(a528212,axiom,
! [X] :
( cell_signaling_with_cgmp_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-cGMP')
& user_description_2(X,'Process of signaling between and within cells which uses cAMP as second messenger during signal transduction.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with cgmp')
& concept2words_2(X,'cell-signaling-with-cgmp')
& chemical_signaling_1(X)
& cyclic_gmp_1(fn_cell_signaling_with_cgmp_1(X))
& second_messenger_1(fn_cell_signaling_with_cgmp_2(X))
& signal_reception_1(fn_cell_signaling_with_cgmp_3(X))
& chemical_entity_1(fn_second_messenger_3(fn_cell_signaling_with_cgmp_2(X)))
& in_event_2(fn_cell_signaling_with_cgmp_2(X),X)
& plays_2(fn_cell_signaling_with_cgmp_1(X),fn_cell_signaling_with_cgmp_2(X))
& agent_2(X,fn_cell_signaling_with_cgmp_1(X))
& object_2(fn_cell_signaling_with_cgmp_3(X),fn_cell_signaling_with_cgmp_1(X))
& subevent_2(X,fn_cell_signaling_with_cgmp_3(X))
& first_subevent_2(X,fn_cell_signaling_with_cgmp_3(X))
& fn_cell_signaling_with_cgmp_1(X) = fn_second_messenger_3(fn_cell_signaling_with_cgmp_2(X))
& fn_cell_signaling_with_cgmp_3(X) = fn_cell_signaling_2(X)
& fn_cell_signaling_with_cgmp_1(X) = fn_cell_signaling_5(X)
& fn_second_messenger_3(fn_cell_signaling_with_cgmp_2(X)) = fn_cell_signaling_5(X)
& fn_cell_signaling_5(X) = fn_cell_signaling_5(X) ) ) ).
fof(a528213,axiom,
! [X] :
( cell_signaling_with_g_protein_coupled_receptor_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-G-Protein-Coupled-Receptor')
& user_description_2(X,'A signal transduction pathway initiated by the binding of a signaling molecule to the receptor protein that binds GTP, which activates the G protein to which it is attached.')
& concept2words_2(X,'g protein coupled cell signaling')
& concept2words_2(X,'g-protein-coupled-cell-signaling')
& concept2words_2(X,'g protein coupled signaling')
& concept2words_2(X,'g-protein-coupled-signaling')
& concept2words_2(X,'signal transduction with g protein')
& concept2words_2(X,'signal transduction with g-protein')
& concept2words_2(X,'cell signaling with g protein')
& concept2words_2(X,'cell signaling with g-protein')
& concept2words_2(X,'g protein signaling')
& concept2words_2(X,'g-protein signaling')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with g protein coupled receptor')
& concept2words_2(X,'cell-signaling-with-g-protein-coupled-receptor')
& cell_signaling_with_plasma_membrane_receptor_1(X)
& activation_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_2(X))
& shape_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_7(X))
& shape_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_8(X))
& activation_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_9(X))
& activation_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_11(X))
& activation_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_13(X))
& activation_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_14(X))
& shape_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_17(X))
& shape_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_18(X))
& activation_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_24(X))
& substance_1(fn_cell_signaling_with_g_protein_coupled_receptor_25(X))
& aqueous_solution_1(fn_cell_signaling_with_g_protein_coupled_receptor_25(X))
& move_through_1(fn_cell_signaling_with_g_protein_coupled_receptor_26(X))
& move_1(fn_cell_signaling_with_g_protein_coupled_receptor_26(X))
& membrane_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_27(X))
& tangible_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_27(X))
& transmembrane_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_27(X))
& integral_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_27(X))
& transport_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_27(X))
& spatial_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_28(X))
& polymer_1(fn_cell_signaling_with_g_protein_coupled_receptor_28(X))
& tangible_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_28(X))
& membrane_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_28(X))
& protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_28(X))
& tangible_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_29(X))
& phospholipid_bilayer_1(fn_cell_signaling_with_g_protein_coupled_receptor_29(X))
& ligand_binding_1(fn_cell_signaling_with_g_protein_coupled_receptor_30(X))
& receptor_site_1(fn_cell_signaling_with_g_protein_coupled_receptor_31(X))
& detach_1(fn_cell_signaling_with_g_protein_coupled_receptor_32(X))
& gtpase_1(fn_cell_signaling_with_g_protein_coupled_receptor_35(X))
& reactant_1(fn_cell_signaling_with_g_protein_coupled_receptor_36(X))
& tangible_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_37(X))
& entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_37(X))
& chemical_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_37(X))
& atom_1(fn_cell_signaling_with_g_protein_coupled_receptor_37(X))
& phosphorus_1(fn_cell_signaling_with_g_protein_coupled_receptor_37(X))
& oxygen_1(fn_cell_signaling_with_g_protein_coupled_receptor_38(X))
& entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_38(X))
& chemical_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_38(X))
& atom_1(fn_cell_signaling_with_g_protein_coupled_receptor_38(X))
& functional_group_1(fn_cell_signaling_with_g_protein_coupled_receptor_39(X))
& phosphate_group_1(fn_cell_signaling_with_g_protein_coupled_receptor_39(X))
& chemical_bond_1(fn_cell_signaling_with_g_protein_coupled_receptor_40(X))
& covalent_bond_1(fn_cell_signaling_with_g_protein_coupled_receptor_40(X))
& double_bond_1(fn_cell_signaling_with_g_protein_coupled_receptor_40(X))
& chemical_bond_1(fn_cell_signaling_with_g_protein_coupled_receptor_41(X))
& single_bond_1(fn_cell_signaling_with_g_protein_coupled_receptor_41(X))
& covalent_bond_1(fn_cell_signaling_with_g_protein_coupled_receptor_41(X))
& constant_motion_1(fn_cell_signaling_with_g_protein_coupled_receptor_42(X))
& size_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_43(X))
& protein_domain_1(fn_cell_signaling_with_g_protein_coupled_receptor_44(X))
& hydrophilic_region_1(fn_cell_signaling_with_g_protein_coupled_receptor_45(X))
& surface_1(fn_cell_signaling_with_g_protein_coupled_receptor_46(X))
& carbon_skeleton_1(fn_cell_signaling_with_g_protein_coupled_receptor_47(X))
& polypeptide_1(fn_cell_signaling_with_g_protein_coupled_receptor_48(X))
& atom_1(fn_cell_signaling_with_g_protein_coupled_receptor_49(X))
& chemical_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_49(X))
& monomer_1(fn_cell_signaling_with_g_protein_coupled_receptor_50(X))
& carbon_1(fn_cell_signaling_with_g_protein_coupled_receptor_51(X))
& kinetic_energy_1(fn_cell_signaling_with_g_protein_coupled_receptor_52(X))
& quantity_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_53(X))
& speed_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_54(X))
& size_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_55(X))
& spatial_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_56(X))
& chemical_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_56(X))
& monomer_1(fn_cell_signaling_with_g_protein_coupled_receptor_56(X))
& molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_56(X))
& amino_acid_1(fn_cell_signaling_with_g_protein_coupled_receptor_56(X))
& chemical_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_57(X))
& chemical_reaction_1(fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& decomposition_reaction_1(fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& dephosphorylation_1(fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& make_accessible_1(fn_cell_signaling_with_g_protein_coupled_receptor_59(X))
& activate_1(fn_cell_signaling_with_g_protein_coupled_receptor_59(X))
& g_protein_coupled_receptor_1(fn_cell_signaling_with_g_protein_coupled_receptor_60(X))
& detach_1(fn_cell_signaling_with_g_protein_coupled_receptor_61(X))
& protein_enzyme_1(fn_cell_signaling_with_g_protein_coupled_receptor_62(X))
& spatial_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& chemical_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& polymer_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& organic_molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& g_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& cell_signaling_event_1(fn_cell_signaling_with_g_protein_coupled_receptor_64(X))
& signal_transduction_1(fn_cell_signaling_with_g_protein_coupled_receptor_64(X))
& g_protein_coupled_receptor_1(fn_cell_signaling_with_g_protein_coupled_receptor_65(X))
& signal_reception_1(fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& cell_1(fn_cell_signaling_with_g_protein_coupled_receptor_67(X))
& spatial_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_68(X))
& chemical_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_68(X))
& monomer_1(fn_cell_signaling_with_g_protein_coupled_receptor_68(X))
& molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_68(X))
& amino_acid_1(fn_cell_signaling_with_g_protein_coupled_receptor_68(X))
& size_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_69(X))
& speed_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_70(X))
& quantity_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_71(X))
& quantity_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_72(X))
& quantity_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_73(X))
& charge_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_74(X))
& charge_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_75(X))
& cation_1(fn_cell_signaling_with_g_protein_coupled_receptor_76(X))
& anion_1(fn_cell_signaling_with_g_protein_coupled_receptor_77(X))
& tangible_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_78(X))
& membrane_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_78(X))
& protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_78(X))
& spatial_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_78(X))
& polymer_1(fn_cell_signaling_with_g_protein_coupled_receptor_78(X))
& attach_1(fn_cell_signaling_with_g_protein_coupled_receptor_79(X))
& cation_1(fn_cell_signaling_with_g_protein_coupled_receptor_80(X))
& anion_1(fn_cell_signaling_with_g_protein_coupled_receptor_81(X))
& mixture_1(fn_cell_signaling_with_g_protein_coupled_receptor_82(X))
& cytoplasm_1(fn_cell_signaling_with_g_protein_coupled_receptor_82(X))
& surface_1(fn_cell_signaling_with_g_protein_coupled_receptor_83(X))
& cytoplasmic_side_1(fn_cell_signaling_with_g_protein_coupled_receptor_83(X))
& kinetic_energy_1(fn_cell_signaling_with_g_protein_coupled_receptor_84(X))
& size_value_1(fn_cell_signaling_with_g_protein_coupled_receptor_85(X))
& monomer_1(fn_cell_signaling_with_g_protein_coupled_receptor_86(X))
& atom_1(fn_cell_signaling_with_g_protein_coupled_receptor_87(X))
& chemical_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_87(X))
& carbon_1(fn_cell_signaling_with_g_protein_coupled_receptor_87(X))
& polypeptide_1(fn_cell_signaling_with_g_protein_coupled_receptor_88(X))
& carbon_skeleton_1(fn_cell_signaling_with_g_protein_coupled_receptor_89(X))
& surface_1(fn_cell_signaling_with_g_protein_coupled_receptor_90(X))
& hydrophilic_region_1(fn_cell_signaling_with_g_protein_coupled_receptor_91(X))
& protein_domain_1(fn_cell_signaling_with_g_protein_coupled_receptor_92(X))
& constant_motion_1(fn_cell_signaling_with_g_protein_coupled_receptor_93(X))
& replace_1(fn_cell_signaling_with_g_protein_coupled_receptor_94(X))
& attach_1(fn_cell_signaling_with_g_protein_coupled_receptor_95(X))
& detach_1(fn_cell_signaling_with_g_protein_coupled_receptor_96(X))
& spatial_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& chemical_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& organic_molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& gtp_1(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& gdp_1(fn_cell_signaling_with_g_protein_coupled_receptor_98(X))
& spatial_entity_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& polymer_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& organic_molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& g_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& move_1(fn_cell_signaling_with_g_protein_coupled_receptor_100(X))
& attach_1(fn_cell_signaling_with_g_protein_coupled_receptor_101(X))
& protein_enzyme_1(fn_cell_signaling_with_g_protein_coupled_receptor_102(X))
& activate_1(fn_cell_signaling_with_g_protein_coupled_receptor_103(X))
& attach_1(fn_cell_signaling_with_g_protein_coupled_receptor_104(X))
& g_protein_coupled_receptor_1(fn_cell_signaling_with_g_protein_coupled_receptor_105(X))
& outside_face_1(fn_cell_signaling_with_g_protein_coupled_receptor_106(X))
& extracellular_side_1(fn_cell_signaling_with_g_protein_coupled_receptor_106(X))
& monomer_1(fn_cell_signaling_with_g_protein_coupled_receptor_107(X))
& monomer_1(fn_cell_signaling_with_g_protein_coupled_receptor_108(X))
& biomembrane_1(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& plasma_membrane_1(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& spatial_entity_1(fn_detach_2(fn_cell_signaling_with_g_protein_coupled_receptor_61(X)))
& spatial_entity_1(fn_detach_2(fn_cell_signaling_with_g_protein_coupled_receptor_32(X)))
& property_node_1(fn_signal_transduction_5(fn_cell_signaling_with_g_protein_coupled_receptor_64(X)))
& activation_value_1(fn_signal_transduction_2(fn_cell_signaling_with_g_protein_coupled_receptor_64(X)))
& activate_1(fn_signal_transduction_6(fn_cell_signaling_with_g_protein_coupled_receptor_64(X)))
& receptor_site_1(fn_signal_reception_9(fn_cell_signaling_with_g_protein_coupled_receptor_66(X)))
& ligand_binding_1(fn_signal_reception_6(fn_cell_signaling_with_g_protein_coupled_receptor_66(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& protein_domain_1(fn_protein_7(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& spatial_entity_1(fn_protein_14(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& chemical_entity_1(fn_protein_14(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& monomer_1(fn_protein_14(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& molecule_1(fn_protein_14(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& amino_acid_1(fn_protein_14(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& polypeptide_1(fn_protein_8(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& hydrophilic_region_1(fn_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& surface_1(fn_protein_5(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& polypeptide_1(fn_protein_8(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& spatial_entity_1(fn_protein_14(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& chemical_entity_1(fn_protein_14(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& monomer_1(fn_protein_14(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& molecule_1(fn_protein_14(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& amino_acid_1(fn_protein_14(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& protein_domain_1(fn_protein_7(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& hydrophilic_region_1(fn_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& surface_1(fn_protein_5(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& property_node_1(fn_molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& kinetic_energy_1(fn_molecule_12(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& speed_value_1(fn_molecule_3(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& constant_motion_1(fn_molecule_8(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& property_node_1(fn_molecule_2(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& quantity_value_1(fn_molecule_4(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& carbon_1(fn_organic_molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& atom_1(fn_organic_molecule_2(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& kinetic_energy_1(fn_molecule_12(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& constant_motion_1(fn_molecule_8(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& property_node_1(fn_molecule_2(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& quantity_value_1(fn_molecule_4(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& property_node_1(fn_molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& speed_value_1(fn_molecule_3(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& size_value_1(fn_g_protein_4(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& size_value_1(fn_g_protein_3(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& gtpase_1(fn_g_protein_2(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& size_value_1(fn_g_protein_4(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& size_value_1(fn_g_protein_3(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& move_through_1(fn_plasma_membrane_74(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& move_1(fn_plasma_membrane_74(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& attach_1(fn_plasma_membrane_52(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& cation_1(fn_plasma_membrane_61(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& cation_1(fn_plasma_membrane_64(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& property_node_1(fn_plasma_membrane_29(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& quantity_value_1(fn_plasma_membrane_18(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& anion_1(fn_plasma_membrane_14(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& property_node_1(fn_plasma_membrane_28(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& quantity_value_1(fn_plasma_membrane_19(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& anion_1(fn_plasma_membrane_15(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& property_node_1(fn_plasma_membrane_92(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& charge_value_1(fn_plasma_membrane_63(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& property_node_1(fn_plasma_membrane_67(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& charge_value_1(fn_plasma_membrane_62(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& entity_1(fn_make_accessible_1(fn_cell_signaling_with_g_protein_coupled_receptor_103(X)))
& spatial_entity_1(fn_attach_2(fn_cell_signaling_with_g_protein_coupled_receptor_101(X)))
& spatial_entity_1(fn_detach_1(fn_cell_signaling_with_g_protein_coupled_receptor_96(X)))
& spatial_entity_1(fn_replace_1(fn_cell_signaling_with_g_protein_coupled_receptor_94(X)))
& entity_1(fn_make_accessible_1(fn_cell_signaling_with_g_protein_coupled_receptor_59(X)))
& spatial_entity_1(fn_signal_reception_4(fn_cell_signaling_with_g_protein_coupled_receptor_66(X)))
& polymer_1(fn_signal_reception_4(fn_cell_signaling_with_g_protein_coupled_receptor_66(X)))
& receptor_protein_1(fn_signal_reception_4(fn_cell_signaling_with_g_protein_coupled_receptor_66(X)))
& spatial_entity_1(fn_attach_2(fn_cell_signaling_with_g_protein_coupled_receptor_104(X)))
& receptor_protein_1(fn_signal_transduction_3(fn_cell_signaling_with_g_protein_coupled_receptor_64(X)))
& monomer_1(fn_signal_reception_8(fn_cell_signaling_with_g_protein_coupled_receptor_66(X)))
& monomer_1(fn_signal_reception_7(fn_cell_signaling_with_g_protein_coupled_receptor_66(X)))
& chemical_entity_1(fn_signal_reception_5(fn_cell_signaling_with_g_protein_coupled_receptor_66(X)))
& mixture_1(fn_cell_28(fn_cell_signaling_with_g_protein_coupled_receptor_67(X)))
& cytoplasm_1(fn_cell_28(fn_cell_signaling_with_g_protein_coupled_receptor_67(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_cell_signaling_with_g_protein_coupled_receptor_83(X)))
& cell_1(fn_cell_signaling_event_1(fn_cell_signaling_with_g_protein_coupled_receptor_64(X)))
& cell_1(fn_signal_reception_3(fn_cell_signaling_with_g_protein_coupled_receptor_66(X)))
& cell_1(fn_cytoplasm_7(fn_cell_signaling_with_g_protein_coupled_receptor_82(X)))
& chemical_bond_1(fn_molecule_10(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)))
& single_bond_1(fn_gtp_15(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)))
& covalent_bond_1(fn_gtp_15(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)))
& atom_1(fn_organic_molecule_2(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& carbon_1(fn_organic_molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& monomer_1(fn_polymer_4(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& monomer_1(fn_g_protein_5(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& spatial_entity_1(fn_attach_2(fn_cell_signaling_with_g_protein_coupled_receptor_95(X)))
& spatial_entity_1(fn_detach_2(fn_cell_signaling_with_g_protein_coupled_receptor_96(X)))
& spatial_entity_1(fn_replace_3(fn_cell_signaling_with_g_protein_coupled_receptor_94(X)))
& spatial_entity_1(fn_attach_1(fn_cell_signaling_with_g_protein_coupled_receptor_104(X)))
& spatial_entity_1(fn_detach_1(fn_cell_signaling_with_g_protein_coupled_receptor_32(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_cell_signaling_with_g_protein_coupled_receptor_58(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_cell_signaling_with_g_protein_coupled_receptor_58(X)))
& monomer_1(fn_polymer_4(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& monomer_1(fn_g_protein_5(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)))
& spatial_entity_1(fn_move_1(fn_cell_signaling_with_g_protein_coupled_receptor_100(X)))
& spatial_entity_1(fn_detach_1(fn_cell_signaling_with_g_protein_coupled_receptor_61(X)))
& spatial_entity_1(fn_attach_1(fn_cell_signaling_with_g_protein_coupled_receptor_101(X)))
& chemical_reaction_1(fn_reactant_2(fn_cell_signaling_with_g_protein_coupled_receptor_36(X)))
& decomposition_reaction_1(fn_gtpase_9(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)))
& dephosphorylation_1(fn_gtpase_9(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)))
& phosphate_group_1(fn_dephosphorylation_12(fn_cell_signaling_with_g_protein_coupled_receptor_58(X)))
& phosphate_group_1(fn_gtp_18(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)))
& functional_group_1(fn_gtpase_6(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)))
& phosphate_group_1(fn_gtpase_6(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)))
& entity_1(fn_gtp_17(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)))
& chemical_entity_1(fn_gtp_17(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)))
& atom_1(fn_gtp_17(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)))
& oxygen_1(fn_gtp_17(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)))
& oxygen_1(fn_dephosphorylation_4(fn_cell_signaling_with_g_protein_coupled_receptor_58(X)))
& entity_1(fn_dephosphorylation_4(fn_cell_signaling_with_g_protein_coupled_receptor_58(X)))
& chemical_entity_1(fn_dephosphorylation_4(fn_cell_signaling_with_g_protein_coupled_receptor_58(X)))
& atom_1(fn_dephosphorylation_4(fn_cell_signaling_with_g_protein_coupled_receptor_58(X)))
& entity_1(fn_gtp_20(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)))
& chemical_entity_1(fn_gtp_20(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)))
& atom_1(fn_gtp_20(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)))
& oxygen_1(fn_gtp_20(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)))
& oxygen_1(fn_gtpase_3(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)))
& entity_1(fn_gtpase_3(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)))
& chemical_entity_1(fn_gtpase_3(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)))
& atom_1(fn_gtpase_3(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)))
& phosphorus_1(fn_dephosphorylation_5(fn_cell_signaling_with_g_protein_coupled_receptor_58(X)))
& atom_1(fn_molecule_11(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)))
& tangible_entity_1(fn_gtp_21(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)))
& entity_1(fn_gtp_21(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)))
& chemical_entity_1(fn_gtp_21(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)))
& atom_1(fn_gtp_21(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)))
& phosphorus_1(fn_gtp_21(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)))
& tangible_entity_1(fn_gtpase_4(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)))
& entity_1(fn_gtpase_4(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)))
& chemical_entity_1(fn_gtpase_4(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)))
& atom_1(fn_gtpase_4(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)))
& phosphorus_1(fn_gtpase_4(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)))
& chemical_bond_1(fn_gtp_19(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)))
& double_bond_1(fn_gtp_19(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)))
& covalent_bond_1(fn_gtp_19(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)))
& chemical_bond_1(fn_gtpase_2(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)))
& covalent_bond_1(fn_gtpase_2(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)))
& double_bond_1(fn_gtpase_2(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)))
& spatial_entity_1(fn_attach_1(fn_cell_signaling_with_g_protein_coupled_receptor_95(X)))
& chemical_entity_1(fn_reactant_3(fn_cell_signaling_with_g_protein_coupled_receptor_36(X)))
& spatial_entity_1(fn_replace_2(fn_cell_signaling_with_g_protein_coupled_receptor_94(X)))
& molecule_1(fn_dephosphorylation_11(fn_cell_signaling_with_g_protein_coupled_receptor_58(X)))
& chemical_entity_1(fn_dephosphorylation_11(fn_cell_signaling_with_g_protein_coupled_receptor_58(X)))
& organic_molecule_1(fn_dephosphorylation_11(fn_cell_signaling_with_g_protein_coupled_receptor_58(X)))
& molecule_1(fn_gtpase_8(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)))
& chemical_entity_1(fn_gtpase_8(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)))
& organic_molecule_1(fn_gtpase_8(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)))
& gtp_1(fn_gtpase_8(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)))
& substance_1(fn_plasma_membrane_70(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& tangible_entity_1(fn_biomembrane_63(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& surface_1(fn_cell_27(fn_cell_signaling_with_g_protein_coupled_receptor_67(X)))
& cytoplasmic_side_1(fn_cell_27(fn_cell_signaling_with_g_protein_coupled_receptor_67(X)))
& cytoplasmic_side_1(fn_g_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& outside_face_1(fn_biomembrane_41(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& biomembrane_1(fn_membrane_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_65(X)))
& plasma_membrane_1(fn_cell_surface_receptor_1(fn_cell_signaling_with_g_protein_coupled_receptor_65(X)))
& plasma_membrane_1(fn_cell_30(fn_cell_signaling_with_g_protein_coupled_receptor_67(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& protein_1(fn_plasma_membrane_54(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& polymer_1(fn_plasma_membrane_54(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& protein_1(fn_plasma_membrane_68(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)))
& fn_cell_signaling_with_g_protein_coupled_receptor_27(X) != fn_cell_signaling_with_g_protein_coupled_receptor_65(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_28(X) != fn_cell_signaling_with_g_protein_coupled_receptor_65(X)
& causes_2(fn_cell_signaling_with_g_protein_coupled_receptor_30(X),fn_cell_signaling_with_g_protein_coupled_receptor_59(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_57(X) != fn_cell_signaling_with_g_protein_coupled_receptor_65(X)
& causes_2(fn_cell_signaling_with_g_protein_coupled_receptor_58(X),fn_cell_signaling_with_g_protein_coupled_receptor_32(X))
& different_type_2(fn_cell_signaling_with_g_protein_coupled_receptor_7(X),fn_cell_signaling_with_g_protein_coupled_receptor_8(X))
& different_type_2(fn_cell_signaling_with_g_protein_coupled_receptor_8(X),fn_cell_signaling_with_g_protein_coupled_receptor_7(X))
& next_event_2(fn_cell_signaling_with_g_protein_coupled_receptor_59(X),fn_cell_signaling_with_g_protein_coupled_receptor_104(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_59(X) != fn_cell_signaling_with_g_protein_coupled_receptor_103(X)
& shape_2(fn_cell_signaling_with_g_protein_coupled_receptor_60(X),fn_cell_signaling_with_g_protein_coupled_receptor_8(X))
& has_state_2(fn_cell_signaling_with_g_protein_coupled_receptor_60(X),fn_cell_signaling_with_g_protein_coupled_receptor_105(X))
& next_event_2(fn_cell_signaling_with_g_protein_coupled_receptor_61(X),fn_cell_signaling_with_g_protein_coupled_receptor_100(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_61(X) != fn_cell_signaling_with_g_protein_coupled_receptor_94(X)
& is_across_2(fn_cell_signaling_with_g_protein_coupled_receptor_62(X),fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_62(X) != fn_cell_signaling_with_g_protein_coupled_receptor_105(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_62(X) != fn_cell_signaling_with_g_protein_coupled_receptor_67(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_62(X) != fn_cell_signaling_with_g_protein_coupled_receptor_65(X)
& shape_2(fn_cell_signaling_with_g_protein_coupled_receptor_62(X),fn_cell_signaling_with_g_protein_coupled_receptor_17(X))
& has_state_2(fn_cell_signaling_with_g_protein_coupled_receptor_62(X),fn_cell_signaling_with_g_protein_coupled_receptor_102(X))
& activation_2(fn_cell_signaling_with_g_protein_coupled_receptor_62(X),fn_cell_signaling_with_g_protein_coupled_receptor_13(X))
& has_state_2(fn_cell_signaling_with_g_protein_coupled_receptor_63(X),fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& activation_2(fn_cell_signaling_with_g_protein_coupled_receptor_63(X),fn_cell_signaling_with_g_protein_coupled_receptor_9(X))
& subevent_2(fn_cell_signaling_with_g_protein_coupled_receptor_64(X),fn_cell_signaling_with_g_protein_coupled_receptor_94(X))
& subevent_2(fn_cell_signaling_with_g_protein_coupled_receptor_64(X),fn_cell_signaling_with_g_protein_coupled_receptor_103(X))
& subevent_2(fn_cell_signaling_with_g_protein_coupled_receptor_64(X),fn_cell_signaling_with_g_protein_coupled_receptor_61(X))
& subevent_2(fn_cell_signaling_with_g_protein_coupled_receptor_64(X),fn_cell_signaling_with_g_protein_coupled_receptor_100(X))
& subevent_2(fn_cell_signaling_with_g_protein_coupled_receptor_64(X),fn_cell_signaling_with_g_protein_coupled_receptor_101(X))
& subevent_2(fn_cell_signaling_with_g_protein_coupled_receptor_64(X),fn_cell_signaling_with_g_protein_coupled_receptor_104(X))
& agent_2(fn_cell_signaling_with_g_protein_coupled_receptor_64(X),fn_cell_signaling_with_g_protein_coupled_receptor_67(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_65(X) != fn_cell_signaling_with_g_protein_coupled_receptor_27(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_65(X) != fn_cell_signaling_with_g_protein_coupled_receptor_28(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_65(X) != fn_cell_signaling_with_g_protein_coupled_receptor_57(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_65(X) != fn_cell_signaling_with_g_protein_coupled_receptor_62(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_65(X) != fn_cell_signaling_with_g_protein_coupled_receptor_102(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_65(X) != fn_cell_signaling_with_g_protein_coupled_receptor_67(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_65(X) != fn_cell_signaling_with_g_protein_coupled_receptor_78(X)
& shape_2(fn_cell_signaling_with_g_protein_coupled_receptor_65(X),fn_cell_signaling_with_g_protein_coupled_receptor_7(X))
& has_state_2(fn_cell_signaling_with_g_protein_coupled_receptor_65(X),fn_cell_signaling_with_g_protein_coupled_receptor_60(X))
& activation_2(fn_cell_signaling_with_g_protein_coupled_receptor_65(X),fn_cell_signaling_with_g_protein_coupled_receptor_2(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_67(X) != fn_cell_signaling_with_g_protein_coupled_receptor_62(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_67(X) != fn_cell_signaling_with_g_protein_coupled_receptor_65(X)
& has_part_2(fn_cell_signaling_with_g_protein_coupled_receptor_67(X),fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_78(X) != fn_cell_signaling_with_g_protein_coupled_receptor_65(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_94(X) != fn_cell_signaling_with_g_protein_coupled_receptor_61(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_94(X) != fn_cell_signaling_with_g_protein_coupled_receptor_101(X)
& next_event_2(fn_cell_signaling_with_g_protein_coupled_receptor_94(X),fn_cell_signaling_with_g_protein_coupled_receptor_61(X))
& result_2(fn_cell_signaling_with_g_protein_coupled_receptor_94(X),fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& subevent_2(fn_cell_signaling_with_g_protein_coupled_receptor_94(X),fn_cell_signaling_with_g_protein_coupled_receptor_96(X))
& subevent_2(fn_cell_signaling_with_g_protein_coupled_receptor_94(X),fn_cell_signaling_with_g_protein_coupled_receptor_95(X))
& first_subevent_2(fn_cell_signaling_with_g_protein_coupled_receptor_94(X),fn_cell_signaling_with_g_protein_coupled_receptor_96(X))
& called_2(fn_cell_signaling_with_g_protein_coupled_receptor_95(X),'AttachNew')
& next_event_2(fn_cell_signaling_with_g_protein_coupled_receptor_96(X),fn_cell_signaling_with_g_protein_coupled_receptor_95(X))
& called_2(fn_cell_signaling_with_g_protein_coupled_receptor_96(X),'RemoveOld')
& the_categorical_value_2(fn_cell_signaling_with_g_protein_coupled_receptor_9(X),inactive_0)
& the_categorical_value_2(fn_cell_signaling_with_g_protein_coupled_receptor_11(X),active_0)
& activation_2(fn_cell_signaling_with_g_protein_coupled_receptor_99(X),fn_cell_signaling_with_g_protein_coupled_receptor_11(X))
& next_event_2(fn_cell_signaling_with_g_protein_coupled_receptor_100(X),fn_cell_signaling_with_g_protein_coupled_receptor_101(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_101(X) != fn_cell_signaling_with_g_protein_coupled_receptor_94(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_101(X) != fn_cell_signaling_with_g_protein_coupled_receptor_104(X)
& next_event_2(fn_cell_signaling_with_g_protein_coupled_receptor_101(X),fn_cell_signaling_with_g_protein_coupled_receptor_103(X))
& the_categorical_value_2(fn_cell_signaling_with_g_protein_coupled_receptor_13(X),inactive_0)
& the_categorical_value_2(fn_cell_signaling_with_g_protein_coupled_receptor_14(X),active_0)
& fn_cell_signaling_with_g_protein_coupled_receptor_102(X) != fn_cell_signaling_with_g_protein_coupled_receptor_65(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_102(X) != fn_cell_signaling_with_g_protein_coupled_receptor_105(X)
& activation_2(fn_cell_signaling_with_g_protein_coupled_receptor_102(X),fn_cell_signaling_with_g_protein_coupled_receptor_14(X))
& shape_2(fn_cell_signaling_with_g_protein_coupled_receptor_102(X),fn_cell_signaling_with_g_protein_coupled_receptor_18(X))
& different_type_2(fn_cell_signaling_with_g_protein_coupled_receptor_17(X),fn_cell_signaling_with_g_protein_coupled_receptor_18(X))
& different_type_2(fn_cell_signaling_with_g_protein_coupled_receptor_18(X),fn_cell_signaling_with_g_protein_coupled_receptor_17(X))
& causes_2(fn_cell_signaling_with_g_protein_coupled_receptor_103(X),fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_103(X) != fn_cell_signaling_with_g_protein_coupled_receptor_59(X)
& agent_2(fn_cell_signaling_with_g_protein_coupled_receptor_103(X),fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& result_2(fn_cell_signaling_with_g_protein_coupled_receptor_103(X),fn_cell_signaling_with_g_protein_coupled_receptor_102(X))
& the_categorical_value_2(fn_cell_signaling_with_g_protein_coupled_receptor_2(X),inactive_0)
& next_event_2(fn_cell_signaling_with_g_protein_coupled_receptor_104(X),fn_cell_signaling_with_g_protein_coupled_receptor_94(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_104(X) != fn_cell_signaling_with_g_protein_coupled_receptor_101(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_105(X) != fn_cell_signaling_with_g_protein_coupled_receptor_62(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_105(X) != fn_cell_signaling_with_g_protein_coupled_receptor_102(X)
& object_2(fn_cell_signaling_with_g_protein_coupled_receptor_59(X),fn_cell_signaling_with_g_protein_coupled_receptor_65(X))
& base_2(fn_cell_signaling_with_g_protein_coupled_receptor_61(X),fn_cell_signaling_with_g_protein_coupled_receptor_105(X))
& base_2(fn_cell_signaling_with_g_protein_coupled_receptor_104(X),fn_cell_signaling_with_g_protein_coupled_receptor_60(X))
& object_2(fn_cell_signaling_with_g_protein_coupled_receptor_103(X),fn_cell_signaling_with_g_protein_coupled_receptor_62(X))
& base_2(fn_cell_signaling_with_g_protein_coupled_receptor_95(X),fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& base_2(fn_cell_signaling_with_g_protein_coupled_receptor_96(X),fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& object_2(fn_cell_signaling_with_g_protein_coupled_receptor_100(X),fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& base_2(fn_cell_signaling_with_g_protein_coupled_receptor_94(X),fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& object_2(fn_cell_signaling_with_g_protein_coupled_receptor_61(X),fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& object_2(fn_cell_signaling_with_g_protein_coupled_receptor_104(X),fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& object_2(fn_cell_signaling_with_g_protein_coupled_receptor_32(X),fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& object_2(fn_cell_signaling_with_g_protein_coupled_receptor_101(X),fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& base_2(fn_cell_signaling_with_g_protein_coupled_receptor_32(X),fn_cell_signaling_with_g_protein_coupled_receptor_102(X))
& base_2(fn_cell_signaling_with_g_protein_coupled_receptor_101(X),fn_cell_signaling_with_g_protein_coupled_receptor_62(X))
& object_2(fn_cell_signaling_with_g_protein_coupled_receptor_95(X),fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& object_2(fn_cell_signaling_with_g_protein_coupled_receptor_96(X),fn_cell_signaling_with_g_protein_coupled_receptor_98(X))
& plays_2(fn_cell_signaling_with_g_protein_coupled_receptor_97(X),fn_cell_signaling_with_g_protein_coupled_receptor_36(X))
& in_event_2(fn_cell_signaling_with_g_protein_coupled_receptor_36(X),fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& object_2(fn_cell_signaling_with_g_protein_coupled_receptor_94(X),fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& called_2(fn_cell_signaling_with_g_protein_coupled_receptor_97(X),'new entity')
& object_2(fn_cell_signaling_with_g_protein_coupled_receptor_94(X),fn_cell_signaling_with_g_protein_coupled_receptor_98(X))
& called_2(fn_cell_signaling_with_g_protein_coupled_receptor_98(X),'old entity')
& has_part_2(fn_cell_signaling_with_g_protein_coupled_receptor_109(X),fn_cell_signaling_with_g_protein_coupled_receptor_65(X))
& is_across_2(fn_cell_signaling_with_g_protein_coupled_receptor_65(X),fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& base_2(fn_cell_signaling_with_g_protein_coupled_receptor_64(X),fn_cell_signaling_with_g_protein_coupled_receptor_67(X))
& base_2(X,fn_cell_signaling_with_g_protein_coupled_receptor_67(X))
& has_part_2(fn_cell_signaling_with_g_protein_coupled_receptor_65(X),fn_cell_signaling_with_g_protein_coupled_receptor_107(X))
& has_region_2(fn_cell_signaling_with_g_protein_coupled_receptor_65(X),fn_cell_signaling_with_g_protein_coupled_receptor_31(X))
& has_function_2(fn_cell_signaling_with_g_protein_coupled_receptor_65(X),fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& base_2(fn_cell_signaling_with_g_protein_coupled_receptor_30(X),fn_cell_signaling_with_g_protein_coupled_receptor_65(X))
& instrument_2(fn_cell_signaling_with_g_protein_coupled_receptor_66(X),fn_cell_signaling_with_g_protein_coupled_receptor_65(X))
& has_part_2(fn_cell_signaling_with_g_protein_coupled_receptor_65(X),fn_cell_signaling_with_g_protein_coupled_receptor_108(X))
& complement_2(fn_cell_signaling_with_g_protein_coupled_receptor_57(X),fn_cell_signaling_with_g_protein_coupled_receptor_65(X))
& complement_2(fn_cell_signaling_with_g_protein_coupled_receptor_65(X),fn_cell_signaling_with_g_protein_coupled_receptor_57(X))
& first_subevent_2(fn_cell_signaling_with_g_protein_coupled_receptor_64(X),fn_cell_signaling_with_g_protein_coupled_receptor_59(X))
& subevent_2(fn_cell_signaling_with_g_protein_coupled_receptor_64(X),fn_cell_signaling_with_g_protein_coupled_receptor_59(X))
& result_2(fn_cell_signaling_with_g_protein_coupled_receptor_59(X),fn_cell_signaling_with_g_protein_coupled_receptor_60(X))
& has_part_2(fn_cell_signaling_with_g_protein_coupled_receptor_67(X),fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& is_inside_2(fn_cell_signaling_with_g_protein_coupled_receptor_82(X),fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& is_oriented_toward_2(fn_cell_signaling_with_g_protein_coupled_receptor_83(X),fn_cell_signaling_with_g_protein_coupled_receptor_82(X))
& next_event_2(fn_cell_signaling_with_g_protein_coupled_receptor_66(X),fn_cell_signaling_with_g_protein_coupled_receptor_64(X))
& subevent_2(X,fn_cell_signaling_with_g_protein_coupled_receptor_64(X))
& subevent_2(X,fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& first_subevent_2(X,fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_27(X) != fn_cell_signaling_with_g_protein_coupled_receptor_78(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_78(X) != fn_cell_signaling_with_g_protein_coupled_receptor_27(X)
& is_at_2(fn_cell_signaling_with_g_protein_coupled_receptor_57(X),fn_cell_signaling_with_g_protein_coupled_receptor_106(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_57(X) != fn_cell_signaling_with_g_protein_coupled_receptor_28(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_28(X) != fn_cell_signaling_with_g_protein_coupled_receptor_57(X)
& agent_2(X,fn_cell_signaling_with_g_protein_coupled_receptor_57(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_27(X) != fn_cell_signaling_with_g_protein_coupled_receptor_57(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_57(X) != fn_cell_signaling_with_g_protein_coupled_receptor_27(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_78(X) != fn_cell_signaling_with_g_protein_coupled_receptor_57(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_57(X) != fn_cell_signaling_with_g_protein_coupled_receptor_78(X)
& facilitates_2(fn_cell_signaling_with_g_protein_coupled_receptor_31(X),fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& site_2(fn_cell_signaling_with_g_protein_coupled_receptor_30(X),fn_cell_signaling_with_g_protein_coupled_receptor_31(X))
& has_function_2(fn_cell_signaling_with_g_protein_coupled_receptor_57(X),fn_cell_signaling_with_g_protein_coupled_receptor_30(X))
& object_2(fn_cell_signaling_with_g_protein_coupled_receptor_66(X),fn_cell_signaling_with_g_protein_coupled_receptor_57(X))
& base_2(fn_cell_signaling_with_g_protein_coupled_receptor_66(X),fn_cell_signaling_with_g_protein_coupled_receptor_67(X))
& subevent_2(fn_cell_signaling_with_g_protein_coupled_receptor_66(X),fn_cell_signaling_with_g_protein_coupled_receptor_30(X))
& object_2(fn_cell_signaling_with_g_protein_coupled_receptor_30(X),fn_cell_signaling_with_g_protein_coupled_receptor_57(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_57(X) != fn_cell_signaling_with_g_protein_coupled_receptor_107(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_108(X) != fn_cell_signaling_with_g_protein_coupled_receptor_57(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_57(X) != fn_cell_signaling_with_g_protein_coupled_receptor_108(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_107(X) != fn_cell_signaling_with_g_protein_coupled_receptor_57(X)
& has_function_2(fn_cell_signaling_with_g_protein_coupled_receptor_109(X),fn_cell_signaling_with_g_protein_coupled_receptor_26(X))
& base_2(fn_cell_signaling_with_g_protein_coupled_receptor_26(X),fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& path_2(fn_cell_signaling_with_g_protein_coupled_receptor_26(X),fn_cell_signaling_with_g_protein_coupled_receptor_83(X))
& is_inside_2(fn_cell_signaling_with_g_protein_coupled_receptor_25(X),fn_cell_signaling_with_g_protein_coupled_receptor_83(X))
& is_between_2(fn_cell_signaling_with_g_protein_coupled_receptor_109(X),fn_cell_signaling_with_g_protein_coupled_receptor_25(X))
& has_part_2(fn_cell_signaling_with_g_protein_coupled_receptor_109(X),fn_cell_signaling_with_g_protein_coupled_receptor_28(X))
& is_across_2(fn_cell_signaling_with_g_protein_coupled_receptor_27(X),fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& has_part_2(fn_cell_signaling_with_g_protein_coupled_receptor_109(X),fn_cell_signaling_with_g_protein_coupled_receptor_27(X))
& is_outside_2(fn_cell_signaling_with_g_protein_coupled_receptor_106(X),fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& has_region_2(fn_cell_signaling_with_g_protein_coupled_receptor_109(X),fn_cell_signaling_with_g_protein_coupled_receptor_106(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_27(X) != fn_cell_signaling_with_g_protein_coupled_receptor_28(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_28(X) != fn_cell_signaling_with_g_protein_coupled_receptor_27(X)
& has_part_2(fn_cell_signaling_with_g_protein_coupled_receptor_109(X),fn_cell_signaling_with_g_protein_coupled_receptor_29(X))
& is_inside_2(fn_cell_signaling_with_g_protein_coupled_receptor_27(X),fn_cell_signaling_with_g_protein_coupled_receptor_29(X))
& has_region_2(fn_cell_signaling_with_g_protein_coupled_receptor_27(X),fn_cell_signaling_with_g_protein_coupled_receptor_106(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_78(X) != fn_cell_signaling_with_g_protein_coupled_receptor_28(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_28(X) != fn_cell_signaling_with_g_protein_coupled_receptor_78(X)
& object_2(fn_cell_signaling_with_g_protein_coupled_receptor_79(X),fn_cell_signaling_with_g_protein_coupled_receptor_78(X))
& site_2(fn_cell_signaling_with_g_protein_coupled_receptor_79(X),fn_cell_signaling_with_g_protein_coupled_receptor_83(X))
& has_region_2(fn_cell_signaling_with_g_protein_coupled_receptor_109(X),fn_cell_signaling_with_g_protein_coupled_receptor_83(X))
& is_at_2(fn_cell_signaling_with_g_protein_coupled_receptor_80(X),fn_cell_signaling_with_g_protein_coupled_receptor_83(X))
& charge_2(fn_cell_signaling_with_g_protein_coupled_receptor_80(X),fn_cell_signaling_with_g_protein_coupled_receptor_74(X))
& greater_than_2(fn_cell_signaling_with_g_protein_coupled_receptor_75(X),fn_cell_signaling_with_g_protein_coupled_receptor_74(X))
& charge_2(fn_cell_signaling_with_g_protein_coupled_receptor_76(X),fn_cell_signaling_with_g_protein_coupled_receptor_75(X))
& is_at_2(fn_cell_signaling_with_g_protein_coupled_receptor_76(X),fn_cell_signaling_with_g_protein_coupled_receptor_106(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_72(X) != fn_cell_signaling_with_g_protein_coupled_receptor_73(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_73(X) != fn_cell_signaling_with_g_protein_coupled_receptor_72(X)
& quantity_2(fn_cell_signaling_with_g_protein_coupled_receptor_81(X),fn_cell_signaling_with_g_protein_coupled_receptor_72(X))
& is_at_2(fn_cell_signaling_with_g_protein_coupled_receptor_81(X),fn_cell_signaling_with_g_protein_coupled_receptor_83(X))
& quantity_2(fn_cell_signaling_with_g_protein_coupled_receptor_77(X),fn_cell_signaling_with_g_protein_coupled_receptor_73(X))
& is_at_2(fn_cell_signaling_with_g_protein_coupled_receptor_77(X),fn_cell_signaling_with_g_protein_coupled_receptor_106(X))
& called_2(fn_cell_signaling_with_g_protein_coupled_receptor_78(X),'MP2')
& has_part_2(fn_cell_signaling_with_g_protein_coupled_receptor_109(X),fn_cell_signaling_with_g_protein_coupled_receptor_78(X))
& is_at_2(fn_cell_signaling_with_g_protein_coupled_receptor_27(X),fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& called_2(fn_cell_signaling_with_g_protein_coupled_receptor_28(X),'MP1')
& is_inside_2(fn_cell_signaling_with_g_protein_coupled_receptor_38(X),fn_cell_signaling_with_g_protein_coupled_receptor_39(X))
& is_inside_2(fn_cell_signaling_with_g_protein_coupled_receptor_37(X),fn_cell_signaling_with_g_protein_coupled_receptor_39(X))
& has_part_2(fn_cell_signaling_with_g_protein_coupled_receptor_97(X),fn_cell_signaling_with_g_protein_coupled_receptor_37(X))
& raw_material_2(fn_cell_signaling_with_g_protein_coupled_receptor_58(X),fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& has_function_2(fn_cell_signaling_with_g_protein_coupled_receptor_35(X),fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_38(X) != fn_cell_signaling_with_g_protein_coupled_receptor_37(X)
& has_region_2(fn_cell_signaling_with_g_protein_coupled_receptor_97(X),fn_cell_signaling_with_g_protein_coupled_receptor_39(X))
& has_part_2(fn_cell_signaling_with_g_protein_coupled_receptor_97(X),fn_cell_signaling_with_g_protein_coupled_receptor_38(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_37(X) != fn_cell_signaling_with_g_protein_coupled_receptor_38(X)
& is_between_2(fn_cell_signaling_with_g_protein_coupled_receptor_40(X),fn_cell_signaling_with_g_protein_coupled_receptor_37(X))
& possesses_2(fn_cell_signaling_with_g_protein_coupled_receptor_97(X),fn_cell_signaling_with_g_protein_coupled_receptor_40(X))
& has_part_2(fn_cell_signaling_with_g_protein_coupled_receptor_99(X),fn_cell_signaling_with_g_protein_coupled_receptor_35(X))
& size_2(fn_cell_signaling_with_g_protein_coupled_receptor_99(X),fn_cell_signaling_with_g_protein_coupled_receptor_43(X))
& greater_than_2(fn_cell_signaling_with_g_protein_coupled_receptor_43(X),fn_cell_signaling_with_g_protein_coupled_receptor_55(X))
& size_2(fn_cell_signaling_with_g_protein_coupled_receptor_50(X),fn_cell_signaling_with_g_protein_coupled_receptor_55(X))
& has_part_2(fn_cell_signaling_with_g_protein_coupled_receptor_99(X),fn_cell_signaling_with_g_protein_coupled_receptor_50(X))
& the_scalar_value_2(fn_cell_signaling_with_g_protein_coupled_receptor_43(X),big_0)
& scalar_unit_class_2(fn_cell_signaling_with_g_protein_coupled_receptor_43(X),polypeptide_0)
& the_scalar_value_2(fn_cell_signaling_with_g_protein_coupled_receptor_85(X),big_0)
& scalar_unit_class_2(fn_cell_signaling_with_g_protein_coupled_receptor_85(X),polypeptide_0)
& greater_than_2(fn_cell_signaling_with_g_protein_coupled_receptor_85(X),fn_cell_signaling_with_g_protein_coupled_receptor_69(X))
& size_2(fn_cell_signaling_with_g_protein_coupled_receptor_86(X),fn_cell_signaling_with_g_protein_coupled_receptor_69(X))
& has_part_2(fn_cell_signaling_with_g_protein_coupled_receptor_63(X),fn_cell_signaling_with_g_protein_coupled_receptor_86(X))
& size_2(fn_cell_signaling_with_g_protein_coupled_receptor_63(X),fn_cell_signaling_with_g_protein_coupled_receptor_85(X))
& speed_2(fn_cell_signaling_with_g_protein_coupled_receptor_93(X),fn_cell_signaling_with_g_protein_coupled_receptor_70(X))
& directly_proportional_2(fn_cell_signaling_with_g_protein_coupled_receptor_70(X),fn_cell_signaling_with_g_protein_coupled_receptor_71(X))
& quantity_2(fn_cell_signaling_with_g_protein_coupled_receptor_84(X),fn_cell_signaling_with_g_protein_coupled_receptor_71(X))
& possesses_2(fn_cell_signaling_with_g_protein_coupled_receptor_63(X),fn_cell_signaling_with_g_protein_coupled_receptor_84(X))
& object_2(fn_cell_signaling_with_g_protein_coupled_receptor_93(X),fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_51(X) != fn_cell_signaling_with_g_protein_coupled_receptor_49(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_49(X) != fn_cell_signaling_with_g_protein_coupled_receptor_51(X)
& is_inside_2(fn_cell_signaling_with_g_protein_coupled_receptor_51(X),fn_cell_signaling_with_g_protein_coupled_receptor_47(X))
& has_part_2(fn_cell_signaling_with_g_protein_coupled_receptor_99(X),fn_cell_signaling_with_g_protein_coupled_receptor_51(X))
& has_part_2(fn_cell_signaling_with_g_protein_coupled_receptor_99(X),fn_cell_signaling_with_g_protein_coupled_receptor_49(X))
& has_region_2(fn_cell_signaling_with_g_protein_coupled_receptor_99(X),fn_cell_signaling_with_g_protein_coupled_receptor_47(X))
& directly_proportional_2(fn_cell_signaling_with_g_protein_coupled_receptor_54(X),fn_cell_signaling_with_g_protein_coupled_receptor_53(X))
& quantity_2(fn_cell_signaling_with_g_protein_coupled_receptor_52(X),fn_cell_signaling_with_g_protein_coupled_receptor_53(X))
& possesses_2(fn_cell_signaling_with_g_protein_coupled_receptor_99(X),fn_cell_signaling_with_g_protein_coupled_receptor_52(X))
& speed_2(fn_cell_signaling_with_g_protein_coupled_receptor_42(X),fn_cell_signaling_with_g_protein_coupled_receptor_54(X))
& object_2(fn_cell_signaling_with_g_protein_coupled_receptor_42(X),fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& has_region_2(fn_cell_signaling_with_g_protein_coupled_receptor_63(X),fn_cell_signaling_with_g_protein_coupled_receptor_91(X))
& has_part_2(fn_cell_signaling_with_g_protein_coupled_receptor_63(X),fn_cell_signaling_with_g_protein_coupled_receptor_88(X))
& has_part_2(fn_cell_signaling_with_g_protein_coupled_receptor_88(X),fn_cell_signaling_with_g_protein_coupled_receptor_68(X))
& is_at_2(fn_cell_signaling_with_g_protein_coupled_receptor_68(X),fn_cell_signaling_with_g_protein_coupled_receptor_92(X))
& has_region_2(fn_cell_signaling_with_g_protein_coupled_receptor_63(X),fn_cell_signaling_with_g_protein_coupled_receptor_92(X))
& is_at_2(fn_cell_signaling_with_g_protein_coupled_receptor_91(X),fn_cell_signaling_with_g_protein_coupled_receptor_90(X))
& has_region_2(fn_cell_signaling_with_g_protein_coupled_receptor_63(X),fn_cell_signaling_with_g_protein_coupled_receptor_90(X))
& has_region_2(fn_cell_signaling_with_g_protein_coupled_receptor_99(X),fn_cell_signaling_with_g_protein_coupled_receptor_45(X))
& has_region_2(fn_cell_signaling_with_g_protein_coupled_receptor_99(X),fn_cell_signaling_with_g_protein_coupled_receptor_44(X))
& is_at_2(fn_cell_signaling_with_g_protein_coupled_receptor_56(X),fn_cell_signaling_with_g_protein_coupled_receptor_44(X))
& has_part_2(fn_cell_signaling_with_g_protein_coupled_receptor_48(X),fn_cell_signaling_with_g_protein_coupled_receptor_56(X))
& has_part_2(fn_cell_signaling_with_g_protein_coupled_receptor_99(X),fn_cell_signaling_with_g_protein_coupled_receptor_48(X))
& is_at_2(fn_cell_signaling_with_g_protein_coupled_receptor_45(X),fn_cell_signaling_with_g_protein_coupled_receptor_46(X))
& has_region_2(fn_cell_signaling_with_g_protein_coupled_receptor_99(X),fn_cell_signaling_with_g_protein_coupled_receptor_46(X))
& is_inside_2(fn_cell_signaling_with_g_protein_coupled_receptor_87(X),fn_cell_signaling_with_g_protein_coupled_receptor_89(X))
& has_region_2(fn_cell_signaling_with_g_protein_coupled_receptor_63(X),fn_cell_signaling_with_g_protein_coupled_receptor_89(X))
& has_part_2(fn_cell_signaling_with_g_protein_coupled_receptor_63(X),fn_cell_signaling_with_g_protein_coupled_receptor_87(X))
& is_between_2(fn_cell_signaling_with_g_protein_coupled_receptor_41(X),fn_cell_signaling_with_g_protein_coupled_receptor_37(X))
& possesses_2(fn_cell_signaling_with_g_protein_coupled_receptor_97(X),fn_cell_signaling_with_g_protein_coupled_receptor_41(X))
& is_between_2(fn_cell_signaling_with_g_protein_coupled_receptor_41(X),fn_cell_signaling_with_g_protein_coupled_receptor_38(X))
& has_part_2(fn_cell_signaling_with_g_protein_coupled_receptor_67(X),fn_cell_signaling_with_g_protein_coupled_receptor_82(X))
& is_facing_2(fn_cell_signaling_with_g_protein_coupled_receptor_83(X),fn_cell_signaling_with_g_protein_coupled_receptor_82(X))
& is_at_2(fn_cell_signaling_with_g_protein_coupled_receptor_63(X),fn_cell_signaling_with_g_protein_coupled_receptor_83(X))
& result_2(fn_cell_signaling_with_g_protein_coupled_receptor_58(X),fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_65(X) = fn_make_accessible_1(fn_cell_signaling_with_g_protein_coupled_receptor_59(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_105(X) = fn_detach_2(fn_cell_signaling_with_g_protein_coupled_receptor_61(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_60(X) = fn_attach_2(fn_cell_signaling_with_g_protein_coupled_receptor_104(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_62(X) = fn_make_accessible_1(fn_cell_signaling_with_g_protein_coupled_receptor_103(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_63(X) = fn_attach_2(fn_cell_signaling_with_g_protein_coupled_receptor_95(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_63(X) = fn_detach_2(fn_cell_signaling_with_g_protein_coupled_receptor_96(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_99(X) = fn_move_1(fn_cell_signaling_with_g_protein_coupled_receptor_100(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_63(X) = fn_replace_3(fn_cell_signaling_with_g_protein_coupled_receptor_94(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_99(X) = fn_detach_1(fn_cell_signaling_with_g_protein_coupled_receptor_61(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_63(X) = fn_attach_1(fn_cell_signaling_with_g_protein_coupled_receptor_104(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_63(X) = fn_detach_1(fn_cell_signaling_with_g_protein_coupled_receptor_32(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_99(X) = fn_attach_1(fn_cell_signaling_with_g_protein_coupled_receptor_101(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_102(X) = fn_detach_2(fn_cell_signaling_with_g_protein_coupled_receptor_32(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_62(X) = fn_attach_2(fn_cell_signaling_with_g_protein_coupled_receptor_101(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_97(X) = fn_attach_1(fn_cell_signaling_with_g_protein_coupled_receptor_95(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_98(X) = fn_detach_1(fn_cell_signaling_with_g_protein_coupled_receptor_96(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_97(X) = fn_reactant_3(fn_cell_signaling_with_g_protein_coupled_receptor_36(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_58(X) = fn_reactant_2(fn_cell_signaling_with_g_protein_coupled_receptor_36(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_97(X) = fn_replace_2(fn_cell_signaling_with_g_protein_coupled_receptor_94(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_98(X) = fn_replace_1(fn_cell_signaling_with_g_protein_coupled_receptor_94(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_109(X) = fn_membrane_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_65(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_109(X) = fn_cell_surface_receptor_1(fn_cell_signaling_with_g_protein_coupled_receptor_65(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_67(X) = fn_cell_signaling_event_1(fn_cell_signaling_with_g_protein_coupled_receptor_64(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_64(X) = fn_cell_signaling_3(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_107(X) = fn_signal_reception_7(fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_65(X) = fn_signal_reception_4(fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_23(X) = fn_signal_transduction_5(fn_cell_signaling_with_g_protein_coupled_receptor_64(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_24(X) = fn_signal_transduction_2(fn_cell_signaling_with_g_protein_coupled_receptor_64(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_60(X) = fn_signal_transduction_3(fn_cell_signaling_with_g_protein_coupled_receptor_64(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_59(X) = fn_signal_transduction_6(fn_cell_signaling_with_g_protein_coupled_receptor_64(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_83(X) = fn_cell_27(fn_cell_signaling_with_g_protein_coupled_receptor_67(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_82(X) = fn_cell_28(fn_cell_signaling_with_g_protein_coupled_receptor_67(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_109(X) = fn_cell_30(fn_cell_signaling_with_g_protein_coupled_receptor_67(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_64(X) = fn_chemical_signaling_8(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_66(X) = fn_chemical_signaling_7(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_66(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_106(X) = fn_cell_signaling_with_plasma_membrane_receptor_8(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_28(X) = fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_78(X) = fn_cell_signaling_with_plasma_membrane_receptor_20(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_27(X) = fn_cell_signaling_with_plasma_membrane_receptor_21(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_57(X) = fn_cell_signaling_with_plasma_membrane_receptor_11(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_67(X) = fn_cell_signaling_4(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_67(X) = fn_signal_reception_3(fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_66(X) = fn_cell_signaling_2(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_57(X) = fn_cell_signaling_5(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_31(X) = fn_signal_reception_9(fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_107(X) = fn_signal_reception_8(fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_108(X) = fn_signal_reception_8(fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_108(X) = fn_signal_reception_7(fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_57(X) = fn_signal_reception_5(fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_30(X) = fn_signal_reception_6(fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_63(X) = fn_decomposition_reaction_2(fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_63(X) = fn_decomposition_reaction_4(fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_83(X) = fn_g_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_82(X) = fn_cytoplasmic_side_1(fn_cell_signaling_with_g_protein_coupled_receptor_83(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_67(X) = fn_cytoplasm_7(fn_cell_signaling_with_g_protein_coupled_receptor_82(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_37(X) = fn_molecule_11(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_41(X) = fn_molecule_10(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_41(X) = fn_gtp_15(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_89(X) = fn_organic_molecule_3(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_87(X) = fn_organic_molecule_2(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_87(X) = fn_organic_molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_44(X) = fn_protein_7(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_56(X) = fn_protein_14(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_48(X) = fn_protein_8(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_45(X) = fn_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_46(X) = fn_protein_5(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_88(X) = fn_protein_8(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_68(X) = fn_protein_14(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_92(X) = fn_protein_7(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_91(X) = fn_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_90(X) = fn_protein_5(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_33(X) = fn_molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_52(X) = fn_molecule_12(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_54(X) = fn_molecule_3(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_42(X) = fn_molecule_8(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_34(X) = fn_molecule_2(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_53(X) = fn_molecule_4(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_51(X) = fn_organic_molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_49(X) = fn_organic_molecule_2(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_47(X) = fn_organic_molecule_3(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_84(X) = fn_molecule_12(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_93(X) = fn_molecule_8(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_111(X) = fn_molecule_2(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_71(X) = fn_molecule_4(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_110(X) = fn_molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_70(X) = fn_molecule_3(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_69(X) = fn_g_protein_4(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_86(X) = fn_polymer_4(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_86(X) = fn_g_protein_5(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_85(X) = fn_g_protein_3(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_35(X) = fn_g_protein_2(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_55(X) = fn_g_protein_4(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_50(X) = fn_polymer_4(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_50(X) = fn_g_protein_5(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_43(X) = fn_g_protein_3(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_39(X) = fn_dephosphorylation_12(fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_97(X) = fn_dephosphorylation_11(fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_58(X) = fn_gtpase_9(fn_cell_signaling_with_g_protein_coupled_receptor_35(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_39(X) = fn_gtp_18(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_39(X) = fn_gtpase_6(fn_cell_signaling_with_g_protein_coupled_receptor_35(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_38(X) = fn_gtp_20(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_38(X) = fn_gtp_17(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_37(X) = fn_dephosphorylation_5(fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_38(X) = fn_dephosphorylation_4(fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_38(X) = fn_gtpase_3(fn_cell_signaling_with_g_protein_coupled_receptor_35(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_40(X) = fn_gtp_19(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_37(X) = fn_gtp_21(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_37(X) = fn_gtpase_4(fn_cell_signaling_with_g_protein_coupled_receptor_35(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_97(X) = fn_gtpase_8(fn_cell_signaling_with_g_protein_coupled_receptor_35(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_40(X) = fn_gtpase_2(fn_cell_signaling_with_g_protein_coupled_receptor_35(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_26(X) = fn_plasma_membrane_74(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_25(X) = fn_plasma_membrane_70(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_25(X) = fn_plasma_membrane_77(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_106(X) = fn_biomembrane_41(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_29(X) = fn_biomembrane_63(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_29(X) = fn_plasma_membrane_71(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_28(X) = fn_plasma_membrane_54(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_79(X) = fn_plasma_membrane_52(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_80(X) = fn_plasma_membrane_61(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_76(X) = fn_plasma_membrane_64(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_115(X) = fn_plasma_membrane_29(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_72(X) = fn_plasma_membrane_18(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_81(X) = fn_plasma_membrane_14(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_83(X) = fn_plasma_membrane_66(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_114(X) = fn_plasma_membrane_28(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_73(X) = fn_plasma_membrane_19(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_77(X) = fn_plasma_membrane_15(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_106(X) = fn_plasma_membrane_65(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_78(X) = fn_plasma_membrane_54(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_27(X) = fn_plasma_membrane_4(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_27(X) = fn_plasma_membrane_3(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_27(X) = fn_plasma_membrane_55(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_113(X) = fn_plasma_membrane_92(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_75(X) = fn_plasma_membrane_63(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_28(X) = fn_plasma_membrane_68(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_112(X) = fn_plasma_membrane_67(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_74(X) = fn_plasma_membrane_62(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_make_accessible_1(fn_cell_signaling_with_g_protein_coupled_receptor_103(X)) = fn_attach_2(fn_cell_signaling_with_g_protein_coupled_receptor_101(X))
& fn_attach_2(fn_cell_signaling_with_g_protein_coupled_receptor_101(X)) = fn_detach_1(fn_cell_signaling_with_g_protein_coupled_receptor_96(X))
& fn_detach_1(fn_cell_signaling_with_g_protein_coupled_receptor_96(X)) = fn_replace_1(fn_cell_signaling_with_g_protein_coupled_receptor_94(X))
& fn_replace_1(fn_cell_signaling_with_g_protein_coupled_receptor_94(X)) = fn_replace_1(fn_cell_signaling_with_g_protein_coupled_receptor_94(X))
& fn_replace_1(fn_cell_signaling_with_g_protein_coupled_receptor_94(X)) = fn_make_accessible_1(fn_cell_signaling_with_g_protein_coupled_receptor_59(X))
& fn_make_accessible_1(fn_cell_signaling_with_g_protein_coupled_receptor_59(X)) = fn_signal_reception_4(fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& fn_signal_reception_4(fn_cell_signaling_with_g_protein_coupled_receptor_66(X)) = fn_signal_reception_4(fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& fn_signal_reception_4(fn_cell_signaling_with_g_protein_coupled_receptor_66(X)) = fn_attach_2(fn_cell_signaling_with_g_protein_coupled_receptor_104(X))
& fn_attach_2(fn_cell_signaling_with_g_protein_coupled_receptor_104(X)) = fn_signal_transduction_3(fn_cell_signaling_with_g_protein_coupled_receptor_64(X))
& fn_signal_transduction_3(fn_cell_signaling_with_g_protein_coupled_receptor_64(X)) = fn_signal_transduction_3(fn_cell_signaling_with_g_protein_coupled_receptor_64(X))
& fn_signal_transduction_3(fn_cell_signaling_with_g_protein_coupled_receptor_64(X)) = fn_cell_signaling_3(X)
& fn_cell_signaling_3(X) = fn_chemical_signaling_8(X)
& fn_chemical_signaling_8(X) = fn_chemical_signaling_8(X)
& fn_chemical_signaling_8(X) = fn_signal_reception_7(fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& fn_signal_reception_7(fn_cell_signaling_with_g_protein_coupled_receptor_66(X)) = fn_signal_reception_8(fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& fn_signal_reception_8(fn_cell_signaling_with_g_protein_coupled_receptor_66(X)) = fn_signal_reception_8(fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& fn_signal_reception_8(fn_cell_signaling_with_g_protein_coupled_receptor_66(X)) = fn_signal_reception_7(fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& fn_signal_reception_7(fn_cell_signaling_with_g_protein_coupled_receptor_66(X)) = fn_signal_reception_7(fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& fn_signal_reception_7(fn_cell_signaling_with_g_protein_coupled_receptor_66(X)) = fn_cell_signaling_with_plasma_membrane_receptor_11(X)
& fn_cell_signaling_with_plasma_membrane_receptor_11(X) = fn_cell_signaling_5(X)
& fn_cell_signaling_5(X) = fn_signal_reception_5(fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& fn_signal_reception_5(fn_cell_signaling_with_g_protein_coupled_receptor_66(X)) = fn_cell_signaling_with_plasma_membrane_receptor_11(X)
& fn_cell_signaling_with_plasma_membrane_receptor_11(X) = fn_cell_signaling_with_plasma_membrane_receptor_11(X)
& fn_cell_signaling_with_plasma_membrane_receptor_11(X) = fn_signal_reception_5(fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& fn_signal_reception_5(fn_cell_signaling_with_g_protein_coupled_receptor_66(X)) = fn_signal_reception_5(fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& fn_signal_reception_5(fn_cell_signaling_with_g_protein_coupled_receptor_66(X)) = fn_chemical_signaling_7(X)
& fn_chemical_signaling_7(X) = fn_cell_signaling_2(X)
& fn_cell_signaling_2(X) = fn_cell_signaling_2(X)
& fn_cell_signaling_2(X) = fn_chemical_signaling_7(X)
& fn_chemical_signaling_7(X) = fn_chemical_signaling_7(X)
& fn_cell_signaling_with_plasma_membrane_receptor_15(X) = fn_chemical_signaling_7(X)
& fn_chemical_signaling_7(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_cell_signaling_with_plasma_membrane_receptor_15(X) = fn_cell_28(fn_cell_signaling_with_g_protein_coupled_receptor_67(X))
& fn_cell_28(fn_cell_signaling_with_g_protein_coupled_receptor_67(X)) = fn_cell_28(fn_cell_signaling_with_g_protein_coupled_receptor_67(X))
& fn_cell_28(fn_cell_signaling_with_g_protein_coupled_receptor_67(X)) = fn_cytoplasmic_side_1(fn_cell_signaling_with_g_protein_coupled_receptor_83(X))
& fn_cytoplasmic_side_1(fn_cell_signaling_with_g_protein_coupled_receptor_83(X)) = fn_cell_signaling_event_1(fn_cell_signaling_with_g_protein_coupled_receptor_64(X))
& fn_cell_signaling_event_1(fn_cell_signaling_with_g_protein_coupled_receptor_64(X)) = fn_cell_signaling_4(X)
& fn_cell_signaling_4(X) = fn_cell_signaling_4(X)
& fn_cell_signaling_4(X) = fn_signal_reception_3(fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& fn_signal_reception_3(fn_cell_signaling_with_g_protein_coupled_receptor_66(X)) = fn_signal_reception_3(fn_cell_signaling_with_g_protein_coupled_receptor_66(X))
& fn_signal_reception_3(fn_cell_signaling_with_g_protein_coupled_receptor_66(X)) = fn_cytoplasm_7(fn_cell_signaling_with_g_protein_coupled_receptor_82(X))
& fn_cytoplasm_7(fn_cell_signaling_with_g_protein_coupled_receptor_82(X)) = fn_molecule_10(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_gtp_15(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)) = fn_molecule_10(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_molecule_10(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)) = fn_gtp_15(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_gtp_15(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)) = fn_gtp_15(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_gtp_15(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)) = fn_organic_molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_organic_molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)) = fn_organic_molecule_2(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_organic_molecule_2(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)) = fn_organic_molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_organic_molecule_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)) = fn_g_protein_5(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_g_protein_5(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)) = fn_polymer_4(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_polymer_4(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)) = fn_g_protein_5(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_g_protein_5(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)) = fn_attach_2(fn_cell_signaling_with_g_protein_coupled_receptor_95(X))
& fn_attach_2(fn_cell_signaling_with_g_protein_coupled_receptor_95(X)) = fn_detach_2(fn_cell_signaling_with_g_protein_coupled_receptor_96(X))
& fn_detach_2(fn_cell_signaling_with_g_protein_coupled_receptor_96(X)) = fn_detach_2(fn_cell_signaling_with_g_protein_coupled_receptor_96(X))
& fn_detach_2(fn_cell_signaling_with_g_protein_coupled_receptor_96(X)) = fn_replace_3(fn_cell_signaling_with_g_protein_coupled_receptor_94(X))
& fn_replace_3(fn_cell_signaling_with_g_protein_coupled_receptor_94(X)) = fn_replace_3(fn_cell_signaling_with_g_protein_coupled_receptor_94(X))
& fn_replace_3(fn_cell_signaling_with_g_protein_coupled_receptor_94(X)) = fn_attach_1(fn_cell_signaling_with_g_protein_coupled_receptor_104(X))
& fn_attach_1(fn_cell_signaling_with_g_protein_coupled_receptor_104(X)) = fn_attach_1(fn_cell_signaling_with_g_protein_coupled_receptor_104(X))
& fn_attach_1(fn_cell_signaling_with_g_protein_coupled_receptor_104(X)) = fn_detach_1(fn_cell_signaling_with_g_protein_coupled_receptor_32(X))
& fn_detach_1(fn_cell_signaling_with_g_protein_coupled_receptor_32(X)) = fn_detach_1(fn_cell_signaling_with_g_protein_coupled_receptor_32(X))
& fn_detach_1(fn_cell_signaling_with_g_protein_coupled_receptor_32(X)) = fn_decomposition_reaction_2(fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& fn_decomposition_reaction_2(fn_cell_signaling_with_g_protein_coupled_receptor_58(X)) = fn_decomposition_reaction_2(fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& fn_decomposition_reaction_2(fn_cell_signaling_with_g_protein_coupled_receptor_58(X)) = fn_decomposition_reaction_4(fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& fn_decomposition_reaction_4(fn_cell_signaling_with_g_protein_coupled_receptor_58(X)) = fn_g_protein_5(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& fn_g_protein_5(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)) = fn_polymer_4(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& fn_polymer_4(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)) = fn_g_protein_5(fn_cell_signaling_with_g_protein_coupled_receptor_99(X))
& fn_g_protein_5(fn_cell_signaling_with_g_protein_coupled_receptor_99(X)) = fn_move_1(fn_cell_signaling_with_g_protein_coupled_receptor_100(X))
& fn_move_1(fn_cell_signaling_with_g_protein_coupled_receptor_100(X)) = fn_detach_1(fn_cell_signaling_with_g_protein_coupled_receptor_61(X))
& fn_detach_1(fn_cell_signaling_with_g_protein_coupled_receptor_61(X)) = fn_detach_1(fn_cell_signaling_with_g_protein_coupled_receptor_61(X))
& fn_detach_1(fn_cell_signaling_with_g_protein_coupled_receptor_61(X)) = fn_attach_1(fn_cell_signaling_with_g_protein_coupled_receptor_101(X))
& fn_attach_1(fn_cell_signaling_with_g_protein_coupled_receptor_101(X)) = fn_reactant_2(fn_cell_signaling_with_g_protein_coupled_receptor_36(X))
& fn_reactant_2(fn_cell_signaling_with_g_protein_coupled_receptor_36(X)) = fn_gtpase_9(fn_cell_signaling_with_g_protein_coupled_receptor_35(X))
& fn_gtpase_9(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)) = fn_gtpase_9(fn_cell_signaling_with_g_protein_coupled_receptor_35(X))
& fn_gtpase_9(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)) = fn_dephosphorylation_12(fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& fn_gtp_18(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)) = fn_dephosphorylation_12(fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& fn_dephosphorylation_12(fn_cell_signaling_with_g_protein_coupled_receptor_58(X)) = fn_gtp_18(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_gtp_18(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)) = fn_gtp_18(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_gtpase_6(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)) = fn_gtp_18(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_gtp_18(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)) = fn_gtpase_6(fn_cell_signaling_with_g_protein_coupled_receptor_35(X))
& fn_gtpase_6(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)) = fn_dephosphorylation_4(fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& fn_dephosphorylation_4(fn_cell_signaling_with_g_protein_coupled_receptor_58(X)) = fn_gtp_17(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_gtp_17(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)) = fn_gtp_17(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_gtp_17(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)) = fn_dephosphorylation_4(fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& fn_gtp_20(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)) = fn_dephosphorylation_4(fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& fn_dephosphorylation_4(fn_cell_signaling_with_g_protein_coupled_receptor_58(X)) = fn_gtp_20(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_gtp_20(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)) = fn_gtp_20(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_gtpase_3(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)) = fn_gtp_20(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_gtp_20(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)) = fn_gtpase_3(fn_cell_signaling_with_g_protein_coupled_receptor_35(X))
& fn_gtpase_3(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)) = fn_gtpase_3(fn_cell_signaling_with_g_protein_coupled_receptor_35(X))
& fn_gtpase_3(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)) = fn_molecule_11(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_molecule_11(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)) = fn_dephosphorylation_5(fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& fn_dephosphorylation_5(fn_cell_signaling_with_g_protein_coupled_receptor_58(X)) = fn_dephosphorylation_5(fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& fn_dephosphorylation_5(fn_cell_signaling_with_g_protein_coupled_receptor_58(X)) = fn_molecule_11(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_molecule_11(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)) = fn_gtp_21(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_gtp_21(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)) = fn_gtp_21(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_gtpase_4(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)) = fn_gtp_21(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_gtp_21(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)) = fn_gtpase_4(fn_cell_signaling_with_g_protein_coupled_receptor_35(X))
& fn_gtpase_4(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)) = fn_gtp_19(fn_cell_signaling_with_g_protein_coupled_receptor_97(X))
& fn_gtp_19(fn_cell_signaling_with_g_protein_coupled_receptor_97(X)) = fn_gtpase_2(fn_cell_signaling_with_g_protein_coupled_receptor_35(X))
& fn_gtpase_2(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)) = fn_gtpase_2(fn_cell_signaling_with_g_protein_coupled_receptor_35(X))
& fn_gtpase_2(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)) = fn_attach_1(fn_cell_signaling_with_g_protein_coupled_receptor_95(X))
& fn_attach_1(fn_cell_signaling_with_g_protein_coupled_receptor_95(X)) = fn_reactant_3(fn_cell_signaling_with_g_protein_coupled_receptor_36(X))
& fn_reactant_3(fn_cell_signaling_with_g_protein_coupled_receptor_36(X)) = fn_reactant_3(fn_cell_signaling_with_g_protein_coupled_receptor_36(X))
& fn_reactant_3(fn_cell_signaling_with_g_protein_coupled_receptor_36(X)) = fn_replace_2(fn_cell_signaling_with_g_protein_coupled_receptor_94(X))
& fn_replace_2(fn_cell_signaling_with_g_protein_coupled_receptor_94(X)) = fn_replace_2(fn_cell_signaling_with_g_protein_coupled_receptor_94(X))
& fn_replace_2(fn_cell_signaling_with_g_protein_coupled_receptor_94(X)) = fn_dephosphorylation_11(fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& fn_dephosphorylation_11(fn_cell_signaling_with_g_protein_coupled_receptor_58(X)) = fn_dephosphorylation_11(fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& fn_gtpase_8(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)) = fn_dephosphorylation_11(fn_cell_signaling_with_g_protein_coupled_receptor_58(X))
& fn_dephosphorylation_11(fn_cell_signaling_with_g_protein_coupled_receptor_58(X)) = fn_gtpase_8(fn_cell_signaling_with_g_protein_coupled_receptor_35(X))
& fn_gtpase_8(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)) = fn_gtpase_8(fn_cell_signaling_with_g_protein_coupled_receptor_35(X))
& fn_gtpase_8(fn_cell_signaling_with_g_protein_coupled_receptor_35(X)) = fn_plasma_membrane_77(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_plasma_membrane_77(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_plasma_membrane_70(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_plasma_membrane_70(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_plasma_membrane_77(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_plasma_membrane_77(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_biomembrane_63(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_biomembrane_63(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_plasma_membrane_71(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_plasma_membrane_71(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_plasma_membrane_71(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_plasma_membrane_71(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_cell_27(fn_cell_signaling_with_g_protein_coupled_receptor_67(X))
& fn_cell_27(fn_cell_signaling_with_g_protein_coupled_receptor_67(X)) = fn_g_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_g_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)) = fn_g_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X))
& fn_g_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_63(X)) = fn_plasma_membrane_66(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_plasma_membrane_66(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_plasma_membrane_66(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_plasma_membrane_66(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_cell_signaling_with_plasma_membrane_receptor_8(X)
& fn_cell_signaling_with_plasma_membrane_receptor_8(X) = fn_biomembrane_41(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_biomembrane_41(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_biomembrane_41(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_plasma_membrane_65(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_plasma_membrane_65(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_cell_signaling_with_plasma_membrane_receptor_20(X)
& fn_cell_signaling_with_plasma_membrane_receptor_20(X) = fn_cell_signaling_with_plasma_membrane_receptor_20(X)
& fn_cell_signaling_with_plasma_membrane_receptor_20(X) = fn_plasma_membrane_54(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_membrane_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_65(X))
& fn_membrane_protein_1(fn_cell_signaling_with_g_protein_coupled_receptor_65(X)) = fn_cell_surface_receptor_1(fn_cell_signaling_with_g_protein_coupled_receptor_65(X))
& fn_cell_surface_receptor_1(fn_cell_signaling_with_g_protein_coupled_receptor_65(X)) = fn_cell_surface_receptor_1(fn_cell_signaling_with_g_protein_coupled_receptor_65(X))
& fn_cell_surface_receptor_1(fn_cell_signaling_with_g_protein_coupled_receptor_65(X)) = fn_cell_30(fn_cell_signaling_with_g_protein_coupled_receptor_67(X))
& fn_cell_30(fn_cell_signaling_with_g_protein_coupled_receptor_67(X)) = fn_cell_30(fn_cell_signaling_with_g_protein_coupled_receptor_67(X))
& fn_cell_30(fn_cell_signaling_with_g_protein_coupled_receptor_67(X)) = fn_cell_signaling_with_plasma_membrane_receptor_21(X)
& fn_cell_signaling_with_plasma_membrane_receptor_21(X) = fn_cell_signaling_with_plasma_membrane_receptor_21(X)
& fn_cell_signaling_with_plasma_membrane_receptor_21(X) = fn_plasma_membrane_4(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_plasma_membrane_4(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_plasma_membrane_4(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_plasma_membrane_4(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_plasma_membrane_3(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_plasma_membrane_55(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_plasma_membrane_3(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_plasma_membrane_3(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_plasma_membrane_55(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_plasma_membrane_receptor_19(X) = fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_plasma_membrane_receptor_19(X) = fn_plasma_membrane_54(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_plasma_membrane_54(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_plasma_membrane_54(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_plasma_membrane_68(fn_cell_signaling_with_g_protein_coupled_receptor_109(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) = fn_plasma_membrane_68(fn_cell_signaling_with_g_protein_coupled_receptor_109(X)) ) ) ).
fof(a528214,axiom,
! [X] :
( cell_signaling_with_intracellular_receptor_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Intracellular-Receptor')
& user_description_2(X,'The process of signal reception, signal transduction and cellular response in which the receptor is located inside the cell.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with intracellular receptor')
& concept2words_2(X,'cell-signaling-with-intracellular-receptor')
& chemical_signaling_1(X)
& concentration_value_1(fn_cell_signaling_with_intracellular_receptor_1(X))
& rate_value_1(fn_cell_signaling_with_intracellular_receptor_2(X))
& cellular_response_1(fn_cell_signaling_with_intracellular_receptor_5(X))
& signal_transduction_1(fn_cell_signaling_with_intracellular_receptor_6(X))
& chemical_entity_1(fn_cell_signaling_with_intracellular_receptor_7(X))
& mixture_1(fn_cell_signaling_with_intracellular_receptor_8(X))
& cytoplasm_1(fn_cell_signaling_with_intracellular_receptor_8(X))
& ligand_binding_1(fn_cell_signaling_with_intracellular_receptor_9(X))
& move_into_1(fn_cell_signaling_with_intracellular_receptor_10(X))
& hydrophobic_core_1(fn_cell_signaling_with_intracellular_receptor_11(X))
& plasma_membrane_1(fn_cell_signaling_with_intracellular_receptor_12(X))
& signal_reception_1(fn_cell_signaling_with_intracellular_receptor_13(X))
& intracellular_receptor_1(fn_cell_signaling_with_intracellular_receptor_14(X))
& tangible_entity_1(fn_cell_signaling_with_intracellular_receptor_15(X))
& cell_1(fn_cell_signaling_with_intracellular_receptor_15(X))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_cell_signaling_with_intracellular_receptor_12(X)))
& mixture_1(fn_cell_28(fn_cell_signaling_with_intracellular_receptor_15(X)))
& cytoplasm_1(fn_cell_28(fn_cell_signaling_with_intracellular_receptor_15(X)))
& plasma_membrane_1(fn_cell_30(fn_cell_signaling_with_intracellular_receptor_15(X)))
& ligand_binding_1(fn_signal_reception_6(fn_cell_signaling_with_intracellular_receptor_13(X)))
& spatial_entity_1(fn_signal_reception_4(fn_cell_signaling_with_intracellular_receptor_13(X)))
& polymer_1(fn_signal_reception_4(fn_cell_signaling_with_intracellular_receptor_13(X)))
& receptor_protein_1(fn_signal_reception_4(fn_cell_signaling_with_intracellular_receptor_13(X)))
& tangible_entity_1(fn_move_into_1(fn_cell_signaling_with_intracellular_receptor_10(X)))
& cell_1(fn_signal_reception_3(fn_cell_signaling_with_intracellular_receptor_13(X)))
& chemical_entity_1(fn_signal_reception_5(fn_cell_signaling_with_intracellular_receptor_13(X)))
& directly_proportional_2(fn_cell_signaling_with_intracellular_receptor_2(X),fn_cell_signaling_with_intracellular_receptor_1(X))
& has_part_2(fn_cell_signaling_with_intracellular_receptor_15(X),fn_cell_signaling_with_intracellular_receptor_14(X))
& rate_2(fn_cell_signaling_with_intracellular_receptor_13(X),fn_cell_signaling_with_intracellular_receptor_2(X))
& first_subevent_2(fn_cell_signaling_with_intracellular_receptor_13(X),fn_cell_signaling_with_intracellular_receptor_10(X))
& subevent_2(fn_cell_signaling_with_intracellular_receptor_13(X),fn_cell_signaling_with_intracellular_receptor_10(X))
& path_2(fn_cell_signaling_with_intracellular_receptor_10(X),fn_cell_signaling_with_intracellular_receptor_11(X))
& next_event_2(fn_cell_signaling_with_intracellular_receptor_10(X),fn_cell_signaling_with_intracellular_receptor_9(X))
& destination_2(fn_cell_signaling_with_intracellular_receptor_10(X),fn_cell_signaling_with_intracellular_receptor_8(X))
& concentration_2(fn_cell_signaling_with_intracellular_receptor_7(X),fn_cell_signaling_with_intracellular_receptor_1(X))
& base_2(fn_cell_signaling_with_intracellular_receptor_10(X),fn_cell_signaling_with_intracellular_receptor_15(X))
& has_region_2(fn_cell_signaling_with_intracellular_receptor_12(X),fn_cell_signaling_with_intracellular_receptor_11(X))
& agent_2(X,fn_cell_signaling_with_intracellular_receptor_7(X))
& base_2(fn_cell_signaling_with_intracellular_receptor_6(X),fn_cell_signaling_with_intracellular_receptor_15(X))
& base_2(X,fn_cell_signaling_with_intracellular_receptor_15(X))
& base_2(fn_cell_signaling_with_intracellular_receptor_5(X),fn_cell_signaling_with_intracellular_receptor_15(X))
& has_part_2(fn_cell_signaling_with_intracellular_receptor_15(X),fn_cell_signaling_with_intracellular_receptor_12(X))
& is_inside_2(fn_cell_signaling_with_intracellular_receptor_8(X),fn_cell_signaling_with_intracellular_receptor_12(X))
& has_part_2(fn_cell_signaling_with_intracellular_receptor_15(X),fn_cell_signaling_with_intracellular_receptor_8(X))
& first_subevent_2(X,fn_cell_signaling_with_intracellular_receptor_13(X))
& subevent_2(X,fn_cell_signaling_with_intracellular_receptor_6(X))
& next_event_2(fn_cell_signaling_with_intracellular_receptor_6(X),fn_cell_signaling_with_intracellular_receptor_5(X))
& subevent_2(X,fn_cell_signaling_with_intracellular_receptor_5(X))
& subevent_2(X,fn_cell_signaling_with_intracellular_receptor_13(X))
& next_event_2(fn_cell_signaling_with_intracellular_receptor_13(X),fn_cell_signaling_with_intracellular_receptor_6(X))
& base_2(fn_cell_signaling_with_intracellular_receptor_9(X),fn_cell_signaling_with_intracellular_receptor_14(X))
& complement_2(fn_cell_signaling_with_intracellular_receptor_7(X),fn_cell_signaling_with_intracellular_receptor_14(X))
& complement_2(fn_cell_signaling_with_intracellular_receptor_14(X),fn_cell_signaling_with_intracellular_receptor_7(X))
& has_function_2(fn_cell_signaling_with_intracellular_receptor_14(X),fn_cell_signaling_with_intracellular_receptor_13(X))
& subevent_2(fn_cell_signaling_with_intracellular_receptor_13(X),fn_cell_signaling_with_intracellular_receptor_9(X))
& object_2(fn_cell_signaling_with_intracellular_receptor_9(X),fn_cell_signaling_with_intracellular_receptor_7(X))
& object_2(fn_cell_signaling_with_intracellular_receptor_13(X),fn_cell_signaling_with_intracellular_receptor_7(X))
& base_2(fn_cell_signaling_with_intracellular_receptor_13(X),fn_cell_signaling_with_intracellular_receptor_15(X))
& instrument_2(fn_cell_signaling_with_intracellular_receptor_13(X),fn_cell_signaling_with_intracellular_receptor_14(X))
& fn_cell_signaling_with_intracellular_receptor_15(X) = fn_move_into_1(fn_cell_signaling_with_intracellular_receptor_10(X))
& fn_cell_signaling_with_intracellular_receptor_11(X) = fn_plasma_membrane_6(fn_cell_signaling_with_intracellular_receptor_12(X))
& fn_cell_signaling_with_intracellular_receptor_7(X) = fn_cell_signaling_5(X)
& fn_cell_signaling_with_intracellular_receptor_6(X) = fn_cell_signaling_3(X)
& fn_cell_signaling_with_intracellular_receptor_5(X) = fn_cell_signaling_1(X)
& fn_cell_signaling_with_intracellular_receptor_15(X) = fn_cell_signaling_4(X)
& fn_cell_signaling_with_intracellular_receptor_8(X) = fn_cell_28(fn_cell_signaling_with_intracellular_receptor_15(X))
& fn_cell_signaling_with_intracellular_receptor_12(X) = fn_cell_30(fn_cell_signaling_with_intracellular_receptor_15(X))
& fn_cell_signaling_with_intracellular_receptor_13(X) = fn_chemical_signaling_7(X)
& fn_cell_signaling_with_intracellular_receptor_5(X) = fn_chemical_signaling_6(X)
& fn_cell_signaling_with_intracellular_receptor_6(X) = fn_chemical_signaling_8(X)
& fn_cell_signaling_with_intracellular_receptor_15(X) = fn_signal_reception_3(fn_cell_signaling_with_intracellular_receptor_13(X))
& fn_cell_signaling_with_intracellular_receptor_7(X) = fn_signal_reception_5(fn_cell_signaling_with_intracellular_receptor_13(X))
& fn_cell_signaling_with_intracellular_receptor_9(X) = fn_signal_reception_6(fn_cell_signaling_with_intracellular_receptor_13(X))
& fn_cell_signaling_with_intracellular_receptor_14(X) = fn_signal_reception_4(fn_cell_signaling_with_intracellular_receptor_13(X))
& fn_cell_signaling_1(X) = fn_chemical_signaling_6(X)
& fn_chemical_signaling_6(X) = fn_chemical_signaling_6(X)
& fn_chemical_signaling_6(X) = fn_cell_signaling_3(X)
& fn_cell_signaling_3(X) = fn_chemical_signaling_8(X)
& fn_chemical_signaling_8(X) = fn_chemical_signaling_8(X)
& fn_chemical_signaling_8(X) = fn_move_into_1(fn_cell_signaling_with_intracellular_receptor_10(X))
& fn_move_into_1(fn_cell_signaling_with_intracellular_receptor_10(X)) = fn_cell_signaling_4(X)
& fn_cell_signaling_4(X) = fn_cell_signaling_4(X)
& fn_cell_signaling_4(X) = fn_signal_reception_3(fn_cell_signaling_with_intracellular_receptor_13(X))
& fn_signal_reception_3(fn_cell_signaling_with_intracellular_receptor_13(X)) = fn_cell_signaling_5(X)
& fn_cell_signaling_5(X) = fn_signal_reception_5(fn_cell_signaling_with_intracellular_receptor_13(X))
& fn_signal_reception_5(fn_cell_signaling_with_intracellular_receptor_13(X)) = fn_signal_reception_5(fn_cell_signaling_with_intracellular_receptor_13(X)) ) ) ).
fof(a528215,axiom,
! [X] :
( cell_signaling_with_intracellular_receptor_and_hydrophobic_signal_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Intracellular-Receptor-And-Hydrophobic-Signal')
& user_description_2(X,'The process of signal reception, signal transduction and cellular response in which the receptor is located inside the cell and the signaling molecule is hydrophobic.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with intracellular receptor and hydrophobic signal')
& concept2words_2(X,'cell-signaling-with-intracellular-receptor-and-hydrophobic-signal')
& cell_signaling_with_intracellular_receptor_1(X)
& chemical_entity_1(fn_cell_signaling_with_intracellular_receptor_and_hydrophobic_signal_2(X))
& solubility_value_1(fn_cell_signaling_with_intracellular_receptor_and_hydrophobic_signal_3(X))
& property_node_1(fn_solubility_value_1(fn_cell_signaling_with_intracellular_receptor_and_hydrophobic_signal_3(X)))
& the_scalar_value_2(fn_cell_signaling_with_intracellular_receptor_and_hydrophobic_signal_3(X),insoluble_0)
& scalar_unit_class_2(fn_cell_signaling_with_intracellular_receptor_and_hydrophobic_signal_3(X),physical_object_0)
& solubility_in_water_2(fn_cell_signaling_with_intracellular_receptor_and_hydrophobic_signal_2(X),fn_cell_signaling_with_intracellular_receptor_and_hydrophobic_signal_3(X))
& agent_2(X,fn_cell_signaling_with_intracellular_receptor_and_hydrophobic_signal_2(X))
& fn_cell_signaling_with_intracellular_receptor_and_hydrophobic_signal_2(X) = fn_cell_signaling_with_intracellular_receptor_7(X)
& fn_cell_signaling_with_intracellular_receptor_and_hydrophobic_signal_1(X) = fn_solubility_value_1(fn_cell_signaling_with_intracellular_receptor_and_hydrophobic_signal_3(X)) ) ) ).
fof(a528216,axiom,
! [X] :
( cell_signaling_with_intracellular_receptor_and_small_molecule_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Intracellular-Receptor-And-Small-Molecule')
& user_description_2(X,'The process of signal reception, signal transduction and cellular response in which the receptor is located inside the cell and the signaling molecule is small in size.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with intracellular receptor and small molecule')
& concept2words_2(X,'cell-signaling-with-intracellular-receptor-and-small-molecule')
& cell_signaling_with_intracellular_receptor_1(X) ) ) ).
fof(a528217,axiom,
! [X] :
( cell_signaling_with_ion_channel_receptor_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Ion-Channel-Receptor')
& user_description_2(X,'A process of signaling within a cell which uses ligand gated ion channels as mediators of various steps in the pathway.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with ion channel receptor')
& concept2words_2(X,'cell-signaling-with-ion-channel-receptor')
& cell_signaling_with_plasma_membrane_receptor_1(X)
& anion_1(fn_cell_signaling_with_ion_channel_receptor_2(X))
& cytoplasm_1(fn_cell_signaling_with_ion_channel_receptor_6(X))
& cell_surface_receptor_1(fn_cell_signaling_with_ion_channel_receptor_7(X))
& spatial_entity_1(fn_cell_signaling_with_ion_channel_receptor_7(X))
& polymer_1(fn_cell_signaling_with_ion_channel_receptor_7(X))
& receptor_protein_1(fn_cell_signaling_with_ion_channel_receptor_7(X))
& spatial_entity_1(fn_cell_signaling_with_ion_channel_receptor_8(X))
& polymer_1(fn_cell_signaling_with_ion_channel_receptor_8(X))
& tangible_entity_1(fn_cell_signaling_with_ion_channel_receptor_8(X))
& membrane_protein_1(fn_cell_signaling_with_ion_channel_receptor_8(X))
& protein_1(fn_cell_signaling_with_ion_channel_receptor_8(X))
& tangible_entity_1(fn_cell_signaling_with_ion_channel_receptor_9(X))
& membrane_protein_1(fn_cell_signaling_with_ion_channel_receptor_9(X))
& protein_1(fn_cell_signaling_with_ion_channel_receptor_9(X))
& spatial_entity_1(fn_cell_signaling_with_ion_channel_receptor_9(X))
& polymer_1(fn_cell_signaling_with_ion_channel_receptor_9(X))
& tangible_entity_1(fn_cell_signaling_with_ion_channel_receptor_10(X))
& phospholipid_bilayer_1(fn_cell_signaling_with_ion_channel_receptor_10(X))
& substance_1(fn_cell_signaling_with_ion_channel_receptor_11(X))
& aqueous_solution_1(fn_cell_signaling_with_ion_channel_receptor_11(X))
& charge_value_1(fn_cell_signaling_with_ion_channel_receptor_12(X))
& charge_value_1(fn_cell_signaling_with_ion_channel_receptor_13(X))
& cation_1(fn_cell_signaling_with_ion_channel_receptor_14(X))
& quantity_value_1(fn_cell_signaling_with_ion_channel_receptor_15(X))
& signal_reception_1(fn_cell_signaling_with_ion_channel_receptor_16(X))
& attach_1(fn_cell_signaling_with_ion_channel_receptor_17(X))
& ligand_binding_1(fn_cell_signaling_with_ion_channel_receptor_17(X))
& quantity_value_1(fn_cell_signaling_with_ion_channel_receptor_18(X))
& quantity_value_1(fn_cell_signaling_with_ion_channel_receptor_19(X))
& spatial_entity_1(fn_cell_signaling_with_ion_channel_receptor_20(X))
& membrane_protein_1(fn_cell_signaling_with_ion_channel_receptor_20(X))
& cell_surface_receptor_1(fn_cell_signaling_with_ion_channel_receptor_20(X))
& gated_channel_1(fn_cell_signaling_with_ion_channel_receptor_20(X))
& ligand_gated_ion_channel_1(fn_cell_signaling_with_ion_channel_receptor_20(X))
& tangible_entity_1(fn_cell_signaling_with_ion_channel_receptor_20(X))
& transmembrane_protein_1(fn_cell_signaling_with_ion_channel_receptor_20(X))
& integral_protein_1(fn_cell_signaling_with_ion_channel_receptor_20(X))
& transport_protein_1(fn_cell_signaling_with_ion_channel_receptor_20(X))
& anion_1(fn_cell_signaling_with_ion_channel_receptor_21(X))
& quantity_value_1(fn_cell_signaling_with_ion_channel_receptor_22(X))
& cation_1(fn_cell_signaling_with_ion_channel_receptor_23(X))
& quantity_value_1(fn_cell_signaling_with_ion_channel_receptor_24(X))
& cation_1(fn_cell_signaling_with_ion_channel_receptor_25(X))
& anion_1(fn_cell_signaling_with_ion_channel_receptor_26(X))
& inside_face_1(fn_cell_signaling_with_ion_channel_receptor_27(X))
& cytoplasmic_side_1(fn_cell_signaling_with_ion_channel_receptor_27(X))
& surface_1(fn_cell_signaling_with_ion_channel_receptor_28(X))
& outside_face_1(fn_cell_signaling_with_ion_channel_receptor_28(X))
& extracellular_side_1(fn_cell_signaling_with_ion_channel_receptor_28(X))
& spatial_entity_1(fn_cell_signaling_with_ion_channel_receptor_29(X))
& biomembrane_1(fn_cell_signaling_with_ion_channel_receptor_29(X))
& plasma_membrane_1(fn_cell_signaling_with_ion_channel_receptor_29(X))
& monomer_1(fn_cell_signaling_with_ion_channel_receptor_30(X))
& monomer_1(fn_cell_signaling_with_ion_channel_receptor_31(X))
& chemical_entity_1(fn_cell_signaling_with_ion_channel_receptor_32(X))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_cell_signaling_with_ion_channel_receptor_27(X)))
& ligand_binding_1(fn_signal_reception_6(fn_cell_signaling_with_ion_channel_receptor_16(X)))
& property_node_1(fn_plasma_membrane_92(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& property_node_1(fn_plasma_membrane_27(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& property_node_1(fn_plasma_membrane_67(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& property_node_1(fn_plasma_membrane_20(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& property_node_1(fn_plasma_membrane_28(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& anion_1(fn_plasma_membrane_15(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& property_node_1(fn_plasma_membrane_29(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& quantity_value_1(fn_plasma_membrane_19(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& quantity_value_1(fn_plasma_membrane_18(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& anion_1(fn_plasma_membrane_14(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& quantity_value_1(fn_plasma_membrane_17(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& quantity_value_1(fn_plasma_membrane_16(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& cation_1(fn_plasma_membrane_64(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& charge_value_1(fn_plasma_membrane_63(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& charge_value_1(fn_plasma_membrane_62(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& cation_1(fn_plasma_membrane_61(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& spatial_entity_1(fn_attach_2(fn_cell_signaling_with_ion_channel_receptor_17(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& spatial_entity_1(fn_signal_reception_4(fn_cell_signaling_with_ion_channel_receptor_16(X)))
& polymer_1(fn_signal_reception_4(fn_cell_signaling_with_ion_channel_receptor_16(X)))
& receptor_protein_1(fn_signal_reception_4(fn_cell_signaling_with_ion_channel_receptor_16(X)))
& monomer_1(fn_transport_protein_21(fn_cell_signaling_with_ion_channel_receptor_20(X)))
& monomer_1(fn_ligand_gated_ion_channel_9(fn_cell_signaling_with_ion_channel_receptor_20(X)))
& monomer_1(fn_signal_reception_7(fn_cell_signaling_with_ion_channel_receptor_16(X)))
& monomer_1(fn_gated_channel_20(fn_cell_signaling_with_ion_channel_receptor_20(X)))
& monomer_1(fn_signal_reception_8(fn_cell_signaling_with_ion_channel_receptor_16(X)))
& chemical_entity_1(fn_signal_reception_5(fn_cell_signaling_with_ion_channel_receptor_16(X)))
& tangible_entity_1(fn_biomembrane_63(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& tangible_entity_1(fn_transport_protein_12(fn_cell_signaling_with_ion_channel_receptor_20(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_cell_signaling_with_ion_channel_receptor_20(X)))
& tangible_entity_1(fn_gated_channel_13(fn_cell_signaling_with_ion_channel_receptor_20(X)))
& phospholipid_bilayer_1(fn_gated_channel_13(fn_cell_signaling_with_ion_channel_receptor_20(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& inside_face_1(fn_transmembrane_protein_6(fn_cell_signaling_with_ion_channel_receptor_20(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& surface_1(fn_integral_protein_29(fn_cell_signaling_with_ion_channel_receptor_20(X)))
& outside_face_1(fn_biomembrane_41(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& substance_1(fn_plasma_membrane_70(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& protein_1(fn_plasma_membrane_54(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& polymer_1(fn_plasma_membrane_54(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& protein_1(fn_plasma_membrane_68(fn_cell_signaling_with_ion_channel_receptor_29(X)))
& biomembrane_1(fn_integral_protein_24(fn_cell_signaling_with_ion_channel_receptor_20(X)))
& plasma_membrane_1(fn_cell_surface_receptor_1(fn_cell_signaling_with_ion_channel_receptor_20(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_cell_signaling_with_ion_channel_receptor_20(X)))
& spatial_entity_1(fn_transport_protein_35(fn_cell_signaling_with_ion_channel_receptor_20(X)))
& biomembrane_1(fn_transport_protein_35(fn_cell_signaling_with_ion_channel_receptor_20(X)))
& spatial_entity_1(fn_gated_channel_16(fn_cell_signaling_with_ion_channel_receptor_20(X)))
& biomembrane_1(fn_gated_channel_16(fn_cell_signaling_with_ion_channel_receptor_20(X)))
& is_inside_2(fn_cell_signaling_with_ion_channel_receptor_6(X),fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_7(X) != fn_cell_signaling_with_ion_channel_receptor_20(X)
& is_at_2(fn_cell_signaling_with_ion_channel_receptor_2(X),fn_cell_signaling_with_ion_channel_receptor_27(X))
& quantity_2(fn_cell_signaling_with_ion_channel_receptor_2(X),fn_cell_signaling_with_ion_channel_receptor_15(X))
& instrument_2(fn_cell_signaling_with_ion_channel_receptor_16(X),fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_cell_signaling_with_ion_channel_receptor_20(X) != fn_cell_signaling_with_ion_channel_receptor_7(X)
& fn_cell_signaling_with_ion_channel_receptor_20(X) != fn_cell_signaling_with_ion_channel_receptor_32(X)
& has_function_2(fn_cell_signaling_with_ion_channel_receptor_20(X),fn_cell_signaling_with_ion_channel_receptor_16(X))
& complement_2(fn_cell_signaling_with_ion_channel_receptor_20(X),fn_cell_signaling_with_ion_channel_receptor_32(X))
& is_at_2(fn_cell_signaling_with_ion_channel_receptor_25(X),fn_cell_signaling_with_ion_channel_receptor_27(X))
& is_oriented_toward_2(fn_cell_signaling_with_ion_channel_receptor_27(X),fn_cell_signaling_with_ion_channel_receptor_6(X))
& fn_cell_signaling_with_ion_channel_receptor_32(X) != fn_cell_signaling_with_ion_channel_receptor_20(X)
& complement_2(fn_cell_signaling_with_ion_channel_receptor_32(X),fn_cell_signaling_with_ion_channel_receptor_20(X))
& base_2(fn_cell_signaling_with_ion_channel_receptor_17(X),fn_cell_signaling_with_ion_channel_receptor_20(X))
& is_facing_2(fn_cell_signaling_with_ion_channel_receptor_27(X),fn_cell_signaling_with_ion_channel_receptor_6(X))
& has_part_2(fn_cell_signaling_with_ion_channel_receptor_20(X),fn_cell_signaling_with_ion_channel_receptor_30(X))
& has_part_2(fn_cell_signaling_with_ion_channel_receptor_20(X),fn_cell_signaling_with_ion_channel_receptor_31(X))
& is_across_2(fn_cell_signaling_with_ion_channel_receptor_20(X),fn_cell_signaling_with_ion_channel_receptor_29(X))
& is_inside_2(fn_cell_signaling_with_ion_channel_receptor_20(X),fn_cell_signaling_with_ion_channel_receptor_10(X))
& has_region_2(fn_cell_signaling_with_ion_channel_receptor_20(X),fn_cell_signaling_with_ion_channel_receptor_28(X))
& fn_cell_signaling_with_ion_channel_receptor_9(X) != fn_cell_signaling_with_ion_channel_receptor_20(X)
& fn_cell_signaling_with_ion_channel_receptor_20(X) != fn_cell_signaling_with_ion_channel_receptor_9(X)
& is_at_2(fn_cell_signaling_with_ion_channel_receptor_20(X),fn_cell_signaling_with_ion_channel_receptor_29(X))
& has_part_2(fn_cell_signaling_with_ion_channel_receptor_29(X),fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_cell_signaling_with_ion_channel_receptor_20(X) != fn_cell_signaling_with_ion_channel_receptor_8(X)
& fn_cell_signaling_with_ion_channel_receptor_8(X) != fn_cell_signaling_with_ion_channel_receptor_20(X)
& called_2(fn_cell_signaling_with_ion_channel_receptor_8(X),'MP2')
& called_2(fn_cell_signaling_with_ion_channel_receptor_9(X),'MP1')
& first_subevent_2(X,fn_cell_signaling_with_ion_channel_receptor_16(X))
& agent_2(X,fn_cell_signaling_with_ion_channel_receptor_32(X))
& is_at_2(fn_cell_signaling_with_ion_channel_receptor_32(X),fn_cell_signaling_with_ion_channel_receptor_28(X))
& complement_2(fn_cell_signaling_with_ion_channel_receptor_32(X),fn_cell_signaling_with_ion_channel_receptor_7(X))
& complement_2(fn_cell_signaling_with_ion_channel_receptor_7(X),fn_cell_signaling_with_ion_channel_receptor_32(X))
& fn_cell_signaling_with_ion_channel_receptor_8(X) != fn_cell_signaling_with_ion_channel_receptor_32(X)
& fn_cell_signaling_with_ion_channel_receptor_32(X) != fn_cell_signaling_with_ion_channel_receptor_8(X)
& fn_cell_signaling_with_ion_channel_receptor_9(X) != fn_cell_signaling_with_ion_channel_receptor_32(X)
& fn_cell_signaling_with_ion_channel_receptor_32(X) != fn_cell_signaling_with_ion_channel_receptor_9(X)
& has_function_2(fn_cell_signaling_with_ion_channel_receptor_7(X),fn_cell_signaling_with_ion_channel_receptor_16(X))
& fn_cell_signaling_with_ion_channel_receptor_9(X) != fn_cell_signaling_with_ion_channel_receptor_7(X)
& fn_cell_signaling_with_ion_channel_receptor_7(X) != fn_cell_signaling_with_ion_channel_receptor_9(X)
& fn_cell_signaling_with_ion_channel_receptor_32(X) != fn_cell_signaling_with_ion_channel_receptor_7(X)
& fn_cell_signaling_with_ion_channel_receptor_7(X) != fn_cell_signaling_with_ion_channel_receptor_32(X)
& subevent_2(X,fn_cell_signaling_with_ion_channel_receptor_16(X))
& instrument_2(fn_cell_signaling_with_ion_channel_receptor_16(X),fn_cell_signaling_with_ion_channel_receptor_7(X))
& is_across_2(fn_cell_signaling_with_ion_channel_receptor_7(X),fn_cell_signaling_with_ion_channel_receptor_29(X))
& has_part_2(fn_cell_signaling_with_ion_channel_receptor_29(X),fn_cell_signaling_with_ion_channel_receptor_7(X))
& fn_cell_signaling_with_ion_channel_receptor_7(X) != fn_cell_signaling_with_ion_channel_receptor_8(X)
& fn_cell_signaling_with_ion_channel_receptor_8(X) != fn_cell_signaling_with_ion_channel_receptor_7(X)
& subevent_2(fn_cell_signaling_with_ion_channel_receptor_16(X),fn_cell_signaling_with_ion_channel_receptor_17(X))
& object_2(fn_cell_signaling_with_ion_channel_receptor_16(X),fn_cell_signaling_with_ion_channel_receptor_32(X))
& fn_cell_signaling_with_ion_channel_receptor_30(X) != fn_cell_signaling_with_ion_channel_receptor_32(X)
& fn_cell_signaling_with_ion_channel_receptor_32(X) != fn_cell_signaling_with_ion_channel_receptor_30(X)
& fn_cell_signaling_with_ion_channel_receptor_31(X) != fn_cell_signaling_with_ion_channel_receptor_32(X)
& fn_cell_signaling_with_ion_channel_receptor_32(X) != fn_cell_signaling_with_ion_channel_receptor_31(X)
& quantity_2(fn_cell_signaling_with_ion_channel_receptor_25(X),fn_cell_signaling_with_ion_channel_receptor_24(X))
& has_part_2(fn_cell_signaling_with_ion_channel_receptor_29(X),fn_cell_signaling_with_ion_channel_receptor_10(X))
& is_at_2(fn_cell_signaling_with_ion_channel_receptor_23(X),fn_cell_signaling_with_ion_channel_receptor_28(X))
& is_at_2(fn_cell_signaling_with_ion_channel_receptor_21(X),fn_cell_signaling_with_ion_channel_receptor_28(X))
& quantity_2(fn_cell_signaling_with_ion_channel_receptor_21(X),fn_cell_signaling_with_ion_channel_receptor_19(X))
& is_at_2(fn_cell_signaling_with_ion_channel_receptor_26(X),fn_cell_signaling_with_ion_channel_receptor_27(X))
& quantity_2(fn_cell_signaling_with_ion_channel_receptor_26(X),fn_cell_signaling_with_ion_channel_receptor_18(X))
& fn_cell_signaling_with_ion_channel_receptor_18(X) != fn_cell_signaling_with_ion_channel_receptor_19(X)
& fn_cell_signaling_with_ion_channel_receptor_19(X) != fn_cell_signaling_with_ion_channel_receptor_15(X)
& fn_cell_signaling_with_ion_channel_receptor_19(X) != fn_cell_signaling_with_ion_channel_receptor_18(X)
& fn_cell_signaling_with_ion_channel_receptor_15(X) != fn_cell_signaling_with_ion_channel_receptor_19(X)
& greater_than_2(fn_cell_signaling_with_ion_channel_receptor_12(X),fn_cell_signaling_with_ion_channel_receptor_13(X))
& charge_2(fn_cell_signaling_with_ion_channel_receptor_23(X),fn_cell_signaling_with_ion_channel_receptor_12(X))
& quantity_2(fn_cell_signaling_with_ion_channel_receptor_23(X),fn_cell_signaling_with_ion_channel_receptor_22(X))
& fn_cell_signaling_with_ion_channel_receptor_24(X) != fn_cell_signaling_with_ion_channel_receptor_22(X)
& fn_cell_signaling_with_ion_channel_receptor_22(X) != fn_cell_signaling_with_ion_channel_receptor_24(X)
& has_region_2(fn_cell_signaling_with_ion_channel_receptor_29(X),fn_cell_signaling_with_ion_channel_receptor_28(X))
& is_outside_2(fn_cell_signaling_with_ion_channel_receptor_28(X),fn_cell_signaling_with_ion_channel_receptor_29(X))
& has_region_2(fn_cell_signaling_with_ion_channel_receptor_29(X),fn_cell_signaling_with_ion_channel_receptor_27(X))
& is_at_2(fn_cell_signaling_with_ion_channel_receptor_14(X),fn_cell_signaling_with_ion_channel_receptor_27(X))
& charge_2(fn_cell_signaling_with_ion_channel_receptor_14(X),fn_cell_signaling_with_ion_channel_receptor_13(X))
& has_part_2(fn_cell_signaling_with_ion_channel_receptor_29(X),fn_cell_signaling_with_ion_channel_receptor_8(X))
& fn_cell_signaling_with_ion_channel_receptor_8(X) != fn_cell_signaling_with_ion_channel_receptor_9(X)
& has_part_2(fn_cell_signaling_with_ion_channel_receptor_29(X),fn_cell_signaling_with_ion_channel_receptor_9(X))
& is_between_2(fn_cell_signaling_with_ion_channel_receptor_29(X),fn_cell_signaling_with_ion_channel_receptor_11(X))
& is_inside_2(fn_cell_signaling_with_ion_channel_receptor_28(X),fn_cell_signaling_with_ion_channel_receptor_11(X))
& fn_cell_signaling_with_ion_channel_receptor_9(X) != fn_cell_signaling_with_ion_channel_receptor_8(X)
& fn_cell_signaling_with_ion_channel_receptor_20(X) = fn_attach_2(fn_cell_signaling_with_ion_channel_receptor_17(X))
& fn_cell_signaling_with_ion_channel_receptor_6(X) = fn_cytoplasmic_side_1(fn_cell_signaling_with_ion_channel_receptor_27(X))
& fn_cell_signaling_with_ion_channel_receptor_30(X) = fn_gated_channel_20(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_cell_signaling_with_ion_channel_receptor_31(X) = fn_transport_protein_21(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_cell_signaling_with_ion_channel_receptor_31(X) = fn_ligand_gated_ion_channel_9(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_cell_signaling_with_ion_channel_receptor_28(X) = fn_integral_protein_29(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_cell_signaling_with_ion_channel_receptor_20(X) = fn_plasma_membrane_4(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_20(X) = fn_plasma_membrane_3(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_29(X) = fn_integral_protein_24(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_cell_signaling_with_ion_channel_receptor_29(X) = fn_cell_surface_receptor_1(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_cell_signaling_with_ion_channel_receptor_20(X) = fn_plasma_membrane_55(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_28(X) = fn_cell_signaling_with_plasma_membrane_receptor_8(X)
& fn_cell_signaling_with_ion_channel_receptor_32(X) = fn_cell_signaling_with_plasma_membrane_receptor_11(X)
& fn_cell_signaling_with_ion_channel_receptor_9(X) = fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_ion_channel_receptor_8(X) = fn_cell_signaling_with_plasma_membrane_receptor_20(X)
& fn_cell_signaling_with_ion_channel_receptor_29(X) = fn_cell_signaling_with_plasma_membrane_receptor_23(X)
& fn_cell_signaling_with_ion_channel_receptor_7(X) = fn_signal_reception_4(fn_cell_signaling_with_ion_channel_receptor_16(X))
& fn_cell_signaling_with_ion_channel_receptor_7(X) = fn_cell_signaling_with_plasma_membrane_receptor_12(X)
& fn_cell_signaling_with_ion_channel_receptor_16(X) = fn_chemical_signaling_7(X)
& fn_cell_signaling_with_ion_channel_receptor_16(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_cell_signaling_with_ion_channel_receptor_17(X) = fn_signal_reception_6(fn_cell_signaling_with_ion_channel_receptor_16(X))
& fn_cell_signaling_with_ion_channel_receptor_31(X) = fn_signal_reception_7(fn_cell_signaling_with_ion_channel_receptor_16(X))
& fn_cell_signaling_with_ion_channel_receptor_30(X) = fn_signal_reception_8(fn_cell_signaling_with_ion_channel_receptor_16(X))
& fn_cell_signaling_with_ion_channel_receptor_32(X) = fn_signal_reception_5(fn_cell_signaling_with_ion_channel_receptor_16(X))
& fn_cell_signaling_with_ion_channel_receptor_25(X) = fn_plasma_membrane_61(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_10(X) = fn_biomembrane_63(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_29(X) = fn_transport_protein_35(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_cell_signaling_with_ion_channel_receptor_10(X) = fn_transport_protein_12(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_cell_signaling_with_ion_channel_receptor_29(X) = fn_gated_channel_16(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_cell_signaling_with_ion_channel_receptor_10(X) = fn_gated_channel_13(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_cell_signaling_with_ion_channel_receptor_10(X) = fn_plasma_membrane_71(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_5(X) = fn_plasma_membrane_92(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_33(X) = fn_plasma_membrane_27(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_4(X) = fn_plasma_membrane_67(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_34(X) = fn_plasma_membrane_20(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_35(X) = fn_plasma_membrane_28(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_21(X) = fn_plasma_membrane_15(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_3(X) = fn_plasma_membrane_29(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_15(X) = fn_plasma_membrane_18(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_19(X) = fn_plasma_membrane_19(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_18(X) = fn_plasma_membrane_18(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_26(X) = fn_plasma_membrane_14(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_24(X) = fn_plasma_membrane_17(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_22(X) = fn_plasma_membrane_16(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_23(X) = fn_plasma_membrane_64(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_12(X) = fn_plasma_membrane_63(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_13(X) = fn_plasma_membrane_62(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_14(X) = fn_plasma_membrane_61(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_29(X) = fn_transmembrane_protein_4(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_cell_signaling_with_ion_channel_receptor_27(X) = fn_transmembrane_protein_6(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_cell_signaling_with_ion_channel_receptor_27(X) = fn_plasma_membrane_66(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_28(X) = fn_biomembrane_41(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_28(X) = fn_plasma_membrane_65(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_11(X) = fn_plasma_membrane_77(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_11(X) = fn_plasma_membrane_70(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_8(X) = fn_plasma_membrane_54(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_9(X) = fn_plasma_membrane_68(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_9(X) = fn_plasma_membrane_54(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_ion_channel_receptor_8(X) = fn_plasma_membrane_68(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_attach_2(fn_cell_signaling_with_ion_channel_receptor_17(X)) = fn_plasma_membrane_4(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_4(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_plasma_membrane_4(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_4(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_plasma_membrane_3(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_plasma_membrane_3(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_3(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_plasma_membrane_55(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_plasma_membrane_55(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_cell_signaling_with_plasma_membrane_receptor_12(X)
& fn_cell_signaling_with_plasma_membrane_receptor_12(X) = fn_cell_signaling_with_plasma_membrane_receptor_12(X)
& fn_cell_signaling_with_plasma_membrane_receptor_12(X) = fn_signal_reception_4(fn_cell_signaling_with_ion_channel_receptor_16(X))
& fn_signal_reception_4(fn_cell_signaling_with_ion_channel_receptor_16(X)) = fn_cell_signaling_with_plasma_membrane_receptor_12(X)
& fn_cell_signaling_with_plasma_membrane_receptor_12(X) = fn_transport_protein_21(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_transport_protein_21(fn_cell_signaling_with_ion_channel_receptor_20(X)) = fn_ligand_gated_ion_channel_9(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_ligand_gated_ion_channel_9(fn_cell_signaling_with_ion_channel_receptor_20(X)) = fn_ligand_gated_ion_channel_9(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_ligand_gated_ion_channel_9(fn_cell_signaling_with_ion_channel_receptor_20(X)) = fn_signal_reception_7(fn_cell_signaling_with_ion_channel_receptor_16(X))
& fn_signal_reception_7(fn_cell_signaling_with_ion_channel_receptor_16(X)) = fn_signal_reception_7(fn_cell_signaling_with_ion_channel_receptor_16(X))
& fn_signal_reception_7(fn_cell_signaling_with_ion_channel_receptor_16(X)) = fn_gated_channel_20(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_gated_channel_20(fn_cell_signaling_with_ion_channel_receptor_20(X)) = fn_signal_reception_8(fn_cell_signaling_with_ion_channel_receptor_16(X))
& fn_signal_reception_8(fn_cell_signaling_with_ion_channel_receptor_16(X)) = fn_signal_reception_8(fn_cell_signaling_with_ion_channel_receptor_16(X))
& fn_signal_reception_8(fn_cell_signaling_with_ion_channel_receptor_16(X)) = fn_cell_signaling_with_plasma_membrane_receptor_11(X)
& fn_cell_signaling_with_plasma_membrane_receptor_11(X) = fn_cell_signaling_with_plasma_membrane_receptor_11(X)
& fn_cell_signaling_with_plasma_membrane_receptor_11(X) = fn_signal_reception_5(fn_cell_signaling_with_ion_channel_receptor_16(X))
& fn_signal_reception_5(fn_cell_signaling_with_ion_channel_receptor_16(X)) = fn_signal_reception_5(fn_cell_signaling_with_ion_channel_receptor_16(X))
& fn_signal_reception_5(fn_cell_signaling_with_ion_channel_receptor_16(X)) = fn_chemical_signaling_7(X)
& fn_cell_signaling_with_plasma_membrane_receptor_15(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_cell_signaling_with_plasma_membrane_receptor_15(X) = fn_chemical_signaling_7(X)
& fn_chemical_signaling_7(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_cell_signaling_with_plasma_membrane_receptor_15(X) = fn_biomembrane_63(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_biomembrane_63(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_transport_protein_12(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_gated_channel_13(fn_cell_signaling_with_ion_channel_receptor_20(X)) = fn_transport_protein_12(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_transport_protein_12(fn_cell_signaling_with_ion_channel_receptor_20(X)) = fn_gated_channel_13(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_gated_channel_13(fn_cell_signaling_with_ion_channel_receptor_20(X)) = fn_gated_channel_13(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_plasma_membrane_71(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_gated_channel_13(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_gated_channel_13(fn_cell_signaling_with_ion_channel_receptor_20(X)) = fn_plasma_membrane_71(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_71(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_plasma_membrane_66(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_66(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_plasma_membrane_66(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_66(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_transmembrane_protein_6(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_transmembrane_protein_6(fn_cell_signaling_with_ion_channel_receptor_20(X)) = fn_plasma_membrane_66(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_66(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_integral_protein_29(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_integral_protein_29(fn_cell_signaling_with_ion_channel_receptor_20(X)) = fn_biomembrane_41(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_biomembrane_41(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_cell_signaling_with_plasma_membrane_receptor_8(X)
& fn_cell_signaling_with_plasma_membrane_receptor_8(X) = fn_biomembrane_41(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_biomembrane_41(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_plasma_membrane_65(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_cell_signaling_with_plasma_membrane_receptor_8(X)
& fn_cell_signaling_with_plasma_membrane_receptor_8(X) = fn_plasma_membrane_65(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_plasma_membrane_65(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_plasma_membrane_70(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_70(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_plasma_membrane_77(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_77(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_plasma_membrane_70(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_70(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_plasma_membrane_68(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_plasma_membrane_receptor_19(X) = fn_plasma_membrane_68(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_plasma_membrane_54(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_plasma_membrane_receptor_19(X) = fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_plasma_membrane_receptor_19(X) = fn_plasma_membrane_54(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_plasma_membrane_54(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_cell_signaling_with_plasma_membrane_receptor_20(X) = fn_plasma_membrane_54(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_cell_signaling_with_plasma_membrane_receptor_20(X)
& fn_cell_signaling_with_plasma_membrane_receptor_20(X) = fn_cell_signaling_with_plasma_membrane_receptor_20(X)
& fn_cell_signaling_with_plasma_membrane_receptor_20(X) = fn_plasma_membrane_68(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_plasma_membrane_68(fn_cell_signaling_with_ion_channel_receptor_29(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_ion_channel_receptor_29(X)) = fn_cell_surface_receptor_1(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_cell_surface_receptor_1(fn_cell_signaling_with_ion_channel_receptor_20(X)) = fn_integral_protein_24(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_integral_protein_24(fn_cell_signaling_with_ion_channel_receptor_20(X)) = fn_cell_surface_receptor_1(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_cell_surface_receptor_1(fn_cell_signaling_with_ion_channel_receptor_20(X)) = fn_cell_surface_receptor_1(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_cell_surface_receptor_1(fn_cell_signaling_with_ion_channel_receptor_20(X)) = fn_transmembrane_protein_4(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_transmembrane_protein_4(fn_cell_signaling_with_ion_channel_receptor_20(X)) = fn_transmembrane_protein_4(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_transport_protein_35(fn_cell_signaling_with_ion_channel_receptor_20(X)) = fn_transport_protein_35(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_transport_protein_35(fn_cell_signaling_with_ion_channel_receptor_20(X)) = fn_transmembrane_protein_4(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_transmembrane_protein_4(fn_cell_signaling_with_ion_channel_receptor_20(X)) = fn_transport_protein_35(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_gated_channel_16(fn_cell_signaling_with_ion_channel_receptor_20(X)) = fn_transport_protein_35(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_transport_protein_35(fn_cell_signaling_with_ion_channel_receptor_20(X)) = fn_gated_channel_16(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_gated_channel_16(fn_cell_signaling_with_ion_channel_receptor_20(X)) = fn_gated_channel_16(fn_cell_signaling_with_ion_channel_receptor_20(X))
& fn_gated_channel_16(fn_cell_signaling_with_ion_channel_receptor_20(X)) = fn_cell_signaling_with_plasma_membrane_receptor_23(X)
& fn_cell_signaling_with_plasma_membrane_receptor_23(X) = fn_cell_signaling_with_plasma_membrane_receptor_23(X)
& fn_cell_signaling_with_plasma_membrane_receptor_23(X) = fn_gated_channel_16(fn_cell_signaling_with_ion_channel_receptor_20(X)) ) ) ).
fof(a528218,axiom,
! [X] :
( cell_signaling_with_mating_factor_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Mating-Factor')
& user_description_2(X,'Process of communication between yeast cells which uses mating factors as the signaling molecule.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with mating factor')
& concept2words_2(X,'cell-signaling-with-mating-factor')
& cell_signaling_with_g_protein_coupled_receptor_1(X)
& protein_enzyme_1(fn_cell_signaling_with_mating_factor_1(X))
& activation_value_1(fn_cell_signaling_with_mating_factor_4(X))
& microfilament_elongation_1(fn_cell_signaling_with_mating_factor_5(X))
& shape_value_1(fn_cell_signaling_with_mating_factor_9(X))
& shape_value_1(fn_cell_signaling_with_mating_factor_10(X))
& activation_value_1(fn_cell_signaling_with_mating_factor_11(X))
& quantity_value_1(fn_cell_signaling_with_mating_factor_12(X))
& protein_kinase_1(fn_cell_signaling_with_mating_factor_13(X))
& quantity_value_1(fn_cell_signaling_with_mating_factor_14(X))
& interact_1(fn_cell_signaling_with_mating_factor_18(X))
& interact_1(fn_cell_signaling_with_mating_factor_19(X))
& glycoprotein_1(fn_cell_signaling_with_mating_factor_24(X))
& move_through_1(fn_cell_signaling_with_mating_factor_25(X))
& move_1(fn_cell_signaling_with_mating_factor_25(X))
& carbohydrate_side_chain_1(fn_cell_signaling_with_mating_factor_26(X))
& saturated_fatty_acid_1(fn_cell_signaling_with_mating_factor_27(X))
& carbon_skeleton_1(fn_cell_signaling_with_mating_factor_28(X))
& aqueous_solution_1(fn_cell_signaling_with_mating_factor_29(X))
& hydrophilic_compound_1(fn_cell_signaling_with_mating_factor_30(X))
& hydrophobic_compound_1(fn_cell_signaling_with_mating_factor_31(X))
& spatial_entity_1(fn_cell_signaling_with_mating_factor_31(X))
& block_1(fn_cell_signaling_with_mating_factor_32(X))
& chemical_entity_1(fn_cell_signaling_with_mating_factor_33(X))
& block_1(fn_cell_signaling_with_mating_factor_34(X))
& density_value_1(fn_cell_signaling_with_mating_factor_35(X))
& fluidity_value_1(fn_cell_signaling_with_mating_factor_36(X))
& temperature_value_1(fn_cell_signaling_with_mating_factor_37(X))
& barrier_1(fn_cell_signaling_with_mating_factor_38(X))
& protein_enzyme_1(fn_cell_signaling_with_mating_factor_39(X))
& quantity_value_1(fn_cell_signaling_with_mating_factor_40(X))
& attach_1(fn_cell_signaling_with_mating_factor_41(X))
& volume_value_1(fn_cell_signaling_with_mating_factor_44(X))
& surface_1(fn_cell_signaling_with_mating_factor_45(X))
& size_value_1(fn_cell_signaling_with_mating_factor_46(X))
& tangible_entity_1(fn_cell_signaling_with_mating_factor_47(X))
& phospholipid_bilayer_1(fn_cell_signaling_with_mating_factor_47(X))
& spatial_entity_1(fn_cell_signaling_with_mating_factor_48(X))
& polymer_1(fn_cell_signaling_with_mating_factor_48(X))
& tangible_entity_1(fn_cell_signaling_with_mating_factor_48(X))
& membrane_protein_1(fn_cell_signaling_with_mating_factor_48(X))
& protein_1(fn_cell_signaling_with_mating_factor_48(X))
& tangible_entity_1(fn_cell_signaling_with_mating_factor_49(X))
& membrane_protein_1(fn_cell_signaling_with_mating_factor_49(X))
& protein_1(fn_cell_signaling_with_mating_factor_49(X))
& spatial_entity_1(fn_cell_signaling_with_mating_factor_49(X))
& polymer_1(fn_cell_signaling_with_mating_factor_49(X))
& substance_1(fn_cell_signaling_with_mating_factor_50(X))
& aqueous_solution_1(fn_cell_signaling_with_mating_factor_50(X))
& surface_1(fn_cell_signaling_with_mating_factor_51(X))
& cytoplasmic_side_1(fn_cell_signaling_with_mating_factor_51(X))
& outside_face_1(fn_cell_signaling_with_mating_factor_52(X))
& extracellular_side_1(fn_cell_signaling_with_mating_factor_52(X))
& membrane_1(fn_cell_signaling_with_mating_factor_53(X))
& spatial_entity_1(fn_cell_signaling_with_mating_factor_53(X))
& biomembrane_1(fn_cell_signaling_with_mating_factor_53(X))
& plasma_membrane_1(fn_cell_signaling_with_mating_factor_53(X))
& shape_value_1(fn_cell_signaling_with_mating_factor_56(X))
& shape_value_1(fn_cell_signaling_with_mating_factor_57(X))
& g_protein_coupled_receptor_1(fn_cell_signaling_with_mating_factor_58(X))
& entity_1(fn_cell_signaling_with_mating_factor_59(X))
& membrane_protein_1(fn_cell_signaling_with_mating_factor_59(X))
& g_protein_coupled_receptor_1(fn_cell_signaling_with_mating_factor_59(X))
& attach_1(fn_cell_signaling_with_mating_factor_60(X))
& signal_reception_1(fn_cell_signaling_with_mating_factor_61(X))
& mating_factor_1(fn_cell_signaling_with_mating_factor_62(X))
& chemical_reaction_1(fn_cell_signaling_with_mating_factor_63(X))
& phosphorylation_1(fn_cell_signaling_with_mating_factor_63(X))
& chemical_reaction_1(fn_cell_signaling_with_mating_factor_64(X))
& phosphorylation_1(fn_cell_signaling_with_mating_factor_64(X))
& chemical_reaction_1(fn_cell_signaling_with_mating_factor_65(X))
& phosphorylation_1(fn_cell_signaling_with_mating_factor_65(X))
& formin_1(fn_cell_signaling_with_mating_factor_66(X))
& formin_1(fn_cell_signaling_with_mating_factor_67(X))
& fus3_1(fn_cell_signaling_with_mating_factor_68(X))
& protein_domain_1(fn_cell_signaling_with_mating_factor_69(X))
& mixture_1(fn_cell_signaling_with_mating_factor_70(X))
& cytoplasm_1(fn_cell_signaling_with_mating_factor_70(X))
& membrane_protein_1(fn_cell_signaling_with_mating_factor_71(X))
& tangible_entity_1(fn_cell_signaling_with_mating_factor_71(X))
& transmembrane_protein_1(fn_cell_signaling_with_mating_factor_71(X))
& integral_protein_1(fn_cell_signaling_with_mating_factor_71(X))
& transport_protein_1(fn_cell_signaling_with_mating_factor_71(X))
& proton_pump_1(fn_cell_signaling_with_mating_factor_71(X))
& spatial_entity_1(fn_cell_signaling_with_mating_factor_71(X))
& extra_cellular_matrix_1(fn_cell_signaling_with_mating_factor_72(X))
& attach_1(fn_cell_signaling_with_mating_factor_73(X))
& ribosome_1(fn_cell_signaling_with_mating_factor_74(X))
& eukaryotic_ribosome_1(fn_cell_signaling_with_mating_factor_74(X))
& tangible_entity_1(fn_cell_signaling_with_mating_factor_75(X))
& nucleus_1(fn_cell_signaling_with_mating_factor_75(X))
& substance_1(fn_cell_signaling_with_mating_factor_76(X))
& cytosol_1(fn_cell_signaling_with_mating_factor_76(X))
& move_1(fn_cell_signaling_with_mating_factor_77(X))
& time_interval_1(fn_cell_signaling_with_mating_factor_78(X))
& chemical_reaction_1(fn_cell_signaling_with_mating_factor_79(X))
& phosphorylation_cascade_1(fn_cell_signaling_with_mating_factor_79(X))
& fus3_1(fn_cell_signaling_with_mating_factor_80(X))
& time_interval_1(fn_cell_signaling_with_mating_factor_81(X))
& active_site_1(fn_cell_signaling_with_mating_factor_82(X))
& r_group_1(fn_cell_signaling_with_mating_factor_83(X))
& spatial_entity_1(fn_cell_signaling_with_mating_factor_84(X))
& chemical_entity_1(fn_cell_signaling_with_mating_factor_84(X))
& monomer_1(fn_cell_signaling_with_mating_factor_84(X))
& molecule_1(fn_cell_signaling_with_mating_factor_84(X))
& amino_acid_1(fn_cell_signaling_with_mating_factor_84(X))
& intracellular_process_1(fn_cell_signaling_with_mating_factor_85(X))
& cellular_response_1(fn_cell_signaling_with_mating_factor_85(X))
& cell_signaling_event_1(fn_cell_signaling_with_mating_factor_86(X))
& signal_transduction_1(fn_cell_signaling_with_mating_factor_86(X))
& signal_transduction_with_phosphorylation_cascade_1(fn_cell_signaling_with_mating_factor_86(X))
& saccharomyces_cerevisiae_1(fn_cell_signaling_with_mating_factor_87(X))
& move_1(fn_cell_signaling_with_mating_factor_88(X))
& dephosphorylation_1(fn_cell_signaling_with_mating_factor_89(X))
& detach_1(fn_cell_signaling_with_mating_factor_90(X))
& activate_1(fn_cell_signaling_with_mating_factor_91(X))
& attach_1(fn_cell_signaling_with_mating_factor_92(X))
& replace_1(fn_cell_signaling_with_mating_factor_93(X))
& make_accessible_1(fn_cell_signaling_with_mating_factor_94(X))
& activate_1(fn_cell_signaling_with_mating_factor_94(X))
& spatial_entity_1(fn_cell_signaling_with_mating_factor_95(X))
& chemical_entity_1(fn_cell_signaling_with_mating_factor_95(X))
& polymer_1(fn_cell_signaling_with_mating_factor_95(X))
& organic_molecule_1(fn_cell_signaling_with_mating_factor_95(X))
& protein_1(fn_cell_signaling_with_mating_factor_95(X))
& molecule_1(fn_cell_signaling_with_mating_factor_95(X))
& g_protein_1(fn_cell_signaling_with_mating_factor_95(X))
& size_value_1(fn_cell_signaling_with_mating_factor_96(X))
& interact_1(fn_cell_signaling_with_mating_factor_97(X))
& interact_1(fn_cell_signaling_with_mating_factor_98(X))
& atp_1(fn_cell_signaling_with_mating_factor_99(X))
& size_value_1(fn_cell_signaling_with_mating_factor_100(X))
& monomer_1(fn_cell_signaling_with_mating_factor_101(X))
& polypeptide_1(fn_cell_signaling_with_mating_factor_102(X))
& functional_group_1(fn_cell_signaling_with_mating_factor_103(X))
& phosphate_group_1(fn_cell_signaling_with_mating_factor_103(X))
& decrease_1(fn_cell_signaling_with_mating_factor_104(X))
& atp_1(fn_cell_signaling_with_mating_factor_105(X))
& functional_group_1(fn_cell_signaling_with_mating_factor_106(X))
& phosphate_group_1(fn_cell_signaling_with_mating_factor_106(X))
& decrease_1(fn_cell_signaling_with_mating_factor_107(X))
& active_site_1(fn_cell_signaling_with_mating_factor_108(X))
& protein_kinase_1(fn_cell_signaling_with_mating_factor_109(X))
& protein_enzyme_1(fn_cell_signaling_with_mating_factor_110(X))
& protein_kinase_1(fn_cell_signaling_with_mating_factor_110(X))
& spatial_entity_1(fn_cell_signaling_with_mating_factor_110(X))
& g_protein_coupled_receptor_1(fn_cell_signaling_with_mating_factor_111(X))
& protein_kinase_1(fn_cell_signaling_with_mating_factor_111(X))
& size_value_1(fn_cell_signaling_with_mating_factor_112(X))
& monomer_1(fn_cell_signaling_with_mating_factor_113(X))
& size_value_1(fn_cell_signaling_with_mating_factor_114(X))
& oxygen_1(fn_cell_signaling_with_mating_factor_115(X))
& entity_1(fn_cell_signaling_with_mating_factor_115(X))
& chemical_entity_1(fn_cell_signaling_with_mating_factor_115(X))
& atom_1(fn_cell_signaling_with_mating_factor_115(X))
& atom_1(fn_cell_signaling_with_mating_factor_116(X))
& chemical_entity_1(fn_cell_signaling_with_mating_factor_116(X))
& phosphorus_1(fn_cell_signaling_with_mating_factor_116(X))
& entity_1(fn_cell_signaling_with_mating_factor_117(X))
& chemical_entity_1(fn_cell_signaling_with_mating_factor_117(X))
& atom_1(fn_cell_signaling_with_mating_factor_117(X))
& oxygen_1(fn_cell_signaling_with_mating_factor_117(X))
& covalent_bond_1(fn_cell_signaling_with_mating_factor_118(X))
& single_bond_1(fn_cell_signaling_with_mating_factor_118(X))
& chemical_bond_1(fn_cell_signaling_with_mating_factor_119(X))
& covalent_bond_1(fn_cell_signaling_with_mating_factor_119(X))
& double_bond_1(fn_cell_signaling_with_mating_factor_119(X))
& entity_1(fn_cell_signaling_with_mating_factor_120(X))
& chemical_entity_1(fn_cell_signaling_with_mating_factor_120(X))
& atom_1(fn_cell_signaling_with_mating_factor_120(X))
& oxygen_1(fn_cell_signaling_with_mating_factor_120(X))
& phosphorus_1(fn_cell_signaling_with_mating_factor_121(X))
& oxygen_1(fn_cell_signaling_with_mating_factor_122(X))
& entity_1(fn_cell_signaling_with_mating_factor_122(X))
& chemical_entity_1(fn_cell_signaling_with_mating_factor_122(X))
& atom_1(fn_cell_signaling_with_mating_factor_122(X))
& detach_1(fn_cell_signaling_with_mating_factor_125(X))
& chemical_reaction_1(fn_cell_signaling_with_mating_factor_126(X))
& decomposition_reaction_1(fn_cell_signaling_with_mating_factor_126(X))
& dephosphorylation_1(fn_cell_signaling_with_mating_factor_126(X))
& spatial_entity_1(fn_detach_2(fn_cell_signaling_with_mating_factor_90(X)))
& decrease_1(fn_enzyme_5(fn_cell_signaling_with_mating_factor_80(X)))
& polypeptide_1(fn_protein_8(fn_cell_signaling_with_mating_factor_80(X)))
& property_node_1(fn_polymer_10(fn_cell_signaling_with_mating_factor_67(X)))
& property_node_1(fn_polymer_9(fn_cell_signaling_with_mating_factor_67(X)))
& size_value_1(fn_polymer_8(fn_cell_signaling_with_mating_factor_67(X)))
& size_value_1(fn_polymer_7(fn_cell_signaling_with_mating_factor_67(X)))
& size_value_1(fn_kinase_4(fn_cell_signaling_with_mating_factor_80(X)))
& atp_1(fn_signal_transduction_with_phosphorylation_cascade_108(fn_cell_signaling_with_mating_factor_86(X)))
& r_group_1(fn_signal_transduction_with_phosphorylation_cascade_70(fn_cell_signaling_with_mating_factor_86(X)))
& interact_1(fn_signal_transduction_with_phosphorylation_cascade_47(fn_cell_signaling_with_mating_factor_86(X)))
& interact_1(fn_signal_transduction_with_phosphorylation_cascade_46(fn_cell_signaling_with_mating_factor_86(X)))
& phosphorylation_cascade_1(fn_signal_transduction_with_phosphorylation_cascade_64(fn_cell_signaling_with_mating_factor_86(X)))
& interact_1(fn_signal_transduction_with_phosphorylation_cascade_52(fn_cell_signaling_with_mating_factor_86(X)))
& active_site_1(fn_signal_transduction_with_phosphorylation_cascade_63(fn_cell_signaling_with_mating_factor_86(X)))
& decrease_1(fn_signal_transduction_with_phosphorylation_cascade_90(fn_cell_signaling_with_mating_factor_86(X)))
& protein_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_103(fn_cell_signaling_with_mating_factor_86(X)))
& time_interval_1(fn_signal_transduction_with_phosphorylation_cascade_21(fn_cell_signaling_with_mating_factor_86(X)))
& attach_1(fn_fungal_cell_22(fn_cell_signaling_with_mating_factor_87(X)))
& property_node_1(fn_fungal_cell_5(fn_cell_signaling_with_mating_factor_87(X)))
& extra_cellular_matrix_1(fn_fungal_cell_1(fn_cell_signaling_with_mating_factor_87(X)))
& surface_1(fn_fungal_cell_26(fn_cell_signaling_with_mating_factor_87(X)))
& property_node_1(fn_fungal_cell_4(fn_cell_signaling_with_mating_factor_87(X)))
& volume_value_1(fn_fungal_cell_27(fn_cell_signaling_with_mating_factor_87(X)))
& size_value_1(fn_fungal_cell_25(fn_cell_signaling_with_mating_factor_87(X)))
& tangible_entity_1(fn_fungal_cell_29(fn_cell_signaling_with_mating_factor_87(X)))
& nucleus_1(fn_fungal_cell_29(fn_cell_signaling_with_mating_factor_87(X)))
& property_node_1(fn_plasma_membrane_95(fn_cell_signaling_with_mating_factor_53(X)))
& property_node_1(fn_plasma_membrane_93(fn_cell_signaling_with_mating_factor_53(X)))
& property_node_1(fn_plasma_membrane_90(fn_cell_signaling_with_mating_factor_53(X)))
& property_node_1(fn_plasma_membrane_94(fn_cell_signaling_with_mating_factor_53(X)))
& quantity_value_1(fn_plasma_membrane_40(fn_cell_signaling_with_mating_factor_53(X)))
& carbon_skeleton_1(fn_plasma_membrane_57(fn_cell_signaling_with_mating_factor_53(X)))
& attach_1(fn_plasma_membrane_87(fn_cell_signaling_with_mating_factor_53(X)))
& carbohydrate_side_chain_1(fn_plasma_membrane_88(fn_cell_signaling_with_mating_factor_53(X)))
& saturated_fatty_acid_1(fn_plasma_membrane_35(fn_cell_signaling_with_mating_factor_53(X)))
& density_value_1(fn_plasma_membrane_36(fn_cell_signaling_with_mating_factor_53(X)))
& fluidity_value_1(fn_plasma_membrane_37(fn_cell_signaling_with_mating_factor_53(X)))
& temperature_value_1(fn_plasma_membrane_38(fn_cell_signaling_with_mating_factor_53(X)))
& chemical_entity_1(fn_plasma_membrane_73(fn_cell_signaling_with_mating_factor_53(X)))
& hydrophilic_compound_1(fn_plasma_membrane_50(fn_cell_signaling_with_mating_factor_53(X)))
& block_1(fn_plasma_membrane_31(fn_cell_signaling_with_mating_factor_53(X)))
& barrier_1(fn_plasma_membrane_30(fn_cell_signaling_with_mating_factor_53(X)))
& move_through_1(fn_plasma_membrane_74(fn_cell_signaling_with_mating_factor_53(X)))
& move_1(fn_plasma_membrane_74(fn_cell_signaling_with_mating_factor_53(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_cell_signaling_with_mating_factor_53(X)))
& substance_1(fn_plasma_membrane_70(fn_cell_signaling_with_mating_factor_53(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_cell_signaling_with_mating_factor_53(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_cell_signaling_with_mating_factor_53(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_cell_signaling_with_mating_factor_89(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_cell_signaling_with_mating_factor_89(X)))
& chemical_entity_1(fn_functional_group_1(fn_cell_signaling_with_mating_factor_106(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_cell_signaling_with_mating_factor_79(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_cell_signaling_with_mating_factor_64(X)))
& monomer_1(fn_polymer_6(fn_cell_signaling_with_mating_factor_67(X)))
& monomer_1(fn_polymer_4(fn_cell_signaling_with_mating_factor_67(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_cell_signaling_with_mating_factor_64(X)))
& molecule_1(fn_phosphorylation_1(fn_cell_signaling_with_mating_factor_64(X)))
& size_value_1(fn_protein_enzyme_3(fn_cell_signaling_with_mating_factor_80(X)))
& size_value_1(fn_kinase_5(fn_cell_signaling_with_mating_factor_80(X)))
& monomer_1(fn_protein_enzyme_9(fn_cell_signaling_with_mating_factor_80(X)))
& monomer_1(fn_kinase_6(fn_cell_signaling_with_mating_factor_80(X)))
& spatial_entity_1(fn_move_1(fn_cell_signaling_with_mating_factor_77(X)))
& chemical_entity_1(fn_functional_group_1(fn_cell_signaling_with_mating_factor_103(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_cell_signaling_with_mating_factor_65(X)))
& molecule_1(fn_dephosphorylation_11(fn_cell_signaling_with_mating_factor_89(X)))
& chemical_entity_1(fn_dephosphorylation_11(fn_cell_signaling_with_mating_factor_89(X)))
& organic_molecule_1(fn_dephosphorylation_11(fn_cell_signaling_with_mating_factor_89(X)))
& entity_1(fn_make_accessible_1(fn_cell_signaling_with_mating_factor_94(X)))
& activate_1(fn_signal_transduction_with_phosphorylation_cascade_121(fn_cell_signaling_with_mating_factor_86(X)))
& protein_domain_1(fn_protein_7(fn_cell_signaling_with_mating_factor_80(X)))
& protein_domain_1(fn_signal_transduction_with_phosphorylation_cascade_68(fn_cell_signaling_with_mating_factor_86(X)))
& spatial_entity_1(fn_protein_14(fn_cell_signaling_with_mating_factor_80(X)))
& chemical_entity_1(fn_protein_14(fn_cell_signaling_with_mating_factor_80(X)))
& monomer_1(fn_protein_14(fn_cell_signaling_with_mating_factor_80(X)))
& molecule_1(fn_protein_14(fn_cell_signaling_with_mating_factor_80(X)))
& amino_acid_1(fn_protein_14(fn_cell_signaling_with_mating_factor_80(X)))
& spatial_entity_1(fn_signal_transduction_with_phosphorylation_cascade_69(fn_cell_signaling_with_mating_factor_86(X)))
& chemical_entity_1(fn_signal_transduction_with_phosphorylation_cascade_69(fn_cell_signaling_with_mating_factor_86(X)))
& monomer_1(fn_signal_transduction_with_phosphorylation_cascade_69(fn_cell_signaling_with_mating_factor_86(X)))
& molecule_1(fn_signal_transduction_with_phosphorylation_cascade_69(fn_cell_signaling_with_mating_factor_86(X)))
& amino_acid_1(fn_signal_transduction_with_phosphorylation_cascade_69(fn_cell_signaling_with_mating_factor_86(X)))
& active_site_1(fn_kinase_7(fn_cell_signaling_with_mating_factor_80(X)))
& active_site_1(fn_signal_transduction_with_phosphorylation_cascade_115(fn_cell_signaling_with_mating_factor_86(X)))
& phosphorylation_1(fn_kinase_1(fn_cell_signaling_with_mating_factor_80(X)))
& interact_1(fn_signal_transduction_with_phosphorylation_cascade_49(fn_cell_signaling_with_mating_factor_86(X)))
& interact_1(fn_signal_transduction_with_phosphorylation_cascade_53(fn_cell_signaling_with_mating_factor_86(X)))
& time_interval_1(fn_signal_transduction_with_phosphorylation_cascade_16(fn_cell_signaling_with_mating_factor_86(X)))
& time_interval_1(fn_signal_transduction_with_phosphorylation_cascade_11(fn_cell_signaling_with_mating_factor_86(X)))
& activate_1(fn_signal_transduction_with_phosphorylation_cascade_106(fn_cell_signaling_with_mating_factor_86(X)))
& substance_1(fn_yeast_6(fn_cell_signaling_with_mating_factor_87(X)))
& cytosol_1(fn_yeast_6(fn_cell_signaling_with_mating_factor_87(X)))
& substance_1(fn_eukaryotic_cell_42(fn_cell_signaling_with_mating_factor_87(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_cell_signaling_with_mating_factor_87(X)))
& substance_1(fn_fungal_cell_8(fn_cell_signaling_with_mating_factor_87(X)))
& cytosol_1(fn_fungal_cell_8(fn_cell_signaling_with_mating_factor_87(X)))
& ribosome_1(fn_yeast_3(fn_cell_signaling_with_mating_factor_87(X)))
& eukaryotic_ribosome_1(fn_yeast_3(fn_cell_signaling_with_mating_factor_87(X)))
& ribosome_1(fn_fungal_cell_6(fn_cell_signaling_with_mating_factor_87(X)))
& eukaryotic_ribosome_1(fn_fungal_cell_6(fn_cell_signaling_with_mating_factor_87(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_cell_signaling_with_mating_factor_87(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_cell_signaling_with_mating_factor_87(X)))
& mixture_1(fn_fungal_cell_19(fn_cell_signaling_with_mating_factor_87(X)))
& cytoplasm_1(fn_fungal_cell_19(fn_cell_signaling_with_mating_factor_87(X)))
& cell_1(fn_intracellular_process_1(fn_cell_signaling_with_mating_factor_85(X)))
& cell_1(fn_cell_signaling_event_1(fn_cell_signaling_with_mating_factor_86(X)))
& cell_1(fn_cellular_response_3(fn_cell_signaling_with_mating_factor_85(X)))
& block_1(fn_biomembrane_102(fn_cell_signaling_with_mating_factor_53(X)))
& block_1(fn_biomembrane_101(fn_cell_signaling_with_mating_factor_53(X)))
& block_1(fn_plasma_membrane_33(fn_cell_signaling_with_mating_factor_53(X)))
& surface_1(fn_fungal_cell_3(fn_cell_signaling_with_mating_factor_87(X)))
& cytoplasmic_side_1(fn_fungal_cell_3(fn_cell_signaling_with_mating_factor_87(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_cell_signaling_with_mating_factor_53(X)))
& outside_face_1(fn_biomembrane_41(fn_cell_signaling_with_mating_factor_53(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_cell_signaling_with_mating_factor_53(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_cell_signaling_with_mating_factor_53(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_cell_signaling_with_mating_factor_53(X)))
& protein_1(fn_plasma_membrane_68(fn_cell_signaling_with_mating_factor_53(X)))
& tangible_entity_1(fn_fungal_cell_21(fn_cell_signaling_with_mating_factor_87(X)))
& membrane_protein_1(fn_fungal_cell_21(fn_cell_signaling_with_mating_factor_87(X)))
& protein_1(fn_fungal_cell_21(fn_cell_signaling_with_mating_factor_87(X)))
& spatial_entity_1(fn_fungal_cell_21(fn_cell_signaling_with_mating_factor_87(X)))
& polymer_1(fn_fungal_cell_21(fn_cell_signaling_with_mating_factor_87(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_cell_signaling_with_mating_factor_53(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_cell_signaling_with_mating_factor_53(X)))
& protein_1(fn_plasma_membrane_54(fn_cell_signaling_with_mating_factor_53(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_cell_signaling_with_mating_factor_53(X)))
& polymer_1(fn_plasma_membrane_54(fn_cell_signaling_with_mating_factor_53(X)))
& tangible_entity_1(fn_biomembrane_63(fn_cell_signaling_with_mating_factor_53(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_cell_signaling_with_mating_factor_53(X)))
& tangible_entity_1(fn_fungal_cell_24(fn_cell_signaling_with_mating_factor_87(X)))
& phospholipid_bilayer_1(fn_fungal_cell_24(fn_cell_signaling_with_mating_factor_87(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_cell_signaling_with_mating_factor_53(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_cell_signaling_with_mating_factor_53(X)))
& spatial_entity_1(fn_attach_2(fn_cell_signaling_with_mating_factor_73(X)))
& biomembrane_1(fn_membrane_protein_1(fn_cell_signaling_with_mating_factor_59(X)))
& membrane_1(fn_fungal_cell_17(fn_cell_signaling_with_mating_factor_87(X)))
& spatial_entity_1(fn_fungal_cell_17(fn_cell_signaling_with_mating_factor_87(X)))
& biomembrane_1(fn_fungal_cell_17(fn_cell_signaling_with_mating_factor_87(X)))
& plasma_membrane_1(fn_fungal_cell_17(fn_cell_signaling_with_mating_factor_87(X)))
& phosphorylation_1(fn_kinase_1(fn_cell_signaling_with_mating_factor_111(X)))
& chemical_reaction_1(fn_signal_transduction_with_phosphorylation_cascade_96(fn_cell_signaling_with_mating_factor_86(X)))
& phosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_96(fn_cell_signaling_with_mating_factor_86(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_cell_signaling_with_mating_factor_53(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_cell_signaling_with_mating_factor_53(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_cell_signaling_with_mating_factor_53(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_mating_factor_53(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_mating_factor_53(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_mating_factor_53(X)))
& proton_pump_1(fn_fungal_cell_16(fn_cell_signaling_with_mating_factor_87(X)))
& spatial_entity_1(fn_attach_1(fn_cell_signaling_with_mating_factor_73(X)))
& protein_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_67(fn_cell_signaling_with_mating_factor_86(X)))
& spatial_entity_1(fn_attach_2(fn_cell_signaling_with_mating_factor_92(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_cell_signaling_with_mating_factor_65(X)))
& molecule_1(fn_phosphorylation_1(fn_cell_signaling_with_mating_factor_65(X)))
& hydrophobic_compound_1(fn_biomembrane_99(fn_cell_signaling_with_mating_factor_53(X)))
& hydrophobic_compound_1(fn_plasma_membrane_98(fn_cell_signaling_with_mating_factor_53(X)))
& spatial_entity_1(fn_block_1(fn_cell_signaling_with_mating_factor_34(X)))
& chemical_reaction_1(fn_signal_transduction_with_phosphorylation_cascade_98(fn_cell_signaling_with_mating_factor_86(X)))
& phosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_98(fn_cell_signaling_with_mating_factor_86(X)))
& chemical_reaction_1(fn_signal_transduction_with_phosphorylation_cascade_97(fn_cell_signaling_with_mating_factor_86(X)))
& phosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_97(fn_cell_signaling_with_mating_factor_86(X)))
& chemical_reaction_1(fn_phosphorylation_cascade_2(fn_cell_signaling_with_mating_factor_79(X)))
& phosphorylation_1(fn_phosphorylation_cascade_3(fn_cell_signaling_with_mating_factor_79(X)))
& phosphate_group_1(fn_phosphorylation_3(fn_cell_signaling_with_mating_factor_64(X)))
& phosphate_group_1(fn_signal_transduction_with_phosphorylation_cascade_62(fn_cell_signaling_with_mating_factor_86(X)))
& oxygen_1(fn_phosphate_group_5(fn_cell_signaling_with_mating_factor_106(X)))
& entity_1(fn_phosphate_group_5(fn_cell_signaling_with_mating_factor_106(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_cell_signaling_with_mating_factor_106(X)))
& atom_1(fn_phosphate_group_5(fn_cell_signaling_with_mating_factor_106(X)))
& entity_1(fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_106(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_106(X)))
& atom_1(fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_106(X)))
& oxygen_1(fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_106(X)))
& atom_1(fn_organic_molecule_2(fn_cell_signaling_with_mating_factor_66(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_cell_signaling_with_mating_factor_66(X)))
& phosphorus_1(fn_phosphate_group_6(fn_cell_signaling_with_mating_factor_106(X)))
& phosphate_group_1(fn_phosphorylation_3(fn_cell_signaling_with_mating_factor_65(X)))
& phosphate_group_1(fn_dephosphorylation_12(fn_cell_signaling_with_mating_factor_89(X)))
& phosphate_group_1(fn_signal_transduction_with_phosphorylation_cascade_55(fn_cell_signaling_with_mating_factor_86(X)))
& oxygen_1(fn_dephosphorylation_4(fn_cell_signaling_with_mating_factor_89(X)))
& entity_1(fn_dephosphorylation_4(fn_cell_signaling_with_mating_factor_89(X)))
& chemical_entity_1(fn_dephosphorylation_4(fn_cell_signaling_with_mating_factor_89(X)))
& atom_1(fn_dephosphorylation_4(fn_cell_signaling_with_mating_factor_89(X)))
& covalent_bond_1(fn_polymer_1(fn_cell_signaling_with_mating_factor_80(X)))
& single_bond_1(fn_phosphate_group_37(fn_cell_signaling_with_mating_factor_103(X)))
& atom_1(fn_protein_enzyme_8(fn_cell_signaling_with_mating_factor_80(X)))
& chemical_entity_1(fn_protein_enzyme_8(fn_cell_signaling_with_mating_factor_80(X)))
& entity_1(fn_dephosphorylation_6(fn_cell_signaling_with_mating_factor_89(X)))
& chemical_entity_1(fn_dephosphorylation_6(fn_cell_signaling_with_mating_factor_89(X)))
& atom_1(fn_dephosphorylation_6(fn_cell_signaling_with_mating_factor_89(X)))
& oxygen_1(fn_dephosphorylation_6(fn_cell_signaling_with_mating_factor_89(X)))
& entity_1(fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_103(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_103(X)))
& atom_1(fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_103(X)))
& oxygen_1(fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_103(X)))
& oxygen_1(fn_phosphate_group_5(fn_cell_signaling_with_mating_factor_103(X)))
& entity_1(fn_phosphate_group_5(fn_cell_signaling_with_mating_factor_103(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_cell_signaling_with_mating_factor_103(X)))
& atom_1(fn_phosphate_group_5(fn_cell_signaling_with_mating_factor_103(X)))
& phosphorus_1(fn_dephosphorylation_5(fn_cell_signaling_with_mating_factor_89(X)))
& phosphorus_1(fn_phosphate_group_6(fn_cell_signaling_with_mating_factor_103(X)))
& chemical_bond_1(fn_kinase_8(fn_cell_signaling_with_mating_factor_80(X)))
& covalent_bond_1(fn_kinase_8(fn_cell_signaling_with_mating_factor_80(X)))
& double_bond_1(fn_phosphate_group_41(fn_cell_signaling_with_mating_factor_103(X)))
& the_scalar_value_2(fn_cell_signaling_with_mating_factor_114(X),big_0)
& scalar_unit_class_2(fn_cell_signaling_with_mating_factor_114(X),polypeptide_0)
& shape_2(fn_cell_signaling_with_mating_factor_111(X),fn_cell_signaling_with_mating_factor_56(X))
& fn_cell_signaling_with_mating_factor_111(X) != fn_cell_signaling_with_mating_factor_110(X)
& fn_cell_signaling_with_mating_factor_111(X) != fn_cell_signaling_with_mating_factor_39(X)
& fn_cell_signaling_with_mating_factor_110(X) != fn_cell_signaling_with_mating_factor_111(X)
& has_state_2(fn_cell_signaling_with_mating_factor_110(X),fn_cell_signaling_with_mating_factor_111(X))
& fn_cell_signaling_with_mating_factor_105(X) != fn_cell_signaling_with_mating_factor_66(X)
& enables_2(fn_cell_signaling_with_mating_factor_104(X),fn_cell_signaling_with_mating_factor_64(X))
& fn_cell_signaling_with_mating_factor_99(X) != fn_cell_signaling_with_mating_factor_80(X)
& called_2(fn_cell_signaling_with_mating_factor_94(X),"1")
& time_during_2(fn_cell_signaling_with_mating_factor_93(X),fn_cell_signaling_with_mating_factor_78(X))
& time_during_2(fn_cell_signaling_with_mating_factor_92(X),fn_cell_signaling_with_mating_factor_81(X))
& called_2(fn_cell_signaling_with_mating_factor_91(X),"2")
& time_during_2(fn_cell_signaling_with_mating_factor_91(X),fn_cell_signaling_with_mating_factor_78(X))
& result_2(fn_cell_signaling_with_mating_factor_91(X),fn_cell_signaling_with_mating_factor_111(X))
& time_during_2(fn_cell_signaling_with_mating_factor_90(X),fn_cell_signaling_with_mating_factor_81(X))
& called_2(fn_cell_signaling_with_mating_factor_89(X),"2")
& fn_cell_signaling_with_mating_factor_1(X) != fn_cell_signaling_with_mating_factor_87(X)
& time_during_2(fn_cell_signaling_with_mating_factor_88(X),fn_cell_signaling_with_mating_factor_78(X))
& fn_cell_signaling_with_mating_factor_88(X) != fn_cell_signaling_with_mating_factor_77(X)
& quantity_2(fn_cell_signaling_with_mating_factor_13(X),fn_cell_signaling_with_mating_factor_12(X))
& fn_cell_signaling_with_mating_factor_13(X) != fn_cell_signaling_with_mating_factor_67(X)
& greater_than_2(fn_cell_signaling_with_mating_factor_12(X),fn_cell_signaling_with_mating_factor_14(X))
& fn_cell_signaling_with_mating_factor_87(X) != fn_cell_signaling_with_mating_factor_1(X)
& agent_2(fn_cell_signaling_with_mating_factor_86(X),fn_cell_signaling_with_mating_factor_87(X))
& subevent_2(fn_cell_signaling_with_mating_factor_86(X),fn_cell_signaling_with_mating_factor_92(X))
& subevent_2(fn_cell_signaling_with_mating_factor_86(X),fn_cell_signaling_with_mating_factor_90(X))
& subevent_2(fn_cell_signaling_with_mating_factor_86(X),fn_cell_signaling_with_mating_factor_93(X))
& subevent_2(fn_cell_signaling_with_mating_factor_86(X),fn_cell_signaling_with_mating_factor_60(X))
& subevent_2(fn_cell_signaling_with_mating_factor_86(X),fn_cell_signaling_with_mating_factor_5(X))
& subevent_2(fn_cell_signaling_with_mating_factor_86(X),fn_cell_signaling_with_mating_factor_77(X))
& subevent_2(fn_cell_signaling_with_mating_factor_86(X),fn_cell_signaling_with_mating_factor_88(X))
& the_categorical_value_2(fn_cell_signaling_with_mating_factor_11(X),active_0)
& fn_cell_signaling_with_mating_factor_10(X) != fn_cell_signaling_with_mating_factor_9(X)
& different_type_2(fn_cell_signaling_with_mating_factor_10(X),fn_cell_signaling_with_mating_factor_9(X))
& fn_cell_signaling_with_mating_factor_9(X) != fn_cell_signaling_with_mating_factor_10(X)
& different_type_2(fn_cell_signaling_with_mating_factor_9(X),fn_cell_signaling_with_mating_factor_10(X))
& shape_2(fn_cell_signaling_with_mating_factor_80(X),fn_cell_signaling_with_mating_factor_10(X))
& activation_2(fn_cell_signaling_with_mating_factor_80(X),fn_cell_signaling_with_mating_factor_11(X))
& fn_cell_signaling_with_mating_factor_80(X) != fn_cell_signaling_with_mating_factor_99(X)
& quantity_2(fn_cell_signaling_with_mating_factor_80(X),fn_cell_signaling_with_mating_factor_14(X))
& time_during_2(fn_cell_signaling_with_mating_factor_77(X),fn_cell_signaling_with_mating_factor_78(X))
& fn_cell_signaling_with_mating_factor_77(X) != fn_cell_signaling_with_mating_factor_88(X)
& origin_2(fn_cell_signaling_with_mating_factor_77(X),fn_cell_signaling_with_mating_factor_70(X))
& destination_2(fn_cell_signaling_with_mating_factor_77(X),fn_cell_signaling_with_mating_factor_53(X))
& is_inside_2(fn_cell_signaling_with_mating_factor_75(X),fn_cell_signaling_with_mating_factor_76(X))
& is_outside_2(fn_cell_signaling_with_mating_factor_72(X),fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_71(X) != fn_cell_signaling_with_mating_factor_62(X)
& fn_cell_signaling_with_mating_factor_71(X) != fn_cell_signaling_with_mating_factor_59(X)
& has_state_2(fn_cell_signaling_with_mating_factor_68(X),fn_cell_signaling_with_mating_factor_80(X))
& shape_2(fn_cell_signaling_with_mating_factor_68(X),fn_cell_signaling_with_mating_factor_9(X))
& activation_2(fn_cell_signaling_with_mating_factor_68(X),fn_cell_signaling_with_mating_factor_4(X))
& fn_cell_signaling_with_mating_factor_67(X) != fn_cell_signaling_with_mating_factor_13(X)
& has_state_2(fn_cell_signaling_with_mating_factor_67(X),fn_cell_signaling_with_mating_factor_66(X))
& quantity_2(fn_cell_signaling_with_mating_factor_66(X),fn_cell_signaling_with_mating_factor_12(X))
& fn_cell_signaling_with_mating_factor_66(X) != fn_cell_signaling_with_mating_factor_105(X)
& has_part_2(fn_cell_signaling_with_mating_factor_66(X),fn_cell_signaling_with_mating_factor_115(X))
& has_part_2(fn_cell_signaling_with_mating_factor_66(X),fn_cell_signaling_with_mating_factor_117(X))
& has_function_2(fn_cell_signaling_with_mating_factor_66(X),fn_cell_signaling_with_mating_factor_5(X))
& called_2(fn_cell_signaling_with_mating_factor_65(X),"2")
& raw_material_2(fn_cell_signaling_with_mating_factor_65(X),fn_cell_signaling_with_mating_factor_68(X))
& next_event_2(fn_cell_signaling_with_mating_factor_65(X),fn_cell_signaling_with_mating_factor_64(X))
& called_2(fn_cell_signaling_with_mating_factor_64(X),"3")
& called_2(fn_cell_signaling_with_mating_factor_63(X),"1")
& time_during_2(fn_cell_signaling_with_mating_factor_63(X),fn_cell_signaling_with_mating_factor_81(X))
& agent_2(fn_cell_signaling_with_mating_factor_5(X),fn_cell_signaling_with_mating_factor_66(X))
& fn_cell_signaling_with_mating_factor_62(X) != fn_cell_signaling_with_mating_factor_71(X)
& the_categorical_value_2(fn_cell_signaling_with_mating_factor_4(X),inactive_0)
& recipient_2(fn_cell_signaling_with_mating_factor_61(X),fn_cell_signaling_with_mating_factor_87(X))
& time_during_2(fn_cell_signaling_with_mating_factor_60(X),fn_cell_signaling_with_mating_factor_81(X))
& fn_cell_signaling_with_mating_factor_59(X) != fn_cell_signaling_with_mating_factor_71(X)
& has_state_2(fn_cell_signaling_with_mating_factor_58(X),fn_cell_signaling_with_mating_factor_111(X))
& fn_cell_signaling_with_mating_factor_39(X) != fn_cell_signaling_with_mating_factor_111(X)
& instrument_2(fn_cell_signaling_with_mating_factor_34(X),fn_cell_signaling_with_mating_factor_53(X))
& base_2(fn_cell_signaling_with_mating_factor_90(X),fn_cell_signaling_with_mating_factor_111(X))
& object_2(fn_cell_signaling_with_mating_factor_77(X),fn_cell_signaling_with_mating_factor_80(X))
& object_2(fn_cell_signaling_with_mating_factor_94(X),fn_cell_signaling_with_mating_factor_59(X))
& base_2(fn_cell_signaling_with_mating_factor_86(X),fn_cell_signaling_with_mating_factor_87(X))
& base_2(fn_cell_signaling_with_mating_factor_85(X),fn_cell_signaling_with_mating_factor_87(X))
& result_2(fn_cell_signaling_with_mating_factor_89(X),fn_cell_signaling_with_mating_factor_68(X))
& result_2(fn_cell_signaling_with_mating_factor_79(X),fn_cell_signaling_with_mating_factor_66(X))
& raw_material_2(fn_cell_signaling_with_mating_factor_64(X),fn_cell_signaling_with_mating_factor_67(X))
& result_2(fn_cell_signaling_with_mating_factor_65(X),fn_cell_signaling_with_mating_factor_80(X))
& has_part_2(fn_cell_signaling_with_mating_factor_66(X),fn_cell_signaling_with_mating_factor_116(X))
& has_part_2(fn_cell_signaling_with_mating_factor_80(X),fn_cell_signaling_with_mating_factor_121(X))
& has_part_2(fn_cell_signaling_with_mating_factor_80(X),fn_cell_signaling_with_mating_factor_120(X))
& has_part_2(fn_cell_signaling_with_mating_factor_80(X),fn_cell_signaling_with_mating_factor_122(X))
& raw_material_2(fn_cell_signaling_with_mating_factor_89(X),fn_cell_signaling_with_mating_factor_80(X))
& has_region_2(fn_cell_signaling_with_mating_factor_80(X),fn_cell_signaling_with_mating_factor_103(X))
& possesses_2(fn_cell_signaling_with_mating_factor_80(X),fn_cell_signaling_with_mating_factor_118(X))
& has_part_2(fn_cell_signaling_with_mating_factor_53(X),fn_cell_signaling_with_mating_factor_59(X))
& possesses_2(fn_cell_signaling_with_mating_factor_80(X),fn_cell_signaling_with_mating_factor_119(X))
& result_2(fn_cell_signaling_with_mating_factor_64(X),fn_cell_signaling_with_mating_factor_66(X))
& has_region_2(fn_cell_signaling_with_mating_factor_66(X),fn_cell_signaling_with_mating_factor_106(X))
& has_part_2(fn_cell_signaling_with_mating_factor_87(X),fn_cell_signaling_with_mating_factor_95(X))
& base_2(fn_cell_signaling_with_mating_factor_61(X),fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_87(X) != fn_cell_signaling_with_mating_factor_59(X)
& fn_cell_signaling_with_mating_factor_59(X) != fn_cell_signaling_with_mating_factor_87(X)
& base_2(X,fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_110(X) != fn_cell_signaling_with_mating_factor_87(X)
& fn_cell_signaling_with_mating_factor_87(X) != fn_cell_signaling_with_mating_factor_110(X)
& has_function_2(fn_cell_signaling_with_mating_factor_80(X),fn_cell_signaling_with_mating_factor_104(X))
& has_function_2(fn_cell_signaling_with_mating_factor_111(X),fn_cell_signaling_with_mating_factor_63(X))
& is_at_2(fn_cell_signaling_with_mating_factor_62(X),fn_cell_signaling_with_mating_factor_52(X))
& object_2(fn_cell_signaling_with_mating_factor_61(X),fn_cell_signaling_with_mating_factor_62(X))
& complement_2(fn_cell_signaling_with_mating_factor_62(X),fn_cell_signaling_with_mating_factor_59(X))
& complement_2(fn_cell_signaling_with_mating_factor_59(X),fn_cell_signaling_with_mating_factor_62(X))
& fn_cell_signaling_with_mating_factor_49(X) != fn_cell_signaling_with_mating_factor_62(X)
& fn_cell_signaling_with_mating_factor_62(X) != fn_cell_signaling_with_mating_factor_49(X)
& is_across_2(fn_cell_signaling_with_mating_factor_110(X),fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_48(X) != fn_cell_signaling_with_mating_factor_62(X)
& fn_cell_signaling_with_mating_factor_62(X) != fn_cell_signaling_with_mating_factor_48(X)
& shape_2(fn_cell_signaling_with_mating_factor_110(X),fn_cell_signaling_with_mating_factor_57(X))
& agent_2(X,fn_cell_signaling_with_mating_factor_62(X))
& fn_cell_signaling_with_mating_factor_62(X) != fn_cell_signaling_with_mating_factor_59(X)
& fn_cell_signaling_with_mating_factor_59(X) != fn_cell_signaling_with_mating_factor_110(X)
& has_state_2(fn_cell_signaling_with_mating_factor_110(X),fn_cell_signaling_with_mating_factor_39(X))
& fn_cell_signaling_with_mating_factor_59(X) != fn_cell_signaling_with_mating_factor_62(X)
& fn_cell_signaling_with_mating_factor_110(X) != fn_cell_signaling_with_mating_factor_59(X)
& has_region_2(fn_cell_signaling_with_mating_factor_71(X),fn_cell_signaling_with_mating_factor_52(X))
& is_inside_2(fn_cell_signaling_with_mating_factor_71(X),fn_cell_signaling_with_mating_factor_47(X))
& is_across_2(fn_cell_signaling_with_mating_factor_71(X),fn_cell_signaling_with_mating_factor_53(X))
& object_2(fn_cell_signaling_with_mating_factor_32(X),fn_cell_signaling_with_mating_factor_31(X))
& has_region_2(fn_cell_signaling_with_mating_factor_80(X),fn_cell_signaling_with_mating_factor_69(X))
& has_part_2(fn_cell_signaling_with_mating_factor_80(X),fn_cell_signaling_with_mating_factor_102(X))
& has_part_2(fn_cell_signaling_with_mating_factor_102(X),fn_cell_signaling_with_mating_factor_84(X))
& has_part_2(fn_cell_signaling_with_mating_factor_87(X),fn_cell_signaling_with_mating_factor_70(X))
& has_part_2(fn_cell_signaling_with_mating_factor_70(X),fn_cell_signaling_with_mating_factor_76(X))
& next_event_2(fn_cell_signaling_with_mating_factor_61(X),fn_cell_signaling_with_mating_factor_86(X))
& subevent_2(X,fn_cell_signaling_with_mating_factor_86(X))
& next_event_2(fn_cell_signaling_with_mating_factor_86(X),fn_cell_signaling_with_mating_factor_85(X))
& subevent_2(X,fn_cell_signaling_with_mating_factor_85(X))
& size_2(fn_cell_signaling_with_mating_factor_67(X),fn_cell_signaling_with_mating_factor_114(X))
& has_part_2(fn_cell_signaling_with_mating_factor_67(X),fn_cell_signaling_with_mating_factor_113(X))
& size_2(fn_cell_signaling_with_mating_factor_113(X),fn_cell_signaling_with_mating_factor_112(X))
& greater_than_2(fn_cell_signaling_with_mating_factor_114(X),fn_cell_signaling_with_mating_factor_112(X))
& has_region_2(fn_cell_signaling_with_mating_factor_80(X),fn_cell_signaling_with_mating_factor_82(X))
& size_2(fn_cell_signaling_with_mating_factor_80(X),fn_cell_signaling_with_mating_factor_100(X))
& has_function_2(fn_cell_signaling_with_mating_factor_80(X),fn_cell_signaling_with_mating_factor_64(X))
& has_part_2(fn_cell_signaling_with_mating_factor_80(X),fn_cell_signaling_with_mating_factor_101(X))
& size_2(fn_cell_signaling_with_mating_factor_101(X),fn_cell_signaling_with_mating_factor_96(X))
& greater_than_2(fn_cell_signaling_with_mating_factor_100(X),fn_cell_signaling_with_mating_factor_96(X))
& the_scalar_value_2(fn_cell_signaling_with_mating_factor_100(X),big_0)
& scalar_unit_class_2(fn_cell_signaling_with_mating_factor_100(X),polypeptide_0)
& result_2(fn_cell_signaling_with_mating_factor_94(X),fn_cell_signaling_with_mating_factor_58(X))
& is_at_2(fn_cell_signaling_with_mating_factor_95(X),fn_cell_signaling_with_mating_factor_51(X))
& next_event_2(fn_cell_signaling_with_mating_factor_88(X),fn_cell_signaling_with_mating_factor_92(X))
& next_event_2(fn_cell_signaling_with_mating_factor_92(X),fn_cell_signaling_with_mating_factor_91(X))
& causes_2(fn_cell_signaling_with_mating_factor_91(X),fn_cell_signaling_with_mating_factor_126(X))
& next_event_2(fn_cell_signaling_with_mating_factor_94(X),fn_cell_signaling_with_mating_factor_60(X))
& fn_cell_signaling_with_mating_factor_94(X) != fn_cell_signaling_with_mating_factor_91(X)
& result_2(fn_cell_signaling_with_mating_factor_91(X),fn_cell_signaling_with_mating_factor_39(X))
& shape_2(fn_cell_signaling_with_mating_factor_39(X),fn_cell_signaling_with_mating_factor_56(X))
& different_type_2(fn_cell_signaling_with_mating_factor_56(X),fn_cell_signaling_with_mating_factor_57(X))
& fn_cell_signaling_with_mating_factor_91(X) != fn_cell_signaling_with_mating_factor_94(X)
& different_type_2(fn_cell_signaling_with_mating_factor_57(X),fn_cell_signaling_with_mating_factor_56(X))
& first_subevent_2(X,fn_cell_signaling_with_mating_factor_61(X))
& has_function_2(fn_cell_signaling_with_mating_factor_59(X),fn_cell_signaling_with_mating_factor_61(X))
& is_across_2(fn_cell_signaling_with_mating_factor_59(X),fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_49(X) != fn_cell_signaling_with_mating_factor_59(X)
& fn_cell_signaling_with_mating_factor_59(X) != fn_cell_signaling_with_mating_factor_49(X)
& causes_2(fn_cell_signaling_with_mating_factor_126(X),fn_cell_signaling_with_mating_factor_125(X))
& result_2(fn_cell_signaling_with_mating_factor_126(X),fn_cell_signaling_with_mating_factor_95(X))
& base_2(fn_cell_signaling_with_mating_factor_93(X),fn_cell_signaling_with_mating_factor_95(X))
& next_event_2(fn_cell_signaling_with_mating_factor_93(X),fn_cell_signaling_with_mating_factor_90(X))
& next_event_2(fn_cell_signaling_with_mating_factor_90(X),fn_cell_signaling_with_mating_factor_88(X))
& next_event_2(fn_cell_signaling_with_mating_factor_60(X),fn_cell_signaling_with_mating_factor_93(X))
& fn_cell_signaling_with_mating_factor_93(X) != fn_cell_signaling_with_mating_factor_92(X)
& fn_cell_signaling_with_mating_factor_92(X) != fn_cell_signaling_with_mating_factor_60(X)
& fn_cell_signaling_with_mating_factor_90(X) != fn_cell_signaling_with_mating_factor_93(X)
& fn_cell_signaling_with_mating_factor_93(X) != fn_cell_signaling_with_mating_factor_90(X)
& fn_cell_signaling_with_mating_factor_92(X) != fn_cell_signaling_with_mating_factor_93(X)
& fn_cell_signaling_with_mating_factor_60(X) != fn_cell_signaling_with_mating_factor_92(X)
& base_2(fn_cell_signaling_with_mating_factor_125(X),fn_cell_signaling_with_mating_factor_39(X))
& object_2(fn_cell_signaling_with_mating_factor_125(X),fn_cell_signaling_with_mating_factor_95(X))
& object_2(fn_cell_signaling_with_mating_factor_60(X),fn_cell_signaling_with_mating_factor_95(X))
& base_2(fn_cell_signaling_with_mating_factor_60(X),fn_cell_signaling_with_mating_factor_58(X))
& has_state_2(fn_cell_signaling_with_mating_factor_59(X),fn_cell_signaling_with_mating_factor_58(X))
& subevent_2(X,fn_cell_signaling_with_mating_factor_61(X))
& instrument_2(fn_cell_signaling_with_mating_factor_61(X),fn_cell_signaling_with_mating_factor_59(X))
& fn_cell_signaling_with_mating_factor_59(X) != fn_cell_signaling_with_mating_factor_48(X)
& fn_cell_signaling_with_mating_factor_39(X) != fn_cell_signaling_with_mating_factor_59(X)
& fn_cell_signaling_with_mating_factor_59(X) != fn_cell_signaling_with_mating_factor_39(X)
& fn_cell_signaling_with_mating_factor_48(X) != fn_cell_signaling_with_mating_factor_59(X)
& first_subevent_2(fn_cell_signaling_with_mating_factor_86(X),fn_cell_signaling_with_mating_factor_94(X))
& subevent_2(fn_cell_signaling_with_mating_factor_79(X),fn_cell_signaling_with_mating_factor_64(X))
& has_region_2(fn_cell_signaling_with_mating_factor_109(X),fn_cell_signaling_with_mating_factor_108(X))
& by_means_of_2(fn_cell_signaling_with_mating_factor_65(X),fn_cell_signaling_with_mating_factor_19(X))
& subevent_2(fn_cell_signaling_with_mating_factor_86(X),fn_cell_signaling_with_mating_factor_91(X))
& object_2(fn_cell_signaling_with_mating_factor_91(X),fn_cell_signaling_with_mating_factor_110(X))
& raw_material_2(fn_cell_signaling_with_mating_factor_64(X),fn_cell_signaling_with_mating_factor_105(X))
& fn_cell_signaling_with_mating_factor_64(X) != fn_cell_signaling_with_mating_factor_65(X)
& fn_cell_signaling_with_mating_factor_65(X) != fn_cell_signaling_with_mating_factor_64(X)
& facilitates_2(fn_cell_signaling_with_mating_factor_82(X),fn_cell_signaling_with_mating_factor_64(X))
& is_inside_2(fn_cell_signaling_with_mating_factor_83(X),fn_cell_signaling_with_mating_factor_82(X))
& has_region_2(fn_cell_signaling_with_mating_factor_84(X),fn_cell_signaling_with_mating_factor_83(X))
& is_at_2(fn_cell_signaling_with_mating_factor_84(X),fn_cell_signaling_with_mating_factor_69(X))
& by_means_of_2(fn_cell_signaling_with_mating_factor_64(X),fn_cell_signaling_with_mating_factor_98(X))
& agent_2(fn_cell_signaling_with_mating_factor_98(X),fn_cell_signaling_with_mating_factor_106(X))
& agent_2(fn_cell_signaling_with_mating_factor_97(X),fn_cell_signaling_with_mating_factor_106(X))
& by_means_of_2(fn_cell_signaling_with_mating_factor_64(X),fn_cell_signaling_with_mating_factor_97(X))
& site_2(fn_cell_signaling_with_mating_factor_64(X),fn_cell_signaling_with_mating_factor_82(X))
& subevent_2(fn_cell_signaling_with_mating_factor_86(X),fn_cell_signaling_with_mating_factor_79(X))
& time_during_2(fn_cell_signaling_with_mating_factor_79(X),fn_cell_signaling_with_mating_factor_81(X))
& time_during_2(fn_cell_signaling_with_mating_factor_64(X),fn_cell_signaling_with_mating_factor_81(X))
& fn_cell_signaling_with_mating_factor_63(X) != fn_cell_signaling_with_mating_factor_64(X)
& fn_cell_signaling_with_mating_factor_64(X) != fn_cell_signaling_with_mating_factor_63(X)
& result_2(fn_cell_signaling_with_mating_factor_63(X),fn_cell_signaling_with_mating_factor_109(X))
& fn_cell_signaling_with_mating_factor_63(X) != fn_cell_signaling_with_mating_factor_65(X)
& by_means_of_2(fn_cell_signaling_with_mating_factor_65(X),fn_cell_signaling_with_mating_factor_18(X))
& agent_2(fn_cell_signaling_with_mating_factor_18(X),fn_cell_signaling_with_mating_factor_103(X))
& agent_2(fn_cell_signaling_with_mating_factor_19(X),fn_cell_signaling_with_mating_factor_103(X))
& fn_cell_signaling_with_mating_factor_65(X) != fn_cell_signaling_with_mating_factor_63(X)
& has_function_2(fn_cell_signaling_with_mating_factor_109(X),fn_cell_signaling_with_mating_factor_65(X))
& has_function_2(fn_cell_signaling_with_mating_factor_109(X),fn_cell_signaling_with_mating_factor_107(X))
& enables_2(fn_cell_signaling_with_mating_factor_107(X),fn_cell_signaling_with_mating_factor_65(X))
& site_2(fn_cell_signaling_with_mating_factor_65(X),fn_cell_signaling_with_mating_factor_108(X))
& facilitates_2(fn_cell_signaling_with_mating_factor_108(X),fn_cell_signaling_with_mating_factor_65(X))
& subevent_2(fn_cell_signaling_with_mating_factor_86(X),fn_cell_signaling_with_mating_factor_94(X))
& time_during_2(fn_cell_signaling_with_mating_factor_94(X),fn_cell_signaling_with_mating_factor_78(X))
& time_before_2(fn_cell_signaling_with_mating_factor_78(X),fn_cell_signaling_with_mating_factor_81(X))
& time_before_2(fn_cell_signaling_with_mating_factor_81(X),fn_cell_signaling_with_mating_factor_78(X))
& time_during_2(fn_cell_signaling_with_mating_factor_65(X),fn_cell_signaling_with_mating_factor_78(X))
& base_2(fn_cell_signaling_with_mating_factor_73(X),fn_cell_signaling_with_mating_factor_53(X))
& called_2(fn_cell_signaling_with_mating_factor_48(X),'MP2')
& volume_2(fn_cell_signaling_with_mating_factor_87(X),fn_cell_signaling_with_mating_factor_44(X))
& has_part_2(fn_cell_signaling_with_mating_factor_87(X),fn_cell_signaling_with_mating_factor_53(X))
& is_outside_2(fn_cell_signaling_with_mating_factor_72(X),fn_cell_signaling_with_mating_factor_53(X))
& has_region_2(fn_cell_signaling_with_mating_factor_87(X),fn_cell_signaling_with_mating_factor_45(X))
& is_at_2(fn_cell_signaling_with_mating_factor_47(X),fn_cell_signaling_with_mating_factor_45(X))
& has_part_2(fn_cell_signaling_with_mating_factor_87(X),fn_cell_signaling_with_mating_factor_74(X))
& is_inside_2(fn_cell_signaling_with_mating_factor_74(X),fn_cell_signaling_with_mating_factor_76(X))
& fn_cell_signaling_with_mating_factor_49(X) != fn_cell_signaling_with_mating_factor_71(X)
& called_2(fn_cell_signaling_with_mating_factor_49(X),'MP1')
& fn_cell_signaling_with_mating_factor_71(X) != fn_cell_signaling_with_mating_factor_49(X)
& size_2(fn_cell_signaling_with_mating_factor_87(X),fn_cell_signaling_with_mating_factor_46(X))
& directly_proportional_2(fn_cell_signaling_with_mating_factor_46(X),fn_cell_signaling_with_mating_factor_44(X))
& is_facing_2(fn_cell_signaling_with_mating_factor_51(X),fn_cell_signaling_with_mating_factor_70(X))
& is_oriented_toward_2(fn_cell_signaling_with_mating_factor_51(X),fn_cell_signaling_with_mating_factor_70(X))
& is_between_2(fn_cell_signaling_with_mating_factor_70(X),fn_cell_signaling_with_mating_factor_53(X))
& is_at_2(fn_cell_signaling_with_mating_factor_71(X),fn_cell_signaling_with_mating_factor_53(X))
& called_2(fn_cell_signaling_with_mating_factor_71(X),'MP1')
& has_part_2(fn_cell_signaling_with_mating_factor_87(X),fn_cell_signaling_with_mating_factor_75(X))
& is_between_2(fn_cell_signaling_with_mating_factor_70(X),fn_cell_signaling_with_mating_factor_75(X))
& is_inside_2(fn_cell_signaling_with_mating_factor_70(X),fn_cell_signaling_with_mating_factor_53(X))
& has_part_2(fn_cell_signaling_with_mating_factor_53(X),fn_cell_signaling_with_mating_factor_71(X))
& fn_cell_signaling_with_mating_factor_71(X) != fn_cell_signaling_with_mating_factor_48(X)
& fn_cell_signaling_with_mating_factor_48(X) != fn_cell_signaling_with_mating_factor_71(X)
& called_2(fn_cell_signaling_with_mating_factor_48(X),'MP1')
& called_2(fn_cell_signaling_with_mating_factor_49(X),'MP2')
& is_outside_2(fn_cell_signaling_with_mating_factor_52(X),fn_cell_signaling_with_mating_factor_53(X))
& quantity_2(fn_cell_signaling_with_mating_factor_27(X),fn_cell_signaling_with_mating_factor_40(X))
& directly_proportional_2(fn_cell_signaling_with_mating_factor_40(X),fn_cell_signaling_with_mating_factor_36(X))
& is_permeable_to_2(fn_cell_signaling_with_mating_factor_53(X),fn_cell_signaling_with_mating_factor_33(X))
& fn_cell_signaling_with_mating_factor_33(X) != fn_cell_signaling_with_mating_factor_31(X)
& is_impermeable_to_2(fn_cell_signaling_with_mating_factor_53(X),fn_cell_signaling_with_mating_factor_31(X))
& has_region_2(fn_cell_signaling_with_mating_factor_53(X),fn_cell_signaling_with_mating_factor_51(X))
& fn_cell_signaling_with_mating_factor_31(X) != fn_cell_signaling_with_mating_factor_33(X)
& is_outside_2(fn_cell_signaling_with_mating_factor_26(X),fn_cell_signaling_with_mating_factor_53(X))
& object_2(fn_cell_signaling_with_mating_factor_41(X),fn_cell_signaling_with_mating_factor_26(X))
& base_2(fn_cell_signaling_with_mating_factor_41(X),fn_cell_signaling_with_mating_factor_28(X))
& is_inside_2(fn_cell_signaling_with_mating_factor_28(X),fn_cell_signaling_with_mating_factor_53(X))
& fluidity_2(fn_cell_signaling_with_mating_factor_53(X),fn_cell_signaling_with_mating_factor_36(X))
& temperature_2(fn_cell_signaling_with_mating_factor_53(X),fn_cell_signaling_with_mating_factor_37(X))
& directly_proportional_2(fn_cell_signaling_with_mating_factor_37(X),fn_cell_signaling_with_mating_factor_36(X))
& inversely_proportional_2(fn_cell_signaling_with_mating_factor_35(X),fn_cell_signaling_with_mating_factor_36(X))
& density_2(fn_cell_signaling_with_mating_factor_53(X),fn_cell_signaling_with_mating_factor_35(X))
& has_part_2(fn_cell_signaling_with_mating_factor_53(X),fn_cell_signaling_with_mating_factor_27(X))
& object_2(fn_cell_signaling_with_mating_factor_25(X),fn_cell_signaling_with_mating_factor_33(X))
& has_function_2(fn_cell_signaling_with_mating_factor_53(X),fn_cell_signaling_with_mating_factor_25(X))
& has_function_2(fn_cell_signaling_with_mating_factor_53(X),fn_cell_signaling_with_mating_factor_32(X))
& object_2(fn_cell_signaling_with_mating_factor_32(X),fn_cell_signaling_with_mating_factor_30(X))
& is_impermeable_to_2(fn_cell_signaling_with_mating_factor_53(X),fn_cell_signaling_with_mating_factor_30(X))
& plays_2(fn_cell_signaling_with_mating_factor_53(X),fn_cell_signaling_with_mating_factor_38(X))
& in_event_2(fn_cell_signaling_with_mating_factor_38(X),fn_cell_signaling_with_mating_factor_34(X))
& object_2(fn_cell_signaling_with_mating_factor_34(X),fn_cell_signaling_with_mating_factor_30(X))
& fn_cell_signaling_with_mating_factor_33(X) != fn_cell_signaling_with_mating_factor_30(X)
& fn_cell_signaling_with_mating_factor_30(X) != fn_cell_signaling_with_mating_factor_33(X)
& base_2(fn_cell_signaling_with_mating_factor_25(X),fn_cell_signaling_with_mating_factor_53(X))
& path_2(fn_cell_signaling_with_mating_factor_25(X),fn_cell_signaling_with_mating_factor_51(X))
& is_inside_2(fn_cell_signaling_with_mating_factor_29(X),fn_cell_signaling_with_mating_factor_51(X))
& is_between_2(fn_cell_signaling_with_mating_factor_53(X),fn_cell_signaling_with_mating_factor_29(X))
& has_part_2(fn_cell_signaling_with_mating_factor_53(X),fn_cell_signaling_with_mating_factor_48(X))
& has_region_2(fn_cell_signaling_with_mating_factor_53(X),fn_cell_signaling_with_mating_factor_52(X))
& is_inside_2(fn_cell_signaling_with_mating_factor_52(X),fn_cell_signaling_with_mating_factor_50(X))
& is_between_2(fn_cell_signaling_with_mating_factor_53(X),fn_cell_signaling_with_mating_factor_50(X))
& fn_cell_signaling_with_mating_factor_29(X) != fn_cell_signaling_with_mating_factor_50(X)
& fn_cell_signaling_with_mating_factor_50(X) != fn_cell_signaling_with_mating_factor_29(X)
& has_part_2(fn_cell_signaling_with_mating_factor_53(X),fn_cell_signaling_with_mating_factor_47(X))
& is_inside_2(fn_cell_signaling_with_mating_factor_24(X),fn_cell_signaling_with_mating_factor_47(X))
& has_part_2(fn_cell_signaling_with_mating_factor_53(X),fn_cell_signaling_with_mating_factor_24(X))
& has_part_2(fn_cell_signaling_with_mating_factor_53(X),fn_cell_signaling_with_mating_factor_49(X))
& fn_cell_signaling_with_mating_factor_49(X) != fn_cell_signaling_with_mating_factor_48(X)
& fn_cell_signaling_with_mating_factor_48(X) != fn_cell_signaling_with_mating_factor_49(X)
& next_event_2(fn_cell_signaling_with_mating_factor_63(X),fn_cell_signaling_with_mating_factor_65(X))
& subevent_2(fn_cell_signaling_with_mating_factor_79(X),fn_cell_signaling_with_mating_factor_63(X))
& first_subevent_2(fn_cell_signaling_with_mating_factor_79(X),fn_cell_signaling_with_mating_factor_63(X))
& fn_cell_signaling_with_mating_factor_120(X) != fn_cell_signaling_with_mating_factor_121(X)
& fn_cell_signaling_with_mating_factor_122(X) != fn_cell_signaling_with_mating_factor_120(X)
& fn_cell_signaling_with_mating_factor_121(X) != fn_cell_signaling_with_mating_factor_120(X)
& is_inside_2(fn_cell_signaling_with_mating_factor_121(X),fn_cell_signaling_with_mating_factor_103(X))
& is_inside_2(fn_cell_signaling_with_mating_factor_122(X),fn_cell_signaling_with_mating_factor_103(X))
& fn_cell_signaling_with_mating_factor_120(X) != fn_cell_signaling_with_mating_factor_122(X)
& is_inside_2(fn_cell_signaling_with_mating_factor_120(X),fn_cell_signaling_with_mating_factor_103(X))
& fn_cell_signaling_with_mating_factor_121(X) != fn_cell_signaling_with_mating_factor_122(X)
& is_between_2(fn_cell_signaling_with_mating_factor_118(X),fn_cell_signaling_with_mating_factor_120(X))
& is_between_2(fn_cell_signaling_with_mating_factor_118(X),fn_cell_signaling_with_mating_factor_121(X))
& fn_cell_signaling_with_mating_factor_122(X) != fn_cell_signaling_with_mating_factor_121(X)
& is_between_2(fn_cell_signaling_with_mating_factor_119(X),fn_cell_signaling_with_mating_factor_122(X))
& is_between_2(fn_cell_signaling_with_mating_factor_119(X),fn_cell_signaling_with_mating_factor_121(X))
& fn_cell_signaling_with_mating_factor_115(X) != fn_cell_signaling_with_mating_factor_116(X)
& fn_cell_signaling_with_mating_factor_117(X) != fn_cell_signaling_with_mating_factor_115(X)
& fn_cell_signaling_with_mating_factor_116(X) != fn_cell_signaling_with_mating_factor_115(X)
& is_inside_2(fn_cell_signaling_with_mating_factor_116(X),fn_cell_signaling_with_mating_factor_106(X))
& is_inside_2(fn_cell_signaling_with_mating_factor_117(X),fn_cell_signaling_with_mating_factor_106(X))
& fn_cell_signaling_with_mating_factor_115(X) != fn_cell_signaling_with_mating_factor_117(X)
& is_inside_2(fn_cell_signaling_with_mating_factor_115(X),fn_cell_signaling_with_mating_factor_106(X))
& fn_cell_signaling_with_mating_factor_116(X) != fn_cell_signaling_with_mating_factor_117(X)
& fn_cell_signaling_with_mating_factor_117(X) != fn_cell_signaling_with_mating_factor_116(X)
& subevent_2(fn_cell_signaling_with_mating_factor_79(X),fn_cell_signaling_with_mating_factor_65(X))
& object_2(fn_cell_signaling_with_mating_factor_34(X),fn_cell_signaling_with_mating_factor_31(X))
& raw_material_2(fn_cell_signaling_with_mating_factor_65(X),fn_cell_signaling_with_mating_factor_99(X))
& base_2(fn_cell_signaling_with_mating_factor_92(X),fn_cell_signaling_with_mating_factor_110(X))
& object_2(fn_cell_signaling_with_mating_factor_73(X),fn_cell_signaling_with_mating_factor_71(X))
& fn_cell_signaling_with_mating_factor_111(X) = fn_detach_2(fn_cell_signaling_with_mating_factor_90(X))
& fn_cell_signaling_with_mating_factor_80(X) = fn_move_1(fn_cell_signaling_with_mating_factor_77(X))
& fn_cell_signaling_with_mating_factor_59(X) = fn_make_accessible_1(fn_cell_signaling_with_mating_factor_94(X))
& fn_cell_signaling_with_mating_factor_87(X) = fn_cell_signaling_event_1(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_87(X) = fn_intracellular_process_1(fn_cell_signaling_with_mating_factor_85(X))
& fn_cell_signaling_with_mating_factor_87(X) = fn_cellular_response_3(fn_cell_signaling_with_mating_factor_85(X))
& fn_cell_signaling_with_mating_factor_68(X) = fn_decomposition_reaction_4(fn_cell_signaling_with_mating_factor_89(X))
& fn_cell_signaling_with_mating_factor_68(X) = fn_decomposition_reaction_2(fn_cell_signaling_with_mating_factor_89(X))
& fn_cell_signaling_with_mating_factor_66(X) = fn_chemical_reaction_1(fn_cell_signaling_with_mating_factor_79(X))
& fn_cell_signaling_with_mating_factor_67(X) = fn_phosphorylation_5(fn_cell_signaling_with_mating_factor_64(X))
& fn_cell_signaling_with_mating_factor_67(X) = fn_phosphorylation_1(fn_cell_signaling_with_mating_factor_64(X))
& fn_cell_signaling_with_mating_factor_116(X) = fn_organic_molecule_2(fn_cell_signaling_with_mating_factor_66(X))
& fn_cell_signaling_with_mating_factor_121(X) = fn_dephosphorylation_5(fn_cell_signaling_with_mating_factor_89(X))
& fn_cell_signaling_with_mating_factor_120(X) = fn_dephosphorylation_4(fn_cell_signaling_with_mating_factor_89(X))
& fn_cell_signaling_with_mating_factor_122(X) = fn_protein_enzyme_8(fn_cell_signaling_with_mating_factor_80(X))
& fn_cell_signaling_with_mating_factor_122(X) = fn_dephosphorylation_6(fn_cell_signaling_with_mating_factor_89(X))
& fn_cell_signaling_with_mating_factor_80(X) = fn_functional_group_1(fn_cell_signaling_with_mating_factor_103(X))
& fn_cell_signaling_with_mating_factor_80(X) = fn_phosphorylation_2(fn_cell_signaling_with_mating_factor_65(X))
& fn_cell_signaling_with_mating_factor_103(X) = fn_phosphorylation_3(fn_cell_signaling_with_mating_factor_65(X))
& fn_cell_signaling_with_mating_factor_103(X) = fn_dephosphorylation_12(fn_cell_signaling_with_mating_factor_89(X))
& fn_cell_signaling_with_mating_factor_80(X) = fn_dephosphorylation_11(fn_cell_signaling_with_mating_factor_89(X))
& fn_cell_signaling_with_mating_factor_118(X) = fn_polymer_1(fn_cell_signaling_with_mating_factor_80(X))
& fn_cell_signaling_with_mating_factor_53(X) = fn_membrane_protein_1(fn_cell_signaling_with_mating_factor_59(X))
& fn_cell_signaling_with_mating_factor_119(X) = fn_kinase_8(fn_cell_signaling_with_mating_factor_80(X))
& fn_cell_signaling_with_mating_factor_66(X) = fn_functional_group_1(fn_cell_signaling_with_mating_factor_106(X))
& fn_cell_signaling_with_mating_factor_106(X) = fn_phosphorylation_3(fn_cell_signaling_with_mating_factor_64(X))
& fn_cell_signaling_with_mating_factor_66(X) = fn_phosphorylation_2(fn_cell_signaling_with_mating_factor_64(X))
& fn_cell_signaling_with_mating_factor_104(X) = fn_enzyme_5(fn_cell_signaling_with_mating_factor_80(X))
& fn_cell_signaling_with_mating_factor_63(X) = fn_kinase_1(fn_cell_signaling_with_mating_factor_111(X))
& fn_cell_signaling_with_mating_factor_52(X) = fn_cell_signaling_with_g_protein_coupled_receptor_106(X)
& fn_cell_signaling_with_mating_factor_49(X) = fn_cell_signaling_with_g_protein_coupled_receptor_78(X)
& fn_cell_signaling_with_mating_factor_48(X) = fn_cell_signaling_with_g_protein_coupled_receptor_28(X)
& fn_cell_signaling_with_mating_factor_110(X) = fn_cell_signaling_with_g_protein_coupled_receptor_62(X)
& fn_cell_signaling_with_mating_factor_62(X) = fn_cell_signaling_with_g_protein_coupled_receptor_57(X)
& fn_cell_signaling_with_mating_factor_31(X) = fn_biomembrane_99(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_69(X) = fn_protein_7(fn_cell_signaling_with_mating_factor_80(X))
& fn_cell_signaling_with_mating_factor_84(X) = fn_protein_14(fn_cell_signaling_with_mating_factor_80(X))
& fn_cell_signaling_with_mating_factor_102(X) = fn_protein_8(fn_cell_signaling_with_mating_factor_80(X))
& fn_cell_signaling_with_mating_factor_76(X) = fn_eukaryotic_cell_42(fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_87(X) = fn_cell_signaling_with_g_protein_coupled_receptor_67(X)
& fn_cell_signaling_with_mating_factor_70(X) = fn_eukaryotic_cell_31(fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_61(X) = fn_chemical_signaling_7(X)
& fn_cell_signaling_with_mating_factor_85(X) = fn_chemical_signaling_6(X)
& fn_cell_signaling_with_mating_factor_86(X) = fn_chemical_signaling_8(X)
& fn_cell_signaling_with_mating_factor_124(X) = fn_polymer_10(fn_cell_signaling_with_mating_factor_67(X))
& fn_cell_signaling_with_mating_factor_123(X) = fn_polymer_9(fn_cell_signaling_with_mating_factor_67(X))
& fn_cell_signaling_with_mating_factor_114(X) = fn_polymer_8(fn_cell_signaling_with_mating_factor_67(X))
& fn_cell_signaling_with_mating_factor_112(X) = fn_polymer_7(fn_cell_signaling_with_mating_factor_67(X))
& fn_cell_signaling_with_mating_factor_113(X) = fn_polymer_6(fn_cell_signaling_with_mating_factor_67(X))
& fn_cell_signaling_with_mating_factor_113(X) = fn_polymer_4(fn_cell_signaling_with_mating_factor_67(X))
& fn_cell_signaling_with_mating_factor_82(X) = fn_kinase_7(fn_cell_signaling_with_mating_factor_80(X))
& fn_cell_signaling_with_mating_factor_64(X) = fn_kinase_1(fn_cell_signaling_with_mating_factor_80(X))
& fn_cell_signaling_with_mating_factor_100(X) = fn_protein_enzyme_3(fn_cell_signaling_with_mating_factor_80(X))
& fn_cell_signaling_with_mating_factor_100(X) = fn_kinase_5(fn_cell_signaling_with_mating_factor_80(X))
& fn_cell_signaling_with_mating_factor_96(X) = fn_kinase_4(fn_cell_signaling_with_mating_factor_80(X))
& fn_cell_signaling_with_mating_factor_101(X) = fn_protein_enzyme_9(fn_cell_signaling_with_mating_factor_80(X))
& fn_cell_signaling_with_mating_factor_101(X) = fn_kinase_6(fn_cell_signaling_with_mating_factor_80(X))
& fn_cell_signaling_with_mating_factor_55(X) = fn_cell_signaling_with_g_protein_coupled_receptor_19(X)
& fn_cell_signaling_with_mating_factor_54(X) = fn_cell_signaling_with_g_protein_coupled_receptor_20(X)
& fn_cell_signaling_with_mating_factor_51(X) = fn_cell_signaling_with_g_protein_coupled_receptor_83(X)
& fn_cell_signaling_with_mating_factor_57(X) = fn_cell_signaling_with_g_protein_coupled_receptor_17(X)
& fn_cell_signaling_with_mating_factor_56(X) = fn_cell_signaling_with_g_protein_coupled_receptor_18(X)
& fn_cell_signaling_with_mating_factor_91(X) = fn_cell_signaling_with_g_protein_coupled_receptor_103(X)
& fn_cell_signaling_with_mating_factor_94(X) = fn_cell_signaling_with_g_protein_coupled_receptor_59(X)
& fn_cell_signaling_with_mating_factor_49(X) = fn_cell_signaling_with_g_protein_coupled_receptor_28(X)
& fn_cell_signaling_with_mating_factor_88(X) = fn_cell_signaling_with_g_protein_coupled_receptor_100(X)
& fn_cell_signaling_with_mating_factor_126(X) = fn_cell_signaling_with_g_protein_coupled_receptor_58(X)
& fn_cell_signaling_with_mating_factor_92(X) = fn_cell_signaling_with_g_protein_coupled_receptor_101(X)
& fn_cell_signaling_with_mating_factor_90(X) = fn_cell_signaling_with_g_protein_coupled_receptor_61(X)
& fn_cell_signaling_with_mating_factor_93(X) = fn_cell_signaling_with_g_protein_coupled_receptor_94(X)
& fn_cell_signaling_with_mating_factor_58(X) = fn_cell_signaling_with_g_protein_coupled_receptor_60(X)
& fn_cell_signaling_with_mating_factor_60(X) = fn_cell_signaling_with_g_protein_coupled_receptor_104(X)
& fn_cell_signaling_with_mating_factor_95(X) = fn_cell_signaling_with_g_protein_coupled_receptor_63(X)
& fn_cell_signaling_with_mating_factor_125(X) = fn_cell_signaling_with_g_protein_coupled_receptor_32(X)
& fn_cell_signaling_with_mating_factor_48(X) = fn_cell_signaling_with_g_protein_coupled_receptor_78(X)
& fn_cell_signaling_with_mating_factor_59(X) = fn_cell_signaling_with_g_protein_coupled_receptor_105(X)
& fn_cell_signaling_with_mating_factor_39(X) = fn_cell_signaling_with_g_protein_coupled_receptor_102(X)
& fn_cell_signaling_with_mating_factor_59(X) = fn_cell_signaling_with_g_protein_coupled_receptor_65(X)
& fn_cell_signaling_with_mating_factor_61(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_cell_signaling_with_mating_factor_61(X) = fn_cell_signaling_with_g_protein_coupled_receptor_66(X)
& fn_cell_signaling_with_mating_factor_19(X) = fn_signal_transduction_with_phosphorylation_cascade_49(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_110(X) = fn_signal_transduction_with_phosphorylation_cascade_67(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_91(X) = fn_signal_transduction_with_phosphorylation_cascade_121(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_105(X) = fn_signal_transduction_with_phosphorylation_cascade_108(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_65(X) = fn_signal_transduction_with_phosphorylation_cascade_98(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_69(X) = fn_signal_transduction_with_phosphorylation_cascade_68(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_84(X) = fn_signal_transduction_with_phosphorylation_cascade_69(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_83(X) = fn_signal_transduction_with_phosphorylation_cascade_70(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_82(X) = fn_signal_transduction_with_phosphorylation_cascade_115(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_97(X) = fn_signal_transduction_with_phosphorylation_cascade_47(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_106(X) = fn_signal_transduction_with_phosphorylation_cascade_62(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_98(X) = fn_signal_transduction_with_phosphorylation_cascade_46(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_64(X) = fn_signal_transduction_with_phosphorylation_cascade_97(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_63(X) = fn_signal_transduction_with_phosphorylation_cascade_98(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_64(X) = fn_signal_transduction_with_phosphorylation_cascade_96(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_79(X) = fn_signal_transduction_with_phosphorylation_cascade_64(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_19(X) = fn_signal_transduction_with_phosphorylation_cascade_53(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_103(X) = fn_signal_transduction_with_phosphorylation_cascade_55(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_18(X) = fn_signal_transduction_with_phosphorylation_cascade_52(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_63(X) = fn_signal_transduction_with_phosphorylation_cascade_96(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_108(X) = fn_signal_transduction_with_phosphorylation_cascade_63(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_107(X) = fn_signal_transduction_with_phosphorylation_cascade_90(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_109(X) = fn_signal_transduction_with_phosphorylation_cascade_103(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_65(X) = fn_signal_transduction_with_phosphorylation_cascade_97(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_78(X) = fn_signal_transduction_with_phosphorylation_cascade_16(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_81(X) = fn_signal_transduction_with_phosphorylation_cascade_21(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_78(X) = fn_signal_transduction_with_phosphorylation_cascade_11(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_94(X) = fn_signal_transduction_with_phosphorylation_cascade_106(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_with_mating_factor_53(X) = fn_attach_2(fn_cell_signaling_with_mating_factor_73(X))
& fn_cell_signaling_with_mating_factor_73(X) = fn_fungal_cell_22(fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_42(X) = fn_fungal_cell_5(fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_72(X) = fn_fungal_cell_1(fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_47(X) = fn_fungal_cell_24(fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_45(X) = fn_fungal_cell_26(fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_76(X) = fn_yeast_6(fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_76(X) = fn_fungal_cell_8(fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_74(X) = fn_yeast_3(fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_74(X) = fn_fungal_cell_6(fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_49(X) = fn_fungal_cell_21(fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_43(X) = fn_fungal_cell_4(fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_44(X) = fn_fungal_cell_27(fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_46(X) = fn_fungal_cell_25(fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_71(X) = fn_plasma_membrane_4(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_71(X) = fn_plasma_membrane_3(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_51(X) = fn_fungal_cell_3(fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_48(X) = fn_fungal_cell_21(fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_71(X) = fn_plasma_membrane_55(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_71(X) = fn_fungal_cell_16(fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_70(X) = fn_cell_signaling_with_g_protein_coupled_receptor_82(X)
& fn_cell_signaling_with_mating_factor_53(X) = fn_cell_signaling_with_g_protein_coupled_receptor_109(X)
& fn_cell_signaling_with_mating_factor_53(X) = fn_fungal_cell_17(fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_70(X) = fn_fungal_cell_19(fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_75(X) = fn_fungal_cell_29(fn_cell_signaling_with_mating_factor_87(X))
& fn_cell_signaling_with_mating_factor_23(X) = fn_plasma_membrane_95(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_21(X) = fn_plasma_membrane_93(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_20(X) = fn_plasma_membrane_90(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_22(X) = fn_plasma_membrane_94(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_40(X) = fn_plasma_membrane_40(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_31(X) = fn_plasma_membrane_98(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_28(X) = fn_plasma_membrane_57(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_41(X) = fn_plasma_membrane_87(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_26(X) = fn_plasma_membrane_88(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_27(X) = fn_plasma_membrane_35(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_35(X) = fn_plasma_membrane_36(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_36(X) = fn_plasma_membrane_37(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_37(X) = fn_plasma_membrane_38(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_32(X) = fn_biomembrane_102(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_32(X) = fn_biomembrane_101(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_32(X) = fn_plasma_membrane_33(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_33(X) = fn_plasma_membrane_73(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_30(X) = fn_plasma_membrane_50(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_34(X) = fn_plasma_membrane_31(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_38(X) = fn_plasma_membrane_30(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_51(X) = fn_plasma_membrane_66(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_25(X) = fn_plasma_membrane_74(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_29(X) = fn_plasma_membrane_77(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_50(X) = fn_plasma_membrane_70(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_52(X) = fn_biomembrane_41(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_52(X) = fn_plasma_membrane_65(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_49(X) = fn_plasma_membrane_68(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_48(X) = fn_plasma_membrane_54(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_48(X) = fn_plasma_membrane_68(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_49(X) = fn_plasma_membrane_54(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_24(X) = fn_plasma_membrane_34(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_47(X) = fn_biomembrane_63(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_47(X) = fn_plasma_membrane_71(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_mating_factor_63(X) = fn_phosphorylation_cascade_3(fn_cell_signaling_with_mating_factor_79(X))
& fn_cell_signaling_with_mating_factor_71(X) = fn_attach_1(fn_cell_signaling_with_mating_factor_73(X))
& fn_cell_signaling_with_mating_factor_110(X) = fn_attach_2(fn_cell_signaling_with_mating_factor_92(X))
& fn_cell_signaling_with_mating_factor_99(X) = fn_phosphorylation_5(fn_cell_signaling_with_mating_factor_65(X))
& fn_cell_signaling_with_mating_factor_99(X) = fn_phosphorylation_1(fn_cell_signaling_with_mating_factor_65(X))
& fn_cell_signaling_with_mating_factor_31(X) = fn_block_1(fn_cell_signaling_with_mating_factor_34(X))
& fn_cell_signaling_with_mating_factor_65(X) = fn_phosphorylation_cascade_2(fn_cell_signaling_with_mating_factor_79(X))
& fn_cell_signaling_with_mating_factor_65(X) = fn_phosphorylation_cascade_3(fn_cell_signaling_with_mating_factor_79(X))
& fn_cell_signaling_with_mating_factor_115(X) = fn_phosphate_group_5(fn_cell_signaling_with_mating_factor_106(X))
& fn_cell_signaling_with_mating_factor_117(X) = fn_phosphate_group_5(fn_cell_signaling_with_mating_factor_106(X))
& fn_cell_signaling_with_mating_factor_116(X) = fn_phosphate_group_6(fn_cell_signaling_with_mating_factor_106(X))
& fn_cell_signaling_with_mating_factor_117(X) = fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_106(X))
& fn_cell_signaling_with_mating_factor_122(X) = fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_103(X))
& fn_cell_signaling_with_mating_factor_120(X) = fn_phosphate_group_5(fn_cell_signaling_with_mating_factor_103(X))
& fn_cell_signaling_with_mating_factor_120(X) = fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_103(X))
& fn_cell_signaling_with_mating_factor_118(X) = fn_phosphate_group_37(fn_cell_signaling_with_mating_factor_103(X))
& fn_cell_signaling_with_mating_factor_122(X) = fn_phosphate_group_5(fn_cell_signaling_with_mating_factor_103(X))
& fn_cell_signaling_with_mating_factor_119(X) = fn_phosphate_group_41(fn_cell_signaling_with_mating_factor_103(X))
& fn_cell_signaling_with_mating_factor_121(X) = fn_phosphate_group_6(fn_cell_signaling_with_mating_factor_103(X))
& fn_decomposition_reaction_4(fn_cell_signaling_with_mating_factor_89(X)) = fn_decomposition_reaction_2(fn_cell_signaling_with_mating_factor_89(X))
& fn_decomposition_reaction_2(fn_cell_signaling_with_mating_factor_89(X)) = fn_chemical_reaction_1(fn_cell_signaling_with_mating_factor_79(X))
& fn_chemical_reaction_1(fn_cell_signaling_with_mating_factor_79(X)) = fn_functional_group_1(fn_cell_signaling_with_mating_factor_106(X))
& fn_functional_group_1(fn_cell_signaling_with_mating_factor_106(X)) = fn_chemical_reaction_1(fn_cell_signaling_with_mating_factor_79(X))
& fn_chemical_reaction_1(fn_cell_signaling_with_mating_factor_79(X)) = fn_phosphorylation_2(fn_cell_signaling_with_mating_factor_64(X))
& fn_phosphorylation_2(fn_cell_signaling_with_mating_factor_64(X)) = fn_phosphorylation_2(fn_cell_signaling_with_mating_factor_64(X))
& fn_phosphorylation_2(fn_cell_signaling_with_mating_factor_64(X)) = fn_polymer_4(fn_cell_signaling_with_mating_factor_67(X))
& fn_polymer_4(fn_cell_signaling_with_mating_factor_67(X)) = fn_polymer_6(fn_cell_signaling_with_mating_factor_67(X))
& fn_polymer_6(fn_cell_signaling_with_mating_factor_67(X)) = fn_polymer_4(fn_cell_signaling_with_mating_factor_67(X))
& fn_polymer_4(fn_cell_signaling_with_mating_factor_67(X)) = fn_phosphorylation_5(fn_cell_signaling_with_mating_factor_64(X))
& fn_phosphorylation_5(fn_cell_signaling_with_mating_factor_64(X)) = fn_phosphorylation_1(fn_cell_signaling_with_mating_factor_64(X))
& fn_phosphorylation_1(fn_cell_signaling_with_mating_factor_64(X)) = fn_protein_enzyme_3(fn_cell_signaling_with_mating_factor_80(X))
& fn_kinase_5(fn_cell_signaling_with_mating_factor_80(X)) = fn_protein_enzyme_3(fn_cell_signaling_with_mating_factor_80(X))
& fn_protein_enzyme_3(fn_cell_signaling_with_mating_factor_80(X)) = fn_kinase_5(fn_cell_signaling_with_mating_factor_80(X))
& fn_kinase_5(fn_cell_signaling_with_mating_factor_80(X)) = fn_kinase_5(fn_cell_signaling_with_mating_factor_80(X))
& fn_kinase_5(fn_cell_signaling_with_mating_factor_80(X)) = fn_kinase_6(fn_cell_signaling_with_mating_factor_80(X))
& fn_kinase_6(fn_cell_signaling_with_mating_factor_80(X)) = fn_protein_enzyme_9(fn_cell_signaling_with_mating_factor_80(X))
& fn_protein_enzyme_9(fn_cell_signaling_with_mating_factor_80(X)) = fn_kinase_6(fn_cell_signaling_with_mating_factor_80(X))
& fn_kinase_6(fn_cell_signaling_with_mating_factor_80(X)) = fn_move_1(fn_cell_signaling_with_mating_factor_77(X))
& fn_move_1(fn_cell_signaling_with_mating_factor_77(X)) = fn_functional_group_1(fn_cell_signaling_with_mating_factor_103(X))
& fn_phosphorylation_2(fn_cell_signaling_with_mating_factor_65(X)) = fn_functional_group_1(fn_cell_signaling_with_mating_factor_103(X))
& fn_functional_group_1(fn_cell_signaling_with_mating_factor_103(X)) = fn_phosphorylation_2(fn_cell_signaling_with_mating_factor_65(X))
& fn_phosphorylation_2(fn_cell_signaling_with_mating_factor_65(X)) = fn_phosphorylation_2(fn_cell_signaling_with_mating_factor_65(X))
& fn_dephosphorylation_11(fn_cell_signaling_with_mating_factor_89(X)) = fn_phosphorylation_2(fn_cell_signaling_with_mating_factor_65(X))
& fn_phosphorylation_2(fn_cell_signaling_with_mating_factor_65(X)) = fn_dephosphorylation_11(fn_cell_signaling_with_mating_factor_89(X))
& fn_dephosphorylation_11(fn_cell_signaling_with_mating_factor_89(X)) = fn_dephosphorylation_11(fn_cell_signaling_with_mating_factor_89(X))
& fn_dephosphorylation_11(fn_cell_signaling_with_mating_factor_89(X)) = fn_make_accessible_1(fn_cell_signaling_with_mating_factor_94(X))
& fn_make_accessible_1(fn_cell_signaling_with_mating_factor_94(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_105(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_65(X) = fn_cell_signaling_with_g_protein_coupled_receptor_105(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_105(X) = fn_cell_signaling_with_g_protein_coupled_receptor_65(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_65(X) = fn_cell_signaling_with_g_protein_coupled_receptor_65(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_65(X) = fn_chemical_signaling_7(X)
& fn_chemical_signaling_7(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_cell_signaling_with_plasma_membrane_receptor_15(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_cell_signaling_with_plasma_membrane_receptor_15(X) = fn_cell_signaling_with_g_protein_coupled_receptor_66(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_66(X) = fn_chemical_signaling_7(X)
& fn_chemical_signaling_7(X) = fn_cell_signaling_with_g_protein_coupled_receptor_66(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_66(X) = fn_cell_signaling_with_g_protein_coupled_receptor_66(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_66(X) = fn_cell_signaling_with_g_protein_coupled_receptor_103(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_103(X) = fn_cell_signaling_with_g_protein_coupled_receptor_103(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_103(X) = fn_signal_transduction_with_phosphorylation_cascade_121(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_121(fn_cell_signaling_with_mating_factor_86(X)) = fn_signal_transduction_with_phosphorylation_cascade_121(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_121(fn_cell_signaling_with_mating_factor_86(X)) = fn_protein_7(fn_cell_signaling_with_mating_factor_80(X))
& fn_protein_7(fn_cell_signaling_with_mating_factor_80(X)) = fn_signal_transduction_with_phosphorylation_cascade_68(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_68(fn_cell_signaling_with_mating_factor_86(X)) = fn_protein_14(fn_cell_signaling_with_mating_factor_80(X))
& fn_protein_14(fn_cell_signaling_with_mating_factor_80(X)) = fn_signal_transduction_with_phosphorylation_cascade_69(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_69(fn_cell_signaling_with_mating_factor_86(X)) = fn_signal_transduction_with_phosphorylation_cascade_69(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_69(fn_cell_signaling_with_mating_factor_86(X)) = fn_kinase_7(fn_cell_signaling_with_mating_factor_80(X))
& fn_kinase_7(fn_cell_signaling_with_mating_factor_80(X)) = fn_signal_transduction_with_phosphorylation_cascade_115(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_115(fn_cell_signaling_with_mating_factor_86(X)) = fn_signal_transduction_with_phosphorylation_cascade_115(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_115(fn_cell_signaling_with_mating_factor_86(X)) = fn_kinase_1(fn_cell_signaling_with_mating_factor_80(X))
& fn_kinase_1(fn_cell_signaling_with_mating_factor_80(X)) = fn_signal_transduction_with_phosphorylation_cascade_97(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_96(fn_cell_signaling_with_mating_factor_86(X)) = fn_signal_transduction_with_phosphorylation_cascade_97(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_97(fn_cell_signaling_with_mating_factor_86(X)) = fn_signal_transduction_with_phosphorylation_cascade_96(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_96(fn_cell_signaling_with_mating_factor_86(X)) = fn_signal_transduction_with_phosphorylation_cascade_49(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_49(fn_cell_signaling_with_mating_factor_86(X)) = fn_signal_transduction_with_phosphorylation_cascade_53(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_53(fn_cell_signaling_with_mating_factor_86(X)) = fn_signal_transduction_with_phosphorylation_cascade_16(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_16(fn_cell_signaling_with_mating_factor_86(X)) = fn_signal_transduction_with_phosphorylation_cascade_16(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_16(fn_cell_signaling_with_mating_factor_86(X)) = fn_signal_transduction_with_phosphorylation_cascade_11(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_11(fn_cell_signaling_with_mating_factor_86(X)) = fn_signal_transduction_with_phosphorylation_cascade_11(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_11(fn_cell_signaling_with_mating_factor_86(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_59(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_59(X) = fn_cell_signaling_with_g_protein_coupled_receptor_59(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_59(X) = fn_signal_transduction_with_phosphorylation_cascade_106(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_106(fn_cell_signaling_with_mating_factor_86(X)) = fn_signal_transduction_with_phosphorylation_cascade_106(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_106(fn_cell_signaling_with_mating_factor_86(X)) = fn_eukaryotic_cell_42(fn_cell_signaling_with_mating_factor_87(X))
& fn_eukaryotic_cell_42(fn_cell_signaling_with_mating_factor_87(X)) = fn_yeast_6(fn_cell_signaling_with_mating_factor_87(X))
& fn_yeast_6(fn_cell_signaling_with_mating_factor_87(X)) = fn_eukaryotic_cell_42(fn_cell_signaling_with_mating_factor_87(X))
& fn_eukaryotic_cell_42(fn_cell_signaling_with_mating_factor_87(X)) = fn_fungal_cell_8(fn_cell_signaling_with_mating_factor_87(X))
& fn_fungal_cell_8(fn_cell_signaling_with_mating_factor_87(X)) = fn_yeast_3(fn_cell_signaling_with_mating_factor_87(X))
& fn_fungal_cell_6(fn_cell_signaling_with_mating_factor_87(X)) = fn_yeast_3(fn_cell_signaling_with_mating_factor_87(X))
& fn_yeast_3(fn_cell_signaling_with_mating_factor_87(X)) = fn_fungal_cell_6(fn_cell_signaling_with_mating_factor_87(X))
& fn_fungal_cell_6(fn_cell_signaling_with_mating_factor_87(X)) = fn_eukaryotic_cell_31(fn_cell_signaling_with_mating_factor_87(X))
& fn_eukaryotic_cell_31(fn_cell_signaling_with_mating_factor_87(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_82(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_82(X) = fn_eukaryotic_cell_31(fn_cell_signaling_with_mating_factor_87(X))
& fn_eukaryotic_cell_31(fn_cell_signaling_with_mating_factor_87(X)) = fn_eukaryotic_cell_31(fn_cell_signaling_with_mating_factor_87(X))
& fn_eukaryotic_cell_31(fn_cell_signaling_with_mating_factor_87(X)) = fn_fungal_cell_19(fn_cell_signaling_with_mating_factor_87(X))
& fn_fungal_cell_19(fn_cell_signaling_with_mating_factor_87(X)) = fn_fungal_cell_19(fn_cell_signaling_with_mating_factor_87(X))
& fn_fungal_cell_19(fn_cell_signaling_with_mating_factor_87(X)) = fn_cell_signaling_event_1(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_event_1(fn_cell_signaling_with_mating_factor_86(X)) = fn_intracellular_process_1(fn_cell_signaling_with_mating_factor_85(X))
& fn_intracellular_process_1(fn_cell_signaling_with_mating_factor_85(X)) = fn_cell_signaling_event_1(fn_cell_signaling_with_mating_factor_86(X))
& fn_cell_signaling_event_1(fn_cell_signaling_with_mating_factor_86(X)) = fn_cellular_response_3(fn_cell_signaling_with_mating_factor_85(X))
& fn_cellular_response_3(fn_cell_signaling_with_mating_factor_85(X)) = fn_cellular_response_3(fn_cell_signaling_with_mating_factor_85(X))
& fn_cellular_response_3(fn_cell_signaling_with_mating_factor_85(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_67(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_67(X) = fn_cell_signaling_with_g_protein_coupled_receptor_67(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_67(X) = fn_biomembrane_101(fn_cell_signaling_with_mating_factor_53(X))
& fn_biomembrane_101(fn_cell_signaling_with_mating_factor_53(X)) = fn_biomembrane_102(fn_cell_signaling_with_mating_factor_53(X))
& fn_biomembrane_102(fn_cell_signaling_with_mating_factor_53(X)) = fn_biomembrane_101(fn_cell_signaling_with_mating_factor_53(X))
& fn_biomembrane_101(fn_cell_signaling_with_mating_factor_53(X)) = fn_biomembrane_101(fn_cell_signaling_with_mating_factor_53(X))
& fn_plasma_membrane_33(fn_cell_signaling_with_mating_factor_53(X)) = fn_biomembrane_101(fn_cell_signaling_with_mating_factor_53(X))
& fn_biomembrane_101(fn_cell_signaling_with_mating_factor_53(X)) = fn_plasma_membrane_33(fn_cell_signaling_with_mating_factor_53(X))
& fn_plasma_membrane_33(fn_cell_signaling_with_mating_factor_53(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_83(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_83(X) = fn_fungal_cell_3(fn_cell_signaling_with_mating_factor_87(X))
& fn_fungal_cell_3(fn_cell_signaling_with_mating_factor_87(X)) = fn_fungal_cell_3(fn_cell_signaling_with_mating_factor_87(X))
& fn_fungal_cell_3(fn_cell_signaling_with_mating_factor_87(X)) = fn_plasma_membrane_66(fn_cell_signaling_with_mating_factor_53(X))
& fn_plasma_membrane_66(fn_cell_signaling_with_mating_factor_53(X)) = fn_plasma_membrane_66(fn_cell_signaling_with_mating_factor_53(X))
& fn_plasma_membrane_66(fn_cell_signaling_with_mating_factor_53(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_106(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_106(X) = fn_biomembrane_41(fn_cell_signaling_with_mating_factor_53(X))
& fn_biomembrane_41(fn_cell_signaling_with_mating_factor_53(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_106(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_106(X) = fn_plasma_membrane_65(fn_cell_signaling_with_mating_factor_53(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_mating_factor_53(X)) = fn_plasma_membrane_65(fn_cell_signaling_with_mating_factor_53(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_mating_factor_53(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_28(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_28(X) = fn_plasma_membrane_54(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_78(X) = fn_plasma_membrane_54(fn_cell_signaling_with_mating_factor_53(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_mating_factor_53(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_78(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_78(X) = fn_fungal_cell_21(fn_cell_signaling_with_mating_factor_87(X))
& fn_fungal_cell_21(fn_cell_signaling_with_mating_factor_87(X)) = fn_plasma_membrane_68(fn_cell_signaling_with_mating_factor_53(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_mating_factor_53(X)) = fn_plasma_membrane_68(fn_cell_signaling_with_mating_factor_53(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_mating_factor_53(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_78(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_78(X) = fn_plasma_membrane_68(fn_cell_signaling_with_mating_factor_53(X))
& fn_cell_signaling_with_g_protein_coupled_receptor_28(X) = fn_plasma_membrane_68(fn_cell_signaling_with_mating_factor_53(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_mating_factor_53(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_28(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_28(X) = fn_cell_signaling_with_g_protein_coupled_receptor_28(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_28(X) = fn_fungal_cell_21(fn_cell_signaling_with_mating_factor_87(X))
& fn_fungal_cell_21(fn_cell_signaling_with_mating_factor_87(X)) = fn_fungal_cell_21(fn_cell_signaling_with_mating_factor_87(X))
& fn_fungal_cell_21(fn_cell_signaling_with_mating_factor_87(X)) = fn_plasma_membrane_54(fn_cell_signaling_with_mating_factor_53(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_mating_factor_53(X)) = fn_plasma_membrane_54(fn_cell_signaling_with_mating_factor_53(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_mating_factor_53(X)) = fn_fungal_cell_24(fn_cell_signaling_with_mating_factor_87(X))
& fn_fungal_cell_24(fn_cell_signaling_with_mating_factor_87(X)) = fn_biomembrane_63(fn_cell_signaling_with_mating_factor_53(X))
& fn_biomembrane_63(fn_cell_signaling_with_mating_factor_53(X)) = fn_plasma_membrane_71(fn_cell_signaling_with_mating_factor_53(X))
& fn_plasma_membrane_71(fn_cell_signaling_with_mating_factor_53(X)) = fn_fungal_cell_24(fn_cell_signaling_with_mating_factor_87(X))
& fn_fungal_cell_24(fn_cell_signaling_with_mating_factor_87(X)) = fn_plasma_membrane_71(fn_cell_signaling_with_mating_factor_53(X))
& fn_plasma_membrane_71(fn_cell_signaling_with_mating_factor_53(X)) = fn_plasma_membrane_71(fn_cell_signaling_with_mating_factor_53(X))
& fn_plasma_membrane_71(fn_cell_signaling_with_mating_factor_53(X)) = fn_membrane_protein_1(fn_cell_signaling_with_mating_factor_59(X))
& fn_membrane_protein_1(fn_cell_signaling_with_mating_factor_59(X)) = fn_attach_2(fn_cell_signaling_with_mating_factor_73(X))
& fn_attach_2(fn_cell_signaling_with_mating_factor_73(X)) = fn_membrane_protein_1(fn_cell_signaling_with_mating_factor_59(X))
& fn_membrane_protein_1(fn_cell_signaling_with_mating_factor_59(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_109(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_109(X) = fn_cell_signaling_with_g_protein_coupled_receptor_109(X)
& fn_fungal_cell_17(fn_cell_signaling_with_mating_factor_87(X)) = fn_fungal_cell_17(fn_cell_signaling_with_mating_factor_87(X))
& fn_fungal_cell_17(fn_cell_signaling_with_mating_factor_87(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_109(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_109(X) = fn_fungal_cell_17(fn_cell_signaling_with_mating_factor_87(X))
& fn_fungal_cell_17(fn_cell_signaling_with_mating_factor_87(X)) = fn_kinase_1(fn_cell_signaling_with_mating_factor_111(X))
& fn_kinase_1(fn_cell_signaling_with_mating_factor_111(X)) = fn_signal_transduction_with_phosphorylation_cascade_98(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_98(fn_cell_signaling_with_mating_factor_86(X)) = fn_signal_transduction_with_phosphorylation_cascade_96(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_96(fn_cell_signaling_with_mating_factor_86(X)) = fn_signal_transduction_with_phosphorylation_cascade_96(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_96(fn_cell_signaling_with_mating_factor_86(X)) = fn_phosphorylation_cascade_3(fn_cell_signaling_with_mating_factor_79(X))
& fn_phosphorylation_cascade_3(fn_cell_signaling_with_mating_factor_79(X)) = fn_phosphorylation_cascade_3(fn_cell_signaling_with_mating_factor_79(X))
& fn_phosphorylation_cascade_3(fn_cell_signaling_with_mating_factor_79(X)) = fn_plasma_membrane_4(fn_cell_signaling_with_mating_factor_53(X))
& fn_plasma_membrane_4(fn_cell_signaling_with_mating_factor_53(X)) = fn_plasma_membrane_3(fn_cell_signaling_with_mating_factor_53(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_mating_factor_53(X)) = fn_plasma_membrane_3(fn_cell_signaling_with_mating_factor_53(X))
& fn_plasma_membrane_3(fn_cell_signaling_with_mating_factor_53(X)) = fn_plasma_membrane_55(fn_cell_signaling_with_mating_factor_53(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_mating_factor_53(X)) = fn_plasma_membrane_55(fn_cell_signaling_with_mating_factor_53(X))
& fn_fungal_cell_16(fn_cell_signaling_with_mating_factor_87(X)) = fn_plasma_membrane_55(fn_cell_signaling_with_mating_factor_53(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_mating_factor_53(X)) = fn_fungal_cell_16(fn_cell_signaling_with_mating_factor_87(X))
& fn_fungal_cell_16(fn_cell_signaling_with_mating_factor_87(X)) = fn_fungal_cell_16(fn_cell_signaling_with_mating_factor_87(X))
& fn_fungal_cell_16(fn_cell_signaling_with_mating_factor_87(X)) = fn_attach_1(fn_cell_signaling_with_mating_factor_73(X))
& fn_attach_1(fn_cell_signaling_with_mating_factor_73(X)) = fn_cell_signaling_with_g_protein_coupled_receptor_62(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_62(X) = fn_cell_signaling_with_g_protein_coupled_receptor_62(X)
& fn_cell_signaling_with_g_protein_coupled_receptor_62(X) = fn_signal_transduction_with_phosphorylation_cascade_67(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_67(fn_cell_signaling_with_mating_factor_86(X)) = fn_signal_transduction_with_phosphorylation_cascade_67(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_67(fn_cell_signaling_with_mating_factor_86(X)) = fn_attach_2(fn_cell_signaling_with_mating_factor_92(X))
& fn_attach_2(fn_cell_signaling_with_mating_factor_92(X)) = fn_phosphorylation_5(fn_cell_signaling_with_mating_factor_65(X))
& fn_phosphorylation_5(fn_cell_signaling_with_mating_factor_65(X)) = fn_phosphorylation_1(fn_cell_signaling_with_mating_factor_65(X))
& fn_phosphorylation_1(fn_cell_signaling_with_mating_factor_65(X)) = fn_biomembrane_99(fn_cell_signaling_with_mating_factor_53(X))
& fn_biomembrane_99(fn_cell_signaling_with_mating_factor_53(X)) = fn_plasma_membrane_98(fn_cell_signaling_with_mating_factor_53(X))
& fn_plasma_membrane_98(fn_cell_signaling_with_mating_factor_53(X)) = fn_plasma_membrane_98(fn_cell_signaling_with_mating_factor_53(X))
& fn_plasma_membrane_98(fn_cell_signaling_with_mating_factor_53(X)) = fn_block_1(fn_cell_signaling_with_mating_factor_34(X))
& fn_block_1(fn_cell_signaling_with_mating_factor_34(X)) = fn_signal_transduction_with_phosphorylation_cascade_98(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_98(fn_cell_signaling_with_mating_factor_86(X)) = fn_signal_transduction_with_phosphorylation_cascade_98(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_98(fn_cell_signaling_with_mating_factor_86(X)) = fn_signal_transduction_with_phosphorylation_cascade_97(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_97(fn_cell_signaling_with_mating_factor_86(X)) = fn_signal_transduction_with_phosphorylation_cascade_97(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_97(fn_cell_signaling_with_mating_factor_86(X)) = fn_phosphorylation_cascade_2(fn_cell_signaling_with_mating_factor_79(X))
& fn_phosphorylation_cascade_2(fn_cell_signaling_with_mating_factor_79(X)) = fn_phosphorylation_cascade_2(fn_cell_signaling_with_mating_factor_79(X))
& fn_phosphorylation_cascade_2(fn_cell_signaling_with_mating_factor_79(X)) = fn_phosphorylation_cascade_3(fn_cell_signaling_with_mating_factor_79(X))
& fn_phosphorylation_cascade_3(fn_cell_signaling_with_mating_factor_79(X)) = fn_phosphorylation_3(fn_cell_signaling_with_mating_factor_64(X))
& fn_phosphorylation_3(fn_cell_signaling_with_mating_factor_64(X)) = fn_signal_transduction_with_phosphorylation_cascade_62(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_62(fn_cell_signaling_with_mating_factor_86(X)) = fn_signal_transduction_with_phosphorylation_cascade_62(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_62(fn_cell_signaling_with_mating_factor_86(X)) = fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_106(X))
& fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_106(X)) = fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_106(X))
& fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_106(X)) = fn_phosphate_group_5(fn_cell_signaling_with_mating_factor_106(X))
& fn_phosphate_group_5(fn_cell_signaling_with_mating_factor_106(X)) = fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_106(X))
& fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_106(X)) = fn_organic_molecule_2(fn_cell_signaling_with_mating_factor_66(X))
& fn_organic_molecule_2(fn_cell_signaling_with_mating_factor_66(X)) = fn_phosphate_group_6(fn_cell_signaling_with_mating_factor_106(X))
& fn_phosphate_group_6(fn_cell_signaling_with_mating_factor_106(X)) = fn_phosphate_group_6(fn_cell_signaling_with_mating_factor_106(X))
& fn_phosphate_group_6(fn_cell_signaling_with_mating_factor_106(X)) = fn_phosphorylation_3(fn_cell_signaling_with_mating_factor_65(X))
& fn_phosphorylation_3(fn_cell_signaling_with_mating_factor_65(X)) = fn_dephosphorylation_12(fn_cell_signaling_with_mating_factor_89(X))
& fn_dephosphorylation_12(fn_cell_signaling_with_mating_factor_89(X)) = fn_dephosphorylation_12(fn_cell_signaling_with_mating_factor_89(X))
& fn_dephosphorylation_12(fn_cell_signaling_with_mating_factor_89(X)) = fn_signal_transduction_with_phosphorylation_cascade_55(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_55(fn_cell_signaling_with_mating_factor_86(X)) = fn_signal_transduction_with_phosphorylation_cascade_55(fn_cell_signaling_with_mating_factor_86(X))
& fn_signal_transduction_with_phosphorylation_cascade_55(fn_cell_signaling_with_mating_factor_86(X)) = fn_dephosphorylation_4(fn_cell_signaling_with_mating_factor_89(X))
& fn_dephosphorylation_4(fn_cell_signaling_with_mating_factor_89(X)) = fn_phosphate_group_5(fn_cell_signaling_with_mating_factor_103(X))
& fn_phosphate_group_5(fn_cell_signaling_with_mating_factor_103(X)) = fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_103(X))
& fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_103(X)) = fn_polymer_1(fn_cell_signaling_with_mating_factor_80(X))
& fn_polymer_1(fn_cell_signaling_with_mating_factor_80(X)) = fn_phosphate_group_37(fn_cell_signaling_with_mating_factor_103(X))
& fn_phosphate_group_37(fn_cell_signaling_with_mating_factor_103(X)) = fn_phosphate_group_37(fn_cell_signaling_with_mating_factor_103(X))
& fn_phosphate_group_37(fn_cell_signaling_with_mating_factor_103(X)) = fn_protein_enzyme_8(fn_cell_signaling_with_mating_factor_80(X))
& fn_protein_enzyme_8(fn_cell_signaling_with_mating_factor_80(X)) = fn_dephosphorylation_6(fn_cell_signaling_with_mating_factor_89(X))
& fn_dephosphorylation_6(fn_cell_signaling_with_mating_factor_89(X)) = fn_dephosphorylation_6(fn_cell_signaling_with_mating_factor_89(X))
& fn_dephosphorylation_6(fn_cell_signaling_with_mating_factor_89(X)) = fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_103(X))
& fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_103(X)) = fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_103(X))
& fn_phosphate_group_22(fn_cell_signaling_with_mating_factor_103(X)) = fn_phosphate_group_5(fn_cell_signaling_with_mating_factor_103(X))
& fn_phosphate_group_5(fn_cell_signaling_with_mating_factor_103(X)) = fn_phosphate_group_5(fn_cell_signaling_with_mating_factor_103(X))
& fn_phosphate_group_5(fn_cell_signaling_with_mating_factor_103(X)) = fn_dephosphorylation_5(fn_cell_signaling_with_mating_factor_89(X))
& fn_dephosphorylation_5(fn_cell_signaling_with_mating_factor_89(X)) = fn_phosphate_group_6(fn_cell_signaling_with_mating_factor_103(X))
& fn_phosphate_group_6(fn_cell_signaling_with_mating_factor_103(X)) = fn_phosphate_group_6(fn_cell_signaling_with_mating_factor_103(X))
& fn_phosphate_group_6(fn_cell_signaling_with_mating_factor_103(X)) = fn_kinase_8(fn_cell_signaling_with_mating_factor_80(X))
& fn_kinase_8(fn_cell_signaling_with_mating_factor_80(X)) = fn_phosphate_group_41(fn_cell_signaling_with_mating_factor_103(X))
& fn_phosphate_group_41(fn_cell_signaling_with_mating_factor_103(X)) = fn_phosphate_group_41(fn_cell_signaling_with_mating_factor_103(X)) ) ) ).
fof(a528219,axiom,
! [X] :
( cell_signaling_with_nitric_oxide_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Nitric-Oxide')
& user_description_2(X,'The process of signal reception, signal transduction and cellular response in which the receptor is located inside the cell and the signaling molecule is nitric oxide.')
& concept2words_2(X,'nitric oxide induced cell signaling')
& concept2words_2(X,'nitric oxide-induced cell signaling')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with nitric oxide')
& concept2words_2(X,'cell-signaling-with-nitric-oxide')
& cell_signaling_with_intracellular_receptor_and_small_molecule_1(X)
& time_interval_1(fn_cell_signaling_with_nitric_oxide_1(X))
& time_interval_1(fn_cell_signaling_with_nitric_oxide_2(X))
& signal_reception_1(fn_cell_signaling_with_nitric_oxide_3(X))
& nitric_oxide_1(fn_cell_signaling_with_nitric_oxide_4(X))
& chemical_entity_1(fn_cell_signaling_with_nitric_oxide_4(X))
& size_value_1(fn_cell_signaling_with_nitric_oxide_5(X))
& size_value_1(fn_cell_signaling_with_nitric_oxide_6(X))
& polymer_1(fn_cell_signaling_with_nitric_oxide_7(X))
& intracellular_receptor_1(fn_cell_signaling_with_nitric_oxide_7(X))
& signal_transduction_1(fn_cell_signaling_with_nitric_oxide_8(X))
& property_node_1(fn_polymer_9(fn_cell_signaling_with_nitric_oxide_7(X)))
& property_node_1(fn_polymer_10(fn_cell_signaling_with_nitric_oxide_7(X)))
& size_value_1(fn_polymer_8(fn_cell_signaling_with_nitric_oxide_7(X)))
& size_value_1(fn_nitric_oxide_2(fn_cell_signaling_with_nitric_oxide_4(X)))
& size_value_1(fn_polymer_7(fn_cell_signaling_with_nitric_oxide_7(X)))
& time_during_2(fn_cell_signaling_with_nitric_oxide_8(X),fn_cell_signaling_with_nitric_oxide_2(X))
& time_before_2(fn_cell_signaling_with_nitric_oxide_1(X),fn_cell_signaling_with_nitric_oxide_2(X))
& time_during_2(fn_cell_signaling_with_nitric_oxide_3(X),fn_cell_signaling_with_nitric_oxide_1(X))
& size_2(fn_cell_signaling_with_nitric_oxide_4(X),fn_cell_signaling_with_nitric_oxide_5(X))
& agent_2(X,fn_cell_signaling_with_nitric_oxide_4(X))
& object_2(fn_cell_signaling_with_nitric_oxide_3(X),fn_cell_signaling_with_nitric_oxide_4(X))
& complement_2(fn_cell_signaling_with_nitric_oxide_7(X),fn_cell_signaling_with_nitric_oxide_4(X))
& complement_2(fn_cell_signaling_with_nitric_oxide_4(X),fn_cell_signaling_with_nitric_oxide_7(X))
& size_2(fn_cell_signaling_with_nitric_oxide_7(X),fn_cell_signaling_with_nitric_oxide_6(X))
& greater_than_2(fn_cell_signaling_with_nitric_oxide_6(X),fn_cell_signaling_with_nitric_oxide_5(X))
& first_subevent_2(X,fn_cell_signaling_with_nitric_oxide_3(X))
& subevent_2(X,fn_cell_signaling_with_nitric_oxide_3(X))
& instrument_2(fn_cell_signaling_with_nitric_oxide_3(X),fn_cell_signaling_with_nitric_oxide_7(X))
& has_function_2(fn_cell_signaling_with_nitric_oxide_7(X),fn_cell_signaling_with_nitric_oxide_3(X))
& next_event_2(fn_cell_signaling_with_nitric_oxide_3(X),fn_cell_signaling_with_nitric_oxide_8(X))
& subevent_2(X,fn_cell_signaling_with_nitric_oxide_8(X))
& fn_cell_signaling_with_nitric_oxide_5(X) = fn_nitric_oxide_2(fn_cell_signaling_with_nitric_oxide_4(X))
& fn_cell_signaling_with_nitric_oxide_4(X) = fn_cell_signaling_with_intracellular_receptor_7(X)
& fn_cell_signaling_with_nitric_oxide_9(X) = fn_polymer_9(fn_cell_signaling_with_nitric_oxide_7(X))
& fn_cell_signaling_with_nitric_oxide_10(X) = fn_polymer_10(fn_cell_signaling_with_nitric_oxide_7(X))
& fn_cell_signaling_with_nitric_oxide_5(X) = fn_polymer_7(fn_cell_signaling_with_nitric_oxide_7(X))
& fn_cell_signaling_with_nitric_oxide_6(X) = fn_polymer_8(fn_cell_signaling_with_nitric_oxide_7(X))
& fn_cell_signaling_with_nitric_oxide_8(X) = fn_cell_signaling_with_intracellular_receptor_6(X)
& fn_cell_signaling_with_nitric_oxide_7(X) = fn_cell_signaling_with_intracellular_receptor_14(X)
& fn_cell_signaling_with_nitric_oxide_3(X) = fn_cell_signaling_with_intracellular_receptor_13(X)
& fn_nitric_oxide_2(fn_cell_signaling_with_nitric_oxide_4(X)) = fn_polymer_7(fn_cell_signaling_with_nitric_oxide_7(X))
& fn_polymer_7(fn_cell_signaling_with_nitric_oxide_7(X)) = fn_polymer_7(fn_cell_signaling_with_nitric_oxide_7(X)) ) ) ).
fof(a528220,axiom,
! [X] :
( cell_signaling_with_phytochrome_in_plant_cell_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Phytochrome-In-Plant-cell')
& user_description_2(X,'The process of signal reception, signal transduction and cellular response in plant cells in which the receptor is phytochrome.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with phytochrome in plant cell')
& concept2words_2(X,'cell-signaling-with-phytochrome-in-plant-cell')
& cell_signaling_in_plant_cell_1(X)
& phytochrome_1(fn_cell_signaling_with_phytochrome_in_plant_cell_1(X))
& chemical_entity_1(fn_cell_signaling_with_phytochrome_in_plant_cell_2(X))
& complement_2(fn_cell_signaling_with_phytochrome_in_plant_cell_2(X),fn_cell_signaling_with_phytochrome_in_plant_cell_1(X))
& complement_2(fn_cell_signaling_with_phytochrome_in_plant_cell_1(X),fn_cell_signaling_with_phytochrome_in_plant_cell_2(X))
& agent_2(X,fn_cell_signaling_with_phytochrome_in_plant_cell_2(X))
& fn_cell_signaling_with_phytochrome_in_plant_cell_2(X) = fn_cell_signaling_5(X) ) ) ).
fof(a528221,axiom,
! [X] :
( cell_signaling_with_plant_hormone_leading_to_cell_division_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Plant-Hormone-Leading-To-Cell-Division')
& user_description_2(X,'Process of communication between and within plant cells which leads to cell division as cellular response.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with plant hormone leading to cell division')
& concept2words_2(X,'cell-signaling-with-plant-hormone-leading-to-cell-division')
& cell_signaling_in_plant_cell_1(X)
& cell_division_1(fn_cell_signaling_with_plant_hormone_leading_to_cell_division_1(X))
& plant_hormone_1(fn_cell_signaling_with_plant_hormone_leading_to_cell_division_2(X))
& agent_2(X,fn_cell_signaling_with_plant_hormone_leading_to_cell_division_2(X))
& subevent_2(X,fn_cell_signaling_with_plant_hormone_leading_to_cell_division_1(X))
& fn_cell_signaling_with_plant_hormone_leading_to_cell_division_2(X) = fn_cell_signaling_5(X)
& fn_cell_signaling_with_plant_hormone_leading_to_cell_division_1(X) = fn_chemical_signaling_6(X) ) ) ).
fof(a528222,axiom,
! [X] :
( cell_signaling_with_plasma_membrane_receptor_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Plasma-Membrane-Receptor')
& user_description_2(X,'The process of signal reception, signal transduction and cellular response in which the receptor is located on the plasma membrane.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with plasma membrane receptor')
& concept2words_2(X,'cell-signaling-with-plasma-membrane-receptor')
& chemical_signaling_1(X)
& size_value_1(fn_cell_signaling_with_plasma_membrane_receptor_2(X))
& concentration_value_1(fn_cell_signaling_with_plasma_membrane_receptor_3(X))
& rate_value_1(fn_cell_signaling_with_plasma_membrane_receptor_4(X))
& ligand_binding_1(fn_cell_signaling_with_plasma_membrane_receptor_7(X))
& outside_face_1(fn_cell_signaling_with_plasma_membrane_receptor_8(X))
& extracellular_side_1(fn_cell_signaling_with_plasma_membrane_receptor_8(X))
& ligand_1(fn_cell_signaling_with_plasma_membrane_receptor_9(X))
& messenger_1(fn_cell_signaling_with_plasma_membrane_receptor_10(X))
& chemical_entity_1(fn_cell_signaling_with_plasma_membrane_receptor_11(X))
& cell_surface_receptor_1(fn_cell_signaling_with_plasma_membrane_receptor_12(X))
& spatial_entity_1(fn_cell_signaling_with_plasma_membrane_receptor_12(X))
& polymer_1(fn_cell_signaling_with_plasma_membrane_receptor_12(X))
& receptor_protein_1(fn_cell_signaling_with_plasma_membrane_receptor_12(X))
& solubility_value_1(fn_cell_signaling_with_plasma_membrane_receptor_13(X))
& signal_reception_1(fn_cell_signaling_with_plasma_membrane_receptor_15(X))
& monomer_1(fn_cell_signaling_with_plasma_membrane_receptor_16(X))
& monomer_1(fn_cell_signaling_with_plasma_membrane_receptor_17(X))
& substance_1(fn_cell_signaling_with_plasma_membrane_receptor_18(X))
& aqueous_solution_1(fn_cell_signaling_with_plasma_membrane_receptor_18(X))
& spatial_entity_1(fn_cell_signaling_with_plasma_membrane_receptor_19(X))
& polymer_1(fn_cell_signaling_with_plasma_membrane_receptor_19(X))
& tangible_entity_1(fn_cell_signaling_with_plasma_membrane_receptor_19(X))
& membrane_protein_1(fn_cell_signaling_with_plasma_membrane_receptor_19(X))
& protein_1(fn_cell_signaling_with_plasma_membrane_receptor_19(X))
& tangible_entity_1(fn_cell_signaling_with_plasma_membrane_receptor_20(X))
& membrane_protein_1(fn_cell_signaling_with_plasma_membrane_receptor_20(X))
& protein_1(fn_cell_signaling_with_plasma_membrane_receptor_20(X))
& spatial_entity_1(fn_cell_signaling_with_plasma_membrane_receptor_20(X))
& polymer_1(fn_cell_signaling_with_plasma_membrane_receptor_20(X))
& membrane_protein_1(fn_cell_signaling_with_plasma_membrane_receptor_21(X))
& tangible_entity_1(fn_cell_signaling_with_plasma_membrane_receptor_21(X))
& transmembrane_protein_1(fn_cell_signaling_with_plasma_membrane_receptor_21(X))
& integral_protein_1(fn_cell_signaling_with_plasma_membrane_receptor_21(X))
& transport_protein_1(fn_cell_signaling_with_plasma_membrane_receptor_21(X))
& tangible_entity_1(fn_cell_signaling_with_plasma_membrane_receptor_22(X))
& phospholipid_bilayer_1(fn_cell_signaling_with_plasma_membrane_receptor_22(X))
& biomembrane_1(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& plasma_membrane_1(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& property_node_1(fn_solubility_value_1(fn_cell_signaling_with_plasma_membrane_receptor_13(X)))
& plasma_membrane_1(fn_cell_surface_receptor_1(fn_cell_signaling_with_plasma_membrane_receptor_12(X)))
& spatial_entity_1(fn_signal_reception_4(fn_cell_signaling_with_plasma_membrane_receptor_15(X)))
& polymer_1(fn_signal_reception_4(fn_cell_signaling_with_plasma_membrane_receptor_15(X)))
& receptor_protein_1(fn_signal_reception_4(fn_cell_signaling_with_plasma_membrane_receptor_15(X)))
& monomer_1(fn_signal_reception_7(fn_cell_signaling_with_plasma_membrane_receptor_15(X)))
& monomer_1(fn_signal_reception_8(fn_cell_signaling_with_plasma_membrane_receptor_15(X)))
& ligand_binding_1(fn_signal_reception_6(fn_cell_signaling_with_plasma_membrane_receptor_15(X)))
& chemical_entity_1(fn_messenger_1(fn_cell_signaling_with_plasma_membrane_receptor_10(X)))
& chemical_entity_1(fn_ligand_1(fn_cell_signaling_with_plasma_membrane_receptor_9(X)))
& chemical_entity_1(fn_signal_reception_5(fn_cell_signaling_with_plasma_membrane_receptor_15(X)))
& tangible_entity_1(fn_biomembrane_63(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& substance_1(fn_plasma_membrane_70(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& protein_1(fn_plasma_membrane_54(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& polymer_1(fn_plasma_membrane_54(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& protein_1(fn_plasma_membrane_68(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& outside_face_1(fn_biomembrane_41(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_cell_signaling_with_plasma_membrane_receptor_23(X)))
& fn_cell_signaling_with_plasma_membrane_receptor_21(X) != fn_cell_signaling_with_plasma_membrane_receptor_20(X)
& fn_cell_signaling_with_plasma_membrane_receptor_21(X) != fn_cell_signaling_with_plasma_membrane_receptor_12(X)
& fn_cell_signaling_with_plasma_membrane_receptor_21(X) != fn_cell_signaling_with_plasma_membrane_receptor_11(X)
& fn_cell_signaling_with_plasma_membrane_receptor_20(X) != fn_cell_signaling_with_plasma_membrane_receptor_21(X)
& fn_cell_signaling_with_plasma_membrane_receptor_20(X) != fn_cell_signaling_with_plasma_membrane_receptor_12(X)
& fn_cell_signaling_with_plasma_membrane_receptor_20(X) != fn_cell_signaling_with_plasma_membrane_receptor_11(X)
& called_2(fn_cell_signaling_with_plasma_membrane_receptor_19(X),'MP1')
& fn_cell_signaling_with_plasma_membrane_receptor_19(X) != fn_cell_signaling_with_plasma_membrane_receptor_12(X)
& fn_cell_signaling_with_plasma_membrane_receptor_19(X) != fn_cell_signaling_with_plasma_membrane_receptor_11(X)
& rate_2(fn_cell_signaling_with_plasma_membrane_receptor_15(X),fn_cell_signaling_with_plasma_membrane_receptor_4(X))
& the_scalar_value_2(fn_cell_signaling_with_plasma_membrane_receptor_2(X),big_0)
& scalar_unit_class_2(fn_cell_signaling_with_plasma_membrane_receptor_2(X),physical_object_0)
& the_scalar_value_2(fn_cell_signaling_with_plasma_membrane_receptor_13(X),soluble_0)
& scalar_unit_class_2(fn_cell_signaling_with_plasma_membrane_receptor_13(X),physical_object_0)
& fn_cell_signaling_with_plasma_membrane_receptor_12(X) != fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_plasma_membrane_receptor_12(X) != fn_cell_signaling_with_plasma_membrane_receptor_20(X)
& fn_cell_signaling_with_plasma_membrane_receptor_12(X) != fn_cell_signaling_with_plasma_membrane_receptor_21(X)
& fn_cell_signaling_with_plasma_membrane_receptor_12(X) != fn_cell_signaling_with_plasma_membrane_receptor_11(X)
& solubility_in_water_2(fn_cell_signaling_with_plasma_membrane_receptor_11(X),fn_cell_signaling_with_plasma_membrane_receptor_13(X))
& size_2(fn_cell_signaling_with_plasma_membrane_receptor_11(X),fn_cell_signaling_with_plasma_membrane_receptor_2(X))
& fn_cell_signaling_with_plasma_membrane_receptor_11(X) != fn_cell_signaling_with_plasma_membrane_receptor_12(X)
& fn_cell_signaling_with_plasma_membrane_receptor_11(X) != fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_plasma_membrane_receptor_11(X) != fn_cell_signaling_with_plasma_membrane_receptor_20(X)
& fn_cell_signaling_with_plasma_membrane_receptor_11(X) != fn_cell_signaling_with_plasma_membrane_receptor_21(X)
& is_at_2(fn_cell_signaling_with_plasma_membrane_receptor_11(X),fn_cell_signaling_with_plasma_membrane_receptor_8(X))
& concentration_2(fn_cell_signaling_with_plasma_membrane_receptor_11(X),fn_cell_signaling_with_plasma_membrane_receptor_3(X))
& directly_proportional_2(fn_cell_signaling_with_plasma_membrane_receptor_4(X),fn_cell_signaling_with_plasma_membrane_receptor_3(X))
& plays_2(fn_cell_signaling_with_plasma_membrane_receptor_11(X),fn_cell_signaling_with_plasma_membrane_receptor_10(X))
& plays_2(fn_cell_signaling_with_plasma_membrane_receptor_11(X),fn_cell_signaling_with_plasma_membrane_receptor_9(X))
& is_across_2(fn_cell_signaling_with_plasma_membrane_receptor_12(X),fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& has_part_2(fn_cell_signaling_with_plasma_membrane_receptor_23(X),fn_cell_signaling_with_plasma_membrane_receptor_12(X))
& has_part_2(fn_cell_signaling_with_plasma_membrane_receptor_12(X),fn_cell_signaling_with_plasma_membrane_receptor_16(X))
& has_function_2(fn_cell_signaling_with_plasma_membrane_receptor_12(X),fn_cell_signaling_with_plasma_membrane_receptor_15(X))
& base_2(fn_cell_signaling_with_plasma_membrane_receptor_7(X),fn_cell_signaling_with_plasma_membrane_receptor_12(X))
& instrument_2(fn_cell_signaling_with_plasma_membrane_receptor_15(X),fn_cell_signaling_with_plasma_membrane_receptor_12(X))
& has_part_2(fn_cell_signaling_with_plasma_membrane_receptor_12(X),fn_cell_signaling_with_plasma_membrane_receptor_17(X))
& complement_2(fn_cell_signaling_with_plasma_membrane_receptor_11(X),fn_cell_signaling_with_plasma_membrane_receptor_12(X))
& complement_2(fn_cell_signaling_with_plasma_membrane_receptor_12(X),fn_cell_signaling_with_plasma_membrane_receptor_11(X))
& subevent_2(X,fn_cell_signaling_with_plasma_membrane_receptor_15(X))
& first_subevent_2(X,fn_cell_signaling_with_plasma_membrane_receptor_15(X))
& agent_2(X,fn_cell_signaling_with_plasma_membrane_receptor_11(X))
& object_2(fn_cell_signaling_with_plasma_membrane_receptor_15(X),fn_cell_signaling_with_plasma_membrane_receptor_11(X))
& fn_cell_signaling_with_plasma_membrane_receptor_11(X) != fn_cell_signaling_with_plasma_membrane_receptor_16(X)
& fn_cell_signaling_with_plasma_membrane_receptor_16(X) != fn_cell_signaling_with_plasma_membrane_receptor_11(X)
& subevent_2(fn_cell_signaling_with_plasma_membrane_receptor_15(X),fn_cell_signaling_with_plasma_membrane_receptor_7(X))
& object_2(fn_cell_signaling_with_plasma_membrane_receptor_7(X),fn_cell_signaling_with_plasma_membrane_receptor_11(X))
& has_function_2(fn_cell_signaling_with_plasma_membrane_receptor_11(X),fn_cell_signaling_with_plasma_membrane_receptor_7(X))
& fn_cell_signaling_with_plasma_membrane_receptor_17(X) != fn_cell_signaling_with_plasma_membrane_receptor_11(X)
& fn_cell_signaling_with_plasma_membrane_receptor_11(X) != fn_cell_signaling_with_plasma_membrane_receptor_17(X)
& has_part_2(fn_cell_signaling_with_plasma_membrane_receptor_23(X),fn_cell_signaling_with_plasma_membrane_receptor_20(X))
& called_2(fn_cell_signaling_with_plasma_membrane_receptor_20(X),'MP2')
& is_across_2(fn_cell_signaling_with_plasma_membrane_receptor_21(X),fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& is_at_2(fn_cell_signaling_with_plasma_membrane_receptor_21(X),fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& has_part_2(fn_cell_signaling_with_plasma_membrane_receptor_23(X),fn_cell_signaling_with_plasma_membrane_receptor_21(X))
& is_inside_2(fn_cell_signaling_with_plasma_membrane_receptor_21(X),fn_cell_signaling_with_plasma_membrane_receptor_22(X))
& has_part_2(fn_cell_signaling_with_plasma_membrane_receptor_23(X),fn_cell_signaling_with_plasma_membrane_receptor_22(X))
& is_between_2(fn_cell_signaling_with_plasma_membrane_receptor_23(X),fn_cell_signaling_with_plasma_membrane_receptor_18(X))
& is_inside_2(fn_cell_signaling_with_plasma_membrane_receptor_8(X),fn_cell_signaling_with_plasma_membrane_receptor_18(X))
& has_region_2(fn_cell_signaling_with_plasma_membrane_receptor_21(X),fn_cell_signaling_with_plasma_membrane_receptor_8(X))
& fn_cell_signaling_with_plasma_membrane_receptor_19(X) != fn_cell_signaling_with_plasma_membrane_receptor_21(X)
& fn_cell_signaling_with_plasma_membrane_receptor_21(X) != fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& has_region_2(fn_cell_signaling_with_plasma_membrane_receptor_23(X),fn_cell_signaling_with_plasma_membrane_receptor_8(X))
& is_outside_2(fn_cell_signaling_with_plasma_membrane_receptor_8(X),fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& has_part_2(fn_cell_signaling_with_plasma_membrane_receptor_23(X),fn_cell_signaling_with_plasma_membrane_receptor_19(X))
& fn_cell_signaling_with_plasma_membrane_receptor_20(X) != fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_plasma_membrane_receptor_19(X) != fn_cell_signaling_with_plasma_membrane_receptor_20(X)
& fn_cell_signaling_with_plasma_membrane_receptor_11(X) = fn_messenger_1(fn_cell_signaling_with_plasma_membrane_receptor_10(X))
& fn_cell_signaling_with_plasma_membrane_receptor_14(X) = fn_solubility_value_1(fn_cell_signaling_with_plasma_membrane_receptor_13(X))
& fn_cell_signaling_with_plasma_membrane_receptor_11(X) = fn_ligand_1(fn_cell_signaling_with_plasma_membrane_receptor_9(X))
& fn_cell_signaling_with_plasma_membrane_receptor_23(X) = fn_cell_surface_receptor_1(fn_cell_signaling_with_plasma_membrane_receptor_12(X))
& fn_cell_signaling_with_plasma_membrane_receptor_12(X) = fn_signal_reception_4(fn_cell_signaling_with_plasma_membrane_receptor_15(X))
& fn_cell_signaling_with_plasma_membrane_receptor_11(X) = fn_cell_signaling_5(X)
& fn_cell_signaling_with_plasma_membrane_receptor_15(X) = fn_cell_signaling_2(X)
& fn_cell_signaling_with_plasma_membrane_receptor_16(X) = fn_signal_reception_7(fn_cell_signaling_with_plasma_membrane_receptor_15(X))
& fn_cell_signaling_with_plasma_membrane_receptor_17(X) = fn_signal_reception_8(fn_cell_signaling_with_plasma_membrane_receptor_15(X))
& fn_cell_signaling_with_plasma_membrane_receptor_11(X) = fn_signal_reception_5(fn_cell_signaling_with_plasma_membrane_receptor_15(X))
& fn_cell_signaling_with_plasma_membrane_receptor_7(X) = fn_signal_reception_6(fn_cell_signaling_with_plasma_membrane_receptor_15(X))
& fn_cell_signaling_with_plasma_membrane_receptor_22(X) = fn_biomembrane_63(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_cell_signaling_with_plasma_membrane_receptor_22(X) = fn_plasma_membrane_71(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_cell_signaling_with_plasma_membrane_receptor_21(X) = fn_plasma_membrane_4(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_cell_signaling_with_plasma_membrane_receptor_21(X) = fn_plasma_membrane_3(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_cell_signaling_with_plasma_membrane_receptor_19(X) = fn_plasma_membrane_54(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_cell_signaling_with_plasma_membrane_receptor_21(X) = fn_plasma_membrane_55(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_cell_signaling_with_plasma_membrane_receptor_18(X) = fn_plasma_membrane_77(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_cell_signaling_with_plasma_membrane_receptor_18(X) = fn_plasma_membrane_70(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_cell_signaling_with_plasma_membrane_receptor_20(X) = fn_plasma_membrane_54(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_cell_signaling_with_plasma_membrane_receptor_19(X) = fn_plasma_membrane_68(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_cell_signaling_with_plasma_membrane_receptor_8(X) = fn_biomembrane_41(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_cell_signaling_with_plasma_membrane_receptor_8(X) = fn_plasma_membrane_65(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_messenger_1(fn_cell_signaling_with_plasma_membrane_receptor_10(X)) = fn_ligand_1(fn_cell_signaling_with_plasma_membrane_receptor_9(X))
& fn_ligand_1(fn_cell_signaling_with_plasma_membrane_receptor_9(X)) = fn_ligand_1(fn_cell_signaling_with_plasma_membrane_receptor_9(X))
& fn_ligand_1(fn_cell_signaling_with_plasma_membrane_receptor_9(X)) = fn_cell_signaling_5(X)
& fn_signal_reception_5(fn_cell_signaling_with_plasma_membrane_receptor_15(X)) = fn_cell_signaling_5(X)
& fn_cell_signaling_5(X) = fn_signal_reception_5(fn_cell_signaling_with_plasma_membrane_receptor_15(X))
& fn_signal_reception_5(fn_cell_signaling_with_plasma_membrane_receptor_15(X)) = fn_signal_reception_5(fn_cell_signaling_with_plasma_membrane_receptor_15(X))
& fn_signal_reception_5(fn_cell_signaling_with_plasma_membrane_receptor_15(X)) = fn_biomembrane_63(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_biomembrane_63(fn_cell_signaling_with_plasma_membrane_receptor_23(X)) = fn_plasma_membrane_71(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_plasma_membrane_71(fn_cell_signaling_with_plasma_membrane_receptor_23(X)) = fn_plasma_membrane_71(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_plasma_membrane_71(fn_cell_signaling_with_plasma_membrane_receptor_23(X)) = fn_plasma_membrane_4(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_plasma_membrane_4(fn_cell_signaling_with_plasma_membrane_receptor_23(X)) = fn_plasma_membrane_3(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_plasma_membrane_receptor_23(X)) = fn_plasma_membrane_3(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_plasma_membrane_3(fn_cell_signaling_with_plasma_membrane_receptor_23(X)) = fn_plasma_membrane_55(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_plasma_membrane_receptor_23(X)) = fn_plasma_membrane_55(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_plasma_membrane_receptor_23(X)) = fn_plasma_membrane_70(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_plasma_membrane_70(fn_cell_signaling_with_plasma_membrane_receptor_23(X)) = fn_plasma_membrane_77(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_plasma_membrane_77(fn_cell_signaling_with_plasma_membrane_receptor_23(X)) = fn_plasma_membrane_70(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_plasma_membrane_70(fn_cell_signaling_with_plasma_membrane_receptor_23(X)) = fn_plasma_membrane_54(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_plasma_membrane_receptor_23(X)) = fn_plasma_membrane_54(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_plasma_membrane_receptor_23(X)) = fn_plasma_membrane_68(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_plasma_membrane_receptor_23(X)) = fn_plasma_membrane_68(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_plasma_membrane_receptor_23(X)) = fn_plasma_membrane_65(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_plasma_membrane_receptor_23(X)) = fn_plasma_membrane_65(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_plasma_membrane_receptor_23(X)) = fn_biomembrane_41(fn_cell_signaling_with_plasma_membrane_receptor_23(X))
& fn_biomembrane_41(fn_cell_signaling_with_plasma_membrane_receptor_23(X)) = fn_plasma_membrane_65(fn_cell_signaling_with_plasma_membrane_receptor_23(X)) ) ) ).
fof(a528223,axiom,
! [X] :
( cell_signaling_with_receptor_tyrosine_kinase_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Receptor-Tyrosine-Kinase')
& user_description_2(X,'The process of signal reception, signal transduction and cellular response in which the receptor is tyrosine kinase.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with receptor tyrosine kinase')
& concept2words_2(X,'cell-signaling-with-receptor-tyrosine-kinase')
& cell_signaling_with_plasma_membrane_receptor_1(X)
& size_value_1(fn_cell_signaling_with_receptor_tyrosine_kinase_2(X))
& hydrophilic_region_1(fn_cell_signaling_with_receptor_tyrosine_kinase_3(X))
& surface_1(fn_cell_signaling_with_receptor_tyrosine_kinase_4(X))
& time_interval_1(fn_cell_signaling_with_receptor_tyrosine_kinase_5(X))
& time_interval_1(fn_cell_signaling_with_receptor_tyrosine_kinase_6(X))
& time_interval_1(fn_cell_signaling_with_receptor_tyrosine_kinase_7(X))
& time_interval_1(fn_cell_signaling_with_receptor_tyrosine_kinase_8(X))
& activation_value_1(fn_cell_signaling_with_receptor_tyrosine_kinase_11(X))
& activation_value_1(fn_cell_signaling_with_receptor_tyrosine_kinase_12(X))
& activation_value_1(fn_cell_signaling_with_receptor_tyrosine_kinase_16(X))
& activation_value_1(fn_cell_signaling_with_receptor_tyrosine_kinase_17(X))
& activation_value_1(fn_cell_signaling_with_receptor_tyrosine_kinase_18(X))
& receptor_tyrosine_kinase_1(fn_cell_signaling_with_receptor_tyrosine_kinase_19(X))
& activation_value_1(fn_cell_signaling_with_receptor_tyrosine_kinase_20(X))
& activation_value_1(fn_cell_signaling_with_receptor_tyrosine_kinase_21(X))
& adp_1(fn_cell_signaling_with_receptor_tyrosine_kinase_24(X))
& cytoplasmic_side_1(fn_cell_signaling_with_receptor_tyrosine_kinase_27(X))
& substance_1(fn_cell_signaling_with_receptor_tyrosine_kinase_28(X))
& aqueous_solution_1(fn_cell_signaling_with_receptor_tyrosine_kinase_28(X))
& cation_1(fn_cell_signaling_with_receptor_tyrosine_kinase_29(X))
& charge_value_1(fn_cell_signaling_with_receptor_tyrosine_kinase_30(X))
& charge_value_1(fn_cell_signaling_with_receptor_tyrosine_kinase_31(X))
& cation_1(fn_cell_signaling_with_receptor_tyrosine_kinase_32(X))
& outside_face_1(fn_cell_signaling_with_receptor_tyrosine_kinase_33(X))
& extracellular_side_1(fn_cell_signaling_with_receptor_tyrosine_kinase_33(X))
& chemical_entity_1(fn_cell_signaling_with_receptor_tyrosine_kinase_34(X))
& attach_1(fn_cell_signaling_with_receptor_tyrosine_kinase_35(X))
& ligand_binding_1(fn_cell_signaling_with_receptor_tyrosine_kinase_35(X))
& ligand_binding_1(fn_cell_signaling_with_receptor_tyrosine_kinase_36(X))
& receptor_tyrosine_kinase_1(fn_cell_signaling_with_receptor_tyrosine_kinase_37(X))
& monomer_1(fn_cell_signaling_with_receptor_tyrosine_kinase_37(X))
& monomer_1(fn_cell_signaling_with_receptor_tyrosine_kinase_38(X))
& receptor_tyrosine_kinase_1(fn_cell_signaling_with_receptor_tyrosine_kinase_38(X))
& dimerization_1(fn_cell_signaling_with_receptor_tyrosine_kinase_39(X))
& relay_molecule_1(fn_cell_signaling_with_receptor_tyrosine_kinase_40(X))
& tyrosine_1(fn_cell_signaling_with_receptor_tyrosine_kinase_41(X))
& tyrosine_1(fn_cell_signaling_with_receptor_tyrosine_kinase_42(X))
& tail_region_1(fn_cell_signaling_with_receptor_tyrosine_kinase_43(X))
& monomer_1(fn_cell_signaling_with_receptor_tyrosine_kinase_44(X))
& receptor_tyrosine_kinase_1(fn_cell_signaling_with_receptor_tyrosine_kinase_44(X))
& protein_enzyme_1(fn_cell_signaling_with_receptor_tyrosine_kinase_45(X))
& monomer_1(fn_cell_signaling_with_receptor_tyrosine_kinase_45(X))
& protein_1(fn_cell_signaling_with_receptor_tyrosine_kinase_45(X))
& receptor_tyrosine_kinase_1(fn_cell_signaling_with_receptor_tyrosine_kinase_45(X))
& tail_region_1(fn_cell_signaling_with_receptor_tyrosine_kinase_46(X))
& atp_1(fn_cell_signaling_with_receptor_tyrosine_kinase_47(X))
& oxygen_1(fn_cell_signaling_with_receptor_tyrosine_kinase_48(X))
& entity_1(fn_cell_signaling_with_receptor_tyrosine_kinase_48(X))
& chemical_entity_1(fn_cell_signaling_with_receptor_tyrosine_kinase_48(X))
& atom_1(fn_cell_signaling_with_receptor_tyrosine_kinase_48(X))
& entity_1(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& spatial_entity_1(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& chemical_entity_1(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& receptor_tyrosine_kinase_dimer_1(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& organic_molecule_1(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& molecule_1(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& cellular_response_1(fn_cell_signaling_with_receptor_tyrosine_kinase_50(X))
& cell_surface_receptor_1(fn_cell_signaling_with_receptor_tyrosine_kinase_51(X))
& spatial_entity_1(fn_cell_signaling_with_receptor_tyrosine_kinase_51(X))
& polymer_1(fn_cell_signaling_with_receptor_tyrosine_kinase_51(X))
& receptor_protein_1(fn_cell_signaling_with_receptor_tyrosine_kinase_51(X))
& receptor_tyrosine_kinase_1(fn_cell_signaling_with_receptor_tyrosine_kinase_51(X))
& receptor_tyrosine_kinase_1(fn_cell_signaling_with_receptor_tyrosine_kinase_52(X))
& chemical_entity_1(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X))
& receptor_tyrosine_kinase_dimer_1(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X))
& molecule_1(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X))
& organic_molecule_1(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X))
& signal_transduction_1(fn_cell_signaling_with_receptor_tyrosine_kinase_54(X))
& signal_reception_1(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X))
& membrane_protein_1(fn_cell_signaling_with_receptor_tyrosine_kinase_56(X))
& tangible_entity_1(fn_cell_signaling_with_receptor_tyrosine_kinase_56(X))
& transmembrane_protein_1(fn_cell_signaling_with_receptor_tyrosine_kinase_56(X))
& integral_protein_1(fn_cell_signaling_with_receptor_tyrosine_kinase_56(X))
& transport_protein_1(fn_cell_signaling_with_receptor_tyrosine_kinase_56(X))
& receptor_tyrosine_kinase_1(fn_cell_signaling_with_receptor_tyrosine_kinase_57(X))
& relay_molecule_1(fn_cell_signaling_with_receptor_tyrosine_kinase_58(X))
& protein_1(fn_cell_signaling_with_receptor_tyrosine_kinase_59(X))
& recognize_1(fn_cell_signaling_with_receptor_tyrosine_kinase_60(X))
& phosphorylation_1(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X))
& protein_1(fn_cell_signaling_with_receptor_tyrosine_kinase_62(X))
& attach_1(fn_cell_signaling_with_receptor_tyrosine_kinase_63(X))
& biomembrane_1(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& plasma_membrane_1(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& tangible_entity_1(fn_cell_signaling_with_receptor_tyrosine_kinase_65(X))
& phospholipid_bilayer_1(fn_cell_signaling_with_receptor_tyrosine_kinase_65(X))
& spatial_entity_1(fn_cell_signaling_with_receptor_tyrosine_kinase_66(X))
& polymer_1(fn_cell_signaling_with_receptor_tyrosine_kinase_66(X))
& tangible_entity_1(fn_cell_signaling_with_receptor_tyrosine_kinase_66(X))
& membrane_protein_1(fn_cell_signaling_with_receptor_tyrosine_kinase_66(X))
& protein_1(fn_cell_signaling_with_receptor_tyrosine_kinase_66(X))
& tangible_entity_1(fn_cell_signaling_with_receptor_tyrosine_kinase_67(X))
& membrane_protein_1(fn_cell_signaling_with_receptor_tyrosine_kinase_67(X))
& protein_1(fn_cell_signaling_with_receptor_tyrosine_kinase_67(X))
& spatial_entity_1(fn_cell_signaling_with_receptor_tyrosine_kinase_67(X))
& polymer_1(fn_cell_signaling_with_receptor_tyrosine_kinase_67(X))
& speed_value_1(fn_cell_signaling_with_receptor_tyrosine_kinase_68(X))
& quantity_value_1(fn_cell_signaling_with_receptor_tyrosine_kinase_69(X))
& carbon_skeleton_1(fn_cell_signaling_with_receptor_tyrosine_kinase_70(X))
& kinetic_energy_1(fn_cell_signaling_with_receptor_tyrosine_kinase_71(X))
& constant_motion_1(fn_cell_signaling_with_receptor_tyrosine_kinase_72(X))
& carbon_1(fn_cell_signaling_with_receptor_tyrosine_kinase_73(X))
& atom_1(fn_cell_signaling_with_receptor_tyrosine_kinase_74(X))
& chemical_entity_1(fn_cell_signaling_with_receptor_tyrosine_kinase_74(X))
& size_value_1(fn_cell_signaling_with_receptor_tyrosine_kinase_77(X))
& speed_value_1(fn_cell_signaling_with_receptor_tyrosine_kinase_78(X))
& quantity_value_1(fn_cell_signaling_with_receptor_tyrosine_kinase_79(X))
& entity_1(fn_cell_signaling_with_receptor_tyrosine_kinase_80(X))
& chemical_entity_1(fn_cell_signaling_with_receptor_tyrosine_kinase_80(X))
& atom_1(fn_cell_signaling_with_receptor_tyrosine_kinase_80(X))
& carbon_1(fn_cell_signaling_with_receptor_tyrosine_kinase_80(X))
& phosphorus_1(fn_cell_signaling_with_receptor_tyrosine_kinase_81(X))
& entity_1(fn_cell_signaling_with_receptor_tyrosine_kinase_82(X))
& chemical_entity_1(fn_cell_signaling_with_receptor_tyrosine_kinase_82(X))
& atom_1(fn_cell_signaling_with_receptor_tyrosine_kinase_82(X))
& oxygen_1(fn_cell_signaling_with_receptor_tyrosine_kinase_82(X))
& covalent_bond_1(fn_cell_signaling_with_receptor_tyrosine_kinase_83(X))
& double_bond_1(fn_cell_signaling_with_receptor_tyrosine_kinase_83(X))
& chemical_bond_1(fn_cell_signaling_with_receptor_tyrosine_kinase_84(X))
& single_bond_1(fn_cell_signaling_with_receptor_tyrosine_kinase_84(X))
& kinetic_energy_1(fn_cell_signaling_with_receptor_tyrosine_kinase_85(X))
& functional_group_1(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X))
& phosphate_group_1(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X))
& carbon_skeleton_1(fn_cell_signaling_with_receptor_tyrosine_kinase_87(X))
& constant_motion_1(fn_cell_signaling_with_receptor_tyrosine_kinase_88(X))
& atom_1(fn_cell_signaling_with_receptor_tyrosine_kinase_92(X))
& chemical_entity_1(fn_chemical_reaction_2(fn_cell_signaling_with_receptor_tyrosine_kinase_39(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X)))
& chemical_entity_1(fn_messenger_1(fn_cell_signaling_with_receptor_tyrosine_kinase_40(X)))
& phosphate_group_1(fn_phosphorylation_3(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X)))
& monomer_1(fn_receptor_tyrosine_kinase_dimer_2(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X)))
& receptor_tyrosine_kinase_1(fn_receptor_tyrosine_kinase_dimer_2(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X)))
& receptor_tyrosine_kinase_1(fn_receptor_tyrosine_kinase_dimer_1(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X)))
& monomer_1(fn_receptor_tyrosine_kinase_dimer_1(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X)))
& monomer_1(fn_receptor_tyrosine_kinase_dimer_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)))
& receptor_tyrosine_kinase_1(fn_receptor_tyrosine_kinase_dimer_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)))
& receptor_tyrosine_kinase_1(fn_receptor_tyrosine_kinase_dimer_1(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)))
& monomer_1(fn_receptor_tyrosine_kinase_dimer_1(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)))
& property_node_1(fn_protein_10(fn_cell_signaling_with_receptor_tyrosine_kinase_45(X)))
& tyrosine_1(fn_receptor_tyrosine_kinase_3(fn_cell_signaling_with_receptor_tyrosine_kinase_45(X)))
& tail_region_1(fn_receptor_tyrosine_kinase_4(fn_cell_signaling_with_receptor_tyrosine_kinase_45(X)))
& tyrosine_1(fn_receptor_tyrosine_kinase_3(fn_cell_signaling_with_receptor_tyrosine_kinase_44(X)))
& tail_region_1(fn_receptor_tyrosine_kinase_4(fn_cell_signaling_with_receptor_tyrosine_kinase_44(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)))
& property_node_1(fn_molecule_2(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X)))
& property_node_1(fn_molecule_1(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X)))
& constant_motion_1(fn_molecule_8(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X)))
& speed_value_1(fn_molecule_3(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X)))
& quantity_value_1(fn_molecule_4(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X)))
& kinetic_energy_1(fn_molecule_12(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X)))
& property_node_1(fn_molecule_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)))
& property_node_1(fn_molecule_1(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)))
& atom_1(fn_molecule_7(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)))
& constant_motion_1(fn_molecule_8(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)))
& speed_value_1(fn_molecule_3(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)))
& quantity_value_1(fn_molecule_4(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)))
& kinetic_energy_1(fn_molecule_12(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X)))
& atom_1(fn_organic_molecule_2(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X)))
& carbon_1(fn_organic_molecule_1(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X)))
& double_bond_1(fn_phosphate_group_41(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X)))
& phosphorus_1(fn_phosphate_group_6(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X)))
& property_node_1(fn_plasma_membrane_67(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& cation_1(fn_plasma_membrane_64(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& property_node_1(fn_plasma_membrane_12(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& charge_value_1(fn_plasma_membrane_62(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& cation_1(fn_plasma_membrane_61(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& spatial_entity_1(fn_attach_1(fn_cell_signaling_with_receptor_tyrosine_kinase_63(X)))
& chemical_entity_1(fn_messenger_1(fn_cell_signaling_with_receptor_tyrosine_kinase_58(X)))
& size_value_1(fn_protein_enzyme_3(fn_cell_signaling_with_receptor_tyrosine_kinase_45(X)))
& size_value_1(fn_protein_9(fn_cell_signaling_with_receptor_tyrosine_kinase_45(X)))
& spatial_entity_1(fn_attach_2(fn_cell_signaling_with_receptor_tyrosine_kinase_35(X)))
& spatial_entity_1(fn_signal_reception_4(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X)))
& polymer_1(fn_signal_reception_4(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X)))
& receptor_protein_1(fn_signal_reception_4(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X)))
& entity_1(fn_covalent_bond_19(fn_cell_signaling_with_receptor_tyrosine_kinase_83(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_cell_signaling_with_receptor_tyrosine_kinase_83(X)))
& atom_1(fn_covalent_bond_19(fn_cell_signaling_with_receptor_tyrosine_kinase_83(X)))
& carbon_1(fn_organic_molecule_1(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)))
& entity_1(fn_perceive_1(fn_cell_signaling_with_receptor_tyrosine_kinase_60(X)))
& spatial_entity_1(fn_attach_2(fn_cell_signaling_with_receptor_tyrosine_kinase_63(X)))
& chemical_entity_1(fn_functional_group_1(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_cell_signaling_with_receptor_tyrosine_kinase_39(X)))
& molecule_1(fn_phosphorylation_1(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X)))
& ligand_binding_1(fn_signal_reception_6(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X)))
& chemical_entity_1(fn_signal_reception_5(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X)))
& chemical_bond_1(fn_molecule_10(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)))
& single_bond_1(fn_phosphate_group_37(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X)))
& entity_1(fn_covalent_bond_20(fn_cell_signaling_with_receptor_tyrosine_kinase_83(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_cell_signaling_with_receptor_tyrosine_kinase_83(X)))
& atom_1(fn_covalent_bond_20(fn_cell_signaling_with_receptor_tyrosine_kinase_83(X)))
& entity_1(fn_phosphate_group_22(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X)))
& atom_1(fn_phosphate_group_22(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X)))
& oxygen_1(fn_phosphate_group_22(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X)))
& atom_1(fn_molecule_11(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)))
& atom_1(fn_organic_molecule_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)))
& oxygen_1(fn_phosphate_group_5(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X)))
& entity_1(fn_phosphate_group_5(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X)))
& atom_1(fn_phosphate_group_5(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X)))
& tangible_entity_1(fn_biomembrane_63(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& substance_1(fn_plasma_membrane_70(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& outside_face_1(fn_biomembrane_41(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& protein_1(fn_plasma_membrane_54(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& polymer_1(fn_plasma_membrane_54(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& protein_1(fn_plasma_membrane_68(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& charge_value_1(fn_plasma_membrane_63(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& charge_value_1(fn_plasma_membrane_11(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)))
& plasma_membrane_1(fn_cell_surface_receptor_1(fn_cell_signaling_with_receptor_tyrosine_kinase_51(X)))
& plasma_membrane_1(fn_receptor_tyrosine_kinase_9(fn_cell_signaling_with_receptor_tyrosine_kinase_51(X)))
& biomembrane_1(fn_receptor_tyrosine_kinase_9(fn_cell_signaling_with_receptor_tyrosine_kinase_51(X)))
& fn_cell_signaling_with_receptor_tyrosine_kinase_34(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_51(X)
& time_during_2(fn_cell_signaling_with_receptor_tyrosine_kinase_35(X),fn_cell_signaling_with_receptor_tyrosine_kinase_5(X))
& causes_2(fn_cell_signaling_with_receptor_tyrosine_kinase_35(X),fn_cell_signaling_with_receptor_tyrosine_kinase_39(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_35(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_36(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_36(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_35(X)
& time_during_2(fn_cell_signaling_with_receptor_tyrosine_kinase_36(X),fn_cell_signaling_with_receptor_tyrosine_kinase_6(X))
& causes_2(fn_cell_signaling_with_receptor_tyrosine_kinase_36(X),fn_cell_signaling_with_receptor_tyrosine_kinase_39(X))
& has_state_2(fn_cell_signaling_with_receptor_tyrosine_kinase_37(X),fn_cell_signaling_with_receptor_tyrosine_kinase_44(X))
& has_state_2(fn_cell_signaling_with_receptor_tyrosine_kinase_38(X),fn_cell_signaling_with_receptor_tyrosine_kinase_45(X))
& next_event_2(fn_cell_signaling_with_receptor_tyrosine_kinase_39(X),fn_cell_signaling_with_receptor_tyrosine_kinase_61(X))
& raw_material_2(fn_cell_signaling_with_receptor_tyrosine_kinase_39(X),fn_cell_signaling_with_receptor_tyrosine_kinase_19(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_47(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_49(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_47(X)
& exactCardinality(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X),has_part_0,"6",phosphorus_0)
& size_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X),fn_cell_signaling_with_receptor_tyrosine_kinase_2(X))
& has_region_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X),fn_cell_signaling_with_receptor_tyrosine_kinase_3(X))
& has_region_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X),fn_cell_signaling_with_receptor_tyrosine_kinase_4(X))
& possesses_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X),fn_cell_signaling_with_receptor_tyrosine_kinase_83(X))
& activation_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X),fn_cell_signaling_with_receptor_tyrosine_kinase_21(X))
& greater_than_or_equal_to_2(fn_cell_signaling_with_receptor_tyrosine_kinase_21(X),fn_cell_signaling_with_receptor_tyrosine_kinase_16(X))
& the_categorical_value_2(fn_cell_signaling_with_receptor_tyrosine_kinase_21(X),active_0)
& greater_than_or_equal_to_2(fn_cell_signaling_with_receptor_tyrosine_kinase_20(X),fn_cell_signaling_with_receptor_tyrosine_kinase_21(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_51(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_34(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_51(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_52(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_51(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_56(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_51(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_67(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_51(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_66(X)
& has_state_2(fn_cell_signaling_with_receptor_tyrosine_kinase_51(X),fn_cell_signaling_with_receptor_tyrosine_kinase_57(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_52(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_51(X)
& has_state_2(fn_cell_signaling_with_receptor_tyrosine_kinase_52(X),fn_cell_signaling_with_receptor_tyrosine_kinase_19(X))
& has_state_2(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X),fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& activation_2(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X),fn_cell_signaling_with_receptor_tyrosine_kinase_16(X))
& subevent_2(fn_cell_signaling_with_receptor_tyrosine_kinase_54(X),fn_cell_signaling_with_receptor_tyrosine_kinase_39(X))
& subevent_2(fn_cell_signaling_with_receptor_tyrosine_kinase_54(X),fn_cell_signaling_with_receptor_tyrosine_kinase_60(X))
& subevent_2(fn_cell_signaling_with_receptor_tyrosine_kinase_54(X),fn_cell_signaling_with_receptor_tyrosine_kinase_61(X))
& subevent_2(fn_cell_signaling_with_receptor_tyrosine_kinase_54(X),fn_cell_signaling_with_receptor_tyrosine_kinase_63(X))
& first_subevent_2(fn_cell_signaling_with_receptor_tyrosine_kinase_54(X),fn_cell_signaling_with_receptor_tyrosine_kinase_39(X))
& first_subevent_2(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X),fn_cell_signaling_with_receptor_tyrosine_kinase_35(X))
& first_subevent_2(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X),fn_cell_signaling_with_receptor_tyrosine_kinase_36(X))
& instrument_2(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X),fn_cell_signaling_with_receptor_tyrosine_kinase_51(X))
& minCardinality(X,subevent_0,"1",signal_transduction_0)
& fn_cell_signaling_with_receptor_tyrosine_kinase_56(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_51(X)
& called_2(fn_cell_signaling_with_receptor_tyrosine_kinase_56(X),'MP2')
& has_state_2(fn_cell_signaling_with_receptor_tyrosine_kinase_19(X),fn_cell_signaling_with_receptor_tyrosine_kinase_37(X))
& activation_2(fn_cell_signaling_with_receptor_tyrosine_kinase_19(X),fn_cell_signaling_with_receptor_tyrosine_kinase_17(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_19(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_57(X)
& has_state_2(fn_cell_signaling_with_receptor_tyrosine_kinase_57(X),fn_cell_signaling_with_receptor_tyrosine_kinase_38(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_57(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_19(X)
& activation_2(fn_cell_signaling_with_receptor_tyrosine_kinase_57(X),fn_cell_signaling_with_receptor_tyrosine_kinase_18(X))
& the_categorical_value_2(fn_cell_signaling_with_receptor_tyrosine_kinase_18(X),inactive_0)
& the_categorical_value_2(fn_cell_signaling_with_receptor_tyrosine_kinase_17(X),inactive_0)
& the_categorical_value_2(fn_cell_signaling_with_receptor_tyrosine_kinase_16(X),active_0)
& has_state_2(fn_cell_signaling_with_receptor_tyrosine_kinase_59(X),fn_cell_signaling_with_receptor_tyrosine_kinase_62(X))
& activation_2(fn_cell_signaling_with_receptor_tyrosine_kinase_59(X),fn_cell_signaling_with_receptor_tyrosine_kinase_12(X))
& agent_2(fn_cell_signaling_with_receptor_tyrosine_kinase_60(X),fn_cell_signaling_with_receptor_tyrosine_kinase_59(X))
& minCardinality(fn_cell_signaling_with_receptor_tyrosine_kinase_60(X),agent_0,"1",protein_0)
& time_during_2(fn_cell_signaling_with_receptor_tyrosine_kinase_60(X),fn_cell_signaling_with_receptor_tyrosine_kinase_7(X))
& next_event_2(fn_cell_signaling_with_receptor_tyrosine_kinase_60(X),fn_cell_signaling_with_receptor_tyrosine_kinase_63(X))
& site_2(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X),fn_cell_signaling_with_receptor_tyrosine_kinase_41(X))
& site_2(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X),fn_cell_signaling_with_receptor_tyrosine_kinase_42(X))
& exactCardinality(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X),raw_material_0,"6",atp_0)
& result_2(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X),fn_cell_signaling_with_receptor_tyrosine_kinase_24(X))
& exactCardinality(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X),result_0,"6",adp_0)
& next_event_2(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X),fn_cell_signaling_with_receptor_tyrosine_kinase_60(X))
& the_categorical_value_2(fn_cell_signaling_with_receptor_tyrosine_kinase_12(X),inactive_0)
& the_categorical_value_2(fn_cell_signaling_with_receptor_tyrosine_kinase_11(X),active_0)
& activation_2(fn_cell_signaling_with_receptor_tyrosine_kinase_62(X),fn_cell_signaling_with_receptor_tyrosine_kinase_11(X))
& result_2(fn_cell_signaling_with_receptor_tyrosine_kinase_63(X),fn_cell_signaling_with_receptor_tyrosine_kinase_62(X))
& time_during_2(fn_cell_signaling_with_receptor_tyrosine_kinase_63(X),fn_cell_signaling_with_receptor_tyrosine_kinase_8(X))
& time_before_2(fn_cell_signaling_with_receptor_tyrosine_kinase_7(X),fn_cell_signaling_with_receptor_tyrosine_kinase_8(X))
& time_int_equals_2(fn_cell_signaling_with_receptor_tyrosine_kinase_6(X),fn_cell_signaling_with_receptor_tyrosine_kinase_5(X))
& time_int_equals_2(fn_cell_signaling_with_receptor_tyrosine_kinase_5(X),fn_cell_signaling_with_receptor_tyrosine_kinase_6(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_66(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_51(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_67(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_51(X)
& is_at_2(fn_cell_signaling_with_receptor_tyrosine_kinase_3(X),fn_cell_signaling_with_receptor_tyrosine_kinase_4(X))
& greater_than_2(fn_cell_signaling_with_receptor_tyrosine_kinase_2(X),fn_cell_signaling_with_receptor_tyrosine_kinase_77(X))
& the_scalar_value_2(fn_cell_signaling_with_receptor_tyrosine_kinase_2(X),big_0)
& scalar_unit_class_2(fn_cell_signaling_with_receptor_tyrosine_kinase_2(X),polypeptide_0)
& base_2(fn_cell_signaling_with_receptor_tyrosine_kinase_35(X),fn_cell_signaling_with_receptor_tyrosine_kinase_51(X))
& raw_material_2(fn_cell_signaling_with_receptor_tyrosine_kinase_39(X),fn_cell_signaling_with_receptor_tyrosine_kinase_57(X))
& object_2(fn_cell_signaling_with_receptor_tyrosine_kinase_60(X),fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& base_2(fn_cell_signaling_with_receptor_tyrosine_kinase_63(X),fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& raw_material_2(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X),fn_cell_signaling_with_receptor_tyrosine_kinase_47(X))
& result_2(fn_cell_signaling_with_receptor_tyrosine_kinase_39(X),fn_cell_signaling_with_receptor_tyrosine_kinase_53(X))
& object_2(fn_cell_signaling_with_receptor_tyrosine_kinase_63(X),fn_cell_signaling_with_receptor_tyrosine_kinase_59(X))
& raw_material_2(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X),fn_cell_signaling_with_receptor_tyrosine_kinase_53(X))
& plays_2(fn_cell_signaling_with_receptor_tyrosine_kinase_62(X),fn_cell_signaling_with_receptor_tyrosine_kinase_40(X))
& plays_2(fn_cell_signaling_with_receptor_tyrosine_kinase_59(X),fn_cell_signaling_with_receptor_tyrosine_kinase_58(X))
& result_2(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X),fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& has_region_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X),fn_cell_signaling_with_receptor_tyrosine_kinase_86(X))
& possesses_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X),fn_cell_signaling_with_receptor_tyrosine_kinase_84(X))
& is_between_2(fn_cell_signaling_with_receptor_tyrosine_kinase_84(X),fn_cell_signaling_with_receptor_tyrosine_kinase_48(X))
& element_2(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X),fn_cell_signaling_with_receptor_tyrosine_kinase_38(X))
& element_2(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X),fn_cell_signaling_with_receptor_tyrosine_kinase_37(X))
& element_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X),fn_cell_signaling_with_receptor_tyrosine_kinase_45(X))
& element_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X),fn_cell_signaling_with_receptor_tyrosine_kinase_44(X))
& subevent_2(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X),fn_cell_signaling_with_receptor_tyrosine_kinase_36(X))
& base_2(fn_cell_signaling_with_receptor_tyrosine_kinase_36(X),fn_cell_signaling_with_receptor_tyrosine_kinase_52(X))
& instrument_2(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X),fn_cell_signaling_with_receptor_tyrosine_kinase_52(X))
& has_function_2(fn_cell_signaling_with_receptor_tyrosine_kinase_51(X),fn_cell_signaling_with_receptor_tyrosine_kinase_55(X))
& complement_2(fn_cell_signaling_with_receptor_tyrosine_kinase_51(X),fn_cell_signaling_with_receptor_tyrosine_kinase_34(X))
& complement_2(fn_cell_signaling_with_receptor_tyrosine_kinase_34(X),fn_cell_signaling_with_receptor_tyrosine_kinase_51(X))
& is_between_2(fn_cell_signaling_with_receptor_tyrosine_kinase_83(X),fn_cell_signaling_with_receptor_tyrosine_kinase_80(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_80(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_82(X)
& is_between_2(fn_cell_signaling_with_receptor_tyrosine_kinase_83(X),fn_cell_signaling_with_receptor_tyrosine_kinase_82(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_82(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_80(X)
& size_2(fn_cell_signaling_with_receptor_tyrosine_kinase_45(X),fn_cell_signaling_with_receptor_tyrosine_kinase_77(X))
& has_region_2(fn_cell_signaling_with_receptor_tyrosine_kinase_45(X),fn_cell_signaling_with_receptor_tyrosine_kinase_46(X))
& is_at_2(fn_cell_signaling_with_receptor_tyrosine_kinase_41(X),fn_cell_signaling_with_receptor_tyrosine_kinase_46(X))
& has_region_2(fn_cell_signaling_with_receptor_tyrosine_kinase_44(X),fn_cell_signaling_with_receptor_tyrosine_kinase_43(X))
& is_at_2(fn_cell_signaling_with_receptor_tyrosine_kinase_42(X),fn_cell_signaling_with_receptor_tyrosine_kinase_43(X))
& is_across_2(fn_cell_signaling_with_receptor_tyrosine_kinase_51(X),fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& has_part_2(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X),fn_cell_signaling_with_receptor_tyrosine_kinase_51(X))
& has_region_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X),fn_cell_signaling_with_receptor_tyrosine_kinase_87(X))
& is_inside_2(fn_cell_signaling_with_receptor_tyrosine_kinase_80(X),fn_cell_signaling_with_receptor_tyrosine_kinase_87(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_48(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_80(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_80(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_48(X)
& object_2(fn_cell_signaling_with_receptor_tyrosine_kinase_72(X),fn_cell_signaling_with_receptor_tyrosine_kinase_53(X))
& possesses_2(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X),fn_cell_signaling_with_receptor_tyrosine_kinase_71(X))
& quantity_2(fn_cell_signaling_with_receptor_tyrosine_kinase_71(X),fn_cell_signaling_with_receptor_tyrosine_kinase_69(X))
& directly_proportional_2(fn_cell_signaling_with_receptor_tyrosine_kinase_68(X),fn_cell_signaling_with_receptor_tyrosine_kinase_69(X))
& speed_2(fn_cell_signaling_with_receptor_tyrosine_kinase_72(X),fn_cell_signaling_with_receptor_tyrosine_kinase_68(X))
& object_2(fn_cell_signaling_with_receptor_tyrosine_kinase_88(X),fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& has_part_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X),fn_cell_signaling_with_receptor_tyrosine_kinase_92(X))
& possesses_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X),fn_cell_signaling_with_receptor_tyrosine_kinase_85(X))
& quantity_2(fn_cell_signaling_with_receptor_tyrosine_kinase_85(X),fn_cell_signaling_with_receptor_tyrosine_kinase_79(X))
& directly_proportional_2(fn_cell_signaling_with_receptor_tyrosine_kinase_78(X),fn_cell_signaling_with_receptor_tyrosine_kinase_79(X))
& speed_2(fn_cell_signaling_with_receptor_tyrosine_kinase_88(X),fn_cell_signaling_with_receptor_tyrosine_kinase_78(X))
& has_part_2(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X),fn_cell_signaling_with_receptor_tyrosine_kinase_74(X))
& has_region_2(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X),fn_cell_signaling_with_receptor_tyrosine_kinase_70(X))
& has_part_2(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X),fn_cell_signaling_with_receptor_tyrosine_kinase_73(X))
& is_inside_2(fn_cell_signaling_with_receptor_tyrosine_kinase_73(X),fn_cell_signaling_with_receptor_tyrosine_kinase_70(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_74(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_73(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_73(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_74(X)
& next_event_2(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X),fn_cell_signaling_with_receptor_tyrosine_kinase_54(X))
& next_event_2(fn_cell_signaling_with_receptor_tyrosine_kinase_54(X),fn_cell_signaling_with_receptor_tyrosine_kinase_50(X))
& subevent_2(X,fn_cell_signaling_with_receptor_tyrosine_kinase_50(X))
& subevent_2(X,fn_cell_signaling_with_receptor_tyrosine_kinase_54(X))
& has_function_2(fn_cell_signaling_with_receptor_tyrosine_kinase_34(X),fn_cell_signaling_with_receptor_tyrosine_kinase_35(X))
& object_2(fn_cell_signaling_with_receptor_tyrosine_kinase_35(X),fn_cell_signaling_with_receptor_tyrosine_kinase_34(X))
& agent_2(X,fn_cell_signaling_with_receptor_tyrosine_kinase_34(X))
& first_subevent_2(X,fn_cell_signaling_with_receptor_tyrosine_kinase_55(X))
& subevent_2(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X),fn_cell_signaling_with_receptor_tyrosine_kinase_35(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_56(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_34(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_34(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_66(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_56(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_66(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_34(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_56(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_66(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_34(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_66(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_56(X)
& subevent_2(X,fn_cell_signaling_with_receptor_tyrosine_kinase_55(X))
& object_2(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X),fn_cell_signaling_with_receptor_tyrosine_kinase_34(X))
& is_at_2(fn_cell_signaling_with_receptor_tyrosine_kinase_34(X),fn_cell_signaling_with_receptor_tyrosine_kinase_33(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_67(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_34(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_34(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_67(X)
& is_inside_2(fn_cell_signaling_with_receptor_tyrosine_kinase_82(X),fn_cell_signaling_with_receptor_tyrosine_kinase_86(X))
& is_between_2(fn_cell_signaling_with_receptor_tyrosine_kinase_83(X),fn_cell_signaling_with_receptor_tyrosine_kinase_48(X))
& is_between_2(fn_cell_signaling_with_receptor_tyrosine_kinase_83(X),fn_cell_signaling_with_receptor_tyrosine_kinase_81(X))
& is_between_2(fn_cell_signaling_with_receptor_tyrosine_kinase_84(X),fn_cell_signaling_with_receptor_tyrosine_kinase_82(X))
& is_between_2(fn_cell_signaling_with_receptor_tyrosine_kinase_84(X),fn_cell_signaling_with_receptor_tyrosine_kinase_81(X))
& is_inside_2(fn_cell_signaling_with_receptor_tyrosine_kinase_81(X),fn_cell_signaling_with_receptor_tyrosine_kinase_86(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_82(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_81(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_81(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_82(X)
& is_inside_2(fn_cell_signaling_with_receptor_tyrosine_kinase_48(X),fn_cell_signaling_with_receptor_tyrosine_kinase_86(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_82(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_48(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_48(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_82(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_81(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_48(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_48(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_81(X)
& is_between_2(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X),fn_cell_signaling_with_receptor_tyrosine_kinase_28(X))
& called_2(fn_cell_signaling_with_receptor_tyrosine_kinase_66(X),'MP1')
& is_at_2(fn_cell_signaling_with_receptor_tyrosine_kinase_29(X),fn_cell_signaling_with_receptor_tyrosine_kinase_33(X))
& charge_2(fn_cell_signaling_with_receptor_tyrosine_kinase_29(X),fn_cell_signaling_with_receptor_tyrosine_kinase_30(X))
& is_at_2(fn_cell_signaling_with_receptor_tyrosine_kinase_56(X),fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& is_across_2(fn_cell_signaling_with_receptor_tyrosine_kinase_56(X),fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& has_part_2(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X),fn_cell_signaling_with_receptor_tyrosine_kinase_67(X))
& called_2(fn_cell_signaling_with_receptor_tyrosine_kinase_67(X),'MP2')
& is_outside_2(fn_cell_signaling_with_receptor_tyrosine_kinase_33(X),fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& has_region_2(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X),fn_cell_signaling_with_receptor_tyrosine_kinase_33(X))
& has_part_2(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X),fn_cell_signaling_with_receptor_tyrosine_kinase_56(X))
& is_inside_2(fn_cell_signaling_with_receptor_tyrosine_kinase_56(X),fn_cell_signaling_with_receptor_tyrosine_kinase_65(X))
& has_part_2(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X),fn_cell_signaling_with_receptor_tyrosine_kinase_65(X))
& has_part_2(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X),fn_cell_signaling_with_receptor_tyrosine_kinase_66(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_66(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_67(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_67(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_56(X)
& has_region_2(fn_cell_signaling_with_receptor_tyrosine_kinase_56(X),fn_cell_signaling_with_receptor_tyrosine_kinase_33(X))
& is_inside_2(fn_cell_signaling_with_receptor_tyrosine_kinase_33(X),fn_cell_signaling_with_receptor_tyrosine_kinase_28(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_67(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_66(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_56(X) != fn_cell_signaling_with_receptor_tyrosine_kinase_67(X)
& has_region_2(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X),fn_cell_signaling_with_receptor_tyrosine_kinase_27(X))
& is_at_2(fn_cell_signaling_with_receptor_tyrosine_kinase_32(X),fn_cell_signaling_with_receptor_tyrosine_kinase_27(X))
& charge_2(fn_cell_signaling_with_receptor_tyrosine_kinase_32(X),fn_cell_signaling_with_receptor_tyrosine_kinase_31(X))
& greater_than_2(fn_cell_signaling_with_receptor_tyrosine_kinase_30(X),fn_cell_signaling_with_receptor_tyrosine_kinase_31(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_51(X) = fn_attach_2(fn_cell_signaling_with_receptor_tyrosine_kinase_35(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_57(X) = fn_chemical_reaction_2(fn_cell_signaling_with_receptor_tyrosine_kinase_39(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_49(X) = fn_perceive_1(fn_cell_signaling_with_receptor_tyrosine_kinase_60(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_49(X) = fn_attach_2(fn_cell_signaling_with_receptor_tyrosine_kinase_63(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_47(X) = fn_phosphorylation_5(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_53(X) = fn_chemical_reaction_1(fn_cell_signaling_with_receptor_tyrosine_kinase_39(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_59(X) = fn_attach_1(fn_cell_signaling_with_receptor_tyrosine_kinase_63(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_53(X) = fn_phosphorylation_1(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_62(X) = fn_messenger_1(fn_cell_signaling_with_receptor_tyrosine_kinase_40(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_59(X) = fn_messenger_1(fn_cell_signaling_with_receptor_tyrosine_kinase_58(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_49(X) = fn_functional_group_1(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_86(X) = fn_phosphorylation_3(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_49(X) = fn_phosphorylation_2(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_48(X) = fn_molecule_11(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_84(X) = fn_molecule_10(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_38(X) = fn_receptor_tyrosine_kinase_dimer_2(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_37(X) = fn_receptor_tyrosine_kinase_dimer_1(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_45(X) = fn_receptor_tyrosine_kinase_dimer_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_44(X) = fn_receptor_tyrosine_kinase_dimer_1(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_51(X) = fn_signal_reception_4(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_52(X) = fn_signal_reception_4(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_36(X) = fn_signal_reception_6(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_82(X) = fn_covalent_bond_20(fn_cell_signaling_with_receptor_tyrosine_kinase_83(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_80(X) = fn_covalent_bond_19(fn_cell_signaling_with_receptor_tyrosine_kinase_83(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_91(X) = fn_protein_10(fn_cell_signaling_with_receptor_tyrosine_kinase_45(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_77(X) = fn_protein_enzyme_3(fn_cell_signaling_with_receptor_tyrosine_kinase_45(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_77(X) = fn_protein_9(fn_cell_signaling_with_receptor_tyrosine_kinase_45(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_41(X) = fn_receptor_tyrosine_kinase_3(fn_cell_signaling_with_receptor_tyrosine_kinase_45(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_46(X) = fn_receptor_tyrosine_kinase_4(fn_cell_signaling_with_receptor_tyrosine_kinase_45(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_42(X) = fn_receptor_tyrosine_kinase_3(fn_cell_signaling_with_receptor_tyrosine_kinase_44(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_43(X) = fn_receptor_tyrosine_kinase_4(fn_cell_signaling_with_receptor_tyrosine_kinase_44(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_64(X) = fn_cell_surface_receptor_1(fn_cell_signaling_with_receptor_tyrosine_kinase_51(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_64(X) = fn_receptor_tyrosine_kinase_9(fn_cell_signaling_with_receptor_tyrosine_kinase_51(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_48(X) = fn_organic_molecule_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_80(X) = fn_organic_molecule_1(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_87(X) = fn_organic_molecule_3(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_75(X) = fn_molecule_2(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_76(X) = fn_molecule_1(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_72(X) = fn_molecule_8(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_68(X) = fn_molecule_3(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_69(X) = fn_molecule_4(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_71(X) = fn_molecule_12(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_89(X) = fn_molecule_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_90(X) = fn_molecule_1(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_92(X) = fn_molecule_7(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_88(X) = fn_molecule_8(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_78(X) = fn_molecule_3(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_79(X) = fn_molecule_4(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_85(X) = fn_molecule_12(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_70(X) = fn_organic_molecule_3(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_74(X) = fn_organic_molecule_2(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_73(X) = fn_organic_molecule_1(fn_cell_signaling_with_receptor_tyrosine_kinase_53(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_50(X) = fn_chemical_signaling_6(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_54(X) = fn_chemical_signaling_8(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_35(X) = fn_signal_reception_6(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_35(X) = fn_cell_signaling_with_plasma_membrane_receptor_7(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_56(X) = fn_cell_signaling_with_plasma_membrane_receptor_21(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_66(X) = fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_33(X) = fn_cell_signaling_with_plasma_membrane_receptor_8(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_67(X) = fn_cell_signaling_with_plasma_membrane_receptor_20(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_34(X) = fn_signal_reception_5(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_34(X) = fn_cell_signaling_with_plasma_membrane_receptor_11(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_55(X) = fn_chemical_signaling_7(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_55(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_cell_signaling_with_receptor_tyrosine_kinase_83(X) = fn_phosphate_group_41(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_84(X) = fn_phosphate_group_37(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_81(X) = fn_phosphate_group_6(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_82(X) = fn_phosphate_group_22(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_48(X) = fn_phosphate_group_5(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_28(X) = fn_plasma_membrane_77(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_25(X) = fn_plasma_membrane_67(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_30(X) = fn_plasma_membrane_63(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_29(X) = fn_plasma_membrane_64(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_56(X) = fn_plasma_membrane_4(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_56(X) = fn_plasma_membrane_3(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_65(X) = fn_biomembrane_63(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_65(X) = fn_plasma_membrane_71(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_33(X) = fn_biomembrane_41(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_28(X) = fn_plasma_membrane_70(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_33(X) = fn_plasma_membrane_65(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_56(X) = fn_plasma_membrane_55(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_67(X) = fn_plasma_membrane_54(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_66(X) = fn_plasma_membrane_68(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_26(X) = fn_plasma_membrane_12(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_30(X) = fn_plasma_membrane_11(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_31(X) = fn_plasma_membrane_62(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_32(X) = fn_plasma_membrane_61(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_receptor_tyrosine_kinase_27(X) = fn_plasma_membrane_66(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_attach_1(fn_cell_signaling_with_receptor_tyrosine_kinase_63(X)) = fn_messenger_1(fn_cell_signaling_with_receptor_tyrosine_kinase_58(X))
& fn_messenger_1(fn_cell_signaling_with_receptor_tyrosine_kinase_58(X)) = fn_protein_9(fn_cell_signaling_with_receptor_tyrosine_kinase_45(X))
& fn_protein_9(fn_cell_signaling_with_receptor_tyrosine_kinase_45(X)) = fn_protein_enzyme_3(fn_cell_signaling_with_receptor_tyrosine_kinase_45(X))
& fn_protein_enzyme_3(fn_cell_signaling_with_receptor_tyrosine_kinase_45(X)) = fn_protein_9(fn_cell_signaling_with_receptor_tyrosine_kinase_45(X))
& fn_protein_9(fn_cell_signaling_with_receptor_tyrosine_kinase_45(X)) = fn_attach_2(fn_cell_signaling_with_receptor_tyrosine_kinase_35(X))
& fn_attach_2(fn_cell_signaling_with_receptor_tyrosine_kinase_35(X)) = fn_signal_reception_4(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X))
& fn_signal_reception_4(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X)) = fn_signal_reception_4(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X))
& fn_signal_reception_4(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X)) = fn_covalent_bond_19(fn_cell_signaling_with_receptor_tyrosine_kinase_83(X))
& fn_covalent_bond_19(fn_cell_signaling_with_receptor_tyrosine_kinase_83(X)) = fn_covalent_bond_19(fn_cell_signaling_with_receptor_tyrosine_kinase_83(X))
& fn_covalent_bond_19(fn_cell_signaling_with_receptor_tyrosine_kinase_83(X)) = fn_organic_molecule_1(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& fn_organic_molecule_1(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)) = fn_organic_molecule_1(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& fn_organic_molecule_1(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)) = fn_perceive_1(fn_cell_signaling_with_receptor_tyrosine_kinase_60(X))
& fn_perceive_1(fn_cell_signaling_with_receptor_tyrosine_kinase_60(X)) = fn_attach_2(fn_cell_signaling_with_receptor_tyrosine_kinase_63(X))
& fn_attach_2(fn_cell_signaling_with_receptor_tyrosine_kinase_63(X)) = fn_attach_2(fn_cell_signaling_with_receptor_tyrosine_kinase_63(X))
& fn_attach_2(fn_cell_signaling_with_receptor_tyrosine_kinase_63(X)) = fn_functional_group_1(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X))
& fn_functional_group_1(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X)) = fn_functional_group_1(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X))
& fn_functional_group_1(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X)) = fn_phosphorylation_2(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X))
& fn_phosphorylation_2(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X)) = fn_phosphorylation_2(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X))
& fn_phosphorylation_2(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X)) = fn_chemical_reaction_1(fn_cell_signaling_with_receptor_tyrosine_kinase_39(X))
& fn_chemical_reaction_1(fn_cell_signaling_with_receptor_tyrosine_kinase_39(X)) = fn_phosphorylation_1(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X))
& fn_phosphorylation_1(fn_cell_signaling_with_receptor_tyrosine_kinase_61(X)) = fn_cell_signaling_with_plasma_membrane_receptor_7(X)
& fn_cell_signaling_with_plasma_membrane_receptor_7(X) = fn_signal_reception_6(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X))
& fn_signal_reception_6(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X)) = fn_cell_signaling_with_plasma_membrane_receptor_7(X)
& fn_cell_signaling_with_plasma_membrane_receptor_7(X) = fn_signal_reception_5(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X))
& fn_cell_signaling_with_plasma_membrane_receptor_11(X) = fn_cell_signaling_with_plasma_membrane_receptor_11(X)
& fn_cell_signaling_with_plasma_membrane_receptor_11(X) = fn_signal_reception_5(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X))
& fn_signal_reception_5(fn_cell_signaling_with_receptor_tyrosine_kinase_55(X)) = fn_cell_signaling_with_plasma_membrane_receptor_11(X)
& fn_cell_signaling_with_plasma_membrane_receptor_11(X) = fn_chemical_signaling_7(X)
& fn_cell_signaling_with_plasma_membrane_receptor_15(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_cell_signaling_with_plasma_membrane_receptor_15(X) = fn_chemical_signaling_7(X)
& fn_chemical_signaling_7(X) = fn_cell_signaling_with_plasma_membrane_receptor_15(X)
& fn_cell_signaling_with_plasma_membrane_receptor_15(X) = fn_molecule_10(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& fn_molecule_10(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)) = fn_molecule_10(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& fn_molecule_10(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)) = fn_phosphate_group_37(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X))
& fn_phosphate_group_37(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X)) = fn_phosphate_group_37(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X))
& fn_phosphate_group_37(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X)) = fn_covalent_bond_20(fn_cell_signaling_with_receptor_tyrosine_kinase_83(X))
& fn_covalent_bond_20(fn_cell_signaling_with_receptor_tyrosine_kinase_83(X)) = fn_covalent_bond_20(fn_cell_signaling_with_receptor_tyrosine_kinase_83(X))
& fn_covalent_bond_20(fn_cell_signaling_with_receptor_tyrosine_kinase_83(X)) = fn_phosphate_group_22(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X))
& fn_phosphate_group_22(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X)) = fn_phosphate_group_22(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X))
& fn_phosphate_group_22(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X)) = fn_molecule_11(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& fn_molecule_11(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)) = fn_organic_molecule_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& fn_organic_molecule_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)) = fn_organic_molecule_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X))
& fn_organic_molecule_2(fn_cell_signaling_with_receptor_tyrosine_kinase_49(X)) = fn_phosphate_group_5(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X))
& fn_phosphate_group_5(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X)) = fn_phosphate_group_5(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X))
& fn_phosphate_group_5(fn_cell_signaling_with_receptor_tyrosine_kinase_86(X)) = fn_biomembrane_63(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_biomembrane_63(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)) = fn_plasma_membrane_71(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_plasma_membrane_71(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)) = fn_plasma_membrane_71(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_plasma_membrane_71(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)) = fn_plasma_membrane_70(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_plasma_membrane_70(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)) = fn_plasma_membrane_77(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_plasma_membrane_77(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)) = fn_plasma_membrane_70(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_plasma_membrane_70(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)) = fn_cell_signaling_with_plasma_membrane_receptor_8(X)
& fn_cell_signaling_with_plasma_membrane_receptor_8(X) = fn_biomembrane_41(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_biomembrane_41(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)) = fn_cell_signaling_with_plasma_membrane_receptor_8(X)
& fn_cell_signaling_with_plasma_membrane_receptor_8(X) = fn_plasma_membrane_65(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)) = fn_plasma_membrane_65(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_plasma_membrane_65(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)) = fn_plasma_membrane_4(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_plasma_membrane_4(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)) = fn_plasma_membrane_3(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_cell_signaling_with_plasma_membrane_receptor_21(X) = fn_plasma_membrane_3(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_plasma_membrane_3(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)) = fn_cell_signaling_with_plasma_membrane_receptor_21(X)
& fn_cell_signaling_with_plasma_membrane_receptor_21(X) = fn_cell_signaling_with_plasma_membrane_receptor_21(X)
& fn_cell_signaling_with_plasma_membrane_receptor_21(X) = fn_plasma_membrane_55(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)) = fn_plasma_membrane_55(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_plasma_membrane_55(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)) = fn_cell_signaling_with_plasma_membrane_receptor_20(X)
& fn_cell_signaling_with_plasma_membrane_receptor_20(X) = fn_cell_signaling_with_plasma_membrane_receptor_20(X)
& fn_cell_signaling_with_plasma_membrane_receptor_20(X) = fn_plasma_membrane_54(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)) = fn_plasma_membrane_54(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_plasma_membrane_54(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)) = fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_plasma_membrane_receptor_19(X) = fn_cell_signaling_with_plasma_membrane_receptor_19(X)
& fn_cell_signaling_with_plasma_membrane_receptor_19(X) = fn_plasma_membrane_68(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)) = fn_plasma_membrane_68(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_plasma_membrane_68(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)) = fn_plasma_membrane_63(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_plasma_membrane_63(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)) = fn_plasma_membrane_11(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_plasma_membrane_11(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)) = fn_plasma_membrane_11(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X))
& fn_plasma_membrane_11(fn_cell_signaling_with_receptor_tyrosine_kinase_64(X)) = fn_cell_surface_receptor_1(fn_cell_signaling_with_receptor_tyrosine_kinase_51(X))
& fn_cell_surface_receptor_1(fn_cell_signaling_with_receptor_tyrosine_kinase_51(X)) = fn_receptor_tyrosine_kinase_9(fn_cell_signaling_with_receptor_tyrosine_kinase_51(X))
& fn_receptor_tyrosine_kinase_9(fn_cell_signaling_with_receptor_tyrosine_kinase_51(X)) = fn_receptor_tyrosine_kinase_9(fn_cell_signaling_with_receptor_tyrosine_kinase_51(X)) ) ) ).
fof(a528224,axiom,
! [X] :
( cell_signaling_with_serine_threonine_kinase_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Serine-Threonine-Kinase')
& user_description_2(X,'Cell signaling which involves the activation of proteins through the phosphorylation of serine or threonine amino acids by serine-threonine kinase.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with serine threonine kinase')
& concept2words_2(X,'cell-signaling-with-serine-threonine-kinase')
& chemical_signaling_1(X)
& molecule_1(fn_cell_signaling_with_serine_threonine_kinase_1(X))
& signal_transduction_1(fn_cell_signaling_with_serine_threonine_kinase_2(X))
& cell_1(fn_cell_signaling_with_serine_threonine_kinase_3(X))
& phosphorylation_1(fn_cell_signaling_with_serine_threonine_kinase_4(X))
& serine_threonine_kinase_1(fn_cell_signaling_with_serine_threonine_kinase_5(X))
& amino_acid_1(fn_cell_signaling_with_serine_threonine_kinase_6(X))
& amino_acid_1(fn_cell_signaling_with_serine_threonine_kinase_7(X))
& phosphorylation_1(fn_kinase_1(fn_cell_signaling_with_serine_threonine_kinase_5(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_cell_signaling_with_serine_threonine_kinase_4(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_cell_signaling_with_serine_threonine_kinase_4(X)))
& molecule_1(fn_phosphorylation_1(fn_cell_signaling_with_serine_threonine_kinase_4(X)))
& subevent_2(fn_cell_signaling_with_serine_threonine_kinase_2(X),fn_cell_signaling_with_serine_threonine_kinase_4(X))
& agent_2(fn_cell_signaling_with_serine_threonine_kinase_2(X),fn_cell_signaling_with_serine_threonine_kinase_3(X))
& has_part_2(fn_cell_signaling_with_serine_threonine_kinase_3(X),fn_cell_signaling_with_serine_threonine_kinase_5(X))
& has_part_2(fn_cell_signaling_with_serine_threonine_kinase_3(X),fn_cell_signaling_with_serine_threonine_kinase_1(X))
& has_state_2(fn_cell_signaling_with_serine_threonine_kinase_6(X),fn_cell_signaling_with_serine_threonine_kinase_7(X))
& raw_material_2(fn_cell_signaling_with_serine_threonine_kinase_4(X),fn_cell_signaling_with_serine_threonine_kinase_6(X))
& has_function_2(fn_cell_signaling_with_serine_threonine_kinase_5(X),fn_cell_signaling_with_serine_threonine_kinase_4(X))
& base_2(X,fn_cell_signaling_with_serine_threonine_kinase_3(X))
& base_2(fn_cell_signaling_with_serine_threonine_kinase_2(X),fn_cell_signaling_with_serine_threonine_kinase_3(X))
& subevent_2(X,fn_cell_signaling_with_serine_threonine_kinase_2(X))
& result_2(fn_cell_signaling_with_serine_threonine_kinase_4(X),fn_cell_signaling_with_serine_threonine_kinase_7(X))
& fn_cell_signaling_with_serine_threonine_kinase_6(X) = fn_phosphorylation_5(fn_cell_signaling_with_serine_threonine_kinase_4(X))
& fn_cell_signaling_with_serine_threonine_kinase_6(X) = fn_phosphorylation_1(fn_cell_signaling_with_serine_threonine_kinase_4(X))
& fn_cell_signaling_with_serine_threonine_kinase_4(X) = fn_kinase_1(fn_cell_signaling_with_serine_threonine_kinase_5(X))
& fn_cell_signaling_with_serine_threonine_kinase_2(X) = fn_cell_signaling_3(X)
& fn_cell_signaling_with_serine_threonine_kinase_3(X) = fn_cell_signaling_4(X)
& fn_cell_signaling_with_serine_threonine_kinase_7(X) = fn_phosphorylation_2(fn_cell_signaling_with_serine_threonine_kinase_4(X))
& fn_phosphorylation_5(fn_cell_signaling_with_serine_threonine_kinase_4(X)) = fn_phosphorylation_1(fn_cell_signaling_with_serine_threonine_kinase_4(X)) ) ) ).
fof(a528225,axiom,
! [X] :
( cell_signaling_with_serine_threonine_kinase_in_animal_cell_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Serine-Threonine-Kinase-In-Animal-Cell')
& user_description_2(X,'In animal cells, cell signaling which involves the activation of proteins through the phosphorylation of serine or threonine amino acids by serine-threonine kinase.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with serine threonine kinase in animal cell')
& concept2words_2(X,'cell-signaling-with-serine-threonine-kinase-in-animal-cell')
& cell_signaling_with_serine_threonine_kinase_1(X)
& animal_cell_1(fn_cell_signaling_with_serine_threonine_kinase_in_animal_cell_1(X))
& signal_reception_1(fn_cell_signaling_with_serine_threonine_kinase_in_animal_cell_2(X))
& recipient_2(fn_cell_signaling_with_serine_threonine_kinase_in_animal_cell_2(X),fn_cell_signaling_with_serine_threonine_kinase_in_animal_cell_1(X))
& first_subevent_2(X,fn_cell_signaling_with_serine_threonine_kinase_in_animal_cell_2(X))
& base_2(fn_cell_signaling_with_serine_threonine_kinase_in_animal_cell_2(X),fn_cell_signaling_with_serine_threonine_kinase_in_animal_cell_1(X))
& base_2(X,fn_cell_signaling_with_serine_threonine_kinase_in_animal_cell_1(X))
& subevent_2(X,fn_cell_signaling_with_serine_threonine_kinase_in_animal_cell_2(X))
& fn_cell_signaling_with_serine_threonine_kinase_in_animal_cell_1(X) = fn_cell_signaling_4(X)
& fn_cell_signaling_with_serine_threonine_kinase_in_animal_cell_2(X) = fn_cell_signaling_2(X) ) ) ).
fof(a528226,axiom,
! [X] :
( cell_signaling_with_serine_threonine_kinase_in_fungal_cell_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Serine-Threonine-Kinase-In-Fungal-cell')
& user_description_2(X,'In fungal cells, cell signaling which involves the activation of proteins through the phosphorylation of serine or threonine amino acids by serine-threonine kinase.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with serine threonine kinase in fungal cell')
& concept2words_2(X,'cell-signaling-with-serine-threonine-kinase-in-fungal-cell')
& cell_signaling_with_serine_threonine_kinase_1(X)
& fungal_cell_1(fn_cell_signaling_with_serine_threonine_kinase_in_fungal_cell_1(X))
& signal_reception_1(fn_cell_signaling_with_serine_threonine_kinase_in_fungal_cell_2(X))
& recipient_2(fn_cell_signaling_with_serine_threonine_kinase_in_fungal_cell_2(X),fn_cell_signaling_with_serine_threonine_kinase_in_fungal_cell_1(X))
& first_subevent_2(X,fn_cell_signaling_with_serine_threonine_kinase_in_fungal_cell_2(X))
& base_2(fn_cell_signaling_with_serine_threonine_kinase_in_fungal_cell_2(X),fn_cell_signaling_with_serine_threonine_kinase_in_fungal_cell_1(X))
& base_2(X,fn_cell_signaling_with_serine_threonine_kinase_in_fungal_cell_1(X))
& subevent_2(X,fn_cell_signaling_with_serine_threonine_kinase_in_fungal_cell_2(X))
& fn_cell_signaling_with_serine_threonine_kinase_in_fungal_cell_1(X) = fn_cell_signaling_4(X)
& fn_cell_signaling_with_serine_threonine_kinase_in_fungal_cell_2(X) = fn_cell_signaling_2(X) ) ) ).
fof(a528227,axiom,
! [X] :
( cell_signaling_with_serine_threonine_kinase_in_plant_cell_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Serine-Threonine-Kinase-In-Plant-Cell')
& user_description_2(X,'In plant cells, cell signaling which involves the activation of proteins through the phosphorylation of serine or threonine amino acids by serine-threonine kinase.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with serine threonine kinase in plant cell')
& concept2words_2(X,'cell-signaling-with-serine-threonine-kinase-in-plant-cell')
& cell_signaling_with_serine_threonine_kinase_1(X)
& plant_cell_1(fn_cell_signaling_with_serine_threonine_kinase_in_plant_cell_1(X))
& signal_reception_1(fn_cell_signaling_with_serine_threonine_kinase_in_plant_cell_2(X))
& recipient_2(fn_cell_signaling_with_serine_threonine_kinase_in_plant_cell_2(X),fn_cell_signaling_with_serine_threonine_kinase_in_plant_cell_1(X))
& first_subevent_2(X,fn_cell_signaling_with_serine_threonine_kinase_in_plant_cell_2(X))
& base_2(fn_cell_signaling_with_serine_threonine_kinase_in_plant_cell_2(X),fn_cell_signaling_with_serine_threonine_kinase_in_plant_cell_1(X))
& base_2(X,fn_cell_signaling_with_serine_threonine_kinase_in_plant_cell_1(X))
& subevent_2(X,fn_cell_signaling_with_serine_threonine_kinase_in_plant_cell_2(X))
& fn_cell_signaling_with_serine_threonine_kinase_in_plant_cell_1(X) = fn_cell_signaling_4(X)
& fn_cell_signaling_with_serine_threonine_kinase_in_plant_cell_2(X) = fn_cell_signaling_2(X) ) ) ).
fof(a528228,axiom,
! [X] :
( cell_signaling_with_signal_amplification_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Signal-Amplification')
& user_description_2(X,'The process of signal reception, signal transduction and cellular response in which a series of amplification events greatly increase the resulting cellular response.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with signal amplification')
& concept2words_2(X,'cell-signaling-with-signal-amplification')
& chemical_signaling_1(X)
& intensity_value_1(fn_cell_signaling_with_signal_amplification_1(X))
& cellular_response_1(fn_cell_signaling_with_signal_amplification_4(X))
& signal_transduction_1(fn_cell_signaling_with_signal_amplification_5(X))
& signal_amplification_1(fn_cell_signaling_with_signal_amplification_6(X))
& intensity_value_1(fn_cell_signaling_with_signal_amplification_7(X))
& message_1(fn_cell_signaling_with_signal_amplification_8(X))
& property_node_1(fn_signal_amplification_7(fn_cell_signaling_with_signal_amplification_6(X)))
& intensity_value_1(fn_signal_amplification_4(fn_cell_signaling_with_signal_amplification_6(X)))
& message_1(fn_signal_amplification_5(fn_cell_signaling_with_signal_amplification_6(X)))
& directly_proportional_2(fn_cell_signaling_with_signal_amplification_1(X),fn_cell_signaling_with_signal_amplification_7(X))
& subevent_2(fn_cell_signaling_with_signal_amplification_5(X),fn_cell_signaling_with_signal_amplification_6(X))
& intensity_2(fn_cell_signaling_with_signal_amplification_4(X),fn_cell_signaling_with_signal_amplification_1(X))
& subevent_2(X,fn_cell_signaling_with_signal_amplification_4(X))
& next_event_2(fn_cell_signaling_with_signal_amplification_5(X),fn_cell_signaling_with_signal_amplification_4(X))
& subevent_2(X,fn_cell_signaling_with_signal_amplification_5(X))
& result_2(fn_cell_signaling_with_signal_amplification_6(X),fn_cell_signaling_with_signal_amplification_8(X))
& intensity_2(fn_cell_signaling_with_signal_amplification_8(X),fn_cell_signaling_with_signal_amplification_7(X))
& fn_cell_signaling_with_signal_amplification_5(X) = fn_chemical_signaling_8(X)
& fn_cell_signaling_with_signal_amplification_4(X) = fn_chemical_signaling_6(X)
& fn_cell_signaling_with_signal_amplification_3(X) = fn_signal_amplification_7(fn_cell_signaling_with_signal_amplification_6(X))
& fn_cell_signaling_with_signal_amplification_7(X) = fn_signal_amplification_4(fn_cell_signaling_with_signal_amplification_6(X))
& fn_cell_signaling_with_signal_amplification_8(X) = fn_signal_amplification_5(fn_cell_signaling_with_signal_amplification_6(X)) ) ) ).
fof(a528229,axiom,
! [X] :
( cell_signaling_with_sodium_ion_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-Sodium-Ion')
& user_description_2(X,'Process of signaling between and within cells which uses sodum ions as second messengers during signal transduction.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with sodium ion')
& concept2words_2(X,'cell-signaling-with-sodium-ion')
& cell_signaling_with_ion_channel_receptor_1(X)
& transport_protein_1(fn_cell_signaling_with_sodium_ion_1(X))
& cell_surface_receptor_1(fn_cell_signaling_with_sodium_ion_2(X))
& spatial_entity_1(fn_cell_signaling_with_sodium_ion_2(X))
& polymer_1(fn_cell_signaling_with_sodium_ion_2(X))
& receptor_protein_1(fn_cell_signaling_with_sodium_ion_2(X))
& tangible_entity_1(fn_cell_signaling_with_sodium_ion_3(X))
& membrane_protein_1(fn_cell_signaling_with_sodium_ion_3(X))
& protein_1(fn_cell_signaling_with_sodium_ion_3(X))
& spatial_entity_1(fn_cell_signaling_with_sodium_ion_3(X))
& polymer_1(fn_cell_signaling_with_sodium_ion_3(X))
& spatial_entity_1(fn_cell_signaling_with_sodium_ion_4(X))
& polymer_1(fn_cell_signaling_with_sodium_ion_4(X))
& tangible_entity_1(fn_cell_signaling_with_sodium_ion_4(X))
& membrane_protein_1(fn_cell_signaling_with_sodium_ion_4(X))
& protein_1(fn_cell_signaling_with_sodium_ion_4(X))
& monomer_1(fn_cell_signaling_with_sodium_ion_5(X))
& monomer_1(fn_cell_signaling_with_sodium_ion_6(X))
& cell_1(fn_cell_signaling_with_sodium_ion_7(X))
& sodium_ion_1(fn_cell_signaling_with_sodium_ion_8(X))
& move_through_1(fn_cell_signaling_with_sodium_ion_9(X))
& open_1(fn_cell_signaling_with_sodium_ion_10(X))
& spatial_entity_1(fn_cell_signaling_with_sodium_ion_11(X))
& membrane_protein_1(fn_cell_signaling_with_sodium_ion_11(X))
& cell_surface_receptor_1(fn_cell_signaling_with_sodium_ion_11(X))
& gated_channel_1(fn_cell_signaling_with_sodium_ion_11(X))
& ligand_gated_ion_channel_1(fn_cell_signaling_with_sodium_ion_11(X))
& tangible_entity_1(fn_cell_signaling_with_sodium_ion_11(X))
& transmembrane_protein_1(fn_cell_signaling_with_sodium_ion_11(X))
& integral_protein_1(fn_cell_signaling_with_sodium_ion_11(X))
& transport_protein_1(fn_cell_signaling_with_sodium_ion_11(X))
& gated_ion_channel_1(fn_cell_signaling_with_sodium_ion_11(X))
& signal_transduction_1(fn_cell_signaling_with_sodium_ion_12(X))
& sodium_ion_1(fn_cell_signaling_with_sodium_ion_13(X))
& monomer_1(fn_cell_signaling_with_sodium_ion_14(X))
& spatial_entity_1(fn_cell_signaling_with_sodium_ion_15(X))
& polymer_1(fn_cell_signaling_with_sodium_ion_15(X))
& tangible_entity_1(fn_cell_signaling_with_sodium_ion_15(X))
& membrane_protein_1(fn_cell_signaling_with_sodium_ion_15(X))
& protein_1(fn_cell_signaling_with_sodium_ion_15(X))
& spatial_entity_1(fn_cell_signaling_with_sodium_ion_16(X))
& polymer_1(fn_cell_signaling_with_sodium_ion_16(X))
& tangible_entity_1(fn_cell_signaling_with_sodium_ion_16(X))
& membrane_protein_1(fn_cell_signaling_with_sodium_ion_16(X))
& protein_1(fn_cell_signaling_with_sodium_ion_16(X))
& spatial_entity_1(fn_move_1(fn_cell_signaling_with_sodium_ion_9(X)))
& open_1(fn_gated_ion_channel_6(fn_cell_signaling_with_sodium_ion_11(X)))
& monomer_1(fn_transport_protein_21(fn_cell_signaling_with_sodium_ion_11(X)))
& monomer_1(fn_gated_channel_20(fn_cell_signaling_with_sodium_ion_11(X)))
& monomer_1(fn_ligand_gated_ion_channel_9(fn_cell_signaling_with_sodium_ion_11(X)))
& monomer_1(fn_polymer_4(fn_cell_signaling_with_sodium_ion_2(X)))
& monomer_1(fn_receptor_protein_5(fn_cell_signaling_with_sodium_ion_2(X)))
& fn_cell_signaling_with_sodium_ion_3(X) != fn_cell_signaling_with_sodium_ion_4(X)
& fn_cell_signaling_with_sodium_ion_3(X) != fn_cell_signaling_with_sodium_ion_1(X)
& fn_cell_signaling_with_sodium_ion_4(X) != fn_cell_signaling_with_sodium_ion_3(X)
& fn_cell_signaling_with_sodium_ion_4(X) != fn_cell_signaling_with_sodium_ion_13(X)
& fn_cell_signaling_with_sodium_ion_4(X) != fn_cell_signaling_with_sodium_ion_1(X)
& called_2(fn_cell_signaling_with_sodium_ion_4(X),'MP2')
& path_2(fn_cell_signaling_with_sodium_ion_9(X),fn_cell_signaling_with_sodium_ion_11(X))
& next_event_2(fn_cell_signaling_with_sodium_ion_10(X),fn_cell_signaling_with_sodium_ion_9(X))
& fn_cell_signaling_with_sodium_ion_11(X) != fn_cell_signaling_with_sodium_ion_16(X)
& fn_cell_signaling_with_sodium_ion_11(X) != fn_cell_signaling_with_sodium_ion_15(X)
& agent_2(fn_cell_signaling_with_sodium_ion_12(X),fn_cell_signaling_with_sodium_ion_7(X))
& subevent_2(fn_cell_signaling_with_sodium_ion_12(X),fn_cell_signaling_with_sodium_ion_9(X))
& subevent_2(fn_cell_signaling_with_sodium_ion_12(X),fn_cell_signaling_with_sodium_ion_10(X))
& fn_cell_signaling_with_sodium_ion_13(X) != fn_cell_signaling_with_sodium_ion_4(X)
& fn_cell_signaling_with_sodium_ion_15(X) != fn_cell_signaling_with_sodium_ion_11(X)
& fn_cell_signaling_with_sodium_ion_15(X) != fn_cell_signaling_with_sodium_ion_1(X)
& fn_cell_signaling_with_sodium_ion_15(X) != fn_cell_signaling_with_sodium_ion_16(X)
& called_2(fn_cell_signaling_with_sodium_ion_15(X),'MP1')
& fn_cell_signaling_with_sodium_ion_16(X) != fn_cell_signaling_with_sodium_ion_11(X)
& fn_cell_signaling_with_sodium_ion_16(X) != fn_cell_signaling_with_sodium_ion_15(X)
& fn_cell_signaling_with_sodium_ion_1(X) != fn_cell_signaling_with_sodium_ion_3(X)
& fn_cell_signaling_with_sodium_ion_1(X) != fn_cell_signaling_with_sodium_ion_4(X)
& fn_cell_signaling_with_sodium_ion_1(X) != fn_cell_signaling_with_sodium_ion_15(X)
& object_2(fn_cell_signaling_with_sodium_ion_9(X),fn_cell_signaling_with_sodium_ion_8(X))
& fn_cell_signaling_with_sodium_ion_13(X) != fn_cell_signaling_with_sodium_ion_6(X)
& fn_cell_signaling_with_sodium_ion_6(X) != fn_cell_signaling_with_sodium_ion_13(X)
& fn_cell_signaling_with_sodium_ion_13(X) != fn_cell_signaling_with_sodium_ion_11(X)
& fn_cell_signaling_with_sodium_ion_11(X) != fn_cell_signaling_with_sodium_ion_13(X)
& fn_cell_signaling_with_sodium_ion_5(X) != fn_cell_signaling_with_sodium_ion_13(X)
& fn_cell_signaling_with_sodium_ion_13(X) != fn_cell_signaling_with_sodium_ion_5(X)
& fn_cell_signaling_with_sodium_ion_13(X) != fn_cell_signaling_with_sodium_ion_15(X)
& fn_cell_signaling_with_sodium_ion_15(X) != fn_cell_signaling_with_sodium_ion_13(X)
& complement_2(fn_cell_signaling_with_sodium_ion_2(X),fn_cell_signaling_with_sodium_ion_13(X))
& complement_2(fn_cell_signaling_with_sodium_ion_13(X),fn_cell_signaling_with_sodium_ion_2(X))
& complement_2(fn_cell_signaling_with_sodium_ion_13(X),fn_cell_signaling_with_sodium_ion_11(X))
& complement_2(fn_cell_signaling_with_sodium_ion_11(X),fn_cell_signaling_with_sodium_ion_13(X))
& fn_cell_signaling_with_sodium_ion_2(X) != fn_cell_signaling_with_sodium_ion_13(X)
& fn_cell_signaling_with_sodium_ion_13(X) != fn_cell_signaling_with_sodium_ion_2(X)
& fn_cell_signaling_with_sodium_ion_14(X) != fn_cell_signaling_with_sodium_ion_13(X)
& fn_cell_signaling_with_sodium_ion_13(X) != fn_cell_signaling_with_sodium_ion_14(X)
& fn_cell_signaling_with_sodium_ion_3(X) != fn_cell_signaling_with_sodium_ion_13(X)
& called_2(fn_cell_signaling_with_sodium_ion_3(X),'MP1')
& fn_cell_signaling_with_sodium_ion_13(X) != fn_cell_signaling_with_sodium_ion_3(X)
& fn_cell_signaling_with_sodium_ion_16(X) != fn_cell_signaling_with_sodium_ion_13(X)
& called_2(fn_cell_signaling_with_sodium_ion_16(X),'MP2')
& fn_cell_signaling_with_sodium_ion_13(X) != fn_cell_signaling_with_sodium_ion_16(X)
& fn_cell_signaling_with_sodium_ion_2(X) != fn_cell_signaling_with_sodium_ion_3(X)
& fn_cell_signaling_with_sodium_ion_11(X) != fn_cell_signaling_with_sodium_ion_3(X)
& has_part_2(fn_cell_signaling_with_sodium_ion_11(X),fn_cell_signaling_with_sodium_ion_14(X))
& fn_cell_signaling_with_sodium_ion_4(X) != fn_cell_signaling_with_sodium_ion_2(X)
& fn_cell_signaling_with_sodium_ion_2(X) != fn_cell_signaling_with_sodium_ion_4(X)
& fn_cell_signaling_with_sodium_ion_3(X) != fn_cell_signaling_with_sodium_ion_2(X)
& fn_cell_signaling_with_sodium_ion_3(X) != fn_cell_signaling_with_sodium_ion_11(X)
& fn_cell_signaling_with_sodium_ion_1(X) != fn_cell_signaling_with_sodium_ion_2(X)
& fn_cell_signaling_with_sodium_ion_2(X) != fn_cell_signaling_with_sodium_ion_1(X)
& fn_cell_signaling_with_sodium_ion_11(X) != fn_cell_signaling_with_sodium_ion_2(X)
& fn_cell_signaling_with_sodium_ion_4(X) != fn_cell_signaling_with_sodium_ion_11(X)
& fn_cell_signaling_with_sodium_ion_11(X) != fn_cell_signaling_with_sodium_ion_4(X)
& fn_cell_signaling_with_sodium_ion_2(X) != fn_cell_signaling_with_sodium_ion_11(X)
& agent_2(X,fn_cell_signaling_with_sodium_ion_13(X))
& fn_cell_signaling_with_sodium_ion_13(X) != fn_cell_signaling_with_sodium_ion_1(X)
& fn_cell_signaling_with_sodium_ion_1(X) != fn_cell_signaling_with_sodium_ion_11(X)
& fn_cell_signaling_with_sodium_ion_1(X) != fn_cell_signaling_with_sodium_ion_13(X)
& fn_cell_signaling_with_sodium_ion_16(X) != fn_cell_signaling_with_sodium_ion_1(X)
& fn_cell_signaling_with_sodium_ion_1(X) != fn_cell_signaling_with_sodium_ion_16(X)
& fn_cell_signaling_with_sodium_ion_11(X) != fn_cell_signaling_with_sodium_ion_1(X)
& base_2(X,fn_cell_signaling_with_sodium_ion_7(X))
& base_2(fn_cell_signaling_with_sodium_ion_12(X),fn_cell_signaling_with_sodium_ion_7(X))
& subevent_2(X,fn_cell_signaling_with_sodium_ion_12(X))
& object_2(fn_cell_signaling_with_sodium_ion_10(X),fn_cell_signaling_with_sodium_ion_11(X))
& has_part_2(fn_cell_signaling_with_sodium_ion_2(X),fn_cell_signaling_with_sodium_ion_5(X))
& has_part_2(fn_cell_signaling_with_sodium_ion_2(X),fn_cell_signaling_with_sodium_ion_6(X))
& fn_cell_signaling_with_sodium_ion_8(X) = fn_move_1(fn_cell_signaling_with_sodium_ion_9(X))
& fn_cell_signaling_with_sodium_ion_6(X) = fn_cell_signaling_with_ion_channel_receptor_31(X)
& fn_cell_signaling_with_sodium_ion_5(X) = fn_cell_signaling_with_ion_channel_receptor_30(X)
& fn_cell_signaling_with_sodium_ion_15(X) = fn_cell_signaling_with_ion_channel_receptor_8(X)
& fn_cell_signaling_with_sodium_ion_14(X) = fn_transport_protein_21(fn_cell_signaling_with_sodium_ion_11(X))
& fn_cell_signaling_with_sodium_ion_14(X) = fn_gated_channel_20(fn_cell_signaling_with_sodium_ion_11(X))
& fn_cell_signaling_with_sodium_ion_14(X) = fn_ligand_gated_ion_channel_9(fn_cell_signaling_with_sodium_ion_11(X))
& fn_cell_signaling_with_sodium_ion_14(X) = fn_cell_signaling_with_ion_channel_receptor_31(X)
& fn_cell_signaling_with_sodium_ion_3(X) = fn_cell_signaling_with_ion_channel_receptor_9(X)
& fn_cell_signaling_with_sodium_ion_4(X) = fn_cell_signaling_with_ion_channel_receptor_8(X)
& fn_cell_signaling_with_sodium_ion_2(X) = fn_cell_signaling_with_ion_channel_receptor_7(X)
& fn_cell_signaling_with_sodium_ion_11(X) = fn_cell_signaling_with_ion_channel_receptor_20(X)
& fn_cell_signaling_with_sodium_ion_16(X) = fn_cell_signaling_with_ion_channel_receptor_8(X)
& fn_cell_signaling_with_sodium_ion_1(X) = fn_cell_signaling_with_ion_channel_receptor_9(X)
& fn_cell_signaling_with_sodium_ion_13(X) = fn_cell_signaling_with_ion_channel_receptor_32(X)
& fn_cell_signaling_with_sodium_ion_12(X) = fn_cell_signaling_3(X)
& fn_cell_signaling_with_sodium_ion_7(X) = fn_cell_signaling_4(X)
& fn_cell_signaling_with_sodium_ion_6(X) = fn_polymer_4(fn_cell_signaling_with_sodium_ion_2(X))
& fn_cell_signaling_with_sodium_ion_5(X) = fn_receptor_protein_5(fn_cell_signaling_with_sodium_ion_2(X))
& fn_cell_signaling_with_sodium_ion_10(X) = fn_gated_ion_channel_6(fn_cell_signaling_with_sodium_ion_11(X))
& fn_transport_protein_21(fn_cell_signaling_with_sodium_ion_11(X)) = fn_gated_channel_20(fn_cell_signaling_with_sodium_ion_11(X))
& fn_gated_channel_20(fn_cell_signaling_with_sodium_ion_11(X)) = fn_gated_channel_20(fn_cell_signaling_with_sodium_ion_11(X))
& fn_gated_channel_20(fn_cell_signaling_with_sodium_ion_11(X)) = fn_ligand_gated_ion_channel_9(fn_cell_signaling_with_sodium_ion_11(X))
& fn_cell_signaling_with_ion_channel_receptor_31(X) = fn_ligand_gated_ion_channel_9(fn_cell_signaling_with_sodium_ion_11(X))
& fn_ligand_gated_ion_channel_9(fn_cell_signaling_with_sodium_ion_11(X)) = fn_cell_signaling_with_ion_channel_receptor_31(X)
& fn_cell_signaling_with_ion_channel_receptor_31(X) = fn_cell_signaling_with_ion_channel_receptor_31(X)
& fn_cell_signaling_with_ion_channel_receptor_31(X) = fn_polymer_4(fn_cell_signaling_with_sodium_ion_2(X))
& fn_polymer_4(fn_cell_signaling_with_sodium_ion_2(X)) = fn_cell_signaling_with_ion_channel_receptor_30(X)
& fn_cell_signaling_with_ion_channel_receptor_30(X) = fn_receptor_protein_5(fn_cell_signaling_with_sodium_ion_2(X)) ) ) ).
fof(a528230,axiom,
! [X] :
( cell_signaling_with_was_protein_1(X)
=> ( original_name_2(X,'Cell-Signaling-With-WAS-Protein')
& user_description_2(X,'The process of signal reception, signal transduction and cellular response in which WAS protein organizes the cytoskeleton so that the signal can be properly transducted.')
& concept2words_2(X,signal)
& concept2words_2(X,'cell signaling with was protein')
& concept2words_2(X,'cell-signaling-with-was-protein')
& chemical_signaling_1(X)
& interact_1(fn_cell_signaling_with_was_protein_1(X))
& microfilament_1(fn_cell_signaling_with_was_protein_2(X))
& signal_reception_1(fn_cell_signaling_with_was_protein_3(X))
& signal_transduction_1(fn_cell_signaling_with_was_protein_4(X))
& cytoskeleton_1(fn_cell_signaling_with_was_protein_5(X))
& was_protein_1(fn_cell_signaling_with_was_protein_6(X))
& cell_1(fn_cell_signaling_with_was_protein_7(X))
& intracellular_process_1(fn_cell_signaling_with_was_protein_8(X))
& cellular_response_1(fn_cell_signaling_with_was_protein_8(X))
& microfilament_1(fn_cytoskeleton_2(fn_cell_signaling_with_was_protein_5(X)))
& cytoskeleton_1(fn_cell_2(fn_cell_signaling_with_was_protein_7(X)))
& protein_1(fn_cellular_response_1(fn_cell_signaling_with_was_protein_8(X)))
& cell_1(fn_intracellular_process_1(fn_cell_signaling_with_was_protein_8(X)))
& cell_1(fn_cellular_response_3(fn_cell_signaling_with_was_protein_8(X)))
& agent_2(fn_cell_signaling_with_was_protein_8(X),fn_cell_signaling_with_was_protein_7(X))
& subevent_2(fn_cell_signaling_with_was_protein_8(X),fn_cell_signaling_with_was_protein_1(X))
& object_2(fn_cell_signaling_with_was_protein_1(X),fn_cell_signaling_with_was_protein_6(X))
& base_2(fn_cell_signaling_with_was_protein_1(X),fn_cell_signaling_with_was_protein_2(X))
& has_part_2(fn_cell_signaling_with_was_protein_5(X),fn_cell_signaling_with_was_protein_2(X))
& base_2(fn_cell_signaling_with_was_protein_4(X),fn_cell_signaling_with_was_protein_7(X))
& base_2(X,fn_cell_signaling_with_was_protein_7(X))
& base_2(fn_cell_signaling_with_was_protein_3(X),fn_cell_signaling_with_was_protein_7(X))
& first_subevent_2(X,fn_cell_signaling_with_was_protein_3(X))
& subevent_2(X,fn_cell_signaling_with_was_protein_4(X))
& next_event_2(fn_cell_signaling_with_was_protein_4(X),fn_cell_signaling_with_was_protein_8(X))
& subevent_2(X,fn_cell_signaling_with_was_protein_8(X))
& subevent_2(X,fn_cell_signaling_with_was_protein_3(X))
& next_event_2(fn_cell_signaling_with_was_protein_3(X),fn_cell_signaling_with_was_protein_4(X))
& has_part_2(fn_cell_signaling_with_was_protein_7(X),fn_cell_signaling_with_was_protein_6(X))
& base_2(fn_cell_signaling_with_was_protein_8(X),fn_cell_signaling_with_was_protein_7(X))
& has_part_2(fn_cell_signaling_with_was_protein_7(X),fn_cell_signaling_with_was_protein_5(X))
& fn_cell_signaling_with_was_protein_2(X) = fn_cytoskeleton_2(fn_cell_signaling_with_was_protein_5(X))
& fn_cell_signaling_with_was_protein_4(X) = fn_cell_signaling_3(X)
& fn_cell_signaling_with_was_protein_3(X) = fn_cell_signaling_2(X)
& fn_cell_signaling_with_was_protein_7(X) = fn_cell_signaling_4(X)
& fn_cell_signaling_with_was_protein_3(X) = fn_chemical_signaling_7(X)
& fn_cell_signaling_with_was_protein_8(X) = fn_chemical_signaling_6(X)
& fn_cell_signaling_with_was_protein_4(X) = fn_chemical_signaling_8(X)
& fn_cell_signaling_with_was_protein_5(X) = fn_cell_2(fn_cell_signaling_with_was_protein_7(X))
& fn_cell_signaling_with_was_protein_6(X) = fn_cellular_response_1(fn_cell_signaling_with_was_protein_8(X))
& fn_cell_signaling_with_was_protein_7(X) = fn_intracellular_process_1(fn_cell_signaling_with_was_protein_8(X))
& fn_cell_signaling_with_was_protein_7(X) = fn_cellular_response_3(fn_cell_signaling_with_was_protein_8(X))
& fn_cell_signaling_2(X) = fn_chemical_signaling_7(X)
& fn_chemical_signaling_7(X) = fn_chemical_signaling_7(X)
& fn_chemical_signaling_7(X) = fn_cell_signaling_3(X)
& fn_cell_signaling_3(X) = fn_chemical_signaling_8(X)
& fn_chemical_signaling_8(X) = fn_chemical_signaling_8(X)
& fn_chemical_signaling_8(X) = fn_cell_signaling_4(X)
& fn_cell_signaling_4(X) = fn_cell_signaling_4(X)
& fn_cell_signaling_4(X) = fn_intracellular_process_1(fn_cell_signaling_with_was_protein_8(X))
& fn_cellular_response_3(fn_cell_signaling_with_was_protein_8(X)) = fn_intracellular_process_1(fn_cell_signaling_with_was_protein_8(X))
& fn_intracellular_process_1(fn_cell_signaling_with_was_protein_8(X)) = fn_cellular_response_3(fn_cell_signaling_with_was_protein_8(X)) ) ) ).
fof(a528231,axiom,
! [X] :
( cell_state_1(X)
=> ( original_name_2(X,'Cell-State')
& user_description_2(X,'Cell states are specialized functions, properties, traits or abilities that cells have.')
& concept2words_2(X,'state of cell')
& concept2words_2(X,'state-of-cell')
& concept2words_2(X,'cell state')
& concept2words_2(X,'cell-state')
& cell_1(X) ) ) ).
fof(a528232,axiom,
! [X] :
( cell_surface_receptor_1(X)
=> ( original_name_2(X,'Cell-Surface-Receptor')
& user_description_2(X,'Receptor in cell signalling events which spans the plasma membrane.')
& concept2words_2(X,'cell surface transmembrane receptor')
& concept2words_2(X,'cell surface receptor')
& concept2words_2(X,'cell-surface-receptor')
& membrane_protein_1(X)
& receptor_protein_1(X)
& plasma_membrane_1(fn_cell_surface_receptor_1(X))
& tangible_entity_1(fn_plasma_membrane_68(fn_cell_surface_receptor_1(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_cell_surface_receptor_1(X)))
& protein_1(fn_plasma_membrane_68(fn_cell_surface_receptor_1(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_cell_surface_receptor_1(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_cell_surface_receptor_1(X)))
& protein_1(fn_plasma_membrane_54(fn_cell_surface_receptor_1(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_cell_surface_receptor_1(X)))
& polymer_1(fn_plasma_membrane_54(fn_cell_surface_receptor_1(X)))
& is_across_2(X,fn_cell_surface_receptor_1(X))
& has_part_2(fn_cell_surface_receptor_1(X),X)
& X = fn_plasma_membrane_68(fn_cell_surface_receptor_1(X))
& X = fn_plasma_membrane_54(fn_cell_surface_receptor_1(X))
& fn_plasma_membrane_68(fn_cell_surface_receptor_1(X)) = fn_plasma_membrane_54(fn_cell_surface_receptor_1(X)) ) ) ).
fof(a528233,axiom,
! [X] :
( cell_survival_1(X)
=> ( original_name_2(X,'Cell-Survival')
& user_description_2(X,'Osmoregulation supports cell survival.')
& concept2words_2(X,survive)
& concept2words_2(X,'survival of cell')
& concept2words_2(X,'cell survival')
& concept2words_2(X,'cell-survival')
& cellular_process_1(X)
& cell_1(fn_cell_survival_1(X))
& object_2(X,fn_cell_survival_1(X)) ) ) ).
fof(a528234,axiom,
! [X] :
( cell_wall_1(X)
=> ( original_name_2(X,'Cell-Wall')
& user_description_2(X,'A protective layer, external to the plasma membrane, found in plants, fungi, prokaryotes, and some unicellular protists. Cell walls are made from a variety of materials, including cellulose (in plants), peptidoglycan (in bacteria), chitin (fungi), and silica (diatoms).')
& concept2words_2(X,'wall of cell')
& concept2words_2(X,'cell wall')
& concept2words_2(X,'cell-wall')
& cellular_structure_1(X)
& intensity_value_1(fn_cell_wall_2(X))
& flexibility_value_1(fn_cell_wall_4(X))
& carbohydrate_1(fn_cell_wall_5(X))
& protein_1(fn_cell_wall_6(X))
& block_1(fn_cell_wall_7(X))
& defense_1(fn_cell_wall_8(X))
& intensity_value_1(fn_cell_wall_9(X))
& tangible_entity_1(fn_cell_wall_11(X))
& barrier_1(fn_cell_wall_12(X))
& tangible_entity_1(fn_cell_wall_13(X))
& cell_1(fn_cell_wall_13(X))
& support_1(fn_cell_wall_14(X))
& membrane_1(fn_cell_wall_15(X))
& spatial_entity_1(fn_cell_wall_15(X))
& biomembrane_1(fn_cell_wall_15(X))
& plasma_membrane_1(fn_cell_wall_15(X))
& block_1(fn_cell_wall_16(X))
& facilitated_diffusion_of_polar_molecule_1(fn_cell_wall_17(X))
& tangible_entity_1(fn_support_1(fn_cell_wall_14(X)))
& spatial_entity_1(fn_block_1(fn_cell_wall_16(X)))
& tangible_entity_1(fn_barrier_1(fn_cell_wall_12(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_cell_wall_17(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_cell_wall_17(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_cell_wall_17(X)))
& plasma_membrane_1(fn_cell_30(fn_cell_wall_13(X)))
& greater_than_2(fn_cell_wall_9(X),fn_cell_wall_2(X))
& instrument_2(fn_cell_wall_16(X),X)
& intensity_2(fn_cell_wall_15(X),fn_cell_wall_2(X))
& object_2(fn_cell_wall_8(X),fn_cell_wall_13(X))
& agent_2(fn_cell_wall_8(X),X)
& agent_2(fn_cell_wall_14(X),X)
& intensity_2(X,fn_cell_wall_9(X))
& flexibility_2(X,fn_cell_wall_4(X))
& has_part_2(X,fn_cell_wall_6(X))
& has_part_2(X,fn_cell_wall_5(X))
& is_outside_2(X,fn_cell_wall_15(X))
& has_function_2(X,fn_cell_wall_14(X))
& has_function_2(X,fn_cell_wall_8(X))
& has_function_2(X,fn_cell_wall_16(X))
& has_part_2(fn_cell_wall_13(X),X)
& instrument_2(fn_cell_wall_7(X),fn_cell_wall_13(X))
& in_event_2(fn_cell_wall_12(X),fn_cell_wall_16(X))
& the_categorical_value_2(fn_cell_wall_4(X),rigid_0)
& object_2(fn_cell_wall_14(X),fn_cell_wall_13(X))
& object_2(fn_cell_wall_16(X),fn_cell_wall_11(X))
& path_2(fn_cell_wall_17(X),fn_cell_wall_15(X))
& plays_2(X,fn_cell_wall_12(X))
& has_part_2(fn_cell_wall_13(X),fn_cell_wall_15(X))
& fn_cell_wall_13(X) = fn_support_1(fn_cell_wall_14(X))
& fn_cell_wall_11(X) = fn_block_1(fn_cell_wall_16(X))
& fn_cell_wall_15(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_cell_wall_17(X))
& X = fn_barrier_1(fn_cell_wall_12(X))
& fn_cell_wall_15(X) = fn_cell_30(fn_cell_wall_13(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_cell_wall_17(X)) = fn_cell_30(fn_cell_wall_13(X)) ) ) ).
fof(a528235,axiom,
! [X] :
( cell_wall_material_1(X)
=> ( original_name_2(X,'Cell-Wall-Material')
& user_description_2(X,'It is the building material of cell wall.')
& concept2words_2(X,'building material of cell wall')
& concept2words_2(X,'material of cell wall')
& concept2words_2(X,'cell wall material')
& concept2words_2(X,'cell-wall-material')
& substance_1(X) ) ) ).
fof(a528236,axiom,
! [X] :
( cell_without_cell_wall_1(X)
=> ( original_name_2(X,'Cell-Without-Cell-Wall')
& user_description_2(X,'A cell that does not have a cell wall.')
& concept2words_2(X,'wall less cell')
& concept2words_2(X,'wall-less-cell')
& concept2words_2(X,'cell without cell wall')
& concept2words_2(X,'cell without cell-wall')
& concept2words_2(X,'cell-without-cell-wall')
& cell_state_1(X)
& ~ walled_cell_1(X) ) ) ).
fof(a528237,axiom,
! [X] :
( cell_without_cell_wall_inside_hypertonic_solution_1(X)
=> ( original_name_2(X,'Cell-Without-Cell-Wall-Inside-Hypertonic-Solution')
& user_description_2(X,'This is a condition in which a non walled cell is placed inside hypertonic solution')
& concept2words_2(X,'cell without cell wall inside hypertonic solution')
& concept2words_2(X,'cell without cell-wall inside hypertonic solution')
& concept2words_2(X,'cell-without-cell-wall-inside-hypertonic-solution')
& cell_without_cell_wall_1(X)
& extra_cellular_matrix_1(fn_cell_without_cell_wall_inside_hypertonic_solution_1(X))
& damaged_cell_1(fn_cell_without_cell_wall_inside_hypertonic_solution_2(X))
& metabolism_1(fn_cell_without_cell_wall_inside_hypertonic_solution_3(X))
& organic_molecule_1(fn_cell_without_cell_wall_inside_hypertonic_solution_4(X))
& resource_1(fn_cell_without_cell_wall_inside_hypertonic_solution_5(X))
& chemical_1(fn_cell_without_cell_wall_inside_hypertonic_solution_6(X))
& concentration_value_1(fn_cell_without_cell_wall_inside_hypertonic_solution_8(X))
& entity_1(fn_cell_without_cell_wall_inside_hypertonic_solution_9(X))
& chemical_1(fn_cell_without_cell_wall_inside_hypertonic_solution_9(X))
& water_1(fn_cell_without_cell_wall_inside_hypertonic_solution_9(X))
& move_through_1(fn_cell_without_cell_wall_inside_hypertonic_solution_10(X))
& osmosis_1(fn_cell_without_cell_wall_inside_hypertonic_solution_11(X))
& contract_1(fn_cell_without_cell_wall_inside_hypertonic_solution_12(X))
& lose_1(fn_cell_without_cell_wall_inside_hypertonic_solution_13(X))
& hypotonic_solution_1(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X))
& hypertonic_solution_1(fn_cell_without_cell_wall_inside_hypertonic_solution_15(X))
& plasma_membrane_1(fn_cell_without_cell_wall_inside_hypertonic_solution_16(X))
& mixture_1(fn_cell_without_cell_wall_inside_hypertonic_solution_17(X))
& cytoplasm_1(fn_cell_without_cell_wall_inside_hypertonic_solution_17(X))
& membrane_potential_1(fn_cell_without_cell_wall_inside_hypertonic_solution_18(X))
& tangible_entity_1(fn_cell_without_cell_wall_inside_hypertonic_solution_19(X))
& phospholipid_bilayer_1(fn_cell_without_cell_wall_inside_hypertonic_solution_19(X))
& surface_1(fn_cell_without_cell_wall_inside_hypertonic_solution_20(X))
& facilitated_diffusion_of_polar_molecule_1(fn_cell_without_cell_wall_inside_hypertonic_solution_21(X))
& substance_1(fn_cell_without_cell_wall_inside_hypertonic_solution_22(X))
& cytosol_1(fn_cell_without_cell_wall_inside_hypertonic_solution_22(X))
& size_value_1(fn_cell_without_cell_wall_inside_hypertonic_solution_23(X))
& volume_value_1(fn_cell_without_cell_wall_inside_hypertonic_solution_24(X))
& ribosome_1(fn_cell_without_cell_wall_inside_hypertonic_solution_25(X))
& gradient_1(fn_passive_transport_of_solute_3(fn_cell_without_cell_wall_inside_hypertonic_solution_21(X)))
& concentration_gradient_1(fn_passive_transport_of_solute_3(fn_cell_without_cell_wall_inside_hypertonic_solution_21(X)))
& move_through_1(fn_osmosis_21(fn_cell_without_cell_wall_inside_hypertonic_solution_11(X)))
& hypertonic_solution_1(fn_hypotonic_solution_2(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X)))
& property_node_1(fn_hypotonic_solution_8(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X)))
& concentration_value_1(fn_hypotonic_solution_6(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X)))
& chemical_1(fn_hypotonic_solution_7(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X)))
& cell_1(fn_passive_transport_1(fn_cell_without_cell_wall_inside_hypertonic_solution_11(X)))
& tangible_entity_1(fn_lose_1(fn_cell_without_cell_wall_inside_hypertonic_solution_13(X)))
& tangible_entity_1(fn_contract_1(fn_cell_without_cell_wall_inside_hypertonic_solution_12(X)))
& entity_1(fn_transfer_1(fn_cell_without_cell_wall_inside_hypertonic_solution_13(X)))
& water_1(fn_aqueous_solution_14(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X)))
& chemical_1(fn_hypotonic_solution_3(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X)))
& water_1(fn_hypotonic_solution_3(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X)))
& is_across_2(fn_cell_without_cell_wall_inside_hypertonic_solution_18(X),fn_cell_without_cell_wall_inside_hypertonic_solution_16(X))
& in_event_2(fn_cell_without_cell_wall_inside_hypertonic_solution_5(X),fn_cell_without_cell_wall_inside_hypertonic_solution_3(X))
& plays_2(fn_cell_without_cell_wall_inside_hypertonic_solution_4(X),fn_cell_without_cell_wall_inside_hypertonic_solution_5(X))
& raw_material_2(fn_cell_without_cell_wall_inside_hypertonic_solution_3(X),fn_cell_without_cell_wall_inside_hypertonic_solution_4(X))
& site_2(fn_cell_without_cell_wall_inside_hypertonic_solution_3(X),fn_cell_without_cell_wall_inside_hypertonic_solution_17(X))
& is_outside_2(fn_cell_without_cell_wall_inside_hypertonic_solution_15(X),X)
& is_inside_2(X,fn_cell_without_cell_wall_inside_hypertonic_solution_15(X))
& is_inside_2(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X),X)
& is_outside_2(fn_cell_without_cell_wall_inside_hypertonic_solution_1(X),X)
& causes_2(fn_cell_without_cell_wall_inside_hypertonic_solution_13(X),fn_cell_without_cell_wall_inside_hypertonic_solution_12(X))
& result_2(fn_cell_without_cell_wall_inside_hypertonic_solution_12(X),fn_cell_without_cell_wall_inside_hypertonic_solution_2(X))
& causes_2(fn_cell_without_cell_wall_inside_hypertonic_solution_11(X),fn_cell_without_cell_wall_inside_hypertonic_solution_13(X))
& object_2(fn_cell_without_cell_wall_inside_hypertonic_solution_11(X),fn_cell_without_cell_wall_inside_hypertonic_solution_9(X))
& base_2(fn_cell_without_cell_wall_inside_hypertonic_solution_10(X),X)
& concentration_2(fn_cell_without_cell_wall_inside_hypertonic_solution_9(X),fn_cell_without_cell_wall_inside_hypertonic_solution_8(X))
& object_2(fn_cell_without_cell_wall_inside_hypertonic_solution_13(X),fn_cell_without_cell_wall_inside_hypertonic_solution_9(X))
& agent_2(fn_cell_without_cell_wall_inside_hypertonic_solution_21(X),fn_cell_without_cell_wall_inside_hypertonic_solution_18(X))
& base_2(fn_cell_without_cell_wall_inside_hypertonic_solution_11(X),X)
& donor_2(fn_cell_without_cell_wall_inside_hypertonic_solution_13(X),X)
& subevent_2(fn_cell_without_cell_wall_inside_hypertonic_solution_11(X),fn_cell_without_cell_wall_inside_hypertonic_solution_10(X))
& base_2(fn_cell_without_cell_wall_inside_hypertonic_solution_12(X),X)
& has_part_2(X,fn_cell_without_cell_wall_inside_hypertonic_solution_16(X))
& has_part_2(X,fn_cell_without_cell_wall_inside_hypertonic_solution_17(X))
& volume_2(X,fn_cell_without_cell_wall_inside_hypertonic_solution_24(X))
& directly_proportional_2(fn_cell_without_cell_wall_inside_hypertonic_solution_23(X),fn_cell_without_cell_wall_inside_hypertonic_solution_24(X))
& size_2(X,fn_cell_without_cell_wall_inside_hypertonic_solution_23(X))
& has_region_2(X,fn_cell_without_cell_wall_inside_hypertonic_solution_20(X))
& is_at_2(fn_cell_without_cell_wall_inside_hypertonic_solution_19(X),fn_cell_without_cell_wall_inside_hypertonic_solution_20(X))
& has_part_2(X,fn_cell_without_cell_wall_inside_hypertonic_solution_25(X))
& is_inside_2(fn_cell_without_cell_wall_inside_hypertonic_solution_25(X),fn_cell_without_cell_wall_inside_hypertonic_solution_22(X))
& has_part_2(fn_cell_without_cell_wall_inside_hypertonic_solution_17(X),fn_cell_without_cell_wall_inside_hypertonic_solution_22(X))
& is_inside_2(fn_cell_without_cell_wall_inside_hypertonic_solution_17(X),fn_cell_without_cell_wall_inside_hypertonic_solution_16(X))
& has_part_2(fn_cell_without_cell_wall_inside_hypertonic_solution_16(X),fn_cell_without_cell_wall_inside_hypertonic_solution_19(X))
& has_part_2(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X),fn_cell_without_cell_wall_inside_hypertonic_solution_9(X))
& has_solvent_2(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X),fn_cell_without_cell_wall_inside_hypertonic_solution_9(X))
& has_part_2(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X),fn_cell_without_cell_wall_inside_hypertonic_solution_6(X))
& is_hypertonic_to_2(fn_cell_without_cell_wall_inside_hypertonic_solution_15(X),fn_cell_without_cell_wall_inside_hypertonic_solution_14(X))
& is_hypotonic_to_2(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X),fn_cell_without_cell_wall_inside_hypertonic_solution_15(X))
& has_solute_2(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X),fn_cell_without_cell_wall_inside_hypertonic_solution_6(X))
& concentration_2(fn_cell_without_cell_wall_inside_hypertonic_solution_6(X),fn_cell_without_cell_wall_inside_hypertonic_solution_8(X))
& fn_cell_without_cell_wall_inside_hypertonic_solution_9(X) != fn_cell_without_cell_wall_inside_hypertonic_solution_6(X)
& fn_cell_without_cell_wall_inside_hypertonic_solution_6(X) != fn_cell_without_cell_wall_inside_hypertonic_solution_9(X)
& fn_cell_without_cell_wall_inside_hypertonic_solution_9(X) = fn_transfer_1(fn_cell_without_cell_wall_inside_hypertonic_solution_13(X))
& fn_cell_without_cell_wall_inside_hypertonic_solution_18(X) = fn_passive_transport_of_solute_3(fn_cell_without_cell_wall_inside_hypertonic_solution_21(X))
& X = fn_passive_transport_1(fn_cell_without_cell_wall_inside_hypertonic_solution_11(X))
& X = fn_lose_1(fn_cell_without_cell_wall_inside_hypertonic_solution_13(X))
& fn_cell_without_cell_wall_inside_hypertonic_solution_10(X) = fn_osmosis_21(fn_cell_without_cell_wall_inside_hypertonic_solution_11(X))
& X = fn_contract_1(fn_cell_without_cell_wall_inside_hypertonic_solution_12(X))
& fn_cell_without_cell_wall_inside_hypertonic_solution_26(X) = fn_cell_23(X)
& fn_cell_without_cell_wall_inside_hypertonic_solution_27(X) = fn_cell_10(X)
& fn_cell_without_cell_wall_inside_hypertonic_solution_20(X) = fn_cell_4(X)
& fn_cell_without_cell_wall_inside_hypertonic_solution_23(X) = fn_cell_11(X)
& fn_cell_without_cell_wall_inside_hypertonic_solution_24(X) = fn_cell_22(X)
& fn_cell_without_cell_wall_inside_hypertonic_solution_19(X) = fn_cell_26(X)
& fn_cell_without_cell_wall_inside_hypertonic_solution_16(X) = fn_cell_30(X)
& fn_cell_without_cell_wall_inside_hypertonic_solution_17(X) = fn_cell_28(X)
& fn_cell_without_cell_wall_inside_hypertonic_solution_22(X) = fn_cell_29(X)
& fn_cell_without_cell_wall_inside_hypertonic_solution_25(X) = fn_cell_14(X)
& fn_cell_without_cell_wall_inside_hypertonic_solution_15(X) = fn_hypotonic_solution_2(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X))
& fn_cell_without_cell_wall_inside_hypertonic_solution_9(X) = fn_aqueous_solution_14(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X))
& fn_cell_without_cell_wall_inside_hypertonic_solution_7(X) = fn_hypotonic_solution_8(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X))
& fn_cell_without_cell_wall_inside_hypertonic_solution_8(X) = fn_hypotonic_solution_6(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X))
& fn_cell_without_cell_wall_inside_hypertonic_solution_9(X) = fn_hypotonic_solution_3(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X))
& fn_cell_without_cell_wall_inside_hypertonic_solution_6(X) = fn_hypotonic_solution_7(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X))
& fn_passive_transport_1(fn_cell_without_cell_wall_inside_hypertonic_solution_11(X)) = fn_lose_1(fn_cell_without_cell_wall_inside_hypertonic_solution_13(X))
& fn_lose_1(fn_cell_without_cell_wall_inside_hypertonic_solution_13(X)) = fn_lose_1(fn_cell_without_cell_wall_inside_hypertonic_solution_13(X))
& fn_lose_1(fn_cell_without_cell_wall_inside_hypertonic_solution_13(X)) = fn_contract_1(fn_cell_without_cell_wall_inside_hypertonic_solution_12(X))
& fn_contract_1(fn_cell_without_cell_wall_inside_hypertonic_solution_12(X)) = fn_transfer_1(fn_cell_without_cell_wall_inside_hypertonic_solution_13(X))
& fn_transfer_1(fn_cell_without_cell_wall_inside_hypertonic_solution_13(X)) = fn_aqueous_solution_14(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X))
& fn_hypotonic_solution_3(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X)) = fn_aqueous_solution_14(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X))
& fn_aqueous_solution_14(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X)) = fn_hypotonic_solution_3(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X))
& fn_hypotonic_solution_3(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X)) = fn_hypotonic_solution_3(fn_cell_without_cell_wall_inside_hypertonic_solution_14(X)) ) ) ).
fof(a528238,axiom,
! [X] :
( cell_without_cell_wall_inside_hypotonic_solution_1(X)
=> ( original_name_2(X,'Cell-Without-Cell-Wall-Inside-Hypotonic-Solution')
& user_description_2(X,'This is the condition in which the unwalled cell is placed inside hypotonic solution')
& concept2words_2(X,'cell without cell wall inside hypotonic solution')
& concept2words_2(X,'cell without cell-wall inside hypotonic solution')
& concept2words_2(X,'cell-without-cell-wall-inside-hypotonic-solution')
& cell_without_cell_wall_1(X)
& metabolism_1(fn_cell_without_cell_wall_inside_hypotonic_solution_1(X))
& hydrophilic_face_1(fn_cell_without_cell_wall_inside_hypotonic_solution_2(X))
& extra_cellular_matrix_1(fn_cell_without_cell_wall_inside_hypotonic_solution_3(X))
& spatial_entity_1(fn_cell_without_cell_wall_inside_hypotonic_solution_4(X))
& spatial_entity_1(fn_cell_without_cell_wall_inside_hypotonic_solution_5(X))
& dead_cell_1(fn_cell_without_cell_wall_inside_hypotonic_solution_6(X))
& organic_molecule_1(fn_cell_without_cell_wall_inside_hypotonic_solution_7(X))
& resource_1(fn_cell_without_cell_wall_inside_hypotonic_solution_8(X))
& surface_1(fn_cell_without_cell_wall_inside_hypotonic_solution_11(X))
& size_value_1(fn_cell_without_cell_wall_inside_hypotonic_solution_12(X))
& volume_value_1(fn_cell_without_cell_wall_inside_hypotonic_solution_13(X))
& tangible_entity_1(fn_cell_without_cell_wall_inside_hypotonic_solution_14(X))
& transmembrane_protein_1(fn_cell_without_cell_wall_inside_hypotonic_solution_14(X))
& integral_protein_1(fn_cell_without_cell_wall_inside_hypotonic_solution_14(X))
& transport_protein_1(fn_cell_without_cell_wall_inside_hypotonic_solution_14(X))
& hydrophobic_core_1(fn_cell_without_cell_wall_inside_hypotonic_solution_15(X))
& outside_face_1(fn_cell_without_cell_wall_inside_hypotonic_solution_16(X))
& extracellular_side_1(fn_cell_without_cell_wall_inside_hypotonic_solution_16(X))
& surface_1(fn_cell_without_cell_wall_inside_hypotonic_solution_17(X))
& cytoplasmic_side_1(fn_cell_without_cell_wall_inside_hypotonic_solution_17(X))
& attach_1(fn_cell_without_cell_wall_inside_hypotonic_solution_18(X))
& membrane_protein_1(fn_cell_without_cell_wall_inside_hypotonic_solution_19(X))
& tangible_entity_1(fn_cell_without_cell_wall_inside_hypotonic_solution_20(X))
& membrane_protein_1(fn_cell_without_cell_wall_inside_hypotonic_solution_20(X))
& protein_1(fn_cell_without_cell_wall_inside_hypotonic_solution_20(X))
& tangible_entity_1(fn_cell_without_cell_wall_inside_hypotonic_solution_21(X))
& phospholipid_bilayer_1(fn_cell_without_cell_wall_inside_hypotonic_solution_21(X))
& tangible_entity_1(fn_cell_without_cell_wall_inside_hypotonic_solution_22(X))
& membrane_protein_1(fn_cell_without_cell_wall_inside_hypotonic_solution_22(X))
& protein_1(fn_cell_without_cell_wall_inside_hypotonic_solution_22(X))
& spatial_entity_1(fn_cell_without_cell_wall_inside_hypotonic_solution_22(X))
& polymer_1(fn_cell_without_cell_wall_inside_hypotonic_solution_22(X))
& glycoprotein_1(fn_cell_without_cell_wall_inside_hypotonic_solution_23(X))
& expand_1(fn_cell_without_cell_wall_inside_hypotonic_solution_24(X))
& spatial_entity_1(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& biomembrane_1(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& plasma_membrane_1(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& move_through_1(fn_cell_without_cell_wall_inside_hypotonic_solution_26(X))
& move_1(fn_cell_without_cell_wall_inside_hypotonic_solution_26(X))
& osmosis_1(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X))
& lyse_1(fn_cell_without_cell_wall_inside_hypotonic_solution_28(X))
& hypertonic_solution_1(fn_cell_without_cell_wall_inside_hypotonic_solution_29(X))
& hypotonic_solution_1(fn_cell_without_cell_wall_inside_hypotonic_solution_30(X))
& facilitated_diffusion_of_polar_molecule_1(fn_cell_without_cell_wall_inside_hypotonic_solution_31(X))
& membrane_potential_1(fn_cell_without_cell_wall_inside_hypotonic_solution_32(X))
& mixture_1(fn_cell_without_cell_wall_inside_hypotonic_solution_33(X))
& cytoplasm_1(fn_cell_without_cell_wall_inside_hypotonic_solution_33(X))
& substance_1(fn_cell_without_cell_wall_inside_hypotonic_solution_34(X))
& cytosol_1(fn_cell_without_cell_wall_inside_hypotonic_solution_34(X))
& ribosome_1(fn_cell_without_cell_wall_inside_hypotonic_solution_35(X))
& gradient_1(fn_passive_transport_of_solute_3(fn_cell_without_cell_wall_inside_hypotonic_solution_31(X)))
& concentration_gradient_1(fn_passive_transport_of_solute_3(fn_cell_without_cell_wall_inside_hypotonic_solution_31(X)))
& hypotonic_solution_1(fn_hypertonic_solution_6(fn_cell_without_cell_wall_inside_hypotonic_solution_29(X)))
& attach_1(fn_passive_transport_20(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& protein_1(fn_plasma_membrane_54(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& polymer_1(fn_plasma_membrane_54(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& protein_1(fn_plasma_membrane_68(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& tangible_entity_1(fn_impair_1(fn_cell_without_cell_wall_inside_hypotonic_solution_28(X)))
& tangible_entity_1(fn_expand_1(fn_cell_without_cell_wall_inside_hypotonic_solution_24(X)))
& cell_1(fn_passive_transport_1(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X)))
& outside_face_1(fn_biomembrane_41(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& membrane_protein_1(fn_passive_transport_21(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& move_through_1(fn_passive_transport_24(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X)))
& move_through_1(fn_plasma_membrane_74(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& move_1(fn_plasma_membrane_74(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& tangible_entity_1(fn_biomembrane_63(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)))
& spatial_entity_1(fn_passive_transport_25(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X)))
& biomembrane_1(fn_passive_transport_25(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X)))
& raw_material_2(fn_cell_without_cell_wall_inside_hypotonic_solution_1(X),fn_cell_without_cell_wall_inside_hypotonic_solution_7(X))
& site_2(fn_cell_without_cell_wall_inside_hypotonic_solution_1(X),fn_cell_without_cell_wall_inside_hypotonic_solution_33(X))
& is_inside_2(fn_cell_without_cell_wall_inside_hypotonic_solution_2(X),fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_cell_without_cell_wall_inside_hypotonic_solution_14(X) != fn_cell_without_cell_wall_inside_hypotonic_solution_20(X)
& fn_cell_without_cell_wall_inside_hypotonic_solution_20(X) != fn_cell_without_cell_wall_inside_hypotonic_solution_14(X)
& called_2(fn_cell_without_cell_wall_inside_hypotonic_solution_20(X),'MP2')
& called_2(fn_cell_without_cell_wall_inside_hypotonic_solution_22(X),'MP1')
& causes_2(fn_cell_without_cell_wall_inside_hypotonic_solution_24(X),fn_cell_without_cell_wall_inside_hypotonic_solution_28(X))
& is_outside_2(fn_cell_without_cell_wall_inside_hypotonic_solution_3(X),X)
& is_outside_2(fn_cell_without_cell_wall_inside_hypotonic_solution_3(X),fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& has_region_2(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X),fn_cell_without_cell_wall_inside_hypotonic_solution_2(X))
& causes_2(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X),fn_cell_without_cell_wall_inside_hypotonic_solution_24(X))
& result_2(fn_cell_without_cell_wall_inside_hypotonic_solution_28(X),fn_cell_without_cell_wall_inside_hypotonic_solution_6(X))
& is_inside_2(fn_cell_without_cell_wall_inside_hypotonic_solution_29(X),X)
& is_inside_2(X,fn_cell_without_cell_wall_inside_hypotonic_solution_30(X))
& is_between_2(X,fn_cell_without_cell_wall_inside_hypotonic_solution_4(X))
& is_between_2(X,fn_cell_without_cell_wall_inside_hypotonic_solution_5(X))
& is_outside_2(fn_cell_without_cell_wall_inside_hypotonic_solution_30(X),X)
& is_across_2(fn_cell_without_cell_wall_inside_hypotonic_solution_32(X),fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& plays_2(fn_cell_without_cell_wall_inside_hypotonic_solution_7(X),fn_cell_without_cell_wall_inside_hypotonic_solution_8(X))
& in_event_2(fn_cell_without_cell_wall_inside_hypotonic_solution_8(X),fn_cell_without_cell_wall_inside_hypotonic_solution_1(X))
& agent_2(fn_cell_without_cell_wall_inside_hypotonic_solution_31(X),fn_cell_without_cell_wall_inside_hypotonic_solution_32(X))
& object_2(fn_cell_without_cell_wall_inside_hypotonic_solution_28(X),X)
& base_2(fn_cell_without_cell_wall_inside_hypotonic_solution_24(X),X)
& is_hypotonic_to_2(fn_cell_without_cell_wall_inside_hypotonic_solution_30(X),fn_cell_without_cell_wall_inside_hypotonic_solution_29(X))
& is_hypertonic_to_2(fn_cell_without_cell_wall_inside_hypotonic_solution_29(X),fn_cell_without_cell_wall_inside_hypotonic_solution_30(X))
& base_2(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X),X)
& subevent_2(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X),fn_cell_without_cell_wall_inside_hypotonic_solution_26(X))
& path_2(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X),fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& base_2(fn_cell_without_cell_wall_inside_hypotonic_solution_18(X),fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& object_2(fn_cell_without_cell_wall_inside_hypotonic_solution_18(X),fn_cell_without_cell_wall_inside_hypotonic_solution_19(X))
& size_2(X,fn_cell_without_cell_wall_inside_hypotonic_solution_12(X))
& volume_2(X,fn_cell_without_cell_wall_inside_hypotonic_solution_13(X))
& directly_proportional_2(fn_cell_without_cell_wall_inside_hypotonic_solution_12(X),fn_cell_without_cell_wall_inside_hypotonic_solution_13(X))
& is_facing_2(fn_cell_without_cell_wall_inside_hypotonic_solution_17(X),fn_cell_without_cell_wall_inside_hypotonic_solution_33(X))
& is_oriented_toward_2(fn_cell_without_cell_wall_inside_hypotonic_solution_17(X),fn_cell_without_cell_wall_inside_hypotonic_solution_33(X))
& has_part_2(X,fn_cell_without_cell_wall_inside_hypotonic_solution_33(X))
& has_region_2(X,fn_cell_without_cell_wall_inside_hypotonic_solution_11(X))
& is_at_2(fn_cell_without_cell_wall_inside_hypotonic_solution_21(X),fn_cell_without_cell_wall_inside_hypotonic_solution_11(X))
& has_part_2(X,fn_cell_without_cell_wall_inside_hypotonic_solution_35(X))
& is_inside_2(fn_cell_without_cell_wall_inside_hypotonic_solution_35(X),fn_cell_without_cell_wall_inside_hypotonic_solution_34(X))
& has_part_2(fn_cell_without_cell_wall_inside_hypotonic_solution_33(X),fn_cell_without_cell_wall_inside_hypotonic_solution_34(X))
& is_inside_2(fn_cell_without_cell_wall_inside_hypotonic_solution_33(X),fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& has_part_2(X,fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& is_outside_2(fn_cell_without_cell_wall_inside_hypotonic_solution_16(X),fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& has_region_2(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X),fn_cell_without_cell_wall_inside_hypotonic_solution_16(X))
& is_across_2(fn_cell_without_cell_wall_inside_hypotonic_solution_14(X),fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& is_across_2(fn_cell_without_cell_wall_inside_hypotonic_solution_14(X),fn_cell_without_cell_wall_inside_hypotonic_solution_15(X))
& has_region_2(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X),fn_cell_without_cell_wall_inside_hypotonic_solution_15(X))
& fn_cell_without_cell_wall_inside_hypotonic_solution_14(X) != fn_cell_without_cell_wall_inside_hypotonic_solution_22(X)
& fn_cell_without_cell_wall_inside_hypotonic_solution_22(X) != fn_cell_without_cell_wall_inside_hypotonic_solution_14(X)
& is_inside_2(fn_cell_without_cell_wall_inside_hypotonic_solution_14(X),fn_cell_without_cell_wall_inside_hypotonic_solution_21(X))
& is_inside_2(fn_cell_without_cell_wall_inside_hypotonic_solution_23(X),fn_cell_without_cell_wall_inside_hypotonic_solution_21(X))
& has_part_2(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X),fn_cell_without_cell_wall_inside_hypotonic_solution_23(X))
& fn_cell_without_cell_wall_inside_hypotonic_solution_20(X) != fn_cell_without_cell_wall_inside_hypotonic_solution_22(X)
& fn_cell_without_cell_wall_inside_hypotonic_solution_22(X) != fn_cell_without_cell_wall_inside_hypotonic_solution_20(X)
& has_region_2(fn_cell_without_cell_wall_inside_hypotonic_solution_14(X),fn_cell_without_cell_wall_inside_hypotonic_solution_16(X))
& has_part_2(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X),fn_cell_without_cell_wall_inside_hypotonic_solution_14(X))
& has_part_2(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X),fn_cell_without_cell_wall_inside_hypotonic_solution_22(X))
& has_region_2(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X),fn_cell_without_cell_wall_inside_hypotonic_solution_17(X))
& has_part_2(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X),fn_cell_without_cell_wall_inside_hypotonic_solution_20(X))
& is_at_2(fn_cell_without_cell_wall_inside_hypotonic_solution_19(X),fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& base_2(fn_cell_without_cell_wall_inside_hypotonic_solution_26(X),fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& has_part_2(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X),fn_cell_without_cell_wall_inside_hypotonic_solution_21(X))
& fn_cell_without_cell_wall_inside_hypotonic_solution_32(X) = fn_passive_transport_of_solute_3(fn_cell_without_cell_wall_inside_hypotonic_solution_31(X))
& X = fn_impair_1(fn_cell_without_cell_wall_inside_hypotonic_solution_28(X))
& X = fn_expand_1(fn_cell_without_cell_wall_inside_hypotonic_solution_24(X))
& fn_cell_without_cell_wall_inside_hypotonic_solution_30(X) = fn_hypertonic_solution_6(fn_cell_without_cell_wall_inside_hypotonic_solution_29(X))
& X = fn_passive_transport_1(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X))
& fn_cell_without_cell_wall_inside_hypotonic_solution_26(X) = fn_passive_transport_24(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X))
& fn_cell_without_cell_wall_inside_hypotonic_solution_19(X) = fn_passive_transport_21(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X))
& fn_cell_without_cell_wall_inside_hypotonic_solution_18(X) = fn_passive_transport_20(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X))
& fn_cell_without_cell_wall_inside_hypotonic_solution_25(X) = fn_passive_transport_25(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X))
& fn_cell_without_cell_wall_inside_hypotonic_solution_10(X) = fn_cell_23(X)
& fn_cell_without_cell_wall_inside_hypotonic_solution_9(X) = fn_cell_10(X)
& fn_cell_without_cell_wall_inside_hypotonic_solution_12(X) = fn_cell_11(X)
& fn_cell_without_cell_wall_inside_hypotonic_solution_13(X) = fn_cell_22(X)
& fn_cell_without_cell_wall_inside_hypotonic_solution_21(X) = fn_cell_26(X)
& fn_cell_without_cell_wall_inside_hypotonic_solution_11(X) = fn_cell_4(X)
& fn_cell_without_cell_wall_inside_hypotonic_solution_17(X) = fn_cell_27(X)
& fn_cell_without_cell_wall_inside_hypotonic_solution_25(X) = fn_cell_30(X)
& fn_cell_without_cell_wall_inside_hypotonic_solution_33(X) = fn_cell_28(X)
& fn_cell_without_cell_wall_inside_hypotonic_solution_34(X) = fn_cell_29(X)
& fn_cell_without_cell_wall_inside_hypotonic_solution_35(X) = fn_cell_14(X)
& fn_cell_without_cell_wall_inside_hypotonic_solution_16(X) = fn_biomembrane_41(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_cell_without_cell_wall_inside_hypotonic_solution_15(X) = fn_plasma_membrane_6(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_cell_without_cell_wall_inside_hypotonic_solution_23(X) = fn_plasma_membrane_34(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_cell_without_cell_wall_inside_hypotonic_solution_16(X) = fn_plasma_membrane_65(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_cell_without_cell_wall_inside_hypotonic_solution_14(X) = fn_plasma_membrane_55(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_cell_without_cell_wall_inside_hypotonic_solution_22(X) = fn_plasma_membrane_54(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_cell_without_cell_wall_inside_hypotonic_solution_17(X) = fn_plasma_membrane_66(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_cell_without_cell_wall_inside_hypotonic_solution_20(X) = fn_plasma_membrane_68(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_cell_without_cell_wall_inside_hypotonic_solution_19(X) = fn_plasma_membrane_4(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_cell_without_cell_wall_inside_hypotonic_solution_19(X) = fn_plasma_membrane_3(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_cell_without_cell_wall_inside_hypotonic_solution_26(X) = fn_plasma_membrane_74(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_cell_without_cell_wall_inside_hypotonic_solution_21(X) = fn_biomembrane_63(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_cell_without_cell_wall_inside_hypotonic_solution_21(X) = fn_plasma_membrane_71(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_impair_1(fn_cell_without_cell_wall_inside_hypotonic_solution_28(X)) = fn_expand_1(fn_cell_without_cell_wall_inside_hypotonic_solution_24(X))
& fn_expand_1(fn_cell_without_cell_wall_inside_hypotonic_solution_24(X)) = fn_expand_1(fn_cell_without_cell_wall_inside_hypotonic_solution_24(X))
& fn_expand_1(fn_cell_without_cell_wall_inside_hypotonic_solution_24(X)) = fn_passive_transport_1(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X))
& fn_passive_transport_1(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X)) = fn_plasma_membrane_65(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_plasma_membrane_65(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)) = fn_biomembrane_41(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_biomembrane_41(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)) = fn_plasma_membrane_65(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_plasma_membrane_65(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)) = fn_plasma_membrane_65(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_plasma_membrane_65(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)) = fn_cell_27(X)
& fn_cell_27(X) = fn_cell_27(X)
& fn_cell_27(X) = fn_plasma_membrane_66(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_plasma_membrane_66(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)) = fn_passive_transport_21(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X))
& fn_passive_transport_21(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X)) = fn_plasma_membrane_4(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_plasma_membrane_4(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)) = fn_plasma_membrane_4(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_plasma_membrane_4(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)) = fn_plasma_membrane_3(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_plasma_membrane_3(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)) = fn_passive_transport_24(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X))
& fn_passive_transport_24(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X)) = fn_plasma_membrane_74(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_plasma_membrane_74(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)) = fn_cell_26(X)
& fn_cell_26(X) = fn_biomembrane_63(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_plasma_membrane_71(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)) = fn_plasma_membrane_71(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_plasma_membrane_71(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)) = fn_biomembrane_63(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_biomembrane_63(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)) = fn_plasma_membrane_71(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X))
& fn_plasma_membrane_71(fn_cell_without_cell_wall_inside_hypotonic_solution_25(X)) = fn_passive_transport_25(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X))
& fn_passive_transport_25(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X)) = fn_passive_transport_25(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X))
& fn_passive_transport_25(fn_cell_without_cell_wall_inside_hypotonic_solution_27(X)) = fn_cell_30(X)
& fn_cell_30(X) = fn_cell_30(X) ) ) ).
fof(a528239,axiom,
! [X] :
( cell_without_cell_wall_inside_isotonic_solution_1(X)
=> ( original_name_2(X,'Cell-Without-Cell-Wall-Inside-Isotonic-Solution')
& user_description_2(X,'This is a situation in which in the unwalled cell is placed inside isotonic solution.')
& concept2words_2(X,'cell without cell wall inside isotonic solution')
& concept2words_2(X,'cell without cell-wall inside isotonic solution')
& concept2words_2(X,'cell-without-cell-wall-inside-isotonic-solution')
& cell_without_cell_wall_1(X)
& extra_cellular_matrix_1(fn_cell_without_cell_wall_inside_isotonic_solution_3(X))
& rate_value_1(fn_cell_without_cell_wall_inside_isotonic_solution_4(X))
& rate_value_1(fn_cell_without_cell_wall_inside_isotonic_solution_5(X))
& isotonic_solution_1(fn_cell_without_cell_wall_inside_isotonic_solution_6(X))
& metabolism_1(fn_cell_without_cell_wall_inside_isotonic_solution_7(X))
& organic_molecule_1(fn_cell_without_cell_wall_inside_isotonic_solution_8(X))
& resource_1(fn_cell_without_cell_wall_inside_isotonic_solution_9(X))
& surface_1(fn_cell_without_cell_wall_inside_isotonic_solution_10(X))
& tangible_entity_1(fn_cell_without_cell_wall_inside_isotonic_solution_11(X))
& phospholipid_bilayer_1(fn_cell_without_cell_wall_inside_isotonic_solution_11(X))
& take_in_1(fn_cell_without_cell_wall_inside_isotonic_solution_12(X))
& lose_1(fn_cell_without_cell_wall_inside_isotonic_solution_13(X))
& water_1(fn_cell_without_cell_wall_inside_isotonic_solution_14(X))
& size_value_1(fn_cell_without_cell_wall_inside_isotonic_solution_15(X))
& volume_value_1(fn_cell_without_cell_wall_inside_isotonic_solution_16(X))
& membrane_1(fn_cell_without_cell_wall_inside_isotonic_solution_17(X))
& spatial_entity_1(fn_cell_without_cell_wall_inside_isotonic_solution_17(X))
& biomembrane_1(fn_cell_without_cell_wall_inside_isotonic_solution_17(X))
& plasma_membrane_1(fn_cell_without_cell_wall_inside_isotonic_solution_17(X))
& mixture_1(fn_cell_without_cell_wall_inside_isotonic_solution_18(X))
& cytoplasm_1(fn_cell_without_cell_wall_inside_isotonic_solution_18(X))
& facilitated_diffusion_of_polar_molecule_1(fn_cell_without_cell_wall_inside_isotonic_solution_19(X))
& substance_1(fn_cell_without_cell_wall_inside_isotonic_solution_20(X))
& cytosol_1(fn_cell_without_cell_wall_inside_isotonic_solution_20(X))
& ribosome_1(fn_cell_without_cell_wall_inside_isotonic_solution_21(X))
& entity_1(fn_transfer_1(fn_cell_without_cell_wall_inside_isotonic_solution_13(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_cell_without_cell_wall_inside_isotonic_solution_19(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_cell_without_cell_wall_inside_isotonic_solution_19(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_cell_without_cell_wall_inside_isotonic_solution_19(X)))
& tangible_entity_1(fn_lose_1(fn_cell_without_cell_wall_inside_isotonic_solution_13(X)))
& tangible_entity_1(fn_take_in_1(fn_cell_without_cell_wall_inside_isotonic_solution_12(X)))
& is_outside_2(fn_cell_without_cell_wall_inside_isotonic_solution_3(X),X)
& origin_2(fn_cell_without_cell_wall_inside_isotonic_solution_12(X),fn_cell_without_cell_wall_inside_isotonic_solution_6(X))
& rate_2(fn_cell_without_cell_wall_inside_isotonic_solution_12(X),fn_cell_without_cell_wall_inside_isotonic_solution_5(X))
& rate_2(fn_cell_without_cell_wall_inside_isotonic_solution_13(X),fn_cell_without_cell_wall_inside_isotonic_solution_4(X))
& fn_cell_without_cell_wall_inside_isotonic_solution_4(X) = fn_cell_without_cell_wall_inside_isotonic_solution_5(X)
& fn_cell_without_cell_wall_inside_isotonic_solution_5(X) = fn_cell_without_cell_wall_inside_isotonic_solution_4(X)
& is_inside_2(X,fn_cell_without_cell_wall_inside_isotonic_solution_6(X))
& site_2(fn_cell_without_cell_wall_inside_isotonic_solution_7(X),fn_cell_without_cell_wall_inside_isotonic_solution_18(X))
& raw_material_2(fn_cell_without_cell_wall_inside_isotonic_solution_7(X),fn_cell_without_cell_wall_inside_isotonic_solution_8(X))
& plays_2(fn_cell_without_cell_wall_inside_isotonic_solution_8(X),fn_cell_without_cell_wall_inside_isotonic_solution_9(X))
& in_event_2(fn_cell_without_cell_wall_inside_isotonic_solution_9(X),fn_cell_without_cell_wall_inside_isotonic_solution_7(X))
& object_2(fn_cell_without_cell_wall_inside_isotonic_solution_13(X),fn_cell_without_cell_wall_inside_isotonic_solution_14(X))
& path_2(fn_cell_without_cell_wall_inside_isotonic_solution_19(X),fn_cell_without_cell_wall_inside_isotonic_solution_17(X))
& donor_2(fn_cell_without_cell_wall_inside_isotonic_solution_13(X),X)
& agent_2(fn_cell_without_cell_wall_inside_isotonic_solution_12(X),X)
& base_2(fn_cell_without_cell_wall_inside_isotonic_solution_12(X),X)
& has_part_2(X,fn_cell_without_cell_wall_inside_isotonic_solution_17(X))
& has_part_2(X,fn_cell_without_cell_wall_inside_isotonic_solution_18(X))
& is_at_2(fn_cell_without_cell_wall_inside_isotonic_solution_11(X),fn_cell_without_cell_wall_inside_isotonic_solution_10(X))
& has_region_2(X,fn_cell_without_cell_wall_inside_isotonic_solution_10(X))
& volume_2(X,fn_cell_without_cell_wall_inside_isotonic_solution_16(X))
& directly_proportional_2(fn_cell_without_cell_wall_inside_isotonic_solution_15(X),fn_cell_without_cell_wall_inside_isotonic_solution_16(X))
& size_2(X,fn_cell_without_cell_wall_inside_isotonic_solution_15(X))
& has_part_2(X,fn_cell_without_cell_wall_inside_isotonic_solution_21(X))
& is_inside_2(fn_cell_without_cell_wall_inside_isotonic_solution_21(X),fn_cell_without_cell_wall_inside_isotonic_solution_20(X))
& has_part_2(fn_cell_without_cell_wall_inside_isotonic_solution_18(X),fn_cell_without_cell_wall_inside_isotonic_solution_20(X))
& is_inside_2(fn_cell_without_cell_wall_inside_isotonic_solution_18(X),fn_cell_without_cell_wall_inside_isotonic_solution_17(X))
& has_part_2(fn_cell_without_cell_wall_inside_isotonic_solution_17(X),fn_cell_without_cell_wall_inside_isotonic_solution_11(X))
& fn_cell_without_cell_wall_inside_isotonic_solution_14(X) = fn_transfer_1(fn_cell_without_cell_wall_inside_isotonic_solution_13(X))
& fn_cell_without_cell_wall_inside_isotonic_solution_17(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_cell_without_cell_wall_inside_isotonic_solution_19(X))
& X = fn_lose_1(fn_cell_without_cell_wall_inside_isotonic_solution_13(X))
& X = fn_take_in_1(fn_cell_without_cell_wall_inside_isotonic_solution_12(X))
& fn_cell_without_cell_wall_inside_isotonic_solution_22(X) = fn_cell_10(X)
& fn_cell_without_cell_wall_inside_isotonic_solution_23(X) = fn_cell_23(X)
& fn_cell_without_cell_wall_inside_isotonic_solution_15(X) = fn_cell_11(X)
& fn_cell_without_cell_wall_inside_isotonic_solution_16(X) = fn_cell_22(X)
& fn_cell_without_cell_wall_inside_isotonic_solution_10(X) = fn_cell_4(X)
& fn_cell_without_cell_wall_inside_isotonic_solution_11(X) = fn_cell_26(X)
& fn_cell_without_cell_wall_inside_isotonic_solution_17(X) = fn_cell_30(X)
& fn_cell_without_cell_wall_inside_isotonic_solution_18(X) = fn_cell_28(X)
& fn_cell_without_cell_wall_inside_isotonic_solution_20(X) = fn_cell_29(X)
& fn_cell_without_cell_wall_inside_isotonic_solution_21(X) = fn_cell_14(X)
& fn_facilitated_diffusion_of_polar_molecule_5(fn_cell_without_cell_wall_inside_isotonic_solution_19(X)) = fn_cell_30(X)
& fn_cell_30(X) = fn_cell_30(X)
& fn_cell_30(X) = fn_lose_1(fn_cell_without_cell_wall_inside_isotonic_solution_13(X))
& fn_lose_1(fn_cell_without_cell_wall_inside_isotonic_solution_13(X)) = fn_take_in_1(fn_cell_without_cell_wall_inside_isotonic_solution_12(X))
& fn_take_in_1(fn_cell_without_cell_wall_inside_isotonic_solution_12(X)) = fn_take_in_1(fn_cell_without_cell_wall_inside_isotonic_solution_12(X)) ) ) ).
fof(a528240,axiom,
! [X] :
( cellular_cloning_1(X)
=> ( original_name_2(X,'Cellular-Cloning')
& user_description_2(X,'Cloning a cell means to derive a population of cells from a single cell.')
& concept2words_2(X,clone)
& concept2words_2(X,'cellular cloning')
& concept2words_2(X,'cellular-cloning')
& cloning_1(X)
& cell_1(fn_cellular_cloning_1(X))
& clone_1(fn_cellular_cloning_1(X))
& cloning_1(fn_clone_2(fn_cellular_cloning_1(X)))
& result_2(X,fn_cellular_cloning_1(X))
& X = fn_clone_2(fn_cellular_cloning_1(X)) ) ) ).
fof(a528241,axiom,
! [X] :
( cellular_fluid_1(X)
=> ( original_name_2(X,'Cellular-Fluid')
& user_description_2(X,'Fluid or semi-fluid components of the interior of cells and cellular organelles.')
& concept2words_2(X,'cellular fluid')
& concept2words_2(X,'cellular-fluid')
& biological_fluid_1(X)
& hydrophilic_compound_1(fn_cellular_fluid_1(X))
& size_value_1(fn_cellular_fluid_2(X))
& the_scalar_value_2(fn_cellular_fluid_2(X),big_0)
& scalar_unit_class_2(fn_cellular_fluid_2(X),molecule_0)
& has_part_2(X,fn_cellular_fluid_1(X))
& size_2(fn_cellular_fluid_1(X),fn_cellular_fluid_2(X)) ) ) ).
fof(a528242,axiom,
! [X] :
( cellular_movement_1(X)
=> ( original_name_2(X,'Cellular-Movement')
& user_description_2(X,'Cell movement refers to all types of movement at the cellular level e.g Cellular locomotion.')
& concept2words_2(X,'cell motility')
& concept2words_2(X,move)
& concept2words_2(X,'cell movement')
& concept2words_2(X,'cellular movement')
& concept2words_2(X,'cellular-movement')
& cellular_process_1(X)
& fiber_1(fn_cellular_movement_1(X))
& support_1(fn_cellular_movement_2(X))
& substance_1(fn_cellular_movement_3(X))
& cytosol_1(fn_cellular_movement_3(X))
& ribosome_1(fn_cellular_movement_4(X))
& move_1(fn_cellular_movement_5(X))
& eukaryotic_cell_1(fn_cellular_movement_6(X))
& motor_protein_1(fn_cellular_movement_7(X))
& cytoskeleton_1(fn_cellular_movement_8(X))
& cytoskeleton_1(fn_cell_2(fn_cellular_movement_6(X)))
& move_1(fn_motor_protein_14(fn_cellular_movement_7(X)))
& support_1(fn_cytoskeleton_5(fn_cellular_movement_8(X)))
& spatial_entity_1(fn_move_1(fn_cellular_movement_5(X)))
& cell_1(fn_cytoskeleton_6(fn_cellular_movement_8(X)))
& tangible_entity_1(fn_cytoskeleton_6(fn_cellular_movement_8(X)))
& ribosome_1(fn_cell_14(fn_cellular_movement_6(X)))
& ribosome_1(fn_cytoskeleton_8(fn_cellular_movement_8(X)))
& substance_1(fn_cell_29(fn_cellular_movement_6(X)))
& cytosol_1(fn_cell_29(fn_cellular_movement_6(X)))
& substance_1(fn_cytoskeleton_9(fn_cellular_movement_8(X)))
& cytosol_1(fn_cytoskeleton_9(fn_cellular_movement_8(X)))
& agent_2(fn_cellular_movement_5(X),fn_cellular_movement_8(X))
& path_2(fn_cellular_movement_5(X),fn_cellular_movement_1(X))
& object_2(X,fn_cellular_movement_6(X))
& by_means_of_2(X,fn_cellular_movement_5(X))
& agent_2(X,fn_cellular_movement_8(X))
& is_outside_2(fn_cellular_movement_1(X),fn_cellular_movement_6(X))
& has_function_2(fn_cellular_movement_8(X),X)
& object_2(fn_cellular_movement_5(X),fn_cellular_movement_6(X))
& has_part_2(fn_cellular_movement_6(X),fn_cellular_movement_8(X))
& agent_2(fn_cellular_movement_5(X),fn_cellular_movement_7(X))
& is_inside_2(fn_cellular_movement_8(X),fn_cellular_movement_3(X))
& is_inside_2(fn_cellular_movement_4(X),fn_cellular_movement_3(X))
& has_part_2(fn_cellular_movement_6(X),fn_cellular_movement_4(X))
& object_2(fn_cellular_movement_2(X),fn_cellular_movement_6(X))
& has_function_2(fn_cellular_movement_8(X),fn_cellular_movement_2(X))
& fn_cellular_movement_6(X) = fn_move_1(fn_cellular_movement_5(X))
& fn_cellular_movement_8(X) = fn_cell_2(fn_cellular_movement_6(X))
& fn_cellular_movement_5(X) = fn_motor_protein_14(fn_cellular_movement_7(X))
& fn_cellular_movement_2(X) = fn_cytoskeleton_5(fn_cellular_movement_8(X))
& fn_cellular_movement_6(X) = fn_cytoskeleton_6(fn_cellular_movement_8(X))
& fn_cellular_movement_4(X) = fn_cell_14(fn_cellular_movement_6(X))
& fn_cellular_movement_3(X) = fn_cell_29(fn_cellular_movement_6(X))
& fn_cellular_movement_4(X) = fn_cytoskeleton_8(fn_cellular_movement_8(X))
& fn_cellular_movement_3(X) = fn_cytoskeleton_9(fn_cellular_movement_8(X))
& fn_move_1(fn_cellular_movement_5(X)) = fn_cytoskeleton_6(fn_cellular_movement_8(X))
& fn_cytoskeleton_6(fn_cellular_movement_8(X)) = fn_cytoskeleton_6(fn_cellular_movement_8(X))
& fn_cytoskeleton_6(fn_cellular_movement_8(X)) = fn_cell_14(fn_cellular_movement_6(X))
& fn_cytoskeleton_8(fn_cellular_movement_8(X)) = fn_cell_14(fn_cellular_movement_6(X))
& fn_cell_14(fn_cellular_movement_6(X)) = fn_cytoskeleton_8(fn_cellular_movement_8(X))
& fn_cytoskeleton_8(fn_cellular_movement_8(X)) = fn_cell_29(fn_cellular_movement_6(X))
& fn_cell_29(fn_cellular_movement_6(X)) = fn_cytoskeleton_9(fn_cellular_movement_8(X))
& fn_cytoskeleton_9(fn_cellular_movement_8(X)) = fn_cytoskeleton_9(fn_cellular_movement_8(X)) ) ) ).
fof(a528243,axiom,
! [X] :
( cellular_potency_1(X)
=> ( original_name_2(X,'Cellular-Potency')
& user_description_2(X,'The degree to which a stem cell or mast cell can produce specialized daughter cells.')
& concept2words_2(X,'cellular potency')
& concept2words_2(X,'cellular-potency')
& state_1(X) ) ) ).
fof(a528244,axiom,
! [X] :
( cellular_process_1(X)
=> ( original_name_2(X,'Cellular-Process')
& user_description_2(X,'Any process occurring at the cellular level.')
& concept2words_2(X,'cellular activity')
& concept2words_2(X,'undergo cellular process')
& concept2words_2(X,'cellular process')
& concept2words_2(X,'cellular-process')
& biological_process_1(X) ) ) ).
fof(a528245,axiom,
! [X] :
( cellular_recycling_1(X)
=> ( original_name_2(X,'Cellular-Recycling')
& user_description_2(X,'A process that uses the same molecule over and over to repeat reactions within cells, such as the recharging and re-use of ATP.')
& concept2words_2(X,recycle)
& concept2words_2(X,'cellular recycling')
& concept2words_2(X,'cellular-recycling')
& intracellular_process_1(X) ) ) ).
fof(a528246,axiom,
! [X,X1] :
( ( object_2(X,X1)
& cellular_recycling_1(X)
& atp_1(X1) )
=> ( cellular_recycling_of_atp_1(X)
& fn_cellular_recycling_of_atp_4(X) = X1 ) ) ).
fof(a528247,axiom,
! [X] :
( cellular_recycling_of_atp_1(X)
=> ( original_name_2(X,'Cellular-Recycling-Of-ATP')
& user_description_2(X,'Cells recycle the ATP they use for work.')
& concept2words_2(X,'atp recycling')
& concept2words_2(X,'recycling of atp')
& concept2words_2(X,recycle)
& concept2words_2(X,'cellular recycling of atp')
& concept2words_2(X,'cellular-recycling-of-atp')
& cellular_recycling_1(X)
& ~ recycling_of_amino_acid_1(X)
& work_1(fn_cellular_recycling_of_atp_2(X))
& energy_1(fn_cellular_recycling_of_atp_3(X))
& atp_1(fn_cellular_recycling_of_atp_4(X))
& catabolism_1(fn_cellular_recycling_of_atp_5(X))
& anabolism_1(fn_cellular_recycling_of_atp_6(X))
& object_2(X,fn_cellular_recycling_of_atp_4(X))
& subevent_2(X,fn_cellular_recycling_of_atp_6(X))
& subevent_2(X,fn_cellular_recycling_of_atp_5(X))
& raw_material_2(fn_cellular_recycling_of_atp_2(X),fn_cellular_recycling_of_atp_4(X))
& possesses_2(fn_cellular_recycling_of_atp_4(X),fn_cellular_recycling_of_atp_3(X)) ) ) ).
fof(a528248,axiom,
! [X] :
( cellular_region_1(X)
=> ( original_name_2(X,'Cellular-Region')
& description_2(X,'A region of an cellular entity.')
& user_description_2(X,'A region of a cellular or subcellular entity.')
& concept2words_2(X,'cellular region')
& concept2words_2(X,'cellular-region')
& biological_region_1(X) ) ) ).
fof(a528249,axiom,
! [X] :
( cellular_respiration_1(X)
=> ( original_name_2(X,'Cellular-Respiration')
& user_description_2(X,'Cellular respiration, also known as \'oxidative metabolism\', is one of the key ways a cell gains useful energy. In this process the glucose is broken down. There are also alternate cellular respiration pathways where the the orgamic molecule that is broken down differs from glucose. These alternate pathways are known as cellular respiration of fat, cellular respiration of protein, cellular respiration of complex carbohydrate.')
& concept2words_2(X,'aerobic respiration')
& concept2words_2(X,'aerobic-respiration')
& concept2words_2(X,'perform cellular respiration')
& concept2words_2(X,'cellular respiration')
& concept2words_2(X,'cellular-respiration')
& catabolic_pathway_1(X)
& ~ anaerobic_respiration_1(X)
& ~ glycolysis_1(X)
& ~ citric_acid_cycle_in_eukaryote_1(X)
& ~ citric_acid_cycle_in_prokaryote_1(X)
& ~ fermentation_1(X)
& time_interval_1(fn_cellular_respiration_1(X))
& time_interval_1(fn_cellular_respiration_2(X))
& time_interval_1(fn_cellular_respiration_3(X))
& time_interval_1(fn_cellular_respiration_4(X))
& chemical_energy_1(fn_cellular_respiration_5(X))
& rate_value_1(fn_cellular_respiration_7(X))
& unitless_value_1(fn_cellular_respiration_9(X))
& quantity_value_1(fn_cellular_respiration_10(X))
& glyceraldehyde_3_phosphate_1(fn_cellular_respiration_12(X))
& thermal_energy_1(fn_cellular_respiration_13(X))
& chemical_reaction_1(fn_cellular_respiration_19(X))
& synthesis_reaction_1(fn_cellular_respiration_19(X))
& reactant_1(fn_cellular_respiration_20(X))
& structural_complexity_value_1(fn_cellular_respiration_21(X))
& atom_1(fn_cellular_respiration_22(X))
& chemical_entity_1(fn_cellular_respiration_22(X))
& entity_1(fn_cellular_respiration_23(X))
& chemical_entity_1(fn_cellular_respiration_23(X))
& atom_1(fn_cellular_respiration_23(X))
& carbon_1(fn_cellular_respiration_23(X))
& carbon_skeleton_1(fn_cellular_respiration_24(X))
& remove_1(fn_cellular_respiration_25(X))
& oxaloacetate_1(fn_cellular_respiration_26(X))
& endergonic_process_1(fn_cellular_respiration_27(X))
& chemical_reaction_1(fn_cellular_respiration_27(X))
& synthesis_of_organic_molecule_1(fn_cellular_respiration_27(X))
& anabolic_pathway_1(fn_cellular_respiration_27(X))
& synthesis_of_atp_1(fn_cellular_respiration_27(X))
& chemiosmosis_1(fn_cellular_respiration_28(X))
& free_energy_1(fn_cellular_respiration_29(X))
& structural_complexity_value_1(fn_cellular_respiration_30(X))
& structural_complexity_value_1(fn_cellular_respiration_31(X))
& chemical_entity_1(fn_cellular_respiration_32(X))
& organic_molecule_1(fn_cellular_respiration_32(X))
& adp_1(fn_cellular_respiration_32(X))
& free_energy_1(fn_cellular_respiration_33(X))
& quantity_value_1(fn_cellular_respiration_34(X))
& quantity_value_1(fn_cellular_respiration_35(X))
& organic_molecule_1(fn_cellular_respiration_36(X))
& molecule_1(fn_cellular_respiration_36(X))
& chemical_entity_1(fn_cellular_respiration_36(X))
& ribonucleotide_1(fn_cellular_respiration_36(X))
& nucleoside_triphosphate_1(fn_cellular_respiration_36(X))
& atp_1(fn_cellular_respiration_36(X))
& molecule_1(fn_cellular_respiration_37(X))
& chemical_entity_1(fn_cellular_respiration_37(X))
& organic_molecule_1(fn_cellular_respiration_37(X))
& adp_1(fn_cellular_respiration_37(X))
& molecule_1(fn_cellular_respiration_38(X))
& chemical_entity_1(fn_cellular_respiration_38(X))
& organic_molecule_1(fn_cellular_respiration_38(X))
& adp_1(fn_cellular_respiration_38(X))
& phosphorylation_1(fn_cellular_respiration_39(X))
& chemical_entity_1(fn_cellular_respiration_42(X))
& monosaccharide_1(fn_cellular_respiration_42(X))
& glucose_1(fn_cellular_respiration_42(X))
& aldehyde_1(fn_cellular_respiration_42(X))
& carbohydrate_1(fn_cellular_respiration_42(X))
& aldose_1(fn_cellular_respiration_42(X))
& chemical_energy_1(fn_cellular_respiration_43(X))
& enzymatic_reaction_1(fn_cellular_respiration_44(X))
& organic_molecule_1(fn_cellular_respiration_45(X))
& chemical_entity_1(fn_cellular_respiration_45(X))
& molecule_1(fn_cellular_respiration_45(X))
& glyceraldehyde_3_phosphate_1(fn_cellular_respiration_45(X))
& structural_complexity_value_1(fn_cellular_respiration_46(X))
& structural_complexity_value_1(fn_cellular_respiration_47(X))
& chemical_bond_1(fn_cellular_respiration_48(X))
& covalent_bond_1(fn_cellular_respiration_48(X))
& atom_1(fn_cellular_respiration_49(X))
& chemical_entity_1(fn_cellular_respiration_49(X))
& iron_1(fn_cellular_respiration_49(X))
& entity_1(fn_cellular_respiration_50(X))
& chemical_entity_1(fn_cellular_respiration_50(X))
& atom_1(fn_cellular_respiration_50(X))
& carbon_1(fn_cellular_respiration_50(X))
& carbon_skeleton_1(fn_cellular_respiration_51(X))
& chemical_energy_1(fn_cellular_respiration_52(X))
& molecule_1(fn_cellular_respiration_53(X))
& spatial_entity_1(fn_cellular_respiration_53(X))
& chemical_entity_1(fn_cellular_respiration_53(X))
& organic_molecule_1(fn_cellular_respiration_53(X))
& acetyl_coa_1(fn_cellular_respiration_53(X))
& pyruvate_oxidation_1(fn_cellular_respiration_54(X))
& organic_molecule_1(fn_cellular_respiration_55(X))
& pyruvate_1(fn_cellular_respiration_55(X))
& chemical_entity_1(fn_cellular_respiration_55(X))
& chemical_entity_1(fn_cellular_respiration_56(X))
& organic_molecule_1(fn_cellular_respiration_56(X))
& molecule_1(fn_cellular_respiration_56(X))
& nadh_1(fn_cellular_respiration_56(X))
& carry_1(fn_cellular_respiration_57(X))
& waste_product_1(fn_cellular_respiration_58(X))
& waste_product_1(fn_cellular_respiration_59(X))
& glycolysis_1(fn_cellular_respiration_60(X))
& tangible_entity_1(fn_cellular_respiration_61(X))
& carbon_dioxide_1(fn_cellular_respiration_61(X))
& citric_acid_cycle_1(fn_cellular_respiration_62(X))
& oxidative_phosphorylation_1(fn_cellular_respiration_63(X))
& water_molecule_1(fn_cellular_respiration_64(X))
& spatial_entity_1(fn_cellular_respiration_65(X))
& tangible_entity_1(fn_cellular_respiration_65(X))
& chemical_entity_1(fn_cellular_respiration_65(X))
& organic_molecule_1(fn_cellular_respiration_65(X))
& molecule_1(fn_cellular_respiration_65(X))
& nad_plus_1(fn_cellular_respiration_65(X))
& reduction_1(fn_cellular_respiration_66(X))
& final_electron_acceptor_1(fn_cellular_respiration_67(X))
& oxygen_molecule_1(fn_cellular_respiration_68(X))
& chemical_energy_1(fn_cellular_respiration_69(X))
& isomerization_reaction_1(fn_cellular_respiration_70(X))
& carbon_skeleton_1(fn_cellular_respiration_71(X))
& carbon_1(fn_cellular_respiration_72(X))
& atom_1(fn_cellular_respiration_73(X))
& chemical_entity_1(fn_cellular_respiration_73(X))
& functional_group_1(fn_cellular_respiration_74(X))
& carboxyl_group_1(fn_cellular_respiration_74(X))
& carbon_skeleton_1(fn_cellular_respiration_75(X))
& entity_1(fn_cellular_respiration_76(X))
& chemical_entity_1(fn_cellular_respiration_76(X))
& atom_1(fn_cellular_respiration_76(X))
& carbon_1(fn_cellular_respiration_76(X))
& oxygen_1(fn_cellular_respiration_77(X))
& entity_1(fn_cellular_respiration_78(X))
& chemical_entity_1(fn_cellular_respiration_78(X))
& atom_1(fn_cellular_respiration_78(X))
& hydrogen_1(fn_cellular_respiration_78(X))
& atom_1(fn_cellular_respiration_79(X))
& chemical_entity_1(fn_cellular_respiration_79(X))
& oxygen_1(fn_cellular_respiration_79(X))
& reduction_1(fn_electron_recipient_1(fn_cellular_respiration_67(X)))
& functional_group_1(fn_pyruvate_oxidation_58(fn_cellular_respiration_54(X)))
& carboxyl_group_1(fn_pyruvate_oxidation_58(fn_cellular_respiration_54(X)))
& carbon_skeleton_1(fn_pyruvate_oxidation_66(fn_cellular_respiration_54(X)))
& chemical_entity_1(fn_glycolysis_77(fn_cellular_respiration_60(X)))
& monosaccharide_1(fn_glycolysis_77(fn_cellular_respiration_60(X)))
& glucose_1(fn_glycolysis_77(fn_cellular_respiration_60(X)))
& aldehyde_1(fn_glycolysis_77(fn_cellular_respiration_60(X)))
& carbohydrate_1(fn_glycolysis_77(fn_cellular_respiration_60(X)))
& aldose_1(fn_glycolysis_77(fn_cellular_respiration_60(X)))
& phosphorylation_1(fn_glycolysis_64(fn_cellular_respiration_60(X)))
& isomerization_reaction_1(fn_glycolysis_67(fn_cellular_respiration_60(X)))
& enzymatic_reaction_1(fn_glycolysis_56(fn_cellular_respiration_60(X)))
& organic_molecule_1(fn_glycolysis_79(fn_cellular_respiration_60(X)))
& chemical_entity_1(fn_glycolysis_79(fn_cellular_respiration_60(X)))
& molecule_1(fn_glycolysis_79(fn_cellular_respiration_60(X)))
& glyceraldehyde_3_phosphate_1(fn_glycolysis_79(fn_cellular_respiration_60(X)))
& endergonic_process_1(fn_oxidative_phosphorylation_22(fn_cellular_respiration_63(X)))
& chemical_reaction_1(fn_oxidative_phosphorylation_22(fn_cellular_respiration_63(X)))
& synthesis_of_organic_molecule_1(fn_oxidative_phosphorylation_22(fn_cellular_respiration_63(X)))
& anabolic_pathway_1(fn_oxidative_phosphorylation_22(fn_cellular_respiration_63(X)))
& synthesis_of_atp_1(fn_oxidative_phosphorylation_22(fn_cellular_respiration_63(X)))
& chemiosmosis_1(fn_oxidative_phosphorylation_71(fn_cellular_respiration_63(X)))
& carry_1(fn_nadh_1(fn_cellular_respiration_56(X)))
& carbon_skeleton_1(fn_nadh_8(fn_cellular_respiration_56(X)))
& carbon_1(fn_nadh_11(fn_cellular_respiration_56(X)))
& atom_1(fn_nadh_2(fn_cellular_respiration_56(X)))
& chemical_entity_1(fn_nadh_2(fn_cellular_respiration_56(X)))
& property_node_1(fn_synthesis_of_atp_27(fn_cellular_respiration_27(X)))
& property_node_1(fn_synthesis_of_atp_25(fn_cellular_respiration_27(X)))
& property_node_1(fn_synthesis_of_atp_24(fn_cellular_respiration_27(X)))
& property_node_1(fn_synthesis_of_atp_26(fn_cellular_respiration_27(X)))
& structural_complexity_value_1(fn_synthesis_of_atp_22(fn_cellular_respiration_27(X)))
& quantity_value_1(fn_synthesis_of_atp_7(fn_cellular_respiration_27(X)))
& quantity_value_1(fn_synthesis_of_atp_8(fn_cellular_respiration_27(X)))
& free_energy_1(fn_synthesis_of_atp_9(fn_cellular_respiration_27(X)))
& carbon_skeleton_1(fn_nad_plus_7(fn_cellular_respiration_65(X)))
& chemical_bond_1(fn_nad_plus_17(fn_cellular_respiration_65(X)))
& covalent_bond_1(fn_nad_plus_17(fn_cellular_respiration_65(X)))
& property_node_1(fn_citric_acid_cycle_38(fn_cellular_respiration_62(X)))
& atom_1(fn_citric_acid_cycle_126(fn_cellular_respiration_62(X)))
& chemical_entity_1(fn_citric_acid_cycle_126(fn_cellular_respiration_62(X)))
& entity_1(fn_citric_acid_cycle_125(fn_cellular_respiration_62(X)))
& chemical_entity_1(fn_citric_acid_cycle_125(fn_cellular_respiration_62(X)))
& atom_1(fn_citric_acid_cycle_125(fn_cellular_respiration_62(X)))
& carbon_1(fn_citric_acid_cycle_125(fn_cellular_respiration_62(X)))
& carbon_skeleton_1(fn_citric_acid_cycle_124(fn_cellular_respiration_62(X)))
& property_node_1(fn_citric_acid_cycle_27(fn_cellular_respiration_62(X)))
& structural_complexity_value_1(fn_citric_acid_cycle_5(fn_cellular_respiration_62(X)))
& oxaloacetate_1(fn_citric_acid_cycle_66(fn_cellular_respiration_62(X)))
& property_node_1(fn_citric_acid_cycle_37(fn_cellular_respiration_62(X)))
& structural_complexity_value_1(fn_citric_acid_cycle_48(fn_cellular_respiration_62(X)))
& reactant_1(fn_citric_acid_cycle_57(fn_cellular_respiration_62(X)))
& chemical_entity_1(fn_electron_recipient_2(fn_cellular_respiration_67(X)))
& tangible_entity_1(fn_waste_1(fn_cellular_respiration_58(X)))
& chemical_entity_1(fn_functional_group_1(fn_cellular_respiration_74(X)))
& organic_molecule_1(fn_pyruvate_oxidation_85(fn_cellular_respiration_54(X)))
& chemical_entity_1(fn_pyruvate_oxidation_85(fn_cellular_respiration_54(X)))
& pyruvate_1(fn_pyruvate_oxidation_85(fn_cellular_respiration_54(X)))
& pyruvate_1(fn_glycolysis_55(fn_cellular_respiration_60(X)))
& chemical_entity_1(fn_glycolysis_55(fn_cellular_respiration_60(X)))
& atom_1(fn_organic_molecule_2(fn_cellular_respiration_65(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_cellular_respiration_65(X)))
& iron_1(fn_glycolysis_28(fn_cellular_respiration_60(X)))
& organic_molecule_1(fn_glycolysis_13(fn_cellular_respiration_60(X)))
& chemical_entity_1(fn_glycolysis_13(fn_cellular_respiration_60(X)))
& adp_1(fn_glycolysis_13(fn_cellular_respiration_60(X)))
& molecule_1(fn_glycolysis_62(fn_cellular_respiration_60(X)))
& organic_molecule_1(fn_glycolysis_62(fn_cellular_respiration_60(X)))
& chemical_entity_1(fn_glycolysis_62(fn_cellular_respiration_60(X)))
& adp_1(fn_glycolysis_62(fn_cellular_respiration_60(X)))
& chemical_entity_1(fn_glycolysis_63(fn_cellular_respiration_60(X)))
& organic_molecule_1(fn_glycolysis_63(fn_cellular_respiration_60(X)))
& adp_1(fn_glycolysis_63(fn_cellular_respiration_60(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_cellular_respiration_27(X)))
& organic_molecule_1(fn_synthesis_of_atp_10(fn_cellular_respiration_27(X)))
& chemical_entity_1(fn_oxidative_phosphorylation_12(fn_cellular_respiration_63(X)))
& organic_molecule_1(fn_oxidative_phosphorylation_12(fn_cellular_respiration_63(X)))
& adp_1(fn_oxidative_phosphorylation_12(fn_cellular_respiration_63(X)))
& free_energy_1(fn_oxidative_phosphorylation_51(fn_cellular_respiration_63(X)))
& free_energy_1(fn_synthesis_of_atp_6(fn_cellular_respiration_27(X)))
& structural_complexity_value_1(fn_anabolic_pathway_4(fn_cellular_respiration_27(X)))
& structural_complexity_value_1(fn_oxidative_phosphorylation_50(fn_cellular_respiration_63(X)))
& structural_complexity_value_1(fn_synthesis_of_atp_23(fn_cellular_respiration_27(X)))
& carbon_1(fn_organic_molecule_1(fn_cellular_respiration_65(X)))
& entity_1(fn_glycolysis_27(fn_cellular_respiration_60(X)))
& chemical_entity_1(fn_glycolysis_27(fn_cellular_respiration_60(X)))
& atom_1(fn_glycolysis_27(fn_cellular_respiration_60(X)))
& carbon_1(fn_glycolysis_27(fn_cellular_respiration_60(X)))
& entity_1(fn_nad_plus_20(fn_cellular_respiration_65(X)))
& chemical_entity_1(fn_nad_plus_20(fn_cellular_respiration_65(X)))
& atom_1(fn_nad_plus_20(fn_cellular_respiration_65(X)))
& carbon_1(fn_nad_plus_20(fn_cellular_respiration_65(X)))
& entity_1(fn_pyruvate_oxidation_90(fn_cellular_respiration_54(X)))
& chemical_entity_1(fn_pyruvate_oxidation_90(fn_cellular_respiration_54(X)))
& atom_1(fn_pyruvate_oxidation_90(fn_cellular_respiration_54(X)))
& hydrogen_1(fn_pyruvate_oxidation_90(fn_cellular_respiration_54(X)))
& entity_1(fn_carboxyl_group_25(fn_cellular_respiration_74(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_cellular_respiration_74(X)))
& atom_1(fn_carboxyl_group_25(fn_cellular_respiration_74(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_cellular_respiration_74(X)))
& oxygen_1(fn_pyruvate_oxidation_89(fn_cellular_respiration_54(X)))
& atom_1(fn_pyruvate_oxidation_54(fn_cellular_respiration_54(X)))
& chemical_entity_1(fn_pyruvate_oxidation_54(fn_cellular_respiration_54(X)))
& oxygen_1(fn_pyruvate_oxidation_54(fn_cellular_respiration_54(X)))
& oxygen_1(fn_carboxyl_group_23(fn_cellular_respiration_74(X)))
& oxygen_1(fn_carboxyl_group_24(fn_cellular_respiration_74(X)))
& entity_1(fn_pyruvate_oxidation_67(fn_cellular_respiration_54(X)))
& chemical_entity_1(fn_pyruvate_oxidation_67(fn_cellular_respiration_54(X)))
& atom_1(fn_pyruvate_oxidation_67(fn_cellular_respiration_54(X)))
& carbon_1(fn_pyruvate_oxidation_67(fn_cellular_respiration_54(X)))
& entity_1(fn_carboxyl_group_19(fn_cellular_respiration_74(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_cellular_respiration_74(X)))
& atom_1(fn_carboxyl_group_19(fn_cellular_respiration_74(X)))
& carbon_1(fn_carboxyl_group_19(fn_cellular_respiration_74(X)))
& chemical_energy_1(fn_pyruvate_oxidation_7(fn_cellular_respiration_54(X)))
& chemical_energy_1(fn_glycolysis_88(fn_cellular_respiration_60(X)))
& chemical_energy_1(fn_citric_acid_cycle_9(fn_cellular_respiration_62(X)))
& remove_1(fn_citric_acid_cycle_101(fn_cellular_respiration_62(X)))
& remove_1(fn_citric_acid_cycle_116(fn_cellular_respiration_62(X)))
& organic_molecule_1(fn_synthesis_of_organic_molecule_1(fn_cellular_respiration_27(X)))
& organic_molecule_1(fn_glycolysis_75(fn_cellular_respiration_60(X)))
& molecule_1(fn_glycolysis_75(fn_cellular_respiration_60(X)))
& chemical_entity_1(fn_glycolysis_75(fn_cellular_respiration_60(X)))
& ribonucleotide_1(fn_glycolysis_75(fn_cellular_respiration_60(X)))
& nucleoside_triphosphate_1(fn_glycolysis_75(fn_cellular_respiration_60(X)))
& atp_1(fn_glycolysis_75(fn_cellular_respiration_60(X)))
& organic_molecule_1(fn_oxidative_phosphorylation_56(fn_cellular_respiration_63(X)))
& molecule_1(fn_oxidative_phosphorylation_56(fn_cellular_respiration_63(X)))
& chemical_entity_1(fn_oxidative_phosphorylation_56(fn_cellular_respiration_63(X)))
& ribonucleotide_1(fn_oxidative_phosphorylation_56(fn_cellular_respiration_63(X)))
& nucleoside_triphosphate_1(fn_oxidative_phosphorylation_56(fn_cellular_respiration_63(X)))
& atp_1(fn_oxidative_phosphorylation_56(fn_cellular_respiration_63(X)))
& molecule_1(fn_synthesis_of_atp_13(fn_cellular_respiration_27(X)))
& chemical_entity_1(fn_synthesis_of_atp_13(fn_cellular_respiration_27(X)))
& ribonucleotide_1(fn_synthesis_of_atp_13(fn_cellular_respiration_27(X)))
& nucleoside_triphosphate_1(fn_synthesis_of_atp_13(fn_cellular_respiration_27(X)))
& atp_1(fn_synthesis_of_atp_13(fn_cellular_respiration_27(X)))
& atp_1(fn_citric_acid_cycle_19(fn_cellular_respiration_62(X)))
& nad_plus_1(fn_nadh_5(fn_cellular_respiration_56(X)))
& spatial_entity_1(fn_glycolysis_78(fn_cellular_respiration_60(X)))
& tangible_entity_1(fn_glycolysis_78(fn_cellular_respiration_60(X)))
& chemical_entity_1(fn_glycolysis_78(fn_cellular_respiration_60(X)))
& organic_molecule_1(fn_glycolysis_78(fn_cellular_respiration_60(X)))
& nad_plus_1(fn_glycolysis_78(fn_cellular_respiration_60(X)))
& molecule_1(fn_glycolysis_78(fn_cellular_respiration_60(X)))
& nad_plus_1(fn_citric_acid_cycle_105(fn_cellular_respiration_62(X)))
& structural_complexity_value_1(fn_glycolysis_81(fn_cellular_respiration_60(X)))
& structural_complexity_value_1(fn_citric_acid_cycle_47(fn_cellular_respiration_62(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_cellular_respiration_63(X)))
& organic_molecule_1(fn_glycolysis_74(fn_cellular_respiration_60(X)))
& nadh_1(fn_glycolysis_74(fn_cellular_respiration_60(X)))
& molecule_1(fn_glycolysis_74(fn_cellular_respiration_60(X)))
& nadh_1(fn_nad_plus_1(fn_cellular_respiration_65(X)))
& nadh_1(fn_citric_acid_cycle_109(fn_cellular_respiration_62(X)))
& chemical_energy_1(fn_citric_acid_cycle_12(fn_cellular_respiration_62(X)))
& tangible_entity_1(fn_waste_1(fn_cellular_respiration_59(X)))
& carbon_dioxide_1(fn_citric_acid_cycle_17(fn_cellular_respiration_62(X)))
& chemical_entity_1(fn_pyruvate_oxidation_87(fn_cellular_respiration_54(X)))
& organic_molecule_1(fn_pyruvate_oxidation_87(fn_cellular_respiration_54(X)))
& molecule_1(fn_pyruvate_oxidation_87(fn_cellular_respiration_54(X)))
& acetyl_coa_1(fn_pyruvate_oxidation_87(fn_cellular_respiration_54(X)))
& spatial_entity_1(fn_citric_acid_cycle_108(fn_cellular_respiration_62(X)))
& chemical_entity_1(fn_citric_acid_cycle_108(fn_cellular_respiration_62(X)))
& organic_molecule_1(fn_citric_acid_cycle_108(fn_cellular_respiration_62(X)))
& acetyl_coa_1(fn_citric_acid_cycle_108(fn_cellular_respiration_62(X)))
& chemical_reaction_1(fn_citric_acid_cycle_113(fn_cellular_respiration_62(X)))
& chemical_reaction_1(fn_citric_acid_cycle_115(fn_cellular_respiration_62(X)))
& synthesis_reaction_1(fn_citric_acid_cycle_107(fn_cellular_respiration_62(X)))
& chemical_reaction_1(fn_citric_acid_cycle_106(fn_cellular_respiration_62(X)))
& synthesis_reaction_1(fn_citric_acid_cycle_72(fn_cellular_respiration_62(X)))
& time_before_2(fn_cellular_respiration_2(X),fn_cellular_respiration_1(X))
& time_before_2(fn_cellular_respiration_2(X),fn_cellular_respiration_2(X))
& time_during_2(fn_cellular_respiration_70(X),fn_cellular_respiration_2(X))
& time_before_2(fn_cellular_respiration_4(X),fn_cellular_respiration_3(X))
& fn_cellular_respiration_65(X) != fn_cellular_respiration_12(X)
& the_scalar_value_2(fn_cellular_respiration_9(X),high_0)
& scalar_unit_class_2(fn_cellular_respiration_9(X),event_0)
& raw_material_2(fn_cellular_respiration_63(X),fn_cellular_respiration_68(X))
& next_event_2(fn_cellular_respiration_62(X),fn_cellular_respiration_63(X))
& time_during_2(fn_cellular_respiration_62(X),fn_cellular_respiration_3(X))
& fn_cellular_respiration_62(X) != fn_cellular_respiration_60(X)
& rate_2(X,fn_cellular_respiration_7(X))
& importance_2(X,fn_cellular_respiration_9(X))
& first_subevent_2(X,fn_cellular_respiration_60(X))
& exactCardinality(X,raw_material_0,"6",oxygen_molecule_0)
& exactCardinality(X,raw_material_0,"1",glucose_0)
& raw_material_2(X,fn_cellular_respiration_42(X))
& subevent_2(X,fn_cellular_respiration_54(X))
& subevent_2(X,fn_cellular_respiration_62(X))
& subevent_2(X,fn_cellular_respiration_63(X))
& subevent_2(X,fn_cellular_respiration_60(X))
& exactCardinality(X,result_0,"6",water_molecule_0)
& exactCardinality(X,result_0,"6",carbon_dioxide_0)
& exactCardinality(X,result_0,"32",atp_0)
& result_2(X,fn_cellular_respiration_36(X))
& result_2(X,fn_cellular_respiration_56(X))
& result_2(X,fn_cellular_respiration_13(X))
& result_2(X,fn_cellular_respiration_5(X))
& result_2(X,fn_cellular_respiration_61(X))
& negative_influence_2(fn_cellular_respiration_10(X),fn_cellular_respiration_7(X))
& fn_cellular_respiration_60(X) != fn_cellular_respiration_62(X)
& next_event_2(fn_cellular_respiration_60(X),fn_cellular_respiration_54(X))
& result_2(fn_cellular_respiration_60(X),fn_cellular_respiration_61(X))
& in_event_2(fn_cellular_respiration_59(X),X)
& in_event_2(fn_cellular_respiration_58(X),X)
& next_event_2(fn_cellular_respiration_54(X),fn_cellular_respiration_62(X))
& time_during_2(fn_cellular_respiration_54(X),fn_cellular_respiration_4(X))
& fn_cellular_respiration_12(X) != fn_cellular_respiration_65(X)
& quantity_2(fn_cellular_respiration_36(X),fn_cellular_respiration_10(X))
& structural_complexity_2(fn_cellular_respiration_26(X),fn_cellular_respiration_21(X))
& plays_2(fn_cellular_respiration_61(X),fn_cellular_respiration_59(X))
& plays_2(fn_cellular_respiration_64(X),fn_cellular_respiration_58(X))
& result_2(fn_cellular_respiration_63(X),fn_cellular_respiration_56(X))
& plays_2(fn_cellular_respiration_68(X),fn_cellular_respiration_67(X))
& recipient_2(fn_cellular_respiration_66(X),fn_cellular_respiration_68(X))
& raw_material_2(X,fn_cellular_respiration_68(X))
& result_2(X,fn_cellular_respiration_64(X))
& possesses_2(fn_cellular_respiration_64(X),fn_cellular_respiration_43(X))
& in_event_2(fn_cellular_respiration_67(X),fn_cellular_respiration_66(X))
& result_2(fn_cellular_respiration_54(X),fn_cellular_respiration_53(X))
& possesses_2(fn_cellular_respiration_53(X),fn_cellular_respiration_69(X))
& has_region_2(fn_cellular_respiration_55(X),fn_cellular_respiration_75(X))
& is_inside_2(fn_cellular_respiration_76(X),fn_cellular_respiration_75(X))
& has_part_2(fn_cellular_respiration_55(X),fn_cellular_respiration_76(X))
& has_region_2(fn_cellular_respiration_55(X),fn_cellular_respiration_74(X))
& raw_material_2(fn_cellular_respiration_54(X),fn_cellular_respiration_55(X))
& has_part_2(fn_cellular_respiration_55(X),fn_cellular_respiration_79(X))
& fn_cellular_respiration_79(X) != fn_cellular_respiration_78(X)
& has_part_2(fn_cellular_respiration_55(X),fn_cellular_respiration_78(X))
& has_part_2(fn_cellular_respiration_55(X),fn_cellular_respiration_77(X))
& fn_cellular_respiration_78(X) != fn_cellular_respiration_79(X)
& raw_material_2(fn_cellular_respiration_44(X),fn_cellular_respiration_45(X))
& possesses_2(fn_cellular_respiration_42(X),fn_cellular_respiration_69(X))
& result_2(fn_cellular_respiration_60(X),fn_cellular_respiration_55(X))
& raw_material_2(fn_cellular_respiration_39(X),fn_cellular_respiration_38(X))
& raw_material_2(fn_cellular_respiration_70(X),fn_cellular_respiration_65(X))
& raw_material_2(fn_cellular_respiration_60(X),fn_cellular_respiration_42(X))
& structural_complexity_2(fn_cellular_respiration_42(X),fn_cellular_respiration_47(X))
& the_scalar_value_2(fn_cellular_respiration_47(X),complex_0)
& scalar_unit_class_2(fn_cellular_respiration_47(X),chemical_entity_0)
& result_2(fn_cellular_respiration_60(X),fn_cellular_respiration_36(X))
& raw_material_2(fn_cellular_respiration_60(X),fn_cellular_respiration_65(X))
& has_part_2(fn_cellular_respiration_65(X),fn_cellular_respiration_49(X))
& fn_cellular_respiration_50(X) != fn_cellular_respiration_49(X)
& fn_cellular_respiration_49(X) != fn_cellular_respiration_50(X)
& result_2(fn_cellular_respiration_39(X),fn_cellular_respiration_36(X))
& raw_material_2(fn_cellular_respiration_39(X),fn_cellular_respiration_37(X))
& raw_material_2(fn_cellular_respiration_60(X),fn_cellular_respiration_37(X))
& fn_cellular_respiration_37(X) != fn_cellular_respiration_36(X)
& fn_cellular_respiration_36(X) != fn_cellular_respiration_37(X)
& raw_material_2(fn_cellular_respiration_60(X),fn_cellular_respiration_38(X))
& fn_cellular_respiration_36(X) != fn_cellular_respiration_38(X)
& fn_cellular_respiration_38(X) != fn_cellular_respiration_36(X)
& fn_cellular_respiration_37(X) != fn_cellular_respiration_38(X)
& fn_cellular_respiration_38(X) != fn_cellular_respiration_37(X)
& raw_material_2(fn_cellular_respiration_44(X),fn_cellular_respiration_65(X))
& result_2(fn_cellular_respiration_44(X),fn_cellular_respiration_56(X))
& result_2(fn_cellular_respiration_70(X),fn_cellular_respiration_56(X))
& fn_cellular_respiration_70(X) != fn_cellular_respiration_44(X)
& fn_cellular_respiration_44(X) != fn_cellular_respiration_70(X)
& result_2(fn_cellular_respiration_60(X),fn_cellular_respiration_56(X))
& fn_cellular_respiration_45(X) != fn_cellular_respiration_56(X)
& fn_cellular_respiration_65(X) != fn_cellular_respiration_45(X)
& fn_cellular_respiration_45(X) != fn_cellular_respiration_65(X)
& fn_cellular_respiration_56(X) != fn_cellular_respiration_45(X)
& possesses_2(fn_cellular_respiration_32(X),fn_cellular_respiration_33(X))
& result_2(fn_cellular_respiration_63(X),fn_cellular_respiration_36(X))
& raw_material_2(fn_cellular_respiration_63(X),fn_cellular_respiration_32(X))
& structural_complexity_2(fn_cellular_respiration_32(X),fn_cellular_respiration_31(X))
& subevent_2(fn_cellular_respiration_63(X),fn_cellular_respiration_28(X))
& subevent_2(fn_cellular_respiration_28(X),fn_cellular_respiration_27(X))
& raw_material_2(fn_cellular_respiration_27(X),fn_cellular_respiration_32(X))
& raw_material_2(fn_cellular_respiration_28(X),fn_cellular_respiration_32(X))
& result_2(fn_cellular_respiration_28(X),fn_cellular_respiration_36(X))
& has_function_2(fn_cellular_respiration_56(X),fn_cellular_respiration_57(X))
& agent_2(fn_cellular_respiration_57(X),fn_cellular_respiration_56(X))
& has_part_2(fn_cellular_respiration_56(X),fn_cellular_respiration_73(X))
& fn_cellular_respiration_73(X) != fn_cellular_respiration_72(X)
& is_inside_2(fn_cellular_respiration_72(X),fn_cellular_respiration_71(X))
& has_region_2(fn_cellular_respiration_56(X),fn_cellular_respiration_71(X))
& has_part_2(fn_cellular_respiration_56(X),fn_cellular_respiration_72(X))
& fn_cellular_respiration_72(X) != fn_cellular_respiration_73(X)
& quantity_2(fn_cellular_respiration_33(X),fn_cellular_respiration_34(X))
& called_2(fn_cellular_respiration_35(X),'FE_p')
& structural_complexity_2(fn_cellular_respiration_36(X),fn_cellular_respiration_30(X))
& greater_than_2(fn_cellular_respiration_30(X),fn_cellular_respiration_31(X))
& result_2(fn_cellular_respiration_27(X),fn_cellular_respiration_36(X))
& possesses_2(fn_cellular_respiration_36(X),fn_cellular_respiration_29(X))
& quantity_2(fn_cellular_respiration_29(X),fn_cellular_respiration_35(X))
& greater_than_2(fn_cellular_respiration_35(X),fn_cellular_respiration_34(X))
& called_2(fn_cellular_respiration_34(X),'FE_r')
& has_region_2(fn_cellular_respiration_65(X),fn_cellular_respiration_51(X))
& has_state_2(fn_cellular_respiration_65(X),fn_cellular_respiration_56(X))
& has_state_2(fn_cellular_respiration_56(X),fn_cellular_respiration_65(X))
& has_part_2(fn_cellular_respiration_65(X),fn_cellular_respiration_50(X))
& has_oxidized_form_2(fn_cellular_respiration_56(X),fn_cellular_respiration_65(X))
& has_reduced_form_2(fn_cellular_respiration_65(X),fn_cellular_respiration_56(X))
& possesses_2(fn_cellular_respiration_65(X),fn_cellular_respiration_48(X))
& is_between_2(fn_cellular_respiration_48(X),fn_cellular_respiration_50(X))
& is_inside_2(fn_cellular_respiration_50(X),fn_cellular_respiration_51(X))
& fn_cellular_respiration_56(X) != fn_cellular_respiration_65(X)
& fn_cellular_respiration_65(X) != fn_cellular_respiration_56(X)
& is_inside_2(fn_cellular_respiration_78(X),fn_cellular_respiration_74(X))
& fn_cellular_respiration_77(X) != fn_cellular_respiration_78(X)
& fn_cellular_respiration_79(X) != fn_cellular_respiration_77(X)
& fn_cellular_respiration_77(X) != fn_cellular_respiration_79(X)
& fn_cellular_respiration_78(X) != fn_cellular_respiration_77(X)
& is_inside_2(fn_cellular_respiration_76(X),fn_cellular_respiration_74(X))
& fn_cellular_respiration_76(X) != fn_cellular_respiration_79(X)
& is_inside_2(fn_cellular_respiration_79(X),fn_cellular_respiration_74(X))
& is_inside_2(fn_cellular_respiration_77(X),fn_cellular_respiration_74(X))
& fn_cellular_respiration_77(X) != fn_cellular_respiration_76(X)
& fn_cellular_respiration_79(X) != fn_cellular_respiration_76(X)
& fn_cellular_respiration_76(X) != fn_cellular_respiration_77(X)
& result_2(fn_cellular_respiration_62(X),fn_cellular_respiration_56(X))
& possesses_2(fn_cellular_respiration_65(X),fn_cellular_respiration_69(X))
& subevent_2(fn_cellular_respiration_19(X),fn_cellular_respiration_25(X))
& base_2(fn_cellular_respiration_25(X),fn_cellular_respiration_53(X))
& has_part_2(fn_cellular_respiration_53(X),fn_cellular_respiration_22(X))
& greater_than_2(fn_cellular_respiration_47(X),fn_cellular_respiration_46(X))
& structural_complexity_2(fn_cellular_respiration_65(X),fn_cellular_respiration_47(X))
& raw_material_2(fn_cellular_respiration_62(X),fn_cellular_respiration_65(X))
& result_2(fn_cellular_respiration_62(X),fn_cellular_respiration_36(X))
& has_region_2(fn_cellular_respiration_53(X),fn_cellular_respiration_24(X))
& is_inside_2(fn_cellular_respiration_23(X),fn_cellular_respiration_24(X))
& has_part_2(fn_cellular_respiration_53(X),fn_cellular_respiration_23(X))
& fn_cellular_respiration_22(X) != fn_cellular_respiration_23(X)
& fn_cellular_respiration_23(X) != fn_cellular_respiration_22(X)
& raw_material_2(fn_cellular_respiration_19(X),fn_cellular_respiration_26(X))
& raw_material_2(fn_cellular_respiration_62(X),fn_cellular_respiration_26(X))
& raw_material_2(fn_cellular_respiration_62(X),fn_cellular_respiration_53(X))
& structural_complexity_2(fn_cellular_respiration_53(X),fn_cellular_respiration_21(X))
& result_2(fn_cellular_respiration_62(X),fn_cellular_respiration_61(X))
& possesses_2(fn_cellular_respiration_61(X),fn_cellular_respiration_43(X))
& possesses_2(fn_cellular_respiration_56(X),fn_cellular_respiration_43(X))
& structural_complexity_2(fn_cellular_respiration_56(X),fn_cellular_respiration_46(X))
& subevent_2(fn_cellular_respiration_62(X),fn_cellular_respiration_19(X))
& raw_material_2(fn_cellular_respiration_19(X),fn_cellular_respiration_53(X))
& plays_2(fn_cellular_respiration_53(X),fn_cellular_respiration_20(X))
& in_event_2(fn_cellular_respiration_20(X),fn_cellular_respiration_62(X))
& first_subevent_2(fn_cellular_respiration_62(X),fn_cellular_respiration_19(X))
& fn_cellular_respiration_61(X) = fn_waste_1(fn_cellular_respiration_59(X))
& fn_cellular_respiration_64(X) = fn_waste_1(fn_cellular_respiration_58(X))
& fn_cellular_respiration_56(X) = fn_chemical_reaction_1(fn_cellular_respiration_63(X))
& fn_cellular_respiration_68(X) = fn_electron_recipient_2(fn_cellular_respiration_67(X))
& fn_cellular_respiration_52(X) = fn_exergonic_reaction_3(X)
& fn_cellular_respiration_68(X) = fn_exergonic_reaction_10(X)
& fn_cellular_respiration_43(X) = fn_exergonic_reaction_6(X)
& fn_cellular_respiration_64(X) = fn_exergonic_reaction_11(X)
& fn_cellular_respiration_66(X) = fn_electron_recipient_1(fn_cellular_respiration_67(X))
& fn_cellular_respiration_69(X) = fn_pyruvate_oxidation_7(fn_cellular_respiration_54(X))
& fn_cellular_respiration_53(X) = fn_pyruvate_oxidation_87(fn_cellular_respiration_54(X))
& fn_cellular_respiration_55(X) = fn_functional_group_1(fn_cellular_respiration_74(X))
& fn_cellular_respiration_74(X) = fn_pyruvate_oxidation_58(fn_cellular_respiration_54(X))
& fn_cellular_respiration_76(X) = fn_pyruvate_oxidation_67(fn_cellular_respiration_54(X))
& fn_cellular_respiration_75(X) = fn_pyruvate_oxidation_66(fn_cellular_respiration_54(X))
& fn_cellular_respiration_77(X) = fn_pyruvate_oxidation_89(fn_cellular_respiration_54(X))
& fn_cellular_respiration_78(X) = fn_pyruvate_oxidation_90(fn_cellular_respiration_54(X))
& fn_cellular_respiration_79(X) = fn_pyruvate_oxidation_54(fn_cellular_respiration_54(X))
& fn_cellular_respiration_55(X) = fn_pyruvate_oxidation_85(fn_cellular_respiration_54(X))
& fn_cellular_respiration_69(X) = fn_glycolysis_88(fn_cellular_respiration_60(X))
& fn_cellular_respiration_55(X) = fn_glycolysis_55(fn_cellular_respiration_60(X))
& fn_cellular_respiration_47(X) = fn_glycolysis_81(fn_cellular_respiration_60(X))
& fn_cellular_respiration_42(X) = fn_glycolysis_77(fn_cellular_respiration_60(X))
& fn_cellular_respiration_49(X) = fn_organic_molecule_2(fn_cellular_respiration_65(X))
& fn_cellular_respiration_50(X) = fn_glycolysis_27(fn_cellular_respiration_60(X))
& fn_cellular_respiration_49(X) = fn_glycolysis_28(fn_cellular_respiration_60(X))
& fn_cellular_respiration_37(X) = fn_glycolysis_62(fn_cellular_respiration_60(X))
& fn_cellular_respiration_39(X) = fn_glycolysis_64(fn_cellular_respiration_60(X))
& fn_cellular_respiration_37(X) = fn_glycolysis_13(fn_cellular_respiration_60(X))
& fn_cellular_respiration_37(X) = fn_glycolysis_63(fn_cellular_respiration_60(X))
& fn_cellular_respiration_38(X) = fn_glycolysis_62(fn_cellular_respiration_60(X))
& fn_cellular_respiration_36(X) = fn_glycolysis_75(fn_cellular_respiration_60(X))
& fn_cellular_respiration_38(X) = fn_glycolysis_63(fn_cellular_respiration_60(X))
& fn_cellular_respiration_70(X) = fn_glycolysis_67(fn_cellular_respiration_60(X))
& fn_cellular_respiration_44(X) = fn_glycolysis_56(fn_cellular_respiration_60(X))
& fn_cellular_respiration_65(X) = fn_glycolysis_78(fn_cellular_respiration_60(X))
& fn_cellular_respiration_45(X) = fn_glycolysis_79(fn_cellular_respiration_60(X))
& fn_cellular_respiration_56(X) = fn_glycolysis_74(fn_cellular_respiration_60(X))
& fn_cellular_respiration_33(X) = fn_oxidative_phosphorylation_51(fn_cellular_respiration_63(X))
& fn_cellular_respiration_31(X) = fn_anabolic_pathway_4(fn_cellular_respiration_27(X))
& fn_cellular_respiration_31(X) = fn_oxidative_phosphorylation_50(fn_cellular_respiration_63(X))
& fn_cellular_respiration_36(X) = fn_oxidative_phosphorylation_56(fn_cellular_respiration_63(X))
& fn_cellular_respiration_32(X) = fn_anabolic_pathway_6(fn_cellular_respiration_27(X))
& fn_cellular_respiration_32(X) = fn_synthesis_of_atp_10(fn_cellular_respiration_27(X))
& fn_cellular_respiration_32(X) = fn_oxidative_phosphorylation_12(fn_cellular_respiration_63(X))
& fn_cellular_respiration_27(X) = fn_oxidative_phosphorylation_22(fn_cellular_respiration_63(X))
& fn_cellular_respiration_28(X) = fn_oxidative_phosphorylation_71(fn_cellular_respiration_63(X))
& fn_cellular_respiration_57(X) = fn_nadh_1(fn_cellular_respiration_56(X))
& fn_cellular_respiration_71(X) = fn_nadh_8(fn_cellular_respiration_56(X))
& fn_cellular_respiration_72(X) = fn_nadh_11(fn_cellular_respiration_56(X))
& fn_cellular_respiration_73(X) = fn_nadh_2(fn_cellular_respiration_56(X))
& fn_cellular_respiration_17(X) = fn_synthesis_of_atp_27(fn_cellular_respiration_27(X))
& fn_cellular_respiration_33(X) = fn_synthesis_of_atp_6(fn_cellular_respiration_27(X))
& fn_cellular_respiration_15(X) = fn_synthesis_of_atp_25(fn_cellular_respiration_27(X))
& fn_cellular_respiration_14(X) = fn_synthesis_of_atp_24(fn_cellular_respiration_27(X))
& fn_cellular_respiration_16(X) = fn_synthesis_of_atp_26(fn_cellular_respiration_27(X))
& fn_cellular_respiration_31(X) = fn_synthesis_of_atp_23(fn_cellular_respiration_27(X))
& fn_cellular_respiration_30(X) = fn_synthesis_of_atp_22(fn_cellular_respiration_27(X))
& fn_cellular_respiration_34(X) = fn_synthesis_of_atp_7(fn_cellular_respiration_27(X))
& fn_cellular_respiration_35(X) = fn_synthesis_of_atp_8(fn_cellular_respiration_27(X))
& fn_cellular_respiration_29(X) = fn_synthesis_of_atp_9(fn_cellular_respiration_27(X))
& fn_cellular_respiration_36(X) = fn_synthesis_of_organic_molecule_1(fn_cellular_respiration_27(X))
& fn_cellular_respiration_36(X) = fn_synthesis_of_atp_13(fn_cellular_respiration_27(X))
& fn_cellular_respiration_50(X) = fn_organic_molecule_1(fn_cellular_respiration_65(X))
& fn_cellular_respiration_65(X) = fn_nadh_5(fn_cellular_respiration_56(X))
& fn_cellular_respiration_51(X) = fn_nad_plus_7(fn_cellular_respiration_65(X))
& fn_cellular_respiration_50(X) = fn_nad_plus_20(fn_cellular_respiration_65(X))
& fn_cellular_respiration_48(X) = fn_nad_plus_17(fn_cellular_respiration_65(X))
& fn_cellular_respiration_56(X) = fn_nad_plus_1(fn_cellular_respiration_65(X))
& fn_cellular_respiration_79(X) = fn_carboxyl_group_23(fn_cellular_respiration_74(X))
& fn_cellular_respiration_77(X) = fn_carboxyl_group_24(fn_cellular_respiration_74(X))
& fn_cellular_respiration_78(X) = fn_carboxyl_group_25(fn_cellular_respiration_74(X))
& fn_cellular_respiration_77(X) = fn_carboxyl_group_23(fn_cellular_respiration_74(X))
& fn_cellular_respiration_79(X) = fn_carboxyl_group_24(fn_cellular_respiration_74(X))
& fn_cellular_respiration_76(X) = fn_carboxyl_group_19(fn_cellular_respiration_74(X))
& fn_cellular_respiration_69(X) = fn_citric_acid_cycle_9(fn_cellular_respiration_62(X))
& fn_cellular_respiration_40(X) = fn_citric_acid_cycle_38(fn_cellular_respiration_62(X))
& fn_cellular_respiration_25(X) = fn_citric_acid_cycle_101(fn_cellular_respiration_62(X))
& fn_cellular_respiration_25(X) = fn_citric_acid_cycle_116(fn_cellular_respiration_62(X))
& fn_cellular_respiration_36(X) = fn_citric_acid_cycle_19(fn_cellular_respiration_62(X))
& fn_cellular_respiration_65(X) = fn_citric_acid_cycle_105(fn_cellular_respiration_62(X))
& fn_cellular_respiration_47(X) = fn_citric_acid_cycle_47(fn_cellular_respiration_62(X))
& fn_cellular_respiration_22(X) = fn_citric_acid_cycle_126(fn_cellular_respiration_62(X))
& fn_cellular_respiration_23(X) = fn_citric_acid_cycle_125(fn_cellular_respiration_62(X))
& fn_cellular_respiration_24(X) = fn_citric_acid_cycle_124(fn_cellular_respiration_62(X))
& fn_cellular_respiration_18(X) = fn_citric_acid_cycle_27(fn_cellular_respiration_62(X))
& fn_cellular_respiration_21(X) = fn_citric_acid_cycle_5(fn_cellular_respiration_62(X))
& fn_cellular_respiration_26(X) = fn_citric_acid_cycle_66(fn_cellular_respiration_62(X))
& fn_cellular_respiration_41(X) = fn_citric_acid_cycle_37(fn_cellular_respiration_62(X))
& fn_cellular_respiration_46(X) = fn_citric_acid_cycle_48(fn_cellular_respiration_62(X))
& fn_cellular_respiration_56(X) = fn_citric_acid_cycle_109(fn_cellular_respiration_62(X))
& fn_cellular_respiration_43(X) = fn_citric_acid_cycle_12(fn_cellular_respiration_62(X))
& fn_cellular_respiration_61(X) = fn_citric_acid_cycle_17(fn_cellular_respiration_62(X))
& fn_cellular_respiration_20(X) = fn_citric_acid_cycle_57(fn_cellular_respiration_62(X))
& fn_cellular_respiration_53(X) = fn_citric_acid_cycle_108(fn_cellular_respiration_62(X))
& fn_cellular_respiration_19(X) = fn_citric_acid_cycle_113(fn_cellular_respiration_62(X))
& fn_cellular_respiration_19(X) = fn_citric_acid_cycle_115(fn_cellular_respiration_62(X))
& fn_cellular_respiration_19(X) = fn_citric_acid_cycle_107(fn_cellular_respiration_62(X))
& fn_cellular_respiration_19(X) = fn_citric_acid_cycle_106(fn_cellular_respiration_62(X))
& fn_cellular_respiration_19(X) = fn_citric_acid_cycle_72(fn_cellular_respiration_62(X))
& fn_electron_recipient_2(fn_cellular_respiration_67(X)) = fn_electron_recipient_2(fn_cellular_respiration_67(X))
& fn_electron_recipient_2(fn_cellular_respiration_67(X)) = fn_exergonic_reaction_10(X)
& fn_exergonic_reaction_10(X) = fn_exergonic_reaction_10(X)
& fn_exergonic_reaction_10(X) = fn_waste_1(fn_cellular_respiration_58(X))
& fn_waste_1(fn_cellular_respiration_58(X)) = fn_exergonic_reaction_11(X)
& fn_exergonic_reaction_11(X) = fn_exergonic_reaction_11(X)
& fn_exergonic_reaction_11(X) = fn_functional_group_1(fn_cellular_respiration_74(X))
& fn_functional_group_1(fn_cellular_respiration_74(X)) = fn_pyruvate_oxidation_85(fn_cellular_respiration_54(X))
& fn_pyruvate_oxidation_85(fn_cellular_respiration_54(X)) = fn_pyruvate_oxidation_85(fn_cellular_respiration_54(X))
& fn_pyruvate_oxidation_85(fn_cellular_respiration_54(X)) = fn_glycolysis_55(fn_cellular_respiration_60(X))
& fn_glycolysis_55(fn_cellular_respiration_60(X)) = fn_organic_molecule_2(fn_cellular_respiration_65(X))
& fn_glycolysis_28(fn_cellular_respiration_60(X)) = fn_organic_molecule_2(fn_cellular_respiration_65(X))
& fn_organic_molecule_2(fn_cellular_respiration_65(X)) = fn_glycolysis_28(fn_cellular_respiration_60(X))
& fn_glycolysis_28(fn_cellular_respiration_60(X)) = fn_glycolysis_28(fn_cellular_respiration_60(X))
& fn_glycolysis_28(fn_cellular_respiration_60(X)) = fn_glycolysis_62(fn_cellular_respiration_60(X))
& fn_glycolysis_62(fn_cellular_respiration_60(X)) = fn_glycolysis_13(fn_cellular_respiration_60(X))
& fn_glycolysis_13(fn_cellular_respiration_60(X)) = fn_glycolysis_13(fn_cellular_respiration_60(X))
& fn_glycolysis_13(fn_cellular_respiration_60(X)) = fn_glycolysis_63(fn_cellular_respiration_60(X))
& fn_glycolysis_63(fn_cellular_respiration_60(X)) = fn_glycolysis_62(fn_cellular_respiration_60(X))
& fn_glycolysis_62(fn_cellular_respiration_60(X)) = fn_glycolysis_62(fn_cellular_respiration_60(X))
& fn_glycolysis_62(fn_cellular_respiration_60(X)) = fn_glycolysis_63(fn_cellular_respiration_60(X))
& fn_glycolysis_63(fn_cellular_respiration_60(X)) = fn_glycolysis_63(fn_cellular_respiration_60(X))
& fn_glycolysis_63(fn_cellular_respiration_60(X)) = fn_anabolic_pathway_6(fn_cellular_respiration_27(X))
& fn_synthesis_of_atp_10(fn_cellular_respiration_27(X)) = fn_anabolic_pathway_6(fn_cellular_respiration_27(X))
& fn_anabolic_pathway_6(fn_cellular_respiration_27(X)) = fn_synthesis_of_atp_10(fn_cellular_respiration_27(X))
& fn_oxidative_phosphorylation_12(fn_cellular_respiration_63(X)) = fn_oxidative_phosphorylation_12(fn_cellular_respiration_63(X))
& fn_oxidative_phosphorylation_12(fn_cellular_respiration_63(X)) = fn_synthesis_of_atp_10(fn_cellular_respiration_27(X))
& fn_synthesis_of_atp_10(fn_cellular_respiration_27(X)) = fn_oxidative_phosphorylation_12(fn_cellular_respiration_63(X))
& fn_oxidative_phosphorylation_12(fn_cellular_respiration_63(X)) = fn_oxidative_phosphorylation_51(fn_cellular_respiration_63(X))
& fn_oxidative_phosphorylation_51(fn_cellular_respiration_63(X)) = fn_synthesis_of_atp_6(fn_cellular_respiration_27(X))
& fn_synthesis_of_atp_6(fn_cellular_respiration_27(X)) = fn_anabolic_pathway_4(fn_cellular_respiration_27(X))
& fn_anabolic_pathway_4(fn_cellular_respiration_27(X)) = fn_oxidative_phosphorylation_50(fn_cellular_respiration_63(X))
& fn_synthesis_of_atp_23(fn_cellular_respiration_27(X)) = fn_oxidative_phosphorylation_50(fn_cellular_respiration_63(X))
& fn_oxidative_phosphorylation_50(fn_cellular_respiration_63(X)) = fn_synthesis_of_atp_23(fn_cellular_respiration_27(X))
& fn_synthesis_of_atp_23(fn_cellular_respiration_27(X)) = fn_synthesis_of_atp_23(fn_cellular_respiration_27(X))
& fn_synthesis_of_atp_23(fn_cellular_respiration_27(X)) = fn_organic_molecule_1(fn_cellular_respiration_65(X))
& fn_glycolysis_27(fn_cellular_respiration_60(X)) = fn_organic_molecule_1(fn_cellular_respiration_65(X))
& fn_organic_molecule_1(fn_cellular_respiration_65(X)) = fn_glycolysis_27(fn_cellular_respiration_60(X))
& fn_glycolysis_27(fn_cellular_respiration_60(X)) = fn_glycolysis_27(fn_cellular_respiration_60(X))
& fn_glycolysis_27(fn_cellular_respiration_60(X)) = fn_nad_plus_20(fn_cellular_respiration_65(X))
& fn_nad_plus_20(fn_cellular_respiration_65(X)) = fn_nad_plus_20(fn_cellular_respiration_65(X))
& fn_nad_plus_20(fn_cellular_respiration_65(X)) = fn_pyruvate_oxidation_90(fn_cellular_respiration_54(X))
& fn_pyruvate_oxidation_90(fn_cellular_respiration_54(X)) = fn_pyruvate_oxidation_90(fn_cellular_respiration_54(X))
& fn_pyruvate_oxidation_90(fn_cellular_respiration_54(X)) = fn_carboxyl_group_25(fn_cellular_respiration_74(X))
& fn_carboxyl_group_25(fn_cellular_respiration_74(X)) = fn_carboxyl_group_25(fn_cellular_respiration_74(X))
& fn_carboxyl_group_25(fn_cellular_respiration_74(X)) = fn_pyruvate_oxidation_89(fn_cellular_respiration_54(X))
& fn_pyruvate_oxidation_89(fn_cellular_respiration_54(X)) = fn_carboxyl_group_24(fn_cellular_respiration_74(X))
& fn_carboxyl_group_24(fn_cellular_respiration_74(X)) = fn_carboxyl_group_23(fn_cellular_respiration_74(X))
& fn_carboxyl_group_23(fn_cellular_respiration_74(X)) = fn_pyruvate_oxidation_54(fn_cellular_respiration_54(X))
& fn_pyruvate_oxidation_54(fn_cellular_respiration_54(X)) = fn_pyruvate_oxidation_54(fn_cellular_respiration_54(X))
& fn_pyruvate_oxidation_54(fn_cellular_respiration_54(X)) = fn_carboxyl_group_23(fn_cellular_respiration_74(X))
& fn_carboxyl_group_23(fn_cellular_respiration_74(X)) = fn_carboxyl_group_23(fn_cellular_respiration_74(X))
& fn_carboxyl_group_23(fn_cellular_respiration_74(X)) = fn_carboxyl_group_24(fn_cellular_respiration_74(X))
& fn_carboxyl_group_24(fn_cellular_respiration_74(X)) = fn_carboxyl_group_24(fn_cellular_respiration_74(X))
& fn_carboxyl_group_24(fn_cellular_respiration_74(X)) = fn_pyruvate_oxidation_67(fn_cellular_respiration_54(X))
& fn_pyruvate_oxidation_67(fn_cellular_respiration_54(X)) = fn_pyruvate_oxidation_67(fn_cellular_respiration_54(X))
& fn_pyruvate_oxidation_67(fn_cellular_respiration_54(X)) = fn_carboxyl_group_19(fn_cellular_respiration_74(X))
& fn_carboxyl_group_19(fn_cellular_respiration_74(X)) = fn_carboxyl_group_19(fn_cellular_respiration_74(X))
& fn_carboxyl_group_19(fn_cellular_respiration_74(X)) = fn_pyruvate_oxidation_7(fn_cellular_respiration_54(X))
& fn_pyruvate_oxidation_7(fn_cellular_respiration_54(X)) = fn_glycolysis_88(fn_cellular_respiration_60(X))
& fn_glycolysis_88(fn_cellular_respiration_60(X)) = fn_glycolysis_88(fn_cellular_respiration_60(X))
& fn_glycolysis_88(fn_cellular_respiration_60(X)) = fn_citric_acid_cycle_9(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_9(fn_cellular_respiration_62(X)) = fn_citric_acid_cycle_116(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_116(fn_cellular_respiration_62(X)) = fn_citric_acid_cycle_101(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_101(fn_cellular_respiration_62(X)) = fn_citric_acid_cycle_116(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_116(fn_cellular_respiration_62(X)) = fn_glycolysis_75(fn_cellular_respiration_60(X))
& fn_glycolysis_75(fn_cellular_respiration_60(X)) = fn_synthesis_of_organic_molecule_1(fn_cellular_respiration_27(X))
& fn_synthesis_of_organic_molecule_1(fn_cellular_respiration_27(X)) = fn_glycolysis_75(fn_cellular_respiration_60(X))
& fn_glycolysis_75(fn_cellular_respiration_60(X)) = fn_glycolysis_75(fn_cellular_respiration_60(X))
& fn_glycolysis_75(fn_cellular_respiration_60(X)) = fn_oxidative_phosphorylation_56(fn_cellular_respiration_63(X))
& fn_oxidative_phosphorylation_56(fn_cellular_respiration_63(X)) = fn_oxidative_phosphorylation_56(fn_cellular_respiration_63(X))
& fn_oxidative_phosphorylation_56(fn_cellular_respiration_63(X)) = fn_synthesis_of_atp_13(fn_cellular_respiration_27(X))
& fn_synthesis_of_atp_13(fn_cellular_respiration_27(X)) = fn_synthesis_of_atp_13(fn_cellular_respiration_27(X))
& fn_synthesis_of_atp_13(fn_cellular_respiration_27(X)) = fn_citric_acid_cycle_19(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_19(fn_cellular_respiration_62(X)) = fn_glycolysis_78(fn_cellular_respiration_60(X))
& fn_glycolysis_78(fn_cellular_respiration_60(X)) = fn_nadh_5(fn_cellular_respiration_56(X))
& fn_nadh_5(fn_cellular_respiration_56(X)) = fn_nadh_5(fn_cellular_respiration_56(X))
& fn_nadh_5(fn_cellular_respiration_56(X)) = fn_glycolysis_78(fn_cellular_respiration_60(X))
& fn_glycolysis_78(fn_cellular_respiration_60(X)) = fn_glycolysis_78(fn_cellular_respiration_60(X))
& fn_glycolysis_78(fn_cellular_respiration_60(X)) = fn_citric_acid_cycle_105(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_105(fn_cellular_respiration_62(X)) = fn_citric_acid_cycle_105(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_105(fn_cellular_respiration_62(X)) = fn_glycolysis_81(fn_cellular_respiration_60(X))
& fn_glycolysis_81(fn_cellular_respiration_60(X)) = fn_glycolysis_81(fn_cellular_respiration_60(X))
& fn_glycolysis_81(fn_cellular_respiration_60(X)) = fn_citric_acid_cycle_47(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_47(fn_cellular_respiration_62(X)) = fn_citric_acid_cycle_47(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_47(fn_cellular_respiration_62(X)) = fn_chemical_reaction_1(fn_cellular_respiration_63(X))
& fn_chemical_reaction_1(fn_cellular_respiration_63(X)) = fn_glycolysis_74(fn_cellular_respiration_60(X))
& fn_glycolysis_74(fn_cellular_respiration_60(X)) = fn_glycolysis_74(fn_cellular_respiration_60(X))
& fn_glycolysis_74(fn_cellular_respiration_60(X)) = fn_nad_plus_1(fn_cellular_respiration_65(X))
& fn_nad_plus_1(fn_cellular_respiration_65(X)) = fn_nad_plus_1(fn_cellular_respiration_65(X))
& fn_nad_plus_1(fn_cellular_respiration_65(X)) = fn_citric_acid_cycle_109(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_109(fn_cellular_respiration_62(X)) = fn_citric_acid_cycle_109(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_109(fn_cellular_respiration_62(X)) = fn_exergonic_reaction_6(X)
& fn_exergonic_reaction_6(X) = fn_citric_acid_cycle_12(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_12(fn_cellular_respiration_62(X)) = fn_citric_acid_cycle_12(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_12(fn_cellular_respiration_62(X)) = fn_waste_1(fn_cellular_respiration_59(X))
& fn_waste_1(fn_cellular_respiration_59(X)) = fn_citric_acid_cycle_17(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_17(fn_cellular_respiration_62(X)) = fn_citric_acid_cycle_17(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_17(fn_cellular_respiration_62(X)) = fn_pyruvate_oxidation_87(fn_cellular_respiration_54(X))
& fn_pyruvate_oxidation_87(fn_cellular_respiration_54(X)) = fn_pyruvate_oxidation_87(fn_cellular_respiration_54(X))
& fn_pyruvate_oxidation_87(fn_cellular_respiration_54(X)) = fn_citric_acid_cycle_108(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_108(fn_cellular_respiration_62(X)) = fn_citric_acid_cycle_108(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_108(fn_cellular_respiration_62(X)) = fn_citric_acid_cycle_113(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_113(fn_cellular_respiration_62(X)) = fn_citric_acid_cycle_115(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_115(fn_cellular_respiration_62(X)) = fn_citric_acid_cycle_115(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_115(fn_cellular_respiration_62(X)) = fn_citric_acid_cycle_107(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_106(fn_cellular_respiration_62(X)) = fn_citric_acid_cycle_107(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_107(fn_cellular_respiration_62(X)) = fn_citric_acid_cycle_106(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_106(fn_cellular_respiration_62(X)) = fn_citric_acid_cycle_106(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_72(fn_cellular_respiration_62(X)) = fn_citric_acid_cycle_72(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_72(fn_cellular_respiration_62(X)) = fn_citric_acid_cycle_106(fn_cellular_respiration_62(X))
& fn_citric_acid_cycle_106(fn_cellular_respiration_62(X)) = fn_citric_acid_cycle_72(fn_cellular_respiration_62(X)) ) ) ).
fof(a528250,axiom,
! [X] :
( cellular_respiration_of_complex_carbohydrate_1(X)
=> ( original_name_2(X,'Cellular-Respiration-Of-Complex-Carbohydrate')
& user_description_2(X,'The sum of catabolic pathways, including aerobic and anaerobic respiration, that first break complex carbohydrate molecules into their constituent monomers, then further break down the monomers and use an electron transport chain to generate ATP.')
& concept2words_2(X,'perform cellular respiration')
& concept2words_2(X,'cellular respiration of complex carbohydrate')
& concept2words_2(X,'cellular-respiration-of-complex-carbohydrate')
& exergonic_reaction_1(X)
& catabolism_1(X)
& oxygen_1(fn_cellular_respiration_of_complex_carbohydrate_1(X))
& end_1(fn_cellular_respiration_of_complex_carbohydrate_2(X))
& organism_1(fn_cellular_respiration_of_complex_carbohydrate_3(X))
& time_interval_1(fn_cellular_respiration_of_complex_carbohydrate_4(X))
& time_interval_1(fn_cellular_respiration_of_complex_carbohydrate_5(X))
& time_interval_1(fn_cellular_respiration_of_complex_carbohydrate_6(X))
& time_interval_1(fn_cellular_respiration_of_complex_carbohydrate_7(X))
& time_interval_1(fn_cellular_respiration_of_complex_carbohydrate_8(X))
& oxidative_phosphorylation_1(fn_cellular_respiration_of_complex_carbohydrate_9(X))
& citric_acid_cycle_1(fn_cellular_respiration_of_complex_carbohydrate_10(X))
& quantity_value_1(fn_cellular_respiration_of_complex_carbohydrate_13(X))
& quantity_value_1(fn_cellular_respiration_of_complex_carbohydrate_14(X))
& chemical_energy_1(fn_cellular_respiration_of_complex_carbohydrate_15(X))
& chemical_energy_1(fn_cellular_respiration_of_complex_carbohydrate_19(X))
& activation_energy_1(fn_cellular_respiration_of_complex_carbohydrate_20(X))
& catabolic_pathway_1(fn_cellular_respiration_of_complex_carbohydrate_21(X))
& chemical_energy_1(fn_cellular_respiration_of_complex_carbohydrate_22(X))
& chemical_energy_1(fn_cellular_respiration_of_complex_carbohydrate_23(X))
& quantity_value_1(fn_cellular_respiration_of_complex_carbohydrate_24(X))
& quantity_value_1(fn_cellular_respiration_of_complex_carbohydrate_25(X))
& organic_molecule_1(fn_cellular_respiration_of_complex_carbohydrate_26(X))
& pyruvate_1(fn_cellular_respiration_of_complex_carbohydrate_26(X))
& chemical_entity_1(fn_cellular_respiration_of_complex_carbohydrate_26(X))
& pyruvate_oxidation_1(fn_cellular_respiration_of_complex_carbohydrate_27(X))
& glycolysis_1(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& oxidation_1(fn_cellular_respiration_of_complex_carbohydrate_29(X))
& spatial_entity_1(fn_cellular_respiration_of_complex_carbohydrate_30(X))
& tangible_entity_1(fn_cellular_respiration_of_complex_carbohydrate_30(X))
& chemical_entity_1(fn_cellular_respiration_of_complex_carbohydrate_30(X))
& organic_molecule_1(fn_cellular_respiration_of_complex_carbohydrate_30(X))
& nad_plus_1(fn_cellular_respiration_of_complex_carbohydrate_30(X))
& molecule_1(fn_cellular_respiration_of_complex_carbohydrate_30(X))
& water_molecule_1(fn_cellular_respiration_of_complex_carbohydrate_31(X))
& fuel_1(fn_cellular_respiration_of_complex_carbohydrate_32(X))
& food_1(fn_cellular_respiration_of_complex_carbohydrate_33(X))
& carbohydrate_1(fn_cellular_respiration_of_complex_carbohydrate_34(X))
& hydrolysis_1(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& carbon_skeleton_1(fn_cellular_respiration_of_complex_carbohydrate_36(X))
& carbonyl_group_1(fn_cellular_respiration_of_complex_carbohydrate_37(X))
& hydrogen_1(fn_cellular_respiration_of_complex_carbohydrate_38(X))
& entity_1(fn_cellular_respiration_of_complex_carbohydrate_39(X))
& chemical_entity_1(fn_cellular_respiration_of_complex_carbohydrate_39(X))
& atom_1(fn_cellular_respiration_of_complex_carbohydrate_39(X))
& carbon_1(fn_cellular_respiration_of_complex_carbohydrate_39(X))
& carbon_dioxide_1(fn_cellular_respiration_of_complex_carbohydrate_40(X))
& water_molecule_1(fn_cellular_respiration_of_complex_carbohydrate_41(X))
& quantity_value_1(fn_cellular_respiration_of_complex_carbohydrate_42(X))
& quantity_value_1(fn_cellular_respiration_of_complex_carbohydrate_43(X))
& chemical_energy_1(fn_cellular_respiration_of_complex_carbohydrate_44(X))
& chemical_energy_1(fn_cellular_respiration_of_complex_carbohydrate_45(X))
& chemical_entity_1(fn_cellular_respiration_of_complex_carbohydrate_46(X))
& atom_1(fn_cellular_respiration_of_complex_carbohydrate_47(X))
& chemical_entity_1(fn_cellular_respiration_of_complex_carbohydrate_47(X))
& organic_molecule_1(fn_cellular_respiration_of_complex_carbohydrate_48(X))
& chemical_entity_1(fn_cellular_respiration_of_complex_carbohydrate_49(X))
& atom_1(fn_organic_molecule_2(fn_cellular_respiration_of_complex_carbohydrate_34(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_cellular_respiration_of_complex_carbohydrate_34(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_cellular_respiration_of_complex_carbohydrate_48(X)))
& atom_1(fn_organic_molecule_2(fn_cellular_respiration_of_complex_carbohydrate_48(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_cellular_respiration_of_complex_carbohydrate_48(X)))
& chemical_energy_1(fn_exergonic_reaction_3(fn_cellular_respiration_of_complex_carbohydrate_35(X)))
& water_molecule_1(fn_hydrolysis_10(fn_cellular_respiration_of_complex_carbohydrate_35(X)))
& chemical_energy_1(fn_hydrolysis_17(fn_cellular_respiration_of_complex_carbohydrate_35(X)))
& property_node_1(fn_hydrolysis_19(fn_cellular_respiration_of_complex_carbohydrate_35(X)))
& chemical_entity_1(fn_hydrolysis_1(fn_cellular_respiration_of_complex_carbohydrate_35(X)))
& property_node_1(fn_hydrolysis_18(fn_cellular_respiration_of_complex_carbohydrate_35(X)))
& quantity_value_1(fn_hydrolysis_16(fn_cellular_respiration_of_complex_carbohydrate_35(X)))
& quantity_value_1(fn_hydrolysis_15(fn_cellular_respiration_of_complex_carbohydrate_35(X)))
& chemical_energy_1(fn_hydrolysis_14(fn_cellular_respiration_of_complex_carbohydrate_35(X)))
& oxidation_1(fn_glycolysis_22(fn_cellular_respiration_of_complex_carbohydrate_28(X)))
& property_node_1(fn_glycolysis_90(fn_cellular_respiration_of_complex_carbohydrate_28(X)))
& property_node_1(fn_glycolysis_84(fn_cellular_respiration_of_complex_carbohydrate_28(X)))
& entity_1(fn_carbonyl_group_7(fn_cellular_respiration_of_complex_carbohydrate_37(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_cellular_respiration_of_complex_carbohydrate_37(X)))
& atom_1(fn_carbonyl_group_7(fn_cellular_respiration_of_complex_carbohydrate_37(X)))
& carbon_1(fn_carbonyl_group_7(fn_cellular_respiration_of_complex_carbohydrate_37(X)))
& carbon_1(fn_organic_molecule_1(fn_cellular_respiration_of_complex_carbohydrate_48(X)))
& tangible_entity_1(fn_food_3(fn_cellular_respiration_of_complex_carbohydrate_33(X)))
& tangible_entity_1(fn_fuel_7(fn_cellular_respiration_of_complex_carbohydrate_32(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_cellular_respiration_of_complex_carbohydrate_35(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_cellular_respiration_of_complex_carbohydrate_35(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_cellular_respiration_of_complex_carbohydrate_35(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_cellular_respiration_of_complex_carbohydrate_35(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_cellular_respiration_of_complex_carbohydrate_35(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_cellular_respiration_of_complex_carbohydrate_21(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_cellular_respiration_of_complex_carbohydrate_28(X)))
& organic_molecule_1(fn_pyruvate_oxidation_85(fn_cellular_respiration_of_complex_carbohydrate_27(X)))
& chemical_entity_1(fn_pyruvate_oxidation_85(fn_cellular_respiration_of_complex_carbohydrate_27(X)))
& pyruvate_1(fn_pyruvate_oxidation_85(fn_cellular_respiration_of_complex_carbohydrate_27(X)))
& pyruvate_1(fn_glycolysis_55(fn_cellular_respiration_of_complex_carbohydrate_28(X)))
& chemical_entity_1(fn_glycolysis_55(fn_cellular_respiration_of_complex_carbohydrate_28(X)))
& activation_energy_1(fn_catabolic_pathway_6(fn_cellular_respiration_of_complex_carbohydrate_21(X)))
& activation_energy_1(fn_glycolysis_70(fn_cellular_respiration_of_complex_carbohydrate_28(X)))
& chemical_energy_1(fn_exergonic_reaction_6(fn_cellular_respiration_of_complex_carbohydrate_28(X)))
& chemical_energy_1(fn_exergonic_reaction_6(fn_cellular_respiration_of_complex_carbohydrate_21(X)))
& chemical_energy_1(fn_pyruvate_oxidation_3(fn_cellular_respiration_of_complex_carbohydrate_27(X)))
& chemical_energy_1(fn_glycolysis_108(fn_cellular_respiration_of_complex_carbohydrate_28(X)))
& quantity_value_1(fn_exergonic_reaction_5(fn_cellular_respiration_of_complex_carbohydrate_21(X)))
& quantity_value_1(fn_glycolysis_83(fn_cellular_respiration_of_complex_carbohydrate_28(X)))
& quantity_value_1(fn_exergonic_reaction_4(fn_cellular_respiration_of_complex_carbohydrate_21(X)))
& quantity_value_1(fn_glycolysis_89(fn_cellular_respiration_of_complex_carbohydrate_28(X)))
& chemical_energy_1(fn_exergonic_reaction_3(fn_cellular_respiration_of_complex_carbohydrate_21(X)))
& chemical_energy_1(fn_glycolysis_88(fn_cellular_respiration_of_complex_carbohydrate_28(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_cellular_respiration_of_complex_carbohydrate_21(X)))
& spatial_entity_1(fn_glycolysis_78(fn_cellular_respiration_of_complex_carbohydrate_28(X)))
& tangible_entity_1(fn_glycolysis_78(fn_cellular_respiration_of_complex_carbohydrate_28(X)))
& chemical_entity_1(fn_glycolysis_78(fn_cellular_respiration_of_complex_carbohydrate_28(X)))
& organic_molecule_1(fn_glycolysis_78(fn_cellular_respiration_of_complex_carbohydrate_28(X)))
& nad_plus_1(fn_glycolysis_78(fn_cellular_respiration_of_complex_carbohydrate_28(X)))
& molecule_1(fn_glycolysis_78(fn_cellular_respiration_of_complex_carbohydrate_28(X)))
& time_during_2(fn_cellular_respiration_of_complex_carbohydrate_10(X),fn_cellular_respiration_of_complex_carbohydrate_5(X))
& next_event_2(fn_cellular_respiration_of_complex_carbohydrate_10(X),fn_cellular_respiration_of_complex_carbohydrate_9(X))
& time_before_2(fn_cellular_respiration_of_complex_carbohydrate_8(X),fn_cellular_respiration_of_complex_carbohydrate_6(X))
& time_before_2(fn_cellular_respiration_of_complex_carbohydrate_8(X),fn_cellular_respiration_of_complex_carbohydrate_7(X))
& time_before_2(fn_cellular_respiration_of_complex_carbohydrate_4(X),fn_cellular_respiration_of_complex_carbohydrate_5(X))
& next_event_2(fn_cellular_respiration_of_complex_carbohydrate_27(X),fn_cellular_respiration_of_complex_carbohydrate_10(X))
& time_during_2(fn_cellular_respiration_of_complex_carbohydrate_27(X),fn_cellular_respiration_of_complex_carbohydrate_4(X))
& next_event_2(fn_cellular_respiration_of_complex_carbohydrate_28(X),fn_cellular_respiration_of_complex_carbohydrate_27(X))
& result_2(fn_cellular_respiration_of_complex_carbohydrate_29(X),fn_cellular_respiration_of_complex_carbohydrate_26(X))
& possesses_2(fn_cellular_respiration_of_complex_carbohydrate_31(X),fn_cellular_respiration_of_complex_carbohydrate_44(X))
& subevent_2(X,fn_cellular_respiration_of_complex_carbohydrate_35(X))
& subevent_2(X,fn_cellular_respiration_of_complex_carbohydrate_28(X))
& subevent_2(X,fn_cellular_respiration_of_complex_carbohydrate_27(X))
& subevent_2(X,fn_cellular_respiration_of_complex_carbohydrate_10(X))
& subevent_2(X,fn_cellular_respiration_of_complex_carbohydrate_9(X))
& first_subevent_2(X,fn_cellular_respiration_of_complex_carbohydrate_35(X))
& experiencer_2(X,fn_cellular_respiration_of_complex_carbohydrate_3(X))
& time_during_2(fn_cellular_respiration_of_complex_carbohydrate_35(X),fn_cellular_respiration_of_complex_carbohydrate_8(X))
& next_event_2(fn_cellular_respiration_of_complex_carbohydrate_35(X),fn_cellular_respiration_of_complex_carbohydrate_28(X))
& result_2(fn_cellular_respiration_of_complex_carbohydrate_35(X),fn_cellular_respiration_of_complex_carbohydrate_48(X))
& has_region_2(fn_cellular_respiration_of_complex_carbohydrate_36(X),fn_cellular_respiration_of_complex_carbohydrate_2(X))
& is_at_2(fn_cellular_respiration_of_complex_carbohydrate_37(X),fn_cellular_respiration_of_complex_carbohydrate_2(X))
& fn_cellular_respiration_of_complex_carbohydrate_38(X) != fn_cellular_respiration_of_complex_carbohydrate_1(X)
& has_state_2(fn_cellular_respiration_of_complex_carbohydrate_47(X),fn_cellular_respiration_of_complex_carbohydrate_48(X))
& fn_cellular_respiration_of_complex_carbohydrate_1(X) != fn_cellular_respiration_of_complex_carbohydrate_38(X)
& has_part_2(fn_cellular_respiration_of_complex_carbohydrate_48(X),fn_cellular_respiration_of_complex_carbohydrate_1(X))
& result_2(X,fn_cellular_respiration_of_complex_carbohydrate_40(X))
& plays_2(fn_cellular_respiration_of_complex_carbohydrate_34(X),fn_cellular_respiration_of_complex_carbohydrate_33(X))
& plays_2(fn_cellular_respiration_of_complex_carbohydrate_34(X),fn_cellular_respiration_of_complex_carbohydrate_32(X))
& result_2(X,fn_cellular_respiration_of_complex_carbohydrate_41(X))
& possesses_2(fn_cellular_respiration_of_complex_carbohydrate_41(X),fn_cellular_respiration_of_complex_carbohydrate_15(X))
& result_2(fn_cellular_respiration_of_complex_carbohydrate_21(X),fn_cellular_respiration_of_complex_carbohydrate_26(X))
& raw_material_2(fn_cellular_respiration_of_complex_carbohydrate_21(X),fn_cellular_respiration_of_complex_carbohydrate_30(X))
& has_part_2(fn_cellular_respiration_of_complex_carbohydrate_34(X),fn_cellular_respiration_of_complex_carbohydrate_47(X))
& raw_material_2(fn_cellular_respiration_of_complex_carbohydrate_21(X),fn_cellular_respiration_of_complex_carbohydrate_20(X))
& is_inside_2(fn_cellular_respiration_of_complex_carbohydrate_39(X),fn_cellular_respiration_of_complex_carbohydrate_37(X))
& raw_material_2(fn_cellular_respiration_of_complex_carbohydrate_35(X),fn_cellular_respiration_of_complex_carbohydrate_34(X))
& has_part_2(fn_cellular_respiration_of_complex_carbohydrate_34(X),fn_cellular_respiration_of_complex_carbohydrate_46(X))
& fn_cellular_respiration_of_complex_carbohydrate_31(X) != fn_cellular_respiration_of_complex_carbohydrate_34(X)
& fn_cellular_respiration_of_complex_carbohydrate_34(X) != fn_cellular_respiration_of_complex_carbohydrate_31(X)
& has_part_2(fn_cellular_respiration_of_complex_carbohydrate_48(X),fn_cellular_respiration_of_complex_carbohydrate_38(X))
& fn_cellular_respiration_of_complex_carbohydrate_38(X) != fn_cellular_respiration_of_complex_carbohydrate_39(X)
& is_inside_2(fn_cellular_respiration_of_complex_carbohydrate_39(X),fn_cellular_respiration_of_complex_carbohydrate_36(X))
& fn_cellular_respiration_of_complex_carbohydrate_39(X) != fn_cellular_respiration_of_complex_carbohydrate_38(X)
& raw_material_2(fn_cellular_respiration_of_complex_carbohydrate_27(X),fn_cellular_respiration_of_complex_carbohydrate_26(X))
& possesses_2(fn_cellular_respiration_of_complex_carbohydrate_26(X),fn_cellular_respiration_of_complex_carbohydrate_23(X))
& quantity_2(fn_cellular_respiration_of_complex_carbohydrate_15(X),fn_cellular_respiration_of_complex_carbohydrate_14(X))
& raw_material_2(X,fn_cellular_respiration_of_complex_carbohydrate_34(X))
& possesses_2(fn_cellular_respiration_of_complex_carbohydrate_34(X),fn_cellular_respiration_of_complex_carbohydrate_19(X))
& quantity_2(fn_cellular_respiration_of_complex_carbohydrate_19(X),fn_cellular_respiration_of_complex_carbohydrate_13(X))
& greater_than_2(fn_cellular_respiration_of_complex_carbohydrate_13(X),fn_cellular_respiration_of_complex_carbohydrate_14(X))
& raw_material_2(fn_cellular_respiration_of_complex_carbohydrate_35(X),fn_cellular_respiration_of_complex_carbohydrate_31(X))
& quantity_2(fn_cellular_respiration_of_complex_carbohydrate_44(X),fn_cellular_respiration_of_complex_carbohydrate_43(X))
& has_state_2(fn_cellular_respiration_of_complex_carbohydrate_46(X),fn_cellular_respiration_of_complex_carbohydrate_49(X))
& result_2(fn_cellular_respiration_of_complex_carbohydrate_35(X),fn_cellular_respiration_of_complex_carbohydrate_49(X))
& possesses_2(fn_cellular_respiration_of_complex_carbohydrate_49(X),fn_cellular_respiration_of_complex_carbohydrate_45(X))
& quantity_2(fn_cellular_respiration_of_complex_carbohydrate_45(X),fn_cellular_respiration_of_complex_carbohydrate_42(X))
& greater_than_2(fn_cellular_respiration_of_complex_carbohydrate_43(X),fn_cellular_respiration_of_complex_carbohydrate_42(X))
& result_2(fn_cellular_respiration_of_complex_carbohydrate_28(X),fn_cellular_respiration_of_complex_carbohydrate_26(X))
& raw_material_2(fn_cellular_respiration_of_complex_carbohydrate_28(X),fn_cellular_respiration_of_complex_carbohydrate_20(X))
& recipient_2(fn_cellular_respiration_of_complex_carbohydrate_29(X),fn_cellular_respiration_of_complex_carbohydrate_30(X))
& raw_material_2(fn_cellular_respiration_of_complex_carbohydrate_28(X),fn_cellular_respiration_of_complex_carbohydrate_30(X))
& possesses_2(fn_cellular_respiration_of_complex_carbohydrate_30(X),fn_cellular_respiration_of_complex_carbohydrate_22(X))
& quantity_2(fn_cellular_respiration_of_complex_carbohydrate_22(X),fn_cellular_respiration_of_complex_carbohydrate_25(X))
& greater_than_2(fn_cellular_respiration_of_complex_carbohydrate_25(X),fn_cellular_respiration_of_complex_carbohydrate_24(X))
& quantity_2(fn_cellular_respiration_of_complex_carbohydrate_23(X),fn_cellular_respiration_of_complex_carbohydrate_24(X))
& fn_cellular_respiration_of_complex_carbohydrate_40(X) = fn_catabolism_2(X)
& fn_cellular_respiration_of_complex_carbohydrate_34(X) = fn_food_3(fn_cellular_respiration_of_complex_carbohydrate_33(X))
& fn_cellular_respiration_of_complex_carbohydrate_34(X) = fn_fuel_7(fn_cellular_respiration_of_complex_carbohydrate_32(X))
& fn_cellular_respiration_of_complex_carbohydrate_41(X) = fn_exergonic_reaction_11(X)
& fn_cellular_respiration_of_complex_carbohydrate_47(X) = fn_organic_molecule_2(fn_cellular_respiration_of_complex_carbohydrate_34(X))
& fn_cellular_respiration_of_complex_carbohydrate_20(X) = fn_catabolic_pathway_6(fn_cellular_respiration_of_complex_carbohydrate_21(X))
& fn_cellular_respiration_of_complex_carbohydrate_39(X) = fn_carbonyl_group_7(fn_cellular_respiration_of_complex_carbohydrate_37(X))
& fn_cellular_respiration_of_complex_carbohydrate_34(X) = fn_hydrolysis_11(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_cellular_respiration_of_complex_carbohydrate_36(X) = fn_organic_molecule_3(fn_cellular_respiration_of_complex_carbohydrate_48(X))
& fn_cellular_respiration_of_complex_carbohydrate_39(X) = fn_organic_molecule_1(fn_cellular_respiration_of_complex_carbohydrate_48(X))
& fn_cellular_respiration_of_complex_carbohydrate_38(X) = fn_organic_molecule_2(fn_cellular_respiration_of_complex_carbohydrate_48(X))
& fn_cellular_respiration_of_complex_carbohydrate_26(X) = fn_exergonic_reaction_11(fn_cellular_respiration_of_complex_carbohydrate_21(X))
& fn_cellular_respiration_of_complex_carbohydrate_23(X) = fn_exergonic_reaction_6(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_cellular_respiration_of_complex_carbohydrate_23(X) = fn_pyruvate_oxidation_3(fn_cellular_respiration_of_complex_carbohydrate_27(X))
& fn_cellular_respiration_of_complex_carbohydrate_26(X) = fn_pyruvate_oxidation_85(fn_cellular_respiration_of_complex_carbohydrate_27(X))
& fn_cellular_respiration_of_complex_carbohydrate_15(X) = fn_exergonic_reaction_6(X)
& fn_cellular_respiration_of_complex_carbohydrate_12(X) = fn_exergonic_reaction_2(X)
& fn_cellular_respiration_of_complex_carbohydrate_11(X) = fn_exergonic_reaction_1(X)
& fn_cellular_respiration_of_complex_carbohydrate_14(X) = fn_exergonic_reaction_5(X)
& fn_cellular_respiration_of_complex_carbohydrate_13(X) = fn_exergonic_reaction_4(X)
& fn_cellular_respiration_of_complex_carbohydrate_34(X) = fn_exergonic_reaction_10(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_cellular_respiration_of_complex_carbohydrate_19(X) = fn_exergonic_reaction_3(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_cellular_respiration_of_complex_carbohydrate_19(X) = fn_exergonic_reaction_3(X)
& fn_cellular_respiration_of_complex_carbohydrate_34(X) = fn_catabolism_1(X)
& fn_cellular_respiration_of_complex_carbohydrate_34(X) = fn_exergonic_reaction_10(X)
& fn_cellular_respiration_of_complex_carbohydrate_31(X) = fn_hydrolysis_10(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_cellular_respiration_of_complex_carbohydrate_44(X) = fn_hydrolysis_17(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_cellular_respiration_of_complex_carbohydrate_16(X) = fn_hydrolysis_19(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_cellular_respiration_of_complex_carbohydrate_46(X) = fn_hydrolysis_1(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_cellular_respiration_of_complex_carbohydrate_17(X) = fn_hydrolysis_18(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_cellular_respiration_of_complex_carbohydrate_43(X) = fn_hydrolysis_16(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_cellular_respiration_of_complex_carbohydrate_42(X) = fn_hydrolysis_15(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_cellular_respiration_of_complex_carbohydrate_45(X) = fn_hydrolysis_14(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_cellular_respiration_of_complex_carbohydrate_49(X) = fn_decomposition_reaction_4(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_cellular_respiration_of_complex_carbohydrate_49(X) = fn_exergonic_reaction_11(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_cellular_respiration_of_complex_carbohydrate_49(X) = fn_hydrolysis_9(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_cellular_respiration_of_complex_carbohydrate_26(X) = fn_exergonic_reaction_11(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_cellular_respiration_of_complex_carbohydrate_26(X) = fn_glycolysis_55(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_cellular_respiration_of_complex_carbohydrate_20(X) = fn_glycolysis_70(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_cellular_respiration_of_complex_carbohydrate_29(X) = fn_glycolysis_22(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_cellular_respiration_of_complex_carbohydrate_18(X) = fn_glycolysis_90(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_cellular_respiration_of_complex_carbohydrate_50(X) = fn_glycolysis_84(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_cellular_respiration_of_complex_carbohydrate_23(X) = fn_exergonic_reaction_6(fn_cellular_respiration_of_complex_carbohydrate_21(X))
& fn_cellular_respiration_of_complex_carbohydrate_23(X) = fn_glycolysis_108(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_cellular_respiration_of_complex_carbohydrate_24(X) = fn_exergonic_reaction_5(fn_cellular_respiration_of_complex_carbohydrate_21(X))
& fn_cellular_respiration_of_complex_carbohydrate_24(X) = fn_glycolysis_83(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_cellular_respiration_of_complex_carbohydrate_25(X) = fn_exergonic_reaction_4(fn_cellular_respiration_of_complex_carbohydrate_21(X))
& fn_cellular_respiration_of_complex_carbohydrate_25(X) = fn_glycolysis_89(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_cellular_respiration_of_complex_carbohydrate_30(X) = fn_exergonic_reaction_10(fn_cellular_respiration_of_complex_carbohydrate_21(X))
& fn_cellular_respiration_of_complex_carbohydrate_22(X) = fn_exergonic_reaction_3(fn_cellular_respiration_of_complex_carbohydrate_21(X))
& fn_cellular_respiration_of_complex_carbohydrate_22(X) = fn_glycolysis_88(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_cellular_respiration_of_complex_carbohydrate_30(X) = fn_glycolysis_78(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_carbonyl_group_7(fn_cellular_respiration_of_complex_carbohydrate_37(X)) = fn_organic_molecule_1(fn_cellular_respiration_of_complex_carbohydrate_48(X))
& fn_organic_molecule_1(fn_cellular_respiration_of_complex_carbohydrate_48(X)) = fn_organic_molecule_1(fn_cellular_respiration_of_complex_carbohydrate_48(X))
& fn_organic_molecule_1(fn_cellular_respiration_of_complex_carbohydrate_48(X)) = fn_food_3(fn_cellular_respiration_of_complex_carbohydrate_33(X))
& fn_food_3(fn_cellular_respiration_of_complex_carbohydrate_33(X)) = fn_fuel_7(fn_cellular_respiration_of_complex_carbohydrate_32(X))
& fn_fuel_7(fn_cellular_respiration_of_complex_carbohydrate_32(X)) = fn_fuel_7(fn_cellular_respiration_of_complex_carbohydrate_32(X))
& fn_fuel_7(fn_cellular_respiration_of_complex_carbohydrate_32(X)) = fn_catabolism_1(X)
& fn_hydrolysis_11(fn_cellular_respiration_of_complex_carbohydrate_35(X)) = fn_catabolism_1(X)
& fn_catabolism_1(X) = fn_hydrolysis_11(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_hydrolysis_11(fn_cellular_respiration_of_complex_carbohydrate_35(X)) = fn_hydrolysis_11(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_exergonic_reaction_10(fn_cellular_respiration_of_complex_carbohydrate_35(X)) = fn_hydrolysis_11(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_hydrolysis_11(fn_cellular_respiration_of_complex_carbohydrate_35(X)) = fn_exergonic_reaction_10(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_exergonic_reaction_10(fn_cellular_respiration_of_complex_carbohydrate_35(X)) = fn_exergonic_reaction_10(X)
& fn_exergonic_reaction_10(X) = fn_exergonic_reaction_10(X)
& fn_exergonic_reaction_10(X) = fn_decomposition_reaction_4(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_decomposition_reaction_4(fn_cellular_respiration_of_complex_carbohydrate_35(X)) = fn_exergonic_reaction_11(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_hydrolysis_9(fn_cellular_respiration_of_complex_carbohydrate_35(X)) = fn_hydrolysis_9(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_hydrolysis_9(fn_cellular_respiration_of_complex_carbohydrate_35(X)) = fn_exergonic_reaction_11(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_exergonic_reaction_11(fn_cellular_respiration_of_complex_carbohydrate_35(X)) = fn_hydrolysis_9(fn_cellular_respiration_of_complex_carbohydrate_35(X))
& fn_hydrolysis_9(fn_cellular_respiration_of_complex_carbohydrate_35(X)) = fn_exergonic_reaction_11(fn_cellular_respiration_of_complex_carbohydrate_21(X))
& fn_exergonic_reaction_11(fn_cellular_respiration_of_complex_carbohydrate_21(X)) = fn_exergonic_reaction_11(fn_cellular_respiration_of_complex_carbohydrate_21(X))
& fn_exergonic_reaction_11(fn_cellular_respiration_of_complex_carbohydrate_21(X)) = fn_exergonic_reaction_11(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_pyruvate_oxidation_85(fn_cellular_respiration_of_complex_carbohydrate_27(X)) = fn_exergonic_reaction_11(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_exergonic_reaction_11(fn_cellular_respiration_of_complex_carbohydrate_28(X)) = fn_pyruvate_oxidation_85(fn_cellular_respiration_of_complex_carbohydrate_27(X))
& fn_pyruvate_oxidation_85(fn_cellular_respiration_of_complex_carbohydrate_27(X)) = fn_pyruvate_oxidation_85(fn_cellular_respiration_of_complex_carbohydrate_27(X))
& fn_pyruvate_oxidation_85(fn_cellular_respiration_of_complex_carbohydrate_27(X)) = fn_glycolysis_55(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_glycolysis_55(fn_cellular_respiration_of_complex_carbohydrate_28(X)) = fn_catabolic_pathway_6(fn_cellular_respiration_of_complex_carbohydrate_21(X))
& fn_catabolic_pathway_6(fn_cellular_respiration_of_complex_carbohydrate_21(X)) = fn_glycolysis_70(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_glycolysis_70(fn_cellular_respiration_of_complex_carbohydrate_28(X)) = fn_exergonic_reaction_6(fn_cellular_respiration_of_complex_carbohydrate_21(X))
& fn_exergonic_reaction_6(fn_cellular_respiration_of_complex_carbohydrate_21(X)) = fn_exergonic_reaction_6(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_exergonic_reaction_6(fn_cellular_respiration_of_complex_carbohydrate_28(X)) = fn_pyruvate_oxidation_3(fn_cellular_respiration_of_complex_carbohydrate_27(X))
& fn_pyruvate_oxidation_3(fn_cellular_respiration_of_complex_carbohydrate_27(X)) = fn_exergonic_reaction_6(fn_cellular_respiration_of_complex_carbohydrate_21(X))
& fn_exergonic_reaction_6(fn_cellular_respiration_of_complex_carbohydrate_21(X)) = fn_pyruvate_oxidation_3(fn_cellular_respiration_of_complex_carbohydrate_27(X))
& fn_pyruvate_oxidation_3(fn_cellular_respiration_of_complex_carbohydrate_27(X)) = fn_glycolysis_108(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_glycolysis_108(fn_cellular_respiration_of_complex_carbohydrate_28(X)) = fn_glycolysis_83(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_glycolysis_83(fn_cellular_respiration_of_complex_carbohydrate_28(X)) = fn_exergonic_reaction_5(fn_cellular_respiration_of_complex_carbohydrate_21(X))
& fn_exergonic_reaction_5(fn_cellular_respiration_of_complex_carbohydrate_21(X)) = fn_glycolysis_83(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_glycolysis_83(fn_cellular_respiration_of_complex_carbohydrate_28(X)) = fn_glycolysis_89(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_glycolysis_89(fn_cellular_respiration_of_complex_carbohydrate_28(X)) = fn_exergonic_reaction_4(fn_cellular_respiration_of_complex_carbohydrate_21(X))
& fn_exergonic_reaction_4(fn_cellular_respiration_of_complex_carbohydrate_21(X)) = fn_glycolysis_89(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_glycolysis_89(fn_cellular_respiration_of_complex_carbohydrate_28(X)) = fn_exergonic_reaction_3(fn_cellular_respiration_of_complex_carbohydrate_21(X))
& fn_glycolysis_88(fn_cellular_respiration_of_complex_carbohydrate_28(X)) = fn_exergonic_reaction_3(fn_cellular_respiration_of_complex_carbohydrate_21(X))
& fn_exergonic_reaction_3(fn_cellular_respiration_of_complex_carbohydrate_21(X)) = fn_glycolysis_88(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_glycolysis_88(fn_cellular_respiration_of_complex_carbohydrate_28(X)) = fn_exergonic_reaction_10(fn_cellular_respiration_of_complex_carbohydrate_21(X))
& fn_glycolysis_78(fn_cellular_respiration_of_complex_carbohydrate_28(X)) = fn_exergonic_reaction_10(fn_cellular_respiration_of_complex_carbohydrate_21(X))
& fn_exergonic_reaction_10(fn_cellular_respiration_of_complex_carbohydrate_21(X)) = fn_glycolysis_78(fn_cellular_respiration_of_complex_carbohydrate_28(X))
& fn_glycolysis_78(fn_cellular_respiration_of_complex_carbohydrate_28(X)) = fn_glycolysis_78(fn_cellular_respiration_of_complex_carbohydrate_28(X)) ) ) ).
fof(a528251,axiom,
! [X] :
( cellular_respiration_of_disaccharide_1(X)
=> ( original_name_2(X,'Cellular-Respiration-Of-Disaccharide')
& user_description_2(X,'Cellular respiration, also known as \'oxidative metabolism\', is one of the key ways a cell gains useful energy.')
& concept2words_2(X,'perform cellular respiration')
& concept2words_2(X,convert)
& concept2words_2(X,'cellular respiration of disaccharide')
& concept2words_2(X,'cellular-respiration-of-disaccharide')
& cellular_respiration_of_complex_carbohydrate_1(X)
& ~ cellular_respiration_using_starch_1(X)
& time_interval_1(fn_cellular_respiration_of_disaccharide_1(X))
& isomerization_reaction_1(fn_cellular_respiration_of_disaccharide_2(X))
& time_interval_1(fn_cellular_respiration_of_disaccharide_3(X))
& time_interval_1(fn_cellular_respiration_of_disaccharide_4(X))
& tangible_entity_1(fn_cellular_respiration_of_disaccharide_5(X))
& heat_1(fn_cellular_respiration_of_disaccharide_6(X))
& electron_1(fn_cellular_respiration_of_disaccharide_7(X))
& chemical_entity_1(fn_cellular_respiration_of_disaccharide_8(X))
& potential_energy_1(fn_cellular_respiration_of_disaccharide_9(X))
& redox_reaction_1(fn_cellular_respiration_of_disaccharide_10(X))
& redox_reaction_1(fn_cellular_respiration_of_disaccharide_11(X))
& potential_energy_1(fn_cellular_respiration_of_disaccharide_12(X))
& time_interval_1(fn_cellular_respiration_of_disaccharide_13(X))
& time_interval_1(fn_cellular_respiration_of_disaccharide_14(X))
& time_interval_1(fn_cellular_respiration_of_disaccharide_15(X))
& water_molecule_1(fn_cellular_respiration_of_disaccharide_16(X))
& chemical_energy_1(fn_cellular_respiration_of_disaccharide_17(X))
& chemical_entity_1(fn_cellular_respiration_of_disaccharide_18(X))
& organic_molecule_1(fn_cellular_respiration_of_disaccharide_18(X))
& atom_1(fn_cellular_respiration_of_disaccharide_19(X))
& chemical_entity_1(fn_cellular_respiration_of_disaccharide_19(X))
& chemical_energy_1(fn_cellular_respiration_of_disaccharide_22(X))
& quantity_value_1(fn_cellular_respiration_of_disaccharide_23(X))
& quantity_value_1(fn_cellular_respiration_of_disaccharide_24(X))
& chemical_energy_1(fn_cellular_respiration_of_disaccharide_25(X))
& entity_1(fn_cellular_respiration_of_disaccharide_26(X))
& chemical_entity_1(fn_cellular_respiration_of_disaccharide_26(X))
& atom_1(fn_cellular_respiration_of_disaccharide_26(X))
& oxygen_1(fn_cellular_respiration_of_disaccharide_26(X))
& oxidation_1(fn_cellular_respiration_of_disaccharide_27(X))
& quantity_value_1(fn_cellular_respiration_of_disaccharide_29(X))
& chemical_energy_1(fn_cellular_respiration_of_disaccharide_30(X))
& fructose_1_comma_6_bisphosphate_1(fn_cellular_respiration_of_disaccharide_31(X))
& atp_1(fn_cellular_respiration_of_disaccharide_32(X))
& phosphorylation_1(fn_cellular_respiration_of_disaccharide_33(X))
& glyceraldehyde_3_phosphate_1(fn_cellular_respiration_of_disaccharide_34(X))
& chemical_entity_1(fn_cellular_respiration_of_disaccharide_34(X))
& ketone_1(fn_cellular_respiration_of_disaccharide_34(X))
& monosaccharide_1(fn_cellular_respiration_of_disaccharide_34(X))
& triose_1(fn_cellular_respiration_of_disaccharide_34(X))
& dihydroxyacetone_phosphate_1(fn_cellular_respiration_of_disaccharide_34(X))
& aldose_1(fn_cellular_respiration_of_disaccharide_34(X))
& entity_1(fn_cellular_respiration_of_disaccharide_35(X))
& chemical_entity_1(fn_cellular_respiration_of_disaccharide_35(X))
& atom_1(fn_cellular_respiration_of_disaccharide_35(X))
& oxygen_1(fn_cellular_respiration_of_disaccharide_35(X))
& functional_group_1(fn_cellular_respiration_of_disaccharide_36(X))
& hydroxyl_group_1(fn_cellular_respiration_of_disaccharide_36(X))
& atom_1(fn_cellular_respiration_of_disaccharide_37(X))
& chemical_entity_1(fn_cellular_respiration_of_disaccharide_37(X))
& entity_1(fn_cellular_respiration_of_disaccharide_38(X))
& chemical_entity_1(fn_cellular_respiration_of_disaccharide_38(X))
& atom_1(fn_cellular_respiration_of_disaccharide_38(X))
& hydrogen_1(fn_cellular_respiration_of_disaccharide_38(X))
& tangible_entity_1(fn_cellular_respiration_of_disaccharide_39(X))
& chemical_entity_1(fn_cellular_respiration_of_disaccharide_39(X))
& entity_1(fn_cellular_respiration_of_disaccharide_39(X))
& atom_1(fn_cellular_respiration_of_disaccharide_39(X))
& hydrogen_1(fn_cellular_respiration_of_disaccharide_39(X))
& time_interval_1(fn_cellular_respiration_of_disaccharide_40(X))
& citric_acid_cycle_1(fn_cellular_respiration_of_disaccharide_41(X))
& enzymatic_reaction_1(fn_cellular_respiration_of_disaccharide_42(X))
& chemical_reaction_1(fn_cellular_respiration_of_disaccharide_43(X))
& spatial_entity_1(fn_cellular_respiration_of_disaccharide_44(X))
& chemical_entity_1(fn_cellular_respiration_of_disaccharide_44(X))
& organic_molecule_1(fn_cellular_respiration_of_disaccharide_44(X))
& molecule_1(fn_cellular_respiration_of_disaccharide_44(X))
& acetyl_coa_1(fn_cellular_respiration_of_disaccharide_44(X))
& chemical_reaction_1(fn_cellular_respiration_of_disaccharide_45(X))
& chemical_entity_1(fn_cellular_respiration_of_disaccharide_46(X))
& acetate_1(fn_cellular_respiration_of_disaccharide_46(X))
& time_interval_1(fn_cellular_respiration_of_disaccharide_47(X))
& time_interval_1(fn_cellular_respiration_of_disaccharide_48(X))
& chemical_reaction_1(fn_cellular_respiration_of_disaccharide_49(X))
& redox_reaction_1(fn_cellular_respiration_of_disaccharide_49(X))
& time_interval_1(fn_cellular_respiration_of_disaccharide_50(X))
& pyruvate_oxidation_1(fn_cellular_respiration_of_disaccharide_51(X))
& chemical_entity_1(fn_cellular_respiration_of_disaccharide_52(X))
& tangible_entity_1(fn_cellular_respiration_of_disaccharide_52(X))
& carbon_dioxide_1(fn_cellular_respiration_of_disaccharide_52(X))
& entity_1(fn_cellular_respiration_of_disaccharide_53(X))
& chemical_entity_1(fn_cellular_respiration_of_disaccharide_53(X))
& atom_1(fn_cellular_respiration_of_disaccharide_53(X))
& carbon_1(fn_cellular_respiration_of_disaccharide_53(X))
& entity_1(fn_cellular_respiration_of_disaccharide_54(X))
& chemical_entity_1(fn_cellular_respiration_of_disaccharide_54(X))
& atom_1(fn_cellular_respiration_of_disaccharide_54(X))
& hydrogen_1(fn_cellular_respiration_of_disaccharide_54(X))
& functional_group_1(fn_cellular_respiration_of_disaccharide_55(X))
& carbonyl_group_1(fn_cellular_respiration_of_disaccharide_55(X))
& carbon_skeleton_1(fn_cellular_respiration_of_disaccharide_56(X))
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& cellular_respiration_1(fn_cellular_respiration_of_disaccharide_58(X))
& chemical_entity_1(fn_cellular_respiration_of_disaccharide_59(X))
& water_molecule_1(fn_cellular_respiration_of_disaccharide_59(X))
& release_1(fn_cellular_respiration_of_disaccharide_60(X))
& free_energy_1(fn_cellular_respiration_of_disaccharide_61(X))
& release_1(fn_cellular_respiration_of_disaccharide_62(X))
& consume_1(fn_cellular_respiration_of_disaccharide_63(X))
& exergonic_reaction_1(fn_cellular_respiration_of_disaccharide_64(X))
& glycolysis_1(fn_cellular_respiration_of_disaccharide_64(X))
& disaccharide_1(fn_cellular_respiration_of_disaccharide_65(X))
& decomposition_reaction_1(fn_cellular_respiration_of_disaccharide_66(X))
& exergonic_reaction_1(fn_cellular_respiration_of_disaccharide_66(X))
& hydrolysis_1(fn_cellular_respiration_of_disaccharide_66(X))
& synthesis_of_organic_molecule_1(fn_cellular_respiration_of_disaccharide_67(X))
& chemical_reaction_1(fn_cellular_respiration_of_disaccharide_67(X))
& synthesis_of_atp_1(fn_cellular_respiration_of_disaccharide_67(X))
& substrate_level_phosphorylation_1(fn_cellular_respiration_of_disaccharide_67(X))
& anabolic_pathway_1(fn_cellular_respiration_of_disaccharide_67(X))
& chemical_energy_1(fn_cellular_respiration_of_disaccharide_68(X))
& quantity_value_1(fn_cellular_respiration_of_disaccharide_69(X))
& quantity_value_1(fn_cellular_respiration_of_disaccharide_70(X))
& organic_molecule_1(fn_cellular_respiration_of_disaccharide_71(X))
& pyruvate_1(fn_cellular_respiration_of_disaccharide_71(X))
& chemical_entity_1(fn_cellular_respiration_of_disaccharide_71(X))
& spatial_entity_1(fn_cellular_respiration_of_disaccharide_72(X))
& tangible_entity_1(fn_cellular_respiration_of_disaccharide_72(X))
& chemical_entity_1(fn_cellular_respiration_of_disaccharide_72(X))
& organic_molecule_1(fn_cellular_respiration_of_disaccharide_72(X))
& nad_plus_1(fn_cellular_respiration_of_disaccharide_72(X))
& molecule_1(fn_cellular_respiration_of_disaccharide_72(X))
& activation_energy_1(fn_cellular_respiration_of_disaccharide_73(X))
& adp_1(fn_cellular_respiration_of_disaccharide_74(X))
& chemical_energy_1(fn_cellular_respiration_of_disaccharide_75(X))
& quantity_value_1(fn_cellular_respiration_of_disaccharide_76(X))
& catabolic_pathway_1(fn_cellular_respiration_of_disaccharide_77(X))
& oxidative_phosphorylation_1(fn_cellular_respiration_of_disaccharide_78(X))
& chemical_entity_1(fn_phosphorylation_2(fn_cellular_respiration_of_disaccharide_33(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_cellular_respiration_of_disaccharide_66(X)))
& tangible_entity_1(fn_release_1(fn_cellular_respiration_of_disaccharide_62(X)))
& tangible_entity_1(fn_release_1(fn_cellular_respiration_of_disaccharide_60(X)))
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& time_interval_1(fn_cellular_respiration_3(fn_cellular_respiration_of_disaccharide_58(X)))
& chemical_reaction_1(fn_pyruvate_oxidation_77(fn_cellular_respiration_of_disaccharide_51(X)))
& redox_reaction_1(fn_pyruvate_oxidation_38(fn_cellular_respiration_of_disaccharide_51(X)))
& chemical_reaction_1(fn_pyruvate_oxidation_65(fn_cellular_respiration_of_disaccharide_51(X)))
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& property_node_1(fn_glycolysis_90(fn_cellular_respiration_of_disaccharide_64(X)))
& enzymatic_reaction_1(fn_glycolysis_56(fn_cellular_respiration_of_disaccharide_64(X)))
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& chemical_energy_1(fn_exergonic_reaction_6(fn_cellular_respiration_of_disaccharide_66(X)))
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& quantity_value_1(fn_exergonic_reaction_5(fn_cellular_respiration_of_disaccharide_66(X)))
& quantity_value_1(fn_hydrolysis_15(fn_cellular_respiration_of_disaccharide_66(X)))
& quantity_value_1(fn_hydrolysis_16(fn_cellular_respiration_of_disaccharide_66(X)))
& chemical_energy_1(fn_hydrolysis_17(fn_cellular_respiration_of_disaccharide_66(X)))
& entity_1(fn_consume_1(fn_cellular_respiration_of_disaccharide_63(X)))
& tangible_entity_1(fn_release_2(fn_cellular_respiration_of_disaccharide_60(X)))
& tangible_entity_1(fn_release_2(fn_cellular_respiration_of_disaccharide_62(X)))
& chemical_entity_1(fn_hydrolysis_1(fn_cellular_respiration_of_disaccharide_66(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_cellular_respiration_of_disaccharide_66(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_cellular_respiration_of_disaccharide_66(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_cellular_respiration_of_disaccharide_58(X)))
& tangible_entity_1(fn_cellular_respiration_61(fn_cellular_respiration_of_disaccharide_58(X)))
& carbon_dioxide_1(fn_cellular_respiration_61(fn_cellular_respiration_of_disaccharide_58(X)))
& oxidative_phosphorylation_1(fn_cellular_respiration_63(fn_cellular_respiration_of_disaccharide_58(X)))
& citric_acid_cycle_1(fn_cellular_respiration_62(fn_cellular_respiration_of_disaccharide_58(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_cellular_respiration_of_disaccharide_49(X)))
& acetate_1(fn_pyruvate_oxidation_11(fn_cellular_respiration_of_disaccharide_51(X)))
& molecule_1(fn_cellular_respiration_53(fn_cellular_respiration_of_disaccharide_58(X)))
& spatial_entity_1(fn_cellular_respiration_53(fn_cellular_respiration_of_disaccharide_58(X)))
& chemical_entity_1(fn_cellular_respiration_53(fn_cellular_respiration_of_disaccharide_58(X)))
& organic_molecule_1(fn_cellular_respiration_53(fn_cellular_respiration_of_disaccharide_58(X)))
& acetyl_coa_1(fn_cellular_respiration_53(fn_cellular_respiration_of_disaccharide_58(X)))
& chemical_entity_1(fn_pyruvate_oxidation_87(fn_cellular_respiration_of_disaccharide_51(X)))
& organic_molecule_1(fn_pyruvate_oxidation_87(fn_cellular_respiration_of_disaccharide_51(X)))
& molecule_1(fn_pyruvate_oxidation_87(fn_cellular_respiration_of_disaccharide_51(X)))
& acetyl_coa_1(fn_pyruvate_oxidation_87(fn_cellular_respiration_of_disaccharide_51(X)))
& pyruvate_oxidation_1(fn_cellular_respiration_54(fn_cellular_respiration_of_disaccharide_58(X)))
& hydrogen_1(fn_hydrolysis_5(fn_cellular_respiration_of_disaccharide_66(X)))
& tangible_entity_1(fn_hydrolysis_8(fn_cellular_respiration_of_disaccharide_66(X)))
& entity_1(fn_hydrolysis_8(fn_cellular_respiration_of_disaccharide_66(X)))
& chemical_entity_1(fn_hydrolysis_8(fn_cellular_respiration_of_disaccharide_66(X)))
& atom_1(fn_hydrolysis_8(fn_cellular_respiration_of_disaccharide_66(X)))
& hydrogen_1(fn_hydrolysis_8(fn_cellular_respiration_of_disaccharide_66(X)))
& entity_1(fn_hydrolysis_7(fn_cellular_respiration_of_disaccharide_66(X)))
& atom_1(fn_hydrolysis_7(fn_cellular_respiration_of_disaccharide_66(X)))
& hydrogen_1(fn_hydrolysis_7(fn_cellular_respiration_of_disaccharide_66(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_cellular_respiration_of_disaccharide_66(X)))
& water_molecule_1(fn_hydrolysis_10(fn_cellular_respiration_of_disaccharide_66(X)))
& chemical_energy_1(fn_exergonic_reaction_6(fn_cellular_respiration_of_disaccharide_64(X)))
& chemical_energy_1(fn_exergonic_reaction_6(fn_cellular_respiration_of_disaccharide_77(X)))
& chemical_energy_1(fn_pyruvate_oxidation_3(fn_cellular_respiration_of_disaccharide_51(X)))
& chemical_energy_1(fn_glycolysis_108(fn_cellular_respiration_of_disaccharide_64(X)))
& activation_energy_1(fn_catabolic_pathway_6(fn_cellular_respiration_of_disaccharide_77(X)))
& activation_energy_1(fn_glycolysis_70(fn_cellular_respiration_of_disaccharide_64(X)))
& synthesis_of_organic_molecule_1(fn_glycolysis_69(fn_cellular_respiration_of_disaccharide_64(X)))
& chemical_reaction_1(fn_glycolysis_69(fn_cellular_respiration_of_disaccharide_64(X)))
& synthesis_of_atp_1(fn_glycolysis_69(fn_cellular_respiration_of_disaccharide_64(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_69(fn_cellular_respiration_of_disaccharide_64(X)))
& chemical_reaction_1(fn_glycolysis_68(fn_cellular_respiration_of_disaccharide_64(X)))
& synthesis_of_atp_1(fn_glycolysis_68(fn_cellular_respiration_of_disaccharide_64(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_68(fn_cellular_respiration_of_disaccharide_64(X)))
& anabolic_pathway_1(fn_glycolysis_68(fn_cellular_respiration_of_disaccharide_64(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_cellular_respiration_of_disaccharide_77(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_cellular_respiration_of_disaccharide_64(X)))
& organic_molecule_1(fn_pyruvate_oxidation_85(fn_cellular_respiration_of_disaccharide_51(X)))
& chemical_entity_1(fn_pyruvate_oxidation_85(fn_cellular_respiration_of_disaccharide_51(X)))
& pyruvate_1(fn_pyruvate_oxidation_85(fn_cellular_respiration_of_disaccharide_51(X)))
& pyruvate_1(fn_glycolysis_55(fn_cellular_respiration_of_disaccharide_64(X)))
& chemical_entity_1(fn_glycolysis_55(fn_cellular_respiration_of_disaccharide_64(X)))
& quantity_value_1(fn_exergonic_reaction_5(fn_cellular_respiration_of_disaccharide_77(X)))
& quantity_value_1(fn_glycolysis_83(fn_cellular_respiration_of_disaccharide_64(X)))
& quantity_value_1(fn_exergonic_reaction_4(fn_cellular_respiration_of_disaccharide_77(X)))
& quantity_value_1(fn_glycolysis_89(fn_cellular_respiration_of_disaccharide_64(X)))
& chemical_energy_1(fn_exergonic_reaction_3(fn_cellular_respiration_of_disaccharide_77(X)))
& chemical_energy_1(fn_glycolysis_88(fn_cellular_respiration_of_disaccharide_64(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_cellular_respiration_of_disaccharide_77(X)))
& spatial_entity_1(fn_glycolysis_78(fn_cellular_respiration_of_disaccharide_64(X)))
& tangible_entity_1(fn_glycolysis_78(fn_cellular_respiration_of_disaccharide_64(X)))
& chemical_entity_1(fn_glycolysis_78(fn_cellular_respiration_of_disaccharide_64(X)))
& organic_molecule_1(fn_glycolysis_78(fn_cellular_respiration_of_disaccharide_64(X)))
& nad_plus_1(fn_glycolysis_78(fn_cellular_respiration_of_disaccharide_64(X)))
& molecule_1(fn_glycolysis_78(fn_cellular_respiration_of_disaccharide_64(X)))
& glycolysis_1(fn_cellular_respiration_60(fn_cellular_respiration_of_disaccharide_58(X)))
& oxygen_1(fn_hydrolysis_4(fn_cellular_respiration_of_disaccharide_66(X)))
& functional_group_1(fn_monosaccharide_10(fn_cellular_respiration_of_disaccharide_34(X)))
& hydroxyl_group_1(fn_monosaccharide_10(fn_cellular_respiration_of_disaccharide_34(X)))
& functional_group_1(fn_triose_13(fn_cellular_respiration_of_disaccharide_34(X)))
& hydroxyl_group_1(fn_triose_13(fn_cellular_respiration_of_disaccharide_34(X)))
& functional_group_1(fn_dihydroxyacetone_phosphate_2(fn_cellular_respiration_of_disaccharide_34(X)))
& hydroxyl_group_1(fn_dihydroxyacetone_phosphate_2(fn_cellular_respiration_of_disaccharide_34(X)))
& functional_group_1(fn_aldose_5(fn_cellular_respiration_of_disaccharide_34(X)))
& hydroxyl_group_1(fn_aldose_5(fn_cellular_respiration_of_disaccharide_34(X)))
& carbon_skeleton_1(fn_dihydroxyacetone_phosphate_4(fn_cellular_respiration_of_disaccharide_34(X)))
& carbon_skeleton_1(fn_aldose_11(fn_cellular_respiration_of_disaccharide_34(X)))
& entity_1(fn_dihydroxyacetone_phosphate_10(fn_cellular_respiration_of_disaccharide_34(X)))
& chemical_entity_1(fn_dihydroxyacetone_phosphate_10(fn_cellular_respiration_of_disaccharide_34(X)))
& atom_1(fn_dihydroxyacetone_phosphate_10(fn_cellular_respiration_of_disaccharide_34(X)))
& carbon_1(fn_dihydroxyacetone_phosphate_10(fn_cellular_respiration_of_disaccharide_34(X)))
& entity_1(fn_aldose_10(fn_cellular_respiration_of_disaccharide_34(X)))
& chemical_entity_1(fn_aldose_10(fn_cellular_respiration_of_disaccharide_34(X)))
& atom_1(fn_aldose_10(fn_cellular_respiration_of_disaccharide_34(X)))
& carbon_1(fn_aldose_10(fn_cellular_respiration_of_disaccharide_34(X)))
& atom_1(fn_ketone_12(fn_cellular_respiration_of_disaccharide_34(X)))
& chemical_entity_1(fn_ketone_12(fn_cellular_respiration_of_disaccharide_34(X)))
& oxygen_1(fn_ketone_12(fn_cellular_respiration_of_disaccharide_34(X)))
& entity_1(fn_triose_14(fn_cellular_respiration_of_disaccharide_34(X)))
& chemical_entity_1(fn_triose_14(fn_cellular_respiration_of_disaccharide_34(X)))
& atom_1(fn_triose_14(fn_cellular_respiration_of_disaccharide_34(X)))
& oxygen_1(fn_triose_14(fn_cellular_respiration_of_disaccharide_34(X)))
& entity_1(fn_monosaccharide_18(fn_cellular_respiration_of_disaccharide_34(X)))
& atom_1(fn_monosaccharide_18(fn_cellular_respiration_of_disaccharide_34(X)))
& chemical_entity_1(fn_monosaccharide_18(fn_cellular_respiration_of_disaccharide_34(X)))
& oxygen_1(fn_monosaccharide_18(fn_cellular_respiration_of_disaccharide_34(X)))
& entity_1(fn_triose_9(fn_cellular_respiration_of_disaccharide_34(X)))
& atom_1(fn_triose_9(fn_cellular_respiration_of_disaccharide_34(X)))
& chemical_entity_1(fn_triose_9(fn_cellular_respiration_of_disaccharide_34(X)))
& oxygen_1(fn_triose_9(fn_cellular_respiration_of_disaccharide_34(X)))
& entity_1(fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_disaccharide_34(X)))
& atom_1(fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_disaccharide_34(X)))
& chemical_entity_1(fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_disaccharide_34(X)))
& oxygen_1(fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_disaccharide_34(X)))
& entity_1(fn_dihydroxyacetone_phosphate_9(fn_cellular_respiration_of_disaccharide_34(X)))
& atom_1(fn_dihydroxyacetone_phosphate_9(fn_cellular_respiration_of_disaccharide_34(X)))
& chemical_entity_1(fn_dihydroxyacetone_phosphate_9(fn_cellular_respiration_of_disaccharide_34(X)))
& oxygen_1(fn_dihydroxyacetone_phosphate_9(fn_cellular_respiration_of_disaccharide_34(X)))
& entity_1(fn_aldose_4(fn_cellular_respiration_of_disaccharide_34(X)))
& atom_1(fn_aldose_4(fn_cellular_respiration_of_disaccharide_34(X)))
& chemical_entity_1(fn_aldose_4(fn_cellular_respiration_of_disaccharide_34(X)))
& oxygen_1(fn_aldose_4(fn_cellular_respiration_of_disaccharide_34(X)))
& entity_1(fn_aldose_9(fn_cellular_respiration_of_disaccharide_34(X)))
& chemical_entity_1(fn_aldose_9(fn_cellular_respiration_of_disaccharide_34(X)))
& atom_1(fn_aldose_9(fn_cellular_respiration_of_disaccharide_34(X)))
& oxygen_1(fn_aldose_9(fn_cellular_respiration_of_disaccharide_34(X)))
& entity_1(fn_monosaccharide_9(fn_cellular_respiration_of_disaccharide_34(X)))
& chemical_entity_1(fn_monosaccharide_9(fn_cellular_respiration_of_disaccharide_34(X)))
& atom_1(fn_monosaccharide_9(fn_cellular_respiration_of_disaccharide_34(X)))
& hydrogen_1(fn_monosaccharide_9(fn_cellular_respiration_of_disaccharide_34(X)))
& entity_1(fn_triose_8(fn_cellular_respiration_of_disaccharide_34(X)))
& chemical_entity_1(fn_triose_8(fn_cellular_respiration_of_disaccharide_34(X)))
& atom_1(fn_triose_8(fn_cellular_respiration_of_disaccharide_34(X)))
& hydrogen_1(fn_triose_8(fn_cellular_respiration_of_disaccharide_34(X)))
& entity_1(fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_disaccharide_34(X)))
& chemical_entity_1(fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_disaccharide_34(X)))
& atom_1(fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_disaccharide_34(X)))
& hydrogen_1(fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_disaccharide_34(X)))
& entity_1(fn_aldose_3(fn_cellular_respiration_of_disaccharide_34(X)))
& chemical_entity_1(fn_aldose_3(fn_cellular_respiration_of_disaccharide_34(X)))
& atom_1(fn_aldose_3(fn_cellular_respiration_of_disaccharide_34(X)))
& hydrogen_1(fn_aldose_3(fn_cellular_respiration_of_disaccharide_34(X)))
& glyceraldehyde_3_phosphate_1(fn_dihydroxyacetone_phosphate_1(fn_cellular_respiration_of_disaccharide_34(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_cellular_respiration_of_disaccharide_66(X)))
& time_before_2(fn_cellular_respiration_of_disaccharide_1(X),fn_cellular_respiration_of_disaccharide_40(X))
& time_during_2(fn_cellular_respiration_of_disaccharide_2(X),fn_cellular_respiration_of_disaccharide_50(X))
& greater_than_or_equal_to_2(fn_cellular_respiration_of_disaccharide_69(X),fn_cellular_respiration_of_disaccharide_70(X))
& time_before_2(fn_cellular_respiration_of_disaccharide_3(X),fn_cellular_respiration_of_disaccharide_3(X))
& time_before_2(fn_cellular_respiration_of_disaccharide_3(X),fn_cellular_respiration_of_disaccharide_4(X))
& time_before_2(fn_cellular_respiration_of_disaccharide_4(X),fn_cellular_respiration_of_disaccharide_3(X))
& time_during_2(fn_cellular_respiration_of_disaccharide_67(X),fn_cellular_respiration_of_disaccharide_4(X))
& is_near_2(fn_cellular_respiration_of_disaccharide_5(X),fn_cellular_respiration_of_disaccharide_65(X))
& object_2(fn_cellular_respiration_of_disaccharide_6(X),fn_cellular_respiration_of_disaccharide_5(X))
& is_near_2(fn_cellular_respiration_of_disaccharide_65(X),fn_cellular_respiration_of_disaccharide_5(X))
& fn_cellular_respiration_of_disaccharide_65(X) != fn_cellular_respiration_of_disaccharide_7(X)
& fn_cellular_respiration_of_disaccharide_65(X) != fn_cellular_respiration_of_disaccharide_8(X)
& causes_2(fn_cellular_respiration_of_disaccharide_64(X),fn_cellular_respiration_of_disaccharide_11(X))
& raw_material_2(fn_cellular_respiration_of_disaccharide_64(X),fn_cellular_respiration_of_disaccharide_12(X))
& objective_2(fn_cellular_respiration_of_disaccharide_63(X),fn_cellular_respiration_of_disaccharide_6(X))
& is_inside_2(fn_cellular_respiration_of_disaccharide_61(X),fn_cellular_respiration_of_disaccharide_65(X))
& time_during_2(fn_cellular_respiration_of_disaccharide_58(X),fn_cellular_respiration_of_disaccharide_50(X))
& has_region_2(fn_cellular_respiration_of_disaccharide_56(X),fn_cellular_respiration_of_disaccharide_57(X))
& raw_material_2(fn_cellular_respiration_of_disaccharide_51(X),fn_cellular_respiration_of_disaccharide_9(X))
& causes_2(fn_cellular_respiration_of_disaccharide_51(X),fn_cellular_respiration_of_disaccharide_10(X))
& fn_cellular_respiration_of_disaccharide_7(X) != fn_cellular_respiration_of_disaccharide_65(X)
& fn_cellular_respiration_of_disaccharide_7(X) != fn_cellular_respiration_of_disaccharide_8(X)
& fn_cellular_respiration_of_disaccharide_8(X) != fn_cellular_respiration_of_disaccharide_7(X)
& fn_cellular_respiration_of_disaccharide_8(X) != fn_cellular_respiration_of_disaccharide_65(X)
& time_before_2(fn_cellular_respiration_of_disaccharide_50(X),fn_cellular_respiration_of_disaccharide_1(X))
& time_during_2(fn_cellular_respiration_of_disaccharide_49(X),fn_cellular_respiration_of_disaccharide_14(X))
& time_during_2(fn_cellular_respiration_of_disaccharide_45(X),fn_cellular_respiration_of_disaccharide_15(X))
& time_during_2(fn_cellular_respiration_of_disaccharide_43(X),fn_cellular_respiration_of_disaccharide_13(X))
& time_during_2(fn_cellular_respiration_of_disaccharide_42(X),fn_cellular_respiration_of_disaccharide_3(X))
& time_before_2(fn_cellular_respiration_of_disaccharide_13(X),fn_cellular_respiration_of_disaccharide_14(X))
& time_before_2(fn_cellular_respiration_of_disaccharide_14(X),fn_cellular_respiration_of_disaccharide_15(X))
& has_state_2(fn_cellular_respiration_of_disaccharide_37(X),fn_cellular_respiration_of_disaccharide_34(X))
& time_during_2(fn_cellular_respiration_of_disaccharide_33(X),fn_cellular_respiration_of_disaccharide_40(X))
& next_event_2(fn_cellular_respiration_of_disaccharide_33(X),fn_cellular_respiration_of_disaccharide_2(X))
& result_2(fn_cellular_respiration_of_disaccharide_27(X),fn_cellular_respiration_of_disaccharide_71(X))
& object_2(fn_cellular_respiration_of_disaccharide_63(X),fn_cellular_respiration_of_disaccharide_65(X))
& base_2(fn_cellular_respiration_of_disaccharide_60(X),fn_cellular_respiration_of_disaccharide_65(X))
& result_2(fn_cellular_respiration_of_disaccharide_33(X),fn_cellular_respiration_of_disaccharide_74(X))
& base_2(fn_cellular_respiration_of_disaccharide_62(X),fn_cellular_respiration_of_disaccharide_65(X))
& result_2(fn_cellular_respiration_of_disaccharide_49(X),fn_cellular_respiration_of_disaccharide_46(X))
& has_isomer_2(fn_cellular_respiration_of_disaccharide_34(X),fn_cellular_respiration_of_disaccharide_34(X))
& raw_material_2(fn_cellular_respiration_of_disaccharide_66(X),fn_cellular_respiration_of_disaccharide_31(X))
& object_2(fn_cellular_respiration_of_disaccharide_62(X),fn_cellular_respiration_of_disaccharide_61(X))
& object_2(fn_cellular_respiration_of_disaccharide_60(X),fn_cellular_respiration_of_disaccharide_61(X))
& result_2(fn_cellular_respiration_of_disaccharide_66(X),fn_cellular_respiration_of_disaccharide_34(X))
& possesses_2(fn_cellular_respiration_of_disaccharide_34(X),fn_cellular_respiration_of_disaccharide_22(X))
& fn_cellular_respiration_of_disaccharide_32(X) != fn_cellular_respiration_of_disaccharide_31(X)
& fn_cellular_respiration_of_disaccharide_31(X) != fn_cellular_respiration_of_disaccharide_32(X)
& raw_material_2(fn_cellular_respiration_of_disaccharide_77(X),fn_cellular_respiration_of_disaccharide_72(X))
& result_2(fn_cellular_respiration_of_disaccharide_77(X),fn_cellular_respiration_of_disaccharide_71(X))
& raw_material_2(fn_cellular_respiration_of_disaccharide_77(X),fn_cellular_respiration_of_disaccharide_73(X))
& has_part_2(fn_cellular_respiration_of_disaccharide_65(X),fn_cellular_respiration_of_disaccharide_19(X))
& has_part_2(fn_cellular_respiration_of_disaccharide_65(X),fn_cellular_respiration_of_disaccharide_37(X))
& quantity_2(fn_cellular_respiration_of_disaccharide_22(X),fn_cellular_respiration_of_disaccharide_23(X))
& possesses_2(fn_cellular_respiration_of_disaccharide_65(X),fn_cellular_respiration_of_disaccharide_68(X))
& raw_material_2(fn_cellular_respiration_of_disaccharide_66(X),fn_cellular_respiration_of_disaccharide_65(X))
& raw_material_2(X,fn_cellular_respiration_of_disaccharide_65(X))
& fn_cellular_respiration_of_disaccharide_65(X) != fn_cellular_respiration_of_disaccharide_59(X)
& possesses_2(fn_cellular_respiration_of_disaccharide_59(X),fn_cellular_respiration_of_disaccharide_25(X))
& quantity_2(fn_cellular_respiration_of_disaccharide_25(X),fn_cellular_respiration_of_disaccharide_24(X))
& greater_than_2(fn_cellular_respiration_of_disaccharide_24(X),fn_cellular_respiration_of_disaccharide_23(X))
& fn_cellular_respiration_of_disaccharide_59(X) != fn_cellular_respiration_of_disaccharide_65(X)
& has_part_2(fn_cellular_respiration_of_disaccharide_34(X),fn_cellular_respiration_of_disaccharide_38(X))
& subevent_2(X,fn_cellular_respiration_of_disaccharide_78(X))
& subevent_2(X,fn_cellular_respiration_of_disaccharide_41(X))
& result_2(X,fn_cellular_respiration_of_disaccharide_52(X))
& subevent_2(X,fn_cellular_respiration_of_disaccharide_51(X))
& has_state_2(fn_cellular_respiration_of_disaccharide_19(X),fn_cellular_respiration_of_disaccharide_18(X))
& time_during_2(fn_cellular_respiration_of_disaccharide_66(X),fn_cellular_respiration_of_disaccharide_40(X))
& time_before_2(fn_cellular_respiration_of_disaccharide_40(X),fn_cellular_respiration_of_disaccharide_50(X))
& result_2(X,fn_cellular_respiration_of_disaccharide_16(X))
& possesses_2(fn_cellular_respiration_of_disaccharide_16(X),fn_cellular_respiration_of_disaccharide_17(X))
& quantity_2(fn_cellular_respiration_of_disaccharide_17(X),fn_cellular_respiration_of_disaccharide_70(X))
& greater_than_2(fn_cellular_respiration_of_disaccharide_69(X),fn_cellular_respiration_of_disaccharide_70(X))
& quantity_2(fn_cellular_respiration_of_disaccharide_68(X),fn_cellular_respiration_of_disaccharide_69(X))
& subevent_2(X,fn_cellular_respiration_of_disaccharide_66(X))
& next_event_2(fn_cellular_respiration_of_disaccharide_66(X),fn_cellular_respiration_of_disaccharide_64(X))
& subevent_2(X,fn_cellular_respiration_of_disaccharide_64(X))
& first_subevent_2(X,fn_cellular_respiration_of_disaccharide_66(X))
& result_2(fn_cellular_respiration_of_disaccharide_66(X),fn_cellular_respiration_of_disaccharide_18(X))
& result_2(fn_cellular_respiration_of_disaccharide_58(X),fn_cellular_respiration_of_disaccharide_52(X))
& raw_material_2(fn_cellular_respiration_of_disaccharide_41(X),fn_cellular_respiration_of_disaccharide_44(X))
& first_subevent_2(fn_cellular_respiration_of_disaccharide_58(X),fn_cellular_respiration_of_disaccharide_64(X))
& next_event_2(fn_cellular_respiration_of_disaccharide_41(X),fn_cellular_respiration_of_disaccharide_78(X))
& subevent_2(fn_cellular_respiration_of_disaccharide_58(X),fn_cellular_respiration_of_disaccharide_51(X))
& time_during_2(fn_cellular_respiration_of_disaccharide_51(X),fn_cellular_respiration_of_disaccharide_48(X))
& subevent_2(fn_cellular_respiration_of_disaccharide_58(X),fn_cellular_respiration_of_disaccharide_64(X))
& next_event_2(fn_cellular_respiration_of_disaccharide_64(X),fn_cellular_respiration_of_disaccharide_51(X))
& next_event_2(fn_cellular_respiration_of_disaccharide_51(X),fn_cellular_respiration_of_disaccharide_41(X))
& time_during_2(fn_cellular_respiration_of_disaccharide_41(X),fn_cellular_respiration_of_disaccharide_47(X))
& time_before_2(fn_cellular_respiration_of_disaccharide_48(X),fn_cellular_respiration_of_disaccharide_47(X))
& first_subevent_2(fn_cellular_respiration_of_disaccharide_51(X),fn_cellular_respiration_of_disaccharide_43(X))
& subevent_2(fn_cellular_respiration_of_disaccharide_51(X),fn_cellular_respiration_of_disaccharide_49(X))
& result_2(fn_cellular_respiration_of_disaccharide_51(X),fn_cellular_respiration_of_disaccharide_44(X))
& subevent_2(fn_cellular_respiration_of_disaccharide_51(X),fn_cellular_respiration_of_disaccharide_45(X))
& raw_material_2(fn_cellular_respiration_of_disaccharide_45(X),fn_cellular_respiration_of_disaccharide_46(X))
& raw_material_2(fn_cellular_respiration_of_disaccharide_51(X),fn_cellular_respiration_of_disaccharide_71(X))
& possesses_2(fn_cellular_respiration_of_disaccharide_71(X),fn_cellular_respiration_of_disaccharide_30(X))
& subevent_2(fn_cellular_respiration_of_disaccharide_51(X),fn_cellular_respiration_of_disaccharide_43(X))
& next_event_2(fn_cellular_respiration_of_disaccharide_43(X),fn_cellular_respiration_of_disaccharide_49(X))
& next_event_2(fn_cellular_respiration_of_disaccharide_49(X),fn_cellular_respiration_of_disaccharide_45(X))
& result_2(fn_cellular_respiration_of_disaccharide_45(X),fn_cellular_respiration_of_disaccharide_44(X))
& fn_cellular_respiration_of_disaccharide_44(X) != fn_cellular_respiration_of_disaccharide_46(X)
& fn_cellular_respiration_of_disaccharide_46(X) != fn_cellular_respiration_of_disaccharide_44(X)
& raw_material_2(fn_cellular_respiration_of_disaccharide_66(X),fn_cellular_respiration_of_disaccharide_59(X))
& has_part_2(fn_cellular_respiration_of_disaccharide_59(X),fn_cellular_respiration_of_disaccharide_39(X))
& has_state_2(fn_cellular_respiration_of_disaccharide_39(X),fn_cellular_respiration_of_disaccharide_38(X))
& fn_cellular_respiration_of_disaccharide_26(X) != fn_cellular_respiration_of_disaccharide_38(X)
& fn_cellular_respiration_of_disaccharide_38(X) != fn_cellular_respiration_of_disaccharide_26(X)
& quantity_2(fn_cellular_respiration_of_disaccharide_30(X),fn_cellular_respiration_of_disaccharide_29(X))
& raw_material_2(fn_cellular_respiration_of_disaccharide_64(X),fn_cellular_respiration_of_disaccharide_73(X))
& recipient_2(fn_cellular_respiration_of_disaccharide_27(X),fn_cellular_respiration_of_disaccharide_72(X))
& result_2(fn_cellular_respiration_of_disaccharide_64(X),fn_cellular_respiration_of_disaccharide_71(X))
& result_2(fn_cellular_respiration_of_disaccharide_67(X),fn_cellular_respiration_of_disaccharide_71(X))
& next_event_2(fn_cellular_respiration_of_disaccharide_42(X),fn_cellular_respiration_of_disaccharide_67(X))
& fn_cellular_respiration_of_disaccharide_42(X) != fn_cellular_respiration_of_disaccharide_67(X)
& fn_cellular_respiration_of_disaccharide_67(X) != fn_cellular_respiration_of_disaccharide_42(X)
& raw_material_2(fn_cellular_respiration_of_disaccharide_64(X),fn_cellular_respiration_of_disaccharide_72(X))
& possesses_2(fn_cellular_respiration_of_disaccharide_72(X),fn_cellular_respiration_of_disaccharide_75(X))
& quantity_2(fn_cellular_respiration_of_disaccharide_75(X),fn_cellular_respiration_of_disaccharide_76(X))
& greater_than_2(fn_cellular_respiration_of_disaccharide_76(X),fn_cellular_respiration_of_disaccharide_29(X))
& has_part_2(fn_cellular_respiration_of_disaccharide_34(X),fn_cellular_respiration_of_disaccharide_26(X))
& has_region_2(fn_cellular_respiration_of_disaccharide_34(X),fn_cellular_respiration_of_disaccharide_36(X))
& is_inside_2(fn_cellular_respiration_of_disaccharide_53(X),fn_cellular_respiration_of_disaccharide_55(X))
& is_at_2(fn_cellular_respiration_of_disaccharide_55(X),fn_cellular_respiration_of_disaccharide_57(X))
& has_part_2(fn_cellular_respiration_of_disaccharide_34(X),fn_cellular_respiration_of_disaccharide_35(X))
& is_inside_2(fn_cellular_respiration_of_disaccharide_35(X),fn_cellular_respiration_of_disaccharide_36(X))
& is_inside_2(fn_cellular_respiration_of_disaccharide_54(X),fn_cellular_respiration_of_disaccharide_36(X))
& has_part_2(fn_cellular_respiration_of_disaccharide_34(X),fn_cellular_respiration_of_disaccharide_54(X))
& fn_cellular_respiration_of_disaccharide_54(X) != fn_cellular_respiration_of_disaccharide_53(X)
& is_inside_2(fn_cellular_respiration_of_disaccharide_53(X),fn_cellular_respiration_of_disaccharide_56(X))
& fn_cellular_respiration_of_disaccharide_35(X) != fn_cellular_respiration_of_disaccharide_54(X)
& fn_cellular_respiration_of_disaccharide_54(X) != fn_cellular_respiration_of_disaccharide_35(X)
& fn_cellular_respiration_of_disaccharide_53(X) != fn_cellular_respiration_of_disaccharide_54(X)
& fn_cellular_respiration_of_disaccharide_65(X) = fn_consume_1(fn_cellular_respiration_of_disaccharide_63(X))
& fn_cellular_respiration_of_disaccharide_65(X) = fn_release_2(fn_cellular_respiration_of_disaccharide_60(X))
& fn_cellular_respiration_of_disaccharide_74(X) = fn_phosphorylation_2(fn_cellular_respiration_of_disaccharide_33(X))
& fn_cellular_respiration_of_disaccharide_65(X) = fn_release_2(fn_cellular_respiration_of_disaccharide_62(X))
& fn_cellular_respiration_of_disaccharide_46(X) = fn_chemical_reaction_1(fn_cellular_respiration_of_disaccharide_49(X))
& fn_cellular_respiration_of_disaccharide_34(X) = fn_dihydroxyacetone_phosphate_1(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_31(X) = fn_exergonic_reaction_10(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_disaccharide_61(X) = fn_release_1(fn_cellular_respiration_of_disaccharide_62(X))
& fn_cellular_respiration_of_disaccharide_61(X) = fn_release_1(fn_cellular_respiration_of_disaccharide_60(X))
& fn_cellular_respiration_of_disaccharide_34(X) = fn_exergonic_reaction_11(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_disaccharide_32(X) = fn_phosphorylated_intermediate_3(fn_cellular_respiration_of_disaccharide_31(X))
& fn_cellular_respiration_of_disaccharide_73(X) = fn_catabolic_pathway_6(fn_cellular_respiration_of_disaccharide_77(X))
& fn_cellular_respiration_of_disaccharide_37(X) = fn_cellular_respiration_of_complex_carbohydrate_47(X)
& fn_cellular_respiration_of_disaccharide_22(X) = fn_exergonic_reaction_6(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_disaccharide_23(X) = fn_exergonic_reaction_5(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_disaccharide_22(X) = fn_cellular_respiration_of_complex_carbohydrate_45(X)
& fn_cellular_respiration_of_disaccharide_21(X) = fn_hydrolysis_19(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_disaccharide_21(X) = fn_cellular_respiration_of_complex_carbohydrate_16(X)
& fn_cellular_respiration_of_disaccharide_20(X) = fn_cellular_respiration_of_complex_carbohydrate_17(X)
& fn_cellular_respiration_of_disaccharide_23(X) = fn_hydrolysis_15(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_disaccharide_23(X) = fn_cellular_respiration_of_complex_carbohydrate_42(X)
& fn_cellular_respiration_of_disaccharide_24(X) = fn_hydrolysis_16(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_disaccharide_24(X) = fn_cellular_respiration_of_complex_carbohydrate_43(X)
& fn_cellular_respiration_of_disaccharide_25(X) = fn_hydrolysis_17(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_disaccharide_25(X) = fn_cellular_respiration_of_complex_carbohydrate_44(X)
& fn_cellular_respiration_of_disaccharide_65(X) = fn_hydrolysis_11(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_disaccharide_59(X) = fn_cellular_respiration_of_complex_carbohydrate_31(X)
& fn_cellular_respiration_of_disaccharide_65(X) = fn_cellular_respiration_of_complex_carbohydrate_34(X)
& fn_cellular_respiration_of_disaccharide_38(X) = fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_78(X) = fn_cellular_respiration_of_complex_carbohydrate_9(X)
& fn_cellular_respiration_of_disaccharide_41(X) = fn_cellular_respiration_of_complex_carbohydrate_10(X)
& fn_cellular_respiration_of_disaccharide_52(X) = fn_cellular_respiration_of_complex_carbohydrate_40(X)
& fn_cellular_respiration_of_disaccharide_51(X) = fn_cellular_respiration_of_complex_carbohydrate_27(X)
& fn_cellular_respiration_of_disaccharide_79(X) = fn_cellular_respiration_of_complex_carbohydrate_12(X)
& fn_cellular_respiration_of_disaccharide_19(X) = fn_hydrolysis_1(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_disaccharide_19(X) = fn_cellular_respiration_of_complex_carbohydrate_47(X)
& fn_cellular_respiration_of_disaccharide_80(X) = fn_cellular_respiration_of_complex_carbohydrate_11(X)
& fn_cellular_respiration_of_disaccharide_50(X) = fn_cellular_respiration_of_complex_carbohydrate_6(X)
& fn_cellular_respiration_of_disaccharide_40(X) = fn_cellular_respiration_of_complex_carbohydrate_8(X)
& fn_cellular_respiration_of_disaccharide_68(X) = fn_cellular_respiration_of_complex_carbohydrate_19(X)
& fn_cellular_respiration_of_disaccharide_69(X) = fn_cellular_respiration_of_complex_carbohydrate_13(X)
& fn_cellular_respiration_of_disaccharide_70(X) = fn_cellular_respiration_of_complex_carbohydrate_14(X)
& fn_cellular_respiration_of_disaccharide_17(X) = fn_cellular_respiration_of_complex_carbohydrate_15(X)
& fn_cellular_respiration_of_disaccharide_16(X) = fn_cellular_respiration_of_complex_carbohydrate_41(X)
& fn_cellular_respiration_of_disaccharide_18(X) = fn_decomposition_reaction_4(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_disaccharide_18(X) = fn_hydrolysis_9(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_disaccharide_18(X) = fn_cellular_respiration_of_complex_carbohydrate_48(X)
& fn_cellular_respiration_of_disaccharide_64(X) = fn_cellular_respiration_of_complex_carbohydrate_28(X)
& fn_cellular_respiration_of_disaccharide_66(X) = fn_cellular_respiration_of_complex_carbohydrate_35(X)
& fn_cellular_respiration_of_disaccharide_52(X) = fn_exergonic_reaction_11(fn_cellular_respiration_of_disaccharide_58(X))
& fn_cellular_respiration_of_disaccharide_52(X) = fn_cellular_respiration_61(fn_cellular_respiration_of_disaccharide_58(X))
& fn_cellular_respiration_of_disaccharide_44(X) = fn_cellular_respiration_53(fn_cellular_respiration_of_disaccharide_58(X))
& fn_cellular_respiration_of_disaccharide_78(X) = fn_cellular_respiration_63(fn_cellular_respiration_of_disaccharide_58(X))
& fn_cellular_respiration_of_disaccharide_48(X) = fn_cellular_respiration_4(fn_cellular_respiration_of_disaccharide_58(X))
& fn_cellular_respiration_of_disaccharide_47(X) = fn_cellular_respiration_3(fn_cellular_respiration_of_disaccharide_58(X))
& fn_cellular_respiration_of_disaccharide_41(X) = fn_cellular_respiration_62(fn_cellular_respiration_of_disaccharide_58(X))
& fn_cellular_respiration_of_disaccharide_51(X) = fn_cellular_respiration_54(fn_cellular_respiration_of_disaccharide_58(X))
& fn_cellular_respiration_of_disaccharide_64(X) = fn_cellular_respiration_60(fn_cellular_respiration_of_disaccharide_58(X))
& fn_cellular_respiration_of_disaccharide_71(X) = fn_exergonic_reaction_11(fn_cellular_respiration_of_disaccharide_77(X))
& fn_cellular_respiration_of_disaccharide_30(X) = fn_exergonic_reaction_6(fn_cellular_respiration_of_disaccharide_64(X))
& fn_cellular_respiration_of_disaccharide_30(X) = fn_pyruvate_oxidation_3(fn_cellular_respiration_of_disaccharide_51(X))
& fn_cellular_respiration_of_disaccharide_71(X) = fn_pyruvate_oxidation_85(fn_cellular_respiration_of_disaccharide_51(X))
& fn_cellular_respiration_of_disaccharide_46(X) = fn_pyruvate_oxidation_11(fn_cellular_respiration_of_disaccharide_51(X))
& fn_cellular_respiration_of_disaccharide_44(X) = fn_pyruvate_oxidation_87(fn_cellular_respiration_of_disaccharide_51(X))
& fn_cellular_respiration_of_disaccharide_45(X) = fn_pyruvate_oxidation_77(fn_cellular_respiration_of_disaccharide_51(X))
& fn_cellular_respiration_of_disaccharide_49(X) = fn_pyruvate_oxidation_38(fn_cellular_respiration_of_disaccharide_51(X))
& fn_cellular_respiration_of_disaccharide_43(X) = fn_pyruvate_oxidation_65(fn_cellular_respiration_of_disaccharide_51(X))
& fn_cellular_respiration_of_disaccharide_26(X) = fn_hydrolysis_4(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_disaccharide_38(X) = fn_hydrolysis_5(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_disaccharide_39(X) = fn_hydrolysis_8(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_disaccharide_39(X) = fn_hydrolysis_7(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_disaccharide_59(X) = fn_hydrolysis_11(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_disaccharide_59(X) = fn_hydrolysis_10(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_disaccharide_30(X) = fn_exergonic_reaction_6(fn_cellular_respiration_of_disaccharide_77(X))
& fn_cellular_respiration_of_disaccharide_30(X) = fn_glycolysis_108(fn_cellular_respiration_of_disaccharide_64(X))
& fn_cellular_respiration_of_disaccharide_73(X) = fn_glycolysis_70(fn_cellular_respiration_of_disaccharide_64(X))
& fn_cellular_respiration_of_disaccharide_27(X) = fn_glycolysis_22(fn_cellular_respiration_of_disaccharide_64(X))
& fn_cellular_respiration_of_disaccharide_81(X) = fn_glycolysis_90(fn_cellular_respiration_of_disaccharide_64(X))
& fn_cellular_respiration_of_disaccharide_67(X) = fn_glycolysis_69(fn_cellular_respiration_of_disaccharide_64(X))
& fn_cellular_respiration_of_disaccharide_42(X) = fn_glycolysis_56(fn_cellular_respiration_of_disaccharide_64(X))
& fn_cellular_respiration_of_disaccharide_67(X) = fn_glycolysis_68(fn_cellular_respiration_of_disaccharide_64(X))
& fn_cellular_respiration_of_disaccharide_71(X) = fn_exergonic_reaction_11(fn_cellular_respiration_of_disaccharide_64(X))
& fn_cellular_respiration_of_disaccharide_71(X) = fn_glycolysis_55(fn_cellular_respiration_of_disaccharide_64(X))
& fn_cellular_respiration_of_disaccharide_28(X) = fn_glycolysis_84(fn_cellular_respiration_of_disaccharide_64(X))
& fn_cellular_respiration_of_disaccharide_29(X) = fn_exergonic_reaction_5(fn_cellular_respiration_of_disaccharide_77(X))
& fn_cellular_respiration_of_disaccharide_29(X) = fn_glycolysis_83(fn_cellular_respiration_of_disaccharide_64(X))
& fn_cellular_respiration_of_disaccharide_76(X) = fn_exergonic_reaction_4(fn_cellular_respiration_of_disaccharide_77(X))
& fn_cellular_respiration_of_disaccharide_76(X) = fn_glycolysis_89(fn_cellular_respiration_of_disaccharide_64(X))
& fn_cellular_respiration_of_disaccharide_72(X) = fn_exergonic_reaction_10(fn_cellular_respiration_of_disaccharide_77(X))
& fn_cellular_respiration_of_disaccharide_75(X) = fn_exergonic_reaction_3(fn_cellular_respiration_of_disaccharide_77(X))
& fn_cellular_respiration_of_disaccharide_75(X) = fn_glycolysis_88(fn_cellular_respiration_of_disaccharide_64(X))
& fn_cellular_respiration_of_disaccharide_72(X) = fn_glycolysis_78(fn_cellular_respiration_of_disaccharide_64(X))
& fn_cellular_respiration_of_disaccharide_26(X) = fn_aldose_9(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_57(X) = fn_aldose_2(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_55(X) = fn_aldose_6(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_36(X) = fn_monosaccharide_10(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_36(X) = fn_triose_13(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_36(X) = fn_dihydroxyacetone_phosphate_2(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_36(X) = fn_aldose_5(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_35(X) = fn_ketone_12(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_35(X) = fn_triose_14(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_35(X) = fn_aldose_4(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_56(X) = fn_dihydroxyacetone_phosphate_4(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_56(X) = fn_aldose_11(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_53(X) = fn_dihydroxyacetone_phosphate_10(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_53(X) = fn_aldose_10(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_54(X) = fn_monosaccharide_9(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_35(X) = fn_monosaccharide_18(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_54(X) = fn_triose_8(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_35(X) = fn_triose_9(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_35(X) = fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_35(X) = fn_dihydroxyacetone_phosphate_9(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_35(X) = fn_aldose_9(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_54(X) = fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_disaccharide_34(X))
& fn_cellular_respiration_of_disaccharide_54(X) = fn_aldose_3(fn_cellular_respiration_of_disaccharide_34(X))
& fn_exergonic_reaction_6(fn_cellular_respiration_of_disaccharide_66(X)) = fn_exergonic_reaction_6(fn_cellular_respiration_of_disaccharide_66(X))
& fn_exergonic_reaction_6(fn_cellular_respiration_of_disaccharide_66(X)) = fn_cellular_respiration_of_complex_carbohydrate_45(X)
& fn_cellular_respiration_of_complex_carbohydrate_45(X) = fn_hydrolysis_19(fn_cellular_respiration_of_disaccharide_66(X))
& fn_hydrolysis_19(fn_cellular_respiration_of_disaccharide_66(X)) = fn_cellular_respiration_of_complex_carbohydrate_16(X)
& fn_cellular_respiration_of_complex_carbohydrate_16(X) = fn_exergonic_reaction_5(fn_cellular_respiration_of_disaccharide_66(X))
& fn_exergonic_reaction_5(fn_cellular_respiration_of_disaccharide_66(X)) = fn_hydrolysis_15(fn_cellular_respiration_of_disaccharide_66(X))
& fn_hydrolysis_15(fn_cellular_respiration_of_disaccharide_66(X)) = fn_hydrolysis_15(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_complex_carbohydrate_42(X) = fn_hydrolysis_15(fn_cellular_respiration_of_disaccharide_66(X))
& fn_hydrolysis_15(fn_cellular_respiration_of_disaccharide_66(X)) = fn_cellular_respiration_of_complex_carbohydrate_42(X)
& fn_cellular_respiration_of_complex_carbohydrate_42(X) = fn_cellular_respiration_of_complex_carbohydrate_43(X)
& fn_cellular_respiration_of_complex_carbohydrate_43(X) = fn_hydrolysis_16(fn_cellular_respiration_of_disaccharide_66(X))
& fn_hydrolysis_16(fn_cellular_respiration_of_disaccharide_66(X)) = fn_cellular_respiration_of_complex_carbohydrate_43(X)
& fn_cellular_respiration_of_complex_carbohydrate_43(X) = fn_hydrolysis_17(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_complex_carbohydrate_44(X) = fn_hydrolysis_17(fn_cellular_respiration_of_disaccharide_66(X))
& fn_hydrolysis_17(fn_cellular_respiration_of_disaccharide_66(X)) = fn_cellular_respiration_of_complex_carbohydrate_44(X)
& fn_cellular_respiration_of_complex_carbohydrate_44(X) = fn_consume_1(fn_cellular_respiration_of_disaccharide_63(X))
& fn_consume_1(fn_cellular_respiration_of_disaccharide_63(X)) = fn_release_2(fn_cellular_respiration_of_disaccharide_60(X))
& fn_release_2(fn_cellular_respiration_of_disaccharide_62(X)) = fn_release_2(fn_cellular_respiration_of_disaccharide_60(X))
& fn_release_2(fn_cellular_respiration_of_disaccharide_60(X)) = fn_release_2(fn_cellular_respiration_of_disaccharide_62(X))
& fn_release_2(fn_cellular_respiration_of_disaccharide_62(X)) = fn_hydrolysis_11(fn_cellular_respiration_of_disaccharide_66(X))
& fn_hydrolysis_11(fn_cellular_respiration_of_disaccharide_66(X)) = fn_hydrolysis_11(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_complex_carbohydrate_34(X) = fn_hydrolysis_11(fn_cellular_respiration_of_disaccharide_66(X))
& fn_hydrolysis_11(fn_cellular_respiration_of_disaccharide_66(X)) = fn_cellular_respiration_of_complex_carbohydrate_34(X)
& fn_cellular_respiration_of_complex_carbohydrate_34(X) = fn_cellular_respiration_of_complex_carbohydrate_34(X)
& fn_cellular_respiration_of_complex_carbohydrate_34(X) = fn_hydrolysis_1(fn_cellular_respiration_of_disaccharide_66(X))
& fn_hydrolysis_1(fn_cellular_respiration_of_disaccharide_66(X)) = fn_hydrolysis_1(fn_cellular_respiration_of_disaccharide_66(X))
& fn_hydrolysis_1(fn_cellular_respiration_of_disaccharide_66(X)) = fn_cellular_respiration_of_complex_carbohydrate_47(X)
& fn_cellular_respiration_of_complex_carbohydrate_47(X) = fn_hydrolysis_9(fn_cellular_respiration_of_disaccharide_66(X))
& fn_hydrolysis_9(fn_cellular_respiration_of_disaccharide_66(X)) = fn_decomposition_reaction_4(fn_cellular_respiration_of_disaccharide_66(X))
& fn_decomposition_reaction_4(fn_cellular_respiration_of_disaccharide_66(X)) = fn_hydrolysis_9(fn_cellular_respiration_of_disaccharide_66(X))
& fn_hydrolysis_9(fn_cellular_respiration_of_disaccharide_66(X)) = fn_hydrolysis_9(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_complex_carbohydrate_48(X) = fn_hydrolysis_9(fn_cellular_respiration_of_disaccharide_66(X))
& fn_hydrolysis_9(fn_cellular_respiration_of_disaccharide_66(X)) = fn_cellular_respiration_of_complex_carbohydrate_48(X)
& fn_cellular_respiration_of_complex_carbohydrate_48(X) = fn_cellular_respiration_of_complex_carbohydrate_40(X)
& fn_cellular_respiration_of_complex_carbohydrate_40(X) = fn_exergonic_reaction_11(fn_cellular_respiration_of_disaccharide_58(X))
& fn_exergonic_reaction_11(fn_cellular_respiration_of_disaccharide_58(X)) = fn_cellular_respiration_of_complex_carbohydrate_40(X)
& fn_cellular_respiration_of_complex_carbohydrate_40(X) = fn_cellular_respiration_61(fn_cellular_respiration_of_disaccharide_58(X))
& fn_cellular_respiration_61(fn_cellular_respiration_of_disaccharide_58(X)) = fn_cellular_respiration_of_complex_carbohydrate_9(X)
& fn_cellular_respiration_of_complex_carbohydrate_9(X) = fn_cellular_respiration_63(fn_cellular_respiration_of_disaccharide_58(X))
& fn_cellular_respiration_63(fn_cellular_respiration_of_disaccharide_58(X)) = fn_cellular_respiration_of_complex_carbohydrate_10(X)
& fn_cellular_respiration_of_complex_carbohydrate_10(X) = fn_cellular_respiration_62(fn_cellular_respiration_of_disaccharide_58(X))
& fn_cellular_respiration_62(fn_cellular_respiration_of_disaccharide_58(X)) = fn_cellular_respiration_62(fn_cellular_respiration_of_disaccharide_58(X))
& fn_cellular_respiration_62(fn_cellular_respiration_of_disaccharide_58(X)) = fn_chemical_reaction_1(fn_cellular_respiration_of_disaccharide_49(X))
& fn_chemical_reaction_1(fn_cellular_respiration_of_disaccharide_49(X)) = fn_pyruvate_oxidation_11(fn_cellular_respiration_of_disaccharide_51(X))
& fn_pyruvate_oxidation_11(fn_cellular_respiration_of_disaccharide_51(X)) = fn_pyruvate_oxidation_11(fn_cellular_respiration_of_disaccharide_51(X))
& fn_pyruvate_oxidation_11(fn_cellular_respiration_of_disaccharide_51(X)) = fn_cellular_respiration_53(fn_cellular_respiration_of_disaccharide_58(X))
& fn_cellular_respiration_53(fn_cellular_respiration_of_disaccharide_58(X)) = fn_pyruvate_oxidation_87(fn_cellular_respiration_of_disaccharide_51(X))
& fn_pyruvate_oxidation_87(fn_cellular_respiration_of_disaccharide_51(X)) = fn_pyruvate_oxidation_87(fn_cellular_respiration_of_disaccharide_51(X))
& fn_pyruvate_oxidation_87(fn_cellular_respiration_of_disaccharide_51(X)) = fn_cellular_respiration_of_complex_carbohydrate_27(X)
& fn_cellular_respiration_of_complex_carbohydrate_27(X) = fn_cellular_respiration_54(fn_cellular_respiration_of_disaccharide_58(X))
& fn_cellular_respiration_54(fn_cellular_respiration_of_disaccharide_58(X)) = fn_cellular_respiration_54(fn_cellular_respiration_of_disaccharide_58(X))
& fn_cellular_respiration_54(fn_cellular_respiration_of_disaccharide_58(X)) = fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_disaccharide_34(X))
& fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_disaccharide_34(X)) = fn_hydrolysis_5(fn_cellular_respiration_of_disaccharide_66(X))
& fn_hydrolysis_5(fn_cellular_respiration_of_disaccharide_66(X)) = fn_hydrolysis_5(fn_cellular_respiration_of_disaccharide_66(X))
& fn_hydrolysis_5(fn_cellular_respiration_of_disaccharide_66(X)) = fn_hydrolysis_7(fn_cellular_respiration_of_disaccharide_66(X))
& fn_hydrolysis_7(fn_cellular_respiration_of_disaccharide_66(X)) = fn_hydrolysis_8(fn_cellular_respiration_of_disaccharide_66(X))
& fn_hydrolysis_8(fn_cellular_respiration_of_disaccharide_66(X)) = fn_hydrolysis_7(fn_cellular_respiration_of_disaccharide_66(X))
& fn_hydrolysis_7(fn_cellular_respiration_of_disaccharide_66(X)) = fn_hydrolysis_11(fn_cellular_respiration_of_disaccharide_66(X))
& fn_cellular_respiration_of_complex_carbohydrate_31(X) = fn_cellular_respiration_of_complex_carbohydrate_31(X)
& fn_cellular_respiration_of_complex_carbohydrate_31(X) = fn_hydrolysis_11(fn_cellular_respiration_of_disaccharide_66(X))
& fn_hydrolysis_11(fn_cellular_respiration_of_disaccharide_66(X)) = fn_cellular_respiration_of_complex_carbohydrate_31(X)
& fn_hydrolysis_10(fn_cellular_respiration_of_disaccharide_66(X)) = fn_cellular_respiration_of_complex_carbohydrate_31(X)
& fn_cellular_respiration_of_complex_carbohydrate_31(X) = fn_hydrolysis_10(fn_cellular_respiration_of_disaccharide_66(X))
& fn_hydrolysis_10(fn_cellular_respiration_of_disaccharide_66(X)) = fn_hydrolysis_10(fn_cellular_respiration_of_disaccharide_66(X))
& fn_hydrolysis_10(fn_cellular_respiration_of_disaccharide_66(X)) = fn_exergonic_reaction_6(fn_cellular_respiration_of_disaccharide_77(X))
& fn_exergonic_reaction_6(fn_cellular_respiration_of_disaccharide_77(X)) = fn_exergonic_reaction_6(fn_cellular_respiration_of_disaccharide_64(X))
& fn_exergonic_reaction_6(fn_cellular_respiration_of_disaccharide_64(X)) = fn_pyruvate_oxidation_3(fn_cellular_respiration_of_disaccharide_51(X))
& fn_pyruvate_oxidation_3(fn_cellular_respiration_of_disaccharide_51(X)) = fn_exergonic_reaction_6(fn_cellular_respiration_of_disaccharide_77(X))
& fn_exergonic_reaction_6(fn_cellular_respiration_of_disaccharide_77(X)) = fn_pyruvate_oxidation_3(fn_cellular_respiration_of_disaccharide_51(X))
& fn_pyruvate_oxidation_3(fn_cellular_respiration_of_disaccharide_51(X)) = fn_glycolysis_108(fn_cellular_respiration_of_disaccharide_64(X))
& fn_glycolysis_108(fn_cellular_respiration_of_disaccharide_64(X)) = fn_catabolic_pathway_6(fn_cellular_respiration_of_disaccharide_77(X))
& fn_catabolic_pathway_6(fn_cellular_respiration_of_disaccharide_77(X)) = fn_glycolysis_70(fn_cellular_respiration_of_disaccharide_64(X))
& fn_glycolysis_70(fn_cellular_respiration_of_disaccharide_64(X)) = fn_glycolysis_69(fn_cellular_respiration_of_disaccharide_64(X))
& fn_glycolysis_69(fn_cellular_respiration_of_disaccharide_64(X)) = fn_glycolysis_69(fn_cellular_respiration_of_disaccharide_64(X))
& fn_glycolysis_69(fn_cellular_respiration_of_disaccharide_64(X)) = fn_glycolysis_68(fn_cellular_respiration_of_disaccharide_64(X))
& fn_glycolysis_68(fn_cellular_respiration_of_disaccharide_64(X)) = fn_glycolysis_68(fn_cellular_respiration_of_disaccharide_64(X))
& fn_glycolysis_68(fn_cellular_respiration_of_disaccharide_64(X)) = fn_exergonic_reaction_11(fn_cellular_respiration_of_disaccharide_77(X))
& fn_exergonic_reaction_11(fn_cellular_respiration_of_disaccharide_77(X)) = fn_exergonic_reaction_11(fn_cellular_respiration_of_disaccharide_77(X))
& fn_exergonic_reaction_11(fn_cellular_respiration_of_disaccharide_77(X)) = fn_exergonic_reaction_11(fn_cellular_respiration_of_disaccharide_64(X))
& fn_pyruvate_oxidation_85(fn_cellular_respiration_of_disaccharide_51(X)) = fn_exergonic_reaction_11(fn_cellular_respiration_of_disaccharide_64(X))
& fn_exergonic_reaction_11(fn_cellular_respiration_of_disaccharide_64(X)) = fn_pyruvate_oxidation_85(fn_cellular_respiration_of_disaccharide_51(X))
& fn_pyruvate_oxidation_85(fn_cellular_respiration_of_disaccharide_51(X)) = fn_pyruvate_oxidation_85(fn_cellular_respiration_of_disaccharide_51(X))
& fn_pyruvate_oxidation_85(fn_cellular_respiration_of_disaccharide_51(X)) = fn_glycolysis_55(fn_cellular_respiration_of_disaccharide_64(X))
& fn_glycolysis_55(fn_cellular_respiration_of_disaccharide_64(X)) = fn_glycolysis_55(fn_cellular_respiration_of_disaccharide_64(X))
& fn_glycolysis_55(fn_cellular_respiration_of_disaccharide_64(X)) = fn_exergonic_reaction_5(fn_cellular_respiration_of_disaccharide_77(X))
& fn_glycolysis_83(fn_cellular_respiration_of_disaccharide_64(X)) = fn_glycolysis_83(fn_cellular_respiration_of_disaccharide_64(X))
& fn_glycolysis_83(fn_cellular_respiration_of_disaccharide_64(X)) = fn_exergonic_reaction_5(fn_cellular_respiration_of_disaccharide_77(X))
& fn_exergonic_reaction_5(fn_cellular_respiration_of_disaccharide_77(X)) = fn_glycolysis_83(fn_cellular_respiration_of_disaccharide_64(X))
& fn_glycolysis_83(fn_cellular_respiration_of_disaccharide_64(X)) = fn_glycolysis_89(fn_cellular_respiration_of_disaccharide_64(X))
& fn_glycolysis_89(fn_cellular_respiration_of_disaccharide_64(X)) = fn_exergonic_reaction_4(fn_cellular_respiration_of_disaccharide_77(X))
& fn_exergonic_reaction_4(fn_cellular_respiration_of_disaccharide_77(X)) = fn_glycolysis_89(fn_cellular_respiration_of_disaccharide_64(X))
& fn_glycolysis_89(fn_cellular_respiration_of_disaccharide_64(X)) = fn_exergonic_reaction_3(fn_cellular_respiration_of_disaccharide_77(X))
& fn_glycolysis_88(fn_cellular_respiration_of_disaccharide_64(X)) = fn_exergonic_reaction_3(fn_cellular_respiration_of_disaccharide_77(X))
& fn_exergonic_reaction_3(fn_cellular_respiration_of_disaccharide_77(X)) = fn_glycolysis_88(fn_cellular_respiration_of_disaccharide_64(X))
& fn_glycolysis_88(fn_cellular_respiration_of_disaccharide_64(X)) = fn_exergonic_reaction_10(fn_cellular_respiration_of_disaccharide_77(X))
& fn_glycolysis_78(fn_cellular_respiration_of_disaccharide_64(X)) = fn_exergonic_reaction_10(fn_cellular_respiration_of_disaccharide_77(X))
& fn_exergonic_reaction_10(fn_cellular_respiration_of_disaccharide_77(X)) = fn_glycolysis_78(fn_cellular_respiration_of_disaccharide_64(X))
& fn_glycolysis_78(fn_cellular_respiration_of_disaccharide_64(X)) = fn_glycolysis_78(fn_cellular_respiration_of_disaccharide_64(X))
& fn_glycolysis_78(fn_cellular_respiration_of_disaccharide_64(X)) = fn_cellular_respiration_of_complex_carbohydrate_28(X)
& fn_cellular_respiration_of_complex_carbohydrate_28(X) = fn_cellular_respiration_of_complex_carbohydrate_28(X)
& fn_cellular_respiration_of_complex_carbohydrate_28(X) = fn_cellular_respiration_60(fn_cellular_respiration_of_disaccharide_58(X))
& fn_cellular_respiration_60(fn_cellular_respiration_of_disaccharide_58(X)) = fn_cellular_respiration_60(fn_cellular_respiration_of_disaccharide_58(X))
& fn_cellular_respiration_60(fn_cellular_respiration_of_disaccharide_58(X)) = fn_hydrolysis_4(fn_cellular_respiration_of_disaccharide_66(X))
& fn_hydrolysis_4(fn_cellular_respiration_of_disaccharide_66(X)) = fn_hydrolysis_4(fn_cellular_respiration_of_disaccharide_66(X))
& fn_hydrolysis_4(fn_cellular_respiration_of_disaccharide_66(X)) = fn_aldose_9(fn_cellular_respiration_of_disaccharide_34(X))
& fn_aldose_9(fn_cellular_respiration_of_disaccharide_34(X)) = fn_triose_13(fn_cellular_respiration_of_disaccharide_34(X))
& fn_triose_13(fn_cellular_respiration_of_disaccharide_34(X)) = fn_monosaccharide_10(fn_cellular_respiration_of_disaccharide_34(X))
& fn_monosaccharide_10(fn_cellular_respiration_of_disaccharide_34(X)) = fn_triose_13(fn_cellular_respiration_of_disaccharide_34(X))
& fn_dihydroxyacetone_phosphate_2(fn_cellular_respiration_of_disaccharide_34(X)) = fn_triose_13(fn_cellular_respiration_of_disaccharide_34(X))
& fn_triose_13(fn_cellular_respiration_of_disaccharide_34(X)) = fn_triose_13(fn_cellular_respiration_of_disaccharide_34(X))
& fn_triose_13(fn_cellular_respiration_of_disaccharide_34(X)) = fn_dihydroxyacetone_phosphate_2(fn_cellular_respiration_of_disaccharide_34(X))
& fn_dihydroxyacetone_phosphate_2(fn_cellular_respiration_of_disaccharide_34(X)) = fn_dihydroxyacetone_phosphate_2(fn_cellular_respiration_of_disaccharide_34(X))
& fn_aldose_5(fn_cellular_respiration_of_disaccharide_34(X)) = fn_dihydroxyacetone_phosphate_2(fn_cellular_respiration_of_disaccharide_34(X))
& fn_dihydroxyacetone_phosphate_2(fn_cellular_respiration_of_disaccharide_34(X)) = fn_aldose_5(fn_cellular_respiration_of_disaccharide_34(X))
& fn_aldose_5(fn_cellular_respiration_of_disaccharide_34(X)) = fn_dihydroxyacetone_phosphate_4(fn_cellular_respiration_of_disaccharide_34(X))
& fn_dihydroxyacetone_phosphate_4(fn_cellular_respiration_of_disaccharide_34(X)) = fn_aldose_11(fn_cellular_respiration_of_disaccharide_34(X))
& fn_aldose_11(fn_cellular_respiration_of_disaccharide_34(X)) = fn_aldose_10(fn_cellular_respiration_of_disaccharide_34(X))
& fn_aldose_10(fn_cellular_respiration_of_disaccharide_34(X)) = fn_dihydroxyacetone_phosphate_10(fn_cellular_respiration_of_disaccharide_34(X))
& fn_dihydroxyacetone_phosphate_10(fn_cellular_respiration_of_disaccharide_34(X)) = fn_aldose_10(fn_cellular_respiration_of_disaccharide_34(X))
& fn_aldose_10(fn_cellular_respiration_of_disaccharide_34(X)) = fn_triose_14(fn_cellular_respiration_of_disaccharide_34(X))
& fn_triose_14(fn_cellular_respiration_of_disaccharide_34(X)) = fn_ketone_12(fn_cellular_respiration_of_disaccharide_34(X))
& fn_ketone_12(fn_cellular_respiration_of_disaccharide_34(X)) = fn_triose_14(fn_cellular_respiration_of_disaccharide_34(X))
& fn_triose_14(fn_cellular_respiration_of_disaccharide_34(X)) = fn_triose_14(fn_cellular_respiration_of_disaccharide_34(X))
& fn_monosaccharide_18(fn_cellular_respiration_of_disaccharide_34(X)) = fn_triose_14(fn_cellular_respiration_of_disaccharide_34(X))
& fn_triose_14(fn_cellular_respiration_of_disaccharide_34(X)) = fn_monosaccharide_18(fn_cellular_respiration_of_disaccharide_34(X))
& fn_monosaccharide_18(fn_cellular_respiration_of_disaccharide_34(X)) = fn_monosaccharide_18(fn_cellular_respiration_of_disaccharide_34(X))
& fn_triose_9(fn_cellular_respiration_of_disaccharide_34(X)) = fn_monosaccharide_18(fn_cellular_respiration_of_disaccharide_34(X))
& fn_monosaccharide_18(fn_cellular_respiration_of_disaccharide_34(X)) = fn_triose_9(fn_cellular_respiration_of_disaccharide_34(X))
& fn_triose_9(fn_cellular_respiration_of_disaccharide_34(X)) = fn_triose_9(fn_cellular_respiration_of_disaccharide_34(X))
& fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_disaccharide_34(X)) = fn_triose_9(fn_cellular_respiration_of_disaccharide_34(X))
& fn_triose_9(fn_cellular_respiration_of_disaccharide_34(X)) = fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_disaccharide_34(X))
& fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_disaccharide_34(X)) = fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_disaccharide_34(X))
& fn_dihydroxyacetone_phosphate_9(fn_cellular_respiration_of_disaccharide_34(X)) = fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_disaccharide_34(X))
& fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_disaccharide_34(X)) = fn_dihydroxyacetone_phosphate_9(fn_cellular_respiration_of_disaccharide_34(X))
& fn_aldose_4(fn_cellular_respiration_of_disaccharide_34(X)) = fn_dihydroxyacetone_phosphate_9(fn_cellular_respiration_of_disaccharide_34(X))
& fn_dihydroxyacetone_phosphate_9(fn_cellular_respiration_of_disaccharide_34(X)) = fn_dihydroxyacetone_phosphate_9(fn_cellular_respiration_of_disaccharide_34(X))
& fn_dihydroxyacetone_phosphate_9(fn_cellular_respiration_of_disaccharide_34(X)) = fn_aldose_4(fn_cellular_respiration_of_disaccharide_34(X))
& fn_aldose_4(fn_cellular_respiration_of_disaccharide_34(X)) = fn_aldose_4(fn_cellular_respiration_of_disaccharide_34(X))
& fn_aldose_4(fn_cellular_respiration_of_disaccharide_34(X)) = fn_aldose_9(fn_cellular_respiration_of_disaccharide_34(X))
& fn_aldose_9(fn_cellular_respiration_of_disaccharide_34(X)) = fn_aldose_9(fn_cellular_respiration_of_disaccharide_34(X))
& fn_aldose_9(fn_cellular_respiration_of_disaccharide_34(X)) = fn_triose_8(fn_cellular_respiration_of_disaccharide_34(X))
& fn_triose_8(fn_cellular_respiration_of_disaccharide_34(X)) = fn_monosaccharide_9(fn_cellular_respiration_of_disaccharide_34(X))
& fn_monosaccharide_9(fn_cellular_respiration_of_disaccharide_34(X)) = fn_triose_8(fn_cellular_respiration_of_disaccharide_34(X))
& fn_triose_8(fn_cellular_respiration_of_disaccharide_34(X)) = fn_triose_8(fn_cellular_respiration_of_disaccharide_34(X))
& fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_disaccharide_34(X)) = fn_triose_8(fn_cellular_respiration_of_disaccharide_34(X))
& fn_triose_8(fn_cellular_respiration_of_disaccharide_34(X)) = fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_disaccharide_34(X))
& fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_disaccharide_34(X)) = fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_disaccharide_34(X))
& fn_aldose_3(fn_cellular_respiration_of_disaccharide_34(X)) = fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_disaccharide_34(X))
& fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_disaccharide_34(X)) = fn_aldose_3(fn_cellular_respiration_of_disaccharide_34(X))
& fn_aldose_3(fn_cellular_respiration_of_disaccharide_34(X)) = fn_dihydroxyacetone_phosphate_1(fn_cellular_respiration_of_disaccharide_34(X))
& fn_dihydroxyacetone_phosphate_1(fn_cellular_respiration_of_disaccharide_34(X)) = fn_dihydroxyacetone_phosphate_1(fn_cellular_respiration_of_disaccharide_34(X))
& fn_dihydroxyacetone_phosphate_1(fn_cellular_respiration_of_disaccharide_34(X)) = fn_exergonic_reaction_11(fn_cellular_respiration_of_disaccharide_66(X))
& fn_exergonic_reaction_11(fn_cellular_respiration_of_disaccharide_66(X)) = fn_exergonic_reaction_11(fn_cellular_respiration_of_disaccharide_66(X)) ) ) ).
fof(a528252,axiom,
! [X] :
( cellular_respiration_of_fat_1(X)
=> ( original_name_2(X,'Cellular-Respiration-Of-Fat')
& user_description_2(X,'Carbohydrates, fats, and proteins can all be processed and consumed as fuel, it is traditional to learn the steps of cellular respiration by tracking the degradation of the sugar glucose')
& concept2words_2(X,'perform cellular respiration')
& concept2words_2(X,'cellular respiration of fat')
& concept2words_2(X,'cellular-respiration-of-fat')
& catabolism_1(X)
& carbon_dioxide_1(fn_cellular_respiration_of_fat_1(X))
& quantity_value_1(fn_cellular_respiration_of_fat_3(X))
& free_energy_1(fn_cellular_respiration_of_fat_4(X))
& time_interval_1(fn_cellular_respiration_of_fat_5(X))
& time_interval_1(fn_cellular_respiration_of_fat_6(X))
& time_interval_1(fn_cellular_respiration_of_fat_7(X))
& time_interval_1(fn_cellular_respiration_of_fat_8(X))
& nad_plus_1(fn_cellular_respiration_of_fat_9(X))
& nadh_1(fn_cellular_respiration_of_fat_10(X))
& time_interval_1(fn_cellular_respiration_of_fat_11(X))
& time_interval_1(fn_cellular_respiration_of_fat_12(X))
& succinate_1(fn_cellular_respiration_of_fat_13(X))
& nadh_1(fn_cellular_respiration_of_fat_14(X))
& synthesis_reaction_1(fn_cellular_respiration_of_fat_15(X))
& isomerization_reaction_1(fn_cellular_respiration_of_fat_16(X))
& nad_plus_1(fn_cellular_respiration_of_fat_17(X))
& oxaloacetate_1(fn_cellular_respiration_of_fat_18(X))
& reactant_1(fn_cellular_respiration_of_fat_19(X))
& succinyl_coa_1(fn_cellular_respiration_of_fat_20(X))
& remove_1(fn_cellular_respiration_of_fat_21(X))
& substrate_level_phosphorylation_1(fn_cellular_respiration_of_fat_22(X))
& add_1(fn_cellular_respiration_of_fat_23(X))
& oxidation_1(fn_cellular_respiration_of_fat_24(X))
& organic_molecule_1(fn_cellular_respiration_of_fat_25(X))
& molecule_1(fn_cellular_respiration_of_fat_25(X))
& chemical_entity_1(fn_cellular_respiration_of_fat_25(X))
& ribonucleotide_1(fn_cellular_respiration_of_fat_25(X))
& nucleoside_triphosphate_1(fn_cellular_respiration_of_fat_25(X))
& atp_1(fn_cellular_respiration_of_fat_25(X))
& citrate_1(fn_cellular_respiration_of_fat_26(X))
& coenzyme_a_1(fn_cellular_respiration_of_fat_27(X))
& synthesis_reaction_1(fn_cellular_respiration_of_fat_28(X))
& decarboxylation_1(fn_cellular_respiration_of_fat_29(X))
& coenzyme_a_1(fn_cellular_respiration_of_fat_30(X))
& nad_plus_1(fn_cellular_respiration_of_fat_31(X))
& alpha_ketoglutarate_1(fn_cellular_respiration_of_fat_32(X))
& chemical_entity_1(fn_cellular_respiration_of_fat_33(X))
& carbon_dioxide_1(fn_cellular_respiration_of_fat_33(X))
& nadh_1(fn_cellular_respiration_of_fat_34(X))
& decarboxylation_1(fn_cellular_respiration_of_fat_35(X))
& organic_molecule_1(fn_cellular_respiration_of_fat_36(X))
& carbon_dioxide_1(fn_cellular_respiration_of_fat_37(X))
& isocitrate_1(fn_cellular_respiration_of_fat_38(X))
& catabolic_pathway_1(fn_cellular_respiration_of_fat_39(X))
& fumarate_1(fn_cellular_respiration_of_fat_40(X))
& fad_1(fn_cellular_respiration_of_fat_41(X))
& chemical_energy_1(fn_cellular_respiration_of_fat_42(X))
& reactant_1(fn_cellular_respiration_of_fat_43(X))
& hydroxyl_group_1(fn_cellular_respiration_of_fat_44(X))
& oxidative_phosphorylation_1(fn_cellular_respiration_of_fat_45(X))
& fuel_1(fn_cellular_respiration_of_fat_46(X))
& acetyl_coa_1(fn_cellular_respiration_of_fat_48(X))
& structural_complexity_value_1(fn_cellular_respiration_of_fat_49(X))
& consume_1(fn_cellular_respiration_of_fat_50(X))
& chemical_reaction_1(fn_cellular_respiration_of_fat_51(X))
& catabolic_pathway_1(fn_cellular_respiration_of_fat_51(X))
& beta_oxidation_1(fn_cellular_respiration_of_fat_51(X))
& molecule_1(fn_cellular_respiration_of_fat_52(X))
& tangible_entity_1(fn_cellular_respiration_of_fat_52(X))
& chemical_entity_1(fn_cellular_respiration_of_fat_52(X))
& fat_1(fn_cellular_respiration_of_fat_52(X))
& chemical_entity_1(fn_cellular_respiration_of_fat_53(X))
& organic_molecule_1(fn_cellular_respiration_of_fat_53(X))
& fatty_acid_1(fn_cellular_respiration_of_fat_53(X))
& exergonic_reaction_1(fn_cellular_respiration_of_fat_54(X))
& hydrolysis_1(fn_cellular_respiration_of_fat_54(X))
& entity_1(fn_cellular_respiration_of_fat_55(X))
& chemical_entity_1(fn_cellular_respiration_of_fat_55(X))
& fadh2_1(fn_cellular_respiration_of_fat_55(X))
& oxidation_1(fn_cellular_respiration_of_fat_56(X))
& lipase_1(fn_cellular_respiration_of_fat_57(X))
& energy_1(fn_cellular_respiration_of_fat_58(X))
& tangible_entity_1(fn_cellular_respiration_of_fat_58(X))
& free_energy_1(fn_cellular_respiration_of_fat_58(X))
& release_1(fn_cellular_respiration_of_fat_59(X))
& reduction_1(fn_cellular_respiration_of_fat_60(X))
& oxidation_1(fn_cellular_respiration_of_fat_61(X))
& electron_transport_chain_reaction_1(fn_cellular_respiration_of_fat_62(X))
& chemical_entity_1(fn_cellular_respiration_of_fat_63(X))
& water_molecule_1(fn_cellular_respiration_of_fat_63(X))
& chemical_entity_1(fn_cellular_respiration_of_fat_64(X))
& tangible_entity_1(fn_cellular_respiration_of_fat_64(X))
& electron_1(fn_cellular_respiration_of_fat_64(X))
& chemical_reaction_1(fn_cellular_respiration_of_fat_65(X))
& electron_transport_chain_pathway_1(fn_cellular_respiration_of_fat_65(X))
& chemical_reaction_1(fn_cellular_respiration_of_fat_66(X))
& electron_transport_chain_reaction_1(fn_cellular_respiration_of_fat_66(X))
& protein_enzyme_1(fn_cellular_respiration_of_fat_67(X))
& chemical_reaction_1(fn_cellular_respiration_of_fat_68(X))
& synthesis_reaction_1(fn_cellular_respiration_of_fat_69(X))
& isomerization_reaction_1(fn_cellular_respiration_of_fat_70(X))
& redox_reaction_1(fn_cellular_respiration_of_fat_71(X))
& chemical_entity_1(fn_cellular_respiration_of_fat_72(X))
& molecule_1(fn_cellular_respiration_of_fat_72(X))
& water_molecule_1(fn_cellular_respiration_of_fat_72(X))
& lose_1(fn_cellular_respiration_of_fat_73(X))
& work_1(fn_cellular_respiration_of_fat_74(X))
& endergonic_process_1(fn_cellular_respiration_of_fat_74(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_cellular_respiration_of_fat_74(X))
& cellular_work_1(fn_cellular_respiration_of_fat_74(X))
& redox_reaction_1(fn_cellular_respiration_of_fat_75(X))
& chemical_reaction_1(fn_enzyme_4(fn_cellular_respiration_of_fat_67(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_cellular_respiration_of_fat_68(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_cellular_respiration_of_fat_28(X)))
& organic_molecule_1(fn_catabolic_pathway_10(fn_cellular_respiration_of_fat_39(X)))
& chemical_entity_1(fn_decomposition_reaction_5(fn_cellular_respiration_of_fat_35(X)))
& consume_1(fn_fuel_8(fn_cellular_respiration_of_fat_46(X)))
& chemical_reaction_1(fn_reactant_2(fn_cellular_respiration_of_fat_19(X)))
& chemical_energy_1(fn_exergonic_reaction_6(fn_cellular_respiration_of_fat_39(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_cellular_respiration_of_fat_39(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_cellular_respiration_of_fat_71(X)))
& carbon_dioxide_1(fn_decarboxylation_1(fn_cellular_respiration_of_fat_35(X)))
& hydrolysis_1(fn_lipase_4(fn_cellular_respiration_of_fat_57(X)))
& nadh_1(fn_nad_plus_1(fn_cellular_respiration_of_fat_31(X)))
& electron_transport_chain_pathway_1(fn_oxidative_phosphorylation_10(fn_cellular_respiration_of_fat_45(X)))
& reactant_1(fn_beta_oxidation_4(fn_cellular_respiration_of_fat_51(X)))
& lose_1(fn_redox_reaction_8(fn_cellular_respiration_of_fat_75(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_electron_transport_chain_pathway_12(fn_cellular_respiration_of_fat_65(X)))
& cellular_work_1(fn_electron_transport_chain_pathway_12(fn_cellular_respiration_of_fat_65(X)))
& chemical_reaction_1(fn_electron_transport_chain_pathway_20(fn_cellular_respiration_of_fat_65(X)))
& electron_transport_chain_reaction_1(fn_electron_transport_chain_pathway_20(fn_cellular_respiration_of_fat_65(X)))
& redox_reaction_1(fn_electron_transport_chain_pathway_21(fn_cellular_respiration_of_fat_65(X)))
& release_1(fn_electron_transport_chain_pathway_22(fn_cellular_respiration_of_fat_65(X)))
& spatial_entity_1(fn_add_2(fn_cellular_respiration_of_fat_23(X)))
& chemical_entity_1(fn_oxidation_7(fn_cellular_respiration_of_fat_24(X)))
& spatial_entity_1(fn_remove_2(fn_cellular_respiration_of_fat_21(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_cellular_respiration_of_fat_68(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_cellular_respiration_of_fat_28(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_cellular_respiration_of_fat_69(X)))
& spatial_entity_1(fn_remove_1(fn_cellular_respiration_of_fat_21(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_cellular_respiration_of_fat_69(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_cellular_respiration_of_fat_35(X)))
& chemical_entity_1(fn_decomposition_reaction_5(fn_cellular_respiration_of_fat_29(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_cellular_respiration_of_fat_71(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_cellular_respiration_of_fat_15(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_cellular_respiration_of_fat_71(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_cellular_respiration_of_fat_29(X)))
& carbon_dioxide_1(fn_decarboxylation_1(fn_cellular_respiration_of_fat_29(X)))
& molecule_1(fn_synthesis_of_atp_13(fn_cellular_respiration_of_fat_22(X)))
& chemical_entity_1(fn_synthesis_of_atp_13(fn_cellular_respiration_of_fat_22(X)))
& ribonucleotide_1(fn_synthesis_of_atp_13(fn_cellular_respiration_of_fat_22(X)))
& nucleoside_triphosphate_1(fn_synthesis_of_atp_13(fn_cellular_respiration_of_fat_22(X)))
& atp_1(fn_synthesis_of_atp_13(fn_cellular_respiration_of_fat_22(X)))
& organic_molecule_1(fn_substrate_level_phosphorylation_5(fn_cellular_respiration_of_fat_22(X)))
& molecule_1(fn_substrate_level_phosphorylation_5(fn_cellular_respiration_of_fat_22(X)))
& chemical_entity_1(fn_substrate_level_phosphorylation_5(fn_cellular_respiration_of_fat_22(X)))
& ribonucleotide_1(fn_substrate_level_phosphorylation_5(fn_cellular_respiration_of_fat_22(X)))
& nucleoside_triphosphate_1(fn_substrate_level_phosphorylation_5(fn_cellular_respiration_of_fat_22(X)))
& atp_1(fn_substrate_level_phosphorylation_5(fn_cellular_respiration_of_fat_22(X)))
& molecule_1(fn_isomerization_reaction_1(fn_cellular_respiration_of_fat_70(X)))
& molecule_1(fn_isomerization_reaction_2(fn_cellular_respiration_of_fat_16(X)))
& molecule_1(fn_isomerization_reaction_2(fn_cellular_respiration_of_fat_70(X)))
& molecule_1(fn_isomerization_reaction_1(fn_cellular_respiration_of_fat_16(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_cellular_respiration_of_fat_54(X)))
& water_molecule_1(fn_hydrolysis_10(fn_cellular_respiration_of_fat_54(X)))
& chemical_entity_1(fn_reactant_3(fn_cellular_respiration_of_fat_19(X)))
& organic_molecule_1(fn_catabolic_pathway_9(fn_cellular_respiration_of_fat_51(X)))
& tangible_entity_1(fn_fuel_7(fn_cellular_respiration_of_fat_46(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_cellular_respiration_of_fat_54(X)))
& fat_1(fn_lipase_1(fn_cellular_respiration_of_fat_57(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_cellular_respiration_of_fat_65(X)))
& water_molecule_1(fn_oxidative_phosphorylation_9(fn_cellular_respiration_of_fat_45(X)))
& property_node_1(fn_catabolic_pathway_1(fn_cellular_respiration_of_fat_51(X)))
& property_node_1(fn_beta_oxidation_3(fn_cellular_respiration_of_fat_51(X)))
& structural_complexity_value_1(fn_catabolic_pathway_2(fn_cellular_respiration_of_fat_51(X)))
& structural_complexity_value_1(fn_beta_oxidation_5(fn_cellular_respiration_of_fat_51(X)))
& chemical_entity_1(fn_functional_group_1(fn_cellular_respiration_of_fat_44(X)))
& organic_molecule_1(fn_catabolic_pathway_10(fn_cellular_respiration_of_fat_51(X)))
& fatty_acid_1(fn_lipase_2(fn_cellular_respiration_of_fat_57(X)))
& chemical_entity_1(fn_beta_oxidation_8(fn_cellular_respiration_of_fat_51(X)))
& organic_molecule_1(fn_beta_oxidation_8(fn_cellular_respiration_of_fat_51(X)))
& fatty_acid_1(fn_beta_oxidation_8(fn_cellular_respiration_of_fat_51(X)))
& oxidation_1(fn_redox_reaction_11(fn_cellular_respiration_of_fat_75(X)))
& oxidation_1(fn_electron_transport_chain_pathway_26(fn_cellular_respiration_of_fat_65(X)))
& reduction_1(fn_redox_reaction_10(fn_cellular_respiration_of_fat_75(X)))
& reduction_1(fn_electron_transport_chain_pathway_27(fn_cellular_respiration_of_fat_65(X)))
& energy_1(fn_work_1(fn_cellular_respiration_of_fat_74(X)))
& free_energy_1(fn_endergonic_process_4(fn_cellular_respiration_of_fat_74(X)))
& tangible_entity_1(fn_electron_transport_chain_pathway_43(fn_cellular_respiration_of_fat_65(X)))
& free_energy_1(fn_electron_transport_chain_pathway_43(fn_cellular_respiration_of_fat_65(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_cellular_respiration_of_fat_75(X)))
& electron_1(fn_redox_reaction_7(fn_cellular_respiration_of_fat_75(X)))
& tangible_entity_1(fn_electron_transport_chain_pathway_24(fn_cellular_respiration_of_fat_65(X)))
& electron_1(fn_electron_transport_chain_pathway_24(fn_cellular_respiration_of_fat_65(X)))
& entity_1(fn_transfer_1(fn_cellular_respiration_of_fat_56(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_cellular_respiration_of_fat_75(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_cellular_respiration_of_fat_75(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_cellular_respiration_of_fat_45(X)))
& chemical_entity_1(fn_electron_transport_chain_reaction_24(fn_cellular_respiration_of_fat_62(X)))
& fadh2_1(fn_beta_oxidation_1(fn_cellular_respiration_of_fat_51(X)))
& fadh2_1(fn_electron_transport_chain_pathway_41(fn_cellular_respiration_of_fat_65(X)))
& enables_2(fn_cellular_respiration_of_fat_75(X),fn_cellular_respiration_of_fat_74(X))
& possesses_2(fn_cellular_respiration_of_fat_1(X),fn_cellular_respiration_of_fat_42(X))
& fn_cellular_respiration_of_fat_71(X) != fn_cellular_respiration_of_fat_69(X)
& fn_cellular_respiration_of_fat_71(X) != fn_cellular_respiration_of_fat_68(X)
& time_during_2(fn_cellular_respiration_of_fat_71(X),fn_cellular_respiration_of_fat_7(X))
& next_event_2(fn_cellular_respiration_of_fat_71(X),fn_cellular_respiration_of_fat_15(X))
& next_event_2(fn_cellular_respiration_of_fat_70(X),fn_cellular_respiration_of_fat_68(X))
& fn_cellular_respiration_of_fat_70(X) != fn_cellular_respiration_of_fat_69(X)
& fn_cellular_respiration_of_fat_70(X) != fn_cellular_respiration_of_fat_68(X)
& time_during_2(fn_cellular_respiration_of_fat_70(X),fn_cellular_respiration_of_fat_8(X))
& raw_material_2(fn_cellular_respiration_of_fat_70(X),fn_cellular_respiration_of_fat_9(X))
& subevent_2(fn_cellular_respiration_of_fat_70(X),fn_cellular_respiration_of_fat_35(X))
& result_2(fn_cellular_respiration_of_fat_70(X),fn_cellular_respiration_of_fat_10(X))
& result_2(fn_cellular_respiration_of_fat_70(X),fn_cellular_respiration_of_fat_37(X))
& fn_cellular_respiration_of_fat_69(X) != fn_cellular_respiration_of_fat_70(X)
& fn_cellular_respiration_of_fat_69(X) != fn_cellular_respiration_of_fat_71(X)
& fn_cellular_respiration_of_fat_69(X) != fn_cellular_respiration_of_fat_68(X)
& time_during_2(fn_cellular_respiration_of_fat_69(X),fn_cellular_respiration_of_fat_12(X))
& result_2(fn_cellular_respiration_of_fat_69(X),fn_cellular_respiration_of_fat_26(X))
& result_2(fn_cellular_respiration_of_fat_69(X),fn_cellular_respiration_of_fat_25(X))
& result_2(fn_cellular_respiration_of_fat_69(X),fn_cellular_respiration_of_fat_13(X))
& by_means_of_2(fn_cellular_respiration_of_fat_69(X),fn_cellular_respiration_of_fat_24(X))
& first_subevent_2(fn_cellular_respiration_of_fat_69(X),fn_cellular_respiration_of_fat_21(X))
& subevent_2(fn_cellular_respiration_of_fat_69(X),fn_cellular_respiration_of_fat_23(X))
& subevent_2(fn_cellular_respiration_of_fat_69(X),fn_cellular_respiration_of_fat_22(X))
& subevent_2(fn_cellular_respiration_of_fat_69(X),fn_cellular_respiration_of_fat_21(X))
& raw_material_2(fn_cellular_respiration_of_fat_69(X),fn_cellular_respiration_of_fat_18(X))
& next_event_2(fn_cellular_respiration_of_fat_69(X),fn_cellular_respiration_of_fat_16(X))
& next_event_2(fn_cellular_respiration_of_fat_69(X),fn_cellular_respiration_of_fat_71(X))
& next_event_2(fn_cellular_respiration_of_fat_68(X),fn_cellular_respiration_of_fat_69(X))
& fn_cellular_respiration_of_fat_68(X) != fn_cellular_respiration_of_fat_69(X)
& fn_cellular_respiration_of_fat_68(X) != fn_cellular_respiration_of_fat_70(X)
& fn_cellular_respiration_of_fat_68(X) != fn_cellular_respiration_of_fat_71(X)
& raw_material_2(fn_cellular_respiration_of_fat_68(X),fn_cellular_respiration_of_fat_32(X))
& raw_material_2(fn_cellular_respiration_of_fat_68(X),fn_cellular_respiration_of_fat_31(X))
& first_subevent_2(fn_cellular_respiration_of_fat_68(X),fn_cellular_respiration_of_fat_29(X))
& time_during_2(fn_cellular_respiration_of_fat_68(X),fn_cellular_respiration_of_fat_11(X))
& subevent_2(fn_cellular_respiration_of_fat_68(X),fn_cellular_respiration_of_fat_29(X))
& subevent_2(fn_cellular_respiration_of_fat_68(X),fn_cellular_respiration_of_fat_28(X))
& result_2(fn_cellular_respiration_of_fat_68(X),fn_cellular_respiration_of_fat_34(X))
& result_2(fn_cellular_respiration_of_fat_68(X),fn_cellular_respiration_of_fat_33(X))
& has_function_2(fn_cellular_respiration_of_fat_55(X),fn_cellular_respiration_of_fat_60(X))
& the_scalar_value_2(fn_cellular_respiration_of_fat_3(X),high_0)
& scalar_unit_class_2(fn_cellular_respiration_of_fat_3(X),energy_0)
& next_event_2(fn_cellular_respiration_of_fat_54(X),fn_cellular_respiration_of_fat_51(X))
& result_2(X,fn_cellular_respiration_of_fat_1(X))
& subevent_2(X,fn_cellular_respiration_of_fat_45(X))
& subevent_2(X,fn_cellular_respiration_of_fat_54(X))
& subevent_2(X,fn_cellular_respiration_of_fat_51(X))
& time_during_2(fn_cellular_respiration_of_fat_51(X),fn_cellular_respiration_of_fat_6(X))
& raw_material_2(fn_cellular_respiration_of_fat_50(X),fn_cellular_respiration_of_fat_52(X))
& is_inside_2(fn_cellular_respiration_of_fat_4(X),fn_cellular_respiration_of_fat_52(X))
& quantity_2(fn_cellular_respiration_of_fat_4(X),fn_cellular_respiration_of_fat_3(X))
& the_scalar_value_2(fn_cellular_respiration_of_fat_49(X),complex_0)
& scalar_unit_class_2(fn_cellular_respiration_of_fat_49(X),molecule_0)
& first_subevent_2(fn_cellular_respiration_of_fat_45(X),fn_cellular_respiration_of_fat_62(X))
& subevent_2(fn_cellular_respiration_of_fat_45(X),fn_cellular_respiration_of_fat_62(X))
& time_before_2(fn_cellular_respiration_of_fat_6(X),fn_cellular_respiration_of_fat_5(X))
& fn_cellular_respiration_of_fat_41(X) != fn_cellular_respiration_of_fat_13(X)
& fn_cellular_respiration_of_fat_40(X) != fn_cellular_respiration_of_fat_13(X)
& raw_material_2(fn_cellular_respiration_of_fat_39(X),fn_cellular_respiration_of_fat_18(X))
& time_before_2(fn_cellular_respiration_of_fat_8(X),fn_cellular_respiration_of_fat_11(X))
& fn_cellular_respiration_of_fat_9(X) != fn_cellular_respiration_of_fat_38(X)
& fn_cellular_respiration_of_fat_9(X) != fn_cellular_respiration_of_fat_36(X)
& fn_cellular_respiration_of_fat_38(X) != fn_cellular_respiration_of_fat_9(X)
& fn_cellular_respiration_of_fat_38(X) != fn_cellular_respiration_of_fat_36(X)
& fn_cellular_respiration_of_fat_10(X) != fn_cellular_respiration_of_fat_36(X)
& fn_cellular_respiration_of_fat_36(X) != fn_cellular_respiration_of_fat_10(X)
& fn_cellular_respiration_of_fat_36(X) != fn_cellular_respiration_of_fat_38(X)
& fn_cellular_respiration_of_fat_36(X) != fn_cellular_respiration_of_fat_9(X)
& time_before_2(fn_cellular_respiration_of_fat_11(X),fn_cellular_respiration_of_fat_12(X))
& time_before_2(fn_cellular_respiration_of_fat_12(X),fn_cellular_respiration_of_fat_7(X))
& has_state_2(fn_cellular_respiration_of_fat_26(X),fn_cellular_respiration_of_fat_38(X))
& fn_cellular_respiration_of_fat_13(X) != fn_cellular_respiration_of_fat_40(X)
& fn_cellular_respiration_of_fat_13(X) != fn_cellular_respiration_of_fat_41(X)
& next_event_2(fn_cellular_respiration_of_fat_21(X),fn_cellular_respiration_of_fat_22(X))
& next_event_2(fn_cellular_respiration_of_fat_16(X),fn_cellular_respiration_of_fat_70(X))
& has_function_2(fn_cellular_respiration_of_fat_67(X),fn_cellular_respiration_of_fat_51(X))
& base_2(fn_cellular_respiration_of_fat_23(X),fn_cellular_respiration_of_fat_18(X))
& object_2(fn_cellular_respiration_of_fat_56(X),fn_cellular_respiration_of_fat_55(X))
& has_region_2(fn_cellular_respiration_of_fat_53(X),fn_cellular_respiration_of_fat_44(X))
& base_2(fn_cellular_respiration_of_fat_21(X),fn_cellular_respiration_of_fat_20(X))
& recipient_2(fn_cellular_respiration_of_fat_24(X),fn_cellular_respiration_of_fat_18(X))
& object_2(fn_cellular_respiration_of_fat_21(X),fn_cellular_respiration_of_fat_27(X))
& result_2(X,fn_cellular_respiration_of_fat_72(X))
& raw_material_2(X,fn_cellular_respiration_of_fat_52(X))
& raw_material_2(fn_cellular_respiration_of_fat_45(X),fn_cellular_respiration_of_fat_55(X))
& raw_material_2(fn_cellular_respiration_of_fat_62(X),fn_cellular_respiration_of_fat_55(X))
& result_2(fn_cellular_respiration_of_fat_35(X),fn_cellular_respiration_of_fat_32(X))
& result_2(fn_cellular_respiration_of_fat_68(X),fn_cellular_respiration_of_fat_20(X))
& raw_material_2(fn_cellular_respiration_of_fat_29(X),fn_cellular_respiration_of_fat_32(X))
& result_2(fn_cellular_respiration_of_fat_71(X),fn_cellular_respiration_of_fat_40(X))
& result_2(fn_cellular_respiration_of_fat_28(X),fn_cellular_respiration_of_fat_20(X))
& raw_material_2(fn_cellular_respiration_of_fat_69(X),fn_cellular_respiration_of_fat_20(X))
& raw_material_2(fn_cellular_respiration_of_fat_15(X),fn_cellular_respiration_of_fat_40(X))
& raw_material_2(fn_cellular_respiration_of_fat_68(X),fn_cellular_respiration_of_fat_30(X))
& raw_material_2(fn_cellular_respiration_of_fat_28(X),fn_cellular_respiration_of_fat_30(X))
& result_2(fn_cellular_respiration_of_fat_69(X),fn_cellular_respiration_of_fat_27(X))
& result_2(fn_cellular_respiration_of_fat_70(X),fn_cellular_respiration_of_fat_32(X))
& raw_material_2(fn_cellular_respiration_of_fat_39(X),fn_cellular_respiration_of_fat_17(X))
& raw_material_2(fn_cellular_respiration_of_fat_35(X),fn_cellular_respiration_of_fat_36(X))
& plays_2(fn_cellular_respiration_of_fat_52(X),fn_cellular_respiration_of_fat_46(X))
& object_2(fn_cellular_respiration_of_fat_50(X),fn_cellular_respiration_of_fat_52(X))
& raw_material_2(fn_cellular_respiration_of_fat_70(X),fn_cellular_respiration_of_fat_38(X))
& has_isomer_2(fn_cellular_respiration_of_fat_38(X),fn_cellular_respiration_of_fat_26(X))
& plays_2(fn_cellular_respiration_of_fat_48(X),fn_cellular_respiration_of_fat_19(X))
& raw_material_2(fn_cellular_respiration_of_fat_69(X),fn_cellular_respiration_of_fat_48(X))
& result_2(fn_cellular_respiration_of_fat_39(X),fn_cellular_respiration_of_fat_14(X))
& possesses_2(fn_cellular_respiration_of_fat_14(X),fn_cellular_respiration_of_fat_42(X))
& raw_material_2(fn_cellular_respiration_of_fat_71(X),fn_cellular_respiration_of_fat_40(X))
& fn_cellular_respiration_of_fat_40(X) != fn_cellular_respiration_of_fat_41(X)
& raw_material_2(fn_cellular_respiration_of_fat_71(X),fn_cellular_respiration_of_fat_41(X))
& fn_cellular_respiration_of_fat_41(X) != fn_cellular_respiration_of_fat_40(X)
& result_2(fn_cellular_respiration_of_fat_29(X),fn_cellular_respiration_of_fat_33(X))
& result_2(fn_cellular_respiration_of_fat_35(X),fn_cellular_respiration_of_fat_37(X))
& result_2(fn_cellular_respiration_of_fat_22(X),fn_cellular_respiration_of_fat_25(X))
& raw_material_2(fn_cellular_respiration_of_fat_74(X),fn_cellular_respiration_of_fat_58(X))
& result_2(fn_cellular_respiration_of_fat_16(X),fn_cellular_respiration_of_fat_38(X))
& has_isomer_2(fn_cellular_respiration_of_fat_26(X),fn_cellular_respiration_of_fat_38(X))
& raw_material_2(fn_cellular_respiration_of_fat_16(X),fn_cellular_respiration_of_fat_26(X))
& raw_material_2(fn_cellular_respiration_of_fat_54(X),fn_cellular_respiration_of_fat_63(X))
& fn_cellular_respiration_of_fat_52(X) != fn_cellular_respiration_of_fat_63(X)
& fn_cellular_respiration_of_fat_63(X) != fn_cellular_respiration_of_fat_52(X)
& result_2(fn_cellular_respiration_of_fat_51(X),fn_cellular_respiration_of_fat_48(X))
& structural_complexity_2(fn_cellular_respiration_of_fat_48(X),fn_cellular_respiration_of_fat_49(X))
& result_2(fn_cellular_respiration_of_fat_54(X),fn_cellular_respiration_of_fat_53(X))
& agent_2(fn_cellular_respiration_of_fat_54(X),fn_cellular_respiration_of_fat_57(X))
& raw_material_2(fn_cellular_respiration_of_fat_54(X),fn_cellular_respiration_of_fat_52(X))
& fn_cellular_respiration_of_fat_34(X) != fn_cellular_respiration_of_fat_31(X)
& fn_cellular_respiration_of_fat_31(X) != fn_cellular_respiration_of_fat_34(X)
& result_2(fn_cellular_respiration_of_fat_45(X),fn_cellular_respiration_of_fat_72(X))
& result_2(fn_cellular_respiration_of_fat_65(X),fn_cellular_respiration_of_fat_72(X))
& subevent_2(fn_cellular_respiration_of_fat_45(X),fn_cellular_respiration_of_fat_65(X))
& structural_complexity_2(fn_cellular_respiration_of_fat_53(X),fn_cellular_respiration_of_fat_49(X))
& raw_material_2(fn_cellular_respiration_of_fat_51(X),fn_cellular_respiration_of_fat_53(X))
& plays_2(fn_cellular_respiration_of_fat_53(X),fn_cellular_respiration_of_fat_43(X))
& in_event_2(fn_cellular_respiration_of_fat_43(X),fn_cellular_respiration_of_fat_51(X))
& result_2(fn_cellular_respiration_of_fat_51(X),fn_cellular_respiration_of_fat_55(X))
& causes_2(fn_cellular_respiration_of_fat_75(X),fn_cellular_respiration_of_fat_73(X))
& donor_2(fn_cellular_respiration_of_fat_73(X),fn_cellular_respiration_of_fat_64(X))
& fn_cellular_respiration_of_fat_61(X) != fn_cellular_respiration_of_fat_73(X)
& fn_cellular_respiration_of_fat_73(X) != fn_cellular_respiration_of_fat_61(X)
& subevent_2(fn_cellular_respiration_of_fat_66(X),fn_cellular_respiration_of_fat_74(X))
& subevent_2(fn_cellular_respiration_of_fat_75(X),fn_cellular_respiration_of_fat_60(X))
& base_2(fn_cellular_respiration_of_fat_59(X),fn_cellular_respiration_of_fat_55(X))
& donor_2(fn_cellular_respiration_of_fat_61(X),fn_cellular_respiration_of_fat_55(X))
& subevent_2(fn_cellular_respiration_of_fat_75(X),fn_cellular_respiration_of_fat_61(X))
& subevent_2(fn_cellular_respiration_of_fat_66(X),fn_cellular_respiration_of_fat_75(X))
& raw_material_2(fn_cellular_respiration_of_fat_66(X),fn_cellular_respiration_of_fat_55(X))
& causes_2(fn_cellular_respiration_of_fat_75(X),fn_cellular_respiration_of_fat_59(X))
& raw_material_2(fn_cellular_respiration_of_fat_75(X),fn_cellular_respiration_of_fat_55(X))
& donor_2(fn_cellular_respiration_of_fat_60(X),fn_cellular_respiration_of_fat_55(X))
& object_2(fn_cellular_respiration_of_fat_60(X),fn_cellular_respiration_of_fat_64(X))
& object_2(fn_cellular_respiration_of_fat_61(X),fn_cellular_respiration_of_fat_64(X))
& raw_material_2(fn_cellular_respiration_of_fat_65(X),fn_cellular_respiration_of_fat_55(X))
& is_inside_2(fn_cellular_respiration_of_fat_58(X),fn_cellular_respiration_of_fat_55(X))
& object_2(fn_cellular_respiration_of_fat_59(X),fn_cellular_respiration_of_fat_58(X))
& fn_cellular_respiration_of_fat_64(X) != fn_cellular_respiration_of_fat_55(X)
& fn_cellular_respiration_of_fat_55(X) != fn_cellular_respiration_of_fat_64(X)
& fn_cellular_respiration_of_fat_51(X) = fn_enzyme_4(fn_cellular_respiration_of_fat_67(X))
& fn_cellular_respiration_of_fat_18(X) = fn_add_2(fn_cellular_respiration_of_fat_23(X))
& fn_cellular_respiration_of_fat_55(X) = fn_transfer_1(fn_cellular_respiration_of_fat_56(X))
& fn_cellular_respiration_of_fat_53(X) = fn_functional_group_1(fn_cellular_respiration_of_fat_44(X))
& fn_cellular_respiration_of_fat_20(X) = fn_remove_2(fn_cellular_respiration_of_fat_21(X))
& fn_cellular_respiration_of_fat_18(X) = fn_oxidation_7(fn_cellular_respiration_of_fat_24(X))
& fn_cellular_respiration_of_fat_27(X) = fn_remove_1(fn_cellular_respiration_of_fat_21(X))
& fn_cellular_respiration_of_fat_72(X) = fn_catabolism_2(X)
& fn_cellular_respiration_of_fat_52(X) = fn_catabolism_1(X)
& fn_cellular_respiration_of_fat_55(X) = fn_chemical_reaction_2(fn_cellular_respiration_of_fat_45(X))
& fn_cellular_respiration_of_fat_55(X) = fn_electron_transport_chain_reaction_24(fn_cellular_respiration_of_fat_62(X))
& fn_cellular_respiration_of_fat_32(X) = fn_decomposition_reaction_2(fn_cellular_respiration_of_fat_35(X))
& fn_cellular_respiration_of_fat_20(X) = fn_chemical_reaction_1(fn_cellular_respiration_of_fat_68(X))
& fn_cellular_respiration_of_fat_32(X) = fn_decomposition_reaction_5(fn_cellular_respiration_of_fat_29(X))
& fn_cellular_respiration_of_fat_40(X) = fn_chemical_reaction_1(fn_cellular_respiration_of_fat_71(X))
& fn_cellular_respiration_of_fat_20(X) = fn_chemical_reaction_1(fn_cellular_respiration_of_fat_28(X))
& fn_cellular_respiration_of_fat_20(X) = fn_chemical_reaction_2(fn_cellular_respiration_of_fat_69(X))
& fn_cellular_respiration_of_fat_40(X) = fn_chemical_reaction_2(fn_cellular_respiration_of_fat_15(X))
& fn_cellular_respiration_of_fat_30(X) = fn_chemical_reaction_2(fn_cellular_respiration_of_fat_68(X))
& fn_cellular_respiration_of_fat_30(X) = fn_chemical_reaction_2(fn_cellular_respiration_of_fat_28(X))
& fn_cellular_respiration_of_fat_27(X) = fn_chemical_reaction_1(fn_cellular_respiration_of_fat_69(X))
& fn_cellular_respiration_of_fat_32(X) = fn_isomerization_reaction_1(fn_cellular_respiration_of_fat_70(X))
& fn_cellular_respiration_of_fat_17(X) = fn_catabolic_pathway_10(fn_cellular_respiration_of_fat_39(X))
& fn_cellular_respiration_of_fat_36(X) = fn_decomposition_reaction_5(fn_cellular_respiration_of_fat_35(X))
& fn_cellular_respiration_of_fat_50(X) = fn_fuel_8(fn_cellular_respiration_of_fat_46(X))
& fn_cellular_respiration_of_fat_52(X) = fn_fuel_7(fn_cellular_respiration_of_fat_46(X))
& fn_cellular_respiration_of_fat_26(X) = fn_isomerization_reaction_1(fn_cellular_respiration_of_fat_70(X))
& fn_cellular_respiration_of_fat_38(X) = fn_isomerization_reaction_2(fn_cellular_respiration_of_fat_70(X))
& fn_cellular_respiration_of_fat_69(X) = fn_reactant_2(fn_cellular_respiration_of_fat_19(X))
& fn_cellular_respiration_of_fat_48(X) = fn_reactant_3(fn_cellular_respiration_of_fat_19(X))
& fn_cellular_respiration_of_fat_42(X) = fn_exergonic_reaction_6(fn_cellular_respiration_of_fat_39(X))
& fn_cellular_respiration_of_fat_14(X) = fn_exergonic_reaction_11(fn_cellular_respiration_of_fat_39(X))
& fn_cellular_respiration_of_fat_41(X) = fn_redox_reaction_12(fn_cellular_respiration_of_fat_71(X))
& fn_cellular_respiration_of_fat_40(X) = fn_redox_reaction_16(fn_cellular_respiration_of_fat_71(X))
& fn_cellular_respiration_of_fat_33(X) = fn_decomposition_reaction_2(fn_cellular_respiration_of_fat_29(X))
& fn_cellular_respiration_of_fat_33(X) = fn_decarboxylation_1(fn_cellular_respiration_of_fat_29(X))
& fn_cellular_respiration_of_fat_37(X) = fn_decarboxylation_1(fn_cellular_respiration_of_fat_35(X))
& fn_cellular_respiration_of_fat_25(X) = fn_synthesis_of_atp_13(fn_cellular_respiration_of_fat_22(X))
& fn_cellular_respiration_of_fat_25(X) = fn_substrate_level_phosphorylation_5(fn_cellular_respiration_of_fat_22(X))
& fn_cellular_respiration_of_fat_58(X) = fn_work_1(fn_cellular_respiration_of_fat_74(X))
& fn_cellular_respiration_of_fat_58(X) = fn_endergonic_process_4(fn_cellular_respiration_of_fat_74(X))
& fn_cellular_respiration_of_fat_26(X) = fn_isomerization_reaction_2(fn_cellular_respiration_of_fat_16(X))
& fn_cellular_respiration_of_fat_38(X) = fn_isomerization_reaction_1(fn_cellular_respiration_of_fat_16(X))
& fn_cellular_respiration_of_fat_52(X) = fn_hydrolysis_11(fn_cellular_respiration_of_fat_54(X))
& fn_cellular_respiration_of_fat_63(X) = fn_exergonic_reaction_10(fn_cellular_respiration_of_fat_54(X))
& fn_cellular_respiration_of_fat_63(X) = fn_hydrolysis_11(fn_cellular_respiration_of_fat_54(X))
& fn_cellular_respiration_of_fat_63(X) = fn_hydrolysis_10(fn_cellular_respiration_of_fat_54(X))
& fn_cellular_respiration_of_fat_48(X) = fn_catabolic_pathway_9(fn_cellular_respiration_of_fat_51(X))
& fn_cellular_respiration_of_fat_53(X) = fn_lipase_2(fn_cellular_respiration_of_fat_57(X))
& fn_cellular_respiration_of_fat_52(X) = fn_lipase_1(fn_cellular_respiration_of_fat_57(X))
& fn_cellular_respiration_of_fat_54(X) = fn_lipase_4(fn_cellular_respiration_of_fat_57(X))
& fn_cellular_respiration_of_fat_34(X) = fn_nad_plus_1(fn_cellular_respiration_of_fat_31(X))
& fn_cellular_respiration_of_fat_72(X) = fn_chemical_reaction_1(fn_cellular_respiration_of_fat_65(X))
& fn_cellular_respiration_of_fat_65(X) = fn_oxidative_phosphorylation_10(fn_cellular_respiration_of_fat_45(X))
& fn_cellular_respiration_of_fat_72(X) = fn_oxidative_phosphorylation_9(fn_cellular_respiration_of_fat_45(X))
& fn_cellular_respiration_of_fat_47(X) = fn_catabolic_pathway_1(fn_cellular_respiration_of_fat_51(X))
& fn_cellular_respiration_of_fat_49(X) = fn_catabolic_pathway_2(fn_cellular_respiration_of_fat_51(X))
& fn_cellular_respiration_of_fat_47(X) = fn_beta_oxidation_3(fn_cellular_respiration_of_fat_51(X))
& fn_cellular_respiration_of_fat_49(X) = fn_beta_oxidation_5(fn_cellular_respiration_of_fat_51(X))
& fn_cellular_respiration_of_fat_55(X) = fn_beta_oxidation_1(fn_cellular_respiration_of_fat_51(X))
& fn_cellular_respiration_of_fat_43(X) = fn_beta_oxidation_4(fn_cellular_respiration_of_fat_51(X))
& fn_cellular_respiration_of_fat_53(X) = fn_catabolic_pathway_10(fn_cellular_respiration_of_fat_51(X))
& fn_cellular_respiration_of_fat_53(X) = fn_beta_oxidation_8(fn_cellular_respiration_of_fat_51(X))
& fn_cellular_respiration_of_fat_73(X) = fn_redox_reaction_8(fn_cellular_respiration_of_fat_75(X))
& fn_cellular_respiration_of_fat_74(X) = fn_electron_transport_chain_pathway_12(fn_cellular_respiration_of_fat_65(X))
& fn_cellular_respiration_of_fat_66(X) = fn_electron_transport_chain_pathway_20(fn_cellular_respiration_of_fat_65(X))
& fn_cellular_respiration_of_fat_61(X) = fn_redox_reaction_11(fn_cellular_respiration_of_fat_75(X))
& fn_cellular_respiration_of_fat_61(X) = fn_electron_transport_chain_pathway_26(fn_cellular_respiration_of_fat_65(X))
& fn_cellular_respiration_of_fat_60(X) = fn_redox_reaction_10(fn_cellular_respiration_of_fat_75(X))
& fn_cellular_respiration_of_fat_60(X) = fn_electron_transport_chain_pathway_27(fn_cellular_respiration_of_fat_65(X))
& fn_cellular_respiration_of_fat_75(X) = fn_electron_transport_chain_pathway_21(fn_cellular_respiration_of_fat_65(X))
& fn_cellular_respiration_of_fat_59(X) = fn_electron_transport_chain_pathway_22(fn_cellular_respiration_of_fat_65(X))
& fn_cellular_respiration_of_fat_58(X) = fn_electron_transport_chain_pathway_43(fn_cellular_respiration_of_fat_65(X))
& fn_cellular_respiration_of_fat_55(X) = fn_redox_reaction_12(fn_cellular_respiration_of_fat_75(X))
& fn_cellular_respiration_of_fat_64(X) = fn_redox_reaction_16(fn_cellular_respiration_of_fat_75(X))
& fn_cellular_respiration_of_fat_55(X) = fn_redox_reaction_16(fn_cellular_respiration_of_fat_75(X))
& fn_cellular_respiration_of_fat_64(X) = fn_redox_reaction_7(fn_cellular_respiration_of_fat_75(X))
& fn_cellular_respiration_of_fat_64(X) = fn_electron_transport_chain_pathway_24(fn_cellular_respiration_of_fat_65(X))
& fn_cellular_respiration_of_fat_55(X) = fn_electron_transport_chain_pathway_41(fn_cellular_respiration_of_fat_65(X))
& fn_add_2(fn_cellular_respiration_of_fat_23(X)) = fn_oxidation_7(fn_cellular_respiration_of_fat_24(X))
& fn_oxidation_7(fn_cellular_respiration_of_fat_24(X)) = fn_remove_2(fn_cellular_respiration_of_fat_21(X))
& fn_remove_2(fn_cellular_respiration_of_fat_21(X)) = fn_chemical_reaction_1(fn_cellular_respiration_of_fat_68(X))
& fn_chemical_reaction_1(fn_cellular_respiration_of_fat_28(X)) = fn_chemical_reaction_1(fn_cellular_respiration_of_fat_68(X))
& fn_chemical_reaction_1(fn_cellular_respiration_of_fat_68(X)) = fn_chemical_reaction_1(fn_cellular_respiration_of_fat_28(X))
& fn_chemical_reaction_1(fn_cellular_respiration_of_fat_28(X)) = fn_chemical_reaction_2(fn_cellular_respiration_of_fat_69(X))
& fn_chemical_reaction_2(fn_cellular_respiration_of_fat_69(X)) = fn_remove_1(fn_cellular_respiration_of_fat_21(X))
& fn_remove_1(fn_cellular_respiration_of_fat_21(X)) = fn_chemical_reaction_1(fn_cellular_respiration_of_fat_69(X))
& fn_chemical_reaction_1(fn_cellular_respiration_of_fat_69(X)) = fn_decomposition_reaction_2(fn_cellular_respiration_of_fat_35(X))
& fn_decomposition_reaction_2(fn_cellular_respiration_of_fat_35(X)) = fn_decomposition_reaction_5(fn_cellular_respiration_of_fat_29(X))
& fn_decomposition_reaction_5(fn_cellular_respiration_of_fat_29(X)) = fn_decomposition_reaction_5(fn_cellular_respiration_of_fat_29(X))
& fn_decomposition_reaction_5(fn_cellular_respiration_of_fat_29(X)) = fn_isomerization_reaction_1(fn_cellular_respiration_of_fat_70(X))
& fn_isomerization_reaction_1(fn_cellular_respiration_of_fat_70(X)) = fn_chemical_reaction_1(fn_cellular_respiration_of_fat_71(X))
& fn_chemical_reaction_1(fn_cellular_respiration_of_fat_71(X)) = fn_chemical_reaction_2(fn_cellular_respiration_of_fat_15(X))
& fn_chemical_reaction_2(fn_cellular_respiration_of_fat_15(X)) = fn_chemical_reaction_2(fn_cellular_respiration_of_fat_15(X))
& fn_chemical_reaction_2(fn_cellular_respiration_of_fat_15(X)) = fn_redox_reaction_16(fn_cellular_respiration_of_fat_71(X))
& fn_redox_reaction_16(fn_cellular_respiration_of_fat_71(X)) = fn_redox_reaction_16(fn_cellular_respiration_of_fat_71(X))
& fn_redox_reaction_16(fn_cellular_respiration_of_fat_71(X)) = fn_decomposition_reaction_2(fn_cellular_respiration_of_fat_29(X))
& fn_decomposition_reaction_2(fn_cellular_respiration_of_fat_29(X)) = fn_decarboxylation_1(fn_cellular_respiration_of_fat_29(X))
& fn_decarboxylation_1(fn_cellular_respiration_of_fat_29(X)) = fn_synthesis_of_atp_13(fn_cellular_respiration_of_fat_22(X))
& fn_synthesis_of_atp_13(fn_cellular_respiration_of_fat_22(X)) = fn_substrate_level_phosphorylation_5(fn_cellular_respiration_of_fat_22(X))
& fn_substrate_level_phosphorylation_5(fn_cellular_respiration_of_fat_22(X)) = fn_isomerization_reaction_1(fn_cellular_respiration_of_fat_70(X))
& fn_isomerization_reaction_1(fn_cellular_respiration_of_fat_70(X)) = fn_isomerization_reaction_2(fn_cellular_respiration_of_fat_16(X))
& fn_isomerization_reaction_2(fn_cellular_respiration_of_fat_16(X)) = fn_isomerization_reaction_2(fn_cellular_respiration_of_fat_16(X))
& fn_isomerization_reaction_2(fn_cellular_respiration_of_fat_16(X)) = fn_isomerization_reaction_2(fn_cellular_respiration_of_fat_70(X))
& fn_isomerization_reaction_2(fn_cellular_respiration_of_fat_70(X)) = fn_isomerization_reaction_2(fn_cellular_respiration_of_fat_70(X))
& fn_isomerization_reaction_2(fn_cellular_respiration_of_fat_70(X)) = fn_isomerization_reaction_1(fn_cellular_respiration_of_fat_16(X))
& fn_isomerization_reaction_1(fn_cellular_respiration_of_fat_16(X)) = fn_isomerization_reaction_1(fn_cellular_respiration_of_fat_16(X))
& fn_isomerization_reaction_1(fn_cellular_respiration_of_fat_16(X)) = fn_exergonic_reaction_10(fn_cellular_respiration_of_fat_54(X))
& fn_exergonic_reaction_10(fn_cellular_respiration_of_fat_54(X)) = fn_hydrolysis_11(fn_cellular_respiration_of_fat_54(X))
& fn_hydrolysis_10(fn_cellular_respiration_of_fat_54(X)) = fn_hydrolysis_10(fn_cellular_respiration_of_fat_54(X))
& fn_hydrolysis_10(fn_cellular_respiration_of_fat_54(X)) = fn_hydrolysis_11(fn_cellular_respiration_of_fat_54(X))
& fn_hydrolysis_11(fn_cellular_respiration_of_fat_54(X)) = fn_hydrolysis_10(fn_cellular_respiration_of_fat_54(X))
& fn_hydrolysis_10(fn_cellular_respiration_of_fat_54(X)) = fn_reactant_3(fn_cellular_respiration_of_fat_19(X))
& fn_reactant_3(fn_cellular_respiration_of_fat_19(X)) = fn_reactant_3(fn_cellular_respiration_of_fat_19(X))
& fn_reactant_3(fn_cellular_respiration_of_fat_19(X)) = fn_catabolic_pathway_9(fn_cellular_respiration_of_fat_51(X))
& fn_catabolic_pathway_9(fn_cellular_respiration_of_fat_51(X)) = fn_catabolic_pathway_9(fn_cellular_respiration_of_fat_51(X))
& fn_catabolic_pathway_9(fn_cellular_respiration_of_fat_51(X)) = fn_catabolism_1(X)
& fn_catabolism_1(X) = fn_fuel_7(fn_cellular_respiration_of_fat_46(X))
& fn_fuel_7(fn_cellular_respiration_of_fat_46(X)) = fn_fuel_7(fn_cellular_respiration_of_fat_46(X))
& fn_fuel_7(fn_cellular_respiration_of_fat_46(X)) = fn_hydrolysis_11(fn_cellular_respiration_of_fat_54(X))
& fn_hydrolysis_11(fn_cellular_respiration_of_fat_54(X)) = fn_hydrolysis_11(fn_cellular_respiration_of_fat_54(X))
& fn_hydrolysis_11(fn_cellular_respiration_of_fat_54(X)) = fn_lipase_1(fn_cellular_respiration_of_fat_57(X))
& fn_lipase_1(fn_cellular_respiration_of_fat_57(X)) = fn_catabolism_2(X)
& fn_catabolism_2(X) = fn_chemical_reaction_1(fn_cellular_respiration_of_fat_65(X))
& fn_chemical_reaction_1(fn_cellular_respiration_of_fat_65(X)) = fn_catabolism_2(X)
& fn_catabolism_2(X) = fn_oxidative_phosphorylation_9(fn_cellular_respiration_of_fat_45(X))
& fn_oxidative_phosphorylation_9(fn_cellular_respiration_of_fat_45(X)) = fn_oxidative_phosphorylation_9(fn_cellular_respiration_of_fat_45(X))
& fn_oxidative_phosphorylation_9(fn_cellular_respiration_of_fat_45(X)) = fn_catabolic_pathway_1(fn_cellular_respiration_of_fat_51(X))
& fn_catabolic_pathway_1(fn_cellular_respiration_of_fat_51(X)) = fn_beta_oxidation_3(fn_cellular_respiration_of_fat_51(X))
& fn_beta_oxidation_3(fn_cellular_respiration_of_fat_51(X)) = fn_catabolic_pathway_2(fn_cellular_respiration_of_fat_51(X))
& fn_catabolic_pathway_2(fn_cellular_respiration_of_fat_51(X)) = fn_catabolic_pathway_2(fn_cellular_respiration_of_fat_51(X))
& fn_catabolic_pathway_2(fn_cellular_respiration_of_fat_51(X)) = fn_beta_oxidation_5(fn_cellular_respiration_of_fat_51(X))
& fn_beta_oxidation_5(fn_cellular_respiration_of_fat_51(X)) = fn_beta_oxidation_5(fn_cellular_respiration_of_fat_51(X))
& fn_beta_oxidation_5(fn_cellular_respiration_of_fat_51(X)) = fn_functional_group_1(fn_cellular_respiration_of_fat_44(X))
& fn_functional_group_1(fn_cellular_respiration_of_fat_44(X)) = fn_catabolic_pathway_10(fn_cellular_respiration_of_fat_51(X))
& fn_lipase_2(fn_cellular_respiration_of_fat_57(X)) = fn_catabolic_pathway_10(fn_cellular_respiration_of_fat_51(X))
& fn_catabolic_pathway_10(fn_cellular_respiration_of_fat_51(X)) = fn_lipase_2(fn_cellular_respiration_of_fat_57(X))
& fn_lipase_2(fn_cellular_respiration_of_fat_57(X)) = fn_beta_oxidation_8(fn_cellular_respiration_of_fat_51(X))
& fn_beta_oxidation_8(fn_cellular_respiration_of_fat_51(X)) = fn_beta_oxidation_8(fn_cellular_respiration_of_fat_51(X))
& fn_beta_oxidation_8(fn_cellular_respiration_of_fat_51(X)) = fn_redox_reaction_11(fn_cellular_respiration_of_fat_75(X))
& fn_redox_reaction_11(fn_cellular_respiration_of_fat_75(X)) = fn_redox_reaction_11(fn_cellular_respiration_of_fat_75(X))
& fn_electron_transport_chain_pathway_26(fn_cellular_respiration_of_fat_65(X)) = fn_redox_reaction_11(fn_cellular_respiration_of_fat_75(X))
& fn_redox_reaction_11(fn_cellular_respiration_of_fat_75(X)) = fn_electron_transport_chain_pathway_26(fn_cellular_respiration_of_fat_65(X))
& fn_electron_transport_chain_pathway_26(fn_cellular_respiration_of_fat_65(X)) = fn_redox_reaction_10(fn_cellular_respiration_of_fat_75(X))
& fn_electron_transport_chain_pathway_27(fn_cellular_respiration_of_fat_65(X)) = fn_redox_reaction_10(fn_cellular_respiration_of_fat_75(X))
& fn_redox_reaction_10(fn_cellular_respiration_of_fat_75(X)) = fn_electron_transport_chain_pathway_27(fn_cellular_respiration_of_fat_65(X))
& fn_electron_transport_chain_pathway_27(fn_cellular_respiration_of_fat_65(X)) = fn_work_1(fn_cellular_respiration_of_fat_74(X))
& fn_work_1(fn_cellular_respiration_of_fat_74(X)) = fn_endergonic_process_4(fn_cellular_respiration_of_fat_74(X))
& fn_endergonic_process_4(fn_cellular_respiration_of_fat_74(X)) = fn_endergonic_process_4(fn_cellular_respiration_of_fat_74(X))
& fn_endergonic_process_4(fn_cellular_respiration_of_fat_74(X)) = fn_electron_transport_chain_pathway_43(fn_cellular_respiration_of_fat_65(X))
& fn_electron_transport_chain_pathway_43(fn_cellular_respiration_of_fat_65(X)) = fn_electron_transport_chain_pathway_43(fn_cellular_respiration_of_fat_65(X))
& fn_electron_transport_chain_pathway_43(fn_cellular_respiration_of_fat_65(X)) = fn_redox_reaction_7(fn_cellular_respiration_of_fat_75(X))
& fn_redox_reaction_7(fn_cellular_respiration_of_fat_75(X)) = fn_redox_reaction_16(fn_cellular_respiration_of_fat_75(X))
& fn_redox_reaction_16(fn_cellular_respiration_of_fat_75(X)) = fn_redox_reaction_7(fn_cellular_respiration_of_fat_75(X))
& fn_redox_reaction_7(fn_cellular_respiration_of_fat_75(X)) = fn_redox_reaction_7(fn_cellular_respiration_of_fat_75(X))
& fn_electron_transport_chain_pathway_24(fn_cellular_respiration_of_fat_65(X)) = fn_redox_reaction_7(fn_cellular_respiration_of_fat_75(X))
& fn_redox_reaction_7(fn_cellular_respiration_of_fat_75(X)) = fn_electron_transport_chain_pathway_24(fn_cellular_respiration_of_fat_65(X))
& fn_electron_transport_chain_pathway_24(fn_cellular_respiration_of_fat_65(X)) = fn_transfer_1(fn_cellular_respiration_of_fat_56(X))
& fn_transfer_1(fn_cellular_respiration_of_fat_56(X)) = fn_redox_reaction_12(fn_cellular_respiration_of_fat_75(X))
& fn_redox_reaction_16(fn_cellular_respiration_of_fat_75(X)) = fn_redox_reaction_12(fn_cellular_respiration_of_fat_75(X))
& fn_redox_reaction_12(fn_cellular_respiration_of_fat_75(X)) = fn_redox_reaction_12(fn_cellular_respiration_of_fat_75(X))
& fn_redox_reaction_12(fn_cellular_respiration_of_fat_75(X)) = fn_redox_reaction_16(fn_cellular_respiration_of_fat_75(X))
& fn_chemical_reaction_2(fn_cellular_respiration_of_fat_45(X)) = fn_redox_reaction_16(fn_cellular_respiration_of_fat_75(X))
& fn_redox_reaction_16(fn_cellular_respiration_of_fat_75(X)) = fn_redox_reaction_16(fn_cellular_respiration_of_fat_75(X))
& fn_redox_reaction_16(fn_cellular_respiration_of_fat_75(X)) = fn_chemical_reaction_2(fn_cellular_respiration_of_fat_45(X))
& fn_chemical_reaction_2(fn_cellular_respiration_of_fat_45(X)) = fn_electron_transport_chain_reaction_24(fn_cellular_respiration_of_fat_62(X))
& fn_electron_transport_chain_reaction_24(fn_cellular_respiration_of_fat_62(X)) = fn_electron_transport_chain_reaction_24(fn_cellular_respiration_of_fat_62(X))
& fn_electron_transport_chain_reaction_24(fn_cellular_respiration_of_fat_62(X)) = fn_beta_oxidation_1(fn_cellular_respiration_of_fat_51(X))
& fn_beta_oxidation_1(fn_cellular_respiration_of_fat_51(X)) = fn_beta_oxidation_1(fn_cellular_respiration_of_fat_51(X))
& fn_beta_oxidation_1(fn_cellular_respiration_of_fat_51(X)) = fn_electron_transport_chain_pathway_41(fn_cellular_respiration_of_fat_65(X))
& fn_electron_transport_chain_pathway_41(fn_cellular_respiration_of_fat_65(X)) = fn_electron_transport_chain_pathway_41(fn_cellular_respiration_of_fat_65(X)) ) ) ).
fof(a528253,axiom,
! [X] :
( cellular_respiration_of_glycogen_1(X)
=> ( original_name_2(X,'Cellular-Respiration-Of-Glycogen')
& user_description_2(X,'Cellular respiration of Glycogen refers to oxidative metabolism of glycogen by which cell gains useful energy.')
& concept2words_2(X,'perform cellular respiration')
& concept2words_2(X,convert)
& concept2words_2(X,'cellular respiration of glycogen')
& concept2words_2(X,'cellular-respiration-of-glycogen')
& cellular_respiration_of_complex_carbohydrate_1(X)
& time_interval_1(fn_cellular_respiration_of_glycogen_1(X))
& time_interval_1(fn_cellular_respiration_of_glycogen_2(X))
& time_interval_1(fn_cellular_respiration_of_glycogen_3(X))
& time_interval_1(fn_cellular_respiration_of_glycogen_4(X))
& potential_energy_1(fn_cellular_respiration_of_glycogen_5(X))
& redox_reaction_1(fn_cellular_respiration_of_glycogen_6(X))
& potential_energy_1(fn_cellular_respiration_of_glycogen_7(X))
& redox_reaction_1(fn_cellular_respiration_of_glycogen_8(X))
& time_interval_1(fn_cellular_respiration_of_glycogen_9(X))
& molecule_1(fn_cellular_respiration_of_glycogen_10(X))
& water_molecule_1(fn_cellular_respiration_of_glycogen_10(X))
& chemical_energy_1(fn_cellular_respiration_of_glycogen_11(X))
& oxidation_1(fn_cellular_respiration_of_glycogen_12(X))
& organic_molecule_1(fn_cellular_respiration_of_glycogen_13(X))
& pyruvate_1(fn_cellular_respiration_of_glycogen_13(X))
& chemical_entity_1(fn_cellular_respiration_of_glycogen_13(X))
& hydrolysis_1(fn_cellular_respiration_of_glycogen_14(X))
& exergonic_reaction_1(fn_cellular_respiration_of_glycogen_15(X))
& glycolysis_1(fn_cellular_respiration_of_glycogen_15(X))
& glycogen_1(fn_cellular_respiration_of_glycogen_16(X))
& pyruvate_oxidation_1(fn_cellular_respiration_of_glycogen_17(X))
& chemical_entity_1(fn_cellular_respiration_of_glycogen_18(X))
& acetate_1(fn_cellular_respiration_of_glycogen_18(X))
& multienzyme_complex_1(fn_cellular_respiration_of_glycogen_19(X))
& chemical_reaction_1(fn_cellular_respiration_of_glycogen_20(X))
& redox_reaction_1(fn_cellular_respiration_of_glycogen_20(X))
& chemical_reaction_1(fn_cellular_respiration_of_glycogen_21(X))
& molecule_1(fn_cellular_respiration_of_glycogen_22(X))
& spatial_entity_1(fn_cellular_respiration_of_glycogen_22(X))
& chemical_entity_1(fn_cellular_respiration_of_glycogen_22(X))
& organic_molecule_1(fn_cellular_respiration_of_glycogen_22(X))
& acetyl_coa_1(fn_cellular_respiration_of_glycogen_22(X))
& chemical_reaction_1(fn_cellular_respiration_of_glycogen_23(X))
& synthesis_of_organic_molecule_1(fn_cellular_respiration_of_glycogen_24(X))
& chemical_reaction_1(fn_cellular_respiration_of_glycogen_24(X))
& synthesis_of_atp_1(fn_cellular_respiration_of_glycogen_24(X))
& substrate_level_phosphorylation_1(fn_cellular_respiration_of_glycogen_24(X))
& anabolic_pathway_1(fn_cellular_respiration_of_glycogen_24(X))
& citric_acid_cycle_1(fn_cellular_respiration_of_glycogen_25(X))
& time_interval_1(fn_cellular_respiration_of_glycogen_26(X))
& isomerization_reaction_1(fn_cellular_respiration_of_glycogen_27(X))
& chemical_energy_1(fn_cellular_respiration_of_glycogen_28(X))
& spatial_entity_1(fn_cellular_respiration_of_glycogen_29(X))
& tangible_entity_1(fn_cellular_respiration_of_glycogen_29(X))
& chemical_entity_1(fn_cellular_respiration_of_glycogen_29(X))
& organic_molecule_1(fn_cellular_respiration_of_glycogen_29(X))
& nad_plus_1(fn_cellular_respiration_of_glycogen_29(X))
& molecule_1(fn_cellular_respiration_of_glycogen_29(X))
& quantity_value_1(fn_cellular_respiration_of_glycogen_30(X))
& quantity_value_1(fn_cellular_respiration_of_glycogen_31(X))
& quantity_value_1(fn_cellular_respiration_of_glycogen_32(X))
& chemical_energy_1(fn_cellular_respiration_of_glycogen_33(X))
& chemical_reaction_1(fn_cellular_respiration_of_glycogen_34(X))
& oxidative_phosphorylation_1(fn_cellular_respiration_of_glycogen_34(X))
& chemical_reaction_1(fn_cellular_respiration_of_glycogen_35(X))
& chemical_reaction_1(fn_cellular_respiration_of_glycogen_36(X))
& synthesis_reaction_1(fn_cellular_respiration_of_glycogen_37(X))
& oxaloacetate_1(fn_cellular_respiration_of_glycogen_38(X))
& organic_molecule_1(fn_cellular_respiration_of_glycogen_39(X))
& nad_plus_1(fn_cellular_respiration_of_glycogen_39(X))
& quantity_value_1(fn_cellular_respiration_of_glycogen_40(X))
& speed_value_1(fn_cellular_respiration_of_glycogen_41(X))
& carbon_skeleton_1(fn_cellular_respiration_of_glycogen_42(X))
& entity_1(fn_cellular_respiration_of_glycogen_43(X))
& chemical_entity_1(fn_cellular_respiration_of_glycogen_43(X))
& atom_1(fn_cellular_respiration_of_glycogen_43(X))
& carbon_1(fn_cellular_respiration_of_glycogen_43(X))
& atom_1(fn_cellular_respiration_of_glycogen_44(X))
& chemical_entity_1(fn_cellular_respiration_of_glycogen_44(X))
& constant_motion_1(fn_cellular_respiration_of_glycogen_45(X))
& reactant_1(fn_cellular_respiration_of_glycogen_46(X))
& kinetic_energy_1(fn_cellular_respiration_of_glycogen_47(X))
& chemical_energy_1(fn_cellular_respiration_of_glycogen_48(X))
& structural_complexity_value_1(fn_cellular_respiration_of_glycogen_49(X))
& structural_complexity_value_1(fn_cellular_respiration_of_glycogen_50(X))
& catabolic_pathway_1(fn_cellular_respiration_of_glycogen_51(X))
& organic_molecule_1(fn_cellular_respiration_of_glycogen_52(X))
& nadh_1(fn_cellular_respiration_of_glycogen_52(X))
& chemical_entity_1(fn_cellular_respiration_of_glycogen_53(X))
& fadh2_1(fn_cellular_respiration_of_glycogen_53(X))
& chemical_energy_1(fn_cellular_respiration_of_glycogen_54(X))
& quantity_value_1(fn_cellular_respiration_of_glycogen_55(X))
& multienzyme_complex_1(fn_pyruvate_oxidation_10(fn_cellular_respiration_of_glycogen_17(X)))
& chemical_reaction_1(fn_pyruvate_oxidation_77(fn_cellular_respiration_of_glycogen_17(X)))
& redox_reaction_1(fn_pyruvate_oxidation_38(fn_cellular_respiration_of_glycogen_17(X)))
& chemical_reaction_1(fn_pyruvate_oxidation_65(fn_cellular_respiration_of_glycogen_17(X)))
& property_node_1(fn_citric_acid_cycle_37(fn_cellular_respiration_of_glycogen_25(X)))
& property_node_1(fn_citric_acid_cycle_46(fn_cellular_respiration_of_glycogen_25(X)))
& property_node_1(fn_citric_acid_cycle_45(fn_cellular_respiration_of_glycogen_25(X)))
& property_node_1(fn_citric_acid_cycle_27(fn_cellular_respiration_of_glycogen_25(X)))
& carbon_skeleton_1(fn_citric_acid_cycle_124(fn_cellular_respiration_of_glycogen_25(X)))
& entity_1(fn_citric_acid_cycle_125(fn_cellular_respiration_of_glycogen_25(X)))
& chemical_entity_1(fn_citric_acid_cycle_125(fn_cellular_respiration_of_glycogen_25(X)))
& atom_1(fn_citric_acid_cycle_125(fn_cellular_respiration_of_glycogen_25(X)))
& carbon_1(fn_citric_acid_cycle_125(fn_cellular_respiration_of_glycogen_25(X)))
& atom_1(fn_citric_acid_cycle_126(fn_cellular_respiration_of_glycogen_25(X)))
& chemical_entity_1(fn_citric_acid_cycle_126(fn_cellular_respiration_of_glycogen_25(X)))
& structural_complexity_value_1(fn_citric_acid_cycle_48(fn_cellular_respiration_of_glycogen_25(X)))
& oxaloacetate_1(fn_citric_acid_cycle_66(fn_cellular_respiration_of_glycogen_25(X)))
& reactant_1(fn_citric_acid_cycle_57(fn_cellular_respiration_of_glycogen_25(X)))
& constant_motion_1(fn_citric_acid_cycle_127(fn_cellular_respiration_of_glycogen_25(X)))
& speed_value_1(fn_citric_acid_cycle_123(fn_cellular_respiration_of_glycogen_25(X)))
& quantity_value_1(fn_citric_acid_cycle_122(fn_cellular_respiration_of_glycogen_25(X)))
& kinetic_energy_1(fn_citric_acid_cycle_128(fn_cellular_respiration_of_glycogen_25(X)))
& property_node_1(fn_glycolysis_84(fn_cellular_respiration_of_glycogen_15(X)))
& property_node_1(fn_glycolysis_90(fn_cellular_respiration_of_glycogen_15(X)))
& oxidation_1(fn_glycolysis_22(fn_cellular_respiration_of_glycogen_15(X)))
& isomerization_reaction_1(fn_glycolysis_67(fn_cellular_respiration_of_glycogen_15(X)))
& quantity_value_1(fn_glycolysis_83(fn_cellular_respiration_of_glycogen_15(X)))
& quantity_value_1(fn_glycolysis_89(fn_cellular_respiration_of_glycogen_15(X)))
& chemical_energy_1(fn_glycolysis_88(fn_cellular_respiration_of_glycogen_15(X)))
& spatial_entity_1(fn_glycolysis_78(fn_cellular_respiration_of_glycogen_15(X)))
& tangible_entity_1(fn_glycolysis_78(fn_cellular_respiration_of_glycogen_15(X)))
& chemical_entity_1(fn_glycolysis_78(fn_cellular_respiration_of_glycogen_15(X)))
& organic_molecule_1(fn_glycolysis_78(fn_cellular_respiration_of_glycogen_15(X)))
& nad_plus_1(fn_glycolysis_78(fn_cellular_respiration_of_glycogen_15(X)))
& molecule_1(fn_glycolysis_78(fn_cellular_respiration_of_glycogen_15(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_cellular_respiration_of_glycogen_20(X)))
& acetate_1(fn_pyruvate_oxidation_11(fn_cellular_respiration_of_glycogen_17(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_cellular_respiration_of_glycogen_34(X)))
& fadh2_1(fn_citric_acid_cycle_18(fn_cellular_respiration_of_glycogen_25(X)))
& chemical_energy_1(fn_citric_acid_cycle_6(fn_cellular_respiration_of_glycogen_25(X)))
& chemical_energy_1(fn_citric_acid_cycle_9(fn_cellular_respiration_of_glycogen_25(X)))
& organic_molecule_1(fn_catabolic_pathway_10(fn_cellular_respiration_of_glycogen_51(X)))
& nad_plus_1(fn_citric_acid_cycle_105(fn_cellular_respiration_of_glycogen_25(X)))
& chemical_reaction_1(fn_citric_acid_cycle_115(fn_cellular_respiration_of_glycogen_25(X)))
& chemical_reaction_1(fn_citric_acid_cycle_113(fn_cellular_respiration_of_glycogen_25(X)))
& chemical_reaction_1(fn_citric_acid_cycle_106(fn_cellular_respiration_of_glycogen_25(X)))
& structural_complexity_value_1(fn_citric_acid_cycle_5(fn_cellular_respiration_of_glycogen_25(X)))
& structural_complexity_value_1(fn_citric_acid_cycle_47(fn_cellular_respiration_of_glycogen_25(X)))
& organic_molecule_1(fn_catabolic_pathway_9(fn_cellular_respiration_of_glycogen_51(X)))
& nadh_1(fn_citric_acid_cycle_109(fn_cellular_respiration_of_glycogen_25(X)))
& synthesis_reaction_1(fn_citric_acid_cycle_107(fn_cellular_respiration_of_glycogen_25(X)))
& synthesis_reaction_1(fn_citric_acid_cycle_72(fn_cellular_respiration_of_glycogen_25(X)))
& chemical_entity_1(fn_pyruvate_oxidation_87(fn_cellular_respiration_of_glycogen_17(X)))
& organic_molecule_1(fn_pyruvate_oxidation_87(fn_cellular_respiration_of_glycogen_17(X)))
& molecule_1(fn_pyruvate_oxidation_87(fn_cellular_respiration_of_glycogen_17(X)))
& acetyl_coa_1(fn_pyruvate_oxidation_87(fn_cellular_respiration_of_glycogen_17(X)))
& spatial_entity_1(fn_citric_acid_cycle_108(fn_cellular_respiration_of_glycogen_25(X)))
& chemical_entity_1(fn_citric_acid_cycle_108(fn_cellular_respiration_of_glycogen_25(X)))
& organic_molecule_1(fn_citric_acid_cycle_108(fn_cellular_respiration_of_glycogen_25(X)))
& acetyl_coa_1(fn_citric_acid_cycle_108(fn_cellular_respiration_of_glycogen_25(X)))
& synthesis_of_organic_molecule_1(fn_glycolysis_69(fn_cellular_respiration_of_glycogen_15(X)))
& chemical_reaction_1(fn_glycolysis_69(fn_cellular_respiration_of_glycogen_15(X)))
& synthesis_of_atp_1(fn_glycolysis_69(fn_cellular_respiration_of_glycogen_15(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_69(fn_cellular_respiration_of_glycogen_15(X)))
& chemical_reaction_1(fn_glycolysis_68(fn_cellular_respiration_of_glycogen_15(X)))
& synthesis_of_atp_1(fn_glycolysis_68(fn_cellular_respiration_of_glycogen_15(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_68(fn_cellular_respiration_of_glycogen_15(X)))
& anabolic_pathway_1(fn_glycolysis_68(fn_cellular_respiration_of_glycogen_15(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_cellular_respiration_of_glycogen_15(X)))
& organic_molecule_1(fn_pyruvate_oxidation_85(fn_cellular_respiration_of_glycogen_17(X)))
& chemical_entity_1(fn_pyruvate_oxidation_85(fn_cellular_respiration_of_glycogen_17(X)))
& pyruvate_1(fn_pyruvate_oxidation_85(fn_cellular_respiration_of_glycogen_17(X)))
& pyruvate_1(fn_glycolysis_55(fn_cellular_respiration_of_glycogen_15(X)))
& chemical_entity_1(fn_glycolysis_55(fn_cellular_respiration_of_glycogen_15(X)))
& chemical_energy_1(fn_exergonic_reaction_6(fn_cellular_respiration_of_glycogen_15(X)))
& chemical_energy_1(fn_pyruvate_oxidation_3(fn_cellular_respiration_of_glycogen_17(X)))
& chemical_energy_1(fn_glycolysis_108(fn_cellular_respiration_of_glycogen_15(X)))
& raw_material_2(fn_cellular_respiration_of_glycogen_51(X),fn_cellular_respiration_of_glycogen_38(X))
& greater_than_or_equal_to_2(fn_cellular_respiration_of_glycogen_32(X),fn_cellular_respiration_of_glycogen_31(X))
& time_before_2(fn_cellular_respiration_of_glycogen_1(X),fn_cellular_respiration_of_glycogen_26(X))
& time_during_2(fn_cellular_respiration_of_glycogen_27(X),fn_cellular_respiration_of_glycogen_9(X))
& time_before_2(fn_cellular_respiration_of_glycogen_2(X),fn_cellular_respiration_of_glycogen_4(X))
& time_before_2(fn_cellular_respiration_of_glycogen_3(X),fn_cellular_respiration_of_glycogen_2(X))
& time_during_2(fn_cellular_respiration_of_glycogen_24(X),fn_cellular_respiration_of_glycogen_9(X))
& time_during_2(fn_cellular_respiration_of_glycogen_23(X),fn_cellular_respiration_of_glycogen_3(X))
& time_during_2(fn_cellular_respiration_of_glycogen_21(X),fn_cellular_respiration_of_glycogen_4(X))
& time_during_2(fn_cellular_respiration_of_glycogen_20(X),fn_cellular_respiration_of_glycogen_2(X))
& agent_2(fn_cellular_respiration_of_glycogen_20(X),fn_cellular_respiration_of_glycogen_19(X))
& causes_2(fn_cellular_respiration_of_glycogen_17(X),fn_cellular_respiration_of_glycogen_8(X))
& raw_material_2(fn_cellular_respiration_of_glycogen_17(X),fn_cellular_respiration_of_glycogen_7(X))
& causes_2(fn_cellular_respiration_of_glycogen_15(X),fn_cellular_respiration_of_glycogen_6(X))
& time_during_2(fn_cellular_respiration_of_glycogen_15(X),fn_cellular_respiration_of_glycogen_1(X))
& raw_material_2(fn_cellular_respiration_of_glycogen_15(X),fn_cellular_respiration_of_glycogen_5(X))
& time_before_2(fn_cellular_respiration_of_glycogen_9(X),fn_cellular_respiration_of_glycogen_9(X))
& result_2(fn_cellular_respiration_of_glycogen_12(X),fn_cellular_respiration_of_glycogen_13(X))
& result_2(fn_cellular_respiration_of_glycogen_20(X),fn_cellular_respiration_of_glycogen_18(X))
& raw_material_2(fn_cellular_respiration_of_glycogen_34(X),fn_cellular_respiration_of_glycogen_53(X))
& result_2(fn_cellular_respiration_of_glycogen_51(X),fn_cellular_respiration_of_glycogen_52(X))
& raw_material_2(fn_cellular_respiration_of_glycogen_51(X),fn_cellular_respiration_of_glycogen_39(X))
& raw_material_2(X,fn_cellular_respiration_of_glycogen_16(X))
& possesses_2(fn_cellular_respiration_of_glycogen_16(X),fn_cellular_respiration_of_glycogen_33(X))
& subevent_2(X,fn_cellular_respiration_of_glycogen_34(X))
& subevent_2(X,fn_cellular_respiration_of_glycogen_25(X))
& subevent_2(X,fn_cellular_respiration_of_glycogen_15(X))
& subevent_2(X,fn_cellular_respiration_of_glycogen_17(X))
& time_during_2(fn_cellular_respiration_of_glycogen_17(X),fn_cellular_respiration_of_glycogen_26(X))
& result_2(X,fn_cellular_respiration_of_glycogen_10(X))
& possesses_2(fn_cellular_respiration_of_glycogen_10(X),fn_cellular_respiration_of_glycogen_11(X))
& quantity_2(fn_cellular_respiration_of_glycogen_11(X),fn_cellular_respiration_of_glycogen_31(X))
& greater_than_2(fn_cellular_respiration_of_glycogen_32(X),fn_cellular_respiration_of_glycogen_31(X))
& quantity_2(fn_cellular_respiration_of_glycogen_33(X),fn_cellular_respiration_of_glycogen_32(X))
& next_event_2(fn_cellular_respiration_of_glycogen_15(X),fn_cellular_respiration_of_glycogen_17(X))
& next_event_2(fn_cellular_respiration_of_glycogen_17(X),fn_cellular_respiration_of_glycogen_25(X))
& next_event_2(fn_cellular_respiration_of_glycogen_25(X),fn_cellular_respiration_of_glycogen_34(X))
& possesses_2(fn_cellular_respiration_of_glycogen_13(X),fn_cellular_respiration_of_glycogen_28(X))
& result_2(fn_cellular_respiration_of_glycogen_21(X),fn_cellular_respiration_of_glycogen_22(X))
& result_2(fn_cellular_respiration_of_glycogen_17(X),fn_cellular_respiration_of_glycogen_22(X))
& subevent_2(fn_cellular_respiration_of_glycogen_17(X),fn_cellular_respiration_of_glycogen_20(X))
& fn_cellular_respiration_of_glycogen_18(X) != fn_cellular_respiration_of_glycogen_22(X)
& fn_cellular_respiration_of_glycogen_22(X) != fn_cellular_respiration_of_glycogen_18(X)
& subevent_2(fn_cellular_respiration_of_glycogen_17(X),fn_cellular_respiration_of_glycogen_23(X))
& first_subevent_2(fn_cellular_respiration_of_glycogen_17(X),fn_cellular_respiration_of_glycogen_23(X))
& subevent_2(fn_cellular_respiration_of_glycogen_17(X),fn_cellular_respiration_of_glycogen_21(X))
& agent_2(fn_cellular_respiration_of_glycogen_21(X),fn_cellular_respiration_of_glycogen_19(X))
& agent_2(fn_cellular_respiration_of_glycogen_17(X),fn_cellular_respiration_of_glycogen_19(X))
& raw_material_2(fn_cellular_respiration_of_glycogen_17(X),fn_cellular_respiration_of_glycogen_13(X))
& raw_material_2(fn_cellular_respiration_of_glycogen_23(X),fn_cellular_respiration_of_glycogen_13(X))
& next_event_2(fn_cellular_respiration_of_glycogen_23(X),fn_cellular_respiration_of_glycogen_20(X))
& next_event_2(fn_cellular_respiration_of_glycogen_20(X),fn_cellular_respiration_of_glycogen_21(X))
& raw_material_2(fn_cellular_respiration_of_glycogen_21(X),fn_cellular_respiration_of_glycogen_18(X))
& object_2(fn_cellular_respiration_of_glycogen_45(X),fn_cellular_respiration_of_glycogen_22(X))
& result_2(fn_cellular_respiration_of_glycogen_25(X),fn_cellular_respiration_of_glycogen_53(X))
& possesses_2(fn_cellular_respiration_of_glycogen_22(X),fn_cellular_respiration_of_glycogen_48(X))
& has_part_2(fn_cellular_respiration_of_glycogen_22(X),fn_cellular_respiration_of_glycogen_43(X))
& raw_material_2(fn_cellular_respiration_of_glycogen_25(X),fn_cellular_respiration_of_glycogen_39(X))
& possesses_2(fn_cellular_respiration_of_glycogen_39(X),fn_cellular_respiration_of_glycogen_48(X))
& subevent_2(fn_cellular_respiration_of_glycogen_25(X),fn_cellular_respiration_of_glycogen_35(X))
& next_event_2(fn_cellular_respiration_of_glycogen_35(X),fn_cellular_respiration_of_glycogen_36(X))
& subevent_2(fn_cellular_respiration_of_glycogen_25(X),fn_cellular_respiration_of_glycogen_36(X))
& fn_cellular_respiration_of_glycogen_36(X) != fn_cellular_respiration_of_glycogen_35(X)
& fn_cellular_respiration_of_glycogen_35(X) != fn_cellular_respiration_of_glycogen_36(X)
& has_part_2(fn_cellular_respiration_of_glycogen_22(X),fn_cellular_respiration_of_glycogen_44(X))
& fn_cellular_respiration_of_glycogen_44(X) != fn_cellular_respiration_of_glycogen_43(X)
& is_inside_2(fn_cellular_respiration_of_glycogen_43(X),fn_cellular_respiration_of_glycogen_42(X))
& has_region_2(fn_cellular_respiration_of_glycogen_22(X),fn_cellular_respiration_of_glycogen_42(X))
& structural_complexity_2(fn_cellular_respiration_of_glycogen_22(X),fn_cellular_respiration_of_glycogen_49(X))
& fn_cellular_respiration_of_glycogen_43(X) != fn_cellular_respiration_of_glycogen_44(X)
& first_subevent_2(fn_cellular_respiration_of_glycogen_25(X),fn_cellular_respiration_of_glycogen_37(X))
& subevent_2(fn_cellular_respiration_of_glycogen_25(X),fn_cellular_respiration_of_glycogen_37(X))
& result_2(fn_cellular_respiration_of_glycogen_25(X),fn_cellular_respiration_of_glycogen_52(X))
& structural_complexity_2(fn_cellular_respiration_of_glycogen_52(X),fn_cellular_respiration_of_glycogen_50(X))
& greater_than_2(fn_cellular_respiration_of_glycogen_49(X),fn_cellular_respiration_of_glycogen_50(X))
& plays_2(fn_cellular_respiration_of_glycogen_22(X),fn_cellular_respiration_of_glycogen_46(X))
& in_event_2(fn_cellular_respiration_of_glycogen_46(X),fn_cellular_respiration_of_glycogen_25(X))
& raw_material_2(fn_cellular_respiration_of_glycogen_25(X),fn_cellular_respiration_of_glycogen_38(X))
& raw_material_2(fn_cellular_respiration_of_glycogen_37(X),fn_cellular_respiration_of_glycogen_38(X))
& raw_material_2(fn_cellular_respiration_of_glycogen_37(X),fn_cellular_respiration_of_glycogen_22(X))
& raw_material_2(fn_cellular_respiration_of_glycogen_25(X),fn_cellular_respiration_of_glycogen_22(X))
& possesses_2(fn_cellular_respiration_of_glycogen_22(X),fn_cellular_respiration_of_glycogen_47(X))
& quantity_2(fn_cellular_respiration_of_glycogen_47(X),fn_cellular_respiration_of_glycogen_40(X))
& directly_proportional_2(fn_cellular_respiration_of_glycogen_41(X),fn_cellular_respiration_of_glycogen_40(X))
& speed_2(fn_cellular_respiration_of_glycogen_45(X),fn_cellular_respiration_of_glycogen_41(X))
& recipient_2(fn_cellular_respiration_of_glycogen_12(X),fn_cellular_respiration_of_glycogen_29(X))
& result_2(fn_cellular_respiration_of_glycogen_15(X),fn_cellular_respiration_of_glycogen_13(X))
& result_2(fn_cellular_respiration_of_glycogen_24(X),fn_cellular_respiration_of_glycogen_13(X))
& fn_cellular_respiration_of_glycogen_27(X) != fn_cellular_respiration_of_glycogen_24(X)
& fn_cellular_respiration_of_glycogen_24(X) != fn_cellular_respiration_of_glycogen_27(X)
& raw_material_2(fn_cellular_respiration_of_glycogen_15(X),fn_cellular_respiration_of_glycogen_29(X))
& possesses_2(fn_cellular_respiration_of_glycogen_29(X),fn_cellular_respiration_of_glycogen_54(X))
& quantity_2(fn_cellular_respiration_of_glycogen_54(X),fn_cellular_respiration_of_glycogen_55(X))
& greater_than_2(fn_cellular_respiration_of_glycogen_55(X),fn_cellular_respiration_of_glycogen_30(X))
& quantity_2(fn_cellular_respiration_of_glycogen_28(X),fn_cellular_respiration_of_glycogen_30(X))
& fn_cellular_respiration_of_glycogen_18(X) = fn_chemical_reaction_1(fn_cellular_respiration_of_glycogen_20(X))
& fn_cellular_respiration_of_glycogen_53(X) = fn_chemical_reaction_2(fn_cellular_respiration_of_glycogen_34(X))
& fn_cellular_respiration_of_glycogen_52(X) = fn_catabolic_pathway_9(fn_cellular_respiration_of_glycogen_51(X))
& fn_cellular_respiration_of_glycogen_39(X) = fn_catabolic_pathway_10(fn_cellular_respiration_of_glycogen_51(X))
& fn_cellular_respiration_of_glycogen_16(X) = fn_cellular_respiration_of_complex_carbohydrate_34(X)
& fn_cellular_respiration_of_glycogen_61(X) = fn_cellular_respiration_of_complex_carbohydrate_11(X)
& fn_cellular_respiration_of_glycogen_62(X) = fn_cellular_respiration_of_complex_carbohydrate_12(X)
& fn_cellular_respiration_of_glycogen_26(X) = fn_cellular_respiration_of_complex_carbohydrate_4(X)
& fn_cellular_respiration_of_glycogen_33(X) = fn_cellular_respiration_of_complex_carbohydrate_19(X)
& fn_cellular_respiration_of_glycogen_32(X) = fn_cellular_respiration_of_complex_carbohydrate_13(X)
& fn_cellular_respiration_of_glycogen_31(X) = fn_cellular_respiration_of_complex_carbohydrate_14(X)
& fn_cellular_respiration_of_glycogen_11(X) = fn_cellular_respiration_of_complex_carbohydrate_15(X)
& fn_cellular_respiration_of_glycogen_10(X) = fn_catabolism_2(X)
& fn_cellular_respiration_of_glycogen_10(X) = fn_cellular_respiration_of_complex_carbohydrate_41(X)
& fn_cellular_respiration_of_glycogen_34(X) = fn_cellular_respiration_of_complex_carbohydrate_9(X)
& fn_cellular_respiration_of_glycogen_25(X) = fn_cellular_respiration_of_complex_carbohydrate_10(X)
& fn_cellular_respiration_of_glycogen_17(X) = fn_cellular_respiration_of_complex_carbohydrate_27(X)
& fn_cellular_respiration_of_glycogen_15(X) = fn_cellular_respiration_of_complex_carbohydrate_28(X)
& fn_cellular_respiration_of_glycogen_14(X) = fn_cellular_respiration_of_complex_carbohydrate_35(X)
& fn_cellular_respiration_of_glycogen_28(X) = fn_exergonic_reaction_6(fn_cellular_respiration_of_glycogen_15(X))
& fn_cellular_respiration_of_glycogen_28(X) = fn_pyruvate_oxidation_3(fn_cellular_respiration_of_glycogen_17(X))
& fn_cellular_respiration_of_glycogen_22(X) = fn_pyruvate_oxidation_87(fn_cellular_respiration_of_glycogen_17(X))
& fn_cellular_respiration_of_glycogen_19(X) = fn_pyruvate_oxidation_10(fn_cellular_respiration_of_glycogen_17(X))
& fn_cellular_respiration_of_glycogen_18(X) = fn_pyruvate_oxidation_11(fn_cellular_respiration_of_glycogen_17(X))
& fn_cellular_respiration_of_glycogen_21(X) = fn_pyruvate_oxidation_77(fn_cellular_respiration_of_glycogen_17(X))
& fn_cellular_respiration_of_glycogen_20(X) = fn_pyruvate_oxidation_38(fn_cellular_respiration_of_glycogen_17(X))
& fn_cellular_respiration_of_glycogen_23(X) = fn_pyruvate_oxidation_65(fn_cellular_respiration_of_glycogen_17(X))
& fn_cellular_respiration_of_glycogen_13(X) = fn_pyruvate_oxidation_85(fn_cellular_respiration_of_glycogen_17(X))
& fn_cellular_respiration_of_glycogen_56(X) = fn_citric_acid_cycle_37(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_53(X) = fn_citric_acid_cycle_18(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_57(X) = fn_citric_acid_cycle_46(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_48(X) = fn_citric_acid_cycle_6(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_58(X) = fn_citric_acid_cycle_45(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_59(X) = fn_citric_acid_cycle_27(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_48(X) = fn_citric_acid_cycle_9(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_39(X) = fn_citric_acid_cycle_105(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_35(X) = fn_citric_acid_cycle_115(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_36(X) = fn_citric_acid_cycle_106(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_36(X) = fn_citric_acid_cycle_115(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_35(X) = fn_citric_acid_cycle_113(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_35(X) = fn_citric_acid_cycle_106(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_49(X) = fn_citric_acid_cycle_5(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_42(X) = fn_citric_acid_cycle_124(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_43(X) = fn_citric_acid_cycle_125(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_44(X) = fn_citric_acid_cycle_126(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_49(X) = fn_citric_acid_cycle_47(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_50(X) = fn_citric_acid_cycle_48(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_52(X) = fn_citric_acid_cycle_109(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_37(X) = fn_citric_acid_cycle_107(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_37(X) = fn_citric_acid_cycle_72(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_38(X) = fn_citric_acid_cycle_66(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_46(X) = fn_citric_acid_cycle_57(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_45(X) = fn_citric_acid_cycle_127(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_41(X) = fn_citric_acid_cycle_123(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_40(X) = fn_citric_acid_cycle_122(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_47(X) = fn_citric_acid_cycle_128(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_22(X) = fn_citric_acid_cycle_108(fn_cellular_respiration_of_glycogen_25(X))
& fn_cellular_respiration_of_glycogen_60(X) = fn_glycolysis_84(fn_cellular_respiration_of_glycogen_15(X))
& fn_cellular_respiration_of_glycogen_63(X) = fn_glycolysis_90(fn_cellular_respiration_of_glycogen_15(X))
& fn_cellular_respiration_of_glycogen_12(X) = fn_glycolysis_22(fn_cellular_respiration_of_glycogen_15(X))
& fn_cellular_respiration_of_glycogen_24(X) = fn_glycolysis_69(fn_cellular_respiration_of_glycogen_15(X))
& fn_cellular_respiration_of_glycogen_27(X) = fn_glycolysis_67(fn_cellular_respiration_of_glycogen_15(X))
& fn_cellular_respiration_of_glycogen_24(X) = fn_glycolysis_68(fn_cellular_respiration_of_glycogen_15(X))
& fn_cellular_respiration_of_glycogen_13(X) = fn_exergonic_reaction_11(fn_cellular_respiration_of_glycogen_15(X))
& fn_cellular_respiration_of_glycogen_13(X) = fn_glycolysis_55(fn_cellular_respiration_of_glycogen_15(X))
& fn_cellular_respiration_of_glycogen_28(X) = fn_glycolysis_108(fn_cellular_respiration_of_glycogen_15(X))
& fn_cellular_respiration_of_glycogen_30(X) = fn_glycolysis_83(fn_cellular_respiration_of_glycogen_15(X))
& fn_cellular_respiration_of_glycogen_55(X) = fn_glycolysis_89(fn_cellular_respiration_of_glycogen_15(X))
& fn_cellular_respiration_of_glycogen_54(X) = fn_glycolysis_88(fn_cellular_respiration_of_glycogen_15(X))
& fn_cellular_respiration_of_glycogen_29(X) = fn_glycolysis_78(fn_cellular_respiration_of_glycogen_15(X))
& fn_cellular_respiration_of_complex_carbohydrate_41(X) = fn_catabolism_2(X)
& fn_catabolism_2(X) = fn_cellular_respiration_of_complex_carbohydrate_41(X)
& fn_cellular_respiration_of_complex_carbohydrate_41(X) = fn_chemical_reaction_1(fn_cellular_respiration_of_glycogen_20(X))
& fn_chemical_reaction_1(fn_cellular_respiration_of_glycogen_20(X)) = fn_pyruvate_oxidation_11(fn_cellular_respiration_of_glycogen_17(X))
& fn_pyruvate_oxidation_11(fn_cellular_respiration_of_glycogen_17(X)) = fn_pyruvate_oxidation_11(fn_cellular_respiration_of_glycogen_17(X))
& fn_pyruvate_oxidation_11(fn_cellular_respiration_of_glycogen_17(X)) = fn_chemical_reaction_2(fn_cellular_respiration_of_glycogen_34(X))
& fn_chemical_reaction_2(fn_cellular_respiration_of_glycogen_34(X)) = fn_citric_acid_cycle_18(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_18(fn_cellular_respiration_of_glycogen_25(X)) = fn_citric_acid_cycle_6(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_6(fn_cellular_respiration_of_glycogen_25(X)) = fn_citric_acid_cycle_9(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_9(fn_cellular_respiration_of_glycogen_25(X)) = fn_catabolic_pathway_10(fn_cellular_respiration_of_glycogen_51(X))
& fn_catabolic_pathway_10(fn_cellular_respiration_of_glycogen_51(X)) = fn_citric_acid_cycle_105(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_105(fn_cellular_respiration_of_glycogen_25(X)) = fn_citric_acid_cycle_105(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_105(fn_cellular_respiration_of_glycogen_25(X)) = fn_citric_acid_cycle_115(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_115(fn_cellular_respiration_of_glycogen_25(X)) = fn_citric_acid_cycle_106(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_106(fn_cellular_respiration_of_glycogen_25(X)) = fn_citric_acid_cycle_115(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_115(fn_cellular_respiration_of_glycogen_25(X)) = fn_citric_acid_cycle_115(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_113(fn_cellular_respiration_of_glycogen_25(X)) = fn_citric_acid_cycle_115(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_115(fn_cellular_respiration_of_glycogen_25(X)) = fn_citric_acid_cycle_113(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_113(fn_cellular_respiration_of_glycogen_25(X)) = fn_citric_acid_cycle_113(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_106(fn_cellular_respiration_of_glycogen_25(X)) = fn_citric_acid_cycle_113(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_113(fn_cellular_respiration_of_glycogen_25(X)) = fn_citric_acid_cycle_106(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_106(fn_cellular_respiration_of_glycogen_25(X)) = fn_citric_acid_cycle_5(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_5(fn_cellular_respiration_of_glycogen_25(X)) = fn_citric_acid_cycle_5(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_5(fn_cellular_respiration_of_glycogen_25(X)) = fn_citric_acid_cycle_47(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_47(fn_cellular_respiration_of_glycogen_25(X)) = fn_catabolic_pathway_9(fn_cellular_respiration_of_glycogen_51(X))
& fn_catabolic_pathway_9(fn_cellular_respiration_of_glycogen_51(X)) = fn_citric_acid_cycle_109(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_109(fn_cellular_respiration_of_glycogen_25(X)) = fn_citric_acid_cycle_109(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_109(fn_cellular_respiration_of_glycogen_25(X)) = fn_citric_acid_cycle_107(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_107(fn_cellular_respiration_of_glycogen_25(X)) = fn_citric_acid_cycle_72(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_72(fn_cellular_respiration_of_glycogen_25(X)) = fn_citric_acid_cycle_72(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_72(fn_cellular_respiration_of_glycogen_25(X)) = fn_pyruvate_oxidation_87(fn_cellular_respiration_of_glycogen_17(X))
& fn_pyruvate_oxidation_87(fn_cellular_respiration_of_glycogen_17(X)) = fn_pyruvate_oxidation_87(fn_cellular_respiration_of_glycogen_17(X))
& fn_pyruvate_oxidation_87(fn_cellular_respiration_of_glycogen_17(X)) = fn_citric_acid_cycle_108(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_108(fn_cellular_respiration_of_glycogen_25(X)) = fn_citric_acid_cycle_108(fn_cellular_respiration_of_glycogen_25(X))
& fn_citric_acid_cycle_108(fn_cellular_respiration_of_glycogen_25(X)) = fn_glycolysis_69(fn_cellular_respiration_of_glycogen_15(X))
& fn_glycolysis_69(fn_cellular_respiration_of_glycogen_15(X)) = fn_glycolysis_68(fn_cellular_respiration_of_glycogen_15(X))
& fn_glycolysis_68(fn_cellular_respiration_of_glycogen_15(X)) = fn_glycolysis_68(fn_cellular_respiration_of_glycogen_15(X))
& fn_glycolysis_68(fn_cellular_respiration_of_glycogen_15(X)) = fn_exergonic_reaction_11(fn_cellular_respiration_of_glycogen_15(X))
& fn_pyruvate_oxidation_85(fn_cellular_respiration_of_glycogen_17(X)) = fn_exergonic_reaction_11(fn_cellular_respiration_of_glycogen_15(X))
& fn_exergonic_reaction_11(fn_cellular_respiration_of_glycogen_15(X)) = fn_pyruvate_oxidation_85(fn_cellular_respiration_of_glycogen_17(X))
& fn_pyruvate_oxidation_85(fn_cellular_respiration_of_glycogen_17(X)) = fn_pyruvate_oxidation_85(fn_cellular_respiration_of_glycogen_17(X))
& fn_pyruvate_oxidation_85(fn_cellular_respiration_of_glycogen_17(X)) = fn_glycolysis_55(fn_cellular_respiration_of_glycogen_15(X))
& fn_glycolysis_55(fn_cellular_respiration_of_glycogen_15(X)) = fn_glycolysis_55(fn_cellular_respiration_of_glycogen_15(X))
& fn_glycolysis_55(fn_cellular_respiration_of_glycogen_15(X)) = fn_exergonic_reaction_6(fn_cellular_respiration_of_glycogen_15(X))
& fn_exergonic_reaction_6(fn_cellular_respiration_of_glycogen_15(X)) = fn_pyruvate_oxidation_3(fn_cellular_respiration_of_glycogen_17(X))
& fn_pyruvate_oxidation_3(fn_cellular_respiration_of_glycogen_17(X)) = fn_pyruvate_oxidation_3(fn_cellular_respiration_of_glycogen_17(X))
& fn_pyruvate_oxidation_3(fn_cellular_respiration_of_glycogen_17(X)) = fn_glycolysis_108(fn_cellular_respiration_of_glycogen_15(X)) ) ) ).
fof(a528254,axiom,
! [X] :
( cellular_respiration_of_protein_1(X)
=> ( original_name_2(X,'Cellular-Respiration-Of-Protein')
& user_description_2(X,'Carbohydrates, fats, and proteins can all be processed and consumed as fuel, it is traditional to learn the steps of cellular respiration by tracking the degradation of the sugar glucose')
& concept2words_2(X,'perform cellular respiration')
& concept2words_2(X,'cellular respiration of protein')
& concept2words_2(X,'cellular-respiration-of-protein')
& catabolism_1(X)
& time_interval_1(fn_cellular_respiration_of_protein_1(X))
& time_interval_1(fn_cellular_respiration_of_protein_2(X))
& protease_1(fn_cellular_respiration_of_protein_3(X))
& acetyl_coa_1(fn_cellular_respiration_of_protein_4(X))
& carbon_dioxide_1(fn_cellular_respiration_of_protein_5(X))
& chemical_entity_1(fn_cellular_respiration_of_protein_9(X))
& entity_1(fn_cellular_respiration_of_protein_10(X))
& chemical_entity_1(fn_cellular_respiration_of_protein_10(X))
& atom_1(fn_cellular_respiration_of_protein_10(X))
& carbon_1(fn_cellular_respiration_of_protein_10(X))
& entity_1(fn_cellular_respiration_of_protein_11(X))
& chemical_entity_1(fn_cellular_respiration_of_protein_11(X))
& atom_1(fn_cellular_respiration_of_protein_11(X))
& hydrogen_1(fn_cellular_respiration_of_protein_11(X))
& entity_1(fn_cellular_respiration_of_protein_12(X))
& chemical_entity_1(fn_cellular_respiration_of_protein_12(X))
& atom_1(fn_cellular_respiration_of_protein_12(X))
& oxygen_1(fn_cellular_respiration_of_protein_12(X))
& oxygen_1(fn_cellular_respiration_of_protein_13(X))
& hydrogen_1(fn_cellular_respiration_of_protein_14(X))
& entity_1(fn_cellular_respiration_of_protein_14(X))
& chemical_entity_1(fn_cellular_respiration_of_protein_14(X))
& atom_1(fn_cellular_respiration_of_protein_14(X))
& chemical_entity_1(fn_cellular_respiration_of_protein_15(X))
& tangible_entity_1(fn_cellular_respiration_of_protein_15(X))
& entity_1(fn_cellular_respiration_of_protein_15(X))
& atom_1(fn_cellular_respiration_of_protein_15(X))
& nitrogen_1(fn_cellular_respiration_of_protein_15(X))
& carbon_skeleton_1(fn_cellular_respiration_of_protein_16(X))
& functional_group_1(fn_cellular_respiration_of_protein_17(X))
& carboxyl_group_1(fn_cellular_respiration_of_protein_17(X))
& chemical_bond_1(fn_cellular_respiration_of_protein_18(X))
& covalent_bond_1(fn_cellular_respiration_of_protein_18(X))
& single_bond_1(fn_cellular_respiration_of_protein_18(X))
& water_molecule_1(fn_cellular_respiration_of_protein_19(X))
& oxidative_phosphorylation_1(fn_cellular_respiration_of_protein_20(X))
& organic_molecule_1(fn_cellular_respiration_of_protein_21(X))
& organic_molecule_1(fn_cellular_respiration_of_protein_22(X))
& chemical_entity_1(fn_cellular_respiration_of_protein_22(X))
& pyruvate_1(fn_cellular_respiration_of_protein_22(X))
& fuel_1(fn_cellular_respiration_of_protein_23(X))
& hydrolysis_1(fn_cellular_respiration_of_protein_24(X))
& molecule_1(fn_cellular_respiration_of_protein_25(X))
& chemical_entity_1(fn_cellular_respiration_of_protein_25(X))
& amino_acid_1(fn_cellular_respiration_of_protein_25(X))
& deamination_1(fn_cellular_respiration_of_protein_26(X))
& protein_1(fn_cellular_respiration_of_protein_27(X))
& free_energy_1(fn_cellular_respiration_of_protein_28(X))
& lose_1(fn_cellular_respiration_of_protein_29(X))
& pyruvate_oxidation_1(fn_cellular_respiration_of_protein_30(X))
& chemical_entity_1(fn_cellular_respiration_of_protein_31(X))
& organic_molecule_1(fn_cellular_respiration_of_protein_31(X))
& molecule_1(fn_cellular_respiration_of_protein_31(X))
& acetyl_coa_1(fn_cellular_respiration_of_protein_31(X))
& molecule_1(fn_cellular_respiration_of_protein_32(X))
& water_molecule_1(fn_cellular_respiration_of_protein_32(X))
& quantity_value_1(fn_cellular_respiration_of_protein_33(X))
& speed_value_1(fn_cellular_respiration_of_protein_34(X))
& carbon_skeleton_1(fn_cellular_respiration_of_protein_35(X))
& constant_motion_1(fn_cellular_respiration_of_protein_36(X))
& reactant_1(fn_cellular_respiration_of_protein_37(X))
& atom_1(fn_cellular_respiration_of_protein_38(X))
& chemical_entity_1(fn_cellular_respiration_of_protein_38(X))
& entity_1(fn_cellular_respiration_of_protein_39(X))
& chemical_entity_1(fn_cellular_respiration_of_protein_39(X))
& atom_1(fn_cellular_respiration_of_protein_39(X))
& carbon_1(fn_cellular_respiration_of_protein_39(X))
& kinetic_energy_1(fn_cellular_respiration_of_protein_40(X))
& chemical_bond_1(fn_cellular_respiration_of_protein_41(X))
& covalent_bond_1(fn_cellular_respiration_of_protein_41(X))
& acetate_1(fn_cellular_respiration_of_protein_42(X))
& chemical_reaction_1(fn_cellular_respiration_of_protein_43(X))
& nadh_1(fn_cellular_respiration_of_protein_44(X))
& structural_complexity_value_1(fn_cellular_respiration_of_protein_45(X))
& chemical_energy_1(fn_cellular_respiration_of_protein_46(X))
& entity_1(fn_transfer_1(fn_cellular_respiration_of_protein_29(X)))
& water_molecule_1(fn_hydrolysis_10(fn_cellular_respiration_of_protein_24(X)))
& organic_molecule_1(fn_pyruvate_oxidation_85(fn_cellular_respiration_of_protein_30(X)))
& chemical_entity_1(fn_pyruvate_oxidation_85(fn_cellular_respiration_of_protein_30(X)))
& pyruvate_1(fn_pyruvate_oxidation_85(fn_cellular_respiration_of_protein_30(X)))
& property_node_1(fn_pyruvate_oxidation_47(fn_cellular_respiration_of_protein_30(X)))
& structural_complexity_value_1(fn_pyruvate_oxidation_57(fn_cellular_respiration_of_protein_30(X)))
& acetate_1(fn_pyruvate_oxidation_11(fn_cellular_respiration_of_protein_30(X)))
& chemical_energy_1(fn_pyruvate_oxidation_7(fn_cellular_respiration_of_protein_30(X)))
& nadh_1(fn_pyruvate_oxidation_84(fn_cellular_respiration_of_protein_30(X)))
& carboxyl_group_1(fn_amino_acid_26(fn_cellular_respiration_of_protein_25(X)))
& carbon_skeleton_1(fn_amino_acid_23(fn_cellular_respiration_of_protein_25(X)))
& constant_motion_1(fn_acetyl_coa_7(fn_cellular_respiration_of_protein_31(X)))
& kinetic_energy_1(fn_acetyl_coa_6(fn_cellular_respiration_of_protein_31(X)))
& carbon_skeleton_1(fn_acetyl_coa_15(fn_cellular_respiration_of_protein_31(X)))
& property_node_1(fn_acetyl_coa_4(fn_cellular_respiration_of_protein_31(X)))
& quantity_value_1(fn_acetyl_coa_9(fn_cellular_respiration_of_protein_31(X)))
& property_node_1(fn_acetyl_coa_5(fn_cellular_respiration_of_protein_31(X)))
& speed_value_1(fn_acetyl_coa_8(fn_cellular_respiration_of_protein_31(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_cellular_respiration_of_protein_26(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_cellular_respiration_of_protein_26(X)))
& water_molecule_1(fn_oxidative_phosphorylation_9(fn_cellular_respiration_of_protein_20(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_cellular_respiration_of_protein_24(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_cellular_respiration_of_protein_24(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_cellular_respiration_of_protein_24(X)))
& tangible_entity_1(fn_fuel_7(fn_cellular_respiration_of_protein_23(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_cellular_respiration_of_protein_24(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_cellular_respiration_of_protein_24(X)))
& atom_1(fn_organic_molecule_2(fn_cellular_respiration_of_protein_31(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_cellular_respiration_of_protein_31(X)))
& atom_1(fn_pyruvate_oxidation_91(fn_cellular_respiration_of_protein_30(X)))
& chemical_entity_1(fn_pyruvate_oxidation_91(fn_cellular_respiration_of_protein_30(X)))
& chemical_bond_1(fn_molecule_10(fn_cellular_respiration_of_protein_31(X)))
& chemical_bond_1(fn_pyruvate_oxidation_79(fn_cellular_respiration_of_protein_30(X)))
& covalent_bond_1(fn_pyruvate_oxidation_79(fn_cellular_respiration_of_protein_30(X)))
& chemical_reaction_1(fn_pyruvate_oxidation_65(fn_cellular_respiration_of_protein_30(X)))
& chemical_reaction_1(fn_pyruvate_oxidation_77(fn_cellular_respiration_of_protein_30(X)))
& chemical_entity_1(fn_amino_acid_17(fn_cellular_respiration_of_protein_25(X)))
& tangible_entity_1(fn_amino_acid_17(fn_cellular_respiration_of_protein_25(X)))
& entity_1(fn_amino_acid_17(fn_cellular_respiration_of_protein_25(X)))
& atom_1(fn_amino_acid_17(fn_cellular_respiration_of_protein_25(X)))
& nitrogen_1(fn_amino_acid_17(fn_cellular_respiration_of_protein_25(X)))
& entity_1(fn_amino_acid_22(fn_cellular_respiration_of_protein_25(X)))
& chemical_entity_1(fn_amino_acid_22(fn_cellular_respiration_of_protein_25(X)))
& atom_1(fn_amino_acid_22(fn_cellular_respiration_of_protein_25(X)))
& hydrogen_1(fn_amino_acid_22(fn_cellular_respiration_of_protein_25(X)))
& chemical_entity_1(fn_deamination_9(fn_cellular_respiration_of_protein_26(X)))
& amino_acid_1(fn_deamination_9(fn_cellular_respiration_of_protein_26(X)))
& chemical_entity_1(fn_functional_group_1(fn_cellular_respiration_of_protein_17(X)))
& atom_1(fn_molecule_11(fn_cellular_respiration_of_protein_31(X)))
& carbon_1(fn_organic_molecule_1(fn_cellular_respiration_of_protein_31(X)))
& carbon_1(fn_pyruvate_oxidation_41(fn_cellular_respiration_of_protein_30(X)))
& entity_1(fn_pyruvate_oxidation_78(fn_cellular_respiration_of_protein_30(X)))
& chemical_entity_1(fn_pyruvate_oxidation_78(fn_cellular_respiration_of_protein_30(X)))
& atom_1(fn_pyruvate_oxidation_78(fn_cellular_respiration_of_protein_30(X)))
& carbon_1(fn_pyruvate_oxidation_78(fn_cellular_respiration_of_protein_30(X)))
& entity_1(fn_acetyl_coa_19(fn_cellular_respiration_of_protein_31(X)))
& chemical_entity_1(fn_acetyl_coa_19(fn_cellular_respiration_of_protein_31(X)))
& atom_1(fn_acetyl_coa_19(fn_cellular_respiration_of_protein_31(X)))
& carbon_1(fn_acetyl_coa_19(fn_cellular_respiration_of_protein_31(X)))
& chemical_entity_1(fn_reactant_3(fn_cellular_respiration_of_protein_37(X)))
& chemical_entity_1(fn_pyruvate_oxidation_92(fn_cellular_respiration_of_protein_30(X)))
& molecule_1(fn_pyruvate_oxidation_92(fn_cellular_respiration_of_protein_30(X)))
& organic_molecule_1(fn_pyruvate_oxidation_92(fn_cellular_respiration_of_protein_30(X)))
& chemical_entity_1(fn_pyruvate_oxidation_87(fn_cellular_respiration_of_protein_30(X)))
& organic_molecule_1(fn_pyruvate_oxidation_87(fn_cellular_respiration_of_protein_30(X)))
& molecule_1(fn_pyruvate_oxidation_87(fn_cellular_respiration_of_protein_30(X)))
& acetyl_coa_1(fn_pyruvate_oxidation_87(fn_cellular_respiration_of_protein_30(X)))
& atom_1(fn_molecule_11(fn_cellular_respiration_of_protein_25(X)))
& entity_1(fn_amino_acid_28(fn_cellular_respiration_of_protein_25(X)))
& chemical_entity_1(fn_amino_acid_28(fn_cellular_respiration_of_protein_25(X)))
& atom_1(fn_amino_acid_28(fn_cellular_respiration_of_protein_25(X)))
& hydrogen_1(fn_amino_acid_28(fn_cellular_respiration_of_protein_25(X)))
& entity_1(fn_carboxyl_group_25(fn_cellular_respiration_of_protein_17(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_cellular_respiration_of_protein_17(X)))
& atom_1(fn_carboxyl_group_25(fn_cellular_respiration_of_protein_17(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_cellular_respiration_of_protein_17(X)))
& entity_1(fn_covalent_bond_20(fn_cellular_respiration_of_protein_18(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_cellular_respiration_of_protein_18(X)))
& atom_1(fn_covalent_bond_20(fn_cellular_respiration_of_protein_18(X)))
& oxygen_1(fn_amino_acid_11(fn_cellular_respiration_of_protein_25(X)))
& oxygen_1(fn_amino_acid_27(fn_cellular_respiration_of_protein_25(X)))
& oxygen_1(fn_carboxyl_group_24(fn_cellular_respiration_of_protein_17(X)))
& oxygen_1(fn_carboxyl_group_23(fn_cellular_respiration_of_protein_17(X)))
& entity_1(fn_covalent_bond_19(fn_cellular_respiration_of_protein_18(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_cellular_respiration_of_protein_18(X)))
& atom_1(fn_covalent_bond_19(fn_cellular_respiration_of_protein_18(X)))
& entity_1(fn_amino_acid_24(fn_cellular_respiration_of_protein_25(X)))
& chemical_entity_1(fn_amino_acid_24(fn_cellular_respiration_of_protein_25(X)))
& atom_1(fn_amino_acid_24(fn_cellular_respiration_of_protein_25(X)))
& carbon_1(fn_amino_acid_24(fn_cellular_respiration_of_protein_25(X)))
& entity_1(fn_carboxyl_group_19(fn_cellular_respiration_of_protein_17(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_cellular_respiration_of_protein_17(X)))
& atom_1(fn_carboxyl_group_19(fn_cellular_respiration_of_protein_17(X)))
& carbon_1(fn_carboxyl_group_19(fn_cellular_respiration_of_protein_17(X)))
& chemical_bond_1(fn_molecule_10(fn_cellular_respiration_of_protein_25(X)))
& single_bond_1(fn_carboxyl_group_69(fn_cellular_respiration_of_protein_17(X)))
& fn_cellular_respiration_of_protein_31(X) != fn_cellular_respiration_of_protein_4(X)
& fn_cellular_respiration_of_protein_31(X) != fn_cellular_respiration_of_protein_21(X)
& time_during_2(fn_cellular_respiration_of_protein_30(X),fn_cellular_respiration_of_protein_2(X))
& base_2(fn_cellular_respiration_of_protein_29(X),fn_cellular_respiration_of_protein_27(X))
& is_inside_2(fn_cellular_respiration_of_protein_28(X),fn_cellular_respiration_of_protein_27(X))
& result_2(X,fn_cellular_respiration_of_protein_5(X))
& subevent_2(X,fn_cellular_respiration_of_protein_20(X))
& subevent_2(X,fn_cellular_respiration_of_protein_30(X))
& subevent_2(X,fn_cellular_respiration_of_protein_26(X))
& subevent_2(X,fn_cellular_respiration_of_protein_24(X))
& next_event_2(fn_cellular_respiration_of_protein_26(X),fn_cellular_respiration_of_protein_30(X))
& result_2(fn_cellular_respiration_of_protein_26(X),fn_cellular_respiration_of_protein_4(X))
& result_2(fn_cellular_respiration_of_protein_26(X),fn_cellular_respiration_of_protein_22(X))
& next_event_2(fn_cellular_respiration_of_protein_24(X),fn_cellular_respiration_of_protein_26(X))
& agent_2(fn_cellular_respiration_of_protein_24(X),fn_cellular_respiration_of_protein_3(X))
& result_2(fn_cellular_respiration_of_protein_24(X),fn_cellular_respiration_of_protein_25(X))
& fn_cellular_respiration_of_protein_4(X) != fn_cellular_respiration_of_protein_31(X)
& fn_cellular_respiration_of_protein_4(X) != fn_cellular_respiration_of_protein_21(X)
& fn_cellular_respiration_of_protein_21(X) != fn_cellular_respiration_of_protein_4(X)
& fn_cellular_respiration_of_protein_21(X) != fn_cellular_respiration_of_protein_31(X)
& time_before_2(fn_cellular_respiration_of_protein_2(X),fn_cellular_respiration_of_protein_1(X))
& plays_2(fn_cellular_respiration_of_protein_27(X),fn_cellular_respiration_of_protein_23(X))
& object_2(fn_cellular_respiration_of_protein_29(X),fn_cellular_respiration_of_protein_28(X))
& plays_2(fn_cellular_respiration_of_protein_31(X),fn_cellular_respiration_of_protein_37(X))
& result_2(X,fn_cellular_respiration_of_protein_32(X))
& raw_material_2(X,fn_cellular_respiration_of_protein_27(X))
& result_2(fn_cellular_respiration_of_protein_26(X),fn_cellular_respiration_of_protein_21(X))
& possesses_2(fn_cellular_respiration_of_protein_25(X),fn_cellular_respiration_of_protein_18(X))
& is_between_2(fn_cellular_respiration_of_protein_18(X),fn_cellular_respiration_of_protein_11(X))
& raw_material_2(fn_cellular_respiration_of_protein_26(X),fn_cellular_respiration_of_protein_25(X))
& result_2(fn_cellular_respiration_of_protein_20(X),fn_cellular_respiration_of_protein_32(X))
& is_between_2(fn_cellular_respiration_of_protein_18(X),fn_cellular_respiration_of_protein_15(X))
& raw_material_2(fn_cellular_respiration_of_protein_24(X),fn_cellular_respiration_of_protein_19(X))
& fn_cellular_respiration_of_protein_19(X) != fn_cellular_respiration_of_protein_27(X)
& raw_material_2(fn_cellular_respiration_of_protein_24(X),fn_cellular_respiration_of_protein_27(X))
& result_2(fn_cellular_respiration_of_protein_24(X),fn_cellular_respiration_of_protein_9(X))
& fn_cellular_respiration_of_protein_27(X) != fn_cellular_respiration_of_protein_19(X)
& has_part_2(fn_cellular_respiration_of_protein_31(X),fn_cellular_respiration_of_protein_38(X))
& fn_cellular_respiration_of_protein_39(X) != fn_cellular_respiration_of_protein_38(X)
& fn_cellular_respiration_of_protein_38(X) != fn_cellular_respiration_of_protein_39(X)
& structural_complexity_2(fn_cellular_respiration_of_protein_31(X),fn_cellular_respiration_of_protein_45(X))
& raw_material_2(fn_cellular_respiration_of_protein_43(X),fn_cellular_respiration_of_protein_42(X))
& raw_material_2(fn_cellular_respiration_of_protein_30(X),fn_cellular_respiration_of_protein_22(X))
& structural_complexity_2(fn_cellular_respiration_of_protein_44(X),fn_cellular_respiration_of_protein_45(X))
& result_2(fn_cellular_respiration_of_protein_43(X),fn_cellular_respiration_of_protein_31(X))
& subevent_2(fn_cellular_respiration_of_protein_30(X),fn_cellular_respiration_of_protein_43(X))
& result_2(fn_cellular_respiration_of_protein_30(X),fn_cellular_respiration_of_protein_31(X))
& possesses_2(fn_cellular_respiration_of_protein_31(X),fn_cellular_respiration_of_protein_41(X))
& is_between_2(fn_cellular_respiration_of_protein_41(X),fn_cellular_respiration_of_protein_39(X))
& result_2(fn_cellular_respiration_of_protein_30(X),fn_cellular_respiration_of_protein_44(X))
& possesses_2(fn_cellular_respiration_of_protein_44(X),fn_cellular_respiration_of_protein_46(X))
& possesses_2(fn_cellular_respiration_of_protein_31(X),fn_cellular_respiration_of_protein_46(X))
& fn_cellular_respiration_of_protein_42(X) != fn_cellular_respiration_of_protein_31(X)
& fn_cellular_respiration_of_protein_31(X) != fn_cellular_respiration_of_protein_42(X)
& has_part_2(fn_cellular_respiration_of_protein_25(X),fn_cellular_respiration_of_protein_13(X))
& has_region_2(fn_cellular_respiration_of_protein_25(X),fn_cellular_respiration_of_protein_17(X))
& has_part_2(fn_cellular_respiration_of_protein_25(X),fn_cellular_respiration_of_protein_12(X))
& has_part_2(fn_cellular_respiration_of_protein_25(X),fn_cellular_respiration_of_protein_11(X))
& has_part_2(fn_cellular_respiration_of_protein_25(X),fn_cellular_respiration_of_protein_14(X))
& fn_cellular_respiration_of_protein_15(X) != fn_cellular_respiration_of_protein_14(X)
& fn_cellular_respiration_of_protein_14(X) != fn_cellular_respiration_of_protein_15(X)
& has_part_2(fn_cellular_respiration_of_protein_25(X),fn_cellular_respiration_of_protein_10(X))
& fn_cellular_respiration_of_protein_14(X) != fn_cellular_respiration_of_protein_10(X)
& fn_cellular_respiration_of_protein_10(X) != fn_cellular_respiration_of_protein_14(X)
& fn_cellular_respiration_of_protein_11(X) != fn_cellular_respiration_of_protein_10(X)
& fn_cellular_respiration_of_protein_10(X) != fn_cellular_respiration_of_protein_11(X)
& has_part_2(fn_cellular_respiration_of_protein_25(X),fn_cellular_respiration_of_protein_15(X))
& fn_cellular_respiration_of_protein_15(X) != fn_cellular_respiration_of_protein_11(X)
& fn_cellular_respiration_of_protein_11(X) != fn_cellular_respiration_of_protein_14(X)
& fn_cellular_respiration_of_protein_10(X) != fn_cellular_respiration_of_protein_15(X)
& fn_cellular_respiration_of_protein_15(X) != fn_cellular_respiration_of_protein_10(X)
& fn_cellular_respiration_of_protein_11(X) != fn_cellular_respiration_of_protein_15(X)
& fn_cellular_respiration_of_protein_14(X) != fn_cellular_respiration_of_protein_11(X)
& fn_cellular_respiration_of_protein_10(X) != fn_cellular_respiration_of_protein_12(X)
& fn_cellular_respiration_of_protein_12(X) != fn_cellular_respiration_of_protein_10(X)
& fn_cellular_respiration_of_protein_10(X) != fn_cellular_respiration_of_protein_13(X)
& fn_cellular_respiration_of_protein_13(X) != fn_cellular_respiration_of_protein_10(X)
& is_inside_2(fn_cellular_respiration_of_protein_10(X),fn_cellular_respiration_of_protein_17(X))
& fn_cellular_respiration_of_protein_13(X) != fn_cellular_respiration_of_protein_11(X)
& fn_cellular_respiration_of_protein_12(X) != fn_cellular_respiration_of_protein_13(X)
& fn_cellular_respiration_of_protein_11(X) != fn_cellular_respiration_of_protein_13(X)
& is_inside_2(fn_cellular_respiration_of_protein_11(X),fn_cellular_respiration_of_protein_17(X))
& is_inside_2(fn_cellular_respiration_of_protein_12(X),fn_cellular_respiration_of_protein_17(X))
& fn_cellular_respiration_of_protein_13(X) != fn_cellular_respiration_of_protein_12(X)
& is_inside_2(fn_cellular_respiration_of_protein_13(X),fn_cellular_respiration_of_protein_17(X))
& is_between_2(fn_cellular_respiration_of_protein_18(X),fn_cellular_respiration_of_protein_10(X))
& object_2(fn_cellular_respiration_of_protein_36(X),fn_cellular_respiration_of_protein_31(X))
& speed_2(fn_cellular_respiration_of_protein_36(X),fn_cellular_respiration_of_protein_34(X))
& directly_proportional_2(fn_cellular_respiration_of_protein_34(X),fn_cellular_respiration_of_protein_33(X))
& quantity_2(fn_cellular_respiration_of_protein_40(X),fn_cellular_respiration_of_protein_33(X))
& possesses_2(fn_cellular_respiration_of_protein_31(X),fn_cellular_respiration_of_protein_40(X))
& has_region_2(fn_cellular_respiration_of_protein_31(X),fn_cellular_respiration_of_protein_35(X))
& is_inside_2(fn_cellular_respiration_of_protein_39(X),fn_cellular_respiration_of_protein_35(X))
& has_part_2(fn_cellular_respiration_of_protein_31(X),fn_cellular_respiration_of_protein_39(X))
& is_inside_2(fn_cellular_respiration_of_protein_10(X),fn_cellular_respiration_of_protein_16(X))
& has_region_2(fn_cellular_respiration_of_protein_25(X),fn_cellular_respiration_of_protein_16(X))
& is_between_2(fn_cellular_respiration_of_protein_18(X),fn_cellular_respiration_of_protein_14(X))
& fn_cellular_respiration_of_protein_27(X) = fn_fuel_7(fn_cellular_respiration_of_protein_23(X))
& fn_cellular_respiration_of_protein_28(X) = fn_transfer_1(fn_cellular_respiration_of_protein_29(X))
& fn_cellular_respiration_of_protein_31(X) = fn_reactant_3(fn_cellular_respiration_of_protein_37(X))
& fn_cellular_respiration_of_protein_32(X) = fn_catabolism_2(X)
& fn_cellular_respiration_of_protein_27(X) = fn_catabolism_1(X)
& fn_cellular_respiration_of_protein_21(X) = fn_decomposition_reaction_4(fn_cellular_respiration_of_protein_26(X))
& fn_cellular_respiration_of_protein_21(X) = fn_decomposition_reaction_2(fn_cellular_respiration_of_protein_26(X))
& fn_cellular_respiration_of_protein_11(X) = fn_molecule_11(fn_cellular_respiration_of_protein_25(X))
& fn_cellular_respiration_of_protein_18(X) = fn_molecule_10(fn_cellular_respiration_of_protein_25(X))
& fn_cellular_respiration_of_protein_25(X) = fn_deamination_9(fn_cellular_respiration_of_protein_26(X))
& fn_cellular_respiration_of_protein_32(X) = fn_oxidative_phosphorylation_9(fn_cellular_respiration_of_protein_20(X))
& fn_cellular_respiration_of_protein_9(X) = fn_decomposition_reaction_4(fn_cellular_respiration_of_protein_24(X))
& fn_cellular_respiration_of_protein_9(X) = fn_exergonic_reaction_11(fn_cellular_respiration_of_protein_24(X))
& fn_cellular_respiration_of_protein_9(X) = fn_hydrolysis_9(fn_cellular_respiration_of_protein_24(X))
& fn_cellular_respiration_of_protein_27(X) = fn_exergonic_reaction_10(fn_cellular_respiration_of_protein_24(X))
& fn_cellular_respiration_of_protein_27(X) = fn_hydrolysis_11(fn_cellular_respiration_of_protein_24(X))
& fn_cellular_respiration_of_protein_19(X) = fn_hydrolysis_10(fn_cellular_respiration_of_protein_24(X))
& fn_cellular_respiration_of_protein_39(X) = fn_organic_molecule_1(fn_cellular_respiration_of_protein_31(X))
& fn_cellular_respiration_of_protein_39(X) = fn_pyruvate_oxidation_41(fn_cellular_respiration_of_protein_30(X))
& fn_cellular_respiration_of_protein_38(X) = fn_organic_molecule_2(fn_cellular_respiration_of_protein_31(X))
& fn_cellular_respiration_of_protein_38(X) = fn_pyruvate_oxidation_91(fn_cellular_respiration_of_protein_30(X))
& fn_cellular_respiration_of_protein_22(X) = fn_pyruvate_oxidation_85(fn_cellular_respiration_of_protein_30(X))
& fn_cellular_respiration_of_protein_6(X) = fn_pyruvate_oxidation_47(fn_cellular_respiration_of_protein_30(X))
& fn_cellular_respiration_of_protein_45(X) = fn_pyruvate_oxidation_57(fn_cellular_respiration_of_protein_30(X))
& fn_cellular_respiration_of_protein_39(X) = fn_molecule_11(fn_cellular_respiration_of_protein_31(X))
& fn_cellular_respiration_of_protein_39(X) = fn_pyruvate_oxidation_78(fn_cellular_respiration_of_protein_30(X))
& fn_cellular_respiration_of_protein_41(X) = fn_molecule_10(fn_cellular_respiration_of_protein_31(X))
& fn_cellular_respiration_of_protein_41(X) = fn_pyruvate_oxidation_79(fn_cellular_respiration_of_protein_30(X))
& fn_cellular_respiration_of_protein_43(X) = fn_pyruvate_oxidation_65(fn_cellular_respiration_of_protein_30(X))
& fn_cellular_respiration_of_protein_31(X) = fn_pyruvate_oxidation_92(fn_cellular_respiration_of_protein_30(X))
& fn_cellular_respiration_of_protein_43(X) = fn_pyruvate_oxidation_77(fn_cellular_respiration_of_protein_30(X))
& fn_cellular_respiration_of_protein_42(X) = fn_pyruvate_oxidation_11(fn_cellular_respiration_of_protein_30(X))
& fn_cellular_respiration_of_protein_31(X) = fn_pyruvate_oxidation_87(fn_cellular_respiration_of_protein_30(X))
& fn_cellular_respiration_of_protein_46(X) = fn_pyruvate_oxidation_7(fn_cellular_respiration_of_protein_30(X))
& fn_cellular_respiration_of_protein_44(X) = fn_pyruvate_oxidation_84(fn_cellular_respiration_of_protein_30(X))
& fn_cellular_respiration_of_protein_13(X) = fn_amino_acid_27(fn_cellular_respiration_of_protein_25(X))
& fn_cellular_respiration_of_protein_25(X) = fn_functional_group_1(fn_cellular_respiration_of_protein_17(X))
& fn_cellular_respiration_of_protein_17(X) = fn_amino_acid_26(fn_cellular_respiration_of_protein_25(X))
& fn_cellular_respiration_of_protein_12(X) = fn_amino_acid_11(fn_cellular_respiration_of_protein_25(X))
& fn_cellular_respiration_of_protein_14(X) = fn_amino_acid_22(fn_cellular_respiration_of_protein_25(X))
& fn_cellular_respiration_of_protein_11(X) = fn_amino_acid_28(fn_cellular_respiration_of_protein_25(X))
& fn_cellular_respiration_of_protein_15(X) = fn_covalent_bond_20(fn_cellular_respiration_of_protein_18(X))
& fn_cellular_respiration_of_protein_15(X) = fn_amino_acid_17(fn_cellular_respiration_of_protein_25(X))
& fn_cellular_respiration_of_protein_14(X) = fn_covalent_bond_19(fn_cellular_respiration_of_protein_18(X))
& fn_cellular_respiration_of_protein_10(X) = fn_amino_acid_24(fn_cellular_respiration_of_protein_25(X))
& fn_cellular_respiration_of_protein_16(X) = fn_amino_acid_23(fn_cellular_respiration_of_protein_25(X))
& fn_cellular_respiration_of_protein_36(X) = fn_acetyl_coa_7(fn_cellular_respiration_of_protein_31(X))
& fn_cellular_respiration_of_protein_40(X) = fn_acetyl_coa_6(fn_cellular_respiration_of_protein_31(X))
& fn_cellular_respiration_of_protein_35(X) = fn_acetyl_coa_15(fn_cellular_respiration_of_protein_31(X))
& fn_cellular_respiration_of_protein_39(X) = fn_acetyl_coa_19(fn_cellular_respiration_of_protein_31(X))
& fn_cellular_respiration_of_protein_8(X) = fn_acetyl_coa_4(fn_cellular_respiration_of_protein_31(X))
& fn_cellular_respiration_of_protein_33(X) = fn_acetyl_coa_9(fn_cellular_respiration_of_protein_31(X))
& fn_cellular_respiration_of_protein_7(X) = fn_acetyl_coa_5(fn_cellular_respiration_of_protein_31(X))
& fn_cellular_respiration_of_protein_34(X) = fn_acetyl_coa_8(fn_cellular_respiration_of_protein_31(X))
& fn_cellular_respiration_of_protein_10(X) = fn_covalent_bond_19(fn_cellular_respiration_of_protein_18(X))
& fn_cellular_respiration_of_protein_12(X) = fn_covalent_bond_20(fn_cellular_respiration_of_protein_18(X))
& fn_cellular_respiration_of_protein_12(X) = fn_carboxyl_group_23(fn_cellular_respiration_of_protein_17(X))
& fn_cellular_respiration_of_protein_13(X) = fn_carboxyl_group_24(fn_cellular_respiration_of_protein_17(X))
& fn_cellular_respiration_of_protein_11(X) = fn_carboxyl_group_25(fn_cellular_respiration_of_protein_17(X))
& fn_cellular_respiration_of_protein_12(X) = fn_carboxyl_group_24(fn_cellular_respiration_of_protein_17(X))
& fn_cellular_respiration_of_protein_13(X) = fn_carboxyl_group_23(fn_cellular_respiration_of_protein_17(X))
& fn_cellular_respiration_of_protein_18(X) = fn_carboxyl_group_69(fn_cellular_respiration_of_protein_17(X))
& fn_cellular_respiration_of_protein_10(X) = fn_carboxyl_group_19(fn_cellular_respiration_of_protein_17(X))
& fn_decomposition_reaction_4(fn_cellular_respiration_of_protein_26(X)) = fn_decomposition_reaction_2(fn_cellular_respiration_of_protein_26(X))
& fn_decomposition_reaction_2(fn_cellular_respiration_of_protein_26(X)) = fn_catabolism_2(X)
& fn_catabolism_2(X) = fn_oxidative_phosphorylation_9(fn_cellular_respiration_of_protein_20(X))
& fn_oxidative_phosphorylation_9(fn_cellular_respiration_of_protein_20(X)) = fn_decomposition_reaction_4(fn_cellular_respiration_of_protein_24(X))
& fn_decomposition_reaction_4(fn_cellular_respiration_of_protein_24(X)) = fn_exergonic_reaction_11(fn_cellular_respiration_of_protein_24(X))
& fn_exergonic_reaction_11(fn_cellular_respiration_of_protein_24(X)) = fn_exergonic_reaction_11(fn_cellular_respiration_of_protein_24(X))
& fn_exergonic_reaction_11(fn_cellular_respiration_of_protein_24(X)) = fn_hydrolysis_9(fn_cellular_respiration_of_protein_24(X))
& fn_hydrolysis_9(fn_cellular_respiration_of_protein_24(X)) = fn_fuel_7(fn_cellular_respiration_of_protein_23(X))
& fn_fuel_7(fn_cellular_respiration_of_protein_23(X)) = fn_exergonic_reaction_10(fn_cellular_respiration_of_protein_24(X))
& fn_catabolism_1(X) = fn_exergonic_reaction_10(fn_cellular_respiration_of_protein_24(X))
& fn_exergonic_reaction_10(fn_cellular_respiration_of_protein_24(X)) = fn_catabolism_1(X)
& fn_catabolism_1(X) = fn_hydrolysis_11(fn_cellular_respiration_of_protein_24(X))
& fn_hydrolysis_11(fn_cellular_respiration_of_protein_24(X)) = fn_hydrolysis_11(fn_cellular_respiration_of_protein_24(X))
& fn_hydrolysis_11(fn_cellular_respiration_of_protein_24(X)) = fn_organic_molecule_2(fn_cellular_respiration_of_protein_31(X))
& fn_pyruvate_oxidation_91(fn_cellular_respiration_of_protein_30(X)) = fn_organic_molecule_2(fn_cellular_respiration_of_protein_31(X))
& fn_organic_molecule_2(fn_cellular_respiration_of_protein_31(X)) = fn_pyruvate_oxidation_91(fn_cellular_respiration_of_protein_30(X))
& fn_pyruvate_oxidation_91(fn_cellular_respiration_of_protein_30(X)) = fn_molecule_10(fn_cellular_respiration_of_protein_31(X))
& fn_pyruvate_oxidation_79(fn_cellular_respiration_of_protein_30(X)) = fn_molecule_10(fn_cellular_respiration_of_protein_31(X))
& fn_molecule_10(fn_cellular_respiration_of_protein_31(X)) = fn_pyruvate_oxidation_79(fn_cellular_respiration_of_protein_30(X))
& fn_pyruvate_oxidation_79(fn_cellular_respiration_of_protein_30(X)) = fn_pyruvate_oxidation_77(fn_cellular_respiration_of_protein_30(X))
& fn_pyruvate_oxidation_77(fn_cellular_respiration_of_protein_30(X)) = fn_pyruvate_oxidation_65(fn_cellular_respiration_of_protein_30(X))
& fn_pyruvate_oxidation_65(fn_cellular_respiration_of_protein_30(X)) = fn_pyruvate_oxidation_77(fn_cellular_respiration_of_protein_30(X))
& fn_pyruvate_oxidation_77(fn_cellular_respiration_of_protein_30(X)) = fn_covalent_bond_20(fn_cellular_respiration_of_protein_18(X))
& fn_amino_acid_17(fn_cellular_respiration_of_protein_25(X)) = fn_covalent_bond_20(fn_cellular_respiration_of_protein_18(X))
& fn_covalent_bond_20(fn_cellular_respiration_of_protein_18(X)) = fn_amino_acid_17(fn_cellular_respiration_of_protein_25(X))
& fn_amino_acid_17(fn_cellular_respiration_of_protein_25(X)) = fn_amino_acid_17(fn_cellular_respiration_of_protein_25(X))
& fn_amino_acid_17(fn_cellular_respiration_of_protein_25(X)) = fn_amino_acid_22(fn_cellular_respiration_of_protein_25(X))
& fn_amino_acid_22(fn_cellular_respiration_of_protein_25(X)) = fn_amino_acid_22(fn_cellular_respiration_of_protein_25(X))
& fn_amino_acid_22(fn_cellular_respiration_of_protein_25(X)) = fn_covalent_bond_19(fn_cellular_respiration_of_protein_18(X))
& fn_covalent_bond_19(fn_cellular_respiration_of_protein_18(X)) = fn_deamination_9(fn_cellular_respiration_of_protein_26(X))
& fn_deamination_9(fn_cellular_respiration_of_protein_26(X)) = fn_functional_group_1(fn_cellular_respiration_of_protein_17(X))
& fn_functional_group_1(fn_cellular_respiration_of_protein_17(X)) = fn_organic_molecule_1(fn_cellular_respiration_of_protein_31(X))
& fn_organic_molecule_1(fn_cellular_respiration_of_protein_31(X)) = fn_organic_molecule_1(fn_cellular_respiration_of_protein_31(X))
& fn_organic_molecule_1(fn_cellular_respiration_of_protein_31(X)) = fn_molecule_11(fn_cellular_respiration_of_protein_31(X))
& fn_molecule_11(fn_cellular_respiration_of_protein_31(X)) = fn_organic_molecule_1(fn_cellular_respiration_of_protein_31(X))
& fn_pyruvate_oxidation_41(fn_cellular_respiration_of_protein_30(X)) = fn_organic_molecule_1(fn_cellular_respiration_of_protein_31(X))
& fn_organic_molecule_1(fn_cellular_respiration_of_protein_31(X)) = fn_pyruvate_oxidation_41(fn_cellular_respiration_of_protein_30(X))
& fn_pyruvate_oxidation_41(fn_cellular_respiration_of_protein_30(X)) = fn_pyruvate_oxidation_41(fn_cellular_respiration_of_protein_30(X))
& fn_pyruvate_oxidation_41(fn_cellular_respiration_of_protein_30(X)) = fn_pyruvate_oxidation_78(fn_cellular_respiration_of_protein_30(X))
& fn_pyruvate_oxidation_78(fn_cellular_respiration_of_protein_30(X)) = fn_pyruvate_oxidation_78(fn_cellular_respiration_of_protein_30(X))
& fn_pyruvate_oxidation_78(fn_cellular_respiration_of_protein_30(X)) = fn_acetyl_coa_19(fn_cellular_respiration_of_protein_31(X))
& fn_acetyl_coa_19(fn_cellular_respiration_of_protein_31(X)) = fn_acetyl_coa_19(fn_cellular_respiration_of_protein_31(X))
& fn_acetyl_coa_19(fn_cellular_respiration_of_protein_31(X)) = fn_reactant_3(fn_cellular_respiration_of_protein_37(X))
& fn_reactant_3(fn_cellular_respiration_of_protein_37(X)) = fn_pyruvate_oxidation_92(fn_cellular_respiration_of_protein_30(X))
& fn_pyruvate_oxidation_92(fn_cellular_respiration_of_protein_30(X)) = fn_pyruvate_oxidation_92(fn_cellular_respiration_of_protein_30(X))
& fn_pyruvate_oxidation_87(fn_cellular_respiration_of_protein_30(X)) = fn_pyruvate_oxidation_92(fn_cellular_respiration_of_protein_30(X))
& fn_pyruvate_oxidation_92(fn_cellular_respiration_of_protein_30(X)) = fn_pyruvate_oxidation_87(fn_cellular_respiration_of_protein_30(X))
& fn_pyruvate_oxidation_87(fn_cellular_respiration_of_protein_30(X)) = fn_pyruvate_oxidation_87(fn_cellular_respiration_of_protein_30(X))
& fn_pyruvate_oxidation_87(fn_cellular_respiration_of_protein_30(X)) = fn_molecule_11(fn_cellular_respiration_of_protein_25(X))
& fn_molecule_11(fn_cellular_respiration_of_protein_25(X)) = fn_amino_acid_28(fn_cellular_respiration_of_protein_25(X))
& fn_amino_acid_28(fn_cellular_respiration_of_protein_25(X)) = fn_amino_acid_28(fn_cellular_respiration_of_protein_25(X))
& fn_amino_acid_28(fn_cellular_respiration_of_protein_25(X)) = fn_carboxyl_group_25(fn_cellular_respiration_of_protein_17(X))
& fn_carboxyl_group_25(fn_cellular_respiration_of_protein_17(X)) = fn_carboxyl_group_25(fn_cellular_respiration_of_protein_17(X))
& fn_carboxyl_group_25(fn_cellular_respiration_of_protein_17(X)) = fn_amino_acid_11(fn_cellular_respiration_of_protein_25(X))
& fn_amino_acid_11(fn_cellular_respiration_of_protein_25(X)) = fn_covalent_bond_20(fn_cellular_respiration_of_protein_18(X))
& fn_covalent_bond_20(fn_cellular_respiration_of_protein_18(X)) = fn_amino_acid_11(fn_cellular_respiration_of_protein_25(X))
& fn_amino_acid_11(fn_cellular_respiration_of_protein_25(X)) = fn_carboxyl_group_23(fn_cellular_respiration_of_protein_17(X))
& fn_carboxyl_group_23(fn_cellular_respiration_of_protein_17(X)) = fn_carboxyl_group_24(fn_cellular_respiration_of_protein_17(X))
& fn_carboxyl_group_24(fn_cellular_respiration_of_protein_17(X)) = fn_amino_acid_27(fn_cellular_respiration_of_protein_25(X))
& fn_amino_acid_27(fn_cellular_respiration_of_protein_25(X)) = fn_carboxyl_group_24(fn_cellular_respiration_of_protein_17(X))
& fn_carboxyl_group_24(fn_cellular_respiration_of_protein_17(X)) = fn_carboxyl_group_24(fn_cellular_respiration_of_protein_17(X))
& fn_carboxyl_group_24(fn_cellular_respiration_of_protein_17(X)) = fn_carboxyl_group_23(fn_cellular_respiration_of_protein_17(X))
& fn_carboxyl_group_23(fn_cellular_respiration_of_protein_17(X)) = fn_carboxyl_group_23(fn_cellular_respiration_of_protein_17(X))
& fn_carboxyl_group_23(fn_cellular_respiration_of_protein_17(X)) = fn_amino_acid_24(fn_cellular_respiration_of_protein_25(X))
& fn_amino_acid_24(fn_cellular_respiration_of_protein_25(X)) = fn_covalent_bond_19(fn_cellular_respiration_of_protein_18(X))
& fn_covalent_bond_19(fn_cellular_respiration_of_protein_18(X)) = fn_amino_acid_24(fn_cellular_respiration_of_protein_25(X))
& fn_amino_acid_24(fn_cellular_respiration_of_protein_25(X)) = fn_amino_acid_24(fn_cellular_respiration_of_protein_25(X))
& fn_amino_acid_24(fn_cellular_respiration_of_protein_25(X)) = fn_carboxyl_group_19(fn_cellular_respiration_of_protein_17(X))
& fn_carboxyl_group_19(fn_cellular_respiration_of_protein_17(X)) = fn_carboxyl_group_19(fn_cellular_respiration_of_protein_17(X))
& fn_carboxyl_group_19(fn_cellular_respiration_of_protein_17(X)) = fn_molecule_10(fn_cellular_respiration_of_protein_25(X))
& fn_molecule_10(fn_cellular_respiration_of_protein_25(X)) = fn_molecule_10(fn_cellular_respiration_of_protein_25(X))
& fn_molecule_10(fn_cellular_respiration_of_protein_25(X)) = fn_carboxyl_group_69(fn_cellular_respiration_of_protein_17(X)) ) ) ).
fof(a528255,axiom,
! [X] :
( cellular_respiration_of_sucrose_1(X)
=> ( original_name_2(X,'Cellular-Respiration-Of-Sucrose')
& user_description_2(X,'Cellular respiration, also known as \'oxidative metabolism\', is one of the key ways a cell gains useful energy.')
& concept2words_2(X,'perform cellular respiration')
& concept2words_2(X,convert)
& concept2words_2(X,'cellular respiration of sucrose')
& concept2words_2(X,'cellular-respiration-of-sucrose')
& catabolic_pathway_1(X)
& cellular_respiration_of_disaccharide_1(X)
& chemical_entity_1(fn_cellular_respiration_of_sucrose_1(X))
& electron_1(fn_cellular_respiration_of_sucrose_2(X))
& chemical_entity_1(fn_cellular_respiration_of_sucrose_3(X))
& electron_1(fn_cellular_respiration_of_sucrose_4(X))
& chemical_entity_1(fn_cellular_respiration_of_sucrose_5(X))
& electron_1(fn_cellular_respiration_of_sucrose_6(X))
& chemical_entity_1(fn_cellular_respiration_of_sucrose_7(X))
& electron_1(fn_cellular_respiration_of_sucrose_8(X))
& phosphorylation_1(fn_cellular_respiration_of_sucrose_9(X))
& phosphorylation_1(fn_cellular_respiration_of_sucrose_10(X))
& enzymatic_reaction_1(fn_cellular_respiration_of_sucrose_11(X))
& time_interval_1(fn_cellular_respiration_of_sucrose_12(X))
& time_interval_1(fn_cellular_respiration_of_sucrose_13(X))
& substrate_level_phosphorylation_1(fn_cellular_respiration_of_sucrose_14(X))
& time_interval_1(fn_cellular_respiration_of_sucrose_15(X))
& isomerization_reaction_1(fn_cellular_respiration_of_sucrose_16(X))
& electron_1(fn_cellular_respiration_of_sucrose_17(X))
& chemical_entity_1(fn_cellular_respiration_of_sucrose_18(X))
& electron_1(fn_cellular_respiration_of_sucrose_19(X))
& chemical_entity_1(fn_cellular_respiration_of_sucrose_20(X))
& chemical_entity_1(fn_cellular_respiration_of_sucrose_21(X))
& organic_molecule_1(fn_cellular_respiration_of_sucrose_21(X))
& atom_1(fn_cellular_respiration_of_sucrose_22(X))
& chemical_entity_1(fn_cellular_respiration_of_sucrose_22(X))
& chemical_entity_1(fn_cellular_respiration_of_sucrose_23(X))
& electron_1(fn_cellular_respiration_of_sucrose_24(X))
& glyceraldehyde_3_phosphate_1(fn_cellular_respiration_of_sucrose_25(X))
& chemical_entity_1(fn_cellular_respiration_of_sucrose_25(X))
& ketone_1(fn_cellular_respiration_of_sucrose_25(X))
& monosaccharide_1(fn_cellular_respiration_of_sucrose_25(X))
& triose_1(fn_cellular_respiration_of_sucrose_25(X))
& dihydroxyacetone_phosphate_1(fn_cellular_respiration_of_sucrose_25(X))
& aldose_1(fn_cellular_respiration_of_sucrose_25(X))
& chemical_entity_1(fn_cellular_respiration_of_sucrose_26(X))
& electron_1(fn_cellular_respiration_of_sucrose_27(X))
& atom_1(fn_cellular_respiration_of_sucrose_28(X))
& chemical_entity_1(fn_cellular_respiration_of_sucrose_28(X))
& pyruvate_1(fn_cellular_respiration_of_sucrose_29(X))
& entity_1(fn_cellular_respiration_of_sucrose_30(X))
& chemical_entity_1(fn_cellular_respiration_of_sucrose_30(X))
& atom_1(fn_cellular_respiration_of_sucrose_30(X))
& oxygen_1(fn_cellular_respiration_of_sucrose_30(X))
& entity_1(fn_cellular_respiration_of_sucrose_31(X))
& chemical_entity_1(fn_cellular_respiration_of_sucrose_31(X))
& atom_1(fn_cellular_respiration_of_sucrose_31(X))
& carbon_1(fn_cellular_respiration_of_sucrose_31(X))
& entity_1(fn_cellular_respiration_of_sucrose_32(X))
& chemical_entity_1(fn_cellular_respiration_of_sucrose_32(X))
& atom_1(fn_cellular_respiration_of_sucrose_32(X))
& hydrogen_1(fn_cellular_respiration_of_sucrose_32(X))
& release_1(fn_cellular_respiration_of_sucrose_33(X))
& decomposition_reaction_1(fn_cellular_respiration_of_sucrose_34(X))
& exergonic_reaction_1(fn_cellular_respiration_of_sucrose_34(X))
& hydrolysis_1(fn_cellular_respiration_of_sucrose_34(X))
& sucrose_1(fn_cellular_respiration_of_sucrose_35(X))
& chemical_entity_1(fn_cellular_respiration_of_sucrose_36(X))
& water_molecule_1(fn_cellular_respiration_of_sucrose_36(X))
& remove_1(fn_cellular_respiration_of_sucrose_37(X))
& isomerization_reaction_1(fn_cellular_respiration_of_sucrose_38(X))
& substrate_level_phosphorylation_1(fn_cellular_respiration_of_sucrose_39(X))
& nad_plus_1(fn_cellular_respiration_of_sucrose_40(X))
& quantity_value_1(fn_cellular_respiration_of_sucrose_41(X))
& quantity_value_1(fn_cellular_respiration_of_sucrose_42(X))
& chemical_energy_1(fn_cellular_respiration_of_sucrose_43(X))
& entity_1(fn_cellular_respiration_of_sucrose_44(X))
& atom_1(fn_cellular_respiration_of_sucrose_44(X))
& chemical_entity_1(fn_cellular_respiration_of_sucrose_44(X))
& oxygen_1(fn_cellular_respiration_of_sucrose_44(X))
& entity_1(fn_cellular_respiration_of_sucrose_45(X))
& chemical_entity_1(fn_cellular_respiration_of_sucrose_45(X))
& atom_1(fn_cellular_respiration_of_sucrose_45(X))
& hydrogen_1(fn_cellular_respiration_of_sucrose_45(X))
& chemical_energy_1(fn_cellular_respiration_of_sucrose_46(X))
& heat_1(fn_cellular_respiration_of_sucrose_47(X))
& tangible_entity_1(fn_cellular_respiration_of_sucrose_48(X))
& consume_1(fn_cellular_respiration_of_sucrose_49(X))
& free_energy_1(fn_cellular_respiration_of_sucrose_50(X))
& release_1(fn_cellular_respiration_of_sucrose_51(X))
& chemical_energy_1(fn_cellular_respiration_of_sucrose_52(X))
& quantity_value_1(fn_cellular_respiration_of_sucrose_53(X))
& oxidation_1(fn_cellular_respiration_of_sucrose_54(X))
& functional_group_1(fn_cellular_respiration_of_sucrose_58(X))
& hydroxyl_group_1(fn_cellular_respiration_of_sucrose_58(X))
& entity_1(fn_cellular_respiration_of_sucrose_59(X))
& chemical_entity_1(fn_cellular_respiration_of_sucrose_59(X))
& atom_1(fn_cellular_respiration_of_sucrose_59(X))
& oxygen_1(fn_cellular_respiration_of_sucrose_59(X))
& structural_complexity_value_1(fn_cellular_respiration_of_sucrose_60(X))
& structural_complexity_value_1(fn_cellular_respiration_of_sucrose_61(X))
& organic_molecule_1(fn_synthesis_of_organic_molecule_1(fn_cellular_respiration_of_sucrose_39(X)))
& chemical_entity_1(fn_oxidation_7(fn_cellular_respiration_of_sucrose_54(X)))
& molecule_1(fn_isomerization_reaction_2(fn_cellular_respiration_of_sucrose_38(X)))
& spatial_entity_1(fn_remove_2(fn_cellular_respiration_of_sucrose_37(X)))
& functional_group_1(fn_triose_13(fn_cellular_respiration_of_sucrose_25(X)))
& hydroxyl_group_1(fn_triose_13(fn_cellular_respiration_of_sucrose_25(X)))
& functional_group_1(fn_dihydroxyacetone_phosphate_2(fn_cellular_respiration_of_sucrose_25(X)))
& hydroxyl_group_1(fn_dihydroxyacetone_phosphate_2(fn_cellular_respiration_of_sucrose_25(X)))
& functional_group_1(fn_monosaccharide_10(fn_cellular_respiration_of_sucrose_25(X)))
& hydroxyl_group_1(fn_monosaccharide_10(fn_cellular_respiration_of_sucrose_25(X)))
& functional_group_1(fn_aldose_5(fn_cellular_respiration_of_sucrose_25(X)))
& hydroxyl_group_1(fn_aldose_5(fn_cellular_respiration_of_sucrose_25(X)))
& entity_1(fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_sucrose_25(X)))
& atom_1(fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_sucrose_25(X)))
& chemical_entity_1(fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_sucrose_25(X)))
& oxygen_1(fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_sucrose_25(X)))
& entity_1(fn_dihydroxyacetone_phosphate_9(fn_cellular_respiration_of_sucrose_25(X)))
& atom_1(fn_dihydroxyacetone_phosphate_9(fn_cellular_respiration_of_sucrose_25(X)))
& chemical_entity_1(fn_dihydroxyacetone_phosphate_9(fn_cellular_respiration_of_sucrose_25(X)))
& oxygen_1(fn_dihydroxyacetone_phosphate_9(fn_cellular_respiration_of_sucrose_25(X)))
& entity_1(fn_monosaccharide_5(fn_cellular_respiration_of_sucrose_25(X)))
& chemical_entity_1(fn_monosaccharide_5(fn_cellular_respiration_of_sucrose_25(X)))
& atom_1(fn_monosaccharide_5(fn_cellular_respiration_of_sucrose_25(X)))
& carbon_1(fn_monosaccharide_5(fn_cellular_respiration_of_sucrose_25(X)))
& entity_1(fn_triose_6(fn_cellular_respiration_of_sucrose_25(X)))
& chemical_entity_1(fn_triose_6(fn_cellular_respiration_of_sucrose_25(X)))
& atom_1(fn_triose_6(fn_cellular_respiration_of_sucrose_25(X)))
& carbon_1(fn_triose_6(fn_cellular_respiration_of_sucrose_25(X)))
& entity_1(fn_aldose_10(fn_cellular_respiration_of_sucrose_25(X)))
& chemical_entity_1(fn_aldose_10(fn_cellular_respiration_of_sucrose_25(X)))
& atom_1(fn_aldose_10(fn_cellular_respiration_of_sucrose_25(X)))
& carbon_1(fn_aldose_10(fn_cellular_respiration_of_sucrose_25(X)))
& entity_1(fn_monosaccharide_13(fn_cellular_respiration_of_sucrose_25(X)))
& chemical_entity_1(fn_monosaccharide_13(fn_cellular_respiration_of_sucrose_25(X)))
& atom_1(fn_monosaccharide_13(fn_cellular_respiration_of_sucrose_25(X)))
& oxygen_1(fn_monosaccharide_13(fn_cellular_respiration_of_sucrose_25(X)))
& entity_1(fn_triose_14(fn_cellular_respiration_of_sucrose_25(X)))
& chemical_entity_1(fn_triose_14(fn_cellular_respiration_of_sucrose_25(X)))
& atom_1(fn_triose_14(fn_cellular_respiration_of_sucrose_25(X)))
& oxygen_1(fn_triose_14(fn_cellular_respiration_of_sucrose_25(X)))
& entity_1(fn_aldose_4(fn_cellular_respiration_of_sucrose_25(X)))
& atom_1(fn_aldose_4(fn_cellular_respiration_of_sucrose_25(X)))
& chemical_entity_1(fn_aldose_4(fn_cellular_respiration_of_sucrose_25(X)))
& oxygen_1(fn_aldose_4(fn_cellular_respiration_of_sucrose_25(X)))
& entity_1(fn_monosaccharide_9(fn_cellular_respiration_of_sucrose_25(X)))
& chemical_entity_1(fn_monosaccharide_9(fn_cellular_respiration_of_sucrose_25(X)))
& atom_1(fn_monosaccharide_9(fn_cellular_respiration_of_sucrose_25(X)))
& hydrogen_1(fn_monosaccharide_9(fn_cellular_respiration_of_sucrose_25(X)))
& entity_1(fn_triose_8(fn_cellular_respiration_of_sucrose_25(X)))
& chemical_entity_1(fn_triose_8(fn_cellular_respiration_of_sucrose_25(X)))
& atom_1(fn_triose_8(fn_cellular_respiration_of_sucrose_25(X)))
& hydrogen_1(fn_triose_8(fn_cellular_respiration_of_sucrose_25(X)))
& entity_1(fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_sucrose_25(X)))
& chemical_entity_1(fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_sucrose_25(X)))
& atom_1(fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_sucrose_25(X)))
& hydrogen_1(fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_sucrose_25(X)))
& entity_1(fn_aldose_3(fn_cellular_respiration_of_sucrose_25(X)))
& chemical_entity_1(fn_aldose_3(fn_cellular_respiration_of_sucrose_25(X)))
& atom_1(fn_aldose_3(fn_cellular_respiration_of_sucrose_25(X)))
& hydrogen_1(fn_aldose_3(fn_cellular_respiration_of_sucrose_25(X)))
& atom_1(fn_ketone_12(fn_cellular_respiration_of_sucrose_25(X)))
& chemical_entity_1(fn_ketone_12(fn_cellular_respiration_of_sucrose_25(X)))
& oxygen_1(fn_ketone_12(fn_cellular_respiration_of_sucrose_25(X)))
& entity_1(fn_triose_9(fn_cellular_respiration_of_sucrose_25(X)))
& atom_1(fn_triose_9(fn_cellular_respiration_of_sucrose_25(X)))
& chemical_entity_1(fn_triose_9(fn_cellular_respiration_of_sucrose_25(X)))
& oxygen_1(fn_triose_9(fn_cellular_respiration_of_sucrose_25(X)))
& entity_1(fn_aldose_9(fn_cellular_respiration_of_sucrose_25(X)))
& chemical_entity_1(fn_aldose_9(fn_cellular_respiration_of_sucrose_25(X)))
& atom_1(fn_aldose_9(fn_cellular_respiration_of_sucrose_25(X)))
& oxygen_1(fn_aldose_9(fn_cellular_respiration_of_sucrose_25(X)))
& glyceraldehyde_3_phosphate_1(fn_dihydroxyacetone_phosphate_1(fn_cellular_respiration_of_sucrose_25(X)))
& fn_cellular_respiration_of_sucrose_26(X) != fn_cellular_respiration_of_sucrose_35(X)
& fn_cellular_respiration_of_sucrose_20(X) != fn_cellular_respiration_of_sucrose_35(X)
& fn_cellular_respiration_of_sucrose_20(X) != fn_cellular_respiration_of_sucrose_19(X)
& fn_cellular_respiration_of_sucrose_19(X) != fn_cellular_respiration_of_sucrose_20(X)
& fn_cellular_respiration_of_sucrose_19(X) != fn_cellular_respiration_of_sucrose_35(X)
& fn_cellular_respiration_of_sucrose_18(X) != fn_cellular_respiration_of_sucrose_35(X)
& fn_cellular_respiration_of_sucrose_18(X) != fn_cellular_respiration_of_sucrose_17(X)
& fn_cellular_respiration_of_sucrose_17(X) != fn_cellular_respiration_of_sucrose_18(X)
& fn_cellular_respiration_of_sucrose_17(X) != fn_cellular_respiration_of_sucrose_35(X)
& possesses_2(fn_cellular_respiration_of_sucrose_29(X),fn_cellular_respiration_of_sucrose_52(X))
& next_event_2(fn_cellular_respiration_of_sucrose_16(X),fn_cellular_respiration_of_sucrose_9(X))
& time_before_2(fn_cellular_respiration_of_sucrose_15(X),fn_cellular_respiration_of_sucrose_15(X))
& time_during_2(fn_cellular_respiration_of_sucrose_14(X),fn_cellular_respiration_of_sucrose_15(X))
& fn_cellular_respiration_of_sucrose_14(X) != fn_cellular_respiration_of_sucrose_11(X)
& fn_cellular_respiration_of_sucrose_14(X) != fn_cellular_respiration_of_sucrose_39(X)
& fn_cellular_respiration_of_sucrose_14(X) != fn_cellular_respiration_of_sucrose_38(X)
& next_event_2(fn_cellular_respiration_of_sucrose_14(X),fn_cellular_respiration_of_sucrose_38(X))
& time_before_2(fn_cellular_respiration_of_sucrose_13(X),fn_cellular_respiration_of_sucrose_12(X))
& time_during_2(fn_cellular_respiration_of_sucrose_33(X),fn_cellular_respiration_of_sucrose_12(X))
& next_event_2(fn_cellular_respiration_of_sucrose_34(X),fn_cellular_respiration_of_sucrose_16(X))
& by_means_of_2(fn_cellular_respiration_of_sucrose_34(X),fn_cellular_respiration_of_sucrose_37(X))
& fn_cellular_respiration_of_sucrose_35(X) != fn_cellular_respiration_of_sucrose_26(X)
& fn_cellular_respiration_of_sucrose_35(X) != fn_cellular_respiration_of_sucrose_20(X)
& fn_cellular_respiration_of_sucrose_35(X) != fn_cellular_respiration_of_sucrose_19(X)
& fn_cellular_respiration_of_sucrose_35(X) != fn_cellular_respiration_of_sucrose_18(X)
& fn_cellular_respiration_of_sucrose_35(X) != fn_cellular_respiration_of_sucrose_17(X)
& fn_cellular_respiration_of_sucrose_35(X) != fn_cellular_respiration_of_sucrose_1(X)
& fn_cellular_respiration_of_sucrose_35(X) != fn_cellular_respiration_of_sucrose_2(X)
& fn_cellular_respiration_of_sucrose_35(X) != fn_cellular_respiration_of_sucrose_3(X)
& fn_cellular_respiration_of_sucrose_35(X) != fn_cellular_respiration_of_sucrose_4(X)
& fn_cellular_respiration_of_sucrose_35(X) != fn_cellular_respiration_of_sucrose_5(X)
& fn_cellular_respiration_of_sucrose_35(X) != fn_cellular_respiration_of_sucrose_6(X)
& fn_cellular_respiration_of_sucrose_35(X) != fn_cellular_respiration_of_sucrose_7(X)
& fn_cellular_respiration_of_sucrose_35(X) != fn_cellular_respiration_of_sucrose_8(X)
& time_during_2(fn_cellular_respiration_of_sucrose_38(X),fn_cellular_respiration_of_sucrose_15(X))
& fn_cellular_respiration_of_sucrose_38(X) != fn_cellular_respiration_of_sucrose_14(X)
& fn_cellular_respiration_of_sucrose_38(X) != fn_cellular_respiration_of_sucrose_11(X)
& fn_cellular_respiration_of_sucrose_38(X) != fn_cellular_respiration_of_sucrose_39(X)
& time_during_2(fn_cellular_respiration_of_sucrose_39(X),fn_cellular_respiration_of_sucrose_15(X))
& fn_cellular_respiration_of_sucrose_39(X) != fn_cellular_respiration_of_sucrose_14(X)
& fn_cellular_respiration_of_sucrose_39(X) != fn_cellular_respiration_of_sucrose_38(X)
& fn_cellular_respiration_of_sucrose_39(X) != fn_cellular_respiration_of_sucrose_11(X)
& next_event_2(fn_cellular_respiration_of_sucrose_39(X),fn_cellular_respiration_of_sucrose_38(X))
& time_during_2(fn_cellular_respiration_of_sucrose_11(X),fn_cellular_respiration_of_sucrose_15(X))
& fn_cellular_respiration_of_sucrose_11(X) != fn_cellular_respiration_of_sucrose_14(X)
& fn_cellular_respiration_of_sucrose_11(X) != fn_cellular_respiration_of_sucrose_38(X)
& fn_cellular_respiration_of_sucrose_11(X) != fn_cellular_respiration_of_sucrose_39(X)
& next_event_2(fn_cellular_respiration_of_sucrose_11(X),fn_cellular_respiration_of_sucrose_14(X))
& next_event_2(fn_cellular_respiration_of_sucrose_11(X),fn_cellular_respiration_of_sucrose_39(X))
& possesses_2(fn_cellular_respiration_of_sucrose_40(X),fn_cellular_respiration_of_sucrose_52(X))
& next_event_2(fn_cellular_respiration_of_sucrose_10(X),fn_cellular_respiration_of_sucrose_16(X))
& fn_cellular_respiration_of_sucrose_10(X) != fn_cellular_respiration_of_sucrose_9(X)
& next_event_2(fn_cellular_respiration_of_sucrose_9(X),fn_cellular_respiration_of_sucrose_34(X))
& fn_cellular_respiration_of_sucrose_9(X) != fn_cellular_respiration_of_sucrose_10(X)
& fn_cellular_respiration_of_sucrose_8(X) != fn_cellular_respiration_of_sucrose_35(X)
& fn_cellular_respiration_of_sucrose_8(X) != fn_cellular_respiration_of_sucrose_7(X)
& fn_cellular_respiration_of_sucrose_7(X) != fn_cellular_respiration_of_sucrose_35(X)
& fn_cellular_respiration_of_sucrose_7(X) != fn_cellular_respiration_of_sucrose_8(X)
& result_2(fn_cellular_respiration_of_sucrose_54(X),fn_cellular_respiration_of_sucrose_29(X))
& fn_cellular_respiration_of_sucrose_6(X) != fn_cellular_respiration_of_sucrose_35(X)
& fn_cellular_respiration_of_sucrose_6(X) != fn_cellular_respiration_of_sucrose_5(X)
& fn_cellular_respiration_of_sucrose_5(X) != fn_cellular_respiration_of_sucrose_35(X)
& fn_cellular_respiration_of_sucrose_5(X) != fn_cellular_respiration_of_sucrose_6(X)
& fn_cellular_respiration_of_sucrose_4(X) != fn_cellular_respiration_of_sucrose_35(X)
& fn_cellular_respiration_of_sucrose_4(X) != fn_cellular_respiration_of_sucrose_3(X)
& fn_cellular_respiration_of_sucrose_3(X) != fn_cellular_respiration_of_sucrose_35(X)
& fn_cellular_respiration_of_sucrose_3(X) != fn_cellular_respiration_of_sucrose_4(X)
& fn_cellular_respiration_of_sucrose_2(X) != fn_cellular_respiration_of_sucrose_35(X)
& fn_cellular_respiration_of_sucrose_2(X) != fn_cellular_respiration_of_sucrose_1(X)
& fn_cellular_respiration_of_sucrose_1(X) != fn_cellular_respiration_of_sucrose_35(X)
& fn_cellular_respiration_of_sucrose_1(X) != fn_cellular_respiration_of_sucrose_2(X)
& base_2(fn_cellular_respiration_of_sucrose_37(X),fn_cellular_respiration_of_sucrose_35(X))
& recipient_2(fn_cellular_respiration_of_sucrose_54(X),fn_cellular_respiration_of_sucrose_40(X))
& result_2(X,fn_cellular_respiration_of_sucrose_29(X))
& raw_material_2(fn_cellular_respiration_of_sucrose_38(X),fn_cellular_respiration_of_sucrose_40(X))
& result_2(fn_cellular_respiration_of_sucrose_39(X),fn_cellular_respiration_of_sucrose_29(X))
& result_2(X,fn_cellular_respiration_of_sucrose_35(X))
& structural_complexity_2(fn_cellular_respiration_of_sucrose_35(X),fn_cellular_respiration_of_sucrose_61(X))
& raw_material_2(X,fn_cellular_respiration_of_sucrose_40(X))
& structural_complexity_2(fn_cellular_respiration_of_sucrose_40(X),fn_cellular_respiration_of_sucrose_60(X))
& greater_than_2(fn_cellular_respiration_of_sucrose_60(X),fn_cellular_respiration_of_sucrose_61(X))
& fn_cellular_respiration_of_sucrose_36(X) != fn_cellular_respiration_of_sucrose_35(X)
& fn_cellular_respiration_of_sucrose_35(X) != fn_cellular_respiration_of_sucrose_36(X)
& has_part_2(fn_cellular_respiration_of_sucrose_35(X),fn_cellular_respiration_of_sucrose_28(X))
& is_near_2(fn_cellular_respiration_of_sucrose_48(X),fn_cellular_respiration_of_sucrose_35(X))
& is_near_2(fn_cellular_respiration_of_sucrose_35(X),fn_cellular_respiration_of_sucrose_48(X))
& has_part_2(fn_cellular_respiration_of_sucrose_35(X),fn_cellular_respiration_of_sucrose_22(X))
& is_inside_2(fn_cellular_respiration_of_sucrose_50(X),fn_cellular_respiration_of_sucrose_35(X))
& raw_material_2(fn_cellular_respiration_of_sucrose_34(X),fn_cellular_respiration_of_sucrose_35(X))
& base_2(fn_cellular_respiration_of_sucrose_51(X),fn_cellular_respiration_of_sucrose_35(X))
& fn_cellular_respiration_of_sucrose_27(X) != fn_cellular_respiration_of_sucrose_35(X)
& fn_cellular_respiration_of_sucrose_26(X) != fn_cellular_respiration_of_sucrose_27(X)
& fn_cellular_respiration_of_sucrose_35(X) != fn_cellular_respiration_of_sucrose_27(X)
& fn_cellular_respiration_of_sucrose_27(X) != fn_cellular_respiration_of_sucrose_26(X)
& object_2(fn_cellular_respiration_of_sucrose_49(X),fn_cellular_respiration_of_sucrose_35(X))
& objective_2(fn_cellular_respiration_of_sucrose_49(X),fn_cellular_respiration_of_sucrose_47(X))
& object_2(fn_cellular_respiration_of_sucrose_47(X),fn_cellular_respiration_of_sucrose_48(X))
& base_2(fn_cellular_respiration_of_sucrose_33(X),fn_cellular_respiration_of_sucrose_35(X))
& object_2(fn_cellular_respiration_of_sucrose_33(X),fn_cellular_respiration_of_sucrose_50(X))
& object_2(fn_cellular_respiration_of_sucrose_51(X),fn_cellular_respiration_of_sucrose_50(X))
& possesses_2(fn_cellular_respiration_of_sucrose_35(X),fn_cellular_respiration_of_sucrose_52(X))
& quantity_2(fn_cellular_respiration_of_sucrose_52(X),fn_cellular_respiration_of_sucrose_53(X))
& greater_than_2(fn_cellular_respiration_of_sucrose_53(X),fn_cellular_respiration_of_sucrose_53(X))
& greater_than_or_equal_to_2(fn_cellular_respiration_of_sucrose_53(X),fn_cellular_respiration_of_sucrose_53(X))
& raw_material_2(X,fn_cellular_respiration_of_sucrose_35(X))
& fn_cellular_respiration_of_sucrose_35(X) != fn_cellular_respiration_of_sucrose_24(X)
& fn_cellular_respiration_of_sucrose_24(X) != fn_cellular_respiration_of_sucrose_23(X)
& fn_cellular_respiration_of_sucrose_23(X) != fn_cellular_respiration_of_sucrose_35(X)
& fn_cellular_respiration_of_sucrose_35(X) != fn_cellular_respiration_of_sucrose_23(X)
& fn_cellular_respiration_of_sucrose_24(X) != fn_cellular_respiration_of_sucrose_35(X)
& fn_cellular_respiration_of_sucrose_23(X) != fn_cellular_respiration_of_sucrose_24(X)
& has_isomer_2(fn_cellular_respiration_of_sucrose_25(X),fn_cellular_respiration_of_sucrose_25(X))
& has_state_2(fn_cellular_respiration_of_sucrose_28(X),fn_cellular_respiration_of_sucrose_25(X))
& result_2(fn_cellular_respiration_of_sucrose_34(X),fn_cellular_respiration_of_sucrose_21(X))
& has_state_2(fn_cellular_respiration_of_sucrose_22(X),fn_cellular_respiration_of_sucrose_21(X))
& first_subevent_2(X,fn_cellular_respiration_of_sucrose_34(X))
& raw_material_2(fn_cellular_respiration_of_sucrose_34(X),fn_cellular_respiration_of_sucrose_36(X))
& possesses_2(fn_cellular_respiration_of_sucrose_36(X),fn_cellular_respiration_of_sucrose_43(X))
& quantity_2(fn_cellular_respiration_of_sucrose_43(X),fn_cellular_respiration_of_sucrose_42(X))
& subevent_2(X,fn_cellular_respiration_of_sucrose_34(X))
& result_2(fn_cellular_respiration_of_sucrose_34(X),fn_cellular_respiration_of_sucrose_25(X))
& possesses_2(fn_cellular_respiration_of_sucrose_25(X),fn_cellular_respiration_of_sucrose_46(X))
& quantity_2(fn_cellular_respiration_of_sucrose_46(X),fn_cellular_respiration_of_sucrose_41(X))
& greater_than_2(fn_cellular_respiration_of_sucrose_42(X),fn_cellular_respiration_of_sucrose_41(X))
& has_part_2(fn_cellular_respiration_of_sucrose_25(X),fn_cellular_respiration_of_sucrose_45(X))
& fn_cellular_respiration_of_sucrose_44(X) != fn_cellular_respiration_of_sucrose_45(X)
& fn_cellular_respiration_of_sucrose_32(X) != fn_cellular_respiration_of_sucrose_44(X)
& fn_cellular_respiration_of_sucrose_44(X) != fn_cellular_respiration_of_sucrose_32(X)
& fn_cellular_respiration_of_sucrose_45(X) != fn_cellular_respiration_of_sucrose_44(X)
& has_region_2(fn_cellular_respiration_of_sucrose_25(X),fn_cellular_respiration_of_sucrose_58(X))
& has_part_2(fn_cellular_respiration_of_sucrose_25(X),fn_cellular_respiration_of_sucrose_44(X))
& is_inside_2(fn_cellular_respiration_of_sucrose_44(X),fn_cellular_respiration_of_sucrose_58(X))
& is_inside_2(fn_cellular_respiration_of_sucrose_45(X),fn_cellular_respiration_of_sucrose_58(X))
& has_part_2(fn_cellular_respiration_of_sucrose_25(X),fn_cellular_respiration_of_sucrose_32(X))
& fn_cellular_respiration_of_sucrose_31(X) != fn_cellular_respiration_of_sucrose_32(X)
& fn_cellular_respiration_of_sucrose_32(X) != fn_cellular_respiration_of_sucrose_31(X)
& has_part_2(fn_cellular_respiration_of_sucrose_25(X),fn_cellular_respiration_of_sucrose_59(X))
& fn_cellular_respiration_of_sucrose_59(X) != fn_cellular_respiration_of_sucrose_32(X)
& fn_cellular_respiration_of_sucrose_32(X) != fn_cellular_respiration_of_sucrose_30(X)
& fn_cellular_respiration_of_sucrose_32(X) != fn_cellular_respiration_of_sucrose_59(X)
& fn_cellular_respiration_of_sucrose_30(X) != fn_cellular_respiration_of_sucrose_32(X)
& fn_cellular_respiration_of_sucrose_31(X) != fn_cellular_respiration_of_sucrose_30(X)
& fn_cellular_respiration_of_sucrose_30(X) != fn_cellular_respiration_of_sucrose_31(X)
& fn_cellular_respiration_of_sucrose_35(X) = fn_remove_2(fn_cellular_respiration_of_sucrose_37(X))
& fn_cellular_respiration_of_sucrose_40(X) = fn_oxidation_7(fn_cellular_respiration_of_sucrose_54(X))
& fn_cellular_respiration_of_sucrose_29(X) = fn_catabolism_2(X)
& fn_cellular_respiration_of_sucrose_40(X) = fn_isomerization_reaction_2(fn_cellular_respiration_of_sucrose_38(X))
& fn_cellular_respiration_of_sucrose_29(X) = fn_synthesis_of_organic_molecule_1(fn_cellular_respiration_of_sucrose_39(X))
& fn_cellular_respiration_of_sucrose_35(X) = fn_catabolic_pathway_9(X)
& fn_cellular_respiration_of_sucrose_63(X) = fn_catabolic_pathway_5(X)
& fn_cellular_respiration_of_sucrose_62(X) = fn_catabolic_pathway_1(X)
& fn_cellular_respiration_of_sucrose_61(X) = fn_catabolic_pathway_2(X)
& fn_cellular_respiration_of_sucrose_60(X) = fn_catabolic_pathway_4(X)
& fn_cellular_respiration_of_sucrose_40(X) = fn_catabolic_pathway_10(X)
& fn_cellular_respiration_of_sucrose_26(X) = fn_cellular_respiration_of_disaccharide_8(X)
& fn_cellular_respiration_of_sucrose_27(X) = fn_cellular_respiration_of_disaccharide_7(X)
& fn_cellular_respiration_of_sucrose_48(X) = fn_cellular_respiration_of_disaccharide_5(X)
& fn_cellular_respiration_of_sucrose_47(X) = fn_cellular_respiration_of_disaccharide_6(X)
& fn_cellular_respiration_of_sucrose_49(X) = fn_cellular_respiration_of_disaccharide_63(X)
& fn_cellular_respiration_of_sucrose_51(X) = fn_cellular_respiration_of_disaccharide_62(X)
& fn_cellular_respiration_of_sucrose_50(X) = fn_cellular_respiration_of_disaccharide_61(X)
& fn_cellular_respiration_of_sucrose_33(X) = fn_cellular_respiration_of_disaccharide_60(X)
& fn_cellular_respiration_of_sucrose_55(X) = fn_cellular_respiration_of_disaccharide_79(X)
& fn_cellular_respiration_of_sucrose_53(X) = fn_cellular_respiration_of_disaccharide_70(X)
& fn_cellular_respiration_of_sucrose_53(X) = fn_cellular_respiration_of_disaccharide_69(X)
& fn_cellular_respiration_of_sucrose_52(X) = fn_cellular_respiration_of_disaccharide_68(X)
& fn_cellular_respiration_of_sucrose_24(X) = fn_cellular_respiration_of_disaccharide_7(X)
& fn_cellular_respiration_of_sucrose_23(X) = fn_cellular_respiration_of_disaccharide_8(X)
& fn_cellular_respiration_of_sucrose_35(X) = fn_cellular_respiration_of_disaccharide_65(X)
& fn_cellular_respiration_of_sucrose_57(X) = fn_cellular_respiration_of_disaccharide_21(X)
& fn_cellular_respiration_of_sucrose_28(X) = fn_cellular_respiration_of_disaccharide_37(X)
& fn_cellular_respiration_of_sucrose_25(X) = fn_dihydroxyacetone_phosphate_1(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_22(X) = fn_cellular_respiration_of_disaccharide_19(X)
& fn_cellular_respiration_of_sucrose_21(X) = fn_cellular_respiration_of_disaccharide_18(X)
& fn_cellular_respiration_of_sucrose_56(X) = fn_cellular_respiration_of_disaccharide_20(X)
& fn_cellular_respiration_of_sucrose_43(X) = fn_cellular_respiration_of_disaccharide_25(X)
& fn_cellular_respiration_of_sucrose_36(X) = fn_cellular_respiration_of_disaccharide_59(X)
& fn_cellular_respiration_of_sucrose_42(X) = fn_cellular_respiration_of_disaccharide_24(X)
& fn_cellular_respiration_of_sucrose_41(X) = fn_cellular_respiration_of_disaccharide_23(X)
& fn_cellular_respiration_of_sucrose_46(X) = fn_cellular_respiration_of_disaccharide_22(X)
& fn_cellular_respiration_of_sucrose_25(X) = fn_cellular_respiration_of_disaccharide_34(X)
& fn_cellular_respiration_of_sucrose_34(X) = fn_cellular_respiration_of_disaccharide_66(X)
& fn_cellular_respiration_of_sucrose_32(X) = fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_44(X) = fn_dihydroxyacetone_phosphate_9(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_45(X) = fn_triose_8(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_45(X) = fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_45(X) = fn_aldose_3(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_58(X) = fn_triose_13(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_58(X) = fn_dihydroxyacetone_phosphate_2(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_44(X) = fn_monosaccharide_13(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_58(X) = fn_monosaccharide_10(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_58(X) = fn_aldose_5(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_44(X) = fn_triose_14(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_44(X) = fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_44(X) = fn_aldose_4(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_30(X) = fn_triose_14(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_30(X) = fn_aldose_4(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_31(X) = fn_monosaccharide_5(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_31(X) = fn_triose_6(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_31(X) = fn_aldose_10(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_32(X) = fn_monosaccharide_9(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_30(X) = fn_monosaccharide_13(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_30(X) = fn_triose_9(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_30(X) = fn_aldose_9(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_32(X) = fn_triose_8(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_32(X) = fn_aldose_3(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_59(X) = fn_ketone_12(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_59(X) = fn_triose_9(fn_cellular_respiration_of_sucrose_25(X))
& fn_cellular_respiration_of_sucrose_59(X) = fn_aldose_9(fn_cellular_respiration_of_sucrose_25(X))
& fn_catabolism_2(X) = fn_synthesis_of_organic_molecule_1(fn_cellular_respiration_of_sucrose_39(X))
& fn_synthesis_of_organic_molecule_1(fn_cellular_respiration_of_sucrose_39(X)) = fn_oxidation_7(fn_cellular_respiration_of_sucrose_54(X))
& fn_oxidation_7(fn_cellular_respiration_of_sucrose_54(X)) = fn_isomerization_reaction_2(fn_cellular_respiration_of_sucrose_38(X))
& fn_isomerization_reaction_2(fn_cellular_respiration_of_sucrose_38(X)) = fn_isomerization_reaction_2(fn_cellular_respiration_of_sucrose_38(X))
& fn_isomerization_reaction_2(fn_cellular_respiration_of_sucrose_38(X)) = fn_catabolic_pathway_10(X)
& fn_catabolic_pathway_10(X) = fn_catabolic_pathway_10(X)
& fn_catabolic_pathway_10(X) = fn_cellular_respiration_of_disaccharide_69(X)
& fn_cellular_respiration_of_disaccharide_69(X) = fn_cellular_respiration_of_disaccharide_69(X)
& fn_cellular_respiration_of_disaccharide_69(X) = fn_cellular_respiration_of_disaccharide_70(X)
& fn_cellular_respiration_of_disaccharide_70(X) = fn_cellular_respiration_of_disaccharide_69(X)
& fn_cellular_respiration_of_disaccharide_69(X) = fn_remove_2(fn_cellular_respiration_of_sucrose_37(X))
& fn_remove_2(fn_cellular_respiration_of_sucrose_37(X)) = fn_catabolic_pathway_9(X)
& fn_catabolic_pathway_9(X) = fn_catabolic_pathway_9(X)
& fn_catabolic_pathway_9(X) = fn_cellular_respiration_of_disaccharide_65(X)
& fn_cellular_respiration_of_disaccharide_65(X) = fn_cellular_respiration_of_disaccharide_65(X)
& fn_cellular_respiration_of_disaccharide_65(X) = fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_sucrose_25(X))
& fn_aldose_3(fn_cellular_respiration_of_sucrose_25(X)) = fn_triose_13(fn_cellular_respiration_of_sucrose_25(X))
& fn_dihydroxyacetone_phosphate_2(fn_cellular_respiration_of_sucrose_25(X)) = fn_triose_13(fn_cellular_respiration_of_sucrose_25(X))
& fn_triose_13(fn_cellular_respiration_of_sucrose_25(X)) = fn_dihydroxyacetone_phosphate_2(fn_cellular_respiration_of_sucrose_25(X))
& fn_monosaccharide_10(fn_cellular_respiration_of_sucrose_25(X)) = fn_dihydroxyacetone_phosphate_2(fn_cellular_respiration_of_sucrose_25(X))
& fn_dihydroxyacetone_phosphate_2(fn_cellular_respiration_of_sucrose_25(X)) = fn_dihydroxyacetone_phosphate_2(fn_cellular_respiration_of_sucrose_25(X))
& fn_dihydroxyacetone_phosphate_2(fn_cellular_respiration_of_sucrose_25(X)) = fn_monosaccharide_10(fn_cellular_respiration_of_sucrose_25(X))
& fn_monosaccharide_10(fn_cellular_respiration_of_sucrose_25(X)) = fn_monosaccharide_10(fn_cellular_respiration_of_sucrose_25(X))
& fn_aldose_5(fn_cellular_respiration_of_sucrose_25(X)) = fn_aldose_5(fn_cellular_respiration_of_sucrose_25(X))
& fn_aldose_5(fn_cellular_respiration_of_sucrose_25(X)) = fn_monosaccharide_10(fn_cellular_respiration_of_sucrose_25(X))
& fn_monosaccharide_10(fn_cellular_respiration_of_sucrose_25(X)) = fn_aldose_5(fn_cellular_respiration_of_sucrose_25(X))
& fn_aldose_5(fn_cellular_respiration_of_sucrose_25(X)) = fn_monosaccharide_13(fn_cellular_respiration_of_sucrose_25(X))
& fn_triose_14(fn_cellular_respiration_of_sucrose_25(X)) = fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_sucrose_25(X))
& fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_sucrose_25(X)) = fn_monosaccharide_13(fn_cellular_respiration_of_sucrose_25(X))
& fn_monosaccharide_13(fn_cellular_respiration_of_sucrose_25(X)) = fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_sucrose_25(X))
& fn_dihydroxyacetone_phosphate_9(fn_cellular_respiration_of_sucrose_25(X)) = fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_sucrose_25(X))
& fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_sucrose_25(X)) = fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_sucrose_25(X))
& fn_dihydroxyacetone_phosphate_8(fn_cellular_respiration_of_sucrose_25(X)) = fn_dihydroxyacetone_phosphate_9(fn_cellular_respiration_of_sucrose_25(X))
& fn_dihydroxyacetone_phosphate_9(fn_cellular_respiration_of_sucrose_25(X)) = fn_dihydroxyacetone_phosphate_9(fn_cellular_respiration_of_sucrose_25(X))
& fn_dihydroxyacetone_phosphate_9(fn_cellular_respiration_of_sucrose_25(X)) = fn_aldose_4(fn_cellular_respiration_of_sucrose_25(X))
& fn_aldose_4(fn_cellular_respiration_of_sucrose_25(X)) = fn_aldose_4(fn_cellular_respiration_of_sucrose_25(X))
& fn_aldose_4(fn_cellular_respiration_of_sucrose_25(X)) = fn_triose_6(fn_cellular_respiration_of_sucrose_25(X))
& fn_triose_6(fn_cellular_respiration_of_sucrose_25(X)) = fn_monosaccharide_5(fn_cellular_respiration_of_sucrose_25(X))
& fn_monosaccharide_5(fn_cellular_respiration_of_sucrose_25(X)) = fn_triose_6(fn_cellular_respiration_of_sucrose_25(X))
& fn_aldose_10(fn_cellular_respiration_of_sucrose_25(X)) = fn_aldose_10(fn_cellular_respiration_of_sucrose_25(X))
& fn_aldose_10(fn_cellular_respiration_of_sucrose_25(X)) = fn_triose_6(fn_cellular_respiration_of_sucrose_25(X))
& fn_triose_6(fn_cellular_respiration_of_sucrose_25(X)) = fn_aldose_10(fn_cellular_respiration_of_sucrose_25(X))
& fn_aldose_10(fn_cellular_respiration_of_sucrose_25(X)) = fn_triose_14(fn_cellular_respiration_of_sucrose_25(X))
& fn_triose_14(fn_cellular_respiration_of_sucrose_25(X)) = fn_monosaccharide_13(fn_cellular_respiration_of_sucrose_25(X))
& fn_monosaccharide_13(fn_cellular_respiration_of_sucrose_25(X)) = fn_monosaccharide_13(fn_cellular_respiration_of_sucrose_25(X))
& fn_monosaccharide_13(fn_cellular_respiration_of_sucrose_25(X)) = fn_triose_14(fn_cellular_respiration_of_sucrose_25(X))
& fn_triose_14(fn_cellular_respiration_of_sucrose_25(X)) = fn_triose_9(fn_cellular_respiration_of_sucrose_25(X))
& fn_aldose_4(fn_cellular_respiration_of_sucrose_25(X)) = fn_triose_9(fn_cellular_respiration_of_sucrose_25(X))
& fn_triose_9(fn_cellular_respiration_of_sucrose_25(X)) = fn_aldose_4(fn_cellular_respiration_of_sucrose_25(X))
& fn_aldose_4(fn_cellular_respiration_of_sucrose_25(X)) = fn_aldose_9(fn_cellular_respiration_of_sucrose_25(X))
& fn_aldose_9(fn_cellular_respiration_of_sucrose_25(X)) = fn_aldose_9(fn_cellular_respiration_of_sucrose_25(X))
& fn_aldose_9(fn_cellular_respiration_of_sucrose_25(X)) = fn_monosaccharide_9(fn_cellular_respiration_of_sucrose_25(X))
& fn_monosaccharide_9(fn_cellular_respiration_of_sucrose_25(X)) = fn_monosaccharide_9(fn_cellular_respiration_of_sucrose_25(X))
& fn_monosaccharide_9(fn_cellular_respiration_of_sucrose_25(X)) = fn_triose_8(fn_cellular_respiration_of_sucrose_25(X))
& fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_sucrose_25(X)) = fn_triose_8(fn_cellular_respiration_of_sucrose_25(X))
& fn_triose_8(fn_cellular_respiration_of_sucrose_25(X)) = fn_triose_8(fn_cellular_respiration_of_sucrose_25(X))
& fn_triose_8(fn_cellular_respiration_of_sucrose_25(X)) = fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_sucrose_25(X))
& fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_sucrose_25(X)) = fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_sucrose_25(X))
& fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_of_sucrose_25(X)) = fn_aldose_3(fn_cellular_respiration_of_sucrose_25(X))
& fn_aldose_3(fn_cellular_respiration_of_sucrose_25(X)) = fn_aldose_3(fn_cellular_respiration_of_sucrose_25(X))
& fn_aldose_3(fn_cellular_respiration_of_sucrose_25(X)) = fn_triose_9(fn_cellular_respiration_of_sucrose_25(X))
& fn_triose_9(fn_cellular_respiration_of_sucrose_25(X)) = fn_ketone_12(fn_cellular_respiration_of_sucrose_25(X))
& fn_ketone_12(fn_cellular_respiration_of_sucrose_25(X)) = fn_triose_9(fn_cellular_respiration_of_sucrose_25(X))
& fn_triose_9(fn_cellular_respiration_of_sucrose_25(X)) = fn_triose_9(fn_cellular_respiration_of_sucrose_25(X))
& fn_aldose_9(fn_cellular_respiration_of_sucrose_25(X)) = fn_triose_9(fn_cellular_respiration_of_sucrose_25(X))
& fn_triose_9(fn_cellular_respiration_of_sucrose_25(X)) = fn_aldose_9(fn_cellular_respiration_of_sucrose_25(X))
& fn_aldose_9(fn_cellular_respiration_of_sucrose_25(X)) = fn_cellular_respiration_of_disaccharide_34(X)
& fn_cellular_respiration_of_disaccharide_34(X) = fn_dihydroxyacetone_phosphate_1(fn_cellular_respiration_of_sucrose_25(X))
& fn_dihydroxyacetone_phosphate_1(fn_cellular_respiration_of_sucrose_25(X)) = fn_dihydroxyacetone_phosphate_1(fn_cellular_respiration_of_sucrose_25(X))
& fn_dihydroxyacetone_phosphate_1(fn_cellular_respiration_of_sucrose_25(X)) = fn_cellular_respiration_of_disaccharide_34(X)
& fn_cellular_respiration_of_disaccharide_34(X) = fn_cellular_respiration_of_disaccharide_34(X) ) ) ).
fof(a528256,axiom,
! [X] :
( cellular_respiration_using_starch_1(X)
=> ( original_name_2(X,'Cellular-Respiration-Using-Starch')
& user_description_2(X,'Cellular respiration, also known as \'oxidative metabolism\', is one of the key ways a cell gains useful energy.')
& concept2words_2(X,'perform cellular respiration')
& concept2words_2(X,convert)
& concept2words_2(X,'cellular respiration using starch')
& concept2words_2(X,'cellular-respiration-using-starch')
& catabolic_pathway_1(X)
& cellular_respiration_of_complex_carbohydrate_1(X)
& ~ cellular_respiration_of_disaccharide_1(X)
& potential_energy_1(fn_cellular_respiration_using_starch_3(X))
& redox_reaction_1(fn_cellular_respiration_using_starch_4(X))
& potential_energy_1(fn_cellular_respiration_using_starch_5(X))
& redox_reaction_1(fn_cellular_respiration_using_starch_6(X))
& end_1(fn_cellular_respiration_using_starch_7(X))
& digestive_tract_1(fn_cellular_respiration_using_starch_8(X))
& time_interval_1(fn_cellular_respiration_using_starch_9(X))
& time_interval_1(fn_cellular_respiration_using_starch_10(X))
& time_interval_1(fn_cellular_respiration_using_starch_11(X))
& time_interval_1(fn_cellular_respiration_using_starch_12(X))
& time_interval_1(fn_cellular_respiration_using_starch_13(X))
& chemical_energy_1(fn_cellular_respiration_using_starch_14(X))
& quantity_value_1(fn_cellular_respiration_using_starch_15(X))
& quantity_value_1(fn_cellular_respiration_using_starch_16(X))
& chemical_energy_1(fn_cellular_respiration_using_starch_17(X))
& time_interval_1(fn_cellular_respiration_using_starch_18(X))
& atp_1(fn_cellular_respiration_using_starch_19(X))
& chemical_reaction_1(fn_cellular_respiration_using_starch_22(X))
& oxidative_phosphorylation_1(fn_cellular_respiration_using_starch_22(X))
& chemical_entity_1(fn_cellular_respiration_using_starch_23(X))
& organic_molecule_1(fn_cellular_respiration_using_starch_24(X))
& nadh_1(fn_cellular_respiration_using_starch_24(X))
& molecule_1(fn_cellular_respiration_using_starch_24(X))
& synthesis_of_organic_molecule_1(fn_cellular_respiration_using_starch_25(X))
& chemical_reaction_1(fn_cellular_respiration_using_starch_25(X))
& synthesis_of_atp_1(fn_cellular_respiration_using_starch_25(X))
& substrate_level_phosphorylation_1(fn_cellular_respiration_using_starch_25(X))
& anabolic_pathway_1(fn_cellular_respiration_using_starch_25(X))
& chemical_energy_1(fn_cellular_respiration_using_starch_26(X))
& chemical_energy_1(fn_cellular_respiration_using_starch_27(X))
& quantity_value_1(fn_cellular_respiration_using_starch_28(X))
& quantity_value_1(fn_cellular_respiration_using_starch_29(X))
& quantity_value_1(fn_cellular_respiration_using_starch_30(X))
& chemical_energy_1(fn_cellular_respiration_using_starch_31(X))
& chemical_entity_1(fn_cellular_respiration_using_starch_32(X))
& structural_complexity_value_1(fn_cellular_respiration_using_starch_33(X))
& oxygen_molecule_1(fn_cellular_respiration_using_starch_34(X))
& time_interval_1(fn_cellular_respiration_using_starch_35(X))
& organic_molecule_1(fn_cellular_respiration_using_starch_36(X))
& pyruvate_1(fn_cellular_respiration_using_starch_36(X))
& chemical_entity_1(fn_cellular_respiration_using_starch_36(X))
& anabolic_pathway_1(fn_cellular_respiration_using_starch_37(X))
& synthesis_of_organic_molecule_1(fn_cellular_respiration_using_starch_37(X))
& chemical_reaction_1(fn_cellular_respiration_using_starch_37(X))
& synthesis_of_atp_1(fn_cellular_respiration_using_starch_37(X))
& substrate_level_phosphorylation_1(fn_cellular_respiration_using_starch_37(X))
& dihydroxyacetone_phosphate_1(fn_cellular_respiration_using_starch_38(X))
& chemical_entity_1(fn_cellular_respiration_using_starch_39(X))
& electron_1(fn_cellular_respiration_using_starch_40(X))
& oxidation_1(fn_cellular_respiration_using_starch_41(X))
& chemical_entity_1(fn_cellular_respiration_using_starch_42(X))
& water_molecule_1(fn_cellular_respiration_using_starch_42(X))
& remove_1(fn_cellular_respiration_using_starch_43(X))
& release_1(fn_cellular_respiration_using_starch_44(X))
& free_energy_1(fn_cellular_respiration_using_starch_45(X))
& release_1(fn_cellular_respiration_using_starch_46(X))
& decomposition_reaction_1(fn_cellular_respiration_using_starch_47(X))
& exergonic_reaction_1(fn_cellular_respiration_using_starch_47(X))
& hydrolysis_1(fn_cellular_respiration_using_starch_47(X))
& spatial_entity_1(fn_cellular_respiration_using_starch_48(X))
& tangible_entity_1(fn_cellular_respiration_using_starch_48(X))
& organic_molecule_1(fn_cellular_respiration_using_starch_48(X))
& starch_1(fn_cellular_respiration_using_starch_48(X))
& chemical_entity_1(fn_cellular_respiration_using_starch_48(X))
& carbohydrate_1(fn_cellular_respiration_using_starch_48(X))
& glycolysis_1(fn_cellular_respiration_using_starch_49(X))
& spatial_entity_1(fn_cellular_respiration_using_starch_50(X))
& tangible_entity_1(fn_cellular_respiration_using_starch_50(X))
& chemical_entity_1(fn_cellular_respiration_using_starch_50(X))
& organic_molecule_1(fn_cellular_respiration_using_starch_50(X))
& nad_plus_1(fn_cellular_respiration_using_starch_50(X))
& molecule_1(fn_cellular_respiration_using_starch_50(X))
& break_1(fn_cellular_respiration_using_starch_51(X))
& entity_1(fn_cellular_respiration_using_starch_52(X))
& chemical_entity_1(fn_cellular_respiration_using_starch_52(X))
& atom_1(fn_cellular_respiration_using_starch_52(X))
& carbon_1(fn_cellular_respiration_using_starch_52(X))
& heat_1(fn_cellular_respiration_using_starch_53(X))
& tangible_entity_1(fn_cellular_respiration_using_starch_54(X))
& carbon_skeleton_1(fn_cellular_respiration_using_starch_55(X))
& functional_group_1(fn_cellular_respiration_using_starch_56(X))
& carbonyl_group_1(fn_cellular_respiration_using_starch_56(X))
& entity_1(fn_cellular_respiration_using_starch_57(X))
& chemical_entity_1(fn_cellular_respiration_using_starch_57(X))
& atom_1(fn_cellular_respiration_using_starch_57(X))
& hydrogen_1(fn_cellular_respiration_using_starch_57(X))
& entity_1(fn_cellular_respiration_using_starch_58(X))
& chemical_entity_1(fn_cellular_respiration_using_starch_58(X))
& atom_1(fn_cellular_respiration_using_starch_58(X))
& carbon_1(fn_cellular_respiration_using_starch_58(X))
& pyruvate_oxidation_1(fn_cellular_respiration_using_starch_59(X))
& carbon_dioxide_1(fn_cellular_respiration_using_starch_60(X))
& multienzyme_complex_1(fn_cellular_respiration_using_starch_61(X))
& chemical_reaction_1(fn_cellular_respiration_using_starch_62(X))
& redox_reaction_1(fn_cellular_respiration_using_starch_62(X))
& chemical_entity_1(fn_cellular_respiration_using_starch_63(X))
& acetate_1(fn_cellular_respiration_using_starch_63(X))
& chemical_reaction_1(fn_cellular_respiration_using_starch_64(X))
& spatial_entity_1(fn_cellular_respiration_using_starch_65(X))
& chemical_entity_1(fn_cellular_respiration_using_starch_65(X))
& organic_molecule_1(fn_cellular_respiration_using_starch_65(X))
& molecule_1(fn_cellular_respiration_using_starch_65(X))
& acetyl_coa_1(fn_cellular_respiration_using_starch_65(X))
& structural_complexity_value_1(fn_cellular_respiration_using_starch_66(X))
& isomerization_reaction_1(fn_cellular_respiration_using_starch_67(X))
& structural_complexity_value_1(fn_cellular_respiration_using_starch_68(X))
& chemical_reaction_1(fn_cellular_respiration_using_starch_69(X))
& enzymatic_reaction_1(fn_cellular_respiration_using_starch_70(X))
& catabolic_pathway_1(fn_cellular_respiration_using_starch_71(X))
& citric_acid_cycle_1(fn_cellular_respiration_using_starch_71(X))
& hydrogen_1(fn_cellular_respiration_using_starch_72(X))
& tangible_entity_1(fn_cellular_respiration_using_starch_73(X))
& entity_1(fn_cellular_respiration_using_starch_73(X))
& chemical_entity_1(fn_cellular_respiration_using_starch_73(X))
& atom_1(fn_cellular_respiration_using_starch_73(X))
& hydrogen_1(fn_cellular_respiration_using_starch_73(X))
& oxidation_1(fn_cellular_respiration_using_starch_78(X))
& water_molecule_1(fn_cellular_respiration_using_starch_79(X))
& chemical_entity_1(fn_chemical_reaction_2(fn_cellular_respiration_using_starch_22(X)))
& tangible_entity_1(fn_release_1(fn_cellular_respiration_using_starch_46(X)))
& tangible_entity_1(fn_release_1(fn_cellular_respiration_using_starch_44(X)))
& tangible_entity_1(fn_heat_1(fn_cellular_respiration_using_starch_53(X)))
& electron_1(fn_oxidation_9(fn_cellular_respiration_using_starch_41(X)))
& functional_group_1(fn_dihydroxyacetone_phosphate_3(fn_cellular_respiration_using_starch_38(X)))
& carbonyl_group_1(fn_dihydroxyacetone_phosphate_3(fn_cellular_respiration_using_starch_38(X)))
& carbon_skeleton_1(fn_dihydroxyacetone_phosphate_4(fn_cellular_respiration_using_starch_38(X)))
& property_node_1(fn_pyruvate_oxidation_47(fn_cellular_respiration_using_starch_59(X)))
& structural_complexity_value_1(fn_pyruvate_oxidation_57(fn_cellular_respiration_using_starch_59(X)))
& multienzyme_complex_1(fn_pyruvate_oxidation_10(fn_cellular_respiration_using_starch_59(X)))
& chemical_reaction_1(fn_pyruvate_oxidation_77(fn_cellular_respiration_using_starch_59(X)))
& redox_reaction_1(fn_pyruvate_oxidation_38(fn_cellular_respiration_using_starch_59(X)))
& chemical_reaction_1(fn_pyruvate_oxidation_65(fn_cellular_respiration_using_starch_59(X)))
& property_node_1(fn_glycolysis_5(fn_cellular_respiration_using_starch_49(X)))
& isomerization_reaction_1(fn_glycolysis_67(fn_cellular_respiration_using_starch_49(X)))
& enzymatic_reaction_1(fn_glycolysis_56(fn_cellular_respiration_using_starch_49(X)))
& tangible_entity_1(fn_hydrolysis_8(fn_cellular_respiration_using_starch_47(X)))
& entity_1(fn_hydrolysis_8(fn_cellular_respiration_using_starch_47(X)))
& chemical_entity_1(fn_hydrolysis_8(fn_cellular_respiration_using_starch_47(X)))
& atom_1(fn_hydrolysis_8(fn_cellular_respiration_using_starch_47(X)))
& hydrogen_1(fn_hydrolysis_8(fn_cellular_respiration_using_starch_47(X)))
& hydrogen_1(fn_hydrolysis_3(fn_cellular_respiration_using_starch_47(X)))
& atom_1(fn_organic_molecule_2(fn_cellular_respiration_using_starch_48(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_cellular_respiration_using_starch_48(X)))
& entity_1(fn_starch_66(fn_cellular_respiration_using_starch_48(X)))
& chemical_entity_1(fn_starch_66(fn_cellular_respiration_using_starch_48(X)))
& atom_1(fn_starch_66(fn_cellular_respiration_using_starch_48(X)))
& carbon_1(fn_starch_66(fn_cellular_respiration_using_starch_48(X)))
& quantity_value_1(fn_hydrolysis_16(fn_cellular_respiration_using_starch_47(X)))
& chemical_energy_1(fn_hydrolysis_17(fn_cellular_respiration_using_starch_47(X)))
& spatial_entity_1(fn_remove_2(fn_cellular_respiration_using_starch_43(X)))
& tangible_entity_1(fn_release_2(fn_cellular_respiration_using_starch_46(X)))
& tangible_entity_1(fn_release_2(fn_cellular_respiration_using_starch_44(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_cellular_respiration_using_starch_47(X)))
& chemical_entity_1(fn_oxidation_10(fn_cellular_respiration_using_starch_41(X)))
& chemical_entity_1(fn_oxidation_7(fn_cellular_respiration_using_starch_41(X)))
& carbon_1(fn_organic_molecule_1(fn_cellular_respiration_using_starch_38(X)))
& entity_1(fn_dihydroxyacetone_phosphate_10(fn_cellular_respiration_using_starch_38(X)))
& chemical_entity_1(fn_dihydroxyacetone_phosphate_10(fn_cellular_respiration_using_starch_38(X)))
& atom_1(fn_dihydroxyacetone_phosphate_10(fn_cellular_respiration_using_starch_38(X)))
& carbon_1(fn_dihydroxyacetone_phosphate_10(fn_cellular_respiration_using_starch_38(X)))
& atom_1(fn_organic_molecule_2(fn_cellular_respiration_using_starch_38(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_cellular_respiration_using_starch_38(X)))
& entity_1(fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_using_starch_38(X)))
& chemical_entity_1(fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_using_starch_38(X)))
& atom_1(fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_using_starch_38(X)))
& hydrogen_1(fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_using_starch_38(X)))
& organic_molecule_1(fn_catabolic_pathway_10(fn_cellular_respiration_using_starch_71(X)))
& spatial_entity_1(fn_citric_acid_cycle_108(fn_cellular_respiration_using_starch_71(X)))
& chemical_entity_1(fn_citric_acid_cycle_108(fn_cellular_respiration_using_starch_71(X)))
& organic_molecule_1(fn_citric_acid_cycle_108(fn_cellular_respiration_using_starch_71(X)))
& acetyl_coa_1(fn_citric_acid_cycle_108(fn_cellular_respiration_using_starch_71(X)))
& chemical_entity_1(fn_pyruvate_oxidation_87(fn_cellular_respiration_using_starch_59(X)))
& organic_molecule_1(fn_pyruvate_oxidation_87(fn_cellular_respiration_using_starch_59(X)))
& molecule_1(fn_pyruvate_oxidation_87(fn_cellular_respiration_using_starch_59(X)))
& acetyl_coa_1(fn_pyruvate_oxidation_87(fn_cellular_respiration_using_starch_59(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_cellular_respiration_using_starch_62(X)))
& acetate_1(fn_pyruvate_oxidation_11(fn_cellular_respiration_using_starch_59(X)))
& chemical_reaction_1(fn_glycolysis_16(fn_cellular_respiration_using_starch_49(X)))
& synthesis_of_atp_1(fn_glycolysis_16(fn_cellular_respiration_using_starch_49(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_16(fn_cellular_respiration_using_starch_49(X)))
& property_node_1(fn_glycolysis_9(fn_cellular_respiration_using_starch_49(X)))
& structural_complexity_value_1(fn_glycolysis_81(fn_cellular_respiration_using_starch_49(X)))
& structural_complexity_value_1(fn_glycolysis_47(fn_cellular_respiration_using_starch_49(X)))
& structural_complexity_value_1(fn_pyruvate_oxidation_52(fn_cellular_respiration_using_starch_59(X)))
& structural_complexity_value_1(fn_glycolysis_48(fn_cellular_respiration_using_starch_49(X)))
& chemical_reaction_1(fn_glycolysis_15(fn_cellular_respiration_using_starch_49(X)))
& synthesis_of_atp_1(fn_glycolysis_15(fn_cellular_respiration_using_starch_49(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_15(fn_cellular_respiration_using_starch_49(X)))
& synthesis_of_organic_molecule_1(fn_glycolysis_69(fn_cellular_respiration_using_starch_49(X)))
& chemical_reaction_1(fn_glycolysis_69(fn_cellular_respiration_using_starch_49(X)))
& synthesis_of_atp_1(fn_glycolysis_69(fn_cellular_respiration_using_starch_49(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_69(fn_cellular_respiration_using_starch_49(X)))
& chemical_reaction_1(fn_glycolysis_68(fn_cellular_respiration_using_starch_49(X)))
& synthesis_of_atp_1(fn_glycolysis_68(fn_cellular_respiration_using_starch_49(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_68(fn_cellular_respiration_using_starch_49(X)))
& anabolic_pathway_1(fn_glycolysis_68(fn_cellular_respiration_using_starch_49(X)))
& nadh_1(fn_citric_acid_cycle_109(fn_cellular_respiration_using_starch_71(X)))
& organic_molecule_1(fn_glycolysis_74(fn_cellular_respiration_using_starch_49(X)))
& nadh_1(fn_glycolysis_74(fn_cellular_respiration_using_starch_49(X)))
& molecule_1(fn_glycolysis_74(fn_cellular_respiration_using_starch_49(X)))
& property_node_1(fn_pyruvate_oxidation_2(fn_cellular_respiration_using_starch_59(X)))
& quantity_value_1(fn_glycolysis_89(fn_cellular_respiration_using_starch_49(X)))
& chemical_energy_1(fn_glycolysis_88(fn_cellular_respiration_using_starch_49(X)))
& tangible_entity_1(fn_impair_1(fn_cellular_respiration_using_starch_51(X)))
& spatial_entity_1(fn_glycolysis_78(fn_cellular_respiration_using_starch_49(X)))
& tangible_entity_1(fn_glycolysis_78(fn_cellular_respiration_using_starch_49(X)))
& chemical_entity_1(fn_glycolysis_78(fn_cellular_respiration_using_starch_49(X)))
& organic_molecule_1(fn_glycolysis_78(fn_cellular_respiration_using_starch_49(X)))
& nad_plus_1(fn_glycolysis_78(fn_cellular_respiration_using_starch_49(X)))
& molecule_1(fn_glycolysis_78(fn_cellular_respiration_using_starch_49(X)))
& quantity_value_1(fn_hydrolysis_15(fn_cellular_respiration_using_starch_47(X)))
& quantity_value_1(fn_pyruvate_oxidation_4(fn_cellular_respiration_using_starch_59(X)))
& quantity_value_1(fn_pyruvate_oxidation_5(fn_cellular_respiration_using_starch_59(X)))
& quantity_value_1(fn_glycolysis_83(fn_cellular_respiration_using_starch_49(X)))
& chemical_energy_1(fn_hydrolysis_14(fn_cellular_respiration_using_starch_47(X)))
& chemical_energy_1(fn_pyruvate_oxidation_3(fn_cellular_respiration_using_starch_59(X)))
& chemical_energy_1(fn_glycolysis_108(fn_cellular_respiration_using_starch_49(X)))
& organic_molecule_1(fn_pyruvate_oxidation_85(fn_cellular_respiration_using_starch_59(X)))
& chemical_entity_1(fn_pyruvate_oxidation_85(fn_cellular_respiration_using_starch_59(X)))
& pyruvate_1(fn_pyruvate_oxidation_85(fn_cellular_respiration_using_starch_59(X)))
& pyruvate_1(fn_glycolysis_55(fn_cellular_respiration_using_starch_49(X)))
& chemical_entity_1(fn_glycolysis_55(fn_cellular_respiration_using_starch_49(X)))
& chemical_entity_1(fn_hydrolysis_1(fn_cellular_respiration_using_starch_47(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_cellular_respiration_using_starch_47(X)))
& water_molecule_1(fn_hydrolysis_10(fn_cellular_respiration_using_starch_47(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_cellular_respiration_using_starch_47(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_cellular_respiration_using_starch_47(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_cellular_respiration_using_starch_47(X)))
& structural_complexity_2(fn_cellular_respiration_using_starch_19(X),fn_cellular_respiration_using_starch_68(X))
& time_before_2(fn_cellular_respiration_using_starch_18(X),fn_cellular_respiration_using_starch_35(X))
& next_event_2(fn_cellular_respiration_using_starch_25(X),fn_cellular_respiration_using_starch_67(X))
& time_during_2(fn_cellular_respiration_using_starch_25(X),fn_cellular_respiration_using_starch_10(X))
& possesses_2(fn_cellular_respiration_using_starch_34(X),fn_cellular_respiration_using_starch_17(X))
& quantity_2(fn_cellular_respiration_using_starch_17(X),fn_cellular_respiration_using_starch_16(X))
& greater_than_2(fn_cellular_respiration_using_starch_16(X),fn_cellular_respiration_using_starch_15(X))
& quantity_2(fn_cellular_respiration_using_starch_14(X),fn_cellular_respiration_using_starch_15(X))
& time_before_2(fn_cellular_respiration_using_starch_13(X),fn_cellular_respiration_using_starch_11(X))
& time_before_2(fn_cellular_respiration_using_starch_12(X),fn_cellular_respiration_using_starch_13(X))
& time_before_2(fn_cellular_respiration_using_starch_10(X),fn_cellular_respiration_using_starch_9(X))
& time_before_2(fn_cellular_respiration_using_starch_10(X),fn_cellular_respiration_using_starch_10(X))
& time_during_2(fn_cellular_respiration_using_starch_37(X),fn_cellular_respiration_using_starch_9(X))
& is_inside_2(fn_cellular_respiration_using_starch_45(X),fn_cellular_respiration_using_starch_48(X))
& result_2(fn_cellular_respiration_using_starch_47(X),fn_cellular_respiration_using_starch_38(X))
& by_means_of_2(fn_cellular_respiration_using_starch_47(X),fn_cellular_respiration_using_starch_43(X))
& site_2(fn_cellular_respiration_using_starch_47(X),fn_cellular_respiration_using_starch_8(X))
& is_near_2(fn_cellular_respiration_using_starch_48(X),fn_cellular_respiration_using_starch_54(X))
& time_during_2(fn_cellular_respiration_using_starch_49(X),fn_cellular_respiration_using_starch_18(X))
& fn_cellular_respiration_using_starch_49(X) != fn_cellular_respiration_using_starch_71(X)
& raw_material_2(fn_cellular_respiration_using_starch_49(X),fn_cellular_respiration_using_starch_3(X))
& causes_2(fn_cellular_respiration_using_starch_49(X),fn_cellular_respiration_using_starch_4(X))
& has_state_2(fn_cellular_respiration_using_starch_52(X),fn_cellular_respiration_using_starch_38(X))
& object_2(fn_cellular_respiration_using_starch_53(X),fn_cellular_respiration_using_starch_54(X))
& is_near_2(fn_cellular_respiration_using_starch_54(X),fn_cellular_respiration_using_starch_48(X))
& has_region_2(fn_cellular_respiration_using_starch_55(X),fn_cellular_respiration_using_starch_7(X))
& is_at_2(fn_cellular_respiration_using_starch_56(X),fn_cellular_respiration_using_starch_7(X))
& raw_material_2(fn_cellular_respiration_using_starch_59(X),fn_cellular_respiration_using_starch_5(X))
& causes_2(fn_cellular_respiration_using_starch_59(X),fn_cellular_respiration_using_starch_6(X))
& possesses_2(fn_cellular_respiration_using_starch_60(X),fn_cellular_respiration_using_starch_14(X))
& time_during_2(fn_cellular_respiration_using_starch_62(X),fn_cellular_respiration_using_starch_13(X))
& agent_2(fn_cellular_respiration_using_starch_62(X),fn_cellular_respiration_using_starch_61(X))
& time_during_2(fn_cellular_respiration_using_starch_64(X),fn_cellular_respiration_using_starch_11(X))
& time_during_2(fn_cellular_respiration_using_starch_67(X),fn_cellular_respiration_using_starch_10(X))
& time_during_2(fn_cellular_respiration_using_starch_69(X),fn_cellular_respiration_using_starch_12(X))
& time_during_2(fn_cellular_respiration_using_starch_70(X),fn_cellular_respiration_using_starch_10(X))
& fn_cellular_respiration_using_starch_71(X) != fn_cellular_respiration_using_starch_49(X)
& base_2(fn_cellular_respiration_using_starch_43(X),fn_cellular_respiration_using_starch_48(X))
& base_2(fn_cellular_respiration_using_starch_46(X),fn_cellular_respiration_using_starch_48(X))
& base_2(fn_cellular_respiration_using_starch_44(X),fn_cellular_respiration_using_starch_48(X))
& object_2(fn_cellular_respiration_using_starch_51(X),fn_cellular_respiration_using_starch_50(X))
& raw_material_2(fn_cellular_respiration_using_starch_22(X),fn_cellular_respiration_using_starch_34(X))
& result_2(fn_cellular_respiration_using_starch_62(X),fn_cellular_respiration_using_starch_63(X))
& object_2(fn_cellular_respiration_using_starch_46(X),fn_cellular_respiration_using_starch_45(X))
& object_2(fn_cellular_respiration_using_starch_44(X),fn_cellular_respiration_using_starch_45(X))
& base_2(fn_cellular_respiration_using_starch_53(X),fn_cellular_respiration_using_starch_54(X))
& result_2(X,fn_cellular_respiration_using_starch_19(X))
& has_part_2(fn_cellular_respiration_using_starch_48(X),fn_cellular_respiration_using_starch_52(X))
& raw_material_2(fn_cellular_respiration_using_starch_71(X),fn_cellular_respiration_using_starch_65(X))
& result_2(fn_cellular_respiration_using_starch_71(X),fn_cellular_respiration_using_starch_24(X))
& donor_2(fn_cellular_respiration_using_starch_41(X),fn_cellular_respiration_using_starch_48(X))
& fn_cellular_respiration_using_starch_48(X) != fn_cellular_respiration_using_starch_40(X)
& fn_cellular_respiration_using_starch_39(X) != fn_cellular_respiration_using_starch_48(X)
& fn_cellular_respiration_using_starch_48(X) != fn_cellular_respiration_using_starch_39(X)
& fn_cellular_respiration_using_starch_40(X) != fn_cellular_respiration_using_starch_48(X)
& has_part_2(fn_cellular_respiration_using_starch_48(X),fn_cellular_respiration_using_starch_32(X))
& raw_material_2(fn_cellular_respiration_using_starch_47(X),fn_cellular_respiration_using_starch_48(X))
& fn_cellular_respiration_using_starch_42(X) != fn_cellular_respiration_using_starch_48(X)
& fn_cellular_respiration_using_starch_48(X) != fn_cellular_respiration_using_starch_42(X)
& raw_material_2(X,fn_cellular_respiration_using_starch_48(X))
& possesses_2(fn_cellular_respiration_using_starch_48(X),fn_cellular_respiration_using_starch_31(X))
& quantity_2(fn_cellular_respiration_using_starch_31(X),fn_cellular_respiration_using_starch_30(X))
& greater_than_2(fn_cellular_respiration_using_starch_30(X),fn_cellular_respiration_using_starch_28(X))
& result_2(fn_cellular_respiration_using_starch_37(X),fn_cellular_respiration_using_starch_36(X))
& greater_than_2(fn_cellular_respiration_using_starch_28(X),fn_cellular_respiration_using_starch_28(X))
& object_2(fn_cellular_respiration_using_starch_41(X),fn_cellular_respiration_using_starch_40(X))
& recipient_2(fn_cellular_respiration_using_starch_41(X),fn_cellular_respiration_using_starch_39(X))
& fn_cellular_respiration_using_starch_40(X) != fn_cellular_respiration_using_starch_39(X)
& fn_cellular_respiration_using_starch_39(X) != fn_cellular_respiration_using_starch_40(X)
& is_inside_2(fn_cellular_respiration_using_starch_58(X),fn_cellular_respiration_using_starch_56(X))
& has_part_2(fn_cellular_respiration_using_starch_38(X),fn_cellular_respiration_using_starch_57(X))
& fn_cellular_respiration_using_starch_57(X) != fn_cellular_respiration_using_starch_58(X)
& is_inside_2(fn_cellular_respiration_using_starch_58(X),fn_cellular_respiration_using_starch_55(X))
& fn_cellular_respiration_using_starch_58(X) != fn_cellular_respiration_using_starch_57(X)
& subevent_2(fn_cellular_respiration_using_starch_59(X),fn_cellular_respiration_using_starch_62(X))
& result_2(fn_cellular_respiration_using_starch_64(X),fn_cellular_respiration_using_starch_65(X))
& result_2(fn_cellular_respiration_using_starch_59(X),fn_cellular_respiration_using_starch_65(X))
& first_subevent_2(fn_cellular_respiration_using_starch_59(X),fn_cellular_respiration_using_starch_69(X))
& raw_material_2(fn_cellular_respiration_using_starch_69(X),fn_cellular_respiration_using_starch_36(X))
& subevent_2(fn_cellular_respiration_using_starch_59(X),fn_cellular_respiration_using_starch_64(X))
& raw_material_2(fn_cellular_respiration_using_starch_64(X),fn_cellular_respiration_using_starch_63(X))
& fn_cellular_respiration_using_starch_63(X) != fn_cellular_respiration_using_starch_65(X)
& structural_complexity_2(fn_cellular_respiration_using_starch_65(X),fn_cellular_respiration_using_starch_33(X))
& greater_than_2(fn_cellular_respiration_using_starch_68(X),fn_cellular_respiration_using_starch_33(X))
& fn_cellular_respiration_using_starch_65(X) != fn_cellular_respiration_using_starch_63(X)
& subevent_2(fn_cellular_respiration_using_starch_59(X),fn_cellular_respiration_using_starch_69(X))
& next_event_2(fn_cellular_respiration_using_starch_69(X),fn_cellular_respiration_using_starch_62(X))
& next_event_2(fn_cellular_respiration_using_starch_62(X),fn_cellular_respiration_using_starch_64(X))
& agent_2(fn_cellular_respiration_using_starch_64(X),fn_cellular_respiration_using_starch_61(X))
& agent_2(fn_cellular_respiration_using_starch_59(X),fn_cellular_respiration_using_starch_61(X))
& raw_material_2(fn_cellular_respiration_using_starch_67(X),fn_cellular_respiration_using_starch_50(X))
& structural_complexity_2(fn_cellular_respiration_using_starch_50(X),fn_cellular_respiration_using_starch_66(X))
& fn_cellular_respiration_using_starch_37(X) != fn_cellular_respiration_using_starch_67(X)
& fn_cellular_respiration_using_starch_37(X) != fn_cellular_respiration_using_starch_25(X)
& fn_cellular_respiration_using_starch_25(X) != fn_cellular_respiration_using_starch_37(X)
& fn_cellular_respiration_using_starch_67(X) != fn_cellular_respiration_using_starch_37(X)
& fn_cellular_respiration_using_starch_70(X) != fn_cellular_respiration_using_starch_67(X)
& fn_cellular_respiration_using_starch_67(X) != fn_cellular_respiration_using_starch_70(X)
& raw_material_2(fn_cellular_respiration_using_starch_70(X),fn_cellular_respiration_using_starch_50(X))
& fn_cellular_respiration_using_starch_70(X) != fn_cellular_respiration_using_starch_37(X)
& result_2(fn_cellular_respiration_using_starch_37(X),fn_cellular_respiration_using_starch_24(X))
& result_2(fn_cellular_respiration_using_starch_67(X),fn_cellular_respiration_using_starch_24(X))
& fn_cellular_respiration_using_starch_67(X) != fn_cellular_respiration_using_starch_25(X)
& fn_cellular_respiration_using_starch_37(X) != fn_cellular_respiration_using_starch_70(X)
& fn_cellular_respiration_using_starch_25(X) != fn_cellular_respiration_using_starch_67(X)
& result_2(fn_cellular_respiration_using_starch_25(X),fn_cellular_respiration_using_starch_24(X))
& result_2(fn_cellular_respiration_using_starch_25(X),fn_cellular_respiration_using_starch_36(X))
& structural_complexity_2(fn_cellular_respiration_using_starch_36(X),fn_cellular_respiration_using_starch_68(X))
& greater_than_2(fn_cellular_respiration_using_starch_66(X),fn_cellular_respiration_using_starch_68(X))
& result_2(fn_cellular_respiration_using_starch_49(X),fn_cellular_respiration_using_starch_24(X))
& fn_cellular_respiration_using_starch_50(X) != fn_cellular_respiration_using_starch_24(X)
& fn_cellular_respiration_using_starch_24(X) != fn_cellular_respiration_using_starch_50(X)
& has_reduced_form_2(fn_cellular_respiration_using_starch_50(X),fn_cellular_respiration_using_starch_24(X))
& has_oxidized_form_2(fn_cellular_respiration_using_starch_24(X),fn_cellular_respiration_using_starch_50(X))
& result_2(X,fn_cellular_respiration_using_starch_60(X))
& first_subevent_2(X,fn_cellular_respiration_using_starch_47(X))
& next_event_2(fn_cellular_respiration_using_starch_49(X),fn_cellular_respiration_using_starch_59(X))
& subevent_2(X,fn_cellular_respiration_using_starch_49(X))
& result_2(X,fn_cellular_respiration_using_starch_79(X))
& possesses_2(fn_cellular_respiration_using_starch_79(X),fn_cellular_respiration_using_starch_27(X))
& next_event_2(fn_cellular_respiration_using_starch_59(X),fn_cellular_respiration_using_starch_71(X))
& raw_material_2(fn_cellular_respiration_using_starch_59(X),fn_cellular_respiration_using_starch_36(X))
& result_2(X,fn_cellular_respiration_using_starch_36(X))
& raw_material_2(X,fn_cellular_respiration_using_starch_50(X))
& raw_material_2(fn_cellular_respiration_using_starch_49(X),fn_cellular_respiration_using_starch_50(X))
& subevent_2(X,fn_cellular_respiration_using_starch_71(X))
& next_event_2(fn_cellular_respiration_using_starch_71(X),fn_cellular_respiration_using_starch_22(X))
& subevent_2(X,fn_cellular_respiration_using_starch_22(X))
& subevent_2(X,fn_cellular_respiration_using_starch_59(X))
& time_during_2(fn_cellular_respiration_using_starch_59(X),fn_cellular_respiration_using_starch_35(X))
& result_2(fn_cellular_respiration_using_starch_78(X),fn_cellular_respiration_using_starch_36(X))
& recipient_2(fn_cellular_respiration_using_starch_78(X),fn_cellular_respiration_using_starch_50(X))
& possesses_2(fn_cellular_respiration_using_starch_50(X),fn_cellular_respiration_using_starch_26(X))
& quantity_2(fn_cellular_respiration_using_starch_26(X),fn_cellular_respiration_using_starch_29(X))
& greater_than_2(fn_cellular_respiration_using_starch_29(X),fn_cellular_respiration_using_starch_28(X))
& subevent_2(X,fn_cellular_respiration_using_starch_47(X))
& next_event_2(fn_cellular_respiration_using_starch_47(X),fn_cellular_respiration_using_starch_49(X))
& result_2(fn_cellular_respiration_using_starch_49(X),fn_cellular_respiration_using_starch_36(X))
& possesses_2(fn_cellular_respiration_using_starch_36(X),fn_cellular_respiration_using_starch_27(X))
& quantity_2(fn_cellular_respiration_using_starch_27(X),fn_cellular_respiration_using_starch_28(X))
& has_state_2(fn_cellular_respiration_using_starch_32(X),fn_cellular_respiration_using_starch_23(X))
& result_2(fn_cellular_respiration_using_starch_47(X),fn_cellular_respiration_using_starch_23(X))
& has_part_2(fn_cellular_respiration_using_starch_23(X),fn_cellular_respiration_using_starch_72(X))
& has_state_2(fn_cellular_respiration_using_starch_73(X),fn_cellular_respiration_using_starch_72(X))
& has_part_2(fn_cellular_respiration_using_starch_42(X),fn_cellular_respiration_using_starch_73(X))
& raw_material_2(fn_cellular_respiration_using_starch_47(X),fn_cellular_respiration_using_starch_42(X))
& fn_cellular_respiration_using_starch_48(X) = fn_remove_2(fn_cellular_respiration_using_starch_43(X))
& fn_cellular_respiration_using_starch_48(X) = fn_release_2(fn_cellular_respiration_using_starch_46(X))
& fn_cellular_respiration_using_starch_48(X) = fn_release_2(fn_cellular_respiration_using_starch_44(X))
& fn_cellular_respiration_using_starch_50(X) = fn_impair_1(fn_cellular_respiration_using_starch_51(X))
& fn_cellular_respiration_using_starch_34(X) = fn_chemical_reaction_2(fn_cellular_respiration_using_starch_22(X))
& fn_cellular_respiration_using_starch_63(X) = fn_chemical_reaction_1(fn_cellular_respiration_using_starch_62(X))
& fn_cellular_respiration_using_starch_45(X) = fn_release_1(fn_cellular_respiration_using_starch_46(X))
& fn_cellular_respiration_using_starch_45(X) = fn_release_1(fn_cellular_respiration_using_starch_44(X))
& fn_cellular_respiration_using_starch_54(X) = fn_heat_1(fn_cellular_respiration_using_starch_53(X))
& fn_cellular_respiration_using_starch_19(X) = fn_catabolism_7(X)
& fn_cellular_respiration_using_starch_52(X) = fn_organic_molecule_2(fn_cellular_respiration_using_starch_48(X))
& fn_cellular_respiration_using_starch_52(X) = fn_starch_66(fn_cellular_respiration_using_starch_48(X))
& fn_cellular_respiration_using_starch_65(X) = fn_catabolic_pathway_10(fn_cellular_respiration_using_starch_71(X))
& fn_cellular_respiration_using_starch_65(X) = fn_citric_acid_cycle_108(fn_cellular_respiration_using_starch_71(X))
& fn_cellular_respiration_using_starch_24(X) = fn_citric_acid_cycle_109(fn_cellular_respiration_using_starch_71(X))
& fn_cellular_respiration_using_starch_48(X) = fn_oxidation_10(fn_cellular_respiration_using_starch_41(X))
& fn_cellular_respiration_using_starch_32(X) = fn_cellular_respiration_of_complex_carbohydrate_46(X)
& fn_cellular_respiration_using_starch_76(X) = fn_cellular_respiration_of_complex_carbohydrate_12(X)
& fn_cellular_respiration_using_starch_42(X) = fn_cellular_respiration_of_complex_carbohydrate_31(X)
& fn_cellular_respiration_using_starch_30(X) = fn_hydrolysis_16(fn_cellular_respiration_using_starch_47(X))
& fn_cellular_respiration_using_starch_30(X) = fn_cellular_respiration_of_complex_carbohydrate_13(X)
& fn_cellular_respiration_using_starch_48(X) = fn_hydrolysis_11(fn_cellular_respiration_using_starch_47(X))
& fn_cellular_respiration_using_starch_31(X) = fn_hydrolysis_17(fn_cellular_respiration_using_starch_47(X))
& fn_cellular_respiration_using_starch_31(X) = fn_cellular_respiration_of_complex_carbohydrate_19(X)
& fn_cellular_respiration_using_starch_48(X) = fn_cellular_respiration_of_complex_carbohydrate_34(X)
& fn_cellular_respiration_using_starch_37(X) = fn_glycolysis_68(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_using_starch_39(X) = fn_oxidation_10(fn_cellular_respiration_using_starch_41(X))
& fn_cellular_respiration_using_starch_40(X) = fn_oxidation_9(fn_cellular_respiration_using_starch_41(X))
& fn_cellular_respiration_using_starch_39(X) = fn_oxidation_7(fn_cellular_respiration_using_starch_41(X))
& fn_cellular_respiration_using_starch_56(X) = fn_dihydroxyacetone_phosphate_3(fn_cellular_respiration_using_starch_38(X))
& fn_cellular_respiration_using_starch_55(X) = fn_dihydroxyacetone_phosphate_4(fn_cellular_respiration_using_starch_38(X))
& fn_cellular_respiration_using_starch_58(X) = fn_organic_molecule_1(fn_cellular_respiration_using_starch_38(X))
& fn_cellular_respiration_using_starch_58(X) = fn_dihydroxyacetone_phosphate_10(fn_cellular_respiration_using_starch_38(X))
& fn_cellular_respiration_using_starch_57(X) = fn_organic_molecule_2(fn_cellular_respiration_using_starch_38(X))
& fn_cellular_respiration_using_starch_57(X) = fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_using_starch_38(X))
& fn_cellular_respiration_using_starch_77(X) = fn_pyruvate_oxidation_47(fn_cellular_respiration_using_starch_59(X))
& fn_cellular_respiration_using_starch_68(X) = fn_pyruvate_oxidation_52(fn_cellular_respiration_using_starch_59(X))
& fn_cellular_respiration_using_starch_33(X) = fn_pyruvate_oxidation_57(fn_cellular_respiration_using_starch_59(X))
& fn_cellular_respiration_using_starch_65(X) = fn_pyruvate_oxidation_87(fn_cellular_respiration_using_starch_59(X))
& fn_cellular_respiration_using_starch_63(X) = fn_pyruvate_oxidation_11(fn_cellular_respiration_using_starch_59(X))
& fn_cellular_respiration_using_starch_61(X) = fn_pyruvate_oxidation_10(fn_cellular_respiration_using_starch_59(X))
& fn_cellular_respiration_using_starch_64(X) = fn_pyruvate_oxidation_77(fn_cellular_respiration_using_starch_59(X))
& fn_cellular_respiration_using_starch_62(X) = fn_pyruvate_oxidation_38(fn_cellular_respiration_using_starch_59(X))
& fn_cellular_respiration_using_starch_69(X) = fn_pyruvate_oxidation_65(fn_cellular_respiration_using_starch_59(X))
& fn_cellular_respiration_using_starch_20(X) = fn_glycolysis_5(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_using_starch_66(X) = fn_glycolysis_81(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_using_starch_37(X) = fn_glycolysis_16(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_using_starch_25(X) = fn_glycolysis_69(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_using_starch_67(X) = fn_glycolysis_67(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_using_starch_37(X) = fn_glycolysis_69(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_using_starch_70(X) = fn_glycolysis_56(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_using_starch_21(X) = fn_catabolic_pathway_5(X)
& fn_cellular_respiration_using_starch_21(X) = fn_glycolysis_9(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_using_starch_66(X) = fn_catabolic_pathway_4(X)
& fn_cellular_respiration_using_starch_66(X) = fn_glycolysis_47(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_using_starch_68(X) = fn_catabolic_pathway_2(X)
& fn_cellular_respiration_using_starch_68(X) = fn_glycolysis_48(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_using_starch_25(X) = fn_glycolysis_15(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_using_starch_25(X) = fn_glycolysis_68(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_using_starch_24(X) = fn_glycolysis_74(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_using_starch_60(X) = fn_cellular_respiration_of_complex_carbohydrate_40(X)
& fn_cellular_respiration_using_starch_74(X) = fn_pyruvate_oxidation_2(fn_cellular_respiration_using_starch_59(X))
& fn_cellular_respiration_using_starch_28(X) = fn_pyruvate_oxidation_4(fn_cellular_respiration_using_starch_59(X))
& fn_cellular_respiration_using_starch_74(X) = fn_cellular_respiration_of_complex_carbohydrate_50(X)
& fn_cellular_respiration_using_starch_75(X) = fn_cellular_respiration_of_complex_carbohydrate_18(X)
& fn_cellular_respiration_using_starch_79(X) = fn_cellular_respiration_of_complex_carbohydrate_41(X)
& fn_cellular_respiration_using_starch_36(X) = fn_catabolic_pathway_9(X)
& X = fn_cellular_respiration_of_complex_carbohydrate_21(X)
& fn_cellular_respiration_using_starch_35(X) = fn_cellular_respiration_of_complex_carbohydrate_4(X)
& fn_cellular_respiration_using_starch_59(X) = fn_cellular_respiration_of_complex_carbohydrate_27(X)
& fn_cellular_respiration_using_starch_22(X) = fn_cellular_respiration_of_complex_carbohydrate_9(X)
& fn_cellular_respiration_using_starch_71(X) = fn_cellular_respiration_of_complex_carbohydrate_10(X)
& fn_cellular_respiration_using_starch_29(X) = fn_glycolysis_89(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_using_starch_29(X) = fn_cellular_respiration_of_complex_carbohydrate_25(X)
& fn_cellular_respiration_using_starch_50(X) = fn_glycolysis_78(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_using_starch_26(X) = fn_glycolysis_88(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_using_starch_26(X) = fn_cellular_respiration_of_complex_carbohydrate_22(X)
& fn_cellular_respiration_using_starch_50(X) = fn_cellular_respiration_of_complex_carbohydrate_30(X)
& fn_cellular_respiration_using_starch_78(X) = fn_cellular_respiration_of_complex_carbohydrate_29(X)
& fn_cellular_respiration_using_starch_27(X) = fn_hydrolysis_14(fn_cellular_respiration_using_starch_47(X))
& fn_cellular_respiration_using_starch_28(X) = fn_hydrolysis_15(fn_cellular_respiration_using_starch_47(X))
& fn_cellular_respiration_using_starch_27(X) = fn_cellular_respiration_of_complex_carbohydrate_15(X)
& fn_cellular_respiration_using_starch_28(X) = fn_cellular_respiration_of_complex_carbohydrate_14(X)
& fn_cellular_respiration_using_starch_28(X) = fn_pyruvate_oxidation_5(fn_cellular_respiration_using_starch_59(X))
& fn_cellular_respiration_using_starch_27(X) = fn_glycolysis_108(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_using_starch_28(X) = fn_glycolysis_83(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_using_starch_28(X) = fn_cellular_respiration_of_complex_carbohydrate_24(X)
& fn_cellular_respiration_using_starch_36(X) = fn_pyruvate_oxidation_85(fn_cellular_respiration_using_starch_59(X))
& fn_cellular_respiration_using_starch_27(X) = fn_pyruvate_oxidation_3(fn_cellular_respiration_using_starch_59(X))
& fn_cellular_respiration_using_starch_27(X) = fn_cellular_respiration_of_complex_carbohydrate_23(X)
& fn_cellular_respiration_using_starch_36(X) = fn_glycolysis_55(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_using_starch_36(X) = fn_cellular_respiration_of_complex_carbohydrate_26(X)
& fn_cellular_respiration_using_starch_49(X) = fn_cellular_respiration_of_complex_carbohydrate_28(X)
& fn_cellular_respiration_using_starch_47(X) = fn_cellular_respiration_of_complex_carbohydrate_35(X)
& fn_cellular_respiration_using_starch_32(X) = fn_hydrolysis_1(fn_cellular_respiration_using_starch_47(X))
& fn_cellular_respiration_using_starch_42(X) = fn_exergonic_reaction_10(fn_cellular_respiration_using_starch_47(X))
& fn_cellular_respiration_using_starch_42(X) = fn_hydrolysis_10(fn_cellular_respiration_using_starch_47(X))
& fn_cellular_respiration_using_starch_73(X) = fn_hydrolysis_8(fn_cellular_respiration_using_starch_47(X))
& fn_cellular_respiration_using_starch_72(X) = fn_hydrolysis_3(fn_cellular_respiration_using_starch_47(X))
& fn_cellular_respiration_using_starch_23(X) = fn_decomposition_reaction_4(fn_cellular_respiration_using_starch_47(X))
& fn_cellular_respiration_using_starch_23(X) = fn_exergonic_reaction_11(fn_cellular_respiration_using_starch_47(X))
& fn_cellular_respiration_using_starch_23(X) = fn_hydrolysis_9(fn_cellular_respiration_using_starch_47(X))
& fn_organic_molecule_2(fn_cellular_respiration_using_starch_48(X)) = fn_starch_66(fn_cellular_respiration_using_starch_48(X))
& fn_starch_66(fn_cellular_respiration_using_starch_48(X)) = fn_cellular_respiration_of_complex_carbohydrate_13(X)
& fn_cellular_respiration_of_complex_carbohydrate_13(X) = fn_hydrolysis_16(fn_cellular_respiration_using_starch_47(X))
& fn_hydrolysis_16(fn_cellular_respiration_using_starch_47(X)) = fn_cellular_respiration_of_complex_carbohydrate_13(X)
& fn_cellular_respiration_of_complex_carbohydrate_13(X) = fn_hydrolysis_17(fn_cellular_respiration_using_starch_47(X))
& fn_cellular_respiration_of_complex_carbohydrate_19(X) = fn_hydrolysis_17(fn_cellular_respiration_using_starch_47(X))
& fn_hydrolysis_17(fn_cellular_respiration_using_starch_47(X)) = fn_cellular_respiration_of_complex_carbohydrate_19(X)
& fn_cellular_respiration_of_complex_carbohydrate_19(X) = fn_remove_2(fn_cellular_respiration_using_starch_43(X))
& fn_remove_2(fn_cellular_respiration_using_starch_43(X)) = fn_release_2(fn_cellular_respiration_using_starch_46(X))
& fn_release_2(fn_cellular_respiration_using_starch_44(X)) = fn_release_2(fn_cellular_respiration_using_starch_46(X))
& fn_release_2(fn_cellular_respiration_using_starch_46(X)) = fn_release_2(fn_cellular_respiration_using_starch_44(X))
& fn_release_2(fn_cellular_respiration_using_starch_44(X)) = fn_oxidation_10(fn_cellular_respiration_using_starch_41(X))
& fn_oxidation_10(fn_cellular_respiration_using_starch_41(X)) = fn_oxidation_10(fn_cellular_respiration_using_starch_41(X))
& fn_oxidation_10(fn_cellular_respiration_using_starch_41(X)) = fn_hydrolysis_11(fn_cellular_respiration_using_starch_47(X))
& fn_hydrolysis_11(fn_cellular_respiration_using_starch_47(X)) = fn_hydrolysis_11(fn_cellular_respiration_using_starch_47(X))
& fn_cellular_respiration_of_complex_carbohydrate_34(X) = fn_hydrolysis_11(fn_cellular_respiration_using_starch_47(X))
& fn_hydrolysis_11(fn_cellular_respiration_using_starch_47(X)) = fn_cellular_respiration_of_complex_carbohydrate_34(X)
& fn_cellular_respiration_of_complex_carbohydrate_34(X) = fn_cellular_respiration_of_complex_carbohydrate_34(X)
& fn_cellular_respiration_of_complex_carbohydrate_34(X) = fn_oxidation_7(fn_cellular_respiration_using_starch_41(X))
& fn_oxidation_7(fn_cellular_respiration_using_starch_41(X)) = fn_oxidation_10(fn_cellular_respiration_using_starch_41(X))
& fn_oxidation_10(fn_cellular_respiration_using_starch_41(X)) = fn_oxidation_7(fn_cellular_respiration_using_starch_41(X))
& fn_oxidation_7(fn_cellular_respiration_using_starch_41(X)) = fn_oxidation_7(fn_cellular_respiration_using_starch_41(X))
& fn_oxidation_7(fn_cellular_respiration_using_starch_41(X)) = fn_dihydroxyacetone_phosphate_10(fn_cellular_respiration_using_starch_38(X))
& fn_dihydroxyacetone_phosphate_10(fn_cellular_respiration_using_starch_38(X)) = fn_dihydroxyacetone_phosphate_10(fn_cellular_respiration_using_starch_38(X))
& fn_dihydroxyacetone_phosphate_10(fn_cellular_respiration_using_starch_38(X)) = fn_organic_molecule_1(fn_cellular_respiration_using_starch_38(X))
& fn_organic_molecule_1(fn_cellular_respiration_using_starch_38(X)) = fn_dihydroxyacetone_phosphate_10(fn_cellular_respiration_using_starch_38(X))
& fn_dihydroxyacetone_phosphate_10(fn_cellular_respiration_using_starch_38(X)) = fn_organic_molecule_2(fn_cellular_respiration_using_starch_38(X))
& fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_using_starch_38(X)) = fn_organic_molecule_2(fn_cellular_respiration_using_starch_38(X))
& fn_organic_molecule_2(fn_cellular_respiration_using_starch_38(X)) = fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_using_starch_38(X))
& fn_dihydroxyacetone_phosphate_7(fn_cellular_respiration_using_starch_38(X)) = fn_catabolic_pathway_10(fn_cellular_respiration_using_starch_71(X))
& fn_catabolic_pathway_10(fn_cellular_respiration_using_starch_71(X)) = fn_citric_acid_cycle_108(fn_cellular_respiration_using_starch_71(X))
& fn_citric_acid_cycle_108(fn_cellular_respiration_using_starch_71(X)) = fn_citric_acid_cycle_108(fn_cellular_respiration_using_starch_71(X))
& fn_citric_acid_cycle_108(fn_cellular_respiration_using_starch_71(X)) = fn_pyruvate_oxidation_87(fn_cellular_respiration_using_starch_59(X))
& fn_pyruvate_oxidation_87(fn_cellular_respiration_using_starch_59(X)) = fn_pyruvate_oxidation_87(fn_cellular_respiration_using_starch_59(X))
& fn_pyruvate_oxidation_87(fn_cellular_respiration_using_starch_59(X)) = fn_chemical_reaction_1(fn_cellular_respiration_using_starch_62(X))
& fn_chemical_reaction_1(fn_cellular_respiration_using_starch_62(X)) = fn_pyruvate_oxidation_11(fn_cellular_respiration_using_starch_59(X))
& fn_pyruvate_oxidation_11(fn_cellular_respiration_using_starch_59(X)) = fn_pyruvate_oxidation_11(fn_cellular_respiration_using_starch_59(X))
& fn_pyruvate_oxidation_11(fn_cellular_respiration_using_starch_59(X)) = fn_glycolysis_68(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_68(fn_cellular_respiration_using_starch_49(X)) = fn_glycolysis_16(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_16(fn_cellular_respiration_using_starch_49(X)) = fn_glycolysis_16(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_69(fn_cellular_respiration_using_starch_49(X)) = fn_glycolysis_16(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_16(fn_cellular_respiration_using_starch_49(X)) = fn_glycolysis_69(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_69(fn_cellular_respiration_using_starch_49(X)) = fn_glycolysis_69(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_69(fn_cellular_respiration_using_starch_49(X)) = fn_catabolic_pathway_5(X)
& fn_catabolic_pathway_5(X) = fn_glycolysis_9(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_9(fn_cellular_respiration_using_starch_49(X)) = fn_glycolysis_81(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_81(fn_cellular_respiration_using_starch_49(X)) = fn_catabolic_pathway_4(X)
& fn_catabolic_pathway_4(X) = fn_catabolic_pathway_4(X)
& fn_catabolic_pathway_4(X) = fn_glycolysis_81(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_81(fn_cellular_respiration_using_starch_49(X)) = fn_glycolysis_47(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_47(fn_cellular_respiration_using_starch_49(X)) = fn_glycolysis_47(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_47(fn_cellular_respiration_using_starch_49(X)) = fn_pyruvate_oxidation_52(fn_cellular_respiration_using_starch_59(X))
& fn_pyruvate_oxidation_52(fn_cellular_respiration_using_starch_59(X)) = fn_catabolic_pathway_2(X)
& fn_catabolic_pathway_2(X) = fn_catabolic_pathway_2(X)
& fn_catabolic_pathway_2(X) = fn_pyruvate_oxidation_52(fn_cellular_respiration_using_starch_59(X))
& fn_pyruvate_oxidation_52(fn_cellular_respiration_using_starch_59(X)) = fn_glycolysis_48(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_48(fn_cellular_respiration_using_starch_49(X)) = fn_glycolysis_48(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_48(fn_cellular_respiration_using_starch_49(X)) = fn_glycolysis_15(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_15(fn_cellular_respiration_using_starch_49(X)) = fn_glycolysis_15(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_15(fn_cellular_respiration_using_starch_49(X)) = fn_glycolysis_69(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_69(fn_cellular_respiration_using_starch_49(X)) = fn_glycolysis_15(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_15(fn_cellular_respiration_using_starch_49(X)) = fn_glycolysis_68(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_68(fn_cellular_respiration_using_starch_49(X)) = fn_glycolysis_69(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_69(fn_cellular_respiration_using_starch_49(X)) = fn_glycolysis_68(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_68(fn_cellular_respiration_using_starch_49(X)) = fn_glycolysis_68(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_68(fn_cellular_respiration_using_starch_49(X)) = fn_citric_acid_cycle_109(fn_cellular_respiration_using_starch_71(X))
& fn_citric_acid_cycle_109(fn_cellular_respiration_using_starch_71(X)) = fn_glycolysis_74(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_74(fn_cellular_respiration_using_starch_49(X)) = fn_glycolysis_74(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_74(fn_cellular_respiration_using_starch_49(X)) = fn_pyruvate_oxidation_2(fn_cellular_respiration_using_starch_59(X))
& fn_pyruvate_oxidation_2(fn_cellular_respiration_using_starch_59(X)) = fn_cellular_respiration_of_complex_carbohydrate_50(X)
& fn_cellular_respiration_of_complex_carbohydrate_50(X) = fn_cellular_respiration_of_complex_carbohydrate_25(X)
& fn_cellular_respiration_of_complex_carbohydrate_25(X) = fn_glycolysis_89(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_89(fn_cellular_respiration_using_starch_49(X)) = fn_cellular_respiration_of_complex_carbohydrate_25(X)
& fn_cellular_respiration_of_complex_carbohydrate_25(X) = fn_glycolysis_88(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_of_complex_carbohydrate_22(X) = fn_glycolysis_88(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_88(fn_cellular_respiration_using_starch_49(X)) = fn_cellular_respiration_of_complex_carbohydrate_22(X)
& fn_cellular_respiration_of_complex_carbohydrate_22(X) = fn_impair_1(fn_cellular_respiration_using_starch_51(X))
& fn_impair_1(fn_cellular_respiration_using_starch_51(X)) = fn_glycolysis_78(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_78(fn_cellular_respiration_using_starch_49(X)) = fn_glycolysis_78(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_of_complex_carbohydrate_30(X) = fn_glycolysis_78(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_78(fn_cellular_respiration_using_starch_49(X)) = fn_cellular_respiration_of_complex_carbohydrate_30(X)
& fn_cellular_respiration_of_complex_carbohydrate_30(X) = fn_cellular_respiration_of_complex_carbohydrate_30(X)
& fn_cellular_respiration_of_complex_carbohydrate_30(X) = fn_hydrolysis_15(fn_cellular_respiration_using_starch_47(X))
& fn_cellular_respiration_of_complex_carbohydrate_14(X) = fn_hydrolysis_15(fn_cellular_respiration_using_starch_47(X))
& fn_hydrolysis_15(fn_cellular_respiration_using_starch_47(X)) = fn_cellular_respiration_of_complex_carbohydrate_14(X)
& fn_cellular_respiration_of_complex_carbohydrate_14(X) = fn_cellular_respiration_of_complex_carbohydrate_14(X)
& fn_cellular_respiration_of_complex_carbohydrate_14(X) = fn_pyruvate_oxidation_4(fn_cellular_respiration_using_starch_59(X))
& fn_pyruvate_oxidation_4(fn_cellular_respiration_using_starch_59(X)) = fn_cellular_respiration_of_complex_carbohydrate_14(X)
& fn_cellular_respiration_of_complex_carbohydrate_14(X) = fn_pyruvate_oxidation_5(fn_cellular_respiration_using_starch_59(X))
& fn_pyruvate_oxidation_5(fn_cellular_respiration_using_starch_59(X)) = fn_pyruvate_oxidation_4(fn_cellular_respiration_using_starch_59(X))
& fn_pyruvate_oxidation_4(fn_cellular_respiration_using_starch_59(X)) = fn_pyruvate_oxidation_4(fn_cellular_respiration_using_starch_59(X))
& fn_pyruvate_oxidation_4(fn_cellular_respiration_using_starch_59(X)) = fn_pyruvate_oxidation_5(fn_cellular_respiration_using_starch_59(X))
& fn_pyruvate_oxidation_5(fn_cellular_respiration_using_starch_59(X)) = fn_pyruvate_oxidation_5(fn_cellular_respiration_using_starch_59(X))
& fn_glycolysis_83(fn_cellular_respiration_using_starch_49(X)) = fn_pyruvate_oxidation_5(fn_cellular_respiration_using_starch_59(X))
& fn_pyruvate_oxidation_5(fn_cellular_respiration_using_starch_59(X)) = fn_glycolysis_83(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_of_complex_carbohydrate_24(X) = fn_glycolysis_83(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_83(fn_cellular_respiration_using_starch_49(X)) = fn_cellular_respiration_of_complex_carbohydrate_24(X)
& fn_cellular_respiration_of_complex_carbohydrate_24(X) = fn_hydrolysis_14(fn_cellular_respiration_using_starch_47(X))
& fn_hydrolysis_14(fn_cellular_respiration_using_starch_47(X)) = fn_pyruvate_oxidation_3(fn_cellular_respiration_using_starch_59(X))
& fn_pyruvate_oxidation_3(fn_cellular_respiration_using_starch_59(X)) = fn_pyruvate_oxidation_3(fn_cellular_respiration_using_starch_59(X))
& fn_pyruvate_oxidation_3(fn_cellular_respiration_using_starch_59(X)) = fn_glycolysis_108(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_108(fn_cellular_respiration_using_starch_49(X)) = fn_pyruvate_oxidation_3(fn_cellular_respiration_using_starch_59(X))
& fn_pyruvate_oxidation_3(fn_cellular_respiration_using_starch_59(X)) = fn_cellular_respiration_of_complex_carbohydrate_15(X)
& fn_cellular_respiration_of_complex_carbohydrate_15(X) = fn_glycolysis_108(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_108(fn_cellular_respiration_using_starch_49(X)) = fn_cellular_respiration_of_complex_carbohydrate_15(X)
& fn_cellular_respiration_of_complex_carbohydrate_15(X) = fn_cellular_respiration_of_complex_carbohydrate_15(X)
& fn_cellular_respiration_of_complex_carbohydrate_15(X) = fn_cellular_respiration_of_complex_carbohydrate_23(X)
& fn_cellular_respiration_of_complex_carbohydrate_23(X) = fn_cellular_respiration_of_complex_carbohydrate_23(X)
& fn_cellular_respiration_of_complex_carbohydrate_23(X) = fn_pyruvate_oxidation_85(fn_cellular_respiration_using_starch_59(X))
& fn_pyruvate_oxidation_85(fn_cellular_respiration_using_starch_59(X)) = fn_catabolic_pathway_9(X)
& fn_catabolic_pathway_9(X) = fn_catabolic_pathway_9(X)
& fn_catabolic_pathway_9(X) = fn_pyruvate_oxidation_85(fn_cellular_respiration_using_starch_59(X))
& fn_glycolysis_55(fn_cellular_respiration_using_starch_49(X)) = fn_pyruvate_oxidation_85(fn_cellular_respiration_using_starch_59(X))
& fn_pyruvate_oxidation_85(fn_cellular_respiration_using_starch_59(X)) = fn_pyruvate_oxidation_85(fn_cellular_respiration_using_starch_59(X))
& fn_pyruvate_oxidation_85(fn_cellular_respiration_using_starch_59(X)) = fn_glycolysis_55(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_55(fn_cellular_respiration_using_starch_49(X)) = fn_glycolysis_55(fn_cellular_respiration_using_starch_49(X))
& fn_cellular_respiration_of_complex_carbohydrate_26(X) = fn_cellular_respiration_of_complex_carbohydrate_26(X)
& fn_cellular_respiration_of_complex_carbohydrate_26(X) = fn_glycolysis_55(fn_cellular_respiration_using_starch_49(X))
& fn_glycolysis_55(fn_cellular_respiration_using_starch_49(X)) = fn_cellular_respiration_of_complex_carbohydrate_26(X)
& fn_cellular_respiration_of_complex_carbohydrate_26(X) = fn_cellular_respiration_of_complex_carbohydrate_46(X)
& fn_cellular_respiration_of_complex_carbohydrate_46(X) = fn_hydrolysis_1(fn_cellular_respiration_using_starch_47(X))
& fn_hydrolysis_1(fn_cellular_respiration_using_starch_47(X)) = fn_cellular_respiration_of_complex_carbohydrate_31(X)
& fn_cellular_respiration_of_complex_carbohydrate_31(X) = fn_exergonic_reaction_10(fn_cellular_respiration_using_starch_47(X))
& fn_exergonic_reaction_10(fn_cellular_respiration_using_starch_47(X)) = fn_cellular_respiration_of_complex_carbohydrate_31(X)
& fn_cellular_respiration_of_complex_carbohydrate_31(X) = fn_hydrolysis_10(fn_cellular_respiration_using_starch_47(X))
& fn_hydrolysis_10(fn_cellular_respiration_using_starch_47(X)) = fn_hydrolysis_10(fn_cellular_respiration_using_starch_47(X))
& fn_hydrolysis_10(fn_cellular_respiration_using_starch_47(X)) = fn_decomposition_reaction_4(fn_cellular_respiration_using_starch_47(X))
& fn_decomposition_reaction_4(fn_cellular_respiration_using_starch_47(X)) = fn_exergonic_reaction_11(fn_cellular_respiration_using_starch_47(X))
& fn_hydrolysis_9(fn_cellular_respiration_using_starch_47(X)) = fn_hydrolysis_9(fn_cellular_respiration_using_starch_47(X))
& fn_hydrolysis_9(fn_cellular_respiration_using_starch_47(X)) = fn_exergonic_reaction_11(fn_cellular_respiration_using_starch_47(X))
& fn_exergonic_reaction_11(fn_cellular_respiration_using_starch_47(X)) = fn_hydrolysis_9(fn_cellular_respiration_using_starch_47(X))
& fn_cellular_respiration_of_complex_carbohydrate_21(X) = fn_cellular_respiration_of_complex_carbohydrate_21(X) ) ) ).
fof(a528257,axiom,
! [X] :
( cellular_response_1(X)
=> ( original_name_2(X,'Cellular-Response')
& user_description_2(X,'In cellular communication, the change in a specific cellular activity brought about by a transduced signal from outside the cell.')
& concept2words_2(X,response)
& concept2words_2(X,respond)
& concept2words_2(X,'cellular response')
& concept2words_2(X,'cellular-response')
& cell_signaling_event_1(X)
& intracellular_process_1(X)
& protein_1(fn_cellular_response_1(X))
& motor_protein_1(fn_cellular_response_2(X))
& cell_1(fn_cellular_response_3(X))
& motor_protein_1(fn_cell_8(fn_cellular_response_3(X)))
& has_part_2(fn_cellular_response_3(X),fn_cellular_response_1(X))
& instrument_2(X,fn_cellular_response_1(X))
& base_2(X,fn_cellular_response_3(X))
& has_part_2(fn_cellular_response_3(X),fn_cellular_response_2(X))
& fn_cellular_response_3(X) = fn_cell_signaling_event_1(X)
& fn_cellular_response_3(X) = fn_intracellular_process_1(X)
& fn_cellular_response_2(X) = fn_cell_8(fn_cellular_response_3(X))
& fn_cell_signaling_event_1(X) = fn_intracellular_process_1(X) ) ) ).
fof(a528258,axiom,
! [X] :
( cellular_role_1(X)
=> ( original_name_2(X,'Cellular-Role')
& user_description_2(X,'Role played by a cell.')
& concept2words_2(X,'cellular role')
& concept2words_2(X,'cellular-role')
& role_1(X) ) ) ).
fof(a528259,axiom,
! [X] :
( cellular_slime_mold_1(X)
=> ( original_name_2(X,'Cellular-Slime-Mold')
& user_description_2(X,'A type of protist whose life cycle includes unicellular amoeboid cells and aggregated reproductive bodies.')
& concept2words_2(X,'cellular slime mold')
& concept2words_2(X,'cellular-slime-mold')
& mycetozoa_1(X)
& ~ plasmodial_slime_mold_1(X) ) ) ).
fof(a528260,axiom,
! [X] :
( cellular_structure_1(X)
=> ( original_name_2(X,'Cellular-Structure')
& user_description_2(X,'A structure on or inside a cell.')
& concept2words_2(X,'cell structure')
& concept2words_2(X,'cellular structure')
& concept2words_2(X,'cellular-structure')
& physical_object_1(X)
& ~ metaphase_plate_1(X) ) ) ).
fof(a528261,axiom,
! [X] :
( cellular_transport_1(X)
=> ( original_name_2(X,'Cellular-Transport')
& user_description_2(X,'Cellular process related to the transport of materials and water into, out of, and within the cell.')
& concept2words_2(X,transport)
& concept2words_2(X,'cellular transport')
& concept2words_2(X,'cellular-transport')
& cellular_process_1(X)
& cell_1(fn_cellular_transport_1(X))
& base_2(X,fn_cellular_transport_1(X)) ) ) ).
fof(a528262,axiom,
! [X,X1] :
( ( base_2(X,X1)
& work_1(X)
& cell_1(X1) )
=> ( cellular_work_1(X)
& fn_cellular_work_2(X) = X1 ) ) ).
fof(a528263,axiom,
! [X] :
( cellular_work_1(X)
=> ( original_name_2(X,'Cellular-Work')
& user_description_2(X,'The work done by cell.')
& concept2words_2(X,'perform cellular work')
& concept2words_2(X,'cellular work')
& concept2words_2(X,'cellular-work')
& work_1(X)
& cell_1(fn_cellular_work_2(X))
& unitless_value_1(fn_cellular_work_3(X))
& rate_value_1(fn_cellular_work_5(X))
& rate_value_1(fn_cellular_work_8(X))
& cellular_respiration_1(fn_cellular_work_9(X))
& organic_molecule_1(fn_cellular_work_10(X))
& consume_1(fn_cellular_work_11(X))
& release_1(fn_cellular_work_12(X))
& thermal_energy_1(fn_cellular_work_13(X))
& resource_1(fn_cellular_work_14(X))
& energy_1(fn_cellular_work_15(X))
& entity_1(fn_cellular_work_15(X))
& chemical_energy_1(fn_cellular_work_15(X))
& chemical_bond_1(fn_cellular_work_16(X))
& tangible_entity_1(fn_release_2(fn_cellular_work_12(X)))
& tangible_entity_1(fn_release_1(fn_cellular_work_12(X)))
& chemical_bond_1(fn_molecule_10(fn_cellular_work_10(X)))
& resource_1(fn_consume_2(fn_cellular_work_11(X)))
& property_node_1(fn_cellular_respiration_6(fn_cellular_work_9(X)))
& rate_value_1(fn_cellular_respiration_7(fn_cellular_work_9(X)))
& entity_1(fn_consume_1(fn_cellular_work_11(X)))
& chemical_energy_1(fn_chemical_bond_2(fn_cellular_work_16(X)))
& next_event_2(fn_cellular_work_11(X),fn_cellular_work_12(X))
& raw_material_2(X,fn_cellular_work_10(X))
& subevent_2(X,fn_cellular_work_11(X))
& subevent_2(X,fn_cellular_work_12(X))
& base_2(X,fn_cellular_work_2(X))
& importance_2(X,fn_cellular_work_3(X))
& rate_2(X,fn_cellular_work_5(X))
& the_scalar_value_2(fn_cellular_work_3(X),high_0)
& scalar_unit_class_2(fn_cellular_work_3(X),event_0)
& directly_proportional_2(fn_cellular_work_5(X),fn_cellular_work_8(X))
& base_2(fn_cellular_work_12(X),fn_cellular_work_10(X))
& object_2(fn_cellular_work_12(X),fn_cellular_work_13(X))
& raw_material_2(X,fn_cellular_work_15(X))
& possesses_2(fn_cellular_work_10(X),fn_cellular_work_16(X))
& object_2(fn_cellular_work_11(X),fn_cellular_work_15(X))
& plays_2(fn_cellular_work_15(X),fn_cellular_work_14(X))
& in_event_2(fn_cellular_work_14(X),fn_cellular_work_11(X))
& rate_2(fn_cellular_work_9(X),fn_cellular_work_8(X))
& possesses_2(fn_cellular_work_16(X),fn_cellular_work_15(X))
& fn_cellular_work_10(X) = fn_release_2(fn_cellular_work_12(X))
& fn_cellular_work_13(X) = fn_release_1(fn_cellular_work_12(X))
& fn_cellular_work_15(X) = fn_work_1(X)
& fn_cellular_work_16(X) = fn_molecule_10(fn_cellular_work_10(X))
& fn_cellular_work_14(X) = fn_consume_2(fn_cellular_work_11(X))
& fn_cellular_work_15(X) = fn_consume_1(fn_cellular_work_11(X))
& fn_cellular_work_7(X) = fn_cellular_respiration_6(fn_cellular_work_9(X))
& fn_cellular_work_8(X) = fn_cellular_respiration_7(fn_cellular_work_9(X))
& fn_cellular_work_15(X) = fn_chemical_bond_2(fn_cellular_work_16(X))
& fn_work_1(X) = fn_consume_1(fn_cellular_work_11(X))
& fn_consume_1(fn_cellular_work_11(X)) = fn_consume_1(fn_cellular_work_11(X))
& fn_consume_1(fn_cellular_work_11(X)) = fn_chemical_bond_2(fn_cellular_work_16(X)) ) ) ).
fof(a528264,axiom,
! [X] :
( cellular_work_involving_phosphorylation_1(X)
=> ( original_name_2(X,'Cellular-Work-Involving-Phosphorylation')
& user_description_2(X,'Enzymes shift a phosphate group (P) from ATP to some other molecule, and this phosphorylated molecule undergoes a change that performs work.')
& concept2words_2(X,'perform cellular work')
& concept2words_2(X,'cellular work involving phosphorylation')
& concept2words_2(X,'cellular-work-involving-phosphorylation')
& cellular_work_utilizing_atp_1(X)
& phosphorylation_1(fn_cellular_work_involving_phosphorylation_1(X))
& subevent_2(X,fn_cellular_work_involving_phosphorylation_1(X)) ) ) ).
fof(a528265,axiom,
! [X] :
( cellular_work_utilizing_atp_1(X)
=> ( original_name_2(X,'Cellular-Work-Utilizing-ATP')
& user_description_2(X,'Adenosine triphosphate is required as raw material for cellular work.')
& concept2words_2(X,'perform cellular work')
& concept2words_2(X,'cellular work utilizing atp')
& concept2words_2(X,'cellular-work-utilizing-atp')
& cellular_work_1(X)
& time_interval_1(fn_cellular_work_utilizing_atp_1(X))
& time_interval_1(fn_cellular_work_utilizing_atp_2(X))
& anion_1(fn_cellular_work_utilizing_atp_7(X))
& chemical_entity_1(fn_cellular_work_utilizing_atp_7(X))
& inorganic_phosphate_1(fn_cellular_work_utilizing_atp_7(X))
& dephosphorylation_of_atp_1(fn_cellular_work_utilizing_atp_8(X))
& chemical_entity_1(fn_cellular_work_utilizing_atp_9(X))
& hydrophilic_compound_1(fn_cellular_work_utilizing_atp_9(X))
& molecule_1(fn_cellular_work_utilizing_atp_9(X))
& water_molecule_1(fn_cellular_work_utilizing_atp_9(X))
& chemical_entity_1(fn_cellular_work_utilizing_atp_10(X))
& hydrophilic_compound_1(fn_cellular_work_utilizing_atp_10(X))
& molecule_1(fn_cellular_work_utilizing_atp_10(X))
& water_molecule_1(fn_cellular_work_utilizing_atp_10(X))
& hydrogen_1(fn_cellular_work_utilizing_atp_11(X))
& entity_1(fn_cellular_work_utilizing_atp_12(X))
& chemical_entity_1(fn_cellular_work_utilizing_atp_12(X))
& atom_1(fn_cellular_work_utilizing_atp_12(X))
& oxygen_1(fn_cellular_work_utilizing_atp_12(X))
& tangible_entity_1(fn_cellular_work_utilizing_atp_13(X))
& entity_1(fn_cellular_work_utilizing_atp_13(X))
& chemical_entity_1(fn_cellular_work_utilizing_atp_13(X))
& atom_1(fn_cellular_work_utilizing_atp_13(X))
& phosphorus_1(fn_cellular_work_utilizing_atp_13(X))
& chemical_energy_1(fn_cellular_work_utilizing_atp_14(X))
& kinetic_energy_1(fn_cellular_work_utilizing_atp_15(X))
& chemical_bond_1(fn_cellular_work_utilizing_atp_16(X))
& polar_covalent_bond_1(fn_cellular_work_utilizing_atp_16(X))
& hydroxyl_group_1(fn_cellular_work_utilizing_atp_17(X))
& constant_motion_1(fn_cellular_work_utilizing_atp_18(X))
& speed_value_1(fn_cellular_work_utilizing_atp_19(X))
& quantity_value_1(fn_cellular_work_utilizing_atp_20(X))
& entity_1(fn_cellular_work_utilizing_atp_21(X))
& chemical_entity_1(fn_cellular_work_utilizing_atp_21(X))
& atom_1(fn_cellular_work_utilizing_atp_21(X))
& oxygen_1(fn_cellular_work_utilizing_atp_21(X))
& chemical_energy_1(fn_cellular_work_utilizing_atp_22(X))
& hydrogen_1(fn_cellular_work_utilizing_atp_23(X))
& tangible_entity_1(fn_cellular_work_utilizing_atp_24(X))
& entity_1(fn_cellular_work_utilizing_atp_24(X))
& chemical_entity_1(fn_cellular_work_utilizing_atp_24(X))
& atom_1(fn_cellular_work_utilizing_atp_24(X))
& hydrogen_1(fn_cellular_work_utilizing_atp_24(X))
& oxygen_1(fn_cellular_work_utilizing_atp_25(X))
& entity_1(fn_cellular_work_utilizing_atp_25(X))
& chemical_entity_1(fn_cellular_work_utilizing_atp_25(X))
& atom_1(fn_cellular_work_utilizing_atp_25(X))
& organic_molecule_1(fn_cellular_work_utilizing_atp_26(X))
& nucleoside_1(fn_cellular_work_utilizing_atp_26(X))
& hydrogen_1(fn_cellular_work_utilizing_atp_27(X))
& covalent_bond_1(fn_cellular_work_utilizing_atp_28(X))
& chemical_bond_1(fn_cellular_work_utilizing_atp_28(X))
& single_bond_1(fn_cellular_work_utilizing_atp_28(X))
& functional_group_1(fn_cellular_work_utilizing_atp_29(X))
& phosphate_group_1(fn_cellular_work_utilizing_atp_29(X))
& functional_group_1(fn_cellular_work_utilizing_atp_30(X))
& phosphate_group_1(fn_cellular_work_utilizing_atp_30(X))
& functional_group_1(fn_cellular_work_utilizing_atp_31(X))
& phosphate_group_1(fn_cellular_work_utilizing_atp_31(X))
& number_5_prime_region_1(fn_cellular_work_utilizing_atp_32(X))
& aldehyde_1(fn_cellular_work_utilizing_atp_33(X))
& aldose_1(fn_cellular_work_utilizing_atp_33(X))
& spatial_entity_1(fn_cellular_work_utilizing_atp_33(X))
& molecule_1(fn_cellular_work_utilizing_atp_33(X))
& organic_molecule_1(fn_cellular_work_utilizing_atp_33(X))
& pentose_1(fn_cellular_work_utilizing_atp_33(X))
& ribose_1(fn_cellular_work_utilizing_atp_33(X))
& carbon_skeleton_1(fn_cellular_work_utilizing_atp_34(X))
& tangible_entity_1(fn_cellular_work_utilizing_atp_35(X))
& entity_1(fn_cellular_work_utilizing_atp_35(X))
& chemical_entity_1(fn_cellular_work_utilizing_atp_35(X))
& atom_1(fn_cellular_work_utilizing_atp_35(X))
& carbon_1(fn_cellular_work_utilizing_atp_35(X))
& oxygen_1(fn_cellular_work_utilizing_atp_36(X))
& entity_1(fn_cellular_work_utilizing_atp_36(X))
& chemical_entity_1(fn_cellular_work_utilizing_atp_36(X))
& atom_1(fn_cellular_work_utilizing_atp_36(X))
& constant_motion_1(fn_cellular_work_utilizing_atp_37(X))
& speed_value_1(fn_cellular_work_utilizing_atp_38(X))
& quantity_value_1(fn_cellular_work_utilizing_atp_39(X))
& chemical_entity_1(fn_cellular_work_utilizing_atp_40(X))
& molecule_1(fn_cellular_work_utilizing_atp_40(X))
& nucleoside_diphosphate_1(fn_cellular_work_utilizing_atp_40(X))
& ribonucleotide_1(fn_cellular_work_utilizing_atp_40(X))
& adp_1(fn_cellular_work_utilizing_atp_40(X))
& tangible_entity_1(fn_cellular_work_utilizing_atp_41(X))
& molecule_1(fn_cellular_work_utilizing_atp_41(X))
& chemical_entity_1(fn_cellular_work_utilizing_atp_41(X))
& organic_molecule_1(fn_cellular_work_utilizing_atp_41(X))
& ribonucleotide_1(fn_cellular_work_utilizing_atp_41(X))
& nucleoside_triphosphate_1(fn_cellular_work_utilizing_atp_41(X))
& atp_1(fn_cellular_work_utilizing_atp_41(X))
& catabolism_1(fn_cellular_work_utilizing_atp_42(X))
& tangible_entity_1(fn_cellular_work_utilizing_atp_43(X))
& thermal_energy_1(fn_cellular_work_utilizing_atp_43(X))
& release_1(fn_cellular_work_utilizing_atp_44(X))
& energy_1(fn_cellular_work_utilizing_atp_45(X))
& entity_1(fn_cellular_work_utilizing_atp_45(X))
& chemical_energy_1(fn_cellular_work_utilizing_atp_45(X))
& consume_1(fn_cellular_work_utilizing_atp_46(X))
& chemical_bond_1(fn_cellular_work_utilizing_atp_47(X))
& double_bond_1(fn_cellular_work_utilizing_atp_47(X))
& covalent_bond_1(fn_cellular_work_utilizing_atp_47(X))
& container_1(fn_cellular_work_utilizing_atp_48(X))
& container_1(fn_release_3(fn_cellular_work_utilizing_atp_44(X)))
& cellular_work_utilizing_atp_1(fn_catabolism_6(fn_cellular_work_utilizing_atp_42(X)))
& property_node_1(fn_atp_23(fn_cellular_work_utilizing_atp_41(X)))
& property_node_1(fn_atp_22(fn_cellular_work_utilizing_atp_41(X)))
& quantity_value_1(fn_atp_66(fn_cellular_work_utilizing_atp_41(X)))
& speed_value_1(fn_atp_67(fn_cellular_work_utilizing_atp_41(X)))
& constant_motion_1(fn_atp_68(fn_cellular_work_utilizing_atp_41(X)))
& property_node_1(fn_dephosphorylation_of_atp_81(fn_cellular_work_utilizing_atp_8(X)))
& constant_motion_1(fn_dephosphorylation_of_atp_79(fn_cellular_work_utilizing_atp_8(X)))
& property_node_1(fn_dephosphorylation_of_atp_82(fn_cellular_work_utilizing_atp_8(X)))
& speed_value_1(fn_dephosphorylation_of_atp_78(fn_cellular_work_utilizing_atp_8(X)))
& quantity_value_1(fn_dephosphorylation_of_atp_77(fn_cellular_work_utilizing_atp_8(X)))
& kinetic_energy_1(fn_dephosphorylation_of_atp_80(fn_cellular_work_utilizing_atp_8(X)))
& chemical_energy_1(fn_dephosphorylation_of_atp_70(fn_cellular_work_utilizing_atp_8(X)))
& chemical_bond_1(fn_dephosphorylation_of_atp_68(fn_cellular_work_utilizing_atp_8(X)))
& polar_covalent_bond_1(fn_dephosphorylation_of_atp_68(fn_cellular_work_utilizing_atp_8(X)))
& entity_1(fn_dephosphorylation_of_atp_49(fn_cellular_work_utilizing_atp_8(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_49(fn_cellular_work_utilizing_atp_8(X)))
& atom_1(fn_dephosphorylation_of_atp_49(fn_cellular_work_utilizing_atp_8(X)))
& oxygen_1(fn_dephosphorylation_of_atp_49(fn_cellular_work_utilizing_atp_8(X)))
& hydroxyl_group_1(fn_dephosphorylation_of_atp_69(fn_cellular_work_utilizing_atp_8(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_74(fn_cellular_work_utilizing_atp_8(X)))
& molecule_1(fn_dephosphorylation_of_atp_74(fn_cellular_work_utilizing_atp_8(X)))
& nucleoside_diphosphate_1(fn_dephosphorylation_of_atp_74(fn_cellular_work_utilizing_atp_8(X)))
& ribonucleotide_1(fn_dephosphorylation_of_atp_74(fn_cellular_work_utilizing_atp_8(X)))
& adp_1(fn_dephosphorylation_of_atp_74(fn_cellular_work_utilizing_atp_8(X)))
& chemical_energy_1(fn_dephosphorylation_of_atp_73(fn_cellular_work_utilizing_atp_8(X)))
& entity_1(fn_dephosphorylation_of_atp_45(fn_cellular_work_utilizing_atp_8(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_45(fn_cellular_work_utilizing_atp_8(X)))
& atom_1(fn_dephosphorylation_of_atp_45(fn_cellular_work_utilizing_atp_8(X)))
& oxygen_1(fn_dephosphorylation_of_atp_45(fn_cellular_work_utilizing_atp_8(X)))
& tangible_entity_1(fn_release_1(fn_cellular_work_utilizing_atp_44(X)))
& hydrogen_1(fn_hydrolysis_3(fn_cellular_work_utilizing_atp_8(X)))
& hydrogen_1(fn_dephosphorylation_of_atp_48(fn_cellular_work_utilizing_atp_8(X)))
& chemical_energy_1(fn_dephosphorylation_of_atp_50(fn_cellular_work_utilizing_atp_8(X)))
& number_5_prime_region_1(fn_atp_25(fn_cellular_work_utilizing_atp_41(X)))
& number_5_prime_region_1(fn_dephosphorylation_of_atp_56(fn_cellular_work_utilizing_atp_8(X)))
& ribose_1(fn_ribonucleotide_10(fn_cellular_work_utilizing_atp_41(X)))
& aldehyde_1(fn_atp_50(fn_cellular_work_utilizing_atp_41(X)))
& aldose_1(fn_atp_50(fn_cellular_work_utilizing_atp_41(X)))
& spatial_entity_1(fn_atp_50(fn_cellular_work_utilizing_atp_41(X)))
& molecule_1(fn_atp_50(fn_cellular_work_utilizing_atp_41(X)))
& organic_molecule_1(fn_atp_50(fn_cellular_work_utilizing_atp_41(X)))
& pentose_1(fn_atp_50(fn_cellular_work_utilizing_atp_41(X)))
& ribose_1(fn_atp_50(fn_cellular_work_utilizing_atp_41(X)))
& aldehyde_1(fn_dephosphorylation_of_atp_55(fn_cellular_work_utilizing_atp_8(X)))
& aldose_1(fn_dephosphorylation_of_atp_55(fn_cellular_work_utilizing_atp_8(X)))
& spatial_entity_1(fn_dephosphorylation_of_atp_55(fn_cellular_work_utilizing_atp_8(X)))
& molecule_1(fn_dephosphorylation_of_atp_55(fn_cellular_work_utilizing_atp_8(X)))
& organic_molecule_1(fn_dephosphorylation_of_atp_55(fn_cellular_work_utilizing_atp_8(X)))
& pentose_1(fn_dephosphorylation_of_atp_55(fn_cellular_work_utilizing_atp_8(X)))
& ribose_1(fn_dephosphorylation_of_atp_55(fn_cellular_work_utilizing_atp_8(X)))
& nucleoside_1(fn_ribonucleotide_9(fn_cellular_work_utilizing_atp_41(X)))
& organic_molecule_1(fn_dephosphorylation_of_atp_62(fn_cellular_work_utilizing_atp_8(X)))
& nucleoside_1(fn_dephosphorylation_of_atp_62(fn_cellular_work_utilizing_atp_8(X)))
& single_bond_1(fn_nucleoside_triphosphate_35(fn_cellular_work_utilizing_atp_41(X)))
& covalent_bond_1(fn_atp_30(fn_cellular_work_utilizing_atp_41(X)))
& chemical_bond_1(fn_atp_30(fn_cellular_work_utilizing_atp_41(X)))
& single_bond_1(fn_atp_30(fn_cellular_work_utilizing_atp_41(X)))
& covalent_bond_1(fn_dephosphorylation_of_atp_66(fn_cellular_work_utilizing_atp_8(X)))
& chemical_bond_1(fn_dephosphorylation_of_atp_66(fn_cellular_work_utilizing_atp_8(X)))
& single_bond_1(fn_dephosphorylation_of_atp_66(fn_cellular_work_utilizing_atp_8(X)))
& oxygen_1(fn_dephosphorylation_4(fn_cellular_work_utilizing_atp_8(X)))
& entity_1(fn_dephosphorylation_4(fn_cellular_work_utilizing_atp_8(X)))
& chemical_entity_1(fn_dephosphorylation_4(fn_cellular_work_utilizing_atp_8(X)))
& atom_1(fn_dephosphorylation_4(fn_cellular_work_utilizing_atp_8(X)))
& hydrogen_1(fn_atp_7(fn_cellular_work_utilizing_atp_41(X)))
& hydrogen_1(fn_dephosphorylation_of_atp_61(fn_cellular_work_utilizing_atp_8(X)))
& carbon_skeleton_1(fn_atp_31(fn_cellular_work_utilizing_atp_41(X)))
& carbon_skeleton_1(fn_nucleoside_triphosphate_30(fn_cellular_work_utilizing_atp_41(X)))
& carbon_skeleton_1(fn_dephosphorylation_of_atp_59(fn_cellular_work_utilizing_atp_8(X)))
& carbon_1(fn_nucleoside_triphosphate_31(fn_cellular_work_utilizing_atp_41(X)))
& tangible_entity_1(fn_atp_39(fn_cellular_work_utilizing_atp_41(X)))
& entity_1(fn_atp_39(fn_cellular_work_utilizing_atp_41(X)))
& chemical_entity_1(fn_atp_39(fn_cellular_work_utilizing_atp_41(X)))
& atom_1(fn_atp_39(fn_cellular_work_utilizing_atp_41(X)))
& carbon_1(fn_atp_39(fn_cellular_work_utilizing_atp_41(X)))
& tangible_entity_1(fn_dephosphorylation_of_atp_65(fn_cellular_work_utilizing_atp_8(X)))
& entity_1(fn_dephosphorylation_of_atp_65(fn_cellular_work_utilizing_atp_8(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_65(fn_cellular_work_utilizing_atp_8(X)))
& atom_1(fn_dephosphorylation_of_atp_65(fn_cellular_work_utilizing_atp_8(X)))
& carbon_1(fn_dephosphorylation_of_atp_65(fn_cellular_work_utilizing_atp_8(X)))
& entity_1(fn_ribonucleotide_16(fn_cellular_work_utilizing_atp_41(X)))
& chemical_entity_1(fn_ribonucleotide_16(fn_cellular_work_utilizing_atp_41(X)))
& atom_1(fn_ribonucleotide_16(fn_cellular_work_utilizing_atp_41(X)))
& oxygen_1(fn_ribonucleotide_16(fn_cellular_work_utilizing_atp_41(X)))
& oxygen_1(fn_ribonucleotide_8(fn_cellular_work_utilizing_atp_41(X)))
& entity_1(fn_ribonucleotide_8(fn_cellular_work_utilizing_atp_41(X)))
& chemical_entity_1(fn_ribonucleotide_8(fn_cellular_work_utilizing_atp_41(X)))
& atom_1(fn_ribonucleotide_8(fn_cellular_work_utilizing_atp_41(X)))
& entity_1(fn_nucleoside_triphosphate_29(fn_cellular_work_utilizing_atp_41(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_29(fn_cellular_work_utilizing_atp_41(X)))
& atom_1(fn_nucleoside_triphosphate_29(fn_cellular_work_utilizing_atp_41(X)))
& oxygen_1(fn_nucleoside_triphosphate_29(fn_cellular_work_utilizing_atp_41(X)))
& oxygen_1(fn_nucleoside_triphosphate_32(fn_cellular_work_utilizing_atp_41(X)))
& entity_1(fn_nucleoside_triphosphate_32(fn_cellular_work_utilizing_atp_41(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_32(fn_cellular_work_utilizing_atp_41(X)))
& atom_1(fn_nucleoside_triphosphate_32(fn_cellular_work_utilizing_atp_41(X)))
& oxygen_1(fn_atp_37(fn_cellular_work_utilizing_atp_41(X)))
& entity_1(fn_atp_37(fn_cellular_work_utilizing_atp_41(X)))
& chemical_entity_1(fn_atp_37(fn_cellular_work_utilizing_atp_41(X)))
& atom_1(fn_atp_37(fn_cellular_work_utilizing_atp_41(X)))
& oxygen_1(fn_atp_35(fn_cellular_work_utilizing_atp_41(X)))
& entity_1(fn_atp_35(fn_cellular_work_utilizing_atp_41(X)))
& chemical_entity_1(fn_atp_35(fn_cellular_work_utilizing_atp_41(X)))
& atom_1(fn_atp_35(fn_cellular_work_utilizing_atp_41(X)))
& entity_1(fn_dephosphorylation_6(fn_cellular_work_utilizing_atp_8(X)))
& chemical_entity_1(fn_dephosphorylation_6(fn_cellular_work_utilizing_atp_8(X)))
& atom_1(fn_dephosphorylation_6(fn_cellular_work_utilizing_atp_8(X)))
& oxygen_1(fn_dephosphorylation_6(fn_cellular_work_utilizing_atp_8(X)))
& oxygen_1(fn_dephosphorylation_of_atp_75(fn_cellular_work_utilizing_atp_8(X)))
& entity_1(fn_dephosphorylation_of_atp_75(fn_cellular_work_utilizing_atp_8(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_75(fn_cellular_work_utilizing_atp_8(X)))
& atom_1(fn_dephosphorylation_of_atp_75(fn_cellular_work_utilizing_atp_8(X)))
& oxygen_1(fn_dephosphorylation_of_atp_63(fn_cellular_work_utilizing_atp_8(X)))
& entity_1(fn_dephosphorylation_of_atp_63(fn_cellular_work_utilizing_atp_8(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_63(fn_cellular_work_utilizing_atp_8(X)))
& atom_1(fn_dephosphorylation_of_atp_63(fn_cellular_work_utilizing_atp_8(X)))
& chemical_bond_1(fn_nucleoside_triphosphate_28(fn_cellular_work_utilizing_atp_41(X)))
& double_bond_1(fn_nucleoside_triphosphate_28(fn_cellular_work_utilizing_atp_41(X)))
& covalent_bond_1(fn_nucleoside_triphosphate_28(fn_cellular_work_utilizing_atp_41(X)))
& chemical_bond_1(fn_atp_29(fn_cellular_work_utilizing_atp_41(X)))
& double_bond_1(fn_atp_29(fn_cellular_work_utilizing_atp_41(X)))
& covalent_bond_1(fn_atp_29(fn_cellular_work_utilizing_atp_41(X)))
& chemical_bond_1(fn_dephosphorylation_of_atp_67(fn_cellular_work_utilizing_atp_8(X)))
& double_bond_1(fn_dephosphorylation_of_atp_67(fn_cellular_work_utilizing_atp_8(X)))
& covalent_bond_1(fn_dephosphorylation_of_atp_67(fn_cellular_work_utilizing_atp_8(X)))
& functional_group_1(fn_ribonucleotide_14(fn_cellular_work_utilizing_atp_41(X)))
& phosphate_group_1(fn_ribonucleotide_14(fn_cellular_work_utilizing_atp_41(X)))
& functional_group_1(fn_dephosphorylation_of_atp_60(fn_cellular_work_utilizing_atp_8(X)))
& phosphate_group_1(fn_dephosphorylation_of_atp_60(fn_cellular_work_utilizing_atp_8(X)))
& phosphate_group_1(fn_nucleoside_triphosphate_27(fn_cellular_work_utilizing_atp_41(X)))
& functional_group_1(fn_atp_34(fn_cellular_work_utilizing_atp_41(X)))
& phosphate_group_1(fn_atp_34(fn_cellular_work_utilizing_atp_41(X)))
& functional_group_1(fn_atp_33(fn_cellular_work_utilizing_atp_41(X)))
& phosphate_group_1(fn_atp_33(fn_cellular_work_utilizing_atp_41(X)))
& functional_group_1(fn_atp_32(fn_cellular_work_utilizing_atp_41(X)))
& phosphate_group_1(fn_atp_32(fn_cellular_work_utilizing_atp_41(X)))
& functional_group_1(fn_dephosphorylation_of_atp_58(fn_cellular_work_utilizing_atp_8(X)))
& phosphate_group_1(fn_dephosphorylation_of_atp_58(fn_cellular_work_utilizing_atp_8(X)))
& functional_group_1(fn_dephosphorylation_of_atp_57(fn_cellular_work_utilizing_atp_8(X)))
& phosphate_group_1(fn_dephosphorylation_of_atp_57(fn_cellular_work_utilizing_atp_8(X)))
& atom_1(fn_ribonucleotide_17(fn_cellular_work_utilizing_atp_41(X)))
& phosphorus_1(fn_ribonucleotide_17(fn_cellular_work_utilizing_atp_41(X)))
& tangible_entity_1(fn_nucleoside_triphosphate_33(fn_cellular_work_utilizing_atp_41(X)))
& entity_1(fn_nucleoside_triphosphate_33(fn_cellular_work_utilizing_atp_41(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_33(fn_cellular_work_utilizing_atp_41(X)))
& atom_1(fn_nucleoside_triphosphate_33(fn_cellular_work_utilizing_atp_41(X)))
& phosphorus_1(fn_nucleoside_triphosphate_33(fn_cellular_work_utilizing_atp_41(X)))
& tangible_entity_1(fn_atp_36(fn_cellular_work_utilizing_atp_41(X)))
& entity_1(fn_atp_36(fn_cellular_work_utilizing_atp_41(X)))
& chemical_entity_1(fn_atp_36(fn_cellular_work_utilizing_atp_41(X)))
& atom_1(fn_atp_36(fn_cellular_work_utilizing_atp_41(X)))
& phosphorus_1(fn_atp_36(fn_cellular_work_utilizing_atp_41(X)))
& phosphorus_1(fn_dephosphorylation_5(fn_cellular_work_utilizing_atp_8(X)))
& tangible_entity_1(fn_dephosphorylation_of_atp_64(fn_cellular_work_utilizing_atp_8(X)))
& entity_1(fn_dephosphorylation_of_atp_64(fn_cellular_work_utilizing_atp_8(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_64(fn_cellular_work_utilizing_atp_8(X)))
& atom_1(fn_dephosphorylation_of_atp_64(fn_cellular_work_utilizing_atp_8(X)))
& phosphorus_1(fn_dephosphorylation_of_atp_64(fn_cellular_work_utilizing_atp_8(X)))
& molecule_1(fn_catabolism_2(fn_cellular_work_utilizing_atp_42(X)))
& tangible_entity_1(fn_release_2(fn_cellular_work_utilizing_atp_44(X)))
& atp_1(fn_catabolism_7(fn_cellular_work_utilizing_atp_42(X)))
& molecule_1(fn_dephosphorylation_11(fn_cellular_work_utilizing_atp_8(X)))
& chemical_entity_1(fn_dephosphorylation_11(fn_cellular_work_utilizing_atp_8(X)))
& organic_molecule_1(fn_dephosphorylation_11(fn_cellular_work_utilizing_atp_8(X)))
& molecule_1(fn_dephosphorylation_of_atp_53(fn_cellular_work_utilizing_atp_8(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_53(fn_cellular_work_utilizing_atp_8(X)))
& organic_molecule_1(fn_dephosphorylation_of_atp_53(fn_cellular_work_utilizing_atp_8(X)))
& ribonucleotide_1(fn_dephosphorylation_of_atp_53(fn_cellular_work_utilizing_atp_8(X)))
& nucleoside_triphosphate_1(fn_dephosphorylation_of_atp_53(fn_cellular_work_utilizing_atp_8(X)))
& atp_1(fn_dephosphorylation_of_atp_53(fn_cellular_work_utilizing_atp_8(X)))
& tangible_entity_1(fn_hydrolysis_8(fn_cellular_work_utilizing_atp_8(X)))
& entity_1(fn_hydrolysis_8(fn_cellular_work_utilizing_atp_8(X)))
& chemical_entity_1(fn_hydrolysis_8(fn_cellular_work_utilizing_atp_8(X)))
& atom_1(fn_hydrolysis_8(fn_cellular_work_utilizing_atp_8(X)))
& hydrogen_1(fn_hydrolysis_8(fn_cellular_work_utilizing_atp_8(X)))
& tangible_entity_1(fn_dephosphorylation_of_atp_46(fn_cellular_work_utilizing_atp_8(X)))
& entity_1(fn_dephosphorylation_of_atp_46(fn_cellular_work_utilizing_atp_8(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_46(fn_cellular_work_utilizing_atp_8(X)))
& atom_1(fn_dephosphorylation_of_atp_46(fn_cellular_work_utilizing_atp_8(X)))
& hydrogen_1(fn_dephosphorylation_of_atp_46(fn_cellular_work_utilizing_atp_8(X)))
& water_molecule_1(fn_dephosphorylation_of_atp_2(fn_cellular_work_utilizing_atp_8(X)))
& water_molecule_1(fn_hydrolysis_10(fn_cellular_work_utilizing_atp_8(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_51(fn_cellular_work_utilizing_atp_8(X)))
& hydrophilic_compound_1(fn_dephosphorylation_of_atp_51(fn_cellular_work_utilizing_atp_8(X)))
& molecule_1(fn_dephosphorylation_of_atp_51(fn_cellular_work_utilizing_atp_8(X)))
& water_molecule_1(fn_dephosphorylation_of_atp_51(fn_cellular_work_utilizing_atp_8(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_cellular_work_utilizing_atp_8(X)))
& anion_1(fn_dephosphorylation_10(fn_cellular_work_utilizing_atp_8(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_cellular_work_utilizing_atp_8(X)))
& inorganic_phosphate_1(fn_dephosphorylation_of_atp_76(fn_cellular_work_utilizing_atp_8(X)))
& time_during_2(fn_cellular_work_utilizing_atp_46(X),fn_cellular_work_utilizing_atp_1(X))
& time_during_2(fn_cellular_work_utilizing_atp_44(X),fn_cellular_work_utilizing_atp_2(X))
& quantity_2(fn_cellular_work_utilizing_atp_43(X),fn_cellular_work_utilizing_atp_39(X))
& by_means_of_2(X,fn_cellular_work_utilizing_atp_8(X))
& result_2(X,fn_cellular_work_utilizing_atp_7(X))
& result_2(X,fn_cellular_work_utilizing_atp_40(X))
& time_before_2(fn_cellular_work_utilizing_atp_1(X),fn_cellular_work_utilizing_atp_2(X))
& plays_2(fn_cellular_work_utilizing_atp_41(X),fn_cellular_work_utilizing_atp_48(X))
& base_2(fn_cellular_work_utilizing_atp_44(X),fn_cellular_work_utilizing_atp_41(X))
& in_event_2(fn_cellular_work_utilizing_atp_48(X),fn_cellular_work_utilizing_atp_44(X))
& result_2(fn_cellular_work_utilizing_atp_42(X),fn_cellular_work_utilizing_atp_41(X))
& raw_material_2(X,fn_cellular_work_utilizing_atp_41(X))
& has_part_2(fn_cellular_work_utilizing_atp_7(X),fn_cellular_work_utilizing_atp_23(X))
& fn_cellular_work_utilizing_atp_36(X) != fn_cellular_work_utilizing_atp_25(X)
& fn_cellular_work_utilizing_atp_25(X) != fn_cellular_work_utilizing_atp_36(X)
& object_2(fn_cellular_work_utilizing_atp_37(X),fn_cellular_work_utilizing_atp_41(X))
& speed_2(fn_cellular_work_utilizing_atp_37(X),fn_cellular_work_utilizing_atp_38(X))
& directly_proportional_2(fn_cellular_work_utilizing_atp_38(X),fn_cellular_work_utilizing_atp_39(X))
& object_2(fn_cellular_work_utilizing_atp_44(X),fn_cellular_work_utilizing_atp_43(X))
& raw_material_2(X,fn_cellular_work_utilizing_atp_45(X))
& object_2(fn_cellular_work_utilizing_atp_46(X),fn_cellular_work_utilizing_atp_45(X))
& next_event_2(fn_cellular_work_utilizing_atp_46(X),fn_cellular_work_utilizing_atp_44(X))
& subevent_2(X,fn_cellular_work_utilizing_atp_44(X))
& subevent_2(X,fn_cellular_work_utilizing_atp_46(X))
& has_part_2(fn_cellular_work_utilizing_atp_41(X),fn_cellular_work_utilizing_atp_27(X))
& has_part_2(fn_cellular_work_utilizing_atp_41(X),fn_cellular_work_utilizing_atp_35(X))
& has_state_2(fn_cellular_work_utilizing_atp_24(X),fn_cellular_work_utilizing_atp_23(X))
& has_region_2(fn_cellular_work_utilizing_atp_41(X),fn_cellular_work_utilizing_atp_29(X))
& has_region_2(fn_cellular_work_utilizing_atp_41(X),fn_cellular_work_utilizing_atp_30(X))
& is_inside_2(fn_cellular_work_utilizing_atp_29(X),fn_cellular_work_utilizing_atp_32(X))
& called_2(fn_cellular_work_utilizing_atp_29(X),'Terminal PO4 Group')
& possesses_2(fn_cellular_work_utilizing_atp_41(X),fn_cellular_work_utilizing_atp_47(X))
& possesses_2(fn_cellular_work_utilizing_atp_47(X),fn_cellular_work_utilizing_atp_45(X))
& raw_material_2(fn_cellular_work_utilizing_atp_8(X),fn_cellular_work_utilizing_atp_41(X))
& raw_material_2(fn_cellular_work_utilizing_atp_8(X),fn_cellular_work_utilizing_atp_10(X))
& is_between_2(fn_cellular_work_utilizing_atp_28(X),fn_cellular_work_utilizing_atp_13(X))
& possesses_2(fn_cellular_work_utilizing_atp_41(X),fn_cellular_work_utilizing_atp_28(X))
& has_part_2(fn_cellular_work_utilizing_atp_41(X),fn_cellular_work_utilizing_atp_26(X))
& has_part_2(fn_cellular_work_utilizing_atp_26(X),fn_cellular_work_utilizing_atp_33(X))
& has_region_2(fn_cellular_work_utilizing_atp_33(X),fn_cellular_work_utilizing_atp_32(X))
& has_part_2(fn_cellular_work_utilizing_atp_41(X),fn_cellular_work_utilizing_atp_36(X))
& fn_cellular_work_utilizing_atp_35(X) != fn_cellular_work_utilizing_atp_36(X)
& has_state_2(fn_cellular_work_utilizing_atp_35(X),fn_cellular_work_utilizing_atp_40(X))
& fn_cellular_work_utilizing_atp_36(X) != fn_cellular_work_utilizing_atp_35(X)
& has_state_2(fn_cellular_work_utilizing_atp_13(X),fn_cellular_work_utilizing_atp_40(X))
& has_region_2(fn_cellular_work_utilizing_atp_41(X),fn_cellular_work_utilizing_atp_31(X))
& is_inside_2(fn_cellular_work_utilizing_atp_36(X),fn_cellular_work_utilizing_atp_31(X))
& is_between_2(fn_cellular_work_utilizing_atp_28(X),fn_cellular_work_utilizing_atp_36(X))
& is_between_2(fn_cellular_work_utilizing_atp_28(X),fn_cellular_work_utilizing_atp_25(X))
& has_part_2(fn_cellular_work_utilizing_atp_41(X),fn_cellular_work_utilizing_atp_25(X))
& fn_cellular_work_utilizing_atp_13(X) != fn_cellular_work_utilizing_atp_40(X)
& fn_cellular_work_utilizing_atp_13(X) != fn_cellular_work_utilizing_atp_36(X)
& is_inside_2(fn_cellular_work_utilizing_atp_36(X),fn_cellular_work_utilizing_atp_30(X))
& is_inside_2(fn_cellular_work_utilizing_atp_25(X),fn_cellular_work_utilizing_atp_30(X))
& is_inside_2(fn_cellular_work_utilizing_atp_25(X),fn_cellular_work_utilizing_atp_29(X))
& fn_cellular_work_utilizing_atp_40(X) != fn_cellular_work_utilizing_atp_13(X)
& fn_cellular_work_utilizing_atp_36(X) != fn_cellular_work_utilizing_atp_13(X)
& has_region_2(fn_cellular_work_utilizing_atp_41(X),fn_cellular_work_utilizing_atp_34(X))
& is_inside_2(fn_cellular_work_utilizing_atp_35(X),fn_cellular_work_utilizing_atp_34(X))
& fn_cellular_work_utilizing_atp_35(X) != fn_cellular_work_utilizing_atp_40(X)
& fn_cellular_work_utilizing_atp_27(X) != fn_cellular_work_utilizing_atp_35(X)
& fn_cellular_work_utilizing_atp_35(X) != fn_cellular_work_utilizing_atp_27(X)
& fn_cellular_work_utilizing_atp_40(X) != fn_cellular_work_utilizing_atp_35(X)
& is_inside_2(fn_cellular_work_utilizing_atp_13(X),fn_cellular_work_utilizing_atp_31(X))
& is_inside_2(fn_cellular_work_utilizing_atp_25(X),fn_cellular_work_utilizing_atp_31(X))
& fn_cellular_work_utilizing_atp_25(X) != fn_cellular_work_utilizing_atp_35(X)
& fn_cellular_work_utilizing_atp_30(X) != fn_cellular_work_utilizing_atp_31(X)
& fn_cellular_work_utilizing_atp_31(X) != fn_cellular_work_utilizing_atp_30(X)
& fn_cellular_work_utilizing_atp_35(X) != fn_cellular_work_utilizing_atp_25(X)
& is_between_2(fn_cellular_work_utilizing_atp_47(X),fn_cellular_work_utilizing_atp_13(X))
& is_between_2(fn_cellular_work_utilizing_atp_47(X),fn_cellular_work_utilizing_atp_25(X))
& fn_cellular_work_utilizing_atp_25(X) != fn_cellular_work_utilizing_atp_13(X)
& is_inside_2(fn_cellular_work_utilizing_atp_13(X),fn_cellular_work_utilizing_atp_29(X))
& fn_cellular_work_utilizing_atp_29(X) != fn_cellular_work_utilizing_atp_31(X)
& fn_cellular_work_utilizing_atp_13(X) != fn_cellular_work_utilizing_atp_25(X)
& fn_cellular_work_utilizing_atp_31(X) != fn_cellular_work_utilizing_atp_29(X)
& possesses_2(fn_cellular_work_utilizing_atp_10(X),fn_cellular_work_utilizing_atp_22(X))
& possesses_2(fn_cellular_work_utilizing_atp_41(X),fn_cellular_work_utilizing_atp_22(X))
& has_part_2(fn_cellular_work_utilizing_atp_41(X),fn_cellular_work_utilizing_atp_13(X))
& is_inside_2(fn_cellular_work_utilizing_atp_13(X),fn_cellular_work_utilizing_atp_30(X))
& fn_cellular_work_utilizing_atp_30(X) != fn_cellular_work_utilizing_atp_29(X)
& fn_cellular_work_utilizing_atp_29(X) != fn_cellular_work_utilizing_atp_30(X)
& has_part_2(fn_cellular_work_utilizing_atp_10(X),fn_cellular_work_utilizing_atp_21(X))
& fn_cellular_work_utilizing_atp_10(X) != fn_cellular_work_utilizing_atp_41(X)
& fn_cellular_work_utilizing_atp_41(X) != fn_cellular_work_utilizing_atp_10(X)
& result_2(fn_cellular_work_utilizing_atp_8(X),fn_cellular_work_utilizing_atp_40(X))
& raw_material_2(fn_cellular_work_utilizing_atp_8(X),fn_cellular_work_utilizing_atp_9(X))
& has_part_2(fn_cellular_work_utilizing_atp_9(X),fn_cellular_work_utilizing_atp_24(X))
& fn_cellular_work_utilizing_atp_10(X) != fn_cellular_work_utilizing_atp_9(X)
& fn_cellular_work_utilizing_atp_9(X) != fn_cellular_work_utilizing_atp_10(X)
& result_2(fn_cellular_work_utilizing_atp_8(X),fn_cellular_work_utilizing_atp_7(X))
& fn_cellular_work_utilizing_atp_7(X) != fn_cellular_work_utilizing_atp_21(X)
& has_state_2(fn_cellular_work_utilizing_atp_21(X),fn_cellular_work_utilizing_atp_7(X))
& possesses_2(fn_cellular_work_utilizing_atp_7(X),fn_cellular_work_utilizing_atp_14(X))
& possesses_2(fn_cellular_work_utilizing_atp_40(X),fn_cellular_work_utilizing_atp_14(X))
& fn_cellular_work_utilizing_atp_21(X) != fn_cellular_work_utilizing_atp_7(X)
& fn_cellular_work_utilizing_atp_41(X) = fn_release_2(fn_cellular_work_utilizing_atp_44(X))
& fn_cellular_work_utilizing_atp_48(X) = fn_release_3(fn_cellular_work_utilizing_atp_44(X))
& X = fn_catabolism_6(fn_cellular_work_utilizing_atp_42(X))
& fn_cellular_work_utilizing_atp_41(X) = fn_catabolism_2(fn_cellular_work_utilizing_atp_42(X))
& fn_cellular_work_utilizing_atp_41(X) = fn_catabolism_7(fn_cellular_work_utilizing_atp_42(X))
& fn_cellular_work_utilizing_atp_5(X) = fn_atp_23(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_6(X) = fn_atp_22(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_39(X) = fn_atp_66(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_38(X) = fn_atp_67(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_37(X) = fn_atp_68(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_43(X) = fn_release_1(fn_cellular_work_utilizing_atp_44(X))
& fn_cellular_work_utilizing_atp_43(X) = fn_cellular_work_13(X)
& fn_cellular_work_utilizing_atp_44(X) = fn_cellular_work_12(X)
& fn_cellular_work_utilizing_atp_46(X) = fn_cellular_work_11(X)
& fn_cellular_work_utilizing_atp_23(X) = fn_hydrolysis_3(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_23(X) = fn_dephosphorylation_of_atp_48(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_29(X) = fn_ribonucleotide_14(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_29(X) = fn_dephosphorylation_of_atp_57(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_3(X) = fn_dephosphorylation_of_atp_81(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_30(X) = fn_dephosphorylation_of_atp_58(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_45(X) = fn_cellular_work_15(X)
& fn_cellular_work_utilizing_atp_45(X) = fn_dephosphorylation_of_atp_50(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_41(X) = fn_cellular_work_10(X)
& fn_cellular_work_utilizing_atp_47(X) = fn_cellular_work_16(X)
& fn_cellular_work_utilizing_atp_18(X) = fn_dephosphorylation_of_atp_79(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_33(X) = fn_atp_50(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_32(X) = fn_atp_25(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_32(X) = fn_dephosphorylation_of_atp_56(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_33(X) = fn_ribonucleotide_10(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_33(X) = fn_dephosphorylation_of_atp_55(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_26(X) = fn_ribonucleotide_9(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_26(X) = fn_dephosphorylation_of_atp_62(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_4(X) = fn_dephosphorylation_of_atp_82(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_19(X) = fn_dephosphorylation_of_atp_78(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_20(X) = fn_dephosphorylation_of_atp_77(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_15(X) = fn_dephosphorylation_of_atp_80(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_28(X) = fn_atp_30(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_28(X) = fn_nucleoside_triphosphate_35(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_28(X) = fn_dephosphorylation_of_atp_66(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_25(X) = fn_dephosphorylation_of_atp_75(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_36(X) = fn_ribonucleotide_8(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_36(X) = fn_nucleoside_triphosphate_32(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_36(X) = fn_nucleoside_triphosphate_29(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_36(X) = fn_atp_37(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_36(X) = fn_atp_35(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_36(X) = fn_dephosphorylation_4(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_36(X) = fn_dephosphorylation_of_atp_63(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_27(X) = fn_atp_7(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_27(X) = fn_dephosphorylation_of_atp_61(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_34(X) = fn_atp_31(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_34(X) = fn_nucleoside_triphosphate_30(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_34(X) = fn_dephosphorylation_of_atp_59(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_35(X) = fn_nucleoside_triphosphate_31(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_35(X) = fn_atp_39(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_35(X) = fn_dephosphorylation_of_atp_65(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_25(X) = fn_ribonucleotide_16(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_31(X) = fn_ribonucleotide_14(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_31(X) = fn_atp_34(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_31(X) = fn_dephosphorylation_of_atp_58(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_31(X) = fn_dephosphorylation_of_atp_60(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_31(X) = fn_atp_33(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_31(X) = fn_dephosphorylation_of_atp_57(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_29(X) = fn_dephosphorylation_of_atp_58(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_25(X) = fn_ribonucleotide_8(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_13(X) = fn_ribonucleotide_17(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_25(X) = fn_nucleoside_triphosphate_29(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_25(X) = fn_nucleoside_triphosphate_32(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_25(X) = fn_atp_37(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_25(X) = fn_atp_35(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_25(X) = fn_dephosphorylation_6(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_25(X) = fn_dephosphorylation_of_atp_63(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_47(X) = fn_nucleoside_triphosphate_28(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_47(X) = fn_atp_29(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_47(X) = fn_dephosphorylation_of_atp_67(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_29(X) = fn_atp_33(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_29(X) = fn_atp_32(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_29(X) = fn_atp_34(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_29(X) = fn_dephosphorylation_of_atp_60(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_30(X) = fn_nucleoside_triphosphate_27(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_30(X) = fn_atp_34(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_30(X) = fn_atp_33(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_30(X) = fn_atp_32(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_30(X) = fn_dephosphorylation_of_atp_57(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_13(X) = fn_nucleoside_triphosphate_33(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_13(X) = fn_atp_36(fn_cellular_work_utilizing_atp_41(X))
& fn_cellular_work_utilizing_atp_41(X) = fn_dephosphorylation_11(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_13(X) = fn_dephosphorylation_5(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_13(X) = fn_dephosphorylation_of_atp_64(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_22(X) = fn_dephosphorylation_of_atp_70(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_41(X) = fn_dephosphorylation_of_atp_53(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_10(X) = fn_dephosphorylation_of_atp_51(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_9(X) = fn_hydrolysis_10(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_24(X) = fn_hydrolysis_8(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_24(X) = fn_dephosphorylation_of_atp_46(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_10(X) = fn_dephosphorylation_of_atp_2(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_9(X) = fn_dephosphorylation_of_atp_51(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_16(X) = fn_dephosphorylation_of_atp_68(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_12(X) = fn_dephosphorylation_of_atp_49(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_11(X) = fn_dephosphorylation_of_atp_48(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_17(X) = fn_dephosphorylation_of_atp_69(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_40(X) = fn_dephosphorylation_of_atp_74(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_14(X) = fn_dephosphorylation_of_atp_73(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_21(X) = fn_dephosphorylation_of_atp_45(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_7(X) = fn_decomposition_reaction_4(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_7(X) = fn_dephosphorylation_10(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_7(X) = fn_hydrolysis_9(fn_cellular_work_utilizing_atp_8(X))
& fn_cellular_work_utilizing_atp_7(X) = fn_dephosphorylation_of_atp_76(fn_cellular_work_utilizing_atp_8(X))
& fn_release_1(fn_cellular_work_utilizing_atp_44(X)) = fn_cellular_work_13(X)
& fn_cellular_work_13(X) = fn_hydrolysis_3(fn_cellular_work_utilizing_atp_8(X))
& fn_hydrolysis_3(fn_cellular_work_utilizing_atp_8(X)) = fn_hydrolysis_3(fn_cellular_work_utilizing_atp_8(X))
& fn_hydrolysis_3(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_48(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_48(fn_cellular_work_utilizing_atp_8(X)) = fn_cellular_work_15(X)
& fn_cellular_work_15(X) = fn_cellular_work_15(X)
& fn_cellular_work_15(X) = fn_dephosphorylation_of_atp_50(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_50(fn_cellular_work_utilizing_atp_8(X)) = fn_atp_25(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_25(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_25(fn_cellular_work_utilizing_atp_41(X))
& fn_dephosphorylation_of_atp_56(fn_cellular_work_utilizing_atp_8(X)) = fn_atp_25(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_25(fn_cellular_work_utilizing_atp_41(X)) = fn_dephosphorylation_of_atp_56(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_56(fn_cellular_work_utilizing_atp_8(X)) = fn_atp_50(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_50(fn_cellular_work_utilizing_atp_41(X)) = fn_ribonucleotide_10(fn_cellular_work_utilizing_atp_41(X))
& fn_ribonucleotide_10(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_50(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_50(fn_cellular_work_utilizing_atp_41(X)) = fn_dephosphorylation_of_atp_55(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_55(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_55(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_55(fn_cellular_work_utilizing_atp_8(X)) = fn_ribonucleotide_9(fn_cellular_work_utilizing_atp_41(X))
& fn_dephosphorylation_of_atp_62(fn_cellular_work_utilizing_atp_8(X)) = fn_ribonucleotide_9(fn_cellular_work_utilizing_atp_41(X))
& fn_ribonucleotide_9(fn_cellular_work_utilizing_atp_41(X)) = fn_dephosphorylation_of_atp_62(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_62(fn_cellular_work_utilizing_atp_8(X)) = fn_nucleoside_triphosphate_35(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_30(fn_cellular_work_utilizing_atp_41(X)) = fn_nucleoside_triphosphate_35(fn_cellular_work_utilizing_atp_41(X))
& fn_nucleoside_triphosphate_35(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_30(fn_cellular_work_utilizing_atp_41(X))
& fn_dephosphorylation_of_atp_66(fn_cellular_work_utilizing_atp_8(X)) = fn_atp_30(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_30(fn_cellular_work_utilizing_atp_41(X)) = fn_dephosphorylation_of_atp_66(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_66(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_66(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_66(fn_cellular_work_utilizing_atp_8(X)) = fn_ribonucleotide_8(fn_cellular_work_utilizing_atp_41(X))
& fn_nucleoside_triphosphate_32(fn_cellular_work_utilizing_atp_41(X)) = fn_ribonucleotide_8(fn_cellular_work_utilizing_atp_41(X))
& fn_ribonucleotide_8(fn_cellular_work_utilizing_atp_41(X)) = fn_nucleoside_triphosphate_32(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_37(fn_cellular_work_utilizing_atp_41(X)) = fn_nucleoside_triphosphate_29(fn_cellular_work_utilizing_atp_41(X))
& fn_nucleoside_triphosphate_29(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_37(fn_cellular_work_utilizing_atp_41(X))
& fn_dephosphorylation_4(fn_cellular_work_utilizing_atp_8(X)) = fn_atp_35(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_35(fn_cellular_work_utilizing_atp_41(X)) = fn_dephosphorylation_4(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_4(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_4(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_63(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_4(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_4(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_63(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_63(fn_cellular_work_utilizing_atp_8(X)) = fn_atp_7(fn_cellular_work_utilizing_atp_41(X))
& fn_dephosphorylation_of_atp_61(fn_cellular_work_utilizing_atp_8(X)) = fn_atp_7(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_7(fn_cellular_work_utilizing_atp_41(X)) = fn_dephosphorylation_of_atp_61(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_61(fn_cellular_work_utilizing_atp_8(X)) = fn_atp_31(fn_cellular_work_utilizing_atp_41(X))
& fn_nucleoside_triphosphate_30(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_31(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_31(fn_cellular_work_utilizing_atp_41(X)) = fn_nucleoside_triphosphate_30(fn_cellular_work_utilizing_atp_41(X))
& fn_nucleoside_triphosphate_30(fn_cellular_work_utilizing_atp_41(X)) = fn_nucleoside_triphosphate_30(fn_cellular_work_utilizing_atp_41(X))
& fn_dephosphorylation_of_atp_59(fn_cellular_work_utilizing_atp_8(X)) = fn_nucleoside_triphosphate_30(fn_cellular_work_utilizing_atp_41(X))
& fn_nucleoside_triphosphate_30(fn_cellular_work_utilizing_atp_41(X)) = fn_dephosphorylation_of_atp_59(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_59(fn_cellular_work_utilizing_atp_8(X)) = fn_nucleoside_triphosphate_31(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_39(fn_cellular_work_utilizing_atp_41(X)) = fn_nucleoside_triphosphate_31(fn_cellular_work_utilizing_atp_41(X))
& fn_nucleoside_triphosphate_31(fn_cellular_work_utilizing_atp_41(X)) = fn_nucleoside_triphosphate_31(fn_cellular_work_utilizing_atp_41(X))
& fn_nucleoside_triphosphate_31(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_39(fn_cellular_work_utilizing_atp_41(X))
& fn_dephosphorylation_of_atp_65(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_65(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_65(fn_cellular_work_utilizing_atp_8(X)) = fn_atp_39(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_39(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_39(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_39(fn_cellular_work_utilizing_atp_41(X)) = fn_dephosphorylation_of_atp_65(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_65(fn_cellular_work_utilizing_atp_8(X)) = fn_atp_34(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_34(fn_cellular_work_utilizing_atp_41(X)) = fn_ribonucleotide_14(fn_cellular_work_utilizing_atp_41(X))
& fn_ribonucleotide_14(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_34(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_33(fn_cellular_work_utilizing_atp_41(X)) = fn_dephosphorylation_of_atp_58(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_58(fn_cellular_work_utilizing_atp_8(X)) = fn_atp_33(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_33(fn_cellular_work_utilizing_atp_41(X)) = fn_dephosphorylation_of_atp_60(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_60(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_57(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_57(fn_cellular_work_utilizing_atp_8(X)) = fn_ribonucleotide_16(fn_cellular_work_utilizing_atp_41(X))
& fn_ribonucleotide_8(fn_cellular_work_utilizing_atp_41(X)) = fn_ribonucleotide_16(fn_cellular_work_utilizing_atp_41(X))
& fn_ribonucleotide_16(fn_cellular_work_utilizing_atp_41(X)) = fn_ribonucleotide_8(fn_cellular_work_utilizing_atp_41(X))
& fn_nucleoside_triphosphate_29(fn_cellular_work_utilizing_atp_41(X)) = fn_ribonucleotide_8(fn_cellular_work_utilizing_atp_41(X))
& fn_ribonucleotide_8(fn_cellular_work_utilizing_atp_41(X)) = fn_nucleoside_triphosphate_29(fn_cellular_work_utilizing_atp_41(X))
& fn_nucleoside_triphosphate_29(fn_cellular_work_utilizing_atp_41(X)) = fn_nucleoside_triphosphate_29(fn_cellular_work_utilizing_atp_41(X))
& fn_nucleoside_triphosphate_32(fn_cellular_work_utilizing_atp_41(X)) = fn_nucleoside_triphosphate_32(fn_cellular_work_utilizing_atp_41(X))
& fn_nucleoside_triphosphate_32(fn_cellular_work_utilizing_atp_41(X)) = fn_nucleoside_triphosphate_29(fn_cellular_work_utilizing_atp_41(X))
& fn_nucleoside_triphosphate_29(fn_cellular_work_utilizing_atp_41(X)) = fn_nucleoside_triphosphate_32(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_37(fn_cellular_work_utilizing_atp_41(X)) = fn_nucleoside_triphosphate_32(fn_cellular_work_utilizing_atp_41(X))
& fn_nucleoside_triphosphate_32(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_37(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_35(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_37(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_37(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_37(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_37(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_35(fn_cellular_work_utilizing_atp_41(X))
& fn_dephosphorylation_6(fn_cellular_work_utilizing_atp_8(X)) = fn_atp_35(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_35(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_35(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_35(fn_cellular_work_utilizing_atp_41(X)) = fn_dephosphorylation_6(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_6(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_6(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_75(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_6(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_6(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_75(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_75(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_75(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_75(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_63(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_63(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_63(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_63(fn_cellular_work_utilizing_atp_8(X)) = fn_cellular_work_16(X)
& fn_cellular_work_16(X) = fn_cellular_work_16(X)
& fn_cellular_work_16(X) = fn_nucleoside_triphosphate_28(fn_cellular_work_utilizing_atp_41(X))
& fn_nucleoside_triphosphate_28(fn_cellular_work_utilizing_atp_41(X)) = fn_nucleoside_triphosphate_28(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_29(fn_cellular_work_utilizing_atp_41(X)) = fn_nucleoside_triphosphate_28(fn_cellular_work_utilizing_atp_41(X))
& fn_nucleoside_triphosphate_28(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_29(fn_cellular_work_utilizing_atp_41(X))
& fn_dephosphorylation_of_atp_67(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_67(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_67(fn_cellular_work_utilizing_atp_8(X)) = fn_atp_29(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_29(fn_cellular_work_utilizing_atp_41(X)) = fn_dephosphorylation_of_atp_67(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_67(fn_cellular_work_utilizing_atp_8(X)) = fn_ribonucleotide_14(fn_cellular_work_utilizing_atp_41(X))
& fn_ribonucleotide_14(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_33(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_33(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_33(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_34(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_32(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_32(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_34(fn_cellular_work_utilizing_atp_41(X))
& fn_dephosphorylation_of_atp_57(fn_cellular_work_utilizing_atp_8(X)) = fn_atp_34(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_34(fn_cellular_work_utilizing_atp_41(X)) = fn_dephosphorylation_of_atp_57(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_57(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_58(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_60(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_60(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_60(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_58(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_58(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_58(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_58(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_60(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_60(fn_cellular_work_utilizing_atp_8(X)) = fn_nucleoside_triphosphate_27(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_34(fn_cellular_work_utilizing_atp_41(X)) = fn_nucleoside_triphosphate_27(fn_cellular_work_utilizing_atp_41(X))
& fn_nucleoside_triphosphate_27(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_34(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_34(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_34(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_33(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_34(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_34(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_33(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_32(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_33(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_33(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_32(fn_cellular_work_utilizing_atp_41(X))
& fn_dephosphorylation_of_atp_58(fn_cellular_work_utilizing_atp_8(X)) = fn_atp_32(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_32(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_32(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_32(fn_cellular_work_utilizing_atp_41(X)) = fn_dephosphorylation_of_atp_58(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_58(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_57(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_57(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_57(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_57(fn_cellular_work_utilizing_atp_8(X)) = fn_ribonucleotide_17(fn_cellular_work_utilizing_atp_41(X))
& fn_nucleoside_triphosphate_33(fn_cellular_work_utilizing_atp_41(X)) = fn_ribonucleotide_17(fn_cellular_work_utilizing_atp_41(X))
& fn_ribonucleotide_17(fn_cellular_work_utilizing_atp_41(X)) = fn_nucleoside_triphosphate_33(fn_cellular_work_utilizing_atp_41(X))
& fn_nucleoside_triphosphate_33(fn_cellular_work_utilizing_atp_41(X)) = fn_nucleoside_triphosphate_33(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_36(fn_cellular_work_utilizing_atp_41(X)) = fn_nucleoside_triphosphate_33(fn_cellular_work_utilizing_atp_41(X))
& fn_nucleoside_triphosphate_33(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_36(fn_cellular_work_utilizing_atp_41(X))
& fn_dephosphorylation_5(fn_cellular_work_utilizing_atp_8(X)) = fn_atp_36(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_36(fn_cellular_work_utilizing_atp_41(X)) = fn_atp_36(fn_cellular_work_utilizing_atp_41(X))
& fn_atp_36(fn_cellular_work_utilizing_atp_41(X)) = fn_dephosphorylation_5(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_64(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_64(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_64(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_5(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_5(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_64(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_64(fn_cellular_work_utilizing_atp_8(X)) = fn_release_2(fn_cellular_work_utilizing_atp_44(X))
& fn_release_2(fn_cellular_work_utilizing_atp_44(X)) = fn_catabolism_2(fn_cellular_work_utilizing_atp_42(X))
& fn_catabolism_2(fn_cellular_work_utilizing_atp_42(X)) = fn_release_2(fn_cellular_work_utilizing_atp_44(X))
& fn_release_2(fn_cellular_work_utilizing_atp_44(X)) = fn_release_2(fn_cellular_work_utilizing_atp_44(X))
& fn_release_2(fn_cellular_work_utilizing_atp_44(X)) = fn_cellular_work_10(X)
& fn_cellular_work_10(X) = fn_cellular_work_10(X)
& fn_catabolism_7(fn_cellular_work_utilizing_atp_42(X)) = fn_cellular_work_10(X)
& fn_cellular_work_10(X) = fn_catabolism_7(fn_cellular_work_utilizing_atp_42(X))
& fn_catabolism_7(fn_cellular_work_utilizing_atp_42(X)) = fn_catabolism_7(fn_cellular_work_utilizing_atp_42(X))
& fn_catabolism_7(fn_cellular_work_utilizing_atp_42(X)) = fn_dephosphorylation_11(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_11(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_11(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_53(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_11(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_11(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_53(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_53(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_53(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_53(fn_cellular_work_utilizing_atp_8(X)) = fn_hydrolysis_8(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_46(fn_cellular_work_utilizing_atp_8(X)) = fn_hydrolysis_8(fn_cellular_work_utilizing_atp_8(X))
& fn_hydrolysis_8(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_46(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_46(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_2(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_2(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_51(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_51(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_2(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_2(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_2(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_2(fn_cellular_work_utilizing_atp_8(X)) = fn_hydrolysis_10(fn_cellular_work_utilizing_atp_8(X))
& fn_hydrolysis_10(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_51(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_51(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_51(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_51(fn_cellular_work_utilizing_atp_8(X)) = fn_decomposition_reaction_4(fn_cellular_work_utilizing_atp_8(X))
& fn_decomposition_reaction_4(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_10(fn_cellular_work_utilizing_atp_8(X))
& fn_hydrolysis_9(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_10(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_10(fn_cellular_work_utilizing_atp_8(X)) = fn_hydrolysis_9(fn_cellular_work_utilizing_atp_8(X))
& fn_hydrolysis_9(fn_cellular_work_utilizing_atp_8(X)) = fn_hydrolysis_9(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_76(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_76(fn_cellular_work_utilizing_atp_8(X))
& fn_dephosphorylation_of_atp_76(fn_cellular_work_utilizing_atp_8(X)) = fn_hydrolysis_9(fn_cellular_work_utilizing_atp_8(X))
& fn_hydrolysis_9(fn_cellular_work_utilizing_atp_8(X)) = fn_dephosphorylation_of_atp_76(fn_cellular_work_utilizing_atp_8(X)) ) ) ).
fof(a528266,axiom,
! [X] :
( cellulase_1(X)
=> ( original_name_2(X,'Cellulase')
& user_description_2(X,'An enzyme that catalyzes the hydrolysis of cellulose.')
& concept2words_2(X,cellulase)
& digestive_enzyme_1(X) ) ) ).
fof(a528267,axiom,
! [X] :
( cellulose_1(X)
=> ( original_name_2(X,'Cellulose')
& user_description_2(X,'A polysaccharide consisting of glucose monomers joined by beta-glycosidic linkages. Cellulose is the structural component of plant cell walls.')
& concept2words_2(X,cellulose)
& concept2words_2(X,'insoluble fibers')
& polar_molecule_1(X)
& structural_polysaccharide_1(X)
& ~ chitin_1(X)
& intensity_value_1(fn_cellulose_1(X))
& intensity_value_1(fn_cellulose_2(X))
& shape_value_1(fn_cellulose_4(X))
& hydrophobic_region_1(fn_cellulose_5(X))
& unequal_sharing_1(fn_cellulose_8(X))
& unequal_sharing_1(fn_cellulose_9(X))
& unequal_sharing_1(fn_cellulose_10(X))
& share_1(fn_cellulose_11(X))
& unequal_sharing_1(fn_cellulose_11(X))
& share_1(fn_cellulose_12(X))
& unequal_sharing_1(fn_cellulose_12(X))
& unequal_sharing_1(fn_cellulose_13(X))
& hold_together_1(fn_cellulose_14(X))
& entity_1(fn_cellulose_16(X))
& chemical_entity_1(fn_cellulose_16(X))
& atom_1(fn_cellulose_16(X))
& carbon_1(fn_cellulose_16(X))
& entity_1(fn_cellulose_17(X))
& atom_1(fn_cellulose_17(X))
& chemical_entity_1(fn_cellulose_17(X))
& oxygen_1(fn_cellulose_17(X))
& tangible_entity_1(fn_cellulose_18(X))
& entity_1(fn_cellulose_18(X))
& chemical_entity_1(fn_cellulose_18(X))
& atom_1(fn_cellulose_18(X))
& oxygen_1(fn_cellulose_18(X))
& carbon_skeleton_1(fn_cellulose_19(X))
& unequal_sharing_1(fn_cellulose_20(X))
& unequal_sharing_1(fn_cellulose_21(X))
& hold_together_1(fn_cellulose_22(X))
& entity_1(fn_cellulose_23(X))
& electron_1(fn_cellulose_23(X))
& valence_electron_1(fn_cellulose_23(X))
& electronegativity_value_1(fn_cellulose_24(X))
& attract_1(fn_cellulose_25(X))
& electronegativity_value_1(fn_cellulose_26(X))
& attract_1(fn_cellulose_27(X))
& covalent_bond_1(fn_cellulose_28(X))
& double_bond_1(fn_cellulose_28(X))
& functional_group_1(fn_cellulose_29(X))
& hydroxyl_group_1(fn_cellulose_29(X))
& support_1(fn_cellulose_30(X))
& defense_1(fn_cellulose_31(X))
& structural_role_1(fn_cellulose_32(X))
& water_molecule_1(fn_cellulose_33(X))
& adhesion_1(fn_cellulose_34(X))
& attract_1(fn_cellulose_34(X))
& beta_glucose_1(fn_cellulose_35(X))
& hold_1(fn_cellulose_36(X))
& hold_together_1(fn_cellulose_36(X))
& beta_glucose_1(fn_cellulose_37(X))
& functional_group_1(fn_cellulose_38(X))
& carbonyl_group_1(fn_cellulose_38(X))
& electronegativity_value_1(fn_cellulose_39(X))
& entity_1(fn_cellulose_40(X))
& valence_electron_1(fn_cellulose_40(X))
& unequal_sharing_1(fn_cellulose_41(X))
& unequal_sharing_1(fn_cellulose_42(X))
& size_value_1(fn_cellulose_43(X))
& size_value_1(fn_cellulose_44(X))
& defense_1(fn_cellulose_45(X))
& hydrophilic_region_1(fn_cellulose_46(X))
& entity_1(fn_cellulose_47(X))
& chemical_entity_1(fn_cellulose_47(X))
& atom_1(fn_cellulose_47(X))
& hydrogen_1(fn_cellulose_47(X))
& polar_covalent_bond_1(fn_cellulose_48(X))
& unequal_sharing_1(fn_cellulose_53(X))
& unequal_sharing_1(fn_cellulose_54(X))
& center_1(fn_cellulose_55(X))
& electron_shell_1(fn_cellulose_56(X))
& first_electron_shell_1(fn_cellulose_56(X))
& proton_1(fn_cellulose_57(X))
& atomic_nucleus_1(fn_cellulose_58(X))
& attract_1(fn_cellulose_59(X))
& s_orbital_1(fn_cellulose_60(X))
& atomic_orbital_1(fn_cellulose_60(X))
& valence_electron_1(fn_cellulose_61(X))
& hold_together_1(fn_cellulose_62(X))
& unequal_sharing_1(fn_cellulose_63(X))
& share_1(fn_cellulose_64(X))
& unequal_sharing_1(fn_cellulose_64(X))
& share_1(fn_cellulose_65(X))
& unequal_sharing_1(fn_cellulose_65(X))
& share_1(fn_cellulose_66(X))
& unequal_sharing_1(fn_cellulose_66(X))
& quantity_value_1(fn_cellulose_67(X))
& speed_value_1(fn_cellulose_68(X))
& constant_motion_1(fn_cellulose_69(X))
& kinetic_energy_1(fn_cellulose_70(X))
& molecule_1(fn_adhesion_1(fn_cellulose_34(X)))
& attract_1(fn_covalent_bond_10(fn_cellulose_28(X)))
& share_1(fn_covalent_bond_17(fn_cellulose_28(X)))
& property_node_1(fn_polar_covalent_bond_3(fn_cellulose_48(X)))
& property_node_1(fn_hydrogen_1(fn_cellulose_47(X)))
& electron_shell_1(fn_hydrogen_16(fn_cellulose_47(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_cellulose_47(X)))
& center_1(fn_hydrogen_14(fn_cellulose_47(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_cellulose_47(X)))
& entity_1(fn_share_2(fn_cellulose_41(X)))
& entity_1(fn_attract_1(fn_cellulose_27(X)))
& s_orbital_1(fn_first_electron_shell_4(fn_cellulose_56(X)))
& atomic_orbital_1(fn_polar_covalent_bond_15(fn_cellulose_48(X)))
& electronegativity_value_1(fn_polar_covalent_bond_2(fn_cellulose_48(X)))
& molecule_1(fn_adhesion_2(fn_cellulose_34(X)))
& chemical_entity_1(fn_functional_group_1(fn_cellulose_38(X)))
& chemical_entity_1(fn_functional_group_1(fn_cellulose_29(X)))
& unequal_sharing_1(fn_hydroxyl_group_5(fn_cellulose_29(X)))
& tangible_entity_1(fn_hold_2(fn_cellulose_36(X)))
& double_bond_1(fn_carbonyl_group_8(fn_cellulose_38(X)))
& entity_1(fn_share_3(fn_cellulose_21(X)))
& entity_1(fn_share_3(fn_cellulose_20(X)))
& entity_1(fn_share_3(fn_cellulose_13(X)))
& entity_1(fn_share_3(fn_cellulose_66(X)))
& entity_1(fn_share_3(fn_cellulose_11(X)))
& entity_1(fn_share_1(fn_cellulose_53(X)))
& entity_1(fn_share_1(fn_cellulose_54(X)))
& entity_1(fn_share_1(fn_cellulose_63(X)))
& entity_1(fn_share_1(fn_cellulose_20(X)))
& entity_1(fn_share_1(fn_cellulose_64(X)))
& entity_1(fn_share_1(fn_cellulose_66(X)))
& entity_1(fn_share_1(fn_cellulose_11(X)))
& entity_1(fn_polar_covalent_bond_18(fn_cellulose_48(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_cellulose_48(X)))
& atom_1(fn_polar_covalent_bond_18(fn_cellulose_48(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_cellulose_29(X)))
& oxygen_1(fn_carbonyl_group_9(fn_cellulose_38(X)))
& entity_1(fn_carbonyl_group_7(fn_cellulose_38(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_cellulose_38(X)))
& atom_1(fn_carbonyl_group_7(fn_cellulose_38(X)))
& carbon_1(fn_carbonyl_group_7(fn_cellulose_38(X)))
& valence_electron_1(fn_carbonyl_group_6(fn_cellulose_38(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_cellulose_48(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_cellulose_48(X)))
& hold_together_1(fn_covalent_bond_14(fn_cellulose_28(X)))
& hold_together_1(fn_carbonyl_group_10(fn_cellulose_38(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_cellulose_48(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_cellulose_29(X)))
& electronegativity_value_1(fn_polar_covalent_bond_1(fn_cellulose_48(X)))
& electronegativity_value_1(fn_hydrogen_2(fn_cellulose_47(X)))
& proton_1(fn_covalent_bond_4(fn_cellulose_28(X)))
& proton_1(fn_hydrogen_13(fn_cellulose_47(X)))
& entity_1(fn_share_2(fn_cellulose_53(X)))
& entity_1(fn_share_2(fn_cellulose_54(X)))
& valence_electron_1(fn_covalent_bond_15(fn_cellulose_28(X)))
& valence_electron_1(fn_covalent_bond_18(fn_cellulose_28(X)))
& electron_1(fn_hydroxyl_group_8(fn_cellulose_29(X)))
& valence_electron_1(fn_hydroxyl_group_8(fn_cellulose_29(X)))
& electron_1(fn_polar_covalent_bond_11(fn_cellulose_48(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_cellulose_48(X)))
& valence_electron_1(fn_hydrogen_12(fn_cellulose_47(X)))
& entity_1(fn_share_3(fn_cellulose_53(X)))
& entity_1(fn_share_3(fn_cellulose_42(X)))
& entity_1(fn_share_3(fn_cellulose_54(X)))
& entity_1(fn_share_3(fn_cellulose_41(X)))
& entity_1(fn_share_3(fn_cellulose_63(X)))
& entity_1(fn_share_3(fn_cellulose_64(X)))
& entity_1(fn_share_3(fn_cellulose_65(X)))
& entity_1(fn_share_3(fn_cellulose_12(X)))
& entity_1(fn_share_1(fn_cellulose_42(X)))
& entity_1(fn_share_1(fn_cellulose_41(X)))
& entity_1(fn_share_1(fn_cellulose_21(X)))
& entity_1(fn_share_1(fn_cellulose_13(X)))
& entity_1(fn_share_1(fn_cellulose_65(X)))
& entity_1(fn_share_1(fn_cellulose_12(X)))
& entity_1(fn_covalent_bond_20(fn_cellulose_28(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_cellulose_28(X)))
& atom_1(fn_covalent_bond_20(fn_cellulose_28(X)))
& entity_1(fn_covalent_bond_19(fn_cellulose_28(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_cellulose_28(X)))
& atom_1(fn_covalent_bond_19(fn_cellulose_28(X)))
& entity_1(fn_polar_covalent_bond_19(fn_cellulose_48(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_cellulose_48(X)))
& atom_1(fn_polar_covalent_bond_19(fn_cellulose_48(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_cellulose_29(X)))
& result_2(fn_cellulose_64(X),fn_cellulose_48(X))
& result_2(fn_cellulose_54(X),fn_cellulose_48(X))
& result_2(fn_cellulose_53(X),fn_cellulose_48(X))
& result_2(fn_cellulose_42(X),fn_cellulose_48(X))
& result_2(fn_cellulose_41(X),fn_cellulose_48(X))
& greater_than_2(fn_cellulose_1(X),fn_cellulose_2(X))
& the_categorical_value_2(fn_cellulose_4(X),line_0)
& object_2(fn_cellulose_36(X),fn_cellulose_37(X))
& object_2(fn_cellulose_36(X),fn_cellulose_35(X))
& shape_2(X,fn_cellulose_4(X))
& has_region_2(X,fn_cellulose_5(X))
& agent_2(fn_cellulose_30(X),X)
& is_between_2(fn_cellulose_28(X),fn_cellulose_35(X))
& is_between_2(fn_cellulose_28(X),fn_cellulose_37(X))
& intensity_2(fn_cellulose_27(X),fn_cellulose_1(X))
& the_cardinal_value_2(fn_cellulose_26(X),"3.44")
& cardinal_unit_class_2(fn_cellulose_26(X),unity_0)
& intensity_2(fn_cellulose_25(X),fn_cellulose_2(X))
& result_2(fn_cellulose_20(X),fn_cellulose_48(X))
& result_2(fn_cellulose_12(X),fn_cellulose_48(X))
& object_2(fn_cellulose_53(X),fn_cellulose_23(X))
& object_2(fn_cellulose_41(X),fn_cellulose_40(X))
& object_2(fn_cellulose_54(X),fn_cellulose_23(X))
& object_2(fn_cellulose_27(X),fn_cellulose_40(X))
& agent_2(fn_cellulose_53(X),fn_cellulose_47(X))
& agent_2(fn_cellulose_53(X),fn_cellulose_17(X))
& agent_2(fn_cellulose_42(X),fn_cellulose_47(X))
& agent_2(fn_cellulose_54(X),fn_cellulose_47(X))
& agent_2(fn_cellulose_41(X),fn_cellulose_47(X))
& agent_2(fn_cellulose_54(X),fn_cellulose_17(X))
& agent_2(fn_cellulose_21(X),fn_cellulose_17(X))
& agent_2(fn_cellulose_63(X),fn_cellulose_47(X))
& agent_2(fn_cellulose_21(X),fn_cellulose_47(X))
& agent_2(fn_cellulose_63(X),fn_cellulose_17(X))
& agent_2(fn_cellulose_20(X),fn_cellulose_17(X))
& agent_2(fn_cellulose_64(X),fn_cellulose_47(X))
& agent_2(fn_cellulose_13(X),fn_cellulose_17(X))
& agent_2(fn_cellulose_64(X),fn_cellulose_17(X))
& agent_2(fn_cellulose_13(X),fn_cellulose_47(X))
& agent_2(fn_cellulose_65(X),fn_cellulose_47(X))
& agent_2(fn_cellulose_12(X),fn_cellulose_47(X))
& agent_2(fn_cellulose_66(X),fn_cellulose_17(X))
& agent_2(fn_cellulose_11(X),fn_cellulose_17(X))
& has_part_2(X,fn_cellulose_37(X))
& object_2(fn_cellulose_36(X),fn_cellulose_18(X))
& object_2(fn_cellulose_34(X),fn_cellulose_33(X))
& has_part_2(X,fn_cellulose_35(X))
& size_2(fn_cellulose_35(X),fn_cellulose_43(X))
& object_2(fn_cellulose_42(X),fn_cellulose_40(X))
& object_2(fn_cellulose_25(X),fn_cellulose_40(X))
& result_2(fn_cellulose_42(X),fn_cellulose_28(X))
& has_region_2(fn_cellulose_56(X),fn_cellulose_60(X))
& agent_2(fn_cellulose_11(X),fn_cellulose_47(X))
& object_2(fn_cellulose_22(X),fn_cellulose_47(X))
& object_2(fn_cellulose_36(X),fn_cellulose_47(X))
& object_2(fn_cellulose_59(X),fn_cellulose_23(X))
& agent_2(fn_cellulose_59(X),fn_cellulose_57(X))
& is_between_2(fn_cellulose_28(X),fn_cellulose_47(X))
& agent_2(fn_cellulose_20(X),fn_cellulose_47(X))
& object_2(fn_cellulose_20(X),fn_cellulose_23(X))
& fn_cellulose_16(X) != fn_cellulose_47(X)
& fn_cellulose_47(X) != fn_cellulose_16(X)
& object_2(fn_cellulose_14(X),fn_cellulose_17(X))
& object_2(fn_cellulose_64(X),fn_cellulose_23(X))
& object_2(fn_cellulose_10(X),fn_cellulose_61(X))
& agent_2(fn_cellulose_65(X),fn_cellulose_17(X))
& result_2(fn_cellulose_65(X),fn_cellulose_48(X))
& is_inside_2(fn_cellulose_61(X),fn_cellulose_60(X))
& is_inside_2(fn_cellulose_23(X),fn_cellulose_60(X))
& object_2(fn_cellulose_22(X),fn_cellulose_17(X))
& object_2(fn_cellulose_14(X),fn_cellulose_47(X))
& fn_cellulose_39(X) != fn_cellulose_26(X)
& fn_cellulose_26(X) != fn_cellulose_39(X)
& agent_2(fn_cellulose_12(X),fn_cellulose_17(X))
& object_2(fn_cellulose_12(X),fn_cellulose_23(X))
& agent_2(fn_cellulose_66(X),fn_cellulose_47(X))
& result_2(fn_cellulose_66(X),fn_cellulose_48(X))
& has_function_2(X,fn_cellulose_34(X))
& agent_2(fn_cellulose_34(X),X)
& has_region_2(X,fn_cellulose_46(X))
& facilitates_2(fn_cellulose_46(X),fn_cellulose_34(X))
& site_2(fn_cellulose_34(X),fn_cellulose_46(X))
& has_region_2(X,fn_cellulose_38(X))
& possesses_2(X,fn_cellulose_28(X))
& has_region_2(X,fn_cellulose_29(X))
& has_part_2(X,fn_cellulose_18(X))
& result_2(fn_cellulose_8(X),fn_cellulose_48(X))
& the_cardinal_value_2(fn_cellulose_24(X),"3.44")
& cardinal_unit_class_2(fn_cellulose_24(X),unity_0)
& fn_cellulose_39(X) != fn_cellulose_24(X)
& fn_cellulose_24(X) != fn_cellulose_39(X)
& object_2(fn_cellulose_62(X),fn_cellulose_47(X))
& object_2(fn_cellulose_62(X),fn_cellulose_17(X))
& has_part_2(X,fn_cellulose_17(X))
& size_2(X,fn_cellulose_44(X))
& greater_than_2(fn_cellulose_44(X),fn_cellulose_43(X))
& result_2(fn_cellulose_9(X),fn_cellulose_48(X))
& possesses_2(X,fn_cellulose_48(X))
& has_part_2(X,fn_cellulose_16(X))
& is_inside_2(fn_cellulose_16(X),fn_cellulose_19(X))
& has_region_2(X,fn_cellulose_19(X))
& object_2(fn_cellulose_69(X),X)
& speed_2(fn_cellulose_69(X),fn_cellulose_68(X))
& directly_proportional_2(fn_cellulose_68(X),fn_cellulose_67(X))
& quantity_2(fn_cellulose_70(X),fn_cellulose_67(X))
& possesses_2(X,fn_cellulose_70(X))
& agent_2(fn_cellulose_9(X),fn_cellulose_17(X))
& agent_2(fn_cellulose_9(X),fn_cellulose_47(X))
& agent_2(fn_cellulose_10(X),fn_cellulose_47(X))
& agent_2(fn_cellulose_10(X),fn_cellulose_17(X))
& electronegativity_2(fn_cellulose_17(X),fn_cellulose_24(X))
& has_part_2(X,fn_cellulose_47(X))
& fn_cellulose_18(X) != fn_cellulose_47(X)
& fn_cellulose_17(X) != fn_cellulose_18(X)
& fn_cellulose_18(X) != fn_cellulose_17(X)
& fn_cellulose_47(X) != fn_cellulose_18(X)
& instrument_2(fn_cellulose_45(X),X)
& has_function_2(X,fn_cellulose_30(X))
& in_event_2(fn_cellulose_32(X),fn_cellulose_30(X))
& plays_2(X,fn_cellulose_32(X))
& instrument_2(fn_cellulose_31(X),X)
& fn_cellulose_31(X) != fn_cellulose_45(X)
& fn_cellulose_45(X) != fn_cellulose_31(X)
& is_between_2(fn_cellulose_48(X),fn_cellulose_17(X))
& is_inside_2(fn_cellulose_47(X),fn_cellulose_29(X))
& is_between_2(fn_cellulose_48(X),fn_cellulose_47(X))
& result_2(fn_cellulose_11(X),fn_cellulose_48(X))
& object_2(fn_cellulose_11(X),fn_cellulose_23(X))
& is_inside_2(fn_cellulose_17(X),fn_cellulose_29(X))
& agent_2(fn_cellulose_8(X),fn_cellulose_17(X))
& agent_2(fn_cellulose_8(X),fn_cellulose_47(X))
& fn_cellulose_47(X) != fn_cellulose_17(X)
& fn_cellulose_17(X) != fn_cellulose_47(X)
& is_inside_2(fn_cellulose_18(X),fn_cellulose_38(X))
& has_part_2(fn_cellulose_17(X),fn_cellulose_61(X))
& has_function_2(fn_cellulose_28(X),fn_cellulose_36(X))
& is_inside_2(fn_cellulose_16(X),fn_cellulose_38(X))
& fn_cellulose_16(X) != fn_cellulose_17(X)
& object_2(fn_cellulose_36(X),fn_cellulose_17(X))
& agent_2(fn_cellulose_36(X),fn_cellulose_28(X))
& is_between_2(fn_cellulose_28(X),fn_cellulose_18(X))
& fn_cellulose_17(X) != fn_cellulose_16(X)
& object_2(fn_cellulose_64(X),fn_cellulose_61(X))
& has_function_2(fn_cellulose_48(X),fn_cellulose_36(X))
& agent_2(fn_cellulose_36(X),fn_cellulose_48(X))
& result_2(fn_cellulose_10(X),fn_cellulose_48(X))
& object_2(fn_cellulose_10(X),fn_cellulose_23(X))
& fn_cellulose_23(X) != fn_cellulose_61(X)
& fn_cellulose_61(X) != fn_cellulose_23(X)
& is_inside_2(fn_cellulose_57(X),fn_cellulose_58(X))
& has_region_2(fn_cellulose_47(X),fn_cellulose_56(X))
& is_inside_2(fn_cellulose_58(X),fn_cellulose_56(X))
& has_region_2(fn_cellulose_47(X),fn_cellulose_58(X))
& electronegativity_2(fn_cellulose_47(X),fn_cellulose_39(X))
& the_cardinal_value_2(fn_cellulose_39(X),"2.1")
& cardinal_unit_class_2(fn_cellulose_39(X),unity_0)
& has_part_2(fn_cellulose_47(X),fn_cellulose_23(X))
& is_near_2(fn_cellulose_23(X),fn_cellulose_58(X))
& is_at_2(fn_cellulose_58(X),fn_cellulose_55(X))
& has_region_2(fn_cellulose_47(X),fn_cellulose_55(X))
& has_part_2(fn_cellulose_47(X),fn_cellulose_57(X))
& is_near_2(fn_cellulose_58(X),fn_cellulose_23(X))
& fn_cellulose_23(X) = fn_share_2(fn_cellulose_53(X))
& fn_cellulose_40(X) = fn_share_2(fn_cellulose_41(X))
& fn_cellulose_23(X) = fn_share_2(fn_cellulose_54(X))
& fn_cellulose_40(X) = fn_attract_1(fn_cellulose_27(X))
& fn_cellulose_47(X) = fn_share_3(fn_cellulose_53(X))
& fn_cellulose_17(X) = fn_share_1(fn_cellulose_53(X))
& fn_cellulose_47(X) = fn_share_3(fn_cellulose_42(X))
& fn_cellulose_47(X) = fn_share_1(fn_cellulose_42(X))
& fn_cellulose_47(X) = fn_share_3(fn_cellulose_54(X))
& fn_cellulose_47(X) = fn_share_3(fn_cellulose_41(X))
& fn_cellulose_47(X) = fn_share_1(fn_cellulose_41(X))
& fn_cellulose_17(X) = fn_share_1(fn_cellulose_54(X))
& fn_cellulose_17(X) = fn_share_3(fn_cellulose_21(X))
& fn_cellulose_47(X) = fn_share_3(fn_cellulose_63(X))
& fn_cellulose_47(X) = fn_share_1(fn_cellulose_21(X))
& fn_cellulose_17(X) = fn_share_1(fn_cellulose_63(X))
& fn_cellulose_17(X) = fn_share_3(fn_cellulose_20(X))
& fn_cellulose_17(X) = fn_share_1(fn_cellulose_20(X))
& fn_cellulose_47(X) = fn_share_3(fn_cellulose_64(X))
& fn_cellulose_17(X) = fn_share_3(fn_cellulose_13(X))
& fn_cellulose_17(X) = fn_share_1(fn_cellulose_64(X))
& fn_cellulose_47(X) = fn_share_1(fn_cellulose_13(X))
& fn_cellulose_47(X) = fn_share_3(fn_cellulose_65(X))
& fn_cellulose_47(X) = fn_share_1(fn_cellulose_65(X))
& fn_cellulose_47(X) = fn_share_3(fn_cellulose_12(X))
& fn_cellulose_47(X) = fn_share_1(fn_cellulose_12(X))
& fn_cellulose_17(X) = fn_share_3(fn_cellulose_66(X))
& fn_cellulose_17(X) = fn_share_1(fn_cellulose_66(X))
& fn_cellulose_17(X) = fn_share_3(fn_cellulose_11(X))
& fn_cellulose_17(X) = fn_share_1(fn_cellulose_11(X))
& fn_cellulose_37(X) = fn_polysaccharide_24(X)
& fn_cellulose_18(X) = fn_hold_2(fn_cellulose_36(X))
& fn_cellulose_33(X) = fn_adhesion_1(fn_cellulose_34(X))
& fn_cellulose_35(X) = fn_polysaccharide_23(X)
& fn_cellulose_25(X) = fn_covalent_bond_10(fn_cellulose_28(X))
& fn_cellulose_40(X) = fn_covalent_bond_18(fn_cellulose_28(X))
& fn_cellulose_42(X) = fn_covalent_bond_17(fn_cellulose_28(X))
& fn_cellulose_60(X) = fn_first_electron_shell_4(fn_cellulose_56(X))
& fn_cellulose_11(X) = fn_polar_molecule_4(X)
& fn_cellulose_22(X) = fn_polar_molecule_1(X)
& fn_cellulose_57(X) = fn_covalent_bond_4(fn_cellulose_28(X))
& fn_cellulose_59(X) = fn_covalent_bond_10(fn_cellulose_28(X))
& fn_cellulose_23(X) = fn_covalent_bond_15(fn_cellulose_28(X))
& fn_cellulose_23(X) = fn_covalent_bond_18(fn_cellulose_28(X))
& fn_cellulose_20(X) = fn_covalent_bond_17(fn_cellulose_28(X))
& fn_cellulose_16(X) = fn_polar_molecule_3(X)
& fn_cellulose_16(X) = fn_covalent_bond_20(fn_cellulose_28(X))
& fn_cellulose_47(X) = fn_covalent_bond_20(fn_cellulose_28(X))
& fn_cellulose_47(X) = fn_covalent_bond_19(fn_cellulose_28(X))
& fn_cellulose_65(X) = fn_polar_covalent_bond_16(fn_cellulose_48(X))
& fn_cellulose_60(X) = fn_polar_covalent_bond_15(fn_cellulose_48(X))
& fn_cellulose_22(X) = fn_polar_covalent_bond_17(fn_cellulose_48(X))
& fn_cellulose_14(X) = fn_polar_molecule_1(X)
& fn_cellulose_14(X) = fn_polar_covalent_bond_17(fn_cellulose_48(X))
& fn_cellulose_49(X) = fn_polar_covalent_bond_3(fn_cellulose_48(X))
& fn_cellulose_26(X) = fn_polar_covalent_bond_2(fn_cellulose_48(X))
& fn_cellulose_12(X) = fn_polar_covalent_bond_16(fn_cellulose_48(X))
& fn_cellulose_66(X) = fn_polar_covalent_bond_16(fn_cellulose_48(X))
& fn_cellulose_46(X) = fn_carbohydrate_2(X)
& fn_cellulose_46(X) = fn_hydrophilic_compound_1(X)
& X = fn_adhesion_2(fn_cellulose_34(X))
& fn_cellulose_34(X) = fn_hydrophilic_compound_2(X)
& X = fn_functional_group_1(fn_cellulose_38(X))
& fn_cellulose_38(X) = fn_polysaccharide_17(X)
& fn_cellulose_28(X) = fn_polymer_1(X)
& fn_cellulose_28(X) = fn_polysaccharide_29(X)
& X = fn_functional_group_1(fn_cellulose_29(X))
& fn_cellulose_29(X) = fn_polysaccharide_16(X)
& fn_cellulose_50(X) = fn_polysaccharide_19(X)
& fn_cellulose_51(X) = fn_polysaccharide_20(X)
& fn_cellulose_15(X) = fn_polysaccharide_10(X)
& fn_cellulose_71(X) = fn_polysaccharide_2(X)
& fn_cellulose_8(X) = fn_polysaccharide_28(X)
& fn_cellulose_72(X) = fn_polysaccharide_1(X)
& fn_cellulose_39(X) = fn_polar_covalent_bond_1(fn_cellulose_48(X))
& fn_cellulose_39(X) = fn_polysaccharide_13(X)
& fn_cellulose_43(X) = fn_polysaccharide_22(X)
& fn_cellulose_44(X) = fn_polysaccharide_21(X)
& fn_cellulose_62(X) = fn_polysaccharide_27(X)
& fn_cellulose_19(X) = fn_polysaccharide_18(X)
& fn_cellulose_16(X) = fn_polysaccharide_14(X)
& fn_cellulose_48(X) = fn_polysaccharide_25(X)
& fn_cellulose_70(X) = fn_polysaccharide_3(X)
& fn_cellulose_67(X) = fn_polysaccharide_7(X)
& fn_cellulose_68(X) = fn_polysaccharide_6(X)
& fn_cellulose_69(X) = fn_polysaccharide_5(X)
& fn_cellulose_24(X) = fn_polar_covalent_bond_2(fn_cellulose_48(X))
& fn_cellulose_24(X) = fn_polysaccharide_12(X)
& fn_cellulose_10(X) = fn_polysaccharide_28(X)
& fn_cellulose_9(X) = fn_polar_molecule_4(X)
& fn_cellulose_17(X) = fn_polar_molecule_3(X)
& fn_cellulose_9(X) = fn_polysaccharide_8(X)
& fn_cellulose_17(X) = fn_polysaccharide_15(X)
& fn_cellulose_18(X) = fn_polysaccharide_11(X)
& fn_cellulose_47(X) = fn_polar_molecule_3(X)
& fn_cellulose_47(X) = fn_polar_molecule_2(X)
& fn_cellulose_47(X) = fn_polysaccharide_26(X)
& fn_cellulose_45(X) = fn_structural_polysaccharide_3(X)
& fn_cellulose_31(X) = fn_structural_polysaccharide_1(X)
& fn_cellulose_32(X) = fn_structural_polysaccharide_6(X)
& fn_cellulose_30(X) = fn_structural_polysaccharide_4(X)
& fn_cellulose_23(X) = fn_hydroxyl_group_8(fn_cellulose_29(X))
& fn_cellulose_11(X) = fn_hydroxyl_group_5(fn_cellulose_29(X))
& fn_cellulose_48(X) = fn_hydroxyl_group_7(fn_cellulose_29(X))
& fn_cellulose_8(X) = fn_hydroxyl_group_5(fn_cellulose_29(X))
& fn_cellulose_17(X) = fn_polar_covalent_bond_18(fn_cellulose_48(X))
& fn_cellulose_47(X) = fn_polar_covalent_bond_19(fn_cellulose_48(X))
& fn_cellulose_47(X) = fn_hydroxyl_group_6(fn_cellulose_29(X))
& fn_cellulose_17(X) = fn_hydroxyl_group_4(fn_cellulose_29(X))
& fn_cellulose_38(X) = fn_carbohydrate_34(X)
& fn_cellulose_61(X) = fn_covalent_bond_15(fn_cellulose_28(X))
& fn_cellulose_17(X) = fn_polar_covalent_bond_19(fn_cellulose_48(X))
& fn_cellulose_61(X) = fn_carbonyl_group_6(fn_cellulose_38(X))
& fn_cellulose_28(X) = fn_carbohydrate_35(X)
& fn_cellulose_18(X) = fn_carbohydrate_39(X)
& fn_cellulose_18(X) = fn_carbonyl_group_9(fn_cellulose_38(X))
& fn_cellulose_28(X) = fn_carbonyl_group_8(fn_cellulose_38(X))
& fn_cellulose_36(X) = fn_covalent_bond_14(fn_cellulose_28(X))
& fn_cellulose_17(X) = fn_covalent_bond_20(fn_cellulose_28(X))
& fn_cellulose_36(X) = fn_carbonyl_group_10(fn_cellulose_38(X))
& fn_cellulose_17(X) = fn_carbonyl_group_9(fn_cellulose_38(X))
& fn_cellulose_16(X) = fn_carbonyl_group_7(fn_cellulose_38(X))
& fn_cellulose_64(X) = fn_polar_covalent_bond_16(fn_cellulose_48(X))
& fn_cellulose_61(X) = fn_polar_covalent_bond_12(fn_cellulose_48(X))
& fn_cellulose_23(X) = fn_polar_covalent_bond_11(fn_cellulose_48(X))
& fn_cellulose_10(X) = fn_polar_covalent_bond_16(fn_cellulose_48(X))
& fn_cellulose_36(X) = fn_polar_covalent_bond_17(fn_cellulose_48(X))
& fn_cellulose_52(X) = fn_hydrogen_1(fn_cellulose_47(X))
& fn_cellulose_39(X) = fn_hydrogen_2(fn_cellulose_47(X))
& fn_cellulose_56(X) = fn_hydrogen_16(fn_cellulose_47(X))
& fn_cellulose_57(X) = fn_hydrogen_13(fn_cellulose_47(X))
& fn_cellulose_55(X) = fn_hydrogen_14(fn_cellulose_47(X))
& fn_cellulose_58(X) = fn_hydrogen_15(fn_cellulose_47(X))
& fn_cellulose_23(X) = fn_hydrogen_12(fn_cellulose_47(X))
& fn_share_2(fn_cellulose_41(X)) = fn_attract_1(fn_cellulose_27(X))
& fn_attract_1(fn_cellulose_27(X)) = fn_attract_1(fn_cellulose_27(X))
& fn_attract_1(fn_cellulose_27(X)) = fn_covalent_bond_18(fn_cellulose_28(X))
& fn_covalent_bond_18(fn_cellulose_28(X)) = fn_first_electron_shell_4(fn_cellulose_56(X))
& fn_first_electron_shell_4(fn_cellulose_56(X)) = fn_polar_covalent_bond_15(fn_cellulose_48(X))
& fn_polar_covalent_bond_15(fn_cellulose_48(X)) = fn_polar_covalent_bond_15(fn_cellulose_48(X))
& fn_polar_covalent_bond_15(fn_cellulose_48(X)) = fn_polar_molecule_1(X)
& fn_polar_covalent_bond_17(fn_cellulose_48(X)) = fn_polar_molecule_1(X)
& fn_polar_molecule_1(X) = fn_polar_covalent_bond_17(fn_cellulose_48(X))
& fn_polar_covalent_bond_17(fn_cellulose_48(X)) = fn_hydrophilic_compound_1(X)
& fn_hydrophilic_compound_1(X) = fn_hydrophilic_compound_1(X)
& fn_hydrophilic_compound_1(X) = fn_carbohydrate_2(X)
& fn_carbohydrate_2(X) = fn_hydrophilic_compound_1(X)
& fn_hydrophilic_compound_1(X) = fn_polysaccharide_12(X)
& fn_polysaccharide_12(X) = fn_polysaccharide_12(X)
& fn_polysaccharide_12(X) = fn_polar_covalent_bond_2(fn_cellulose_48(X))
& fn_polar_covalent_bond_2(fn_cellulose_48(X)) = fn_polysaccharide_12(X)
& fn_polysaccharide_12(X) = fn_polysaccharide_8(X)
& fn_polysaccharide_8(X) = fn_polar_molecule_4(X)
& fn_polar_molecule_4(X) = fn_polysaccharide_8(X)
& fn_polysaccharide_8(X) = fn_adhesion_2(fn_cellulose_34(X))
& fn_adhesion_2(fn_cellulose_34(X)) = fn_functional_group_1(fn_cellulose_38(X))
& fn_functional_group_1(fn_cellulose_38(X)) = fn_functional_group_1(fn_cellulose_29(X))
& fn_functional_group_1(fn_cellulose_29(X)) = fn_polar_molecule_4(X)
& fn_polar_molecule_4(X) = fn_hydroxyl_group_5(fn_cellulose_29(X))
& fn_hydroxyl_group_5(fn_cellulose_29(X)) = fn_polysaccharide_28(X)
& fn_polysaccharide_28(X) = fn_hydroxyl_group_5(fn_cellulose_29(X))
& fn_hydroxyl_group_5(fn_cellulose_29(X)) = fn_hydroxyl_group_5(fn_cellulose_29(X))
& fn_hydroxyl_group_5(fn_cellulose_29(X)) = fn_hold_2(fn_cellulose_36(X))
& fn_hold_2(fn_cellulose_36(X)) = fn_carbohydrate_39(X)
& fn_polysaccharide_11(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_polysaccharide_11(X)
& fn_polysaccharide_11(X) = fn_polysaccharide_11(X)
& fn_polysaccharide_11(X) = fn_carbonyl_group_9(fn_cellulose_38(X))
& fn_carbonyl_group_9(fn_cellulose_38(X)) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_carbohydrate_35(X)
& fn_polysaccharide_29(X) = fn_carbohydrate_35(X)
& fn_carbohydrate_35(X) = fn_polysaccharide_29(X)
& fn_polysaccharide_29(X) = fn_carbonyl_group_8(fn_cellulose_38(X))
& fn_carbonyl_group_8(fn_cellulose_38(X)) = fn_carbonyl_group_8(fn_cellulose_38(X))
& fn_carbonyl_group_8(fn_cellulose_38(X)) = fn_share_1(fn_cellulose_53(X))
& fn_share_1(fn_cellulose_54(X)) = fn_share_3(fn_cellulose_21(X))
& fn_share_3(fn_cellulose_21(X)) = fn_share_1(fn_cellulose_63(X))
& fn_share_1(fn_cellulose_63(X)) = fn_share_3(fn_cellulose_20(X))
& fn_share_3(fn_cellulose_20(X)) = fn_share_1(fn_cellulose_20(X))
& fn_share_1(fn_cellulose_20(X)) = fn_share_3(fn_cellulose_13(X))
& fn_share_3(fn_cellulose_13(X)) = fn_share_1(fn_cellulose_64(X))
& fn_share_1(fn_cellulose_64(X)) = fn_share_3(fn_cellulose_66(X))
& fn_share_3(fn_cellulose_66(X)) = fn_share_1(fn_cellulose_66(X))
& fn_share_1(fn_cellulose_66(X)) = fn_share_3(fn_cellulose_11(X))
& fn_share_3(fn_cellulose_11(X)) = fn_share_1(fn_cellulose_11(X))
& fn_share_1(fn_cellulose_11(X)) = fn_share_1(fn_cellulose_53(X))
& fn_share_1(fn_cellulose_53(X)) = fn_share_1(fn_cellulose_54(X))
& fn_share_1(fn_cellulose_54(X)) = fn_share_1(fn_cellulose_63(X))
& fn_share_1(fn_cellulose_63(X)) = fn_share_1(fn_cellulose_20(X))
& fn_share_1(fn_cellulose_20(X)) = fn_share_1(fn_cellulose_64(X))
& fn_share_1(fn_cellulose_64(X)) = fn_share_1(fn_cellulose_66(X))
& fn_share_1(fn_cellulose_66(X)) = fn_share_1(fn_cellulose_11(X))
& fn_share_1(fn_cellulose_11(X)) = fn_covalent_bond_20(fn_cellulose_28(X))
& fn_covalent_bond_20(fn_cellulose_28(X)) = fn_polar_covalent_bond_19(fn_cellulose_48(X))
& fn_polar_covalent_bond_19(fn_cellulose_48(X)) = fn_polar_molecule_3(X)
& fn_polar_molecule_3(X) = fn_polar_covalent_bond_19(fn_cellulose_48(X))
& fn_polar_covalent_bond_18(fn_cellulose_48(X)) = fn_polar_covalent_bond_19(fn_cellulose_48(X))
& fn_polar_covalent_bond_19(fn_cellulose_48(X)) = fn_polar_covalent_bond_18(fn_cellulose_48(X))
& fn_polysaccharide_15(X) = fn_polar_covalent_bond_18(fn_cellulose_48(X))
& fn_polar_covalent_bond_18(fn_cellulose_48(X)) = fn_polar_covalent_bond_18(fn_cellulose_48(X))
& fn_polar_covalent_bond_18(fn_cellulose_48(X)) = fn_polysaccharide_15(X)
& fn_polysaccharide_15(X) = fn_polysaccharide_15(X)
& fn_polysaccharide_15(X) = fn_hydroxyl_group_4(fn_cellulose_29(X))
& fn_hydroxyl_group_4(fn_cellulose_29(X)) = fn_hydroxyl_group_4(fn_cellulose_29(X))
& fn_hydroxyl_group_4(fn_cellulose_29(X)) = fn_carbonyl_group_9(fn_cellulose_38(X))
& fn_carbonyl_group_9(fn_cellulose_38(X)) = fn_carbonyl_group_9(fn_cellulose_38(X))
& fn_carbonyl_group_9(fn_cellulose_38(X)) = fn_carbohydrate_34(X)
& fn_carbohydrate_34(X) = fn_polysaccharide_17(X)
& fn_polysaccharide_17(X) = fn_carbohydrate_34(X)
& fn_carbohydrate_34(X) = fn_polar_molecule_3(X)
& fn_covalent_bond_20(fn_cellulose_28(X)) = fn_polysaccharide_14(X)
& fn_polysaccharide_14(X) = fn_polysaccharide_14(X)
& fn_polysaccharide_14(X) = fn_carbonyl_group_7(fn_cellulose_38(X))
& fn_carbonyl_group_7(fn_cellulose_38(X)) = fn_carbonyl_group_7(fn_cellulose_38(X))
& fn_carbonyl_group_7(fn_cellulose_38(X)) = fn_covalent_bond_15(fn_cellulose_28(X))
& fn_covalent_bond_15(fn_cellulose_28(X)) = fn_carbonyl_group_6(fn_cellulose_38(X))
& fn_polar_covalent_bond_12(fn_cellulose_48(X)) = fn_carbonyl_group_6(fn_cellulose_38(X))
& fn_carbonyl_group_6(fn_cellulose_38(X)) = fn_polar_covalent_bond_12(fn_cellulose_48(X))
& fn_polar_covalent_bond_12(fn_cellulose_48(X)) = fn_polar_covalent_bond_12(fn_cellulose_48(X))
& fn_polar_covalent_bond_12(fn_cellulose_48(X)) = fn_polar_covalent_bond_16(fn_cellulose_48(X))
& fn_polar_covalent_bond_16(fn_cellulose_48(X)) = fn_polysaccharide_28(X)
& fn_polysaccharide_28(X) = fn_polysaccharide_28(X)
& fn_polysaccharide_28(X) = fn_polar_covalent_bond_16(fn_cellulose_48(X))
& fn_polar_covalent_bond_16(fn_cellulose_48(X)) = fn_polar_covalent_bond_16(fn_cellulose_48(X))
& fn_polar_covalent_bond_16(fn_cellulose_48(X)) = fn_covalent_bond_14(fn_cellulose_28(X))
& fn_covalent_bond_14(fn_cellulose_28(X)) = fn_covalent_bond_14(fn_cellulose_28(X))
& fn_carbonyl_group_10(fn_cellulose_38(X)) = fn_covalent_bond_14(fn_cellulose_28(X))
& fn_covalent_bond_14(fn_cellulose_28(X)) = fn_carbonyl_group_10(fn_cellulose_38(X))
& fn_carbonyl_group_10(fn_cellulose_38(X)) = fn_carbonyl_group_10(fn_cellulose_38(X))
& fn_carbonyl_group_10(fn_cellulose_38(X)) = fn_polar_covalent_bond_17(fn_cellulose_48(X))
& fn_polar_covalent_bond_17(fn_cellulose_48(X)) = fn_polar_covalent_bond_17(fn_cellulose_48(X))
& fn_polar_covalent_bond_17(fn_cellulose_48(X)) = fn_polysaccharide_25(X)
& fn_polysaccharide_25(X) = fn_polysaccharide_25(X)
& fn_polysaccharide_25(X) = fn_hydroxyl_group_7(fn_cellulose_29(X))
& fn_hydroxyl_group_7(fn_cellulose_29(X)) = fn_hydroxyl_group_7(fn_cellulose_29(X))
& fn_hydroxyl_group_7(fn_cellulose_29(X)) = fn_polar_covalent_bond_1(fn_cellulose_48(X))
& fn_polysaccharide_13(X) = fn_polar_covalent_bond_1(fn_cellulose_48(X))
& fn_polar_covalent_bond_1(fn_cellulose_48(X)) = fn_polysaccharide_13(X)
& fn_polysaccharide_13(X) = fn_polysaccharide_13(X)
& fn_polysaccharide_13(X) = fn_hydrogen_2(fn_cellulose_47(X))
& fn_hydrogen_2(fn_cellulose_47(X)) = fn_hydrogen_2(fn_cellulose_47(X))
& fn_hydrogen_2(fn_cellulose_47(X)) = fn_covalent_bond_4(fn_cellulose_28(X))
& fn_covalent_bond_4(fn_cellulose_28(X)) = fn_hydrogen_13(fn_cellulose_47(X))
& fn_hydrogen_13(fn_cellulose_47(X)) = fn_hydrogen_13(fn_cellulose_47(X))
& fn_hydrogen_13(fn_cellulose_47(X)) = fn_share_2(fn_cellulose_53(X))
& fn_share_2(fn_cellulose_53(X)) = fn_share_2(fn_cellulose_54(X))
& fn_share_2(fn_cellulose_54(X)) = fn_covalent_bond_15(fn_cellulose_28(X))
& fn_covalent_bond_18(fn_cellulose_28(X)) = fn_covalent_bond_15(fn_cellulose_28(X))
& fn_covalent_bond_15(fn_cellulose_28(X)) = fn_covalent_bond_18(fn_cellulose_28(X))
& fn_covalent_bond_18(fn_cellulose_28(X)) = fn_covalent_bond_18(fn_cellulose_28(X))
& fn_covalent_bond_18(fn_cellulose_28(X)) = fn_hydroxyl_group_8(fn_cellulose_29(X))
& fn_polar_covalent_bond_11(fn_cellulose_48(X)) = fn_hydroxyl_group_8(fn_cellulose_29(X))
& fn_hydroxyl_group_8(fn_cellulose_29(X)) = fn_polar_covalent_bond_11(fn_cellulose_48(X))
& fn_polar_covalent_bond_11(fn_cellulose_48(X)) = fn_polar_covalent_bond_11(fn_cellulose_48(X))
& fn_polar_covalent_bond_11(fn_cellulose_48(X)) = fn_hydrogen_12(fn_cellulose_47(X))
& fn_hydrogen_12(fn_cellulose_47(X)) = fn_hydrogen_12(fn_cellulose_47(X))
& fn_hydrogen_12(fn_cellulose_47(X)) = fn_share_3(fn_cellulose_53(X))
& fn_share_3(fn_cellulose_53(X)) = fn_share_3(fn_cellulose_42(X))
& fn_share_3(fn_cellulose_42(X)) = fn_share_1(fn_cellulose_42(X))
& fn_share_1(fn_cellulose_42(X)) = fn_share_3(fn_cellulose_54(X))
& fn_share_3(fn_cellulose_54(X)) = fn_share_3(fn_cellulose_41(X))
& fn_share_3(fn_cellulose_41(X)) = fn_share_1(fn_cellulose_41(X))
& fn_share_1(fn_cellulose_41(X)) = fn_share_3(fn_cellulose_63(X))
& fn_share_3(fn_cellulose_63(X)) = fn_share_1(fn_cellulose_21(X))
& fn_share_1(fn_cellulose_21(X)) = fn_share_3(fn_cellulose_64(X))
& fn_share_3(fn_cellulose_64(X)) = fn_share_1(fn_cellulose_13(X))
& fn_share_1(fn_cellulose_13(X)) = fn_share_3(fn_cellulose_65(X))
& fn_share_3(fn_cellulose_65(X)) = fn_share_1(fn_cellulose_65(X))
& fn_share_1(fn_cellulose_65(X)) = fn_share_3(fn_cellulose_12(X))
& fn_share_3(fn_cellulose_12(X)) = fn_share_1(fn_cellulose_12(X))
& fn_share_1(fn_cellulose_12(X)) = fn_share_1(fn_cellulose_42(X))
& fn_share_1(fn_cellulose_42(X)) = fn_share_1(fn_cellulose_41(X))
& fn_share_1(fn_cellulose_41(X)) = fn_share_1(fn_cellulose_21(X))
& fn_share_1(fn_cellulose_21(X)) = fn_share_1(fn_cellulose_13(X))
& fn_share_1(fn_cellulose_13(X)) = fn_share_1(fn_cellulose_65(X))
& fn_share_1(fn_cellulose_65(X)) = fn_share_1(fn_cellulose_12(X))
& fn_share_1(fn_cellulose_12(X)) = fn_polar_molecule_3(X)
& fn_polar_molecule_3(X) = fn_covalent_bond_20(fn_cellulose_28(X))
& fn_covalent_bond_20(fn_cellulose_28(X)) = fn_covalent_bond_20(fn_cellulose_28(X))
& fn_covalent_bond_20(fn_cellulose_28(X)) = fn_polar_molecule_3(X)
& fn_polar_molecule_3(X) = fn_polar_molecule_3(X)
& fn_polar_molecule_3(X) = fn_polar_molecule_2(X)
& fn_polar_molecule_2(X) = fn_covalent_bond_20(fn_cellulose_28(X))
& fn_covalent_bond_20(fn_cellulose_28(X)) = fn_polar_molecule_2(X)
& fn_covalent_bond_19(fn_cellulose_28(X)) = fn_polar_molecule_2(X)
& fn_polar_molecule_2(X) = fn_polar_molecule_2(X)
& fn_polar_molecule_2(X) = fn_covalent_bond_19(fn_cellulose_28(X))
& fn_covalent_bond_19(fn_cellulose_28(X)) = fn_covalent_bond_19(fn_cellulose_28(X))
& fn_covalent_bond_19(fn_cellulose_28(X)) = fn_polar_covalent_bond_19(fn_cellulose_48(X))
& fn_polysaccharide_26(X) = fn_polar_covalent_bond_19(fn_cellulose_48(X))
& fn_polar_covalent_bond_19(fn_cellulose_48(X)) = fn_polar_covalent_bond_19(fn_cellulose_48(X))
& fn_polar_covalent_bond_19(fn_cellulose_48(X)) = fn_polysaccharide_26(X)
& fn_polysaccharide_26(X) = fn_polysaccharide_26(X)
& fn_polysaccharide_26(X) = fn_hydroxyl_group_6(fn_cellulose_29(X))
& fn_hydroxyl_group_6(fn_cellulose_29(X)) = fn_hydroxyl_group_6(fn_cellulose_29(X)) ) ) ).
fof(a528268,axiom,
! [X] :
( cellulose_digesting_bacteria_1(X)
=> ( original_name_2(X,'Cellulose-Digesting-Bacteria')
& user_description_2(X,'Bacteria that break down cellulose; contained in the stomach of ruminants.')
& concept2words_2(X,'cellulose digesting bacterium')
& concept2words_2(X,'cellulose-digesting bacterium')
& concept2words_2(X,'cellulose-digesting-bacteria')
& bacterium_1(X)
& ~ escherichia_coli_1(X)
& ~ gram_negative_bacteria_1(X)
& ~ gram_positive_bacteria_1(X)
& ~ mycoplasma_1(X)
& ~ rhizobacterium_1(X)
& cellulase_1(fn_cellulose_digesting_bacteria_1(X))
& cellulose_digestion_1(fn_cellulose_digesting_bacteria_2(X))
& chromosome_1(fn_cellulose_digesting_bacteria_3(X))
& prokaryotic_chromosome_1(fn_cellulose_digesting_bacteria_3(X))
& nucleoid_1(fn_cellulose_digesting_bacteria_4(X))
& mixture_1(fn_cellulose_digesting_bacteria_5(X))
& cytoplasm_1(fn_cellulose_digesting_bacteria_5(X))
& spatial_entity_1(fn_cellulose_digesting_bacteria_6(X))
& biomembrane_1(fn_cellulose_digesting_bacteria_6(X))
& plasma_membrane_1(fn_cellulose_digesting_bacteria_6(X))
& ribosome_1(fn_cellulose_digesting_bacteria_7(X))
& prokaryotic_ribosome_1(fn_cellulose_digesting_bacteria_7(X))
& water_1(fn_cellulose_digesting_bacteria_8(X))
& cell_wall_1(fn_cellulose_digesting_bacteria_9(X))
& surface_1(fn_cellulose_digesting_bacteria_10(X))
& size_value_1(fn_cellulose_digesting_bacteria_11(X))
& volume_value_1(fn_cellulose_digesting_bacteria_12(X))
& temperature_value_1(fn_cellulose_digesting_bacteria_13(X))
& specific_heat_value_1(fn_cellulose_digesting_bacteria_14(X))
& tangible_entity_1(fn_cellulose_digesting_bacteria_15(X))
& phospholipid_bilayer_1(fn_cellulose_digesting_bacteria_15(X))
& substance_1(fn_cellulose_digesting_bacteria_16(X))
& cytosol_1(fn_cellulose_digesting_bacteria_16(X))
& protein_enzyme_1(fn_cellulose_digesting_bacteria_17(X))
& cell_1(fn_cellulose_digestion_4(fn_cellulose_digesting_bacteria_2(X)))
& is_inside_2(fn_cellulose_digesting_bacteria_7(X),fn_cellulose_digesting_bacteria_16(X))
& has_part_2(X,fn_cellulose_digesting_bacteria_1(X))
& base_2(fn_cellulose_digesting_bacteria_2(X),X)
& temperature_2(X,fn_cellulose_digesting_bacteria_13(X))
& correspondence_2(fn_cellulose_digesting_bacteria_13(X),fn_cellulose_digesting_bacteria_14(X))
& specific_heat_2(fn_cellulose_digesting_bacteria_8(X),fn_cellulose_digesting_bacteria_14(X))
& has_part_2(X,fn_cellulose_digesting_bacteria_8(X))
& has_part_2(X,fn_cellulose_digesting_bacteria_17(X))
& has_region_2(X,fn_cellulose_digesting_bacteria_4(X))
& is_inside_2(fn_cellulose_digesting_bacteria_3(X),fn_cellulose_digesting_bacteria_4(X))
& has_part_2(X,fn_cellulose_digesting_bacteria_3(X))
& has_part_2(fn_cellulose_digesting_bacteria_5(X),fn_cellulose_digesting_bacteria_16(X))
& volume_2(X,fn_cellulose_digesting_bacteria_12(X))
& directly_proportional_2(fn_cellulose_digesting_bacteria_11(X),fn_cellulose_digesting_bacteria_12(X))
& size_2(X,fn_cellulose_digesting_bacteria_11(X))
& has_region_2(X,fn_cellulose_digesting_bacteria_10(X))
& is_at_2(fn_cellulose_digesting_bacteria_15(X),fn_cellulose_digesting_bacteria_10(X))
& has_part_2(X,fn_cellulose_digesting_bacteria_7(X))
& has_part_2(fn_cellulose_digesting_bacteria_6(X),fn_cellulose_digesting_bacteria_15(X))
& has_part_2(X,fn_cellulose_digesting_bacteria_6(X))
& is_inside_2(fn_cellulose_digesting_bacteria_6(X),fn_cellulose_digesting_bacteria_9(X))
& has_part_2(X,fn_cellulose_digesting_bacteria_9(X))
& has_part_2(X,fn_cellulose_digesting_bacteria_5(X))
& is_inside_2(fn_cellulose_digesting_bacteria_5(X),fn_cellulose_digesting_bacteria_6(X))
& X = fn_cellulose_digestion_4(fn_cellulose_digesting_bacteria_2(X))
& fn_cellulose_digesting_bacteria_19(X) = fn_organism_1(X)
& fn_cellulose_digesting_bacteria_18(X) = fn_organism_6(X)
& fn_cellulose_digesting_bacteria_8(X) = fn_organism_4(X)
& fn_cellulose_digesting_bacteria_14(X) = fn_organism_5(X)
& fn_cellulose_digesting_bacteria_13(X) = fn_organism_2(X)
& fn_cellulose_digesting_bacteria_17(X) = fn_prokaryote_3(X)
& fn_cellulose_digesting_bacteria_16(X) = fn_prokaryote_10(X)
& fn_cellulose_digesting_bacteria_3(X) = fn_prokaryote_9(X)
& fn_cellulose_digesting_bacteria_4(X) = fn_prokaryote_18(X)
& fn_cellulose_digesting_bacteria_20(X) = fn_cell_23(X)
& fn_cellulose_digesting_bacteria_21(X) = fn_cell_10(X)
& fn_cellulose_digesting_bacteria_15(X) = fn_cell_26(X)
& fn_cellulose_digesting_bacteria_10(X) = fn_cell_4(X)
& fn_cellulose_digesting_bacteria_11(X) = fn_cell_11(X)
& fn_cellulose_digesting_bacteria_12(X) = fn_cell_22(X)
& fn_cellulose_digesting_bacteria_7(X) = fn_bacterium_14(X)
& fn_cellulose_digesting_bacteria_15(X) = fn_bacterium_5(X)
& fn_cellulose_digesting_bacteria_5(X) = fn_prokaryote_12(X)
& fn_cellulose_digesting_bacteria_5(X) = fn_bacterium_16(X)
& fn_cellulose_digesting_bacteria_9(X) = fn_bacterium_12(X)
& fn_cellulose_digesting_bacteria_6(X) = fn_bacterium_15(X)
& fn_cell_26(X) = fn_bacterium_5(X)
& fn_bacterium_5(X) = fn_prokaryote_12(X)
& fn_bacterium_16(X) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_bacterium_16(X) ) ) ).
fof(a528269,axiom,
! [X] :
( cellulose_digesting_fungus_1(X)
=> ( original_name_2(X,'Cellulose-Digesting-Fungus')
& user_description_2(X,'Fungus that break down cellulose; contained in the stomach of ruminants.')
& concept2words_2(X,'cellulose digesting fungus')
& concept2words_2(X,'cellulose-digesting-fungus')
& fungus_1(X)
& cellulose_digestion_1(fn_cellulose_digesting_fungus_1(X))
& cellulase_1(fn_cellulose_digesting_fungus_2(X))
& has_part_2(X,fn_cellulose_digesting_fungus_2(X))
& base_2(fn_cellulose_digesting_fungus_1(X),X) ) ) ).
fof(a528270,axiom,
! [X] :
( cellulose_digestion_1(X)
=> ( original_name_2(X,'Cellulose-Digestion')
& user_description_2(X,'The process of digestion (breaking down) of cellulose.')
& concept2words_2(X,digest)
& concept2words_2(X,convert)
& concept2words_2(X,'digestion of cellulose')
& concept2words_2(X,'cellulose digestion')
& concept2words_2(X,'cellulose-digestion')
& chemical_digestion_1(X)
& potential_energy_1(fn_cellulose_digestion_1(X))
& organism_1(fn_cellulose_digestion_3(X))
& cell_1(fn_cellulose_digestion_4(X))
& redox_reaction_1(fn_cellulose_digestion_5(X))
& structural_complexity_value_1(fn_cellulose_digestion_6(X))
& activation_energy_1(fn_cellulose_digestion_7(X))
& monomer_1(fn_cellulose_digestion_9(X))
& blood_1(fn_cellulose_digestion_10(X))
& catalyst_1(fn_cellulose_digestion_11(X))
& structural_complexity_value_1(fn_cellulose_digestion_12(X))
& chemical_entity_1(fn_cellulose_digestion_13(X))
& water_molecule_1(fn_cellulose_digestion_13(X))
& cellulase_1(fn_cellulose_digestion_14(X))
& cellulose_1(fn_cellulose_digestion_15(X))
& hold_1(fn_cellulose_digestion_16(X))
& carry_1(fn_cellulose_digestion_17(X))
& chemical_energy_1(fn_cellulose_digestion_18(X))
& remove_1(fn_cellulose_digestion_19(X))
& chemical_energy_1(fn_cellulose_digestion_20(X))
& hydrolysis_1(fn_cellulose_digestion_21(X))
& monomer_1(fn_cellulose_digestion_22(X))
& hold_1(fn_cellulose_digestion_23(X))
& carry_1(fn_cellulose_digestion_24(X))
& catalyst_1(fn_enzyme_6(fn_cellulose_digestion_14(X)))
& chemical_energy_1(fn_hydrolysis_14(fn_cellulose_digestion_21(X)))
& property_node_1(fn_glucose_1(fn_cellulose_digestion_9(X)))
& structural_complexity_value_1(fn_glucose_2(fn_cellulose_digestion_9(X)))
& tangible_entity_1(fn_carry_1(fn_cellulose_digestion_24(X)))
& tangible_entity_1(fn_hold_1(fn_cellulose_digestion_23(X)))
& monomer_1(fn_polymer_4(fn_cellulose_digestion_14(X)))
& monomer_1(fn_protein_enzyme_9(fn_cellulose_digestion_14(X)))
& chemical_energy_1(fn_exergonic_reaction_3(fn_cellulose_digestion_21(X)))
& chemical_energy_1(fn_hydrolysis_17(fn_cellulose_digestion_21(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_cellulose_digestion_21(X)))
& water_molecule_1(fn_hydrolysis_10(fn_cellulose_digestion_21(X)))
& spatial_entity_1(fn_remove_2(fn_cellulose_digestion_19(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_cellulose_digestion_21(X)))
& spatial_entity_1(fn_remove_1(fn_cellulose_digestion_19(X)))
& spatial_entity_1(fn_move_1(fn_cellulose_digestion_24(X)))
& spatial_entity_1(fn_move_1(fn_cellulose_digestion_17(X)))
& tangible_entity_1(fn_hold_2(fn_cellulose_digestion_16(X)))
& tangible_entity_1(fn_hold_2(fn_cellulose_digestion_23(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_cellulose_digestion_21(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_cellulose_digestion_21(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_cellulose_digestion_21(X)))
& in_event_2(fn_cellulose_digestion_11(X),X)
& greater_than_2(fn_cellulose_digestion_6(X),fn_cellulose_digestion_12(X))
& raw_material_2(X,fn_cellulose_digestion_13(X))
& raw_material_2(X,fn_cellulose_digestion_15(X))
& raw_material_2(X,fn_cellulose_digestion_1(X))
& subevent_2(X,fn_cellulose_digestion_21(X))
& base_2(X,fn_cellulose_digestion_4(X))
& causes_2(X,fn_cellulose_digestion_5(X))
& beneficiary_2(X,fn_cellulose_digestion_3(X))
& has_function_2(fn_cellulose_digestion_14(X),X)
& structural_complexity_2(fn_cellulose_digestion_15(X),fn_cellulose_digestion_6(X))
& subevent_2(fn_cellulose_digestion_17(X),fn_cellulose_digestion_16(X))
& first_subevent_2(fn_cellulose_digestion_17(X),fn_cellulose_digestion_16(X))
& subevent_2(fn_cellulose_digestion_24(X),fn_cellulose_digestion_23(X))
& first_subevent_2(fn_cellulose_digestion_24(X),fn_cellulose_digestion_23(X))
& agent_2(fn_cellulose_digestion_24(X),fn_cellulose_digestion_10(X))
& agent_2(fn_cellulose_digestion_23(X),fn_cellulose_digestion_10(X))
& object_2(fn_cellulose_digestion_19(X),fn_cellulose_digestion_9(X))
& object_2(fn_cellulose_digestion_24(X),fn_cellulose_digestion_9(X))
& object_2(fn_cellulose_digestion_17(X),fn_cellulose_digestion_9(X))
& object_2(fn_cellulose_digestion_16(X),fn_cellulose_digestion_9(X))
& result_2(X,fn_cellulose_digestion_9(X))
& object_2(fn_cellulose_digestion_23(X),fn_cellulose_digestion_9(X))
& base_2(fn_cellulose_digestion_19(X),fn_cellulose_digestion_15(X))
& possesses_2(fn_cellulose_digestion_13(X),fn_cellulose_digestion_20(X))
& raw_material_2(X,fn_cellulose_digestion_7(X))
& plays_2(fn_cellulose_digestion_14(X),fn_cellulose_digestion_11(X))
& has_part_2(fn_cellulose_digestion_14(X),fn_cellulose_digestion_22(X))
& possesses_2(fn_cellulose_digestion_15(X),fn_cellulose_digestion_20(X))
& raw_material_2(fn_cellulose_digestion_21(X),fn_cellulose_digestion_15(X))
& fn_cellulose_digestion_15(X) != fn_cellulose_digestion_13(X)
& raw_material_2(fn_cellulose_digestion_21(X),fn_cellulose_digestion_13(X))
& result_2(fn_cellulose_digestion_21(X),fn_cellulose_digestion_9(X))
& fn_cellulose_digestion_13(X) != fn_cellulose_digestion_15(X)
& structural_complexity_2(fn_cellulose_digestion_9(X),fn_cellulose_digestion_12(X))
& fn_cellulose_digestion_10(X) = fn_carry_1(fn_cellulose_digestion_24(X))
& fn_cellulose_digestion_10(X) = fn_hold_1(fn_cellulose_digestion_23(X))
& fn_cellulose_digestion_9(X) = fn_remove_1(fn_cellulose_digestion_19(X))
& fn_cellulose_digestion_9(X) = fn_move_1(fn_cellulose_digestion_24(X))
& fn_cellulose_digestion_9(X) = fn_move_1(fn_cellulose_digestion_17(X))
& fn_cellulose_digestion_9(X) = fn_hold_2(fn_cellulose_digestion_16(X))
& fn_cellulose_digestion_9(X) = fn_chemical_digestion_2(X)
& fn_cellulose_digestion_9(X) = fn_hold_2(fn_cellulose_digestion_23(X))
& fn_cellulose_digestion_15(X) = fn_remove_2(fn_cellulose_digestion_19(X))
& fn_cellulose_digestion_20(X) = fn_exergonic_reaction_3(fn_cellulose_digestion_21(X))
& fn_cellulose_digestion_7(X) = fn_chemical_digestion_1(X)
& fn_cellulose_digestion_11(X) = fn_enzyme_6(fn_cellulose_digestion_14(X))
& fn_cellulose_digestion_22(X) = fn_polymer_4(fn_cellulose_digestion_14(X))
& fn_cellulose_digestion_22(X) = fn_protein_enzyme_9(fn_cellulose_digestion_14(X))
& fn_cellulose_digestion_20(X) = fn_hydrolysis_17(fn_cellulose_digestion_21(X))
& fn_cellulose_digestion_18(X) = fn_hydrolysis_14(fn_cellulose_digestion_21(X))
& fn_cellulose_digestion_9(X) = fn_decomposition_reaction_4(fn_cellulose_digestion_21(X))
& fn_cellulose_digestion_9(X) = fn_exergonic_reaction_11(fn_cellulose_digestion_21(X))
& fn_cellulose_digestion_9(X) = fn_hydrolysis_9(fn_cellulose_digestion_21(X))
& fn_cellulose_digestion_13(X) = fn_exergonic_reaction_10(fn_cellulose_digestion_21(X))
& fn_cellulose_digestion_13(X) = fn_hydrolysis_10(fn_cellulose_digestion_21(X))
& fn_cellulose_digestion_15(X) = fn_hydrolysis_11(fn_cellulose_digestion_21(X))
& fn_cellulose_digestion_8(X) = fn_glucose_1(fn_cellulose_digestion_9(X))
& fn_cellulose_digestion_12(X) = fn_glucose_2(fn_cellulose_digestion_9(X))
& fn_carry_1(fn_cellulose_digestion_24(X)) = fn_hold_1(fn_cellulose_digestion_23(X))
& fn_hold_1(fn_cellulose_digestion_23(X)) = fn_polymer_4(fn_cellulose_digestion_14(X))
& fn_polymer_4(fn_cellulose_digestion_14(X)) = fn_protein_enzyme_9(fn_cellulose_digestion_14(X))
& fn_protein_enzyme_9(fn_cellulose_digestion_14(X)) = fn_exergonic_reaction_3(fn_cellulose_digestion_21(X))
& fn_exergonic_reaction_3(fn_cellulose_digestion_21(X)) = fn_hydrolysis_17(fn_cellulose_digestion_21(X))
& fn_hydrolysis_17(fn_cellulose_digestion_21(X)) = fn_exergonic_reaction_10(fn_cellulose_digestion_21(X))
& fn_exergonic_reaction_10(fn_cellulose_digestion_21(X)) = fn_exergonic_reaction_10(fn_cellulose_digestion_21(X))
& fn_exergonic_reaction_10(fn_cellulose_digestion_21(X)) = fn_hydrolysis_10(fn_cellulose_digestion_21(X))
& fn_hydrolysis_10(fn_cellulose_digestion_21(X)) = fn_hydrolysis_10(fn_cellulose_digestion_21(X))
& fn_hydrolysis_10(fn_cellulose_digestion_21(X)) = fn_remove_2(fn_cellulose_digestion_19(X))
& fn_remove_2(fn_cellulose_digestion_19(X)) = fn_hydrolysis_11(fn_cellulose_digestion_21(X))
& fn_hydrolysis_11(fn_cellulose_digestion_21(X)) = fn_hydrolysis_11(fn_cellulose_digestion_21(X))
& fn_hydrolysis_11(fn_cellulose_digestion_21(X)) = fn_remove_1(fn_cellulose_digestion_19(X))
& fn_remove_1(fn_cellulose_digestion_19(X)) = fn_move_1(fn_cellulose_digestion_24(X))
& fn_move_1(fn_cellulose_digestion_17(X)) = fn_move_1(fn_cellulose_digestion_24(X))
& fn_move_1(fn_cellulose_digestion_24(X)) = fn_move_1(fn_cellulose_digestion_17(X))
& fn_move_1(fn_cellulose_digestion_17(X)) = fn_chemical_digestion_2(X)
& fn_chemical_digestion_2(X) = fn_hold_2(fn_cellulose_digestion_16(X))
& fn_hold_2(fn_cellulose_digestion_16(X)) = fn_chemical_digestion_2(X)
& fn_chemical_digestion_2(X) = fn_hold_2(fn_cellulose_digestion_23(X))
& fn_hold_2(fn_cellulose_digestion_23(X)) = fn_hold_2(fn_cellulose_digestion_16(X))
& fn_hold_2(fn_cellulose_digestion_16(X)) = fn_hold_2(fn_cellulose_digestion_23(X))
& fn_hold_2(fn_cellulose_digestion_23(X)) = fn_decomposition_reaction_4(fn_cellulose_digestion_21(X))
& fn_decomposition_reaction_4(fn_cellulose_digestion_21(X)) = fn_decomposition_reaction_4(fn_cellulose_digestion_21(X))
& fn_decomposition_reaction_4(fn_cellulose_digestion_21(X)) = fn_exergonic_reaction_11(fn_cellulose_digestion_21(X))
& fn_hydrolysis_9(fn_cellulose_digestion_21(X)) = fn_exergonic_reaction_11(fn_cellulose_digestion_21(X))
& fn_exergonic_reaction_11(fn_cellulose_digestion_21(X)) = fn_hydrolysis_9(fn_cellulose_digestion_21(X)) ) ) ).
fof(a528271,axiom,
! [X] :
( cellulose_synthase_1(X)
=> ( original_name_2(X,'Cellulose-Synthase')
& user_description_2(X,'Cellulose synthase is an enzyme which combines sugar residues to create the polysaccharide cellulose.')
& concept2words_2(X,'cellulose synthase')
& concept2words_2(X,'cellulose-synthase')
& protein_enzyme_1(X)
& hydrophilic_region_1(fn_cellulose_synthase_4(X))
& surface_1(fn_cellulose_synthase_5(X))
& carbon_skeleton_1(fn_cellulose_synthase_6(X))
& carbon_1(fn_cellulose_synthase_7(X))
& atom_1(fn_cellulose_synthase_8(X))
& chemical_entity_1(fn_cellulose_synthase_8(X))
& kinetic_energy_1(fn_cellulose_synthase_9(X))
& constant_motion_1(fn_cellulose_synthase_10(X))
& speed_value_1(fn_cellulose_synthase_11(X))
& quantity_value_1(fn_cellulose_synthase_12(X))
& decrease_1(fn_cellulose_synthase_13(X))
& polypeptide_1(fn_cellulose_synthase_14(X))
& monomer_1(fn_cellulose_synthase_15(X))
& protein_domain_1(fn_cellulose_synthase_16(X))
& cellulose_1(fn_cellulose_synthase_17(X))
& dehydration_reaction_1(fn_cellulose_synthase_18(X))
& chemical_entity_1(fn_cellulose_synthase_19(X))
& monomer_1(fn_cellulose_synthase_19(X))
& synthesis_of_cellulose_1(fn_cellulose_synthase_20(X))
& functional_group_1(fn_cellulose_synthase_21(X))
& spatial_entity_1(fn_cellulose_synthase_22(X))
& chemical_entity_1(fn_cellulose_synthase_22(X))
& monomer_1(fn_cellulose_synthase_22(X))
& molecule_1(fn_cellulose_synthase_22(X))
& amino_acid_1(fn_cellulose_synthase_22(X))
& size_value_1(fn_cellulose_synthase_23(X))
& reactant_1(fn_cellulose_synthase_24(X))
& size_value_1(fn_cellulose_synthase_25(X))
& r_group_1(fn_cellulose_synthase_26(X))
& catalyst_1(fn_cellulose_synthase_27(X))
& active_site_1(fn_cellulose_synthase_28(X))
& dehydration_reaction_1(fn_polymer_synthesis_24(fn_cellulose_synthase_20(X)))
& carbohydrate_1(fn_synthesis_of_carbohydrate_2(fn_cellulose_synthase_20(X)))
& polymer_1(fn_polymer_synthesis_23(fn_cellulose_synthase_20(X)))
& chemical_entity_1(fn_polymer_synthesis_23(fn_cellulose_synthase_20(X)))
& monomer_1(fn_polymer_synthesis_7(fn_cellulose_synthase_20(X)))
& monomer_1(fn_polymer_6(fn_cellulose_synthase_17(X)))
& monomer_1(fn_polymer_4(fn_cellulose_synthase_17(X)))
& monomer_1(fn_polymer_synthesis_22(fn_cellulose_synthase_20(X)))
& monomer_1(fn_polymer_synthesis_20(fn_cellulose_synthase_20(X)))
& chemical_reaction_1(fn_catalyst_1(fn_cellulose_synthase_27(X)))
& chemical_entity_1(fn_functional_group_1(fn_cellulose_synthase_21(X)))
& chemical_entity_1(fn_catalyst_2(fn_cellulose_synthase_27(X)))
& has_region_2(fn_cellulose_synthase_22(X),fn_cellulose_synthase_21(X))
& result_2(fn_cellulose_synthase_20(X),fn_cellulose_synthase_17(X))
& in_event_2(fn_cellulose_synthase_27(X),fn_cellulose_synthase_20(X))
& enables_2(fn_cellulose_synthase_13(X),fn_cellulose_synthase_20(X))
& has_function_2(X,fn_cellulose_synthase_20(X))
& site_2(fn_cellulose_synthase_20(X),fn_cellulose_synthase_28(X))
& facilitates_2(fn_cellulose_synthase_28(X),fn_cellulose_synthase_20(X))
& in_event_2(fn_cellulose_synthase_24(X),fn_cellulose_synthase_20(X))
& plays_2(fn_cellulose_synthase_19(X),fn_cellulose_synthase_24(X))
& has_function_2(X,fn_cellulose_synthase_13(X))
& plays_2(X,fn_cellulose_synthase_27(X))
& has_part_2(fn_cellulose_synthase_17(X),fn_cellulose_synthase_19(X))
& raw_material_2(fn_cellulose_synthase_20(X),fn_cellulose_synthase_19(X))
& subevent_2(fn_cellulose_synthase_20(X),fn_cellulose_synthase_18(X))
& raw_material_2(fn_cellulose_synthase_18(X),fn_cellulose_synthase_19(X))
& possesses_2(X,fn_cellulose_synthase_9(X))
& quantity_2(fn_cellulose_synthase_9(X),fn_cellulose_synthase_12(X))
& directly_proportional_2(fn_cellulose_synthase_11(X),fn_cellulose_synthase_12(X))
& speed_2(fn_cellulose_synthase_10(X),fn_cellulose_synthase_11(X))
& object_2(fn_cellulose_synthase_10(X),X)
& has_region_2(X,fn_cellulose_synthase_5(X))
& is_at_2(fn_cellulose_synthase_4(X),fn_cellulose_synthase_5(X))
& has_region_2(X,fn_cellulose_synthase_4(X))
& has_part_2(X,fn_cellulose_synthase_14(X))
& has_part_2(fn_cellulose_synthase_14(X),fn_cellulose_synthase_22(X))
& the_scalar_value_2(fn_cellulose_synthase_25(X),big_0)
& scalar_unit_class_2(fn_cellulose_synthase_25(X),polypeptide_0)
& has_region_2(X,fn_cellulose_synthase_28(X))
& is_inside_2(fn_cellulose_synthase_26(X),fn_cellulose_synthase_28(X))
& has_region_2(fn_cellulose_synthase_22(X),fn_cellulose_synthase_26(X))
& is_at_2(fn_cellulose_synthase_22(X),fn_cellulose_synthase_16(X))
& has_region_2(X,fn_cellulose_synthase_16(X))
& has_part_2(X,fn_cellulose_synthase_15(X))
& size_2(fn_cellulose_synthase_15(X),fn_cellulose_synthase_23(X))
& greater_than_2(fn_cellulose_synthase_25(X),fn_cellulose_synthase_23(X))
& size_2(X,fn_cellulose_synthase_25(X))
& has_part_2(X,fn_cellulose_synthase_8(X))
& has_region_2(X,fn_cellulose_synthase_6(X))
& is_inside_2(fn_cellulose_synthase_7(X),fn_cellulose_synthase_6(X))
& has_part_2(X,fn_cellulose_synthase_7(X))
& fn_cellulose_synthase_8(X) != fn_cellulose_synthase_7(X)
& fn_cellulose_synthase_7(X) != fn_cellulose_synthase_8(X)
& fn_cellulose_synthase_22(X) = fn_functional_group_1(fn_cellulose_synthase_21(X))
& fn_cellulose_synthase_17(X) = fn_synthesis_of_carbohydrate_2(fn_cellulose_synthase_20(X))
& fn_cellulose_synthase_19(X) = fn_enzyme_8(X)
& fn_cellulose_synthase_24(X) = fn_enzyme_7(X)
& fn_cellulose_synthase_28(X) = fn_enzyme_2(X)
& fn_cellulose_synthase_20(X) = fn_catalyst_1(fn_cellulose_synthase_27(X))
& fn_cellulose_synthase_20(X) = fn_enzyme_4(X)
& fn_cellulose_synthase_13(X) = fn_enzyme_5(X)
& fn_cellulose_synthase_27(X) = fn_enzyme_6(X)
& X = fn_catalyst_2(fn_cellulose_synthase_27(X))
& fn_cellulose_synthase_17(X) = fn_polymer_synthesis_23(fn_cellulose_synthase_20(X))
& fn_cellulose_synthase_19(X) = fn_polymer_synthesis_7(fn_cellulose_synthase_20(X))
& fn_cellulose_synthase_19(X) = fn_polymer_6(fn_cellulose_synthase_17(X))
& fn_cellulose_synthase_19(X) = fn_polymer_4(fn_cellulose_synthase_17(X))
& fn_cellulose_synthase_29(X) = fn_protein_10(X)
& fn_cellulose_synthase_19(X) = fn_polymer_synthesis_22(fn_cellulose_synthase_20(X))
& fn_cellulose_synthase_19(X) = fn_polymer_synthesis_20(fn_cellulose_synthase_20(X))
& fn_cellulose_synthase_18(X) = fn_polymer_synthesis_24(fn_cellulose_synthase_20(X))
& fn_cellulose_synthase_2(X) = fn_molecule_2(X)
& fn_cellulose_synthase_3(X) = fn_molecule_1(X)
& fn_cellulose_synthase_10(X) = fn_molecule_8(X)
& fn_cellulose_synthase_11(X) = fn_molecule_3(X)
& fn_cellulose_synthase_12(X) = fn_molecule_4(X)
& fn_cellulose_synthase_9(X) = fn_molecule_12(X)
& fn_cellulose_synthase_22(X) = fn_protein_14(X)
& fn_cellulose_synthase_14(X) = fn_protein_8(X)
& fn_cellulose_synthase_4(X) = fn_protein_1(X)
& fn_cellulose_synthase_5(X) = fn_protein_5(X)
& fn_cellulose_synthase_16(X) = fn_protein_enzyme_5(X)
& fn_cellulose_synthase_22(X) = fn_protein_enzyme_11(X)
& fn_cellulose_synthase_26(X) = fn_protein_enzyme_12(X)
& fn_cellulose_synthase_28(X) = fn_protein_enzyme_10(X)
& fn_cellulose_synthase_25(X) = fn_protein_9(X)
& fn_cellulose_synthase_25(X) = fn_protein_enzyme_3(X)
& fn_cellulose_synthase_23(X) = fn_protein_enzyme_4(X)
& fn_cellulose_synthase_15(X) = fn_polymer_4(X)
& fn_cellulose_synthase_15(X) = fn_protein_enzyme_9(X)
& fn_cellulose_synthase_8(X) = fn_organic_molecule_2(X)
& fn_cellulose_synthase_8(X) = fn_protein_enzyme_8(X)
& fn_cellulose_synthase_7(X) = fn_organic_molecule_1(X)
& fn_cellulose_synthase_7(X) = fn_protein_enzyme_7(X)
& fn_cellulose_synthase_6(X) = fn_organic_molecule_3(X)
& fn_cellulose_synthase_6(X) = fn_protein_enzyme_6(X)
& fn_synthesis_of_carbohydrate_2(fn_cellulose_synthase_20(X)) = fn_polymer_synthesis_23(fn_cellulose_synthase_20(X))
& fn_polymer_synthesis_23(fn_cellulose_synthase_20(X)) = fn_polymer_synthesis_23(fn_cellulose_synthase_20(X))
& fn_polymer_synthesis_23(fn_cellulose_synthase_20(X)) = fn_enzyme_8(X)
& fn_enzyme_8(X) = fn_polymer_synthesis_7(fn_cellulose_synthase_20(X))
& fn_polymer_synthesis_7(fn_cellulose_synthase_20(X)) = fn_enzyme_8(X)
& fn_enzyme_8(X) = fn_polymer_6(fn_cellulose_synthase_17(X))
& fn_polymer_6(fn_cellulose_synthase_17(X)) = fn_polymer_6(fn_cellulose_synthase_17(X))
& fn_polymer_6(fn_cellulose_synthase_17(X)) = fn_polymer_4(fn_cellulose_synthase_17(X))
& fn_polymer_4(fn_cellulose_synthase_17(X)) = fn_polymer_4(fn_cellulose_synthase_17(X))
& fn_polymer_4(fn_cellulose_synthase_17(X)) = fn_polymer_synthesis_22(fn_cellulose_synthase_20(X))
& fn_polymer_synthesis_20(fn_cellulose_synthase_20(X)) = fn_polymer_synthesis_22(fn_cellulose_synthase_20(X))
& fn_polymer_synthesis_22(fn_cellulose_synthase_20(X)) = fn_polymer_synthesis_20(fn_cellulose_synthase_20(X))
& fn_polymer_synthesis_20(fn_cellulose_synthase_20(X)) = fn_catalyst_1(fn_cellulose_synthase_27(X))
& fn_enzyme_4(X) = fn_enzyme_4(X)
& fn_enzyme_4(X) = fn_catalyst_1(fn_cellulose_synthase_27(X))
& fn_catalyst_1(fn_cellulose_synthase_27(X)) = fn_enzyme_4(X)
& fn_enzyme_4(X) = fn_functional_group_1(fn_cellulose_synthase_21(X))
& fn_functional_group_1(fn_cellulose_synthase_21(X)) = fn_protein_14(X)
& fn_protein_14(X) = fn_protein_14(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_1(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_3(X)
& fn_protein_enzyme_6(X) = fn_organic_molecule_3(X)
& fn_organic_molecule_3(X) = fn_protein_enzyme_6(X)
& fn_catalyst_2(fn_cellulose_synthase_27(X)) = fn_catalyst_2(fn_cellulose_synthase_27(X)) ) ) ).
fof(a528272,axiom,
! [X] :
( center_1(X)
=> ( original_name_2(X,'Center')
& user_description_2(X,'Middle region.')
& concept2words_2(X,centre)
& concept2words_2(X,middle)
& concept2words_2(X,center)
& region_1(X) ) ) ).
fof(a528273,axiom,
! [X] :
( centipede_1(X)
=> ( original_name_2(X,'Centipede')
& user_description_2(X,'A terrestrial arthropod of the clade Chilopoda characterized by distinctly segmented bodies. Each body segment, of which there can be from 20 to 300, bears a pair of walking legs. The walking leg of the first body segment is modified into a forcipule, a venom claw used to capture prey.')
& concept2words_2(X,centipede)
& myriapod_1(X)
& ~ millipede_1(X) ) ) ).
fof(a528274,axiom,
! [X] :
( central_canal_1(X)
=> ( original_name_2(X,'Central-Canal')
& user_description_2(X,'Canal running down the center of the spinal cord, filled with cerebrospinal fluid and continuous with the ventricular system of the brain.')
& concept2words_2(X,'canal of central')
& concept2words_2(X,'central canal')
& concept2words_2(X,'central-canal')
& canal_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a528275,axiom,
! [X] :
( central_dogma_1(X)
=> ( original_name_2(X,'Central-Dogma')
& user_description_2(X,'The theory that information flows from DNA to RNA to protein.')
& concept2words_2(X,'flow of genetic information')
& concept2words_2(X,'flow-of-genetic-information')
& concept2words_2(X,'genetic information flow')
& concept2words_2(X,'genetic-information-flow')
& concept2words_2(X,'dogma of central')
& concept2words_2(X,'central dogma')
& concept2words_2(X,'central-dogma')
& transmission_of_information_1(X)
& transmit_1(fn_central_dogma_1(X))
& transcription_1(fn_central_dogma_2(X))
& dna_1(fn_central_dogma_3(X))
& protein_1(fn_central_dogma_4(X))
& transmit_1(fn_central_dogma_5(X))
& mrna_1(fn_central_dogma_6(X))
& genetic_code_1(fn_central_dogma_7(X))
& translation_1(fn_central_dogma_8(X))
& nucleic_acid_1(fn_central_dogma_9(X))
& dna_1(fn_central_dogma_9(X))
& dna_polymerase_iii_1(fn_central_dogma_10(X))
& transmit_1(fn_central_dogma_11(X))
& dna_replication_1(fn_central_dogma_12(X))
& genetic_code_1(fn_central_dogma_13(X))
& tangible_entity_1(fn_transmit_2(fn_central_dogma_5(X)))
& tangible_entity_1(fn_transmit_2(fn_central_dogma_11(X)))
& dna_polymerase_iii_1(fn_dna_replication_27(fn_central_dogma_12(X)))
& mrna_1(fn_translation_7(fn_central_dogma_8(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_central_dogma_8(X)))
& polymer_1(fn_polymer_synthesis_23(fn_central_dogma_8(X)))
& chemical_entity_1(fn_polymer_synthesis_23(fn_central_dogma_8(X)))
& nucleic_acid_1(fn_synthesis_of_nucleic_acid_6(fn_central_dogma_12(X)))
& dna_1(fn_dna_replication_23(fn_central_dogma_12(X)))
& causes_2(fn_central_dogma_12(X),fn_central_dogma_1(X))
& base_2(fn_central_dogma_12(X),fn_central_dogma_3(X))
& instrument_2(fn_central_dogma_11(X),fn_central_dogma_9(X))
& subevent_2(fn_central_dogma_11(X),fn_central_dogma_2(X))
& recipient_2(fn_central_dogma_11(X),fn_central_dogma_6(X))
& next_event_2(fn_central_dogma_11(X),fn_central_dogma_5(X))
& abuts_2(fn_central_dogma_10(X),fn_central_dogma_3(X))
& recipient_2(fn_central_dogma_1(X),fn_central_dogma_9(X))
& agent_2(fn_central_dogma_1(X),fn_central_dogma_10(X))
& next_event_2(fn_central_dogma_1(X),fn_central_dogma_11(X))
& subevent_2(fn_central_dogma_1(X),fn_central_dogma_12(X))
& instrument_2(fn_central_dogma_1(X),fn_central_dogma_3(X))
& subevent_2(X,fn_central_dogma_11(X))
& subevent_2(X,fn_central_dogma_5(X))
& subevent_2(X,fn_central_dogma_1(X))
& first_subevent_2(X,fn_central_dogma_1(X))
& causes_2(fn_central_dogma_2(X),fn_central_dogma_11(X))
& has_goal_2(fn_central_dogma_3(X),fn_central_dogma_1(X))
& abuts_2(fn_central_dogma_3(X),fn_central_dogma_10(X))
& causes_2(fn_central_dogma_8(X),fn_central_dogma_5(X))
& instrument_2(fn_central_dogma_5(X),fn_central_dogma_6(X))
& subevent_2(fn_central_dogma_5(X),fn_central_dogma_8(X))
& recipient_2(fn_central_dogma_5(X),fn_central_dogma_4(X))
& object_2(fn_central_dogma_5(X),fn_central_dogma_7(X))
& object_2(fn_central_dogma_11(X),fn_central_dogma_13(X))
& result_2(fn_central_dogma_8(X),fn_central_dogma_4(X))
& agent_2(fn_central_dogma_12(X),fn_central_dogma_10(X))
& result_2(fn_central_dogma_12(X),fn_central_dogma_9(X))
& instrument_2(fn_central_dogma_8(X),fn_central_dogma_6(X))
& fn_central_dogma_7(X) = fn_transmit_2(fn_central_dogma_5(X))
& fn_central_dogma_13(X) = fn_transmit_2(fn_central_dogma_11(X))
& fn_central_dogma_4(X) = fn_anabolic_pathway_5(fn_central_dogma_8(X))
& fn_central_dogma_4(X) = fn_polymer_synthesis_23(fn_central_dogma_8(X))
& fn_central_dogma_10(X) = fn_dna_replication_27(fn_central_dogma_12(X))
& fn_central_dogma_9(X) = fn_synthesis_of_nucleic_acid_6(fn_central_dogma_12(X))
& fn_central_dogma_9(X) = fn_dna_replication_23(fn_central_dogma_12(X))
& fn_central_dogma_6(X) = fn_translation_7(fn_central_dogma_8(X))
& fn_anabolic_pathway_5(fn_central_dogma_8(X)) = fn_polymer_synthesis_23(fn_central_dogma_8(X))
& fn_polymer_synthesis_23(fn_central_dogma_8(X)) = fn_synthesis_of_nucleic_acid_6(fn_central_dogma_12(X))
& fn_synthesis_of_nucleic_acid_6(fn_central_dogma_12(X)) = fn_dna_replication_23(fn_central_dogma_12(X)) ) ) ).
fof(a528276,axiom,
! [X] :
( central_nervous_system_1(X)
=> ( original_name_2(X,'Central-Nervous-System')
& user_description_2(X,'The brain and spinal cord of the vertebrate nervous system.')
& concept2words_2(X,'central nervous system')
& concept2words_2(X,'central nervous-system')
& concept2words_2(X,'central-nervous-system')
& nervous_system_1(X)
& ~ enteric_division_1(X)
& ~ nerve_net_1(X)
& ~ peripheral_nervous_system_1(X) ) ) ).
fof(a528277,axiom,
! [X] :
( central_vacuole_1(X)
=> ( original_name_2(X,'Central-Vacuole')
& user_description_2(X,'Central vacuole is a prominent organelle in older plant cells. Its functions include storage and breakdown of waste products. It is generally the largest compartment of a plant cell')
& concept2words_2(X,'vacuole of central')
& concept2words_2(X,'central vacuole')
& concept2words_2(X,'central-vacuole')
& vacuole_1(X)
& ~ contractile_vacuole_1(X)
& cellular_process_1(fn_central_vacuole_1(X))
& rate_value_1(fn_central_vacuole_4(X))
& rate_value_1(fn_central_vacuole_5(X))
& organic_molecule_1(fn_central_vacuole_6(X))
& grow_1(fn_central_vacuole_7(X))
& hydrophilic_face_1(fn_central_vacuole_8(X))
& store_1(fn_central_vacuole_9(X))
& spatial_entity_1(fn_central_vacuole_10(X))
& water_1(fn_central_vacuole_10(X))
& cell_sap_1(fn_central_vacuole_11(X))
& aqueous_solution_1(fn_central_vacuole_11(X))
& solution_1(fn_central_vacuole_11(X))
& substance_1(fn_central_vacuole_11(X))
& plant_cell_1(fn_central_vacuole_12(X))
& volume_value_1(fn_central_vacuole_14(X))
& size_value_1(fn_central_vacuole_16(X))
& absorb_1(fn_central_vacuole_17(X))
& tonoplast_1(fn_central_vacuole_18(X))
& chemical_1(fn_central_vacuole_19(X))
& aqueous_solution_1(fn_central_vacuole_20(X))
& liquid_substance_1(fn_central_vacuole_20(X))
& cytosol_1(fn_central_vacuole_20(X))
& solution_1(fn_central_vacuole_20(X))
& tangible_entity_1(fn_central_vacuole_21(X))
& release_1(fn_central_vacuole_22(X))
& spatial_entity_1(fn_move_1(fn_central_vacuole_17(X)))
& move_1(fn_water_95(fn_central_vacuole_10(X)))
& property_node_1(fn_substance_4(fn_central_vacuole_11(X)))
& volume_value_1(fn_substance_3(fn_central_vacuole_11(X)))
& tangible_entity_1(fn_release_1(fn_central_vacuole_22(X)))
& central_vacuole_1(fn_cell_sap_4(fn_central_vacuole_11(X)))
& tangible_entity_1(fn_release_2(fn_central_vacuole_22(X)))
& tangible_entity_1(fn_take_in_1(fn_central_vacuole_17(X)))
& chemical_1(fn_solution_6(fn_central_vacuole_11(X)))
& chemical_1(fn_solution_5(fn_central_vacuole_11(X)))
& has_part_2(fn_central_vacuole_11(X),fn_central_vacuole_6(X))
& directly_proportional_2(fn_central_vacuole_16(X),fn_central_vacuole_14(X))
& directly_proportional_2(fn_central_vacuole_4(X),fn_central_vacuole_16(X))
& directly_proportional_2(fn_central_vacuole_5(X),fn_central_vacuole_4(X))
& rate_2(fn_central_vacuole_17(X),fn_central_vacuole_4(X))
& causes_2(fn_central_vacuole_17(X),fn_central_vacuole_7(X))
& has_function_2(X,fn_central_vacuole_1(X))
& has_function_2(X,fn_central_vacuole_17(X))
& object_2(fn_central_vacuole_7(X),fn_central_vacuole_12(X))
& rate_2(fn_central_vacuole_7(X),fn_central_vacuole_5(X))
& is_inside_2(fn_central_vacuole_8(X),fn_central_vacuole_18(X))
& is_outside_2(fn_central_vacuole_8(X),fn_central_vacuole_20(X))
& object_2(fn_central_vacuole_22(X),fn_central_vacuole_21(X))
& base_2(fn_central_vacuole_22(X),X)
& is_between_2(fn_central_vacuole_18(X),fn_central_vacuole_11(X))
& has_part_2(X,fn_central_vacuole_11(X))
& has_part_2(fn_central_vacuole_12(X),X)
& base_2(fn_central_vacuole_17(X),X)
& agent_2(fn_central_vacuole_17(X),X)
& has_part_2(X,fn_central_vacuole_18(X))
& is_between_2(fn_central_vacuole_18(X),fn_central_vacuole_20(X))
& base_2(fn_central_vacuole_9(X),X)
& has_function_2(X,fn_central_vacuole_9(X))
& object_2(fn_central_vacuole_9(X),fn_central_vacuole_21(X))
& is_inside_2(fn_central_vacuole_21(X),X)
& size_2(X,fn_central_vacuole_16(X))
& the_scalar_value_2(fn_central_vacuole_16(X),big_0)
& scalar_unit_class_2(fn_central_vacuole_16(X),vesicle_0)
& volume_2(fn_central_vacuole_11(X),fn_central_vacuole_14(X))
& has_solute_2(fn_central_vacuole_11(X),fn_central_vacuole_19(X))
& has_part_2(fn_central_vacuole_11(X),fn_central_vacuole_19(X))
& fn_central_vacuole_10(X) = fn_move_1(fn_central_vacuole_17(X))
& fn_central_vacuole_17(X) = fn_water_95(fn_central_vacuole_10(X))
& fn_central_vacuole_21(X) = fn_release_1(fn_central_vacuole_22(X))
& X = fn_release_2(fn_central_vacuole_22(X))
& fn_central_vacuole_12(X) = fn_vesicle_5(X)
& X = fn_cell_sap_4(fn_central_vacuole_11(X))
& fn_central_vacuole_11(X) = fn_vacuole_2(X)
& fn_central_vacuole_11(X) = fn_vesicle_10(X)
& X = fn_take_in_1(fn_central_vacuole_17(X))
& fn_central_vacuole_20(X) = fn_vacuole_9(X)
& fn_central_vacuole_18(X) = fn_vesicle_9(X)
& fn_central_vacuole_18(X) = fn_vacuole_7(X)
& fn_central_vacuole_15(X) = fn_vacuole_5(X)
& fn_central_vacuole_16(X) = fn_vacuole_4(X)
& fn_central_vacuole_21(X) = fn_vacuole_6(X)
& fn_central_vacuole_9(X) = fn_vacuole_3(X)
& fn_central_vacuole_19(X) = fn_solution_6(fn_central_vacuole_11(X))
& fn_central_vacuole_19(X) = fn_solution_5(fn_central_vacuole_11(X))
& fn_central_vacuole_13(X) = fn_substance_4(fn_central_vacuole_11(X))
& fn_central_vacuole_14(X) = fn_substance_3(fn_central_vacuole_11(X))
& fn_vacuole_7(X) = fn_vesicle_9(X)
& fn_vesicle_9(X) = fn_vacuole_7(X)
& fn_vacuole_7(X) = fn_release_1(fn_central_vacuole_22(X))
& fn_release_1(fn_central_vacuole_22(X)) = fn_vacuole_6(X)
& fn_vacuole_6(X) = fn_vacuole_6(X)
& fn_vacuole_6(X) = fn_release_2(fn_central_vacuole_22(X))
& fn_release_2(fn_central_vacuole_22(X)) = fn_cell_sap_4(fn_central_vacuole_11(X))
& fn_cell_sap_4(fn_central_vacuole_11(X)) = fn_release_2(fn_central_vacuole_22(X))
& fn_release_2(fn_central_vacuole_22(X)) = fn_take_in_1(fn_central_vacuole_17(X))
& fn_take_in_1(fn_central_vacuole_17(X)) = fn_take_in_1(fn_central_vacuole_17(X))
& fn_take_in_1(fn_central_vacuole_17(X)) = fn_solution_5(fn_central_vacuole_11(X))
& fn_solution_5(fn_central_vacuole_11(X)) = fn_solution_6(fn_central_vacuole_11(X))
& fn_solution_6(fn_central_vacuole_11(X)) = fn_solution_5(fn_central_vacuole_11(X))
& fn_solution_5(fn_central_vacuole_11(X)) = fn_vacuole_2(X)
& fn_vesicle_10(X) = fn_vacuole_2(X)
& fn_vacuole_2(X) = fn_vesicle_10(X) ) ) ).
fof(a528278,axiom,
! [X] :
( centrifugation_1(X)
=> ( original_name_2(X,'Centrifugation')
& user_description_2(X,'The process of separating substances by the use of a centrifugal force. The instrument used for this is Centrifuge.')
& concept2words_2(X,'undergo centrifugation')
& concept2words_2(X,centrifuge)
& concept2words_2(X,centrifugation)
& segregate_1(X)
& rotate_1(fn_centrifugation_1(X))
& centrifuge_1(fn_centrifugation_2(X))
& subevent_2(X,fn_centrifugation_1(X))
& first_subevent_2(X,fn_centrifugation_1(X))
& instrument_2(X,fn_centrifugation_2(X)) ) ) ).
fof(a528279,axiom,
! [X] :
( centrifuge_1(X)
=> ( original_name_2(X,'Centrifuge')
& user_description_2(X,'An apparatus that uses centrifugal force to separate particles from a suspension.')
& concept2words_2(X,centrifuge)
& device_1(X)
& ~ automobile_1(X)
& ~ needle_1(X)
& ~ optical_device_1(X)
& ~ test_tube_1(X) ) ) ).
fof(a528280,axiom,
! [X] :
( centriole_1(X)
=> ( original_name_2(X,'Centriole')
& user_description_2(X,'Centriole is a subcellular organelle present in centrosome. It is involved in the organisation of the mitotic spindle and it has an important role in the cytokinesis. Centriole has a basic structure similar to Basal body')
& concept2words_2(X,centriole)
& cellular_structure_1(X)
& trimer_1(fn_centriole_2(X))
& shape_value_1(fn_centriole_3(X))
& role_1(fn_centriole_4(X))
& cell_division_1(fn_centriole_5(X))
& centrosome_1(fn_centriole_6(X))
& protein_1(fn_centriole_7(X))
& trimer_1(fn_centriole_8(X))
& microtubule_1(fn_centriole_9(X))
& attach_1(fn_centriole_10(X))
& microtubule_1(fn_centriole_11(X))
& spatial_entity_1(fn_attach_2(fn_centriole_10(X)))
& spatial_entity_1(fn_attach_1(fn_centriole_10(X)))
& has_part_2(fn_centriole_2(X),fn_centriole_9(X))
& the_categorical_value_2(fn_centriole_3(X),ring_shaped_0)
& in_event_2(fn_centriole_4(X),fn_centriole_5(X))
& agent_2(fn_centriole_5(X),X)
& plays_2(X,fn_centriole_4(X))
& has_part_2(X,fn_centriole_2(X))
& has_part_2(X,fn_centriole_8(X))
& exactCardinality(X,has_part_0,"9",trimer_0)
& shape_2(X,fn_centriole_3(X))
& agent_2(fn_centriole_10(X),fn_centriole_7(X))
& has_part_2(fn_centriole_6(X),fn_centriole_7(X))
& has_part_2(fn_centriole_6(X),X)
& has_function_2(fn_centriole_7(X),fn_centriole_10(X))
& has_part_2(fn_centriole_8(X),fn_centriole_11(X))
& base_2(fn_centriole_10(X),fn_centriole_11(X))
& object_2(fn_centriole_10(X),fn_centriole_9(X))
& fn_centriole_11(X) = fn_attach_2(fn_centriole_10(X))
& fn_centriole_9(X) = fn_attach_1(fn_centriole_10(X)) ) ) ).
fof(a528281,axiom,
! [X,X2,X1] :
( ( has_region_2(X1,X)
& result_2(X2,X1)
& centromere_1(X)
& replication_1(X2)
& chromosome_1(X1)
& chromosome_region_1(X) )
=> ( centromere_1(X)
& fn_centromere_3(X) = X1
& fn_centromere_2(X) = X2 ) ) ).
fof(a528282,axiom,
! [X] :
( centromere_1(X)
=> ( original_name_2(X,'Centromere')
& user_description_2(X,'Centromere is a region of chromosome where two identical sister chromatids (components of a replicated chromosome) are attached to each other')
& concept2words_2(X,centromere)
& chromosome_region_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X)
& dna_sequence_1(fn_centromere_1(X))
& replication_1(fn_centromere_2(X))
& chromosome_1(fn_centromere_3(X))
& is_inside_2(fn_centromere_1(X),X)
& result_2(fn_centromere_2(X),fn_centromere_3(X))
& has_region_2(fn_centromere_3(X),X) ) ) ).
fof(a528283,axiom,
! [X] :
( centrosome_1(X)
=> ( original_name_2(X,'Centrosome')
& user_description_2(X,'The centrosome is an organelle that serves as the main Microtubule Organizing Center (MTOC) of eukaryotic cells. Centrosomes play an important role during cell division.')
& concept2words_2(X,'microtubule organising center')
& concept2words_2(X,'microtubule organising centre')
& concept2words_2(X,'microtubule organizing center')
& concept2words_2(X,'microtubule organizing centre')
& concept2words_2(X,'spindle pole')
& concept2words_2(X,'spindle-pole')
& concept2words_2(X,mtoc)
& concept2words_2(X,'microtubule-organizing-center')
& concept2words_2(X,centrosome)
& microtubule_organizing_center_1(X)
& role_1(fn_centrosome_1(X))
& center_1(fn_centrosome_2(X))
& centriole_1(fn_centrosome_3(X))
& organizing_1(fn_centrosome_4(X))
& produce_1(fn_centrosome_5(X))
& centrosome_1(fn_centriole_6(fn_centrosome_3(X)))
& in_event_2(fn_centrosome_1(X),fn_centrosome_4(X))
& has_region_2(X,fn_centrosome_2(X))
& exactCardinality(X,has_part_0,"2",centriole_0)
& plays_2(X,fn_centrosome_1(X))
& has_part_2(X,fn_centrosome_3(X))
& has_function_2(X,fn_centrosome_5(X))
& agent_2(fn_centrosome_5(X),X)
& has_function_2(X,fn_centrosome_4(X))
& agent_2(fn_centrosome_4(X),X)
& X = fn_centriole_6(fn_centrosome_3(X))
& fn_centrosome_4(X) = fn_microtubule_organizing_center_1(X)
& fn_centrosome_5(X) = fn_microtubule_organizing_center_5(X) ) ) ).
fof(a528284,axiom,
! [X] :
( cephalization_1(X)
=> ( original_name_2(X,'Cephalization')
& user_description_2(X,'The formation of a head, bearing the majority of the sensory apparatus and the neural capacity to interpret and integrate sensory information, at the anterior end of the body.')
& concept2words_2(X,cephalization)
& adaptation_1(X)
& ~ adaptive_radiation_1(X)
& ~ allopatric_speciation_1(X)
& ~ bottleneck_effect_1(X)
& ~ character_displacement_1(X)
& ~ cladogenesis_1(X)
& ~ convergent_evolution_1(X)
& ~ endosymbiosis_1(X)
& ~ gene_flow_1(X)
& ~ genetic_drift_1(X)
& ~ heterochrony_1(X)
& ~ homology_1(X)
& ~ mechanical_isolation_1(X)
& ~ mimicry_1(X)
& ~ natural_selection_1(X)
& ~ paedomorphosis_1(X)
& ~ punctuated_equilibria_1(X)
& ~ reproductive_isolation_1(X)
& ~ selection_force_1(X)
& ~ speciation_1(X) ) ) ).
fof(a528285,axiom,
! [X] :
( cephalochordate_1(X)
=> ( original_name_2(X,'Cephalochordate')
& user_description_2(X,'A member of the invertebrate chordate subphylum Cephalochordata, which retain the notochord throughout life and are represented by the lancelets.')
& concept2words_2(X,lancelet)
& concept2words_2(X,cephalochordate)
& chordate_1(X)
& ~ craniate_1(X)
& ~ tunicate_1(X)
& ~ vertebrate_1(X) ) ) ).
fof(a528286,axiom,
! [X] :
( cephalopod_1(X)
=> ( original_name_2(X,'Cephalopod')
& user_description_2(X,'A member of the molluscan class Cephalopoda, characterized by a high degree of cephalization and jet propulsion. Octopuses, squids, cuttles, and nautiluses are examples of cephalopods.')
& concept2words_2(X,cephalopod)
& mollusc_1(X)
& ~ bivalve_1(X)
& ~ chiton_1(X)
& ~ gastropod_1(X) ) ) ).
fof(a528287,axiom,
! [X] :
( cerebellum_1(X)
=> ( original_name_2(X,'Cerebellum')
& user_description_2(X,'A region of the vertebrate hindbrain, located dorsally, that plays an important role in motor control and balance.')
& concept2words_2(X,cerebellum)
& brain_region_1(X)
& ~ lateral_geniculate_1(X)
& ~ medulla_oblongata_1(X)
& ~ pons_1(X)
& ~ reticular_formation_1(X)
& ~ primary_visual_cortex_1(X)
& ~ amygdala_1(X)
& ~ brainstem_1(X)
& ~ cerebrum_1(X)
& ~ forebrain_1(X)
& ~ hindbrain_1(X)
& ~ hypothalamus_1(X)
& ~ midbrain_1(X)
& ~ posterior_pituitary_1(X)
& ~ primary_motor_cortex_1(X)
& ~ primary_somatosensory_cortex_1(X)
& ~ reticular_system_1(X)
& ~ suprachiasmatic_nucleus_1(X)
& ~ thalamus_1(X)
& ~ cerebral_cortex_1(X)
& ~ corpus_callosum_1(X)
& ~ cerebral_hemisphere_1(X)
& ~ breathing_control_center_1(X) ) ) ).
fof(a528288,axiom,
! [X] :
( cerebral_cortex_1(X)
=> ( original_name_2(X,'Cerebral-Cortex')
& user_description_2(X,'The surface of the cerebrum, divided into left and right hemispheres. The cerebral cortex is the largest and most complex part of the mammalian brain, and is involved in memory, thought, attention, language, and consciousness.')
& concept2words_2(X,'cerebral cortex')
& concept2words_2(X,'cerebral-cortex')
& cerebrum_1(X)
& ~ lateral_geniculate_1(X)
& ~ medulla_oblongata_1(X)
& ~ pons_1(X)
& ~ amygdala_1(X)
& ~ brainstem_1(X)
& ~ cerebellum_1(X)
& ~ forebrain_1(X)
& ~ hindbrain_1(X)
& ~ hypothalamus_1(X)
& ~ midbrain_1(X)
& ~ posterior_pituitary_1(X)
& ~ reticular_formation_1(X)
& ~ reticular_system_1(X)
& ~ suprachiasmatic_nucleus_1(X)
& ~ thalamus_1(X)
& ~ corpus_callosum_1(X)
& ~ cerebral_hemisphere_1(X)
& ~ breathing_control_center_1(X) ) ) ).
fof(a528289,axiom,
! [X] :
( cerebral_hemisphere_1(X)
=> ( original_name_2(X,'Cerebral-Hemisphere')
& user_description_2(X,'The left or right side of the cerebrum of the mammalian brain.')
& concept2words_2(X,'cerebral hemisphere')
& concept2words_2(X,'cerebral-hemisphere')
& cerebrum_1(X)
& ~ reticular_formation_1(X)
& ~ primary_visual_cortex_1(X)
& ~ amygdala_1(X)
& ~ cerebral_cortex_1(X)
& ~ cerebellum_1(X) ) ) ).
fof(a528290,axiom,
! [X] :
( cerebrospinal_fluid_1(X)
=> ( original_name_2(X,'Cerebrospinal-Fluid')
& user_description_2(X,'A colorless fluid that acts as a cushion for and nourishes the brain and spinal cord. Cerebrospinal fluid also protects tissues of the central nervous system from infection.')
& concept2words_2(X,'cerebrospinal fluid')
& concept2words_2(X,'cerebrospinal-fluid')
& extra_cellular_fluid_1(X)
& ~ amniotic_fluid_1(X)
& ~ aqueous_humor_1(X)
& ~ bile_1(X)
& ~ colloid_1(X)
& ~ filtrate_1(X)
& ~ gastric_juice_1(X)
& ~ hemolymph_1(X)
& ~ interstitial_fluid_1(X)
& ~ lymph_1(X)
& ~ mucus_1(X)
& ~ plasma_1(X)
& ~ semen_1(X)
& ~ sweat_1(X)
& ~ urine_1(X)
& ~ vitreous_humor_1(X) ) ) ).
fof(a528291,axiom,
! [X] :
( cerebrum_1(X)
=> ( original_name_2(X,'Cerebrum')
& user_description_2(X,'In humans, the most dorsal part of the forebrain, composed of the left and right hemispheres. The cerebrum is divided into multiple lobes: the temporal lobe, the parietal lobe, the occipital lobe, and the frontal lobe.')
& concept2words_2(X,cerebrum)
& brain_region_1(X)
& ~ reticular_formation_1(X)
& ~ brainstem_1(X)
& ~ breathing_control_center_1(X)
& ~ cerebellum_1(X)
& ~ forebrain_1(X)
& ~ hindbrain_1(X)
& ~ hypothalamus_1(X)
& ~ medulla_oblongata_1(X)
& ~ midbrain_1(X)
& ~ pons_1(X)
& ~ posterior_pituitary_1(X)
& ~ reticular_system_1(X)
& ~ suprachiasmatic_nucleus_1(X)
& ~ thalamus_1(X) ) ) ).
fof(a528292,axiom,
! [X] :
( cerium_1(X)
=> ( original_name_2(X,'Cerium')
& user_description_2(X,'Cerium is a metal atom with atomic number 58. It is represented by the symbol Ce.')
& concept2words_2(X,cerium)
& concept2words_2(X,ce)
& metal_atom_1(X)
& neutron_1(fn_cerium_3(X))
& atomic_mass_value_1(fn_cerium_4(X))
& electronegativity_value_1(fn_cerium_5(X))
& valence_electron_1(fn_cerium_9(X))
& atomic_weight_value_1(fn_cerium_10(X))
& atomic_number_value_1(fn_cerium_11(X))
& quantity_value_1(fn_cerium_12(X))
& electronegativity_2(X,fn_cerium_5(X))
& mass_number_2(X,fn_cerium_4(X))
& exactCardinality(X,has_part_0,"82",neutron_0)
& exactCardinality(X,has_part_0,"58",proton_0)
& exactCardinality(X,has_part_0,"58",electron_0)
& has_part_2(X,fn_cerium_3(X))
& the_cardinal_value_2(fn_cerium_12(X),"4")
& cardinal_unit_class_2(fn_cerium_12(X),unity_0)
& the_cardinal_value_2(fn_cerium_5(X),"1.12")
& cardinal_unit_class_2(fn_cerium_5(X),unity_0)
& the_cardinal_value_2(fn_cerium_4(X),"140")
& cardinal_unit_class_2(fn_cerium_4(X),unity_0)
& the_cardinal_value_2(fn_cerium_11(X),"58")
& cardinal_unit_class_2(fn_cerium_11(X),unity_0)
& the_cardinal_value_2(fn_cerium_10(X),"140.1")
& cardinal_unit_class_2(fn_cerium_10(X),dalton_0)
& atomic_number_2(X,fn_cerium_11(X))
& atomic_weight_2(X,fn_cerium_10(X))
& has_part_2(X,fn_cerium_9(X))
& quantity_2(fn_cerium_9(X),fn_cerium_12(X))
& fn_cerium_7(X) = fn_atom_12(X)
& fn_cerium_11(X) = fn_atom_17(X)
& fn_cerium_8(X) = fn_atom_13(X)
& fn_cerium_10(X) = fn_atom_16(X)
& fn_cerium_6(X) = fn_atom_1(X)
& fn_cerium_12(X) = fn_atom_5(X)
& fn_cerium_9(X) = fn_atom_14(X) ) ) ).
fof(a528293,axiom,
! [X] :
( cervical_cap_1(X)
=> ( original_name_2(X,'Cervical-Cap')
& user_description_2(X,'A barrier form of contraception, which fits over the cervix and keeps sperm from entering the uterus.')
& concept2words_2(X,'cervical cap')
& concept2words_2(X,'cervical-cap')
& reproductive_barrier_method_1(X)
& ~ condom_1(X)
& ~ diaphragm_birth_control_1(X) ) ) ).
fof(a528294,axiom,
! [X] :
( cervix_1(X)
=> ( original_name_2(X,'Cervix')
& user_description_2(X,'The long, narrow part of the uterus where it joins the vagina.')
& concept2words_2(X,cervix)
& columnlike_epithelium_1(X)
& ~ proximal_tubule_1(X)
& ~ islets_of_langerhans_1(X)
& ~ endometrium_1(X)
& ~ corpus_luteum_1(X)
& ~ collecting_duct_1(X)
& ~ bronchus_1(X)
& ~ alveolus_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ capillary_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ lacteal_1(X)
& ~ prepuce_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ trophoblast_1(X)
& ~ blood_brain_barrier_1(X) ) ) ).
fof(a528295,axiom,
! [X] :
( cesium_1(X)
=> ( original_name_2(X,'Cesium')
& user_description_2(X,'Cesium is a metal atom with atomic number 55. It is represented by the symbol Cs.')
& concept2words_2(X,'Cs')
& concept2words_2(X,cesium)
& metal_atom_1(X)
& ~ sodium_1(X)
& ~ barium_1(X)
& ~ indium_1(X)
& ~ lead_1(X)
& ~ polonium_1(X)
& electronegativity_value_1(fn_cesium_1(X))
& valence_value_1(fn_cesium_2(X))
& atomic_mass_value_1(fn_cesium_3(X))
& neutron_1(fn_cesium_4(X))
& valence_electron_1(fn_cesium_10(X))
& atomic_weight_value_1(fn_cesium_11(X))
& quantity_value_1(fn_cesium_12(X))
& cs_plus_1(fn_cesium_13(X))
& atomic_number_value_1(fn_cesium_14(X))
& cesium_1(fn_cs_plus_3(fn_cesium_13(X)))
& the_cardinal_value_2(fn_cesium_14(X),"55")
& cardinal_unit_class_2(fn_cesium_14(X),unity_0)
& electronegativity_2(X,fn_cesium_1(X))
& valence_2(X,fn_cesium_2(X))
& mass_number_2(X,fn_cesium_3(X))
& exactCardinality(X,has_part_0,"78",neutron_0)
& exactCardinality(X,has_part_0,"55",proton_0)
& exactCardinality(X,has_part_0,"55",electron_0)
& has_part_2(X,fn_cesium_4(X))
& the_cardinal_value_2(fn_cesium_12(X),"1")
& cardinal_unit_class_2(fn_cesium_12(X),unity_0)
& the_cardinal_value_2(fn_cesium_1(X),"0.79")
& cardinal_unit_class_2(fn_cesium_1(X),unity_0)
& the_cardinal_value_2(fn_cesium_2(X),"1")
& cardinal_unit_class_2(fn_cesium_2(X),unity_0)
& the_cardinal_value_2(fn_cesium_3(X),"133")
& cardinal_unit_class_2(fn_cesium_3(X),unity_0)
& the_cardinal_value_2(fn_cesium_11(X),"132.9")
& cardinal_unit_class_2(fn_cesium_11(X),dalton_0)
& has_ion_2(X,fn_cesium_13(X))
& atomic_number_2(X,fn_cesium_14(X))
& atomic_weight_2(X,fn_cesium_11(X))
& has_part_2(X,fn_cesium_10(X))
& quantity_2(fn_cesium_10(X),fn_cesium_12(X))
& X = fn_cs_plus_3(fn_cesium_13(X))
& fn_cesium_15(X) = fn_atom_12(X)
& fn_cesium_14(X) = fn_atom_17(X)
& fn_cesium_9(X) = fn_atom_13(X)
& fn_cesium_11(X) = fn_atom_16(X)
& fn_cesium_8(X) = fn_atom_1(X)
& fn_cesium_12(X) = fn_atom_5(X)
& fn_cesium_10(X) = fn_atom_14(X) ) ) ).
fof(a528296,axiom,
! [X] :
( cetacea_1(X)
=> ( original_name_2(X,'Cetacea')
& user_description_2(X,'A class of marine mammals including porpoises, dolphins, and whales.')
& concept2words_2(X,cetacea)
& marine_mammal_1(X)
& ~ placental_mammal_1(X) ) ) ).
fof(a528297,axiom,
! [X] :
( ch3_minus_1(X)
=> ( original_name_2(X,'CH3-Minus')
& user_description_2(X,'The methanide ion, or the anion form of a methyl group.')
& concept2words_2(X,methyl)
& concept2words_2(X,'ch3 minus')
& concept2words_2(X,'ch3-minus')
& polyatomic_ion_1(X)
& anion_1(X)
& charge_value_1(fn_ch3_minus_2(X))
& the_cardinal_value_2(fn_ch3_minus_2(X),"-1")
& cardinal_unit_class_2(fn_ch3_minus_2(X),unity_0)
& charge_2(X,fn_ch3_minus_2(X))
& fn_ch3_minus_1(X) = fn_anion_7(X)
& fn_ch3_minus_2(X) = fn_anion_6(X) ) ) ).
fof(a528298,axiom,
! [X] :
( ch3_plus_1(X)
=> ( original_name_2(X,'CH3-Plus')
& user_description_2(X,'The methylium cation, or the cation form of a methyl group.')
& concept2words_2(X,methyl)
& concept2words_2(X,'ch3 plus')
& concept2words_2(X,'ch3-plus')
& polyatomic_ion_1(X)
& cation_1(X)
& charge_value_1(fn_ch3_plus_2(X))
& the_cardinal_value_2(fn_ch3_plus_2(X),"1")
& cardinal_unit_class_2(fn_ch3_plus_2(X),unity_0)
& charge_2(X,fn_ch3_plus_2(X))
& fn_ch3_plus_1(X) = fn_cation_4(X)
& fn_ch3_plus_2(X) = fn_cation_5(X) ) ) ).
fof(a528299,axiom,
! [X] :
( ch3nh3_plus_1(X)
=> ( original_name_2(X,'CH3NH3-Plus')
& user_description_2(X,'Methylammonium cation.')
& concept2words_2(X,'ch3nh3+')
& concept2words_2(X,'ch 3nh 3+')
& concept2words_2(X,'ch_3nh_3+')
& concept2words_2(X,'methylammonia ion')
& concept2words_2(X,'methylammonium ion')
& concept2words_2(X,'methylamonia cation')
& concept2words_2(X,methylammonium)
& concept2words_2(X,'ch3nh3 plus')
& concept2words_2(X,'ch3nh3-plus')
& polyatomic_ion_1(X)
& cation_1(X)
& ~ ba_plus_2_1(X)
& ~ cs_plus_1(X)
& ~ nh4_plus_1(X)
& ~ pb_plus_2_1(X)
& charge_value_1(fn_ch3nh3_plus_2(X))
& the_cardinal_value_2(fn_ch3nh3_plus_2(X),"1")
& cardinal_unit_class_2(fn_ch3nh3_plus_2(X),unity_0)
& charge_2(X,fn_ch3nh3_plus_2(X))
& fn_ch3nh3_plus_1(X) = fn_cation_4(X)
& fn_ch3nh3_plus_2(X) = fn_cation_5(X) ) ) ).
fof(a528300,axiom,
! [X] :
( ch3nh3cl_1(X)
=> ( original_name_2(X,'CH3NH3Cl')
& user_description_2(X,'Methylammonium chloride, a main ingredient of permethrin, used in agricultural applications.')
& concept2words_2(X,ch3nh3cl)
& concept2words_2(X,'methyl ammonium chloride')
& concept2words_2(X,'methylammonium chloride')
& salt_1(X)
& ~ sodium_chloride_1(X)
& ~ nh4cl_1(X)
& cl_minus_1(fn_ch3nh3cl_1(X))
& ch3nh3_plus_1(fn_ch3nh3cl_2(X))
& has_part_2(X,fn_ch3nh3cl_2(X))
& has_part_2(X,fn_ch3nh3cl_1(X))
& fn_ch3nh3cl_2(X) = fn_ionic_compound_1(X)
& fn_ch3nh3cl_1(X) = fn_ionic_compound_2(X) ) ) ).
fof(a528301,axiom,
! [X] :
( change_1(X)
=> ( original_name_2(X,'Change')
& concept2words_2(X,change)
& concept2words_2(X,alter)
& concept2words_2(X,modify)
& concept2words_2(X,vary)
& action_1(X) ) ) ).
fof(a528302,axiom,
! [X] :
( change_chromosome_structure_1(X)
=> ( original_name_2(X,'Change-Chromosome-Structure')
& user_description_2(X,'An change in the structure of a chromosome due to an process error during mitosis.')
& concept2words_2(X,change)
& concept2words_2(X,'change chromosome structure')
& concept2words_2(X,'change-chromosome-structure')
& nucleic_acid_process_1(X)
& chromosomal_inheritance_1(X)
& make_error_1(fn_change_chromosome_structure_1(X))
& meiosis_1(fn_change_chromosome_structure_2(X))
& causes_2(fn_change_chromosome_structure_1(X),X)
& subevent_2(fn_change_chromosome_structure_2(X),fn_change_chromosome_structure_1(X)) ) ) ).
fof(a528303,axiom,
! [X] :
( change_in_membrane_potential_1(X)
=> ( original_name_2(X,'Change-In-Membrane-Potential')
& user_description_2(X,'A change in the voltage across cell mebranes due to changes in the electrochemical gradient.')
& concept2words_2(X,change)
& concept2words_2(X,'change in membrane potential')
& concept2words_2(X,'change-in-membrane-potential')
& change_of_state_1(X) ) ) ).
fof(a528304,axiom,
! [X] :
( change_of_hydrogen_ion_concentration_in_cell_1(X)
=> ( original_name_2(X,'Change-Of-Hydrogen-Ion-Concentration-In-Cell')
& user_description_2(X,'An increase or decrease in the number of hydrogen (H+) ions.')
& concept2words_2(X,'change of hydrogen ion concentration')
& concept2words_2(X,'change of proton concentration')
& concept2words_2(X,'change of h+ concentration')
& concept2words_2(X,'change of [h+]')
& concept2words_2(X,change)
& concept2words_2(X,'change of hydrogen ion concentration in cell')
& concept2words_2(X,'change-of-hydrogen-ion-concentration-in-cell')
& biochemical_change_1(X)
& concentration_value_1(fn_change_of_hydrogen_ion_concentration_in_cell_2(X))
& hydrogen_ion_1(fn_change_of_hydrogen_ion_concentration_in_cell_3(X))
& hydrogen_ion_1(fn_change_of_hydrogen_ion_concentration_in_cell_4(X))
& cytosol_1(fn_change_of_hydrogen_ion_concentration_in_cell_5(X))
& concentration_value_1(fn_change_of_hydrogen_ion_concentration_in_cell_6(X))
& fn_change_of_hydrogen_ion_concentration_in_cell_6(X) != fn_change_of_hydrogen_ion_concentration_in_cell_2(X)
& has_part_2(fn_change_of_hydrogen_ion_concentration_in_cell_5(X),fn_change_of_hydrogen_ion_concentration_in_cell_4(X))
& concentration_2(fn_change_of_hydrogen_ion_concentration_in_cell_4(X),fn_change_of_hydrogen_ion_concentration_in_cell_6(X))
& result_2(X,fn_change_of_hydrogen_ion_concentration_in_cell_3(X))
& object_2(X,fn_change_of_hydrogen_ion_concentration_in_cell_4(X))
& concentration_2(fn_change_of_hydrogen_ion_concentration_in_cell_3(X),fn_change_of_hydrogen_ion_concentration_in_cell_2(X))
& fn_change_of_hydrogen_ion_concentration_in_cell_2(X) != fn_change_of_hydrogen_ion_concentration_in_cell_6(X) ) ) ).
fof(a528305,axiom,
! [X] :
( change_of_hydroxide_ion_concentration_in_cell_1(X)
=> ( original_name_2(X,'Change-Of-Hydroxide-Ion-Concentration-In-Cell')
& user_description_2(X,'An increase or decrease in the number of hydroxide (OH-) ions.')
& concept2words_2(X,'change of hydroxide ion concentration')
& concept2words_2(X,'change of hydroxide concentration')
& concept2words_2(X,'change of oh concentration')
& concept2words_2(X,'change of oh- concentration')
& concept2words_2(X,'change of [oh ]')
& concept2words_2(X,'change of [oh-]')
& concept2words_2(X,change)
& concept2words_2(X,'change of hydroxide ion concentration in cell')
& concept2words_2(X,'change-of-hydroxide-ion-concentration-in-cell')
& biochemical_change_1(X)
& hydroxide_ion_1(fn_change_of_hydroxide_ion_concentration_in_cell_2(X))
& concentration_value_1(fn_change_of_hydroxide_ion_concentration_in_cell_3(X))
& hydroxide_ion_1(fn_change_of_hydroxide_ion_concentration_in_cell_4(X))
& cytoplasm_1(fn_change_of_hydroxide_ion_concentration_in_cell_5(X))
& concentration_value_1(fn_change_of_hydroxide_ion_concentration_in_cell_6(X))
& concentration_2(fn_change_of_hydroxide_ion_concentration_in_cell_2(X),fn_change_of_hydroxide_ion_concentration_in_cell_3(X))
& fn_change_of_hydroxide_ion_concentration_in_cell_3(X) != fn_change_of_hydroxide_ion_concentration_in_cell_6(X)
& has_state_2(fn_change_of_hydroxide_ion_concentration_in_cell_4(X),fn_change_of_hydroxide_ion_concentration_in_cell_2(X))
& concentration_2(fn_change_of_hydroxide_ion_concentration_in_cell_4(X),fn_change_of_hydroxide_ion_concentration_in_cell_6(X))
& has_part_2(fn_change_of_hydroxide_ion_concentration_in_cell_5(X),fn_change_of_hydroxide_ion_concentration_in_cell_4(X))
& object_2(X,fn_change_of_hydroxide_ion_concentration_in_cell_4(X))
& result_2(X,fn_change_of_hydroxide_ion_concentration_in_cell_2(X))
& fn_change_of_hydroxide_ion_concentration_in_cell_6(X) != fn_change_of_hydroxide_ion_concentration_in_cell_3(X) ) ) ).
fof(a528306,axiom,
! [X] :
( change_of_shape_1(X)
=> ( original_name_2(X,'Change-Of-Shape')
& user_description_2(X,'A change involving the shape or arrangement of an object.')
& concept2words_2(X,'change shape')
& concept2words_2(X,'shape change')
& concept2words_2(X,'shape-change')
& concept2words_2(X,'change of shape')
& concept2words_2(X,'change-of-shape')
& change_1(X) ) ) ).
fof(a528307,axiom,
! [X] :
( change_of_state_1(X)
=> ( original_name_2(X,'Change-Of-State')
& user_description_2(X,'A change in which a substance or thing is transformed from one state to another')
& concept2words_2(X,'change state')
& concept2words_2(X,'state change')
& concept2words_2(X,'state-change')
& concept2words_2(X,'change of state')
& concept2words_2(X,'change-of-state')
& change_1(X) ) ) ).
fof(a528308,axiom,
! [X] :
( change_sequence_1(X)
=> ( original_name_2(X,'Change-Sequence')
& user_description_2(X,'Mutation that results in the change in sequence of DNA.')
& concept2words_2(X,'dna sequence change')
& concept2words_2(X,'sequence mutation')
& concept2words_2(X,change)
& concept2words_2(X,'sequence of change')
& concept2words_2(X,'change sequence')
& concept2words_2(X,'change-sequence')
& mutation_1(X) ) ) ).
fof(a528309,axiom,
! [X] :
( channel_protein_1(X)
=> ( original_name_2(X,'Channel-Protein')
& user_description_2(X,'Protein forming an aqueous pore spanning the lipid bilayer of the cell membrane which when open allows certain solutes to traverse the membrane.')
& concept2words_2(X,'protein of channel')
& concept2words_2(X,'channel protein')
& concept2words_2(X,'channel-protein')
& transport_protein_1(X)
& quantity_value_1(fn_channel_protein_2(X))
& hydrophobic_compound_1(fn_channel_protein_3(X))
& hydrophilic_compound_1(fn_channel_protein_4(X))
& move_1(fn_channel_protein_5(X))
& move_through_1(fn_channel_protein_5(X))
& block_1(fn_channel_protein_6(X))
& hydrophilic_channel_1(fn_channel_protein_7(X))
& facilitated_diffusion_1(fn_channel_protein_8(X))
& passive_transport_1(fn_channel_protein_8(X))
& facilitated_diffusion_using_channel_protein_1(fn_channel_protein_8(X))
& rate_value_1(fn_channel_protein_9(X))
& spatial_entity_1(fn_channel_protein_11(X))
& tangible_entity_1(fn_channel_protein_11(X))
& chemical_entity_1(fn_channel_protein_11(X))
& property_node_1(fn_passive_transport_7(fn_channel_protein_8(X)))
& rate_value_1(fn_passive_transport_6(fn_channel_protein_8(X)))
& spatial_entity_1(fn_facilitated_diffusion_using_channel_protein_8(fn_channel_protein_8(X)))
& tangible_entity_1(fn_facilitated_diffusion_using_channel_protein_8(fn_channel_protein_8(X)))
& chemical_entity_1(fn_facilitated_diffusion_using_channel_protein_8(fn_channel_protein_8(X)))
& move_through_1(fn_facilitated_diffusion_using_channel_protein_13(fn_channel_protein_8(X)))
& spatial_entity_1(fn_move_1(fn_channel_protein_5(X)))
& spatial_entity_1(fn_block_1(fn_channel_protein_6(X)))
& channel_protein_1(fn_hydrophilic_channel_2(fn_channel_protein_7(X)))
& channel_protein_1(fn_facilitated_diffusion_using_channel_protein_14(fn_channel_protein_8(X)))
& fn_channel_protein_4(X) != fn_channel_protein_11(X)
& fn_channel_protein_3(X) != fn_channel_protein_11(X)
& path_2(fn_channel_protein_5(X),fn_channel_protein_7(X))
& object_2(fn_channel_protein_6(X),fn_channel_protein_3(X))
& called_2(fn_channel_protein_6(X),"1")
& facilitates_2(fn_channel_protein_7(X),fn_channel_protein_8(X))
& quantity_2(X,fn_channel_protein_2(X))
& directly_proportional_2(fn_channel_protein_2(X),fn_channel_protein_9(X))
& fn_channel_protein_11(X) != fn_channel_protein_4(X)
& fn_channel_protein_11(X) != fn_channel_protein_3(X)
& object_2(fn_channel_protein_5(X),fn_channel_protein_4(X))
& object_2(fn_channel_protein_6(X),fn_channel_protein_4(X))
& has_function_2(X,fn_channel_protein_8(X))
& has_region_2(X,fn_channel_protein_7(X))
& rate_2(fn_channel_protein_8(X),fn_channel_protein_9(X))
& instrument_2(fn_channel_protein_8(X),X)
& subevent_2(fn_channel_protein_8(X),fn_channel_protein_5(X))
& agent_2(fn_channel_protein_5(X),X)
& facilitates_2(X,fn_channel_protein_5(X))
& object_2(fn_channel_protein_5(X),fn_channel_protein_11(X))
& fn_channel_protein_4(X) = fn_move_1(fn_channel_protein_5(X))
& fn_channel_protein_4(X) = fn_block_1(fn_channel_protein_6(X))
& fn_channel_protein_8(X) = fn_transport_protein_28(X)
& X = fn_hydrophilic_channel_2(fn_channel_protein_7(X))
& fn_channel_protein_10(X) = fn_passive_transport_7(fn_channel_protein_8(X))
& fn_channel_protein_9(X) = fn_passive_transport_6(fn_channel_protein_8(X))
& fn_channel_protein_11(X) = fn_facilitated_diffusion_using_channel_protein_8(fn_channel_protein_8(X))
& X = fn_facilitated_diffusion_using_channel_protein_14(fn_channel_protein_8(X))
& fn_channel_protein_5(X) = fn_facilitated_diffusion_using_channel_protein_13(fn_channel_protein_8(X))
& fn_move_1(fn_channel_protein_5(X)) = fn_block_1(fn_channel_protein_6(X))
& fn_block_1(fn_channel_protein_6(X)) = fn_hydrophilic_channel_2(fn_channel_protein_7(X))
& fn_hydrophilic_channel_2(fn_channel_protein_7(X)) = fn_facilitated_diffusion_using_channel_protein_14(fn_channel_protein_8(X))
& fn_facilitated_diffusion_using_channel_protein_14(fn_channel_protein_8(X)) = fn_facilitated_diffusion_using_channel_protein_14(fn_channel_protein_8(X)) ) ) ).
fof(a528310,axiom,
! [X] :
( chaparral_1(X)
=> ( original_name_2(X,'Chaparral')
& user_description_2(X,'A scrubland biome located in California and the northern part of the Baja Peninsula in Mexico. Chapparal is characterized by a Mediterranean climate (long, dry summers and mild, wet winters), wildfire, and drought-tolerant plants.')
& concept2words_2(X,chaparral)
& terrestrial_biome_1(X)
& ~ desert_1(X)
& ~ northern_coniferous_1(X)
& ~ savanna_1(X)
& ~ temperate_broadleaf_forest_1(X)
& ~ temperate_grassland_1(X)
& ~ tropical_rain_forest_1(X)
& ~ tropics_1(X)
& ~ tundra_1(X) ) ) ).
fof(a528311,axiom,
! [X] :
( chaperonin_1(X)
=> ( original_name_2(X,'Chaperonin')
& user_description_2(X,'Protein molecules which help other proteins fold into their correct three-dimensional configuration.')
& concept2words_2(X,'chaperonin protein complex')
& concept2words_2(X,'chaperonin-protein-complex')
& concept2words_2(X,'chaperone protein')
& concept2words_2(X,'chaperone-protein')
& concept2words_2(X,chaperonin)
& protein_complex_1(X)
& shape_value_1(fn_chaperonin_3(X))
& shape_value_1(fn_chaperonin_4(X))
& protein_1(fn_chaperonin_5(X))
& protein_folding_1(fn_chaperonin_6(X))
& protein_1(fn_chaperonin_7(X))
& hold_1(fn_chaperonin_8(X))
& protein_1(fn_chaperonin_9(X))
& tangible_entity_1(fn_hold_2(fn_chaperonin_8(X)))
& tangible_entity_1(fn_hold_1(fn_chaperonin_8(X)))
& element_2(X,fn_chaperonin_5(X))
& has_function_2(X,fn_chaperonin_6(X))
& shape_2(fn_chaperonin_5(X),fn_chaperonin_4(X))
& the_categorical_value_2(fn_chaperonin_4(X),cylinder_0)
& the_categorical_value_2(fn_chaperonin_3(X),dome_like_0)
& is_above_2(fn_chaperonin_9(X),fn_chaperonin_5(X))
& shape_2(fn_chaperonin_9(X),fn_chaperonin_3(X))
& object_2(fn_chaperonin_8(X),fn_chaperonin_7(X))
& agent_2(fn_chaperonin_8(X),X)
& element_2(X,fn_chaperonin_9(X))
& fn_chaperonin_7(X) = fn_hold_2(fn_chaperonin_8(X))
& X = fn_hold_1(fn_chaperonin_8(X))
& fn_chaperonin_9(X) = fn_protein_complex_1(X) ) ) ).
fof(a528312,axiom,
! [X] :
( character_1(X)
=> ( original_name_2(X,'Character')
& user_description_2(X,'A heritable feature')
& concept2words_2(X,'quantitative character')
& concept2words_2(X,'heritable feature')
& concept2words_2(X,character)
& aggregate_1(X)
& entity_1(fn_character_1(X))
& organism_1(fn_character_1(X))
& inheritance_1(fn_character_2(X))
& event_1(fn_character_2(X))
& transfer_1(fn_character_2(X))
& offspring_1(fn_character_3(X))
& event_1(fn_organism_role_2(fn_character_3(X)))
& entity_1(fn_transfer_1(fn_character_2(X)))
& entity_1(fn_inheritance_1(fn_character_2(X)))
& organism_1(fn_organism_role_1(fn_character_3(X)))
& recipient_2(fn_character_2(X),fn_character_1(X))
& in_event_2(fn_character_3(X),fn_character_2(X))
& plays_2(fn_character_1(X),fn_character_3(X))
& object_2(fn_character_2(X),X)
& fn_character_1(X) = fn_inheritance_1(fn_character_2(X))
& fn_character_2(X) = fn_organism_role_2(fn_character_3(X))
& fn_character_1(X) = fn_organism_role_1(fn_character_3(X))
& X = fn_transfer_1(fn_character_2(X))
& fn_inheritance_1(fn_character_2(X)) = fn_organism_role_1(fn_character_3(X)) ) ) ).
fof(a528313,axiom,
! [X] :
( character_displacement_1(X)
=> ( original_name_2(X,'Character-Displacement')
& user_description_2(X,'The phenomenon where differences between closely related species are more pronounced when the species are in sympatry rather than allopatry.')
& concept2words_2(X,'displacement of character')
& concept2words_2(X,'character displacement')
& concept2words_2(X,'character-displacement')
& evolutionary_process_1(X)
& ~ adaptation_1(X)
& ~ adaptive_radiation_1(X)
& ~ allopatric_speciation_1(X)
& ~ bottleneck_effect_1(X)
& ~ cephalization_1(X)
& ~ cladogenesis_1(X)
& ~ convergent_evolution_1(X)
& ~ endosymbiosis_1(X)
& ~ gene_flow_1(X)
& ~ genetic_drift_1(X)
& ~ heterochrony_1(X)
& ~ homology_1(X)
& ~ mechanical_isolation_1(X)
& ~ mimicry_1(X)
& ~ natural_selection_1(X)
& ~ paedomorphosis_1(X)
& ~ punctuated_equilibria_1(X)
& ~ reproductive_isolation_1(X)
& ~ selection_force_1(X)
& ~ speciation_1(X) ) ) ).
fof(a528314,axiom,
! [X] :
( charge_categorical_constant_1(X)
=> ( original_name_2(X,'Charge-Categorical-Constant')
& concept2words_2(X,'charge categorical constant')
& concept2words_2(X,'charge-categorical-constant')
& constant_1(X) ) ) ).
fof(a528315,axiom,
! [X] :
( charge_value_1(X)
=> ( original_name_2(X,'Charge-Value')
& description_2(X,'Refers to charge of an ion. Specifically, the charge on an ion is equal to a constant charge e multiplied by an integer from 1 to 15.')
& concept2words_2(X,charge)
& concept2words_2(X,'value of charge')
& concept2words_2(X,'charge value')
& concept2words_2(X,'charge-value')
& unitless_value_1(X)
& ~ ph_value_1(X)
& ~ atomic_number_value_1(X)
& ~ pka_value_1(X)
& ~ pkb_value_1(X)
& ~ atomic_mass_value_1(X) ) ) ).
fof(a528316,axiom,
! [X] :
( charophycean_1(X)
=> ( original_name_2(X,'Charophycean')
& user_description_2(X,'A taxon of green algae, whose relationship to other photosynthetic organisms is unclear.')
& concept2words_2(X,charophycean)
& protist_1(X)
& ~ alveolate_1(X)
& ~ amoeba_1(X)
& ~ chlorophyta_1(X)
& ~ dinoflagellate_1(X)
& ~ diplomonad_1(X)
& ~ foraminiferan_1(X)
& ~ freshwater_protist_1(X)
& ~ oomycete_1(X)
& ~ parabasalid_1(X)
& ~ radiolarian_1(X)
& ~ rhizaria_1(X)
& ~ rhodophyte_1(X)
& ~ seaweed_1(X)
& ~ stramenopile_1(X) ) ) ).
fof(a528317,axiom,
! [X] :
( checkpoint_1(X)
=> ( original_name_2(X,'Checkpoint')
& user_description_2(X,'Control mechanism that verifies whether or not the steps at each point of the cell cycle have been completed before the next phase begins.')
& concept2words_2(X,checkpoint)
& regulation_of_cell_cycle_1(X) ) ) ).
fof(a528318,axiom,
! [X] :
( cheese_1(X)
=> ( original_name_2(X,'Cheese')
& user_description_2(X,'Cheese is a generic term for a diverse group of milk-based food products. Cheese is produced throughout the world in wide-ranging flavors, textures, and forms.')
& concept2words_2(X,cheese)
& organic_entity_1(X)
& solid_substance_1(X)
& lactate_1(fn_cheese_1(X))
& milk_1(fn_cheese_2(X))
& produce_1(fn_cheese_3(X))
& tangible_entity_1(fn_produce_1(fn_cheese_3(X)))
& entity_1(fn_create_1(fn_cheese_3(X)))
& has_part_2(X,fn_cheese_1(X))
& raw_material_2(fn_cheese_3(X),fn_cheese_2(X))
& result_2(fn_cheese_3(X),X)
& fn_cheese_2(X) = fn_produce_1(fn_cheese_3(X))
& X = fn_create_1(fn_cheese_3(X)) ) ) ).
fof(a528319,axiom,
! [X] :
( chelicera_1(X)
=> ( original_name_2(X,'Chelicera')
& user_description_2(X,'(plural, chelicerae) The modified first head appendage of the Chelicerata (arachnids, horseshoe crabs, and pycnogonids), used as mouthparts and often claw-shaped.')
& concept2words_2(X,mouthparts)
& concept2words_2(X,fang)
& concept2words_2(X,chelicerae)
& concept2words_2(X,chelicera)
& invertebrate_appendage_1(X) ) ) ).
fof(a528320,axiom,
! [X] :
( cheliceriform_1(X)
=> ( original_name_2(X,'Cheliceriform')
& user_description_2(X,'An arthropod that has chelicerae and a body divided into a cephalothorax and an abdomen. Living cheliceriforms include sea spiders, horseshoe crabs, scorpions, ticks, and spiders.')
& concept2words_2(X,chelicerate)
& concept2words_2(X,cheliceriform)
& arthropod_1(X)
& ~ crustacean_1(X)
& ~ daphnia_1(X)
& ~ diplopode_1(X)
& ~ hexapod_1(X)
& ~ myriapod_1(X)
& ~ trilobite_1(X) ) ) ).
fof(a528321,axiom,
! [X] :
( chemical_1(X)
=> ( original_name_2(X,'Chemical')
& user_description_2(X,'A Chemical is a substance described by chemical properties such as molecular composition and reactivity.')
& concept2words_2(X,'solute-species')
& concept2words_2(X,'species of solute')
& concept2words_2(X,'solute species')
& concept2words_2(X,'solute-specy')
& concept2words_2(X,chemical)
& substance_1(X)
& state_value_1(fn_chemical_2(X))
& chemical_entity_1(fn_chemical_3(X))
& has_part_2(X,fn_chemical_3(X))
& physical_state_2(X,fn_chemical_2(X)) ) ) ).
fof(a528322,axiom,
! [X] :
( chemical_bond_1(X)
=> ( original_name_2(X,'Chemical-Bond')
& user_description_2(X,'A chemical bond is an attraction between atoms or molecules and allows the formation of chemical compounds, which contain two or more atoms.')
& concept2words_2(X,possess)
& concept2words_2(X,'chemical interaction')
& concept2words_2(X,'chemical-interaction')
& concept2words_2(X,'bond of chemical')
& concept2words_2(X,'chemical bond')
& concept2words_2(X,'chemical-bond')
& tangible_entity_1(X)
& chemical_entity_1(fn_chemical_bond_1(X))
& chemical_energy_1(fn_chemical_bond_2(X))
& hold_together_1(fn_chemical_bond_3(X))
& chemical_entity_1(fn_chemical_bond_4(X))
& tangible_entity_1(fn_hold_2(fn_chemical_bond_3(X)))
& tangible_entity_1(fn_hold_1(fn_chemical_bond_3(X)))
& has_function_2(X,fn_chemical_bond_3(X))
& is_between_2(X,fn_chemical_bond_1(X))
& is_between_2(X,fn_chemical_bond_4(X))
& possesses_2(X,fn_chemical_bond_2(X))
& object_2(fn_chemical_bond_3(X),fn_chemical_bond_1(X))
& object_2(fn_chemical_bond_3(X),fn_chemical_bond_4(X))
& agent_2(fn_chemical_bond_3(X),X)
& fn_chemical_bond_4(X) = fn_hold_2(fn_chemical_bond_3(X))
& X = fn_hold_1(fn_chemical_bond_3(X)) ) ) ).
fof(a528323,axiom,
! [X] :
( chemical_digestion_1(X)
=> ( original_name_2(X,'Chemical-Digestion')
& user_description_2(X,'The enzymatic hydrolysis of food molecules into smaller molecules that can be absorbed and utilized by an organism.')
& concept2words_2(X,'digestion of chemical')
& concept2words_2(X,'chemical digestion')
& concept2words_2(X,'chemical-digestion')
& digestive_process_1(X)
& tangible_entity_1(fn_chemical_digestion_1(X))
& tangible_entity_1(fn_chemical_digestion_2(X))
& system_1(fn_chemical_digestion_3(X))
& raw_material_2(X,fn_chemical_digestion_1(X))
& result_2(X,fn_chemical_digestion_2(X)) ) ) ).
fof(a528324,axiom,
! [X] :
( chemical_digestion_in_mouth_1(X)
=> ( original_name_2(X,'Chemical-Digestion-In-Mouth')
& user_description_2(X,'The enzymatic hydrolysis of food molecules into smaller molecules which occurs in the mouth.')
& concept2words_2(X,digest)
& concept2words_2(X,'chemical digestion in mouth')
& concept2words_2(X,'chemical-digestion-in-mouth')
& chemical_digestion_1(X)
& potential_value_1(fn_chemical_digestion_in_mouth_1(X))
& concentration_value_1(fn_chemical_digestion_in_mouth_2(X))
& size_value_1(fn_chemical_digestion_in_mouth_5(X))
& size_value_1(fn_chemical_digestion_in_mouth_6(X))
& atom_1(fn_chemical_digestion_in_mouth_7(X))
& chemical_entity_1(fn_chemical_digestion_in_mouth_7(X))
& size_value_1(fn_chemical_digestion_in_mouth_8(X))
& monomer_1(fn_chemical_digestion_in_mouth_9(X))
& chemical_entity_1(fn_chemical_digestion_in_mouth_10(X))
& polysaccharide_1(fn_chemical_digestion_in_mouth_10(X))
& maltose_1(fn_chemical_digestion_in_mouth_11(X))
& polysaccharide_1(fn_chemical_digestion_in_mouth_12(X))
& reactant_1(fn_chemical_digestion_in_mouth_13(X))
& salivary_amylase_1(fn_chemical_digestion_in_mouth_14(X))
& hydrolase_1(fn_chemical_digestion_in_mouth_14(X))
& saliva_1(fn_chemical_digestion_in_mouth_15(X))
& salivary_gland_1(fn_chemical_digestion_in_mouth_16(X))
& mouth_1(fn_chemical_digestion_in_mouth_17(X))
& chemical_reaction_1(fn_chemical_digestion_in_mouth_18(X))
& hydrolysis_1(fn_chemical_digestion_in_mouth_18(X))
& decomposition_reaction_1(fn_chemical_digestion_in_mouth_18(X))
& exergonic_reaction_1(fn_chemical_digestion_in_mouth_18(X))
& salivary_amylase_1(fn_saliva_5(fn_chemical_digestion_in_mouth_15(X)))
& salivary_gland_1(fn_mouth_2(fn_chemical_digestion_in_mouth_17(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_chemical_digestion_in_mouth_18(X)))
& property_node_1(fn_polymer_10(fn_chemical_digestion_in_mouth_12(X)))
& property_node_1(fn_polymer_9(fn_chemical_digestion_in_mouth_12(X)))
& size_value_1(fn_polymer_8(fn_chemical_digestion_in_mouth_12(X)))
& size_value_1(fn_polymer_7(fn_chemical_digestion_in_mouth_12(X)))
& saliva_1(fn_salivary_gland_3(fn_chemical_digestion_in_mouth_16(X)))
& property_node_1(fn_polysaccharide_19(fn_chemical_digestion_in_mouth_10(X)))
& size_value_1(fn_polysaccharide_21(fn_chemical_digestion_in_mouth_10(X)))
& atom_1(fn_organic_molecule_2(fn_chemical_digestion_in_mouth_12(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_chemical_digestion_in_mouth_12(X)))
& chemical_entity_1(fn_hydrolysis_1(fn_chemical_digestion_in_mouth_18(X)))
& monomer_1(fn_polymer_6(fn_chemical_digestion_in_mouth_12(X)))
& monomer_1(fn_polymer_4(fn_chemical_digestion_in_mouth_12(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_chemical_digestion_in_mouth_18(X)))
& chemical_entity_1(fn_reactant_3(fn_chemical_digestion_in_mouth_13(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_chemical_digestion_in_mouth_18(X)))
& hydrolysis_1(fn_hydrolase_1(fn_chemical_digestion_in_mouth_14(X)))
& chemical_reaction_1(fn_reactant_2(fn_chemical_digestion_in_mouth_13(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_chemical_digestion_in_mouth_18(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_chemical_digestion_in_mouth_18(X)))
& by_means_of_2(X,fn_chemical_digestion_in_mouth_18(X))
& base_2(X,fn_chemical_digestion_in_mouth_17(X))
& greater_than_2(fn_chemical_digestion_in_mouth_6(X),fn_chemical_digestion_in_mouth_8(X))
& has_state_2(fn_chemical_digestion_in_mouth_9(X),fn_chemical_digestion_in_mouth_10(X))
& fn_chemical_digestion_in_mouth_10(X) != fn_chemical_digestion_in_mouth_12(X)
& fn_chemical_digestion_in_mouth_12(X) != fn_chemical_digestion_in_mouth_10(X)
& directly_proportional_2(fn_chemical_digestion_in_mouth_2(X),fn_chemical_digestion_in_mouth_1(X))
& concentration_2(fn_chemical_digestion_in_mouth_15(X),fn_chemical_digestion_in_mouth_2(X))
& in_event_2(fn_chemical_digestion_in_mouth_13(X),fn_chemical_digestion_in_mouth_18(X))
& plays_2(fn_chemical_digestion_in_mouth_12(X),fn_chemical_digestion_in_mouth_13(X))
& has_part_2(fn_chemical_digestion_in_mouth_15(X),fn_chemical_digestion_in_mouth_14(X))
& has_function_2(fn_chemical_digestion_in_mouth_14(X),fn_chemical_digestion_in_mouth_18(X))
& has_part_2(fn_chemical_digestion_in_mouth_17(X),fn_chemical_digestion_in_mouth_16(X))
& raw_material_2(fn_chemical_digestion_in_mouth_18(X),fn_chemical_digestion_in_mouth_12(X))
& has_part_2(fn_chemical_digestion_in_mouth_12(X),fn_chemical_digestion_in_mouth_7(X))
& has_state_2(fn_chemical_digestion_in_mouth_7(X),fn_chemical_digestion_in_mouth_11(X))
& result_2(fn_chemical_digestion_in_mouth_18(X),fn_chemical_digestion_in_mouth_11(X))
& size_2(fn_chemical_digestion_in_mouth_12(X),fn_chemical_digestion_in_mouth_6(X))
& has_part_2(fn_chemical_digestion_in_mouth_12(X),fn_chemical_digestion_in_mouth_9(X))
& size_2(fn_chemical_digestion_in_mouth_9(X),fn_chemical_digestion_in_mouth_5(X))
& greater_than_2(fn_chemical_digestion_in_mouth_6(X),fn_chemical_digestion_in_mouth_5(X))
& size_2(fn_chemical_digestion_in_mouth_10(X),fn_chemical_digestion_in_mouth_8(X))
& is_inside_2(fn_chemical_digestion_in_mouth_15(X),fn_chemical_digestion_in_mouth_16(X))
& result_2(fn_chemical_digestion_in_mouth_18(X),fn_chemical_digestion_in_mouth_10(X))
& fn_chemical_digestion_in_mouth_14(X) = fn_saliva_5(fn_chemical_digestion_in_mouth_15(X))
& fn_chemical_digestion_in_mouth_18(X) = fn_hydrolase_1(fn_chemical_digestion_in_mouth_14(X))
& fn_chemical_digestion_in_mouth_16(X) = fn_mouth_2(fn_chemical_digestion_in_mouth_17(X))
& fn_chemical_digestion_in_mouth_11(X) = fn_hydrolysis_9(fn_chemical_digestion_in_mouth_18(X))
& fn_chemical_digestion_in_mouth_7(X) = fn_organic_molecule_2(fn_chemical_digestion_in_mouth_12(X))
& fn_chemical_digestion_in_mouth_7(X) = fn_hydrolysis_1(fn_chemical_digestion_in_mouth_18(X))
& fn_chemical_digestion_in_mouth_18(X) = fn_reactant_2(fn_chemical_digestion_in_mouth_13(X))
& fn_chemical_digestion_in_mouth_12(X) = fn_reactant_3(fn_chemical_digestion_in_mouth_13(X))
& fn_chemical_digestion_in_mouth_12(X) = fn_exergonic_reaction_10(fn_chemical_digestion_in_mouth_18(X))
& fn_chemical_digestion_in_mouth_12(X) = fn_hydrolysis_11(fn_chemical_digestion_in_mouth_18(X))
& fn_chemical_digestion_in_mouth_21(X) = fn_polymer_10(fn_chemical_digestion_in_mouth_12(X))
& fn_chemical_digestion_in_mouth_19(X) = fn_polymer_9(fn_chemical_digestion_in_mouth_12(X))
& fn_chemical_digestion_in_mouth_6(X) = fn_polymer_8(fn_chemical_digestion_in_mouth_12(X))
& fn_chemical_digestion_in_mouth_5(X) = fn_polymer_7(fn_chemical_digestion_in_mouth_12(X))
& fn_chemical_digestion_in_mouth_9(X) = fn_polymer_6(fn_chemical_digestion_in_mouth_12(X))
& fn_chemical_digestion_in_mouth_9(X) = fn_polymer_4(fn_chemical_digestion_in_mouth_12(X))
& fn_chemical_digestion_in_mouth_10(X) = fn_decomposition_reaction_4(fn_chemical_digestion_in_mouth_18(X))
& fn_chemical_digestion_in_mouth_10(X) = fn_exergonic_reaction_11(fn_chemical_digestion_in_mouth_18(X))
& fn_chemical_digestion_in_mouth_15(X) = fn_salivary_gland_3(fn_chemical_digestion_in_mouth_16(X))
& fn_chemical_digestion_in_mouth_20(X) = fn_polysaccharide_19(fn_chemical_digestion_in_mouth_10(X))
& fn_chemical_digestion_in_mouth_8(X) = fn_polysaccharide_21(fn_chemical_digestion_in_mouth_10(X))
& fn_hydrolysis_1(fn_chemical_digestion_in_mouth_18(X)) = fn_organic_molecule_2(fn_chemical_digestion_in_mouth_12(X))
& fn_organic_molecule_2(fn_chemical_digestion_in_mouth_12(X)) = fn_hydrolysis_1(fn_chemical_digestion_in_mouth_18(X))
& fn_hydrolysis_1(fn_chemical_digestion_in_mouth_18(X)) = fn_polymer_4(fn_chemical_digestion_in_mouth_12(X))
& fn_polymer_4(fn_chemical_digestion_in_mouth_12(X)) = fn_polymer_6(fn_chemical_digestion_in_mouth_12(X))
& fn_polymer_6(fn_chemical_digestion_in_mouth_12(X)) = fn_polymer_4(fn_chemical_digestion_in_mouth_12(X))
& fn_polymer_4(fn_chemical_digestion_in_mouth_12(X)) = fn_reactant_3(fn_chemical_digestion_in_mouth_13(X))
& fn_reactant_3(fn_chemical_digestion_in_mouth_13(X)) = fn_reactant_3(fn_chemical_digestion_in_mouth_13(X))
& fn_reactant_3(fn_chemical_digestion_in_mouth_13(X)) = fn_exergonic_reaction_10(fn_chemical_digestion_in_mouth_18(X))
& fn_exergonic_reaction_10(fn_chemical_digestion_in_mouth_18(X)) = fn_reactant_3(fn_chemical_digestion_in_mouth_13(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_mouth_18(X)) = fn_reactant_3(fn_chemical_digestion_in_mouth_13(X))
& fn_reactant_3(fn_chemical_digestion_in_mouth_13(X)) = fn_hydrolysis_11(fn_chemical_digestion_in_mouth_18(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_mouth_18(X)) = fn_reactant_2(fn_chemical_digestion_in_mouth_13(X))
& fn_reactant_2(fn_chemical_digestion_in_mouth_13(X)) = fn_hydrolase_1(fn_chemical_digestion_in_mouth_14(X))
& fn_hydrolase_1(fn_chemical_digestion_in_mouth_14(X)) = fn_reactant_2(fn_chemical_digestion_in_mouth_13(X))
& fn_reactant_2(fn_chemical_digestion_in_mouth_13(X)) = fn_decomposition_reaction_4(fn_chemical_digestion_in_mouth_18(X))
& fn_decomposition_reaction_4(fn_chemical_digestion_in_mouth_18(X)) = fn_exergonic_reaction_11(fn_chemical_digestion_in_mouth_18(X)) ) ) ).
fof(a528325,axiom,
! [X] :
( chemical_digestion_in_small_intestine_1(X)
=> ( original_name_2(X,'Chemical-Digestion-In-Small-Intestine')
& user_description_2(X,'The enzymatic hydrolysis of food molecules into smaller molecules which occurs in the small intestine.')
& concept2words_2(X,digest)
& concept2words_2(X,'chemical digestion in small intestine')
& concept2words_2(X,'chemical-digestion-in-small-intestine')
& chemical_digestion_1(X)
& hydrogen_1(fn_chemical_digestion_in_small_intestine_1(X))
& rna_1(fn_chemical_digestion_in_small_intestine_2(X))
& small_intestine_1(fn_chemical_digestion_in_small_intestine_3(X))
& monosaccharide_1(fn_chemical_digestion_in_small_intestine_4(X))
& nitrogenous_base_1(fn_chemical_digestion_in_small_intestine_5(X))
& water_molecule_1(fn_chemical_digestion_in_small_intestine_6(X))
& sugar_1(fn_chemical_digestion_in_small_intestine_7(X))
& monoglyceride_1(fn_chemical_digestion_in_small_intestine_8(X))
& fatty_acid_1(fn_chemical_digestion_in_small_intestine_9(X))
& oxygen_1(fn_chemical_digestion_in_small_intestine_10(X))
& pancreatic_amylase_1(fn_chemical_digestion_in_small_intestine_18(X))
& quantity_value_1(fn_chemical_digestion_in_small_intestine_19(X))
& quantity_value_1(fn_chemical_digestion_in_small_intestine_20(X))
& chemical_energy_1(fn_chemical_digestion_in_small_intestine_21(X))
& chemical_energy_1(fn_chemical_digestion_in_small_intestine_22(X))
& chemical_entity_1(fn_chemical_digestion_in_small_intestine_23(X))
& reactant_1(fn_chemical_digestion_in_small_intestine_24(X))
& polysaccharide_1(fn_chemical_digestion_in_small_intestine_25(X))
& chemical_entity_1(fn_chemical_digestion_in_small_intestine_26(X))
& water_molecule_1(fn_chemical_digestion_in_small_intestine_26(X))
& hydroxyl_group_1(fn_chemical_digestion_in_small_intestine_27(X))
& entity_1(fn_chemical_digestion_in_small_intestine_28(X))
& atom_1(fn_chemical_digestion_in_small_intestine_28(X))
& chemical_entity_1(fn_chemical_digestion_in_small_intestine_28(X))
& oxygen_1(fn_chemical_digestion_in_small_intestine_28(X))
& entity_1(fn_chemical_digestion_in_small_intestine_29(X))
& chemical_entity_1(fn_chemical_digestion_in_small_intestine_29(X))
& atom_1(fn_chemical_digestion_in_small_intestine_29(X))
& hydrogen_1(fn_chemical_digestion_in_small_intestine_29(X))
& chemical_entity_1(fn_chemical_digestion_in_small_intestine_30(X))
& maltose_1(fn_chemical_digestion_in_small_intestine_31(X))
& chemical_entity_1(fn_chemical_digestion_in_small_intestine_32(X))
& water_molecule_1(fn_chemical_digestion_in_small_intestine_32(X))
& chemical_entity_1(fn_chemical_digestion_in_small_intestine_33(X))
& disaccharide_1(fn_chemical_digestion_in_small_intestine_33(X))
& reactant_1(fn_chemical_digestion_in_small_intestine_34(X))
& disaccharidase_1(fn_chemical_digestion_in_small_intestine_35(X))
& quantity_value_1(fn_chemical_digestion_in_small_intestine_36(X))
& quantity_value_1(fn_chemical_digestion_in_small_intestine_37(X))
& size_value_1(fn_chemical_digestion_in_small_intestine_38(X))
& chemical_entity_1(fn_chemical_digestion_in_small_intestine_39(X))
& monomer_1(fn_chemical_digestion_in_small_intestine_39(X))
& hydrogen_1(fn_chemical_digestion_in_small_intestine_40(X))
& chemical_energy_1(fn_chemical_digestion_in_small_intestine_41(X))
& size_value_1(fn_chemical_digestion_in_small_intestine_42(X))
& size_value_1(fn_chemical_digestion_in_small_intestine_43(X))
& size_value_1(fn_chemical_digestion_in_small_intestine_44(X))
& monomer_1(fn_chemical_digestion_in_small_intestine_45(X))
& chemical_energy_1(fn_chemical_digestion_in_small_intestine_46(X))
& monomer_1(fn_chemical_digestion_in_small_intestine_47(X))
& molecule_1(fn_chemical_digestion_in_small_intestine_48(X))
& polypeptide_1(fn_chemical_digestion_in_small_intestine_49(X))
& polypeptide_1(fn_chemical_digestion_in_small_intestine_50(X))
& reactant_1(fn_chemical_digestion_in_small_intestine_51(X))
& chemical_reaction_1(fn_chemical_digestion_in_small_intestine_52(X))
& decomposition_reaction_1(fn_chemical_digestion_in_small_intestine_52(X))
& exergonic_reaction_1(fn_chemical_digestion_in_small_intestine_52(X))
& hydrolysis_1(fn_chemical_digestion_in_small_intestine_52(X))
& chemical_reaction_1(fn_chemical_digestion_in_small_intestine_53(X))
& decomposition_reaction_1(fn_chemical_digestion_in_small_intestine_53(X))
& exergonic_reaction_1(fn_chemical_digestion_in_small_intestine_53(X))
& hydrolysis_1(fn_chemical_digestion_in_small_intestine_53(X))
& chemical_reaction_1(fn_chemical_digestion_in_small_intestine_54(X))
& decomposition_reaction_1(fn_chemical_digestion_in_small_intestine_54(X))
& exergonic_reaction_1(fn_chemical_digestion_in_small_intestine_54(X))
& hydrolysis_1(fn_chemical_digestion_in_small_intestine_54(X))
& chemical_reaction_1(fn_chemical_digestion_in_small_intestine_55(X))
& hydrolysis_1(fn_chemical_digestion_in_small_intestine_55(X))
& decomposition_reaction_1(fn_chemical_digestion_in_small_intestine_55(X))
& exergonic_reaction_1(fn_chemical_digestion_in_small_intestine_55(X))
& chemical_reaction_1(fn_chemical_digestion_in_small_intestine_56(X))
& hydrolysis_1(fn_chemical_digestion_in_small_intestine_56(X))
& decomposition_reaction_1(fn_chemical_digestion_in_small_intestine_56(X))
& exergonic_reaction_1(fn_chemical_digestion_in_small_intestine_56(X))
& chemical_reaction_1(fn_chemical_digestion_in_small_intestine_57(X))
& decomposition_reaction_1(fn_chemical_digestion_in_small_intestine_57(X))
& exergonic_reaction_1(fn_chemical_digestion_in_small_intestine_57(X))
& hydrolysis_1(fn_chemical_digestion_in_small_intestine_57(X))
& decomposition_reaction_1(fn_chemical_digestion_in_small_intestine_58(X))
& chemical_reaction_1(fn_chemical_digestion_in_small_intestine_58(X))
& exergonic_reaction_1(fn_chemical_digestion_in_small_intestine_58(X))
& hydrolysis_1(fn_chemical_digestion_in_small_intestine_58(X))
& quantity_value_1(fn_chemical_digestion_in_small_intestine_61(X))
& size_value_1(fn_chemical_digestion_in_small_intestine_62(X))
& monomer_1(fn_chemical_digestion_in_small_intestine_63(X))
& atom_1(fn_chemical_digestion_in_small_intestine_64(X))
& chemical_entity_1(fn_chemical_digestion_in_small_intestine_64(X))
& hydrogen_1(fn_chemical_digestion_in_small_intestine_64(X))
& chemical_energy_1(fn_chemical_digestion_in_small_intestine_65(X))
& tangible_entity_1(fn_chemical_digestion_in_small_intestine_66(X))
& entity_1(fn_chemical_digestion_in_small_intestine_66(X))
& chemical_entity_1(fn_chemical_digestion_in_small_intestine_66(X))
& atom_1(fn_chemical_digestion_in_small_intestine_66(X))
& hydrogen_1(fn_chemical_digestion_in_small_intestine_66(X))
& size_value_1(fn_chemical_digestion_in_small_intestine_67(X))
& molecule_1(fn_chemical_digestion_in_small_intestine_68(X))
& polypeptide_1(fn_chemical_digestion_in_small_intestine_69(X))
& water_molecule_1(fn_chemical_digestion_in_small_intestine_70(X))
& reactant_1(fn_chemical_digestion_in_small_intestine_71(X))
& pancreatic_carboxypeptidase_1(fn_chemical_digestion_in_small_intestine_72(X))
& chemical_entity_1(fn_chemical_digestion_in_small_intestine_74(X))
& chemical_entity_1(fn_chemical_digestion_in_small_intestine_75(X))
& amino_acid_1(fn_chemical_digestion_in_small_intestine_76(X))
& chemical_entity_1(fn_chemical_digestion_in_small_intestine_77(X))
& carboxypeptidase_1(fn_chemical_digestion_in_small_intestine_78(X))
& dipeptidase_1(fn_chemical_digestion_in_small_intestine_79(X))
& amino_peptidase_1(fn_chemical_digestion_in_small_intestine_80(X))
& reactant_1(fn_chemical_digestion_in_small_intestine_81(X))
& chemical_reaction_1(fn_chemical_digestion_in_small_intestine_82(X))
& decomposition_reaction_1(fn_chemical_digestion_in_small_intestine_82(X))
& exergonic_reaction_1(fn_chemical_digestion_in_small_intestine_82(X))
& hydrolysis_1(fn_chemical_digestion_in_small_intestine_82(X))
& pancreatic_nuclease_1(fn_chemical_digestion_in_small_intestine_83(X))
& quantity_value_1(fn_chemical_digestion_in_small_intestine_84(X))
& quantity_value_1(fn_chemical_digestion_in_small_intestine_85(X))
& chemical_energy_1(fn_chemical_digestion_in_small_intestine_86(X))
& chemical_energy_1(fn_chemical_digestion_in_small_intestine_87(X))
& chemical_entity_1(fn_chemical_digestion_in_small_intestine_88(X))
& reactant_1(fn_chemical_digestion_in_small_intestine_89(X))
& dna_1(fn_chemical_digestion_in_small_intestine_90(X))
& chemical_entity_1(fn_chemical_digestion_in_small_intestine_91(X))
& water_molecule_1(fn_chemical_digestion_in_small_intestine_91(X))
& hydroxyl_group_1(fn_chemical_digestion_in_small_intestine_92(X))
& oxygen_1(fn_chemical_digestion_in_small_intestine_93(X))
& chemical_entity_1(fn_chemical_digestion_in_small_intestine_93(X))
& hydrogen_1(fn_chemical_digestion_in_small_intestine_94(X))
& nucleoside_1(fn_chemical_digestion_in_small_intestine_95(X))
& chemical_entity_1(fn_chemical_digestion_in_small_intestine_96(X))
& water_molecule_1(fn_chemical_digestion_in_small_intestine_97(X))
& nucleotide_1(fn_chemical_digestion_in_small_intestine_98(X))
& reactant_1(fn_chemical_digestion_in_small_intestine_99(X))
& nucleotidase_1(fn_chemical_digestion_in_small_intestine_100(X))
& phospholipid_1(fn_chemical_digestion_in_small_intestine_101(X))
& reactant_1(fn_chemical_digestion_in_small_intestine_102(X))
& pancreatic_lipase_1(fn_chemical_digestion_in_small_intestine_103(X))
& decrease_1(fn_chemical_digestion_in_small_intestine_104(X))
& glycerol_1(fn_chemical_digestion_in_small_intestine_105(X))
& fat_1(fn_chemical_digestion_in_small_intestine_106(X))
& atom_1(fn_organic_molecule_2(fn_chemical_digestion_in_small_intestine_95(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_chemical_digestion_in_small_intestine_95(X)))
& chemical_entity_1(fn_reactant_3(fn_chemical_digestion_in_small_intestine_102(X)))
& decrease_1(fn_enzyme_5(fn_chemical_digestion_in_small_intestine_103(X)))
& reactant_1(fn_nuclease_3(fn_chemical_digestion_in_small_intestine_83(X)))
& chemical_reaction_1(fn_nuclease_1(fn_chemical_digestion_in_small_intestine_83(X)))
& exergonic_reaction_1(fn_nuclease_1(fn_chemical_digestion_in_small_intestine_83(X)))
& hydrolysis_1(fn_nuclease_1(fn_chemical_digestion_in_small_intestine_83(X)))
& property_node_1(fn_hydrolysis_18(fn_chemical_digestion_in_small_intestine_56(X)))
& quantity_value_1(fn_hydrolysis_16(fn_chemical_digestion_in_small_intestine_56(X)))
& chemical_energy_1(fn_hydrolysis_17(fn_chemical_digestion_in_small_intestine_56(X)))
& chemical_reaction_1(fn_reactant_2(fn_chemical_digestion_in_small_intestine_51(X)))
& property_node_1(fn_hydrolysis_18(fn_chemical_digestion_in_small_intestine_55(X)))
& tangible_entity_1(fn_hydrolysis_8(fn_chemical_digestion_in_small_intestine_56(X)))
& entity_1(fn_hydrolysis_8(fn_chemical_digestion_in_small_intestine_56(X)))
& chemical_entity_1(fn_hydrolysis_8(fn_chemical_digestion_in_small_intestine_56(X)))
& atom_1(fn_hydrolysis_8(fn_chemical_digestion_in_small_intestine_56(X)))
& hydrogen_1(fn_hydrolysis_8(fn_chemical_digestion_in_small_intestine_56(X)))
& tangible_entity_1(fn_hydrolysis_8(fn_chemical_digestion_in_small_intestine_55(X)))
& entity_1(fn_hydrolysis_8(fn_chemical_digestion_in_small_intestine_55(X)))
& chemical_entity_1(fn_hydrolysis_8(fn_chemical_digestion_in_small_intestine_55(X)))
& atom_1(fn_hydrolysis_8(fn_chemical_digestion_in_small_intestine_55(X)))
& hydrogen_1(fn_hydrolysis_8(fn_chemical_digestion_in_small_intestine_55(X)))
& water_molecule_1(fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_55(X)))
& monomer_1(fn_polymer_6(fn_chemical_digestion_in_small_intestine_50(X)))
& property_node_1(fn_polymer_10(fn_chemical_digestion_in_small_intestine_50(X)))
& property_node_1(fn_polymer_9(fn_chemical_digestion_in_small_intestine_50(X)))
& size_value_1(fn_polymer_8(fn_chemical_digestion_in_small_intestine_50(X)))
& size_value_1(fn_polymer_7(fn_chemical_digestion_in_small_intestine_50(X)))
& monomer_1(fn_polymer_4(fn_chemical_digestion_in_small_intestine_50(X)))
& property_node_1(fn_polymer_10(fn_chemical_digestion_in_small_intestine_69(X)))
& property_node_1(fn_polymer_9(fn_chemical_digestion_in_small_intestine_69(X)))
& size_value_1(fn_polymer_8(fn_chemical_digestion_in_small_intestine_69(X)))
& size_value_1(fn_polymer_7(fn_chemical_digestion_in_small_intestine_69(X)))
& property_node_1(fn_polymer_10(fn_chemical_digestion_in_small_intestine_49(X)))
& property_node_1(fn_polymer_9(fn_chemical_digestion_in_small_intestine_49(X)))
& size_value_1(fn_polymer_8(fn_chemical_digestion_in_small_intestine_49(X)))
& size_value_1(fn_polymer_7(fn_chemical_digestion_in_small_intestine_49(X)))
& hydroxyl_group_1(fn_disaccharide_34(fn_chemical_digestion_in_small_intestine_33(X)))
& entity_1(fn_disaccharide_32(fn_chemical_digestion_in_small_intestine_33(X)))
& chemical_entity_1(fn_disaccharide_32(fn_chemical_digestion_in_small_intestine_33(X)))
& atom_1(fn_disaccharide_32(fn_chemical_digestion_in_small_intestine_33(X)))
& hydrogen_1(fn_disaccharide_32(fn_chemical_digestion_in_small_intestine_33(X)))
& chemical_entity_1(fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_54(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_54(X)))
& property_node_1(fn_hydrolysis_18(fn_chemical_digestion_in_small_intestine_52(X)))
& chemical_energy_1(fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_52(X)))
& quantity_value_1(fn_hydrolysis_16(fn_chemical_digestion_in_small_intestine_52(X)))
& property_node_1(fn_hydrolysis_19(fn_chemical_digestion_in_small_intestine_52(X)))
& quantity_value_1(fn_hydrolysis_15(fn_chemical_digestion_in_small_intestine_52(X)))
& water_molecule_1(fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_52(X)))
& property_node_1(fn_hydrolysis_18(fn_chemical_digestion_in_small_intestine_57(X)))
& chemical_energy_1(fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_57(X)))
& property_node_1(fn_hydrolysis_19(fn_chemical_digestion_in_small_intestine_57(X)))
& quantity_value_1(fn_hydrolysis_15(fn_chemical_digestion_in_small_intestine_57(X)))
& quantity_value_1(fn_hydrolysis_16(fn_chemical_digestion_in_small_intestine_57(X)))
& atom_1(fn_organic_molecule_2(fn_chemical_digestion_in_small_intestine_49(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_chemical_digestion_in_small_intestine_49(X)))
& chemical_entity_1(fn_hydrolysis_2(fn_chemical_digestion_in_small_intestine_55(X)))
& chemical_entity_1(fn_hydrolysis_2(fn_chemical_digestion_in_small_intestine_58(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_58(X)))
& chemical_entity_1(fn_reactant_3(fn_chemical_digestion_in_small_intestine_24(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_58(X)))
& water_molecule_1(fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_58(X)))
& hydrolysis_1(fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_18(X)))
& chemical_reaction_1(fn_reactant_2(fn_chemical_digestion_in_small_intestine_24(X)))
& chemical_energy_1(fn_hydrolysis_17(fn_chemical_digestion_in_small_intestine_54(X)))
& chemical_energy_1(fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_55(X)))
& property_node_1(fn_hydrolysis_18(fn_chemical_digestion_in_small_intestine_54(X)))
& property_node_1(fn_hydrolysis_19(fn_chemical_digestion_in_small_intestine_55(X)))
& quantity_value_1(fn_hydrolysis_16(fn_chemical_digestion_in_small_intestine_54(X)))
& quantity_value_1(fn_hydrolysis_15(fn_chemical_digestion_in_small_intestine_55(X)))
& quantity_value_1(fn_hydrolysis_15(fn_chemical_digestion_in_small_intestine_56(X)))
& quantity_value_1(fn_hydrolysis_16(fn_chemical_digestion_in_small_intestine_55(X)))
& chemical_energy_1(fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_56(X)))
& chemical_energy_1(fn_hydrolysis_17(fn_chemical_digestion_in_small_intestine_55(X)))
& atom_1(fn_organic_molecule_2(fn_chemical_digestion_in_small_intestine_69(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_chemical_digestion_in_small_intestine_69(X)))
& hydrogen_1(fn_hydrolysis_3(fn_chemical_digestion_in_small_intestine_56(X)))
& hydrogen_1(fn_hydrolysis_3(fn_chemical_digestion_in_small_intestine_55(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_56(X)))
& chemical_entity_1(fn_reactant_3(fn_chemical_digestion_in_small_intestine_51(X)))
& chemical_entity_1(fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_56(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_56(X)))
& monomer_1(fn_polymer_6(fn_chemical_digestion_in_small_intestine_69(X)))
& monomer_1(fn_polymer_4(fn_chemical_digestion_in_small_intestine_69(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_54(X)))
& monomer_1(fn_polymer_6(fn_chemical_digestion_in_small_intestine_49(X)))
& chemical_entity_1(fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_55(X)))
& monomer_1(fn_polymer_4(fn_chemical_digestion_in_small_intestine_49(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_55(X)))
& chemical_entity_1(fn_reactant_3(fn_chemical_digestion_in_small_intestine_71(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_56(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_55(X)))
& chemical_entity_1(fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_57(X)))
& entity_1(fn_disaccharide_13(fn_chemical_digestion_in_small_intestine_33(X)))
& chemical_entity_1(fn_disaccharide_13(fn_chemical_digestion_in_small_intestine_33(X)))
& atom_1(fn_disaccharide_13(fn_chemical_digestion_in_small_intestine_33(X)))
& oxygen_1(fn_disaccharide_13(fn_chemical_digestion_in_small_intestine_33(X)))
& entity_1(fn_disaccharide_33(fn_chemical_digestion_in_small_intestine_33(X)))
& atom_1(fn_disaccharide_33(fn_chemical_digestion_in_small_intestine_33(X)))
& chemical_entity_1(fn_disaccharide_33(fn_chemical_digestion_in_small_intestine_33(X)))
& oxygen_1(fn_disaccharide_33(fn_chemical_digestion_in_small_intestine_33(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_58(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_58(X)))
& chemical_entity_1(fn_reactant_3(fn_chemical_digestion_in_small_intestine_34(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_57(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_58(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_57(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_82(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_82(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_82(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_82(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_82(X)))
& chemical_reaction_1(fn_reactant_2(fn_chemical_digestion_in_small_intestine_102(X)))
& hydrolysis_1(fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_103(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_56(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_56(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_55(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_55(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_55(X)))
& chemical_reaction_1(fn_reactant_2(fn_chemical_digestion_in_small_intestine_71(X)))
& exergonic_reaction_1(fn_protease_17(fn_chemical_digestion_in_small_intestine_72(X)))
& hydrolysis_1(fn_protease_17(fn_chemical_digestion_in_small_intestine_72(X)))
& chemical_reaction_1(fn_protease_17(fn_chemical_digestion_in_small_intestine_72(X)))
& exergonic_reaction_1(fn_carboxypeptidase_2(fn_chemical_digestion_in_small_intestine_72(X)))
& hydrolysis_1(fn_carboxypeptidase_2(fn_chemical_digestion_in_small_intestine_72(X)))
& chemical_reaction_1(fn_carboxypeptidase_2(fn_chemical_digestion_in_small_intestine_72(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_54(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_54(X)))
& chemical_entity_1(fn_reactant_3(fn_chemical_digestion_in_small_intestine_81(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_54(X)))
& chemical_reaction_1(fn_reactant_2(fn_chemical_digestion_in_small_intestine_81(X)))
& hydrolysis_1(fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_79(X)))
& hydrolysis_1(fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_80(X)))
& exergonic_reaction_1(fn_protease_17(fn_chemical_digestion_in_small_intestine_79(X)))
& hydrolysis_1(fn_protease_17(fn_chemical_digestion_in_small_intestine_79(X)))
& chemical_reaction_1(fn_protease_17(fn_chemical_digestion_in_small_intestine_79(X)))
& exergonic_reaction_1(fn_protease_17(fn_chemical_digestion_in_small_intestine_80(X)))
& hydrolysis_1(fn_protease_17(fn_chemical_digestion_in_small_intestine_80(X)))
& chemical_reaction_1(fn_protease_17(fn_chemical_digestion_in_small_intestine_80(X)))
& exergonic_reaction_1(fn_protease_17(fn_chemical_digestion_in_small_intestine_78(X)))
& hydrolysis_1(fn_protease_17(fn_chemical_digestion_in_small_intestine_78(X)))
& chemical_reaction_1(fn_protease_17(fn_chemical_digestion_in_small_intestine_78(X)))
& exergonic_reaction_1(fn_carboxypeptidase_2(fn_chemical_digestion_in_small_intestine_78(X)))
& hydrolysis_1(fn_carboxypeptidase_2(fn_chemical_digestion_in_small_intestine_78(X)))
& chemical_reaction_1(fn_carboxypeptidase_2(fn_chemical_digestion_in_small_intestine_78(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_chemical_digestion_in_small_intestine_92(X)))
& chemical_entity_1(fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_52(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_53(X)))
& water_molecule_1(fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_53(X)))
& nucleic_acid_1(fn_nuclease_5(fn_chemical_digestion_in_small_intestine_83(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_53(X)))
& chemical_entity_1(fn_hydrolysis_2(fn_chemical_digestion_in_small_intestine_53(X)))
& chemical_entity_1(fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_53(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_chemical_digestion_in_small_intestine_92(X)))
& hydrogen_1(fn_hydrolysis_3(fn_chemical_digestion_in_small_intestine_53(X)))
& chemical_entity_1(fn_functional_group_1(fn_chemical_digestion_in_small_intestine_92(X)))
& chemical_entity_1(fn_reactant_3(fn_chemical_digestion_in_small_intestine_99(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_53(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_53(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_52(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_52(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_53(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_52(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_52(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_52(X)))
& chemical_energy_1(fn_exergonic_reaction_3(fn_chemical_digestion_in_small_intestine_52(X)))
& chemical_energy_1(fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_53(X)))
& chemical_energy_1(fn_hydrolysis_17(fn_chemical_digestion_in_small_intestine_52(X)))
& chemical_reaction_1(fn_reactant_2(fn_chemical_digestion_in_small_intestine_99(X)))
& hydrolysis_1(fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_100(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_57(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_57(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_57(X)))
& chemical_entity_1(fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_58(X)))
& water_molecule_1(fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_57(X)))
& chemical_reaction_1(fn_reactant_2(fn_chemical_digestion_in_small_intestine_34(X)))
& hydrolysis_1(fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_35(X)))
& chemical_energy_1(fn_exergonic_reaction_3(fn_chemical_digestion_in_small_intestine_57(X)))
& chemical_energy_1(fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_58(X)))
& chemical_energy_1(fn_hydrolysis_17(fn_chemical_digestion_in_small_intestine_57(X)))
& fn_chemical_digestion_in_small_intestine_6(X) != fn_chemical_digestion_in_small_intestine_95(X)
& enables_2(fn_chemical_digestion_in_small_intestine_104(X),fn_chemical_digestion_in_small_intestine_82(X))
& fn_chemical_digestion_in_small_intestine_95(X) != fn_chemical_digestion_in_small_intestine_6(X)
& has_part_2(fn_chemical_digestion_in_small_intestine_95(X),fn_chemical_digestion_in_small_intestine_1(X))
& has_state_2(fn_chemical_digestion_in_small_intestine_10(X),fn_chemical_digestion_in_small_intestine_5(X))
& fn_chemical_digestion_in_small_intestine_10(X) != fn_chemical_digestion_in_small_intestine_1(X)
& fn_chemical_digestion_in_small_intestine_1(X) != fn_chemical_digestion_in_small_intestine_10(X)
& has_state_2(fn_chemical_digestion_in_small_intestine_1(X),fn_chemical_digestion_in_small_intestine_7(X))
& has_state_2(fn_chemical_digestion_in_small_intestine_94(X),fn_chemical_digestion_in_small_intestine_95(X))
& called_2(fn_chemical_digestion_in_small_intestine_82(X),'Panc-Lipase')
& result_2(fn_chemical_digestion_in_small_intestine_82(X),fn_chemical_digestion_in_small_intestine_8(X))
& result_2(fn_chemical_digestion_in_small_intestine_82(X),fn_chemical_digestion_in_small_intestine_9(X))
& greater_than_or_equal_to_2(fn_chemical_digestion_in_small_intestine_67(X),fn_chemical_digestion_in_small_intestine_62(X))
& called_2(fn_chemical_digestion_in_small_intestine_58(X),'PA')
& called_2(fn_chemical_digestion_in_small_intestine_57(X),'DS')
& result_2(fn_chemical_digestion_in_small_intestine_57(X),fn_chemical_digestion_in_small_intestine_4(X))
& called_2(fn_chemical_digestion_in_small_intestine_56(X),'Tr/ChyTr')
& fn_chemical_digestion_in_small_intestine_56(X) != fn_chemical_digestion_in_small_intestine_55(X)
& called_2(fn_chemical_digestion_in_small_intestine_55(X),'PCP')
& result_2(fn_chemical_digestion_in_small_intestine_55(X),fn_chemical_digestion_in_small_intestine_69(X))
& fn_chemical_digestion_in_small_intestine_55(X) != fn_chemical_digestion_in_small_intestine_56(X)
& fn_chemical_digestion_in_small_intestine_55(X) != fn_chemical_digestion_in_small_intestine_54(X)
& called_2(fn_chemical_digestion_in_small_intestine_54(X),'CP/DiP/AP')
& fn_chemical_digestion_in_small_intestine_54(X) != fn_chemical_digestion_in_small_intestine_55(X)
& called_2(fn_chemical_digestion_in_small_intestine_53(X),'PN')
& raw_material_2(fn_chemical_digestion_in_small_intestine_53(X),fn_chemical_digestion_in_small_intestine_2(X))
& called_2(fn_chemical_digestion_in_small_intestine_52(X),'Nucleotidase')
& result_2(fn_chemical_digestion_in_small_intestine_52(X),fn_chemical_digestion_in_small_intestine_95(X))
& has_state_2(fn_chemical_digestion_in_small_intestine_47(X),fn_chemical_digestion_in_small_intestine_48(X))
& has_state_2(fn_chemical_digestion_in_small_intestine_45(X),fn_chemical_digestion_in_small_intestine_49(X))
& greater_than_or_equal_to_2(fn_chemical_digestion_in_small_intestine_44(X),fn_chemical_digestion_in_small_intestine_43(X))
& greater_than_or_equal_to_2(fn_chemical_digestion_in_small_intestine_44(X),fn_chemical_digestion_in_small_intestine_42(X))
& greater_than_2(fn_chemical_digestion_in_small_intestine_44(X),fn_chemical_digestion_in_small_intestine_42(X))
& greater_than_or_equal_to_2(fn_chemical_digestion_in_small_intestine_42(X),fn_chemical_digestion_in_small_intestine_38(X))
& greater_than_2(fn_chemical_digestion_in_small_intestine_42(X),fn_chemical_digestion_in_small_intestine_67(X))
& has_state_2(fn_chemical_digestion_in_small_intestine_40(X),fn_chemical_digestion_in_small_intestine_69(X))
& has_state_2(fn_chemical_digestion_in_small_intestine_29(X),fn_chemical_digestion_in_small_intestine_4(X))
& subevent_2(X,fn_chemical_digestion_in_small_intestine_52(X))
& subevent_2(X,fn_chemical_digestion_in_small_intestine_53(X))
& subevent_2(X,fn_chemical_digestion_in_small_intestine_54(X))
& subevent_2(X,fn_chemical_digestion_in_small_intestine_55(X))
& subevent_2(X,fn_chemical_digestion_in_small_intestine_56(X))
& subevent_2(X,fn_chemical_digestion_in_small_intestine_57(X))
& subevent_2(X,fn_chemical_digestion_in_small_intestine_58(X))
& subevent_2(X,fn_chemical_digestion_in_small_intestine_82(X))
& base_2(X,fn_chemical_digestion_in_small_intestine_3(X))
& in_event_2(fn_chemical_digestion_in_small_intestine_99(X),fn_chemical_digestion_in_small_intestine_52(X))
& in_event_2(fn_chemical_digestion_in_small_intestine_24(X),fn_chemical_digestion_in_small_intestine_58(X))
& plays_2(fn_chemical_digestion_in_small_intestine_25(X),fn_chemical_digestion_in_small_intestine_24(X))
& plays_2(fn_chemical_digestion_in_small_intestine_33(X),fn_chemical_digestion_in_small_intestine_34(X))
& in_event_2(fn_chemical_digestion_in_small_intestine_81(X),fn_chemical_digestion_in_small_intestine_54(X))
& in_event_2(fn_chemical_digestion_in_small_intestine_71(X),fn_chemical_digestion_in_small_intestine_55(X))
& in_event_2(fn_chemical_digestion_in_small_intestine_51(X),fn_chemical_digestion_in_small_intestine_56(X))
& plays_2(fn_chemical_digestion_in_small_intestine_50(X),fn_chemical_digestion_in_small_intestine_51(X))
& plays_2(fn_chemical_digestion_in_small_intestine_49(X),fn_chemical_digestion_in_small_intestine_71(X))
& has_region_2(fn_chemical_digestion_in_small_intestine_98(X),fn_chemical_digestion_in_small_intestine_92(X))
& plays_2(fn_chemical_digestion_in_small_intestine_98(X),fn_chemical_digestion_in_small_intestine_99(X))
& in_event_2(fn_chemical_digestion_in_small_intestine_34(X),fn_chemical_digestion_in_small_intestine_57(X))
& raw_material_2(fn_chemical_digestion_in_small_intestine_57(X),fn_chemical_digestion_in_small_intestine_31(X))
& result_2(fn_chemical_digestion_in_small_intestine_58(X),fn_chemical_digestion_in_small_intestine_33(X))
& has_part_2(fn_chemical_digestion_in_small_intestine_95(X),fn_chemical_digestion_in_small_intestine_10(X))
& in_event_2(fn_chemical_digestion_in_small_intestine_102(X),fn_chemical_digestion_in_small_intestine_82(X))
& raw_material_2(fn_chemical_digestion_in_small_intestine_82(X),fn_chemical_digestion_in_small_intestine_101(X))
& plays_2(fn_chemical_digestion_in_small_intestine_101(X),fn_chemical_digestion_in_small_intestine_102(X))
& raw_material_2(fn_chemical_digestion_in_small_intestine_58(X),fn_chemical_digestion_in_small_intestine_25(X))
& has_function_2(fn_chemical_digestion_in_small_intestine_79(X),fn_chemical_digestion_in_small_intestine_54(X))
& has_function_2(fn_chemical_digestion_in_small_intestine_80(X),fn_chemical_digestion_in_small_intestine_54(X))
& has_function_2(fn_chemical_digestion_in_small_intestine_78(X),fn_chemical_digestion_in_small_intestine_54(X))
& plays_2(fn_chemical_digestion_in_small_intestine_74(X),fn_chemical_digestion_in_small_intestine_81(X))
& has_function_2(fn_chemical_digestion_in_small_intestine_72(X),fn_chemical_digestion_in_small_intestine_55(X))
& has_function_2(fn_chemical_digestion_in_small_intestine_100(X),fn_chemical_digestion_in_small_intestine_52(X))
& has_function_2(fn_chemical_digestion_in_small_intestine_35(X),fn_chemical_digestion_in_small_intestine_57(X))
& has_function_2(fn_chemical_digestion_in_small_intestine_103(X),fn_chemical_digestion_in_small_intestine_104(X))
& has_function_2(fn_chemical_digestion_in_small_intestine_18(X),fn_chemical_digestion_in_small_intestine_58(X))
& has_function_2(fn_chemical_digestion_in_small_intestine_103(X),fn_chemical_digestion_in_small_intestine_82(X))
& has_state_2(fn_chemical_digestion_in_small_intestine_39(X),fn_chemical_digestion_in_small_intestine_68(X))
& has_part_2(fn_chemical_digestion_in_small_intestine_49(X),fn_chemical_digestion_in_small_intestine_40(X))
& raw_material_2(fn_chemical_digestion_in_small_intestine_57(X),fn_chemical_digestion_in_small_intestine_33(X))
& has_state_2(fn_chemical_digestion_in_small_intestine_28(X),fn_chemical_digestion_in_small_intestine_30(X))
& fn_chemical_digestion_in_small_intestine_32(X) != fn_chemical_digestion_in_small_intestine_33(X)
& fn_chemical_digestion_in_small_intestine_33(X) != fn_chemical_digestion_in_small_intestine_32(X)
& result_2(fn_chemical_digestion_in_small_intestine_56(X),fn_chemical_digestion_in_small_intestine_49(X))
& fn_chemical_digestion_in_small_intestine_49(X) != fn_chemical_digestion_in_small_intestine_50(X)
& fn_chemical_digestion_in_small_intestine_50(X) != fn_chemical_digestion_in_small_intestine_69(X)
& has_part_2(fn_chemical_digestion_in_small_intestine_69(X),fn_chemical_digestion_in_small_intestine_64(X))
& fn_chemical_digestion_in_small_intestine_50(X) != fn_chemical_digestion_in_small_intestine_49(X)
& fn_chemical_digestion_in_small_intestine_69(X) != fn_chemical_digestion_in_small_intestine_50(X)
& raw_material_2(fn_chemical_digestion_in_small_intestine_58(X),fn_chemical_digestion_in_small_intestine_26(X))
& fn_chemical_digestion_in_small_intestine_26(X) != fn_chemical_digestion_in_small_intestine_25(X)
& has_part_2(fn_chemical_digestion_in_small_intestine_25(X),fn_chemical_digestion_in_small_intestine_23(X))
& has_state_2(fn_chemical_digestion_in_small_intestine_23(X),fn_chemical_digestion_in_small_intestine_33(X))
& possesses_2(fn_chemical_digestion_in_small_intestine_33(X),fn_chemical_digestion_in_small_intestine_22(X))
& fn_chemical_digestion_in_small_intestine_25(X) != fn_chemical_digestion_in_small_intestine_26(X)
& raw_material_2(fn_chemical_digestion_in_small_intestine_54(X),fn_chemical_digestion_in_small_intestine_69(X))
& possesses_2(fn_chemical_digestion_in_small_intestine_69(X),fn_chemical_digestion_in_small_intestine_65(X))
& has_function_2(fn_chemical_digestion_in_small_intestine_83(X),fn_chemical_digestion_in_small_intestine_53(X))
& in_event_2(fn_chemical_digestion_in_small_intestine_89(X),fn_chemical_digestion_in_small_intestine_53(X))
& plays_2(fn_chemical_digestion_in_small_intestine_90(X),fn_chemical_digestion_in_small_intestine_89(X))
& raw_material_2(fn_chemical_digestion_in_small_intestine_56(X),fn_chemical_digestion_in_small_intestine_50(X))
& possesses_2(fn_chemical_digestion_in_small_intestine_50(X),fn_chemical_digestion_in_small_intestine_46(X))
& quantity_2(fn_chemical_digestion_in_small_intestine_46(X),fn_chemical_digestion_in_small_intestine_36(X))
& greater_than_2(fn_chemical_digestion_in_small_intestine_36(X),fn_chemical_digestion_in_small_intestine_37(X))
& quantity_2(fn_chemical_digestion_in_small_intestine_65(X),fn_chemical_digestion_in_small_intestine_61(X))
& fn_chemical_digestion_in_small_intestine_70(X) != fn_chemical_digestion_in_small_intestine_49(X)
& fn_chemical_digestion_in_small_intestine_49(X) != fn_chemical_digestion_in_small_intestine_70(X)
& raw_material_2(fn_chemical_digestion_in_small_intestine_55(X),fn_chemical_digestion_in_small_intestine_49(X))
& possesses_2(fn_chemical_digestion_in_small_intestine_49(X),fn_chemical_digestion_in_small_intestine_41(X))
& quantity_2(fn_chemical_digestion_in_small_intestine_41(X),fn_chemical_digestion_in_small_intestine_37(X))
& greater_than_2(fn_chemical_digestion_in_small_intestine_37(X),fn_chemical_digestion_in_small_intestine_61(X))
& raw_material_2(fn_chemical_digestion_in_small_intestine_55(X),fn_chemical_digestion_in_small_intestine_70(X))
& has_part_2(fn_chemical_digestion_in_small_intestine_70(X),fn_chemical_digestion_in_small_intestine_66(X))
& has_state_2(fn_chemical_digestion_in_small_intestine_66(X),fn_chemical_digestion_in_small_intestine_64(X))
& is_inside_2(fn_chemical_digestion_in_small_intestine_93(X),fn_chemical_digestion_in_small_intestine_92(X))
& is_inside_2(fn_chemical_digestion_in_small_intestine_94(X),fn_chemical_digestion_in_small_intestine_92(X))
& fn_chemical_digestion_in_small_intestine_93(X) != fn_chemical_digestion_in_small_intestine_94(X)
& fn_chemical_digestion_in_small_intestine_94(X) != fn_chemical_digestion_in_small_intestine_93(X)
& has_part_2(fn_chemical_digestion_in_small_intestine_50(X),fn_chemical_digestion_in_small_intestine_47(X))
& size_2(fn_chemical_digestion_in_small_intestine_50(X),fn_chemical_digestion_in_small_intestine_44(X))
& has_part_2(fn_chemical_digestion_in_small_intestine_50(X),fn_chemical_digestion_in_small_intestine_45(X))
& size_2(fn_chemical_digestion_in_small_intestine_45(X),fn_chemical_digestion_in_small_intestine_43(X))
& greater_than_2(fn_chemical_digestion_in_small_intestine_44(X),fn_chemical_digestion_in_small_intestine_43(X))
& size_2(fn_chemical_digestion_in_small_intestine_69(X),fn_chemical_digestion_in_small_intestine_67(X))
& has_part_2(fn_chemical_digestion_in_small_intestine_69(X),fn_chemical_digestion_in_small_intestine_63(X))
& size_2(fn_chemical_digestion_in_small_intestine_63(X),fn_chemical_digestion_in_small_intestine_62(X))
& greater_than_2(fn_chemical_digestion_in_small_intestine_67(X),fn_chemical_digestion_in_small_intestine_62(X))
& size_2(fn_chemical_digestion_in_small_intestine_49(X),fn_chemical_digestion_in_small_intestine_42(X))
& has_part_2(fn_chemical_digestion_in_small_intestine_49(X),fn_chemical_digestion_in_small_intestine_39(X))
& size_2(fn_chemical_digestion_in_small_intestine_39(X),fn_chemical_digestion_in_small_intestine_38(X))
& greater_than_2(fn_chemical_digestion_in_small_intestine_42(X),fn_chemical_digestion_in_small_intestine_38(X))
& has_part_2(fn_chemical_digestion_in_small_intestine_33(X),fn_chemical_digestion_in_small_intestine_29(X))
& is_inside_2(fn_chemical_digestion_in_small_intestine_29(X),fn_chemical_digestion_in_small_intestine_27(X))
& has_part_2(fn_chemical_digestion_in_small_intestine_33(X),fn_chemical_digestion_in_small_intestine_28(X))
& is_inside_2(fn_chemical_digestion_in_small_intestine_28(X),fn_chemical_digestion_in_small_intestine_27(X))
& has_region_2(fn_chemical_digestion_in_small_intestine_33(X),fn_chemical_digestion_in_small_intestine_27(X))
& fn_chemical_digestion_in_small_intestine_29(X) != fn_chemical_digestion_in_small_intestine_28(X)
& fn_chemical_digestion_in_small_intestine_28(X) != fn_chemical_digestion_in_small_intestine_29(X)
& greater_than_2(fn_chemical_digestion_in_small_intestine_19(X),fn_chemical_digestion_in_small_intestine_20(X))
& quantity_2(fn_chemical_digestion_in_small_intestine_21(X),fn_chemical_digestion_in_small_intestine_20(X))
& possesses_2(fn_chemical_digestion_in_small_intestine_30(X),fn_chemical_digestion_in_small_intestine_21(X))
& result_2(fn_chemical_digestion_in_small_intestine_57(X),fn_chemical_digestion_in_small_intestine_30(X))
& raw_material_2(fn_chemical_digestion_in_small_intestine_57(X),fn_chemical_digestion_in_small_intestine_32(X))
& quantity_2(fn_chemical_digestion_in_small_intestine_22(X),fn_chemical_digestion_in_small_intestine_19(X))
& greater_than_2(fn_chemical_digestion_in_small_intestine_84(X),fn_chemical_digestion_in_small_intestine_85(X))
& quantity_2(fn_chemical_digestion_in_small_intestine_86(X),fn_chemical_digestion_in_small_intestine_85(X))
& possesses_2(fn_chemical_digestion_in_small_intestine_96(X),fn_chemical_digestion_in_small_intestine_86(X))
& result_2(fn_chemical_digestion_in_small_intestine_52(X),fn_chemical_digestion_in_small_intestine_96(X))
& quantity_2(fn_chemical_digestion_in_small_intestine_87(X),fn_chemical_digestion_in_small_intestine_84(X))
& raw_material_2(fn_chemical_digestion_in_small_intestine_52(X),fn_chemical_digestion_in_small_intestine_97(X))
& fn_chemical_digestion_in_small_intestine_91(X) != fn_chemical_digestion_in_small_intestine_90(X)
& raw_material_2(fn_chemical_digestion_in_small_intestine_53(X),fn_chemical_digestion_in_small_intestine_91(X))
& fn_chemical_digestion_in_small_intestine_90(X) != fn_chemical_digestion_in_small_intestine_91(X)
& has_part_2(fn_chemical_digestion_in_small_intestine_90(X),fn_chemical_digestion_in_small_intestine_88(X))
& has_state_2(fn_chemical_digestion_in_small_intestine_88(X),fn_chemical_digestion_in_small_intestine_98(X))
& result_2(fn_chemical_digestion_in_small_intestine_53(X),fn_chemical_digestion_in_small_intestine_98(X))
& possesses_2(fn_chemical_digestion_in_small_intestine_98(X),fn_chemical_digestion_in_small_intestine_87(X))
& has_part_2(fn_chemical_digestion_in_small_intestine_98(X),fn_chemical_digestion_in_small_intestine_94(X))
& fn_chemical_digestion_in_small_intestine_98(X) != fn_chemical_digestion_in_small_intestine_97(X)
& fn_chemical_digestion_in_small_intestine_97(X) != fn_chemical_digestion_in_small_intestine_98(X)
& has_state_2(fn_chemical_digestion_in_small_intestine_93(X),fn_chemical_digestion_in_small_intestine_96(X))
& has_part_2(fn_chemical_digestion_in_small_intestine_98(X),fn_chemical_digestion_in_small_intestine_93(X))
& raw_material_2(fn_chemical_digestion_in_small_intestine_52(X),fn_chemical_digestion_in_small_intestine_98(X))
& has_part_2(fn_chemical_digestion_in_small_intestine_74(X),fn_chemical_digestion_in_small_intestine_75(X))
& has_state_2(fn_chemical_digestion_in_small_intestine_75(X),fn_chemical_digestion_in_small_intestine_76(X))
& result_2(fn_chemical_digestion_in_small_intestine_54(X),fn_chemical_digestion_in_small_intestine_76(X))
& result_2(fn_chemical_digestion_in_small_intestine_54(X),fn_chemical_digestion_in_small_intestine_77(X))
& raw_material_2(fn_chemical_digestion_in_small_intestine_53(X),fn_chemical_digestion_in_small_intestine_90(X))
& result_2(fn_chemical_digestion_in_small_intestine_55(X),fn_chemical_digestion_in_small_intestine_68(X))
& result_2(fn_chemical_digestion_in_small_intestine_56(X),fn_chemical_digestion_in_small_intestine_48(X))
& result_2(fn_chemical_digestion_in_small_intestine_82(X),fn_chemical_digestion_in_small_intestine_105(X))
& raw_material_2(fn_chemical_digestion_in_small_intestine_82(X),fn_chemical_digestion_in_small_intestine_106(X))
& fn_chemical_digestion_in_small_intestine_52(X) = fn_reactant_2(fn_chemical_digestion_in_small_intestine_99(X))
& fn_chemical_digestion_in_small_intestine_25(X) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_24(X))
& fn_chemical_digestion_in_small_intestine_33(X) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_34(X))
& fn_chemical_digestion_in_small_intestine_98(X) = fn_functional_group_1(fn_chemical_digestion_in_small_intestine_92(X))
& fn_chemical_digestion_in_small_intestine_98(X) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_99(X))
& fn_chemical_digestion_in_small_intestine_31(X) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_34(X))
& fn_chemical_digestion_in_small_intestine_57(X) = fn_reactant_2(fn_chemical_digestion_in_small_intestine_34(X))
& fn_chemical_digestion_in_small_intestine_33(X) = fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_58(X))
& fn_chemical_digestion_in_small_intestine_33(X) = fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_58(X))
& fn_chemical_digestion_in_small_intestine_10(X) = fn_organic_molecule_2(fn_chemical_digestion_in_small_intestine_95(X))
& fn_chemical_digestion_in_small_intestine_101(X) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_102(X))
& fn_chemical_digestion_in_small_intestine_82(X) = fn_reactant_2(fn_chemical_digestion_in_small_intestine_102(X))
& fn_chemical_digestion_in_small_intestine_54(X) = fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_79(X))
& fn_chemical_digestion_in_small_intestine_54(X) = fn_protease_17(fn_chemical_digestion_in_small_intestine_79(X))
& fn_chemical_digestion_in_small_intestine_54(X) = fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_80(X))
& fn_chemical_digestion_in_small_intestine_54(X) = fn_protease_17(fn_chemical_digestion_in_small_intestine_80(X))
& fn_chemical_digestion_in_small_intestine_54(X) = fn_protease_17(fn_chemical_digestion_in_small_intestine_78(X))
& fn_chemical_digestion_in_small_intestine_54(X) = fn_carboxypeptidase_2(fn_chemical_digestion_in_small_intestine_78(X))
& fn_chemical_digestion_in_small_intestine_74(X) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_81(X))
& fn_chemical_digestion_in_small_intestine_55(X) = fn_protease_17(fn_chemical_digestion_in_small_intestine_72(X))
& fn_chemical_digestion_in_small_intestine_55(X) = fn_carboxypeptidase_2(fn_chemical_digestion_in_small_intestine_72(X))
& fn_chemical_digestion_in_small_intestine_52(X) = fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_100(X))
& fn_chemical_digestion_in_small_intestine_57(X) = fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_35(X))
& fn_chemical_digestion_in_small_intestine_104(X) = fn_enzyme_5(fn_chemical_digestion_in_small_intestine_103(X))
& fn_chemical_digestion_in_small_intestine_58(X) = fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_18(X))
& fn_chemical_digestion_in_small_intestine_82(X) = fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_103(X))
& fn_chemical_digestion_in_small_intestine_40(X) = fn_organic_molecule_2(fn_chemical_digestion_in_small_intestine_49(X))
& fn_chemical_digestion_in_small_intestine_40(X) = fn_hydrolysis_2(fn_chemical_digestion_in_small_intestine_55(X))
& fn_chemical_digestion_in_small_intestine_32(X) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_58(X))
& fn_chemical_digestion_in_small_intestine_64(X) = fn_organic_molecule_2(fn_chemical_digestion_in_small_intestine_69(X))
& fn_chemical_digestion_in_small_intestine_69(X) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_56(X))
& fn_chemical_digestion_in_small_intestine_50(X) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_56(X))
& fn_chemical_digestion_in_small_intestine_49(X) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_56(X))
& fn_chemical_digestion_in_small_intestine_33(X) = fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_57(X))
& fn_chemical_digestion_in_small_intestine_22(X) = fn_exergonic_reaction_3(fn_chemical_digestion_in_small_intestine_57(X))
& fn_chemical_digestion_in_small_intestine_22(X) = fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_58(X))
& fn_chemical_digestion_in_small_intestine_33(X) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_58(X))
& fn_chemical_digestion_in_small_intestine_23(X) = fn_hydrolysis_2(fn_chemical_digestion_in_small_intestine_58(X))
& fn_chemical_digestion_in_small_intestine_23(X) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_58(X))
& fn_chemical_digestion_in_small_intestine_25(X) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_58(X))
& fn_chemical_digestion_in_small_intestine_58(X) = fn_reactant_2(fn_chemical_digestion_in_small_intestine_24(X))
& fn_chemical_digestion_in_small_intestine_26(X) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_24(X))
& fn_chemical_digestion_in_small_intestine_26(X) = fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_58(X))
& fn_chemical_digestion_in_small_intestine_26(X) = fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_58(X))
& fn_chemical_digestion_in_small_intestine_54(X) = fn_reactant_2(fn_chemical_digestion_in_small_intestine_81(X))
& fn_chemical_digestion_in_small_intestine_69(X) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_81(X))
& fn_chemical_digestion_in_small_intestine_69(X) = fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_54(X))
& fn_chemical_digestion_in_small_intestine_69(X) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_54(X))
& fn_chemical_digestion_in_small_intestine_90(X) = fn_nuclease_5(fn_chemical_digestion_in_small_intestine_83(X))
& fn_chemical_digestion_in_small_intestine_89(X) = fn_nuclease_3(fn_chemical_digestion_in_small_intestine_83(X))
& fn_chemical_digestion_in_small_intestine_53(X) = fn_nuclease_1(fn_chemical_digestion_in_small_intestine_83(X))
& fn_chemical_digestion_in_small_intestine_13(X) = fn_hydrolysis_18(fn_chemical_digestion_in_small_intestine_56(X))
& fn_chemical_digestion_in_small_intestine_36(X) = fn_hydrolysis_16(fn_chemical_digestion_in_small_intestine_56(X))
& fn_chemical_digestion_in_small_intestine_46(X) = fn_hydrolysis_17(fn_chemical_digestion_in_small_intestine_56(X))
& fn_chemical_digestion_in_small_intestine_56(X) = fn_reactant_2(fn_chemical_digestion_in_small_intestine_51(X))
& fn_chemical_digestion_in_small_intestine_50(X) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_51(X))
& fn_chemical_digestion_in_small_intestine_50(X) = fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_56(X))
& fn_chemical_digestion_in_small_intestine_50(X) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_56(X))
& fn_chemical_digestion_in_small_intestine_65(X) = fn_hydrolysis_17(fn_chemical_digestion_in_small_intestine_54(X))
& fn_chemical_digestion_in_small_intestine_65(X) = fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_55(X))
& fn_chemical_digestion_in_small_intestine_14(X) = fn_hydrolysis_18(fn_chemical_digestion_in_small_intestine_55(X))
& fn_chemical_digestion_in_small_intestine_15(X) = fn_hydrolysis_18(fn_chemical_digestion_in_small_intestine_54(X))
& fn_chemical_digestion_in_small_intestine_61(X) = fn_hydrolysis_16(fn_chemical_digestion_in_small_intestine_54(X))
& fn_chemical_digestion_in_small_intestine_15(X) = fn_hydrolysis_19(fn_chemical_digestion_in_small_intestine_55(X))
& fn_chemical_digestion_in_small_intestine_61(X) = fn_hydrolysis_15(fn_chemical_digestion_in_small_intestine_55(X))
& fn_chemical_digestion_in_small_intestine_41(X) = fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_56(X))
& fn_chemical_digestion_in_small_intestine_37(X) = fn_hydrolysis_15(fn_chemical_digestion_in_small_intestine_56(X))
& fn_chemical_digestion_in_small_intestine_37(X) = fn_hydrolysis_16(fn_chemical_digestion_in_small_intestine_55(X))
& fn_chemical_digestion_in_small_intestine_41(X) = fn_hydrolysis_17(fn_chemical_digestion_in_small_intestine_55(X))
& fn_chemical_digestion_in_small_intestine_55(X) = fn_reactant_2(fn_chemical_digestion_in_small_intestine_71(X))
& fn_chemical_digestion_in_small_intestine_49(X) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_71(X))
& fn_chemical_digestion_in_small_intestine_49(X) = fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_55(X))
& fn_chemical_digestion_in_small_intestine_66(X) = fn_hydrolysis_8(fn_chemical_digestion_in_small_intestine_56(X))
& fn_chemical_digestion_in_small_intestine_64(X) = fn_hydrolysis_3(fn_chemical_digestion_in_small_intestine_56(X))
& fn_chemical_digestion_in_small_intestine_64(X) = fn_hydrolysis_3(fn_chemical_digestion_in_small_intestine_55(X))
& fn_chemical_digestion_in_small_intestine_66(X) = fn_hydrolysis_8(fn_chemical_digestion_in_small_intestine_55(X))
& fn_chemical_digestion_in_small_intestine_70(X) = fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_55(X))
& fn_chemical_digestion_in_small_intestine_93(X) = fn_hydroxyl_group_4(fn_chemical_digestion_in_small_intestine_92(X))
& fn_chemical_digestion_in_small_intestine_94(X) = fn_hydroxyl_group_6(fn_chemical_digestion_in_small_intestine_92(X))
& fn_chemical_digestion_in_small_intestine_47(X) = fn_polymer_6(fn_chemical_digestion_in_small_intestine_50(X))
& fn_chemical_digestion_in_small_intestine_107(X) = fn_polymer_10(fn_chemical_digestion_in_small_intestine_50(X))
& fn_chemical_digestion_in_small_intestine_59(X) = fn_polymer_9(fn_chemical_digestion_in_small_intestine_50(X))
& fn_chemical_digestion_in_small_intestine_44(X) = fn_polymer_8(fn_chemical_digestion_in_small_intestine_50(X))
& fn_chemical_digestion_in_small_intestine_43(X) = fn_polymer_7(fn_chemical_digestion_in_small_intestine_50(X))
& fn_chemical_digestion_in_small_intestine_45(X) = fn_polymer_4(fn_chemical_digestion_in_small_intestine_50(X))
& fn_chemical_digestion_in_small_intestine_108(X) = fn_polymer_10(fn_chemical_digestion_in_small_intestine_69(X))
& fn_chemical_digestion_in_small_intestine_73(X) = fn_polymer_9(fn_chemical_digestion_in_small_intestine_69(X))
& fn_chemical_digestion_in_small_intestine_67(X) = fn_polymer_8(fn_chemical_digestion_in_small_intestine_69(X))
& fn_chemical_digestion_in_small_intestine_62(X) = fn_polymer_7(fn_chemical_digestion_in_small_intestine_69(X))
& fn_chemical_digestion_in_small_intestine_63(X) = fn_polymer_6(fn_chemical_digestion_in_small_intestine_69(X))
& fn_chemical_digestion_in_small_intestine_63(X) = fn_polymer_4(fn_chemical_digestion_in_small_intestine_69(X))
& fn_chemical_digestion_in_small_intestine_109(X) = fn_polymer_10(fn_chemical_digestion_in_small_intestine_49(X))
& fn_chemical_digestion_in_small_intestine_60(X) = fn_polymer_9(fn_chemical_digestion_in_small_intestine_49(X))
& fn_chemical_digestion_in_small_intestine_42(X) = fn_polymer_8(fn_chemical_digestion_in_small_intestine_49(X))
& fn_chemical_digestion_in_small_intestine_38(X) = fn_polymer_7(fn_chemical_digestion_in_small_intestine_49(X))
& fn_chemical_digestion_in_small_intestine_39(X) = fn_polymer_6(fn_chemical_digestion_in_small_intestine_49(X))
& fn_chemical_digestion_in_small_intestine_49(X) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_55(X))
& fn_chemical_digestion_in_small_intestine_39(X) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_55(X))
& fn_chemical_digestion_in_small_intestine_39(X) = fn_polymer_4(fn_chemical_digestion_in_small_intestine_49(X))
& fn_chemical_digestion_in_small_intestine_27(X) = fn_disaccharide_34(fn_chemical_digestion_in_small_intestine_33(X))
& fn_chemical_digestion_in_small_intestine_29(X) = fn_disaccharide_32(fn_chemical_digestion_in_small_intestine_33(X))
& fn_chemical_digestion_in_small_intestine_33(X) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_57(X))
& fn_chemical_digestion_in_small_intestine_28(X) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_57(X))
& fn_chemical_digestion_in_small_intestine_28(X) = fn_disaccharide_13(fn_chemical_digestion_in_small_intestine_33(X))
& fn_chemical_digestion_in_small_intestine_28(X) = fn_disaccharide_33(fn_chemical_digestion_in_small_intestine_33(X))
& fn_chemical_digestion_in_small_intestine_106(X) = fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_82(X))
& fn_chemical_digestion_in_small_intestine_106(X) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_82(X))
& fn_chemical_digestion_in_small_intestine_105(X) = fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_82(X))
& fn_chemical_digestion_in_small_intestine_105(X) = fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_82(X))
& fn_chemical_digestion_in_small_intestine_105(X) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_82(X))
& fn_chemical_digestion_in_small_intestine_48(X) = fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_56(X))
& fn_chemical_digestion_in_small_intestine_48(X) = fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_56(X))
& fn_chemical_digestion_in_small_intestine_68(X) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_55(X))
& fn_chemical_digestion_in_small_intestine_68(X) = fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_55(X))
& fn_chemical_digestion_in_small_intestine_68(X) = fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_55(X))
& fn_chemical_digestion_in_small_intestine_77(X) = fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_54(X))
& fn_chemical_digestion_in_small_intestine_77(X) = fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_54(X))
& fn_chemical_digestion_in_small_intestine_74(X) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_54(X))
& fn_chemical_digestion_in_small_intestine_75(X) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_54(X))
& fn_chemical_digestion_in_small_intestine_76(X) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_54(X))
& fn_chemical_digestion_in_small_intestine_93(X) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_52(X))
& fn_chemical_digestion_in_small_intestine_98(X) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_52(X))
& fn_chemical_digestion_in_small_intestine_91(X) = fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_53(X))
& fn_chemical_digestion_in_small_intestine_91(X) = fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_53(X))
& fn_chemical_digestion_in_small_intestine_88(X) = fn_hydrolysis_2(fn_chemical_digestion_in_small_intestine_53(X))
& fn_chemical_digestion_in_small_intestine_90(X) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_53(X))
& fn_chemical_digestion_in_small_intestine_88(X) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_53(X))
& fn_chemical_digestion_in_small_intestine_98(X) = fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_53(X))
& fn_chemical_digestion_in_small_intestine_98(X) = fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_53(X))
& fn_chemical_digestion_in_small_intestine_98(X) = fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_52(X))
& fn_chemical_digestion_in_small_intestine_87(X) = fn_exergonic_reaction_3(fn_chemical_digestion_in_small_intestine_52(X))
& fn_chemical_digestion_in_small_intestine_87(X) = fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_53(X))
& fn_chemical_digestion_in_small_intestine_98(X) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_53(X))
& fn_chemical_digestion_in_small_intestine_94(X) = fn_hydrolysis_3(fn_chemical_digestion_in_small_intestine_53(X))
& fn_chemical_digestion_in_small_intestine_11(X) = fn_hydrolysis_18(fn_chemical_digestion_in_small_intestine_52(X))
& fn_chemical_digestion_in_small_intestine_86(X) = fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_52(X))
& fn_chemical_digestion_in_small_intestine_96(X) = fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_52(X))
& fn_chemical_digestion_in_small_intestine_96(X) = fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_52(X))
& fn_chemical_digestion_in_small_intestine_96(X) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_52(X))
& fn_chemical_digestion_in_small_intestine_87(X) = fn_hydrolysis_17(fn_chemical_digestion_in_small_intestine_52(X))
& fn_chemical_digestion_in_small_intestine_84(X) = fn_hydrolysis_16(fn_chemical_digestion_in_small_intestine_52(X))
& fn_chemical_digestion_in_small_intestine_12(X) = fn_hydrolysis_19(fn_chemical_digestion_in_small_intestine_52(X))
& fn_chemical_digestion_in_small_intestine_85(X) = fn_hydrolysis_15(fn_chemical_digestion_in_small_intestine_52(X))
& fn_chemical_digestion_in_small_intestine_97(X) = fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_52(X))
& fn_chemical_digestion_in_small_intestine_17(X) = fn_hydrolysis_18(fn_chemical_digestion_in_small_intestine_57(X))
& fn_chemical_digestion_in_small_intestine_21(X) = fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_57(X))
& fn_chemical_digestion_in_small_intestine_30(X) = fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_57(X))
& fn_chemical_digestion_in_small_intestine_30(X) = fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_57(X))
& fn_chemical_digestion_in_small_intestine_30(X) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_57(X))
& fn_chemical_digestion_in_small_intestine_32(X) = fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_57(X))
& fn_chemical_digestion_in_small_intestine_16(X) = fn_hydrolysis_19(fn_chemical_digestion_in_small_intestine_57(X))
& fn_chemical_digestion_in_small_intestine_20(X) = fn_hydrolysis_15(fn_chemical_digestion_in_small_intestine_57(X))
& fn_chemical_digestion_in_small_intestine_22(X) = fn_hydrolysis_17(fn_chemical_digestion_in_small_intestine_57(X))
& fn_chemical_digestion_in_small_intestine_19(X) = fn_hydrolysis_16(fn_chemical_digestion_in_small_intestine_57(X))
& fn_organic_molecule_2(fn_chemical_digestion_in_small_intestine_49(X)) = fn_hydrolysis_2(fn_chemical_digestion_in_small_intestine_55(X))
& fn_hydrolysis_2(fn_chemical_digestion_in_small_intestine_55(X)) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_58(X))
& fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_58(X)) = fn_hydrolysis_2(fn_chemical_digestion_in_small_intestine_58(X))
& fn_hydrolysis_2(fn_chemical_digestion_in_small_intestine_58(X)) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_58(X))
& fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_58(X)) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_24(X))
& fn_reactant_3(fn_chemical_digestion_in_small_intestine_24(X)) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_58(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_58(X)) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_58(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_58(X)) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_24(X))
& fn_reactant_3(fn_chemical_digestion_in_small_intestine_24(X)) = fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_58(X))
& fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_58(X)) = fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_58(X))
& fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_58(X)) = fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_58(X))
& fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_58(X)) = fn_reactant_2(fn_chemical_digestion_in_small_intestine_24(X))
& fn_reactant_2(fn_chemical_digestion_in_small_intestine_24(X)) = fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_18(X))
& fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_18(X)) = fn_reactant_2(fn_chemical_digestion_in_small_intestine_24(X))
& fn_reactant_2(fn_chemical_digestion_in_small_intestine_24(X)) = fn_hydrolysis_17(fn_chemical_digestion_in_small_intestine_54(X))
& fn_hydrolysis_17(fn_chemical_digestion_in_small_intestine_54(X)) = fn_hydrolysis_17(fn_chemical_digestion_in_small_intestine_54(X))
& fn_hydrolysis_17(fn_chemical_digestion_in_small_intestine_54(X)) = fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_55(X))
& fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_55(X)) = fn_hydrolysis_18(fn_chemical_digestion_in_small_intestine_54(X))
& fn_hydrolysis_18(fn_chemical_digestion_in_small_intestine_54(X)) = fn_hydrolysis_19(fn_chemical_digestion_in_small_intestine_55(X))
& fn_hydrolysis_19(fn_chemical_digestion_in_small_intestine_55(X)) = fn_hydrolysis_16(fn_chemical_digestion_in_small_intestine_54(X))
& fn_hydrolysis_15(fn_chemical_digestion_in_small_intestine_55(X)) = fn_hydrolysis_16(fn_chemical_digestion_in_small_intestine_54(X))
& fn_hydrolysis_16(fn_chemical_digestion_in_small_intestine_54(X)) = fn_hydrolysis_15(fn_chemical_digestion_in_small_intestine_55(X))
& fn_hydrolysis_15(fn_chemical_digestion_in_small_intestine_55(X)) = fn_hydrolysis_15(fn_chemical_digestion_in_small_intestine_55(X))
& fn_hydrolysis_15(fn_chemical_digestion_in_small_intestine_55(X)) = fn_hydrolysis_15(fn_chemical_digestion_in_small_intestine_56(X))
& fn_hydrolysis_16(fn_chemical_digestion_in_small_intestine_55(X)) = fn_hydrolysis_16(fn_chemical_digestion_in_small_intestine_55(X))
& fn_hydrolysis_16(fn_chemical_digestion_in_small_intestine_55(X)) = fn_hydrolysis_15(fn_chemical_digestion_in_small_intestine_56(X))
& fn_hydrolysis_15(fn_chemical_digestion_in_small_intestine_56(X)) = fn_hydrolysis_16(fn_chemical_digestion_in_small_intestine_55(X))
& fn_hydrolysis_16(fn_chemical_digestion_in_small_intestine_55(X)) = fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_56(X))
& fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_56(X)) = fn_hydrolysis_17(fn_chemical_digestion_in_small_intestine_55(X))
& fn_hydrolysis_17(fn_chemical_digestion_in_small_intestine_55(X)) = fn_hydrolysis_17(fn_chemical_digestion_in_small_intestine_55(X))
& fn_hydrolysis_17(fn_chemical_digestion_in_small_intestine_55(X)) = fn_organic_molecule_2(fn_chemical_digestion_in_small_intestine_69(X))
& fn_organic_molecule_2(fn_chemical_digestion_in_small_intestine_69(X)) = fn_hydrolysis_3(fn_chemical_digestion_in_small_intestine_56(X))
& fn_hydrolysis_3(fn_chemical_digestion_in_small_intestine_56(X)) = fn_hydrolysis_3(fn_chemical_digestion_in_small_intestine_56(X))
& fn_hydrolysis_3(fn_chemical_digestion_in_small_intestine_56(X)) = fn_hydrolysis_3(fn_chemical_digestion_in_small_intestine_55(X))
& fn_hydrolysis_3(fn_chemical_digestion_in_small_intestine_55(X)) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_51(X))
& fn_reactant_3(fn_chemical_digestion_in_small_intestine_51(X)) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_51(X))
& fn_reactant_3(fn_chemical_digestion_in_small_intestine_51(X)) = fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_56(X))
& fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_56(X)) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_51(X))
& fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_56(X)) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_51(X))
& fn_reactant_3(fn_chemical_digestion_in_small_intestine_51(X)) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_56(X))
& fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_56(X)) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_56(X))
& fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_56(X)) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_56(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_56(X)) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_56(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_56(X)) = fn_polymer_4(fn_chemical_digestion_in_small_intestine_69(X))
& fn_polymer_4(fn_chemical_digestion_in_small_intestine_69(X)) = fn_polymer_6(fn_chemical_digestion_in_small_intestine_69(X))
& fn_polymer_6(fn_chemical_digestion_in_small_intestine_69(X)) = fn_polymer_4(fn_chemical_digestion_in_small_intestine_69(X))
& fn_polymer_4(fn_chemical_digestion_in_small_intestine_69(X)) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_81(X))
& fn_reactant_3(fn_chemical_digestion_in_small_intestine_81(X)) = fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_54(X))
& fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_56(X)) = fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_54(X))
& fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_54(X)) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_56(X))
& fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_56(X)) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_54(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_54(X)) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_54(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_54(X)) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_55(X))
& fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_55(X)) = fn_polymer_6(fn_chemical_digestion_in_small_intestine_49(X))
& fn_polymer_6(fn_chemical_digestion_in_small_intestine_49(X)) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_55(X))
& fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_55(X)) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_55(X))
& fn_polymer_4(fn_chemical_digestion_in_small_intestine_49(X)) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_55(X))
& fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_55(X)) = fn_polymer_4(fn_chemical_digestion_in_small_intestine_49(X))
& fn_polymer_4(fn_chemical_digestion_in_small_intestine_49(X)) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_71(X))
& fn_reactant_3(fn_chemical_digestion_in_small_intestine_71(X)) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_71(X))
& fn_reactant_3(fn_chemical_digestion_in_small_intestine_71(X)) = fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_55(X))
& fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_55(X)) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_71(X))
& fn_reactant_3(fn_chemical_digestion_in_small_intestine_71(X)) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_56(X))
& fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_56(X)) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_71(X))
& fn_reactant_3(fn_chemical_digestion_in_small_intestine_71(X)) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_55(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_55(X)) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_56(X))
& fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_56(X)) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_56(X))
& fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_56(X)) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_55(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_55(X)) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_55(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_55(X)) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_57(X))
& fn_disaccharide_13(fn_chemical_digestion_in_small_intestine_33(X)) = fn_disaccharide_13(fn_chemical_digestion_in_small_intestine_33(X))
& fn_disaccharide_13(fn_chemical_digestion_in_small_intestine_33(X)) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_57(X))
& fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_57(X)) = fn_disaccharide_13(fn_chemical_digestion_in_small_intestine_33(X))
& fn_disaccharide_33(fn_chemical_digestion_in_small_intestine_33(X)) = fn_disaccharide_13(fn_chemical_digestion_in_small_intestine_33(X))
& fn_disaccharide_13(fn_chemical_digestion_in_small_intestine_33(X)) = fn_disaccharide_33(fn_chemical_digestion_in_small_intestine_33(X))
& fn_disaccharide_33(fn_chemical_digestion_in_small_intestine_33(X)) = fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_58(X))
& fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_58(X)) = fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_58(X))
& fn_reactant_3(fn_chemical_digestion_in_small_intestine_34(X)) = fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_58(X))
& fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_58(X)) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_34(X))
& fn_reactant_3(fn_chemical_digestion_in_small_intestine_34(X)) = fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_57(X))
& fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_57(X)) = fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_57(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_57(X)) = fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_57(X))
& fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_57(X)) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_57(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_57(X)) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_57(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_57(X)) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_58(X))
& fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_58(X)) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_58(X))
& fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_58(X)) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_57(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_57(X)) = fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_82(X))
& fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_82(X)) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_82(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_82(X)) = fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_82(X))
& fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_82(X)) = fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_82(X))
& fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_82(X)) = fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_82(X))
& fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_82(X)) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_82(X))
& fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_82(X)) = fn_reactant_2(fn_chemical_digestion_in_small_intestine_102(X))
& fn_reactant_2(fn_chemical_digestion_in_small_intestine_102(X)) = fn_reactant_2(fn_chemical_digestion_in_small_intestine_102(X))
& fn_reactant_2(fn_chemical_digestion_in_small_intestine_102(X)) = fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_103(X))
& fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_103(X)) = fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_56(X))
& fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_56(X)) = fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_56(X))
& fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_56(X)) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_55(X))
& fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_55(X)) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_55(X))
& fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_55(X)) = fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_55(X))
& fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_55(X)) = fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_55(X))
& fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_55(X)) = fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_55(X))
& fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_55(X)) = fn_reactant_2(fn_chemical_digestion_in_small_intestine_71(X))
& fn_protease_17(fn_chemical_digestion_in_small_intestine_72(X)) = fn_reactant_2(fn_chemical_digestion_in_small_intestine_71(X))
& fn_reactant_2(fn_chemical_digestion_in_small_intestine_71(X)) = fn_protease_17(fn_chemical_digestion_in_small_intestine_72(X))
& fn_protease_17(fn_chemical_digestion_in_small_intestine_72(X)) = fn_carboxypeptidase_2(fn_chemical_digestion_in_small_intestine_72(X))
& fn_carboxypeptidase_2(fn_chemical_digestion_in_small_intestine_72(X)) = fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_54(X))
& fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_54(X)) = fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_54(X))
& fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_54(X)) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_81(X))
& fn_reactant_3(fn_chemical_digestion_in_small_intestine_81(X)) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_54(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_54(X)) = fn_reactant_2(fn_chemical_digestion_in_small_intestine_81(X))
& fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_79(X)) = fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_80(X))
& fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_80(X)) = fn_reactant_2(fn_chemical_digestion_in_small_intestine_81(X))
& fn_reactant_2(fn_chemical_digestion_in_small_intestine_81(X)) = fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_79(X))
& fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_79(X)) = fn_protease_17(fn_chemical_digestion_in_small_intestine_79(X))
& fn_protease_17(fn_chemical_digestion_in_small_intestine_79(X)) = fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_80(X))
& fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_80(X)) = fn_protease_17(fn_chemical_digestion_in_small_intestine_80(X))
& fn_protease_17(fn_chemical_digestion_in_small_intestine_78(X)) = fn_protease_17(fn_chemical_digestion_in_small_intestine_79(X))
& fn_protease_17(fn_chemical_digestion_in_small_intestine_79(X)) = fn_protease_17(fn_chemical_digestion_in_small_intestine_80(X))
& fn_protease_17(fn_chemical_digestion_in_small_intestine_80(X)) = fn_protease_17(fn_chemical_digestion_in_small_intestine_78(X))
& fn_protease_17(fn_chemical_digestion_in_small_intestine_78(X)) = fn_carboxypeptidase_2(fn_chemical_digestion_in_small_intestine_78(X))
& fn_carboxypeptidase_2(fn_chemical_digestion_in_small_intestine_78(X)) = fn_hydroxyl_group_4(fn_chemical_digestion_in_small_intestine_92(X))
& fn_hydroxyl_group_4(fn_chemical_digestion_in_small_intestine_92(X)) = fn_hydroxyl_group_4(fn_chemical_digestion_in_small_intestine_92(X))
& fn_hydroxyl_group_4(fn_chemical_digestion_in_small_intestine_92(X)) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_52(X))
& fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_52(X)) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_52(X))
& fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_52(X)) = fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_53(X))
& fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_53(X)) = fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_53(X))
& fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_53(X)) = fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_53(X))
& fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_53(X)) = fn_nuclease_5(fn_chemical_digestion_in_small_intestine_83(X))
& fn_nuclease_5(fn_chemical_digestion_in_small_intestine_83(X)) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_53(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_53(X)) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_53(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_53(X)) = fn_hydrolysis_2(fn_chemical_digestion_in_small_intestine_53(X))
& fn_hydrolysis_2(fn_chemical_digestion_in_small_intestine_53(X)) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_53(X))
& fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_53(X)) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_53(X))
& fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_53(X)) = fn_hydroxyl_group_6(fn_chemical_digestion_in_small_intestine_92(X))
& fn_hydroxyl_group_6(fn_chemical_digestion_in_small_intestine_92(X)) = fn_hydroxyl_group_6(fn_chemical_digestion_in_small_intestine_92(X))
& fn_hydroxyl_group_6(fn_chemical_digestion_in_small_intestine_92(X)) = fn_hydrolysis_3(fn_chemical_digestion_in_small_intestine_53(X))
& fn_hydrolysis_3(fn_chemical_digestion_in_small_intestine_53(X)) = fn_functional_group_1(fn_chemical_digestion_in_small_intestine_92(X))
& fn_functional_group_1(fn_chemical_digestion_in_small_intestine_92(X)) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_99(X))
& fn_reactant_3(fn_chemical_digestion_in_small_intestine_99(X)) = fn_reactant_3(fn_chemical_digestion_in_small_intestine_99(X))
& fn_reactant_3(fn_chemical_digestion_in_small_intestine_99(X)) = fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_53(X))
& fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_53(X)) = fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_53(X))
& fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_53(X)) = fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_53(X))
& fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_52(X)) = fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_53(X))
& fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_53(X)) = fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_52(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_52(X)) = fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_52(X))
& fn_exergonic_reaction_10(fn_chemical_digestion_in_small_intestine_52(X)) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_52(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_52(X)) = fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_52(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_small_intestine_52(X)) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_53(X))
& fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_53(X)) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_53(X))
& fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_53(X)) = fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_52(X))
& fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_52(X)) = fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_52(X))
& fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_52(X)) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_52(X))
& fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_52(X)) = fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_52(X))
& fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_52(X)) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_52(X))
& fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_52(X)) = fn_exergonic_reaction_3(fn_chemical_digestion_in_small_intestine_52(X))
& fn_exergonic_reaction_3(fn_chemical_digestion_in_small_intestine_52(X)) = fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_53(X))
& fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_53(X)) = fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_53(X))
& fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_53(X)) = fn_hydrolysis_17(fn_chemical_digestion_in_small_intestine_52(X))
& fn_hydrolysis_17(fn_chemical_digestion_in_small_intestine_52(X)) = fn_reactant_2(fn_chemical_digestion_in_small_intestine_99(X))
& fn_reactant_2(fn_chemical_digestion_in_small_intestine_99(X)) = fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_100(X))
& fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_100(X)) = fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_57(X))
& fn_decomposition_reaction_4(fn_chemical_digestion_in_small_intestine_57(X)) = fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_57(X))
& fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_57(X)) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_57(X))
& fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_57(X)) = fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_57(X))
& fn_exergonic_reaction_11(fn_chemical_digestion_in_small_intestine_57(X)) = fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_57(X))
& fn_hydrolysis_9(fn_chemical_digestion_in_small_intestine_57(X)) = fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_57(X))
& fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_57(X)) = fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_58(X))
& fn_hydrolysis_1(fn_chemical_digestion_in_small_intestine_58(X)) = fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_57(X))
& fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_57(X)) = fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_57(X))
& fn_hydrolysis_10(fn_chemical_digestion_in_small_intestine_57(X)) = fn_reactant_2(fn_chemical_digestion_in_small_intestine_34(X))
& fn_reactant_2(fn_chemical_digestion_in_small_intestine_34(X)) = fn_reactant_2(fn_chemical_digestion_in_small_intestine_34(X))
& fn_reactant_2(fn_chemical_digestion_in_small_intestine_34(X)) = fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_35(X))
& fn_hydrolase_1(fn_chemical_digestion_in_small_intestine_35(X)) = fn_exergonic_reaction_3(fn_chemical_digestion_in_small_intestine_57(X))
& fn_exergonic_reaction_3(fn_chemical_digestion_in_small_intestine_57(X)) = fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_58(X))
& fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_58(X)) = fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_58(X))
& fn_hydrolysis_14(fn_chemical_digestion_in_small_intestine_58(X)) = fn_hydrolysis_17(fn_chemical_digestion_in_small_intestine_57(X)) ) ) ).
fof(a528326,axiom,
! [X] :
( chemical_digestion_in_stomach_1(X)
=> ( original_name_2(X,'Chemical-Digestion-In-Stomach')
& user_description_2(X,'The enzymatic hydrolysis of food molecules into smaller molecules which occurs in the stomach.')
& concept2words_2(X,digest)
& concept2words_2(X,'chemical digestion in stomach')
& concept2words_2(X,'chemical-digestion-in-stomach')
& chemical_digestion_1(X)
& stomach_1(fn_chemical_digestion_in_stomach_1(X))
& ph_value_1(fn_chemical_digestion_in_stomach_2(X))
& protein_denaturation_by_ph_change_1(fn_chemical_digestion_in_stomach_4(X))
& chemical_reaction_1(fn_chemical_digestion_in_stomach_5(X))
& exergonic_reaction_1(fn_chemical_digestion_in_stomach_5(X))
& hydrolysis_1(fn_chemical_digestion_in_stomach_5(X))
& decomposition_reaction_1(fn_chemical_digestion_in_stomach_5(X))
& denatured_protein_1(fn_chemical_digestion_in_stomach_6(X))
& chemical_entity_1(fn_chemical_digestion_in_stomach_6(X))
& quantity_value_1(fn_chemical_digestion_in_stomach_7(X))
& quantity_value_1(fn_chemical_digestion_in_stomach_8(X))
& chemical_energy_1(fn_chemical_digestion_in_stomach_9(X))
& molecule_1(fn_chemical_digestion_in_stomach_10(X))
& polypeptide_1(fn_chemical_digestion_in_stomach_11(X))
& reactant_1(fn_chemical_digestion_in_stomach_12(X))
& atom_1(fn_chemical_digestion_in_stomach_13(X))
& chemical_entity_1(fn_chemical_digestion_in_stomach_14(X))
& water_molecule_1(fn_chemical_digestion_in_stomach_14(X))
& chemical_energy_1(fn_chemical_digestion_in_stomach_15(X))
& chemical_entity_1(fn_hydrolysis_1(fn_chemical_digestion_in_stomach_5(X)))
& chemical_reaction_1(fn_reactant_2(fn_chemical_digestion_in_stomach_12(X)))
& property_node_1(fn_hydrolysis_18(fn_chemical_digestion_in_stomach_5(X)))
& property_node_1(fn_hydrolysis_19(fn_chemical_digestion_in_stomach_5(X)))
& chemical_energy_1(fn_hydrolysis_17(fn_chemical_digestion_in_stomach_5(X)))
& quantity_value_1(fn_hydrolysis_16(fn_chemical_digestion_in_stomach_5(X)))
& quantity_value_1(fn_hydrolysis_15(fn_chemical_digestion_in_stomach_5(X)))
& chemical_energy_1(fn_hydrolysis_14(fn_chemical_digestion_in_stomach_5(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_chemical_digestion_in_stomach_5(X)))
& chemical_entity_1(fn_reactant_3(fn_chemical_digestion_in_stomach_12(X)))
& denatured_protein_1(fn_protein_denaturation_by_ph_change_8(fn_chemical_digestion_in_stomach_4(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_chemical_digestion_in_stomach_5(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_chemical_digestion_in_stomach_5(X)))
& water_molecule_1(fn_hydrolysis_10(fn_chemical_digestion_in_stomach_5(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_chemical_digestion_in_stomach_5(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_chemical_digestion_in_stomach_5(X)))
& the_cardinal_value_2(fn_chemical_digestion_in_stomach_2(X),"2.0e0")
& cardinal_unit_class_2(fn_chemical_digestion_in_stomach_2(X),unity_0)
& subevent_2(X,fn_chemical_digestion_in_stomach_4(X))
& subevent_2(X,fn_chemical_digestion_in_stomach_5(X))
& base_2(X,fn_chemical_digestion_in_stomach_1(X))
& in_event_2(fn_chemical_digestion_in_stomach_12(X),fn_chemical_digestion_in_stomach_5(X))
& plays_2(fn_chemical_digestion_in_stomach_6(X),fn_chemical_digestion_in_stomach_12(X))
& result_2(fn_chemical_digestion_in_stomach_4(X),fn_chemical_digestion_in_stomach_6(X))
& possesses_2(fn_chemical_digestion_in_stomach_6(X),fn_chemical_digestion_in_stomach_15(X))
& raw_material_2(fn_chemical_digestion_in_stomach_5(X),fn_chemical_digestion_in_stomach_6(X))
& has_part_2(fn_chemical_digestion_in_stomach_6(X),fn_chemical_digestion_in_stomach_13(X))
& has_state_2(fn_chemical_digestion_in_stomach_13(X),fn_chemical_digestion_in_stomach_11(X))
& fn_chemical_digestion_in_stomach_14(X) != fn_chemical_digestion_in_stomach_6(X)
& fn_chemical_digestion_in_stomach_6(X) != fn_chemical_digestion_in_stomach_14(X)
& raw_material_2(fn_chemical_digestion_in_stomach_5(X),fn_chemical_digestion_in_stomach_14(X))
& result_2(fn_chemical_digestion_in_stomach_5(X),fn_chemical_digestion_in_stomach_11(X))
& possesses_2(fn_chemical_digestion_in_stomach_11(X),fn_chemical_digestion_in_stomach_9(X))
& quantity_2(fn_chemical_digestion_in_stomach_9(X),fn_chemical_digestion_in_stomach_8(X))
& greater_than_2(fn_chemical_digestion_in_stomach_7(X),fn_chemical_digestion_in_stomach_8(X))
& quantity_2(fn_chemical_digestion_in_stomach_15(X),fn_chemical_digestion_in_stomach_7(X))
& result_2(fn_chemical_digestion_in_stomach_5(X),fn_chemical_digestion_in_stomach_10(X))
& fn_chemical_digestion_in_stomach_6(X) = fn_protein_denaturation_by_ph_change_8(fn_chemical_digestion_in_stomach_4(X))
& fn_chemical_digestion_in_stomach_13(X) = fn_hydrolysis_1(fn_chemical_digestion_in_stomach_5(X))
& fn_chemical_digestion_in_stomach_5(X) = fn_reactant_2(fn_chemical_digestion_in_stomach_12(X))
& fn_chemical_digestion_in_stomach_6(X) = fn_reactant_3(fn_chemical_digestion_in_stomach_12(X))
& fn_chemical_digestion_in_stomach_6(X) = fn_hydrolysis_11(fn_chemical_digestion_in_stomach_5(X))
& fn_chemical_digestion_in_stomach_16(X) = fn_hydrolysis_18(fn_chemical_digestion_in_stomach_5(X))
& fn_chemical_digestion_in_stomach_17(X) = fn_hydrolysis_19(fn_chemical_digestion_in_stomach_5(X))
& fn_chemical_digestion_in_stomach_14(X) = fn_exergonic_reaction_10(fn_chemical_digestion_in_stomach_5(X))
& fn_chemical_digestion_in_stomach_14(X) = fn_hydrolysis_10(fn_chemical_digestion_in_stomach_5(X))
& fn_chemical_digestion_in_stomach_15(X) = fn_hydrolysis_17(fn_chemical_digestion_in_stomach_5(X))
& fn_chemical_digestion_in_stomach_7(X) = fn_hydrolysis_16(fn_chemical_digestion_in_stomach_5(X))
& fn_chemical_digestion_in_stomach_8(X) = fn_hydrolysis_15(fn_chemical_digestion_in_stomach_5(X))
& fn_chemical_digestion_in_stomach_9(X) = fn_hydrolysis_14(fn_chemical_digestion_in_stomach_5(X))
& fn_chemical_digestion_in_stomach_11(X) = fn_hydrolysis_9(fn_chemical_digestion_in_stomach_5(X))
& fn_chemical_digestion_in_stomach_10(X) = fn_exergonic_reaction_11(fn_chemical_digestion_in_stomach_5(X))
& fn_chemical_digestion_in_stomach_10(X) = fn_decomposition_reaction_4(fn_chemical_digestion_in_stomach_5(X))
& fn_protein_denaturation_by_ph_change_8(fn_chemical_digestion_in_stomach_4(X)) = fn_reactant_3(fn_chemical_digestion_in_stomach_12(X))
& fn_reactant_3(fn_chemical_digestion_in_stomach_12(X)) = fn_protein_denaturation_by_ph_change_8(fn_chemical_digestion_in_stomach_4(X))
& fn_protein_denaturation_by_ph_change_8(fn_chemical_digestion_in_stomach_4(X)) = fn_hydrolysis_11(fn_chemical_digestion_in_stomach_5(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_stomach_5(X)) = fn_hydrolysis_11(fn_chemical_digestion_in_stomach_5(X))
& fn_hydrolysis_11(fn_chemical_digestion_in_stomach_5(X)) = fn_hydrolysis_10(fn_chemical_digestion_in_stomach_5(X))
& fn_hydrolysis_10(fn_chemical_digestion_in_stomach_5(X)) = fn_hydrolysis_10(fn_chemical_digestion_in_stomach_5(X))
& fn_hydrolysis_10(fn_chemical_digestion_in_stomach_5(X)) = fn_exergonic_reaction_10(fn_chemical_digestion_in_stomach_5(X))
& fn_exergonic_reaction_10(fn_chemical_digestion_in_stomach_5(X)) = fn_hydrolysis_10(fn_chemical_digestion_in_stomach_5(X))
& fn_hydrolysis_10(fn_chemical_digestion_in_stomach_5(X)) = fn_exergonic_reaction_11(fn_chemical_digestion_in_stomach_5(X))
& fn_exergonic_reaction_11(fn_chemical_digestion_in_stomach_5(X)) = fn_decomposition_reaction_4(fn_chemical_digestion_in_stomach_5(X)) ) ) ).
fof(a528327,axiom,
! [X] :
( chemical_dissociation_reaction_1(X)
=> ( original_name_2(X,'Chemical-Dissociation-Reaction')
& user_description_2(X,'The process by which ionic compounds separate into their component ions.')
& concept2words_2(X,convert)
& concept2words_2(X,'chemical dissociation reaction')
& concept2words_2(X,'chemical-dissociation-reaction')
& exergonic_reaction_1(X)
& ~ chemical_equilibrium_reaction_1(X) ) ) ).
fof(a528328,axiom,
! [X] :
( chemical_ecology_1(X)
=> ( original_name_2(X,'Chemical-Ecology')
& user_description_2(X,'The study of the chemicals involved in biological interactions.')
& concept2words_2(X,'ecology of chemical')
& concept2words_2(X,'chemical ecology')
& concept2words_2(X,'chemical-ecology')
& ecology_1(X) ) ) ).
fof(a528329,axiom,
! [X] :
( chemical_element_1(X)
=> ( original_name_2(X,'Chemical-Element')
& user_description_2(X,'A pure chemical substance consisting of one type of atom distinguished by its atomic number.')
& concept2words_2(X,element)
& concept2words_2(X,'element of chemical')
& concept2words_2(X,'chemical element')
& concept2words_2(X,'chemical-element')
& chemical_entity_1(X)
& atomic_number_value_1(fn_chemical_element_5(X))
& quantity_value_1(fn_chemical_element_6(X))
& quantity_value_1(fn_chemical_element_7(X))
& quantity_value_1(fn_chemical_element_8(X))
& quantity_value_1(fn_chemical_element_9(X))
& atomic_number_value_1(fn_chemical_element_10(X))
& atom_1(fn_chemical_element_11(X))
& atom_1(fn_chemical_element_12(X))
& property_node_1(fn_atom_12(fn_chemical_element_12(X)))
& property_node_1(fn_atom_10(fn_chemical_element_12(X)))
& quantity_value_1(fn_atom_5(fn_chemical_element_12(X)))
& quantity_value_1(fn_atom_11(fn_chemical_element_12(X)))
& atomic_number_value_1(fn_atom_17(fn_chemical_element_12(X)))
& property_node_1(fn_atom_12(fn_chemical_element_11(X)))
& property_node_1(fn_atom_10(fn_chemical_element_11(X)))
& quantity_value_1(fn_atom_5(fn_chemical_element_11(X)))
& quantity_value_1(fn_atom_11(fn_chemical_element_11(X)))
& atomic_number_value_1(fn_atom_17(fn_chemical_element_11(X)))
& fn_chemical_element_5(X) = fn_chemical_element_10(X)
& fn_chemical_element_7(X) = fn_chemical_element_8(X)
& fn_chemical_element_8(X) = fn_chemical_element_7(X)
& fn_chemical_element_10(X) = fn_chemical_element_5(X)
& same_type_2(fn_chemical_element_11(X),fn_chemical_element_12(X))
& has_part_2(X,fn_chemical_element_12(X))
& has_part_2(X,fn_chemical_element_11(X))
& minCardinality(X,has_part_0,"2",atom_0)
& same_type_2(fn_chemical_element_12(X),fn_chemical_element_11(X))
& called_2(fn_chemical_element_8(X),'Number_Proton')
& called_2(fn_chemical_element_9(X),'Number_Electron')
& called_2(fn_chemical_element_10(X),'Atomic_Number')
& atomic_number_2(fn_chemical_element_12(X),fn_chemical_element_10(X))
& fn_chemical_element_8(X) = fn_chemical_element_10(X)
& fn_chemical_element_9(X) = fn_chemical_element_8(X)
& fn_chemical_element_8(X) = fn_chemical_element_9(X)
& fn_chemical_element_10(X) = fn_chemical_element_8(X)
& called_2(fn_chemical_element_5(X),'Atomic_Number')
& called_2(fn_chemical_element_6(X),'Number_Electron')
& called_2(fn_chemical_element_7(X),'Number_Proton')
& atomic_number_2(fn_chemical_element_11(X),fn_chemical_element_5(X))
& fn_chemical_element_7(X) = fn_chemical_element_5(X)
& fn_chemical_element_6(X) = fn_chemical_element_7(X)
& fn_chemical_element_7(X) = fn_chemical_element_6(X)
& fn_chemical_element_5(X) = fn_chemical_element_7(X)
& fn_chemical_element_4(X) = fn_atom_12(fn_chemical_element_12(X))
& fn_chemical_element_3(X) = fn_atom_10(fn_chemical_element_12(X))
& fn_chemical_element_9(X) = fn_atom_5(fn_chemical_element_12(X))
& fn_chemical_element_8(X) = fn_atom_11(fn_chemical_element_12(X))
& fn_chemical_element_10(X) = fn_atom_17(fn_chemical_element_12(X))
& fn_chemical_element_2(X) = fn_atom_12(fn_chemical_element_11(X))
& fn_chemical_element_1(X) = fn_atom_10(fn_chemical_element_11(X))
& fn_chemical_element_6(X) = fn_atom_5(fn_chemical_element_11(X))
& fn_chemical_element_7(X) = fn_atom_11(fn_chemical_element_11(X))
& fn_chemical_element_5(X) = fn_atom_17(fn_chemical_element_11(X)) ) ) ).
fof(a528330,axiom,
! [X] :
( chemical_energy_1(X)
=> ( original_name_2(X,'Chemical-Energy')
& description_2(X,'Energy produced by or stored in chemical properties or property differentials, such as chemical bonds, such as charge gradients, density gradients, etc.')
& user_description_2(X,'Chemical energy is the potential of a chemical substance to undergo a transformation through a chemical reaction or to transform other chemical substances.')
& concept2words_2(X,'chemical energy')
& concept2words_2(X,chemical_energy)
& concept2words_2(X,'energy of chemical')
& concept2words_2(X,'chemical-energy')
& potential_energy_1(X) ) ) ).
fof(a528331,axiom,
! [X] :
( chemical_entity_1(X)
=> ( original_name_2(X,'Chemical-Entity')
& user_description_2(X,'A physical object that is the basic building blocks of Chemicals.')
& concept2words_2(X,chemical)
& concept2words_2(X,'reduced form')
& concept2words_2(X,'has reduced form')
& concept2words_2(X,'has-reduced-form')
& concept2words_2(X,'oxidized form')
& concept2words_2(X,'has oxidized form')
& concept2words_2(X,'has-oxidized-form')
& concept2words_2(X,'has isomer')
& concept2words_2(X,'has-isomer')
& concept2words_2(X,substance)
& concept2words_2(X,'entity of chemical')
& concept2words_2(X,'chemical entity')
& concept2words_2(X,'chemical-entity')
& physical_object_1(X)
& ~ substance_1(X) ) ) ).
fof(a528332,axiom,
! [X] :
( chemical_equation_expression_1(X)
=> ( original_name_2(X,'Chemical-Equation-Expression')
& user_description_2(X,'When a chemical reaction occurs, it can be described by an equation. This shows the chemicals that react (called the reactants) on the left-hand side, and the chemicals that they produce (called the products) on the right-hand side.')
& concept2words_2(X,'chemical equation')
& concept2words_2(X,'balanced equation')
& concept2words_2(X,'chemical equation expression')
& concept2words_2(X,'chemical-equation-expression')
& km_class_1(X) ) ) ).
fof(a528333,axiom,
! [X] :
( chemical_equilibrium_1(X)
=> ( original_name_2(X,'Chemical-Equilibrium')
& user_description_2(X,'The state in a chemical reaction in which the forward and reverse reactions occur at the same rate. There are no net changes in concentrations of reactants or products.')
& concept2words_2(X,'equilibrium of chemical')
& concept2words_2(X,'chemical equilibrium')
& concept2words_2(X,'chemical-equilibrium')
& state_1(X) ) ) ).
fof(a528334,axiom,
! [X] :
( chemical_equilibrium_reaction_1(X)
=> ( original_name_2(X,'Chemical-Equilibrium-Reaction')
& user_description_2(X,'Chemical equilibrium occurs when opposing reactions are proceeding at equal rates.')
& concept2words_2(X,convert)
& concept2words_2(X,'chemical equilibrium reaction')
& concept2words_2(X,'chemical-equilibrium-reaction')
& reversible_reaction_1(X)
& ~ chemical_dissociation_reaction_1(X)
& concentration_value_1(fn_chemical_equilibrium_reaction_2(X))
& chemical_entity_1(fn_chemical_equilibrium_reaction_4(X))
& spatial_entity_1(fn_chemical_equilibrium_reaction_5(X))
& chemical_entity_1(fn_chemical_equilibrium_reaction_5(X))
& spatial_entity_1(fn_chemical_equilibrium_reaction_6(X))
& chemical_entity_1(fn_chemical_equilibrium_reaction_6(X))
& chemical_reaction_1(fn_chemical_equilibrium_reaction_9(X))
& forward_reaction_1(fn_chemical_equilibrium_reaction_9(X))
& reverse_reaction_1(fn_chemical_equilibrium_reaction_10(X))
& rate_value_1(fn_chemical_equilibrium_reaction_11(X))
& rate_value_1(fn_chemical_equilibrium_reaction_12(X))
& chemical_entity_1(fn_chemical_reaction_1(fn_chemical_equilibrium_reaction_9(X)))
& chemical_entity_1(fn_reverse_reaction_7(fn_chemical_equilibrium_reaction_10(X)))
& chemical_entity_1(fn_reverse_reaction_6(fn_chemical_equilibrium_reaction_10(X)))
& spatial_entity_1(fn_reverse_reaction_5(fn_chemical_equilibrium_reaction_10(X)))
& chemical_entity_1(fn_reverse_reaction_5(fn_chemical_equilibrium_reaction_10(X)))
& spatial_entity_1(fn_forward_reaction_5(fn_chemical_equilibrium_reaction_9(X)))
& chemical_entity_1(fn_forward_reaction_5(fn_chemical_equilibrium_reaction_9(X)))
& spatial_entity_1(fn_forward_reaction_6(fn_chemical_equilibrium_reaction_9(X)))
& chemical_entity_1(fn_forward_reaction_6(fn_chemical_equilibrium_reaction_9(X)))
& fn_chemical_equilibrium_reaction_12(X) = fn_chemical_equilibrium_reaction_11(X)
& fn_chemical_equilibrium_reaction_11(X) = fn_chemical_equilibrium_reaction_12(X)
& result_2(fn_chemical_equilibrium_reaction_9(X),fn_chemical_equilibrium_reaction_4(X))
& result_2(fn_chemical_equilibrium_reaction_10(X),fn_chemical_equilibrium_reaction_6(X))
& raw_material_2(fn_chemical_equilibrium_reaction_10(X),fn_chemical_equilibrium_reaction_4(X))
& raw_material_2(X,fn_chemical_equilibrium_reaction_5(X))
& result_2(X,fn_chemical_equilibrium_reaction_4(X))
& raw_material_2(fn_chemical_equilibrium_reaction_9(X),fn_chemical_equilibrium_reaction_6(X))
& same_type_2(fn_chemical_equilibrium_reaction_5(X),fn_chemical_equilibrium_reaction_6(X))
& same_type_2(fn_chemical_equilibrium_reaction_6(X),fn_chemical_equilibrium_reaction_5(X))
& raw_material_2(X,fn_chemical_equilibrium_reaction_6(X))
& subevent_2(X,fn_chemical_equilibrium_reaction_10(X))
& rate_2(fn_chemical_equilibrium_reaction_9(X),fn_chemical_equilibrium_reaction_12(X))
& subevent_2(X,fn_chemical_equilibrium_reaction_9(X))
& raw_material_2(fn_chemical_equilibrium_reaction_9(X),fn_chemical_equilibrium_reaction_5(X))
& result_2(fn_chemical_equilibrium_reaction_10(X),fn_chemical_equilibrium_reaction_5(X))
& rate_2(fn_chemical_equilibrium_reaction_10(X),fn_chemical_equilibrium_reaction_11(X))
& fn_chemical_equilibrium_reaction_4(X) = fn_chemical_reaction_1(fn_chemical_equilibrium_reaction_9(X))
& fn_chemical_equilibrium_reaction_6(X) = fn_reverse_reaction_6(fn_chemical_equilibrium_reaction_10(X))
& fn_chemical_equilibrium_reaction_6(X) = fn_reverse_reaction_5(fn_chemical_equilibrium_reaction_10(X))
& fn_chemical_equilibrium_reaction_4(X) = fn_reverse_reaction_7(fn_chemical_equilibrium_reaction_10(X))
& fn_chemical_equilibrium_reaction_5(X) = fn_chemical_reaction_2(X)
& fn_chemical_equilibrium_reaction_4(X) = fn_chemical_reaction_1(X)
& fn_chemical_equilibrium_reaction_6(X) = fn_forward_reaction_5(fn_chemical_equilibrium_reaction_9(X))
& fn_chemical_equilibrium_reaction_6(X) = fn_reversible_reaction_5(X)
& fn_chemical_equilibrium_reaction_8(X) = fn_reversible_reaction_1(X)
& fn_chemical_equilibrium_reaction_12(X) = fn_reversible_reaction_4(X)
& fn_chemical_equilibrium_reaction_7(X) = fn_reversible_reaction_2(X)
& fn_chemical_equilibrium_reaction_11(X) = fn_reversible_reaction_3(X)
& fn_chemical_equilibrium_reaction_10(X) = fn_reversible_reaction_6(X)
& fn_chemical_equilibrium_reaction_5(X) = fn_forward_reaction_6(fn_chemical_equilibrium_reaction_9(X))
& fn_chemical_equilibrium_reaction_5(X) = fn_reversible_reaction_5(X)
& fn_chemical_equilibrium_reaction_9(X) = fn_reversible_reaction_7(X)
& fn_chemical_reaction_1(fn_chemical_equilibrium_reaction_9(X)) = fn_reverse_reaction_7(fn_chemical_equilibrium_reaction_10(X))
& fn_reverse_reaction_7(fn_chemical_equilibrium_reaction_10(X)) = fn_chemical_reaction_1(X)
& fn_chemical_reaction_1(X) = fn_reverse_reaction_6(fn_chemical_equilibrium_reaction_10(X))
& fn_reverse_reaction_6(fn_chemical_equilibrium_reaction_10(X)) = fn_reverse_reaction_5(fn_chemical_equilibrium_reaction_10(X))
& fn_reverse_reaction_5(fn_chemical_equilibrium_reaction_10(X)) = fn_reverse_reaction_5(fn_chemical_equilibrium_reaction_10(X))
& fn_reverse_reaction_5(fn_chemical_equilibrium_reaction_10(X)) = fn_forward_reaction_5(fn_chemical_equilibrium_reaction_9(X))
& fn_forward_reaction_5(fn_chemical_equilibrium_reaction_9(X)) = fn_forward_reaction_5(fn_chemical_equilibrium_reaction_9(X))
& fn_forward_reaction_5(fn_chemical_equilibrium_reaction_9(X)) = fn_reversible_reaction_5(X)
& fn_reversible_reaction_5(X) = fn_chemical_reaction_2(X)
& fn_chemical_reaction_2(X) = fn_forward_reaction_6(fn_chemical_equilibrium_reaction_9(X))
& fn_forward_reaction_6(fn_chemical_equilibrium_reaction_9(X)) = fn_forward_reaction_6(fn_chemical_equilibrium_reaction_9(X))
& fn_reversible_reaction_5(X) = fn_forward_reaction_6(fn_chemical_equilibrium_reaction_9(X))
& fn_forward_reaction_6(fn_chemical_equilibrium_reaction_9(X)) = fn_reversible_reaction_5(X) ) ) ).
fof(a528335,axiom,
! [X] :
( chemical_formula_1(X)
=> ( original_name_2(X,'Chemical-Formula')
& concept2words_2(X,formula)
& concept2words_2(X,'formula of chemical')
& concept2words_2(X,'chemical formula')
& concept2words_2(X,'chemical-formula')
& km_class_1(X) ) ) ).
fof(a528336,axiom,
! [X] :
( chemical_marker_1(X)
=> ( original_name_2(X,'Chemical-Marker')
& user_description_2(X,'Chemical tag used to label a chemical entity.')
& concept2words_2(X,'marker of chemical')
& concept2words_2(X,'chemical marker')
& concept2words_2(X,'chemical-marker')
& role_1(X)
& mark_1(fn_chemical_marker_1(X))
& spatial_entity_1(fn_chemical_marker_2(X))
& plays_2(fn_chemical_marker_2(X),X)
& in_event_2(X,fn_chemical_marker_1(X)) ) ) ).
fof(a528337,axiom,
! [X] :
( chemical_messenger_1(X)
=> ( original_name_2(X,'Chemical-Messenger')
& user_description_2(X,'A chemical that is used in signaling between cells. This chemical binds to cells, relaying a signal message.')
& concept2words_2(X,'molecular messenger')
& concept2words_2(X,'chemical signal')
& concept2words_2(X,'signal molecule')
& concept2words_2(X,'signal messenger')
& concept2words_2(X,'messenger of chemical')
& concept2words_2(X,'chemical messenger')
& concept2words_2(X,'chemical-messenger')
& signal_1(X)
& messenger_1(X) ) ) ).
fof(a528338,axiom,
! [X] :
( chemical_polarity_constant_1(X)
=> ( original_name_2(X,'Chemical-Polarity-Constant')
& concept2words_2(X,'chemical polarity constant')
& concept2words_2(X,'chemical-polarity-constant')
& constant_1(X) ) ) ).
fof(a528339,axiom,
! [X] :
( chemical_polarity_value_1(X)
=> ( original_name_2(X,'Chemical-Polarity-Value')
& concept2words_2(X,polarity)
& concept2words_2(X,sign)
& concept2words_2(X,'polarity of chemical')
& concept2words_2(X,'chemical polarity')
& concept2words_2(X,'chemical-polarity')
& concept2words_2(X,'chemical polarity value')
& concept2words_2(X,'chemical-polarity-value')
& property_value_1(X) ) ) ).
fof(a528340,axiom,
! [X] :
( chemical_reaction_1(X)
=> ( original_name_2(X,'Chemical-Reaction')
& user_description_2(X,'A chemical reaction is a process in which one or more chemical entities are converted into others. This differs from reaction in that energy can be used as a raw material or result.')
& concept2words_2(X,convert)
& concept2words_2(X,'reaction of chemical')
& concept2words_2(X,'chemical reaction')
& concept2words_2(X,'chemical-reaction')
& action_1(X)
& chemical_entity_1(fn_chemical_reaction_1(X))
& chemical_entity_1(fn_chemical_reaction_2(X))
& raw_material_2(X,fn_chemical_reaction_2(X))
& result_2(X,fn_chemical_reaction_1(X)) ) ) ).
fof(a528341,axiom,
! [X] :
( chemical_reaction_between_methane_and_oxygen_1(X)
=> ( original_name_2(X,'Chemical-Reaction-Between-Methane-And-Oxygen')
& user_description_2(X,'A type of combustion reaction which produces carbon dioxide and water.')
& concept2words_2(X,convert)
& concept2words_2(X,'chemical reaction between methane and oxygen')
& concept2words_2(X,'chemical-reaction-between-methane-and-oxygen')
& combustion_reaction_1(X)
& water_molecule_1(fn_chemical_reaction_between_methane_and_oxygen_1(X))
& lose_1(fn_chemical_reaction_between_methane_and_oxygen_2(X))
& move_1(fn_chemical_reaction_between_methane_and_oxygen_3(X))
& release_1(fn_chemical_reaction_between_methane_and_oxygen_4(X))
& covalent_bond_1(fn_chemical_reaction_between_methane_and_oxygen_5(X))
& produce_1(fn_chemical_reaction_between_methane_and_oxygen_6(X))
& produce_1(fn_chemical_reaction_between_methane_and_oxygen_7(X))
& reduction_1(fn_chemical_reaction_between_methane_and_oxygen_8(X))
& carbon_dioxide_1(fn_chemical_reaction_between_methane_and_oxygen_9(X))
& methane_1(fn_chemical_reaction_between_methane_and_oxygen_10(X))
& oxidation_1(fn_chemical_reaction_between_methane_and_oxygen_11(X))
& oxygen_molecule_1(fn_chemical_reaction_between_methane_and_oxygen_12(X))
& entity_1(fn_create_1(fn_chemical_reaction_between_methane_and_oxygen_6(X)))
& entity_1(fn_create_1(fn_chemical_reaction_between_methane_and_oxygen_7(X)))
& next_event_2(fn_chemical_reaction_between_methane_and_oxygen_2(X),fn_chemical_reaction_between_methane_and_oxygen_4(X))
& next_event_2(fn_chemical_reaction_between_methane_and_oxygen_3(X),fn_chemical_reaction_between_methane_and_oxygen_2(X))
& causes_2(fn_chemical_reaction_between_methane_and_oxygen_3(X),fn_chemical_reaction_between_methane_and_oxygen_4(X))
& causes_2(fn_chemical_reaction_between_methane_and_oxygen_3(X),fn_chemical_reaction_between_methane_and_oxygen_2(X))
& next_event_2(fn_chemical_reaction_between_methane_and_oxygen_8(X),fn_chemical_reaction_between_methane_and_oxygen_7(X))
& subevent_2(fn_chemical_reaction_between_methane_and_oxygen_7(X),fn_chemical_reaction_between_methane_and_oxygen_6(X))
& subevent_2(X,fn_chemical_reaction_between_methane_and_oxygen_7(X))
& subevent_2(X,fn_chemical_reaction_between_methane_and_oxygen_3(X))
& subevent_2(X,fn_chemical_reaction_between_methane_and_oxygen_2(X))
& result_2(X,fn_chemical_reaction_between_methane_and_oxygen_1(X))
& result_2(fn_chemical_reaction_between_methane_and_oxygen_7(X),fn_chemical_reaction_between_methane_and_oxygen_9(X))
& result_2(X,fn_chemical_reaction_between_methane_and_oxygen_9(X))
& result_2(fn_chemical_reaction_between_methane_and_oxygen_6(X),fn_chemical_reaction_between_methane_and_oxygen_5(X))
& raw_material_2(X,fn_chemical_reaction_between_methane_and_oxygen_10(X))
& donor_2(fn_chemical_reaction_between_methane_and_oxygen_11(X),fn_chemical_reaction_between_methane_and_oxygen_10(X))
& recipient_2(fn_chemical_reaction_between_methane_and_oxygen_8(X),fn_chemical_reaction_between_methane_and_oxygen_12(X))
& recipient_2(fn_chemical_reaction_between_methane_and_oxygen_11(X),fn_chemical_reaction_between_methane_and_oxygen_12(X))
& raw_material_2(X,fn_chemical_reaction_between_methane_and_oxygen_12(X))
& fn_chemical_reaction_between_methane_and_oxygen_12(X) != fn_chemical_reaction_between_methane_and_oxygen_10(X)
& donor_2(fn_chemical_reaction_between_methane_and_oxygen_8(X),fn_chemical_reaction_between_methane_and_oxygen_10(X))
& subevent_2(X,fn_chemical_reaction_between_methane_and_oxygen_8(X))
& subevent_2(X,fn_chemical_reaction_between_methane_and_oxygen_11(X))
& fn_chemical_reaction_between_methane_and_oxygen_10(X) != fn_chemical_reaction_between_methane_and_oxygen_12(X)
& fn_chemical_reaction_between_methane_and_oxygen_9(X) = fn_create_1(fn_chemical_reaction_between_methane_and_oxygen_7(X))
& fn_chemical_reaction_between_methane_and_oxygen_9(X) = fn_exergonic_reaction_11(X)
& fn_chemical_reaction_between_methane_and_oxygen_5(X) = fn_create_1(fn_chemical_reaction_between_methane_and_oxygen_6(X))
& fn_chemical_reaction_between_methane_and_oxygen_10(X) = fn_exergonic_reaction_10(X)
& fn_chemical_reaction_between_methane_and_oxygen_11(X) = fn_redox_reaction_11(X)
& fn_chemical_reaction_between_methane_and_oxygen_8(X) = fn_redox_reaction_10(X)
& fn_chemical_reaction_between_methane_and_oxygen_10(X) = fn_redox_reaction_12(X)
& fn_chemical_reaction_between_methane_and_oxygen_12(X) = fn_redox_reaction_16(X)
& fn_create_1(fn_chemical_reaction_between_methane_and_oxygen_7(X)) = fn_exergonic_reaction_11(X)
& fn_exergonic_reaction_11(X) = fn_redox_reaction_12(X)
& fn_redox_reaction_12(X) = fn_exergonic_reaction_10(X)
& fn_exergonic_reaction_10(X) = fn_redox_reaction_12(X)
& fn_redox_reaction_12(X) = fn_redox_reaction_12(X) ) ) ).
fof(a528342,axiom,
! [X] :
( chemical_representation_1(X)
=> ( original_name_2(X,'Chemical-Representation')
& user_description_2(X,'A method of representing chemical data.')
& concept2words_2(X,'representation of chemical')
& concept2words_2(X,'chemical representation')
& concept2words_2(X,'chemical-representation')
& representation_of_data_1(X) ) ) ).
fof(a528343,axiom,
! [X] :
( chemical_signaling_1(X)
=> ( original_name_2(X,'Chemical-Signaling')
& user_description_2(X,'The process of transmitting a message from one cell to another. The three stages are reception, transduction, and response.')
& concept2words_2(X,signal)
& concept2words_2(X,'signaling of chemical')
& concept2words_2(X,'chemical signaling')
& concept2words_2(X,'chemical-signaling')
& cell_signaling_1(X)
& time_interval_1(fn_chemical_signaling_1(X))
& time_interval_1(fn_chemical_signaling_2(X))
& time_interval_1(fn_chemical_signaling_3(X))
& time_interval_1(fn_chemical_signaling_4(X))
& time_interval_1(fn_chemical_signaling_5(X))
& cellular_response_1(fn_chemical_signaling_6(X))
& signal_reception_1(fn_chemical_signaling_7(X))
& signal_transduction_1(fn_chemical_signaling_8(X))
& time_during_2(fn_chemical_signaling_8(X),fn_chemical_signaling_4(X))
& time_during_2(fn_chemical_signaling_7(X),fn_chemical_signaling_3(X))
& time_during_2(fn_chemical_signaling_6(X),fn_chemical_signaling_5(X))
& time_before_2(fn_chemical_signaling_1(X),fn_chemical_signaling_2(X))
& time_before_2(fn_chemical_signaling_2(X),fn_chemical_signaling_3(X))
& time_before_2(fn_chemical_signaling_3(X),fn_chemical_signaling_4(X))
& time_before_2(fn_chemical_signaling_4(X),fn_chemical_signaling_5(X))
& first_subevent_2(X,fn_chemical_signaling_7(X))
& subevent_2(X,fn_chemical_signaling_7(X))
& next_event_2(fn_chemical_signaling_7(X),fn_chemical_signaling_8(X))
& next_event_2(fn_chemical_signaling_8(X),fn_chemical_signaling_6(X))
& subevent_2(X,fn_chemical_signaling_6(X))
& subevent_2(X,fn_chemical_signaling_8(X))
& fn_chemical_signaling_6(X) = fn_cell_signaling_1(X)
& fn_chemical_signaling_8(X) = fn_cell_signaling_3(X)
& fn_chemical_signaling_7(X) = fn_cell_signaling_2(X) ) ) ).
fof(a528344,axiom,
! [X] :
( chemical_stability_1(X)
=> ( original_name_2(X,'Chemical-Stability')
& user_description_2(X,'A state in which chemicals are resistant to change.')
& concept2words_2(X,'stability of chemical')
& concept2words_2(X,'chemical stability')
& concept2words_2(X,'chemical-stability')
& state_1(X) ) ) ).
fof(a528345,axiom,
! [X] :
( chemical_stability_constant_1(X)
=> ( original_name_2(X,'Chemical-Stability-Constant')
& concept2words_2(X,'chemical stability constant')
& concept2words_2(X,'chemical-stability-constant')
& constant_1(X) ) ) ).
fof(a528346,axiom,
! [X] :
( chemical_stability_value_1(X)
=> ( original_name_2(X,'Chemical-Stability-Value')
& concept2words_2(X,stability)
& concept2words_2(X,'stability of chemical')
& concept2words_2(X,'chemical stability')
& concept2words_2(X,'chemical-stability')
& concept2words_2(X,'chemical stability value')
& concept2words_2(X,'chemical-stability-value')
& property_value_1(X) ) ) ).
fof(a528347,axiom,
! [X] :
( chemical_work_1(X)
=> ( original_name_2(X,'Chemical-Work')
& user_description_2(X,'Work done by change in the internal energy of a body by alterations of the composition.')
& concept2words_2(X,'perform chemical work')
& concept2words_2(X,'work of chemical')
& concept2words_2(X,'chemical work')
& concept2words_2(X,'chemical-work')
& cellular_work_1(X) ) ) ).
fof(a528348,axiom,
! [X] :
( chemiosmosis_1(X)
=> ( original_name_2(X,'Chemiosmosis')
& user_description_2(X,'Chemiosmosis is the movement of ions across a selectively-permeable membrane, through a channel protein, ATP synthase down their electrochemical gradient. More specifically, it relates to the generation of ATP by the movement of hydrogen ions across a membrane during cellular respiration.')
& concept2words_2(X,'perform chemiosmosis')
& concept2words_2(X,convert)
& concept2words_2(X,chemiosmosis)
& energy_coupling_1(X)
& ~ diffusion_of_water_across_membrane_separating_two_isotonic_solution_1(X)
& ~ osmosis_1(X)
& spatial_entity_1(fn_chemiosmosis_1(X))
& spatial_entity_1(fn_chemiosmosis_2(X))
& fluid_substance_1(fn_chemiosmosis_3(X))
& region_1(fn_chemiosmosis_4(X))
& chemical_reaction_1(fn_chemiosmosis_5(X))
& functional_region_1(fn_chemiosmosis_6(X))
& inorganic_phosphate_1(fn_chemiosmosis_7(X))
& rotate_1(fn_chemiosmosis_9(X))
& rotate_1(fn_chemiosmosis_10(X))
& decrease_1(fn_chemiosmosis_11(X))
& spatial_entity_1(fn_chemiosmosis_12(X))
& tangible_entity_1(fn_chemiosmosis_12(X))
& chemical_entity_1(fn_chemiosmosis_12(X))
& hydrogen_ion_1(fn_chemiosmosis_12(X))
& transmembrane_protein_1(fn_chemiosmosis_13(X))
& integral_protein_1(fn_chemiosmosis_13(X))
& transport_protein_1(fn_chemiosmosis_13(X))
& tangible_entity_1(fn_chemiosmosis_14(X))
& phospholipid_bilayer_1(fn_chemiosmosis_14(X))
& attach_1(fn_chemiosmosis_15(X))
& attach_1(fn_chemiosmosis_16(X))
& spatial_entity_1(fn_chemiosmosis_17(X))
& membrane_protein_1(fn_chemiosmosis_17(X))
& hydrophilic_channel_1(fn_chemiosmosis_18(X))
& protein_1(fn_chemiosmosis_19(X))
& rotor_1(fn_chemiosmosis_19(X))
& rod_1(fn_chemiosmosis_20(X))
& spatial_entity_1(fn_chemiosmosis_21(X))
& biomembrane_1(fn_chemiosmosis_21(X))
& facilitated_diffusion_1(fn_chemiosmosis_22(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_chemiosmosis_30(X))
& chemical_entity_1(fn_chemiosmosis_31(X))
& organic_molecule_1(fn_chemiosmosis_31(X))
& adp_1(fn_chemiosmosis_31(X))
& active_site_1(fn_chemiosmosis_32(X))
& reactant_1(fn_chemiosmosis_33(X))
& free_energy_1(fn_chemiosmosis_34(X))
& structural_complexity_value_1(fn_chemiosmosis_35(X))
& structural_complexity_value_1(fn_chemiosmosis_36(X))
& covalent_bond_1(fn_chemiosmosis_37(X))
& chemical_bond_1(fn_chemiosmosis_37(X))
& single_bond_1(fn_chemiosmosis_37(X))
& free_energy_1(fn_chemiosmosis_38(X))
& functional_group_1(fn_chemiosmosis_39(X))
& phosphate_group_1(fn_chemiosmosis_39(X))
& functional_group_1(fn_chemiosmosis_40(X))
& phosphate_group_1(fn_chemiosmosis_40(X))
& functional_group_1(fn_chemiosmosis_41(X))
& phosphate_group_1(fn_chemiosmosis_41(X))
& oxygen_1(fn_chemiosmosis_42(X))
& entity_1(fn_chemiosmosis_42(X))
& chemical_entity_1(fn_chemiosmosis_42(X))
& atom_1(fn_chemiosmosis_42(X))
& tangible_entity_1(fn_chemiosmosis_43(X))
& entity_1(fn_chemiosmosis_43(X))
& chemical_entity_1(fn_chemiosmosis_43(X))
& atom_1(fn_chemiosmosis_43(X))
& phosphorus_1(fn_chemiosmosis_43(X))
& entity_1(fn_chemiosmosis_44(X))
& chemical_entity_1(fn_chemiosmosis_44(X))
& atom_1(fn_chemiosmosis_44(X))
& oxygen_1(fn_chemiosmosis_44(X))
& quantity_value_1(fn_chemiosmosis_45(X))
& quantity_value_1(fn_chemiosmosis_46(X))
& constant_motion_1(fn_chemiosmosis_47(X))
& size_value_1(fn_chemiosmosis_48(X))
& protein_domain_1(fn_chemiosmosis_49(X))
& hydrophilic_region_1(fn_chemiosmosis_50(X))
& surface_1(fn_chemiosmosis_51(X))
& carbon_skeleton_1(fn_chemiosmosis_52(X))
& polypeptide_1(fn_chemiosmosis_53(X))
& atom_1(fn_chemiosmosis_54(X))
& chemical_entity_1(fn_chemiosmosis_54(X))
& monomer_1(fn_chemiosmosis_55(X))
& carbon_1(fn_chemiosmosis_56(X))
& kinetic_energy_1(fn_chemiosmosis_57(X))
& quantity_value_1(fn_chemiosmosis_58(X))
& speed_value_1(fn_chemiosmosis_59(X))
& size_value_1(fn_chemiosmosis_60(X))
& spatial_entity_1(fn_chemiosmosis_61(X))
& chemical_entity_1(fn_chemiosmosis_61(X))
& monomer_1(fn_chemiosmosis_61(X))
& molecule_1(fn_chemiosmosis_61(X))
& amino_acid_1(fn_chemiosmosis_61(X))
& activate_1(fn_chemiosmosis_62(X))
& rotate_1(fn_chemiosmosis_63(X))
& rotate_1(fn_chemiosmosis_64(X))
& protein_complex_1(fn_chemiosmosis_65(X))
& atp_synthase_1(fn_chemiosmosis_65(X))
& constant_motion_1(fn_chemiosmosis_70(X))
& protein_domain_1(fn_chemiosmosis_71(X))
& surface_1(fn_chemiosmosis_72(X))
& carbon_skeleton_1(fn_chemiosmosis_73(X))
& size_value_1(fn_chemiosmosis_74(X))
& polypeptide_1(fn_chemiosmosis_75(X))
& atom_1(fn_chemiosmosis_76(X))
& chemical_entity_1(fn_chemiosmosis_76(X))
& monomer_1(fn_chemiosmosis_77(X))
& carbon_1(fn_chemiosmosis_78(X))
& kinetic_energy_1(fn_chemiosmosis_79(X))
& quantity_value_1(fn_chemiosmosis_80(X))
& speed_value_1(fn_chemiosmosis_81(X))
& size_value_1(fn_chemiosmosis_82(X))
& spatial_entity_1(fn_chemiosmosis_83(X))
& chemical_entity_1(fn_chemiosmosis_83(X))
& monomer_1(fn_chemiosmosis_83(X))
& molecule_1(fn_chemiosmosis_83(X))
& amino_acid_1(fn_chemiosmosis_83(X))
& rotate_1(fn_chemiosmosis_84(X))
& water_1(fn_chemiosmosis_85(X))
& chemical_1(fn_chemiosmosis_85(X))
& property_value_1(fn_chemiosmosis_87(X))
& thermal_motion_1(fn_chemiosmosis_91(X))
& quantity_value_1(fn_chemiosmosis_92(X))
& quantity_value_1(fn_chemiosmosis_93(X))
& quantity_value_1(fn_chemiosmosis_94(X))
& facilitated_diffusion_1(fn_chemiosmosis_95(X))
& hydrophilic_channel_1(fn_chemiosmosis_96(X))
& attach_1(fn_chemiosmosis_97(X))
& hold_1(fn_chemiosmosis_98(X))
& hydrophilic_channel_1(fn_chemiosmosis_99(X))
& organic_molecule_1(fn_chemiosmosis_100(X))
& molecule_1(fn_chemiosmosis_100(X))
& chemical_entity_1(fn_chemiosmosis_100(X))
& ribonucleotide_1(fn_chemiosmosis_100(X))
& nucleoside_triphosphate_1(fn_chemiosmosis_100(X))
& atp_1(fn_chemiosmosis_100(X))
& spatial_entity_1(fn_chemiosmosis_101(X))
& tangible_entity_1(fn_chemiosmosis_101(X))
& polymer_1(fn_chemiosmosis_101(X))
& protein_1(fn_chemiosmosis_101(X))
& organic_molecule_1(fn_chemiosmosis_101(X))
& molecule_1(fn_chemiosmosis_101(X))
& protein_enzyme_1(fn_chemiosmosis_101(X))
& knob_1(fn_chemiosmosis_101(X))
& activation_of_atp_synthase_1(fn_chemiosmosis_102(X))
& spatial_entity_1(fn_chemiosmosis_103(X))
& tangible_entity_1(fn_chemiosmosis_103(X))
& stator_1(fn_chemiosmosis_103(X))
& protein_1(fn_chemiosmosis_103(X))
& molecule_1(fn_chemiosmosis_103(X))
& organic_molecule_1(fn_chemiosmosis_103(X))
& polymer_1(fn_chemiosmosis_103(X))
& spatial_entity_1(fn_chemiosmosis_104(X))
& protein_1(fn_chemiosmosis_104(X))
& rotor_1(fn_chemiosmosis_104(X))
& spatial_entity_1(fn_chemiosmosis_105(X))
& rod_1(fn_chemiosmosis_105(X))
& hold_1(fn_chemiosmosis_106(X))
& move_1(fn_chemiosmosis_107(X))
& move_through_1(fn_chemiosmosis_107(X))
& decrease_1(fn_chemiosmosis_108(X))
& aqueous_solution_1(fn_chemiosmosis_109(X))
& hypotonic_solution_1(fn_chemiosmosis_109(X))
& increase_1(fn_chemiosmosis_111(X))
& concentration_value_1(fn_chemiosmosis_112(X))
& ph_value_1(fn_chemiosmosis_114(X))
& entity_1(fn_chemiosmosis_115(X))
& protein_complex_1(fn_chemiosmosis_115(X))
& atp_synthase_1(fn_chemiosmosis_115(X))
& spatial_entity_1(fn_chemiosmosis_116(X))
& biomembrane_1(fn_chemiosmosis_116(X))
& gradient_1(fn_chemiosmosis_117(X))
& electrochemical_gradient_1(fn_chemiosmosis_117(X))
& hydrogen_ion_gradient_1(fn_chemiosmosis_117(X))
& endergonic_process_1(fn_chemiosmosis_118(X))
& chemical_reaction_1(fn_chemiosmosis_118(X))
& synthesis_of_organic_molecule_1(fn_chemiosmosis_118(X))
& anabolic_pathway_1(fn_chemiosmosis_118(X))
& synthesis_of_atp_1(fn_chemiosmosis_118(X))
& exergonic_process_1(fn_chemiosmosis_119(X))
& facilitated_diffusion_of_ion_1(fn_chemiosmosis_119(X))
& spontaneous_change_1(fn_chemiosmosis_119(X))
& passive_transport_1(fn_chemiosmosis_119(X))
& facilitated_diffusion_1(fn_chemiosmosis_119(X))
& free_energy_1(fn_chemiosmosis_120(X))
& proton_motive_force_1(fn_chemiosmosis_121(X))
& spatial_entity_1(fn_chemiosmosis_122(X))
& tangible_entity_1(fn_chemiosmosis_122(X))
& chemical_1(fn_chemiosmosis_122(X))
& aqueous_solution_1(fn_chemiosmosis_123(X))
& hypertonic_solution_1(fn_chemiosmosis_123(X))
& property_node_1(fn_increase_2(fn_chemiosmosis_111(X)))
& property_value_1(fn_increase_3(fn_chemiosmosis_111(X)))
& property_node_1(fn_protein_10(fn_chemiosmosis_101(X)))
& hydrophilic_channel_1(fn_stator_2(fn_chemiosmosis_103(X)))
& property_node_1(fn_decrease_1(fn_chemiosmosis_108(X)))
& property_node_1(fn_decrease_2(fn_chemiosmosis_108(X)))
& property_value_1(fn_decrease_3(fn_chemiosmosis_108(X)))
& property_value_1(fn_decrease_4(fn_chemiosmosis_108(X)))
& hydrogen_ion_gradient_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_chemiosmosis_30(X)))
& atp_synthase_1(fn_activation_of_atp_synthase_4(fn_chemiosmosis_102(X)))
& polypeptide_1(fn_protein_8(fn_chemiosmosis_101(X)))
& surface_1(fn_protein_5(fn_chemiosmosis_101(X)))
& hydrophilic_region_1(fn_protein_1(fn_chemiosmosis_101(X)))
& surface_1(fn_protein_5(fn_chemiosmosis_103(X)))
& polypeptide_1(fn_protein_8(fn_chemiosmosis_103(X)))
& spatial_entity_1(fn_protein_14(fn_chemiosmosis_103(X)))
& chemical_entity_1(fn_protein_14(fn_chemiosmosis_103(X)))
& monomer_1(fn_protein_14(fn_chemiosmosis_103(X)))
& molecule_1(fn_protein_14(fn_chemiosmosis_103(X)))
& amino_acid_1(fn_protein_14(fn_chemiosmosis_103(X)))
& protein_domain_1(fn_protein_7(fn_chemiosmosis_103(X)))
& property_node_1(fn_molecule_2(fn_chemiosmosis_103(X)))
& constant_motion_1(fn_molecule_8(fn_chemiosmosis_103(X)))
& property_node_1(fn_molecule_1(fn_chemiosmosis_103(X)))
& speed_value_1(fn_molecule_3(fn_chemiosmosis_103(X)))
& quantity_value_1(fn_molecule_4(fn_chemiosmosis_103(X)))
& kinetic_energy_1(fn_molecule_12(fn_chemiosmosis_103(X)))
& atom_1(fn_organic_molecule_2(fn_chemiosmosis_103(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_chemiosmosis_103(X)))
& carbon_1(fn_organic_molecule_1(fn_chemiosmosis_103(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_chemiosmosis_103(X)))
& property_node_1(fn_polymer_10(fn_chemiosmosis_103(X)))
& property_node_1(fn_polymer_9(fn_chemiosmosis_103(X)))
& size_value_1(fn_polymer_8(fn_chemiosmosis_103(X)))
& size_value_1(fn_polymer_7(fn_chemiosmosis_103(X)))
& monomer_1(fn_polymer_4(fn_chemiosmosis_103(X)))
& property_node_1(fn_molecule_2(fn_chemiosmosis_101(X)))
& constant_motion_1(fn_molecule_8(fn_chemiosmosis_101(X)))
& property_node_1(fn_molecule_1(fn_chemiosmosis_101(X)))
& speed_value_1(fn_molecule_3(fn_chemiosmosis_101(X)))
& quantity_value_1(fn_molecule_4(fn_chemiosmosis_101(X)))
& kinetic_energy_1(fn_molecule_12(fn_chemiosmosis_101(X)))
& protein_domain_1(fn_protein_enzyme_5(fn_chemiosmosis_101(X)))
& size_value_1(fn_protein_enzyme_4(fn_chemiosmosis_101(X)))
& property_node_1(fn_passive_transport_15(fn_chemiosmosis_119(X)))
& decrease_1(fn_passive_transport_23(fn_chemiosmosis_119(X)))
& thermal_motion_1(fn_passive_transport_22(fn_chemiosmosis_119(X)))
& quantity_value_1(fn_passive_transport_19(fn_chemiosmosis_119(X)))
& attach_1(fn_facilitated_diffusion_52(fn_chemiosmosis_119(X)))
& spatial_entity_1(fn_facilitated_diffusion_50(fn_chemiosmosis_119(X)))
& membrane_protein_1(fn_facilitated_diffusion_50(fn_chemiosmosis_119(X)))
& attach_1(fn_facilitated_diffusion_51(fn_chemiosmosis_119(X)))
& facilitated_diffusion_1(fn_atp_synthase_46(fn_chemiosmosis_115(X)))
& hydrophilic_channel_1(fn_atp_synthase_35(fn_chemiosmosis_115(X)))
& property_node_1(fn_atp_synthase_17(fn_chemiosmosis_65(X)))
& property_node_1(fn_atp_synthase_18(fn_chemiosmosis_65(X)))
& rod_1(fn_atp_synthase_33(fn_chemiosmosis_65(X)))
& reactant_1(fn_atp_synthase_39(fn_chemiosmosis_65(X)))
& quantity_value_1(fn_atp_synthase_28(fn_chemiosmosis_65(X)))
& quantity_value_1(fn_atp_synthase_27(fn_chemiosmosis_65(X)))
& free_energy_1(fn_atp_synthase_26(fn_chemiosmosis_65(X)))
& property_node_1(fn_atp_synthase_20(fn_chemiosmosis_65(X)))
& spatial_entity_1(fn_atp_synthase_37(fn_chemiosmosis_65(X)))
& biomembrane_1(fn_atp_synthase_37(fn_chemiosmosis_65(X)))
& facilitated_diffusion_1(fn_atp_synthase_46(fn_chemiosmosis_65(X)))
& hydrophilic_channel_1(fn_atp_synthase_35(fn_chemiosmosis_65(X)))
& transport_protein_1(fn_facilitated_diffusion_25(fn_chemiosmosis_119(X)))
& potential_energy_1(fn_gradient_1(fn_chemiosmosis_117(X)))
& potential_energy_1(fn_spontaneous_change_8(fn_chemiosmosis_119(X)))
& spatial_entity_1(fn_facilitated_diffusion_26(fn_chemiosmosis_119(X)))
& tangible_entity_1(fn_facilitated_diffusion_26(fn_chemiosmosis_119(X)))
& chemical_entity_1(fn_facilitated_diffusion_26(fn_chemiosmosis_119(X)))
& hydrogen_ion_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_chemiosmosis_30(X)))
& spatial_entity_1(fn_attach_1(fn_chemiosmosis_97(X)))
& tangible_entity_1(fn_hold_1(fn_chemiosmosis_98(X)))
& tangible_entity_1(fn_hold_1(fn_chemiosmosis_106(X)))
& active_site_1(fn_knob_5(fn_chemiosmosis_101(X)))
& active_site_1(fn_protein_enzyme_10(fn_chemiosmosis_101(X)))
& spatial_entity_1(fn_protein_14(fn_chemiosmosis_101(X)))
& chemical_entity_1(fn_protein_14(fn_chemiosmosis_101(X)))
& monomer_1(fn_protein_14(fn_chemiosmosis_101(X)))
& molecule_1(fn_protein_14(fn_chemiosmosis_101(X)))
& amino_acid_1(fn_protein_14(fn_chemiosmosis_101(X)))
& spatial_entity_1(fn_protein_enzyme_11(fn_chemiosmosis_101(X)))
& chemical_entity_1(fn_protein_enzyme_11(fn_chemiosmosis_101(X)))
& monomer_1(fn_protein_enzyme_11(fn_chemiosmosis_101(X)))
& molecule_1(fn_protein_enzyme_11(fn_chemiosmosis_101(X)))
& amino_acid_1(fn_protein_enzyme_11(fn_chemiosmosis_101(X)))
& size_value_1(fn_protein_9(fn_chemiosmosis_101(X)))
& size_value_1(fn_protein_enzyme_3(fn_chemiosmosis_101(X)))
& monomer_1(fn_polymer_4(fn_chemiosmosis_101(X)))
& monomer_1(fn_protein_enzyme_9(fn_chemiosmosis_101(X)))
& atom_1(fn_organic_molecule_2(fn_chemiosmosis_101(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_chemiosmosis_101(X)))
& atom_1(fn_protein_enzyme_8(fn_chemiosmosis_101(X)))
& chemical_entity_1(fn_protein_enzyme_8(fn_chemiosmosis_101(X)))
& carbon_1(fn_organic_molecule_1(fn_chemiosmosis_101(X)))
& carbon_1(fn_protein_enzyme_7(fn_chemiosmosis_101(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_chemiosmosis_101(X)))
& carbon_skeleton_1(fn_protein_enzyme_6(fn_chemiosmosis_101(X)))
& property_node_1(fn_spontaneous_change_9(fn_chemiosmosis_119(X)))
& property_node_1(fn_passive_transport_16(fn_chemiosmosis_119(X)))
& property_node_1(fn_gradient_5(fn_chemiosmosis_117(X)))
& property_node_1(fn_passive_transport_30(fn_chemiosmosis_119(X)))
& quantity_value_1(fn_gradient_3(fn_chemiosmosis_117(X)))
& quantity_value_1(fn_electrochemical_gradient_18(fn_chemiosmosis_117(X)))
& quantity_value_1(fn_passive_transport_28(fn_chemiosmosis_119(X)))
& quantity_value_1(fn_gradient_2(fn_chemiosmosis_117(X)))
& quantity_value_1(fn_spontaneous_change_7(fn_chemiosmosis_119(X)))
& quantity_value_1(fn_passive_transport_18(fn_chemiosmosis_119(X)))
& free_energy_1(fn_exergonic_process_3(fn_chemiosmosis_119(X)))
& free_energy_1(fn_synthesis_of_atp_14(fn_chemiosmosis_118(X)))
& free_energy_1(fn_passive_transport_17(fn_chemiosmosis_119(X)))
& functional_group_1(fn_ribonucleotide_14(fn_chemiosmosis_100(X)))
& phosphate_group_1(fn_ribonucleotide_14(fn_chemiosmosis_100(X)))
& phosphate_group_1(fn_nucleoside_triphosphate_27(fn_chemiosmosis_100(X)))
& spatial_entity_1(fn_move_1(fn_chemiosmosis_84(X)))
& protein_1(fn_protein_complex_1(fn_chemiosmosis_115(X)))
& rotor_1(fn_atp_synthase_13(fn_chemiosmosis_115(X)))
& spatial_entity_1(fn_move_1(fn_chemiosmosis_64(X)))
& rod_1(fn_atp_synthase_33(fn_chemiosmosis_115(X)))
& spatial_entity_1(fn_move_1(fn_chemiosmosis_63(X)))
& tangible_entity_1(fn_hold_2(fn_chemiosmosis_98(X)))
& tangible_entity_1(fn_hold_2(fn_chemiosmosis_106(X)))
& knob_1(fn_atp_synthase_32(fn_chemiosmosis_115(X)))
& entity_1(fn_make_accessible_1(fn_chemiosmosis_62(X)))
& atp_synthase_1(fn_activation_of_atp_synthase_3(fn_chemiosmosis_102(X)))
& covalent_bond_1(fn_synthesis_of_atp_21(fn_chemiosmosis_118(X)))
& chemical_bond_1(fn_synthesis_of_atp_21(fn_chemiosmosis_118(X)))
& single_bond_1(fn_synthesis_of_atp_21(fn_chemiosmosis_118(X)))
& chemical_bond_1(fn_molecule_10(fn_chemiosmosis_100(X)))
& covalent_bond_1(fn_ribonucleotide_12(fn_chemiosmosis_100(X)))
& single_bond_1(fn_ribonucleotide_12(fn_chemiosmosis_100(X)))
& single_bond_1(fn_nucleoside_triphosphate_35(fn_chemiosmosis_100(X)))
& covalent_bond_1(fn_atp_30(fn_chemiosmosis_100(X)))
& chemical_bond_1(fn_atp_30(fn_chemiosmosis_100(X)))
& single_bond_1(fn_atp_30(fn_chemiosmosis_100(X)))
& single_bond_1(fn_phosphate_group_37(fn_chemiosmosis_41(X)))
& atom_1(fn_ribonucleotide_17(fn_chemiosmosis_100(X)))
& phosphorus_1(fn_ribonucleotide_17(fn_chemiosmosis_100(X)))
& tangible_entity_1(fn_nucleoside_triphosphate_33(fn_chemiosmosis_100(X)))
& entity_1(fn_nucleoside_triphosphate_33(fn_chemiosmosis_100(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_33(fn_chemiosmosis_100(X)))
& atom_1(fn_nucleoside_triphosphate_33(fn_chemiosmosis_100(X)))
& phosphorus_1(fn_nucleoside_triphosphate_33(fn_chemiosmosis_100(X)))
& tangible_entity_1(fn_atp_36(fn_chemiosmosis_100(X)))
& entity_1(fn_atp_36(fn_chemiosmosis_100(X)))
& chemical_entity_1(fn_atp_36(fn_chemiosmosis_100(X)))
& atom_1(fn_atp_36(fn_chemiosmosis_100(X)))
& phosphorus_1(fn_atp_36(fn_chemiosmosis_100(X)))
& phosphorus_1(fn_phosphate_group_6(fn_chemiosmosis_41(X)))
& functional_group_1(fn_synthesis_of_atp_20(fn_chemiosmosis_118(X)))
& phosphate_group_1(fn_synthesis_of_atp_20(fn_chemiosmosis_118(X)))
& functional_group_1(fn_atp_32(fn_chemiosmosis_100(X)))
& phosphate_group_1(fn_atp_32(fn_chemiosmosis_100(X)))
& oxygen_1(fn_ribonucleotide_8(fn_chemiosmosis_100(X)))
& entity_1(fn_ribonucleotide_8(fn_chemiosmosis_100(X)))
& chemical_entity_1(fn_ribonucleotide_8(fn_chemiosmosis_100(X)))
& atom_1(fn_ribonucleotide_8(fn_chemiosmosis_100(X)))
& oxygen_1(fn_atp_35(fn_chemiosmosis_100(X)))
& entity_1(fn_atp_35(fn_chemiosmosis_100(X)))
& chemical_entity_1(fn_atp_35(fn_chemiosmosis_100(X)))
& atom_1(fn_atp_35(fn_chemiosmosis_100(X)))
& entity_1(fn_phosphate_group_22(fn_chemiosmosis_41(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_chemiosmosis_41(X)))
& atom_1(fn_phosphate_group_22(fn_chemiosmosis_41(X)))
& oxygen_1(fn_phosphate_group_22(fn_chemiosmosis_41(X)))
& functional_group_1(fn_synthesis_of_atp_18(fn_chemiosmosis_118(X)))
& phosphate_group_1(fn_synthesis_of_atp_18(fn_chemiosmosis_118(X)))
& functional_group_1(fn_atp_33(fn_chemiosmosis_100(X)))
& phosphate_group_1(fn_atp_33(fn_chemiosmosis_100(X)))
& functional_group_1(fn_atp_34(fn_chemiosmosis_100(X)))
& phosphate_group_1(fn_atp_34(fn_chemiosmosis_100(X)))
& oxygen_1(fn_synthesis_of_atp_15(fn_chemiosmosis_118(X)))
& entity_1(fn_synthesis_of_atp_15(fn_chemiosmosis_118(X)))
& chemical_entity_1(fn_synthesis_of_atp_15(fn_chemiosmosis_118(X)))
& atom_1(fn_synthesis_of_atp_15(fn_chemiosmosis_118(X)))
& atom_1(fn_molecule_11(fn_chemiosmosis_100(X)))
& entity_1(fn_ribonucleotide_16(fn_chemiosmosis_100(X)))
& chemical_entity_1(fn_ribonucleotide_16(fn_chemiosmosis_100(X)))
& atom_1(fn_ribonucleotide_16(fn_chemiosmosis_100(X)))
& oxygen_1(fn_ribonucleotide_16(fn_chemiosmosis_100(X)))
& oxygen_1(fn_nucleoside_triphosphate_32(fn_chemiosmosis_100(X)))
& entity_1(fn_nucleoside_triphosphate_32(fn_chemiosmosis_100(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_32(fn_chemiosmosis_100(X)))
& atom_1(fn_nucleoside_triphosphate_32(fn_chemiosmosis_100(X)))
& oxygen_1(fn_atp_37(fn_chemiosmosis_100(X)))
& entity_1(fn_atp_37(fn_chemiosmosis_100(X)))
& chemical_entity_1(fn_atp_37(fn_chemiosmosis_100(X)))
& atom_1(fn_atp_37(fn_chemiosmosis_100(X)))
& oxygen_1(fn_phosphate_group_5(fn_chemiosmosis_41(X)))
& entity_1(fn_phosphate_group_5(fn_chemiosmosis_41(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_chemiosmosis_41(X)))
& atom_1(fn_phosphate_group_5(fn_chemiosmosis_41(X)))
& aqueous_solution_1(fn_facilitated_diffusion_of_ion_23(fn_chemiosmosis_119(X)))
& hypotonic_solution_1(fn_facilitated_diffusion_of_ion_23(fn_chemiosmosis_119(X)))
& hypotonic_solution_1(fn_hypertonic_solution_6(fn_chemiosmosis_123(X)))
& spatial_entity_1(fn_thermal_motion_5(fn_chemiosmosis_91(X)))
& tangible_entity_1(fn_thermal_motion_5(fn_chemiosmosis_91(X)))
& chemical_1(fn_hypertonic_solution_8(fn_chemiosmosis_123(X)))
& water_1(fn_aqueous_solution_14(fn_chemiosmosis_123(X)))
& water_1(fn_hypertonic_solution_7(fn_chemiosmosis_123(X)))
& chemical_1(fn_hypertonic_solution_7(fn_chemiosmosis_123(X)))
& aqueous_solution_1(fn_facilitated_diffusion_of_ion_29(fn_chemiosmosis_119(X)))
& hypertonic_solution_1(fn_facilitated_diffusion_of_ion_29(fn_chemiosmosis_119(X)))
& aqueous_solution_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_chemiosmosis_30(X)))
& property_node_1(fn_anabolic_pathway_2(fn_chemiosmosis_118(X)))
& property_node_1(fn_atp_synthase_19(fn_chemiosmosis_65(X)))
& chemical_entity_1(fn_functional_group_1(fn_chemiosmosis_41(X)))
& organic_molecule_1(fn_synthesis_of_organic_molecule_1(fn_chemiosmosis_118(X)))
& molecule_1(fn_synthesis_of_atp_13(fn_chemiosmosis_118(X)))
& chemical_entity_1(fn_synthesis_of_atp_13(fn_chemiosmosis_118(X)))
& ribonucleotide_1(fn_synthesis_of_atp_13(fn_chemiosmosis_118(X)))
& nucleoside_triphosphate_1(fn_synthesis_of_atp_13(fn_chemiosmosis_118(X)))
& atp_1(fn_synthesis_of_atp_13(fn_chemiosmosis_118(X)))
& organic_molecule_1(fn_atp_synthase_21(fn_chemiosmosis_65(X)))
& molecule_1(fn_atp_synthase_21(fn_chemiosmosis_65(X)))
& chemical_entity_1(fn_atp_synthase_21(fn_chemiosmosis_65(X)))
& ribonucleotide_1(fn_atp_synthase_21(fn_chemiosmosis_65(X)))
& nucleoside_triphosphate_1(fn_atp_synthase_21(fn_chemiosmosis_65(X)))
& atp_1(fn_atp_synthase_21(fn_chemiosmosis_65(X)))
& free_energy_1(fn_synthesis_of_atp_9(fn_chemiosmosis_118(X)))
& free_energy_1(fn_atp_synthase_23(fn_chemiosmosis_65(X)))
& structural_complexity_value_1(fn_synthesis_of_atp_22(fn_chemiosmosis_118(X)))
& structural_complexity_value_1(fn_atp_synthase_24(fn_chemiosmosis_65(X)))
& structural_complexity_value_1(fn_anabolic_pathway_4(fn_chemiosmosis_118(X)))
& structural_complexity_value_1(fn_synthesis_of_atp_23(fn_chemiosmosis_118(X)))
& structural_complexity_value_1(fn_atp_synthase_25(fn_chemiosmosis_65(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_chemiosmosis_118(X)))
& organic_molecule_1(fn_synthesis_of_atp_10(fn_chemiosmosis_118(X)))
& adp_1(fn_atp_synthase_38(fn_chemiosmosis_65(X)))
& chemical_reaction_1(fn_atp_synthase_34(fn_chemiosmosis_65(X)))
& synthesis_of_organic_molecule_1(fn_atp_synthase_34(fn_chemiosmosis_65(X)))
& anabolic_pathway_1(fn_atp_synthase_34(fn_chemiosmosis_65(X)))
& synthesis_of_atp_1(fn_atp_synthase_34(fn_chemiosmosis_65(X)))
& protein_1(fn_protein_complex_1(fn_chemiosmosis_65(X)))
& rotor_1(fn_atp_synthase_13(fn_chemiosmosis_65(X)))
& move_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_chemiosmosis_30(X)))
& move_through_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_chemiosmosis_30(X)))
& move_through_1(fn_passive_transport_24(fn_chemiosmosis_119(X)))
& move_through_1(fn_facilitated_diffusion_55(fn_chemiosmosis_119(X)))
& move_through_1(fn_transport_protein_10(fn_chemiosmosis_13(X)))
& tangible_entity_1(fn_integral_protein_27(fn_chemiosmosis_13(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_chemiosmosis_13(X)))
& tangible_entity_1(fn_transport_protein_12(fn_chemiosmosis_13(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_chemiosmosis_13(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_chemiosmosis_13(X)))
& biomembrane_1(fn_integral_protein_24(fn_chemiosmosis_13(X)))
& spatial_entity_1(fn_facilitated_diffusion_49(fn_chemiosmosis_119(X)))
& biomembrane_1(fn_facilitated_diffusion_49(fn_chemiosmosis_119(X)))
& spatial_entity_1(fn_transport_protein_35(fn_chemiosmosis_13(X)))
& biomembrane_1(fn_transport_protein_35(fn_chemiosmosis_13(X)))
& enables_2(fn_chemiosmosis_11(X),fn_chemiosmosis_118(X))
& base_2(fn_chemiosmosis_10(X),fn_chemiosmosis_65(X))
& causes_2(fn_chemiosmosis_9(X),fn_chemiosmosis_10(X))
& base_2(fn_chemiosmosis_9(X),fn_chemiosmosis_65(X))
& causes_2(fn_chemiosmosis_63(X),fn_chemiosmosis_62(X))
& next_event_2(fn_chemiosmosis_63(X),fn_chemiosmosis_62(X))
& base_2(fn_chemiosmosis_63(X),fn_chemiosmosis_115(X))
& fn_chemiosmosis_63(X) != fn_chemiosmosis_84(X)
& fn_chemiosmosis_63(X) != fn_chemiosmosis_64(X)
& called_2(fn_chemiosmosis_63(X),"3")
& fn_chemiosmosis_64(X) != fn_chemiosmosis_63(X)
& fn_chemiosmosis_64(X) != fn_chemiosmosis_84(X)
& causes_2(fn_chemiosmosis_64(X),fn_chemiosmosis_63(X))
& next_event_2(fn_chemiosmosis_64(X),fn_chemiosmosis_63(X))
& base_2(fn_chemiosmosis_64(X),fn_chemiosmosis_115(X))
& called_2(fn_chemiosmosis_64(X),"2")
& has_part_2(fn_chemiosmosis_65(X),fn_chemiosmosis_19(X))
& has_part_2(fn_chemiosmosis_65(X),fn_chemiosmosis_20(X))
& has_function_2(fn_chemiosmosis_65(X),fn_chemiosmosis_11(X))
& the_scalar_value_2(fn_chemiosmosis_74(X),big_0)
& scalar_unit_class_2(fn_chemiosmosis_74(X),polypeptide_0)
& fn_chemiosmosis_84(X) != fn_chemiosmosis_63(X)
& fn_chemiosmosis_84(X) != fn_chemiosmosis_64(X)
& causes_2(fn_chemiosmosis_84(X),fn_chemiosmosis_64(X))
& next_event_2(fn_chemiosmosis_84(X),fn_chemiosmosis_107(X))
& called_2(fn_chemiosmosis_84(X),"1")
& called_2(fn_chemiosmosis_92(X),'PE_EG')
& site_2(fn_chemiosmosis_5(X),fn_chemiosmosis_6(X))
& agent_2(fn_chemiosmosis_5(X),fn_chemiosmosis_115(X))
& is_at_2(fn_chemiosmosis_99(X),fn_chemiosmosis_72(X))
& facilitates_2(fn_chemiosmosis_101(X),fn_chemiosmosis_5(X))
& subevent_2(fn_chemiosmosis_102(X),fn_chemiosmosis_62(X))
& subevent_2(fn_chemiosmosis_102(X),fn_chemiosmosis_63(X))
& subevent_2(fn_chemiosmosis_102(X),fn_chemiosmosis_64(X))
& first_subevent_2(fn_chemiosmosis_102(X),fn_chemiosmosis_64(X))
& next_event_2(fn_chemiosmosis_102(X),fn_chemiosmosis_118(X))
& has_region_2(fn_chemiosmosis_104(X),fn_chemiosmosis_4(X))
& is_between_2(fn_chemiosmosis_104(X),fn_chemiosmosis_1(X))
& is_between_2(fn_chemiosmosis_104(X),fn_chemiosmosis_2(X))
& next_event_2(fn_chemiosmosis_107(X),fn_chemiosmosis_84(X))
& path_2(fn_chemiosmosis_107(X),fn_chemiosmosis_99(X))
& destination_2(fn_chemiosmosis_107(X),fn_chemiosmosis_109(X))
& called_2(fn_chemiosmosis_107(X),'MT1')
& has_part_2(fn_chemiosmosis_3(X),fn_chemiosmosis_123(X))
& ph_2(fn_chemiosmosis_3(X),fn_chemiosmosis_114(X))
& has_region_2(fn_chemiosmosis_115(X),fn_chemiosmosis_6(X))
& has_function_2(fn_chemiosmosis_115(X),fn_chemiosmosis_5(X))
& has_part_2(fn_chemiosmosis_115(X),fn_chemiosmosis_103(X))
& has_function_2(fn_chemiosmosis_117(X),X)
& subevent_2(X,fn_chemiosmosis_102(X))
& causes_2(X,fn_chemiosmosis_108(X))
& causes_2(X,fn_chemiosmosis_111(X))
& result_2(X,fn_chemiosmosis_120(X))
& result_2(X,fn_chemiosmosis_100(X))
& first_subevent_2(X,fn_chemiosmosis_119(X))
& raw_material_2(X,fn_chemiosmosis_31(X))
& raw_material_2(X,fn_chemiosmosis_7(X))
& instrument_2(X,fn_chemiosmosis_117(X))
& agent_2(X,fn_chemiosmosis_115(X))
& raw_material_2(fn_chemiosmosis_118(X),fn_chemiosmosis_7(X))
& site_2(fn_chemiosmosis_118(X),fn_chemiosmosis_32(X))
& object_2(fn_chemiosmosis_119(X),fn_chemiosmosis_122(X))
& subevent_2(fn_chemiosmosis_119(X),fn_chemiosmosis_84(X))
& first_subevent_2(fn_chemiosmosis_119(X),fn_chemiosmosis_107(X))
& enables_2(fn_chemiosmosis_119(X),fn_chemiosmosis_118(X))
& is_inside_2(fn_chemiosmosis_2(X),fn_chemiosmosis_104(X))
& is_outside_2(fn_chemiosmosis_1(X),fn_chemiosmosis_104(X))
& object_2(fn_chemiosmosis_63(X),fn_chemiosmosis_101(X))
& object_2(fn_chemiosmosis_98(X),fn_chemiosmosis_101(X))
& object_2(fn_chemiosmosis_97(X),fn_chemiosmosis_103(X))
& object_2(fn_chemiosmosis_106(X),fn_chemiosmosis_101(X))
& object_2(fn_chemiosmosis_62(X),fn_chemiosmosis_115(X))
& object_2(fn_chemiosmosis_84(X),fn_chemiosmosis_104(X))
& agent_2(fn_chemiosmosis_98(X),fn_chemiosmosis_103(X))
& agent_2(fn_chemiosmosis_106(X),fn_chemiosmosis_103(X))
& object_2(fn_chemiosmosis_64(X),fn_chemiosmosis_105(X))
& subevent_2(X,fn_chemiosmosis_118(X))
& object_2(fn_chemiosmosis_91(X),fn_chemiosmosis_122(X))
& subevent_2(X,fn_chemiosmosis_119(X))
& object_2(X,fn_chemiosmosis_120(X))
& raw_material_2(fn_chemiosmosis_118(X),fn_chemiosmosis_120(X))
& origin_2(fn_chemiosmosis_119(X),fn_chemiosmosis_123(X))
& destination_2(fn_chemiosmosis_119(X),fn_chemiosmosis_109(X))
& from_value_2(fn_chemiosmosis_111(X),fn_chemiosmosis_114(X))
& possesses_2(fn_chemiosmosis_117(X),fn_chemiosmosis_121(X))
& object_2(fn_chemiosmosis_119(X),fn_chemiosmosis_12(X))
& quantity_2(fn_chemiosmosis_117(X),fn_chemiosmosis_93(X))
& called_2(fn_chemiosmosis_93(X),'EG')
& has_region_2(fn_chemiosmosis_103(X),fn_chemiosmosis_99(X))
& called_2(fn_chemiosmosis_99(X),'HC1')
& raw_material_2(fn_chemiosmosis_119(X),fn_chemiosmosis_121(X))
& quantity_2(fn_chemiosmosis_121(X),fn_chemiosmosis_92(X))
& from_value_2(fn_chemiosmosis_108(X),fn_chemiosmosis_112(X))
& result_2(fn_chemiosmosis_30(X),fn_chemiosmosis_117(X))
& origin_2(fn_chemiosmosis_30(X),fn_chemiosmosis_123(X))
& origin_2(fn_chemiosmosis_107(X),fn_chemiosmosis_123(X))
& object_2(fn_chemiosmosis_107(X),fn_chemiosmosis_12(X))
& result_2(fn_chemiosmosis_102(X),fn_chemiosmosis_65(X))
& has_state_2(fn_chemiosmosis_115(X),fn_chemiosmosis_65(X))
& object_2(fn_chemiosmosis_102(X),fn_chemiosmosis_115(X))
& has_region_2(fn_chemiosmosis_101(X),fn_chemiosmosis_50(X))
& is_at_2(fn_chemiosmosis_50(X),fn_chemiosmosis_51(X))
& has_region_2(fn_chemiosmosis_101(X),fn_chemiosmosis_51(X))
& has_part_2(fn_chemiosmosis_101(X),fn_chemiosmosis_53(X))
& has_part_2(fn_chemiosmosis_53(X),fn_chemiosmosis_61(X))
& has_region_2(fn_chemiosmosis_103(X),fn_chemiosmosis_71(X))
& is_at_2(fn_chemiosmosis_83(X),fn_chemiosmosis_71(X))
& has_part_2(fn_chemiosmosis_75(X),fn_chemiosmosis_83(X))
& has_part_2(fn_chemiosmosis_103(X),fn_chemiosmosis_75(X))
& has_region_2(fn_chemiosmosis_103(X),fn_chemiosmosis_72(X))
& object_2(fn_chemiosmosis_70(X),fn_chemiosmosis_103(X))
& speed_2(fn_chemiosmosis_70(X),fn_chemiosmosis_81(X))
& possesses_2(fn_chemiosmosis_103(X),fn_chemiosmosis_79(X))
& quantity_2(fn_chemiosmosis_79(X),fn_chemiosmosis_80(X))
& directly_proportional_2(fn_chemiosmosis_81(X),fn_chemiosmosis_80(X))
& has_part_2(fn_chemiosmosis_103(X),fn_chemiosmosis_76(X))
& has_part_2(fn_chemiosmosis_103(X),fn_chemiosmosis_78(X))
& has_region_2(fn_chemiosmosis_103(X),fn_chemiosmosis_73(X))
& is_inside_2(fn_chemiosmosis_78(X),fn_chemiosmosis_73(X))
& fn_chemiosmosis_76(X) != fn_chemiosmosis_78(X)
& fn_chemiosmosis_78(X) != fn_chemiosmosis_76(X)
& size_2(fn_chemiosmosis_103(X),fn_chemiosmosis_74(X))
& has_part_2(fn_chemiosmosis_103(X),fn_chemiosmosis_77(X))
& size_2(fn_chemiosmosis_77(X),fn_chemiosmosis_82(X))
& greater_than_2(fn_chemiosmosis_74(X),fn_chemiosmosis_82(X))
& object_2(fn_chemiosmosis_47(X),fn_chemiosmosis_101(X))
& speed_2(fn_chemiosmosis_47(X),fn_chemiosmosis_59(X))
& possesses_2(fn_chemiosmosis_101(X),fn_chemiosmosis_57(X))
& quantity_2(fn_chemiosmosis_57(X),fn_chemiosmosis_58(X))
& directly_proportional_2(fn_chemiosmosis_59(X),fn_chemiosmosis_58(X))
& size_2(fn_chemiosmosis_101(X),fn_chemiosmosis_48(X))
& has_region_2(fn_chemiosmosis_101(X),fn_chemiosmosis_32(X))
& has_part_2(fn_chemiosmosis_101(X),fn_chemiosmosis_54(X))
& has_region_2(fn_chemiosmosis_101(X),fn_chemiosmosis_49(X))
& is_at_2(fn_chemiosmosis_61(X),fn_chemiosmosis_49(X))
& has_part_2(fn_chemiosmosis_101(X),fn_chemiosmosis_55(X))
& size_2(fn_chemiosmosis_55(X),fn_chemiosmosis_60(X))
& greater_than_2(fn_chemiosmosis_48(X),fn_chemiosmosis_60(X))
& the_scalar_value_2(fn_chemiosmosis_48(X),big_0)
& scalar_unit_class_2(fn_chemiosmosis_48(X),polypeptide_0)
& has_region_2(fn_chemiosmosis_101(X),fn_chemiosmosis_52(X))
& is_inside_2(fn_chemiosmosis_56(X),fn_chemiosmosis_52(X))
& has_part_2(fn_chemiosmosis_101(X),fn_chemiosmosis_56(X))
& fn_chemiosmosis_54(X) != fn_chemiosmosis_56(X)
& fn_chemiosmosis_56(X) != fn_chemiosmosis_54(X)
& causes_2(fn_chemiosmosis_119(X),fn_chemiosmosis_108(X))
& by_means_of_2(fn_chemiosmosis_119(X),fn_chemiosmosis_91(X))
& causes_2(fn_chemiosmosis_91(X),fn_chemiosmosis_107(X))
& result_2(fn_chemiosmosis_119(X),fn_chemiosmosis_120(X))
& quantity_2(fn_chemiosmosis_120(X),fn_chemiosmosis_94(X))
& directly_proportional_2(fn_chemiosmosis_92(X),fn_chemiosmosis_94(X))
& directly_proportional_2(fn_chemiosmosis_93(X),fn_chemiosmosis_92(X))
& object_2(fn_chemiosmosis_16(X),fn_chemiosmosis_17(X))
& subevent_2(fn_chemiosmosis_119(X),fn_chemiosmosis_107(X))
& path_2(fn_chemiosmosis_119(X),fn_chemiosmosis_116(X))
& base_2(fn_chemiosmosis_15(X),fn_chemiosmosis_116(X))
& object_2(fn_chemiosmosis_15(X),fn_chemiosmosis_17(X))
& is_at_2(fn_chemiosmosis_17(X),fn_chemiosmosis_116(X))
& base_2(fn_chemiosmosis_16(X),fn_chemiosmosis_116(X))
& is_inside_2(fn_chemiosmosis_44(X),fn_chemiosmosis_41(X))
& called_2(fn_chemiosmosis_39(X),'Terminal PO4 Group')
& has_part_2(fn_chemiosmosis_100(X),fn_chemiosmosis_43(X))
& has_region_2(fn_chemiosmosis_100(X),fn_chemiosmosis_40(X))
& is_inside_2(fn_chemiosmosis_42(X),fn_chemiosmosis_40(X))
& has_part_2(fn_chemiosmosis_100(X),fn_chemiosmosis_42(X))
& is_inside_2(fn_chemiosmosis_43(X),fn_chemiosmosis_41(X))
& has_region_2(fn_chemiosmosis_100(X),fn_chemiosmosis_41(X))
& has_region_2(fn_chemiosmosis_100(X),fn_chemiosmosis_39(X))
& fn_chemiosmosis_40(X) != fn_chemiosmosis_41(X)
& fn_chemiosmosis_41(X) != fn_chemiosmosis_40(X)
& has_part_2(fn_chemiosmosis_100(X),fn_chemiosmosis_44(X))
& is_inside_2(fn_chemiosmosis_44(X),fn_chemiosmosis_40(X))
& is_inside_2(fn_chemiosmosis_43(X),fn_chemiosmosis_40(X))
& fn_chemiosmosis_39(X) != fn_chemiosmosis_40(X)
& fn_chemiosmosis_40(X) != fn_chemiosmosis_39(X)
& possesses_2(fn_chemiosmosis_100(X),fn_chemiosmosis_37(X))
& is_between_2(fn_chemiosmosis_37(X),fn_chemiosmosis_42(X))
& is_inside_2(fn_chemiosmosis_42(X),fn_chemiosmosis_39(X))
& fn_chemiosmosis_41(X) != fn_chemiosmosis_39(X)
& fn_chemiosmosis_39(X) != fn_chemiosmosis_41(X)
& element_2(fn_chemiosmosis_115(X),fn_chemiosmosis_104(X))
& is_between_2(fn_chemiosmosis_105(X),fn_chemiosmosis_104(X))
& is_between_2(fn_chemiosmosis_105(X),fn_chemiosmosis_101(X))
& has_region_2(fn_chemiosmosis_115(X),fn_chemiosmosis_96(X))
& facilitates_2(fn_chemiosmosis_96(X),fn_chemiosmosis_95(X))
& has_function_2(fn_chemiosmosis_115(X),fn_chemiosmosis_95(X))
& element_2(fn_chemiosmosis_115(X),fn_chemiosmosis_101(X))
& is_at_2(fn_chemiosmosis_101(X),fn_chemiosmosis_105(X))
& is_between_2(fn_chemiosmosis_37(X),fn_chemiosmosis_44(X))
& fn_chemiosmosis_43(X) != fn_chemiosmosis_44(X)
& fn_chemiosmosis_44(X) != fn_chemiosmosis_43(X)
& is_inside_2(fn_chemiosmosis_42(X),fn_chemiosmosis_41(X))
& fn_chemiosmosis_42(X) != fn_chemiosmosis_44(X)
& is_inside_2(fn_chemiosmosis_44(X),fn_chemiosmosis_39(X))
& is_inside_2(fn_chemiosmosis_43(X),fn_chemiosmosis_39(X))
& fn_chemiosmosis_43(X) != fn_chemiosmosis_42(X)
& fn_chemiosmosis_44(X) != fn_chemiosmosis_42(X)
& fn_chemiosmosis_42(X) != fn_chemiosmosis_43(X)
& has_solute_2(fn_chemiosmosis_123(X),fn_chemiosmosis_122(X))
& is_hypotonic_to_2(fn_chemiosmosis_109(X),fn_chemiosmosis_123(X))
& is_hypertonic_to_2(fn_chemiosmosis_123(X),fn_chemiosmosis_109(X))
& has_solvent_2(fn_chemiosmosis_123(X),fn_chemiosmosis_85(X))
& has_part_2(fn_chemiosmosis_123(X),fn_chemiosmosis_85(X))
& has_part_2(fn_chemiosmosis_123(X),fn_chemiosmosis_122(X))
& fn_chemiosmosis_122(X) != fn_chemiosmosis_85(X)
& fn_chemiosmosis_85(X) != fn_chemiosmosis_122(X)
& called_2(fn_chemiosmosis_45(X),'FE_p')
& called_2(fn_chemiosmosis_46(X),'FE_r')
& is_between_2(fn_chemiosmosis_20(X),fn_chemiosmosis_19(X))
& plays_2(fn_chemiosmosis_31(X),fn_chemiosmosis_33(X))
& in_event_2(fn_chemiosmosis_33(X),fn_chemiosmosis_118(X))
& result_2(fn_chemiosmosis_118(X),fn_chemiosmosis_100(X))
& structural_complexity_2(fn_chemiosmosis_100(X),fn_chemiosmosis_36(X))
& possesses_2(fn_chemiosmosis_31(X),fn_chemiosmosis_34(X))
& quantity_2(fn_chemiosmosis_34(X),fn_chemiosmosis_46(X))
& greater_than_2(fn_chemiosmosis_45(X),fn_chemiosmosis_46(X))
& quantity_2(fn_chemiosmosis_38(X),fn_chemiosmosis_45(X))
& possesses_2(fn_chemiosmosis_100(X),fn_chemiosmosis_38(X))
& has_function_2(fn_chemiosmosis_65(X),fn_chemiosmosis_118(X))
& raw_material_2(fn_chemiosmosis_118(X),fn_chemiosmosis_31(X))
& structural_complexity_2(fn_chemiosmosis_31(X),fn_chemiosmosis_35(X))
& greater_than_2(fn_chemiosmosis_36(X),fn_chemiosmosis_35(X))
& element_2(fn_chemiosmosis_65(X),fn_chemiosmosis_19(X))
& base_2(fn_chemiosmosis_107(X),fn_chemiosmosis_116(X))
& is_across_2(fn_chemiosmosis_13(X),fn_chemiosmosis_116(X))
& has_part_2(fn_chemiosmosis_116(X),fn_chemiosmosis_13(X))
& is_inside_2(fn_chemiosmosis_13(X),fn_chemiosmosis_14(X))
& has_part_2(fn_chemiosmosis_116(X),fn_chemiosmosis_14(X))
& has_function_2(fn_chemiosmosis_116(X),fn_chemiosmosis_107(X))
& fn_chemiosmosis_101(X) = fn_move_1(fn_chemiosmosis_63(X))
& fn_chemiosmosis_101(X) = fn_hold_2(fn_chemiosmosis_98(X))
& fn_chemiosmosis_103(X) = fn_attach_1(fn_chemiosmosis_97(X))
& fn_chemiosmosis_101(X) = fn_hold_2(fn_chemiosmosis_106(X))
& fn_chemiosmosis_115(X) = fn_make_accessible_1(fn_chemiosmosis_62(X))
& fn_chemiosmosis_104(X) = fn_move_1(fn_chemiosmosis_84(X))
& fn_chemiosmosis_103(X) = fn_hold_1(fn_chemiosmosis_98(X))
& fn_chemiosmosis_103(X) = fn_hold_1(fn_chemiosmosis_106(X))
& fn_chemiosmosis_105(X) = fn_move_1(fn_chemiosmosis_64(X))
& fn_chemiosmosis_122(X) = fn_thermal_motion_5(fn_chemiosmosis_91(X))
& fn_chemiosmosis_118(X) = fn_energy_coupling_4(X)
& fn_chemiosmosis_120(X) = fn_synthesis_of_atp_14(fn_chemiosmosis_118(X))
& fn_chemiosmosis_123(X) = fn_facilitated_diffusion_of_ion_29(fn_chemiosmosis_119(X))
& fn_chemiosmosis_109(X) = fn_facilitated_diffusion_of_ion_23(fn_chemiosmosis_119(X))
& fn_chemiosmosis_113(X) = fn_increase_2(fn_chemiosmosis_111(X))
& fn_chemiosmosis_114(X) = fn_increase_3(fn_chemiosmosis_111(X))
& fn_chemiosmosis_29(X) = fn_protein_10(fn_chemiosmosis_101(X))
& fn_chemiosmosis_93(X) = fn_electrochemical_gradient_18(fn_chemiosmosis_117(X))
& fn_chemiosmosis_99(X) = fn_stator_2(fn_chemiosmosis_103(X))
& fn_chemiosmosis_121(X) = fn_gradient_1(fn_chemiosmosis_117(X))
& fn_chemiosmosis_121(X) = fn_spontaneous_change_8(fn_chemiosmosis_119(X))
& fn_chemiosmosis_86(X) = fn_decrease_1(fn_chemiosmosis_108(X))
& fn_chemiosmosis_110(X) = fn_decrease_2(fn_chemiosmosis_108(X))
& fn_chemiosmosis_112(X) = fn_decrease_3(fn_chemiosmosis_108(X))
& fn_chemiosmosis_87(X) = fn_decrease_4(fn_chemiosmosis_108(X))
& fn_chemiosmosis_117(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_chemiosmosis_30(X))
& fn_chemiosmosis_12(X) = fn_facilitated_diffusion_26(fn_chemiosmosis_119(X))
& fn_chemiosmosis_12(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_chemiosmosis_30(X))
& fn_chemiosmosis_107(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_chemiosmosis_30(X))
& fn_chemiosmosis_123(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_chemiosmosis_30(X))
& fn_chemiosmosis_115(X) = fn_activation_of_atp_synthase_3(fn_chemiosmosis_102(X))
& fn_chemiosmosis_65(X) = fn_activation_of_atp_synthase_4(fn_chemiosmosis_102(X))
& fn_chemiosmosis_61(X) = fn_protein_14(fn_chemiosmosis_101(X))
& fn_chemiosmosis_53(X) = fn_protein_8(fn_chemiosmosis_101(X))
& fn_chemiosmosis_51(X) = fn_protein_5(fn_chemiosmosis_101(X))
& fn_chemiosmosis_50(X) = fn_protein_1(fn_chemiosmosis_101(X))
& fn_chemiosmosis_72(X) = fn_protein_5(fn_chemiosmosis_103(X))
& fn_chemiosmosis_75(X) = fn_protein_8(fn_chemiosmosis_103(X))
& fn_chemiosmosis_83(X) = fn_protein_14(fn_chemiosmosis_103(X))
& fn_chemiosmosis_71(X) = fn_protein_7(fn_chemiosmosis_103(X))
& fn_chemiosmosis_68(X) = fn_molecule_2(fn_chemiosmosis_103(X))
& fn_chemiosmosis_70(X) = fn_molecule_8(fn_chemiosmosis_103(X))
& fn_chemiosmosis_67(X) = fn_molecule_1(fn_chemiosmosis_103(X))
& fn_chemiosmosis_81(X) = fn_molecule_3(fn_chemiosmosis_103(X))
& fn_chemiosmosis_80(X) = fn_molecule_4(fn_chemiosmosis_103(X))
& fn_chemiosmosis_79(X) = fn_molecule_12(fn_chemiosmosis_103(X))
& fn_chemiosmosis_76(X) = fn_organic_molecule_2(fn_chemiosmosis_103(X))
& fn_chemiosmosis_78(X) = fn_organic_molecule_1(fn_chemiosmosis_103(X))
& fn_chemiosmosis_73(X) = fn_organic_molecule_3(fn_chemiosmosis_103(X))
& fn_chemiosmosis_66(X) = fn_polymer_10(fn_chemiosmosis_103(X))
& fn_chemiosmosis_69(X) = fn_polymer_9(fn_chemiosmosis_103(X))
& fn_chemiosmosis_74(X) = fn_polymer_8(fn_chemiosmosis_103(X))
& fn_chemiosmosis_82(X) = fn_polymer_7(fn_chemiosmosis_103(X))
& fn_chemiosmosis_77(X) = fn_polymer_4(fn_chemiosmosis_103(X))
& fn_chemiosmosis_28(X) = fn_molecule_2(fn_chemiosmosis_101(X))
& fn_chemiosmosis_47(X) = fn_molecule_8(fn_chemiosmosis_101(X))
& fn_chemiosmosis_27(X) = fn_molecule_1(fn_chemiosmosis_101(X))
& fn_chemiosmosis_59(X) = fn_molecule_3(fn_chemiosmosis_101(X))
& fn_chemiosmosis_58(X) = fn_molecule_4(fn_chemiosmosis_101(X))
& fn_chemiosmosis_57(X) = fn_molecule_12(fn_chemiosmosis_101(X))
& fn_chemiosmosis_32(X) = fn_knob_5(fn_chemiosmosis_101(X))
& fn_chemiosmosis_32(X) = fn_protein_enzyme_10(fn_chemiosmosis_101(X))
& fn_chemiosmosis_61(X) = fn_protein_enzyme_11(fn_chemiosmosis_101(X))
& fn_chemiosmosis_49(X) = fn_protein_enzyme_5(fn_chemiosmosis_101(X))
& fn_chemiosmosis_48(X) = fn_protein_9(fn_chemiosmosis_101(X))
& fn_chemiosmosis_48(X) = fn_protein_enzyme_3(fn_chemiosmosis_101(X))
& fn_chemiosmosis_60(X) = fn_protein_enzyme_4(fn_chemiosmosis_101(X))
& fn_chemiosmosis_55(X) = fn_polymer_4(fn_chemiosmosis_101(X))
& fn_chemiosmosis_55(X) = fn_protein_enzyme_9(fn_chemiosmosis_101(X))
& fn_chemiosmosis_54(X) = fn_organic_molecule_2(fn_chemiosmosis_101(X))
& fn_chemiosmosis_54(X) = fn_protein_enzyme_8(fn_chemiosmosis_101(X))
& fn_chemiosmosis_56(X) = fn_organic_molecule_1(fn_chemiosmosis_101(X))
& fn_chemiosmosis_56(X) = fn_protein_enzyme_7(fn_chemiosmosis_101(X))
& fn_chemiosmosis_52(X) = fn_organic_molecule_3(fn_chemiosmosis_101(X))
& fn_chemiosmosis_52(X) = fn_protein_enzyme_6(fn_chemiosmosis_101(X))
& fn_chemiosmosis_90(X) = fn_spontaneous_change_9(fn_chemiosmosis_119(X))
& fn_chemiosmosis_92(X) = fn_spontaneous_change_7(fn_chemiosmosis_119(X))
& fn_chemiosmosis_90(X) = fn_passive_transport_16(fn_chemiosmosis_119(X))
& fn_chemiosmosis_89(X) = fn_passive_transport_15(fn_chemiosmosis_119(X))
& fn_chemiosmosis_108(X) = fn_passive_transport_23(fn_chemiosmosis_119(X))
& fn_chemiosmosis_107(X) = fn_passive_transport_24(fn_chemiosmosis_119(X))
& fn_chemiosmosis_91(X) = fn_passive_transport_22(fn_chemiosmosis_119(X))
& fn_chemiosmosis_88(X) = fn_gradient_5(fn_chemiosmosis_117(X))
& fn_chemiosmosis_88(X) = fn_passive_transport_30(fn_chemiosmosis_119(X))
& fn_chemiosmosis_93(X) = fn_gradient_3(fn_chemiosmosis_117(X))
& fn_chemiosmosis_92(X) = fn_gradient_2(fn_chemiosmosis_117(X))
& fn_chemiosmosis_93(X) = fn_passive_transport_28(fn_chemiosmosis_119(X))
& fn_chemiosmosis_92(X) = fn_passive_transport_18(fn_chemiosmosis_119(X))
& fn_chemiosmosis_94(X) = fn_passive_transport_19(fn_chemiosmosis_119(X))
& fn_chemiosmosis_119(X) = fn_energy_coupling_3(X)
& fn_chemiosmosis_120(X) = fn_energy_coupling_2(X)
& fn_chemiosmosis_120(X) = fn_exergonic_process_3(fn_chemiosmosis_119(X))
& fn_chemiosmosis_120(X) = fn_passive_transport_17(fn_chemiosmosis_119(X))
& fn_chemiosmosis_16(X) = fn_facilitated_diffusion_52(fn_chemiosmosis_119(X))
& fn_chemiosmosis_17(X) = fn_facilitated_diffusion_50(fn_chemiosmosis_119(X))
& fn_chemiosmosis_15(X) = fn_facilitated_diffusion_51(fn_chemiosmosis_119(X))
& fn_chemiosmosis_100(X) = fn_functional_group_1(fn_chemiosmosis_41(X))
& fn_chemiosmosis_40(X) = fn_atp_34(fn_chemiosmosis_100(X))
& fn_chemiosmosis_41(X) = fn_atp_33(fn_chemiosmosis_100(X))
& fn_chemiosmosis_43(X) = fn_ribonucleotide_17(fn_chemiosmosis_100(X))
& fn_chemiosmosis_43(X) = fn_nucleoside_triphosphate_33(fn_chemiosmosis_100(X))
& fn_chemiosmosis_40(X) = fn_nucleoside_triphosphate_27(fn_chemiosmosis_100(X))
& fn_chemiosmosis_43(X) = fn_atp_36(fn_chemiosmosis_100(X))
& fn_chemiosmosis_39(X) = fn_atp_33(fn_chemiosmosis_100(X))
& fn_chemiosmosis_40(X) = fn_ribonucleotide_14(fn_chemiosmosis_100(X))
& fn_chemiosmosis_40(X) = fn_atp_32(fn_chemiosmosis_100(X))
& fn_chemiosmosis_44(X) = fn_ribonucleotide_8(fn_chemiosmosis_100(X))
& fn_chemiosmosis_44(X) = fn_atp_35(fn_chemiosmosis_100(X))
& fn_chemiosmosis_41(X) = fn_synthesis_of_atp_18(fn_chemiosmosis_118(X))
& fn_chemiosmosis_41(X) = fn_atp_34(fn_chemiosmosis_100(X))
& fn_chemiosmosis_39(X) = fn_synthesis_of_atp_20(fn_chemiosmosis_118(X))
& fn_chemiosmosis_39(X) = fn_atp_32(fn_chemiosmosis_100(X))
& fn_chemiosmosis_42(X) = fn_synthesis_of_atp_15(fn_chemiosmosis_118(X))
& fn_chemiosmosis_42(X) = fn_molecule_11(fn_chemiosmosis_100(X))
& fn_chemiosmosis_37(X) = fn_ribonucleotide_12(fn_chemiosmosis_100(X))
& fn_chemiosmosis_42(X) = fn_ribonucleotide_16(fn_chemiosmosis_100(X))
& fn_chemiosmosis_42(X) = fn_nucleoside_triphosphate_32(fn_chemiosmosis_100(X))
& fn_chemiosmosis_42(X) = fn_atp_37(fn_chemiosmosis_100(X))
& fn_chemiosmosis_37(X) = fn_synthesis_of_atp_21(fn_chemiosmosis_118(X))
& fn_chemiosmosis_37(X) = fn_molecule_10(fn_chemiosmosis_100(X))
& fn_chemiosmosis_37(X) = fn_nucleoside_triphosphate_35(fn_chemiosmosis_100(X))
& fn_chemiosmosis_37(X) = fn_atp_30(fn_chemiosmosis_100(X))
& fn_chemiosmosis_104(X) = fn_protein_complex_1(fn_chemiosmosis_115(X))
& fn_chemiosmosis_104(X) = fn_atp_synthase_13(fn_chemiosmosis_115(X))
& fn_chemiosmosis_105(X) = fn_atp_synthase_33(fn_chemiosmosis_115(X))
& fn_chemiosmosis_101(X) = fn_atp_synthase_32(fn_chemiosmosis_115(X))
& fn_chemiosmosis_95(X) = fn_atp_synthase_46(fn_chemiosmosis_115(X))
& fn_chemiosmosis_96(X) = fn_atp_synthase_35(fn_chemiosmosis_115(X))
& fn_chemiosmosis_37(X) = fn_phosphate_group_37(fn_chemiosmosis_41(X))
& fn_chemiosmosis_43(X) = fn_phosphate_group_6(fn_chemiosmosis_41(X))
& fn_chemiosmosis_44(X) = fn_phosphate_group_22(fn_chemiosmosis_41(X))
& fn_chemiosmosis_42(X) = fn_phosphate_group_5(fn_chemiosmosis_41(X))
& fn_chemiosmosis_109(X) = fn_hypertonic_solution_6(fn_chemiosmosis_123(X))
& fn_chemiosmosis_85(X) = fn_aqueous_solution_14(fn_chemiosmosis_123(X))
& fn_chemiosmosis_122(X) = fn_hypertonic_solution_8(fn_chemiosmosis_123(X))
& fn_chemiosmosis_85(X) = fn_hypertonic_solution_7(fn_chemiosmosis_123(X))
& fn_chemiosmosis_26(X) = fn_anabolic_pathway_2(fn_chemiosmosis_118(X))
& fn_chemiosmosis_26(X) = fn_atp_synthase_19(fn_chemiosmosis_65(X))
& fn_chemiosmosis_24(X) = fn_atp_synthase_17(fn_chemiosmosis_65(X))
& fn_chemiosmosis_23(X) = fn_atp_synthase_18(fn_chemiosmosis_65(X))
& fn_chemiosmosis_20(X) = fn_atp_synthase_33(fn_chemiosmosis_65(X))
& fn_chemiosmosis_100(X) = fn_synthesis_of_organic_molecule_1(fn_chemiosmosis_118(X))
& fn_chemiosmosis_33(X) = fn_atp_synthase_39(fn_chemiosmosis_65(X))
& fn_chemiosmosis_100(X) = fn_synthesis_of_atp_13(fn_chemiosmosis_118(X))
& fn_chemiosmosis_38(X) = fn_synthesis_of_atp_9(fn_chemiosmosis_118(X))
& fn_chemiosmosis_100(X) = fn_atp_synthase_21(fn_chemiosmosis_65(X))
& fn_chemiosmosis_38(X) = fn_atp_synthase_23(fn_chemiosmosis_65(X))
& fn_chemiosmosis_45(X) = fn_atp_synthase_28(fn_chemiosmosis_65(X))
& fn_chemiosmosis_46(X) = fn_atp_synthase_27(fn_chemiosmosis_65(X))
& fn_chemiosmosis_34(X) = fn_atp_synthase_26(fn_chemiosmosis_65(X))
& fn_chemiosmosis_25(X) = fn_atp_synthase_20(fn_chemiosmosis_65(X))
& fn_chemiosmosis_36(X) = fn_synthesis_of_atp_22(fn_chemiosmosis_118(X))
& fn_chemiosmosis_36(X) = fn_atp_synthase_24(fn_chemiosmosis_65(X))
& fn_chemiosmosis_35(X) = fn_anabolic_pathway_4(fn_chemiosmosis_118(X))
& fn_chemiosmosis_35(X) = fn_synthesis_of_atp_23(fn_chemiosmosis_118(X))
& fn_chemiosmosis_35(X) = fn_atp_synthase_25(fn_chemiosmosis_65(X))
& fn_chemiosmosis_31(X) = fn_anabolic_pathway_6(fn_chemiosmosis_118(X))
& fn_chemiosmosis_31(X) = fn_synthesis_of_atp_10(fn_chemiosmosis_118(X))
& fn_chemiosmosis_31(X) = fn_atp_synthase_38(fn_chemiosmosis_65(X))
& fn_chemiosmosis_118(X) = fn_atp_synthase_34(fn_chemiosmosis_65(X))
& fn_chemiosmosis_19(X) = fn_protein_complex_1(fn_chemiosmosis_65(X))
& fn_chemiosmosis_19(X) = fn_atp_synthase_13(fn_chemiosmosis_65(X))
& fn_chemiosmosis_21(X) = fn_atp_synthase_37(fn_chemiosmosis_65(X))
& fn_chemiosmosis_22(X) = fn_atp_synthase_46(fn_chemiosmosis_65(X))
& fn_chemiosmosis_18(X) = fn_atp_synthase_35(fn_chemiosmosis_65(X))
& fn_chemiosmosis_107(X) = fn_facilitated_diffusion_55(fn_chemiosmosis_119(X))
& fn_chemiosmosis_107(X) = fn_transport_protein_10(fn_chemiosmosis_13(X))
& fn_chemiosmosis_14(X) = fn_integral_protein_27(fn_chemiosmosis_13(X))
& fn_chemiosmosis_14(X) = fn_transport_protein_12(fn_chemiosmosis_13(X))
& fn_chemiosmosis_116(X) = fn_transmembrane_protein_4(fn_chemiosmosis_13(X))
& fn_chemiosmosis_116(X) = fn_integral_protein_24(fn_chemiosmosis_13(X))
& fn_chemiosmosis_13(X) = fn_facilitated_diffusion_25(fn_chemiosmosis_119(X))
& fn_chemiosmosis_116(X) = fn_facilitated_diffusion_49(fn_chemiosmosis_119(X))
& fn_chemiosmosis_116(X) = fn_transport_protein_35(fn_chemiosmosis_13(X))
& fn_gradient_1(fn_chemiosmosis_117(X)) = fn_gradient_1(fn_chemiosmosis_117(X))
& fn_gradient_1(fn_chemiosmosis_117(X)) = fn_spontaneous_change_8(fn_chemiosmosis_119(X))
& fn_spontaneous_change_8(fn_chemiosmosis_119(X)) = fn_spontaneous_change_8(fn_chemiosmosis_119(X))
& fn_spontaneous_change_8(fn_chemiosmosis_119(X)) = fn_facilitated_diffusion_26(fn_chemiosmosis_119(X))
& fn_facilitated_diffusion_26(fn_chemiosmosis_119(X)) = fn_facilitated_diffusion_26(fn_chemiosmosis_119(X))
& fn_facilitated_diffusion_26(fn_chemiosmosis_119(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_chemiosmosis_30(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_chemiosmosis_30(X)) = fn_attach_1(fn_chemiosmosis_97(X))
& fn_attach_1(fn_chemiosmosis_97(X)) = fn_hold_1(fn_chemiosmosis_98(X))
& fn_hold_1(fn_chemiosmosis_98(X)) = fn_hold_1(fn_chemiosmosis_106(X))
& fn_hold_1(fn_chemiosmosis_106(X)) = fn_knob_5(fn_chemiosmosis_101(X))
& fn_knob_5(fn_chemiosmosis_101(X)) = fn_protein_enzyme_10(fn_chemiosmosis_101(X))
& fn_protein_enzyme_10(fn_chemiosmosis_101(X)) = fn_protein_14(fn_chemiosmosis_101(X))
& fn_protein_14(fn_chemiosmosis_101(X)) = fn_protein_enzyme_11(fn_chemiosmosis_101(X))
& fn_protein_enzyme_11(fn_chemiosmosis_101(X)) = fn_protein_9(fn_chemiosmosis_101(X))
& fn_protein_9(fn_chemiosmosis_101(X)) = fn_protein_9(fn_chemiosmosis_101(X))
& fn_protein_enzyme_3(fn_chemiosmosis_101(X)) = fn_protein_9(fn_chemiosmosis_101(X))
& fn_protein_9(fn_chemiosmosis_101(X)) = fn_protein_enzyme_3(fn_chemiosmosis_101(X))
& fn_protein_enzyme_3(fn_chemiosmosis_101(X)) = fn_protein_enzyme_3(fn_chemiosmosis_101(X))
& fn_protein_enzyme_3(fn_chemiosmosis_101(X)) = fn_protein_enzyme_9(fn_chemiosmosis_101(X))
& fn_protein_enzyme_9(fn_chemiosmosis_101(X)) = fn_polymer_4(fn_chemiosmosis_101(X))
& fn_polymer_4(fn_chemiosmosis_101(X)) = fn_protein_enzyme_9(fn_chemiosmosis_101(X))
& fn_protein_enzyme_9(fn_chemiosmosis_101(X)) = fn_protein_enzyme_8(fn_chemiosmosis_101(X))
& fn_protein_enzyme_8(fn_chemiosmosis_101(X)) = fn_organic_molecule_2(fn_chemiosmosis_101(X))
& fn_organic_molecule_2(fn_chemiosmosis_101(X)) = fn_protein_enzyme_8(fn_chemiosmosis_101(X))
& fn_protein_enzyme_8(fn_chemiosmosis_101(X)) = fn_organic_molecule_1(fn_chemiosmosis_101(X))
& fn_protein_enzyme_7(fn_chemiosmosis_101(X)) = fn_organic_molecule_1(fn_chemiosmosis_101(X))
& fn_organic_molecule_1(fn_chemiosmosis_101(X)) = fn_protein_enzyme_7(fn_chemiosmosis_101(X))
& fn_protein_enzyme_7(fn_chemiosmosis_101(X)) = fn_organic_molecule_3(fn_chemiosmosis_101(X))
& fn_protein_enzyme_6(fn_chemiosmosis_101(X)) = fn_organic_molecule_3(fn_chemiosmosis_101(X))
& fn_organic_molecule_3(fn_chemiosmosis_101(X)) = fn_protein_enzyme_6(fn_chemiosmosis_101(X))
& fn_protein_enzyme_6(fn_chemiosmosis_101(X)) = fn_spontaneous_change_9(fn_chemiosmosis_119(X))
& fn_spontaneous_change_9(fn_chemiosmosis_119(X)) = fn_passive_transport_16(fn_chemiosmosis_119(X))
& fn_passive_transport_16(fn_chemiosmosis_119(X)) = fn_gradient_5(fn_chemiosmosis_117(X))
& fn_gradient_5(fn_chemiosmosis_117(X)) = fn_passive_transport_30(fn_chemiosmosis_119(X))
& fn_passive_transport_30(fn_chemiosmosis_119(X)) = fn_electrochemical_gradient_18(fn_chemiosmosis_117(X))
& fn_electrochemical_gradient_18(fn_chemiosmosis_117(X)) = fn_gradient_3(fn_chemiosmosis_117(X))
& fn_gradient_3(fn_chemiosmosis_117(X)) = fn_gradient_3(fn_chemiosmosis_117(X))
& fn_gradient_3(fn_chemiosmosis_117(X)) = fn_electrochemical_gradient_18(fn_chemiosmosis_117(X))
& fn_electrochemical_gradient_18(fn_chemiosmosis_117(X)) = fn_electrochemical_gradient_18(fn_chemiosmosis_117(X))
& fn_electrochemical_gradient_18(fn_chemiosmosis_117(X)) = fn_passive_transport_28(fn_chemiosmosis_119(X))
& fn_passive_transport_28(fn_chemiosmosis_119(X)) = fn_passive_transport_28(fn_chemiosmosis_119(X))
& fn_passive_transport_28(fn_chemiosmosis_119(X)) = fn_gradient_2(fn_chemiosmosis_117(X))
& fn_spontaneous_change_7(fn_chemiosmosis_119(X)) = fn_gradient_2(fn_chemiosmosis_117(X))
& fn_gradient_2(fn_chemiosmosis_117(X)) = fn_spontaneous_change_7(fn_chemiosmosis_119(X))
& fn_spontaneous_change_7(fn_chemiosmosis_119(X)) = fn_spontaneous_change_7(fn_chemiosmosis_119(X))
& fn_spontaneous_change_7(fn_chemiosmosis_119(X)) = fn_passive_transport_18(fn_chemiosmosis_119(X))
& fn_passive_transport_18(fn_chemiosmosis_119(X)) = fn_passive_transport_18(fn_chemiosmosis_119(X))
& fn_passive_transport_18(fn_chemiosmosis_119(X)) = fn_energy_coupling_2(X)
& fn_energy_coupling_2(X) = fn_exergonic_process_3(fn_chemiosmosis_119(X))
& fn_exergonic_process_3(fn_chemiosmosis_119(X)) = fn_energy_coupling_2(X)
& fn_energy_coupling_2(X) = fn_energy_coupling_2(X)
& fn_synthesis_of_atp_14(fn_chemiosmosis_118(X)) = fn_energy_coupling_2(X)
& fn_energy_coupling_2(X) = fn_synthesis_of_atp_14(fn_chemiosmosis_118(X))
& fn_synthesis_of_atp_14(fn_chemiosmosis_118(X)) = fn_passive_transport_17(fn_chemiosmosis_119(X))
& fn_passive_transport_17(fn_chemiosmosis_119(X)) = fn_passive_transport_17(fn_chemiosmosis_119(X))
& fn_passive_transport_17(fn_chemiosmosis_119(X)) = fn_ribonucleotide_14(fn_chemiosmosis_100(X))
& fn_ribonucleotide_14(fn_chemiosmosis_100(X)) = fn_ribonucleotide_14(fn_chemiosmosis_100(X))
& fn_nucleoside_triphosphate_27(fn_chemiosmosis_100(X)) = fn_ribonucleotide_14(fn_chemiosmosis_100(X))
& fn_ribonucleotide_14(fn_chemiosmosis_100(X)) = fn_nucleoside_triphosphate_27(fn_chemiosmosis_100(X))
& fn_atp_34(fn_chemiosmosis_100(X)) = fn_nucleoside_triphosphate_27(fn_chemiosmosis_100(X))
& fn_nucleoside_triphosphate_27(fn_chemiosmosis_100(X)) = fn_atp_34(fn_chemiosmosis_100(X))
& fn_atp_34(fn_chemiosmosis_100(X)) = fn_atp_32(fn_chemiosmosis_100(X))
& fn_atp_32(fn_chemiosmosis_100(X)) = fn_move_1(fn_chemiosmosis_84(X))
& fn_move_1(fn_chemiosmosis_84(X)) = fn_protein_complex_1(fn_chemiosmosis_115(X))
& fn_atp_synthase_13(fn_chemiosmosis_115(X)) = fn_protein_complex_1(fn_chemiosmosis_115(X))
& fn_protein_complex_1(fn_chemiosmosis_115(X)) = fn_atp_synthase_13(fn_chemiosmosis_115(X))
& fn_atp_synthase_13(fn_chemiosmosis_115(X)) = fn_move_1(fn_chemiosmosis_64(X))
& fn_move_1(fn_chemiosmosis_64(X)) = fn_atp_synthase_33(fn_chemiosmosis_115(X))
& fn_atp_synthase_33(fn_chemiosmosis_115(X)) = fn_atp_synthase_33(fn_chemiosmosis_115(X))
& fn_atp_synthase_33(fn_chemiosmosis_115(X)) = fn_move_1(fn_chemiosmosis_63(X))
& fn_move_1(fn_chemiosmosis_63(X)) = fn_hold_2(fn_chemiosmosis_98(X))
& fn_hold_2(fn_chemiosmosis_106(X)) = fn_hold_2(fn_chemiosmosis_98(X))
& fn_hold_2(fn_chemiosmosis_98(X)) = fn_hold_2(fn_chemiosmosis_106(X))
& fn_hold_2(fn_chemiosmosis_106(X)) = fn_atp_synthase_32(fn_chemiosmosis_115(X))
& fn_atp_synthase_32(fn_chemiosmosis_115(X)) = fn_atp_synthase_32(fn_chemiosmosis_115(X))
& fn_atp_synthase_32(fn_chemiosmosis_115(X)) = fn_make_accessible_1(fn_chemiosmosis_62(X))
& fn_make_accessible_1(fn_chemiosmosis_62(X)) = fn_activation_of_atp_synthase_3(fn_chemiosmosis_102(X))
& fn_activation_of_atp_synthase_3(fn_chemiosmosis_102(X)) = fn_activation_of_atp_synthase_3(fn_chemiosmosis_102(X))
& fn_activation_of_atp_synthase_3(fn_chemiosmosis_102(X)) = fn_synthesis_of_atp_21(fn_chemiosmosis_118(X))
& fn_molecule_10(fn_chemiosmosis_100(X)) = fn_synthesis_of_atp_21(fn_chemiosmosis_118(X))
& fn_synthesis_of_atp_21(fn_chemiosmosis_118(X)) = fn_molecule_10(fn_chemiosmosis_100(X))
& fn_molecule_10(fn_chemiosmosis_100(X)) = fn_molecule_10(fn_chemiosmosis_100(X))
& fn_ribonucleotide_12(fn_chemiosmosis_100(X)) = fn_molecule_10(fn_chemiosmosis_100(X))
& fn_molecule_10(fn_chemiosmosis_100(X)) = fn_ribonucleotide_12(fn_chemiosmosis_100(X))
& fn_ribonucleotide_12(fn_chemiosmosis_100(X)) = fn_nucleoside_triphosphate_35(fn_chemiosmosis_100(X))
& fn_nucleoside_triphosphate_35(fn_chemiosmosis_100(X)) = fn_nucleoside_triphosphate_35(fn_chemiosmosis_100(X))
& fn_atp_30(fn_chemiosmosis_100(X)) = fn_nucleoside_triphosphate_35(fn_chemiosmosis_100(X))
& fn_nucleoside_triphosphate_35(fn_chemiosmosis_100(X)) = fn_atp_30(fn_chemiosmosis_100(X))
& fn_atp_30(fn_chemiosmosis_100(X)) = fn_atp_30(fn_chemiosmosis_100(X))
& fn_atp_30(fn_chemiosmosis_100(X)) = fn_phosphate_group_37(fn_chemiosmosis_41(X))
& fn_phosphate_group_37(fn_chemiosmosis_41(X)) = fn_nucleoside_triphosphate_33(fn_chemiosmosis_100(X))
& fn_nucleoside_triphosphate_33(fn_chemiosmosis_100(X)) = fn_ribonucleotide_17(fn_chemiosmosis_100(X))
& fn_ribonucleotide_17(fn_chemiosmosis_100(X)) = fn_nucleoside_triphosphate_33(fn_chemiosmosis_100(X))
& fn_nucleoside_triphosphate_33(fn_chemiosmosis_100(X)) = fn_nucleoside_triphosphate_33(fn_chemiosmosis_100(X))
& fn_atp_36(fn_chemiosmosis_100(X)) = fn_nucleoside_triphosphate_33(fn_chemiosmosis_100(X))
& fn_nucleoside_triphosphate_33(fn_chemiosmosis_100(X)) = fn_atp_36(fn_chemiosmosis_100(X))
& fn_atp_36(fn_chemiosmosis_100(X)) = fn_atp_36(fn_chemiosmosis_100(X))
& fn_atp_36(fn_chemiosmosis_100(X)) = fn_phosphate_group_6(fn_chemiosmosis_41(X))
& fn_phosphate_group_6(fn_chemiosmosis_41(X)) = fn_phosphate_group_6(fn_chemiosmosis_41(X))
& fn_phosphate_group_6(fn_chemiosmosis_41(X)) = fn_atp_33(fn_chemiosmosis_100(X))
& fn_atp_33(fn_chemiosmosis_100(X)) = fn_synthesis_of_atp_20(fn_chemiosmosis_118(X))
& fn_synthesis_of_atp_20(fn_chemiosmosis_118(X)) = fn_synthesis_of_atp_20(fn_chemiosmosis_118(X))
& fn_synthesis_of_atp_20(fn_chemiosmosis_118(X)) = fn_atp_32(fn_chemiosmosis_100(X))
& fn_atp_32(fn_chemiosmosis_100(X)) = fn_atp_33(fn_chemiosmosis_100(X))
& fn_atp_33(fn_chemiosmosis_100(X)) = fn_atp_32(fn_chemiosmosis_100(X))
& fn_atp_32(fn_chemiosmosis_100(X)) = fn_atp_32(fn_chemiosmosis_100(X))
& fn_atp_32(fn_chemiosmosis_100(X)) = fn_atp_35(fn_chemiosmosis_100(X))
& fn_atp_35(fn_chemiosmosis_100(X)) = fn_ribonucleotide_8(fn_chemiosmosis_100(X))
& fn_ribonucleotide_8(fn_chemiosmosis_100(X)) = fn_atp_35(fn_chemiosmosis_100(X))
& fn_atp_35(fn_chemiosmosis_100(X)) = fn_atp_35(fn_chemiosmosis_100(X))
& fn_atp_35(fn_chemiosmosis_100(X)) = fn_phosphate_group_22(fn_chemiosmosis_41(X))
& fn_phosphate_group_22(fn_chemiosmosis_41(X)) = fn_phosphate_group_22(fn_chemiosmosis_41(X))
& fn_phosphate_group_22(fn_chemiosmosis_41(X)) = fn_atp_33(fn_chemiosmosis_100(X))
& fn_atp_33(fn_chemiosmosis_100(X)) = fn_synthesis_of_atp_18(fn_chemiosmosis_118(X))
& fn_synthesis_of_atp_18(fn_chemiosmosis_118(X)) = fn_atp_33(fn_chemiosmosis_100(X))
& fn_atp_33(fn_chemiosmosis_100(X)) = fn_atp_33(fn_chemiosmosis_100(X))
& fn_atp_33(fn_chemiosmosis_100(X)) = fn_atp_34(fn_chemiosmosis_100(X))
& fn_atp_34(fn_chemiosmosis_100(X)) = fn_atp_34(fn_chemiosmosis_100(X))
& fn_atp_34(fn_chemiosmosis_100(X)) = fn_synthesis_of_atp_15(fn_chemiosmosis_118(X))
& fn_synthesis_of_atp_15(fn_chemiosmosis_118(X)) = fn_synthesis_of_atp_15(fn_chemiosmosis_118(X))
& fn_synthesis_of_atp_15(fn_chemiosmosis_118(X)) = fn_molecule_11(fn_chemiosmosis_100(X))
& fn_ribonucleotide_16(fn_chemiosmosis_100(X)) = fn_molecule_11(fn_chemiosmosis_100(X))
& fn_molecule_11(fn_chemiosmosis_100(X)) = fn_ribonucleotide_16(fn_chemiosmosis_100(X))
& fn_nucleoside_triphosphate_32(fn_chemiosmosis_100(X)) = fn_ribonucleotide_16(fn_chemiosmosis_100(X))
& fn_ribonucleotide_16(fn_chemiosmosis_100(X)) = fn_nucleoside_triphosphate_32(fn_chemiosmosis_100(X))
& fn_nucleoside_triphosphate_32(fn_chemiosmosis_100(X)) = fn_nucleoside_triphosphate_32(fn_chemiosmosis_100(X))
& fn_atp_37(fn_chemiosmosis_100(X)) = fn_nucleoside_triphosphate_32(fn_chemiosmosis_100(X))
& fn_nucleoside_triphosphate_32(fn_chemiosmosis_100(X)) = fn_atp_37(fn_chemiosmosis_100(X))
& fn_atp_37(fn_chemiosmosis_100(X)) = fn_atp_37(fn_chemiosmosis_100(X))
& fn_atp_37(fn_chemiosmosis_100(X)) = fn_phosphate_group_5(fn_chemiosmosis_41(X))
& fn_phosphate_group_5(fn_chemiosmosis_41(X)) = fn_phosphate_group_5(fn_chemiosmosis_41(X))
& fn_phosphate_group_5(fn_chemiosmosis_41(X)) = fn_facilitated_diffusion_of_ion_23(fn_chemiosmosis_119(X))
& fn_facilitated_diffusion_of_ion_23(fn_chemiosmosis_119(X)) = fn_hypertonic_solution_6(fn_chemiosmosis_123(X))
& fn_hypertonic_solution_6(fn_chemiosmosis_123(X)) = fn_hypertonic_solution_6(fn_chemiosmosis_123(X))
& fn_hypertonic_solution_6(fn_chemiosmosis_123(X)) = fn_thermal_motion_5(fn_chemiosmosis_91(X))
& fn_thermal_motion_5(fn_chemiosmosis_91(X)) = fn_hypertonic_solution_8(fn_chemiosmosis_123(X))
& fn_hypertonic_solution_8(fn_chemiosmosis_123(X)) = fn_hypertonic_solution_8(fn_chemiosmosis_123(X))
& fn_hypertonic_solution_8(fn_chemiosmosis_123(X)) = fn_aqueous_solution_14(fn_chemiosmosis_123(X))
& fn_aqueous_solution_14(fn_chemiosmosis_123(X)) = fn_hypertonic_solution_7(fn_chemiosmosis_123(X))
& fn_hypertonic_solution_7(fn_chemiosmosis_123(X)) = fn_hypertonic_solution_7(fn_chemiosmosis_123(X))
& fn_hypertonic_solution_7(fn_chemiosmosis_123(X)) = fn_facilitated_diffusion_of_ion_29(fn_chemiosmosis_119(X))
& fn_facilitated_diffusion_of_ion_29(fn_chemiosmosis_119(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_chemiosmosis_30(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_chemiosmosis_30(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_chemiosmosis_30(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_chemiosmosis_30(X)) = fn_anabolic_pathway_2(fn_chemiosmosis_118(X))
& fn_anabolic_pathway_2(fn_chemiosmosis_118(X)) = fn_atp_synthase_19(fn_chemiosmosis_65(X))
& fn_atp_synthase_19(fn_chemiosmosis_65(X)) = fn_functional_group_1(fn_chemiosmosis_41(X))
& fn_functional_group_1(fn_chemiosmosis_41(X)) = fn_synthesis_of_organic_molecule_1(fn_chemiosmosis_118(X))
& fn_synthesis_of_atp_13(fn_chemiosmosis_118(X)) = fn_synthesis_of_organic_molecule_1(fn_chemiosmosis_118(X))
& fn_synthesis_of_organic_molecule_1(fn_chemiosmosis_118(X)) = fn_synthesis_of_atp_13(fn_chemiosmosis_118(X))
& fn_synthesis_of_atp_13(fn_chemiosmosis_118(X)) = fn_synthesis_of_atp_13(fn_chemiosmosis_118(X))
& fn_atp_synthase_21(fn_chemiosmosis_65(X)) = fn_synthesis_of_atp_13(fn_chemiosmosis_118(X))
& fn_synthesis_of_atp_13(fn_chemiosmosis_118(X)) = fn_atp_synthase_21(fn_chemiosmosis_65(X))
& fn_atp_synthase_21(fn_chemiosmosis_65(X)) = fn_synthesis_of_atp_9(fn_chemiosmosis_118(X))
& fn_synthesis_of_atp_9(fn_chemiosmosis_118(X)) = fn_atp_synthase_23(fn_chemiosmosis_65(X))
& fn_atp_synthase_23(fn_chemiosmosis_65(X)) = fn_atp_synthase_23(fn_chemiosmosis_65(X))
& fn_atp_synthase_23(fn_chemiosmosis_65(X)) = fn_synthesis_of_atp_22(fn_chemiosmosis_118(X))
& fn_atp_synthase_24(fn_chemiosmosis_65(X)) = fn_atp_synthase_24(fn_chemiosmosis_65(X))
& fn_atp_synthase_24(fn_chemiosmosis_65(X)) = fn_synthesis_of_atp_22(fn_chemiosmosis_118(X))
& fn_synthesis_of_atp_22(fn_chemiosmosis_118(X)) = fn_atp_synthase_24(fn_chemiosmosis_65(X))
& fn_atp_synthase_24(fn_chemiosmosis_65(X)) = fn_anabolic_pathway_4(fn_chemiosmosis_118(X))
& fn_synthesis_of_atp_23(fn_chemiosmosis_118(X)) = fn_anabolic_pathway_4(fn_chemiosmosis_118(X))
& fn_anabolic_pathway_4(fn_chemiosmosis_118(X)) = fn_synthesis_of_atp_23(fn_chemiosmosis_118(X))
& fn_atp_synthase_25(fn_chemiosmosis_65(X)) = fn_synthesis_of_atp_23(fn_chemiosmosis_118(X))
& fn_synthesis_of_atp_23(fn_chemiosmosis_118(X)) = fn_atp_synthase_25(fn_chemiosmosis_65(X))
& fn_atp_synthase_25(fn_chemiosmosis_65(X)) = fn_anabolic_pathway_6(fn_chemiosmosis_118(X))
& fn_synthesis_of_atp_10(fn_chemiosmosis_118(X)) = fn_anabolic_pathway_6(fn_chemiosmosis_118(X))
& fn_anabolic_pathway_6(fn_chemiosmosis_118(X)) = fn_synthesis_of_atp_10(fn_chemiosmosis_118(X))
& fn_atp_synthase_38(fn_chemiosmosis_65(X)) = fn_atp_synthase_38(fn_chemiosmosis_65(X))
& fn_atp_synthase_38(fn_chemiosmosis_65(X)) = fn_synthesis_of_atp_10(fn_chemiosmosis_118(X))
& fn_synthesis_of_atp_10(fn_chemiosmosis_118(X)) = fn_atp_synthase_38(fn_chemiosmosis_65(X))
& fn_atp_synthase_38(fn_chemiosmosis_65(X)) = fn_energy_coupling_4(X)
& fn_energy_coupling_4(X) = fn_energy_coupling_4(X)
& fn_energy_coupling_4(X) = fn_atp_synthase_34(fn_chemiosmosis_65(X))
& fn_atp_synthase_34(fn_chemiosmosis_65(X)) = fn_atp_synthase_34(fn_chemiosmosis_65(X))
& fn_atp_synthase_34(fn_chemiosmosis_65(X)) = fn_atp_synthase_13(fn_chemiosmosis_65(X))
& fn_atp_synthase_13(fn_chemiosmosis_65(X)) = fn_protein_complex_1(fn_chemiosmosis_65(X))
& fn_protein_complex_1(fn_chemiosmosis_65(X)) = fn_atp_synthase_13(fn_chemiosmosis_65(X))
& fn_atp_synthase_13(fn_chemiosmosis_65(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_chemiosmosis_30(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_chemiosmosis_30(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_chemiosmosis_30(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_chemiosmosis_30(X)) = fn_passive_transport_24(fn_chemiosmosis_119(X))
& fn_facilitated_diffusion_55(fn_chemiosmosis_119(X)) = fn_passive_transport_24(fn_chemiosmosis_119(X))
& fn_passive_transport_24(fn_chemiosmosis_119(X)) = fn_facilitated_diffusion_55(fn_chemiosmosis_119(X))
& fn_facilitated_diffusion_55(fn_chemiosmosis_119(X)) = fn_facilitated_diffusion_55(fn_chemiosmosis_119(X))
& fn_facilitated_diffusion_55(fn_chemiosmosis_119(X)) = fn_transport_protein_10(fn_chemiosmosis_13(X))
& fn_transport_protein_10(fn_chemiosmosis_13(X)) = fn_transport_protein_10(fn_chemiosmosis_13(X))
& fn_transport_protein_10(fn_chemiosmosis_13(X)) = fn_integral_protein_27(fn_chemiosmosis_13(X))
& fn_integral_protein_27(fn_chemiosmosis_13(X)) = fn_transport_protein_12(fn_chemiosmosis_13(X))
& fn_transport_protein_12(fn_chemiosmosis_13(X)) = fn_transport_protein_12(fn_chemiosmosis_13(X))
& fn_transport_protein_12(fn_chemiosmosis_13(X)) = fn_integral_protein_24(fn_chemiosmosis_13(X))
& fn_integral_protein_24(fn_chemiosmosis_13(X)) = fn_transmembrane_protein_4(fn_chemiosmosis_13(X))
& fn_transmembrane_protein_4(fn_chemiosmosis_13(X)) = fn_integral_protein_24(fn_chemiosmosis_13(X))
& fn_facilitated_diffusion_49(fn_chemiosmosis_119(X)) = fn_integral_protein_24(fn_chemiosmosis_13(X))
& fn_integral_protein_24(fn_chemiosmosis_13(X)) = fn_facilitated_diffusion_49(fn_chemiosmosis_119(X))
& fn_facilitated_diffusion_49(fn_chemiosmosis_119(X)) = fn_facilitated_diffusion_49(fn_chemiosmosis_119(X))
& fn_transport_protein_35(fn_chemiosmosis_13(X)) = fn_transport_protein_35(fn_chemiosmosis_13(X))
& fn_transport_protein_35(fn_chemiosmosis_13(X)) = fn_facilitated_diffusion_49(fn_chemiosmosis_119(X))
& fn_facilitated_diffusion_49(fn_chemiosmosis_119(X)) = fn_transport_protein_35(fn_chemiosmosis_13(X)) ) ) ).
fof(a528349,axiom,
! [X] :
( chemistry_concept_1(X)
=> ( original_name_2(X,'Chemistry-Concept')
& user_description_2(X,'A concept related to chemistry and chemical changes.')
& concept2words_2(X,'concept of chemistry')
& concept2words_2(X,'chemistry concept')
& concept2words_2(X,'chemistry-concept')
& conceptual_entity_1(X) ) ) ).
fof(a528350,axiom,
! [X] :
( chemoautotroph_1(X)
=> ( original_name_2(X,'Chemoautotroph')
& user_description_2(X,'An organism that needs only carbon dioxide as a carbon source but obtains energy by oxidizing inorganic substances.')
& autotroph_1(X)
& oxidation_1(fn_chemoautotroph_1(X))
& electron_1(fn_chemoautotroph_2(X))
& chemical_entity_1(fn_chemoautotroph_3(X))
& carbon_1(fn_chemoautotroph_4(X))
& molecule_1(fn_chemoautotroph_5(X))
& inorganic_molecule_1(fn_chemoautotroph_5(X))
& nutrition_1(fn_chemoautotroph_6(X))
& chemical_entity_1(fn_oxidation_7(fn_chemoautotroph_1(X)))
& electron_1(fn_oxidation_9(fn_chemoautotroph_1(X)))
& atom_1(fn_molecule_7(fn_chemoautotroph_5(X)))
& chemical_entity_1(fn_oxidation_10(fn_chemoautotroph_1(X)))
& has_part_2(fn_chemoautotroph_5(X),fn_chemoautotroph_4(X))
& in_event_2(X,fn_chemoautotroph_6(X))
& raw_material_2(fn_chemoautotroph_6(X),fn_chemoautotroph_5(X))
& fn_chemoautotroph_4(X) != fn_chemoautotroph_3(X)
& recipient_2(fn_chemoautotroph_1(X),fn_chemoautotroph_3(X))
& fn_chemoautotroph_3(X) != fn_chemoautotroph_4(X)
& donor_2(fn_chemoautotroph_1(X),fn_chemoautotroph_4(X))
& fn_chemoautotroph_4(X) != fn_chemoautotroph_2(X)
& object_2(fn_chemoautotroph_1(X),fn_chemoautotroph_2(X))
& fn_chemoautotroph_2(X) != fn_chemoautotroph_4(X)
& fn_chemoautotroph_3(X) != fn_chemoautotroph_2(X)
& fn_chemoautotroph_2(X) != fn_chemoautotroph_3(X)
& fn_chemoautotroph_4(X) = fn_molecule_7(fn_chemoautotroph_5(X))
& fn_chemoautotroph_5(X) = fn_autotroph_22(X)
& fn_chemoautotroph_6(X) = fn_autotroph_7(X)
& fn_chemoautotroph_3(X) = fn_oxidation_7(fn_chemoautotroph_1(X))
& fn_chemoautotroph_2(X) = fn_oxidation_9(fn_chemoautotroph_1(X))
& fn_chemoautotroph_4(X) = fn_oxidation_10(fn_chemoautotroph_1(X))
& fn_molecule_7(fn_chemoautotroph_5(X)) = fn_oxidation_10(fn_chemoautotroph_1(X))
& fn_oxidation_10(fn_chemoautotroph_1(X)) = fn_oxidation_10(fn_chemoautotroph_1(X)) ) ) ).
fof(a528351,axiom,
! [X] :
( chemoheterotroph_1(X)
=> ( original_name_2(X,'Chemoheterotroph')
& user_description_2(X,'An organism that must consume organic molecules for both carbon and energy.')
& concept2words_2(X,chemoheterotroph)
& heterotroph_1(X)
& ~ decomposer_1(X)
& ~ obligate_aerobe_1(X)
& ~ parasite_1(X)
& ~ photoheterotroph_1(X)
& ~ primary_consumer_1(X)
& ~ secondary_consumer_1(X)
& ~ tertiary_consumer_1(X)
& organic_entity_1(fn_chemoheterotroph_1(X))
& protein_1(fn_chemoheterotroph_2(X))
& carbohydrate_1(fn_chemoheterotroph_3(X))
& nutrition_1(fn_chemoheterotroph_4(X))
& result_2(fn_chemoheterotroph_4(X),fn_chemoheterotroph_2(X))
& raw_material_2(fn_chemoheterotroph_4(X),fn_chemoheterotroph_1(X))
& in_event_2(X,fn_chemoheterotroph_4(X))
& result_2(fn_chemoheterotroph_4(X),fn_chemoheterotroph_3(X))
& fn_chemoheterotroph_3(X) = fn_heterotroph_4(X)
& fn_chemoheterotroph_4(X) = fn_heterotroph_3(X) ) ) ).
fof(a528352,axiom,
! [X] :
( chemoreceptor_1(X)
=> ( original_name_2(X,'Chemoreceptor')
& user_description_2(X,'A sensory receptor that detects a chemical stimulus, such as a solute or an odorant, and transduces it into an action potential.')
& concept2words_2(X,chemoreceptor)
& sensory_receptor_1(X)
& ~ electromagnetic_receptor_1(X)
& ~ exteroceptor_1(X)
& ~ mechanoreceptor_1(X)
& ~ nociceptor_1(X)
& ~ pain_receptor_1(X)
& ~ thermoreceptor_1(X) ) ) ).
fof(a528353,axiom,
! [X] :
( chemotaxis_1(X)
=> ( original_name_2(X,'Chemotaxis')
& user_description_2(X,'Movement of a cell or a unicellular organism in response to a chemical in the environment.')
& concept2words_2(X,'undergo chemotaxis')
& concept2words_2(X,chemotaxis)
& cellular_response_1(X) ) ) ).
fof(a528354,axiom,
! [X] :
( chemotherapeutic_drug_1(X)
=> ( original_name_2(X,'Chemotherapeutic-Drug')
& user_description_2(X,'A chemical with anti-cancer properties used to treat cancer.')
& concept2words_2(X,chemotherapy)
& concept2words_2(X,'chemotherapeutic drug')
& concept2words_2(X,'chemotherapeutic-drug')
& drug_1(X)
& ~ barbiturate_1(X)
& toxin_1(fn_chemotherapeutic_drug_1(X))
& damage_1(fn_chemotherapeutic_drug_2(X))
& cancer_cell_1(fn_chemotherapeutic_drug_3(X))
& add_1(fn_chemotherapeutic_drug_4(X))
& spatial_entity_1(fn_add_2(fn_chemotherapeutic_drug_4(X)))
& tangible_entity_1(fn_impair_1(fn_chemotherapeutic_drug_2(X)))
& tangible_entity_1(fn_toxin_1(fn_chemotherapeutic_drug_1(X)))
& spatial_entity_1(fn_add_1(fn_chemotherapeutic_drug_4(X)))
& in_event_2(fn_chemotherapeutic_drug_1(X),fn_chemotherapeutic_drug_2(X))
& base_2(fn_chemotherapeutic_drug_4(X),fn_chemotherapeutic_drug_3(X))
& object_2(fn_chemotherapeutic_drug_2(X),fn_chemotherapeutic_drug_3(X))
& plays_2(X,fn_chemotherapeutic_drug_1(X))
& object_2(fn_chemotherapeutic_drug_4(X),X)
& fn_chemotherapeutic_drug_3(X) = fn_add_2(fn_chemotherapeutic_drug_4(X))
& fn_chemotherapeutic_drug_3(X) = fn_impair_1(fn_chemotherapeutic_drug_2(X))
& X = fn_toxin_1(fn_chemotherapeutic_drug_1(X))
& X = fn_add_1(fn_chemotherapeutic_drug_4(X))
& fn_add_2(fn_chemotherapeutic_drug_4(X)) = fn_impair_1(fn_chemotherapeutic_drug_2(X))
& fn_impair_1(fn_chemotherapeutic_drug_2(X)) = fn_toxin_1(fn_chemotherapeutic_drug_1(X))
& fn_toxin_1(fn_chemotherapeutic_drug_1(X)) = fn_add_1(fn_chemotherapeutic_drug_4(X)) ) ) ).
fof(a528355,axiom,
! [X] :
( chemotherapy_1(X)
=> ( original_name_2(X,'Chemotherapy')
& user_description_2(X,'Chemical, systemic reatment for cancer which targets and destroys rapidly dividing cells.')
& concept2words_2(X,chemotherapy)
& medical_treatment_of_cancer_1(X)
& circulatory_system_1(fn_chemotherapy_1(X))
& inject_1(fn_chemotherapy_2(X))
& chemotherapeutic_drug_1(fn_chemotherapy_3(X))
& path_2(fn_chemotherapy_2(X),fn_chemotherapy_1(X))
& object_2(fn_chemotherapy_2(X),fn_chemotherapy_3(X))
& by_means_of_2(X,fn_chemotherapy_2(X)) ) ) ).
fof(a528356,axiom,
! [X] :
( chew_1(X)
=> ( original_name_2(X,'Chew')
& user_description_2(X,'The process of using teeth to bite and grind food particles into smaller pieces to aid swallowing and digestion.')
& concept2words_2(X,chew)
& mechanical_digestion_1(X) ) ) ).
fof(a528357,axiom,
! [X] :
( chiasma_1(X)
=> ( original_name_2(X,'Chiasma')
& user_description_2(X,'A chiasma in genetics, is thought to be the point where two homologous non-sister chromatids exchange genetic material during chromosomal crossover during meiosis.')
& concept2words_2(X,chiasmata)
& concept2words_2(X,chiasma)
& relative_relationship_1(X)
& ~ map_unit_1(X)
& ~ tangible_entity_1(X)
& ~ region_1(X)
& ~ band_pattern_1(X)
& ~ distance_between_genes_1(X)
& ~ nicks_in_damaged_dna_1(X)
& ~ replication_fork_1(X)
& ~ thermodynamic_system_1(X)
& ~ waste_product_1(X) ) ) ).
fof(a528358,axiom,
! [X] :
( chicken_1(X)
=> ( original_name_2(X,'Chicken')
& user_description_2(X,'Species of domesticated bird widely raised for meat and eggs. Scientific name is Gallus gallus domesticus.')
& concept2words_2(X,chicken)
& chordate_1(X)
& tooth_1(fn_chicken_1(X))
& mouth_1(fn_chicken_2(X))
& has_part_2(fn_chicken_2(X),fn_chicken_1(X))
& has_part_2(X,fn_chicken_2(X)) ) ) ).
fof(a528359,axiom,
! [X] :
( chief_cell_1(X)
=> ( original_name_2(X,'Chief-Cell')
& user_description_2(X,'Secretory cell found in the lining of the stomach which produces and secretes pepsinogen (the inactive form of the digestive enzyme pepsin) into the lumen of the stomach.')
& concept2words_2(X,'cell of chief')
& concept2words_2(X,'chief cell')
& concept2words_2(X,'chief-cell')
& secretory_cell_1(X)
& solution_1(fn_chief_cell_1(X))
& aqueous_solution_1(fn_chief_cell_2(X))
& quantity_value_1(fn_chief_cell_3(X))
& quantity_value_1(fn_chief_cell_4(X))
& synthesis_of_glycoprotein_1(fn_chief_cell_7(X))
& transfer_1(fn_chief_cell_8(X))
& move_1(fn_chief_cell_9(X))
& ribosome_1(fn_chief_cell_10(X))
& bound_ribosome_1(fn_chief_cell_10(X))
& spatial_entity_1(fn_chief_cell_11(X))
& polymer_1(fn_chief_cell_11(X))
& chemical_entity_1(fn_chief_cell_11(X))
& tangible_entity_1(fn_chief_cell_11(X))
& membrane_protein_1(fn_chief_cell_11(X))
& protein_1(fn_chief_cell_11(X))
& biomembrane_1(fn_chief_cell_12(X))
& er_membrane_1(fn_chief_cell_12(X))
& surface_1(fn_chief_cell_13(X))
& outside_face_1(fn_chief_cell_13(X))
& container_1(fn_chief_cell_14(X))
& cellular_work_1(fn_chief_cell_15(X))
& active_transport_1(fn_chief_cell_15(X))
& active_movement_of_ions_1(fn_chief_cell_15(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_chief_cell_15(X))
& exocytosis_1(fn_chief_cell_16(X))
& carry_1(fn_chief_cell_17(X))
& move_out_of_1(fn_chief_cell_20(X))
& synthesis_of_protein_1(fn_chief_cell_21(X))
& synthesis_of_membrane_protein_1(fn_chief_cell_21(X))
& synthesis_reaction_1(fn_chief_cell_22(X))
& chemical_reaction_1(fn_chief_cell_22(X))
& anabolic_pathway_1(fn_chief_cell_22(X))
& metabolic_pathway_1(fn_chief_cell_22(X))
& synthesis_of_lipid_1(fn_chief_cell_22(X))
& metabolic_pathway_1(fn_chief_cell_23(X))
& eukaryotic_cellular_respiration_1(fn_chief_cell_23(X))
& catabolic_pathway_1(fn_chief_cell_23(X))
& tangible_entity_1(fn_chief_cell_24(X))
& spatial_entity_1(fn_chief_cell_24(X))
& biomembrane_1(fn_chief_cell_24(X))
& plasma_membrane_1(fn_chief_cell_24(X))
& animal_plasma_membrane_1(fn_chief_cell_24(X))
& free_ribosome_1(fn_chief_cell_25(X))
& eukaryotic_chromosome_1(fn_chief_cell_26(X))
& chromosome_1(fn_chief_cell_26(X))
& golgi_apparatus_1(fn_chief_cell_27(X))
& endoplasmic_reticulum_1(fn_chief_cell_28(X))
& entity_1(fn_chief_cell_28(X))
& smooth_endoplasmic_reticulum_1(fn_chief_cell_28(X))
& transport_vesicle_1(fn_chief_cell_29(X))
& tangible_entity_1(fn_chief_cell_30(X))
& nucleus_1(fn_chief_cell_30(X))
& centrosome_1(fn_chief_cell_31(X))
& lysosome_1(fn_chief_cell_32(X))
& peroxisome_1(fn_chief_cell_33(X))
& volume_value_1(fn_chief_cell_34(X))
& surface_1(fn_chief_cell_35(X))
& cell_pole_1(fn_chief_cell_36(X))
& cell_pole_1(fn_chief_cell_37(X))
& size_value_1(fn_chief_cell_38(X))
& support_1(fn_chief_cell_39(X))
& support_1(fn_chief_cell_40(X))
& microtubule_1(fn_chief_cell_41(X))
& create_1(fn_chief_cell_42(X))
& produce_1(fn_chief_cell_42(X))
& substance_1(fn_chief_cell_43(X))
& cytosol_1(fn_chief_cell_43(X))
& tangible_entity_1(fn_chief_cell_44(X))
& phospholipid_bilayer_1(fn_chief_cell_44(X))
& transfer_1(fn_chief_cell_45(X))
& receive_1(fn_chief_cell_45(X))
& exchange_1(fn_chief_cell_46(X))
& anabolic_pathway_1(fn_chief_cell_47(X))
& synthesis_of_protein_1(fn_chief_cell_47(X))
& release_1(fn_chief_cell_48(X))
& tangible_entity_1(fn_chief_cell_49(X))
& transport_vesicle_1(fn_chief_cell_49(X))
& cavity_1(fn_chief_cell_50(X))
& stomach_1(fn_chief_cell_51(X))
& release_1(fn_chief_cell_52(X))
& pepsinogen_1(fn_chief_cell_53(X))
& semiautonomous_organelle_1(fn_chief_cell_54(X))
& organelle_1(fn_chief_cell_54(X))
& mitochondrion_1(fn_chief_cell_54(X))
& attach_1(fn_chief_cell_55(X))
& outside_face_1(fn_chief_cell_56(X))
& extracellular_side_1(fn_chief_cell_56(X))
& surface_1(fn_chief_cell_56(X))
& hydrophobic_core_1(fn_chief_cell_57(X))
& hydrophilic_face_1(fn_chief_cell_58(X))
& transmembrane_protein_1(fn_chief_cell_59(X))
& tangible_entity_1(fn_chief_cell_59(X))
& membrane_protein_1(fn_chief_cell_59(X))
& protein_1(fn_chief_cell_59(X))
& spatial_entity_1(fn_chief_cell_59(X))
& polymer_1(fn_chief_cell_59(X))
& integrin_1(fn_chief_cell_59(X))
& protein_1(fn_chief_cell_60(X))
& organic_molecule_1(fn_chief_cell_60(X))
& polymer_1(fn_chief_cell_60(X))
& spatial_entity_1(fn_chief_cell_60(X))
& membrane_protein_1(fn_chief_cell_60(X))
& tangible_entity_1(fn_chief_cell_60(X))
& transmembrane_protein_1(fn_chief_cell_60(X))
& integral_protein_1(fn_chief_cell_60(X))
& transport_protein_1(fn_chief_cell_60(X))
& sodium_potassium_pump_1(fn_chief_cell_60(X))
& spatial_entity_1(fn_chief_cell_61(X))
& polymer_1(fn_chief_cell_61(X))
& organic_molecule_1(fn_chief_cell_61(X))
& tangible_entity_1(fn_chief_cell_61(X))
& membrane_protein_1(fn_chief_cell_61(X))
& protein_1(fn_chief_cell_61(X))
& glycoprotein_1(fn_chief_cell_61(X))
& integral_protein_1(fn_chief_cell_61(X))
& fibronectin_1(fn_chief_cell_61(X))
& spatial_entity_1(fn_chief_cell_62(X))
& polymer_1(fn_chief_cell_62(X))
& organic_molecule_1(fn_chief_cell_62(X))
& tangible_entity_1(fn_chief_cell_62(X))
& membrane_protein_1(fn_chief_cell_62(X))
& protein_1(fn_chief_cell_62(X))
& glycoprotein_1(fn_chief_cell_62(X))
& integral_protein_1(fn_chief_cell_62(X))
& fibronectin_1(fn_chief_cell_62(X))
& protein_1(fn_chief_cell_63(X))
& organic_molecule_1(fn_chief_cell_63(X))
& polymer_1(fn_chief_cell_63(X))
& spatial_entity_1(fn_chief_cell_63(X))
& membrane_protein_1(fn_chief_cell_63(X))
& tangible_entity_1(fn_chief_cell_63(X))
& transmembrane_protein_1(fn_chief_cell_63(X))
& integral_protein_1(fn_chief_cell_63(X))
& transport_protein_1(fn_chief_cell_63(X))
& sodium_potassium_pump_1(fn_chief_cell_63(X))
& aqueous_solution_1(fn_chief_cell_64(X))
& lipid_1(fn_chief_cell_65(X))
& glycolipid_1(fn_chief_cell_65(X))
& spatial_entity_1(fn_chief_cell_66(X))
& biomembrane_1(fn_chief_cell_66(X))
& nuclear_membrane_1(fn_chief_cell_66(X))
& synthesis_of_lipid_1(fn_chief_cell_67(X))
& protein_enzyme_1(fn_chief_cell_68(X))
& move_out_of_1(fn_chief_cell_69(X))
& catabolic_pathway_1(fn_chief_cell_70(X))
& metabolic_pathway_1(fn_chief_cell_71(X))
& endergonic_process_1(fn_chief_cell_71(X))
& chemical_reaction_1(fn_chief_cell_71(X))
& synthesis_of_organic_molecule_1(fn_chief_cell_71(X))
& anabolic_pathway_1(fn_chief_cell_71(X))
& synthesis_of_atp_1(fn_chief_cell_71(X))
& eukaryotic_oxidative_phosphorylation_1(fn_chief_cell_72(X))
& electron_transport_chain_pathway_1(fn_chief_cell_73(X))
& synthesis_of_protein_1(fn_ribosome_2(fn_chief_cell_10(X)))
& cavity_1(fn_stomach_16(fn_chief_cell_51(X)))
& carry_1(fn_exocytosis_25(fn_chief_cell_16(X)))
& container_1(fn_exocytosis_47(fn_chief_cell_16(X)))
& electron_transport_chain_pathway_1(fn_mitochondrion_159(fn_chief_cell_54(X)))
& metabolic_pathway_1(fn_mitochondrion_52(fn_chief_cell_54(X)))
& endergonic_process_1(fn_mitochondrion_52(fn_chief_cell_54(X)))
& chemical_reaction_1(fn_mitochondrion_52(fn_chief_cell_54(X)))
& synthesis_of_organic_molecule_1(fn_mitochondrion_52(fn_chief_cell_54(X)))
& anabolic_pathway_1(fn_mitochondrion_52(fn_chief_cell_54(X)))
& synthesis_of_atp_1(fn_mitochondrion_52(fn_chief_cell_54(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_mitochondrion_55(fn_chief_cell_54(X)))
& aqueous_solution_1(fn_er_membrane_32(fn_chief_cell_12(X)))
& aqueous_solution_1(fn_er_membrane_33(fn_chief_cell_12(X)))
& transfer_1(fn_endoplasmic_reticulum_25(fn_chief_cell_28(X)))
& outside_face_1(fn_biomembrane_41(fn_chief_cell_12(X)))
& surface_1(fn_er_membrane_13(fn_chief_cell_12(X)))
& outside_face_1(fn_er_membrane_13(fn_chief_cell_12(X)))
& ribosome_1(fn_synthesis_of_protein_10(fn_chief_cell_21(X)))
& glycolipid_1(fn_biomembrane_29(fn_chief_cell_12(X)))
& protein_1(fn_synthesis_of_protein_16(fn_chief_cell_21(X)))
& tangible_entity_1(fn_biomembrane_54(fn_chief_cell_12(X)))
& membrane_protein_1(fn_biomembrane_54(fn_chief_cell_12(X)))
& protein_1(fn_biomembrane_54(fn_chief_cell_12(X)))
& spatial_entity_1(fn_synthesis_of_membrane_protein_25(fn_chief_cell_21(X)))
& polymer_1(fn_synthesis_of_membrane_protein_25(fn_chief_cell_21(X)))
& chemical_entity_1(fn_synthesis_of_membrane_protein_25(fn_chief_cell_21(X)))
& tangible_entity_1(fn_synthesis_of_membrane_protein_25(fn_chief_cell_21(X)))
& membrane_protein_1(fn_synthesis_of_membrane_protein_25(fn_chief_cell_21(X)))
& protein_1(fn_synthesis_of_membrane_protein_25(fn_chief_cell_21(X)))
& tangible_entity_1(fn_release_1(fn_chief_cell_48(X)))
& tangible_entity_1(fn_exocytosis_35(fn_chief_cell_16(X)))
& molecule_1(fn_exocytosis_35(fn_chief_cell_16(X)))
& organic_molecule_1(fn_exocytosis_35(fn_chief_cell_16(X)))
& outside_face_1(fn_exocytosis_30(fn_chief_cell_16(X)))
& extracellular_side_1(fn_exocytosis_30(fn_chief_cell_16(X)))
& spatial_entity_1(fn_exocytosis_26(fn_chief_cell_16(X)))
& biomembrane_1(fn_exocytosis_26(fn_chief_cell_16(X)))
& plasma_membrane_1(fn_exocytosis_26(fn_chief_cell_16(X)))
& transport_vesicle_1(fn_exocytosis_24(fn_chief_cell_16(X)))
& release_1(fn_exocytosis_18(fn_chief_cell_16(X)))
& release_1(fn_exocytosis_48(fn_chief_cell_16(X)))
& cellular_work_1(fn_mitochondrion_160(fn_chief_cell_54(X)))
& active_transport_1(fn_mitochondrion_160(fn_chief_cell_54(X)))
& active_movement_of_ions_1(fn_mitochondrion_160(fn_chief_cell_54(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_mitochondrion_160(fn_chief_cell_54(X)))
& spatial_entity_1(fn_smooth_endoplasmic_reticulum_36(fn_chief_cell_28(X)))
& biomembrane_1(fn_smooth_endoplasmic_reticulum_36(fn_chief_cell_28(X)))
& nuclear_membrane_1(fn_smooth_endoplasmic_reticulum_36(fn_chief_cell_28(X)))
& lysosome_1(fn_smooth_endoplasmic_reticulum_13(fn_chief_cell_28(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_chief_cell_28(X)))
& peroxisome_1(fn_smooth_endoplasmic_reticulum_12(fn_chief_cell_28(X)))
& cell_1(fn_metabolic_pathway_1(fn_chief_cell_22(X)))
& cell_1(fn_synthesis_of_protein_11(fn_chief_cell_21(X)))
& tangible_entity_1(fn_exocytosis_33(fn_chief_cell_16(X)))
& cell_1(fn_exocytosis_33(fn_chief_cell_16(X)))
& eukaryotic_cell_1(fn_mitochondrion_51(fn_chief_cell_54(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_chief_cell_28(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_chief_cell_28(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_chief_cell_28(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_chief_cell_28(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_chief_cell_28(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_chief_cell_28(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_chief_cell_28(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_chief_cell_28(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_chief_cell_28(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_chief_cell_28(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_chief_cell_28(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_chief_cell_28(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_chief_cell_28(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_chief_cell_28(X)))
& fn_chief_cell_7(X) != fn_chief_cell_47(X)
& fn_chief_cell_7(X) != fn_chief_cell_21(X)
& site_2(fn_chief_cell_21(X),fn_chief_cell_10(X))
& fn_chief_cell_21(X) != fn_chief_cell_7(X)
& fn_chief_cell_21(X) != fn_chief_cell_47(X)
& quantity_2(fn_chief_cell_25(X),fn_chief_cell_3(X))
& fn_chief_cell_47(X) != fn_chief_cell_7(X)
& fn_chief_cell_47(X) != fn_chief_cell_21(X)
& greater_than_2(fn_chief_cell_4(X),fn_chief_cell_3(X))
& is_inside_2(fn_chief_cell_2(X),X)
& is_outside_2(fn_chief_cell_1(X),X)
& is_inside_2(fn_chief_cell_1(X),fn_chief_cell_50(X))
& origin_2(fn_chief_cell_52(X),fn_chief_cell_2(X))
& destination_2(fn_chief_cell_52(X),fn_chief_cell_1(X))
& has_function_2(X,fn_chief_cell_52(X))
& called_2(fn_chief_cell_61(X),'MP2')
& is_at_2(fn_chief_cell_63(X),fn_chief_cell_44(X))
& is_inside_2(fn_chief_cell_64(X),fn_chief_cell_12(X))
& object_2(fn_chief_cell_48(X),fn_chief_cell_49(X))
& has_function_2(fn_chief_cell_10(X),fn_chief_cell_21(X))
& object_2(fn_chief_cell_17(X),fn_chief_cell_53(X))
& object_2(fn_chief_cell_52(X),fn_chief_cell_53(X))
& object_2(fn_chief_cell_16(X),fn_chief_cell_53(X))
& is_inside_2(fn_chief_cell_53(X),fn_chief_cell_29(X))
& base_2(fn_chief_cell_22(X),X)
& has_region_2(fn_chief_cell_51(X),fn_chief_cell_50(X))
& base_2(fn_chief_cell_21(X),X)
& is_between_2(fn_chief_cell_12(X),fn_chief_cell_64(X))
& result_2(fn_chief_cell_21(X),fn_chief_cell_11(X))
& agent_2(fn_chief_cell_8(X),fn_chief_cell_28(X))
& subevent_2(fn_chief_cell_46(X),fn_chief_cell_8(X))
& has_function_2(fn_chief_cell_10(X),fn_chief_cell_47(X))
& base_2(fn_chief_cell_69(X),X)
& path_2(fn_chief_cell_69(X),fn_chief_cell_36(X))
& object_2(fn_chief_cell_45(X),fn_chief_cell_53(X))
& recipient_2(fn_chief_cell_45(X),fn_chief_cell_28(X))
& object_2(fn_chief_cell_46(X),fn_chief_cell_53(X))
& subevent_2(fn_chief_cell_46(X),fn_chief_cell_45(X))
& recipient_2(fn_chief_cell_45(X),fn_chief_cell_27(X))
& result_2(fn_chief_cell_47(X),fn_chief_cell_53(X))
& site_2(fn_chief_cell_47(X),fn_chief_cell_10(X))
& is_at_2(fn_chief_cell_10(X),fn_chief_cell_13(X))
& is_outside_2(fn_chief_cell_13(X),fn_chief_cell_12(X))
& has_region_2(fn_chief_cell_12(X),fn_chief_cell_13(X))
& result_2(fn_chief_cell_67(X),fn_chief_cell_65(X))
& agent_2(fn_chief_cell_67(X),fn_chief_cell_68(X))
& is_inside_2(fn_chief_cell_68(X),fn_chief_cell_12(X))
& abuts_2(fn_chief_cell_66(X),fn_chief_cell_12(X))
& abuts_2(fn_chief_cell_12(X),fn_chief_cell_66(X))
& is_inside_2(fn_chief_cell_53(X),X)
& is_inside_2(fn_chief_cell_53(X),fn_chief_cell_49(X))
& is_inside_2(fn_chief_cell_11(X),fn_chief_cell_49(X))
& has_part_2(fn_chief_cell_12(X),fn_chief_cell_11(X))
& has_part_2(fn_chief_cell_12(X),fn_chief_cell_65(X))
& is_inside_2(fn_chief_cell_63(X),fn_chief_cell_44(X))
& has_region_2(X,fn_chief_cell_37(X))
& the_scalar_value_2(fn_chief_cell_38(X),big_0)
& scalar_unit_class_2(fn_chief_cell_38(X),prokaryote_0)
& called_2(fn_chief_cell_59(X),'MP1')
& called_2(fn_chief_cell_62(X),'MP1')
& has_region_2(fn_chief_cell_63(X),fn_chief_cell_56(X))
& origin_2(fn_chief_cell_9(X),fn_chief_cell_33(X))
& called_2(fn_chief_cell_63(X),'MP1')
& causes_2(fn_chief_cell_9(X),fn_chief_cell_70(X))
& destination_2(fn_chief_cell_9(X),fn_chief_cell_54(X))
& is_at_2(fn_chief_cell_60(X),fn_chief_cell_24(X))
& called_2(fn_chief_cell_60(X),'MP1')
& result_2(fn_chief_cell_42(X),fn_chief_cell_41(X))
& has_function_2(fn_chief_cell_41(X),fn_chief_cell_40(X))
& object_2(fn_chief_cell_40(X),X)
& has_function_2(X,fn_chief_cell_15(X))
& size_2(X,fn_chief_cell_38(X))
& directly_proportional_2(fn_chief_cell_38(X),fn_chief_cell_34(X))
& volume_2(X,fn_chief_cell_34(X))
& has_part_2(X,fn_chief_cell_31(X))
& has_function_2(fn_chief_cell_31(X),fn_chief_cell_42(X))
& agent_2(fn_chief_cell_39(X),fn_chief_cell_24(X))
& object_2(fn_chief_cell_39(X),X)
& has_part_2(X,fn_chief_cell_26(X))
& is_inside_2(fn_chief_cell_26(X),fn_chief_cell_30(X))
& is_near_2(fn_chief_cell_30(X),fn_chief_cell_31(X))
& is_near_2(fn_chief_cell_31(X),fn_chief_cell_30(X))
& fn_chief_cell_63(X) != fn_chief_cell_60(X)
& object_2(fn_chief_cell_55(X),fn_chief_cell_63(X))
& base_2(fn_chief_cell_55(X),fn_chief_cell_24(X))
& has_part_2(fn_chief_cell_24(X),fn_chief_cell_44(X))
& is_inside_2(fn_chief_cell_60(X),fn_chief_cell_44(X))
& fn_chief_cell_60(X) != fn_chief_cell_63(X)
& has_part_2(fn_chief_cell_24(X),fn_chief_cell_60(X))
& has_part_2(fn_chief_cell_24(X),fn_chief_cell_59(X))
& fn_chief_cell_59(X) != fn_chief_cell_62(X)
& fn_chief_cell_63(X) != fn_chief_cell_59(X)
& fn_chief_cell_59(X) != fn_chief_cell_63(X)
& fn_chief_cell_62(X) != fn_chief_cell_59(X)
& fn_chief_cell_63(X) != fn_chief_cell_61(X)
& fn_chief_cell_61(X) != fn_chief_cell_60(X)
& is_across_2(fn_chief_cell_60(X),fn_chief_cell_24(X))
& has_part_2(fn_chief_cell_24(X),fn_chief_cell_61(X))
& is_inside_2(fn_chief_cell_61(X),fn_chief_cell_44(X))
& fn_chief_cell_61(X) != fn_chief_cell_63(X)
& fn_chief_cell_60(X) != fn_chief_cell_61(X)
& has_region_2(fn_chief_cell_24(X),fn_chief_cell_56(X))
& is_outside_2(fn_chief_cell_56(X),fn_chief_cell_24(X))
& has_part_2(fn_chief_cell_24(X),fn_chief_cell_63(X))
& is_at_2(fn_chief_cell_63(X),fn_chief_cell_24(X))
& has_part_2(fn_chief_cell_24(X),fn_chief_cell_62(X))
& fn_chief_cell_63(X) != fn_chief_cell_62(X)
& fn_chief_cell_62(X) != fn_chief_cell_60(X)
& is_at_2(fn_chief_cell_60(X),fn_chief_cell_44(X))
& is_at_2(fn_chief_cell_44(X),fn_chief_cell_35(X))
& has_region_2(X,fn_chief_cell_35(X))
& fn_chief_cell_62(X) != fn_chief_cell_63(X)
& fn_chief_cell_60(X) != fn_chief_cell_62(X)
& has_region_2(fn_chief_cell_24(X),fn_chief_cell_58(X))
& is_outside_2(fn_chief_cell_58(X),fn_chief_cell_24(X))
& has_region_2(fn_chief_cell_24(X),fn_chief_cell_57(X))
& is_across_2(fn_chief_cell_63(X),fn_chief_cell_57(X))
& is_across_2(fn_chief_cell_63(X),fn_chief_cell_24(X))
& base_2(fn_chief_cell_70(X),X)
& site_2(fn_chief_cell_70(X),fn_chief_cell_54(X))
& is_inside_2(fn_chief_cell_54(X),fn_chief_cell_43(X))
& is_inside_2(fn_chief_cell_25(X),fn_chief_cell_43(X))
& has_part_2(X,fn_chief_cell_25(X))
& base_2(fn_chief_cell_20(X),X)
& path_2(fn_chief_cell_20(X),fn_chief_cell_36(X))
& has_region_2(X,fn_chief_cell_36(X))
& is_opposite_2(fn_chief_cell_37(X),fn_chief_cell_36(X))
& is_opposite_2(fn_chief_cell_36(X),fn_chief_cell_37(X))
& has_function_2(X,fn_chief_cell_23(X))
& base_2(fn_chief_cell_23(X),X)
& has_part_2(X,fn_chief_cell_24(X))
& has_function_2(fn_chief_cell_24(X),fn_chief_cell_16(X))
& path_2(fn_chief_cell_16(X),fn_chief_cell_24(X))
& agent_2(fn_chief_cell_17(X),fn_chief_cell_29(X))
& base_2(fn_chief_cell_52(X),X)
& subevent_2(fn_chief_cell_16(X),fn_chief_cell_52(X))
& in_event_2(fn_chief_cell_14(X),fn_chief_cell_52(X))
& plays_2(X,fn_chief_cell_14(X))
& has_part_2(X,fn_chief_cell_29(X))
& instrument_2(fn_chief_cell_16(X),fn_chief_cell_29(X))
& first_subevent_2(fn_chief_cell_72(X),fn_chief_cell_73(X))
& base_2(fn_chief_cell_15(X),X)
& base_2(fn_chief_cell_73(X),X)
& subevent_2(fn_chief_cell_72(X),fn_chief_cell_73(X))
& site_2(fn_chief_cell_72(X),fn_chief_cell_54(X))
& has_function_2(fn_chief_cell_54(X),fn_chief_cell_72(X))
& base_2(fn_chief_cell_72(X),X)
& has_part_2(X,fn_chief_cell_54(X))
& site_2(fn_chief_cell_71(X),fn_chief_cell_54(X))
& base_2(fn_chief_cell_71(X),X)
& has_part_2(fn_chief_cell_30(X),fn_chief_cell_66(X))
& is_inside_2(fn_chief_cell_32(X),fn_chief_cell_43(X))
& has_part_2(X,fn_chief_cell_32(X))
& has_part_2(X,fn_chief_cell_33(X))
& is_inside_2(fn_chief_cell_33(X),fn_chief_cell_43(X))
& is_inside_2(fn_chief_cell_30(X),fn_chief_cell_43(X))
& has_part_2(X,fn_chief_cell_30(X))
& has_part_2(X,fn_chief_cell_28(X))
& has_function_2(fn_chief_cell_28(X),fn_chief_cell_22(X))
& site_2(fn_chief_cell_22(X),fn_chief_cell_28(X))
& is_inside_2(fn_chief_cell_28(X),fn_chief_cell_43(X))
& is_inside_2(fn_chief_cell_27(X),fn_chief_cell_43(X))
& has_part_2(X,fn_chief_cell_27(X))
& fn_chief_cell_49(X) = fn_release_1(fn_chief_cell_48(X))
& fn_chief_cell_10(X) = fn_synthesis_of_protein_10(fn_chief_cell_21(X))
& fn_chief_cell_21(X) = fn_ribosome_2(fn_chief_cell_10(X))
& fn_chief_cell_53(X) = fn_exocytosis_35(fn_chief_cell_16(X))
& X = fn_metabolic_pathway_1(fn_chief_cell_22(X))
& fn_chief_cell_50(X) = fn_stomach_16(fn_chief_cell_51(X))
& X = fn_synthesis_of_protein_11(fn_chief_cell_21(X))
& fn_chief_cell_64(X) = fn_er_membrane_32(fn_chief_cell_12(X))
& fn_chief_cell_64(X) = fn_er_membrane_33(fn_chief_cell_12(X))
& fn_chief_cell_11(X) = fn_synthesis_of_protein_16(fn_chief_cell_21(X))
& fn_chief_cell_11(X) = fn_synthesis_of_membrane_protein_25(fn_chief_cell_21(X))
& fn_chief_cell_8(X) = fn_endoplasmic_reticulum_25(fn_chief_cell_28(X))
& fn_chief_cell_8(X) = fn_eukaryotic_cell_36(X)
& fn_chief_cell_69(X) = fn_secretory_cell_65(X)
& fn_chief_cell_46(X) = fn_eukaryotic_cell_34(X)
& fn_chief_cell_45(X) = fn_eukaryotic_cell_35(X)
& fn_chief_cell_45(X) = fn_secretory_cell_60(X)
& fn_chief_cell_46(X) = fn_secretory_cell_40(X)
& fn_chief_cell_13(X) = fn_biomembrane_41(fn_chief_cell_12(X))
& fn_chief_cell_13(X) = fn_er_membrane_13(fn_chief_cell_12(X))
& fn_chief_cell_13(X) = fn_secretory_cell_78(X)
& fn_chief_cell_10(X) = fn_secretory_cell_83(X)
& fn_chief_cell_47(X) = fn_secretory_cell_59(X)
& fn_chief_cell_68(X) = fn_secretory_cell_81(X)
& fn_chief_cell_67(X) = fn_secretory_cell_82(X)
& fn_chief_cell_65(X) = fn_biomembrane_29(fn_chief_cell_12(X))
& fn_chief_cell_65(X) = fn_secretory_cell_77(X)
& fn_chief_cell_11(X) = fn_biomembrane_54(fn_chief_cell_12(X))
& fn_chief_cell_12(X) = fn_secretory_cell_75(X)
& fn_chief_cell_11(X) = fn_secretory_cell_79(X)
& fn_chief_cell_49(X) = fn_secretory_cell_85(X)
& fn_chief_cell_53(X) = fn_secretory_cell_62(X)
& fn_chief_cell_44(X) = fn_animal_cell_58(X)
& fn_chief_cell_19(X) = fn_secretory_cell_74(X)
& fn_chief_cell_18(X) = fn_secretory_cell_73(X)
& fn_chief_cell_9(X) = fn_secretory_cell_15(X)
& fn_chief_cell_15(X) = fn_secretory_cell_25(X)
& fn_chief_cell_40(X) = fn_secretory_cell_35(X)
& fn_chief_cell_41(X) = fn_secretory_cell_39(X)
& fn_chief_cell_42(X) = fn_secretory_cell_38(X)
& fn_chief_cell_34(X) = fn_secretory_cell_36(X)
& fn_chief_cell_38(X) = fn_secretory_cell_37(X)
& fn_chief_cell_31(X) = fn_secretory_cell_33(X)
& fn_chief_cell_26(X) = fn_animal_cell_52(X)
& fn_chief_cell_26(X) = fn_secretory_cell_30(X)
& fn_chief_cell_39(X) = fn_secretory_cell_34(X)
& fn_chief_cell_55(X) = fn_secretory_cell_44(X)
& fn_chief_cell_59(X) = fn_secretory_cell_41(X)
& fn_chief_cell_61(X) = fn_secretory_cell_69(X)
& fn_chief_cell_60(X) = fn_secretory_cell_68(X)
& fn_chief_cell_61(X) = fn_secretory_cell_71(X)
& fn_chief_cell_62(X) = fn_secretory_cell_71(X)
& fn_chief_cell_56(X) = fn_eukaryotic_cell_47(X)
& fn_chief_cell_56(X) = fn_exocytosis_30(fn_chief_cell_16(X))
& fn_chief_cell_56(X) = fn_animal_cell_84(X)
& fn_chief_cell_56(X) = fn_secretory_cell_43(X)
& fn_chief_cell_35(X) = fn_secretory_cell_67(X)
& fn_chief_cell_44(X) = fn_secretory_cell_70(X)
& fn_chief_cell_60(X) = fn_secretory_cell_72(X)
& fn_chief_cell_62(X) = fn_secretory_cell_69(X)
& fn_chief_cell_63(X) = fn_eukaryotic_cell_15(X)
& fn_chief_cell_57(X) = fn_eukaryotic_cell_48(X)
& fn_chief_cell_63(X) = fn_animal_cell_75(X)
& fn_chief_cell_63(X) = fn_secretory_cell_72(X)
& fn_chief_cell_57(X) = fn_animal_cell_85(X)
& fn_chief_cell_57(X) = fn_secretory_cell_42(X)
& fn_chief_cell_58(X) = fn_secretory_cell_24(X)
& fn_chief_cell_25(X) = fn_secretory_cell_29(X)
& fn_chief_cell_54(X) = fn_secretory_cell_32(X)
& fn_chief_cell_70(X) = fn_secretory_cell_87(X)
& fn_chief_cell_37(X) = fn_secretory_cell_28(X)
& fn_chief_cell_36(X) = fn_secretory_cell_55(X)
& fn_chief_cell_20(X) = fn_secretory_cell_65(X)
& fn_chief_cell_24(X) = fn_exocytosis_26(fn_chief_cell_16(X))
& fn_chief_cell_24(X) = fn_eukaryotic_cell_29(X)
& fn_chief_cell_24(X) = fn_animal_cell_73(X)
& fn_chief_cell_24(X) = fn_secretory_cell_52(X)
& fn_chief_cell_23(X) = fn_animal_cell_81(X)
& fn_chief_cell_23(X) = fn_secretory_cell_64(X)
& fn_chief_cell_17(X) = fn_exocytosis_25(fn_chief_cell_16(X))
& fn_chief_cell_29(X) = fn_secretory_cell_66(X)
& fn_chief_cell_29(X) = fn_exocytosis_24(fn_chief_cell_16(X))
& X = fn_exocytosis_33(fn_chief_cell_16(X))
& fn_chief_cell_14(X) = fn_exocytosis_47(fn_chief_cell_16(X))
& fn_chief_cell_16(X) = fn_secretory_cell_63(X)
& fn_chief_cell_52(X) = fn_secretory_cell_54(X)
& fn_chief_cell_52(X) = fn_exocytosis_18(fn_chief_cell_16(X))
& fn_chief_cell_52(X) = fn_exocytosis_48(fn_chief_cell_16(X))
& fn_chief_cell_15(X) = fn_mitochondrion_160(fn_chief_cell_54(X))
& fn_chief_cell_73(X) = fn_mitochondrion_159(fn_chief_cell_54(X))
& fn_chief_cell_71(X) = fn_mitochondrion_52(fn_chief_cell_54(X))
& X = fn_mitochondrion_51(fn_chief_cell_54(X))
& fn_chief_cell_72(X) = fn_mitochondrion_55(fn_chief_cell_54(X))
& fn_chief_cell_66(X) = fn_secretory_cell_76(X)
& fn_chief_cell_66(X) = fn_smooth_endoplasmic_reticulum_36(fn_chief_cell_28(X))
& fn_chief_cell_32(X) = fn_secretory_cell_1(X)
& fn_chief_cell_32(X) = fn_smooth_endoplasmic_reticulum_13(fn_chief_cell_28(X))
& fn_chief_cell_28(X) = fn_eukaryotic_cell_20(X)
& fn_chief_cell_30(X) = fn_secretory_cell_31(X)
& fn_chief_cell_30(X) = fn_animal_cell_78(X)
& fn_chief_cell_30(X) = fn_smooth_endoplasmic_reticulum_10(fn_chief_cell_28(X))
& fn_chief_cell_43(X) = fn_secretory_cell_84(X)
& fn_chief_cell_33(X) = fn_secretory_cell_86(X)
& fn_chief_cell_33(X) = fn_smooth_endoplasmic_reticulum_12(fn_chief_cell_28(X))
& X = fn_smooth_endoplasmic_reticulum_33(fn_chief_cell_28(X))
& fn_chief_cell_27(X) = fn_animal_cell_82(X)
& fn_chief_cell_43(X) = fn_animal_cell_62(X)
& fn_chief_cell_27(X) = fn_secretory_cell_57(X)
& fn_chief_cell_27(X) = fn_smooth_endoplasmic_reticulum_3(fn_chief_cell_28(X))
& fn_chief_cell_28(X) = fn_secretory_cell_53(X)
& fn_chief_cell_43(X) = fn_secretory_cell_58(X)
& fn_chief_cell_43(X) = fn_smooth_endoplasmic_reticulum_34(fn_chief_cell_28(X))
& fn_chief_cell_22(X) = fn_smooth_endoplasmic_reticulum_23(fn_chief_cell_28(X))
& fn_chief_cell_22(X) = fn_smooth_endoplasmic_reticulum_7(fn_chief_cell_28(X))
& fn_chief_cell_22(X) = fn_smooth_endoplasmic_reticulum_49(fn_chief_cell_28(X))
& fn_chief_cell_22(X) = fn_smooth_endoplasmic_reticulum_48(fn_chief_cell_28(X))
& fn_chief_cell_22(X) = fn_smooth_endoplasmic_reticulum_8(fn_chief_cell_28(X))
& fn_chief_cell_22(X) = fn_smooth_endoplasmic_reticulum_42(fn_chief_cell_28(X))
& fn_er_membrane_32(fn_chief_cell_12(X)) = fn_er_membrane_33(fn_chief_cell_12(X))
& fn_er_membrane_33(fn_chief_cell_12(X)) = fn_eukaryotic_cell_36(X)
& fn_eukaryotic_cell_36(X) = fn_endoplasmic_reticulum_25(fn_chief_cell_28(X))
& fn_endoplasmic_reticulum_25(fn_chief_cell_28(X)) = fn_eukaryotic_cell_36(X)
& fn_eukaryotic_cell_36(X) = fn_eukaryotic_cell_35(X)
& fn_secretory_cell_60(X) = fn_secretory_cell_60(X)
& fn_secretory_cell_60(X) = fn_eukaryotic_cell_35(X)
& fn_eukaryotic_cell_35(X) = fn_secretory_cell_60(X)
& fn_secretory_cell_60(X) = fn_eukaryotic_cell_34(X)
& fn_eukaryotic_cell_34(X) = fn_eukaryotic_cell_34(X)
& fn_eukaryotic_cell_34(X) = fn_secretory_cell_40(X)
& fn_secretory_cell_40(X) = fn_secretory_cell_40(X)
& fn_secretory_cell_40(X) = fn_biomembrane_41(fn_chief_cell_12(X))
& fn_biomembrane_41(fn_chief_cell_12(X)) = fn_er_membrane_13(fn_chief_cell_12(X))
& fn_er_membrane_13(fn_chief_cell_12(X)) = fn_er_membrane_13(fn_chief_cell_12(X))
& fn_er_membrane_13(fn_chief_cell_12(X)) = fn_secretory_cell_78(X)
& fn_secretory_cell_78(X) = fn_secretory_cell_78(X)
& fn_secretory_cell_78(X) = fn_synthesis_of_protein_10(fn_chief_cell_21(X))
& fn_synthesis_of_protein_10(fn_chief_cell_21(X)) = fn_secretory_cell_83(X)
& fn_secretory_cell_83(X) = fn_secretory_cell_83(X)
& fn_secretory_cell_83(X) = fn_secretory_cell_77(X)
& fn_secretory_cell_77(X) = fn_biomembrane_29(fn_chief_cell_12(X))
& fn_biomembrane_29(fn_chief_cell_12(X)) = fn_secretory_cell_77(X)
& fn_secretory_cell_77(X) = fn_synthesis_of_protein_16(fn_chief_cell_21(X))
& fn_synthesis_of_protein_16(fn_chief_cell_21(X)) = fn_biomembrane_54(fn_chief_cell_12(X))
& fn_synthesis_of_membrane_protein_25(fn_chief_cell_21(X)) = fn_biomembrane_54(fn_chief_cell_12(X))
& fn_biomembrane_54(fn_chief_cell_12(X)) = fn_synthesis_of_membrane_protein_25(fn_chief_cell_21(X))
& fn_synthesis_of_membrane_protein_25(fn_chief_cell_21(X)) = fn_secretory_cell_79(X)
& fn_secretory_cell_79(X) = fn_secretory_cell_79(X)
& fn_secretory_cell_79(X) = fn_release_1(fn_chief_cell_48(X))
& fn_release_1(fn_chief_cell_48(X)) = fn_secretory_cell_85(X)
& fn_secretory_cell_85(X) = fn_secretory_cell_85(X)
& fn_secretory_cell_85(X) = fn_exocytosis_35(fn_chief_cell_16(X))
& fn_exocytosis_35(fn_chief_cell_16(X)) = fn_exocytosis_35(fn_chief_cell_16(X))
& fn_exocytosis_35(fn_chief_cell_16(X)) = fn_secretory_cell_62(X)
& fn_secretory_cell_62(X) = fn_secretory_cell_62(X)
& fn_secretory_cell_62(X) = fn_animal_cell_52(X)
& fn_secretory_cell_30(X) = fn_animal_cell_52(X)
& fn_animal_cell_52(X) = fn_secretory_cell_30(X)
& fn_secretory_cell_30(X) = fn_secretory_cell_69(X)
& fn_secretory_cell_69(X) = fn_secretory_cell_71(X)
& fn_secretory_cell_71(X) = fn_eukaryotic_cell_47(X)
& fn_exocytosis_30(fn_chief_cell_16(X)) = fn_eukaryotic_cell_47(X)
& fn_eukaryotic_cell_47(X) = fn_exocytosis_30(fn_chief_cell_16(X))
& fn_exocytosis_30(fn_chief_cell_16(X)) = fn_exocytosis_30(fn_chief_cell_16(X))
& fn_exocytosis_30(fn_chief_cell_16(X)) = fn_animal_cell_84(X)
& fn_secretory_cell_43(X) = fn_secretory_cell_43(X)
& fn_secretory_cell_43(X) = fn_animal_cell_84(X)
& fn_animal_cell_84(X) = fn_secretory_cell_43(X)
& fn_secretory_cell_43(X) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_secretory_cell_70(X)
& fn_secretory_cell_70(X) = fn_secretory_cell_70(X)
& fn_secretory_cell_70(X) = fn_secretory_cell_68(X)
& fn_secretory_cell_68(X) = fn_secretory_cell_68(X)
& fn_secretory_cell_68(X) = fn_secretory_cell_72(X)
& fn_secretory_cell_72(X) = fn_secretory_cell_71(X)
& fn_secretory_cell_71(X) = fn_secretory_cell_71(X)
& fn_secretory_cell_71(X) = fn_secretory_cell_69(X)
& fn_secretory_cell_69(X) = fn_secretory_cell_69(X)
& fn_secretory_cell_69(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_cell_75(X)
& fn_secretory_cell_72(X) = fn_secretory_cell_72(X)
& fn_secretory_cell_72(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_secretory_cell_72(X)
& fn_secretory_cell_72(X) = fn_eukaryotic_cell_48(X)
& fn_eukaryotic_cell_48(X) = fn_animal_cell_85(X)
& fn_animal_cell_85(X) = fn_animal_cell_85(X)
& fn_secretory_cell_42(X) = fn_animal_cell_85(X)
& fn_animal_cell_85(X) = fn_secretory_cell_42(X)
& fn_secretory_cell_42(X) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_eukaryotic_cell_29(X)
& fn_exocytosis_26(fn_chief_cell_16(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_exocytosis_26(fn_chief_cell_16(X))
& fn_animal_cell_73(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_exocytosis_26(fn_chief_cell_16(X))
& fn_exocytosis_26(fn_chief_cell_16(X)) = fn_exocytosis_26(fn_chief_cell_16(X))
& fn_exocytosis_26(fn_chief_cell_16(X)) = fn_animal_cell_73(X)
& fn_secretory_cell_52(X) = fn_secretory_cell_52(X)
& fn_secretory_cell_52(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_secretory_cell_52(X)
& fn_secretory_cell_52(X) = fn_animal_cell_81(X)
& fn_animal_cell_81(X) = fn_secretory_cell_64(X)
& fn_secretory_cell_64(X) = fn_secretory_cell_64(X)
& fn_secretory_cell_64(X) = fn_exocytosis_24(fn_chief_cell_16(X))
& fn_exocytosis_24(fn_chief_cell_16(X)) = fn_exocytosis_24(fn_chief_cell_16(X))
& fn_exocytosis_24(fn_chief_cell_16(X)) = fn_secretory_cell_66(X)
& fn_secretory_cell_66(X) = fn_exocytosis_24(fn_chief_cell_16(X))
& fn_exocytosis_24(fn_chief_cell_16(X)) = fn_secretory_cell_54(X)
& fn_secretory_cell_54(X) = fn_secretory_cell_54(X)
& fn_secretory_cell_54(X) = fn_exocytosis_18(fn_chief_cell_16(X))
& fn_exocytosis_48(fn_chief_cell_16(X)) = fn_exocytosis_48(fn_chief_cell_16(X))
& fn_exocytosis_48(fn_chief_cell_16(X)) = fn_exocytosis_18(fn_chief_cell_16(X))
& fn_exocytosis_18(fn_chief_cell_16(X)) = fn_exocytosis_48(fn_chief_cell_16(X))
& fn_exocytosis_48(fn_chief_cell_16(X)) = fn_secretory_cell_25(X)
& fn_secretory_cell_25(X) = fn_mitochondrion_160(fn_chief_cell_54(X))
& fn_mitochondrion_160(fn_chief_cell_54(X)) = fn_secretory_cell_76(X)
& fn_secretory_cell_76(X) = fn_secretory_cell_76(X)
& fn_secretory_cell_76(X) = fn_smooth_endoplasmic_reticulum_36(fn_chief_cell_28(X))
& fn_smooth_endoplasmic_reticulum_36(fn_chief_cell_28(X)) = fn_secretory_cell_1(X)
& fn_smooth_endoplasmic_reticulum_13(fn_chief_cell_28(X)) = fn_secretory_cell_1(X)
& fn_secretory_cell_1(X) = fn_smooth_endoplasmic_reticulum_13(fn_chief_cell_28(X))
& fn_smooth_endoplasmic_reticulum_13(fn_chief_cell_28(X)) = fn_secretory_cell_31(X)
& fn_secretory_cell_31(X) = fn_animal_cell_78(X)
& fn_animal_cell_78(X) = fn_secretory_cell_31(X)
& fn_secretory_cell_31(X) = fn_secretory_cell_31(X)
& fn_smooth_endoplasmic_reticulum_10(fn_chief_cell_28(X)) = fn_secretory_cell_31(X)
& fn_secretory_cell_31(X) = fn_smooth_endoplasmic_reticulum_10(fn_chief_cell_28(X))
& fn_smooth_endoplasmic_reticulum_10(fn_chief_cell_28(X)) = fn_secretory_cell_86(X)
& fn_secretory_cell_86(X) = fn_secretory_cell_86(X)
& fn_smooth_endoplasmic_reticulum_12(fn_chief_cell_28(X)) = fn_secretory_cell_86(X)
& fn_secretory_cell_86(X) = fn_smooth_endoplasmic_reticulum_12(fn_chief_cell_28(X))
& fn_smooth_endoplasmic_reticulum_12(fn_chief_cell_28(X)) = fn_metabolic_pathway_1(fn_chief_cell_22(X))
& fn_metabolic_pathway_1(fn_chief_cell_22(X)) = fn_synthesis_of_protein_11(fn_chief_cell_21(X))
& fn_synthesis_of_protein_11(fn_chief_cell_21(X)) = fn_synthesis_of_protein_11(fn_chief_cell_21(X))
& fn_synthesis_of_protein_11(fn_chief_cell_21(X)) = fn_exocytosis_33(fn_chief_cell_16(X))
& fn_exocytosis_33(fn_chief_cell_16(X)) = fn_exocytosis_33(fn_chief_cell_16(X))
& fn_exocytosis_33(fn_chief_cell_16(X)) = fn_mitochondrion_51(fn_chief_cell_54(X))
& fn_mitochondrion_51(fn_chief_cell_54(X)) = fn_mitochondrion_51(fn_chief_cell_54(X))
& fn_mitochondrion_51(fn_chief_cell_54(X)) = fn_smooth_endoplasmic_reticulum_33(fn_chief_cell_28(X))
& fn_smooth_endoplasmic_reticulum_33(fn_chief_cell_28(X)) = fn_smooth_endoplasmic_reticulum_33(fn_chief_cell_28(X))
& fn_smooth_endoplasmic_reticulum_33(fn_chief_cell_28(X)) = fn_secretory_cell_57(X)
& fn_secretory_cell_57(X) = fn_animal_cell_82(X)
& fn_animal_cell_82(X) = fn_secretory_cell_57(X)
& fn_secretory_cell_57(X) = fn_secretory_cell_57(X)
& fn_smooth_endoplasmic_reticulum_3(fn_chief_cell_28(X)) = fn_secretory_cell_57(X)
& fn_secretory_cell_57(X) = fn_smooth_endoplasmic_reticulum_3(fn_chief_cell_28(X))
& fn_smooth_endoplasmic_reticulum_3(fn_chief_cell_28(X)) = fn_secretory_cell_84(X)
& fn_animal_cell_62(X) = fn_secretory_cell_84(X)
& fn_secretory_cell_84(X) = fn_animal_cell_62(X)
& fn_secretory_cell_58(X) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_secretory_cell_58(X)
& fn_secretory_cell_58(X) = fn_secretory_cell_58(X)
& fn_smooth_endoplasmic_reticulum_34(fn_chief_cell_28(X)) = fn_smooth_endoplasmic_reticulum_34(fn_chief_cell_28(X))
& fn_smooth_endoplasmic_reticulum_34(fn_chief_cell_28(X)) = fn_secretory_cell_58(X)
& fn_secretory_cell_58(X) = fn_smooth_endoplasmic_reticulum_34(fn_chief_cell_28(X))
& fn_smooth_endoplasmic_reticulum_34(fn_chief_cell_28(X)) = fn_smooth_endoplasmic_reticulum_23(fn_chief_cell_28(X))
& fn_smooth_endoplasmic_reticulum_23(fn_chief_cell_28(X)) = fn_smooth_endoplasmic_reticulum_7(fn_chief_cell_28(X))
& fn_smooth_endoplasmic_reticulum_7(fn_chief_cell_28(X)) = fn_smooth_endoplasmic_reticulum_7(fn_chief_cell_28(X))
& fn_smooth_endoplasmic_reticulum_7(fn_chief_cell_28(X)) = fn_smooth_endoplasmic_reticulum_49(fn_chief_cell_28(X))
& fn_smooth_endoplasmic_reticulum_49(fn_chief_cell_28(X)) = fn_smooth_endoplasmic_reticulum_49(fn_chief_cell_28(X))
& fn_smooth_endoplasmic_reticulum_49(fn_chief_cell_28(X)) = fn_smooth_endoplasmic_reticulum_48(fn_chief_cell_28(X))
& fn_smooth_endoplasmic_reticulum_48(fn_chief_cell_28(X)) = fn_smooth_endoplasmic_reticulum_48(fn_chief_cell_28(X))
& fn_smooth_endoplasmic_reticulum_48(fn_chief_cell_28(X)) = fn_smooth_endoplasmic_reticulum_8(fn_chief_cell_28(X))
& fn_smooth_endoplasmic_reticulum_8(fn_chief_cell_28(X)) = fn_smooth_endoplasmic_reticulum_8(fn_chief_cell_28(X))
& fn_smooth_endoplasmic_reticulum_42(fn_chief_cell_28(X)) = fn_smooth_endoplasmic_reticulum_8(fn_chief_cell_28(X))
& fn_smooth_endoplasmic_reticulum_8(fn_chief_cell_28(X)) = fn_smooth_endoplasmic_reticulum_42(fn_chief_cell_28(X))
& fn_smooth_endoplasmic_reticulum_42(fn_chief_cell_28(X)) = fn_eukaryotic_cell_20(X)
& fn_eukaryotic_cell_20(X) = fn_eukaryotic_cell_20(X)
& fn_secretory_cell_53(X) = fn_eukaryotic_cell_20(X)
& fn_eukaryotic_cell_20(X) = fn_secretory_cell_53(X)
& fn_secretory_cell_53(X) = fn_secretory_cell_53(X) ) ) ).
fof(a528360,axiom,
! [X] :
( childbirth_1(X)
=> ( original_name_2(X,'Childbirth')
& user_description_2(X,'The culmination of a human pregnancy, ending with the expulsion of an infant from the mother\'s uterus.')
& concept2words_2(X,childbirth)
& female_reproductive_cycle_events_1(X)
& ~ cell_determination_1(X)
& ~ compaction_1(X)
& ~ gastrulation_1(X)
& ~ gestation_1(X)
& ~ molting_1(X)
& ~ morphogenesis_1(X)
& ~ organogenesis_1(X)
& ~ oviparous_1(X)
& ~ ovoviviparous_1(X)
& ~ ovulation_1(X)
& ~ paedomorphosis_1(X)
& ~ pattern_formation_1(X)
& ~ phase_change_1(X)
& ~ primary_growth_1(X)
& ~ protostome_development_1(X)
& ~ radial_cleavage_1(X)
& ~ senescence_1(X)
& ~ torsion_1(X)
& ~ viviparous_1(X) ) ) ).
fof(a528361,axiom,
! [X] :
( chimera_1(X)
=> ( original_name_2(X,'Chimera')
& user_description_2(X,'An organism (usually an animal) with a mix of genetially different cells from different origins.')
& concept2words_2(X,chimera)
& organism_1(X) ) ) ).
fof(a528362,axiom,
! [X] :
( chimera_plant_1(X)
=> ( original_name_2(X,'Chimera-Plant')
& user_description_2(X,'Plants with a mixture of genetically different cells.')
& concept2words_2(X,'plant of chimera')
& concept2words_2(X,'chimera plant')
& concept2words_2(X,'chimera-plant')
& plant_1(X)
& chimera_1(X) ) ) ).
fof(a528363,axiom,
! [X] :
( chimpanzee_1(X)
=> ( original_name_2(X,'Chimpanzee')
& user_description_2(X,'One of two species of extant apes in the genus Pan. Scientific name is Pan troglodytes.')
& concept2words_2(X,chimpanzee)
& anthropoid_1(X)
& ~ ape_1(X)
& non_motile_cilium_1(fn_chimpanzee_1(X))
& mammalian_cell_1(fn_chimpanzee_2(X))
& vertebrate_cell_1(fn_chimpanzee_2(X))
& non_motile_cilium_1(fn_vertebrate_cell_5(fn_chimpanzee_2(X)))
& exactCardinality(fn_chimpanzee_2(X),has_part_0,"48",eukaryotic_chromosome_0)
& has_part_2(X,fn_chimpanzee_2(X))
& has_part_2(fn_chimpanzee_2(X),fn_chimpanzee_1(X))
& fn_chimpanzee_2(X) = fn_mammal_75(X)
& fn_chimpanzee_1(X) = fn_vertebrate_cell_5(fn_chimpanzee_2(X)) ) ) ).
fof(a528364,axiom,
! [X] :
( chitin_1(X)
=> ( original_name_2(X,'Chitin')
& user_description_2(X,'Chitin is a long-chain polymer of a N-acetylglucosamine, a derivative of glucose, and is found in many places throughout the natural world.')
& concept2words_2(X,chitin)
& structural_polysaccharide_1(X)
& ~ cellulose_1(X)
& flexibility_value_1(fn_chitin_3(X))
& polar_covalent_bond_1(fn_chitin_4(X))
& beta_1_comma_4_linkage_1(fn_chitin_5(X))
& electronegativity_value_1(fn_chitin_7(X))
& valence_electron_1(fn_chitin_8(X))
& defense_1(fn_chitin_13(X))
& defense_1(fn_chitin_14(X))
& support_1(fn_chitin_15(X))
& structural_role_1(fn_chitin_16(X))
& electronegativity_value_1(fn_chitin_17(X))
& size_value_1(fn_chitin_18(X))
& size_value_1(fn_chitin_19(X))
& covalent_bond_1(fn_chitin_20(X))
& double_bond_1(fn_chitin_20(X))
& entity_1(fn_chitin_21(X))
& chemical_entity_1(fn_chitin_21(X))
& atom_1(fn_chitin_21(X))
& carbon_1(fn_chitin_21(X))
& glucose_1(fn_chitin_22(X))
& monosaccharide_1(fn_chitin_23(X))
& tangible_entity_1(fn_chitin_24(X))
& monosaccharide_1(fn_chitin_24(X))
& nitrogen_1(fn_chitin_25(X))
& entity_1(fn_chitin_26(X))
& chemical_entity_1(fn_chitin_26(X))
& atom_1(fn_chitin_26(X))
& hydrogen_1(fn_chitin_26(X))
& electronegativity_value_1(fn_chitin_27(X))
& share_1(fn_chitin_28(X))
& unequal_sharing_1(fn_chitin_28(X))
& share_1(fn_chitin_29(X))
& unequal_sharing_1(fn_chitin_29(X))
& hold_1(fn_chitin_30(X))
& hold_together_1(fn_chitin_30(X))
& carbon_skeleton_1(fn_chitin_31(X))
& functional_group_1(fn_chitin_32(X))
& carbonyl_group_1(fn_chitin_32(X))
& hydroxyl_group_1(fn_chitin_33(X))
& attract_1(fn_chitin_34(X))
& electron_1(fn_chitin_35(X))
& valence_electron_1(fn_chitin_35(X))
& entity_1(fn_chitin_36(X))
& atom_1(fn_chitin_36(X))
& chemical_entity_1(fn_chitin_36(X))
& oxygen_1(fn_chitin_36(X))
& entity_1(fn_chitin_37(X))
& chemical_entity_1(fn_chitin_37(X))
& atom_1(fn_chitin_37(X))
& oxygen_1(fn_chitin_37(X))
& electronegativity_value_1(fn_chitin_38(X))
& quantity_value_1(fn_chitin_39(X))
& speed_value_1(fn_chitin_40(X))
& constant_motion_1(fn_chitin_41(X))
& kinetic_energy_1(fn_chitin_42(X))
& atom_1(fn_aldehyde_5(fn_chitin_22(X)))
& chemical_entity_1(fn_aldehyde_5(fn_chitin_22(X)))
& chemical_entity_1(fn_functional_group_1(fn_chitin_32(X)))
& valence_electron_1(fn_carbonyl_group_6(fn_chitin_32(X)))
& electronegativity_value_1(fn_carbon_2(fn_chitin_21(X)))
& share_1(fn_covalent_bond_17(fn_chitin_20(X)))
& tangible_entity_1(fn_hold_2(fn_chitin_30(X)))
& electron_1(fn_atom_14(fn_chitin_21(X)))
& electron_1(fn_carbon_10(fn_chitin_21(X)))
& valence_electron_1(fn_covalent_bond_15(fn_chitin_20(X)))
& valence_electron_1(fn_covalent_bond_18(fn_chitin_20(X)))
& valence_electron_1(fn_carbonyl_group_4(fn_chitin_32(X)))
& hold_together_1(fn_covalent_bond_14(fn_chitin_20(X)))
& hold_together_1(fn_carbonyl_group_10(fn_chitin_32(X)))
& double_bond_1(fn_carbonyl_group_8(fn_chitin_32(X)))
& oxygen_1(fn_carbonyl_group_9(fn_chitin_32(X)))
& entity_1(fn_share_3(fn_chitin_28(X)))
& entity_1(fn_share_1(fn_chitin_28(X)))
& entity_1(fn_attract_2(fn_chitin_34(X)))
& carbon_1(fn_aldehyde_6(fn_chitin_22(X)))
& entity_1(fn_covalent_bond_19(fn_chitin_20(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_chitin_20(X)))
& atom_1(fn_covalent_bond_19(fn_chitin_20(X)))
& entity_1(fn_covalent_bond_20(fn_chitin_20(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_chitin_20(X)))
& atom_1(fn_covalent_bond_20(fn_chitin_20(X)))
& entity_1(fn_carbonyl_group_7(fn_chitin_32(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_chitin_32(X)))
& atom_1(fn_carbonyl_group_7(fn_chitin_32(X)))
& carbon_1(fn_carbonyl_group_7(fn_chitin_32(X)))
& is_between_2(fn_chitin_20(X),fn_chitin_24(X))
& is_between_2(fn_chitin_20(X),fn_chitin_23(X))
& has_part_2(X,fn_chitin_22(X))
& flexibility_2(X,fn_chitin_3(X))
& the_categorical_value_2(fn_chitin_3(X),flexible_0)
& the_cardinal_value_2(fn_chitin_27(X),"3.44")
& cardinal_unit_class_2(fn_chitin_27(X),unity_0)
& agent_2(fn_chitin_34(X),fn_chitin_26(X))
& object_2(fn_chitin_30(X),fn_chitin_24(X))
& agent_2(fn_chitin_28(X),fn_chitin_21(X))
& agent_2(fn_chitin_34(X),fn_chitin_21(X))
& possesses_2(X,fn_chitin_5(X))
& result_2(fn_chitin_29(X),fn_chitin_20(X))
& electronegativity_2(fn_chitin_21(X),fn_chitin_27(X))
& has_part_2(fn_chitin_22(X),fn_chitin_25(X))
& fn_chitin_21(X) != fn_chitin_25(X)
& fn_chitin_25(X) != fn_chitin_21(X)
& is_between_2(fn_chitin_20(X),fn_chitin_26(X))
& fn_chitin_26(X) != fn_chitin_21(X)
& agent_2(fn_chitin_29(X),fn_chitin_21(X))
& object_2(fn_chitin_29(X),fn_chitin_35(X))
& fn_chitin_21(X) != fn_chitin_26(X)
& electronegativity_2(fn_chitin_36(X),fn_chitin_38(X))
& fn_chitin_17(X) != fn_chitin_27(X)
& fn_chitin_27(X) != fn_chitin_17(X)
& fn_chitin_38(X) != fn_chitin_17(X)
& the_cardinal_value_2(fn_chitin_38(X),"3.44")
& cardinal_unit_class_2(fn_chitin_38(X),unity_0)
& fn_chitin_17(X) != fn_chitin_38(X)
& the_cardinal_value_2(fn_chitin_17(X),"2.1")
& cardinal_unit_class_2(fn_chitin_17(X),unity_0)
& possesses_2(X,fn_chitin_20(X))
& possesses_2(X,fn_chitin_4(X))
& agent_2(fn_chitin_28(X),fn_chitin_26(X))
& agent_2(fn_chitin_28(X),fn_chitin_36(X))
& agent_2(fn_chitin_29(X),fn_chitin_26(X))
& agent_2(fn_chitin_29(X),fn_chitin_37(X))
& electronegativity_2(fn_chitin_37(X),fn_chitin_7(X))
& the_cardinal_value_2(fn_chitin_7(X),"3.44")
& cardinal_unit_class_2(fn_chitin_7(X),unity_0)
& size_2(fn_chitin_24(X),fn_chitin_19(X))
& greater_than_2(fn_chitin_18(X),fn_chitin_19(X))
& size_2(X,fn_chitin_18(X))
& has_region_2(X,fn_chitin_32(X))
& is_inside_2(fn_chitin_36(X),fn_chitin_32(X))
& object_2(fn_chitin_30(X),fn_chitin_36(X))
& object_2(fn_chitin_30(X),fn_chitin_26(X))
& is_inside_2(fn_chitin_26(X),fn_chitin_33(X))
& has_region_2(X,fn_chitin_33(X))
& has_part_2(X,fn_chitin_23(X))
& has_part_2(X,fn_chitin_26(X))
& has_part_2(X,fn_chitin_36(X))
& is_inside_2(fn_chitin_36(X),fn_chitin_33(X))
& fn_chitin_26(X) != fn_chitin_36(X)
& fn_chitin_36(X) != fn_chitin_26(X)
& fn_chitin_37(X) != fn_chitin_36(X)
& has_part_2(X,fn_chitin_37(X))
& has_part_2(X,fn_chitin_24(X))
& fn_chitin_36(X) != fn_chitin_37(X)
& fn_chitin_26(X) != fn_chitin_37(X)
& fn_chitin_37(X) != fn_chitin_26(X)
& is_between_2(fn_chitin_4(X),fn_chitin_36(X))
& is_between_2(fn_chitin_4(X),fn_chitin_26(X))
& electronegativity_2(fn_chitin_26(X),fn_chitin_17(X))
& fn_chitin_7(X) != fn_chitin_17(X)
& fn_chitin_17(X) != fn_chitin_7(X)
& object_2(fn_chitin_41(X),X)
& speed_2(fn_chitin_41(X),fn_chitin_40(X))
& directly_proportional_2(fn_chitin_40(X),fn_chitin_39(X))
& quantity_2(fn_chitin_42(X),fn_chitin_39(X))
& possesses_2(X,fn_chitin_42(X))
& has_part_2(X,fn_chitin_21(X))
& is_inside_2(fn_chitin_21(X),fn_chitin_31(X))
& has_region_2(X,fn_chitin_31(X))
& fn_chitin_36(X) != fn_chitin_21(X)
& fn_chitin_21(X) != fn_chitin_36(X)
& has_part_2(fn_chitin_21(X),fn_chitin_35(X))
& is_inside_2(fn_chitin_37(X),fn_chitin_32(X))
& object_2(fn_chitin_30(X),fn_chitin_37(X))
& agent_2(fn_chitin_30(X),fn_chitin_20(X))
& has_function_2(fn_chitin_20(X),fn_chitin_30(X))
& object_2(fn_chitin_30(X),fn_chitin_21(X))
& is_inside_2(fn_chitin_21(X),fn_chitin_32(X))
& is_between_2(fn_chitin_20(X),fn_chitin_21(X))
& is_between_2(fn_chitin_20(X),fn_chitin_37(X))
& fn_chitin_37(X) != fn_chitin_21(X)
& fn_chitin_21(X) != fn_chitin_37(X)
& instrument_2(fn_chitin_14(X),X)
& has_function_2(X,fn_chitin_15(X))
& in_event_2(fn_chitin_16(X),fn_chitin_15(X))
& plays_2(X,fn_chitin_16(X))
& instrument_2(fn_chitin_13(X),X)
& fn_chitin_13(X) != fn_chitin_14(X)
& fn_chitin_14(X) != fn_chitin_13(X)
& fn_chitin_24(X) = fn_hold_2(fn_chitin_30(X))
& fn_chitin_21(X) = fn_share_3(fn_chitin_28(X))
& fn_chitin_21(X) = fn_share_1(fn_chitin_28(X))
& fn_chitin_21(X) = fn_attract_2(fn_chitin_34(X))
& fn_chitin_5(X) = fn_polysaccharide_4(X)
& fn_chitin_27(X) = fn_carbon_2(fn_chitin_21(X))
& fn_chitin_21(X) = fn_aldehyde_6(fn_chitin_22(X))
& fn_chitin_25(X) = fn_aldehyde_5(fn_chitin_22(X))
& fn_chitin_35(X) = fn_covalent_bond_15(fn_chitin_20(X))
& fn_chitin_35(X) = fn_covalent_bond_18(fn_chitin_20(X))
& fn_chitin_29(X) = fn_covalent_bond_17(fn_chitin_20(X))
& fn_chitin_21(X) = fn_covalent_bond_19(fn_chitin_20(X))
& fn_chitin_21(X) = fn_covalent_bond_20(fn_chitin_20(X))
& fn_chitin_26(X) = fn_covalent_bond_20(fn_chitin_20(X))
& fn_chitin_26(X) = fn_covalent_bond_19(fn_chitin_20(X))
& fn_chitin_36(X) = fn_carbohydrate_38(X)
& fn_chitin_12(X) = fn_carbohydrate_45(X)
& fn_chitin_27(X) = fn_carbohydrate_11(X)
& fn_chitin_38(X) = fn_carbohydrate_11(X)
& fn_chitin_11(X) = fn_polysaccharide_20(X)
& fn_chitin_20(X) = fn_polysaccharide_29(X)
& fn_chitin_10(X) = fn_polysaccharide_19(X)
& fn_chitin_9(X) = fn_polysaccharide_9(X)
& fn_chitin_43(X) = fn_polysaccharide_2(X)
& fn_chitin_6(X) = fn_polysaccharide_10(X)
& fn_chitin_44(X) = fn_polysaccharide_1(X)
& fn_chitin_28(X) = fn_polysaccharide_28(X)
& fn_chitin_37(X) = fn_polysaccharide_15(X)
& fn_chitin_29(X) = fn_polysaccharide_8(X)
& fn_chitin_36(X) = fn_polysaccharide_11(X)
& X = fn_functional_group_1(fn_chitin_32(X))
& fn_chitin_32(X) = fn_carbohydrate_34(X)
& fn_chitin_32(X) = fn_polysaccharide_17(X)
& fn_chitin_18(X) = fn_polysaccharide_21(X)
& fn_chitin_19(X) = fn_polysaccharide_22(X)
& fn_chitin_23(X) = fn_polysaccharide_24(X)
& fn_chitin_30(X) = fn_polysaccharide_27(X)
& fn_chitin_33(X) = fn_polysaccharide_16(X)
& fn_chitin_24(X) = fn_polysaccharide_23(X)
& fn_chitin_37(X) = fn_carbohydrate_38(X)
& fn_chitin_36(X) = fn_carbohydrate_39(X)
& fn_chitin_37(X) = fn_polysaccharide_11(X)
& fn_chitin_7(X) = fn_polysaccharide_12(X)
& fn_chitin_26(X) = fn_carbohydrate_32(X)
& fn_chitin_17(X) = fn_carbohydrate_12(X)
& fn_chitin_17(X) = fn_polysaccharide_13(X)
& fn_chitin_26(X) = fn_polysaccharide_26(X)
& fn_chitin_4(X) = fn_polysaccharide_25(X)
& fn_chitin_42(X) = fn_polysaccharide_3(X)
& fn_chitin_39(X) = fn_polysaccharide_7(X)
& fn_chitin_40(X) = fn_polysaccharide_6(X)
& fn_chitin_41(X) = fn_polysaccharide_5(X)
& fn_chitin_31(X) = fn_polysaccharide_18(X)
& fn_chitin_36(X) = fn_polysaccharide_15(X)
& fn_chitin_21(X) = fn_polysaccharide_14(X)
& fn_chitin_8(X) = fn_carbonyl_group_6(fn_chitin_32(X))
& fn_chitin_35(X) = fn_atom_14(fn_chitin_21(X))
& fn_chitin_35(X) = fn_carbon_10(fn_chitin_21(X))
& fn_chitin_35(X) = fn_carbonyl_group_4(fn_chitin_32(X))
& fn_chitin_30(X) = fn_covalent_bond_14(fn_chitin_20(X))
& fn_chitin_30(X) = fn_carbonyl_group_10(fn_chitin_32(X))
& fn_chitin_20(X) = fn_carbonyl_group_8(fn_chitin_32(X))
& fn_chitin_37(X) = fn_carbonyl_group_9(fn_chitin_32(X))
& fn_chitin_21(X) = fn_carbonyl_group_7(fn_chitin_32(X))
& fn_chitin_14(X) = fn_structural_polysaccharide_3(X)
& fn_chitin_13(X) = fn_structural_polysaccharide_1(X)
& fn_chitin_16(X) = fn_structural_polysaccharide_6(X)
& fn_chitin_15(X) = fn_structural_polysaccharide_4(X)
& fn_carbon_2(fn_chitin_21(X)) = fn_carbohydrate_11(X)
& fn_carbohydrate_11(X) = fn_carbohydrate_11(X)
& fn_carbohydrate_11(X) = fn_covalent_bond_17(fn_chitin_20(X))
& fn_covalent_bond_17(fn_chitin_20(X)) = fn_covalent_bond_17(fn_chitin_20(X))
& fn_covalent_bond_17(fn_chitin_20(X)) = fn_polysaccharide_8(X)
& fn_polysaccharide_8(X) = fn_polysaccharide_8(X)
& fn_polysaccharide_8(X) = fn_hold_2(fn_chitin_30(X))
& fn_hold_2(fn_chitin_30(X)) = fn_polysaccharide_23(X)
& fn_polysaccharide_23(X) = fn_polysaccharide_23(X)
& fn_polysaccharide_23(X) = fn_carbohydrate_12(X)
& fn_carbohydrate_12(X) = fn_carbohydrate_12(X)
& fn_polysaccharide_13(X) = fn_polysaccharide_13(X)
& fn_polysaccharide_13(X) = fn_carbohydrate_12(X)
& fn_carbohydrate_12(X) = fn_polysaccharide_13(X)
& fn_polysaccharide_13(X) = fn_covalent_bond_20(fn_chitin_20(X))
& fn_covalent_bond_19(fn_chitin_20(X)) = fn_carbohydrate_32(X)
& fn_carbohydrate_32(X) = fn_carbohydrate_32(X)
& fn_polysaccharide_26(X) = fn_carbohydrate_32(X)
& fn_carbohydrate_32(X) = fn_polysaccharide_26(X)
& fn_polysaccharide_26(X) = fn_polysaccharide_26(X)
& fn_polysaccharide_26(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_polysaccharide_11(X)
& fn_polysaccharide_11(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_polysaccharide_15(X)
& fn_polysaccharide_11(X) = fn_polysaccharide_15(X)
& fn_polysaccharide_15(X) = fn_atom_14(fn_chitin_21(X))
& fn_atom_14(fn_chitin_21(X)) = fn_carbon_10(fn_chitin_21(X))
& fn_covalent_bond_15(fn_chitin_20(X)) = fn_carbon_10(fn_chitin_21(X))
& fn_carbon_10(fn_chitin_21(X)) = fn_covalent_bond_15(fn_chitin_20(X))
& fn_covalent_bond_15(fn_chitin_20(X)) = fn_covalent_bond_18(fn_chitin_20(X))
& fn_covalent_bond_18(fn_chitin_20(X)) = fn_covalent_bond_18(fn_chitin_20(X))
& fn_covalent_bond_18(fn_chitin_20(X)) = fn_carbonyl_group_4(fn_chitin_32(X))
& fn_carbonyl_group_4(fn_chitin_32(X)) = fn_polysaccharide_27(X)
& fn_polysaccharide_27(X) = fn_covalent_bond_14(fn_chitin_20(X))
& fn_covalent_bond_14(fn_chitin_20(X)) = fn_covalent_bond_14(fn_chitin_20(X))
& fn_covalent_bond_14(fn_chitin_20(X)) = fn_polysaccharide_27(X)
& fn_polysaccharide_27(X) = fn_polysaccharide_27(X)
& fn_polysaccharide_27(X) = fn_carbonyl_group_10(fn_chitin_32(X))
& fn_carbonyl_group_10(fn_chitin_32(X)) = fn_carbonyl_group_10(fn_chitin_32(X))
& fn_carbonyl_group_10(fn_chitin_32(X)) = fn_polysaccharide_29(X)
& fn_polysaccharide_29(X) = fn_carbonyl_group_8(fn_chitin_32(X))
& fn_carbonyl_group_8(fn_chitin_32(X)) = fn_carbonyl_group_8(fn_chitin_32(X))
& fn_carbonyl_group_8(fn_chitin_32(X)) = fn_polysaccharide_15(X)
& fn_polysaccharide_15(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_polysaccharide_15(X)
& fn_polysaccharide_15(X) = fn_polysaccharide_15(X)
& fn_polysaccharide_15(X) = fn_polysaccharide_11(X)
& fn_polysaccharide_11(X) = fn_polysaccharide_11(X)
& fn_polysaccharide_11(X) = fn_carbonyl_group_9(fn_chitin_32(X))
& fn_carbonyl_group_9(fn_chitin_32(X)) = fn_carbonyl_group_9(fn_chitin_32(X))
& fn_carbonyl_group_9(fn_chitin_32(X)) = fn_carbohydrate_34(X)
& fn_polysaccharide_17(X) = fn_carbohydrate_34(X)
& fn_carbohydrate_34(X) = fn_polysaccharide_17(X)
& fn_polysaccharide_17(X) = fn_share_3(fn_chitin_28(X))
& fn_share_3(fn_chitin_28(X)) = fn_share_1(fn_chitin_28(X))
& fn_share_1(fn_chitin_28(X)) = fn_share_1(fn_chitin_28(X))
& fn_share_1(fn_chitin_28(X)) = fn_attract_2(fn_chitin_34(X))
& fn_attract_2(fn_chitin_34(X)) = fn_attract_2(fn_chitin_34(X))
& fn_attract_2(fn_chitin_34(X)) = fn_aldehyde_6(fn_chitin_22(X))
& fn_aldehyde_6(fn_chitin_22(X)) = fn_aldehyde_6(fn_chitin_22(X))
& fn_aldehyde_6(fn_chitin_22(X)) = fn_covalent_bond_19(fn_chitin_20(X))
& fn_covalent_bond_19(fn_chitin_20(X)) = fn_covalent_bond_19(fn_chitin_20(X))
& fn_covalent_bond_20(fn_chitin_20(X)) = fn_covalent_bond_19(fn_chitin_20(X))
& fn_covalent_bond_19(fn_chitin_20(X)) = fn_covalent_bond_20(fn_chitin_20(X))
& fn_covalent_bond_20(fn_chitin_20(X)) = fn_covalent_bond_20(fn_chitin_20(X))
& fn_covalent_bond_20(fn_chitin_20(X)) = fn_polysaccharide_14(X)
& fn_polysaccharide_14(X) = fn_polysaccharide_14(X)
& fn_polysaccharide_14(X) = fn_carbonyl_group_7(fn_chitin_32(X))
& fn_carbonyl_group_7(fn_chitin_32(X)) = fn_carbonyl_group_7(fn_chitin_32(X)) ) ) ).
fof(a528365,axiom,
! [X] :
( chiton_1(X)
=> ( original_name_2(X,'Chiton')
& user_description_2(X,'Member of the molluscan class Polyplacophora, characterized by a dorso-ventrally flattened body and a shell divided into eight dorsal plates.')
& concept2words_2(X,chiton)
& mollusc_1(X)
& ~ bivalve_1(X)
& ~ cephalopod_1(X)
& ~ gastropod_1(X) ) ) ).
fof(a528366,axiom,
! [X] :
( chlamydia_1(X)
=> ( original_name_2(X,'Chlamydia')
& user_description_2(X,'Parasitic gram negative bacteria that has to live inside animals to access resources.')
& concept2words_2(X,chlamydia)
& gram_negative_bacteria_1(X) ) ) ).
fof(a528367,axiom,
! [X] :
( chloride_ion_substance_1(X)
=> ( original_name_2(X,'Chloride-Ion-Substance')
& user_description_2(X,'Substance consisting of chlorine ions.')
& concept2words_2(X,'chloride ion substance')
& concept2words_2(X,'chloride-ion-substance')
& anion_substance_1(X)
& cl_minus_1(fn_chloride_ion_substance_1(X))
& has_part_2(X,fn_chloride_ion_substance_1(X))
& fn_chloride_ion_substance_1(X) = fn_anion_substance_1(X) ) ) ).
fof(a528368,axiom,
! [X] :
( chlorine_1(X)
=> ( original_name_2(X,'Chlorine')
& user_description_2(X,'Chlorine is a non metal atom with atomic number 17. It is represented by the symbol Cl.')
& concept2words_2(X,'Cl')
& concept2words_2(X,chlorine)
& non_metal_atom_1(X)
& ~ iodine_1(X)
& electronegativity_value_1(fn_chlorine_1(X))
& atomic_mass_value_1(fn_chlorine_2(X))
& neutron_1(fn_chlorine_3(X))
& valence_electron_1(fn_chlorine_8(X))
& atomic_weight_value_1(fn_chlorine_9(X))
& quantity_value_1(fn_chlorine_10(X))
& cl_minus_1(fn_chlorine_11(X))
& atomic_number_value_1(fn_chlorine_12(X))
& chlorine_1(fn_cl_minus_4(fn_chlorine_11(X)))
& the_cardinal_value_2(fn_chlorine_12(X),"17")
& cardinal_unit_class_2(fn_chlorine_12(X),unity_0)
& electronegativity_2(X,fn_chlorine_1(X))
& mass_number_2(X,fn_chlorine_2(X))
& exactCardinality(X,has_part_0,"18",neutron_0)
& exactCardinality(X,has_part_0,"17",proton_0)
& exactCardinality(X,has_part_0,"17",electron_0)
& has_part_2(X,fn_chlorine_3(X))
& the_cardinal_value_2(fn_chlorine_10(X),"7")
& cardinal_unit_class_2(fn_chlorine_10(X),unity_0)
& the_cardinal_value_2(fn_chlorine_1(X),"3.16")
& cardinal_unit_class_2(fn_chlorine_1(X),unity_0)
& the_cardinal_value_2(fn_chlorine_2(X),"35")
& cardinal_unit_class_2(fn_chlorine_2(X),unity_0)
& the_cardinal_value_2(fn_chlorine_9(X),"35.45")
& cardinal_unit_class_2(fn_chlorine_9(X),dalton_0)
& has_ion_2(X,fn_chlorine_11(X))
& atomic_number_2(X,fn_chlorine_12(X))
& atomic_weight_2(X,fn_chlorine_9(X))
& has_part_2(X,fn_chlorine_8(X))
& quantity_2(fn_chlorine_8(X),fn_chlorine_10(X))
& X = fn_cl_minus_4(fn_chlorine_11(X))
& fn_chlorine_13(X) = fn_atom_12(X)
& fn_chlorine_12(X) = fn_atom_17(X)
& fn_chlorine_7(X) = fn_atom_13(X)
& fn_chlorine_9(X) = fn_atom_16(X)
& fn_chlorine_6(X) = fn_atom_1(X)
& fn_chlorine_10(X) = fn_atom_5(X)
& fn_chlorine_8(X) = fn_atom_14(X) ) ) ).
fof(a528369,axiom,
! [X] :
( chloroflexus_1(X)
=> ( original_name_2(X,'Chloroflexus')
& user_description_2(X,'A member of the photosynthetic green non-sulfur bacteria, found in hot springs.')
& concept2words_2(X,chloroflexus)
& bacterium_1(X)
& chromosome_1(fn_chloroflexus_1(X))
& prokaryotic_chromosome_1(fn_chloroflexus_1(X))
& nucleoid_1(fn_chloroflexus_2(X))
& mixture_1(fn_chloroflexus_3(X))
& cytoplasm_1(fn_chloroflexus_3(X))
& spatial_entity_1(fn_chloroflexus_4(X))
& biomembrane_1(fn_chloroflexus_4(X))
& plasma_membrane_1(fn_chloroflexus_4(X))
& ribosome_1(fn_chloroflexus_5(X))
& prokaryotic_ribosome_1(fn_chloroflexus_5(X))
& genome_1(fn_chloroflexus_6(X))
& genotype_1(fn_chloroflexus_6(X))
& water_1(fn_chloroflexus_7(X))
& cell_wall_1(fn_chloroflexus_8(X))
& volume_value_1(fn_chloroflexus_9(X))
& surface_1(fn_chloroflexus_10(X))
& size_value_1(fn_chloroflexus_11(X))
& temperature_value_1(fn_chloroflexus_12(X))
& photoheterotroph_1(fn_chloroflexus_13(X))
& nutrition_1(fn_chloroflexus_14(X))
& specific_heat_value_1(fn_chloroflexus_15(X))
& tangible_entity_1(fn_chloroflexus_16(X))
& phospholipid_bilayer_1(fn_chloroflexus_16(X))
& substance_1(fn_chloroflexus_17(X))
& cytosol_1(fn_chloroflexus_17(X))
& nutrition_1(fn_heterotroph_3(fn_chloroflexus_13(X)))
& organism_1(fn_heterotroph_2(fn_chloroflexus_13(X)))
& is_inside_2(fn_chloroflexus_5(X),fn_chloroflexus_17(X))
& in_event_2(fn_chloroflexus_13(X),fn_chloroflexus_14(X))
& agent_2(fn_chloroflexus_14(X),X)
& plays_2(X,fn_chloroflexus_13(X))
& has_part_2(X,fn_chloroflexus_7(X))
& specific_heat_2(fn_chloroflexus_7(X),fn_chloroflexus_15(X))
& correspondence_2(fn_chloroflexus_12(X),fn_chloroflexus_15(X))
& temperature_2(X,fn_chloroflexus_12(X))
& has_part_2(X,fn_chloroflexus_1(X))
& is_inside_2(fn_chloroflexus_1(X),fn_chloroflexus_2(X))
& has_region_2(X,fn_chloroflexus_2(X))
& has_part_2(fn_chloroflexus_3(X),fn_chloroflexus_17(X))
& volume_2(X,fn_chloroflexus_9(X))
& directly_proportional_2(fn_chloroflexus_11(X),fn_chloroflexus_9(X))
& size_2(X,fn_chloroflexus_11(X))
& has_region_2(X,fn_chloroflexus_10(X))
& is_at_2(fn_chloroflexus_16(X),fn_chloroflexus_10(X))
& has_part_2(X,fn_chloroflexus_5(X))
& has_part_2(fn_chloroflexus_4(X),fn_chloroflexus_16(X))
& has_part_2(X,fn_chloroflexus_6(X))
& has_part_2(X,fn_chloroflexus_3(X))
& is_inside_2(fn_chloroflexus_3(X),fn_chloroflexus_4(X))
& is_inside_2(fn_chloroflexus_4(X),fn_chloroflexus_8(X))
& has_part_2(X,fn_chloroflexus_8(X))
& has_part_2(X,fn_chloroflexus_4(X))
& X = fn_heterotroph_2(fn_chloroflexus_13(X))
& fn_chloroflexus_14(X) = fn_heterotroph_3(fn_chloroflexus_13(X))
& fn_chloroflexus_18(X) = fn_organism_6(X)
& fn_chloroflexus_19(X) = fn_organism_1(X)
& fn_chloroflexus_12(X) = fn_organism_2(X)
& fn_chloroflexus_15(X) = fn_organism_5(X)
& fn_chloroflexus_7(X) = fn_organism_4(X)
& fn_chloroflexus_17(X) = fn_prokaryote_10(X)
& fn_chloroflexus_2(X) = fn_prokaryote_18(X)
& fn_chloroflexus_1(X) = fn_prokaryote_9(X)
& fn_chloroflexus_20(X) = fn_cell_10(X)
& fn_chloroflexus_21(X) = fn_cell_23(X)
& fn_chloroflexus_16(X) = fn_cell_26(X)
& fn_chloroflexus_10(X) = fn_cell_4(X)
& fn_chloroflexus_11(X) = fn_cell_11(X)
& fn_chloroflexus_9(X) = fn_cell_22(X)
& fn_chloroflexus_5(X) = fn_bacterium_14(X)
& fn_chloroflexus_16(X) = fn_bacterium_5(X)
& fn_chloroflexus_6(X) = fn_organism_3(X)
& fn_chloroflexus_6(X) = fn_bacterium_13(X)
& fn_chloroflexus_8(X) = fn_bacterium_12(X)
& fn_chloroflexus_4(X) = fn_bacterium_15(X)
& fn_chloroflexus_3(X) = fn_prokaryote_12(X)
& fn_chloroflexus_3(X) = fn_bacterium_16(X)
& fn_cell_26(X) = fn_bacterium_5(X)
& fn_bacterium_5(X) = fn_organism_3(X)
& fn_organism_3(X) = fn_bacterium_13(X)
& fn_bacterium_13(X) = fn_prokaryote_12(X)
& fn_bacterium_16(X) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_bacterium_16(X)
& fn_heterotroph_2(fn_chloroflexus_13(X)) = fn_heterotroph_2(fn_chloroflexus_13(X)) ) ) ).
fof(a528370,axiom,
! [X] :
( chloroform_1(X)
=> ( original_name_2(X,'Chloroform')
& user_description_2(X,'Chloroform is an organic compound with formula CHCl3.')
& concept2words_2(X,chcl3)
& concept2words_2(X,chloroform)
& nonpolar_substance_1(X)
& solvent_1(fn_chloroform_1(X))
& tangible_entity_1(fn_solvent_1(fn_chloroform_1(X)))
& plays_2(X,fn_chloroform_1(X))
& X = fn_solvent_1(fn_chloroform_1(X)) ) ) ).
fof(a528371,axiom,
! [X] :
( chlorophyll_1(X)
=> ( original_name_2(X,'Chlorophyll')
& user_description_2(X,'A group of green pigments found in chloroplast of photosynthetic organisms; there are four naturally occurring forms.')
& concept2words_2(X,'green pigment')
& concept2words_2(X,'green-pigment')
& concept2words_2(X,'photosynthetic pigment')
& concept2words_2(X,'photosynthetic-pigment')
& concept2words_2(X,'chlorophyll molecule')
& concept2words_2(X,chlorophyll)
& photosynthetic_pigment_1(X)
& porphyrin_1(X)
& ~ carotenoid_1(X)
& color_value_1(fn_chlorophyll_2(X))
& magnesium_1(fn_chlorophyll_3(X))
& center_1(fn_chlorophyll_4(X))
& hydrocarbon_chain_1(fn_chlorophyll_5(X))
& move_1(fn_chlorophyll_6(X))
& absorb_1(fn_chlorophyll_6(X))
& red_light_1(fn_chlorophyll_7(X))
& violet_blue_light_1(fn_chlorophyll_8(X))
& thylakoid_membrane_1(fn_chlorophyll_9(X))
& attach_1(fn_chlorophyll_10(X))
& spatial_entity_1(fn_chlorophyll_11(X))
& atp_synthase_1(fn_chlorophyll_11(X))
& spatial_entity_1(fn_attach_2(fn_chlorophyll_10(X)))
& spatial_entity_1(fn_attach_1(fn_chlorophyll_10(X)))
& spatial_entity_1(fn_atp_synthase_37(fn_chlorophyll_11(X)))
& biomembrane_1(fn_atp_synthase_37(fn_chlorophyll_11(X)))
& move_1(fn_red_light_10(fn_chlorophyll_7(X)))
& is_at_2(fn_chlorophyll_3(X),fn_chlorophyll_4(X))
& the_categorical_value_2(fn_chlorophyll_2(X),green_0)
& color_2(X,fn_chlorophyll_2(X))
& has_part_2(X,fn_chlorophyll_5(X))
& is_at_2(X,fn_chlorophyll_9(X))
& base_2(fn_chlorophyll_10(X),fn_chlorophyll_11(X))
& object_2(fn_chlorophyll_10(X),fn_chlorophyll_5(X))
& object_2(fn_chlorophyll_6(X),fn_chlorophyll_7(X))
& has_part_2(X,fn_chlorophyll_3(X))
& has_region_2(X,fn_chlorophyll_4(X))
& has_function_2(X,fn_chlorophyll_6(X))
& base_2(fn_chlorophyll_6(X),X)
& agent_2(fn_chlorophyll_6(X),X)
& object_2(fn_chlorophyll_6(X),fn_chlorophyll_8(X))
& has_part_2(fn_chlorophyll_9(X),fn_chlorophyll_11(X))
& is_across_2(fn_chlorophyll_11(X),fn_chlorophyll_9(X))
& fn_chlorophyll_11(X) = fn_attach_2(fn_chlorophyll_10(X))
& fn_chlorophyll_5(X) = fn_attach_1(fn_chlorophyll_10(X))
& fn_chlorophyll_6(X) = fn_red_light_10(fn_chlorophyll_7(X))
& fn_chlorophyll_3(X) = fn_organic_molecule_2(X)
& fn_chlorophyll_4(X) = fn_porphyrin_5(X)
& fn_chlorophyll_8(X) = fn_pigment_1(X)
& fn_chlorophyll_6(X) = fn_pigment_2(X)
& fn_chlorophyll_9(X) = fn_atp_synthase_37(fn_chlorophyll_11(X))
& fn_red_light_10(fn_chlorophyll_7(X)) = fn_pigment_2(X)
& fn_pigment_2(X) = fn_pigment_2(X) ) ) ).
fof(a528372,axiom,
! [X] :
( chlorophyll_a_1(X)
=> ( original_name_2(X,'Chlorophyll-A')
& user_description_2(X,'Chlorophyll a is a specific form of chlorophyll used in oxygenic photosynthesis.')
& concept2words_2(X,'chlorophyll a')
& concept2words_2(X,'chlorophyll-a')
& chlorophyll_1(X)
& ~ chlorophyll_b_1(X)
& time_interval_1(fn_chlorophyll_a_1(X))
& time_interval_1(fn_chlorophyll_a_2(X))
& time_interval_1(fn_chlorophyll_a_3(X))
& color_value_1(fn_chlorophyll_a_5(X))
& share_1(fn_chlorophyll_a_6(X))
& equal_sharing_1(fn_chlorophyll_a_6(X))
& equal_sharing_1(fn_chlorophyll_a_7(X))
& equal_sharing_1(fn_chlorophyll_a_10(X))
& proton_1(fn_chlorophyll_a_11(X))
& quantity_value_1(fn_chlorophyll_a_12(X))
& atomic_number_value_1(fn_chlorophyll_a_13(X))
& container_1(fn_chlorophyll_a_14(X))
& move_into_1(fn_chlorophyll_a_15(X))
& move_1(fn_chlorophyll_a_15(X))
& absorb_1(fn_chlorophyll_a_15(X))
& entity_1(fn_chlorophyll_a_16(X))
& chemical_entity_1(fn_chlorophyll_a_16(X))
& atom_1(fn_chlorophyll_a_16(X))
& carbon_1(fn_chlorophyll_a_16(X))
& kinetic_energy_1(fn_chlorophyll_a_17(X))
& center_1(fn_chlorophyll_a_18(X))
& methyl_group_1(fn_chlorophyll_a_19(X))
& entity_1(fn_chlorophyll_a_20(X))
& chemical_entity_1(fn_chlorophyll_a_20(X))
& atom_1(fn_chlorophyll_a_20(X))
& magnesium_1(fn_chlorophyll_a_20(X))
& carbon_1(fn_chlorophyll_a_21(X))
& carbon_skeleton_1(fn_chlorophyll_a_22(X))
& quantity_value_1(fn_chlorophyll_a_23(X))
& speed_value_1(fn_chlorophyll_a_24(X))
& constant_motion_1(fn_chlorophyll_a_25(X))
& electron_shell_1(fn_chlorophyll_a_26(X))
& first_electron_shell_1(fn_chlorophyll_a_26(X))
& entity_1(fn_chlorophyll_a_27(X))
& electron_1(fn_chlorophyll_a_27(X))
& valence_electron_1(fn_chlorophyll_a_27(X))
& center_1(fn_chlorophyll_a_28(X))
& atomic_nucleus_1(fn_chlorophyll_a_29(X))
& electron_shell_1(fn_chlorophyll_a_30(X))
& hold_together_1(fn_chlorophyll_a_31(X))
& equal_sharing_1(fn_chlorophyll_a_32(X))
& entity_1(fn_chlorophyll_a_33(X))
& valence_electron_1(fn_chlorophyll_a_33(X))
& electron_1(fn_chlorophyll_a_33(X))
& attach_1(fn_chlorophyll_a_34(X))
& spatial_entity_1(fn_chlorophyll_a_35(X))
& atp_synthase_1(fn_chlorophyll_a_35(X))
& thylakoid_membrane_1(fn_chlorophyll_a_36(X))
& covalent_bond_1(fn_chlorophyll_a_37(X))
& single_bond_1(fn_chlorophyll_a_37(X))
& entity_1(fn_chlorophyll_a_38(X))
& atom_1(fn_chlorophyll_a_38(X))
& chemical_entity_1(fn_chlorophyll_a_38(X))
& hydrogen_1(fn_chlorophyll_a_38(X))
& hydrocarbon_chain_1(fn_chlorophyll_a_39(X))
& equal_sharing_1(fn_chlorophyll_a_42(X))
& share_1(fn_chlorophyll_a_43(X))
& equal_sharing_1(fn_chlorophyll_a_43(X))
& entity_1(fn_covalent_bond_20(fn_chlorophyll_a_37(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_chlorophyll_a_37(X)))
& atom_1(fn_covalent_bond_20(fn_chlorophyll_a_37(X)))
& share_1(fn_covalent_bond_17(fn_chlorophyll_a_37(X)))
& container_1(fn_move_into_2(fn_chlorophyll_a_15(X)))
& center_1(fn_hydrogen_14(fn_chlorophyll_a_38(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_chlorophyll_a_38(X)))
& proton_1(fn_hydrogen_13(fn_chlorophyll_a_38(X)))
& property_node_1(fn_hydrogen_7(fn_chlorophyll_a_38(X)))
& property_node_1(fn_hydrogen_21(fn_chlorophyll_a_38(X)))
& quantity_value_1(fn_hydrogen_17(fn_chlorophyll_a_38(X)))
& atomic_number_value_1(fn_hydrogen_10(fn_chlorophyll_a_38(X)))
& entity_1(fn_share_2(fn_chlorophyll_a_7(X)))
& valence_electron_1(fn_covalent_bond_18(fn_chlorophyll_a_37(X)))
& valence_electron_1(fn_methyl_group_20(fn_chlorophyll_a_19(X)))
& share_1(fn_methyl_group_12(fn_chlorophyll_a_19(X)))
& entity_1(fn_share_3(fn_chlorophyll_a_10(X)))
& entity_1(fn_share_1(fn_chlorophyll_a_7(X)))
& entity_1(fn_share_1(fn_chlorophyll_a_32(X)))
& carbon_1(fn_methyl_group_11(fn_chlorophyll_a_19(X)))
& entity_1(fn_methyl_group_11(fn_chlorophyll_a_19(X)))
& chemical_entity_1(fn_methyl_group_11(fn_chlorophyll_a_19(X)))
& atom_1(fn_methyl_group_11(fn_chlorophyll_a_19(X)))
& entity_1(fn_covalent_bond_19(fn_chlorophyll_a_37(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_chlorophyll_a_37(X)))
& atom_1(fn_covalent_bond_19(fn_chlorophyll_a_37(X)))
& chemical_entity_1(fn_functional_group_1(fn_chlorophyll_a_19(X)))
& tangible_entity_1(fn_move_into_1(fn_chlorophyll_a_15(X)))
& electron_shell_1(fn_hydrogen_16(fn_chlorophyll_a_38(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_chlorophyll_a_38(X)))
& entity_1(fn_share_2(fn_chlorophyll_a_10(X)))
& entity_1(fn_share_2(fn_chlorophyll_a_32(X)))
& entity_1(fn_share_2(fn_chlorophyll_a_43(X)))
& valence_electron_1(fn_covalent_bond_15(fn_chlorophyll_a_37(X)))
& valence_electron_1(fn_hydrogen_12(fn_chlorophyll_a_38(X)))
& entity_1(fn_share_3(fn_chlorophyll_a_32(X)))
& entity_1(fn_share_3(fn_chlorophyll_a_42(X)))
& entity_1(fn_share_3(fn_chlorophyll_a_7(X)))
& entity_1(fn_share_3(fn_chlorophyll_a_43(X)))
& entity_1(fn_share_1(fn_chlorophyll_a_10(X)))
& entity_1(fn_share_1(fn_chlorophyll_a_42(X)))
& entity_1(fn_share_1(fn_chlorophyll_a_43(X)))
& result_2(fn_chlorophyll_a_7(X),fn_chlorophyll_a_37(X))
& object_2(fn_chlorophyll_a_7(X),fn_chlorophyll_a_27(X))
& result_2(fn_chlorophyll_a_10(X),fn_chlorophyll_a_37(X))
& object_2(fn_chlorophyll_a_10(X),fn_chlorophyll_a_33(X))
& path_2(fn_chlorophyll_a_15(X),fn_chlorophyll_a_18(X))
& time_during_2(fn_chlorophyll_a_15(X),fn_chlorophyll_a_1(X))
& has_part_2(X,fn_chlorophyll_a_21(X))
& is_inside_2(fn_chlorophyll_a_21(X),fn_chlorophyll_a_19(X))
& time_before_2(fn_chlorophyll_a_3(X),fn_chlorophyll_a_1(X))
& time_before_2(fn_chlorophyll_a_3(X),fn_chlorophyll_a_2(X))
& object_2(fn_chlorophyll_a_32(X),fn_chlorophyll_a_33(X))
& result_2(fn_chlorophyll_a_32(X),fn_chlorophyll_a_37(X))
& result_2(fn_chlorophyll_a_43(X),fn_chlorophyll_a_37(X))
& object_2(fn_chlorophyll_a_10(X),fn_chlorophyll_a_27(X))
& object_2(fn_chlorophyll_a_32(X),fn_chlorophyll_a_27(X))
& object_2(fn_chlorophyll_a_7(X),fn_chlorophyll_a_33(X))
& object_2(fn_chlorophyll_a_43(X),fn_chlorophyll_a_27(X))
& agent_2(fn_chlorophyll_a_10(X),fn_chlorophyll_a_16(X))
& agent_2(fn_chlorophyll_a_32(X),fn_chlorophyll_a_38(X))
& agent_2(fn_chlorophyll_a_10(X),fn_chlorophyll_a_38(X))
& agent_2(fn_chlorophyll_a_42(X),fn_chlorophyll_a_38(X))
& agent_2(fn_chlorophyll_a_7(X),fn_chlorophyll_a_38(X))
& agent_2(fn_chlorophyll_a_43(X),fn_chlorophyll_a_38(X))
& agent_2(fn_chlorophyll_a_7(X),fn_chlorophyll_a_16(X))
& agent_2(fn_chlorophyll_a_32(X),fn_chlorophyll_a_16(X))
& fn_chlorophyll_a_20(X) != fn_chlorophyll_a_16(X)
& fn_chlorophyll_a_16(X) != fn_chlorophyll_a_20(X)
& has_region_2(X,fn_chlorophyll_a_19(X))
& object_2(fn_chlorophyll_a_42(X),fn_chlorophyll_a_33(X))
& object_2(fn_chlorophyll_a_42(X),fn_chlorophyll_a_27(X))
& result_2(fn_chlorophyll_a_42(X),fn_chlorophyll_a_37(X))
& agent_2(fn_chlorophyll_a_42(X),fn_chlorophyll_a_16(X))
& fn_chlorophyll_a_16(X) != fn_chlorophyll_a_21(X)
& fn_chlorophyll_a_21(X) != fn_chlorophyll_a_20(X)
& fn_chlorophyll_a_21(X) != fn_chlorophyll_a_16(X)
& fn_chlorophyll_a_20(X) != fn_chlorophyll_a_21(X)
& in_event_2(fn_chlorophyll_a_14(X),fn_chlorophyll_a_15(X))
& plays_2(X,fn_chlorophyll_a_14(X))
& is_inside_2(fn_chlorophyll_a_16(X),fn_chlorophyll_a_19(X))
& agent_2(fn_chlorophyll_a_6(X),fn_chlorophyll_a_16(X))
& object_2(fn_chlorophyll_a_6(X),fn_chlorophyll_a_33(X))
& object_2(fn_chlorophyll_a_31(X),fn_chlorophyll_a_16(X))
& possesses_2(X,fn_chlorophyll_a_37(X))
& object_2(fn_chlorophyll_a_6(X),fn_chlorophyll_a_27(X))
& object_2(fn_chlorophyll_a_25(X),X)
& speed_2(fn_chlorophyll_a_25(X),fn_chlorophyll_a_24(X))
& directly_proportional_2(fn_chlorophyll_a_24(X),fn_chlorophyll_a_23(X))
& quantity_2(fn_chlorophyll_a_17(X),fn_chlorophyll_a_23(X))
& possesses_2(X,fn_chlorophyll_a_17(X))
& is_inside_2(fn_chlorophyll_a_16(X),fn_chlorophyll_a_22(X))
& has_region_2(X,fn_chlorophyll_a_22(X))
& has_part_2(X,fn_chlorophyll_a_16(X))
& has_region_2(fn_chlorophyll_a_16(X),fn_chlorophyll_a_30(X))
& fn_chlorophyll_a_30(X) != fn_chlorophyll_a_26(X)
& fn_chlorophyll_a_26(X) != fn_chlorophyll_a_30(X)
& agent_2(fn_chlorophyll_a_43(X),fn_chlorophyll_a_16(X))
& object_2(fn_chlorophyll_a_43(X),fn_chlorophyll_a_33(X))
& has_part_2(fn_chlorophyll_a_16(X),fn_chlorophyll_a_33(X))
& fn_chlorophyll_a_27(X) != fn_chlorophyll_a_33(X)
& fn_chlorophyll_a_33(X) != fn_chlorophyll_a_27(X)
& result_2(fn_chlorophyll_a_6(X),fn_chlorophyll_a_37(X))
& agent_2(fn_chlorophyll_a_6(X),fn_chlorophyll_a_38(X))
& object_2(fn_chlorophyll_a_31(X),fn_chlorophyll_a_38(X))
& agent_2(fn_chlorophyll_a_31(X),fn_chlorophyll_a_37(X))
& is_between_2(fn_chlorophyll_a_37(X),fn_chlorophyll_a_16(X))
& has_part_2(X,fn_chlorophyll_a_38(X))
& is_between_2(fn_chlorophyll_a_37(X),fn_chlorophyll_a_38(X))
& has_function_2(fn_chlorophyll_a_37(X),fn_chlorophyll_a_31(X))
& fn_chlorophyll_a_16(X) != fn_chlorophyll_a_38(X)
& fn_chlorophyll_a_38(X) != fn_chlorophyll_a_16(X)
& has_function_2(X,fn_chlorophyll_a_15(X))
& is_at_2(X,fn_chlorophyll_a_36(X))
& agent_2(fn_chlorophyll_a_15(X),X)
& base_2(fn_chlorophyll_a_15(X),X)
& has_region_2(X,fn_chlorophyll_a_18(X))
& is_at_2(fn_chlorophyll_a_20(X),fn_chlorophyll_a_18(X))
& has_part_2(X,fn_chlorophyll_a_20(X))
& has_part_2(X,fn_chlorophyll_a_39(X))
& object_2(fn_chlorophyll_a_34(X),fn_chlorophyll_a_39(X))
& base_2(fn_chlorophyll_a_34(X),fn_chlorophyll_a_35(X))
& is_across_2(fn_chlorophyll_a_35(X),fn_chlorophyll_a_36(X))
& has_part_2(fn_chlorophyll_a_36(X),fn_chlorophyll_a_35(X))
& has_part_2(fn_chlorophyll_a_38(X),fn_chlorophyll_a_27(X))
& has_region_2(fn_chlorophyll_a_38(X),fn_chlorophyll_a_26(X))
& is_inside_2(fn_chlorophyll_a_29(X),fn_chlorophyll_a_26(X))
& is_inside_2(fn_chlorophyll_a_11(X),fn_chlorophyll_a_29(X))
& has_part_2(fn_chlorophyll_a_38(X),fn_chlorophyll_a_11(X))
& is_near_2(fn_chlorophyll_a_29(X),fn_chlorophyll_a_27(X))
& is_near_2(fn_chlorophyll_a_27(X),fn_chlorophyll_a_29(X))
& has_region_2(fn_chlorophyll_a_38(X),fn_chlorophyll_a_28(X))
& is_at_2(fn_chlorophyll_a_29(X),fn_chlorophyll_a_28(X))
& has_region_2(fn_chlorophyll_a_38(X),fn_chlorophyll_a_29(X))
& fn_chlorophyll_a_12(X) = fn_chlorophyll_a_13(X)
& fn_chlorophyll_a_13(X) = fn_chlorophyll_a_12(X)
& called_2(fn_chlorophyll_a_12(X),'Number_Proton')
& quantity_2(fn_chlorophyll_a_11(X),fn_chlorophyll_a_12(X))
& atomic_number_2(fn_chlorophyll_a_38(X),fn_chlorophyll_a_13(X))
& the_cardinal_value_2(fn_chlorophyll_a_13(X),"1")
& cardinal_unit_class_2(fn_chlorophyll_a_13(X),unity_0)
& called_2(fn_chlorophyll_a_13(X),'Atomic_Number')
& fn_chlorophyll_a_27(X) = fn_share_2(fn_chlorophyll_a_10(X))
& fn_chlorophyll_a_27(X) = fn_share_2(fn_chlorophyll_a_32(X))
& fn_chlorophyll_a_33(X) = fn_share_2(fn_chlorophyll_a_7(X))
& fn_chlorophyll_a_27(X) = fn_share_2(fn_chlorophyll_a_43(X))
& fn_chlorophyll_a_38(X) = fn_share_3(fn_chlorophyll_a_32(X))
& fn_chlorophyll_a_38(X) = fn_share_1(fn_chlorophyll_a_10(X))
& fn_chlorophyll_a_38(X) = fn_share_3(fn_chlorophyll_a_42(X))
& fn_chlorophyll_a_38(X) = fn_share_1(fn_chlorophyll_a_42(X))
& fn_chlorophyll_a_38(X) = fn_share_3(fn_chlorophyll_a_7(X))
& fn_chlorophyll_a_38(X) = fn_share_3(fn_chlorophyll_a_43(X))
& fn_chlorophyll_a_38(X) = fn_share_1(fn_chlorophyll_a_43(X))
& fn_chlorophyll_a_16(X) = fn_share_1(fn_chlorophyll_a_7(X))
& fn_chlorophyll_a_16(X) = fn_share_3(fn_chlorophyll_a_10(X))
& fn_chlorophyll_a_20(X) = fn_share_1(fn_chlorophyll_a_10(X))
& fn_chlorophyll_a_20(X) = fn_share_3(fn_chlorophyll_a_32(X))
& fn_chlorophyll_a_16(X) = fn_share_1(fn_chlorophyll_a_32(X))
& X = fn_functional_group_1(fn_chlorophyll_a_19(X))
& fn_chlorophyll_a_33(X) = fn_covalent_bond_18(fn_chlorophyll_a_37(X))
& fn_chlorophyll_a_27(X) = fn_covalent_bond_15(fn_chlorophyll_a_37(X))
& fn_chlorophyll_a_20(X) = fn_covalent_bond_19(fn_chlorophyll_a_37(X))
& fn_chlorophyll_a_21(X) = fn_covalent_bond_20(fn_chlorophyll_a_37(X))
& fn_chlorophyll_a_16(X) = fn_covalent_bond_19(fn_chlorophyll_a_37(X))
& fn_chlorophyll_a_42(X) = fn_covalent_bond_17(fn_chlorophyll_a_37(X))
& X = fn_move_into_1(fn_chlorophyll_a_15(X))
& fn_chlorophyll_a_14(X) = fn_move_into_2(fn_chlorophyll_a_15(X))
& fn_chlorophyll_a_33(X) = fn_methyl_group_20(fn_chlorophyll_a_19(X))
& fn_chlorophyll_a_6(X) = fn_methyl_group_12(fn_chlorophyll_a_19(X))
& fn_chlorophyll_a_16(X) = fn_methyl_group_11(fn_chlorophyll_a_19(X))
& fn_chlorophyll_a_40(X) = fn_hydrocarbon_molecule_6(X)
& fn_chlorophyll_a_41(X) = fn_hydrocarbon_molecule_5(X)
& fn_chlorophyll_a_17(X) = fn_hydrocarbon_molecule_30(X)
& fn_chlorophyll_a_23(X) = fn_hydrocarbon_molecule_27(X)
& fn_chlorophyll_a_24(X) = fn_hydrocarbon_molecule_28(X)
& fn_chlorophyll_a_25(X) = fn_hydrocarbon_molecule_29(X)
& fn_chlorophyll_a_26(X) = fn_hydrocarbon_molecule_25(X)
& fn_chlorophyll_a_30(X) = fn_hydrocarbon_molecule_20(X)
& fn_chlorophyll_a_22(X) = fn_hydrocarbon_molecule_17(X)
& fn_chlorophyll_a_27(X) = fn_hydrocarbon_molecule_11(X)
& fn_chlorophyll_a_33(X) = fn_hydrocarbon_molecule_8(X)
& fn_chlorophyll_a_43(X) = fn_hydrocarbon_molecule_22(X)
& fn_chlorophyll_a_6(X) = fn_hydrocarbon_molecule_22(X)
& fn_chlorophyll_a_31(X) = fn_hydrocarbon_molecule_21(X)
& fn_chlorophyll_a_37(X) = fn_hydrocarbon_molecule_14(X)
& fn_chlorophyll_a_16(X) = fn_hydrocarbon_molecule_16(X)
& fn_chlorophyll_a_38(X) = fn_hydrocarbon_molecule_15(X)
& fn_chlorophyll_a_4(X) = fn_chlorophyll_1(X)
& fn_chlorophyll_a_5(X) = fn_chlorophyll_2(X)
& fn_chlorophyll_a_20(X) = fn_chlorophyll_3(X)
& fn_chlorophyll_a_18(X) = fn_chlorophyll_4(X)
& fn_chlorophyll_a_15(X) = fn_chlorophyll_6(X)
& fn_chlorophyll_a_36(X) = fn_chlorophyll_9(X)
& fn_chlorophyll_a_35(X) = fn_chlorophyll_11(X)
& fn_chlorophyll_a_34(X) = fn_chlorophyll_10(X)
& fn_chlorophyll_a_39(X) = fn_chlorophyll_5(X)
& fn_chlorophyll_a_26(X) = fn_hydrogen_16(fn_chlorophyll_a_38(X))
& fn_chlorophyll_a_28(X) = fn_hydrogen_14(fn_chlorophyll_a_38(X))
& fn_chlorophyll_a_27(X) = fn_hydrogen_12(fn_chlorophyll_a_38(X))
& fn_chlorophyll_a_29(X) = fn_hydrogen_15(fn_chlorophyll_a_38(X))
& fn_chlorophyll_a_11(X) = fn_hydrogen_13(fn_chlorophyll_a_38(X))
& fn_chlorophyll_a_8(X) = fn_hydrogen_7(fn_chlorophyll_a_38(X))
& fn_chlorophyll_a_9(X) = fn_hydrogen_21(fn_chlorophyll_a_38(X))
& fn_chlorophyll_a_12(X) = fn_hydrogen_17(fn_chlorophyll_a_38(X))
& fn_chlorophyll_a_13(X) = fn_hydrogen_10(fn_chlorophyll_a_38(X))
& fn_share_2(fn_chlorophyll_a_7(X)) = fn_covalent_bond_18(fn_chlorophyll_a_37(X))
& fn_covalent_bond_18(fn_chlorophyll_a_37(X)) = fn_covalent_bond_18(fn_chlorophyll_a_37(X))
& fn_covalent_bond_18(fn_chlorophyll_a_37(X)) = fn_methyl_group_20(fn_chlorophyll_a_19(X))
& fn_methyl_group_20(fn_chlorophyll_a_19(X)) = fn_methyl_group_20(fn_chlorophyll_a_19(X))
& fn_methyl_group_20(fn_chlorophyll_a_19(X)) = fn_hydrocarbon_molecule_8(X)
& fn_hydrocarbon_molecule_8(X) = fn_hydrocarbon_molecule_8(X)
& fn_hydrocarbon_molecule_8(X) = fn_methyl_group_12(fn_chlorophyll_a_19(X))
& fn_methyl_group_12(fn_chlorophyll_a_19(X)) = fn_methyl_group_12(fn_chlorophyll_a_19(X))
& fn_methyl_group_12(fn_chlorophyll_a_19(X)) = fn_hydrocarbon_molecule_22(X)
& fn_hydrocarbon_molecule_22(X) = fn_hydrocarbon_molecule_22(X)
& fn_hydrocarbon_molecule_22(X) = fn_share_3(fn_chlorophyll_a_10(X))
& fn_share_3(fn_chlorophyll_a_10(X)) = fn_share_1(fn_chlorophyll_a_7(X))
& fn_share_1(fn_chlorophyll_a_7(X)) = fn_share_3(fn_chlorophyll_a_10(X))
& fn_share_1(fn_chlorophyll_a_32(X)) = fn_share_3(fn_chlorophyll_a_10(X))
& fn_share_3(fn_chlorophyll_a_10(X)) = fn_share_1(fn_chlorophyll_a_32(X))
& fn_share_1(fn_chlorophyll_a_32(X)) = fn_share_1(fn_chlorophyll_a_7(X))
& fn_share_1(fn_chlorophyll_a_7(X)) = fn_share_1(fn_chlorophyll_a_32(X))
& fn_share_1(fn_chlorophyll_a_32(X)) = fn_share_1(fn_chlorophyll_a_32(X))
& fn_share_1(fn_chlorophyll_a_32(X)) = fn_covalent_bond_19(fn_chlorophyll_a_37(X))
& fn_covalent_bond_19(fn_chlorophyll_a_37(X)) = fn_methyl_group_11(fn_chlorophyll_a_19(X))
& fn_methyl_group_11(fn_chlorophyll_a_19(X)) = fn_methyl_group_11(fn_chlorophyll_a_19(X))
& fn_methyl_group_11(fn_chlorophyll_a_19(X)) = fn_hydrocarbon_molecule_16(X)
& fn_hydrocarbon_molecule_16(X) = fn_hydrocarbon_molecule_16(X)
& fn_hydrocarbon_molecule_16(X) = fn_share_1(fn_chlorophyll_a_10(X))
& fn_share_1(fn_chlorophyll_a_10(X)) = fn_share_3(fn_chlorophyll_a_32(X))
& fn_share_3(fn_chlorophyll_a_32(X)) = fn_share_3(fn_chlorophyll_a_32(X))
& fn_share_3(fn_chlorophyll_a_32(X)) = fn_covalent_bond_19(fn_chlorophyll_a_37(X))
& fn_covalent_bond_19(fn_chlorophyll_a_37(X)) = fn_covalent_bond_19(fn_chlorophyll_a_37(X))
& fn_covalent_bond_19(fn_chlorophyll_a_37(X)) = fn_chlorophyll_3(X)
& fn_chlorophyll_3(X) = fn_chlorophyll_3(X)
& fn_chlorophyll_3(X) = fn_functional_group_1(fn_chlorophyll_a_19(X))
& fn_functional_group_1(fn_chlorophyll_a_19(X)) = fn_move_into_1(fn_chlorophyll_a_15(X))
& fn_move_into_1(fn_chlorophyll_a_15(X)) = fn_hydrocarbon_molecule_25(X)
& fn_hydrocarbon_molecule_25(X) = fn_hydrogen_16(fn_chlorophyll_a_38(X))
& fn_hydrogen_16(fn_chlorophyll_a_38(X)) = fn_hydrogen_16(fn_chlorophyll_a_38(X))
& fn_hydrogen_16(fn_chlorophyll_a_38(X)) = fn_share_2(fn_chlorophyll_a_10(X))
& fn_share_2(fn_chlorophyll_a_10(X)) = fn_share_2(fn_chlorophyll_a_32(X))
& fn_share_2(fn_chlorophyll_a_32(X)) = fn_share_2(fn_chlorophyll_a_43(X))
& fn_share_2(fn_chlorophyll_a_43(X)) = fn_covalent_bond_15(fn_chlorophyll_a_37(X))
& fn_covalent_bond_15(fn_chlorophyll_a_37(X)) = fn_covalent_bond_15(fn_chlorophyll_a_37(X))
& fn_covalent_bond_15(fn_chlorophyll_a_37(X)) = fn_hydrocarbon_molecule_11(X)
& fn_hydrocarbon_molecule_11(X) = fn_hydrocarbon_molecule_11(X)
& fn_hydrocarbon_molecule_11(X) = fn_hydrogen_12(fn_chlorophyll_a_38(X))
& fn_hydrogen_12(fn_chlorophyll_a_38(X)) = fn_hydrogen_12(fn_chlorophyll_a_38(X))
& fn_hydrogen_12(fn_chlorophyll_a_38(X)) = fn_share_3(fn_chlorophyll_a_32(X))
& fn_share_3(fn_chlorophyll_a_32(X)) = fn_share_1(fn_chlorophyll_a_10(X))
& fn_share_1(fn_chlorophyll_a_10(X)) = fn_share_3(fn_chlorophyll_a_42(X))
& fn_share_3(fn_chlorophyll_a_42(X)) = fn_share_1(fn_chlorophyll_a_42(X))
& fn_share_1(fn_chlorophyll_a_42(X)) = fn_share_3(fn_chlorophyll_a_7(X))
& fn_share_3(fn_chlorophyll_a_7(X)) = fn_share_3(fn_chlorophyll_a_43(X))
& fn_share_3(fn_chlorophyll_a_43(X)) = fn_share_1(fn_chlorophyll_a_43(X))
& fn_share_1(fn_chlorophyll_a_43(X)) = fn_share_1(fn_chlorophyll_a_10(X))
& fn_share_1(fn_chlorophyll_a_10(X)) = fn_share_1(fn_chlorophyll_a_42(X))
& fn_share_1(fn_chlorophyll_a_42(X)) = fn_share_1(fn_chlorophyll_a_43(X))
& fn_share_1(fn_chlorophyll_a_43(X)) = fn_hydrocarbon_molecule_15(X)
& fn_hydrocarbon_molecule_15(X) = fn_hydrocarbon_molecule_15(X) ) ) ).
fof(a528373,axiom,
! [X] :
( chlorophyll_b_1(X)
=> ( original_name_2(X,'Chlorophyll-B')
& user_description_2(X,'Chlorophyll b is a form of chlorophyll. Chlorophyll b helps in photosynthesis by absorbing light energy and it is more soluble than chlorophyll a because of its carbonyl group. Its color is green.')
& concept2words_2(X,'b of chlorophyll')
& concept2words_2(X,'chlorophyll b')
& concept2words_2(X,'chlorophyll-b')
& accessory_pigment_1(X)
& chlorophyll_1(X)
& ~ chlorophyll_a_1(X)
& time_interval_1(fn_chlorophyll_b_1(X))
& time_interval_1(fn_chlorophyll_b_2(X))
& time_interval_1(fn_chlorophyll_b_3(X))
& time_interval_1(fn_chlorophyll_b_4(X))
& color_value_1(fn_chlorophyll_b_6(X))
& share_1(fn_chlorophyll_b_7(X))
& equal_sharing_1(fn_chlorophyll_b_7(X))
& equal_sharing_1(fn_chlorophyll_b_10(X))
& proton_1(fn_chlorophyll_b_11(X))
& center_1(fn_chlorophyll_b_12(X))
& atomic_number_value_1(fn_chlorophyll_b_13(X))
& quantity_value_1(fn_chlorophyll_b_14(X))
& entity_1(fn_chlorophyll_b_19(X))
& chemical_entity_1(fn_chlorophyll_b_19(X))
& atom_1(fn_chlorophyll_b_19(X))
& carbon_1(fn_chlorophyll_b_19(X))
& container_1(fn_chlorophyll_b_20(X))
& covalent_bond_1(fn_chlorophyll_b_21(X))
& single_bond_1(fn_chlorophyll_b_21(X))
& hydrocarbon_chain_1(fn_chlorophyll_b_22(X))
& atom_1(fn_chlorophyll_b_23(X))
& chemical_entity_1(fn_chlorophyll_b_23(X))
& entity_1(fn_chlorophyll_b_23(X))
& hydrogen_1(fn_chlorophyll_b_23(X))
& thylakoid_membrane_1(fn_chlorophyll_b_24(X))
& spatial_entity_1(fn_chlorophyll_b_25(X))
& atp_synthase_1(fn_chlorophyll_b_25(X))
& attach_1(fn_chlorophyll_b_26(X))
& electron_shell_1(fn_chlorophyll_b_27(X))
& first_electron_shell_1(fn_chlorophyll_b_27(X))
& atomic_nucleus_1(fn_chlorophyll_b_28(X))
& hold_together_1(fn_chlorophyll_b_29(X))
& equal_sharing_1(fn_chlorophyll_b_30(X))
& atomic_nucleus_1(fn_chlorophyll_b_31(X))
& electron_shell_1(fn_chlorophyll_b_32(X))
& proton_1(fn_chlorophyll_b_33(X))
& electron_1(fn_chlorophyll_b_34(X))
& valence_electron_1(fn_chlorophyll_b_34(X))
& entity_1(fn_chlorophyll_b_34(X))
& atomic_number_value_1(fn_chlorophyll_b_35(X))
& center_1(fn_chlorophyll_b_36(X))
& quantity_value_1(fn_chlorophyll_b_37(X))
& oxygen_1(fn_chlorophyll_b_38(X))
& carbon_skeleton_1(fn_chlorophyll_b_39(X))
& covalent_bond_1(fn_chlorophyll_b_40(X))
& double_bond_1(fn_chlorophyll_b_40(X))
& nitrogen_1(fn_chlorophyll_b_41(X))
& entity_1(fn_chlorophyll_b_41(X))
& chemical_entity_1(fn_chlorophyll_b_41(X))
& atom_1(fn_chlorophyll_b_41(X))
& entity_1(fn_chlorophyll_b_42(X))
& chemical_entity_1(fn_chlorophyll_b_42(X))
& atom_1(fn_chlorophyll_b_42(X))
& magnesium_1(fn_chlorophyll_b_42(X))
& center_1(fn_chlorophyll_b_43(X))
& take_in_1(fn_chlorophyll_b_44(X))
& move_into_1(fn_chlorophyll_b_44(X))
& move_1(fn_chlorophyll_b_44(X))
& absorb_1(fn_chlorophyll_b_44(X))
& carbonyl_group_1(fn_chlorophyll_b_45(X))
& kinetic_energy_1(fn_chlorophyll_b_46(X))
& quantity_value_1(fn_chlorophyll_b_47(X))
& speed_value_1(fn_chlorophyll_b_48(X))
& constant_motion_1(fn_chlorophyll_b_49(X))
& electron_1(fn_chlorophyll_b_50(X))
& valence_electron_1(fn_chlorophyll_b_50(X))
& equal_sharing_1(fn_chlorophyll_b_51(X))
& equal_sharing_1(fn_chlorophyll_b_52(X))
& share_1(fn_chlorophyll_b_52(X))
& share_1(fn_covalent_bond_17(fn_chlorophyll_b_21(X)))
& share_1(fn_covalent_bond_17(fn_chlorophyll_b_40(X)))
& container_1(fn_move_into_2(fn_chlorophyll_b_44(X)))
& oxygen_1(fn_carbonyl_group_9(fn_chlorophyll_b_45(X)))
& property_node_1(fn_carbon_9(fn_chlorophyll_b_19(X)))
& property_node_1(fn_carbon_13(fn_chlorophyll_b_19(X)))
& proton_1(fn_hydrogen_13(fn_chlorophyll_b_23(X)))
& property_node_1(fn_hydrogen_21(fn_chlorophyll_b_23(X)))
& quantity_value_1(fn_hydrogen_17(fn_chlorophyll_b_23(X)))
& property_node_1(fn_hydrogen_7(fn_chlorophyll_b_23(X)))
& atomic_number_value_1(fn_hydrogen_10(fn_chlorophyll_b_23(X)))
& double_bond_1(fn_carbonyl_group_8(fn_chlorophyll_b_45(X)))
& electron_shell_1(fn_atom_9(fn_chlorophyll_b_19(X)))
& electron_shell_1(fn_covalent_bond_11(fn_chlorophyll_b_21(X)))
& center_1(fn_covalent_bond_23(fn_chlorophyll_b_21(X)))
& hold_together_1(fn_covalent_bond_14(fn_chlorophyll_b_21(X)))
& chemical_entity_1(fn_functional_group_1(fn_chlorophyll_b_45(X)))
& tangible_entity_1(fn_move_into_1(fn_chlorophyll_b_44(X)))
& tangible_entity_1(fn_take_in_1(fn_chlorophyll_b_44(X)))
& atomic_number_value_1(fn_covalent_bond_6(fn_chlorophyll_b_21(X)))
& atomic_number_value_1(fn_atom_17(fn_chlorophyll_b_19(X)))
& atomic_number_value_1(fn_carbon_16(fn_chlorophyll_b_19(X)))
& quantity_value_1(fn_covalent_bond_8(fn_chlorophyll_b_21(X)))
& quantity_value_1(fn_atom_11(fn_chlorophyll_b_19(X)))
& quantity_value_1(fn_carbon_19(fn_chlorophyll_b_19(X)))
& proton_1(fn_covalent_bond_4(fn_chlorophyll_b_21(X)))
& proton_1(fn_atom_8(fn_chlorophyll_b_19(X)))
& proton_1(fn_carbon_17(fn_chlorophyll_b_19(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_chlorophyll_b_21(X)))
& atomic_nucleus_1(fn_atom_18(fn_chlorophyll_b_19(X)))
& atomic_nucleus_1(fn_carbon_18(fn_chlorophyll_b_19(X)))
& entity_1(fn_share_3(fn_chlorophyll_b_7(X)))
& entity_1(fn_share_1(fn_chlorophyll_b_30(X)))
& entity_1(fn_share_1(fn_chlorophyll_b_7(X)))
& entity_1(fn_covalent_bond_20(fn_chlorophyll_b_40(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_chlorophyll_b_40(X)))
& atom_1(fn_covalent_bond_20(fn_chlorophyll_b_40(X)))
& entity_1(fn_covalent_bond_20(fn_chlorophyll_b_21(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_chlorophyll_b_21(X)))
& atom_1(fn_covalent_bond_20(fn_chlorophyll_b_21(X)))
& entity_1(fn_covalent_bond_19(fn_chlorophyll_b_40(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_chlorophyll_b_40(X)))
& atom_1(fn_covalent_bond_19(fn_chlorophyll_b_40(X)))
& entity_1(fn_covalent_bond_19(fn_chlorophyll_b_21(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_chlorophyll_b_21(X)))
& atom_1(fn_covalent_bond_19(fn_chlorophyll_b_21(X)))
& entity_1(fn_carbonyl_group_7(fn_chlorophyll_b_45(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_chlorophyll_b_45(X)))
& atom_1(fn_carbonyl_group_7(fn_chlorophyll_b_45(X)))
& carbon_1(fn_carbonyl_group_7(fn_chlorophyll_b_45(X)))
& electron_1(fn_carbon_10(fn_chlorophyll_b_19(X)))
& valence_electron_1(fn_covalent_bond_18(fn_chlorophyll_b_21(X)))
& valence_electron_1(fn_covalent_bond_18(fn_chlorophyll_b_40(X)))
& electron_1(fn_atom_14(fn_chlorophyll_b_19(X)))
& entity_1(fn_share_2(fn_chlorophyll_b_30(X)))
& entity_1(fn_share_2(fn_chlorophyll_b_52(X)))
& center_1(fn_hydrogen_14(fn_chlorophyll_b_23(X)))
& valence_electron_1(fn_covalent_bond_15(fn_chlorophyll_b_21(X)))
& valence_electron_1(fn_covalent_bond_15(fn_chlorophyll_b_40(X)))
& valence_electron_1(fn_hydrogen_12(fn_chlorophyll_b_23(X)))
& electron_shell_1(fn_covalent_bond_12(fn_chlorophyll_b_21(X)))
& electron_shell_1(fn_hydrogen_16(fn_chlorophyll_b_23(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_chlorophyll_b_23(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_chlorophyll_b_21(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_chlorophyll_b_23(X)))
& entity_1(fn_share_3(fn_chlorophyll_b_30(X)))
& entity_1(fn_share_3(fn_chlorophyll_b_10(X)))
& entity_1(fn_share_1(fn_chlorophyll_b_10(X)))
& entity_1(fn_share_3(fn_chlorophyll_b_51(X)))
& entity_1(fn_share_1(fn_chlorophyll_b_51(X)))
& entity_1(fn_share_3(fn_chlorophyll_b_52(X)))
& entity_1(fn_share_1(fn_chlorophyll_b_52(X)))
& object_2(fn_chlorophyll_b_52(X),fn_chlorophyll_b_50(X))
& time_before_2(fn_chlorophyll_b_3(X),fn_chlorophyll_b_1(X))
& time_before_2(fn_chlorophyll_b_3(X),fn_chlorophyll_b_2(X))
& time_before_2(fn_chlorophyll_b_3(X),fn_chlorophyll_b_4(X))
& has_part_2(X,fn_chlorophyll_b_38(X))
& time_during_2(fn_chlorophyll_b_44(X),fn_chlorophyll_b_4(X))
& path_2(fn_chlorophyll_b_44(X),fn_chlorophyll_b_43(X))
& object_2(fn_chlorophyll_b_30(X),fn_chlorophyll_b_50(X))
& result_2(fn_chlorophyll_b_30(X),fn_chlorophyll_b_21(X))
& result_2(fn_chlorophyll_b_7(X),fn_chlorophyll_b_21(X))
& object_2(fn_chlorophyll_b_30(X),fn_chlorophyll_b_34(X))
& agent_2(fn_chlorophyll_b_30(X),fn_chlorophyll_b_23(X))
& agent_2(fn_chlorophyll_b_10(X),fn_chlorophyll_b_23(X))
& agent_2(fn_chlorophyll_b_30(X),fn_chlorophyll_b_19(X))
& agent_2(fn_chlorophyll_b_7(X),fn_chlorophyll_b_19(X))
& agent_2(fn_chlorophyll_b_51(X),fn_chlorophyll_b_23(X))
& has_region_2(X,fn_chlorophyll_b_45(X))
& possesses_2(X,fn_chlorophyll_b_40(X))
& has_part_2(X,fn_chlorophyll_b_41(X))
& object_2(fn_chlorophyll_b_51(X),fn_chlorophyll_b_34(X))
& object_2(fn_chlorophyll_b_51(X),fn_chlorophyll_b_50(X))
& result_2(fn_chlorophyll_b_51(X),fn_chlorophyll_b_21(X))
& agent_2(fn_chlorophyll_b_51(X),fn_chlorophyll_b_19(X))
& fn_chlorophyll_b_42(X) != fn_chlorophyll_b_19(X)
& fn_chlorophyll_b_19(X) != fn_chlorophyll_b_42(X)
& result_2(fn_chlorophyll_b_10(X),fn_chlorophyll_b_21(X))
& object_2(fn_chlorophyll_b_10(X),fn_chlorophyll_b_34(X))
& is_between_2(fn_chlorophyll_b_40(X),fn_chlorophyll_b_41(X))
& fn_chlorophyll_b_41(X) != fn_chlorophyll_b_19(X)
& agent_2(fn_chlorophyll_b_10(X),fn_chlorophyll_b_19(X))
& object_2(fn_chlorophyll_b_10(X),fn_chlorophyll_b_50(X))
& fn_chlorophyll_b_19(X) != fn_chlorophyll_b_41(X)
& in_event_2(fn_chlorophyll_b_20(X),fn_chlorophyll_b_44(X))
& plays_2(X,fn_chlorophyll_b_20(X))
& is_inside_2(fn_chlorophyll_b_38(X),fn_chlorophyll_b_45(X))
& is_inside_2(fn_chlorophyll_b_19(X),fn_chlorophyll_b_45(X))
& is_between_2(fn_chlorophyll_b_40(X),fn_chlorophyll_b_19(X))
& is_between_2(fn_chlorophyll_b_40(X),fn_chlorophyll_b_38(X))
& fn_chlorophyll_b_38(X) != fn_chlorophyll_b_19(X)
& fn_chlorophyll_b_19(X) != fn_chlorophyll_b_38(X)
& has_part_2(fn_chlorophyll_b_19(X),fn_chlorophyll_b_34(X))
& is_at_2(fn_chlorophyll_b_31(X),fn_chlorophyll_b_36(X))
& fn_chlorophyll_b_27(X) != fn_chlorophyll_b_32(X)
& fn_chlorophyll_b_32(X) != fn_chlorophyll_b_27(X)
& has_function_2(fn_chlorophyll_b_21(X),fn_chlorophyll_b_29(X))
& agent_2(fn_chlorophyll_b_29(X),fn_chlorophyll_b_21(X))
& possesses_2(X,fn_chlorophyll_b_21(X))
& has_part_2(X,fn_chlorophyll_b_19(X))
& has_region_2(fn_chlorophyll_b_19(X),fn_chlorophyll_b_32(X))
& object_2(fn_chlorophyll_b_49(X),X)
& speed_2(fn_chlorophyll_b_49(X),fn_chlorophyll_b_48(X))
& directly_proportional_2(fn_chlorophyll_b_48(X),fn_chlorophyll_b_47(X))
& quantity_2(fn_chlorophyll_b_46(X),fn_chlorophyll_b_47(X))
& possesses_2(X,fn_chlorophyll_b_46(X))
& is_between_2(fn_chlorophyll_b_21(X),fn_chlorophyll_b_23(X))
& object_2(fn_chlorophyll_b_29(X),fn_chlorophyll_b_23(X))
& object_2(fn_chlorophyll_b_29(X),fn_chlorophyll_b_19(X))
& has_region_2(fn_chlorophyll_b_19(X),fn_chlorophyll_b_36(X))
& fn_chlorophyll_b_36(X) != fn_chlorophyll_b_12(X)
& fn_chlorophyll_b_12(X) != fn_chlorophyll_b_36(X)
& agent_2(fn_chlorophyll_b_52(X),fn_chlorophyll_b_19(X))
& result_2(fn_chlorophyll_b_52(X),fn_chlorophyll_b_21(X))
& is_between_2(fn_chlorophyll_b_21(X),fn_chlorophyll_b_19(X))
& is_inside_2(fn_chlorophyll_b_19(X),fn_chlorophyll_b_39(X))
& has_region_2(X,fn_chlorophyll_b_39(X))
& object_2(fn_chlorophyll_b_7(X),fn_chlorophyll_b_50(X))
& fn_chlorophyll_b_50(X) != fn_chlorophyll_b_34(X)
& is_near_2(fn_chlorophyll_b_34(X),fn_chlorophyll_b_31(X))
& fn_chlorophyll_b_34(X) != fn_chlorophyll_b_50(X)
& is_near_2(fn_chlorophyll_b_31(X),fn_chlorophyll_b_34(X))
& fn_chlorophyll_b_28(X) != fn_chlorophyll_b_31(X)
& fn_chlorophyll_b_31(X) != fn_chlorophyll_b_28(X)
& has_part_2(X,fn_chlorophyll_b_23(X))
& agent_2(fn_chlorophyll_b_7(X),fn_chlorophyll_b_23(X))
& object_2(fn_chlorophyll_b_7(X),fn_chlorophyll_b_34(X))
& fn_chlorophyll_b_19(X) != fn_chlorophyll_b_23(X)
& fn_chlorophyll_b_23(X) != fn_chlorophyll_b_19(X)
& is_at_2(X,fn_chlorophyll_b_24(X))
& has_function_2(X,fn_chlorophyll_b_44(X))
& agent_2(fn_chlorophyll_b_44(X),X)
& base_2(fn_chlorophyll_b_44(X),X)
& has_region_2(X,fn_chlorophyll_b_43(X))
& is_at_2(fn_chlorophyll_b_42(X),fn_chlorophyll_b_43(X))
& has_part_2(X,fn_chlorophyll_b_42(X))
& has_part_2(X,fn_chlorophyll_b_22(X))
& object_2(fn_chlorophyll_b_26(X),fn_chlorophyll_b_22(X))
& base_2(fn_chlorophyll_b_26(X),fn_chlorophyll_b_25(X))
& is_across_2(fn_chlorophyll_b_25(X),fn_chlorophyll_b_24(X))
& has_part_2(fn_chlorophyll_b_24(X),fn_chlorophyll_b_25(X))
& has_part_2(fn_chlorophyll_b_19(X),fn_chlorophyll_b_33(X))
& called_2(fn_chlorophyll_b_37(X),'Number_Proton')
& atomic_number_2(fn_chlorophyll_b_19(X),fn_chlorophyll_b_35(X))
& called_2(fn_chlorophyll_b_35(X),'Atomic_Number')
& has_region_2(fn_chlorophyll_b_19(X),fn_chlorophyll_b_31(X))
& is_inside_2(fn_chlorophyll_b_33(X),fn_chlorophyll_b_31(X))
& quantity_2(fn_chlorophyll_b_33(X),fn_chlorophyll_b_37(X))
& fn_chlorophyll_b_35(X) = fn_chlorophyll_b_37(X)
& fn_chlorophyll_b_37(X) = fn_chlorophyll_b_35(X)
& is_near_2(fn_chlorophyll_b_28(X),fn_chlorophyll_b_50(X))
& has_part_2(fn_chlorophyll_b_23(X),fn_chlorophyll_b_11(X))
& has_region_2(fn_chlorophyll_b_23(X),fn_chlorophyll_b_12(X))
& is_at_2(fn_chlorophyll_b_28(X),fn_chlorophyll_b_12(X))
& is_near_2(fn_chlorophyll_b_50(X),fn_chlorophyll_b_28(X))
& has_part_2(fn_chlorophyll_b_23(X),fn_chlorophyll_b_50(X))
& quantity_2(fn_chlorophyll_b_11(X),fn_chlorophyll_b_14(X))
& is_inside_2(fn_chlorophyll_b_11(X),fn_chlorophyll_b_28(X))
& has_region_2(fn_chlorophyll_b_23(X),fn_chlorophyll_b_28(X))
& has_region_2(fn_chlorophyll_b_23(X),fn_chlorophyll_b_27(X))
& is_inside_2(fn_chlorophyll_b_28(X),fn_chlorophyll_b_27(X))
& fn_chlorophyll_b_13(X) = fn_chlorophyll_b_14(X)
& fn_chlorophyll_b_14(X) = fn_chlorophyll_b_13(X)
& called_2(fn_chlorophyll_b_13(X),'Atomic_Number')
& atomic_number_2(fn_chlorophyll_b_23(X),fn_chlorophyll_b_13(X))
& called_2(fn_chlorophyll_b_14(X),'Number_Proton')
& the_cardinal_value_2(fn_chlorophyll_b_13(X),"1")
& cardinal_unit_class_2(fn_chlorophyll_b_13(X),unity_0)
& agent_2(fn_chlorophyll_b_52(X),fn_chlorophyll_b_23(X))
& object_2(fn_chlorophyll_b_52(X),fn_chlorophyll_b_34(X))
& fn_chlorophyll_b_34(X) = fn_share_2(fn_chlorophyll_b_30(X))
& fn_chlorophyll_b_23(X) = fn_share_3(fn_chlorophyll_b_30(X))
& fn_chlorophyll_b_23(X) = fn_share_3(fn_chlorophyll_b_10(X))
& fn_chlorophyll_b_23(X) = fn_share_1(fn_chlorophyll_b_10(X))
& fn_chlorophyll_b_19(X) = fn_share_1(fn_chlorophyll_b_30(X))
& fn_chlorophyll_b_19(X) = fn_share_3(fn_chlorophyll_b_7(X))
& fn_chlorophyll_b_19(X) = fn_share_1(fn_chlorophyll_b_7(X))
& fn_chlorophyll_b_23(X) = fn_share_3(fn_chlorophyll_b_51(X))
& fn_chlorophyll_b_23(X) = fn_share_1(fn_chlorophyll_b_51(X))
& X = fn_functional_group_1(fn_chlorophyll_b_45(X))
& fn_chlorophyll_b_40(X) = fn_porphyrin_6(X)
& fn_chlorophyll_b_41(X) = fn_porphyrin_7(X)
& fn_chlorophyll_b_34(X) = fn_covalent_bond_18(fn_chlorophyll_b_21(X))
& fn_chlorophyll_b_50(X) = fn_covalent_bond_15(fn_chlorophyll_b_21(X))
& fn_chlorophyll_b_42(X) = fn_covalent_bond_20(fn_chlorophyll_b_21(X))
& fn_chlorophyll_b_51(X) = fn_covalent_bond_17(fn_chlorophyll_b_21(X))
& fn_chlorophyll_b_34(X) = fn_covalent_bond_18(fn_chlorophyll_b_40(X))
& fn_chlorophyll_b_50(X) = fn_covalent_bond_15(fn_chlorophyll_b_40(X))
& fn_chlorophyll_b_10(X) = fn_covalent_bond_17(fn_chlorophyll_b_40(X))
& fn_chlorophyll_b_19(X) = fn_covalent_bond_20(fn_chlorophyll_b_40(X))
& fn_chlorophyll_b_19(X) = fn_covalent_bond_19(fn_chlorophyll_b_40(X))
& fn_chlorophyll_b_41(X) = fn_covalent_bond_19(fn_chlorophyll_b_40(X))
& fn_chlorophyll_b_41(X) = fn_covalent_bond_20(fn_chlorophyll_b_40(X))
& X = fn_move_into_1(fn_chlorophyll_b_44(X))
& fn_chlorophyll_b_20(X) = fn_move_into_2(fn_chlorophyll_b_44(X))
& fn_chlorophyll_b_40(X) = fn_carbonyl_group_8(fn_chlorophyll_b_45(X))
& fn_chlorophyll_b_38(X) = fn_carbonyl_group_9(fn_chlorophyll_b_45(X))
& fn_chlorophyll_b_19(X) = fn_carbonyl_group_7(fn_chlorophyll_b_45(X))
& fn_chlorophyll_b_34(X) = fn_hydrocarbon_molecule_8(X)
& fn_chlorophyll_b_18(X) = fn_hydrocarbon_molecule_5(X)
& fn_chlorophyll_b_36(X) = fn_covalent_bond_23(fn_chlorophyll_b_21(X))
& fn_chlorophyll_b_31(X) = fn_hydrocarbon_molecule_18(X)
& fn_chlorophyll_b_17(X) = fn_hydrocarbon_molecule_6(X)
& fn_chlorophyll_b_27(X) = fn_covalent_bond_12(fn_chlorophyll_b_21(X))
& fn_chlorophyll_b_27(X) = fn_hydrocarbon_molecule_25(X)
& fn_chlorophyll_b_32(X) = fn_atom_9(fn_chlorophyll_b_19(X))
& fn_chlorophyll_b_32(X) = fn_covalent_bond_11(fn_chlorophyll_b_21(X))
& fn_chlorophyll_b_32(X) = fn_hydrocarbon_molecule_20(X)
& fn_chlorophyll_b_46(X) = fn_hydrocarbon_molecule_30(X)
& fn_chlorophyll_b_47(X) = fn_hydrocarbon_molecule_27(X)
& fn_chlorophyll_b_48(X) = fn_hydrocarbon_molecule_28(X)
& fn_chlorophyll_b_49(X) = fn_hydrocarbon_molecule_29(X)
& fn_chlorophyll_b_12(X) = fn_hydrocarbon_molecule_24(X)
& fn_chlorophyll_b_36(X) = fn_hydrocarbon_molecule_19(X)
& fn_chlorophyll_b_29(X) = fn_covalent_bond_14(fn_chlorophyll_b_21(X))
& fn_chlorophyll_b_29(X) = fn_hydrocarbon_molecule_21(X)
& fn_chlorophyll_b_39(X) = fn_hydrocarbon_molecule_17(X)
& fn_chlorophyll_b_21(X) = fn_hydrocarbon_molecule_14(X)
& fn_chlorophyll_b_52(X) = fn_hydrocarbon_molecule_22(X)
& fn_chlorophyll_b_28(X) = fn_covalent_bond_22(fn_chlorophyll_b_21(X))
& fn_chlorophyll_b_28(X) = fn_hydrocarbon_molecule_18(X)
& fn_chlorophyll_b_34(X) = fn_carbon_10(fn_chlorophyll_b_19(X))
& fn_chlorophyll_b_34(X) = fn_atom_14(fn_chlorophyll_b_19(X))
& fn_chlorophyll_b_31(X) = fn_hydrocarbon_molecule_23(X)
& fn_chlorophyll_b_50(X) = fn_hydrocarbon_molecule_8(X)
& fn_chlorophyll_b_34(X) = fn_hydrocarbon_molecule_11(X)
& fn_chlorophyll_b_7(X) = fn_hydrocarbon_molecule_22(X)
& fn_chlorophyll_b_19(X) = fn_hydrocarbon_molecule_16(X)
& fn_chlorophyll_b_23(X) = fn_hydrocarbon_molecule_15(X)
& fn_chlorophyll_b_5(X) = fn_chlorophyll_1(X)
& fn_chlorophyll_b_6(X) = fn_chlorophyll_2(X)
& fn_chlorophyll_b_42(X) = fn_chlorophyll_3(X)
& fn_chlorophyll_b_43(X) = fn_chlorophyll_4(X)
& X = fn_take_in_1(fn_chlorophyll_b_44(X))
& fn_chlorophyll_b_44(X) = fn_chlorophyll_6(X)
& fn_chlorophyll_b_24(X) = fn_chlorophyll_9(X)
& fn_chlorophyll_b_25(X) = fn_chlorophyll_11(X)
& fn_chlorophyll_b_26(X) = fn_chlorophyll_10(X)
& fn_chlorophyll_b_22(X) = fn_chlorophyll_5(X)
& fn_chlorophyll_b_16(X) = fn_carbon_9(fn_chlorophyll_b_19(X))
& fn_chlorophyll_b_15(X) = fn_carbon_13(fn_chlorophyll_b_19(X))
& fn_chlorophyll_b_35(X) = fn_covalent_bond_6(fn_chlorophyll_b_21(X))
& fn_chlorophyll_b_35(X) = fn_atom_17(fn_chlorophyll_b_19(X))
& fn_chlorophyll_b_35(X) = fn_carbon_16(fn_chlorophyll_b_19(X))
& fn_chlorophyll_b_37(X) = fn_covalent_bond_8(fn_chlorophyll_b_21(X))
& fn_chlorophyll_b_33(X) = fn_atom_8(fn_chlorophyll_b_19(X))
& fn_chlorophyll_b_37(X) = fn_atom_11(fn_chlorophyll_b_19(X))
& fn_chlorophyll_b_37(X) = fn_carbon_19(fn_chlorophyll_b_19(X))
& fn_chlorophyll_b_33(X) = fn_covalent_bond_4(fn_chlorophyll_b_21(X))
& fn_chlorophyll_b_33(X) = fn_carbon_17(fn_chlorophyll_b_19(X))
& fn_chlorophyll_b_19(X) = fn_covalent_bond_19(fn_chlorophyll_b_21(X))
& fn_chlorophyll_b_31(X) = fn_covalent_bond_22(fn_chlorophyll_b_21(X))
& fn_chlorophyll_b_19(X) = fn_covalent_bond_20(fn_chlorophyll_b_21(X))
& fn_chlorophyll_b_31(X) = fn_covalent_bond_24(fn_chlorophyll_b_21(X))
& fn_chlorophyll_b_31(X) = fn_atom_18(fn_chlorophyll_b_19(X))
& fn_chlorophyll_b_31(X) = fn_carbon_18(fn_chlorophyll_b_19(X))
& fn_chlorophyll_b_34(X) = fn_share_2(fn_chlorophyll_b_52(X))
& fn_chlorophyll_b_23(X) = fn_share_3(fn_chlorophyll_b_52(X))
& fn_chlorophyll_b_23(X) = fn_share_1(fn_chlorophyll_b_52(X))
& fn_chlorophyll_b_12(X) = fn_hydrogen_14(fn_chlorophyll_b_23(X))
& fn_chlorophyll_b_50(X) = fn_hydrogen_12(fn_chlorophyll_b_23(X))
& fn_chlorophyll_b_11(X) = fn_hydrogen_13(fn_chlorophyll_b_23(X))
& fn_chlorophyll_b_28(X) = fn_hydrogen_15(fn_chlorophyll_b_23(X))
& fn_chlorophyll_b_27(X) = fn_hydrogen_16(fn_chlorophyll_b_23(X))
& fn_chlorophyll_b_8(X) = fn_hydrogen_21(fn_chlorophyll_b_23(X))
& fn_chlorophyll_b_14(X) = fn_hydrogen_17(fn_chlorophyll_b_23(X))
& fn_chlorophyll_b_9(X) = fn_hydrogen_7(fn_chlorophyll_b_23(X))
& fn_chlorophyll_b_13(X) = fn_hydrogen_10(fn_chlorophyll_b_23(X))
& fn_porphyrin_7(X) = fn_covalent_bond_19(fn_chlorophyll_b_40(X))
& fn_covalent_bond_20(fn_chlorophyll_b_40(X)) = fn_porphyrin_6(X)
& fn_porphyrin_6(X) = fn_carbonyl_group_8(fn_chlorophyll_b_45(X))
& fn_carbonyl_group_8(fn_chlorophyll_b_45(X)) = fn_carbonyl_group_8(fn_chlorophyll_b_45(X))
& fn_carbonyl_group_8(fn_chlorophyll_b_45(X)) = fn_covalent_bond_11(fn_chlorophyll_b_21(X))
& fn_covalent_bond_11(fn_chlorophyll_b_21(X)) = fn_atom_9(fn_chlorophyll_b_19(X))
& fn_atom_9(fn_chlorophyll_b_19(X)) = fn_covalent_bond_11(fn_chlorophyll_b_21(X))
& fn_covalent_bond_11(fn_chlorophyll_b_21(X)) = fn_covalent_bond_11(fn_chlorophyll_b_21(X))
& fn_hydrocarbon_molecule_20(X) = fn_covalent_bond_11(fn_chlorophyll_b_21(X))
& fn_covalent_bond_11(fn_chlorophyll_b_21(X)) = fn_hydrocarbon_molecule_20(X)
& fn_hydrocarbon_molecule_20(X) = fn_covalent_bond_23(fn_chlorophyll_b_21(X))
& fn_covalent_bond_23(fn_chlorophyll_b_21(X)) = fn_hydrocarbon_molecule_19(X)
& fn_hydrocarbon_molecule_19(X) = fn_hydrocarbon_molecule_19(X)
& fn_hydrocarbon_molecule_19(X) = fn_covalent_bond_14(fn_chlorophyll_b_21(X))
& fn_hydrocarbon_molecule_21(X) = fn_covalent_bond_14(fn_chlorophyll_b_21(X))
& fn_covalent_bond_14(fn_chlorophyll_b_21(X)) = fn_covalent_bond_14(fn_chlorophyll_b_21(X))
& fn_covalent_bond_14(fn_chlorophyll_b_21(X)) = fn_hydrocarbon_molecule_21(X)
& fn_hydrocarbon_molecule_21(X) = fn_hydrocarbon_molecule_21(X)
& fn_hydrocarbon_molecule_21(X) = fn_covalent_bond_20(fn_chlorophyll_b_21(X))
& fn_covalent_bond_20(fn_chlorophyll_b_21(X)) = fn_chlorophyll_3(X)
& fn_chlorophyll_3(X) = fn_chlorophyll_3(X)
& fn_chlorophyll_3(X) = fn_functional_group_1(fn_chlorophyll_b_45(X))
& fn_functional_group_1(fn_chlorophyll_b_45(X)) = fn_take_in_1(fn_chlorophyll_b_44(X))
& fn_take_in_1(fn_chlorophyll_b_44(X)) = fn_move_into_1(fn_chlorophyll_b_44(X))
& fn_move_into_1(fn_chlorophyll_b_44(X)) = fn_take_in_1(fn_chlorophyll_b_44(X))
& fn_take_in_1(fn_chlorophyll_b_44(X)) = fn_take_in_1(fn_chlorophyll_b_44(X))
& fn_take_in_1(fn_chlorophyll_b_44(X)) = fn_atom_17(fn_chlorophyll_b_19(X))
& fn_atom_17(fn_chlorophyll_b_19(X)) = fn_covalent_bond_6(fn_chlorophyll_b_21(X))
& fn_covalent_bond_6(fn_chlorophyll_b_21(X)) = fn_atom_17(fn_chlorophyll_b_19(X))
& fn_carbon_16(fn_chlorophyll_b_19(X)) = fn_atom_17(fn_chlorophyll_b_19(X))
& fn_atom_17(fn_chlorophyll_b_19(X)) = fn_carbon_16(fn_chlorophyll_b_19(X))
& fn_carbon_16(fn_chlorophyll_b_19(X)) = fn_covalent_bond_8(fn_chlorophyll_b_21(X))
& fn_atom_11(fn_chlorophyll_b_19(X)) = fn_covalent_bond_8(fn_chlorophyll_b_21(X))
& fn_covalent_bond_8(fn_chlorophyll_b_21(X)) = fn_atom_11(fn_chlorophyll_b_19(X))
& fn_carbon_19(fn_chlorophyll_b_19(X)) = fn_atom_11(fn_chlorophyll_b_19(X))
& fn_atom_11(fn_chlorophyll_b_19(X)) = fn_carbon_19(fn_chlorophyll_b_19(X))
& fn_carbon_19(fn_chlorophyll_b_19(X)) = fn_atom_8(fn_chlorophyll_b_19(X))
& fn_atom_8(fn_chlorophyll_b_19(X)) = fn_covalent_bond_4(fn_chlorophyll_b_21(X))
& fn_covalent_bond_4(fn_chlorophyll_b_21(X)) = fn_atom_8(fn_chlorophyll_b_19(X))
& fn_carbon_17(fn_chlorophyll_b_19(X)) = fn_atom_8(fn_chlorophyll_b_19(X))
& fn_atom_8(fn_chlorophyll_b_19(X)) = fn_carbon_17(fn_chlorophyll_b_19(X))
& fn_carbon_17(fn_chlorophyll_b_19(X)) = fn_carbon_17(fn_chlorophyll_b_19(X))
& fn_carbon_17(fn_chlorophyll_b_19(X)) = fn_covalent_bond_24(fn_chlorophyll_b_21(X))
& fn_covalent_bond_24(fn_chlorophyll_b_21(X)) = fn_covalent_bond_22(fn_chlorophyll_b_21(X))
& fn_covalent_bond_22(fn_chlorophyll_b_21(X)) = fn_covalent_bond_22(fn_chlorophyll_b_21(X))
& fn_covalent_bond_22(fn_chlorophyll_b_21(X)) = fn_covalent_bond_24(fn_chlorophyll_b_21(X))
& fn_covalent_bond_24(fn_chlorophyll_b_21(X)) = fn_covalent_bond_24(fn_chlorophyll_b_21(X))
& fn_atom_18(fn_chlorophyll_b_19(X)) = fn_covalent_bond_24(fn_chlorophyll_b_21(X))
& fn_covalent_bond_24(fn_chlorophyll_b_21(X)) = fn_atom_18(fn_chlorophyll_b_19(X))
& fn_hydrocarbon_molecule_18(X) = fn_atom_18(fn_chlorophyll_b_19(X))
& fn_atom_18(fn_chlorophyll_b_19(X)) = fn_atom_18(fn_chlorophyll_b_19(X))
& fn_atom_18(fn_chlorophyll_b_19(X)) = fn_hydrocarbon_molecule_18(X)
& fn_hydrocarbon_molecule_18(X) = fn_hydrocarbon_molecule_23(X)
& fn_hydrocarbon_molecule_23(X) = fn_hydrocarbon_molecule_23(X)
& fn_carbon_18(fn_chlorophyll_b_19(X)) = fn_hydrocarbon_molecule_23(X)
& fn_hydrocarbon_molecule_23(X) = fn_carbon_18(fn_chlorophyll_b_19(X))
& fn_carbon_18(fn_chlorophyll_b_19(X)) = fn_carbon_18(fn_chlorophyll_b_19(X))
& fn_carbon_18(fn_chlorophyll_b_19(X)) = fn_share_1(fn_chlorophyll_b_30(X))
& fn_share_1(fn_chlorophyll_b_30(X)) = fn_share_3(fn_chlorophyll_b_7(X))
& fn_share_3(fn_chlorophyll_b_7(X)) = fn_share_1(fn_chlorophyll_b_7(X))
& fn_share_1(fn_chlorophyll_b_7(X)) = fn_share_1(fn_chlorophyll_b_30(X))
& fn_share_1(fn_chlorophyll_b_30(X)) = fn_share_1(fn_chlorophyll_b_7(X))
& fn_share_1(fn_chlorophyll_b_7(X)) = fn_covalent_bond_20(fn_chlorophyll_b_40(X))
& fn_covalent_bond_20(fn_chlorophyll_b_40(X)) = fn_covalent_bond_20(fn_chlorophyll_b_40(X))
& fn_covalent_bond_20(fn_chlorophyll_b_40(X)) = fn_covalent_bond_20(fn_chlorophyll_b_21(X))
& fn_covalent_bond_19(fn_chlorophyll_b_21(X)) = fn_covalent_bond_20(fn_chlorophyll_b_40(X))
& fn_covalent_bond_19(fn_chlorophyll_b_40(X)) = fn_covalent_bond_20(fn_chlorophyll_b_40(X))
& fn_covalent_bond_20(fn_chlorophyll_b_40(X)) = fn_covalent_bond_19(fn_chlorophyll_b_40(X))
& fn_covalent_bond_19(fn_chlorophyll_b_40(X)) = fn_covalent_bond_20(fn_chlorophyll_b_21(X))
& fn_covalent_bond_20(fn_chlorophyll_b_21(X)) = fn_covalent_bond_20(fn_chlorophyll_b_21(X))
& fn_covalent_bond_19(fn_chlorophyll_b_21(X)) = fn_covalent_bond_20(fn_chlorophyll_b_21(X))
& fn_covalent_bond_20(fn_chlorophyll_b_21(X)) = fn_covalent_bond_19(fn_chlorophyll_b_21(X))
& fn_covalent_bond_19(fn_chlorophyll_b_21(X)) = fn_covalent_bond_19(fn_chlorophyll_b_40(X))
& fn_covalent_bond_19(fn_chlorophyll_b_40(X)) = fn_covalent_bond_19(fn_chlorophyll_b_40(X))
& fn_covalent_bond_19(fn_chlorophyll_b_40(X)) = fn_carbonyl_group_7(fn_chlorophyll_b_45(X))
& fn_carbonyl_group_7(fn_chlorophyll_b_45(X)) = fn_covalent_bond_19(fn_chlorophyll_b_21(X))
& fn_covalent_bond_19(fn_chlorophyll_b_21(X)) = fn_covalent_bond_19(fn_chlorophyll_b_21(X))
& fn_covalent_bond_19(fn_chlorophyll_b_21(X)) = fn_carbonyl_group_7(fn_chlorophyll_b_45(X))
& fn_carbonyl_group_7(fn_chlorophyll_b_45(X)) = fn_carbonyl_group_7(fn_chlorophyll_b_45(X))
& fn_carbonyl_group_7(fn_chlorophyll_b_45(X)) = fn_hydrocarbon_molecule_16(X)
& fn_hydrocarbon_molecule_16(X) = fn_hydrocarbon_molecule_16(X)
& fn_hydrocarbon_molecule_16(X) = fn_covalent_bond_18(fn_chlorophyll_b_21(X))
& fn_covalent_bond_18(fn_chlorophyll_b_40(X)) = fn_carbon_10(fn_chlorophyll_b_19(X))
& fn_carbon_10(fn_chlorophyll_b_19(X)) = fn_carbon_10(fn_chlorophyll_b_19(X))
& fn_carbon_10(fn_chlorophyll_b_19(X)) = fn_covalent_bond_18(fn_chlorophyll_b_21(X))
& fn_covalent_bond_18(fn_chlorophyll_b_21(X)) = fn_covalent_bond_18(fn_chlorophyll_b_40(X))
& fn_covalent_bond_18(fn_chlorophyll_b_40(X)) = fn_atom_14(fn_chlorophyll_b_19(X))
& fn_atom_14(fn_chlorophyll_b_19(X)) = fn_atom_14(fn_chlorophyll_b_19(X))
& fn_hydrocarbon_molecule_8(X) = fn_atom_14(fn_chlorophyll_b_19(X))
& fn_atom_14(fn_chlorophyll_b_19(X)) = fn_hydrocarbon_molecule_8(X)
& fn_hydrocarbon_molecule_8(X) = fn_hydrocarbon_molecule_11(X)
& fn_hydrocarbon_molecule_11(X) = fn_share_2(fn_chlorophyll_b_30(X))
& fn_share_2(fn_chlorophyll_b_30(X)) = fn_hydrocarbon_molecule_11(X)
& fn_hydrocarbon_molecule_11(X) = fn_hydrocarbon_molecule_11(X)
& fn_hydrocarbon_molecule_11(X) = fn_share_2(fn_chlorophyll_b_52(X))
& fn_share_2(fn_chlorophyll_b_52(X)) = fn_hydrocarbon_molecule_24(X)
& fn_hydrocarbon_molecule_24(X) = fn_hydrogen_14(fn_chlorophyll_b_23(X))
& fn_hydrogen_14(fn_chlorophyll_b_23(X)) = fn_hydrogen_14(fn_chlorophyll_b_23(X))
& fn_hydrogen_14(fn_chlorophyll_b_23(X)) = fn_covalent_bond_15(fn_chlorophyll_b_21(X))
& fn_covalent_bond_15(fn_chlorophyll_b_21(X)) = fn_covalent_bond_15(fn_chlorophyll_b_40(X))
& fn_covalent_bond_15(fn_chlorophyll_b_40(X)) = fn_hydrocarbon_molecule_8(X)
& fn_hydrocarbon_molecule_8(X) = fn_hydrocarbon_molecule_8(X)
& fn_hydrocarbon_molecule_8(X) = fn_hydrogen_12(fn_chlorophyll_b_23(X))
& fn_hydrogen_12(fn_chlorophyll_b_23(X)) = fn_hydrogen_12(fn_chlorophyll_b_23(X))
& fn_hydrogen_12(fn_chlorophyll_b_23(X)) = fn_covalent_bond_12(fn_chlorophyll_b_21(X))
& fn_hydrocarbon_molecule_25(X) = fn_covalent_bond_12(fn_chlorophyll_b_21(X))
& fn_covalent_bond_12(fn_chlorophyll_b_21(X)) = fn_hydrocarbon_molecule_25(X)
& fn_hydrocarbon_molecule_25(X) = fn_hydrocarbon_molecule_25(X)
& fn_hydrocarbon_molecule_25(X) = fn_hydrogen_16(fn_chlorophyll_b_23(X))
& fn_hydrogen_16(fn_chlorophyll_b_23(X)) = fn_hydrogen_16(fn_chlorophyll_b_23(X))
& fn_hydrogen_16(fn_chlorophyll_b_23(X)) = fn_covalent_bond_22(fn_chlorophyll_b_21(X))
& fn_hydrocarbon_molecule_18(X) = fn_covalent_bond_22(fn_chlorophyll_b_21(X))
& fn_covalent_bond_22(fn_chlorophyll_b_21(X)) = fn_hydrocarbon_molecule_18(X)
& fn_hydrocarbon_molecule_18(X) = fn_hydrocarbon_molecule_18(X)
& fn_hydrocarbon_molecule_18(X) = fn_hydrogen_15(fn_chlorophyll_b_23(X))
& fn_hydrogen_15(fn_chlorophyll_b_23(X)) = fn_hydrogen_15(fn_chlorophyll_b_23(X))
& fn_hydrogen_15(fn_chlorophyll_b_23(X)) = fn_share_3(fn_chlorophyll_b_30(X))
& fn_share_3(fn_chlorophyll_b_10(X)) = fn_share_3(fn_chlorophyll_b_51(X))
& fn_share_3(fn_chlorophyll_b_51(X)) = fn_hydrocarbon_molecule_15(X)
& fn_hydrocarbon_molecule_15(X) = fn_hydrocarbon_molecule_15(X)
& fn_hydrocarbon_molecule_15(X) = fn_share_3(fn_chlorophyll_b_52(X))
& fn_share_3(fn_chlorophyll_b_52(X)) = fn_share_3(fn_chlorophyll_b_30(X))
& fn_share_3(fn_chlorophyll_b_30(X)) = fn_share_3(fn_chlorophyll_b_10(X))
& fn_share_3(fn_chlorophyll_b_10(X)) = fn_share_1(fn_chlorophyll_b_10(X))
& fn_share_1(fn_chlorophyll_b_10(X)) = fn_share_3(fn_chlorophyll_b_51(X))
& fn_share_3(fn_chlorophyll_b_51(X)) = fn_share_1(fn_chlorophyll_b_51(X))
& fn_share_1(fn_chlorophyll_b_51(X)) = fn_share_3(fn_chlorophyll_b_52(X))
& fn_share_3(fn_chlorophyll_b_52(X)) = fn_share_1(fn_chlorophyll_b_52(X)) ) ) ).
fof(a528374,axiom,
! [X] :
( chlorophyta_1(X)
=> ( original_name_2(X,'Chlorophyta')
& user_description_2(X,'A division of green algae; includes about 7000 species of mostly aquatic photosynthetic eukaryotic organisms.')
& concept2words_2(X,'green alga')
& concept2words_2(X,'green-alga')
& concept2words_2(X,'green algae')
& concept2words_2(X,'green-algae')
& concept2words_2(X,chlorophyta)
& protist_1(X)
& ~ alveolate_1(X)
& ~ amoeba_1(X)
& ~ charophycean_1(X)
& ~ dinoflagellate_1(X)
& ~ diplomonad_1(X)
& ~ foraminiferan_1(X)
& ~ freshwater_protist_1(X)
& ~ oomycete_1(X)
& ~ parabasalid_1(X)
& ~ radiolarian_1(X)
& ~ rhizaria_1(X)
& ~ rhodophyte_1(X)
& ~ seaweed_1(X)
& ~ stramenopile_1(X) ) ) ).
fof(a528375,axiom,
! [X] :
( chloroplast_1(X)
=> ( original_name_2(X,'Chloroplast')
& user_description_2(X,'A membrane-bound organelle found in eukaryotic photosynthetic organisms such as plants and protists, that absorb energy from sunlight and uses it to fix CO2 into organic molecules.')
& concept2words_2(X,chloroplast)
& semiautonomous_organelle_1(X)
& plastid_1(X)
& ~ mitochondrion_1(X)
& ~ amyloplast_1(X)
& ~ chromoplast_1(X)
& ~ plant_statolith_1(X)
& length_value_1(fn_chloroplast_3(X))
& add_1(fn_chloroplast_4(X))
& organic_molecule_1(fn_chloroplast_5(X))
& aqueous_solution_1(fn_chloroplast_6(X))
& length_value_1(fn_chloroplast_8(X))
& chlorophyll_1(fn_chloroplast_9(X))
& shape_value_1(fn_chloroplast_10(X))
& length_value_1(fn_chloroplast_12(X))
& length_value_1(fn_chloroplast_13(X))
& carotenoid_1(fn_chloroplast_16(X))
& aqueous_solution_1(fn_chloroplast_17(X))
& shape_value_1(fn_chloroplast_18(X))
& spatial_entity_1(fn_chloroplast_19(X))
& spatial_entity_1(fn_chloroplast_20(X))
& spatial_entity_1(fn_chloroplast_22(X))
& spatial_entity_1(fn_chloroplast_23(X))
& organic_molecule_1(fn_chloroplast_24(X))
& thylakoid_membrane_1(fn_chloroplast_25(X))
& ribosome_1(fn_chloroplast_30(X))
& hydrophilic_face_1(fn_chloroplast_31(X))
& synthesis_of_protein_1(fn_chloroplast_32(X))
& granum_1(fn_chloroplast_33(X))
& spatial_entity_1(fn_chloroplast_34(X))
& biomembrane_1(fn_chloroplast_34(X))
& thylakoid_membrane_1(fn_chloroplast_34(X))
& light_harvesting_complex_1(fn_chloroplast_35(X))
& take_in_1(fn_chloroplast_36(X))
& move_into_1(fn_chloroplast_36(X))
& move_1(fn_chloroplast_36(X))
& absorb_1(fn_chloroplast_36(X))
& shape_value_1(fn_chloroplast_37(X))
& spatial_entity_1(fn_chloroplast_38(X))
& protein_1(fn_chloroplast_38(X))
& move_into_1(fn_chloroplast_39(X))
& move_1(fn_chloroplast_39(X))
& absorb_1(fn_chloroplast_39(X))
& attach_1(fn_chloroplast_40(X))
& shape_value_1(fn_chloroplast_41(X))
& nitrogen_1(fn_chloroplast_42(X))
& atom_1(fn_chloroplast_42(X))
& chemical_entity_1(fn_chloroplast_42(X))
& entity_1(fn_chloroplast_43(X))
& chemical_entity_1(fn_chloroplast_43(X))
& atom_1(fn_chloroplast_43(X))
& carbon_1(fn_chloroplast_43(X))
& entity_1(fn_chloroplast_44(X))
& chemical_entity_1(fn_chloroplast_44(X))
& atom_1(fn_chloroplast_44(X))
& magnesium_1(fn_chloroplast_44(X))
& entity_1(fn_chloroplast_45(X))
& chemical_entity_1(fn_chloroplast_45(X))
& atom_1(fn_chloroplast_45(X))
& carbon_1(fn_chloroplast_45(X))
& entity_1(fn_chloroplast_46(X))
& atom_1(fn_chloroplast_46(X))
& chemical_entity_1(fn_chloroplast_46(X))
& hydrogen_1(fn_chloroplast_46(X))
& center_1(fn_chloroplast_47(X))
& carbon_skeleton_1(fn_chloroplast_48(X))
& methyl_group_1(fn_chloroplast_49(X))
& container_1(fn_chloroplast_50(X))
& chemical_bond_1(fn_chloroplast_51(X))
& covalent_bond_1(fn_chloroplast_51(X))
& single_bond_1(fn_chloroplast_51(X))
& photosystem_1(fn_chloroplast_52(X))
& quantity_value_1(fn_chloroplast_53(X))
& length_value_1(fn_chloroplast_54(X))
& enzyme_1(fn_chloroplast_55(X))
& polymer_1(fn_chloroplast_55(X))
& protein_1(fn_chloroplast_55(X))
& protein_enzyme_1(fn_chloroplast_55(X))
& synthesis_of_organic_molecule_1(fn_chloroplast_56(X))
& synthesis_of_organic_molecule_1(fn_chloroplast_57(X))
& oxygen_molecule_1(fn_chloroplast_58(X))
& aqueous_solution_1(fn_chloroplast_59(X))
& hydrogen_ion_1(fn_chloroplast_60(X))
& transmit_1(fn_chloroplast_61(X))
& take_in_1(fn_chloroplast_62(X))
& spatial_entity_1(fn_chloroplast_63(X))
& violet_light_1(fn_chloroplast_63(X))
& red_light_1(fn_chloroplast_64(X))
& orange_light_1(fn_chloroplast_65(X))
& yellow_light_1(fn_chloroplast_66(X))
& spatial_entity_1(fn_chloroplast_67(X))
& blue_light_1(fn_chloroplast_67(X))
& green_light_1(fn_chloroplast_68(X))
& membrane_potential_1(fn_chloroplast_69(X))
& facilitated_diffusion_of_ion_1(fn_chloroplast_70(X))
& exergonic_process_1(fn_chloroplast_70(X))
& glyceraldehyde_3_phosphate_1(fn_chloroplast_71(X))
& spatial_entity_1(fn_chloroplast_72(X))
& chemical_entity_1(fn_chloroplast_72(X))
& organic_molecule_1(fn_chloroplast_72(X))
& porphyrin_1(fn_chloroplast_72(X))
& chlorophyll_a_1(fn_chloroplast_72(X))
& chlorophyll_1(fn_chloroplast_73(X))
& porphyrin_1(fn_chloroplast_73(X))
& spatial_entity_1(fn_chloroplast_73(X))
& organic_molecule_1(fn_chloroplast_73(X))
& chlorophyll_b_1(fn_chloroplast_73(X))
& chemical_entity_1(fn_chloroplast_74(X))
& enzyme_1(fn_chloroplast_74(X))
& protein_1(fn_chloroplast_74(X))
& protein_enzyme_1(fn_chloroplast_74(X))
& produce_1(fn_chloroplast_75(X))
& energy_transformation_by_organism_1(fn_chloroplast_76(X))
& chemical_reaction_1(fn_chloroplast_77(X))
& light_reaction_1(fn_chloroplast_77(X))
& energy_transformation_by_organism_1(fn_chloroplast_78(X))
& photosynthesis_1(fn_chloroplast_79(X))
& entity_1(fn_chloroplast_80(X))
& chloroplast_membrane_1(fn_chloroplast_80(X))
& energy_1(fn_chloroplast_81(X))
& chemical_energy_1(fn_chloroplast_81(X))
& visible_light_1(fn_chloroplast_82(X))
& energy_1(fn_chloroplast_82(X))
& chemical_entity_1(fn_chloroplast_83(X))
& protein_1(fn_chloroplast_83(X))
& protein_enzyme_1(fn_chloroplast_83(X))
& energy_1(fn_chloroplast_84(X))
& chemical_energy_1(fn_chloroplast_84(X))
& container_1(fn_chloroplast_85(X))
& glucose_1(fn_chloroplast_86(X))
& product_1(fn_chloroplast_87(X))
& water_molecule_1(fn_chloroplast_88(X))
& calvin_cycle_1(fn_chloroplast_89(X))
& anabolic_pathway_1(fn_chloroplast_89(X))
& move_through_1(fn_chloroplast_90(X))
& thylakoid_1(fn_chloroplast_91(X))
& attach_1(fn_chloroplast_92(X))
& detach_1(fn_chloroplast_93(X))
& end_1(fn_chloroplast_94(X))
& carbon_skeleton_1(fn_chloroplast_95(X))
& mixture_1(fn_chloroplast_96(X))
& aqueous_solution_1(fn_chloroplast_96(X))
& stroma_1(fn_chloroplast_96(X))
& eukaryote_1(fn_chloroplast_97(X))
& produce_1(fn_chloroplast_98(X))
& attach_1(fn_chloroplast_99(X))
& synthesis_of_organic_molecule_1(fn_chloroplast_100(X))
& attach_1(fn_chloroplast_101(X))
& take_in_1(fn_chloroplast_102(X))
& transmit_1(fn_chloroplast_103(X))
& size_value_1(fn_chloroplast_104(X))
& monomer_1(fn_chloroplast_105(X))
& size_value_1(fn_chloroplast_106(X))
& active_site_1(fn_chloroplast_107(X))
& reactant_1(fn_chloroplast_108(X))
& hydrophobic_compound_1(fn_chloroplast_110(X))
& hydrophilic_compound_1(fn_chloroplast_111(X))
& entity_1(fn_create_1(fn_chloroplast_98(X)))
& entity_1(fn_create_1(fn_chloroplast_75(X)))
& spatial_entity_1(fn_move_1(fn_chloroplast_62(X)))
& spatial_entity_1(fn_move_1(fn_chloroplast_102(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_chloroplast_79(X)))
& tangible_entity_1(fn_transmit_2(fn_chloroplast_61(X)))
& tangible_entity_1(fn_transmit_2(fn_chloroplast_103(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_chloroplast_79(X)))
& chemical_reaction_1(fn_enzyme_4(fn_chloroplast_74(X)))
& gradient_1(fn_passive_transport_26(fn_chloroplast_70(X)))
& concentration_gradient_1(fn_passive_transport_26(fn_chloroplast_70(X)))
& organism_1(fn_energy_transformation_by_organism_3(fn_chloroplast_76(X)))
& reactant_1(fn_enzyme_7(fn_chloroplast_55(X)))
& chemical_reaction_1(fn_enzyme_4(fn_chloroplast_55(X)))
& end_1(fn_aldose_2(fn_chloroplast_86(X)))
& light_harvesting_complex_1(fn_photosystem_2(fn_chloroplast_52(X)))
& property_node_1(fn_protein_10(fn_chloroplast_55(X)))
& property_node_1(fn_porphyrin_1(fn_chloroplast_72(X)))
& shape_value_1(fn_porphyrin_2(fn_chloroplast_72(X)))
& property_node_1(fn_porphyrin_1(fn_chloroplast_73(X)))
& shape_value_1(fn_porphyrin_2(fn_chloroplast_73(X)))
& hydrophilic_face_1(fn_chloroplast_membrane_39(fn_chloroplast_80(X)))
& hydrophobic_compound_1(fn_biomembrane_48(fn_chloroplast_34(X)))
& hydrophilic_compound_1(fn_biomembrane_72(fn_chloroplast_34(X)))
& property_node_1(fn_visible_light_14(fn_chloroplast_82(X)))
& property_node_1(fn_visible_light_17(fn_chloroplast_82(X)))
& length_value_1(fn_visible_light_19(fn_chloroplast_82(X)))
& quantity_value_1(fn_visible_light_15(fn_chloroplast_82(X)))
& spatial_entity_1(fn_light_harvesting_complex_19(fn_chloroplast_35(X)))
& organic_molecule_1(fn_light_harvesting_complex_19(fn_chloroplast_35(X)))
& chlorophyll_b_1(fn_light_harvesting_complex_19(fn_chloroplast_35(X)))
& energy_transformation_by_organism_1(fn_photosynthesis_31(fn_chloroplast_79(X)))
& calvin_cycle_1(fn_photosynthesis_36(fn_chloroplast_79(X)))
& anabolic_pathway_1(fn_photosynthesis_36(fn_chloroplast_79(X)))
& container_1(fn_chlorophyll_a_14(fn_chloroplast_72(X)))
& center_1(fn_chlorophyll_a_18(fn_chloroplast_72(X)))
& carbon_skeleton_1(fn_chlorophyll_a_22(fn_chloroplast_72(X)))
& methyl_group_1(fn_chlorophyll_a_19(fn_chloroplast_72(X)))
& entity_1(fn_chlorophyll_a_20(fn_chloroplast_72(X)))
& chemical_entity_1(fn_chlorophyll_a_20(fn_chloroplast_72(X)))
& atom_1(fn_chlorophyll_a_20(fn_chloroplast_72(X)))
& magnesium_1(fn_chlorophyll_a_20(fn_chloroplast_72(X)))
& move_into_1(fn_chlorophyll_a_15(fn_chloroplast_72(X)))
& move_1(fn_chlorophyll_a_15(fn_chloroplast_72(X)))
& absorb_1(fn_chlorophyll_a_15(fn_chloroplast_72(X)))
& size_value_1(fn_protein_enzyme_4(fn_chloroplast_55(X)))
& granum_1(fn_thylakoid_2(fn_chloroplast_91(X)))
& substance_1(fn_mixture_2(fn_chloroplast_96(X)))
& substance_1(fn_mixture_1(fn_chloroplast_96(X)))
& move_1(fn_violet_light_8(fn_chloroplast_63(X)))
& move_1(fn_red_light_10(fn_chloroplast_64(X)))
& move_1(fn_orange_light_8(fn_chloroplast_65(X)))
& move_1(fn_yellow_light_8(fn_chloroplast_66(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_chloroplast_89(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_chloroplast_77(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_chloroplast_89(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_chloroplast_100(X)))
& sugar_1(fn_calvin_cycle_18(fn_chloroplast_89(X)))
& chemical_entity_1(fn_enzyme_8(fn_chloroplast_74(X)))
& chemical_entity_1(fn_enzyme_8(fn_chloroplast_55(X)))
& carbon_skeleton_1(fn_monosaccharide_6(fn_chloroplast_86(X)))
& carbon_skeleton_1(fn_aldose_11(fn_chloroplast_86(X)))
& tangible_entity_1(fn_barrier_1(fn_chloroplast_85(X)))
& tangible_entity_1(fn_product_1(fn_chloroplast_87(X)))
& tangible_entity_1(fn_photosynthesis_37(fn_chloroplast_79(X)))
& chemical_entity_1(fn_photosynthesis_37(fn_chloroplast_79(X)))
& sugar_1(fn_photosynthesis_37(fn_chloroplast_79(X)))
& move_through_1(fn_facilitated_diffusion_55(fn_chloroplast_70(X)))
& move_through_1(fn_biomembrane_52(fn_chloroplast_34(X)))
& spatial_entity_1(fn_detach_1(fn_chloroplast_93(X)))
& spatial_entity_1(fn_attach_1(fn_chloroplast_92(X)))
& spatial_entity_1(fn_attach_1(fn_chloroplast_101(X)))
& spatial_entity_1(fn_facilitated_diffusion_26(fn_chloroplast_70(X)))
& tangible_entity_1(fn_facilitated_diffusion_26(fn_chloroplast_70(X)))
& chemical_entity_1(fn_facilitated_diffusion_26(fn_chloroplast_70(X)))
& chemical_entity_1(fn_biomembrane_55(fn_chloroplast_34(X)))
& move_1(fn_chlorophyll_6(fn_chloroplast_73(X)))
& absorb_1(fn_chlorophyll_6(fn_chloroplast_73(X)))
& take_in_1(fn_chlorophyll_b_44(fn_chloroplast_73(X)))
& move_into_1(fn_chlorophyll_b_44(fn_chloroplast_73(X)))
& move_1(fn_chlorophyll_b_44(fn_chloroplast_73(X)))
& absorb_1(fn_chlorophyll_b_44(fn_chloroplast_73(X)))
& nitrogen_1(fn_porphyrin_7(fn_chloroplast_72(X)))
& nitrogen_1(fn_light_harvesting_complex_4(fn_chloroplast_35(X)))
& atom_1(fn_light_harvesting_complex_4(fn_chloroplast_35(X)))
& chemical_entity_1(fn_light_harvesting_complex_4(fn_chloroplast_35(X)))
& spatial_entity_1(fn_attach_1(fn_chloroplast_99(X)))
& protein_1(fn_light_harvesting_complex_14(fn_chloroplast_35(X)))
& protein_1(fn_light_harvesting_complex_13(fn_chloroplast_35(X)))
& protein_1(fn_light_harvesting_complex_18(fn_chloroplast_35(X)))
& attach_1(fn_light_harvesting_complex_15(fn_chloroplast_35(X)))
& attach_1(fn_light_harvesting_complex_16(fn_chloroplast_35(X)))
& attach_1(fn_light_harvesting_complex_17(fn_chloroplast_35(X)))
& chemical_energy_1(fn_photosynthesis_1(fn_chloroplast_79(X)))
& energy_1(fn_energy_transformation_by_organism_1(fn_chloroplast_78(X)))
& chemical_energy_1(fn_photosynthesis_40(fn_chloroplast_79(X)))
& energy_1(fn_energy_transformation_by_organism_2(fn_chloroplast_78(X)))
& visible_light_1(fn_violet_light_1(fn_chloroplast_63(X)))
& visible_light_1(fn_red_light_1(fn_chloroplast_64(X)))
& visible_light_1(fn_orange_light_1(fn_chloroplast_65(X)))
& visible_light_1(fn_yellow_light_1(fn_chloroplast_66(X)))
& visible_light_1(fn_blue_light_3(fn_chloroplast_67(X)))
& visible_light_1(fn_photosynthesis_34(fn_chloroplast_79(X)))
& energy_1(fn_photosynthesis_34(fn_chloroplast_79(X)))
& chemical_bond_1(fn_carbon_skeleton_5(fn_chloroplast_48(X)))
& covalent_bond_1(fn_chlorophyll_a_37(fn_chloroplast_72(X)))
& single_bond_1(fn_chlorophyll_a_37(fn_chloroplast_72(X)))
& atom_1(fn_carbon_skeleton_2(fn_chloroplast_48(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_chloroplast_48(X)))
& entity_1(fn_chlorophyll_a_38(fn_chloroplast_72(X)))
& atom_1(fn_chlorophyll_a_38(fn_chloroplast_72(X)))
& chemical_entity_1(fn_chlorophyll_a_38(fn_chloroplast_72(X)))
& hydrogen_1(fn_chlorophyll_a_38(fn_chloroplast_72(X)))
& carbon_1(fn_carbon_skeleton_4(fn_chloroplast_48(X)))
& carbon_1(fn_light_harvesting_complex_5(fn_chloroplast_35(X)))
& entity_1(fn_light_harvesting_complex_5(fn_chloroplast_35(X)))
& chemical_entity_1(fn_light_harvesting_complex_5(fn_chloroplast_35(X)))
& atom_1(fn_light_harvesting_complex_5(fn_chloroplast_35(X)))
& entity_1(fn_chlorophyll_a_16(fn_chloroplast_72(X)))
& chemical_entity_1(fn_chlorophyll_a_16(fn_chloroplast_72(X)))
& atom_1(fn_chlorophyll_a_16(fn_chloroplast_72(X)))
& carbon_1(fn_chlorophyll_a_16(fn_chloroplast_72(X)))
& carbon_1(fn_chlorophyll_a_21(fn_chloroplast_72(X)))
& spatial_entity_1(fn_attach_2(fn_chloroplast_99(X)))
& spatial_entity_1(fn_light_harvesting_complex_20(fn_chloroplast_35(X)))
& chemical_entity_1(fn_light_harvesting_complex_20(fn_chloroplast_35(X)))
& organic_molecule_1(fn_light_harvesting_complex_20(fn_chloroplast_35(X)))
& porphyrin_1(fn_light_harvesting_complex_20(fn_chloroplast_35(X)))
& chlorophyll_a_1(fn_light_harvesting_complex_20(fn_chloroplast_35(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_chloroplast_48(X)))
& active_site_1(fn_enzyme_2(fn_chloroplast_55(X)))
& active_site_1(fn_protein_enzyme_10(fn_chloroplast_55(X)))
& monomer_1(fn_polymer_4(fn_chloroplast_55(X)))
& monomer_1(fn_protein_enzyme_9(fn_chloroplast_55(X)))
& size_value_1(fn_protein_9(fn_chloroplast_55(X)))
& size_value_1(fn_protein_enzyme_3(fn_chloroplast_55(X)))
& light_reaction_1(fn_photosynthesis_35(fn_chloroplast_79(X)))
& light_reaction_1(fn_thylakoid_3(fn_chloroplast_91(X)))
& spatial_entity_1(fn_facilitated_diffusion_49(fn_chloroplast_70(X)))
& biomembrane_1(fn_facilitated_diffusion_49(fn_chloroplast_70(X)))
& thylakoid_membrane_1(fn_thylakoid_5(fn_chloroplast_91(X)))
& ribosome_1(fn_synthesis_of_protein_10(fn_chloroplast_32(X)))
& ribosome_1(fn_stroma_3(fn_chloroplast_96(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_chloroplast_32(X)))
& protein_1(fn_synthesis_of_protein_16(fn_chloroplast_32(X)))
& protein_enzyme_1(fn_stroma_4(fn_chloroplast_96(X)))
& protein_enzyme_1(fn_stroma_6(fn_chloroplast_96(X)))
& chemical_entity_1(fn_stroma_1(fn_chloroplast_96(X)))
& protein_1(fn_stroma_1(fn_chloroplast_96(X)))
& protein_enzyme_1(fn_stroma_1(fn_chloroplast_96(X)))
& tangible_entity_1(fn_chloroplast_membrane_27(fn_chloroplast_80(X)))
& plastid_1(fn_chloroplast_membrane_27(fn_chloroplast_80(X)))
& chloroplast_1(fn_chloroplast_membrane_27(fn_chloroplast_80(X)))
& chloroplast_1(fn_thylakoid_4(fn_chloroplast_91(X)))
& chloroplast_1(fn_stroma_7(fn_chloroplast_96(X)))
& aqueous_solution_1(fn_chloroplast_membrane_30(fn_chloroplast_80(X)))
& aqueous_solution_1(fn_chloroplast_membrane_40(fn_chloroplast_80(X)))
& stroma_1(fn_thylakoid_1(fn_chloroplast_91(X)))
& agent_2(fn_chloroplast_32(X),fn_chloroplast_30(X))
& has_part_2(fn_chloroplast_34(X),fn_chloroplast_52(X))
& has_function_2(X,fn_chloroplast_79(X))
& has_function_2(X,fn_chloroplast_76(X))
& has_part_2(X,fn_chloroplast_16(X))
& length_2(X,fn_chloroplast_13(X))
& shape_2(X,fn_chloroplast_10(X))
& origin_2(fn_chloroplast_36(X),fn_chloroplast_22(X))
& destination_2(fn_chloroplast_36(X),fn_chloroplast_23(X))
& fn_chloroplast_24(X) != fn_chloroplast_73(X)
& fn_chloroplast_24(X) != fn_chloroplast_72(X)
& is_inside_2(fn_chloroplast_23(X),fn_chloroplast_73(X))
& is_outside_2(fn_chloroplast_22(X),fn_chloroplast_73(X))
& the_categorical_value_2(fn_chloroplast_37(X),ring_shaped_0)
& is_at_2(fn_chloroplast_52(X),fn_chloroplast_25(X))
& is_inside_2(fn_chloroplast_20(X),fn_chloroplast_86(X))
& is_outside_2(fn_chloroplast_19(X),fn_chloroplast_86(X))
& the_categorical_value_2(fn_chloroplast_18(X),hollow_volume_0)
& fn_chloroplast_56(X) != fn_chloroplast_57(X)
& fn_chloroplast_57(X) != fn_chloroplast_56(X)
& fn_chloroplast_57(X) != fn_chloroplast_100(X)
& fn_chloroplast_59(X) != fn_chloroplast_6(X)
& fn_chloroplast_59(X) != fn_chloroplast_17(X)
& fn_chloroplast_17(X) != fn_chloroplast_59(X)
& called_2(fn_chloroplast_60(X),"1")
& site_2(fn_chloroplast_61(X),fn_chloroplast_91(X))
& site_2(fn_chloroplast_62(X),fn_chloroplast_91(X))
& has_function_2(fn_chloroplast_69(X),fn_chloroplast_70(X))
& possesses_2(fn_chloroplast_71(X),fn_chloroplast_84(X))
& possesses_2(fn_chloroplast_71(X),fn_chloroplast_81(X))
& fn_chloroplast_72(X) != fn_chloroplast_24(X)
& fn_chloroplast_72(X) != fn_chloroplast_5(X)
& facilitates_2(fn_chloroplast_72(X),fn_chloroplast_79(X))
& facilitates_2(fn_chloroplast_73(X),fn_chloroplast_36(X))
& fn_chloroplast_73(X) != fn_chloroplast_24(X)
& fn_chloroplast_73(X) != fn_chloroplast_5(X)
& is_between_2(fn_chloroplast_73(X),fn_chloroplast_23(X))
& is_between_2(fn_chloroplast_73(X),fn_chloroplast_22(X))
& agent_2(fn_chloroplast_75(X),fn_chloroplast_83(X))
& agent_2(fn_chloroplast_76(X),X)
& site_2(fn_chloroplast_79(X),X)
& agent_2(fn_chloroplast_79(X),fn_chloroplast_9(X))
& greater_than_or_equal_to_2(fn_chloroplast_13(X),fn_chloroplast_12(X))
& the_cardinal_value_2(fn_chloroplast_12(X),"2.0")
& cardinal_unit_class_2(fn_chloroplast_12(X),micrometer_0)
& the_categorical_value_2(fn_chloroplast_10(X),oval_0)
& has_part_2(fn_chloroplast_82(X),fn_chloroplast_68(X))
& greater_than_or_equal_to_2(fn_chloroplast_8(X),fn_chloroplast_13(X))
& the_cardinal_value_2(fn_chloroplast_8(X),"7.0e0")
& cardinal_unit_class_2(fn_chloroplast_8(X),micrometer_0)
& is_between_2(fn_chloroplast_86(X),fn_chloroplast_20(X))
& is_between_2(fn_chloroplast_86(X),fn_chloroplast_19(X))
& shape_2(fn_chloroplast_86(X),fn_chloroplast_18(X))
& possesses_2(fn_chloroplast_86(X),fn_chloroplast_84(X))
& site_2(fn_chloroplast_89(X),fn_chloroplast_96(X))
& next_event_2(fn_chloroplast_90(X),fn_chloroplast_93(X))
& has_region_2(fn_chloroplast_95(X),fn_chloroplast_94(X))
& facilitates_2(fn_chloroplast_96(X),fn_chloroplast_79(X))
& has_function_2(fn_chloroplast_96(X),fn_chloroplast_89(X))
& fn_chloroplast_6(X) != fn_chloroplast_59(X)
& agent_2(fn_chloroplast_98(X),fn_chloroplast_83(X))
& fn_chloroplast_5(X) != fn_chloroplast_72(X)
& fn_chloroplast_5(X) != fn_chloroplast_73(X)
& result_2(fn_chloroplast_4(X),fn_chloroplast_58(X))
& agent_2(fn_chloroplast_100(X),fn_chloroplast_55(X))
& fn_chloroplast_100(X) != fn_chloroplast_57(X)
& object_2(fn_chloroplast_102(X),fn_chloroplast_64(X))
& object_2(fn_chloroplast_102(X),fn_chloroplast_65(X))
& object_2(fn_chloroplast_102(X),fn_chloroplast_66(X))
& object_2(fn_chloroplast_102(X),fn_chloroplast_67(X))
& site_2(fn_chloroplast_102(X),fn_chloroplast_91(X))
& site_2(fn_chloroplast_103(X),fn_chloroplast_91(X))
& greater_than_or_equal_to_2(fn_chloroplast_3(X),fn_chloroplast_13(X))
& the_cardinal_value_2(fn_chloroplast_3(X),"7.0e0")
& cardinal_unit_class_2(fn_chloroplast_3(X),micrometer_0)
& base_2(fn_chloroplast_99(X),fn_chloroplast_72(X))
& plays_2(fn_chloroplast_86(X),fn_chloroplast_85(X))
& plays_2(fn_chloroplast_86(X),fn_chloroplast_87(X))
& result_2(fn_chloroplast_77(X),fn_chloroplast_71(X))
& raw_material_2(fn_chloroplast_89(X),fn_chloroplast_71(X))
& raw_material_2(fn_chloroplast_100(X),fn_chloroplast_71(X))
& result_2(fn_chloroplast_98(X),fn_chloroplast_80(X))
& object_2(fn_chloroplast_92(X),fn_chloroplast_60(X))
& object_2(fn_chloroplast_99(X),fn_chloroplast_38(X))
& object_2(fn_chloroplast_93(X),fn_chloroplast_60(X))
& object_2(fn_chloroplast_101(X),fn_chloroplast_60(X))
& result_2(fn_chloroplast_75(X),fn_chloroplast_80(X))
& has_part_2(fn_chloroplast_96(X),fn_chloroplast_59(X))
& object_2(fn_chloroplast_62(X),fn_chloroplast_67(X))
& object_2(fn_chloroplast_102(X),fn_chloroplast_63(X))
& result_2(fn_chloroplast_79(X),fn_chloroplast_58(X))
& result_2(fn_chloroplast_89(X),fn_chloroplast_71(X))
& object_2(fn_chloroplast_61(X),fn_chloroplast_68(X))
& object_2(fn_chloroplast_103(X),fn_chloroplast_68(X))
& raw_material_2(fn_chloroplast_79(X),fn_chloroplast_88(X))
& has_function_2(fn_chloroplast_74(X),fn_chloroplast_57(X))
& raw_material_2(fn_chloroplast_57(X),fn_chloroplast_71(X))
& result_2(fn_chloroplast_79(X),fn_chloroplast_86(X))
& object_2(fn_chloroplast_62(X),fn_chloroplast_63(X))
& object_2(fn_chloroplast_62(X),fn_chloroplast_64(X))
& object_2(fn_chloroplast_62(X),fn_chloroplast_65(X))
& object_2(fn_chloroplast_62(X),fn_chloroplast_66(X))
& base_2(fn_chloroplast_70(X),fn_chloroplast_69(X))
& result_2(fn_chloroplast_32(X),fn_chloroplast_74(X))
& raw_material_2(fn_chloroplast_78(X),fn_chloroplast_81(X))
& experiencer_2(fn_chloroplast_76(X),fn_chloroplast_97(X))
& in_event_2(fn_chloroplast_108(X),fn_chloroplast_56(X))
& has_function_2(fn_chloroplast_55(X),fn_chloroplast_56(X))
& site_2(fn_chloroplast_56(X),fn_chloroplast_107(X))
& facilitates_2(fn_chloroplast_107(X),fn_chloroplast_56(X))
& raw_material_2(fn_chloroplast_56(X),fn_chloroplast_71(X))
& plays_2(fn_chloroplast_71(X),fn_chloroplast_108(X))
& has_part_2(fn_chloroplast_82(X),fn_chloroplast_63(X))
& has_region_2(fn_chloroplast_86(X),fn_chloroplast_94(X))
& has_region_2(fn_chloroplast_86(X),fn_chloroplast_95(X))
& has_part_2(fn_chloroplast_82(X),fn_chloroplast_64(X))
& is_inside_2(fn_chloroplast_45(X),fn_chloroplast_48(X))
& has_part_2(fn_chloroplast_82(X),fn_chloroplast_65(X))
& element_2(fn_chloroplast_52(X),fn_chloroplast_35(X))
& has_part_2(fn_chloroplast_82(X),fn_chloroplast_66(X))
& has_function_2(fn_chloroplast_30(X),fn_chloroplast_32(X))
& has_part_2(fn_chloroplast_82(X),fn_chloroplast_67(X))
& path_2(fn_chloroplast_70(X),fn_chloroplast_34(X))
& is_permeable_to_2(fn_chloroplast_34(X),fn_chloroplast_60(X))
& object_2(fn_chloroplast_70(X),fn_chloroplast_60(X))
& subevent_2(fn_chloroplast_70(X),fn_chloroplast_90(X))
& object_2(fn_chloroplast_90(X),fn_chloroplast_60(X))
& shape_2(fn_chloroplast_73(X),fn_chloroplast_37(X))
& the_categorical_value_2(fn_chloroplast_37(X),hollow_volume_0)
& is_between_2(fn_chloroplast_80(X),fn_chloroplast_96(X))
& is_inside_2(fn_chloroplast_31(X),fn_chloroplast_96(X))
& is_outside_2(fn_chloroplast_31(X),fn_chloroplast_80(X))
& has_part_2(X,fn_chloroplast_80(X))
& base_2(fn_chloroplast_90(X),fn_chloroplast_34(X))
& is_impermeable_to_2(fn_chloroplast_34(X),fn_chloroplast_111(X))
& fn_chloroplast_111(X) != fn_chloroplast_60(X)
& fn_chloroplast_60(X) != fn_chloroplast_110(X)
& is_impermeable_to_2(fn_chloroplast_34(X),fn_chloroplast_110(X))
& has_function_2(fn_chloroplast_34(X),fn_chloroplast_90(X))
& fn_chloroplast_60(X) != fn_chloroplast_111(X)
& fn_chloroplast_110(X) != fn_chloroplast_60(X)
& wavelength_2(fn_chloroplast_82(X),fn_chloroplast_54(X))
& quantity_2(fn_chloroplast_82(X),fn_chloroplast_53(X))
& inversely_proportional_2(fn_chloroplast_53(X),fn_chloroplast_54(X))
& has_function_2(fn_chloroplast_73(X),fn_chloroplast_36(X))
& base_2(fn_chloroplast_36(X),fn_chloroplast_73(X))
& agent_2(fn_chloroplast_36(X),fn_chloroplast_73(X))
& has_part_2(fn_chloroplast_72(X),fn_chloroplast_42(X))
& fn_chloroplast_43(X) != fn_chloroplast_42(X)
& fn_chloroplast_42(X) != fn_chloroplast_43(X)
& element_2(fn_chloroplast_35(X),fn_chloroplast_72(X))
& base_2(fn_chloroplast_40(X),fn_chloroplast_72(X))
& object_2(fn_chloroplast_40(X),fn_chloroplast_38(X))
& element_2(fn_chloroplast_35(X),fn_chloroplast_38(X))
& element_2(fn_chloroplast_35(X),fn_chloroplast_73(X))
& subevent_2(fn_chloroplast_79(X),fn_chloroplast_89(X))
& raw_material_2(fn_chloroplast_79(X),fn_chloroplast_82(X))
& result_2(fn_chloroplast_79(X),fn_chloroplast_81(X))
& causes_2(fn_chloroplast_77(X),fn_chloroplast_78(X))
& raw_material_2(fn_chloroplast_78(X),fn_chloroplast_82(X))
& object_2(fn_chloroplast_78(X),fn_chloroplast_82(X))
& result_2(fn_chloroplast_78(X),fn_chloroplast_84(X))
& subevent_2(fn_chloroplast_79(X),fn_chloroplast_77(X))
& enables_2(fn_chloroplast_77(X),fn_chloroplast_89(X))
& next_event_2(fn_chloroplast_77(X),fn_chloroplast_89(X))
& raw_material_2(fn_chloroplast_77(X),fn_chloroplast_82(X))
& fn_chloroplast_82(X) != fn_chloroplast_84(X)
& fn_chloroplast_84(X) != fn_chloroplast_82(X)
& is_at_2(fn_chloroplast_44(X),fn_chloroplast_47(X))
& is_between_2(fn_chloroplast_51(X),fn_chloroplast_46(X))
& has_part_2(fn_chloroplast_72(X),fn_chloroplast_46(X))
& plays_2(fn_chloroplast_72(X),fn_chloroplast_50(X))
& is_inside_2(fn_chloroplast_43(X),fn_chloroplast_48(X))
& has_region_2(fn_chloroplast_72(X),fn_chloroplast_48(X))
& has_region_2(fn_chloroplast_72(X),fn_chloroplast_47(X))
& path_2(fn_chloroplast_39(X),fn_chloroplast_47(X))
& in_event_2(fn_chloroplast_50(X),fn_chloroplast_39(X))
& possesses_2(fn_chloroplast_72(X),fn_chloroplast_51(X))
& is_between_2(fn_chloroplast_51(X),fn_chloroplast_43(X))
& is_inside_2(fn_chloroplast_43(X),fn_chloroplast_49(X))
& has_region_2(fn_chloroplast_72(X),fn_chloroplast_49(X))
& has_part_2(fn_chloroplast_72(X),fn_chloroplast_45(X))
& agent_2(fn_chloroplast_39(X),fn_chloroplast_72(X))
& has_part_2(fn_chloroplast_72(X),fn_chloroplast_44(X))
& fn_chloroplast_44(X) != fn_chloroplast_43(X)
& fn_chloroplast_43(X) != fn_chloroplast_44(X)
& fn_chloroplast_46(X) != fn_chloroplast_43(X)
& fn_chloroplast_43(X) != fn_chloroplast_46(X)
& has_function_2(fn_chloroplast_72(X),fn_chloroplast_39(X))
& base_2(fn_chloroplast_39(X),fn_chloroplast_72(X))
& has_part_2(fn_chloroplast_72(X),fn_chloroplast_43(X))
& fn_chloroplast_45(X) != fn_chloroplast_43(X)
& fn_chloroplast_43(X) != fn_chloroplast_45(X)
& the_scalar_value_2(fn_chloroplast_106(X),big_0)
& scalar_unit_class_2(fn_chloroplast_106(X),polypeptide_0)
& size_2(fn_chloroplast_55(X),fn_chloroplast_106(X))
& greater_than_2(fn_chloroplast_106(X),fn_chloroplast_104(X))
& size_2(fn_chloroplast_105(X),fn_chloroplast_104(X))
& has_part_2(fn_chloroplast_55(X),fn_chloroplast_105(X))
& has_region_2(fn_chloroplast_55(X),fn_chloroplast_107(X))
& site_2(fn_chloroplast_77(X),fn_chloroplast_34(X))
& is_between_2(fn_chloroplast_96(X),fn_chloroplast_91(X))
& has_part_2(fn_chloroplast_91(X),fn_chloroplast_34(X))
& facilitates_2(fn_chloroplast_34(X),fn_chloroplast_77(X))
& has_function_2(fn_chloroplast_91(X),fn_chloroplast_77(X))
& element_2(fn_chloroplast_33(X),fn_chloroplast_91(X))
& has_part_2(X,fn_chloroplast_33(X))
& is_inside_2(fn_chloroplast_83(X),fn_chloroplast_96(X))
& has_part_2(X,fn_chloroplast_55(X))
& has_part_2(X,fn_chloroplast_30(X))
& is_inside_2(fn_chloroplast_74(X),fn_chloroplast_96(X))
& has_part_2(X,fn_chloroplast_74(X))
& has_part_2(X,fn_chloroplast_96(X))
& fn_chloroplast_55(X) != fn_chloroplast_74(X)
& fn_chloroplast_74(X) != fn_chloroplast_55(X)
& is_inside_2(fn_chloroplast_96(X),X)
& has_part_2(X,fn_chloroplast_83(X))
& fn_chloroplast_83(X) != fn_chloroplast_74(X)
& fn_chloroplast_55(X) != fn_chloroplast_83(X)
& fn_chloroplast_83(X) != fn_chloroplast_55(X)
& fn_chloroplast_74(X) != fn_chloroplast_83(X)
& fn_chloroplast_72(X) = fn_attach_2(fn_chloroplast_99(X))
& fn_chloroplast_86(X) = fn_barrier_1(fn_chloroplast_85(X))
& fn_chloroplast_86(X) = fn_product_1(fn_chloroplast_87(X))
& fn_chloroplast_71(X) = fn_chemical_reaction_1(fn_chloroplast_77(X))
& fn_chloroplast_71(X) = fn_anabolic_pathway_6(fn_chloroplast_89(X))
& fn_chloroplast_71(X) = fn_anabolic_pathway_6(fn_chloroplast_100(X))
& fn_chloroplast_80(X) = fn_create_1(fn_chloroplast_98(X))
& fn_chloroplast_60(X) = fn_attach_1(fn_chloroplast_92(X))
& fn_chloroplast_38(X) = fn_attach_1(fn_chloroplast_99(X))
& fn_chloroplast_60(X) = fn_detach_1(fn_chloroplast_93(X))
& fn_chloroplast_60(X) = fn_attach_1(fn_chloroplast_101(X))
& fn_chloroplast_80(X) = fn_create_1(fn_chloroplast_75(X))
& fn_chloroplast_59(X) = fn_mixture_2(fn_chloroplast_96(X))
& fn_chloroplast_59(X) = fn_mixture_1(fn_chloroplast_96(X))
& fn_chloroplast_67(X) = fn_move_1(fn_chloroplast_62(X))
& fn_chloroplast_63(X) = fn_move_1(fn_chloroplast_102(X))
& fn_chloroplast_58(X) = fn_anabolic_pathway_5(fn_chloroplast_79(X))
& fn_chloroplast_71(X) = fn_anabolic_pathway_5(fn_chloroplast_89(X))
& fn_chloroplast_71(X) = fn_calvin_cycle_18(fn_chloroplast_89(X))
& fn_chloroplast_68(X) = fn_transmit_2(fn_chloroplast_61(X))
& fn_chloroplast_68(X) = fn_transmit_2(fn_chloroplast_103(X))
& fn_chloroplast_88(X) = fn_anabolic_pathway_6(fn_chloroplast_79(X))
& fn_chloroplast_71(X) = fn_enzyme_8(fn_chloroplast_74(X))
& fn_chloroplast_57(X) = fn_enzyme_4(fn_chloroplast_74(X))
& fn_chloroplast_86(X) = fn_photosynthesis_37(fn_chloroplast_79(X))
& fn_chloroplast_62(X) = fn_violet_light_8(fn_chloroplast_63(X))
& fn_chloroplast_62(X) = fn_red_light_10(fn_chloroplast_64(X))
& fn_chloroplast_62(X) = fn_orange_light_8(fn_chloroplast_65(X))
& fn_chloroplast_62(X) = fn_yellow_light_8(fn_chloroplast_66(X))
& fn_chloroplast_69(X) = fn_passive_transport_26(fn_chloroplast_70(X))
& fn_chloroplast_74(X) = fn_anabolic_pathway_5(fn_chloroplast_32(X))
& fn_chloroplast_74(X) = fn_synthesis_of_protein_16(fn_chloroplast_32(X))
& fn_chloroplast_81(X) = fn_energy_transformation_by_organism_2(fn_chloroplast_78(X))
& fn_chloroplast_97(X) = fn_energy_transformation_by_organism_3(fn_chloroplast_76(X))
& fn_chloroplast_108(X) = fn_enzyme_7(fn_chloroplast_55(X))
& fn_chloroplast_71(X) = fn_enzyme_8(fn_chloroplast_55(X))
& fn_chloroplast_107(X) = fn_enzyme_2(fn_chloroplast_55(X))
& fn_chloroplast_56(X) = fn_enzyme_4(fn_chloroplast_55(X))
& fn_chloroplast_82(X) = fn_violet_light_1(fn_chloroplast_63(X))
& fn_chloroplast_94(X) = fn_aldose_2(fn_chloroplast_86(X))
& fn_chloroplast_95(X) = fn_monosaccharide_6(fn_chloroplast_86(X))
& fn_chloroplast_95(X) = fn_aldose_11(fn_chloroplast_86(X))
& fn_chloroplast_82(X) = fn_red_light_1(fn_chloroplast_64(X))
& fn_chloroplast_45(X) = fn_carbon_skeleton_4(fn_chloroplast_48(X))
& fn_chloroplast_82(X) = fn_orange_light_1(fn_chloroplast_65(X))
& fn_chloroplast_35(X) = fn_photosystem_2(fn_chloroplast_52(X))
& fn_chloroplast_82(X) = fn_yellow_light_1(fn_chloroplast_66(X))
& fn_chloroplast_30(X) = fn_synthesis_of_protein_10(fn_chloroplast_32(X))
& fn_chloroplast_82(X) = fn_blue_light_3(fn_chloroplast_67(X))
& fn_chloroplast_90(X) = fn_facilitated_diffusion_55(fn_chloroplast_70(X))
& fn_chloroplast_60(X) = fn_facilitated_diffusion_26(fn_chloroplast_70(X))
& fn_chloroplast_34(X) = fn_facilitated_diffusion_49(fn_chloroplast_70(X))
& fn_chloroplast_109(X) = fn_protein_10(fn_chloroplast_55(X))
& fn_chloroplast_29(X) = fn_porphyrin_1(fn_chloroplast_72(X))
& fn_chloroplast_41(X) = fn_porphyrin_2(fn_chloroplast_72(X))
& fn_chloroplast_28(X) = fn_porphyrin_1(fn_chloroplast_73(X))
& fn_chloroplast_37(X) = fn_porphyrin_2(fn_chloroplast_73(X))
& X = fn_chloroplast_membrane_27(fn_chloroplast_80(X))
& fn_chloroplast_31(X) = fn_chloroplast_membrane_39(fn_chloroplast_80(X))
& fn_chloroplast_96(X) = fn_chloroplast_membrane_30(fn_chloroplast_80(X))
& fn_chloroplast_96(X) = fn_chloroplast_membrane_40(fn_chloroplast_80(X))
& fn_chloroplast_90(X) = fn_biomembrane_52(fn_chloroplast_34(X))
& fn_chloroplast_110(X) = fn_biomembrane_48(fn_chloroplast_34(X))
& fn_chloroplast_60(X) = fn_biomembrane_55(fn_chloroplast_34(X))
& fn_chloroplast_111(X) = fn_biomembrane_72(fn_chloroplast_34(X))
& fn_chloroplast_26(X) = fn_visible_light_14(fn_chloroplast_82(X))
& fn_chloroplast_27(X) = fn_visible_light_17(fn_chloroplast_82(X))
& fn_chloroplast_54(X) = fn_visible_light_19(fn_chloroplast_82(X))
& fn_chloroplast_53(X) = fn_visible_light_15(fn_chloroplast_82(X))
& fn_chloroplast_36(X) = fn_chlorophyll_6(fn_chloroplast_73(X))
& fn_chloroplast_36(X) = fn_chlorophyll_b_44(fn_chloroplast_73(X))
& fn_chloroplast_43(X) = fn_light_harvesting_complex_5(fn_chloroplast_35(X))
& fn_chloroplast_42(X) = fn_porphyrin_7(fn_chloroplast_72(X))
& fn_chloroplast_42(X) = fn_light_harvesting_complex_4(fn_chloroplast_35(X))
& fn_chloroplast_73(X) = fn_light_harvesting_complex_19(fn_chloroplast_35(X))
& fn_chloroplast_40(X) = fn_light_harvesting_complex_15(fn_chloroplast_35(X))
& fn_chloroplast_38(X) = fn_light_harvesting_complex_14(fn_chloroplast_35(X))
& fn_chloroplast_40(X) = fn_light_harvesting_complex_16(fn_chloroplast_35(X))
& fn_chloroplast_38(X) = fn_light_harvesting_complex_13(fn_chloroplast_35(X))
& fn_chloroplast_38(X) = fn_light_harvesting_complex_18(fn_chloroplast_35(X))
& fn_chloroplast_40(X) = fn_light_harvesting_complex_17(fn_chloroplast_35(X))
& fn_chloroplast_72(X) = fn_light_harvesting_complex_20(fn_chloroplast_35(X))
& fn_chloroplast_81(X) = fn_photosynthesis_1(fn_chloroplast_79(X))
& fn_chloroplast_78(X) = fn_photosynthesis_31(fn_chloroplast_79(X))
& fn_chloroplast_82(X) = fn_energy_transformation_by_organism_2(fn_chloroplast_78(X))
& fn_chloroplast_84(X) = fn_energy_transformation_by_organism_1(fn_chloroplast_78(X))
& fn_chloroplast_84(X) = fn_photosynthesis_40(fn_chloroplast_79(X))
& fn_chloroplast_82(X) = fn_photosynthesis_34(fn_chloroplast_79(X))
& fn_chloroplast_89(X) = fn_photosynthesis_36(fn_chloroplast_79(X))
& fn_chloroplast_77(X) = fn_photosynthesis_35(fn_chloroplast_79(X))
& fn_chloroplast_50(X) = fn_chlorophyll_a_14(fn_chloroplast_72(X))
& fn_chloroplast_47(X) = fn_chlorophyll_a_18(fn_chloroplast_72(X))
& fn_chloroplast_48(X) = fn_chlorophyll_a_22(fn_chloroplast_72(X))
& fn_chloroplast_49(X) = fn_chlorophyll_a_19(fn_chloroplast_72(X))
& fn_chloroplast_51(X) = fn_carbon_skeleton_5(fn_chloroplast_48(X))
& fn_chloroplast_51(X) = fn_chlorophyll_a_37(fn_chloroplast_72(X))
& fn_chloroplast_46(X) = fn_carbon_skeleton_2(fn_chloroplast_48(X))
& fn_chloroplast_46(X) = fn_chlorophyll_a_38(fn_chloroplast_72(X))
& fn_chloroplast_43(X) = fn_chlorophyll_a_16(fn_chloroplast_72(X))
& fn_chloroplast_44(X) = fn_chlorophyll_a_20(fn_chloroplast_72(X))
& fn_chloroplast_45(X) = fn_chlorophyll_a_16(fn_chloroplast_72(X))
& fn_chloroplast_72(X) = fn_carbon_skeleton_3(fn_chloroplast_48(X))
& fn_chloroplast_43(X) = fn_carbon_skeleton_4(fn_chloroplast_48(X))
& fn_chloroplast_43(X) = fn_chlorophyll_a_21(fn_chloroplast_72(X))
& fn_chloroplast_39(X) = fn_chlorophyll_a_15(fn_chloroplast_72(X))
& fn_chloroplast_107(X) = fn_protein_enzyme_10(fn_chloroplast_55(X))
& fn_chloroplast_105(X) = fn_polymer_4(fn_chloroplast_55(X))
& fn_chloroplast_105(X) = fn_protein_enzyme_9(fn_chloroplast_55(X))
& fn_chloroplast_104(X) = fn_protein_enzyme_4(fn_chloroplast_55(X))
& fn_chloroplast_106(X) = fn_protein_9(fn_chloroplast_55(X))
& fn_chloroplast_106(X) = fn_protein_enzyme_3(fn_chloroplast_55(X))
& fn_chloroplast_96(X) = fn_thylakoid_1(fn_chloroplast_91(X))
& X = fn_thylakoid_4(fn_chloroplast_91(X))
& fn_chloroplast_33(X) = fn_thylakoid_2(fn_chloroplast_91(X))
& fn_chloroplast_77(X) = fn_thylakoid_3(fn_chloroplast_91(X))
& fn_chloroplast_34(X) = fn_thylakoid_5(fn_chloroplast_91(X))
& fn_chloroplast_83(X) = fn_stroma_6(fn_chloroplast_96(X))
& fn_chloroplast_30(X) = fn_stroma_3(fn_chloroplast_96(X))
& fn_chloroplast_74(X) = fn_stroma_4(fn_chloroplast_96(X))
& fn_chloroplast_55(X) = fn_stroma_6(fn_chloroplast_96(X))
& fn_chloroplast_83(X) = fn_stroma_1(fn_chloroplast_96(X))
& X = fn_stroma_7(fn_chloroplast_96(X))
& fn_mixture_2(fn_chloroplast_96(X)) = fn_mixture_1(fn_chloroplast_96(X))
& fn_mixture_1(fn_chloroplast_96(X)) = fn_violet_light_8(fn_chloroplast_63(X))
& fn_violet_light_8(fn_chloroplast_63(X)) = fn_red_light_10(fn_chloroplast_64(X))
& fn_red_light_10(fn_chloroplast_64(X)) = fn_red_light_10(fn_chloroplast_64(X))
& fn_red_light_10(fn_chloroplast_64(X)) = fn_orange_light_8(fn_chloroplast_65(X))
& fn_orange_light_8(fn_chloroplast_65(X)) = fn_orange_light_8(fn_chloroplast_65(X))
& fn_orange_light_8(fn_chloroplast_65(X)) = fn_yellow_light_8(fn_chloroplast_66(X))
& fn_yellow_light_8(fn_chloroplast_66(X)) = fn_chemical_reaction_1(fn_chloroplast_77(X))
& fn_chemical_reaction_1(fn_chloroplast_77(X)) = fn_anabolic_pathway_5(fn_chloroplast_89(X))
& fn_anabolic_pathway_5(fn_chloroplast_89(X)) = fn_chemical_reaction_1(fn_chloroplast_77(X))
& fn_chemical_reaction_1(fn_chloroplast_77(X)) = fn_anabolic_pathway_6(fn_chloroplast_89(X))
& fn_anabolic_pathway_6(fn_chloroplast_100(X)) = fn_anabolic_pathway_6(fn_chloroplast_89(X))
& fn_anabolic_pathway_6(fn_chloroplast_89(X)) = fn_anabolic_pathway_6(fn_chloroplast_100(X))
& fn_anabolic_pathway_6(fn_chloroplast_100(X)) = fn_calvin_cycle_18(fn_chloroplast_89(X))
& fn_calvin_cycle_18(fn_chloroplast_89(X)) = fn_calvin_cycle_18(fn_chloroplast_89(X))
& fn_calvin_cycle_18(fn_chloroplast_89(X)) = fn_enzyme_8(fn_chloroplast_74(X))
& fn_enzyme_8(fn_chloroplast_74(X)) = fn_enzyme_8(fn_chloroplast_55(X))
& fn_enzyme_8(fn_chloroplast_55(X)) = fn_enzyme_8(fn_chloroplast_55(X))
& fn_enzyme_8(fn_chloroplast_55(X)) = fn_monosaccharide_6(fn_chloroplast_86(X))
& fn_monosaccharide_6(fn_chloroplast_86(X)) = fn_aldose_11(fn_chloroplast_86(X))
& fn_aldose_11(fn_chloroplast_86(X)) = fn_barrier_1(fn_chloroplast_85(X))
& fn_barrier_1(fn_chloroplast_85(X)) = fn_product_1(fn_chloroplast_87(X))
& fn_product_1(fn_chloroplast_87(X)) = fn_product_1(fn_chloroplast_87(X))
& fn_product_1(fn_chloroplast_87(X)) = fn_photosynthesis_37(fn_chloroplast_79(X))
& fn_photosynthesis_37(fn_chloroplast_79(X)) = fn_biomembrane_52(fn_chloroplast_34(X))
& fn_biomembrane_52(fn_chloroplast_34(X)) = fn_facilitated_diffusion_55(fn_chloroplast_70(X))
& fn_facilitated_diffusion_55(fn_chloroplast_70(X)) = fn_facilitated_diffusion_55(fn_chloroplast_70(X))
& fn_facilitated_diffusion_55(fn_chloroplast_70(X)) = fn_biomembrane_52(fn_chloroplast_34(X))
& fn_biomembrane_52(fn_chloroplast_34(X)) = fn_biomembrane_52(fn_chloroplast_34(X))
& fn_biomembrane_52(fn_chloroplast_34(X)) = fn_attach_1(fn_chloroplast_92(X))
& fn_attach_1(fn_chloroplast_92(X)) = fn_detach_1(fn_chloroplast_93(X))
& fn_detach_1(fn_chloroplast_93(X)) = fn_attach_1(fn_chloroplast_101(X))
& fn_attach_1(fn_chloroplast_101(X)) = fn_attach_1(fn_chloroplast_92(X))
& fn_attach_1(fn_chloroplast_92(X)) = fn_attach_1(fn_chloroplast_101(X))
& fn_attach_1(fn_chloroplast_101(X)) = fn_facilitated_diffusion_26(fn_chloroplast_70(X))
& fn_facilitated_diffusion_26(fn_chloroplast_70(X)) = fn_facilitated_diffusion_26(fn_chloroplast_70(X))
& fn_biomembrane_55(fn_chloroplast_34(X)) = fn_facilitated_diffusion_26(fn_chloroplast_70(X))
& fn_facilitated_diffusion_26(fn_chloroplast_70(X)) = fn_biomembrane_55(fn_chloroplast_34(X))
& fn_biomembrane_55(fn_chloroplast_34(X)) = fn_biomembrane_55(fn_chloroplast_34(X))
& fn_biomembrane_55(fn_chloroplast_34(X)) = fn_chlorophyll_6(fn_chloroplast_73(X))
& fn_chlorophyll_b_44(fn_chloroplast_73(X)) = fn_chlorophyll_6(fn_chloroplast_73(X))
& fn_chlorophyll_6(fn_chloroplast_73(X)) = fn_chlorophyll_b_44(fn_chloroplast_73(X))
& fn_chlorophyll_b_44(fn_chloroplast_73(X)) = fn_chlorophyll_b_44(fn_chloroplast_73(X))
& fn_chlorophyll_b_44(fn_chloroplast_73(X)) = fn_light_harvesting_complex_4(fn_chloroplast_35(X))
& fn_light_harvesting_complex_4(fn_chloroplast_35(X)) = fn_light_harvesting_complex_4(fn_chloroplast_35(X))
& fn_light_harvesting_complex_4(fn_chloroplast_35(X)) = fn_porphyrin_7(fn_chloroplast_72(X))
& fn_porphyrin_7(fn_chloroplast_72(X)) = fn_light_harvesting_complex_4(fn_chloroplast_35(X))
& fn_light_harvesting_complex_4(fn_chloroplast_35(X)) = fn_attach_1(fn_chloroplast_99(X))
& fn_attach_1(fn_chloroplast_99(X)) = fn_light_harvesting_complex_14(fn_chloroplast_35(X))
& fn_light_harvesting_complex_14(fn_chloroplast_35(X)) = fn_light_harvesting_complex_14(fn_chloroplast_35(X))
& fn_light_harvesting_complex_13(fn_chloroplast_35(X)) = fn_light_harvesting_complex_14(fn_chloroplast_35(X))
& fn_light_harvesting_complex_14(fn_chloroplast_35(X)) = fn_light_harvesting_complex_13(fn_chloroplast_35(X))
& fn_light_harvesting_complex_13(fn_chloroplast_35(X)) = fn_light_harvesting_complex_13(fn_chloroplast_35(X))
& fn_light_harvesting_complex_18(fn_chloroplast_35(X)) = fn_light_harvesting_complex_13(fn_chloroplast_35(X))
& fn_light_harvesting_complex_13(fn_chloroplast_35(X)) = fn_light_harvesting_complex_18(fn_chloroplast_35(X))
& fn_light_harvesting_complex_18(fn_chloroplast_35(X)) = fn_light_harvesting_complex_15(fn_chloroplast_35(X))
& fn_light_harvesting_complex_15(fn_chloroplast_35(X)) = fn_light_harvesting_complex_16(fn_chloroplast_35(X))
& fn_light_harvesting_complex_16(fn_chloroplast_35(X)) = fn_light_harvesting_complex_16(fn_chloroplast_35(X))
& fn_light_harvesting_complex_16(fn_chloroplast_35(X)) = fn_light_harvesting_complex_17(fn_chloroplast_35(X))
& fn_light_harvesting_complex_17(fn_chloroplast_35(X)) = fn_light_harvesting_complex_17(fn_chloroplast_35(X))
& fn_light_harvesting_complex_17(fn_chloroplast_35(X)) = fn_energy_transformation_by_organism_2(fn_chloroplast_78(X))
& fn_energy_transformation_by_organism_2(fn_chloroplast_78(X)) = fn_photosynthesis_1(fn_chloroplast_79(X))
& fn_photosynthesis_1(fn_chloroplast_79(X)) = fn_energy_transformation_by_organism_1(fn_chloroplast_78(X))
& fn_photosynthesis_40(fn_chloroplast_79(X)) = fn_energy_transformation_by_organism_1(fn_chloroplast_78(X))
& fn_energy_transformation_by_organism_1(fn_chloroplast_78(X)) = fn_photosynthesis_40(fn_chloroplast_79(X))
& fn_photosynthesis_40(fn_chloroplast_79(X)) = fn_violet_light_1(fn_chloroplast_63(X))
& fn_violet_light_1(fn_chloroplast_63(X)) = fn_energy_transformation_by_organism_2(fn_chloroplast_78(X))
& fn_energy_transformation_by_organism_2(fn_chloroplast_78(X)) = fn_violet_light_1(fn_chloroplast_63(X))
& fn_violet_light_1(fn_chloroplast_63(X)) = fn_red_light_1(fn_chloroplast_64(X))
& fn_red_light_1(fn_chloroplast_64(X)) = fn_red_light_1(fn_chloroplast_64(X))
& fn_red_light_1(fn_chloroplast_64(X)) = fn_orange_light_1(fn_chloroplast_65(X))
& fn_orange_light_1(fn_chloroplast_65(X)) = fn_orange_light_1(fn_chloroplast_65(X))
& fn_orange_light_1(fn_chloroplast_65(X)) = fn_yellow_light_1(fn_chloroplast_66(X))
& fn_yellow_light_1(fn_chloroplast_66(X)) = fn_yellow_light_1(fn_chloroplast_66(X))
& fn_yellow_light_1(fn_chloroplast_66(X)) = fn_blue_light_3(fn_chloroplast_67(X))
& fn_blue_light_3(fn_chloroplast_67(X)) = fn_blue_light_3(fn_chloroplast_67(X))
& fn_blue_light_3(fn_chloroplast_67(X)) = fn_photosynthesis_34(fn_chloroplast_79(X))
& fn_photosynthesis_34(fn_chloroplast_79(X)) = fn_photosynthesis_34(fn_chloroplast_79(X))
& fn_photosynthesis_34(fn_chloroplast_79(X)) = fn_chlorophyll_a_37(fn_chloroplast_72(X))
& fn_chlorophyll_a_37(fn_chloroplast_72(X)) = fn_carbon_skeleton_5(fn_chloroplast_48(X))
& fn_carbon_skeleton_5(fn_chloroplast_48(X)) = fn_chlorophyll_a_37(fn_chloroplast_72(X))
& fn_chlorophyll_a_37(fn_chloroplast_72(X)) = fn_chlorophyll_a_37(fn_chloroplast_72(X))
& fn_chlorophyll_a_37(fn_chloroplast_72(X)) = fn_chlorophyll_a_38(fn_chloroplast_72(X))
& fn_chlorophyll_a_38(fn_chloroplast_72(X)) = fn_chlorophyll_a_38(fn_chloroplast_72(X))
& fn_chlorophyll_a_38(fn_chloroplast_72(X)) = fn_carbon_skeleton_2(fn_chloroplast_48(X))
& fn_carbon_skeleton_2(fn_chloroplast_48(X)) = fn_chlorophyll_a_38(fn_chloroplast_72(X))
& fn_chlorophyll_a_38(fn_chloroplast_72(X)) = fn_carbon_skeleton_4(fn_chloroplast_48(X))
& fn_carbon_skeleton_4(fn_chloroplast_48(X)) = fn_chlorophyll_a_16(fn_chloroplast_72(X))
& fn_chlorophyll_a_16(fn_chloroplast_72(X)) = fn_light_harvesting_complex_5(fn_chloroplast_35(X))
& fn_light_harvesting_complex_5(fn_chloroplast_35(X)) = fn_carbon_skeleton_4(fn_chloroplast_48(X))
& fn_carbon_skeleton_4(fn_chloroplast_48(X)) = fn_carbon_skeleton_4(fn_chloroplast_48(X))
& fn_carbon_skeleton_4(fn_chloroplast_48(X)) = fn_light_harvesting_complex_5(fn_chloroplast_35(X))
& fn_light_harvesting_complex_5(fn_chloroplast_35(X)) = fn_light_harvesting_complex_5(fn_chloroplast_35(X))
& fn_light_harvesting_complex_5(fn_chloroplast_35(X)) = fn_chlorophyll_a_16(fn_chloroplast_72(X))
& fn_chlorophyll_a_16(fn_chloroplast_72(X)) = fn_chlorophyll_a_16(fn_chloroplast_72(X))
& fn_chlorophyll_a_16(fn_chloroplast_72(X)) = fn_chlorophyll_a_21(fn_chloroplast_72(X))
& fn_chlorophyll_a_21(fn_chloroplast_72(X)) = fn_chlorophyll_a_21(fn_chloroplast_72(X))
& fn_chlorophyll_a_21(fn_chloroplast_72(X)) = fn_attach_2(fn_chloroplast_99(X))
& fn_attach_2(fn_chloroplast_99(X)) = fn_carbon_skeleton_3(fn_chloroplast_48(X))
& fn_carbon_skeleton_3(fn_chloroplast_48(X)) = fn_light_harvesting_complex_20(fn_chloroplast_35(X))
& fn_light_harvesting_complex_20(fn_chloroplast_35(X)) = fn_light_harvesting_complex_20(fn_chloroplast_35(X))
& fn_light_harvesting_complex_20(fn_chloroplast_35(X)) = fn_carbon_skeleton_3(fn_chloroplast_48(X))
& fn_carbon_skeleton_3(fn_chloroplast_48(X)) = fn_carbon_skeleton_3(fn_chloroplast_48(X))
& fn_carbon_skeleton_3(fn_chloroplast_48(X)) = fn_enzyme_2(fn_chloroplast_55(X))
& fn_enzyme_2(fn_chloroplast_55(X)) = fn_enzyme_2(fn_chloroplast_55(X))
& fn_enzyme_2(fn_chloroplast_55(X)) = fn_protein_enzyme_10(fn_chloroplast_55(X))
& fn_protein_enzyme_10(fn_chloroplast_55(X)) = fn_polymer_4(fn_chloroplast_55(X))
& fn_polymer_4(fn_chloroplast_55(X)) = fn_protein_enzyme_9(fn_chloroplast_55(X))
& fn_protein_enzyme_9(fn_chloroplast_55(X)) = fn_protein_enzyme_9(fn_chloroplast_55(X))
& fn_protein_enzyme_9(fn_chloroplast_55(X)) = fn_protein_9(fn_chloroplast_55(X))
& fn_protein_9(fn_chloroplast_55(X)) = fn_protein_9(fn_chloroplast_55(X))
& fn_protein_enzyme_3(fn_chloroplast_55(X)) = fn_protein_enzyme_3(fn_chloroplast_55(X))
& fn_protein_enzyme_3(fn_chloroplast_55(X)) = fn_protein_9(fn_chloroplast_55(X))
& fn_protein_9(fn_chloroplast_55(X)) = fn_protein_enzyme_3(fn_chloroplast_55(X))
& fn_protein_enzyme_3(fn_chloroplast_55(X)) = fn_photosynthesis_35(fn_chloroplast_79(X))
& fn_photosynthesis_35(fn_chloroplast_79(X)) = fn_photosynthesis_35(fn_chloroplast_79(X))
& fn_photosynthesis_35(fn_chloroplast_79(X)) = fn_thylakoid_3(fn_chloroplast_91(X))
& fn_thylakoid_3(fn_chloroplast_91(X)) = fn_thylakoid_3(fn_chloroplast_91(X))
& fn_thylakoid_3(fn_chloroplast_91(X)) = fn_facilitated_diffusion_49(fn_chloroplast_70(X))
& fn_facilitated_diffusion_49(fn_chloroplast_70(X)) = fn_facilitated_diffusion_49(fn_chloroplast_70(X))
& fn_facilitated_diffusion_49(fn_chloroplast_70(X)) = fn_thylakoid_5(fn_chloroplast_91(X))
& fn_thylakoid_5(fn_chloroplast_91(X)) = fn_thylakoid_5(fn_chloroplast_91(X))
& fn_thylakoid_5(fn_chloroplast_91(X)) = fn_synthesis_of_protein_10(fn_chloroplast_32(X))
& fn_synthesis_of_protein_10(fn_chloroplast_32(X)) = fn_stroma_3(fn_chloroplast_96(X))
& fn_stroma_3(fn_chloroplast_96(X)) = fn_anabolic_pathway_5(fn_chloroplast_32(X))
& fn_anabolic_pathway_5(fn_chloroplast_32(X)) = fn_synthesis_of_protein_16(fn_chloroplast_32(X))
& fn_synthesis_of_protein_16(fn_chloroplast_32(X)) = fn_synthesis_of_protein_16(fn_chloroplast_32(X))
& fn_synthesis_of_protein_16(fn_chloroplast_32(X)) = fn_stroma_4(fn_chloroplast_96(X))
& fn_stroma_4(fn_chloroplast_96(X)) = fn_stroma_4(fn_chloroplast_96(X))
& fn_stroma_4(fn_chloroplast_96(X)) = fn_stroma_6(fn_chloroplast_96(X))
& fn_stroma_6(fn_chloroplast_96(X)) = fn_stroma_1(fn_chloroplast_96(X))
& fn_stroma_1(fn_chloroplast_96(X)) = fn_stroma_1(fn_chloroplast_96(X))
& fn_stroma_1(fn_chloroplast_96(X)) = fn_chloroplast_membrane_27(fn_chloroplast_80(X))
& fn_chloroplast_membrane_27(fn_chloroplast_80(X)) = fn_thylakoid_4(fn_chloroplast_91(X))
& fn_thylakoid_4(fn_chloroplast_91(X)) = fn_thylakoid_4(fn_chloroplast_91(X))
& fn_thylakoid_4(fn_chloroplast_91(X)) = fn_stroma_7(fn_chloroplast_96(X))
& fn_stroma_7(fn_chloroplast_96(X)) = fn_stroma_7(fn_chloroplast_96(X))
& fn_stroma_7(fn_chloroplast_96(X)) = fn_chloroplast_membrane_40(fn_chloroplast_80(X))
& fn_chloroplast_membrane_40(fn_chloroplast_80(X)) = fn_chloroplast_membrane_30(fn_chloroplast_80(X))
& fn_chloroplast_membrane_30(fn_chloroplast_80(X)) = fn_chloroplast_membrane_40(fn_chloroplast_80(X))
& fn_chloroplast_membrane_40(fn_chloroplast_80(X)) = fn_chloroplast_membrane_40(fn_chloroplast_80(X))
& fn_chloroplast_membrane_40(fn_chloroplast_80(X)) = fn_thylakoid_1(fn_chloroplast_91(X)) ) ) ).
fof(a528376,axiom,
! [X] :
( chloroplast_dna_1(X)
=> ( original_name_2(X,'Chloroplast-DNA')
& user_description_2(X,'It is the DNA molecule present in a Chloroplast. It encodes for the protein and makes Chloroplast semiautonomous by providing for it to reproduce itself.')
& concept2words_2(X,'dna of chloroplast')
& concept2words_2(X,'chloroplast dna')
& concept2words_2(X,'chloroplast-dna')
& dna_1(X) ) ) ).
fof(a528377,axiom,
! [X] :
( chloroplast_gene_1(X)
=> ( original_name_2(X,'Chloroplast-Gene')
& user_description_2(X,'Autonomously replicating DNA within the chloroplast containing genes for proteins synthesized for the chloroplast.')
& concept2words_2(X,'gene of chloroplast')
& concept2words_2(X,'chloroplast gene')
& concept2words_2(X,'chloroplast-gene')
& extranuclear_gene_1(X)
& ~ mitochondrial_gene_1(X) ) ) ).
fof(a528378,axiom,
! [X] :
( chloroplast_membrane_1(X)
=> ( original_name_2(X,'Chloroplast-Membrane')
& user_description_2(X,'Chloroplast-Membrane is the membrane which covers the chloroplast. It is composed of two membranes, the inner-membrane and the outer-membrane.')
& concept2words_2(X,'membrane of chloroplast')
& concept2words_2(X,'chloroplast membrane')
& concept2words_2(X,'chloroplast-membrane')
& biomembrane_containing_double_lipid_bilayer_1(X)
& ~ er_membrane_1(X)
& ~ lysosomal_membrane_1(X)
& ~ mitochondrial_membrane_1(X)
& ~ nuclear_membrane_1(X)
& ~ plasma_membrane_1(X)
& length_value_1(fn_chloroplast_membrane_2(X))
& hydrophilic_face_1(fn_chloroplast_membrane_3(X))
& container_1(fn_chloroplast_membrane_8(X))
& saturated_fatty_acid_1(fn_chloroplast_membrane_9(X))
& temperature_value_1(fn_chloroplast_membrane_10(X))
& fluidity_value_1(fn_chloroplast_membrane_11(X))
& density_value_1(fn_chloroplast_membrane_12(X))
& quantity_value_1(fn_chloroplast_membrane_13(X))
& create_1(fn_chloroplast_membrane_14(X))
& restrain_1(fn_chloroplast_membrane_15(X))
& water_1(fn_chloroplast_membrane_16(X))
& surface_1(fn_chloroplast_membrane_17(X))
& carbon_skeleton_1(fn_chloroplast_membrane_18(X))
& carbon_skeleton_1(fn_chloroplast_membrane_19(X))
& atom_1(fn_chloroplast_membrane_20(X))
& chemical_entity_1(fn_chloroplast_membrane_20(X))
& carbon_1(fn_chloroplast_membrane_20(X))
& chemical_entity_1(fn_chloroplast_membrane_21(X))
& entity_1(fn_chloroplast_membrane_21(X))
& atom_1(fn_chloroplast_membrane_21(X))
& carbon_1(fn_chloroplast_membrane_21(X))
& barrier_1(fn_chloroplast_membrane_22(X))
& entity_1(fn_chloroplast_membrane_23(X))
& tangible_entity_1(fn_chloroplast_membrane_23(X))
& phospholipid_bilayer_1(fn_chloroplast_membrane_23(X))
& intermembrane_space_1(fn_chloroplast_membrane_24(X))
& inner_membrane_1(fn_chloroplast_membrane_25(X))
& tangible_entity_1(fn_chloroplast_membrane_26(X))
& outer_membrane_1(fn_chloroplast_membrane_26(X))
& tangible_entity_1(fn_chloroplast_membrane_27(X))
& plastid_1(fn_chloroplast_membrane_27(X))
& chloroplast_1(fn_chloroplast_membrane_27(X))
& confine_1(fn_chloroplast_membrane_28(X))
& aqueous_solution_1(fn_chloroplast_membrane_29(X))
& stroma_1(fn_chloroplast_membrane_29(X))
& aqueous_solution_1(fn_chloroplast_membrane_30(X))
& chemical_entity_1(fn_chloroplast_membrane_31(X))
& spatial_entity_1(fn_chloroplast_membrane_31(X))
& move_through_1(fn_chloroplast_membrane_32(X))
& block_1(fn_chloroplast_membrane_33(X))
& hydrophobic_compound_1(fn_chloroplast_membrane_34(X))
& hydrophilic_compound_1(fn_chloroplast_membrane_35(X))
& lipid_1(fn_chloroplast_membrane_36(X))
& glycolipid_1(fn_chloroplast_membrane_36(X))
& organic_molecule_1(fn_chloroplast_membrane_37(X))
& glycoprotein_1(fn_chloroplast_membrane_37(X))
& carbohydrate_side_chain_1(fn_chloroplast_membrane_38(X))
& hydrophilic_face_1(fn_chloroplast_membrane_39(X))
& aqueous_solution_1(fn_chloroplast_membrane_40(X))
& attach_1(fn_chloroplast_membrane_41(X))
& surface_1(fn_chloroplast_membrane_42(X))
& outside_face_1(fn_chloroplast_membrane_42(X))
& surface_1(fn_chloroplast_membrane_43(X))
& inside_face_1(fn_chloroplast_membrane_43(X))
& block_1(fn_chloroplast_membrane_44(X))
& block_1(fn_chloroplast_membrane_45(X))
& phospholipid_layer_1(fn_chloroplast_membrane_46(X))
& phospholipid_layer_1(fn_chloroplast_membrane_47(X))
& hydrophobic_core_1(fn_chloroplast_membrane_48(X))
& tangible_entity_1(fn_restrain_1(fn_chloroplast_membrane_15(X)))
& container_1(fn_confine_3(fn_chloroplast_membrane_28(X)))
& hydrophilic_face_1(fn_plastid_1(fn_chloroplast_membrane_27(X)))
& surface_1(fn_plastid_3(fn_chloroplast_membrane_27(X)))
& outside_face_1(fn_plastid_3(fn_chloroplast_membrane_27(X)))
& aqueous_solution_1(fn_plastid_5(fn_chloroplast_membrane_27(X)))
& surface_1(fn_glycolipid_1(fn_chloroplast_membrane_36(X)))
& entity_1(fn_create_1(fn_chloroplast_membrane_14(X)))
& tangible_entity_1(fn_confine_2(fn_chloroplast_membrane_28(X)))
& aqueous_solution_1(fn_plastid_10(fn_chloroplast_membrane_27(X)))
& spatial_entity_1(fn_block_1(fn_chloroplast_membrane_33(X)))
& tangible_entity_1(fn_confine_1(fn_chloroplast_membrane_28(X)))
& chloroplast_1(fn_stroma_7(fn_chloroplast_membrane_29(X)))
& atom_1(fn_glycoprotein_4(fn_chloroplast_membrane_37(X)))
& chemical_entity_1(fn_glycoprotein_4(fn_chloroplast_membrane_37(X)))
& carbon_1(fn_organic_molecule_1(fn_chloroplast_membrane_37(X)))
& carbon_1(fn_glycoprotein_5(fn_chloroplast_membrane_37(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_chloroplast_membrane_37(X)))
& carbon_skeleton_1(fn_glycoprotein_1(fn_chloroplast_membrane_37(X)))
& carbohydrate_side_chain_1(fn_glycoprotein_17(fn_chloroplast_membrane_37(X)))
& carbohydrate_side_chain_1(fn_glycolipid_3(fn_chloroplast_membrane_36(X)))
& atom_1(fn_glycolipid_7(fn_chloroplast_membrane_36(X)))
& chemical_entity_1(fn_glycolipid_7(fn_chloroplast_membrane_36(X)))
& entity_1(fn_glycolipid_13(fn_chloroplast_membrane_36(X)))
& atom_1(fn_glycolipid_13(fn_chloroplast_membrane_36(X)))
& carbon_1(fn_glycolipid_13(fn_chloroplast_membrane_36(X)))
& carbon_skeleton_1(fn_lipid_14(fn_chloroplast_membrane_36(X)))
& carbon_skeleton_1(fn_glycolipid_4(fn_chloroplast_membrane_36(X)))
& biomembrane_1(fn_plastid_9(fn_chloroplast_membrane_27(X)))
& instrument_2(fn_chloroplast_membrane_14(X),fn_chloroplast_membrane_16(X))
& the_scalar_value_2(fn_chloroplast_membrane_2(X),narrow_0)
& scalar_unit_class_2(fn_chloroplast_membrane_2(X),region_0)
& width_2(fn_chloroplast_membrane_24(X),fn_chloroplast_membrane_2(X))
& is_outside_2(fn_chloroplast_membrane_25(X),fn_chloroplast_membrane_29(X))
& has_function_2(fn_chloroplast_membrane_26(X),fn_chloroplast_membrane_28(X))
& agent_2(fn_chloroplast_membrane_28(X),fn_chloroplast_membrane_26(X))
& is_between_2(fn_chloroplast_membrane_29(X),fn_chloroplast_membrane_25(X))
& called_2(fn_chloroplast_membrane_33(X),"1")
& called_2(fn_chloroplast_membrane_33(X),"3")
& is_inside_2(fn_chloroplast_membrane_3(X),X)
& is_outside_2(fn_chloroplast_membrane_3(X),fn_chloroplast_membrane_30(X))
& result_2(fn_chloroplast_membrane_14(X),fn_chloroplast_membrane_23(X))
& object_2(fn_chloroplast_membrane_15(X),fn_chloroplast_membrane_16(X))
& is_inside_2(fn_chloroplast_membrane_19(X),X)
& base_2(fn_chloroplast_membrane_28(X),fn_chloroplast_membrane_26(X))
& plays_2(fn_chloroplast_membrane_26(X),fn_chloroplast_membrane_8(X))
& in_event_2(fn_chloroplast_membrane_8(X),fn_chloroplast_membrane_28(X))
& object_2(fn_chloroplast_membrane_28(X),fn_chloroplast_membrane_27(X))
& has_part_2(X,fn_chloroplast_membrane_36(X))
& has_region_2(fn_chloroplast_membrane_23(X),fn_chloroplast_membrane_46(X))
& is_impermeable_to_2(X,fn_chloroplast_membrane_35(X))
& is_impermeable_to_2(X,fn_chloroplast_membrane_34(X))
& has_function_2(X,fn_chloroplast_membrane_32(X))
& is_permeable_to_2(X,fn_chloroplast_membrane_31(X))
& has_function_2(X,fn_chloroplast_membrane_33(X))
& object_2(fn_chloroplast_membrane_33(X),fn_chloroplast_membrane_34(X))
& has_function_2(X,fn_chloroplast_membrane_44(X))
& called_2(fn_chloroplast_membrane_44(X),"1")
& density_2(X,fn_chloroplast_membrane_12(X))
& inversely_proportional_2(fn_chloroplast_membrane_12(X),fn_chloroplast_membrane_11(X))
& fluidity_2(X,fn_chloroplast_membrane_11(X))
& has_function_2(X,fn_chloroplast_membrane_45(X))
& called_2(fn_chloroplast_membrane_45(X),"2")
& directly_proportional_2(fn_chloroplast_membrane_13(X),fn_chloroplast_membrane_11(X))
& directly_proportional_2(fn_chloroplast_membrane_10(X),fn_chloroplast_membrane_11(X))
& temperature_2(X,fn_chloroplast_membrane_10(X))
& has_region_2(X,fn_chloroplast_membrane_43(X))
& is_inside_2(fn_chloroplast_membrane_40(X),fn_chloroplast_membrane_43(X))
& object_2(fn_chloroplast_membrane_33(X),fn_chloroplast_membrane_35(X))
& in_event_2(fn_chloroplast_membrane_22(X),fn_chloroplast_membrane_33(X))
& plays_2(X,fn_chloroplast_membrane_22(X))
& has_part_2(X,fn_chloroplast_membrane_9(X))
& quantity_2(fn_chloroplast_membrane_9(X),fn_chloroplast_membrane_13(X))
& has_region_2(fn_chloroplast_membrane_23(X),fn_chloroplast_membrane_47(X))
& fn_chloroplast_membrane_46(X) != fn_chloroplast_membrane_47(X)
& fn_chloroplast_membrane_47(X) != fn_chloroplast_membrane_46(X)
& is_along_2(fn_chloroplast_membrane_46(X),fn_chloroplast_membrane_47(X))
& is_along_2(fn_chloroplast_membrane_47(X),fn_chloroplast_membrane_46(X))
& object_2(fn_chloroplast_membrane_32(X),fn_chloroplast_membrane_31(X))
& fn_chloroplast_membrane_34(X) != fn_chloroplast_membrane_31(X)
& fn_chloroplast_membrane_31(X) != fn_chloroplast_membrane_34(X)
& fn_chloroplast_membrane_35(X) != fn_chloroplast_membrane_31(X)
& fn_chloroplast_membrane_31(X) != fn_chloroplast_membrane_35(X)
& is_inside_2(fn_chloroplast_membrane_18(X),X)
& base_2(fn_chloroplast_membrane_41(X),fn_chloroplast_membrane_18(X))
& object_2(fn_chloroplast_membrane_41(X),fn_chloroplast_membrane_38(X))
& is_outside_2(fn_chloroplast_membrane_38(X),X)
& has_part_2(X,fn_chloroplast_membrane_23(X))
& agent_2(fn_chloroplast_membrane_44(X),fn_chloroplast_membrane_48(X))
& fn_chloroplast_membrane_44(X) != fn_chloroplast_membrane_33(X)
& fn_chloroplast_membrane_33(X) != fn_chloroplast_membrane_45(X)
& fn_chloroplast_membrane_45(X) != fn_chloroplast_membrane_44(X)
& called_2(fn_chloroplast_membrane_44(X),"3")
& fn_chloroplast_membrane_33(X) != fn_chloroplast_membrane_44(X)
& fn_chloroplast_membrane_45(X) != fn_chloroplast_membrane_33(X)
& fn_chloroplast_membrane_44(X) != fn_chloroplast_membrane_45(X)
& has_part_2(X,fn_chloroplast_membrane_37(X))
& is_inside_2(fn_chloroplast_membrane_37(X),fn_chloroplast_membrane_23(X))
& has_region_2(fn_chloroplast_membrane_23(X),fn_chloroplast_membrane_48(X))
& path_2(fn_chloroplast_membrane_32(X),fn_chloroplast_membrane_48(X))
& base_2(fn_chloroplast_membrane_32(X),X)
& has_region_2(X,fn_chloroplast_membrane_24(X))
& is_between_2(fn_chloroplast_membrane_24(X),fn_chloroplast_membrane_26(X))
& has_part_2(X,fn_chloroplast_membrane_26(X))
& has_part_2(X,fn_chloroplast_membrane_25(X))
& is_between_2(fn_chloroplast_membrane_24(X),fn_chloroplast_membrane_25(X))
& is_outside_2(fn_chloroplast_membrane_39(X),X)
& is_inside_2(fn_chloroplast_membrane_39(X),fn_chloroplast_membrane_40(X))
& has_part_2(fn_chloroplast_membrane_27(X),X)
& is_between_2(X,fn_chloroplast_membrane_30(X))
& is_inside_2(fn_chloroplast_membrane_42(X),fn_chloroplast_membrane_30(X))
& has_region_2(X,fn_chloroplast_membrane_42(X))
& is_between_2(X,fn_chloroplast_membrane_40(X))
& is_at_2(fn_chloroplast_membrane_38(X),fn_chloroplast_membrane_17(X))
& has_region_2(fn_chloroplast_membrane_36(X),fn_chloroplast_membrane_17(X))
& has_part_2(fn_chloroplast_membrane_36(X),fn_chloroplast_membrane_21(X))
& is_inside_2(fn_chloroplast_membrane_21(X),fn_chloroplast_membrane_19(X))
& has_region_2(fn_chloroplast_membrane_36(X),fn_chloroplast_membrane_19(X))
& has_part_2(fn_chloroplast_membrane_37(X),fn_chloroplast_membrane_38(X))
& has_part_2(fn_chloroplast_membrane_37(X),fn_chloroplast_membrane_20(X))
& is_inside_2(fn_chloroplast_membrane_20(X),fn_chloroplast_membrane_18(X))
& has_region_2(fn_chloroplast_membrane_37(X),fn_chloroplast_membrane_18(X))
& has_part_2(fn_chloroplast_membrane_27(X),fn_chloroplast_membrane_29(X))
& is_inside_2(fn_chloroplast_membrane_29(X),fn_chloroplast_membrane_27(X))
& object_2(fn_chloroplast_membrane_33(X),fn_chloroplast_membrane_31(X))
& fn_chloroplast_membrane_23(X) = fn_create_1(fn_chloroplast_membrane_14(X))
& fn_chloroplast_membrane_16(X) = fn_restrain_1(fn_chloroplast_membrane_15(X))
& fn_chloroplast_membrane_19(X) = fn_biomembrane_71(X)
& fn_chloroplast_membrane_27(X) = fn_confine_1(fn_chloroplast_membrane_28(X))
& fn_chloroplast_membrane_8(X) = fn_confine_3(fn_chloroplast_membrane_28(X))
& fn_chloroplast_membrane_26(X) = fn_confine_2(fn_chloroplast_membrane_28(X))
& fn_chloroplast_membrane_36(X) = fn_biomembrane_29(X)
& fn_chloroplast_membrane_7(X) = fn_biomembrane_39(X)
& fn_chloroplast_membrane_6(X) = fn_biomembrane_3(X)
& fn_chloroplast_membrane_5(X) = fn_biomembrane_19(X)
& fn_chloroplast_membrane_4(X) = fn_biomembrane_26(X)
& fn_chloroplast_membrane_34(X) = fn_biomembrane_98(X)
& fn_chloroplast_membrane_33(X) = fn_biomembrane_100(X)
& fn_chloroplast_membrane_45(X) = fn_biomembrane_101(X)
& fn_chloroplast_membrane_12(X) = fn_biomembrane_4(X)
& fn_chloroplast_membrane_40(X) = fn_biomembrane_14(X)
& fn_chloroplast_membrane_43(X) = fn_biomembrane_47(X)
& fn_chloroplast_membrane_43(X) = fn_biomembrane_42(X)
& fn_chloroplast_membrane_10(X) = fn_biomembrane_25(X)
& fn_chloroplast_membrane_11(X) = fn_biomembrane_18(X)
& fn_chloroplast_membrane_13(X) = fn_biomembrane_31(X)
& fn_chloroplast_membrane_9(X) = fn_biomembrane_32(X)
& fn_chloroplast_membrane_22(X) = fn_biomembrane_49(X)
& fn_chloroplast_membrane_33(X) = fn_biomembrane_50(X)
& fn_chloroplast_membrane_46(X) = fn_biomembrane_62(X)
& fn_chloroplast_membrane_47(X) = fn_biomembrane_61(X)
& fn_chloroplast_membrane_35(X) = fn_biomembrane_72(X)
& fn_chloroplast_membrane_34(X) = fn_biomembrane_48(X)
& fn_chloroplast_membrane_31(X) = fn_biomembrane_55(X)
& fn_chloroplast_membrane_38(X) = fn_biomembrane_70(X)
& fn_chloroplast_membrane_41(X) = fn_biomembrane_73(X)
& fn_chloroplast_membrane_18(X) = fn_biomembrane_71(X)
& fn_chloroplast_membrane_44(X) = fn_biomembrane_100(X)
& fn_chloroplast_membrane_45(X) = fn_biomembrane_102(X)
& fn_chloroplast_membrane_33(X) = fn_biomembrane_101(X)
& fn_chloroplast_membrane_44(X) = fn_biomembrane_102(X)
& fn_chloroplast_membrane_32(X) = fn_biomembrane_52(X)
& fn_chloroplast_membrane_48(X) = fn_biomembrane_75(X)
& fn_chloroplast_membrane_23(X) = fn_biomembrane_63(X)
& fn_chloroplast_membrane_37(X) = fn_biomembrane_30(X)
& fn_chloroplast_membrane_25(X) = fn_biomembrane_containing_double_lipid_bilayer_2(X)
& fn_chloroplast_membrane_26(X) = fn_biomembrane_containing_double_lipid_bilayer_1(X)
& fn_chloroplast_membrane_24(X) = fn_biomembrane_containing_double_lipid_bilayer_3(X)
& fn_chloroplast_membrane_39(X) = fn_plastid_1(fn_chloroplast_membrane_27(X))
& fn_chloroplast_membrane_40(X) = fn_plastid_10(fn_chloroplast_membrane_27(X))
& fn_chloroplast_membrane_42(X) = fn_plastid_3(fn_chloroplast_membrane_27(X))
& fn_chloroplast_membrane_30(X) = fn_plastid_5(fn_chloroplast_membrane_27(X))
& X = fn_plastid_9(fn_chloroplast_membrane_27(X))
& fn_chloroplast_membrane_31(X) = fn_block_1(fn_chloroplast_membrane_33(X))
& fn_chloroplast_membrane_29(X) = fn_plastid_10(fn_chloroplast_membrane_27(X))
& fn_chloroplast_membrane_27(X) = fn_stroma_7(fn_chloroplast_membrane_29(X))
& fn_chloroplast_membrane_38(X) = fn_glycoprotein_17(fn_chloroplast_membrane_37(X))
& fn_chloroplast_membrane_20(X) = fn_glycoprotein_4(fn_chloroplast_membrane_37(X))
& fn_chloroplast_membrane_20(X) = fn_organic_molecule_1(fn_chloroplast_membrane_37(X))
& fn_chloroplast_membrane_20(X) = fn_glycoprotein_5(fn_chloroplast_membrane_37(X))
& fn_chloroplast_membrane_18(X) = fn_organic_molecule_3(fn_chloroplast_membrane_37(X))
& fn_chloroplast_membrane_18(X) = fn_glycoprotein_1(fn_chloroplast_membrane_37(X))
& fn_chloroplast_membrane_38(X) = fn_glycolipid_3(fn_chloroplast_membrane_36(X))
& fn_chloroplast_membrane_17(X) = fn_glycolipid_1(fn_chloroplast_membrane_36(X))
& fn_chloroplast_membrane_21(X) = fn_glycolipid_7(fn_chloroplast_membrane_36(X))
& fn_chloroplast_membrane_21(X) = fn_glycolipid_13(fn_chloroplast_membrane_36(X))
& fn_chloroplast_membrane_19(X) = fn_lipid_14(fn_chloroplast_membrane_36(X))
& fn_chloroplast_membrane_19(X) = fn_glycolipid_4(fn_chloroplast_membrane_36(X))
& fn_biomembrane_42(X) = fn_biomembrane_47(X)
& fn_biomembrane_47(X) = fn_biomembrane_42(X)
& fn_biomembrane_42(X) = fn_biomembrane_48(X)
& fn_biomembrane_48(X) = fn_biomembrane_98(X)
& fn_biomembrane_98(X) = fn_biomembrane_48(X)
& fn_biomembrane_48(X) = fn_biomembrane_48(X)
& fn_biomembrane_48(X) = fn_biomembrane_101(X)
& fn_biomembrane_101(X) = fn_biomembrane_102(X)
& fn_biomembrane_102(X) = fn_biomembrane_100(X)
& fn_biomembrane_100(X) = fn_biomembrane_102(X)
& fn_biomembrane_102(X) = fn_biomembrane_102(X)
& fn_biomembrane_102(X) = fn_create_1(fn_chloroplast_membrane_14(X))
& fn_create_1(fn_chloroplast_membrane_14(X)) = fn_biomembrane_63(X)
& fn_biomembrane_63(X) = fn_biomembrane_63(X)
& fn_biomembrane_63(X) = fn_confine_2(fn_chloroplast_membrane_28(X))
& fn_confine_2(fn_chloroplast_membrane_28(X)) = fn_confine_2(fn_chloroplast_membrane_28(X))
& fn_confine_2(fn_chloroplast_membrane_28(X)) = fn_biomembrane_containing_double_lipid_bilayer_1(X)
& fn_biomembrane_containing_double_lipid_bilayer_1(X) = fn_biomembrane_containing_double_lipid_bilayer_1(X)
& fn_biomembrane_containing_double_lipid_bilayer_1(X) = fn_biomembrane_14(X)
& fn_biomembrane_14(X) = fn_plastid_10(fn_chloroplast_membrane_27(X))
& fn_plastid_10(fn_chloroplast_membrane_27(X)) = fn_plastid_10(fn_chloroplast_membrane_27(X))
& fn_plastid_10(fn_chloroplast_membrane_27(X)) = fn_biomembrane_55(X)
& fn_biomembrane_55(X) = fn_biomembrane_55(X)
& fn_biomembrane_55(X) = fn_block_1(fn_chloroplast_membrane_33(X))
& fn_block_1(fn_chloroplast_membrane_33(X)) = fn_biomembrane_100(X)
& fn_biomembrane_100(X) = fn_biomembrane_100(X)
& fn_biomembrane_100(X) = fn_biomembrane_50(X)
& fn_biomembrane_50(X) = fn_biomembrane_50(X)
& fn_biomembrane_50(X) = fn_biomembrane_101(X)
& fn_biomembrane_101(X) = fn_biomembrane_101(X)
& fn_biomembrane_101(X) = fn_confine_1(fn_chloroplast_membrane_28(X))
& fn_confine_1(fn_chloroplast_membrane_28(X)) = fn_stroma_7(fn_chloroplast_membrane_29(X))
& fn_stroma_7(fn_chloroplast_membrane_29(X)) = fn_stroma_7(fn_chloroplast_membrane_29(X))
& fn_stroma_7(fn_chloroplast_membrane_29(X)) = fn_glycoprotein_4(fn_chloroplast_membrane_37(X))
& fn_glycoprotein_4(fn_chloroplast_membrane_37(X)) = fn_organic_molecule_1(fn_chloroplast_membrane_37(X))
& fn_organic_molecule_1(fn_chloroplast_membrane_37(X)) = fn_organic_molecule_1(fn_chloroplast_membrane_37(X))
& fn_glycoprotein_5(fn_chloroplast_membrane_37(X)) = fn_organic_molecule_1(fn_chloroplast_membrane_37(X))
& fn_organic_molecule_1(fn_chloroplast_membrane_37(X)) = fn_glycoprotein_5(fn_chloroplast_membrane_37(X))
& fn_glycoprotein_5(fn_chloroplast_membrane_37(X)) = fn_biomembrane_71(X)
& fn_biomembrane_71(X) = fn_biomembrane_71(X)
& fn_biomembrane_71(X) = fn_organic_molecule_3(fn_chloroplast_membrane_37(X))
& fn_organic_molecule_3(fn_chloroplast_membrane_37(X)) = fn_organic_molecule_3(fn_chloroplast_membrane_37(X))
& fn_glycoprotein_1(fn_chloroplast_membrane_37(X)) = fn_organic_molecule_3(fn_chloroplast_membrane_37(X))
& fn_organic_molecule_3(fn_chloroplast_membrane_37(X)) = fn_glycoprotein_1(fn_chloroplast_membrane_37(X))
& fn_glycoprotein_1(fn_chloroplast_membrane_37(X)) = fn_biomembrane_70(X)
& fn_biomembrane_70(X) = fn_biomembrane_70(X)
& fn_biomembrane_70(X) = fn_glycoprotein_17(fn_chloroplast_membrane_37(X))
& fn_glycoprotein_17(fn_chloroplast_membrane_37(X)) = fn_glycoprotein_17(fn_chloroplast_membrane_37(X))
& fn_glycoprotein_17(fn_chloroplast_membrane_37(X)) = fn_glycolipid_3(fn_chloroplast_membrane_36(X))
& fn_glycolipid_3(fn_chloroplast_membrane_36(X)) = fn_glycolipid_7(fn_chloroplast_membrane_36(X))
& fn_glycolipid_7(fn_chloroplast_membrane_36(X)) = fn_glycolipid_13(fn_chloroplast_membrane_36(X))
& fn_glycolipid_13(fn_chloroplast_membrane_36(X)) = fn_glycolipid_13(fn_chloroplast_membrane_36(X))
& fn_glycolipid_13(fn_chloroplast_membrane_36(X)) = fn_biomembrane_71(X)
& fn_biomembrane_71(X) = fn_lipid_14(fn_chloroplast_membrane_36(X))
& fn_glycolipid_4(fn_chloroplast_membrane_36(X)) = fn_lipid_14(fn_chloroplast_membrane_36(X))
& fn_lipid_14(fn_chloroplast_membrane_36(X)) = fn_glycolipid_4(fn_chloroplast_membrane_36(X))
& fn_plastid_9(fn_chloroplast_membrane_27(X)) = fn_plastid_9(fn_chloroplast_membrane_27(X)) ) ) ).
fof(a528379,axiom,
! [X] :
( chlostridium_botulinum_1(X)
=> ( original_name_2(X,'Chlostridium-Botulinum')
& user_description_2(X,'Endospore forming rod shaped bacterium which is reposbible for botulism infection. It is an obligate anaerobe which produces a powerful toxin.')
& concept2words_2(X,'chlostridium botulinum')
& concept2words_2(X,'chlostridium-botulinum')
& bacterium_1(X)
& chromosome_1(fn_chlostridium_botulinum_1(X))
& prokaryotic_chromosome_1(fn_chlostridium_botulinum_1(X))
& nucleoid_1(fn_chlostridium_botulinum_2(X))
& chemoheterotroph_1(fn_chlostridium_botulinum_3(X))
& substance_1(fn_chlostridium_botulinum_4(X))
& cytosol_1(fn_chlostridium_botulinum_4(X))
& tangible_entity_1(fn_chlostridium_botulinum_5(X))
& phospholipid_bilayer_1(fn_chlostridium_botulinum_5(X))
& specific_heat_value_1(fn_chlostridium_botulinum_6(X))
& temperature_value_1(fn_chlostridium_botulinum_7(X))
& size_value_1(fn_chlostridium_botulinum_8(X))
& surface_1(fn_chlostridium_botulinum_9(X))
& volume_value_1(fn_chlostridium_botulinum_10(X))
& cell_wall_1(fn_chlostridium_botulinum_11(X))
& water_1(fn_chlostridium_botulinum_12(X))
& ribosome_1(fn_chlostridium_botulinum_13(X))
& prokaryotic_ribosome_1(fn_chlostridium_botulinum_13(X))
& spatial_entity_1(fn_chlostridium_botulinum_14(X))
& biomembrane_1(fn_chlostridium_botulinum_14(X))
& plasma_membrane_1(fn_chlostridium_botulinum_14(X))
& mixture_1(fn_chlostridium_botulinum_15(X))
& cytoplasm_1(fn_chlostridium_botulinum_15(X))
& organism_1(fn_heterotroph_2(fn_chlostridium_botulinum_3(X)))
& is_inside_2(fn_chlostridium_botulinum_13(X),fn_chlostridium_botulinum_4(X))
& plays_2(X,fn_chlostridium_botulinum_3(X))
& has_part_2(X,fn_chlostridium_botulinum_12(X))
& specific_heat_2(fn_chlostridium_botulinum_12(X),fn_chlostridium_botulinum_6(X))
& correspondence_2(fn_chlostridium_botulinum_7(X),fn_chlostridium_botulinum_6(X))
& temperature_2(X,fn_chlostridium_botulinum_7(X))
& has_part_2(X,fn_chlostridium_botulinum_1(X))
& is_inside_2(fn_chlostridium_botulinum_1(X),fn_chlostridium_botulinum_2(X))
& has_region_2(X,fn_chlostridium_botulinum_2(X))
& has_part_2(fn_chlostridium_botulinum_15(X),fn_chlostridium_botulinum_4(X))
& volume_2(X,fn_chlostridium_botulinum_10(X))
& directly_proportional_2(fn_chlostridium_botulinum_8(X),fn_chlostridium_botulinum_10(X))
& size_2(X,fn_chlostridium_botulinum_8(X))
& has_region_2(X,fn_chlostridium_botulinum_9(X))
& is_at_2(fn_chlostridium_botulinum_5(X),fn_chlostridium_botulinum_9(X))
& has_part_2(X,fn_chlostridium_botulinum_13(X))
& has_part_2(fn_chlostridium_botulinum_14(X),fn_chlostridium_botulinum_5(X))
& has_part_2(X,fn_chlostridium_botulinum_15(X))
& is_inside_2(fn_chlostridium_botulinum_15(X),fn_chlostridium_botulinum_14(X))
& is_inside_2(fn_chlostridium_botulinum_14(X),fn_chlostridium_botulinum_11(X))
& has_part_2(X,fn_chlostridium_botulinum_11(X))
& has_part_2(X,fn_chlostridium_botulinum_14(X))
& X = fn_heterotroph_2(fn_chlostridium_botulinum_3(X))
& fn_chlostridium_botulinum_17(X) = fn_organism_1(X)
& fn_chlostridium_botulinum_16(X) = fn_organism_6(X)
& fn_chlostridium_botulinum_7(X) = fn_organism_2(X)
& fn_chlostridium_botulinum_6(X) = fn_organism_5(X)
& fn_chlostridium_botulinum_12(X) = fn_organism_4(X)
& fn_chlostridium_botulinum_4(X) = fn_prokaryote_10(X)
& fn_chlostridium_botulinum_2(X) = fn_prokaryote_18(X)
& fn_chlostridium_botulinum_1(X) = fn_prokaryote_9(X)
& fn_chlostridium_botulinum_19(X) = fn_cell_23(X)
& fn_chlostridium_botulinum_18(X) = fn_cell_10(X)
& fn_chlostridium_botulinum_5(X) = fn_cell_26(X)
& fn_chlostridium_botulinum_9(X) = fn_cell_4(X)
& fn_chlostridium_botulinum_8(X) = fn_cell_11(X)
& fn_chlostridium_botulinum_10(X) = fn_cell_22(X)
& fn_chlostridium_botulinum_13(X) = fn_bacterium_14(X)
& fn_chlostridium_botulinum_5(X) = fn_bacterium_5(X)
& fn_chlostridium_botulinum_11(X) = fn_bacterium_12(X)
& fn_chlostridium_botulinum_14(X) = fn_bacterium_15(X)
& fn_chlostridium_botulinum_15(X) = fn_prokaryote_12(X)
& fn_chlostridium_botulinum_15(X) = fn_bacterium_16(X)
& fn_cell_26(X) = fn_bacterium_5(X)
& fn_bacterium_5(X) = fn_prokaryote_12(X)
& fn_bacterium_16(X) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_bacterium_16(X) ) ) ).
fof(a528380,axiom,
! [X] :
( choanocyte_1(X)
=> ( original_name_2(X,'Choanocyte')
& user_description_2(X,'A flagellated cell that lines the internal cavity of sponges and creates the feeding current. Also called collar cells.')
& concept2words_2(X,choanocyte)
& invertebrate_cell_1(X)
& chromosome_arm_1(fn_choanocyte_1(X))
& chromosome_arm_1(fn_choanocyte_2(X))
& electron_transport_chain_pathway_1(fn_choanocyte_3(X))
& eukaryotic_oxidative_phosphorylation_1(fn_choanocyte_4(X))
& metabolic_pathway_1(fn_choanocyte_5(X))
& endergonic_process_1(fn_choanocyte_5(X))
& chemical_reaction_1(fn_choanocyte_5(X))
& synthesis_of_organic_molecule_1(fn_choanocyte_5(X))
& anabolic_pathway_1(fn_choanocyte_5(X))
& synthesis_of_atp_1(fn_choanocyte_5(X))
& catabolic_pathway_1(fn_choanocyte_6(X))
& cellular_work_1(fn_choanocyte_7(X))
& active_transport_1(fn_choanocyte_7(X))
& active_movement_of_ions_1(fn_choanocyte_7(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_choanocyte_7(X))
& semiautonomous_organelle_1(fn_choanocyte_8(X))
& organelle_1(fn_choanocyte_8(X))
& mitochondrion_1(fn_choanocyte_8(X))
& synthesis_reaction_1(fn_choanocyte_9(X))
& chemical_reaction_1(fn_choanocyte_9(X))
& anabolic_pathway_1(fn_choanocyte_9(X))
& synthesis_of_lipid_1(fn_choanocyte_9(X))
& eukaryotic_cellular_respiration_1(fn_choanocyte_12(X))
& mixture_1(fn_choanocyte_13(X))
& cytoplasm_1(fn_choanocyte_13(X))
& eukaryotic_ribosome_1(fn_choanocyte_14(X))
& chromosome_1(fn_choanocyte_15(X))
& eukaryotic_chromosome_1(fn_choanocyte_15(X))
& rough_endoplasmic_reticulum_1(fn_choanocyte_16(X))
& tangible_entity_1(fn_choanocyte_17(X))
& nucleus_1(fn_choanocyte_17(X))
& centrosome_1(fn_choanocyte_18(X))
& support_1(fn_choanocyte_19(X))
& support_1(fn_choanocyte_20(X))
& volume_value_1(fn_choanocyte_21(X))
& surface_1(fn_choanocyte_22(X))
& cell_pole_1(fn_choanocyte_23(X))
& cell_pole_1(fn_choanocyte_24(X))
& size_value_1(fn_choanocyte_25(X))
& substance_1(fn_choanocyte_26(X))
& cytosol_1(fn_choanocyte_26(X))
& create_1(fn_choanocyte_27(X))
& produce_1(fn_choanocyte_27(X))
& microtubule_1(fn_choanocyte_28(X))
& flagellum_1(fn_choanocyte_29(X))
& metabolic_pathway_1(fn_choanocyte_30(X))
& synthesis_of_lipid_1(fn_choanocyte_30(X))
& smooth_endoplasmic_reticulum_1(fn_choanocyte_31(X))
& golgi_apparatus_1(fn_choanocyte_32(X))
& peroxisome_1(fn_choanocyte_33(X))
& tangible_entity_1(fn_choanocyte_34(X))
& phospholipid_bilayer_1(fn_choanocyte_34(X))
& protein_1(fn_choanocyte_35(X))
& organic_molecule_1(fn_choanocyte_35(X))
& polymer_1(fn_choanocyte_35(X))
& spatial_entity_1(fn_choanocyte_35(X))
& membrane_protein_1(fn_choanocyte_35(X))
& tangible_entity_1(fn_choanocyte_35(X))
& transmembrane_protein_1(fn_choanocyte_35(X))
& integral_protein_1(fn_choanocyte_35(X))
& transport_protein_1(fn_choanocyte_35(X))
& sodium_potassium_pump_1(fn_choanocyte_35(X))
& spatial_entity_1(fn_choanocyte_36(X))
& tangible_entity_1(fn_choanocyte_36(X))
& vesicle_1(fn_choanocyte_36(X))
& vacuole_1(fn_choanocyte_36(X))
& entity_1(fn_choanocyte_36(X))
& food_vacuole_1(fn_choanocyte_36(X))
& tangible_entity_1(fn_choanocyte_37(X))
& spatial_entity_1(fn_choanocyte_37(X))
& biomembrane_1(fn_choanocyte_37(X))
& animal_plasma_membrane_1(fn_choanocyte_37(X))
& plasma_membrane_1(fn_choanocyte_37(X))
& cellular_work_1(fn_choanocyte_38(X))
& phagocytosis_1(fn_choanocyte_38(X))
& transfer_1(fn_choanocyte_39(X))
& transfer_1(fn_choanocyte_40(X))
& end_1(fn_choanocyte_41(X))
& centromere_1(fn_choanocyte_42(X))
& telomere_1(fn_choanocyte_43(X))
& protein_1(fn_choanocyte_44(X))
& coil_1(fn_choanocyte_45(X))
& entity_1(fn_choanocyte_46(X))
& dna_1(fn_choanocyte_46(X))
& move_1(fn_choanocyte_47(X))
& property_node_1(fn_phagocytosis_98(fn_choanocyte_38(X)))
& property_node_1(fn_phagocytosis_97(fn_choanocyte_38(X)))
& spatial_entity_1(fn_phagocytosis_79(fn_choanocyte_38(X)))
& tangible_entity_1(fn_phagocytosis_79(fn_choanocyte_38(X)))
& vesicle_1(fn_phagocytosis_79(fn_choanocyte_38(X)))
& vacuole_1(fn_phagocytosis_79(fn_choanocyte_38(X)))
& entity_1(fn_phagocytosis_79(fn_choanocyte_38(X)))
& food_vacuole_1(fn_phagocytosis_79(fn_choanocyte_38(X)))
& metabolic_pathway_1(fn_mitochondrion_52(fn_choanocyte_8(X)))
& endergonic_process_1(fn_mitochondrion_52(fn_choanocyte_8(X)))
& chemical_reaction_1(fn_mitochondrion_52(fn_choanocyte_8(X)))
& synthesis_of_organic_molecule_1(fn_mitochondrion_52(fn_choanocyte_8(X)))
& anabolic_pathway_1(fn_mitochondrion_52(fn_choanocyte_8(X)))
& synthesis_of_atp_1(fn_mitochondrion_52(fn_choanocyte_8(X)))
& electron_transport_chain_pathway_1(fn_mitochondrion_159(fn_choanocyte_8(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_mitochondrion_55(fn_choanocyte_8(X)))
& eukaryotic_ribosome_1(fn_smooth_endoplasmic_reticulum_11(fn_choanocyte_31(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_choanocyte_31(X)))
& transfer_1(fn_rough_endoplasmic_reticulum_55(fn_choanocyte_16(X)))
& transfer_1(fn_endoplasmic_reticulum_25(fn_choanocyte_31(X)))
& entity_1(fn_chromosome_4(fn_choanocyte_15(X)))
& dna_1(fn_chromosome_4(fn_choanocyte_15(X)))
& coil_1(fn_chromosome_8(fn_choanocyte_15(X)))
& protein_1(fn_chromosome_3(fn_choanocyte_15(X)))
& end_1(fn_eukaryotic_chromosome_5(fn_choanocyte_15(X)))
& telomere_1(fn_eukaryotic_chromosome_4(fn_choanocyte_15(X)))
& size_value_1(fn_phagocytosis_91(fn_choanocyte_38(X)))
& volume_value_1(fn_phagocytosis_92(fn_choanocyte_38(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_choanocyte_37(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_choanocyte_37(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_choanocyte_37(X)))
& protein_1(fn_plasma_membrane_68(fn_choanocyte_37(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_choanocyte_37(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_choanocyte_37(X)))
& protein_1(fn_plasma_membrane_54(fn_choanocyte_37(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_choanocyte_37(X)))
& polymer_1(fn_plasma_membrane_54(fn_choanocyte_37(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_choanocyte_37(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_choanocyte_37(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_choanocyte_37(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_choanocyte_37(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_choanocyte_37(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_choanocyte_37(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_choanocyte_37(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_choanocyte_37(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_choanocyte_37(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_choanocyte_37(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_choanocyte_37(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_choanocyte_37(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_choanocyte_37(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_choanocyte_37(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_choanocyte_37(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_choanocyte_37(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_choanocyte_37(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_choanocyte_37(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_choanocyte_37(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_choanocyte_37(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_choanocyte_37(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_choanocyte_37(X)))
& surface_1(fn_phagocytosis_94(fn_choanocyte_38(X)))
& tangible_entity_1(fn_biomembrane_63(fn_choanocyte_37(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_choanocyte_37(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_choanocyte_37(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_choanocyte_37(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_choanocyte_37(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_choanocyte_37(X)))
& tangible_entity_1(fn_phagocytosis_49(fn_choanocyte_38(X)))
& phospholipid_bilayer_1(fn_phagocytosis_49(fn_choanocyte_38(X)))
& tangible_entity_1(fn_phagocytosis_19(fn_choanocyte_38(X)))
& spatial_entity_1(fn_phagocytosis_19(fn_choanocyte_38(X)))
& biomembrane_1(fn_phagocytosis_19(fn_choanocyte_38(X)))
& plasma_membrane_1(fn_phagocytosis_19(fn_choanocyte_38(X)))
& cellular_work_1(fn_mitochondrion_160(fn_choanocyte_8(X)))
& active_transport_1(fn_mitochondrion_160(fn_choanocyte_8(X)))
& active_movement_of_ions_1(fn_mitochondrion_160(fn_choanocyte_8(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_mitochondrion_160(fn_choanocyte_8(X)))
& mixture_1(fn_rough_endoplasmic_reticulum_32(fn_choanocyte_16(X)))
& cytoplasm_1(fn_rough_endoplasmic_reticulum_32(fn_choanocyte_16(X)))
& peroxisome_1(fn_smooth_endoplasmic_reticulum_12(fn_choanocyte_31(X)))
& tangible_entity_1(fn_phagocytosis_7(fn_choanocyte_38(X)))
& nucleus_1(fn_phagocytosis_7(fn_choanocyte_38(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_27(fn_choanocyte_16(X)))
& nucleus_1(fn_rough_endoplasmic_reticulum_27(fn_choanocyte_16(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_choanocyte_31(X)))
& substance_1(fn_rough_endoplasmic_reticulum_23(fn_choanocyte_16(X)))
& cytosol_1(fn_rough_endoplasmic_reticulum_23(fn_choanocyte_16(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_choanocyte_31(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_choanocyte_31(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_choanocyte_37(X)))
& cell_1(fn_flagellum_35(fn_choanocyte_29(X)))
& tangible_entity_1(fn_support_1(fn_choanocyte_20(X)))
& tangible_entity_1(fn_phagocytosis_70(fn_choanocyte_38(X)))
& eukaryotic_cell_1(fn_phagocytosis_70(fn_choanocyte_38(X)))
& cell_1(fn_phagocytosis_70(fn_choanocyte_38(X)))
& eukaryotic_cell_1(fn_mitochondrion_51(fn_choanocyte_8(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_62(fn_choanocyte_16(X)))
& eukaryotic_cell_1(fn_rough_endoplasmic_reticulum_62(fn_choanocyte_16(X)))
& cell_1(fn_rough_endoplasmic_reticulum_62(fn_choanocyte_16(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_choanocyte_31(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_choanocyte_31(X)))
& centromere_1(fn_chromosome_6(fn_choanocyte_15(X)))
& eukaryotic_chromosome_1(fn_phagocytosis_8(fn_choanocyte_38(X)))
& chromosome_1(fn_phagocytosis_8(fn_choanocyte_38(X)))
& metabolic_pathway_1(fn_rough_endoplasmic_reticulum_68(fn_choanocyte_16(X)))
& synthesis_of_lipid_1(fn_rough_endoplasmic_reticulum_68(fn_choanocyte_16(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_choanocyte_31(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_choanocyte_31(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_choanocyte_31(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_choanocyte_31(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_choanocyte_31(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_choanocyte_31(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_choanocyte_31(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_choanocyte_31(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_choanocyte_31(X)))
& site_2(fn_choanocyte_12(X),fn_choanocyte_13(X))
& abuts_2(fn_choanocyte_16(X),fn_choanocyte_31(X))
& fn_choanocyte_16(X) != fn_choanocyte_31(X)
& abuts_2(fn_choanocyte_31(X),fn_choanocyte_16(X))
& fn_choanocyte_31(X) != fn_choanocyte_16(X)
& has_function_2(X,fn_choanocyte_38(X))
& has_function_2(fn_choanocyte_37(X),fn_choanocyte_38(X))
& recipient_2(fn_choanocyte_39(X),fn_choanocyte_31(X))
& recipient_2(fn_choanocyte_40(X),fn_choanocyte_16(X))
& has_part_2(fn_choanocyte_37(X),fn_choanocyte_35(X))
& is_at_2(fn_choanocyte_35(X),fn_choanocyte_34(X))
& has_part_2(X,fn_choanocyte_29(X))
& object_2(fn_choanocyte_20(X),X)
& path_2(fn_choanocyte_38(X),fn_choanocyte_37(X))
& has_part_2(fn_choanocyte_15(X),fn_choanocyte_1(X))
& is_between_2(fn_choanocyte_42(X),fn_choanocyte_1(X))
& is_between_2(fn_choanocyte_42(X),fn_choanocyte_2(X))
& has_part_2(fn_choanocyte_15(X),fn_choanocyte_2(X))
& is_inside_2(fn_choanocyte_15(X),fn_choanocyte_17(X))
& the_scalar_value_2(fn_choanocyte_25(X),big_0)
& scalar_unit_class_2(fn_choanocyte_25(X),prokaryote_0)
& has_part_2(X,fn_choanocyte_36(X))
& instrument_2(fn_choanocyte_38(X),fn_choanocyte_36(X))
& base_2(fn_choanocyte_38(X),X)
& agent_2(fn_choanocyte_38(X),X)
& volume_2(X,fn_choanocyte_21(X))
& directly_proportional_2(fn_choanocyte_25(X),fn_choanocyte_21(X))
& size_2(X,fn_choanocyte_25(X))
& has_part_2(X,fn_choanocyte_15(X))
& has_function_2(fn_choanocyte_28(X),fn_choanocyte_20(X))
& is_inside_2(fn_choanocyte_35(X),fn_choanocyte_34(X))
& object_2(fn_choanocyte_19(X),X)
& called_2(fn_choanocyte_35(X),'MP1')
& is_inside_2(fn_choanocyte_8(X),fn_choanocyte_26(X))
& origin_2(fn_choanocyte_47(X),fn_choanocyte_33(X))
& base_2(fn_choanocyte_6(X),X)
& site_2(fn_choanocyte_6(X),fn_choanocyte_8(X))
& destination_2(fn_choanocyte_47(X),fn_choanocyte_8(X))
& causes_2(fn_choanocyte_47(X),fn_choanocyte_6(X))
& has_part_2(X,fn_choanocyte_18(X))
& has_function_2(fn_choanocyte_18(X),fn_choanocyte_27(X))
& result_2(fn_choanocyte_27(X),fn_choanocyte_28(X))
& is_near_2(fn_choanocyte_17(X),fn_choanocyte_18(X))
& is_near_2(fn_choanocyte_18(X),fn_choanocyte_17(X))
& is_inside_2(fn_choanocyte_13(X),fn_choanocyte_37(X))
& is_between_2(fn_choanocyte_13(X),fn_choanocyte_37(X))
& is_across_2(fn_choanocyte_35(X),fn_choanocyte_37(X))
& is_at_2(fn_choanocyte_35(X),fn_choanocyte_37(X))
& agent_2(fn_choanocyte_19(X),fn_choanocyte_37(X))
& has_region_2(X,fn_choanocyte_24(X))
& is_opposite_2(fn_choanocyte_24(X),fn_choanocyte_23(X))
& has_region_2(X,fn_choanocyte_23(X))
& has_function_2(X,fn_choanocyte_12(X))
& base_2(fn_choanocyte_12(X),X)
& is_opposite_2(fn_choanocyte_23(X),fn_choanocyte_24(X))
& has_part_2(X,fn_choanocyte_37(X))
& has_part_2(fn_choanocyte_37(X),fn_choanocyte_34(X))
& is_at_2(fn_choanocyte_34(X),fn_choanocyte_22(X))
& has_region_2(X,fn_choanocyte_22(X))
& has_function_2(X,fn_choanocyte_7(X))
& base_2(fn_choanocyte_7(X),X)
& first_subevent_2(fn_choanocyte_4(X),fn_choanocyte_3(X))
& base_2(fn_choanocyte_3(X),X)
& base_2(fn_choanocyte_5(X),X)
& site_2(fn_choanocyte_5(X),fn_choanocyte_8(X))
& has_function_2(fn_choanocyte_8(X),fn_choanocyte_4(X))
& base_2(fn_choanocyte_4(X),X)
& has_part_2(X,fn_choanocyte_8(X))
& site_2(fn_choanocyte_4(X),fn_choanocyte_8(X))
& subevent_2(fn_choanocyte_4(X),fn_choanocyte_3(X))
& is_between_2(fn_choanocyte_13(X),fn_choanocyte_17(X))
& base_2(fn_choanocyte_30(X),X)
& has_part_2(X,fn_choanocyte_16(X))
& has_part_2(X,fn_choanocyte_13(X))
& has_part_2(fn_choanocyte_13(X),fn_choanocyte_26(X))
& is_inside_2(fn_choanocyte_17(X),fn_choanocyte_26(X))
& has_part_2(X,fn_choanocyte_17(X))
& has_part_2(X,fn_choanocyte_33(X))
& has_part_2(X,fn_choanocyte_31(X))
& has_part_2(X,fn_choanocyte_32(X))
& is_inside_2(fn_choanocyte_32(X),fn_choanocyte_26(X))
& is_inside_2(fn_choanocyte_14(X),fn_choanocyte_26(X))
& has_part_2(X,fn_choanocyte_14(X))
& has_part_2(fn_choanocyte_15(X),fn_choanocyte_46(X))
& site_2(fn_choanocyte_30(X),fn_choanocyte_31(X))
& has_function_2(fn_choanocyte_31(X),fn_choanocyte_30(X))
& site_2(fn_choanocyte_9(X),fn_choanocyte_31(X))
& has_function_2(fn_choanocyte_31(X),fn_choanocyte_9(X))
& has_region_2(fn_choanocyte_15(X),fn_choanocyte_41(X))
& is_at_2(fn_choanocyte_43(X),fn_choanocyte_41(X))
& has_part_2(fn_choanocyte_15(X),fn_choanocyte_43(X))
& object_2(fn_choanocyte_45(X),fn_choanocyte_46(X))
& agent_2(fn_choanocyte_45(X),fn_choanocyte_44(X))
& has_part_2(fn_choanocyte_15(X),fn_choanocyte_44(X))
& has_region_2(fn_choanocyte_15(X),fn_choanocyte_42(X))
& agent_2(fn_choanocyte_40(X),fn_choanocyte_31(X))
& donor_2(fn_choanocyte_39(X),fn_choanocyte_16(X))
& fn_choanocyte_35(X) = fn_plasma_membrane_68(fn_choanocyte_37(X))
& fn_choanocyte_35(X) = fn_plasma_membrane_54(fn_choanocyte_37(X))
& X = fn_flagellum_35(fn_choanocyte_29(X))
& X = fn_support_1(fn_choanocyte_20(X))
& fn_choanocyte_42(X) = fn_eukaryotic_cell_53(X)
& fn_choanocyte_1(X) = fn_eukaryotic_cell_9(X)
& fn_choanocyte_2(X) = fn_eukaryotic_cell_10(X)
& fn_choanocyte_11(X) = fn_phagocytosis_98(fn_choanocyte_38(X))
& fn_choanocyte_17(X) = fn_phagocytosis_7(fn_choanocyte_38(X))
& fn_choanocyte_10(X) = fn_phagocytosis_97(fn_choanocyte_38(X))
& fn_choanocyte_38(X) = fn_eukaryotic_cell_32(X)
& fn_choanocyte_36(X) = fn_phagocytosis_79(fn_choanocyte_38(X))
& fn_choanocyte_15(X) = fn_eukaryotic_cell_30(X)
& fn_choanocyte_15(X) = fn_phagocytosis_8(fn_choanocyte_38(X))
& fn_choanocyte_25(X) = fn_eukaryotic_cell_27(X)
& fn_choanocyte_25(X) = fn_phagocytosis_91(fn_choanocyte_38(X))
& fn_choanocyte_21(X) = fn_eukaryotic_cell_59(X)
& fn_choanocyte_21(X) = fn_phagocytosis_92(fn_choanocyte_38(X))
& fn_choanocyte_20(X) = fn_animal_cell_61(X)
& fn_choanocyte_26(X) = fn_animal_cell_62(X)
& fn_choanocyte_33(X) = fn_animal_cell_45(X)
& fn_choanocyte_47(X) = fn_animal_cell_22(X)
& fn_choanocyte_8(X) = fn_animal_cell_59(X)
& fn_choanocyte_6(X) = fn_animal_cell_21(X)
& fn_choanocyte_28(X) = fn_animal_cell_63(X)
& fn_choanocyte_27(X) = fn_animal_cell_64(X)
& fn_choanocyte_17(X) = fn_animal_cell_78(X)
& fn_choanocyte_18(X) = fn_animal_cell_74(X)
& fn_choanocyte_19(X) = fn_animal_cell_76(X)
& fn_choanocyte_35(X) = fn_plasma_membrane_3(fn_choanocyte_37(X))
& fn_choanocyte_35(X) = fn_animal_plasma_membrane_62(fn_choanocyte_37(X))
& fn_choanocyte_35(X) = fn_animal_plasma_membrane_53(fn_choanocyte_37(X))
& fn_choanocyte_35(X) = fn_plasma_membrane_55(fn_choanocyte_37(X))
& fn_choanocyte_35(X) = fn_animal_plasma_membrane_47(fn_choanocyte_37(X))
& fn_choanocyte_35(X) = fn_animal_cell_75(X)
& fn_choanocyte_13(X) = fn_animal_cell_79(X)
& fn_choanocyte_12(X) = fn_animal_cell_81(X)
& fn_choanocyte_23(X) = fn_animal_cell_1(X)
& fn_choanocyte_24(X) = fn_animal_cell_13(X)
& fn_choanocyte_7(X) = fn_animal_cell_90(X)
& fn_choanocyte_22(X) = fn_phagocytosis_94(fn_choanocyte_38(X))
& fn_choanocyte_22(X) = fn_animal_cell_55(X)
& fn_choanocyte_34(X) = fn_biomembrane_63(fn_choanocyte_37(X))
& fn_choanocyte_34(X) = fn_plasma_membrane_71(fn_choanocyte_37(X))
& fn_choanocyte_34(X) = fn_animal_plasma_membrane_54(fn_choanocyte_37(X))
& fn_choanocyte_34(X) = fn_phagocytosis_49(fn_choanocyte_38(X))
& fn_choanocyte_34(X) = fn_animal_cell_58(X)
& X = fn_animal_plasma_membrane_56(fn_choanocyte_37(X))
& X = fn_phagocytosis_70(fn_choanocyte_38(X))
& fn_choanocyte_37(X) = fn_phagocytosis_19(fn_choanocyte_38(X))
& fn_choanocyte_37(X) = fn_animal_cell_73(X)
& fn_choanocyte_7(X) = fn_mitochondrion_160(fn_choanocyte_8(X))
& fn_choanocyte_5(X) = fn_mitochondrion_52(fn_choanocyte_8(X))
& fn_choanocyte_3(X) = fn_mitochondrion_159(fn_choanocyte_8(X))
& X = fn_mitochondrion_51(fn_choanocyte_8(X))
& fn_choanocyte_4(X) = fn_mitochondrion_55(fn_choanocyte_8(X))
& fn_choanocyte_17(X) = fn_rough_endoplasmic_reticulum_27(fn_choanocyte_16(X))
& fn_choanocyte_30(X) = fn_rough_endoplasmic_reticulum_68(fn_choanocyte_16(X))
& fn_choanocyte_26(X) = fn_rough_endoplasmic_reticulum_23(fn_choanocyte_16(X))
& fn_choanocyte_13(X) = fn_rough_endoplasmic_reticulum_32(fn_choanocyte_16(X))
& X = fn_rough_endoplasmic_reticulum_62(fn_choanocyte_16(X))
& fn_choanocyte_33(X) = fn_smooth_endoplasmic_reticulum_12(fn_choanocyte_31(X))
& fn_choanocyte_17(X) = fn_smooth_endoplasmic_reticulum_10(fn_choanocyte_31(X))
& fn_choanocyte_14(X) = fn_smooth_endoplasmic_reticulum_11(fn_choanocyte_31(X))
& fn_choanocyte_26(X) = fn_smooth_endoplasmic_reticulum_34(fn_choanocyte_31(X))
& fn_choanocyte_32(X) = fn_smooth_endoplasmic_reticulum_3(fn_choanocyte_31(X))
& X = fn_smooth_endoplasmic_reticulum_33(fn_choanocyte_31(X))
& fn_choanocyte_39(X) = fn_rough_endoplasmic_reticulum_55(fn_choanocyte_16(X))
& fn_choanocyte_40(X) = fn_endoplasmic_reticulum_25(fn_choanocyte_31(X))
& fn_choanocyte_46(X) = fn_chromosome_4(fn_choanocyte_15(X))
& fn_choanocyte_45(X) = fn_chromosome_8(fn_choanocyte_15(X))
& fn_choanocyte_44(X) = fn_chromosome_3(fn_choanocyte_15(X))
& fn_choanocyte_42(X) = fn_chromosome_6(fn_choanocyte_15(X))
& fn_choanocyte_41(X) = fn_eukaryotic_chromosome_5(fn_choanocyte_15(X))
& fn_choanocyte_43(X) = fn_eukaryotic_chromosome_4(fn_choanocyte_15(X))
& fn_choanocyte_30(X) = fn_smooth_endoplasmic_reticulum_8(fn_choanocyte_31(X))
& fn_choanocyte_9(X) = fn_smooth_endoplasmic_reticulum_23(fn_choanocyte_31(X))
& fn_choanocyte_9(X) = fn_smooth_endoplasmic_reticulum_7(fn_choanocyte_31(X))
& fn_choanocyte_9(X) = fn_smooth_endoplasmic_reticulum_49(fn_choanocyte_31(X))
& fn_choanocyte_9(X) = fn_smooth_endoplasmic_reticulum_48(fn_choanocyte_31(X))
& fn_choanocyte_9(X) = fn_smooth_endoplasmic_reticulum_42(fn_choanocyte_31(X))
& fn_phagocytosis_91(fn_choanocyte_38(X)) = fn_phagocytosis_91(fn_choanocyte_38(X))
& fn_phagocytosis_91(fn_choanocyte_38(X)) = fn_eukaryotic_cell_27(X)
& fn_eukaryotic_cell_27(X) = fn_phagocytosis_91(fn_choanocyte_38(X))
& fn_phagocytosis_91(fn_choanocyte_38(X)) = fn_phagocytosis_92(fn_choanocyte_38(X))
& fn_phagocytosis_92(fn_choanocyte_38(X)) = fn_eukaryotic_cell_59(X)
& fn_eukaryotic_cell_59(X) = fn_phagocytosis_92(fn_choanocyte_38(X))
& fn_phagocytosis_92(fn_choanocyte_38(X)) = fn_plasma_membrane_68(fn_choanocyte_37(X))
& fn_plasma_membrane_68(fn_choanocyte_37(X)) = fn_plasma_membrane_3(fn_choanocyte_37(X))
& fn_plasma_membrane_3(fn_choanocyte_37(X)) = fn_plasma_membrane_68(fn_choanocyte_37(X))
& fn_plasma_membrane_68(fn_choanocyte_37(X)) = fn_plasma_membrane_54(fn_choanocyte_37(X))
& fn_plasma_membrane_54(fn_choanocyte_37(X)) = fn_plasma_membrane_54(fn_choanocyte_37(X))
& fn_plasma_membrane_54(fn_choanocyte_37(X)) = fn_plasma_membrane_55(fn_choanocyte_37(X))
& fn_plasma_membrane_55(fn_choanocyte_37(X)) = fn_plasma_membrane_55(fn_choanocyte_37(X))
& fn_plasma_membrane_55(fn_choanocyte_37(X)) = fn_animal_plasma_membrane_62(fn_choanocyte_37(X))
& fn_animal_plasma_membrane_62(fn_choanocyte_37(X)) = fn_animal_plasma_membrane_62(fn_choanocyte_37(X))
& fn_animal_plasma_membrane_62(fn_choanocyte_37(X)) = fn_plasma_membrane_55(fn_choanocyte_37(X))
& fn_plasma_membrane_55(fn_choanocyte_37(X)) = fn_animal_plasma_membrane_47(fn_choanocyte_37(X))
& fn_animal_plasma_membrane_47(fn_choanocyte_37(X)) = fn_animal_plasma_membrane_62(fn_choanocyte_37(X))
& fn_animal_plasma_membrane_62(fn_choanocyte_37(X)) = fn_animal_plasma_membrane_47(fn_choanocyte_37(X))
& fn_animal_plasma_membrane_47(fn_choanocyte_37(X)) = fn_animal_plasma_membrane_47(fn_choanocyte_37(X))
& fn_animal_plasma_membrane_53(fn_choanocyte_37(X)) = fn_animal_plasma_membrane_47(fn_choanocyte_37(X))
& fn_animal_plasma_membrane_47(fn_choanocyte_37(X)) = fn_animal_plasma_membrane_53(fn_choanocyte_37(X))
& fn_animal_plasma_membrane_53(fn_choanocyte_37(X)) = fn_animal_plasma_membrane_53(fn_choanocyte_37(X))
& fn_animal_cell_75(X) = fn_animal_plasma_membrane_53(fn_choanocyte_37(X))
& fn_animal_plasma_membrane_53(fn_choanocyte_37(X)) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_phagocytosis_94(fn_choanocyte_38(X))
& fn_animal_cell_55(X) = fn_phagocytosis_94(fn_choanocyte_38(X))
& fn_phagocytosis_94(fn_choanocyte_38(X)) = fn_animal_cell_55(X)
& fn_animal_cell_55(X) = fn_biomembrane_63(fn_choanocyte_37(X))
& fn_biomembrane_63(fn_choanocyte_37(X)) = fn_plasma_membrane_71(fn_choanocyte_37(X))
& fn_animal_plasma_membrane_54(fn_choanocyte_37(X)) = fn_plasma_membrane_71(fn_choanocyte_37(X))
& fn_plasma_membrane_71(fn_choanocyte_37(X)) = fn_animal_plasma_membrane_54(fn_choanocyte_37(X))
& fn_animal_plasma_membrane_54(fn_choanocyte_37(X)) = fn_animal_plasma_membrane_54(fn_choanocyte_37(X))
& fn_phagocytosis_49(fn_choanocyte_38(X)) = fn_animal_plasma_membrane_54(fn_choanocyte_37(X))
& fn_animal_plasma_membrane_54(fn_choanocyte_37(X)) = fn_phagocytosis_49(fn_choanocyte_38(X))
& fn_animal_cell_58(X) = fn_phagocytosis_49(fn_choanocyte_38(X))
& fn_phagocytosis_49(fn_choanocyte_38(X)) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_phagocytosis_19(fn_choanocyte_38(X))
& fn_animal_cell_73(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_phagocytosis_19(fn_choanocyte_38(X))
& fn_phagocytosis_19(fn_choanocyte_38(X)) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_animal_cell_90(X)
& fn_animal_cell_90(X) = fn_mitochondrion_160(fn_choanocyte_8(X))
& fn_mitochondrion_160(fn_choanocyte_8(X)) = fn_animal_cell_79(X)
& fn_animal_cell_79(X) = fn_animal_cell_79(X)
& fn_animal_cell_79(X) = fn_rough_endoplasmic_reticulum_32(fn_choanocyte_16(X))
& fn_rough_endoplasmic_reticulum_32(fn_choanocyte_16(X)) = fn_rough_endoplasmic_reticulum_32(fn_choanocyte_16(X))
& fn_rough_endoplasmic_reticulum_32(fn_choanocyte_16(X)) = fn_animal_cell_45(X)
& fn_animal_cell_45(X) = fn_smooth_endoplasmic_reticulum_12(fn_choanocyte_31(X))
& fn_smooth_endoplasmic_reticulum_12(fn_choanocyte_31(X)) = fn_phagocytosis_7(fn_choanocyte_38(X))
& fn_phagocytosis_7(fn_choanocyte_38(X)) = fn_animal_cell_78(X)
& fn_animal_cell_78(X) = fn_animal_cell_78(X)
& fn_animal_cell_78(X) = fn_rough_endoplasmic_reticulum_27(fn_choanocyte_16(X))
& fn_rough_endoplasmic_reticulum_27(fn_choanocyte_16(X)) = fn_rough_endoplasmic_reticulum_27(fn_choanocyte_16(X))
& fn_rough_endoplasmic_reticulum_27(fn_choanocyte_16(X)) = fn_smooth_endoplasmic_reticulum_10(fn_choanocyte_31(X))
& fn_smooth_endoplasmic_reticulum_10(fn_choanocyte_31(X)) = fn_smooth_endoplasmic_reticulum_10(fn_choanocyte_31(X))
& fn_smooth_endoplasmic_reticulum_10(fn_choanocyte_31(X)) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_rough_endoplasmic_reticulum_23(fn_choanocyte_16(X))
& fn_rough_endoplasmic_reticulum_23(fn_choanocyte_16(X)) = fn_rough_endoplasmic_reticulum_23(fn_choanocyte_16(X))
& fn_rough_endoplasmic_reticulum_23(fn_choanocyte_16(X)) = fn_smooth_endoplasmic_reticulum_34(fn_choanocyte_31(X))
& fn_smooth_endoplasmic_reticulum_34(fn_choanocyte_31(X)) = fn_smooth_endoplasmic_reticulum_34(fn_choanocyte_31(X))
& fn_smooth_endoplasmic_reticulum_34(fn_choanocyte_31(X)) = fn_flagellum_35(fn_choanocyte_29(X))
& fn_flagellum_35(fn_choanocyte_29(X)) = fn_animal_plasma_membrane_56(fn_choanocyte_37(X))
& fn_animal_plasma_membrane_56(fn_choanocyte_37(X)) = fn_flagellum_35(fn_choanocyte_29(X))
& fn_flagellum_35(fn_choanocyte_29(X)) = fn_support_1(fn_choanocyte_20(X))
& fn_support_1(fn_choanocyte_20(X)) = fn_support_1(fn_choanocyte_20(X))
& fn_support_1(fn_choanocyte_20(X)) = fn_phagocytosis_70(fn_choanocyte_38(X))
& fn_phagocytosis_70(fn_choanocyte_38(X)) = fn_phagocytosis_70(fn_choanocyte_38(X))
& fn_phagocytosis_70(fn_choanocyte_38(X)) = fn_mitochondrion_51(fn_choanocyte_8(X))
& fn_mitochondrion_51(fn_choanocyte_8(X)) = fn_mitochondrion_51(fn_choanocyte_8(X))
& fn_mitochondrion_51(fn_choanocyte_8(X)) = fn_rough_endoplasmic_reticulum_62(fn_choanocyte_16(X))
& fn_rough_endoplasmic_reticulum_62(fn_choanocyte_16(X)) = fn_rough_endoplasmic_reticulum_62(fn_choanocyte_16(X))
& fn_rough_endoplasmic_reticulum_62(fn_choanocyte_16(X)) = fn_smooth_endoplasmic_reticulum_33(fn_choanocyte_31(X))
& fn_smooth_endoplasmic_reticulum_33(fn_choanocyte_31(X)) = fn_smooth_endoplasmic_reticulum_33(fn_choanocyte_31(X))
& fn_smooth_endoplasmic_reticulum_33(fn_choanocyte_31(X)) = fn_eukaryotic_cell_53(X)
& fn_eukaryotic_cell_53(X) = fn_eukaryotic_cell_53(X)
& fn_eukaryotic_cell_53(X) = fn_chromosome_6(fn_choanocyte_15(X))
& fn_chromosome_6(fn_choanocyte_15(X)) = fn_eukaryotic_cell_30(X)
& fn_eukaryotic_cell_30(X) = fn_eukaryotic_cell_30(X)
& fn_phagocytosis_8(fn_choanocyte_38(X)) = fn_eukaryotic_cell_30(X)
& fn_eukaryotic_cell_30(X) = fn_phagocytosis_8(fn_choanocyte_38(X))
& fn_phagocytosis_8(fn_choanocyte_38(X)) = fn_rough_endoplasmic_reticulum_68(fn_choanocyte_16(X))
& fn_rough_endoplasmic_reticulum_68(fn_choanocyte_16(X)) = fn_smooth_endoplasmic_reticulum_8(fn_choanocyte_31(X))
& fn_smooth_endoplasmic_reticulum_8(fn_choanocyte_31(X)) = fn_smooth_endoplasmic_reticulum_8(fn_choanocyte_31(X))
& fn_smooth_endoplasmic_reticulum_8(fn_choanocyte_31(X)) = fn_smooth_endoplasmic_reticulum_23(fn_choanocyte_31(X))
& fn_smooth_endoplasmic_reticulum_23(fn_choanocyte_31(X)) = fn_smooth_endoplasmic_reticulum_7(fn_choanocyte_31(X))
& fn_smooth_endoplasmic_reticulum_7(fn_choanocyte_31(X)) = fn_smooth_endoplasmic_reticulum_7(fn_choanocyte_31(X))
& fn_smooth_endoplasmic_reticulum_7(fn_choanocyte_31(X)) = fn_smooth_endoplasmic_reticulum_49(fn_choanocyte_31(X))
& fn_smooth_endoplasmic_reticulum_49(fn_choanocyte_31(X)) = fn_smooth_endoplasmic_reticulum_49(fn_choanocyte_31(X))
& fn_smooth_endoplasmic_reticulum_49(fn_choanocyte_31(X)) = fn_smooth_endoplasmic_reticulum_48(fn_choanocyte_31(X))
& fn_smooth_endoplasmic_reticulum_48(fn_choanocyte_31(X)) = fn_smooth_endoplasmic_reticulum_48(fn_choanocyte_31(X))
& fn_smooth_endoplasmic_reticulum_48(fn_choanocyte_31(X)) = fn_smooth_endoplasmic_reticulum_42(fn_choanocyte_31(X))
& fn_smooth_endoplasmic_reticulum_42(fn_choanocyte_31(X)) = fn_smooth_endoplasmic_reticulum_42(fn_choanocyte_31(X)) ) ) ).
fof(a528381,axiom,
! [X] :
( cholecystokinin_1(X)
=> ( original_name_2(X,'Cholecystokinin')
& user_description_2(X,'A digestive hormone (enterogastrome) that causes the gall bladder to contract and secrete bile into the duodenum.')
& concept2words_2(X,cholecystokinin)
& digestive_peptide_hormone_1(X)
& ~ adrenocorticotropic_hormone_1(X)
& ~ anp_1(X)
& ~ antidiuretic_hormone_1(X)
& ~ calcitonin_1(X)
& ~ gastrin_1(X)
& ~ glucagon_1(X)
& ~ gonadotropin_releasing_hormone_1(X)
& ~ melanocyte_stimulating_hormone_1(X)
& ~ oxytocin_1(X)
& ~ parathyroid_hormone_1(X)
& ~ secretin_1(X)
& disulfide_bond_1(fn_cholecystokinin_1(X))
& protein_1(fn_disulfide_bond_3(fn_cholecystokinin_1(X)))
& possesses_2(X,fn_cholecystokinin_1(X))
& X = fn_disulfide_bond_3(fn_cholecystokinin_1(X)) ) ) ).
fof(a528382,axiom,
! [X] :
( cholera_1(X)
=> ( original_name_2(X,'Cholera')
& user_description_2(X,'An infectious disease of the small intestine caused by the bacterium Vibrio cholerae. Main symptoms are watery diarrhea and vomiting.')
& concept2words_2(X,cholera)
& bacterial_disease_1(X)
& ~ african_sleeping_sickness_1(X)
& ~ aids_1(X)
& ~ cowpox_1(X)
& ~ encephalitis_1(X)
& ~ gastric_ulcer_1(X)
& ~ gonorrhea_1(X)
& ~ hemorrhagic_fever_1(X)
& ~ influenza_1(X)
& ~ lyme_disease_1(X)
& ~ malaria_1(X)
& ~ mycosis_1(X)
& ~ smallpox_1(X)
& ~ tetanus_1(X)
& ~ tobacco_mosaic_disease_1(X)
& ~ tuberculosis_1(X) ) ) ).
fof(a528383,axiom,
! [X] :
( cholera_process_1(X)
=> ( original_name_2(X,'Cholera-Process')
& user_description_2(X,'Process related to the progression of cholera.')
& concept2words_2(X,'cause disease')
& concept2words_2(X,'process of cholera')
& concept2words_2(X,'cholera process')
& concept2words_2(X,'cholera-process')
& disease_process_1(X)
& metabolism_1(fn_cholera_process_2(X))
& concentration_value_1(fn_cholera_process_3(X))
& g_protein_1(fn_cholera_process_5(X))
& activation_value_1(fn_cholera_process_6(X))
& vibrio_cholerae_1(fn_cholera_process_7(X))
& bacterial_biofilm_formation_1(fn_cholera_process_8(X))
& bacterial_biofilm_1(fn_cholera_process_9(X))
& surface_1(fn_cholera_process_10(X))
& lining_1(fn_cholera_process_11(X))
& consume_1(fn_cholera_process_12(X))
& water_1(fn_cholera_process_13(X))
& cholera_toxin_1(fn_cholera_process_14(X))
& produce_1(fn_cholera_process_15(X))
& synthesis_of_camp_1(fn_cholera_process_16(X))
& organic_molecule_1(fn_cholera_process_17(X))
& cyclic_amp_1(fn_cholera_process_17(X))
& tangible_entity_1(fn_cholera_process_18(X))
& spatial_entity_1(fn_cholera_process_18(X))
& biomembrane_1(fn_cholera_process_18(X))
& animal_plasma_membrane_1(fn_cholera_process_18(X))
& plasma_membrane_1(fn_cholera_process_18(X))
& mixture_1(fn_cholera_process_19(X))
& cytoplasm_1(fn_cholera_process_19(X))
& salt_1(fn_cholera_process_20(X))
& living_entity_1(fn_cholera_process_21(X))
& cell_1(fn_cholera_process_21(X))
& eukaryotic_cell_1(fn_cholera_process_21(X))
& animal_cell_1(fn_cholera_process_21(X))
& small_intestine_1(fn_cholera_process_22(X))
& person_1(fn_cholera_process_23(X))
& secretion_1(fn_cholera_process_24(X))
& osmosis_1(fn_cholera_process_25(X))
& entity_1(fn_create_1(fn_cholera_process_15(X)))
& entity_1(fn_consume_1(fn_cholera_process_12(X)))
& tangible_entity_1(fn_secretion_1(fn_cholera_process_24(X)))
& small_intestine_1(fn_person_15(fn_cholera_process_23(X)))
& surface_1(fn_biofilm_formation_3(fn_cholera_process_8(X)))
& biofilm_1(fn_biofilm_formation_7(fn_cholera_process_8(X)))
& organic_molecule_1(fn_synthesis_of_organic_molecule_1(fn_cholera_process_16(X)))
& cyclic_amp_1(fn_synthesis_of_camp_11(fn_cholera_process_16(X)))
& lining_1(fn_small_intestine_32(fn_cholera_process_22(X)))
& lining_1(fn_small_intestine_22(fn_cholera_process_22(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_cholera_process_21(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_cholera_process_21(X)))
& mixture_1(fn_animal_cell_79(fn_cholera_process_21(X)))
& cytoplasm_1(fn_animal_cell_79(fn_cholera_process_21(X)))
& spatial_entity_1(fn_osmosis_22(fn_cholera_process_25(X)))
& biomembrane_1(fn_osmosis_22(fn_cholera_process_25(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_cholera_process_21(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_cholera_process_21(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_cholera_process_21(X)))
& tangible_entity_1(fn_animal_cell_73(fn_cholera_process_21(X)))
& spatial_entity_1(fn_animal_cell_73(fn_cholera_process_21(X)))
& biomembrane_1(fn_animal_cell_73(fn_cholera_process_21(X)))
& animal_plasma_membrane_1(fn_animal_cell_73(fn_cholera_process_21(X)))
& plasma_membrane_1(fn_animal_cell_73(fn_cholera_process_21(X)))
& living_entity_1(fn_secretion_2(fn_cholera_process_24(X)))
& cell_1(fn_metabolic_pathway_1(fn_cholera_process_16(X)))
& cell_1(fn_passive_transport_1(fn_cholera_process_25(X)))
& next_event_2(fn_cholera_process_24(X),fn_cholera_process_25(X))
& is_inside_2(fn_cholera_process_20(X),fn_cholera_process_21(X))
& base_2(fn_cholera_process_2(X),fn_cholera_process_21(X))
& site_2(fn_cholera_process_2(X),fn_cholera_process_19(X))
& facilitates_2(fn_cholera_process_17(X),fn_cholera_process_24(X))
& concentration_2(fn_cholera_process_17(X),fn_cholera_process_3(X))
& the_scalar_value_2(fn_cholera_process_3(X),high_0)
& scalar_unit_class_2(fn_cholera_process_3(X),amp_0)
& next_event_2(fn_cholera_process_16(X),fn_cholera_process_24(X))
& facilitates_2(fn_cholera_process_5(X),fn_cholera_process_16(X))
& activation_2(fn_cholera_process_5(X),fn_cholera_process_6(X))
& the_categorical_value_2(fn_cholera_process_6(X),active_0)
& next_event_2(fn_cholera_process_15(X),fn_cholera_process_16(X))
& agent_2(fn_cholera_process_15(X),fn_cholera_process_7(X))
& first_subevent_2(X,fn_cholera_process_8(X))
& experiencer_2(X,fn_cholera_process_23(X))
& subevent_2(X,fn_cholera_process_15(X))
& subevent_2(X,fn_cholera_process_16(X))
& subevent_2(X,fn_cholera_process_24(X))
& subevent_2(X,fn_cholera_process_25(X))
& subevent_2(X,fn_cholera_process_8(X))
& agent_2(X,fn_cholera_process_7(X))
& is_inside_2(fn_cholera_process_7(X),fn_cholera_process_13(X))
& causes_2(fn_cholera_process_12(X),X)
& is_on_2(fn_cholera_process_10(X),fn_cholera_process_11(X))
& site_2(fn_cholera_process_8(X),fn_cholera_process_11(X))
& agent_2(fn_cholera_process_8(X),fn_cholera_process_7(X))
& next_event_2(fn_cholera_process_8(X),fn_cholera_process_15(X))
& base_2(fn_cholera_process_8(X),fn_cholera_process_22(X))
& result_2(fn_cholera_process_15(X),fn_cholera_process_14(X))
& object_2(fn_cholera_process_12(X),fn_cholera_process_13(X))
& object_2(fn_cholera_process_24(X),fn_cholera_process_20(X))
& base_2(fn_cholera_process_24(X),fn_cholera_process_21(X))
& base_2(fn_cholera_process_16(X),fn_cholera_process_21(X))
& base_2(fn_cholera_process_25(X),fn_cholera_process_21(X))
& path_2(fn_cholera_process_25(X),fn_cholera_process_18(X))
& result_2(fn_cholera_process_16(X),fn_cholera_process_17(X))
& has_part_2(fn_cholera_process_23(X),fn_cholera_process_22(X))
& has_region_2(fn_cholera_process_22(X),fn_cholera_process_11(X))
& result_2(fn_cholera_process_8(X),fn_cholera_process_9(X))
& is_at_2(fn_cholera_process_9(X),fn_cholera_process_10(X))
& has_part_2(fn_cholera_process_21(X),fn_cholera_process_19(X))
& has_part_2(fn_cholera_process_21(X),fn_cholera_process_18(X))
& is_between_2(fn_cholera_process_19(X),fn_cholera_process_18(X))
& is_inside_2(fn_cholera_process_19(X),fn_cholera_process_18(X))
& fn_cholera_process_14(X) = fn_create_1(fn_cholera_process_15(X))
& fn_cholera_process_13(X) = fn_consume_1(fn_cholera_process_12(X))
& fn_cholera_process_20(X) = fn_secretion_1(fn_cholera_process_24(X))
& fn_cholera_process_21(X) = fn_secretion_2(fn_cholera_process_24(X))
& fn_cholera_process_21(X) = fn_metabolic_pathway_1(fn_cholera_process_16(X))
& fn_cholera_process_21(X) = fn_passive_transport_1(fn_cholera_process_25(X))
& fn_cholera_process_18(X) = fn_osmosis_22(fn_cholera_process_25(X))
& fn_cholera_process_17(X) = fn_synthesis_of_organic_molecule_1(fn_cholera_process_16(X))
& fn_cholera_process_17(X) = fn_synthesis_of_camp_11(fn_cholera_process_16(X))
& fn_cholera_process_22(X) = fn_person_15(fn_cholera_process_23(X))
& fn_cholera_process_11(X) = fn_small_intestine_32(fn_cholera_process_22(X))
& fn_cholera_process_11(X) = fn_small_intestine_22(fn_cholera_process_22(X))
& fn_cholera_process_10(X) = fn_biofilm_formation_3(fn_cholera_process_8(X))
& fn_cholera_process_9(X) = fn_biofilm_formation_7(fn_cholera_process_8(X))
& fn_cholera_process_19(X) = fn_eukaryotic_cell_31(fn_cholera_process_21(X))
& fn_cholera_process_19(X) = fn_animal_cell_79(fn_cholera_process_21(X))
& fn_cholera_process_18(X) = fn_eukaryotic_cell_29(fn_cholera_process_21(X))
& fn_cholera_process_18(X) = fn_animal_cell_73(fn_cholera_process_21(X))
& fn_synthesis_of_organic_molecule_1(fn_cholera_process_16(X)) = fn_synthesis_of_camp_11(fn_cholera_process_16(X))
& fn_synthesis_of_camp_11(fn_cholera_process_16(X)) = fn_small_intestine_32(fn_cholera_process_22(X))
& fn_small_intestine_32(fn_cholera_process_22(X)) = fn_small_intestine_22(fn_cholera_process_22(X))
& fn_small_intestine_22(fn_cholera_process_22(X)) = fn_animal_cell_79(fn_cholera_process_21(X))
& fn_animal_cell_79(fn_cholera_process_21(X)) = fn_eukaryotic_cell_31(fn_cholera_process_21(X))
& fn_eukaryotic_cell_31(fn_cholera_process_21(X)) = fn_animal_cell_79(fn_cholera_process_21(X))
& fn_animal_cell_79(fn_cholera_process_21(X)) = fn_animal_cell_79(fn_cholera_process_21(X))
& fn_animal_cell_79(fn_cholera_process_21(X)) = fn_osmosis_22(fn_cholera_process_25(X))
& fn_osmosis_22(fn_cholera_process_25(X)) = fn_eukaryotic_cell_29(fn_cholera_process_21(X))
& fn_eukaryotic_cell_29(fn_cholera_process_21(X)) = fn_eukaryotic_cell_29(fn_cholera_process_21(X))
& fn_animal_cell_73(fn_cholera_process_21(X)) = fn_animal_cell_73(fn_cholera_process_21(X))
& fn_animal_cell_73(fn_cholera_process_21(X)) = fn_eukaryotic_cell_29(fn_cholera_process_21(X))
& fn_eukaryotic_cell_29(fn_cholera_process_21(X)) = fn_animal_cell_73(fn_cholera_process_21(X))
& fn_animal_cell_73(fn_cholera_process_21(X)) = fn_secretion_2(fn_cholera_process_24(X))
& fn_secretion_2(fn_cholera_process_24(X)) = fn_metabolic_pathway_1(fn_cholera_process_16(X))
& fn_metabolic_pathway_1(fn_cholera_process_16(X)) = fn_metabolic_pathway_1(fn_cholera_process_16(X))
& fn_metabolic_pathway_1(fn_cholera_process_16(X)) = fn_passive_transport_1(fn_cholera_process_25(X)) ) ) ).
fof(a528384,axiom,
! [X] :
( cholera_toxin_1(X)
=> ( original_name_2(X,'Cholera-Toxin')
& user_description_2(X,'Toxin produced by the bacteria Vibrio cholerae which results in the symptoms of the cholera.')
& concept2words_2(X,'toxin of cholera')
& concept2words_2(X,'cholera toxin')
& concept2words_2(X,'cholera-toxin')
& protein_enzyme_1(X) ) ) ).
fof(a528385,axiom,
! [X] :
( cholesterol_1(X)
=> ( original_name_2(X,'Cholesterol')
& user_description_2(X,'Cholesterol is a waxy steroid metabolite found in the cell membranes and transported in the blood plasma of all animals')
& concept2words_2(X,cholesterol)
& amphipathic_molecule_1(X)
& steroid_1(X)
& ~ steroid_hormone_1(X)
& shape_value_1(fn_cholesterol_1(X))
& repel_1(fn_cholesterol_3(X))
& carbon_skeleton_1(fn_cholesterol_4(X))
& cyclopentane_1(fn_cholesterol_5(X))
& chemical_entity_1(fn_cholesterol_6(X))
& atom_1(fn_cholesterol_6(X))
& carbon_1(fn_cholesterol_7(X))
& hydrophobic_region_1(fn_cholesterol_8(X))
& is_at_2(fn_cholesterol_5(X),fn_cholesterol_8(X))
& has_function_2(fn_cholesterol_5(X),fn_cholesterol_3(X))
& the_categorical_value_2(fn_cholesterol_1(X),ring_shaped_0)
& shape_2(fn_cholesterol_4(X),fn_cholesterol_1(X))
& has_part_2(X,fn_cholesterol_5(X))
& has_part_2(X,fn_cholesterol_6(X))
& has_function_2(X,fn_cholesterol_3(X))
& agent_2(fn_cholesterol_3(X),X)
& has_region_2(X,fn_cholesterol_8(X))
& facilitates_2(fn_cholesterol_8(X),fn_cholesterol_3(X))
& site_2(fn_cholesterol_3(X),fn_cholesterol_8(X))
& has_region_2(X,fn_cholesterol_4(X))
& is_inside_2(fn_cholesterol_7(X),fn_cholesterol_4(X))
& has_part_2(X,fn_cholesterol_7(X))
& fn_cholesterol_6(X) != fn_cholesterol_7(X)
& fn_cholesterol_7(X) != fn_cholesterol_6(X)
& fn_cholesterol_5(X) = fn_steroid_15(X)
& fn_cholesterol_8(X) = fn_amphipathic_molecule_2(X)
& fn_cholesterol_8(X) = fn_steroid_9(X)
& fn_cholesterol_3(X) = fn_amphipathic_molecule_5(X)
& fn_cholesterol_3(X) = fn_steroid_10(X)
& fn_cholesterol_7(X) = fn_organic_molecule_1(X)
& fn_cholesterol_6(X) = fn_organic_molecule_2(X)
& fn_cholesterol_6(X) = fn_steroid_12(X)
& fn_cholesterol_7(X) = fn_steroid_11(X)
& fn_cholesterol_4(X) = fn_steroid_13(X)
& fn_steroid_9(X) = fn_amphipathic_molecule_2(X)
& fn_amphipathic_molecule_2(X) = fn_steroid_9(X)
& fn_steroid_9(X) = fn_amphipathic_molecule_5(X)
& fn_steroid_10(X) = fn_amphipathic_molecule_5(X)
& fn_amphipathic_molecule_5(X) = fn_steroid_10(X)
& fn_steroid_10(X) = fn_organic_molecule_2(X)
& fn_steroid_12(X) = fn_steroid_12(X)
& fn_steroid_12(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_steroid_12(X)
& fn_steroid_12(X) = fn_organic_molecule_1(X)
& fn_steroid_11(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_steroid_11(X)
& fn_steroid_11(X) = fn_steroid_11(X) ) ) ).
fof(a528386,axiom,
! [X] :
( choline_1(X)
=> ( original_name_2(X,'Choline')
& user_description_2(X,'B-complex vitamin that is the precursor to the neurotransmitter acetylcholine.')
& concept2words_2(X,choline)
& vitamin_b_1(X) ) ) ).
fof(a528387,axiom,
! [X] :
( chondrocyte_1(X)
=> ( original_name_2(X,'Chondrocyte')
& user_description_2(X,'Cells in cartilage that secrete chondroitin.')
& concept2words_2(X,chondrocyte)
& animal_cell_1(X)
& spatial_entity_1(fn_chondrocyte_1(X))
& spatial_entity_1(fn_chondrocyte_2(X))
& block_1(fn_chondrocyte_3(X))
& instrument_2(fn_chondrocyte_3(X),X)
& is_between_2(X,fn_chondrocyte_1(X))
& is_between_2(X,fn_chondrocyte_2(X)) ) ) ).
fof(a528388,axiom,
! [X] :
( choose_at_random_1(X)
=> ( original_name_2(X,'Choose-At-Random')
& user_description_2(X,'Choose at random refers to selection with no specific pattern.')
& concept2words_2(X,'choose at random')
& concept2words_2(X,'choose-at-random')
& select_1(X) ) ) ).
fof(a528389,axiom,
! [X] :
( chordate_1(X)
=> ( original_name_2(X,'Chordate')
& user_description_2(X,'A member of the phylum Chordata, a group of invertebrate and vertebrate animals that have, at some point in their development, all of the following features: a notochord, pharyngeal gill slits, a post-anal tail, and a dorsal hollow nerve cord.')
& concept2words_2(X,chordate)
& eumetazoan_1(X)
& ~ bilaterian_1(X)
& ~ invertebrate_1(X)
& ~ radiata_1(X)
& ~ triploblastic_1(X) ) ) ).
fof(a528390,axiom,
! [X] :
( chorion_1(X)
=> ( original_name_2(X,'Chorion')
& user_description_2(X,'The outermost of four extraembryonic membranes. It functions in gas exchange and contributes to the formation of the mammalian placenta.')
& concept2words_2(X,chorion)
& extraembryonic_membrane_1(X)
& ~ allantois_1(X)
& ~ amnion_1(X)
& ~ yolk_sac_1(X) ) ) ).
fof(a528391,axiom,
! [X] :
( chorionic_villus_sampling_1(X)
=> ( original_name_2(X,'Chorionic-Villus-Sampling')
& user_description_2(X,'A technique of prenatal diagnosis in which a small sample of the fetal portion of the placenta is removed and analyzed to detect certain genetic and congenital defects in the fetus.')
& concept2words_2(X,cvs)
& concept2words_2(X,'chorionic villus sampling')
& concept2words_2(X,'chorionic-villus-sampling')
& fetal_testing_1(X)
& ~ amniocentesis_1(X)
& suction_tube_1(fn_chorionic_villus_sampling_1(X))
& placenta_1(fn_chorionic_villus_sampling_2(X))
& collecting_1(fn_chorionic_villus_sampling_3(X))
& entity_1(fn_chorionic_villus_sampling_4(X))
& tissue_1(fn_chorionic_villus_sampling_4(X))
& fetus_1(fn_chorionic_villus_sampling_5(X))
& entity_1(fn_collecting_1(fn_chorionic_villus_sampling_3(X)))
& tissue_1(fn_eumetazoan_20(fn_chorionic_villus_sampling_5(X)))
& instrument_2(fn_chorionic_villus_sampling_3(X),fn_chorionic_villus_sampling_1(X))
& is_inside_2(fn_chorionic_villus_sampling_5(X),fn_chorionic_villus_sampling_2(X))
& by_means_of_2(X,fn_chorionic_villus_sampling_3(X))
& object_2(fn_chorionic_villus_sampling_3(X),fn_chorionic_villus_sampling_4(X))
& has_part_2(fn_chorionic_villus_sampling_5(X),fn_chorionic_villus_sampling_4(X))
& fn_chorionic_villus_sampling_4(X) = fn_collecting_1(fn_chorionic_villus_sampling_3(X))
& fn_chorionic_villus_sampling_4(X) = fn_eumetazoan_20(fn_chorionic_villus_sampling_5(X))
& fn_collecting_1(fn_chorionic_villus_sampling_3(X)) = fn_eumetazoan_20(fn_chorionic_villus_sampling_5(X)) ) ) ).
fof(a528392,axiom,
! [X] :
( choroid_1(X)
=> ( original_name_2(X,'Choroid')
& user_description_2(X,'The vascular layer of the vertebrate eye, lying between the retina and the sclera.')
& concept2words_2(X,choroid)
& simple_squamous_epithelium_1(X)
& ~ proximal_tubule_1(X)
& ~ islets_of_langerhans_1(X)
& ~ endometrium_1(X)
& ~ corpus_luteum_1(X)
& ~ collecting_duct_1(X)
& ~ bronchus_1(X)
& ~ alveolus_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ ciliary_body_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ lacteal_1(X)
& ~ prepuce_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a528393,axiom,
! [X] :
( chromalveolata_1(X)
=> ( original_name_2(X,'Chromalveolata')
& user_description_2(X,'One of five supergroups of eukaryotes proposed in a current hypothesis of the evolutionary history of eukaryotes. Chromalveolates may have originated by secondary endosymbiosis and include two large protist clades, the alveolates and the stramenopiles. See also Excavata, Rhizaria, Archaeplastida, and Unikonta.')
& concept2words_2(X,chromalveolata)
& eukaryotic_clade_1(X) ) ) ).
fof(a528394,axiom,
! [X] :
( chromalveolate_1(X)
=> ( original_name_2(X,'Chromalveolate')
& user_description_2(X,'An array of diverse eukaryotic organisms grouped together as a clade in one hypothesis of evolutionary relationships among eukaryotes. Two large protistan groups, the stramenopiles and alveolates, are considered chromalveolates under this hypothesis. Recent studies indicate that the chromalveolates are not a monophyletic group as originally hypothesized.')
& concept2words_2(X,chromalveolate)
& alveolate_1(X) ) ) ).
fof(a528395,axiom,
! [X] :
( chromatid_1(X)
=> ( original_name_2(X,'Chromatid')
& user_description_2(X,'Half of a diploid chromosome when the chromosome is in its most dense (and visible) state. When a chromatid is attached to another chromatid at the centromere, they are collectively called sister chromatids.')
& concept2words_2(X,'sister chromatids')
& concept2words_2(X,chromosome)
& concept2words_2(X,'sister chromatid')
& concept2words_2(X,chromatid)
& cellular_structure_1(X)
& centromere_1(fn_chromatid_1(X))
& end_1(fn_chromatid_2(X))
& visibility_value_1(fn_chromatid_3(X))
& length_value_1(fn_chromatid_4(X))
& chromosome_arm_1(fn_chromatid_7(X))
& chromosome_arm_1(fn_chromatid_8(X))
& is_at_2(fn_chromatid_1(X),X)
& is_between_2(fn_chromatid_1(X),fn_chromatid_8(X))
& is_between_2(fn_chromatid_1(X),fn_chromatid_7(X))
& thickness_2(X,fn_chromatid_4(X))
& visibility_2(X,fn_chromatid_3(X))
& has_region_2(X,fn_chromatid_1(X))
& has_region_2(X,fn_chromatid_2(X))
& has_part_2(X,fn_chromatid_8(X))
& has_part_2(X,fn_chromatid_7(X))
& exactCardinality(X,has_part_0,"1",dna_0)
& the_categorical_value_2(fn_chromatid_3(X),high_contrast_0)
& the_scalar_value_2(fn_chromatid_4(X),thick_0)
& scalar_unit_class_2(fn_chromatid_4(X),dna_double_helix_0) ) ) ).
fof(a528396,axiom,
! [X] :
( chromatin_packing_1(X)
=> ( original_name_2(X,'Chromatin-Packing')
& user_description_2(X,'The means for packing DNA into chromatin.')
& concept2words_2(X,'chromatin fiber formation')
& concept2words_2(X,'chromatin fiber packing')
& concept2words_2(X,pack)
& concept2words_2(X,'packing of chromatin')
& concept2words_2(X,'chromatin packing')
& concept2words_2(X,'chromatin-packing')
& biomolecular_process_1(X)
& h1_1(fn_chromatin_packing_1(X))
& fold_1(fn_chromatin_packing_2(X))
& looped_domains_1(fn_chromatin_packing_3(X))
& eukaryotic_chromatin_1(fn_chromatin_packing_4(X))
& heterochromatin_1(fn_chromatin_packing_4(X))
& chromosome_1(fn_chromatin_packing_5(X))
& entity_1(fn_chromatin_packing_6(X))
& nucleosome_1(fn_chromatin_packing_6(X))
& nucleus_1(fn_chromatin_packing_7(X))
& fold_1(fn_chromatin_packing_8(X))
& fold_1(fn_chromatin_packing_9(X))
& tangible_entity_1(fn_chromatin_packing_10(X))
& entity_1(fn_chromatin_packing_10(X))
& dna_1(fn_chromatin_packing_10(X))
& chromosome_1(fn_chromatin_packing_11(X))
& eukaryotic_chromatin_1(fn_chromatin_packing_11(X))
& euchromatin_1(fn_chromatin_packing_11(X))
& hold_1(fn_chromatin_packing_12(X))
& entity_1(fn_fold_1(fn_chromatin_packing_9(X)))
& tangible_entity_1(fn_hold_1(fn_chromatin_packing_12(X)))
& chromosome_1(fn_looped_domains_5(fn_chromatin_packing_3(X)))
& fold_1(fn_looped_domains_11(fn_chromatin_packing_3(X)))
& fold_1(fn_looped_domains_10(fn_chromatin_packing_3(X)))
& eukaryotic_chromatin_1(fn_looped_domains_9(fn_chromatin_packing_3(X)))
& heterochromatin_1(fn_looped_domains_1(fn_chromatin_packing_3(X)))
& tangible_entity_1(fn_hold_2(fn_chromatin_packing_12(X)))
& entity_1(fn_chromosome_4(fn_chromatin_packing_11(X)))
& dna_1(fn_chromosome_4(fn_chromatin_packing_11(X)))
& eukaryotic_chromatin_1(fn_nucleosome_4(fn_chromatin_packing_6(X)))
& euchromatin_1(fn_nucleosome_3(fn_chromatin_packing_6(X)))
& next_event_2(fn_chromatin_packing_9(X),fn_chromatin_packing_8(X))
& agent_2(fn_chromatin_packing_9(X),fn_chromatin_packing_1(X))
& result_2(fn_chromatin_packing_9(X),fn_chromatin_packing_5(X))
& next_event_2(fn_chromatin_packing_8(X),fn_chromatin_packing_2(X))
& object_2(X,fn_chromatin_packing_5(X))
& subevent_2(X,fn_chromatin_packing_2(X))
& subevent_2(X,fn_chromatin_packing_8(X))
& subevent_2(X,fn_chromatin_packing_9(X))
& enables_2(X,fn_chromatin_packing_12(X))
& object_2(fn_chromatin_packing_9(X),fn_chromatin_packing_6(X))
& object_2(fn_chromatin_packing_12(X),fn_chromatin_packing_10(X))
& agent_2(fn_chromatin_packing_12(X),fn_chromatin_packing_7(X))
& object_2(fn_chromatin_packing_8(X),fn_chromatin_packing_5(X))
& object_2(fn_chromatin_packing_2(X),fn_chromatin_packing_3(X))
& result_2(fn_chromatin_packing_8(X),fn_chromatin_packing_3(X))
& result_2(fn_chromatin_packing_8(X),fn_chromatin_packing_4(X))
& same_type_2(fn_chromatin_packing_4(X),fn_chromatin_packing_3(X))
& same_type_2(fn_chromatin_packing_3(X),fn_chromatin_packing_4(X))
& same_type_2(fn_chromatin_packing_6(X),fn_chromatin_packing_11(X))
& same_type_2(fn_chromatin_packing_11(X),fn_chromatin_packing_6(X))
& has_part_2(fn_chromatin_packing_11(X),fn_chromatin_packing_10(X))
& fn_chromatin_packing_6(X) = fn_fold_1(fn_chromatin_packing_9(X))
& fn_chromatin_packing_10(X) = fn_hold_2(fn_chromatin_packing_12(X))
& fn_chromatin_packing_7(X) = fn_hold_1(fn_chromatin_packing_12(X))
& fn_chromatin_packing_5(X) = fn_looped_domains_5(fn_chromatin_packing_3(X))
& fn_chromatin_packing_2(X) = fn_looped_domains_11(fn_chromatin_packing_3(X))
& fn_chromatin_packing_8(X) = fn_looped_domains_10(fn_chromatin_packing_3(X))
& fn_chromatin_packing_4(X) = fn_looped_domains_9(fn_chromatin_packing_3(X))
& fn_chromatin_packing_4(X) = fn_looped_domains_1(fn_chromatin_packing_3(X))
& fn_chromatin_packing_10(X) = fn_chromosome_4(fn_chromatin_packing_11(X))
& fn_chromatin_packing_11(X) = fn_nucleosome_4(fn_chromatin_packing_6(X))
& fn_chromatin_packing_11(X) = fn_nucleosome_3(fn_chromatin_packing_6(X))
& fn_looped_domains_1(fn_chromatin_packing_3(X)) = fn_looped_domains_9(fn_chromatin_packing_3(X))
& fn_looped_domains_9(fn_chromatin_packing_3(X)) = fn_looped_domains_1(fn_chromatin_packing_3(X))
& fn_looped_domains_1(fn_chromatin_packing_3(X)) = fn_hold_2(fn_chromatin_packing_12(X))
& fn_hold_2(fn_chromatin_packing_12(X)) = fn_chromosome_4(fn_chromatin_packing_11(X))
& fn_chromosome_4(fn_chromatin_packing_11(X)) = fn_nucleosome_4(fn_chromatin_packing_6(X))
& fn_nucleosome_3(fn_chromatin_packing_6(X)) = fn_nucleosome_4(fn_chromatin_packing_6(X))
& fn_nucleosome_4(fn_chromatin_packing_6(X)) = fn_nucleosome_3(fn_chromatin_packing_6(X)) ) ) ).
fof(a528397,axiom,
! [X] :
( chromium_1(X)
=> ( original_name_2(X,'Chromium')
& user_description_2(X,'Chromium is a metal atom with atomic number 24. It is represented by the symbol Cr.')
& concept2words_2(X,chromium)
& concept2words_2(X,'Cr')
& metal_atom_1(X)
& neutron_1(fn_chromium_3(X))
& atomic_mass_value_1(fn_chromium_4(X))
& electronegativity_value_1(fn_chromium_5(X))
& valence_electron_1(fn_chromium_9(X))
& atomic_weight_value_1(fn_chromium_10(X))
& atomic_number_value_1(fn_chromium_11(X))
& quantity_value_1(fn_chromium_12(X))
& electronegativity_2(X,fn_chromium_5(X))
& mass_number_2(X,fn_chromium_4(X))
& exactCardinality(X,has_part_0,"28",neutron_0)
& exactCardinality(X,has_part_0,"24",proton_0)
& exactCardinality(X,has_part_0,"24",electron_0)
& has_part_2(X,fn_chromium_3(X))
& the_cardinal_value_2(fn_chromium_12(X),"6")
& cardinal_unit_class_2(fn_chromium_12(X),unity_0)
& the_cardinal_value_2(fn_chromium_5(X),"1.66")
& cardinal_unit_class_2(fn_chromium_5(X),unity_0)
& the_cardinal_value_2(fn_chromium_4(X),"52")
& cardinal_unit_class_2(fn_chromium_4(X),unity_0)
& the_cardinal_value_2(fn_chromium_11(X),"24")
& cardinal_unit_class_2(fn_chromium_11(X),unity_0)
& the_cardinal_value_2(fn_chromium_10(X),"52")
& cardinal_unit_class_2(fn_chromium_10(X),dalton_0)
& atomic_number_2(X,fn_chromium_11(X))
& atomic_weight_2(X,fn_chromium_10(X))
& has_part_2(X,fn_chromium_9(X))
& quantity_2(fn_chromium_9(X),fn_chromium_12(X))
& fn_chromium_7(X) = fn_atom_12(X)
& fn_chromium_11(X) = fn_atom_17(X)
& fn_chromium_8(X) = fn_atom_13(X)
& fn_chromium_10(X) = fn_atom_16(X)
& fn_chromium_6(X) = fn_atom_1(X)
& fn_chromium_12(X) = fn_atom_5(X)
& fn_chromium_9(X) = fn_atom_14(X) ) ) ).
fof(a528398,axiom,
! [X] :
( chromoplast_1(X)
=> ( original_name_2(X,'Chromoplast')
& user_description_2(X,'Chromoplasts are plastids having pigments that give colour to fruits and flowers.')
& concept2words_2(X,chromoplast)
& plastid_1(X)
& ~ amyloplast_1(X)
& ~ chloroplast_1(X)
& ~ plant_statolith_1(X) ) ) ).
fof(a528399,axiom,
! [X] :
( chromosomal_arrangement_1(X)
=> ( original_name_2(X,'Chromosomal-Arrangement')
& user_description_2(X,'A particular way chromosomes are arranged.')
& concept2words_2(X,'chromosomal arrangement')
& concept2words_2(X,'chromosomal-arrangement')
& cellular_structure_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X) ) ) ).
fof(a528400,axiom,
! [X] :
( chromosomal_disorder_1(X)
=> ( original_name_2(X,'Chromosomal-Disorder')
& user_description_2(X,'A genetic disorder resulting from changes in chromosome number or large changes in chromosome structure.')
& concept2words_2(X,'chromosome anomaly')
& concept2words_2(X,'chromosome-anomaly')
& concept2words_2(X,'chromosome aberration')
& concept2words_2(X,'chromosome-aberration')
& concept2words_2(X,'chromosomal disorder')
& concept2words_2(X,'chromosomal-disorder')
& human_genetic_disorder_1(X) ) ) ).
fof(a528401,axiom,
! [X] :
( chromosomal_disorder_cell_1(X)
=> ( original_name_2(X,'Chromosomal-Disorder-Cell')
& user_description_2(X,'A cell with an inappropriate number of chromosomes for its species.')
& concept2words_2(X,'cell showing chromosome disorder')
& concept2words_2(X,'cell-showing-chromosome-disorder')
& concept2words_2(X,aneuploidy)
& concept2words_2(X,'cell with aneuploidy')
& concept2words_2(X,'cell-with-aneuploidy')
& concept2words_2(X,'chromosomal disorder cell')
& concept2words_2(X,'chromosomal-disorder-cell')
& cell_state_1(X) ) ) ).
fof(a528402,axiom,
! [X] :
( chromosomal_inheritance_1(X)
=> ( original_name_2(X,'Chromosomal-Inheritance')
& user_description_2(X,'Inheritance of an entire chromosome or large section of a chromosome.')
& concept2words_2(X,inherit)
& concept2words_2(X,'chromosomal inheritance')
& concept2words_2(X,'chromosomal-inheritance')
& inheritance_1(X)
& gene_1(fn_chromosomal_inheritance_1(X))
& organism_1(fn_chromosomal_inheritance_2(X))
& genotype_1(fn_chromosomal_inheritance_3(X))
& gene_related_aggregates_1(fn_chromosomal_inheritance_3(X))
& chromosome_1(fn_chromosomal_inheritance_4(X))
& parent_1(fn_chromosomal_inheritance_5(X))
& organism_1(fn_chromosomal_inheritance_6(X))
& organism_1(fn_parent_3(fn_chromosomal_inheritance_5(X)))
& genotype_1(fn_organism_3(fn_chromosomal_inheritance_2(X)))
& gene_1(fn_gene_related_aggregates_1(fn_chromosomal_inheritance_3(X)))
& inheritance_1(fn_gene_15(fn_chromosomal_inheritance_1(X)))
& event_1(fn_organism_role_2(fn_chromosomal_inheritance_5(X)))
& agent_2(X,fn_chromosomal_inheritance_6(X))
& object_2(X,fn_chromosomal_inheritance_4(X))
& donor_2(X,fn_chromosomal_inheritance_2(X))
& object_2(X,fn_chromosomal_inheritance_1(X))
& in_event_2(fn_chromosomal_inheritance_5(X),X)
& plays_2(fn_chromosomal_inheritance_6(X),fn_chromosomal_inheritance_5(X))
& element_2(fn_chromosomal_inheritance_3(X),fn_chromosomal_inheritance_1(X))
& has_part_2(fn_chromosomal_inheritance_2(X),fn_chromosomal_inheritance_3(X))
& fn_chromosomal_inheritance_4(X) = fn_transfer_1(X)
& fn_chromosomal_inheritance_2(X) = fn_inheritance_3(X)
& X = fn_gene_15(fn_chromosomal_inheritance_1(X))
& X = fn_organism_role_2(fn_chromosomal_inheritance_5(X))
& fn_chromosomal_inheritance_6(X) = fn_parent_3(fn_chromosomal_inheritance_5(X))
& fn_chromosomal_inheritance_3(X) = fn_organism_3(fn_chromosomal_inheritance_2(X))
& fn_chromosomal_inheritance_1(X) = fn_gene_related_aggregates_1(fn_chromosomal_inheritance_3(X))
& fn_gene_15(fn_chromosomal_inheritance_1(X)) = fn_organism_role_2(fn_chromosomal_inheritance_5(X)) ) ) ).
fof(a528403,axiom,
! [X] :
( chromosomal_translocation_1(X)
=> ( original_name_2(X,'Chromosomal-Translocation')
& user_description_2(X,'A translocation moves a segment from one chromosome to another, nonhomologous one.')
& concept2words_2(X,translocation)
& concept2words_2(X,translocate)
& concept2words_2(X,'chromosomal translocation')
& concept2words_2(X,'chromosomal-translocation')
& translocation_1(X)
& change_chromosome_structure_1(X)
& ~ deletion_of_chromosome_fragment_1(X)
& ~ duplication_of_chromosome_fragment_1(X)
& ~ inversion_of_chromosome_fragment_1(X)
& non_homologous_chromosome_1(fn_chromosomal_translocation_1(X))
& chromosome_1(fn_chromosomal_translocation_2(X))
& chromosome_fragment_1(fn_chromosomal_translocation_3(X))
& break_1(fn_chromosomal_translocation_4(X))
& attach_1(fn_chromosomal_translocation_5(X))
& spatial_entity_1(fn_attach_2(fn_chromosomal_translocation_5(X)))
& spatial_entity_1(fn_attach_1(fn_chromosomal_translocation_5(X)))
& tangible_entity_1(fn_impair_1(fn_chromosomal_translocation_4(X)))
& by_means_of_2(X,fn_chromosomal_translocation_4(X))
& subevent_2(X,fn_chromosomal_translocation_4(X))
& subevent_2(X,fn_chromosomal_translocation_5(X))
& first_subevent_2(X,fn_chromosomal_translocation_4(X))
& has_part_2(fn_chromosomal_translocation_2(X),fn_chromosomal_translocation_3(X))
& result_2(fn_chromosomal_translocation_4(X),fn_chromosomal_translocation_3(X))
& next_event_2(fn_chromosomal_translocation_4(X),fn_chromosomal_translocation_5(X))
& base_2(fn_chromosomal_translocation_5(X),fn_chromosomal_translocation_1(X))
& object_2(fn_chromosomal_translocation_5(X),fn_chromosomal_translocation_3(X))
& object_2(fn_chromosomal_translocation_4(X),fn_chromosomal_translocation_2(X))
& fn_chromosomal_translocation_1(X) = fn_attach_2(fn_chromosomal_translocation_5(X))
& fn_chromosomal_translocation_3(X) = fn_attach_1(fn_chromosomal_translocation_5(X))
& fn_chromosomal_translocation_2(X) = fn_impair_1(fn_chromosomal_translocation_4(X)) ) ) ).
fof(a528404,axiom,
! [X] :
( chromosome_1(X)
=> ( original_name_2(X,'Chromosome')
& user_description_2(X,'A chromosome is an organized structure of DNA and protein that is found in cells. It is a single piece of coiled DNA containing many genes, regulatory elements and other nucleotide sequences')
& concept2words_2(X,chromosomes)
& concept2words_2(X,'chromosome pair')
& concept2words_2(X,'pair of chromosomes')
& concept2words_2(X,chromatin)
& concept2words_2(X,chromosome)
& cellular_structure_1(X)
& density_value_1(fn_chromosome_2(X))
& protein_1(fn_chromosome_3(X))
& entity_1(fn_chromosome_4(X))
& dna_1(fn_chromosome_4(X))
& dna_strand_1(fn_chromosome_5(X))
& centromere_1(fn_chromosome_6(X))
& origin_of_replication_1(fn_chromosome_7(X))
& coil_1(fn_chromosome_8(X))
& deoxyribonucleoside_monophosphate_1(fn_chromosome_9(X))
& nucleoside_1(fn_chromosome_10(X))
& organic_molecule_1(fn_chromosome_10(X))
& guanine_1(fn_chromosome_11(X))
& nitrogenous_base_1(fn_chromosome_11(X))
& cytosine_1(fn_chromosome_12(X))
& nucleoside_1(fn_chromosome_13(X))
& organic_molecule_1(fn_chromosome_13(X))
& deoxyribonucleoside_monophosphate_1(fn_chromosome_14(X))
& entity_1(fn_coil_1(fn_chromosome_8(X)))
& deoxyribonucleoside_monophosphate_1(fn_dna_strand_68(fn_chromosome_5(X)))
& nucleoside_1(fn_dna_strand_60(fn_chromosome_5(X)))
& organic_molecule_1(fn_dna_strand_60(fn_chromosome_5(X)))
& cytosine_1(fn_dna_strand_66(fn_chromosome_5(X)))
& guanine_1(fn_dna_strand_65(fn_chromosome_5(X)))
& nitrogenous_base_1(fn_dna_strand_65(fn_chromosome_5(X)))
& nucleoside_1(fn_dna_strand_62(fn_chromosome_5(X)))
& organic_molecule_1(fn_dna_strand_62(fn_chromosome_5(X)))
& deoxyribonucleoside_monophosphate_1(fn_dna_strand_54(fn_chromosome_5(X)))
& chromosome_1(fn_origin_of_replication_1(fn_chromosome_7(X)))
& chromosome_1(fn_centromere_3(fn_chromosome_6(X)))
& dna_strand_1(fn_dna_2(fn_chromosome_4(X)))
& dna_strand_1(fn_dna_11(fn_chromosome_4(X)))
& has_part_2(X,fn_chromosome_4(X))
& has_part_2(X,fn_chromosome_3(X))
& exactCardinality(X,has_region_0,"1",centromere_0)
& density_2(X,fn_chromosome_2(X))
& agent_2(fn_chromosome_8(X),fn_chromosome_3(X))
& the_scalar_value_2(fn_chromosome_2(X),dense_0)
& scalar_unit_class_2(fn_chromosome_2(X),cellular_structure_0)
& object_2(fn_chromosome_8(X),fn_chromosome_4(X))
& has_region_2(X,fn_chromosome_7(X))
& has_region_2(X,fn_chromosome_6(X))
& has_part_2(fn_chromosome_4(X),fn_chromosome_5(X))
& has_part_2(fn_chromosome_13(X),fn_chromosome_12(X))
& has_part_2(fn_chromosome_9(X),fn_chromosome_13(X))
& has_part_2(fn_chromosome_5(X),fn_chromosome_9(X))
& has_part_2(fn_chromosome_5(X),fn_chromosome_14(X))
& has_part_2(fn_chromosome_14(X),fn_chromosome_10(X))
& has_part_2(fn_chromosome_10(X),fn_chromosome_11(X))
& complement_2(fn_chromosome_12(X),fn_chromosome_11(X))
& complement_2(fn_chromosome_11(X),fn_chromosome_12(X))
& fn_chromosome_4(X) = fn_coil_1(fn_chromosome_8(X))
& X = fn_origin_of_replication_1(fn_chromosome_7(X))
& X = fn_centromere_3(fn_chromosome_6(X))
& fn_chromosome_5(X) = fn_dna_2(fn_chromosome_4(X))
& fn_chromosome_5(X) = fn_dna_11(fn_chromosome_4(X))
& fn_chromosome_9(X) = fn_dna_strand_68(fn_chromosome_5(X))
& fn_chromosome_13(X) = fn_dna_strand_60(fn_chromosome_5(X))
& fn_chromosome_12(X) = fn_dna_strand_66(fn_chromosome_5(X))
& fn_chromosome_11(X) = fn_dna_strand_65(fn_chromosome_5(X))
& fn_chromosome_10(X) = fn_dna_strand_62(fn_chromosome_5(X))
& fn_chromosome_14(X) = fn_dna_strand_54(fn_chromosome_5(X))
& fn_origin_of_replication_1(fn_chromosome_7(X)) = fn_centromere_3(fn_chromosome_6(X))
& fn_centromere_3(fn_chromosome_6(X)) = fn_dna_2(fn_chromosome_4(X))
& fn_dna_2(fn_chromosome_4(X)) = fn_dna_11(fn_chromosome_4(X)) ) ) ).
fof(a528405,axiom,
! [X] :
( chromosome_21_1(X)
=> ( original_name_2(X,'Chromosome-21')
& user_description_2(X,'One of the 44 autosomes in the nucleus of a typical human somatic cell.')
& concept2words_2(X,'21 of chromosome')
& concept2words_2(X,'chromosome 21')
& concept2words_2(X,'chromosome-21')
& autosome_1(X)
& ~ yeast_artificial_chromosome_1(X)
& ~ sex_chromosome_1(X)
& ~ non_homologous_chromosome_1(X)
& ~ prokaryotic_chromosome_1(X)
& ~ chromosome_fragment_1(X)
& ~ defective_chromosome_1(X)
& ~ human_chromosome_1(X) ) ) ).
fof(a528406,axiom,
! [X] :
( chromosome_alignment_1(X)
=> ( original_name_2(X,'Chromosome-Alignment')
& user_description_2(X,'During mitosis and meiosis, the process in which the set of chromosomes in the cell is aligned on the metaphase plate.')
& concept2words_2(X,align)
& concept2words_2(X,'alignment of chromosome')
& concept2words_2(X,'chromosome alignment')
& concept2words_2(X,'chromosome-alignment')
& mitotic_event_1(X)
& cell_pole_1(fn_chromosome_alignment_1(X))
& angle_value_1(fn_chromosome_alignment_2(X))
& angle_value_1(fn_chromosome_alignment_3(X))
& cell_pole_1(fn_chromosome_alignment_6(X))
& cell_1(fn_chromosome_alignment_7(X))
& entity_1(fn_chromosome_alignment_8(X))
& dna_1(fn_chromosome_alignment_8(X))
& coil_1(fn_chromosome_alignment_9(X))
& kinetochore_1(fn_chromosome_alignment_10(X))
& attach_1(fn_chromosome_alignment_11(X))
& kinetochore_microtubule_1(fn_chromosome_alignment_12(X))
& condensed_diploid_chromosome_1(fn_chromosome_alignment_13(X))
& spatial_entity_1(fn_chromosome_alignment_14(X))
& kinetochore_1(fn_chromosome_alignment_14(X))
& kinetochore_microtubule_1(fn_chromosome_alignment_15(X))
& attach_1(fn_chromosome_alignment_16(X))
& move_1(fn_chromosome_alignment_17(X))
& move_1(fn_chromosome_alignment_18(X))
& spatial_entity_1(fn_attach_2(fn_chromosome_alignment_16(X)))
& spatial_entity_1(fn_attach_1(fn_chromosome_alignment_16(X)))
& spatial_entity_1(fn_attach_1(fn_chromosome_alignment_11(X)))
& cell_pole_1(fn_cell_1(fn_chromosome_alignment_7(X)))
& coil_1(fn_kinetochore_1(fn_chromosome_alignment_14(X)))
& entity_1(fn_kinetochore_2(fn_chromosome_alignment_14(X)))
& dna_1(fn_kinetochore_2(fn_chromosome_alignment_14(X)))
& spatial_entity_1(fn_attach_2(fn_chromosome_alignment_11(X)))
& protein_1(fn_chromosome_3(fn_chromosome_alignment_13(X)))
& spatial_entity_1(fn_move_1(fn_chromosome_alignment_17(X)))
& spatial_entity_1(fn_move_1(fn_chromosome_alignment_18(X)))
& chromosome_1(fn_kinetochore_25(fn_chromosome_alignment_14(X)))
& the_scalar_value_2(fn_chromosome_alignment_3(X),forward_0)
& scalar_unit_class_2(fn_chromosome_alignment_3(X),move_0)
& the_scalar_value_2(fn_chromosome_alignment_2(X),backward_0)
& scalar_unit_class_2(fn_chromosome_alignment_2(X),move_0)
& called_2(fn_chromosome_alignment_18(X),"1")
& direction_2(fn_chromosome_alignment_18(X),fn_chromosome_alignment_2(X))
& toward_2(fn_chromosome_alignment_18(X),fn_chromosome_alignment_1(X))
& called_2(fn_chromosome_alignment_17(X),"2")
& direction_2(fn_chromosome_alignment_17(X),fn_chromosome_alignment_3(X))
& toward_2(fn_chromosome_alignment_17(X),fn_chromosome_alignment_6(X))
& has_region_2(fn_chromosome_alignment_7(X),fn_chromosome_alignment_1(X))
& called_2(fn_chromosome_alignment_16(X),"1")
& inhibits_2(fn_chromosome_alignment_16(X),fn_chromosome_alignment_17(X))
& next_event_2(fn_chromosome_alignment_16(X),fn_chromosome_alignment_18(X))
& fn_chromosome_alignment_14(X) != fn_chromosome_alignment_10(X)
& object_2(X,fn_chromosome_alignment_13(X))
& subevent_2(X,fn_chromosome_alignment_17(X))
& subevent_2(X,fn_chromosome_alignment_18(X))
& subevent_2(X,fn_chromosome_alignment_11(X))
& subevent_2(X,fn_chromosome_alignment_16(X))
& called_2(fn_chromosome_alignment_11(X),"2")
& next_event_2(fn_chromosome_alignment_11(X),fn_chromosome_alignment_17(X))
& inhibits_2(fn_chromosome_alignment_11(X),fn_chromosome_alignment_18(X))
& fn_chromosome_alignment_10(X) != fn_chromosome_alignment_14(X)
& base_2(fn_chromosome_alignment_16(X),fn_chromosome_alignment_14(X))
& base_2(fn_chromosome_alignment_11(X),fn_chromosome_alignment_10(X))
& object_2(fn_chromosome_alignment_16(X),fn_chromosome_alignment_15(X))
& object_2(fn_chromosome_alignment_17(X),fn_chromosome_alignment_13(X))
& object_2(fn_chromosome_alignment_18(X),fn_chromosome_alignment_13(X))
& object_2(fn_chromosome_alignment_11(X),fn_chromosome_alignment_12(X))
& has_part_2(fn_chromosome_alignment_13(X),fn_chromosome_alignment_10(X))
& has_region_2(fn_chromosome_alignment_7(X),fn_chromosome_alignment_6(X))
& has_part_2(fn_chromosome_alignment_13(X),fn_chromosome_alignment_14(X))
& has_part_2(fn_chromosome_alignment_13(X),fn_chromosome_alignment_8(X))
& object_2(fn_chromosome_alignment_9(X),fn_chromosome_alignment_8(X))
& agent_2(fn_chromosome_alignment_9(X),fn_chromosome_alignment_14(X))
& fn_chromosome_alignment_14(X) = fn_attach_2(fn_chromosome_alignment_16(X))
& fn_chromosome_alignment_10(X) = fn_attach_2(fn_chromosome_alignment_11(X))
& fn_chromosome_alignment_15(X) = fn_attach_1(fn_chromosome_alignment_16(X))
& fn_chromosome_alignment_13(X) = fn_move_1(fn_chromosome_alignment_17(X))
& fn_chromosome_alignment_13(X) = fn_move_1(fn_chromosome_alignment_18(X))
& fn_chromosome_alignment_12(X) = fn_attach_1(fn_chromosome_alignment_11(X))
& fn_chromosome_alignment_10(X) = fn_chromosome_3(fn_chromosome_alignment_13(X))
& fn_chromosome_alignment_6(X) = fn_cell_1(fn_chromosome_alignment_7(X))
& fn_chromosome_alignment_9(X) = fn_kinetochore_1(fn_chromosome_alignment_14(X))
& fn_chromosome_alignment_8(X) = fn_kinetochore_2(fn_chromosome_alignment_14(X))
& fn_chromosome_alignment_13(X) = fn_kinetochore_25(fn_chromosome_alignment_14(X))
& fn_attach_2(fn_chromosome_alignment_11(X)) = fn_chromosome_3(fn_chromosome_alignment_13(X))
& fn_chromosome_3(fn_chromosome_alignment_13(X)) = fn_move_1(fn_chromosome_alignment_17(X))
& fn_move_1(fn_chromosome_alignment_17(X)) = fn_move_1(fn_chromosome_alignment_18(X))
& fn_move_1(fn_chromosome_alignment_18(X)) = fn_kinetochore_25(fn_chromosome_alignment_14(X))
& fn_kinetochore_25(fn_chromosome_alignment_14(X)) = fn_kinetochore_25(fn_chromosome_alignment_14(X)) ) ) ).
fof(a528407,axiom,
! [X] :
( chromosome_arm_1(X)
=> ( original_name_2(X,'Chromosome-Arm')
& user_description_2(X,'Regions of chromosomes on either side of the centromere, used in the identification of chromosome regions and location of genes.')
& concept2words_2(X,'arm of chromosome')
& concept2words_2(X,'chromosome arm')
& concept2words_2(X,'chromosome-arm')
& anatomical_structure_1(X) ) ) ).
fof(a528408,axiom,
! [X] :
( chromosome_fragment_1(X)
=> ( original_name_2(X,'Chromosome-Fragment')
& user_description_2(X,'A section of a chromosome that becomes separated.')
& concept2words_2(X,'fragment of chromosome')
& concept2words_2(X,'chromosome fragment')
& concept2words_2(X,'chromosome-fragment')
& chromosome_1(X)
& ~ yeast_artificial_chromosome_1(X)
& ~ sex_chromosome_1(X)
& ~ recombinant_chromosome_1(X)
& ~ non_homologous_chromosome_1(X)
& ~ autosome_1(X)
& ~ prokaryotic_chromosome_1(X)
& ~ chromosome_21_1(X)
& ~ defective_chromosome_1(X)
& ~ eukaryotic_chromosome_1(X)
& ~ homologous_chromosome_1(X)
& ~ human_chromosome_1(X) ) ) ).
fof(a528409,axiom,
! [X] :
( chromosome_region_1(X)
=> ( original_name_2(X,'Chromosome-Region')
& user_description_2(X,'A region of a chromosome or DNA molecule.')
& concept2words_2(X,'region of chromosome')
& concept2words_2(X,'chromosome region')
& concept2words_2(X,'chromosome-region')
& nucleic_acid_region_1(X) ) ) ).
fof(a528410,axiom,
! [X] :
( chromosome_theory_1(X)
=> ( original_name_2(X,'Chromosome-Theory')
& user_description_2(X,'According to the chromosome theory of inheritance, Mendelian genes have specific loci on chromosomes, and it is the chromosomes that undergo segregation and independent assortment.')
& concept2words_2(X,'chromosomal theory of inheritance')
& concept2words_2(X,'chromosome theory of inheritance')
& concept2words_2(X,'theory of chromosome')
& concept2words_2(X,'chromosome theory')
& concept2words_2(X,'chromosome-theory')
& hypothesis_1(X)
& meiosis_1(fn_chromosome_theory_1(X))
& gene_1(fn_chromosome_theory_2(X))
& move_apart_1(fn_chromosome_theory_3(X))
& chromosome_1(fn_chromosome_theory_4(X))
& spatial_entity_1(fn_move_apart_2(fn_chromosome_theory_3(X)))
& spatial_entity_1(fn_move_apart_1(fn_chromosome_theory_3(X)))
& information_content_2(X,fn_chromosome_theory_2(X))
& is_on_2(fn_chromosome_theory_2(X),fn_chromosome_theory_4(X))
& by_means_of_2(fn_chromosome_theory_3(X),fn_chromosome_theory_1(X))
& information_content_2(X,fn_chromosome_theory_4(X))
& object_2(fn_chromosome_theory_3(X),fn_chromosome_theory_4(X))
& fn_chromosome_theory_4(X) = fn_information_1(X)
& fn_chromosome_theory_4(X) = fn_move_apart_2(fn_chromosome_theory_3(X))
& fn_chromosome_theory_4(X) = fn_move_apart_1(fn_chromosome_theory_3(X))
& fn_information_1(X) = fn_move_apart_2(fn_chromosome_theory_3(X))
& fn_move_apart_2(fn_chromosome_theory_3(X)) = fn_move_apart_2(fn_chromosome_theory_3(X))
& fn_move_apart_2(fn_chromosome_theory_3(X)) = fn_move_apart_1(fn_chromosome_theory_3(X)) ) ) ).
fof(a528411,axiom,
! [X] :
( chylomicron_1(X)
=> ( original_name_2(X,'Chylomicron')
& user_description_2(X,'A type of lipoprotein that transports dietary lipids from the intestines to other tissues of the body.')
& concept2words_2(X,chylomicron)
& subcellular_assembly_1(X)
& ~ thylakoid_electron_transport_chain_1(X)
& ~ cytochrome_complex_1(X)
& ~ electron_shuttle_system_1(X)
& ~ electron_transport_chain_1(X)
& ~ microfibril_1(X)
& ~ signal_recognition_particle_1(X)
& shape_value_1(fn_chylomicron_2(X))
& lipid_1(fn_chylomicron_3(X))
& cholesterol_1(fn_chylomicron_4(X))
& phospholipid_1(fn_chylomicron_5(X))
& protein_1(fn_chylomicron_6(X))
& lining_1(fn_chylomicron_7(X))
& solubility_value_1(fn_chylomicron_8(X))
& property_node_1(fn_solubility_value_1(fn_chylomicron_8(X)))
& has_region_2(X,fn_chylomicron_7(X))
& has_part_2(X,fn_chylomicron_3(X))
& has_part_2(X,fn_chylomicron_4(X))
& has_part_2(X,fn_chylomicron_5(X))
& has_part_2(X,fn_chylomicron_6(X))
& solubility_in_water_2(X,fn_chylomicron_8(X))
& shape_2(X,fn_chylomicron_2(X))
& element_2(fn_chylomicron_7(X),fn_chylomicron_4(X))
& element_2(fn_chylomicron_7(X),fn_chylomicron_5(X))
& element_2(fn_chylomicron_7(X),fn_chylomicron_6(X))
& is_inside_2(fn_chylomicron_3(X),fn_chylomicron_7(X))
& the_scalar_value_2(fn_chylomicron_8(X),soluble_0)
& scalar_unit_class_2(fn_chylomicron_8(X),subcellular_assembly_0)
& the_categorical_value_2(fn_chylomicron_2(X),globular_0)
& fn_chylomicron_9(X) = fn_solubility_value_1(fn_chylomicron_8(X)) ) ) ).
fof(a528412,axiom,
! [X] :
( chymotrypsin_1(X)
=> ( original_name_2(X,'Chymotrypsin')
& user_description_2(X,'A digestive enzyme, found in pancreatic juice, that breaks polypeptides into shorter chains.')
& concept2words_2(X,chymotrypsin)
& digestive_enzyme_1(X)
& protease_1(X)
& polypeptide_1(fn_chymotrypsin_1(X))
& exergonic_reaction_1(fn_chymotrypsin_2(X))
& hydrolysis_1(fn_chymotrypsin_2(X))
& chemical_reaction_1(fn_chymotrypsin_2(X))
& chemical_entity_1(fn_chymotrypsin_3(X))
& leave_1(fn_chymotrypsin_4(X))
& spatial_entity_1(fn_chymotrypsin_5(X))
& chemical_entity_1(fn_chymotrypsin_5(X))
& monomer_1(fn_chymotrypsin_5(X))
& molecule_1(fn_chymotrypsin_5(X))
& amino_acid_1(fn_chymotrypsin_5(X))
& r_group_1(fn_chymotrypsin_6(X))
& spatial_entity_1(fn_chymotrypsin_7(X))
& active_site_1(fn_chymotrypsin_7(X))
& reactant_1(fn_chymotrypsin_8(X))
& spatial_entity_1(fn_locomotion_1(fn_chymotrypsin_4(X)))
& chemical_reaction_1(fn_reactant_2(fn_chymotrypsin_8(X)))
& spatial_entity_1(fn_leave_1(fn_chymotrypsin_4(X)))
& in_event_2(fn_chymotrypsin_8(X),fn_chymotrypsin_2(X))
& origin_2(fn_chymotrypsin_4(X),fn_chymotrypsin_7(X))
& object_2(fn_chymotrypsin_4(X),fn_chymotrypsin_3(X))
& agent_2(fn_chymotrypsin_4(X),fn_chymotrypsin_3(X))
& has_part_2(fn_chymotrypsin_1(X),fn_chymotrypsin_5(X))
& has_part_2(X,fn_chymotrypsin_1(X))
& has_function_2(X,fn_chymotrypsin_2(X))
& has_region_2(X,fn_chymotrypsin_7(X))
& facilitates_2(fn_chymotrypsin_7(X),fn_chymotrypsin_2(X))
& site_2(fn_chymotrypsin_2(X),fn_chymotrypsin_7(X))
& is_inside_2(fn_chymotrypsin_6(X),fn_chymotrypsin_7(X))
& has_region_2(fn_chymotrypsin_5(X),fn_chymotrypsin_6(X))
& fn_chymotrypsin_2(X) = fn_reactant_2(fn_chymotrypsin_8(X))
& fn_chymotrypsin_7(X) = fn_leave_1(fn_chymotrypsin_4(X))
& fn_chymotrypsin_3(X) = fn_locomotion_1(fn_chymotrypsin_4(X))
& fn_chymotrypsin_2(X) = fn_hydrolase_1(X)
& fn_chymotrypsin_1(X) = fn_protease_5(X)
& fn_chymotrypsin_5(X) = fn_protease_19(X)
& fn_chymotrypsin_6(X) = fn_protease_18(X)
& fn_chymotrypsin_2(X) = fn_protease_17(X)
& fn_chymotrypsin_7(X) = fn_protease_23(X)
& fn_reactant_2(fn_chymotrypsin_8(X)) = fn_hydrolase_1(X)
& fn_hydrolase_1(X) = fn_hydrolase_1(X)
& fn_hydrolase_1(X) = fn_protease_17(X)
& fn_protease_17(X) = fn_protease_17(X)
& fn_protease_17(X) = fn_leave_1(fn_chymotrypsin_4(X))
& fn_leave_1(fn_chymotrypsin_4(X)) = fn_protease_23(X)
& fn_protease_23(X) = fn_protease_23(X) ) ) ).
fof(a528413,axiom,
! [X] :
( chytrid_1(X)
=> ( original_name_2(X,'Chytrid')
& user_description_2(X,'A fungus from the phylum Chytridiomycota, a group of primarly aquatic fungi with flagellated zoospores. The chytrids are the most ancestral fungi.')
& concept2words_2(X,chytrid)
& fungus_1(X)
& ~ ascomycete_1(X)
& ~ club_fungus_1(X)
& ~ deuteromycete_1(X)
& ~ glomeromycete_1(X)
& ~ symbiotic_fungi_1(X)
& ~ zygomycete_1(X) ) ) ).
fof(a528414,axiom,
! [X] :
( ciliary_body_1(X)
=> ( original_name_2(X,'Ciliary-Body')
& user_description_2(X,'A portion of the vertebrate eye associated with the lens. It produces the clear, watery aqueous humor that fills the anterior cavity of the eye.')
& concept2words_2(X,'ciliary body')
& concept2words_2(X,'ciliary-body')
& mixed_epithelial_tissue_1(X)
& ~ proximal_tubule_1(X)
& ~ islets_of_langerhans_1(X)
& ~ endometrium_1(X)
& ~ corpus_luteum_1(X)
& ~ collecting_duct_1(X)
& ~ bronchus_1(X)
& ~ alveolus_1(X)
& ~ blood_brain_barrier_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ epithelium_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ lacteal_1(X)
& ~ prepuce_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a528415,axiom,
! [X] :
( ciliate_1(X)
=> ( original_name_2(X,'Ciliate')
& user_description_2(X,'A protozoan that locomotes by means of cilia.')
& concept2words_2(X,ciliate)
& alveolate_1(X)
& ~ apicomplexan_1(X)
& cilium_1(fn_ciliate_1(X))
& has_part_2(X,fn_ciliate_1(X)) ) ) ).
fof(a528416,axiom,
! [X] :
( cilium_1(X)
=> ( original_name_2(X,'Cilium')
& user_description_2(X,'An organelle of some eukaryotic cells; a cilium extends from the body of the cell. Cilia can have locomotory or sensory functions.')
& concept2words_2(X,cilia)
& concept2words_2(X,cilium)
& cellular_structure_1(X)
& protein_enzyme_1(fn_cilium_1(X))
& length_value_1(fn_cilium_4(X))
& quantity_value_1(fn_cilium_5(X))
& shape_value_1(fn_cilium_6(X))
& surface_1(fn_cilium_8(X))
& inside_face_1(fn_cilium_8(X))
& aqueous_solution_1(fn_cilium_9(X))
& biomembrane_1(fn_cilium_10(X))
& aqueous_solution_1(fn_biomembrane_15(fn_cilium_10(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_cilium_10(X)))
& surface_1(fn_biomembrane_47(fn_cilium_10(X)))
& inside_face_1(fn_biomembrane_42(fn_cilium_10(X)))
& the_scalar_value_2(fn_cilium_4(X),short_0)
& scalar_unit_class_2(fn_cilium_4(X),flagellum_0)
& the_scalar_value_2(fn_cilium_5(X),numerous_0)
& scalar_unit_class_2(fn_cilium_5(X),flagellum_0)
& shape_2(X,fn_cilium_6(X))
& has_part_2(X,fn_cilium_10(X))
& has_part_2(X,fn_cilium_9(X))
& has_part_2(X,fn_cilium_1(X))
& quantity_2(X,fn_cilium_5(X))
& length_2(X,fn_cilium_4(X))
& the_categorical_value_2(fn_cilium_6(X),line_0)
& has_region_2(fn_cilium_10(X),fn_cilium_8(X))
& is_inside_2(fn_cilium_9(X),fn_cilium_8(X))
& is_between_2(fn_cilium_10(X),fn_cilium_9(X))
& fn_cilium_9(X) = fn_biomembrane_15(fn_cilium_10(X))
& fn_cilium_9(X) = fn_biomembrane_14(fn_cilium_10(X))
& fn_cilium_8(X) = fn_biomembrane_47(fn_cilium_10(X))
& fn_cilium_8(X) = fn_biomembrane_42(fn_cilium_10(X))
& fn_biomembrane_15(fn_cilium_10(X)) = fn_biomembrane_14(fn_cilium_10(X))
& fn_biomembrane_14(fn_cilium_10(X)) = fn_biomembrane_14(fn_cilium_10(X))
& fn_biomembrane_14(fn_cilium_10(X)) = fn_biomembrane_42(fn_cilium_10(X))
& fn_biomembrane_42(fn_cilium_10(X)) = fn_biomembrane_47(fn_cilium_10(X))
& fn_biomembrane_47(fn_cilium_10(X)) = fn_biomembrane_42(fn_cilium_10(X)) ) ) ).
fof(a528417,axiom,
! [X] :
( circadian_rhythm_1(X)
=> ( original_name_2(X,'Circadian-Rhythm')
& user_description_2(X,'Any biological process that occurs on an endogenous rhythm of about 24 hours. Such rhythms persist even in the absence of external cues. All organisms so far studied have circadian rhythms.')
& concept2words_2(X,'circadian rhythm')
& concept2words_2(X,'circadian-rhythm')
& biological_clock_1(X) ) ) ).
fof(a528418,axiom,
! [X] :
( circuit_1(X)
=> ( original_name_2(X,'Circuit')
& user_description_2(X,'A closed anatomical or physiological pathway which returns to the starting point.')
& concept2words_2(X,circuit)
& anatomical_structure_1(X) ) ) ).
fof(a528419,axiom,
! [X] :
( circular_dna_1(X)
=> ( original_name_2(X,'Circular-DNA')
& user_description_2(X,'Circular stucture of DNA. Found in viruses, bacteria and archaea as well as in eukaryotic cells in the form of either mitochondrial DNA or plastid DNA.')
& concept2words_2(X,plasmid)
& concept2words_2(X,'extranuclear dna')
& concept2words_2(X,'extranuclear-dna')
& concept2words_2(X,'dna of circular')
& concept2words_2(X,'circular dna')
& concept2words_2(X,'circular-dna')
& dna_1(X)
& dna_1(fn_circular_dna_1(X))
& has_part_2(X,fn_circular_dna_1(X)) ) ) ).
fof(a528420,axiom,
! [X] :
( circulatory_organ_1(X)
=> ( original_name_2(X,'Circulatory-Organ')
& user_description_2(X,'Organ of the animal circulatory system.')
& concept2words_2(X,'circulatory organ')
& concept2words_2(X,'circulatory-organ')
& animal_organ_1(X) ) ) ).
fof(a528421,axiom,
! [X] :
( circulatory_system_1(X)
=> ( original_name_2(X,'Circulatory-System')
& user_description_2(X,'An organ system linking the aqueous environment of the body cells to the organs that exchange gases, absorb nutrients and dispose of wastes. A circulatory system ans three basic components: a circulatory fluid, a set of interconnecting vessels, and a muscular pump.')
& concept2words_2(X,'circulatory system')
& concept2words_2(X,'circulatory-system')
& organ_system_1(X)
& blood_vessel_1(fn_circulatory_system_1(X))
& element_2(X,fn_circulatory_system_1(X)) ) ) ).
fof(a528422,axiom,
! [X] :
( circumference_constant_1(X)
=> ( original_name_2(X,'Circumference-Constant')
& concept2words_2(X,'constant of circumference')
& concept2words_2(X,'circumference constant')
& concept2words_2(X,'circumference-constant')
& constant_1(X) ) ) ).
fof(a528423,axiom,
! [X] :
( circumference_scale_1(X)
=> ( original_name_2(X,'Circumference-Scale')
& concept2words_2(X,'scale of circumference')
& concept2words_2(X,'circumference scale')
& concept2words_2(X,'circumference-scale')
& scale_1(X) ) ) ).
fof(a528424,axiom,
! [X] :
( cis_face_1(X)
=> ( original_name_2(X,'Cis-Face')
& user_description_2(X,'Cis face serves as receiving region of the golgi for transport vesicles.')
& concept2words_2(X,'cis face')
& concept2words_2(X,'cis-face')
& subcellular_region_1(X)
& face_region_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X)
& cisterna_1(fn_cis_face_1(X))
& trans_face_1(fn_cis_face_2(X))
& synthesis_reaction_1(fn_cis_face_3(X))
& distinguishing_1(fn_cis_face_4(X))
& segregate_1(fn_cis_face_5(X))
& produce_1(fn_cis_face_6(X))
& synthesis_reaction_1(fn_cis_face_7(X))
& chemical_reaction_1(fn_cis_face_8(X))
& chemical_reaction_1(fn_cis_face_9(X))
& chemical_reaction_1(fn_cis_face_10(X))
& chemical_reaction_1(fn_cis_face_11(X))
& biological_region_1(fn_cis_face_12(X))
& protein_enzyme_1(fn_cis_face_13(X))
& nucleus_1(fn_cis_face_14(X))
& endoplasmic_reticulum_1(fn_cis_face_15(X))
& attach_1(fn_cis_face_16(X))
& receive_1(fn_cis_face_19(X))
& transfer_1(fn_cis_face_20(X))
& deliver_1(fn_cis_face_21(X))
& produce_1(fn_cis_face_22(X))
& receive_1(fn_cis_face_23(X))
& release_1(fn_cis_face_24(X))
& store_1(fn_cis_face_25(X))
& fusion_1(fn_cis_face_26(X))
& chemical_reaction_1(fn_cis_face_27(X))
& deliver_1(fn_cis_face_28(X))
& substance_1(fn_cis_face_29(X))
& cytosol_1(fn_cis_face_29(X))
& spatial_entity_1(fn_cis_face_30(X))
& tangible_entity_1(fn_cis_face_30(X))
& biomembrane_1(fn_cis_face_30(X))
& aqueous_solution_1(fn_cis_face_31(X))
& protein_enzyme_1(fn_cis_face_32(X))
& tangible_entity_1(fn_cis_face_33(X))
& eukaryotic_cell_1(fn_cis_face_33(X))
& cell_1(fn_cis_face_33(X))
& move_out_of_1(fn_cis_face_34(X))
& anabolic_pathway_1(fn_cis_face_35(X))
& synthesis_of_protein_1(fn_cis_face_35(X))
& synthesis_of_membrane_protein_1(fn_cis_face_35(X))
& synthesis_reaction_1(fn_cis_face_36(X))
& metabolic_pathway_1(fn_cis_face_36(X))
& chemical_reaction_1(fn_cis_face_36(X))
& anabolic_pathway_1(fn_cis_face_36(X))
& synthesis_of_lipid_1(fn_cis_face_36(X))
& synthesis_of_atp_1(fn_cis_face_37(X))
& synthesis_reaction_1(fn_cis_face_38(X))
& metabolic_pathway_1(fn_cis_face_38(X))
& translation_1(fn_cis_face_38(X))
& anabolic_pathway_1(fn_cis_face_38(X))
& polymer_synthesis_1(fn_cis_face_38(X))
& smooth_endoplasmic_reticulum_1(fn_cis_face_39(X))
& tangible_entity_1(fn_cis_face_40(X))
& nucleus_1(fn_cis_face_40(X))
& spatial_entity_1(fn_cis_face_41(X))
& biomembrane_1(fn_cis_face_41(X))
& plasma_membrane_1(fn_cis_face_41(X))
& rough_endoplasmic_reticulum_1(fn_cis_face_42(X))
& endoplasmic_reticulum_1(fn_cis_face_42(X))
& eukaryotic_chromosome_1(fn_cis_face_43(X))
& chromosome_1(fn_cis_face_43(X))
& mixture_1(fn_cis_face_44(X))
& suspension_1(fn_cis_face_44(X))
& colloid_1(fn_cis_face_44(X))
& cytoplasm_1(fn_cis_face_44(X))
& size_value_1(fn_cis_face_45(X))
& volume_value_1(fn_cis_face_46(X))
& polypeptide_1(fn_cis_face_47(X))
& carry_1(fn_cis_face_48(X))
& exocytosis_1(fn_cis_face_49(X))
& carry_1(fn_cis_face_50(X))
& move_1(fn_cis_face_50(X))
& move_1(fn_cis_face_51(X))
& add_1(fn_cis_face_52(X))
& entity_1(fn_cis_face_53(X))
& spatial_entity_1(fn_cis_face_53(X))
& protein_1(fn_cis_face_53(X))
& glycoprotein_1(fn_cis_face_53(X))
& polymer_1(fn_cis_face_53(X))
& chemical_entity_1(fn_cis_face_53(X))
& biomembrane_1(fn_cis_face_54(X))
& aqueous_solution_1(fn_cis_face_55(X))
& substance_1(fn_cis_face_56(X))
& aqueous_solution_1(fn_cis_face_56(X))
& liquid_substance_1(fn_cis_face_56(X))
& cytosol_1(fn_cis_face_56(X))
& solution_1(fn_cis_face_56(X))
& make_contact_1(fn_cis_face_57(X))
& fusion_1(fn_cis_face_58(X))
& attach_1(fn_cis_face_59(X))
& spatial_entity_1(fn_cis_face_60(X))
& membrane_protein_1(fn_cis_face_60(X))
& move_1(fn_cis_face_61(X))
& change_1(fn_cis_face_62(X))
& post_translational_modification_1(fn_cis_face_62(X))
& protein_1(fn_cis_face_63(X))
& entity_1(fn_cis_face_64(X))
& spatial_entity_1(fn_cis_face_64(X))
& tangible_entity_1(fn_cis_face_64(X))
& transport_vesicle_1(fn_cis_face_64(X))
& receive_1(fn_cis_face_65(X))
& entity_1(fn_cis_face_66(X))
& spatial_entity_1(fn_cis_face_66(X))
& tangible_entity_1(fn_cis_face_66(X))
& golgi_apparatus_1(fn_cis_face_66(X))
& organelle_1(fn_cis_face_66(X))
& entity_1(fn_transfer_1(fn_cis_face_20(X)))
& transfer_1(fn_rough_endoplasmic_reticulum_55(fn_cis_face_42(X)))
& smooth_endoplasmic_reticulum_1(fn_eukaryotic_cell_20(fn_cis_face_33(X)))
& fusion_1(fn_exocytosis_23(fn_cis_face_49(X)))
& make_contact_1(fn_exocytosis_27(fn_cis_face_49(X)))
& produce_1(fn_exocytosis_36(fn_cis_face_49(X)))
& property_node_1(fn_eukaryotic_cell_28(fn_cis_face_33(X)))
& property_node_1(fn_eukaryotic_cell_60(fn_cis_face_33(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_cis_face_33(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_cis_face_33(X)))
& attach_1(fn_eukaryotic_cell_16(fn_cis_face_33(X)))
& volume_value_1(fn_eukaryotic_cell_59(fn_cis_face_33(X)))
& size_value_1(fn_eukaryotic_cell_27(fn_cis_face_33(X)))
& move_1(fn_rough_endoplasmic_reticulum_83(fn_cis_face_42(X)))
& attach_1(fn_rough_endoplasmic_reticulum_85(fn_cis_face_42(X)))
& rough_endoplasmic_reticulum_1(fn_eukaryotic_cell_19(fn_cis_face_33(X)))
& aqueous_solution_1(fn_organelle_2(fn_cis_face_66(X)))
& aqueous_solution_1(fn_transport_vesicle_5(fn_cis_face_64(X)))
& biomembrane_1(fn_transport_vesicle_6(fn_cis_face_64(X)))
& tangible_entity_1(fn_transport_vesicle_1(fn_cis_face_64(X)))
& tangible_entity_1(fn_exocytosis_35(fn_cis_face_49(X)))
& molecule_1(fn_exocytosis_35(fn_cis_face_49(X)))
& organic_molecule_1(fn_exocytosis_35(fn_cis_face_49(X)))
& change_1(fn_rough_endoplasmic_reticulum_84(fn_cis_face_42(X)))
& post_translational_modification_1(fn_rough_endoplasmic_reticulum_84(fn_cis_face_42(X)))
& post_translational_modification_1(fn_rough_endoplasmic_reticulum_51(fn_cis_face_42(X)))
& anabolic_pathway_1(fn_rough_endoplasmic_reticulum_47(fn_cis_face_42(X)))
& synthesis_of_protein_1(fn_rough_endoplasmic_reticulum_47(fn_cis_face_42(X)))
& synthesis_of_protein_1(fn_rough_endoplasmic_reticulum_39(fn_cis_face_42(X)))
& synthesis_of_membrane_protein_1(fn_rough_endoplasmic_reticulum_39(fn_cis_face_42(X)))
& tangible_entity_1(fn_release_1(fn_cis_face_24(X)))
& spatial_entity_1(fn_move_1(fn_cis_face_50(X)))
& entity_1(fn_transfer_1(fn_cis_face_28(X)))
& entity_1(fn_transfer_1(fn_cis_face_65(X)))
& entity_1(fn_store_1(fn_cis_face_25(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_cis_face_27(X)))
& entity_1(fn_rough_endoplasmic_reticulum_76(fn_cis_face_42(X)))
& spatial_entity_1(fn_rough_endoplasmic_reticulum_76(fn_cis_face_42(X)))
& protein_1(fn_rough_endoplasmic_reticulum_76(fn_cis_face_42(X)))
& polymer_1(fn_rough_endoplasmic_reticulum_76(fn_cis_face_42(X)))
& chemical_entity_1(fn_rough_endoplasmic_reticulum_76(fn_cis_face_42(X)))
& glycoprotein_1(fn_rough_endoplasmic_reticulum_76(fn_cis_face_42(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_cis_face_38(X)))
& polymer_1(fn_polymer_synthesis_23(fn_cis_face_38(X)))
& chemical_entity_1(fn_polymer_synthesis_23(fn_cis_face_38(X)))
& synthesis_reaction_1(fn_rough_endoplasmic_reticulum_22(fn_cis_face_42(X)))
& metabolic_pathway_1(fn_rough_endoplasmic_reticulum_58(fn_cis_face_42(X)))
& anabolic_pathway_1(fn_rough_endoplasmic_reticulum_58(fn_cis_face_42(X)))
& polymer_synthesis_1(fn_rough_endoplasmic_reticulum_58(fn_cis_face_42(X)))
& translation_1(fn_rough_endoplasmic_reticulum_58(fn_cis_face_42(X)))
& tangible_entity_1(fn_move_out_of_1(fn_cis_face_34(X)))
& cell_1(fn_transport_vesicle_9(fn_cis_face_64(X)))
& tangible_entity_1(fn_exocytosis_33(fn_cis_face_49(X)))
& cell_1(fn_exocytosis_33(fn_cis_face_49(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_62(fn_cis_face_42(X)))
& eukaryotic_cell_1(fn_rough_endoplasmic_reticulum_62(fn_cis_face_42(X)))
& cell_1(fn_rough_endoplasmic_reticulum_62(fn_cis_face_42(X)))
& eukaryotic_cell_1(fn_endoplasmic_reticulum_11(fn_cis_face_42(X)))
& cell_1(fn_endoplasmic_reticulum_11(fn_cis_face_42(X)))
& cell_1(fn_metabolic_pathway_1(fn_cis_face_37(X)))
& cell_1(fn_metabolic_pathway_1(fn_cis_face_38(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_cis_face_39(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_cis_face_39(X)))
& cell_1(fn_metabolic_pathway_1(fn_cis_face_36(X)))
& spatial_entity_1(fn_attach_2(fn_cis_face_59(X)))
& spatial_entity_1(fn_exocytosis_26(fn_cis_face_49(X)))
& biomembrane_1(fn_exocytosis_26(fn_cis_face_49(X)))
& plasma_membrane_1(fn_exocytosis_26(fn_cis_face_49(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_cis_face_33(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_cis_face_33(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_cis_face_33(X)))
& spatial_entity_1(fn_attach_1(fn_cis_face_59(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_cis_face_41(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_cis_face_41(X)))
& spatial_entity_1(fn_add_2(fn_cis_face_52(X)))
& spatial_entity_1(fn_add_2(fn_cis_face_26(X)))
& tangible_entity_1(fn_deliver_1(fn_cis_face_21(X)))
& biomembrane_1(fn_organelle_1(fn_cis_face_66(X)))
& entity_1(fn_receive_1(fn_cis_face_65(X)))
& entity_1(fn_receive_1(fn_cis_face_19(X)))
& spatial_entity_1(fn_store_2(fn_cis_face_25(X)))
& tangible_entity_1(fn_release_2(fn_cis_face_24(X)))
& golgi_apparatus_1(fn_rough_endoplasmic_reticulum_13(fn_cis_face_42(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_cis_face_39(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_cis_face_33(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_cis_face_33(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_cis_face_39(X)))
& substance_1(fn_endoplasmic_reticulum_40(fn_cis_face_42(X)))
& cytosol_1(fn_endoplasmic_reticulum_40(fn_cis_face_42(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_cis_face_39(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_cis_face_39(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_cis_face_39(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_cis_face_39(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_cis_face_39(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_cis_face_39(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_cis_face_39(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_cis_face_39(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_cis_face_39(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_cis_face_39(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_cis_face_39(X)))
& carry_1(fn_exocytosis_25(fn_cis_face_49(X)))
& carry_1(fn_transport_vesicle_4(fn_cis_face_64(X)))
& entity_1(fn_transfer_1(fn_cis_face_19(X)))
& spatial_entity_1(fn_add_1(fn_cis_face_52(X)))
& spatial_entity_1(fn_move_1(fn_cis_face_51(X)))
& tangible_entity_1(fn_carry_1(fn_cis_face_50(X)))
& transport_vesicle_1(fn_exocytosis_24(fn_cis_face_49(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_cis_face_33(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_cis_face_33(X)))
& mixture_1(fn_rough_endoplasmic_reticulum_32(fn_cis_face_42(X)))
& cytoplasm_1(fn_rough_endoplasmic_reticulum_32(fn_cis_face_42(X)))
& suspension_1(fn_transport_vesicle_8(fn_cis_face_64(X)))
& colloid_1(fn_transport_vesicle_8(fn_cis_face_64(X)))
& cytoplasm_1(fn_transport_vesicle_8(fn_cis_face_64(X)))
& substance_1(fn_eukaryotic_cell_42(fn_cis_face_33(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_cis_face_33(X)))
& aqueous_solution_1(fn_transport_vesicle_7(fn_cis_face_64(X)))
& liquid_substance_1(fn_transport_vesicle_7(fn_cis_face_64(X)))
& cytosol_1(fn_transport_vesicle_7(fn_cis_face_64(X)))
& solution_1(fn_transport_vesicle_7(fn_cis_face_64(X)))
& has_function_2(fn_cis_face_66(X),fn_cis_face_27(X))
& has_function_2(fn_cis_face_66(X),fn_cis_face_11(X))
& has_function_2(fn_cis_face_66(X),fn_cis_face_10(X))
& has_function_2(fn_cis_face_66(X),fn_cis_face_9(X))
& has_function_2(fn_cis_face_66(X),fn_cis_face_8(X))
& has_function_2(fn_cis_face_66(X),fn_cis_face_7(X))
& has_function_2(fn_cis_face_66(X),fn_cis_face_6(X))
& has_function_2(fn_cis_face_66(X),fn_cis_face_5(X))
& has_function_2(fn_cis_face_66(X),fn_cis_face_4(X))
& has_function_2(fn_cis_face_66(X),fn_cis_face_3(X))
& has_function_2(fn_cis_face_66(X),fn_cis_face_25(X))
& has_function_2(fn_cis_face_66(X),fn_cis_face_24(X))
& has_function_2(fn_cis_face_66(X),fn_cis_face_22(X))
& has_part_2(fn_cis_face_66(X),fn_cis_face_32(X))
& has_part_2(fn_cis_face_66(X),fn_cis_face_1(X))
& has_region_2(fn_cis_face_66(X),fn_cis_face_2(X))
& has_region_2(fn_cis_face_66(X),X)
& donor_2(fn_cis_face_65(X),fn_cis_face_42(X))
& by_means_of_2(fn_cis_face_65(X),fn_cis_face_19(X))
& fn_cis_face_65(X) != fn_cis_face_19(X)
& site_2(fn_cis_face_65(X),X)
& has_function_2(X,fn_cis_face_19(X))
& is_facing_2(X,fn_cis_face_15(X))
& is_oriented_toward_2(X,fn_cis_face_14(X))
& is_oriented_toward_2(X,fn_cis_face_15(X))
& is_near_2(X,fn_cis_face_15(X))
& is_near_2(fn_cis_face_15(X),X)
& enables_2(fn_cis_face_58(X),fn_cis_face_34(X))
& fn_cis_face_58(X) != fn_cis_face_26(X)
& is_inside_2(fn_cis_face_53(X),fn_cis_face_64(X))
& enables_2(fn_cis_face_51(X),fn_cis_face_26(X))
& next_event_2(fn_cis_face_51(X),fn_cis_face_21(X))
& is_outside_2(fn_cis_face_47(X),fn_cis_face_33(X))
& agent_2(fn_cis_face_37(X),fn_cis_face_13(X))
& agent_2(fn_cis_face_36(X),fn_cis_face_13(X))
& path_2(fn_cis_face_34(X),fn_cis_face_12(X))
& has_region_2(fn_cis_face_33(X),fn_cis_face_12(X))
& agent_2(fn_cis_face_28(X),fn_cis_face_64(X))
& donor_2(fn_cis_face_28(X),fn_cis_face_66(X))
& site_2(fn_cis_face_27(X),fn_cis_face_66(X))
& site_2(fn_cis_face_11(X),fn_cis_face_66(X))
& site_2(fn_cis_face_10(X),fn_cis_face_66(X))
& site_2(fn_cis_face_9(X),fn_cis_face_66(X))
& site_2(fn_cis_face_8(X),fn_cis_face_66(X))
& fn_cis_face_7(X) != fn_cis_face_3(X)
& agent_2(fn_cis_face_6(X),fn_cis_face_66(X))
& site_2(fn_cis_face_5(X),fn_cis_face_66(X))
& site_2(fn_cis_face_4(X),fn_cis_face_66(X))
& enables_2(fn_cis_face_4(X),fn_cis_face_5(X))
& fn_cis_face_3(X) != fn_cis_face_7(X)
& site_2(fn_cis_face_3(X),fn_cis_face_66(X))
& base_2(fn_cis_face_26(X),fn_cis_face_66(X))
& fn_cis_face_26(X) != fn_cis_face_58(X)
& enables_2(fn_cis_face_26(X),fn_cis_face_21(X))
& enables_2(fn_cis_face_26(X),fn_cis_face_65(X))
& agent_2(fn_cis_face_22(X),fn_cis_face_66(X))
& site_2(fn_cis_face_22(X),fn_cis_face_2(X))
& site_2(fn_cis_face_21(X),fn_cis_face_2(X))
& site_2(fn_cis_face_20(X),fn_cis_face_2(X))
& donor_2(fn_cis_face_20(X),fn_cis_face_66(X))
& enables_2(fn_cis_face_20(X),fn_cis_face_58(X))
& recipient_2(fn_cis_face_20(X),fn_cis_face_1(X))
& is_between_2(fn_cis_face_1(X),fn_cis_face_2(X))
& is_between_2(fn_cis_face_1(X),X)
& fn_cis_face_19(X) != fn_cis_face_65(X)
& site_2(fn_cis_face_19(X),X)
& object_2(fn_cis_face_20(X),fn_cis_face_32(X))
& object_2(fn_cis_face_28(X),fn_cis_face_53(X))
& object_2(fn_cis_face_65(X),fn_cis_face_53(X))
& object_2(fn_cis_face_25(X),fn_cis_face_53(X))
& recipient_2(fn_cis_face_65(X),fn_cis_face_66(X))
& object_2(fn_cis_face_19(X),fn_cis_face_64(X))
& object_2(fn_cis_face_24(X),fn_cis_face_63(X))
& recipient_2(fn_cis_face_19(X),fn_cis_face_66(X))
& raw_material_2(fn_cis_face_27(X),fn_cis_face_53(X))
& object_2(fn_cis_face_52(X),fn_cis_face_64(X))
& object_2(fn_cis_face_51(X),fn_cis_face_64(X))
& base_2(fn_cis_face_34(X),fn_cis_face_33(X))
& base_2(fn_cis_face_25(X),fn_cis_face_66(X))
& base_2(fn_cis_face_52(X),fn_cis_face_30(X))
& base_2(fn_cis_face_26(X),fn_cis_face_30(X))
& base_2(fn_cis_face_24(X),fn_cis_face_66(X))
& recipient_2(fn_cis_face_21(X),fn_cis_face_30(X))
& base_2(fn_cis_face_37(X),fn_cis_face_33(X))
& donor_2(fn_cis_face_23(X),fn_cis_face_42(X))
& recipient_2(fn_cis_face_23(X),fn_cis_face_66(X))
& object_2(fn_cis_face_48(X),fn_cis_face_47(X))
& object_2(fn_cis_face_49(X),fn_cis_face_47(X))
& is_inside_2(fn_cis_face_47(X),fn_cis_face_64(X))
& has_part_2(fn_cis_face_33(X),fn_cis_face_64(X))
& fn_cis_face_39(X) != fn_cis_face_42(X)
& fn_cis_face_42(X) != fn_cis_face_39(X)
& abuts_2(fn_cis_face_39(X),fn_cis_face_42(X))
& abuts_2(fn_cis_face_42(X),fn_cis_face_39(X))
& subevent_2(fn_cis_face_49(X),fn_cis_face_57(X))
& agent_2(fn_cis_face_50(X),fn_cis_face_64(X))
& subevent_2(fn_cis_face_49(X),fn_cis_face_48(X))
& next_event_2(fn_cis_face_48(X),fn_cis_face_57(X))
& base_2(fn_cis_face_57(X),fn_cis_face_41(X))
& base_2(fn_cis_face_58(X),fn_cis_face_41(X))
& path_2(fn_cis_face_49(X),fn_cis_face_41(X))
& has_function_2(fn_cis_face_41(X),fn_cis_face_49(X))
& instrument_2(fn_cis_face_49(X),fn_cis_face_64(X))
& result_2(fn_cis_face_22(X),fn_cis_face_64(X))
& first_subevent_2(fn_cis_face_49(X),fn_cis_face_22(X))
& the_scalar_value_2(fn_cis_face_45(X),big_0)
& scalar_unit_class_2(fn_cis_face_45(X),prokaryote_0)
& has_part_2(fn_cis_face_33(X),fn_cis_face_43(X))
& is_inside_2(fn_cis_face_43(X),fn_cis_face_40(X))
& size_2(fn_cis_face_33(X),fn_cis_face_45(X))
& directly_proportional_2(fn_cis_face_45(X),fn_cis_face_46(X))
& volume_2(fn_cis_face_33(X),fn_cis_face_46(X))
& has_part_2(fn_cis_face_33(X),fn_cis_face_41(X))
& base_2(fn_cis_face_59(X),fn_cis_face_41(X))
& object_2(fn_cis_face_61(X),fn_cis_face_53(X))
& has_part_2(fn_cis_face_33(X),fn_cis_face_44(X))
& next_event_2(fn_cis_face_61(X),fn_cis_face_62(X))
& site_2(fn_cis_face_35(X),fn_cis_face_42(X))
& subevent_2(fn_cis_face_35(X),fn_cis_face_38(X))
& base_2(fn_cis_face_38(X),fn_cis_face_33(X))
& base_2(fn_cis_face_35(X),fn_cis_face_33(X))
& first_subevent_2(fn_cis_face_35(X),fn_cis_face_38(X))
& next_event_2(fn_cis_face_16(X),fn_cis_face_61(X))
& site_2(fn_cis_face_61(X),fn_cis_face_42(X))
& site_2(fn_cis_face_16(X),fn_cis_face_42(X))
& result_2(fn_cis_face_16(X),fn_cis_face_53(X))
& object_2(fn_cis_face_62(X),fn_cis_face_53(X))
& has_function_2(fn_cis_face_42(X),fn_cis_face_35(X))
& subevent_2(fn_cis_face_35(X),fn_cis_face_62(X))
& site_2(fn_cis_face_62(X),fn_cis_face_42(X))
& site_2(fn_cis_face_38(X),fn_cis_face_42(X))
& next_event_2(fn_cis_face_38(X),fn_cis_face_16(X))
& has_part_2(fn_cis_face_33(X),fn_cis_face_42(X))
& has_part_2(fn_cis_face_33(X),fn_cis_face_40(X))
& is_inside_2(fn_cis_face_66(X),fn_cis_face_29(X))
& has_part_2(fn_cis_face_33(X),fn_cis_face_66(X))
& has_part_2(fn_cis_face_33(X),fn_cis_face_39(X))
& has_part_2(fn_cis_face_64(X),fn_cis_face_55(X))
& is_between_2(fn_cis_face_54(X),fn_cis_face_55(X))
& has_part_2(fn_cis_face_64(X),fn_cis_face_54(X))
& agent_2(fn_cis_face_48(X),fn_cis_face_64(X))
& has_function_2(fn_cis_face_64(X),fn_cis_face_48(X))
& has_part_2(fn_cis_face_44(X),fn_cis_face_56(X))
& is_between_2(fn_cis_face_54(X),fn_cis_face_56(X))
& is_inside_2(fn_cis_face_40(X),fn_cis_face_29(X))
& is_inside_2(fn_cis_face_39(X),fn_cis_face_29(X))
& site_2(fn_cis_face_36(X),fn_cis_face_39(X))
& has_function_2(fn_cis_face_39(X),fn_cis_face_36(X))
& has_part_2(fn_cis_face_66(X),fn_cis_face_31(X))
& is_between_2(fn_cis_face_30(X),fn_cis_face_31(X))
& has_part_2(fn_cis_face_66(X),fn_cis_face_30(X))
& is_inside_2(fn_cis_face_42(X),fn_cis_face_29(X))
& is_at_2(fn_cis_face_60(X),fn_cis_face_41(X))
& base_2(fn_cis_face_36(X),fn_cis_face_33(X))
& result_2(fn_cis_face_38(X),fn_cis_face_53(X))
& object_2(fn_cis_face_50(X),fn_cis_face_63(X))
& object_2(fn_cis_face_59(X),fn_cis_face_60(X))
& fn_cis_face_32(X) = fn_transfer_1(fn_cis_face_20(X))
& fn_cis_face_53(X) = fn_transfer_1(fn_cis_face_28(X))
& fn_cis_face_53(X) = fn_transfer_1(fn_cis_face_65(X))
& fn_cis_face_53(X) = fn_store_1(fn_cis_face_25(X))
& fn_cis_face_66(X) = fn_receive_1(fn_cis_face_65(X))
& fn_cis_face_64(X) = fn_transfer_1(fn_cis_face_19(X))
& fn_cis_face_63(X) = fn_release_1(fn_cis_face_24(X))
& fn_cis_face_66(X) = fn_receive_1(fn_cis_face_19(X))
& fn_cis_face_53(X) = fn_chemical_reaction_2(fn_cis_face_27(X))
& fn_cis_face_64(X) = fn_add_1(fn_cis_face_52(X))
& fn_cis_face_64(X) = fn_move_1(fn_cis_face_51(X))
& fn_cis_face_33(X) = fn_move_out_of_1(fn_cis_face_34(X))
& fn_cis_face_66(X) = fn_store_2(fn_cis_face_25(X))
& fn_cis_face_30(X) = fn_add_2(fn_cis_face_52(X))
& fn_cis_face_30(X) = fn_add_2(fn_cis_face_26(X))
& fn_cis_face_66(X) = fn_release_2(fn_cis_face_24(X))
& fn_cis_face_30(X) = fn_deliver_1(fn_cis_face_21(X))
& fn_cis_face_33(X) = fn_metabolic_pathway_1(fn_cis_face_37(X))
& fn_cis_face_66(X) = fn_rough_endoplasmic_reticulum_13(fn_cis_face_42(X))
& fn_cis_face_23(X) = fn_rough_endoplasmic_reticulum_55(fn_cis_face_42(X))
& fn_cis_face_47(X) = fn_transport_vesicle_1(fn_cis_face_64(X))
& fn_cis_face_47(X) = fn_exocytosis_35(fn_cis_face_49(X))
& fn_cis_face_39(X) = fn_eukaryotic_cell_20(fn_cis_face_33(X))
& fn_cis_face_64(X) = fn_carry_1(fn_cis_face_50(X))
& fn_cis_face_50(X) = fn_exocytosis_25(fn_cis_face_49(X))
& fn_cis_face_58(X) = fn_exocytosis_23(fn_cis_face_49(X))
& fn_cis_face_57(X) = fn_exocytosis_27(fn_cis_face_49(X))
& fn_cis_face_48(X) = fn_exocytosis_25(fn_cis_face_49(X))
& fn_cis_face_22(X) = fn_exocytosis_36(fn_cis_face_49(X))
& fn_cis_face_64(X) = fn_exocytosis_24(fn_cis_face_49(X))
& fn_cis_face_18(X) = fn_eukaryotic_cell_28(fn_cis_face_33(X))
& fn_cis_face_17(X) = fn_eukaryotic_cell_60(fn_cis_face_33(X))
& fn_cis_face_40(X) = fn_eukaryotic_cell_26(fn_cis_face_33(X))
& fn_cis_face_43(X) = fn_eukaryotic_cell_30(fn_cis_face_33(X))
& fn_cis_face_41(X) = fn_attach_2(fn_cis_face_59(X))
& fn_cis_face_59(X) = fn_eukaryotic_cell_16(fn_cis_face_33(X))
& fn_cis_face_33(X) = fn_exocytosis_33(fn_cis_face_49(X))
& fn_cis_face_41(X) = fn_exocytosis_26(fn_cis_face_49(X))
& fn_cis_face_41(X) = fn_eukaryotic_cell_29(fn_cis_face_33(X))
& fn_cis_face_46(X) = fn_eukaryotic_cell_59(fn_cis_face_33(X))
& fn_cis_face_45(X) = fn_eukaryotic_cell_27(fn_cis_face_33(X))
& fn_cis_face_33(X) = fn_transport_vesicle_9(fn_cis_face_64(X))
& fn_cis_face_44(X) = fn_rough_endoplasmic_reticulum_32(fn_cis_face_42(X))
& fn_cis_face_33(X) = fn_metabolic_pathway_1(fn_cis_face_38(X))
& fn_cis_face_33(X) = fn_rough_endoplasmic_reticulum_62(fn_cis_face_42(X))
& fn_cis_face_53(X) = fn_rough_endoplasmic_reticulum_76(fn_cis_face_42(X))
& fn_cis_face_61(X) = fn_rough_endoplasmic_reticulum_83(fn_cis_face_42(X))
& fn_cis_face_16(X) = fn_rough_endoplasmic_reticulum_85(fn_cis_face_42(X))
& fn_cis_face_38(X) = fn_rough_endoplasmic_reticulum_22(fn_cis_face_42(X))
& fn_cis_face_38(X) = fn_rough_endoplasmic_reticulum_58(fn_cis_face_42(X))
& fn_cis_face_62(X) = fn_rough_endoplasmic_reticulum_84(fn_cis_face_42(X))
& fn_cis_face_62(X) = fn_rough_endoplasmic_reticulum_51(fn_cis_face_42(X))
& fn_cis_face_35(X) = fn_rough_endoplasmic_reticulum_47(fn_cis_face_42(X))
& fn_cis_face_35(X) = fn_rough_endoplasmic_reticulum_39(fn_cis_face_42(X))
& fn_cis_face_42(X) = fn_eukaryotic_cell_19(fn_cis_face_33(X))
& fn_cis_face_33(X) = fn_endoplasmic_reticulum_11(fn_cis_face_42(X))
& fn_cis_face_33(X) = fn_smooth_endoplasmic_reticulum_33(fn_cis_face_39(X))
& fn_cis_face_66(X) = fn_smooth_endoplasmic_reticulum_3(fn_cis_face_39(X))
& fn_cis_face_60(X) = fn_attach_1(fn_cis_face_59(X))
& fn_cis_face_63(X) = fn_move_1(fn_cis_face_50(X))
& fn_cis_face_53(X) = fn_anabolic_pathway_5(fn_cis_face_38(X))
& fn_cis_face_53(X) = fn_polymer_synthesis_23(fn_cis_face_38(X))
& fn_cis_face_33(X) = fn_metabolic_pathway_1(fn_cis_face_36(X))
& fn_cis_face_60(X) = fn_plasma_membrane_4(fn_cis_face_41(X))
& fn_cis_face_60(X) = fn_plasma_membrane_3(fn_cis_face_41(X))
& fn_cis_face_29(X) = fn_endoplasmic_reticulum_40(fn_cis_face_42(X))
& fn_cis_face_31(X) = fn_organelle_2(fn_cis_face_66(X))
& fn_cis_face_30(X) = fn_organelle_1(fn_cis_face_66(X))
& fn_cis_face_40(X) = fn_smooth_endoplasmic_reticulum_10(fn_cis_face_39(X))
& fn_cis_face_29(X) = fn_smooth_endoplasmic_reticulum_34(fn_cis_face_39(X))
& fn_cis_face_36(X) = fn_smooth_endoplasmic_reticulum_23(fn_cis_face_39(X))
& fn_cis_face_36(X) = fn_smooth_endoplasmic_reticulum_7(fn_cis_face_39(X))
& fn_cis_face_36(X) = fn_smooth_endoplasmic_reticulum_49(fn_cis_face_39(X))
& fn_cis_face_36(X) = fn_smooth_endoplasmic_reticulum_48(fn_cis_face_39(X))
& fn_cis_face_36(X) = fn_smooth_endoplasmic_reticulum_8(fn_cis_face_39(X))
& fn_cis_face_36(X) = fn_smooth_endoplasmic_reticulum_42(fn_cis_face_39(X))
& fn_cis_face_55(X) = fn_transport_vesicle_5(fn_cis_face_64(X))
& fn_cis_face_48(X) = fn_transport_vesicle_4(fn_cis_face_64(X))
& fn_cis_face_44(X) = fn_eukaryotic_cell_31(fn_cis_face_33(X))
& fn_cis_face_56(X) = fn_eukaryotic_cell_42(fn_cis_face_33(X))
& fn_cis_face_44(X) = fn_transport_vesicle_8(fn_cis_face_64(X))
& fn_cis_face_54(X) = fn_transport_vesicle_6(fn_cis_face_64(X))
& fn_cis_face_56(X) = fn_transport_vesicle_7(fn_cis_face_64(X))
& fn_exocytosis_35(fn_cis_face_49(X)) = fn_transport_vesicle_1(fn_cis_face_64(X))
& fn_transport_vesicle_1(fn_cis_face_64(X)) = fn_exocytosis_35(fn_cis_face_49(X))
& fn_exocytosis_35(fn_cis_face_49(X)) = fn_exocytosis_35(fn_cis_face_49(X))
& fn_exocytosis_35(fn_cis_face_49(X)) = fn_rough_endoplasmic_reticulum_84(fn_cis_face_42(X))
& fn_rough_endoplasmic_reticulum_84(fn_cis_face_42(X)) = fn_rough_endoplasmic_reticulum_84(fn_cis_face_42(X))
& fn_rough_endoplasmic_reticulum_84(fn_cis_face_42(X)) = fn_rough_endoplasmic_reticulum_51(fn_cis_face_42(X))
& fn_rough_endoplasmic_reticulum_51(fn_cis_face_42(X)) = fn_rough_endoplasmic_reticulum_51(fn_cis_face_42(X))
& fn_rough_endoplasmic_reticulum_51(fn_cis_face_42(X)) = fn_rough_endoplasmic_reticulum_47(fn_cis_face_42(X))
& fn_rough_endoplasmic_reticulum_39(fn_cis_face_42(X)) = fn_rough_endoplasmic_reticulum_39(fn_cis_face_42(X))
& fn_rough_endoplasmic_reticulum_39(fn_cis_face_42(X)) = fn_rough_endoplasmic_reticulum_47(fn_cis_face_42(X))
& fn_rough_endoplasmic_reticulum_47(fn_cis_face_42(X)) = fn_rough_endoplasmic_reticulum_39(fn_cis_face_42(X))
& fn_rough_endoplasmic_reticulum_39(fn_cis_face_42(X)) = fn_release_1(fn_cis_face_24(X))
& fn_release_1(fn_cis_face_24(X)) = fn_move_1(fn_cis_face_50(X))
& fn_move_1(fn_cis_face_50(X)) = fn_transfer_1(fn_cis_face_28(X))
& fn_transfer_1(fn_cis_face_28(X)) = fn_transfer_1(fn_cis_face_65(X))
& fn_transfer_1(fn_cis_face_65(X)) = fn_store_1(fn_cis_face_25(X))
& fn_store_1(fn_cis_face_25(X)) = fn_store_1(fn_cis_face_25(X))
& fn_store_1(fn_cis_face_25(X)) = fn_chemical_reaction_2(fn_cis_face_27(X))
& fn_chemical_reaction_2(fn_cis_face_27(X)) = fn_chemical_reaction_2(fn_cis_face_27(X))
& fn_chemical_reaction_2(fn_cis_face_27(X)) = fn_rough_endoplasmic_reticulum_76(fn_cis_face_42(X))
& fn_rough_endoplasmic_reticulum_76(fn_cis_face_42(X)) = fn_rough_endoplasmic_reticulum_76(fn_cis_face_42(X))
& fn_rough_endoplasmic_reticulum_76(fn_cis_face_42(X)) = fn_anabolic_pathway_5(fn_cis_face_38(X))
& fn_anabolic_pathway_5(fn_cis_face_38(X)) = fn_anabolic_pathway_5(fn_cis_face_38(X))
& fn_anabolic_pathway_5(fn_cis_face_38(X)) = fn_polymer_synthesis_23(fn_cis_face_38(X))
& fn_polymer_synthesis_23(fn_cis_face_38(X)) = fn_rough_endoplasmic_reticulum_58(fn_cis_face_42(X))
& fn_rough_endoplasmic_reticulum_58(fn_cis_face_42(X)) = fn_rough_endoplasmic_reticulum_58(fn_cis_face_42(X))
& fn_rough_endoplasmic_reticulum_58(fn_cis_face_42(X)) = fn_rough_endoplasmic_reticulum_22(fn_cis_face_42(X))
& fn_rough_endoplasmic_reticulum_22(fn_cis_face_42(X)) = fn_rough_endoplasmic_reticulum_58(fn_cis_face_42(X))
& fn_rough_endoplasmic_reticulum_58(fn_cis_face_42(X)) = fn_move_out_of_1(fn_cis_face_34(X))
& fn_move_out_of_1(fn_cis_face_34(X)) = fn_transport_vesicle_9(fn_cis_face_64(X))
& fn_transport_vesicle_9(fn_cis_face_64(X)) = fn_transport_vesicle_9(fn_cis_face_64(X))
& fn_exocytosis_33(fn_cis_face_49(X)) = fn_transport_vesicle_9(fn_cis_face_64(X))
& fn_transport_vesicle_9(fn_cis_face_64(X)) = fn_exocytosis_33(fn_cis_face_49(X))
& fn_exocytosis_33(fn_cis_face_49(X)) = fn_exocytosis_33(fn_cis_face_49(X))
& fn_exocytosis_33(fn_cis_face_49(X)) = fn_rough_endoplasmic_reticulum_62(fn_cis_face_42(X))
& fn_rough_endoplasmic_reticulum_62(fn_cis_face_42(X)) = fn_rough_endoplasmic_reticulum_62(fn_cis_face_42(X))
& fn_rough_endoplasmic_reticulum_62(fn_cis_face_42(X)) = fn_endoplasmic_reticulum_11(fn_cis_face_42(X))
& fn_endoplasmic_reticulum_11(fn_cis_face_42(X)) = fn_endoplasmic_reticulum_11(fn_cis_face_42(X))
& fn_endoplasmic_reticulum_11(fn_cis_face_42(X)) = fn_smooth_endoplasmic_reticulum_33(fn_cis_face_39(X))
& fn_smooth_endoplasmic_reticulum_33(fn_cis_face_39(X)) = fn_metabolic_pathway_1(fn_cis_face_37(X))
& fn_metabolic_pathway_1(fn_cis_face_37(X)) = fn_metabolic_pathway_1(fn_cis_face_38(X))
& fn_metabolic_pathway_1(fn_cis_face_38(X)) = fn_smooth_endoplasmic_reticulum_33(fn_cis_face_39(X))
& fn_smooth_endoplasmic_reticulum_33(fn_cis_face_39(X)) = fn_smooth_endoplasmic_reticulum_33(fn_cis_face_39(X))
& fn_smooth_endoplasmic_reticulum_33(fn_cis_face_39(X)) = fn_metabolic_pathway_1(fn_cis_face_36(X))
& fn_metabolic_pathway_1(fn_cis_face_36(X)) = fn_exocytosis_26(fn_cis_face_49(X))
& fn_exocytosis_26(fn_cis_face_49(X)) = fn_attach_2(fn_cis_face_59(X))
& fn_attach_2(fn_cis_face_59(X)) = fn_exocytosis_26(fn_cis_face_49(X))
& fn_exocytosis_26(fn_cis_face_49(X)) = fn_exocytosis_26(fn_cis_face_49(X))
& fn_eukaryotic_cell_29(fn_cis_face_33(X)) = fn_exocytosis_26(fn_cis_face_49(X))
& fn_exocytosis_26(fn_cis_face_49(X)) = fn_eukaryotic_cell_29(fn_cis_face_33(X))
& fn_eukaryotic_cell_29(fn_cis_face_33(X)) = fn_attach_1(fn_cis_face_59(X))
& fn_attach_1(fn_cis_face_59(X)) = fn_plasma_membrane_4(fn_cis_face_41(X))
& fn_plasma_membrane_4(fn_cis_face_41(X)) = fn_plasma_membrane_4(fn_cis_face_41(X))
& fn_plasma_membrane_4(fn_cis_face_41(X)) = fn_plasma_membrane_3(fn_cis_face_41(X))
& fn_plasma_membrane_3(fn_cis_face_41(X)) = fn_add_2(fn_cis_face_52(X))
& fn_add_2(fn_cis_face_52(X)) = fn_add_2(fn_cis_face_26(X))
& fn_add_2(fn_cis_face_26(X)) = fn_deliver_1(fn_cis_face_21(X))
& fn_deliver_1(fn_cis_face_21(X)) = fn_deliver_1(fn_cis_face_21(X))
& fn_deliver_1(fn_cis_face_21(X)) = fn_organelle_1(fn_cis_face_66(X))
& fn_organelle_1(fn_cis_face_66(X)) = fn_organelle_1(fn_cis_face_66(X))
& fn_organelle_1(fn_cis_face_66(X)) = fn_receive_1(fn_cis_face_65(X))
& fn_receive_1(fn_cis_face_65(X)) = fn_receive_1(fn_cis_face_19(X))
& fn_receive_1(fn_cis_face_19(X)) = fn_store_2(fn_cis_face_25(X))
& fn_store_2(fn_cis_face_25(X)) = fn_store_2(fn_cis_face_25(X))
& fn_store_2(fn_cis_face_25(X)) = fn_release_2(fn_cis_face_24(X))
& fn_release_2(fn_cis_face_24(X)) = fn_release_2(fn_cis_face_24(X))
& fn_release_2(fn_cis_face_24(X)) = fn_rough_endoplasmic_reticulum_13(fn_cis_face_42(X))
& fn_rough_endoplasmic_reticulum_13(fn_cis_face_42(X)) = fn_rough_endoplasmic_reticulum_13(fn_cis_face_42(X))
& fn_rough_endoplasmic_reticulum_13(fn_cis_face_42(X)) = fn_smooth_endoplasmic_reticulum_3(fn_cis_face_39(X))
& fn_smooth_endoplasmic_reticulum_3(fn_cis_face_39(X)) = fn_smooth_endoplasmic_reticulum_3(fn_cis_face_39(X))
& fn_smooth_endoplasmic_reticulum_3(fn_cis_face_39(X)) = fn_eukaryotic_cell_26(fn_cis_face_33(X))
& fn_eukaryotic_cell_26(fn_cis_face_33(X)) = fn_smooth_endoplasmic_reticulum_10(fn_cis_face_39(X))
& fn_smooth_endoplasmic_reticulum_10(fn_cis_face_39(X)) = fn_smooth_endoplasmic_reticulum_10(fn_cis_face_39(X))
& fn_smooth_endoplasmic_reticulum_10(fn_cis_face_39(X)) = fn_smooth_endoplasmic_reticulum_34(fn_cis_face_39(X))
& fn_smooth_endoplasmic_reticulum_34(fn_cis_face_39(X)) = fn_endoplasmic_reticulum_40(fn_cis_face_42(X))
& fn_endoplasmic_reticulum_40(fn_cis_face_42(X)) = fn_smooth_endoplasmic_reticulum_34(fn_cis_face_39(X))
& fn_smooth_endoplasmic_reticulum_34(fn_cis_face_39(X)) = fn_smooth_endoplasmic_reticulum_34(fn_cis_face_39(X))
& fn_smooth_endoplasmic_reticulum_34(fn_cis_face_39(X)) = fn_smooth_endoplasmic_reticulum_23(fn_cis_face_39(X))
& fn_smooth_endoplasmic_reticulum_23(fn_cis_face_39(X)) = fn_smooth_endoplasmic_reticulum_7(fn_cis_face_39(X))
& fn_smooth_endoplasmic_reticulum_7(fn_cis_face_39(X)) = fn_smooth_endoplasmic_reticulum_7(fn_cis_face_39(X))
& fn_smooth_endoplasmic_reticulum_7(fn_cis_face_39(X)) = fn_smooth_endoplasmic_reticulum_49(fn_cis_face_39(X))
& fn_smooth_endoplasmic_reticulum_49(fn_cis_face_39(X)) = fn_smooth_endoplasmic_reticulum_49(fn_cis_face_39(X))
& fn_smooth_endoplasmic_reticulum_49(fn_cis_face_39(X)) = fn_smooth_endoplasmic_reticulum_48(fn_cis_face_39(X))
& fn_smooth_endoplasmic_reticulum_48(fn_cis_face_39(X)) = fn_smooth_endoplasmic_reticulum_48(fn_cis_face_39(X))
& fn_smooth_endoplasmic_reticulum_48(fn_cis_face_39(X)) = fn_smooth_endoplasmic_reticulum_8(fn_cis_face_39(X))
& fn_smooth_endoplasmic_reticulum_8(fn_cis_face_39(X)) = fn_smooth_endoplasmic_reticulum_8(fn_cis_face_39(X))
& fn_smooth_endoplasmic_reticulum_42(fn_cis_face_39(X)) = fn_smooth_endoplasmic_reticulum_8(fn_cis_face_39(X))
& fn_smooth_endoplasmic_reticulum_8(fn_cis_face_39(X)) = fn_smooth_endoplasmic_reticulum_42(fn_cis_face_39(X))
& fn_smooth_endoplasmic_reticulum_42(fn_cis_face_39(X)) = fn_exocytosis_25(fn_cis_face_49(X))
& fn_exocytosis_25(fn_cis_face_49(X)) = fn_exocytosis_25(fn_cis_face_49(X))
& fn_exocytosis_25(fn_cis_face_49(X)) = fn_transport_vesicle_4(fn_cis_face_64(X))
& fn_transport_vesicle_4(fn_cis_face_64(X)) = fn_transport_vesicle_4(fn_cis_face_64(X))
& fn_transport_vesicle_4(fn_cis_face_64(X)) = fn_transfer_1(fn_cis_face_19(X))
& fn_transfer_1(fn_cis_face_19(X)) = fn_add_1(fn_cis_face_52(X))
& fn_add_1(fn_cis_face_52(X)) = fn_add_1(fn_cis_face_52(X))
& fn_add_1(fn_cis_face_52(X)) = fn_move_1(fn_cis_face_51(X))
& fn_move_1(fn_cis_face_51(X)) = fn_move_1(fn_cis_face_51(X))
& fn_move_1(fn_cis_face_51(X)) = fn_carry_1(fn_cis_face_50(X))
& fn_exocytosis_24(fn_cis_face_49(X)) = fn_carry_1(fn_cis_face_50(X))
& fn_carry_1(fn_cis_face_50(X)) = fn_exocytosis_24(fn_cis_face_49(X))
& fn_exocytosis_24(fn_cis_face_49(X)) = fn_exocytosis_24(fn_cis_face_49(X))
& fn_exocytosis_24(fn_cis_face_49(X)) = fn_eukaryotic_cell_31(fn_cis_face_33(X))
& fn_eukaryotic_cell_31(fn_cis_face_33(X)) = fn_rough_endoplasmic_reticulum_32(fn_cis_face_42(X))
& fn_rough_endoplasmic_reticulum_32(fn_cis_face_42(X)) = fn_eukaryotic_cell_31(fn_cis_face_33(X))
& fn_eukaryotic_cell_31(fn_cis_face_33(X)) = fn_transport_vesicle_8(fn_cis_face_64(X))
& fn_transport_vesicle_8(fn_cis_face_64(X)) = fn_rough_endoplasmic_reticulum_32(fn_cis_face_42(X))
& fn_rough_endoplasmic_reticulum_32(fn_cis_face_42(X)) = fn_transport_vesicle_8(fn_cis_face_64(X))
& fn_transport_vesicle_8(fn_cis_face_64(X)) = fn_eukaryotic_cell_42(fn_cis_face_33(X))
& fn_eukaryotic_cell_42(fn_cis_face_33(X)) = fn_transport_vesicle_7(fn_cis_face_64(X))
& fn_transport_vesicle_7(fn_cis_face_64(X)) = fn_transport_vesicle_7(fn_cis_face_64(X)) ) ) ).
fof(a528425,axiom,
! [X] :
( cisterna_1(X)
=> ( original_name_2(X,'Cisterna')
& user_description_2(X,'Cisternae are flattened membranous tubules and sacs. They are structural components of ER and Golgi')
& concept2words_2(X,cisterna)
& cellular_structure_1(X) ) ) ).
fof(a528426,axiom,
! [X] :
( cisternal_space_1(X)
=> ( original_name_2(X,'Cisternal-Space')
& user_description_2(X,'It is the region of a cisternae or ER or Golgi which is enclosed by membrane')
& concept2words_2(X,'cisternal space')
& concept2words_2(X,'cisternal-space')
& lumen_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X)
& aqueous_solution_1(fn_cisternal_space_1(X))
& is_inside_2(fn_cisternal_space_1(X),X) ) ) ).
fof(a528427,axiom,
! [X] :
( citrate_1(X)
=> ( original_name_2(X,'Citrate')
& user_description_2(X,'A citrate is the conjugate base of citric acid or ester of citric acid.')
& concept2words_2(X,citrate)
& ester_1(X)
& ~ acetate_1(X)
& ~ alpha_ketoglutarate_1(X)
& ~ fumarate_1(X)
& ~ isocitrate_1(X)
& ~ malate_1(X)
& ~ oxaloacetate_1(X)
& ~ succinate_1(X)
& citric_acid_1(fn_citrate_1(X))
& chemical_bond_1(fn_citrate_2(X))
& double_bond_1(fn_citrate_2(X))
& entity_1(fn_citrate_3(X))
& atom_1(fn_citrate_3(X))
& chemical_entity_1(fn_citrate_3(X))
& oxygen_1(fn_citrate_3(X))
& has_state_2(fn_citrate_1(X),X)
& has_part_2(X,fn_citrate_3(X))
& is_between_2(fn_citrate_2(X),fn_citrate_3(X))
& possesses_2(X,fn_citrate_2(X))
& fn_citrate_2(X) = fn_molecule_10(X)
& fn_citrate_3(X) = fn_molecule_11(X)
& fn_citrate_2(X) = fn_ester_7(X)
& fn_citrate_3(X) = fn_ester_9(X)
& fn_citrate_3(X) = fn_ester_12(X)
& fn_ester_7(X) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_ester_7(X)
& fn_ester_7(X) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_ester_9(X)
& fn_ester_12(X) = fn_ester_9(X)
& fn_ester_9(X) = fn_ester_12(X) ) ) ).
fof(a528428,axiom,
! [X] :
( citric_acid_1(X)
=> ( original_name_2(X,'Citric-Acid')
& user_description_2(X,'Citric acid is an organic acid. Its conjugate base Citrate is an important intermediate in Citric acid cycle.')
& concept2words_2(X,'citric acid')
& concept2words_2(X,'citric-acid')
& carboxylic_acid_1(X) ) ) ).
fof(a528429,axiom,
! [X] :
( citric_acid_cycle_1(X)
=> ( original_name_2(X,'Citric-Acid-Cycle')
& user_description_2(X,'A series of enzyme-catalyzed chemical reactions resulting in the reduction of citrate to carbon dioxide.')
& concept2words_2(X,'krebs cycle')
& concept2words_2(X,'krebs-cycle')
& concept2words_2(X,'tca cycle')
& concept2words_2(X,'tricarboxylic acid cycle')
& concept2words_2(X,'tricarboxylic-acid-cycle')
& concept2words_2(X,'tca-cycle')
& concept2words_2(X,'szent gyorgyi krebs cycle')
& concept2words_2(X,'szent-gyorgyi-krebs-cycle')
& concept2words_2(X,'undergo citric acid cycle')
& concept2words_2(X,convert)
& concept2words_2(X,'citric acid cycle')
& concept2words_2(X,'citric-acid-cycle')
& catabolic_pathway_1(X)
& cyclic_reaction_1(X)
& chemical_energy_1(fn_citric_acid_cycle_3(X))
& structural_complexity_value_1(fn_citric_acid_cycle_4(X))
& structural_complexity_value_1(fn_citric_acid_cycle_5(X))
& chemical_energy_1(fn_citric_acid_cycle_6(X))
& quantity_value_1(fn_citric_acid_cycle_7(X))
& quantity_value_1(fn_citric_acid_cycle_8(X))
& chemical_energy_1(fn_citric_acid_cycle_9(X))
& quantity_value_1(fn_citric_acid_cycle_10(X))
& quantity_value_1(fn_citric_acid_cycle_11(X))
& chemical_energy_1(fn_citric_acid_cycle_12(X))
& rate_value_1(fn_citric_acid_cycle_13(X))
& concentration_value_1(fn_citric_acid_cycle_14(X))
& fadh2_1(fn_citric_acid_cycle_15(X))
& water_molecule_1(fn_citric_acid_cycle_16(X))
& carbon_dioxide_1(fn_citric_acid_cycle_17(X))
& fadh2_1(fn_citric_acid_cycle_18(X))
& atp_1(fn_citric_acid_cycle_19(X))
& nad_plus_1(fn_citric_acid_cycle_20(X))
& nadh_1(fn_citric_acid_cycle_21(X))
& tangible_entity_1(fn_citric_acid_cycle_30(X))
& free_energy_1(fn_citric_acid_cycle_30(X))
& waste_product_1(fn_citric_acid_cycle_31(X))
& oxidizing_agent_1(fn_citric_acid_cycle_32(X))
& activation_energy_1(fn_citric_acid_cycle_33(X))
& atom_1(fn_citric_acid_cycle_34(X))
& electronegativity_value_1(fn_citric_acid_cycle_35(X))
& quantity_value_1(fn_citric_acid_cycle_36(X))
& structural_complexity_value_1(fn_citric_acid_cycle_47(X))
& structural_complexity_value_1(fn_citric_acid_cycle_48(X))
& coenzyme_a_1(fn_citric_acid_cycle_49(X))
& oxidation_1(fn_citric_acid_cycle_50(X))
& reduction_1(fn_citric_acid_cycle_51(X))
& chemical_entity_1(fn_citric_acid_cycle_52(X))
& tangible_entity_1(fn_citric_acid_cycle_52(X))
& electron_1(fn_citric_acid_cycle_52(X))
& atom_1(fn_citric_acid_cycle_53(X))
& atom_1(fn_citric_acid_cycle_54(X))
& electronegativity_value_1(fn_citric_acid_cycle_55(X))
& electronegativity_value_1(fn_citric_acid_cycle_56(X))
& reactant_1(fn_citric_acid_cycle_57(X))
& chemical_entity_1(fn_citric_acid_cycle_58(X))
& acetyl_coa_1(fn_citric_acid_cycle_58(X))
& tangible_entity_1(fn_citric_acid_cycle_59(X))
& entity_1(fn_citric_acid_cycle_59(X))
& chemical_entity_1(fn_citric_acid_cycle_59(X))
& atom_1(fn_citric_acid_cycle_59(X))
& oxygen_1(fn_citric_acid_cycle_59(X))
& entity_1(fn_citric_acid_cycle_60(X))
& chemical_entity_1(fn_citric_acid_cycle_60(X))
& atom_1(fn_citric_acid_cycle_60(X))
& carbon_1(fn_citric_acid_cycle_60(X))
& entity_1(fn_citric_acid_cycle_61(X))
& chemical_entity_1(fn_citric_acid_cycle_61(X))
& atom_1(fn_citric_acid_cycle_61(X))
& hydrogen_1(fn_citric_acid_cycle_61(X))
& entity_1(fn_citric_acid_cycle_62(X))
& chemical_entity_1(fn_citric_acid_cycle_62(X))
& atom_1(fn_citric_acid_cycle_62(X))
& carbon_1(fn_citric_acid_cycle_62(X))
& organic_molecule_1(fn_citric_acid_cycle_63(X))
& molecule_1(fn_citric_acid_cycle_63(X))
& chemical_entity_1(fn_citric_acid_cycle_63(X))
& ribonucleotide_1(fn_citric_acid_cycle_63(X))
& nucleoside_triphosphate_1(fn_citric_acid_cycle_63(X))
& atp_1(fn_citric_acid_cycle_63(X))
& synthesis_reaction_1(fn_citric_acid_cycle_64(X))
& organic_molecule_1(fn_citric_acid_cycle_65(X))
& oxaloacetate_1(fn_citric_acid_cycle_66(X))
& fad_1(fn_citric_acid_cycle_67(X))
& coenzyme_a_1(fn_citric_acid_cycle_68(X))
& carbon_dioxide_1(fn_citric_acid_cycle_69(X))
& chemical_entity_1(fn_citric_acid_cycle_70(X))
& nadh_1(fn_citric_acid_cycle_70(X))
& remove_1(fn_citric_acid_cycle_71(X))
& synthesis_reaction_1(fn_citric_acid_cycle_72(X))
& coenzyme_a_1(fn_citric_acid_cycle_73(X))
& add_1(fn_citric_acid_cycle_74(X))
& water_molecule_1(fn_citric_acid_cycle_75(X))
& synthesis_reaction_1(fn_citric_acid_cycle_76(X))
& dehydration_reaction_1(fn_citric_acid_cycle_77(X))
& molecule_1(fn_citric_acid_cycle_78(X))
& water_molecule_1(fn_citric_acid_cycle_78(X))
& organic_molecule_1(fn_citric_acid_cycle_79(X))
& decarboxylation_1(fn_citric_acid_cycle_80(X))
& organic_molecule_1(fn_citric_acid_cycle_81(X))
& chemical_entity_1(fn_citric_acid_cycle_82(X))
& nad_plus_1(fn_citric_acid_cycle_82(X))
& reducing_agent_1(fn_citric_acid_cycle_83(X))
& reduction_1(fn_citric_acid_cycle_84(X))
& substrate_level_phosphorylation_1(fn_citric_acid_cycle_85(X))
& organic_molecule_1(fn_citric_acid_cycle_86(X))
& isomerization_reaction_1(fn_citric_acid_cycle_87(X))
& citrate_1(fn_citric_acid_cycle_88(X))
& oxidation_1(fn_citric_acid_cycle_89(X))
& add_1(fn_citric_acid_cycle_90(X))
& isocitrate_1(fn_citric_acid_cycle_91(X))
& oxidation_1(fn_citric_acid_cycle_92(X))
& nad_plus_1(fn_citric_acid_cycle_93(X))
& electron_1(fn_citric_acid_cycle_94(X))
& reduction_1(fn_citric_acid_cycle_95(X))
& add_1(fn_citric_acid_cycle_96(X))
& release_1(fn_citric_acid_cycle_97(X))
& hydrogen_ion_1(fn_citric_acid_cycle_98(X))
& hydration_1(fn_citric_acid_cycle_99(X))
& malate_1(fn_citric_acid_cycle_100(X))
& remove_1(fn_citric_acid_cycle_101(X))
& succinyl_coa_1(fn_citric_acid_cycle_102(X))
& alpha_ketoglutarate_1(fn_citric_acid_cycle_103(X))
& fumarate_1(fn_citric_acid_cycle_104(X))
& nad_plus_1(fn_citric_acid_cycle_105(X))
& chemical_reaction_1(fn_citric_acid_cycle_106(X))
& synthesis_reaction_1(fn_citric_acid_cycle_107(X))
& spatial_entity_1(fn_citric_acid_cycle_108(X))
& chemical_entity_1(fn_citric_acid_cycle_108(X))
& organic_molecule_1(fn_citric_acid_cycle_108(X))
& acetyl_coa_1(fn_citric_acid_cycle_108(X))
& nadh_1(fn_citric_acid_cycle_109(X))
& redox_reaction_1(fn_citric_acid_cycle_110(X))
& spatial_entity_1(fn_citric_acid_cycle_111(X))
& acetyl_group_1(fn_citric_acid_cycle_111(X))
& decarboxylation_1(fn_citric_acid_cycle_112(X))
& chemical_reaction_1(fn_citric_acid_cycle_113(X))
& carbon_dioxide_1(fn_citric_acid_cycle_114(X))
& chemical_reaction_1(fn_citric_acid_cycle_115(X))
& remove_1(fn_citric_acid_cycle_116(X))
& add_1(fn_citric_acid_cycle_117(X))
& electron_donor_1(fn_citric_acid_cycle_118(X))
& succinate_1(fn_citric_acid_cycle_119(X))
& chemical_1(fn_citric_acid_cycle_120(X))
& collide_1(fn_citric_acid_cycle_121(X))
& quantity_value_1(fn_citric_acid_cycle_122(X))
& speed_value_1(fn_citric_acid_cycle_123(X))
& carbon_skeleton_1(fn_citric_acid_cycle_124(X))
& entity_1(fn_citric_acid_cycle_125(X))
& chemical_entity_1(fn_citric_acid_cycle_125(X))
& atom_1(fn_citric_acid_cycle_125(X))
& carbon_1(fn_citric_acid_cycle_125(X))
& atom_1(fn_citric_acid_cycle_126(X))
& chemical_entity_1(fn_citric_acid_cycle_126(X))
& constant_motion_1(fn_citric_acid_cycle_127(X))
& kinetic_energy_1(fn_citric_acid_cycle_128(X))
& hydroxyl_group_1(fn_citric_acid_cycle_129(X))
& free_energy_1(fn_citric_acid_cycle_130(X))
& quantity_value_1(fn_citric_acid_cycle_131(X))
& quantity_value_1(fn_citric_acid_cycle_132(X))
& speed_value_1(fn_citric_acid_cycle_133(X))
& quantity_value_1(fn_citric_acid_cycle_134(X))
& kinetic_energy_1(fn_citric_acid_cycle_135(X))
& free_energy_1(fn_citric_acid_cycle_136(X))
& constant_motion_1(fn_citric_acid_cycle_137(X))
& spatial_entity_1(fn_add_1(fn_citric_acid_cycle_74(X)))
& tangible_entity_1(fn_release_1(fn_citric_acid_cycle_97(X)))
& spatial_entity_1(fn_remove_1(fn_citric_acid_cycle_101(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_citric_acid_cycle_115(X)))
& chemical_entity_1(fn_decomposition_reaction_5(fn_citric_acid_cycle_112(X)))
& carbon_dioxide_1(fn_decarboxylation_1(fn_citric_acid_cycle_112(X)))
& property_node_1(fn_redox_reaction_15(fn_citric_acid_cycle_110(X)))
& property_node_1(fn_redox_reaction_3(fn_citric_acid_cycle_110(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_citric_acid_cycle_110(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_citric_acid_cycle_110(X)))
& remove_1(fn_decarboxylation_2(fn_citric_acid_cycle_80(X)))
& carbon_dioxide_1(fn_decarboxylation_1(fn_citric_acid_cycle_80(X)))
& reducing_agent_1(fn_reduction_5(fn_citric_acid_cycle_84(X)))
& atom_1(fn_organic_molecule_2(fn_citric_acid_cycle_108(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_citric_acid_cycle_108(X)))
& free_energy_1(fn_endergonic_reaction_3(fn_citric_acid_cycle_77(X)))
& property_node_1(fn_endergonic_reaction_7(fn_citric_acid_cycle_77(X)))
& property_node_1(fn_endergonic_reaction_6(fn_citric_acid_cycle_77(X)))
& quantity_value_1(fn_endergonic_reaction_4(fn_citric_acid_cycle_77(X)))
& quantity_value_1(fn_endergonic_reaction_5(fn_citric_acid_cycle_77(X)))
& reduction_1(fn_redox_reaction_10(fn_citric_acid_cycle_110(X)))
& oxidation_1(fn_redox_reaction_11(fn_citric_acid_cycle_110(X)))
& atom_1(fn_oxidation_1(fn_citric_acid_cycle_89(X)))
& oxidizing_agent_1(fn_oxidation_11(fn_citric_acid_cycle_89(X)))
& property_node_1(fn_oxidation_6(fn_citric_acid_cycle_89(X)))
& electron_donor_1(fn_oxidation_8(fn_citric_acid_cycle_89(X)))
& property_node_1(fn_oxidation_5(fn_citric_acid_cycle_89(X)))
& electronegativity_value_1(fn_oxidation_2(fn_citric_acid_cycle_89(X)))
& quantity_value_1(fn_oxidation_3(fn_citric_acid_cycle_89(X)))
& activation_energy_1(fn_oxidation_4(fn_citric_acid_cycle_89(X)))
& property_node_1(fn_ester_2(fn_citric_acid_cycle_88(X)))
& property_node_1(fn_ester_1(fn_citric_acid_cycle_88(X)))
& constant_motion_1(fn_ester_4(fn_citric_acid_cycle_88(X)))
& speed_value_1(fn_ester_5(fn_citric_acid_cycle_88(X)))
& quantity_value_1(fn_ester_6(fn_citric_acid_cycle_88(X)))
& kinetic_energy_1(fn_ester_3(fn_citric_acid_cycle_88(X)))
& property_node_1(fn_acetyl_coa_5(fn_citric_acid_cycle_108(X)))
& property_node_1(fn_acetyl_coa_4(fn_citric_acid_cycle_108(X)))
& carbon_skeleton_1(fn_acetyl_coa_15(fn_citric_acid_cycle_108(X)))
& constant_motion_1(fn_acetyl_coa_7(fn_citric_acid_cycle_108(X)))
& speed_value_1(fn_acetyl_coa_8(fn_citric_acid_cycle_108(X)))
& quantity_value_1(fn_acetyl_coa_9(fn_citric_acid_cycle_108(X)))
& kinetic_energy_1(fn_acetyl_coa_6(fn_citric_acid_cycle_108(X)))
& entity_1(fn_acetyl_coa_32(fn_citric_acid_cycle_58(X)))
& chemical_entity_1(fn_acetyl_coa_32(fn_citric_acid_cycle_58(X)))
& atom_1(fn_acetyl_coa_32(fn_citric_acid_cycle_58(X)))
& hydrogen_1(fn_acetyl_coa_32(fn_citric_acid_cycle_58(X)))
& entity_1(fn_acetyl_coa_19(fn_citric_acid_cycle_58(X)))
& chemical_entity_1(fn_acetyl_coa_19(fn_citric_acid_cycle_58(X)))
& atom_1(fn_acetyl_coa_19(fn_citric_acid_cycle_58(X)))
& carbon_1(fn_acetyl_coa_19(fn_citric_acid_cycle_58(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_citric_acid_cycle_107(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_citric_acid_cycle_110(X)))
& spatial_entity_1(fn_hydration_2(fn_citric_acid_cycle_99(X)))
& chemical_entity_1(fn_hydration_2(fn_citric_acid_cycle_99(X)))
& spatial_entity_1(fn_remove_2(fn_citric_acid_cycle_71(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_citric_acid_cycle_112(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_citric_acid_cycle_113(X)))
& chemical_entity_1(fn_decomposition_reaction_5(fn_citric_acid_cycle_80(X)))
& spatial_entity_1(fn_remove_2(fn_citric_acid_cycle_101(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_citric_acid_cycle_106(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_citric_acid_cycle_64(X)))
& spatial_entity_1(fn_remove_1(fn_citric_acid_cycle_116(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_citric_acid_cycle_72(X)))
& molecule_1(fn_synthesis_of_atp_13(fn_citric_acid_cycle_85(X)))
& chemical_entity_1(fn_synthesis_of_atp_13(fn_citric_acid_cycle_85(X)))
& ribonucleotide_1(fn_synthesis_of_atp_13(fn_citric_acid_cycle_85(X)))
& nucleoside_triphosphate_1(fn_synthesis_of_atp_13(fn_citric_acid_cycle_85(X)))
& atp_1(fn_synthesis_of_atp_13(fn_citric_acid_cycle_85(X)))
& organic_molecule_1(fn_substrate_level_phosphorylation_5(fn_citric_acid_cycle_85(X)))
& molecule_1(fn_substrate_level_phosphorylation_5(fn_citric_acid_cycle_85(X)))
& chemical_entity_1(fn_substrate_level_phosphorylation_5(fn_citric_acid_cycle_85(X)))
& ribonucleotide_1(fn_substrate_level_phosphorylation_5(fn_citric_acid_cycle_85(X)))
& nucleoside_triphosphate_1(fn_substrate_level_phosphorylation_5(fn_citric_acid_cycle_85(X)))
& atp_1(fn_substrate_level_phosphorylation_5(fn_citric_acid_cycle_85(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_citric_acid_cycle_113(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_citric_acid_cycle_76(X)))
& molecule_1(fn_isomerization_reaction_1(fn_citric_acid_cycle_87(X)))
& tangible_entity_1(fn_release_2(fn_citric_acid_cycle_97(X)))
& chemical_entity_1(fn_hydration_4(fn_citric_acid_cycle_99(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_citric_acid_cycle_107(X)))
& chemical_entity_1(fn_oxidation_10(fn_citric_acid_cycle_92(X)))
& spatial_entity_1(fn_add_2(fn_citric_acid_cycle_90(X)))
& spatial_entity_1(fn_add_2(fn_citric_acid_cycle_117(X)))
& chemical_entity_1(fn_oxidation_7(fn_citric_acid_cycle_89(X)))
& spatial_entity_1(fn_add_2(fn_citric_acid_cycle_96(X)))
& chemical_entity_1(fn_reduction_1(fn_citric_acid_cycle_95(X)))
& chemical_entity_1(fn_oxidation_7(fn_citric_acid_cycle_92(X)))
& chemical_entity_1(fn_reduction_1(fn_citric_acid_cycle_51(X)))
& atom_1(fn_oxidation_1(fn_citric_acid_cycle_50(X)))
& atom_1(fn_redox_reaction_13(fn_citric_acid_cycle_110(X)))
& atom_1(fn_redox_reaction_2(fn_citric_acid_cycle_110(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_citric_acid_cycle_106(X)))
& chemical_entity_1(fn_reduction_3(fn_citric_acid_cycle_51(X)))
& chemical_entity_1(fn_oxidation_7(fn_citric_acid_cycle_50(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_citric_acid_cycle_110(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_citric_acid_cycle_110(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_citric_acid_cycle_115(X)))
& nadh_1(fn_nad_plus_1(fn_citric_acid_cycle_82(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_citric_acid_cycle_64(X)))
& chemical_entity_1(fn_reduction_3(fn_citric_acid_cycle_84(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_citric_acid_cycle_80(X)))
& chemical_entity_1(fn_reduction_1(fn_citric_acid_cycle_84(X)))
& molecule_1(fn_condensation_reaction_3(fn_citric_acid_cycle_77(X)))
& water_molecule_1(fn_dehydration_reaction_6(fn_citric_acid_cycle_77(X)))
& tangible_entity_1(fn_waste_1(fn_citric_acid_cycle_31(X)))
& free_energy_1(fn_dehydration_reaction_1(fn_citric_acid_cycle_77(X)))
& free_energy_1(fn_endergonic_reaction_2(fn_citric_acid_cycle_77(X)))
& spatial_entity_1(fn_add_2(fn_citric_acid_cycle_74(X)))
& chemical_entity_1(fn_functional_group_1(fn_citric_acid_cycle_129(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_citric_acid_cycle_76(X)))
& molecule_1(fn_condensation_reaction_2(fn_citric_acid_cycle_77(X)))
& molecule_1(fn_dehydration_reaction_8(fn_citric_acid_cycle_77(X)))
& chemical_entity_1(fn_endergonic_reaction_8(fn_citric_acid_cycle_77(X)))
& electron_1(fn_reduction_4(fn_citric_acid_cycle_51(X)))
& chemical_entity_1(fn_oxidation_10(fn_citric_acid_cycle_50(X)))
& electron_1(fn_oxidation_9(fn_citric_acid_cycle_50(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_citric_acid_cycle_110(X)))
& electron_1(fn_redox_reaction_7(fn_citric_acid_cycle_110(X)))
& electron_1(fn_oxidation_9(fn_citric_acid_cycle_92(X)))
& electron_1(fn_reduction_4(fn_citric_acid_cycle_95(X)))
& electron_1(fn_oxidation_9(fn_citric_acid_cycle_89(X)))
& spatial_entity_1(fn_make_contact_2(fn_citric_acid_cycle_121(X)))
& spatial_entity_1(fn_make_contact_1(fn_citric_acid_cycle_121(X)))
& chemical_entity_1(fn_chemical_3(fn_citric_acid_cycle_120(X)))
& molecule_1(fn_isomerization_reaction_2(fn_citric_acid_cycle_87(X)))
& molecule_1(fn_condensation_reaction_1(fn_citric_acid_cycle_77(X)))
& chemical_entity_1(fn_dehydration_reaction_7(fn_citric_acid_cycle_77(X)))
& molecule_1(fn_dehydration_reaction_7(fn_citric_acid_cycle_77(X)))
& carbon_1(fn_organic_molecule_1(fn_citric_acid_cycle_108(X)))
& entity_1(fn_acetyl_coa_19(fn_citric_acid_cycle_108(X)))
& chemical_entity_1(fn_acetyl_coa_19(fn_citric_acid_cycle_108(X)))
& atom_1(fn_acetyl_coa_19(fn_citric_acid_cycle_108(X)))
& carbon_1(fn_acetyl_coa_19(fn_citric_acid_cycle_108(X)))
& spatial_entity_1(fn_remove_2(fn_citric_acid_cycle_116(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_citric_acid_cycle_72(X)))
& chemical_entity_1(fn_reactant_3(fn_citric_acid_cycle_57(X)))
& tangible_entity_1(fn_acetyl_coa_17(fn_citric_acid_cycle_58(X)))
& entity_1(fn_acetyl_coa_17(fn_citric_acid_cycle_58(X)))
& atom_1(fn_acetyl_coa_17(fn_citric_acid_cycle_58(X)))
& chemical_entity_1(fn_acetyl_coa_17(fn_citric_acid_cycle_58(X)))
& oxygen_1(fn_acetyl_coa_17(fn_citric_acid_cycle_58(X)))
& entity_1(fn_acetyl_coa_14(fn_citric_acid_cycle_58(X)))
& chemical_entity_1(fn_acetyl_coa_14(fn_citric_acid_cycle_58(X)))
& atom_1(fn_acetyl_coa_14(fn_citric_acid_cycle_58(X)))
& oxygen_1(fn_acetyl_coa_14(fn_citric_acid_cycle_58(X)))
& spatial_entity_1(fn_add_1(fn_citric_acid_cycle_117(X)))
& acetyl_group_1(fn_acetyl_coa_20(fn_citric_acid_cycle_58(X)))
& chemical_entity_1(fn_oxidation_10(fn_citric_acid_cycle_89(X)))
& chemical_entity_1(fn_reduction_3(fn_citric_acid_cycle_95(X)))
& chemical_reaction_1(fn_reactant_2(fn_citric_acid_cycle_57(X)))
& in_event_2(fn_citric_acid_cycle_31(X),X)
& greater_than_2(fn_citric_acid_cycle_55(X),fn_citric_acid_cycle_56(X))
& greater_than_or_equal_to_2(fn_citric_acid_cycle_55(X),fn_citric_acid_cycle_56(X))
& raw_material_2(fn_citric_acid_cycle_64(X),fn_citric_acid_cycle_68(X))
& fn_citric_acid_cycle_65(X) != fn_citric_acid_cycle_82(X)
& fn_citric_acid_cycle_65(X) != fn_citric_acid_cycle_70(X)
& fn_citric_acid_cycle_66(X) != fn_citric_acid_cycle_111(X)
& fn_citric_acid_cycle_66(X) != fn_citric_acid_cycle_100(X)
& fn_citric_acid_cycle_67(X) != fn_citric_acid_cycle_15(X)
& fn_citric_acid_cycle_67(X) != fn_citric_acid_cycle_104(X)
& fn_citric_acid_cycle_70(X) != fn_citric_acid_cycle_65(X)
& fn_citric_acid_cycle_70(X) != fn_citric_acid_cycle_81(X)
& raw_material_2(fn_citric_acid_cycle_72(X),fn_citric_acid_cycle_66(X))
& subevent_2(fn_citric_acid_cycle_72(X),fn_citric_acid_cycle_117(X))
& subevent_2(fn_citric_acid_cycle_72(X),fn_citric_acid_cycle_116(X))
& by_means_of_2(fn_citric_acid_cycle_72(X),fn_citric_acid_cycle_89(X))
& result_2(fn_citric_acid_cycle_72(X),fn_citric_acid_cycle_88(X))
& next_event_2(fn_citric_acid_cycle_72(X),fn_citric_acid_cycle_87(X))
& by_means_of_2(fn_citric_acid_cycle_76(X),fn_citric_acid_cycle_74(X))
& possesses_2(fn_citric_acid_cycle_78(X),fn_citric_acid_cycle_130(X))
& fn_citric_acid_cycle_81(X) != fn_citric_acid_cycle_70(X)
& fn_citric_acid_cycle_81(X) != fn_citric_acid_cycle_103(X)
& fn_citric_acid_cycle_81(X) != fn_citric_acid_cycle_82(X)
& fn_citric_acid_cycle_82(X) != fn_citric_acid_cycle_65(X)
& fn_citric_acid_cycle_82(X) != fn_citric_acid_cycle_81(X)
& fn_citric_acid_cycle_86(X) != fn_citric_acid_cycle_20(X)
& fn_citric_acid_cycle_86(X) != fn_citric_acid_cycle_91(X)
& fn_citric_acid_cycle_86(X) != fn_citric_acid_cycle_21(X)
& fn_citric_acid_cycle_21(X) != fn_citric_acid_cycle_86(X)
& subevent_2(fn_citric_acid_cycle_87(X),fn_citric_acid_cycle_76(X))
& subevent_2(fn_citric_acid_cycle_87(X),fn_citric_acid_cycle_77(X))
& first_subevent_2(fn_citric_acid_cycle_87(X),fn_citric_acid_cycle_77(X))
& next_event_2(fn_citric_acid_cycle_87(X),fn_citric_acid_cycle_113(X))
& has_state_2(fn_citric_acid_cycle_88(X),fn_citric_acid_cycle_91(X))
& result_2(fn_citric_acid_cycle_90(X),fn_citric_acid_cycle_88(X))
& fn_citric_acid_cycle_91(X) != fn_citric_acid_cycle_86(X)
& fn_citric_acid_cycle_91(X) != fn_citric_acid_cycle_20(X)
& has_isomer_2(fn_citric_acid_cycle_91(X),fn_citric_acid_cycle_88(X))
& result_2(fn_citric_acid_cycle_92(X),fn_citric_acid_cycle_66(X))
& fn_citric_acid_cycle_94(X) != fn_citric_acid_cycle_111(X)
& raw_material_2(fn_citric_acid_cycle_95(X),fn_citric_acid_cycle_93(X))
& recipient_2(fn_citric_acid_cycle_96(X),fn_citric_acid_cycle_93(X))
& donor_2(fn_citric_acid_cycle_96(X),fn_citric_acid_cycle_100(X))
& is_inside_2(fn_citric_acid_cycle_98(X),fn_citric_acid_cycle_100(X))
& fn_citric_acid_cycle_100(X) != fn_citric_acid_cycle_66(X)
& next_event_2(fn_citric_acid_cycle_101(X),fn_citric_acid_cycle_85(X))
& fn_citric_acid_cycle_103(X) != fn_citric_acid_cycle_81(X)
& fn_citric_acid_cycle_20(X) != fn_citric_acid_cycle_86(X)
& fn_citric_acid_cycle_20(X) != fn_citric_acid_cycle_91(X)
& fn_citric_acid_cycle_104(X) != fn_citric_acid_cycle_67(X)
& fn_citric_acid_cycle_104(X) != fn_citric_acid_cycle_119(X)
& fn_citric_acid_cycle_104(X) != fn_citric_acid_cycle_15(X)
& possesses_2(fn_citric_acid_cycle_105(X),fn_citric_acid_cycle_9(X))
& result_2(fn_citric_acid_cycle_106(X),fn_citric_acid_cycle_63(X))
& subevent_2(fn_citric_acid_cycle_106(X),fn_citric_acid_cycle_85(X))
& subevent_2(fn_citric_acid_cycle_106(X),fn_citric_acid_cycle_101(X))
& first_subevent_2(fn_citric_acid_cycle_106(X),fn_citric_acid_cycle_101(X))
& fn_citric_acid_cycle_106(X) != fn_citric_acid_cycle_115(X)
& fn_citric_acid_cycle_106(X) != fn_citric_acid_cycle_113(X)
& next_event_2(fn_citric_acid_cycle_106(X),fn_citric_acid_cycle_110(X))
& by_means_of_2(fn_citric_acid_cycle_107(X),fn_citric_acid_cycle_99(X))
& raw_material_2(fn_citric_acid_cycle_107(X),fn_citric_acid_cycle_16(X))
& possesses_2(fn_citric_acid_cycle_18(X),fn_citric_acid_cycle_3(X))
& structural_complexity_2(fn_citric_acid_cycle_18(X),fn_citric_acid_cycle_4(X))
& structural_complexity_2(fn_citric_acid_cycle_108(X),fn_citric_acid_cycle_5(X))
& possesses_2(fn_citric_acid_cycle_108(X),fn_citric_acid_cycle_6(X))
& result_2(X,fn_citric_acid_cycle_17(X))
& result_2(X,fn_citric_acid_cycle_18(X))
& result_2(X,fn_citric_acid_cycle_19(X))
& exactCardinality(X,result_0,"2",carbon_dioxide_0)
& exactCardinality(X,result_0,"3",nadh_0)
& exactCardinality(X,result_0,"1",fadh2_0)
& exactCardinality(X,result_0,"1",atp_0)
& subevent_2(X,fn_citric_acid_cycle_72(X))
& subevent_2(X,fn_citric_acid_cycle_106(X))
& subevent_2(X,fn_citric_acid_cycle_107(X))
& subevent_2(X,fn_citric_acid_cycle_110(X))
& subevent_2(X,fn_citric_acid_cycle_87(X))
& subevent_2(X,fn_citric_acid_cycle_115(X))
& subevent_2(X,fn_citric_acid_cycle_113(X))
& raw_material_2(X,fn_citric_acid_cycle_66(X))
& exactCardinality(X,raw_material_0,"1",oxaloacetate_0)
& exactCardinality(X,raw_material_0,"3",nad_plus_0)
& first_subevent_2(X,fn_citric_acid_cycle_72(X))
& possesses_2(fn_citric_acid_cycle_109(X),fn_citric_acid_cycle_12(X))
& possesses_2(fn_citric_acid_cycle_17(X),fn_citric_acid_cycle_12(X))
& raw_material_2(fn_citric_acid_cycle_110(X),fn_citric_acid_cycle_67(X))
& result_2(fn_citric_acid_cycle_110(X),fn_citric_acid_cycle_15(X))
& next_event_2(fn_citric_acid_cycle_110(X),fn_citric_acid_cycle_107(X))
& fn_citric_acid_cycle_111(X) != fn_citric_acid_cycle_66(X)
& fn_citric_acid_cycle_111(X) != fn_citric_acid_cycle_94(X)
& result_2(fn_citric_acid_cycle_113(X),fn_citric_acid_cycle_114(X))
& result_2(fn_citric_acid_cycle_113(X),fn_citric_acid_cycle_21(X))
& raw_material_2(fn_citric_acid_cycle_113(X),fn_citric_acid_cycle_20(X))
& fn_citric_acid_cycle_113(X) != fn_citric_acid_cycle_106(X)
& fn_citric_acid_cycle_113(X) != fn_citric_acid_cycle_115(X)
& subevent_2(fn_citric_acid_cycle_113(X),fn_citric_acid_cycle_112(X))
& next_event_2(fn_citric_acid_cycle_113(X),fn_citric_acid_cycle_115(X))
& subevent_2(fn_citric_acid_cycle_115(X),fn_citric_acid_cycle_64(X))
& subevent_2(fn_citric_acid_cycle_115(X),fn_citric_acid_cycle_80(X))
& raw_material_2(fn_citric_acid_cycle_115(X),fn_citric_acid_cycle_82(X))
& raw_material_2(fn_citric_acid_cycle_115(X),fn_citric_acid_cycle_103(X))
& result_2(fn_citric_acid_cycle_115(X),fn_citric_acid_cycle_69(X))
& result_2(fn_citric_acid_cycle_115(X),fn_citric_acid_cycle_102(X))
& first_subevent_2(fn_citric_acid_cycle_115(X),fn_citric_acid_cycle_80(X))
& fn_citric_acid_cycle_115(X) != fn_citric_acid_cycle_106(X)
& fn_citric_acid_cycle_115(X) != fn_citric_acid_cycle_113(X)
& next_event_2(fn_citric_acid_cycle_115(X),fn_citric_acid_cycle_106(X))
& fn_citric_acid_cycle_15(X) != fn_citric_acid_cycle_67(X)
& fn_citric_acid_cycle_15(X) != fn_citric_acid_cycle_104(X)
& fn_citric_acid_cycle_15(X) != fn_citric_acid_cycle_119(X)
& fn_citric_acid_cycle_119(X) != fn_citric_acid_cycle_104(X)
& fn_citric_acid_cycle_119(X) != fn_citric_acid_cycle_15(X)
& has_part_2(fn_citric_acid_cycle_120(X),fn_citric_acid_cycle_91(X))
& concentration_2(fn_citric_acid_cycle_120(X),fn_citric_acid_cycle_14(X))
& directly_proportional_2(fn_citric_acid_cycle_13(X),fn_citric_acid_cycle_14(X))
& rate_2(fn_citric_acid_cycle_121(X),fn_citric_acid_cycle_13(X))
& quantity_2(fn_citric_acid_cycle_12(X),fn_citric_acid_cycle_11(X))
& greater_than_2(fn_citric_acid_cycle_10(X),fn_citric_acid_cycle_11(X))
& quantity_2(fn_citric_acid_cycle_9(X),fn_citric_acid_cycle_10(X))
& greater_than_2(fn_citric_acid_cycle_7(X),fn_citric_acid_cycle_8(X))
& quantity_2(fn_citric_acid_cycle_6(X),fn_citric_acid_cycle_7(X))
& greater_than_2(fn_citric_acid_cycle_5(X),fn_citric_acid_cycle_4(X))
& quantity_2(fn_citric_acid_cycle_3(X),fn_citric_acid_cycle_8(X))
& base_2(fn_citric_acid_cycle_90(X),fn_citric_acid_cycle_66(X))
& base_2(fn_citric_acid_cycle_117(X),fn_citric_acid_cycle_66(X))
& object_2(fn_citric_acid_cycle_74(X),fn_citric_acid_cycle_75(X))
& base_2(fn_citric_acid_cycle_97(X),fn_citric_acid_cycle_100(X))
& base_2(fn_citric_acid_cycle_96(X),fn_citric_acid_cycle_93(X))
& base_2(fn_citric_acid_cycle_101(X),fn_citric_acid_cycle_102(X))
& base_2(fn_citric_acid_cycle_116(X),fn_citric_acid_cycle_108(X))
& base_2(fn_citric_acid_cycle_121(X),fn_citric_acid_cycle_88(X))
& base_2(fn_citric_acid_cycle_71(X),fn_citric_acid_cycle_103(X))
& object_2(fn_citric_acid_cycle_121(X),fn_citric_acid_cycle_88(X))
& object_2(fn_citric_acid_cycle_97(X),fn_citric_acid_cycle_98(X))
& object_2(fn_citric_acid_cycle_101(X),fn_citric_acid_cycle_49(X))
& object_2(fn_citric_acid_cycle_116(X),fn_citric_acid_cycle_73(X))
& result_2(fn_citric_acid_cycle_99(X),fn_citric_acid_cycle_100(X))
& base_2(fn_citric_acid_cycle_74(X),fn_citric_acid_cycle_79(X))
& result_2(fn_citric_acid_cycle_107(X),fn_citric_acid_cycle_100(X))
& raw_material_2(fn_citric_acid_cycle_107(X),fn_citric_acid_cycle_104(X))
& result_2(fn_citric_acid_cycle_110(X),fn_citric_acid_cycle_104(X))
& result_2(fn_citric_acid_cycle_112(X),fn_citric_acid_cycle_103(X))
& raw_material_2(fn_citric_acid_cycle_99(X),fn_citric_acid_cycle_104(X))
& raw_material_2(fn_citric_acid_cycle_113(X),fn_citric_acid_cycle_91(X))
& result_2(fn_citric_acid_cycle_113(X),fn_citric_acid_cycle_103(X))
& result_2(fn_citric_acid_cycle_115(X),fn_citric_acid_cycle_70(X))
& recipient_2(fn_citric_acid_cycle_84(X),fn_citric_acid_cycle_82(X))
& raw_material_2(fn_citric_acid_cycle_106(X),fn_citric_acid_cycle_102(X))
& raw_material_2(fn_citric_acid_cycle_80(X),fn_citric_acid_cycle_103(X))
& result_2(fn_citric_acid_cycle_106(X),fn_citric_acid_cycle_119(X))
& result_2(fn_citric_acid_cycle_76(X),fn_citric_acid_cycle_91(X))
& object_2(fn_citric_acid_cycle_117(X),fn_citric_acid_cycle_111(X))
& raw_material_2(fn_citric_acid_cycle_72(X),fn_citric_acid_cycle_108(X))
& has_part_2(fn_citric_acid_cycle_120(X),fn_citric_acid_cycle_88(X))
& result_2(fn_citric_acid_cycle_64(X),fn_citric_acid_cycle_102(X))
& raw_material_2(fn_citric_acid_cycle_115(X),fn_citric_acid_cycle_68(X))
& result_2(fn_citric_acid_cycle_72(X),fn_citric_acid_cycle_73(X))
& has_region_2(fn_citric_acid_cycle_79(X),fn_citric_acid_cycle_129(X))
& raw_material_2(fn_citric_acid_cycle_76(X),fn_citric_acid_cycle_79(X))
& raw_material_2(fn_citric_acid_cycle_112(X),fn_citric_acid_cycle_86(X))
& raw_material_2(fn_citric_acid_cycle_64(X),fn_citric_acid_cycle_65(X))
& result_2(fn_citric_acid_cycle_80(X),fn_citric_acid_cycle_81(X))
& plays_2(fn_citric_acid_cycle_30(X),fn_citric_acid_cycle_31(X))
& donor_2(fn_citric_acid_cycle_51(X),fn_citric_acid_cycle_67(X))
& fn_citric_acid_cycle_119(X) != fn_citric_acid_cycle_67(X)
& fn_citric_acid_cycle_67(X) != fn_citric_acid_cycle_119(X)
& donor_2(fn_citric_acid_cycle_95(X),fn_citric_acid_cycle_100(X))
& result_2(fn_citric_acid_cycle_112(X),fn_citric_acid_cycle_114(X))
& intensity_2(fn_citric_acid_cycle_121(X),'*strong')
& result_2(fn_citric_acid_cycle_85(X),fn_citric_acid_cycle_63(X))
& result_2(fn_citric_acid_cycle_87(X),fn_citric_acid_cycle_91(X))
& has_isomer_2(fn_citric_acid_cycle_88(X),fn_citric_acid_cycle_91(X))
& raw_material_2(fn_citric_acid_cycle_87(X),fn_citric_acid_cycle_88(X))
& fn_citric_acid_cycle_88(X) != fn_citric_acid_cycle_79(X)
& fn_citric_acid_cycle_79(X) != fn_citric_acid_cycle_88(X)
& donor_2(fn_citric_acid_cycle_92(X),fn_citric_acid_cycle_100(X))
& fn_citric_acid_cycle_100(X) != fn_citric_acid_cycle_93(X)
& recipient_2(fn_citric_acid_cycle_92(X),fn_citric_acid_cycle_93(X))
& fn_citric_acid_cycle_94(X) != fn_citric_acid_cycle_100(X)
& fn_citric_acid_cycle_100(X) != fn_citric_acid_cycle_94(X)
& fn_citric_acid_cycle_93(X) != fn_citric_acid_cycle_100(X)
& recipient_2(fn_citric_acid_cycle_89(X),fn_citric_acid_cycle_66(X))
& plays_2(fn_citric_acid_cycle_66(X),fn_citric_acid_cycle_32(X))
& plays_2(fn_citric_acid_cycle_58(X),fn_citric_acid_cycle_118(X))
& object_2(fn_citric_acid_cycle_92(X),fn_citric_acid_cycle_94(X))
& donor_2(fn_citric_acid_cycle_89(X),fn_citric_acid_cycle_58(X))
& fn_citric_acid_cycle_94(X) != fn_citric_acid_cycle_66(X)
& has_atom_2(fn_citric_acid_cycle_58(X),fn_citric_acid_cycle_34(X))
& fn_citric_acid_cycle_66(X) != fn_citric_acid_cycle_94(X)
& fn_citric_acid_cycle_94(X) != fn_citric_acid_cycle_93(X)
& fn_citric_acid_cycle_93(X) != fn_citric_acid_cycle_94(X)
& recipient_2(fn_citric_acid_cycle_95(X),fn_citric_acid_cycle_93(X))
& fn_citric_acid_cycle_93(X) != fn_citric_acid_cycle_66(X)
& fn_citric_acid_cycle_66(X) != fn_citric_acid_cycle_58(X)
& fn_citric_acid_cycle_58(X) != fn_citric_acid_cycle_94(X)
& object_2(fn_citric_acid_cycle_95(X),fn_citric_acid_cycle_94(X))
& fn_citric_acid_cycle_66(X) != fn_citric_acid_cycle_93(X)
& fn_citric_acid_cycle_58(X) != fn_citric_acid_cycle_66(X)
& fn_citric_acid_cycle_94(X) != fn_citric_acid_cycle_58(X)
& in_event_2(fn_citric_acid_cycle_57(X),X)
& raw_material_2(X,fn_citric_acid_cycle_108(X))
& plays_2(fn_citric_acid_cycle_108(X),fn_citric_acid_cycle_57(X))
& donor_2(fn_citric_acid_cycle_50(X),fn_citric_acid_cycle_67(X))
& has_atom_2(fn_citric_acid_cycle_67(X),fn_citric_acid_cycle_54(X))
& fn_citric_acid_cycle_52(X) != fn_citric_acid_cycle_67(X)
& fn_citric_acid_cycle_67(X) != fn_citric_acid_cycle_52(X)
& recipient_2(fn_citric_acid_cycle_51(X),fn_citric_acid_cycle_119(X))
& recipient_2(fn_citric_acid_cycle_50(X),fn_citric_acid_cycle_119(X))
& electronegativity_2(fn_citric_acid_cycle_54(X),fn_citric_acid_cycle_55(X))
& greater_than_or_equal_to_2(fn_citric_acid_cycle_56(X),fn_citric_acid_cycle_55(X))
& greater_than_2(fn_citric_acid_cycle_56(X),fn_citric_acid_cycle_55(X))
& raw_material_2(fn_citric_acid_cycle_110(X),fn_citric_acid_cycle_119(X))
& has_atom_2(fn_citric_acid_cycle_119(X),fn_citric_acid_cycle_53(X))
& electronegativity_2(fn_citric_acid_cycle_53(X),fn_citric_acid_cycle_56(X))
& fn_citric_acid_cycle_52(X) != fn_citric_acid_cycle_119(X)
& fn_citric_acid_cycle_119(X) != fn_citric_acid_cycle_52(X)
& result_2(fn_citric_acid_cycle_80(X),fn_citric_acid_cycle_69(X))
& object_2(fn_citric_acid_cycle_71(X),fn_citric_acid_cycle_69(X))
& fn_citric_acid_cycle_70(X) != fn_citric_acid_cycle_82(X)
& fn_citric_acid_cycle_82(X) != fn_citric_acid_cycle_70(X)
& donor_2(fn_citric_acid_cycle_84(X),fn_citric_acid_cycle_81(X))
& plays_2(fn_citric_acid_cycle_81(X),fn_citric_acid_cycle_83(X))
& in_event_2(fn_citric_acid_cycle_83(X),fn_citric_acid_cycle_84(X))
& fn_citric_acid_cycle_65(X) != fn_citric_acid_cycle_81(X)
& fn_citric_acid_cycle_81(X) != fn_citric_acid_cycle_65(X)
& possesses_2(fn_citric_acid_cycle_88(X),fn_citric_acid_cycle_136(X))
& raw_material_2(fn_citric_acid_cycle_77(X),fn_citric_acid_cycle_88(X))
& fn_citric_acid_cycle_88(X) != fn_citric_acid_cycle_78(X)
& result_2(fn_citric_acid_cycle_77(X),fn_citric_acid_cycle_78(X))
& fn_citric_acid_cycle_78(X) != fn_citric_acid_cycle_88(X)
& fn_citric_acid_cycle_79(X) != fn_citric_acid_cycle_78(X)
& fn_citric_acid_cycle_78(X) != fn_citric_acid_cycle_79(X)
& result_2(X,fn_citric_acid_cycle_30(X))
& result_2(X,fn_citric_acid_cycle_109(X))
& raw_material_2(X,fn_citric_acid_cycle_105(X))
& has_part_2(fn_citric_acid_cycle_58(X),fn_citric_acid_cycle_60(X))
& is_inside_2(fn_citric_acid_cycle_60(X),fn_citric_acid_cycle_111(X))
& has_part_2(fn_citric_acid_cycle_108(X),fn_citric_acid_cycle_126(X))
& fn_citric_acid_cycle_125(X) != fn_citric_acid_cycle_126(X)
& fn_citric_acid_cycle_126(X) != fn_citric_acid_cycle_125(X)
& quantity_2(fn_citric_acid_cycle_130(X),fn_citric_acid_cycle_131(X))
& called_2(fn_citric_acid_cycle_132(X),'FE_r')
& raw_material_2(fn_citric_acid_cycle_77(X),fn_citric_acid_cycle_79(X))
& possesses_2(fn_citric_acid_cycle_79(X),fn_citric_acid_cycle_136(X))
& quantity_2(fn_citric_acid_cycle_136(X),fn_citric_acid_cycle_132(X))
& greater_than_2(fn_citric_acid_cycle_131(X),fn_citric_acid_cycle_132(X))
& called_2(fn_citric_acid_cycle_131(X),'FE_p')
& subevent_2(fn_citric_acid_cycle_110(X),fn_citric_acid_cycle_50(X))
& object_2(fn_citric_acid_cycle_50(X),fn_citric_acid_cycle_52(X))
& object_2(fn_citric_acid_cycle_51(X),fn_citric_acid_cycle_52(X))
& subevent_2(fn_citric_acid_cycle_110(X),fn_citric_acid_cycle_51(X))
& electronegativity_2(fn_citric_acid_cycle_34(X),fn_citric_acid_cycle_35(X))
& in_event_2(fn_citric_acid_cycle_32(X),fn_citric_acid_cycle_89(X))
& object_2(fn_citric_acid_cycle_89(X),fn_citric_acid_cycle_94(X))
& in_event_2(fn_citric_acid_cycle_118(X),fn_citric_acid_cycle_89(X))
& raw_material_2(fn_citric_acid_cycle_89(X),fn_citric_acid_cycle_33(X))
& quantity_2(fn_citric_acid_cycle_33(X),fn_citric_acid_cycle_36(X))
& directly_proportional_2(fn_citric_acid_cycle_35(X),fn_citric_acid_cycle_36(X))
& possesses_2(fn_citric_acid_cycle_88(X),fn_citric_acid_cycle_135(X))
& quantity_2(fn_citric_acid_cycle_135(X),fn_citric_acid_cycle_134(X))
& directly_proportional_2(fn_citric_acid_cycle_133(X),fn_citric_acid_cycle_134(X))
& speed_2(fn_citric_acid_cycle_137(X),fn_citric_acid_cycle_133(X))
& object_2(fn_citric_acid_cycle_137(X),fn_citric_acid_cycle_88(X))
& has_part_2(fn_citric_acid_cycle_108(X),fn_citric_acid_cycle_125(X))
& is_inside_2(fn_citric_acid_cycle_125(X),fn_citric_acid_cycle_124(X))
& has_region_2(fn_citric_acid_cycle_108(X),fn_citric_acid_cycle_124(X))
& possesses_2(fn_citric_acid_cycle_108(X),fn_citric_acid_cycle_128(X))
& quantity_2(fn_citric_acid_cycle_128(X),fn_citric_acid_cycle_122(X))
& directly_proportional_2(fn_citric_acid_cycle_123(X),fn_citric_acid_cycle_122(X))
& speed_2(fn_citric_acid_cycle_127(X),fn_citric_acid_cycle_123(X))
& object_2(fn_citric_acid_cycle_127(X),fn_citric_acid_cycle_108(X))
& is_inside_2(fn_citric_acid_cycle_61(X),fn_citric_acid_cycle_111(X))
& is_inside_2(fn_citric_acid_cycle_62(X),fn_citric_acid_cycle_111(X))
& has_part_2(fn_citric_acid_cycle_58(X),fn_citric_acid_cycle_62(X))
& has_part_2(fn_citric_acid_cycle_58(X),fn_citric_acid_cycle_61(X))
& fn_citric_acid_cycle_61(X) != fn_citric_acid_cycle_62(X)
& fn_citric_acid_cycle_62(X) != fn_citric_acid_cycle_61(X)
& has_region_2(fn_citric_acid_cycle_58(X),fn_citric_acid_cycle_111(X))
& is_inside_2(fn_citric_acid_cycle_59(X),fn_citric_acid_cycle_111(X))
& has_part_2(fn_citric_acid_cycle_58(X),fn_citric_acid_cycle_59(X))
& fn_citric_acid_cycle_60(X) != fn_citric_acid_cycle_59(X)
& fn_citric_acid_cycle_59(X) != fn_citric_acid_cycle_60(X)
& fn_citric_acid_cycle_66(X) = fn_add_2(fn_citric_acid_cycle_90(X))
& fn_citric_acid_cycle_66(X) = fn_add_2(fn_citric_acid_cycle_117(X))
& fn_citric_acid_cycle_75(X) = fn_add_1(fn_citric_acid_cycle_74(X))
& fn_citric_acid_cycle_100(X) = fn_release_2(fn_citric_acid_cycle_97(X))
& fn_citric_acid_cycle_93(X) = fn_add_2(fn_citric_acid_cycle_96(X))
& fn_citric_acid_cycle_102(X) = fn_remove_2(fn_citric_acid_cycle_101(X))
& fn_citric_acid_cycle_108(X) = fn_remove_2(fn_citric_acid_cycle_116(X))
& fn_citric_acid_cycle_88(X) = fn_make_contact_2(fn_citric_acid_cycle_121(X))
& fn_citric_acid_cycle_103(X) = fn_remove_2(fn_citric_acid_cycle_71(X))
& fn_citric_acid_cycle_88(X) = fn_make_contact_1(fn_citric_acid_cycle_121(X))
& fn_citric_acid_cycle_98(X) = fn_release_1(fn_citric_acid_cycle_97(X))
& fn_citric_acid_cycle_49(X) = fn_remove_1(fn_citric_acid_cycle_101(X))
& fn_citric_acid_cycle_73(X) = fn_remove_1(fn_citric_acid_cycle_116(X))
& fn_citric_acid_cycle_100(X) = fn_hydration_4(fn_citric_acid_cycle_99(X))
& fn_citric_acid_cycle_79(X) = fn_add_2(fn_citric_acid_cycle_74(X))
& fn_citric_acid_cycle_100(X) = fn_chemical_reaction_1(fn_citric_acid_cycle_107(X))
& fn_citric_acid_cycle_104(X) = fn_chemical_reaction_2(fn_citric_acid_cycle_107(X))
& fn_citric_acid_cycle_104(X) = fn_chemical_reaction_1(fn_citric_acid_cycle_110(X))
& fn_citric_acid_cycle_103(X) = fn_decomposition_reaction_2(fn_citric_acid_cycle_112(X))
& fn_citric_acid_cycle_104(X) = fn_hydration_2(fn_citric_acid_cycle_99(X))
& fn_citric_acid_cycle_91(X) = fn_chemical_reaction_2(fn_citric_acid_cycle_113(X))
& fn_citric_acid_cycle_103(X) = fn_chemical_reaction_1(fn_citric_acid_cycle_113(X))
& fn_citric_acid_cycle_70(X) = fn_chemical_reaction_1(fn_citric_acid_cycle_115(X))
& fn_citric_acid_cycle_82(X) = fn_reduction_3(fn_citric_acid_cycle_84(X))
& fn_citric_acid_cycle_102(X) = fn_chemical_reaction_2(fn_citric_acid_cycle_106(X))
& fn_citric_acid_cycle_103(X) = fn_decomposition_reaction_5(fn_citric_acid_cycle_80(X))
& fn_citric_acid_cycle_119(X) = fn_chemical_reaction_1(fn_citric_acid_cycle_106(X))
& fn_citric_acid_cycle_91(X) = fn_chemical_reaction_1(fn_citric_acid_cycle_76(X))
& fn_citric_acid_cycle_111(X) = fn_add_1(fn_citric_acid_cycle_117(X))
& fn_citric_acid_cycle_108(X) = fn_chemical_reaction_2(fn_citric_acid_cycle_72(X))
& fn_citric_acid_cycle_88(X) = fn_chemical_3(fn_citric_acid_cycle_120(X))
& fn_citric_acid_cycle_102(X) = fn_chemical_reaction_1(fn_citric_acid_cycle_64(X))
& fn_citric_acid_cycle_68(X) = fn_chemical_reaction_2(fn_citric_acid_cycle_115(X))
& fn_citric_acid_cycle_73(X) = fn_chemical_reaction_1(fn_citric_acid_cycle_72(X))
& fn_citric_acid_cycle_79(X) = fn_functional_group_1(fn_citric_acid_cycle_129(X))
& fn_citric_acid_cycle_79(X) = fn_chemical_reaction_2(fn_citric_acid_cycle_76(X))
& fn_citric_acid_cycle_86(X) = fn_decomposition_reaction_5(fn_citric_acid_cycle_112(X))
& fn_citric_acid_cycle_65(X) = fn_chemical_reaction_2(fn_citric_acid_cycle_64(X))
& fn_citric_acid_cycle_81(X) = fn_decomposition_reaction_2(fn_citric_acid_cycle_80(X))
& fn_citric_acid_cycle_30(X) = fn_waste_1(fn_citric_acid_cycle_31(X))
& fn_citric_acid_cycle_67(X) = fn_reduction_1(fn_citric_acid_cycle_51(X))
& fn_citric_acid_cycle_114(X) = fn_decarboxylation_1(fn_citric_acid_cycle_112(X))
& fn_citric_acid_cycle_63(X) = fn_synthesis_of_atp_13(fn_citric_acid_cycle_85(X))
& fn_citric_acid_cycle_63(X) = fn_substrate_level_phosphorylation_5(fn_citric_acid_cycle_85(X))
& fn_citric_acid_cycle_88(X) = fn_isomerization_reaction_2(fn_citric_acid_cycle_87(X))
& fn_citric_acid_cycle_91(X) = fn_isomerization_reaction_1(fn_citric_acid_cycle_87(X))
& fn_citric_acid_cycle_88(X) = fn_condensation_reaction_1(fn_citric_acid_cycle_77(X))
& fn_citric_acid_cycle_93(X) = fn_oxidation_7(fn_citric_acid_cycle_92(X))
& fn_citric_acid_cycle_100(X) = fn_reduction_1(fn_citric_acid_cycle_95(X))
& fn_citric_acid_cycle_94(X) = fn_oxidation_9(fn_citric_acid_cycle_92(X))
& fn_citric_acid_cycle_100(X) = fn_oxidation_10(fn_citric_acid_cycle_92(X))
& fn_citric_acid_cycle_93(X) = fn_reduction_1(fn_citric_acid_cycle_95(X))
& fn_citric_acid_cycle_94(X) = fn_reduction_4(fn_citric_acid_cycle_95(X))
& fn_citric_acid_cycle_66(X) = fn_oxidation_7(fn_citric_acid_cycle_89(X))
& fn_citric_acid_cycle_58(X) = fn_oxidation_10(fn_citric_acid_cycle_89(X))
& fn_citric_acid_cycle_58(X) = fn_reduction_3(fn_citric_acid_cycle_95(X))
& fn_citric_acid_cycle_66(X) = fn_reduction_1(fn_citric_acid_cycle_95(X))
& fn_citric_acid_cycle_93(X) = fn_reduction_3(fn_citric_acid_cycle_95(X))
& fn_citric_acid_cycle_108(X) = fn_reactant_3(fn_citric_acid_cycle_57(X))
& X = fn_reactant_2(fn_citric_acid_cycle_57(X))
& fn_citric_acid_cycle_54(X) = fn_oxidation_1(fn_citric_acid_cycle_50(X))
& fn_citric_acid_cycle_67(X) = fn_oxidation_7(fn_citric_acid_cycle_50(X))
& fn_citric_acid_cycle_67(X) = fn_oxidation_10(fn_citric_acid_cycle_50(X))
& fn_citric_acid_cycle_54(X) = fn_redox_reaction_13(fn_citric_acid_cycle_110(X))
& fn_citric_acid_cycle_40(X) = fn_redox_reaction_15(fn_citric_acid_cycle_110(X))
& fn_citric_acid_cycle_39(X) = fn_redox_reaction_3(fn_citric_acid_cycle_110(X))
& fn_citric_acid_cycle_55(X) = fn_redox_reaction_14(fn_citric_acid_cycle_110(X))
& fn_citric_acid_cycle_56(X) = fn_redox_reaction_1(fn_citric_acid_cycle_110(X))
& fn_citric_acid_cycle_53(X) = fn_redox_reaction_13(fn_citric_acid_cycle_110(X))
& fn_citric_acid_cycle_53(X) = fn_redox_reaction_2(fn_citric_acid_cycle_110(X))
& fn_citric_acid_cycle_119(X) = fn_reduction_3(fn_citric_acid_cycle_51(X))
& fn_citric_acid_cycle_119(X) = fn_oxidation_7(fn_citric_acid_cycle_50(X))
& fn_citric_acid_cycle_52(X) = fn_oxidation_10(fn_citric_acid_cycle_50(X))
& fn_citric_acid_cycle_119(X) = fn_redox_reaction_12(fn_citric_acid_cycle_110(X))
& fn_citric_acid_cycle_119(X) = fn_redox_reaction_16(fn_citric_acid_cycle_110(X))
& fn_citric_acid_cycle_71(X) = fn_decarboxylation_2(fn_citric_acid_cycle_80(X))
& fn_citric_acid_cycle_69(X) = fn_decarboxylation_1(fn_citric_acid_cycle_80(X))
& fn_citric_acid_cycle_70(X) = fn_nad_plus_1(fn_citric_acid_cycle_82(X))
& fn_citric_acid_cycle_83(X) = fn_reduction_5(fn_citric_acid_cycle_84(X))
& fn_citric_acid_cycle_65(X) = fn_reduction_3(fn_citric_acid_cycle_84(X))
& fn_citric_acid_cycle_81(X) = fn_reduction_1(fn_citric_acid_cycle_84(X))
& fn_citric_acid_cycle_136(X) = fn_dehydration_reaction_1(fn_citric_acid_cycle_77(X))
& fn_citric_acid_cycle_78(X) = fn_condensation_reaction_3(fn_citric_acid_cycle_77(X))
& fn_citric_acid_cycle_79(X) = fn_condensation_reaction_2(fn_citric_acid_cycle_77(X))
& fn_citric_acid_cycle_79(X) = fn_dehydration_reaction_8(fn_citric_acid_cycle_77(X))
& fn_citric_acid_cycle_78(X) = fn_dehydration_reaction_6(fn_citric_acid_cycle_77(X))
& fn_citric_acid_cycle_88(X) = fn_dehydration_reaction_7(fn_citric_acid_cycle_77(X))
& fn_citric_acid_cycle_38(X) = fn_catabolic_pathway_5(X)
& fn_citric_acid_cycle_30(X) = fn_catabolic_pathway_11(X)
& fn_citric_acid_cycle_37(X) = fn_catabolic_pathway_1(X)
& fn_citric_acid_cycle_105(X) = fn_catabolic_pathway_10(X)
& fn_citric_acid_cycle_47(X) = fn_catabolic_pathway_4(X)
& fn_citric_acid_cycle_48(X) = fn_catabolic_pathway_2(X)
& fn_citric_acid_cycle_109(X) = fn_catabolic_pathway_9(X)
& fn_citric_acid_cycle_125(X) = fn_organic_molecule_1(fn_citric_acid_cycle_108(X))
& fn_citric_acid_cycle_126(X) = fn_organic_molecule_2(fn_citric_acid_cycle_108(X))
& fn_citric_acid_cycle_130(X) = fn_endergonic_reaction_3(fn_citric_acid_cycle_77(X))
& fn_citric_acid_cycle_44(X) = fn_endergonic_reaction_7(fn_citric_acid_cycle_77(X))
& fn_citric_acid_cycle_43(X) = fn_endergonic_reaction_6(fn_citric_acid_cycle_77(X))
& fn_citric_acid_cycle_131(X) = fn_endergonic_reaction_4(fn_citric_acid_cycle_77(X))
& fn_citric_acid_cycle_132(X) = fn_endergonic_reaction_5(fn_citric_acid_cycle_77(X))
& fn_citric_acid_cycle_136(X) = fn_endergonic_reaction_2(fn_citric_acid_cycle_77(X))
& fn_citric_acid_cycle_79(X) = fn_endergonic_reaction_8(fn_citric_acid_cycle_77(X))
& fn_citric_acid_cycle_52(X) = fn_reduction_4(fn_citric_acid_cycle_51(X))
& fn_citric_acid_cycle_51(X) = fn_redox_reaction_10(fn_citric_acid_cycle_110(X))
& fn_citric_acid_cycle_52(X) = fn_oxidation_9(fn_citric_acid_cycle_50(X))
& fn_citric_acid_cycle_52(X) = fn_redox_reaction_7(fn_citric_acid_cycle_110(X))
& fn_citric_acid_cycle_50(X) = fn_redox_reaction_11(fn_citric_acid_cycle_110(X))
& fn_citric_acid_cycle_34(X) = fn_oxidation_1(fn_citric_acid_cycle_89(X))
& fn_citric_acid_cycle_32(X) = fn_oxidation_11(fn_citric_acid_cycle_89(X))
& fn_citric_acid_cycle_94(X) = fn_oxidation_9(fn_citric_acid_cycle_89(X))
& fn_citric_acid_cycle_29(X) = fn_oxidation_6(fn_citric_acid_cycle_89(X))
& fn_citric_acid_cycle_118(X) = fn_oxidation_8(fn_citric_acid_cycle_89(X))
& fn_citric_acid_cycle_28(X) = fn_oxidation_5(fn_citric_acid_cycle_89(X))
& fn_citric_acid_cycle_35(X) = fn_oxidation_2(fn_citric_acid_cycle_89(X))
& fn_citric_acid_cycle_36(X) = fn_oxidation_3(fn_citric_acid_cycle_89(X))
& fn_citric_acid_cycle_33(X) = fn_oxidation_4(fn_citric_acid_cycle_89(X))
& fn_citric_acid_cycle_42(X) = fn_ester_2(fn_citric_acid_cycle_88(X))
& fn_citric_acid_cycle_41(X) = fn_ester_1(fn_citric_acid_cycle_88(X))
& fn_citric_acid_cycle_137(X) = fn_ester_4(fn_citric_acid_cycle_88(X))
& fn_citric_acid_cycle_133(X) = fn_ester_5(fn_citric_acid_cycle_88(X))
& fn_citric_acid_cycle_134(X) = fn_ester_6(fn_citric_acid_cycle_88(X))
& fn_citric_acid_cycle_135(X) = fn_ester_3(fn_citric_acid_cycle_88(X))
& fn_citric_acid_cycle_45(X) = fn_acetyl_coa_5(fn_citric_acid_cycle_108(X))
& fn_citric_acid_cycle_46(X) = fn_acetyl_coa_4(fn_citric_acid_cycle_108(X))
& fn_citric_acid_cycle_124(X) = fn_acetyl_coa_15(fn_citric_acid_cycle_108(X))
& fn_citric_acid_cycle_125(X) = fn_acetyl_coa_19(fn_citric_acid_cycle_108(X))
& fn_citric_acid_cycle_127(X) = fn_acetyl_coa_7(fn_citric_acid_cycle_108(X))
& fn_citric_acid_cycle_123(X) = fn_acetyl_coa_8(fn_citric_acid_cycle_108(X))
& fn_citric_acid_cycle_122(X) = fn_acetyl_coa_9(fn_citric_acid_cycle_108(X))
& fn_citric_acid_cycle_128(X) = fn_acetyl_coa_6(fn_citric_acid_cycle_108(X))
& fn_citric_acid_cycle_61(X) = fn_acetyl_coa_32(fn_citric_acid_cycle_58(X))
& fn_citric_acid_cycle_62(X) = fn_acetyl_coa_19(fn_citric_acid_cycle_58(X))
& fn_citric_acid_cycle_59(X) = fn_acetyl_coa_17(fn_citric_acid_cycle_58(X))
& fn_citric_acid_cycle_60(X) = fn_acetyl_coa_19(fn_citric_acid_cycle_58(X))
& fn_citric_acid_cycle_59(X) = fn_acetyl_coa_14(fn_citric_acid_cycle_58(X))
& fn_citric_acid_cycle_111(X) = fn_acetyl_coa_20(fn_citric_acid_cycle_58(X))
& fn_chemical_reaction_2(fn_citric_acid_cycle_107(X)) = fn_chemical_reaction_1(fn_citric_acid_cycle_110(X))
& fn_chemical_reaction_1(fn_citric_acid_cycle_110(X)) = fn_chemical_reaction_1(fn_citric_acid_cycle_110(X))
& fn_chemical_reaction_1(fn_citric_acid_cycle_110(X)) = fn_hydration_2(fn_citric_acid_cycle_99(X))
& fn_hydration_2(fn_citric_acid_cycle_99(X)) = fn_remove_2(fn_citric_acid_cycle_71(X))
& fn_remove_2(fn_citric_acid_cycle_71(X)) = fn_decomposition_reaction_2(fn_citric_acid_cycle_112(X))
& fn_decomposition_reaction_2(fn_citric_acid_cycle_112(X)) = fn_decomposition_reaction_2(fn_citric_acid_cycle_112(X))
& fn_decomposition_reaction_2(fn_citric_acid_cycle_112(X)) = fn_chemical_reaction_1(fn_citric_acid_cycle_113(X))
& fn_chemical_reaction_1(fn_citric_acid_cycle_113(X)) = fn_chemical_reaction_1(fn_citric_acid_cycle_113(X))
& fn_chemical_reaction_1(fn_citric_acid_cycle_113(X)) = fn_decomposition_reaction_5(fn_citric_acid_cycle_80(X))
& fn_decomposition_reaction_5(fn_citric_acid_cycle_80(X)) = fn_remove_2(fn_citric_acid_cycle_101(X))
& fn_remove_2(fn_citric_acid_cycle_101(X)) = fn_chemical_reaction_2(fn_citric_acid_cycle_106(X))
& fn_chemical_reaction_2(fn_citric_acid_cycle_106(X)) = fn_chemical_reaction_2(fn_citric_acid_cycle_106(X))
& fn_chemical_reaction_2(fn_citric_acid_cycle_106(X)) = fn_chemical_reaction_1(fn_citric_acid_cycle_64(X))
& fn_chemical_reaction_1(fn_citric_acid_cycle_64(X)) = fn_remove_1(fn_citric_acid_cycle_116(X))
& fn_remove_1(fn_citric_acid_cycle_116(X)) = fn_chemical_reaction_1(fn_citric_acid_cycle_72(X))
& fn_chemical_reaction_1(fn_citric_acid_cycle_72(X)) = fn_synthesis_of_atp_13(fn_citric_acid_cycle_85(X))
& fn_synthesis_of_atp_13(fn_citric_acid_cycle_85(X)) = fn_substrate_level_phosphorylation_5(fn_citric_acid_cycle_85(X))
& fn_substrate_level_phosphorylation_5(fn_citric_acid_cycle_85(X)) = fn_chemical_reaction_2(fn_citric_acid_cycle_113(X))
& fn_chemical_reaction_2(fn_citric_acid_cycle_113(X)) = fn_chemical_reaction_1(fn_citric_acid_cycle_76(X))
& fn_chemical_reaction_1(fn_citric_acid_cycle_76(X)) = fn_chemical_reaction_1(fn_citric_acid_cycle_76(X))
& fn_chemical_reaction_1(fn_citric_acid_cycle_76(X)) = fn_isomerization_reaction_1(fn_citric_acid_cycle_87(X))
& fn_isomerization_reaction_1(fn_citric_acid_cycle_87(X)) = fn_isomerization_reaction_1(fn_citric_acid_cycle_87(X))
& fn_isomerization_reaction_1(fn_citric_acid_cycle_87(X)) = fn_release_2(fn_citric_acid_cycle_97(X))
& fn_release_2(fn_citric_acid_cycle_97(X)) = fn_hydration_4(fn_citric_acid_cycle_99(X))
& fn_hydration_4(fn_citric_acid_cycle_99(X)) = fn_hydration_4(fn_citric_acid_cycle_99(X))
& fn_hydration_4(fn_citric_acid_cycle_99(X)) = fn_chemical_reaction_1(fn_citric_acid_cycle_107(X))
& fn_chemical_reaction_1(fn_citric_acid_cycle_107(X)) = fn_chemical_reaction_1(fn_citric_acid_cycle_107(X))
& fn_chemical_reaction_1(fn_citric_acid_cycle_107(X)) = fn_reduction_1(fn_citric_acid_cycle_95(X))
& fn_oxidation_10(fn_citric_acid_cycle_92(X)) = fn_reduction_1(fn_citric_acid_cycle_95(X))
& fn_reduction_1(fn_citric_acid_cycle_95(X)) = fn_oxidation_10(fn_citric_acid_cycle_92(X))
& fn_oxidation_10(fn_citric_acid_cycle_92(X)) = fn_oxidation_10(fn_citric_acid_cycle_92(X))
& fn_oxidation_10(fn_citric_acid_cycle_92(X)) = fn_add_2(fn_citric_acid_cycle_90(X))
& fn_add_2(fn_citric_acid_cycle_90(X)) = fn_add_2(fn_citric_acid_cycle_117(X))
& fn_add_2(fn_citric_acid_cycle_117(X)) = fn_oxidation_7(fn_citric_acid_cycle_89(X))
& fn_oxidation_7(fn_citric_acid_cycle_89(X)) = fn_oxidation_7(fn_citric_acid_cycle_89(X))
& fn_oxidation_7(fn_citric_acid_cycle_89(X)) = fn_reduction_1(fn_citric_acid_cycle_95(X))
& fn_reduction_1(fn_citric_acid_cycle_95(X)) = fn_reduction_1(fn_citric_acid_cycle_95(X))
& fn_reduction_1(fn_citric_acid_cycle_95(X)) = fn_add_2(fn_citric_acid_cycle_96(X))
& fn_add_2(fn_citric_acid_cycle_96(X)) = fn_reduction_1(fn_citric_acid_cycle_95(X))
& fn_oxidation_7(fn_citric_acid_cycle_92(X)) = fn_reduction_1(fn_citric_acid_cycle_95(X))
& fn_reduction_1(fn_citric_acid_cycle_95(X)) = fn_oxidation_7(fn_citric_acid_cycle_92(X))
& fn_oxidation_7(fn_citric_acid_cycle_92(X)) = fn_oxidation_7(fn_citric_acid_cycle_92(X))
& fn_oxidation_7(fn_citric_acid_cycle_92(X)) = fn_reduction_3(fn_citric_acid_cycle_95(X))
& fn_reduction_3(fn_citric_acid_cycle_95(X)) = fn_reduction_3(fn_citric_acid_cycle_95(X))
& fn_reduction_3(fn_citric_acid_cycle_95(X)) = fn_reduction_1(fn_citric_acid_cycle_51(X))
& fn_reduction_1(fn_citric_acid_cycle_51(X)) = fn_reduction_1(fn_citric_acid_cycle_51(X))
& fn_reduction_1(fn_citric_acid_cycle_51(X)) = fn_oxidation_7(fn_citric_acid_cycle_50(X))
& fn_oxidation_10(fn_citric_acid_cycle_50(X)) = fn_oxidation_7(fn_citric_acid_cycle_50(X))
& fn_oxidation_7(fn_citric_acid_cycle_50(X)) = fn_oxidation_10(fn_citric_acid_cycle_50(X))
& fn_oxidation_10(fn_citric_acid_cycle_50(X)) = fn_oxidation_10(fn_citric_acid_cycle_50(X))
& fn_oxidation_10(fn_citric_acid_cycle_50(X)) = fn_oxidation_1(fn_citric_acid_cycle_50(X))
& fn_oxidation_1(fn_citric_acid_cycle_50(X)) = fn_redox_reaction_13(fn_citric_acid_cycle_110(X))
& fn_redox_reaction_2(fn_citric_acid_cycle_110(X)) = fn_redox_reaction_13(fn_citric_acid_cycle_110(X))
& fn_redox_reaction_13(fn_citric_acid_cycle_110(X)) = fn_redox_reaction_2(fn_citric_acid_cycle_110(X))
& fn_redox_reaction_2(fn_citric_acid_cycle_110(X)) = fn_chemical_reaction_1(fn_citric_acid_cycle_106(X))
& fn_chemical_reaction_1(fn_citric_acid_cycle_106(X)) = fn_reduction_3(fn_citric_acid_cycle_51(X))
& fn_reduction_3(fn_citric_acid_cycle_51(X)) = fn_reduction_3(fn_citric_acid_cycle_51(X))
& fn_oxidation_7(fn_citric_acid_cycle_50(X)) = fn_reduction_3(fn_citric_acid_cycle_51(X))
& fn_reduction_3(fn_citric_acid_cycle_51(X)) = fn_oxidation_7(fn_citric_acid_cycle_50(X))
& fn_oxidation_7(fn_citric_acid_cycle_50(X)) = fn_oxidation_7(fn_citric_acid_cycle_50(X))
& fn_redox_reaction_12(fn_citric_acid_cycle_110(X)) = fn_oxidation_7(fn_citric_acid_cycle_50(X))
& fn_oxidation_7(fn_citric_acid_cycle_50(X)) = fn_redox_reaction_12(fn_citric_acid_cycle_110(X))
& fn_redox_reaction_12(fn_citric_acid_cycle_110(X)) = fn_redox_reaction_12(fn_citric_acid_cycle_110(X))
& fn_redox_reaction_16(fn_citric_acid_cycle_110(X)) = fn_redox_reaction_16(fn_citric_acid_cycle_110(X))
& fn_redox_reaction_16(fn_citric_acid_cycle_110(X)) = fn_redox_reaction_12(fn_citric_acid_cycle_110(X))
& fn_redox_reaction_12(fn_citric_acid_cycle_110(X)) = fn_redox_reaction_16(fn_citric_acid_cycle_110(X))
& fn_redox_reaction_16(fn_citric_acid_cycle_110(X)) = fn_chemical_reaction_1(fn_citric_acid_cycle_115(X))
& fn_chemical_reaction_1(fn_citric_acid_cycle_115(X)) = fn_nad_plus_1(fn_citric_acid_cycle_82(X))
& fn_nad_plus_1(fn_citric_acid_cycle_82(X)) = fn_nad_plus_1(fn_citric_acid_cycle_82(X))
& fn_nad_plus_1(fn_citric_acid_cycle_82(X)) = fn_chemical_reaction_2(fn_citric_acid_cycle_64(X))
& fn_chemical_reaction_2(fn_citric_acid_cycle_64(X)) = fn_reduction_3(fn_citric_acid_cycle_84(X))
& fn_reduction_3(fn_citric_acid_cycle_84(X)) = fn_reduction_3(fn_citric_acid_cycle_84(X))
& fn_reduction_3(fn_citric_acid_cycle_84(X)) = fn_decomposition_reaction_2(fn_citric_acid_cycle_80(X))
& fn_decomposition_reaction_2(fn_citric_acid_cycle_80(X)) = fn_reduction_1(fn_citric_acid_cycle_84(X))
& fn_reduction_1(fn_citric_acid_cycle_84(X)) = fn_reduction_1(fn_citric_acid_cycle_84(X))
& fn_reduction_1(fn_citric_acid_cycle_84(X)) = fn_condensation_reaction_3(fn_citric_acid_cycle_77(X))
& fn_dehydration_reaction_6(fn_citric_acid_cycle_77(X)) = fn_condensation_reaction_3(fn_citric_acid_cycle_77(X))
& fn_condensation_reaction_3(fn_citric_acid_cycle_77(X)) = fn_dehydration_reaction_6(fn_citric_acid_cycle_77(X))
& fn_dehydration_reaction_6(fn_citric_acid_cycle_77(X)) = fn_dehydration_reaction_6(fn_citric_acid_cycle_77(X))
& fn_dehydration_reaction_6(fn_citric_acid_cycle_77(X)) = fn_waste_1(fn_citric_acid_cycle_31(X))
& fn_waste_1(fn_citric_acid_cycle_31(X)) = fn_catabolic_pathway_11(X)
& fn_catabolic_pathway_11(X) = fn_dehydration_reaction_1(fn_citric_acid_cycle_77(X))
& fn_dehydration_reaction_1(fn_citric_acid_cycle_77(X)) = fn_endergonic_reaction_2(fn_citric_acid_cycle_77(X))
& fn_endergonic_reaction_2(fn_citric_acid_cycle_77(X)) = fn_endergonic_reaction_2(fn_citric_acid_cycle_77(X))
& fn_endergonic_reaction_2(fn_citric_acid_cycle_77(X)) = fn_add_2(fn_citric_acid_cycle_74(X))
& fn_add_2(fn_citric_acid_cycle_74(X)) = fn_functional_group_1(fn_citric_acid_cycle_129(X))
& fn_functional_group_1(fn_citric_acid_cycle_129(X)) = fn_functional_group_1(fn_citric_acid_cycle_129(X))
& fn_functional_group_1(fn_citric_acid_cycle_129(X)) = fn_chemical_reaction_2(fn_citric_acid_cycle_76(X))
& fn_chemical_reaction_2(fn_citric_acid_cycle_76(X)) = fn_chemical_reaction_2(fn_citric_acid_cycle_76(X))
& fn_chemical_reaction_2(fn_citric_acid_cycle_76(X)) = fn_condensation_reaction_2(fn_citric_acid_cycle_77(X))
& fn_condensation_reaction_2(fn_citric_acid_cycle_77(X)) = fn_condensation_reaction_2(fn_citric_acid_cycle_77(X))
& fn_dehydration_reaction_8(fn_citric_acid_cycle_77(X)) = fn_condensation_reaction_2(fn_citric_acid_cycle_77(X))
& fn_condensation_reaction_2(fn_citric_acid_cycle_77(X)) = fn_dehydration_reaction_8(fn_citric_acid_cycle_77(X))
& fn_dehydration_reaction_8(fn_citric_acid_cycle_77(X)) = fn_dehydration_reaction_8(fn_citric_acid_cycle_77(X))
& fn_dehydration_reaction_8(fn_citric_acid_cycle_77(X)) = fn_endergonic_reaction_8(fn_citric_acid_cycle_77(X))
& fn_endergonic_reaction_8(fn_citric_acid_cycle_77(X)) = fn_endergonic_reaction_8(fn_citric_acid_cycle_77(X))
& fn_endergonic_reaction_8(fn_citric_acid_cycle_77(X)) = fn_oxidation_10(fn_citric_acid_cycle_50(X))
& fn_oxidation_10(fn_citric_acid_cycle_50(X)) = fn_reduction_4(fn_citric_acid_cycle_51(X))
& fn_reduction_4(fn_citric_acid_cycle_51(X)) = fn_oxidation_10(fn_citric_acid_cycle_50(X))
& fn_oxidation_9(fn_citric_acid_cycle_50(X)) = fn_oxidation_10(fn_citric_acid_cycle_50(X))
& fn_oxidation_10(fn_citric_acid_cycle_50(X)) = fn_oxidation_9(fn_citric_acid_cycle_50(X))
& fn_oxidation_9(fn_citric_acid_cycle_50(X)) = fn_oxidation_9(fn_citric_acid_cycle_50(X))
& fn_redox_reaction_7(fn_citric_acid_cycle_110(X)) = fn_redox_reaction_7(fn_citric_acid_cycle_110(X))
& fn_redox_reaction_7(fn_citric_acid_cycle_110(X)) = fn_oxidation_9(fn_citric_acid_cycle_50(X))
& fn_oxidation_9(fn_citric_acid_cycle_50(X)) = fn_redox_reaction_7(fn_citric_acid_cycle_110(X))
& fn_redox_reaction_7(fn_citric_acid_cycle_110(X)) = fn_oxidation_9(fn_citric_acid_cycle_92(X))
& fn_oxidation_9(fn_citric_acid_cycle_92(X)) = fn_reduction_4(fn_citric_acid_cycle_95(X))
& fn_reduction_4(fn_citric_acid_cycle_95(X)) = fn_oxidation_9(fn_citric_acid_cycle_92(X))
& fn_oxidation_9(fn_citric_acid_cycle_92(X)) = fn_oxidation_9(fn_citric_acid_cycle_89(X))
& fn_oxidation_9(fn_citric_acid_cycle_89(X)) = fn_oxidation_9(fn_citric_acid_cycle_89(X))
& fn_reduction_4(fn_citric_acid_cycle_95(X)) = fn_reduction_4(fn_citric_acid_cycle_95(X))
& fn_oxidation_9(fn_citric_acid_cycle_89(X)) = fn_reduction_4(fn_citric_acid_cycle_95(X))
& fn_reduction_4(fn_citric_acid_cycle_95(X)) = fn_oxidation_9(fn_citric_acid_cycle_89(X))
& fn_oxidation_9(fn_citric_acid_cycle_89(X)) = fn_make_contact_2(fn_citric_acid_cycle_121(X))
& fn_make_contact_2(fn_citric_acid_cycle_121(X)) = fn_make_contact_1(fn_citric_acid_cycle_121(X))
& fn_make_contact_1(fn_citric_acid_cycle_121(X)) = fn_make_contact_1(fn_citric_acid_cycle_121(X))
& fn_make_contact_1(fn_citric_acid_cycle_121(X)) = fn_chemical_3(fn_citric_acid_cycle_120(X))
& fn_chemical_3(fn_citric_acid_cycle_120(X)) = fn_chemical_3(fn_citric_acid_cycle_120(X))
& fn_chemical_3(fn_citric_acid_cycle_120(X)) = fn_isomerization_reaction_2(fn_citric_acid_cycle_87(X))
& fn_isomerization_reaction_2(fn_citric_acid_cycle_87(X)) = fn_isomerization_reaction_2(fn_citric_acid_cycle_87(X))
& fn_isomerization_reaction_2(fn_citric_acid_cycle_87(X)) = fn_condensation_reaction_1(fn_citric_acid_cycle_77(X))
& fn_condensation_reaction_1(fn_citric_acid_cycle_77(X)) = fn_condensation_reaction_1(fn_citric_acid_cycle_77(X))
& fn_condensation_reaction_1(fn_citric_acid_cycle_77(X)) = fn_dehydration_reaction_7(fn_citric_acid_cycle_77(X))
& fn_dehydration_reaction_7(fn_citric_acid_cycle_77(X)) = fn_dehydration_reaction_7(fn_citric_acid_cycle_77(X))
& fn_dehydration_reaction_7(fn_citric_acid_cycle_77(X)) = fn_organic_molecule_1(fn_citric_acid_cycle_108(X))
& fn_organic_molecule_1(fn_citric_acid_cycle_108(X)) = fn_organic_molecule_1(fn_citric_acid_cycle_108(X))
& fn_organic_molecule_1(fn_citric_acid_cycle_108(X)) = fn_acetyl_coa_19(fn_citric_acid_cycle_108(X))
& fn_acetyl_coa_19(fn_citric_acid_cycle_108(X)) = fn_acetyl_coa_19(fn_citric_acid_cycle_108(X))
& fn_acetyl_coa_19(fn_citric_acid_cycle_108(X)) = fn_remove_2(fn_citric_acid_cycle_116(X))
& fn_remove_2(fn_citric_acid_cycle_116(X)) = fn_chemical_reaction_2(fn_citric_acid_cycle_72(X))
& fn_chemical_reaction_2(fn_citric_acid_cycle_72(X)) = fn_chemical_reaction_2(fn_citric_acid_cycle_72(X))
& fn_chemical_reaction_2(fn_citric_acid_cycle_72(X)) = fn_reactant_3(fn_citric_acid_cycle_57(X))
& fn_reactant_3(fn_citric_acid_cycle_57(X)) = fn_reactant_3(fn_citric_acid_cycle_57(X))
& fn_reactant_3(fn_citric_acid_cycle_57(X)) = fn_acetyl_coa_17(fn_citric_acid_cycle_58(X))
& fn_acetyl_coa_14(fn_citric_acid_cycle_58(X)) = fn_acetyl_coa_17(fn_citric_acid_cycle_58(X))
& fn_acetyl_coa_17(fn_citric_acid_cycle_58(X)) = fn_acetyl_coa_14(fn_citric_acid_cycle_58(X))
& fn_acetyl_coa_14(fn_citric_acid_cycle_58(X)) = fn_acetyl_coa_14(fn_citric_acid_cycle_58(X))
& fn_acetyl_coa_14(fn_citric_acid_cycle_58(X)) = fn_add_1(fn_citric_acid_cycle_117(X))
& fn_add_1(fn_citric_acid_cycle_117(X)) = fn_acetyl_coa_20(fn_citric_acid_cycle_58(X))
& fn_acetyl_coa_20(fn_citric_acid_cycle_58(X)) = fn_acetyl_coa_20(fn_citric_acid_cycle_58(X))
& fn_acetyl_coa_20(fn_citric_acid_cycle_58(X)) = fn_oxidation_10(fn_citric_acid_cycle_89(X))
& fn_oxidation_10(fn_citric_acid_cycle_89(X)) = fn_oxidation_10(fn_citric_acid_cycle_89(X))
& fn_reduction_3(fn_citric_acid_cycle_95(X)) = fn_oxidation_10(fn_citric_acid_cycle_89(X))
& fn_oxidation_10(fn_citric_acid_cycle_89(X)) = fn_reduction_3(fn_citric_acid_cycle_95(X))
& fn_reactant_2(fn_citric_acid_cycle_57(X)) = fn_reactant_2(fn_citric_acid_cycle_57(X)) ) ) ).
fof(a528430,axiom,
! [X] :
( citric_acid_cycle_in_eukaryote_1(X)
=> ( original_name_2(X,'Citric-Acid-Cycle-In-Eukaryote')
& user_description_2(X,'A chemical cycle, occuring in the mitochondrion of eukaryotes, involving eight steps that completes the metabolic breakdown of glucose molecules begun in glycolysis by oxidizing acetyl CoA to carbon dioxide; the second major stage in cellular respiration.')
& concept2words_2(X,'undergo citric acid cycle')
& concept2words_2(X,convert)
& concept2words_2(X,'citric acid cycle in eukaryote')
& concept2words_2(X,'citric-acid-cycle-in-eukaryote')
& citric_acid_cycle_1(X)
& ~ glycolysis_1(X)
& ~ cellular_respiration_1(X)
& ~ citric_acid_cycle_in_prokaryote_1(X)
& potential_energy_1(fn_citric_acid_cycle_in_eukaryote_1(X))
& crista_1(fn_citric_acid_cycle_in_eukaryote_2(X))
& eukaryote_1(fn_citric_acid_cycle_in_eukaryote_3(X))
& time_interval_1(fn_citric_acid_cycle_in_eukaryote_4(X))
& time_interval_1(fn_citric_acid_cycle_in_eukaryote_5(X))
& time_interval_1(fn_citric_acid_cycle_in_eukaryote_6(X))
& time_interval_1(fn_citric_acid_cycle_in_eukaryote_7(X))
& time_interval_1(fn_citric_acid_cycle_in_eukaryote_8(X))
& time_interval_1(fn_citric_acid_cycle_in_eukaryote_9(X))
& time_interval_1(fn_citric_acid_cycle_in_eukaryote_10(X))
& time_interval_1(fn_citric_acid_cycle_in_eukaryote_11(X))
& nad_plus_1(fn_citric_acid_cycle_in_eukaryote_12(X))
& organic_molecule_1(fn_citric_acid_cycle_in_eukaryote_13(X))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_13(X))
& acetyl_coa_1(fn_citric_acid_cycle_in_eukaryote_13(X))
& chemical_energy_1(fn_citric_acid_cycle_in_eukaryote_14(X))
& fadh2_1(fn_citric_acid_cycle_in_eukaryote_22(X))
& functional_group_1(fn_citric_acid_cycle_in_eukaryote_23(X))
& hydroxyl_group_1(fn_citric_acid_cycle_in_eukaryote_23(X))
& free_energy_1(fn_citric_acid_cycle_in_eukaryote_24(X))
& quantity_value_1(fn_citric_acid_cycle_in_eukaryote_25(X))
& quantity_value_1(fn_citric_acid_cycle_in_eukaryote_26(X))
& citrate_1(fn_citric_acid_cycle_in_eukaryote_27(X))
& molecule_1(fn_citric_acid_cycle_in_eukaryote_27(X))
& reactant_1(fn_citric_acid_cycle_in_eukaryote_28(X))
& chemical_bond_1(fn_citric_acid_cycle_in_eukaryote_29(X))
& covalent_bond_1(fn_citric_acid_cycle_in_eukaryote_29(X))
& peptide_bond_1(fn_citric_acid_cycle_in_eukaryote_29(X))
& entity_1(fn_citric_acid_cycle_in_eukaryote_30(X))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_30(X))
& atom_1(fn_citric_acid_cycle_in_eukaryote_30(X))
& carbon_1(fn_citric_acid_cycle_in_eukaryote_30(X))
& add_1(fn_citric_acid_cycle_in_eukaryote_31(X))
& electron_donor_1(fn_citric_acid_cycle_in_eukaryote_32(X))
& reducing_agent_1(fn_citric_acid_cycle_in_eukaryote_33(X))
& release_1(fn_citric_acid_cycle_in_eukaryote_34(X))
& hydrogen_ion_1(fn_citric_acid_cycle_in_eukaryote_35(X))
& oxidation_1(fn_citric_acid_cycle_in_eukaryote_36(X))
& reduction_1(fn_citric_acid_cycle_in_eukaryote_37(X))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_38(X))
& electron_1(fn_citric_acid_cycle_in_eukaryote_38(X))
& reducing_agent_1(fn_citric_acid_cycle_in_eukaryote_39(X))
& electron_donor_1(fn_citric_acid_cycle_in_eukaryote_40(X))
& molecule_1(fn_citric_acid_cycle_in_eukaryote_41(X))
& water_molecule_1(fn_citric_acid_cycle_in_eukaryote_41(X))
& tangible_entity_1(fn_citric_acid_cycle_in_eukaryote_42(X))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_42(X))
& organic_molecule_1(fn_citric_acid_cycle_in_eukaryote_42(X))
& oxaloacetate_1(fn_citric_acid_cycle_in_eukaryote_42(X))
& synthesis_reaction_1(fn_citric_acid_cycle_in_eukaryote_43(X))
& chemical_reaction_1(fn_citric_acid_cycle_in_eukaryote_44(X))
& synthesis_reaction_1(fn_citric_acid_cycle_in_eukaryote_45(X))
& chemical_reaction_1(fn_citric_acid_cycle_in_eukaryote_46(X))
& redox_reaction_1(fn_citric_acid_cycle_in_eukaryote_46(X))
& isomerization_reaction_1(fn_citric_acid_cycle_in_eukaryote_47(X))
& chemical_reaction_1(fn_citric_acid_cycle_in_eukaryote_48(X))
& chemical_reaction_1(fn_citric_acid_cycle_in_eukaryote_49(X))
& break_1(fn_citric_acid_cycle_in_eukaryote_50(X))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_51(X))
& protein_enzyme_1(fn_citric_acid_cycle_in_eukaryote_51(X))
& dehydrogenase_1(fn_citric_acid_cycle_in_eukaryote_51(X))
& protein_1(fn_citric_acid_cycle_in_eukaryote_51(X))
& eukaryotic_cell_1(fn_citric_acid_cycle_in_eukaryote_52(X))
& mitochondrial_matrix_1(fn_citric_acid_cycle_in_eukaryote_53(X))
& polymer_1(fn_citric_acid_cycle_in_eukaryote_54(X))
& organic_molecule_1(fn_citric_acid_cycle_in_eukaryote_54(X))
& polypeptide_1(fn_citric_acid_cycle_in_eukaryote_54(X))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_55(X))
& nad_plus_1(fn_citric_acid_cycle_in_eukaryote_55(X))
& molecule_1(fn_citric_acid_cycle_in_eukaryote_56(X))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_56(X))
& isocitrate_1(fn_citric_acid_cycle_in_eukaryote_56(X))
& nadh_1(fn_citric_acid_cycle_in_eukaryote_57(X))
& spatial_entity_1(fn_citric_acid_cycle_in_eukaryote_58(X))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_58(X))
& organic_molecule_1(fn_citric_acid_cycle_in_eukaryote_58(X))
& decarboxylation_1(fn_citric_acid_cycle_in_eukaryote_59(X))
& decarboxylation_1(fn_citric_acid_cycle_in_eukaryote_60(X))
& alpha_ketoglutarate_1(fn_citric_acid_cycle_in_eukaryote_61(X))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_62(X))
& nadh_1(fn_citric_acid_cycle_in_eukaryote_62(X))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_63(X))
& organic_molecule_1(fn_citric_acid_cycle_in_eukaryote_63(X))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_64(X))
& nad_plus_1(fn_citric_acid_cycle_in_eukaryote_64(X))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_65(X))
& organic_molecule_1(fn_citric_acid_cycle_in_eukaryote_65(X))
& synthesis_reaction_1(fn_citric_acid_cycle_in_eukaryote_66(X))
& oxidation_1(fn_citric_acid_cycle_in_eukaryote_67(X))
& fad_1(fn_citric_acid_cycle_in_eukaryote_68(X))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_68(X))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_69(X))
& succinate_1(fn_citric_acid_cycle_in_eukaryote_69(X))
& spatial_entity_1(fn_citric_acid_cycle_in_eukaryote_70(X))
& fumarate_1(fn_citric_acid_cycle_in_eukaryote_70(X))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_70(X))
& hydration_1(fn_citric_acid_cycle_in_eukaryote_71(X))
& reduction_1(fn_citric_acid_cycle_in_eukaryote_72(X))
& citrate_1(fn_citric_acid_cycle_in_eukaryote_73(X))
& molecule_1(fn_citric_acid_cycle_in_eukaryote_73(X))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_74(X))
& nad_plus_1(fn_citric_acid_cycle_in_eukaryote_74(X))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_75(X))
& tangible_entity_1(fn_citric_acid_cycle_in_eukaryote_75(X))
& electron_1(fn_citric_acid_cycle_in_eukaryote_75(X))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_76(X))
& malate_1(fn_citric_acid_cycle_in_eukaryote_76(X))
& oxidizing_agent_1(fn_citric_acid_cycle_in_eukaryote_77(X))
& add_1(fn_citric_acid_cycle_in_eukaryote_78(X))
& add_1(fn_citric_acid_cycle_in_eukaryote_79(X))
& chemical_1(fn_citric_acid_cycle_in_eukaryote_80(X))
& organic_molecule_1(fn_citric_acid_cycle_in_eukaryote_81(X))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_81(X))
& molecule_1(fn_citric_acid_cycle_in_eukaryote_81(X))
& synthesis_reaction_1(fn_citric_acid_cycle_in_eukaryote_82(X))
& condensation_reaction_1(fn_citric_acid_cycle_in_eukaryote_83(X))
& dehydration_reaction_1(fn_citric_acid_cycle_in_eukaryote_83(X))
& quantity_value_1(fn_citric_acid_cycle_in_eukaryote_84(X))
& electronegativity_value_1(fn_citric_acid_cycle_in_eukaryote_85(X))
& atom_1(fn_citric_acid_cycle_in_eukaryote_86(X))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_87(X))
& tangible_entity_1(fn_citric_acid_cycle_in_eukaryote_87(X))
& electron_1(fn_citric_acid_cycle_in_eukaryote_87(X))
& activation_energy_1(fn_citric_acid_cycle_in_eukaryote_88(X))
& activation_energy_1(fn_citric_acid_cycle_in_eukaryote_89(X))
& quantity_value_1(fn_citric_acid_cycle_in_eukaryote_90(X))
& electronegativity_value_1(fn_citric_acid_cycle_in_eukaryote_91(X))
& atom_1(fn_citric_acid_cycle_in_eukaryote_92(X))
& electron_donor_1(fn_citric_acid_cycle_in_eukaryote_93(X))
& reducing_agent_1(fn_citric_acid_cycle_in_eukaryote_94(X))
& oxidation_1(fn_citric_acid_cycle_in_eukaryote_95(X))
& reduction_1(fn_citric_acid_cycle_in_eukaryote_96(X))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_97(X))
& electron_1(fn_citric_acid_cycle_in_eukaryote_97(X))
& remove_1(fn_citric_acid_cycle_in_eukaryote_98(X))
& spatial_entity_1(fn_citric_acid_cycle_in_eukaryote_99(X))
& carbon_dioxide_1(fn_citric_acid_cycle_in_eukaryote_99(X))
& free_energy_1(fn_citric_acid_cycle_in_eukaryote_100(X))
& add_1(fn_citric_acid_cycle_in_eukaryote_101(X))
& oxidation_1(fn_citric_acid_cycle_in_eukaryote_102(X))
& oxidation_1(fn_citric_acid_cycle_in_eukaryote_103(X))
& spatial_entity_1(fn_citric_acid_cycle_in_eukaryote_104(X))
& acetyl_group_1(fn_citric_acid_cycle_in_eukaryote_104(X))
& hydrogen_1(fn_citric_acid_cycle_in_eukaryote_105(X))
& atom_1(fn_citric_acid_cycle_in_eukaryote_106(X))
& oxygen_1(fn_citric_acid_cycle_in_eukaryote_106(X))
& add_1(fn_citric_acid_cycle_in_eukaryote_107(X))
& chemical_bond_1(fn_citric_acid_cycle_in_eukaryote_108(X))
& polar_covalent_bond_1(fn_citric_acid_cycle_in_eukaryote_108(X))
& electronegativity_value_1(fn_citric_acid_cycle_in_eukaryote_109(X))
& atom_1(fn_citric_acid_cycle_in_eukaryote_110(X))
& chemical_entity_1(fn_mitochondrial_matrix_6(fn_citric_acid_cycle_in_eukaryote_53(X)))
& protein_1(fn_mitochondrial_matrix_6(fn_citric_acid_cycle_in_eukaryote_53(X)))
& protein_enzyme_1(fn_mitochondrial_matrix_6(fn_citric_acid_cycle_in_eukaryote_53(X)))
& reducing_agent_1(fn_reduction_5(fn_citric_acid_cycle_in_eukaryote_72(X)))
& reducing_agent_1(fn_reduction_5(fn_citric_acid_cycle_in_eukaryote_37(X)))
& electron_donor_1(fn_oxidation_8(fn_citric_acid_cycle_in_eukaryote_36(X)))
& atom_1(fn_oxidation_1(fn_citric_acid_cycle_in_eukaryote_95(X)))
& electron_donor_1(fn_oxidation_8(fn_citric_acid_cycle_in_eukaryote_95(X)))
& property_node_1(fn_oxidation_6(fn_citric_acid_cycle_in_eukaryote_95(X)))
& property_node_1(fn_oxidation_5(fn_citric_acid_cycle_in_eukaryote_95(X)))
& electronegativity_value_1(fn_oxidation_2(fn_citric_acid_cycle_in_eukaryote_95(X)))
& quantity_value_1(fn_oxidation_3(fn_citric_acid_cycle_in_eukaryote_95(X)))
& activation_energy_1(fn_oxidation_4(fn_citric_acid_cycle_in_eukaryote_95(X)))
& oxidation_1(fn_redox_reaction_11(fn_citric_acid_cycle_in_eukaryote_46(X)))
& property_node_1(fn_oxidation_5(fn_citric_acid_cycle_in_eukaryote_67(X)))
& hydroxyl_group_1(fn_dehydration_reaction_5(fn_citric_acid_cycle_in_eukaryote_83(X)))
& add_1(fn_hydration_3(fn_citric_acid_cycle_in_eukaryote_71(X)))
& electron_donor_1(fn_oxidation_8(fn_citric_acid_cycle_in_eukaryote_103(X)))
& property_node_1(fn_oxidation_6(fn_citric_acid_cycle_in_eukaryote_67(X)))
& activation_energy_1(fn_oxidation_4(fn_citric_acid_cycle_in_eukaryote_67(X)))
& quantity_value_1(fn_oxidation_3(fn_citric_acid_cycle_in_eukaryote_67(X)))
& polypeptide_1(fn_protein_8(fn_citric_acid_cycle_in_eukaryote_51(X)))
& electron_1(fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_37(X)))
& electron_1(fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_36(X)))
& electron_1(fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_96(X)))
& electron_1(fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_95(X)))
& reducing_agent_1(fn_reduction_5(fn_citric_acid_cycle_in_eukaryote_96(X)))
& spatial_entity_1(fn_remove_1(fn_citric_acid_cycle_in_eukaryote_98(X)))
& chemical_entity_1(fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_96(X)))
& chemical_entity_1(fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_95(X)))
& chemical_entity_1(fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_95(X)))
& chemical_entity_1(fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_96(X)))
& spatial_entity_1(fn_remove_2(fn_citric_acid_cycle_in_eukaryote_98(X)))
& chemical_entity_1(fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_37(X)))
& chemical_entity_1(fn_hydration_4(fn_citric_acid_cycle_in_eukaryote_71(X)))
& oxidation_1(fn_dehydrogenase_25(fn_citric_acid_cycle_in_eukaryote_51(X)))
& chemical_entity_1(fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_72(X)))
& tangible_entity_1(fn_impair_1(fn_citric_acid_cycle_in_eukaryote_50(X)))
& chemical_entity_1(fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_72(X)))
& chemical_entity_1(fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_103(X)))
& organic_molecule_1(fn_dehydrogenase_22(fn_citric_acid_cycle_in_eukaryote_51(X)))
& chemical_entity_1(fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_103(X)))
& electron_1(fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_72(X)))
& tangible_entity_1(fn_dehydrogenase_20(fn_citric_acid_cycle_in_eukaryote_51(X)))
& electron_1(fn_dehydrogenase_20(fn_citric_acid_cycle_in_eukaryote_51(X)))
& electron_1(fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_103(X)))
& electron_1(fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_67(X)))
& atom_1(fn_oxidation_1(fn_citric_acid_cycle_in_eukaryote_67(X)))
& free_energy_1(fn_dehydration_reaction_1(fn_citric_acid_cycle_in_eukaryote_83(X)))
& water_molecule_1(fn_dehydration_reaction_6(fn_citric_acid_cycle_in_eukaryote_83(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_citric_acid_cycle_in_eukaryote_46(X)))
& spatial_entity_1(fn_hydration_2(fn_citric_acid_cycle_in_eukaryote_71(X)))
& chemical_entity_1(fn_hydration_2(fn_citric_acid_cycle_in_eukaryote_71(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_citric_acid_cycle_in_eukaryote_46(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_citric_acid_cycle_in_eukaryote_46(X)))
& chemical_entity_1(fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_67(X)))
& chemical_entity_1(fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_67(X)))
& molecule_1(fn_isomerization_reaction_1(fn_citric_acid_cycle_in_eukaryote_47(X)))
& chemical_entity_1(fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_36(X)))
& chemical_entity_1(fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_37(X)))
& chemical_entity_1(fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_36(X)))
& molecule_1(fn_isomerization_reaction_2(fn_citric_acid_cycle_in_eukaryote_47(X)))
& citrate_1(fn_isocitrate_1(fn_citric_acid_cycle_in_eukaryote_56(X)))
& molecule_1(fn_condensation_reaction_2(fn_citric_acid_cycle_in_eukaryote_83(X)))
& molecule_1(fn_dehydration_reaction_8(fn_citric_acid_cycle_in_eukaryote_83(X)))
& chemical_entity_1(fn_functional_group_1(fn_citric_acid_cycle_in_eukaryote_23(X)))
& molecule_1(fn_condensation_reaction_3(fn_citric_acid_cycle_in_eukaryote_83(X)))
& chemical_entity_1(fn_dehydration_reaction_7(fn_citric_acid_cycle_in_eukaryote_83(X)))
& molecule_1(fn_dehydration_reaction_7(fn_citric_acid_cycle_in_eukaryote_83(X)))
& electronegativity_value_1(fn_oxidation_2(fn_citric_acid_cycle_in_eukaryote_67(X)))
& entity_1(fn_polypeptide_126(fn_citric_acid_cycle_in_eukaryote_54(X)))
& chemical_entity_1(fn_polypeptide_126(fn_citric_acid_cycle_in_eukaryote_54(X)))
& atom_1(fn_polypeptide_126(fn_citric_acid_cycle_in_eukaryote_54(X)))
& carbon_1(fn_polypeptide_126(fn_citric_acid_cycle_in_eukaryote_54(X)))
& atom_1(fn_organic_molecule_2(fn_citric_acid_cycle_in_eukaryote_54(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_citric_acid_cycle_in_eukaryote_54(X)))
& carbon_1(fn_organic_molecule_1(fn_citric_acid_cycle_in_eukaryote_54(X)))
& entity_1(fn_protein_13(fn_citric_acid_cycle_in_eukaryote_51(X)))
& chemical_entity_1(fn_protein_13(fn_citric_acid_cycle_in_eukaryote_51(X)))
& atom_1(fn_protein_13(fn_citric_acid_cycle_in_eukaryote_51(X)))
& carbon_1(fn_protein_13(fn_citric_acid_cycle_in_eukaryote_51(X)))
& covalent_bond_1(fn_polymer_1(fn_citric_acid_cycle_in_eukaryote_54(X)))
& chemical_bond_1(fn_polypeptide_130(fn_citric_acid_cycle_in_eukaryote_54(X)))
& covalent_bond_1(fn_polypeptide_130(fn_citric_acid_cycle_in_eukaryote_54(X)))
& peptide_bond_1(fn_polypeptide_130(fn_citric_acid_cycle_in_eukaryote_54(X)))
& chemical_bond_1(fn_protein_12(fn_citric_acid_cycle_in_eukaryote_51(X)))
& covalent_bond_1(fn_protein_12(fn_citric_acid_cycle_in_eukaryote_51(X)))
& peptide_bond_1(fn_protein_12(fn_citric_acid_cycle_in_eukaryote_51(X)))
& chemical_bond_1(fn_dehydration_reaction_2(fn_citric_acid_cycle_in_eukaryote_83(X)))
& polar_covalent_bond_1(fn_dehydration_reaction_2(fn_citric_acid_cycle_in_eukaryote_83(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_citric_acid_cycle_in_eukaryote_23(X)))
& hydrogen_1(fn_dehydration_reaction_4(fn_citric_acid_cycle_in_eukaryote_83(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_citric_acid_cycle_in_eukaryote_23(X)))
& atom_1(fn_dehydration_reaction_3(fn_citric_acid_cycle_in_eukaryote_83(X)))
& oxygen_1(fn_dehydration_reaction_3(fn_citric_acid_cycle_in_eukaryote_83(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_citric_acid_cycle_in_eukaryote_23(X)))
& chemical_reaction_1(fn_dehydrogenase_19(fn_citric_acid_cycle_in_eukaryote_51(X)))
& fn_citric_acid_cycle_in_eukaryote_97(X) != fn_citric_acid_cycle_in_eukaryote_62(X)
& time_before_2(fn_citric_acid_cycle_in_eukaryote_11(X),fn_citric_acid_cycle_in_eukaryote_10(X))
& time_before_2(fn_citric_acid_cycle_in_eukaryote_10(X),fn_citric_acid_cycle_in_eukaryote_9(X))
& time_before_2(fn_citric_acid_cycle_in_eukaryote_9(X),fn_citric_acid_cycle_in_eukaryote_8(X))
& time_before_2(fn_citric_acid_cycle_in_eukaryote_8(X),fn_citric_acid_cycle_in_eukaryote_7(X))
& time_before_2(fn_citric_acid_cycle_in_eukaryote_7(X),fn_citric_acid_cycle_in_eukaryote_6(X))
& time_before_2(fn_citric_acid_cycle_in_eukaryote_6(X),fn_citric_acid_cycle_in_eukaryote_5(X))
& time_before_2(fn_citric_acid_cycle_in_eukaryote_5(X),fn_citric_acid_cycle_in_eukaryote_4(X))
& fn_citric_acid_cycle_in_eukaryote_62(X) != fn_citric_acid_cycle_in_eukaryote_97(X)
& has_isomer_2(fn_citric_acid_cycle_in_eukaryote_56(X),fn_citric_acid_cycle_in_eukaryote_73(X))
& is_along_2(fn_citric_acid_cycle_in_eukaryote_53(X),fn_citric_acid_cycle_in_eukaryote_2(X))
& raw_material_2(X,fn_citric_acid_cycle_in_eukaryote_1(X))
& experiencer_2(X,fn_citric_acid_cycle_in_eukaryote_3(X))
& site_2(X,fn_citric_acid_cycle_in_eukaryote_53(X))
& is_along_2(fn_citric_acid_cycle_in_eukaryote_2(X),fn_citric_acid_cycle_in_eukaryote_53(X))
& time_during_2(fn_citric_acid_cycle_in_eukaryote_49(X),fn_citric_acid_cycle_in_eukaryote_9(X))
& next_event_2(fn_citric_acid_cycle_in_eukaryote_49(X),fn_citric_acid_cycle_in_eukaryote_48(X))
& time_during_2(fn_citric_acid_cycle_in_eukaryote_48(X),fn_citric_acid_cycle_in_eukaryote_8(X))
& next_event_2(fn_citric_acid_cycle_in_eukaryote_48(X),fn_citric_acid_cycle_in_eukaryote_44(X))
& time_during_2(fn_citric_acid_cycle_in_eukaryote_47(X),fn_citric_acid_cycle_in_eukaryote_10(X))
& time_during_2(fn_citric_acid_cycle_in_eukaryote_46(X),fn_citric_acid_cycle_in_eukaryote_6(X))
& time_during_2(fn_citric_acid_cycle_in_eukaryote_45(X),fn_citric_acid_cycle_in_eukaryote_5(X))
& time_during_2(fn_citric_acid_cycle_in_eukaryote_44(X),fn_citric_acid_cycle_in_eukaryote_7(X))
& time_during_2(fn_citric_acid_cycle_in_eukaryote_43(X),fn_citric_acid_cycle_in_eukaryote_11(X))
& possesses_2(fn_citric_acid_cycle_in_eukaryote_42(X),fn_citric_acid_cycle_in_eukaryote_14(X))
& has_state_2(fn_citric_acid_cycle_in_eukaryote_27(X),fn_citric_acid_cycle_in_eukaryote_56(X))
& object_2(fn_citric_acid_cycle_in_eukaryote_98(X),fn_citric_acid_cycle_in_eukaryote_99(X))
& object_2(fn_citric_acid_cycle_in_eukaryote_50(X),fn_citric_acid_cycle_in_eukaryote_42(X))
& base_2(fn_citric_acid_cycle_in_eukaryote_98(X),fn_citric_acid_cycle_in_eukaryote_58(X))
& recipient_2(fn_citric_acid_cycle_in_eukaryote_36(X),fn_citric_acid_cycle_in_eukaryote_55(X))
& is_inside_2(fn_citric_acid_cycle_in_eukaryote_51(X),fn_citric_acid_cycle_in_eukaryote_53(X))
& plays_2(fn_citric_acid_cycle_in_eukaryote_76(X),fn_citric_acid_cycle_in_eukaryote_33(X))
& base_2(X,fn_citric_acid_cycle_in_eukaryote_52(X))
& recipient_2(fn_citric_acid_cycle_in_eukaryote_95(X),fn_citric_acid_cycle_in_eukaryote_64(X))
& fn_citric_acid_cycle_in_eukaryote_64(X) != fn_citric_acid_cycle_in_eukaryote_97(X)
& fn_citric_acid_cycle_in_eukaryote_97(X) != fn_citric_acid_cycle_in_eukaryote_64(X)
& in_event_2(fn_citric_acid_cycle_in_eukaryote_33(X),fn_citric_acid_cycle_in_eukaryote_72(X))
& donor_2(fn_citric_acid_cycle_in_eukaryote_36(X),fn_citric_acid_cycle_in_eukaryote_56(X))
& plays_2(fn_citric_acid_cycle_in_eukaryote_56(X),fn_citric_acid_cycle_in_eukaryote_40(X))
& plays_2(fn_citric_acid_cycle_in_eukaryote_76(X),fn_citric_acid_cycle_in_eukaryote_32(X))
& base_2(fn_citric_acid_cycle_in_eukaryote_101(X),fn_citric_acid_cycle_in_eukaryote_70(X))
& result_2(fn_citric_acid_cycle_in_eukaryote_101(X),fn_citric_acid_cycle_in_eukaryote_76(X))
& donor_2(fn_citric_acid_cycle_in_eukaryote_67(X),fn_citric_acid_cycle_in_eukaryote_69(X))
& in_event_2(fn_citric_acid_cycle_in_eukaryote_39(X),fn_citric_acid_cycle_in_eukaryote_37(X))
& recipient_2(fn_citric_acid_cycle_in_eukaryote_37(X),fn_citric_acid_cycle_in_eukaryote_55(X))
& fn_citric_acid_cycle_in_eukaryote_55(X) != fn_citric_acid_cycle_in_eukaryote_38(X)
& object_2(fn_citric_acid_cycle_in_eukaryote_37(X),fn_citric_acid_cycle_in_eukaryote_38(X))
& donor_2(fn_citric_acid_cycle_in_eukaryote_37(X),fn_citric_acid_cycle_in_eukaryote_56(X))
& plays_2(fn_citric_acid_cycle_in_eukaryote_56(X),fn_citric_acid_cycle_in_eukaryote_39(X))
& fn_citric_acid_cycle_in_eukaryote_38(X) != fn_citric_acid_cycle_in_eukaryote_55(X)
& has_function_2(fn_citric_acid_cycle_in_eukaryote_51(X),X)
& plays_2(fn_citric_acid_cycle_in_eukaryote_63(X),fn_citric_acid_cycle_in_eukaryote_93(X))
& has_atom_2(fn_citric_acid_cycle_in_eukaryote_63(X),fn_citric_acid_cycle_in_eukaryote_92(X))
& donor_2(fn_citric_acid_cycle_in_eukaryote_95(X),fn_citric_acid_cycle_in_eukaryote_63(X))
& in_event_2(fn_citric_acid_cycle_in_eukaryote_40(X),fn_citric_acid_cycle_in_eukaryote_36(X))
& object_2(fn_citric_acid_cycle_in_eukaryote_36(X),fn_citric_acid_cycle_in_eukaryote_38(X))
& fn_citric_acid_cycle_in_eukaryote_58(X) != fn_citric_acid_cycle_in_eukaryote_38(X)
& fn_citric_acid_cycle_in_eukaryote_38(X) != fn_citric_acid_cycle_in_eukaryote_58(X)
& fn_citric_acid_cycle_in_eukaryote_56(X) != fn_citric_acid_cycle_in_eukaryote_38(X)
& fn_citric_acid_cycle_in_eukaryote_38(X) != fn_citric_acid_cycle_in_eukaryote_56(X)
& object_2(fn_citric_acid_cycle_in_eukaryote_96(X),fn_citric_acid_cycle_in_eukaryote_97(X))
& fn_citric_acid_cycle_in_eukaryote_63(X) != fn_citric_acid_cycle_in_eukaryote_97(X)
& fn_citric_acid_cycle_in_eukaryote_97(X) != fn_citric_acid_cycle_in_eukaryote_63(X)
& fn_citric_acid_cycle_in_eukaryote_65(X) != fn_citric_acid_cycle_in_eukaryote_97(X)
& fn_citric_acid_cycle_in_eukaryote_97(X) != fn_citric_acid_cycle_in_eukaryote_65(X)
& electronegativity_2(fn_citric_acid_cycle_in_eukaryote_92(X),fn_citric_acid_cycle_in_eukaryote_91(X))
& in_event_2(fn_citric_acid_cycle_in_eukaryote_93(X),fn_citric_acid_cycle_in_eukaryote_95(X))
& object_2(fn_citric_acid_cycle_in_eukaryote_95(X),fn_citric_acid_cycle_in_eukaryote_97(X))
& raw_material_2(fn_citric_acid_cycle_in_eukaryote_95(X),fn_citric_acid_cycle_in_eukaryote_89(X))
& quantity_2(fn_citric_acid_cycle_in_eukaryote_89(X),fn_citric_acid_cycle_in_eukaryote_90(X))
& directly_proportional_2(fn_citric_acid_cycle_in_eukaryote_91(X),fn_citric_acid_cycle_in_eukaryote_90(X))
& raw_material_2(fn_citric_acid_cycle_in_eukaryote_46(X),fn_citric_acid_cycle_in_eukaryote_68(X))
& result_2(fn_citric_acid_cycle_in_eukaryote_46(X),fn_citric_acid_cycle_in_eukaryote_22(X))
& result_2(fn_citric_acid_cycle_in_eukaryote_49(X),fn_citric_acid_cycle_in_eukaryote_57(X))
& subevent_2(fn_citric_acid_cycle_in_eukaryote_43(X),fn_citric_acid_cycle_in_eukaryote_79(X))
& raw_material_2(fn_citric_acid_cycle_in_eukaryote_49(X),fn_citric_acid_cycle_in_eukaryote_55(X))
& subevent_2(X,fn_citric_acid_cycle_in_eukaryote_47(X))
& called_2(fn_citric_acid_cycle_in_eukaryote_25(X),'FE_p')
& result_2(fn_citric_acid_cycle_in_eukaryote_60(X),fn_citric_acid_cycle_in_eukaryote_63(X))
& in_event_2(fn_citric_acid_cycle_in_eukaryote_77(X),fn_citric_acid_cycle_in_eukaryote_102(X))
& greater_than_2(fn_citric_acid_cycle_in_eukaryote_85(X),fn_citric_acid_cycle_in_eukaryote_109(X))
& possesses_2(fn_citric_acid_cycle_in_eukaryote_12(X),fn_citric_acid_cycle_in_eukaryote_14(X))
& recipient_2(fn_citric_acid_cycle_in_eukaryote_103(X),fn_citric_acid_cycle_in_eukaryote_74(X))
& raw_material_2(fn_citric_acid_cycle_in_eukaryote_72(X),fn_citric_acid_cycle_in_eukaryote_74(X))
& object_2(fn_citric_acid_cycle_in_eukaryote_72(X),fn_citric_acid_cycle_in_eukaryote_75(X))
& possesses_2(fn_citric_acid_cycle_in_eukaryote_41(X),fn_citric_acid_cycle_in_eukaryote_24(X))
& quantity_2(fn_citric_acid_cycle_in_eukaryote_24(X),fn_citric_acid_cycle_in_eukaryote_25(X))
& greater_than_2(fn_citric_acid_cycle_in_eukaryote_25(X),fn_citric_acid_cycle_in_eukaryote_26(X))
& first_subevent_2(fn_citric_acid_cycle_in_eukaryote_48(X),fn_citric_acid_cycle_in_eukaryote_60(X))
& subevent_2(X,fn_citric_acid_cycle_in_eukaryote_48(X))
& subevent_2(X,fn_citric_acid_cycle_in_eukaryote_49(X))
& subevent_2(fn_citric_acid_cycle_in_eukaryote_49(X),fn_citric_acid_cycle_in_eukaryote_59(X))
& raw_material_2(fn_citric_acid_cycle_in_eukaryote_59(X),fn_citric_acid_cycle_in_eukaryote_58(X))
& raw_material_2(fn_citric_acid_cycle_in_eukaryote_60(X),fn_citric_acid_cycle_in_eukaryote_61(X))
& subevent_2(fn_citric_acid_cycle_in_eukaryote_48(X),fn_citric_acid_cycle_in_eukaryote_60(X))
& result_2(fn_citric_acid_cycle_in_eukaryote_48(X),fn_citric_acid_cycle_in_eukaryote_62(X))
& fn_citric_acid_cycle_in_eukaryote_63(X) != fn_citric_acid_cycle_in_eukaryote_62(X)
& fn_citric_acid_cycle_in_eukaryote_62(X) != fn_citric_acid_cycle_in_eukaryote_63(X)
& subevent_2(fn_citric_acid_cycle_in_eukaryote_48(X),fn_citric_acid_cycle_in_eukaryote_66(X))
& raw_material_2(fn_citric_acid_cycle_in_eukaryote_66(X),fn_citric_acid_cycle_in_eukaryote_65(X))
& fn_citric_acid_cycle_in_eukaryote_65(X) != fn_citric_acid_cycle_in_eukaryote_64(X)
& raw_material_2(fn_citric_acid_cycle_in_eukaryote_48(X),fn_citric_acid_cycle_in_eukaryote_64(X))
& fn_citric_acid_cycle_in_eukaryote_48(X) != fn_citric_acid_cycle_in_eukaryote_49(X)
& fn_citric_acid_cycle_in_eukaryote_64(X) != fn_citric_acid_cycle_in_eukaryote_65(X)
& fn_citric_acid_cycle_in_eukaryote_49(X) != fn_citric_acid_cycle_in_eukaryote_48(X)
& in_event_2(fn_citric_acid_cycle_in_eukaryote_94(X),fn_citric_acid_cycle_in_eukaryote_96(X))
& plays_2(fn_citric_acid_cycle_in_eukaryote_63(X),fn_citric_acid_cycle_in_eukaryote_94(X))
& fn_citric_acid_cycle_in_eukaryote_63(X) != fn_citric_acid_cycle_in_eukaryote_64(X)
& fn_citric_acid_cycle_in_eukaryote_65(X) != fn_citric_acid_cycle_in_eukaryote_63(X)
& fn_citric_acid_cycle_in_eukaryote_63(X) != fn_citric_acid_cycle_in_eukaryote_65(X)
& fn_citric_acid_cycle_in_eukaryote_64(X) != fn_citric_acid_cycle_in_eukaryote_63(X)
& next_event_2(fn_citric_acid_cycle_in_eukaryote_47(X),fn_citric_acid_cycle_in_eukaryote_49(X))
& result_2(fn_citric_acid_cycle_in_eukaryote_49(X),fn_citric_acid_cycle_in_eukaryote_99(X))
& result_2(fn_citric_acid_cycle_in_eukaryote_59(X),fn_citric_acid_cycle_in_eukaryote_99(X))
& result_2(fn_citric_acid_cycle_in_eukaryote_59(X),fn_citric_acid_cycle_in_eukaryote_61(X))
& raw_material_2(fn_citric_acid_cycle_in_eukaryote_48(X),fn_citric_acid_cycle_in_eukaryote_61(X))
& donor_2(fn_citric_acid_cycle_in_eukaryote_96(X),fn_citric_acid_cycle_in_eukaryote_63(X))
& recipient_2(fn_citric_acid_cycle_in_eukaryote_96(X),fn_citric_acid_cycle_in_eukaryote_64(X))
& fn_citric_acid_cycle_in_eukaryote_64(X) != fn_citric_acid_cycle_in_eukaryote_62(X)
& fn_citric_acid_cycle_in_eukaryote_62(X) != fn_citric_acid_cycle_in_eukaryote_64(X)
& fn_citric_acid_cycle_in_eukaryote_65(X) != fn_citric_acid_cycle_in_eukaryote_62(X)
& fn_citric_acid_cycle_in_eukaryote_62(X) != fn_citric_acid_cycle_in_eukaryote_65(X)
& subevent_2(fn_citric_acid_cycle_in_eukaryote_47(X),fn_citric_acid_cycle_in_eukaryote_83(X))
& result_2(fn_citric_acid_cycle_in_eukaryote_47(X),fn_citric_acid_cycle_in_eukaryote_56(X))
& raw_material_2(fn_citric_acid_cycle_in_eukaryote_49(X),fn_citric_acid_cycle_in_eukaryote_56(X))
& result_2(fn_citric_acid_cycle_in_eukaryote_49(X),fn_citric_acid_cycle_in_eukaryote_61(X))
& fn_citric_acid_cycle_in_eukaryote_61(X) != fn_citric_acid_cycle_in_eukaryote_63(X)
& fn_citric_acid_cycle_in_eukaryote_63(X) != fn_citric_acid_cycle_in_eukaryote_61(X)
& fn_citric_acid_cycle_in_eukaryote_58(X) != fn_citric_acid_cycle_in_eukaryote_56(X)
& fn_citric_acid_cycle_in_eukaryote_56(X) != fn_citric_acid_cycle_in_eukaryote_58(X)
& fn_citric_acid_cycle_in_eukaryote_55(X) != fn_citric_acid_cycle_in_eukaryote_58(X)
& fn_citric_acid_cycle_in_eukaryote_58(X) != fn_citric_acid_cycle_in_eukaryote_55(X)
& fn_citric_acid_cycle_in_eukaryote_57(X) != fn_citric_acid_cycle_in_eukaryote_58(X)
& fn_citric_acid_cycle_in_eukaryote_58(X) != fn_citric_acid_cycle_in_eukaryote_57(X)
& next_event_2(fn_citric_acid_cycle_in_eukaryote_46(X),fn_citric_acid_cycle_in_eukaryote_45(X))
& subevent_2(X,fn_citric_acid_cycle_in_eukaryote_45(X))
& subevent_2(X,fn_citric_acid_cycle_in_eukaryote_46(X))
& raw_material_2(fn_citric_acid_cycle_in_eukaryote_46(X),fn_citric_acid_cycle_in_eukaryote_69(X))
& has_atom_2(fn_citric_acid_cycle_in_eukaryote_69(X),fn_citric_acid_cycle_in_eukaryote_86(X))
& has_atom_2(fn_citric_acid_cycle_in_eukaryote_68(X),fn_citric_acid_cycle_in_eukaryote_110(X))
& electronegativity_2(fn_citric_acid_cycle_in_eukaryote_110(X),fn_citric_acid_cycle_in_eukaryote_109(X))
& greater_than_2(fn_citric_acid_cycle_in_eukaryote_109(X),fn_citric_acid_cycle_in_eukaryote_85(X))
& greater_than_or_equal_to_2(fn_citric_acid_cycle_in_eukaryote_85(X),fn_citric_acid_cycle_in_eukaryote_109(X))
& greater_than_or_equal_to_2(fn_citric_acid_cycle_in_eukaryote_109(X),fn_citric_acid_cycle_in_eukaryote_85(X))
& next_event_2(fn_citric_acid_cycle_in_eukaryote_44(X),fn_citric_acid_cycle_in_eukaryote_46(X))
& subevent_2(X,fn_citric_acid_cycle_in_eukaryote_44(X))
& subevent_2(X,fn_citric_acid_cycle_in_eukaryote_43(X))
& first_subevent_2(X,fn_citric_acid_cycle_in_eukaryote_43(X))
& raw_material_2(X,fn_citric_acid_cycle_in_eukaryote_12(X))
& result_2(fn_citric_acid_cycle_in_eukaryote_71(X),fn_citric_acid_cycle_in_eukaryote_76(X))
& raw_material_2(fn_citric_acid_cycle_in_eukaryote_71(X),fn_citric_acid_cycle_in_eukaryote_70(X))
& result_2(fn_citric_acid_cycle_in_eukaryote_46(X),fn_citric_acid_cycle_in_eukaryote_70(X))
& fn_citric_acid_cycle_in_eukaryote_69(X) != fn_citric_acid_cycle_in_eukaryote_70(X)
& fn_citric_acid_cycle_in_eukaryote_70(X) != fn_citric_acid_cycle_in_eukaryote_69(X)
& result_2(fn_citric_acid_cycle_in_eukaryote_44(X),fn_citric_acid_cycle_in_eukaryote_69(X))
& fn_citric_acid_cycle_in_eukaryote_49(X) != fn_citric_acid_cycle_in_eukaryote_44(X)
& fn_citric_acid_cycle_in_eukaryote_44(X) != fn_citric_acid_cycle_in_eukaryote_49(X)
& fn_citric_acid_cycle_in_eukaryote_48(X) != fn_citric_acid_cycle_in_eukaryote_44(X)
& fn_citric_acid_cycle_in_eukaryote_44(X) != fn_citric_acid_cycle_in_eukaryote_48(X)
& fn_citric_acid_cycle_in_eukaryote_69(X) != fn_citric_acid_cycle_in_eukaryote_68(X)
& fn_citric_acid_cycle_in_eukaryote_69(X) != fn_citric_acid_cycle_in_eukaryote_87(X)
& fn_citric_acid_cycle_in_eukaryote_87(X) != fn_citric_acid_cycle_in_eukaryote_69(X)
& fn_citric_acid_cycle_in_eukaryote_68(X) != fn_citric_acid_cycle_in_eukaryote_69(X)
& fn_citric_acid_cycle_in_eukaryote_70(X) != fn_citric_acid_cycle_in_eukaryote_68(X)
& fn_citric_acid_cycle_in_eukaryote_68(X) != fn_citric_acid_cycle_in_eukaryote_70(X)
& raw_material_2(fn_citric_acid_cycle_in_eukaryote_45(X),fn_citric_acid_cycle_in_eukaryote_70(X))
& fn_citric_acid_cycle_in_eukaryote_70(X) != fn_citric_acid_cycle_in_eukaryote_22(X)
& fn_citric_acid_cycle_in_eukaryote_22(X) != fn_citric_acid_cycle_in_eukaryote_68(X)
& fn_citric_acid_cycle_in_eukaryote_22(X) != fn_citric_acid_cycle_in_eukaryote_70(X)
& fn_citric_acid_cycle_in_eukaryote_69(X) != fn_citric_acid_cycle_in_eukaryote_22(X)
& fn_citric_acid_cycle_in_eukaryote_22(X) != fn_citric_acid_cycle_in_eukaryote_69(X)
& fn_citric_acid_cycle_in_eukaryote_68(X) != fn_citric_acid_cycle_in_eukaryote_22(X)
& has_part_2(fn_citric_acid_cycle_in_eukaryote_80(X),fn_citric_acid_cycle_in_eukaryote_73(X))
& has_part_2(fn_citric_acid_cycle_in_eukaryote_80(X),fn_citric_acid_cycle_in_eukaryote_56(X))
& has_isomer_2(fn_citric_acid_cycle_in_eukaryote_56(X),fn_citric_acid_cycle_in_eukaryote_27(X))
& fn_citric_acid_cycle_in_eukaryote_55(X) != fn_citric_acid_cycle_in_eukaryote_56(X)
& fn_citric_acid_cycle_in_eukaryote_56(X) != fn_citric_acid_cycle_in_eukaryote_55(X)
& base_2(fn_citric_acid_cycle_in_eukaryote_34(X),fn_citric_acid_cycle_in_eukaryote_76(X))
& object_2(fn_citric_acid_cycle_in_eukaryote_34(X),fn_citric_acid_cycle_in_eukaryote_35(X))
& is_inside_2(fn_citric_acid_cycle_in_eukaryote_35(X),fn_citric_acid_cycle_in_eukaryote_76(X))
& result_2(fn_citric_acid_cycle_in_eukaryote_45(X),fn_citric_acid_cycle_in_eukaryote_76(X))
& by_means_of_2(fn_citric_acid_cycle_in_eukaryote_45(X),fn_citric_acid_cycle_in_eukaryote_71(X))
& raw_material_2(fn_citric_acid_cycle_in_eukaryote_83(X),fn_citric_acid_cycle_in_eukaryote_27(X))
& first_subevent_2(fn_citric_acid_cycle_in_eukaryote_47(X),fn_citric_acid_cycle_in_eukaryote_83(X))
& raw_material_2(fn_citric_acid_cycle_in_eukaryote_47(X),fn_citric_acid_cycle_in_eukaryote_73(X))
& result_2(fn_citric_acid_cycle_in_eukaryote_78(X),fn_citric_acid_cycle_in_eukaryote_73(X))
& base_2(fn_citric_acid_cycle_in_eukaryote_78(X),fn_citric_acid_cycle_in_eukaryote_42(X))
& fn_citric_acid_cycle_in_eukaryote_27(X) != fn_citric_acid_cycle_in_eukaryote_41(X)
& fn_citric_acid_cycle_in_eukaryote_41(X) != fn_citric_acid_cycle_in_eukaryote_73(X)
& possesses_2(fn_citric_acid_cycle_in_eukaryote_73(X),fn_citric_acid_cycle_in_eukaryote_100(X))
& quantity_2(fn_citric_acid_cycle_in_eukaryote_100(X),fn_citric_acid_cycle_in_eukaryote_26(X))
& called_2(fn_citric_acid_cycle_in_eukaryote_26(X),'FE_r')
& fn_citric_acid_cycle_in_eukaryote_41(X) != fn_citric_acid_cycle_in_eukaryote_27(X)
& fn_citric_acid_cycle_in_eukaryote_73(X) != fn_citric_acid_cycle_in_eukaryote_41(X)
& by_means_of_2(fn_citric_acid_cycle_in_eukaryote_82(X),fn_citric_acid_cycle_in_eukaryote_107(X))
& base_2(fn_citric_acid_cycle_in_eukaryote_107(X),fn_citric_acid_cycle_in_eukaryote_81(X))
& raw_material_2(fn_citric_acid_cycle_in_eukaryote_82(X),fn_citric_acid_cycle_in_eukaryote_81(X))
& fn_citric_acid_cycle_in_eukaryote_27(X) != fn_citric_acid_cycle_in_eukaryote_81(X)
& fn_citric_acid_cycle_in_eukaryote_81(X) != fn_citric_acid_cycle_in_eukaryote_27(X)
& base_2(fn_citric_acid_cycle_in_eukaryote_31(X),fn_citric_acid_cycle_in_eukaryote_74(X))
& recipient_2(fn_citric_acid_cycle_in_eukaryote_72(X),fn_citric_acid_cycle_in_eukaryote_74(X))
& donor_2(fn_citric_acid_cycle_in_eukaryote_72(X),fn_citric_acid_cycle_in_eukaryote_76(X))
& fn_citric_acid_cycle_in_eukaryote_75(X) != fn_citric_acid_cycle_in_eukaryote_76(X)
& fn_citric_acid_cycle_in_eukaryote_76(X) != fn_citric_acid_cycle_in_eukaryote_75(X)
& object_2(fn_citric_acid_cycle_in_eukaryote_102(X),fn_citric_acid_cycle_in_eukaryote_75(X))
& by_means_of_2(fn_citric_acid_cycle_in_eukaryote_43(X),fn_citric_acid_cycle_in_eukaryote_102(X))
& next_event_2(fn_citric_acid_cycle_in_eukaryote_43(X),fn_citric_acid_cycle_in_eukaryote_47(X))
& subevent_2(fn_citric_acid_cycle_in_eukaryote_47(X),fn_citric_acid_cycle_in_eukaryote_82(X))
& result_2(fn_citric_acid_cycle_in_eukaryote_82(X),fn_citric_acid_cycle_in_eukaryote_56(X))
& donor_2(fn_citric_acid_cycle_in_eukaryote_31(X),fn_citric_acid_cycle_in_eukaryote_76(X))
& recipient_2(fn_citric_acid_cycle_in_eukaryote_31(X),fn_citric_acid_cycle_in_eukaryote_74(X))
& fn_citric_acid_cycle_in_eukaryote_74(X) != fn_citric_acid_cycle_in_eukaryote_75(X)
& fn_citric_acid_cycle_in_eukaryote_76(X) != fn_citric_acid_cycle_in_eukaryote_74(X)
& fn_citric_acid_cycle_in_eukaryote_74(X) != fn_citric_acid_cycle_in_eukaryote_76(X)
& fn_citric_acid_cycle_in_eukaryote_75(X) != fn_citric_acid_cycle_in_eukaryote_74(X)
& donor_2(fn_citric_acid_cycle_in_eukaryote_103(X),fn_citric_acid_cycle_in_eukaryote_76(X))
& result_2(fn_citric_acid_cycle_in_eukaryote_103(X),fn_citric_acid_cycle_in_eukaryote_42(X))
& raw_material_2(fn_citric_acid_cycle_in_eukaryote_43(X),fn_citric_acid_cycle_in_eukaryote_42(X))
& result_2(fn_citric_acid_cycle_in_eukaryote_43(X),fn_citric_acid_cycle_in_eukaryote_73(X))
& has_state_2(fn_citric_acid_cycle_in_eukaryote_73(X),fn_citric_acid_cycle_in_eukaryote_56(X))
& plays_2(fn_citric_acid_cycle_in_eukaryote_42(X),fn_citric_acid_cycle_in_eukaryote_77(X))
& fn_citric_acid_cycle_in_eukaryote_76(X) != fn_citric_acid_cycle_in_eukaryote_42(X)
& fn_citric_acid_cycle_in_eukaryote_42(X) != fn_citric_acid_cycle_in_eukaryote_76(X)
& fn_citric_acid_cycle_in_eukaryote_74(X) != fn_citric_acid_cycle_in_eukaryote_42(X)
& fn_citric_acid_cycle_in_eukaryote_42(X) != fn_citric_acid_cycle_in_eukaryote_74(X)
& object_2(fn_citric_acid_cycle_in_eukaryote_79(X),fn_citric_acid_cycle_in_eukaryote_104(X))
& base_2(fn_citric_acid_cycle_in_eukaryote_79(X),fn_citric_acid_cycle_in_eukaryote_42(X))
& fn_citric_acid_cycle_in_eukaryote_42(X) != fn_citric_acid_cycle_in_eukaryote_75(X)
& fn_citric_acid_cycle_in_eukaryote_75(X) != fn_citric_acid_cycle_in_eukaryote_104(X)
& fn_citric_acid_cycle_in_eukaryote_104(X) != fn_citric_acid_cycle_in_eukaryote_75(X)
& fn_citric_acid_cycle_in_eukaryote_75(X) != fn_citric_acid_cycle_in_eukaryote_42(X)
& has_region_2(fn_citric_acid_cycle_in_eukaryote_13(X),fn_citric_acid_cycle_in_eukaryote_104(X))
& donor_2(fn_citric_acid_cycle_in_eukaryote_102(X),fn_citric_acid_cycle_in_eukaryote_13(X))
& recipient_2(fn_citric_acid_cycle_in_eukaryote_102(X),fn_citric_acid_cycle_in_eukaryote_42(X))
& fn_citric_acid_cycle_in_eukaryote_75(X) != fn_citric_acid_cycle_in_eukaryote_13(X)
& fn_citric_acid_cycle_in_eukaryote_13(X) != fn_citric_acid_cycle_in_eukaryote_75(X)
& raw_material_2(X,fn_citric_acid_cycle_in_eukaryote_42(X))
& fn_citric_acid_cycle_in_eukaryote_104(X) != fn_citric_acid_cycle_in_eukaryote_42(X)
& fn_citric_acid_cycle_in_eukaryote_42(X) != fn_citric_acid_cycle_in_eukaryote_104(X)
& fn_citric_acid_cycle_in_eukaryote_13(X) != fn_citric_acid_cycle_in_eukaryote_42(X)
& fn_citric_acid_cycle_in_eukaryote_42(X) != fn_citric_acid_cycle_in_eukaryote_13(X)
& subevent_2(fn_citric_acid_cycle_in_eukaryote_46(X),fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_citric_acid_cycle_in_eukaryote_87(X) != fn_citric_acid_cycle_in_eukaryote_68(X)
& fn_citric_acid_cycle_in_eukaryote_68(X) != fn_citric_acid_cycle_in_eukaryote_87(X)
& object_2(fn_citric_acid_cycle_in_eukaryote_103(X),fn_citric_acid_cycle_in_eukaryote_75(X))
& object_2(fn_citric_acid_cycle_in_eukaryote_67(X),fn_citric_acid_cycle_in_eukaryote_87(X))
& electronegativity_2(fn_citric_acid_cycle_in_eukaryote_86(X),fn_citric_acid_cycle_in_eukaryote_85(X))
& has_region_2(fn_citric_acid_cycle_in_eukaryote_81(X),fn_citric_acid_cycle_in_eukaryote_23(X))
& possesses_2(fn_citric_acid_cycle_in_eukaryote_81(X),fn_citric_acid_cycle_in_eukaryote_100(X))
& fn_citric_acid_cycle_in_eukaryote_41(X) != fn_citric_acid_cycle_in_eukaryote_81(X)
& fn_citric_acid_cycle_in_eukaryote_81(X) != fn_citric_acid_cycle_in_eukaryote_41(X)
& raw_material_2(fn_citric_acid_cycle_in_eukaryote_83(X),fn_citric_acid_cycle_in_eukaryote_81(X))
& result_2(fn_citric_acid_cycle_in_eukaryote_83(X),fn_citric_acid_cycle_in_eukaryote_41(X))
& fn_citric_acid_cycle_in_eukaryote_105(X) != fn_citric_acid_cycle_in_eukaryote_106(X)
& fn_citric_acid_cycle_in_eukaryote_106(X) != fn_citric_acid_cycle_in_eukaryote_105(X)
& is_between_2(fn_citric_acid_cycle_in_eukaryote_108(X),fn_citric_acid_cycle_in_eukaryote_106(X))
& is_between_2(fn_citric_acid_cycle_in_eukaryote_108(X),fn_citric_acid_cycle_in_eukaryote_105(X))
& is_inside_2(fn_citric_acid_cycle_in_eukaryote_105(X),fn_citric_acid_cycle_in_eukaryote_23(X))
& is_inside_2(fn_citric_acid_cycle_in_eukaryote_106(X),fn_citric_acid_cycle_in_eukaryote_23(X))
& is_between_2(fn_citric_acid_cycle_in_eukaryote_29(X),fn_citric_acid_cycle_in_eukaryote_30(X))
& possesses_2(fn_citric_acid_cycle_in_eukaryote_54(X),fn_citric_acid_cycle_in_eukaryote_29(X))
& has_part_2(fn_citric_acid_cycle_in_eukaryote_51(X),fn_citric_acid_cycle_in_eukaryote_54(X))
& quantity_2(fn_citric_acid_cycle_in_eukaryote_88(X),fn_citric_acid_cycle_in_eukaryote_84(X))
& raw_material_2(fn_citric_acid_cycle_in_eukaryote_67(X),fn_citric_acid_cycle_in_eukaryote_88(X))
& directly_proportional_2(fn_citric_acid_cycle_in_eukaryote_85(X),fn_citric_acid_cycle_in_eukaryote_84(X))
& fn_citric_acid_cycle_in_eukaryote_81(X) != fn_citric_acid_cycle_in_eukaryote_73(X)
& possesses_2(fn_citric_acid_cycle_in_eukaryote_81(X),fn_citric_acid_cycle_in_eukaryote_108(X))
& fn_citric_acid_cycle_in_eukaryote_73(X) != fn_citric_acid_cycle_in_eukaryote_81(X)
& raw_material_2(fn_citric_acid_cycle_in_eukaryote_83(X),fn_citric_acid_cycle_in_eukaryote_73(X))
& has_part_2(fn_citric_acid_cycle_in_eukaryote_81(X),fn_citric_acid_cycle_in_eukaryote_106(X))
& has_part_2(fn_citric_acid_cycle_in_eukaryote_81(X),fn_citric_acid_cycle_in_eukaryote_105(X))
& result_2(fn_citric_acid_cycle_in_eukaryote_83(X),fn_citric_acid_cycle_in_eukaryote_81(X))
& in_event_2(fn_citric_acid_cycle_in_eukaryote_32(X),fn_citric_acid_cycle_in_eukaryote_103(X))
& has_isomer_2(fn_citric_acid_cycle_in_eukaryote_73(X),fn_citric_acid_cycle_in_eukaryote_56(X))
& subevent_2(fn_citric_acid_cycle_in_eukaryote_71(X),fn_citric_acid_cycle_in_eukaryote_101(X))
& has_part_2(fn_citric_acid_cycle_in_eukaryote_54(X),fn_citric_acid_cycle_in_eukaryote_30(X))
& raw_material_2(fn_citric_acid_cycle_in_eukaryote_47(X),fn_citric_acid_cycle_in_eukaryote_27(X))
& recipient_2(fn_citric_acid_cycle_in_eukaryote_67(X),fn_citric_acid_cycle_in_eukaryote_68(X))
& raw_material_2(fn_citric_acid_cycle_in_eukaryote_46(X),fn_citric_acid_cycle_in_eukaryote_70(X))
& fn_citric_acid_cycle_in_eukaryote_99(X) = fn_remove_1(fn_citric_acid_cycle_in_eukaryote_98(X))
& fn_citric_acid_cycle_in_eukaryote_42(X) = fn_impair_1(fn_citric_acid_cycle_in_eukaryote_50(X))
& fn_citric_acid_cycle_in_eukaryote_58(X) = fn_remove_2(fn_citric_acid_cycle_in_eukaryote_98(X))
& fn_citric_acid_cycle_in_eukaryote_55(X) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_36(X))
& fn_citric_acid_cycle_in_eukaryote_51(X) = fn_mitochondrial_matrix_6(fn_citric_acid_cycle_in_eukaryote_53(X))
& fn_citric_acid_cycle_in_eukaryote_52(X) = fn_metabolic_pathway_1(X)
& fn_citric_acid_cycle_in_eukaryote_64(X) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_citric_acid_cycle_in_eukaryote_33(X) = fn_reduction_5(fn_citric_acid_cycle_in_eukaryote_72(X))
& fn_citric_acid_cycle_in_eukaryote_39(X) = fn_reduction_5(fn_citric_acid_cycle_in_eukaryote_37(X))
& fn_citric_acid_cycle_in_eukaryote_56(X) = fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_37(X))
& fn_citric_acid_cycle_in_eukaryote_38(X) = fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_37(X))
& fn_citric_acid_cycle_in_eukaryote_55(X) = fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_37(X))
& fn_citric_acid_cycle_in_eukaryote_40(X) = fn_oxidation_8(fn_citric_acid_cycle_in_eukaryote_36(X))
& fn_citric_acid_cycle_in_eukaryote_38(X) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_36(X))
& fn_citric_acid_cycle_in_eukaryote_56(X) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_36(X))
& fn_citric_acid_cycle_in_eukaryote_56(X) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_36(X))
& fn_citric_acid_cycle_in_eukaryote_58(X) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_36(X))
& fn_citric_acid_cycle_in_eukaryote_38(X) = fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_36(X))
& fn_citric_acid_cycle_in_eukaryote_65(X) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_citric_acid_cycle_in_eukaryote_65(X) = fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_96(X))
& fn_citric_acid_cycle_in_eukaryote_97(X) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_citric_acid_cycle_in_eukaryote_63(X) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_citric_acid_cycle_in_eukaryote_63(X) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_citric_acid_cycle_in_eukaryote_63(X) = fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_96(X))
& fn_citric_acid_cycle_in_eukaryote_97(X) = fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_96(X))
& fn_citric_acid_cycle_in_eukaryote_92(X) = fn_oxidation_1(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_citric_acid_cycle_in_eukaryote_93(X) = fn_oxidation_8(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_citric_acid_cycle_in_eukaryote_21(X) = fn_oxidation_6(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_citric_acid_cycle_in_eukaryote_97(X) = fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_citric_acid_cycle_in_eukaryote_20(X) = fn_oxidation_5(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_citric_acid_cycle_in_eukaryote_91(X) = fn_oxidation_2(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_citric_acid_cycle_in_eukaryote_90(X) = fn_oxidation_3(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_citric_acid_cycle_in_eukaryote_89(X) = fn_oxidation_4(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_citric_acid_cycle_in_eukaryote_28(X) = fn_citric_acid_cycle_57(X)
& fn_citric_acid_cycle_in_eukaryote_18(X) = fn_citric_acid_cycle_44(X)
& fn_citric_acid_cycle_in_eukaryote_17(X) = fn_citric_acid_cycle_40(X)
& fn_citric_acid_cycle_in_eukaryote_14(X) = fn_citric_acid_cycle_9(X)
& fn_citric_acid_cycle_in_eukaryote_19(X) = fn_citric_acid_cycle_43(X)
& fn_citric_acid_cycle_in_eukaryote_25(X) = fn_citric_acid_cycle_131(X)
& fn_citric_acid_cycle_in_eukaryote_24(X) = fn_citric_acid_cycle_130(X)
& fn_citric_acid_cycle_in_eukaryote_63(X) = fn_citric_acid_cycle_65(X)
& fn_citric_acid_cycle_in_eukaryote_60(X) = fn_citric_acid_cycle_80(X)
& fn_citric_acid_cycle_in_eukaryote_49(X) = fn_citric_acid_cycle_106(X)
& fn_citric_acid_cycle_in_eukaryote_66(X) = fn_citric_acid_cycle_64(X)
& fn_citric_acid_cycle_in_eukaryote_65(X) = fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_96(X))
& fn_citric_acid_cycle_in_eukaryote_65(X) = fn_citric_acid_cycle_65(X)
& fn_citric_acid_cycle_in_eukaryote_94(X) = fn_reduction_5(fn_citric_acid_cycle_in_eukaryote_96(X))
& fn_citric_acid_cycle_in_eukaryote_94(X) = fn_citric_acid_cycle_83(X)
& fn_citric_acid_cycle_in_eukaryote_48(X) = fn_citric_acid_cycle_115(X)
& fn_citric_acid_cycle_in_eukaryote_59(X) = fn_citric_acid_cycle_112(X)
& fn_citric_acid_cycle_in_eukaryote_99(X) = fn_citric_acid_cycle_114(X)
& fn_citric_acid_cycle_in_eukaryote_65(X) = fn_citric_acid_cycle_81(X)
& fn_citric_acid_cycle_in_eukaryote_62(X) = fn_citric_acid_cycle_70(X)
& fn_citric_acid_cycle_in_eukaryote_64(X) = fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_96(X))
& fn_citric_acid_cycle_in_eukaryote_64(X) = fn_citric_acid_cycle_82(X)
& fn_citric_acid_cycle_in_eukaryote_63(X) = fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_96(X))
& fn_citric_acid_cycle_in_eukaryote_96(X) = fn_citric_acid_cycle_84(X)
& fn_citric_acid_cycle_in_eukaryote_63(X) = fn_citric_acid_cycle_81(X)
& fn_citric_acid_cycle_in_eukaryote_61(X) = fn_citric_acid_cycle_103(X)
& fn_citric_acid_cycle_in_eukaryote_57(X) = fn_citric_acid_cycle_21(X)
& fn_citric_acid_cycle_in_eukaryote_58(X) = fn_citric_acid_cycle_86(X)
& fn_citric_acid_cycle_in_eukaryote_86(X) = fn_citric_acid_cycle_53(X)
& fn_citric_acid_cycle_in_eukaryote_85(X) = fn_citric_acid_cycle_56(X)
& fn_citric_acid_cycle_in_eukaryote_109(X) = fn_citric_acid_cycle_55(X)
& fn_citric_acid_cycle_in_eukaryote_110(X) = fn_oxidation_1(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_citric_acid_cycle_in_eukaryote_110(X) = fn_citric_acid_cycle_54(X)
& fn_citric_acid_cycle_in_eukaryote_12(X) = fn_citric_acid_cycle_105(X)
& fn_citric_acid_cycle_in_eukaryote_70(X) = fn_chemical_reaction_1(fn_citric_acid_cycle_in_eukaryote_46(X))
& fn_citric_acid_cycle_in_eukaryote_46(X) = fn_citric_acid_cycle_110(X)
& fn_citric_acid_cycle_in_eukaryote_70(X) = fn_hydration_2(fn_citric_acid_cycle_in_eukaryote_71(X))
& fn_citric_acid_cycle_in_eukaryote_76(X) = fn_hydration_4(fn_citric_acid_cycle_in_eukaryote_71(X))
& fn_citric_acid_cycle_in_eukaryote_48(X) = fn_citric_acid_cycle_113(X)
& fn_citric_acid_cycle_in_eukaryote_44(X) = fn_citric_acid_cycle_115(X)
& fn_citric_acid_cycle_in_eukaryote_49(X) = fn_citric_acid_cycle_113(X)
& fn_citric_acid_cycle_in_eukaryote_44(X) = fn_citric_acid_cycle_106(X)
& fn_citric_acid_cycle_in_eukaryote_69(X) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_citric_acid_cycle_in_eukaryote_87(X) = fn_citric_acid_cycle_52(X)
& fn_citric_acid_cycle_in_eukaryote_68(X) = fn_citric_acid_cycle_67(X)
& fn_citric_acid_cycle_in_eukaryote_69(X) = fn_citric_acid_cycle_119(X)
& fn_citric_acid_cycle_in_eukaryote_22(X) = fn_citric_acid_cycle_15(X)
& fn_citric_acid_cycle_in_eukaryote_70(X) = fn_citric_acid_cycle_104(X)
& fn_citric_acid_cycle_in_eukaryote_55(X) = fn_citric_acid_cycle_20(X)
& fn_citric_acid_cycle_in_eukaryote_80(X) = fn_citric_acid_cycle_120(X)
& fn_citric_acid_cycle_in_eukaryote_71(X) = fn_citric_acid_cycle_99(X)
& fn_citric_acid_cycle_in_eukaryote_45(X) = fn_citric_acid_cycle_107(X)
& fn_citric_acid_cycle_in_eukaryote_35(X) = fn_citric_acid_cycle_98(X)
& fn_citric_acid_cycle_in_eukaryote_34(X) = fn_citric_acid_cycle_97(X)
& fn_citric_acid_cycle_in_eukaryote_78(X) = fn_citric_acid_cycle_90(X)
& fn_citric_acid_cycle_in_eukaryote_83(X) = fn_citric_acid_cycle_77(X)
& fn_citric_acid_cycle_in_eukaryote_26(X) = fn_citric_acid_cycle_132(X)
& fn_citric_acid_cycle_in_eukaryote_100(X) = fn_citric_acid_cycle_136(X)
& fn_citric_acid_cycle_in_eukaryote_41(X) = fn_citric_acid_cycle_78(X)
& fn_citric_acid_cycle_in_eukaryote_27(X) = fn_citric_acid_cycle_88(X)
& fn_citric_acid_cycle_in_eukaryote_81(X) = fn_citric_acid_cycle_79(X)
& fn_citric_acid_cycle_in_eukaryote_107(X) = fn_citric_acid_cycle_74(X)
& fn_citric_acid_cycle_in_eukaryote_72(X) = fn_citric_acid_cycle_95(X)
& fn_citric_acid_cycle_in_eukaryote_82(X) = fn_citric_acid_cycle_76(X)
& fn_citric_acid_cycle_in_eukaryote_47(X) = fn_citric_acid_cycle_87(X)
& fn_citric_acid_cycle_in_eukaryote_74(X) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_103(X))
& fn_citric_acid_cycle_in_eukaryote_75(X) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_103(X))
& fn_citric_acid_cycle_in_eukaryote_74(X) = fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_72(X))
& fn_citric_acid_cycle_in_eukaryote_31(X) = fn_citric_acid_cycle_96(X)
& fn_citric_acid_cycle_in_eukaryote_56(X) = fn_citric_acid_cycle_91(X)
& fn_citric_acid_cycle_in_eukaryote_73(X) = fn_citric_acid_cycle_88(X)
& fn_citric_acid_cycle_in_eukaryote_43(X) = fn_citric_acid_cycle_72(X)
& fn_citric_acid_cycle_in_eukaryote_103(X) = fn_citric_acid_cycle_92(X)
& fn_citric_acid_cycle_in_eukaryote_77(X) = fn_citric_acid_cycle_32(X)
& fn_citric_acid_cycle_in_eukaryote_74(X) = fn_citric_acid_cycle_93(X)
& fn_citric_acid_cycle_in_eukaryote_76(X) = fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_72(X))
& fn_citric_acid_cycle_in_eukaryote_76(X) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_103(X))
& fn_citric_acid_cycle_in_eukaryote_76(X) = fn_citric_acid_cycle_100(X)
& fn_citric_acid_cycle_in_eukaryote_42(X) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_103(X))
& fn_citric_acid_cycle_in_eukaryote_79(X) = fn_citric_acid_cycle_117(X)
& fn_citric_acid_cycle_in_eukaryote_102(X) = fn_dehydrogenase_25(fn_citric_acid_cycle_in_eukaryote_51(X))
& fn_citric_acid_cycle_in_eukaryote_102(X) = fn_citric_acid_cycle_89(X)
& fn_citric_acid_cycle_in_eukaryote_13(X) = fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_72(X))
& fn_citric_acid_cycle_in_eukaryote_75(X) = fn_dehydrogenase_20(fn_citric_acid_cycle_in_eukaryote_51(X))
& fn_citric_acid_cycle_in_eukaryote_13(X) = fn_dehydrogenase_22(fn_citric_acid_cycle_in_eukaryote_51(X))
& fn_citric_acid_cycle_in_eukaryote_75(X) = fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_72(X))
& fn_citric_acid_cycle_in_eukaryote_13(X) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_103(X))
& fn_citric_acid_cycle_in_eukaryote_75(X) = fn_citric_acid_cycle_94(X)
& fn_citric_acid_cycle_in_eukaryote_42(X) = fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_72(X))
& fn_citric_acid_cycle_in_eukaryote_13(X) = fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_72(X))
& fn_citric_acid_cycle_in_eukaryote_13(X) = fn_citric_acid_cycle_58(X)
& fn_citric_acid_cycle_in_eukaryote_104(X) = fn_citric_acid_cycle_111(X)
& X = fn_dehydrogenase_19(fn_citric_acid_cycle_in_eukaryote_51(X))
& fn_citric_acid_cycle_in_eukaryote_42(X) = fn_dehydrogenase_22(fn_citric_acid_cycle_in_eukaryote_51(X))
& fn_citric_acid_cycle_in_eukaryote_42(X) = fn_citric_acid_cycle_66(X)
& fn_citric_acid_cycle_in_eukaryote_67(X) = fn_redox_reaction_11(fn_citric_acid_cycle_in_eukaryote_46(X))
& fn_citric_acid_cycle_in_eukaryote_68(X) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_citric_acid_cycle_in_eukaryote_75(X) = fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_103(X))
& fn_citric_acid_cycle_in_eukaryote_87(X) = fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_citric_acid_cycle_in_eukaryote_16(X) = fn_oxidation_5(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_citric_acid_cycle_in_eukaryote_86(X) = fn_oxidation_1(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_citric_acid_cycle_in_eukaryote_81(X) = fn_functional_group_1(fn_citric_acid_cycle_in_eukaryote_23(X))
& fn_citric_acid_cycle_in_eukaryote_23(X) = fn_dehydration_reaction_5(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_citric_acid_cycle_in_eukaryote_100(X) = fn_dehydration_reaction_1(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_citric_acid_cycle_in_eukaryote_41(X) = fn_dehydration_reaction_6(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_citric_acid_cycle_in_eukaryote_70(X) = fn_redox_reaction_12(fn_citric_acid_cycle_in_eukaryote_46(X))
& fn_citric_acid_cycle_in_eukaryote_70(X) = fn_redox_reaction_16(fn_citric_acid_cycle_in_eukaryote_46(X))
& fn_citric_acid_cycle_in_eukaryote_68(X) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_citric_acid_cycle_in_eukaryote_27(X) = fn_isomerization_reaction_2(fn_citric_acid_cycle_in_eukaryote_47(X))
& fn_citric_acid_cycle_in_eukaryote_30(X) = fn_organic_molecule_2(fn_citric_acid_cycle_in_eukaryote_54(X))
& fn_citric_acid_cycle_in_eukaryote_30(X) = fn_organic_molecule_1(fn_citric_acid_cycle_in_eukaryote_54(X))
& fn_citric_acid_cycle_in_eukaryote_101(X) = fn_hydration_3(fn_citric_acid_cycle_in_eukaryote_71(X))
& fn_citric_acid_cycle_in_eukaryote_73(X) = fn_isomerization_reaction_2(fn_citric_acid_cycle_in_eukaryote_47(X))
& fn_citric_acid_cycle_in_eukaryote_56(X) = fn_isomerization_reaction_1(fn_citric_acid_cycle_in_eukaryote_47(X))
& fn_citric_acid_cycle_in_eukaryote_73(X) = fn_isocitrate_1(fn_citric_acid_cycle_in_eukaryote_56(X))
& fn_citric_acid_cycle_in_eukaryote_32(X) = fn_oxidation_8(fn_citric_acid_cycle_in_eukaryote_103(X))
& fn_citric_acid_cycle_in_eukaryote_108(X) = fn_dehydration_reaction_2(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_citric_acid_cycle_in_eukaryote_81(X) = fn_condensation_reaction_3(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_citric_acid_cycle_in_eukaryote_73(X) = fn_condensation_reaction_2(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_citric_acid_cycle_in_eukaryote_73(X) = fn_dehydration_reaction_8(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_citric_acid_cycle_in_eukaryote_106(X) = fn_dehydration_reaction_3(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_citric_acid_cycle_in_eukaryote_81(X) = fn_dehydration_reaction_7(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_citric_acid_cycle_in_eukaryote_105(X) = fn_dehydration_reaction_4(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_citric_acid_cycle_in_eukaryote_15(X) = fn_oxidation_6(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_citric_acid_cycle_in_eukaryote_88(X) = fn_oxidation_4(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_citric_acid_cycle_in_eukaryote_85(X) = fn_oxidation_2(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_citric_acid_cycle_in_eukaryote_84(X) = fn_oxidation_3(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_citric_acid_cycle_in_eukaryote_30(X) = fn_polypeptide_126(fn_citric_acid_cycle_in_eukaryote_54(X))
& fn_citric_acid_cycle_in_eukaryote_30(X) = fn_protein_13(fn_citric_acid_cycle_in_eukaryote_51(X))
& fn_citric_acid_cycle_in_eukaryote_29(X) = fn_polymer_1(fn_citric_acid_cycle_in_eukaryote_54(X))
& fn_citric_acid_cycle_in_eukaryote_29(X) = fn_polypeptide_130(fn_citric_acid_cycle_in_eukaryote_54(X))
& fn_citric_acid_cycle_in_eukaryote_29(X) = fn_protein_12(fn_citric_acid_cycle_in_eukaryote_51(X))
& fn_citric_acid_cycle_in_eukaryote_54(X) = fn_protein_8(fn_citric_acid_cycle_in_eukaryote_51(X))
& fn_citric_acid_cycle_in_eukaryote_108(X) = fn_hydroxyl_group_7(fn_citric_acid_cycle_in_eukaryote_23(X))
& fn_citric_acid_cycle_in_eukaryote_105(X) = fn_hydroxyl_group_6(fn_citric_acid_cycle_in_eukaryote_23(X))
& fn_citric_acid_cycle_in_eukaryote_106(X) = fn_hydroxyl_group_4(fn_citric_acid_cycle_in_eukaryote_23(X))
& fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_37(X)) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_36(X))
& fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_36(X)) = fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_37(X))
& fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_37(X)) = fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_37(X))
& fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_37(X)) = fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_36(X))
& fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_36(X)) = fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_36(X))
& fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_36(X)) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_96(X)) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_95(X)) = fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_96(X))
& fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_95(X)) = fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_96(X))
& fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_96(X)) = fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_96(X))
& fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_96(X)) = fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_95(X)) = fn_reduction_5(fn_citric_acid_cycle_in_eukaryote_96(X))
& fn_citric_acid_cycle_83(X) = fn_reduction_5(fn_citric_acid_cycle_in_eukaryote_96(X))
& fn_reduction_5(fn_citric_acid_cycle_in_eukaryote_96(X)) = fn_citric_acid_cycle_83(X)
& fn_citric_acid_cycle_83(X) = fn_remove_1(fn_citric_acid_cycle_in_eukaryote_98(X))
& fn_remove_1(fn_citric_acid_cycle_in_eukaryote_98(X)) = fn_citric_acid_cycle_114(X)
& fn_citric_acid_cycle_114(X) = fn_citric_acid_cycle_114(X)
& fn_citric_acid_cycle_114(X) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_96(X)) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_96(X)) = fn_citric_acid_cycle_65(X)
& fn_citric_acid_cycle_81(X) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_95(X)) = fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_96(X))
& fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_96(X)) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_95(X)) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_95(X)) = fn_citric_acid_cycle_82(X)
& fn_citric_acid_cycle_82(X) = fn_citric_acid_cycle_82(X)
& fn_citric_acid_cycle_82(X) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_95(X)) = fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_96(X))
& fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_96(X)) = fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_96(X))
& fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_96(X)) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_95(X)) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_95(X)) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_95(X)) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_96(X)) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_95(X))
& fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_95(X)) = fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_96(X))
& fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_96(X)) = fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_96(X))
& fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_96(X)) = fn_citric_acid_cycle_65(X)
& fn_citric_acid_cycle_81(X) = fn_citric_acid_cycle_65(X)
& fn_citric_acid_cycle_65(X) = fn_citric_acid_cycle_65(X)
& fn_citric_acid_cycle_65(X) = fn_citric_acid_cycle_81(X)
& fn_citric_acid_cycle_81(X) = fn_citric_acid_cycle_81(X)
& fn_citric_acid_cycle_81(X) = fn_remove_2(fn_citric_acid_cycle_in_eukaryote_98(X))
& fn_remove_2(fn_citric_acid_cycle_in_eukaryote_98(X)) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_36(X))
& fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_36(X)) = fn_citric_acid_cycle_86(X)
& fn_citric_acid_cycle_86(X) = fn_citric_acid_cycle_86(X)
& fn_citric_acid_cycle_86(X) = fn_citric_acid_cycle_54(X)
& fn_citric_acid_cycle_54(X) = fn_oxidation_1(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_oxidation_1(fn_citric_acid_cycle_in_eukaryote_67(X)) = fn_citric_acid_cycle_54(X)
& fn_citric_acid_cycle_54(X) = fn_citric_acid_cycle_115(X)
& fn_citric_acid_cycle_115(X) = fn_citric_acid_cycle_113(X)
& fn_citric_acid_cycle_106(X) = fn_citric_acid_cycle_113(X)
& fn_citric_acid_cycle_113(X) = fn_citric_acid_cycle_113(X)
& fn_citric_acid_cycle_113(X) = fn_citric_acid_cycle_106(X)
& fn_citric_acid_cycle_106(X) = fn_citric_acid_cycle_115(X)
& fn_citric_acid_cycle_115(X) = fn_citric_acid_cycle_115(X)
& fn_citric_acid_cycle_115(X) = fn_citric_acid_cycle_106(X)
& fn_citric_acid_cycle_106(X) = fn_citric_acid_cycle_106(X)
& fn_citric_acid_cycle_106(X) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_citric_acid_cycle_119(X) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_67(X)) = fn_citric_acid_cycle_119(X)
& fn_citric_acid_cycle_119(X) = fn_citric_acid_cycle_119(X)
& fn_citric_acid_cycle_119(X) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_36(X))
& fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_36(X)) = fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_37(X))
& fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_37(X)) = fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_37(X))
& fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_37(X)) = fn_citric_acid_cycle_20(X)
& fn_citric_acid_cycle_20(X) = fn_citric_acid_cycle_20(X)
& fn_citric_acid_cycle_20(X) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_103(X))
& fn_citric_acid_cycle_93(X) = fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_72(X))
& fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_72(X)) = fn_citric_acid_cycle_93(X)
& fn_citric_acid_cycle_93(X) = fn_citric_acid_cycle_93(X)
& fn_citric_acid_cycle_93(X) = fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_72(X))
& fn_hydration_4(fn_citric_acid_cycle_in_eukaryote_71(X)) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_103(X))
& fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_103(X)) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_103(X))
& fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_103(X)) = fn_hydration_4(fn_citric_acid_cycle_in_eukaryote_71(X))
& fn_hydration_4(fn_citric_acid_cycle_in_eukaryote_71(X)) = fn_hydration_4(fn_citric_acid_cycle_in_eukaryote_71(X))
& fn_hydration_4(fn_citric_acid_cycle_in_eukaryote_71(X)) = fn_citric_acid_cycle_100(X)
& fn_citric_acid_cycle_100(X) = fn_citric_acid_cycle_100(X)
& fn_citric_acid_cycle_100(X) = fn_citric_acid_cycle_89(X)
& fn_citric_acid_cycle_89(X) = fn_citric_acid_cycle_89(X)
& fn_citric_acid_cycle_89(X) = fn_dehydrogenase_25(fn_citric_acid_cycle_in_eukaryote_51(X))
& fn_dehydrogenase_25(fn_citric_acid_cycle_in_eukaryote_51(X)) = fn_citric_acid_cycle_89(X)
& fn_citric_acid_cycle_89(X) = fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_72(X))
& fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_72(X)) = fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_72(X))
& fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_72(X)) = fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_72(X))
& fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_72(X)) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_103(X))
& fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_103(X)) = fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_72(X))
& fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_72(X)) = fn_dehydrogenase_22(fn_citric_acid_cycle_in_eukaryote_51(X))
& fn_dehydrogenase_22(fn_citric_acid_cycle_in_eukaryote_51(X)) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_103(X))
& fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_103(X)) = fn_dehydrogenase_22(fn_citric_acid_cycle_in_eukaryote_51(X))
& fn_citric_acid_cycle_58(X) = fn_dehydrogenase_22(fn_citric_acid_cycle_in_eukaryote_51(X))
& fn_dehydrogenase_22(fn_citric_acid_cycle_in_eukaryote_51(X)) = fn_citric_acid_cycle_58(X)
& fn_citric_acid_cycle_58(X) = fn_citric_acid_cycle_58(X)
& fn_citric_acid_cycle_58(X) = fn_impair_1(fn_citric_acid_cycle_in_eukaryote_50(X))
& fn_impair_1(fn_citric_acid_cycle_in_eukaryote_50(X)) = fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_72(X))
& fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_72(X)) = fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_72(X))
& fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_103(X)) = fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_72(X))
& fn_reduction_3(fn_citric_acid_cycle_in_eukaryote_72(X)) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_103(X))
& fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_103(X)) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_103(X))
& fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_103(X)) = fn_dehydrogenase_22(fn_citric_acid_cycle_in_eukaryote_51(X))
& fn_dehydrogenase_22(fn_citric_acid_cycle_in_eukaryote_51(X)) = fn_dehydrogenase_22(fn_citric_acid_cycle_in_eukaryote_51(X))
& fn_citric_acid_cycle_66(X) = fn_citric_acid_cycle_66(X)
& fn_citric_acid_cycle_66(X) = fn_dehydrogenase_22(fn_citric_acid_cycle_in_eukaryote_51(X))
& fn_dehydrogenase_22(fn_citric_acid_cycle_in_eukaryote_51(X)) = fn_citric_acid_cycle_66(X)
& fn_citric_acid_cycle_66(X) = fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_72(X))
& fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_72(X)) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_103(X))
& fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_103(X)) = fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_72(X))
& fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_72(X)) = fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_72(X))
& fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_72(X)) = fn_dehydrogenase_20(fn_citric_acid_cycle_in_eukaryote_51(X))
& fn_dehydrogenase_20(fn_citric_acid_cycle_in_eukaryote_51(X)) = fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_72(X))
& fn_reduction_4(fn_citric_acid_cycle_in_eukaryote_72(X)) = fn_citric_acid_cycle_94(X)
& fn_citric_acid_cycle_94(X) = fn_dehydrogenase_20(fn_citric_acid_cycle_in_eukaryote_51(X))
& fn_dehydrogenase_20(fn_citric_acid_cycle_in_eukaryote_51(X)) = fn_citric_acid_cycle_94(X)
& fn_citric_acid_cycle_94(X) = fn_citric_acid_cycle_94(X)
& fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_103(X)) = fn_citric_acid_cycle_94(X)
& fn_citric_acid_cycle_94(X) = fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_103(X))
& fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_103(X)) = fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_67(X)) = fn_citric_acid_cycle_52(X)
& fn_citric_acid_cycle_52(X) = fn_citric_acid_cycle_52(X)
& fn_citric_acid_cycle_52(X) = fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_67(X)) = fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_oxidation_9(fn_citric_acid_cycle_in_eukaryote_67(X)) = fn_citric_acid_cycle_53(X)
& fn_citric_acid_cycle_53(X) = fn_oxidation_1(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_oxidation_1(fn_citric_acid_cycle_in_eukaryote_67(X)) = fn_citric_acid_cycle_136(X)
& fn_citric_acid_cycle_136(X) = fn_citric_acid_cycle_136(X)
& fn_citric_acid_cycle_136(X) = fn_dehydration_reaction_1(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_dehydration_reaction_1(fn_citric_acid_cycle_in_eukaryote_83(X)) = fn_citric_acid_cycle_78(X)
& fn_citric_acid_cycle_78(X) = fn_citric_acid_cycle_78(X)
& fn_citric_acid_cycle_78(X) = fn_dehydration_reaction_6(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_dehydration_reaction_6(fn_citric_acid_cycle_in_eukaryote_83(X)) = fn_dehydration_reaction_6(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_dehydration_reaction_6(fn_citric_acid_cycle_in_eukaryote_83(X)) = fn_hydration_2(fn_citric_acid_cycle_in_eukaryote_71(X))
& fn_hydration_2(fn_citric_acid_cycle_in_eukaryote_71(X)) = fn_chemical_reaction_1(fn_citric_acid_cycle_in_eukaryote_46(X))
& fn_chemical_reaction_1(fn_citric_acid_cycle_in_eukaryote_46(X)) = fn_hydration_2(fn_citric_acid_cycle_in_eukaryote_71(X))
& fn_hydration_2(fn_citric_acid_cycle_in_eukaryote_71(X)) = fn_hydration_2(fn_citric_acid_cycle_in_eukaryote_71(X))
& fn_citric_acid_cycle_104(X) = fn_hydration_2(fn_citric_acid_cycle_in_eukaryote_71(X))
& fn_hydration_2(fn_citric_acid_cycle_in_eukaryote_71(X)) = fn_citric_acid_cycle_104(X)
& fn_citric_acid_cycle_104(X) = fn_citric_acid_cycle_104(X)
& fn_citric_acid_cycle_104(X) = fn_redox_reaction_12(fn_citric_acid_cycle_in_eukaryote_46(X))
& fn_redox_reaction_12(fn_citric_acid_cycle_in_eukaryote_46(X)) = fn_redox_reaction_12(fn_citric_acid_cycle_in_eukaryote_46(X))
& fn_redox_reaction_12(fn_citric_acid_cycle_in_eukaryote_46(X)) = fn_redox_reaction_16(fn_citric_acid_cycle_in_eukaryote_46(X))
& fn_redox_reaction_16(fn_citric_acid_cycle_in_eukaryote_46(X)) = fn_citric_acid_cycle_67(X)
& fn_citric_acid_cycle_67(X) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_67(X)) = fn_citric_acid_cycle_67(X)
& fn_citric_acid_cycle_67(X) = fn_citric_acid_cycle_67(X)
& fn_citric_acid_cycle_67(X) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_67(X)) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_67(X)) = fn_citric_acid_cycle_88(X)
& fn_isomerization_reaction_2(fn_citric_acid_cycle_in_eukaryote_47(X)) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_36(X))
& fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_36(X)) = fn_isomerization_reaction_1(fn_citric_acid_cycle_in_eukaryote_47(X))
& fn_isomerization_reaction_1(fn_citric_acid_cycle_in_eukaryote_47(X)) = fn_isomerization_reaction_1(fn_citric_acid_cycle_in_eukaryote_47(X))
& fn_isomerization_reaction_1(fn_citric_acid_cycle_in_eukaryote_47(X)) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_36(X))
& fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_37(X)) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_36(X))
& fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_36(X)) = fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_36(X))
& fn_oxidation_10(fn_citric_acid_cycle_in_eukaryote_36(X)) = fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_37(X))
& fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_37(X)) = fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_37(X))
& fn_reduction_1(fn_citric_acid_cycle_in_eukaryote_37(X)) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_36(X))
& fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_36(X)) = fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_36(X))
& fn_oxidation_7(fn_citric_acid_cycle_in_eukaryote_36(X)) = fn_citric_acid_cycle_91(X)
& fn_citric_acid_cycle_91(X) = fn_citric_acid_cycle_91(X)
& fn_citric_acid_cycle_91(X) = fn_citric_acid_cycle_88(X)
& fn_citric_acid_cycle_88(X) = fn_isomerization_reaction_2(fn_citric_acid_cycle_in_eukaryote_47(X))
& fn_isomerization_reaction_2(fn_citric_acid_cycle_in_eukaryote_47(X)) = fn_citric_acid_cycle_88(X)
& fn_citric_acid_cycle_88(X) = fn_citric_acid_cycle_88(X)
& fn_citric_acid_cycle_88(X) = fn_isocitrate_1(fn_citric_acid_cycle_in_eukaryote_56(X))
& fn_isocitrate_1(fn_citric_acid_cycle_in_eukaryote_56(X)) = fn_isocitrate_1(fn_citric_acid_cycle_in_eukaryote_56(X))
& fn_isocitrate_1(fn_citric_acid_cycle_in_eukaryote_56(X)) = fn_condensation_reaction_2(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_condensation_reaction_2(fn_citric_acid_cycle_in_eukaryote_83(X)) = fn_condensation_reaction_2(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_dehydration_reaction_8(fn_citric_acid_cycle_in_eukaryote_83(X)) = fn_condensation_reaction_2(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_condensation_reaction_2(fn_citric_acid_cycle_in_eukaryote_83(X)) = fn_dehydration_reaction_8(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_dehydration_reaction_8(fn_citric_acid_cycle_in_eukaryote_83(X)) = fn_citric_acid_cycle_79(X)
& fn_citric_acid_cycle_79(X) = fn_functional_group_1(fn_citric_acid_cycle_in_eukaryote_23(X))
& fn_functional_group_1(fn_citric_acid_cycle_in_eukaryote_23(X)) = fn_citric_acid_cycle_79(X)
& fn_citric_acid_cycle_79(X) = fn_citric_acid_cycle_79(X)
& fn_citric_acid_cycle_79(X) = fn_condensation_reaction_3(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_condensation_reaction_3(fn_citric_acid_cycle_in_eukaryote_83(X)) = fn_condensation_reaction_3(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_dehydration_reaction_7(fn_citric_acid_cycle_in_eukaryote_83(X)) = fn_condensation_reaction_3(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_condensation_reaction_3(fn_citric_acid_cycle_in_eukaryote_83(X)) = fn_dehydration_reaction_7(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_dehydration_reaction_7(fn_citric_acid_cycle_in_eukaryote_83(X)) = fn_dehydration_reaction_7(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_dehydration_reaction_7(fn_citric_acid_cycle_in_eukaryote_83(X)) = fn_citric_acid_cycle_56(X)
& fn_citric_acid_cycle_56(X) = fn_citric_acid_cycle_56(X)
& fn_citric_acid_cycle_56(X) = fn_oxidation_2(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_oxidation_2(fn_citric_acid_cycle_in_eukaryote_67(X)) = fn_oxidation_2(fn_citric_acid_cycle_in_eukaryote_67(X))
& fn_oxidation_2(fn_citric_acid_cycle_in_eukaryote_67(X)) = fn_organic_molecule_2(fn_citric_acid_cycle_in_eukaryote_54(X))
& fn_organic_molecule_2(fn_citric_acid_cycle_in_eukaryote_54(X)) = fn_polypeptide_126(fn_citric_acid_cycle_in_eukaryote_54(X))
& fn_polypeptide_126(fn_citric_acid_cycle_in_eukaryote_54(X)) = fn_organic_molecule_2(fn_citric_acid_cycle_in_eukaryote_54(X))
& fn_organic_molecule_2(fn_citric_acid_cycle_in_eukaryote_54(X)) = fn_organic_molecule_1(fn_citric_acid_cycle_in_eukaryote_54(X))
& fn_organic_molecule_1(fn_citric_acid_cycle_in_eukaryote_54(X)) = fn_organic_molecule_1(fn_citric_acid_cycle_in_eukaryote_54(X))
& fn_organic_molecule_1(fn_citric_acid_cycle_in_eukaryote_54(X)) = fn_protein_13(fn_citric_acid_cycle_in_eukaryote_51(X))
& fn_protein_13(fn_citric_acid_cycle_in_eukaryote_51(X)) = fn_polypeptide_130(fn_citric_acid_cycle_in_eukaryote_54(X))
& fn_polypeptide_130(fn_citric_acid_cycle_in_eukaryote_54(X)) = fn_polymer_1(fn_citric_acid_cycle_in_eukaryote_54(X))
& fn_polymer_1(fn_citric_acid_cycle_in_eukaryote_54(X)) = fn_polypeptide_130(fn_citric_acid_cycle_in_eukaryote_54(X))
& fn_polypeptide_130(fn_citric_acid_cycle_in_eukaryote_54(X)) = fn_polypeptide_130(fn_citric_acid_cycle_in_eukaryote_54(X))
& fn_protein_12(fn_citric_acid_cycle_in_eukaryote_51(X)) = fn_polypeptide_130(fn_citric_acid_cycle_in_eukaryote_54(X))
& fn_polypeptide_130(fn_citric_acid_cycle_in_eukaryote_54(X)) = fn_protein_12(fn_citric_acid_cycle_in_eukaryote_51(X))
& fn_protein_12(fn_citric_acid_cycle_in_eukaryote_51(X)) = fn_dehydration_reaction_2(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_dehydration_reaction_2(fn_citric_acid_cycle_in_eukaryote_83(X)) = fn_hydroxyl_group_7(fn_citric_acid_cycle_in_eukaryote_23(X))
& fn_hydroxyl_group_7(fn_citric_acid_cycle_in_eukaryote_23(X)) = fn_hydroxyl_group_7(fn_citric_acid_cycle_in_eukaryote_23(X))
& fn_hydroxyl_group_7(fn_citric_acid_cycle_in_eukaryote_23(X)) = fn_dehydration_reaction_4(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_dehydration_reaction_4(fn_citric_acid_cycle_in_eukaryote_83(X)) = fn_hydroxyl_group_6(fn_citric_acid_cycle_in_eukaryote_23(X))
& fn_hydroxyl_group_6(fn_citric_acid_cycle_in_eukaryote_23(X)) = fn_hydroxyl_group_6(fn_citric_acid_cycle_in_eukaryote_23(X))
& fn_hydroxyl_group_6(fn_citric_acid_cycle_in_eukaryote_23(X)) = fn_dehydration_reaction_3(fn_citric_acid_cycle_in_eukaryote_83(X))
& fn_dehydration_reaction_3(fn_citric_acid_cycle_in_eukaryote_83(X)) = fn_hydroxyl_group_4(fn_citric_acid_cycle_in_eukaryote_23(X))
& fn_hydroxyl_group_4(fn_citric_acid_cycle_in_eukaryote_23(X)) = fn_hydroxyl_group_4(fn_citric_acid_cycle_in_eukaryote_23(X))
& fn_dehydrogenase_19(fn_citric_acid_cycle_in_eukaryote_51(X)) = fn_dehydrogenase_19(fn_citric_acid_cycle_in_eukaryote_51(X)) ) ) ).
fof(a528431,axiom,
! [X,X1] :
( ( base_2(X,X1)
& citric_acid_cycle_1(X)
& prokaryote_1(X1) )
=> ( citric_acid_cycle_in_prokaryote_1(X)
& fn_citric_acid_cycle_in_prokaryote_2(X) = X1 ) ) ).
fof(a528432,axiom,
! [X] :
( citric_acid_cycle_in_prokaryote_1(X)
=> ( original_name_2(X,'Citric-Acid-Cycle-In-Prokaryote')
& user_description_2(X,'A chemical cycle, occuring in the cytosol of prokaryotes, involving eight steps that completes the metabolic breakdown of glucose molecules begun in glycolysis by oxidizing acetyl CoA to carbon dioxide; the second major stage in cellular respiration.')
& concept2words_2(X,'undergo citric acid cycle')
& concept2words_2(X,'citric acid cycle in prokaryote')
& concept2words_2(X,'citric-acid-cycle-in-prokaryote')
& citric_acid_cycle_1(X)
& ~ glycolysis_1(X)
& ~ cellular_respiration_1(X)
& ~ citric_acid_cycle_in_eukaryote_1(X)
& cell_1(fn_citric_acid_cycle_in_prokaryote_2(X))
& prokaryote_1(fn_citric_acid_cycle_in_prokaryote_2(X))
& mixture_1(fn_citric_acid_cycle_in_prokaryote_3(X))
& cytoplasm_1(fn_citric_acid_cycle_in_prokaryote_3(X))
& mixture_1(fn_cell_28(fn_citric_acid_cycle_in_prokaryote_2(X)))
& cytoplasm_1(fn_cell_28(fn_citric_acid_cycle_in_prokaryote_2(X)))
& mixture_1(fn_prokaryote_12(fn_citric_acid_cycle_in_prokaryote_2(X)))
& cytoplasm_1(fn_prokaryote_12(fn_citric_acid_cycle_in_prokaryote_2(X)))
& site_2(X,fn_citric_acid_cycle_in_prokaryote_3(X))
& base_2(X,fn_citric_acid_cycle_in_prokaryote_2(X))
& has_part_2(fn_citric_acid_cycle_in_prokaryote_2(X),fn_citric_acid_cycle_in_prokaryote_3(X))
& fn_citric_acid_cycle_in_prokaryote_2(X) = fn_metabolic_pathway_1(X)
& fn_citric_acid_cycle_in_prokaryote_3(X) = fn_cell_28(fn_citric_acid_cycle_in_prokaryote_2(X))
& fn_citric_acid_cycle_in_prokaryote_3(X) = fn_prokaryote_12(fn_citric_acid_cycle_in_prokaryote_2(X))
& fn_cell_28(fn_citric_acid_cycle_in_prokaryote_2(X)) = fn_prokaryote_12(fn_citric_acid_cycle_in_prokaryote_2(X)) ) ) ).
fof(a528433,axiom,
! [X] :
( city_1(X)
=> ( original_name_2(X,'City')
& concept2words_2(X,city)
& concept2words_2(X,metropolis)
& concept2words_2(X,'urban center')
& concept2words_2(X,urban_center)
& administrative_district_1(X)
& ~ province_1(X)
& ~ political_state_1(X)
& ~ county_1(X)
& ~ country_1(X) ) ) ).
fof(a528434,axiom,
! [X] :
( cl_minus_1(X)
=> ( original_name_2(X,'Cl-Minus')
& user_description_2(X,'The chloride ion of chlorine. The chloride ion readily forms water-soluble salts, such as sodium chloride (NaCl).')
& concept2words_2(X,'chloride ion')
& concept2words_2(X,'chloride-ion')
& concept2words_2(X,chloride)
& concept2words_2(X,'minus of cl')
& concept2words_2(X,'cl minus')
& concept2words_2(X,'cl-minus')
& monoatomic_ion_1(X)
& anion_1(X)
& ~ malonate_1(X)
& ~ benzoate_1(X)
& ~ carbonate_ion_1(X)
& ~ azide_1(X)
& ~ sulfide_1(X)
& ~ sulfate_1(X)
& ~ bicarbonate_ion_1(X)
& ~ organic_anion_1(X)
& ~ phosphate_ion_1(X)
& gain_1(fn_cl_minus_1(X))
& chlorine_1(fn_cl_minus_2(X))
& neutron_1(fn_cl_minus_3(X))
& chlorine_1(fn_cl_minus_4(X))
& gain_1(fn_cl_minus_5(X))
& chlorine_1(fn_cl_minus_6(X))
& charge_value_1(fn_cl_minus_7(X))
& has_ion_2(fn_cl_minus_4(X),X)
& has_part_2(X,fn_cl_minus_3(X))
& exactCardinality(X,has_part_0,"18",electron_0)
& exactCardinality(X,has_part_0,"17",proton_0)
& exactCardinality(X,has_part_0,"17",neutron_0)
& result_2(fn_cl_minus_1(X),X)
& recipient_2(fn_cl_minus_1(X),fn_cl_minus_2(X))
& base_2(fn_cl_minus_1(X),fn_cl_minus_2(X))
& the_cardinal_value_2(fn_cl_minus_7(X),"-1")
& cardinal_unit_class_2(fn_cl_minus_7(X),unity_0)
& charge_2(X,fn_cl_minus_7(X))
& result_2(fn_cl_minus_5(X),X)
& recipient_2(fn_cl_minus_5(X),fn_cl_minus_6(X))
& base_2(fn_cl_minus_5(X),fn_cl_minus_6(X))
& fn_cl_minus_8(X) = fn_anion_7(X)
& fn_cl_minus_7(X) = fn_anion_6(X)
& fn_cl_minus_6(X) = fn_anion_5(X)
& fn_cl_minus_5(X) = fn_anion_2(X) ) ) ).
fof(a528435,axiom,
! [X] :
( cl2_gas_1(X)
=> ( original_name_2(X,'Cl2-Gas')
& user_description_2(X,'The gaseous, diatomic form of the element chlorine')
& concept2words_2(X,'cl2 gas')
& concept2words_2(X,'cl2-gas')
& gas_substance_1(X)
& toxin_1(fn_cl2_gas_1(X))
& tangible_entity_1(fn_toxin_1(fn_cl2_gas_1(X)))
& plays_2(X,fn_cl2_gas_1(X))
& X = fn_toxin_1(fn_cl2_gas_1(X)) ) ) ).
fof(a528436,axiom,
! [X] :
( clade_1(X)
=> ( original_name_2(X,'Clade')
& user_description_2(X,'A monophyletic group, consisting of an ancestral species and all of its descendants.')
& concept2words_2(X,monophyletic)
& concept2words_2(X,'monophyletic taxon')
& concept2words_2(X,'monophyletic-taxon')
& concept2words_2(X,clade)
& classification_unit_1(X) ) ) ).
fof(a528437,axiom,
! [X] :
( cladistics_1(X)
=> ( original_name_2(X,'Cladistics')
& user_description_2(X,'A method of biological classification that places organisms into groups based on their shared unique characters. Organisms within a group, or clade, are considered to be closely related to each other and more distantly related to other organisms.')
& concept2words_2(X,cladistics)
& systematics_1(X)
& ~ binomial_nomenclature_1(X)
& ~ branch_point_1(X)
& ~ deep_green_1(X)
& ~ molecular_systematics_1(X)
& ~ paraphyletic_1(X)
& ~ phylocode_1(X)
& ~ phylogenetic_bracketing_1(X)
& ~ phylogeny_1(X)
& ~ taxonomy_1(X) ) ) ).
fof(a528438,axiom,
! [X] :
( cladogenesis_1(X)
=> ( original_name_2(X,'Cladogenesis')
& user_description_2(X,'Branching evolution, in which a new species buds off from a parent species')
& concept2words_2(X,cladogenesis)
& speciation_1(X)
& ~ adaptation_1(X)
& ~ adaptive_radiation_1(X)
& ~ bottleneck_effect_1(X)
& ~ cephalization_1(X)
& ~ character_displacement_1(X)
& ~ convergent_evolution_1(X)
& ~ endosymbiosis_1(X)
& ~ gene_flow_1(X)
& ~ genetic_drift_1(X)
& ~ heterochrony_1(X)
& ~ homology_1(X)
& ~ mechanical_isolation_1(X)
& ~ mimicry_1(X)
& ~ natural_selection_1(X)
& ~ paedomorphosis_1(X)
& ~ reproductive_isolation_1(X)
& ~ selection_force_1(X) ) ) ).
fof(a528439,axiom,
! [X] :
( cladogram_1(X)
=> ( original_name_2(X,'Cladogram')
& user_description_2(X,'In cladistics, a cladogram is a diagram used to depict relationships among organisms.')
& concept2words_2(X,cladogram)
& evolutionary_representation_1(X)
& ~ action_spectrum_1(X)
& ~ age_structure_diagram_1(X)
& ~ cell_lineage_1(X)
& ~ climograph_1(X)
& ~ fate_map_1(X)
& ~ genetic_map_1(X)
& ~ genomic_representation_1(X)
& ~ genotypic_ratio_1(X)
& ~ life_table_1(X)
& ~ pedigree_1(X)
& ~ periodic_table_1(X)
& ~ phenotypic_ratio_1(X)
& ~ phylogenetic_tree_1(X)
& ~ punnett_square_1(X)
& ~ reproductive_table_1(X)
& ~ species_area_curve_1(X)
& ~ survivorship_curve_1(X)
& ~ tree_of_life_1(X) ) ) ).
fof(a528440,axiom,
! [X] :
( class_1(X)
=> ( original_name_2(X,'Class')
& concept2words_2(X,class)
& thing_1(X) ) ) ).
fof(a528441,axiom,
! [X] :
( class_as_classification_1(X)
=> ( original_name_2(X,'Class-As-Classification')
& user_description_2(X,'In Linnean taxonomy, the taxonomic category below the level of phylum and above the level of order.')
& concept2words_2(X,'class as classification')
& concept2words_2(X,'class-as-classification')
& taxon_1(X) ) ) ).
fof(a528442,axiom,
! [X] :
( class_definition_viewpoint_1(X)
=> ( original_name_2(X,'Class-Definition-Viewpoint')
& concept2words_2(X,'class definition viewpoint')
& concept2words_2(X,'class-definition-viewpoint')
& viewpoint_1(X) ) ) ).
fof(a528443,axiom,
! [X] :
( class_i_mhc_molecule_1(X)
=> ( original_name_2(X,'Class-I-MHC-Molecule')
& user_description_2(X,'A type of MHC molecule found on the surface of nearly all nucleated cells and that functions in identification of infected cells by cytotoxic T ells.')
& concept2words_2(X,'class i mhc molecule')
& concept2words_2(X,'class-i-mhc-molecule')
& major_histocompatibility_complex_protein_1(X)
& ~ class_ii_mhc_molecule_1(X) ) ) ).
fof(a528444,axiom,
! [X] :
( class_ii_mhc_molecule_1(X)
=> ( original_name_2(X,'Class-II-MHC-Molecule')
& user_description_2(X,'A type of MHC molecule found only on antigen-presenting cells such as B cells, dendritic cells, and macrophages.')
& concept2words_2(X,'class ii mhc molecule')
& concept2words_2(X,'class-ii-mhc-molecule')
& major_histocompatibility_complex_protein_1(X)
& ~ class_i_mhc_molecule_1(X) ) ) ).
fof(a528445,axiom,
! [X] :
( classical_conditioning_1(X)
=> ( original_name_2(X,'Classical-Conditioning')
& user_description_2(X,'A type of associative learning in which an arbitrary stimulus (the conditioned stimulus) becomes associated with a second, unconditioned, stimulus.')
& concept2words_2(X,'classical conditioning')
& concept2words_2(X,'classical-conditioning')
& associative_learning_1(X)
& ~ operant_conditioning_1(X) ) ) ).
fof(a528446,axiom,
! [X] :
( classification_system_1(X)
=> ( original_name_2(X,'Classification-System')
& user_description_2(X,'A system for categorizing organisms.')
& concept2words_2(X,inquire)
& concept2words_2(X,'system of classification')
& concept2words_2(X,'classification system')
& concept2words_2(X,'classification-system')
& systematics_1(X) ) ) ).
fof(a528447,axiom,
! [X] :
( classification_unit_1(X)
=> ( original_name_2(X,'Classification-Unit')
& user_description_2(X,'Group assigned to a group of things living or not, related spatially, genetically, phenotypically, behaviorally, or temporally.')
& concept2words_2(X,'unit of classification')
& concept2words_2(X,'classification unit')
& concept2words_2(X,'classification-unit')
& information_1(X)
& ~ genetic_code_1(X)
& ~ suggestion_1(X)
& ~ request_1(X)
& ~ information_sequence_1(X)
& ~ cdna_library_1(X)
& ~ dna_library_1(X)
& ~ ethics_1(X)
& ~ fossil_record_1(X)
& ~ genomic_library_1(X)
& ~ hypothesis_1(X)
& ~ positional_information_1(X)
& ~ proximate_causation_1(X)
& ~ representation_1(X)
& ~ rna_world_1(X)
& ~ scientific_laws_1(X) ) ) ).
fof(a528448,axiom,
! [X] :
( clawed_lobster_1(X)
=> ( original_name_2(X,'Clawed-Lobster')
& user_description_2(X,'A crustacean of the family Homaridae, characterized by a long body, muscular tail, and the anteriormost pair of thoracic walking legs modified into large claws.')
& concept2words_2(X,'clawed lobster')
& concept2words_2(X,'clawed-lobster')
& crustacean_1(X)
& ~ barnacle_1(X)
& ~ copepod_1(X)
& ~ crayfish_1(X)
& ~ decapod_1(X)
& ~ isopod_1(X)
& ~ krill_1(X) ) ) ).
fof(a528449,axiom,
! [X] :
( cleavage_1(X)
=> ( original_name_2(X,'Cleavage')
& user_description_2(X,'(1) In animal cells, the process of cytokinesis that results in the pinching in of the plasma membrane. (2) In early animal development, a series of rapid cell divisions that occur without growth, resulting in a multi-celled embryo that is roughly the same size as the original zygote.')
& concept2words_2(X,'undergo cleavage')
& concept2words_2(X,cleave)
& concept2words_2(X,cleavage)
& divide_1(X)
& ~ cytokinesis_1(X)
& ~ nuclear_division_1(X)
& animal_cell_1(fn_cleavage_1(X))
& grow_1(fn_cleavage_2(X))
& cleavage_furrow_1(fn_cleavage_3(X))
& tangible_entity_1(fn_cleavage_4(X))
& create_1(fn_cleavage_5(X))
& create_1(fn_cleavage_6(X))
& contract_1(fn_cleavage_7(X))
& entity_1(fn_cleavage_8(X))
& cleavage_furrow_1(fn_cleavage_8(X))
& entity_1(fn_cleavage_9(X))
& tangible_entity_1(fn_cleavage_9(X))
& contractile_ring_1(fn_cleavage_9(X))
& spatial_entity_1(fn_cleavage_10(X))
& polymer_1(fn_cleavage_10(X))
& microfilament_1(fn_cleavage_10(X))
& myosin_1(fn_cleavage_11(X))
& tangible_entity_1(fn_cleavage_12(X))
& cell_1(fn_cleavage_12(X))
& animal_cell_1(fn_cleavage_12(X))
& entity_1(fn_create_1(fn_cleavage_6(X)))
& myosin_1(fn_contractile_ring_6(fn_cleavage_9(X)))
& spatial_entity_1(fn_contractile_ring_5(fn_cleavage_9(X)))
& polymer_1(fn_contractile_ring_5(fn_cleavage_9(X)))
& microfilament_1(fn_contractile_ring_5(fn_cleavage_9(X)))
& cell_1(fn_cleavage_furrow_7(fn_cleavage_8(X)))
& animal_cell_1(fn_cleavage_furrow_7(fn_cleavage_8(X)))
& entity_1(fn_create_1(fn_cleavage_5(X)))
& tangible_entity_1(fn_contract_1(fn_cleavage_7(X)))
& contractile_ring_1(fn_cleavage_furrow_1(fn_cleavage_8(X)))
& raw_material_2(fn_cleavage_5(X),fn_cleavage_11(X))
& raw_material_2(fn_cleavage_5(X),fn_cleavage_10(X))
& next_event_2(fn_cleavage_5(X),fn_cleavage_6(X))
& result_2(fn_cleavage_6(X),fn_cleavage_3(X))
& next_event_2(fn_cleavage_6(X),fn_cleavage_7(X))
& causes_2(fn_cleavage_7(X),fn_cleavage_2(X))
& result_2(fn_cleavage_2(X),fn_cleavage_1(X))
& exactCardinality(fn_cleavage_2(X),result_0,"2",animal_cell_0)
& object_2(fn_cleavage_2(X),fn_cleavage_3(X))
& object_2(fn_cleavage_2(X),fn_cleavage_8(X))
& first_subevent_2(X,fn_cleavage_5(X))
& subevent_2(X,fn_cleavage_5(X))
& subevent_2(X,fn_cleavage_6(X))
& subevent_2(X,fn_cleavage_7(X))
& subevent_2(X,fn_cleavage_2(X))
& result_2(X,fn_cleavage_4(X))
& exactCardinality(X,result_0,"2",daughter_cell_0)
& object_2(X,fn_cleavage_12(X))
& result_2(fn_cleavage_6(X),fn_cleavage_8(X))
& result_2(fn_cleavage_5(X),fn_cleavage_9(X))
& base_2(fn_cleavage_7(X),fn_cleavage_9(X))
& is_along_2(fn_cleavage_8(X),fn_cleavage_9(X))
& is_along_2(fn_cleavage_9(X),fn_cleavage_8(X))
& is_inside_2(fn_cleavage_8(X),fn_cleavage_12(X))
& has_part_2(fn_cleavage_9(X),fn_cleavage_11(X))
& has_part_2(fn_cleavage_9(X),fn_cleavage_10(X))
& fn_cleavage_12(X) = fn_impair_1(X)
& fn_cleavage_8(X) = fn_create_1(fn_cleavage_6(X))
& fn_cleavage_9(X) = fn_create_1(fn_cleavage_5(X))
& fn_cleavage_9(X) = fn_contract_1(fn_cleavage_7(X))
& fn_cleavage_11(X) = fn_contractile_ring_6(fn_cleavage_9(X))
& fn_cleavage_10(X) = fn_contractile_ring_5(fn_cleavage_9(X))
& fn_cleavage_12(X) = fn_cleavage_furrow_7(fn_cleavage_8(X))
& fn_cleavage_9(X) = fn_cleavage_furrow_1(fn_cleavage_8(X))
& fn_impair_1(X) = fn_cleavage_furrow_7(fn_cleavage_8(X))
& fn_cleavage_furrow_7(fn_cleavage_8(X)) = fn_create_1(fn_cleavage_5(X))
& fn_create_1(fn_cleavage_5(X)) = fn_contract_1(fn_cleavage_7(X))
& fn_contract_1(fn_cleavage_7(X)) = fn_contract_1(fn_cleavage_7(X))
& fn_contract_1(fn_cleavage_7(X)) = fn_cleavage_furrow_1(fn_cleavage_8(X))
& fn_cleavage_furrow_1(fn_cleavage_8(X)) = fn_cleavage_furrow_1(fn_cleavage_8(X)) ) ) ).
fof(a528450,axiom,
! [X] :
( cleavage_furrow_1(X)
=> ( original_name_2(X,'Cleavage-Furrow')
& user_description_2(X,'(1) A shallow groove that marks the beginning of cleavage in an animal cell. (2) A shallow groove that forms in the surface of a cell in the area of the metaphase plate.')
& concept2words_2(X,'furrow of cleavage')
& concept2words_2(X,'cleavage furrow')
& concept2words_2(X,'cleavage-furrow')
& animal_cell_structure_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X)
& contractile_ring_1(fn_cleavage_furrow_1(X))
& length_value_1(fn_cleavage_furrow_2(X))
& mixture_1(fn_cleavage_furrow_4(X))
& cytoplasm_1(fn_cleavage_furrow_4(X))
& tangible_entity_1(fn_cleavage_furrow_5(X))
& spatial_entity_1(fn_cleavage_furrow_5(X))
& biomembrane_1(fn_cleavage_furrow_5(X))
& plasma_membrane_1(fn_cleavage_furrow_5(X))
& animal_plasma_membrane_1(fn_cleavage_furrow_5(X))
& cytoplasmic_side_1(fn_cleavage_furrow_6(X))
& cell_1(fn_cleavage_furrow_7(X))
& animal_cell_1(fn_cleavage_furrow_7(X))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_cleavage_furrow_5(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_cleavage_furrow_6(X)))
& mixture_1(fn_animal_cell_79(fn_cleavage_furrow_7(X)))
& cytoplasm_1(fn_animal_cell_79(fn_cleavage_furrow_7(X)))
& mixture_1(fn_cell_28(fn_cleavage_furrow_7(X)))
& cytoplasm_1(fn_cell_28(fn_cleavage_furrow_7(X)))
& plasma_membrane_1(fn_cell_30(fn_cleavage_furrow_7(X)))
& tangible_entity_1(fn_animal_cell_73(fn_cleavage_furrow_7(X)))
& spatial_entity_1(fn_animal_cell_73(fn_cleavage_furrow_7(X)))
& biomembrane_1(fn_animal_cell_73(fn_cleavage_furrow_7(X)))
& animal_plasma_membrane_1(fn_animal_cell_73(fn_cleavage_furrow_7(X)))
& plasma_membrane_1(fn_animal_cell_73(fn_cleavage_furrow_7(X)))
& has_region_2(fn_cleavage_furrow_5(X),fn_cleavage_furrow_6(X))
& is_oriented_toward_2(fn_cleavage_furrow_6(X),fn_cleavage_furrow_4(X))
& is_along_2(X,fn_cleavage_furrow_1(X))
& is_inside_2(X,fn_cleavage_furrow_7(X))
& depth_2(X,fn_cleavage_furrow_2(X))
& is_along_2(fn_cleavage_furrow_1(X),X)
& is_at_2(fn_cleavage_furrow_1(X),fn_cleavage_furrow_6(X))
& the_scalar_value_2(fn_cleavage_furrow_2(X),shallow_0)
& scalar_unit_class_2(fn_cleavage_furrow_2(X),animal_cell_structure_0)
& is_facing_2(fn_cleavage_furrow_6(X),fn_cleavage_furrow_4(X))
& is_between_2(fn_cleavage_furrow_4(X),fn_cleavage_furrow_5(X))
& has_part_2(fn_cleavage_furrow_7(X),fn_cleavage_furrow_5(X))
& is_inside_2(fn_cleavage_furrow_4(X),fn_cleavage_furrow_5(X))
& has_part_2(fn_cleavage_furrow_7(X),fn_cleavage_furrow_4(X))
& fn_cleavage_furrow_4(X) = fn_cytoplasmic_side_1(fn_cleavage_furrow_6(X))
& fn_cleavage_furrow_4(X) = fn_animal_cell_79(fn_cleavage_furrow_7(X))
& fn_cleavage_furrow_5(X) = fn_cell_30(fn_cleavage_furrow_7(X))
& fn_cleavage_furrow_4(X) = fn_cell_28(fn_cleavage_furrow_7(X))
& fn_cleavage_furrow_5(X) = fn_animal_cell_73(fn_cleavage_furrow_7(X))
& fn_cleavage_furrow_7(X) = fn_animal_plasma_membrane_56(fn_cleavage_furrow_5(X))
& fn_cytoplasmic_side_1(fn_cleavage_furrow_6(X)) = fn_animal_cell_79(fn_cleavage_furrow_7(X))
& fn_animal_cell_79(fn_cleavage_furrow_7(X)) = fn_animal_cell_79(fn_cleavage_furrow_7(X))
& fn_animal_cell_79(fn_cleavage_furrow_7(X)) = fn_cell_28(fn_cleavage_furrow_7(X))
& fn_cell_28(fn_cleavage_furrow_7(X)) = fn_cell_28(fn_cleavage_furrow_7(X))
& fn_cell_28(fn_cleavage_furrow_7(X)) = fn_animal_cell_73(fn_cleavage_furrow_7(X))
& fn_animal_cell_73(fn_cleavage_furrow_7(X)) = fn_animal_cell_73(fn_cleavage_furrow_7(X))
& fn_animal_cell_73(fn_cleavage_furrow_7(X)) = fn_cell_30(fn_cleavage_furrow_7(X))
& fn_cell_30(fn_cleavage_furrow_7(X)) = fn_animal_cell_73(fn_cleavage_furrow_7(X)) ) ) ).
fof(a528451,axiom,
! [X] :
( clib_slot_group_1(X)
=> ( original_name_2(X,'CLIB-Slot-Group')
& concept2words_2(X,'clib slot group')
& concept2words_2(X,'clib-slot-group')
& km_slot_group_1(X) ) ) ).
fof(a528452,axiom,
! [X] :
( cliche_1(X)
=> ( original_name_2(X,'Cliche')
& concept2words_2(X,cliche)
& km_class_1(X) ) ) ).
fof(a528453,axiom,
! [X] :
( climate_1(X)
=> ( original_name_2(X,'Climate')
& user_description_2(X,'Long-term weather patterns associated with a defined geographical location.')
& concept2words_2(X,acclimate)
& concept2words_2(X,climate)
& geologic_process_1(X)
& ~ biogeochemical_cycle_1(X)
& ~ catastrophism_1(X)
& ~ continental_drift_1(X)
& ~ plate_tectonics_1(X)
& ~ uniformitarianism_1(X) ) ) ).
fof(a528454,axiom,
! [X] :
( climate_change_1(X)
=> ( original_name_2(X,'Climate-Change')
& user_description_2(X,'Significant and persistent change in the distribution of weather patterns over periods of time from decades to millenia.')
& concept2words_2(X,'change of climate')
& concept2words_2(X,'climate change')
& concept2words_2(X,'climate-change')
& ecological_process_1(X) ) ) ).
fof(a528455,axiom,
! [X] :
( climograph_1(X)
=> ( original_name_2(X,'Climograph')
& user_description_2(X,'A graph of monthly temperature and precipitation levels at a particlar location.')
& concept2words_2(X,climatogram)
& concept2words_2(X,climatograph)
& concept2words_2(X,climograph)
& graphical_representation_1(X)
& ~ action_spectrum_1(X)
& ~ age_structure_diagram_1(X)
& ~ cell_lineage_1(X)
& ~ cladogram_1(X)
& ~ fate_map_1(X)
& ~ genetic_map_1(X)
& ~ genomic_representation_1(X)
& ~ genotypic_ratio_1(X)
& ~ life_table_1(X)
& ~ pedigree_1(X)
& ~ periodic_table_1(X)
& ~ phenotypic_ratio_1(X)
& ~ phylogenetic_tree_1(X)
& ~ punnett_square_1(X)
& ~ reproductive_table_1(X)
& ~ species_area_curve_1(X)
& ~ survivorship_curve_1(X)
& ~ tree_of_life_1(X) ) ) ).
fof(a528456,axiom,
! [X] :
( cline_1(X)
=> ( original_name_2(X,'Cline')
& user_description_2(X,'A transition zone between two biomes, which represents a graded change in biological composition along a geographic axis.')
& concept2words_2(X,cline)
& gradient_1(X)
& ~ concentration_gradient_1(X) ) ) ).
fof(a528457,axiom,
! [X] :
( clitoris_1(X)
=> ( original_name_2(X,'Clitoris')
& user_description_2(X,'Female sexual organ extending from the upper intersection of the labia minora to the base of the pubic bone. One of the primary organs of sexual arousal in humans.')
& concept2words_2(X,clitoris)
& reproductive_organ_1(X) ) ) ).
fof(a528458,axiom,
! [X] :
( cloaca_1(X)
=> ( original_name_2(X,'Cloaca')
& user_description_2(X,'A common opening that serves the digestive, urinary, and reproductive tracts. Found in birds, reptiles, and many invertebrates.')
& concept2words_2(X,cloaca)
& animal_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a528459,axiom,
! [X] :
( clonal_selection_1(X)
=> ( original_name_2(X,'Clonal-Selection')
& user_description_2(X,'Process by which an antigen molecule binds to and activates only the lymphocytes that are specific to that particular antigen. The selected lymphocytes proliferate to produce a clone of (effector) antibody-producing cells and a clone of memory cells. The effector and memory cells are specific only to the stimulating antigen.')
& concept2words_2(X,select)
& concept2words_2(X,'clonal selection')
& concept2words_2(X,'clonal-selection')
& immune_related_intercellular_process_1(X) ) ) ).
fof(a528460,axiom,
! [X,X1] :
( ( result_2(X1,X)
& cloning_1(X1)
& living_entity_1(X) )
=> ( clone_1(X)
& fn_clone_2(X) = X1 ) ) ).
fof(a528461,axiom,
! [X] :
( clone_1(X)
=> ( original_name_2(X,'Clone')
& user_description_2(X,'A group of genetically identical cells or organisms derived from a single cell or individual by some kind of asexual reproduction.')
& concept2words_2(X,'genetic duplicate')
& concept2words_2(X,clone)
& living_entity_1(X)
& cloning_1(fn_clone_2(X))
& clone_1(fn_cloning_2(fn_clone_2(X)))
& result_2(fn_clone_2(X),X)
& X = fn_cloning_2(fn_clone_2(X)) ) ) ).
fof(a528462,axiom,
! [X] :
( cloned_dna_1(X)
=> ( original_name_2(X,'Cloned-DNA')
& user_description_2(X,'DNA that is an identical copy of another piece of DNA. Produced through a cloning process.')
& concept2words_2(X,'dna clone')
& concept2words_2(X,'dna-clone')
& concept2words_2(X,'cloned dna')
& concept2words_2(X,'cloned-dna')
& clone_1(X)
& dna_1(X)
& copy_1(fn_cloned_dna_1(X))
& dna_1(fn_cloned_dna_2(X))
& tangible_entity_1(fn_copy_1(fn_cloned_dna_1(X)))
& entity_1(fn_create_1(fn_cloned_dna_1(X)))
& object_2(fn_cloned_dna_1(X),fn_cloned_dna_2(X))
& result_2(fn_cloned_dna_1(X),X)
& fn_cloned_dna_2(X) = fn_copy_1(fn_cloned_dna_1(X))
& X = fn_create_1(fn_cloned_dna_1(X)) ) ) ).
fof(a528463,axiom,
! [X] :
( cloned_embryo_1(X)
=> ( original_name_2(X,'Cloned-Embryo')
& user_description_2(X,'An embryo which is a clone of another embryo is called as cloned embryo.')
& concept2words_2(X,'embryo clone')
& concept2words_2(X,'cloned embryo')
& concept2words_2(X,'cloned-embryo')
& embryo_1(X)
& clone_1(X)
& ~ abnormal_cloned_embryo_1(X)
& ~ animal_embryo_1(X)
& ~ early_embryo_1(X)
& ~ eight_cell_embryo_1(X)
& ~ embryoid_1(X)
& ~ plant_embryo_1(X)
& ~ segmented_embryo_1(X)
& ~ two_cell_embryo_1(X) ) ) ).
fof(a528464,axiom,
! [X] :
( cloned_gene_1(X)
=> ( original_name_2(X,'Cloned-Gene')
& user_description_2(X,'Clone DNA that is the result of copying a gene.')
& concept2words_2(X,'gene clone')
& concept2words_2(X,'gene-clone')
& concept2words_2(X,'cloned gene')
& concept2words_2(X,'cloned-gene')
& cloned_dna_1(X)
& copy_1(fn_cloned_gene_1(X))
& gene_1(fn_cloned_gene_2(X))
& tangible_entity_1(fn_copy_1(fn_cloned_gene_1(X)))
& result_2(fn_cloned_gene_1(X),X)
& object_2(fn_cloned_gene_1(X),fn_cloned_gene_2(X))
& fn_cloned_gene_1(X) = fn_cloned_dna_1(X)
& fn_cloned_gene_2(X) = fn_copy_1(fn_cloned_gene_1(X)) ) ) ).
fof(a528465,axiom,
! [X,X2,X1] :
( ( subevent_2(X,X1)
& result_2(X1,X2)
& technique_1(X)
& copy_1(X)
& create_1(X1)
& clone_1(X2) )
=> ( cloning_1(X)
& fn_cloning_3(X) = X1
& fn_cloning_2(X) = X2 ) ) ).
fof(a528466,axiom,
! [X] :
( cloning_1(X)
=> ( original_name_2(X,'Cloning')
& user_description_2(X,'DNA cloning: the process by which well-defined segments of DNA are copied multiple times. Organismal cloning: the process by which an entire organism that is genetically identical to the parent that donated the cell is created.')
& concept2words_2(X,clone)
& concept2words_2(X,cloning)
& copy_1(X)
& technique_1(X)
& ~ absolute_dating_1(X)
& ~ atomic_tracking_1(X)
& ~ autoradiography_1(X)
& ~ dna_mapping_1(X)
& ~ dna_microarray_1(X)
& ~ fetoscopy_1(X)
& ~ genetic_linkage_mapping_1(X)
& ~ gram_stain_1(X)
& ~ in_situ_hybridization_1(X)
& ~ in_vitro_hybridization_1(X)
& ~ mark_recapture_method_1(X)
& ~ microscopy_1(X)
& ~ molecular_clock_1(X)
& ~ nuclear_transplantation_1(X)
& ~ population_viability_analysis_1(X)
& ~ positron_emission_tomography_1(X)
& ~ radiometric_dating_1(X)
& ~ rule_of_addition_1(X)
& ~ shotgun_sequencing_1(X)
& ~ testcross_1(X)
& ~ x_ray_crystallography_1(X)
& clone_1(fn_cloning_2(X))
& create_1(fn_cloning_3(X))
& entity_1(fn_create_1(fn_cloning_3(X)))
& subevent_2(X,fn_cloning_3(X))
& result_2(X,fn_cloning_2(X))
& result_2(fn_cloning_3(X),fn_cloning_2(X))
& fn_cloning_2(X) = fn_create_1(X)
& fn_cloning_2(X) = fn_create_1(fn_cloning_3(X)) ) ) ).
fof(a528467,axiom,
! [X] :
( cloning_eukaryotic_gene_1(X)
=> ( original_name_2(X,'Cloning-Eukaryotic-Gene')
& user_description_2(X,'The process by which identical copies of eukaryotic genes are made.')
& concept2words_2(X,'gene cloning')
& concept2words_2(X,clone)
& concept2words_2(X,'cloning eukaryotic gene')
& concept2words_2(X,'cloning-eukaryotic-gene')
& cloning_1(X)
& identify_cell_clones_with_gene_of_interest_1(fn_cloning_eukaryotic_gene_1(X))
& artificial_selection_with_antibiotics_1(fn_cloning_eukaryotic_gene_2(X))
& culturing_1(fn_cloning_eukaryotic_gene_3(X))
& dna_transfer_1(fn_cloning_eukaryotic_gene_4(X))
& isolation_of_gene_source_dna_1(fn_cloning_eukaryotic_gene_5(X))
& isolation_of_vector_1(fn_cloning_eukaryotic_gene_6(X))
& mix_1(fn_cloning_eukaryotic_gene_7(X))
& break_1(fn_cloning_eukaryotic_gene_8(X))
& impair_1(fn_cloning_eukaryotic_gene_8(X))
& lyse_1(fn_cloning_eukaryotic_gene_8(X))
& break_1(fn_cloning_eukaryotic_gene_9(X))
& lyse_1(fn_cloning_eukaryotic_gene_9(X))
& attach_1(fn_cloning_eukaryotic_gene_10(X))
& genetic_recombination_in_lab_of_fragments_1(fn_cloning_eukaryotic_gene_11(X))
& eukaryotic_gene_1(fn_cloning_eukaryotic_gene_12(X))
& attach_1(fn_genetic_recombination_in_lab_of_fragments_12(fn_cloning_eukaryotic_gene_11(X)))
& break_1(fn_genetic_recombination_in_lab_of_fragments_11(fn_cloning_eukaryotic_gene_11(X)))
& lyse_1(fn_genetic_recombination_in_lab_of_fragments_11(fn_cloning_eukaryotic_gene_11(X)))
& break_1(fn_genetic_recombination_in_lab_of_fragments_13(fn_cloning_eukaryotic_gene_11(X)))
& impair_1(fn_genetic_recombination_in_lab_of_fragments_13(fn_cloning_eukaryotic_gene_11(X)))
& lyse_1(fn_genetic_recombination_in_lab_of_fragments_13(fn_cloning_eukaryotic_gene_11(X)))
& mix_1(fn_genetic_recombination_in_lab_of_fragments_2(fn_cloning_eukaryotic_gene_11(X)))
& next_event_2(fn_cloning_eukaryotic_gene_6(X),fn_cloning_eukaryotic_gene_5(X))
& next_event_2(fn_cloning_eukaryotic_gene_5(X),fn_cloning_eukaryotic_gene_7(X))
& next_event_2(fn_cloning_eukaryotic_gene_4(X),fn_cloning_eukaryotic_gene_3(X))
& next_event_2(fn_cloning_eukaryotic_gene_3(X),fn_cloning_eukaryotic_gene_2(X))
& next_event_2(fn_cloning_eukaryotic_gene_2(X),fn_cloning_eukaryotic_gene_1(X))
& next_event_2(fn_cloning_eukaryotic_gene_10(X),fn_cloning_eukaryotic_gene_4(X))
& first_subevent_2(X,fn_cloning_eukaryotic_gene_6(X))
& subevent_2(X,fn_cloning_eukaryotic_gene_10(X))
& subevent_2(X,fn_cloning_eukaryotic_gene_9(X))
& subevent_2(X,fn_cloning_eukaryotic_gene_8(X))
& subevent_2(X,fn_cloning_eukaryotic_gene_7(X))
& subevent_2(X,fn_cloning_eukaryotic_gene_1(X))
& subevent_2(X,fn_cloning_eukaryotic_gene_2(X))
& subevent_2(X,fn_cloning_eukaryotic_gene_3(X))
& subevent_2(X,fn_cloning_eukaryotic_gene_4(X))
& subevent_2(X,fn_cloning_eukaryotic_gene_5(X))
& subevent_2(X,fn_cloning_eukaryotic_gene_6(X))
& object_2(X,fn_cloning_eukaryotic_gene_12(X))
& subevent_2(fn_cloning_eukaryotic_gene_11(X),fn_cloning_eukaryotic_gene_8(X))
& subevent_2(fn_cloning_eukaryotic_gene_11(X),fn_cloning_eukaryotic_gene_9(X))
& subevent_2(fn_cloning_eukaryotic_gene_11(X),fn_cloning_eukaryotic_gene_7(X))
& first_subevent_2(fn_cloning_eukaryotic_gene_11(X),fn_cloning_eukaryotic_gene_7(X))
& next_event_2(fn_cloning_eukaryotic_gene_7(X),fn_cloning_eukaryotic_gene_8(X))
& next_event_2(fn_cloning_eukaryotic_gene_8(X),fn_cloning_eukaryotic_gene_9(X))
& next_event_2(fn_cloning_eukaryotic_gene_9(X),fn_cloning_eukaryotic_gene_10(X))
& subevent_2(fn_cloning_eukaryotic_gene_11(X),fn_cloning_eukaryotic_gene_10(X))
& fn_cloning_eukaryotic_gene_12(X) = fn_copy_1(X)
& fn_cloning_eukaryotic_gene_10(X) = fn_genetic_recombination_in_lab_of_fragments_12(fn_cloning_eukaryotic_gene_11(X))
& fn_cloning_eukaryotic_gene_9(X) = fn_genetic_recombination_in_lab_of_fragments_11(fn_cloning_eukaryotic_gene_11(X))
& fn_cloning_eukaryotic_gene_8(X) = fn_genetic_recombination_in_lab_of_fragments_13(fn_cloning_eukaryotic_gene_11(X))
& fn_cloning_eukaryotic_gene_7(X) = fn_genetic_recombination_in_lab_of_fragments_2(fn_cloning_eukaryotic_gene_11(X)) ) ) ).
fof(a528468,axiom,
! [X,X2,X1] :
( ( base_2(X,X1)
& object_2(X,X2)
& plasmid_1(X1)
& cloning_eukaryotic_gene_1(X)
& genetic_engineering_1(X)
& eukaryotic_gene_1(X2) )
=> ( cloning_eukaryotic_gene_in_bacterial_plasmid_1(X)
& fn_cloning_eukaryotic_gene_in_bacterial_plasmid_1(X) = X1
& fn_cloning_eukaryotic_gene_in_bacterial_plasmid_3(X) = X2 ) ) ).
fof(a528469,axiom,
! [X] :
( cloning_eukaryotic_gene_in_bacterial_plasmid_1(X)
=> ( original_name_2(X,'Cloning-Eukaryotic-Gene-In-Bacterial-Plasmid')
& user_description_2(X,'The process of using a bacterial plasmid to produce a clone of a eukaryotic gene.')
& concept2words_2(X,'gene cloning using bacterial plasmid')
& concept2words_2(X,clone)
& concept2words_2(X,'cloning eukaryotic gene in bacterial plasmid')
& concept2words_2(X,'cloning-eukaryotic-gene-in-bacterial-plasmid')
& genetic_engineering_1(X)
& cloning_eukaryotic_gene_1(X)
& ~ cloning_eukaryotic_gene_in_cloning_phage_1(X)
& ~ synthesis_of_artificial_eukaryotic_genes_without_introns_1(X)
& plasmid_1(fn_cloning_eukaryotic_gene_in_bacterial_plasmid_1(X))
& eukaryotic_gene_1(fn_cloning_eukaryotic_gene_in_bacterial_plasmid_3(X))
& isolation_of_vector_plasmid_1(fn_cloning_eukaryotic_gene_in_bacterial_plasmid_4(X))
& base_2(X,fn_cloning_eukaryotic_gene_in_bacterial_plasmid_1(X))
& subevent_2(X,fn_cloning_eukaryotic_gene_in_bacterial_plasmid_4(X))
& first_subevent_2(X,fn_cloning_eukaryotic_gene_in_bacterial_plasmid_4(X))
& object_2(X,fn_cloning_eukaryotic_gene_in_bacterial_plasmid_3(X))
& fn_cloning_eukaryotic_gene_in_bacterial_plasmid_3(X) = fn_cloning_eukaryotic_gene_12(X)
& fn_cloning_eukaryotic_gene_in_bacterial_plasmid_4(X) = fn_cloning_eukaryotic_gene_6(X) ) ) ).
fof(a528470,axiom,
! [X,X1,X2] :
( ( base_2(X,X1)
& object_2(X,X2)
& cloning_phage_1(X1)
& genetic_engineering_1(X)
& cloning_eukaryotic_gene_1(X)
& eukaryotic_gene_1(X2) )
=> ( cloning_eukaryotic_gene_in_cloning_phage_1(X)
& fn_cloning_eukaryotic_gene_in_cloning_phage_5(X) = X2
& fn_cloning_eukaryotic_gene_in_cloning_phage_3(X) = X1 ) ) ).
fof(a528471,axiom,
! [X] :
( cloning_eukaryotic_gene_in_cloning_phage_1(X)
=> ( original_name_2(X,'Cloning-Eukaryotic-Gene-In-Cloning-Phage')
& user_description_2(X,'Process of cloning eukaryotic genes in which the cloning vector is a phage. Recombinants containing the gene of interest are packaged in a capsid, then used in a viral infection to replicate these genes.')
& concept2words_2(X,'gene cloning using phage')
& concept2words_2(X,'cloning using bacteriophage')
& concept2words_2(X,'gene cloning with bacteriophage')
& concept2words_2(X,'gene cloning using virus')
& concept2words_2(X,'gene cloning with phage')
& concept2words_2(X,'gene cloning with virus')
& concept2words_2(X,clone)
& concept2words_2(X,'cloning eukaryotic gene in cloning phage')
& concept2words_2(X,'cloning-eukaryotic-gene-in-cloning-phage')
& cloning_eukaryotic_gene_1(X)
& genetic_engineering_1(X)
& ~ cloning_eukaryotic_gene_in_bacterial_plasmid_1(X)
& ~ synthesis_of_artificial_eukaryotic_genes_without_introns_1(X)
& package_recombinants_in_capsid_1(fn_cloning_eukaryotic_gene_in_cloning_phage_1(X))
& viral_infection_1(fn_cloning_eukaryotic_gene_in_cloning_phage_2(X))
& phage_reproduction_cycle_1(fn_cloning_eukaryotic_gene_in_cloning_phage_2(X))
& cloning_phage_1(fn_cloning_eukaryotic_gene_in_cloning_phage_3(X))
& eukaryotic_gene_1(fn_cloning_eukaryotic_gene_in_cloning_phage_5(X))
& dna_transfer_1(fn_cloning_eukaryotic_gene_in_cloning_phage_6(X))
& first_subevent_2(fn_cloning_eukaryotic_gene_in_cloning_phage_6(X),fn_cloning_eukaryotic_gene_in_cloning_phage_1(X))
& subevent_2(fn_cloning_eukaryotic_gene_in_cloning_phage_6(X),fn_cloning_eukaryotic_gene_in_cloning_phage_1(X))
& subevent_2(fn_cloning_eukaryotic_gene_in_cloning_phage_6(X),fn_cloning_eukaryotic_gene_in_cloning_phage_2(X))
& next_event_2(fn_cloning_eukaryotic_gene_in_cloning_phage_1(X),fn_cloning_eukaryotic_gene_in_cloning_phage_2(X))
& base_2(X,fn_cloning_eukaryotic_gene_in_cloning_phage_3(X))
& object_2(X,fn_cloning_eukaryotic_gene_in_cloning_phage_5(X))
& subevent_2(X,fn_cloning_eukaryotic_gene_in_cloning_phage_6(X))
& fn_cloning_eukaryotic_gene_in_cloning_phage_5(X) = fn_cloning_eukaryotic_gene_12(X)
& fn_cloning_eukaryotic_gene_in_cloning_phage_6(X) = fn_cloning_eukaryotic_gene_4(X) ) ) ).
fof(a528472,axiom,
! [X] :
( cloning_phage_1(X)
=> ( original_name_2(X,'Cloning-Phage')
& user_description_2(X,'Cloning vector that is also a phage.')
& concept2words_2(X,'bacteriophage cloning vector')
& concept2words_2(X,'cloning vector')
& concept2words_2(X,'phage of cloning')
& concept2words_2(X,'cloning phage')
& concept2words_2(X,'cloning-phage')
& cloning_vector_1(X)
& phage_1(X)
& ~ bacterial_artificial_chromosome_1(X)
& ~ cloning_plasmid_1(X)
& ~ expression_vector_1(X) ) ) ).
fof(a528473,axiom,
! [X] :
( cloning_plasmid_1(X)
=> ( original_name_2(X,'Cloning-Plasmid')
& user_description_2(X,'Often used as a cloning vector in genetic engineering. The plasmid is used to carry foreign DNA from a test tube into a host cell and replicate there.')
& concept2words_2(X,'bacterial plasmid for cloning')
& concept2words_2(X,'cloning bacterial plasmid')
& concept2words_2(X,'plasmid vector')
& concept2words_2(X,'plasmid of cloning')
& concept2words_2(X,'cloning plasmid')
& concept2words_2(X,'cloning-plasmid')
& cloning_vector_1(X)
& ~ bacterial_artificial_chromosome_1(X)
& ~ cloning_phage_1(X)
& ~ expression_vector_1(X)
& prokaryote_1(fn_cloning_plasmid_1(X))
& has_part_2(fn_cloning_plasmid_1(X),X) ) ) ).
fof(a528474,axiom,
! [X] :
( cloning_vector_1(X)
=> ( original_name_2(X,'Cloning-Vector')
& user_description_2(X,'In genetic engineering, a DNA molecule that can carry foreign DNA into a host cell and replicate there. Cloning vectors include plasmids that move recombinant DNA from a test tube back into a cell and viruses that transfer recombinant DNA by infection.')
& concept2words_2(X,'vector of cloning')
& concept2words_2(X,'cloning vector')
& concept2words_2(X,'cloning-vector')
& dna_1(X)
& cell_1(fn_cloning_vector_1(X))
& cloning_1(fn_cloning_vector_2(X))
& genomic_library_1(fn_cloning_vector_3(X))
& foreign_dna_1(fn_cloning_vector_4(X))
& carry_1(fn_cloning_vector_5(X))
& create_1(fn_cloning_vector_6(X))
& spatial_entity_1(fn_move_1(fn_cloning_vector_5(X)))
& create_1(fn_genomic_library_4(fn_cloning_vector_3(X)))
& tangible_entity_1(fn_carry_1(fn_cloning_vector_5(X)))
& tangible_entity_1(fn_copy_1(fn_cloning_vector_2(X)))
& cloning_vector_1(fn_genomic_library_3(fn_cloning_vector_3(X)))
& agent_2(fn_cloning_vector_2(X),X)
& site_2(fn_cloning_vector_2(X),fn_cloning_vector_1(X))
& enables_2(fn_cloning_vector_5(X),fn_cloning_vector_2(X))
& destination_2(fn_cloning_vector_5(X),fn_cloning_vector_1(X))
& object_2(fn_cloning_vector_5(X),fn_cloning_vector_4(X))
& agent_2(fn_cloning_vector_5(X),X)
& object_2(fn_cloning_vector_2(X),X)
& result_2(fn_cloning_vector_6(X),fn_cloning_vector_3(X))
& agent_2(fn_cloning_vector_6(X),X)
& fn_cloning_vector_4(X) = fn_move_1(fn_cloning_vector_5(X))
& X = fn_carry_1(fn_cloning_vector_5(X))
& X = fn_copy_1(fn_cloning_vector_2(X))
& X = fn_genomic_library_3(fn_cloning_vector_3(X))
& fn_cloning_vector_6(X) = fn_genomic_library_4(fn_cloning_vector_3(X))
& fn_carry_1(fn_cloning_vector_5(X)) = fn_copy_1(fn_cloning_vector_2(X))
& fn_copy_1(fn_cloning_vector_2(X)) = fn_copy_1(fn_cloning_vector_2(X))
& fn_copy_1(fn_cloning_vector_2(X)) = fn_genomic_library_3(fn_cloning_vector_3(X)) ) ) ).
fof(a528475,axiom,
! [X] :
( close_1(X)
=> ( original_name_2(X,'Close')
& concept2words_2(X,close)
& concept2words_2(X,shut)
& block_1(X)
& tangible_entity_1(fn_close_1(X))
& spatial_entity_1(fn_close_2(X))
& portal_1(fn_close_3(X))
& spatial_entity_1(fn_conduit_1(fn_close_3(X)))
& instrument_2(X,fn_close_1(X))
& in_event_2(fn_close_3(X),X)
& object_2(X,fn_close_2(X))
& plays_2(fn_close_2(X),fn_close_3(X))
& fn_close_2(X) = fn_block_1(X)
& fn_close_2(X) = fn_conduit_1(fn_close_3(X))
& fn_block_1(X) = fn_conduit_1(fn_close_3(X)) ) ) ).
fof(a528476,axiom,
! [X] :
( closed_circulatory_system_1(X)
=> ( original_name_2(X,'Closed-Circulatory-System')
& user_description_2(X,'A circulatory system in which blood is always enclosed in vessels and does not circulate directly over body tissues.')
& concept2words_2(X,'closed circulatory system')
& concept2words_2(X,'closed-circulatory-system')
& circulatory_system_1(X) ) ) ).
fof(a528477,axiom,
! [X] :
( closed_system_1(X)
=> ( original_name_2(X,'Closed-system')
& user_description_2(X,'A closed system is a system that can exchange heat and work (for example, energy), but not matter, with its surroundings')
& concept2words_2(X,'system of closed')
& concept2words_2(X,'closed system')
& concept2words_2(X,'closed-system')
& thermodynamic_system_1(X)
& ~ cognitive_map_1(X)
& ~ ecological_model_1(X)
& ~ five_kingdom_system_1(X)
& ~ fluid_mosaic_model_1(X)
& ~ molecular_formula_1(X)
& ~ open_system_1(X)
& ~ redundancy_model_1(X)
& ~ representation_of_data_1(X)
& ~ rivet_model_1(X)
& ~ sandwich_model_1(X)
& ~ stable_system_1(X)
& ~ unstable_system_1(X) ) ) ).
fof(a528478,axiom,
! [X] :
( closing_of_stoma_1(X)
=> ( original_name_2(X,'Closing-Of-Stoma')
& user_description_2(X,'The closing of pores found in the leaf and stem epidermis of plants.')
& concept2words_2(X,close)
& concept2words_2(X,'stoma closing')
& concept2words_2(X,'stoma-closing')
& concept2words_2(X,'closing of stoma')
& concept2words_2(X,'closing-of-stoma')
& close_1(X)
& length_value_1(fn_closing_of_stoma_2(X))
& change_of_state_1(fn_closing_of_stoma_4(X))
& length_value_1(fn_closing_of_stoma_5(X))
& stoma_1(fn_closing_of_stoma_6(X))
& time_interval_1(fn_closing_of_stoma_7(X))
& time_interval_1(fn_closing_of_stoma_8(X))
& extra_cellular_matrix_1(fn_closing_of_stoma_9(X))
& hydrophilic_head_1(fn_closing_of_stoma_10(X))
& potential_value_1(fn_closing_of_stoma_11(X))
& exit_1(fn_closing_of_stoma_12(X))
& ground_tissue_system_1(fn_closing_of_stoma_13(X))
& dermal_tissue_system_1(fn_closing_of_stoma_14(X))
& palisade_mesophyll_1(fn_closing_of_stoma_15(X))
& epidermis_1(fn_closing_of_stoma_16(X))
& epidermis_1(fn_closing_of_stoma_17(X))
& transpiration_1(fn_closing_of_stoma_18(X))
& sugar_1(fn_closing_of_stoma_19(X))
& quantity_value_1(fn_closing_of_stoma_20(X))
& rate_value_1(fn_closing_of_stoma_21(X))
& hydrophobic_core_1(fn_closing_of_stoma_24(X))
& flaccid_cell_1(fn_closing_of_stoma_25(X))
& change_of_state_1(fn_closing_of_stoma_26(X))
& epidermal_cell_1(fn_closing_of_stoma_28(X))
& eukaryotic_cell_1(fn_closing_of_stoma_28(X))
& spatial_entity_1(fn_closing_of_stoma_29(X))
& mixture_1(fn_closing_of_stoma_29(X))
& suspension_1(fn_closing_of_stoma_29(X))
& colloid_1(fn_closing_of_stoma_29(X))
& cytoplasm_1(fn_closing_of_stoma_29(X))
& portal_1(fn_closing_of_stoma_30(X))
& carbon_dioxide_1(fn_closing_of_stoma_31(X))
& potassium_gated_channel_1(fn_closing_of_stoma_32(X))
& decrease_1(fn_closing_of_stoma_33(X))
& intensity_value_1(fn_closing_of_stoma_34(X))
& turgor_pressure_1(fn_closing_of_stoma_35(X))
& hypertonic_solution_1(fn_closing_of_stoma_36(X))
& aqueous_solution_1(fn_closing_of_stoma_36(X))
& hydrophilic_face_1(fn_closing_of_stoma_37(X))
& phospholipid_layer_1(fn_closing_of_stoma_38(X))
& phospholipid_layer_1(fn_closing_of_stoma_39(X))
& hypotonic_solution_1(fn_closing_of_stoma_40(X))
& aqueous_solution_1(fn_closing_of_stoma_40(X))
& locomotion_1(fn_closing_of_stoma_41(X))
& move_into_1(fn_closing_of_stoma_41(X))
& enter_1(fn_closing_of_stoma_41(X))
& air_space_1(fn_closing_of_stoma_42(X))
& air_space_1(fn_closing_of_stoma_43(X))
& atmosphere_1(fn_closing_of_stoma_44(X))
& spongy_mesophyll_1(fn_closing_of_stoma_45(X))
& oxidative_phosphorylation_1(fn_closing_of_stoma_46(X))
& oxidative_phosphorylation_1(fn_closing_of_stoma_47(X))
& rough_endoplasmic_reticulum_1(fn_closing_of_stoma_48(X))
& endoplasmic_reticulum_1(fn_closing_of_stoma_48(X))
& aqueous_solution_1(fn_closing_of_stoma_49(X))
& liquid_substance_1(fn_closing_of_stoma_49(X))
& solution_1(fn_closing_of_stoma_49(X))
& substance_1(fn_closing_of_stoma_49(X))
& cytosol_1(fn_closing_of_stoma_49(X))
& hydrophobic_face_1(fn_closing_of_stoma_50(X))
& hydrophobic_face_1(fn_closing_of_stoma_51(X))
& move_through_1(fn_closing_of_stoma_52(X))
& osmosis_1(fn_closing_of_stoma_53(X))
& intensity_value_1(fn_closing_of_stoma_54(X))
& tangible_entity_1(fn_closing_of_stoma_56(X))
& leaf_1(fn_closing_of_stoma_56(X))
& spongy_mesophyll_1(fn_closing_of_stoma_57(X))
& air_space_1(fn_closing_of_stoma_58(X))
& move_out_of_1(fn_closing_of_stoma_59(X))
& exit_1(fn_closing_of_stoma_59(X))
& enter_1(fn_closing_of_stoma_60(X))
& epidermis_1(fn_closing_of_stoma_61(X))
& eukaryotic_cell_1(fn_closing_of_stoma_62(X))
& guard_cell_1(fn_closing_of_stoma_62(X))
& plant_cell_1(fn_closing_of_stoma_63(X))
& cell_1(fn_closing_of_stoma_63(X))
& eukaryotic_cell_1(fn_closing_of_stoma_63(X))
& guard_cell_1(fn_closing_of_stoma_63(X))
& spatial_entity_1(fn_closing_of_stoma_64(X))
& stoma_1(fn_closing_of_stoma_64(X))
& tangible_entity_1(fn_move_out_of_1(fn_closing_of_stoma_59(X)))
& spatial_entity_1(fn_locomotion_1(fn_closing_of_stoma_41(X)))
& block_1(fn_gated_ion_channel_4(fn_closing_of_stoma_32(X)))
& air_space_1(fn_spongy_mesophyll_1(fn_closing_of_stoma_45(X)))
& move_through_1(fn_osmosis_21(fn_closing_of_stoma_53(X)))
& hydrophobic_face_1(fn_phospholipid_layer_1(fn_closing_of_stoma_39(X)))
& hydrophilic_face_1(fn_phospholipid_layer_2(fn_closing_of_stoma_39(X)))
& hydrophobic_face_1(fn_phospholipid_layer_1(fn_closing_of_stoma_38(X)))
& hydrophilic_face_1(fn_phospholipid_layer_2(fn_closing_of_stoma_38(X)))
& epidermal_cell_1(fn_epidermis_4(fn_closing_of_stoma_61(X)))
& turgor_pressure_1(fn_plant_cell_9(fn_closing_of_stoma_63(X)))
& biological_region_1(fn_leaf_10(fn_closing_of_stoma_56(X)))
& property_node_1(fn_decrease_1(fn_closing_of_stoma_33(X)))
& property_node_1(fn_decrease_2(fn_closing_of_stoma_33(X)))
& property_value_1(fn_decrease_3(fn_closing_of_stoma_33(X)))
& property_value_1(fn_decrease_4(fn_closing_of_stoma_33(X)))
& oxidative_phosphorylation_1(fn_leaf_38(fn_closing_of_stoma_56(X)))
& hypotonic_solution_1(fn_passive_transport_of_water_1(fn_closing_of_stoma_53(X)))
& aqueous_solution_1(fn_passive_transport_of_water_1(fn_closing_of_stoma_53(X)))
& hypertonic_solution_1(fn_passive_transport_of_water_2(fn_closing_of_stoma_53(X)))
& aqueous_solution_1(fn_passive_transport_of_water_2(fn_closing_of_stoma_53(X)))
& aqueous_solution_1(fn_guard_cell_11(fn_closing_of_stoma_63(X)))
& liquid_substance_1(fn_guard_cell_11(fn_closing_of_stoma_63(X)))
& solution_1(fn_guard_cell_11(fn_closing_of_stoma_63(X)))
& substance_1(fn_guard_cell_11(fn_closing_of_stoma_63(X)))
& cytosol_1(fn_guard_cell_11(fn_closing_of_stoma_63(X)))
& atmosphere_1(fn_leaf_41(fn_closing_of_stoma_56(X)))
& spongy_mesophyll_1(fn_leaf_45(fn_closing_of_stoma_56(X)))
& exit_1(fn_stoma_9(fn_closing_of_stoma_64(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_closing_of_stoma_28(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_closing_of_stoma_28(X)))
& spatial_entity_1(fn_guard_cell_23(fn_closing_of_stoma_63(X)))
& mixture_1(fn_guard_cell_23(fn_closing_of_stoma_63(X)))
& suspension_1(fn_guard_cell_23(fn_closing_of_stoma_63(X)))
& colloid_1(fn_guard_cell_23(fn_closing_of_stoma_63(X)))
& cytoplasm_1(fn_guard_cell_23(fn_closing_of_stoma_63(X)))
& rough_endoplasmic_reticulum_1(fn_plant_cell_90(fn_closing_of_stoma_63(X)))
& endoplasmic_reticulum_1(fn_plant_cell_90(fn_closing_of_stoma_63(X)))
& rough_endoplasmic_reticulum_1(fn_guard_cell_19(fn_closing_of_stoma_63(X)))
& endoplasmic_reticulum_1(fn_guard_cell_19(fn_closing_of_stoma_63(X)))
& move_into_1(fn_leaf_48(fn_closing_of_stoma_56(X)))
& epidermis_1(fn_leaf_51(fn_closing_of_stoma_56(X)))
& epidermis_1(fn_leaf_50(fn_closing_of_stoma_56(X)))
& eukaryotic_cell_1(fn_leaf_53(fn_closing_of_stoma_56(X)))
& guard_cell_1(fn_leaf_53(fn_closing_of_stoma_56(X)))
& guard_cell_1(fn_stoma_2(fn_closing_of_stoma_64(X)))
& cell_1(fn_oxidative_phosphorylation_15(fn_closing_of_stoma_47(X)))
& cell_1(fn_leaf_52(fn_closing_of_stoma_56(X)))
& eukaryotic_cell_1(fn_leaf_52(fn_closing_of_stoma_56(X)))
& guard_cell_1(fn_leaf_52(fn_closing_of_stoma_56(X)))
& guard_cell_1(fn_stoma_1(fn_closing_of_stoma_64(X)))
& portal_1(fn_stoma_11(fn_closing_of_stoma_64(X)))
& enter_1(fn_leaf_47(fn_closing_of_stoma_56(X)))
& enter_1(fn_stoma_7(fn_closing_of_stoma_64(X)))
& air_space_1(fn_leaf_43(fn_closing_of_stoma_56(X)))
& air_space_1(fn_stoma_5(fn_closing_of_stoma_64(X)))
& stoma_1(fn_leaf_35(fn_closing_of_stoma_56(X)))
& object_2(fn_closing_of_stoma_26(X),fn_closing_of_stoma_63(X))
& fn_closing_of_stoma_26(X) != fn_closing_of_stoma_4(X)
& result_2(fn_closing_of_stoma_26(X),fn_closing_of_stoma_25(X))
& next_event_2(fn_closing_of_stoma_33(X),fn_closing_of_stoma_4(X))
& next_event_2(fn_closing_of_stoma_33(X),fn_closing_of_stoma_26(X))
& time_during_2(fn_closing_of_stoma_33(X),fn_closing_of_stoma_7(X))
& intensity_2(fn_closing_of_stoma_35(X),fn_closing_of_stoma_34(X))
& abuts_2(fn_closing_of_stoma_36(X),fn_closing_of_stoma_10(X))
& water_potential_2(fn_closing_of_stoma_36(X),fn_closing_of_stoma_11(X))
& fn_closing_of_stoma_36(X) != fn_closing_of_stoma_40(X)
& is_inside_2(fn_closing_of_stoma_36(X),fn_closing_of_stoma_37(X))
& is_between_2(fn_closing_of_stoma_24(X),fn_closing_of_stoma_37(X))
& is_along_2(fn_closing_of_stoma_38(X),fn_closing_of_stoma_39(X))
& fn_closing_of_stoma_38(X) != fn_closing_of_stoma_39(X)
& is_along_2(fn_closing_of_stoma_39(X),fn_closing_of_stoma_38(X))
& fn_closing_of_stoma_39(X) != fn_closing_of_stoma_38(X)
& fn_closing_of_stoma_40(X) != fn_closing_of_stoma_36(X)
& is_inside_2(fn_closing_of_stoma_40(X),fn_closing_of_stoma_37(X))
& negative_influence_2(fn_closing_of_stoma_21(X),fn_closing_of_stoma_20(X))
& quantity_2(fn_closing_of_stoma_19(X),fn_closing_of_stoma_20(X))
& prevents_2(X,fn_closing_of_stoma_18(X))
& prevents_2(X,fn_closing_of_stoma_41(X))
& subevent_2(X,fn_closing_of_stoma_53(X))
& subevent_2(X,fn_closing_of_stoma_33(X))
& subevent_2(X,fn_closing_of_stoma_4(X))
& subevent_2(X,fn_closing_of_stoma_26(X))
& base_2(X,fn_closing_of_stoma_56(X))
& rate_2(X,fn_closing_of_stoma_21(X))
& agent_2(X,fn_closing_of_stoma_63(X))
& has_region_2(fn_closing_of_stoma_45(X),fn_closing_of_stoma_42(X))
& is_inside_2(fn_closing_of_stoma_45(X),fn_closing_of_stoma_13(X))
& is_above_2(fn_closing_of_stoma_45(X),fn_closing_of_stoma_16(X))
& is_above_2(fn_closing_of_stoma_17(X),fn_closing_of_stoma_15(X))
& is_above_2(fn_closing_of_stoma_15(X),fn_closing_of_stoma_45(X))
& is_inside_2(fn_closing_of_stoma_15(X),fn_closing_of_stoma_13(X))
& element_2(fn_closing_of_stoma_14(X),fn_closing_of_stoma_17(X))
& element_2(fn_closing_of_stoma_14(X),fn_closing_of_stoma_16(X))
& origin_2(fn_closing_of_stoma_12(X),fn_closing_of_stoma_42(X))
& destination_2(fn_closing_of_stoma_12(X),fn_closing_of_stoma_44(X))
& called_2(fn_closing_of_stoma_11(X),'Waterpotential')
& abuts_2(fn_closing_of_stoma_10(X),fn_closing_of_stoma_36(X))
& is_at_2(fn_closing_of_stoma_10(X),fn_closing_of_stoma_37(X))
& is_at_2(fn_closing_of_stoma_10(X),fn_closing_of_stoma_51(X))
& is_at_2(fn_closing_of_stoma_10(X),fn_closing_of_stoma_50(X))
& is_inside_2(fn_closing_of_stoma_50(X),fn_closing_of_stoma_24(X))
& is_along_2(fn_closing_of_stoma_50(X),fn_closing_of_stoma_51(X))
& is_inside_2(fn_closing_of_stoma_51(X),fn_closing_of_stoma_24(X))
& is_along_2(fn_closing_of_stoma_51(X),fn_closing_of_stoma_50(X))
& destination_2(fn_closing_of_stoma_52(X),fn_closing_of_stoma_9(X))
& origin_2(fn_closing_of_stoma_52(X),fn_closing_of_stoma_63(X))
& time_before_2(fn_closing_of_stoma_8(X),fn_closing_of_stoma_7(X))
& next_event_2(fn_closing_of_stoma_53(X),fn_closing_of_stoma_33(X))
& time_during_2(fn_closing_of_stoma_53(X),fn_closing_of_stoma_8(X))
& diameter_2(fn_closing_of_stoma_6(X),fn_closing_of_stoma_5(X))
& called_2(fn_closing_of_stoma_6(X),"2")
& the_cardinal_value_2(fn_closing_of_stoma_5(X),"0.0e0")
& cardinal_unit_class_2(fn_closing_of_stoma_5(X),micrometer_0)
& fn_closing_of_stoma_4(X) != fn_closing_of_stoma_26(X)
& result_2(fn_closing_of_stoma_4(X),fn_closing_of_stoma_6(X))
& object_2(fn_closing_of_stoma_4(X),fn_closing_of_stoma_64(X))
& greater_than_2(fn_closing_of_stoma_2(X),fn_closing_of_stoma_5(X))
& has_state_2(fn_closing_of_stoma_63(X),fn_closing_of_stoma_25(X))
& diameter_2(fn_closing_of_stoma_64(X),fn_closing_of_stoma_2(X))
& called_2(fn_closing_of_stoma_64(X),"1")
& base_2(fn_closing_of_stoma_59(X),fn_closing_of_stoma_56(X))
& object_2(X,fn_closing_of_stoma_64(X))
& base_2(fn_closing_of_stoma_47(X),fn_closing_of_stoma_63(X))
& object_2(fn_closing_of_stoma_41(X),fn_closing_of_stoma_31(X))
& agent_2(fn_closing_of_stoma_41(X),fn_closing_of_stoma_31(X))
& instrument_2(X,fn_closing_of_stoma_32(X))
& has_region_2(fn_closing_of_stoma_45(X),fn_closing_of_stoma_43(X))
& subevent_2(fn_closing_of_stoma_53(X),fn_closing_of_stoma_52(X))
& has_region_2(fn_closing_of_stoma_39(X),fn_closing_of_stoma_51(X))
& has_region_2(fn_closing_of_stoma_39(X),fn_closing_of_stoma_37(X))
& has_region_2(fn_closing_of_stoma_38(X),fn_closing_of_stoma_50(X))
& has_region_2(fn_closing_of_stoma_38(X),fn_closing_of_stoma_37(X))
& has_part_2(fn_closing_of_stoma_61(X),fn_closing_of_stoma_28(X))
& in_event_2(fn_closing_of_stoma_30(X),X)
& possesses_2(fn_closing_of_stoma_63(X),fn_closing_of_stoma_35(X))
& has_part_2(fn_closing_of_stoma_28(X),fn_closing_of_stoma_29(X))
& destination_2(fn_closing_of_stoma_41(X),fn_closing_of_stoma_42(X))
& is_inside_2(fn_closing_of_stoma_42(X),fn_closing_of_stoma_56(X))
& to_value_2(fn_closing_of_stoma_33(X),fn_closing_of_stoma_54(X))
& greater_than_2(fn_closing_of_stoma_34(X),fn_closing_of_stoma_54(X))
& from_value_2(fn_closing_of_stoma_33(X),fn_closing_of_stoma_34(X))
& base_2(fn_closing_of_stoma_60(X),fn_closing_of_stoma_56(X))
& has_part_2(fn_closing_of_stoma_61(X),fn_closing_of_stoma_63(X))
& origin_2(fn_closing_of_stoma_53(X),fn_closing_of_stoma_40(X))
& destination_2(fn_closing_of_stoma_53(X),fn_closing_of_stoma_36(X))
& is_hypotonic_to_2(fn_closing_of_stoma_40(X),fn_closing_of_stoma_36(X))
& is_hypertonic_to_2(fn_closing_of_stoma_36(X),fn_closing_of_stoma_40(X))
& has_part_2(fn_closing_of_stoma_63(X),fn_closing_of_stoma_48(X))
& is_inside_2(fn_closing_of_stoma_48(X),fn_closing_of_stoma_49(X))
& has_part_2(fn_closing_of_stoma_29(X),fn_closing_of_stoma_49(X))
& has_region_2(fn_closing_of_stoma_57(X),fn_closing_of_stoma_58(X))
& has_part_2(fn_closing_of_stoma_61(X),fn_closing_of_stoma_62(X))
& path_2(fn_closing_of_stoma_41(X),fn_closing_of_stoma_64(X))
& base_2(fn_closing_of_stoma_41(X),fn_closing_of_stoma_56(X))
& is_outside_2(fn_closing_of_stoma_44(X),fn_closing_of_stoma_56(X))
& origin_2(fn_closing_of_stoma_41(X),fn_closing_of_stoma_44(X))
& has_part_2(fn_closing_of_stoma_56(X),fn_closing_of_stoma_61(X))
& has_region_2(fn_closing_of_stoma_61(X),fn_closing_of_stoma_64(X))
& is_near_2(fn_closing_of_stoma_64(X),fn_closing_of_stoma_58(X))
& is_inside_2(fn_closing_of_stoma_58(X),fn_closing_of_stoma_56(X))
& has_part_2(fn_closing_of_stoma_56(X),fn_closing_of_stoma_57(X))
& is_near_2(fn_closing_of_stoma_58(X),fn_closing_of_stoma_64(X))
& is_between_2(fn_closing_of_stoma_64(X),fn_closing_of_stoma_62(X))
& is_between_2(fn_closing_of_stoma_64(X),fn_closing_of_stoma_63(X))
& path_2(fn_closing_of_stoma_59(X),fn_closing_of_stoma_64(X))
& origin_2(fn_closing_of_stoma_59(X),fn_closing_of_stoma_58(X))
& destination_2(fn_closing_of_stoma_60(X),fn_closing_of_stoma_58(X))
& path_2(fn_closing_of_stoma_60(X),fn_closing_of_stoma_64(X))
& plays_2(fn_closing_of_stoma_64(X),fn_closing_of_stoma_30(X))
& fn_closing_of_stoma_56(X) = fn_move_out_of_1(fn_closing_of_stoma_59(X))
& fn_closing_of_stoma_64(X) = fn_close_2(X)
& fn_closing_of_stoma_63(X) = fn_oxidative_phosphorylation_15(fn_closing_of_stoma_47(X))
& fn_closing_of_stoma_31(X) = fn_locomotion_1(fn_closing_of_stoma_41(X))
& fn_closing_of_stoma_32(X) = fn_close_1(X)
& X = fn_gated_ion_channel_4(fn_closing_of_stoma_32(X))
& fn_closing_of_stoma_43(X) = fn_spongy_mesophyll_1(fn_closing_of_stoma_45(X))
& fn_closing_of_stoma_52(X) = fn_osmosis_21(fn_closing_of_stoma_53(X))
& fn_closing_of_stoma_51(X) = fn_phospholipid_layer_1(fn_closing_of_stoma_39(X))
& fn_closing_of_stoma_37(X) = fn_phospholipid_layer_2(fn_closing_of_stoma_39(X))
& fn_closing_of_stoma_50(X) = fn_phospholipid_layer_1(fn_closing_of_stoma_38(X))
& fn_closing_of_stoma_37(X) = fn_phospholipid_layer_2(fn_closing_of_stoma_38(X))
& fn_closing_of_stoma_28(X) = fn_epidermis_4(fn_closing_of_stoma_61(X))
& fn_closing_of_stoma_30(X) = fn_close_3(X)
& fn_closing_of_stoma_35(X) = fn_plant_cell_9(fn_closing_of_stoma_63(X))
& fn_closing_of_stoma_29(X) = fn_eukaryotic_cell_31(fn_closing_of_stoma_28(X))
& fn_closing_of_stoma_42(X) = fn_leaf_10(fn_closing_of_stoma_56(X))
& fn_closing_of_stoma_55(X) = fn_decrease_1(fn_closing_of_stoma_33(X))
& fn_closing_of_stoma_65(X) = fn_decrease_2(fn_closing_of_stoma_33(X))
& fn_closing_of_stoma_34(X) = fn_decrease_3(fn_closing_of_stoma_33(X))
& fn_closing_of_stoma_54(X) = fn_decrease_4(fn_closing_of_stoma_33(X))
& fn_closing_of_stoma_60(X) = fn_leaf_47(fn_closing_of_stoma_56(X))
& fn_closing_of_stoma_46(X) = fn_leaf_38(fn_closing_of_stoma_56(X))
& fn_closing_of_stoma_63(X) = fn_leaf_52(fn_closing_of_stoma_56(X))
& fn_closing_of_stoma_40(X) = fn_passive_transport_of_water_1(fn_closing_of_stoma_53(X))
& fn_closing_of_stoma_36(X) = fn_passive_transport_of_water_2(fn_closing_of_stoma_53(X))
& fn_closing_of_stoma_29(X) = fn_guard_cell_23(fn_closing_of_stoma_63(X))
& fn_closing_of_stoma_49(X) = fn_guard_cell_11(fn_closing_of_stoma_63(X))
& fn_closing_of_stoma_48(X) = fn_plant_cell_90(fn_closing_of_stoma_63(X))
& fn_closing_of_stoma_48(X) = fn_guard_cell_19(fn_closing_of_stoma_63(X))
& fn_closing_of_stoma_62(X) = fn_leaf_53(fn_closing_of_stoma_56(X))
& fn_closing_of_stoma_44(X) = fn_leaf_41(fn_closing_of_stoma_56(X))
& fn_closing_of_stoma_41(X) = fn_leaf_48(fn_closing_of_stoma_56(X))
& fn_closing_of_stoma_41(X) = fn_leaf_47(fn_closing_of_stoma_56(X))
& fn_closing_of_stoma_57(X) = fn_leaf_45(fn_closing_of_stoma_56(X))
& fn_closing_of_stoma_58(X) = fn_leaf_43(fn_closing_of_stoma_56(X))
& fn_closing_of_stoma_64(X) = fn_leaf_35(fn_closing_of_stoma_56(X))
& fn_closing_of_stoma_61(X) = fn_leaf_51(fn_closing_of_stoma_56(X))
& fn_closing_of_stoma_61(X) = fn_leaf_50(fn_closing_of_stoma_56(X))
& fn_closing_of_stoma_62(X) = fn_stoma_2(fn_closing_of_stoma_64(X))
& fn_closing_of_stoma_63(X) = fn_stoma_1(fn_closing_of_stoma_64(X))
& fn_closing_of_stoma_30(X) = fn_stoma_11(fn_closing_of_stoma_64(X))
& fn_closing_of_stoma_60(X) = fn_stoma_7(fn_closing_of_stoma_64(X))
& fn_closing_of_stoma_58(X) = fn_stoma_5(fn_closing_of_stoma_64(X))
& fn_closing_of_stoma_59(X) = fn_stoma_9(fn_closing_of_stoma_64(X))
& fn_eukaryotic_cell_31(fn_closing_of_stoma_28(X)) = fn_guard_cell_23(fn_closing_of_stoma_63(X))
& fn_guard_cell_23(fn_closing_of_stoma_63(X)) = fn_guard_cell_19(fn_closing_of_stoma_63(X))
& fn_guard_cell_19(fn_closing_of_stoma_63(X)) = fn_plant_cell_90(fn_closing_of_stoma_63(X))
& fn_plant_cell_90(fn_closing_of_stoma_63(X)) = fn_guard_cell_19(fn_closing_of_stoma_63(X))
& fn_guard_cell_19(fn_closing_of_stoma_63(X)) = fn_leaf_48(fn_closing_of_stoma_56(X))
& fn_leaf_47(fn_closing_of_stoma_56(X)) = fn_leaf_48(fn_closing_of_stoma_56(X))
& fn_leaf_48(fn_closing_of_stoma_56(X)) = fn_leaf_47(fn_closing_of_stoma_56(X))
& fn_leaf_47(fn_closing_of_stoma_56(X)) = fn_leaf_47(fn_closing_of_stoma_56(X))
& fn_leaf_47(fn_closing_of_stoma_56(X)) = fn_leaf_51(fn_closing_of_stoma_56(X))
& fn_leaf_50(fn_closing_of_stoma_56(X)) = fn_leaf_50(fn_closing_of_stoma_56(X))
& fn_leaf_50(fn_closing_of_stoma_56(X)) = fn_leaf_51(fn_closing_of_stoma_56(X))
& fn_leaf_51(fn_closing_of_stoma_56(X)) = fn_leaf_50(fn_closing_of_stoma_56(X))
& fn_leaf_50(fn_closing_of_stoma_56(X)) = fn_leaf_53(fn_closing_of_stoma_56(X))
& fn_leaf_53(fn_closing_of_stoma_56(X)) = fn_stoma_2(fn_closing_of_stoma_64(X))
& fn_stoma_2(fn_closing_of_stoma_64(X)) = fn_oxidative_phosphorylation_15(fn_closing_of_stoma_47(X))
& fn_oxidative_phosphorylation_15(fn_closing_of_stoma_47(X)) = fn_leaf_52(fn_closing_of_stoma_56(X))
& fn_leaf_52(fn_closing_of_stoma_56(X)) = fn_leaf_52(fn_closing_of_stoma_56(X))
& fn_leaf_52(fn_closing_of_stoma_56(X)) = fn_stoma_1(fn_closing_of_stoma_64(X))
& fn_stoma_1(fn_closing_of_stoma_64(X)) = fn_close_3(X)
& fn_close_3(X) = fn_stoma_11(fn_closing_of_stoma_64(X))
& fn_stoma_11(fn_closing_of_stoma_64(X)) = fn_leaf_47(fn_closing_of_stoma_56(X))
& fn_leaf_47(fn_closing_of_stoma_56(X)) = fn_stoma_7(fn_closing_of_stoma_64(X))
& fn_stoma_7(fn_closing_of_stoma_64(X)) = fn_stoma_7(fn_closing_of_stoma_64(X))
& fn_stoma_7(fn_closing_of_stoma_64(X)) = fn_leaf_43(fn_closing_of_stoma_56(X))
& fn_leaf_43(fn_closing_of_stoma_56(X)) = fn_leaf_43(fn_closing_of_stoma_56(X))
& fn_leaf_43(fn_closing_of_stoma_56(X)) = fn_stoma_5(fn_closing_of_stoma_64(X))
& fn_stoma_5(fn_closing_of_stoma_64(X)) = fn_stoma_5(fn_closing_of_stoma_64(X))
& fn_stoma_5(fn_closing_of_stoma_64(X)) = fn_close_2(X)
& fn_close_2(X) = fn_leaf_35(fn_closing_of_stoma_56(X))
& fn_leaf_35(fn_closing_of_stoma_56(X)) = fn_leaf_35(fn_closing_of_stoma_56(X)) ) ) ).
fof(a528479,axiom,
! [X] :
( clostridium_botulinum_1(X)
=> ( original_name_2(X,'Clostridium-Botulinum')
& user_description_2(X,'A Gram-positive rod-shaped bacterium that produces several toxins, including the neurotoxins responsible for botulism.')
& concept2words_2(X,'botulinum of clostridium')
& concept2words_2(X,'clostridium botulinum')
& concept2words_2(X,'clostridium-botulinum')
& gram_positive_bacteria_1(X)
& ~ streptococcus_pneumoniae_1(X) ) ) ).
fof(a528480,axiom,
! [X] :
( clotting_1(X)
=> ( original_name_2(X,'Clotting')
& user_description_2(X,'A process in which the protein fibrinogen is converted to fibrin and aggregates in an area to clog an open wound.')
& concept2words_2(X,clot)
& concept2words_2(X,clotting)
& cardiovascular_related_intercellular_process_1(X) ) ) ).
fof(a528481,axiom,
! [X] :
( clotting_factor_1(X)
=> ( original_name_2(X,'Clotting-Factor')
& user_description_2(X,'Clotting factors include blood proteins (eg, prothrombin, factor VIII) that promote blood coagulation.')
& concept2words_2(X,'blood clotting factor')
& concept2words_2(X,'blood clotting protein')
& concept2words_2(X,'clotting protein')
& concept2words_2(X,'clotting agent')
& concept2words_2(X,'factor of clotting')
& concept2words_2(X,'clotting factor')
& concept2words_2(X,'clotting-factor')
& protein_1(X)
& quantity_value_1(fn_clotting_factor_2(X))
& blood_1(fn_clotting_factor_3(X))
& clotting_1(fn_clotting_factor_4(X))
& the_scalar_value_2(fn_clotting_factor_2(X),few_0)
& scalar_unit_class_2(fn_clotting_factor_2(X),clotting_factor_0)
& quantity_2(X,fn_clotting_factor_2(X))
& agent_2(fn_clotting_factor_4(X),X)
& object_2(fn_clotting_factor_4(X),fn_clotting_factor_3(X)) ) ) ).
fof(a528482,axiom,
! [X] :
( club_fungus_1(X)
=> ( original_name_2(X,'Club-Fungus')
& user_description_2(X,'Basidiomycota, or club fungi, are filamentous fungi composed of hyphae (except for those forming yeasts), and reproducing sexually via the formation of specialized club-shaped end cells called basidia that normally bear external meiospores.')
& concept2words_2(X,'club fungi')
& concept2words_2(X,'club-fungi')
& concept2words_2(X,basidiomycote)
& concept2words_2(X,basidiomycetes)
& concept2words_2(X,'fungus of club')
& concept2words_2(X,'club fungus')
& concept2words_2(X,'club-fungus')
& multicellular_organism_1(X)
& fungus_1(X)
& ~ ascomycete_1(X)
& ~ chytrid_1(X)
& ~ deuteromycete_1(X)
& ~ glomeromycete_1(X)
& ~ symbiotic_fungi_1(X)
& ~ zygomycete_1(X)
& fungal_cell_1(fn_club_fungus_1(X))
& has_part_2(X,fn_club_fungus_1(X))
& fn_club_fungus_1(X) = fn_multicellular_organism_1(X) ) ) ).
fof(a528483,axiom,
! [X] :
( clumping_1(X)
=> ( original_name_2(X,'Clumping')
& user_description_2(X,'A type of population dispersion in which groups are clustered in defined spaces rather than randomly dispersed.')
& concept2words_2(X,clump)
& concept2words_2(X,clumping)
& state_1(X) ) ) ).
fof(a528484,axiom,
! [X] :
( cml_1(X)
=> ( original_name_2(X,'CML')
& user_description_2(X,'CML is an acronym for chronic myelogenous leukemia, a type of cancer associated with reciprocal chromosomal translocations in developing white blood cells.')
& concept2words_2(X,'chronic myelogenous leukemia')
& concept2words_2(X,'chronic-myelogenous-leukemia')
& concept2words_2(X,'chronic granulocytic leukemia')
& concept2words_2(X,'chronic-granulocytic-leukemia')
& concept2words_2(X,cml)
& leukemia_1(X)
& ~ breast_cancer_1(X)
& ~ burkitts_lymphoma_1(X)
& ~ prostate_cancer_1(X) ) ) ).
fof(a528485,axiom,
! [X] :
( cnida_1(X)
=> ( original_name_2(X,'Cnida')
& user_description_2(X,'Capsule-like organelle of cnidocyte cells capable of exploding outwards.')
& concept2words_2(X,cnida)
& organelle_1(X) ) ) ).
fof(a528486,axiom,
! [X] :
( cnidaria_1(X)
=> ( original_name_2(X,'Cnidaria')
& user_description_2(X,'A phylum of animals characterized by diploblastic body structure, a two-way gut, and stinging cells (cnidocytes) that are used for defense and prey capture. Cnidarians come in two body forms: a pelagic medusa and a benthic polyp.')
& concept2words_2(X,cnidaria)
& eumetazoan_1(X)
& ~ ammonite_1(X)
& ~ annelid_1(X)
& ~ arthropod_1(X)
& ~ bryozoan_1(X)
& ~ ctenophora_1(X)
& ~ echinoderm_1(X)
& ~ lophotrochozoan_1(X)
& ~ mollusc_1(X)
& ~ nematode_1(X)
& ~ nemertea_1(X)
& ~ phoronid_1(X)
& ~ platyhelminthes_1(X)
& ~ porifera_1(X)
& ~ rotifer_1(X)
& predation_1(fn_cnidaria_1(X))
& cnidocyte_1(fn_cnidaria_2(X))
& enzyme_1(fn_cnidaria_3(X))
& digestion_1(fn_cnidaria_4(X))
& cnidocyte_1(fn_cnidaria_5(X))
& sac_1(fn_cnidaria_6(X))
& body_wall_1(fn_cnidaria_7(X))
& epidermis_1(fn_cnidaria_8(X))
& spatial_entity_1(fn_cnidaria_9(X))
& spatial_entity_1(fn_cnidaria_10(X))
& nutrition_1(fn_cnidaria_11(X))
& locomotion_1(fn_cnidaria_14(X))
& take_in_1(fn_cnidaria_15(X))
& tentacle_1(fn_cnidaria_16(X))
& digestive_system_1(fn_cnidaria_17(X))
& gastrovascular_cavity_1(fn_cnidaria_18(X))
& gastrodermal_cell_1(fn_cnidaria_19(X))
& tangible_entity_1(fn_cnidaria_20(X))
& nucleus_1(fn_cnidaria_20(X))
& eukaryotic_chromosome_1(fn_cnidaria_21(X))
& chromosome_1(fn_cnidaria_21(X))
& food_vacuole_1(fn_cnidaria_22(X))
& water_1(fn_cnidaria_23(X))
& animal_cell_1(fn_cnidaria_24(X))
& gastrodermis_1(fn_cnidaria_25(X))
& flagellum_1(fn_cnidaria_26(X))
& end_1(fn_cnidaria_27(X))
& pore_1(fn_cnidaria_28(X))
& carnivore_1(fn_cnidaria_29(X))
& push_1(fn_cnidaria_30(X))
& substance_1(fn_cnidaria_31(X))
& temperature_value_1(fn_cnidaria_32(X))
& specific_heat_value_1(fn_cnidaria_33(X))
& entity_1(fn_push_2(fn_cnidaria_30(X)))
& spatial_entity_1(fn_push_3(fn_cnidaria_30(X)))
& pore_1(fn_gastrovascular_cavity_2(fn_cnidaria_18(X)))
& end_1(fn_gastrovascular_cavity_1(fn_cnidaria_18(X)))
& eukaryotic_chromosome_1(fn_animal_cell_52(fn_cnidaria_19(X)))
& chromosome_1(fn_animal_cell_52(fn_cnidaria_19(X)))
& tangible_entity_1(fn_animal_cell_78(fn_cnidaria_19(X)))
& nucleus_1(fn_animal_cell_78(fn_cnidaria_19(X)))
& property_node_1(fn_carnivore_8(fn_cnidaria_29(X)))
& property_node_1(fn_carnivore_7(fn_cnidaria_29(X)))
& water_1(fn_carnivore_10(fn_cnidaria_29(X)))
& specific_heat_value_1(fn_carnivore_12(fn_cnidaria_29(X)))
& temperature_value_1(fn_carnivore_11(fn_cnidaria_29(X)))
& nutrition_1(fn_carnivore_13(fn_cnidaria_29(X)))
& cell_1(fn_flagellum_35(fn_cnidaria_26(X)))
& tangible_entity_1(fn_food_vacuole_17(fn_cnidaria_22(X)))
& eukaryotic_cell_1(fn_food_vacuole_17(fn_cnidaria_22(X)))
& cell_1(fn_food_vacuole_17(fn_cnidaria_22(X)))
& animal_cell_1(fn_gastrodermis_1(fn_cnidaria_25(X)))
& animal_1(fn_carnivore_9(fn_cnidaria_29(X)))
& tangible_entity_1(fn_carnivore_9(fn_cnidaria_29(X)))
& organism_1(fn_carnivore_9(fn_cnidaria_29(X)))
& facilitates_2(fn_cnidaria_2(X),fn_cnidaria_1(X))
& is_inside_2(fn_cnidaria_3(X),fn_cnidaria_18(X))
& has_function_2(fn_cnidaria_3(X),fn_cnidaria_4(X))
& has_part_2(fn_cnidaria_16(X),fn_cnidaria_5(X))
& minCardinality(fn_cnidaria_16(X),has_part_0,"2",cnidocyte_0)
& has_region_2(fn_cnidaria_17(X),fn_cnidaria_28(X))
& has_region_2(fn_cnidaria_17(X),fn_cnidaria_18(X))
& is_inside_2(fn_cnidaria_18(X),fn_cnidaria_6(X))
& has_part_2(X,fn_cnidaria_7(X))
& has_part_2(X,fn_cnidaria_6(X))
& has_part_2(X,fn_cnidaria_16(X))
& has_part_2(X,fn_cnidaria_2(X))
& minCardinality(X,has_part_0,"2",tentacle_0)
& has_function_2(X,fn_cnidaria_1(X))
& is_between_2(X,fn_cnidaria_10(X))
& is_between_2(X,fn_cnidaria_9(X))
& has_part_2(fn_cnidaria_7(X),fn_cnidaria_25(X))
& has_part_2(fn_cnidaria_7(X),fn_cnidaria_8(X))
& is_above_2(fn_cnidaria_8(X),fn_cnidaria_25(X))
& has_part_2(fn_cnidaria_19(X),fn_cnidaria_26(X))
& has_part_2(fn_cnidaria_19(X),fn_cnidaria_22(X))
& has_part_2(fn_cnidaria_25(X),fn_cnidaria_19(X))
& away_from_2(fn_cnidaria_30(X),fn_cnidaria_16(X))
& agent_2(fn_cnidaria_30(X),fn_cnidaria_16(X))
& object_2(fn_cnidaria_30(X),fn_cnidaria_31(X))
& has_region_2(fn_cnidaria_18(X),fn_cnidaria_27(X))
& is_at_2(fn_cnidaria_28(X),fn_cnidaria_27(X))
& has_part_2(fn_cnidaria_19(X),fn_cnidaria_20(X))
& is_inside_2(fn_cnidaria_21(X),fn_cnidaria_20(X))
& has_part_2(fn_cnidaria_19(X),fn_cnidaria_21(X))
& has_region_2(X,fn_cnidaria_17(X))
& object_2(fn_cnidaria_14(X),X)
& agent_2(fn_cnidaria_14(X),X)
& agent_2(fn_cnidaria_15(X),X)
& base_2(fn_cnidaria_15(X),X)
& has_part_2(X,fn_cnidaria_24(X))
& plays_2(X,fn_cnidaria_29(X))
& has_part_2(X,fn_cnidaria_23(X))
& in_event_2(fn_cnidaria_29(X),fn_cnidaria_11(X))
& agent_2(fn_cnidaria_11(X),X)
& temperature_2(X,fn_cnidaria_32(X))
& correspondence_2(fn_cnidaria_32(X),fn_cnidaria_33(X))
& specific_heat_2(fn_cnidaria_23(X),fn_cnidaria_33(X))
& fn_cnidaria_19(X) = fn_flagellum_35(fn_cnidaria_26(X))
& fn_cnidaria_19(X) = fn_food_vacuole_17(fn_cnidaria_22(X))
& fn_cnidaria_19(X) = fn_gastrodermis_1(fn_cnidaria_25(X))
& fn_cnidaria_31(X) = fn_push_2(fn_cnidaria_30(X))
& fn_cnidaria_16(X) = fn_push_3(fn_cnidaria_30(X))
& fn_cnidaria_28(X) = fn_gastrovascular_cavity_2(fn_cnidaria_18(X))
& fn_cnidaria_27(X) = fn_gastrovascular_cavity_1(fn_cnidaria_18(X))
& fn_cnidaria_21(X) = fn_animal_cell_52(fn_cnidaria_19(X))
& fn_cnidaria_20(X) = fn_animal_cell_78(fn_cnidaria_19(X))
& fn_cnidaria_17(X) = fn_animal_5(X)
& fn_cnidaria_24(X) = fn_animal_21(X)
& fn_cnidaria_15(X) = fn_animal_9(X)
& fn_cnidaria_14(X) = fn_animal_22(X)
& fn_cnidaria_12(X) = fn_carnivore_8(fn_cnidaria_29(X))
& fn_cnidaria_13(X) = fn_carnivore_7(fn_cnidaria_29(X))
& fn_cnidaria_23(X) = fn_carnivore_10(fn_cnidaria_29(X))
& fn_cnidaria_33(X) = fn_carnivore_12(fn_cnidaria_29(X))
& fn_cnidaria_32(X) = fn_carnivore_11(fn_cnidaria_29(X))
& X = fn_carnivore_9(fn_cnidaria_29(X))
& fn_cnidaria_11(X) = fn_carnivore_13(fn_cnidaria_29(X))
& fn_flagellum_35(fn_cnidaria_26(X)) = fn_food_vacuole_17(fn_cnidaria_22(X))
& fn_food_vacuole_17(fn_cnidaria_22(X)) = fn_food_vacuole_17(fn_cnidaria_22(X))
& fn_food_vacuole_17(fn_cnidaria_22(X)) = fn_gastrodermis_1(fn_cnidaria_25(X))
& fn_carnivore_9(fn_cnidaria_29(X)) = fn_carnivore_9(fn_cnidaria_29(X)) ) ) ).
fof(a528487,axiom,
! [X] :
( cnidocyte_1(X)
=> ( original_name_2(X,'Cnidocyte')
& user_description_2(X,'A specialized cell produced only by animals in the phylum Cnidaria. A cnidocyte contains a capsule (cnida) which in turn contains a coiiled thread (nematocyst) that injects toxins into the flesh of prey and predators. Cnidocytes are distributed on the animal\'s tentacles and, in some cases, the gut; they are used for prey capture, defense, and aggression.')
& concept2words_2(X,cnidocyte)
& invertebrate_cell_1(X)
& cnida_1(fn_cnidocyte_1(X))
& defense_1(fn_cnidocyte_2(X))
& spatial_entity_1(fn_cnidocyte_3(X))
& organic_molecule_1(fn_cnidocyte_3(X))
& chemical_entity_1(fn_cnidocyte_3(X))
& catabolic_pathway_1(fn_cnidocyte_4(X))
& eukaryotic_cellular_respiration_1(fn_cnidocyte_4(X))
& mixture_1(fn_cnidocyte_5(X))
& cytoplasm_1(fn_cnidocyte_5(X))
& has_part_2(X,fn_cnidocyte_1(X))
& has_function_2(X,fn_cnidocyte_2(X))
& agent_2(fn_cnidocyte_2(X),X)
& site_2(fn_cnidocyte_4(X),fn_cnidocyte_5(X))
& has_function_2(X,fn_cnidocyte_4(X))
& base_2(fn_cnidocyte_4(X),X)
& has_part_2(X,fn_cnidocyte_5(X))
& fn_cnidocyte_3(X) = fn_animal_cell_47(X)
& fn_cnidocyte_5(X) = fn_animal_cell_79(X)
& fn_cnidocyte_4(X) = fn_animal_cell_21(X)
& fn_cnidocyte_4(X) = fn_animal_cell_81(X)
& fn_animal_cell_21(X) = fn_animal_cell_21(X)
& fn_animal_cell_21(X) = fn_animal_cell_81(X)
& fn_animal_cell_81(X) = fn_animal_cell_81(X) ) ) ).
fof(a528488,axiom,
! [X] :
( co2_gas_1(X)
=> ( original_name_2(X,'CO2-Gas')
& user_description_2(X,'Carbon dioxide gas is the gaseous form of the carbon dioxide. It is easily soluble in water.')
& concept2words_2(X,'gas of co2')
& concept2words_2(X,'co2 gas')
& concept2words_2(X,'co2-gas')
& greenhouse_gas_1(X)
& chemical_1(X)
& carbon_dioxide_1(fn_co2_gas_1(X))
& solubility_value_1(fn_co2_gas_2(X))
& property_node_1(fn_solubility_value_1(fn_co2_gas_2(X)))
& the_scalar_value_2(fn_co2_gas_2(X),soluble_0)
& scalar_unit_class_2(fn_co2_gas_2(X),gas_substance_0)
& solubility_in_water_2(X,fn_co2_gas_2(X))
& has_part_2(X,fn_co2_gas_1(X))
& fn_co2_gas_1(X) = fn_chemical_3(X)
& fn_co2_gas_3(X) = fn_solubility_value_1(fn_co2_gas_2(X)) ) ) ).
fof(a528489,axiom,
! [X] :
( co3_minus_2_1(X)
=> ( original_name_2(X,'CO3-Minus-2')
& user_description_2(X,'The carbonate ion, which forms salts with a variety of cations such as calcium (Ca2+) and iron (Fe2+).')
& concept2words_2(X,carbonate)
& concept2words_2(X,'co3 minus 2')
& concept2words_2(X,'co3-minus-2')
& polyatomic_ion_1(X)
& anion_1(X)
& gain_1(fn_co3_minus_2_2(X))
& atom_1(fn_co3_minus_2_3(X))
& charge_value_1(fn_co3_minus_2_4(X))
& charge_value_1(fn_co3_minus_2_5(X))
& the_cardinal_value_2(fn_co3_minus_2_5(X),"-2")
& cardinal_unit_class_2(fn_co3_minus_2_5(X),unity_0)
& charge_2(X,fn_co3_minus_2_5(X))
& fn_co3_minus_2_1(X) = fn_anion_3(X)
& fn_co3_minus_2_6(X) = fn_anion_7(X)
& fn_co3_minus_2_2(X) = fn_anion_2(X)
& fn_co3_minus_2_3(X) = fn_anion_5(X)
& fn_co3_minus_2_4(X) = fn_anion_4(X)
& fn_co3_minus_2_5(X) = fn_anion_6(X) ) ) ).
fof(a528490,axiom,
! [X] :
( coal_1(X)
=> ( original_name_2(X,'Coal')
& user_description_2(X,'A compressed, solid form of fossil fuel formed from the remains of organisms that died hundreds of millions of years ago.')
& concept2words_2(X,coal)
& fossil_fuel_1(X) ) ) ).
fof(a528491,axiom,
! [X] :
( coastal_ecosystem_1(X)
=> ( original_name_2(X,'Coastal-Ecosystem')
& user_description_2(X,'An ecosystem where land meets the sea.')
& concept2words_2(X,'coastal region')
& concept2words_2(X,'coastal-region')
& concept2words_2(X,'coastal ecosystem')
& concept2words_2(X,'coastal-ecosystem')
& terrestrial_ecosystem_1(X)
& size_value_1(fn_coastal_ecosystem_2(X))
& rate_value_1(fn_coastal_ecosystem_3(X))
& shape_value_1(fn_coastal_ecosystem_5(X))
& sunlight_1(fn_coastal_ecosystem_7(X))
& quantity_value_1(fn_coastal_ecosystem_8(X))
& store_1(fn_coastal_ecosystem_10(X))
& take_in_1(fn_coastal_ecosystem_11(X))
& liquid_substance_1(fn_coastal_ecosystem_12(X))
& water_1(fn_coastal_ecosystem_12(X))
& thermal_energy_1(fn_coastal_ecosystem_13(X))
& heat_1(fn_coastal_ecosystem_15(X))
& temperature_value_1(fn_coastal_ecosystem_16(X))
& temperature_value_1(fn_coastal_ecosystem_17(X))
& specific_heat_value_1(fn_coastal_ecosystem_18(X))
& cool_1(fn_coastal_ecosystem_19(X))
& spatial_entity_1(fn_coastal_ecosystem_20(X))
& water_body_1(fn_coastal_ecosystem_20(X))
& tangible_entity_1(fn_coastal_ecosystem_20(X))
& cool_1(fn_water_body_6(fn_coastal_ecosystem_20(X)))
& property_node_1(fn_water_17(fn_coastal_ecosystem_12(X)))
& specific_heat_value_1(fn_water_18(fn_coastal_ecosystem_12(X)))
& temperature_value_1(fn_heat_5(fn_coastal_ecosystem_15(X)))
& entity_1(fn_store_1(fn_coastal_ecosystem_10(X)))
& spatial_entity_1(fn_move_1(fn_coastal_ecosystem_11(X)))
& spatial_entity_1(fn_store_2(fn_coastal_ecosystem_10(X)))
& tangible_entity_1(fn_cool_1(fn_coastal_ecosystem_19(X)))
& tangible_entity_1(fn_heat_1(fn_coastal_ecosystem_15(X)))
& tangible_entity_1(fn_take_in_1(fn_coastal_ecosystem_11(X)))
& liquid_substance_1(fn_water_body_10(fn_coastal_ecosystem_20(X)))
& water_1(fn_water_body_10(fn_coastal_ecosystem_20(X)))
& liquid_substance_1(fn_water_body_5(fn_coastal_ecosystem_20(X)))
& water_1(fn_water_body_5(fn_coastal_ecosystem_20(X)))
& temperature_value_1(fn_cool_4(fn_coastal_ecosystem_19(X)))
& temperature_value_1(fn_heat_4(fn_coastal_ecosystem_15(X)))
& the_scalar_value_2(fn_coastal_ecosystem_8(X),high_0)
& scalar_unit_class_2(fn_coastal_ecosystem_8(X),energy_0)
& is_outside_2(fn_coastal_ecosystem_7(X),fn_coastal_ecosystem_20(X))
& origin_2(fn_coastal_ecosystem_11(X),fn_coastal_ecosystem_7(X))
& enables_2(fn_coastal_ecosystem_11(X),fn_coastal_ecosystem_10(X))
& destination_2(fn_coastal_ecosystem_11(X),fn_coastal_ecosystem_20(X))
& causes_2(fn_coastal_ecosystem_11(X),fn_coastal_ecosystem_15(X))
& the_categorical_value_2(fn_coastal_ecosystem_5(X),hollow_volume_0)
& quantity_2(fn_coastal_ecosystem_13(X),fn_coastal_ecosystem_8(X))
& rate_2(fn_coastal_ecosystem_15(X),fn_coastal_ecosystem_3(X))
& the_scalar_value_2(fn_coastal_ecosystem_3(X),slow_0)
& scalar_unit_class_2(fn_coastal_ecosystem_3(X),heat_0)
& negative_influence_2(fn_coastal_ecosystem_18(X),fn_coastal_ecosystem_3(X))
& the_scalar_value_2(fn_coastal_ecosystem_2(X),big_0)
& scalar_unit_class_2(fn_coastal_ecosystem_2(X),water_body_0)
& shape_2(fn_coastal_ecosystem_20(X),fn_coastal_ecosystem_5(X))
& temperature_2(fn_coastal_ecosystem_20(X),fn_coastal_ecosystem_16(X))
& size_2(fn_coastal_ecosystem_20(X),fn_coastal_ecosystem_2(X))
& object_2(fn_coastal_ecosystem_10(X),fn_coastal_ecosystem_13(X))
& object_2(fn_coastal_ecosystem_11(X),fn_coastal_ecosystem_13(X))
& base_2(fn_coastal_ecosystem_10(X),fn_coastal_ecosystem_20(X))
& base_2(fn_coastal_ecosystem_15(X),fn_coastal_ecosystem_20(X))
& element_2(X,fn_coastal_ecosystem_20(X))
& from_value_2(fn_coastal_ecosystem_19(X),fn_coastal_ecosystem_16(X))
& base_2(fn_coastal_ecosystem_19(X),fn_coastal_ecosystem_20(X))
& has_part_2(fn_coastal_ecosystem_20(X),fn_coastal_ecosystem_12(X))
& base_2(fn_coastal_ecosystem_11(X),fn_coastal_ecosystem_20(X))
& agent_2(fn_coastal_ecosystem_11(X),fn_coastal_ecosystem_20(X))
& specific_heat_2(fn_coastal_ecosystem_12(X),fn_coastal_ecosystem_18(X))
& to_value_2(fn_coastal_ecosystem_15(X),fn_coastal_ecosystem_17(X))
& greater_than_2(fn_coastal_ecosystem_17(X),fn_coastal_ecosystem_16(X))
& from_value_2(fn_coastal_ecosystem_15(X),fn_coastal_ecosystem_16(X))
& fn_coastal_ecosystem_13(X) = fn_store_1(fn_coastal_ecosystem_10(X))
& fn_coastal_ecosystem_13(X) = fn_move_1(fn_coastal_ecosystem_11(X))
& fn_coastal_ecosystem_20(X) = fn_store_2(fn_coastal_ecosystem_10(X))
& fn_coastal_ecosystem_20(X) = fn_heat_1(fn_coastal_ecosystem_15(X))
& fn_coastal_ecosystem_20(X) = fn_ecosystem_31(X)
& fn_coastal_ecosystem_16(X) = fn_cool_4(fn_coastal_ecosystem_19(X))
& fn_coastal_ecosystem_20(X) = fn_cool_1(fn_coastal_ecosystem_19(X))
& fn_coastal_ecosystem_19(X) = fn_water_body_6(fn_coastal_ecosystem_20(X))
& fn_coastal_ecosystem_12(X) = fn_water_body_10(fn_coastal_ecosystem_20(X))
& fn_coastal_ecosystem_12(X) = fn_water_body_5(fn_coastal_ecosystem_20(X))
& fn_coastal_ecosystem_20(X) = fn_take_in_1(fn_coastal_ecosystem_11(X))
& fn_coastal_ecosystem_14(X) = fn_water_17(fn_coastal_ecosystem_12(X))
& fn_coastal_ecosystem_18(X) = fn_water_18(fn_coastal_ecosystem_12(X))
& fn_coastal_ecosystem_16(X) = fn_heat_4(fn_coastal_ecosystem_15(X))
& fn_coastal_ecosystem_17(X) = fn_heat_5(fn_coastal_ecosystem_15(X))
& fn_store_1(fn_coastal_ecosystem_10(X)) = fn_move_1(fn_coastal_ecosystem_11(X))
& fn_move_1(fn_coastal_ecosystem_11(X)) = fn_store_2(fn_coastal_ecosystem_10(X))
& fn_store_2(fn_coastal_ecosystem_10(X)) = fn_cool_1(fn_coastal_ecosystem_19(X))
& fn_heat_1(fn_coastal_ecosystem_15(X)) = fn_cool_1(fn_coastal_ecosystem_19(X))
& fn_cool_1(fn_coastal_ecosystem_19(X)) = fn_heat_1(fn_coastal_ecosystem_15(X))
& fn_heat_1(fn_coastal_ecosystem_15(X)) = fn_ecosystem_31(X)
& fn_ecosystem_31(X) = fn_ecosystem_31(X)
& fn_ecosystem_31(X) = fn_take_in_1(fn_coastal_ecosystem_11(X))
& fn_take_in_1(fn_coastal_ecosystem_11(X)) = fn_take_in_1(fn_coastal_ecosystem_11(X))
& fn_take_in_1(fn_coastal_ecosystem_11(X)) = fn_water_body_10(fn_coastal_ecosystem_20(X))
& fn_water_body_10(fn_coastal_ecosystem_20(X)) = fn_water_body_5(fn_coastal_ecosystem_20(X))
& fn_water_body_5(fn_coastal_ecosystem_20(X)) = fn_cool_4(fn_coastal_ecosystem_19(X))
& fn_cool_4(fn_coastal_ecosystem_19(X)) = fn_heat_4(fn_coastal_ecosystem_15(X))
& fn_heat_4(fn_coastal_ecosystem_15(X)) = fn_heat_4(fn_coastal_ecosystem_15(X)) ) ) ).
fof(a528492,axiom,
! [X] :
( coat_protein_1(X)
=> ( original_name_2(X,'Coat-Protein')
& user_description_2(X,'The proteins which make up the outer coat of a virus, coated vesicles and other membrane-bound structures.')
& concept2words_2(X,'protein of coat')
& concept2words_2(X,'coat protein')
& concept2words_2(X,'coat-protein')
& protein_1(X) ) ) ).
fof(a528493,axiom,
! [X] :
( coated_pit_1(X)
=> ( original_name_2(X,'Coated-Pit')
& user_description_2(X,'A cell surface depression that is coated with clathrin on its cytoplasmic surface and functions in receptor-mediated endocytosis.')
& concept2words_2(X,'coated pit')
& concept2words_2(X,'coated-pit')
& cavity_1(X)
& plasma_membrane_1(fn_coated_pit_1(X))
& produce_1(fn_coated_pit_2(X))
& create_1(fn_coated_pit_2(X))
& receptor_mediated_endocytosis_1(fn_coated_pit_3(X))
& coat_protein_1(fn_coated_pit_4(X))
& protein_layer_1(fn_coated_pit_5(X))
& protein_1(fn_protein_layer_1(fn_coated_pit_5(X)))
& plasma_membrane_1(fn_endocytosis_13(fn_coated_pit_3(X)))
& produce_1(fn_receptor_mediated_endocytosis_96(fn_coated_pit_3(X)))
& create_1(fn_endocytosis_25(fn_coated_pit_3(X)))
& cavity_1(fn_endocytosis_18(fn_coated_pit_3(X)))
& is_at_2(fn_coated_pit_5(X),X)
& site_2(fn_coated_pit_3(X),fn_coated_pit_1(X))
& has_function_2(fn_coated_pit_1(X),fn_coated_pit_3(X))
& is_inside_2(fn_coated_pit_4(X),fn_coated_pit_5(X))
& subevent_2(fn_coated_pit_3(X),fn_coated_pit_2(X))
& result_2(fn_coated_pit_2(X),X)
& has_region_2(fn_coated_pit_1(X),X)
& path_2(fn_coated_pit_3(X),fn_coated_pit_1(X))
& fn_coated_pit_4(X) = fn_protein_layer_1(fn_coated_pit_5(X))
& fn_coated_pit_1(X) = fn_endocytosis_13(fn_coated_pit_3(X))
& X = fn_endocytosis_18(fn_coated_pit_3(X))
& fn_coated_pit_2(X) = fn_receptor_mediated_endocytosis_96(fn_coated_pit_3(X))
& fn_coated_pit_2(X) = fn_endocytosis_25(fn_coated_pit_3(X))
& fn_endocytosis_25(fn_coated_pit_3(X)) = fn_receptor_mediated_endocytosis_96(fn_coated_pit_3(X))
& fn_receptor_mediated_endocytosis_96(fn_coated_pit_3(X)) = fn_endocytosis_25(fn_coated_pit_3(X))
& fn_endocytosis_18(fn_coated_pit_3(X)) = fn_endocytosis_18(fn_coated_pit_3(X)) ) ) ).
fof(a528494,axiom,
! [X] :
( coated_vesicle_1(X)
=> ( original_name_2(X,'Coated-Vesicle')
& user_description_2(X,'Coated-vesicle is formed as a result of intake of a receptor bound molecule by the process of pinocytosis. It bears the receptor bound molecule on its surface.')
& concept2words_2(X,'coated vesicle')
& concept2words_2(X,'coated-vesicle')
& vesicle_1(X)
& coat_protein_1(fn_coated_vesicle_1(X))
& release_1(fn_coated_vesicle_2(X))
& noncellulose_polysaccharide_1(fn_coated_vesicle_3(X))
& receptor_mediated_endocytosis_1(fn_coated_vesicle_4(X))
& biomembrane_1(fn_coated_vesicle_5(X))
& aqueous_solution_1(fn_coated_vesicle_6(X))
& chemical_entity_1(fn_receptor_mediated_endocytosis_85(fn_coated_vesicle_4(X)))
& spatial_entity_1(fn_receptor_mediated_endocytosis_85(fn_coated_vesicle_4(X)))
& tangible_entity_1(fn_receptor_mediated_endocytosis_85(fn_coated_vesicle_4(X)))
& release_1(fn_receptor_mediated_endocytosis_10(fn_coated_vesicle_4(X)))
& entity_1(fn_endocytosis_21(fn_coated_vesicle_4(X)))
& tangible_entity_1(fn_endocytosis_21(fn_coated_vesicle_4(X)))
& vesicle_1(fn_endocytosis_21(fn_coated_vesicle_4(X)))
& coated_vesicle_1(fn_receptor_mediated_endocytosis_86(fn_coated_vesicle_4(X)))
& is_at_2(fn_coated_vesicle_1(X),fn_coated_vesicle_5(X))
& has_part_2(X,fn_coated_vesicle_1(X))
& agent_2(fn_coated_vesicle_2(X),X)
& object_2(fn_coated_vesicle_2(X),fn_coated_vesicle_3(X))
& object_2(fn_coated_vesicle_4(X),fn_coated_vesicle_3(X))
& is_inside_2(fn_coated_vesicle_3(X),X)
& instrument_2(fn_coated_vesicle_4(X),X)
& base_2(fn_coated_vesicle_2(X),X)
& has_part_2(X,fn_coated_vesicle_5(X))
& is_between_2(fn_coated_vesicle_5(X),fn_coated_vesicle_6(X))
& has_part_2(X,fn_coated_vesicle_6(X))
& fn_coated_vesicle_3(X) = fn_receptor_mediated_endocytosis_85(fn_coated_vesicle_4(X))
& fn_coated_vesicle_2(X) = fn_receptor_mediated_endocytosis_10(fn_coated_vesicle_4(X))
& X = fn_endocytosis_21(fn_coated_vesicle_4(X))
& X = fn_receptor_mediated_endocytosis_86(fn_coated_vesicle_4(X))
& fn_coated_vesicle_6(X) = fn_vesicle_10(X)
& fn_coated_vesicle_5(X) = fn_vesicle_9(X)
& fn_receptor_mediated_endocytosis_86(fn_coated_vesicle_4(X)) = fn_receptor_mediated_endocytosis_86(fn_coated_vesicle_4(X))
& fn_receptor_mediated_endocytosis_86(fn_coated_vesicle_4(X)) = fn_endocytosis_21(fn_coated_vesicle_4(X))
& fn_endocytosis_21(fn_coated_vesicle_4(X)) = fn_receptor_mediated_endocytosis_86(fn_coated_vesicle_4(X)) ) ) ).
fof(a528495,axiom,
! [X] :
( cobalt_1(X)
=> ( original_name_2(X,'Cobalt')
& user_description_2(X,'Cobalt is a metal atom with atomic number 27. It is represented by the symbol Co.')
& concept2words_2(X,cobalt)
& concept2words_2(X,'Co')
& metal_atom_1(X)
& neutron_1(fn_cobalt_3(X))
& atomic_mass_value_1(fn_cobalt_4(X))
& electronegativity_value_1(fn_cobalt_5(X))
& valence_electron_1(fn_cobalt_9(X))
& atomic_weight_value_1(fn_cobalt_10(X))
& atomic_number_value_1(fn_cobalt_11(X))
& quantity_value_1(fn_cobalt_12(X))
& electronegativity_2(X,fn_cobalt_5(X))
& mass_number_2(X,fn_cobalt_4(X))
& exactCardinality(X,has_part_0,"32",neutron_0)
& exactCardinality(X,has_part_0,"27",proton_0)
& exactCardinality(X,has_part_0,"27",electron_0)
& has_part_2(X,fn_cobalt_3(X))
& the_cardinal_value_2(fn_cobalt_12(X),"9")
& cardinal_unit_class_2(fn_cobalt_12(X),unity_0)
& the_cardinal_value_2(fn_cobalt_5(X),"1.88")
& cardinal_unit_class_2(fn_cobalt_5(X),unity_0)
& the_cardinal_value_2(fn_cobalt_4(X),"59")
& cardinal_unit_class_2(fn_cobalt_4(X),unity_0)
& the_cardinal_value_2(fn_cobalt_11(X),"27")
& cardinal_unit_class_2(fn_cobalt_11(X),unity_0)
& the_cardinal_value_2(fn_cobalt_10(X),"58.93")
& cardinal_unit_class_2(fn_cobalt_10(X),dalton_0)
& atomic_number_2(X,fn_cobalt_11(X))
& atomic_weight_2(X,fn_cobalt_10(X))
& has_part_2(X,fn_cobalt_9(X))
& quantity_2(fn_cobalt_9(X),fn_cobalt_12(X))
& fn_cobalt_7(X) = fn_atom_12(X)
& fn_cobalt_11(X) = fn_atom_17(X)
& fn_cobalt_8(X) = fn_atom_13(X)
& fn_cobalt_10(X) = fn_atom_16(X)
& fn_cobalt_6(X) = fn_atom_1(X)
& fn_cobalt_12(X) = fn_atom_5(X)
& fn_cobalt_9(X) = fn_atom_14(X) ) ) ).
fof(a528496,axiom,
! [X] :
( coccus_1(X)
=> ( original_name_2(X,'Coccus')
& user_description_2(X,'A bacterium with a spherical shape.')
& concept2words_2(X,coccus)
& bacterium_1(X)
& ~ heterocyte_1(X)
& ~ proteobacteria_1(X)
& ~ spirochete_1(X) ) ) ).
fof(a528497,axiom,
! [X] :
( cochlea_1(X)
=> ( original_name_2(X,'Cochlea')
& user_description_2(X,'A portion of the inner ear that resembles a coiled snail shell and is the organ of hearing in mammals.')
& concept2words_2(X,cochlea)
& sensory_organ_1(X)
& ~ antenna_1(X)
& ~ eye_cup_1(X)
& ~ inner_ear_1(X)
& ~ lateral_line_1(X)
& ~ organ_of_corti_1(X)
& ~ organ_of_equilibrium_1(X) ) ) ).
fof(a528498,axiom,
! [X] :
( cockroach_1(X)
=> ( original_name_2(X,'Cockroach')
& user_description_2(X,'An insect in the order Blattaria.')
& concept2words_2(X,cockroach)
& orthoptera_1(X)
& ~ cricket_1(X)
& ~ grasshopper_1(X) ) ) ).
fof(a528499,axiom,
! [X] :
( cocoon_1(X)
=> ( original_name_2(X,'Cocoon')
& user_description_2(X,'A casing made by insect larva.')
& concept2words_2(X,cocoon)
& animal_structure_1(X)
& structural_protein_1(fn_cocoon_1(X))
& has_part_2(X,fn_cocoon_1(X)) ) ) ).
fof(a528500,axiom,
! [X] :
( cod_liver_oil_1(X)
=> ( original_name_2(X,'Cod-Liver-Oil')
& user_description_2(X,'Cod liver oil is a nutritional supplement derived from liver of cod fish. It has high levels of the omega-3 fatty acids, EPA and DHA, and very high levels of vitamin A and vitamin D.')
& concept2words_2(X,'cod liver oil')
& concept2words_2(X,'cod-liver-oil')
& fish_fat_1(X) ) ) ).
fof(a528501,axiom,
! [X] :
( code_for_1(X)
=> ( original_name_2(X,'Code-For')
& user_description_2(X,'information, in form of a code')
& concept2words_2(X,encode)
& concept2words_2(X,'code for')
& concept2words_2(X,'code-for')
& communicate_1(X)
& entity_1(fn_code_for_1(X))
& entity_1(fn_code_for_2(X))
& result_2(X,fn_code_for_2(X))
& agent_2(X,fn_code_for_1(X)) ) ) ).
fof(a528502,axiom,
! [X] :
( coding_for_amino_acid_1(X)
=> ( original_name_2(X,'Coding-For-Amino-Acid')
& user_description_2(X,'A tri-nucleotide sequence, called a codon, that specifies a particular amino acid.')
& concept2words_2(X,code)
& concept2words_2(X,'coding for amino acid')
& concept2words_2(X,'coding-for-amino-acid')
& code_for_1(X)
& amino_acid_1(fn_coding_for_amino_acid_1(X))
& nucleotide_1(fn_coding_for_amino_acid_2(X))
& quantity_value_1(fn_coding_for_amino_acid_3(X))
& quantity_value_1(fn_coding_for_amino_acid_4(X))
& system_1(fn_coding_for_amino_acid_6(X))
& called_2(fn_coding_for_amino_acid_4(X),'Qn')
& called_2(fn_coding_for_amino_acid_3(X),'Qa')
& quantity_2(fn_coding_for_amino_acid_2(X),fn_coding_for_amino_acid_4(X))
& quantity_2(fn_coding_for_amino_acid_1(X),fn_coding_for_amino_acid_3(X))
& instrument_2(X,fn_coding_for_amino_acid_2(X))
& object_2(X,fn_coding_for_amino_acid_1(X)) ) ) ).
fof(a528503,axiom,
! [X] :
( coding_segment_1(X)
=> ( original_name_2(X,'Coding-segment')
& user_description_2(X,'Coding segment is a sequence of ribonucleotides on mRNA which serves as the template for synthesis of a polypeptide/protein')
& concept2words_2(X,'coding-segment')
& concept2words_2(X,'coding segment')
& concept2words_2(X,'segment of coding')
& rna_sequence_1(X)
& ~ genetic_code_1(X)
& ~ information_sequence_1(X)
& ~ leader_segment_1(X)
& ~ telomere_with_3_prime_overhang_1(X)
& ~ terminator_sequence_1(X) ) ) ).
fof(a528504,axiom,
! [X] :
( codominance_1(X)
=> ( original_name_2(X,'Codominance')
& user_description_2(X,'The situation in which the phenotypes of both alleles are exhibited in the heterozygote because both alleles affect the phenotype in separate, distinguishable ways.')
& concept2words_2(X,codominate)
& concept2words_2(X,codominance)
& inheritance_1(X)
& codominant_1(fn_codominance_1(X))
& homozygous_recessive_1(fn_codominance_2(X))
& homozygous_dominant_1(fn_codominance_3(X))
& heterozygous_1(fn_codominance_4(X))
& dominant_trait_1(fn_codominance_5(X))
& genotype_1(fn_codominance_6(X))
& recessive_trait_1(fn_codominance_7(X))
& entity_1(fn_codominance_8(X))
& phenotype_1(fn_codominance_8(X))
& trait_1(fn_phenotype_1(fn_codominance_8(X)))
& element_2(fn_codominance_6(X),fn_codominance_4(X))
& element_2(fn_codominance_6(X),fn_codominance_3(X))
& element_2(fn_codominance_6(X),fn_codominance_2(X))
& element_2(fn_codominance_8(X),fn_codominance_5(X))
& element_2(fn_codominance_8(X),fn_codominance_1(X))
& object_2(X,fn_codominance_6(X))
& object_2(X,fn_codominance_8(X))
& element_2(fn_codominance_8(X),fn_codominance_7(X))
& fn_codominance_8(X) = fn_transfer_1(X)
& fn_codominance_7(X) = fn_phenotype_1(fn_codominance_8(X)) ) ) ).
fof(a528505,axiom,
! [X] :
( codominance_cross_breeding_event_1(X)
=> ( original_name_2(X,'Codominance-Cross-Breeding-Event')
& user_description_2(X,'Mating of two individuals, with expression of codominant alleles being investigated.')
& concept2words_2(X,crossbreed)
& concept2words_2(X,'codominance cross breeding event')
& concept2words_2(X,'codominance-cross-breeding-event')
& cross_breeding_event_1(X)
& ~ complete_dominance_cross_breeding_event_1(X)
& ~ homozygous_dominant_cross_1(X)
& ~ homozygous_recessive_cross_1(X)
& ~ hybridization_1(X)
& ~ incomplete_dominance_cross_breeding_event_1(X)
& ~ sex_linkage_cross_breeding_event_1(X)
& ~ testcross_1(X)
& codominance_1(fn_codominance_cross_breeding_event_1(X))
& by_means_of_2(fn_codominance_cross_breeding_event_1(X),X)
& fn_codominance_cross_breeding_event_1(X) = fn_cross_breeding_event_6(X) ) ) ).
fof(a528506,axiom,
! [X] :
( codominant_1(X)
=> ( original_name_2(X,'Codominant')
& user_description_2(X,'The heterozygous condition in which the phenotypes of both alleles are exhibited in the heterozygote because both alleles affect the phenotype in separate, distinguishable ways.')
& concept2words_2(X,'heterozygous trait codominance')
& concept2words_2(X,'heterozygous-trait-codominance')
& concept2words_2(X,codominant)
& phenotype_1(X)
& ~ autosomal_dominant_trait_1(X)
& ~ dominant_phenotype_1(X)
& ~ multifactorial_phenotype_1(X)
& ~ mutant_phenotype_1(X)
& ~ mutant_type_1(X)
& ~ parental_type_1(X)
& ~ phenotype_of_offspring_1(X)
& ~ phenotype_of_parent_1(X)
& ~ trait_on_a_range_1(X)
& ~ trait_on_a_scale_1(X)
& ~ wild_type_1(X)
& ~ x_chromosome_phenotype_dominant_1(X)
& ~ x_chromosome_phenotype_recessive_1(X)
& add_1(fn_codominant_1(X))
& dominant_trait_1(fn_codominant_2(X))
& recessive_trait_1(fn_codominant_3(X))
& result_2(fn_codominant_1(X),X)
& object_2(fn_codominant_1(X),fn_codominant_3(X))
& object_2(fn_codominant_1(X),fn_codominant_2(X)) ) ) ).
fof(a528507,axiom,
! [X] :
( codon_1(X)
=> ( original_name_2(X,'Codon')
& description_2(X,'A three-nucleotide sequence of DNA or mRNA that specifies a particular amino acid or termination signal; the basic unit of the genetic code.')
& user_description_2(X,'A group of three consecutive nucleotides of DNA or mRNA that codes for either a specific amino acid or a signal to end translation.')
& concept2words_2(X,'genetic message')
& concept2words_2(X,'nucleotide triplet')
& concept2words_2(X,codon)
& nucleic_acid_sequence_1(X)
& monomer_1(fn_codon_1(X))
& monomer_1(fn_codon_2(X))
& element_2(X,fn_codon_1(X))
& next_element_2(fn_codon_1(X),fn_codon_2(X))
& element_2(X,fn_codon_2(X))
& first_element_2(X,fn_codon_1(X))
& fn_codon_2(X) = fn_nucleic_acid_sequence_6(X)
& fn_codon_1(X) = fn_nucleic_acid_sequence_5(X) ) ) ).
fof(a528508,axiom,
! [X,X1] :
( ( object_2(X,X1)
& base_2(X,X1)
& distinguishing_1(X)
& rna_codon_1(X1) )
=> ( codon_recognition_1(X)
& fn_codon_recognition_7(X) = X1 ) ) ).
fof(a528509,axiom,
! [X,X1] :
( ( base_2(X,X1)
& object_2(X,X1)
& distinguishing_1(X)
& rna_codon_1(X1) )
=> ( codon_recognition_1(X)
& fn_codon_recognition_7(X) = X1 ) ) ).
fof(a528510,axiom,
! [X] :
( codon_recognition_1(X)
=> ( original_name_2(X,'Codon-Recognition')
& user_description_2(X,'Codon recognition is the process of attachment of an anticodon, which is part of a tRNA to its complementary codon, the codon being part of mRNA')
& concept2words_2(X,recognize)
& concept2words_2(X,'recognition of codon')
& concept2words_2(X,'codon recognition')
& concept2words_2(X,'codon-recognition')
& distinguishing_1(X)
& ~ compare_genes_1(X)
& ~ distinguishing_defective_chromosome_1(X)
& ~ dna_proofreading_1(X)
& ~ identify_cell_by_protein_expression_1(X)
& ~ identify_cell_clones_with_gene_of_interest_1(X)
& hydrogen_bond_1(fn_codon_recognition_1(X))
& a_site_1(fn_codon_recognition_3(X))
& elongation_factor_1(fn_codon_recognition_4(X))
& cytoplasm_1(fn_codon_recognition_5(X))
& rna_codon_1(fn_codon_recognition_7(X))
& move_into_1(fn_codon_recognition_8(X))
& attach_1(fn_codon_recognition_9(X))
& gtp_1(fn_codon_recognition_10(X))
& aminoacyl_trna_1(fn_codon_recognition_11(X))
& break_1(fn_codon_recognition_12(X))
& tangible_entity_1(fn_impair_1(fn_codon_recognition_12(X)))
& spatial_entity_1(fn_attach_2(fn_codon_recognition_9(X)))
& spatial_entity_1(fn_attach_1(fn_codon_recognition_9(X)))
& spatial_entity_1(fn_move_1(fn_codon_recognition_8(X)))
& is_at_2(fn_codon_recognition_7(X),fn_codon_recognition_3(X))
& origin_2(fn_codon_recognition_8(X),fn_codon_recognition_5(X))
& agent_2(fn_codon_recognition_8(X),fn_codon_recognition_4(X))
& path_2(fn_codon_recognition_8(X),fn_codon_recognition_3(X))
& destination_2(fn_codon_recognition_8(X),fn_codon_recognition_3(X))
& next_event_2(fn_codon_recognition_8(X),fn_codon_recognition_9(X))
& instrument_2(fn_codon_recognition_9(X),fn_codon_recognition_1(X))
& object_2(X,fn_codon_recognition_11(X))
& object_2(X,fn_codon_recognition_7(X))
& base_2(X,fn_codon_recognition_7(X))
& subevent_2(X,fn_codon_recognition_12(X))
& subevent_2(X,fn_codon_recognition_8(X))
& subevent_2(X,fn_codon_recognition_9(X))
& agent_2(X,fn_codon_recognition_11(X))
& next_event_2(fn_codon_recognition_12(X),fn_codon_recognition_8(X))
& causes_2(fn_codon_recognition_12(X),fn_codon_recognition_8(X))
& exactCardinality(fn_codon_recognition_12(X),object_0,"2",gtp_0)
& object_2(fn_codon_recognition_9(X),fn_codon_recognition_11(X))
& object_2(fn_codon_recognition_8(X),fn_codon_recognition_11(X))
& object_2(fn_codon_recognition_12(X),fn_codon_recognition_10(X))
& base_2(fn_codon_recognition_9(X),fn_codon_recognition_7(X))
& fn_codon_recognition_11(X) = fn_attach_1(fn_codon_recognition_9(X))
& fn_codon_recognition_11(X) = fn_move_1(fn_codon_recognition_8(X))
& fn_codon_recognition_10(X) = fn_impair_1(fn_codon_recognition_12(X))
& fn_codon_recognition_7(X) = fn_attach_2(fn_codon_recognition_9(X))
& fn_attach_1(fn_codon_recognition_9(X)) = fn_move_1(fn_codon_recognition_8(X)) ) ) ).
fof(a528511,axiom,
! [X] :
( coefficient_value_1(X)
=> ( original_name_2(X,'Coefficient-Value')
& description_2(X,'a quantity (usually a numerical constant) which is multiplied by another quantity following it in an expression; e.g. in the algebraic expression 4 x 2 - 6 x, the coefficient of (the first term) x 2 is 4 and the coefficient of (the second term) x is -6.')
& concept2words_2(X,coefficient)
& concept2words_2(X,'value of coefficient')
& concept2words_2(X,'coefficient value')
& concept2words_2(X,'coefficient-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a528512,axiom,
! [X] :
( coelocanth_1(X)
=> ( original_name_2(X,'Coelocanth')
& user_description_2(X,'Either of two living species of a single genus of lobe-finned fish.')
& concept2words_2(X,coelocanth)
& lobe_fin_fish_1(X) ) ) ).
fof(a528513,axiom,
! [X] :
( coelom_1(X)
=> ( original_name_2(X,'Coelom')
& user_description_2(X,'An internal fluid-filled body cavity lined with mesodermal tissue.')
& concept2words_2(X,coelom)
& body_cavity_1(X)
& ~ archenteron_1(X)
& ~ mantle_cavity_1(X)
& ~ rumen_1(X) ) ) ).
fof(a528514,axiom,
! [X] :
( coenocytic_fungus_1(X)
=> ( original_name_2(X,'Coenocytic-Fungus')
& user_description_2(X,'A fungus that lacks septa and whose mycelium thus consists of a continuous mass of cytoplasm that may contain hundreds of nuclei.')
& concept2words_2(X,'coenocytic fungus')
& concept2words_2(X,'coenocytic-fungus')
& multicellular_organism_1(X)
& deuteromycete_1(X)
& ~ arbuscular_mycorrhizal_fungus_1(X)
& ~ mold_1(X)
& ~ yeast_1(X)
& fungal_cell_1(fn_coenocytic_fungus_1(X))
& has_part_2(X,fn_coenocytic_fungus_1(X))
& fn_coenocytic_fungus_1(X) = fn_multicellular_organism_1(X) ) ) ).
fof(a528515,axiom,
! [X] :
( coenzyme_1(X)
=> ( original_name_2(X,'Coenzyme')
& user_description_2(X,'Coenzymes are organic compounds required for the activity of some enzymes; most are derived from vitamins. Coenzymes that remain tightly bound to the enzyme at all times are sometimes known as prosthetic groups; non-protein components of the enzyme molecule.')
& concept2words_2(X,coenzyme)
& cofactor_1(X)
& ~ corepressor_1(X)
& ~ cyclic_amp_1(X)
& ~ inducer_1(X)
& ~ prosthetic_group_1(X)
& organic_molecule_1(fn_coenzyme_1(X))
& plays_2(fn_coenzyme_1(X),X)
& fn_coenzyme_1(X) = fn_cofactor_1(X) ) ) ).
fof(a528516,axiom,
! [X] :
( coenzyme_a_1(X)
=> ( original_name_2(X,'Coenzyme-A')
& user_description_2(X,'Coenzyme A (CoA, CoASH, or HSCoA) is a coenzyme, notable for its role in the synthesis and oxidation of fatty acids, and the oxidation of pyruvate in the citric acid cycle.')
& concept2words_2(X,'s coa')
& concept2words_2(X,'s-coa')
& concept2words_2(X,'coenzyme a')
& concept2words_2(X,'coenzyme-a')
& organic_molecule_1(X)
& ~ acetyl_coa_1(X)
& ~ fadh2_1(X)
& ~ nad_plus_1(X)
& ~ nadh_1(X)
& ~ nadp_plus_1(X)
& ~ nadph_1(X)
& ~ succinyl_coa_1(X)
& vitamin_b5_1(fn_coenzyme_a_1(X))
& atom_1(fn_coenzyme_a_4(X))
& chemical_entity_1(fn_coenzyme_a_4(X))
& carbon_1(fn_coenzyme_a_5(X))
& carbon_skeleton_1(fn_coenzyme_a_6(X))
& constant_motion_1(fn_coenzyme_a_7(X))
& kinetic_energy_1(fn_coenzyme_a_8(X))
& quantity_value_1(fn_coenzyme_a_9(X))
& speed_value_1(fn_coenzyme_a_10(X))
& sulfhydryl_group_1(fn_coenzyme_a_11(X))
& coenzyme_1(fn_coenzyme_a_12(X))
& carbon_1(fn_carbon_skeleton_4(fn_coenzyme_a_6(X)))
& chemical_entity_1(fn_functional_group_1(fn_coenzyme_a_11(X)))
& organic_molecule_1(fn_coenzyme_1(fn_coenzyme_a_12(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_coenzyme_a_6(X)))
& atom_1(fn_carbon_skeleton_2(fn_coenzyme_a_6(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_coenzyme_a_6(X)))
& has_part_2(X,fn_coenzyme_a_1(X))
& has_region_2(X,fn_coenzyme_a_11(X))
& plays_2(X,fn_coenzyme_a_12(X))
& has_part_2(X,fn_coenzyme_a_4(X))
& possesses_2(X,fn_coenzyme_a_8(X))
& quantity_2(fn_coenzyme_a_8(X),fn_coenzyme_a_9(X))
& directly_proportional_2(fn_coenzyme_a_10(X),fn_coenzyme_a_9(X))
& speed_2(fn_coenzyme_a_7(X),fn_coenzyme_a_10(X))
& object_2(fn_coenzyme_a_7(X),X)
& is_inside_2(fn_coenzyme_a_5(X),fn_coenzyme_a_6(X))
& has_part_2(X,fn_coenzyme_a_5(X))
& has_region_2(X,fn_coenzyme_a_6(X))
& fn_coenzyme_a_4(X) != fn_coenzyme_a_5(X)
& fn_coenzyme_a_5(X) != fn_coenzyme_a_4(X)
& X = fn_functional_group_1(fn_coenzyme_a_11(X))
& X = fn_coenzyme_1(fn_coenzyme_a_12(X))
& fn_coenzyme_a_3(X) = fn_molecule_2(X)
& fn_coenzyme_a_4(X) = fn_molecule_7(X)
& fn_coenzyme_a_2(X) = fn_molecule_1(X)
& fn_coenzyme_a_7(X) = fn_molecule_8(X)
& fn_coenzyme_a_10(X) = fn_molecule_3(X)
& fn_coenzyme_a_9(X) = fn_molecule_4(X)
& fn_coenzyme_a_8(X) = fn_molecule_12(X)
& X = fn_carbon_skeleton_3(fn_coenzyme_a_6(X))
& fn_coenzyme_a_4(X) = fn_carbon_skeleton_2(fn_coenzyme_a_6(X))
& fn_coenzyme_a_5(X) = fn_carbon_skeleton_4(fn_coenzyme_a_6(X))
& fn_functional_group_1(fn_coenzyme_a_11(X)) = fn_coenzyme_1(fn_coenzyme_a_12(X))
& fn_coenzyme_1(fn_coenzyme_a_12(X)) = fn_coenzyme_1(fn_coenzyme_a_12(X))
& fn_coenzyme_1(fn_coenzyme_a_12(X)) = fn_carbon_skeleton_3(fn_coenzyme_a_6(X))
& fn_carbon_skeleton_3(fn_coenzyme_a_6(X)) = fn_carbon_skeleton_3(fn_coenzyme_a_6(X))
& fn_carbon_skeleton_3(fn_coenzyme_a_6(X)) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_carbon_skeleton_2(fn_coenzyme_a_6(X))
& fn_carbon_skeleton_2(fn_coenzyme_a_6(X)) = fn_carbon_skeleton_2(fn_coenzyme_a_6(X)) ) ) ).
fof(a528517,axiom,
! [X] :
( cofactor_1(X)
=> ( original_name_2(X,'Cofactor')
& user_description_2(X,'Any nonprotein molecule or ion that is required for the proper functioning of an enzyme. Cofactors can be permanently bound to the active site or may bind loosely with the substrate during catalysis.')
& concept2words_2(X,cofactor)
& instrument_role_1(X)
& chemical_entity_1(fn_cofactor_1(X))
& plays_2(fn_cofactor_1(X),X)
& fn_cofactor_1(X) = fn_instrument_role_1(X) ) ) ).
fof(a528518,axiom,
! [X] :
( cognition_1(X)
=> ( original_name_2(X,'Cognition')
& user_description_2(X,'A group of mental processes including production and understanding of language, memory, learning, problem solving, reasoning, and decision making.')
& concept2words_2(X,cognition)
& learned_behavior_1(X) ) ) ).
fof(a528519,axiom,
! [X] :
( cognitive_activity_1(X)
=> ( original_name_2(X,'Cognitive-Activity')
& user_description_2(X,'Activities related to the information processing abilities of humans.')
& concept2words_2(X,'cognitive activity')
& concept2words_2(X,'cognitive-activity')
& activity_1(X) ) ) ).
fof(a528520,axiom,
! [X] :
( cognitive_map_1(X)
=> ( original_name_2(X,'Cognitive-Map')
& user_description_2(X,'A representation in the brain of the spatial relationships between objects in an animal\'s environment.')
& concept2words_2(X,'cognitive map')
& concept2words_2(X,'cognitive-map')
& map_1(X)
& ~ closed_system_1(X)
& ~ ecological_model_1(X)
& ~ five_kingdom_system_1(X)
& ~ fluid_mosaic_model_1(X)
& ~ molecular_formula_1(X)
& ~ open_system_1(X)
& ~ redundancy_model_1(X)
& ~ representation_of_data_1(X)
& ~ rivet_model_1(X)
& ~ sandwich_model_1(X)
& ~ stable_system_1(X)
& ~ thermodynamic_system_1(X)
& ~ unstable_system_1(X) ) ) ).
fof(a528521,axiom,
! [X] :
( cohesin_1(X)
=> ( original_name_2(X,'Cohesin')
& user_description_2(X,'A protein complex which attaches sister chromatids to each other during cell division.')
& concept2words_2(X,cohesin)
& protein_complex_1(X) ) ) ).
fof(a528522,axiom,
! [X] :
( cohesion_1(X)
=> ( original_name_2(X,'Cohesion')
& user_description_2(X,'The binding together of like molecules, often by hydrogen bonds.')
& concept2words_2(X,cohere)
& concept2words_2(X,cohesion)
& attract_1(X)
& ~ adhesion_1(X)
& substance_1(fn_cohesion_1(X))
& tangible_entity_1(fn_cohesion_2(X))
& tangible_entity_1(fn_cohesion_3(X))
& has_part_2(fn_cohesion_1(X),fn_cohesion_3(X))
& has_part_2(fn_cohesion_1(X),fn_cohesion_2(X))
& same_type_2(fn_cohesion_3(X),fn_cohesion_2(X))
& same_type_2(fn_cohesion_2(X),fn_cohesion_3(X))
& base_2(X,fn_cohesion_1(X))
& agent_2(X,fn_cohesion_2(X))
& object_2(X,fn_cohesion_3(X))
& fn_cohesion_2(X) = fn_attract_2(X)
& fn_cohesion_3(X) = fn_attract_1(X) ) ) ).
fof(a528523,axiom,
! [X] :
( cohort_1(X)
=> ( original_name_2(X,'Cohort')
& user_description_2(X,'In demographics, a group of individuals experiencing the same events at the same time.')
& concept2words_2(X,cohort)
& ecological_grouping_1(X) ) ) ).
fof(a528524,axiom,
! [X] :
( coil_1(X)
=> ( original_name_2(X,'Coil')
& user_description_2(X,'A coil is a series of loops. A coiled coil is a structure where the coil itself is in turn also looping.')
& concept2words_2(X,wrap)
& concept2words_2(X,coil)
& change_of_shape_1(X)
& ~ alteration_of_mrna_ends_1(X)
& ~ conformational_change_1(X)
& ~ conversion_to_isomer_1(X)
& ~ detoxification_1(X)
& ~ evaporation_1(X)
& ~ fold_1(X)
& ~ freezing_1(X)
& ~ gene_therapy_1(X)
& ~ melting_1(X)
& ~ metamorphosis_1(X)
& ~ mutation_1(X)
& ~ post_translational_modification_1(X)
& ~ refract_1(X)
& ~ temperature_fluctuation_1(X)
& ~ transformation_1(X)
& ~ twist_1(X)
& entity_1(fn_coil_1(X))
& object_2(X,fn_coil_1(X)) ) ) ).
fof(a528525,axiom,
! [X] :
( coitus_1(X)
=> ( original_name_2(X,'Coitus')
& user_description_2(X,'Sexual intercourse between a male and a female, involving the insertion of a penis into a vagina.')
& concept2words_2(X,coitus)
& reproductive_behavior_1(X) ) ) ).
fof(a528526,axiom,
! [X] :
( cold_1(X)
=> ( original_name_2(X,'Cold')
& user_description_2(X,'Condition involving the absence of heat.')
& concept2words_2(X,condition)
& concept2words_2(X,cold)
& condition_1(X) ) ) ).
fof(a528527,axiom,
! [X] :
( coleoptera_1(X)
=> ( original_name_2(X,'Coleoptera')
& user_description_2(X,'Order of the class Insecta having two pairs of wings and an armored exoskeleton.')
& concept2words_2(X,beetles)
& concept2words_2(X,coleoptera)
& insect_1(X) ) ) ).
fof(a528528,axiom,
! [X] :
( coleoptile_1(X)
=> ( original_name_2(X,'Coleoptile')
& user_description_2(X,'In monocots, the protective sheath covering an emerging shoot.')
& concept2words_2(X,coleoptile)
& dermal_tissue_1(X)
& ~ apical_ectodermal_ridge_1(X)
& ~ bark_1(X)
& ~ callus_1(X)
& ~ calyptra_1(X)
& ~ coleorhiza_1(X)
& ~ endodermis_1(X)
& ~ epidermis_1(X)
& ~ periderm_1(X)
& ~ root_cap_1(X)
& ~ seed_coat_1(X) ) ) ).
fof(a528529,axiom,
! [X] :
( coleorhiza_1(X)
=> ( original_name_2(X,'Coleorhiza')
& user_description_2(X,'In monocots, the protective covering of an emerging root.')
& concept2words_2(X,coleorhiza)
& dermal_tissue_1(X)
& ~ apical_ectodermal_ridge_1(X)
& ~ bark_1(X)
& ~ callus_1(X)
& ~ calyptra_1(X)
& ~ coleoptile_1(X)
& ~ endodermis_1(X)
& ~ epidermis_1(X)
& ~ periderm_1(X)
& ~ root_cap_1(X)
& ~ seed_coat_1(X) ) ) ).
fof(a528530,axiom,
! [X] :
( collagen_1(X)
=> ( original_name_2(X,'Collagen')
& user_description_2(X,'The most abundant glycoprotein found in many animal tissues located in the extracellular matrix. Collagen forms strong fibers.')
& concept2words_2(X,collagen)
& glycoprotein_1(X)
& structural_protein_1(X)
& fibrous_protein_1(X)
& ~ alpha_keratin_1(X)
& ~ fibrin_1(X)
& ~ histone_1(X)
& ~ cell_adhesion_molecule_1(X)
& ~ fibronectin_1(X)
& ~ glycoprotein_hormone_1(X)
& ~ peptidoglycan_1(X)
& ~ proteoglycan_1(X) ) ) ).
fof(a528531,axiom,
! [X] :
( collecting_1(X)
=> ( original_name_2(X,'Collecting')
& concept2words_2(X,gather)
& concept2words_2(X,collect)
& concept2words_2(X,accumulate)
& concept2words_2(X,amass)
& concept2words_2(X,compile)
& concept2words_2(X,garner)
& concept2words_2(X,collection)
& concept2words_2(X,collecting)
& concept2words_2(X,assembling)
& concept2words_2(X,aggregation)
& action_1(X)
& entity_1(fn_collecting_1(X))
& object_2(X,fn_collecting_1(X)) ) ) ).
fof(a528532,axiom,
! [X] :
( collecting_duct_1(X)
=> ( original_name_2(X,'Collecting-Duct')
& user_description_2(X,'In the kidney, a system of tubules and ducts connecting the nephrons to the ureter. It is involved in salt and fluid balance.')
& concept2words_2(X,'duct of collecting')
& concept2words_2(X,'collecting duct')
& concept2words_2(X,'collecting-duct')
& duct_1(X)
& cuboidal_epithelium_1(X)
& ~ proximal_tubule_1(X)
& ~ islets_of_langerhans_1(X)
& ~ endometrium_1(X)
& ~ corpus_luteum_1(X)
& ~ bronchus_1(X)
& ~ alveolus_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ lacteal_1(X)
& ~ prepuce_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ trophoblast_1(X)
& ~ blood_brain_barrier_1(X) ) ) ).
fof(a528533,axiom,
! [X] :
( collenchyma_cell_1(X)
=> ( original_name_2(X,'Collenchyma-Cell')
& user_description_2(X,'Type of elongate plant cell that has irregularly thickened walls and provides structural support for growing stems and leaves.')
& concept2words_2(X,'collenchyma cell')
& concept2words_2(X,'collenchyma-cell')
& plant_support_cell_1(X)
& ~ bundle_sheath_cell_1(X)
& ~ companion_cell_1(X)
& ~ fiber_cell_1(X)
& ~ fusiform_initials_1(X)
& ~ guard_cell_1(X)
& ~ initial_meristem_1(X)
& ~ mesophyll_cell_1(X)
& ~ parenchyma_cell_1(X)
& ~ placental_transfer_cell_1(X)
& ~ plant_cell_inside_hypertonic_solution_1(X)
& ~ plant_cell_inside_hypotonic_solution_1(X)
& ~ plant_cell_inside_isotonic_solution_1(X)
& ~ rhizoid_1(X)
& ~ sclereid_1(X)
& ~ sclerenchyma_cell_1(X)
& ~ sieve_tube_element_1(X)
& ~ tracheid_1(X)
& ~ vessel_element_1(X) ) ) ).
fof(a528534,axiom,
! [X] :
( collide_1(X)
=> ( original_name_2(X,'Collide')
& concept2words_2(X,collide)
& concept2words_2(X,clash)
& concept2words_2(X,'collide with')
& concept2words_2(X,collide_with)
& concept2words_2(X,hit)
& concept2words_2(X,strike)
& concept2words_2(X,'impinge on')
& concept2words_2(X,impinge_on)
& concept2words_2(X,'run into')
& concept2words_2(X,run_into)
& concept2words_2(X,'cause to collide')
& make_contact_1(X)
& intensity_2(X,'*strong') ) ) ).
fof(a528535,axiom,
! [X] :
( colloblast_1(X)
=> ( original_name_2(X,'Colloblast')
& user_description_2(X,'Adhesive cell produced only by animals of the phylum Ctenophora. Colloblasts are located on the tentacles of ctenophores and are used in prey capture. Unlike cnidocytes, colloblasts do not inject toxins.')
& concept2words_2(X,'lasso cells')
& concept2words_2(X,'lasso-cells')
& concept2words_2(X,colloblast)
& invertebrate_cell_1(X) ) ) ).
fof(a528536,axiom,
! [X] :
( colloid_1(X)
=> ( original_name_2(X,'Colloid')
& user_description_2(X,'A stable solution of fine particles in a liquid.')
& concept2words_2(X,colloid)
& suspension_1(X)
& ~ amniotic_fluid_1(X)
& ~ aqueous_humor_1(X)
& ~ bile_1(X)
& ~ cerebrospinal_fluid_1(X)
& ~ filtrate_1(X)
& ~ gastric_juice_1(X)
& ~ hemolymph_1(X)
& ~ interstitial_fluid_1(X)
& ~ lymph_1(X)
& ~ mucus_1(X)
& ~ plasma_1(X)
& ~ semen_1(X)
& ~ sweat_1(X)
& ~ urine_1(X)
& ~ vitreous_humor_1(X)
& size_value_1(fn_colloid_1(X))
& molecule_1(fn_colloid_2(X))
& substance_1(fn_colloid_4(X))
& solid_substance_1(fn_colloid_4(X))
& solubility_value_1(fn_colloid_5(X))
& property_node_1(fn_solubility_value_1(fn_colloid_5(X)))
& the_scalar_value_2(fn_colloid_5(X),insoluble_0)
& scalar_unit_class_2(fn_colloid_5(X),molecule_0)
& solubility_in_water_2(fn_colloid_2(X),fn_colloid_5(X))
& size_2(fn_colloid_2(X),fn_colloid_1(X))
& the_scalar_value_2(fn_colloid_1(X),big_0)
& scalar_unit_class_2(fn_colloid_1(X),molecule_0)
& has_part_2(fn_colloid_4(X),fn_colloid_2(X))
& has_part_2(X,fn_colloid_4(X))
& fn_colloid_4(X) = fn_mixture_2(X)
& fn_colloid_4(X) = fn_suspension_1(X)
& fn_colloid_6(X) = fn_solubility_value_1(fn_colloid_5(X))
& fn_mixture_2(X) = fn_suspension_1(X) ) ) ).
fof(a528537,axiom,
! [X] :
( colon_1(X)
=> ( original_name_2(X,'Colon')
& user_description_2(X,'The most distal section of the vertebrate digestive tract; functions in the absorption of water and formation of feces.')
& concept2words_2(X,colon)
& digestive_organ_1(X)
& large_intestine_1(fn_colon_1(X))
& has_part_2(fn_colon_1(X),X) ) ) ).
fof(a528538,axiom,
! [X] :
( colon_cancer_1(X)
=> ( original_name_2(X,'Colon-Cancer')
& user_description_2(X,'Cancer that arises from benign, mushroom-shaped polyps in the large intestine that develop into cancer over time. It is the fourth most common form of cancer in the United States, and the third leading cause of cancer-related death in the Western world.')
& concept2words_2(X,'colorectal cancer')
& concept2words_2(X,'colorectal-cancer')
& concept2words_2(X,crc)
& concept2words_2(X,'bowel cancer')
& concept2words_2(X,'bowel-cancer')
& concept2words_2(X,'large bowel cancer')
& concept2words_2(X,'cancer of colon')
& concept2words_2(X,'colon cancer')
& concept2words_2(X,'colon-cancer')
& cancer_1(X)
& dna_repair_1(fn_colon_cancer_1(X))
& event_1(fn_colon_cancer_2(X))
& inhibits_2(fn_colon_cancer_2(X),fn_colon_cancer_1(X))
& result_2(fn_colon_cancer_2(X),X) ) ) ).
fof(a528539,axiom,
! [X] :
( color_blindness_1(X)
=> ( original_name_2(X,'Color-Blindness')
& user_description_2(X,'A sex-linked genetic disorder resulting in the inability to discern one or more colors.')
& concept2words_2(X,'blindness of color')
& concept2words_2(X,'color blindness')
& concept2words_2(X,'color-blindness')
& sex_linked_human_genetic_disorder_1(X)
& ~ duchenne_muscular_dystrophy_1(X)
& ~ hemophilia_1(X) ) ) ).
fof(a528540,axiom,
! [X] :
( color_constant_1(X)
=> ( original_name_2(X,'Color-Constant')
& concept2words_2(X,'chromatic color')
& concept2words_2(X,chromatic_color)
& concept2words_2(X,'constant of color')
& concept2words_2(X,'color constant')
& concept2words_2(X,'color-constant')
& constant_1(X) ) ) ).
fof(a528541,axiom,
! [X] :
( color_value_1(X)
=> ( original_name_2(X,'Color-Value')
& description_2(X,'color is a property for describing a Tangible-Entity\'s colors.')
& concept2words_2(X,vividness)
& concept2words_2(X,coloring)
& concept2words_2(X,colouring)
& concept2words_2(X,colour)
& concept2words_2(X,color)
& concept2words_2(X,'value of color')
& concept2words_2(X,'color value')
& concept2words_2(X,'color-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a528542,axiom,
! [X] :
( color_vision_1(X)
=> ( original_name_2(X,'Color-Vision')
& user_description_2(X,'The ability to distinguish between different wavelengths of light that are emitted, refracted, or reflected by objects.')
& concept2words_2(X,'vision of color')
& concept2words_2(X,'color vision')
& concept2words_2(X,'color-vision')
& sight_1(X)
& ~ de_etiolation_1(X)
& ~ gustation_1(X)
& ~ lateral_line_system_1(X)
& ~ olfaction_1(X)
& ~ perception_1(X)
& ~ sensation_1(X)
& ~ sensory_reception_1(X)
& ~ touch_1(X) ) ) ).
fof(a528543,axiom,
! [X] :
( coloring_pigment_1(X)
=> ( original_name_2(X,'Coloring-pigment')
& user_description_2(X,'The coloring pigments present in vacuole help to attract pollinating insects to flowers')
& concept2words_2(X,'coloring pigments')
& concept2words_2(X,'pigment of coloring')
& concept2words_2(X,'coloring pigment')
& concept2words_2(X,'coloring-pigment')
& pigment_1(X) ) ) ).
fof(a528544,axiom,
! [X] :
( columnlike_epithelium_1(X)
=> ( original_name_2(X,'Columnlike-Epithelium')
& user_description_2(X,'Epithelial tissue that has a column shape (either simple, stratified, or pseudostratified).')
& concept2words_2(X,'columnar epithelium')
& concept2words_2(X,'columnar-epithelium')
& concept2words_2(X,'columnlike epithelium')
& concept2words_2(X,'columnlike-epithelium')
& epithelium_1(X)
& ~ cuboidal_epithelium_1(X)
& ~ simple_squamous_epithelium_1(X)
& ~ stratified_squamous_epithelium_1(X)
& ~ transport_epithelium_1(X) ) ) ).
fof(a528545,axiom,
! [X] :
( combine_1(X)
=> ( original_name_2(X,'Combine')
& user_description_2(X,'It refers to getting into a state of unity or to merge.')
& concept2words_2(X,combine)
& alter_1(X)
& entity_1(fn_combine_1(X))
& entity_1(fn_combine_2(X))
& object_2(X,fn_combine_2(X))
& object_2(X,fn_combine_1(X)) ) ) ).
fof(a528546,axiom,
! [X] :
( combustion_of_fossil_fuel_1(X)
=> ( original_name_2(X,'Combustion-Of-Fossil-Fuel')
& user_description_2(X,'The combustion of fossil fuels such as gasoline, coal, and oil to produce energy.')
& concept2words_2(X,'burning of fossil fuel')
& concept2words_2(X,burn)
& concept2words_2(X,convert)
& concept2words_2(X,'combustion of fossil fuel')
& concept2words_2(X,'combustion-of-fossil-fuel')
& combustion_reaction_1(X)
& sulfur_dioxide_1(fn_combustion_of_fossil_fuel_1(X))
& nitric_oxide_1(fn_combustion_of_fossil_fuel_2(X))
& person_1(fn_combustion_of_fossil_fuel_3(X))
& carbon_dioxide_1(fn_combustion_of_fossil_fuel_4(X))
& chemical_energy_1(fn_combustion_of_fossil_fuel_5(X))
& quantity_value_1(fn_combustion_of_fossil_fuel_6(X))
& quantity_value_1(fn_combustion_of_fossil_fuel_7(X))
& chemical_energy_1(fn_combustion_of_fossil_fuel_8(X))
& oxygen_molecule_1(fn_combustion_of_fossil_fuel_9(X))
& hydrocarbon_molecule_1(fn_combustion_of_fossil_fuel_10(X))
& chemical_entity_1(fn_combustion_of_fossil_fuel_10(X))
& chemical_entity_1(fn_combustion_of_fossil_fuel_11(X))
& tangible_entity_1(fn_combustion_of_fossil_fuel_11(X))
& electron_1(fn_combustion_of_fossil_fuel_11(X))
& water_vapor_1(fn_combustion_of_fossil_fuel_12(X))
& water_molecule_1(fn_combustion_of_fossil_fuel_13(X))
& chemical_entity_1(fn_combustion_of_fossil_fuel_13(X))
& fossil_fuel_1(fn_combustion_of_fossil_fuel_14(X))
& reduction_1(fn_combustion_of_fossil_fuel_15(X))
& oxidation_1(fn_combustion_of_fossil_fuel_16(X))
& hydrocarbon_molecule_1(fn_fossil_fuel_2(fn_combustion_of_fossil_fuel_14(X)))
& chemical_entity_1(fn_oxidation_10(fn_combustion_of_fossil_fuel_16(X)))
& water_molecule_1(fn_water_vapor_1(fn_combustion_of_fossil_fuel_12(X)))
& chemical_entity_1(fn_reduction_1(fn_combustion_of_fossil_fuel_15(X)))
& electron_1(fn_oxidation_9(fn_combustion_of_fossil_fuel_16(X)))
& electron_1(fn_reduction_4(fn_combustion_of_fossil_fuel_15(X)))
& chemical_entity_1(fn_reduction_3(fn_combustion_of_fossil_fuel_15(X)))
& chemical_entity_1(fn_oxidation_7(fn_combustion_of_fossil_fuel_16(X)))
& agent_2(X,fn_combustion_of_fossil_fuel_3(X))
& result_2(X,fn_combustion_of_fossil_fuel_2(X))
& result_2(X,fn_combustion_of_fossil_fuel_1(X))
& result_2(X,fn_combustion_of_fossil_fuel_4(X))
& possesses_2(fn_combustion_of_fossil_fuel_9(X),fn_combustion_of_fossil_fuel_5(X))
& has_part_2(fn_combustion_of_fossil_fuel_12(X),fn_combustion_of_fossil_fuel_13(X))
& has_part_2(fn_combustion_of_fossil_fuel_14(X),fn_combustion_of_fossil_fuel_10(X))
& raw_material_2(X,fn_combustion_of_fossil_fuel_9(X))
& fn_combustion_of_fossil_fuel_9(X) != fn_combustion_of_fossil_fuel_10(X)
& raw_material_2(X,fn_combustion_of_fossil_fuel_10(X))
& fn_combustion_of_fossil_fuel_10(X) != fn_combustion_of_fossil_fuel_9(X)
& subevent_2(X,fn_combustion_of_fossil_fuel_16(X))
& subevent_2(X,fn_combustion_of_fossil_fuel_15(X))
& donor_2(fn_combustion_of_fossil_fuel_15(X),fn_combustion_of_fossil_fuel_10(X))
& donor_2(fn_combustion_of_fossil_fuel_16(X),fn_combustion_of_fossil_fuel_10(X))
& fn_combustion_of_fossil_fuel_11(X) != fn_combustion_of_fossil_fuel_10(X)
& fn_combustion_of_fossil_fuel_10(X) != fn_combustion_of_fossil_fuel_11(X)
& result_2(X,fn_combustion_of_fossil_fuel_13(X))
& possesses_2(fn_combustion_of_fossil_fuel_13(X),fn_combustion_of_fossil_fuel_8(X))
& quantity_2(fn_combustion_of_fossil_fuel_8(X),fn_combustion_of_fossil_fuel_7(X))
& greater_than_2(fn_combustion_of_fossil_fuel_6(X),fn_combustion_of_fossil_fuel_7(X))
& quantity_2(fn_combustion_of_fossil_fuel_5(X),fn_combustion_of_fossil_fuel_6(X))
& object_2(fn_combustion_of_fossil_fuel_16(X),fn_combustion_of_fossil_fuel_11(X))
& fn_combustion_of_fossil_fuel_11(X) != fn_combustion_of_fossil_fuel_9(X)
& object_2(fn_combustion_of_fossil_fuel_15(X),fn_combustion_of_fossil_fuel_11(X))
& fn_combustion_of_fossil_fuel_9(X) != fn_combustion_of_fossil_fuel_11(X)
& recipient_2(fn_combustion_of_fossil_fuel_16(X),fn_combustion_of_fossil_fuel_9(X))
& recipient_2(fn_combustion_of_fossil_fuel_15(X),fn_combustion_of_fossil_fuel_9(X))
& fn_combustion_of_fossil_fuel_13(X) = fn_water_vapor_1(fn_combustion_of_fossil_fuel_12(X))
& fn_combustion_of_fossil_fuel_10(X) = fn_fossil_fuel_2(fn_combustion_of_fossil_fuel_14(X))
& fn_combustion_of_fossil_fuel_9(X) = fn_exergonic_reaction_10(X)
& fn_combustion_of_fossil_fuel_9(X) = fn_redox_reaction_12(X)
& fn_combustion_of_fossil_fuel_16(X) = fn_redox_reaction_11(X)
& fn_combustion_of_fossil_fuel_10(X) = fn_oxidation_10(fn_combustion_of_fossil_fuel_16(X))
& fn_combustion_of_fossil_fuel_10(X) = fn_redox_reaction_16(X)
& fn_combustion_of_fossil_fuel_11(X) = fn_redox_reaction_7(X)
& fn_combustion_of_fossil_fuel_10(X) = fn_reduction_1(fn_combustion_of_fossil_fuel_15(X))
& fn_combustion_of_fossil_fuel_10(X) = fn_redox_reaction_12(X)
& fn_combustion_of_fossil_fuel_15(X) = fn_redox_reaction_10(X)
& fn_combustion_of_fossil_fuel_5(X) = fn_exergonic_reaction_3(X)
& fn_combustion_of_fossil_fuel_6(X) = fn_exergonic_reaction_4(X)
& fn_combustion_of_fossil_fuel_7(X) = fn_exergonic_reaction_5(X)
& fn_combustion_of_fossil_fuel_8(X) = fn_exergonic_reaction_6(X)
& fn_combustion_of_fossil_fuel_13(X) = fn_exergonic_reaction_11(X)
& fn_combustion_of_fossil_fuel_11(X) = fn_oxidation_9(fn_combustion_of_fossil_fuel_16(X))
& fn_combustion_of_fossil_fuel_11(X) = fn_reduction_1(fn_combustion_of_fossil_fuel_15(X))
& fn_combustion_of_fossil_fuel_11(X) = fn_reduction_4(fn_combustion_of_fossil_fuel_15(X))
& fn_combustion_of_fossil_fuel_9(X) = fn_reduction_3(fn_combustion_of_fossil_fuel_15(X))
& fn_combustion_of_fossil_fuel_9(X) = fn_oxidation_7(fn_combustion_of_fossil_fuel_16(X))
& fn_fossil_fuel_2(fn_combustion_of_fossil_fuel_14(X)) = fn_oxidation_10(fn_combustion_of_fossil_fuel_16(X))
& fn_oxidation_10(fn_combustion_of_fossil_fuel_16(X)) = fn_oxidation_10(fn_combustion_of_fossil_fuel_16(X))
& fn_reduction_1(fn_combustion_of_fossil_fuel_15(X)) = fn_oxidation_10(fn_combustion_of_fossil_fuel_16(X))
& fn_oxidation_10(fn_combustion_of_fossil_fuel_16(X)) = fn_reduction_1(fn_combustion_of_fossil_fuel_15(X))
& fn_reduction_1(fn_combustion_of_fossil_fuel_15(X)) = fn_reduction_1(fn_combustion_of_fossil_fuel_15(X))
& fn_redox_reaction_16(X) = fn_reduction_1(fn_combustion_of_fossil_fuel_15(X))
& fn_reduction_1(fn_combustion_of_fossil_fuel_15(X)) = fn_redox_reaction_16(X)
& fn_redox_reaction_16(X) = fn_redox_reaction_16(X)
& fn_redox_reaction_12(X) = fn_redox_reaction_16(X)
& fn_redox_reaction_16(X) = fn_redox_reaction_12(X)
& fn_redox_reaction_12(X) = fn_water_vapor_1(fn_combustion_of_fossil_fuel_12(X))
& fn_water_vapor_1(fn_combustion_of_fossil_fuel_12(X)) = fn_exergonic_reaction_11(X)
& fn_exergonic_reaction_11(X) = fn_exergonic_reaction_11(X)
& fn_exergonic_reaction_11(X) = fn_redox_reaction_7(X)
& fn_redox_reaction_7(X) = fn_reduction_1(fn_combustion_of_fossil_fuel_15(X))
& fn_reduction_1(fn_combustion_of_fossil_fuel_15(X)) = fn_oxidation_9(fn_combustion_of_fossil_fuel_16(X))
& fn_oxidation_9(fn_combustion_of_fossil_fuel_16(X)) = fn_redox_reaction_7(X)
& fn_redox_reaction_7(X) = fn_redox_reaction_7(X)
& fn_redox_reaction_7(X) = fn_oxidation_9(fn_combustion_of_fossil_fuel_16(X))
& fn_oxidation_9(fn_combustion_of_fossil_fuel_16(X)) = fn_oxidation_9(fn_combustion_of_fossil_fuel_16(X))
& fn_reduction_4(fn_combustion_of_fossil_fuel_15(X)) = fn_oxidation_9(fn_combustion_of_fossil_fuel_16(X))
& fn_oxidation_9(fn_combustion_of_fossil_fuel_16(X)) = fn_reduction_4(fn_combustion_of_fossil_fuel_15(X))
& fn_reduction_4(fn_combustion_of_fossil_fuel_15(X)) = fn_exergonic_reaction_10(X)
& fn_redox_reaction_12(X) = fn_exergonic_reaction_10(X)
& fn_exergonic_reaction_10(X) = fn_redox_reaction_12(X)
& fn_reduction_3(fn_combustion_of_fossil_fuel_15(X)) = fn_redox_reaction_12(X)
& fn_redox_reaction_12(X) = fn_redox_reaction_12(X)
& fn_redox_reaction_12(X) = fn_reduction_3(fn_combustion_of_fossil_fuel_15(X))
& fn_oxidation_7(fn_combustion_of_fossil_fuel_16(X)) = fn_reduction_3(fn_combustion_of_fossil_fuel_15(X))
& fn_reduction_3(fn_combustion_of_fossil_fuel_15(X)) = fn_reduction_3(fn_combustion_of_fossil_fuel_15(X))
& fn_reduction_3(fn_combustion_of_fossil_fuel_15(X)) = fn_oxidation_7(fn_combustion_of_fossil_fuel_16(X)) ) ) ).
fof(a528547,axiom,
! [X] :
( combustion_reaction_1(X)
=> ( original_name_2(X,'Combustion-Reaction')
& user_description_2(X,'In combustion reactions, a hydrocarbon reacts with oxygen to form carbon dioxide and water.')
& concept2words_2(X,burning)
& concept2words_2(X,convert)
& concept2words_2(X,burn)
& concept2words_2(X,'reaction of combustion')
& concept2words_2(X,'combustion reaction')
& concept2words_2(X,'combustion-reaction')
& redox_reaction_1(X)
& exergonic_reaction_1(X) ) ) ).
fof(a528548,axiom,
! [X] :
( come_together_1(X)
=> ( original_name_2(X,'Come-Together')
& concept2words_2(X,meet)
& concept2words_2(X,gather)
& concept2words_2(X,assemble)
& concept2words_2(X,forgather)
& concept2words_2(X,foregather)
& concept2words_2(X,associate)
& concept2words_2(X,'come into contact')
& concept2words_2(X,'cause to come together')
& concept2words_2(X,join)
& concept2words_2(X,'come together')
& concept2words_2(X,'come-together')
& action_1(X)
& spatial_entity_1(fn_come_together_1(X))
& spatial_entity_1(fn_come_together_2(X))
& spatial_entity_1(fn_come_together_3(X))
& destination_2(X,fn_come_together_3(X))
& object_2(X,fn_come_together_2(X))
& object_2(X,fn_come_together_1(X)) ) ) ).
fof(a528549,axiom,
! [X] :
( command_1(X)
=> ( original_name_2(X,'Command')
& concept2words_2(X,command)
& concept2words_2(X,require)
& concept2words_2(X,compel)
& concept2words_2(X,order)
& concept2words_2(X,tell)
& concept2words_2(X,enjoin)
& express_1(X)
& tangible_entity_1(fn_command_1(X))
& recipient_2(X,fn_command_1(X)) ) ) ).
fof(a528550,axiom,
! [X] :
( commensalism_1(X)
=> ( original_name_2(X,'Commensalism')
& user_description_2(X,'An ecological relationship between two organisms where one benefits and the other is not affected.')
& concept2words_2(X,'show commensalism')
& concept2words_2(X,commensalism)
& symbiosis_1(X)
& ~ mutualism_1(X) ) ) ).
fof(a528551,axiom,
! [X] :
( committed_cell_1(X)
=> ( original_name_2(X,'Committed-Cell')
& user_description_2(X,'A cell at any point in the process of development is irreversibly committed to its final fate is said to be determined and is called as committed cell.')
& concept2words_2(X,'committed cell')
& concept2words_2(X,'committed-cell')
& animal_development_cell_1(X)
& cell_determination_1(fn_committed_cell_1(X))
& result_2(fn_committed_cell_1(X),X) ) ) ).
fof(a528552,axiom,
! [X] :
( committee_1(X)
=> ( original_name_2(X,'Committee')
& concept2words_2(X,committee)
& concept2words_2(X,commission)
& workgroup_1(X) ) ) ).
fof(a528553,axiom,
! [X] :
( communicate_1(X)
=> ( original_name_2(X,'Communicate')
& concept2words_2(X,communicate)
& concept2words_2(X,'pass on')
& concept2words_2(X,pass_on)
& concept2words_2(X,pass)
& concept2words_2(X,'put across')
& concept2words_2(X,put_across)
& concept2words_2(X,intercommunicate)
& concept2words_2(X,convey)
& concept2words_2(X,transmit)
& action_1(X)
& tangible_entity_1(fn_communicate_1(X))
& information_1(fn_communicate_2(X))
& message_1(fn_communicate_3(X))
& base_2(X,fn_communicate_3(X))
& object_2(X,fn_communicate_2(X))
& recipient_2(X,fn_communicate_1(X)) ) ) ).
fof(a528554,axiom,
! [X] :
( communication_1(X)
=> ( original_name_2(X,'Communication')
& user_description_2(X,'The transmission of information between organisms or between cells within a multicellular organism.')
& concept2words_2(X,communicate)
& concept2words_2(X,communication)
& behavior_1(X)
& communicate_1(X) ) ) ).
fof(a528555,axiom,
! [X] :
( communication_by_direct_contact_1(X)
=> ( original_name_2(X,'Communication-By-Direct-Contact')
& user_description_2(X,'Type of cellular communication in which cells interact through surface-molecules or cell junctions.')
& concept2words_2(X,communicate)
& concept2words_2(X,'communication by direct contact')
& concept2words_2(X,'communication-by-direct-contact')
& local_cell_communication_1(X)
& plasma_membrane_1(fn_communication_by_direct_contact_1(X))
& plasma_membrane_1(fn_communication_by_direct_contact_2(X))
& make_contact_1(fn_communication_by_direct_contact_3(X))
& spatial_entity_1(fn_communication_by_direct_contact_4(X))
& cell_1(fn_communication_by_direct_contact_4(X))
& spatial_entity_1(fn_communication_by_direct_contact_5(X))
& cell_1(fn_communication_by_direct_contact_5(X))
& cellular_response_1(fn_communication_by_direct_contact_6(X))
& signal_transduction_1(fn_communication_by_direct_contact_7(X))
& signal_reception_1(fn_communication_by_direct_contact_8(X))
& cell_signaling_1(fn_communication_by_direct_contact_9(X))
& signal_generation_1(fn_communication_by_direct_contact_10(X))
& plasma_membrane_1(fn_cell_30(fn_communication_by_direct_contact_5(X)))
& plasma_membrane_1(fn_cell_30(fn_communication_by_direct_contact_4(X)))
& spatial_entity_1(fn_make_contact_1(fn_communication_by_direct_contact_3(X)))
& spatial_entity_1(fn_make_contact_2(fn_communication_by_direct_contact_3(X)))
& cell_1(fn_signal_generation_4(fn_communication_by_direct_contact_10(X)))
& is_near_2(fn_communication_by_direct_contact_2(X),fn_communication_by_direct_contact_1(X))
& is_near_2(fn_communication_by_direct_contact_1(X),fn_communication_by_direct_contact_2(X))
& is_near_2(fn_communication_by_direct_contact_4(X),fn_communication_by_direct_contact_5(X))
& is_near_2(fn_communication_by_direct_contact_5(X),fn_communication_by_direct_contact_4(X))
& next_event_2(fn_communication_by_direct_contact_10(X),fn_communication_by_direct_contact_9(X))
& object_2(fn_communication_by_direct_contact_3(X),fn_communication_by_direct_contact_4(X))
& base_2(fn_communication_by_direct_contact_3(X),fn_communication_by_direct_contact_5(X))
& has_part_2(fn_communication_by_direct_contact_5(X),fn_communication_by_direct_contact_2(X))
& has_part_2(fn_communication_by_direct_contact_4(X),fn_communication_by_direct_contact_1(X))
& first_subevent_2(X,fn_communication_by_direct_contact_10(X))
& subevent_2(X,fn_communication_by_direct_contact_10(X))
& agent_2(X,fn_communication_by_direct_contact_5(X))
& subevent_2(fn_communication_by_direct_contact_9(X),fn_communication_by_direct_contact_8(X))
& subevent_2(X,fn_communication_by_direct_contact_9(X))
& first_subevent_2(fn_communication_by_direct_contact_9(X),fn_communication_by_direct_contact_8(X))
& subevent_2(fn_communication_by_direct_contact_9(X),fn_communication_by_direct_contact_7(X))
& next_event_2(fn_communication_by_direct_contact_7(X),fn_communication_by_direct_contact_6(X))
& subevent_2(fn_communication_by_direct_contact_9(X),fn_communication_by_direct_contact_6(X))
& base_2(fn_communication_by_direct_contact_9(X),fn_communication_by_direct_contact_4(X))
& object_2(X,fn_communication_by_direct_contact_4(X))
& base_2(fn_communication_by_direct_contact_8(X),fn_communication_by_direct_contact_4(X))
& next_event_2(fn_communication_by_direct_contact_8(X),fn_communication_by_direct_contact_7(X))
& base_2(fn_communication_by_direct_contact_7(X),fn_communication_by_direct_contact_4(X))
& base_2(fn_communication_by_direct_contact_6(X),fn_communication_by_direct_contact_4(X))
& agent_2(fn_communication_by_direct_contact_10(X),fn_communication_by_direct_contact_5(X))
& base_2(fn_communication_by_direct_contact_10(X),fn_communication_by_direct_contact_5(X))
& fn_communication_by_direct_contact_4(X) = fn_make_contact_1(fn_communication_by_direct_contact_3(X))
& fn_communication_by_direct_contact_5(X) = fn_make_contact_2(fn_communication_by_direct_contact_3(X))
& fn_communication_by_direct_contact_2(X) = fn_cell_30(fn_communication_by_direct_contact_5(X))
& fn_communication_by_direct_contact_1(X) = fn_cell_30(fn_communication_by_direct_contact_4(X))
& fn_communication_by_direct_contact_5(X) = fn_cell_communication_3(X)
& fn_communication_by_direct_contact_10(X) = fn_cell_communication_5(X)
& fn_communication_by_direct_contact_9(X) = fn_local_cell_communication_6(X)
& fn_communication_by_direct_contact_6(X) = fn_local_cell_communication_3(X)
& fn_communication_by_direct_contact_7(X) = fn_local_cell_communication_4(X)
& fn_communication_by_direct_contact_8(X) = fn_local_cell_communication_5(X)
& fn_communication_by_direct_contact_4(X) = fn_local_cell_communication_7(X)
& fn_communication_by_direct_contact_5(X) = fn_signal_generation_4(fn_communication_by_direct_contact_10(X))
& fn_make_contact_1(fn_communication_by_direct_contact_3(X)) = fn_local_cell_communication_7(X)
& fn_local_cell_communication_7(X) = fn_local_cell_communication_7(X)
& fn_local_cell_communication_7(X) = fn_make_contact_2(fn_communication_by_direct_contact_3(X))
& fn_make_contact_2(fn_communication_by_direct_contact_3(X)) = fn_cell_communication_3(X)
& fn_cell_communication_3(X) = fn_cell_communication_3(X)
& fn_cell_communication_3(X) = fn_signal_generation_4(fn_communication_by_direct_contact_10(X))
& fn_signal_generation_4(fn_communication_by_direct_contact_10(X)) = fn_signal_generation_4(fn_communication_by_direct_contact_10(X)) ) ) ).
fof(a528556,axiom,
! [X] :
( communication_through_cell_cell_recognition_1(X)
=> ( original_name_2(X,'Communication-Through-Cell-Cell-Recognition')
& user_description_2(X,'Process of communication between cells which results from direct contact.')
& concept2words_2(X,communicate)
& concept2words_2(X,'communication through cell cell recognition')
& concept2words_2(X,'communication-through-cell-cell-recognition')
& communication_by_direct_contact_1(X)
& cell_cell_recognition_1(fn_communication_through_cell_cell_recognition_1(X))
& hydrophilic_face_1(fn_communication_through_cell_cell_recognition_2(X))
& time_interval_1(fn_communication_through_cell_cell_recognition_3(X))
& time_interval_1(fn_communication_through_cell_cell_recognition_4(X))
& cellular_response_1(fn_communication_through_cell_cell_recognition_5(X))
& substance_1(fn_communication_through_cell_cell_recognition_6(X))
& aqueous_solution_1(fn_communication_through_cell_cell_recognition_6(X))
& cell_surface_receptor_1(fn_communication_through_cell_cell_recognition_7(X))
& size_value_1(fn_communication_through_cell_cell_recognition_8(X))
& size_value_1(fn_communication_through_cell_cell_recognition_9(X))
& signal_generation_1(fn_communication_through_cell_cell_recognition_10(X))
& cell_signaling_1(fn_communication_through_cell_cell_recognition_11(X))
& chemical_entity_1(fn_communication_through_cell_cell_recognition_12(X))
& plasma_membrane_1(fn_communication_through_cell_cell_recognition_13(X))
& biomembrane_1(fn_communication_through_cell_cell_recognition_14(X))
& plasma_membrane_1(fn_communication_through_cell_cell_recognition_14(X))
& biomembrane_1(fn_membrane_protein_1(fn_communication_through_cell_cell_recognition_7(X)))
& property_node_1(fn_polymer_10(fn_communication_through_cell_cell_recognition_7(X)))
& size_value_1(fn_polymer_7(fn_communication_through_cell_cell_recognition_7(X)))
& cellular_response_1(fn_cell_signaling_1(fn_communication_through_cell_cell_recognition_11(X)))
& substance_1(fn_plasma_membrane_70(fn_communication_through_cell_cell_recognition_13(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_communication_through_cell_cell_recognition_13(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_communication_through_cell_cell_recognition_13(X)))
& property_node_1(fn_biomembrane_76(fn_communication_through_cell_cell_recognition_14(X)))
& property_node_1(fn_polymer_9(fn_communication_through_cell_cell_recognition_7(X)))
& size_value_1(fn_biomembrane_56(fn_communication_through_cell_cell_recognition_14(X)))
& size_value_1(fn_polymer_8(fn_communication_through_cell_cell_recognition_7(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_communication_through_cell_cell_recognition_14(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_communication_through_cell_cell_recognition_14(X)))
& protein_1(fn_plasma_membrane_54(fn_communication_through_cell_cell_recognition_14(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_communication_through_cell_cell_recognition_14(X)))
& polymer_1(fn_plasma_membrane_54(fn_communication_through_cell_cell_recognition_14(X)))
& tangible_entity_1(fn_biomembrane_54(fn_communication_through_cell_cell_recognition_14(X)))
& membrane_protein_1(fn_biomembrane_54(fn_communication_through_cell_cell_recognition_14(X)))
& protein_1(fn_biomembrane_54(fn_communication_through_cell_cell_recognition_14(X)))
& chemical_entity_1(fn_cell_signaling_5(fn_communication_through_cell_cell_recognition_11(X)))
& by_means_of_2(fn_communication_through_cell_cell_recognition_5(X),fn_communication_through_cell_cell_recognition_1(X))
& is_inside_2(fn_communication_through_cell_cell_recognition_2(X),fn_communication_through_cell_cell_recognition_6(X))
& is_outside_2(fn_communication_through_cell_cell_recognition_2(X),fn_communication_through_cell_cell_recognition_13(X))
& complement_2(fn_communication_through_cell_cell_recognition_7(X),fn_communication_through_cell_cell_recognition_12(X))
& time_during_2(fn_communication_through_cell_cell_recognition_10(X),fn_communication_through_cell_cell_recognition_3(X))
& time_during_2(fn_communication_through_cell_cell_recognition_11(X),fn_communication_through_cell_cell_recognition_4(X))
& is_at_2(fn_communication_through_cell_cell_recognition_12(X),fn_communication_through_cell_cell_recognition_2(X))
& complement_2(fn_communication_through_cell_cell_recognition_12(X),fn_communication_through_cell_cell_recognition_7(X))
& size_2(fn_communication_through_cell_cell_recognition_12(X),fn_communication_through_cell_cell_recognition_9(X))
& fn_communication_through_cell_cell_recognition_13(X) != fn_communication_through_cell_cell_recognition_14(X)
& is_near_2(fn_communication_through_cell_cell_recognition_13(X),fn_communication_through_cell_cell_recognition_14(X))
& fn_communication_through_cell_cell_recognition_14(X) != fn_communication_through_cell_cell_recognition_13(X)
& is_near_2(fn_communication_through_cell_cell_recognition_14(X),fn_communication_through_cell_cell_recognition_13(X))
& time_before_2(fn_communication_through_cell_cell_recognition_3(X),fn_communication_through_cell_cell_recognition_4(X))
& has_part_2(fn_communication_through_cell_cell_recognition_14(X),fn_communication_through_cell_cell_recognition_7(X))
& is_between_2(fn_communication_through_cell_cell_recognition_13(X),fn_communication_through_cell_cell_recognition_6(X))
& instrument_2(X,fn_communication_through_cell_cell_recognition_12(X))
& result_2(fn_communication_through_cell_cell_recognition_10(X),fn_communication_through_cell_cell_recognition_12(X))
& size_2(fn_communication_through_cell_cell_recognition_7(X),fn_communication_through_cell_cell_recognition_8(X))
& greater_than_2(fn_communication_through_cell_cell_recognition_8(X),fn_communication_through_cell_cell_recognition_9(X))
& first_subevent_2(X,fn_communication_through_cell_cell_recognition_10(X))
& next_event_2(fn_communication_through_cell_cell_recognition_10(X),fn_communication_through_cell_cell_recognition_11(X))
& subevent_2(X,fn_communication_through_cell_cell_recognition_11(X))
& subevent_2(X,fn_communication_through_cell_cell_recognition_10(X))
& agent_2(fn_communication_through_cell_cell_recognition_11(X),fn_communication_through_cell_cell_recognition_12(X))
& subevent_2(fn_communication_through_cell_cell_recognition_11(X),fn_communication_through_cell_cell_recognition_5(X))
& fn_communication_through_cell_cell_recognition_14(X) = fn_membrane_protein_1(fn_communication_through_cell_cell_recognition_7(X))
& fn_communication_through_cell_cell_recognition_7(X) = fn_plasma_membrane_54(fn_communication_through_cell_cell_recognition_14(X))
& fn_communication_through_cell_cell_recognition_6(X) = fn_plasma_membrane_70(fn_communication_through_cell_cell_recognition_13(X))
& fn_communication_through_cell_cell_recognition_6(X) = fn_plasma_membrane_77(fn_communication_through_cell_cell_recognition_13(X))
& fn_communication_through_cell_cell_recognition_10(X) = fn_cell_communication_5(X)
& fn_communication_through_cell_cell_recognition_12(X) = fn_cell_communication_4(X)
& fn_communication_through_cell_cell_recognition_15(X) = fn_biomembrane_76(fn_communication_through_cell_cell_recognition_14(X))
& fn_communication_through_cell_cell_recognition_15(X) = fn_polymer_9(fn_communication_through_cell_cell_recognition_7(X))
& fn_communication_through_cell_cell_recognition_16(X) = fn_polymer_10(fn_communication_through_cell_cell_recognition_7(X))
& fn_communication_through_cell_cell_recognition_9(X) = fn_polymer_7(fn_communication_through_cell_cell_recognition_7(X))
& fn_communication_through_cell_cell_recognition_7(X) = fn_biomembrane_54(fn_communication_through_cell_cell_recognition_14(X))
& fn_communication_through_cell_cell_recognition_8(X) = fn_biomembrane_56(fn_communication_through_cell_cell_recognition_14(X))
& fn_communication_through_cell_cell_recognition_8(X) = fn_polymer_8(fn_communication_through_cell_cell_recognition_7(X))
& fn_communication_through_cell_cell_recognition_11(X) = fn_communication_by_direct_contact_9(X)
& fn_communication_through_cell_cell_recognition_10(X) = fn_communication_by_direct_contact_10(X)
& fn_communication_through_cell_cell_recognition_12(X) = fn_cell_signaling_5(fn_communication_through_cell_cell_recognition_11(X))
& fn_communication_through_cell_cell_recognition_5(X) = fn_cell_signaling_1(fn_communication_through_cell_cell_recognition_11(X))
& fn_plasma_membrane_70(fn_communication_through_cell_cell_recognition_13(X)) = fn_plasma_membrane_77(fn_communication_through_cell_cell_recognition_13(X))
& fn_plasma_membrane_77(fn_communication_through_cell_cell_recognition_13(X)) = fn_biomembrane_76(fn_communication_through_cell_cell_recognition_14(X))
& fn_biomembrane_76(fn_communication_through_cell_cell_recognition_14(X)) = fn_polymer_9(fn_communication_through_cell_cell_recognition_7(X))
& fn_polymer_9(fn_communication_through_cell_cell_recognition_7(X)) = fn_biomembrane_56(fn_communication_through_cell_cell_recognition_14(X))
& fn_polymer_8(fn_communication_through_cell_cell_recognition_7(X)) = fn_polymer_8(fn_communication_through_cell_cell_recognition_7(X))
& fn_polymer_8(fn_communication_through_cell_cell_recognition_7(X)) = fn_biomembrane_56(fn_communication_through_cell_cell_recognition_14(X))
& fn_biomembrane_56(fn_communication_through_cell_cell_recognition_14(X)) = fn_polymer_8(fn_communication_through_cell_cell_recognition_7(X))
& fn_polymer_8(fn_communication_through_cell_cell_recognition_7(X)) = fn_biomembrane_54(fn_communication_through_cell_cell_recognition_14(X))
& fn_biomembrane_54(fn_communication_through_cell_cell_recognition_14(X)) = fn_plasma_membrane_54(fn_communication_through_cell_cell_recognition_14(X))
& fn_plasma_membrane_54(fn_communication_through_cell_cell_recognition_14(X)) = fn_biomembrane_54(fn_communication_through_cell_cell_recognition_14(X))
& fn_biomembrane_54(fn_communication_through_cell_cell_recognition_14(X)) = fn_cell_communication_5(X)
& fn_cell_communication_5(X) = fn_communication_by_direct_contact_10(X)
& fn_communication_by_direct_contact_10(X) = fn_communication_by_direct_contact_10(X)
& fn_communication_by_direct_contact_10(X) = fn_cell_communication_4(X)
& fn_cell_communication_4(X) = fn_cell_communication_4(X)
& fn_cell_communication_4(X) = fn_cell_signaling_5(fn_communication_through_cell_cell_recognition_11(X)) ) ) ).
fof(a528557,axiom,
! [X] :
( communication_through_cell_junction_1(X)
=> ( original_name_2(X,'Communication-Through-Cell-Junction')
& user_description_2(X,'A type of cellular communication in which signaling molecules pass from one cell to another through cell junctions.')
& concept2words_2(X,communicate)
& concept2words_2(X,'communicate with')
& concept2words_2(X,'communication through cell junction')
& concept2words_2(X,'communication-through-cell-junction')
& communication_by_direct_contact_1(X)
& exchange_1(fn_communication_through_cell_junction_1(X))
& cellular_response_1(fn_communication_through_cell_junction_2(X))
& signal_transduction_1(fn_communication_through_cell_junction_3(X))
& signal_reception_1(fn_communication_through_cell_junction_4(X))
& secretion_1(fn_communication_through_cell_junction_5(X))
& secretor_1(fn_communication_through_cell_junction_6(X))
& synthesis_reaction_1(fn_communication_through_cell_junction_7(X))
& spatial_entity_1(fn_communication_through_cell_junction_8(X))
& cell_1(fn_communication_through_cell_junction_8(X))
& plasma_membrane_1(fn_communication_through_cell_junction_9(X))
& plasma_membrane_1(fn_communication_through_cell_junction_10(X))
& make_contact_1(fn_communication_through_cell_junction_11(X))
& intercellular_junction_1(fn_communication_through_cell_junction_12(X))
& living_entity_1(fn_communication_through_cell_junction_13(X))
& spatial_entity_1(fn_communication_through_cell_junction_13(X))
& cell_1(fn_communication_through_cell_junction_13(X))
& signal_generation_1(fn_communication_through_cell_junction_14(X))
& tangible_entity_1(fn_communication_through_cell_junction_15(X))
& chemical_entity_1(fn_communication_through_cell_junction_15(X))
& cell_signaling_1(fn_communication_through_cell_junction_16(X))
& signal_1(fn_communication_through_cell_junction_17(X))
& mixture_1(fn_communication_through_cell_junction_18(X))
& cytoplasm_1(fn_communication_through_cell_junction_18(X))
& substance_1(fn_communication_through_cell_junction_19(X))
& cytosol_1(fn_communication_through_cell_junction_19(X))
& substance_1(fn_cell_29(fn_communication_through_cell_junction_13(X)))
& cytosol_1(fn_cell_29(fn_communication_through_cell_junction_13(X)))
& mixture_1(fn_cell_28(fn_communication_through_cell_junction_13(X)))
& cytoplasm_1(fn_cell_28(fn_communication_through_cell_junction_13(X)))
& secretor_1(fn_secretion_3(fn_communication_through_cell_junction_5(X)))
& signal_1(fn_signal_generation_1(fn_communication_through_cell_junction_14(X)))
& synthesis_reaction_1(fn_signal_generation_2(fn_communication_through_cell_junction_14(X)))
& tangible_entity_1(fn_secretion_1(fn_communication_through_cell_junction_5(X)))
& chemical_entity_1(fn_signal_generation_5(fn_communication_through_cell_junction_14(X)))
& plasma_membrane_1(fn_cell_30(fn_communication_through_cell_junction_13(X)))
& cell_1(fn_signal_generation_4(fn_communication_through_cell_junction_14(X)))
& living_entity_1(fn_secretion_2(fn_communication_through_cell_junction_5(X)))
& cell_1(fn_intercellular_junction_2(fn_communication_through_cell_junction_12(X)))
& cell_1(fn_intercellular_junction_1(fn_communication_through_cell_junction_12(X)))
& next_event_2(fn_communication_through_cell_junction_7(X),fn_communication_through_cell_junction_5(X))
& abuts_2(fn_communication_through_cell_junction_9(X),fn_communication_through_cell_junction_10(X))
& abuts_2(fn_communication_through_cell_junction_10(X),fn_communication_through_cell_junction_9(X))
& instrument_2(fn_communication_through_cell_junction_11(X),fn_communication_through_cell_junction_12(X))
& instrument_2(fn_communication_through_cell_junction_1(X),fn_communication_through_cell_junction_12(X))
& has_part_2(fn_communication_through_cell_junction_13(X),fn_communication_through_cell_junction_12(X))
& path_2(X,fn_communication_through_cell_junction_12(X))
& subevent_2(fn_communication_through_cell_junction_14(X),fn_communication_through_cell_junction_5(X))
& first_subevent_2(fn_communication_through_cell_junction_14(X),fn_communication_through_cell_junction_7(X))
& is_inside_2(fn_communication_through_cell_junction_15(X),fn_communication_through_cell_junction_19(X))
& instrument_2(X,fn_communication_through_cell_junction_15(X))
& agent_2(fn_communication_through_cell_junction_16(X),fn_communication_through_cell_junction_15(X))
& has_part_2(fn_communication_through_cell_junction_18(X),fn_communication_through_cell_junction_19(X))
& has_part_2(fn_communication_through_cell_junction_13(X),fn_communication_through_cell_junction_18(X))
& is_inside_2(fn_communication_through_cell_junction_18(X),fn_communication_through_cell_junction_10(X))
& base_2(fn_communication_through_cell_junction_5(X),fn_communication_through_cell_junction_13(X))
& plays_2(fn_communication_through_cell_junction_13(X),fn_communication_through_cell_junction_6(X))
& in_event_2(fn_communication_through_cell_junction_6(X),fn_communication_through_cell_junction_5(X))
& object_2(fn_communication_through_cell_junction_5(X),fn_communication_through_cell_junction_15(X))
& result_2(fn_communication_through_cell_junction_14(X),fn_communication_through_cell_junction_15(X))
& subevent_2(fn_communication_through_cell_junction_14(X),fn_communication_through_cell_junction_7(X))
& result_2(fn_communication_through_cell_junction_7(X),fn_communication_through_cell_junction_15(X))
& subevent_2(fn_communication_through_cell_junction_16(X),fn_communication_through_cell_junction_4(X))
& object_2(X,fn_communication_through_cell_junction_8(X))
& has_part_2(fn_communication_through_cell_junction_8(X),fn_communication_through_cell_junction_9(X))
& first_subevent_2(X,fn_communication_through_cell_junction_14(X))
& base_2(fn_communication_through_cell_junction_14(X),fn_communication_through_cell_junction_13(X))
& first_subevent_2(fn_communication_through_cell_junction_16(X),fn_communication_through_cell_junction_4(X))
& subevent_2(X,fn_communication_through_cell_junction_16(X))
& subevent_2(X,fn_communication_through_cell_junction_14(X))
& next_event_2(fn_communication_through_cell_junction_14(X),fn_communication_through_cell_junction_16(X))
& subevent_2(fn_communication_through_cell_junction_16(X),fn_communication_through_cell_junction_3(X))
& next_event_2(fn_communication_through_cell_junction_4(X),fn_communication_through_cell_junction_3(X))
& base_2(fn_communication_through_cell_junction_4(X),fn_communication_through_cell_junction_8(X))
& object_2(fn_communication_through_cell_junction_11(X),fn_communication_through_cell_junction_8(X))
& base_2(fn_communication_through_cell_junction_11(X),fn_communication_through_cell_junction_13(X))
& agent_2(fn_communication_through_cell_junction_14(X),fn_communication_through_cell_junction_13(X))
& base_2(fn_communication_through_cell_junction_16(X),fn_communication_through_cell_junction_8(X))
& subevent_2(fn_communication_through_cell_junction_16(X),fn_communication_through_cell_junction_2(X))
& base_2(fn_communication_through_cell_junction_2(X),fn_communication_through_cell_junction_8(X))
& base_2(fn_communication_through_cell_junction_3(X),fn_communication_through_cell_junction_8(X))
& next_event_2(fn_communication_through_cell_junction_3(X),fn_communication_through_cell_junction_2(X))
& agent_2(X,fn_communication_through_cell_junction_13(X))
& has_part_2(fn_communication_through_cell_junction_13(X),fn_communication_through_cell_junction_10(X))
& is_near_2(fn_communication_through_cell_junction_10(X),fn_communication_through_cell_junction_9(X))
& is_near_2(fn_communication_through_cell_junction_8(X),fn_communication_through_cell_junction_13(X))
& is_near_2(fn_communication_through_cell_junction_13(X),fn_communication_through_cell_junction_8(X))
& is_near_2(fn_communication_through_cell_junction_9(X),fn_communication_through_cell_junction_10(X))
& is_between_2(fn_communication_through_cell_junction_12(X),fn_communication_through_cell_junction_13(X))
& is_between_2(fn_communication_through_cell_junction_12(X),fn_communication_through_cell_junction_8(X))
& abuts_2(fn_communication_through_cell_junction_13(X),fn_communication_through_cell_junction_8(X))
& abuts_2(fn_communication_through_cell_junction_8(X),fn_communication_through_cell_junction_13(X))
& fn_communication_through_cell_junction_13(X) != fn_communication_through_cell_junction_8(X)
& fn_communication_through_cell_junction_8(X) != fn_communication_through_cell_junction_13(X)
& fn_communication_through_cell_junction_16(X) = fn_cell_communication_2(X)
& fn_communication_through_cell_junction_15(X) = fn_cell_communication_4(X)
& fn_communication_through_cell_junction_19(X) = fn_cell_29(fn_communication_through_cell_junction_13(X))
& fn_communication_through_cell_junction_18(X) = fn_cell_28(fn_communication_through_cell_junction_13(X))
& fn_communication_through_cell_junction_15(X) = fn_secretion_1(fn_communication_through_cell_junction_5(X))
& fn_communication_through_cell_junction_6(X) = fn_secretion_3(fn_communication_through_cell_junction_5(X))
& fn_communication_through_cell_junction_13(X) = fn_secretion_2(fn_communication_through_cell_junction_5(X))
& fn_communication_through_cell_junction_17(X) = fn_signal_generation_1(fn_communication_through_cell_junction_14(X))
& fn_communication_through_cell_junction_15(X) = fn_signal_generation_5(fn_communication_through_cell_junction_14(X))
& fn_communication_through_cell_junction_7(X) = fn_signal_generation_2(fn_communication_through_cell_junction_14(X))
& fn_communication_through_cell_junction_13(X) = fn_signal_generation_4(fn_communication_through_cell_junction_14(X))
& fn_communication_through_cell_junction_14(X) = fn_communication_by_direct_contact_10(X)
& fn_communication_through_cell_junction_11(X) = fn_communication_by_direct_contact_3(X)
& fn_communication_through_cell_junction_4(X) = fn_communication_by_direct_contact_8(X)
& fn_communication_through_cell_junction_3(X) = fn_communication_by_direct_contact_7(X)
& fn_communication_through_cell_junction_2(X) = fn_communication_by_direct_contact_6(X)
& fn_communication_through_cell_junction_16(X) = fn_communication_by_direct_contact_9(X)
& fn_communication_through_cell_junction_9(X) = fn_communication_by_direct_contact_1(X)
& fn_communication_through_cell_junction_10(X) = fn_cell_30(fn_communication_through_cell_junction_13(X))
& fn_communication_through_cell_junction_10(X) = fn_communication_by_direct_contact_2(X)
& fn_communication_through_cell_junction_8(X) = fn_communication_by_direct_contact_4(X)
& fn_communication_through_cell_junction_13(X) = fn_communication_by_direct_contact_5(X)
& fn_communication_through_cell_junction_13(X) = fn_intercellular_junction_2(fn_communication_through_cell_junction_12(X))
& fn_communication_through_cell_junction_8(X) = fn_intercellular_junction_1(fn_communication_through_cell_junction_12(X))
& fn_cell_communication_4(X) = fn_cell_communication_4(X)
& fn_cell_communication_4(X) = fn_secretion_1(fn_communication_through_cell_junction_5(X))
& fn_secretion_1(fn_communication_through_cell_junction_5(X)) = fn_secretion_1(fn_communication_through_cell_junction_5(X))
& fn_secretion_1(fn_communication_through_cell_junction_5(X)) = fn_signal_generation_5(fn_communication_through_cell_junction_14(X))
& fn_signal_generation_5(fn_communication_through_cell_junction_14(X)) = fn_signal_generation_5(fn_communication_through_cell_junction_14(X))
& fn_signal_generation_5(fn_communication_through_cell_junction_14(X)) = fn_cell_communication_2(X)
& fn_cell_communication_2(X) = fn_communication_by_direct_contact_9(X)
& fn_communication_by_direct_contact_9(X) = fn_communication_by_direct_contact_9(X)
& fn_communication_by_direct_contact_9(X) = fn_cell_30(fn_communication_through_cell_junction_13(X))
& fn_communication_by_direct_contact_2(X) = fn_cell_30(fn_communication_through_cell_junction_13(X))
& fn_cell_30(fn_communication_through_cell_junction_13(X)) = fn_communication_by_direct_contact_2(X)
& fn_communication_by_direct_contact_2(X) = fn_secretion_2(fn_communication_through_cell_junction_5(X))
& fn_secretion_2(fn_communication_through_cell_junction_5(X)) = fn_signal_generation_4(fn_communication_through_cell_junction_14(X))
& fn_signal_generation_4(fn_communication_through_cell_junction_14(X)) = fn_signal_generation_4(fn_communication_through_cell_junction_14(X))
& fn_signal_generation_4(fn_communication_through_cell_junction_14(X)) = fn_secretion_2(fn_communication_through_cell_junction_5(X))
& fn_secretion_2(fn_communication_through_cell_junction_5(X)) = fn_secretion_2(fn_communication_through_cell_junction_5(X))
& fn_secretion_2(fn_communication_through_cell_junction_5(X)) = fn_communication_by_direct_contact_5(X)
& fn_communication_by_direct_contact_5(X) = fn_communication_by_direct_contact_5(X)
& fn_communication_by_direct_contact_5(X) = fn_intercellular_junction_2(fn_communication_through_cell_junction_12(X))
& fn_intercellular_junction_2(fn_communication_through_cell_junction_12(X)) = fn_intercellular_junction_2(fn_communication_through_cell_junction_12(X))
& fn_intercellular_junction_2(fn_communication_through_cell_junction_12(X)) = fn_communication_by_direct_contact_4(X)
& fn_communication_by_direct_contact_4(X) = fn_communication_by_direct_contact_4(X)
& fn_communication_by_direct_contact_4(X) = fn_intercellular_junction_1(fn_communication_through_cell_junction_12(X))
& fn_intercellular_junction_1(fn_communication_through_cell_junction_12(X)) = fn_intercellular_junction_1(fn_communication_through_cell_junction_12(X)) ) ) ).
fof(a528558,axiom,
! [X] :
( communication_through_cell_junction_in_animal_1(X)
=> ( original_name_2(X,'Communication-Through-Cell-Junction-In-Animal')
& user_description_2(X,'Communication through gap junctions, a type of animal cell junction.')
& concept2words_2(X,'communicate with')
& concept2words_2(X,'communication through cell junction in animal')
& concept2words_2(X,'communication-through-cell-junction-in-animal')
& communication_through_cell_junction_1(X)
& resource_1(fn_communication_through_cell_junction_in_animal_1(X))
& organic_molecule_1(fn_communication_through_cell_junction_in_animal_2(X))
& animal_1(fn_communication_through_cell_junction_in_animal_3(X))
& metabolism_1(fn_communication_through_cell_junction_in_animal_4(X))
& signal_generation_1(fn_communication_through_cell_junction_in_animal_5(X))
& animal_cell_1(fn_communication_through_cell_junction_in_animal_6(X))
& animal_cell_1(fn_communication_through_cell_junction_in_animal_7(X))
& signal_reception_1(fn_communication_through_cell_junction_in_animal_8(X))
& spatial_entity_1(fn_communication_through_cell_junction_in_animal_9(X))
& biomembrane_1(fn_communication_through_cell_junction_in_animal_9(X))
& plasma_membrane_1(fn_communication_through_cell_junction_in_animal_9(X))
& make_contact_1(fn_communication_through_cell_junction_in_animal_10(X))
& intercellular_junction_1(fn_communication_through_cell_junction_in_animal_11(X))
& mixture_1(fn_communication_through_cell_junction_in_animal_12(X))
& cytoplasm_1(fn_communication_through_cell_junction_in_animal_12(X))
& mixture_1(fn_eukaryotic_cell_31(fn_communication_through_cell_junction_in_animal_6(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_communication_through_cell_junction_in_animal_6(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_communication_through_cell_junction_in_animal_6(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_communication_through_cell_junction_in_animal_6(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_communication_through_cell_junction_in_animal_6(X)))
& cell_1(fn_intercellular_junction_2(fn_communication_through_cell_junction_in_animal_11(X)))
& spatial_entity_1(fn_make_contact_2(fn_communication_through_cell_junction_in_animal_10(X)))
& cell_1(fn_intercellular_junction_1(fn_communication_through_cell_junction_in_animal_11(X)))
& has_part_2(fn_communication_through_cell_junction_in_animal_6(X),fn_communication_through_cell_junction_in_animal_11(X))
& in_event_2(fn_communication_through_cell_junction_in_animal_1(X),X)
& plays_2(fn_communication_through_cell_junction_in_animal_2(X),fn_communication_through_cell_junction_in_animal_1(X))
& recipient_2(fn_communication_through_cell_junction_in_animal_8(X),fn_communication_through_cell_junction_in_animal_7(X))
& raw_material_2(X,fn_communication_through_cell_junction_in_animal_2(X))
& experiencer_2(X,fn_communication_through_cell_junction_in_animal_3(X))
& site_2(fn_communication_through_cell_junction_in_animal_4(X),fn_communication_through_cell_junction_in_animal_12(X))
& base_2(fn_communication_through_cell_junction_in_animal_10(X),fn_communication_through_cell_junction_in_animal_6(X))
& is_between_2(fn_communication_through_cell_junction_in_animal_11(X),fn_communication_through_cell_junction_in_animal_6(X))
& abuts_2(fn_communication_through_cell_junction_in_animal_6(X),fn_communication_through_cell_junction_in_animal_7(X))
& is_between_2(fn_communication_through_cell_junction_in_animal_11(X),fn_communication_through_cell_junction_in_animal_7(X))
& fn_communication_through_cell_junction_in_animal_7(X) != fn_communication_through_cell_junction_in_animal_6(X)
& fn_communication_through_cell_junction_in_animal_6(X) != fn_communication_through_cell_junction_in_animal_7(X)
& abuts_2(fn_communication_through_cell_junction_in_animal_7(X),fn_communication_through_cell_junction_in_animal_6(X))
& base_2(fn_communication_through_cell_junction_in_animal_8(X),fn_communication_through_cell_junction_in_animal_7(X))
& object_2(fn_communication_through_cell_junction_in_animal_10(X),fn_communication_through_cell_junction_in_animal_7(X))
& object_2(X,fn_communication_through_cell_junction_in_animal_7(X))
& is_near_2(fn_communication_through_cell_junction_in_animal_7(X),fn_communication_through_cell_junction_in_animal_6(X))
& agent_2(fn_communication_through_cell_junction_in_animal_5(X),fn_communication_through_cell_junction_in_animal_6(X))
& base_2(fn_communication_through_cell_junction_in_animal_5(X),fn_communication_through_cell_junction_in_animal_6(X))
& agent_2(X,fn_communication_through_cell_junction_in_animal_6(X))
& is_near_2(fn_communication_through_cell_junction_in_animal_6(X),fn_communication_through_cell_junction_in_animal_7(X))
& has_part_2(fn_communication_through_cell_junction_in_animal_6(X),fn_communication_through_cell_junction_in_animal_12(X))
& has_part_2(fn_communication_through_cell_junction_in_animal_6(X),fn_communication_through_cell_junction_in_animal_9(X))
& is_inside_2(fn_communication_through_cell_junction_in_animal_12(X),fn_communication_through_cell_junction_in_animal_9(X))
& first_subevent_2(X,fn_communication_through_cell_junction_in_animal_5(X))
& subevent_2(X,fn_communication_through_cell_junction_in_animal_5(X))
& path_2(X,fn_communication_through_cell_junction_in_animal_11(X))
& instrument_2(fn_communication_through_cell_junction_in_animal_10(X),fn_communication_through_cell_junction_in_animal_11(X))
& fn_communication_through_cell_junction_in_animal_6(X) = fn_make_contact_2(fn_communication_through_cell_junction_in_animal_10(X))
& fn_communication_through_cell_junction_in_animal_7(X) = fn_intercellular_junction_2(fn_communication_through_cell_junction_in_animal_11(X))
& fn_communication_through_cell_junction_in_animal_6(X) = fn_intercellular_junction_1(fn_communication_through_cell_junction_in_animal_11(X))
& fn_communication_through_cell_junction_in_animal_8(X) = fn_communication_by_direct_contact_8(X)
& fn_communication_through_cell_junction_in_animal_10(X) = fn_communication_by_direct_contact_3(X)
& fn_communication_through_cell_junction_in_animal_5(X) = fn_communication_by_direct_contact_10(X)
& fn_communication_through_cell_junction_in_animal_6(X) = fn_communication_by_direct_contact_5(X)
& fn_communication_through_cell_junction_in_animal_7(X) = fn_communication_by_direct_contact_4(X)
& fn_communication_through_cell_junction_in_animal_12(X) = fn_eukaryotic_cell_31(fn_communication_through_cell_junction_in_animal_6(X))
& fn_communication_through_cell_junction_in_animal_9(X) = fn_eukaryotic_cell_29(fn_communication_through_cell_junction_in_animal_6(X))
& fn_communication_through_cell_junction_in_animal_10(X) = fn_communication_through_cell_junction_11(X)
& fn_communication_through_cell_junction_in_animal_11(X) = fn_communication_through_cell_junction_12(X)
& fn_communication_through_cell_junction_in_animal_5(X) = fn_communication_through_cell_junction_14(X)
& fn_intercellular_junction_2(fn_communication_through_cell_junction_in_animal_11(X)) = fn_intercellular_junction_2(fn_communication_through_cell_junction_in_animal_11(X))
& fn_intercellular_junction_2(fn_communication_through_cell_junction_in_animal_11(X)) = fn_communication_by_direct_contact_4(X)
& fn_communication_by_direct_contact_4(X) = fn_communication_by_direct_contact_4(X)
& fn_communication_by_direct_contact_4(X) = fn_make_contact_2(fn_communication_through_cell_junction_in_animal_10(X))
& fn_make_contact_2(fn_communication_through_cell_junction_in_animal_10(X)) = fn_intercellular_junction_1(fn_communication_through_cell_junction_in_animal_11(X))
& fn_intercellular_junction_1(fn_communication_through_cell_junction_in_animal_11(X)) = fn_intercellular_junction_1(fn_communication_through_cell_junction_in_animal_11(X))
& fn_intercellular_junction_1(fn_communication_through_cell_junction_in_animal_11(X)) = fn_communication_by_direct_contact_5(X)
& fn_communication_by_direct_contact_5(X) = fn_communication_by_direct_contact_5(X)
& fn_communication_by_direct_contact_5(X) = fn_communication_by_direct_contact_3(X)
& fn_communication_by_direct_contact_3(X) = fn_communication_through_cell_junction_11(X)
& fn_communication_through_cell_junction_11(X) = fn_communication_by_direct_contact_10(X)
& fn_communication_by_direct_contact_10(X) = fn_communication_by_direct_contact_10(X)
& fn_communication_by_direct_contact_10(X) = fn_communication_through_cell_junction_14(X)
& fn_communication_through_cell_junction_14(X) = fn_communication_through_cell_junction_14(X) ) ) ).
fof(a528559,axiom,
! [X] :
( communication_through_cell_junction_in_plant_1(X)
=> ( original_name_2(X,'Communication-Through-Cell-Junction-In-Plant')
& user_description_2(X,'Communication through plasmodesmata, a type of plant cell junction.')
& concept2words_2(X,'communicate with')
& concept2words_2(X,'communication through cell junction in plant')
& concept2words_2(X,'communication-through-cell-junction-in-plant')
& communication_through_cell_junction_1(X)
& resource_1(fn_communication_through_cell_junction_in_plant_1(X))
& signal_reception_1(fn_communication_through_cell_junction_in_plant_2(X))
& plant_1(fn_communication_through_cell_junction_in_plant_3(X))
& cell_signaling_1(fn_communication_through_cell_junction_in_plant_6(X))
& aqueous_solution_1(fn_communication_through_cell_junction_in_plant_7(X))
& liquid_substance_1(fn_communication_through_cell_junction_in_plant_7(X))
& solution_1(fn_communication_through_cell_junction_in_plant_7(X))
& substance_1(fn_communication_through_cell_junction_in_plant_7(X))
& cytosol_1(fn_communication_through_cell_junction_in_plant_7(X))
& signal_reception_1(fn_communication_through_cell_junction_in_plant_8(X))
& cellular_response_1(fn_communication_through_cell_junction_in_plant_9(X))
& signal_transduction_1(fn_communication_through_cell_junction_in_plant_10(X))
& ribosome_1(fn_communication_through_cell_junction_in_plant_11(X))
& surface_1(fn_communication_through_cell_junction_in_plant_12(X))
& size_value_1(fn_communication_through_cell_junction_in_plant_13(X))
& volume_value_1(fn_communication_through_cell_junction_in_plant_14(X))
& tangible_entity_1(fn_communication_through_cell_junction_in_plant_15(X))
& phospholipid_bilayer_1(fn_communication_through_cell_junction_in_plant_15(X))
& living_entity_1(fn_communication_through_cell_junction_in_plant_16(X))
& spatial_entity_1(fn_communication_through_cell_junction_in_plant_16(X))
& cell_1(fn_communication_through_cell_junction_in_plant_16(X))
& eukaryotic_cell_1(fn_communication_through_cell_junction_in_plant_16(X))
& plant_cell_1(fn_communication_through_cell_junction_in_plant_16(X))
& plant_cell_1(fn_communication_through_cell_junction_in_plant_17(X))
& intercellular_junction_1(fn_communication_through_cell_junction_in_plant_18(X))
& make_contact_1(fn_communication_through_cell_junction_in_plant_19(X))
& membrane_1(fn_communication_through_cell_junction_in_plant_20(X))
& spatial_entity_1(fn_communication_through_cell_junction_in_plant_20(X))
& biomembrane_1(fn_communication_through_cell_junction_in_plant_20(X))
& plasma_membrane_1(fn_communication_through_cell_junction_in_plant_20(X))
& plasma_membrane_1(fn_communication_through_cell_junction_in_plant_21(X))
& spatial_entity_1(fn_communication_through_cell_junction_in_plant_22(X))
& mixture_1(fn_communication_through_cell_junction_in_plant_22(X))
& suspension_1(fn_communication_through_cell_junction_in_plant_22(X))
& colloid_1(fn_communication_through_cell_junction_in_plant_22(X))
& cytoplasm_1(fn_communication_through_cell_junction_in_plant_22(X))
& secretor_1(fn_communication_through_cell_junction_in_plant_23(X))
& photosynthesis_1(fn_communication_through_cell_junction_in_plant_24(X))
& anabolic_pathway_1(fn_communication_through_cell_junction_in_plant_24(X))
& metabolic_pathway_1(fn_communication_through_cell_junction_in_plant_24(X))
& secretion_1(fn_communication_through_cell_junction_in_plant_25(X))
& signal_generation_1(fn_communication_through_cell_junction_in_plant_26(X))
& ribosome_1(fn_cell_14(fn_communication_through_cell_junction_in_plant_16(X)))
& photosynthesis_1(fn_plant_18(fn_communication_through_cell_junction_in_plant_3(X)))
& anabolic_pathway_1(fn_plant_18(fn_communication_through_cell_junction_in_plant_3(X)))
& metabolic_pathway_1(fn_plant_18(fn_communication_through_cell_junction_in_plant_3(X)))
& property_node_1(fn_plant_cell_57(fn_communication_through_cell_junction_in_plant_16(X)))
& property_node_1(fn_plant_cell_56(fn_communication_through_cell_junction_in_plant_16(X)))
& tangible_entity_1(fn_plant_cell_65(fn_communication_through_cell_junction_in_plant_16(X)))
& phospholipid_bilayer_1(fn_plant_cell_65(fn_communication_through_cell_junction_in_plant_16(X)))
& surface_1(fn_plant_cell_61(fn_communication_through_cell_junction_in_plant_16(X)))
& size_value_1(fn_plant_cell_62(fn_communication_through_cell_junction_in_plant_16(X)))
& volume_value_1(fn_plant_cell_60(fn_communication_through_cell_junction_in_plant_16(X)))
& cell_1(fn_signal_generation_4(fn_communication_through_cell_junction_in_plant_26(X)))
& cell_1(fn_cell_signaling_4(fn_communication_through_cell_junction_in_plant_6(X)))
& cell_1(fn_intercellular_junction_1(fn_communication_through_cell_junction_in_plant_18(X)))
& substance_1(fn_eukaryotic_cell_42(fn_communication_through_cell_junction_in_plant_16(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_communication_through_cell_junction_in_plant_16(X)))
& substance_1(fn_cell_29(fn_communication_through_cell_junction_in_plant_16(X)))
& cytosol_1(fn_cell_29(fn_communication_through_cell_junction_in_plant_16(X)))
& aqueous_solution_1(fn_plant_cell_91(fn_communication_through_cell_junction_in_plant_16(X)))
& liquid_substance_1(fn_plant_cell_91(fn_communication_through_cell_junction_in_plant_16(X)))
& solution_1(fn_plant_cell_91(fn_communication_through_cell_junction_in_plant_16(X)))
& substance_1(fn_plant_cell_91(fn_communication_through_cell_junction_in_plant_16(X)))
& cytosol_1(fn_plant_cell_91(fn_communication_through_cell_junction_in_plant_16(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_communication_through_cell_junction_in_plant_16(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_communication_through_cell_junction_in_plant_16(X)))
& spatial_entity_1(fn_plant_cell_83(fn_communication_through_cell_junction_in_plant_16(X)))
& mixture_1(fn_plant_cell_83(fn_communication_through_cell_junction_in_plant_16(X)))
& suspension_1(fn_plant_cell_83(fn_communication_through_cell_junction_in_plant_16(X)))
& colloid_1(fn_plant_cell_83(fn_communication_through_cell_junction_in_plant_16(X)))
& cytoplasm_1(fn_plant_cell_83(fn_communication_through_cell_junction_in_plant_16(X)))
& membrane_1(fn_plant_cell_97(fn_communication_through_cell_junction_in_plant_16(X)))
& spatial_entity_1(fn_plant_cell_97(fn_communication_through_cell_junction_in_plant_16(X)))
& biomembrane_1(fn_plant_cell_97(fn_communication_through_cell_junction_in_plant_16(X)))
& plasma_membrane_1(fn_plant_cell_97(fn_communication_through_cell_junction_in_plant_16(X)))
& cell_1(fn_intercellular_junction_2(fn_communication_through_cell_junction_in_plant_18(X)))
& plant_cell_1(fn_plant_20(fn_communication_through_cell_junction_in_plant_3(X)))
& cell_1(fn_plant_20(fn_communication_through_cell_junction_in_plant_3(X)))
& eukaryotic_cell_1(fn_plant_20(fn_communication_through_cell_junction_in_plant_3(X)))
& cellular_response_1(fn_cell_signaling_1(fn_communication_through_cell_junction_in_plant_6(X)))
& signal_transduction_1(fn_cell_signaling_3(fn_communication_through_cell_junction_in_plant_6(X)))
& signal_reception_1(fn_cell_signaling_2(fn_communication_through_cell_junction_in_plant_6(X)))
& in_event_2(fn_communication_through_cell_junction_in_plant_1(X),X)
& recipient_2(fn_communication_through_cell_junction_in_plant_2(X),fn_communication_through_cell_junction_in_plant_17(X))
& base_2(X,fn_communication_through_cell_junction_in_plant_3(X))
& has_part_2(fn_communication_through_cell_junction_in_plant_3(X),fn_communication_through_cell_junction_in_plant_17(X))
& base_2(fn_communication_through_cell_junction_in_plant_26(X),fn_communication_through_cell_junction_in_plant_17(X))
& is_between_2(fn_communication_through_cell_junction_in_plant_18(X),fn_communication_through_cell_junction_in_plant_17(X))
& fn_communication_through_cell_junction_in_plant_16(X) != fn_communication_through_cell_junction_in_plant_17(X)
& fn_communication_through_cell_junction_in_plant_17(X) != fn_communication_through_cell_junction_in_plant_16(X)
& abuts_2(fn_communication_through_cell_junction_in_plant_16(X),fn_communication_through_cell_junction_in_plant_17(X))
& abuts_2(fn_communication_through_cell_junction_in_plant_17(X),fn_communication_through_cell_junction_in_plant_16(X))
& base_2(fn_communication_through_cell_junction_in_plant_19(X),fn_communication_through_cell_junction_in_plant_16(X))
& base_2(fn_communication_through_cell_junction_in_plant_25(X),fn_communication_through_cell_junction_in_plant_16(X))
& is_between_2(fn_communication_through_cell_junction_in_plant_18(X),fn_communication_through_cell_junction_in_plant_16(X))
& agent_2(fn_communication_through_cell_junction_in_plant_26(X),fn_communication_through_cell_junction_in_plant_16(X))
& plays_2(fn_communication_through_cell_junction_in_plant_16(X),fn_communication_through_cell_junction_in_plant_23(X))
& base_2(fn_communication_through_cell_junction_in_plant_26(X),fn_communication_through_cell_junction_in_plant_16(X))
& has_part_2(fn_communication_through_cell_junction_in_plant_16(X),fn_communication_through_cell_junction_in_plant_18(X))
& agent_2(X,fn_communication_through_cell_junction_in_plant_16(X))
& abuts_2(fn_communication_through_cell_junction_in_plant_20(X),fn_communication_through_cell_junction_in_plant_21(X))
& is_near_2(fn_communication_through_cell_junction_in_plant_17(X),fn_communication_through_cell_junction_in_plant_16(X))
& is_near_2(fn_communication_through_cell_junction_in_plant_16(X),fn_communication_through_cell_junction_in_plant_17(X))
& abuts_2(fn_communication_through_cell_junction_in_plant_21(X),fn_communication_through_cell_junction_in_plant_20(X))
& has_part_2(fn_communication_through_cell_junction_in_plant_16(X),fn_communication_through_cell_junction_in_plant_11(X))
& is_inside_2(fn_communication_through_cell_junction_in_plant_11(X),fn_communication_through_cell_junction_in_plant_7(X))
& base_2(fn_communication_through_cell_junction_in_plant_9(X),fn_communication_through_cell_junction_in_plant_17(X))
& base_2(fn_communication_through_cell_junction_in_plant_10(X),fn_communication_through_cell_junction_in_plant_17(X))
& base_2(fn_communication_through_cell_junction_in_plant_8(X),fn_communication_through_cell_junction_in_plant_17(X))
& object_2(fn_communication_through_cell_junction_in_plant_19(X),fn_communication_through_cell_junction_in_plant_17(X))
& base_2(fn_communication_through_cell_junction_in_plant_6(X),fn_communication_through_cell_junction_in_plant_17(X))
& object_2(X,fn_communication_through_cell_junction_in_plant_17(X))
& has_part_2(fn_communication_through_cell_junction_in_plant_17(X),fn_communication_through_cell_junction_in_plant_21(X))
& is_near_2(fn_communication_through_cell_junction_in_plant_20(X),fn_communication_through_cell_junction_in_plant_21(X))
& is_near_2(fn_communication_through_cell_junction_in_plant_21(X),fn_communication_through_cell_junction_in_plant_20(X))
& has_function_2(fn_communication_through_cell_junction_in_plant_3(X),fn_communication_through_cell_junction_in_plant_24(X))
& base_2(fn_communication_through_cell_junction_in_plant_24(X),fn_communication_through_cell_junction_in_plant_16(X))
& has_part_2(fn_communication_through_cell_junction_in_plant_3(X),fn_communication_through_cell_junction_in_plant_16(X))
& first_subevent_2(X,fn_communication_through_cell_junction_in_plant_26(X))
& subevent_2(fn_communication_through_cell_junction_in_plant_26(X),fn_communication_through_cell_junction_in_plant_25(X))
& in_event_2(fn_communication_through_cell_junction_in_plant_23(X),fn_communication_through_cell_junction_in_plant_25(X))
& subevent_2(X,fn_communication_through_cell_junction_in_plant_6(X))
& next_event_2(fn_communication_through_cell_junction_in_plant_26(X),fn_communication_through_cell_junction_in_plant_6(X))
& subevent_2(X,fn_communication_through_cell_junction_in_plant_26(X))
& path_2(X,fn_communication_through_cell_junction_in_plant_18(X))
& instrument_2(fn_communication_through_cell_junction_in_plant_19(X),fn_communication_through_cell_junction_in_plant_18(X))
& has_part_2(fn_communication_through_cell_junction_in_plant_22(X),fn_communication_through_cell_junction_in_plant_7(X))
& has_part_2(fn_communication_through_cell_junction_in_plant_20(X),fn_communication_through_cell_junction_in_plant_15(X))
& is_inside_2(fn_communication_through_cell_junction_in_plant_22(X),fn_communication_through_cell_junction_in_plant_20(X))
& has_part_2(fn_communication_through_cell_junction_in_plant_16(X),fn_communication_through_cell_junction_in_plant_22(X))
& has_part_2(fn_communication_through_cell_junction_in_plant_16(X),fn_communication_through_cell_junction_in_plant_20(X))
& volume_2(fn_communication_through_cell_junction_in_plant_16(X),fn_communication_through_cell_junction_in_plant_14(X))
& directly_proportional_2(fn_communication_through_cell_junction_in_plant_13(X),fn_communication_through_cell_junction_in_plant_14(X))
& size_2(fn_communication_through_cell_junction_in_plant_16(X),fn_communication_through_cell_junction_in_plant_13(X))
& has_region_2(fn_communication_through_cell_junction_in_plant_16(X),fn_communication_through_cell_junction_in_plant_12(X))
& is_at_2(fn_communication_through_cell_junction_in_plant_15(X),fn_communication_through_cell_junction_in_plant_12(X))
& subevent_2(fn_communication_through_cell_junction_in_plant_6(X),fn_communication_through_cell_junction_in_plant_10(X))
& subevent_2(fn_communication_through_cell_junction_in_plant_6(X),fn_communication_through_cell_junction_in_plant_9(X))
& next_event_2(fn_communication_through_cell_junction_in_plant_10(X),fn_communication_through_cell_junction_in_plant_9(X))
& next_event_2(fn_communication_through_cell_junction_in_plant_8(X),fn_communication_through_cell_junction_in_plant_10(X))
& subevent_2(fn_communication_through_cell_junction_in_plant_6(X),fn_communication_through_cell_junction_in_plant_8(X))
& first_subevent_2(fn_communication_through_cell_junction_in_plant_6(X),fn_communication_through_cell_junction_in_plant_8(X))
& fn_communication_through_cell_junction_in_plant_17(X) = fn_signal_generation_4(fn_communication_through_cell_junction_in_plant_26(X))
& fn_communication_through_cell_junction_in_plant_16(X) = fn_intercellular_junction_2(fn_communication_through_cell_junction_in_plant_18(X))
& fn_communication_through_cell_junction_in_plant_17(X) = fn_intercellular_junction_2(fn_communication_through_cell_junction_in_plant_18(X))
& fn_communication_through_cell_junction_in_plant_17(X) = fn_intercellular_junction_1(fn_communication_through_cell_junction_in_plant_18(X))
& fn_communication_through_cell_junction_in_plant_21(X) = fn_communication_through_cell_junction_9(X)
& fn_communication_through_cell_junction_in_plant_17(X) = fn_communication_through_cell_junction_8(X)
& fn_communication_through_cell_junction_in_plant_7(X) = fn_cell_29(fn_communication_through_cell_junction_in_plant_16(X))
& fn_communication_through_cell_junction_in_plant_11(X) = fn_cell_14(fn_communication_through_cell_junction_in_plant_16(X))
& fn_communication_through_cell_junction_in_plant_9(X) = fn_communication_by_direct_contact_6(X)
& fn_communication_through_cell_junction_in_plant_10(X) = fn_communication_by_direct_contact_7(X)
& fn_communication_through_cell_junction_in_plant_8(X) = fn_communication_by_direct_contact_8(X)
& fn_communication_through_cell_junction_in_plant_19(X) = fn_communication_by_direct_contact_3(X)
& fn_communication_through_cell_junction_in_plant_17(X) = fn_cell_signaling_4(fn_communication_through_cell_junction_in_plant_6(X))
& fn_communication_through_cell_junction_in_plant_6(X) = fn_communication_by_direct_contact_9(X)
& fn_communication_through_cell_junction_in_plant_20(X) = fn_communication_by_direct_contact_2(X)
& fn_communication_through_cell_junction_in_plant_21(X) = fn_communication_by_direct_contact_1(X)
& fn_communication_through_cell_junction_in_plant_17(X) = fn_communication_by_direct_contact_4(X)
& fn_communication_through_cell_junction_in_plant_16(X) = fn_plant_20(fn_communication_through_cell_junction_in_plant_3(X))
& fn_communication_through_cell_junction_in_plant_24(X) = fn_plant_18(fn_communication_through_cell_junction_in_plant_3(X))
& fn_communication_through_cell_junction_in_plant_23(X) = fn_communication_through_cell_junction_6(X)
& fn_communication_through_cell_junction_in_plant_25(X) = fn_communication_through_cell_junction_5(X)
& fn_communication_through_cell_junction_in_plant_19(X) = fn_communication_through_cell_junction_11(X)
& fn_communication_through_cell_junction_in_plant_18(X) = fn_communication_through_cell_junction_12(X)
& fn_communication_through_cell_junction_in_plant_26(X) = fn_communication_through_cell_junction_14(X)
& fn_communication_through_cell_junction_in_plant_6(X) = fn_communication_through_cell_junction_16(X)
& fn_communication_through_cell_junction_in_plant_5(X) = fn_plant_cell_57(fn_communication_through_cell_junction_in_plant_16(X))
& fn_communication_through_cell_junction_in_plant_4(X) = fn_plant_cell_56(fn_communication_through_cell_junction_in_plant_16(X))
& fn_communication_through_cell_junction_in_plant_7(X) = fn_eukaryotic_cell_42(fn_communication_through_cell_junction_in_plant_16(X))
& fn_communication_through_cell_junction_in_plant_7(X) = fn_plant_cell_91(fn_communication_through_cell_junction_in_plant_16(X))
& fn_communication_through_cell_junction_in_plant_16(X) = fn_communication_through_cell_junction_13(X)
& fn_communication_through_cell_junction_in_plant_20(X) = fn_communication_through_cell_junction_10(X)
& fn_communication_through_cell_junction_in_plant_22(X) = fn_eukaryotic_cell_31(fn_communication_through_cell_junction_in_plant_16(X))
& fn_communication_through_cell_junction_in_plant_22(X) = fn_plant_cell_83(fn_communication_through_cell_junction_in_plant_16(X))
& fn_communication_through_cell_junction_in_plant_20(X) = fn_plant_cell_97(fn_communication_through_cell_junction_in_plant_16(X))
& fn_communication_through_cell_junction_in_plant_15(X) = fn_plant_cell_65(fn_communication_through_cell_junction_in_plant_16(X))
& fn_communication_through_cell_junction_in_plant_12(X) = fn_plant_cell_61(fn_communication_through_cell_junction_in_plant_16(X))
& fn_communication_through_cell_junction_in_plant_13(X) = fn_plant_cell_62(fn_communication_through_cell_junction_in_plant_16(X))
& fn_communication_through_cell_junction_in_plant_14(X) = fn_plant_cell_60(fn_communication_through_cell_junction_in_plant_16(X))
& fn_communication_through_cell_junction_in_plant_9(X) = fn_cell_signaling_1(fn_communication_through_cell_junction_in_plant_6(X))
& fn_communication_through_cell_junction_in_plant_10(X) = fn_cell_signaling_3(fn_communication_through_cell_junction_in_plant_6(X))
& fn_communication_through_cell_junction_in_plant_8(X) = fn_cell_signaling_2(fn_communication_through_cell_junction_in_plant_6(X))
& fn_communication_through_cell_junction_9(X) = fn_communication_by_direct_contact_1(X)
& fn_communication_by_direct_contact_1(X) = fn_communication_by_direct_contact_1(X)
& fn_communication_by_direct_contact_1(X) = fn_signal_generation_4(fn_communication_through_cell_junction_in_plant_26(X))
& fn_signal_generation_4(fn_communication_through_cell_junction_in_plant_26(X)) = fn_intercellular_junction_2(fn_communication_through_cell_junction_in_plant_18(X))
& fn_intercellular_junction_2(fn_communication_through_cell_junction_in_plant_18(X)) = fn_signal_generation_4(fn_communication_through_cell_junction_in_plant_26(X))
& fn_signal_generation_4(fn_communication_through_cell_junction_in_plant_26(X)) = fn_cell_signaling_4(fn_communication_through_cell_junction_in_plant_6(X))
& fn_intercellular_junction_1(fn_communication_through_cell_junction_in_plant_18(X)) = fn_cell_signaling_4(fn_communication_through_cell_junction_in_plant_6(X))
& fn_cell_signaling_4(fn_communication_through_cell_junction_in_plant_6(X)) = fn_cell_signaling_4(fn_communication_through_cell_junction_in_plant_6(X))
& fn_cell_signaling_4(fn_communication_through_cell_junction_in_plant_6(X)) = fn_intercellular_junction_1(fn_communication_through_cell_junction_in_plant_18(X))
& fn_intercellular_junction_1(fn_communication_through_cell_junction_in_plant_18(X)) = fn_intercellular_junction_1(fn_communication_through_cell_junction_in_plant_18(X))
& fn_intercellular_junction_1(fn_communication_through_cell_junction_in_plant_18(X)) = fn_communication_through_cell_junction_8(X)
& fn_communication_through_cell_junction_8(X) = fn_communication_through_cell_junction_8(X)
& fn_communication_through_cell_junction_8(X) = fn_communication_by_direct_contact_4(X)
& fn_communication_by_direct_contact_4(X) = fn_communication_by_direct_contact_4(X)
& fn_communication_by_direct_contact_4(X) = fn_communication_through_cell_junction_11(X)
& fn_communication_through_cell_junction_11(X) = fn_communication_by_direct_contact_3(X)
& fn_communication_by_direct_contact_3(X) = fn_communication_through_cell_junction_11(X)
& fn_communication_through_cell_junction_11(X) = fn_cell_29(fn_communication_through_cell_junction_in_plant_16(X))
& fn_cell_29(fn_communication_through_cell_junction_in_plant_16(X)) = fn_eukaryotic_cell_42(fn_communication_through_cell_junction_in_plant_16(X))
& fn_eukaryotic_cell_42(fn_communication_through_cell_junction_in_plant_16(X)) = fn_cell_29(fn_communication_through_cell_junction_in_plant_16(X))
& fn_cell_29(fn_communication_through_cell_junction_in_plant_16(X)) = fn_plant_cell_91(fn_communication_through_cell_junction_in_plant_16(X))
& fn_plant_cell_91(fn_communication_through_cell_junction_in_plant_16(X)) = fn_eukaryotic_cell_31(fn_communication_through_cell_junction_in_plant_16(X))
& fn_plant_cell_83(fn_communication_through_cell_junction_in_plant_16(X)) = fn_eukaryotic_cell_31(fn_communication_through_cell_junction_in_plant_16(X))
& fn_eukaryotic_cell_31(fn_communication_through_cell_junction_in_plant_16(X)) = fn_plant_cell_83(fn_communication_through_cell_junction_in_plant_16(X))
& fn_plant_cell_83(fn_communication_through_cell_junction_in_plant_16(X)) = fn_plant_cell_83(fn_communication_through_cell_junction_in_plant_16(X))
& fn_plant_cell_83(fn_communication_through_cell_junction_in_plant_16(X)) = fn_communication_through_cell_junction_10(X)
& fn_communication_by_direct_contact_2(X) = fn_communication_through_cell_junction_10(X)
& fn_communication_through_cell_junction_10(X) = fn_communication_by_direct_contact_2(X)
& fn_communication_by_direct_contact_2(X) = fn_communication_by_direct_contact_2(X)
& fn_communication_by_direct_contact_2(X) = fn_plant_cell_97(fn_communication_through_cell_junction_in_plant_16(X))
& fn_plant_cell_97(fn_communication_through_cell_junction_in_plant_16(X)) = fn_plant_cell_97(fn_communication_through_cell_junction_in_plant_16(X))
& fn_plant_cell_97(fn_communication_through_cell_junction_in_plant_16(X)) = fn_intercellular_junction_2(fn_communication_through_cell_junction_in_plant_18(X))
& fn_intercellular_junction_2(fn_communication_through_cell_junction_in_plant_18(X)) = fn_intercellular_junction_2(fn_communication_through_cell_junction_in_plant_18(X))
& fn_intercellular_junction_2(fn_communication_through_cell_junction_in_plant_18(X)) = fn_communication_through_cell_junction_13(X)
& fn_communication_through_cell_junction_13(X) = fn_communication_through_cell_junction_13(X)
& fn_communication_through_cell_junction_13(X) = fn_plant_20(fn_communication_through_cell_junction_in_plant_3(X))
& fn_plant_20(fn_communication_through_cell_junction_in_plant_3(X)) = fn_plant_20(fn_communication_through_cell_junction_in_plant_3(X))
& fn_plant_20(fn_communication_through_cell_junction_in_plant_3(X)) = fn_communication_through_cell_junction_13(X)
& fn_communication_through_cell_junction_13(X) = fn_communication_by_direct_contact_6(X)
& fn_communication_by_direct_contact_6(X) = fn_cell_signaling_1(fn_communication_through_cell_junction_in_plant_6(X))
& fn_cell_signaling_1(fn_communication_through_cell_junction_in_plant_6(X)) = fn_cell_signaling_1(fn_communication_through_cell_junction_in_plant_6(X))
& fn_cell_signaling_1(fn_communication_through_cell_junction_in_plant_6(X)) = fn_communication_by_direct_contact_7(X)
& fn_communication_by_direct_contact_7(X) = fn_cell_signaling_3(fn_communication_through_cell_junction_in_plant_6(X))
& fn_cell_signaling_3(fn_communication_through_cell_junction_in_plant_6(X)) = fn_cell_signaling_3(fn_communication_through_cell_junction_in_plant_6(X))
& fn_cell_signaling_3(fn_communication_through_cell_junction_in_plant_6(X)) = fn_cell_signaling_2(fn_communication_through_cell_junction_in_plant_6(X))
& fn_cell_signaling_2(fn_communication_through_cell_junction_in_plant_6(X)) = fn_communication_by_direct_contact_8(X)
& fn_communication_by_direct_contact_8(X) = fn_cell_signaling_2(fn_communication_through_cell_junction_in_plant_6(X))
& fn_cell_signaling_2(fn_communication_through_cell_junction_in_plant_6(X)) = fn_cell_signaling_2(fn_communication_through_cell_junction_in_plant_6(X))
& fn_cell_signaling_2(fn_communication_through_cell_junction_in_plant_6(X)) = fn_communication_by_direct_contact_9(X)
& fn_communication_by_direct_contact_9(X) = fn_communication_through_cell_junction_16(X)
& fn_communication_through_cell_junction_16(X) = fn_communication_through_cell_junction_16(X) ) ) ).
fof(a528560,axiom,
! [X] :
( community_1(X)
=> ( original_name_2(X,'Community')
& description_2(X,'a group of people with something in common')
& concept2words_2(X,people)
& concept2words_2(X,community)
& aggregate_1(X) ) ) ).
fof(a528561,axiom,
! [X] :
( community_ecology_1(X)
=> ( original_name_2(X,'Community-Ecology')
& user_description_2(X,'The study of interactions between species in a biological community.')
& concept2words_2(X,'ecology of community')
& concept2words_2(X,'community ecology')
& concept2words_2(X,'community-ecology')
& ecology_1(X) ) ) ).
fof(a528562,axiom,
! [X] :
( compaction_1(X)
=> ( original_name_2(X,'Compaction')
& user_description_2(X,'A process in early animal embryonic development in which cells on the outer surface of the morula become tightly bound together due to the formation of gap junctions and desmosomes.')
& concept2words_2(X,compact)
& concept2words_2(X,compaction)
& embryonic_process_1(X)
& ~ cell_determination_1(X)
& ~ childbirth_1(X)
& ~ gastrulation_1(X)
& ~ gestation_1(X)
& ~ molting_1(X)
& ~ morphogenesis_1(X)
& ~ organogenesis_1(X)
& ~ oviparous_1(X)
& ~ ovoviviparous_1(X)
& ~ ovulation_1(X)
& ~ paedomorphosis_1(X)
& ~ pattern_formation_1(X)
& ~ phase_change_1(X)
& ~ primary_growth_1(X)
& ~ protostome_development_1(X)
& ~ radial_cleavage_1(X)
& ~ senescence_1(X)
& ~ torsion_1(X)
& ~ viviparous_1(X) ) ) ).
fof(a528563,axiom,
! [X] :
( companion_cell_1(X)
=> ( original_name_2(X,'Companion-Cell')
& user_description_2(X,'A specialized parenchyma cell found in the phloem of angiosperms. Companion cells contain the typical nucleus and cytoplasm of plant cells and carry out the metabolic activities to support the sieve-tube elements.')
& concept2words_2(X,'cell of companion')
& concept2words_2(X,'companion cell')
& concept2words_2(X,'companion-cell')
& plant_cell_1(X)
& ~ bundle_sheath_cell_1(X)
& ~ collenchyma_cell_1(X)
& ~ fiber_cell_1(X)
& ~ fusiform_initials_1(X)
& ~ guard_cell_1(X)
& ~ initial_meristem_1(X)
& ~ mesophyll_cell_1(X)
& ~ parenchyma_cell_1(X)
& ~ placental_transfer_cell_1(X)
& ~ plant_cell_inside_hypertonic_solution_1(X)
& ~ plant_cell_inside_hypotonic_solution_1(X)
& ~ plant_cell_inside_isotonic_solution_1(X)
& ~ rhizoid_1(X)
& ~ sclereid_1(X)
& ~ sclerenchyma_cell_1(X)
& ~ sieve_tube_element_1(X)
& ~ tracheid_1(X)
& ~ vessel_element_1(X) ) ) ).
fof(a528564,axiom,
! [X] :
( company_1(X)
=> ( original_name_2(X,'Company')
& description_2(X,'a private business organization')
& concept2words_2(X,company)
& concept2words_2(X,business)
& concept2words_2(X,concern)
& concept2words_2(X,'business concern')
& concept2words_2(X,business_concern)
& concept2words_2(X,'business organization')
& concept2words_2(X,business_organization)
& concept2words_2(X,'business organisation')
& concept2words_2(X,business_organisation)
& institution_1(X)
& ~ educational_institution_1(X) ) ) ).
fof(a528565,axiom,
! [X] :
( compare_genes_1(X)
=> ( original_name_2(X,'Compare-Genes')
& user_description_2(X,'The process of comparing the genes from two different organisms provides evidence for evolution and support for domain classification.')
& concept2words_2(X,'compare genes from two organisms')
& concept2words_2(X,compare)
& concept2words_2(X,'compare gene')
& concept2words_2(X,'compare-gene')
& distinguishing_1(X)
& ~ codon_recognition_1(X)
& ~ distinguishing_defective_chromosome_1(X)
& ~ dna_proofreading_1(X)
& ~ identify_cell_by_protein_expression_1(X)
& ~ identify_cell_clones_with_gene_of_interest_1(X)
& evolution_1(fn_compare_genes_1(X))
& classification_system_1(fn_compare_genes_2(X))
& domain_1(fn_compare_genes_3(X))
& organism_1(fn_compare_genes_4(X))
& evolution_1(fn_compare_genes_5(X))
& organism_1(fn_compare_genes_6(X))
& gene_1(fn_compare_genes_7(X))
& gene_1(fn_compare_genes_8(X))
& genome_1(fn_compare_genes_9(X))
& genome_1(fn_compare_genes_10(X))
& gene_1(fn_gene_related_aggregates_1(fn_compare_genes_9(X)))
& gene_1(fn_gene_related_aggregates_1(fn_compare_genes_10(X)))
& object_2(fn_compare_genes_1(X),fn_compare_genes_3(X))
& object_2(fn_compare_genes_2(X),fn_compare_genes_3(X))
& has_part_2(fn_compare_genes_4(X),fn_compare_genes_9(X))
& object_2(fn_compare_genes_5(X),fn_compare_genes_4(X))
& object_2(fn_compare_genes_5(X),fn_compare_genes_6(X))
& has_part_2(fn_compare_genes_6(X),fn_compare_genes_10(X))
& object_2(X,fn_compare_genes_7(X))
& object_2(X,fn_compare_genes_8(X))
& supports_2(X,fn_compare_genes_1(X))
& supports_2(X,fn_compare_genes_2(X))
& element_2(fn_compare_genes_9(X),fn_compare_genes_8(X))
& element_2(fn_compare_genes_10(X),fn_compare_genes_7(X))
& fn_compare_genes_8(X) = fn_gene_related_aggregates_1(fn_compare_genes_9(X))
& fn_compare_genes_7(X) = fn_gene_related_aggregates_1(fn_compare_genes_10(X)) ) ) ).
fof(a528566,axiom,
! [X] :
( compete_1(X)
=> ( original_name_2(X,'Compete')
& concept2words_2(X,compete)
& concept2words_2(X,vie)
& concept2words_2(X,contend)
& action_1(X)
& entity_1(fn_compete_1(X))
& contestant_1(fn_compete_2(X))
& object_2(X,fn_compete_1(X))
& agent_2(X,fn_compete_1(X))
& in_event_2(fn_compete_2(X),X)
& plays_2(fn_compete_1(X),fn_compete_2(X)) ) ) ).
fof(a528567,axiom,
! [X] :
( competition_1(X)
=> ( original_name_2(X,'Competition')
& user_description_2(X,'A contest between two or more individuals for a resource that is limited.')
& concept2words_2(X,compete)
& concept2words_2(X,competition)
& species_interactions_1(X)
& ~ herbivory_1(X)
& ~ symbiosis_1(X) ) ) ).
fof(a528568,axiom,
! [X] :
( competitive_inhibition_1(X)
=> ( original_name_2(X,'Competitive-Inhibition')
& user_description_2(X,'Competitive inhibition is a form of enzyme inhibition where binding of the inhibitor to the active site on the enzyme prevents binding of the substrate and vice versa.')
& concept2words_2(X,compete)
& concept2words_2(X,'competitive inhibition')
& concept2words_2(X,'competitive-inhibition')
& inhibition_1(X)
& ~ non_competitive_inhibition_1(X)
& contestant_1(fn_competitive_inhibition_1(X))
& time_interval_1(fn_competitive_inhibition_2(X))
& time_interval_1(fn_competitive_inhibition_3(X))
& contestant_1(fn_competitive_inhibition_4(X))
& spatial_entity_1(fn_competitive_inhibition_5(X))
& enzyme_1(fn_competitive_inhibition_5(X))
& protein_enzyme_1(fn_competitive_inhibition_5(X))
& block_1(fn_competitive_inhibition_6(X))
& enter_1(fn_competitive_inhibition_7(X))
& spatial_entity_1(fn_competitive_inhibition_8(X))
& chemical_entity_1(fn_competitive_inhibition_8(X))
& molecule_1(fn_competitive_inhibition_8(X))
& receptor_site_1(fn_competitive_inhibition_9(X))
& molecule_1(fn_competitive_inhibition_10(X))
& compete_1(fn_competitive_inhibition_11(X))
& attach_1(fn_competitive_inhibition_12(X))
& quantity_value_1(fn_competitive_inhibition_13(X))
& increase_1(fn_competitive_inhibition_14(X))
& competitive_inhibitor_1(fn_competitive_inhibition_16(X))
& contestant_1(fn_compete_2(fn_competitive_inhibition_11(X)))
& property_node_1(fn_increase_2(fn_competitive_inhibition_14(X)))
& property_value_1(fn_increase_3(fn_competitive_inhibition_14(X)))
& attach_1(fn_enzyme_inhibitor_5(fn_competitive_inhibition_16(X)))
& receptor_site_1(fn_enzyme_inhibitor_1(fn_competitive_inhibition_16(X)))
& spatial_entity_1(fn_enzyme_inhibitor_7(fn_competitive_inhibition_16(X)))
& enzyme_1(fn_enzyme_inhibitor_7(fn_competitive_inhibition_16(X)))
& protein_enzyme_1(fn_enzyme_inhibitor_7(fn_competitive_inhibition_16(X)))
& spatial_entity_1(fn_block_1(fn_competitive_inhibition_6(X)))
& spatial_entity_1(fn_locomotion_1(fn_competitive_inhibition_7(X)))
& entity_1(fn_compete_1(fn_competitive_inhibition_11(X)))
& molecule_1(fn_enzyme_regulator_2(fn_competitive_inhibition_16(X)))
& spatial_entity_1(fn_enzyme_inhibitor_3(fn_competitive_inhibition_16(X)))
& chemical_entity_1(fn_enzyme_inhibitor_3(fn_competitive_inhibition_16(X)))
& molecule_1(fn_enzyme_inhibitor_3(fn_competitive_inhibition_16(X)))
& regulation_1(fn_enzyme_regulator_3(fn_competitive_inhibition_16(X)))
& inhibition_1(fn_enzyme_inhibitor_2(fn_competitive_inhibition_16(X)))
& regulation_1(fn_enzyme_inhibitor_2(fn_competitive_inhibition_16(X)))
& in_event_2(fn_competitive_inhibition_1(X),fn_competitive_inhibition_11(X))
& base_2(fn_competitive_inhibition_6(X),fn_competitive_inhibition_5(X))
& inhibits_2(fn_competitive_inhibition_6(X),fn_competitive_inhibition_7(X))
& prevents_2(fn_competitive_inhibition_6(X),fn_competitive_inhibition_7(X))
& site_2(fn_competitive_inhibition_6(X),fn_competitive_inhibition_9(X))
& destination_2(fn_competitive_inhibition_7(X),fn_competitive_inhibition_9(X))
& has_function_2(fn_competitive_inhibition_8(X),fn_competitive_inhibition_12(X))
& has_function_2(fn_competitive_inhibition_8(X),fn_competitive_inhibition_11(X))
& plays_2(fn_competitive_inhibition_8(X),fn_competitive_inhibition_1(X))
& fn_competitive_inhibition_8(X) != fn_competitive_inhibition_10(X)
& subevent_2(X,fn_competitive_inhibition_11(X))
& subevent_2(X,fn_competitive_inhibition_6(X))
& subevent_2(X,fn_competitive_inhibition_12(X))
& first_subevent_2(X,fn_competitive_inhibition_11(X))
& prevents_2(X,fn_competitive_inhibition_14(X))
& fn_competitive_inhibition_10(X) != fn_competitive_inhibition_8(X)
& quantity_2(fn_competitive_inhibition_10(X),fn_competitive_inhibition_13(X))
& agent_2(fn_competitive_inhibition_11(X),fn_competitive_inhibition_8(X))
& object_2(fn_competitive_inhibition_11(X),fn_competitive_inhibition_8(X))
& site_2(fn_competitive_inhibition_11(X),fn_competitive_inhibition_9(X))
& time_during_2(fn_competitive_inhibition_11(X),fn_competitive_inhibition_3(X))
& next_event_2(fn_competitive_inhibition_11(X),fn_competitive_inhibition_12(X))
& causes_2(fn_competitive_inhibition_12(X),fn_competitive_inhibition_6(X))
& next_event_2(fn_competitive_inhibition_12(X),fn_competitive_inhibition_6(X))
& time_during_2(fn_competitive_inhibition_12(X),fn_competitive_inhibition_2(X))
& time_before_2(fn_competitive_inhibition_3(X),fn_competitive_inhibition_2(X))
& object_2(fn_competitive_inhibition_6(X),fn_competitive_inhibition_10(X))
& agent_2(fn_competitive_inhibition_7(X),fn_competitive_inhibition_10(X))
& object_2(fn_competitive_inhibition_7(X),fn_competitive_inhibition_10(X))
& object_2(fn_competitive_inhibition_11(X),fn_competitive_inhibition_10(X))
& plays_2(fn_competitive_inhibition_10(X),fn_competitive_inhibition_4(X))
& in_event_2(fn_competitive_inhibition_4(X),fn_competitive_inhibition_11(X))
& agent_2(fn_competitive_inhibition_11(X),fn_competitive_inhibition_10(X))
& from_value_2(fn_competitive_inhibition_14(X),fn_competitive_inhibition_13(X))
& plays_2(fn_competitive_inhibition_8(X),fn_competitive_inhibition_16(X))
& has_function_2(fn_competitive_inhibition_8(X),X)
& agent_2(X,fn_competitive_inhibition_8(X))
& object_2(fn_competitive_inhibition_12(X),fn_competitive_inhibition_8(X))
& in_event_2(fn_competitive_inhibition_16(X),X)
& object_2(X,fn_competitive_inhibition_5(X))
& has_region_2(fn_competitive_inhibition_5(X),fn_competitive_inhibition_9(X))
& site_2(fn_competitive_inhibition_12(X),fn_competitive_inhibition_9(X))
& base_2(fn_competitive_inhibition_12(X),fn_competitive_inhibition_5(X))
& fn_competitive_inhibition_10(X) = fn_block_1(fn_competitive_inhibition_6(X))
& fn_competitive_inhibition_10(X) = fn_locomotion_1(fn_competitive_inhibition_7(X))
& fn_competitive_inhibition_4(X) = fn_compete_2(fn_competitive_inhibition_11(X))
& fn_competitive_inhibition_10(X) = fn_compete_1(fn_competitive_inhibition_11(X))
& fn_competitive_inhibition_15(X) = fn_increase_2(fn_competitive_inhibition_14(X))
& fn_competitive_inhibition_13(X) = fn_increase_3(fn_competitive_inhibition_14(X))
& fn_competitive_inhibition_8(X) = fn_enzyme_regulator_2(fn_competitive_inhibition_16(X))
& fn_competitive_inhibition_8(X) = fn_enzyme_inhibitor_3(fn_competitive_inhibition_16(X))
& fn_competitive_inhibition_12(X) = fn_enzyme_inhibitor_5(fn_competitive_inhibition_16(X))
& fn_competitive_inhibition_9(X) = fn_enzyme_inhibitor_1(fn_competitive_inhibition_16(X))
& fn_competitive_inhibition_5(X) = fn_enzyme_inhibitor_7(fn_competitive_inhibition_16(X))
& X = fn_enzyme_regulator_3(fn_competitive_inhibition_16(X))
& X = fn_enzyme_inhibitor_2(fn_competitive_inhibition_16(X))
& fn_block_1(fn_competitive_inhibition_6(X)) = fn_locomotion_1(fn_competitive_inhibition_7(X))
& fn_locomotion_1(fn_competitive_inhibition_7(X)) = fn_locomotion_1(fn_competitive_inhibition_7(X))
& fn_locomotion_1(fn_competitive_inhibition_7(X)) = fn_compete_1(fn_competitive_inhibition_11(X))
& fn_compete_1(fn_competitive_inhibition_11(X)) = fn_compete_1(fn_competitive_inhibition_11(X))
& fn_compete_1(fn_competitive_inhibition_11(X)) = fn_enzyme_inhibitor_3(fn_competitive_inhibition_16(X))
& fn_enzyme_inhibitor_3(fn_competitive_inhibition_16(X)) = fn_enzyme_inhibitor_3(fn_competitive_inhibition_16(X))
& fn_enzyme_inhibitor_3(fn_competitive_inhibition_16(X)) = fn_enzyme_regulator_2(fn_competitive_inhibition_16(X))
& fn_enzyme_regulator_2(fn_competitive_inhibition_16(X)) = fn_enzyme_inhibitor_3(fn_competitive_inhibition_16(X))
& fn_enzyme_inhibitor_3(fn_competitive_inhibition_16(X)) = fn_enzyme_regulator_3(fn_competitive_inhibition_16(X))
& fn_enzyme_inhibitor_2(fn_competitive_inhibition_16(X)) = fn_enzyme_inhibitor_2(fn_competitive_inhibition_16(X))
& fn_enzyme_inhibitor_2(fn_competitive_inhibition_16(X)) = fn_enzyme_regulator_3(fn_competitive_inhibition_16(X))
& fn_enzyme_regulator_3(fn_competitive_inhibition_16(X)) = fn_enzyme_inhibitor_2(fn_competitive_inhibition_16(X)) ) ) ).
fof(a528569,axiom,
! [X] :
( competitive_inhibitor_1(X)
=> ( original_name_2(X,'Competitive-Inhibitor')
& user_description_2(X,'A competitive inhibitor is any compound which closely resembles the chemical structure and molecular geometry of the substrate. The inhibitor competes for the same active site as the substrate molecule. The inhibitor may interact with the enzyme at the active site, but no reaction takes place. The inhibitor is stuck on the enzyme and prevents any substrate molecules from reacting with the enzyme. However, a competitive inhibition is usually reversible if sufficient substrate molecules are available to ultimately displace the inhibitor. Therefore, the amount of enzyme inhibition depends upon the inhibitor concentration, substrate concentration, and the relative affinities of the inhibitor and substrate for the active site.')
& concept2words_2(X,'competitive inhibitor')
& concept2words_2(X,'competitive-inhibitor')
& enzyme_inhibitor_1(X)
& spatial_entity_1(fn_competitive_inhibitor_1(X))
& chemical_entity_1(fn_competitive_inhibitor_1(X))
& molecule_1(fn_competitive_inhibitor_1(X))
& competitive_inhibition_1(fn_competitive_inhibitor_2(X))
& spatial_entity_1(fn_competitive_inhibition_8(fn_competitive_inhibitor_2(X)))
& chemical_entity_1(fn_competitive_inhibition_8(fn_competitive_inhibitor_2(X)))
& molecule_1(fn_competitive_inhibition_8(fn_competitive_inhibitor_2(X)))
& competitive_inhibitor_1(fn_competitive_inhibition_16(fn_competitive_inhibitor_2(X)))
& agent_2(fn_competitive_inhibitor_2(X),fn_competitive_inhibitor_1(X))
& plays_2(fn_competitive_inhibitor_1(X),X)
& in_event_2(X,fn_competitive_inhibitor_2(X))
& has_function_2(fn_competitive_inhibitor_1(X),fn_competitive_inhibitor_2(X))
& X = fn_competitive_inhibition_16(fn_competitive_inhibitor_2(X))
& fn_competitive_inhibitor_1(X) = fn_competitive_inhibition_8(fn_competitive_inhibitor_2(X))
& fn_competitive_inhibition_16(fn_competitive_inhibitor_2(X)) = fn_competitive_inhibition_16(fn_competitive_inhibitor_2(X)) ) ) ).
fof(a528570,axiom,
! [X] :
( complement_fixation_1(X)
=> ( original_name_2(X,'Complement-Fixation')
& user_description_2(X,'The process of activation of the complement system by antibody-antigen complexes.')
& concept2words_2(X,'perform complement fixation')
& concept2words_2(X,'fixation of complement')
& concept2words_2(X,'complement fixation')
& concept2words_2(X,'complement-fixation')
& immune_response_1(X) ) ) ).
fof(a528571,axiom,
! [X] :
( complement_system_1(X)
=> ( original_name_2(X,'Complement-System')
& user_description_2(X,'A set of about 30 proteins in the blood that amplify the inflammatory response and increase phagocytosis and lysis of extracellular pathogens.')
& concept2words_2(X,'system of complement')
& concept2words_2(X,'complement system')
& concept2words_2(X,'complement-system')
& protein_complex_1(X)
& ~ anaphase_promoting_complex_1(X)
& ~ capsomere_1(X)
& ~ light_harvesting_complex_1(X)
& ~ membrane_attack_complex_1(X)
& ~ myofibril_1(X)
& ~ proteasome_1(X)
& ~ protein_core_1(X)
& ~ reaction_center_complex_1(X)
& ~ rosette_cellulose_synthesizing_complex_1(X)
& ~ thick_filament_1(X)
& ~ thin_filament_1(X)
& ~ troponin_complex_1(X) ) ) ).
fof(a528572,axiom,
! [X] :
( complete_dominance_1(X)
=> ( original_name_2(X,'Complete-Dominance')
& user_description_2(X,'The situation in which the phenotypes of the heterozygote and dominant homozygote are indistinguishable.')
& concept2words_2(X,'show complete dominance')
& concept2words_2(X,'complete dominance')
& concept2words_2(X,'complete-dominance')
& inheritance_1(X) ) ) ).
fof(a528573,axiom,
! [X] :
( complete_dominance_cross_breeding_event_1(X)
=> ( original_name_2(X,'Complete-Dominance-Cross-Breeding-Event')
& user_description_2(X,'A kind of dominance wherein the dominant allele completely masks the effect of the recessive allele in heterozygous condition in a cross breeding event.')
& concept2words_2(X,crossbreed)
& concept2words_2(X,'complete dominance cross breeding event')
& concept2words_2(X,'complete-dominance-cross-breeding-event')
& cross_breeding_event_1(X)
& ~ codominance_cross_breeding_event_1(X)
& ~ homozygous_dominant_cross_1(X)
& ~ homozygous_recessive_cross_1(X)
& ~ hybridization_1(X)
& ~ incomplete_dominance_cross_breeding_event_1(X)
& ~ sex_linkage_cross_breeding_event_1(X)
& ~ testcross_1(X)
& complete_dominance_1(fn_complete_dominance_cross_breeding_event_1(X))
& by_means_of_2(fn_complete_dominance_cross_breeding_event_1(X),X)
& fn_complete_dominance_cross_breeding_event_1(X) = fn_cross_breeding_event_6(X) ) ) ).
fof(a528574,axiom,
! [X] :
( complete_dominant_allele_1(X)
=> ( original_name_2(X,'Complete-Dominant-Allele')
& user_description_2(X,'The version of a gene that masks the expression of the other version of the same gene when both are present as in a heterozygote.')
& concept2words_2(X,'complete dominant allele')
& concept2words_2(X,'complete-dominant-allele')
& dominant_allele_1(X) ) ) ).
fof(a528575,axiom,
! [X] :
( complete_flower_1(X)
=> ( original_name_2(X,'Complete-Flower')
& user_description_2(X,'A flower that has all four basic floral organs: sepals, petals, stamens, and carpels.')
& concept2words_2(X,'complete flower')
& concept2words_2(X,'complete-flower')
& flower_1(X)
& ~ incomplete_flower_1(X) ) ) ).
fof(a528576,axiom,
! [X] :
( complete_metamorphosis_1(X)
=> ( original_name_2(X,'Complete-Metamorphosis')
& user_description_2(X,'The transformation from a larval form into a very different adult form. The larval and adult forms typically eat different foods and live in different habitats, reducing competition within a life cycle for limited resources.')
& concept2words_2(X,metamorphose)
& concept2words_2(X,'complete metamorphosis')
& concept2words_2(X,'complete-metamorphosis')
& metamorphosis_1(X)
& ~ incomplete_metamorphosis_1(X) ) ) ).
fof(a528577,axiom,
! [X] :
( complete_valence_shell_1(X)
=> ( original_name_2(X,'Complete-Valence-Shell')
& user_description_2(X,'The outermost energy shell of an atom that is filled to capacity.')
& concept2words_2(X,'completed valence shell')
& concept2words_2(X,'complete outer shell')
& concept2words_2(X,'full outer shell')
& concept2words_2(X,'filled outer shell')
& concept2words_2(X,'closed shell')
& concept2words_2(X,'complete valence shell')
& concept2words_2(X,'complete-valence-shell')
& valence_shell_1(X)
& ~ incomplete_valence_shell_1(X) ) ) ).
fof(a528578,axiom,
! [X] :
( composite_transposon_1(X)
=> ( original_name_2(X,'Composite-Transposon')
& user_description_2(X,'large sequence transposons containing genes and other inserted sequences.')
& concept2words_2(X,'complex transposon')
& concept2words_2(X,'complex-transposon')
& concept2words_2(X,'transposon of composite')
& concept2words_2(X,'composite transposon')
& concept2words_2(X,'composite-transposon')
& transposon_1(X)
& ~ insertion_sequences_1(X)
& ~ retrotransposon_1(X)
& insertion_sequences_1(fn_composite_transposon_1(X))
& gene_1(fn_composite_transposon_2(X))
& insertion_sequences_1(fn_composite_transposon_3(X))
& gene_1(fn_composite_transposon_4(X))
& combine_1(fn_composite_transposon_5(X))
& entity_1(fn_combine_2(fn_composite_transposon_5(X)))
& entity_1(fn_combine_1(fn_composite_transposon_5(X)))
& element_2(X,fn_composite_transposon_1(X))
& result_2(fn_composite_transposon_5(X),X)
& object_2(fn_composite_transposon_5(X),fn_composite_transposon_1(X))
& object_2(fn_composite_transposon_5(X),fn_composite_transposon_3(X))
& element_2(X,fn_composite_transposon_4(X))
& element_2(X,fn_composite_transposon_2(X))
& object_2(fn_composite_transposon_5(X),fn_composite_transposon_4(X))
& fn_composite_transposon_3(X) = fn_combine_2(fn_composite_transposon_5(X))
& fn_composite_transposon_4(X) = fn_sequence_1(X)
& fn_composite_transposon_2(X) = fn_sequence_2(X)
& fn_composite_transposon_4(X) = fn_combine_1(fn_composite_transposon_5(X))
& fn_sequence_1(X) = fn_combine_1(fn_composite_transposon_5(X)) ) ) ).
fof(a528579,axiom,
! [X] :
( compound_1(X)
=> ( original_name_2(X,'Compound')
& user_description_2(X,'Compound is a chemical formed when two or more different elements combine, either through covalent or ionic bonding. A compound possesses emergent property because of the constituent elements in a fixed ratio.')
& concept2words_2(X,compound)
& chemical_entity_1(X) ) ) ).
fof(a528580,axiom,
! [X] :
( compound_eye_1(X)
=> ( original_name_2(X,'Compound-Eye')
& user_description_2(X,'A type of eye found only in some arthropods, consisting of up to several thousand individual light-detecting units called ommatidia. Compound eyes excel at detecting motion.')
& concept2words_2(X,'eye of compound')
& concept2words_2(X,'compound eye')
& concept2words_2(X,'compound-eye')
& eye_1(X)
& ~ single_lens_eye_1(X) ) ) ).
fof(a528581,axiom,
! [X] :
( compute_balanced_equation_1(X)
=> ( original_name_2(X,'Compute-Balanced-Equation')
& method_1(X) ) ) ).
fof(a528582,axiom,
! [X] :
( compute_chemical_formula_of_ionic_compound_1(X)
=> ( original_name_2(X,'Compute-Chemical-Formula-of-Ionic-Compound')
& method_1(X) ) ) ).
fof(a528583,axiom,
! [X] :
( compute_concentration_change_constant_1(X)
=> ( original_name_2(X,'Compute-Concentration-Change-Constant')
& method_1(X) ) ) ).
fof(a528584,axiom,
! [X] :
( compute_concentration_from_quantity_and_volume_1(X)
=> ( original_name_2(X,'Compute-Concentration-from-Quantity-and-Volume')
& method_1(X) ) ) ).
fof(a528585,axiom,
! [X] :
( compute_equilibrium_constant_1(X)
=> ( original_name_2(X,'Compute-Equilibrium-Constant')
& method_1(X) ) ) ).
fof(a528586,axiom,
! [X] :
( compute_equilibrium_expression_1(X)
=> ( original_name_2(X,'Compute-Equilibrium-Expression')
& method_1(X) ) ) ).
fof(a528587,axiom,
! [X] :
( compute_equilibrium_position_1(X)
=> ( original_name_2(X,'Compute-Equilibrium-Position')
& method_1(X) ) ) ).
fof(a528588,axiom,
! [X] :
( compute_ionic_compound_parts_from_nested_formula_1(X)
=> ( original_name_2(X,'Compute-Ionic-Compound-Parts-from-Nested-Formula')
& method_1(X) ) ) ).
fof(a528589,axiom,
! [X] :
( compute_maximum_1(X)
=> ( original_name_2(X,'Compute-Maximum')
& description_2(X,'given a list of values, return the maximum')
& concept2words_2(X,'compute maximum')
& concept2words_2(X,'compute-maximum')
& method_1(X) ) ) ).
fof(a528590,axiom,
! [X] :
( compute_minimum_1(X)
=> ( original_name_2(X,'Compute-Minimum')
& description_2(X,'given a list of values, return the minimum value')
& concept2words_2(X,'compute minimum')
& concept2words_2(X,'compute-minimum')
& method_1(X) ) ) ).
fof(a528591,axiom,
! [X] :
( compute_qualitative_maximum_1(X)
=> ( original_name_2(X,'Compute-Qualitative-Maximum')
& concept2words_2(X,'compute qualitative maximum')
& concept2words_2(X,'compute-qualitative-maximum')
& method_1(X) ) ) ).
fof(a528592,axiom,
! [X] :
( compute_qualitative_minimum_1(X)
=> ( original_name_2(X,'Compute-Qualitative-Minimum')
& concept2words_2(X,'compute qualitative minimum')
& concept2words_2(X,'compute-qualitative-minimum')
& method_1(X) ) ) ).
fof(a528593,axiom,
! [X] :
( compute_quantitative_maximum_1(X)
=> ( original_name_2(X,'Compute-Quantitative-Maximum')
& concept2words_2(X,'compute quantitative maximum')
& concept2words_2(X,'compute-quantitative-maximum')
& method_1(X) ) ) ).
fof(a528594,axiom,
! [X] :
( compute_quantitative_minimum_1(X)
=> ( original_name_2(X,'Compute-Quantitative-Minimum')
& concept2words_2(X,'compute quantitative minimum')
& concept2words_2(X,'compute-quantitative-minimum')
& method_1(X) ) ) ).
fof(a528595,axiom,
! [X] :
( compute_quantity_from_concentration_and_volume_1(X)
=> ( original_name_2(X,'Compute-Quantity-from-Concentration-and-Volume')
& method_1(X) ) ) ).
fof(a528596,axiom,
! [X] :
( compute_quantity_from_reaction_1(X)
=> ( original_name_2(X,'Compute-Quantity-from-Reaction')
& method_1(X) ) ) ).
fof(a528597,axiom,
! [X] :
( compute_quantity_of_chemical_in_chemical_1(X)
=> ( original_name_2(X,'Compute-Quantity-of-Chemical-in-Chemical')
& method_1(X) ) ) ).
fof(a528598,axiom,
! [X] :
( compute_quantity_of_chemical_in_chemicals_1(X)
=> ( original_name_2(X,'Compute-Quantity-of-Chemical-in-Chemicals')
& method_1(X) ) ) ).
fof(a528599,axiom,
! [X] :
( compute_volume_from_concentration_and_quantity_1(X)
=> ( original_name_2(X,'Compute-Volume-from-Concentration-and-Quantity')
& method_1(X) ) ) ).
fof(a528600,axiom,
! [X] :
( conceal_1(X)
=> ( original_name_2(X,'Conceal')
& concept2words_2(X,conceal)
& concept2words_2(X,hide)
& make_inaccessible_1(X)
& tangible_entity_1(fn_conceal_1(X))
& object_2(X,fn_conceal_1(X))
& fn_conceal_1(X) = fn_make_inaccessible_1(X) ) ) ).
fof(a528601,axiom,
! [X] :
( concentration_constant_1(X)
=> ( original_name_2(X,'Concentration-Constant')
& concept2words_2(X,'constant of concentration')
& concept2words_2(X,'concentration constant')
& concept2words_2(X,'concentration-constant')
& constant_1(X) ) ) ).
fof(a528602,axiom,
! [X] :
( concentration_gradient_1(X)
=> ( original_name_2(X,'Concentration-Gradient')
& user_description_2(X,'A gradient is a measurement of how much something changes as you move from one region to another. So a concentration gradient is a measurement of how the concentration of something changes from one place to another.')
& concept2words_2(X,'chemical force')
& concept2words_2(X,'chemical-force')
& concept2words_2(X,'gradient of concentration')
& concept2words_2(X,'concentration gradient')
& concept2words_2(X,'concentration-gradient')
& gradient_1(X)
& ~ cline_1(X)
& concentration_value_1(fn_concentration_gradient_3(X))
& concentration_value_1(fn_concentration_gradient_4(X))
& chemical_1(fn_concentration_gradient_5(X))
& chemical_1(fn_concentration_gradient_6(X))
& quantity_value_1(fn_concentration_gradient_7(X))
& solution_1(fn_concentration_gradient_8(X))
& solution_1(fn_concentration_gradient_9(X))
& chemical_1(fn_solution_6(fn_concentration_gradient_8(X)))
& chemical_1(fn_solution_5(fn_concentration_gradient_8(X)))
& chemical_1(fn_solution_6(fn_concentration_gradient_9(X)))
& chemical_1(fn_solution_5(fn_concentration_gradient_9(X)))
& is_between_2(X,fn_concentration_gradient_9(X))
& is_between_2(X,fn_concentration_gradient_8(X))
& concentration_2(fn_concentration_gradient_5(X),fn_concentration_gradient_3(X))
& same_type_2(fn_concentration_gradient_5(X),fn_concentration_gradient_6(X))
& same_type_2(fn_concentration_gradient_6(X),fn_concentration_gradient_5(X))
& concentration_2(fn_concentration_gradient_6(X),fn_concentration_gradient_4(X))
& inversely_proportional_2(fn_concentration_gradient_4(X),fn_concentration_gradient_7(X))
& greater_than_2(fn_concentration_gradient_4(X),fn_concentration_gradient_3(X))
& greater_than_or_equal_to_2(fn_concentration_gradient_4(X),fn_concentration_gradient_3(X))
& directly_proportional_2(fn_concentration_gradient_3(X),fn_concentration_gradient_7(X))
& has_part_2(fn_concentration_gradient_8(X),fn_concentration_gradient_6(X))
& has_solute_2(fn_concentration_gradient_8(X),fn_concentration_gradient_6(X))
& has_part_2(fn_concentration_gradient_9(X),fn_concentration_gradient_5(X))
& has_solute_2(fn_concentration_gradient_9(X),fn_concentration_gradient_5(X))
& quantity_2(X,fn_concentration_gradient_7(X))
& fn_concentration_gradient_6(X) = fn_solution_6(fn_concentration_gradient_8(X))
& fn_concentration_gradient_6(X) = fn_solution_5(fn_concentration_gradient_8(X))
& fn_concentration_gradient_5(X) = fn_solution_6(fn_concentration_gradient_9(X))
& fn_concentration_gradient_5(X) = fn_solution_5(fn_concentration_gradient_9(X))
& fn_concentration_gradient_10(X) = fn_gradient_5(X)
& fn_concentration_gradient_7(X) = fn_gradient_3(X)
& fn_solution_5(fn_concentration_gradient_8(X)) = fn_solution_6(fn_concentration_gradient_8(X))
& fn_solution_6(fn_concentration_gradient_8(X)) = fn_solution_5(fn_concentration_gradient_8(X))
& fn_solution_5(fn_concentration_gradient_8(X)) = fn_solution_5(fn_concentration_gradient_9(X))
& fn_solution_5(fn_concentration_gradient_9(X)) = fn_solution_6(fn_concentration_gradient_9(X))
& fn_solution_6(fn_concentration_gradient_9(X)) = fn_solution_5(fn_concentration_gradient_9(X)) ) ) ).
fof(a528603,axiom,
! [X] :
( concentration_maintenance_transport_1(X)
=> ( original_name_2(X,'Concentration-Maintenance-Transport')
& user_description_2(X,'Cellular transport which specifically functions to maintain concentrations of crucial ions in cells')
& concept2words_2(X,transport)
& concept2words_2(X,'concentration maintenance transport')
& concept2words_2(X,'concentration-maintenance-transport')
& maintenance_1(X)
& concentration_gradient_1(fn_concentration_maintenance_transport_1(X))
& hydrophobic_compound_1(fn_concentration_maintenance_transport_2(X))
& tangible_entity_1(fn_concentration_maintenance_transport_3(X))
& chemical_1(fn_concentration_maintenance_transport_4(X))
& chemical_1(fn_concentration_maintenance_transport_5(X))
& block_1(fn_concentration_maintenance_transport_6(X))
& chemical_entity_1(fn_concentration_maintenance_transport_7(X))
& chemical_1(fn_concentration_maintenance_transport_8(X))
& chemical_entity_1(fn_concentration_maintenance_transport_9(X))
& spatial_entity_1(fn_block_1(fn_concentration_maintenance_transport_6(X)))
& chemical_entity_1(fn_chemical_3(fn_concentration_maintenance_transport_8(X)))
& result_2(X,fn_concentration_maintenance_transport_1(X))
& object_2(X,fn_concentration_maintenance_transport_9(X))
& object_2(fn_concentration_maintenance_transport_6(X),fn_concentration_maintenance_transport_2(X))
& fn_concentration_maintenance_transport_7(X) != fn_concentration_maintenance_transport_9(X)
& fn_concentration_maintenance_transport_7(X) != fn_concentration_maintenance_transport_2(X)
& fn_concentration_maintenance_transport_2(X) != fn_concentration_maintenance_transport_7(X)
& fn_concentration_maintenance_transport_2(X) != fn_concentration_maintenance_transport_9(X)
& same_type_2(fn_concentration_maintenance_transport_3(X),fn_concentration_maintenance_transport_9(X))
& same_type_2(fn_concentration_maintenance_transport_4(X),fn_concentration_maintenance_transport_8(X))
& fn_concentration_maintenance_transport_4(X) != fn_concentration_maintenance_transport_5(X)
& fn_concentration_maintenance_transport_5(X) != fn_concentration_maintenance_transport_4(X)
& same_type_2(fn_concentration_maintenance_transport_5(X),fn_concentration_maintenance_transport_8(X))
& same_type_2(fn_concentration_maintenance_transport_8(X),fn_concentration_maintenance_transport_4(X))
& same_type_2(fn_concentration_maintenance_transport_8(X),fn_concentration_maintenance_transport_5(X))
& fn_concentration_maintenance_transport_9(X) != fn_concentration_maintenance_transport_7(X)
& fn_concentration_maintenance_transport_9(X) != fn_concentration_maintenance_transport_2(X)
& same_type_2(fn_concentration_maintenance_transport_9(X),fn_concentration_maintenance_transport_3(X))
& object_2(fn_concentration_maintenance_transport_6(X),fn_concentration_maintenance_transport_7(X))
& has_part_2(fn_concentration_maintenance_transport_8(X),fn_concentration_maintenance_transport_9(X))
& fn_concentration_maintenance_transport_7(X) = fn_block_1(fn_concentration_maintenance_transport_6(X))
& fn_concentration_maintenance_transport_9(X) = fn_chemical_3(fn_concentration_maintenance_transport_8(X)) ) ) ).
fof(a528604,axiom,
! [X] :
( concentration_scale_1(X)
=> ( original_name_2(X,'Concentration-Scale')
& concept2words_2(X,'scale of concentration')
& concept2words_2(X,'concentration scale')
& concept2words_2(X,'concentration-scale')
& scale_1(X) ) ) ).
fof(a528605,axiom,
! [X] :
( concentration_value_1(X)
=> ( original_name_2(X,'Concentration-Value')
& description_2(X,'concentration is a property describing the amount of a component in a given volume')
& concept2words_2(X,'concentration of equilibrium')
& concept2words_2(X,'equilibrium concentration')
& concept2words_2(X,'equilibrium-concentration')
& concept2words_2(X,concentration)
& concept2words_2(X,'value of concentration')
& concept2words_2(X,'concentration value')
& concept2words_2(X,'concentration-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a528606,axiom,
! [X] :
( concept_word_frame_1(X)
=> ( original_name_2(X,'Concept-Word-Frame')
& user_description_2(X,'The word and frame information associated with a concept. A concept word frame consists of a word and its part of speech. For verbs, it contains syntactic frame information, which is used to realize the concept as a sentence')
& concept2words_2(X,'concept word frame')
& concept2words_2(X,'concept-word-frame')
& thing_1(X)
& ~ temporal_entity_1(X)
& ~ role_1(X)
& ~ event_1(X)
& ~ entity_1(X) ) ) ).
fof(a528607,axiom,
! [X] :
( conception_1(X)
=> ( original_name_2(X,'Conception')
& user_description_2(X,'The fertilization of an egg by a sperm.')
& concept2words_2(X,conceive)
& concept2words_2(X,conception)
& animal_fertilization_1(X)
& ~ acrosomal_reaction_1(X)
& ~ cortical_reaction_1(X) ) ) ).
fof(a528608,axiom,
! [X] :
( conceptual_entity_1(X)
=> ( original_name_2(X,'Conceptual-Entity')
& description_2(X,'An entity bearing conceptual content, such as a message or a bit of information.')
& concept2words_2(X,abstraction)
& concept2words_2(X,'conceptual entity')
& concept2words_2(X,'conceptual-entity')
& intangible_entity_1(X)
& ~ money_1(X)
& ~ language_1(X) ) ) ).
fof(a528609,axiom,
! [X] :
( condensation_reaction_1(X)
=> ( original_name_2(X,'Condensation-Reaction')
& user_description_2(X,'A type of chemical reaction in which two molecules are joined to form a larger molecule, combined with the loss of a small molecule, often water.')
& concept2words_2(X,condensation)
& concept2words_2(X,convert)
& concept2words_2(X,'reaction of condensation')
& concept2words_2(X,'condensation reaction')
& concept2words_2(X,'condensation-reaction')
& create_1(X)
& endergonic_reaction_1(X)
& molecule_1(fn_condensation_reaction_1(X))
& molecule_1(fn_condensation_reaction_2(X))
& molecule_1(fn_condensation_reaction_3(X))
& raw_material_2(X,fn_condensation_reaction_1(X))
& fn_condensation_reaction_2(X) != fn_condensation_reaction_3(X)
& fn_condensation_reaction_2(X) != fn_condensation_reaction_1(X)
& fn_condensation_reaction_3(X) != fn_condensation_reaction_2(X)
& fn_condensation_reaction_3(X) != fn_condensation_reaction_1(X)
& fn_condensation_reaction_1(X) != fn_condensation_reaction_3(X)
& fn_condensation_reaction_1(X) != fn_condensation_reaction_2(X)
& result_2(X,fn_condensation_reaction_3(X))
& raw_material_2(X,fn_condensation_reaction_2(X))
& fn_condensation_reaction_3(X) = fn_create_1(X)
& fn_condensation_reaction_3(X) = fn_endergonic_reaction_9(X)
& fn_condensation_reaction_2(X) = fn_endergonic_reaction_8(X)
& fn_create_1(X) = fn_endergonic_reaction_9(X) ) ) ).
fof(a528610,axiom,
! [X] :
( condense_1(X)
=> ( original_name_2(X,'Condense')
& concept2words_2(X,condense)
& concept2words_2(X,concentrate)
& concept2words_2(X,contract)
& concept2words_2(X,compress)
& concept2words_2(X,compact)
& concept2words_2(X,'pack together')
& concept2words_2(X,focus)
& increase_1(X)
& ~ wet_1(X)
& ~ heat_1(X)
& ~ expand_1(X)
& ~ brighten_1(X)
& ~ cell_elongation_1(X)
& ~ increase_in_cell_size_1(X)
& ~ increase_of_activation_energy_1(X)
& tangible_entity_1(fn_condense_1(X))
& density_value_1(fn_condense_4(X))
& density_value_1(fn_condense_5(X))
& base_2(X,fn_condense_1(X))
& to_value_2(X,fn_condense_5(X))
& from_value_2(X,fn_condense_4(X))
& greater_than_2(fn_condense_5(X),fn_condense_4(X))
& fn_condense_3(X) = fn_increase_2(X)
& fn_condense_2(X) = fn_increase_1(X)
& fn_condense_5(X) = fn_increase_4(X)
& fn_condense_4(X) = fn_increase_3(X) ) ) ).
fof(a528611,axiom,
! [X] :
( condensed_chromosome_1(X)
=> ( original_name_2(X,'Condensed-Chromosome')
& user_description_2(X,'State of a chromosome during cell division in which the diffuse chromatin has pulled together and become more dense, rendering the normally invisible chromosomes visible under a light microscope.')
& concept2words_2(X,'condensed chromosome')
& concept2words_2(X,'condensed-chromosome')
& chromosome_1(X)
& eukaryotic_chromosome_1(fn_condensed_chromosome_1(X))
& has_state_2(fn_condensed_chromosome_1(X),X) ) ) ).
fof(a528612,axiom,
! [X] :
( condensed_diploid_chromosome_1(X)
=> ( original_name_2(X,'Condensed-Diploid-Chromosome')
& user_description_2(X,'State of a diploid chromosome during cell division in which the diffuse chromatin has pulled together and become more dense, rendering the normally invisible chromosomes visible under a light microscope.')
& concept2words_2(X,'condensed diploid chromosome')
& concept2words_2(X,'condensed-diploid-chromosome')
& chromosome_1(X)
& sister_chromatid_1(fn_condensed_diploid_chromosome_1(X))
& sister_chromatid_1(fn_condensed_diploid_chromosome_2(X))
& eukaryotic_chromosome_1(fn_condensed_diploid_chromosome_3(X))
& has_state_2(fn_condensed_diploid_chromosome_3(X),X)
& has_part_2(X,fn_condensed_diploid_chromosome_1(X))
& has_part_2(X,fn_condensed_diploid_chromosome_2(X)) ) ) ).
fof(a528613,axiom,
! [X] :
( condition_1(X)
=> ( original_name_2(X,'Condition')
& concept2words_2(X,condition)
& state_1(X) ) ) ).
fof(a528614,axiom,
! [X] :
( condition_node_1(X)
=> ( original_name_2(X,'Condition-Node')
& concept2words_2(X,'node of condition')
& concept2words_2(X,'condition node')
& concept2words_2(X,'condition-node')
& big_node_1(X) ) ) ).
fof(a528615,axiom,
! [X] :
( condom_1(X)
=> ( original_name_2(X,'Condom')
& user_description_2(X,'A thin, latex rubber or natural membrane sheath that fits over the penis and worn during sexual activity to prevent pregnancy and the transmission of sexually transmitted disease.')
& concept2words_2(X,condom)
& reproductive_barrier_method_1(X)
& ~ cervical_cap_1(X)
& ~ diaphragm_birth_control_1(X) ) ) ).
fof(a528616,axiom,
! [X] :
( conduction_1(X)
=> ( original_name_2(X,'Conduction')
& user_description_2(X,'The transfer of heat between objects that are in direct contact with each other.')
& concept2words_2(X,conduct)
& concept2words_2(X,conduction)
& heat_transfer_1(X)
& molecular_region_1(fn_conduction_1(X))
& molecular_region_1(fn_conduction_2(X))
& abuts_2(fn_conduction_2(X),fn_conduction_1(X))
& abuts_2(fn_conduction_1(X),fn_conduction_2(X))
& origin_2(X,fn_conduction_1(X))
& destination_2(X,fn_conduction_2(X))
& fn_conduction_1(X) = fn_heat_transfer_7(X)
& fn_conduction_2(X) = fn_heat_transfer_6(X) ) ) ).
fof(a528617,axiom,
! [X] :
( conductivity_constant_1(X)
=> ( original_name_2(X,'Conductivity-Constant')
& concept2words_2(X,'constant of conductivity')
& concept2words_2(X,'conductivity constant')
& concept2words_2(X,'conductivity-constant')
& constant_1(X) ) ) ).
fof(a528618,axiom,
! [X] :
( conductivity_scale_1(X)
=> ( original_name_2(X,'Conductivity-Scale')
& concept2words_2(X,'scale of conductivity')
& concept2words_2(X,'conductivity scale')
& concept2words_2(X,'conductivity-scale')
& scale_1(X) ) ) ).
fof(a528619,axiom,
! [X] :
( conductivity_value_1(X)
=> ( original_name_2(X,'Conductivity-Value')
& description_2(X,'A measure of the resistance of water to electrical flow; this resistance is a direct measure of the salinity of water, and it can be measured accurately with a conductivity sensor.')
& concept2words_2(X,conductivity)
& concept2words_2(X,'value of conductivity')
& concept2words_2(X,'conductivity value')
& concept2words_2(X,'conductivity-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a528620,axiom,
! [X] :
( conduit_1(X)
=> ( original_name_2(X,'Conduit')
& concept2words_2(X,conduit)
& role_1(X)
& spatial_entity_1(fn_conduit_1(X))
& plays_2(fn_conduit_1(X),X) ) ) ).
fof(a528621,axiom,
! [X] :
( cone_1(X)
=> ( original_name_2(X,'Cone')
& user_description_2(X,'A photoreceptor cell in the retina of the eye that is sensitive to color.')
& concept2words_2(X,cone)
& animal_cell_1(X)
& ~ blue_light_photoreceptor_1(X) ) ) ).
fof(a528622,axiom,
! [X] :
( confine_1(X)
=> ( original_name_2(X,'Confine')
& concept2words_2(X,confine)
& concept2words_2(X,enclose)
& concept2words_2(X,'hold in')
& concept2words_2(X,hold_in)
& obstruct_1(X)
& tangible_entity_1(fn_confine_1(X))
& tangible_entity_1(fn_confine_2(X))
& container_1(fn_confine_3(X))
& tangible_entity_1(fn_barrier_1(fn_confine_3(X)))
& base_2(X,fn_confine_2(X))
& in_event_2(fn_confine_3(X),X)
& object_2(X,fn_confine_1(X))
& plays_2(fn_confine_2(X),fn_confine_3(X))
& fn_confine_1(X) = fn_obstruct_1(X)
& fn_confine_2(X) = fn_barrier_1(fn_confine_3(X)) ) ) ).
fof(a528623,axiom,
! [X] :
( confirm_1(X)
=> ( original_name_2(X,'Confirm')
& user_description_2(X,'To affirm or support a hypothesis or theory with evidence.')
& concept2words_2(X,confirm)
& communicate_1(X) ) ) ).
fof(a528624,axiom,
! [X] :
( confocal_microscopy_1(X)
=> ( original_name_2(X,'Confocal-Microscopy')
& user_description_2(X,'An optical imaging technique used to increase optical resolution and contrast of a micrograph by using point illumination and a spatial pinhole to eliminate out-of-focus light in specimens that are thicker than the focal plane. It enables the reconstruction of three-dimensional structures from the obtained images.')
& concept2words_2(X,inquire)
& concept2words_2(X,'confocal microscopy')
& concept2words_2(X,'confocal-microscopy')
& microscopy_1(X)
& ~ light_microscopy_1(X)
& ~ electron_microscopy_1(X)
& laser_light_1(fn_confocal_microscopy_1(X))
& specimen_stained_with_fluorescent_substance_1(fn_confocal_microscopy_2(X))
& create_1(fn_confocal_microscopy_3(X))
& optical_sectioning_1(fn_confocal_microscopy_3(X))
& tangible_entity_1(fn_optical_sectioning_2(fn_confocal_microscopy_3(X)))
& agent_2(X,fn_confocal_microscopy_1(X))
& subevent_2(X,fn_confocal_microscopy_3(X))
& object_2(X,fn_confocal_microscopy_2(X))
& base_2(fn_confocal_microscopy_3(X),fn_confocal_microscopy_2(X))
& fn_confocal_microscopy_2(X) = fn_microscopy_1(X)
& fn_confocal_microscopy_2(X) = fn_optical_sectioning_2(fn_confocal_microscopy_3(X))
& fn_microscopy_1(X) = fn_optical_sectioning_2(fn_confocal_microscopy_3(X)) ) ) ).
fof(a528625,axiom,
! [X] :
( conformational_change_1(X)
=> ( original_name_2(X,'Conformational-Change')
& user_description_2(X,'The alteration in the shape of a protein as a result of change in the environment (pH, temperature, ionic strength) or the binding of a ligand to a receptor or the binding of substrate to an enzyme.')
& concept2words_2(X,'shape change')
& concept2words_2(X,'change shape')
& concept2words_2(X,'conformational change')
& concept2words_2(X,'change in conformation')
& concept2words_2(X,'conformational-change')
& change_of_shape_1(X)
& ~ alteration_of_mrna_ends_1(X)
& ~ coil_1(X)
& ~ conversion_to_isomer_1(X)
& ~ detoxification_1(X)
& ~ evaporation_1(X)
& ~ fold_1(X)
& ~ freezing_1(X)
& ~ gene_therapy_1(X)
& ~ melting_1(X)
& ~ metamorphosis_1(X)
& ~ mutation_1(X)
& ~ post_translational_modification_1(X)
& ~ refract_1(X)
& ~ temperature_fluctuation_1(X)
& ~ transformation_1(X)
& ~ twist_1(X)
& shape_value_1(fn_conformational_change_2(X))
& spatial_entity_1(fn_conformational_change_3(X))
& spatial_entity_1(fn_conformational_change_4(X))
& shape_value_1(fn_conformational_change_5(X))
& fn_conformational_change_5(X) != fn_conformational_change_2(X)
& has_state_2(fn_conformational_change_4(X),fn_conformational_change_3(X))
& shape_2(fn_conformational_change_4(X),fn_conformational_change_2(X))
& shape_2(fn_conformational_change_3(X),fn_conformational_change_5(X))
& result_2(X,fn_conformational_change_3(X))
& object_2(X,fn_conformational_change_4(X))
& fn_conformational_change_2(X) != fn_conformational_change_5(X) ) ) ).
fof(a528626,axiom,
! [X] :
( conformer_1(X)
=> ( original_name_2(X,'Conformer')
& user_description_2(X,'An organism whose internal condition varies with changes in external conditions.')
& concept2words_2(X,conformer)
& animal_1(X) ) ) ).
fof(a528627,axiom,
! [X] :
( congenital_disease_1(X)
=> ( original_name_2(X,'Congenital-Disease')
& user_description_2(X,'Congenital disorder involves defects in or damage to a developing fetus. It may be the result of genetic abnormalities, the intrauterine (uterus) environment, errors of morphogenesis, or a chromosomal abnormality.')
& concept2words_2(X,'congenital disease')
& concept2words_2(X,'congenital-disease')
& disease_1(X) ) ) ).
fof(a528628,axiom,
! [X] :
( conidium_1(X)
=> ( original_name_2(X,'Conidium')
& user_description_2(X,'An asexual spore produced by ascomycetes.')
& concept2words_2(X,conidia)
& spore_1(X)
& ~ megaspore_1(X)
& ~ microspore_1(X)
& ~ plant_spore_1(X)
& ~ zoospore_1(X) ) ) ).
fof(a528629,axiom,
! [X] :
( conifer_1(X)
=> ( original_name_2(X,'Conifer')
& user_description_2(X,'A member of the gymnosperm phylum Conifera. Most, including pines and first, are cone-bearing trees.')
& concept2words_2(X,conifer)
& woody_plant_1(X)
& gymnosperm_1(X)
& ~ cycad_1(X) ) ) ).
fof(a528630,axiom,
! [X] :
( conjugation_1(X)
=> ( original_name_2(X,'Conjugation')
& user_description_2(X,'In prokaryotes, the direct transfer of DNA between two cells (of the same or different species) that are temporarily joined. In ciliates, a sexual process in which two cells exchange haploid micronuclei.')
& concept2words_2(X,conjugate)
& concept2words_2(X,conjugation)
& dna_transfer_1(X)
& ~ transduction_gene_transfer_1(X)
& ~ transformation_in_bacterial_genetics_1(X)
& sex_value_1(fn_conjugation_2(X))
& transfer_1(fn_conjugation_3(X))
& gene_1(fn_conjugation_4(X))
& sex_pili_1(fn_conjugation_5(X))
& attach_1(fn_conjugation_6(X))
& prokaryote_1(fn_conjugation_7(X))
& directed_motion_1(fn_conjugation_8(X))
& entity_1(fn_transfer_1(fn_conjugation_3(X)))
& spatial_entity_1(fn_move_1(fn_conjugation_8(X)))
& prokaryote_1(fn_pili_5(fn_conjugation_5(X)))
& attach_1(fn_pili_4(fn_conjugation_5(X)))
& donor_2(fn_conjugation_3(X),fn_conjugation_7(X))
& by_means_of_2(fn_conjugation_6(X),fn_conjugation_8(X))
& sex_2(fn_conjugation_7(X),fn_conjugation_2(X))
& the_categorical_value_2(fn_conjugation_2(X),male_0)
& subevent_2(X,fn_conjugation_6(X))
& subevent_2(X,fn_conjugation_3(X))
& instrument_2(X,fn_conjugation_5(X))
& first_subevent_2(X,fn_conjugation_6(X))
& origin_2(X,fn_conjugation_7(X))
& object_2(fn_conjugation_3(X),fn_conjugation_4(X))
& object_2(X,fn_conjugation_4(X))
& object_2(fn_conjugation_8(X),fn_conjugation_5(X))
& agent_2(fn_conjugation_6(X),fn_conjugation_5(X))
& object_2(fn_conjugation_6(X),fn_conjugation_7(X))
& fn_conjugation_4(X) = fn_transfer_1(fn_conjugation_3(X))
& fn_conjugation_4(X) = fn_transfer_1(X)
& fn_conjugation_5(X) = fn_move_1(fn_conjugation_8(X))
& fn_conjugation_7(X) = fn_pili_5(fn_conjugation_5(X))
& fn_conjugation_6(X) = fn_pili_4(fn_conjugation_5(X)) ) ) ).
fof(a528631,axiom,
! [X] :
( conjunctiva_1(X)
=> ( original_name_2(X,'Conjunctiva')
& user_description_2(X,'A layer of epithelial cells that secretes a mucuc membrance covering the outer surface of the eye, keeping it moist.')
& concept2words_2(X,conjunctiva)
& simple_squamous_epithelium_1(X)
& ~ proximal_tubule_1(X)
& ~ islets_of_langerhans_1(X)
& ~ endometrium_1(X)
& ~ corpus_luteum_1(X)
& ~ collecting_duct_1(X)
& ~ bronchus_1(X)
& ~ alveolus_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ cornea_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ lacteal_1(X)
& ~ prepuce_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a528632,axiom,
! [X] :
( connective_tissue_1(X)
=> ( original_name_2(X,'Connective-Tissue')
& user_description_2(X,'A type of animal tissue that supports, connects, or separates different tissues and organs of the body.')
& concept2words_2(X,'tissue of connective')
& concept2words_2(X,'connective tissue')
& concept2words_2(X,'connective-tissue')
& tissue_1(X) ) ) ).
fof(a528633,axiom,
! [X] :
( connector_1(X)
=> ( original_name_2(X,'Connector')
& concept2words_2(X,connector)
& concept2words_2(X,connection)
& concept2words_2(X,connexion)
& concept2words_2(X,connecter)
& concept2words_2(X,connective)
& concept2words_2(X,fastener)
& concept2words_2(X,fastening)
& concept2words_2(X,holdfast)
& concept2words_2(X,link)
& concept2words_2(X,nexus)
& role_1(X)
& tangible_entity_1(fn_connector_1(X))
& plays_2(fn_connector_1(X),X) ) ) ).
fof(a528634,axiom,
! [X] :
( conodont_1(X)
=> ( original_name_2(X,'Conodont')
& user_description_2(X,'One of a group of extinct eel-like chordates, which had large eyes, rayed fins, and a notochord. Conodonts are known primarily from their fossilized teeth.')
& concept2words_2(X,conodont)
& early_vertebrate_1(X)
& extinct_vertebrate_1(X)
& ~ acanthodian_1(X)
& ~ ammonite_1(X)
& ~ anapsid_1(X)
& ~ archaeopteryx_1(X)
& ~ cooksonia_1(X)
& ~ dinosaur_1(X)
& ~ eurypterid_1(X)
& ~ great_auk_1(X)
& ~ neanderthal_1(X)
& ~ paranthropus_boisei_1(X)
& ~ parareptile_1(X)
& ~ placoderm_1(X)
& ~ pterosaur_1(X)
& ~ trilobite_1(X) ) ) ).
fof(a528635,axiom,
! [X] :
( conservation_biology_1(X)
=> ( original_name_2(X,'Conservation-Biology')
& user_description_2(X,'The scientific study of Earth\'s biodiversity with the goal of protecting species, habitats, and ecosystems from excessive extinction.')
& concept2words_2(X,'biology of conservation')
& concept2words_2(X,'conservation biology')
& concept2words_2(X,'conservation-biology')
& ecology_1(X) ) ) ).
fof(a528636,axiom,
! [X,X2,X1] :
( ( subevent_2(X,X1)
& object_2(X1,X2)
& physical_process_1(X)
& maintenance_1(X1)
& energy_1(X2) )
=> ( conservation_of_energy_1(X)
& fn_conservation_of_energy_3(X) = X1
& fn_conservation_of_energy_2(X) = X2 ) ) ).
fof(a528637,axiom,
! [X] :
( conservation_of_energy_1(X)
=> ( original_name_2(X,'Conservation-Of-Energy')
& user_description_2(X,'1) In conservation ecology, the process of judicious use of available energy resources. 2) In physics and chemistry, the law that states that the total amount of energy in a system remains constant over time.')
& concept2words_2(X,conserve)
& concept2words_2(X,'energy conservation')
& concept2words_2(X,'energy-conservation')
& concept2words_2(X,'conservation of energy')
& concept2words_2(X,'conservation-of-energy')
& physical_process_1(X)
& energy_1(fn_conservation_of_energy_2(X))
& maintenance_1(fn_conservation_of_energy_3(X))
& object_2(fn_conservation_of_energy_3(X),fn_conservation_of_energy_2(X))
& subevent_2(X,fn_conservation_of_energy_3(X)) ) ) ).
fof(a528638,axiom,
! [X] :
( conservative_model_1(X)
=> ( original_name_2(X,'Conservative-model')
& user_description_2(X,'Conservative replication would leave intact the original DNA molecule and generate a completely new molecule.')
& concept2words_2(X,'model of conservative')
& concept2words_2(X,'conservative model')
& concept2words_2(X,'conservative-model')
& dna_replication_1(X) ) ) ).
fof(a528639,axiom,
! [X] :
( consistency_constant_1(X)
=> ( original_name_2(X,'Consistency-Constant')
& concept2words_2(X,'constant of consistency')
& concept2words_2(X,'consistency constant')
& concept2words_2(X,'consistency-constant')
& constant_1(X) ) ) ).
fof(a528640,axiom,
! [X] :
( consistency_value_1(X)
=> ( original_name_2(X,'Consistency-Value')
& description_2(X,'the degree of firmness, density, viscosity, or resistance to movement or separation of constituent particles')
& concept2words_2(X,consistence)
& concept2words_2(X,body)
& concept2words_2(X,consistency)
& concept2words_2(X,'value of consistency')
& concept2words_2(X,'consistency value')
& concept2words_2(X,'consistency-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a528641,axiom,
! [X] :
( constant_1(X)
=> ( original_name_2(X,'Constant')
& concept2words_2(X,constant)
& property_group_1(X) ) ) ).
fof(a528642,axiom,
! [X] :
( constant_exclusion_set_1(X)
=> ( original_name_2(X,'Constant-Exclusion-Set')
& concept2words_2(X,'constant exclusion set')
& concept2words_2(X,'constant-exclusion-set')
& km_class_1(X) ) ) ).
fof(a528643,axiom,
! [X] :
( constant_motion_1(X)
=> ( original_name_2(X,'Constant-Motion')
& user_description_2(X,'It refers to the continuous act, process, or state of changing place or position or movement.')
& concept2words_2(X,move)
& concept2words_2(X,'motion of constant')
& concept2words_2(X,'constant motion')
& concept2words_2(X,'constant-motion')
& physical_process_1(X)
& tangible_entity_1(fn_constant_motion_1(X))
& object_2(X,fn_constant_motion_1(X)) ) ) ).
fof(a528644,axiom,
! [X] :
( constant_region_1(X)
=> ( original_name_2(X,'Constant-Region')
& user_description_2(X,'A region on an immunoglobulin polypeptide chain which is the same for all antibodies of a particular class.')
& concept2words_2(X,'c region')
& concept2words_2(X,'region of constant')
& concept2words_2(X,'constant region')
& concept2words_2(X,'constant-region')
& immunoglobulin_protein_1(X)
& immunoglobulin_protein_1(fn_constant_region_1(X))
& constant_region_1(fn_constant_region_2(X))
& immunoglobulin_protein_1(fn_constant_region_3(X))
& code_for_1(fn_constant_region_4(X))
& constant_region_dna_sequence_1(fn_constant_region_5(X))
& entity_1(fn_code_for_1(fn_constant_region_4(X)))
& entity_1(fn_code_for_2(fn_constant_region_4(X)))
& donor_2(fn_constant_region_4(X),fn_constant_region_5(X))
& has_part_2(fn_constant_region_1(X),X)
& same_type_2(fn_constant_region_2(X),X)
& has_part_2(fn_constant_region_3(X),fn_constant_region_2(X))
& same_type_2(X,fn_constant_region_2(X))
& agent_2(fn_constant_region_4(X),fn_constant_region_5(X))
& result_2(fn_constant_region_4(X),X)
& fn_constant_region_5(X) = fn_code_for_1(fn_constant_region_4(X))
& X = fn_code_for_2(fn_constant_region_4(X)) ) ) ).
fof(a528645,axiom,
! [X] :
( constant_region_dna_sequence_1(X)
=> ( original_name_2(X,'Constant-Region-DNA-Sequence')
& user_description_2(X,'A sequence of DNA providing the code for the constant region on an immunoglobulin polypeptide chain.')
& concept2words_2(X,'constant region dna sequence')
& concept2words_2(X,'constant-region-dna-sequence')
& eukaryote_dna_sequence_1(X)
& ~ tata_box_1(X)
& ~ control_element_1(X)
& ~ dna_strand_1(X)
& ~ episome_1(X)
& ~ genetic_marker_1(X)
& ~ pseudogene_1(X)
& ~ restriction_fragment_length_polymorphism_1(X)
& ~ restriction_site_1(X)
& ~ telomere_1(X)
& ~ transcription_unit_1(X)
& ~ transposon_1(X)
& ~ ttaggg_1(X)
& speed_value_1(fn_constant_region_dna_sequence_3(X))
& quantity_value_1(fn_constant_region_dna_sequence_4(X))
& embryo_1(fn_constant_region_dna_sequence_5(X))
& cell_1(fn_constant_region_dna_sequence_6(X))
& monomer_1(fn_constant_region_dna_sequence_7(X))
& kinetic_energy_1(fn_constant_region_dna_sequence_8(X))
& constant_motion_1(fn_constant_region_dna_sequence_9(X))
& deoxyribonucleoside_monophosphate_1(fn_constant_region_dna_sequence_10(X))
& atom_1(fn_constant_region_dna_sequence_11(X))
& chemical_entity_1(fn_constant_region_dna_sequence_11(X))
& carbon_skeleton_1(fn_constant_region_dna_sequence_12(X))
& carbon_1(fn_constant_region_dna_sequence_13(X))
& entity_1(fn_constant_region_dna_sequence_14(X))
& genome_1(fn_constant_region_dna_sequence_14(X))
& code_for_1(fn_constant_region_dna_sequence_15(X))
& constant_region_1(fn_constant_region_dna_sequence_16(X))
& attach_1(fn_constant_region_dna_sequence_17(X))
& spatial_entity_1(fn_attach_1(fn_constant_region_dna_sequence_17(X)))
& code_for_1(fn_constant_region_4(fn_constant_region_dna_sequence_16(X)))
& constant_motion_1(fn_kinetic_energy_1(fn_constant_region_dna_sequence_8(X)))
& atom_1(fn_carbon_skeleton_2(fn_constant_region_dna_sequence_12(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_constant_region_dna_sequence_12(X)))
& carbon_1(fn_carbon_skeleton_4(fn_constant_region_dna_sequence_12(X)))
& genome_1(fn_cell_24(fn_constant_region_dna_sequence_6(X)))
& constant_region_dna_sequence_1(fn_constant_region_5(fn_constant_region_dna_sequence_16(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_constant_region_dna_sequence_8(X)))
& quantity_2(fn_constant_region_dna_sequence_8(X),fn_constant_region_dna_sequence_4(X))
& speed_2(fn_constant_region_dna_sequence_9(X),fn_constant_region_dna_sequence_3(X))
& directly_proportional_2(fn_constant_region_dna_sequence_3(X),fn_constant_region_dna_sequence_4(X))
& has_part_2(fn_constant_region_dna_sequence_5(X),fn_constant_region_dna_sequence_6(X))
& has_part_2(X,fn_constant_region_dna_sequence_10(X))
& has_part_2(X,fn_constant_region_dna_sequence_11(X))
& has_part_2(X,fn_constant_region_dna_sequence_13(X))
& has_region_2(X,fn_constant_region_dna_sequence_12(X))
& object_2(fn_constant_region_dna_sequence_17(X),fn_constant_region_dna_sequence_10(X))
& first_element_2(X,fn_constant_region_dna_sequence_14(X))
& element_2(X,fn_constant_region_dna_sequence_14(X))
& next_element_2(fn_constant_region_dna_sequence_14(X),fn_constant_region_dna_sequence_7(X))
& element_2(X,fn_constant_region_dna_sequence_7(X))
& has_part_2(fn_constant_region_dna_sequence_6(X),fn_constant_region_dna_sequence_14(X))
& result_2(fn_constant_region_dna_sequence_15(X),fn_constant_region_dna_sequence_16(X))
& agent_2(fn_constant_region_dna_sequence_15(X),X)
& possesses_2(X,fn_constant_region_dna_sequence_8(X))
& object_2(fn_constant_region_dna_sequence_9(X),X)
& is_inside_2(fn_constant_region_dna_sequence_13(X),fn_constant_region_dna_sequence_12(X))
& fn_constant_region_dna_sequence_11(X) != fn_constant_region_dna_sequence_13(X)
& fn_constant_region_dna_sequence_13(X) != fn_constant_region_dna_sequence_11(X)
& fn_constant_region_dna_sequence_10(X) = fn_attach_1(fn_constant_region_dna_sequence_17(X))
& fn_constant_region_dna_sequence_7(X) = fn_sequence_1(X)
& fn_constant_region_dna_sequence_14(X) = fn_sequence_2(X)
& fn_constant_region_dna_sequence_7(X) = fn_nucleic_acid_sequence_6(X)
& fn_constant_region_dna_sequence_14(X) = fn_cell_24(fn_constant_region_dna_sequence_6(X))
& X = fn_constant_region_5(fn_constant_region_dna_sequence_16(X))
& fn_constant_region_dna_sequence_15(X) = fn_constant_region_4(fn_constant_region_dna_sequence_16(X))
& fn_constant_region_dna_sequence_9(X) = fn_kinetic_energy_1(fn_constant_region_dna_sequence_8(X))
& X = fn_kinetic_energy_2(fn_constant_region_dna_sequence_8(X))
& fn_constant_region_dna_sequence_11(X) = fn_carbon_skeleton_2(fn_constant_region_dna_sequence_12(X))
& fn_constant_region_dna_sequence_13(X) = fn_carbon_skeleton_4(fn_constant_region_dna_sequence_12(X))
& fn_sequence_1(X) = fn_nucleic_acid_sequence_6(X)
& fn_nucleic_acid_sequence_6(X) = fn_sequence_2(X)
& fn_sequence_2(X) = fn_sequence_2(X)
& fn_sequence_2(X) = fn_cell_24(fn_constant_region_dna_sequence_6(X))
& fn_cell_24(fn_constant_region_dna_sequence_6(X)) = fn_constant_region_5(fn_constant_region_dna_sequence_16(X))
& fn_constant_region_5(fn_constant_region_dna_sequence_16(X)) = fn_kinetic_energy_2(fn_constant_region_dna_sequence_8(X))
& fn_kinetic_energy_2(fn_constant_region_dna_sequence_8(X)) = fn_kinetic_energy_2(fn_constant_region_dna_sequence_8(X)) ) ) ).
fof(a528646,axiom,
! [X] :
( construction_1(X)
=> ( original_name_2(X,'Construction')
& concept2words_2(X,construct)
& concept2words_2(X,building)
& concept2words_2(X,'creating from raw materials')
& concept2words_2(X,creating_from_raw_materials)
& concept2words_2(X,create)
& concept2words_2(X,construction)
& create_1(X) ) ) ).
fof(a528647,axiom,
! [X] :
( consume_1(X)
=> ( original_name_2(X,'Consume')
& concept2words_2(X,consume)
& concept2words_2(X,'eat up')
& concept2words_2(X,eat_up)
& concept2words_2(X,'use up')
& concept2words_2(X,use_up)
& concept2words_2(X,eat)
& concept2words_2(X,deplete)
& concept2words_2(X,exhaust)
& concept2words_2(X,'run through')
& concept2words_2(X,run_through)
& concept2words_2(X,'wipe out')
& concept2words_2(X,wipe_out)
& action_1(X)
& entity_1(fn_consume_1(X))
& resource_1(fn_consume_2(X))
& object_2(X,fn_consume_1(X))
& in_event_2(fn_consume_2(X),X)
& plays_2(fn_consume_1(X),fn_consume_2(X)) ) ) ).
fof(a528648,axiom,
! [X] :
( consumers_1(X)
=> ( original_name_2(X,'Consumers')
& user_description_2(X,'Group of organisms in an ecosystem which feeds on other organisms.')
& concept2words_2(X,consumer)
& trophic_level_1(X) ) ) ).
fof(a528649,axiom,
! [X] :
( contained_volume_1(X)
=> ( original_name_2(X,'Contained-Volume')
& user_description_2(X,'A specified volume of something contained within a limited space.')
& concept2words_2(X,'contained volume')
& concept2words_2(X,'contained-volume')
& tangible_entity_1(X) ) ) ).
fof(a528650,axiom,
! [X] :
( container_1(X)
=> ( original_name_2(X,'Container')
& concept2words_2(X,container)
& barrier_1(X)
& ~ cover_1(X)
& ~ portal_covering_1(X) ) ) ).
fof(a528651,axiom,
! [X] :
( contest_1(X)
=> ( original_name_2(X,'Contest')
& concept2words_2(X,contest)
& concept2words_2(X,competition)
& concept2words_2(X,game)
& concept2words_2(X,conflict)
& concept2words_2(X,struggle)
& concept2words_2(X,battle)
& concept2words_2(X,fight)
& concept2words_2(X,engagement)
& activity_1(X) ) ) ).
fof(a528652,axiom,
! [X] :
( contestant_1(X)
=> ( original_name_2(X,'Contestant')
& concept2words_2(X,contestant)
& role_1(X) ) ) ).
fof(a528653,axiom,
! [X] :
( continental_drift_1(X)
=> ( original_name_2(X,'Continental-Drift')
& user_description_2(X,'The slow movement of the continental plates across Earths surface.')
& concept2words_2(X,'continental drift')
& concept2words_2(X,'continental-drift')
& geologic_process_1(X)
& ~ biogeochemical_cycle_1(X)
& ~ catastrophism_1(X)
& ~ climate_1(X)
& ~ plate_tectonics_1(X)
& ~ uniformitarianism_1(X) ) ) ).
fof(a528654,axiom,
! [X] :
( continental_shelf_1(X)
=> ( original_name_2(X,'Continental-Shelf')
& user_description_2(X,'The edge of a continent which is under relatively shallow water and is adjacent to the shore of an ocean or sea.')
& concept2words_2(X,'continental shelf')
& concept2words_2(X,'continental-shelf')
& region_1(X) ) ) ).
fof(a528655,axiom,
! [X] :
( contraception_1(X)
=> ( original_name_2(X,'Contraception')
& user_description_2(X,'Methods or devices used to prevent pregnancy.')
& concept2words_2(X,contraception)
& birth_control_1(X)
& ~ postzygotic_barrier_1(X) ) ) ).
fof(a528656,axiom,
! [X] :
( contraceptive_procedure_1(X)
=> ( original_name_2(X,'Contraceptive-Procedure')
& user_description_2(X,'A medical procedure designed to prevent pregnancy.')
& concept2words_2(X,'birth control procedure')
& concept2words_2(X,'birth-control-procedure')
& concept2words_2(X,'procedure of contraceptive')
& concept2words_2(X,'contraceptive procedure')
& concept2words_2(X,'contraceptive-procedure')
& medical_procedure_1(X) ) ) ).
fof(a528657,axiom,
! [X] :
( contract_1(X)
=> ( original_name_2(X,'Contract')
& concept2words_2(X,shrink)
& concept2words_2(X,contract)
& concept2words_2(X,shrivel)
& decrease_1(X)
& ~ cool_1(X)
& ~ dry_1(X)
& ~ dim_1(X)
& tangible_entity_1(fn_contract_1(X))
& volume_value_1(fn_contract_4(X))
& volume_value_1(fn_contract_5(X))
& base_2(X,fn_contract_1(X))
& to_value_2(X,fn_contract_5(X))
& from_value_2(X,fn_contract_4(X))
& greater_than_2(fn_contract_4(X),fn_contract_5(X))
& fn_contract_3(X) = fn_decrease_2(X)
& fn_contract_2(X) = fn_decrease_1(X)
& fn_contract_5(X) = fn_decrease_4(X)
& fn_contract_4(X) = fn_decrease_3(X) ) ) ).
fof(a528658,axiom,
! [X] :
( contractile_ring_1(X)
=> ( original_name_2(X,'Contractile-Ring')
& user_description_2(X,'Contractile ring is a ring structure made up of myosin and actin microfilaments which is formed at mid-region of the animal cell. It brings about cytokinesis (division of cytoplasm to result in two daughter cells)')
& concept2words_2(X,'contractile ring')
& concept2words_2(X,'contractile-ring')
& animal_cell_structure_1(X)
& attach_1(fn_contractile_ring_1(X))
& monomer_1(fn_contractile_ring_2(X))
& size_value_1(fn_contractile_ring_3(X))
& size_value_1(fn_contractile_ring_4(X))
& spatial_entity_1(fn_contractile_ring_5(X))
& polymer_1(fn_contractile_ring_5(X))
& microfilament_1(fn_contractile_ring_5(X))
& myosin_1(fn_contractile_ring_6(X))
& spatial_entity_1(fn_attach_1(fn_contractile_ring_1(X)))
& spatial_entity_1(fn_attach_2(fn_contractile_ring_1(X)))
& size_value_1(fn_microfilament_24(fn_contractile_ring_5(X)))
& size_value_1(fn_microfilament_23(fn_contractile_ring_5(X)))
& monomer_1(fn_polymer_6(fn_contractile_ring_5(X)))
& monomer_1(fn_microfilament_27(fn_contractile_ring_5(X)))
& has_part_2(X,fn_contractile_ring_5(X))
& has_part_2(X,fn_contractile_ring_6(X))
& object_2(fn_contractile_ring_1(X),fn_contractile_ring_6(X))
& base_2(fn_contractile_ring_1(X),fn_contractile_ring_5(X))
& the_scalar_value_2(fn_contractile_ring_3(X),big_0)
& scalar_unit_class_2(fn_contractile_ring_3(X),polypeptide_0)
& greater_than_2(fn_contractile_ring_3(X),fn_contractile_ring_4(X))
& size_2(fn_contractile_ring_2(X),fn_contractile_ring_4(X))
& has_part_2(fn_contractile_ring_5(X),fn_contractile_ring_2(X))
& size_2(fn_contractile_ring_5(X),fn_contractile_ring_3(X))
& fn_contractile_ring_6(X) = fn_attach_1(fn_contractile_ring_1(X))
& fn_contractile_ring_5(X) = fn_attach_2(fn_contractile_ring_1(X))
& fn_contractile_ring_4(X) = fn_microfilament_24(fn_contractile_ring_5(X))
& fn_contractile_ring_2(X) = fn_polymer_6(fn_contractile_ring_5(X))
& fn_contractile_ring_2(X) = fn_microfilament_27(fn_contractile_ring_5(X))
& fn_contractile_ring_3(X) = fn_microfilament_23(fn_contractile_ring_5(X))
& fn_microfilament_27(fn_contractile_ring_5(X)) = fn_polymer_6(fn_contractile_ring_5(X))
& fn_polymer_6(fn_contractile_ring_5(X)) = fn_microfilament_27(fn_contractile_ring_5(X)) ) ) ).
fof(a528659,axiom,
! [X] :
( contractile_vacuole_1(X)
=> ( original_name_2(X,'Contractile-Vacuole')
& user_description_2(X,'Contractile Vacuole is a membranous sac involved in osmoregulation. It is most commonly found in protists.')
& concept2words_2(X,'contractile vacuole')
& concept2words_2(X,'contractile-vacuole')
& vacuole_1(X)
& ~ central_vacuole_1(X)
& canal_1(fn_contractile_vacuole_2(X))
& volume_value_1(fn_contractile_vacuole_3(X))
& container_1(fn_contractile_vacuole_4(X))
& maintenance_1(fn_contractile_vacuole_5(X))
& cell_1(fn_contractile_vacuole_6(X))
& ribosome_1(fn_contractile_vacuole_9(X))
& eukaryotic_chromosome_1(fn_contractile_vacuole_10(X))
& chromosome_1(fn_contractile_vacuole_10(X))
& rough_endoplasmic_reticulum_1(fn_contractile_vacuole_11(X))
& golgi_apparatus_1(fn_contractile_vacuole_12(X))
& tangible_entity_1(fn_contractile_vacuole_13(X))
& nucleus_1(fn_contractile_vacuole_13(X))
& mitochondrion_1(fn_contractile_vacuole_14(X))
& smooth_endoplasmic_reticulum_1(fn_contractile_vacuole_15(X))
& volume_value_1(fn_contractile_vacuole_16(X))
& surface_1(fn_contractile_vacuole_17(X))
& protein_enzyme_1(fn_contractile_vacuole_18(X))
& size_value_1(fn_contractile_vacuole_19(X))
& tangible_entity_1(fn_contractile_vacuole_20(X))
& er_membrane_1(fn_contractile_vacuole_20(X))
& biomembrane_1(fn_contractile_vacuole_20(X))
& cisternal_space_1(fn_contractile_vacuole_21(X))
& tangible_entity_1(fn_contractile_vacuole_22(X))
& phospholipid_bilayer_1(fn_contractile_vacuole_22(X))
& aqueous_solution_1(fn_contractile_vacuole_23(X))
& liquid_substance_1(fn_contractile_vacuole_23(X))
& solution_1(fn_contractile_vacuole_23(X))
& substance_1(fn_contractile_vacuole_23(X))
& cytosol_1(fn_contractile_vacuole_23(X))
& container_1(fn_contractile_vacuole_24(X))
& biomembrane_1(fn_contractile_vacuole_25(X))
& aqueous_solution_1(fn_contractile_vacuole_26(X))
& osmoregulation_1(fn_contractile_vacuole_27(X))
& mixture_1(fn_contractile_vacuole_28(X))
& suspension_1(fn_contractile_vacuole_28(X))
& colloid_1(fn_contractile_vacuole_28(X))
& cytoplasm_1(fn_contractile_vacuole_28(X))
& entity_1(fn_contractile_vacuole_29(X))
& spatial_entity_1(fn_contractile_vacuole_29(X))
& tangible_entity_1(fn_contractile_vacuole_29(X))
& water_1(fn_contractile_vacuole_29(X))
& spatial_entity_1(fn_contractile_vacuole_30(X))
& eukaryotic_cell_1(fn_contractile_vacuole_30(X))
& cell_1(fn_contractile_vacuole_30(X))
& remove_1(fn_contractile_vacuole_31(X))
& store_1(fn_contractile_vacuole_32(X))
& spatial_entity_1(fn_contractile_vacuole_33(X))
& biomembrane_1(fn_contractile_vacuole_33(X))
& plasma_membrane_1(fn_contractile_vacuole_33(X))
& substance_1(fn_contractile_vacuole_34(X))
& solid_substance_1(fn_contractile_vacuole_34(X))
& container_1(fn_store_3(fn_contractile_vacuole_32(X)))
& ribosome_1(fn_cell_14(fn_contractile_vacuole_30(X)))
& cell_1(fn_osmoregulation_19(fn_contractile_vacuole_27(X)))
& property_node_1(fn_eukaryotic_cell_60(fn_contractile_vacuole_30(X)))
& property_node_1(fn_eukaryotic_cell_28(fn_contractile_vacuole_30(X)))
& volume_value_1(fn_eukaryotic_cell_59(fn_contractile_vacuole_30(X)))
& size_value_1(fn_eukaryotic_cell_27(fn_contractile_vacuole_30(X)))
& protein_enzyme_1(fn_eukaryotic_cell_21(fn_contractile_vacuole_30(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_contractile_vacuole_30(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_contractile_vacuole_30(X)))
& surface_1(fn_eukaryotic_cell_44(fn_contractile_vacuole_30(X)))
& tangible_entity_1(fn_eukaryotic_cell_41(fn_contractile_vacuole_30(X)))
& phospholipid_bilayer_1(fn_eukaryotic_cell_41(fn_contractile_vacuole_30(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_contractile_vacuole_30(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_contractile_vacuole_30(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_contractile_vacuole_30(X)))
& mitochondrion_1(fn_endoplasmic_reticulum_14(fn_contractile_vacuole_11(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_contractile_vacuole_15(X)))
& maintenance_1(fn_osmoregulation_3(fn_contractile_vacuole_27(X)))
& maintenance_1(fn_osmoregulation_4(fn_contractile_vacuole_27(X)))
& entity_1(fn_store_1(fn_contractile_vacuole_32(X)))
& spatial_entity_1(fn_remove_1(fn_contractile_vacuole_31(X)))
& tangible_entity_1(fn_osmoregulation_21(fn_contractile_vacuole_27(X)))
& water_1(fn_osmoregulation_2(fn_contractile_vacuole_27(X)))
& mixture_1(fn_cell_28(fn_contractile_vacuole_30(X)))
& cytoplasm_1(fn_cell_28(fn_contractile_vacuole_30(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_contractile_vacuole_30(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_contractile_vacuole_30(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_contractile_vacuole_30(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_contractile_vacuole_30(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_contractile_vacuole_15(X)))
& substance_1(fn_cell_29(fn_contractile_vacuole_30(X)))
& cytosol_1(fn_cell_29(fn_contractile_vacuole_30(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_contractile_vacuole_15(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_contractile_vacuole_15(X)))
& spatial_entity_1(fn_remove_2(fn_contractile_vacuole_31(X)))
& eukaryotic_cell_1(fn_endoplasmic_reticulum_11(fn_contractile_vacuole_11(X)))
& cell_1(fn_endoplasmic_reticulum_11(fn_contractile_vacuole_11(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_contractile_vacuole_15(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_contractile_vacuole_15(X)))
& er_membrane_1(fn_eukaryotic_cell_39(fn_contractile_vacuole_30(X)))
& tangible_entity_1(fn_endoplasmic_reticulum_30(fn_contractile_vacuole_11(X)))
& er_membrane_1(fn_endoplasmic_reticulum_30(fn_contractile_vacuole_11(X)))
& biomembrane_1(fn_endoplasmic_reticulum_30(fn_contractile_vacuole_11(X)))
& cisternal_space_1(fn_smooth_endoplasmic_reticulum_39(fn_contractile_vacuole_15(X)))
& cisternal_space_1(fn_endoplasmic_reticulum_31(fn_contractile_vacuole_11(X)))
& spatial_entity_1(fn_store_2(fn_contractile_vacuole_32(X)))
& abuts_2(fn_contractile_vacuole_11(X),fn_contractile_vacuole_15(X))
& fn_contractile_vacuole_11(X) != fn_contractile_vacuole_15(X)
& is_inside_2(fn_contractile_vacuole_14(X),fn_contractile_vacuole_23(X))
& abuts_2(fn_contractile_vacuole_15(X),fn_contractile_vacuole_11(X))
& fn_contractile_vacuole_15(X) != fn_contractile_vacuole_11(X)
& subevent_2(fn_contractile_vacuole_27(X),fn_contractile_vacuole_32(X))
& subevent_2(fn_contractile_vacuole_27(X),fn_contractile_vacuole_31(X))
& has_function_2(X,fn_contractile_vacuole_31(X))
& volume_2(X,fn_contractile_vacuole_3(X))
& has_function_2(fn_contractile_vacuole_30(X),fn_contractile_vacuole_27(X))
& agent_2(fn_contractile_vacuole_31(X),X)
& is_inside_2(fn_contractile_vacuole_2(X),fn_contractile_vacuole_28(X))
& base_2(fn_contractile_vacuole_31(X),fn_contractile_vacuole_30(X))
& object_2(fn_contractile_vacuole_31(X),fn_contractile_vacuole_29(X))
& is_inside_2(fn_contractile_vacuole_29(X),X)
& object_2(fn_contractile_vacuole_32(X),fn_contractile_vacuole_29(X))
& in_event_2(fn_contractile_vacuole_4(X),fn_contractile_vacuole_32(X))
& plays_2(X,fn_contractile_vacuole_4(X))
& has_part_2(fn_contractile_vacuole_30(X),fn_contractile_vacuole_9(X))
& is_inside_2(fn_contractile_vacuole_9(X),fn_contractile_vacuole_23(X))
& base_2(fn_contractile_vacuole_27(X),fn_contractile_vacuole_6(X))
& is_inside_2(fn_contractile_vacuole_29(X),fn_contractile_vacuole_6(X))
& object_2(fn_contractile_vacuole_5(X),fn_contractile_vacuole_29(X))
& causes_2(fn_contractile_vacuole_27(X),fn_contractile_vacuole_5(X))
& has_part_2(fn_contractile_vacuole_28(X),fn_contractile_vacuole_34(X))
& is_inside_2(fn_contractile_vacuole_34(X),fn_contractile_vacuole_23(X))
& has_part_2(fn_contractile_vacuole_30(X),X)
& is_inside_2(fn_contractile_vacuole_18(X),fn_contractile_vacuole_20(X))
& the_scalar_value_2(fn_contractile_vacuole_19(X),big_0)
& scalar_unit_class_2(fn_contractile_vacuole_19(X),prokaryote_0)
& size_2(fn_contractile_vacuole_30(X),fn_contractile_vacuole_19(X))
& directly_proportional_2(fn_contractile_vacuole_19(X),fn_contractile_vacuole_16(X))
& volume_2(fn_contractile_vacuole_30(X),fn_contractile_vacuole_16(X))
& has_part_2(fn_contractile_vacuole_30(X),fn_contractile_vacuole_28(X))
& is_inside_2(fn_contractile_vacuole_10(X),fn_contractile_vacuole_13(X))
& is_between_2(fn_contractile_vacuole_28(X),fn_contractile_vacuole_13(X))
& is_between_2(fn_contractile_vacuole_28(X),fn_contractile_vacuole_33(X))
& is_inside_2(fn_contractile_vacuole_28(X),fn_contractile_vacuole_33(X))
& has_part_2(fn_contractile_vacuole_28(X),fn_contractile_vacuole_18(X))
& has_part_2(fn_contractile_vacuole_30(X),fn_contractile_vacuole_33(X))
& has_part_2(fn_contractile_vacuole_33(X),fn_contractile_vacuole_22(X))
& is_at_2(fn_contractile_vacuole_22(X),fn_contractile_vacuole_17(X))
& has_region_2(fn_contractile_vacuole_30(X),fn_contractile_vacuole_17(X))
& has_part_2(fn_contractile_vacuole_30(X),fn_contractile_vacuole_10(X))
& is_between_2(fn_contractile_vacuole_25(X),fn_contractile_vacuole_23(X))
& has_part_2(fn_contractile_vacuole_28(X),fn_contractile_vacuole_23(X))
& plays_2(X,fn_contractile_vacuole_24(X))
& in_event_2(fn_contractile_vacuole_24(X),fn_contractile_vacuole_32(X))
& has_part_2(X,fn_contractile_vacuole_26(X))
& is_between_2(fn_contractile_vacuole_25(X),fn_contractile_vacuole_26(X))
& has_part_2(X,fn_contractile_vacuole_25(X))
& has_function_2(X,fn_contractile_vacuole_32(X))
& base_2(fn_contractile_vacuole_32(X),X)
& has_part_2(fn_contractile_vacuole_30(X),fn_contractile_vacuole_11(X))
& has_part_2(fn_contractile_vacuole_30(X),fn_contractile_vacuole_14(X))
& has_part_2(fn_contractile_vacuole_30(X),fn_contractile_vacuole_13(X))
& has_part_2(fn_contractile_vacuole_30(X),fn_contractile_vacuole_15(X))
& has_part_2(fn_contractile_vacuole_30(X),fn_contractile_vacuole_12(X))
& is_inside_2(fn_contractile_vacuole_12(X),fn_contractile_vacuole_23(X))
& is_inside_2(fn_contractile_vacuole_21(X),fn_contractile_vacuole_20(X))
& has_region_2(fn_contractile_vacuole_11(X),fn_contractile_vacuole_21(X))
& has_region_2(fn_contractile_vacuole_15(X),fn_contractile_vacuole_21(X))
& fn_contractile_vacuole_30(X) = fn_remove_2(fn_contractile_vacuole_31(X))
& fn_contractile_vacuole_29(X) = fn_remove_1(fn_contractile_vacuole_31(X))
& fn_contractile_vacuole_29(X) = fn_store_1(fn_contractile_vacuole_32(X))
& fn_contractile_vacuole_29(X) = fn_vacuole_6(X)
& fn_contractile_vacuole_4(X) = fn_store_3(fn_contractile_vacuole_32(X))
& fn_contractile_vacuole_9(X) = fn_cell_14(fn_contractile_vacuole_30(X))
& fn_contractile_vacuole_5(X) = fn_osmoregulation_3(fn_contractile_vacuole_27(X))
& fn_contractile_vacuole_5(X) = fn_osmoregulation_4(fn_contractile_vacuole_27(X))
& fn_contractile_vacuole_29(X) = fn_osmoregulation_21(fn_contractile_vacuole_27(X))
& fn_contractile_vacuole_29(X) = fn_osmoregulation_2(fn_contractile_vacuole_27(X))
& fn_contractile_vacuole_6(X) = fn_osmoregulation_19(fn_contractile_vacuole_27(X))
& fn_contractile_vacuole_23(X) = fn_vesicle_7(X)
& fn_contractile_vacuole_34(X) = fn_vesicle_6(X)
& fn_contractile_vacuole_20(X) = fn_eukaryotic_cell_39(fn_contractile_vacuole_30(X))
& fn_contractile_vacuole_8(X) = fn_eukaryotic_cell_60(fn_contractile_vacuole_30(X))
& fn_contractile_vacuole_7(X) = fn_eukaryotic_cell_28(fn_contractile_vacuole_30(X))
& fn_contractile_vacuole_30(X) = fn_vesicle_5(X)
& fn_contractile_vacuole_28(X) = fn_vesicle_8(X)
& fn_contractile_vacuole_16(X) = fn_eukaryotic_cell_59(fn_contractile_vacuole_30(X))
& fn_contractile_vacuole_19(X) = fn_eukaryotic_cell_27(fn_contractile_vacuole_30(X))
& fn_contractile_vacuole_18(X) = fn_eukaryotic_cell_21(fn_contractile_vacuole_30(X))
& fn_contractile_vacuole_28(X) = fn_eukaryotic_cell_31(fn_contractile_vacuole_30(X))
& fn_contractile_vacuole_13(X) = fn_eukaryotic_cell_26(fn_contractile_vacuole_30(X))
& fn_contractile_vacuole_10(X) = fn_eukaryotic_cell_30(fn_contractile_vacuole_30(X))
& fn_contractile_vacuole_17(X) = fn_eukaryotic_cell_44(fn_contractile_vacuole_30(X))
& fn_contractile_vacuole_22(X) = fn_eukaryotic_cell_41(fn_contractile_vacuole_30(X))
& fn_contractile_vacuole_33(X) = fn_eukaryotic_cell_29(fn_contractile_vacuole_30(X))
& fn_contractile_vacuole_28(X) = fn_cell_28(fn_contractile_vacuole_30(X))
& fn_contractile_vacuole_23(X) = fn_cell_29(fn_contractile_vacuole_30(X))
& fn_contractile_vacuole_28(X) = fn_vacuole_10(X)
& fn_contractile_vacuole_23(X) = fn_vacuole_9(X)
& fn_contractile_vacuole_24(X) = fn_vacuole_11(X)
& X = fn_store_2(fn_contractile_vacuole_32(X))
& fn_contractile_vacuole_32(X) = fn_vacuole_3(X)
& fn_contractile_vacuole_25(X) = fn_vesicle_9(X)
& fn_contractile_vacuole_25(X) = fn_vacuole_7(X)
& fn_contractile_vacuole_26(X) = fn_vesicle_10(X)
& fn_contractile_vacuole_26(X) = fn_vacuole_2(X)
& fn_contractile_vacuole_14(X) = fn_endoplasmic_reticulum_14(fn_contractile_vacuole_11(X))
& fn_contractile_vacuole_30(X) = fn_endoplasmic_reticulum_11(fn_contractile_vacuole_11(X))
& fn_contractile_vacuole_13(X) = fn_smooth_endoplasmic_reticulum_10(fn_contractile_vacuole_15(X))
& fn_contractile_vacuole_23(X) = fn_smooth_endoplasmic_reticulum_34(fn_contractile_vacuole_15(X))
& fn_contractile_vacuole_12(X) = fn_smooth_endoplasmic_reticulum_3(fn_contractile_vacuole_15(X))
& fn_contractile_vacuole_30(X) = fn_smooth_endoplasmic_reticulum_33(fn_contractile_vacuole_15(X))
& fn_contractile_vacuole_21(X) = fn_smooth_endoplasmic_reticulum_39(fn_contractile_vacuole_15(X))
& fn_contractile_vacuole_20(X) = fn_endoplasmic_reticulum_30(fn_contractile_vacuole_11(X))
& fn_contractile_vacuole_21(X) = fn_endoplasmic_reticulum_31(fn_contractile_vacuole_11(X))
& fn_osmoregulation_4(fn_contractile_vacuole_27(X)) = fn_osmoregulation_3(fn_contractile_vacuole_27(X))
& fn_osmoregulation_3(fn_contractile_vacuole_27(X)) = fn_osmoregulation_4(fn_contractile_vacuole_27(X))
& fn_osmoregulation_4(fn_contractile_vacuole_27(X)) = fn_remove_1(fn_contractile_vacuole_31(X))
& fn_remove_1(fn_contractile_vacuole_31(X)) = fn_store_1(fn_contractile_vacuole_32(X))
& fn_store_1(fn_contractile_vacuole_32(X)) = fn_remove_1(fn_contractile_vacuole_31(X))
& fn_remove_1(fn_contractile_vacuole_31(X)) = fn_vacuole_6(X)
& fn_vacuole_6(X) = fn_vacuole_6(X)
& fn_vacuole_6(X) = fn_osmoregulation_21(fn_contractile_vacuole_27(X))
& fn_osmoregulation_21(fn_contractile_vacuole_27(X)) = fn_osmoregulation_21(fn_contractile_vacuole_27(X))
& fn_osmoregulation_2(fn_contractile_vacuole_27(X)) = fn_osmoregulation_21(fn_contractile_vacuole_27(X))
& fn_osmoregulation_21(fn_contractile_vacuole_27(X)) = fn_osmoregulation_2(fn_contractile_vacuole_27(X))
& fn_osmoregulation_2(fn_contractile_vacuole_27(X)) = fn_vesicle_8(X)
& fn_vesicle_8(X) = fn_cell_28(fn_contractile_vacuole_30(X))
& fn_cell_28(fn_contractile_vacuole_30(X)) = fn_vesicle_8(X)
& fn_vesicle_8(X) = fn_vesicle_8(X)
& fn_vesicle_8(X) = fn_eukaryotic_cell_31(fn_contractile_vacuole_30(X))
& fn_eukaryotic_cell_31(fn_contractile_vacuole_30(X)) = fn_eukaryotic_cell_31(fn_contractile_vacuole_30(X))
& fn_eukaryotic_cell_31(fn_contractile_vacuole_30(X)) = fn_vacuole_10(X)
& fn_vacuole_10(X) = fn_vacuole_7(X)
& fn_vacuole_7(X) = fn_vesicle_9(X)
& fn_vesicle_9(X) = fn_vacuole_7(X)
& fn_vacuole_7(X) = fn_vesicle_10(X)
& fn_vacuole_2(X) = fn_vesicle_10(X)
& fn_vesicle_10(X) = fn_vacuole_2(X)
& fn_vacuole_2(X) = fn_eukaryotic_cell_26(fn_contractile_vacuole_30(X))
& fn_eukaryotic_cell_26(fn_contractile_vacuole_30(X)) = fn_eukaryotic_cell_26(fn_contractile_vacuole_30(X))
& fn_eukaryotic_cell_26(fn_contractile_vacuole_30(X)) = fn_smooth_endoplasmic_reticulum_10(fn_contractile_vacuole_15(X))
& fn_smooth_endoplasmic_reticulum_10(fn_contractile_vacuole_15(X)) = fn_cell_29(fn_contractile_vacuole_30(X))
& fn_vesicle_7(X) = fn_cell_29(fn_contractile_vacuole_30(X))
& fn_cell_29(fn_contractile_vacuole_30(X)) = fn_vesicle_7(X)
& fn_vesicle_7(X) = fn_vacuole_9(X)
& fn_vacuole_9(X) = fn_vacuole_9(X)
& fn_vacuole_9(X) = fn_smooth_endoplasmic_reticulum_34(fn_contractile_vacuole_15(X))
& fn_smooth_endoplasmic_reticulum_34(fn_contractile_vacuole_15(X)) = fn_remove_2(fn_contractile_vacuole_31(X))
& fn_remove_2(fn_contractile_vacuole_31(X)) = fn_vesicle_5(X)
& fn_vesicle_5(X) = fn_vesicle_5(X)
& fn_vesicle_5(X) = fn_endoplasmic_reticulum_11(fn_contractile_vacuole_11(X))
& fn_endoplasmic_reticulum_11(fn_contractile_vacuole_11(X)) = fn_endoplasmic_reticulum_11(fn_contractile_vacuole_11(X))
& fn_endoplasmic_reticulum_11(fn_contractile_vacuole_11(X)) = fn_smooth_endoplasmic_reticulum_33(fn_contractile_vacuole_15(X))
& fn_smooth_endoplasmic_reticulum_33(fn_contractile_vacuole_15(X)) = fn_smooth_endoplasmic_reticulum_33(fn_contractile_vacuole_15(X))
& fn_smooth_endoplasmic_reticulum_33(fn_contractile_vacuole_15(X)) = fn_eukaryotic_cell_39(fn_contractile_vacuole_30(X))
& fn_eukaryotic_cell_39(fn_contractile_vacuole_30(X)) = fn_endoplasmic_reticulum_30(fn_contractile_vacuole_11(X))
& fn_endoplasmic_reticulum_30(fn_contractile_vacuole_11(X)) = fn_smooth_endoplasmic_reticulum_39(fn_contractile_vacuole_15(X))
& fn_smooth_endoplasmic_reticulum_39(fn_contractile_vacuole_15(X)) = fn_endoplasmic_reticulum_31(fn_contractile_vacuole_11(X))
& fn_endoplasmic_reticulum_31(fn_contractile_vacuole_11(X)) = fn_endoplasmic_reticulum_31(fn_contractile_vacuole_11(X))
& fn_store_2(fn_contractile_vacuole_32(X)) = fn_store_2(fn_contractile_vacuole_32(X)) ) ) ).
fof(a528660,axiom,
! [X] :
( control_element_1(X)
=> ( original_name_2(X,'Control-Element')
& user_description_2(X,'A segment of noncoding DNA that helps regulate transcription of a gene by binding a transcription factor. Multiple control elements are present in a eukaryotic gene?s enhancer.')
& concept2words_2(X,'element of control')
& concept2words_2(X,'control element')
& concept2words_2(X,'control-element')
& dna_sequence_1(X)
& ~ constant_region_dna_sequence_1(X)
& ~ dna_strand_1(X)
& ~ episome_1(X)
& ~ genetic_marker_1(X)
& ~ pseudogene_1(X)
& ~ restriction_fragment_length_polymorphism_1(X)
& ~ restriction_site_1(X)
& ~ telomere_1(X)
& ~ transcription_unit_1(X)
& ~ transposon_1(X)
& ~ ttaggg_1(X)
& ~ variable_region_dna_sequence_1(X)
& attach_1(fn_control_element_1(X))
& transcription_1(fn_control_element_2(X))
& agent_2(fn_control_element_1(X),X)
& enables_2(fn_control_element_1(X),fn_control_element_2(X)) ) ) ).
fof(a528661,axiom,
! [X] :
( control_group_1(X)
=> ( original_name_2(X,'Control-Group')
& user_description_2(X,'An experimental group not subject to the experimental treatment, used for comparison of effectiveness.')
& concept2words_2(X,'group of control')
& concept2words_2(X,'control group')
& concept2words_2(X,'control-group')
& experimental_group_1(X) ) ) ).
fof(a528662,axiom,
! [X] :
( control_of_endocytosis_1(X)
=> ( original_name_2(X,'Control-Of-Endocytosis')
& user_description_2(X,'The plasma membrane controls traffic into and out of the cell it surrounds.')
& concept2words_2(X,'control endocytosis')
& concept2words_2(X,'endocytosis control')
& concept2words_2(X,'endocytosis-control')
& concept2words_2(X,'control of endocytosis')
& concept2words_2(X,'control-of-endocytosis')
& regulation_1(X)
& intensity_value_1(fn_control_of_endocytosis_3(X))
& intensity_value_1(fn_control_of_endocytosis_4(X))
& endocytosis_1(fn_control_of_endocytosis_5(X))
& plasma_membrane_1(fn_control_of_endocytosis_6(X))
& directly_proportional_2(fn_control_of_endocytosis_3(X),fn_control_of_endocytosis_4(X))
& intensity_2(fn_control_of_endocytosis_5(X),fn_control_of_endocytosis_4(X))
& agent_2(X,fn_control_of_endocytosis_6(X))
& intensity_2(X,fn_control_of_endocytosis_3(X)) ) ) ).
fof(a528663,axiom,
! [X,X1] :
( ( base_2(X,X1)
& gene_regulation_1(X)
& eukaryotic_cell_1(X1) )
=> ( control_of_eukaryotic_translation_initiation_1(X)
& fn_control_of_eukaryotic_translation_initiation_2(X) = X1 ) ) ).
fof(a528664,axiom,
! [X] :
( control_of_eukaryotic_translation_initiation_1(X)
=> ( original_name_2(X,'Control-Of-Eukaryotic-Translation-Initiation')
& user_description_2(X,'Translation control mechanism that blocks the initiation stage of polypeptide synthesis.')
& concept2words_2(X,'control eukaryotic translation initiation')
& concept2words_2(X,'control of eukaryotic translation initiation')
& concept2words_2(X,'control-of-eukaryotic-translation-initiation')
& gene_regulation_1(X)
& ~ polygenic_inheritance_1(X)
& ~ proofreading_of_dna_replication_1(X)
& ~ rna_interference_1(X)
& ~ transduction_1(X)
& ~ transformation_of_cell_to_cancerous_cell_1(X)
& eukaryotic_cell_1(fn_control_of_eukaryotic_translation_initiation_2(X))
& event_1(fn_control_of_eukaryotic_translation_initiation_3(X))
& event_1(fn_control_of_eukaryotic_translation_initiation_4(X))
& block_1(fn_control_of_eukaryotic_translation_initiation_5(X))
& embryo_1(fn_control_of_eukaryotic_translation_initiation_6(X))
& development_1(fn_control_of_eukaryotic_translation_initiation_7(X))
& eukaryotic_gene_expression_1(fn_control_of_eukaryotic_translation_initiation_8(X))
& eukaryotic_translation_1(fn_control_of_eukaryotic_translation_initiation_9(X))
& attach_1(fn_control_of_eukaryotic_translation_initiation_10(X))
& attach_1(fn_control_of_eukaryotic_translation_initiation_11(X))
& regulatory_protein_1(fn_control_of_eukaryotic_translation_initiation_12(X))
& spatial_entity_1(fn_control_of_eukaryotic_translation_initiation_13(X))
& number_5_prime_end_1(fn_control_of_eukaryotic_translation_initiation_13(X))
& spatial_entity_1(fn_control_of_eukaryotic_translation_initiation_14(X))
& mrna_1(fn_control_of_eukaryotic_translation_initiation_14(X))
& ribosome_1(fn_control_of_eukaryotic_translation_initiation_15(X))
& translation_initiation_1(fn_control_of_eukaryotic_translation_initiation_16(X))
& spatial_entity_1(fn_attach_1(fn_control_of_eukaryotic_translation_initiation_11(X)))
& spatial_entity_1(fn_attach_1(fn_control_of_eukaryotic_translation_initiation_10(X)))
& spatial_entity_1(fn_attach_2(fn_control_of_eukaryotic_translation_initiation_11(X)))
& translation_initiation_1(fn_eukaryotic_translation_29(fn_control_of_eukaryotic_translation_initiation_9(X)))
& spatial_entity_1(fn_attach_2(fn_control_of_eukaryotic_translation_initiation_10(X)))
& number_5_prime_end_1(fn_mrna_34(fn_control_of_eukaryotic_translation_initiation_14(X)))
& by_means_of_2(fn_control_of_eukaryotic_translation_initiation_8(X),X)
& object_2(fn_control_of_eukaryotic_translation_initiation_7(X),fn_control_of_eukaryotic_translation_initiation_6(X))
& by_means_of_2(fn_control_of_eukaryotic_translation_initiation_7(X),X)
& base_2(X,fn_control_of_eukaryotic_translation_initiation_2(X))
& inhibits_2(X,fn_control_of_eukaryotic_translation_initiation_16(X))
& agent_2(fn_control_of_eukaryotic_translation_initiation_10(X),fn_control_of_eukaryotic_translation_initiation_12(X))
& enables_2(fn_control_of_eukaryotic_translation_initiation_10(X),fn_control_of_eukaryotic_translation_initiation_5(X))
& agent_2(fn_control_of_eukaryotic_translation_initiation_5(X),fn_control_of_eukaryotic_translation_initiation_12(X))
& inhibits_2(fn_control_of_eukaryotic_translation_initiation_5(X),fn_control_of_eukaryotic_translation_initiation_11(X))
& inhibits_2(fn_control_of_eukaryotic_translation_initiation_5(X),fn_control_of_eukaryotic_translation_initiation_16(X))
& subevent_2(fn_control_of_eukaryotic_translation_initiation_9(X),fn_control_of_eukaryotic_translation_initiation_3(X))
& subevent_2(fn_control_of_eukaryotic_translation_initiation_9(X),fn_control_of_eukaryotic_translation_initiation_4(X))
& object_2(fn_control_of_eukaryotic_translation_initiation_11(X),fn_control_of_eukaryotic_translation_initiation_14(X))
& object_2(fn_control_of_eukaryotic_translation_initiation_10(X),fn_control_of_eukaryotic_translation_initiation_12(X))
& base_2(fn_control_of_eukaryotic_translation_initiation_10(X),fn_control_of_eukaryotic_translation_initiation_13(X))
& base_2(fn_control_of_eukaryotic_translation_initiation_11(X),fn_control_of_eukaryotic_translation_initiation_15(X))
& subevent_2(fn_control_of_eukaryotic_translation_initiation_9(X),fn_control_of_eukaryotic_translation_initiation_16(X))
& has_region_2(fn_control_of_eukaryotic_translation_initiation_14(X),fn_control_of_eukaryotic_translation_initiation_13(X))
& fn_control_of_eukaryotic_translation_initiation_14(X) = fn_attach_1(fn_control_of_eukaryotic_translation_initiation_11(X))
& fn_control_of_eukaryotic_translation_initiation_12(X) = fn_attach_1(fn_control_of_eukaryotic_translation_initiation_10(X))
& fn_control_of_eukaryotic_translation_initiation_13(X) = fn_attach_2(fn_control_of_eukaryotic_translation_initiation_10(X))
& fn_control_of_eukaryotic_translation_initiation_15(X) = fn_attach_2(fn_control_of_eukaryotic_translation_initiation_11(X))
& fn_control_of_eukaryotic_translation_initiation_16(X) = fn_eukaryotic_translation_29(fn_control_of_eukaryotic_translation_initiation_9(X))
& fn_control_of_eukaryotic_translation_initiation_13(X) = fn_mrna_34(fn_control_of_eukaryotic_translation_initiation_14(X))
& fn_attach_2(fn_control_of_eukaryotic_translation_initiation_10(X)) = fn_mrna_34(fn_control_of_eukaryotic_translation_initiation_14(X)) ) ) ).
fof(a528665,axiom,
! [X] :
( control_of_exocytosis_1(X)
=> ( original_name_2(X,'Control-Of-Exocytosis')
& user_description_2(X,'The plasma membrane controls traffic into and out of the cell it surrounds.')
& concept2words_2(X,'control exocytosis')
& concept2words_2(X,'exocytosis control')
& concept2words_2(X,'exocytosis-control')
& concept2words_2(X,'control of exocytosis')
& concept2words_2(X,'control-of-exocytosis')
& regulation_1(X)
& plasma_membrane_1(fn_control_of_exocytosis_1(X))
& exocytosis_1(fn_control_of_exocytosis_2(X))
& agent_2(X,fn_control_of_exocytosis_1(X))
& supports_2(X,fn_control_of_exocytosis_2(X)) ) ) ).
fof(a528666,axiom,
! [X] :
( control_of_glycolysis_1(X)
=> ( original_name_2(X,'Control-Of-Glycolysis')
& user_description_2(X,'The control of the process of glycolysis, which includes positive and negative feedback mechanisms.')
& concept2words_2(X,'control glycolysis')
& concept2words_2(X,'glycolysis control')
& concept2words_2(X,'glycolysis-control')
& concept2words_2(X,'control of glycolysis')
& concept2words_2(X,'control-of-glycolysis')
& regulation_1(X)
& collecting_1(fn_control_of_glycolysis_1(X))
& phosphofructokinase_1(fn_control_of_glycolysis_2(X))
& feedback_inhibition_of_glycolysis_by_atp_1(fn_control_of_glycolysis_3(X))
& inhibition_1(fn_control_of_glycolysis_4(X))
& regulation_1(fn_control_of_glycolysis_4(X))
& feedback_inhibition_of_glycolysis_by_citrate_1(fn_control_of_glycolysis_4(X))
& feedback_inhibition_of_glycolysis_1(fn_control_of_glycolysis_4(X))
& activate_1(fn_control_of_glycolysis_5(X))
& cell_1(fn_control_of_glycolysis_6(X))
& activate_1(fn_phosphofructokinase_27(fn_control_of_glycolysis_2(X)))
& collecting_1(fn_feedback_inhibition_of_glycolysis_by_atp_1(fn_control_of_glycolysis_3(X)))
& cell_1(fn_feedback_inhibition_of_glycolysis_by_atp_2(fn_control_of_glycolysis_3(X)))
& cell_1(fn_feedback_inhibition_of_glycolysis_2(fn_control_of_glycolysis_4(X)))
& regulation_1(fn_phosphofructokinase_19(fn_control_of_glycolysis_2(X)))
& inhibition_1(fn_phosphofructokinase_18(fn_control_of_glycolysis_2(X)))
& regulation_1(fn_phosphofructokinase_18(fn_control_of_glycolysis_2(X)))
& feedback_inhibition_of_glycolysis_by_citrate_1(fn_phosphofructokinase_4(fn_control_of_glycolysis_2(X)))
& base_2(X,fn_control_of_glycolysis_6(X))
& subevent_2(X,fn_control_of_glycolysis_3(X))
& subevent_2(X,fn_control_of_glycolysis_4(X))
& subevent_2(X,fn_control_of_glycolysis_5(X))
& object_2(fn_control_of_glycolysis_5(X),fn_control_of_glycolysis_2(X))
& object_2(fn_control_of_glycolysis_4(X),fn_control_of_glycolysis_2(X))
& base_2(fn_control_of_glycolysis_3(X),fn_control_of_glycolysis_6(X))
& base_2(fn_control_of_glycolysis_1(X),fn_control_of_glycolysis_6(X))
& by_means_of_2(fn_control_of_glycolysis_3(X),fn_control_of_glycolysis_1(X))
& base_2(fn_control_of_glycolysis_4(X),fn_control_of_glycolysis_6(X))
& fn_control_of_glycolysis_5(X) = fn_phosphofructokinase_27(fn_control_of_glycolysis_2(X))
& fn_control_of_glycolysis_4(X) = fn_phosphofructokinase_19(fn_control_of_glycolysis_2(X))
& fn_control_of_glycolysis_4(X) = fn_phosphofructokinase_18(fn_control_of_glycolysis_2(X))
& fn_control_of_glycolysis_4(X) = fn_phosphofructokinase_4(fn_control_of_glycolysis_2(X))
& fn_control_of_glycolysis_1(X) = fn_feedback_inhibition_of_glycolysis_by_atp_1(fn_control_of_glycolysis_3(X))
& fn_control_of_glycolysis_6(X) = fn_feedback_inhibition_of_glycolysis_by_atp_2(fn_control_of_glycolysis_3(X))
& fn_control_of_glycolysis_6(X) = fn_feedback_inhibition_of_glycolysis_2(fn_control_of_glycolysis_4(X))
& fn_feedback_inhibition_of_glycolysis_by_atp_2(fn_control_of_glycolysis_3(X)) = fn_feedback_inhibition_of_glycolysis_by_atp_2(fn_control_of_glycolysis_3(X))
& fn_feedback_inhibition_of_glycolysis_by_atp_2(fn_control_of_glycolysis_3(X)) = fn_feedback_inhibition_of_glycolysis_2(fn_control_of_glycolysis_4(X))
& fn_feedback_inhibition_of_glycolysis_2(fn_control_of_glycolysis_4(X)) = fn_phosphofructokinase_19(fn_control_of_glycolysis_2(X))
& fn_phosphofructokinase_19(fn_control_of_glycolysis_2(X)) = fn_phosphofructokinase_18(fn_control_of_glycolysis_2(X))
& fn_phosphofructokinase_18(fn_control_of_glycolysis_2(X)) = fn_phosphofructokinase_18(fn_control_of_glycolysis_2(X))
& fn_phosphofructokinase_18(fn_control_of_glycolysis_2(X)) = fn_phosphofructokinase_4(fn_control_of_glycolysis_2(X)) ) ) ).
fof(a528667,axiom,
! [X] :
( controlled_experiment_1(X)
=> ( original_name_2(X,'Controlled-Experiment')
& user_description_2(X,'An experiment that compares an experimental group to a control group that is identical except for the factor that is being tested.')
& concept2words_2(X,experiment)
& concept2words_2(X,'experiment of controlled')
& concept2words_2(X,'controlled experiment')
& concept2words_2(X,'controlled-experiment')
& experiment_1(X)
& ~ anchor_cell_destruction_experiment_1(X)
& ~ bicoid_protein_hypothesis_experiment_1(X)
& ~ meselson_and_stahl_experiment_1(X)
& ~ steward_experiment_on_carrot_1(X)
& ~ study_on_drosophila_by_morgan_1(X)
& ~ tomato_chimera_experiment_1(X)
& ~ undifferentiated_cell_nucleus_transplantation_to_frog_egg_1(X) ) ) ).
fof(a528668,axiom,
! [X] :
( convection_1(X)
=> ( original_name_2(X,'Convection')
& user_description_2(X,'The collective movement of masses of molecules within a fluid substance.')
& concept2words_2(X,convect)
& concept2words_2(X,convection)
& heat_transfer_1(X) ) ) ).
fof(a528669,axiom,
! [X] :
( convergent_evolution_1(X)
=> ( original_name_2(X,'Convergent-Evolution')
& user_description_2(X,'The evolution of similar traits in independent, non-related, evolutionary lineages.')
& concept2words_2(X,'convergent evolution')
& concept2words_2(X,'convergent-evolution')
& evolutionary_process_1(X)
& ~ adaptation_1(X)
& ~ adaptive_radiation_1(X)
& ~ allopatric_speciation_1(X)
& ~ anagenesis_1(X)
& ~ bottleneck_effect_1(X)
& ~ cephalization_1(X)
& ~ character_displacement_1(X)
& ~ cladogenesis_1(X)
& ~ endosymbiosis_1(X)
& ~ gene_flow_1(X)
& ~ genetic_drift_1(X)
& ~ heterochrony_1(X)
& ~ homology_1(X)
& ~ mechanical_isolation_1(X)
& ~ mimicry_1(X)
& ~ natural_selection_1(X)
& ~ paedomorphosis_1(X)
& ~ punctuated_equilibria_1(X)
& ~ reproductive_isolation_1(X)
& ~ selection_force_1(X)
& ~ speciation_1(X) ) ) ).
fof(a528670,axiom,
! [X] :
( convergent_extension_1(X)
=> ( original_name_2(X,'Convergent-Extension')
& user_description_2(X,'A process in embryonic development in which the cells of a tissue rearrange themselves to converge (become narrow) along one axis and extend (become longer) along the perpendicular axis.')
& concept2words_2(X,convert)
& concept2words_2(X,'convergent extension')
& concept2words_2(X,'convergent-extension')
& development_related_intercellular_process_1(X) ) ) ).
fof(a528671,axiom,
! [X] :
( conversion_of_camp_to_atp_1(X)
=> ( original_name_2(X,'Conversion-Of-cAMP-To-ATP')
& user_description_2(X,'Synthesis of ATP by phosphodiesterase decomposing cyclic AMP to AMP, then phosphate groups being bound to AMP.')
& concept2words_2(X,'camp being converted to atp')
& concept2words_2(X,convert)
& concept2words_2(X,'conversion of camp to atp')
& concept2words_2(X,'conversion-of-camp-to-atp')
& synthesis_of_atp_1(X)
& cell_preparation_for_next_signal_reception_1(fn_conversion_of_camp_to_atp_1(X))
& free_energy_1(fn_conversion_of_camp_to_atp_6(X))
& covalent_bond_1(fn_conversion_of_camp_to_atp_7(X))
& chemical_bond_1(fn_conversion_of_camp_to_atp_7(X))
& single_bond_1(fn_conversion_of_camp_to_atp_7(X))
& oxygen_1(fn_conversion_of_camp_to_atp_8(X))
& entity_1(fn_conversion_of_camp_to_atp_8(X))
& chemical_entity_1(fn_conversion_of_camp_to_atp_8(X))
& atom_1(fn_conversion_of_camp_to_atp_8(X))
& entity_1(fn_conversion_of_camp_to_atp_9(X))
& chemical_entity_1(fn_conversion_of_camp_to_atp_9(X))
& atom_1(fn_conversion_of_camp_to_atp_9(X))
& oxygen_1(fn_conversion_of_camp_to_atp_9(X))
& cyclic_nucleotide_phosphodiesterase_1(fn_conversion_of_camp_to_atp_10(X))
& organic_molecule_1(fn_conversion_of_camp_to_atp_11(X))
& molecule_1(fn_conversion_of_camp_to_atp_11(X))
& chemical_entity_1(fn_conversion_of_camp_to_atp_11(X))
& ribonucleotide_1(fn_conversion_of_camp_to_atp_11(X))
& nucleoside_triphosphate_1(fn_conversion_of_camp_to_atp_11(X))
& atp_1(fn_conversion_of_camp_to_atp_11(X))
& cyclic_amp_1(fn_conversion_of_camp_to_atp_12(X))
& adp_1(fn_conversion_of_camp_to_atp_13(X))
& quantity_value_1(fn_conversion_of_camp_to_atp_14(X))
& quantity_value_1(fn_conversion_of_camp_to_atp_15(X))
& structural_complexity_value_1(fn_conversion_of_camp_to_atp_16(X))
& structural_complexity_value_1(fn_conversion_of_camp_to_atp_17(X))
& free_energy_1(fn_conversion_of_camp_to_atp_18(X))
& functional_group_1(fn_conversion_of_camp_to_atp_19(X))
& phosphate_group_1(fn_conversion_of_camp_to_atp_19(X))
& functional_group_1(fn_conversion_of_camp_to_atp_20(X))
& phosphate_group_1(fn_conversion_of_camp_to_atp_20(X))
& functional_group_1(fn_conversion_of_camp_to_atp_21(X))
& phosphate_group_1(fn_conversion_of_camp_to_atp_21(X))
& tangible_entity_1(fn_conversion_of_camp_to_atp_22(X))
& entity_1(fn_conversion_of_camp_to_atp_22(X))
& chemical_entity_1(fn_conversion_of_camp_to_atp_22(X))
& atom_1(fn_conversion_of_camp_to_atp_22(X))
& phosphorus_1(fn_conversion_of_camp_to_atp_22(X))
& reactant_1(fn_conversion_of_camp_to_atp_23(X))
& chemical_entity_1(fn_reactant_3(fn_conversion_of_camp_to_atp_23(X)))
& chemical_entity_1(fn_functional_group_1(fn_conversion_of_camp_to_atp_21(X)))
& chemical_reaction_1(fn_enzyme_4(fn_conversion_of_camp_to_atp_10(X)))
& chemical_reaction_1(fn_reactant_2(fn_conversion_of_camp_to_atp_23(X)))
& oxygen_1(fn_phosphate_group_5(fn_conversion_of_camp_to_atp_21(X)))
& entity_1(fn_phosphate_group_5(fn_conversion_of_camp_to_atp_21(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_conversion_of_camp_to_atp_21(X)))
& atom_1(fn_phosphate_group_5(fn_conversion_of_camp_to_atp_21(X)))
& single_bond_1(fn_phosphate_group_37(fn_conversion_of_camp_to_atp_21(X)))
& entity_1(fn_phosphate_group_22(fn_conversion_of_camp_to_atp_21(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_conversion_of_camp_to_atp_21(X)))
& atom_1(fn_phosphate_group_22(fn_conversion_of_camp_to_atp_21(X)))
& oxygen_1(fn_phosphate_group_22(fn_conversion_of_camp_to_atp_21(X)))
& phosphorus_1(fn_phosphate_group_6(fn_conversion_of_camp_to_atp_21(X)))
& structural_complexity_2(fn_conversion_of_camp_to_atp_13(X),fn_conversion_of_camp_to_atp_17(X))
& possesses_2(fn_conversion_of_camp_to_atp_13(X),fn_conversion_of_camp_to_atp_18(X))
& fn_conversion_of_camp_to_atp_13(X) != fn_conversion_of_camp_to_atp_11(X)
& subevent_2(fn_conversion_of_camp_to_atp_1(X),X)
& fn_conversion_of_camp_to_atp_11(X) != fn_conversion_of_camp_to_atp_13(X)
& raw_material_2(X,fn_conversion_of_camp_to_atp_12(X))
& has_function_2(fn_conversion_of_camp_to_atp_10(X),X)
& has_part_2(fn_conversion_of_camp_to_atp_11(X),fn_conversion_of_camp_to_atp_9(X))
& called_2(fn_conversion_of_camp_to_atp_15(X),'FE_p')
& quantity_2(fn_conversion_of_camp_to_atp_18(X),fn_conversion_of_camp_to_atp_14(X))
& called_2(fn_conversion_of_camp_to_atp_21(X),'Terminal PO4 Group')
& has_region_2(fn_conversion_of_camp_to_atp_11(X),fn_conversion_of_camp_to_atp_21(X))
& fn_conversion_of_camp_to_atp_21(X) != fn_conversion_of_camp_to_atp_20(X)
& has_region_2(fn_conversion_of_camp_to_atp_11(X),fn_conversion_of_camp_to_atp_20(X))
& structural_complexity_2(fn_conversion_of_camp_to_atp_11(X),fn_conversion_of_camp_to_atp_16(X))
& greater_than_2(fn_conversion_of_camp_to_atp_16(X),fn_conversion_of_camp_to_atp_17(X))
& fn_conversion_of_camp_to_atp_20(X) != fn_conversion_of_camp_to_atp_21(X)
& is_inside_2(fn_conversion_of_camp_to_atp_22(X),fn_conversion_of_camp_to_atp_19(X))
& has_part_2(fn_conversion_of_camp_to_atp_11(X),fn_conversion_of_camp_to_atp_22(X))
& has_part_2(fn_conversion_of_camp_to_atp_11(X),fn_conversion_of_camp_to_atp_8(X))
& is_between_2(fn_conversion_of_camp_to_atp_7(X),fn_conversion_of_camp_to_atp_8(X))
& possesses_2(fn_conversion_of_camp_to_atp_11(X),fn_conversion_of_camp_to_atp_7(X))
& is_inside_2(fn_conversion_of_camp_to_atp_8(X),fn_conversion_of_camp_to_atp_20(X))
& is_inside_2(fn_conversion_of_camp_to_atp_8(X),fn_conversion_of_camp_to_atp_19(X))
& is_inside_2(fn_conversion_of_camp_to_atp_9(X),fn_conversion_of_camp_to_atp_19(X))
& is_inside_2(fn_conversion_of_camp_to_atp_9(X),fn_conversion_of_camp_to_atp_21(X))
& is_inside_2(fn_conversion_of_camp_to_atp_22(X),fn_conversion_of_camp_to_atp_21(X))
& has_region_2(fn_conversion_of_camp_to_atp_11(X),fn_conversion_of_camp_to_atp_19(X))
& fn_conversion_of_camp_to_atp_20(X) != fn_conversion_of_camp_to_atp_19(X)
& fn_conversion_of_camp_to_atp_19(X) != fn_conversion_of_camp_to_atp_20(X)
& fn_conversion_of_camp_to_atp_21(X) != fn_conversion_of_camp_to_atp_19(X)
& fn_conversion_of_camp_to_atp_19(X) != fn_conversion_of_camp_to_atp_21(X)
& result_2(X,fn_conversion_of_camp_to_atp_11(X))
& possesses_2(fn_conversion_of_camp_to_atp_11(X),fn_conversion_of_camp_to_atp_6(X))
& quantity_2(fn_conversion_of_camp_to_atp_6(X),fn_conversion_of_camp_to_atp_15(X))
& greater_than_2(fn_conversion_of_camp_to_atp_15(X),fn_conversion_of_camp_to_atp_14(X))
& called_2(fn_conversion_of_camp_to_atp_14(X),'FE_r')
& raw_material_2(X,fn_conversion_of_camp_to_atp_13(X))
& in_event_2(fn_conversion_of_camp_to_atp_23(X),X)
& fn_conversion_of_camp_to_atp_8(X) != fn_conversion_of_camp_to_atp_22(X)
& fn_conversion_of_camp_to_atp_22(X) != fn_conversion_of_camp_to_atp_8(X)
& fn_conversion_of_camp_to_atp_8(X) != fn_conversion_of_camp_to_atp_9(X)
& fn_conversion_of_camp_to_atp_9(X) != fn_conversion_of_camp_to_atp_8(X)
& is_inside_2(fn_conversion_of_camp_to_atp_8(X),fn_conversion_of_camp_to_atp_21(X))
& fn_conversion_of_camp_to_atp_9(X) != fn_conversion_of_camp_to_atp_22(X)
& fn_conversion_of_camp_to_atp_22(X) != fn_conversion_of_camp_to_atp_9(X)
& is_between_2(fn_conversion_of_camp_to_atp_7(X),fn_conversion_of_camp_to_atp_9(X))
& is_inside_2(fn_conversion_of_camp_to_atp_9(X),fn_conversion_of_camp_to_atp_20(X))
& is_inside_2(fn_conversion_of_camp_to_atp_22(X),fn_conversion_of_camp_to_atp_20(X))
& plays_2(fn_conversion_of_camp_to_atp_13(X),fn_conversion_of_camp_to_atp_23(X))
& fn_conversion_of_camp_to_atp_12(X) = fn_anabolic_pathway_6(X)
& fn_conversion_of_camp_to_atp_12(X) = fn_synthesis_of_atp_10(X)
& X = fn_enzyme_4(fn_conversion_of_camp_to_atp_10(X))
& fn_conversion_of_camp_to_atp_5(X) = fn_synthesis_of_atp_26(X)
& fn_conversion_of_camp_to_atp_9(X) = fn_synthesis_of_atp_15(X)
& fn_conversion_of_camp_to_atp_4(X) = fn_synthesis_of_atp_25(X)
& fn_conversion_of_camp_to_atp_3(X) = fn_synthesis_of_atp_24(X)
& fn_conversion_of_camp_to_atp_18(X) = fn_synthesis_of_atp_6(X)
& fn_conversion_of_camp_to_atp_2(X) = fn_synthesis_of_atp_27(X)
& fn_conversion_of_camp_to_atp_17(X) = fn_synthesis_of_atp_23(X)
& fn_conversion_of_camp_to_atp_16(X) = fn_synthesis_of_atp_22(X)
& fn_conversion_of_camp_to_atp_20(X) = fn_synthesis_of_atp_19(X)
& fn_conversion_of_camp_to_atp_11(X) = fn_functional_group_1(fn_conversion_of_camp_to_atp_21(X))
& fn_conversion_of_camp_to_atp_21(X) = fn_synthesis_of_atp_20(X)
& fn_conversion_of_camp_to_atp_7(X) = fn_synthesis_of_atp_21(X)
& fn_conversion_of_camp_to_atp_8(X) = fn_synthesis_of_atp_17(X)
& fn_conversion_of_camp_to_atp_22(X) = fn_synthesis_of_atp_16(X)
& fn_conversion_of_camp_to_atp_21(X) = fn_synthesis_of_atp_18(X)
& fn_conversion_of_camp_to_atp_9(X) = fn_synthesis_of_atp_17(X)
& fn_conversion_of_camp_to_atp_19(X) = fn_synthesis_of_atp_19(X)
& fn_conversion_of_camp_to_atp_8(X) = fn_synthesis_of_atp_15(X)
& fn_conversion_of_camp_to_atp_21(X) = fn_synthesis_of_atp_19(X)
& fn_conversion_of_camp_to_atp_20(X) = fn_synthesis_of_atp_20(X)
& fn_conversion_of_camp_to_atp_19(X) = fn_synthesis_of_atp_18(X)
& fn_conversion_of_camp_to_atp_14(X) = fn_synthesis_of_atp_7(X)
& fn_conversion_of_camp_to_atp_15(X) = fn_synthesis_of_atp_8(X)
& fn_conversion_of_camp_to_atp_6(X) = fn_synthesis_of_atp_9(X)
& fn_conversion_of_camp_to_atp_11(X) = fn_synthesis_of_organic_molecule_1(X)
& fn_conversion_of_camp_to_atp_11(X) = fn_synthesis_of_atp_13(X)
& X = fn_reactant_2(fn_conversion_of_camp_to_atp_23(X))
& fn_conversion_of_camp_to_atp_13(X) = fn_reactant_3(fn_conversion_of_camp_to_atp_23(X))
& fn_conversion_of_camp_to_atp_8(X) = fn_phosphate_group_5(fn_conversion_of_camp_to_atp_21(X))
& fn_conversion_of_camp_to_atp_7(X) = fn_phosphate_group_37(fn_conversion_of_camp_to_atp_21(X))
& fn_conversion_of_camp_to_atp_9(X) = fn_phosphate_group_22(fn_conversion_of_camp_to_atp_21(X))
& fn_conversion_of_camp_to_atp_22(X) = fn_phosphate_group_6(fn_conversion_of_camp_to_atp_21(X))
& fn_anabolic_pathway_6(X) = fn_synthesis_of_atp_10(X)
& fn_synthesis_of_atp_10(X) = fn_synthesis_of_atp_19(X)
& fn_synthesis_of_atp_19(X) = fn_synthesis_of_atp_18(X)
& fn_synthesis_of_atp_18(X) = fn_functional_group_1(fn_conversion_of_camp_to_atp_21(X))
& fn_functional_group_1(fn_conversion_of_camp_to_atp_21(X)) = fn_synthesis_of_organic_molecule_1(X)
& fn_synthesis_of_atp_13(X) = fn_synthesis_of_atp_13(X)
& fn_synthesis_of_atp_13(X) = fn_synthesis_of_organic_molecule_1(X)
& fn_synthesis_of_organic_molecule_1(X) = fn_synthesis_of_atp_13(X)
& fn_synthesis_of_atp_13(X) = fn_enzyme_4(fn_conversion_of_camp_to_atp_10(X))
& fn_enzyme_4(fn_conversion_of_camp_to_atp_10(X)) = fn_reactant_2(fn_conversion_of_camp_to_atp_23(X))
& fn_reactant_2(fn_conversion_of_camp_to_atp_23(X)) = fn_reactant_2(fn_conversion_of_camp_to_atp_23(X))
& fn_reactant_2(fn_conversion_of_camp_to_atp_23(X)) = fn_synthesis_of_atp_20(X)
& fn_synthesis_of_atp_20(X) = fn_synthesis_of_atp_18(X)
& fn_synthesis_of_atp_18(X) = fn_synthesis_of_atp_18(X)
& fn_synthesis_of_atp_18(X) = fn_synthesis_of_atp_19(X)
& fn_synthesis_of_atp_19(X) = fn_synthesis_of_atp_17(X)
& fn_synthesis_of_atp_17(X) = fn_synthesis_of_atp_15(X)
& fn_synthesis_of_atp_15(X) = fn_synthesis_of_atp_15(X)
& fn_synthesis_of_atp_15(X) = fn_phosphate_group_5(fn_conversion_of_camp_to_atp_21(X))
& fn_phosphate_group_5(fn_conversion_of_camp_to_atp_21(X)) = fn_phosphate_group_5(fn_conversion_of_camp_to_atp_21(X))
& fn_phosphate_group_5(fn_conversion_of_camp_to_atp_21(X)) = fn_synthesis_of_atp_21(X)
& fn_synthesis_of_atp_21(X) = fn_synthesis_of_atp_21(X)
& fn_synthesis_of_atp_21(X) = fn_phosphate_group_37(fn_conversion_of_camp_to_atp_21(X))
& fn_phosphate_group_37(fn_conversion_of_camp_to_atp_21(X)) = fn_synthesis_of_atp_15(X)
& fn_synthesis_of_atp_15(X) = fn_synthesis_of_atp_17(X)
& fn_synthesis_of_atp_17(X) = fn_synthesis_of_atp_17(X)
& fn_synthesis_of_atp_17(X) = fn_phosphate_group_22(fn_conversion_of_camp_to_atp_21(X))
& fn_phosphate_group_22(fn_conversion_of_camp_to_atp_21(X)) = fn_phosphate_group_22(fn_conversion_of_camp_to_atp_21(X))
& fn_phosphate_group_22(fn_conversion_of_camp_to_atp_21(X)) = fn_synthesis_of_atp_19(X)
& fn_synthesis_of_atp_19(X) = fn_synthesis_of_atp_19(X)
& fn_synthesis_of_atp_19(X) = fn_synthesis_of_atp_20(X)
& fn_synthesis_of_atp_20(X) = fn_synthesis_of_atp_20(X)
& fn_synthesis_of_atp_20(X) = fn_synthesis_of_atp_16(X)
& fn_synthesis_of_atp_16(X) = fn_synthesis_of_atp_16(X)
& fn_synthesis_of_atp_16(X) = fn_phosphate_group_6(fn_conversion_of_camp_to_atp_21(X))
& fn_phosphate_group_6(fn_conversion_of_camp_to_atp_21(X)) = fn_phosphate_group_6(fn_conversion_of_camp_to_atp_21(X)) ) ) ).
fof(a528672,axiom,
! [X] :
( conversion_of_carbohydrate_to_fat_1(X)
=> ( original_name_2(X,'Conversion-Of-Carbohydrate-To-Fat')
& user_description_2(X,'The catabolic change of fat molecules to carbohydrates in order to harvest the energy stored in the fat molecules.')
& concept2words_2(X,convert)
& concept2words_2(X,'conversion of carbohydrate to fat')
& concept2words_2(X,'conversion-of-carbohydrate-to-fat')
& anabolic_pathway_1(X)
& determined_by_1(fn_conversion_of_carbohydrate_to_fat_1(X))
& resource_1(fn_conversion_of_carbohydrate_to_fat_2(X))
& reactant_1(fn_conversion_of_carbohydrate_to_fat_5(X))
& cell_1(fn_conversion_of_carbohydrate_to_fat_6(X))
& fat_1(fn_conversion_of_carbohydrate_to_fat_7(X))
& citric_acid_cycle_1(fn_conversion_of_carbohydrate_to_fat_8(X))
& glycolysis_1(fn_conversion_of_carbohydrate_to_fat_9(X))
& carbohydrate_1(fn_conversion_of_carbohydrate_to_fat_10(X))
& structural_complexity_value_1(fn_conversion_of_carbohydrate_to_fat_11(X))
& structural_complexity_value_1(fn_conversion_of_carbohydrate_to_fat_12(X))
& property_node_1(fn_catabolic_pathway_1(fn_conversion_of_carbohydrate_to_fat_9(X)))
& property_node_1(fn_catabolic_pathway_5(fn_conversion_of_carbohydrate_to_fat_9(X)))
& structural_complexity_value_1(fn_catabolic_pathway_2(fn_conversion_of_carbohydrate_to_fat_9(X)))
& structural_complexity_value_1(fn_catabolic_pathway_4(fn_conversion_of_carbohydrate_to_fat_9(X)))
& organic_molecule_1(fn_catabolic_pathway_9(fn_conversion_of_carbohydrate_to_fat_8(X)))
& chemical_entity_1(fn_reactant_3(fn_conversion_of_carbohydrate_to_fat_5(X)))
& organic_molecule_1(fn_catabolic_pathway_9(fn_conversion_of_carbohydrate_to_fat_9(X)))
& chemical_reaction_1(fn_reactant_2(fn_conversion_of_carbohydrate_to_fat_5(X)))
& by_means_of_2(fn_conversion_of_carbohydrate_to_fat_1(X),X)
& object_2(fn_conversion_of_carbohydrate_to_fat_1(X),fn_conversion_of_carbohydrate_to_fat_6(X))
& in_event_2(fn_conversion_of_carbohydrate_to_fat_2(X),X)
& causes_2(X,fn_conversion_of_carbohydrate_to_fat_1(X))
& result_2(fn_conversion_of_carbohydrate_to_fat_8(X),fn_conversion_of_carbohydrate_to_fat_10(X))
& result_2(X,fn_conversion_of_carbohydrate_to_fat_7(X))
& structural_complexity_2(fn_conversion_of_carbohydrate_to_fat_7(X),fn_conversion_of_carbohydrate_to_fat_12(X))
& base_2(X,fn_conversion_of_carbohydrate_to_fat_6(X))
& in_event_2(fn_conversion_of_carbohydrate_to_fat_5(X),X)
& raw_material_2(X,fn_conversion_of_carbohydrate_to_fat_10(X))
& plays_2(fn_conversion_of_carbohydrate_to_fat_10(X),fn_conversion_of_carbohydrate_to_fat_5(X))
& result_2(fn_conversion_of_carbohydrate_to_fat_9(X),fn_conversion_of_carbohydrate_to_fat_10(X))
& structural_complexity_2(fn_conversion_of_carbohydrate_to_fat_10(X),fn_conversion_of_carbohydrate_to_fat_11(X))
& greater_than_2(fn_conversion_of_carbohydrate_to_fat_12(X),fn_conversion_of_carbohydrate_to_fat_11(X))
& fn_conversion_of_carbohydrate_to_fat_10(X) = fn_catabolic_pathway_9(fn_conversion_of_carbohydrate_to_fat_8(X))
& fn_conversion_of_carbohydrate_to_fat_12(X) = fn_anabolic_pathway_3(X)
& fn_conversion_of_carbohydrate_to_fat_7(X) = fn_anabolic_pathway_5(X)
& fn_conversion_of_carbohydrate_to_fat_6(X) = fn_metabolic_pathway_1(X)
& fn_conversion_of_carbohydrate_to_fat_10(X) = fn_reactant_3(fn_conversion_of_carbohydrate_to_fat_5(X))
& X = fn_reactant_2(fn_conversion_of_carbohydrate_to_fat_5(X))
& fn_conversion_of_carbohydrate_to_fat_4(X) = fn_catabolic_pathway_1(fn_conversion_of_carbohydrate_to_fat_9(X))
& fn_conversion_of_carbohydrate_to_fat_3(X) = fn_catabolic_pathway_5(fn_conversion_of_carbohydrate_to_fat_9(X))
& fn_conversion_of_carbohydrate_to_fat_12(X) = fn_catabolic_pathway_4(fn_conversion_of_carbohydrate_to_fat_9(X))
& fn_conversion_of_carbohydrate_to_fat_11(X) = fn_catabolic_pathway_2(fn_conversion_of_carbohydrate_to_fat_9(X))
& fn_conversion_of_carbohydrate_to_fat_10(X) = fn_catabolic_pathway_9(fn_conversion_of_carbohydrate_to_fat_9(X))
& fn_anabolic_pathway_3(X) = fn_catabolic_pathway_4(fn_conversion_of_carbohydrate_to_fat_9(X))
& fn_catabolic_pathway_4(fn_conversion_of_carbohydrate_to_fat_9(X)) = fn_catabolic_pathway_4(fn_conversion_of_carbohydrate_to_fat_9(X))
& fn_catabolic_pathway_4(fn_conversion_of_carbohydrate_to_fat_9(X)) = fn_catabolic_pathway_9(fn_conversion_of_carbohydrate_to_fat_8(X))
& fn_catabolic_pathway_9(fn_conversion_of_carbohydrate_to_fat_8(X)) = fn_reactant_3(fn_conversion_of_carbohydrate_to_fat_5(X))
& fn_reactant_3(fn_conversion_of_carbohydrate_to_fat_5(X)) = fn_reactant_3(fn_conversion_of_carbohydrate_to_fat_5(X))
& fn_reactant_3(fn_conversion_of_carbohydrate_to_fat_5(X)) = fn_catabolic_pathway_9(fn_conversion_of_carbohydrate_to_fat_9(X))
& fn_catabolic_pathway_9(fn_conversion_of_carbohydrate_to_fat_9(X)) = fn_catabolic_pathway_9(fn_conversion_of_carbohydrate_to_fat_9(X))
& fn_reactant_2(fn_conversion_of_carbohydrate_to_fat_5(X)) = fn_reactant_2(fn_conversion_of_carbohydrate_to_fat_5(X)) ) ) ).
fof(a528673,axiom,
! [X] :
( conversion_of_lactate_to_pyruvate_by_liver_cell_1(X)
=> ( original_name_2(X,'Conversion-Of-Lactate-To-Pyruvate-By-Liver-Cell')
& user_description_2(X,'The chemical change of the excess lactate produced during lactic acid fermentation, allowing the pyruvate to enter the mitochondria in the liver cells, where oxygen is present, and complete cellular respiration.')
& concept2words_2(X,convert)
& concept2words_2(X,'conversion of lactate to pyruvate by liver cell')
& concept2words_2(X,'conversion-of-lactate-to-pyruvate-by-liver-cell')
& redox_reaction_1(X)
& tangible_entity_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_3(X))
& electron_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_3(X))
& atom_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_4(X))
& electronegativity_value_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_5(X))
& electronegativity_value_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_6(X))
& atom_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_7(X))
& spatial_entity_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_8(X))
& chemical_entity_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_8(X))
& organic_molecule_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_8(X))
& molecule_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_8(X))
& nadh_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_8(X))
& oxidation_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X))
& reduction_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_10(X))
& electron_recipient_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_11(X))
& spatial_entity_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_12(X))
& tangible_entity_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_12(X))
& chemical_entity_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_12(X))
& molecule_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_12(X))
& organic_molecule_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_12(X))
& nad_plus_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_12(X))
& pyruvate_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_13(X))
& break_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_14(X))
& lactic_acid_fermentation_in_muscle_cell_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X))
& pyruvate_oxidation_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_16(X))
& semiautonomous_organelle_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_17(X))
& organelle_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_17(X))
& mitochondrion_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_17(X))
& carry_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_18(X))
& cell_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_19(X))
& muscle_cell_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_19(X))
& animal_cell_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_19(X))
& blood_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_20(X))
& liver_cell_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X))
& spatial_entity_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_22(X))
& chemical_entity_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_22(X))
& lactate_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_22(X))
& tangible_entity_1(fn_carry_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_18(X)))
& catabolic_pathway_1(fn_animal_cell_21(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X)))
& cell_1(fn_lactic_acid_fermentation_in_muscle_cell_29(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)))
& muscle_cell_1(fn_lactic_acid_fermentation_in_muscle_cell_29(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)))
& animal_cell_1(fn_lactic_acid_fermentation_in_muscle_cell_29(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)))
& tangible_entity_1(fn_impair_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_14(X)))
& spatial_entity_1(fn_animal_cell_47(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X)))
& organic_molecule_1(fn_animal_cell_47(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X)))
& chemical_entity_1(fn_animal_cell_47(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X)))
& semiautonomous_organelle_1(fn_liver_cell_93(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X)))
& organelle_1(fn_liver_cell_93(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X)))
& mitochondrion_1(fn_liver_cell_93(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X)))
& semiautonomous_organelle_1(fn_animal_cell_59(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X)))
& organelle_1(fn_animal_cell_59(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X)))
& mitochondrion_1(fn_animal_cell_59(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X)))
& property_node_1(fn_oxidation_5(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X)))
& electronegativity_value_1(fn_oxidation_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X)))
& atom_1(fn_oxidation_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X)))
& electron_1(fn_oxidation_9(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X)))
& chemical_entity_1(fn_oxidation_7(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X)))
& spatial_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_26(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)))
& tangible_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_26(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_26(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)))
& molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_26(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)))
& organic_molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_26(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)))
& nad_plus_1(fn_lactic_acid_fermentation_in_muscle_cell_26(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)))
& spatial_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_21(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_21(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)))
& organic_molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_21(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)))
& molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_21(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)))
& nadh_1(fn_lactic_acid_fermentation_in_muscle_cell_21(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)))
& spatial_entity_1(fn_move_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_18(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)))
& chemical_entity_1(fn_electron_recipient_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_11(X)))
& chemical_entity_1(fn_oxidation_10(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X)))
& lactate_1(fn_lactic_acid_fermentation_in_muscle_cell_24(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)))
& subevent_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_16(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_14(X))
& enables_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_18(X),X)
& destination_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_18(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X))
& origin_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_18(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_19(X))
& base_2(X,fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X))
& result_2(X,fn_conversion_of_lactate_to_pyruvate_by_liver_cell_13(X))
& agent_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_18(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_20(X))
& object_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_18(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_22(X))
& object_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_14(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_13(X))
& plays_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_22(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_11(X))
& result_2(X,fn_conversion_of_lactate_to_pyruvate_by_liver_cell_8(X))
& has_part_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_17(X))
& site_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_16(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_17(X))
& raw_material_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_16(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_13(X))
& recipient_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_10(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_12(X))
& recipient_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_12(X))
& raw_material_2(X,fn_conversion_of_lactate_to_pyruvate_by_liver_cell_12(X))
& donor_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_10(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_22(X))
& raw_material_2(X,fn_conversion_of_lactate_to_pyruvate_by_liver_cell_22(X))
& has_atom_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_22(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_7(X))
& electronegativity_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_7(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_6(X))
& greater_than_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_5(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_6(X))
& greater_than_or_equal_to_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_5(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_6(X))
& donor_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_22(X))
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_22(X) != fn_conversion_of_lactate_to_pyruvate_by_liver_cell_3(X)
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_3(X) != fn_conversion_of_lactate_to_pyruvate_by_liver_cell_12(X)
& has_atom_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_12(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_4(X))
& electronegativity_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_4(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_5(X))
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_3(X) != fn_conversion_of_lactate_to_pyruvate_by_liver_cell_22(X)
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_12(X) != fn_conversion_of_lactate_to_pyruvate_by_liver_cell_3(X)
& subevent_2(X,fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X))
& object_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_3(X))
& object_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_10(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_3(X))
& subevent_2(X,fn_conversion_of_lactate_to_pyruvate_by_liver_cell_10(X))
& base_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_19(X))
& has_oxidized_form_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_8(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_12(X))
& has_reduced_form_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_12(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_8(X))
& result_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X),fn_conversion_of_lactate_to_pyruvate_by_liver_cell_22(X))
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_22(X) != fn_conversion_of_lactate_to_pyruvate_by_liver_cell_12(X)
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_12(X) != fn_conversion_of_lactate_to_pyruvate_by_liver_cell_8(X)
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_8(X) != fn_conversion_of_lactate_to_pyruvate_by_liver_cell_22(X)
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_22(X) != fn_conversion_of_lactate_to_pyruvate_by_liver_cell_8(X)
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_12(X) != fn_conversion_of_lactate_to_pyruvate_by_liver_cell_22(X)
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_8(X) != fn_conversion_of_lactate_to_pyruvate_by_liver_cell_12(X)
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_20(X) = fn_carry_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_18(X))
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_22(X) = fn_move_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_18(X))
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_13(X) = fn_impair_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_14(X))
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_22(X) = fn_electron_recipient_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_11(X))
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_8(X) = fn_chemical_reaction_1(X)
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_13(X) = fn_animal_cell_47(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X))
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_16(X) = fn_animal_cell_21(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X))
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_17(X) = fn_liver_cell_93(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X))
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_17(X) = fn_animal_cell_59(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X))
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_1(X) = fn_redox_reaction_15(X)
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_6(X) = fn_redox_reaction_14(X)
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_7(X) = fn_redox_reaction_13(X)
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_22(X) = fn_redox_reaction_12(X)
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_2(X) = fn_redox_reaction_3(X)
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_2(X) = fn_oxidation_5(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X))
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_5(X) = fn_redox_reaction_1(X)
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_5(X) = fn_oxidation_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X))
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_12(X) = fn_redox_reaction_16(X)
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_4(X) = fn_redox_reaction_2(X)
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_4(X) = fn_oxidation_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X))
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_12(X) = fn_oxidation_7(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X))
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_12(X) = fn_oxidation_10(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X))
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_22(X) = fn_oxidation_10(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X))
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_10(X) = fn_redox_reaction_10(X)
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_3(X) = fn_oxidation_9(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X))
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_3(X) = fn_redox_reaction_7(X)
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X) = fn_redox_reaction_11(X)
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_19(X) = fn_lactic_acid_fermentation_in_muscle_cell_29(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X))
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_12(X) = fn_lactic_acid_fermentation_in_muscle_cell_26(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X))
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_8(X) = fn_lactic_acid_fermentation_in_muscle_cell_21(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X))
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_22(X) = fn_exergonic_reaction_11(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X))
& fn_conversion_of_lactate_to_pyruvate_by_liver_cell_22(X) = fn_lactic_acid_fermentation_in_muscle_cell_24(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X))
& fn_impair_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_14(X)) = fn_animal_cell_47(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X))
& fn_animal_cell_47(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X)) = fn_animal_cell_59(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X))
& fn_animal_cell_59(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X)) = fn_liver_cell_93(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X))
& fn_liver_cell_93(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X)) = fn_animal_cell_59(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X))
& fn_animal_cell_59(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_21(X)) = fn_redox_reaction_3(X)
& fn_redox_reaction_3(X) = fn_oxidation_5(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X))
& fn_oxidation_5(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X)) = fn_redox_reaction_1(X)
& fn_redox_reaction_1(X) = fn_redox_reaction_1(X)
& fn_oxidation_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X)) = fn_redox_reaction_1(X)
& fn_redox_reaction_1(X) = fn_oxidation_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X))
& fn_oxidation_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X)) = fn_redox_reaction_2(X)
& fn_oxidation_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X)) = fn_redox_reaction_2(X)
& fn_redox_reaction_2(X) = fn_oxidation_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X))
& fn_oxidation_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X)) = fn_oxidation_9(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X))
& fn_oxidation_9(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X)) = fn_oxidation_9(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X))
& fn_redox_reaction_7(X) = fn_oxidation_9(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X))
& fn_oxidation_9(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X)) = fn_redox_reaction_7(X)
& fn_redox_reaction_7(X) = fn_redox_reaction_16(X)
& fn_redox_reaction_16(X) = fn_oxidation_7(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X))
& fn_oxidation_7(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X)) = fn_redox_reaction_16(X)
& fn_redox_reaction_16(X) = fn_redox_reaction_16(X)
& fn_redox_reaction_16(X) = fn_oxidation_10(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X))
& fn_oxidation_10(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X)) = fn_lactic_acid_fermentation_in_muscle_cell_26(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X))
& fn_lactic_acid_fermentation_in_muscle_cell_26(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)) = fn_lactic_acid_fermentation_in_muscle_cell_26(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X))
& fn_lactic_acid_fermentation_in_muscle_cell_26(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)) = fn_chemical_reaction_1(X)
& fn_chemical_reaction_1(X) = fn_lactic_acid_fermentation_in_muscle_cell_21(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X))
& fn_lactic_acid_fermentation_in_muscle_cell_21(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)) = fn_lactic_acid_fermentation_in_muscle_cell_21(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X))
& fn_lactic_acid_fermentation_in_muscle_cell_21(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)) = fn_move_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_18(X))
& fn_move_1(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_18(X)) = fn_exergonic_reaction_11(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X))
& fn_electron_recipient_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_11(X)) = fn_exergonic_reaction_11(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X))
& fn_exergonic_reaction_11(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)) = fn_electron_recipient_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_11(X))
& fn_electron_recipient_2(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_11(X)) = fn_redox_reaction_12(X)
& fn_redox_reaction_12(X) = fn_redox_reaction_12(X)
& fn_redox_reaction_12(X) = fn_oxidation_10(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X))
& fn_oxidation_10(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X)) = fn_oxidation_10(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X))
& fn_oxidation_10(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_9(X)) = fn_lactic_acid_fermentation_in_muscle_cell_24(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X))
& fn_lactic_acid_fermentation_in_muscle_cell_24(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)) = fn_lactic_acid_fermentation_in_muscle_cell_24(fn_conversion_of_lactate_to_pyruvate_by_liver_cell_15(X)) ) ) ).
fof(a528674,axiom,
! [X] :
( conversion_of_protein_to_fat_1(X)
=> ( original_name_2(X,'Conversion-Of-Protein-To-Fat')
& user_description_2(X,'Excess dietary protein cannot be stored; it is converted to fat for storage.')
& concept2words_2(X,convert)
& concept2words_2(X,'conversion of protein to fat')
& concept2words_2(X,'conversion-of-protein-to-fat')
& anabolic_pathway_1(X)
& resource_1(fn_conversion_of_protein_to_fat_1(X))
& determined_by_1(fn_conversion_of_protein_to_fat_2(X))
& reactant_1(fn_conversion_of_protein_to_fat_5(X))
& fat_1(fn_conversion_of_protein_to_fat_6(X))
& protein_1(fn_conversion_of_protein_to_fat_7(X))
& cell_1(fn_conversion_of_protein_to_fat_8(X))
& structural_complexity_value_1(fn_conversion_of_protein_to_fat_9(X))
& structural_complexity_value_1(fn_conversion_of_protein_to_fat_10(X))
& chemical_entity_1(fn_reactant_3(fn_conversion_of_protein_to_fat_5(X)))
& chemical_reaction_1(fn_reactant_2(fn_conversion_of_protein_to_fat_5(X)))
& causes_2(X,fn_conversion_of_protein_to_fat_2(X))
& in_event_2(fn_conversion_of_protein_to_fat_1(X),X)
& by_means_of_2(fn_conversion_of_protein_to_fat_2(X),X)
& object_2(fn_conversion_of_protein_to_fat_2(X),fn_conversion_of_protein_to_fat_8(X))
& plays_2(fn_conversion_of_protein_to_fat_7(X),fn_conversion_of_protein_to_fat_5(X))
& result_2(X,fn_conversion_of_protein_to_fat_6(X))
& structural_complexity_2(fn_conversion_of_protein_to_fat_6(X),fn_conversion_of_protein_to_fat_10(X))
& in_event_2(fn_conversion_of_protein_to_fat_5(X),X)
& base_2(X,fn_conversion_of_protein_to_fat_8(X))
& raw_material_2(X,fn_conversion_of_protein_to_fat_7(X))
& structural_complexity_2(fn_conversion_of_protein_to_fat_7(X),fn_conversion_of_protein_to_fat_9(X))
& greater_than_2(fn_conversion_of_protein_to_fat_10(X),fn_conversion_of_protein_to_fat_9(X))
& fn_conversion_of_protein_to_fat_6(X) = fn_anabolic_pathway_5(X)
& fn_conversion_of_protein_to_fat_8(X) = fn_metabolic_pathway_1(X)
& fn_conversion_of_protein_to_fat_4(X) = fn_anabolic_pathway_2(X)
& fn_conversion_of_protein_to_fat_3(X) = fn_anabolic_pathway_1(X)
& fn_conversion_of_protein_to_fat_10(X) = fn_anabolic_pathway_3(X)
& fn_conversion_of_protein_to_fat_9(X) = fn_anabolic_pathway_4(X)
& X = fn_reactant_2(fn_conversion_of_protein_to_fat_5(X))
& fn_conversion_of_protein_to_fat_7(X) = fn_reactant_3(fn_conversion_of_protein_to_fat_5(X))
& fn_conversion_of_protein_to_fat_7(X) = fn_anabolic_pathway_6(X)
& fn_anabolic_pathway_6(X) = fn_reactant_3(fn_conversion_of_protein_to_fat_5(X))
& fn_reactant_3(fn_conversion_of_protein_to_fat_5(X)) = fn_anabolic_pathway_6(X)
& fn_reactant_2(fn_conversion_of_protein_to_fat_5(X)) = fn_reactant_2(fn_conversion_of_protein_to_fat_5(X)) ) ) ).
fof(a528675,axiom,
! [X,X1] :
( ( result_2(X,X1)
& multi_step_reaction_1(X)
& lactate_1(X1) )
=> ( conversion_of_pyruvate_to_lactate_1(X)
& fn_conversion_of_pyruvate_to_lactate_8(X) = X1 ) ) ).
fof(a528676,axiom,
! [X] :
( conversion_of_pyruvate_to_lactate_1(X)
=> ( original_name_2(X,'Conversion-of-Pyruvate-to-Lactate')
& user_description_2(X,'In lactic acid fermentation, pyruvate is converted directly into lactic acid by NADH.')
& concept2words_2(X,convert)
& concept2words_2(X,'conversion of pyruvate to lactate')
& concept2words_2(X,'conversion-of-pyruvate-to-lactate')
& multi_step_reaction_1(X)
& break_1(fn_conversion_of_pyruvate_to_lactate_1(X))
& activation_energy_1(fn_conversion_of_pyruvate_to_lactate_2(X))
& potential_energy_1(fn_conversion_of_pyruvate_to_lactate_3(X))
& protein_enzyme_1(fn_conversion_of_pyruvate_to_lactate_4(X))
& produce_1(fn_conversion_of_pyruvate_to_lactate_5(X))
& decrease_1(fn_conversion_of_pyruvate_to_lactate_6(X))
& lactate_1(fn_conversion_of_pyruvate_to_lactate_8(X))
& chemical_1(fn_conversion_of_pyruvate_to_lactate_9(X))
& thermal_energy_1(fn_conversion_of_pyruvate_to_lactate_9(X))
& oxidation_1(fn_conversion_of_pyruvate_to_lactate_10(X))
& reduction_1(fn_conversion_of_pyruvate_to_lactate_11(X))
& chemical_entity_1(fn_conversion_of_pyruvate_to_lactate_12(X))
& tangible_entity_1(fn_conversion_of_pyruvate_to_lactate_13(X))
& electron_1(fn_conversion_of_pyruvate_to_lactate_13(X))
& electron_donor_1(fn_conversion_of_pyruvate_to_lactate_14(X))
& reducing_agent_1(fn_conversion_of_pyruvate_to_lactate_15(X))
& nadh_1(fn_conversion_of_pyruvate_to_lactate_16(X))
& redox_reaction_1(fn_conversion_of_pyruvate_to_lactate_17(X))
& nad_plus_1(fn_conversion_of_pyruvate_to_lactate_18(X))
& pyruvate_1(fn_conversion_of_pyruvate_to_lactate_19(X))
& release_1(fn_conversion_of_pyruvate_to_lactate_20(X))
& free_energy_1(fn_conversion_of_pyruvate_to_lactate_21(X))
& chemical_entity_1(fn_chemical_reaction_1(fn_conversion_of_pyruvate_to_lactate_17(X)))
& tangible_entity_1(fn_release_1(fn_conversion_of_pyruvate_to_lactate_20(X)))
& reducing_agent_1(fn_reduction_5(fn_conversion_of_pyruvate_to_lactate_11(X)))
& reduction_1(fn_redox_reaction_10(fn_conversion_of_pyruvate_to_lactate_17(X)))
& chemical_entity_1(fn_electron_donor_2(fn_conversion_of_pyruvate_to_lactate_14(X)))
& chemical_entity_1(fn_reduction_1(fn_conversion_of_pyruvate_to_lactate_11(X)))
& chemical_entity_1(fn_reduction_3(fn_conversion_of_pyruvate_to_lactate_11(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_conversion_of_pyruvate_to_lactate_17(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_conversion_of_pyruvate_to_lactate_17(X)))
& electron_1(fn_reduction_4(fn_conversion_of_pyruvate_to_lactate_11(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_conversion_of_pyruvate_to_lactate_17(X)))
& electron_1(fn_redox_reaction_7(fn_conversion_of_pyruvate_to_lactate_17(X)))
& oxidation_1(fn_electron_donor_1(fn_conversion_of_pyruvate_to_lactate_14(X)))
& oxidation_1(fn_redox_reaction_11(fn_conversion_of_pyruvate_to_lactate_17(X)))
& result_2(fn_conversion_of_pyruvate_to_lactate_17(X),fn_conversion_of_pyruvate_to_lactate_8(X))
& raw_material_2(fn_conversion_of_pyruvate_to_lactate_17(X),fn_conversion_of_pyruvate_to_lactate_16(X))
& causes_2(X,fn_conversion_of_pyruvate_to_lactate_6(X))
& causes_2(X,fn_conversion_of_pyruvate_to_lactate_5(X))
& agent_2(X,fn_conversion_of_pyruvate_to_lactate_4(X))
& raw_material_2(X,fn_conversion_of_pyruvate_to_lactate_3(X))
& raw_material_2(X,fn_conversion_of_pyruvate_to_lactate_2(X))
& subevent_2(X,fn_conversion_of_pyruvate_to_lactate_17(X))
& subevent_2(X,fn_conversion_of_pyruvate_to_lactate_20(X))
& subevent_2(X,fn_conversion_of_pyruvate_to_lactate_1(X))
& result_2(X,fn_conversion_of_pyruvate_to_lactate_21(X))
& result_2(X,fn_conversion_of_pyruvate_to_lactate_9(X))
& result_2(X,fn_conversion_of_pyruvate_to_lactate_8(X))
& raw_material_2(X,fn_conversion_of_pyruvate_to_lactate_19(X))
& result_2(X,fn_conversion_of_pyruvate_to_lactate_18(X))
& result_2(fn_conversion_of_pyruvate_to_lactate_17(X),fn_conversion_of_pyruvate_to_lactate_18(X))
& object_2(fn_conversion_of_pyruvate_to_lactate_20(X),fn_conversion_of_pyruvate_to_lactate_21(X))
& in_event_2(fn_conversion_of_pyruvate_to_lactate_14(X),fn_conversion_of_pyruvate_to_lactate_10(X))
& donor_2(fn_conversion_of_pyruvate_to_lactate_10(X),fn_conversion_of_pyruvate_to_lactate_16(X))
& plays_2(fn_conversion_of_pyruvate_to_lactate_16(X),fn_conversion_of_pyruvate_to_lactate_14(X))
& fn_conversion_of_pyruvate_to_lactate_13(X) != fn_conversion_of_pyruvate_to_lactate_16(X)
& fn_conversion_of_pyruvate_to_lactate_16(X) != fn_conversion_of_pyruvate_to_lactate_13(X)
& donor_2(fn_conversion_of_pyruvate_to_lactate_11(X),fn_conversion_of_pyruvate_to_lactate_16(X))
& plays_2(fn_conversion_of_pyruvate_to_lactate_16(X),fn_conversion_of_pyruvate_to_lactate_15(X))
& in_event_2(fn_conversion_of_pyruvate_to_lactate_15(X),fn_conversion_of_pyruvate_to_lactate_11(X))
& fn_conversion_of_pyruvate_to_lactate_12(X) != fn_conversion_of_pyruvate_to_lactate_16(X)
& fn_conversion_of_pyruvate_to_lactate_16(X) != fn_conversion_of_pyruvate_to_lactate_12(X)
& recipient_2(fn_conversion_of_pyruvate_to_lactate_11(X),fn_conversion_of_pyruvate_to_lactate_12(X))
& subevent_2(fn_conversion_of_pyruvate_to_lactate_17(X),fn_conversion_of_pyruvate_to_lactate_11(X))
& raw_material_2(fn_conversion_of_pyruvate_to_lactate_17(X),fn_conversion_of_pyruvate_to_lactate_12(X))
& recipient_2(fn_conversion_of_pyruvate_to_lactate_10(X),fn_conversion_of_pyruvate_to_lactate_12(X))
& subevent_2(fn_conversion_of_pyruvate_to_lactate_17(X),fn_conversion_of_pyruvate_to_lactate_10(X))
& object_2(fn_conversion_of_pyruvate_to_lactate_10(X),fn_conversion_of_pyruvate_to_lactate_13(X))
& object_2(fn_conversion_of_pyruvate_to_lactate_11(X),fn_conversion_of_pyruvate_to_lactate_13(X))
& fn_conversion_of_pyruvate_to_lactate_12(X) != fn_conversion_of_pyruvate_to_lactate_13(X)
& fn_conversion_of_pyruvate_to_lactate_13(X) != fn_conversion_of_pyruvate_to_lactate_12(X)
& fn_conversion_of_pyruvate_to_lactate_19(X) = fn_chemical_reaction_2(X)
& fn_conversion_of_pyruvate_to_lactate_18(X) = fn_chemical_reaction_1(X)
& fn_conversion_of_pyruvate_to_lactate_18(X) = fn_chemical_reaction_1(fn_conversion_of_pyruvate_to_lactate_17(X))
& fn_conversion_of_pyruvate_to_lactate_21(X) = fn_release_1(fn_conversion_of_pyruvate_to_lactate_20(X))
& fn_conversion_of_pyruvate_to_lactate_16(X) = fn_electron_donor_2(fn_conversion_of_pyruvate_to_lactate_14(X))
& fn_conversion_of_pyruvate_to_lactate_10(X) = fn_electron_donor_1(fn_conversion_of_pyruvate_to_lactate_14(X))
& fn_conversion_of_pyruvate_to_lactate_15(X) = fn_reduction_5(fn_conversion_of_pyruvate_to_lactate_11(X))
& fn_conversion_of_pyruvate_to_lactate_16(X) = fn_reduction_1(fn_conversion_of_pyruvate_to_lactate_11(X))
& fn_conversion_of_pyruvate_to_lactate_11(X) = fn_redox_reaction_10(fn_conversion_of_pyruvate_to_lactate_17(X))
& fn_conversion_of_pyruvate_to_lactate_13(X) = fn_reduction_4(fn_conversion_of_pyruvate_to_lactate_11(X))
& fn_conversion_of_pyruvate_to_lactate_12(X) = fn_reduction_3(fn_conversion_of_pyruvate_to_lactate_11(X))
& fn_conversion_of_pyruvate_to_lactate_12(X) = fn_redox_reaction_12(fn_conversion_of_pyruvate_to_lactate_17(X))
& fn_conversion_of_pyruvate_to_lactate_12(X) = fn_redox_reaction_16(fn_conversion_of_pyruvate_to_lactate_17(X))
& fn_conversion_of_pyruvate_to_lactate_13(X) = fn_redox_reaction_7(fn_conversion_of_pyruvate_to_lactate_17(X))
& fn_conversion_of_pyruvate_to_lactate_10(X) = fn_redox_reaction_11(fn_conversion_of_pyruvate_to_lactate_17(X))
& fn_electron_donor_2(fn_conversion_of_pyruvate_to_lactate_14(X)) = fn_electron_donor_2(fn_conversion_of_pyruvate_to_lactate_14(X))
& fn_electron_donor_2(fn_conversion_of_pyruvate_to_lactate_14(X)) = fn_reduction_1(fn_conversion_of_pyruvate_to_lactate_11(X))
& fn_reduction_1(fn_conversion_of_pyruvate_to_lactate_11(X)) = fn_reduction_1(fn_conversion_of_pyruvate_to_lactate_11(X))
& fn_reduction_1(fn_conversion_of_pyruvate_to_lactate_11(X)) = fn_reduction_3(fn_conversion_of_pyruvate_to_lactate_11(X))
& fn_reduction_3(fn_conversion_of_pyruvate_to_lactate_11(X)) = fn_reduction_3(fn_conversion_of_pyruvate_to_lactate_11(X))
& fn_redox_reaction_12(fn_conversion_of_pyruvate_to_lactate_17(X)) = fn_reduction_3(fn_conversion_of_pyruvate_to_lactate_11(X))
& fn_reduction_3(fn_conversion_of_pyruvate_to_lactate_11(X)) = fn_redox_reaction_12(fn_conversion_of_pyruvate_to_lactate_17(X))
& fn_redox_reaction_16(fn_conversion_of_pyruvate_to_lactate_17(X)) = fn_redox_reaction_16(fn_conversion_of_pyruvate_to_lactate_17(X))
& fn_redox_reaction_16(fn_conversion_of_pyruvate_to_lactate_17(X)) = fn_redox_reaction_12(fn_conversion_of_pyruvate_to_lactate_17(X))
& fn_redox_reaction_12(fn_conversion_of_pyruvate_to_lactate_17(X)) = fn_redox_reaction_16(fn_conversion_of_pyruvate_to_lactate_17(X))
& fn_redox_reaction_16(fn_conversion_of_pyruvate_to_lactate_17(X)) = fn_reduction_4(fn_conversion_of_pyruvate_to_lactate_11(X))
& fn_reduction_4(fn_conversion_of_pyruvate_to_lactate_11(X)) = fn_reduction_4(fn_conversion_of_pyruvate_to_lactate_11(X))
& fn_redox_reaction_7(fn_conversion_of_pyruvate_to_lactate_17(X)) = fn_reduction_4(fn_conversion_of_pyruvate_to_lactate_11(X))
& fn_reduction_4(fn_conversion_of_pyruvate_to_lactate_11(X)) = fn_redox_reaction_7(fn_conversion_of_pyruvate_to_lactate_17(X))
& fn_redox_reaction_7(fn_conversion_of_pyruvate_to_lactate_17(X)) = fn_redox_reaction_7(fn_conversion_of_pyruvate_to_lactate_17(X))
& fn_redox_reaction_7(fn_conversion_of_pyruvate_to_lactate_17(X)) = fn_electron_donor_1(fn_conversion_of_pyruvate_to_lactate_14(X))
& fn_electron_donor_1(fn_conversion_of_pyruvate_to_lactate_14(X)) = fn_electron_donor_1(fn_conversion_of_pyruvate_to_lactate_14(X))
& fn_electron_donor_1(fn_conversion_of_pyruvate_to_lactate_14(X)) = fn_redox_reaction_11(fn_conversion_of_pyruvate_to_lactate_17(X))
& fn_redox_reaction_11(fn_conversion_of_pyruvate_to_lactate_17(X)) = fn_redox_reaction_11(fn_conversion_of_pyruvate_to_lactate_17(X)) ) ) ).
fof(a528677,axiom,
! [X] :
( conversion_of_succinyl_coa_to_succinate_in_animal_cell_1(X)
=> ( original_name_2(X,'Conversion-Of-Succinyl-CoA-To-Succinate-In-Animal-Cell')
& user_description_2(X,'Intermediate step in the citric acid cycle taking place in many animal tissue cells, in which a phosphate group is transferred to a molecule of GDP, displacing CoA from Succinyl CoA to produce a molecule of GTP and a molecule of succinate.')
& concept2words_2(X,convert)
& concept2words_2(X,'conversion of succinyl coa to succinate in animal cell')
& concept2words_2(X,'conversion-of-succinyl-coa-to-succinate-in-animal-cell')
& chemical_reaction_1(X)
& chemical_entity_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_1(X))
& organic_molecule_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_1(X))
& spatial_entity_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_2(X))
& organic_molecule_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_2(X))
& gtp_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_2(X))
& remove_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_3(X))
& metabolic_pathway_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& endergonic_process_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& chemical_reaction_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& synthesis_of_organic_molecule_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& anabolic_pathway_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& synthesis_of_atp_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& substrate_level_phosphorylation_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& synthesis_of_gtp_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_5(X))
& cell_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_6(X))
& animal_cell_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_6(X))
& succinate_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_7(X))
& remove_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_8(X))
& free_energy_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_9(X))
& adp_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_10(X))
& structural_complexity_value_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_11(X))
& coenzyme_a_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_12(X))
& succinyl_coa_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_13(X))
& spatial_entity_1(fn_remove_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_3(X)))
& cell_1(fn_metabolic_pathway_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_5(X)))
& cell_1(fn_metabolic_pathway_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X)))
& metabolic_pathway_1(fn_animal_cell_20(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_6(X)))
& endergonic_process_1(fn_animal_cell_20(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_6(X)))
& chemical_reaction_1(fn_animal_cell_20(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_6(X)))
& synthesis_of_organic_molecule_1(fn_animal_cell_20(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_6(X)))
& anabolic_pathway_1(fn_animal_cell_20(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_6(X)))
& synthesis_of_atp_1(fn_animal_cell_20(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_6(X)))
& property_node_1(fn_substrate_level_phosphorylation_19(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X)))
& adp_1(fn_substrate_level_phosphorylation_6(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X)))
& spatial_entity_1(fn_remove_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_3(X)))
& spatial_entity_1(fn_remove_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_8(X)))
& organic_molecule_1(fn_synthesis_of_atp_10(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X)))
& gtp_1(fn_synthesis_of_gtp_9(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_5(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_5(X)))
& organic_molecule_1(fn_synthesis_of_gtp_3(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_5(X)))
& free_energy_1(fn_synthesis_of_atp_6(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X)))
& free_energy_1(fn_substrate_level_phosphorylation_15(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X)))
& structural_complexity_value_1(fn_synthesis_of_atp_23(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X)))
& structural_complexity_value_1(fn_substrate_level_phosphorylation_16(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X)))
& base_2(X,fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_6(X))
& first_subevent_2(X,fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_3(X))
& subevent_2(X,fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_5(X))
& subevent_2(X,fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& subevent_2(X,fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_3(X))
& next_event_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_5(X),fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& result_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_5(X),fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_7(X))
& next_event_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_3(X),fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_5(X))
& result_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_3(X),fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_1(X))
& base_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_8(X),fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_2(X))
& base_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_3(X),fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_13(X))
& object_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_3(X),fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_12(X))
& raw_material_2(X,fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_13(X))
& base_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_5(X),fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_6(X))
& result_2(X,fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_7(X))
& base_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X),fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_6(X))
& possesses_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_2(X),fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_9(X))
& raw_material_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X),fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_2(X))
& structural_complexity_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_2(X),fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_11(X))
& result_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_5(X),fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_2(X))
& raw_material_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_5(X),fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_1(X))
& possesses_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_10(X),fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_9(X))
& raw_material_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X),fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_10(X))
& structural_complexity_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_10(X),fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_11(X))
& fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_2(X) = fn_remove_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_8(X))
& fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_13(X) = fn_remove_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_3(X))
& fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_12(X) = fn_remove_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_3(X))
& fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_13(X) = fn_chemical_reaction_2(X)
& fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_6(X) = fn_metabolic_pathway_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_5(X))
& fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_7(X) = fn_chemical_reaction_1(X)
& fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_6(X) = fn_metabolic_pathway_1(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X) = fn_animal_cell_20(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_6(X))
& fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_9(X) = fn_synthesis_of_atp_6(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_11(X) = fn_synthesis_of_atp_23(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_2(X) = fn_synthesis_of_atp_10(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_2(X) = fn_synthesis_of_gtp_9(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_5(X))
& fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_1(X) = fn_anabolic_pathway_6(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_5(X))
& fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_1(X) = fn_synthesis_of_gtp_3(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_5(X))
& fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_9(X) = fn_substrate_level_phosphorylation_15(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_14(X) = fn_substrate_level_phosphorylation_19(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_11(X) = fn_substrate_level_phosphorylation_16(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_10(X) = fn_substrate_level_phosphorylation_6(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& fn_remove_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_3(X)) = fn_chemical_reaction_2(X)
& fn_chemical_reaction_2(X) = fn_remove_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_8(X))
& fn_remove_2(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_8(X)) = fn_synthesis_of_atp_10(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& fn_synthesis_of_atp_10(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X)) = fn_synthesis_of_atp_10(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& fn_synthesis_of_atp_10(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X)) = fn_synthesis_of_gtp_9(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_5(X))
& fn_synthesis_of_gtp_9(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_5(X)) = fn_anabolic_pathway_6(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_5(X))
& fn_anabolic_pathway_6(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_5(X)) = fn_synthesis_of_gtp_3(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_5(X))
& fn_synthesis_of_gtp_3(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_5(X)) = fn_synthesis_of_atp_6(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& fn_synthesis_of_atp_6(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X)) = fn_substrate_level_phosphorylation_15(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& fn_substrate_level_phosphorylation_15(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X)) = fn_synthesis_of_atp_23(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& fn_synthesis_of_atp_23(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X)) = fn_substrate_level_phosphorylation_16(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X))
& fn_substrate_level_phosphorylation_16(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X)) = fn_substrate_level_phosphorylation_16(fn_conversion_of_succinyl_coa_to_succinate_in_animal_cell_4(X)) ) ) ).
fof(a528678,axiom,
! [X] :
( conversion_to_isomer_1(X)
=> ( original_name_2(X,'Conversion-To-Isomer')
& user_description_2(X,'Molecules are rearranged to convert to their isomers.')
& concept2words_2(X,convert)
& concept2words_2(X,'conversion to isomer')
& concept2words_2(X,'conversion-to-isomer')
& change_of_shape_1(X)
& ~ alteration_of_mrna_ends_1(X)
& ~ coil_1(X)
& ~ conformational_change_1(X)
& ~ detoxification_1(X)
& ~ evaporation_1(X)
& ~ fold_1(X)
& ~ freezing_1(X)
& ~ gene_therapy_1(X)
& ~ melting_1(X)
& ~ metamorphosis_1(X)
& ~ mutation_1(X)
& ~ post_translational_modification_1(X)
& ~ refract_1(X)
& ~ temperature_fluctuation_1(X)
& ~ transformation_1(X)
& ~ twist_1(X)
& molecule_1(fn_conversion_to_isomer_1(X))
& molecule_1(fn_conversion_to_isomer_2(X))
& object_2(X,fn_conversion_to_isomer_2(X))
& result_2(X,fn_conversion_to_isomer_1(X)) ) ) ).
fof(a528679,axiom,
! [X] :
( convey_1(X)
=> ( original_name_2(X,'Convey')
& concept2words_2(X,convey)
& concept2words_2(X,impart)
& concept2words_2(X,carry)
& concept2words_2(X,express)
& concept2words_2(X,transmit)
& concept2words_2(X,communicate)
& action_1(X)
& tangible_entity_1(fn_convey_1(X))
& message_1(fn_convey_2(X))
& tangible_entity_1(fn_convey_3(X))
& tangible_entity_1(fn_convey_4(X))
& agent_2(X,fn_convey_4(X))
& base_2(X,fn_convey_3(X))
& object_2(X,fn_convey_2(X))
& recipient_2(X,fn_convey_1(X)) ) ) ).
fof(a528680,axiom,
! [X] :
( cooksonia_1(X)
=> ( original_name_2(X,'Cooksonia')
& user_description_2(X,'The earliest land plant known to have vascular tissue, thus representing the transitional form between nonvascular bryophytes and true vascular plants. Cooksonia is extinct and known only from fossilized sporophytes.')
& concept2words_2(X,cooksonia)
& vascular_plant_1(X)
& extinct_plant_1(X)
& ~ basal_angiosperm_1(X)
& ~ seed_plant_1(X)
& ~ seedless_vascular_plant_1(X)
& ~ acanthodian_1(X)
& ~ ammonite_1(X)
& ~ anapsid_1(X)
& ~ archaeopteryx_1(X)
& ~ conodont_1(X)
& ~ dinosaur_1(X)
& ~ eurypterid_1(X)
& ~ great_auk_1(X)
& ~ neanderthal_1(X)
& ~ paranthropus_boisei_1(X)
& ~ parareptile_1(X)
& ~ placoderm_1(X)
& ~ pterosaur_1(X)
& ~ trilobite_1(X) ) ) ).
fof(a528681,axiom,
! [X] :
( cool_1(X)
=> ( original_name_2(X,'Cool')
& concept2words_2(X,cool)
& concept2words_2(X,chill)
& concept2words_2(X,'cool down')
& concept2words_2(X,cool_down)
& decrease_1(X)
& ~ dim_1(X)
& ~ contract_1(X)
& ~ microtubule_shortening_1(X)
& tangible_entity_1(fn_cool_1(X))
& temperature_value_1(fn_cool_4(X))
& temperature_value_1(fn_cool_5(X))
& base_2(X,fn_cool_1(X))
& to_value_2(X,fn_cool_5(X))
& from_value_2(X,fn_cool_4(X))
& greater_than_2(fn_cool_4(X),fn_cool_5(X))
& fn_cool_3(X) = fn_decrease_2(X)
& fn_cool_2(X) = fn_decrease_1(X)
& fn_cool_5(X) = fn_decrease_4(X)
& fn_cool_4(X) = fn_decrease_3(X) ) ) ).
fof(a528682,axiom,
! [X] :
( cool_object_1(X)
=> ( original_name_2(X,'Cool-Object')
& user_description_2(X,'An object that is cool.')
& concept2words_2(X,'object of cool')
& concept2words_2(X,'cool object')
& concept2words_2(X,'cool-object')
& physical_object_state_1(X) ) ) ).
fof(a528683,axiom,
! [X] :
( cooperativity_1(X)
=> ( original_name_2(X,'Cooperativity')
& user_description_2(X,'Cooperativity is a phenomenon displayed by enzymes or receptors that have multiple binding sites where the affinity of the binding sites for a ligand is increased, positive cooperativity, or decreased, negative cooperativity. Cooperativity mechanism amplifies the response of enzymes to substrates')
& concept2words_2(X,cooperativity)
& allosteric_regulation_1(X)
& rate_value_1(fn_cooperativity_3(X))
& rate_value_1(fn_cooperativity_4(X))
& cellular_response_1(fn_cooperativity_5(X))
& protein_enzyme_1(fn_cooperativity_6(X))
& molecule_1(fn_cooperativity_7(X))
& positive_influence_2(fn_cooperativity_3(X),fn_cooperativity_4(X))
& rate_2(fn_cooperativity_5(X),fn_cooperativity_4(X))
& toward_2(fn_cooperativity_5(X),fn_cooperativity_7(X))
& agent_2(fn_cooperativity_5(X),fn_cooperativity_6(X))
& rate_2(X,fn_cooperativity_3(X)) ) ) ).
fof(a528684,axiom,
! [X] :
( coordinate_gene_expression_1(X)
=> ( original_name_2(X,'Coordinate-Gene-Expression')
& user_description_2(X,'The process whereby a cell coordinates the expression of multiple genes through the association of a specific control element or collection of control elements with every gene of a dispersed group.')
& concept2words_2(X,'eukaryotic coodinate gene expression')
& concept2words_2(X,'coordinate gene expression in eukaryotes')
& concept2words_2(X,express)
& concept2words_2(X,'coordinate gene expression')
& concept2words_2(X,'coordinate-gene-expression')
& gene_expression_1(X)
& transcription_initiation_1(fn_coordinate_gene_expression_1(X))
& promoter_1(fn_coordinate_gene_expression_2(X))
& promoter_1(fn_coordinate_gene_expression_3(X))
& distributing_1(fn_coordinate_gene_expression_4(X))
& evolution_1(fn_coordinate_gene_expression_5(X))
& gene_1(fn_coordinate_gene_expression_6(X))
& gene_1(fn_coordinate_gene_expression_7(X))
& code_for_1(fn_coordinate_gene_expression_8(X))
& duplication_of_chromosome_fragment_1(fn_coordinate_gene_expression_9(X))
& control_element_1(fn_coordinate_gene_expression_10(X))
& protein_enzyme_1(fn_coordinate_gene_expression_11(X))
& entity_1(fn_transfer_1(fn_coordinate_gene_expression_9(X)))
& tangible_entity_1(fn_copy_1(fn_coordinate_gene_expression_9(X)))
& has_part_2(fn_coordinate_gene_expression_6(X),fn_coordinate_gene_expression_2(X))
& has_part_2(fn_coordinate_gene_expression_7(X),fn_coordinate_gene_expression_3(X))
& by_means_of_2(fn_coordinate_gene_expression_8(X),X)
& donor_2(fn_coordinate_gene_expression_8(X),fn_coordinate_gene_expression_6(X))
& donor_2(fn_coordinate_gene_expression_8(X),fn_coordinate_gene_expression_7(X))
& exactCardinality(fn_coordinate_gene_expression_8(X),result_0,"1",protein_enzyme_0)
& enables_2(fn_coordinate_gene_expression_5(X),X)
& by_means_of_2(fn_coordinate_gene_expression_5(X),fn_coordinate_gene_expression_9(X))
& enables_2(fn_coordinate_gene_expression_9(X),fn_coordinate_gene_expression_4(X))
& object_2(fn_coordinate_gene_expression_4(X),fn_coordinate_gene_expression_10(X))
& subevent_2(X,fn_coordinate_gene_expression_1(X))
& object_2(fn_coordinate_gene_expression_9(X),fn_coordinate_gene_expression_10(X))
& agent_2(fn_coordinate_gene_expression_8(X),fn_coordinate_gene_expression_7(X))
& object_2(X,fn_coordinate_gene_expression_7(X))
& result_2(X,fn_coordinate_gene_expression_11(X))
& result_2(fn_coordinate_gene_expression_8(X),fn_coordinate_gene_expression_11(X))
& object_2(X,fn_coordinate_gene_expression_6(X))
& agent_2(fn_coordinate_gene_expression_8(X),fn_coordinate_gene_expression_6(X))
& fn_coordinate_gene_expression_10(X) = fn_transfer_1(fn_coordinate_gene_expression_9(X))
& fn_coordinate_gene_expression_10(X) = fn_copy_1(fn_coordinate_gene_expression_9(X))
& fn_coordinate_gene_expression_7(X) = fn_gene_expression_6(X)
& fn_coordinate_gene_expression_11(X) = fn_gene_expression_4(X)
& fn_coordinate_gene_expression_8(X) = fn_gene_expression_3(X)
& fn_coordinate_gene_expression_6(X) = fn_gene_expression_6(X)
& fn_transfer_1(fn_coordinate_gene_expression_9(X)) = fn_copy_1(fn_coordinate_gene_expression_9(X)) ) ) ).
fof(a528685,axiom,
! [X] :
( coordinate_gene_expression_by_growth_factor_1(X)
=> ( original_name_2(X,'Coordinate-Gene-Expression-By-Growth-Factor')
& user_description_2(X,'A type of Coordinate Gene Expression in which the signal is a growth factor, and receptor is a growth factor receptor.')
& concept2words_2(X,express)
& concept2words_2(X,'coordinate gene expression by growth factor')
& concept2words_2(X,'coordinate-gene-expression-by-growth-factor')
& coordinate_gene_expression_1(X)
& ~ coordinate_gene_expression_in_prokaryote_1(X)
& signal_transduction_1(fn_coordinate_gene_expression_by_growth_factor_1(X))
& transcription_factor_1(fn_coordinate_gene_expression_by_growth_factor_2(X))
& chemical_entity_1(fn_coordinate_gene_expression_by_growth_factor_3(X))
& gene_1(fn_coordinate_gene_expression_by_growth_factor_4(X))
& attach_1(fn_coordinate_gene_expression_by_growth_factor_5(X))
& growth_factor_receptor_1(fn_coordinate_gene_expression_by_growth_factor_6(X))
& spatial_entity_1(fn_attach_2(fn_coordinate_gene_expression_by_growth_factor_5(X)))
& spatial_entity_1(fn_attach_1(fn_coordinate_gene_expression_by_growth_factor_5(X)))
& enables_2(fn_coordinate_gene_expression_by_growth_factor_5(X),fn_coordinate_gene_expression_by_growth_factor_1(X))
& result_2(fn_coordinate_gene_expression_by_growth_factor_1(X),fn_coordinate_gene_expression_by_growth_factor_2(X))
& abuts_2(fn_coordinate_gene_expression_by_growth_factor_2(X),fn_coordinate_gene_expression_by_growth_factor_4(X))
& abuts_2(fn_coordinate_gene_expression_by_growth_factor_4(X),fn_coordinate_gene_expression_by_growth_factor_2(X))
& base_2(fn_coordinate_gene_expression_by_growth_factor_5(X),fn_coordinate_gene_expression_by_growth_factor_6(X))
& object_2(fn_coordinate_gene_expression_by_growth_factor_5(X),fn_coordinate_gene_expression_by_growth_factor_3(X))
& object_2(X,fn_coordinate_gene_expression_by_growth_factor_4(X))
& fn_coordinate_gene_expression_by_growth_factor_6(X) = fn_attach_2(fn_coordinate_gene_expression_by_growth_factor_5(X))
& fn_coordinate_gene_expression_by_growth_factor_3(X) = fn_attach_1(fn_coordinate_gene_expression_by_growth_factor_5(X))
& fn_coordinate_gene_expression_by_growth_factor_4(X) = fn_coordinate_gene_expression_7(X)
& fn_coordinate_gene_expression_by_growth_factor_4(X) = fn_coordinate_gene_expression_6(X)
& fn_coordinate_gene_expression_7(X) = fn_coordinate_gene_expression_6(X) ) ) ).
fof(a528686,axiom,
! [X,X1] :
( ( site_2(X,X1)
& coordinate_gene_expression_1(X)
& prokaryote_1(X1) )
=> ( coordinate_gene_expression_in_prokaryote_1(X)
& fn_coordinate_gene_expression_in_prokaryote_2(X) = X1 ) ) ).
fof(a528687,axiom,
! [X] :
( coordinate_gene_expression_in_prokaryote_1(X)
=> ( original_name_2(X,'Coordinate-Gene-Expression-In-Prokaryote')
& user_description_2(X,'The process whereby a prokaryotic cell coordinates the expression of multiple genes through the association of a specific control element or collection of control elements with every gene of a dispersed group.')
& concept2words_2(X,'prokaryote coordinate gene expression')
& concept2words_2(X,'prokaryotic coordinate gene expression')
& concept2words_2(X,express)
& concept2words_2(X,'coordinate gene expression in prokaryote')
& concept2words_2(X,'coordinate-gene-expression-in-prokaryote')
& coordinate_gene_expression_1(X)
& ~ coordinate_gene_expression_by_growth_factor_1(X)
& prokaryote_1(fn_coordinate_gene_expression_in_prokaryote_2(X))
& operon_1(fn_coordinate_gene_expression_in_prokaryote_3(X))
& regulatory_gene_1(fn_coordinate_gene_expression_in_prokaryote_3(X))
& site_2(X,fn_coordinate_gene_expression_in_prokaryote_2(X))
& object_2(X,fn_coordinate_gene_expression_in_prokaryote_3(X))
& fn_coordinate_gene_expression_in_prokaryote_3(X) = fn_coordinate_gene_expression_7(X)
& fn_coordinate_gene_expression_in_prokaryote_3(X) = fn_coordinate_gene_expression_6(X)
& fn_coordinate_gene_expression_7(X) = fn_coordinate_gene_expression_6(X) ) ) ).
fof(a528688,axiom,
! [X] :
( copepod_1(X)
=> ( original_name_2(X,'Copepod')
& user_description_2(X,'A small aquatic crustacean that is important in pelagic food webs. Copepods make up a large portion of biomass in marine and freshwater pelagic ecosystems.')
& concept2words_2(X,copepod)
& crustacean_1(X)
& ~ barnacle_1(X)
& ~ clawed_lobster_1(X)
& ~ crayfish_1(X)
& ~ decapod_1(X)
& ~ isopod_1(X)
& ~ krill_1(X) ) ) ).
fof(a528689,axiom,
! [X] :
( copernicium_1(X)
=> ( original_name_2(X,'Copernicium')
& user_description_2(X,'Copernicium is a metal atom with atomic number 112. It is represented by the symbol Cn.')
& concept2words_2(X,copernicium)
& concept2words_2(X,cn)
& metal_atom_1(X)
& atomic_mass_value_1(fn_copernicium_1(X))
& neutron_1(fn_copernicium_2(X))
& atomic_weight_value_1(fn_copernicium_6(X))
& atomic_number_value_1(fn_copernicium_7(X))
& mass_number_2(X,fn_copernicium_1(X))
& exactCardinality(X,has_part_0,"173",neutron_0)
& exactCardinality(X,has_part_0,"112",proton_0)
& exactCardinality(X,has_part_0,"112",electron_0)
& has_part_2(X,fn_copernicium_2(X))
& the_cardinal_value_2(fn_copernicium_1(X),"285")
& cardinal_unit_class_2(fn_copernicium_1(X),unity_0)
& the_cardinal_value_2(fn_copernicium_7(X),"112")
& cardinal_unit_class_2(fn_copernicium_7(X),unity_0)
& the_cardinal_value_2(fn_copernicium_6(X),"285")
& cardinal_unit_class_2(fn_copernicium_6(X),dalton_0)
& atomic_number_2(X,fn_copernicium_7(X))
& atomic_weight_2(X,fn_copernicium_6(X))
& fn_copernicium_4(X) = fn_atom_12(X)
& fn_copernicium_7(X) = fn_atom_17(X)
& fn_copernicium_5(X) = fn_atom_13(X)
& fn_copernicium_6(X) = fn_atom_16(X) ) ) ).
fof(a528690,axiom,
! [X] :
( copper_1(X)
=> ( original_name_2(X,'Copper')
& user_description_2(X,'Copper is a metal atom with atomic number 29. It is represented by the symbol Cu.')
& concept2words_2(X,'Cu')
& concept2words_2(X,copper)
& metal_atom_1(X)
& ~ calcium_1(X)
& ~ carbon_1(X)
& ~ hydrogen_1(X)
& ~ iron_1(X)
& ~ magnesium_1(X)
& ~ nitrogen_1(X)
& ~ oxygen_1(X)
& ~ phosphorus_1(X)
& ~ potassium_1(X)
& ~ sulfur_1(X)
& neutron_1(fn_copper_3(X))
& atomic_mass_value_1(fn_copper_4(X))
& electronegativity_value_1(fn_copper_5(X))
& valence_electron_1(fn_copper_9(X))
& atomic_weight_value_1(fn_copper_10(X))
& atomic_number_value_1(fn_copper_11(X))
& quantity_value_1(fn_copper_12(X))
& electronegativity_2(X,fn_copper_5(X))
& mass_number_2(X,fn_copper_4(X))
& exactCardinality(X,has_part_0,"35",neutron_0)
& exactCardinality(X,has_part_0,"29",proton_0)
& exactCardinality(X,has_part_0,"29",electron_0)
& has_part_2(X,fn_copper_3(X))
& the_cardinal_value_2(fn_copper_12(X),"11")
& cardinal_unit_class_2(fn_copper_12(X),unity_0)
& the_cardinal_value_2(fn_copper_5(X),"1.9")
& cardinal_unit_class_2(fn_copper_5(X),unity_0)
& the_cardinal_value_2(fn_copper_4(X),"64")
& cardinal_unit_class_2(fn_copper_4(X),unity_0)
& the_cardinal_value_2(fn_copper_11(X),"29")
& cardinal_unit_class_2(fn_copper_11(X),unity_0)
& the_cardinal_value_2(fn_copper_10(X),"63.55")
& cardinal_unit_class_2(fn_copper_10(X),dalton_0)
& atomic_number_2(X,fn_copper_11(X))
& atomic_weight_2(X,fn_copper_10(X))
& has_part_2(X,fn_copper_9(X))
& quantity_2(fn_copper_9(X),fn_copper_12(X))
& fn_copper_7(X) = fn_atom_12(X)
& fn_copper_11(X) = fn_atom_17(X)
& fn_copper_8(X) = fn_atom_13(X)
& fn_copper_10(X) = fn_atom_16(X)
& fn_copper_6(X) = fn_atom_1(X)
& fn_copper_12(X) = fn_atom_5(X)
& fn_copper_9(X) = fn_atom_14(X) ) ) ).
fof(a528691,axiom,
! [X] :
( coprophage_1(X)
=> ( original_name_2(X,'Coprophage')
& user_description_2(X,'Animal which eats feces, either its own or those of another animal.')
& heterotroph_1(X)
& elimination_1(fn_coprophage_1(X))
& polymer_1(fn_coprophage_2(X))
& organic_molecule_1(fn_coprophage_3(X))
& feces_1(fn_coprophage_4(X))
& agent_role_1(fn_coprophage_5(X))
& food_1(fn_coprophage_6(X))
& nutrition_1(fn_coprophage_7(X))
& entity_1(fn_coprophage_8(X))
& animal_1(fn_coprophage_8(X))
& entity_1(fn_agent_role_1(fn_coprophage_5(X)))
& polymer_1(fn_food_2(fn_coprophage_6(X)))
& tangible_entity_1(fn_food_3(fn_coprophage_6(X)))
& organic_molecule_1(fn_food_4(fn_coprophage_6(X)))
& nutrition_1(fn_animal_19(fn_coprophage_8(X)))
& nutrition_1(fn_food_1(fn_coprophage_6(X)))
& heterotroph_1(fn_animal_18(fn_coprophage_8(X)))
& object_2(fn_coprophage_1(X),fn_coprophage_4(X))
& base_2(fn_coprophage_1(X),fn_coprophage_8(X))
& plays_2(fn_coprophage_8(X),fn_coprophage_5(X))
& plays_2(fn_coprophage_4(X),fn_coprophage_6(X))
& plays_2(fn_coprophage_8(X),X)
& in_event_2(X,fn_coprophage_7(X))
& agent_2(fn_coprophage_7(X),fn_coprophage_8(X))
& in_event_2(fn_coprophage_6(X),fn_coprophage_7(X))
& raw_material_2(fn_coprophage_7(X),fn_coprophage_3(X))
& has_part_2(fn_coprophage_4(X),fn_coprophage_3(X))
& has_part_2(fn_coprophage_4(X),fn_coprophage_2(X))
& raw_material_2(fn_coprophage_7(X),fn_coprophage_2(X))
& fn_coprophage_8(X) = fn_agent_role_1(fn_coprophage_5(X))
& fn_coprophage_7(X) = fn_animal_19(fn_coprophage_8(X))
& X = fn_animal_18(fn_coprophage_8(X))
& fn_coprophage_2(X) = fn_food_2(fn_coprophage_6(X))
& fn_coprophage_4(X) = fn_food_3(fn_coprophage_6(X))
& fn_coprophage_3(X) = fn_food_4(fn_coprophage_6(X))
& fn_coprophage_7(X) = fn_food_1(fn_coprophage_6(X))
& fn_animal_19(fn_coprophage_8(X)) = fn_animal_19(fn_coprophage_8(X))
& fn_animal_19(fn_coprophage_8(X)) = fn_food_1(fn_coprophage_6(X))
& fn_food_1(fn_coprophage_6(X)) = fn_food_1(fn_coprophage_6(X))
& fn_animal_18(fn_coprophage_8(X)) = fn_animal_18(fn_coprophage_8(X)) ) ) ).
fof(a528692,axiom,
! [X] :
( copy_1(X)
=> ( original_name_2(X,'Copy')
& concept2words_2(X,copy)
& concept2words_2(X,'re create')
& concept2words_2(X,'re-create')
& concept2words_2(X,duplicate)
& concept2words_2(X,replicate)
& create_1(X)
& tangible_entity_1(fn_copy_1(X))
& template_1(fn_copy_2(X))
& tangible_entity_1(fn_template_1(fn_copy_2(X)))
& in_event_2(fn_copy_2(X),X)
& object_2(X,fn_copy_1(X))
& plays_2(fn_copy_1(X),fn_copy_2(X))
& fn_copy_1(X) = fn_template_1(fn_copy_2(X)) ) ) ).
fof(a528693,axiom,
! [X] :
( coral_1(X)
=> ( original_name_2(X,'Coral')
& user_description_2(X,'A solitary or colonial marine anthozoan that has a life cycle involving only the polyp stage (i.e., no medusa stage). In tropical seas, corals form a mutualistic relationship with photosynthetic endosymbionts (zooxanthellae), which allows them to produce coral reefs.')
& concept2words_2(X,coral)
& anthozoan_1(X)
& predation_1(fn_coral_1(X))
& agent_2(fn_coral_1(X),X)
& has_function_2(X,fn_coral_1(X))
& fn_coral_1(X) = fn_cnidaria_1(X) ) ) ).
fof(a528694,axiom,
! [X] :
( coral_reef_1(X)
=> ( original_name_2(X,'Coral-Reef')
& user_description_2(X,'Typically a warm-water, tropical ecosystem dominated by the hard skeletal structures secreted primarily by the resident cnidarians. Some reefs also exist in cold, deep waters.')
& concept2words_2(X,'reef of coral')
& concept2words_2(X,'coral reef')
& concept2words_2(X,'coral-reef')
& marine_biome_1(X) ) ) ).
fof(a528695,axiom,
! [X] :
( coral_reef_calcification_1(X)
=> ( original_name_2(X,'Coral-Reef-Calcification')
& user_description_2(X,'The secretion and deposition of CaCO3 by coral polyps. Over time, the accumulation of CaCO3 forms a coral reef.')
& concept2words_2(X,calcify)
& concept2words_2(X,convert)
& concept2words_2(X,'coral reef calcification')
& concept2words_2(X,'coral-reef-calcification')
& biological_process_1(X)
& calcification_1(X)
& coral_reef_1(fn_coral_reef_calcification_1(X))
& coral_1(fn_coral_reef_calcification_2(X))
& calcium_carbonate_1(fn_coral_reef_calcification_3(X))
& is_inside_2(fn_coral_reef_calcification_3(X),fn_coral_reef_calcification_1(X))
& agent_2(X,fn_coral_reef_calcification_2(X))
& result_2(X,fn_coral_reef_calcification_3(X))
& fn_coral_reef_calcification_3(X) = fn_calcification_1(X) ) ) ).
fof(a528696,axiom,
! [X] :
( cord_1(X)
=> ( original_name_2(X,'Cord')
& user_description_2(X,'Tubular bundle of tissue, cells, or proteins.')
& concept2words_2(X,cord)
& anatomical_structure_1(X) ) ) ).
fof(a528697,axiom,
! [X] :
( corepressor_1(X)
=> ( original_name_2(X,'Corepressor')
& user_description_2(X,'A small molecule that binds to a bacterial repressor protein and changes its shape, allowing it to switch an operon off.')
& concept2words_2(X,corepressor)
& cofactor_1(X)
& ~ coenzyme_1(X)
& ~ cyclic_amp_1(X)
& ~ inducer_1(X)
& ~ prosthetic_group_1(X) ) ) ).
fof(a528698,axiom,
! [X] :
( cork_cambium_1(X)
=> ( original_name_2(X,'Cork-Cambium')
& user_description_2(X,'A meristematic tissue in woody plants that is one of several layers that make up the plant\'s bark. Cork cambium produces cork cells, which have thick, tough cell walls.')
& concept2words_2(X,'cambium of cork')
& concept2words_2(X,'cork cambium')
& concept2words_2(X,'cork-cambium')
& cambium_1(X)
& lateral_meristem_1(X)
& ~ apical_meristem_1(X)
& ~ floral_meristem_1(X) ) ) ).
fof(a528699,axiom,
! [X] :
( corn_1(X)
=> ( original_name_2(X,'Corn')
& user_description_2(X,'A common monocot vascular plant.')
& concept2words_2(X,maize)
& concept2words_2(X,'zea mays')
& concept2words_2(X,corn)
& fruit_1(X)
& quantity_value_1(fn_corn_2(X))
& environment_1(fn_corn_3(X))
& quantity_2(X,fn_corn_2(X))
& is_outside_2(fn_corn_3(X),X) ) ) ).
fof(a528700,axiom,
! [X] :
( corn_genome_1(X)
=> ( original_name_2(X,'Corn-Genome')
& user_description_2(X,'One of the eukaryotic organisms for which researchers have sequenced the entire genome.')
& concept2words_2(X,'zea mays genome')
& concept2words_2(X,'maize genome')
& concept2words_2(X,'genome of corn')
& concept2words_2(X,'corn genome')
& concept2words_2(X,'corn-genome')
& eukaryotic_genome_1(X)
& transposon_1(fn_corn_genome_1(X))
& has_part_2(X,fn_corn_genome_1(X)) ) ) ).
fof(a528701,axiom,
! [X] :
( corn_oil_1(X)
=> ( original_name_2(X,'Corn-Oil')
& user_description_2(X,'Corn oil or Maize oil is oil extracted from the germ of corn (maize). Its main use is in cooking, where its high smoke point makes refined corn oil a valuable frying oil.')
& concept2words_2(X,'oil of corn')
& concept2words_2(X,'corn oil')
& concept2words_2(X,'corn-oil')
& plant_fat_1(X) ) ) ).
fof(a528702,axiom,
! [X] :
( corn_plant_1(X)
=> ( original_name_2(X,'Corn-Plant')
& user_description_2(X,'Corn (Zea mays), also called Indian corn, or maize, in agriculture, cereal plant of the tribe Maydeae of the grass family Poaceae, originating in the Americas, and its edible grain.')
& concept2words_2(X,'plant of corn')
& concept2words_2(X,'corn plant')
& concept2words_2(X,'corn-plant')
& c4_plant_1(X)
& ~ sugarcane_plant_1(X)
& layer_1(fn_corn_plant_1(X))
& layer_1(fn_corn_plant_2(X))
& cell_1(fn_corn_plant_3(X))
& eukaryotic_cell_1(fn_corn_plant_3(X))
& plant_cell_1(fn_corn_plant_3(X))
& bundle_sheath_cell_1(fn_corn_plant_3(X))
& tangible_entity_1(fn_corn_plant_4(X))
& leaf_1(fn_corn_plant_4(X))
& bundle_sheath_1(fn_corn_plant_5(X))
& palisade_mesophyll_1(fn_corn_plant_6(X))
& plant_vein_1(fn_corn_plant_7(X))
& spongy_mesophyll_1(fn_corn_plant_8(X))
& is_above_2(fn_corn_plant_2(X),fn_corn_plant_1(X))
& is_between_2(fn_corn_plant_8(X),fn_corn_plant_5(X))
& is_between_2(fn_corn_plant_8(X),fn_corn_plant_1(X))
& is_above_2(fn_corn_plant_6(X),fn_corn_plant_5(X))
& is_between_2(fn_corn_plant_6(X),fn_corn_plant_2(X))
& is_between_2(fn_corn_plant_6(X),fn_corn_plant_5(X))
& is_outside_2(fn_corn_plant_5(X),fn_corn_plant_7(X))
& is_above_2(fn_corn_plant_5(X),fn_corn_plant_8(X))
& is_inside_2(fn_corn_plant_3(X),fn_corn_plant_5(X))
& has_part_2(fn_corn_plant_4(X),fn_corn_plant_6(X))
& has_part_2(X,fn_corn_plant_3(X))
& has_part_2(fn_corn_plant_4(X),fn_corn_plant_8(X))
& has_region_2(X,fn_corn_plant_5(X))
& has_part_2(X,fn_corn_plant_4(X))
& has_part_2(fn_corn_plant_4(X),fn_corn_plant_7(X))
& fn_corn_plant_6(X) = fn_c4_plant_78(X)
& fn_corn_plant_3(X) = fn_c4_plant_62(X)
& fn_corn_plant_3(X) = fn_c4_plant_15(X)
& fn_corn_plant_8(X) = fn_c4_plant_74(X)
& fn_corn_plant_5(X) = fn_c4_plant_14(X)
& fn_corn_plant_7(X) = fn_c4_plant_72(X)
& fn_corn_plant_4(X) = fn_c4_plant_103(X)
& fn_c4_plant_62(X) = fn_c4_plant_15(X) ) ) ).
fof(a528703,axiom,
! [X] :
( cornea_1(X)
=> ( original_name_2(X,'Cornea')
& user_description_2(X,'The transparent frontal portion of the sclera, which covers the iris and pupil and admits light into the vertebrate eye.')
& concept2words_2(X,cornea)
& stratified_squamous_epithelium_1(X)
& ~ proximal_tubule_1(X)
& ~ islets_of_langerhans_1(X)
& ~ endometrium_1(X)
& ~ corpus_luteum_1(X)
& ~ collecting_duct_1(X)
& ~ bronchus_1(X)
& ~ alveolus_1(X)
& ~ blood_brain_barrier_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ conjunctiva_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ lacteal_1(X)
& ~ prepuce_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a528704,axiom,
! [X] :
( corporation_1(X)
=> ( original_name_2(X,'Corporation')
& description_2(X,'an incorporated company')
& concept2words_2(X,corporation)
& concept2words_2(X,corp)
& company_1(X) ) ) ).
fof(a528705,axiom,
! [X] :
( corpus_callosum_1(X)
=> ( original_name_2(X,'Corpus-Callosum')
& user_description_2(X,'A band of nerve fibers that connects the left and right hemispheres of the mammalian cerebrum and facilitates communication between the hemispheres.')
& concept2words_2(X,'corpus callosum')
& concept2words_2(X,'corpus-callosum')
& cerebrum_1(X)
& ~ amygdala_1(X)
& ~ brainstem_1(X)
& ~ breathing_control_center_1(X)
& ~ forebrain_1(X)
& ~ hindbrain_1(X)
& ~ hypothalamus_1(X)
& ~ medulla_oblongata_1(X)
& ~ midbrain_1(X)
& ~ pons_1(X)
& ~ posterior_pituitary_1(X)
& ~ primary_motor_cortex_1(X)
& ~ primary_visual_cortex_1(X)
& ~ reticular_formation_1(X)
& ~ reticular_system_1(X)
& ~ suprachiasmatic_nucleus_1(X)
& ~ thalamus_1(X)
& ~ lateral_geniculate_1(X)
& ~ cerebral_cortex_1(X)
& ~ cerebellum_1(X) ) ) ).
fof(a528706,axiom,
! [X] :
( corpus_luteum_1(X)
=> ( original_name_2(X,'Corpus-Luteum')
& user_description_2(X,'A tissue in the ovary consisting of the post-ovulatory collapsed follicle; secretes the hormone progesterone.')
& concept2words_2(X,'corpora lutea')
& concept2words_2(X,'corpora-lutea')
& concept2words_2(X,'yellow body')
& concept2words_2(X,'yellow-body')
& concept2words_2(X,'corpus luteum')
& concept2words_2(X,'corpus-luteum')
& glandular_epithelium_1(X)
& ~ proximal_tubule_1(X)
& ~ endometrium_1(X)
& ~ collecting_duct_1(X)
& ~ alveolus_1(X)
& ~ blood_brain_barrier_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ bronchus_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ islets_of_langerhans_1(X)
& ~ lacteal_1(X)
& ~ prepuce_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a528707,axiom,
! [X] :
( cortex_1(X)
=> ( original_name_2(X,'Cortex')
& user_description_2(X,'In plants, the cortex is the outer layer of the stem or root, between the epidermis on the outside and the endodermis on the inside.')
& concept2words_2(X,cortex)
& ground_tissue_1(X)
& ~ mesophyll_1(X)
& ~ pith_1(X)
& ~ plasmodium_1(X)
& ~ symplast_1(X) ) ) ).
fof(a528708,axiom,
! [X] :
( cortex_region_1(X)
=> ( original_name_2(X,'Cortex-Region')
& user_description_2(X,'The region of a cell that lies just under the plasma membrane.')
& concept2words_2(X,'region of cortex')
& concept2words_2(X,'cortex region')
& concept2words_2(X,'cortex-region')
& biological_region_1(X) ) ) ).
fof(a528709,axiom,
! [X] :
( cortical_granule_1(X)
=> ( original_name_2(X,'Cortical-Granule')
& user_description_2(X,'A vesicle containing enzymes and other macromolecules located in the cortex (the region just under the plasma membrane) of an egg. Cortical granules undergo exocytosis during the cortical reaction.')
& concept2words_2(X,'cortical granule')
& concept2words_2(X,'cortical-granule')
& vesicle_1(X)
& ~ acrosome_1(X)
& ~ lysosome_1(X)
& ~ synaptic_vesicle_1(X)
& ~ transport_vesicle_1(X)
& ~ vacuole_1(X)
& egg_cell_1(fn_cortical_granule_1(X))
& has_part_2(fn_cortical_granule_1(X),X)
& fn_cortical_granule_1(X) = fn_vesicle_5(X) ) ) ).
fof(a528710,axiom,
! [X] :
( cortical_nephron_1(X)
=> ( original_name_2(X,'Cortical-Nephron')
& user_description_2(X,'A nephron whose loop of Henle is located almost completely within the renal cortex.')
& concept2words_2(X,'cortical nephron')
& concept2words_2(X,'cortical-nephron')
& nephron_1(X)
& ~ juxtamedullary_nephron_1(X) ) ) ).
fof(a528711,axiom,
! [X] :
( cortical_reaction_1(X)
=> ( original_name_2(X,'Cortical-Reaction')
& user_description_2(X,'Exocytosis of enzymes and other macromolecules from cortical granules in the egg cytoplasm during fertilization, leading to the formation of a fertilization envelope.')
& concept2words_2(X,convert)
& concept2words_2(X,'cortical reaction')
& concept2words_2(X,'cortical-reaction')
& animal_fertilization_1(X)
& ~ acrosomal_reaction_1(X)
& ~ conception_1(X) ) ) ).
fof(a528712,axiom,
! [X] :
( corticosteroid_1(X)
=> ( original_name_2(X,'Corticosteroid')
& user_description_2(X,'A class of chemical that includes the steroid hormones naturally produced and secreted by the adrenal cortex.')
& concept2words_2(X,corticosteroid)
& steroid_hormone_1(X)
& ~ aldosterone_1(X)
& ~ brassinosteroid_1(X)
& ~ ecdysone_1(X)
& ~ estradiol_1(X)
& ~ progesterone_1(X)
& ~ testosterone_1(X) ) ) ).
fof(a528713,axiom,
! [X] :
( cotransport_1(X)
=> ( original_name_2(X,'Cotransport')
& user_description_2(X,'Co-transport, also known as coupled transport or secondary active transport, refers to the simultaneous or sequential passive transfer of molecules or ions across biological membranes in a fixed ratio.')
& concept2words_2(X,'co transport')
& concept2words_2(X,'co-transport')
& concept2words_2(X,cotransport)
& concept2words_2(X,'coupled transport')
& concept2words_2(X,'secondary active transport')
& concept2words_2(X,transport)
& energy_coupling_1(X)
& repel_1(fn_cotransport_1(X))
& attract_1(fn_cotransport_2(X))
& expose_1(fn_cotransport_3(X))
& spatial_entity_1(fn_cotransport_4(X))
& hydrophilic_compound_1(fn_cotransport_4(X))
& hydrophobic_compound_1(fn_cotransport_5(X))
& attach_1(fn_cotransport_6(X))
& active_transport_using_atp_1(fn_cotransport_7(X))
& detach_1(fn_cotransport_8(X))
& move_1(fn_cotransport_9(X))
& move_through_1(fn_cotransport_9(X))
& tangible_entity_1(fn_cotransport_10(X))
& membrane_protein_1(fn_cotransport_10(X))
& protein_1(fn_cotransport_10(X))
& chemical_entity_1(fn_cotransport_10(X))
& polymer_1(fn_cotransport_10(X))
& integral_protein_1(fn_cotransport_10(X))
& transport_protein_1(fn_cotransport_10(X))
& carrier_protein_1(fn_cotransport_10(X))
& spatial_entity_1(fn_cotransport_10(X))
& spatial_entity_1(fn_cotransport_11(X))
& chemical_entity_1(fn_cotransport_11(X))
& integral_protein_1(fn_cotransport_11(X))
& transport_protein_1(fn_cotransport_11(X))
& carrier_protein_1(fn_cotransport_11(X))
& block_1(fn_cotransport_12(X))
& energy_1(fn_cotransport_13(X))
& entity_1(fn_cotransport_13(X))
& free_energy_1(fn_cotransport_13(X))
& exergonic_process_1(fn_cotransport_14(X))
& passive_transport_1(fn_cotransport_14(X))
& facilitated_diffusion_1(fn_cotransport_14(X))
& facilitated_diffusion_using_carrier_protein_1(fn_cotransport_14(X))
& endergonic_process_1(fn_cotransport_15(X))
& work_1(fn_cotransport_15(X))
& cellular_work_1(fn_cotransport_15(X))
& active_transport_using_atp_1(fn_cotransport_15(X))
& tangible_entity_1(fn_cotransport_16(X))
& spatial_entity_1(fn_cotransport_16(X))
& chemical_entity_1(fn_cotransport_16(X))
& thermal_motion_1(fn_cotransport_17(X))
& membrane_1(fn_cotransport_18(X))
& spatial_entity_1(fn_cotransport_18(X))
& biomembrane_1(fn_cotransport_18(X))
& symmetrical_distribution_1(fn_cotransport_19(X))
& block_1(fn_cotransport_20(X))
& spatial_entity_1(fn_cotransport_21(X))
& hydrophilic_compound_1(fn_cotransport_21(X))
& hydrophobic_compound_1(fn_cotransport_22(X))
& thermal_energy_1(fn_cotransport_23(X))
& spatial_entity_1(fn_cotransport_24(X))
& chemical_entity_1(fn_cotransport_24(X))
& monomer_1(fn_cotransport_24(X))
& molecule_1(fn_cotransport_24(X))
& amino_acid_1(fn_cotransport_24(X))
& hydrophobic_compound_1(fn_cotransport_25(X))
& hydrophobic_compound_1(fn_cotransport_26(X))
& spatial_entity_1(fn_cotransport_27(X))
& hydrophilic_compound_1(fn_cotransport_27(X))
& block_1(fn_cotransport_28(X))
& size_value_1(fn_cotransport_29(X))
& speed_value_1(fn_cotransport_30(X))
& quantity_value_1(fn_cotransport_31(X))
& covalent_bond_1(fn_cotransport_32(X))
& peptide_bond_1(fn_cotransport_32(X))
& polar_covalent_bond_1(fn_cotransport_32(X))
& kinetic_energy_1(fn_cotransport_33(X))
& size_value_1(fn_cotransport_34(X))
& tangible_entity_1(fn_cotransport_35(X))
& phospholipid_bilayer_1(fn_cotransport_35(X))
& functional_group_1(fn_cotransport_36(X))
& phosphate_group_1(fn_cotransport_36(X))
& hydrophobic_region_1(fn_cotransport_37(X))
& hydrophilic_region_1(fn_cotransport_38(X))
& hydrophilic_end_1(fn_cotransport_38(X))
& carbon_skeleton_1(fn_cotransport_39(X))
& outside_face_1(fn_cotransport_40(X))
& surface_1(fn_cotransport_40(X))
& hydrophilic_region_1(fn_cotransport_41(X))
& hydrophilic_end_1(fn_cotransport_41(X))
& protein_domain_1(fn_cotransport_42(X))
& constant_motion_1(fn_cotransport_43(X))
& oxygen_1(fn_cotransport_44(X))
& entity_1(fn_cotransport_44(X))
& chemical_entity_1(fn_cotransport_44(X))
& atom_1(fn_cotransport_44(X))
& phosphorus_1(fn_cotransport_45(X))
& polar_amino_acid_1(fn_cotransport_46(X))
& hydrophobic_amino_acid_1(fn_cotransport_47(X))
& monomer_1(fn_cotransport_48(X))
& carbon_1(fn_cotransport_49(X))
& entity_1(fn_cotransport_50(X))
& chemical_entity_1(fn_cotransport_50(X))
& atom_1(fn_cotransport_50(X))
& oxygen_1(fn_cotransport_50(X))
& polymer_1(fn_cotransport_51(X))
& polypeptide_1(fn_cotransport_51(X))
& phosphorylation_1(fn_cotransport_52(X))
& cotransporter_1(fn_cotransport_53(X))
& hydrophilic_compound_1(fn_cotransport_54(X))
& spatial_entity_1(fn_cotransport_54(X))
& chemical_entity_1(fn_cotransport_54(X))
& cell_1(fn_cotransport_59(X))
& move_1(fn_cotransport_60(X))
& move_through_1(fn_cotransport_60(X))
& phosphate_group_1(fn_phosphorylation_4(fn_cotransport_52(X)))
& attach_1(fn_facilitated_diffusion_using_carrier_protein_35(fn_cotransport_14(X)))
& thermal_motion_1(fn_facilitated_diffusion_using_carrier_protein_45(fn_cotransport_14(X)))
& thermal_energy_1(fn_facilitated_diffusion_using_carrier_protein_10(fn_cotransport_14(X)))
& symmetrical_distribution_1(fn_facilitated_diffusion_using_carrier_protein_8(fn_cotransport_14(X)))
& block_1(fn_active_transport_using_atp_39(fn_cotransport_7(X)))
& hydrophobic_compound_1(fn_active_transport_using_atp_23(fn_cotransport_7(X)))
& property_node_1(fn_carrier_protein_11(fn_cotransport_53(X)))
& property_node_1(fn_carrier_protein_12(fn_cotransport_53(X)))
& property_node_1(fn_carrier_protein_10(fn_cotransport_53(X)))
& property_node_1(fn_carrier_protein_9(fn_cotransport_53(X)))
& carbon_skeleton_1(fn_carrier_protein_24(fn_cotransport_53(X)))
& carbon_1(fn_carrier_protein_34(fn_cotransport_53(X)))
& size_value_1(fn_carrier_protein_39(fn_cotransport_53(X)))
& monomer_1(fn_carrier_protein_33(fn_cotransport_53(X)))
& kinetic_energy_1(fn_carrier_protein_41(fn_cotransport_53(X)))
& quantity_value_1(fn_carrier_protein_38(fn_cotransport_53(X)))
& speed_value_1(fn_carrier_protein_37(fn_cotransport_53(X)))
& constant_motion_1(fn_carrier_protein_42(fn_cotransport_53(X)))
& hydrophobic_amino_acid_1(fn_carrier_protein_31(fn_cotransport_53(X)))
& phosphorylation_1(fn_active_transport_using_atp_91(fn_cotransport_15(X)))
& spatial_entity_1(fn_active_transport_using_atp_78(fn_cotransport_7(X)))
& chemical_entity_1(fn_active_transport_using_atp_78(fn_cotransport_7(X)))
& integral_protein_1(fn_active_transport_using_atp_78(fn_cotransport_7(X)))
& transport_protein_1(fn_active_transport_using_atp_78(fn_cotransport_7(X)))
& carrier_protein_1(fn_active_transport_using_atp_78(fn_cotransport_7(X)))
& spatial_entity_1(fn_active_transport_using_atp_78(fn_cotransport_15(X)))
& chemical_entity_1(fn_active_transport_using_atp_78(fn_cotransport_15(X)))
& integral_protein_1(fn_active_transport_using_atp_78(fn_cotransport_15(X)))
& transport_protein_1(fn_active_transport_using_atp_78(fn_cotransport_15(X)))
& carrier_protein_1(fn_active_transport_using_atp_78(fn_cotransport_15(X)))
& detach_1(fn_active_transport_using_atp_44(fn_cotransport_7(X)))
& detach_1(fn_active_transport_using_atp_44(fn_cotransport_15(X)))
& block_1(fn_active_transport_using_atp_39(fn_cotransport_15(X)))
& hydrophobic_compound_1(fn_active_transport_using_atp_23(fn_cotransport_15(X)))
& phosphorus_1(fn_phosphate_group_6(fn_cotransport_36(X)))
& facilitated_diffusion_1(fn_carrier_protein_7(fn_cotransport_53(X)))
& facilitated_diffusion_using_carrier_protein_1(fn_carrier_protein_7(fn_cotransport_53(X)))
& facilitated_diffusion_1(fn_transport_protein_28(fn_cotransport_53(X)))
& protein_domain_1(fn_facilitated_diffusion_using_carrier_protein_14(fn_cotransport_14(X)))
& protein_domain_1(fn_carrier_protein_25(fn_cotransport_53(X)))
& spatial_entity_1(fn_facilitated_diffusion_using_carrier_protein_32(fn_cotransport_14(X)))
& chemical_entity_1(fn_facilitated_diffusion_using_carrier_protein_32(fn_cotransport_14(X)))
& monomer_1(fn_facilitated_diffusion_using_carrier_protein_32(fn_cotransport_14(X)))
& molecule_1(fn_facilitated_diffusion_using_carrier_protein_32(fn_cotransport_14(X)))
& amino_acid_1(fn_facilitated_diffusion_using_carrier_protein_32(fn_cotransport_14(X)))
& spatial_entity_1(fn_carrier_protein_27(fn_cotransport_53(X)))
& chemical_entity_1(fn_carrier_protein_27(fn_cotransport_53(X)))
& monomer_1(fn_carrier_protein_27(fn_cotransport_53(X)))
& molecule_1(fn_carrier_protein_27(fn_cotransport_53(X)))
& amino_acid_1(fn_carrier_protein_27(fn_cotransport_53(X)))
& polypeptide_1(fn_facilitated_diffusion_using_carrier_protein_19(fn_cotransport_14(X)))
& polymer_1(fn_carrier_protein_35(fn_cotransport_53(X)))
& polypeptide_1(fn_carrier_protein_35(fn_cotransport_53(X)))
& attract_1(fn_integral_protein_7(fn_cotransport_53(X)))
& attract_1(fn_carrier_protein_5(fn_cotransport_53(X)))
& size_value_1(fn_transport_protein_20(fn_cotransport_53(X)))
& size_value_1(fn_carrier_protein_40(fn_cotransport_53(X)))
& repel_1(fn_facilitated_diffusion_using_carrier_protein_12(fn_cotransport_14(X)))
& repel_1(fn_carrier_protein_6(fn_cotransport_53(X)))
& hydrophobic_region_1(fn_facilitated_diffusion_using_carrier_protein_18(fn_cotransport_14(X)))
& hydrophobic_region_1(fn_carrier_protein_21(fn_cotransport_53(X)))
& chemical_entity_1(fn_functional_group_1(fn_cotransport_36(X)))
& molecule_1(fn_phosphorylation_1(fn_cotransport_52(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_cotransport_52(X)))
& carrier_protein_1(fn_facilitated_diffusion_using_carrier_protein_33(fn_cotransport_14(X)))
& tangible_entity_1(fn_carrier_protein_16(fn_cotransport_53(X)))
& phospholipid_bilayer_1(fn_carrier_protein_16(fn_cotransport_53(X)))
& tangible_entity_1(fn_active_transport_using_atp_38(fn_cotransport_15(X)))
& phospholipid_bilayer_1(fn_active_transport_using_atp_38(fn_cotransport_15(X)))
& energy_1(fn_work_1(fn_cotransport_15(X)))
& free_energy_1(fn_exergonic_process_3(fn_cotransport_14(X)))
& free_energy_1(fn_passive_transport_17(fn_cotransport_14(X)))
& entity_1(fn_active_transport_using_atp_25(fn_cotransport_15(X)))
& free_energy_1(fn_active_transport_using_atp_25(fn_cotransport_15(X)))
& expose_1(fn_facilitated_diffusion_using_carrier_protein_25(fn_cotransport_14(X)))
& expose_1(fn_active_transport_using_atp_26(fn_cotransport_15(X)))
& move_through_1(fn_transport_protein_10(fn_cotransport_53(X)))
& move_1(fn_active_transport_using_atp_31(fn_cotransport_7(X)))
& move_through_1(fn_active_transport_using_atp_31(fn_cotransport_7(X)))
& polar_amino_acid_1(fn_integral_protein_6(fn_cotransport_53(X)))
& polar_amino_acid_1(fn_carrier_protein_30(fn_cotransport_53(X)))
& polar_amino_acid_1(fn_active_transport_using_atp_30(fn_cotransport_15(X)))
& hydrophilic_region_1(fn_active_transport_using_atp_36(fn_cotransport_15(X)))
& hydrophilic_end_1(fn_active_transport_using_atp_36(fn_cotransport_15(X)))
& hydrophilic_region_1(fn_integral_protein_23(fn_cotransport_53(X)))
& hydrophilic_region_1(fn_carrier_protein_22(fn_cotransport_53(X)))
& hydrophilic_end_1(fn_carrier_protein_22(fn_cotransport_53(X)))
& hydrophilic_region_1(fn_carrier_protein_23(fn_cotransport_53(X)))
& hydrophilic_end_1(fn_carrier_protein_23(fn_cotransport_53(X)))
& hydrophilic_region_1(fn_active_transport_using_atp_34(fn_cotransport_15(X)))
& hydrophilic_end_1(fn_active_transport_using_atp_34(fn_cotransport_15(X)))
& surface_1(fn_integral_protein_29(fn_cotransport_53(X)))
& outside_face_1(fn_facilitated_diffusion_using_carrier_protein_48(fn_cotransport_14(X)))
& outside_face_1(fn_active_transport_using_atp_35(fn_cotransport_15(X)))
& surface_1(fn_active_transport_using_atp_35(fn_cotransport_15(X)))
& biomembrane_1(fn_integral_protein_24(fn_cotransport_53(X)))
& spatial_entity_1(fn_transport_protein_35(fn_cotransport_53(X)))
& biomembrane_1(fn_transport_protein_35(fn_cotransport_53(X)))
& spatial_entity_1(fn_facilitated_diffusion_using_carrier_protein_40(fn_cotransport_14(X)))
& membrane_1(fn_facilitated_diffusion_using_carrier_protein_40(fn_cotransport_14(X)))
& biomembrane_1(fn_facilitated_diffusion_using_carrier_protein_40(fn_cotransport_14(X)))
& membrane_1(fn_carrier_protein_18(fn_cotransport_53(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_cotransport_53(X)))
& biomembrane_1(fn_carrier_protein_18(fn_cotransport_53(X)))
& membrane_1(fn_active_transport_using_atp_32(fn_cotransport_15(X)))
& spatial_entity_1(fn_active_transport_using_atp_32(fn_cotransport_15(X)))
& biomembrane_1(fn_active_transport_using_atp_32(fn_cotransport_15(X)))
& tangible_entity_1(fn_active_transport_using_atp_48(fn_cotransport_7(X)))
& membrane_protein_1(fn_active_transport_using_atp_48(fn_cotransport_7(X)))
& protein_1(fn_active_transport_using_atp_48(fn_cotransport_7(X)))
& chemical_entity_1(fn_active_transport_using_atp_48(fn_cotransport_7(X)))
& polymer_1(fn_active_transport_using_atp_48(fn_cotransport_7(X)))
& integral_protein_1(fn_active_transport_using_atp_48(fn_cotransport_7(X)))
& transport_protein_1(fn_active_transport_using_atp_48(fn_cotransport_7(X)))
& carrier_protein_1(fn_active_transport_using_atp_48(fn_cotransport_7(X)))
& tangible_entity_1(fn_active_transport_using_atp_48(fn_cotransport_15(X)))
& membrane_protein_1(fn_active_transport_using_atp_48(fn_cotransport_15(X)))
& protein_1(fn_active_transport_using_atp_48(fn_cotransport_15(X)))
& chemical_entity_1(fn_active_transport_using_atp_48(fn_cotransport_15(X)))
& polymer_1(fn_active_transport_using_atp_48(fn_cotransport_15(X)))
& integral_protein_1(fn_active_transport_using_atp_48(fn_cotransport_15(X)))
& transport_protein_1(fn_active_transport_using_atp_48(fn_cotransport_15(X)))
& carrier_protein_1(fn_active_transport_using_atp_48(fn_cotransport_15(X)))
& spatial_entity_1(fn_attach_2(fn_cotransport_6(X)))
& peptide_bond_1(fn_protein_6(fn_cotransport_53(X)))
& covalent_bond_1(fn_carrier_protein_36(fn_cotransport_53(X)))
& peptide_bond_1(fn_carrier_protein_36(fn_cotransport_53(X)))
& cell_1(fn_passive_transport_1(fn_cotransport_14(X)))
& cell_1(fn_cellular_work_2(fn_cotransport_15(X)))
& spatial_entity_1(fn_attach_1(fn_cotransport_6(X)))
& spatial_entity_1(fn_thermal_motion_5(fn_cotransport_17(X)))
& tangible_entity_1(fn_thermal_motion_5(fn_cotransport_17(X)))
& spatial_entity_1(fn_facilitated_diffusion_26(fn_cotransport_14(X)))
& tangible_entity_1(fn_facilitated_diffusion_26(fn_cotransport_14(X)))
& chemical_entity_1(fn_facilitated_diffusion_26(fn_cotransport_14(X)))
& spatial_entity_1(fn_facilitated_diffusion_using_carrier_protein_9(fn_cotransport_14(X)))
& tangible_entity_1(fn_facilitated_diffusion_using_carrier_protein_9(fn_cotransport_14(X)))
& chemical_entity_1(fn_facilitated_diffusion_using_carrier_protein_9(fn_cotransport_14(X)))
& spatial_entity_1(fn_active_transport_using_atp_46(fn_cotransport_7(X)))
& chemical_entity_1(fn_active_transport_using_atp_46(fn_cotransport_7(X)))
& spatial_entity_1(fn_block_1(fn_cotransport_28(X)))
& spatial_entity_1(fn_active_transport_using_atp_10(fn_cotransport_7(X)))
& hydrophilic_compound_1(fn_active_transport_using_atp_10(fn_cotransport_7(X)))
& spatial_entity_1(fn_active_transport_using_atp_10(fn_cotransport_15(X)))
& hydrophilic_compound_1(fn_active_transport_using_atp_10(fn_cotransport_15(X)))
& spatial_entity_1(fn_active_transport_using_atp_46(fn_cotransport_15(X)))
& chemical_entity_1(fn_active_transport_using_atp_46(fn_cotransport_15(X)))
& move_through_1(fn_transport_protein_34(fn_cotransport_53(X)))
& move_through_1(fn_facilitated_diffusion_using_carrier_protein_34(fn_cotransport_14(X)))
& move_through_1(fn_carrier_protein_4(fn_cotransport_53(X)))
& move_1(fn_active_transport_using_atp_31(fn_cotransport_15(X)))
& move_through_1(fn_active_transport_using_atp_31(fn_cotransport_15(X)))
& entity_1(fn_carrier_protein_32(fn_cotransport_53(X)))
& atom_1(fn_carrier_protein_32(fn_cotransport_53(X)))
& chemical_entity_1(fn_carrier_protein_32(fn_cotransport_53(X)))
& entity_1(fn_polar_covalent_bond_19(fn_cotransport_32(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_cotransport_32(X)))
& atom_1(fn_polar_covalent_bond_19(fn_cotransport_32(X)))
& entity_1(fn_polar_covalent_bond_18(fn_cotransport_32(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_cotransport_32(X)))
& atom_1(fn_polar_covalent_bond_18(fn_cotransport_32(X)))
& oxygen_1(fn_phosphate_group_5(fn_cotransport_36(X)))
& entity_1(fn_phosphate_group_5(fn_cotransport_36(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_cotransport_36(X)))
& atom_1(fn_phosphate_group_5(fn_cotransport_36(X)))
& entity_1(fn_phosphate_group_22(fn_cotransport_36(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_cotransport_36(X)))
& atom_1(fn_phosphate_group_22(fn_cotransport_36(X)))
& oxygen_1(fn_phosphate_group_22(fn_cotransport_36(X)))
& fn_cotransport_54(X) != fn_cotransport_26(X)
& fn_cotransport_54(X) != fn_cotransport_25(X)
& has_part_2(fn_cotransport_53(X),fn_cotransport_45(X))
& has_part_2(fn_cotransport_53(X),fn_cotransport_44(X))
& fn_cotransport_53(X) != fn_cotransport_11(X)
& fn_cotransport_53(X) != fn_cotransport_10(X)
& has_function_2(fn_cotransport_53(X),X)
& is_inside_2(fn_cotransport_38(X),fn_cotransport_40(X))
& called_2(fn_cotransport_28(X),"1")
& fn_cotransport_26(X) != fn_cotransport_54(X)
& fn_cotransport_25(X) != fn_cotransport_54(X)
& path_2(X,fn_cotransport_18(X))
& agent_2(X,fn_cotransport_53(X))
& object_2(X,fn_cotransport_54(X))
& object_2(X,fn_cotransport_16(X))
& called_2(fn_cotransport_15(X),'AT2')
& agent_2(fn_cotransport_15(X),fn_cotransport_53(X))
& fn_cotransport_15(X) != fn_cotransport_7(X)
& fn_cotransport_11(X) != fn_cotransport_53(X)
& fn_cotransport_10(X) != fn_cotransport_53(X)
& called_2(fn_cotransport_7(X),'AT1')
& causes_2(fn_cotransport_7(X),fn_cotransport_14(X))
& fn_cotransport_7(X) != fn_cotransport_15(X)
& first_subevent_2(fn_cotransport_7(X),fn_cotransport_6(X))
& subevent_2(fn_cotransport_7(X),fn_cotransport_6(X))
& raw_material_2(fn_cotransport_52(X),fn_cotransport_53(X))
& has_region_2(fn_cotransport_53(X),fn_cotransport_36(X))
& object_2(fn_cotransport_17(X),fn_cotransport_16(X))
& subevent_2(X,fn_cotransport_15(X))
& subevent_2(X,fn_cotransport_14(X))
& fn_cotransport_4(X) != fn_cotransport_16(X)
& fn_cotransport_16(X) != fn_cotransport_4(X)
& fn_cotransport_16(X) != fn_cotransport_21(X)
& object_2(fn_cotransport_20(X),fn_cotransport_21(X))
& object_2(fn_cotransport_20(X),fn_cotransport_22(X))
& fn_cotransport_16(X) != fn_cotransport_22(X)
& fn_cotransport_22(X) != fn_cotransport_16(X)
& fn_cotransport_21(X) != fn_cotransport_16(X)
& base_2(fn_cotransport_14(X),fn_cotransport_59(X))
& result_2(fn_cotransport_14(X),fn_cotransport_13(X))
& object_2(X,fn_cotransport_13(X))
& has_part_2(fn_cotransport_53(X),fn_cotransport_50(X))
& fn_cotransport_49(X) != fn_cotransport_50(X)
& fn_cotransport_50(X) != fn_cotransport_49(X)
& has_function_2(fn_cotransport_53(X),fn_cotransport_14(X))
& has_region_2(fn_cotransport_53(X),fn_cotransport_40(X))
& object_2(fn_cotransport_3(X),fn_cotransport_53(X))
& instrument_2(fn_cotransport_14(X),fn_cotransport_53(X))
& fn_cotransport_9(X) != fn_cotransport_60(X)
& fn_cotransport_60(X) != fn_cotransport_9(X)
& by_means_of_2(fn_cotransport_14(X),fn_cotransport_17(X))
& path_2(fn_cotransport_14(X),fn_cotransport_18(X))
& subevent_2(fn_cotransport_14(X),fn_cotransport_60(X))
& object_2(fn_cotransport_14(X),fn_cotransport_16(X))
& object_2(fn_cotransport_6(X),fn_cotransport_16(X))
& objective_2(fn_cotransport_14(X),fn_cotransport_19(X))
& object_2(fn_cotransport_19(X),fn_cotransport_16(X))
& possesses_2(fn_cotransport_16(X),fn_cotransport_23(X))
& agent_2(fn_cotransport_17(X),fn_cotransport_23(X))
& object_2(fn_cotransport_7(X),fn_cotransport_16(X))
& fn_cotransport_5(X) != fn_cotransport_16(X)
& object_2(fn_cotransport_12(X),fn_cotransport_5(X))
& object_2(fn_cotransport_12(X),fn_cotransport_4(X))
& fn_cotransport_16(X) != fn_cotransport_5(X)
& subevent_2(fn_cotransport_7(X),fn_cotransport_9(X))
& object_2(fn_cotransport_9(X),fn_cotransport_16(X))
& fn_cotransport_16(X) != fn_cotransport_25(X)
& fn_cotransport_54(X) != fn_cotransport_16(X)
& fn_cotransport_16(X) != fn_cotransport_54(X)
& fn_cotransport_25(X) != fn_cotransport_16(X)
& has_region_2(fn_cotransport_53(X),fn_cotransport_41(X))
& has_region_2(fn_cotransport_53(X),fn_cotransport_42(X))
& has_region_2(fn_cotransport_53(X),fn_cotransport_39(X))
& has_part_2(fn_cotransport_53(X),fn_cotransport_46(X))
& has_region_2(fn_cotransport_53(X),fn_cotransport_38(X))
& has_part_2(fn_cotransport_53(X),fn_cotransport_47(X))
& has_region_2(fn_cotransport_53(X),fn_cotransport_37(X))
& has_part_2(fn_cotransport_53(X),fn_cotransport_49(X))
& is_inside_2(fn_cotransport_53(X),fn_cotransport_35(X))
& facilitates_2(fn_cotransport_53(X),fn_cotransport_60(X))
& possesses_2(fn_cotransport_53(X),fn_cotransport_33(X))
& has_function_2(fn_cotransport_53(X),fn_cotransport_2(X))
& has_function_2(fn_cotransport_53(X),fn_cotransport_1(X))
& has_part_2(fn_cotransport_18(X),fn_cotransport_53(X))
& agent_2(fn_cotransport_60(X),fn_cotransport_53(X))
& agent_2(fn_cotransport_1(X),fn_cotransport_53(X))
& size_2(fn_cotransport_53(X),fn_cotransport_34(X))
& possesses_2(fn_cotransport_53(X),fn_cotransport_32(X))
& is_between_2(fn_cotransport_32(X),fn_cotransport_49(X))
& is_inside_2(fn_cotransport_49(X),fn_cotransport_39(X))
& has_part_2(fn_cotransport_53(X),fn_cotransport_51(X))
& has_part_2(fn_cotransport_51(X),fn_cotransport_24(X))
& is_at_2(fn_cotransport_24(X),fn_cotransport_42(X))
& agent_2(fn_cotransport_2(X),fn_cotransport_53(X))
& site_2(fn_cotransport_2(X),fn_cotransport_41(X))
& facilitates_2(fn_cotransport_41(X),fn_cotransport_2(X))
& has_part_2(fn_cotransport_53(X),fn_cotransport_48(X))
& size_2(fn_cotransport_48(X),fn_cotransport_29(X))
& greater_than_2(fn_cotransport_34(X),fn_cotransport_29(X))
& the_scalar_value_2(fn_cotransport_34(X),big_0)
& scalar_unit_class_2(fn_cotransport_34(X),polypeptide_0)
& object_2(fn_cotransport_43(X),fn_cotransport_53(X))
& speed_2(fn_cotransport_43(X),fn_cotransport_30(X))
& directly_proportional_2(fn_cotransport_30(X),fn_cotransport_31(X))
& quantity_2(fn_cotransport_33(X),fn_cotransport_31(X))
& is_across_2(fn_cotransport_53(X),fn_cotransport_18(X))
& is_inside_2(fn_cotransport_37(X),fn_cotransport_18(X))
& facilitates_2(fn_cotransport_37(X),fn_cotransport_1(X))
& site_2(fn_cotransport_1(X),fn_cotransport_37(X))
& is_inside_2(fn_cotransport_47(X),fn_cotransport_37(X))
& subevent_2(fn_cotransport_15(X),fn_cotransport_52(X))
& has_part_2(fn_cotransport_18(X),fn_cotransport_35(X))
& raw_material_2(fn_cotransport_15(X),fn_cotransport_13(X))
& object_2(fn_cotransport_28(X),fn_cotransport_54(X))
& site_2(fn_cotransport_3(X),fn_cotransport_41(X))
& instrument_2(fn_cotransport_28(X),fn_cotransport_18(X))
& object_2(fn_cotransport_28(X),fn_cotransport_25(X))
& subevent_2(fn_cotransport_7(X),fn_cotransport_8(X))
& agent_2(fn_cotransport_7(X),fn_cotransport_10(X))
& agent_2(fn_cotransport_9(X),fn_cotransport_10(X))
& next_event_2(fn_cotransport_8(X),fn_cotransport_9(X))
& has_region_2(fn_cotransport_18(X),fn_cotransport_40(X))
& is_at_2(fn_cotransport_41(X),fn_cotransport_40(X))
& is_at_2(fn_cotransport_46(X),fn_cotransport_41(X))
& is_opposite_2(fn_cotransport_38(X),fn_cotransport_41(X))
& is_opposite_2(fn_cotransport_41(X),fn_cotransport_38(X))
& object_2(fn_cotransport_8(X),fn_cotransport_16(X))
& base_2(fn_cotransport_8(X),fn_cotransport_11(X))
& has_state_2(fn_cotransport_10(X),fn_cotransport_11(X))
& fn_cotransport_10(X) != fn_cotransport_11(X)
& fn_cotransport_11(X) != fn_cotransport_10(X)
& base_2(fn_cotransport_60(X),fn_cotransport_18(X))
& has_function_2(fn_cotransport_18(X),fn_cotransport_60(X))
& subevent_2(fn_cotransport_15(X),fn_cotransport_60(X))
& path_2(fn_cotransport_15(X),fn_cotransport_18(X))
& has_function_2(fn_cotransport_18(X),fn_cotransport_28(X))
& fn_cotransport_44(X) != fn_cotransport_45(X)
& fn_cotransport_50(X) != fn_cotransport_44(X)
& fn_cotransport_45(X) != fn_cotransport_44(X)
& is_inside_2(fn_cotransport_45(X),fn_cotransport_36(X))
& is_inside_2(fn_cotransport_50(X),fn_cotransport_36(X))
& fn_cotransport_44(X) != fn_cotransport_50(X)
& is_inside_2(fn_cotransport_44(X),fn_cotransport_36(X))
& fn_cotransport_45(X) != fn_cotransport_50(X)
& fn_cotransport_50(X) != fn_cotransport_45(X)
& fn_cotransport_16(X) != fn_cotransport_26(X)
& fn_cotransport_26(X) != fn_cotransport_16(X)
& fn_cotransport_16(X) != fn_cotransport_27(X)
& fn_cotransport_27(X) != fn_cotransport_54(X)
& fn_cotransport_27(X) != fn_cotransport_16(X)
& fn_cotransport_54(X) != fn_cotransport_27(X)
& object_2(fn_cotransport_15(X),fn_cotransport_54(X))
& object_2(fn_cotransport_60(X),fn_cotransport_54(X))
& base_2(fn_cotransport_15(X),fn_cotransport_59(X))
& is_between_2(fn_cotransport_32(X),fn_cotransport_50(X))
& object_2(fn_cotransport_28(X),fn_cotransport_16(X))
& base_2(fn_cotransport_6(X),fn_cotransport_10(X))
& fn_cotransport_53(X) = fn_functional_group_1(fn_cotransport_36(X))
& fn_cotransport_36(X) = fn_phosphorylation_4(fn_cotransport_52(X))
& fn_cotransport_53(X) = fn_phosphorylation_1(fn_cotransport_52(X))
& fn_cotransport_53(X) = fn_phosphorylation_5(fn_cotransport_52(X))
& fn_cotransport_16(X) = fn_thermal_motion_5(fn_cotransport_17(X))
& fn_cotransport_20(X) = fn_active_transport_using_atp_39(fn_cotransport_7(X))
& fn_cotransport_21(X) = fn_active_transport_using_atp_10(fn_cotransport_7(X))
& fn_cotransport_22(X) = fn_active_transport_using_atp_23(fn_cotransport_7(X))
& fn_cotransport_59(X) = fn_passive_transport_1(fn_cotransport_14(X))
& fn_cotransport_14(X) = fn_energy_coupling_3(X)
& fn_cotransport_13(X) = fn_exergonic_process_3(fn_cotransport_14(X))
& fn_cotransport_13(X) = fn_passive_transport_17(fn_cotransport_14(X))
& fn_cotransport_50(X) = fn_carrier_protein_32(fn_cotransport_53(X))
& fn_cotransport_40(X) = fn_facilitated_diffusion_using_carrier_protein_48(fn_cotransport_14(X))
& fn_cotransport_3(X) = fn_facilitated_diffusion_using_carrier_protein_25(fn_cotransport_14(X))
& fn_cotransport_14(X) = fn_carrier_protein_7(fn_cotransport_53(X))
& fn_cotransport_9(X) = fn_transport_protein_10(fn_cotransport_53(X))
& fn_cotransport_14(X) = fn_transport_protein_28(fn_cotransport_53(X))
& fn_cotransport_60(X) = fn_transport_protein_34(fn_cotransport_53(X))
& fn_cotransport_60(X) = fn_facilitated_diffusion_using_carrier_protein_34(fn_cotransport_14(X))
& fn_cotransport_16(X) = fn_attach_1(fn_cotransport_6(X))
& fn_cotransport_6(X) = fn_facilitated_diffusion_using_carrier_protein_35(fn_cotransport_14(X))
& fn_cotransport_16(X) = fn_facilitated_diffusion_26(fn_cotransport_14(X))
& fn_cotransport_17(X) = fn_facilitated_diffusion_using_carrier_protein_45(fn_cotransport_14(X))
& fn_cotransport_23(X) = fn_facilitated_diffusion_using_carrier_protein_10(fn_cotransport_14(X))
& fn_cotransport_16(X) = fn_facilitated_diffusion_using_carrier_protein_9(fn_cotransport_14(X))
& fn_cotransport_19(X) = fn_facilitated_diffusion_using_carrier_protein_8(fn_cotransport_14(X))
& fn_cotransport_4(X) = fn_active_transport_using_atp_10(fn_cotransport_7(X))
& fn_cotransport_12(X) = fn_active_transport_using_atp_39(fn_cotransport_7(X))
& fn_cotransport_5(X) = fn_active_transport_using_atp_23(fn_cotransport_7(X))
& fn_cotransport_25(X) = fn_active_transport_using_atp_23(fn_cotransport_7(X))
& fn_cotransport_54(X) = fn_active_transport_using_atp_10(fn_cotransport_7(X))
& fn_cotransport_41(X) = fn_carrier_protein_22(fn_cotransport_53(X))
& fn_cotransport_46(X) = fn_carrier_protein_30(fn_cotransport_53(X))
& fn_cotransport_38(X) = fn_carrier_protein_23(fn_cotransport_53(X))
& fn_cotransport_35(X) = fn_carrier_protein_16(fn_cotransport_53(X))
& fn_cotransport_56(X) = fn_carrier_protein_11(fn_cotransport_53(X))
& fn_cotransport_57(X) = fn_carrier_protein_12(fn_cotransport_53(X))
& fn_cotransport_58(X) = fn_carrier_protein_10(fn_cotransport_53(X))
& fn_cotransport_18(X) = fn_integral_protein_24(fn_cotransport_53(X))
& fn_cotransport_18(X) = fn_transport_protein_35(fn_cotransport_53(X))
& fn_cotransport_60(X) = fn_carrier_protein_4(fn_cotransport_53(X))
& fn_cotransport_55(X) = fn_carrier_protein_9(fn_cotransport_53(X))
& fn_cotransport_39(X) = fn_carrier_protein_24(fn_cotransport_53(X))
& fn_cotransport_49(X) = fn_carrier_protein_34(fn_cotransport_53(X))
& fn_cotransport_32(X) = fn_protein_6(fn_cotransport_53(X))
& fn_cotransport_32(X) = fn_carrier_protein_36(fn_cotransport_53(X))
& fn_cotransport_42(X) = fn_facilitated_diffusion_using_carrier_protein_14(fn_cotransport_14(X))
& fn_cotransport_42(X) = fn_carrier_protein_25(fn_cotransport_53(X))
& fn_cotransport_24(X) = fn_facilitated_diffusion_using_carrier_protein_32(fn_cotransport_14(X))
& fn_cotransport_24(X) = fn_carrier_protein_27(fn_cotransport_53(X))
& fn_cotransport_51(X) = fn_facilitated_diffusion_using_carrier_protein_19(fn_cotransport_14(X))
& fn_cotransport_51(X) = fn_carrier_protein_35(fn_cotransport_53(X))
& fn_cotransport_2(X) = fn_integral_protein_7(fn_cotransport_53(X))
& fn_cotransport_41(X) = fn_carrier_protein_23(fn_cotransport_53(X))
& fn_cotransport_2(X) = fn_carrier_protein_5(fn_cotransport_53(X))
& fn_cotransport_34(X) = fn_transport_protein_20(fn_cotransport_53(X))
& fn_cotransport_34(X) = fn_carrier_protein_40(fn_cotransport_53(X))
& fn_cotransport_29(X) = fn_carrier_protein_39(fn_cotransport_53(X))
& fn_cotransport_48(X) = fn_carrier_protein_33(fn_cotransport_53(X))
& fn_cotransport_33(X) = fn_carrier_protein_41(fn_cotransport_53(X))
& fn_cotransport_31(X) = fn_carrier_protein_38(fn_cotransport_53(X))
& fn_cotransport_30(X) = fn_carrier_protein_37(fn_cotransport_53(X))
& fn_cotransport_43(X) = fn_carrier_protein_42(fn_cotransport_53(X))
& fn_cotransport_47(X) = fn_carrier_protein_31(fn_cotransport_53(X))
& fn_cotransport_1(X) = fn_facilitated_diffusion_using_carrier_protein_12(fn_cotransport_14(X))
& fn_cotransport_1(X) = fn_carrier_protein_6(fn_cotransport_53(X))
& fn_cotransport_37(X) = fn_facilitated_diffusion_using_carrier_protein_18(fn_cotransport_14(X))
& fn_cotransport_37(X) = fn_carrier_protein_21(fn_cotransport_53(X))
& fn_cotransport_53(X) = fn_facilitated_diffusion_using_carrier_protein_33(fn_cotransport_14(X))
& fn_cotransport_18(X) = fn_facilitated_diffusion_using_carrier_protein_40(fn_cotransport_14(X))
& fn_cotransport_18(X) = fn_carrier_protein_18(fn_cotransport_53(X))
& fn_cotransport_52(X) = fn_active_transport_using_atp_91(fn_cotransport_15(X))
& fn_cotransport_35(X) = fn_active_transport_using_atp_38(fn_cotransport_15(X))
& fn_cotransport_15(X) = fn_energy_coupling_4(X)
& fn_cotransport_13(X) = fn_energy_coupling_2(X)
& fn_cotransport_13(X) = fn_work_1(fn_cotransport_15(X))
& fn_cotransport_13(X) = fn_active_transport_using_atp_25(fn_cotransport_15(X))
& fn_cotransport_54(X) = fn_active_transport_using_atp_10(fn_cotransport_15(X))
& fn_cotransport_3(X) = fn_active_transport_using_atp_26(fn_cotransport_15(X))
& fn_cotransport_25(X) = fn_active_transport_using_atp_23(fn_cotransport_15(X))
& fn_cotransport_9(X) = fn_active_transport_using_atp_31(fn_cotransport_7(X))
& fn_cotransport_9(X) = fn_active_transport_using_atp_31(fn_cotransport_15(X))
& fn_cotransport_46(X) = fn_integral_protein_6(fn_cotransport_53(X))
& fn_cotransport_46(X) = fn_active_transport_using_atp_30(fn_cotransport_15(X))
& fn_cotransport_38(X) = fn_active_transport_using_atp_36(fn_cotransport_15(X))
& fn_cotransport_41(X) = fn_integral_protein_23(fn_cotransport_53(X))
& fn_cotransport_40(X) = fn_integral_protein_29(fn_cotransport_53(X))
& fn_cotransport_41(X) = fn_active_transport_using_atp_34(fn_cotransport_15(X))
& fn_cotransport_40(X) = fn_active_transport_using_atp_35(fn_cotransport_15(X))
& fn_cotransport_10(X) = fn_active_transport_using_atp_48(fn_cotransport_7(X))
& fn_cotransport_10(X) = fn_active_transport_using_atp_48(fn_cotransport_15(X))
& fn_cotransport_11(X) = fn_active_transport_using_atp_78(fn_cotransport_7(X))
& fn_cotransport_11(X) = fn_active_transport_using_atp_78(fn_cotransport_15(X))
& fn_cotransport_8(X) = fn_active_transport_using_atp_44(fn_cotransport_7(X))
& fn_cotransport_16(X) = fn_active_transport_using_atp_46(fn_cotransport_7(X))
& fn_cotransport_8(X) = fn_active_transport_using_atp_44(fn_cotransport_15(X))
& fn_cotransport_28(X) = fn_active_transport_using_atp_39(fn_cotransport_15(X))
& fn_cotransport_18(X) = fn_active_transport_using_atp_32(fn_cotransport_15(X))
& fn_cotransport_10(X) = fn_attach_2(fn_cotransport_6(X))
& fn_cotransport_16(X) = fn_block_1(fn_cotransport_28(X))
& fn_cotransport_50(X) = fn_polar_covalent_bond_19(fn_cotransport_32(X))
& fn_cotransport_50(X) = fn_polar_covalent_bond_18(fn_cotransport_32(X))
& fn_cotransport_59(X) = fn_cellular_work_2(fn_cotransport_15(X))
& fn_cotransport_26(X) = fn_active_transport_using_atp_23(fn_cotransport_15(X))
& fn_cotransport_16(X) = fn_active_transport_using_atp_46(fn_cotransport_15(X))
& fn_cotransport_27(X) = fn_active_transport_using_atp_10(fn_cotransport_15(X))
& fn_cotransport_60(X) = fn_active_transport_using_atp_31(fn_cotransport_15(X))
& fn_cotransport_54(X) = fn_active_transport_using_atp_46(fn_cotransport_15(X))
& fn_cotransport_44(X) = fn_phosphate_group_5(fn_cotransport_36(X))
& fn_cotransport_50(X) = fn_phosphate_group_5(fn_cotransport_36(X))
& fn_cotransport_45(X) = fn_phosphate_group_6(fn_cotransport_36(X))
& fn_cotransport_50(X) = fn_phosphate_group_22(fn_cotransport_36(X))
& fn_energy_coupling_3(X) = fn_energy_coupling_3(X)
& fn_energy_coupling_3(X) = fn_carrier_protein_7(fn_cotransport_53(X))
& fn_carrier_protein_7(fn_cotransport_53(X)) = fn_carrier_protein_7(fn_cotransport_53(X))
& fn_carrier_protein_7(fn_cotransport_53(X)) = fn_transport_protein_28(fn_cotransport_53(X))
& fn_transport_protein_28(fn_cotransport_53(X)) = fn_transport_protein_28(fn_cotransport_53(X))
& fn_transport_protein_28(fn_cotransport_53(X)) = fn_facilitated_diffusion_using_carrier_protein_14(fn_cotransport_14(X))
& fn_carrier_protein_25(fn_cotransport_53(X)) = fn_facilitated_diffusion_using_carrier_protein_14(fn_cotransport_14(X))
& fn_facilitated_diffusion_using_carrier_protein_14(fn_cotransport_14(X)) = fn_carrier_protein_25(fn_cotransport_53(X))
& fn_carrier_protein_25(fn_cotransport_53(X)) = fn_facilitated_diffusion_using_carrier_protein_32(fn_cotransport_14(X))
& fn_carrier_protein_27(fn_cotransport_53(X)) = fn_facilitated_diffusion_using_carrier_protein_32(fn_cotransport_14(X))
& fn_facilitated_diffusion_using_carrier_protein_32(fn_cotransport_14(X)) = fn_carrier_protein_27(fn_cotransport_53(X))
& fn_carrier_protein_27(fn_cotransport_53(X)) = fn_facilitated_diffusion_using_carrier_protein_19(fn_cotransport_14(X))
& fn_carrier_protein_35(fn_cotransport_53(X)) = fn_facilitated_diffusion_using_carrier_protein_19(fn_cotransport_14(X))
& fn_facilitated_diffusion_using_carrier_protein_19(fn_cotransport_14(X)) = fn_carrier_protein_35(fn_cotransport_53(X))
& fn_carrier_protein_35(fn_cotransport_53(X)) = fn_carrier_protein_5(fn_cotransport_53(X))
& fn_carrier_protein_5(fn_cotransport_53(X)) = fn_integral_protein_7(fn_cotransport_53(X))
& fn_integral_protein_7(fn_cotransport_53(X)) = fn_carrier_protein_5(fn_cotransport_53(X))
& fn_carrier_protein_5(fn_cotransport_53(X)) = fn_carrier_protein_5(fn_cotransport_53(X))
& fn_carrier_protein_5(fn_cotransport_53(X)) = fn_carrier_protein_40(fn_cotransport_53(X))
& fn_carrier_protein_40(fn_cotransport_53(X)) = fn_transport_protein_20(fn_cotransport_53(X))
& fn_transport_protein_20(fn_cotransport_53(X)) = fn_carrier_protein_40(fn_cotransport_53(X))
& fn_carrier_protein_40(fn_cotransport_53(X)) = fn_carrier_protein_40(fn_cotransport_53(X))
& fn_carrier_protein_40(fn_cotransport_53(X)) = fn_carrier_protein_6(fn_cotransport_53(X))
& fn_carrier_protein_6(fn_cotransport_53(X)) = fn_carrier_protein_6(fn_cotransport_53(X))
& fn_carrier_protein_6(fn_cotransport_53(X)) = fn_facilitated_diffusion_using_carrier_protein_12(fn_cotransport_14(X))
& fn_facilitated_diffusion_using_carrier_protein_12(fn_cotransport_14(X)) = fn_carrier_protein_6(fn_cotransport_53(X))
& fn_carrier_protein_6(fn_cotransport_53(X)) = fn_carrier_protein_21(fn_cotransport_53(X))
& fn_carrier_protein_21(fn_cotransport_53(X)) = fn_carrier_protein_21(fn_cotransport_53(X))
& fn_carrier_protein_21(fn_cotransport_53(X)) = fn_facilitated_diffusion_using_carrier_protein_18(fn_cotransport_14(X))
& fn_facilitated_diffusion_using_carrier_protein_18(fn_cotransport_14(X)) = fn_carrier_protein_21(fn_cotransport_53(X))
& fn_carrier_protein_21(fn_cotransport_53(X)) = fn_functional_group_1(fn_cotransport_36(X))
& fn_functional_group_1(fn_cotransport_36(X)) = fn_phosphorylation_1(fn_cotransport_52(X))
& fn_phosphorylation_5(fn_cotransport_52(X)) = fn_phosphorylation_1(fn_cotransport_52(X))
& fn_phosphorylation_1(fn_cotransport_52(X)) = fn_phosphorylation_5(fn_cotransport_52(X))
& fn_phosphorylation_5(fn_cotransport_52(X)) = fn_phosphorylation_5(fn_cotransport_52(X))
& fn_phosphorylation_5(fn_cotransport_52(X)) = fn_facilitated_diffusion_using_carrier_protein_33(fn_cotransport_14(X))
& fn_facilitated_diffusion_using_carrier_protein_33(fn_cotransport_14(X)) = fn_facilitated_diffusion_using_carrier_protein_33(fn_cotransport_14(X))
& fn_facilitated_diffusion_using_carrier_protein_33(fn_cotransport_14(X)) = fn_carrier_protein_16(fn_cotransport_53(X))
& fn_carrier_protein_16(fn_cotransport_53(X)) = fn_active_transport_using_atp_38(fn_cotransport_15(X))
& fn_active_transport_using_atp_38(fn_cotransport_15(X)) = fn_exergonic_process_3(fn_cotransport_14(X))
& fn_exergonic_process_3(fn_cotransport_14(X)) = fn_work_1(fn_cotransport_15(X))
& fn_work_1(fn_cotransport_15(X)) = fn_exergonic_process_3(fn_cotransport_14(X))
& fn_exergonic_process_3(fn_cotransport_14(X)) = fn_passive_transport_17(fn_cotransport_14(X))
& fn_energy_coupling_2(X) = fn_passive_transport_17(fn_cotransport_14(X))
& fn_passive_transport_17(fn_cotransport_14(X)) = fn_energy_coupling_2(X)
& fn_energy_coupling_2(X) = fn_energy_coupling_2(X)
& fn_energy_coupling_2(X) = fn_active_transport_using_atp_25(fn_cotransport_15(X))
& fn_active_transport_using_atp_25(fn_cotransport_15(X)) = fn_facilitated_diffusion_using_carrier_protein_25(fn_cotransport_14(X))
& fn_facilitated_diffusion_using_carrier_protein_25(fn_cotransport_14(X)) = fn_active_transport_using_atp_26(fn_cotransport_15(X))
& fn_active_transport_using_atp_26(fn_cotransport_15(X)) = fn_transport_protein_10(fn_cotransport_53(X))
& fn_transport_protein_10(fn_cotransport_53(X)) = fn_transport_protein_10(fn_cotransport_53(X))
& fn_transport_protein_10(fn_cotransport_53(X)) = fn_active_transport_using_atp_31(fn_cotransport_7(X))
& fn_active_transport_using_atp_31(fn_cotransport_7(X)) = fn_active_transport_using_atp_31(fn_cotransport_7(X))
& fn_active_transport_using_atp_31(fn_cotransport_15(X)) = fn_active_transport_using_atp_31(fn_cotransport_7(X))
& fn_active_transport_using_atp_31(fn_cotransport_7(X)) = fn_active_transport_using_atp_31(fn_cotransport_15(X))
& fn_active_transport_using_atp_31(fn_cotransport_15(X)) = fn_carrier_protein_30(fn_cotransport_53(X))
& fn_carrier_protein_30(fn_cotransport_53(X)) = fn_integral_protein_6(fn_cotransport_53(X))
& fn_integral_protein_6(fn_cotransport_53(X)) = fn_carrier_protein_30(fn_cotransport_53(X))
& fn_carrier_protein_30(fn_cotransport_53(X)) = fn_active_transport_using_atp_30(fn_cotransport_15(X))
& fn_active_transport_using_atp_30(fn_cotransport_15(X)) = fn_carrier_protein_23(fn_cotransport_53(X))
& fn_carrier_protein_23(fn_cotransport_53(X)) = fn_active_transport_using_atp_36(fn_cotransport_15(X))
& fn_active_transport_using_atp_36(fn_cotransport_15(X)) = fn_active_transport_using_atp_36(fn_cotransport_15(X))
& fn_active_transport_using_atp_36(fn_cotransport_15(X)) = fn_carrier_protein_22(fn_cotransport_53(X))
& fn_carrier_protein_22(fn_cotransport_53(X)) = fn_integral_protein_23(fn_cotransport_53(X))
& fn_integral_protein_23(fn_cotransport_53(X)) = fn_integral_protein_23(fn_cotransport_53(X))
& fn_integral_protein_23(fn_cotransport_53(X)) = fn_carrier_protein_22(fn_cotransport_53(X))
& fn_carrier_protein_22(fn_cotransport_53(X)) = fn_carrier_protein_23(fn_cotransport_53(X))
& fn_carrier_protein_23(fn_cotransport_53(X)) = fn_carrier_protein_23(fn_cotransport_53(X))
& fn_carrier_protein_23(fn_cotransport_53(X)) = fn_active_transport_using_atp_34(fn_cotransport_15(X))
& fn_active_transport_using_atp_34(fn_cotransport_15(X)) = fn_active_transport_using_atp_34(fn_cotransport_15(X))
& fn_active_transport_using_atp_34(fn_cotransport_15(X)) = fn_integral_protein_29(fn_cotransport_53(X))
& fn_facilitated_diffusion_using_carrier_protein_48(fn_cotransport_14(X)) = fn_integral_protein_29(fn_cotransport_53(X))
& fn_integral_protein_29(fn_cotransport_53(X)) = fn_facilitated_diffusion_using_carrier_protein_48(fn_cotransport_14(X))
& fn_facilitated_diffusion_using_carrier_protein_48(fn_cotransport_14(X)) = fn_active_transport_using_atp_35(fn_cotransport_15(X))
& fn_active_transport_using_atp_35(fn_cotransport_15(X)) = fn_active_transport_using_atp_35(fn_cotransport_15(X))
& fn_active_transport_using_atp_35(fn_cotransport_15(X)) = fn_transport_protein_35(fn_cotransport_53(X))
& fn_transport_protein_35(fn_cotransport_53(X)) = fn_integral_protein_24(fn_cotransport_53(X))
& fn_integral_protein_24(fn_cotransport_53(X)) = fn_transport_protein_35(fn_cotransport_53(X))
& fn_transport_protein_35(fn_cotransport_53(X)) = fn_transport_protein_35(fn_cotransport_53(X))
& fn_facilitated_diffusion_using_carrier_protein_40(fn_cotransport_14(X)) = fn_transport_protein_35(fn_cotransport_53(X))
& fn_transport_protein_35(fn_cotransport_53(X)) = fn_facilitated_diffusion_using_carrier_protein_40(fn_cotransport_14(X))
& fn_facilitated_diffusion_using_carrier_protein_40(fn_cotransport_14(X)) = fn_facilitated_diffusion_using_carrier_protein_40(fn_cotransport_14(X))
& fn_carrier_protein_18(fn_cotransport_53(X)) = fn_facilitated_diffusion_using_carrier_protein_40(fn_cotransport_14(X))
& fn_facilitated_diffusion_using_carrier_protein_40(fn_cotransport_14(X)) = fn_carrier_protein_18(fn_cotransport_53(X))
& fn_carrier_protein_18(fn_cotransport_53(X)) = fn_carrier_protein_18(fn_cotransport_53(X))
& fn_carrier_protein_18(fn_cotransport_53(X)) = fn_active_transport_using_atp_32(fn_cotransport_15(X))
& fn_active_transport_using_atp_32(fn_cotransport_15(X)) = fn_active_transport_using_atp_32(fn_cotransport_15(X))
& fn_active_transport_using_atp_32(fn_cotransport_15(X)) = fn_active_transport_using_atp_48(fn_cotransport_7(X))
& fn_active_transport_using_atp_48(fn_cotransport_15(X)) = fn_active_transport_using_atp_48(fn_cotransport_7(X))
& fn_active_transport_using_atp_48(fn_cotransport_7(X)) = fn_active_transport_using_atp_48(fn_cotransport_15(X))
& fn_active_transport_using_atp_48(fn_cotransport_15(X)) = fn_attach_2(fn_cotransport_6(X))
& fn_attach_2(fn_cotransport_6(X)) = fn_carrier_protein_36(fn_cotransport_53(X))
& fn_carrier_protein_36(fn_cotransport_53(X)) = fn_protein_6(fn_cotransport_53(X))
& fn_protein_6(fn_cotransport_53(X)) = fn_carrier_protein_36(fn_cotransport_53(X))
& fn_carrier_protein_36(fn_cotransport_53(X)) = fn_passive_transport_1(fn_cotransport_14(X))
& fn_passive_transport_1(fn_cotransport_14(X)) = fn_cellular_work_2(fn_cotransport_15(X))
& fn_cellular_work_2(fn_cotransport_15(X)) = fn_thermal_motion_5(fn_cotransport_17(X))
& fn_thermal_motion_5(fn_cotransport_17(X)) = fn_attach_1(fn_cotransport_6(X))
& fn_attach_1(fn_cotransport_6(X)) = fn_thermal_motion_5(fn_cotransport_17(X))
& fn_thermal_motion_5(fn_cotransport_17(X)) = fn_facilitated_diffusion_26(fn_cotransport_14(X))
& fn_facilitated_diffusion_using_carrier_protein_9(fn_cotransport_14(X)) = fn_facilitated_diffusion_26(fn_cotransport_14(X))
& fn_facilitated_diffusion_26(fn_cotransport_14(X)) = fn_facilitated_diffusion_using_carrier_protein_9(fn_cotransport_14(X))
& fn_facilitated_diffusion_using_carrier_protein_9(fn_cotransport_14(X)) = fn_facilitated_diffusion_using_carrier_protein_9(fn_cotransport_14(X))
& fn_facilitated_diffusion_using_carrier_protein_9(fn_cotransport_14(X)) = fn_block_1(fn_cotransport_28(X))
& fn_block_1(fn_cotransport_28(X)) = fn_active_transport_using_atp_46(fn_cotransport_7(X))
& fn_active_transport_using_atp_46(fn_cotransport_7(X)) = fn_active_transport_using_atp_46(fn_cotransport_7(X))
& fn_active_transport_using_atp_46(fn_cotransport_7(X)) = fn_active_transport_using_atp_46(fn_cotransport_15(X))
& fn_active_transport_using_atp_46(fn_cotransport_15(X)) = fn_block_1(fn_cotransport_28(X))
& fn_block_1(fn_cotransport_28(X)) = fn_active_transport_using_atp_46(fn_cotransport_15(X))
& fn_active_transport_using_atp_46(fn_cotransport_15(X)) = fn_active_transport_using_atp_10(fn_cotransport_7(X))
& fn_active_transport_using_atp_10(fn_cotransport_7(X)) = fn_active_transport_using_atp_10(fn_cotransport_7(X))
& fn_active_transport_using_atp_10(fn_cotransport_7(X)) = fn_active_transport_using_atp_10(fn_cotransport_15(X))
& fn_active_transport_using_atp_10(fn_cotransport_15(X)) = fn_active_transport_using_atp_46(fn_cotransport_15(X))
& fn_active_transport_using_atp_46(fn_cotransport_15(X)) = fn_active_transport_using_atp_46(fn_cotransport_15(X))
& fn_active_transport_using_atp_46(fn_cotransport_15(X)) = fn_transport_protein_34(fn_cotransport_53(X))
& fn_transport_protein_34(fn_cotransport_53(X)) = fn_transport_protein_34(fn_cotransport_53(X))
& fn_transport_protein_34(fn_cotransport_53(X)) = fn_facilitated_diffusion_using_carrier_protein_34(fn_cotransport_14(X))
& fn_facilitated_diffusion_using_carrier_protein_34(fn_cotransport_14(X)) = fn_facilitated_diffusion_using_carrier_protein_34(fn_cotransport_14(X))
& fn_facilitated_diffusion_using_carrier_protein_34(fn_cotransport_14(X)) = fn_carrier_protein_4(fn_cotransport_53(X))
& fn_carrier_protein_4(fn_cotransport_53(X)) = fn_carrier_protein_4(fn_cotransport_53(X))
& fn_carrier_protein_4(fn_cotransport_53(X)) = fn_active_transport_using_atp_31(fn_cotransport_15(X))
& fn_active_transport_using_atp_31(fn_cotransport_15(X)) = fn_active_transport_using_atp_31(fn_cotransport_15(X))
& fn_active_transport_using_atp_31(fn_cotransport_15(X)) = fn_carrier_protein_32(fn_cotransport_53(X))
& fn_carrier_protein_32(fn_cotransport_53(X)) = fn_carrier_protein_32(fn_cotransport_53(X))
& fn_carrier_protein_32(fn_cotransport_53(X)) = fn_polar_covalent_bond_19(fn_cotransport_32(X))
& fn_polar_covalent_bond_19(fn_cotransport_32(X)) = fn_polar_covalent_bond_19(fn_cotransport_32(X))
& fn_polar_covalent_bond_19(fn_cotransport_32(X)) = fn_polar_covalent_bond_18(fn_cotransport_32(X))
& fn_polar_covalent_bond_18(fn_cotransport_32(X)) = fn_polar_covalent_bond_18(fn_cotransport_32(X))
& fn_polar_covalent_bond_18(fn_cotransport_32(X)) = fn_phosphate_group_5(fn_cotransport_36(X))
& fn_phosphate_group_22(fn_cotransport_36(X)) = fn_phosphate_group_22(fn_cotransport_36(X))
& fn_phosphate_group_22(fn_cotransport_36(X)) = fn_phosphate_group_5(fn_cotransport_36(X))
& fn_phosphate_group_5(fn_cotransport_36(X)) = fn_phosphate_group_22(fn_cotransport_36(X)) ) ) ).
fof(a528714,axiom,
! [X] :
( cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_1(X)
=> ( original_name_2(X,'Cotransport-Of-Sucrose-And-Hydrogen-Ion-By-Plant-Cell')
& user_description_2(X,'The simultaneous movement of sucrose and hydrogen ions across a membrane in opposite directions.')
& concept2words_2(X,transport)
& concept2words_2(X,'cotransport of sucrose and hydrogen ion by plant cell')
& concept2words_2(X,'cotransport-of-sucrose-and-hydrogen-ion-by-plant-cell')
& uptake_of_nutrient_by_plant_cell_using_proton_pump_1(X)
& system_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_1(X))
& cell_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_2(X))
& plant_cell_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_2(X))
& molecule_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& spatial_entity_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& tangible_entity_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& membrane_protein_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& protein_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& chemical_entity_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& polymer_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& integral_protein_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& carrier_protein_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& transport_protein_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& cotransporter_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& sucrose_hydrogen_ion_cotransporter_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& membrane_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_4(X))
& spatial_entity_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_4(X))
& biomembrane_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_4(X))
& endergonic_process_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_5(X))
& work_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_5(X))
& cellular_work_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_5(X))
& active_transport_using_atp_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_5(X))
& passive_transport_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_6(X))
& exergonic_process_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_6(X))
& facilitated_diffusion_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_6(X))
& sucrose_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_7(X))
& tangible_entity_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_8(X))
& spatial_entity_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_8(X))
& chemical_entity_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_8(X))
& hydrogen_ion_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_8(X))
& energy_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_9(X))
& entity_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_9(X))
& free_energy_1(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_9(X))
& energy_1(fn_cotransporter_10(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& entity_1(fn_cotransporter_10(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& free_energy_1(fn_cotransporter_10(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& facilitated_diffusion_1(fn_transport_protein_28(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& endergonic_process_1(fn_cotransporter_16(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& work_1(fn_cotransporter_16(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& cellular_work_1(fn_cotransporter_16(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& active_transport_using_atp_1(fn_cotransporter_16(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& endergonic_process_1(fn_sucrose_hydrogen_ion_cotransporter_7(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& work_1(fn_sucrose_hydrogen_ion_cotransporter_7(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& cellular_work_1(fn_sucrose_hydrogen_ion_cotransporter_7(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& active_transport_using_atp_1(fn_sucrose_hydrogen_ion_cotransporter_7(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& cotransport_1(fn_cotransporter_12(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& cotransport_using_proton_pump_1(fn_sucrose_hydrogen_ion_cotransporter_34(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& cotransport_1(fn_sucrose_hydrogen_ion_cotransporter_34(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& spatial_entity_1(fn_transport_protein_35(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& biomembrane_1(fn_transport_protein_35(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& membrane_1(fn_cotransporter_4(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& spatial_entity_1(fn_cotransporter_4(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& biomembrane_1(fn_cotransporter_4(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& membrane_1(fn_sucrose_hydrogen_ion_cotransporter_28(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& spatial_entity_1(fn_sucrose_hydrogen_ion_cotransporter_28(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& biomembrane_1(fn_sucrose_hydrogen_ion_cotransporter_28(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)))
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_8(X) != fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_7(X)
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_7(X) != fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_8(X)
& object_2(X,fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_7(X))
& object_2(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_5(X),fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_7(X))
& path_2(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_6(X),fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_4(X))
& instrument_2(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_6(X),fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& called_2(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_5(X),'AT2')
& subevent_2(X,fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_6(X))
& result_2(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_6(X),fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_9(X))
& raw_material_2(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_5(X),fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_9(X))
& base_2(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_5(X),fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_2(X))
& object_2(X,fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_8(X))
& object_2(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_6(X),fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_8(X))
& base_2(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_6(X),fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_2(X))
& base_2(X,fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_2(X))
& object_2(X,fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_9(X))
& subevent_2(X,fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_5(X))
& agent_2(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_5(X),fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& agent_2(X,fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& is_across_2(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X),fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_4(X))
& has_part_2(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_4(X),fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& has_function_2(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X),X)
& path_2(X,fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_4(X))
& path_2(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_5(X),fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_4(X))
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_8(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_3(X)
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_7(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_4(X)
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_6(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_6(X) = fn_transport_protein_28(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_5(X) = fn_cotransporter_16(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_9(X) = fn_cotransporter_10(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_9(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_1(X)
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_2(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_8(X)
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_6(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(X)
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_8(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_2(X)
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_5(X) = fn_cotransport_15(X)
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_5(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_5(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(X)
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_5(X) = fn_sucrose_hydrogen_ion_cotransporter_7(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& X = fn_cotransporter_12(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& X = fn_sucrose_hydrogen_ion_cotransporter_34(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_4(X) = fn_transport_protein_35(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X) = fn_cotransport_53(X)
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_4(X) = fn_cotransport_18(X)
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_4(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X)
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_7(X)
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_4(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_6(X)
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_4(X) = fn_cotransporter_4(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_4(X) = fn_sucrose_hydrogen_ion_cotransporter_28(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_1(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_1(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_1(X) = fn_cotransporter_10(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_cotransporter_10(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_1(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_1(X) = fn_transport_protein_28(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X) = fn_transport_protein_28(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_transport_protein_28(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)) = fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_3(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_3(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_2(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_2(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_2(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_2(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X) = fn_cotransport_15(X)
& fn_cotransport_15(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X) = fn_cotransporter_16(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_cotransporter_16(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)) = fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(X) = fn_cotransporter_16(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_cotransporter_16(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(X)
& fn_sucrose_hydrogen_ion_cotransporter_7(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(X) = fn_sucrose_hydrogen_ion_cotransporter_7(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_sucrose_hydrogen_ion_cotransporter_7(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)) = fn_cotransporter_12(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_sucrose_hydrogen_ion_cotransporter_34(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)) = fn_cotransporter_12(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_cotransporter_12(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)) = fn_sucrose_hydrogen_ion_cotransporter_34(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_sucrose_hydrogen_ion_cotransporter_34(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)) = fn_sucrose_hydrogen_ion_cotransporter_34(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_sucrose_hydrogen_ion_cotransporter_34(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)) = fn_transport_protein_35(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_cotransport_18(X) = fn_transport_protein_35(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_transport_protein_35(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)) = fn_cotransport_18(X)
& fn_cotransport_18(X) = fn_cotransport_18(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X) = fn_cotransport_18(X)
& fn_cotransport_18(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_6(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_6(X)
& fn_cotransporter_4(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)) = fn_cotransporter_4(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_cotransporter_4(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_6(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_6(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_6(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_6(X) = fn_cotransporter_4(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_sucrose_hydrogen_ion_cotransporter_28(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)) = fn_cotransporter_4(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_cotransporter_4(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)) = fn_sucrose_hydrogen_ion_cotransporter_28(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X))
& fn_sucrose_hydrogen_ion_cotransporter_28(fn_cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_3(X)) = fn_cotransport_53(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X) = fn_cotransport_53(X)
& fn_cotransport_53(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_7(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_7(X) ) ) ).
fof(a528715,axiom,
! [X] :
( cotransport_using_proton_pump_1(X)
=> ( original_name_2(X,'Cotransport-Using-Proton-Pump')
& user_description_2(X,'Coupled transport across the plasma membrane where H+ ions coupled with another substance diffuse across the plasma membrane down the H+ gradient. A proton pump generates potential energy on one side of the membrane by forming an area of high H+ concentration that is used to drive the transport of another substance as H+ diffuses through a specific cotransport protein.')
& concept2words_2(X,transport)
& concept2words_2(X,'cotransport using proton pump')
& concept2words_2(X,'cotransport-using-proton-pump')
& cotransport_1(X)
& endergonic_process_1(fn_cotransport_using_proton_pump_1(X))
& work_1(fn_cotransport_using_proton_pump_1(X))
& cellular_work_1(fn_cotransport_using_proton_pump_1(X))
& active_transport_using_atp_1(fn_cotransport_using_proton_pump_1(X))
& solution_1(fn_cotransport_using_proton_pump_2(X))
& aqueous_solution_1(fn_cotransport_using_proton_pump_2(X))
& solution_1(fn_cotransport_using_proton_pump_3(X))
& aqueous_solution_1(fn_cotransport_using_proton_pump_3(X))
& phosphorylation_1(fn_cotransport_using_proton_pump_4(X))
& proton_motive_force_1(fn_cotransport_using_proton_pump_5(X))
& consume_1(fn_cotransport_using_proton_pump_6(X))
& release_1(fn_cotransport_using_proton_pump_7(X))
& energy_1(fn_cotransport_using_proton_pump_8(X))
& entity_1(fn_cotransport_using_proton_pump_8(X))
& chemical_energy_1(fn_cotransport_using_proton_pump_8(X))
& entity_1(fn_cotransport_using_proton_pump_9(X))
& free_energy_1(fn_cotransport_using_proton_pump_9(X))
& concentration_gradient_1(fn_cotransport_using_proton_pump_10(X))
& tangible_entity_1(fn_cotransport_using_proton_pump_11(X))
& spatial_entity_1(fn_cotransport_using_proton_pump_11(X))
& chemical_entity_1(fn_cotransport_using_proton_pump_11(X))
& hydrogen_ion_1(fn_cotransport_using_proton_pump_11(X))
& protein_pump_1(fn_cotransport_using_proton_pump_12(X))
& tangible_entity_1(fn_cotransport_using_proton_pump_12(X))
& membrane_protein_1(fn_cotransport_using_proton_pump_12(X))
& protein_1(fn_cotransport_using_proton_pump_12(X))
& molecule_1(fn_cotransport_using_proton_pump_12(X))
& polymer_1(fn_cotransport_using_proton_pump_12(X))
& spatial_entity_1(fn_cotransport_using_proton_pump_12(X))
& chemical_entity_1(fn_cotransport_using_proton_pump_12(X))
& integral_protein_1(fn_cotransport_using_proton_pump_12(X))
& carrier_protein_1(fn_cotransport_using_proton_pump_12(X))
& electrogenic_pump_1(fn_cotransport_using_proton_pump_12(X))
& transport_protein_1(fn_cotransport_using_proton_pump_12(X))
& proton_pump_1(fn_cotransport_using_proton_pump_12(X))
& spatial_entity_1(fn_cotransport_using_proton_pump_13(X))
& molecule_1(fn_cotransport_using_proton_pump_13(X))
& organic_molecule_1(fn_cotransport_using_proton_pump_13(X))
& ribonucleotide_1(fn_cotransport_using_proton_pump_13(X))
& nucleoside_triphosphate_1(fn_cotransport_using_proton_pump_13(X))
& atp_1(fn_cotransport_using_proton_pump_13(X))
& membrane_1(fn_cotransport_using_proton_pump_14(X))
& spatial_entity_1(fn_cotransport_using_proton_pump_14(X))
& biomembrane_1(fn_cotransport_using_proton_pump_14(X))
& molecule_1(fn_cotransport_using_proton_pump_15(X))
& tangible_entity_1(fn_cotransport_using_proton_pump_15(X))
& membrane_protein_1(fn_cotransport_using_proton_pump_15(X))
& protein_1(fn_cotransport_using_proton_pump_15(X))
& polymer_1(fn_cotransport_using_proton_pump_15(X))
& spatial_entity_1(fn_cotransport_using_proton_pump_15(X))
& chemical_entity_1(fn_cotransport_using_proton_pump_15(X))
& integral_protein_1(fn_cotransport_using_proton_pump_15(X))
& transport_protein_1(fn_cotransport_using_proton_pump_15(X))
& carrier_protein_1(fn_cotransport_using_proton_pump_15(X))
& move_1(fn_cotransport_using_proton_pump_16(X))
& move_through_1(fn_cotransport_using_proton_pump_16(X))
& detach_1(fn_cotransport_using_proton_pump_17(X))
& active_transport_1(fn_cotransport_using_proton_pump_18(X))
& active_movement_of_ions_1(fn_cotransport_using_proton_pump_18(X))
& active_transport_using_atp_1(fn_cotransport_using_proton_pump_18(X))
& active_transport_by_proton_pump_1(fn_cotransport_using_proton_pump_18(X))
& attach_1(fn_cotransport_using_proton_pump_19(X))
& exergonic_process_1(fn_cotransport_using_proton_pump_20(X))
& facilitated_diffusion_1(fn_cotransport_using_proton_pump_20(X))
& proton_motive_force_1(fn_active_transport_by_proton_pump_1(fn_cotransport_using_proton_pump_18(X)))
& energy_1(fn_active_transport_using_atp_14(fn_cotransport_using_proton_pump_18(X)))
& entity_1(fn_active_transport_using_atp_14(fn_cotransport_using_proton_pump_18(X)))
& chemical_energy_1(fn_active_transport_using_atp_14(fn_cotransport_using_proton_pump_18(X)))
& release_1(fn_active_transport_using_atp_49(fn_cotransport_using_proton_pump_18(X)))
& entity_1(fn_active_transport_using_atp_25(fn_cotransport_using_proton_pump_18(X)))
& free_energy_1(fn_active_transport_using_atp_25(fn_cotransport_using_proton_pump_18(X)))
& consume_1(fn_active_transport_using_atp_50(fn_cotransport_using_proton_pump_18(X)))
& phosphorylation_1(fn_active_transport_using_atp_91(fn_cotransport_using_proton_pump_18(X)))
& concentration_gradient_1(fn_active_transport_25(fn_cotransport_using_proton_pump_18(X)))
& entity_1(fn_active_transport_using_atp_25(fn_cotransport_using_proton_pump_1(X)))
& free_energy_1(fn_active_transport_using_atp_25(fn_cotransport_using_proton_pump_1(X)))
& energy_1(fn_active_transport_using_atp_14(fn_cotransport_using_proton_pump_1(X)))
& entity_1(fn_active_transport_using_atp_14(fn_cotransport_using_proton_pump_1(X)))
& chemical_energy_1(fn_active_transport_using_atp_14(fn_cotransport_using_proton_pump_1(X)))
& consume_1(fn_active_transport_using_atp_50(fn_cotransport_using_proton_pump_1(X)))
& release_1(fn_active_transport_using_atp_49(fn_cotransport_using_proton_pump_1(X)))
& phosphorylation_1(fn_active_transport_using_atp_91(fn_cotransport_using_proton_pump_1(X)))
& facilitated_diffusion_1(fn_electrogenic_pump_40(fn_cotransport_using_proton_pump_12(X)))
& facilitated_diffusion_1(fn_transport_protein_28(fn_cotransport_using_proton_pump_12(X)))
& attach_1(fn_proton_pump_68(fn_cotransport_using_proton_pump_12(X)))
& spatial_entity_1(fn_active_transport_using_atp_46(fn_cotransport_using_proton_pump_18(X)))
& chemical_entity_1(fn_active_transport_using_atp_46(fn_cotransport_using_proton_pump_18(X)))
& spatial_entity_1(fn_facilitated_diffusion_26(fn_cotransport_using_proton_pump_20(X)))
& tangible_entity_1(fn_facilitated_diffusion_26(fn_cotransport_using_proton_pump_20(X)))
& chemical_entity_1(fn_facilitated_diffusion_26(fn_cotransport_using_proton_pump_20(X)))
& hydrogen_ion_1(fn_active_transport_by_proton_pump_3(fn_cotransport_using_proton_pump_18(X)))
& hydrogen_ion_1(fn_proton_pump_54(fn_cotransport_using_proton_pump_12(X)))
& active_movement_of_ions_1(fn_electrogenic_pump_28(fn_cotransport_using_proton_pump_12(X)))
& active_transport_by_proton_pump_1(fn_proton_pump_36(fn_cotransport_using_proton_pump_12(X)))
& proton_pump_1(fn_active_transport_by_proton_pump_4(fn_cotransport_using_proton_pump_18(X)))
& spatial_entity_1(fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_18(X)))
& chemical_entity_1(fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_18(X)))
& integral_protein_1(fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_18(X)))
& transport_protein_1(fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_18(X)))
& carrier_protein_1(fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_18(X)))
& solution_1(fn_active_transport_21(fn_cotransport_using_proton_pump_18(X)))
& aqueous_solution_1(fn_active_transport_using_atp_24(fn_cotransport_using_proton_pump_1(X)))
& spatial_entity_1(fn_active_transport_using_atp_45(fn_cotransport_using_proton_pump_18(X)))
& molecule_1(fn_active_transport_using_atp_45(fn_cotransport_using_proton_pump_18(X)))
& organic_molecule_1(fn_active_transport_using_atp_45(fn_cotransport_using_proton_pump_18(X)))
& ribonucleotide_1(fn_active_transport_using_atp_45(fn_cotransport_using_proton_pump_18(X)))
& nucleoside_triphosphate_1(fn_active_transport_using_atp_45(fn_cotransport_using_proton_pump_18(X)))
& atp_1(fn_active_transport_using_atp_45(fn_cotransport_using_proton_pump_18(X)))
& spatial_entity_1(fn_proton_pump_24(fn_cotransport_using_proton_pump_12(X)))
& molecule_1(fn_proton_pump_24(fn_cotransport_using_proton_pump_12(X)))
& organic_molecule_1(fn_proton_pump_24(fn_cotransport_using_proton_pump_12(X)))
& ribonucleotide_1(fn_proton_pump_24(fn_cotransport_using_proton_pump_12(X)))
& nucleoside_triphosphate_1(fn_proton_pump_24(fn_cotransport_using_proton_pump_12(X)))
& atp_1(fn_proton_pump_24(fn_cotransport_using_proton_pump_12(X)))
& spatial_entity_1(fn_active_transport_using_atp_45(fn_cotransport_using_proton_pump_1(X)))
& molecule_1(fn_active_transport_using_atp_45(fn_cotransport_using_proton_pump_1(X)))
& organic_molecule_1(fn_active_transport_using_atp_45(fn_cotransport_using_proton_pump_1(X)))
& ribonucleotide_1(fn_active_transport_using_atp_45(fn_cotransport_using_proton_pump_1(X)))
& nucleoside_triphosphate_1(fn_active_transport_using_atp_45(fn_cotransport_using_proton_pump_1(X)))
& atp_1(fn_active_transport_using_atp_45(fn_cotransport_using_proton_pump_1(X)))
& detach_1(fn_electrogenic_pump_2(fn_cotransport_using_proton_pump_12(X)))
& detach_1(fn_active_transport_using_atp_44(fn_cotransport_using_proton_pump_18(X)))
& detach_1(fn_proton_pump_59(fn_cotransport_using_proton_pump_12(X)))
& detach_1(fn_active_transport_using_atp_44(fn_cotransport_using_proton_pump_1(X)))
& solution_1(fn_active_transport_20(fn_cotransport_using_proton_pump_18(X)))
& aqueous_solution_1(fn_active_transport_using_atp_92(fn_cotransport_using_proton_pump_1(X)))
& move_through_1(fn_transport_protein_34(fn_cotransport_using_proton_pump_12(X)))
& move_1(fn_active_transport_using_atp_31(fn_cotransport_using_proton_pump_18(X)))
& move_through_1(fn_active_transport_using_atp_31(fn_cotransport_using_proton_pump_18(X)))
& move_through_1(fn_proton_pump_42(fn_cotransport_using_proton_pump_12(X)))
& move_1(fn_proton_pump_42(fn_cotransport_using_proton_pump_12(X)))
& move_1(fn_active_transport_using_atp_31(fn_cotransport_using_proton_pump_1(X)))
& move_through_1(fn_active_transport_using_atp_31(fn_cotransport_using_proton_pump_1(X)))
& chemical_entity_1(fn_active_movement_of_ions_10(fn_cotransport_using_proton_pump_18(X)))
& tangible_entity_1(fn_active_movement_of_ions_10(fn_cotransport_using_proton_pump_18(X)))
& membrane_protein_1(fn_active_movement_of_ions_10(fn_cotransport_using_proton_pump_18(X)))
& protein_1(fn_active_movement_of_ions_10(fn_cotransport_using_proton_pump_18(X)))
& molecule_1(fn_active_movement_of_ions_10(fn_cotransport_using_proton_pump_18(X)))
& polymer_1(fn_active_movement_of_ions_10(fn_cotransport_using_proton_pump_18(X)))
& transport_protein_1(fn_active_movement_of_ions_10(fn_cotransport_using_proton_pump_18(X)))
& integral_protein_1(fn_active_movement_of_ions_10(fn_cotransport_using_proton_pump_18(X)))
& carrier_protein_1(fn_active_movement_of_ions_10(fn_cotransport_using_proton_pump_18(X)))
& tangible_entity_1(fn_proton_pump_25(fn_cotransport_using_proton_pump_12(X)))
& membrane_protein_1(fn_proton_pump_25(fn_cotransport_using_proton_pump_12(X)))
& protein_1(fn_proton_pump_25(fn_cotransport_using_proton_pump_12(X)))
& molecule_1(fn_proton_pump_25(fn_cotransport_using_proton_pump_12(X)))
& polymer_1(fn_proton_pump_25(fn_cotransport_using_proton_pump_12(X)))
& spatial_entity_1(fn_proton_pump_25(fn_cotransport_using_proton_pump_12(X)))
& chemical_entity_1(fn_proton_pump_25(fn_cotransport_using_proton_pump_12(X)))
& integral_protein_1(fn_proton_pump_25(fn_cotransport_using_proton_pump_12(X)))
& transport_protein_1(fn_proton_pump_25(fn_cotransport_using_proton_pump_12(X)))
& carrier_protein_1(fn_proton_pump_25(fn_cotransport_using_proton_pump_12(X)))
& tangible_entity_1(fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_18(X)))
& membrane_protein_1(fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_18(X)))
& protein_1(fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_18(X)))
& chemical_entity_1(fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_18(X)))
& polymer_1(fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_18(X)))
& integral_protein_1(fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_18(X)))
& transport_protein_1(fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_18(X)))
& carrier_protein_1(fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_18(X)))
& tangible_entity_1(fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_1(X)))
& membrane_protein_1(fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_1(X)))
& protein_1(fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_1(X)))
& chemical_entity_1(fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_1(X)))
& polymer_1(fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_1(X)))
& integral_protein_1(fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_1(X)))
& transport_protein_1(fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_1(X)))
& carrier_protein_1(fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_1(X)))
& spatial_entity_1(fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_1(X)))
& chemical_entity_1(fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_1(X)))
& integral_protein_1(fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_1(X)))
& transport_protein_1(fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_1(X)))
& carrier_protein_1(fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_1(X)))
& spatial_entity_1(fn_facilitated_diffusion_49(fn_cotransport_using_proton_pump_20(X)))
& biomembrane_1(fn_facilitated_diffusion_49(fn_cotransport_using_proton_pump_20(X)))
& membrane_1(fn_carrier_protein_18(fn_cotransport_using_proton_pump_12(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_cotransport_using_proton_pump_12(X)))
& biomembrane_1(fn_carrier_protein_18(fn_cotransport_using_proton_pump_12(X)))
& spatial_entity_1(fn_protein_pump_3(fn_cotransport_using_proton_pump_12(X)))
& biomembrane_1(fn_protein_pump_3(fn_cotransport_using_proton_pump_12(X)))
& membrane_1(fn_active_movement_of_ions_19(fn_cotransport_using_proton_pump_18(X)))
& spatial_entity_1(fn_active_movement_of_ions_19(fn_cotransport_using_proton_pump_18(X)))
& biomembrane_1(fn_active_movement_of_ions_19(fn_cotransport_using_proton_pump_18(X)))
& membrane_1(fn_electrogenic_pump_30(fn_cotransport_using_proton_pump_12(X)))
& spatial_entity_1(fn_electrogenic_pump_30(fn_cotransport_using_proton_pump_12(X)))
& biomembrane_1(fn_electrogenic_pump_30(fn_cotransport_using_proton_pump_12(X)))
& spatial_entity_1(fn_transport_protein_35(fn_cotransport_using_proton_pump_12(X)))
& biomembrane_1(fn_transport_protein_35(fn_cotransport_using_proton_pump_12(X)))
& membrane_1(fn_active_transport_using_atp_32(fn_cotransport_using_proton_pump_18(X)))
& spatial_entity_1(fn_active_transport_using_atp_32(fn_cotransport_using_proton_pump_18(X)))
& biomembrane_1(fn_active_transport_using_atp_32(fn_cotransport_using_proton_pump_18(X)))
& membrane_1(fn_proton_pump_76(fn_cotransport_using_proton_pump_12(X)))
& spatial_entity_1(fn_proton_pump_76(fn_cotransport_using_proton_pump_12(X)))
& biomembrane_1(fn_proton_pump_76(fn_cotransport_using_proton_pump_12(X)))
& membrane_1(fn_active_transport_using_atp_32(fn_cotransport_using_proton_pump_1(X)))
& spatial_entity_1(fn_active_transport_using_atp_32(fn_cotransport_using_proton_pump_1(X)))
& biomembrane_1(fn_active_transport_using_atp_32(fn_cotransport_using_proton_pump_1(X)))
& agent_2(fn_cotransport_using_proton_pump_20(X),fn_cotransport_using_proton_pump_5(X))
& next_event_2(fn_cotransport_using_proton_pump_19(X),fn_cotransport_using_proton_pump_4(X))
& causes_2(fn_cotransport_using_proton_pump_18(X),fn_cotransport_using_proton_pump_20(X))
& subevent_2(X,fn_cotransport_using_proton_pump_20(X))
& object_2(fn_cotransport_using_proton_pump_20(X),fn_cotransport_using_proton_pump_11(X))
& is_permeable_to_2(fn_cotransport_using_proton_pump_14(X),fn_cotransport_using_proton_pump_11(X))
& result_2(fn_cotransport_using_proton_pump_18(X),fn_cotransport_using_proton_pump_5(X))
& raw_material_2(fn_cotransport_using_proton_pump_18(X),fn_cotransport_using_proton_pump_8(X))
& subevent_2(fn_cotransport_using_proton_pump_18(X),fn_cotransport_using_proton_pump_7(X))
& raw_material_2(fn_cotransport_using_proton_pump_18(X),fn_cotransport_using_proton_pump_9(X))
& subevent_2(fn_cotransport_using_proton_pump_18(X),fn_cotransport_using_proton_pump_6(X))
& result_2(fn_cotransport_using_proton_pump_4(X),fn_cotransport_using_proton_pump_12(X))
& subevent_2(fn_cotransport_using_proton_pump_18(X),fn_cotransport_using_proton_pump_4(X))
& object_2(X,fn_cotransport_using_proton_pump_11(X))
& origin_2(fn_cotransport_using_proton_pump_18(X),fn_cotransport_using_proton_pump_2(X))
& is_between_2(fn_cotransport_using_proton_pump_10(X),fn_cotransport_using_proton_pump_2(X))
& is_between_2(fn_cotransport_using_proton_pump_10(X),fn_cotransport_using_proton_pump_3(X))
& destination_2(fn_cotransport_using_proton_pump_18(X),fn_cotransport_using_proton_pump_3(X))
& base_2(fn_cotransport_using_proton_pump_18(X),fn_cotransport_using_proton_pump_10(X))
& path_2(fn_cotransport_using_proton_pump_20(X),fn_cotransport_using_proton_pump_14(X))
& instrument_2(fn_cotransport_using_proton_pump_20(X),fn_cotransport_using_proton_pump_15(X))
& facilitates_2(fn_cotransport_using_proton_pump_15(X),fn_cotransport_using_proton_pump_16(X))
& subevent_2(fn_cotransport_using_proton_pump_20(X),fn_cotransport_using_proton_pump_16(X))
& path_2(X,fn_cotransport_using_proton_pump_14(X))
& called_2(fn_cotransport_using_proton_pump_18(X),'AT1')
& called_2(fn_cotransport_using_proton_pump_1(X),'AT2')
& base_2(fn_cotransport_using_proton_pump_19(X),fn_cotransport_using_proton_pump_15(X))
& subevent_2(X,fn_cotransport_using_proton_pump_1(X))
& subevent_2(fn_cotransport_using_proton_pump_18(X),fn_cotransport_using_proton_pump_19(X))
& first_subevent_2(fn_cotransport_using_proton_pump_18(X),fn_cotransport_using_proton_pump_19(X))
& fn_cotransport_using_proton_pump_18(X) != fn_cotransport_using_proton_pump_1(X)
& fn_cotransport_using_proton_pump_1(X) != fn_cotransport_using_proton_pump_18(X)
& raw_material_2(fn_cotransport_using_proton_pump_18(X),fn_cotransport_using_proton_pump_13(X))
& subevent_2(fn_cotransport_using_proton_pump_18(X),fn_cotransport_using_proton_pump_16(X))
& agent_2(fn_cotransport_using_proton_pump_18(X),fn_cotransport_using_proton_pump_12(X))
& object_2(fn_cotransport_using_proton_pump_18(X),fn_cotransport_using_proton_pump_11(X))
& object_2(fn_cotransport_using_proton_pump_19(X),fn_cotransport_using_proton_pump_11(X))
& is_across_2(fn_cotransport_using_proton_pump_12(X),fn_cotransport_using_proton_pump_14(X))
& base_2(fn_cotransport_using_proton_pump_17(X),fn_cotransport_using_proton_pump_12(X))
& object_2(fn_cotransport_using_proton_pump_17(X),fn_cotransport_using_proton_pump_11(X))
& object_2(fn_cotransport_using_proton_pump_16(X),fn_cotransport_using_proton_pump_11(X))
& next_event_2(fn_cotransport_using_proton_pump_16(X),fn_cotransport_using_proton_pump_17(X))
& path_2(fn_cotransport_using_proton_pump_18(X),fn_cotransport_using_proton_pump_14(X))
& has_part_2(fn_cotransport_using_proton_pump_14(X),fn_cotransport_using_proton_pump_12(X))
& has_state_2(fn_cotransport_using_proton_pump_15(X),fn_cotransport_using_proton_pump_12(X))
& agent_2(fn_cotransport_using_proton_pump_18(X),fn_cotransport_using_proton_pump_15(X))
& subevent_2(fn_cotransport_using_proton_pump_18(X),fn_cotransport_using_proton_pump_17(X))
& has_function_2(fn_cotransport_using_proton_pump_12(X),fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_using_proton_pump_15(X) != fn_cotransport_using_proton_pump_12(X)
& fn_cotransport_using_proton_pump_12(X) != fn_cotransport_using_proton_pump_15(X)
& fn_cotransport_using_proton_pump_13(X) != fn_cotransport_using_proton_pump_12(X)
& fn_cotransport_using_proton_pump_12(X) != fn_cotransport_using_proton_pump_13(X)
& object_2(fn_cotransport_using_proton_pump_6(X),fn_cotransport_using_proton_pump_9(X))
& object_2(fn_cotransport_using_proton_pump_6(X),fn_cotransport_using_proton_pump_8(X))
& base_2(fn_cotransport_using_proton_pump_16(X),fn_cotransport_using_proton_pump_14(X))
& raw_material_2(fn_cotransport_using_proton_pump_4(X),fn_cotransport_using_proton_pump_15(X))
& agent_2(fn_cotransport_using_proton_pump_16(X),fn_cotransport_using_proton_pump_15(X))
& destination_2(fn_cotransport_using_proton_pump_16(X),fn_cotransport_using_proton_pump_3(X))
& next_event_2(fn_cotransport_using_proton_pump_17(X),fn_cotransport_using_proton_pump_16(X))
& next_event_2(fn_cotransport_using_proton_pump_4(X),fn_cotransport_using_proton_pump_17(X))
& raw_material_2(fn_cotransport_using_proton_pump_4(X),fn_cotransport_using_proton_pump_13(X))
& base_2(fn_cotransport_using_proton_pump_7(X),fn_cotransport_using_proton_pump_13(X))
& next_event_2(fn_cotransport_using_proton_pump_6(X),fn_cotransport_using_proton_pump_7(X))
& path_2(fn_cotransport_using_proton_pump_1(X),fn_cotransport_using_proton_pump_14(X))
& has_part_2(fn_cotransport_using_proton_pump_14(X),fn_cotransport_using_proton_pump_15(X))
& is_across_2(fn_cotransport_using_proton_pump_15(X),fn_cotransport_using_proton_pump_14(X))
& has_function_2(fn_cotransport_using_proton_pump_14(X),fn_cotransport_using_proton_pump_16(X))
& origin_2(fn_cotransport_using_proton_pump_16(X),fn_cotransport_using_proton_pump_2(X))
& fn_cotransport_using_proton_pump_20(X) = fn_energy_coupling_3(X)
& fn_cotransport_using_proton_pump_14(X) = fn_facilitated_diffusion_49(fn_cotransport_using_proton_pump_20(X))
& fn_cotransport_using_proton_pump_11(X) = fn_facilitated_diffusion_26(fn_cotransport_using_proton_pump_20(X))
& fn_cotransport_using_proton_pump_5(X) = fn_active_transport_by_proton_pump_1(fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_using_proton_pump_8(X) = fn_active_transport_using_atp_14(fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_using_proton_pump_7(X) = fn_active_transport_using_atp_49(fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_using_proton_pump_9(X) = fn_active_transport_using_atp_25(fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_using_proton_pump_6(X) = fn_active_transport_using_atp_50(fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_using_proton_pump_4(X) = fn_active_transport_using_atp_91(fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_using_proton_pump_3(X) = fn_active_transport_21(fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_using_proton_pump_10(X) = fn_active_transport_25(fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_using_proton_pump_2(X) = fn_active_transport_20(fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_using_proton_pump_16(X) = fn_transport_protein_34(fn_cotransport_using_proton_pump_12(X))
& fn_cotransport_using_proton_pump_20(X) = fn_electrogenic_pump_40(fn_cotransport_using_proton_pump_12(X))
& fn_cotransport_using_proton_pump_20(X) = fn_transport_protein_28(fn_cotransport_using_proton_pump_12(X))
& fn_cotransport_using_proton_pump_14(X) = fn_cotransport_18(X)
& fn_cotransport_using_proton_pump_15(X) = fn_cotransport_10(X)
& fn_cotransport_using_proton_pump_19(X) = fn_cotransport_6(X)
& fn_cotransport_using_proton_pump_1(X) = fn_cotransport_15(X)
& fn_cotransport_using_proton_pump_19(X) = fn_proton_pump_68(fn_cotransport_using_proton_pump_12(X))
& fn_cotransport_using_proton_pump_11(X) = fn_active_transport_by_proton_pump_3(fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_using_proton_pump_12(X) = fn_active_transport_by_proton_pump_4(fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_using_proton_pump_16(X) = fn_active_transport_using_atp_31(fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_using_proton_pump_11(X) = fn_active_transport_using_atp_46(fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_using_proton_pump_16(X) = fn_cotransport_9(X)
& fn_cotransport_using_proton_pump_11(X) = fn_cotransport_16(X)
& fn_cotransport_using_proton_pump_16(X) = fn_proton_pump_42(fn_cotransport_using_proton_pump_12(X))
& fn_cotransport_using_proton_pump_11(X) = fn_proton_pump_54(fn_cotransport_using_proton_pump_12(X))
& fn_cotransport_using_proton_pump_12(X) = fn_cotransport_11(X)
& fn_cotransport_using_proton_pump_17(X) = fn_active_transport_using_atp_44(fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_using_proton_pump_18(X) = fn_cotransport_7(X)
& fn_cotransport_using_proton_pump_17(X) = fn_cotransport_8(X)
& fn_cotransport_using_proton_pump_17(X) = fn_electrogenic_pump_2(fn_cotransport_using_proton_pump_12(X))
& fn_cotransport_using_proton_pump_17(X) = fn_proton_pump_59(fn_cotransport_using_proton_pump_12(X))
& fn_cotransport_using_proton_pump_15(X) = fn_active_movement_of_ions_10(fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_using_proton_pump_14(X) = fn_carrier_protein_18(fn_cotransport_using_proton_pump_12(X))
& fn_cotransport_using_proton_pump_14(X) = fn_protein_pump_3(fn_cotransport_using_proton_pump_12(X))
& fn_cotransport_using_proton_pump_12(X) = fn_active_movement_of_ions_10(fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_using_proton_pump_14(X) = fn_transport_protein_35(fn_cotransport_using_proton_pump_12(X))
& fn_cotransport_using_proton_pump_14(X) = fn_active_movement_of_ions_19(fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_using_proton_pump_14(X) = fn_active_transport_using_atp_32(fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_using_proton_pump_18(X) = fn_electrogenic_pump_28(fn_cotransport_using_proton_pump_12(X))
& fn_cotransport_using_proton_pump_14(X) = fn_electrogenic_pump_30(fn_cotransport_using_proton_pump_12(X))
& fn_cotransport_using_proton_pump_14(X) = fn_proton_pump_76(fn_cotransport_using_proton_pump_12(X))
& fn_cotransport_using_proton_pump_18(X) = fn_proton_pump_36(fn_cotransport_using_proton_pump_12(X))
& fn_cotransport_using_proton_pump_13(X) = fn_active_transport_using_atp_45(fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_using_proton_pump_13(X) = fn_proton_pump_24(fn_cotransport_using_proton_pump_12(X))
& fn_cotransport_using_proton_pump_12(X) = fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_using_proton_pump_15(X) = fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_using_proton_pump_15(X) = fn_proton_pump_25(fn_cotransport_using_proton_pump_12(X))
& fn_cotransport_using_proton_pump_9(X) = fn_active_transport_using_atp_25(fn_cotransport_using_proton_pump_1(X))
& fn_cotransport_using_proton_pump_8(X) = fn_active_transport_using_atp_14(fn_cotransport_using_proton_pump_1(X))
& fn_cotransport_using_proton_pump_3(X) = fn_active_transport_using_atp_24(fn_cotransport_using_proton_pump_1(X))
& fn_cotransport_using_proton_pump_15(X) = fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_1(X))
& fn_cotransport_using_proton_pump_6(X) = fn_active_transport_using_atp_50(fn_cotransport_using_proton_pump_1(X))
& fn_cotransport_using_proton_pump_7(X) = fn_active_transport_using_atp_49(fn_cotransport_using_proton_pump_1(X))
& fn_cotransport_using_proton_pump_13(X) = fn_active_transport_using_atp_45(fn_cotransport_using_proton_pump_1(X))
& fn_cotransport_using_proton_pump_4(X) = fn_active_transport_using_atp_91(fn_cotransport_using_proton_pump_1(X))
& fn_cotransport_using_proton_pump_17(X) = fn_active_transport_using_atp_44(fn_cotransport_using_proton_pump_1(X))
& fn_cotransport_using_proton_pump_2(X) = fn_active_transport_using_atp_92(fn_cotransport_using_proton_pump_1(X))
& fn_cotransport_using_proton_pump_16(X) = fn_active_transport_using_atp_31(fn_cotransport_using_proton_pump_1(X))
& fn_cotransport_using_proton_pump_15(X) = fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_1(X))
& fn_cotransport_using_proton_pump_14(X) = fn_active_transport_using_atp_32(fn_cotransport_using_proton_pump_1(X))
& fn_energy_coupling_3(X) = fn_electrogenic_pump_40(fn_cotransport_using_proton_pump_12(X))
& fn_transport_protein_28(fn_cotransport_using_proton_pump_12(X)) = fn_transport_protein_28(fn_cotransport_using_proton_pump_12(X))
& fn_transport_protein_28(fn_cotransport_using_proton_pump_12(X)) = fn_electrogenic_pump_40(fn_cotransport_using_proton_pump_12(X))
& fn_electrogenic_pump_40(fn_cotransport_using_proton_pump_12(X)) = fn_transport_protein_28(fn_cotransport_using_proton_pump_12(X))
& fn_transport_protein_28(fn_cotransport_using_proton_pump_12(X)) = fn_cotransport_6(X)
& fn_cotransport_6(X) = fn_cotransport_6(X)
& fn_cotransport_6(X) = fn_proton_pump_68(fn_cotransport_using_proton_pump_12(X))
& fn_proton_pump_68(fn_cotransport_using_proton_pump_12(X)) = fn_facilitated_diffusion_26(fn_cotransport_using_proton_pump_20(X))
& fn_facilitated_diffusion_26(fn_cotransport_using_proton_pump_20(X)) = fn_active_transport_using_atp_46(fn_cotransport_using_proton_pump_18(X))
& fn_active_transport_using_atp_46(fn_cotransport_using_proton_pump_18(X)) = fn_active_transport_using_atp_46(fn_cotransport_using_proton_pump_18(X))
& fn_active_transport_using_atp_46(fn_cotransport_using_proton_pump_18(X)) = fn_facilitated_diffusion_26(fn_cotransport_using_proton_pump_20(X))
& fn_facilitated_diffusion_26(fn_cotransport_using_proton_pump_20(X)) = fn_facilitated_diffusion_26(fn_cotransport_using_proton_pump_20(X))
& fn_facilitated_diffusion_26(fn_cotransport_using_proton_pump_20(X)) = fn_active_transport_by_proton_pump_3(fn_cotransport_using_proton_pump_18(X))
& fn_cotransport_16(X) = fn_active_transport_by_proton_pump_3(fn_cotransport_using_proton_pump_18(X))
& fn_active_transport_by_proton_pump_3(fn_cotransport_using_proton_pump_18(X)) = fn_cotransport_16(X)
& fn_cotransport_16(X) = fn_cotransport_16(X)
& fn_proton_pump_54(fn_cotransport_using_proton_pump_12(X)) = fn_cotransport_16(X)
& fn_cotransport_16(X) = fn_proton_pump_54(fn_cotransport_using_proton_pump_12(X))
& fn_proton_pump_54(fn_cotransport_using_proton_pump_12(X)) = fn_proton_pump_54(fn_cotransport_using_proton_pump_12(X))
& fn_proton_pump_54(fn_cotransport_using_proton_pump_12(X)) = fn_cotransport_7(X)
& fn_cotransport_7(X) = fn_electrogenic_pump_28(fn_cotransport_using_proton_pump_12(X))
& fn_electrogenic_pump_28(fn_cotransport_using_proton_pump_12(X)) = fn_electrogenic_pump_28(fn_cotransport_using_proton_pump_12(X))
& fn_electrogenic_pump_28(fn_cotransport_using_proton_pump_12(X)) = fn_cotransport_7(X)
& fn_cotransport_7(X) = fn_cotransport_7(X)
& fn_proton_pump_36(fn_cotransport_using_proton_pump_12(X)) = fn_cotransport_7(X)
& fn_cotransport_7(X) = fn_proton_pump_36(fn_cotransport_using_proton_pump_12(X))
& fn_proton_pump_36(fn_cotransport_using_proton_pump_12(X)) = fn_proton_pump_36(fn_cotransport_using_proton_pump_12(X))
& fn_proton_pump_36(fn_cotransport_using_proton_pump_12(X)) = fn_active_transport_by_proton_pump_4(fn_cotransport_using_proton_pump_18(X))
& fn_active_transport_by_proton_pump_4(fn_cotransport_using_proton_pump_18(X)) = fn_active_movement_of_ions_10(fn_cotransport_using_proton_pump_18(X))
& fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_18(X)) = fn_active_movement_of_ions_10(fn_cotransport_using_proton_pump_18(X))
& fn_active_movement_of_ions_10(fn_cotransport_using_proton_pump_18(X)) = fn_active_movement_of_ions_10(fn_cotransport_using_proton_pump_18(X))
& fn_active_movement_of_ions_10(fn_cotransport_using_proton_pump_18(X)) = fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_18(X))
& fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_18(X)) = fn_cotransport_11(X)
& fn_cotransport_11(X) = fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_18(X))
& fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_18(X)) = fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_18(X))
& fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_18(X)) = fn_active_transport_21(fn_cotransport_using_proton_pump_18(X))
& fn_active_transport_21(fn_cotransport_using_proton_pump_18(X)) = fn_active_transport_21(fn_cotransport_using_proton_pump_18(X))
& fn_active_transport_21(fn_cotransport_using_proton_pump_18(X)) = fn_active_transport_using_atp_24(fn_cotransport_using_proton_pump_1(X))
& fn_active_transport_using_atp_24(fn_cotransport_using_proton_pump_1(X)) = fn_active_transport_using_atp_45(fn_cotransport_using_proton_pump_18(X))
& fn_proton_pump_24(fn_cotransport_using_proton_pump_12(X)) = fn_active_transport_using_atp_45(fn_cotransport_using_proton_pump_18(X))
& fn_active_transport_using_atp_45(fn_cotransport_using_proton_pump_18(X)) = fn_proton_pump_24(fn_cotransport_using_proton_pump_12(X))
& fn_proton_pump_24(fn_cotransport_using_proton_pump_12(X)) = fn_proton_pump_24(fn_cotransport_using_proton_pump_12(X))
& fn_proton_pump_24(fn_cotransport_using_proton_pump_12(X)) = fn_active_transport_using_atp_45(fn_cotransport_using_proton_pump_1(X))
& fn_active_transport_using_atp_45(fn_cotransport_using_proton_pump_1(X)) = fn_active_transport_using_atp_45(fn_cotransport_using_proton_pump_1(X))
& fn_active_transport_using_atp_45(fn_cotransport_using_proton_pump_1(X)) = fn_cotransport_8(X)
& fn_cotransport_8(X) = fn_cotransport_8(X)
& fn_cotransport_8(X) = fn_electrogenic_pump_2(fn_cotransport_using_proton_pump_12(X))
& fn_proton_pump_59(fn_cotransport_using_proton_pump_12(X)) = fn_electrogenic_pump_2(fn_cotransport_using_proton_pump_12(X))
& fn_electrogenic_pump_2(fn_cotransport_using_proton_pump_12(X)) = fn_proton_pump_59(fn_cotransport_using_proton_pump_12(X))
& fn_proton_pump_59(fn_cotransport_using_proton_pump_12(X)) = fn_proton_pump_59(fn_cotransport_using_proton_pump_12(X))
& fn_proton_pump_59(fn_cotransport_using_proton_pump_12(X)) = fn_active_transport_using_atp_44(fn_cotransport_using_proton_pump_18(X))
& fn_active_transport_using_atp_44(fn_cotransport_using_proton_pump_18(X)) = fn_proton_pump_59(fn_cotransport_using_proton_pump_12(X))
& fn_proton_pump_59(fn_cotransport_using_proton_pump_12(X)) = fn_active_transport_using_atp_44(fn_cotransport_using_proton_pump_1(X))
& fn_active_transport_using_atp_44(fn_cotransport_using_proton_pump_1(X)) = fn_active_transport_using_atp_44(fn_cotransport_using_proton_pump_1(X))
& fn_active_transport_using_atp_44(fn_cotransport_using_proton_pump_1(X)) = fn_active_transport_20(fn_cotransport_using_proton_pump_18(X))
& fn_active_transport_20(fn_cotransport_using_proton_pump_18(X)) = fn_active_transport_20(fn_cotransport_using_proton_pump_18(X))
& fn_active_transport_20(fn_cotransport_using_proton_pump_18(X)) = fn_active_transport_using_atp_92(fn_cotransport_using_proton_pump_1(X))
& fn_active_transport_using_atp_92(fn_cotransport_using_proton_pump_1(X)) = fn_transport_protein_34(fn_cotransport_using_proton_pump_12(X))
& fn_transport_protein_34(fn_cotransport_using_proton_pump_12(X)) = fn_cotransport_9(X)
& fn_cotransport_9(X) = fn_cotransport_9(X)
& fn_cotransport_9(X) = fn_transport_protein_34(fn_cotransport_using_proton_pump_12(X))
& fn_transport_protein_34(fn_cotransport_using_proton_pump_12(X)) = fn_transport_protein_34(fn_cotransport_using_proton_pump_12(X))
& fn_transport_protein_34(fn_cotransport_using_proton_pump_12(X)) = fn_proton_pump_42(fn_cotransport_using_proton_pump_12(X))
& fn_proton_pump_42(fn_cotransport_using_proton_pump_12(X)) = fn_proton_pump_42(fn_cotransport_using_proton_pump_12(X))
& fn_proton_pump_42(fn_cotransport_using_proton_pump_12(X)) = fn_active_transport_using_atp_31(fn_cotransport_using_proton_pump_18(X))
& fn_active_transport_using_atp_31(fn_cotransport_using_proton_pump_18(X)) = fn_proton_pump_42(fn_cotransport_using_proton_pump_12(X))
& fn_proton_pump_42(fn_cotransport_using_proton_pump_12(X)) = fn_active_transport_using_atp_31(fn_cotransport_using_proton_pump_1(X))
& fn_active_transport_using_atp_31(fn_cotransport_using_proton_pump_1(X)) = fn_active_transport_using_atp_31(fn_cotransport_using_proton_pump_1(X))
& fn_active_transport_using_atp_31(fn_cotransport_using_proton_pump_1(X)) = fn_cotransport_10(X)
& fn_cotransport_10(X) = fn_active_movement_of_ions_10(fn_cotransport_using_proton_pump_18(X))
& fn_active_movement_of_ions_10(fn_cotransport_using_proton_pump_18(X)) = fn_cotransport_10(X)
& fn_cotransport_10(X) = fn_proton_pump_25(fn_cotransport_using_proton_pump_12(X))
& fn_proton_pump_25(fn_cotransport_using_proton_pump_12(X)) = fn_proton_pump_25(fn_cotransport_using_proton_pump_12(X))
& fn_proton_pump_25(fn_cotransport_using_proton_pump_12(X)) = fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_18(X))
& fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_18(X)) = fn_proton_pump_25(fn_cotransport_using_proton_pump_12(X))
& fn_proton_pump_25(fn_cotransport_using_proton_pump_12(X)) = fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_1(X))
& fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_1(X)) = fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_18(X))
& fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_18(X)) = fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_18(X))
& fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_18(X)) = fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_1(X))
& fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_1(X)) = fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_1(X))
& fn_active_transport_using_atp_48(fn_cotransport_using_proton_pump_1(X)) = fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_1(X))
& fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_1(X)) = fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_1(X))
& fn_active_transport_using_atp_78(fn_cotransport_using_proton_pump_1(X)) = fn_facilitated_diffusion_49(fn_cotransport_using_proton_pump_20(X))
& fn_facilitated_diffusion_49(fn_cotransport_using_proton_pump_20(X)) = fn_carrier_protein_18(fn_cotransport_using_proton_pump_12(X))
& fn_carrier_protein_18(fn_cotransport_using_proton_pump_12(X)) = fn_carrier_protein_18(fn_cotransport_using_proton_pump_12(X))
& fn_carrier_protein_18(fn_cotransport_using_proton_pump_12(X)) = fn_protein_pump_3(fn_cotransport_using_proton_pump_12(X))
& fn_active_movement_of_ions_19(fn_cotransport_using_proton_pump_18(X)) = fn_protein_pump_3(fn_cotransport_using_proton_pump_12(X))
& fn_protein_pump_3(fn_cotransport_using_proton_pump_12(X)) = fn_active_movement_of_ions_19(fn_cotransport_using_proton_pump_18(X))
& fn_active_movement_of_ions_19(fn_cotransport_using_proton_pump_18(X)) = fn_active_movement_of_ions_19(fn_cotransport_using_proton_pump_18(X))
& fn_electrogenic_pump_30(fn_cotransport_using_proton_pump_12(X)) = fn_active_movement_of_ions_19(fn_cotransport_using_proton_pump_18(X))
& fn_active_movement_of_ions_19(fn_cotransport_using_proton_pump_18(X)) = fn_electrogenic_pump_30(fn_cotransport_using_proton_pump_12(X))
& fn_electrogenic_pump_30(fn_cotransport_using_proton_pump_12(X)) = fn_electrogenic_pump_30(fn_cotransport_using_proton_pump_12(X))
& fn_transport_protein_35(fn_cotransport_using_proton_pump_12(X)) = fn_electrogenic_pump_30(fn_cotransport_using_proton_pump_12(X))
& fn_electrogenic_pump_30(fn_cotransport_using_proton_pump_12(X)) = fn_transport_protein_35(fn_cotransport_using_proton_pump_12(X))
& fn_cotransport_18(X) = fn_transport_protein_35(fn_cotransport_using_proton_pump_12(X))
& fn_transport_protein_35(fn_cotransport_using_proton_pump_12(X)) = fn_cotransport_18(X)
& fn_cotransport_18(X) = fn_proton_pump_76(fn_cotransport_using_proton_pump_12(X))
& fn_proton_pump_76(fn_cotransport_using_proton_pump_12(X)) = fn_proton_pump_76(fn_cotransport_using_proton_pump_12(X))
& fn_proton_pump_76(fn_cotransport_using_proton_pump_12(X)) = fn_active_transport_using_atp_32(fn_cotransport_using_proton_pump_18(X))
& fn_active_transport_using_atp_32(fn_cotransport_using_proton_pump_18(X)) = fn_proton_pump_76(fn_cotransport_using_proton_pump_12(X))
& fn_proton_pump_76(fn_cotransport_using_proton_pump_12(X)) = fn_active_transport_using_atp_32(fn_cotransport_using_proton_pump_1(X))
& fn_active_transport_using_atp_32(fn_cotransport_using_proton_pump_1(X)) = fn_active_transport_using_atp_32(fn_cotransport_using_proton_pump_1(X)) ) ) ).
fof(a528716,axiom,
! [X] :
( cotransporter_1(X)
=> ( original_name_2(X,'Cotransporter')
& user_description_2(X,'A transport protein responsible for simultaneous moving across of molecules across a membrane is called cotransporter.')
& concept2words_2(X,cotransporter)
& carrier_protein_1(X)
& inside_face_1(fn_cotransporter_1(X))
& move_1(fn_cotransporter_2(X))
& move_through_1(fn_cotransporter_2(X))
& exergonic_process_1(fn_cotransporter_3(X))
& passive_transport_1(fn_cotransporter_3(X))
& facilitated_diffusion_1(fn_cotransporter_3(X))
& facilitated_diffusion_using_carrier_protein_1(fn_cotransporter_3(X))
& membrane_1(fn_cotransporter_4(X))
& spatial_entity_1(fn_cotransporter_4(X))
& biomembrane_1(fn_cotransporter_4(X))
& active_transport_using_atp_1(fn_cotransporter_5(X))
& tangible_entity_1(fn_cotransporter_6(X))
& spatial_entity_1(fn_cotransporter_6(X))
& chemical_entity_1(fn_cotransporter_6(X))
& symmetrical_distribution_1(fn_cotransporter_7(X))
& thermal_motion_1(fn_cotransporter_8(X))
& cell_1(fn_cotransporter_9(X))
& energy_1(fn_cotransporter_10(X))
& entity_1(fn_cotransporter_10(X))
& free_energy_1(fn_cotransporter_10(X))
& attach_1(fn_cotransporter_11(X))
& cotransport_1(fn_cotransporter_12(X))
& hydrophilic_region_1(fn_cotransporter_13(X))
& hydrophilic_end_1(fn_cotransporter_13(X))
& hydrophilic_region_1(fn_cotransporter_14(X))
& hydrophilic_end_1(fn_cotransporter_14(X))
& expose_1(fn_cotransporter_15(X))
& endergonic_process_1(fn_cotransporter_16(X))
& work_1(fn_cotransporter_16(X))
& cellular_work_1(fn_cotransporter_16(X))
& active_transport_using_atp_1(fn_cotransporter_16(X))
& expose_1(fn_cotransport_3(fn_cotransporter_12(X)))
& active_transport_using_atp_1(fn_cotransport_7(fn_cotransporter_12(X)))
& thermal_motion_1(fn_cotransport_17(fn_cotransporter_12(X)))
& energy_1(fn_cotransport_13(fn_cotransporter_12(X)))
& entity_1(fn_cotransport_13(fn_cotransporter_12(X)))
& free_energy_1(fn_cotransport_13(fn_cotransporter_12(X)))
& tangible_entity_1(fn_cotransport_16(fn_cotransporter_12(X)))
& spatial_entity_1(fn_cotransport_16(fn_cotransporter_12(X)))
& chemical_entity_1(fn_cotransport_16(fn_cotransporter_12(X)))
& symmetrical_distribution_1(fn_cotransport_19(fn_cotransporter_12(X)))
& cell_1(fn_cotransport_59(fn_cotransporter_12(X)))
& endergonic_process_1(fn_cotransport_15(fn_cotransporter_12(X)))
& work_1(fn_cotransport_15(fn_cotransporter_12(X)))
& cellular_work_1(fn_cotransport_15(fn_cotransporter_12(X)))
& active_transport_using_atp_1(fn_cotransport_15(fn_cotransporter_12(X)))
& exergonic_process_1(fn_cotransport_14(fn_cotransporter_12(X)))
& passive_transport_1(fn_cotransport_14(fn_cotransporter_12(X)))
& facilitated_diffusion_1(fn_cotransport_14(fn_cotransporter_12(X)))
& facilitated_diffusion_using_carrier_protein_1(fn_cotransport_14(fn_cotransporter_12(X)))
& membrane_1(fn_cotransport_18(fn_cotransporter_12(X)))
& spatial_entity_1(fn_cotransport_18(fn_cotransporter_12(X)))
& biomembrane_1(fn_cotransport_18(fn_cotransporter_12(X)))
& move_1(fn_cotransport_60(fn_cotransporter_12(X)))
& move_through_1(fn_cotransport_60(fn_cotransporter_12(X)))
& hydrophilic_region_1(fn_cotransport_41(fn_cotransporter_12(X)))
& hydrophilic_end_1(fn_cotransport_41(fn_cotransporter_12(X)))
& spatial_entity_1(fn_attach_2(fn_cotransporter_11(X)))
& cotransporter_1(fn_cotransport_53(fn_cotransporter_12(X)))
& is_at_2(fn_cotransporter_13(X),fn_cotransporter_1(X))
& called_2(fn_cotransporter_16(X),'AT1')
& base_2(fn_cotransporter_11(X),X)
& called_2(fn_cotransporter_5(X),'AT1')
& object_2(fn_cotransporter_12(X),fn_cotransporter_10(X))
& causes_2(fn_cotransporter_5(X),fn_cotransporter_3(X))
& object_2(fn_cotransporter_15(X),X)
& site_2(fn_cotransporter_15(X),fn_cotransporter_14(X))
& object_2(fn_cotransporter_12(X),fn_cotransporter_6(X))
& subevent_2(fn_cotransporter_12(X),fn_cotransporter_16(X))
& path_2(fn_cotransporter_16(X),fn_cotransporter_4(X))
& fn_cotransporter_5(X) != fn_cotransporter_16(X)
& fn_cotransporter_16(X) != fn_cotransporter_5(X)
& raw_material_2(fn_cotransporter_16(X),fn_cotransporter_10(X))
& result_2(fn_cotransporter_3(X),fn_cotransporter_10(X))
& by_means_of_2(fn_cotransporter_3(X),fn_cotransporter_8(X))
& object_2(fn_cotransporter_8(X),fn_cotransporter_6(X))
& object_2(fn_cotransporter_5(X),fn_cotransporter_6(X))
& objective_2(fn_cotransporter_3(X),fn_cotransporter_7(X))
& object_2(fn_cotransporter_7(X),fn_cotransporter_6(X))
& object_2(fn_cotransporter_3(X),fn_cotransporter_6(X))
& path_2(fn_cotransporter_3(X),fn_cotransporter_4(X))
& path_2(fn_cotransporter_12(X),fn_cotransporter_4(X))
& agent_2(fn_cotransporter_16(X),X)
& subevent_2(fn_cotransporter_16(X),fn_cotransporter_2(X))
& subevent_2(fn_cotransporter_3(X),fn_cotransporter_2(X))
& base_2(fn_cotransporter_3(X),fn_cotransporter_9(X))
& base_2(fn_cotransporter_16(X),fn_cotransporter_9(X))
& agent_2(fn_cotransporter_12(X),X)
& has_function_2(X,fn_cotransporter_12(X))
& subevent_2(fn_cotransporter_12(X),fn_cotransporter_3(X))
& instrument_2(fn_cotransporter_3(X),X)
& has_function_2(X,fn_cotransporter_3(X))
& is_across_2(X,fn_cotransporter_4(X))
& has_function_2(fn_cotransporter_4(X),fn_cotransporter_2(X))
& base_2(fn_cotransporter_2(X),fn_cotransporter_4(X))
& has_part_2(fn_cotransporter_4(X),X)
& has_region_2(X,fn_cotransporter_14(X))
& is_opposite_2(fn_cotransporter_14(X),fn_cotransporter_13(X))
& has_region_2(X,fn_cotransporter_13(X))
& facilitates_2(X,fn_cotransporter_2(X))
& agent_2(fn_cotransporter_2(X),X)
& is_opposite_2(fn_cotransporter_13(X),fn_cotransporter_14(X))
& X = fn_attach_2(fn_cotransporter_11(X))
& fn_cotransporter_14(X) = fn_cotransport_41(fn_cotransporter_12(X))
& fn_cotransporter_15(X) = fn_cotransport_3(fn_cotransporter_12(X))
& fn_cotransporter_5(X) = fn_cotransport_7(fn_cotransporter_12(X))
& fn_cotransporter_8(X) = fn_cotransport_17(fn_cotransporter_12(X))
& fn_cotransporter_10(X) = fn_cotransport_13(fn_cotransporter_12(X))
& fn_cotransporter_4(X) = fn_cotransport_18(fn_cotransporter_12(X))
& fn_cotransporter_6(X) = fn_cotransport_16(fn_cotransporter_12(X))
& fn_cotransporter_7(X) = fn_cotransport_19(fn_cotransporter_12(X))
& fn_cotransporter_9(X) = fn_cotransport_59(fn_cotransporter_12(X))
& fn_cotransporter_2(X) = fn_cotransport_60(fn_cotransporter_12(X))
& fn_cotransporter_16(X) = fn_cotransport_15(fn_cotransporter_12(X))
& fn_cotransporter_3(X) = fn_carrier_protein_7(X)
& fn_cotransporter_3(X) = fn_cotransport_14(fn_cotransporter_12(X))
& X = fn_cotransport_53(fn_cotransporter_12(X))
& fn_cotransporter_4(X) = fn_integral_protein_24(X)
& fn_cotransporter_4(X) = fn_transport_protein_35(X)
& fn_cotransporter_2(X) = fn_transport_protein_34(X)
& fn_cotransporter_4(X) = fn_carrier_protein_18(X)
& fn_cotransporter_2(X) = fn_carrier_protein_4(X)
& fn_cotransporter_13(X) = fn_carrier_protein_22(X)
& fn_cotransporter_14(X) = fn_carrier_protein_23(X)
& fn_cotransport_14(fn_cotransporter_12(X)) = fn_carrier_protein_7(X)
& fn_carrier_protein_7(X) = fn_cotransport_14(fn_cotransporter_12(X))
& fn_cotransport_14(fn_cotransporter_12(X)) = fn_cotransport_14(fn_cotransporter_12(X))
& fn_cotransport_14(fn_cotransporter_12(X)) = fn_integral_protein_24(X)
& fn_integral_protein_24(X) = fn_transport_protein_35(X)
& fn_cotransport_18(fn_cotransporter_12(X)) = fn_transport_protein_35(X)
& fn_transport_protein_35(X) = fn_transport_protein_35(X)
& fn_transport_protein_35(X) = fn_cotransport_18(fn_cotransporter_12(X))
& fn_cotransport_18(fn_cotransporter_12(X)) = fn_cotransport_18(fn_cotransporter_12(X))
& fn_cotransport_18(fn_cotransporter_12(X)) = fn_carrier_protein_18(X)
& fn_carrier_protein_18(X) = fn_carrier_protein_18(X)
& fn_carrier_protein_18(X) = fn_cotransport_60(fn_cotransporter_12(X))
& fn_cotransport_60(fn_cotransporter_12(X)) = fn_transport_protein_34(X)
& fn_transport_protein_34(X) = fn_transport_protein_34(X)
& fn_transport_protein_34(X) = fn_cotransport_60(fn_cotransporter_12(X))
& fn_cotransport_60(fn_cotransporter_12(X)) = fn_cotransport_60(fn_cotransporter_12(X))
& fn_cotransport_60(fn_cotransporter_12(X)) = fn_carrier_protein_4(X)
& fn_carrier_protein_4(X) = fn_carrier_protein_4(X)
& fn_carrier_protein_4(X) = fn_cotransport_41(fn_cotransporter_12(X))
& fn_cotransport_41(fn_cotransporter_12(X)) = fn_carrier_protein_23(X)
& fn_carrier_protein_23(X) = fn_carrier_protein_23(X)
& fn_carrier_protein_23(X) = fn_attach_2(fn_cotransporter_11(X))
& fn_attach_2(fn_cotransporter_11(X)) = fn_cotransport_53(fn_cotransporter_12(X))
& fn_cotransport_53(fn_cotransporter_12(X)) = fn_cotransport_53(fn_cotransporter_12(X)) ) ) ).
fof(a528717,axiom,
! [X] :
( cotton_1(X)
=> ( original_name_2(X,'Cotton')
& user_description_2(X,'The cloth or fabric that is produced from cotton plants.')
& concept2words_2(X,cotton)
& polar_substance_1(X)
& fiber_1(fn_cotton_1(X))
& plant_1(fn_cotton_2(X))
& cellulose_1(fn_cotton_3(X))
& produce_1(fn_cotton_4(X))
& entity_1(fn_create_1(fn_cotton_4(X)))
& agent_2(fn_cotton_4(X),fn_cotton_2(X))
& has_part_2(X,fn_cotton_1(X))
& has_part_2(X,fn_cotton_3(X))
& result_2(fn_cotton_4(X),X)
& fn_cotton_3(X) = fn_hydrophilic_substance_1(X)
& fn_cotton_3(X) = fn_polar_substance_1(X)
& X = fn_create_1(fn_cotton_4(X))
& fn_hydrophilic_substance_1(X) = fn_polar_substance_1(X) ) ) ).
fof(a528718,axiom,
! [X] :
( cotton_plant_1(X)
=> ( original_name_2(X,'Cotton-Plant')
& user_description_2(X,'Agriculturally important plant which is the source for cotton used in clothing and industry.')
& concept2words_2(X,'plant of cotton')
& concept2words_2(X,'cotton plant')
& concept2words_2(X,'cotton-plant')
& dicot_1(X)
& lateral_root_1(fn_cotton_plant_1(X))
& has_part_2(X,fn_cotton_plant_1(X))
& fn_cotton_plant_1(X) = fn_dicot_1(X) ) ) ).
fof(a528719,axiom,
! [X] :
( cotyledon_1(X)
=> ( original_name_2(X,'Cotyledon')
& user_description_2(X,'A seed leaf formed in an angiosperm embryo. Some species have two cotyledons, while others have only one.')
& concept2words_2(X,cotyledon)
& plant_structure_1(X)
& ~ megaphyll_1(X)
& ~ microphyll_1(X)
& ~ sepal_1(X)
& ~ sporophyll_1(X)
& specific_surface_area_value_1(fn_cotyledon_2(X))
& biological_region_1(fn_cotyledon_3(X))
& oxygen_molecule_1(fn_cotyledon_4(X))
& palisade_mesophyll_1(fn_cotyledon_5(X))
& waxy_cuticle_1(fn_cotyledon_6(X))
& epidermis_1(fn_cotyledon_7(X))
& waxy_cuticle_1(fn_cotyledon_8(X))
& plant_vein_1(fn_cotyledon_9(X))
& plant_1(fn_cotyledon_10(X))
& ground_tissue_system_1(fn_cotyledon_11(X))
& dermal_tissue_system_1(fn_cotyledon_12(X))
& vascular_tissue_system_1(fn_cotyledon_13(X))
& surface_1(fn_cotyledon_14(X))
& spongy_mesophyll_1(fn_cotyledon_15(X))
& atmosphere_1(fn_cotyledon_16(X))
& air_space_1(fn_cotyledon_17(X))
& epidermis_1(fn_cotyledon_18(X))
& move_into_1(fn_cotyledon_19(X))
& enter_1(fn_cotyledon_19(X))
& move_into_1(fn_cotyledon_20(X))
& stoma_1(fn_cotyledon_21(X))
& stoma_1(fn_epidermis_1(fn_cotyledon_18(X)))
& atmosphere_1(fn_stoma_10(fn_cotyledon_21(X)))
& enter_1(fn_stoma_7(fn_cotyledon_21(X)))
& air_space_1(fn_spongy_mesophyll_1(fn_cotyledon_15(X)))
& air_space_1(fn_stoma_5(fn_cotyledon_21(X)))
& tangible_entity_1(fn_move_into_1(fn_cotyledon_19(X)))
& tangible_entity_1(fn_move_into_1(fn_cotyledon_20(X)))
& the_scalar_value_2(fn_cotyledon_2(X),high_0)
& scalar_unit_class_2(fn_cotyledon_2(X),plant_organ_0)
& is_outside_2(fn_cotyledon_16(X),X)
& is_inside_2(fn_cotyledon_17(X),X)
& is_near_2(fn_cotyledon_17(X),fn_cotyledon_21(X))
& is_inside_2(fn_cotyledon_3(X),X)
& is_inside_2(fn_cotyledon_4(X),X)
& is_inside_2(fn_cotyledon_5(X),fn_cotyledon_11(X))
& fn_cotyledon_6(X) != fn_cotyledon_8(X)
& is_above_2(fn_cotyledon_6(X),fn_cotyledon_18(X))
& is_above_2(fn_cotyledon_7(X),fn_cotyledon_8(X))
& fn_cotyledon_7(X) != fn_cotyledon_18(X)
& is_above_2(fn_cotyledon_18(X),fn_cotyledon_5(X))
& fn_cotyledon_18(X) != fn_cotyledon_7(X)
& is_above_2(fn_cotyledon_15(X),fn_cotyledon_7(X))
& is_inside_2(fn_cotyledon_15(X),fn_cotyledon_11(X))
& fn_cotyledon_8(X) != fn_cotyledon_6(X)
& is_inside_2(fn_cotyledon_9(X),fn_cotyledon_13(X))
& fn_cotyledon_10(X) != X
& destination_2(fn_cotyledon_20(X),fn_cotyledon_3(X))
& element_2(fn_cotyledon_12(X),fn_cotyledon_7(X))
& element_2(fn_cotyledon_12(X),fn_cotyledon_18(X))
& is_near_2(fn_cotyledon_21(X),fn_cotyledon_17(X))
& is_at_2(fn_cotyledon_21(X),fn_cotyledon_14(X))
& specific_surface_area_2(X,fn_cotyledon_2(X))
& has_part_2(X,fn_cotyledon_5(X))
& has_part_2(X,fn_cotyledon_6(X))
& has_part_2(X,fn_cotyledon_7(X))
& has_part_2(X,fn_cotyledon_18(X))
& has_part_2(X,fn_cotyledon_15(X))
& has_part_2(X,fn_cotyledon_8(X))
& has_part_2(X,fn_cotyledon_9(X))
& X != fn_cotyledon_10(X)
& has_region_2(X,fn_cotyledon_11(X))
& has_region_2(X,fn_cotyledon_12(X))
& has_region_2(X,fn_cotyledon_13(X))
& has_region_2(X,fn_cotyledon_14(X))
& base_2(fn_cotyledon_19(X),X)
& base_2(fn_cotyledon_20(X),X)
& has_region_2(fn_cotyledon_18(X),fn_cotyledon_21(X))
& has_region_2(fn_cotyledon_15(X),fn_cotyledon_17(X))
& origin_2(fn_cotyledon_19(X),fn_cotyledon_16(X))
& path_2(fn_cotyledon_19(X),fn_cotyledon_21(X))
& destination_2(fn_cotyledon_19(X),fn_cotyledon_17(X))
& X = fn_move_into_1(fn_cotyledon_19(X))
& X = fn_move_into_1(fn_cotyledon_20(X))
& fn_cotyledon_21(X) = fn_epidermis_1(fn_cotyledon_18(X))
& fn_cotyledon_17(X) = fn_spongy_mesophyll_1(fn_cotyledon_15(X))
& fn_cotyledon_16(X) = fn_stoma_10(fn_cotyledon_21(X))
& fn_cotyledon_19(X) = fn_stoma_7(fn_cotyledon_21(X))
& fn_cotyledon_17(X) = fn_stoma_5(fn_cotyledon_21(X))
& fn_spongy_mesophyll_1(fn_cotyledon_15(X)) = fn_stoma_5(fn_cotyledon_21(X))
& fn_move_into_1(fn_cotyledon_19(X)) = fn_move_into_1(fn_cotyledon_20(X)) ) ) ).
fof(a528720,axiom,
! [X] :
( count_viewpoint_1(X)
=> ( original_name_2(X,'Count-Viewpoint')
& concept2words_2(X,'viewpoint of count')
& concept2words_2(X,'count viewpoint')
& concept2words_2(X,'count-viewpoint')
& viewpoint_1(X) ) ) ).
fof(a528721,axiom,
! [X] :
( countercurrent_exchange_1(X)
=> ( original_name_2(X,'Countercurrent-Exchange')
& user_description_2(X,'Transfer of heat between two fluids moving in opposite directions. As an example, blood within a filament of a fish\'s gill flows in the opposite direction of water moving over the filament; this maximizes the diffusion of oxygen from the water into the blood.')
& concept2words_2(X,'exchange of countercurrent')
& concept2words_2(X,'countercurrent exchange')
& concept2words_2(X,'countercurrent-exchange')
& respiratory_process_1(X) ) ) ).
fof(a528722,axiom,
! [X] :
( countercurrent_multiplier_system_1(X)
=> ( original_name_2(X,'Countercurrent-Multiplier-System')
& user_description_2(X,'A countercurrent exchange system in which concentration gradients are established by active transport.')
& concept2words_2(X,'countercurrent multiplier system')
& concept2words_2(X,'countercurrent-multiplier-system')
& cardiovascular_process_1(X)
& ~ cardiac_cycle_1(X)
& ~ diastole_1(X)
& ~ heart_attack_1(X)
& ~ heart_murmur_1(X)
& ~ hypertension_1(X)
& ~ pulse_1(X) ) ) ).
fof(a528723,axiom,
! [X] :
( country_1(X)
=> ( original_name_2(X,'Country')
& concept2words_2(X,country)
& concept2words_2(X,state)
& concept2words_2(X,land)
& administrative_district_1(X)
& ~ province_1(X)
& ~ political_state_1(X)
& ~ county_1(X)
& ~ city_1(X) ) ) ).
fof(a528724,axiom,
! [X] :
( county_1(X)
=> ( original_name_2(X,'County')
& concept2words_2(X,county)
& administrative_district_1(X)
& ~ province_1(X)
& ~ political_state_1(X)
& ~ country_1(X)
& ~ city_1(X) ) ) ).
fof(a528725,axiom,
! [X] :
( coupled_transcription_and_translation_1(X)
=> ( original_name_2(X,'Coupled-Transcription-And-Translation')
& user_description_2(X,'A process in prokaryotes in which transcription and translation take place simultaneously.')
& concept2words_2(X,'coupled transcription and translation')
& concept2words_2(X,'coupled-transcription-and-translation')
& nucleic_acid_process_1(X) ) ) ).
fof(a528726,axiom,
! [X] :
( courtship_1(X)
=> ( original_name_2(X,'Courtship')
& user_description_2(X,'The processes by which an individual selects a partner for mating purposes.')
& concept2words_2(X,behave)
& concept2words_2(X,courtship)
& reproductive_behavior_1(X) ) ) ).
fof(a528727,axiom,
! [X] :
( covalent_bond_1(X)
=> ( original_name_2(X,'Covalent-Bond')
& user_description_2(X,'A covalent bond is a form of chemical bonding that is characterized by the sharing of pairs of electrons between atoms, and other covalent bonds. In short, the stable balance of attractive and repulsive forces between atoms when they share electrons is known as covalent bonding.')
& concept2words_2(X,'covalently bond')
& concept2words_2(X,'covalently-bond')
& concept2words_2(X,'covalent bond')
& concept2words_2(X,'covalent-bond')
& chemical_bond_1(X)
& ~ hydrogen_bond_1(X)
& ~ hydrophobic_interaction_1(X)
& ~ ionic_bond_1(X)
& asymmetrical_distribution_1(fn_covalent_bond_1(X))
& intensity_value_1(fn_covalent_bond_2(X))
& proton_1(fn_covalent_bond_4(X))
& system_1(fn_covalent_bond_5(X))
& atomic_number_value_1(fn_covalent_bond_6(X))
& quantity_value_1(fn_covalent_bond_8(X))
& quantity_value_1(fn_covalent_bond_9(X))
& attract_1(fn_covalent_bond_10(X))
& electron_shell_1(fn_covalent_bond_11(X))
& electron_shell_1(fn_covalent_bond_12(X))
& atomic_orbital_1(fn_covalent_bond_13(X))
& hold_together_1(fn_covalent_bond_14(X))
& valence_electron_1(fn_covalent_bond_15(X))
& constant_motion_1(fn_covalent_bond_16(X))
& share_1(fn_covalent_bond_17(X))
& valence_electron_1(fn_covalent_bond_18(X))
& entity_1(fn_covalent_bond_19(X))
& chemical_entity_1(fn_covalent_bond_19(X))
& atom_1(fn_covalent_bond_19(X))
& entity_1(fn_covalent_bond_20(X))
& chemical_entity_1(fn_covalent_bond_20(X))
& atom_1(fn_covalent_bond_20(X))
& center_1(fn_covalent_bond_21(X))
& atomic_nucleus_1(fn_covalent_bond_22(X))
& center_1(fn_covalent_bond_23(X))
& atomic_nucleus_1(fn_covalent_bond_24(X))
& electron_shell_1(fn_atom_9(fn_covalent_bond_20(X)))
& center_1(fn_atomic_nucleus_3(fn_covalent_bond_24(X)))
& atomic_orbital_1(fn_electron_shell_3(fn_covalent_bond_12(X)))
& system_1(fn_atom_3(fn_covalent_bond_19(X)))
& quantity_value_1(fn_atom_5(fn_covalent_bond_19(X)))
& electron_shell_1(fn_atom_9(fn_covalent_bond_19(X)))
& equation_set_1(fn_atom_4(fn_covalent_bond_19(X)))
& atomic_nucleus_1(fn_atom_18(fn_covalent_bond_19(X)))
& center_1(fn_atomic_nucleus_3(fn_covalent_bond_22(X)))
& attract_1(fn_atomic_nucleus_7(fn_covalent_bond_22(X)))
& entity_1(fn_share_3(fn_covalent_bond_17(X)))
& atom_1(fn_atomic_nucleus_4(fn_covalent_bond_24(X)))
& entity_1(fn_share_2(fn_covalent_bond_17(X)))
& electron_1(fn_atomic_nucleus_8(fn_covalent_bond_24(X)))
& tangible_entity_1(fn_constant_motion_1(fn_covalent_bond_16(X)))
& electron_1(fn_atomic_nucleus_8(fn_covalent_bond_22(X)))
& electron_1(fn_electron_shell_2(fn_covalent_bond_12(X)))
& electron_1(fn_atom_14(fn_covalent_bond_19(X)))
& atomic_number_value_1(fn_atom_17(fn_covalent_bond_19(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_covalent_bond_22(X)))
& entity_1(fn_share_1(fn_covalent_bond_17(X)))
& atom_1(fn_electron_shell_1(fn_covalent_bond_12(X)))
& atom_1(fn_atomic_nucleus_4(fn_covalent_bond_22(X)))
& proton_1(fn_atom_8(fn_covalent_bond_19(X)))
& proton_1(fn_atomic_nucleus_9(fn_covalent_bond_22(X)))
& quantity_value_1(fn_atom_11(fn_covalent_bond_19(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_covalent_bond_22(X)))
& fn_covalent_bond_24(X) != fn_covalent_bond_22(X)
& fn_covalent_bond_23(X) != fn_covalent_bond_21(X)
& fn_covalent_bond_22(X) != fn_covalent_bond_24(X)
& fn_covalent_bond_21(X) != fn_covalent_bond_23(X)
& the_scalar_value_2(fn_covalent_bond_2(X),strong_0)
& scalar_unit_class_2(fn_covalent_bond_2(X),chemical_bond_0)
& intensity_2(X,fn_covalent_bond_2(X))
& object_2(fn_covalent_bond_17(X),fn_covalent_bond_18(X))
& result_2(fn_covalent_bond_17(X),X)
& causes_2(fn_covalent_bond_16(X),fn_covalent_bond_1(X))
& object_2(fn_covalent_bond_1(X),fn_covalent_bond_18(X))
& fn_covalent_bond_12(X) != fn_covalent_bond_11(X)
& fn_covalent_bond_11(X) != fn_covalent_bond_12(X)
& object_2(fn_covalent_bond_16(X),fn_covalent_bond_18(X))
& agent_2(fn_covalent_bond_17(X),fn_covalent_bond_19(X))
& fn_covalent_bond_19(X) != fn_covalent_bond_20(X)
& agent_2(fn_covalent_bond_17(X),fn_covalent_bond_20(X))
& object_2(fn_covalent_bond_17(X),fn_covalent_bond_15(X))
& fn_covalent_bond_20(X) != fn_covalent_bond_19(X)
& has_region_2(fn_covalent_bond_20(X),fn_covalent_bond_11(X))
& has_function_2(X,fn_covalent_bond_14(X))
& is_between_2(X,fn_covalent_bond_20(X))
& object_2(fn_covalent_bond_14(X),fn_covalent_bond_20(X))
& agent_2(fn_covalent_bond_14(X),X)
& is_between_2(X,fn_covalent_bond_19(X))
& object_2(fn_covalent_bond_14(X),fn_covalent_bond_19(X))
& has_part_2(fn_covalent_bond_20(X),fn_covalent_bond_15(X))
& is_at_2(fn_covalent_bond_24(X),fn_covalent_bond_23(X))
& has_region_2(fn_covalent_bond_20(X),fn_covalent_bond_23(X))
& has_region_2(fn_covalent_bond_20(X),fn_covalent_bond_24(X))
& is_near_2(fn_covalent_bond_15(X),fn_covalent_bond_24(X))
& is_near_2(fn_covalent_bond_24(X),fn_covalent_bond_15(X))
& has_region_2(fn_covalent_bond_19(X),fn_covalent_bond_22(X))
& is_inside_2(fn_covalent_bond_4(X),fn_covalent_bond_22(X))
& has_part_2(fn_covalent_bond_19(X),fn_covalent_bond_4(X))
& has_region_2(fn_covalent_bond_19(X),fn_covalent_bond_21(X))
& is_at_2(fn_covalent_bond_22(X),fn_covalent_bond_21(X))
& fn_covalent_bond_6(X) = fn_covalent_bond_8(X)
& fn_covalent_bond_8(X) = fn_covalent_bond_6(X)
& called_2(fn_covalent_bond_6(X),'Atomic_Number')
& atomic_number_2(fn_covalent_bond_19(X),fn_covalent_bond_6(X))
& agent_2(fn_covalent_bond_10(X),fn_covalent_bond_4(X))
& quantity_2(fn_covalent_bond_4(X),fn_covalent_bond_8(X))
& called_2(fn_covalent_bond_8(X),'Number_Proton')
& fn_covalent_bond_8(X) = fn_covalent_bond_9(X)
& fn_covalent_bond_9(X) = fn_covalent_bond_8(X)
& called_2(fn_covalent_bond_9(X),'Number_Electron')
& has_region_2(fn_covalent_bond_19(X),fn_covalent_bond_12(X))
& is_near_2(fn_covalent_bond_18(X),fn_covalent_bond_22(X))
& is_near_2(fn_covalent_bond_22(X),fn_covalent_bond_18(X))
& quantity_2(fn_covalent_bond_18(X),fn_covalent_bond_9(X))
& has_part_2(fn_covalent_bond_19(X),fn_covalent_bond_18(X))
& is_inside_2(fn_covalent_bond_18(X),fn_covalent_bond_13(X))
& has_region_2(fn_covalent_bond_12(X),fn_covalent_bond_13(X))
& object_2(fn_covalent_bond_10(X),fn_covalent_bond_18(X))
& fn_covalent_bond_18(X) = fn_constant_motion_1(fn_covalent_bond_16(X))
& fn_covalent_bond_15(X) = fn_share_2(fn_covalent_bond_17(X))
& fn_covalent_bond_20(X) = fn_share_3(fn_covalent_bond_17(X))
& fn_covalent_bond_19(X) = fn_share_1(fn_covalent_bond_17(X))
& fn_covalent_bond_11(X) = fn_atom_9(fn_covalent_bond_20(X))
& fn_covalent_bond_19(X) = fn_chemical_bond_1(X)
& fn_covalent_bond_14(X) = fn_chemical_bond_3(X)
& fn_covalent_bond_20(X) = fn_chemical_bond_4(X)
& fn_covalent_bond_20(X) = fn_atomic_nucleus_4(fn_covalent_bond_24(X))
& fn_covalent_bond_23(X) = fn_atomic_nucleus_3(fn_covalent_bond_24(X))
& fn_covalent_bond_15(X) = fn_atomic_nucleus_8(fn_covalent_bond_24(X))
& fn_covalent_bond_13(X) = fn_electron_shell_3(fn_covalent_bond_12(X))
& fn_covalent_bond_18(X) = fn_atomic_nucleus_8(fn_covalent_bond_22(X))
& fn_covalent_bond_18(X) = fn_electron_shell_2(fn_covalent_bond_12(X))
& fn_covalent_bond_18(X) = fn_atom_14(fn_covalent_bond_19(X))
& fn_covalent_bond_5(X) = fn_atom_3(fn_covalent_bond_19(X))
& fn_covalent_bond_9(X) = fn_atom_5(fn_covalent_bond_19(X))
& fn_covalent_bond_19(X) = fn_electron_shell_1(fn_covalent_bond_12(X))
& fn_covalent_bond_12(X) = fn_atom_9(fn_covalent_bond_19(X))
& fn_covalent_bond_7(X) = fn_atom_4(fn_covalent_bond_19(X))
& fn_covalent_bond_22(X) = fn_atom_18(fn_covalent_bond_19(X))
& fn_covalent_bond_21(X) = fn_atomic_nucleus_3(fn_covalent_bond_22(X))
& fn_covalent_bond_6(X) = fn_atom_17(fn_covalent_bond_19(X))
& fn_covalent_bond_19(X) = fn_atomic_nucleus_4(fn_covalent_bond_22(X))
& fn_covalent_bond_6(X) = fn_atomic_nucleus_1(fn_covalent_bond_22(X))
& fn_covalent_bond_10(X) = fn_atomic_nucleus_7(fn_covalent_bond_22(X))
& fn_covalent_bond_4(X) = fn_atom_8(fn_covalent_bond_19(X))
& fn_covalent_bond_4(X) = fn_atomic_nucleus_9(fn_covalent_bond_22(X))
& fn_covalent_bond_8(X) = fn_atom_11(fn_covalent_bond_19(X))
& fn_covalent_bond_8(X) = fn_atomic_nucleus_2(fn_covalent_bond_22(X))
& fn_share_3(fn_covalent_bond_17(X)) = fn_share_3(fn_covalent_bond_17(X))
& fn_share_3(fn_covalent_bond_17(X)) = fn_chemical_bond_4(X)
& fn_chemical_bond_4(X) = fn_chemical_bond_4(X)
& fn_chemical_bond_4(X) = fn_atomic_nucleus_4(fn_covalent_bond_24(X))
& fn_atomic_nucleus_4(fn_covalent_bond_24(X)) = fn_atomic_nucleus_4(fn_covalent_bond_24(X))
& fn_atomic_nucleus_4(fn_covalent_bond_24(X)) = fn_share_2(fn_covalent_bond_17(X))
& fn_share_2(fn_covalent_bond_17(X)) = fn_atomic_nucleus_8(fn_covalent_bond_24(X))
& fn_atomic_nucleus_8(fn_covalent_bond_24(X)) = fn_atomic_nucleus_8(fn_covalent_bond_24(X))
& fn_atomic_nucleus_8(fn_covalent_bond_24(X)) = fn_constant_motion_1(fn_covalent_bond_16(X))
& fn_constant_motion_1(fn_covalent_bond_16(X)) = fn_atomic_nucleus_8(fn_covalent_bond_22(X))
& fn_electron_shell_2(fn_covalent_bond_12(X)) = fn_atomic_nucleus_8(fn_covalent_bond_22(X))
& fn_atomic_nucleus_8(fn_covalent_bond_22(X)) = fn_atomic_nucleus_8(fn_covalent_bond_22(X))
& fn_atomic_nucleus_8(fn_covalent_bond_22(X)) = fn_electron_shell_2(fn_covalent_bond_12(X))
& fn_electron_shell_2(fn_covalent_bond_12(X)) = fn_electron_shell_2(fn_covalent_bond_12(X))
& fn_atom_14(fn_covalent_bond_19(X)) = fn_atom_14(fn_covalent_bond_19(X))
& fn_atom_14(fn_covalent_bond_19(X)) = fn_electron_shell_2(fn_covalent_bond_12(X))
& fn_electron_shell_2(fn_covalent_bond_12(X)) = fn_atom_14(fn_covalent_bond_19(X))
& fn_atom_14(fn_covalent_bond_19(X)) = fn_atom_17(fn_covalent_bond_19(X))
& fn_atom_17(fn_covalent_bond_19(X)) = fn_atom_17(fn_covalent_bond_19(X))
& fn_atomic_nucleus_1(fn_covalent_bond_22(X)) = fn_atom_17(fn_covalent_bond_19(X))
& fn_atom_17(fn_covalent_bond_19(X)) = fn_atomic_nucleus_1(fn_covalent_bond_22(X))
& fn_atomic_nucleus_1(fn_covalent_bond_22(X)) = fn_share_1(fn_covalent_bond_17(X))
& fn_share_1(fn_covalent_bond_17(X)) = fn_share_1(fn_covalent_bond_17(X))
& fn_share_1(fn_covalent_bond_17(X)) = fn_chemical_bond_1(X)
& fn_chemical_bond_1(X) = fn_chemical_bond_1(X)
& fn_chemical_bond_1(X) = fn_electron_shell_1(fn_covalent_bond_12(X))
& fn_electron_shell_1(fn_covalent_bond_12(X)) = fn_electron_shell_1(fn_covalent_bond_12(X))
& fn_electron_shell_1(fn_covalent_bond_12(X)) = fn_atomic_nucleus_4(fn_covalent_bond_22(X))
& fn_atomic_nucleus_4(fn_covalent_bond_22(X)) = fn_atomic_nucleus_4(fn_covalent_bond_22(X))
& fn_atomic_nucleus_4(fn_covalent_bond_22(X)) = fn_atomic_nucleus_9(fn_covalent_bond_22(X))
& fn_atomic_nucleus_9(fn_covalent_bond_22(X)) = fn_atomic_nucleus_9(fn_covalent_bond_22(X))
& fn_atomic_nucleus_9(fn_covalent_bond_22(X)) = fn_atom_8(fn_covalent_bond_19(X))
& fn_atom_8(fn_covalent_bond_19(X)) = fn_atomic_nucleus_9(fn_covalent_bond_22(X))
& fn_atomic_nucleus_9(fn_covalent_bond_22(X)) = fn_atom_11(fn_covalent_bond_19(X))
& fn_atom_11(fn_covalent_bond_19(X)) = fn_atom_11(fn_covalent_bond_19(X))
& fn_atomic_nucleus_2(fn_covalent_bond_22(X)) = fn_atom_11(fn_covalent_bond_19(X))
& fn_atom_11(fn_covalent_bond_19(X)) = fn_atomic_nucleus_2(fn_covalent_bond_22(X)) ) ) ).
fof(a528728,axiom,
! [X] :
( covalent_compound_1(X)
=> ( original_name_2(X,'Covalent-Compound')
& user_description_2(X,'Compound composed of two or more different types of atoms which are covalently bonded to each other.')
& concept2words_2(X,'molecular compound')
& concept2words_2(X,'covalent compound')
& concept2words_2(X,'covalent-compound')
& compound_1(X) ) ) ).
fof(a528729,axiom,
! [X] :
( cover_1(X)
=> ( original_name_2(X,'Cover')
& description_2(X,'a barrier that prevents movement downward to something from above')
& concept2words_2(X,cover)
& concept2words_2(X,top)
& barrier_1(X)
& ~ container_1(X) ) ) ).
fof(a528730,axiom,
! [X] :
( cowpox_1(X)
=> ( original_name_2(X,'Cowpox')
& user_description_2(X,'A skin disease caused by the cowpox virus.')
& concept2words_2(X,cowpox)
& viral_disease_1(X)
& ~ african_sleeping_sickness_1(X)
& ~ aids_1(X)
& ~ cholera_1(X)
& ~ encephalitis_1(X)
& ~ gastric_ulcer_1(X)
& ~ gonorrhea_1(X)
& ~ hemorrhagic_fever_1(X)
& ~ influenza_1(X)
& ~ lyme_disease_1(X)
& ~ malaria_1(X)
& ~ mycosis_1(X)
& ~ smallpox_1(X)
& ~ tetanus_1(X)
& ~ tobacco_mosaic_disease_1(X)
& ~ tuberculosis_1(X) ) ) ).
fof(a528731,axiom,
! [X] :
( cowpox_virus_1(X)
=> ( original_name_2(X,'Cowpox-Virus')
& user_description_2(X,'A virus causing the disease cowpox, which is similar to but much milder than smallpox.')
& concept2words_2(X,'virus of cowpox')
& concept2words_2(X,'cowpox virus')
& concept2words_2(X,'cowpox-virus')
& dna_virus_1(X)
& ~ adenovirus_1(X)
& ~ hepatitis_b_virus_1(X)
& ~ herpesvirus_1(X)
& ~ papovavirus_1(X) ) ) ).
fof(a528732,axiom,
! [X] :
( crab_1(X)
=> ( original_name_2(X,'Crab')
& user_description_2(X,'A decopod crustacean in which the abdomen is reduced and curved under the thorax.')
& concept2words_2(X,crab)
& decapod_1(X) ) ) ).
fof(a528733,axiom,
! [X] :
( cranial_nerve_1(X)
=> ( original_name_2(X,'Cranial-Nerve')
& user_description_2(X,'A nerve that originates in the brain and terminates in an organ of the head or upper body.')
& concept2words_2(X,'nerve of cranial')
& concept2words_2(X,'cranial nerve')
& concept2words_2(X,'cranial-nerve')
& nerve_1(X)
& ~ spinal_nerve_1(X) ) ) ).
fof(a528734,axiom,
! [X] :
( craniate_1(X)
=> ( original_name_2(X,'Craniate')
& user_description_2(X,'A chordate animal with a head. Craniates include lampreys and hagfishes, bony and cartilaginous fishes, and tetrapods.')
& concept2words_2(X,craniate)
& chordate_1(X)
& ~ cephalochordate_1(X)
& ~ tunicate_1(X)
& ~ vertebrate_1(X)
& entity_1(fn_craniate_1(X))
& chemical_entity_1(fn_craniate_1(X))
& atom_1(fn_craniate_1(X))
& hydrogen_1(fn_craniate_1(X))
& entity_1(fn_craniate_2(X))
& chemical_entity_1(fn_craniate_2(X))
& atom_1(fn_craniate_2(X))
& carbon_1(fn_craniate_2(X))
& nutrition_1(fn_craniate_3(X))
& organic_molecule_1(fn_craniate_4(X))
& polypeptide_1(fn_craniate_4(X))
& spatial_entity_1(fn_craniate_5(X))
& chemical_entity_1(fn_craniate_5(X))
& monomer_1(fn_craniate_5(X))
& molecule_1(fn_craniate_5(X))
& amino_acid_1(fn_craniate_5(X))
& hold_1(fn_craniate_6(X))
& hold_together_1(fn_craniate_6(X))
& carbon_1(fn_craniate_7(X))
& tangible_entity_1(fn_craniate_8(X))
& entity_1(fn_craniate_8(X))
& chemical_entity_1(fn_craniate_8(X))
& atom_1(fn_craniate_8(X))
& oxygen_1(fn_craniate_8(X))
& entity_1(fn_craniate_9(X))
& atom_1(fn_craniate_9(X))
& chemical_entity_1(fn_craniate_9(X))
& oxygen_1(fn_craniate_9(X))
& entity_1(fn_craniate_10(X))
& chemical_entity_1(fn_craniate_10(X))
& atom_1(fn_craniate_10(X))
& hydrogen_1(fn_craniate_10(X))
& chemical_entity_1(fn_craniate_11(X))
& organic_molecule_1(fn_craniate_11(X))
& carbohydrate_1(fn_craniate_11(X))
& protein_1(fn_craniate_12(X))
& animal_1(fn_craniate_13(X))
& oxygen_1(fn_craniate_14(X))
& entity_1(fn_craniate_15(X))
& chemical_entity_1(fn_craniate_15(X))
& atom_1(fn_craniate_15(X))
& hydrogen_1(fn_craniate_15(X))
& chemical_entity_1(fn_craniate_16(X))
& tangible_entity_1(fn_craniate_16(X))
& entity_1(fn_craniate_16(X))
& atom_1(fn_craniate_16(X))
& nitrogen_1(fn_craniate_16(X))
& animal_cell_1(fn_craniate_17(X))
& tissue_1(fn_craniate_18(X))
& oxygen_1(fn_craniate_19(X))
& carbon_1(fn_carbohydrate_5(fn_craniate_11(X)))
& entity_1(fn_amino_acid_24(fn_craniate_5(X)))
& chemical_entity_1(fn_amino_acid_24(fn_craniate_5(X)))
& atom_1(fn_amino_acid_24(fn_craniate_5(X)))
& carbon_1(fn_amino_acid_24(fn_craniate_5(X)))
& chemical_entity_1(fn_amino_acid_17(fn_craniate_5(X)))
& tangible_entity_1(fn_amino_acid_17(fn_craniate_5(X)))
& entity_1(fn_amino_acid_17(fn_craniate_5(X)))
& atom_1(fn_amino_acid_17(fn_craniate_5(X)))
& nitrogen_1(fn_amino_acid_17(fn_craniate_5(X)))
& hold_together_1(fn_carbohydrate_37(fn_craniate_11(X)))
& entity_1(fn_carbohydrate_38(fn_craniate_11(X)))
& atom_1(fn_carbohydrate_38(fn_craniate_11(X)))
& chemical_entity_1(fn_carbohydrate_38(fn_craniate_11(X)))
& oxygen_1(fn_carbohydrate_38(fn_craniate_11(X)))
& nutrition_1(fn_animal_19(fn_craniate_13(X)))
& oxygen_1(fn_amino_acid_27(fn_craniate_5(X)))
& oxygen_1(fn_amino_acid_11(fn_craniate_5(X)))
& entity_1(fn_amino_acid_22(fn_craniate_5(X)))
& chemical_entity_1(fn_amino_acid_22(fn_craniate_5(X)))
& atom_1(fn_amino_acid_22(fn_craniate_5(X)))
& hydrogen_1(fn_amino_acid_22(fn_craniate_5(X)))
& entity_1(fn_amino_acid_28(fn_craniate_5(X)))
& chemical_entity_1(fn_amino_acid_28(fn_craniate_5(X)))
& atom_1(fn_amino_acid_28(fn_craniate_5(X)))
& hydrogen_1(fn_amino_acid_28(fn_craniate_5(X)))
& tangible_entity_1(fn_hold_2(fn_craniate_6(X)))
& entity_1(fn_carbohydrate_39(fn_craniate_11(X)))
& chemical_entity_1(fn_carbohydrate_39(fn_craniate_11(X)))
& atom_1(fn_carbohydrate_39(fn_craniate_11(X)))
& oxygen_1(fn_carbohydrate_39(fn_craniate_11(X)))
& atom_1(fn_organic_molecule_2(fn_craniate_11(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_craniate_11(X)))
& entity_1(fn_carbohydrate_32(fn_craniate_11(X)))
& chemical_entity_1(fn_carbohydrate_32(fn_craniate_11(X)))
& atom_1(fn_carbohydrate_32(fn_craniate_11(X)))
& hydrogen_1(fn_carbohydrate_32(fn_craniate_11(X)))
& object_2(fn_craniate_6(X),fn_craniate_7(X))
& fn_craniate_7(X) != fn_craniate_8(X)
& fn_craniate_8(X) != fn_craniate_7(X)
& fn_craniate_14(X) != fn_craniate_15(X)
& fn_craniate_15(X) != fn_craniate_14(X)
& agent_2(fn_craniate_3(X),fn_craniate_13(X))
& result_2(fn_craniate_3(X),fn_craniate_11(X))
& agent_2(fn_craniate_3(X),X)
& result_2(fn_craniate_3(X),fn_craniate_12(X))
& has_part_2(fn_craniate_12(X),fn_craniate_4(X))
& has_part_2(fn_craniate_4(X),fn_craniate_5(X))
& has_part_2(fn_craniate_11(X),fn_craniate_8(X))
& has_part_2(fn_craniate_11(X),fn_craniate_7(X))
& has_part_2(fn_craniate_11(X),fn_craniate_9(X))
& fn_craniate_9(X) != fn_craniate_7(X)
& fn_craniate_7(X) != fn_craniate_9(X)
& fn_craniate_8(X) != fn_craniate_9(X)
& fn_craniate_9(X) != fn_craniate_8(X)
& has_part_2(fn_craniate_5(X),fn_craniate_16(X))
& fn_craniate_10(X) != fn_craniate_9(X)
& fn_craniate_9(X) != fn_craniate_10(X)
& fn_craniate_10(X) != fn_craniate_8(X)
& fn_craniate_8(X) != fn_craniate_10(X)
& has_part_2(fn_craniate_11(X),fn_craniate_10(X))
& object_2(fn_craniate_6(X),fn_craniate_9(X))
& fn_craniate_1(X) != fn_craniate_2(X)
& fn_craniate_2(X) != fn_craniate_15(X)
& fn_craniate_15(X) != fn_craniate_1(X)
& fn_craniate_1(X) != fn_craniate_15(X)
& fn_craniate_2(X) != fn_craniate_1(X)
& fn_craniate_15(X) != fn_craniate_2(X)
& has_part_2(fn_craniate_5(X),fn_craniate_15(X))
& fn_craniate_16(X) != fn_craniate_2(X)
& fn_craniate_2(X) != fn_craniate_14(X)
& fn_craniate_14(X) != fn_craniate_1(X)
& fn_craniate_1(X) != fn_craniate_16(X)
& fn_craniate_16(X) != fn_craniate_1(X)
& fn_craniate_2(X) != fn_craniate_16(X)
& fn_craniate_14(X) != fn_craniate_2(X)
& fn_craniate_1(X) != fn_craniate_14(X)
& fn_craniate_2(X) != fn_craniate_19(X)
& fn_craniate_19(X) != fn_craniate_2(X)
& fn_craniate_19(X) != fn_craniate_14(X)
& fn_craniate_14(X) != fn_craniate_19(X)
& fn_craniate_15(X) != fn_craniate_19(X)
& fn_craniate_19(X) != fn_craniate_15(X)
& fn_craniate_15(X) != fn_craniate_16(X)
& fn_craniate_16(X) != fn_craniate_15(X)
& has_part_2(fn_craniate_5(X),fn_craniate_14(X))
& has_part_2(fn_craniate_5(X),fn_craniate_19(X))
& has_part_2(fn_craniate_5(X),fn_craniate_2(X))
& has_part_2(fn_craniate_5(X),fn_craniate_1(X))
& object_2(fn_craniate_6(X),fn_craniate_8(X))
& fn_craniate_3(X) = fn_animal_19(fn_craniate_13(X))
& fn_craniate_11(X) = fn_animal_8(X)
& fn_craniate_11(X) = fn_eumetazoan_2(X)
& fn_craniate_17(X) = fn_eumetazoan_21(X)
& fn_craniate_18(X) = fn_eumetazoan_20(X)
& fn_craniate_5(X) = fn_eumetazoan_8(X)
& fn_craniate_4(X) = fn_eumetazoan_9(X)
& fn_craniate_12(X) = fn_eumetazoan_1(X)
& fn_craniate_3(X) = fn_animal_19(X)
& fn_craniate_3(X) = fn_eumetazoan_22(X)
& fn_craniate_7(X) = fn_carbohydrate_5(fn_craniate_11(X))
& fn_craniate_8(X) = fn_hold_2(fn_craniate_6(X))
& fn_craniate_14(X) = fn_amino_acid_11(fn_craniate_5(X))
& fn_craniate_1(X) = fn_amino_acid_28(fn_craniate_5(X))
& fn_craniate_1(X) = fn_amino_acid_22(fn_craniate_5(X))
& fn_craniate_19(X) = fn_amino_acid_27(fn_craniate_5(X))
& fn_craniate_2(X) = fn_amino_acid_24(fn_craniate_5(X))
& fn_craniate_14(X) = fn_amino_acid_27(fn_craniate_5(X))
& fn_craniate_19(X) = fn_amino_acid_11(fn_craniate_5(X))
& fn_craniate_15(X) = fn_amino_acid_22(fn_craniate_5(X))
& fn_craniate_15(X) = fn_amino_acid_28(fn_craniate_5(X))
& fn_craniate_16(X) = fn_amino_acid_17(fn_craniate_5(X))
& fn_craniate_8(X) = fn_carbohydrate_39(fn_craniate_11(X))
& fn_craniate_10(X) = fn_organic_molecule_2(fn_craniate_11(X))
& fn_craniate_10(X) = fn_carbohydrate_32(fn_craniate_11(X))
& fn_craniate_6(X) = fn_carbohydrate_37(fn_craniate_11(X))
& fn_craniate_9(X) = fn_carbohydrate_38(fn_craniate_11(X))
& fn_animal_19(fn_craniate_13(X)) = fn_animal_19(X)
& fn_eumetazoan_22(X) = fn_eumetazoan_22(X)
& fn_eumetazoan_22(X) = fn_animal_19(X)
& fn_animal_19(X) = fn_eumetazoan_22(X)
& fn_eumetazoan_22(X) = fn_amino_acid_28(fn_craniate_5(X))
& fn_amino_acid_22(fn_craniate_5(X)) = fn_amino_acid_22(fn_craniate_5(X))
& fn_amino_acid_22(fn_craniate_5(X)) = fn_amino_acid_11(fn_craniate_5(X))
& fn_amino_acid_11(fn_craniate_5(X)) = fn_amino_acid_27(fn_craniate_5(X))
& fn_amino_acid_27(fn_craniate_5(X)) = fn_amino_acid_27(fn_craniate_5(X))
& fn_amino_acid_27(fn_craniate_5(X)) = fn_amino_acid_11(fn_craniate_5(X))
& fn_amino_acid_11(fn_craniate_5(X)) = fn_amino_acid_11(fn_craniate_5(X))
& fn_amino_acid_11(fn_craniate_5(X)) = fn_amino_acid_22(fn_craniate_5(X))
& fn_amino_acid_28(fn_craniate_5(X)) = fn_amino_acid_28(fn_craniate_5(X))
& fn_amino_acid_28(fn_craniate_5(X)) = fn_amino_acid_22(fn_craniate_5(X))
& fn_amino_acid_22(fn_craniate_5(X)) = fn_amino_acid_28(fn_craniate_5(X))
& fn_amino_acid_28(fn_craniate_5(X)) = fn_carbohydrate_39(fn_craniate_11(X))
& fn_carbohydrate_39(fn_craniate_11(X)) = fn_hold_2(fn_craniate_6(X))
& fn_hold_2(fn_craniate_6(X)) = fn_carbohydrate_39(fn_craniate_11(X))
& fn_carbohydrate_39(fn_craniate_11(X)) = fn_carbohydrate_39(fn_craniate_11(X))
& fn_carbohydrate_39(fn_craniate_11(X)) = fn_carbohydrate_32(fn_craniate_11(X))
& fn_carbohydrate_32(fn_craniate_11(X)) = fn_carbohydrate_32(fn_craniate_11(X))
& fn_carbohydrate_32(fn_craniate_11(X)) = fn_organic_molecule_2(fn_craniate_11(X))
& fn_organic_molecule_2(fn_craniate_11(X)) = fn_carbohydrate_32(fn_craniate_11(X))
& fn_carbohydrate_32(fn_craniate_11(X)) = fn_animal_8(X)
& fn_animal_8(X) = fn_eumetazoan_2(X) ) ) ).
fof(a528735,axiom,
! [X] :
( crassula_erecta_1(X)
=> ( original_name_2(X,'Crassula-Erecta')
& user_description_2(X,'Crassula erecta is commonly called pygmy weed. It is a native of dry, sandy regions in the western United States.')
& concept2words_2(X,'pygmy weed')
& concept2words_2(X,'pygmy-weed')
& concept2words_2(X,'crassula erecta')
& concept2words_2(X,'crassula-erecta')
& cam_plant_1(X) ) ) ).
fof(a528736,axiom,
! [X] :
( crassulacean_acid_metabolism_1(X)
=> ( original_name_2(X,'Crassulacean-Acid-Metabolism')
& user_description_2(X,'Type of photosynthesis that evolved as an adaptation to arid conditions. Stomata are open at night and CO2 is taken in by the plant to be stored in an organic acid. During the day, stomata are closed and CO2 is released from the organic acid within the plant and used for photosynthesis.')
& concept2words_2(X,cam)
& concept2words_2(X,'cam pathway')
& concept2words_2(X,'crassulacean acid metabolism pathway')
& concept2words_2(X,'perform crassulacean acid metabolism')
& concept2words_2(X,'crassulacean acid metabolism')
& concept2words_2(X,'crassulacean-acid-metabolism')
& adaptation_1(X)
& photosynthesis_1(X)
& ~ c3_photosynthesis_1(X)
& ~ c4_photosynthesis_1(X)
& hydrophobic_compound_1(fn_crassulacean_acid_metabolism_1(X))
& hydrophobic_compound_1(fn_crassulacean_acid_metabolism_2(X))
& spatial_entity_1(fn_crassulacean_acid_metabolism_3(X))
& block_1(fn_crassulacean_acid_metabolism_4(X))
& block_1(fn_crassulacean_acid_metabolism_5(X))
& restrain_1(fn_crassulacean_acid_metabolism_6(X))
& bundle_sheath_1(fn_crassulacean_acid_metabolism_7(X))
& time_interval_1(fn_crassulacean_acid_metabolism_8(X))
& time_interval_1(fn_crassulacean_acid_metabolism_9(X))
& spatial_entity_1(fn_crassulacean_acid_metabolism_10(X))
& time_interval_1(fn_crassulacean_acid_metabolism_11(X))
& time_interval_1(fn_crassulacean_acid_metabolism_12(X))
& time_interval_1(fn_crassulacean_acid_metabolism_13(X))
& time_interval_1(fn_crassulacean_acid_metabolism_14(X))
& synthesis_of_lipid_1(fn_crassulacean_acid_metabolism_15(X))
& protein_enzyme_1(fn_crassulacean_acid_metabolism_16(X))
& protein_enzyme_1(fn_crassulacean_acid_metabolism_17(X))
& extracellular_side_1(fn_crassulacean_acid_metabolism_18(X))
& hydrogen_ion_1(fn_crassulacean_acid_metabolism_19(X))
& hydrophobic_core_1(fn_crassulacean_acid_metabolism_20(X))
& hydrophilic_face_1(fn_crassulacean_acid_metabolism_21(X))
& hydrophilic_face_1(fn_crassulacean_acid_metabolism_22(X))
& spatial_entity_1(fn_crassulacean_acid_metabolism_23(X))
& spatial_entity_1(fn_crassulacean_acid_metabolism_24(X))
& activation_energy_1(fn_crassulacean_acid_metabolism_25(X))
& biological_region_1(fn_crassulacean_acid_metabolism_26(X))
& biological_region_1(fn_crassulacean_acid_metabolism_27(X))
& block_1(fn_crassulacean_acid_metabolism_28(X))
& time_interval_1(fn_crassulacean_acid_metabolism_29(X))
& share_1(fn_crassulacean_acid_metabolism_30(X))
& equal_sharing_1(fn_crassulacean_acid_metabolism_30(X))
& share_1(fn_crassulacean_acid_metabolism_31(X))
& share_1(fn_crassulacean_acid_metabolism_32(X))
& equal_sharing_1(fn_crassulacean_acid_metabolism_33(X))
& chemical_entity_1(fn_crassulacean_acid_metabolism_36(X))
& atp_1(fn_crassulacean_acid_metabolism_36(X))
& carbon_source_1(fn_crassulacean_acid_metabolism_37(X))
& kinetic_energy_1(fn_crassulacean_acid_metabolism_38(X))
& repel_1(fn_crassulacean_acid_metabolism_39(X))
& constant_motion_1(fn_crassulacean_acid_metabolism_40(X))
& hydrophobic_region_1(fn_crassulacean_acid_metabolism_41(X))
& share_1(fn_crassulacean_acid_metabolism_42(X))
& equal_sharing_1(fn_crassulacean_acid_metabolism_42(X))
& share_1(fn_crassulacean_acid_metabolism_43(X))
& share_1(fn_crassulacean_acid_metabolism_44(X))
& equal_sharing_1(fn_crassulacean_acid_metabolism_45(X))
& hold_together_1(fn_crassulacean_acid_metabolism_46(X))
& speed_value_1(fn_crassulacean_acid_metabolism_47(X))
& quantity_value_1(fn_crassulacean_acid_metabolism_48(X))
& hold_together_1(fn_crassulacean_acid_metabolism_49(X))
& hold_together_1(fn_crassulacean_acid_metabolism_50(X))
& phospholipid_1(fn_crassulacean_acid_metabolism_51(X))
& chemical_entity_1(fn_crassulacean_acid_metabolism_54(X))
& nadph_1(fn_crassulacean_acid_metabolism_54(X))
& electron_recipient_1(fn_crassulacean_acid_metabolism_55(X))
& chemical_entity_1(fn_crassulacean_acid_metabolism_56(X))
& tangible_entity_1(fn_crassulacean_acid_metabolism_56(X))
& electron_1(fn_crassulacean_acid_metabolism_56(X))
& atom_1(fn_crassulacean_acid_metabolism_57(X))
& electronegativity_value_1(fn_crassulacean_acid_metabolism_58(X))
& electronegativity_value_1(fn_crassulacean_acid_metabolism_59(X))
& atom_1(fn_crassulacean_acid_metabolism_60(X))
& hydrogen_ion_1(fn_crassulacean_acid_metabolism_61(X))
& chemical_reaction_1(fn_crassulacean_acid_metabolism_62(X))
& tangible_entity_1(fn_crassulacean_acid_metabolism_65(X))
& chemical_entity_1(fn_crassulacean_acid_metabolism_65(X))
& sugar_1(fn_crassulacean_acid_metabolism_65(X))
& size_value_1(fn_crassulacean_acid_metabolism_66(X))
& size_value_1(fn_crassulacean_acid_metabolism_67(X))
& add_1(fn_crassulacean_acid_metabolism_68(X))
& polar_covalent_bond_1(fn_crassulacean_acid_metabolism_69(X))
& covalent_bond_1(fn_crassulacean_acid_metabolism_69(X))
& double_bond_1(fn_crassulacean_acid_metabolism_69(X))
& entity_1(fn_crassulacean_acid_metabolism_70(X))
& chemical_entity_1(fn_crassulacean_acid_metabolism_70(X))
& atom_1(fn_crassulacean_acid_metabolism_70(X))
& carbon_1(fn_crassulacean_acid_metabolism_70(X))
& entity_1(fn_crassulacean_acid_metabolism_71(X))
& chemical_entity_1(fn_crassulacean_acid_metabolism_71(X))
& atom_1(fn_crassulacean_acid_metabolism_71(X))
& oxygen_1(fn_crassulacean_acid_metabolism_71(X))
& carbon_fixation_1(fn_crassulacean_acid_metabolism_72(X))
& chemical_reaction_1(fn_crassulacean_acid_metabolism_72(X))
& free_energy_1(fn_crassulacean_acid_metabolism_73(X))
& time_interval_1(fn_crassulacean_acid_metabolism_74(X))
& time_interval_1(fn_crassulacean_acid_metabolism_75(X))
& block_1(fn_crassulacean_acid_metabolism_76(X))
& enter_1(fn_crassulacean_acid_metabolism_77(X))
& aqueous_solution_1(fn_crassulacean_acid_metabolism_78(X))
& aqueous_solution_1(fn_crassulacean_acid_metabolism_79(X))
& hydrophilic_face_1(fn_crassulacean_acid_metabolism_80(X))
& hydrophobic_core_1(fn_crassulacean_acid_metabolism_81(X))
& transpiration_1(fn_crassulacean_acid_metabolism_82(X))
& plant_vein_1(fn_crassulacean_acid_metabolism_83(X))
& tissue_1(fn_crassulacean_acid_metabolism_84(X))
& palisade_mesophyll_1(fn_crassulacean_acid_metabolism_84(X))
& entity_1(fn_crassulacean_acid_metabolism_85(X))
& chemical_energy_1(fn_crassulacean_acid_metabolism_85(X))
& time_interval_1(fn_crassulacean_acid_metabolism_86(X))
& chemical_energy_1(fn_crassulacean_acid_metabolism_87(X))
& starch_storage_by_plant_1(fn_crassulacean_acid_metabolism_88(X))
& o2_gas_1(fn_crassulacean_acid_metabolism_89(X))
& synthesis_of_atp_1(fn_crassulacean_acid_metabolism_90(X))
& size_value_1(fn_crassulacean_acid_metabolism_91(X))
& volume_value_1(fn_crassulacean_acid_metabolism_92(X))
& tangible_entity_1(fn_crassulacean_acid_metabolism_93(X))
& organ_1(fn_crassulacean_acid_metabolism_93(X))
& leaf_1(fn_crassulacean_acid_metabolism_93(X))
& store_1(fn_crassulacean_acid_metabolism_94(X))
& light_reaction_1(fn_crassulacean_acid_metabolism_95(X))
& mixture_1(fn_crassulacean_acid_metabolism_96(X))
& aqueous_solution_1(fn_crassulacean_acid_metabolism_96(X))
& stroma_1(fn_crassulacean_acid_metabolism_96(X))
& thylakoid_1(fn_crassulacean_acid_metabolism_97(X))
& cam_plant_1(fn_crassulacean_acid_metabolism_98(X))
& carbon_fixation_1(fn_crassulacean_acid_metabolism_99(X))
& closing_of_stoma_1(fn_crassulacean_acid_metabolism_100(X))
& remove_1(fn_crassulacean_acid_metabolism_101(X))
& eukaryotic_calvin_cycle_1(fn_crassulacean_acid_metabolism_102(X))
& endergonic_reaction_1(fn_crassulacean_acid_metabolism_102(X))
& anabolic_pathway_1(fn_crassulacean_acid_metabolism_102(X))
& calvin_cycle_1(fn_crassulacean_acid_metabolism_102(X))
& organic_acid_1(fn_crassulacean_acid_metabolism_103(X))
& add_1(fn_crassulacean_acid_metabolism_104(X))
& redox_reaction_1(fn_crassulacean_acid_metabolism_105(X))
& chloroplast_1(fn_crassulacean_acid_metabolism_106(X))
& reduction_1(fn_crassulacean_acid_metabolism_107(X))
& carbon_dioxide_1(fn_crassulacean_acid_metabolism_108(X))
& linear_electron_flow_1(fn_crassulacean_acid_metabolism_109(X))
& electron_transport_chain_reaction_1(fn_crassulacean_acid_metabolism_109(X))
& tangible_entity_1(fn_crassulacean_acid_metabolism_110(X))
& phospholipid_bilayer_1(fn_crassulacean_acid_metabolism_110(X))
& tangible_entity_1(fn_crassulacean_acid_metabolism_111(X))
& atp_synthase_1(fn_crassulacean_acid_metabolism_111(X))
& add_1(fn_crassulacean_acid_metabolism_112(X))
& oxygen_1(fn_crassulacean_acid_metabolism_113(X))
& oxygen_molecule_1(fn_crassulacean_acid_metabolism_114(X))
& vesicle_1(fn_crassulacean_acid_metabolism_115(X))
& spatial_entity_1(fn_crassulacean_acid_metabolism_115(X))
& vacuole_1(fn_crassulacean_acid_metabolism_115(X))
& central_vacuole_1(fn_crassulacean_acid_metabolism_115(X))
& move_out_of_1(fn_crassulacean_acid_metabolism_116(X))
& exit_1(fn_crassulacean_acid_metabolism_116(X))
& spatial_entity_1(fn_crassulacean_acid_metabolism_117(X))
& stoma_1(fn_crassulacean_acid_metabolism_117(X))
& spatial_entity_1(fn_crassulacean_acid_metabolism_118(X))
& energy_1(fn_crassulacean_acid_metabolism_118(X))
& visible_light_1(fn_crassulacean_acid_metabolism_118(X))
& spatial_entity_1(fn_crassulacean_acid_metabolism_119(X))
& tangible_entity_1(fn_crassulacean_acid_metabolism_119(X))
& chemical_entity_1(fn_crassulacean_acid_metabolism_119(X))
& hydrophobic_compound_1(fn_crassulacean_acid_metabolism_119(X))
& molecule_1(fn_crassulacean_acid_metabolism_119(X))
& carbon_dioxide_1(fn_crassulacean_acid_metabolism_119(X))
& cell_1(fn_crassulacean_acid_metabolism_120(X))
& plant_metabolic_cell_1(fn_crassulacean_acid_metabolism_120(X))
& parenchyma_cell_1(fn_crassulacean_acid_metabolism_120(X))
& eukaryotic_cell_1(fn_crassulacean_acid_metabolism_120(X))
& spatial_entity_1(fn_crassulacean_acid_metabolism_120(X))
& plant_cell_1(fn_crassulacean_acid_metabolism_120(X))
& mesophyll_cell_1(fn_crassulacean_acid_metabolism_120(X))
& take_in_1(fn_crassulacean_acid_metabolism_121(X))
& absorb_1(fn_crassulacean_acid_metabolism_121(X))
& move_1(fn_crassulacean_acid_metabolism_121(X))
& move_into_1(fn_crassulacean_acid_metabolism_121(X))
& reduction_in_calvin_cycle_1(fn_crassulacean_acid_metabolism_122(X))
& tangible_entity_1(fn_crassulacean_acid_metabolism_123(X))
& tangible_entity_1(fn_crassulacean_acid_metabolism_124(X))
& ground_tissue_system_1(fn_crassulacean_acid_metabolism_125(X))
& barrier_1(fn_crassulacean_acid_metabolism_126(X))
& container_1(fn_crassulacean_acid_metabolism_127(X))
& biomembrane_1(fn_crassulacean_acid_metabolism_128(X))
& thylakoid_membrane_1(fn_crassulacean_acid_metabolism_128(X))
& enter_1(fn_crassulacean_acid_metabolism_129(X))
& tangible_entity_1(fn_crassulacean_acid_metabolism_130(X))
& container_1(fn_crassulacean_acid_metabolism_131(X))
& barrier_1(fn_crassulacean_acid_metabolism_132(X))
& exit_1(fn_crassulacean_acid_metabolism_133(X))
& layer_1(fn_crassulacean_acid_metabolism_134(X))
& synthesis_of_atp_1(fn_crassulacean_acid_metabolism_135(X))
& stoma_1(fn_crassulacean_acid_metabolism_136(X))
& change_of_state_1(fn_crassulacean_acid_metabolism_137(X))
& quantity_value_1(fn_crassulacean_acid_metabolism_138(X))
& quantity_value_1(fn_crassulacean_acid_metabolism_139(X))
& photosystem_i_1(fn_crassulacean_acid_metabolism_140(X))
& light_harvesting_complex_1(fn_crassulacean_acid_metabolism_141(X))
& energy_transformation_by_organism_1(fn_crassulacean_acid_metabolism_142(X))
& structural_complexity_value_1(fn_crassulacean_acid_metabolism_143(X))
& store_1(fn_crassulacean_acid_metabolism_144(X))
& oxidation_1(fn_crassulacean_acid_metabolism_145(X))
& free_energy_1(fn_crassulacean_acid_metabolism_146(X))
& structural_complexity_value_1(fn_crassulacean_acid_metabolism_147(X))
& water_molecule_1(fn_crassulacean_acid_metabolism_148(X))
& reactant_1(fn_crassulacean_acid_metabolism_149(X))
& catalyst_1(fn_crassulacean_acid_metabolism_150(X))
& protein_enzyme_1(fn_crassulacean_acid_metabolism_151(X))
& structural_complexity_value_1(fn_crassulacean_acid_metabolism_158(X))
& free_energy_1(fn_crassulacean_acid_metabolism_159(X))
& container_1(fn_crassulacean_acid_metabolism_161(X))
& oxygen_1(fn_crassulacean_acid_metabolism_162(X))
& decrease_1(fn_crassulacean_acid_metabolism_163(X))
& light_harvesting_complex_1(fn_crassulacean_acid_metabolism_164(X))
& reaction_center_complex_1(fn_crassulacean_acid_metabolism_165(X))
& equal_sharing_1(fn_crassulacean_acid_metabolism_166(X))
& share_1(fn_crassulacean_acid_metabolism_167(X))
& share_1(fn_crassulacean_acid_metabolism_168(X))
& share_1(fn_crassulacean_acid_metabolism_169(X))
& equal_sharing_1(fn_crassulacean_acid_metabolism_169(X))
& spatial_entity_1(fn_add_1(fn_crassulacean_acid_metabolism_104(X)))
& tangible_entity_1(fn_hold_2(fn_crassulacean_acid_metabolism_50(X)))
& spatial_entity_1(fn_add_1(fn_crassulacean_acid_metabolism_112(X)))
& spatial_entity_1(fn_add_2(fn_crassulacean_acid_metabolism_112(X)))
& starch_storage_by_plant_1(fn_vascular_plant_24(fn_crassulacean_acid_metabolism_98(X)))
& tangible_entity_1(fn_move_into_1(fn_crassulacean_acid_metabolism_129(X)))
& tangible_entity_1(fn_move_into_1(fn_crassulacean_acid_metabolism_77(X)))
& container_1(fn_move_out_of_2(fn_crassulacean_acid_metabolism_133(X)))
& electron_recipient_1(fn_reduction_2(fn_crassulacean_acid_metabolism_107(X)))
& property_node_1(fn_redox_reaction_15(fn_crassulacean_acid_metabolism_105(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_crassulacean_acid_metabolism_105(X)))
& atom_1(fn_redox_reaction_13(fn_crassulacean_acid_metabolism_105(X)))
& property_node_1(fn_redox_reaction_3(fn_crassulacean_acid_metabolism_105(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_crassulacean_acid_metabolism_105(X)))
& atom_1(fn_redox_reaction_2(fn_crassulacean_acid_metabolism_105(X)))
& property_node_1(fn_eukaryotic_cell_60(fn_crassulacean_acid_metabolism_120(X)))
& property_node_1(fn_eukaryotic_cell_28(fn_crassulacean_acid_metabolism_120(X)))
& size_value_1(fn_eukaryotic_cell_27(fn_crassulacean_acid_metabolism_120(X)))
& volume_value_1(fn_eukaryotic_cell_59(fn_crassulacean_acid_metabolism_120(X)))
& catalyst_1(fn_enzyme_6(fn_crassulacean_acid_metabolism_151(X)))
& decrease_1(fn_enzyme_5(fn_crassulacean_acid_metabolism_151(X)))
& reduction_1(fn_redox_reaction_10(fn_crassulacean_acid_metabolism_105(X)))
& stoma_1(fn_closing_of_stoma_6(fn_crassulacean_acid_metabolism_100(X)))
& property_node_1(fn_calvin_cycle_36(fn_crassulacean_acid_metabolism_102(X)))
& time_interval_1(fn_calvin_cycle_92(fn_crassulacean_acid_metabolism_102(X)))
& time_interval_1(fn_calvin_cycle_93(fn_crassulacean_acid_metabolism_102(X)))
& reduction_in_calvin_cycle_1(fn_calvin_cycle_84(fn_crassulacean_acid_metabolism_102(X)))
& thylakoid_1(fn_chloroplast_91(fn_crassulacean_acid_metabolism_106(X)))
& add_1(fn_chloroplast_4(fn_crassulacean_acid_metabolism_106(X)))
& mixture_1(fn_chloroplast_96(fn_crassulacean_acid_metabolism_106(X)))
& aqueous_solution_1(fn_chloroplast_96(fn_crassulacean_acid_metabolism_106(X)))
& stroma_1(fn_chloroplast_96(fn_crassulacean_acid_metabolism_106(X)))
& thylakoid_membrane_1(fn_light_reaction_51(fn_crassulacean_acid_metabolism_95(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_crassulacean_acid_metabolism_128(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_crassulacean_acid_metabolism_128(X)))
& chloroplast_1(fn_plant_cell_6(fn_crassulacean_acid_metabolism_120(X)))
& electron_transport_chain_reaction_1(fn_light_reaction_53(fn_crassulacean_acid_metabolism_95(X)))
& container_1(fn_move_into_2(fn_crassulacean_acid_metabolism_121(X)))
& o2_gas_1(fn_stoma_8(fn_crassulacean_acid_metabolism_117(X)))
& plant_vein_1(fn_leaf_46(fn_crassulacean_acid_metabolism_93(X)))
& ground_tissue_system_1(fn_leaf_5(fn_crassulacean_acid_metabolism_93(X)))
& layer_1(fn_leaf_17(fn_crassulacean_acid_metabolism_93(X)))
& hydrophilic_face_1(fn_thylakoid_membrane_3(fn_crassulacean_acid_metabolism_128(X)))
& hydrophobic_core_1(fn_thylakoid_membrane_1(fn_crassulacean_acid_metabolism_128(X)))
& entity_1(fn_store_1(fn_crassulacean_acid_metabolism_144(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_crassulacean_acid_metabolism_105(X)))
& electron_1(fn_reduction_4(fn_crassulacean_acid_metabolism_107(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_crassulacean_acid_metabolism_105(X)))
& electron_1(fn_redox_reaction_7(fn_crassulacean_acid_metabolism_105(X)))
& change_of_state_1(fn_closing_of_stoma_26(fn_crassulacean_acid_metabolism_100(X)))
& change_of_state_1(fn_closing_of_stoma_4(fn_crassulacean_acid_metabolism_100(X)))
& free_energy_1(fn_calvin_cycle_30(fn_crassulacean_acid_metabolism_102(X)))
& structural_complexity_value_1(fn_calvin_cycle_37(fn_crassulacean_acid_metabolism_102(X)))
& calvin_cycle_1(fn_light_reaction_47(fn_crassulacean_acid_metabolism_95(X)))
& oxygen_molecule_1(fn_parenchyma_cell_11(fn_crassulacean_acid_metabolism_120(X)))
& oxygen_molecule_1(fn_chloroplast_58(fn_crassulacean_acid_metabolism_106(X)))
& carbon_source_1(fn_calvin_cycle_119(fn_crassulacean_acid_metabolism_102(X)))
& oxidation_1(fn_redox_reaction_11(fn_crassulacean_acid_metabolism_105(X)))
& free_energy_1(fn_endergonic_reaction_3(fn_crassulacean_acid_metabolism_102(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_crassulacean_acid_metabolism_105(X)))
& chemical_entity_1(fn_endergonic_reaction_9(fn_crassulacean_acid_metabolism_102(X)))
& sugar_1(fn_calvin_cycle_18(fn_crassulacean_acid_metabolism_102(X)))
& quantity_value_1(fn_molecule_4(fn_crassulacean_acid_metabolism_119(X)))
& speed_value_1(fn_molecule_3(fn_crassulacean_acid_metabolism_119(X)))
& constant_motion_1(fn_molecule_8(fn_crassulacean_acid_metabolism_119(X)))
& carbon_fixation_1(fn_calvin_cycle_57(fn_crassulacean_acid_metabolism_102(X)))
& kinetic_energy_1(fn_molecule_12(fn_crassulacean_acid_metabolism_119(X)))
& hydrophobic_region_1(fn_hydrophobic_compound_3(fn_crassulacean_acid_metabolism_119(X)))
& repel_1(fn_hydrophobic_compound_2(fn_crassulacean_acid_metabolism_119(X)))
& property_node_1(fn_anabolic_pathway_1(fn_crassulacean_acid_metabolism_102(X)))
& structural_complexity_value_1(fn_anabolic_pathway_3(fn_crassulacean_acid_metabolism_102(X)))
& structural_complexity_value_1(fn_anabolic_pathway_4(fn_crassulacean_acid_metabolism_102(X)))
& chemical_entity_1(fn_oxidation_10(fn_crassulacean_acid_metabolism_145(X)))
& quantity_value_1(fn_endergonic_reaction_4(fn_crassulacean_acid_metabolism_102(X)))
& quantity_value_1(fn_endergonic_reaction_5(fn_crassulacean_acid_metabolism_102(X)))
& spatial_entity_1(fn_parenchyma_cell_32(fn_crassulacean_acid_metabolism_120(X)))
& vesicle_1(fn_parenchyma_cell_32(fn_crassulacean_acid_metabolism_120(X)))
& central_vacuole_1(fn_parenchyma_cell_32(fn_crassulacean_acid_metabolism_120(X)))
& vesicle_1(fn_plant_metabolic_cell_39(fn_crassulacean_acid_metabolism_120(X)))
& spatial_entity_1(fn_plant_metabolic_cell_39(fn_crassulacean_acid_metabolism_120(X)))
& vacuole_1(fn_plant_metabolic_cell_39(fn_crassulacean_acid_metabolism_120(X)))
& central_vacuole_1(fn_plant_metabolic_cell_39(fn_crassulacean_acid_metabolism_120(X)))
& spatial_entity_1(fn_plant_cell_81(fn_crassulacean_acid_metabolism_120(X)))
& vacuole_1(fn_plant_cell_81(fn_crassulacean_acid_metabolism_120(X)))
& central_vacuole_1(fn_plant_cell_81(fn_crassulacean_acid_metabolism_120(X)))
& time_interval_1(fn_eukaryotic_calvin_cycle_1(fn_crassulacean_acid_metabolism_102(X)))
& time_interval_1(fn_light_reaction_3(fn_crassulacean_acid_metabolism_95(X)))
& energy_transformation_by_organism_1(fn_light_reaction_50(fn_crassulacean_acid_metabolism_95(X)))
& photosynthesis_1(fn_vascular_plant_17(fn_crassulacean_acid_metabolism_98(X)))
& anabolic_pathway_1(fn_vascular_plant_17(fn_crassulacean_acid_metabolism_98(X)))
& metabolic_pathway_1(fn_vascular_plant_17(fn_crassulacean_acid_metabolism_98(X)))
& photosynthesis_1(fn_parenchyma_cell_15(fn_crassulacean_acid_metabolism_120(X)))
& chemical_reaction_1(fn_enzyme_4(fn_crassulacean_acid_metabolism_151(X)))
& photosynthesis_1(fn_chloroplast_79(fn_crassulacean_acid_metabolism_106(X)))
& photosynthesis_1(fn_light_reaction_1(fn_crassulacean_acid_metabolism_95(X)))
& spatial_entity_1(fn_move_1(fn_crassulacean_acid_metabolism_121(X)))
& visible_light_1(fn_light_reaction_45(fn_crassulacean_acid_metabolism_95(X)))
& spatial_entity_1(fn_remove_2(fn_crassulacean_acid_metabolism_101(X)))
& organic_molecule_1(fn_carbon_fixation_5(fn_crassulacean_acid_metabolism_99(X)))
& entity_1(fn_store_1(fn_crassulacean_acid_metabolism_94(X)))
& container_1(fn_plant_cell_29(fn_crassulacean_acid_metabolism_120(X)))
& container_1(fn_store_3(fn_crassulacean_acid_metabolism_94(X)))
& store_1(fn_plant_metabolic_cell_5(fn_crassulacean_acid_metabolism_120(X)))
& store_1(fn_plant_cell_79(fn_crassulacean_acid_metabolism_120(X)))
& chemical_entity_1(fn_calvin_cycle_77(fn_crassulacean_acid_metabolism_102(X)))
& nadph_1(fn_calvin_cycle_77(fn_crassulacean_acid_metabolism_102(X)))
& chemical_entity_1(fn_electron_transport_chain_reaction_25(fn_crassulacean_acid_metabolism_109(X)))
& chemical_entity_1(fn_linear_electron_flow_99(fn_crassulacean_acid_metabolism_109(X)))
& nadph_1(fn_linear_electron_flow_99(fn_crassulacean_acid_metabolism_109(X)))
& chemical_entity_1(fn_light_reaction_49(fn_crassulacean_acid_metabolism_95(X)))
& nadph_1(fn_light_reaction_49(fn_crassulacean_acid_metabolism_95(X)))
& time_interval_1(fn_eukaryotic_calvin_cycle_2(fn_crassulacean_acid_metabolism_102(X)))
& time_interval_1(fn_light_reaction_4(fn_crassulacean_acid_metabolism_95(X)))
& tangible_entity_1(fn_barrier_1(fn_crassulacean_acid_metabolism_126(X)))
& tangible_entity_1(fn_take_in_1(fn_crassulacean_acid_metabolism_121(X)))
& tangible_entity_1(fn_move_into_1(fn_crassulacean_acid_metabolism_121(X)))
& take_in_1(fn_linear_electron_flow_215(fn_crassulacean_acid_metabolism_109(X)))
& move_into_1(fn_linear_electron_flow_215(fn_crassulacean_acid_metabolism_109(X)))
& move_1(fn_linear_electron_flow_215(fn_crassulacean_acid_metabolism_109(X)))
& absorb_1(fn_linear_electron_flow_215(fn_crassulacean_acid_metabolism_109(X)))
& take_in_1(fn_light_reaction_54(fn_crassulacean_acid_metabolism_95(X)))
& absorb_1(fn_light_reaction_54(fn_crassulacean_acid_metabolism_95(X)))
& move_1(fn_light_reaction_54(fn_crassulacean_acid_metabolism_95(X)))
& move_out_of_1(fn_closing_of_stoma_59(fn_crassulacean_acid_metabolism_100(X)))
& exit_1(fn_closing_of_stoma_59(fn_crassulacean_acid_metabolism_100(X)))
& exit_1(fn_stoma_9(fn_crassulacean_acid_metabolism_117(X)))
& stoma_1(fn_transpiration_21(fn_crassulacean_acid_metabolism_82(X)))
& spatial_entity_1(fn_closing_of_stoma_64(fn_crassulacean_acid_metabolism_100(X)))
& stoma_1(fn_closing_of_stoma_64(fn_crassulacean_acid_metabolism_100(X)))
& tangible_entity_1(fn_barrier_1(fn_crassulacean_acid_metabolism_132(X)))
& tangible_entity_1(fn_move_out_of_1(fn_crassulacean_acid_metabolism_133(X)))
& tangible_entity_1(fn_closing_of_stoma_56(fn_crassulacean_acid_metabolism_100(X)))
& leaf_1(fn_closing_of_stoma_56(fn_crassulacean_acid_metabolism_100(X)))
& cell_1(fn_carbon_fixation_1(fn_crassulacean_acid_metabolism_99(X)))
& cell_1(fn_metabolic_pathway_1(fn_crassulacean_acid_metabolism_90(X)))
& cell_1(fn_metabolic_pathway_1(fn_crassulacean_acid_metabolism_135(X)))
& spatial_entity_1(fn_store_2(fn_crassulacean_acid_metabolism_94(X)))
& mesophyll_cell_1(fn_leaf_44(fn_crassulacean_acid_metabolism_93(X)))
& tissue_1(fn_organ_1(fn_crassulacean_acid_metabolism_93(X)))
& palisade_mesophyll_1(fn_leaf_12(fn_crassulacean_acid_metabolism_93(X)))
& photosystem_i_1(fn_thylakoid_membrane_16(fn_crassulacean_acid_metabolism_128(X)))
& tangible_entity_1(fn_hold_2(fn_crassulacean_acid_metabolism_49(X)))
& tangible_entity_1(fn_thylakoid_membrane_8(fn_crassulacean_acid_metabolism_128(X)))
& phospholipid_bilayer_1(fn_thylakoid_membrane_8(fn_crassulacean_acid_metabolism_128(X)))
& tangible_entity_1(fn_hold_1(fn_crassulacean_acid_metabolism_50(X)))
& atp_synthase_1(fn_thylakoid_membrane_9(fn_crassulacean_acid_metabolism_128(X)))
& block_1(fn_thylakoid_membrane_12(fn_crassulacean_acid_metabolism_128(X)))
& block_1(fn_thylakoid_membrane_13(fn_crassulacean_acid_metabolism_128(X)))
& block_1(fn_thylakoid_membrane_14(fn_crassulacean_acid_metabolism_128(X)))
& equal_sharing_1(fn_carbon_dioxide_6(fn_crassulacean_acid_metabolism_119(X)))
& double_bond_1(fn_carbon_dioxide_2(fn_crassulacean_acid_metabolism_119(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_crassulacean_acid_metabolism_69(X)))
& hold_together_1(fn_carbon_dioxide_7(fn_crassulacean_acid_metabolism_119(X)))
& share_1(fn_covalent_bond_17(fn_crassulacean_acid_metabolism_69(X)))
& share_1(fn_carbon_dioxide_5(fn_crassulacean_acid_metabolism_119(X)))
& entity_1(fn_share_3(fn_crassulacean_acid_metabolism_169(X)))
& entity_1(fn_share_1(fn_crassulacean_acid_metabolism_169(X)))
& entity_1(fn_covalent_bond_19(fn_crassulacean_acid_metabolism_69(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_crassulacean_acid_metabolism_69(X)))
& atom_1(fn_covalent_bond_19(fn_crassulacean_acid_metabolism_69(X)))
& carbon_1(fn_carbon_dioxide_3(fn_crassulacean_acid_metabolism_119(X)))
& entity_1(fn_share_3(fn_crassulacean_acid_metabolism_45(X)))
& entity_1(fn_share_3(fn_crassulacean_acid_metabolism_43(X)))
& entity_1(fn_share_3(fn_crassulacean_acid_metabolism_42(X)))
& entity_1(fn_share_3(fn_crassulacean_acid_metabolism_166(X)))
& entity_1(fn_share_3(fn_crassulacean_acid_metabolism_44(X)))
& entity_1(fn_share_1(fn_crassulacean_acid_metabolism_45(X)))
& entity_1(fn_share_1(fn_crassulacean_acid_metabolism_43(X)))
& entity_1(fn_share_1(fn_crassulacean_acid_metabolism_42(X)))
& entity_1(fn_share_1(fn_crassulacean_acid_metabolism_166(X)))
& entity_1(fn_share_1(fn_crassulacean_acid_metabolism_44(X)))
& entity_1(fn_polar_covalent_bond_18(fn_crassulacean_acid_metabolism_69(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_crassulacean_acid_metabolism_69(X)))
& atom_1(fn_polar_covalent_bond_18(fn_crassulacean_acid_metabolism_69(X)))
& entity_1(fn_covalent_bond_20(fn_crassulacean_acid_metabolism_69(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_crassulacean_acid_metabolism_69(X)))
& atom_1(fn_covalent_bond_20(fn_crassulacean_acid_metabolism_69(X)))
& entity_1(fn_polar_covalent_bond_19(fn_crassulacean_acid_metabolism_69(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_crassulacean_acid_metabolism_69(X)))
& atom_1(fn_polar_covalent_bond_19(fn_crassulacean_acid_metabolism_69(X)))
& oxygen_1(fn_carbon_dioxide_1(fn_crassulacean_acid_metabolism_119(X)))
& oxygen_1(fn_carbon_dioxide_4(fn_crassulacean_acid_metabolism_119(X)))
& spatial_entity_1(fn_remove_1(fn_crassulacean_acid_metabolism_101(X)))
& chemical_entity_1(fn_oxidation_7(fn_crassulacean_acid_metabolism_145(X)))
& chemical_entity_1(fn_reduction_1(fn_crassulacean_acid_metabolism_107(X)))
& spatial_entity_1(fn_locomotion_1(fn_crassulacean_acid_metabolism_77(X)))
& spatial_entity_1(fn_locomotion_1(fn_crassulacean_acid_metabolism_129(X)))
& chemical_entity_1(fn_reduction_3(fn_crassulacean_acid_metabolism_107(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_crassulacean_acid_metabolism_102(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_crassulacean_acid_metabolism_105(X)))
& chemical_entity_1(fn_calvin_cycle_55(fn_crassulacean_acid_metabolism_102(X)))
& hydrophobic_compound_1(fn_calvin_cycle_55(fn_crassulacean_acid_metabolism_102(X)))
& molecule_1(fn_calvin_cycle_55(fn_crassulacean_acid_metabolism_102(X)))
& carbon_dioxide_1(fn_calvin_cycle_55(fn_crassulacean_acid_metabolism_102(X)))
& result_2(fn_crassulacean_acid_metabolism_30(X),fn_crassulacean_acid_metabolism_69(X))
& result_2(fn_crassulacean_acid_metabolism_45(X),fn_crassulacean_acid_metabolism_69(X))
& object_2(fn_crassulacean_acid_metabolism_49(X),fn_crassulacean_acid_metabolism_2(X))
& object_2(fn_crassulacean_acid_metabolism_49(X),fn_crassulacean_acid_metabolism_1(X))
& greater_than_2(fn_crassulacean_acid_metabolism_58(X),fn_crassulacean_acid_metabolism_59(X))
& greater_than_or_equal_to_2(fn_crassulacean_acid_metabolism_58(X),fn_crassulacean_acid_metabolism_59(X))
& is_outside_2(fn_crassulacean_acid_metabolism_3(X),fn_crassulacean_acid_metabolism_123(X))
& instrument_2(fn_crassulacean_acid_metabolism_76(X),fn_crassulacean_acid_metabolism_128(X))
& site_2(fn_crassulacean_acid_metabolism_76(X),fn_crassulacean_acid_metabolism_21(X))
& site_2(fn_crassulacean_acid_metabolism_76(X),fn_crassulacean_acid_metabolism_20(X))
& has_function_2(fn_crassulacean_acid_metabolism_80(X),fn_crassulacean_acid_metabolism_6(X))
& facilitates_2(fn_crassulacean_acid_metabolism_81(X),fn_crassulacean_acid_metabolism_5(X))
& facilitates_2(fn_crassulacean_acid_metabolism_81(X),fn_crassulacean_acid_metabolism_4(X))
& instrument_2(fn_crassulacean_acid_metabolism_4(X),fn_crassulacean_acid_metabolism_110(X))
& instrument_2(fn_crassulacean_acid_metabolism_5(X),fn_crassulacean_acid_metabolism_110(X))
& agent_2(fn_crassulacean_acid_metabolism_6(X),fn_crassulacean_acid_metabolism_80(X))
& away_from_2(fn_crassulacean_acid_metabolism_6(X),fn_crassulacean_acid_metabolism_81(X))
& is_inside_2(fn_crassulacean_acid_metabolism_83(X),fn_crassulacean_acid_metabolism_7(X))
& is_outside_2(fn_crassulacean_acid_metabolism_7(X),fn_crassulacean_acid_metabolism_83(X))
& time_before_2(fn_crassulacean_acid_metabolism_9(X),fn_crassulacean_acid_metabolism_8(X))
& is_inside_2(fn_crassulacean_acid_metabolism_10(X),fn_crassulacean_acid_metabolism_123(X))
& time_before_2(fn_crassulacean_acid_metabolism_11(X),fn_crassulacean_acid_metabolism_12(X))
& time_before_2(fn_crassulacean_acid_metabolism_12(X),fn_crassulacean_acid_metabolism_13(X))
& time_before_2(fn_crassulacean_acid_metabolism_13(X),fn_crassulacean_acid_metabolism_14(X))
& base_2(fn_crassulacean_acid_metabolism_88(X),fn_crassulacean_acid_metabolism_120(X))
& is_inside_2(fn_crassulacean_acid_metabolism_89(X),fn_crassulacean_acid_metabolism_93(X))
& agent_2(fn_crassulacean_acid_metabolism_15(X),fn_crassulacean_acid_metabolism_17(X))
& agent_2(fn_crassulacean_acid_metabolism_15(X),fn_crassulacean_acid_metabolism_16(X))
& agent_2(fn_crassulacean_acid_metabolism_90(X),fn_crassulacean_acid_metabolism_17(X))
& agent_2(fn_crassulacean_acid_metabolism_90(X),fn_crassulacean_acid_metabolism_16(X))
& is_at_2(fn_crassulacean_acid_metabolism_16(X),fn_crassulacean_acid_metabolism_120(X))
& fn_crassulacean_acid_metabolism_16(X) != fn_crassulacean_acid_metabolism_17(X)
& fn_crassulacean_acid_metabolism_17(X) != fn_crassulacean_acid_metabolism_16(X)
& is_at_2(fn_crassulacean_acid_metabolism_17(X),fn_crassulacean_acid_metabolism_120(X))
& is_outside_2(fn_crassulacean_acid_metabolism_18(X),fn_crassulacean_acid_metabolism_120(X))
& has_region_2(fn_crassulacean_acid_metabolism_93(X),fn_crassulacean_acid_metabolism_7(X))
& time_during_2(fn_crassulacean_acid_metabolism_94(X),fn_crassulacean_acid_metabolism_12(X))
& site_2(fn_crassulacean_acid_metabolism_94(X),fn_crassulacean_acid_metabolism_115(X))
& next_event_2(fn_crassulacean_acid_metabolism_94(X),fn_crassulacean_acid_metabolism_100(X))
& result_2(fn_crassulacean_acid_metabolism_95(X),fn_crassulacean_acid_metabolism_54(X))
& has_function_2(fn_crassulacean_acid_metabolism_96(X),fn_crassulacean_acid_metabolism_102(X))
& is_inside_2(fn_crassulacean_acid_metabolism_19(X),fn_crassulacean_acid_metabolism_96(X))
& is_inside_2(fn_crassulacean_acid_metabolism_97(X),fn_crassulacean_acid_metabolism_106(X))
& time_during_2(fn_crassulacean_acid_metabolism_99(X),fn_crassulacean_acid_metabolism_11(X))
& next_event_2(fn_crassulacean_acid_metabolism_99(X),fn_crassulacean_acid_metabolism_94(X))
& subevent_2(fn_crassulacean_acid_metabolism_99(X),fn_crassulacean_acid_metabolism_104(X))
& first_subevent_2(fn_crassulacean_acid_metabolism_99(X),fn_crassulacean_acid_metabolism_104(X))
& time_during_2(fn_crassulacean_acid_metabolism_100(X),fn_crassulacean_acid_metabolism_13(X))
& next_event_2(fn_crassulacean_acid_metabolism_100(X),fn_crassulacean_acid_metabolism_101(X))
& time_during_2(fn_crassulacean_acid_metabolism_101(X),fn_crassulacean_acid_metabolism_14(X))
& next_event_2(fn_crassulacean_acid_metabolism_101(X),fn_crassulacean_acid_metabolism_95(X))
& site_2(fn_crassulacean_acid_metabolism_101(X),fn_crassulacean_acid_metabolism_120(X))
& raw_material_2(fn_crassulacean_acid_metabolism_102(X),fn_crassulacean_acid_metabolism_25(X))
& site_2(fn_crassulacean_acid_metabolism_102(X),fn_crassulacean_acid_metabolism_96(X))
& site_2(fn_crassulacean_acid_metabolism_104(X),fn_crassulacean_acid_metabolism_120(X))
& subevent_2(X,fn_crassulacean_acid_metabolism_99(X))
& subevent_2(X,fn_crassulacean_acid_metabolism_94(X))
& subevent_2(X,fn_crassulacean_acid_metabolism_100(X))
& subevent_2(X,fn_crassulacean_acid_metabolism_101(X))
& first_subevent_2(X,fn_crassulacean_acid_metabolism_99(X))
& time_during_2(fn_crassulacean_acid_metabolism_109(X),fn_crassulacean_acid_metabolism_8(X))
& has_function_2(fn_crassulacean_acid_metabolism_110(X),fn_crassulacean_acid_metabolism_4(X))
& has_function_2(fn_crassulacean_acid_metabolism_110(X),fn_crassulacean_acid_metabolism_5(X))
& is_at_2(fn_crassulacean_acid_metabolism_111(X),fn_crassulacean_acid_metabolism_128(X))
& is_inside_2(fn_crassulacean_acid_metabolism_21(X),fn_crassulacean_acid_metabolism_78(X))
& is_outside_2(fn_crassulacean_acid_metabolism_21(X),fn_crassulacean_acid_metabolism_128(X))
& possesses_2(fn_crassulacean_acid_metabolism_114(X),fn_crassulacean_acid_metabolism_73(X))
& structural_complexity_2(fn_crassulacean_acid_metabolism_114(X),fn_crassulacean_acid_metabolism_143(X))
& is_between_2(fn_crassulacean_acid_metabolism_115(X),fn_crassulacean_acid_metabolism_24(X))
& is_between_2(fn_crassulacean_acid_metabolism_115(X),fn_crassulacean_acid_metabolism_23(X))
& has_state_2(fn_crassulacean_acid_metabolism_117(X),fn_crassulacean_acid_metabolism_136(X))
& is_outside_2(fn_crassulacean_acid_metabolism_22(X),fn_crassulacean_acid_metabolism_79(X))
& is_inside_2(fn_crassulacean_acid_metabolism_22(X),fn_crassulacean_acid_metabolism_128(X))
& has_function_2(fn_crassulacean_acid_metabolism_119(X),fn_crassulacean_acid_metabolism_145(X))
& origin_2(fn_crassulacean_acid_metabolism_121(X),fn_crassulacean_acid_metabolism_3(X))
& time_during_2(fn_crassulacean_acid_metabolism_121(X),fn_crassulacean_acid_metabolism_9(X))
& destination_2(fn_crassulacean_acid_metabolism_121(X),fn_crassulacean_acid_metabolism_10(X))
& is_outside_2(fn_crassulacean_acid_metabolism_23(X),fn_crassulacean_acid_metabolism_115(X))
& is_inside_2(fn_crassulacean_acid_metabolism_24(X),fn_crassulacean_acid_metabolism_115(X))
& has_region_2(fn_crassulacean_acid_metabolism_124(X),fn_crassulacean_acid_metabolism_26(X))
& has_region_2(fn_crassulacean_acid_metabolism_130(X),fn_crassulacean_acid_metabolism_27(X))
& instrument_2(fn_crassulacean_acid_metabolism_28(X),fn_crassulacean_acid_metabolism_93(X))
& in_event_2(fn_crassulacean_acid_metabolism_132(X),fn_crassulacean_acid_metabolism_28(X))
& agent_2(fn_crassulacean_acid_metabolism_135(X),fn_crassulacean_acid_metabolism_16(X))
& agent_2(fn_crassulacean_acid_metabolism_135(X),fn_crassulacean_acid_metabolism_17(X))
& result_2(fn_crassulacean_acid_metabolism_166(X),fn_crassulacean_acid_metabolism_69(X))
& result_2(fn_crassulacean_acid_metabolism_168(X),fn_crassulacean_acid_metabolism_69(X))
& object_2(fn_crassulacean_acid_metabolism_104(X),fn_crassulacean_acid_metabolism_108(X))
& object_2(fn_crassulacean_acid_metabolism_101(X),fn_crassulacean_acid_metabolism_119(X))
& base_2(fn_crassulacean_acid_metabolism_101(X),fn_crassulacean_acid_metabolism_103(X))
& plays_2(fn_crassulacean_acid_metabolism_93(X),fn_crassulacean_acid_metabolism_132(X))
& object_2(fn_crassulacean_acid_metabolism_50(X),fn_crassulacean_acid_metabolism_51(X))
& agent_2(fn_crassulacean_acid_metabolism_50(X),fn_crassulacean_acid_metabolism_111(X))
& agent_2(fn_crassulacean_acid_metabolism_45(X),fn_crassulacean_acid_metabolism_71(X))
& base_2(fn_crassulacean_acid_metabolism_90(X),fn_crassulacean_acid_metabolism_120(X))
& agent_2(fn_crassulacean_acid_metabolism_43(X),fn_crassulacean_acid_metabolism_71(X))
& base_2(fn_crassulacean_acid_metabolism_99(X),fn_crassulacean_acid_metabolism_120(X))
& agent_2(fn_crassulacean_acid_metabolism_42(X),fn_crassulacean_acid_metabolism_71(X))
& base_2(fn_crassulacean_acid_metabolism_135(X),fn_crassulacean_acid_metabolism_120(X))
& object_2(fn_crassulacean_acid_metabolism_112(X),fn_crassulacean_acid_metabolism_113(X))
& base_2(fn_crassulacean_acid_metabolism_112(X),fn_crassulacean_acid_metabolism_162(X))
& object_2(fn_crassulacean_acid_metabolism_144(X),fn_crassulacean_acid_metabolism_85(X))
& donor_2(fn_crassulacean_acid_metabolism_145(X),fn_crassulacean_acid_metabolism_148(X))
& donor_2(fn_crassulacean_acid_metabolism_107(X),fn_crassulacean_acid_metabolism_148(X))
& result_2(fn_crassulacean_acid_metabolism_105(X),fn_crassulacean_acid_metabolism_65(X))
& object_2(fn_crassulacean_acid_metabolism_49(X),fn_crassulacean_acid_metabolism_110(X))
& result_2(fn_crassulacean_acid_metabolism_99(X),fn_crassulacean_acid_metabolism_103(X))
& agent_2(fn_crassulacean_acid_metabolism_77(X),fn_crassulacean_acid_metabolism_119(X))
& object_2(fn_crassulacean_acid_metabolism_129(X),fn_crassulacean_acid_metabolism_119(X))
& agent_2(fn_crassulacean_acid_metabolism_129(X),fn_crassulacean_acid_metabolism_119(X))
& object_2(fn_crassulacean_acid_metabolism_77(X),fn_crassulacean_acid_metabolism_119(X))
& base_2(fn_crassulacean_acid_metabolism_133(X),fn_crassulacean_acid_metabolism_93(X))
& plays_2(fn_crassulacean_acid_metabolism_93(X),fn_crassulacean_acid_metabolism_131(X))
& plays_2(fn_crassulacean_acid_metabolism_123(X),fn_crassulacean_acid_metabolism_126(X))
& agent_2(fn_crassulacean_acid_metabolism_88(X),fn_crassulacean_acid_metabolism_98(X))
& experiencer_2(X,fn_crassulacean_acid_metabolism_98(X))
& base_2(fn_crassulacean_acid_metabolism_129(X),fn_crassulacean_acid_metabolism_124(X))
& base_2(fn_crassulacean_acid_metabolism_77(X),fn_crassulacean_acid_metabolism_130(X))
& in_event_2(fn_crassulacean_acid_metabolism_131(X),fn_crassulacean_acid_metabolism_133(X))
& recipient_2(fn_crassulacean_acid_metabolism_107(X),fn_crassulacean_acid_metabolism_119(X))
& plays_2(fn_crassulacean_acid_metabolism_119(X),fn_crassulacean_acid_metabolism_55(X))
& in_event_2(fn_crassulacean_acid_metabolism_55(X),fn_crassulacean_acid_metabolism_107(X))
& fn_crassulacean_acid_metabolism_56(X) != fn_crassulacean_acid_metabolism_119(X)
& fn_crassulacean_acid_metabolism_119(X) != fn_crassulacean_acid_metabolism_56(X)
& fn_crassulacean_acid_metabolism_87(X) != fn_crassulacean_acid_metabolism_118(X)
& fn_crassulacean_acid_metabolism_118(X) != fn_crassulacean_acid_metabolism_87(X)
& result_2(fn_crassulacean_acid_metabolism_142(X),fn_crassulacean_acid_metabolism_85(X))
& fn_crassulacean_acid_metabolism_85(X) != fn_crassulacean_acid_metabolism_118(X)
& fn_crassulacean_acid_metabolism_118(X) != fn_crassulacean_acid_metabolism_85(X)
& time_during_2(fn_crassulacean_acid_metabolism_102(X),fn_crassulacean_acid_metabolism_75(X))
& raw_material_2(fn_crassulacean_acid_metabolism_105(X),fn_crassulacean_acid_metabolism_148(X))
& fn_crassulacean_acid_metabolism_148(X) != fn_crassulacean_acid_metabolism_56(X)
& fn_crassulacean_acid_metabolism_56(X) != fn_crassulacean_acid_metabolism_148(X)
& has_atom_2(fn_crassulacean_acid_metabolism_119(X),fn_crassulacean_acid_metabolism_57(X))
& electronegativity_2(fn_crassulacean_acid_metabolism_57(X),fn_crassulacean_acid_metabolism_58(X))
& raw_material_2(fn_crassulacean_acid_metabolism_105(X),fn_crassulacean_acid_metabolism_119(X))
& fn_crassulacean_acid_metabolism_119(X) != fn_crassulacean_acid_metabolism_148(X)
& has_atom_2(fn_crassulacean_acid_metabolism_148(X),fn_crassulacean_acid_metabolism_60(X))
& electronegativity_2(fn_crassulacean_acid_metabolism_60(X),fn_crassulacean_acid_metabolism_59(X))
& fn_crassulacean_acid_metabolism_148(X) != fn_crassulacean_acid_metabolism_119(X)
& base_2(X,fn_crassulacean_acid_metabolism_120(X))
& site_2(fn_crassulacean_acid_metabolism_82(X),fn_crassulacean_acid_metabolism_117(X))
& has_function_2(fn_crassulacean_acid_metabolism_117(X),fn_crassulacean_acid_metabolism_82(X))
& size_2(fn_crassulacean_acid_metabolism_120(X),fn_crassulacean_acid_metabolism_91(X))
& volume_2(fn_crassulacean_acid_metabolism_120(X),fn_crassulacean_acid_metabolism_92(X))
& directly_proportional_2(fn_crassulacean_acid_metabolism_91(X),fn_crassulacean_acid_metabolism_92(X))
& the_scalar_value_2(fn_crassulacean_acid_metabolism_91(X),big_0)
& scalar_unit_class_2(fn_crassulacean_acid_metabolism_91(X),prokaryote_0)
& has_function_2(fn_crassulacean_acid_metabolism_151(X),fn_crassulacean_acid_metabolism_163(X))
& enables_2(fn_crassulacean_acid_metabolism_163(X),X)
& in_event_2(fn_crassulacean_acid_metabolism_150(X),X)
& plays_2(fn_crassulacean_acid_metabolism_151(X),fn_crassulacean_acid_metabolism_150(X))
& has_function_2(fn_crassulacean_acid_metabolism_151(X),X)
& subevent_2(fn_crassulacean_acid_metabolism_105(X),fn_crassulacean_acid_metabolism_107(X))
& object_2(fn_crassulacean_acid_metabolism_107(X),fn_crassulacean_acid_metabolism_56(X))
& object_2(fn_crassulacean_acid_metabolism_145(X),fn_crassulacean_acid_metabolism_56(X))
& subevent_2(fn_crassulacean_acid_metabolism_105(X),fn_crassulacean_acid_metabolism_145(X))
& enables_2(fn_crassulacean_acid_metabolism_95(X),fn_crassulacean_acid_metabolism_102(X))
& structural_complexity_2(fn_crassulacean_acid_metabolism_61(X),fn_crassulacean_acid_metabolism_158(X))
& element_2(fn_crassulacean_acid_metabolism_140(X),fn_crassulacean_acid_metabolism_165(X))
& raw_material_2(fn_crassulacean_acid_metabolism_102(X),fn_crassulacean_acid_metabolism_61(X))
& possesses_2(fn_crassulacean_acid_metabolism_61(X),fn_crassulacean_acid_metabolism_159(X))
& element_2(fn_crassulacean_acid_metabolism_140(X),fn_crassulacean_acid_metabolism_164(X))
& is_near_2(fn_crassulacean_acid_metabolism_165(X),fn_crassulacean_acid_metabolism_164(X))
& is_near_2(fn_crassulacean_acid_metabolism_164(X),fn_crassulacean_acid_metabolism_165(X))
& subevent_2(X,fn_crassulacean_acid_metabolism_102(X))
& next_event_2(fn_crassulacean_acid_metabolism_95(X),fn_crassulacean_acid_metabolism_102(X))
& instrument_2(fn_crassulacean_acid_metabolism_95(X),fn_crassulacean_acid_metabolism_140(X))
& element_2(fn_crassulacean_acid_metabolism_140(X),fn_crassulacean_acid_metabolism_141(X))
& facilitates_2(fn_crassulacean_acid_metabolism_141(X),fn_crassulacean_acid_metabolism_121(X))
& result_2(fn_crassulacean_acid_metabolism_137(X),fn_crassulacean_acid_metabolism_136(X))
& subevent_2(fn_crassulacean_acid_metabolism_100(X),fn_crassulacean_acid_metabolism_137(X))
& object_2(fn_crassulacean_acid_metabolism_137(X),fn_crassulacean_acid_metabolism_117(X))
& object_2(fn_crassulacean_acid_metabolism_100(X),fn_crassulacean_acid_metabolism_117(X))
& base_2(fn_crassulacean_acid_metabolism_100(X),fn_crassulacean_acid_metabolism_93(X))
& base_2(fn_crassulacean_acid_metabolism_116(X),fn_crassulacean_acid_metabolism_93(X))
& subevent_2(fn_crassulacean_acid_metabolism_102(X),fn_crassulacean_acid_metabolism_72(X))
& result_2(fn_crassulacean_acid_metabolism_102(X),fn_crassulacean_acid_metabolism_65(X))
& first_subevent_2(fn_crassulacean_acid_metabolism_102(X),fn_crassulacean_acid_metabolism_72(X))
& possesses_2(fn_crassulacean_acid_metabolism_54(X),fn_crassulacean_acid_metabolism_159(X))
& raw_material_2(fn_crassulacean_acid_metabolism_102(X),fn_crassulacean_acid_metabolism_119(X))
& plays_2(fn_crassulacean_acid_metabolism_119(X),fn_crassulacean_acid_metabolism_37(X))
& raw_material_2(fn_crassulacean_acid_metabolism_102(X),fn_crassulacean_acid_metabolism_54(X))
& structural_complexity_2(fn_crassulacean_acid_metabolism_54(X),fn_crassulacean_acid_metabolism_158(X))
& subevent_2(fn_crassulacean_acid_metabolism_102(X),fn_crassulacean_acid_metabolism_122(X))
& time_during_2(fn_crassulacean_acid_metabolism_122(X),fn_crassulacean_acid_metabolism_86(X))
& time_before_2(fn_crassulacean_acid_metabolism_29(X),fn_crassulacean_acid_metabolism_86(X))
& time_during_2(fn_crassulacean_acid_metabolism_72(X),fn_crassulacean_acid_metabolism_29(X))
& next_event_2(fn_crassulacean_acid_metabolism_72(X),fn_crassulacean_acid_metabolism_122(X))
& site_2(X,fn_crassulacean_acid_metabolism_106(X))
& facilitates_2(fn_crassulacean_acid_metabolism_96(X),X)
& is_between_2(fn_crassulacean_acid_metabolism_96(X),fn_crassulacean_acid_metabolism_97(X))
& has_part_2(fn_crassulacean_acid_metabolism_106(X),fn_crassulacean_acid_metabolism_96(X))
& is_inside_2(fn_crassulacean_acid_metabolism_96(X),fn_crassulacean_acid_metabolism_106(X))
& has_function_2(fn_crassulacean_acid_metabolism_106(X),X)
& result_2(X,fn_crassulacean_acid_metabolism_114(X))
& result_2(fn_crassulacean_acid_metabolism_112(X),fn_crassulacean_acid_metabolism_114(X))
& size_2(fn_crassulacean_acid_metabolism_65(X),fn_crassulacean_acid_metabolism_67(X))
& raw_material_2(fn_crassulacean_acid_metabolism_72(X),fn_crassulacean_acid_metabolism_36(X))
& subevent_2(fn_crassulacean_acid_metabolism_72(X),fn_crassulacean_acid_metabolism_68(X))
& quantity_2(fn_crassulacean_acid_metabolism_38(X),fn_crassulacean_acid_metabolism_48(X))
& called_2(fn_crassulacean_acid_metabolism_138(X),'FE_r')
& in_event_2(fn_crassulacean_acid_metabolism_37(X),fn_crassulacean_acid_metabolism_72(X))
& recipient_2(fn_crassulacean_acid_metabolism_145(X),fn_crassulacean_acid_metabolism_119(X))
& agent_2(fn_crassulacean_acid_metabolism_30(X),fn_crassulacean_acid_metabolism_71(X))
& agent_2(fn_crassulacean_acid_metabolism_168(X),fn_crassulacean_acid_metabolism_70(X))
& result_2(X,fn_crassulacean_acid_metabolism_65(X))
& result_2(X,fn_crassulacean_acid_metabolism_87(X))
& subevent_2(fn_crassulacean_acid_metabolism_72(X),fn_crassulacean_acid_metabolism_62(X))
& raw_material_2(fn_crassulacean_acid_metabolism_62(X),fn_crassulacean_acid_metabolism_119(X))
& has_region_2(fn_crassulacean_acid_metabolism_119(X),fn_crassulacean_acid_metabolism_41(X))
& structural_complexity_2(fn_crassulacean_acid_metabolism_65(X),fn_crassulacean_acid_metabolism_143(X))
& possesses_2(fn_crassulacean_acid_metabolism_65(X),fn_crassulacean_acid_metabolism_73(X))
& quantity_2(fn_crassulacean_acid_metabolism_73(X),fn_crassulacean_acid_metabolism_139(X))
& first_subevent_2(fn_crassulacean_acid_metabolism_72(X),fn_crassulacean_acid_metabolism_68(X))
& object_2(fn_crassulacean_acid_metabolism_68(X),fn_crassulacean_acid_metabolism_119(X))
& object_2(fn_crassulacean_acid_metabolism_40(X),fn_crassulacean_acid_metabolism_119(X))
& speed_2(fn_crassulacean_acid_metabolism_40(X),fn_crassulacean_acid_metabolism_47(X))
& directly_proportional_2(fn_crassulacean_acid_metabolism_47(X),fn_crassulacean_acid_metabolism_48(X))
& agent_2(fn_crassulacean_acid_metabolism_33(X),fn_crassulacean_acid_metabolism_71(X))
& agent_2(fn_crassulacean_acid_metabolism_32(X),fn_crassulacean_acid_metabolism_71(X))
& result_2(fn_crassulacean_acid_metabolism_32(X),fn_crassulacean_acid_metabolism_69(X))
& result_2(fn_crassulacean_acid_metabolism_167(X),fn_crassulacean_acid_metabolism_69(X))
& agent_2(fn_crassulacean_acid_metabolism_167(X),fn_crassulacean_acid_metabolism_71(X))
& raw_material_2(fn_crassulacean_acid_metabolism_72(X),fn_crassulacean_acid_metabolism_119(X))
& raw_material_2(fn_crassulacean_acid_metabolism_72(X),fn_crassulacean_acid_metabolism_70(X))
& agent_2(fn_crassulacean_acid_metabolism_42(X),fn_crassulacean_acid_metabolism_70(X))
& result_2(fn_crassulacean_acid_metabolism_42(X),fn_crassulacean_acid_metabolism_69(X))
& result_2(fn_crassulacean_acid_metabolism_33(X),fn_crassulacean_acid_metabolism_69(X))
& agent_2(fn_crassulacean_acid_metabolism_39(X),fn_crassulacean_acid_metabolism_119(X))
& site_2(fn_crassulacean_acid_metabolism_39(X),fn_crassulacean_acid_metabolism_41(X))
& facilitates_2(fn_crassulacean_acid_metabolism_41(X),fn_crassulacean_acid_metabolism_39(X))
& has_function_2(fn_crassulacean_acid_metabolism_119(X),fn_crassulacean_acid_metabolism_39(X))
& possesses_2(fn_crassulacean_acid_metabolism_119(X),fn_crassulacean_acid_metabolism_38(X))
& in_event_2(fn_crassulacean_acid_metabolism_149(X),X)
& plays_2(fn_crassulacean_acid_metabolism_119(X),fn_crassulacean_acid_metabolism_149(X))
& size_2(fn_crassulacean_acid_metabolism_119(X),fn_crassulacean_acid_metabolism_66(X))
& greater_than_2(fn_crassulacean_acid_metabolism_67(X),fn_crassulacean_acid_metabolism_66(X))
& structural_complexity_2(fn_crassulacean_acid_metabolism_119(X),fn_crassulacean_acid_metabolism_147(X))
& greater_than_2(fn_crassulacean_acid_metabolism_143(X),fn_crassulacean_acid_metabolism_147(X))
& fn_crassulacean_acid_metabolism_119(X) != fn_crassulacean_acid_metabolism_36(X)
& fn_crassulacean_acid_metabolism_36(X) != fn_crassulacean_acid_metabolism_119(X)
& raw_material_2(X,fn_crassulacean_acid_metabolism_119(X))
& possesses_2(fn_crassulacean_acid_metabolism_119(X),fn_crassulacean_acid_metabolism_146(X))
& quantity_2(fn_crassulacean_acid_metabolism_146(X),fn_crassulacean_acid_metabolism_138(X))
& greater_than_2(fn_crassulacean_acid_metabolism_139(X),fn_crassulacean_acid_metabolism_138(X))
& called_2(fn_crassulacean_acid_metabolism_139(X),'FE_p')
& path_2(fn_crassulacean_acid_metabolism_116(X),fn_crassulacean_acid_metabolism_117(X))
& has_part_2(fn_crassulacean_acid_metabolism_120(X),fn_crassulacean_acid_metabolism_115(X))
& has_function_2(fn_crassulacean_acid_metabolism_115(X),fn_crassulacean_acid_metabolism_94(X))
& in_event_2(fn_crassulacean_acid_metabolism_161(X),fn_crassulacean_acid_metabolism_94(X))
& time_before_2(fn_crassulacean_acid_metabolism_74(X),fn_crassulacean_acid_metabolism_75(X))
& object_2(fn_crassulacean_acid_metabolism_142(X),fn_crassulacean_acid_metabolism_118(X))
& raw_material_2(fn_crassulacean_acid_metabolism_95(X),fn_crassulacean_acid_metabolism_118(X))
& first_subevent_2(fn_crassulacean_acid_metabolism_95(X),fn_crassulacean_acid_metabolism_121(X))
& subevent_2(fn_crassulacean_acid_metabolism_95(X),fn_crassulacean_acid_metabolism_121(X))
& site_2(fn_crassulacean_acid_metabolism_95(X),fn_crassulacean_acid_metabolism_128(X))
& object_2(fn_crassulacean_acid_metabolism_121(X),fn_crassulacean_acid_metabolism_118(X))
& raw_material_2(X,fn_crassulacean_acid_metabolism_118(X))
& subevent_2(X,fn_crassulacean_acid_metabolism_95(X))
& causes_2(fn_crassulacean_acid_metabolism_95(X),fn_crassulacean_acid_metabolism_142(X))
& raw_material_2(fn_crassulacean_acid_metabolism_142(X),fn_crassulacean_acid_metabolism_118(X))
& fn_crassulacean_acid_metabolism_71(X) != fn_crassulacean_acid_metabolism_70(X)
& fn_crassulacean_acid_metabolism_70(X) != fn_crassulacean_acid_metabolism_71(X)
& object_2(fn_crassulacean_acid_metabolism_46(X),fn_crassulacean_acid_metabolism_71(X))
& has_function_2(fn_crassulacean_acid_metabolism_69(X),fn_crassulacean_acid_metabolism_46(X))
& possesses_2(fn_crassulacean_acid_metabolism_119(X),fn_crassulacean_acid_metabolism_69(X))
& result_2(fn_crassulacean_acid_metabolism_31(X),fn_crassulacean_acid_metabolism_69(X))
& agent_2(fn_crassulacean_acid_metabolism_31(X),fn_crassulacean_acid_metabolism_71(X))
& is_between_2(fn_crassulacean_acid_metabolism_69(X),fn_crassulacean_acid_metabolism_71(X))
& result_2(fn_crassulacean_acid_metabolism_169(X),fn_crassulacean_acid_metabolism_69(X))
& agent_2(fn_crassulacean_acid_metabolism_169(X),fn_crassulacean_acid_metabolism_71(X))
& agent_2(fn_crassulacean_acid_metabolism_30(X),fn_crassulacean_acid_metabolism_70(X))
& is_between_2(fn_crassulacean_acid_metabolism_69(X),fn_crassulacean_acid_metabolism_70(X))
& agent_2(fn_crassulacean_acid_metabolism_46(X),fn_crassulacean_acid_metabolism_69(X))
& object_2(fn_crassulacean_acid_metabolism_46(X),fn_crassulacean_acid_metabolism_70(X))
& agent_2(fn_crassulacean_acid_metabolism_31(X),fn_crassulacean_acid_metabolism_70(X))
& has_part_2(fn_crassulacean_acid_metabolism_119(X),fn_crassulacean_acid_metabolism_70(X))
& has_part_2(fn_crassulacean_acid_metabolism_119(X),fn_crassulacean_acid_metabolism_71(X))
& is_between_2(fn_crassulacean_acid_metabolism_81(X),fn_crassulacean_acid_metabolism_80(X))
& has_region_2(fn_crassulacean_acid_metabolism_110(X),fn_crassulacean_acid_metabolism_81(X))
& has_part_2(fn_crassulacean_acid_metabolism_128(X),fn_crassulacean_acid_metabolism_110(X))
& is_across_2(fn_crassulacean_acid_metabolism_111(X),fn_crassulacean_acid_metabolism_128(X))
& has_part_2(fn_crassulacean_acid_metabolism_128(X),fn_crassulacean_acid_metabolism_111(X))
& is_across_2(fn_crassulacean_acid_metabolism_140(X),fn_crassulacean_acid_metabolism_128(X))
& is_inside_2(fn_crassulacean_acid_metabolism_111(X),fn_crassulacean_acid_metabolism_110(X))
& has_function_2(fn_crassulacean_acid_metabolism_128(X),fn_crassulacean_acid_metabolism_76(X))
& has_part_2(fn_crassulacean_acid_metabolism_93(X),fn_crassulacean_acid_metabolism_83(X))
& has_region_2(fn_crassulacean_acid_metabolism_93(X),fn_crassulacean_acid_metabolism_125(X))
& is_inside_2(fn_crassulacean_acid_metabolism_84(X),fn_crassulacean_acid_metabolism_125(X))
& has_part_2(fn_crassulacean_acid_metabolism_93(X),fn_crassulacean_acid_metabolism_84(X))
& is_inside_2(fn_crassulacean_acid_metabolism_120(X),fn_crassulacean_acid_metabolism_134(X))
& has_region_2(fn_crassulacean_acid_metabolism_84(X),fn_crassulacean_acid_metabolism_134(X))
& agent_2(fn_crassulacean_acid_metabolism_116(X),fn_crassulacean_acid_metabolism_89(X))
& object_2(fn_crassulacean_acid_metabolism_116(X),fn_crassulacean_acid_metabolism_89(X))
& has_function_2(fn_crassulacean_acid_metabolism_117(X),fn_crassulacean_acid_metabolism_116(X))
& plays_2(fn_crassulacean_acid_metabolism_123(X),fn_crassulacean_acid_metabolism_127(X))
& base_2(fn_crassulacean_acid_metabolism_121(X),fn_crassulacean_acid_metabolism_123(X))
& in_event_2(fn_crassulacean_acid_metabolism_127(X),fn_crassulacean_acid_metabolism_121(X))
& result_2(fn_crassulacean_acid_metabolism_109(X),fn_crassulacean_acid_metabolism_54(X))
& subevent_2(fn_crassulacean_acid_metabolism_95(X),fn_crassulacean_acid_metabolism_109(X))
& next_event_2(fn_crassulacean_acid_metabolism_121(X),fn_crassulacean_acid_metabolism_109(X))
& time_during_2(fn_crassulacean_acid_metabolism_95(X),fn_crassulacean_acid_metabolism_74(X))
& agent_2(fn_crassulacean_acid_metabolism_43(X),fn_crassulacean_acid_metabolism_70(X))
& result_2(fn_crassulacean_acid_metabolism_43(X),fn_crassulacean_acid_metabolism_69(X))
& has_part_2(fn_crassulacean_acid_metabolism_120(X),fn_crassulacean_acid_metabolism_106(X))
& is_between_2(fn_crassulacean_acid_metabolism_128(X),fn_crassulacean_acid_metabolism_78(X))
& is_between_2(fn_crassulacean_acid_metabolism_128(X),fn_crassulacean_acid_metabolism_79(X))
& subevent_2(fn_crassulacean_acid_metabolism_109(X),fn_crassulacean_acid_metabolism_121(X))
& agent_2(fn_crassulacean_acid_metabolism_121(X),fn_crassulacean_acid_metabolism_123(X))
& agent_2(fn_crassulacean_acid_metabolism_168(X),fn_crassulacean_acid_metabolism_71(X))
& result_2(fn_crassulacean_acid_metabolism_44(X),fn_crassulacean_acid_metabolism_69(X))
& plays_2(fn_crassulacean_acid_metabolism_120(X),fn_crassulacean_acid_metabolism_161(X))
& base_2(fn_crassulacean_acid_metabolism_94(X),fn_crassulacean_acid_metabolism_120(X))
& agent_2(fn_crassulacean_acid_metabolism_169(X),fn_crassulacean_acid_metabolism_70(X))
& agent_2(fn_crassulacean_acid_metabolism_44(X),fn_crassulacean_acid_metabolism_71(X))
& agent_2(fn_crassulacean_acid_metabolism_166(X),fn_crassulacean_acid_metabolism_71(X))
& object_2(fn_crassulacean_acid_metabolism_94(X),fn_crassulacean_acid_metabolism_103(X))
& fn_crassulacean_acid_metabolism_108(X) = fn_add_1(fn_crassulacean_acid_metabolism_104(X))
& fn_crassulacean_acid_metabolism_119(X) = fn_remove_1(fn_crassulacean_acid_metabolism_101(X))
& fn_crassulacean_acid_metabolism_103(X) = fn_remove_2(fn_crassulacean_acid_metabolism_101(X))
& fn_crassulacean_acid_metabolism_93(X) = fn_barrier_1(fn_crassulacean_acid_metabolism_132(X))
& fn_crassulacean_acid_metabolism_51(X) = fn_hold_2(fn_crassulacean_acid_metabolism_50(X))
& fn_crassulacean_acid_metabolism_111(X) = fn_hold_1(fn_crassulacean_acid_metabolism_50(X))
& fn_crassulacean_acid_metabolism_71(X) = fn_share_3(fn_crassulacean_acid_metabolism_45(X))
& fn_crassulacean_acid_metabolism_71(X) = fn_share_1(fn_crassulacean_acid_metabolism_45(X))
& fn_crassulacean_acid_metabolism_120(X) = fn_metabolic_pathway_1(fn_crassulacean_acid_metabolism_90(X))
& fn_crassulacean_acid_metabolism_71(X) = fn_share_3(fn_crassulacean_acid_metabolism_43(X))
& fn_crassulacean_acid_metabolism_71(X) = fn_share_1(fn_crassulacean_acid_metabolism_43(X))
& fn_crassulacean_acid_metabolism_120(X) = fn_carbon_fixation_1(fn_crassulacean_acid_metabolism_99(X))
& fn_crassulacean_acid_metabolism_71(X) = fn_share_3(fn_crassulacean_acid_metabolism_42(X))
& fn_crassulacean_acid_metabolism_71(X) = fn_share_1(fn_crassulacean_acid_metabolism_42(X))
& fn_crassulacean_acid_metabolism_120(X) = fn_metabolic_pathway_1(fn_crassulacean_acid_metabolism_135(X))
& fn_crassulacean_acid_metabolism_113(X) = fn_add_1(fn_crassulacean_acid_metabolism_112(X))
& fn_crassulacean_acid_metabolism_162(X) = fn_add_2(fn_crassulacean_acid_metabolism_112(X))
& fn_crassulacean_acid_metabolism_85(X) = fn_store_1(fn_crassulacean_acid_metabolism_144(X))
& fn_crassulacean_acid_metabolism_148(X) = fn_oxidation_10(fn_crassulacean_acid_metabolism_145(X))
& fn_crassulacean_acid_metabolism_65(X) = fn_chemical_reaction_1(fn_crassulacean_acid_metabolism_105(X))
& fn_crassulacean_acid_metabolism_110(X) = fn_hold_2(fn_crassulacean_acid_metabolism_49(X))
& fn_crassulacean_acid_metabolism_103(X) = fn_carbon_fixation_5(fn_crassulacean_acid_metabolism_99(X))
& fn_crassulacean_acid_metabolism_119(X) = fn_locomotion_1(fn_crassulacean_acid_metabolism_77(X))
& fn_crassulacean_acid_metabolism_119(X) = fn_locomotion_1(fn_crassulacean_acid_metabolism_129(X))
& fn_crassulacean_acid_metabolism_93(X) = fn_move_out_of_1(fn_crassulacean_acid_metabolism_133(X))
& fn_crassulacean_acid_metabolism_123(X) = fn_barrier_1(fn_crassulacean_acid_metabolism_126(X))
& fn_crassulacean_acid_metabolism_88(X) = fn_vascular_plant_24(fn_crassulacean_acid_metabolism_98(X))
& X = fn_vascular_plant_17(fn_crassulacean_acid_metabolism_98(X))
& fn_crassulacean_acid_metabolism_124(X) = fn_move_into_1(fn_crassulacean_acid_metabolism_129(X))
& fn_crassulacean_acid_metabolism_130(X) = fn_move_into_1(fn_crassulacean_acid_metabolism_77(X))
& fn_crassulacean_acid_metabolism_131(X) = fn_move_out_of_2(fn_crassulacean_acid_metabolism_133(X))
& fn_crassulacean_acid_metabolism_55(X) = fn_reduction_2(fn_crassulacean_acid_metabolism_107(X))
& fn_crassulacean_acid_metabolism_119(X) = fn_reduction_1(fn_crassulacean_acid_metabolism_107(X))
& fn_crassulacean_acid_metabolism_119(X) = fn_reduction_3(fn_crassulacean_acid_metabolism_107(X))
& fn_crassulacean_acid_metabolism_87(X) = fn_photosynthesis_40(X)
& fn_crassulacean_acid_metabolism_85(X) = fn_photosynthesis_40(X)
& fn_crassulacean_acid_metabolism_148(X) = fn_reduction_1(fn_crassulacean_acid_metabolism_107(X))
& fn_crassulacean_acid_metabolism_56(X) = fn_reduction_3(fn_crassulacean_acid_metabolism_107(X))
& fn_crassulacean_acid_metabolism_53(X) = fn_redox_reaction_15(fn_crassulacean_acid_metabolism_105(X))
& fn_crassulacean_acid_metabolism_58(X) = fn_redox_reaction_14(fn_crassulacean_acid_metabolism_105(X))
& fn_crassulacean_acid_metabolism_57(X) = fn_redox_reaction_13(fn_crassulacean_acid_metabolism_105(X))
& fn_crassulacean_acid_metabolism_52(X) = fn_redox_reaction_3(fn_crassulacean_acid_metabolism_105(X))
& fn_crassulacean_acid_metabolism_59(X) = fn_redox_reaction_1(fn_crassulacean_acid_metabolism_105(X))
& fn_crassulacean_acid_metabolism_60(X) = fn_redox_reaction_2(fn_crassulacean_acid_metabolism_105(X))
& fn_crassulacean_acid_metabolism_148(X) = fn_redox_reaction_16(fn_crassulacean_acid_metabolism_105(X))
& fn_crassulacean_acid_metabolism_119(X) = fn_redox_reaction_12(fn_crassulacean_acid_metabolism_105(X))
& fn_crassulacean_acid_metabolism_120(X) = fn_metabolic_pathway_1(X)
& fn_crassulacean_acid_metabolism_117(X) = fn_transpiration_21(fn_crassulacean_acid_metabolism_82(X))
& fn_crassulacean_acid_metabolism_154(X) = fn_eukaryotic_cell_60(fn_crassulacean_acid_metabolism_120(X))
& fn_crassulacean_acid_metabolism_155(X) = fn_eukaryotic_cell_28(fn_crassulacean_acid_metabolism_120(X))
& fn_crassulacean_acid_metabolism_91(X) = fn_eukaryotic_cell_27(fn_crassulacean_acid_metabolism_120(X))
& fn_crassulacean_acid_metabolism_92(X) = fn_eukaryotic_cell_59(fn_crassulacean_acid_metabolism_120(X))
& fn_crassulacean_acid_metabolism_150(X) = fn_enzyme_6(fn_crassulacean_acid_metabolism_151(X))
& X = fn_enzyme_4(fn_crassulacean_acid_metabolism_151(X))
& fn_crassulacean_acid_metabolism_163(X) = fn_enzyme_5(fn_crassulacean_acid_metabolism_151(X))
& fn_crassulacean_acid_metabolism_145(X) = fn_redox_reaction_11(fn_crassulacean_acid_metabolism_105(X))
& fn_crassulacean_acid_metabolism_56(X) = fn_reduction_4(fn_crassulacean_acid_metabolism_107(X))
& fn_crassulacean_acid_metabolism_56(X) = fn_redox_reaction_7(fn_crassulacean_acid_metabolism_105(X))
& fn_crassulacean_acid_metabolism_107(X) = fn_redox_reaction_10(fn_crassulacean_acid_metabolism_105(X))
& fn_crassulacean_acid_metabolism_158(X) = fn_photosynthesis_19(X)
& fn_crassulacean_acid_metabolism_159(X) = fn_photosynthesis_18(X)
& fn_crassulacean_acid_metabolism_61(X) = fn_photosynthesis_33(X)
& fn_crassulacean_acid_metabolism_165(X) = fn_photosynthesis_75(X)
& fn_crassulacean_acid_metabolism_164(X) = fn_photosynthesis_74(X)
& fn_crassulacean_acid_metabolism_141(X) = fn_photosynthesis_42(X)
& fn_crassulacean_acid_metabolism_140(X) = fn_photosynthesis_41(X)
& fn_crassulacean_acid_metabolism_102(X) = fn_photosynthesis_36(X)
& fn_crassulacean_acid_metabolism_136(X) = fn_closing_of_stoma_6(fn_crassulacean_acid_metabolism_100(X))
& fn_crassulacean_acid_metabolism_116(X) = fn_closing_of_stoma_59(fn_crassulacean_acid_metabolism_100(X))
& fn_crassulacean_acid_metabolism_93(X) = fn_closing_of_stoma_56(fn_crassulacean_acid_metabolism_100(X))
& fn_crassulacean_acid_metabolism_117(X) = fn_closing_of_stoma_64(fn_crassulacean_acid_metabolism_100(X))
& fn_crassulacean_acid_metabolism_137(X) = fn_closing_of_stoma_26(fn_crassulacean_acid_metabolism_100(X))
& fn_crassulacean_acid_metabolism_137(X) = fn_closing_of_stoma_4(fn_crassulacean_acid_metabolism_100(X))
& fn_crassulacean_acid_metabolism_65(X) = fn_calvin_cycle_18(fn_crassulacean_acid_metabolism_102(X))
& fn_crassulacean_acid_metabolism_159(X) = fn_calvin_cycle_30(fn_crassulacean_acid_metabolism_102(X))
& fn_crassulacean_acid_metabolism_37(X) = fn_calvin_cycle_119(fn_crassulacean_acid_metabolism_102(X))
& fn_crassulacean_acid_metabolism_119(X) = fn_calvin_cycle_55(fn_crassulacean_acid_metabolism_102(X))
& fn_crassulacean_acid_metabolism_160(X) = fn_calvin_cycle_36(fn_crassulacean_acid_metabolism_102(X))
& fn_crassulacean_acid_metabolism_158(X) = fn_calvin_cycle_37(fn_crassulacean_acid_metabolism_102(X))
& fn_crassulacean_acid_metabolism_102(X) = fn_light_reaction_47(fn_crassulacean_acid_metabolism_95(X))
& fn_crassulacean_acid_metabolism_54(X) = fn_calvin_cycle_77(fn_crassulacean_acid_metabolism_102(X))
& fn_crassulacean_acid_metabolism_72(X) = fn_calvin_cycle_57(fn_crassulacean_acid_metabolism_102(X))
& fn_crassulacean_acid_metabolism_29(X) = fn_calvin_cycle_92(fn_crassulacean_acid_metabolism_102(X))
& fn_crassulacean_acid_metabolism_86(X) = fn_calvin_cycle_93(fn_crassulacean_acid_metabolism_102(X))
& fn_crassulacean_acid_metabolism_122(X) = fn_calvin_cycle_84(fn_crassulacean_acid_metabolism_102(X))
& fn_crassulacean_acid_metabolism_97(X) = fn_chloroplast_91(fn_crassulacean_acid_metabolism_106(X))
& fn_crassulacean_acid_metabolism_112(X) = fn_chloroplast_4(fn_crassulacean_acid_metabolism_106(X))
& X = fn_parenchyma_cell_15(fn_crassulacean_acid_metabolism_120(X))
& fn_crassulacean_acid_metabolism_114(X) = fn_parenchyma_cell_11(fn_crassulacean_acid_metabolism_120(X))
& fn_crassulacean_acid_metabolism_114(X) = fn_chloroplast_58(fn_crassulacean_acid_metabolism_106(X))
& X = fn_chloroplast_79(fn_crassulacean_acid_metabolism_106(X))
& fn_crassulacean_acid_metabolism_96(X) = fn_chloroplast_96(fn_crassulacean_acid_metabolism_106(X))
& fn_crassulacean_acid_metabolism_64(X) = fn_photosynthesis_5(X)
& fn_crassulacean_acid_metabolism_37(X) = fn_photosynthesis_101(X)
& fn_crassulacean_acid_metabolism_145(X) = fn_photosynthesis_46(X)
& fn_crassulacean_acid_metabolism_35(X) = fn_photosynthesis_108(X)
& fn_crassulacean_acid_metabolism_152(X) = fn_photosynthesis_55(X)
& fn_crassulacean_acid_metabolism_34(X) = fn_photosynthesis_107(X)
& fn_crassulacean_acid_metabolism_157(X) = fn_photosynthesis_54(X)
& fn_crassulacean_acid_metabolism_30(X) = fn_photosynthesis_94(X)
& fn_crassulacean_acid_metabolism_168(X) = fn_photosynthesis_93(X)
& fn_crassulacean_acid_metabolism_87(X) = fn_photosynthesis_1(X)
& fn_crassulacean_acid_metabolism_62(X) = fn_photosynthesis_11(X)
& fn_crassulacean_acid_metabolism_153(X) = fn_photosynthesis_56(X)
& fn_crassulacean_acid_metabolism_65(X) = fn_endergonic_reaction_9(fn_crassulacean_acid_metabolism_102(X))
& fn_crassulacean_acid_metabolism_73(X) = fn_endergonic_reaction_3(fn_crassulacean_acid_metabolism_102(X))
& fn_crassulacean_acid_metabolism_73(X) = fn_photosynthesis_53(X)
& fn_crassulacean_acid_metabolism_65(X) = fn_anabolic_pathway_5(X)
& fn_crassulacean_acid_metabolism_143(X) = fn_anabolic_pathway_3(X)
& fn_crassulacean_acid_metabolism_65(X) = fn_photosynthesis_37(X)
& fn_crassulacean_acid_metabolism_48(X) = fn_molecule_4(fn_crassulacean_acid_metabolism_119(X))
& fn_crassulacean_acid_metabolism_48(X) = fn_photosynthesis_96(X)
& fn_crassulacean_acid_metabolism_47(X) = fn_molecule_3(fn_crassulacean_acid_metabolism_119(X))
& fn_crassulacean_acid_metabolism_47(X) = fn_photosynthesis_95(X)
& fn_crassulacean_acid_metabolism_40(X) = fn_molecule_8(fn_crassulacean_acid_metabolism_119(X))
& fn_crassulacean_acid_metabolism_40(X) = fn_photosynthesis_100(X)
& fn_crassulacean_acid_metabolism_68(X) = fn_photosynthesis_62(X)
& fn_crassulacean_acid_metabolism_167(X) = fn_photosynthesis_92(X)
& fn_crassulacean_acid_metabolism_32(X) = fn_photosynthesis_93(X)
& fn_crassulacean_acid_metabolism_71(X) = fn_photosynthesis_59(X)
& fn_crassulacean_acid_metabolism_33(X) = fn_photosynthesis_91(X)
& fn_crassulacean_acid_metabolism_69(X) = fn_photosynthesis_58(X)
& fn_crassulacean_acid_metabolism_42(X) = fn_photosynthesis_94(X)
& fn_crassulacean_acid_metabolism_70(X) = fn_photosynthesis_61(X)
& fn_crassulacean_acid_metabolism_72(X) = fn_photosynthesis_64(X)
& fn_crassulacean_acid_metabolism_38(X) = fn_molecule_12(fn_crassulacean_acid_metabolism_119(X))
& fn_crassulacean_acid_metabolism_38(X) = fn_photosynthesis_99(X)
& fn_crassulacean_acid_metabolism_41(X) = fn_hydrophobic_compound_3(fn_crassulacean_acid_metabolism_119(X))
& fn_crassulacean_acid_metabolism_41(X) = fn_photosynthesis_97(X)
& fn_crassulacean_acid_metabolism_39(X) = fn_hydrophobic_compound_2(fn_crassulacean_acid_metabolism_119(X))
& fn_crassulacean_acid_metabolism_39(X) = fn_photosynthesis_98(X)
& fn_crassulacean_acid_metabolism_63(X) = fn_photosynthesis_6(X)
& fn_crassulacean_acid_metabolism_67(X) = fn_photosynthesis_4(X)
& fn_crassulacean_acid_metabolism_66(X) = fn_photosynthesis_3(X)
& fn_crassulacean_acid_metabolism_149(X) = fn_photosynthesis_32(X)
& fn_crassulacean_acid_metabolism_156(X) = fn_anabolic_pathway_1(fn_crassulacean_acid_metabolism_102(X))
& fn_crassulacean_acid_metabolism_156(X) = fn_photosynthesis_57(X)
& fn_crassulacean_acid_metabolism_143(X) = fn_anabolic_pathway_3(fn_crassulacean_acid_metabolism_102(X))
& fn_crassulacean_acid_metabolism_143(X) = fn_photosynthesis_25(X)
& fn_crassulacean_acid_metabolism_119(X) = fn_anabolic_pathway_6(fn_crassulacean_acid_metabolism_102(X))
& fn_crassulacean_acid_metabolism_147(X) = fn_anabolic_pathway_4(fn_crassulacean_acid_metabolism_102(X))
& fn_crassulacean_acid_metabolism_147(X) = fn_photosynthesis_24(X)
& fn_crassulacean_acid_metabolism_36(X) = fn_oxidation_10(fn_crassulacean_acid_metabolism_145(X))
& fn_crassulacean_acid_metabolism_119(X) = fn_oxidation_7(fn_crassulacean_acid_metabolism_145(X))
& fn_crassulacean_acid_metabolism_36(X) = fn_photosynthesis_102(X)
& fn_crassulacean_acid_metabolism_139(X) = fn_endergonic_reaction_4(fn_crassulacean_acid_metabolism_102(X))
& fn_crassulacean_acid_metabolism_138(X) = fn_endergonic_reaction_5(fn_crassulacean_acid_metabolism_102(X))
& fn_crassulacean_acid_metabolism_139(X) = fn_photosynthesis_52(X)
& fn_crassulacean_acid_metabolism_138(X) = fn_photosynthesis_51(X)
& fn_crassulacean_acid_metabolism_146(X) = fn_photosynthesis_50(X)
& fn_crassulacean_acid_metabolism_119(X) = fn_photosynthesis_38(X)
& fn_crassulacean_acid_metabolism_161(X) = fn_plant_cell_29(fn_crassulacean_acid_metabolism_120(X))
& fn_crassulacean_acid_metabolism_94(X) = fn_plant_metabolic_cell_5(fn_crassulacean_acid_metabolism_120(X))
& fn_crassulacean_acid_metabolism_94(X) = fn_plant_cell_79(fn_crassulacean_acid_metabolism_120(X))
& fn_crassulacean_acid_metabolism_115(X) = fn_parenchyma_cell_32(fn_crassulacean_acid_metabolism_120(X))
& fn_crassulacean_acid_metabolism_115(X) = fn_plant_metabolic_cell_39(fn_crassulacean_acid_metabolism_120(X))
& fn_crassulacean_acid_metabolism_115(X) = fn_plant_cell_81(fn_crassulacean_acid_metabolism_120(X))
& fn_crassulacean_acid_metabolism_74(X) = fn_eukaryotic_calvin_cycle_2(fn_crassulacean_acid_metabolism_102(X))
& fn_crassulacean_acid_metabolism_75(X) = fn_eukaryotic_calvin_cycle_1(fn_crassulacean_acid_metabolism_102(X))
& fn_crassulacean_acid_metabolism_75(X) = fn_light_reaction_3(fn_crassulacean_acid_metabolism_95(X))
& fn_crassulacean_acid_metabolism_128(X) = fn_light_reaction_51(fn_crassulacean_acid_metabolism_95(X))
& fn_crassulacean_acid_metabolism_142(X) = fn_photosynthesis_31(X)
& fn_crassulacean_acid_metabolism_142(X) = fn_light_reaction_50(fn_crassulacean_acid_metabolism_95(X))
& fn_crassulacean_acid_metabolism_95(X) = fn_photosynthesis_35(X)
& X = fn_light_reaction_1(fn_crassulacean_acid_metabolism_95(X))
& fn_crassulacean_acid_metabolism_118(X) = fn_move_1(fn_crassulacean_acid_metabolism_121(X))
& fn_crassulacean_acid_metabolism_121(X) = fn_photosynthesis_43(X)
& fn_crassulacean_acid_metabolism_118(X) = fn_photosynthesis_34(X)
& fn_crassulacean_acid_metabolism_118(X) = fn_light_reaction_45(fn_crassulacean_acid_metabolism_95(X))
& fn_crassulacean_acid_metabolism_103(X) = fn_store_1(fn_crassulacean_acid_metabolism_94(X))
& fn_crassulacean_acid_metabolism_71(X) = fn_share_3(fn_crassulacean_acid_metabolism_166(X))
& fn_crassulacean_acid_metabolism_71(X) = fn_share_1(fn_crassulacean_acid_metabolism_166(X))
& fn_crassulacean_acid_metabolism_71(X) = fn_share_3(fn_crassulacean_acid_metabolism_44(X))
& fn_crassulacean_acid_metabolism_71(X) = fn_share_1(fn_crassulacean_acid_metabolism_44(X))
& fn_crassulacean_acid_metabolism_70(X) = fn_share_3(fn_crassulacean_acid_metabolism_169(X))
& fn_crassulacean_acid_metabolism_70(X) = fn_share_1(fn_crassulacean_acid_metabolism_169(X))
& fn_crassulacean_acid_metabolism_161(X) = fn_store_3(fn_crassulacean_acid_metabolism_94(X))
& fn_crassulacean_acid_metabolism_120(X) = fn_store_2(fn_crassulacean_acid_metabolism_94(X))
& fn_crassulacean_acid_metabolism_168(X) = fn_covalent_bond_17(fn_crassulacean_acid_metabolism_69(X))
& fn_crassulacean_acid_metabolism_44(X) = fn_covalent_bond_17(fn_crassulacean_acid_metabolism_69(X))
& fn_crassulacean_acid_metabolism_123(X) = fn_take_in_1(fn_crassulacean_acid_metabolism_121(X))
& fn_crassulacean_acid_metabolism_121(X) = fn_linear_electron_flow_215(fn_crassulacean_acid_metabolism_109(X))
& fn_crassulacean_acid_metabolism_78(X) = fn_biomembrane_14(fn_crassulacean_acid_metabolism_128(X))
& fn_crassulacean_acid_metabolism_79(X) = fn_biomembrane_15(fn_crassulacean_acid_metabolism_128(X))
& fn_crassulacean_acid_metabolism_106(X) = fn_plant_cell_6(fn_crassulacean_acid_metabolism_120(X))
& fn_crassulacean_acid_metabolism_70(X) = fn_covalent_bond_20(fn_crassulacean_acid_metabolism_69(X))
& fn_crassulacean_acid_metabolism_43(X) = fn_covalent_bond_17(fn_crassulacean_acid_metabolism_69(X))
& fn_crassulacean_acid_metabolism_54(X) = fn_electron_transport_chain_reaction_25(fn_crassulacean_acid_metabolism_109(X))
& fn_crassulacean_acid_metabolism_54(X) = fn_linear_electron_flow_99(fn_crassulacean_acid_metabolism_109(X))
& fn_crassulacean_acid_metabolism_54(X) = fn_light_reaction_49(fn_crassulacean_acid_metabolism_95(X))
& fn_crassulacean_acid_metabolism_121(X) = fn_light_reaction_54(fn_crassulacean_acid_metabolism_95(X))
& fn_crassulacean_acid_metabolism_109(X) = fn_light_reaction_53(fn_crassulacean_acid_metabolism_95(X))
& fn_crassulacean_acid_metabolism_74(X) = fn_light_reaction_4(fn_crassulacean_acid_metabolism_95(X))
& fn_crassulacean_acid_metabolism_123(X) = fn_move_into_1(fn_crassulacean_acid_metabolism_121(X))
& fn_crassulacean_acid_metabolism_127(X) = fn_move_into_2(fn_crassulacean_acid_metabolism_121(X))
& fn_crassulacean_acid_metabolism_89(X) = fn_stoma_8(fn_crassulacean_acid_metabolism_117(X))
& fn_crassulacean_acid_metabolism_116(X) = fn_stoma_9(fn_crassulacean_acid_metabolism_117(X))
& fn_crassulacean_acid_metabolism_83(X) = fn_leaf_46(fn_crassulacean_acid_metabolism_93(X))
& fn_crassulacean_acid_metabolism_125(X) = fn_leaf_5(fn_crassulacean_acid_metabolism_93(X))
& fn_crassulacean_acid_metabolism_84(X) = fn_organ_1(fn_crassulacean_acid_metabolism_93(X))
& fn_crassulacean_acid_metabolism_120(X) = fn_leaf_44(fn_crassulacean_acid_metabolism_93(X))
& fn_crassulacean_acid_metabolism_84(X) = fn_leaf_12(fn_crassulacean_acid_metabolism_93(X))
& fn_crassulacean_acid_metabolism_134(X) = fn_leaf_17(fn_crassulacean_acid_metabolism_93(X))
& fn_crassulacean_acid_metabolism_80(X) = fn_thylakoid_membrane_3(fn_crassulacean_acid_metabolism_128(X))
& fn_crassulacean_acid_metabolism_81(X) = fn_thylakoid_membrane_1(fn_crassulacean_acid_metabolism_128(X))
& fn_crassulacean_acid_metabolism_140(X) = fn_thylakoid_membrane_16(fn_crassulacean_acid_metabolism_128(X))
& fn_crassulacean_acid_metabolism_111(X) = fn_thylakoid_membrane_9(fn_crassulacean_acid_metabolism_128(X))
& fn_crassulacean_acid_metabolism_110(X) = fn_thylakoid_membrane_8(fn_crassulacean_acid_metabolism_128(X))
& fn_crassulacean_acid_metabolism_76(X) = fn_thylakoid_membrane_12(fn_crassulacean_acid_metabolism_128(X))
& fn_crassulacean_acid_metabolism_76(X) = fn_thylakoid_membrane_13(fn_crassulacean_acid_metabolism_128(X))
& fn_crassulacean_acid_metabolism_76(X) = fn_thylakoid_membrane_14(fn_crassulacean_acid_metabolism_128(X))
& fn_crassulacean_acid_metabolism_71(X) = fn_polar_covalent_bond_19(fn_crassulacean_acid_metabolism_69(X))
& fn_crassulacean_acid_metabolism_71(X) = fn_polar_covalent_bond_18(fn_crassulacean_acid_metabolism_69(X))
& fn_crassulacean_acid_metabolism_71(X) = fn_covalent_bond_20(fn_crassulacean_acid_metabolism_69(X))
& fn_crassulacean_acid_metabolism_169(X) = fn_carbon_dioxide_6(fn_crassulacean_acid_metabolism_119(X))
& fn_crassulacean_acid_metabolism_30(X) = fn_carbon_dioxide_6(fn_crassulacean_acid_metabolism_119(X))
& fn_crassulacean_acid_metabolism_69(X) = fn_carbon_dioxide_2(fn_crassulacean_acid_metabolism_119(X))
& fn_crassulacean_acid_metabolism_46(X) = fn_polar_covalent_bond_17(fn_crassulacean_acid_metabolism_69(X))
& fn_crassulacean_acid_metabolism_70(X) = fn_polar_covalent_bond_18(fn_crassulacean_acid_metabolism_69(X))
& fn_crassulacean_acid_metabolism_46(X) = fn_carbon_dioxide_7(fn_crassulacean_acid_metabolism_119(X))
& fn_crassulacean_acid_metabolism_31(X) = fn_covalent_bond_17(fn_crassulacean_acid_metabolism_69(X))
& fn_crassulacean_acid_metabolism_70(X) = fn_covalent_bond_19(fn_crassulacean_acid_metabolism_69(X))
& fn_crassulacean_acid_metabolism_31(X) = fn_carbon_dioxide_5(fn_crassulacean_acid_metabolism_119(X))
& fn_crassulacean_acid_metabolism_70(X) = fn_carbon_dioxide_3(fn_crassulacean_acid_metabolism_119(X))
& fn_crassulacean_acid_metabolism_71(X) = fn_carbon_dioxide_1(fn_crassulacean_acid_metabolism_119(X))
& fn_crassulacean_acid_metabolism_71(X) = fn_carbon_dioxide_4(fn_crassulacean_acid_metabolism_119(X))
& fn_store_1(fn_crassulacean_acid_metabolism_144(X)) = fn_photosynthesis_40(X)
& fn_photosynthesis_40(X) = fn_oxidation_10(fn_crassulacean_acid_metabolism_145(X))
& fn_oxidation_10(fn_crassulacean_acid_metabolism_145(X)) = fn_reduction_1(fn_crassulacean_acid_metabolism_107(X))
& fn_redox_reaction_16(fn_crassulacean_acid_metabolism_105(X)) = fn_reduction_1(fn_crassulacean_acid_metabolism_107(X))
& fn_reduction_1(fn_crassulacean_acid_metabolism_107(X)) = fn_redox_reaction_16(fn_crassulacean_acid_metabolism_105(X))
& fn_redox_reaction_16(fn_crassulacean_acid_metabolism_105(X)) = fn_redox_reaction_16(fn_crassulacean_acid_metabolism_105(X))
& fn_redox_reaction_16(fn_crassulacean_acid_metabolism_105(X)) = fn_reduction_3(fn_crassulacean_acid_metabolism_107(X))
& fn_reduction_4(fn_crassulacean_acid_metabolism_107(X)) = fn_reduction_3(fn_crassulacean_acid_metabolism_107(X))
& fn_reduction_3(fn_crassulacean_acid_metabolism_107(X)) = fn_reduction_4(fn_crassulacean_acid_metabolism_107(X))
& fn_reduction_4(fn_crassulacean_acid_metabolism_107(X)) = fn_reduction_4(fn_crassulacean_acid_metabolism_107(X))
& fn_redox_reaction_7(fn_crassulacean_acid_metabolism_105(X)) = fn_redox_reaction_7(fn_crassulacean_acid_metabolism_105(X))
& fn_redox_reaction_7(fn_crassulacean_acid_metabolism_105(X)) = fn_reduction_4(fn_crassulacean_acid_metabolism_107(X))
& fn_reduction_4(fn_crassulacean_acid_metabolism_107(X)) = fn_redox_reaction_7(fn_crassulacean_acid_metabolism_105(X))
& fn_redox_reaction_7(fn_crassulacean_acid_metabolism_105(X)) = fn_closing_of_stoma_4(fn_crassulacean_acid_metabolism_100(X))
& fn_closing_of_stoma_4(fn_crassulacean_acid_metabolism_100(X)) = fn_closing_of_stoma_4(fn_crassulacean_acid_metabolism_100(X))
& fn_closing_of_stoma_4(fn_crassulacean_acid_metabolism_100(X)) = fn_closing_of_stoma_26(fn_crassulacean_acid_metabolism_100(X))
& fn_closing_of_stoma_26(fn_crassulacean_acid_metabolism_100(X)) = fn_closing_of_stoma_4(fn_crassulacean_acid_metabolism_100(X))
& fn_closing_of_stoma_4(fn_crassulacean_acid_metabolism_100(X)) = fn_photosynthesis_18(X)
& fn_photosynthesis_18(X) = fn_calvin_cycle_30(fn_crassulacean_acid_metabolism_102(X))
& fn_calvin_cycle_30(fn_crassulacean_acid_metabolism_102(X)) = fn_photosynthesis_19(X)
& fn_photosynthesis_19(X) = fn_calvin_cycle_37(fn_crassulacean_acid_metabolism_102(X))
& fn_calvin_cycle_37(fn_crassulacean_acid_metabolism_102(X)) = fn_calvin_cycle_37(fn_crassulacean_acid_metabolism_102(X))
& fn_calvin_cycle_37(fn_crassulacean_acid_metabolism_102(X)) = fn_light_reaction_47(fn_crassulacean_acid_metabolism_95(X))
& fn_light_reaction_47(fn_crassulacean_acid_metabolism_95(X)) = fn_light_reaction_47(fn_crassulacean_acid_metabolism_95(X))
& fn_photosynthesis_36(X) = fn_photosynthesis_36(X)
& fn_light_reaction_47(fn_crassulacean_acid_metabolism_95(X)) = fn_photosynthesis_36(X)
& fn_photosynthesis_36(X) = fn_light_reaction_47(fn_crassulacean_acid_metabolism_95(X))
& fn_light_reaction_47(fn_crassulacean_acid_metabolism_95(X)) = fn_chloroplast_58(fn_crassulacean_acid_metabolism_106(X))
& fn_chloroplast_58(fn_crassulacean_acid_metabolism_106(X)) = fn_parenchyma_cell_11(fn_crassulacean_acid_metabolism_120(X))
& fn_parenchyma_cell_11(fn_crassulacean_acid_metabolism_120(X)) = fn_chloroplast_58(fn_crassulacean_acid_metabolism_106(X))
& fn_chloroplast_58(fn_crassulacean_acid_metabolism_106(X)) = fn_calvin_cycle_119(fn_crassulacean_acid_metabolism_102(X))
& fn_calvin_cycle_119(fn_crassulacean_acid_metabolism_102(X)) = fn_photosynthesis_101(X)
& fn_photosynthesis_101(X) = fn_redox_reaction_11(fn_crassulacean_acid_metabolism_105(X))
& fn_redox_reaction_11(fn_crassulacean_acid_metabolism_105(X)) = fn_redox_reaction_11(fn_crassulacean_acid_metabolism_105(X))
& fn_redox_reaction_11(fn_crassulacean_acid_metabolism_105(X)) = fn_photosynthesis_46(X)
& fn_photosynthesis_46(X) = fn_photosynthesis_40(X)
& fn_photosynthesis_40(X) = fn_photosynthesis_40(X)
& fn_photosynthesis_40(X) = fn_photosynthesis_1(X)
& fn_photosynthesis_1(X) = fn_endergonic_reaction_3(fn_crassulacean_acid_metabolism_102(X))
& fn_photosynthesis_53(X) = fn_endergonic_reaction_3(fn_crassulacean_acid_metabolism_102(X))
& fn_endergonic_reaction_3(fn_crassulacean_acid_metabolism_102(X)) = fn_photosynthesis_53(X)
& fn_photosynthesis_53(X) = fn_chemical_reaction_1(fn_crassulacean_acid_metabolism_105(X))
& fn_chemical_reaction_1(fn_crassulacean_acid_metabolism_105(X)) = fn_anabolic_pathway_5(X)
& fn_anabolic_pathway_5(X) = fn_anabolic_pathway_5(X)
& fn_endergonic_reaction_9(fn_crassulacean_acid_metabolism_102(X)) = fn_anabolic_pathway_5(X)
& fn_anabolic_pathway_5(X) = fn_endergonic_reaction_9(fn_crassulacean_acid_metabolism_102(X))
& fn_calvin_cycle_18(fn_crassulacean_acid_metabolism_102(X)) = fn_endergonic_reaction_9(fn_crassulacean_acid_metabolism_102(X))
& fn_endergonic_reaction_9(fn_crassulacean_acid_metabolism_102(X)) = fn_calvin_cycle_18(fn_crassulacean_acid_metabolism_102(X))
& fn_calvin_cycle_18(fn_crassulacean_acid_metabolism_102(X)) = fn_photosynthesis_37(X)
& fn_photosynthesis_37(X) = fn_photosynthesis_37(X)
& fn_photosynthesis_37(X) = fn_molecule_4(fn_crassulacean_acid_metabolism_119(X))
& fn_photosynthesis_96(X) = fn_photosynthesis_96(X)
& fn_photosynthesis_96(X) = fn_molecule_4(fn_crassulacean_acid_metabolism_119(X))
& fn_molecule_4(fn_crassulacean_acid_metabolism_119(X)) = fn_photosynthesis_96(X)
& fn_photosynthesis_96(X) = fn_photosynthesis_95(X)
& fn_photosynthesis_95(X) = fn_molecule_3(fn_crassulacean_acid_metabolism_119(X))
& fn_molecule_3(fn_crassulacean_acid_metabolism_119(X)) = fn_photosynthesis_95(X)
& fn_photosynthesis_95(X) = fn_molecule_8(fn_crassulacean_acid_metabolism_119(X))
& fn_photosynthesis_100(X) = fn_molecule_8(fn_crassulacean_acid_metabolism_119(X))
& fn_molecule_8(fn_crassulacean_acid_metabolism_119(X)) = fn_photosynthesis_100(X)
& fn_photosynthesis_100(X) = fn_calvin_cycle_57(fn_crassulacean_acid_metabolism_102(X))
& fn_calvin_cycle_57(fn_crassulacean_acid_metabolism_102(X)) = fn_calvin_cycle_57(fn_crassulacean_acid_metabolism_102(X))
& fn_calvin_cycle_57(fn_crassulacean_acid_metabolism_102(X)) = fn_photosynthesis_64(X)
& fn_photosynthesis_64(X) = fn_photosynthesis_64(X)
& fn_photosynthesis_64(X) = fn_molecule_12(fn_crassulacean_acid_metabolism_119(X))
& fn_photosynthesis_99(X) = fn_molecule_12(fn_crassulacean_acid_metabolism_119(X))
& fn_molecule_12(fn_crassulacean_acid_metabolism_119(X)) = fn_photosynthesis_99(X)
& fn_photosynthesis_99(X) = fn_hydrophobic_compound_3(fn_crassulacean_acid_metabolism_119(X))
& fn_photosynthesis_97(X) = fn_hydrophobic_compound_3(fn_crassulacean_acid_metabolism_119(X))
& fn_hydrophobic_compound_3(fn_crassulacean_acid_metabolism_119(X)) = fn_photosynthesis_97(X)
& fn_photosynthesis_97(X) = fn_hydrophobic_compound_2(fn_crassulacean_acid_metabolism_119(X))
& fn_photosynthesis_98(X) = fn_hydrophobic_compound_2(fn_crassulacean_acid_metabolism_119(X))
& fn_hydrophobic_compound_2(fn_crassulacean_acid_metabolism_119(X)) = fn_photosynthesis_98(X)
& fn_photosynthesis_98(X) = fn_anabolic_pathway_1(fn_crassulacean_acid_metabolism_102(X))
& fn_anabolic_pathway_1(fn_crassulacean_acid_metabolism_102(X)) = fn_photosynthesis_57(X)
& fn_photosynthesis_57(X) = fn_anabolic_pathway_3(X)
& fn_anabolic_pathway_3(X) = fn_photosynthesis_25(X)
& fn_photosynthesis_25(X) = fn_anabolic_pathway_3(fn_crassulacean_acid_metabolism_102(X))
& fn_anabolic_pathway_3(fn_crassulacean_acid_metabolism_102(X)) = fn_photosynthesis_25(X)
& fn_photosynthesis_25(X) = fn_photosynthesis_24(X)
& fn_photosynthesis_24(X) = fn_anabolic_pathway_4(fn_crassulacean_acid_metabolism_102(X))
& fn_anabolic_pathway_4(fn_crassulacean_acid_metabolism_102(X)) = fn_photosynthesis_24(X)
& fn_photosynthesis_24(X) = fn_photosynthesis_102(X)
& fn_photosynthesis_102(X) = fn_oxidation_10(fn_crassulacean_acid_metabolism_145(X))
& fn_oxidation_10(fn_crassulacean_acid_metabolism_145(X)) = fn_photosynthesis_102(X)
& fn_photosynthesis_102(X) = fn_photosynthesis_52(X)
& fn_photosynthesis_52(X) = fn_photosynthesis_52(X)
& fn_photosynthesis_52(X) = fn_endergonic_reaction_4(fn_crassulacean_acid_metabolism_102(X))
& fn_endergonic_reaction_4(fn_crassulacean_acid_metabolism_102(X)) = fn_photosynthesis_52(X)
& fn_photosynthesis_52(X) = fn_endergonic_reaction_5(fn_crassulacean_acid_metabolism_102(X))
& fn_photosynthesis_51(X) = fn_endergonic_reaction_5(fn_crassulacean_acid_metabolism_102(X))
& fn_endergonic_reaction_5(fn_crassulacean_acid_metabolism_102(X)) = fn_photosynthesis_51(X)
& fn_photosynthesis_51(X) = fn_photosynthesis_51(X)
& fn_photosynthesis_51(X) = fn_plant_metabolic_cell_39(fn_crassulacean_acid_metabolism_120(X))
& fn_plant_metabolic_cell_39(fn_crassulacean_acid_metabolism_120(X)) = fn_parenchyma_cell_32(fn_crassulacean_acid_metabolism_120(X))
& fn_parenchyma_cell_32(fn_crassulacean_acid_metabolism_120(X)) = fn_plant_metabolic_cell_39(fn_crassulacean_acid_metabolism_120(X))
& fn_plant_metabolic_cell_39(fn_crassulacean_acid_metabolism_120(X)) = fn_plant_metabolic_cell_39(fn_crassulacean_acid_metabolism_120(X))
& fn_plant_cell_81(fn_crassulacean_acid_metabolism_120(X)) = fn_plant_metabolic_cell_39(fn_crassulacean_acid_metabolism_120(X))
& fn_plant_metabolic_cell_39(fn_crassulacean_acid_metabolism_120(X)) = fn_plant_cell_81(fn_crassulacean_acid_metabolism_120(X))
& fn_plant_cell_81(fn_crassulacean_acid_metabolism_120(X)) = fn_eukaryotic_calvin_cycle_1(fn_crassulacean_acid_metabolism_102(X))
& fn_light_reaction_3(fn_crassulacean_acid_metabolism_95(X)) = fn_eukaryotic_calvin_cycle_1(fn_crassulacean_acid_metabolism_102(X))
& fn_eukaryotic_calvin_cycle_1(fn_crassulacean_acid_metabolism_102(X)) = fn_light_reaction_3(fn_crassulacean_acid_metabolism_95(X))
& fn_light_reaction_3(fn_crassulacean_acid_metabolism_95(X)) = fn_photosynthesis_31(X)
& fn_photosynthesis_31(X) = fn_photosynthesis_31(X)
& fn_light_reaction_50(fn_crassulacean_acid_metabolism_95(X)) = fn_photosynthesis_31(X)
& fn_photosynthesis_31(X) = fn_light_reaction_50(fn_crassulacean_acid_metabolism_95(X))
& fn_light_reaction_50(fn_crassulacean_acid_metabolism_95(X)) = fn_vascular_plant_17(fn_crassulacean_acid_metabolism_98(X))
& fn_vascular_plant_17(fn_crassulacean_acid_metabolism_98(X)) = fn_parenchyma_cell_15(fn_crassulacean_acid_metabolism_120(X))
& fn_parenchyma_cell_15(fn_crassulacean_acid_metabolism_120(X)) = fn_parenchyma_cell_15(fn_crassulacean_acid_metabolism_120(X))
& fn_enzyme_4(fn_crassulacean_acid_metabolism_151(X)) = fn_parenchyma_cell_15(fn_crassulacean_acid_metabolism_120(X))
& fn_parenchyma_cell_15(fn_crassulacean_acid_metabolism_120(X)) = fn_enzyme_4(fn_crassulacean_acid_metabolism_151(X))
& fn_enzyme_4(fn_crassulacean_acid_metabolism_151(X)) = fn_enzyme_4(fn_crassulacean_acid_metabolism_151(X))
& fn_enzyme_4(fn_crassulacean_acid_metabolism_151(X)) = fn_chloroplast_79(fn_crassulacean_acid_metabolism_106(X))
& fn_light_reaction_1(fn_crassulacean_acid_metabolism_95(X)) = fn_chloroplast_79(fn_crassulacean_acid_metabolism_106(X))
& fn_chloroplast_79(fn_crassulacean_acid_metabolism_106(X)) = fn_chloroplast_79(fn_crassulacean_acid_metabolism_106(X))
& fn_chloroplast_79(fn_crassulacean_acid_metabolism_106(X)) = fn_light_reaction_1(fn_crassulacean_acid_metabolism_95(X))
& fn_light_reaction_1(fn_crassulacean_acid_metabolism_95(X)) = fn_light_reaction_1(fn_crassulacean_acid_metabolism_95(X))
& fn_light_reaction_1(fn_crassulacean_acid_metabolism_95(X)) = fn_photosynthesis_34(X)
& fn_photosynthesis_34(X) = fn_move_1(fn_crassulacean_acid_metabolism_121(X))
& fn_move_1(fn_crassulacean_acid_metabolism_121(X)) = fn_photosynthesis_34(X)
& fn_photosynthesis_34(X) = fn_photosynthesis_34(X)
& fn_light_reaction_45(fn_crassulacean_acid_metabolism_95(X)) = fn_photosynthesis_34(X)
& fn_photosynthesis_34(X) = fn_light_reaction_45(fn_crassulacean_acid_metabolism_95(X))
& fn_light_reaction_45(fn_crassulacean_acid_metabolism_95(X)) = fn_remove_2(fn_crassulacean_acid_metabolism_101(X))
& fn_remove_2(fn_crassulacean_acid_metabolism_101(X)) = fn_carbon_fixation_5(fn_crassulacean_acid_metabolism_99(X))
& fn_carbon_fixation_5(fn_crassulacean_acid_metabolism_99(X)) = fn_carbon_fixation_5(fn_crassulacean_acid_metabolism_99(X))
& fn_carbon_fixation_5(fn_crassulacean_acid_metabolism_99(X)) = fn_store_1(fn_crassulacean_acid_metabolism_94(X))
& fn_store_1(fn_crassulacean_acid_metabolism_94(X)) = fn_store_3(fn_crassulacean_acid_metabolism_94(X))
& fn_store_3(fn_crassulacean_acid_metabolism_94(X)) = fn_plant_cell_29(fn_crassulacean_acid_metabolism_120(X))
& fn_plant_cell_29(fn_crassulacean_acid_metabolism_120(X)) = fn_store_3(fn_crassulacean_acid_metabolism_94(X))
& fn_store_3(fn_crassulacean_acid_metabolism_94(X)) = fn_plant_cell_79(fn_crassulacean_acid_metabolism_120(X))
& fn_plant_cell_79(fn_crassulacean_acid_metabolism_120(X)) = fn_plant_metabolic_cell_5(fn_crassulacean_acid_metabolism_120(X))
& fn_plant_metabolic_cell_5(fn_crassulacean_acid_metabolism_120(X)) = fn_plant_cell_79(fn_crassulacean_acid_metabolism_120(X))
& fn_plant_cell_79(fn_crassulacean_acid_metabolism_120(X)) = fn_photosynthesis_93(X)
& fn_photosynthesis_93(X) = fn_covalent_bond_17(fn_crassulacean_acid_metabolism_69(X))
& fn_covalent_bond_17(fn_crassulacean_acid_metabolism_69(X)) = fn_calvin_cycle_77(fn_crassulacean_acid_metabolism_102(X))
& fn_calvin_cycle_77(fn_crassulacean_acid_metabolism_102(X)) = fn_calvin_cycle_77(fn_crassulacean_acid_metabolism_102(X))
& fn_calvin_cycle_77(fn_crassulacean_acid_metabolism_102(X)) = fn_electron_transport_chain_reaction_25(fn_crassulacean_acid_metabolism_109(X))
& fn_electron_transport_chain_reaction_25(fn_crassulacean_acid_metabolism_109(X)) = fn_electron_transport_chain_reaction_25(fn_crassulacean_acid_metabolism_109(X))
& fn_electron_transport_chain_reaction_25(fn_crassulacean_acid_metabolism_109(X)) = fn_linear_electron_flow_99(fn_crassulacean_acid_metabolism_109(X))
& fn_light_reaction_49(fn_crassulacean_acid_metabolism_95(X)) = fn_linear_electron_flow_99(fn_crassulacean_acid_metabolism_109(X))
& fn_linear_electron_flow_99(fn_crassulacean_acid_metabolism_109(X)) = fn_light_reaction_49(fn_crassulacean_acid_metabolism_95(X))
& fn_light_reaction_49(fn_crassulacean_acid_metabolism_95(X)) = fn_eukaryotic_calvin_cycle_2(fn_crassulacean_acid_metabolism_102(X))
& fn_eukaryotic_calvin_cycle_2(fn_crassulacean_acid_metabolism_102(X)) = fn_light_reaction_4(fn_crassulacean_acid_metabolism_95(X))
& fn_light_reaction_4(fn_crassulacean_acid_metabolism_95(X)) = fn_light_reaction_4(fn_crassulacean_acid_metabolism_95(X))
& fn_light_reaction_4(fn_crassulacean_acid_metabolism_95(X)) = fn_barrier_1(fn_crassulacean_acid_metabolism_126(X))
& fn_barrier_1(fn_crassulacean_acid_metabolism_126(X)) = fn_take_in_1(fn_crassulacean_acid_metabolism_121(X))
& fn_take_in_1(fn_crassulacean_acid_metabolism_121(X)) = fn_take_in_1(fn_crassulacean_acid_metabolism_121(X))
& fn_take_in_1(fn_crassulacean_acid_metabolism_121(X)) = fn_move_into_1(fn_crassulacean_acid_metabolism_121(X))
& fn_move_into_1(fn_crassulacean_acid_metabolism_121(X)) = fn_move_into_1(fn_crassulacean_acid_metabolism_121(X))
& fn_move_into_1(fn_crassulacean_acid_metabolism_121(X)) = fn_photosynthesis_43(X)
& fn_photosynthesis_43(X) = fn_photosynthesis_43(X)
& fn_photosynthesis_43(X) = fn_linear_electron_flow_215(fn_crassulacean_acid_metabolism_109(X))
& fn_light_reaction_54(fn_crassulacean_acid_metabolism_95(X)) = fn_light_reaction_54(fn_crassulacean_acid_metabolism_95(X))
& fn_light_reaction_54(fn_crassulacean_acid_metabolism_95(X)) = fn_linear_electron_flow_215(fn_crassulacean_acid_metabolism_109(X))
& fn_linear_electron_flow_215(fn_crassulacean_acid_metabolism_109(X)) = fn_light_reaction_54(fn_crassulacean_acid_metabolism_95(X))
& fn_light_reaction_54(fn_crassulacean_acid_metabolism_95(X)) = fn_closing_of_stoma_59(fn_crassulacean_acid_metabolism_100(X))
& fn_closing_of_stoma_59(fn_crassulacean_acid_metabolism_100(X)) = fn_stoma_9(fn_crassulacean_acid_metabolism_117(X))
& fn_stoma_9(fn_crassulacean_acid_metabolism_117(X)) = fn_stoma_9(fn_crassulacean_acid_metabolism_117(X))
& fn_stoma_9(fn_crassulacean_acid_metabolism_117(X)) = fn_transpiration_21(fn_crassulacean_acid_metabolism_82(X))
& fn_transpiration_21(fn_crassulacean_acid_metabolism_82(X)) = fn_transpiration_21(fn_crassulacean_acid_metabolism_82(X))
& fn_transpiration_21(fn_crassulacean_acid_metabolism_82(X)) = fn_closing_of_stoma_64(fn_crassulacean_acid_metabolism_100(X))
& fn_closing_of_stoma_64(fn_crassulacean_acid_metabolism_100(X)) = fn_closing_of_stoma_64(fn_crassulacean_acid_metabolism_100(X))
& fn_closing_of_stoma_64(fn_crassulacean_acid_metabolism_100(X)) = fn_barrier_1(fn_crassulacean_acid_metabolism_132(X))
& fn_barrier_1(fn_crassulacean_acid_metabolism_132(X)) = fn_move_out_of_1(fn_crassulacean_acid_metabolism_133(X))
& fn_move_out_of_1(fn_crassulacean_acid_metabolism_133(X)) = fn_move_out_of_1(fn_crassulacean_acid_metabolism_133(X))
& fn_move_out_of_1(fn_crassulacean_acid_metabolism_133(X)) = fn_closing_of_stoma_56(fn_crassulacean_acid_metabolism_100(X))
& fn_closing_of_stoma_56(fn_crassulacean_acid_metabolism_100(X)) = fn_closing_of_stoma_56(fn_crassulacean_acid_metabolism_100(X))
& fn_closing_of_stoma_56(fn_crassulacean_acid_metabolism_100(X)) = fn_metabolic_pathway_1(fn_crassulacean_acid_metabolism_90(X))
& fn_metabolic_pathway_1(fn_crassulacean_acid_metabolism_90(X)) = fn_carbon_fixation_1(fn_crassulacean_acid_metabolism_99(X))
& fn_carbon_fixation_1(fn_crassulacean_acid_metabolism_99(X)) = fn_metabolic_pathway_1(fn_crassulacean_acid_metabolism_135(X))
& fn_metabolic_pathway_1(X) = fn_metabolic_pathway_1(fn_crassulacean_acid_metabolism_90(X))
& fn_metabolic_pathway_1(fn_crassulacean_acid_metabolism_90(X)) = fn_metabolic_pathway_1(fn_crassulacean_acid_metabolism_135(X))
& fn_metabolic_pathway_1(fn_crassulacean_acid_metabolism_135(X)) = fn_metabolic_pathway_1(X)
& fn_metabolic_pathway_1(X) = fn_store_2(fn_crassulacean_acid_metabolism_94(X))
& fn_store_2(fn_crassulacean_acid_metabolism_94(X)) = fn_store_2(fn_crassulacean_acid_metabolism_94(X))
& fn_store_2(fn_crassulacean_acid_metabolism_94(X)) = fn_leaf_44(fn_crassulacean_acid_metabolism_93(X))
& fn_leaf_44(fn_crassulacean_acid_metabolism_93(X)) = fn_leaf_12(fn_crassulacean_acid_metabolism_93(X))
& fn_leaf_12(fn_crassulacean_acid_metabolism_93(X)) = fn_organ_1(fn_crassulacean_acid_metabolism_93(X))
& fn_organ_1(fn_crassulacean_acid_metabolism_93(X)) = fn_leaf_12(fn_crassulacean_acid_metabolism_93(X))
& fn_leaf_12(fn_crassulacean_acid_metabolism_93(X)) = fn_leaf_12(fn_crassulacean_acid_metabolism_93(X))
& fn_leaf_12(fn_crassulacean_acid_metabolism_93(X)) = fn_photosynthesis_41(X)
& fn_photosynthesis_41(X) = fn_photosynthesis_41(X)
& fn_photosynthesis_41(X) = fn_thylakoid_membrane_16(fn_crassulacean_acid_metabolism_128(X))
& fn_thylakoid_membrane_16(fn_crassulacean_acid_metabolism_128(X)) = fn_hold_2(fn_crassulacean_acid_metabolism_49(X))
& fn_hold_2(fn_crassulacean_acid_metabolism_49(X)) = fn_thylakoid_membrane_8(fn_crassulacean_acid_metabolism_128(X))
& fn_thylakoid_membrane_8(fn_crassulacean_acid_metabolism_128(X)) = fn_thylakoid_membrane_8(fn_crassulacean_acid_metabolism_128(X))
& fn_thylakoid_membrane_8(fn_crassulacean_acid_metabolism_128(X)) = fn_hold_1(fn_crassulacean_acid_metabolism_50(X))
& fn_hold_1(fn_crassulacean_acid_metabolism_50(X)) = fn_thylakoid_membrane_9(fn_crassulacean_acid_metabolism_128(X))
& fn_thylakoid_membrane_9(fn_crassulacean_acid_metabolism_128(X)) = fn_thylakoid_membrane_9(fn_crassulacean_acid_metabolism_128(X))
& fn_thylakoid_membrane_9(fn_crassulacean_acid_metabolism_128(X)) = fn_thylakoid_membrane_12(fn_crassulacean_acid_metabolism_128(X))
& fn_thylakoid_membrane_12(fn_crassulacean_acid_metabolism_128(X)) = fn_thylakoid_membrane_13(fn_crassulacean_acid_metabolism_128(X))
& fn_thylakoid_membrane_13(fn_crassulacean_acid_metabolism_128(X)) = fn_thylakoid_membrane_13(fn_crassulacean_acid_metabolism_128(X))
& fn_thylakoid_membrane_13(fn_crassulacean_acid_metabolism_128(X)) = fn_thylakoid_membrane_14(fn_crassulacean_acid_metabolism_128(X))
& fn_thylakoid_membrane_14(fn_crassulacean_acid_metabolism_128(X)) = fn_photosynthesis_94(X)
& fn_photosynthesis_94(X) = fn_carbon_dioxide_6(fn_crassulacean_acid_metabolism_119(X))
& fn_carbon_dioxide_6(fn_crassulacean_acid_metabolism_119(X)) = fn_photosynthesis_58(X)
& fn_photosynthesis_58(X) = fn_photosynthesis_58(X)
& fn_photosynthesis_58(X) = fn_carbon_dioxide_2(fn_crassulacean_acid_metabolism_119(X))
& fn_carbon_dioxide_2(fn_crassulacean_acid_metabolism_119(X)) = fn_carbon_dioxide_2(fn_crassulacean_acid_metabolism_119(X))
& fn_carbon_dioxide_2(fn_crassulacean_acid_metabolism_119(X)) = fn_polar_covalent_bond_17(fn_crassulacean_acid_metabolism_69(X))
& fn_carbon_dioxide_7(fn_crassulacean_acid_metabolism_119(X)) = fn_polar_covalent_bond_17(fn_crassulacean_acid_metabolism_69(X))
& fn_polar_covalent_bond_17(fn_crassulacean_acid_metabolism_69(X)) = fn_carbon_dioxide_7(fn_crassulacean_acid_metabolism_119(X))
& fn_carbon_dioxide_7(fn_crassulacean_acid_metabolism_119(X)) = fn_carbon_dioxide_5(fn_crassulacean_acid_metabolism_119(X))
& fn_carbon_dioxide_5(fn_crassulacean_acid_metabolism_119(X)) = fn_carbon_dioxide_5(fn_crassulacean_acid_metabolism_119(X))
& fn_carbon_dioxide_5(fn_crassulacean_acid_metabolism_119(X)) = fn_covalent_bond_17(fn_crassulacean_acid_metabolism_69(X))
& fn_covalent_bond_17(fn_crassulacean_acid_metabolism_69(X)) = fn_carbon_dioxide_5(fn_crassulacean_acid_metabolism_119(X))
& fn_carbon_dioxide_5(fn_crassulacean_acid_metabolism_119(X)) = fn_photosynthesis_61(X)
& fn_photosynthesis_61(X) = fn_photosynthesis_61(X)
& fn_photosynthesis_61(X) = fn_share_3(fn_crassulacean_acid_metabolism_169(X))
& fn_share_3(fn_crassulacean_acid_metabolism_169(X)) = fn_share_3(fn_crassulacean_acid_metabolism_169(X))
& fn_share_3(fn_crassulacean_acid_metabolism_169(X)) = fn_share_1(fn_crassulacean_acid_metabolism_169(X))
& fn_share_1(fn_crassulacean_acid_metabolism_169(X)) = fn_share_1(fn_crassulacean_acid_metabolism_169(X))
& fn_share_1(fn_crassulacean_acid_metabolism_169(X)) = fn_covalent_bond_19(fn_crassulacean_acid_metabolism_69(X))
& fn_covalent_bond_19(fn_crassulacean_acid_metabolism_69(X)) = fn_covalent_bond_19(fn_crassulacean_acid_metabolism_69(X))
& fn_covalent_bond_19(fn_crassulacean_acid_metabolism_69(X)) = fn_polar_covalent_bond_18(fn_crassulacean_acid_metabolism_69(X))
& fn_polar_covalent_bond_18(fn_crassulacean_acid_metabolism_69(X)) = fn_covalent_bond_19(fn_crassulacean_acid_metabolism_69(X))
& fn_covalent_bond_19(fn_crassulacean_acid_metabolism_69(X)) = fn_covalent_bond_20(fn_crassulacean_acid_metabolism_69(X))
& fn_polar_covalent_bond_18(fn_crassulacean_acid_metabolism_69(X)) = fn_polar_covalent_bond_18(fn_crassulacean_acid_metabolism_69(X))
& fn_covalent_bond_20(fn_crassulacean_acid_metabolism_69(X)) = fn_carbon_dioxide_3(fn_crassulacean_acid_metabolism_119(X))
& fn_carbon_dioxide_3(fn_crassulacean_acid_metabolism_119(X)) = fn_carbon_dioxide_3(fn_crassulacean_acid_metabolism_119(X))
& fn_carbon_dioxide_3(fn_crassulacean_acid_metabolism_119(X)) = fn_share_3(fn_crassulacean_acid_metabolism_45(X))
& fn_share_3(fn_crassulacean_acid_metabolism_45(X)) = fn_share_3(fn_crassulacean_acid_metabolism_43(X))
& fn_share_3(fn_crassulacean_acid_metabolism_43(X)) = fn_share_3(fn_crassulacean_acid_metabolism_42(X))
& fn_share_3(fn_crassulacean_acid_metabolism_42(X)) = fn_photosynthesis_59(X)
& fn_photosynthesis_59(X) = fn_photosynthesis_59(X)
& fn_photosynthesis_59(X) = fn_share_3(fn_crassulacean_acid_metabolism_166(X))
& fn_share_3(fn_crassulacean_acid_metabolism_166(X)) = fn_share_3(fn_crassulacean_acid_metabolism_44(X))
& fn_share_3(fn_crassulacean_acid_metabolism_44(X)) = fn_share_3(fn_crassulacean_acid_metabolism_45(X))
& fn_share_3(fn_crassulacean_acid_metabolism_45(X)) = fn_share_1(fn_crassulacean_acid_metabolism_45(X))
& fn_share_1(fn_crassulacean_acid_metabolism_45(X)) = fn_share_3(fn_crassulacean_acid_metabolism_43(X))
& fn_share_3(fn_crassulacean_acid_metabolism_43(X)) = fn_share_1(fn_crassulacean_acid_metabolism_43(X))
& fn_share_1(fn_crassulacean_acid_metabolism_43(X)) = fn_share_3(fn_crassulacean_acid_metabolism_42(X))
& fn_share_3(fn_crassulacean_acid_metabolism_42(X)) = fn_share_1(fn_crassulacean_acid_metabolism_42(X))
& fn_share_1(fn_crassulacean_acid_metabolism_42(X)) = fn_share_3(fn_crassulacean_acid_metabolism_166(X))
& fn_share_3(fn_crassulacean_acid_metabolism_166(X)) = fn_share_1(fn_crassulacean_acid_metabolism_166(X))
& fn_share_1(fn_crassulacean_acid_metabolism_166(X)) = fn_share_3(fn_crassulacean_acid_metabolism_44(X))
& fn_share_3(fn_crassulacean_acid_metabolism_44(X)) = fn_share_1(fn_crassulacean_acid_metabolism_44(X))
& fn_share_1(fn_crassulacean_acid_metabolism_44(X)) = fn_share_1(fn_crassulacean_acid_metabolism_45(X))
& fn_share_1(fn_crassulacean_acid_metabolism_45(X)) = fn_share_1(fn_crassulacean_acid_metabolism_43(X))
& fn_share_1(fn_crassulacean_acid_metabolism_43(X)) = fn_share_1(fn_crassulacean_acid_metabolism_42(X))
& fn_share_1(fn_crassulacean_acid_metabolism_42(X)) = fn_share_1(fn_crassulacean_acid_metabolism_166(X))
& fn_share_1(fn_crassulacean_acid_metabolism_166(X)) = fn_share_1(fn_crassulacean_acid_metabolism_44(X))
& fn_share_1(fn_crassulacean_acid_metabolism_44(X)) = fn_polar_covalent_bond_18(fn_crassulacean_acid_metabolism_69(X))
& fn_covalent_bond_20(fn_crassulacean_acid_metabolism_69(X)) = fn_polar_covalent_bond_18(fn_crassulacean_acid_metabolism_69(X))
& fn_polar_covalent_bond_18(fn_crassulacean_acid_metabolism_69(X)) = fn_covalent_bond_20(fn_crassulacean_acid_metabolism_69(X))
& fn_covalent_bond_20(fn_crassulacean_acid_metabolism_69(X)) = fn_covalent_bond_20(fn_crassulacean_acid_metabolism_69(X))
& fn_polar_covalent_bond_19(fn_crassulacean_acid_metabolism_69(X)) = fn_covalent_bond_20(fn_crassulacean_acid_metabolism_69(X))
& fn_covalent_bond_20(fn_crassulacean_acid_metabolism_69(X)) = fn_polar_covalent_bond_19(fn_crassulacean_acid_metabolism_69(X))
& fn_polar_covalent_bond_19(fn_crassulacean_acid_metabolism_69(X)) = fn_polar_covalent_bond_19(fn_crassulacean_acid_metabolism_69(X))
& fn_polar_covalent_bond_19(fn_crassulacean_acid_metabolism_69(X)) = fn_carbon_dioxide_1(fn_crassulacean_acid_metabolism_119(X))
& fn_carbon_dioxide_4(fn_crassulacean_acid_metabolism_119(X)) = fn_carbon_dioxide_4(fn_crassulacean_acid_metabolism_119(X))
& fn_carbon_dioxide_4(fn_crassulacean_acid_metabolism_119(X)) = fn_carbon_dioxide_1(fn_crassulacean_acid_metabolism_119(X))
& fn_carbon_dioxide_1(fn_crassulacean_acid_metabolism_119(X)) = fn_carbon_dioxide_4(fn_crassulacean_acid_metabolism_119(X))
& fn_carbon_dioxide_4(fn_crassulacean_acid_metabolism_119(X)) = fn_remove_1(fn_crassulacean_acid_metabolism_101(X))
& fn_remove_1(fn_crassulacean_acid_metabolism_101(X)) = fn_oxidation_7(fn_crassulacean_acid_metabolism_145(X))
& fn_oxidation_7(fn_crassulacean_acid_metabolism_145(X)) = fn_reduction_1(fn_crassulacean_acid_metabolism_107(X))
& fn_reduction_1(fn_crassulacean_acid_metabolism_107(X)) = fn_oxidation_7(fn_crassulacean_acid_metabolism_145(X))
& fn_oxidation_7(fn_crassulacean_acid_metabolism_145(X)) = fn_oxidation_7(fn_crassulacean_acid_metabolism_145(X))
& fn_oxidation_7(fn_crassulacean_acid_metabolism_145(X)) = fn_locomotion_1(fn_crassulacean_acid_metabolism_77(X))
& fn_locomotion_1(fn_crassulacean_acid_metabolism_129(X)) = fn_reduction_1(fn_crassulacean_acid_metabolism_107(X))
& fn_reduction_1(fn_crassulacean_acid_metabolism_107(X)) = fn_reduction_1(fn_crassulacean_acid_metabolism_107(X))
& fn_reduction_1(fn_crassulacean_acid_metabolism_107(X)) = fn_locomotion_1(fn_crassulacean_acid_metabolism_77(X))
& fn_locomotion_1(fn_crassulacean_acid_metabolism_77(X)) = fn_locomotion_1(fn_crassulacean_acid_metabolism_77(X))
& fn_locomotion_1(fn_crassulacean_acid_metabolism_77(X)) = fn_locomotion_1(fn_crassulacean_acid_metabolism_129(X))
& fn_locomotion_1(fn_crassulacean_acid_metabolism_129(X)) = fn_locomotion_1(fn_crassulacean_acid_metabolism_129(X))
& fn_locomotion_1(fn_crassulacean_acid_metabolism_129(X)) = fn_reduction_3(fn_crassulacean_acid_metabolism_107(X))
& fn_reduction_3(fn_crassulacean_acid_metabolism_107(X)) = fn_reduction_3(fn_crassulacean_acid_metabolism_107(X))
& fn_reduction_3(fn_crassulacean_acid_metabolism_107(X)) = fn_anabolic_pathway_6(fn_crassulacean_acid_metabolism_102(X))
& fn_redox_reaction_12(fn_crassulacean_acid_metabolism_105(X)) = fn_anabolic_pathway_6(fn_crassulacean_acid_metabolism_102(X))
& fn_anabolic_pathway_6(fn_crassulacean_acid_metabolism_102(X)) = fn_anabolic_pathway_6(fn_crassulacean_acid_metabolism_102(X))
& fn_anabolic_pathway_6(fn_crassulacean_acid_metabolism_102(X)) = fn_redox_reaction_12(fn_crassulacean_acid_metabolism_105(X))
& fn_redox_reaction_12(fn_crassulacean_acid_metabolism_105(X)) = fn_redox_reaction_12(fn_crassulacean_acid_metabolism_105(X))
& fn_redox_reaction_12(fn_crassulacean_acid_metabolism_105(X)) = fn_calvin_cycle_55(fn_crassulacean_acid_metabolism_102(X))
& fn_calvin_cycle_55(fn_crassulacean_acid_metabolism_102(X)) = fn_calvin_cycle_55(fn_crassulacean_acid_metabolism_102(X))
& fn_calvin_cycle_55(fn_crassulacean_acid_metabolism_102(X)) = fn_photosynthesis_38(X)
& fn_photosynthesis_38(X) = fn_photosynthesis_38(X) ) ) ).
fof(a528737,axiom,
! [X] :
( crayfish_1(X)
=> ( original_name_2(X,'Crayfish')
& user_description_2(X,'A small freshwater crustacean resembling a clawed lobster.')
& concept2words_2(X,crayfish)
& crustacean_1(X)
& ~ barnacle_1(X)
& ~ clawed_lobster_1(X)
& ~ copepod_1(X)
& ~ decapod_1(X)
& ~ isopod_1(X)
& ~ krill_1(X) ) ) ).
fof(a528738,axiom,
! [X] :
( create_1(X)
=> ( original_name_2(X,'Create')
& concept2words_2(X,create)
& concept2words_2(X,make)
& concept2words_2(X,appear)
& concept2words_2(X,reappear)
& concept2words_2(X,'re appear')
& concept2words_2(X,'re-appear')
& concept2words_2(X,initiate)
& action_1(X)
& entity_1(fn_create_1(X))
& result_2(X,fn_create_1(X)) ) ) ).
fof(a528739,axiom,
! [X] :
( create_transgenic_animal_1(X)
=> ( original_name_2(X,'Create-Transgenic-Animal')
& user_description_2(X,'To create an animal whose genome contains a gene introduced from another organism of the same of a different species.')
& concept2words_2(X,create)
& concept2words_2(X,'create transgenic animal')
& concept2words_2(X,'create-transgenic-animal')
& engineering_1(X)
& region_1(fn_create_transgenic_animal_2(X))
& sex_value_1(fn_create_transgenic_animal_3(X))
& sex_value_1(fn_create_transgenic_animal_6(X))
& sex_value_1(fn_create_transgenic_animal_7(X))
& species_1(fn_create_transgenic_animal_8(X))
& nucleus_1(fn_create_transgenic_animal_9(X))
& growth_1(fn_create_transgenic_animal_10(X))
& development_1(fn_create_transgenic_animal_11(X))
& transgenic_organism_1(fn_create_transgenic_animal_12(X))
& scientist_1(fn_create_transgenic_animal_13(X))
& parent_1(fn_create_transgenic_animal_14(X))
& remove_1(fn_create_transgenic_animal_15(X))
& fertilization_1(fn_create_transgenic_animal_16(X))
& implant_1(fn_create_transgenic_animal_17(X))
& cloning_eukaryotic_gene_1(fn_create_transgenic_animal_18(X))
& biological_process_1(fn_create_transgenic_animal_19(X))
& inject_dna_with_needle_1(fn_create_transgenic_animal_19(X))
& egg_1(fn_create_transgenic_animal_20(X))
& organism_1(fn_create_transgenic_animal_21(X))
& spatial_entity_1(fn_create_transgenic_animal_22(X))
& zygote_1(fn_create_transgenic_animal_22(X))
& tangible_entity_1(fn_create_transgenic_animal_22(X))
& cell_1(fn_create_transgenic_animal_22(X))
& event_1(fn_create_transgenic_animal_23(X))
& move_through_1(fn_create_transgenic_animal_23(X))
& move_1(fn_create_transgenic_animal_23(X))
& recombinant_plasmid_1(fn_create_transgenic_animal_24(X))
& gene_1(fn_create_transgenic_animal_25(X))
& eukaryotic_gene_1(fn_create_transgenic_animal_25(X))
& genome_1(fn_create_transgenic_animal_26(X))
& organism_1(fn_create_transgenic_animal_27(X))
& sperm_cell_1(fn_create_transgenic_animal_28(X))
& organism_1(fn_create_transgenic_animal_29(X))
& spatial_entity_1(fn_remove_2(fn_create_transgenic_animal_15(X)))
& tangible_entity_1(fn_move_into_1(fn_create_transgenic_animal_17(X)))
& gamete_1(fn_fertilization_2(fn_create_transgenic_animal_16(X)))
& event_1(fn_organism_role_2(fn_create_transgenic_animal_14(X)))
& organism_1(fn_parent_3(fn_create_transgenic_animal_14(X)))
& dna_1(fn_get_free_dna_into_cell_7(fn_create_transgenic_animal_19(X)))
& spatial_entity_1(fn_add_2(fn_create_transgenic_animal_16(X)))
& spatial_entity_1(fn_remove_1(fn_create_transgenic_animal_15(X)))
& gene_1(fn_gene_related_aggregates_1(fn_create_transgenic_animal_26(X)))
& eukaryotic_gene_1(fn_cloning_eukaryotic_gene_12(fn_create_transgenic_animal_18(X)))
& spatial_entity_1(fn_move_1(fn_create_transgenic_animal_17(X)))
& zygote_1(fn_fertilization_1(fn_create_transgenic_animal_16(X)))
& tangible_entity_1(fn_get_free_dna_into_cell_5(fn_create_transgenic_animal_19(X)))
& cell_1(fn_get_free_dna_into_cell_5(fn_create_transgenic_animal_19(X)))
& event_1(fn_get_free_dna_into_cell_2(fn_create_transgenic_animal_19(X)))
& move_through_1(fn_get_free_dna_into_cell_6(fn_create_transgenic_animal_19(X)))
& move_1(fn_get_free_dna_into_cell_6(fn_create_transgenic_animal_19(X)))
& same_type_2(fn_create_transgenic_animal_14(X),fn_create_transgenic_animal_29(X))
& same_type_2(fn_create_transgenic_animal_14(X),fn_create_transgenic_animal_27(X))
& same_type_2(fn_create_transgenic_animal_14(X),fn_create_transgenic_animal_21(X))
& agent_2(fn_create_transgenic_animal_15(X),fn_create_transgenic_animal_13(X))
& next_event_2(fn_create_transgenic_animal_15(X),fn_create_transgenic_animal_16(X))
& agent_2(fn_create_transgenic_animal_16(X),fn_create_transgenic_animal_13(X))
& next_event_2(fn_create_transgenic_animal_16(X),fn_create_transgenic_animal_18(X))
& agent_2(fn_create_transgenic_animal_17(X),fn_create_transgenic_animal_13(X))
& exactCardinality(fn_create_transgenic_animal_17(X),base_0,"1",female_0)
& path_2(fn_create_transgenic_animal_17(X),fn_create_transgenic_animal_2(X))
& enables_2(fn_create_transgenic_animal_17(X),fn_create_transgenic_animal_10(X))
& enables_2(fn_create_transgenic_animal_17(X),fn_create_transgenic_animal_11(X))
& result_2(fn_create_transgenic_animal_11(X),fn_create_transgenic_animal_12(X))
& object_2(fn_create_transgenic_animal_11(X),fn_create_transgenic_animal_22(X))
& next_event_2(fn_create_transgenic_animal_18(X),fn_create_transgenic_animal_19(X))
& next_event_2(fn_create_transgenic_animal_19(X),fn_create_transgenic_animal_17(X))
& same_type_2(fn_create_transgenic_animal_21(X),fn_create_transgenic_animal_14(X))
& sex_2(fn_create_transgenic_animal_21(X),fn_create_transgenic_animal_6(X))
& result_2(fn_create_transgenic_animal_10(X),fn_create_transgenic_animal_12(X))
& object_2(fn_create_transgenic_animal_10(X),fn_create_transgenic_animal_22(X))
& destination_2(fn_create_transgenic_animal_23(X),fn_create_transgenic_animal_9(X))
& element_2(fn_create_transgenic_animal_8(X),fn_create_transgenic_animal_21(X))
& element_2(fn_create_transgenic_animal_8(X),fn_create_transgenic_animal_27(X))
& element_2(fn_create_transgenic_animal_8(X),fn_create_transgenic_animal_29(X))
& same_type_2(fn_create_transgenic_animal_27(X),fn_create_transgenic_animal_14(X))
& sex_2(fn_create_transgenic_animal_27(X),fn_create_transgenic_animal_7(X))
& result_2(X,fn_create_transgenic_animal_12(X))
& origin_2(X,fn_create_transgenic_animal_27(X))
& agent_2(X,fn_create_transgenic_animal_13(X))
& subevent_2(X,fn_create_transgenic_animal_15(X))
& subevent_2(X,fn_create_transgenic_animal_16(X))
& subevent_2(X,fn_create_transgenic_animal_17(X))
& subevent_2(X,fn_create_transgenic_animal_11(X))
& subevent_2(X,fn_create_transgenic_animal_18(X))
& subevent_2(X,fn_create_transgenic_animal_19(X))
& first_subevent_2(X,fn_create_transgenic_animal_15(X))
& the_categorical_value_2(fn_create_transgenic_animal_7(X),male_0)
& the_categorical_value_2(fn_create_transgenic_animal_6(X),female_0)
& the_categorical_value_2(fn_create_transgenic_animal_3(X),female_0)
& same_type_2(fn_create_transgenic_animal_29(X),fn_create_transgenic_animal_14(X))
& sex_2(fn_create_transgenic_animal_29(X),fn_create_transgenic_animal_3(X))
& has_region_2(fn_create_transgenic_animal_29(X),fn_create_transgenic_animal_2(X))
& object_2(fn_create_transgenic_animal_17(X),fn_create_transgenic_animal_22(X))
& base_2(fn_create_transgenic_animal_16(X),fn_create_transgenic_animal_20(X))
& object_2(fn_create_transgenic_animal_15(X),fn_create_transgenic_animal_20(X))
& base_2(fn_create_transgenic_animal_15(X),fn_create_transgenic_animal_21(X))
& base_2(fn_create_transgenic_animal_17(X),fn_create_transgenic_animal_29(X))
& element_2(fn_create_transgenic_animal_26(X),fn_create_transgenic_animal_25(X))
& object_2(fn_create_transgenic_animal_16(X),fn_create_transgenic_animal_28(X))
& result_2(fn_create_transgenic_animal_16(X),fn_create_transgenic_animal_22(X))
& object_2(fn_create_transgenic_animal_18(X),fn_create_transgenic_animal_25(X))
& in_event_2(fn_create_transgenic_animal_14(X),X)
& plays_2(fn_create_transgenic_animal_27(X),fn_create_transgenic_animal_14(X))
& object_2(fn_create_transgenic_animal_19(X),fn_create_transgenic_animal_24(X))
& object_2(fn_create_transgenic_animal_23(X),fn_create_transgenic_animal_24(X))
& subevent_2(fn_create_transgenic_animal_19(X),fn_create_transgenic_animal_23(X))
& base_2(fn_create_transgenic_animal_19(X),fn_create_transgenic_animal_22(X))
& base_2(fn_create_transgenic_animal_23(X),fn_create_transgenic_animal_22(X))
& fn_create_transgenic_animal_22(X) = fn_move_1(fn_create_transgenic_animal_17(X))
& fn_create_transgenic_animal_20(X) = fn_add_2(fn_create_transgenic_animal_16(X))
& fn_create_transgenic_animal_20(X) = fn_remove_1(fn_create_transgenic_animal_15(X))
& fn_create_transgenic_animal_21(X) = fn_remove_2(fn_create_transgenic_animal_15(X))
& fn_create_transgenic_animal_29(X) = fn_move_into_1(fn_create_transgenic_animal_17(X))
& fn_create_transgenic_animal_25(X) = fn_gene_related_aggregates_1(fn_create_transgenic_animal_26(X))
& fn_create_transgenic_animal_28(X) = fn_fertilization_2(fn_create_transgenic_animal_16(X))
& fn_create_transgenic_animal_22(X) = fn_fertilization_1(fn_create_transgenic_animal_16(X))
& fn_create_transgenic_animal_25(X) = fn_cloning_eukaryotic_gene_12(fn_create_transgenic_animal_18(X))
& X = fn_organism_role_2(fn_create_transgenic_animal_14(X))
& fn_create_transgenic_animal_27(X) = fn_parent_3(fn_create_transgenic_animal_14(X))
& fn_create_transgenic_animal_22(X) = fn_get_free_dna_into_cell_5(fn_create_transgenic_animal_19(X))
& fn_create_transgenic_animal_23(X) = fn_get_free_dna_into_cell_2(fn_create_transgenic_animal_19(X))
& fn_create_transgenic_animal_23(X) = fn_get_free_dna_into_cell_6(fn_create_transgenic_animal_19(X))
& fn_create_transgenic_animal_24(X) = fn_get_free_dna_into_cell_7(fn_create_transgenic_animal_19(X))
& fn_add_2(fn_create_transgenic_animal_16(X)) = fn_remove_1(fn_create_transgenic_animal_15(X))
& fn_remove_1(fn_create_transgenic_animal_15(X)) = fn_gene_related_aggregates_1(fn_create_transgenic_animal_26(X))
& fn_gene_related_aggregates_1(fn_create_transgenic_animal_26(X)) = fn_cloning_eukaryotic_gene_12(fn_create_transgenic_animal_18(X))
& fn_cloning_eukaryotic_gene_12(fn_create_transgenic_animal_18(X)) = fn_move_1(fn_create_transgenic_animal_17(X))
& fn_move_1(fn_create_transgenic_animal_17(X)) = fn_fertilization_1(fn_create_transgenic_animal_16(X))
& fn_fertilization_1(fn_create_transgenic_animal_16(X)) = fn_fertilization_1(fn_create_transgenic_animal_16(X))
& fn_fertilization_1(fn_create_transgenic_animal_16(X)) = fn_get_free_dna_into_cell_5(fn_create_transgenic_animal_19(X))
& fn_get_free_dna_into_cell_5(fn_create_transgenic_animal_19(X)) = fn_get_free_dna_into_cell_5(fn_create_transgenic_animal_19(X))
& fn_get_free_dna_into_cell_5(fn_create_transgenic_animal_19(X)) = fn_get_free_dna_into_cell_2(fn_create_transgenic_animal_19(X))
& fn_get_free_dna_into_cell_2(fn_create_transgenic_animal_19(X)) = fn_get_free_dna_into_cell_2(fn_create_transgenic_animal_19(X))
& fn_get_free_dna_into_cell_2(fn_create_transgenic_animal_19(X)) = fn_get_free_dna_into_cell_6(fn_create_transgenic_animal_19(X))
& fn_get_free_dna_into_cell_6(fn_create_transgenic_animal_19(X)) = fn_get_free_dna_into_cell_6(fn_create_transgenic_animal_19(X)) ) ) ).
fof(a528740,axiom,
! [X] :
( creator_1(X)
=> ( original_name_2(X,'Creator')
& concept2words_2(X,creator)
& participant_1(X)
& create_1(fn_creator_1(X))
& tangible_entity_1(fn_creator_2(X))
& agent_2(fn_creator_1(X),fn_creator_2(X))
& in_event_2(X,fn_creator_1(X))
& plays_2(fn_creator_2(X),X)
& fn_creator_2(X) = fn_agent_role_1(X) ) ) ).
fof(a528741,axiom,
! [X] :
( crenarchaeota_1(X)
=> ( original_name_2(X,'Crenarchaeota')
& user_description_2(X,'A taxon of archaea including sulfur eaters and some extreme thermophiles.')
& concept2words_2(X,crenarchaeota)
& archaea_1(X)
& ~ euryarchaeota_1(X) ) ) ).
fof(a528742,axiom,
! [X] :
( cretinism_1(X)
=> ( original_name_2(X,'Cretinism')
& user_description_2(X,'A condition of stunted physical and mental development due to congenital thyroid deficiency.')
& concept2words_2(X,cretinism)
& metabolic_disorder_1(X)
& ~ hypopituitarism_1(X)
& ~ gigantism_1(X)
& ~ hyperthyroidism_1(X)
& ~ mitochondrial_myopathy_1(X)
& ~ diabetes_mellitus_1(X) ) ) ).
fof(a528743,axiom,
! [X] :
( creutzfeldt_jacob_disease_1(X)
=> ( original_name_2(X,'Creutzfeldt-Jacob-Disease')
& user_description_2(X,'A prion-based neurological disorder in which the brain tissue becomes spongey. The disease is progressive and always fatal.')
& concept2words_2(X,'creutzfeldt jacob disease')
& concept2words_2(X,'creutzfeldt-jacob-disease')
& mental_or_brain_disorder_1(X)
& ~ alzheimers_disease_1(X)
& ~ bipolar_disorder_1(X)
& ~ major_depression_1(X)
& ~ multiple_sclerosis_1(X)
& ~ parkinsons_disease_1(X)
& ~ schizophrenia_1(X) ) ) ).
fof(a528744,axiom,
! [X] :
( cri_du_chat_syndrome_1(X)
=> ( original_name_2(X,'Cri-Du-Chat-Syndrome')
& user_description_2(X,'A disorder stemming from a missing portion of chromosome 5; causes mental retardation and other symptoms.')
& concept2words_2(X,'cri du chat syndrome')
& concept2words_2(X,'cri-du-chat-syndrome')
& chromosomal_disorder_1(X)
& ~ achondroplasia_1(X)
& ~ alkaptonuria_1(X)
& ~ angelman_syndrome_1(X)
& ~ cystic_fibrosis_1(X)
& ~ down_syndrome_1(X)
& ~ huntingtons_disease_1(X)
& ~ klinefelter_syndrome_1(X)
& ~ multifactorial_genetic_disorder_1(X)
& ~ phenylketonuria_1(X)
& ~ polydactyly_1(X)
& ~ prader_willi_syndrome_1(X)
& ~ sex_linked_human_genetic_disorder_1(X)
& ~ sickle_cell_anemia_1(X)
& ~ tay_sachs_disease_1(X)
& ~ triple_x_1(X)
& ~ turner_syndrome_1(X) ) ) ).
fof(a528745,axiom,
! [X] :
( cricket_1(X)
=> ( original_name_2(X,'Cricket')
& user_description_2(X,'Insect of the family Gryllidae, which resemble grasshoppers. Crickets have long antennae and powerful hind legs for jumping, and are generally nocturnal.')
& concept2words_2(X,cricket)
& orthoptera_1(X)
& ~ cockroach_1(X)
& ~ grasshopper_1(X) ) ) ).
fof(a528746,axiom,
! [X] :
( crista_1(X)
=> ( original_name_2(X,'Crista')
& user_description_2(X,'The cristae are the foldings of the inner mitochondrial membrane which gives the inner membrane a large surface area that enhances the productivity of cellular respiration.')
& concept2words_2(X,cristae)
& concept2words_2(X,crista)
& cellular_structure_1(X)
& area_value_1(fn_crista_2(X))
& electron_transport_chain_pathway_1(fn_crista_5(X))
& proton_motive_force_1(fn_crista_6(X))
& organic_molecule_1(fn_crista_7(X))
& molecule_1(fn_crista_7(X))
& chemical_entity_1(fn_crista_7(X))
& ribonucleotide_1(fn_crista_7(X))
& nucleoside_triphosphate_1(fn_crista_7(X))
& atp_1(fn_crista_7(X))
& oxygen_molecule_1(fn_crista_8(X))
& waste_product_1(fn_crista_9(X))
& chemical_energy_1(fn_crista_10(X))
& quantity_value_1(fn_crista_11(X))
& quantity_value_1(fn_crista_12(X))
& chemical_energy_1(fn_crista_13(X))
& hydrophilic_end_1(fn_crista_14(X))
& hydrophilic_end_1(fn_crista_15(X))
& eukaryotic_cellular_respiration_1(fn_crista_16(X))
& chemical_entity_1(fn_crista_17(X))
& tangible_entity_1(fn_crista_17(X))
& carbon_dioxide_1(fn_crista_17(X))
& mitochondrial_matrix_1(fn_crista_19(X))
& organelle_1(fn_crista_20(X))
& mitochondrion_1(fn_crista_20(X))
& semiautonomous_organelle_1(fn_crista_20(X))
& chemical_reaction_1(fn_crista_21(X))
& oxidative_phosphorylation_1(fn_crista_21(X))
& eukaryotic_oxidative_phosphorylation_1(fn_crista_21(X))
& rate_value_1(fn_crista_22(X))
& chemical_entity_1(fn_crista_23(X))
& organic_molecule_1(fn_crista_23(X))
& molecule_1(fn_crista_23(X))
& entity_1(fn_crista_23(X))
& nadh_1(fn_crista_23(X))
& tangible_entity_1(fn_crista_24(X))
& membrane_1(fn_crista_24(X))
& entity_1(fn_crista_24(X))
& spatial_entity_1(fn_crista_24(X))
& inner_membrane_1(fn_crista_24(X))
& biomembrane_1(fn_crista_24(X))
& spatial_entity_1(fn_crista_25(X))
& tangible_entity_1(fn_crista_25(X))
& polymer_1(fn_crista_25(X))
& protein_1(fn_crista_25(X))
& organic_molecule_1(fn_crista_25(X))
& molecule_1(fn_crista_25(X))
& protein_enzyme_1(fn_crista_25(X))
& knob_1(fn_crista_25(X))
& move_1(fn_crista_26(X))
& rotate_1(fn_crista_26(X))
& move_1(fn_crista_27(X))
& rotate_1(fn_crista_27(X))
& move_1(fn_crista_28(X))
& rotate_1(fn_crista_28(X))
& move_1(fn_crista_29(X))
& rotate_1(fn_crista_29(X))
& move_1(fn_crista_30(X))
& rotate_1(fn_crista_30(X))
& functional_region_1(fn_crista_31(X))
& active_site_1(fn_crista_31(X))
& metabolic_pathway_1(fn_crista_32(X))
& endergonic_process_1(fn_crista_32(X))
& chemical_reaction_1(fn_crista_32(X))
& synthesis_of_organic_molecule_1(fn_crista_32(X))
& anabolic_pathway_1(fn_crista_32(X))
& synthesis_of_atp_1(fn_crista_32(X))
& move_1(fn_crista_33(X))
& rotate_1(fn_crista_33(X))
& move_1(fn_crista_34(X))
& rotate_1(fn_crista_34(X))
& increase_1(fn_crista_35(X))
& ion_1(fn_crista_36(X))
& spatial_entity_1(fn_crista_36(X))
& tangible_entity_1(fn_crista_36(X))
& chemical_entity_1(fn_crista_36(X))
& hydrogen_ion_1(fn_crista_36(X))
& aqueous_solution_1(fn_crista_37(X))
& surface_1(fn_crista_38(X))
& outside_face_1(fn_crista_38(X))
& inside_face_1(fn_crista_39(X))
& inside_face_1(fn_biomembrane_42(fn_crista_24(X)))
& oxygen_molecule_1(fn_cellular_respiration_68(fn_crista_16(X)))
& move_1(fn_eukaryotic_cellular_respiration_60(fn_crista_16(X)))
& rotate_1(fn_eukaryotic_cellular_respiration_60(fn_crista_16(X)))
& move_1(fn_eukaryotic_cellular_respiration_143(fn_crista_16(X)))
& rotate_1(fn_eukaryotic_cellular_respiration_143(fn_crista_16(X)))
& increase_1(fn_eukaryotic_cellular_respiration_119(fn_crista_16(X)))
& property_node_1(fn_eukaryotic_cellular_respiration_47(fn_crista_16(X)))
& rate_value_1(fn_eukaryotic_cellular_respiration_48(fn_crista_16(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_111(fn_crista_16(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_111(fn_crista_16(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_111(fn_crista_16(X)))
& entity_1(fn_eukaryotic_cellular_respiration_111(fn_crista_16(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_111(fn_crista_16(X)))
& move_1(fn_eukaryotic_cellular_respiration_145(fn_crista_16(X)))
& rotate_1(fn_eukaryotic_cellular_respiration_145(fn_crista_16(X)))
& move_1(fn_eukaryotic_cellular_respiration_61(fn_crista_16(X)))
& rotate_1(fn_eukaryotic_cellular_respiration_61(fn_crista_16(X)))
& hydrophilic_end_1(fn_eukaryotic_cellular_respiration_140(fn_crista_16(X)))
& hydrophilic_end_1(fn_eukaryotic_cellular_respiration_141(fn_crista_16(X)))
& organelle_1(fn_eukaryotic_cellular_respiration_101(fn_crista_16(X)))
& mitochondrion_1(fn_eukaryotic_cellular_respiration_101(fn_crista_16(X)))
& semiautonomous_organelle_1(fn_eukaryotic_cellular_respiration_101(fn_crista_16(X)))
& move_1(fn_eukaryotic_cellular_respiration_59(fn_crista_16(X)))
& rotate_1(fn_eukaryotic_cellular_respiration_59(fn_crista_16(X)))
& move_1(fn_eukaryotic_cellular_respiration_144(fn_crista_16(X)))
& rotate_1(fn_eukaryotic_cellular_respiration_144(fn_crista_16(X)))
& property_node_1(fn_eukaryotic_cellular_respiration_118(fn_crista_16(X)))
& quantity_value_1(fn_eukaryotic_cellular_respiration_116(fn_crista_16(X)))
& waste_product_1(fn_cellular_respiration_58(fn_crista_16(X)))
& waste_product_1(fn_cellular_respiration_59(fn_crista_16(X)))
& chemical_energy_1(fn_cellular_respiration_52(fn_crista_16(X)))
& chemical_energy_1(fn_eukaryotic_cellular_respiration_117(fn_crista_16(X)))
& property_node_1(fn_exergonic_reaction_1(fn_crista_16(X)))
& property_node_1(fn_eukaryotic_cellular_respiration_112(fn_crista_16(X)))
& surface_1(fn_biomembrane_47(fn_crista_24(X)))
& outside_face_1(fn_biomembrane_41(fn_crista_24(X)))
& surface_1(fn_eukaryotic_cellular_respiration_139(fn_crista_16(X)))
& outside_face_1(fn_eukaryotic_cellular_respiration_139(fn_crista_16(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_crista_24(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_crista_24(X)))
& aqueous_solution_1(fn_eukaryotic_cellular_respiration_131(fn_crista_16(X)))
& mitochondrial_matrix_1(fn_mitochondrion_37(fn_crista_20(X)))
& mitochondrial_matrix_1(fn_eukaryotic_cellular_respiration_153(fn_crista_16(X)))
& crista_1(fn_mitochondrion_118(fn_crista_20(X)))
& crista_1(fn_eukaryotic_cellular_respiration_103(fn_crista_16(X)))
& tangible_entity_1(fn_mitochondrion_53(fn_crista_20(X)))
& entity_1(fn_mitochondrion_53(fn_crista_20(X)))
& inner_membrane_1(fn_mitochondrion_53(fn_crista_20(X)))
& membrane_1(fn_mitochondrion_53(fn_crista_20(X)))
& spatial_entity_1(fn_mitochondrion_53(fn_crista_20(X)))
& biomembrane_1(fn_mitochondrion_53(fn_crista_20(X)))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_104(fn_crista_16(X)))
& membrane_1(fn_eukaryotic_cellular_respiration_104(fn_crista_16(X)))
& entity_1(fn_eukaryotic_cellular_respiration_104(fn_crista_16(X)))
& spatial_entity_1(fn_eukaryotic_cellular_respiration_104(fn_crista_16(X)))
& inner_membrane_1(fn_eukaryotic_cellular_respiration_104(fn_crista_16(X)))
& biomembrane_1(fn_eukaryotic_cellular_respiration_104(fn_crista_16(X)))
& chemical_entity_1(fn_biomembrane_55(fn_crista_24(X)))
& ion_1(fn_eukaryotic_cellular_respiration_79(fn_crista_16(X)))
& spatial_entity_1(fn_eukaryotic_cellular_respiration_79(fn_crista_16(X)))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_79(fn_crista_16(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_79(fn_crista_16(X)))
& hydrogen_ion_1(fn_eukaryotic_cellular_respiration_79(fn_crista_16(X)))
& quantity_value_1(fn_exergonic_reaction_5(fn_crista_16(X)))
& quantity_value_1(fn_eukaryotic_cellular_respiration_65(fn_crista_16(X)))
& chemical_energy_1(fn_exergonic_reaction_6(fn_crista_16(X)))
& chemical_energy_1(fn_eukaryotic_cellular_respiration_68(fn_crista_16(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_crista_16(X)))
& tangible_entity_1(fn_cellular_respiration_61(fn_crista_16(X)))
& carbon_dioxide_1(fn_cellular_respiration_61(fn_crista_16(X)))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_62(fn_crista_16(X)))
& carbon_dioxide_1(fn_eukaryotic_cellular_respiration_62(fn_crista_16(X)))
& metabolic_pathway_1(fn_mitochondrion_52(fn_crista_20(X)))
& endergonic_process_1(fn_mitochondrion_52(fn_crista_20(X)))
& chemical_reaction_1(fn_mitochondrion_52(fn_crista_20(X)))
& synthesis_of_organic_molecule_1(fn_mitochondrion_52(fn_crista_20(X)))
& anabolic_pathway_1(fn_mitochondrion_52(fn_crista_20(X)))
& synthesis_of_atp_1(fn_mitochondrion_52(fn_crista_20(X)))
& endergonic_process_1(fn_cellular_respiration_27(fn_crista_16(X)))
& chemical_reaction_1(fn_cellular_respiration_27(fn_crista_16(X)))
& synthesis_of_organic_molecule_1(fn_cellular_respiration_27(fn_crista_16(X)))
& anabolic_pathway_1(fn_cellular_respiration_27(fn_crista_16(X)))
& synthesis_of_atp_1(fn_cellular_respiration_27(fn_crista_16(X)))
& endergonic_process_1(fn_eukaryotic_cellular_respiration_15(fn_crista_16(X)))
& chemical_reaction_1(fn_eukaryotic_cellular_respiration_15(fn_crista_16(X)))
& synthesis_of_organic_molecule_1(fn_eukaryotic_cellular_respiration_15(fn_crista_16(X)))
& anabolic_pathway_1(fn_eukaryotic_cellular_respiration_15(fn_crista_16(X)))
& synthesis_of_atp_1(fn_eukaryotic_cellular_respiration_15(fn_crista_16(X)))
& organic_molecule_1(fn_mitochondrion_154(fn_crista_20(X)))
& molecule_1(fn_mitochondrion_154(fn_crista_20(X)))
& chemical_entity_1(fn_mitochondrion_154(fn_crista_20(X)))
& ribonucleotide_1(fn_mitochondrion_154(fn_crista_20(X)))
& nucleoside_triphosphate_1(fn_mitochondrion_154(fn_crista_20(X)))
& atp_1(fn_mitochondrion_154(fn_crista_20(X)))
& organic_molecule_1(fn_cellular_respiration_36(fn_crista_16(X)))
& molecule_1(fn_cellular_respiration_36(fn_crista_16(X)))
& chemical_entity_1(fn_cellular_respiration_36(fn_crista_16(X)))
& ribonucleotide_1(fn_cellular_respiration_36(fn_crista_16(X)))
& nucleoside_triphosphate_1(fn_cellular_respiration_36(fn_crista_16(X)))
& atp_1(fn_cellular_respiration_36(fn_crista_16(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_97(fn_crista_16(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_97(fn_crista_16(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_97(fn_crista_16(X)))
& ribonucleotide_1(fn_eukaryotic_cellular_respiration_97(fn_crista_16(X)))
& nucleoside_triphosphate_1(fn_eukaryotic_cellular_respiration_97(fn_crista_16(X)))
& atp_1(fn_eukaryotic_cellular_respiration_97(fn_crista_16(X)))
& functional_region_1(fn_mitochondrion_71(fn_crista_20(X)))
& active_site_1(fn_mitochondrion_71(fn_crista_20(X)))
& functional_region_1(fn_eukaryotic_cellular_respiration_149(fn_crista_16(X)))
& active_site_1(fn_eukaryotic_cellular_respiration_149(fn_crista_16(X)))
& spatial_entity_1(fn_mitochondrion_72(fn_crista_20(X)))
& tangible_entity_1(fn_mitochondrion_72(fn_crista_20(X)))
& polymer_1(fn_mitochondrion_72(fn_crista_20(X)))
& protein_1(fn_mitochondrion_72(fn_crista_20(X)))
& organic_molecule_1(fn_mitochondrion_72(fn_crista_20(X)))
& molecule_1(fn_mitochondrion_72(fn_crista_20(X)))
& protein_enzyme_1(fn_mitochondrion_72(fn_crista_20(X)))
& knob_1(fn_mitochondrion_72(fn_crista_20(X)))
& spatial_entity_1(fn_eukaryotic_cellular_respiration_136(fn_crista_16(X)))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_136(fn_crista_16(X)))
& polymer_1(fn_eukaryotic_cellular_respiration_136(fn_crista_16(X)))
& protein_1(fn_eukaryotic_cellular_respiration_136(fn_crista_16(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_136(fn_crista_16(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_136(fn_crista_16(X)))
& protein_enzyme_1(fn_eukaryotic_cellular_respiration_136(fn_crista_16(X)))
& knob_1(fn_eukaryotic_cellular_respiration_136(fn_crista_16(X)))
& proton_motive_force_1(fn_mitochondrion_156(fn_crista_20(X)))
& proton_motive_force_1(fn_eukaryotic_cellular_respiration_99(fn_crista_16(X)))
& electron_transport_chain_pathway_1(fn_mitochondrion_159(fn_crista_20(X)))
& electron_transport_chain_pathway_1(fn_eukaryotic_cellular_respiration_150(fn_crista_16(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_mitochondrion_55(fn_crista_20(X)))
& oxidative_phosphorylation_1(fn_cellular_respiration_63(fn_crista_16(X)))
& chemical_reaction_1(fn_eukaryotic_cellular_respiration_96(fn_crista_16(X)))
& oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_crista_16(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_crista_16(X)))
& is_at_2(fn_crista_15(X),fn_crista_39(X))
& area_2(X,fn_crista_2(X))
& directly_proportional_2(fn_crista_2(X),fn_crista_22(X))
& the_scalar_value_2(fn_crista_2(X),huge_0)
& scalar_unit_class_2(fn_crista_2(X),spatial_entity_0)
& site_2(fn_crista_32(X),fn_crista_31(X))
& site_2(fn_crista_32(X),fn_crista_20(X))
& raw_material_2(fn_crista_32(X),fn_crista_6(X))
& has_region_2(fn_crista_24(X),fn_crista_39(X))
& is_inside_2(fn_crista_37(X),fn_crista_39(X))
& possesses_2(fn_crista_8(X),fn_crista_10(X))
& in_event_2(fn_crista_9(X),fn_crista_16(X))
& plays_2(fn_crista_17(X),fn_crista_9(X))
& raw_material_2(fn_crista_16(X),fn_crista_8(X))
& raw_material_2(fn_crista_21(X),fn_crista_8(X))
& called_2(fn_crista_26(X),"3")
& called_2(fn_crista_33(X),"1")
& quantity_2(fn_crista_10(X),fn_crista_11(X))
& called_2(fn_crista_36(X),"1")
& rate_2(fn_crista_16(X),fn_crista_22(X))
& site_2(fn_crista_21(X),fn_crista_20(X))
& is_inside_2(fn_crista_37(X),fn_crista_19(X))
& is_between_2(fn_crista_24(X),fn_crista_37(X))
& has_region_2(fn_crista_24(X),fn_crista_38(X))
& is_at_2(fn_crista_14(X),fn_crista_38(X))
& is_opposite_2(fn_crista_14(X),fn_crista_15(X))
& is_opposite_2(fn_crista_15(X),fn_crista_14(X))
& is_along_2(fn_crista_19(X),X)
& is_inside_2(fn_crista_19(X),fn_crista_24(X))
& is_outside_2(fn_crista_24(X),fn_crista_19(X))
& has_region_2(fn_crista_20(X),fn_crista_19(X))
& has_function_2(fn_crista_20(X),fn_crista_21(X))
& is_along_2(X,fn_crista_19(X))
& object_2(fn_crista_26(X),fn_crista_25(X))
& fn_crista_26(X) != fn_crista_33(X)
& agent_2(fn_crista_33(X),fn_crista_36(X))
& is_permeable_to_2(fn_crista_24(X),fn_crista_36(X))
& has_part_2(fn_crista_24(X),X)
& fn_crista_33(X) != fn_crista_26(X)
& result_2(fn_crista_16(X),fn_crista_17(X))
& possesses_2(fn_crista_17(X),fn_crista_13(X))
& quantity_2(fn_crista_13(X),fn_crista_12(X))
& greater_than_2(fn_crista_11(X),fn_crista_12(X))
& facilitates_2(fn_crista_25(X),fn_crista_21(X))
& has_region_2(fn_crista_25(X),fn_crista_31(X))
& site_2(fn_crista_21(X),fn_crista_31(X))
& result_2(fn_crista_21(X),fn_crista_7(X))
& result_2(fn_crista_32(X),fn_crista_7(X))
& subevent_2(fn_crista_16(X),fn_crista_21(X))
& subevent_2(fn_crista_21(X),fn_crista_5(X))
& result_2(fn_crista_5(X),fn_crista_6(X))
& raw_material_2(fn_crista_21(X),fn_crista_6(X))
& first_subevent_2(fn_crista_21(X),fn_crista_5(X))
& fn_crista_32(X) = fn_mitochondrion_52(fn_crista_20(X))
& fn_crista_39(X) = fn_biomembrane_42(fn_crista_24(X))
& fn_crista_10(X) = fn_cellular_respiration_52(fn_crista_16(X))
& fn_crista_17(X) = fn_cellular_respiration_61(fn_crista_16(X))
& fn_crista_9(X) = fn_cellular_respiration_58(fn_crista_16(X))
& fn_crista_9(X) = fn_cellular_respiration_59(fn_crista_16(X))
& fn_crista_8(X) = fn_cellular_respiration_68(fn_crista_16(X))
& fn_crista_29(X) = fn_eukaryotic_cellular_respiration_60(fn_crista_16(X))
& fn_crista_30(X) = fn_eukaryotic_cellular_respiration_143(fn_crista_16(X))
& fn_crista_10(X) = fn_eukaryotic_cellular_respiration_117(fn_crista_16(X))
& fn_crista_35(X) = fn_eukaryotic_cellular_respiration_119(fn_crista_16(X))
& fn_crista_3(X) = fn_exergonic_reaction_1(fn_crista_16(X))
& fn_crista_3(X) = fn_eukaryotic_cellular_respiration_112(fn_crista_16(X))
& fn_crista_18(X) = fn_eukaryotic_cellular_respiration_47(fn_crista_16(X))
& fn_crista_22(X) = fn_eukaryotic_cellular_respiration_48(fn_crista_16(X))
& fn_crista_23(X) = fn_eukaryotic_cellular_respiration_111(fn_crista_16(X))
& fn_crista_28(X) = fn_eukaryotic_cellular_respiration_145(fn_crista_16(X))
& fn_crista_27(X) = fn_eukaryotic_cellular_respiration_59(fn_crista_16(X))
& fn_crista_34(X) = fn_eukaryotic_cellular_respiration_61(fn_crista_16(X))
& fn_crista_15(X) = fn_eukaryotic_cellular_respiration_140(fn_crista_16(X))
& fn_crista_14(X) = fn_eukaryotic_cellular_respiration_141(fn_crista_16(X))
& fn_crista_38(X) = fn_biomembrane_47(fn_crista_24(X))
& fn_crista_38(X) = fn_biomembrane_41(fn_crista_24(X))
& fn_crista_38(X) = fn_eukaryotic_cellular_respiration_139(fn_crista_16(X))
& fn_crista_37(X) = fn_biomembrane_15(fn_crista_24(X))
& fn_crista_37(X) = fn_biomembrane_14(fn_crista_24(X))
& fn_crista_37(X) = fn_eukaryotic_cellular_respiration_131(fn_crista_16(X))
& fn_crista_20(X) = fn_eukaryotic_cellular_respiration_101(fn_crista_16(X))
& fn_crista_19(X) = fn_mitochondrion_37(fn_crista_20(X))
& fn_crista_19(X) = fn_eukaryotic_cellular_respiration_153(fn_crista_16(X))
& fn_crista_24(X) = fn_mitochondrion_53(fn_crista_20(X))
& X = fn_mitochondrion_118(fn_crista_20(X))
& X = fn_eukaryotic_cellular_respiration_103(fn_crista_16(X))
& fn_crista_36(X) = fn_biomembrane_55(fn_crista_24(X))
& fn_crista_24(X) = fn_eukaryotic_cellular_respiration_104(fn_crista_16(X))
& fn_crista_36(X) = fn_eukaryotic_cellular_respiration_79(fn_crista_16(X))
& fn_crista_33(X) = fn_eukaryotic_cellular_respiration_59(fn_crista_16(X))
& fn_crista_26(X) = fn_eukaryotic_cellular_respiration_144(fn_crista_16(X))
& fn_crista_4(X) = fn_eukaryotic_cellular_respiration_118(fn_crista_16(X))
& fn_crista_11(X) = fn_eukaryotic_cellular_respiration_116(fn_crista_16(X))
& fn_crista_12(X) = fn_exergonic_reaction_5(fn_crista_16(X))
& fn_crista_12(X) = fn_eukaryotic_cellular_respiration_65(fn_crista_16(X))
& fn_crista_13(X) = fn_exergonic_reaction_6(fn_crista_16(X))
& fn_crista_13(X) = fn_eukaryotic_cellular_respiration_68(fn_crista_16(X))
& fn_crista_17(X) = fn_exergonic_reaction_11(fn_crista_16(X))
& fn_crista_17(X) = fn_eukaryotic_cellular_respiration_62(fn_crista_16(X))
& fn_crista_32(X) = fn_cellular_respiration_27(fn_crista_16(X))
& fn_crista_32(X) = fn_eukaryotic_cellular_respiration_15(fn_crista_16(X))
& fn_crista_7(X) = fn_mitochondrion_154(fn_crista_20(X))
& fn_crista_21(X) = fn_cellular_respiration_63(fn_crista_16(X))
& fn_crista_7(X) = fn_cellular_respiration_36(fn_crista_16(X))
& fn_crista_7(X) = fn_eukaryotic_cellular_respiration_97(fn_crista_16(X))
& fn_crista_31(X) = fn_mitochondrion_71(fn_crista_20(X))
& fn_crista_31(X) = fn_eukaryotic_cellular_respiration_149(fn_crista_16(X))
& fn_crista_25(X) = fn_mitochondrion_72(fn_crista_20(X))
& fn_crista_25(X) = fn_eukaryotic_cellular_respiration_136(fn_crista_16(X))
& fn_crista_6(X) = fn_mitochondrion_156(fn_crista_20(X))
& fn_crista_6(X) = fn_eukaryotic_cellular_respiration_99(fn_crista_16(X))
& fn_crista_21(X) = fn_mitochondrion_55(fn_crista_20(X))
& fn_crista_5(X) = fn_mitochondrion_159(fn_crista_20(X))
& fn_crista_5(X) = fn_eukaryotic_cellular_respiration_150(fn_crista_16(X))
& fn_crista_21(X) = fn_eukaryotic_cellular_respiration_96(fn_crista_16(X))
& fn_cellular_respiration_59(fn_crista_16(X)) = fn_cellular_respiration_58(fn_crista_16(X))
& fn_cellular_respiration_58(fn_crista_16(X)) = fn_cellular_respiration_59(fn_crista_16(X))
& fn_cellular_respiration_59(fn_crista_16(X)) = fn_cellular_respiration_52(fn_crista_16(X))
& fn_cellular_respiration_52(fn_crista_16(X)) = fn_eukaryotic_cellular_respiration_117(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_117(fn_crista_16(X)) = fn_exergonic_reaction_1(fn_crista_16(X))
& fn_exergonic_reaction_1(fn_crista_16(X)) = fn_eukaryotic_cellular_respiration_112(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_112(fn_crista_16(X)) = fn_biomembrane_47(fn_crista_24(X))
& fn_biomembrane_47(fn_crista_24(X)) = fn_biomembrane_41(fn_crista_24(X))
& fn_eukaryotic_cellular_respiration_139(fn_crista_16(X)) = fn_biomembrane_41(fn_crista_24(X))
& fn_biomembrane_41(fn_crista_24(X)) = fn_eukaryotic_cellular_respiration_139(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_139(fn_crista_16(X)) = fn_biomembrane_14(fn_crista_24(X))
& fn_biomembrane_14(fn_crista_24(X)) = fn_biomembrane_15(fn_crista_24(X))
& fn_biomembrane_15(fn_crista_24(X)) = fn_biomembrane_14(fn_crista_24(X))
& fn_biomembrane_14(fn_crista_24(X)) = fn_biomembrane_14(fn_crista_24(X))
& fn_biomembrane_14(fn_crista_24(X)) = fn_eukaryotic_cellular_respiration_131(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_131(fn_crista_16(X)) = fn_eukaryotic_cellular_respiration_131(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_131(fn_crista_16(X)) = fn_eukaryotic_cellular_respiration_153(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_153(fn_crista_16(X)) = fn_mitochondrion_37(fn_crista_20(X))
& fn_mitochondrion_37(fn_crista_20(X)) = fn_eukaryotic_cellular_respiration_153(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_153(fn_crista_16(X)) = fn_mitochondrion_118(fn_crista_20(X))
& fn_eukaryotic_cellular_respiration_103(fn_crista_16(X)) = fn_mitochondrion_118(fn_crista_20(X))
& fn_mitochondrion_118(fn_crista_20(X)) = fn_eukaryotic_cellular_respiration_103(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_103(fn_crista_16(X)) = fn_eukaryotic_cellular_respiration_104(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_104(fn_crista_16(X)) = fn_mitochondrion_53(fn_crista_20(X))
& fn_mitochondrion_53(fn_crista_20(X)) = fn_eukaryotic_cellular_respiration_104(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_104(fn_crista_16(X)) = fn_eukaryotic_cellular_respiration_104(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_104(fn_crista_16(X)) = fn_eukaryotic_cellular_respiration_79(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_79(fn_crista_16(X)) = fn_biomembrane_55(fn_crista_24(X))
& fn_biomembrane_55(fn_crista_24(X)) = fn_eukaryotic_cellular_respiration_79(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_79(fn_crista_16(X)) = fn_eukaryotic_cellular_respiration_79(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_79(fn_crista_16(X)) = fn_exergonic_reaction_5(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_65(fn_crista_16(X)) = fn_eukaryotic_cellular_respiration_65(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_65(fn_crista_16(X)) = fn_exergonic_reaction_5(fn_crista_16(X))
& fn_exergonic_reaction_5(fn_crista_16(X)) = fn_eukaryotic_cellular_respiration_65(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_65(fn_crista_16(X)) = fn_exergonic_reaction_6(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_68(fn_crista_16(X)) = fn_exergonic_reaction_6(fn_crista_16(X))
& fn_exergonic_reaction_6(fn_crista_16(X)) = fn_eukaryotic_cellular_respiration_68(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_68(fn_crista_16(X)) = fn_cellular_respiration_61(fn_crista_16(X))
& fn_cellular_respiration_61(fn_crista_16(X)) = fn_exergonic_reaction_11(fn_crista_16(X))
& fn_exergonic_reaction_11(fn_crista_16(X)) = fn_exergonic_reaction_11(fn_crista_16(X))
& fn_exergonic_reaction_11(fn_crista_16(X)) = fn_cellular_respiration_61(fn_crista_16(X))
& fn_cellular_respiration_61(fn_crista_16(X)) = fn_eukaryotic_cellular_respiration_62(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_62(fn_crista_16(X)) = fn_eukaryotic_cellular_respiration_62(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_62(fn_crista_16(X)) = fn_mitochondrion_52(fn_crista_20(X))
& fn_mitochondrion_52(fn_crista_20(X)) = fn_mitochondrion_52(fn_crista_20(X))
& fn_mitochondrion_52(fn_crista_20(X)) = fn_cellular_respiration_27(fn_crista_16(X))
& fn_cellular_respiration_27(fn_crista_16(X)) = fn_cellular_respiration_27(fn_crista_16(X))
& fn_cellular_respiration_27(fn_crista_16(X)) = fn_eukaryotic_cellular_respiration_15(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_15(fn_crista_16(X)) = fn_cellular_respiration_36(fn_crista_16(X))
& fn_cellular_respiration_36(fn_crista_16(X)) = fn_mitochondrion_154(fn_crista_20(X))
& fn_mitochondrion_154(fn_crista_20(X)) = fn_cellular_respiration_36(fn_crista_16(X))
& fn_cellular_respiration_36(fn_crista_16(X)) = fn_cellular_respiration_36(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_97(fn_crista_16(X)) = fn_cellular_respiration_36(fn_crista_16(X))
& fn_cellular_respiration_36(fn_crista_16(X)) = fn_eukaryotic_cellular_respiration_97(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_97(fn_crista_16(X)) = fn_mitochondrion_71(fn_crista_20(X))
& fn_mitochondrion_71(fn_crista_20(X)) = fn_mitochondrion_71(fn_crista_20(X))
& fn_eukaryotic_cellular_respiration_149(fn_crista_16(X)) = fn_mitochondrion_71(fn_crista_20(X))
& fn_mitochondrion_71(fn_crista_20(X)) = fn_eukaryotic_cellular_respiration_149(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_149(fn_crista_16(X)) = fn_eukaryotic_cellular_respiration_136(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_136(fn_crista_16(X)) = fn_mitochondrion_72(fn_crista_20(X))
& fn_mitochondrion_72(fn_crista_20(X)) = fn_eukaryotic_cellular_respiration_136(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_136(fn_crista_16(X)) = fn_mitochondrion_156(fn_crista_20(X))
& fn_mitochondrion_156(fn_crista_20(X)) = fn_mitochondrion_156(fn_crista_20(X))
& fn_eukaryotic_cellular_respiration_99(fn_crista_16(X)) = fn_mitochondrion_156(fn_crista_20(X))
& fn_mitochondrion_156(fn_crista_20(X)) = fn_eukaryotic_cellular_respiration_99(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_99(fn_crista_16(X)) = fn_mitochondrion_159(fn_crista_20(X))
& fn_eukaryotic_cellular_respiration_150(fn_crista_16(X)) = fn_mitochondrion_159(fn_crista_20(X))
& fn_mitochondrion_159(fn_crista_20(X)) = fn_eukaryotic_cellular_respiration_150(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_150(fn_crista_16(X)) = fn_cellular_respiration_63(fn_crista_16(X))
& fn_cellular_respiration_63(fn_crista_16(X)) = fn_mitochondrion_55(fn_crista_20(X))
& fn_mitochondrion_55(fn_crista_20(X)) = fn_mitochondrion_55(fn_crista_20(X))
& fn_mitochondrion_55(fn_crista_20(X)) = fn_cellular_respiration_63(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_96(fn_crista_16(X)) = fn_cellular_respiration_63(fn_crista_16(X))
& fn_cellular_respiration_63(fn_crista_16(X)) = fn_eukaryotic_cellular_respiration_96(fn_crista_16(X))
& fn_eukaryotic_cellular_respiration_96(fn_crista_16(X)) = fn_eukaryotic_cellular_respiration_96(fn_crista_16(X)) ) ) ).
fof(a528747,axiom,
! [X] :
( cro_magnon_1(X)
=> ( original_name_2(X,'Cro-Magnon')
& user_description_2(X,'Informal name of the first modern humans to appear in Europe, about 43,000 years before present.')
& concept2words_2(X,'cro magnon')
& concept2words_2(X,'cro-magnon')
& hominid_1(X)
& ~ australopithecine_1(X)
& ~ homo_erectus_1(X)
& ~ homo_ergaster_1(X)
& ~ homo_habilis_1(X)
& ~ homo_heidelbergensis_1(X)
& ~ homo_sapiens_1(X)
& ~ neanderthal_1(X)
& ~ paranthropus_boisei_1(X) ) ) ).
fof(a528748,axiom,
! [X] :
( crocodilia_1(X)
=> ( original_name_2(X,'Crocodilia')
& user_description_2(X,'Large group of reptiles whose living members include alligators, crocodiles, caimans, and gharials.')
& concept2words_2(X,crocodilia)
& reptile_1(X)
& ~ archaeopteryx_1(X)
& ~ dinosaur_1(X)
& ~ lepidosaur_1(X)
& ~ parareptile_1(X)
& ~ pterosaur_1(X) ) ) ).
fof(a528749,axiom,
! [X] :
( crop_1(X)
=> ( original_name_2(X,'Crop')
& user_description_2(X,'Expanded portion of the alimentary canal found in some animals which is used to store food temporarily prior to digestion.')
& concept2words_2(X,crop)
& animal_structure_1(X) ) ) ).
fof(a528750,axiom,
! [X] :
( crop_rotation_1(X)
=> ( original_name_2(X,'Crop-Rotation')
& user_description_2(X,'The practice of growing a sequence of different crops in the same location throughout successive growing seasons.')
& concept2words_2(X,'rotation of crop')
& concept2words_2(X,'crop rotation')
& concept2words_2(X,'crop-rotation')
& agricultural_process_1(X)
& ~ animal_husbandry_1(X)
& ~ hydroponic_culture_1(X)
& ~ irrigation_1(X)
& ~ logging_1(X)
& ~ monoculture_1(X)
& ~ no_till_agriculture_1(X)
& ~ sustainable_agriculture_1(X)
& ~ vernalization_1(X) ) ) ).
fof(a528751,axiom,
! [X] :
( cross_breeding_event_1(X)
=> ( original_name_2(X,'Cross-breeding-event')
& user_description_2(X,'It refers to the reproduction (of an organism) by mating of individuals of different breeds, varieties, or species or to hybridize.')
& concept2words_2(X,cross)
& concept2words_2(X,mating)
& concept2words_2(X,breeding)
& concept2words_2(X,crossbreed)
& concept2words_2(X,'cross breeding event')
& concept2words_2(X,'cross-breeding-event')
& reproduction_1(X)
& ~ budding_1(X)
& ~ iteroparity_1(X)
& ~ plant_reproduction_1(X)
& ~ semelparity_1(X)
& ~ vegetative_reproduction_1(X)
& organism_1(fn_cross_breeding_event_1(X))
& sex_value_1(fn_cross_breeding_event_4(X))
& sex_value_1(fn_cross_breeding_event_5(X))
& inheritance_1(fn_cross_breeding_event_6(X))
& predict_1(fn_cross_breeding_event_7(X))
& punnett_square_1(fn_cross_breeding_event_8(X))
& organism_1(fn_cross_breeding_event_9(X))
& organism_1(fn_cross_breeding_event_10(X))
& organism_1(fn_cross_breeding_event_11(X))
& egg_1(fn_cross_breeding_event_12(X))
& sperm_cell_1(fn_cross_breeding_event_13(X))
& fusion_1(fn_cross_breeding_event_14(X))
& spatial_entity_1(fn_add_1(fn_cross_breeding_event_14(X)))
& spatial_entity_1(fn_add_2(fn_cross_breeding_event_14(X)))
& result_2(fn_cross_breeding_event_14(X),fn_cross_breeding_event_10(X))
& result_2(fn_cross_breeding_event_14(X),fn_cross_breeding_event_9(X))
& result_2(fn_cross_breeding_event_14(X),fn_cross_breeding_event_1(X))
& result_2(fn_cross_breeding_event_14(X),fn_cross_breeding_event_11(X))
& result_2(X,fn_cross_breeding_event_9(X))
& result_2(X,fn_cross_breeding_event_10(X))
& result_2(X,fn_cross_breeding_event_1(X))
& subevent_2(X,fn_cross_breeding_event_14(X))
& agent_2(fn_cross_breeding_event_7(X),fn_cross_breeding_event_8(X))
& object_2(fn_cross_breeding_event_7(X),fn_cross_breeding_event_11(X))
& object_2(fn_cross_breeding_event_7(X),fn_cross_breeding_event_1(X))
& object_2(fn_cross_breeding_event_7(X),fn_cross_breeding_event_9(X))
& object_2(fn_cross_breeding_event_7(X),fn_cross_breeding_event_10(X))
& by_means_of_2(fn_cross_breeding_event_6(X),X)
& the_categorical_value_2(fn_cross_breeding_event_5(X),female_0)
& the_categorical_value_2(fn_cross_breeding_event_4(X),male_0)
& object_2(fn_cross_breeding_event_14(X),fn_cross_breeding_event_13(X))
& base_2(fn_cross_breeding_event_14(X),fn_cross_breeding_event_12(X))
& result_2(X,fn_cross_breeding_event_11(X))
& fn_cross_breeding_event_13(X) = fn_add_1(fn_cross_breeding_event_14(X))
& fn_cross_breeding_event_12(X) = fn_add_2(fn_cross_breeding_event_14(X))
& fn_cross_breeding_event_11(X) = fn_reproduction_3(X) ) ) ).
fof(a528752,axiom,
! [X] :
( cross_fostering_1(X)
=> ( original_name_2(X,'Cross-Fostering')
& user_description_2(X,'The practice of removing offspring from their parents to be raised by adults of another species.')
& concept2words_2(X,'fostering of cross')
& concept2words_2(X,'cross fostering')
& concept2words_2(X,'cross-fostering')
& reproductive_behavior_1(X) ) ) ).
fof(a528753,axiom,
! [X] :
( cross_fostering_study_1(X)
=> ( original_name_2(X,'Cross-Fostering-Study')
& user_description_2(X,'A type of study in which offspring are removed from their parents and raised by surrogates. The purpose of such studies is to determine the effects of genetics and environment on various aspects of phenotype.')
& concept2words_2(X,'cross fostering study')
& concept2words_2(X,'cross-fostering-study')
& ethology_1(X) ) ) ).
fof(a528754,axiom,
! [X] :
( crossing_over_1(X)
=> ( original_name_2(X,'Crossing-Over')
& user_description_2(X,'Chromosomal crossover (or crossing over) is the exchange of genetic material between homologous chromosomes. This often occurs during prophase 1 of meiosis. The chromosomes produced after crossing over are not identical to their homologues')
& concept2words_2(X,recombination)
& concept2words_2(X,'cross over')
& concept2words_2(X,'over of crossing')
& concept2words_2(X,'crossing over')
& concept2words_2(X,'crossing-over')
& dna_transfer_1(X)
& cell_1(fn_crossing_over_1(X))
& recombinant_chromosome_1(fn_crossing_over_2(X))
& spatial_entity_1(fn_crossing_over_3(X))
& chiasma_1(fn_crossing_over_3(X))
& chromosome_1(fn_crossing_over_4(X))
& sister_chromatid_1(fn_crossing_over_5(X))
& tetrad_1(fn_crossing_over_6(X))
& tangible_entity_1(fn_crossing_over_7(X))
& chromosome_1(fn_crossing_over_7(X))
& synaptonemal_complex_1(fn_crossing_over_8(X))
& chromosome_1(fn_crossing_over_9(X))
& hold_1(fn_crossing_over_10(X))
& exchange_1(fn_crossing_over_11(X))
& speed_value_1(fn_crossing_over_12(X))
& quantity_value_1(fn_crossing_over_13(X))
& size_value_1(fn_crossing_over_14(X))
& protein_1(fn_crossing_over_15(X))
& protein_1(fn_crossing_over_16(X))
& speed_value_1(fn_crossing_over_17(X))
& quantity_value_1(fn_crossing_over_18(X))
& size_value_1(fn_crossing_over_19(X))
& carbon_skeleton_1(fn_crossing_over_20(X))
& size_value_1(fn_crossing_over_21(X))
& kinetic_energy_1(fn_crossing_over_22(X))
& carbon_1(fn_crossing_over_23(X))
& atom_1(fn_crossing_over_24(X))
& chemical_entity_1(fn_crossing_over_24(X))
& monomer_1(fn_crossing_over_25(X))
& nucleoside_monophosphate_1(fn_crossing_over_25(X))
& dna_strand_1(fn_crossing_over_26(X))
& dna_strand_1(fn_crossing_over_27(X))
& constant_motion_1(fn_crossing_over_28(X))
& coil_1(fn_crossing_over_29(X))
& carbon_skeleton_1(fn_crossing_over_30(X))
& size_value_1(fn_crossing_over_31(X))
& kinetic_energy_1(fn_crossing_over_32(X))
& carbon_1(fn_crossing_over_33(X))
& atom_1(fn_crossing_over_34(X))
& chemical_entity_1(fn_crossing_over_34(X))
& monomer_1(fn_crossing_over_35(X))
& nucleoside_monophosphate_1(fn_crossing_over_35(X))
& dna_strand_1(fn_crossing_over_36(X))
& dna_strand_1(fn_crossing_over_37(X))
& constant_motion_1(fn_crossing_over_38(X))
& coil_1(fn_crossing_over_39(X))
& transfer_1(fn_crossing_over_40(X))
& transfer_1(fn_crossing_over_41(X))
& polymer_1(fn_crossing_over_42(X))
& entity_1(fn_crossing_over_42(X))
& molecule_1(fn_crossing_over_42(X))
& organic_molecule_1(fn_crossing_over_42(X))
& nucleic_acid_1(fn_crossing_over_42(X))
& dna_1(fn_crossing_over_42(X))
& polymer_1(fn_crossing_over_43(X))
& entity_1(fn_crossing_over_43(X))
& molecule_1(fn_crossing_over_43(X))
& organic_molecule_1(fn_crossing_over_43(X))
& nucleic_acid_1(fn_crossing_over_43(X))
& dna_1(fn_crossing_over_43(X))
& tangible_entity_1(fn_hold_1(fn_crossing_over_10(X)))
& tangible_entity_1(fn_hold_2(fn_crossing_over_10(X)))
& transfer_1(fn_exchange_3(fn_crossing_over_11(X)))
& transfer_1(fn_exchange_4(fn_crossing_over_11(X)))
& protein_1(fn_chromosome_3(fn_crossing_over_9(X)))
& coil_1(fn_chromosome_8(fn_crossing_over_9(X)))
& property_node_1(fn_molecule_2(fn_crossing_over_43(X)))
& property_node_1(fn_molecule_1(fn_crossing_over_43(X)))
& constant_motion_1(fn_molecule_8(fn_crossing_over_43(X)))
& speed_value_1(fn_molecule_3(fn_crossing_over_43(X)))
& quantity_value_1(fn_molecule_4(fn_crossing_over_43(X)))
& kinetic_energy_1(fn_molecule_12(fn_crossing_over_43(X)))
& atom_1(fn_organic_molecule_2(fn_crossing_over_43(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_crossing_over_43(X)))
& carbon_1(fn_organic_molecule_1(fn_crossing_over_43(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_crossing_over_43(X)))
& property_node_1(fn_nucleic_acid_34(fn_crossing_over_43(X)))
& property_node_1(fn_nucleic_acid_33(fn_crossing_over_43(X)))
& size_value_1(fn_nucleic_acid_29(fn_crossing_over_43(X)))
& size_value_1(fn_nucleic_acid_28(fn_crossing_over_43(X)))
& protein_1(fn_chromosome_3(fn_crossing_over_7(X)))
& coil_1(fn_chromosome_8(fn_crossing_over_7(X)))
& property_node_1(fn_molecule_2(fn_crossing_over_42(X)))
& property_node_1(fn_molecule_1(fn_crossing_over_42(X)))
& constant_motion_1(fn_molecule_8(fn_crossing_over_42(X)))
& speed_value_1(fn_molecule_3(fn_crossing_over_42(X)))
& quantity_value_1(fn_molecule_4(fn_crossing_over_42(X)))
& kinetic_energy_1(fn_molecule_12(fn_crossing_over_42(X)))
& atom_1(fn_organic_molecule_2(fn_crossing_over_42(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_crossing_over_42(X)))
& carbon_1(fn_organic_molecule_1(fn_crossing_over_42(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_crossing_over_42(X)))
& property_node_1(fn_nucleic_acid_34(fn_crossing_over_42(X)))
& property_node_1(fn_nucleic_acid_33(fn_crossing_over_42(X)))
& size_value_1(fn_nucleic_acid_29(fn_crossing_over_42(X)))
& size_value_1(fn_nucleic_acid_28(fn_crossing_over_42(X)))
& dna_strand_1(fn_dna_2(fn_crossing_over_43(X)))
& dna_strand_1(fn_dna_11(fn_crossing_over_43(X)))
& dna_strand_1(fn_dna_2(fn_crossing_over_42(X)))
& dna_strand_1(fn_dna_11(fn_crossing_over_42(X)))
& monomer_1(fn_polymer_4(fn_crossing_over_43(X)))
& nucleoside_monophosphate_1(fn_nucleic_acid_20(fn_crossing_over_43(X)))
& monomer_1(fn_polymer_4(fn_crossing_over_42(X)))
& nucleoside_monophosphate_1(fn_nucleic_acid_20(fn_crossing_over_42(X)))
& entity_1(fn_exchange_2(fn_crossing_over_11(X)))
& entity_1(fn_chromosome_4(fn_crossing_over_9(X)))
& dna_1(fn_chromosome_4(fn_crossing_over_9(X)))
& entity_1(fn_exchange_1(fn_crossing_over_11(X)))
& entity_1(fn_chromosome_4(fn_crossing_over_7(X)))
& dna_1(fn_chromosome_4(fn_crossing_over_7(X)))
& fn_crossing_over_43(X) != fn_crossing_over_42(X)
& fn_crossing_over_42(X) != fn_crossing_over_43(X)
& result_2(fn_crossing_over_11(X),fn_crossing_over_2(X))
& base_2(fn_crossing_over_11(X),fn_crossing_over_3(X))
& site_2(fn_crossing_over_10(X),fn_crossing_over_3(X))
& result_2(fn_crossing_over_10(X),fn_crossing_over_6(X))
& object_2(fn_crossing_over_10(X),fn_crossing_over_9(X))
& is_inside_2(fn_crossing_over_2(X),fn_crossing_over_1(X))
& base_2(X,fn_crossing_over_5(X))
& site_2(X,fn_crossing_over_3(X))
& result_2(X,fn_crossing_over_2(X))
& subevent_2(X,fn_crossing_over_10(X))
& subevent_2(X,fn_crossing_over_11(X))
& has_part_2(fn_crossing_over_4(X),fn_crossing_over_5(X))
& agent_2(fn_crossing_over_10(X),fn_crossing_over_8(X))
& object_2(fn_crossing_over_10(X),fn_crossing_over_7(X))
& subevent_2(fn_crossing_over_11(X),fn_crossing_over_40(X))
& object_2(fn_crossing_over_11(X),fn_crossing_over_43(X))
& object_2(fn_crossing_over_41(X),fn_crossing_over_43(X))
& subevent_2(fn_crossing_over_11(X),fn_crossing_over_41(X))
& object_2(fn_crossing_over_11(X),fn_crossing_over_42(X))
& object_2(fn_crossing_over_40(X),fn_crossing_over_42(X))
& has_part_2(fn_crossing_over_9(X),fn_crossing_over_43(X))
& object_2(fn_crossing_over_29(X),fn_crossing_over_43(X))
& agent_2(fn_crossing_over_29(X),fn_crossing_over_16(X))
& has_part_2(fn_crossing_over_9(X),fn_crossing_over_16(X))
& object_2(fn_crossing_over_28(X),fn_crossing_over_43(X))
& possesses_2(fn_crossing_over_43(X),fn_crossing_over_22(X))
& quantity_2(fn_crossing_over_22(X),fn_crossing_over_18(X))
& directly_proportional_2(fn_crossing_over_17(X),fn_crossing_over_18(X))
& speed_2(fn_crossing_over_28(X),fn_crossing_over_17(X))
& has_part_2(fn_crossing_over_43(X),fn_crossing_over_23(X))
& has_part_2(fn_crossing_over_43(X),fn_crossing_over_24(X))
& has_region_2(fn_crossing_over_43(X),fn_crossing_over_20(X))
& is_inside_2(fn_crossing_over_23(X),fn_crossing_over_20(X))
& fn_crossing_over_24(X) != fn_crossing_over_23(X)
& fn_crossing_over_23(X) != fn_crossing_over_24(X)
& size_2(fn_crossing_over_43(X),fn_crossing_over_21(X))
& has_part_2(fn_crossing_over_43(X),fn_crossing_over_25(X))
& size_2(fn_crossing_over_25(X),fn_crossing_over_19(X))
& greater_than_2(fn_crossing_over_21(X),fn_crossing_over_19(X))
& has_part_2(fn_crossing_over_7(X),fn_crossing_over_42(X))
& object_2(fn_crossing_over_39(X),fn_crossing_over_42(X))
& agent_2(fn_crossing_over_39(X),fn_crossing_over_15(X))
& has_part_2(fn_crossing_over_7(X),fn_crossing_over_15(X))
& object_2(fn_crossing_over_38(X),fn_crossing_over_42(X))
& possesses_2(fn_crossing_over_42(X),fn_crossing_over_32(X))
& quantity_2(fn_crossing_over_32(X),fn_crossing_over_13(X))
& directly_proportional_2(fn_crossing_over_12(X),fn_crossing_over_13(X))
& speed_2(fn_crossing_over_38(X),fn_crossing_over_12(X))
& has_part_2(fn_crossing_over_42(X),fn_crossing_over_34(X))
& has_part_2(fn_crossing_over_42(X),fn_crossing_over_33(X))
& has_region_2(fn_crossing_over_42(X),fn_crossing_over_30(X))
& is_inside_2(fn_crossing_over_33(X),fn_crossing_over_30(X))
& fn_crossing_over_34(X) != fn_crossing_over_33(X)
& fn_crossing_over_33(X) != fn_crossing_over_34(X)
& size_2(fn_crossing_over_42(X),fn_crossing_over_31(X))
& has_part_2(fn_crossing_over_42(X),fn_crossing_over_35(X))
& size_2(fn_crossing_over_35(X),fn_crossing_over_14(X))
& greater_than_2(fn_crossing_over_31(X),fn_crossing_over_14(X))
& has_part_2(fn_crossing_over_43(X),fn_crossing_over_27(X))
& has_part_2(fn_crossing_over_43(X),fn_crossing_over_26(X))
& complement_2(fn_crossing_over_27(X),fn_crossing_over_26(X))
& complement_2(fn_crossing_over_26(X),fn_crossing_over_27(X))
& fn_crossing_over_27(X) != fn_crossing_over_26(X)
& fn_crossing_over_26(X) != fn_crossing_over_27(X)
& has_part_2(fn_crossing_over_42(X),fn_crossing_over_37(X))
& has_part_2(fn_crossing_over_42(X),fn_crossing_over_36(X))
& complement_2(fn_crossing_over_37(X),fn_crossing_over_36(X))
& complement_2(fn_crossing_over_36(X),fn_crossing_over_37(X))
& fn_crossing_over_37(X) != fn_crossing_over_36(X)
& fn_crossing_over_36(X) != fn_crossing_over_37(X)
& fn_crossing_over_8(X) = fn_hold_1(fn_crossing_over_10(X))
& fn_crossing_over_7(X) = fn_hold_2(fn_crossing_over_10(X))
& fn_crossing_over_40(X) = fn_exchange_3(fn_crossing_over_11(X))
& fn_crossing_over_42(X) = fn_exchange_1(fn_crossing_over_11(X))
& fn_crossing_over_41(X) = fn_exchange_4(fn_crossing_over_11(X))
& fn_crossing_over_43(X) = fn_exchange_2(fn_crossing_over_11(X))
& fn_crossing_over_16(X) = fn_chromosome_3(fn_crossing_over_9(X))
& fn_crossing_over_29(X) = fn_chromosome_8(fn_crossing_over_9(X))
& fn_crossing_over_43(X) = fn_chromosome_4(fn_crossing_over_9(X))
& fn_crossing_over_50(X) = fn_molecule_2(fn_crossing_over_43(X))
& fn_crossing_over_51(X) = fn_molecule_1(fn_crossing_over_43(X))
& fn_crossing_over_28(X) = fn_molecule_8(fn_crossing_over_43(X))
& fn_crossing_over_17(X) = fn_molecule_3(fn_crossing_over_43(X))
& fn_crossing_over_18(X) = fn_molecule_4(fn_crossing_over_43(X))
& fn_crossing_over_22(X) = fn_molecule_12(fn_crossing_over_43(X))
& fn_crossing_over_24(X) = fn_organic_molecule_2(fn_crossing_over_43(X))
& fn_crossing_over_23(X) = fn_organic_molecule_1(fn_crossing_over_43(X))
& fn_crossing_over_20(X) = fn_organic_molecule_3(fn_crossing_over_43(X))
& fn_crossing_over_49(X) = fn_nucleic_acid_34(fn_crossing_over_43(X))
& fn_crossing_over_48(X) = fn_nucleic_acid_33(fn_crossing_over_43(X))
& fn_crossing_over_21(X) = fn_nucleic_acid_29(fn_crossing_over_43(X))
& fn_crossing_over_19(X) = fn_nucleic_acid_28(fn_crossing_over_43(X))
& fn_crossing_over_25(X) = fn_polymer_4(fn_crossing_over_43(X))
& fn_crossing_over_25(X) = fn_nucleic_acid_20(fn_crossing_over_43(X))
& fn_crossing_over_15(X) = fn_chromosome_3(fn_crossing_over_7(X))
& fn_crossing_over_39(X) = fn_chromosome_8(fn_crossing_over_7(X))
& fn_crossing_over_42(X) = fn_chromosome_4(fn_crossing_over_7(X))
& fn_crossing_over_46(X) = fn_molecule_2(fn_crossing_over_42(X))
& fn_crossing_over_47(X) = fn_molecule_1(fn_crossing_over_42(X))
& fn_crossing_over_38(X) = fn_molecule_8(fn_crossing_over_42(X))
& fn_crossing_over_12(X) = fn_molecule_3(fn_crossing_over_42(X))
& fn_crossing_over_13(X) = fn_molecule_4(fn_crossing_over_42(X))
& fn_crossing_over_32(X) = fn_molecule_12(fn_crossing_over_42(X))
& fn_crossing_over_34(X) = fn_organic_molecule_2(fn_crossing_over_42(X))
& fn_crossing_over_33(X) = fn_organic_molecule_1(fn_crossing_over_42(X))
& fn_crossing_over_30(X) = fn_organic_molecule_3(fn_crossing_over_42(X))
& fn_crossing_over_45(X) = fn_nucleic_acid_34(fn_crossing_over_42(X))
& fn_crossing_over_44(X) = fn_nucleic_acid_33(fn_crossing_over_42(X))
& fn_crossing_over_31(X) = fn_nucleic_acid_29(fn_crossing_over_42(X))
& fn_crossing_over_14(X) = fn_nucleic_acid_28(fn_crossing_over_42(X))
& fn_crossing_over_35(X) = fn_polymer_4(fn_crossing_over_42(X))
& fn_crossing_over_35(X) = fn_nucleic_acid_20(fn_crossing_over_42(X))
& fn_crossing_over_27(X) = fn_dna_2(fn_crossing_over_43(X))
& fn_crossing_over_26(X) = fn_dna_11(fn_crossing_over_43(X))
& fn_crossing_over_37(X) = fn_dna_2(fn_crossing_over_42(X))
& fn_crossing_over_36(X) = fn_dna_11(fn_crossing_over_42(X))
& fn_nucleic_acid_20(fn_crossing_over_43(X)) = fn_polymer_4(fn_crossing_over_43(X))
& fn_polymer_4(fn_crossing_over_43(X)) = fn_nucleic_acid_20(fn_crossing_over_43(X))
& fn_nucleic_acid_20(fn_crossing_over_43(X)) = fn_nucleic_acid_20(fn_crossing_over_42(X))
& fn_nucleic_acid_20(fn_crossing_over_42(X)) = fn_polymer_4(fn_crossing_over_42(X))
& fn_polymer_4(fn_crossing_over_42(X)) = fn_nucleic_acid_20(fn_crossing_over_42(X))
& fn_nucleic_acid_20(fn_crossing_over_42(X)) = fn_exchange_2(fn_crossing_over_11(X))
& fn_exchange_2(fn_crossing_over_11(X)) = fn_exchange_2(fn_crossing_over_11(X))
& fn_exchange_2(fn_crossing_over_11(X)) = fn_chromosome_4(fn_crossing_over_9(X))
& fn_chromosome_4(fn_crossing_over_9(X)) = fn_chromosome_4(fn_crossing_over_9(X))
& fn_chromosome_4(fn_crossing_over_9(X)) = fn_exchange_1(fn_crossing_over_11(X))
& fn_exchange_1(fn_crossing_over_11(X)) = fn_exchange_1(fn_crossing_over_11(X))
& fn_exchange_1(fn_crossing_over_11(X)) = fn_chromosome_4(fn_crossing_over_7(X))
& fn_chromosome_4(fn_crossing_over_7(X)) = fn_chromosome_4(fn_crossing_over_7(X)) ) ) ).
fof(a528755,axiom,
! [X] :
( crossing_over_of_genes_1(X)
=> ( original_name_2(X,'Crossing-Over-of-Genes')
& user_description_2(X,'The exchange of genetic material within genes between homologous chromosomes.')
& concept2words_2(X,'cross over')
& concept2words_2(X,'crossing over of gene')
& concept2words_2(X,'crossing-over-of-gene')
& crossing_over_1(X) ) ) ).
fof(a528756,axiom,
! [X] :
( crush_1(X)
=> ( original_name_2(X,'Crush')
& user_description_2(X,'To break by the application of pressure or squeezing, resulting in small fragments or powder.')
& concept2words_2(X,crush)
& break_1(X) ) ) ).
fof(a528757,axiom,
! [X] :
( crustacean_1(X)
=> ( original_name_2(X,'Crustacean')
& user_description_2(X,'Member of the arthropod subphylum Crustacea, a group of primarily aquatic animals including crabs, lobsters, copepods, water fleas, barnacles, and many others.')
& concept2words_2(X,crustacean)
& arthropod_1(X)
& ~ cheliceriform_1(X)
& ~ daphnia_1(X)
& ~ diplopode_1(X)
& ~ hexapod_1(X)
& ~ myriapod_1(X)
& ~ trilobite_1(X) ) ) ).
fof(a528758,axiom,
! [X] :
( crypt_1(X)
=> ( original_name_2(X,'Crypt')
& user_description_2(X,'Crypt is an adaptation that reduces the rate of transpiration by protecting the stomata from hot, dry wind.')
& concept2words_2(X,crypt)
& cavity_1(X)
& transpiration_1(fn_crypt_2(X))
& property_value_1(fn_crypt_3(X))
& rate_value_1(fn_crypt_3(X))
& decrease_1(fn_crypt_4(X))
& property_node_1(fn_water_evaporation_19(fn_crypt_2(X)))
& property_value_1(fn_decrease_3(fn_crypt_4(X)))
& rate_value_1(fn_water_evaporation_16(fn_crypt_2(X)))
& agent_2(fn_crypt_4(X),X)
& from_value_2(fn_crypt_4(X),fn_crypt_3(X))
& rate_2(fn_crypt_2(X),fn_crypt_3(X))
& fn_crypt_3(X) = fn_decrease_3(fn_crypt_4(X))
& fn_crypt_1(X) = fn_water_evaporation_19(fn_crypt_2(X))
& fn_crypt_3(X) = fn_water_evaporation_16(fn_crypt_2(X))
& fn_decrease_3(fn_crypt_4(X)) = fn_water_evaporation_16(fn_crypt_2(X))
& fn_water_evaporation_16(fn_crypt_2(X)) = fn_water_evaporation_16(fn_crypt_2(X)) ) ) ).
fof(a528759,axiom,
! [X] :
( cryptochrome_1(X)
=> ( original_name_2(X,'Cryptochrome')
& user_description_2(X,'A class of proteins sensitive to blue light, found in plants and animals. Cryptochromes are involved in circadian rhythms in plants and animals.')
& concept2words_2(X,cryptochrome)
& pigment_1(X) ) ) ).
fof(a528760,axiom,
! [X] :
( cs_plus_1(X)
=> ( original_name_2(X,'Cs-Plus')
& user_description_2(X,'An Ion of Cesium with 1 positive charge.')
& concept2words_2(X,caesium)
& concept2words_2(X,'plus of cs')
& concept2words_2(X,'cs plus')
& concept2words_2(X,'cs-plus')
& cation_1(X)
& monoatomic_ion_1(X)
& ~ ba_plus_2_1(X)
& ~ ch3nh3_plus_1(X)
& ~ nh4_plus_1(X)
& ~ pb_plus_2_1(X)
& electron_1(fn_cs_plus_1(X))
& neutron_1(fn_cs_plus_2(X))
& cesium_1(fn_cs_plus_3(X))
& proton_1(fn_cs_plus_4(X))
& charge_value_1(fn_cs_plus_6(X))
& exactCardinality(X,has_part_0,"55",neutron_0)
& exactCardinality(X,has_part_0,"55",proton_0)
& exactCardinality(X,has_part_0,"54",electron_0)
& has_part_2(X,fn_cs_plus_2(X))
& has_part_2(X,fn_cs_plus_1(X))
& has_ion_2(fn_cs_plus_3(X),X)
& the_cardinal_value_2(fn_cs_plus_6(X),"1")
& cardinal_unit_class_2(fn_cs_plus_6(X),unity_0)
& has_part_2(X,fn_cs_plus_4(X))
& charge_2(X,fn_cs_plus_6(X))
& fn_cs_plus_4(X) = fn_monoatomic_ion_1(X)
& fn_cs_plus_4(X) = fn_cation_1(X)
& fn_cs_plus_5(X) = fn_cation_4(X)
& fn_cs_plus_6(X) = fn_cation_5(X)
& fn_monoatomic_ion_1(X) = fn_cation_1(X) ) ) ).
fof(a528761,axiom,
! [X] :
( ctenophora_1(X)
=> ( original_name_2(X,'Ctenophora')
& user_description_2(X,'A phylum of animals characterized by a gelatinous body, modified radial symmetry, light-refracting comb rows of cilia, and colloblasts (sticky cells used to capture prey).')
& concept2words_2(X,ctenophore)
& concept2words_2(X,'comb jellies')
& concept2words_2(X,'comb-jellies')
& concept2words_2(X,ctenophora)
& eumetazoan_1(X)
& ~ ammonite_1(X)
& ~ annelid_1(X)
& ~ arthropod_1(X)
& ~ bryozoan_1(X)
& ~ cnidaria_1(X)
& ~ echinoderm_1(X)
& ~ lophotrochozoan_1(X)
& ~ mollusc_1(X)
& ~ nematode_1(X)
& ~ nemertea_1(X)
& ~ phoronid_1(X)
& ~ platyhelminthes_1(X)
& ~ porifera_1(X)
& ~ rotifer_1(X)
& tangible_entity_1(fn_ctenophora_1(X))
& locomotion_1(fn_ctenophora_4(X))
& temperature_value_1(fn_ctenophora_5(X))
& water_1(fn_ctenophora_6(X))
& tissue_1(fn_ctenophora_7(X))
& animal_cell_1(fn_ctenophora_8(X))
& specific_heat_value_1(fn_ctenophora_9(X))
& animal_nutritional_requirement_1(fn_ctenophora_10(X))
& chemical_entity_1(fn_ctenophora_11(X))
& carbohydrate_1(fn_ctenophora_11(X))
& entity_1(fn_ctenophora_12(X))
& chemical_entity_1(fn_ctenophora_12(X))
& atom_1(fn_ctenophora_12(X))
& carbon_1(fn_ctenophora_12(X))
& agent_role_1(fn_ctenophora_13(X))
& heterotroph_1(fn_ctenophora_14(X))
& nutrition_1(fn_ctenophora_15(X))
& take_in_1(fn_ctenophora_16(X))
& diet_1(fn_ctenophora_17(X))
& organic_entity_1(fn_ctenophora_18(X))
& entity_1(fn_agent_role_1(fn_ctenophora_13(X)))
& raw_material_2(fn_ctenophora_15(X),fn_ctenophora_1(X))
& plays_2(X,fn_ctenophora_13(X))
& element_2(fn_ctenophora_10(X),fn_ctenophora_12(X))
& agent_2(fn_ctenophora_16(X),X)
& base_2(fn_ctenophora_16(X),X)
& object_2(fn_ctenophora_16(X),fn_ctenophora_17(X))
& element_2(fn_ctenophora_17(X),fn_ctenophora_18(X))
& raw_material_2(fn_ctenophora_15(X),fn_ctenophora_18(X))
& in_event_2(fn_ctenophora_14(X),fn_ctenophora_15(X))
& agent_2(fn_ctenophora_4(X),X)
& object_2(fn_ctenophora_4(X),X)
& agent_2(fn_ctenophora_15(X),X)
& result_2(fn_ctenophora_15(X),fn_ctenophora_11(X))
& has_part_2(fn_ctenophora_11(X),fn_ctenophora_12(X))
& temperature_2(X,fn_ctenophora_5(X))
& correspondence_2(fn_ctenophora_5(X),fn_ctenophora_9(X))
& specific_heat_2(fn_ctenophora_6(X),fn_ctenophora_9(X))
& has_part_2(X,fn_ctenophora_6(X))
& plays_2(X,fn_ctenophora_14(X))
& X = fn_agent_role_1(fn_ctenophora_13(X))
& fn_ctenophora_8(X) = fn_eumetazoan_21(X)
& fn_ctenophora_7(X) = fn_eumetazoan_20(X)
& fn_ctenophora_10(X) = fn_eumetazoan_28(X)
& fn_ctenophora_10(X) = fn_animal_11(X)
& fn_ctenophora_3(X) = fn_animal_27(X)
& fn_ctenophora_2(X) = fn_animal_28(X)
& fn_ctenophora_18(X) = fn_animal_1(X)
& fn_ctenophora_17(X) = fn_animal_10(X)
& fn_ctenophora_16(X) = fn_animal_9(X)
& fn_ctenophora_12(X) = fn_eumetazoan_6(X)
& fn_ctenophora_12(X) = fn_animal_12(X)
& fn_ctenophora_11(X) = fn_eumetazoan_2(X)
& fn_ctenophora_11(X) = fn_animal_8(X)
& fn_ctenophora_15(X) = fn_eumetazoan_22(X)
& fn_ctenophora_15(X) = fn_animal_19(X)
& fn_ctenophora_4(X) = fn_animal_22(X)
& fn_ctenophora_14(X) = fn_animal_18(X)
& fn_ctenophora_6(X) = fn_animal_20(X)
& fn_ctenophora_9(X) = fn_animal_25(X)
& fn_ctenophora_5(X) = fn_animal_26(X)
& fn_eumetazoan_28(X) = fn_animal_11(X)
& fn_animal_11(X) = fn_eumetazoan_6(X)
& fn_animal_12(X) = fn_eumetazoan_6(X)
& fn_eumetazoan_6(X) = fn_animal_12(X)
& fn_animal_12(X) = fn_eumetazoan_2(X)
& fn_animal_8(X) = fn_eumetazoan_2(X)
& fn_eumetazoan_2(X) = fn_animal_8(X)
& fn_animal_8(X) = fn_animal_19(X)
& fn_animal_19(X) = fn_animal_19(X)
& fn_animal_19(X) = fn_eumetazoan_22(X)
& fn_eumetazoan_22(X) = fn_animal_19(X) ) ) ).
fof(a528762,axiom,
! [X] :
( cuboidal_epithelium_1(X)
=> ( original_name_2(X,'Cuboidal-Epithelium')
& user_description_2(X,'A type of epithetial tissue consisting of cube-shaped cells and specialized for secretion and absorption.')
& concept2words_2(X,'cuboidal epithelium')
& concept2words_2(X,'cuboidal-epithelium')
& epithelium_1(X)
& ~ columnlike_epithelium_1(X)
& ~ simple_squamous_epithelium_1(X)
& ~ stratified_squamous_epithelium_1(X)
& ~ transport_epithelium_1(X) ) ) ).
fof(a528763,axiom,
! [X] :
( cubozoan_1(X)
=> ( original_name_2(X,'Cubozoan')
& user_description_2(X,'Member of a cnidarian taxon whose cnidocytes are especially toxic; known as sea wasps and box jellies.')
& concept2words_2(X,cubozoan)
& cnidaria_1(X)
& ~ anthozoan_1(X)
& ~ hydra_1(X)
& ~ hydrozoan_1(X) ) ) ).
fof(a528764,axiom,
! [X] :
( cud_1(X)
=> ( original_name_2(X,'Cud')
& user_description_2(X,'In ruminant digestion, the cud is the partially digested, regurgitated and then reswallowed bolus of food that has been chewed a second time.')
& concept2words_2(X,cud)
& bolus_1(X) ) ) ).
fof(a528765,axiom,
! [X] :
( culture_1(X)
=> ( original_name_2(X,'Culture')
& user_description_2(X,'A microbiological culture, or microbial culture, is population of microbial cells grown in predetermined culture media under controlled laboratory conditions.')
& concept2words_2(X,culture)
& aggregate_1(X)
& culturing_1(fn_culture_1(X))
& cell_1(fn_culture_2(X))
& cell_1(fn_culturing_3(fn_culture_1(X)))
& culture_1(fn_culturing_2(fn_culture_1(X)))
& minCardinality(X,element_0,"2",cell_0)
& result_2(fn_culture_1(X),X)
& element_2(X,fn_culture_2(X))
& fn_culture_2(X) = fn_culturing_3(fn_culture_1(X))
& X = fn_culturing_2(fn_culture_1(X))
& fn_culturing_2(fn_culture_1(X)) = fn_culturing_2(fn_culture_1(X)) ) ) ).
fof(a528766,axiom,
! [X] :
( culture_medium_1(X)
=> ( original_name_2(X,'Culture-Medium')
& user_description_2(X,'A liquid or gel designed to support the growth of microorganisms or cells or small plants. There are different types of media for growing different types of cells.')
& concept2words_2(X,'nutrient medium')
& concept2words_2(X,'growth medium')
& concept2words_2(X,'medium of culture')
& concept2words_2(X,'culture medium')
& concept2words_2(X,'culture-medium')
& chemical_entity_1(X)
& nutrient_1(fn_culture_medium_1(X))
& entity_1(fn_culture_medium_2(X))
& plays_2(fn_culture_medium_2(X),fn_culture_medium_1(X)) ) ) ).
fof(a528767,axiom,
! [X] :
( cultured_stem_cell_1(X)
=> ( original_name_2(X,'Cultured-Stem-Cell')
& user_description_2(X,'The stem cell cultured in the laboratory.')
& concept2words_2(X,'cultured stem cell')
& concept2words_2(X,'cultured-stem-cell')
& stem_cell_1(X) ) ) ).
fof(a528768,axiom,
! [X] :
( culturing_1(X)
=> ( original_name_2(X,'Culturing')
& user_description_2(X,'Culturing is an act of spawning, incubation, hatching, or rearing in a hatchery or other artificial production facility such as a spawning channel or spawning beach.')
& concept2words_2(X,culture)
& concept2words_2(X,culturing)
& grow_1(X)
& ~ elongation_1(X)
& ~ microtubule_elongation_1(X)
& nutrient_1(fn_culturing_1(X))
& culture_1(fn_culturing_2(X))
& cell_1(fn_culturing_3(X))
& reproduce_1(fn_culturing_4(X))
& food_1(fn_culturing_5(X))
& culture_medium_1(fn_culturing_6(X))
& cell_1(fn_culturing_7(X))
& tangible_entity_1(fn_food_3(fn_culturing_5(X)))
& living_entity_1(fn_reproduce_2(fn_culturing_4(X)))
& living_entity_1(fn_reproduce_1(fn_culturing_4(X)))
& minCardinality(fn_culturing_4(X),result_0,"2",cell_0)
& element_2(fn_culturing_2(X),fn_culturing_3(X))
& plays_2(fn_culturing_6(X),fn_culturing_1(X))
& object_2(X,fn_culturing_7(X))
& exactCardinality(X,object_0,"1",cell_0)
& result_2(X,fn_culturing_2(X))
& base_2(X,fn_culturing_6(X))
& plays_2(fn_culturing_6(X),fn_culturing_5(X))
& agent_2(fn_culturing_4(X),fn_culturing_7(X))
& base_2(fn_culturing_4(X),fn_culturing_7(X))
& result_2(fn_culturing_4(X),fn_culturing_3(X))
& fn_culturing_6(X) = fn_food_3(fn_culturing_5(X))
& fn_culturing_3(X) = fn_reproduce_2(fn_culturing_4(X))
& fn_culturing_7(X) = fn_reproduce_1(fn_culturing_4(X)) ) ) ).
fof(a528769,axiom,
! [X] :
( curium_1(X)
=> ( original_name_2(X,'Curium')
& user_description_2(X,'Curium is a metal atom with atomic number 96. It is represented by the symbol Cm.')
& concept2words_2(X,curium)
& concept2words_2(X,cm)
& metal_atom_1(X)
& neutron_1(fn_curium_3(X))
& atomic_mass_value_1(fn_curium_4(X))
& electronegativity_value_1(fn_curium_5(X))
& valence_electron_1(fn_curium_9(X))
& atomic_weight_value_1(fn_curium_10(X))
& atomic_number_value_1(fn_curium_11(X))
& quantity_value_1(fn_curium_12(X))
& electronegativity_2(X,fn_curium_5(X))
& mass_number_2(X,fn_curium_4(X))
& exactCardinality(X,has_part_0,"151",neutron_0)
& exactCardinality(X,has_part_0,"96",proton_0)
& exactCardinality(X,has_part_0,"96",electron_0)
& has_part_2(X,fn_curium_3(X))
& the_cardinal_value_2(fn_curium_12(X),"9")
& cardinal_unit_class_2(fn_curium_12(X),unity_0)
& the_cardinal_value_2(fn_curium_5(X),"1.3")
& cardinal_unit_class_2(fn_curium_5(X),unity_0)
& the_cardinal_value_2(fn_curium_4(X),"247")
& cardinal_unit_class_2(fn_curium_4(X),unity_0)
& the_cardinal_value_2(fn_curium_11(X),"96")
& cardinal_unit_class_2(fn_curium_11(X),unity_0)
& the_cardinal_value_2(fn_curium_10(X),"247")
& cardinal_unit_class_2(fn_curium_10(X),dalton_0)
& atomic_number_2(X,fn_curium_11(X))
& atomic_weight_2(X,fn_curium_10(X))
& has_part_2(X,fn_curium_9(X))
& quantity_2(fn_curium_9(X),fn_curium_12(X))
& fn_curium_7(X) = fn_atom_12(X)
& fn_curium_11(X) = fn_atom_17(X)
& fn_curium_8(X) = fn_atom_13(X)
& fn_curium_10(X) = fn_atom_16(X)
& fn_curium_6(X) = fn_atom_1(X)
& fn_curium_12(X) = fn_atom_5(X)
& fn_curium_9(X) = fn_atom_14(X) ) ) ).
fof(a528770,axiom,
! [X] :
( cushion_1(X)
=> ( original_name_2(X,'Cushion')
& user_description_2(X,'Cushion protect things against mechanical force.')
& concept2words_2(X,cushion)
& role_1(X)
& defense_1(fn_cushion_1(X))
& tangible_entity_1(fn_cushion_2(X))
& in_event_2(X,fn_cushion_1(X))
& plays_2(fn_cushion_2(X),X) ) ) ).
fof(a528771,axiom,
! [X] :
( cuticle_plant_1(X)
=> ( original_name_2(X,'Cuticle-Plant')
& user_description_2(X,'A protective, hydrophobic covering produced by epidermal cells of leaves. The cuticle minimizes water loss.')
& concept2words_2(X,'plant of cuticle')
& concept2words_2(X,'cuticle plant')
& concept2words_2(X,'cuticle-plant')
& wax_1(X)
& ~ casparian_strip_1(X) ) ) ).
fof(a528772,axiom,
! [X] :
( cyanobacterium_1(X)
=> ( original_name_2(X,'Cyanobacterium')
& user_description_2(X,'One of a phylum of bacteria that gains energy via photosynthesis.')
& concept2words_2(X,'blue green algae')
& concept2words_2(X,'blue-green-algae')
& concept2words_2(X,cyanobacterium)
& gram_negative_bacteria_1(X)
& photosynthetic_prokaryote_1(X)
& photosystem_ii_1(fn_cyanobacterium_3(X))
& photosystem_i_1(fn_cyanobacterium_4(X))
& resource_1(fn_cyanobacterium_5(X))
& system_1(fn_cyanobacterium_6(X))
& chemiosmosis_1(fn_cyanobacterium_7(X))
& nucleoid_1(fn_cyanobacterium_8(X))
& chromosome_1(fn_cyanobacterium_9(X))
& prokaryotic_chromosome_1(fn_cyanobacterium_9(X))
& protein_enzyme_1(fn_cyanobacterium_14(X))
& visible_light_1(fn_cyanobacterium_15(X))
& energy_1(fn_cyanobacterium_15(X))
& spatial_entity_1(fn_cyanobacterium_16(X))
& tangible_entity_1(fn_cyanobacterium_16(X))
& chemical_entity_1(fn_cyanobacterium_16(X))
& hydrophobic_compound_1(fn_cyanobacterium_16(X))
& molecule_1(fn_cyanobacterium_16(X))
& carbon_dioxide_1(fn_cyanobacterium_16(X))
& chemical_reaction_1(fn_cyanobacterium_17(X))
& metabolic_pathway_1(fn_cyanobacterium_17(X))
& photosynthesis_1(fn_cyanobacterium_17(X))
& temperature_value_1(fn_cyanobacterium_18(X))
& autotroph_1(fn_cyanobacterium_19(X))
& photoautotroph_1(fn_cyanobacterium_19(X))
& nutrition_1(fn_cyanobacterium_20(X))
& specific_heat_value_1(fn_cyanobacterium_21(X))
& ribosome_1(fn_cyanobacterium_22(X))
& prokaryotic_ribosome_1(fn_cyanobacterium_22(X))
& water_1(fn_cyanobacterium_23(X))
& active_transport_1(fn_cyanobacterium_24(X))
& volume_value_1(fn_cyanobacterium_25(X))
& size_value_1(fn_cyanobacterium_26(X))
& metabolism_1(fn_cyanobacterium_27(X))
& spatial_entity_1(fn_cyanobacterium_28(X))
& plasma_membrane_1(fn_cyanobacterium_28(X))
& biomembrane_1(fn_cyanobacterium_28(X))
& mixture_1(fn_cyanobacterium_29(X))
& cytoplasm_1(fn_cyanobacterium_29(X))
& cell_wall_1(fn_cyanobacterium_30(X))
& organic_molecule_1(fn_cyanobacterium_31(X))
& substance_1(fn_cyanobacterium_32(X))
& cytosol_1(fn_cyanobacterium_32(X))
& tangible_entity_1(fn_cyanobacterium_33(X))
& phospholipid_bilayer_1(fn_cyanobacterium_33(X))
& surface_1(fn_cyanobacterium_34(X))
& hydrophilic_face_1(fn_cyanobacterium_35(X))
& organic_molecule_1(fn_cellular_work_10(fn_cyanobacterium_24(X)))
& visible_light_1(fn_photoautotroph_5(fn_cyanobacterium_19(X)))
& energy_1(fn_photoautotroph_5(fn_cyanobacterium_19(X)))
& surface_1(fn_biomembrane_47(fn_cyanobacterium_28(X)))
& spatial_entity_1(fn_photosynthesis_38(fn_cyanobacterium_17(X)))
& tangible_entity_1(fn_photosynthesis_38(fn_cyanobacterium_17(X)))
& chemical_entity_1(fn_photosynthesis_38(fn_cyanobacterium_17(X)))
& hydrophobic_compound_1(fn_photosynthesis_38(fn_cyanobacterium_17(X)))
& molecule_1(fn_photosynthesis_38(fn_cyanobacterium_17(X)))
& carbon_dioxide_1(fn_photosynthesis_38(fn_cyanobacterium_17(X)))
& spatial_entity_1(fn_photoautotroph_25(fn_cyanobacterium_19(X)))
& tangible_entity_1(fn_photoautotroph_25(fn_cyanobacterium_19(X)))
& chemical_entity_1(fn_photoautotroph_25(fn_cyanobacterium_19(X)))
& hydrophobic_compound_1(fn_photoautotroph_25(fn_cyanobacterium_19(X)))
& molecule_1(fn_photoautotroph_25(fn_cyanobacterium_19(X)))
& carbon_dioxide_1(fn_photoautotroph_25(fn_cyanobacterium_19(X)))
& chemical_reaction_1(fn_enzyme_4(fn_cyanobacterium_14(X)))
& photosynthesis_1(fn_photoautotroph_19(fn_cyanobacterium_19(X)))
& nutrition_1(fn_photoautotroph_17(fn_cyanobacterium_19(X)))
& cell_1(fn_metabolic_pathway_1(fn_cyanobacterium_17(X)))
& organism_1(fn_metabolism_1(fn_cyanobacterium_27(X)))
& cell_1(fn_cellular_work_2(fn_cyanobacterium_24(X)))
& organism_1(fn_photoautotroph_18(fn_cyanobacterium_19(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_cyanobacterium_28(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_cyanobacterium_28(X)))
& tangible_entity_1(fn_biomembrane_63(fn_cyanobacterium_28(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_cyanobacterium_28(X)))
& experiencer_2(fn_cyanobacterium_17(X),X)
& has_part_2(X,fn_cyanobacterium_3(X))
& has_part_2(X,fn_cyanobacterium_4(X))
& site_2(fn_cyanobacterium_27(X),fn_cyanobacterium_29(X))
& has_part_2(fn_cyanobacterium_29(X),fn_cyanobacterium_14(X))
& plays_2(fn_cyanobacterium_31(X),fn_cyanobacterium_5(X))
& in_event_2(fn_cyanobacterium_5(X),fn_cyanobacterium_24(X))
& site_2(fn_cyanobacterium_7(X),fn_cyanobacterium_28(X))
& is_outside_2(fn_cyanobacterium_35(X),fn_cyanobacterium_28(X))
& has_function_2(fn_cyanobacterium_14(X),fn_cyanobacterium_17(X))
& base_2(fn_cyanobacterium_17(X),X)
& raw_material_2(fn_cyanobacterium_17(X),fn_cyanobacterium_16(X))
& base_2(fn_cyanobacterium_27(X),X)
& raw_material_2(fn_cyanobacterium_24(X),fn_cyanobacterium_31(X))
& base_2(fn_cyanobacterium_24(X),X)
& has_part_2(fn_cyanobacterium_29(X),fn_cyanobacterium_32(X))
& is_inside_2(fn_cyanobacterium_22(X),fn_cyanobacterium_32(X))
& plays_2(X,fn_cyanobacterium_19(X))
& in_event_2(fn_cyanobacterium_19(X),fn_cyanobacterium_20(X))
& raw_material_2(fn_cyanobacterium_20(X),fn_cyanobacterium_15(X))
& raw_material_2(fn_cyanobacterium_17(X),fn_cyanobacterium_15(X))
& by_means_of_2(fn_cyanobacterium_20(X),fn_cyanobacterium_17(X))
& raw_material_2(fn_cyanobacterium_20(X),fn_cyanobacterium_16(X))
& agent_2(fn_cyanobacterium_20(X),X)
& called_2(fn_cyanobacterium_26(X),size_obj)
& has_region_2(X,fn_cyanobacterium_34(X))
& is_at_2(fn_cyanobacterium_33(X),fn_cyanobacterium_34(X))
& volume_2(X,fn_cyanobacterium_25(X))
& directly_proportional_2(fn_cyanobacterium_26(X),fn_cyanobacterium_25(X))
& size_2(X,fn_cyanobacterium_26(X))
& has_part_2(X,fn_cyanobacterium_23(X))
& specific_heat_2(fn_cyanobacterium_23(X),fn_cyanobacterium_21(X))
& has_part_2(X,fn_cyanobacterium_9(X))
& is_inside_2(fn_cyanobacterium_9(X),fn_cyanobacterium_8(X))
& has_region_2(X,fn_cyanobacterium_8(X))
& temperature_2(X,fn_cyanobacterium_18(X))
& correspondence_2(fn_cyanobacterium_18(X),fn_cyanobacterium_21(X))
& has_part_2(X,fn_cyanobacterium_22(X))
& has_part_2(X,fn_cyanobacterium_28(X))
& is_inside_2(fn_cyanobacterium_28(X),fn_cyanobacterium_30(X))
& has_part_2(X,fn_cyanobacterium_30(X))
& has_part_2(X,fn_cyanobacterium_29(X))
& is_inside_2(fn_cyanobacterium_29(X),fn_cyanobacterium_28(X))
& has_part_2(fn_cyanobacterium_28(X),fn_cyanobacterium_33(X))
& has_region_2(fn_cyanobacterium_28(X),fn_cyanobacterium_35(X))
& fn_cyanobacterium_17(X) = fn_enzyme_4(fn_cyanobacterium_14(X))
& X = fn_metabolic_pathway_1(fn_cyanobacterium_17(X))
& fn_cyanobacterium_16(X) = fn_photosynthesis_38(fn_cyanobacterium_17(X))
& X = fn_metabolism_1(fn_cyanobacterium_27(X))
& fn_cyanobacterium_31(X) = fn_cellular_work_10(fn_cyanobacterium_24(X))
& X = fn_cellular_work_2(fn_cyanobacterium_24(X))
& fn_cyanobacterium_22(X) = fn_prokaryote_8(X)
& fn_cyanobacterium_32(X) = fn_prokaryote_10(X)
& fn_cyanobacterium_32(X) = fn_photosynthetic_prokaryote_14(X)
& X = fn_photoautotroph_18(fn_cyanobacterium_19(X))
& fn_cyanobacterium_16(X) = fn_photoautotroph_25(fn_cyanobacterium_19(X))
& fn_cyanobacterium_17(X) = fn_photoautotroph_19(fn_cyanobacterium_19(X))
& fn_cyanobacterium_15(X) = fn_photoautotroph_5(fn_cyanobacterium_19(X))
& fn_cyanobacterium_19(X) = fn_photosynthetic_prokaryote_2(X)
& fn_cyanobacterium_20(X) = fn_photoautotroph_17(fn_cyanobacterium_19(X))
& fn_cyanobacterium_12(X) = fn_photosynthetic_prokaryote_29(X)
& fn_cyanobacterium_13(X) = fn_photosynthetic_prokaryote_26(X)
& fn_cyanobacterium_11(X) = fn_photosynthetic_prokaryote_27(X)
& fn_cyanobacterium_20(X) = fn_photosynthetic_prokaryote_3(X)
& fn_cyanobacterium_10(X) = fn_photosynthetic_prokaryote_28(X)
& fn_cyanobacterium_33(X) = fn_photosynthetic_prokaryote_24(X)
& fn_cyanobacterium_34(X) = fn_photosynthetic_prokaryote_25(X)
& fn_cyanobacterium_23(X) = fn_photosynthetic_prokaryote_10(X)
& fn_cyanobacterium_26(X) = fn_photosynthetic_prokaryote_8(X)
& fn_cyanobacterium_25(X) = fn_photosynthetic_prokaryote_9(X)
& fn_cyanobacterium_21(X) = fn_photosynthetic_prokaryote_4(X)
& fn_cyanobacterium_18(X) = fn_photosynthetic_prokaryote_1(X)
& fn_cyanobacterium_8(X) = fn_photosynthetic_prokaryote_30(X)
& fn_cyanobacterium_9(X) = fn_photosynthetic_prokaryote_31(X)
& fn_cyanobacterium_22(X) = fn_photosynthetic_prokaryote_12(X)
& fn_cyanobacterium_22(X) = fn_bacterium_14(X)
& fn_cyanobacterium_29(X) = fn_prokaryote_12(X)
& fn_cyanobacterium_29(X) = fn_photosynthetic_prokaryote_5(X)
& fn_cyanobacterium_29(X) = fn_bacterium_16(X)
& fn_cyanobacterium_30(X) = fn_photosynthetic_prokaryote_11(X)
& fn_cyanobacterium_30(X) = fn_bacterium_12(X)
& fn_cyanobacterium_28(X) = fn_photosynthetic_prokaryote_6(X)
& fn_cyanobacterium_28(X) = fn_bacterium_15(X)
& fn_cyanobacterium_33(X) = fn_plasma_membrane_71(fn_cyanobacterium_28(X))
& fn_cyanobacterium_33(X) = fn_biomembrane_63(fn_cyanobacterium_28(X))
& fn_cyanobacterium_35(X) = fn_biomembrane_47(fn_cyanobacterium_28(X))
& fn_photosynthetic_prokaryote_14(X) = fn_prokaryote_10(X)
& fn_prokaryote_10(X) = fn_photosynthetic_prokaryote_14(X)
& fn_photosynthetic_prokaryote_14(X) = fn_photosynthesis_38(fn_cyanobacterium_17(X))
& fn_photosynthesis_38(fn_cyanobacterium_17(X)) = fn_photoautotroph_25(fn_cyanobacterium_19(X))
& fn_photoautotroph_25(fn_cyanobacterium_19(X)) = fn_enzyme_4(fn_cyanobacterium_14(X))
& fn_enzyme_4(fn_cyanobacterium_14(X)) = fn_photoautotroph_19(fn_cyanobacterium_19(X))
& fn_photoautotroph_19(fn_cyanobacterium_19(X)) = fn_photoautotroph_19(fn_cyanobacterium_19(X))
& fn_photoautotroph_19(fn_cyanobacterium_19(X)) = fn_photoautotroph_17(fn_cyanobacterium_19(X))
& fn_photoautotroph_17(fn_cyanobacterium_19(X)) = fn_photoautotroph_17(fn_cyanobacterium_19(X))
& fn_photosynthetic_prokaryote_3(X) = fn_photoautotroph_17(fn_cyanobacterium_19(X))
& fn_photoautotroph_17(fn_cyanobacterium_19(X)) = fn_photosynthetic_prokaryote_3(X)
& fn_photosynthetic_prokaryote_3(X) = fn_prokaryote_8(X)
& fn_prokaryote_8(X) = fn_photosynthetic_prokaryote_12(X)
& fn_photosynthetic_prokaryote_12(X) = fn_photosynthetic_prokaryote_12(X)
& fn_photosynthetic_prokaryote_12(X) = fn_bacterium_14(X)
& fn_bacterium_14(X) = fn_prokaryote_12(X)
& fn_photosynthetic_prokaryote_5(X) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_photosynthetic_prokaryote_5(X)
& fn_photosynthetic_prokaryote_5(X) = fn_photosynthetic_prokaryote_5(X)
& fn_bacterium_16(X) = fn_photosynthetic_prokaryote_5(X)
& fn_photosynthetic_prokaryote_5(X) = fn_bacterium_16(X)
& fn_bacterium_16(X) = fn_photosynthetic_prokaryote_11(X)
& fn_bacterium_12(X) = fn_photosynthetic_prokaryote_11(X)
& fn_photosynthetic_prokaryote_11(X) = fn_bacterium_12(X)
& fn_bacterium_12(X) = fn_metabolic_pathway_1(fn_cyanobacterium_17(X))
& fn_metabolic_pathway_1(fn_cyanobacterium_17(X)) = fn_metabolism_1(fn_cyanobacterium_27(X))
& fn_metabolism_1(fn_cyanobacterium_27(X)) = fn_metabolism_1(fn_cyanobacterium_27(X))
& fn_metabolism_1(fn_cyanobacterium_27(X)) = fn_cellular_work_2(fn_cyanobacterium_24(X))
& fn_cellular_work_2(fn_cyanobacterium_24(X)) = fn_cellular_work_2(fn_cyanobacterium_24(X))
& fn_cellular_work_2(fn_cyanobacterium_24(X)) = fn_photoautotroph_18(fn_cyanobacterium_19(X))
& fn_photoautotroph_18(fn_cyanobacterium_19(X)) = fn_photosynthetic_prokaryote_24(X)
& fn_photosynthetic_prokaryote_24(X) = fn_plasma_membrane_71(fn_cyanobacterium_28(X))
& fn_plasma_membrane_71(fn_cyanobacterium_28(X)) = fn_photosynthetic_prokaryote_24(X)
& fn_photosynthetic_prokaryote_24(X) = fn_biomembrane_63(fn_cyanobacterium_28(X))
& fn_biomembrane_63(fn_cyanobacterium_28(X)) = fn_photosynthetic_prokaryote_6(X)
& fn_bacterium_15(X) = fn_photosynthetic_prokaryote_6(X)
& fn_photosynthetic_prokaryote_6(X) = fn_bacterium_15(X) ) ) ).
fof(a528773,axiom,
! [X] :
( cycad_1(X)
=> ( original_name_2(X,'Cycad')
& user_description_2(X,'A phylum of gymnosperms with approximately 130 known species. Cycads have large cones and palm-like leaves.')
& concept2words_2(X,cycad)
& woody_plant_1(X)
& gymnosperm_1(X)
& ~ conifer_1(X)
& length_value_1(fn_cycad_1(X))
& length_value_1(fn_cycad_4(X))
& stem_1(fn_cycad_5(X))
& shoot_1(fn_cycad_6(X))
& store_1(fn_cycad_7(X))
& entity_1(fn_cycad_8(X))
& chemical_energy_1(fn_cycad_8(X))
& store_1(fn_cycad_15(X))
& free_energy_1(fn_cycad_16(X))
& size_value_1(fn_cycad_17(X))
& structural_complexity_value_1(fn_cycad_18(X))
& structural_complexity_value_1(fn_cycad_19(X))
& free_energy_1(fn_cycad_20(X))
& size_value_1(fn_cycad_21(X))
& quantity_value_1(fn_cycad_22(X))
& quantity_value_1(fn_cycad_23(X))
& chemical_entity_1(fn_cycad_24(X))
& organic_molecule_1(fn_cycad_24(X))
& molecule_1(fn_cycad_24(X))
& entity_1(fn_cycad_24(X))
& nadh_1(fn_cycad_24(X))
& organic_molecule_1(fn_cycad_25(X))
& pyruvate_1(fn_cycad_25(X))
& chemical_entity_1(fn_cycad_25(X))
& catabolic_pathway_1(fn_cycad_26(X))
& glycolysis_1(fn_cycad_26(X))
& catabolic_pathway_1(fn_cycad_27(X))
& pyruvate_oxidation_1(fn_cycad_27(X))
& oxygen_molecule_1(fn_cycad_28(X))
& chemical_reaction_1(fn_cycad_29(X))
& oxidative_phosphorylation_1(fn_cycad_29(X))
& eukaryotic_oxidative_phosphorylation_1(fn_cycad_29(X))
& spatial_entity_1(fn_cycad_30(X))
& chemical_entity_1(fn_cycad_30(X))
& hydrophobic_compound_1(fn_cycad_30(X))
& molecule_1(fn_cycad_30(X))
& tangible_entity_1(fn_cycad_30(X))
& carbon_dioxide_1(fn_cycad_30(X))
& visible_light_1(fn_cycad_31(X))
& energy_1(fn_cycad_31(X))
& spatial_entity_1(fn_cycad_32(X))
& tangible_entity_1(fn_cycad_32(X))
& chemical_entity_1(fn_cycad_32(X))
& sugar_1(fn_cycad_32(X))
& glucose_1(fn_cycad_32(X))
& cellular_respiration_1(fn_cycad_33(X))
& metabolic_pathway_1(fn_cycad_33(X))
& eukaryotic_cellular_respiration_1(fn_cycad_33(X))
& organelle_1(fn_cycad_34(X))
& mitochondrion_1(fn_cycad_34(X))
& semiautonomous_organelle_1(fn_cycad_34(X))
& chemical_energy_1(fn_cycad_35(X))
& anchor_1(fn_cycad_36(X))
& root_system_1(fn_cycad_37(X))
& shoot_system_1(fn_cycad_38(X))
& root_1(fn_cycad_39(X))
& taproot_1(fn_cycad_39(X))
& water_1(fn_cycad_40(X))
& temperature_value_1(fn_cycad_41(X))
& specific_heat_value_1(fn_cycad_42(X))
& photosynthesis_1(fn_cycad_43(X))
& anabolic_pathway_1(fn_cycad_43(X))
& metabolic_pathway_1(fn_cycad_43(X))
& photoautotroph_1(fn_cycad_44(X))
& nutrition_1(fn_cycad_45(X))
& plant_cell_1(fn_cycad_46(X))
& cell_1(fn_cycad_46(X))
& eukaryotic_cell_1(fn_cycad_46(X))
& store_1(fn_cycad_49(X))
& store_1(fn_cycad_50(X))
& container_1(fn_cycad_51(X))
& starch_storage_by_plant_1(fn_cycad_52(X))
& tuber_1(fn_cycad_53(X))
& entity_1(fn_store_1(fn_cycad_49(X)))
& container_1(fn_store_3(fn_cycad_7(X)))
& stem_1(fn_shoot_1(fn_cycad_6(X)))
& container_1(fn_store_3(fn_cycad_49(X)))
& container_1(fn_store_3(fn_cycad_15(X)))
& oxygen_molecule_1(fn_cellular_respiration_68(fn_cycad_33(X)))
& property_node_1(fn_photosynthesis_54(fn_cycad_43(X)))
& property_node_1(fn_photosynthesis_5(fn_cycad_43(X)))
& free_energy_1(fn_photosynthesis_53(fn_cycad_43(X)))
& property_node_1(fn_photosynthesis_55(fn_cycad_43(X)))
& property_node_1(fn_photosynthesis_56(fn_cycad_43(X)))
& property_node_1(fn_photosynthesis_6(fn_cycad_43(X)))
& size_value_1(fn_photosynthesis_4(fn_cycad_43(X)))
& size_value_1(fn_photosynthesis_3(fn_cycad_43(X)))
& property_node_1(fn_photosynthesis_57(fn_cycad_43(X)))
& structural_complexity_value_1(fn_photosynthesis_24(fn_cycad_43(X)))
& visible_light_1(fn_photosynthesis_34(fn_cycad_43(X)))
& energy_1(fn_photosynthesis_34(fn_cycad_43(X)))
& quantity_value_1(fn_photosynthesis_52(fn_cycad_43(X)))
& quantity_value_1(fn_photosynthesis_51(fn_cycad_43(X)))
& free_energy_1(fn_photosynthesis_50(fn_cycad_43(X)))
& pyruvate_oxidation_1(fn_eukaryotic_cellular_respiration_94(fn_cycad_33(X)))
& glycolysis_1(fn_eukaryotic_cellular_respiration_82(fn_cycad_33(X)))
& organic_molecule_1(fn_catabolic_pathway_9(fn_cycad_26(X)))
& organic_molecule_1(fn_pyruvate_oxidation_85(fn_cycad_27(X)))
& chemical_entity_1(fn_pyruvate_oxidation_85(fn_cycad_27(X)))
& pyruvate_1(fn_pyruvate_oxidation_85(fn_cycad_27(X)))
& pyruvate_1(fn_glycolysis_55(fn_cycad_26(X)))
& chemical_entity_1(fn_glycolysis_55(fn_cycad_26(X)))
& spatial_entity_1(fn_store_2(fn_cycad_49(X)))
& spatial_entity_1(fn_store_2(fn_cycad_15(X)))
& spatial_entity_1(fn_store_2(fn_cycad_7(X)))
& tangible_entity_1(fn_photosynthesis_37(fn_cycad_43(X)))
& chemical_entity_1(fn_photosynthesis_37(fn_cycad_43(X)))
& sugar_1(fn_photosynthesis_37(fn_cycad_43(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_cycad_43(X)))
& structural_complexity_value_1(fn_anabolic_pathway_3(fn_cycad_43(X)))
& structural_complexity_value_1(fn_glucose_2(fn_cycad_32(X)))
& structural_complexity_value_1(fn_photosynthesis_25(fn_cycad_43(X)))
& entity_1(fn_store_1(fn_cycad_15(X)))
& entity_1(fn_store_1(fn_cycad_7(X)))
& chemical_energy_1(fn_photosynthesis_40(fn_cycad_43(X)))
& cell_1(fn_metabolic_pathway_1(fn_cycad_33(X)))
& cell_1(fn_metabolic_pathway_1(fn_cycad_43(X)))
& spatial_entity_1(fn_photosynthesis_38(fn_cycad_43(X)))
& tangible_entity_1(fn_photosynthesis_38(fn_cycad_43(X)))
& chemical_entity_1(fn_photosynthesis_38(fn_cycad_43(X)))
& hydrophobic_compound_1(fn_photosynthesis_38(fn_cycad_43(X)))
& molecule_1(fn_photosynthesis_38(fn_cycad_43(X)))
& carbon_dioxide_1(fn_photosynthesis_38(fn_cycad_43(X)))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_62(fn_cycad_33(X)))
& carbon_dioxide_1(fn_eukaryotic_cellular_respiration_62(fn_cycad_33(X)))
& organelle_1(fn_plant_cell_59(fn_cycad_46(X)))
& mitochondrion_1(fn_plant_cell_59(fn_cycad_46(X)))
& semiautonomous_organelle_1(fn_plant_cell_59(fn_cycad_46(X)))
& organelle_1(fn_eukaryotic_cellular_respiration_101(fn_cycad_33(X)))
& mitochondrion_1(fn_eukaryotic_cellular_respiration_101(fn_cycad_33(X)))
& semiautonomous_organelle_1(fn_eukaryotic_cellular_respiration_101(fn_cycad_33(X)))
& oxidative_phosphorylation_1(fn_cellular_respiration_63(fn_cycad_33(X)))
& chemical_reaction_1(fn_eukaryotic_cellular_respiration_96(fn_cycad_33(X)))
& oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_cycad_33(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_cycad_33(X)))
& organic_molecule_1(fn_catabolic_pathway_9(fn_cycad_27(X)))
& nadh_1(fn_pyruvate_oxidation_84(fn_cycad_27(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_42(fn_cycad_33(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_42(fn_cycad_33(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_42(fn_cycad_33(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_42(fn_cycad_33(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_111(fn_cycad_33(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_111(fn_cycad_33(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_111(fn_cycad_33(X)))
& entity_1(fn_eukaryotic_cellular_respiration_111(fn_cycad_33(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_111(fn_cycad_33(X)))
& eukaryotic_cellular_respiration_1(fn_eukaryotic_cell_23(fn_cycad_46(X)))
& metabolic_pathway_1(fn_plant_cell_63(fn_cycad_46(X)))
& eukaryotic_cellular_respiration_1(fn_plant_cell_63(fn_cycad_46(X)))
& fn_cycad_35(X) != fn_cycad_31(X)
& result_2(fn_cycad_33(X),fn_cycad_25(X))
& fn_cycad_31(X) != fn_cycad_35(X)
& thickness_2(fn_cycad_5(X),fn_cycad_1(X))
& directly_proportional_2(fn_cycad_1(X),fn_cycad_4(X))
& base_2(fn_cycad_49(X),fn_cycad_32(X))
& object_2(fn_cycad_15(X),fn_cycad_8(X))
& object_2(fn_cycad_49(X),fn_cycad_35(X))
& object_2(fn_cycad_7(X),fn_cycad_8(X))
& base_2(fn_cycad_15(X),fn_cycad_32(X))
& base_2(fn_cycad_7(X),fn_cycad_32(X))
& plays_2(fn_cycad_32(X),fn_cycad_51(X))
& size_2(fn_cycad_32(X),fn_cycad_17(X))
& result_2(fn_cycad_43(X),fn_cycad_32(X))
& possesses_2(fn_cycad_32(X),fn_cycad_16(X))
& raw_material_2(fn_cycad_27(X),fn_cycad_25(X))
& result_2(fn_cycad_26(X),fn_cycad_25(X))
& structural_complexity_2(fn_cycad_32(X),fn_cycad_18(X))
& has_part_2(fn_cycad_6(X),fn_cycad_5(X))
& in_event_2(fn_cycad_51(X),fn_cycad_15(X))
& raw_material_2(fn_cycad_33(X),fn_cycad_28(X))
& raw_material_2(fn_cycad_29(X),fn_cycad_28(X))
& has_function_2(fn_cycad_46(X),fn_cycad_33(X))
& base_2(fn_cycad_33(X),fn_cycad_46(X))
& has_part_2(fn_cycad_46(X),fn_cycad_34(X))
& has_function_2(fn_cycad_34(X),fn_cycad_33(X))
& quantity_2(fn_cycad_16(X),fn_cycad_23(X))
& called_2(fn_cycad_22(X),'FE_r')
& size_2(fn_cycad_30(X),fn_cycad_21(X))
& greater_than_2(fn_cycad_17(X),fn_cycad_21(X))
& structural_complexity_2(fn_cycad_30(X),fn_cycad_19(X))
& greater_than_2(fn_cycad_18(X),fn_cycad_19(X))
& raw_material_2(fn_cycad_43(X),fn_cycad_31(X))
& fn_cycad_8(X) != fn_cycad_31(X)
& fn_cycad_31(X) != fn_cycad_8(X)
& raw_material_2(fn_cycad_43(X),fn_cycad_30(X))
& possesses_2(fn_cycad_30(X),fn_cycad_20(X))
& quantity_2(fn_cycad_20(X),fn_cycad_22(X))
& greater_than_2(fn_cycad_23(X),fn_cycad_22(X))
& called_2(fn_cycad_23(X),'FE_p')
& by_means_of_2(fn_cycad_45(X),fn_cycad_43(X))
& height_2(X,fn_cycad_4(X))
& the_scalar_value_2(fn_cycad_4(X),tall_0)
& scalar_unit_class_2(fn_cycad_4(X),vascular_plant_0)
& correspondence_2(fn_cycad_41(X),fn_cycad_42(X))
& temperature_2(X,fn_cycad_41(X))
& has_function_2(X,fn_cycad_43(X))
& experiencer_2(fn_cycad_43(X),X)
& has_function_2(X,fn_cycad_52(X))
& subevent_2(fn_cycad_52(X),fn_cycad_50(X))
& site_2(fn_cycad_50(X),fn_cycad_53(X))
& has_part_2(X,fn_cycad_53(X))
& has_part_2(X,fn_cycad_46(X))
& base_2(fn_cycad_43(X),fn_cycad_46(X))
& object_2(fn_cycad_36(X),X)
& agent_2(fn_cycad_36(X),fn_cycad_39(X))
& has_part_2(X,fn_cycad_39(X))
& has_part_2(X,fn_cycad_40(X))
& specific_heat_2(fn_cycad_40(X),fn_cycad_42(X))
& base_2(fn_cycad_52(X),X)
& agent_2(fn_cycad_52(X),X)
& has_region_2(X,fn_cycad_38(X))
& is_inside_2(fn_cycad_6(X),fn_cycad_38(X))
& has_part_2(X,fn_cycad_6(X))
& plays_2(X,fn_cycad_44(X))
& in_event_2(fn_cycad_44(X),fn_cycad_45(X))
& agent_2(fn_cycad_45(X),X)
& has_region_2(X,fn_cycad_37(X))
& is_inside_2(fn_cycad_39(X),fn_cycad_37(X))
& subevent_2(fn_cycad_33(X),fn_cycad_29(X))
& result_2(fn_cycad_33(X),fn_cycad_30(X))
& first_subevent_2(fn_cycad_33(X),fn_cycad_26(X))
& subevent_2(fn_cycad_33(X),fn_cycad_26(X))
& subevent_2(fn_cycad_33(X),fn_cycad_27(X))
& site_2(fn_cycad_27(X),fn_cycad_34(X))
& result_2(fn_cycad_33(X),fn_cycad_24(X))
& result_2(fn_cycad_26(X),fn_cycad_24(X))
& next_event_2(fn_cycad_26(X),fn_cycad_27(X))
& result_2(fn_cycad_27(X),fn_cycad_24(X))
& raw_material_2(fn_cycad_29(X),fn_cycad_24(X))
& fn_cycad_8(X) = fn_store_1(fn_cycad_15(X))
& fn_cycad_35(X) = fn_store_1(fn_cycad_49(X))
& fn_cycad_8(X) = fn_store_1(fn_cycad_7(X))
& fn_cycad_32(X) = fn_store_2(fn_cycad_49(X))
& fn_cycad_32(X) = fn_store_2(fn_cycad_15(X))
& fn_cycad_51(X) = fn_store_3(fn_cycad_7(X))
& fn_cycad_32(X) = fn_store_2(fn_cycad_7(X))
& fn_cycad_32(X) = fn_photosynthesis_37(fn_cycad_43(X))
& fn_cycad_25(X) = fn_pyruvate_oxidation_85(fn_cycad_27(X))
& fn_cycad_25(X) = fn_catabolic_pathway_9(fn_cycad_26(X))
& fn_cycad_25(X) = fn_glycolysis_55(fn_cycad_26(X))
& fn_cycad_32(X) = fn_anabolic_pathway_5(fn_cycad_43(X))
& fn_cycad_18(X) = fn_anabolic_pathway_3(fn_cycad_43(X))
& fn_cycad_18(X) = fn_glucose_2(fn_cycad_32(X))
& fn_cycad_5(X) = fn_shoot_1(fn_cycad_6(X))
& fn_cycad_51(X) = fn_store_3(fn_cycad_49(X))
& fn_cycad_51(X) = fn_store_3(fn_cycad_15(X))
& fn_cycad_29(X) = fn_cellular_respiration_63(fn_cycad_33(X))
& fn_cycad_28(X) = fn_cellular_respiration_68(fn_cycad_33(X))
& fn_cycad_34(X) = fn_plant_cell_59(fn_cycad_46(X))
& fn_cycad_46(X) = fn_metabolic_pathway_1(fn_cycad_33(X))
& fn_cycad_33(X) = fn_eukaryotic_cell_23(fn_cycad_46(X))
& fn_cycad_33(X) = fn_plant_cell_63(fn_cycad_46(X))
& fn_cycad_12(X) = fn_photosynthesis_54(fn_cycad_43(X))
& fn_cycad_11(X) = fn_photosynthesis_5(fn_cycad_43(X))
& fn_cycad_16(X) = fn_photosynthesis_53(fn_cycad_43(X))
& fn_cycad_10(X) = fn_photosynthesis_55(fn_cycad_43(X))
& fn_cycad_9(X) = fn_photosynthesis_56(fn_cycad_43(X))
& fn_cycad_14(X) = fn_photosynthesis_6(fn_cycad_43(X))
& fn_cycad_17(X) = fn_photosynthesis_4(fn_cycad_43(X))
& fn_cycad_21(X) = fn_photosynthesis_3(fn_cycad_43(X))
& fn_cycad_13(X) = fn_photosynthesis_57(fn_cycad_43(X))
& fn_cycad_18(X) = fn_photosynthesis_25(fn_cycad_43(X))
& fn_cycad_19(X) = fn_photosynthesis_24(fn_cycad_43(X))
& fn_cycad_8(X) = fn_photosynthesis_40(fn_cycad_43(X))
& fn_cycad_31(X) = fn_photosynthesis_34(fn_cycad_43(X))
& fn_cycad_23(X) = fn_photosynthesis_52(fn_cycad_43(X))
& fn_cycad_22(X) = fn_photosynthesis_51(fn_cycad_43(X))
& fn_cycad_20(X) = fn_photosynthesis_50(fn_cycad_43(X))
& fn_cycad_30(X) = fn_photosynthesis_38(fn_cycad_43(X))
& fn_cycad_47(X) = fn_gymnosperm_7(X)
& fn_cycad_48(X) = fn_gymnosperm_6(X)
& fn_cycad_3(X) = fn_gymnosperm_16(X)
& fn_cycad_4(X) = fn_gymnosperm_15(X)
& fn_cycad_41(X) = fn_woody_plant_7(X)
& fn_cycad_41(X) = fn_gymnosperm_22(X)
& fn_cycad_46(X) = fn_metabolic_pathway_1(fn_cycad_43(X))
& fn_cycad_43(X) = fn_woody_plant_9(X)
& fn_cycad_43(X) = fn_gymnosperm_11(X)
& fn_cycad_46(X) = fn_woody_plant_12(X)
& fn_cycad_46(X) = fn_gymnosperm_8(X)
& fn_cycad_53(X) = fn_woody_plant_18(X)
& fn_cycad_53(X) = fn_gymnosperm_2(X)
& fn_cycad_50(X) = fn_woody_plant_15(X)
& fn_cycad_50(X) = fn_gymnosperm_5(X)
& fn_cycad_42(X) = fn_woody_plant_8(X)
& fn_cycad_42(X) = fn_gymnosperm_19(X)
& fn_cycad_40(X) = fn_woody_plant_6(X)
& fn_cycad_40(X) = fn_gymnosperm_23(X)
& fn_cycad_36(X) = fn_gymnosperm_14(X)
& fn_cycad_6(X) = fn_woody_plant_17(X)
& fn_cycad_6(X) = fn_gymnosperm_3(X)
& fn_cycad_38(X) = fn_woody_plant_4(X)
& fn_cycad_38(X) = fn_gymnosperm_20(X)
& fn_cycad_52(X) = fn_woody_plant_16(X)
& fn_cycad_52(X) = fn_gymnosperm_4(X)
& fn_cycad_39(X) = fn_woody_plant_5(X)
& fn_cycad_39(X) = fn_gymnosperm_13(X)
& fn_cycad_37(X) = fn_woody_plant_3(X)
& fn_cycad_37(X) = fn_gymnosperm_21(X)
& fn_cycad_45(X) = fn_woody_plant_10(X)
& fn_cycad_45(X) = fn_gymnosperm_9(X)
& fn_cycad_44(X) = fn_woody_plant_11(X)
& fn_cycad_44(X) = fn_gymnosperm_10(X)
& fn_cycad_30(X) = fn_eukaryotic_cellular_respiration_62(fn_cycad_33(X))
& fn_cycad_34(X) = fn_eukaryotic_cellular_respiration_101(fn_cycad_33(X))
& fn_cycad_29(X) = fn_eukaryotic_cellular_respiration_96(fn_cycad_33(X))
& fn_cycad_24(X) = fn_catabolic_pathway_9(fn_cycad_27(X))
& fn_cycad_24(X) = fn_pyruvate_oxidation_84(fn_cycad_27(X))
& fn_cycad_27(X) = fn_eukaryotic_cellular_respiration_94(fn_cycad_33(X))
& fn_cycad_26(X) = fn_eukaryotic_cellular_respiration_82(fn_cycad_33(X))
& fn_cycad_24(X) = fn_eukaryotic_cellular_respiration_42(fn_cycad_33(X))
& fn_cycad_24(X) = fn_eukaryotic_cellular_respiration_111(fn_cycad_33(X))
& fn_pyruvate_oxidation_85(fn_cycad_27(X)) = fn_catabolic_pathway_9(fn_cycad_26(X))
& fn_catabolic_pathway_9(fn_cycad_26(X)) = fn_pyruvate_oxidation_85(fn_cycad_27(X))
& fn_pyruvate_oxidation_85(fn_cycad_27(X)) = fn_glycolysis_55(fn_cycad_26(X))
& fn_glycolysis_55(fn_cycad_26(X)) = fn_store_2(fn_cycad_49(X))
& fn_store_2(fn_cycad_15(X)) = fn_store_2(fn_cycad_49(X))
& fn_store_2(fn_cycad_49(X)) = fn_store_2(fn_cycad_15(X))
& fn_store_2(fn_cycad_15(X)) = fn_store_2(fn_cycad_7(X))
& fn_store_2(fn_cycad_7(X)) = fn_store_2(fn_cycad_7(X))
& fn_store_2(fn_cycad_7(X)) = fn_anabolic_pathway_5(fn_cycad_43(X))
& fn_anabolic_pathway_5(fn_cycad_43(X)) = fn_anabolic_pathway_5(fn_cycad_43(X))
& fn_photosynthesis_37(fn_cycad_43(X)) = fn_photosynthesis_37(fn_cycad_43(X))
& fn_anabolic_pathway_5(fn_cycad_43(X)) = fn_photosynthesis_37(fn_cycad_43(X))
& fn_photosynthesis_37(fn_cycad_43(X)) = fn_anabolic_pathway_5(fn_cycad_43(X))
& fn_anabolic_pathway_5(fn_cycad_43(X)) = fn_anabolic_pathway_3(fn_cycad_43(X))
& fn_anabolic_pathway_3(fn_cycad_43(X)) = fn_glucose_2(fn_cycad_32(X))
& fn_glucose_2(fn_cycad_32(X)) = fn_glucose_2(fn_cycad_32(X))
& fn_glucose_2(fn_cycad_32(X)) = fn_photosynthesis_25(fn_cycad_43(X))
& fn_photosynthesis_25(fn_cycad_43(X)) = fn_photosynthesis_25(fn_cycad_43(X))
& fn_photosynthesis_25(fn_cycad_43(X)) = fn_store_1(fn_cycad_15(X))
& fn_store_1(fn_cycad_15(X)) = fn_store_1(fn_cycad_7(X))
& fn_store_1(fn_cycad_7(X)) = fn_photosynthesis_40(fn_cycad_43(X))
& fn_photosynthesis_40(fn_cycad_43(X)) = fn_photosynthesis_40(fn_cycad_43(X))
& fn_photosynthesis_40(fn_cycad_43(X)) = fn_gymnosperm_22(X)
& fn_gymnosperm_22(X) = fn_woody_plant_7(X)
& fn_woody_plant_7(X) = fn_gymnosperm_22(X)
& fn_gymnosperm_22(X) = fn_woody_plant_9(X)
& fn_gymnosperm_11(X) = fn_woody_plant_9(X)
& fn_woody_plant_9(X) = fn_gymnosperm_11(X)
& fn_gymnosperm_11(X) = fn_metabolic_pathway_1(fn_cycad_33(X))
& fn_metabolic_pathway_1(fn_cycad_33(X)) = fn_metabolic_pathway_1(fn_cycad_43(X))
& fn_metabolic_pathway_1(fn_cycad_43(X)) = fn_woody_plant_12(X)
& fn_woody_plant_12(X) = fn_woody_plant_12(X)
& fn_gymnosperm_8(X) = fn_woody_plant_12(X)
& fn_woody_plant_12(X) = fn_gymnosperm_8(X)
& fn_gymnosperm_8(X) = fn_woody_plant_18(X)
& fn_gymnosperm_2(X) = fn_woody_plant_18(X)
& fn_woody_plant_18(X) = fn_gymnosperm_2(X)
& fn_gymnosperm_2(X) = fn_woody_plant_15(X)
& fn_gymnosperm_5(X) = fn_woody_plant_15(X)
& fn_woody_plant_15(X) = fn_gymnosperm_5(X)
& fn_gymnosperm_5(X) = fn_gymnosperm_19(X)
& fn_gymnosperm_19(X) = fn_woody_plant_8(X)
& fn_woody_plant_8(X) = fn_gymnosperm_19(X)
& fn_gymnosperm_19(X) = fn_woody_plant_6(X)
& fn_gymnosperm_23(X) = fn_woody_plant_6(X)
& fn_woody_plant_6(X) = fn_gymnosperm_23(X)
& fn_gymnosperm_23(X) = fn_woody_plant_17(X)
& fn_gymnosperm_3(X) = fn_woody_plant_17(X)
& fn_woody_plant_17(X) = fn_gymnosperm_3(X)
& fn_gymnosperm_3(X) = fn_woody_plant_4(X)
& fn_gymnosperm_20(X) = fn_woody_plant_4(X)
& fn_woody_plant_4(X) = fn_gymnosperm_20(X)
& fn_gymnosperm_20(X) = fn_woody_plant_16(X)
& fn_gymnosperm_4(X) = fn_woody_plant_16(X)
& fn_woody_plant_16(X) = fn_gymnosperm_4(X)
& fn_gymnosperm_4(X) = fn_woody_plant_5(X)
& fn_gymnosperm_13(X) = fn_gymnosperm_13(X)
& fn_gymnosperm_13(X) = fn_woody_plant_5(X)
& fn_woody_plant_5(X) = fn_gymnosperm_13(X)
& fn_gymnosperm_13(X) = fn_woody_plant_3(X)
& fn_gymnosperm_21(X) = fn_woody_plant_3(X)
& fn_woody_plant_3(X) = fn_gymnosperm_21(X)
& fn_gymnosperm_21(X) = fn_woody_plant_10(X)
& fn_gymnosperm_9(X) = fn_woody_plant_10(X)
& fn_woody_plant_10(X) = fn_gymnosperm_9(X)
& fn_gymnosperm_9(X) = fn_woody_plant_11(X)
& fn_gymnosperm_10(X) = fn_woody_plant_11(X)
& fn_woody_plant_11(X) = fn_gymnosperm_10(X)
& fn_gymnosperm_10(X) = fn_photosynthesis_38(fn_cycad_43(X))
& fn_photosynthesis_38(fn_cycad_43(X)) = fn_photosynthesis_38(fn_cycad_43(X))
& fn_photosynthesis_38(fn_cycad_43(X)) = fn_eukaryotic_cellular_respiration_62(fn_cycad_33(X))
& fn_eukaryotic_cellular_respiration_62(fn_cycad_33(X)) = fn_plant_cell_59(fn_cycad_46(X))
& fn_plant_cell_59(fn_cycad_46(X)) = fn_plant_cell_59(fn_cycad_46(X))
& fn_plant_cell_59(fn_cycad_46(X)) = fn_eukaryotic_cellular_respiration_101(fn_cycad_33(X))
& fn_eukaryotic_cellular_respiration_101(fn_cycad_33(X)) = fn_cellular_respiration_63(fn_cycad_33(X))
& fn_cellular_respiration_63(fn_cycad_33(X)) = fn_eukaryotic_cellular_respiration_96(fn_cycad_33(X))
& fn_eukaryotic_cellular_respiration_96(fn_cycad_33(X)) = fn_eukaryotic_cellular_respiration_96(fn_cycad_33(X))
& fn_eukaryotic_cellular_respiration_96(fn_cycad_33(X)) = fn_catabolic_pathway_9(fn_cycad_27(X))
& fn_catabolic_pathway_9(fn_cycad_27(X)) = fn_pyruvate_oxidation_84(fn_cycad_27(X))
& fn_pyruvate_oxidation_84(fn_cycad_27(X)) = fn_pyruvate_oxidation_84(fn_cycad_27(X))
& fn_pyruvate_oxidation_84(fn_cycad_27(X)) = fn_eukaryotic_cellular_respiration_42(fn_cycad_33(X))
& fn_eukaryotic_cellular_respiration_42(fn_cycad_33(X)) = fn_eukaryotic_cellular_respiration_42(fn_cycad_33(X))
& fn_eukaryotic_cellular_respiration_111(fn_cycad_33(X)) = fn_eukaryotic_cellular_respiration_111(fn_cycad_33(X))
& fn_eukaryotic_cellular_respiration_111(fn_cycad_33(X)) = fn_eukaryotic_cellular_respiration_42(fn_cycad_33(X))
& fn_eukaryotic_cellular_respiration_42(fn_cycad_33(X)) = fn_eukaryotic_cellular_respiration_111(fn_cycad_33(X))
& fn_eukaryotic_cellular_respiration_111(fn_cycad_33(X)) = fn_plant_cell_63(fn_cycad_46(X))
& fn_plant_cell_63(fn_cycad_46(X)) = fn_eukaryotic_cell_23(fn_cycad_46(X))
& fn_eukaryotic_cell_23(fn_cycad_46(X)) = fn_plant_cell_63(fn_cycad_46(X))
& fn_plant_cell_63(fn_cycad_46(X)) = fn_plant_cell_63(fn_cycad_46(X)) ) ) ).
fof(a528774,axiom,
! [X] :
( cyclic_amp_1(X)
=> ( original_name_2(X,'Cyclic-AMP')
& user_description_2(X,'Cyclic adenosine monophosphate, a ring-shaped molecule made from ATP that is a common intracellular signaling molecule (second messenger) in eukaryotic cells. It is also a regulator of some bacterial operons.')
& concept2words_2(X,camp)
& concept2words_2(X,'3\' 5\' cyclic adenosine monophosphate')
& concept2words_2(X,'3\'-5\'-cyclic-adenosine-monophosphate')
& concept2words_2(X,'cyclic adenosine monophosphate')
& concept2words_2(X,'cyclic amp')
& concept2words_2(X,'cyclic-amp')
& amp_1(X)
& ~ coenzyme_1(X)
& ~ corepressor_1(X)
& ~ inducer_1(X)
& ~ prosthetic_group_1(X)
& size_value_1(fn_cyclic_amp_3(X))
& oxygen_1(fn_cyclic_amp_7(X))
& entity_1(fn_cyclic_amp_7(X))
& chemical_entity_1(fn_cyclic_amp_7(X))
& atom_1(fn_cyclic_amp_7(X))
& entity_1(fn_cyclic_amp_8(X))
& chemical_entity_1(fn_cyclic_amp_8(X))
& atom_1(fn_cyclic_amp_8(X))
& oxygen_1(fn_cyclic_amp_8(X))
& share_1(fn_cyclic_amp_9(X))
& share_1(fn_cyclic_amp_10(X))
& share_1(fn_cyclic_amp_11(X))
& share_1(fn_cyclic_amp_12(X))
& share_1(fn_cyclic_amp_13(X))
& share_1(fn_cyclic_amp_14(X))
& atomic_nucleus_1(fn_cyclic_amp_15(X))
& electron_shell_1(fn_cyclic_amp_16(X))
& electron_1(fn_cyclic_amp_17(X))
& valence_electron_1(fn_cyclic_amp_17(X))
& share_1(fn_cyclic_amp_18(X))
& share_1(fn_cyclic_amp_19(X))
& share_1(fn_cyclic_amp_20(X))
& share_1(fn_cyclic_amp_21(X))
& share_1(fn_cyclic_amp_22(X))
& share_1(fn_cyclic_amp_23(X))
& share_1(fn_cyclic_amp_24(X))
& share_1(fn_cyclic_amp_25(X))
& share_1(fn_cyclic_amp_26(X))
& share_1(fn_cyclic_amp_27(X))
& proton_1(fn_cyclic_amp_28(X))
& quantity_value_1(fn_cyclic_amp_29(X))
& quantity_value_1(fn_cyclic_amp_30(X))
& attract_1(fn_cyclic_amp_31(X))
& asymmetrical_distribution_1(fn_cyclic_amp_32(X))
& constant_motion_1(fn_cyclic_amp_33(X))
& attract_1(fn_cyclic_amp_34(X))
& asymmetrical_distribution_1(fn_cyclic_amp_35(X))
& constant_motion_1(fn_cyclic_amp_36(X))
& electron_1(fn_cyclic_amp_37(X))
& valence_electron_1(fn_cyclic_amp_37(X))
& tangible_entity_1(fn_cyclic_amp_38(X))
& electron_1(fn_cyclic_amp_38(X))
& valence_electron_1(fn_cyclic_amp_38(X))
& entity_1(fn_cyclic_amp_38(X))
& electron_1(fn_cyclic_amp_39(X))
& valence_electron_1(fn_cyclic_amp_39(X))
& atomic_orbital_1(fn_cyclic_amp_40(X))
& attract_1(fn_cyclic_amp_41(X))
& asymmetrical_distribution_1(fn_cyclic_amp_42(X))
& constant_motion_1(fn_cyclic_amp_43(X))
& electron_1(fn_cyclic_amp_44(X))
& entity_1(fn_cyclic_amp_44(X))
& valence_electron_1(fn_cyclic_amp_44(X))
& tangible_entity_1(fn_cyclic_amp_45(X))
& entity_1(fn_cyclic_amp_45(X))
& electron_1(fn_cyclic_amp_45(X))
& valence_electron_1(fn_cyclic_amp_45(X))
& tangible_entity_1(fn_cyclic_amp_46(X))
& entity_1(fn_cyclic_amp_46(X))
& electron_1(fn_cyclic_amp_46(X))
& valence_electron_1(fn_cyclic_amp_46(X))
& electron_1(fn_cyclic_amp_47(X))
& valence_electron_1(fn_cyclic_amp_47(X))
& entity_1(fn_cyclic_amp_47(X))
& tangible_entity_1(fn_cyclic_amp_48(X))
& entity_1(fn_cyclic_amp_48(X))
& electron_1(fn_cyclic_amp_48(X))
& valence_electron_1(fn_cyclic_amp_48(X))
& tangible_entity_1(fn_cyclic_amp_49(X))
& entity_1(fn_cyclic_amp_49(X))
& electron_1(fn_cyclic_amp_49(X))
& valence_electron_1(fn_cyclic_amp_49(X))
& tangible_entity_1(fn_cyclic_amp_50(X))
& entity_1(fn_cyclic_amp_50(X))
& electron_1(fn_cyclic_amp_50(X))
& valence_electron_1(fn_cyclic_amp_50(X))
& entity_1(fn_cyclic_amp_51(X))
& electron_1(fn_cyclic_amp_51(X))
& valence_electron_1(fn_cyclic_amp_51(X))
& entity_1(fn_cyclic_amp_52(X))
& electron_1(fn_cyclic_amp_52(X))
& valence_electron_1(fn_cyclic_amp_52(X))
& tangible_entity_1(fn_cyclic_amp_53(X))
& entity_1(fn_cyclic_amp_53(X))
& electron_1(fn_cyclic_amp_53(X))
& valence_electron_1(fn_cyclic_amp_53(X))
& quantity_value_1(fn_cyclic_amp_54(X))
& entity_1(fn_cyclic_amp_55(X))
& proton_1(fn_cyclic_amp_55(X))
& quantity_value_1(fn_cyclic_amp_56(X))
& tangible_entity_1(fn_cyclic_amp_57(X))
& entity_1(fn_cyclic_amp_57(X))
& electron_1(fn_cyclic_amp_57(X))
& valence_electron_1(fn_cyclic_amp_57(X))
& tangible_entity_1(fn_cyclic_amp_58(X))
& entity_1(fn_cyclic_amp_58(X))
& valence_electron_1(fn_cyclic_amp_58(X))
& electron_1(fn_cyclic_amp_58(X))
& entity_1(fn_cyclic_amp_59(X))
& electron_1(fn_cyclic_amp_59(X))
& valence_electron_1(fn_cyclic_amp_59(X))
& share_1(fn_cyclic_amp_60(X))
& share_1(fn_cyclic_amp_61(X))
& share_1(fn_cyclic_amp_62(X))
& tangible_entity_1(fn_cyclic_amp_63(X))
& entity_1(fn_cyclic_amp_63(X))
& electron_1(fn_cyclic_amp_63(X))
& valence_electron_1(fn_cyclic_amp_63(X))
& tangible_entity_1(fn_cyclic_amp_64(X))
& entity_1(fn_cyclic_amp_64(X))
& electron_1(fn_cyclic_amp_64(X))
& valence_electron_1(fn_cyclic_amp_64(X))
& entity_1(fn_cyclic_amp_65(X))
& electron_1(fn_cyclic_amp_65(X))
& valence_electron_1(fn_cyclic_amp_65(X))
& tangible_entity_1(fn_cyclic_amp_66(X))
& entity_1(fn_cyclic_amp_66(X))
& electron_1(fn_cyclic_amp_66(X))
& valence_electron_1(fn_cyclic_amp_66(X))
& hold_together_1(fn_cyclic_amp_67(X))
& hold_1(fn_cyclic_amp_68(X))
& hold_together_1(fn_cyclic_amp_68(X))
& share_1(fn_cyclic_amp_69(X))
& center_1(fn_cyclic_amp_70(X))
& electron_shell_1(fn_cyclic_amp_71(X))
& tangible_entity_1(fn_cyclic_amp_72(X))
& entity_1(fn_cyclic_amp_72(X))
& electron_1(fn_cyclic_amp_72(X))
& valence_electron_1(fn_cyclic_amp_72(X))
& entity_1(fn_cyclic_amp_73(X))
& electron_1(fn_cyclic_amp_73(X))
& valence_electron_1(fn_cyclic_amp_73(X))
& atomic_nucleus_1(fn_cyclic_amp_74(X))
& tangible_entity_1(fn_cyclic_amp_75(X))
& entity_1(fn_cyclic_amp_75(X))
& electron_1(fn_cyclic_amp_75(X))
& valence_electron_1(fn_cyclic_amp_75(X))
& tangible_entity_1(fn_cyclic_amp_76(X))
& entity_1(fn_cyclic_amp_76(X))
& electron_1(fn_cyclic_amp_76(X))
& valence_electron_1(fn_cyclic_amp_76(X))
& kinetic_energy_1(fn_cyclic_amp_77(X))
& single_bond_1(fn_cyclic_amp_78(X))
& covalent_bond_1(fn_cyclic_amp_78(X))
& chemical_bond_1(fn_cyclic_amp_79(X))
& double_bond_1(fn_cyclic_amp_79(X))
& covalent_bond_1(fn_cyclic_amp_79(X))
& chemical_entity_1(fn_cyclic_amp_80(X))
& entity_1(fn_cyclic_amp_80(X))
& number_5_prime_carbon_1(fn_cyclic_amp_80(X))
& atom_1(fn_cyclic_amp_80(X))
& carbon_1(fn_cyclic_amp_80(X))
& adenosine_1(fn_cyclic_amp_81(X))
& nucleoside_1(fn_cyclic_amp_81(X))
& chemical_entity_1(fn_cyclic_amp_82(X))
& atom_1(fn_cyclic_amp_82(X))
& phosphorus_1(fn_cyclic_amp_82(X))
& entity_1(fn_cyclic_amp_82(X))
& tangible_entity_1(fn_cyclic_amp_83(X))
& chemical_entity_1(fn_cyclic_amp_83(X))
& entity_1(fn_cyclic_amp_83(X))
& number_5_prime_carbon_1(fn_cyclic_amp_83(X))
& atom_1(fn_cyclic_amp_83(X))
& carbon_1(fn_cyclic_amp_83(X))
& constant_motion_1(fn_cyclic_amp_84(X))
& carbon_skeleton_1(fn_cyclic_amp_85(X))
& functional_group_1(fn_cyclic_amp_86(X))
& phosphate_group_1(fn_cyclic_amp_86(X))
& number_5_prime_region_1(fn_cyclic_amp_87(X))
& ribose_1(fn_cyclic_amp_88(X))
& spatial_entity_1(fn_cyclic_amp_88(X))
& molecule_1(fn_cyclic_amp_88(X))
& organic_molecule_1(fn_cyclic_amp_88(X))
& pentose_1(fn_cyclic_amp_88(X))
& speed_value_1(fn_cyclic_amp_89(X))
& quantity_value_1(fn_cyclic_amp_90(X))
& inducer_1(fn_cyclic_amp_91(X))
& attach_1(fn_cyclic_amp_92(X))
& spatial_entity_1(fn_cyclic_amp_93(X))
& camp_receptor_protein_1(fn_cyclic_amp_93(X))
& conformational_change_1(fn_cyclic_amp_94(X))
& binding_site_1(fn_cyclic_amp_95(X))
& solubility_value_1(fn_cyclic_amp_96(X))
& tangible_entity_1(fn_cyclic_amp_100(X))
& entity_1(fn_cyclic_amp_100(X))
& electron_1(fn_cyclic_amp_100(X))
& valence_electron_1(fn_cyclic_amp_100(X))
& entity_1(fn_cyclic_amp_101(X))
& electron_1(fn_cyclic_amp_101(X))
& valence_electron_1(fn_cyclic_amp_101(X))
& tangible_entity_1(fn_cyclic_amp_102(X))
& entity_1(fn_cyclic_amp_102(X))
& electron_1(fn_cyclic_amp_102(X))
& valence_electron_1(fn_cyclic_amp_102(X))
& electron_1(fn_cyclic_amp_103(X))
& valence_electron_1(fn_cyclic_amp_103(X))
& entity_1(fn_cyclic_amp_103(X))
& tangible_entity_1(fn_cyclic_amp_104(X))
& electron_1(fn_cyclic_amp_104(X))
& valence_electron_1(fn_cyclic_amp_104(X))
& entity_1(fn_cyclic_amp_104(X))
& tangible_entity_1(fn_cyclic_amp_105(X))
& electron_1(fn_cyclic_amp_105(X))
& valence_electron_1(fn_cyclic_amp_105(X))
& entity_1(fn_cyclic_amp_105(X))
& electron_1(fn_cyclic_amp_106(X))
& valence_electron_1(fn_cyclic_amp_106(X))
& entity_1(fn_cyclic_amp_107(X))
& electron_1(fn_cyclic_amp_107(X))
& valence_electron_1(fn_cyclic_amp_107(X))
& entity_1(fn_cyclic_amp_108(X))
& electron_1(fn_cyclic_amp_108(X))
& valence_electron_1(fn_cyclic_amp_108(X))
& share_1(fn_cyclic_amp_109(X))
& share_1(fn_cyclic_amp_110(X))
& share_1(fn_cyclic_amp_111(X))
& share_1(fn_cyclic_amp_112(X))
& share_1(fn_cyclic_amp_113(X))
& share_1(fn_cyclic_amp_114(X))
& center_1(fn_cyclic_amp_115(X))
& share_1(fn_cyclic_amp_116(X))
& spatial_entity_1(fn_conformational_change_4(fn_cyclic_amp_94(X)))
& spatial_entity_1(fn_attach_1(fn_cyclic_amp_92(X)))
& attach_1(fn_camp_receptor_protein_3(fn_cyclic_amp_93(X)))
& property_node_1(fn_solubility_value_1(fn_cyclic_amp_96(X)))
& property_node_1(fn_atom_10(fn_cyclic_amp_83(X)))
& atomic_orbital_1(fn_covalent_bond_13(fn_cyclic_amp_79(X)))
& attract_1(fn_covalent_bond_10(fn_cyclic_amp_79(X)))
& asymmetrical_distribution_1(fn_covalent_bond_1(fn_cyclic_amp_79(X)))
& constant_motion_1(fn_covalent_bond_16(fn_cyclic_amp_79(X)))
& property_node_1(fn_carbon_8(fn_cyclic_amp_83(X)))
& property_node_1(fn_carbon_9(fn_cyclic_amp_83(X)))
& atomic_orbital_1(fn_covalent_bond_13(fn_cyclic_amp_78(X)))
& asymmetrical_distribution_1(fn_covalent_bond_1(fn_cyclic_amp_78(X)))
& constant_motion_1(fn_covalent_bond_16(fn_cyclic_amp_78(X)))
& attract_1(fn_covalent_bond_10(fn_cyclic_amp_78(X)))
& quantity_value_1(fn_covalent_bond_9(fn_cyclic_amp_78(X)))
& share_1(fn_covalent_bond_17(fn_cyclic_amp_79(X)))
& entity_1(fn_share_2(fn_cyclic_amp_27(X)))
& electron_shell_1(fn_covalent_bond_11(fn_cyclic_amp_79(X)))
& electron_shell_1(fn_covalent_bond_11(fn_cyclic_amp_78(X)))
& entity_1(fn_share_2(fn_cyclic_amp_19(X)))
& number_5_prime_region_1(fn_5_prime_carbon_1(fn_cyclic_amp_83(X)))
& electron_shell_1(fn_covalent_bond_12(fn_cyclic_amp_79(X)))
& electron_shell_1(fn_covalent_bond_12(fn_cyclic_amp_78(X)))
& entity_1(fn_share_2(fn_cyclic_amp_60(X)))
& entity_1(fn_share_3(fn_cyclic_amp_114(X)))
& entity_1(fn_share_3(fn_cyclic_amp_22(X)))
& entity_1(fn_share_3(fn_cyclic_amp_113(X)))
& entity_1(fn_share_3(fn_cyclic_amp_23(X)))
& entity_1(fn_share_3(fn_cyclic_amp_112(X)))
& entity_1(fn_covalent_bond_20(fn_cyclic_amp_79(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_cyclic_amp_79(X)))
& atom_1(fn_covalent_bond_20(fn_cyclic_amp_79(X)))
& spatial_entity_1(fn_inducer_6(fn_cyclic_amp_91(X)))
& chemical_entity_1(fn_inducer_6(fn_cyclic_amp_91(X)))
& spatial_entity_1(fn_attach_2(fn_cyclic_amp_92(X)))
& hold_together_1(fn_covalent_bond_14(fn_cyclic_amp_79(X)))
& quantity_value_1(fn_atom_5(fn_cyclic_amp_83(X)))
& quantity_value_1(fn_covalent_bond_9(fn_cyclic_amp_79(X)))
& quantity_value_1(fn_carbon_12(fn_cyclic_amp_83(X)))
& quantity_value_1(fn_covalent_bond_8(fn_cyclic_amp_79(X)))
& quantity_value_1(fn_carbon_19(fn_cyclic_amp_83(X)))
& proton_1(fn_covalent_bond_4(fn_cyclic_amp_79(X)))
& entity_1(fn_share_3(fn_cyclic_amp_24(X)))
& entity_1(fn_share_3(fn_cyclic_amp_25(X)))
& entity_1(fn_share_1(fn_cyclic_amp_24(X)))
& entity_1(fn_share_1(fn_cyclic_amp_25(X)))
& tangible_entity_1(fn_hold_2(fn_cyclic_amp_68(X)))
& hold_together_1(fn_covalent_bond_14(fn_cyclic_amp_78(X)))
& valence_electron_1(fn_covalent_bond_15(fn_cyclic_amp_79(X)))
& quantity_value_1(fn_atom_11(fn_cyclic_amp_83(X)))
& quantity_value_1(fn_covalent_bond_8(fn_cyclic_amp_78(X)))
& proton_1(fn_atom_8(fn_cyclic_amp_83(X)))
& proton_1(fn_carbon_17(fn_cyclic_amp_83(X)))
& proton_1(fn_covalent_bond_4(fn_cyclic_amp_78(X)))
& center_1(fn_covalent_bond_21(fn_cyclic_amp_78(X)))
& center_1(fn_covalent_bond_23(fn_cyclic_amp_78(X)))
& valence_electron_1(fn_covalent_bond_15(fn_cyclic_amp_78(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_cyclic_amp_79(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_cyclic_amp_78(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_cyclic_amp_79(X)))
& atomic_nucleus_1(fn_atom_18(fn_cyclic_amp_83(X)))
& atomic_nucleus_1(fn_carbon_18(fn_cyclic_amp_83(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_cyclic_amp_78(X)))
& entity_1(fn_share_2(fn_cyclic_amp_112(X)))
& entity_1(fn_share_2(fn_cyclic_amp_23(X)))
& entity_1(fn_share_2(fn_cyclic_amp_113(X)))
& entity_1(fn_share_2(fn_cyclic_amp_22(X)))
& entity_1(fn_share_2(fn_cyclic_amp_114(X)))
& entity_1(fn_covalent_bond_20(fn_cyclic_amp_78(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_cyclic_amp_78(X)))
& atom_1(fn_covalent_bond_20(fn_cyclic_amp_78(X)))
& entity_1(fn_covalent_bond_19(fn_cyclic_amp_79(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_cyclic_amp_79(X)))
& atom_1(fn_covalent_bond_19(fn_cyclic_amp_79(X)))
& entity_1(fn_covalent_bond_19(fn_cyclic_amp_78(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_cyclic_amp_78(X)))
& atom_1(fn_covalent_bond_19(fn_cyclic_amp_78(X)))
& entity_1(fn_share_1(fn_cyclic_amp_114(X)))
& entity_1(fn_share_1(fn_cyclic_amp_22(X)))
& entity_1(fn_share_1(fn_cyclic_amp_113(X)))
& entity_1(fn_share_1(fn_cyclic_amp_23(X)))
& entity_1(fn_share_1(fn_cyclic_amp_112(X)))
& entity_1(fn_share_3(fn_cyclic_amp_27(X)))
& entity_1(fn_share_1(fn_cyclic_amp_27(X)))
& entity_1(fn_share_3(fn_cyclic_amp_60(X)))
& entity_1(fn_share_1(fn_cyclic_amp_60(X)))
& electron_1(fn_carbon_10(fn_cyclic_amp_83(X)))
& electron_1(fn_atom_14(fn_cyclic_amp_83(X)))
& valence_electron_1(fn_covalent_bond_18(fn_cyclic_amp_79(X)))
& valence_electron_1(fn_covalent_bond_18(fn_cyclic_amp_78(X)))
& share_1(fn_covalent_bond_17(fn_cyclic_amp_78(X)))
& result_2(fn_cyclic_amp_12(X),fn_cyclic_amp_79(X))
& result_2(fn_cyclic_amp_19(X),fn_cyclic_amp_79(X))
& result_2(fn_cyclic_amp_22(X),fn_cyclic_amp_79(X))
& result_2(fn_cyclic_amp_23(X),fn_cyclic_amp_79(X))
& result_2(fn_cyclic_amp_24(X),fn_cyclic_amp_79(X))
& result_2(fn_cyclic_amp_26(X),fn_cyclic_amp_79(X))
& agent_2(fn_cyclic_amp_60(X),fn_cyclic_amp_83(X))
& result_2(fn_cyclic_amp_69(X),fn_cyclic_amp_79(X))
& is_between_2(fn_cyclic_amp_79(X),fn_cyclic_amp_83(X))
& the_scalar_value_2(fn_cyclic_amp_3(X),small_0)
& scalar_unit_class_2(fn_cyclic_amp_3(X),organic_molecule_0)
& enables_2(fn_cyclic_amp_92(X),fn_cyclic_amp_94(X))
& has_region_2(fn_cyclic_amp_93(X),fn_cyclic_amp_95(X))
& size_2(X,fn_cyclic_amp_3(X))
& solubility_in_water_2(X,fn_cyclic_amp_96(X))
& the_scalar_value_2(fn_cyclic_amp_96(X),soluble_0)
& scalar_unit_class_2(fn_cyclic_amp_96(X),organic_molecule_0)
& agent_2(fn_cyclic_amp_24(X),fn_cyclic_amp_83(X))
& agent_2(fn_cyclic_amp_25(X),fn_cyclic_amp_83(X))
& object_2(fn_cyclic_amp_19(X),fn_cyclic_amp_45(X))
& object_2(fn_cyclic_amp_27(X),fn_cyclic_amp_52(X))
& object_2(fn_cyclic_amp_68(X),fn_cyclic_amp_83(X))
& object_2(fn_cyclic_amp_94(X),fn_cyclic_amp_95(X))
& object_2(fn_cyclic_amp_92(X),fn_cyclic_amp_93(X))
& plays_2(X,fn_cyclic_amp_91(X))
& base_2(fn_cyclic_amp_92(X),X)
& agent_2(fn_cyclic_amp_62(X),fn_cyclic_amp_82(X))
& result_2(fn_cyclic_amp_20(X),fn_cyclic_amp_79(X))
& object_2(fn_cyclic_amp_20(X),fn_cyclic_amp_58(X))
& result_2(fn_cyclic_amp_24(X),fn_cyclic_amp_78(X))
& result_2(fn_cyclic_amp_21(X),fn_cyclic_amp_79(X))
& object_2(fn_cyclic_amp_21(X),fn_cyclic_amp_76(X))
& agent_2(fn_cyclic_amp_69(X),fn_cyclic_amp_80(X))
& result_2(fn_cyclic_amp_18(X),fn_cyclic_amp_79(X))
& object_2(fn_cyclic_amp_18(X),fn_cyclic_amp_37(X))
& agent_2(fn_cyclic_amp_14(X),fn_cyclic_amp_7(X))
& result_2(fn_cyclic_amp_10(X),fn_cyclic_amp_78(X))
& object_2(fn_cyclic_amp_68(X),fn_cyclic_amp_82(X))
& agent_2(fn_cyclic_amp_69(X),fn_cyclic_amp_82(X))
& object_2(fn_cyclic_amp_69(X),fn_cyclic_amp_73(X))
& object_2(fn_cyclic_amp_26(X),fn_cyclic_amp_51(X))
& agent_2(fn_cyclic_amp_60(X),fn_cyclic_amp_80(X))
& agent_2(fn_cyclic_amp_25(X),fn_cyclic_amp_82(X))
& object_2(fn_cyclic_amp_34(X),fn_cyclic_amp_76(X))
& agent_2(fn_cyclic_amp_34(X),fn_cyclic_amp_28(X))
& agent_2(fn_cyclic_amp_61(X),fn_cyclic_amp_82(X))
& object_2(fn_cyclic_amp_61(X),fn_cyclic_amp_72(X))
& object_2(fn_cyclic_amp_69(X),fn_cyclic_amp_72(X))
& object_2(fn_cyclic_amp_111(X),fn_cyclic_amp_75(X))
& fn_cyclic_amp_75(X) != fn_cyclic_amp_73(X)
& fn_cyclic_amp_106(X) != fn_cyclic_amp_73(X)
& fn_cyclic_amp_73(X) != fn_cyclic_amp_106(X)
& fn_cyclic_amp_73(X) != fn_cyclic_amp_75(X)
& agent_2(fn_cyclic_amp_26(X),fn_cyclic_amp_82(X))
& object_2(fn_cyclic_amp_26(X),fn_cyclic_amp_72(X))
& fn_cyclic_amp_72(X) != fn_cyclic_amp_53(X)
& fn_cyclic_amp_72(X) != fn_cyclic_amp_65(X)
& fn_cyclic_amp_65(X) != fn_cyclic_amp_72(X)
& fn_cyclic_amp_53(X) != fn_cyclic_amp_72(X)
& fn_cyclic_amp_103(X) != fn_cyclic_amp_72(X)
& fn_cyclic_amp_72(X) != fn_cyclic_amp_103(X)
& fn_cyclic_amp_64(X) != fn_cyclic_amp_72(X)
& fn_cyclic_amp_72(X) != fn_cyclic_amp_64(X)
& fn_cyclic_amp_52(X) != fn_cyclic_amp_72(X)
& fn_cyclic_amp_72(X) != fn_cyclic_amp_52(X)
& agent_2(fn_cyclic_amp_24(X),fn_cyclic_amp_82(X))
& object_2(fn_cyclic_amp_24(X),fn_cyclic_amp_48(X))
& fn_cyclic_amp_49(X) != fn_cyclic_amp_48(X)
& object_2(fn_cyclic_amp_24(X),fn_cyclic_amp_49(X))
& agent_2(fn_cyclic_amp_24(X),fn_cyclic_amp_80(X))
& fn_cyclic_amp_48(X) != fn_cyclic_amp_49(X)
& object_2(fn_cyclic_amp_110(X),fn_cyclic_amp_75(X))
& object_2(fn_cyclic_amp_110(X),fn_cyclic_amp_101(X))
& fn_cyclic_amp_101(X) != fn_cyclic_amp_75(X)
& fn_cyclic_amp_75(X) != fn_cyclic_amp_101(X)
& fn_cyclic_amp_103(X) != fn_cyclic_amp_75(X)
& fn_cyclic_amp_75(X) != fn_cyclic_amp_103(X)
& agent_2(fn_cyclic_amp_23(X),fn_cyclic_amp_82(X))
& object_2(fn_cyclic_amp_23(X),fn_cyclic_amp_76(X))
& object_2(fn_cyclic_amp_36(X),fn_cyclic_amp_76(X))
& causes_2(fn_cyclic_amp_36(X),fn_cyclic_amp_35(X))
& object_2(fn_cyclic_amp_35(X),fn_cyclic_amp_76(X))
& object_2(fn_cyclic_amp_109(X),fn_cyclic_amp_100(X))
& fn_cyclic_amp_75(X) != fn_cyclic_amp_100(X)
& fn_cyclic_amp_66(X) != fn_cyclic_amp_75(X)
& fn_cyclic_amp_75(X) != fn_cyclic_amp_66(X)
& fn_cyclic_amp_100(X) != fn_cyclic_amp_75(X)
& agent_2(fn_cyclic_amp_22(X),fn_cyclic_amp_82(X))
& object_2(fn_cyclic_amp_22(X),fn_cyclic_amp_75(X))
& fn_cyclic_amp_75(X) != fn_cyclic_amp_65(X)
& fn_cyclic_amp_59(X) != fn_cyclic_amp_75(X)
& fn_cyclic_amp_75(X) != fn_cyclic_amp_59(X)
& fn_cyclic_amp_65(X) != fn_cyclic_amp_75(X)
& agent_2(fn_cyclic_amp_18(X),fn_cyclic_amp_82(X))
& object_2(fn_cyclic_amp_18(X),fn_cyclic_amp_76(X))
& object_2(fn_cyclic_amp_109(X),fn_cyclic_amp_76(X))
& fn_cyclic_amp_8(X) != fn_cyclic_amp_82(X)
& fn_cyclic_amp_82(X) != fn_cyclic_amp_8(X)
& has_part_2(X,fn_cyclic_amp_81(X))
& possesses_2(X,fn_cyclic_amp_79(X))
& has_region_2(X,fn_cyclic_amp_86(X))
& called_2(fn_cyclic_amp_83(X),'A2')
& object_2(fn_cyclic_amp_24(X),fn_cyclic_amp_72(X))
& result_2(fn_cyclic_amp_9(X),fn_cyclic_amp_78(X))
& agent_2(fn_cyclic_amp_69(X),fn_cyclic_amp_83(X))
& result_2(fn_cyclic_amp_69(X),fn_cyclic_amp_78(X))
& agent_2(fn_cyclic_amp_68(X),fn_cyclic_amp_78(X))
& object_2(fn_cyclic_amp_68(X),fn_cyclic_amp_80(X))
& called_2(fn_cyclic_amp_80(X),'A2')
& object_2(fn_cyclic_amp_21(X),fn_cyclic_amp_39(X))
& agent_2(fn_cyclic_amp_21(X),fn_cyclic_amp_82(X))
& has_part_2(X,fn_cyclic_amp_82(X))
& has_part_2(X,fn_cyclic_amp_80(X))
& has_region_2(fn_cyclic_amp_80(X),fn_cyclic_amp_115(X))
& has_part_2(X,fn_cyclic_amp_83(X))
& is_between_2(fn_cyclic_amp_78(X),fn_cyclic_amp_83(X))
& is_between_2(fn_cyclic_amp_78(X),fn_cyclic_amp_80(X))
& agent_2(fn_cyclic_amp_10(X),fn_cyclic_amp_80(X))
& object_2(fn_cyclic_amp_10(X),fn_cyclic_amp_75(X))
& agent_2(fn_cyclic_amp_20(X),fn_cyclic_amp_82(X))
& object_2(fn_cyclic_amp_20(X),fn_cyclic_amp_75(X))
& fn_cyclic_amp_75(X) != fn_cyclic_amp_72(X)
& has_part_2(fn_cyclic_amp_80(X),fn_cyclic_amp_72(X))
& is_inside_2(fn_cyclic_amp_80(X),fn_cyclic_amp_85(X))
& fn_cyclic_amp_72(X) != fn_cyclic_amp_75(X)
& has_region_2(X,fn_cyclic_amp_85(X))
& is_inside_2(fn_cyclic_amp_83(X),fn_cyclic_amp_85(X))
& is_at_2(fn_cyclic_amp_83(X),fn_cyclic_amp_87(X))
& has_region_2(fn_cyclic_amp_88(X),fn_cyclic_amp_87(X))
& has_part_2(fn_cyclic_amp_81(X),fn_cyclic_amp_88(X))
& agent_2(fn_cyclic_amp_19(X),fn_cyclic_amp_82(X))
& object_2(fn_cyclic_amp_19(X),fn_cyclic_amp_75(X))
& fn_cyclic_amp_75(X) != fn_cyclic_amp_57(X)
& fn_cyclic_amp_58(X) != fn_cyclic_amp_75(X)
& fn_cyclic_amp_75(X) != fn_cyclic_amp_58(X)
& fn_cyclic_amp_57(X) != fn_cyclic_amp_75(X)
& fn_cyclic_amp_72(X) != fn_cyclic_amp_49(X)
& fn_cyclic_amp_72(X) != fn_cyclic_amp_106(X)
& fn_cyclic_amp_106(X) != fn_cyclic_amp_72(X)
& fn_cyclic_amp_49(X) != fn_cyclic_amp_72(X)
& fn_cyclic_amp_46(X) != fn_cyclic_amp_49(X)
& fn_cyclic_amp_49(X) != fn_cyclic_amp_46(X)
& object_2(fn_cyclic_amp_13(X),fn_cyclic_amp_53(X))
& fn_cyclic_amp_53(X) != fn_cyclic_amp_75(X)
& fn_cyclic_amp_52(X) != fn_cyclic_amp_75(X)
& fn_cyclic_amp_75(X) != fn_cyclic_amp_53(X)
& fn_cyclic_amp_75(X) != fn_cyclic_amp_51(X)
& fn_cyclic_amp_51(X) != fn_cyclic_amp_75(X)
& fn_cyclic_amp_75(X) != fn_cyclic_amp_52(X)
& object_2(fn_cyclic_amp_60(X),fn_cyclic_amp_73(X))
& fn_cyclic_amp_73(X) != fn_cyclic_amp_107(X)
& fn_cyclic_amp_72(X) != fn_cyclic_amp_107(X)
& fn_cyclic_amp_107(X) != fn_cyclic_amp_72(X)
& fn_cyclic_amp_107(X) != fn_cyclic_amp_73(X)
& agent_2(fn_cyclic_amp_13(X),fn_cyclic_amp_82(X))
& result_2(fn_cyclic_amp_13(X),fn_cyclic_amp_79(X))
& result_2(fn_cyclic_amp_14(X),fn_cyclic_amp_79(X))
& agent_2(fn_cyclic_amp_14(X),fn_cyclic_amp_82(X))
& has_region_2(fn_cyclic_amp_82(X),fn_cyclic_amp_15(X))
& agent_2(fn_cyclic_amp_109(X),fn_cyclic_amp_82(X))
& result_2(fn_cyclic_amp_109(X),fn_cyclic_amp_79(X))
& agent_2(fn_cyclic_amp_67(X),fn_cyclic_amp_79(X))
& object_2(fn_cyclic_amp_67(X),fn_cyclic_amp_7(X))
& has_part_2(X,fn_cyclic_amp_7(X))
& agent_2(fn_cyclic_amp_12(X),fn_cyclic_amp_82(X))
& object_2(fn_cyclic_amp_12(X),fn_cyclic_amp_50(X))
& fn_cyclic_amp_50(X) != fn_cyclic_amp_72(X)
& fn_cyclic_amp_72(X) != fn_cyclic_amp_50(X)
& fn_cyclic_amp_48(X) != fn_cyclic_amp_72(X)
& fn_cyclic_amp_72(X) != fn_cyclic_amp_48(X)
& agent_2(fn_cyclic_amp_110(X),fn_cyclic_amp_82(X))
& result_2(fn_cyclic_amp_110(X),fn_cyclic_amp_79(X))
& result_2(fn_cyclic_amp_25(X),fn_cyclic_amp_79(X))
& object_2(fn_cyclic_amp_25(X),fn_cyclic_amp_76(X))
& fn_cyclic_amp_76(X) != fn_cyclic_amp_100(X)
& fn_cyclic_amp_100(X) != fn_cyclic_amp_76(X)
& agent_2(fn_cyclic_amp_13(X),fn_cyclic_amp_7(X))
& object_2(fn_cyclic_amp_13(X),fn_cyclic_amp_72(X))
& fn_cyclic_amp_72(X) != fn_cyclic_amp_104(X)
& fn_cyclic_amp_47(X) != fn_cyclic_amp_72(X)
& fn_cyclic_amp_72(X) != fn_cyclic_amp_47(X)
& fn_cyclic_amp_104(X) != fn_cyclic_amp_72(X)
& object_2(fn_cyclic_amp_111(X),fn_cyclic_amp_102(X))
& fn_cyclic_amp_72(X) != fn_cyclic_amp_102(X)
& fn_cyclic_amp_105(X) != fn_cyclic_amp_72(X)
& fn_cyclic_amp_72(X) != fn_cyclic_amp_105(X)
& fn_cyclic_amp_102(X) != fn_cyclic_amp_72(X)
& agent_2(fn_cyclic_amp_12(X),fn_cyclic_amp_7(X))
& object_2(fn_cyclic_amp_12(X),fn_cyclic_amp_72(X))
& fn_cyclic_amp_72(X) != fn_cyclic_amp_46(X)
& fn_cyclic_amp_45(X) != fn_cyclic_amp_72(X)
& fn_cyclic_amp_72(X) != fn_cyclic_amp_45(X)
& fn_cyclic_amp_46(X) != fn_cyclic_amp_72(X)
& agent_2(fn_cyclic_amp_111(X),fn_cyclic_amp_82(X))
& result_2(fn_cyclic_amp_111(X),fn_cyclic_amp_79(X))
& result_2(fn_cyclic_amp_27(X),fn_cyclic_amp_79(X))
& object_2(fn_cyclic_amp_27(X),fn_cyclic_amp_72(X))
& fn_cyclic_amp_51(X) != fn_cyclic_amp_72(X)
& fn_cyclic_amp_72(X) != fn_cyclic_amp_51(X)
& object_2(fn_cyclic_amp_11(X),fn_cyclic_amp_75(X))
& result_2(fn_cyclic_amp_11(X),fn_cyclic_amp_79(X))
& result_2(fn_cyclic_amp_60(X),fn_cyclic_amp_79(X))
& object_2(fn_cyclic_amp_60(X),fn_cyclic_amp_63(X))
& fn_cyclic_amp_63(X) != fn_cyclic_amp_72(X)
& fn_cyclic_amp_72(X) != fn_cyclic_amp_63(X)
& result_2(fn_cyclic_amp_112(X),fn_cyclic_amp_79(X))
& result_2(fn_cyclic_amp_61(X),fn_cyclic_amp_79(X))
& object_2(fn_cyclic_amp_61(X),fn_cyclic_amp_64(X))
& fn_cyclic_amp_64(X) != fn_cyclic_amp_75(X)
& fn_cyclic_amp_75(X) != fn_cyclic_amp_49(X)
& fn_cyclic_amp_75(X) != fn_cyclic_amp_64(X)
& fn_cyclic_amp_49(X) != fn_cyclic_amp_75(X)
& agent_2(fn_cyclic_amp_11(X),fn_cyclic_amp_7(X))
& agent_2(fn_cyclic_amp_11(X),fn_cyclic_amp_82(X))
& object_2(fn_cyclic_amp_67(X),fn_cyclic_amp_82(X))
& object_2(fn_cyclic_amp_67(X),fn_cyclic_amp_83(X))
& has_region_2(fn_cyclic_amp_83(X),fn_cyclic_amp_115(X))
& agent_2(fn_cyclic_amp_112(X),fn_cyclic_amp_82(X))
& object_2(fn_cyclic_amp_112(X),fn_cyclic_amp_76(X))
& fn_cyclic_amp_76(X) != fn_cyclic_amp_104(X)
& fn_cyclic_amp_105(X) != fn_cyclic_amp_76(X)
& fn_cyclic_amp_76(X) != fn_cyclic_amp_105(X)
& fn_cyclic_amp_104(X) != fn_cyclic_amp_76(X)
& agent_2(fn_cyclic_amp_10(X),fn_cyclic_amp_7(X))
& object_2(fn_cyclic_amp_10(X),fn_cyclic_amp_72(X))
& fn_cyclic_amp_72(X) != fn_cyclic_amp_44(X)
& fn_cyclic_amp_44(X) != fn_cyclic_amp_72(X)
& fn_cyclic_amp_49(X) != fn_cyclic_amp_44(X)
& fn_cyclic_amp_44(X) != fn_cyclic_amp_49(X)
& result_2(fn_cyclic_amp_113(X),fn_cyclic_amp_79(X))
& is_between_2(fn_cyclic_amp_79(X),fn_cyclic_amp_7(X))
& has_region_2(fn_cyclic_amp_7(X),fn_cyclic_amp_16(X))
& fn_cyclic_amp_71(X) != fn_cyclic_amp_16(X)
& fn_cyclic_amp_16(X) != fn_cyclic_amp_71(X)
& object_2(fn_cyclic_amp_9(X),fn_cyclic_amp_75(X))
& agent_2(fn_cyclic_amp_9(X),fn_cyclic_amp_83(X))
& has_part_2(fn_cyclic_amp_83(X),fn_cyclic_amp_76(X))
& fn_cyclic_amp_66(X) != fn_cyclic_amp_76(X)
& fn_cyclic_amp_76(X) != fn_cyclic_amp_66(X)
& agent_2(fn_cyclic_amp_113(X),fn_cyclic_amp_82(X))
& object_2(fn_cyclic_amp_113(X),fn_cyclic_amp_75(X))
& fn_cyclic_amp_75(X) != fn_cyclic_amp_47(X)
& fn_cyclic_amp_45(X) != fn_cyclic_amp_75(X)
& fn_cyclic_amp_75(X) != fn_cyclic_amp_45(X)
& fn_cyclic_amp_47(X) != fn_cyclic_amp_75(X)
& agent_2(fn_cyclic_amp_9(X),fn_cyclic_amp_7(X))
& object_2(fn_cyclic_amp_9(X),fn_cyclic_amp_76(X))
& fn_cyclic_amp_76(X) != fn_cyclic_amp_39(X)
& fn_cyclic_amp_39(X) != fn_cyclic_amp_72(X)
& fn_cyclic_amp_72(X) != fn_cyclic_amp_38(X)
& fn_cyclic_amp_39(X) != fn_cyclic_amp_76(X)
& fn_cyclic_amp_72(X) != fn_cyclic_amp_39(X)
& fn_cyclic_amp_38(X) != fn_cyclic_amp_72(X)
& result_2(fn_cyclic_amp_114(X),fn_cyclic_amp_79(X))
& is_between_2(fn_cyclic_amp_79(X),fn_cyclic_amp_82(X))
& fn_cyclic_amp_82(X) != fn_cyclic_amp_83(X)
& fn_cyclic_amp_83(X) != fn_cyclic_amp_80(X)
& has_part_2(fn_cyclic_amp_80(X),fn_cyclic_amp_55(X))
& fn_cyclic_amp_83(X) != fn_cyclic_amp_82(X)
& fn_cyclic_amp_80(X) != fn_cyclic_amp_83(X)
& has_part_2(fn_cyclic_amp_7(X),fn_cyclic_amp_75(X))
& has_part_2(fn_cyclic_amp_7(X),fn_cyclic_amp_17(X))
& fn_cyclic_amp_17(X) != fn_cyclic_amp_59(X)
& fn_cyclic_amp_75(X) != fn_cyclic_amp_17(X)
& fn_cyclic_amp_17(X) != fn_cyclic_amp_75(X)
& fn_cyclic_amp_59(X) != fn_cyclic_amp_17(X)
& agent_2(fn_cyclic_amp_114(X),fn_cyclic_amp_82(X))
& object_2(fn_cyclic_amp_114(X),fn_cyclic_amp_76(X))
& fn_cyclic_amp_76(X) != fn_cyclic_amp_38(X)
& fn_cyclic_amp_75(X) != fn_cyclic_amp_76(X)
& fn_cyclic_amp_76(X) != fn_cyclic_amp_75(X)
& fn_cyclic_amp_38(X) != fn_cyclic_amp_76(X)
& has_region_2(fn_cyclic_amp_7(X),fn_cyclic_amp_115(X))
& has_region_2(fn_cyclic_amp_82(X),fn_cyclic_amp_115(X))
& is_inside_2(fn_cyclic_amp_82(X),fn_cyclic_amp_86(X))
& is_inside_2(fn_cyclic_amp_8(X),fn_cyclic_amp_86(X))
& has_part_2(X,fn_cyclic_amp_8(X))
& agent_2(fn_cyclic_amp_116(X),fn_cyclic_amp_82(X))
& result_2(fn_cyclic_amp_116(X),fn_cyclic_amp_79(X))
& is_between_2(fn_cyclic_amp_79(X),fn_cyclic_amp_80(X))
& is_at_2(fn_cyclic_amp_80(X),fn_cyclic_amp_87(X))
& is_inside_2(fn_cyclic_amp_86(X),fn_cyclic_amp_87(X))
& has_region_2(fn_cyclic_amp_7(X),fn_cyclic_amp_70(X))
& has_region_2(fn_cyclic_amp_82(X),fn_cyclic_amp_70(X))
& has_region_2(fn_cyclic_amp_82(X),fn_cyclic_amp_71(X))
& fn_cyclic_amp_7(X) != fn_cyclic_amp_82(X)
& fn_cyclic_amp_82(X) != fn_cyclic_amp_7(X)
& agent_2(fn_cyclic_amp_116(X),fn_cyclic_amp_80(X))
& object_2(fn_cyclic_amp_116(X),fn_cyclic_amp_73(X))
& fn_cyclic_amp_73(X) != fn_cyclic_amp_72(X)
& fn_cyclic_amp_72(X) != fn_cyclic_amp_76(X)
& fn_cyclic_amp_76(X) != fn_cyclic_amp_37(X)
& fn_cyclic_amp_72(X) != fn_cyclic_amp_73(X)
& fn_cyclic_amp_76(X) != fn_cyclic_amp_72(X)
& fn_cyclic_amp_37(X) != fn_cyclic_amp_76(X)
& fn_cyclic_amp_7(X) != fn_cyclic_amp_80(X)
& has_region_2(fn_cyclic_amp_80(X),fn_cyclic_amp_74(X))
& has_region_2(fn_cyclic_amp_7(X),fn_cyclic_amp_74(X))
& fn_cyclic_amp_80(X) != fn_cyclic_amp_7(X)
& is_near_2(fn_cyclic_amp_75(X),fn_cyclic_amp_74(X))
& is_near_2(fn_cyclic_amp_74(X),fn_cyclic_amp_75(X))
& agent_2(fn_cyclic_amp_116(X),fn_cyclic_amp_83(X))
& object_2(fn_cyclic_amp_116(X),fn_cyclic_amp_108(X))
& fn_cyclic_amp_108(X) != fn_cyclic_amp_73(X)
& fn_cyclic_amp_73(X) != fn_cyclic_amp_108(X)
& fn_cyclic_amp_63(X) != fn_cyclic_amp_73(X)
& fn_cyclic_amp_73(X) != fn_cyclic_amp_63(X)
& has_region_2(fn_cyclic_amp_7(X),fn_cyclic_amp_15(X))
& is_near_2(fn_cyclic_amp_15(X),fn_cyclic_amp_75(X))
& fn_cyclic_amp_75(X) != fn_cyclic_amp_102(X)
& fn_cyclic_amp_83(X) != fn_cyclic_amp_7(X)
& fn_cyclic_amp_7(X) != fn_cyclic_amp_83(X)
& is_near_2(fn_cyclic_amp_75(X),fn_cyclic_amp_15(X))
& fn_cyclic_amp_102(X) != fn_cyclic_amp_75(X)
& result_2(fn_cyclic_amp_116(X),fn_cyclic_amp_78(X))
& object_2(fn_cyclic_amp_116(X),fn_cyclic_amp_72(X))
& fn_cyclic_amp_72(X) != fn_cyclic_amp_108(X)
& fn_cyclic_amp_37(X) != fn_cyclic_amp_72(X)
& fn_cyclic_amp_72(X) != fn_cyclic_amp_37(X)
& fn_cyclic_amp_108(X) != fn_cyclic_amp_72(X)
& possesses_2(X,fn_cyclic_amp_78(X))
& is_between_2(fn_cyclic_amp_78(X),fn_cyclic_amp_7(X))
& is_inside_2(fn_cyclic_amp_7(X),fn_cyclic_amp_86(X))
& fn_cyclic_amp_8(X) != fn_cyclic_amp_7(X)
& fn_cyclic_amp_7(X) != fn_cyclic_amp_8(X)
& possesses_2(X,fn_cyclic_amp_77(X))
& quantity_2(fn_cyclic_amp_77(X),fn_cyclic_amp_90(X))
& directly_proportional_2(fn_cyclic_amp_89(X),fn_cyclic_amp_90(X))
& speed_2(fn_cyclic_amp_84(X),fn_cyclic_amp_89(X))
& object_2(fn_cyclic_amp_84(X),X)
& is_inside_2(fn_cyclic_amp_72(X),fn_cyclic_amp_40(X))
& quantity_2(fn_cyclic_amp_72(X),fn_cyclic_amp_54(X))
& object_2(fn_cyclic_amp_62(X),fn_cyclic_amp_65(X))
& has_function_2(fn_cyclic_amp_79(X),fn_cyclic_amp_67(X))
& object_2(fn_cyclic_amp_41(X),fn_cyclic_amp_72(X))
& agent_2(fn_cyclic_amp_41(X),fn_cyclic_amp_55(X))
& result_2(fn_cyclic_amp_62(X),fn_cyclic_amp_79(X))
& object_2(fn_cyclic_amp_62(X),fn_cyclic_amp_72(X))
& object_2(fn_cyclic_amp_43(X),fn_cyclic_amp_72(X))
& causes_2(fn_cyclic_amp_43(X),fn_cyclic_amp_42(X))
& object_2(fn_cyclic_amp_42(X),fn_cyclic_amp_72(X))
& called_2(fn_cyclic_amp_54(X),'Number_Electron')
& called_2(fn_cyclic_amp_56(X),'Number_Proton')
& has_part_2(fn_cyclic_amp_83(X),fn_cyclic_amp_28(X))
& has_region_2(fn_cyclic_amp_83(X),fn_cyclic_amp_74(X))
& is_inside_2(fn_cyclic_amp_55(X),fn_cyclic_amp_74(X))
& quantity_2(fn_cyclic_amp_55(X),fn_cyclic_amp_56(X))
& fn_cyclic_amp_54(X) = fn_cyclic_amp_56(X)
& fn_cyclic_amp_56(X) = fn_cyclic_amp_54(X)
& called_2(fn_cyclic_amp_29(X),'Number_Proton')
& is_inside_2(fn_cyclic_amp_76(X),fn_cyclic_amp_40(X))
& object_2(fn_cyclic_amp_14(X),fn_cyclic_amp_57(X))
& has_function_2(fn_cyclic_amp_78(X),fn_cyclic_amp_68(X))
& agent_2(fn_cyclic_amp_31(X),fn_cyclic_amp_28(X))
& object_2(fn_cyclic_amp_31(X),fn_cyclic_amp_76(X))
& object_2(fn_cyclic_amp_33(X),fn_cyclic_amp_76(X))
& causes_2(fn_cyclic_amp_33(X),fn_cyclic_amp_32(X))
& object_2(fn_cyclic_amp_32(X),fn_cyclic_amp_76(X))
& is_near_2(fn_cyclic_amp_76(X),fn_cyclic_amp_74(X))
& quantity_2(fn_cyclic_amp_76(X),fn_cyclic_amp_30(X))
& called_2(fn_cyclic_amp_30(X),'Number_Electron')
& is_near_2(fn_cyclic_amp_74(X),fn_cyclic_amp_76(X))
& fn_cyclic_amp_29(X) = fn_cyclic_amp_30(X)
& fn_cyclic_amp_30(X) = fn_cyclic_amp_29(X)
& is_at_2(fn_cyclic_amp_15(X),fn_cyclic_amp_70(X))
& fn_cyclic_amp_70(X) != fn_cyclic_amp_115(X)
& is_at_2(fn_cyclic_amp_74(X),fn_cyclic_amp_115(X))
& is_inside_2(fn_cyclic_amp_28(X),fn_cyclic_amp_74(X))
& quantity_2(fn_cyclic_amp_28(X),fn_cyclic_amp_29(X))
& fn_cyclic_amp_115(X) != fn_cyclic_amp_70(X)
& is_near_2(fn_cyclic_amp_74(X),fn_cyclic_amp_72(X))
& is_near_2(fn_cyclic_amp_72(X),fn_cyclic_amp_74(X))
& fn_cyclic_amp_15(X) != fn_cyclic_amp_74(X)
& is_near_2(fn_cyclic_amp_57(X),fn_cyclic_amp_15(X))
& is_near_2(fn_cyclic_amp_15(X),fn_cyclic_amp_57(X))
& fn_cyclic_amp_74(X) != fn_cyclic_amp_15(X)
& object_2(fn_cyclic_amp_60(X),fn_cyclic_amp_72(X))
& result_2(fn_cyclic_amp_60(X),fn_cyclic_amp_78(X))
& agent_2(fn_cyclic_amp_60(X),fn_cyclic_amp_82(X))
& agent_2(fn_cyclic_amp_27(X),fn_cyclic_amp_82(X))
& object_2(fn_cyclic_amp_114(X),fn_cyclic_amp_104(X))
& object_2(fn_cyclic_amp_22(X),fn_cyclic_amp_47(X))
& object_2(fn_cyclic_amp_113(X),fn_cyclic_amp_103(X))
& object_2(fn_cyclic_amp_23(X),fn_cyclic_amp_38(X))
& object_2(fn_cyclic_amp_112(X),fn_cyclic_amp_105(X))
& fn_cyclic_amp_83(X) = fn_share_3(fn_cyclic_amp_24(X))
& fn_cyclic_amp_83(X) = fn_share_1(fn_cyclic_amp_24(X))
& fn_cyclic_amp_83(X) = fn_share_3(fn_cyclic_amp_25(X))
& fn_cyclic_amp_83(X) = fn_share_1(fn_cyclic_amp_25(X))
& fn_cyclic_amp_45(X) = fn_share_2(fn_cyclic_amp_19(X))
& fn_cyclic_amp_52(X) = fn_share_2(fn_cyclic_amp_27(X))
& fn_cyclic_amp_83(X) = fn_hold_2(fn_cyclic_amp_68(X))
& fn_cyclic_amp_95(X) = fn_conformational_change_4(fn_cyclic_amp_94(X))
& fn_cyclic_amp_93(X) = fn_attach_1(fn_cyclic_amp_92(X))
& fn_cyclic_amp_92(X) = fn_camp_receptor_protein_3(fn_cyclic_amp_93(X))
& X = fn_inducer_6(fn_cyclic_amp_91(X))
& X = fn_attach_2(fn_cyclic_amp_92(X))
& fn_cyclic_amp_97(X) = fn_solubility_value_1(fn_cyclic_amp_96(X))
& fn_cyclic_amp_58(X) = fn_covalent_bond_15(fn_cyclic_amp_79(X))
& fn_cyclic_amp_20(X) = fn_covalent_bond_17(fn_cyclic_amp_79(X))
& fn_cyclic_amp_24(X) = fn_covalent_bond_17(fn_cyclic_amp_78(X))
& fn_cyclic_amp_6(X) = fn_atom_10(fn_cyclic_amp_83(X))
& fn_cyclic_amp_76(X) = fn_covalent_bond_15(fn_cyclic_amp_79(X))
& fn_cyclic_amp_21(X) = fn_covalent_bond_17(fn_cyclic_amp_79(X))
& fn_cyclic_amp_69(X) = fn_covalent_bond_17(fn_cyclic_amp_79(X))
& fn_cyclic_amp_37(X) = fn_covalent_bond_15(fn_cyclic_amp_79(X))
& fn_cyclic_amp_18(X) = fn_covalent_bond_17(fn_cyclic_amp_79(X))
& fn_cyclic_amp_10(X) = fn_covalent_bond_17(fn_cyclic_amp_78(X))
& fn_cyclic_amp_73(X) = fn_covalent_bond_15(fn_cyclic_amp_78(X))
& fn_cyclic_amp_69(X) = fn_covalent_bond_17(fn_cyclic_amp_78(X))
& fn_cyclic_amp_51(X) = fn_nucleoside_monophosphate_42(X)
& fn_cyclic_amp_60(X) = fn_nucleoside_monophosphate_60(X)
& fn_cyclic_amp_25(X) = fn_nucleoside_monophosphate_34(X)
& fn_cyclic_amp_28(X) = fn_nucleoside_monophosphate_40(X)
& fn_cyclic_amp_34(X) = fn_nucleoside_monophosphate_45(X)
& fn_cyclic_amp_69(X) = fn_nucleoside_monophosphate_64(X)
& fn_cyclic_amp_72(X) = fn_nucleoside_monophosphate_33(X)
& fn_cyclic_amp_61(X) = fn_nucleoside_monophosphate_60(X)
& fn_cyclic_amp_111(X) = fn_nucleoside_monophosphate_7(X)
& fn_cyclic_amp_75(X) = fn_nucleoside_monophosphate_8(X)
& fn_cyclic_amp_106(X) = fn_nucleoside_monophosphate_18(X)
& fn_cyclic_amp_73(X) = fn_nucleoside_monophosphate_19(X)
& fn_cyclic_amp_53(X) = fn_nucleoside_monophosphate_4(X)
& fn_cyclic_amp_72(X) = fn_nucleoside_monophosphate_19(X)
& fn_cyclic_amp_65(X) = fn_nucleoside_monophosphate_8(X)
& fn_cyclic_amp_72(X) = fn_nucleoside_monophosphate_9(X)
& fn_cyclic_amp_26(X) = fn_nucleoside_monophosphate_61(X)
& fn_cyclic_amp_72(X) = fn_nucleoside_monophosphate_8(X)
& fn_cyclic_amp_52(X) = fn_nucleoside_monophosphate_9(X)
& fn_cyclic_amp_64(X) = fn_nucleoside_monophosphate_19(X)
& fn_cyclic_amp_72(X) = fn_nucleoside_monophosphate_6(X)
& fn_cyclic_amp_80(X) = fn_nucleoside_monophosphate_24(X)
& fn_cyclic_amp_24(X) = fn_nucleoside_monophosphate_64(X)
& fn_cyclic_amp_49(X) = fn_nucleoside_monophosphate_19(X)
& fn_cyclic_amp_48(X) = fn_nucleoside_monophosphate_9(X)
& fn_cyclic_amp_24(X) = fn_nucleoside_monophosphate_7(X)
& fn_cyclic_amp_75(X) = fn_nucleoside_monophosphate_19(X)
& fn_cyclic_amp_103(X) = fn_nucleoside_monophosphate_9(X)
& fn_cyclic_amp_75(X) = fn_nucleoside_monophosphate_42(X)
& fn_cyclic_amp_101(X) = fn_nucleoside_monophosphate_9(X)
& fn_cyclic_amp_110(X) = fn_nucleoside_monophosphate_34(X)
& fn_cyclic_amp_35(X) = fn_nucleoside_monophosphate_44(X)
& fn_cyclic_amp_36(X) = fn_nucleoside_monophosphate_43(X)
& fn_cyclic_amp_76(X) = fn_nucleoside_monophosphate_9(X)
& fn_cyclic_amp_23(X) = fn_nucleoside_monophosphate_5(X)
& fn_cyclic_amp_75(X) = fn_nucleoside_monophosphate_33(X)
& fn_cyclic_amp_66(X) = fn_nucleoside_monophosphate_9(X)
& fn_cyclic_amp_75(X) = fn_nucleoside_monophosphate_32(X)
& fn_cyclic_amp_100(X) = fn_nucleoside_monophosphate_9(X)
& fn_cyclic_amp_65(X) = fn_nucleoside_monophosphate_19(X)
& fn_cyclic_amp_75(X) = fn_nucleoside_monophosphate_29(X)
& fn_cyclic_amp_59(X) = fn_nucleoside_monophosphate_19(X)
& fn_cyclic_amp_75(X) = fn_nucleoside_monophosphate_4(X)
& fn_cyclic_amp_22(X) = fn_nucleoside_monophosphate_3(X)
& fn_cyclic_amp_109(X) = fn_nucleoside_monophosphate_63(X)
& fn_cyclic_amp_76(X) = fn_nucleoside_monophosphate_19(X)
& fn_cyclic_amp_18(X) = fn_nucleoside_monophosphate_62(X)
& fn_cyclic_amp_98(X) = fn_amp_77(X)
& fn_cyclic_amp_24(X) = fn_amp_10(X)
& fn_cyclic_amp_99(X) = fn_amp_78(X)
& fn_cyclic_amp_68(X) = fn_amp_58(X)
& fn_cyclic_amp_69(X) = fn_amp_55(X)
& fn_cyclic_amp_21(X) = fn_amp_33(X)
& fn_cyclic_amp_75(X) = fn_amp_56(X)
& fn_cyclic_amp_10(X) = fn_amp_55(X)
& fn_cyclic_amp_20(X) = fn_amp_34(X)
& fn_cyclic_amp_81(X) = fn_amp_63(X)
& fn_cyclic_amp_88(X) = fn_amp_62(X)
& fn_cyclic_amp_87(X) = fn_5_prime_carbon_1(fn_cyclic_amp_83(X))
& fn_cyclic_amp_85(X) = fn_nucleoside_monophosphate_25(X)
& fn_cyclic_amp_85(X) = fn_amp_66(X)
& fn_cyclic_amp_57(X) = fn_amp_59(X)
& fn_cyclic_amp_58(X) = fn_amp_56(X)
& fn_cyclic_amp_75(X) = fn_amp_57(X)
& fn_cyclic_amp_19(X) = fn_amp_55(X)
& fn_cyclic_amp_49(X) = fn_amp_57(X)
& fn_cyclic_amp_49(X) = fn_amp_56(X)
& fn_cyclic_amp_106(X) = fn_amp_38(X)
& fn_cyclic_amp_52(X) = fn_amp_57(X)
& fn_cyclic_amp_75(X) = fn_amp_35(X)
& fn_cyclic_amp_51(X) = fn_amp_57(X)
& fn_cyclic_amp_53(X) = fn_amp_59(X)
& fn_cyclic_amp_60(X) = fn_amp_32(X)
& fn_cyclic_amp_73(X) = fn_amp_37(X)
& fn_cyclic_amp_107(X) = fn_amp_47(X)
& fn_cyclic_amp_107(X) = fn_amp_21(X)
& fn_cyclic_amp_15(X) = fn_amp_12(X)
& fn_cyclic_amp_14(X) = fn_amp_15(X)
& fn_cyclic_amp_13(X) = fn_amp_17(X)
& fn_cyclic_amp_67(X) = fn_amp_60(X)
& fn_cyclic_amp_109(X) = fn_amp_11(X)
& fn_cyclic_amp_48(X) = fn_amp_59(X)
& fn_cyclic_amp_72(X) = fn_amp_73(X)
& fn_cyclic_amp_50(X) = fn_amp_59(X)
& fn_cyclic_amp_12(X) = fn_amp_16(X)
& fn_cyclic_amp_100(X) = fn_amp_59(X)
& fn_cyclic_amp_76(X) = fn_amp_20(X)
& fn_cyclic_amp_25(X) = fn_amp_16(X)
& fn_cyclic_amp_110(X) = fn_amp_8(X)
& fn_cyclic_amp_104(X) = fn_amp_59(X)
& fn_cyclic_amp_72(X) = fn_amp_37(X)
& fn_cyclic_amp_47(X) = fn_amp_47(X)
& fn_cyclic_amp_72(X) = fn_amp_30(X)
& fn_cyclic_amp_13(X) = fn_amp_11(X)
& fn_cyclic_amp_72(X) = fn_amp_36(X)
& fn_cyclic_amp_105(X) = fn_amp_59(X)
& fn_cyclic_amp_72(X) = fn_amp_35(X)
& fn_cyclic_amp_102(X) = fn_amp_59(X)
& fn_cyclic_amp_46(X) = fn_amp_59(X)
& fn_cyclic_amp_72(X) = fn_amp_74(X)
& fn_cyclic_amp_45(X) = fn_amp_59(X)
& fn_cyclic_amp_72(X) = fn_amp_19(X)
& fn_cyclic_amp_12(X) = fn_amp_9(X)
& fn_cyclic_amp_51(X) = fn_amp_72(X)
& fn_cyclic_amp_27(X) = fn_amp_33(X)
& fn_cyclic_amp_111(X) = fn_amp_9(X)
& fn_cyclic_amp_63(X) = fn_share_2(fn_cyclic_amp_60(X))
& fn_cyclic_amp_63(X) = fn_amp_36(X)
& fn_cyclic_amp_60(X) = fn_amp_34(X)
& fn_cyclic_amp_49(X) = fn_amp_59(X)
& fn_cyclic_amp_75(X) = fn_amp_22(X)
& fn_cyclic_amp_64(X) = fn_amp_59(X)
& fn_cyclic_amp_61(X) = fn_amp_55(X)
& fn_cyclic_amp_67(X) = fn_amp_58(X)
& fn_cyclic_amp_11(X) = fn_amp_10(X)
& fn_cyclic_amp_104(X) = fn_amp_57(X)
& fn_cyclic_amp_76(X) = fn_amp_74(X)
& fn_cyclic_amp_105(X) = fn_amp_57(X)
& fn_cyclic_amp_112(X) = fn_amp_75(X)
& fn_cyclic_amp_44(X) = fn_amp_30(X)
& fn_cyclic_amp_49(X) = fn_amp_47(X)
& fn_cyclic_amp_44(X) = fn_amp_22(X)
& fn_cyclic_amp_10(X) = fn_amp_8(X)
& fn_cyclic_amp_16(X) = fn_covalent_bond_11(fn_cyclic_amp_79(X))
& fn_cyclic_amp_16(X) = fn_covalent_bond_11(fn_cyclic_amp_78(X))
& fn_cyclic_amp_16(X) = fn_amp_13(X)
& fn_cyclic_amp_76(X) = fn_amp_21(X)
& fn_cyclic_amp_66(X) = fn_amp_59(X)
& fn_cyclic_amp_9(X) = fn_amp_15(X)
& fn_cyclic_amp_47(X) = fn_amp_72(X)
& fn_cyclic_amp_45(X) = fn_amp_73(X)
& fn_cyclic_amp_75(X) = fn_amp_48(X)
& fn_cyclic_amp_113(X) = fn_amp_76(X)
& fn_cyclic_amp_38(X) = fn_amp_47(X)
& fn_cyclic_amp_72(X) = fn_amp_48(X)
& fn_cyclic_amp_39(X) = fn_amp_38(X)
& fn_cyclic_amp_76(X) = fn_amp_48(X)
& fn_cyclic_amp_9(X) = fn_amp_6(X)
& fn_cyclic_amp_55(X) = fn_amp_27(X)
& fn_cyclic_amp_83(X) = fn_amp_70(X)
& fn_cyclic_amp_59(X) = fn_amp_21(X)
& fn_cyclic_amp_75(X) = fn_amp_20(X)
& fn_cyclic_amp_17(X) = fn_amp_47(X)
& fn_cyclic_amp_38(X) = fn_amp_48(X)
& fn_cyclic_amp_75(X) = fn_amp_14(X)
& fn_cyclic_amp_76(X) = fn_amp_47(X)
& fn_cyclic_amp_114(X) = fn_amp_32(X)
& fn_cyclic_amp_115(X) = fn_amp_44(X)
& fn_cyclic_amp_87(X) = fn_amp_54(X)
& fn_cyclic_amp_80(X) = fn_covalent_bond_19(fn_cyclic_amp_79(X))
& fn_cyclic_amp_80(X) = fn_amp_69(X)
& fn_cyclic_amp_79(X) = fn_amp_67(X)
& fn_cyclic_amp_116(X) = fn_amp_80(X)
& fn_cyclic_amp_71(X) = fn_covalent_bond_12(fn_cyclic_amp_79(X))
& fn_cyclic_amp_71(X) = fn_covalent_bond_12(fn_cyclic_amp_78(X))
& fn_cyclic_amp_71(X) = fn_amp_50(X)
& fn_cyclic_amp_82(X) = fn_covalent_bond_20(fn_cyclic_amp_78(X))
& fn_cyclic_amp_7(X) = fn_covalent_bond_20(fn_cyclic_amp_79(X))
& fn_cyclic_amp_82(X) = fn_covalent_bond_19(fn_cyclic_amp_79(X))
& fn_cyclic_amp_82(X) = fn_covalent_bond_19(fn_cyclic_amp_78(X))
& fn_cyclic_amp_82(X) = fn_share_1(fn_cyclic_amp_114(X))
& fn_cyclic_amp_7(X) = fn_share_3(fn_cyclic_amp_114(X))
& fn_cyclic_amp_82(X) = fn_share_1(fn_cyclic_amp_22(X))
& fn_cyclic_amp_7(X) = fn_share_3(fn_cyclic_amp_22(X))
& fn_cyclic_amp_82(X) = fn_share_1(fn_cyclic_amp_113(X))
& fn_cyclic_amp_7(X) = fn_share_3(fn_cyclic_amp_113(X))
& fn_cyclic_amp_82(X) = fn_share_1(fn_cyclic_amp_23(X))
& fn_cyclic_amp_7(X) = fn_share_3(fn_cyclic_amp_23(X))
& fn_cyclic_amp_82(X) = fn_share_1(fn_cyclic_amp_112(X))
& fn_cyclic_amp_7(X) = fn_share_3(fn_cyclic_amp_112(X))
& fn_cyclic_amp_82(X) = fn_nucleoside_monophosphate_16(X)
& fn_cyclic_amp_7(X) = fn_amp_5(X)
& fn_cyclic_amp_82(X) = fn_amp_52(X)
& fn_cyclic_amp_70(X) = fn_amp_43(X)
& fn_cyclic_amp_37(X) = fn_amp_31(X)
& fn_cyclic_amp_76(X) = fn_amp_14(X)
& fn_cyclic_amp_72(X) = fn_amp_31(X)
& fn_cyclic_amp_73(X) = fn_amp_47(X)
& fn_cyclic_amp_116(X) = fn_amp_6(X)
& fn_cyclic_amp_74(X) = fn_amp_12(X)
& fn_cyclic_amp_75(X) = fn_amp_47(X)
& fn_cyclic_amp_80(X) = fn_covalent_bond_20(fn_cyclic_amp_79(X))
& fn_cyclic_amp_74(X) = fn_amp_46(X)
& fn_cyclic_amp_80(X) = fn_amp_70(X)
& fn_cyclic_amp_73(X) = fn_amp_19(X)
& fn_cyclic_amp_63(X) = fn_amp_59(X)
& fn_cyclic_amp_73(X) = fn_amp_79(X)
& fn_cyclic_amp_108(X) = fn_amp_47(X)
& fn_cyclic_amp_102(X) = fn_amp_20(X)
& fn_cyclic_amp_75(X) = fn_amp_59(X)
& fn_cyclic_amp_15(X) = fn_covalent_bond_22(fn_cyclic_amp_78(X))
& fn_cyclic_amp_15(X) = fn_amp_46(X)
& fn_cyclic_amp_83(X) = fn_amp_69(X)
& fn_cyclic_amp_108(X) = fn_amp_36(X)
& fn_cyclic_amp_72(X) = fn_amp_47(X)
& fn_cyclic_amp_37(X) = fn_amp_79(X)
& fn_cyclic_amp_72(X) = fn_amp_59(X)
& fn_cyclic_amp_116(X) = fn_amp_7(X)
& fn_cyclic_amp_86(X) = fn_nucleoside_monophosphate_17(X)
& fn_cyclic_amp_86(X) = fn_amp_53(X)
& fn_cyclic_amp_7(X) = fn_nucleoside_monophosphate_65(X)
& fn_cyclic_amp_8(X) = fn_nucleoside_monophosphate_27(X)
& fn_cyclic_amp_8(X) = fn_amp_5(X)
& fn_cyclic_amp_7(X) = fn_covalent_bond_19(fn_cyclic_amp_78(X))
& fn_cyclic_amp_7(X) = fn_covalent_bond_20(fn_cyclic_amp_78(X))
& fn_cyclic_amp_7(X) = fn_amp_4(X)
& fn_cyclic_amp_78(X) = fn_amp_68(X)
& fn_cyclic_amp_84(X) = fn_amp_40(X)
& fn_cyclic_amp_89(X) = fn_amp_41(X)
& fn_cyclic_amp_90(X) = fn_amp_42(X)
& fn_cyclic_amp_77(X) = fn_amp_39(X)
& fn_cyclic_amp_40(X) = fn_covalent_bond_13(fn_cyclic_amp_79(X))
& fn_cyclic_amp_65(X) = fn_covalent_bond_15(fn_cyclic_amp_79(X))
& fn_cyclic_amp_67(X) = fn_covalent_bond_14(fn_cyclic_amp_79(X))
& fn_cyclic_amp_41(X) = fn_covalent_bond_10(fn_cyclic_amp_79(X))
& fn_cyclic_amp_42(X) = fn_covalent_bond_1(fn_cyclic_amp_79(X))
& fn_cyclic_amp_43(X) = fn_covalent_bond_16(fn_cyclic_amp_79(X))
& fn_cyclic_amp_72(X) = fn_covalent_bond_18(fn_cyclic_amp_79(X))
& fn_cyclic_amp_62(X) = fn_covalent_bond_17(fn_cyclic_amp_79(X))
& fn_cyclic_amp_54(X) = fn_atom_5(fn_cyclic_amp_83(X))
& fn_cyclic_amp_5(X) = fn_carbon_8(fn_cyclic_amp_83(X))
& fn_cyclic_amp_28(X) = fn_carbon_17(fn_cyclic_amp_83(X))
& fn_cyclic_amp_4(X) = fn_carbon_9(fn_cyclic_amp_83(X))
& fn_cyclic_amp_54(X) = fn_covalent_bond_9(fn_cyclic_amp_79(X))
& fn_cyclic_amp_54(X) = fn_carbon_12(fn_cyclic_amp_83(X))
& fn_cyclic_amp_55(X) = fn_covalent_bond_4(fn_cyclic_amp_79(X))
& fn_cyclic_amp_56(X) = fn_covalent_bond_8(fn_cyclic_amp_79(X))
& fn_cyclic_amp_56(X) = fn_carbon_19(fn_cyclic_amp_83(X))
& fn_cyclic_amp_55(X) = fn_carbon_17(fn_cyclic_amp_83(X))
& fn_cyclic_amp_40(X) = fn_covalent_bond_13(fn_cyclic_amp_78(X))
& fn_cyclic_amp_14(X) = fn_covalent_bond_17(fn_cyclic_amp_78(X))
& fn_cyclic_amp_68(X) = fn_covalent_bond_14(fn_cyclic_amp_78(X))
& fn_cyclic_amp_32(X) = fn_covalent_bond_1(fn_cyclic_amp_78(X))
& fn_cyclic_amp_33(X) = fn_covalent_bond_16(fn_cyclic_amp_78(X))
& fn_cyclic_amp_31(X) = fn_covalent_bond_10(fn_cyclic_amp_78(X))
& fn_cyclic_amp_30(X) = fn_covalent_bond_9(fn_cyclic_amp_78(X))
& fn_cyclic_amp_76(X) = fn_carbon_10(fn_cyclic_amp_83(X))
& fn_cyclic_amp_76(X) = fn_atom_14(fn_cyclic_amp_83(X))
& fn_cyclic_amp_76(X) = fn_covalent_bond_18(fn_cyclic_amp_78(X))
& fn_cyclic_amp_28(X) = fn_atom_8(fn_cyclic_amp_83(X))
& fn_cyclic_amp_29(X) = fn_atom_11(fn_cyclic_amp_83(X))
& fn_cyclic_amp_29(X) = fn_covalent_bond_8(fn_cyclic_amp_78(X))
& fn_cyclic_amp_28(X) = fn_covalent_bond_4(fn_cyclic_amp_78(X))
& fn_cyclic_amp_70(X) = fn_covalent_bond_21(fn_cyclic_amp_78(X))
& fn_cyclic_amp_115(X) = fn_covalent_bond_23(fn_cyclic_amp_78(X))
& fn_cyclic_amp_115(X) = fn_covalent_bond_21(fn_cyclic_amp_78(X))
& fn_cyclic_amp_70(X) = fn_covalent_bond_23(fn_cyclic_amp_78(X))
& fn_cyclic_amp_57(X) = fn_covalent_bond_18(fn_cyclic_amp_79(X))
& fn_cyclic_amp_57(X) = fn_covalent_bond_15(fn_cyclic_amp_78(X))
& fn_cyclic_amp_74(X) = fn_covalent_bond_24(fn_cyclic_amp_79(X))
& fn_cyclic_amp_15(X) = fn_covalent_bond_22(fn_cyclic_amp_79(X))
& fn_cyclic_amp_15(X) = fn_covalent_bond_24(fn_cyclic_amp_78(X))
& fn_cyclic_amp_74(X) = fn_carbon_18(fn_cyclic_amp_83(X))
& fn_cyclic_amp_72(X) = fn_carbon_10(fn_cyclic_amp_83(X))
& fn_cyclic_amp_74(X) = fn_atom_18(fn_cyclic_amp_83(X))
& fn_cyclic_amp_72(X) = fn_atom_14(fn_cyclic_amp_83(X))
& fn_cyclic_amp_74(X) = fn_covalent_bond_22(fn_cyclic_amp_78(X))
& fn_cyclic_amp_105(X) = fn_share_2(fn_cyclic_amp_112(X))
& fn_cyclic_amp_38(X) = fn_share_2(fn_cyclic_amp_23(X))
& fn_cyclic_amp_103(X) = fn_share_2(fn_cyclic_amp_113(X))
& fn_cyclic_amp_47(X) = fn_share_2(fn_cyclic_amp_22(X))
& fn_cyclic_amp_104(X) = fn_share_2(fn_cyclic_amp_114(X))
& fn_cyclic_amp_82(X) = fn_share_3(fn_cyclic_amp_27(X))
& fn_cyclic_amp_82(X) = fn_share_1(fn_cyclic_amp_27(X))
& fn_cyclic_amp_82(X) = fn_share_3(fn_cyclic_amp_60(X))
& fn_cyclic_amp_82(X) = fn_share_1(fn_cyclic_amp_60(X))
& fn_cyclic_amp_72(X) = fn_covalent_bond_18(fn_cyclic_amp_78(X))
& fn_cyclic_amp_60(X) = fn_covalent_bond_17(fn_cyclic_amp_78(X))
& fn_covalent_bond_17(fn_cyclic_amp_79(X)) = fn_nucleoside_monophosphate_62(X)
& fn_nucleoside_monophosphate_62(X) = fn_nucleoside_monophosphate_62(X)
& fn_nucleoside_monophosphate_62(X) = fn_covalent_bond_17(fn_cyclic_amp_78(X))
& fn_nucleoside_monophosphate_64(X) = fn_nucleoside_monophosphate_7(X)
& fn_nucleoside_monophosphate_7(X) = fn_nucleoside_monophosphate_7(X)
& fn_nucleoside_monophosphate_7(X) = fn_amp_10(X)
& fn_amp_10(X) = fn_covalent_bond_17(fn_cyclic_amp_79(X))
& fn_covalent_bond_17(fn_cyclic_amp_79(X)) = fn_covalent_bond_17(fn_cyclic_amp_78(X))
& fn_covalent_bond_17(fn_cyclic_amp_78(X)) = fn_nucleoside_monophosphate_64(X)
& fn_nucleoside_monophosphate_64(X) = fn_nucleoside_monophosphate_64(X)
& fn_nucleoside_monophosphate_64(X) = fn_amp_55(X)
& fn_amp_55(X) = fn_covalent_bond_17(fn_cyclic_amp_79(X))
& fn_covalent_bond_17(fn_cyclic_amp_79(X)) = fn_amp_33(X)
& fn_amp_33(X) = fn_amp_33(X)
& fn_amp_33(X) = fn_covalent_bond_17(fn_cyclic_amp_79(X))
& fn_covalent_bond_17(fn_cyclic_amp_79(X)) = fn_covalent_bond_17(fn_cyclic_amp_79(X))
& fn_covalent_bond_17(fn_cyclic_amp_79(X)) = fn_amp_34(X)
& fn_amp_34(X) = fn_amp_66(X)
& fn_amp_66(X) = fn_amp_66(X)
& fn_amp_66(X) = fn_nucleoside_monophosphate_25(X)
& fn_nucleoside_monophosphate_25(X) = fn_amp_66(X)
& fn_amp_66(X) = fn_covalent_bond_15(fn_cyclic_amp_79(X))
& fn_covalent_bond_15(fn_cyclic_amp_79(X)) = fn_amp_56(X)
& fn_amp_56(X) = fn_nucleoside_monophosphate_18(X)
& fn_nucleoside_monophosphate_18(X) = fn_nucleoside_monophosphate_18(X)
& fn_nucleoside_monophosphate_18(X) = fn_amp_38(X)
& fn_amp_38(X) = fn_amp_38(X)
& fn_amp_38(X) = fn_share_2(fn_cyclic_amp_27(X))
& fn_share_2(fn_cyclic_amp_27(X)) = fn_nucleoside_monophosphate_9(X)
& fn_nucleoside_monophosphate_9(X) = fn_amp_57(X)
& fn_amp_57(X) = fn_nucleoside_monophosphate_4(X)
& fn_nucleoside_monophosphate_4(X) = fn_amp_59(X)
& fn_amp_47(X) = fn_amp_21(X)
& fn_amp_21(X) = fn_amp_21(X)
& fn_amp_21(X) = fn_nucleoside_monophosphate_63(X)
& fn_nucleoside_monophosphate_63(X) = fn_nucleoside_monophosphate_63(X)
& fn_nucleoside_monophosphate_63(X) = fn_amp_11(X)
& fn_amp_11(X) = fn_nucleoside_monophosphate_9(X)
& fn_amp_59(X) = fn_nucleoside_monophosphate_9(X)
& fn_amp_59(X) = fn_nucleoside_monophosphate_34(X)
& fn_nucleoside_monophosphate_34(X) = fn_amp_16(X)
& fn_amp_16(X) = fn_nucleoside_monophosphate_34(X)
& fn_nucleoside_monophosphate_34(X) = fn_nucleoside_monophosphate_34(X)
& fn_nucleoside_monophosphate_34(X) = fn_amp_8(X)
& fn_amp_8(X) = fn_amp_17(X)
& fn_amp_17(X) = fn_amp_17(X)
& fn_amp_17(X) = fn_amp_11(X)
& fn_amp_11(X) = fn_amp_11(X)
& fn_amp_11(X) = fn_amp_16(X)
& fn_amp_16(X) = fn_amp_16(X)
& fn_amp_16(X) = fn_amp_9(X)
& fn_amp_9(X) = fn_nucleoside_monophosphate_42(X)
& fn_nucleoside_monophosphate_42(X) = fn_amp_57(X)
& fn_amp_57(X) = fn_amp_72(X)
& fn_amp_72(X) = fn_nucleoside_monophosphate_7(X)
& fn_nucleoside_monophosphate_7(X) = fn_amp_9(X)
& fn_amp_9(X) = fn_amp_9(X)
& fn_amp_9(X) = fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_19(X) = fn_amp_59(X)
& fn_amp_59(X) = fn_nucleoside_monophosphate_60(X)
& fn_nucleoside_monophosphate_60(X) = fn_nucleoside_monophosphate_60(X)
& fn_nucleoside_monophosphate_60(X) = fn_amp_55(X)
& fn_amp_55(X) = fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_19(X) = fn_amp_57(X)
& fn_amp_57(X) = fn_amp_56(X)
& fn_amp_56(X) = fn_amp_59(X)
& fn_amp_47(X) = fn_amp_30(X)
& fn_amp_30(X) = fn_amp_22(X)
& fn_amp_22(X) = fn_covalent_bond_17(fn_cyclic_amp_78(X))
& fn_covalent_bond_17(fn_cyclic_amp_78(X)) = fn_amp_55(X)
& fn_amp_55(X) = fn_amp_55(X)
& fn_amp_55(X) = fn_amp_8(X)
& fn_amp_8(X) = fn_amp_8(X)
& fn_amp_8(X) = fn_covalent_bond_11(fn_cyclic_amp_79(X))
& fn_covalent_bond_11(fn_cyclic_amp_79(X)) = fn_covalent_bond_11(fn_cyclic_amp_78(X))
& fn_amp_13(X) = fn_covalent_bond_11(fn_cyclic_amp_78(X))
& fn_covalent_bond_11(fn_cyclic_amp_78(X)) = fn_amp_13(X)
& fn_amp_13(X) = fn_amp_13(X)
& fn_amp_13(X) = fn_nucleoside_monophosphate_9(X)
& fn_nucleoside_monophosphate_9(X) = fn_amp_59(X)
& fn_amp_59(X) = fn_share_2(fn_cyclic_amp_19(X))
& fn_share_2(fn_cyclic_amp_19(X)) = fn_amp_59(X)
& fn_amp_59(X) = fn_amp_73(X)
& fn_amp_73(X) = fn_amp_6(X)
& fn_amp_6(X) = fn_amp_15(X)
& fn_amp_15(X) = fn_amp_6(X)
& fn_amp_6(X) = fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_19(X) = fn_amp_21(X)
& fn_amp_21(X) = fn_amp_54(X)
& fn_amp_54(X) = fn_5_prime_carbon_1(fn_cyclic_amp_83(X))
& fn_5_prime_carbon_1(fn_cyclic_amp_83(X)) = fn_amp_54(X)
& fn_amp_54(X) = fn_amp_54(X)
& fn_amp_54(X) = fn_covalent_bond_12(fn_cyclic_amp_79(X))
& fn_amp_50(X) = fn_covalent_bond_12(fn_cyclic_amp_78(X))
& fn_amp_50(X) = fn_covalent_bond_12(fn_cyclic_amp_79(X))
& fn_covalent_bond_12(fn_cyclic_amp_79(X)) = fn_covalent_bond_12(fn_cyclic_amp_78(X))
& fn_covalent_bond_12(fn_cyclic_amp_78(X)) = fn_amp_50(X)
& fn_amp_50(X) = fn_covalent_bond_20(fn_cyclic_amp_79(X))
& fn_covalent_bond_20(fn_cyclic_amp_79(X)) = fn_covalent_bond_19(fn_cyclic_amp_79(X))
& fn_covalent_bond_19(fn_cyclic_amp_79(X)) = fn_covalent_bond_19(fn_cyclic_amp_79(X))
& fn_covalent_bond_19(fn_cyclic_amp_79(X)) = fn_covalent_bond_20(fn_cyclic_amp_79(X))
& fn_nucleoside_monophosphate_24(X) = fn_covalent_bond_20(fn_cyclic_amp_79(X))
& fn_covalent_bond_20(fn_cyclic_amp_79(X)) = fn_covalent_bond_20(fn_cyclic_amp_79(X))
& fn_covalent_bond_20(fn_cyclic_amp_79(X)) = fn_nucleoside_monophosphate_24(X)
& fn_nucleoside_monophosphate_24(X) = fn_nucleoside_monophosphate_24(X)
& fn_nucleoside_monophosphate_24(X) = fn_amp_69(X)
& fn_amp_70(X) = fn_amp_36(X)
& fn_amp_36(X) = fn_share_2(fn_cyclic_amp_60(X))
& fn_share_2(fn_cyclic_amp_60(X)) = fn_amp_36(X)
& fn_amp_36(X) = fn_amp_59(X)
& fn_covalent_bond_15(fn_cyclic_amp_78(X)) = fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_19(X) = fn_amp_37(X)
& fn_amp_37(X) = fn_amp_47(X)
& fn_amp_47(X) = fn_amp_19(X)
& fn_amp_19(X) = fn_amp_79(X)
& fn_amp_79(X) = fn_amp_59(X)
& fn_amp_59(X) = fn_amp_20(X)
& fn_amp_20(X) = fn_nucleoside_monophosphate_8(X)
& fn_nucleoside_monophosphate_19(X) = fn_nucleoside_monophosphate_42(X)
& fn_nucleoside_monophosphate_42(X) = fn_nucleoside_monophosphate_42(X)
& fn_nucleoside_monophosphate_42(X) = fn_nucleoside_monophosphate_33(X)
& fn_nucleoside_monophosphate_32(X) = fn_nucleoside_monophosphate_33(X)
& fn_nucleoside_monophosphate_33(X) = fn_nucleoside_monophosphate_32(X)
& fn_nucleoside_monophosphate_32(X) = fn_nucleoside_monophosphate_32(X)
& fn_nucleoside_monophosphate_32(X) = fn_nucleoside_monophosphate_29(X)
& fn_nucleoside_monophosphate_29(X) = fn_nucleoside_monophosphate_29(X)
& fn_nucleoside_monophosphate_29(X) = fn_nucleoside_monophosphate_4(X)
& fn_nucleoside_monophosphate_4(X) = fn_nucleoside_monophosphate_4(X)
& fn_nucleoside_monophosphate_4(X) = fn_amp_56(X)
& fn_amp_56(X) = fn_amp_56(X)
& fn_amp_56(X) = fn_amp_57(X)
& fn_amp_57(X) = fn_amp_35(X)
& fn_amp_35(X) = fn_amp_22(X)
& fn_amp_48(X) = fn_amp_22(X)
& fn_amp_22(X) = fn_amp_22(X)
& fn_amp_22(X) = fn_amp_48(X)
& fn_amp_48(X) = fn_amp_20(X)
& fn_amp_20(X) = fn_amp_14(X)
& fn_amp_14(X) = fn_amp_47(X)
& fn_amp_47(X) = fn_amp_36(X)
& fn_amp_36(X) = fn_covalent_bond_15(fn_cyclic_amp_79(X))
& fn_covalent_bond_15(fn_cyclic_amp_79(X)) = fn_amp_31(X)
& fn_amp_31(X) = fn_amp_79(X)
& fn_amp_79(X) = fn_amp_79(X)
& fn_amp_79(X) = fn_amp_80(X)
& fn_amp_80(X) = fn_amp_80(X)
& fn_amp_80(X) = fn_amp_6(X)
& fn_amp_6(X) = fn_amp_6(X)
& fn_amp_6(X) = fn_amp_7(X)
& fn_amp_7(X) = fn_amp_7(X)
& fn_amp_7(X) = fn_nucleoside_monophosphate_17(X)
& fn_amp_53(X) = fn_amp_53(X)
& fn_amp_53(X) = fn_nucleoside_monophosphate_17(X)
& fn_nucleoside_monophosphate_17(X) = fn_amp_53(X)
& fn_amp_53(X) = fn_nucleoside_monophosphate_27(X)
& fn_nucleoside_monophosphate_27(X) = fn_nucleoside_monophosphate_27(X)
& fn_amp_5(X) = fn_nucleoside_monophosphate_27(X)
& fn_nucleoside_monophosphate_27(X) = fn_amp_5(X)
& fn_amp_5(X) = fn_share_3(fn_cyclic_amp_114(X))
& fn_covalent_bond_19(fn_cyclic_amp_78(X)) = fn_share_3(fn_cyclic_amp_114(X))
& fn_share_3(fn_cyclic_amp_114(X)) = fn_share_3(fn_cyclic_amp_22(X))
& fn_share_3(fn_cyclic_amp_22(X)) = fn_share_3(fn_cyclic_amp_113(X))
& fn_share_3(fn_cyclic_amp_113(X)) = fn_share_3(fn_cyclic_amp_23(X))
& fn_share_3(fn_cyclic_amp_23(X)) = fn_share_3(fn_cyclic_amp_112(X))
& fn_share_3(fn_cyclic_amp_112(X)) = fn_covalent_bond_19(fn_cyclic_amp_78(X))
& fn_covalent_bond_19(fn_cyclic_amp_78(X)) = fn_covalent_bond_20(fn_cyclic_amp_79(X))
& fn_covalent_bond_20(fn_cyclic_amp_78(X)) = fn_covalent_bond_20(fn_cyclic_amp_78(X))
& fn_covalent_bond_20(fn_cyclic_amp_78(X)) = fn_covalent_bond_20(fn_cyclic_amp_79(X))
& fn_covalent_bond_20(fn_cyclic_amp_79(X)) = fn_covalent_bond_20(fn_cyclic_amp_78(X))
& fn_nucleoside_monophosphate_65(X) = fn_covalent_bond_20(fn_cyclic_amp_78(X))
& fn_covalent_bond_20(fn_cyclic_amp_78(X)) = fn_nucleoside_monophosphate_65(X)
& fn_nucleoside_monophosphate_65(X) = fn_amp_5(X)
& fn_amp_5(X) = fn_nucleoside_monophosphate_65(X)
& fn_nucleoside_monophosphate_65(X) = fn_nucleoside_monophosphate_65(X)
& fn_nucleoside_monophosphate_65(X) = fn_amp_4(X)
& fn_amp_4(X) = fn_amp_5(X)
& fn_amp_5(X) = fn_amp_5(X)
& fn_amp_5(X) = fn_amp_4(X)
& fn_amp_4(X) = fn_amp_4(X)
& fn_amp_4(X) = fn_inducer_6(fn_cyclic_amp_91(X))
& fn_inducer_6(fn_cyclic_amp_91(X)) = fn_attach_2(fn_cyclic_amp_92(X))
& fn_attach_2(fn_cyclic_amp_92(X)) = fn_nucleoside_monophosphate_8(X)
& fn_nucleoside_monophosphate_8(X) = fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_19(X) = fn_covalent_bond_15(fn_cyclic_amp_79(X))
& fn_covalent_bond_15(fn_cyclic_amp_79(X)) = fn_amp_60(X)
& fn_amp_60(X) = fn_amp_60(X)
& fn_amp_60(X) = fn_amp_58(X)
& fn_covalent_bond_14(fn_cyclic_amp_79(X)) = fn_covalent_bond_14(fn_cyclic_amp_79(X))
& fn_covalent_bond_14(fn_cyclic_amp_79(X)) = fn_amp_58(X)
& fn_amp_58(X) = fn_amp_58(X)
& fn_amp_58(X) = fn_covalent_bond_14(fn_cyclic_amp_79(X))
& fn_covalent_bond_14(fn_cyclic_amp_79(X)) = fn_atom_5(fn_cyclic_amp_83(X))
& fn_covalent_bond_9(fn_cyclic_amp_79(X)) = fn_atom_5(fn_cyclic_amp_83(X))
& fn_atom_5(fn_cyclic_amp_83(X)) = fn_covalent_bond_9(fn_cyclic_amp_79(X))
& fn_covalent_bond_9(fn_cyclic_amp_79(X)) = fn_covalent_bond_9(fn_cyclic_amp_79(X))
& fn_carbon_12(fn_cyclic_amp_83(X)) = fn_carbon_12(fn_cyclic_amp_83(X))
& fn_carbon_12(fn_cyclic_amp_83(X)) = fn_covalent_bond_9(fn_cyclic_amp_79(X))
& fn_covalent_bond_9(fn_cyclic_amp_79(X)) = fn_carbon_12(fn_cyclic_amp_83(X))
& fn_carbon_12(fn_cyclic_amp_83(X)) = fn_carbon_19(fn_cyclic_amp_83(X))
& fn_carbon_19(fn_cyclic_amp_83(X)) = fn_carbon_19(fn_cyclic_amp_83(X))
& fn_carbon_19(fn_cyclic_amp_83(X)) = fn_covalent_bond_8(fn_cyclic_amp_79(X))
& fn_covalent_bond_8(fn_cyclic_amp_79(X)) = fn_carbon_19(fn_cyclic_amp_83(X))
& fn_carbon_19(fn_cyclic_amp_83(X)) = fn_covalent_bond_4(fn_cyclic_amp_79(X))
& fn_covalent_bond_4(fn_cyclic_amp_79(X)) = fn_amp_27(X)
& fn_amp_27(X) = fn_covalent_bond_4(fn_cyclic_amp_79(X))
& fn_covalent_bond_4(fn_cyclic_amp_79(X)) = fn_covalent_bond_4(fn_cyclic_amp_79(X))
& fn_covalent_bond_4(fn_cyclic_amp_79(X)) = fn_carbon_17(fn_cyclic_amp_83(X))
& fn_carbon_17(fn_cyclic_amp_83(X)) = fn_share_3(fn_cyclic_amp_24(X))
& fn_share_3(fn_cyclic_amp_24(X)) = fn_share_1(fn_cyclic_amp_24(X))
& fn_share_1(fn_cyclic_amp_24(X)) = fn_share_3(fn_cyclic_amp_25(X))
& fn_share_3(fn_cyclic_amp_25(X)) = fn_share_1(fn_cyclic_amp_25(X))
& fn_share_1(fn_cyclic_amp_25(X)) = fn_share_1(fn_cyclic_amp_24(X))
& fn_share_1(fn_cyclic_amp_24(X)) = fn_share_1(fn_cyclic_amp_25(X))
& fn_share_1(fn_cyclic_amp_25(X)) = fn_hold_2(fn_cyclic_amp_68(X))
& fn_hold_2(fn_cyclic_amp_68(X)) = fn_hold_2(fn_cyclic_amp_68(X))
& fn_hold_2(fn_cyclic_amp_68(X)) = fn_amp_70(X)
& fn_amp_69(X) = fn_amp_70(X)
& fn_amp_70(X) = fn_amp_70(X)
& fn_amp_70(X) = fn_amp_69(X)
& fn_amp_69(X) = fn_amp_69(X)
& fn_amp_69(X) = fn_covalent_bond_17(fn_cyclic_amp_78(X))
& fn_covalent_bond_17(fn_cyclic_amp_78(X)) = fn_amp_15(X)
& fn_amp_15(X) = fn_amp_15(X)
& fn_amp_15(X) = fn_covalent_bond_17(fn_cyclic_amp_78(X))
& fn_covalent_bond_17(fn_cyclic_amp_78(X)) = fn_covalent_bond_14(fn_cyclic_amp_78(X))
& fn_covalent_bond_14(fn_cyclic_amp_78(X)) = fn_covalent_bond_14(fn_cyclic_amp_78(X))
& fn_covalent_bond_14(fn_cyclic_amp_78(X)) = fn_amp_58(X)
& fn_amp_58(X) = fn_covalent_bond_14(fn_cyclic_amp_78(X))
& fn_covalent_bond_14(fn_cyclic_amp_78(X)) = fn_covalent_bond_15(fn_cyclic_amp_79(X))
& fn_covalent_bond_15(fn_cyclic_amp_79(X)) = fn_carbon_10(fn_cyclic_amp_83(X))
& fn_carbon_10(fn_cyclic_amp_83(X)) = fn_carbon_10(fn_cyclic_amp_83(X))
& fn_carbon_10(fn_cyclic_amp_83(X)) = fn_covalent_bond_15(fn_cyclic_amp_79(X))
& fn_covalent_bond_15(fn_cyclic_amp_79(X)) = fn_atom_14(fn_cyclic_amp_83(X))
& fn_nucleoside_monophosphate_9(X) = fn_atom_14(fn_cyclic_amp_83(X))
& fn_atom_14(fn_cyclic_amp_83(X)) = fn_nucleoside_monophosphate_9(X)
& fn_nucleoside_monophosphate_9(X) = fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_19(X) = fn_amp_20(X)
& fn_amp_20(X) = fn_amp_20(X)
& fn_amp_20(X) = fn_amp_74(X)
& fn_amp_74(X) = fn_amp_21(X)
& fn_amp_48(X) = fn_amp_21(X)
& fn_amp_21(X) = fn_amp_48(X)
& fn_amp_48(X) = fn_amp_47(X)
& fn_amp_47(X) = fn_amp_14(X)
& fn_amp_14(X) = fn_amp_14(X)
& fn_amp_14(X) = fn_covalent_bond_18(fn_cyclic_amp_78(X))
& fn_covalent_bond_18(fn_cyclic_amp_78(X)) = fn_atom_11(fn_cyclic_amp_83(X))
& fn_atom_11(fn_cyclic_amp_83(X)) = fn_atom_11(fn_cyclic_amp_83(X))
& fn_covalent_bond_8(fn_cyclic_amp_78(X)) = fn_covalent_bond_8(fn_cyclic_amp_78(X))
& fn_covalent_bond_8(fn_cyclic_amp_78(X)) = fn_atom_11(fn_cyclic_amp_83(X))
& fn_atom_11(fn_cyclic_amp_83(X)) = fn_covalent_bond_8(fn_cyclic_amp_78(X))
& fn_covalent_bond_8(fn_cyclic_amp_78(X)) = fn_nucleoside_monophosphate_40(X)
& fn_nucleoside_monophosphate_40(X) = fn_atom_8(fn_cyclic_amp_83(X))
& fn_atom_8(fn_cyclic_amp_83(X)) = fn_atom_8(fn_cyclic_amp_83(X))
& fn_atom_8(fn_cyclic_amp_83(X)) = fn_nucleoside_monophosphate_40(X)
& fn_nucleoside_monophosphate_40(X) = fn_carbon_17(fn_cyclic_amp_83(X))
& fn_carbon_17(fn_cyclic_amp_83(X)) = fn_carbon_17(fn_cyclic_amp_83(X))
& fn_carbon_17(fn_cyclic_amp_83(X)) = fn_covalent_bond_4(fn_cyclic_amp_78(X))
& fn_covalent_bond_4(fn_cyclic_amp_78(X)) = fn_covalent_bond_4(fn_cyclic_amp_78(X))
& fn_covalent_bond_4(fn_cyclic_amp_78(X)) = fn_amp_44(X)
& fn_amp_44(X) = fn_covalent_bond_23(fn_cyclic_amp_78(X))
& fn_covalent_bond_23(fn_cyclic_amp_78(X)) = fn_amp_44(X)
& fn_amp_44(X) = fn_amp_44(X)
& fn_amp_44(X) = fn_covalent_bond_21(fn_cyclic_amp_78(X))
& fn_covalent_bond_21(fn_cyclic_amp_78(X)) = fn_covalent_bond_21(fn_cyclic_amp_78(X))
& fn_amp_43(X) = fn_covalent_bond_21(fn_cyclic_amp_78(X))
& fn_covalent_bond_21(fn_cyclic_amp_78(X)) = fn_amp_43(X)
& fn_amp_43(X) = fn_amp_43(X)
& fn_amp_43(X) = fn_covalent_bond_23(fn_cyclic_amp_78(X))
& fn_covalent_bond_23(fn_cyclic_amp_78(X)) = fn_covalent_bond_23(fn_cyclic_amp_78(X))
& fn_covalent_bond_23(fn_cyclic_amp_78(X)) = fn_amp_59(X)
& fn_covalent_bond_18(fn_cyclic_amp_79(X)) = fn_amp_59(X)
& fn_amp_59(X) = fn_covalent_bond_15(fn_cyclic_amp_78(X))
& fn_covalent_bond_15(fn_cyclic_amp_78(X)) = fn_covalent_bond_15(fn_cyclic_amp_78(X))
& fn_covalent_bond_15(fn_cyclic_amp_78(X)) = fn_amp_12(X)
& fn_amp_12(X) = fn_covalent_bond_22(fn_cyclic_amp_78(X))
& fn_covalent_bond_22(fn_cyclic_amp_78(X)) = fn_covalent_bond_22(fn_cyclic_amp_79(X))
& fn_covalent_bond_22(fn_cyclic_amp_79(X)) = fn_covalent_bond_22(fn_cyclic_amp_79(X))
& fn_covalent_bond_22(fn_cyclic_amp_79(X)) = fn_amp_12(X)
& fn_covalent_bond_24(fn_cyclic_amp_78(X)) = fn_amp_46(X)
& fn_amp_46(X) = fn_covalent_bond_24(fn_cyclic_amp_78(X))
& fn_covalent_bond_24(fn_cyclic_amp_78(X)) = fn_covalent_bond_24(fn_cyclic_amp_78(X))
& fn_covalent_bond_24(fn_cyclic_amp_78(X)) = fn_covalent_bond_24(fn_cyclic_amp_79(X))
& fn_atom_18(fn_cyclic_amp_83(X)) = fn_covalent_bond_24(fn_cyclic_amp_79(X))
& fn_covalent_bond_24(fn_cyclic_amp_79(X)) = fn_atom_18(fn_cyclic_amp_83(X))
& fn_amp_12(X) = fn_atom_18(fn_cyclic_amp_83(X))
& fn_atom_18(fn_cyclic_amp_83(X)) = fn_atom_18(fn_cyclic_amp_83(X))
& fn_atom_18(fn_cyclic_amp_83(X)) = fn_amp_12(X)
& fn_amp_12(X) = fn_amp_12(X)
& fn_amp_12(X) = fn_amp_46(X)
& fn_amp_46(X) = fn_amp_46(X)
& fn_amp_46(X) = fn_carbon_18(fn_cyclic_amp_83(X))
& fn_carbon_18(fn_cyclic_amp_83(X)) = fn_carbon_18(fn_cyclic_amp_83(X))
& fn_covalent_bond_22(fn_cyclic_amp_78(X)) = fn_covalent_bond_22(fn_cyclic_amp_78(X))
& fn_covalent_bond_22(fn_cyclic_amp_78(X)) = fn_carbon_18(fn_cyclic_amp_83(X))
& fn_carbon_18(fn_cyclic_amp_83(X)) = fn_covalent_bond_22(fn_cyclic_amp_78(X))
& fn_covalent_bond_22(fn_cyclic_amp_78(X)) = fn_amp_59(X)
& fn_amp_57(X) = fn_share_2(fn_cyclic_amp_112(X))
& fn_share_2(fn_cyclic_amp_112(X)) = fn_amp_47(X)
& fn_amp_47(X) = fn_amp_48(X)
& fn_amp_48(X) = fn_share_2(fn_cyclic_amp_23(X))
& fn_share_2(fn_cyclic_amp_23(X)) = fn_nucleoside_monophosphate_9(X)
& fn_nucleoside_monophosphate_9(X) = fn_share_2(fn_cyclic_amp_113(X))
& fn_share_2(fn_cyclic_amp_113(X)) = fn_amp_47(X)
& fn_amp_47(X) = fn_amp_72(X)
& fn_amp_72(X) = fn_amp_72(X)
& fn_amp_72(X) = fn_share_2(fn_cyclic_amp_22(X))
& fn_share_2(fn_cyclic_amp_22(X)) = fn_amp_59(X)
& fn_amp_59(X) = fn_amp_57(X)
& fn_amp_57(X) = fn_amp_57(X)
& fn_amp_57(X) = fn_share_2(fn_cyclic_amp_114(X))
& fn_share_2(fn_cyclic_amp_114(X)) = fn_covalent_bond_19(fn_cyclic_amp_79(X))
& fn_covalent_bond_19(fn_cyclic_amp_79(X)) = fn_covalent_bond_20(fn_cyclic_amp_78(X))
& fn_covalent_bond_20(fn_cyclic_amp_78(X)) = fn_covalent_bond_19(fn_cyclic_amp_78(X))
& fn_covalent_bond_19(fn_cyclic_amp_78(X)) = fn_covalent_bond_20(fn_cyclic_amp_78(X))
& fn_covalent_bond_20(fn_cyclic_amp_78(X)) = fn_covalent_bond_19(fn_cyclic_amp_79(X))
& fn_covalent_bond_19(fn_cyclic_amp_78(X)) = fn_covalent_bond_19(fn_cyclic_amp_78(X))
& fn_nucleoside_monophosphate_16(X) = fn_covalent_bond_19(fn_cyclic_amp_79(X))
& fn_covalent_bond_19(fn_cyclic_amp_78(X)) = fn_covalent_bond_19(fn_cyclic_amp_79(X))
& fn_covalent_bond_19(fn_cyclic_amp_79(X)) = fn_covalent_bond_19(fn_cyclic_amp_78(X))
& fn_covalent_bond_19(fn_cyclic_amp_78(X)) = fn_nucleoside_monophosphate_16(X)
& fn_nucleoside_monophosphate_16(X) = fn_nucleoside_monophosphate_16(X)
& fn_amp_52(X) = fn_nucleoside_monophosphate_16(X)
& fn_nucleoside_monophosphate_16(X) = fn_amp_52(X)
& fn_amp_52(X) = fn_amp_52(X)
& fn_amp_52(X) = fn_share_3(fn_cyclic_amp_27(X))
& fn_share_3(fn_cyclic_amp_27(X)) = fn_share_3(fn_cyclic_amp_60(X))
& fn_share_3(fn_cyclic_amp_60(X)) = fn_share_1(fn_cyclic_amp_23(X))
& fn_share_1(fn_cyclic_amp_23(X)) = fn_share_1(fn_cyclic_amp_22(X))
& fn_share_1(fn_cyclic_amp_22(X)) = fn_share_1(fn_cyclic_amp_112(X))
& fn_share_1(fn_cyclic_amp_112(X)) = fn_share_1(fn_cyclic_amp_113(X))
& fn_share_1(fn_cyclic_amp_113(X)) = fn_share_1(fn_cyclic_amp_114(X))
& fn_share_1(fn_cyclic_amp_114(X)) = fn_share_1(fn_cyclic_amp_114(X))
& fn_share_1(fn_cyclic_amp_114(X)) = fn_share_1(fn_cyclic_amp_22(X))
& fn_share_1(fn_cyclic_amp_22(X)) = fn_share_1(fn_cyclic_amp_113(X))
& fn_share_1(fn_cyclic_amp_113(X)) = fn_share_1(fn_cyclic_amp_23(X))
& fn_share_1(fn_cyclic_amp_23(X)) = fn_share_1(fn_cyclic_amp_112(X))
& fn_share_1(fn_cyclic_amp_112(X)) = fn_share_3(fn_cyclic_amp_27(X))
& fn_share_3(fn_cyclic_amp_27(X)) = fn_share_1(fn_cyclic_amp_27(X))
& fn_share_1(fn_cyclic_amp_27(X)) = fn_share_3(fn_cyclic_amp_60(X))
& fn_share_3(fn_cyclic_amp_60(X)) = fn_share_1(fn_cyclic_amp_60(X))
& fn_share_1(fn_cyclic_amp_60(X)) = fn_carbon_10(fn_cyclic_amp_83(X))
& fn_atom_14(fn_cyclic_amp_83(X)) = fn_carbon_10(fn_cyclic_amp_83(X))
& fn_carbon_10(fn_cyclic_amp_83(X)) = fn_atom_14(fn_cyclic_amp_83(X))
& fn_nucleoside_monophosphate_33(X) = fn_atom_14(fn_cyclic_amp_83(X))
& fn_atom_14(fn_cyclic_amp_83(X)) = fn_atom_14(fn_cyclic_amp_83(X))
& fn_atom_14(fn_cyclic_amp_83(X)) = fn_nucleoside_monophosphate_33(X)
& fn_nucleoside_monophosphate_33(X) = fn_nucleoside_monophosphate_33(X)
& fn_nucleoside_monophosphate_33(X) = fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_19(X) = fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_19(X) = fn_nucleoside_monophosphate_9(X)
& fn_nucleoside_monophosphate_9(X) = fn_nucleoside_monophosphate_9(X)
& fn_nucleoside_monophosphate_9(X) = fn_nucleoside_monophosphate_8(X)
& fn_nucleoside_monophosphate_8(X) = fn_nucleoside_monophosphate_8(X)
& fn_nucleoside_monophosphate_8(X) = fn_nucleoside_monophosphate_6(X)
& fn_nucleoside_monophosphate_6(X) = fn_nucleoside_monophosphate_6(X)
& fn_nucleoside_monophosphate_6(X) = fn_amp_73(X)
& fn_amp_37(X) = fn_amp_73(X)
& fn_amp_73(X) = fn_amp_73(X)
& fn_amp_73(X) = fn_amp_37(X)
& fn_amp_37(X) = fn_amp_37(X)
& fn_amp_37(X) = fn_amp_30(X)
& fn_amp_30(X) = fn_amp_30(X)
& fn_amp_30(X) = fn_amp_36(X)
& fn_amp_36(X) = fn_amp_36(X)
& fn_amp_36(X) = fn_amp_35(X)
& fn_amp_35(X) = fn_amp_35(X)
& fn_amp_35(X) = fn_amp_74(X)
& fn_amp_74(X) = fn_amp_74(X)
& fn_amp_74(X) = fn_amp_19(X)
& fn_amp_19(X) = fn_amp_19(X)
& fn_amp_19(X) = fn_amp_48(X)
& fn_amp_48(X) = fn_amp_48(X)
& fn_amp_48(X) = fn_amp_31(X)
& fn_amp_47(X) = fn_amp_31(X)
& fn_amp_31(X) = fn_amp_31(X)
& fn_amp_31(X) = fn_amp_47(X)
& fn_amp_59(X) = fn_amp_47(X)
& fn_amp_47(X) = fn_amp_47(X)
& fn_amp_47(X) = fn_amp_59(X)
& fn_amp_59(X) = fn_amp_59(X)
& fn_amp_59(X) = fn_covalent_bond_18(fn_cyclic_amp_79(X))
& fn_covalent_bond_18(fn_cyclic_amp_79(X)) = fn_covalent_bond_18(fn_cyclic_amp_79(X))
& fn_covalent_bond_18(fn_cyclic_amp_79(X)) = fn_covalent_bond_18(fn_cyclic_amp_78(X))
& fn_covalent_bond_18(fn_cyclic_amp_78(X)) = fn_covalent_bond_18(fn_cyclic_amp_78(X))
& fn_covalent_bond_18(fn_cyclic_amp_78(X)) = fn_nucleoside_monophosphate_60(X)
& fn_nucleoside_monophosphate_60(X) = fn_amp_32(X)
& fn_amp_32(X) = fn_amp_32(X)
& fn_amp_32(X) = fn_amp_34(X)
& fn_amp_34(X) = fn_amp_34(X)
& fn_amp_34(X) = fn_covalent_bond_17(fn_cyclic_amp_78(X))
& fn_covalent_bond_17(fn_cyclic_amp_78(X)) = fn_covalent_bond_17(fn_cyclic_amp_78(X)) ) ) ).
fof(a528775,axiom,
! [X] :
( cyclic_electron_flow_1(X)
=> ( original_name_2(X,'Cyclic-Electron-Flow')
& user_description_2(X,'A pathway during photosynthesis by which electrons are not passed to Photosystem II but instead are passed to an electron transport chain and and then returned to Photosystem I. Cyclic electron flow produces ATP but not NADPH or O2.')
& concept2words_2(X,'cyclic electron pathway')
& concept2words_2(X,'cyclic-electron-pathway')
& concept2words_2(X,'perform cyclic electron flow')
& concept2words_2(X,'transfer energy')
& concept2words_2(X,'cyclic electron flow')
& concept2words_2(X,'cyclic-electron-flow')
& electron_transport_chain_reaction_1(X)
& ~ linear_electron_flow_1(X)
& oxidation_state_value_1(fn_cyclic_electron_flow_4(X))
& oxidation_state_value_1(fn_cyclic_electron_flow_5(X))
& oxidation_state_value_1(fn_cyclic_electron_flow_6(X))
& p700_plus__1(fn_cyclic_electron_flow_7(X))
& free_energy_1(fn_cyclic_electron_flow_8(X))
& photoprotection_in_plant_1(fn_cyclic_electron_flow_9(X))
& light_transmission_1(fn_cyclic_electron_flow_10(X))
& oxidation_state_value_1(fn_cyclic_electron_flow_11(X))
& oxidation_state_value_1(fn_cyclic_electron_flow_12(X))
& oxidation_state_value_1(fn_cyclic_electron_flow_15(X))
& oxidation_state_value_1(fn_cyclic_electron_flow_16(X))
& oxidation_state_value_1(fn_cyclic_electron_flow_19(X))
& chemical_entity_1(fn_cyclic_electron_flow_23(X))
& chemical_energy_1(fn_cyclic_electron_flow_24(X))
& quantity_value_1(fn_cyclic_electron_flow_25(X))
& quantity_value_1(fn_cyclic_electron_flow_26(X))
& chemical_energy_1(fn_cyclic_electron_flow_27(X))
& electron_transport_chain_1(fn_cyclic_electron_flow_28(X))
& biomembrane_1(fn_cyclic_electron_flow_29(X))
& oxidation_1(fn_cyclic_electron_flow_30(X))
& reduction_1(fn_cyclic_electron_flow_31(X))
& tangible_entity_1(fn_cyclic_electron_flow_32(X))
& electron_1(fn_cyclic_electron_flow_32(X))
& reducing_agent_1(fn_cyclic_electron_flow_33(X))
& cytochrome_complex_1(fn_cyclic_electron_flow_36(X))
& oxidation_1(fn_cyclic_electron_flow_37(X))
& reduction_1(fn_cyclic_electron_flow_38(X))
& chemical_entity_1(fn_cyclic_electron_flow_39(X))
& tangible_entity_1(fn_cyclic_electron_flow_39(X))
& electron_1(fn_cyclic_electron_flow_39(X))
& plastocyanin_1(fn_cyclic_electron_flow_40(X))
& atom_1(fn_cyclic_electron_flow_41(X))
& electron_recipient_1(fn_cyclic_electron_flow_42(X))
& oxidizing_agent_1(fn_cyclic_electron_flow_43(X))
& electron_donor_1(fn_cyclic_electron_flow_44(X))
& atom_1(fn_cyclic_electron_flow_45(X))
& reducing_agent_1(fn_cyclic_electron_flow_46(X))
& electronegativity_value_1(fn_cyclic_electron_flow_47(X))
& electronegativity_value_1(fn_cyclic_electron_flow_48(X))
& p700_1(fn_cyclic_electron_flow_49(X))
& molecule_1(fn_cyclic_electron_flow_50(X))
& chemical_entity_1(fn_cyclic_electron_flow_50(X))
& oxidizing_agent_1(fn_cyclic_electron_flow_56(X))
& electron_donor_1(fn_cyclic_electron_flow_57(X))
& oxidation_1(fn_cyclic_electron_flow_58(X))
& tangible_entity_1(fn_cyclic_electron_flow_59(X))
& electron_1(fn_cyclic_electron_flow_59(X))
& reduction_1(fn_cyclic_electron_flow_60(X))
& reducing_agent_1(fn_cyclic_electron_flow_61(X))
& electron_recipient_1(fn_cyclic_electron_flow_62(X))
& atom_1(fn_cyclic_electron_flow_63(X))
& electronegativity_value_1(fn_cyclic_electron_flow_64(X))
& free_energy_1(fn_cyclic_electron_flow_65(X))
& release_1(fn_cyclic_electron_flow_66(X))
& atom_1(fn_cyclic_electron_flow_67(X))
& electronegativity_value_1(fn_cyclic_electron_flow_68(X))
& photosystem_i_1(fn_cyclic_electron_flow_69(X))
& reaction_center_complex_1(fn_cyclic_electron_flow_70(X))
& cytochrome_complex_1(fn_cyclic_electron_flow_71(X))
& tangible_entity_1(fn_cyclic_electron_flow_72(X))
& porphyrin_1(fn_cyclic_electron_flow_72(X))
& chemical_entity_1(fn_cyclic_electron_flow_72(X))
& chlorophyll_a_1(fn_cyclic_electron_flow_72(X))
& p700_1(fn_cyclic_electron_flow_72(X))
& plastocyanin_1(fn_cyclic_electron_flow_73(X))
& atp_1(fn_cyclic_electron_flow_74(X))
& free_energy_1(fn_cyclic_electron_flow_75(X))
& release_1(fn_cyclic_electron_flow_76(X))
& carbon_skeleton_1(fn_cyclic_electron_flow_77(X))
& accessory_pigment_1(fn_cyclic_electron_flow_78(X))
& transfer_1(fn_cyclic_electron_flow_79(X))
& absorb_1(fn_cyclic_electron_flow_80(X))
& redox_reaction_1(fn_cyclic_electron_flow_81(X))
& redox_reaction_1(fn_cyclic_electron_flow_82(X))
& chemical_reaction_1(fn_cyclic_electron_flow_82(X))
& redox_reaction_1(fn_cyclic_electron_flow_83(X))
& chemical_reaction_1(fn_cyclic_electron_flow_83(X))
& primary_electron_acceptor_1(fn_cyclic_electron_flow_84(X))
& reduction_1(fn_cyclic_electron_flow_85(X))
& chemical_entity_1(fn_cyclic_electron_flow_86(X))
& p700_plus__1(fn_cyclic_electron_flow_86(X))
& molecule_1(fn_cyclic_electron_flow_87(X))
& chemical_entity_1(fn_cyclic_electron_flow_87(X))
& ferredoxin_1(fn_cyclic_electron_flow_88(X))
& electronegativity_value_1(fn_cyclic_electron_flow_89(X))
& atom_1(fn_cyclic_electron_flow_90(X))
& tangible_entity_1(fn_cyclic_electron_flow_91(X))
& electron_1(fn_cyclic_electron_flow_91(X))
& chemical_reaction_1(fn_cyclic_electron_flow_92(X))
& redox_reaction_1(fn_cyclic_electron_flow_92(X))
& reducing_agent_1(fn_cyclic_electron_flow_93(X))
& quantity_value_1(fn_cyclic_electron_flow_94(X))
& speed_value_1(fn_cyclic_electron_flow_95(X))
& attach_1(fn_cyclic_electron_flow_96(X))
& spatial_entity_1(fn_cyclic_electron_flow_97(X))
& atp_synthase_1(fn_cyclic_electron_flow_97(X))
& energy_1(fn_cyclic_electron_flow_98(X))
& thylakoid_membrane_1(fn_cyclic_electron_flow_99(X))
& constant_motion_1(fn_cyclic_electron_flow_100(X))
& kinetic_energy_1(fn_cyclic_electron_flow_101(X))
& covalent_bond_1(fn_cyclic_electron_flow_102(X))
& single_bond_1(fn_cyclic_electron_flow_102(X))
& light_reflection_1(fn_cyclic_electron_flow_103(X))
& move_into_1(fn_cyclic_electron_flow_104(X))
& move_1(fn_cyclic_electron_flow_104(X))
& absorb_1(fn_cyclic_electron_flow_104(X))
& methyl_group_1(fn_cyclic_electron_flow_105(X))
& carbon_skeleton_1(fn_cyclic_electron_flow_106(X))
& center_1(fn_cyclic_electron_flow_107(X))
& hydrocarbon_chain_1(fn_cyclic_electron_flow_108(X))
& carbon_1(fn_cyclic_electron_flow_109(X))
& entity_1(fn_cyclic_electron_flow_110(X))
& chemical_entity_1(fn_cyclic_electron_flow_110(X))
& atom_1(fn_cyclic_electron_flow_110(X))
& magnesium_1(fn_cyclic_electron_flow_110(X))
& entity_1(fn_cyclic_electron_flow_111(X))
& chemical_entity_1(fn_cyclic_electron_flow_111(X))
& atom_1(fn_cyclic_electron_flow_111(X))
& carbon_1(fn_cyclic_electron_flow_111(X))
& entity_1(fn_cyclic_electron_flow_112(X))
& atom_1(fn_cyclic_electron_flow_112(X))
& chemical_entity_1(fn_cyclic_electron_flow_112(X))
& hydrogen_1(fn_cyclic_electron_flow_112(X))
& nitrogen_1(fn_cyclic_electron_flow_113(X))
& container_1(fn_cyclic_electron_flow_114(X))
& electronegativity_value_1(fn_cyclic_electron_flow_115(X))
& atom_1(fn_cyclic_electron_flow_116(X))
& electron_recipient_1(fn_cyclic_electron_flow_117(X))
& ferredoxin_1(fn_cyclic_electron_flow_118(X))
& quantity_value_1(fn_cyclic_electron_flow_120(X))
& free_energy_1(fn_cyclic_electron_flow_121(X))
& oxidizing_agent_1(fn_cyclic_electron_flow_122(X))
& electron_donor_1(fn_cyclic_electron_flow_123(X))
& activation_energy_1(fn_cyclic_electron_flow_124(X))
& tangible_entity_1(fn_cyclic_electron_flow_125(X))
& electron_1(fn_cyclic_electron_flow_125(X))
& lose_1(fn_cyclic_electron_flow_126(X))
& release_1(fn_cyclic_electron_flow_127(X))
& reduction_1(fn_cyclic_electron_flow_128(X))
& oxidation_1(fn_cyclic_electron_flow_129(X))
& activation_energy_1(fn_cyclic_electron_flow_131(X))
& quantity_value_1(fn_cyclic_electron_flow_132(X))
& tangible_entity_1(fn_cyclic_electron_flow_133(X))
& electron_1(fn_cyclic_electron_flow_133(X))
& tangible_entity_1(fn_cyclic_electron_flow_135(X))
& electron_1(fn_cyclic_electron_flow_135(X))
& oxidation_1(fn_cyclic_electron_flow_136(X))
& redox_reaction_1(fn_cyclic_electron_flow_137(X))
& oxidation_1(fn_cyclic_electron_flow_138(X))
& reducing_agent_1(fn_cyclic_electron_flow_139(X))
& electron_recipient_1(fn_cyclic_electron_flow_140(X))
& chemical_entity_1(fn_chemical_reaction_1(fn_cyclic_electron_flow_92(X)))
& tangible_entity_1(fn_release_2(fn_cyclic_electron_flow_76(X)))
& entity_1(fn_transfer_1(fn_cyclic_electron_flow_79(X)))
& tangible_entity_1(fn_release_1(fn_cyclic_electron_flow_76(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_cyclic_electron_flow_78(X)))
& absorb_1(fn_pigment_2(fn_cyclic_electron_flow_78(X)))
& property_node_1(fn_redox_reaction_3(fn_cyclic_electron_flow_92(X)))
& electron_recipient_1(fn_reduction_2(fn_cyclic_electron_flow_31(X)))
& reducing_agent_1(fn_reduction_5(fn_cyclic_electron_flow_31(X)))
& reduction_1(fn_redox_reaction_10(fn_cyclic_electron_flow_81(X)))
& lose_1(fn_redox_reaction_8(fn_cyclic_electron_flow_81(X)))
& lose_1(fn_redox_reaction_8(fn_cyclic_electron_flow_92(X)))
& oxidation_1(fn_redox_reaction_11(fn_cyclic_electron_flow_92(X)))
& electron_transport_chain_reaction_1(fn_electron_transport_chain_1(fn_cyclic_electron_flow_28(X)))
& oxidation_1(fn_redox_reaction_11(fn_cyclic_electron_flow_81(X)))
& property_node_1(fn_oxidation_5(fn_cyclic_electron_flow_136(X)))
& atom_1(fn_oxidation_1(fn_cyclic_electron_flow_37(X)))
& atom_1(fn_oxidation_1(fn_cyclic_electron_flow_136(X)))
& reduction_1(fn_redox_reaction_10(fn_cyclic_electron_flow_83(X)))
& oxidation_1(fn_redox_reaction_11(fn_cyclic_electron_flow_137(X)))
& nitrogen_1(fn_porphyrin_7(fn_cyclic_electron_flow_72(X)))
& electron_recipient_1(fn_reduction_2(fn_cyclic_electron_flow_85(X)))
& reducing_agent_1(fn_reduction_5(fn_cyclic_electron_flow_85(X)))
& oxidizing_agent_1(fn_oxidation_11(fn_cyclic_electron_flow_136(X)))
& oxidizing_agent_1(fn_oxidation_11(fn_cyclic_electron_flow_37(X)))
& electron_donor_1(fn_oxidation_8(fn_cyclic_electron_flow_136(X)))
& electron_donor_1(fn_oxidation_8(fn_cyclic_electron_flow_37(X)))
& biomembrane_1(fn_electron_transport_chain_5(fn_cyclic_electron_flow_28(X)))
& property_node_1(fn_oxidation_5(fn_cyclic_electron_flow_129(X)))
& activation_energy_1(fn_oxidation_4(fn_cyclic_electron_flow_129(X)))
& property_node_1(fn_oxidation_6(fn_cyclic_electron_flow_129(X)))
& quantity_value_1(fn_oxidation_3(fn_cyclic_electron_flow_129(X)))
& electron_donor_1(fn_oxidation_8(fn_cyclic_electron_flow_129(X)))
& oxidizing_agent_1(fn_oxidation_11(fn_cyclic_electron_flow_138(X)))
& oxidizing_agent_1(fn_oxidation_11(fn_cyclic_electron_flow_129(X)))
& activation_energy_1(fn_oxidation_4(fn_cyclic_electron_flow_58(X)))
& property_node_1(fn_oxidation_6(fn_cyclic_electron_flow_58(X)))
& quantity_value_1(fn_oxidation_3(fn_cyclic_electron_flow_58(X)))
& oxidizing_agent_1(fn_oxidation_11(fn_cyclic_electron_flow_58(X)))
& electron_donor_1(fn_oxidation_8(fn_cyclic_electron_flow_58(X)))
& spatial_entity_1(fn_chlorophyll_a_35(fn_cyclic_electron_flow_72(X)))
& atp_synthase_1(fn_chlorophyll_a_35(fn_cyclic_electron_flow_72(X)))
& attach_1(fn_chlorophyll_a_34(fn_cyclic_electron_flow_72(X)))
& hydrocarbon_chain_1(fn_chlorophyll_a_39(fn_cyclic_electron_flow_72(X)))
& container_1(fn_chlorophyll_a_14(fn_cyclic_electron_flow_72(X)))
& property_node_1(fn_chlorophyll_a_40(fn_cyclic_electron_flow_72(X)))
& constant_motion_1(fn_chlorophyll_a_25(fn_cyclic_electron_flow_72(X)))
& quantity_value_1(fn_chlorophyll_a_23(fn_cyclic_electron_flow_72(X)))
& kinetic_energy_1(fn_chlorophyll_a_17(fn_cyclic_electron_flow_72(X)))
& thylakoid_membrane_1(fn_chlorophyll_a_36(fn_cyclic_electron_flow_72(X)))
& property_node_1(fn_chlorophyll_a_41(fn_cyclic_electron_flow_72(X)))
& speed_value_1(fn_chlorophyll_a_24(fn_cyclic_electron_flow_72(X)))
& center_1(fn_chlorophyll_a_18(fn_cyclic_electron_flow_72(X)))
& methyl_group_1(fn_p700_25(fn_cyclic_electron_flow_72(X)))
& entity_1(fn_p700_14(fn_cyclic_electron_flow_72(X)))
& chemical_entity_1(fn_p700_14(fn_cyclic_electron_flow_72(X)))
& atom_1(fn_p700_14(fn_cyclic_electron_flow_72(X)))
& carbon_1(fn_p700_14(fn_cyclic_electron_flow_72(X)))
& carbon_1(fn_p700_27(fn_cyclic_electron_flow_72(X)))
& carbon_skeleton_1(fn_p700_26(fn_cyclic_electron_flow_72(X)))
& covalent_bond_1(fn_p700_15(fn_cyclic_electron_flow_72(X)))
& single_bond_1(fn_p700_15(fn_cyclic_electron_flow_72(X)))
& entity_1(fn_p700_12(fn_cyclic_electron_flow_72(X)))
& atom_1(fn_p700_12(fn_cyclic_electron_flow_72(X)))
& chemical_entity_1(fn_p700_12(fn_cyclic_electron_flow_72(X)))
& hydrogen_1(fn_p700_12(fn_cyclic_electron_flow_72(X)))
& reaction_center_complex_1(fn_photosystem_i_10(fn_cyclic_electron_flow_69(X)))
& reaction_center_complex_1(fn_photosystem_i_21(fn_cyclic_electron_flow_69(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_cyclic_electron_flow_81(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_cyclic_electron_flow_92(X)))
& atom_1(fn_redox_reaction_2(fn_cyclic_electron_flow_92(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_cyclic_electron_flow_83(X)))
& chemical_entity_1(fn_reduction_3(fn_cyclic_electron_flow_31(X)))
& property_node_1(fn_redox_reaction_15(fn_cyclic_electron_flow_137(X)))
& property_node_1(fn_redox_reaction_3(fn_cyclic_electron_flow_137(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_cyclic_electron_flow_137(X)))
& atom_1(fn_redox_reaction_13(fn_cyclic_electron_flow_137(X)))
& atom_1(fn_redox_reaction_2(fn_cyclic_electron_flow_137(X)))
& reduction_1(fn_electron_recipient_1(fn_cyclic_electron_flow_42(X)))
& reduction_1(fn_reducing_agent_1(fn_cyclic_electron_flow_46(X)))
& reduction_1(fn_redox_reaction_10(fn_cyclic_electron_flow_137(X)))
& oxidation_1(fn_redox_reaction_11(fn_cyclic_electron_flow_83(X)))
& oxidation_1(fn_redox_reaction_11(fn_cyclic_electron_flow_82(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_cyclic_electron_flow_82(X)))
& atom_1(fn_redox_reaction_2(fn_cyclic_electron_flow_82(X)))
& atom_1(fn_redox_reaction_13(fn_cyclic_electron_flow_82(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_cyclic_electron_flow_82(X)))
& electron_1(fn_redox_reaction_7(fn_cyclic_electron_flow_82(X)))
& reduction_1(fn_redox_reaction_10(fn_cyclic_electron_flow_82(X)))
& reduction_1(fn_reducing_agent_1(fn_cyclic_electron_flow_139(X)))
& reduction_1(fn_redox_reaction_10(fn_cyclic_electron_flow_92(X)))
& electron_1(fn_reduction_4(fn_cyclic_electron_flow_31(X)))
& electron_1(fn_oxidation_9(fn_cyclic_electron_flow_136(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_cyclic_electron_flow_137(X)))
& electronegativity_value_1(fn_oxidation_2(fn_cyclic_electron_flow_37(X)))
& electronegativity_value_1(fn_oxidation_2(fn_cyclic_electron_flow_136(X)))
& electron_1(fn_reduction_4(fn_cyclic_electron_flow_128(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_cyclic_electron_flow_81(X)))
& electron_1(fn_redox_reaction_7(fn_cyclic_electron_flow_81(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_cyclic_electron_flow_92(X)))
& electron_1(fn_redox_reaction_7(fn_cyclic_electron_flow_92(X)))
& electron_1(fn_oxidation_9(fn_cyclic_electron_flow_138(X)))
& electron_1(fn_oxidation_9(fn_cyclic_electron_flow_129(X)))
& tangible_entity_1(fn_release_2(fn_cyclic_electron_flow_127(X)))
& chemical_entity_1(fn_reducing_agent_2(fn_cyclic_electron_flow_139(X)))
& organic_molecule_1(fn_electron_transport_chain_4(fn_cyclic_electron_flow_28(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_cyclic_electron_flow_81(X)))
& chemical_entity_1(fn_electron_recipient_2(fn_cyclic_electron_flow_62(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_cyclic_electron_flow_81(X)))
& chemical_entity_1(fn_oxidation_10(fn_cyclic_electron_flow_129(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_cyclic_electron_flow_82(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_cyclic_electron_flow_83(X)))
& electron_recipient_1(fn_reduction_2(fn_cyclic_electron_flow_128(X)))
& electron_recipient_1(fn_p700_plus__1(fn_cyclic_electron_flow_86(X)))
& chemical_entity_1(fn_reduction_3(fn_cyclic_electron_flow_128(X)))
& chemical_entity_1(fn_oxidation_7(fn_cyclic_electron_flow_138(X)))
& chemical_entity_1(fn_oxidation_7(fn_cyclic_electron_flow_129(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_cyclic_electron_flow_81(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_cyclic_electron_flow_92(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_cyclic_electron_flow_92(X)))
& chemical_entity_1(fn_oxidation_7(fn_cyclic_electron_flow_58(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_cyclic_electron_flow_82(X)))
& chemical_entity_1(fn_reduction_3(fn_cyclic_electron_flow_85(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_cyclic_electron_flow_137(X)))
& electron_1(fn_redox_reaction_7(fn_cyclic_electron_flow_137(X)))
& electron_1(fn_oxidation_9(fn_cyclic_electron_flow_37(X)))
& chemical_entity_1(fn_oxidation_10(fn_cyclic_electron_flow_138(X)))
& chemical_entity_1(fn_reduction_1(fn_cyclic_electron_flow_128(X)))
& chemical_entity_1(fn_reduction_1(fn_cyclic_electron_flow_31(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_cyclic_electron_flow_137(X)))
& chemical_entity_1(fn_electron_recipient_2(fn_cyclic_electron_flow_42(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_cyclic_electron_flow_137(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_cyclic_electron_flow_137(X)))
& chemical_entity_1(fn_oxidation_7(fn_cyclic_electron_flow_136(X)))
& chemical_entity_1(fn_oxidation_7(fn_cyclic_electron_flow_37(X)))
& protein_complex_1(fn_electron_transport_chain_3(fn_cyclic_electron_flow_28(X)))
& chemical_entity_1(fn_reducing_agent_2(fn_cyclic_electron_flow_46(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_cyclic_electron_flow_82(X)))
& chemical_entity_1(fn_oxidation_10(fn_cyclic_electron_flow_136(X)))
& chemical_entity_1(fn_oxidation_10(fn_cyclic_electron_flow_37(X)))
& protein_1(fn_electron_transport_chain_2(fn_cyclic_electron_flow_28(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_cyclic_electron_flow_81(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_cyclic_electron_flow_92(X)))
& electronegativity_value_1(fn_oxidation_2(fn_cyclic_electron_flow_129(X)))
& atom_1(fn_redox_reaction_2(fn_cyclic_electron_flow_81(X)))
& atom_1(fn_oxidation_1(fn_cyclic_electron_flow_138(X)))
& atom_1(fn_redox_reaction_13(fn_cyclic_electron_flow_92(X)))
& atom_1(fn_oxidation_1(fn_cyclic_electron_flow_129(X)))
& atom_1(fn_redox_reaction_2(fn_cyclic_electron_flow_83(X)))
& atom_1(fn_oxidation_1(fn_cyclic_electron_flow_58(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_cyclic_electron_flow_83(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_cyclic_electron_flow_82(X)))
& electronegativity_value_1(fn_oxidation_2(fn_cyclic_electron_flow_58(X)))
& property_node_1(fn_redox_reaction_3(fn_cyclic_electron_flow_83(X)))
& property_node_1(fn_oxidation_5(fn_cyclic_electron_flow_58(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_cyclic_electron_flow_83(X)))
& electron_1(fn_redox_reaction_7(fn_cyclic_electron_flow_83(X)))
& electron_1(fn_reduction_4(fn_cyclic_electron_flow_85(X)))
& electron_1(fn_oxidation_9(fn_cyclic_electron_flow_58(X)))
& entity_1(fn_chlorophyll_a_20(fn_cyclic_electron_flow_72(X)))
& chemical_entity_1(fn_chlorophyll_a_20(fn_cyclic_electron_flow_72(X)))
& atom_1(fn_chlorophyll_a_20(fn_cyclic_electron_flow_72(X)))
& magnesium_1(fn_chlorophyll_a_20(fn_cyclic_electron_flow_72(X)))
& entity_1(fn_p700_28(fn_cyclic_electron_flow_72(X)))
& chemical_entity_1(fn_p700_28(fn_cyclic_electron_flow_72(X)))
& atom_1(fn_p700_28(fn_cyclic_electron_flow_72(X)))
& magnesium_1(fn_p700_28(fn_cyclic_electron_flow_72(X)))
& tangible_entity_1(fn_light_reflection_1(fn_cyclic_electron_flow_103(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_cyclic_electron_flow_83(X)))
& chemical_entity_1(fn_oxidation_10(fn_cyclic_electron_flow_58(X)))
& chemical_entity_1(fn_reduction_1(fn_cyclic_electron_flow_85(X)))
& move_into_1(fn_chlorophyll_a_15(fn_cyclic_electron_flow_72(X)))
& move_1(fn_chlorophyll_a_15(fn_cyclic_electron_flow_72(X)))
& absorb_1(fn_chlorophyll_a_15(fn_cyclic_electron_flow_72(X)))
& move_into_1(fn_p700_13(fn_cyclic_electron_flow_72(X)))
& move_1(fn_p700_13(fn_cyclic_electron_flow_72(X)))
& absorb_1(fn_p700_13(fn_cyclic_electron_flow_72(X)))
& has_state_2(fn_cyclic_electron_flow_36(X),fn_cyclic_electron_flow_71(X))
& oxidation_state_2(fn_cyclic_electron_flow_36(X),fn_cyclic_electron_flow_6(X))
& oxidation_state_2(fn_cyclic_electron_flow_40(X),fn_cyclic_electron_flow_19(X))
& fn_cyclic_electron_flow_40(X) != fn_cyclic_electron_flow_118(X)
& the_categorical_value_2(fn_cyclic_electron_flow_4(X),oxidized_0)
& the_categorical_value_2(fn_cyclic_electron_flow_5(X),reduced_0)
& the_categorical_value_2(fn_cyclic_electron_flow_6(X),oxidized_0)
& fn_cyclic_electron_flow_50(X) != fn_cyclic_electron_flow_88(X)
& oxidation_state_2(fn_cyclic_electron_flow_50(X),fn_cyclic_electron_flow_11(X))
& is_inside_2(fn_cyclic_electron_flow_8(X),fn_cyclic_electron_flow_73(X))
& fn_cyclic_electron_flow_60(X) != fn_cyclic_electron_flow_85(X)
& element_2(fn_cyclic_electron_flow_70(X),fn_cyclic_electron_flow_87(X))
& oxidation_state_2(fn_cyclic_electron_flow_71(X),fn_cyclic_electron_flow_5(X))
& has_state_2(fn_cyclic_electron_flow_72(X),fn_cyclic_electron_flow_7(X))
& has_state_2(fn_cyclic_electron_flow_73(X),fn_cyclic_electron_flow_40(X))
& oxidation_state_2(fn_cyclic_electron_flow_73(X),fn_cyclic_electron_flow_4(X))
& subevent_2(X,fn_cyclic_electron_flow_137(X))
& subevent_2(X,fn_cyclic_electron_flow_81(X))
& subevent_2(X,fn_cyclic_electron_flow_80(X))
& subevent_2(X,fn_cyclic_electron_flow_79(X))
& causes_2(X,fn_cyclic_electron_flow_9(X))
& is_inside_2(fn_cyclic_electron_flow_75(X),fn_cyclic_electron_flow_78(X))
& recipient_2(fn_cyclic_electron_flow_79(X),fn_cyclic_electron_flow_72(X))
& donor_2(fn_cyclic_electron_flow_79(X),fn_cyclic_electron_flow_78(X))
& path_2(fn_cyclic_electron_flow_80(X),fn_cyclic_electron_flow_77(X))
& enables_2(fn_cyclic_electron_flow_80(X),fn_cyclic_electron_flow_79(X))
& next_event_2(fn_cyclic_electron_flow_80(X),fn_cyclic_electron_flow_79(X))
& raw_material_2(fn_cyclic_electron_flow_81(X),fn_cyclic_electron_flow_71(X))
& fn_cyclic_electron_flow_81(X) != fn_cyclic_electron_flow_137(X)
& fn_cyclic_electron_flow_81(X) != fn_cyclic_electron_flow_92(X)
& fn_cyclic_electron_flow_81(X) != fn_cyclic_electron_flow_83(X)
& fn_cyclic_electron_flow_81(X) != fn_cyclic_electron_flow_82(X)
& next_event_2(fn_cyclic_electron_flow_81(X),fn_cyclic_electron_flow_92(X))
& fn_cyclic_electron_flow_82(X) != fn_cyclic_electron_flow_81(X)
& fn_cyclic_electron_flow_82(X) != fn_cyclic_electron_flow_137(X)
& fn_cyclic_electron_flow_82(X) != fn_cyclic_electron_flow_92(X)
& fn_cyclic_electron_flow_82(X) != fn_cyclic_electron_flow_83(X)
& next_event_2(fn_cyclic_electron_flow_82(X),fn_cyclic_electron_flow_137(X))
& result_2(fn_cyclic_electron_flow_83(X),fn_cyclic_electron_flow_7(X))
& fn_cyclic_electron_flow_83(X) != fn_cyclic_electron_flow_81(X)
& fn_cyclic_electron_flow_83(X) != fn_cyclic_electron_flow_82(X)
& fn_cyclic_electron_flow_83(X) != fn_cyclic_electron_flow_137(X)
& fn_cyclic_electron_flow_83(X) != fn_cyclic_electron_flow_92(X)
& next_event_2(fn_cyclic_electron_flow_83(X),fn_cyclic_electron_flow_82(X))
& fn_cyclic_electron_flow_85(X) != fn_cyclic_electron_flow_60(X)
& fn_cyclic_electron_flow_87(X) != fn_cyclic_electron_flow_88(X)
& has_state_2(fn_cyclic_electron_flow_87(X),fn_cyclic_electron_flow_50(X))
& oxidation_state_2(fn_cyclic_electron_flow_87(X),fn_cyclic_electron_flow_12(X))
& fn_cyclic_electron_flow_88(X) != fn_cyclic_electron_flow_50(X)
& fn_cyclic_electron_flow_88(X) != fn_cyclic_electron_flow_87(X)
& has_state_2(fn_cyclic_electron_flow_88(X),fn_cyclic_electron_flow_118(X))
& oxidation_state_2(fn_cyclic_electron_flow_88(X),fn_cyclic_electron_flow_16(X))
& raw_material_2(fn_cyclic_electron_flow_92(X),fn_cyclic_electron_flow_40(X))
& fn_cyclic_electron_flow_92(X) != fn_cyclic_electron_flow_81(X)
& fn_cyclic_electron_flow_92(X) != fn_cyclic_electron_flow_82(X)
& fn_cyclic_electron_flow_92(X) != fn_cyclic_electron_flow_83(X)
& fn_cyclic_electron_flow_92(X) != fn_cyclic_electron_flow_137(X)
& base_2(fn_cyclic_electron_flow_10(X),fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_111(X) != fn_cyclic_electron_flow_113(X)
& fn_cyclic_electron_flow_113(X) != fn_cyclic_electron_flow_111(X)
& the_categorical_value_2(fn_cyclic_electron_flow_11(X),reduced_0)
& the_categorical_value_2(fn_cyclic_electron_flow_12(X),oxidized_0)
& the_categorical_value_2(fn_cyclic_electron_flow_15(X),reduced_0)
& the_categorical_value_2(fn_cyclic_electron_flow_16(X),oxidized_0)
& fn_cyclic_electron_flow_118(X) != fn_cyclic_electron_flow_40(X)
& oxidation_state_2(fn_cyclic_electron_flow_118(X),fn_cyclic_electron_flow_15(X))
& is_inside_2(fn_cyclic_electron_flow_121(X),fn_cyclic_electron_flow_40(X))
& the_categorical_value_2(fn_cyclic_electron_flow_19(X),reduced_0)
& raw_material_2(fn_cyclic_electron_flow_137(X),fn_cyclic_electron_flow_118(X))
& fn_cyclic_electron_flow_137(X) != fn_cyclic_electron_flow_81(X)
& fn_cyclic_electron_flow_137(X) != fn_cyclic_electron_flow_82(X)
& fn_cyclic_electron_flow_137(X) != fn_cyclic_electron_flow_83(X)
& fn_cyclic_electron_flow_137(X) != fn_cyclic_electron_flow_92(X)
& agent_2(fn_cyclic_electron_flow_103(X),fn_cyclic_electron_flow_72(X))
& result_2(fn_cyclic_electron_flow_92(X),fn_cyclic_electron_flow_49(X))
& base_2(fn_cyclic_electron_flow_76(X),fn_cyclic_electron_flow_78(X))
& base_2(fn_cyclic_electron_flow_127(X),fn_cyclic_electron_flow_40(X))
& plays_2(fn_cyclic_electron_flow_36(X),fn_cyclic_electron_flow_42(X))
& plays_2(fn_cyclic_electron_flow_73(X),fn_cyclic_electron_flow_62(X))
& object_2(fn_cyclic_electron_flow_79(X),fn_cyclic_electron_flow_98(X))
& object_2(fn_cyclic_electron_flow_76(X),fn_cyclic_electron_flow_75(X))
& subevent_2(X,fn_cyclic_electron_flow_92(X))
& causes_2(fn_cyclic_electron_flow_92(X),fn_cyclic_electron_flow_127(X))
& object_2(fn_cyclic_electron_flow_127(X),fn_cyclic_electron_flow_121(X))
& result_2(X,fn_cyclic_electron_flow_74(X))
& possesses_2(fn_cyclic_electron_flow_74(X),fn_cyclic_electron_flow_27(X))
& subevent_2(X,fn_cyclic_electron_flow_83(X))
& causes_2(fn_cyclic_electron_flow_83(X),fn_cyclic_electron_flow_66(X))
& base_2(fn_cyclic_electron_flow_66(X),fn_cyclic_electron_flow_87(X))
& is_inside_2(fn_cyclic_electron_flow_65(X),fn_cyclic_electron_flow_87(X))
& object_2(fn_cyclic_electron_flow_66(X),fn_cyclic_electron_flow_65(X))
& has_region_2(fn_cyclic_electron_flow_78(X),fn_cyclic_electron_flow_77(X))
& element_2(fn_cyclic_electron_flow_69(X),fn_cyclic_electron_flow_70(X))
& in_event_2(fn_cyclic_electron_flow_140(X),fn_cyclic_electron_flow_128(X))
& in_event_2(fn_cyclic_electron_flow_42(X),fn_cyclic_electron_flow_38(X))
& has_atom_2(fn_cyclic_electron_flow_71(X),fn_cyclic_electron_flow_90(X))
& donor_2(fn_cyclic_electron_flow_138(X),fn_cyclic_electron_flow_71(X))
& fn_cyclic_electron_flow_71(X) != fn_cyclic_electron_flow_86(X)
& plays_2(fn_cyclic_electron_flow_86(X),fn_cyclic_electron_flow_122(X))
& fn_cyclic_electron_flow_86(X) != fn_cyclic_electron_flow_71(X)
& plays_2(fn_cyclic_electron_flow_40(X),fn_cyclic_electron_flow_123(X))
& recipient_2(fn_cyclic_electron_flow_60(X),fn_cyclic_electron_flow_73(X))
& greater_than_2(fn_cyclic_electron_flow_64(X),fn_cyclic_electron_flow_89(X))
& greater_than_or_equal_to_2(fn_cyclic_electron_flow_64(X),fn_cyclic_electron_flow_89(X))
& donor_2(fn_cyclic_electron_flow_129(X),fn_cyclic_electron_flow_40(X))
& fn_cyclic_electron_flow_86(X) != fn_cyclic_electron_flow_125(X)
& fn_cyclic_electron_flow_125(X) != fn_cyclic_electron_flow_86(X)
& raw_material_2(fn_cyclic_electron_flow_81(X),fn_cyclic_electron_flow_73(X))
& fn_cyclic_electron_flow_73(X) != fn_cyclic_electron_flow_86(X)
& fn_cyclic_electron_flow_86(X) != fn_cyclic_electron_flow_73(X)
& agent_2(fn_cyclic_electron_flow_80(X),fn_cyclic_electron_flow_78(X))
& base_2(fn_cyclic_electron_flow_80(X),fn_cyclic_electron_flow_78(X))
& recipient_2(fn_cyclic_electron_flow_138(X),fn_cyclic_electron_flow_73(X))
& has_atom_2(fn_cyclic_electron_flow_73(X),fn_cyclic_electron_flow_63(X))
& fn_cyclic_electron_flow_91(X) != fn_cyclic_electron_flow_73(X)
& fn_cyclic_electron_flow_73(X) != fn_cyclic_electron_flow_91(X)
& fn_cyclic_electron_flow_86(X) != fn_cyclic_electron_flow_91(X)
& fn_cyclic_electron_flow_91(X) != fn_cyclic_electron_flow_86(X)
& recipient_2(fn_cyclic_electron_flow_128(X),fn_cyclic_electron_flow_86(X))
& fn_cyclic_electron_flow_59(X) != fn_cyclic_electron_flow_86(X)
& fn_cyclic_electron_flow_86(X) != fn_cyclic_electron_flow_59(X)
& recipient_2(fn_cyclic_electron_flow_129(X),fn_cyclic_electron_flow_86(X))
& has_atom_2(fn_cyclic_electron_flow_86(X),fn_cyclic_electron_flow_90(X))
& electronegativity_2(fn_cyclic_electron_flow_90(X),fn_cyclic_electron_flow_89(X))
& greater_than_2(fn_cyclic_electron_flow_89(X),fn_cyclic_electron_flow_64(X))
& greater_than_or_equal_to_2(fn_cyclic_electron_flow_89(X),fn_cyclic_electron_flow_64(X))
& fn_cyclic_electron_flow_86(X) != fn_cyclic_electron_flow_39(X)
& fn_cyclic_electron_flow_39(X) != fn_cyclic_electron_flow_86(X)
& raw_material_2(fn_cyclic_electron_flow_92(X),fn_cyclic_electron_flow_86(X))
& fn_cyclic_electron_flow_86(X) != fn_cyclic_electron_flow_40(X)
& has_atom_2(fn_cyclic_electron_flow_40(X),fn_cyclic_electron_flow_63(X))
& fn_cyclic_electron_flow_40(X) != fn_cyclic_electron_flow_86(X)
& fn_cyclic_electron_flow_125(X) != fn_cyclic_electron_flow_40(X)
& fn_cyclic_electron_flow_40(X) != fn_cyclic_electron_flow_125(X)
& in_event_2(fn_cyclic_electron_flow_46(X),fn_cyclic_electron_flow_38(X))
& donor_2(fn_cyclic_electron_flow_38(X),fn_cyclic_electron_flow_118(X))
& plays_2(fn_cyclic_electron_flow_118(X),fn_cyclic_electron_flow_46(X))
& in_event_2(fn_cyclic_electron_flow_139(X),fn_cyclic_electron_flow_128(X))
& donor_2(fn_cyclic_electron_flow_128(X),fn_cyclic_electron_flow_40(X))
& plays_2(fn_cyclic_electron_flow_40(X),fn_cyclic_electron_flow_139(X))
& fn_cyclic_electron_flow_135(X) != fn_cyclic_electron_flow_118(X)
& fn_cyclic_electron_flow_118(X) != fn_cyclic_electron_flow_135(X)
& donor_2(fn_cyclic_electron_flow_37(X),fn_cyclic_electron_flow_118(X))
& raw_material_2(fn_cyclic_electron_flow_82(X),fn_cyclic_electron_flow_88(X))
& recipient_2(fn_cyclic_electron_flow_30(X),fn_cyclic_electron_flow_88(X))
& raw_material_2(fn_cyclic_electron_flow_83(X),fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_72(X) != fn_cyclic_electron_flow_88(X)
& has_atom_2(fn_cyclic_electron_flow_88(X),fn_cyclic_electron_flow_116(X))
& fn_cyclic_electron_flow_88(X) != fn_cyclic_electron_flow_72(X)
& donor_2(fn_cyclic_electron_flow_60(X),fn_cyclic_electron_flow_71(X))
& plays_2(fn_cyclic_electron_flow_88(X),fn_cyclic_electron_flow_117(X))
& plays_2(fn_cyclic_electron_flow_71(X),fn_cyclic_electron_flow_61(X))
& in_event_2(fn_cyclic_electron_flow_61(X),fn_cyclic_electron_flow_60(X))
& in_event_2(fn_cyclic_electron_flow_62(X),fn_cyclic_electron_flow_60(X))
& recipient_2(fn_cyclic_electron_flow_31(X),fn_cyclic_electron_flow_88(X))
& fn_cyclic_electron_flow_88(X) != fn_cyclic_electron_flow_71(X)
& fn_cyclic_electron_flow_71(X) != fn_cyclic_electron_flow_59(X)
& fn_cyclic_electron_flow_32(X) != fn_cyclic_electron_flow_88(X)
& fn_cyclic_electron_flow_88(X) != fn_cyclic_electron_flow_32(X)
& fn_cyclic_electron_flow_71(X) != fn_cyclic_electron_flow_88(X)
& fn_cyclic_electron_flow_59(X) != fn_cyclic_electron_flow_71(X)
& plays_2(fn_cyclic_electron_flow_87(X),fn_cyclic_electron_flow_56(X))
& fn_cyclic_electron_flow_87(X) != fn_cyclic_electron_flow_72(X)
& fn_cyclic_electron_flow_72(X) != fn_cyclic_electron_flow_87(X)
& has_atom_2(fn_cyclic_electron_flow_87(X),fn_cyclic_electron_flow_67(X))
& recipient_2(fn_cyclic_electron_flow_58(X),fn_cyclic_electron_flow_87(X))
& raw_material_2(fn_cyclic_electron_flow_83(X),fn_cyclic_electron_flow_87(X))
& has_part_2(fn_cyclic_electron_flow_29(X),fn_cyclic_electron_flow_40(X))
& element_2(fn_cyclic_electron_flow_28(X),fn_cyclic_electron_flow_40(X))
& fn_cyclic_electron_flow_40(X) != fn_cyclic_electron_flow_71(X)
& element_2(fn_cyclic_electron_flow_28(X),fn_cyclic_electron_flow_71(X))
& fn_cyclic_electron_flow_73(X) != fn_cyclic_electron_flow_40(X)
& fn_cyclic_electron_flow_40(X) != fn_cyclic_electron_flow_73(X)
& fn_cyclic_electron_flow_71(X) != fn_cyclic_electron_flow_40(X)
& recipient_2(fn_cyclic_electron_flow_38(X),fn_cyclic_electron_flow_36(X))
& recipient_2(fn_cyclic_electron_flow_136(X),fn_cyclic_electron_flow_36(X))
& raw_material_2(fn_cyclic_electron_flow_137(X),fn_cyclic_electron_flow_36(X))
& has_atom_2(fn_cyclic_electron_flow_36(X),fn_cyclic_electron_flow_41(X))
& electronegativity_2(fn_cyclic_electron_flow_41(X),fn_cyclic_electron_flow_48(X))
& greater_than_2(fn_cyclic_electron_flow_48(X),fn_cyclic_electron_flow_47(X))
& greater_than_or_equal_to_2(fn_cyclic_electron_flow_48(X),fn_cyclic_electron_flow_47(X))
& plays_2(fn_cyclic_electron_flow_50(X),fn_cyclic_electron_flow_33(X))
& in_event_2(fn_cyclic_electron_flow_33(X),fn_cyclic_electron_flow_31(X))
& in_event_2(fn_cyclic_electron_flow_117(X),fn_cyclic_electron_flow_31(X))
& recipient_2(fn_cyclic_electron_flow_85(X),fn_cyclic_electron_flow_87(X))
& fn_cyclic_electron_flow_50(X) != fn_cyclic_electron_flow_87(X)
& fn_cyclic_electron_flow_87(X) != fn_cyclic_electron_flow_50(X)
& fn_cyclic_electron_flow_133(X) != fn_cyclic_electron_flow_87(X)
& fn_cyclic_electron_flow_87(X) != fn_cyclic_electron_flow_133(X)
& subevent_2(fn_cyclic_electron_flow_83(X),fn_cyclic_electron_flow_58(X))
& subevent_2(fn_cyclic_electron_flow_83(X),fn_cyclic_electron_flow_85(X))
& subevent_2(fn_cyclic_electron_flow_81(X),fn_cyclic_electron_flow_138(X))
& object_2(fn_cyclic_electron_flow_60(X),fn_cyclic_electron_flow_59(X))
& subevent_2(fn_cyclic_electron_flow_81(X),fn_cyclic_electron_flow_60(X))
& subevent_2(fn_cyclic_electron_flow_137(X),fn_cyclic_electron_flow_136(X))
& object_2(fn_cyclic_electron_flow_38(X),fn_cyclic_electron_flow_135(X))
& subevent_2(fn_cyclic_electron_flow_137(X),fn_cyclic_electron_flow_38(X))
& greater_than_or_equal_to_2(fn_cyclic_electron_flow_68(X),fn_cyclic_electron_flow_115(X))
& greater_than_2(fn_cyclic_electron_flow_68(X),fn_cyclic_electron_flow_115(X))
& quantity_2(fn_cyclic_electron_flow_27(X),fn_cyclic_electron_flow_26(X))
& object_2(fn_cyclic_electron_flow_30(X),fn_cyclic_electron_flow_32(X))
& agent_2(X,fn_cyclic_electron_flow_28(X))
& donor_2(fn_cyclic_electron_flow_30(X),fn_cyclic_electron_flow_50(X))
& subevent_2(fn_cyclic_electron_flow_82(X),fn_cyclic_electron_flow_30(X))
& raw_material_2(fn_cyclic_electron_flow_82(X),fn_cyclic_electron_flow_50(X))
& donor_2(fn_cyclic_electron_flow_31(X),fn_cyclic_electron_flow_50(X))
& electronegativity_2(fn_cyclic_electron_flow_67(X),fn_cyclic_electron_flow_68(X))
& greater_than_2(fn_cyclic_electron_flow_115(X),fn_cyclic_electron_flow_68(X))
& greater_than_or_equal_to_2(fn_cyclic_electron_flow_115(X),fn_cyclic_electron_flow_68(X))
& raw_material_2(X,fn_cyclic_electron_flow_23(X))
& possesses_2(fn_cyclic_electron_flow_23(X),fn_cyclic_electron_flow_24(X))
& quantity_2(fn_cyclic_electron_flow_24(X),fn_cyclic_electron_flow_25(X))
& greater_than_2(fn_cyclic_electron_flow_25(X),fn_cyclic_electron_flow_26(X))
& subevent_2(X,fn_cyclic_electron_flow_82(X))
& subevent_2(fn_cyclic_electron_flow_82(X),fn_cyclic_electron_flow_31(X))
& object_2(fn_cyclic_electron_flow_31(X),fn_cyclic_electron_flow_32(X))
& fn_cyclic_electron_flow_32(X) != fn_cyclic_electron_flow_50(X)
& has_atom_2(fn_cyclic_electron_flow_50(X),fn_cyclic_electron_flow_67(X))
& fn_cyclic_electron_flow_50(X) != fn_cyclic_electron_flow_32(X)
& causes_2(fn_cyclic_electron_flow_92(X),fn_cyclic_electron_flow_126(X))
& subevent_2(fn_cyclic_electron_flow_92(X),fn_cyclic_electron_flow_129(X))
& fn_cyclic_electron_flow_129(X) != fn_cyclic_electron_flow_126(X)
& donor_2(fn_cyclic_electron_flow_126(X),fn_cyclic_electron_flow_125(X))
& object_2(fn_cyclic_electron_flow_128(X),fn_cyclic_electron_flow_125(X))
& subevent_2(fn_cyclic_electron_flow_92(X),fn_cyclic_electron_flow_128(X))
& fn_cyclic_electron_flow_126(X) != fn_cyclic_electron_flow_129(X)
& has_function_2(fn_cyclic_electron_flow_28(X),X)
& plays_2(fn_cyclic_electron_flow_118(X),fn_cyclic_electron_flow_44(X))
& fn_cyclic_electron_flow_39(X) != fn_cyclic_electron_flow_73(X)
& fn_cyclic_electron_flow_73(X) != fn_cyclic_electron_flow_39(X)
& fn_cyclic_electron_flow_73(X) != fn_cyclic_electron_flow_59(X)
& object_2(fn_cyclic_electron_flow_138(X),fn_cyclic_electron_flow_59(X))
& fn_cyclic_electron_flow_59(X) != fn_cyclic_electron_flow_73(X)
& has_atom_2(fn_cyclic_electron_flow_118(X),fn_cyclic_electron_flow_45(X))
& electronegativity_2(fn_cyclic_electron_flow_45(X),fn_cyclic_electron_flow_47(X))
& object_2(fn_cyclic_electron_flow_85(X),fn_cyclic_electron_flow_133(X))
& object_2(fn_cyclic_electron_flow_136(X),fn_cyclic_electron_flow_135(X))
& object_2(fn_cyclic_electron_flow_129(X),fn_cyclic_electron_flow_125(X))
& fn_cyclic_electron_flow_111(X) != fn_cyclic_electron_flow_112(X)
& has_part_2(fn_cyclic_electron_flow_72(X),fn_cyclic_electron_flow_111(X))
& has_region_2(fn_cyclic_electron_flow_72(X),fn_cyclic_electron_flow_105(X))
& is_inside_2(fn_cyclic_electron_flow_111(X),fn_cyclic_electron_flow_105(X))
& fn_cyclic_electron_flow_112(X) != fn_cyclic_electron_flow_111(X)
& has_part_2(fn_cyclic_electron_flow_72(X),fn_cyclic_electron_flow_112(X))
& fn_cyclic_electron_flow_111(X) != fn_cyclic_electron_flow_110(X)
& has_part_2(fn_cyclic_electron_flow_72(X),fn_cyclic_electron_flow_109(X))
& has_region_2(fn_cyclic_electron_flow_72(X),fn_cyclic_electron_flow_106(X))
& is_inside_2(fn_cyclic_electron_flow_111(X),fn_cyclic_electron_flow_106(X))
& fn_cyclic_electron_flow_110(X) != fn_cyclic_electron_flow_111(X)
& has_part_2(fn_cyclic_electron_flow_72(X),fn_cyclic_electron_flow_110(X))
& fn_cyclic_electron_flow_111(X) != fn_cyclic_electron_flow_109(X)
& fn_cyclic_electron_flow_109(X) != fn_cyclic_electron_flow_111(X)
& has_function_2(fn_cyclic_electron_flow_72(X),fn_cyclic_electron_flow_104(X))
& possesses_2(fn_cyclic_electron_flow_72(X),fn_cyclic_electron_flow_102(X))
& is_between_2(fn_cyclic_electron_flow_102(X),fn_cyclic_electron_flow_111(X))
& agent_2(fn_cyclic_electron_flow_104(X),fn_cyclic_electron_flow_72(X))
& base_2(fn_cyclic_electron_flow_104(X),fn_cyclic_electron_flow_72(X))
& is_inside_2(fn_cyclic_electron_flow_109(X),fn_cyclic_electron_flow_106(X))
& is_between_2(fn_cyclic_electron_flow_102(X),fn_cyclic_electron_flow_112(X))
& has_part_2(fn_cyclic_electron_flow_99(X),fn_cyclic_electron_flow_97(X))
& is_across_2(fn_cyclic_electron_flow_97(X),fn_cyclic_electron_flow_99(X))
& base_2(fn_cyclic_electron_flow_96(X),fn_cyclic_electron_flow_97(X))
& object_2(fn_cyclic_electron_flow_96(X),fn_cyclic_electron_flow_108(X))
& has_part_2(fn_cyclic_electron_flow_72(X),fn_cyclic_electron_flow_108(X))
& is_at_2(fn_cyclic_electron_flow_110(X),fn_cyclic_electron_flow_107(X))
& path_2(fn_cyclic_electron_flow_104(X),fn_cyclic_electron_flow_107(X))
& in_event_2(fn_cyclic_electron_flow_114(X),fn_cyclic_electron_flow_104(X))
& plays_2(fn_cyclic_electron_flow_72(X),fn_cyclic_electron_flow_114(X))
& directly_proportional_2(fn_cyclic_electron_flow_95(X),fn_cyclic_electron_flow_94(X))
& speed_2(fn_cyclic_electron_flow_100(X),fn_cyclic_electron_flow_95(X))
& object_2(fn_cyclic_electron_flow_100(X),fn_cyclic_electron_flow_72(X))
& quantity_2(fn_cyclic_electron_flow_101(X),fn_cyclic_electron_flow_94(X))
& possesses_2(fn_cyclic_electron_flow_72(X),fn_cyclic_electron_flow_101(X))
& is_at_2(fn_cyclic_electron_flow_72(X),fn_cyclic_electron_flow_99(X))
& has_region_2(fn_cyclic_electron_flow_72(X),fn_cyclic_electron_flow_107(X))
& electronegativity_2(fn_cyclic_electron_flow_116(X),fn_cyclic_electron_flow_115(X))
& directly_proportional_2(fn_cyclic_electron_flow_115(X),fn_cyclic_electron_flow_132(X))
& quantity_2(fn_cyclic_electron_flow_131(X),fn_cyclic_electron_flow_132(X))
& raw_material_2(fn_cyclic_electron_flow_58(X),fn_cyclic_electron_flow_131(X))
& in_event_2(fn_cyclic_electron_flow_56(X),fn_cyclic_electron_flow_58(X))
& in_event_2(fn_cyclic_electron_flow_57(X),fn_cyclic_electron_flow_58(X))
& object_2(fn_cyclic_electron_flow_58(X),fn_cyclic_electron_flow_133(X))
& directly_proportional_2(fn_cyclic_electron_flow_64(X),fn_cyclic_electron_flow_120(X))
& quantity_2(fn_cyclic_electron_flow_124(X),fn_cyclic_electron_flow_120(X))
& raw_material_2(fn_cyclic_electron_flow_129(X),fn_cyclic_electron_flow_124(X))
& electronegativity_2(fn_cyclic_electron_flow_63(X),fn_cyclic_electron_flow_64(X))
& in_event_2(fn_cyclic_electron_flow_123(X),fn_cyclic_electron_flow_129(X))
& in_event_2(fn_cyclic_electron_flow_122(X),fn_cyclic_electron_flow_129(X))
& fn_cyclic_electron_flow_118(X) != fn_cyclic_electron_flow_36(X)
& fn_cyclic_electron_flow_36(X) != fn_cyclic_electron_flow_118(X)
& has_part_2(fn_cyclic_electron_flow_29(X),fn_cyclic_electron_flow_71(X))
& has_part_2(fn_cyclic_electron_flow_29(X),fn_cyclic_electron_flow_118(X))
& element_2(fn_cyclic_electron_flow_28(X),fn_cyclic_electron_flow_118(X))
& fn_cyclic_electron_flow_36(X) != fn_cyclic_electron_flow_135(X)
& fn_cyclic_electron_flow_135(X) != fn_cyclic_electron_flow_36(X)
& in_event_2(fn_cyclic_electron_flow_43(X),fn_cyclic_electron_flow_37(X))
& plays_2(fn_cyclic_electron_flow_36(X),fn_cyclic_electron_flow_43(X))
& recipient_2(fn_cyclic_electron_flow_37(X),fn_cyclic_electron_flow_36(X))
& in_event_2(fn_cyclic_electron_flow_44(X),fn_cyclic_electron_flow_37(X))
& plays_2(fn_cyclic_electron_flow_87(X),fn_cyclic_electron_flow_84(X))
& in_event_2(fn_cyclic_electron_flow_84(X),fn_cyclic_electron_flow_85(X))
& in_event_2(fn_cyclic_electron_flow_93(X),fn_cyclic_electron_flow_85(X))
& plays_2(fn_cyclic_electron_flow_72(X),fn_cyclic_electron_flow_93(X))
& donor_2(fn_cyclic_electron_flow_85(X),fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_133(X) != fn_cyclic_electron_flow_72(X)
& fn_cyclic_electron_flow_72(X) != fn_cyclic_electron_flow_133(X)
& plays_2(fn_cyclic_electron_flow_86(X),fn_cyclic_electron_flow_140(X))
& has_part_2(fn_cyclic_electron_flow_72(X),fn_cyclic_electron_flow_113(X))
& result_2(fn_cyclic_electron_flow_83(X),fn_cyclic_electron_flow_50(X))
& fn_cyclic_electron_flow_73(X) != fn_cyclic_electron_flow_71(X)
& fn_cyclic_electron_flow_71(X) != fn_cyclic_electron_flow_118(X)
& fn_cyclic_electron_flow_71(X) != fn_cyclic_electron_flow_73(X)
& fn_cyclic_electron_flow_118(X) != fn_cyclic_electron_flow_71(X)
& donor_2(fn_cyclic_electron_flow_136(X),fn_cyclic_electron_flow_118(X))
& plays_2(fn_cyclic_electron_flow_72(X),fn_cyclic_electron_flow_57(X))
& donor_2(fn_cyclic_electron_flow_58(X),fn_cyclic_electron_flow_72(X))
& has_atom_2(fn_cyclic_electron_flow_72(X),fn_cyclic_electron_flow_116(X))
& result_2(fn_cyclic_electron_flow_81(X),fn_cyclic_electron_flow_40(X))
& result_2(fn_cyclic_electron_flow_137(X),fn_cyclic_electron_flow_71(X))
& result_2(fn_cyclic_electron_flow_82(X),fn_cyclic_electron_flow_118(X))
& fn_cyclic_electron_flow_72(X) = fn_light_reflection_1(fn_cyclic_electron_flow_103(X))
& fn_cyclic_electron_flow_49(X) = fn_chemical_reaction_1(fn_cyclic_electron_flow_92(X))
& fn_cyclic_electron_flow_78(X) = fn_release_2(fn_cyclic_electron_flow_76(X))
& fn_cyclic_electron_flow_40(X) = fn_release_2(fn_cyclic_electron_flow_127(X))
& fn_cyclic_electron_flow_36(X) = fn_electron_recipient_2(fn_cyclic_electron_flow_42(X))
& fn_cyclic_electron_flow_73(X) = fn_electron_recipient_2(fn_cyclic_electron_flow_62(X))
& fn_cyclic_electron_flow_98(X) = fn_transfer_1(fn_cyclic_electron_flow_79(X))
& fn_cyclic_electron_flow_75(X) = fn_release_1(fn_cyclic_electron_flow_76(X))
& fn_cyclic_electron_flow_121(X) = fn_electron_transport_chain_reaction_8(X)
& fn_cyclic_electron_flow_127(X) = fn_electron_transport_chain_reaction_7(X)
& fn_cyclic_electron_flow_92(X) = fn_electron_transport_chain_reaction_9(X)
& fn_cyclic_electron_flow_74(X) = fn_electron_transport_chain_reaction_25(X)
& fn_cyclic_electron_flow_65(X) = fn_electron_transport_chain_reaction_8(X)
& fn_cyclic_electron_flow_87(X) = fn_electron_transport_chain_reaction_6(X)
& fn_cyclic_electron_flow_66(X) = fn_electron_transport_chain_reaction_7(X)
& fn_cyclic_electron_flow_83(X) = fn_electron_transport_chain_reaction_9(X)
& fn_cyclic_electron_flow_77(X) = fn_organic_molecule_3(fn_cyclic_electron_flow_78(X))
& fn_cyclic_electron_flow_70(X) = fn_photosystem_i_10(fn_cyclic_electron_flow_69(X))
& fn_cyclic_electron_flow_70(X) = fn_photosystem_i_21(fn_cyclic_electron_flow_69(X))
& fn_cyclic_electron_flow_140(X) = fn_reduction_2(fn_cyclic_electron_flow_128(X))
& fn_cyclic_electron_flow_38(X) = fn_electron_recipient_1(fn_cyclic_electron_flow_42(X))
& fn_cyclic_electron_flow_90(X) = fn_oxidation_1(fn_cyclic_electron_flow_138(X))
& fn_cyclic_electron_flow_86(X) = fn_oxidation_7(fn_cyclic_electron_flow_138(X))
& fn_cyclic_electron_flow_71(X) = fn_oxidation_10(fn_cyclic_electron_flow_138(X))
& fn_cyclic_electron_flow_89(X) = fn_redox_reaction_14(fn_cyclic_electron_flow_81(X))
& fn_cyclic_electron_flow_129(X) = fn_redox_reaction_11(fn_cyclic_electron_flow_81(X))
& fn_cyclic_electron_flow_73(X) = fn_redox_reaction_12(fn_cyclic_electron_flow_81(X))
& fn_cyclic_electron_flow_80(X) = fn_pigment_2(fn_cyclic_electron_flow_78(X))
& fn_cyclic_electron_flow_73(X) = fn_redox_reaction_16(fn_cyclic_electron_flow_81(X))
& fn_cyclic_electron_flow_63(X) = fn_oxidation_1(fn_cyclic_electron_flow_138(X))
& fn_cyclic_electron_flow_73(X) = fn_oxidation_10(fn_cyclic_electron_flow_138(X))
& fn_cyclic_electron_flow_91(X) = fn_oxidation_9(fn_cyclic_electron_flow_129(X))
& fn_cyclic_electron_flow_91(X) = fn_oxidation_9(fn_cyclic_electron_flow_138(X))
& fn_cyclic_electron_flow_73(X) = fn_oxidation_7(fn_cyclic_electron_flow_138(X))
& fn_cyclic_electron_flow_91(X) = fn_redox_reaction_7(fn_cyclic_electron_flow_92(X))
& fn_cyclic_electron_flow_86(X) = fn_reduction_3(fn_cyclic_electron_flow_128(X))
& fn_cyclic_electron_flow_59(X) = fn_redox_reaction_7(fn_cyclic_electron_flow_92(X))
& fn_cyclic_electron_flow_86(X) = fn_oxidation_7(fn_cyclic_electron_flow_129(X))
& fn_cyclic_electron_flow_55(X) = fn_redox_reaction_3(fn_cyclic_electron_flow_92(X))
& fn_cyclic_electron_flow_64(X) = fn_redox_reaction_14(fn_cyclic_electron_flow_92(X))
& fn_cyclic_electron_flow_89(X) = fn_redox_reaction_1(fn_cyclic_electron_flow_92(X))
& fn_cyclic_electron_flow_90(X) = fn_redox_reaction_2(fn_cyclic_electron_flow_92(X))
& fn_cyclic_electron_flow_39(X) = fn_redox_reaction_7(fn_cyclic_electron_flow_92(X))
& fn_cyclic_electron_flow_63(X) = fn_redox_reaction_13(fn_cyclic_electron_flow_92(X))
& fn_cyclic_electron_flow_40(X) = fn_redox_reaction_12(fn_cyclic_electron_flow_92(X))
& fn_cyclic_electron_flow_86(X) = fn_redox_reaction_16(fn_cyclic_electron_flow_81(X))
& fn_cyclic_electron_flow_40(X) = fn_redox_reaction_12(fn_cyclic_electron_flow_81(X))
& fn_cyclic_electron_flow_40(X) = fn_redox_reaction_16(fn_cyclic_electron_flow_92(X))
& fn_cyclic_electron_flow_86(X) = fn_redox_reaction_16(fn_cyclic_electron_flow_92(X))
& fn_cyclic_electron_flow_86(X) = fn_redox_reaction_12(fn_cyclic_electron_flow_92(X))
& fn_cyclic_electron_flow_118(X) = fn_reducing_agent_2(fn_cyclic_electron_flow_46(X))
& fn_cyclic_electron_flow_38(X) = fn_reducing_agent_1(fn_cyclic_electron_flow_46(X))
& fn_cyclic_electron_flow_40(X) = fn_reducing_agent_2(fn_cyclic_electron_flow_139(X))
& fn_cyclic_electron_flow_128(X) = fn_reducing_agent_1(fn_cyclic_electron_flow_139(X))
& fn_cyclic_electron_flow_30(X) = fn_redox_reaction_11(fn_cyclic_electron_flow_83(X))
& fn_cyclic_electron_flow_88(X) = fn_redox_reaction_16(fn_cyclic_electron_flow_83(X))
& fn_cyclic_electron_flow_72(X) = fn_redox_reaction_12(fn_cyclic_electron_flow_83(X))
& fn_cyclic_electron_flow_117(X) = fn_reduction_2(fn_cyclic_electron_flow_31(X))
& fn_cyclic_electron_flow_62(X) = fn_reduction_2(fn_cyclic_electron_flow_31(X))
& fn_cyclic_electron_flow_61(X) = fn_reduction_5(fn_cyclic_electron_flow_31(X))
& fn_cyclic_electron_flow_71(X) = fn_reduction_1(fn_cyclic_electron_flow_128(X))
& fn_cyclic_electron_flow_59(X) = fn_reduction_4(fn_cyclic_electron_flow_31(X))
& fn_cyclic_electron_flow_71(X) = fn_reduction_1(fn_cyclic_electron_flow_31(X))
& fn_cyclic_electron_flow_88(X) = fn_reduction_3(fn_cyclic_electron_flow_31(X))
& fn_cyclic_electron_flow_58(X) = fn_redox_reaction_11(fn_cyclic_electron_flow_82(X))
& fn_cyclic_electron_flow_40(X) = fn_reduction_1(fn_cyclic_electron_flow_128(X))
& fn_cyclic_electron_flow_40(X) = fn_oxidation_10(fn_cyclic_electron_flow_129(X))
& fn_cyclic_electron_flow_73(X) = fn_oxidation_7(fn_cyclic_electron_flow_129(X))
& fn_cyclic_electron_flow_73(X) = fn_electron_transport_chain_2(fn_cyclic_electron_flow_28(X))
& fn_cyclic_electron_flow_40(X) = fn_electron_transport_chain_4(fn_cyclic_electron_flow_28(X))
& fn_cyclic_electron_flow_35(X) = fn_redox_reaction_15(fn_cyclic_electron_flow_137(X))
& fn_cyclic_electron_flow_35(X) = fn_redox_reaction_3(fn_cyclic_electron_flow_137(X))
& fn_cyclic_electron_flow_47(X) = fn_redox_reaction_14(fn_cyclic_electron_flow_137(X))
& fn_cyclic_electron_flow_48(X) = fn_redox_reaction_14(fn_cyclic_electron_flow_137(X))
& fn_cyclic_electron_flow_48(X) = fn_redox_reaction_1(fn_cyclic_electron_flow_137(X))
& fn_cyclic_electron_flow_41(X) = fn_redox_reaction_13(fn_cyclic_electron_flow_137(X))
& fn_cyclic_electron_flow_41(X) = fn_redox_reaction_2(fn_cyclic_electron_flow_137(X))
& fn_cyclic_electron_flow_36(X) = fn_redox_reaction_12(fn_cyclic_electron_flow_137(X))
& fn_cyclic_electron_flow_36(X) = fn_redox_reaction_16(fn_cyclic_electron_flow_137(X))
& fn_cyclic_electron_flow_117(X) = fn_reduction_2(fn_cyclic_electron_flow_85(X))
& fn_cyclic_electron_flow_33(X) = fn_reduction_5(fn_cyclic_electron_flow_85(X))
& fn_cyclic_electron_flow_87(X) = fn_oxidation_7(fn_cyclic_electron_flow_58(X))
& fn_cyclic_electron_flow_87(X) = fn_redox_reaction_16(fn_cyclic_electron_flow_82(X))
& fn_cyclic_electron_flow_50(X) = fn_reduction_1(fn_cyclic_electron_flow_85(X))
& fn_cyclic_electron_flow_60(X) = fn_redox_reaction_10(fn_cyclic_electron_flow_81(X))
& fn_cyclic_electron_flow_38(X) = fn_redox_reaction_10(fn_cyclic_electron_flow_137(X))
& fn_cyclic_electron_flow_115(X) = fn_redox_reaction_14(fn_cyclic_electron_flow_82(X))
& fn_cyclic_electron_flow_27(X) = fn_electron_transport_chain_reaction_20(X)
& fn_cyclic_electron_flow_22(X) = fn_electron_transport_chain_reaction_26(X)
& fn_cyclic_electron_flow_30(X) = fn_redox_reaction_11(fn_cyclic_electron_flow_82(X))
& fn_cyclic_electron_flow_30(X) = fn_electron_transport_chain_reaction_16(X)
& fn_cyclic_electron_flow_51(X) = fn_electron_transport_chain_reaction_18(X)
& fn_cyclic_electron_flow_115(X) = fn_electron_transport_chain_reaction_11(X)
& fn_cyclic_electron_flow_68(X) = fn_redox_reaction_1(fn_cyclic_electron_flow_82(X))
& fn_cyclic_electron_flow_68(X) = fn_redox_reaction_14(fn_cyclic_electron_flow_82(X))
& fn_cyclic_electron_flow_68(X) = fn_electron_transport_chain_reaction_12(X)
& fn_cyclic_electron_flow_21(X) = fn_electron_transport_chain_reaction_27(X)
& fn_cyclic_electron_flow_26(X) = fn_electron_transport_chain_reaction_21(X)
& fn_cyclic_electron_flow_25(X) = fn_electron_transport_chain_reaction_22(X)
& fn_cyclic_electron_flow_24(X) = fn_electron_transport_chain_reaction_23(X)
& fn_cyclic_electron_flow_23(X) = fn_electron_transport_chain_reaction_24(X)
& fn_cyclic_electron_flow_67(X) = fn_redox_reaction_2(fn_cyclic_electron_flow_82(X))
& fn_cyclic_electron_flow_67(X) = fn_redox_reaction_13(fn_cyclic_electron_flow_82(X))
& fn_cyclic_electron_flow_67(X) = fn_electron_transport_chain_reaction_13(X)
& fn_cyclic_electron_flow_50(X) = fn_redox_reaction_16(fn_cyclic_electron_flow_82(X))
& fn_cyclic_electron_flow_50(X) = fn_redox_reaction_12(fn_cyclic_electron_flow_82(X))
& fn_cyclic_electron_flow_50(X) = fn_electron_transport_chain_reaction_6(X)
& fn_cyclic_electron_flow_32(X) = fn_reduction_4(fn_cyclic_electron_flow_31(X))
& fn_cyclic_electron_flow_32(X) = fn_redox_reaction_7(fn_cyclic_electron_flow_82(X))
& fn_cyclic_electron_flow_32(X) = fn_electron_transport_chain_reaction_14(X)
& fn_cyclic_electron_flow_31(X) = fn_redox_reaction_10(fn_cyclic_electron_flow_82(X))
& fn_cyclic_electron_flow_31(X) = fn_electron_transport_chain_reaction_15(X)
& fn_cyclic_electron_flow_82(X) = fn_electron_transport_chain_reaction_9(X)
& fn_cyclic_electron_flow_125(X) = fn_reduction_4(fn_cyclic_electron_flow_128(X))
& fn_cyclic_electron_flow_128(X) = fn_redox_reaction_10(fn_cyclic_electron_flow_92(X))
& fn_cyclic_electron_flow_126(X) = fn_redox_reaction_8(fn_cyclic_electron_flow_81(X))
& fn_cyclic_electron_flow_125(X) = fn_redox_reaction_7(fn_cyclic_electron_flow_81(X))
& fn_cyclic_electron_flow_125(X) = fn_redox_reaction_7(fn_cyclic_electron_flow_92(X))
& fn_cyclic_electron_flow_126(X) = fn_redox_reaction_8(fn_cyclic_electron_flow_92(X))
& fn_cyclic_electron_flow_129(X) = fn_redox_reaction_11(fn_cyclic_electron_flow_92(X))
& fn_cyclic_electron_flow_28(X) = fn_electron_transport_chain_reaction_4(X)
& X = fn_electron_transport_chain_1(fn_cyclic_electron_flow_28(X))
& fn_cyclic_electron_flow_39(X) = fn_oxidation_7(fn_cyclic_electron_flow_129(X))
& fn_cyclic_electron_flow_39(X) = fn_oxidation_9(fn_cyclic_electron_flow_136(X))
& fn_cyclic_electron_flow_138(X) = fn_redox_reaction_11(fn_cyclic_electron_flow_81(X))
& fn_cyclic_electron_flow_59(X) = fn_redox_reaction_7(fn_cyclic_electron_flow_81(X))
& fn_cyclic_electron_flow_73(X) = fn_reduction_3(fn_cyclic_electron_flow_128(X))
& fn_cyclic_electron_flow_59(X) = fn_reduction_4(fn_cyclic_electron_flow_128(X))
& fn_cyclic_electron_flow_73(X) = fn_oxidation_10(fn_cyclic_electron_flow_129(X))
& fn_cyclic_electron_flow_59(X) = fn_oxidation_9(fn_cyclic_electron_flow_129(X))
& fn_cyclic_electron_flow_59(X) = fn_oxidation_9(fn_cyclic_electron_flow_136(X))
& fn_cyclic_electron_flow_34(X) = fn_oxidation_5(fn_cyclic_electron_flow_136(X))
& fn_cyclic_electron_flow_47(X) = fn_oxidation_2(fn_cyclic_electron_flow_37(X))
& fn_cyclic_electron_flow_47(X) = fn_oxidation_2(fn_cyclic_electron_flow_136(X))
& fn_cyclic_electron_flow_45(X) = fn_oxidation_1(fn_cyclic_electron_flow_37(X))
& fn_cyclic_electron_flow_45(X) = fn_oxidation_1(fn_cyclic_electron_flow_136(X))
& fn_cyclic_electron_flow_85(X) = fn_redox_reaction_10(fn_cyclic_electron_flow_83(X))
& fn_cyclic_electron_flow_136(X) = fn_redox_reaction_11(fn_cyclic_electron_flow_137(X))
& fn_cyclic_electron_flow_135(X) = fn_redox_reaction_7(fn_cyclic_electron_flow_137(X))
& fn_cyclic_electron_flow_125(X) = fn_oxidation_9(fn_cyclic_electron_flow_138(X))
& fn_cyclic_electron_flow_125(X) = fn_oxidation_9(fn_cyclic_electron_flow_129(X))
& fn_cyclic_electron_flow_118(X) = fn_chemical_reaction_1(fn_cyclic_electron_flow_82(X))
& fn_cyclic_electron_flow_71(X) = fn_chemical_reaction_1(fn_cyclic_electron_flow_137(X))
& fn_cyclic_electron_flow_40(X) = fn_chemical_reaction_1(fn_cyclic_electron_flow_81(X))
& fn_cyclic_electron_flow_73(X) = fn_oxidation_10(fn_cyclic_electron_flow_136(X))
& fn_cyclic_electron_flow_71(X) = fn_oxidation_7(fn_cyclic_electron_flow_136(X))
& fn_cyclic_electron_flow_118(X) = fn_oxidation_10(fn_cyclic_electron_flow_136(X))
& fn_cyclic_electron_flow_50(X) = fn_chemical_reaction_1(fn_cyclic_electron_flow_83(X))
& fn_cyclic_electron_flow_113(X) = fn_porphyrin_7(fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_140(X) = fn_p700_plus__1(fn_cyclic_electron_flow_86(X))
& fn_cyclic_electron_flow_87(X) = fn_reduction_3(fn_cyclic_electron_flow_85(X))
& fn_cyclic_electron_flow_84(X) = fn_reduction_2(fn_cyclic_electron_flow_85(X))
& fn_cyclic_electron_flow_93(X) = fn_reduction_5(fn_cyclic_electron_flow_85(X))
& fn_cyclic_electron_flow_72(X) = fn_oxidation_10(fn_cyclic_electron_flow_58(X))
& fn_cyclic_electron_flow_72(X) = fn_reduction_1(fn_cyclic_electron_flow_85(X))
& fn_cyclic_electron_flow_133(X) = fn_reduction_4(fn_cyclic_electron_flow_85(X))
& fn_cyclic_electron_flow_36(X) = fn_oxidation_7(fn_cyclic_electron_flow_136(X))
& fn_cyclic_electron_flow_43(X) = fn_oxidation_11(fn_cyclic_electron_flow_136(X))
& fn_cyclic_electron_flow_43(X) = fn_oxidation_11(fn_cyclic_electron_flow_37(X))
& fn_cyclic_electron_flow_135(X) = fn_oxidation_9(fn_cyclic_electron_flow_37(X))
& fn_cyclic_electron_flow_44(X) = fn_oxidation_8(fn_cyclic_electron_flow_136(X))
& fn_cyclic_electron_flow_44(X) = fn_oxidation_8(fn_cyclic_electron_flow_37(X))
& fn_cyclic_electron_flow_71(X) = fn_electron_transport_chain_3(fn_cyclic_electron_flow_28(X))
& fn_cyclic_electron_flow_29(X) = fn_electron_transport_chain_5(fn_cyclic_electron_flow_28(X))
& fn_cyclic_electron_flow_118(X) = fn_oxidation_10(fn_cyclic_electron_flow_37(X))
& fn_cyclic_electron_flow_36(X) = fn_oxidation_7(fn_cyclic_electron_flow_37(X))
& fn_cyclic_electron_flow_36(X) = fn_electron_transport_chain_3(fn_cyclic_electron_flow_28(X))
& fn_cyclic_electron_flow_118(X) = fn_electron_transport_chain_2(fn_cyclic_electron_flow_28(X))
& fn_cyclic_electron_flow_54(X) = fn_oxidation_5(fn_cyclic_electron_flow_129(X))
& fn_cyclic_electron_flow_124(X) = fn_oxidation_4(fn_cyclic_electron_flow_129(X))
& fn_cyclic_electron_flow_130(X) = fn_oxidation_6(fn_cyclic_electron_flow_129(X))
& fn_cyclic_electron_flow_120(X) = fn_oxidation_3(fn_cyclic_electron_flow_129(X))
& fn_cyclic_electron_flow_63(X) = fn_redox_reaction_2(fn_cyclic_electron_flow_81(X))
& fn_cyclic_electron_flow_64(X) = fn_redox_reaction_1(fn_cyclic_electron_flow_81(X))
& fn_cyclic_electron_flow_63(X) = fn_oxidation_1(fn_cyclic_electron_flow_129(X))
& fn_cyclic_electron_flow_64(X) = fn_oxidation_2(fn_cyclic_electron_flow_129(X))
& fn_cyclic_electron_flow_123(X) = fn_oxidation_8(fn_cyclic_electron_flow_129(X))
& fn_cyclic_electron_flow_122(X) = fn_oxidation_11(fn_cyclic_electron_flow_138(X))
& fn_cyclic_electron_flow_122(X) = fn_oxidation_11(fn_cyclic_electron_flow_129(X))
& fn_cyclic_electron_flow_116(X) = fn_redox_reaction_2(fn_cyclic_electron_flow_83(X))
& fn_cyclic_electron_flow_116(X) = fn_oxidation_1(fn_cyclic_electron_flow_58(X))
& fn_cyclic_electron_flow_131(X) = fn_oxidation_4(fn_cyclic_electron_flow_58(X))
& fn_cyclic_electron_flow_134(X) = fn_oxidation_6(fn_cyclic_electron_flow_58(X))
& fn_cyclic_electron_flow_132(X) = fn_oxidation_3(fn_cyclic_electron_flow_58(X))
& fn_cyclic_electron_flow_56(X) = fn_oxidation_11(fn_cyclic_electron_flow_58(X))
& fn_cyclic_electron_flow_119(X) = fn_redox_reaction_3(fn_cyclic_electron_flow_83(X))
& fn_cyclic_electron_flow_115(X) = fn_redox_reaction_1(fn_cyclic_electron_flow_83(X))
& fn_cyclic_electron_flow_119(X) = fn_oxidation_5(fn_cyclic_electron_flow_58(X))
& fn_cyclic_electron_flow_115(X) = fn_oxidation_2(fn_cyclic_electron_flow_58(X))
& fn_cyclic_electron_flow_57(X) = fn_oxidation_8(fn_cyclic_electron_flow_58(X))
& fn_cyclic_electron_flow_58(X) = fn_redox_reaction_11(fn_cyclic_electron_flow_83(X))
& fn_cyclic_electron_flow_133(X) = fn_redox_reaction_7(fn_cyclic_electron_flow_83(X))
& fn_cyclic_electron_flow_133(X) = fn_oxidation_9(fn_cyclic_electron_flow_58(X))
& fn_cyclic_electron_flow_97(X) = fn_chlorophyll_a_35(fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_96(X) = fn_chlorophyll_a_34(fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_108(X) = fn_chlorophyll_a_39(fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_110(X) = fn_chlorophyll_a_20(fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_104(X) = fn_chlorophyll_a_15(fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_114(X) = fn_chlorophyll_a_14(fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_53(X) = fn_chlorophyll_a_40(fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_100(X) = fn_chlorophyll_a_25(fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_94(X) = fn_chlorophyll_a_23(fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_101(X) = fn_chlorophyll_a_17(fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_99(X) = fn_chlorophyll_a_36(fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_52(X) = fn_chlorophyll_a_41(fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_95(X) = fn_chlorophyll_a_24(fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_107(X) = fn_chlorophyll_a_18(fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_105(X) = fn_p700_25(fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_110(X) = fn_p700_28(fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_111(X) = fn_p700_14(fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_104(X) = fn_p700_13(fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_109(X) = fn_p700_27(fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_106(X) = fn_p700_26(fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_102(X) = fn_p700_15(fn_cyclic_electron_flow_72(X))
& fn_cyclic_electron_flow_112(X) = fn_p700_12(fn_cyclic_electron_flow_72(X))
& fn_photosystem_i_10(fn_cyclic_electron_flow_69(X)) = fn_photosystem_i_21(fn_cyclic_electron_flow_69(X))
& fn_photosystem_i_21(fn_cyclic_electron_flow_69(X)) = fn_oxidation_9(fn_cyclic_electron_flow_129(X))
& fn_oxidation_9(fn_cyclic_electron_flow_129(X)) = fn_oxidation_9(fn_cyclic_electron_flow_138(X))
& fn_oxidation_9(fn_cyclic_electron_flow_138(X)) = fn_redox_reaction_7(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_7(fn_cyclic_electron_flow_92(X)) = fn_redox_reaction_14(fn_cyclic_electron_flow_81(X))
& fn_redox_reaction_14(fn_cyclic_electron_flow_81(X)) = fn_redox_reaction_14(fn_cyclic_electron_flow_81(X))
& fn_redox_reaction_14(fn_cyclic_electron_flow_81(X)) = fn_redox_reaction_1(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_1(fn_cyclic_electron_flow_92(X)) = fn_redox_reaction_1(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_1(fn_cyclic_electron_flow_92(X)) = fn_oxidation_1(fn_cyclic_electron_flow_138(X))
& fn_oxidation_1(fn_cyclic_electron_flow_138(X)) = fn_redox_reaction_2(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_2(fn_cyclic_electron_flow_92(X)) = fn_redox_reaction_2(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_2(fn_cyclic_electron_flow_92(X)) = fn_redox_reaction_16(fn_cyclic_electron_flow_83(X))
& fn_redox_reaction_16(fn_cyclic_electron_flow_83(X)) = fn_redox_reaction_16(fn_cyclic_electron_flow_83(X))
& fn_redox_reaction_16(fn_cyclic_electron_flow_83(X)) = fn_reduction_3(fn_cyclic_electron_flow_31(X))
& fn_reduction_3(fn_cyclic_electron_flow_31(X)) = fn_reduction_3(fn_cyclic_electron_flow_31(X))
& fn_reduction_3(fn_cyclic_electron_flow_31(X)) = fn_redox_reaction_15(fn_cyclic_electron_flow_137(X))
& fn_redox_reaction_15(fn_cyclic_electron_flow_137(X)) = fn_redox_reaction_3(fn_cyclic_electron_flow_137(X))
& fn_redox_reaction_3(fn_cyclic_electron_flow_137(X)) = fn_redox_reaction_14(fn_cyclic_electron_flow_137(X))
& fn_redox_reaction_1(fn_cyclic_electron_flow_137(X)) = fn_redox_reaction_1(fn_cyclic_electron_flow_137(X))
& fn_redox_reaction_1(fn_cyclic_electron_flow_137(X)) = fn_redox_reaction_14(fn_cyclic_electron_flow_137(X))
& fn_redox_reaction_14(fn_cyclic_electron_flow_137(X)) = fn_redox_reaction_1(fn_cyclic_electron_flow_137(X))
& fn_redox_reaction_1(fn_cyclic_electron_flow_137(X)) = fn_redox_reaction_13(fn_cyclic_electron_flow_137(X))
& fn_redox_reaction_2(fn_cyclic_electron_flow_137(X)) = fn_redox_reaction_13(fn_cyclic_electron_flow_137(X))
& fn_redox_reaction_13(fn_cyclic_electron_flow_137(X)) = fn_redox_reaction_2(fn_cyclic_electron_flow_137(X))
& fn_redox_reaction_2(fn_cyclic_electron_flow_137(X)) = fn_electron_recipient_1(fn_cyclic_electron_flow_42(X))
& fn_electron_recipient_1(fn_cyclic_electron_flow_42(X)) = fn_reducing_agent_1(fn_cyclic_electron_flow_46(X))
& fn_reducing_agent_1(fn_cyclic_electron_flow_46(X)) = fn_reducing_agent_1(fn_cyclic_electron_flow_46(X))
& fn_reducing_agent_1(fn_cyclic_electron_flow_46(X)) = fn_redox_reaction_10(fn_cyclic_electron_flow_137(X))
& fn_redox_reaction_10(fn_cyclic_electron_flow_137(X)) = fn_redox_reaction_10(fn_cyclic_electron_flow_137(X))
& fn_redox_reaction_10(fn_cyclic_electron_flow_137(X)) = fn_redox_reaction_11(fn_cyclic_electron_flow_83(X))
& fn_redox_reaction_11(fn_cyclic_electron_flow_83(X)) = fn_redox_reaction_11(fn_cyclic_electron_flow_82(X))
& fn_electron_transport_chain_reaction_16(X) = fn_redox_reaction_11(fn_cyclic_electron_flow_82(X))
& fn_redox_reaction_11(fn_cyclic_electron_flow_82(X)) = fn_electron_transport_chain_reaction_16(X)
& fn_electron_transport_chain_reaction_16(X) = fn_electron_transport_chain_reaction_16(X)
& fn_electron_transport_chain_reaction_16(X) = fn_redox_reaction_1(fn_cyclic_electron_flow_82(X))
& fn_redox_reaction_1(fn_cyclic_electron_flow_82(X)) = fn_redox_reaction_1(fn_cyclic_electron_flow_82(X))
& fn_redox_reaction_1(fn_cyclic_electron_flow_82(X)) = fn_redox_reaction_14(fn_cyclic_electron_flow_82(X))
& fn_electron_transport_chain_reaction_12(X) = fn_electron_transport_chain_reaction_12(X)
& fn_electron_transport_chain_reaction_12(X) = fn_redox_reaction_14(fn_cyclic_electron_flow_82(X))
& fn_redox_reaction_14(fn_cyclic_electron_flow_82(X)) = fn_electron_transport_chain_reaction_12(X)
& fn_electron_transport_chain_reaction_12(X) = fn_redox_reaction_2(fn_cyclic_electron_flow_82(X))
& fn_redox_reaction_2(fn_cyclic_electron_flow_82(X)) = fn_redox_reaction_2(fn_cyclic_electron_flow_82(X))
& fn_redox_reaction_13(fn_cyclic_electron_flow_82(X)) = fn_redox_reaction_2(fn_cyclic_electron_flow_82(X))
& fn_redox_reaction_2(fn_cyclic_electron_flow_82(X)) = fn_redox_reaction_13(fn_cyclic_electron_flow_82(X))
& fn_redox_reaction_13(fn_cyclic_electron_flow_82(X)) = fn_redox_reaction_13(fn_cyclic_electron_flow_82(X))
& fn_electron_transport_chain_reaction_13(X) = fn_redox_reaction_13(fn_cyclic_electron_flow_82(X))
& fn_redox_reaction_13(fn_cyclic_electron_flow_82(X)) = fn_electron_transport_chain_reaction_13(X)
& fn_electron_transport_chain_reaction_13(X) = fn_reduction_4(fn_cyclic_electron_flow_31(X))
& fn_reduction_4(fn_cyclic_electron_flow_31(X)) = fn_reduction_4(fn_cyclic_electron_flow_31(X))
& fn_redox_reaction_7(fn_cyclic_electron_flow_82(X)) = fn_reduction_4(fn_cyclic_electron_flow_31(X))
& fn_reduction_4(fn_cyclic_electron_flow_31(X)) = fn_redox_reaction_7(fn_cyclic_electron_flow_82(X))
& fn_redox_reaction_7(fn_cyclic_electron_flow_82(X)) = fn_redox_reaction_7(fn_cyclic_electron_flow_82(X))
& fn_electron_transport_chain_reaction_14(X) = fn_redox_reaction_7(fn_cyclic_electron_flow_82(X))
& fn_redox_reaction_7(fn_cyclic_electron_flow_82(X)) = fn_electron_transport_chain_reaction_14(X)
& fn_electron_transport_chain_reaction_14(X) = fn_electron_transport_chain_reaction_15(X)
& fn_electron_transport_chain_reaction_15(X) = fn_redox_reaction_10(fn_cyclic_electron_flow_82(X))
& fn_redox_reaction_10(fn_cyclic_electron_flow_82(X)) = fn_electron_transport_chain_reaction_15(X)
& fn_electron_transport_chain_reaction_15(X) = fn_redox_reaction_10(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_10(fn_cyclic_electron_flow_92(X)) = fn_reducing_agent_1(fn_cyclic_electron_flow_139(X))
& fn_reducing_agent_1(fn_cyclic_electron_flow_139(X)) = fn_reducing_agent_1(fn_cyclic_electron_flow_139(X))
& fn_reducing_agent_1(fn_cyclic_electron_flow_139(X)) = fn_redox_reaction_10(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_10(fn_cyclic_electron_flow_92(X)) = fn_redox_reaction_10(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_10(fn_cyclic_electron_flow_92(X)) = fn_redox_reaction_7(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_7(fn_cyclic_electron_flow_92(X)) = fn_oxidation_7(fn_cyclic_electron_flow_129(X))
& fn_oxidation_7(fn_cyclic_electron_flow_129(X)) = fn_redox_reaction_7(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_7(fn_cyclic_electron_flow_92(X)) = fn_oxidation_9(fn_cyclic_electron_flow_136(X))
& fn_oxidation_9(fn_cyclic_electron_flow_136(X)) = fn_reduction_4(fn_cyclic_electron_flow_128(X))
& fn_reduction_4(fn_cyclic_electron_flow_128(X)) = fn_reduction_4(fn_cyclic_electron_flow_31(X))
& fn_reduction_4(fn_cyclic_electron_flow_31(X)) = fn_redox_reaction_7(fn_cyclic_electron_flow_81(X))
& fn_reduction_4(fn_cyclic_electron_flow_128(X)) = fn_oxidation_9(fn_cyclic_electron_flow_129(X))
& fn_oxidation_9(fn_cyclic_electron_flow_129(X)) = fn_redox_reaction_7(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_7(fn_cyclic_electron_flow_81(X)) = fn_redox_reaction_7(fn_cyclic_electron_flow_81(X))
& fn_redox_reaction_7(fn_cyclic_electron_flow_81(X)) = fn_oxidation_9(fn_cyclic_electron_flow_136(X))
& fn_oxidation_9(fn_cyclic_electron_flow_136(X)) = fn_oxidation_9(fn_cyclic_electron_flow_129(X))
& fn_oxidation_9(fn_cyclic_electron_flow_129(X)) = fn_oxidation_9(fn_cyclic_electron_flow_136(X))
& fn_oxidation_9(fn_cyclic_electron_flow_136(X)) = fn_redox_reaction_14(fn_cyclic_electron_flow_137(X))
& fn_redox_reaction_14(fn_cyclic_electron_flow_137(X)) = fn_redox_reaction_14(fn_cyclic_electron_flow_137(X))
& fn_redox_reaction_14(fn_cyclic_electron_flow_137(X)) = fn_oxidation_2(fn_cyclic_electron_flow_136(X))
& fn_oxidation_2(fn_cyclic_electron_flow_136(X)) = fn_oxidation_2(fn_cyclic_electron_flow_37(X))
& fn_oxidation_2(fn_cyclic_electron_flow_37(X)) = fn_oxidation_2(fn_cyclic_electron_flow_136(X))
& fn_oxidation_2(fn_cyclic_electron_flow_136(X)) = fn_redox_reaction_7(fn_cyclic_electron_flow_81(X))
& fn_redox_reaction_7(fn_cyclic_electron_flow_81(X)) = fn_reduction_4(fn_cyclic_electron_flow_128(X))
& fn_redox_reaction_7(fn_cyclic_electron_flow_92(X)) = fn_reduction_4(fn_cyclic_electron_flow_128(X))
& fn_reduction_4(fn_cyclic_electron_flow_128(X)) = fn_redox_reaction_7(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_7(fn_cyclic_electron_flow_92(X)) = fn_redox_reaction_7(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_7(fn_cyclic_electron_flow_92(X)) = fn_redox_reaction_7(fn_cyclic_electron_flow_81(X))
& fn_redox_reaction_7(fn_cyclic_electron_flow_81(X)) = fn_redox_reaction_7(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_7(fn_cyclic_electron_flow_92(X)) = fn_oxidation_9(fn_cyclic_electron_flow_138(X))
& fn_oxidation_9(fn_cyclic_electron_flow_138(X)) = fn_oxidation_9(fn_cyclic_electron_flow_129(X))
& fn_oxidation_9(fn_cyclic_electron_flow_129(X)) = fn_release_2(fn_cyclic_electron_flow_127(X))
& fn_release_2(fn_cyclic_electron_flow_127(X)) = fn_reduction_1(fn_cyclic_electron_flow_128(X))
& fn_reduction_1(fn_cyclic_electron_flow_128(X)) = fn_reduction_1(fn_cyclic_electron_flow_128(X))
& fn_reduction_1(fn_cyclic_electron_flow_128(X)) = fn_release_2(fn_cyclic_electron_flow_127(X))
& fn_release_2(fn_cyclic_electron_flow_127(X)) = fn_oxidation_10(fn_cyclic_electron_flow_129(X))
& fn_oxidation_10(fn_cyclic_electron_flow_129(X)) = fn_oxidation_10(fn_cyclic_electron_flow_129(X))
& fn_redox_reaction_12(fn_cyclic_electron_flow_81(X)) = fn_oxidation_10(fn_cyclic_electron_flow_129(X))
& fn_oxidation_10(fn_cyclic_electron_flow_129(X)) = fn_redox_reaction_12(fn_cyclic_electron_flow_81(X))
& fn_redox_reaction_12(fn_cyclic_electron_flow_81(X)) = fn_redox_reaction_12(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_12(fn_cyclic_electron_flow_92(X)) = fn_redox_reaction_12(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_12(fn_cyclic_electron_flow_92(X)) = fn_redox_reaction_12(fn_cyclic_electron_flow_81(X))
& fn_redox_reaction_16(fn_cyclic_electron_flow_92(X)) = fn_redox_reaction_12(fn_cyclic_electron_flow_81(X))
& fn_redox_reaction_12(fn_cyclic_electron_flow_81(X)) = fn_redox_reaction_16(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_16(fn_cyclic_electron_flow_92(X)) = fn_reducing_agent_2(fn_cyclic_electron_flow_139(X))
& fn_reducing_agent_2(fn_cyclic_electron_flow_139(X)) = fn_reducing_agent_2(fn_cyclic_electron_flow_139(X))
& fn_reducing_agent_2(fn_cyclic_electron_flow_139(X)) = fn_electron_transport_chain_4(fn_cyclic_electron_flow_28(X))
& fn_electron_transport_chain_4(fn_cyclic_electron_flow_28(X)) = fn_electron_transport_chain_4(fn_cyclic_electron_flow_28(X))
& fn_electron_transport_chain_4(fn_cyclic_electron_flow_28(X)) = fn_chemical_reaction_1(fn_cyclic_electron_flow_81(X))
& fn_chemical_reaction_1(fn_cyclic_electron_flow_81(X)) = fn_electron_recipient_2(fn_cyclic_electron_flow_62(X))
& fn_electron_recipient_2(fn_cyclic_electron_flow_62(X)) = fn_reduction_3(fn_cyclic_electron_flow_128(X))
& fn_reduction_3(fn_cyclic_electron_flow_128(X)) = fn_electron_recipient_2(fn_cyclic_electron_flow_62(X))
& fn_electron_recipient_2(fn_cyclic_electron_flow_62(X)) = fn_redox_reaction_16(fn_cyclic_electron_flow_81(X))
& fn_redox_reaction_12(fn_cyclic_electron_flow_81(X)) = fn_redox_reaction_16(fn_cyclic_electron_flow_81(X))
& fn_redox_reaction_16(fn_cyclic_electron_flow_81(X)) = fn_redox_reaction_12(fn_cyclic_electron_flow_81(X))
& fn_redox_reaction_12(fn_cyclic_electron_flow_81(X)) = fn_redox_reaction_12(fn_cyclic_electron_flow_81(X))
& fn_redox_reaction_12(fn_cyclic_electron_flow_81(X)) = fn_oxidation_7(fn_cyclic_electron_flow_129(X))
& fn_oxidation_7(fn_cyclic_electron_flow_138(X)) = fn_oxidation_7(fn_cyclic_electron_flow_129(X))
& fn_oxidation_7(fn_cyclic_electron_flow_138(X)) = fn_electron_transport_chain_2(fn_cyclic_electron_flow_28(X))
& fn_electron_transport_chain_2(fn_cyclic_electron_flow_28(X)) = fn_oxidation_7(fn_cyclic_electron_flow_129(X))
& fn_oxidation_7(fn_cyclic_electron_flow_129(X)) = fn_electron_transport_chain_2(fn_cyclic_electron_flow_28(X))
& fn_oxidation_10(fn_cyclic_electron_flow_138(X)) = fn_oxidation_10(fn_cyclic_electron_flow_129(X))
& fn_oxidation_10(fn_cyclic_electron_flow_129(X)) = fn_oxidation_10(fn_cyclic_electron_flow_138(X))
& fn_oxidation_10(fn_cyclic_electron_flow_138(X)) = fn_electron_transport_chain_2(fn_cyclic_electron_flow_28(X))
& fn_electron_transport_chain_2(fn_cyclic_electron_flow_28(X)) = fn_oxidation_10(fn_cyclic_electron_flow_129(X))
& fn_oxidation_10(fn_cyclic_electron_flow_136(X)) = fn_oxidation_10(fn_cyclic_electron_flow_129(X))
& fn_oxidation_10(fn_cyclic_electron_flow_129(X)) = fn_oxidation_10(fn_cyclic_electron_flow_136(X))
& fn_oxidation_10(fn_cyclic_electron_flow_136(X)) = fn_reduction_1(fn_cyclic_electron_flow_85(X))
& fn_reduction_1(fn_cyclic_electron_flow_85(X)) = fn_redox_reaction_16(fn_cyclic_electron_flow_82(X))
& fn_redox_reaction_12(fn_cyclic_electron_flow_82(X)) = fn_redox_reaction_16(fn_cyclic_electron_flow_82(X))
& fn_redox_reaction_16(fn_cyclic_electron_flow_82(X)) = fn_redox_reaction_12(fn_cyclic_electron_flow_82(X))
& fn_redox_reaction_12(fn_cyclic_electron_flow_82(X)) = fn_redox_reaction_12(fn_cyclic_electron_flow_82(X))
& fn_electron_transport_chain_reaction_6(X) = fn_redox_reaction_12(fn_cyclic_electron_flow_82(X))
& fn_redox_reaction_12(fn_cyclic_electron_flow_82(X)) = fn_electron_transport_chain_reaction_6(X)
& fn_electron_transport_chain_reaction_6(X) = fn_chemical_reaction_1(fn_cyclic_electron_flow_83(X))
& fn_chemical_reaction_1(fn_cyclic_electron_flow_83(X)) = fn_reduction_2(fn_cyclic_electron_flow_128(X))
& fn_reduction_2(fn_cyclic_electron_flow_128(X)) = fn_p700_plus__1(fn_cyclic_electron_flow_86(X))
& fn_p700_plus__1(fn_cyclic_electron_flow_86(X)) = fn_oxidation_7(fn_cyclic_electron_flow_138(X))
& fn_oxidation_7(fn_cyclic_electron_flow_138(X)) = fn_reduction_3(fn_cyclic_electron_flow_128(X))
& fn_reduction_3(fn_cyclic_electron_flow_128(X)) = fn_reduction_3(fn_cyclic_electron_flow_128(X))
& fn_reduction_3(fn_cyclic_electron_flow_128(X)) = fn_oxidation_7(fn_cyclic_electron_flow_129(X))
& fn_oxidation_7(fn_cyclic_electron_flow_129(X)) = fn_oxidation_7(fn_cyclic_electron_flow_129(X))
& fn_oxidation_7(fn_cyclic_electron_flow_129(X)) = fn_oxidation_7(fn_cyclic_electron_flow_138(X))
& fn_oxidation_7(fn_cyclic_electron_flow_138(X)) = fn_oxidation_7(fn_cyclic_electron_flow_138(X))
& fn_oxidation_7(fn_cyclic_electron_flow_138(X)) = fn_redox_reaction_16(fn_cyclic_electron_flow_81(X))
& fn_redox_reaction_16(fn_cyclic_electron_flow_92(X)) = fn_oxidation_7(fn_cyclic_electron_flow_129(X))
& fn_oxidation_7(fn_cyclic_electron_flow_129(X)) = fn_redox_reaction_16(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_16(fn_cyclic_electron_flow_92(X)) = fn_redox_reaction_16(fn_cyclic_electron_flow_81(X))
& fn_redox_reaction_16(fn_cyclic_electron_flow_81(X)) = fn_redox_reaction_16(fn_cyclic_electron_flow_81(X))
& fn_redox_reaction_16(fn_cyclic_electron_flow_81(X)) = fn_redox_reaction_16(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_16(fn_cyclic_electron_flow_92(X)) = fn_redox_reaction_16(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_12(fn_cyclic_electron_flow_92(X)) = fn_redox_reaction_16(fn_cyclic_electron_flow_81(X))
& fn_redox_reaction_16(fn_cyclic_electron_flow_81(X)) = fn_redox_reaction_12(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_12(fn_cyclic_electron_flow_92(X)) = fn_redox_reaction_16(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_16(fn_cyclic_electron_flow_92(X)) = fn_redox_reaction_12(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_12(fn_cyclic_electron_flow_92(X)) = fn_electron_transport_chain_reaction_6(X)
& fn_electron_transport_chain_reaction_6(X) = fn_electron_transport_chain_reaction_6(X)
& fn_electron_transport_chain_reaction_6(X) = fn_oxidation_7(fn_cyclic_electron_flow_58(X))
& fn_redox_reaction_16(fn_cyclic_electron_flow_82(X)) = fn_oxidation_7(fn_cyclic_electron_flow_58(X))
& fn_oxidation_7(fn_cyclic_electron_flow_58(X)) = fn_oxidation_7(fn_cyclic_electron_flow_58(X))
& fn_oxidation_7(fn_cyclic_electron_flow_58(X)) = fn_redox_reaction_16(fn_cyclic_electron_flow_82(X))
& fn_redox_reaction_16(fn_cyclic_electron_flow_82(X)) = fn_redox_reaction_16(fn_cyclic_electron_flow_82(X))
& fn_reduction_3(fn_cyclic_electron_flow_85(X)) = fn_redox_reaction_16(fn_cyclic_electron_flow_82(X))
& fn_redox_reaction_16(fn_cyclic_electron_flow_82(X)) = fn_reduction_3(fn_cyclic_electron_flow_85(X))
& fn_reduction_3(fn_cyclic_electron_flow_85(X)) = fn_reduction_3(fn_cyclic_electron_flow_85(X))
& fn_reduction_3(fn_cyclic_electron_flow_85(X)) = fn_oxidation_9(fn_cyclic_electron_flow_37(X))
& fn_oxidation_9(fn_cyclic_electron_flow_37(X)) = fn_redox_reaction_7(fn_cyclic_electron_flow_137(X))
& fn_redox_reaction_7(fn_cyclic_electron_flow_137(X)) = fn_redox_reaction_7(fn_cyclic_electron_flow_137(X))
& fn_redox_reaction_7(fn_cyclic_electron_flow_137(X)) = fn_oxidation_9(fn_cyclic_electron_flow_37(X))
& fn_oxidation_9(fn_cyclic_electron_flow_37(X)) = fn_oxidation_9(fn_cyclic_electron_flow_37(X))
& fn_oxidation_9(fn_cyclic_electron_flow_37(X)) = fn_oxidation_10(fn_cyclic_electron_flow_138(X))
& fn_oxidation_10(fn_cyclic_electron_flow_138(X)) = fn_oxidation_10(fn_cyclic_electron_flow_138(X))
& fn_oxidation_10(fn_cyclic_electron_flow_138(X)) = fn_reduction_1(fn_cyclic_electron_flow_31(X))
& fn_reduction_1(fn_cyclic_electron_flow_31(X)) = fn_reduction_1(fn_cyclic_electron_flow_128(X))
& fn_reduction_1(fn_cyclic_electron_flow_128(X)) = fn_reduction_1(fn_cyclic_electron_flow_31(X))
& fn_reduction_1(fn_cyclic_electron_flow_31(X)) = fn_reduction_1(fn_cyclic_electron_flow_31(X))
& fn_reduction_1(fn_cyclic_electron_flow_31(X)) = fn_chemical_reaction_1(fn_cyclic_electron_flow_137(X))
& fn_chemical_reaction_1(fn_cyclic_electron_flow_137(X)) = fn_chemical_reaction_1(fn_cyclic_electron_flow_137(X))
& fn_chemical_reaction_1(fn_cyclic_electron_flow_137(X)) = fn_oxidation_7(fn_cyclic_electron_flow_136(X))
& fn_electron_transport_chain_3(fn_cyclic_electron_flow_28(X)) = fn_electron_transport_chain_3(fn_cyclic_electron_flow_28(X))
& fn_electron_transport_chain_3(fn_cyclic_electron_flow_28(X)) = fn_oxidation_7(fn_cyclic_electron_flow_136(X))
& fn_oxidation_7(fn_cyclic_electron_flow_136(X)) = fn_electron_transport_chain_3(fn_cyclic_electron_flow_28(X))
& fn_electron_transport_chain_3(fn_cyclic_electron_flow_28(X)) = fn_electron_recipient_2(fn_cyclic_electron_flow_42(X))
& fn_electron_recipient_2(fn_cyclic_electron_flow_42(X)) = fn_redox_reaction_12(fn_cyclic_electron_flow_137(X))
& fn_redox_reaction_12(fn_cyclic_electron_flow_137(X)) = fn_redox_reaction_12(fn_cyclic_electron_flow_137(X))
& fn_redox_reaction_16(fn_cyclic_electron_flow_137(X)) = fn_redox_reaction_12(fn_cyclic_electron_flow_137(X))
& fn_redox_reaction_12(fn_cyclic_electron_flow_137(X)) = fn_redox_reaction_16(fn_cyclic_electron_flow_137(X))
& fn_oxidation_7(fn_cyclic_electron_flow_136(X)) = fn_redox_reaction_16(fn_cyclic_electron_flow_137(X))
& fn_redox_reaction_16(fn_cyclic_electron_flow_137(X)) = fn_redox_reaction_16(fn_cyclic_electron_flow_137(X))
& fn_redox_reaction_16(fn_cyclic_electron_flow_137(X)) = fn_oxidation_7(fn_cyclic_electron_flow_136(X))
& fn_oxidation_7(fn_cyclic_electron_flow_37(X)) = fn_oxidation_7(fn_cyclic_electron_flow_136(X))
& fn_oxidation_7(fn_cyclic_electron_flow_136(X)) = fn_oxidation_7(fn_cyclic_electron_flow_136(X))
& fn_oxidation_7(fn_cyclic_electron_flow_136(X)) = fn_oxidation_7(fn_cyclic_electron_flow_37(X))
& fn_oxidation_7(fn_cyclic_electron_flow_37(X)) = fn_oxidation_7(fn_cyclic_electron_flow_37(X))
& fn_electron_transport_chain_3(fn_cyclic_electron_flow_28(X)) = fn_oxidation_7(fn_cyclic_electron_flow_37(X))
& fn_oxidation_7(fn_cyclic_electron_flow_37(X)) = fn_electron_transport_chain_3(fn_cyclic_electron_flow_28(X))
& fn_electron_transport_chain_3(fn_cyclic_electron_flow_28(X)) = fn_reducing_agent_2(fn_cyclic_electron_flow_46(X))
& fn_reducing_agent_2(fn_cyclic_electron_flow_46(X)) = fn_reducing_agent_2(fn_cyclic_electron_flow_46(X))
& fn_reducing_agent_2(fn_cyclic_electron_flow_46(X)) = fn_chemical_reaction_1(fn_cyclic_electron_flow_82(X))
& fn_chemical_reaction_1(fn_cyclic_electron_flow_82(X)) = fn_oxidation_10(fn_cyclic_electron_flow_37(X))
& fn_oxidation_10(fn_cyclic_electron_flow_136(X)) = fn_chemical_reaction_1(fn_cyclic_electron_flow_82(X))
& fn_chemical_reaction_1(fn_cyclic_electron_flow_82(X)) = fn_oxidation_10(fn_cyclic_electron_flow_136(X))
& fn_oxidation_10(fn_cyclic_electron_flow_37(X)) = fn_oxidation_10(fn_cyclic_electron_flow_37(X))
& fn_oxidation_10(fn_cyclic_electron_flow_136(X)) = fn_oxidation_10(fn_cyclic_electron_flow_37(X))
& fn_oxidation_10(fn_cyclic_electron_flow_37(X)) = fn_oxidation_10(fn_cyclic_electron_flow_136(X))
& fn_oxidation_10(fn_cyclic_electron_flow_136(X)) = fn_oxidation_10(fn_cyclic_electron_flow_136(X))
& fn_oxidation_10(fn_cyclic_electron_flow_136(X)) = fn_electron_transport_chain_2(fn_cyclic_electron_flow_28(X))
& fn_electron_transport_chain_2(fn_cyclic_electron_flow_28(X)) = fn_oxidation_10(fn_cyclic_electron_flow_37(X))
& fn_oxidation_10(fn_cyclic_electron_flow_37(X)) = fn_electron_transport_chain_2(fn_cyclic_electron_flow_28(X))
& fn_electron_transport_chain_2(fn_cyclic_electron_flow_28(X)) = fn_electron_transport_chain_2(fn_cyclic_electron_flow_28(X))
& fn_electron_transport_chain_2(fn_cyclic_electron_flow_28(X)) = fn_redox_reaction_1(fn_cyclic_electron_flow_81(X))
& fn_redox_reaction_1(fn_cyclic_electron_flow_81(X)) = fn_redox_reaction_1(fn_cyclic_electron_flow_81(X))
& fn_redox_reaction_14(fn_cyclic_electron_flow_92(X)) = fn_redox_reaction_1(fn_cyclic_electron_flow_81(X))
& fn_redox_reaction_1(fn_cyclic_electron_flow_81(X)) = fn_redox_reaction_14(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_14(fn_cyclic_electron_flow_92(X)) = fn_redox_reaction_14(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_14(fn_cyclic_electron_flow_92(X)) = fn_oxidation_2(fn_cyclic_electron_flow_129(X))
& fn_oxidation_2(fn_cyclic_electron_flow_129(X)) = fn_oxidation_2(fn_cyclic_electron_flow_129(X))
& fn_oxidation_2(fn_cyclic_electron_flow_129(X)) = fn_redox_reaction_2(fn_cyclic_electron_flow_81(X))
& fn_redox_reaction_2(fn_cyclic_electron_flow_81(X)) = fn_redox_reaction_13(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_13(fn_cyclic_electron_flow_92(X)) = fn_redox_reaction_2(fn_cyclic_electron_flow_81(X))
& fn_redox_reaction_2(fn_cyclic_electron_flow_81(X)) = fn_oxidation_1(fn_cyclic_electron_flow_129(X))
& fn_oxidation_1(fn_cyclic_electron_flow_129(X)) = fn_oxidation_1(fn_cyclic_electron_flow_138(X))
& fn_oxidation_1(fn_cyclic_electron_flow_138(X)) = fn_redox_reaction_13(fn_cyclic_electron_flow_92(X))
& fn_redox_reaction_13(fn_cyclic_electron_flow_92(X)) = fn_oxidation_1(fn_cyclic_electron_flow_129(X))
& fn_oxidation_1(fn_cyclic_electron_flow_129(X)) = fn_redox_reaction_2(fn_cyclic_electron_flow_83(X))
& fn_oxidation_1(fn_cyclic_electron_flow_58(X)) = fn_redox_reaction_2(fn_cyclic_electron_flow_83(X))
& fn_redox_reaction_2(fn_cyclic_electron_flow_83(X)) = fn_oxidation_1(fn_cyclic_electron_flow_58(X))
& fn_oxidation_1(fn_cyclic_electron_flow_58(X)) = fn_redox_reaction_14(fn_cyclic_electron_flow_82(X))
& fn_redox_reaction_14(fn_cyclic_electron_flow_82(X)) = fn_redox_reaction_1(fn_cyclic_electron_flow_83(X))
& fn_redox_reaction_1(fn_cyclic_electron_flow_83(X)) = fn_redox_reaction_1(fn_cyclic_electron_flow_83(X))
& fn_redox_reaction_1(fn_cyclic_electron_flow_83(X)) = fn_redox_reaction_14(fn_cyclic_electron_flow_82(X))
& fn_redox_reaction_14(fn_cyclic_electron_flow_82(X)) = fn_redox_reaction_14(fn_cyclic_electron_flow_82(X))
& fn_redox_reaction_14(fn_cyclic_electron_flow_82(X)) = fn_electron_transport_chain_reaction_11(X)
& fn_electron_transport_chain_reaction_11(X) = fn_electron_transport_chain_reaction_11(X)
& fn_electron_transport_chain_reaction_11(X) = fn_oxidation_2(fn_cyclic_electron_flow_58(X))
& fn_oxidation_2(fn_cyclic_electron_flow_58(X)) = fn_oxidation_2(fn_cyclic_electron_flow_58(X))
& fn_oxidation_2(fn_cyclic_electron_flow_58(X)) = fn_redox_reaction_3(fn_cyclic_electron_flow_83(X))
& fn_redox_reaction_3(fn_cyclic_electron_flow_83(X)) = fn_oxidation_5(fn_cyclic_electron_flow_58(X))
& fn_oxidation_5(fn_cyclic_electron_flow_58(X)) = fn_reduction_4(fn_cyclic_electron_flow_85(X))
& fn_redox_reaction_7(fn_cyclic_electron_flow_83(X)) = fn_reduction_4(fn_cyclic_electron_flow_85(X))
& fn_reduction_4(fn_cyclic_electron_flow_85(X)) = fn_redox_reaction_7(fn_cyclic_electron_flow_83(X))
& fn_redox_reaction_7(fn_cyclic_electron_flow_83(X)) = fn_oxidation_9(fn_cyclic_electron_flow_58(X))
& fn_reduction_4(fn_cyclic_electron_flow_85(X)) = fn_reduction_4(fn_cyclic_electron_flow_85(X))
& fn_oxidation_9(fn_cyclic_electron_flow_58(X)) = fn_reduction_4(fn_cyclic_electron_flow_85(X))
& fn_reduction_4(fn_cyclic_electron_flow_85(X)) = fn_oxidation_9(fn_cyclic_electron_flow_58(X))
& fn_oxidation_9(fn_cyclic_electron_flow_58(X)) = fn_chlorophyll_a_20(fn_cyclic_electron_flow_72(X))
& fn_chlorophyll_a_20(fn_cyclic_electron_flow_72(X)) = fn_p700_28(fn_cyclic_electron_flow_72(X))
& fn_p700_28(fn_cyclic_electron_flow_72(X)) = fn_p700_28(fn_cyclic_electron_flow_72(X))
& fn_p700_28(fn_cyclic_electron_flow_72(X)) = fn_light_reflection_1(fn_cyclic_electron_flow_103(X))
& fn_light_reflection_1(fn_cyclic_electron_flow_103(X)) = fn_redox_reaction_12(fn_cyclic_electron_flow_83(X))
& fn_redox_reaction_12(fn_cyclic_electron_flow_83(X)) = fn_redox_reaction_12(fn_cyclic_electron_flow_83(X))
& fn_redox_reaction_12(fn_cyclic_electron_flow_83(X)) = fn_oxidation_10(fn_cyclic_electron_flow_58(X))
& fn_oxidation_10(fn_cyclic_electron_flow_58(X)) = fn_oxidation_10(fn_cyclic_electron_flow_58(X))
& fn_reduction_1(fn_cyclic_electron_flow_85(X)) = fn_reduction_1(fn_cyclic_electron_flow_85(X))
& fn_reduction_1(fn_cyclic_electron_flow_85(X)) = fn_oxidation_10(fn_cyclic_electron_flow_58(X))
& fn_oxidation_10(fn_cyclic_electron_flow_58(X)) = fn_reduction_1(fn_cyclic_electron_flow_85(X))
& fn_reduction_1(fn_cyclic_electron_flow_85(X)) = fn_chlorophyll_a_15(fn_cyclic_electron_flow_72(X))
& fn_chlorophyll_a_15(fn_cyclic_electron_flow_72(X)) = fn_chlorophyll_a_15(fn_cyclic_electron_flow_72(X))
& fn_chlorophyll_a_15(fn_cyclic_electron_flow_72(X)) = fn_p700_13(fn_cyclic_electron_flow_72(X))
& fn_p700_13(fn_cyclic_electron_flow_72(X)) = fn_p700_13(fn_cyclic_electron_flow_72(X)) ) ) ).
fof(a528776,axiom,
! [X] :
( cyclic_gmp_1(X)
=> ( original_name_2(X,'Cyclic-GMP')
& user_description_2(X,'CGMP (Cyclic guanosine monophosphate) is a nucleotide which acts as a second messenger in many important cell signaling pathways.')
& concept2words_2(X,'cyclic guanosine monophosphate')
& concept2words_2(X,cgmp)
& concept2words_2(X,'cyclic gmp')
& concept2words_2(X,'cyclic-gmp')
& gmp_1(X) ) ) ).
fof(a528777,axiom,
! [X] :
( cyclic_nucleotide_phosphodiesterase_1(X)
=> ( original_name_2(X,'Cyclic-Nucleotide-Phosphodiesterase')
& user_description_2(X,'One of a group of enzymes that break the phosphodiester bond in cAMP, thus converting cAMP to AMP.')
& concept2words_2(X,phosphodiesterase)
& concept2words_2(X,'cyclic nucleotide phosphodiesterase')
& concept2words_2(X,'cyclic-nucleotide-phosphodiesterase')
& phosphodiesterase_1(X)
& cyclic_amp_1(fn_cyclic_nucleotide_phosphodiesterase_1(X))
& hydrolysis_1(fn_cyclic_nucleotide_phosphodiesterase_2(X))
& chemical_entity_1(fn_hydrolysis_11(fn_cyclic_nucleotide_phosphodiesterase_2(X)))
& has_function_2(X,fn_cyclic_nucleotide_phosphodiesterase_2(X))
& raw_material_2(fn_cyclic_nucleotide_phosphodiesterase_2(X),fn_cyclic_nucleotide_phosphodiesterase_1(X))
& fn_cyclic_nucleotide_phosphodiesterase_2(X) = fn_hydrolase_1(X)
& fn_cyclic_nucleotide_phosphodiesterase_1(X) = fn_hydrolysis_11(fn_cyclic_nucleotide_phosphodiesterase_2(X)) ) ) ).
fof(a528778,axiom,
! [X] :
( cyclic_reaction_1(X)
=> ( original_name_2(X,'Cyclic-Reaction')
& user_description_2(X,'A reaction that when finished regenerates the original reactants.')
& concept2words_2(X,convert)
& concept2words_2(X,'cyclic reaction')
& concept2words_2(X,'cyclic-reaction')
& multi_step_reaction_1(X) ) ) ).
fof(a528779,axiom,
! [X] :
( cyclin_1(X)
=> ( original_name_2(X,'Cyclin')
& user_description_2(X,'Family of proteins that regulate the progression of cells through the cell cycle.')
& concept2words_2(X,cyclin)
& regulatory_protein_1(X)
& ~ camp_receptor_protein_1(X)
& ~ cytokine_1(X)
& ~ interferon_1(X)
& ~ mpf_1(X)
& ~ transcription_factor_1(X)
& ~ tropomyosin_1(X)
& ~ ubiquitin_1(X) ) ) ).
fof(a528780,axiom,
! [X] :
( cyclin_dependent_kinase_1(X)
=> ( original_name_2(X,'Cyclin-Dependent-Kinase')
& user_description_2(X,'An enzyme that activates the protein cyclin by phosphorylating it. Plays a role in regulating the cell cycle.')
& concept2words_2(X,cdk)
& concept2words_2(X,'cyclin dependent kinase')
& concept2words_2(X,'cyclin-dependent-kinase')
& kinase_1(X)
& ~ cytoplasmic_protein_kinase_1(X)
& ~ receptor_tyrosine_kinase_1(X)
& ~ tyrosine_kinase_1(X) ) ) ).
fof(a528781,axiom,
! [X] :
( cyclohexane_1(X)
=> ( original_name_2(X,'Cyclohexane')
& user_description_2(X,'Hexane molecule in a ring or cyclic form.')
& concept2words_2(X,hexane)
& concept2words_2(X,cyclohexane)
& hydrocarbon_molecule_1(X) ) ) ).
fof(a528782,axiom,
! [X] :
( cyclopentane_1(X)
=> ( original_name_2(X,'Cyclopentane')
& user_description_2(X,'Pentane molecule in a ring or cyclic form.')
& concept2words_2(X,pentane)
& concept2words_2(X,cyclopentane)
& hydrocarbon_molecule_1(X) ) ) ).
fof(a528783,axiom,
! [X] :
( cysteine_1(X)
=> ( original_name_2(X,'Cysteine')
& user_description_2(X,'One of the 20 most common amino acids which make up proteins.')
& concept2words_2(X,cysteine)
& polar_amino_acid_1(X)
& sulfur_1(fn_cysteine_1(X))
& system_1(fn_cysteine_2(X))
& share_1(fn_cysteine_3(X))
& hold_together_1(fn_cysteine_4(X))
& hold_1(fn_cysteine_5(X))
& hold_together_1(fn_cysteine_5(X))
& hold_1(fn_cysteine_6(X))
& hold_together_1(fn_cysteine_6(X))
& hold_together_1(fn_cysteine_7(X))
& hold_together_1(fn_cysteine_8(X))
& share_1(fn_cysteine_9(X))
& share_1(fn_cysteine_10(X))
& share_1(fn_cysteine_11(X))
& hold_together_1(fn_cysteine_12(X))
& hold_1(fn_cysteine_13(X))
& hold_together_1(fn_cysteine_13(X))
& share_1(fn_cysteine_14(X))
& entity_1(fn_cysteine_15(X))
& tangible_entity_1(fn_cysteine_15(X))
& electron_1(fn_cysteine_15(X))
& valence_electron_1(fn_cysteine_15(X))
& system_1(fn_cysteine_16(X))
& entity_1(fn_cysteine_17(X))
& chemical_entity_1(fn_cysteine_17(X))
& atom_1(fn_cysteine_17(X))
& hydrogen_1(fn_cysteine_17(X))
& kinetic_energy_1(fn_cysteine_18(X))
& constant_motion_1(fn_cysteine_19(X))
& share_1(fn_cysteine_20(X))
& entity_1(fn_cysteine_21(X))
& tangible_entity_1(fn_cysteine_21(X))
& electron_1(fn_cysteine_21(X))
& valence_electron_1(fn_cysteine_21(X))
& entity_1(fn_cysteine_22(X))
& tangible_entity_1(fn_cysteine_22(X))
& electron_1(fn_cysteine_22(X))
& valence_electron_1(fn_cysteine_22(X))
& speed_value_1(fn_cysteine_23(X))
& quantity_value_1(fn_cysteine_24(X))
& end_1(fn_cysteine_25(X))
& polar_side_chain_1(fn_cysteine_26(X))
& amino_group_1(fn_cysteine_27(X))
& functional_group_1(fn_cysteine_28(X))
& carboxyl_group_1(fn_cysteine_28(X))
& chemical_entity_1(fn_cysteine_29(X))
& tangible_entity_1(fn_cysteine_29(X))
& entity_1(fn_cysteine_29(X))
& atom_1(fn_cysteine_29(X))
& nitrogen_1(fn_cysteine_29(X))
& tangible_entity_1(fn_cysteine_30(X))
& entity_1(fn_cysteine_30(X))
& chemical_entity_1(fn_cysteine_30(X))
& atom_1(fn_cysteine_30(X))
& hydrogen_1(fn_cysteine_30(X))
& entity_1(fn_cysteine_31(X))
& oxygen_1(fn_cysteine_31(X))
& tangible_entity_1(fn_cysteine_32(X))
& entity_1(fn_cysteine_32(X))
& oxygen_1(fn_cysteine_32(X))
& tangible_entity_1(fn_cysteine_33(X))
& entity_1(fn_cysteine_33(X))
& chemical_entity_1(fn_cysteine_33(X))
& atom_1(fn_cysteine_33(X))
& carbon_1(fn_cysteine_33(X))
& covalent_bond_1(fn_cysteine_34(X))
& single_bond_1(fn_cysteine_34(X))
& system_1(fn_cysteine_35(X))
& share_1(fn_cysteine_36(X))
& tangible_entity_1(fn_cysteine_37(X))
& electron_1(fn_cysteine_37(X))
& entity_1(fn_cysteine_37(X))
& valence_electron_1(fn_cysteine_37(X))
& polar_region_1(fn_cysteine_38(X))
& share_1(fn_cysteine_39(X))
& share_1(fn_cysteine_40(X))
& hold_together_1(fn_cysteine_41(X))
& hold_together_1(fn_cysteine_42(X))
& share_1(fn_cysteine_43(X))
& hold_1(fn_cysteine_44(X))
& hold_together_1(fn_cysteine_44(X))
& hold_together_1(fn_cysteine_45(X))
& system_1(fn_hydrogen_19(fn_cysteine_17(X)))
& system_1(fn_covalent_bond_5(fn_cysteine_34(X)))
& hold_together_1(fn_covalent_bond_14(fn_cysteine_34(X)))
& chemical_entity_1(fn_functional_group_1(fn_cysteine_28(X)))
& hold_together_1(fn_carboxyl_group_47(fn_cysteine_28(X)))
& entity_1(fn_share_3(fn_cysteine_3(X)))
& entity_1(fn_share_1(fn_cysteine_36(X)))
& entity_1(fn_share_1(fn_cysteine_3(X)))
& share_1(fn_covalent_bond_17(fn_cysteine_34(X)))
& share_1(fn_carboxyl_group_56(fn_cysteine_28(X)))
& share_1(fn_carboxyl_group_49(fn_cysteine_28(X)))
& entity_1(fn_share_2(fn_cysteine_20(X)))
& entity_1(fn_share_2(fn_cysteine_14(X)))
& entity_1(fn_carboxyl_group_21(fn_cysteine_28(X)))
& valence_electron_1(fn_carboxyl_group_21(fn_cysteine_28(X)))
& tangible_entity_1(fn_carboxyl_group_58(fn_cysteine_28(X)))
& electron_1(fn_carboxyl_group_58(fn_cysteine_28(X)))
& valence_electron_1(fn_carboxyl_group_58(fn_cysteine_28(X)))
& electron_1(fn_carboxyl_group_40(fn_cysteine_28(X)))
& valence_electron_1(fn_carboxyl_group_40(fn_cysteine_28(X)))
& entity_1(fn_carboxyl_group_17(fn_cysteine_28(X)))
& tangible_entity_1(fn_carboxyl_group_17(fn_cysteine_28(X)))
& electron_1(fn_carboxyl_group_17(fn_cysteine_28(X)))
& valence_electron_1(fn_carboxyl_group_17(fn_cysteine_28(X)))
& electron_1(fn_carboxyl_group_45(fn_cysteine_28(X)))
& valence_electron_1(fn_carboxyl_group_45(fn_cysteine_28(X)))
& electron_1(fn_carboxyl_group_62(fn_cysteine_28(X)))
& valence_electron_1(fn_carboxyl_group_62(fn_cysteine_28(X)))
& entity_1(fn_share_3(fn_cysteine_36(X)))
& tangible_entity_1(fn_hold_2(fn_cysteine_44(X)))
& tangible_entity_1(fn_hold_2(fn_cysteine_6(X)))
& entity_1(fn_covalent_bond_20(fn_cysteine_34(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_cysteine_34(X)))
& atom_1(fn_covalent_bond_20(fn_cysteine_34(X)))
& hold_together_1(fn_carboxyl_group_67(fn_cysteine_28(X)))
& tangible_entity_1(fn_hold_2(fn_cysteine_12(X)))
& entity_1(fn_covalent_bond_19(fn_cysteine_34(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_cysteine_34(X)))
& atom_1(fn_covalent_bond_19(fn_cysteine_34(X)))
& entity_1(fn_carboxyl_group_19(fn_cysteine_28(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_cysteine_28(X)))
& atom_1(fn_carboxyl_group_19(fn_cysteine_28(X)))
& carbon_1(fn_carboxyl_group_19(fn_cysteine_28(X)))
& hold_together_1(fn_carboxyl_group_55(fn_cysteine_28(X)))
& entity_1(fn_share_3(fn_cysteine_11(X)))
& entity_1(fn_share_3(fn_cysteine_39(X)))
& entity_1(fn_share_1(fn_cysteine_11(X)))
& entity_1(fn_share_1(fn_cysteine_39(X)))
& tangible_entity_1(fn_hold_2(fn_cysteine_41(X)))
& tangible_entity_1(fn_hold_2(fn_cysteine_13(X)))
& tangible_entity_1(fn_hold_2(fn_cysteine_42(X)))
& oxygen_1(fn_carboxyl_group_23(fn_cysteine_28(X)))
& oxygen_1(fn_carboxyl_group_24(fn_cysteine_28(X)))
& entity_1(fn_carboxyl_group_25(fn_cysteine_28(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_cysteine_28(X)))
& atom_1(fn_carboxyl_group_25(fn_cysteine_28(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_cysteine_28(X)))
& object_2(fn_cysteine_44(X),fn_cysteine_32(X))
& object_2(fn_cysteine_42(X),fn_cysteine_33(X))
& object_2(fn_cysteine_41(X),fn_cysteine_33(X))
& result_2(fn_cysteine_36(X),fn_cysteine_34(X))
& fn_cysteine_1(X) != fn_cysteine_17(X)
& is_inside_2(fn_cysteine_25(X),fn_cysteine_26(X))
& exactCardinality(X,has_part_0,"1",sulfur_0)
& has_part_2(X,fn_cysteine_1(X))
& object_2(fn_cysteine_20(X),fn_cysteine_15(X))
& fn_cysteine_17(X) != fn_cysteine_1(X)
& object_2(fn_cysteine_14(X),fn_cysteine_15(X))
& object_2(fn_cysteine_13(X),fn_cysteine_31(X))
& object_2(fn_cysteine_12(X),fn_cysteine_32(X))
& object_2(fn_cysteine_6(X),fn_cysteine_31(X))
& object_2(fn_cysteine_20(X),fn_cysteine_21(X))
& object_2(fn_cysteine_14(X),fn_cysteine_21(X))
& agent_2(fn_cysteine_36(X),fn_cysteine_30(X))
& agent_2(fn_cysteine_36(X),fn_cysteine_29(X))
& agent_2(fn_cysteine_11(X),fn_cysteine_32(X))
& agent_2(fn_cysteine_39(X),fn_cysteine_32(X))
& agent_2(fn_cysteine_3(X),fn_cysteine_29(X))
& object_2(fn_cysteine_41(X),fn_cysteine_32(X))
& object_2(fn_cysteine_13(X),fn_cysteine_32(X))
& object_2(fn_cysteine_42(X),fn_cysteine_32(X))
& object_2(fn_cysteine_12(X),fn_cysteine_33(X))
& object_2(fn_cysteine_44(X),fn_cysteine_30(X))
& object_2(fn_cysteine_6(X),fn_cysteine_30(X))
& result_2(fn_cysteine_3(X),fn_cysteine_34(X))
& agent_2(fn_cysteine_3(X),fn_cysteine_30(X))
& object_2(fn_cysteine_13(X),fn_cysteine_30(X))
& object_2(fn_cysteine_13(X),fn_cysteine_33(X))
& has_region_2(X,fn_cysteine_38(X))
& is_inside_2(fn_cysteine_38(X),fn_cysteine_26(X))
& has_region_2(X,fn_cysteine_26(X))
& possesses_2(X,fn_cysteine_18(X))
& quantity_2(fn_cysteine_18(X),fn_cysteine_24(X))
& directly_proportional_2(fn_cysteine_23(X),fn_cysteine_24(X))
& speed_2(fn_cysteine_19(X),fn_cysteine_23(X))
& object_2(fn_cysteine_19(X),X)
& has_part_2(X,fn_cysteine_29(X))
& is_inside_2(fn_cysteine_30(X),fn_cysteine_27(X))
& has_part_2(X,fn_cysteine_32(X))
& agent_2(fn_cysteine_39(X),fn_cysteine_33(X))
& has_part_2(X,fn_cysteine_17(X))
& object_2(fn_cysteine_36(X),fn_cysteine_22(X))
& agent_2(fn_cysteine_36(X),fn_cysteine_33(X))
& has_part_2(X,fn_cysteine_33(X))
& possesses_2(X,fn_cysteine_34(X))
& is_between_2(fn_cysteine_34(X),fn_cysteine_30(X))
& object_2(fn_cysteine_14(X),fn_cysteine_22(X))
& object_2(fn_cysteine_20(X),fn_cysteine_22(X))
& agent_2(fn_cysteine_20(X),fn_cysteine_31(X))
& has_part_2(X,fn_cysteine_31(X))
& has_region_2(X,fn_cysteine_25(X))
& agent_2(fn_cysteine_40(X),fn_cysteine_33(X))
& agent_2(fn_cysteine_40(X),fn_cysteine_32(X))
& agent_2(fn_cysteine_14(X),fn_cysteine_32(X))
& agent_2(fn_cysteine_14(X),fn_cysteine_33(X))
& agent_2(fn_cysteine_20(X),fn_cysteine_33(X))
& object_2(fn_cysteine_7(X),fn_cysteine_33(X))
& object_2(fn_cysteine_7(X),fn_cysteine_32(X))
& object_2(fn_cysteine_8(X),fn_cysteine_32(X))
& object_2(fn_cysteine_8(X),fn_cysteine_33(X))
& agent_2(fn_cysteine_11(X),fn_cysteine_33(X))
& result_2(fn_cysteine_43(X),fn_cysteine_34(X))
& is_between_2(fn_cysteine_34(X),fn_cysteine_29(X))
& has_part_2(fn_cysteine_29(X),fn_cysteine_37(X))
& object_2(fn_cysteine_36(X),fn_cysteine_37(X))
& object_2(fn_cysteine_36(X),fn_cysteine_15(X))
& object_2(fn_cysteine_6(X),fn_cysteine_32(X))
& object_2(fn_cysteine_6(X),fn_cysteine_33(X))
& fn_cysteine_33(X) != fn_cysteine_30(X)
& has_part_2(X,fn_cysteine_30(X))
& has_region_2(X,fn_cysteine_28(X))
& fn_cysteine_30(X) != fn_cysteine_33(X)
& object_2(fn_cysteine_45(X),fn_cysteine_30(X))
& object_2(fn_cysteine_45(X),fn_cysteine_31(X))
& object_2(fn_cysteine_5(X),fn_cysteine_31(X))
& object_2(fn_cysteine_5(X),fn_cysteine_30(X))
& fn_cysteine_30(X) != fn_cysteine_29(X)
& fn_cysteine_29(X) != fn_cysteine_30(X)
& object_2(fn_cysteine_4(X),fn_cysteine_33(X))
& object_2(fn_cysteine_4(X),fn_cysteine_32(X))
& object_2(fn_cysteine_5(X),fn_cysteine_32(X))
& object_2(fn_cysteine_5(X),fn_cysteine_33(X))
& fn_cysteine_33(X) != fn_cysteine_29(X)
& fn_cysteine_29(X) != fn_cysteine_33(X)
& agent_2(fn_cysteine_43(X),fn_cysteine_29(X))
& agent_2(fn_cysteine_43(X),fn_cysteine_30(X))
& fn_cysteine_30(X) != fn_cysteine_17(X)
& fn_cysteine_17(X) != fn_cysteine_30(X)
& fn_cysteine_31(X) != fn_cysteine_17(X)
& fn_cysteine_17(X) != fn_cysteine_31(X)
& has_region_2(X,fn_cysteine_27(X))
& is_inside_2(fn_cysteine_29(X),fn_cysteine_27(X))
& fn_cysteine_29(X) != fn_cysteine_17(X)
& fn_cysteine_17(X) != fn_cysteine_29(X)
& fn_cysteine_33(X) != fn_cysteine_17(X)
& fn_cysteine_17(X) != fn_cysteine_33(X)
& fn_cysteine_21(X) != fn_cysteine_22(X)
& fn_cysteine_22(X) != fn_cysteine_21(X)
& agent_2(fn_cysteine_10(X),fn_cysteine_33(X))
& agent_2(fn_cysteine_10(X),fn_cysteine_32(X))
& object_2(fn_cysteine_43(X),fn_cysteine_15(X))
& object_2(fn_cysteine_43(X),fn_cysteine_37(X))
& fn_cysteine_37(X) != fn_cysteine_15(X)
& object_2(fn_cysteine_3(X),fn_cysteine_15(X))
& object_2(fn_cysteine_3(X),fn_cysteine_37(X))
& fn_cysteine_15(X) != fn_cysteine_37(X)
& agent_2(fn_cysteine_9(X),fn_cysteine_32(X))
& agent_2(fn_cysteine_9(X),fn_cysteine_33(X))
& has_part_2(fn_cysteine_33(X),fn_cysteine_21(X))
& fn_cysteine_15(X) != fn_cysteine_21(X)
& fn_cysteine_21(X) != fn_cysteine_15(X)
& object_2(fn_cysteine_44(X),fn_cysteine_33(X))
& object_2(fn_cysteine_44(X),fn_cysteine_31(X))
& is_inside_2(fn_cysteine_31(X),fn_cysteine_28(X))
& is_inside_2(fn_cysteine_32(X),fn_cysteine_28(X))
& has_part_2(fn_cysteine_32(X),fn_cysteine_22(X))
& object_2(fn_cysteine_4(X),fn_cysteine_31(X))
& object_2(fn_cysteine_4(X),fn_cysteine_30(X))
& has_part_2(fn_cysteine_30(X),fn_cysteine_15(X))
& fn_cysteine_22(X) != fn_cysteine_15(X)
& fn_cysteine_15(X) != fn_cysteine_22(X)
& object_2(fn_cysteine_45(X),fn_cysteine_32(X))
& object_2(fn_cysteine_45(X),fn_cysteine_33(X))
& fn_cysteine_33(X) != fn_cysteine_32(X)
& fn_cysteine_31(X) != fn_cysteine_33(X)
& fn_cysteine_33(X) != fn_cysteine_31(X)
& fn_cysteine_32(X) != fn_cysteine_33(X)
& is_inside_2(fn_cysteine_17(X),fn_cysteine_28(X))
& fn_cysteine_32(X) != fn_cysteine_17(X)
& fn_cysteine_31(X) != fn_cysteine_32(X)
& fn_cysteine_32(X) != fn_cysteine_31(X)
& fn_cysteine_17(X) != fn_cysteine_32(X)
& fn_cysteine_21(X) = fn_share_2(fn_cysteine_20(X))
& fn_cysteine_21(X) = fn_share_2(fn_cysteine_14(X))
& fn_cysteine_30(X) = fn_share_3(fn_cysteine_36(X))
& fn_cysteine_29(X) = fn_share_1(fn_cysteine_36(X))
& fn_cysteine_32(X) = fn_share_3(fn_cysteine_11(X))
& fn_cysteine_32(X) = fn_share_1(fn_cysteine_11(X))
& fn_cysteine_32(X) = fn_share_3(fn_cysteine_39(X))
& fn_cysteine_32(X) = fn_share_1(fn_cysteine_39(X))
& fn_cysteine_29(X) = fn_share_3(fn_cysteine_3(X))
& fn_cysteine_29(X) = fn_share_1(fn_cysteine_3(X))
& fn_cysteine_32(X) = fn_hold_2(fn_cysteine_41(X))
& fn_cysteine_32(X) = fn_hold_2(fn_cysteine_13(X))
& fn_cysteine_32(X) = fn_hold_2(fn_cysteine_42(X))
& fn_cysteine_33(X) = fn_hold_2(fn_cysteine_12(X))
& fn_cysteine_30(X) = fn_hold_2(fn_cysteine_44(X))
& fn_cysteine_30(X) = fn_hold_2(fn_cysteine_6(X))
& fn_cysteine_35(X) = fn_hydrogen_19(fn_cysteine_17(X))
& fn_cysteine_16(X) = fn_covalent_bond_5(fn_cysteine_34(X))
& fn_cysteine_33(X) = fn_covalent_bond_19(fn_cysteine_34(X))
& fn_cysteine_13(X) = fn_covalent_bond_14(fn_cysteine_34(X))
& fn_cysteine_30(X) = fn_covalent_bond_20(fn_cysteine_34(X))
& fn_cysteine_3(X) = fn_covalent_bond_17(fn_cysteine_34(X))
& fn_cysteine_26(X) = fn_polar_amino_acid_2(X)
& fn_cysteine_38(X) = fn_polar_amino_acid_1(X)
& fn_cysteine_47(X) = fn_amino_acid_3(X)
& fn_cysteine_46(X) = fn_amino_acid_4(X)
& fn_cysteine_19(X) = fn_amino_acid_5(X)
& fn_cysteine_23(X) = fn_amino_acid_6(X)
& fn_cysteine_24(X) = fn_amino_acid_7(X)
& fn_cysteine_18(X) = fn_amino_acid_16(X)
& fn_cysteine_39(X) = fn_hydrophilic_amino_acid_17(X)
& fn_cysteine_36(X) = fn_hydrophilic_amino_acid_19(X)
& fn_cysteine_25(X) = fn_hydrophilic_amino_acid_23(X)
& fn_cysteine_20(X) = fn_hydrophilic_amino_acid_17(X)
& fn_cysteine_22(X) = fn_hydrophilic_amino_acid_22(X)
& fn_cysteine_20(X) = fn_hydrophilic_amino_acid_5(X)
& fn_cysteine_14(X) = fn_hydrophilic_amino_acid_18(X)
& fn_cysteine_40(X) = fn_hydrophilic_amino_acid_4(X)
& fn_cysteine_11(X) = fn_hydrophilic_amino_acid_3(X)
& fn_cysteine_8(X) = fn_hydrophilic_amino_acid_16(X)
& fn_cysteine_32(X) = fn_hydrophilic_amino_acid_32(X)
& fn_cysteine_7(X) = fn_hydrophilic_amino_acid_2(X)
& fn_cysteine_15(X) = fn_hydrophilic_amino_acid_11(X)
& fn_cysteine_36(X) = fn_hydrophilic_amino_acid_8(X)
& fn_cysteine_37(X) = fn_hydrophilic_amino_acid_12(X)
& fn_cysteine_34(X) = fn_hydrophilic_amino_acid_28(X)
& X = fn_functional_group_1(fn_cysteine_28(X))
& fn_cysteine_28(X) = fn_hydrophilic_amino_acid_26(X)
& fn_cysteine_30(X) = fn_hydrophilic_amino_acid_33(X)
& fn_cysteine_6(X) = fn_hydrophilic_amino_acid_15(X)
& fn_cysteine_31(X) = fn_hydrophilic_amino_acid_32(X)
& fn_cysteine_45(X) = fn_hydrophilic_amino_acid_1(X)
& fn_cysteine_5(X) = fn_hydrophilic_amino_acid_7(X)
& fn_cysteine_32(X) = fn_hydrophilic_amino_acid_31(X)
& fn_cysteine_4(X) = fn_hydrophilic_amino_acid_1(X)
& fn_cysteine_31(X) = fn_hydrophilic_amino_acid_31(X)
& fn_cysteine_30(X) = fn_hydrophilic_amino_acid_30(X)
& fn_cysteine_43(X) = fn_hydrophilic_amino_acid_8(X)
& fn_cysteine_17(X) = fn_hydrophilic_amino_acid_30(X)
& fn_cysteine_33(X) = fn_hydrophilic_amino_acid_34(X)
& fn_cysteine_17(X) = fn_hydrophilic_amino_acid_33(X)
& fn_cysteine_29(X) = fn_hydrophilic_amino_acid_29(X)
& fn_cysteine_27(X) = fn_hydrophilic_amino_acid_25(X)
& fn_cysteine_22(X) = fn_carboxyl_group_21(fn_cysteine_28(X))
& fn_cysteine_10(X) = fn_carboxyl_group_49(fn_cysteine_28(X))
& fn_cysteine_37(X) = fn_carboxyl_group_58(fn_cysteine_28(X))
& fn_cysteine_3(X) = fn_carboxyl_group_56(fn_cysteine_28(X))
& fn_cysteine_15(X) = fn_carboxyl_group_17(fn_cysteine_28(X))
& fn_cysteine_37(X) = fn_carboxyl_group_21(fn_cysteine_28(X))
& fn_cysteine_43(X) = fn_carboxyl_group_49(fn_cysteine_28(X))
& fn_cysteine_15(X) = fn_carboxyl_group_45(fn_cysteine_28(X))
& fn_cysteine_21(X) = fn_carboxyl_group_17(fn_cysteine_28(X))
& fn_cysteine_9(X) = fn_carboxyl_group_56(fn_cysteine_28(X))
& fn_cysteine_22(X) = fn_carboxyl_group_58(fn_cysteine_28(X))
& fn_cysteine_44(X) = fn_carboxyl_group_47(fn_cysteine_28(X))
& fn_cysteine_22(X) = fn_carboxyl_group_40(fn_cysteine_28(X))
& fn_cysteine_15(X) = fn_carboxyl_group_62(fn_cysteine_28(X))
& fn_cysteine_30(X) = fn_carboxyl_group_25(fn_cysteine_28(X))
& fn_cysteine_4(X) = fn_carboxyl_group_67(fn_cysteine_28(X))
& fn_cysteine_32(X) = fn_carboxyl_group_23(fn_cysteine_28(X))
& fn_cysteine_31(X) = fn_carboxyl_group_24(fn_cysteine_28(X))
& fn_cysteine_33(X) = fn_carboxyl_group_19(fn_cysteine_28(X))
& fn_cysteine_45(X) = fn_carboxyl_group_55(fn_cysteine_28(X))
& fn_cysteine_31(X) = fn_carboxyl_group_23(fn_cysteine_28(X))
& fn_cysteine_32(X) = fn_carboxyl_group_24(fn_cysteine_28(X))
& fn_cysteine_17(X) = fn_carboxyl_group_25(fn_cysteine_28(X))
& fn_hydrophilic_amino_acid_17(X) = fn_hydrophilic_amino_acid_17(X)
& fn_hydrophilic_amino_acid_17(X) = fn_hydrophilic_amino_acid_5(X)
& fn_hydrophilic_amino_acid_5(X) = fn_hydrophilic_amino_acid_19(X)
& fn_hydrophilic_amino_acid_19(X) = fn_hydrophilic_amino_acid_19(X)
& fn_hydrophilic_amino_acid_19(X) = fn_hydrophilic_amino_acid_8(X)
& fn_hydrophilic_amino_acid_8(X) = fn_share_1(fn_cysteine_36(X))
& fn_share_1(fn_cysteine_36(X)) = fn_share_3(fn_cysteine_3(X))
& fn_share_3(fn_cysteine_3(X)) = fn_share_1(fn_cysteine_3(X))
& fn_share_1(fn_cysteine_3(X)) = fn_share_1(fn_cysteine_36(X))
& fn_share_1(fn_cysteine_36(X)) = fn_share_1(fn_cysteine_3(X))
& fn_share_1(fn_cysteine_3(X)) = fn_hydrophilic_amino_acid_29(X)
& fn_hydrophilic_amino_acid_29(X) = fn_hydrophilic_amino_acid_29(X)
& fn_hydrophilic_amino_acid_29(X) = fn_covalent_bond_17(fn_cysteine_34(X))
& fn_covalent_bond_17(fn_cysteine_34(X)) = fn_covalent_bond_17(fn_cysteine_34(X))
& fn_covalent_bond_17(fn_cysteine_34(X)) = fn_carboxyl_group_56(fn_cysteine_28(X))
& fn_carboxyl_group_56(fn_cysteine_28(X)) = fn_carboxyl_group_56(fn_cysteine_28(X))
& fn_carboxyl_group_56(fn_cysteine_28(X)) = fn_hydrophilic_amino_acid_12(X)
& fn_hydrophilic_amino_acid_12(X) = fn_hydrophilic_amino_acid_12(X)
& fn_hydrophilic_amino_acid_12(X) = fn_carboxyl_group_58(fn_cysteine_28(X))
& fn_carboxyl_group_58(fn_cysteine_28(X)) = fn_carboxyl_group_21(fn_cysteine_28(X))
& fn_carboxyl_group_21(fn_cysteine_28(X)) = fn_hydrophilic_amino_acid_8(X)
& fn_hydrophilic_amino_acid_8(X) = fn_hydrophilic_amino_acid_8(X)
& fn_hydrophilic_amino_acid_8(X) = fn_carboxyl_group_49(fn_cysteine_28(X))
& fn_carboxyl_group_49(fn_cysteine_28(X)) = fn_carboxyl_group_49(fn_cysteine_28(X))
& fn_carboxyl_group_49(fn_cysteine_28(X)) = fn_share_2(fn_cysteine_20(X))
& fn_share_2(fn_cysteine_20(X)) = fn_share_2(fn_cysteine_14(X))
& fn_share_2(fn_cysteine_14(X)) = fn_carboxyl_group_17(fn_cysteine_28(X))
& fn_carboxyl_group_17(fn_cysteine_28(X)) = fn_hydrophilic_amino_acid_22(X)
& fn_hydrophilic_amino_acid_22(X) = fn_hydrophilic_amino_acid_22(X)
& fn_hydrophilic_amino_acid_22(X) = fn_carboxyl_group_21(fn_cysteine_28(X))
& fn_carboxyl_group_21(fn_cysteine_28(X)) = fn_carboxyl_group_21(fn_cysteine_28(X))
& fn_carboxyl_group_21(fn_cysteine_28(X)) = fn_carboxyl_group_58(fn_cysteine_28(X))
& fn_carboxyl_group_58(fn_cysteine_28(X)) = fn_carboxyl_group_58(fn_cysteine_28(X))
& fn_carboxyl_group_58(fn_cysteine_28(X)) = fn_carboxyl_group_40(fn_cysteine_28(X))
& fn_carboxyl_group_40(fn_cysteine_28(X)) = fn_carboxyl_group_40(fn_cysteine_28(X))
& fn_carboxyl_group_40(fn_cysteine_28(X)) = fn_hydrophilic_amino_acid_11(X)
& fn_hydrophilic_amino_acid_11(X) = fn_carboxyl_group_17(fn_cysteine_28(X))
& fn_carboxyl_group_17(fn_cysteine_28(X)) = fn_carboxyl_group_17(fn_cysteine_28(X))
& fn_carboxyl_group_17(fn_cysteine_28(X)) = fn_carboxyl_group_45(fn_cysteine_28(X))
& fn_carboxyl_group_45(fn_cysteine_28(X)) = fn_carboxyl_group_45(fn_cysteine_28(X))
& fn_carboxyl_group_45(fn_cysteine_28(X)) = fn_carboxyl_group_62(fn_cysteine_28(X))
& fn_carboxyl_group_62(fn_cysteine_28(X)) = fn_carboxyl_group_62(fn_cysteine_28(X))
& fn_carboxyl_group_62(fn_cysteine_28(X)) = fn_share_3(fn_cysteine_36(X))
& fn_share_3(fn_cysteine_36(X)) = fn_hold_2(fn_cysteine_44(X))
& fn_hold_2(fn_cysteine_6(X)) = fn_hold_2(fn_cysteine_44(X))
& fn_hold_2(fn_cysteine_44(X)) = fn_hold_2(fn_cysteine_6(X))
& fn_hold_2(fn_cysteine_6(X)) = fn_covalent_bond_20(fn_cysteine_34(X))
& fn_covalent_bond_20(fn_cysteine_34(X)) = fn_covalent_bond_20(fn_cysteine_34(X))
& fn_covalent_bond_20(fn_cysteine_34(X)) = fn_hydrophilic_amino_acid_33(X)
& fn_hydrophilic_amino_acid_30(X) = fn_hydrophilic_amino_acid_30(X)
& fn_hydrophilic_amino_acid_30(X) = fn_carboxyl_group_25(fn_cysteine_28(X))
& fn_carboxyl_group_25(fn_cysteine_28(X)) = fn_hydrophilic_amino_acid_1(X)
& fn_hydrophilic_amino_acid_1(X) = fn_carboxyl_group_67(fn_cysteine_28(X))
& fn_carboxyl_group_67(fn_cysteine_28(X)) = fn_carboxyl_group_67(fn_cysteine_28(X))
& fn_carboxyl_group_67(fn_cysteine_28(X)) = fn_hold_2(fn_cysteine_12(X))
& fn_hold_2(fn_cysteine_12(X)) = fn_covalent_bond_19(fn_cysteine_34(X))
& fn_covalent_bond_19(fn_cysteine_34(X)) = fn_covalent_bond_19(fn_cysteine_34(X))
& fn_covalent_bond_19(fn_cysteine_34(X)) = fn_hydrophilic_amino_acid_34(X)
& fn_hydrophilic_amino_acid_34(X) = fn_hydrophilic_amino_acid_34(X)
& fn_hydrophilic_amino_acid_34(X) = fn_carboxyl_group_19(fn_cysteine_28(X))
& fn_carboxyl_group_19(fn_cysteine_28(X)) = fn_carboxyl_group_19(fn_cysteine_28(X))
& fn_carboxyl_group_19(fn_cysteine_28(X)) = fn_hydrophilic_amino_acid_1(X)
& fn_hydrophilic_amino_acid_1(X) = fn_hydrophilic_amino_acid_1(X)
& fn_hydrophilic_amino_acid_1(X) = fn_carboxyl_group_55(fn_cysteine_28(X))
& fn_carboxyl_group_55(fn_cysteine_28(X)) = fn_carboxyl_group_55(fn_cysteine_28(X))
& fn_carboxyl_group_55(fn_cysteine_28(X)) = fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_31(X) = fn_hydrophilic_amino_acid_32(X)
& fn_hydrophilic_amino_acid_31(X) = fn_carboxyl_group_24(fn_cysteine_28(X))
& fn_carboxyl_group_23(fn_cysteine_28(X)) = fn_share_3(fn_cysteine_11(X))
& fn_share_3(fn_cysteine_11(X)) = fn_share_1(fn_cysteine_11(X))
& fn_share_1(fn_cysteine_11(X)) = fn_share_3(fn_cysteine_39(X))
& fn_share_3(fn_cysteine_39(X)) = fn_share_1(fn_cysteine_39(X))
& fn_share_1(fn_cysteine_39(X)) = fn_share_1(fn_cysteine_11(X))
& fn_share_1(fn_cysteine_11(X)) = fn_share_1(fn_cysteine_39(X))
& fn_share_1(fn_cysteine_39(X)) = fn_hold_2(fn_cysteine_41(X))
& fn_hold_2(fn_cysteine_42(X)) = fn_hold_2(fn_cysteine_41(X))
& fn_hold_2(fn_cysteine_41(X)) = fn_hold_2(fn_cysteine_13(X))
& fn_hold_2(fn_cysteine_13(X)) = fn_hold_2(fn_cysteine_42(X))
& fn_hold_2(fn_cysteine_42(X)) = fn_hydrophilic_amino_acid_32(X)
& fn_hydrophilic_amino_acid_32(X) = fn_hydrophilic_amino_acid_32(X)
& fn_hydrophilic_amino_acid_32(X) = fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_31(X) = fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_31(X) = fn_carboxyl_group_23(fn_cysteine_28(X))
& fn_carboxyl_group_23(fn_cysteine_28(X)) = fn_carboxyl_group_23(fn_cysteine_28(X))
& fn_carboxyl_group_24(fn_cysteine_28(X)) = fn_carboxyl_group_23(fn_cysteine_28(X))
& fn_carboxyl_group_23(fn_cysteine_28(X)) = fn_carboxyl_group_24(fn_cysteine_28(X))
& fn_carboxyl_group_24(fn_cysteine_28(X)) = fn_carboxyl_group_24(fn_cysteine_28(X))
& fn_carboxyl_group_24(fn_cysteine_28(X)) = fn_hydrophilic_amino_acid_30(X)
& fn_hydrophilic_amino_acid_33(X) = fn_hydrophilic_amino_acid_30(X)
& fn_hydrophilic_amino_acid_30(X) = fn_hydrophilic_amino_acid_33(X)
& fn_hydrophilic_amino_acid_33(X) = fn_hydrophilic_amino_acid_33(X)
& fn_hydrophilic_amino_acid_33(X) = fn_carboxyl_group_25(fn_cysteine_28(X))
& fn_carboxyl_group_25(fn_cysteine_28(X)) = fn_carboxyl_group_25(fn_cysteine_28(X)) ) ) ).
fof(a528784,axiom,
! [X] :
( cystic_fibrosis_1(X)
=> ( original_name_2(X,'Cystic-Fibrosis')
& user_description_2(X,'A human genetic disorder caused by a recessive allele for a chloride channel protein; characterized by an excessive secretion of mucus and consequent vulnerability to infection; fatal if untreated.')
& concept2words_2(X,mucoviscidosis)
& concept2words_2(X,cf)
& concept2words_2(X,'cystic fibrosis')
& concept2words_2(X,'cystic-fibrosis')
& human_genetic_disorder_1(X)
& ~ achondroplasia_1(X)
& ~ alkaptonuria_1(X)
& ~ angelman_syndrome_1(X)
& ~ cri_du_chat_syndrome_1(X)
& ~ down_syndrome_1(X)
& ~ huntingtons_disease_1(X)
& ~ klinefelter_syndrome_1(X)
& ~ multifactorial_genetic_disorder_1(X)
& ~ phenylketonuria_1(X)
& ~ polydactyly_1(X)
& ~ prader_willi_syndrome_1(X)
& ~ sex_linked_human_genetic_disorder_1(X)
& ~ sickle_cell_anemia_1(X)
& ~ tay_sachs_disease_1(X)
& ~ triple_x_1(X)
& ~ turner_syndrome_1(X)
& recessive_allele_1(fn_cystic_fibrosis_1(X))
& complete_dominance_1(fn_cystic_fibrosis_2(X))
& entity_1(fn_inheritance_4(fn_cystic_fibrosis_2(X)))
& gene_1(fn_inheritance_4(fn_cystic_fibrosis_2(X)))
& object_2(fn_cystic_fibrosis_2(X),fn_cystic_fibrosis_1(X))
& result_2(fn_cystic_fibrosis_2(X),X)
& fn_cystic_fibrosis_1(X) = fn_inheritance_4(fn_cystic_fibrosis_2(X))
& fn_cystic_fibrosis_2(X) = fn_human_genetic_disorder_1(X) ) ) ).
fof(a528785,axiom,
! [X] :
( cystinuria_1(X)
=> ( original_name_2(X,'Cystinuria')
& user_description_2(X,'Genetic disorder in which faulty transport proteins result in positively charged amino acids not being reabsorbed in the kidneys, leading to kidney stones.')
& concept2words_2(X,cystinuria)
& inborn_error_of_metabolism_1(X) ) ) ).
fof(a528786,axiom,
! [X] :
( cytochrome_1(X)
=> ( original_name_2(X,'Cytochrome')
& user_description_2(X,'Cytochromes are, in general, membrane-bound hemoproteins that contain heme groups and carry out electron transport.They are found either as monomeric proteins (e.g., cytochrome c) or as subunits of bigger enzymatic complexes that catalyze redox reactions. They are found in the mitochondrial inner membrane and endoplasmic reticulum of eukaryotes, in the chloroplasts of plants, in photosynthetic microorganisms, and in bacteria.')
& concept2words_2(X,cyt)
& concept2words_2(X,cytochrome)
& protein_1(X)
& biomembrane_1(fn_cytochrome_1(X))
& heme_1(fn_cytochrome_2(X))
& electron_carrier_1(fn_cytochrome_3(X))
& size_value_1(fn_cytochrome_4(X))
& spatial_entity_1(fn_cytochrome_5(X))
& chemical_entity_1(fn_cytochrome_5(X))
& monomer_1(fn_cytochrome_5(X))
& molecule_1(fn_cytochrome_5(X))
& amino_acid_1(fn_cytochrome_5(X))
& quantity_value_1(fn_cytochrome_6(X))
& speed_value_1(fn_cytochrome_7(X))
& constant_motion_1(fn_cytochrome_8(X))
& kinetic_energy_1(fn_cytochrome_9(X))
& carbon_skeleton_1(fn_cytochrome_10(X))
& surface_1(fn_cytochrome_11(X))
& hydrophilic_region_1(fn_cytochrome_12(X))
& protein_domain_1(fn_cytochrome_13(X))
& size_value_1(fn_cytochrome_14(X))
& carbon_1(fn_cytochrome_15(X))
& atom_1(fn_cytochrome_16(X))
& chemical_entity_1(fn_cytochrome_16(X))
& monomer_1(fn_cytochrome_17(X))
& polypeptide_1(fn_cytochrome_18(X))
& carbon_1(fn_carbon_skeleton_4(fn_cytochrome_10(X)))
& atom_1(fn_carbon_skeleton_2(fn_cytochrome_10(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_cytochrome_10(X)))
& chemical_entity_1(fn_electron_carrier_1(fn_cytochrome_3(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_cytochrome_10(X)))
& has_part_2(fn_cytochrome_1(X),X)
& has_part_2(X,fn_cytochrome_2(X))
& plays_2(X,fn_cytochrome_3(X))
& has_part_2(X,fn_cytochrome_17(X))
& size_2(fn_cytochrome_17(X),fn_cytochrome_4(X))
& greater_than_2(fn_cytochrome_14(X),fn_cytochrome_4(X))
& has_part_2(X,fn_cytochrome_16(X))
& possesses_2(X,fn_cytochrome_9(X))
& quantity_2(fn_cytochrome_9(X),fn_cytochrome_6(X))
& directly_proportional_2(fn_cytochrome_7(X),fn_cytochrome_6(X))
& speed_2(fn_cytochrome_8(X),fn_cytochrome_7(X))
& object_2(fn_cytochrome_8(X),X)
& the_scalar_value_2(fn_cytochrome_14(X),big_0)
& scalar_unit_class_2(fn_cytochrome_14(X),polypeptide_0)
& has_region_2(X,fn_cytochrome_11(X))
& is_at_2(fn_cytochrome_12(X),fn_cytochrome_11(X))
& has_region_2(X,fn_cytochrome_12(X))
& has_region_2(X,fn_cytochrome_13(X))
& is_at_2(fn_cytochrome_5(X),fn_cytochrome_13(X))
& has_part_2(fn_cytochrome_18(X),fn_cytochrome_5(X))
& has_part_2(X,fn_cytochrome_18(X))
& size_2(X,fn_cytochrome_14(X))
& has_region_2(X,fn_cytochrome_10(X))
& has_part_2(X,fn_cytochrome_15(X))
& is_inside_2(fn_cytochrome_15(X),fn_cytochrome_10(X))
& fn_cytochrome_16(X) != fn_cytochrome_15(X)
& fn_cytochrome_15(X) != fn_cytochrome_16(X)
& X = fn_electron_carrier_1(fn_cytochrome_3(X))
& fn_cytochrome_22(X) = fn_polymer_10(X)
& fn_cytochrome_14(X) = fn_polymer_8(X)
& fn_cytochrome_4(X) = fn_polymer_7(X)
& fn_cytochrome_17(X) = fn_polymer_4(X)
& fn_cytochrome_20(X) = fn_molecule_1(X)
& fn_cytochrome_16(X) = fn_molecule_7(X)
& fn_cytochrome_21(X) = fn_molecule_2(X)
& fn_cytochrome_8(X) = fn_molecule_8(X)
& fn_cytochrome_7(X) = fn_molecule_3(X)
& fn_cytochrome_6(X) = fn_molecule_4(X)
& fn_cytochrome_9(X) = fn_molecule_12(X)
& fn_cytochrome_19(X) = fn_protein_10(X)
& fn_cytochrome_12(X) = fn_protein_1(X)
& fn_cytochrome_11(X) = fn_protein_5(X)
& fn_cytochrome_14(X) = fn_protein_9(X)
& fn_cytochrome_18(X) = fn_protein_8(X)
& fn_cytochrome_5(X) = fn_protein_14(X)
& fn_cytochrome_13(X) = fn_protein_7(X)
& fn_cytochrome_16(X) = fn_carbon_skeleton_2(fn_cytochrome_10(X))
& fn_cytochrome_15(X) = fn_carbon_skeleton_4(fn_cytochrome_10(X))
& X = fn_carbon_skeleton_3(fn_cytochrome_10(X))
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_carbon_skeleton_2(fn_cytochrome_10(X))
& fn_carbon_skeleton_2(fn_cytochrome_10(X)) = fn_carbon_skeleton_2(fn_cytochrome_10(X))
& fn_carbon_skeleton_2(fn_cytochrome_10(X)) = fn_electron_carrier_1(fn_cytochrome_3(X))
& fn_electron_carrier_1(fn_cytochrome_3(X)) = fn_carbon_skeleton_3(fn_cytochrome_10(X))
& fn_carbon_skeleton_3(fn_cytochrome_10(X)) = fn_carbon_skeleton_3(fn_cytochrome_10(X)) ) ) ).
fof(a528787,axiom,
! [X] :
( cytochrome_a_1(X)
=> ( original_name_2(X,'Cytochrome-A')
& user_description_2(X,'Cytochromes (electron-transporting proteins) in which the haem prosthetic group is haem a, i.e., the iron chelate of cytoporphyrin ix.')
& concept2words_2(X,'cytochrome a')
& concept2words_2(X,'cytochrome-a')
& cytochrome_1(X)
& ~ cytochrome_a3_1(X)
& ~ cytochrome_b_1(X)
& ~ cytochrome_c_1(X)
& ~ cytochrome_c1_1(X) ) ) ).
fof(a528788,axiom,
! [X] :
( cytochrome_a3_1(X)
=> ( original_name_2(X,'Cytochrome-A3')
& user_description_2(X,'The last electron carrier of the electron transport chain which transfers its electron to oxygen.')
& concept2words_2(X,'cyt a3')
& concept2words_2(X,'cytochrome a3')
& concept2words_2(X,'cytochrome-a3')
& cytochrome_1(X)
& ~ cytochrome_a_1(X)
& ~ cytochrome_b_1(X)
& ~ cytochrome_c_1(X)
& ~ cytochrome_c1_1(X) ) ) ).
fof(a528789,axiom,
! [X] :
( cytochrome_b_1(X)
=> ( original_name_2(X,'Cytochrome-B')
& user_description_2(X,'Cytochrome b/b6 is the main subunit of transmembrane cytochrome bc1 and b6f complexes. In addition, it commonly refers to a region of mtDNA used for population genetics and phylogenetics.')
& concept2words_2(X,'cyt b')
& concept2words_2(X,'cyt-b')
& concept2words_2(X,'b of cytochrome')
& concept2words_2(X,'cytochrome b')
& concept2words_2(X,'cytochrome-b')
& cytochrome_1(X)
& ~ cytochrome_a_1(X)
& ~ cytochrome_a3_1(X)
& ~ cytochrome_c_1(X)
& ~ cytochrome_c1_1(X) ) ) ).
fof(a528790,axiom,
! [X] :
( cytochrome_c_1(X)
=> ( original_name_2(X,'Cytochrome-C')
& user_description_2(X,'A key electron carrier protein of the electron transport chain located within the inner membrane of the mitochondrion that transfers electrons between complexes III and IV.')
& concept2words_2(X,'cyt c')
& concept2words_2(X,'cyt-c')
& concept2words_2(X,'c of cytochrome')
& concept2words_2(X,'cytochrome c')
& concept2words_2(X,'cytochrome-c')
& cytochrome_1(X)
& ~ cytochrome_a_1(X)
& ~ cytochrome_a3_1(X)
& ~ cytochrome_b_1(X)
& ~ cytochrome_c1_1(X)
& surface_1(fn_cytochrome_c_1(X))
& outside_face_1(fn_cytochrome_c_1(X))
& biomembrane_1(fn_cytochrome_c_2(X))
& surface_1(fn_biomembrane_47(fn_cytochrome_c_2(X)))
& outside_face_1(fn_biomembrane_41(fn_cytochrome_c_2(X)))
& is_at_2(X,fn_cytochrome_c_1(X))
& has_region_2(fn_cytochrome_c_2(X),fn_cytochrome_c_1(X))
& has_part_2(fn_cytochrome_c_2(X),X)
& fn_cytochrome_c_1(X) = fn_biomembrane_47(fn_cytochrome_c_2(X))
& fn_cytochrome_c_1(X) = fn_biomembrane_41(fn_cytochrome_c_2(X))
& fn_cytochrome_c_2(X) = fn_cytochrome_1(X)
& fn_biomembrane_47(fn_cytochrome_c_2(X)) = fn_biomembrane_41(fn_cytochrome_c_2(X)) ) ) ).
fof(a528791,axiom,
! [X] :
( cytochrome_c1_1(X)
=> ( original_name_2(X,'Cytochrome-C1')
& user_description_2(X,'Cytochrome C1 is formed in the cytosol and targeted to the mitochondrial intermembrane space. It is one of the constituents of complex III, which forms the third proton pump in the mitochondrial electron transport chain.')
& concept2words_2(X,'cytochrome c1')
& concept2words_2(X,'cytochrome-c1')
& cytochrome_1(X)
& ~ cytochrome_a_1(X)
& ~ cytochrome_a3_1(X)
& ~ cytochrome_b_1(X)
& ~ cytochrome_c_1(X) ) ) ).
fof(a528792,axiom,
! [X] :
( cytochrome_complex_1(X)
=> ( original_name_2(X,'Cytochrome-Complex')
& user_description_2(X,'An assembly of iron-containing proteins which functions in the transport of electrons during photosynthesis and cellular respiration.')
& concept2words_2(X,'complex of cytochrome')
& concept2words_2(X,'cytochrome complex')
& concept2words_2(X,'cytochrome-complex')
& protein_complex_1(X)
& ~ thylakoid_electron_transport_chain_1(X)
& ~ chylomicron_1(X)
& ~ electron_shuttle_system_1(X)
& ~ electron_transport_chain_1(X)
& ~ microfibril_1(X)
& ~ signal_recognition_particle_1(X)
& cytochrome_1(fn_cytochrome_complex_1(X))
& cytochrome_1(fn_cytochrome_complex_2(X))
& element_2(X,fn_cytochrome_complex_1(X))
& fn_cytochrome_complex_2(X) != fn_cytochrome_complex_1(X)
& fn_cytochrome_complex_1(X) != fn_cytochrome_complex_2(X)
& element_2(X,fn_cytochrome_complex_2(X))
& fn_cytochrome_complex_2(X) = fn_protein_complex_1(X) ) ) ).
fof(a528793,axiom,
! [X] :
( cytogenetic_map_1(X)
=> ( original_name_2(X,'Cytogenetic-Map')
& user_description_2(X,'A chart of a chromosome that locates genes with respect to chromosomal features distinguishable in a microscope.')
& concept2words_2(X,'cytological map')
& concept2words_2(X,'cytological-map')
& concept2words_2(X,'cytogenetic map')
& concept2words_2(X,'cytogenetic-map')
& genetic_map_1(X)
& ~ data_1(X) ) ) ).
fof(a528794,axiom,
! [X] :
( cytokine_1(X)
=> ( original_name_2(X,'Cytokine')
& user_description_2(X,'A protein secreted by various types of cells, including helper T cells and macrophages, that modulate the functions of other cells of the immune system.')
& concept2words_2(X,cytokine)
& regulatory_protein_1(X)
& ~ camp_receptor_protein_1(X)
& ~ cyclin_1(X)
& ~ interferon_1(X)
& ~ mpf_1(X)
& ~ transcription_factor_1(X)
& ~ tropomyosin_1(X)
& ~ ubiquitin_1(X) ) ) ).
fof(a528795,axiom,
! [X] :
( cytokinesis_1(X)
=> ( original_name_2(X,'Cytokinesis')
& user_description_2(X,'The division of cytoplasm into two daughter cells following nuclear division.')
& concept2words_2(X,'undergo cytokinesis')
& concept2words_2(X,cytokinesis)
& divide_1(X)
& ~ cleavage_1(X)
& ~ nuclear_division_1(X)
& daughter_cell_1(fn_cytokinesis_1(X))
& eukaryotic_cell_1(fn_cytokinesis_2(X))
& eukaryotic_cell_1(fn_cytokinesis_3(X))
& in_event_2(fn_cytokinesis_1(X),X)
& plays_2(fn_cytokinesis_2(X),fn_cytokinesis_1(X))
& fn_cytokinesis_2(X) != fn_cytokinesis_3(X)
& result_2(X,fn_cytokinesis_2(X))
& exactCardinality(X,result_0,"2",eukaryotic_cell_0)
& base_2(X,fn_cytokinesis_3(X))
& fn_cytokinesis_3(X) != fn_cytokinesis_2(X) ) ) ).
fof(a528796,axiom,
! [X] :
( cytokinesis_in_animal_cell_1(X)
=> ( original_name_2(X,'Cytokinesis-In-Animal-Cell')
& user_description_2(X,'The division of cytoplasm into two daughter cells following nuclear division in animal cells.')
& concept2words_2(X,'undergo cytokinesis')
& concept2words_2(X,'cytokinesis in animal cell')
& concept2words_2(X,'cytokinesis-in-animal-cell')
& cytokinesis_1(X)
& ~ cytokinesis_in_plant_cell_1(X)
& cleavage_furrow_1(fn_cytokinesis_in_animal_cell_1(X))
& grow_1(fn_cytokinesis_in_animal_cell_2(X))
& microfilament_1(fn_cytokinesis_in_animal_cell_3(X))
& time_interval_1(fn_cytokinesis_in_animal_cell_4(X))
& time_interval_1(fn_cytokinesis_in_animal_cell_5(X))
& deepen_1(fn_cytokinesis_in_animal_cell_6(X))
& create_1(fn_cytokinesis_in_animal_cell_7(X))
& entity_1(fn_cytokinesis_in_animal_cell_8(X))
& tangible_entity_1(fn_cytokinesis_in_animal_cell_8(X))
& contractile_ring_1(fn_cytokinesis_in_animal_cell_8(X))
& contract_1(fn_cytokinesis_in_animal_cell_9(X))
& myosin_1(fn_cytokinesis_in_animal_cell_10(X))
& spatial_entity_1(fn_cytokinesis_in_animal_cell_11(X))
& polymer_1(fn_cytokinesis_in_animal_cell_11(X))
& microfilament_1(fn_cytokinesis_in_animal_cell_11(X))
& formation_of_cleavage_furrow_1(fn_cytokinesis_in_animal_cell_12(X))
& tangible_entity_1(fn_cytokinesis_in_animal_cell_13(X))
& mixture_1(fn_cytokinesis_in_animal_cell_13(X))
& cytoplasm_1(fn_cytokinesis_in_animal_cell_13(X))
& eukaryotic_cell_1(fn_cytokinesis_in_animal_cell_14(X))
& cell_1(fn_cytokinesis_in_animal_cell_14(X))
& animal_cell_1(fn_cytokinesis_in_animal_cell_14(X))
& entity_1(fn_cytokinesis_in_animal_cell_15(X))
& cleavage_furrow_1(fn_cytokinesis_in_animal_cell_15(X))
& animal_cell_1(fn_cytokinesis_in_animal_cell_16(X))
& create_1(fn_cytokinesis_in_animal_cell_17(X))
& cleavage_furrow_1(fn_cytokinesis_in_animal_cell_18(X))
& animal_cell_1(fn_cytokinesis_in_animal_cell_19(X))
& volume_value_1(fn_cytokinesis_in_animal_cell_20(X))
& contract_1(fn_cytokinesis_in_animal_cell_21(X))
& tangible_entity_1(fn_cytokinesis_in_animal_cell_22(X))
& contractile_ring_1(fn_cytokinesis_in_animal_cell_22(X))
& cell_1(fn_cytokinesis_in_animal_cell_23(X))
& animal_cell_1(fn_cytokinesis_in_animal_cell_23(X))
& entity_1(fn_create_1(fn_cytokinesis_in_animal_cell_7(X)))
& cell_1(fn_mitotic_event_1(fn_cytokinesis_in_animal_cell_12(X)))
& contract_1(fn_formation_of_cleavage_furrow_2(fn_cytokinesis_in_animal_cell_12(X)))
& cell_1(fn_formation_of_cleavage_furrow_4(fn_cytokinesis_in_animal_cell_12(X)))
& animal_cell_1(fn_formation_of_cleavage_furrow_4(fn_cytokinesis_in_animal_cell_12(X)))
& cleavage_furrow_1(fn_formation_of_cleavage_furrow_1(fn_cytokinesis_in_animal_cell_12(X)))
& spatial_entity_1(fn_contractile_ring_5(fn_cytokinesis_in_animal_cell_8(X)))
& polymer_1(fn_contractile_ring_5(fn_cytokinesis_in_animal_cell_8(X)))
& microfilament_1(fn_contractile_ring_5(fn_cytokinesis_in_animal_cell_8(X)))
& myosin_1(fn_contractile_ring_6(fn_cytokinesis_in_animal_cell_8(X)))
& property_node_1(fn_contract_3(fn_cytokinesis_in_animal_cell_21(X)))
& volume_value_1(fn_contract_4(fn_cytokinesis_in_animal_cell_21(X)))
& tangible_entity_1(fn_contract_1(fn_cytokinesis_in_animal_cell_21(X)))
& contractile_ring_1(fn_formation_of_cleavage_furrow_3(fn_cytokinesis_in_animal_cell_12(X)))
& mixture_1(fn_cleavage_furrow_4(fn_cytokinesis_in_animal_cell_15(X)))
& cytoplasm_1(fn_cleavage_furrow_4(fn_cytokinesis_in_animal_cell_15(X)))
& cell_1(fn_cleavage_furrow_7(fn_cytokinesis_in_animal_cell_15(X)))
& animal_cell_1(fn_cleavage_furrow_7(fn_cytokinesis_in_animal_cell_15(X)))
& entity_1(fn_create_1(fn_cytokinesis_in_animal_cell_17(X)))
& tangible_entity_1(fn_contract_1(fn_cytokinesis_in_animal_cell_9(X)))
& contractile_ring_1(fn_cleavage_furrow_1(fn_cytokinesis_in_animal_cell_15(X)))
& result_2(fn_cytokinesis_in_animal_cell_7(X),fn_cytokinesis_in_animal_cell_1(X))
& next_event_2(fn_cytokinesis_in_animal_cell_7(X),fn_cytokinesis_in_animal_cell_9(X))
& causes_2(fn_cytokinesis_in_animal_cell_9(X),fn_cytokinesis_in_animal_cell_2(X))
& next_event_2(fn_cytokinesis_in_animal_cell_12(X),fn_cytokinesis_in_animal_cell_6(X))
& time_during_2(fn_cytokinesis_in_animal_cell_12(X),fn_cytokinesis_in_animal_cell_4(X))
& object_2(fn_cytokinesis_in_animal_cell_2(X),fn_cytokinesis_in_animal_cell_1(X))
& object_2(fn_cytokinesis_in_animal_cell_2(X),fn_cytokinesis_in_animal_cell_15(X))
& result_2(fn_cytokinesis_in_animal_cell_2(X),fn_cytokinesis_in_animal_cell_16(X))
& has_state_2(fn_cytokinesis_in_animal_cell_16(X),fn_cytokinesis_in_animal_cell_19(X))
& subevent_2(X,fn_cytokinesis_in_animal_cell_12(X))
& subevent_2(X,fn_cytokinesis_in_animal_cell_6(X))
& exactCardinality(X,result_0,"2",animal_cell_0)
& next_event_2(fn_cytokinesis_in_animal_cell_17(X),fn_cytokinesis_in_animal_cell_7(X))
& raw_material_2(fn_cytokinesis_in_animal_cell_17(X),fn_cytokinesis_in_animal_cell_10(X))
& raw_material_2(fn_cytokinesis_in_animal_cell_17(X),fn_cytokinesis_in_animal_cell_11(X))
& agent_2(fn_cytokinesis_in_animal_cell_17(X),fn_cytokinesis_in_animal_cell_3(X))
& time_before_2(fn_cytokinesis_in_animal_cell_4(X),fn_cytokinesis_in_animal_cell_5(X))
& object_2(fn_cytokinesis_in_animal_cell_6(X),fn_cytokinesis_in_animal_cell_18(X))
& time_during_2(fn_cytokinesis_in_animal_cell_6(X),fn_cytokinesis_in_animal_cell_5(X))
& base_2(fn_cytokinesis_in_animal_cell_6(X),fn_cytokinesis_in_animal_cell_19(X))
& has_part_2(fn_cytokinesis_in_animal_cell_19(X),fn_cytokinesis_in_animal_cell_18(X))
& volume_2(fn_cytokinesis_in_animal_cell_22(X),fn_cytokinesis_in_animal_cell_20(X))
& result_2(fn_cytokinesis_in_animal_cell_7(X),fn_cytokinesis_in_animal_cell_15(X))
& result_2(fn_cytokinesis_in_animal_cell_17(X),fn_cytokinesis_in_animal_cell_8(X))
& object_2(X,fn_cytokinesis_in_animal_cell_13(X))
& base_2(fn_cytokinesis_in_animal_cell_9(X),fn_cytokinesis_in_animal_cell_8(X))
& base_2(fn_cytokinesis_in_animal_cell_12(X),fn_cytokinesis_in_animal_cell_19(X))
& base_2(X,fn_cytokinesis_in_animal_cell_14(X))
& fn_cytokinesis_in_animal_cell_14(X) != fn_cytokinesis_in_animal_cell_16(X)
& result_2(X,fn_cytokinesis_in_animal_cell_16(X))
& fn_cytokinesis_in_animal_cell_16(X) != fn_cytokinesis_in_animal_cell_14(X)
& result_2(fn_cytokinesis_in_animal_cell_12(X),fn_cytokinesis_in_animal_cell_18(X))
& is_inside_2(fn_cytokinesis_in_animal_cell_18(X),fn_cytokinesis_in_animal_cell_23(X))
& has_part_2(fn_cytokinesis_in_animal_cell_23(X),fn_cytokinesis_in_animal_cell_22(X))
& base_2(fn_cytokinesis_in_animal_cell_21(X),fn_cytokinesis_in_animal_cell_22(X))
& subevent_2(fn_cytokinesis_in_animal_cell_12(X),fn_cytokinesis_in_animal_cell_21(X))
& is_along_2(fn_cytokinesis_in_animal_cell_15(X),fn_cytokinesis_in_animal_cell_8(X))
& is_along_2(fn_cytokinesis_in_animal_cell_8(X),fn_cytokinesis_in_animal_cell_15(X))
& has_part_2(fn_cytokinesis_in_animal_cell_14(X),fn_cytokinesis_in_animal_cell_13(X))
& is_inside_2(fn_cytokinesis_in_animal_cell_15(X),fn_cytokinesis_in_animal_cell_14(X))
& from_value_2(fn_cytokinesis_in_animal_cell_21(X),fn_cytokinesis_in_animal_cell_20(X))
& has_part_2(fn_cytokinesis_in_animal_cell_8(X),fn_cytokinesis_in_animal_cell_11(X))
& has_part_2(fn_cytokinesis_in_animal_cell_8(X),fn_cytokinesis_in_animal_cell_10(X))
& fn_cytokinesis_in_animal_cell_15(X) = fn_create_1(fn_cytokinesis_in_animal_cell_7(X))
& fn_cytokinesis_in_animal_cell_8(X) = fn_create_1(fn_cytokinesis_in_animal_cell_17(X))
& fn_cytokinesis_in_animal_cell_13(X) = fn_impair_1(X)
& fn_cytokinesis_in_animal_cell_8(X) = fn_contract_1(fn_cytokinesis_in_animal_cell_9(X))
& fn_cytokinesis_in_animal_cell_19(X) = fn_mitotic_event_1(fn_cytokinesis_in_animal_cell_12(X))
& fn_cytokinesis_in_animal_cell_16(X) = fn_cytokinesis_2(X)
& fn_cytokinesis_in_animal_cell_14(X) = fn_cytokinesis_3(X)
& fn_cytokinesis_in_animal_cell_22(X) = fn_contract_1(fn_cytokinesis_in_animal_cell_21(X))
& fn_cytokinesis_in_animal_cell_21(X) = fn_formation_of_cleavage_furrow_2(fn_cytokinesis_in_animal_cell_12(X))
& fn_cytokinesis_in_animal_cell_22(X) = fn_formation_of_cleavage_furrow_3(fn_cytokinesis_in_animal_cell_12(X))
& fn_cytokinesis_in_animal_cell_23(X) = fn_formation_of_cleavage_furrow_4(fn_cytokinesis_in_animal_cell_12(X))
& fn_cytokinesis_in_animal_cell_18(X) = fn_formation_of_cleavage_furrow_1(fn_cytokinesis_in_animal_cell_12(X))
& fn_cytokinesis_in_animal_cell_11(X) = fn_contractile_ring_5(fn_cytokinesis_in_animal_cell_8(X))
& fn_cytokinesis_in_animal_cell_10(X) = fn_contractile_ring_6(fn_cytokinesis_in_animal_cell_8(X))
& fn_cytokinesis_in_animal_cell_24(X) = fn_contract_3(fn_cytokinesis_in_animal_cell_21(X))
& fn_cytokinesis_in_animal_cell_20(X) = fn_contract_4(fn_cytokinesis_in_animal_cell_21(X))
& fn_cytokinesis_in_animal_cell_13(X) = fn_cleavage_furrow_4(fn_cytokinesis_in_animal_cell_15(X))
& fn_cytokinesis_in_animal_cell_14(X) = fn_cleavage_furrow_7(fn_cytokinesis_in_animal_cell_15(X))
& fn_cytokinesis_in_animal_cell_8(X) = fn_cleavage_furrow_1(fn_cytokinesis_in_animal_cell_15(X))
& fn_contract_1(fn_cytokinesis_in_animal_cell_21(X)) = fn_formation_of_cleavage_furrow_3(fn_cytokinesis_in_animal_cell_12(X))
& fn_formation_of_cleavage_furrow_3(fn_cytokinesis_in_animal_cell_12(X)) = fn_formation_of_cleavage_furrow_3(fn_cytokinesis_in_animal_cell_12(X))
& fn_formation_of_cleavage_furrow_3(fn_cytokinesis_in_animal_cell_12(X)) = fn_impair_1(X)
& fn_impair_1(X) = fn_cleavage_furrow_4(fn_cytokinesis_in_animal_cell_15(X))
& fn_cleavage_furrow_4(fn_cytokinesis_in_animal_cell_15(X)) = fn_cytokinesis_3(X)
& fn_cytokinesis_3(X) = fn_cytokinesis_3(X)
& fn_cytokinesis_3(X) = fn_cleavage_furrow_7(fn_cytokinesis_in_animal_cell_15(X))
& fn_cleavage_furrow_7(fn_cytokinesis_in_animal_cell_15(X)) = fn_cleavage_furrow_7(fn_cytokinesis_in_animal_cell_15(X))
& fn_cleavage_furrow_7(fn_cytokinesis_in_animal_cell_15(X)) = fn_create_1(fn_cytokinesis_in_animal_cell_17(X))
& fn_create_1(fn_cytokinesis_in_animal_cell_17(X)) = fn_contract_1(fn_cytokinesis_in_animal_cell_9(X))
& fn_contract_1(fn_cytokinesis_in_animal_cell_9(X)) = fn_contract_1(fn_cytokinesis_in_animal_cell_9(X))
& fn_contract_1(fn_cytokinesis_in_animal_cell_9(X)) = fn_cleavage_furrow_1(fn_cytokinesis_in_animal_cell_15(X))
& fn_cleavage_furrow_1(fn_cytokinesis_in_animal_cell_15(X)) = fn_cleavage_furrow_1(fn_cytokinesis_in_animal_cell_15(X)) ) ) ).
fof(a528797,axiom,
! [X] :
( cytokinesis_in_plant_cell_1(X)
=> ( original_name_2(X,'Cytokinesis-In-Plant-Cell')
& user_description_2(X,'The division of cytoplasm into two daughter cells following nuclear division in plant cells.')
& concept2words_2(X,'undergo cytokinesis')
& concept2words_2(X,'cytokinesis in plant cell')
& concept2words_2(X,'cytokinesis-in-plant-cell')
& cytokinesis_1(X)
& ~ cytokinesis_in_animal_cell_1(X)
& plant_cell_wall_1(fn_cytokinesis_in_plant_cell_1(X))
& maintenance_1(fn_cytokinesis_in_plant_cell_2(X))
& golgi_apparatus_1(fn_cytokinesis_in_plant_cell_3(X))
& plant_cell_1(fn_cytokinesis_in_plant_cell_4(X))
& cell_1(fn_cytokinesis_in_plant_cell_5(X))
& plant_cell_1(fn_cytokinesis_in_plant_cell_5(X))
& move_1(fn_cytokinesis_in_plant_cell_6(X))
& move_1(fn_cytokinesis_in_plant_cell_7(X))
& membrane_protein_1(fn_cytokinesis_in_plant_cell_8(X))
& protein_1(fn_cytokinesis_in_plant_cell_8(X))
& spatial_entity_1(fn_cytokinesis_in_plant_cell_8(X))
& polymer_1(fn_cytokinesis_in_plant_cell_8(X))
& tangible_entity_1(fn_cytokinesis_in_plant_cell_8(X))
& transmembrane_protein_1(fn_cytokinesis_in_plant_cell_8(X))
& integral_protein_1(fn_cytokinesis_in_plant_cell_8(X))
& transport_protein_1(fn_cytokinesis_in_plant_cell_8(X))
& proton_pump_1(fn_cytokinesis_in_plant_cell_8(X))
& aqueous_solution_1(fn_cytokinesis_in_plant_cell_9(X))
& liquid_substance_1(fn_cytokinesis_in_plant_cell_9(X))
& solution_1(fn_cytokinesis_in_plant_cell_9(X))
& substance_1(fn_cytokinesis_in_plant_cell_9(X))
& cytosol_1(fn_cytokinesis_in_plant_cell_9(X))
& chemical_1(fn_cytokinesis_in_plant_cell_10(X))
& chemical_1(fn_cytokinesis_in_plant_cell_11(X))
& water_1(fn_cytokinesis_in_plant_cell_11(X))
& plant_cell_1(fn_cytokinesis_in_plant_cell_12(X))
& eukaryotic_cell_1(fn_cytokinesis_in_plant_cell_13(X))
& plant_cell_1(fn_cytokinesis_in_plant_cell_13(X))
& tangible_entity_1(fn_cytokinesis_in_plant_cell_13(X))
& cell_1(fn_cytokinesis_in_plant_cell_13(X))
& formation_of_cell_plate_1(fn_cytokinesis_in_plant_cell_14(X))
& cell_plate_growth_1(fn_cytokinesis_in_plant_cell_15(X))
& grow_1(fn_cytokinesis_in_plant_cell_16(X))
& fusion_1(fn_cytokinesis_in_plant_cell_17(X))
& substance_1(fn_cytokinesis_in_plant_cell_18(X))
& aqueous_solution_1(fn_cytokinesis_in_plant_cell_18(X))
& solution_1(fn_cytokinesis_in_plant_cell_19(X))
& substance_1(fn_cytokinesis_in_plant_cell_19(X))
& aqueous_solution_1(fn_cytokinesis_in_plant_cell_19(X))
& spatial_entity_1(fn_cytokinesis_in_plant_cell_20(X))
& biomembrane_1(fn_cytokinesis_in_plant_cell_20(X))
& fusion_1(fn_cytokinesis_in_plant_cell_21(X))
& divide_1(fn_cytokinesis_in_plant_cell_22(X))
& tangible_entity_1(fn_cytokinesis_in_plant_cell_23(X))
& spatial_entity_1(fn_cytokinesis_in_plant_cell_23(X))
& cell_plate_1(fn_cytokinesis_in_plant_cell_23(X))
& membrane_1(fn_cytokinesis_in_plant_cell_24(X))
& spatial_entity_1(fn_cytokinesis_in_plant_cell_24(X))
& biomembrane_1(fn_cytokinesis_in_plant_cell_24(X))
& plasma_membrane_1(fn_cytokinesis_in_plant_cell_24(X))
& produce_1(fn_cytokinesis_in_plant_cell_25(X))
& move_together_1(fn_cytokinesis_in_plant_cell_26(X))
& microtubule_1(fn_cytokinesis_in_plant_cell_27(X))
& cytoskeleton_1(fn_cytokinesis_in_plant_cell_28(X))
& tangible_entity_1(fn_cytokinesis_in_plant_cell_29(X))
& microfibril_1(fn_cytokinesis_in_plant_cell_29(X))
& carbohydrate_1(fn_cytokinesis_in_plant_cell_30(X))
& hydrophilic_compound_1(fn_cytokinesis_in_plant_cell_30(X))
& polar_molecule_1(fn_cytokinesis_in_plant_cell_30(X))
& polysaccharide_1(fn_cytokinesis_in_plant_cell_30(X))
& cellulose_1(fn_cytokinesis_in_plant_cell_30(X))
& defense_1(fn_cytokinesis_in_plant_cell_31(X))
& support_1(fn_cytokinesis_in_plant_cell_32(X))
& entity_1(fn_cytokinesis_in_plant_cell_33(X))
& cell_wall_1(fn_cytokinesis_in_plant_cell_33(X))
& plant_cell_wall_1(fn_cytokinesis_in_plant_cell_33(X))
& membrane_1(fn_cytokinesis_in_plant_cell_34(X))
& spatial_entity_1(fn_cytokinesis_in_plant_cell_34(X))
& biomembrane_1(fn_cytokinesis_in_plant_cell_34(X))
& plasma_membrane_1(fn_cytokinesis_in_plant_cell_34(X))
& tangible_entity_1(fn_impair_1(fn_cytokinesis_in_plant_cell_22(X)))
& maintenance_1(fn_plant_cell_1(fn_cytokinesis_in_plant_cell_5(X)))
& fusion_1(fn_cell_plate_growth_10(fn_cytokinesis_in_plant_cell_15(X)))
& grow_1(fn_cell_plate_growth_1(fn_cytokinesis_in_plant_cell_15(X)))
& move_1(fn_formation_of_cell_plate_14(fn_cytokinesis_in_plant_cell_14(X)))
& move_1(fn_formation_of_cell_plate_15(fn_cytokinesis_in_plant_cell_14(X)))
& move_together_1(fn_formation_of_cell_plate_10(fn_cytokinesis_in_plant_cell_14(X)))
& cytoskeleton_1(fn_cell_2(fn_cytokinesis_in_plant_cell_13(X)))
& chemical_1(fn_solution_5(fn_cytokinesis_in_plant_cell_19(X)))
& tangible_entity_1(fn_plant_cell_wall_23(fn_cytokinesis_in_plant_cell_33(X)))
& microfibril_1(fn_plant_cell_wall_23(fn_cytokinesis_in_plant_cell_33(X)))
& membrane_1(fn_plant_cell_wall_26(fn_cytokinesis_in_plant_cell_33(X)))
& spatial_entity_1(fn_plant_cell_wall_26(fn_cytokinesis_in_plant_cell_33(X)))
& biomembrane_1(fn_plant_cell_wall_26(fn_cytokinesis_in_plant_cell_33(X)))
& plasma_membrane_1(fn_plant_cell_wall_26(fn_cytokinesis_in_plant_cell_33(X)))
& defense_1(fn_plant_cell_wall_17(fn_cytokinesis_in_plant_cell_33(X)))
& support_1(fn_plant_cell_wall_27(fn_cytokinesis_in_plant_cell_33(X)))
& golgi_apparatus_1(fn_eukaryotic_cell_24(fn_cytokinesis_in_plant_cell_13(X)))
& golgi_apparatus_1(fn_plant_cell_100(fn_cytokinesis_in_plant_cell_13(X)))
& spatial_entity_1(fn_add_1(fn_cytokinesis_in_plant_cell_21(X)))
& biomembrane_1(fn_cell_plate_growth_9(fn_cytokinesis_in_plant_cell_15(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_cytokinesis_in_plant_cell_24(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_cytokinesis_in_plant_cell_24(X)))
& protein_1(fn_plasma_membrane_68(fn_cytokinesis_in_plant_cell_24(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_cytokinesis_in_plant_cell_24(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_cytokinesis_in_plant_cell_24(X)))
& protein_1(fn_plasma_membrane_54(fn_cytokinesis_in_plant_cell_24(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_cytokinesis_in_plant_cell_24(X)))
& polymer_1(fn_plasma_membrane_54(fn_cytokinesis_in_plant_cell_24(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_cytokinesis_in_plant_cell_24(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_cytokinesis_in_plant_cell_24(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_cytokinesis_in_plant_cell_24(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_cytokinesis_in_plant_cell_24(X)))
& proton_pump_1(fn_cell_plate_growth_6(fn_cytokinesis_in_plant_cell_15(X)))
& tangible_entity_1(fn_produce_1(fn_cytokinesis_in_plant_cell_25(X)))
& spatial_entity_1(fn_cell_plate_growth_11(fn_cytokinesis_in_plant_cell_15(X)))
& cell_plate_1(fn_cell_plate_growth_11(fn_cytokinesis_in_plant_cell_15(X)))
& cell_plate_1(fn_formation_of_cell_plate_5(fn_cytokinesis_in_plant_cell_14(X)))
& substance_1(fn_eukaryotic_cell_42(fn_cytokinesis_in_plant_cell_13(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_cytokinesis_in_plant_cell_13(X)))
& aqueous_solution_1(fn_plant_cell_91(fn_cytokinesis_in_plant_cell_13(X)))
& liquid_substance_1(fn_plant_cell_91(fn_cytokinesis_in_plant_cell_13(X)))
& solution_1(fn_plant_cell_91(fn_cytokinesis_in_plant_cell_13(X)))
& substance_1(fn_plant_cell_91(fn_cytokinesis_in_plant_cell_13(X)))
& cytosol_1(fn_plant_cell_91(fn_cytokinesis_in_plant_cell_13(X)))
& cytosol_1(fn_plasma_membrane_69(fn_cytokinesis_in_plant_cell_24(X)))
& cell_1(fn_cytoskeleton_6(fn_cytokinesis_in_plant_cell_28(X)))
& tangible_entity_1(fn_cytoskeleton_6(fn_cytokinesis_in_plant_cell_28(X)))
& microtubule_1(fn_formation_of_cell_plate_2(fn_cytokinesis_in_plant_cell_14(X)))
& microtubule_1(fn_cytoskeleton_1(fn_cytokinesis_in_plant_cell_28(X)))
& chemical_1(fn_solution_6(fn_cytokinesis_in_plant_cell_19(X)))
& water_1(fn_aqueous_solution_14(fn_cytokinesis_in_plant_cell_19(X)))
& substance_1(fn_plasma_membrane_70(fn_cytokinesis_in_plant_cell_24(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_cytokinesis_in_plant_cell_24(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_cytokinesis_in_plant_cell_24(X)))
& spatial_entity_1(fn_add_2(fn_cytokinesis_in_plant_cell_21(X)))
& membrane_1(fn_cell_plate_growth_8(fn_cytokinesis_in_plant_cell_15(X)))
& spatial_entity_1(fn_cell_plate_growth_8(fn_cytokinesis_in_plant_cell_15(X)))
& biomembrane_1(fn_cell_plate_growth_8(fn_cytokinesis_in_plant_cell_15(X)))
& plasma_membrane_1(fn_cell_plate_growth_8(fn_cytokinesis_in_plant_cell_15(X)))
& plasma_membrane_1(fn_cell_30(fn_cytokinesis_in_plant_cell_13(X)))
& polysaccharide_1(fn_plant_cell_wall_10(fn_cytokinesis_in_plant_cell_33(X)))
& carbohydrate_1(fn_plant_cell_wall_21(fn_cytokinesis_in_plant_cell_33(X)))
& hydrophilic_compound_1(fn_plant_cell_wall_21(fn_cytokinesis_in_plant_cell_33(X)))
& polar_molecule_1(fn_plant_cell_wall_21(fn_cytokinesis_in_plant_cell_33(X)))
& polysaccharide_1(fn_plant_cell_wall_21(fn_cytokinesis_in_plant_cell_33(X)))
& cellulose_1(fn_plant_cell_wall_21(fn_cytokinesis_in_plant_cell_33(X)))
& cell_1(fn_mitotic_event_1(fn_cytokinesis_in_plant_cell_15(X)))
& plant_cell_1(fn_plant_cell_wall_24(fn_cytokinesis_in_plant_cell_33(X)))
& entity_1(fn_create_1(fn_cytokinesis_in_plant_cell_25(X)))
& cell_wall_1(fn_plant_cell_82(fn_cytokinesis_in_plant_cell_5(X)))
& plant_cell_wall_1(fn_plant_cell_82(fn_cytokinesis_in_plant_cell_5(X)))
& next_event_2(fn_cytokinesis_in_plant_cell_25(X),fn_cytokinesis_in_plant_cell_22(X))
& first_subevent_2(X,fn_cytokinesis_in_plant_cell_14(X))
& exactCardinality(X,subevent_0,"0",formation_of_cleavage_furrow_0)
& subevent_2(X,fn_cytokinesis_in_plant_cell_25(X))
& subevent_2(X,fn_cytokinesis_in_plant_cell_22(X))
& subevent_2(X,fn_cytokinesis_in_plant_cell_21(X))
& subevent_2(X,fn_cytokinesis_in_plant_cell_15(X))
& subevent_2(X,fn_cytokinesis_in_plant_cell_14(X))
& agent_2(fn_cytokinesis_in_plant_cell_22(X),fn_cytokinesis_in_plant_cell_23(X))
& exactCardinality(fn_cytokinesis_in_plant_cell_22(X),result_0,"2",plant_cell_0)
& result_2(fn_cytokinesis_in_plant_cell_22(X),fn_cytokinesis_in_plant_cell_12(X))
& next_event_2(fn_cytokinesis_in_plant_cell_21(X),fn_cytokinesis_in_plant_cell_25(X))
& result_2(fn_cytokinesis_in_plant_cell_21(X),fn_cytokinesis_in_plant_cell_1(X))
& next_event_2(fn_cytokinesis_in_plant_cell_15(X),fn_cytokinesis_in_plant_cell_21(X))
& next_event_2(fn_cytokinesis_in_plant_cell_14(X),fn_cytokinesis_in_plant_cell_15(X))
& has_state_2(fn_cytokinesis_in_plant_cell_13(X),fn_cytokinesis_in_plant_cell_5(X))
& has_part_2(fn_cytokinesis_in_plant_cell_5(X),fn_cytokinesis_in_plant_cell_23(X))
& object_2(fn_cytokinesis_in_plant_cell_22(X),fn_cytokinesis_in_plant_cell_4(X))
& result_2(fn_cytokinesis_in_plant_cell_25(X),fn_cytokinesis_in_plant_cell_33(X))
& base_2(fn_cytokinesis_in_plant_cell_21(X),fn_cytokinesis_in_plant_cell_24(X))
& base_2(fn_cytokinesis_in_plant_cell_15(X),fn_cytokinesis_in_plant_cell_5(X))
& object_2(fn_cytokinesis_in_plant_cell_21(X),fn_cytokinesis_in_plant_cell_20(X))
& raw_material_2(fn_cytokinesis_in_plant_cell_25(X),fn_cytokinesis_in_plant_cell_23(X))
& base_2(X,fn_cytokinesis_in_plant_cell_13(X))
& fn_cytokinesis_in_plant_cell_13(X) != fn_cytokinesis_in_plant_cell_12(X)
& result_2(X,fn_cytokinesis_in_plant_cell_12(X))
& fn_cytokinesis_in_plant_cell_12(X) != fn_cytokinesis_in_plant_cell_13(X)
& has_part_2(fn_cytokinesis_in_plant_cell_13(X),fn_cytokinesis_in_plant_cell_3(X))
& is_inside_2(fn_cytokinesis_in_plant_cell_3(X),fn_cytokinesis_in_plant_cell_9(X))
& object_2(fn_cytokinesis_in_plant_cell_2(X),fn_cytokinesis_in_plant_cell_5(X))
& agent_2(fn_cytokinesis_in_plant_cell_2(X),fn_cytokinesis_in_plant_cell_33(X))
& has_part_2(fn_cytokinesis_in_plant_cell_23(X),fn_cytokinesis_in_plant_cell_20(X))
& base_2(fn_cytokinesis_in_plant_cell_17(X),fn_cytokinesis_in_plant_cell_23(X))
& enables_2(fn_cytokinesis_in_plant_cell_17(X),fn_cytokinesis_in_plant_cell_16(X))
& subevent_2(fn_cytokinesis_in_plant_cell_15(X),fn_cytokinesis_in_plant_cell_16(X))
& subevent_2(fn_cytokinesis_in_plant_cell_15(X),fn_cytokinesis_in_plant_cell_17(X))
& object_2(fn_cytokinesis_in_plant_cell_15(X),fn_cytokinesis_in_plant_cell_23(X))
& object_2(fn_cytokinesis_in_plant_cell_16(X),fn_cytokinesis_in_plant_cell_23(X))
& toward_2(fn_cytokinesis_in_plant_cell_16(X),fn_cytokinesis_in_plant_cell_24(X))
& has_part_2(fn_cytokinesis_in_plant_cell_24(X),fn_cytokinesis_in_plant_cell_8(X))
& is_across_2(fn_cytokinesis_in_plant_cell_8(X),fn_cytokinesis_in_plant_cell_24(X))
& first_subevent_2(fn_cytokinesis_in_plant_cell_26(X),fn_cytokinesis_in_plant_cell_7(X))
& first_subevent_2(fn_cytokinesis_in_plant_cell_26(X),fn_cytokinesis_in_plant_cell_6(X))
& path_2(fn_cytokinesis_in_plant_cell_26(X),fn_cytokinesis_in_plant_cell_27(X))
& result_2(fn_cytokinesis_in_plant_cell_14(X),fn_cytokinesis_in_plant_cell_23(X))
& subevent_2(fn_cytokinesis_in_plant_cell_14(X),fn_cytokinesis_in_plant_cell_26(X))
& subevent_2(fn_cytokinesis_in_plant_cell_26(X),fn_cytokinesis_in_plant_cell_7(X))
& path_2(fn_cytokinesis_in_plant_cell_7(X),fn_cytokinesis_in_plant_cell_27(X))
& path_2(fn_cytokinesis_in_plant_cell_6(X),fn_cytokinesis_in_plant_cell_27(X))
& subevent_2(fn_cytokinesis_in_plant_cell_26(X),fn_cytokinesis_in_plant_cell_6(X))
& has_part_2(fn_cytokinesis_in_plant_cell_13(X),fn_cytokinesis_in_plant_cell_24(X))
& is_between_2(fn_cytokinesis_in_plant_cell_24(X),fn_cytokinesis_in_plant_cell_19(X))
& has_part_2(fn_cytokinesis_in_plant_cell_9(X),fn_cytokinesis_in_plant_cell_19(X))
& object_2(fn_cytokinesis_in_plant_cell_31(X),fn_cytokinesis_in_plant_cell_5(X))
& has_function_2(fn_cytokinesis_in_plant_cell_33(X),fn_cytokinesis_in_plant_cell_31(X))
& has_part_2(fn_cytokinesis_in_plant_cell_33(X),fn_cytokinesis_in_plant_cell_30(X))
& element_2(fn_cytokinesis_in_plant_cell_29(X),fn_cytokinesis_in_plant_cell_30(X))
& has_part_2(fn_cytokinesis_in_plant_cell_33(X),fn_cytokinesis_in_plant_cell_29(X))
& object_2(fn_cytokinesis_in_plant_cell_32(X),fn_cytokinesis_in_plant_cell_5(X))
& has_function_2(fn_cytokinesis_in_plant_cell_33(X),fn_cytokinesis_in_plant_cell_32(X))
& has_part_2(fn_cytokinesis_in_plant_cell_5(X),fn_cytokinesis_in_plant_cell_33(X))
& has_part_2(fn_cytokinesis_in_plant_cell_5(X),fn_cytokinesis_in_plant_cell_34(X))
& is_outside_2(fn_cytokinesis_in_plant_cell_33(X),fn_cytokinesis_in_plant_cell_34(X))
& agent_2(fn_cytokinesis_in_plant_cell_31(X),fn_cytokinesis_in_plant_cell_33(X))
& agent_2(fn_cytokinesis_in_plant_cell_32(X),fn_cytokinesis_in_plant_cell_33(X))
& fn_cytokinesis_in_plant_cell_18(X) != fn_cytokinesis_in_plant_cell_19(X)
& fn_cytokinesis_in_plant_cell_19(X) != fn_cytokinesis_in_plant_cell_18(X)
& is_between_2(fn_cytokinesis_in_plant_cell_24(X),fn_cytokinesis_in_plant_cell_18(X))
& has_solvent_2(fn_cytokinesis_in_plant_cell_19(X),fn_cytokinesis_in_plant_cell_11(X))
& has_part_2(fn_cytokinesis_in_plant_cell_19(X),fn_cytokinesis_in_plant_cell_11(X))
& fn_cytokinesis_in_plant_cell_11(X) != fn_cytokinesis_in_plant_cell_10(X)
& fn_cytokinesis_in_plant_cell_10(X) != fn_cytokinesis_in_plant_cell_11(X)
& has_part_2(fn_cytokinesis_in_plant_cell_19(X),fn_cytokinesis_in_plant_cell_10(X))
& has_solute_2(fn_cytokinesis_in_plant_cell_19(X),fn_cytokinesis_in_plant_cell_10(X))
& has_part_2(fn_cytokinesis_in_plant_cell_28(X),fn_cytokinesis_in_plant_cell_27(X))
& has_part_2(fn_cytokinesis_in_plant_cell_13(X),fn_cytokinesis_in_plant_cell_28(X))
& fn_cytokinesis_in_plant_cell_4(X) = fn_impair_1(fn_cytokinesis_in_plant_cell_22(X))
& fn_cytokinesis_in_plant_cell_33(X) = fn_create_1(fn_cytokinesis_in_plant_cell_25(X))
& fn_cytokinesis_in_plant_cell_24(X) = fn_add_2(fn_cytokinesis_in_plant_cell_21(X))
& fn_cytokinesis_in_plant_cell_5(X) = fn_mitotic_event_1(fn_cytokinesis_in_plant_cell_15(X))
& fn_cytokinesis_in_plant_cell_20(X) = fn_add_1(fn_cytokinesis_in_plant_cell_21(X))
& fn_cytokinesis_in_plant_cell_23(X) = fn_produce_1(fn_cytokinesis_in_plant_cell_25(X))
& fn_cytokinesis_in_plant_cell_12(X) = fn_cytokinesis_2(X)
& fn_cytokinesis_in_plant_cell_13(X) = fn_cytokinesis_3(X)
& fn_cytokinesis_in_plant_cell_9(X) = fn_eukaryotic_cell_42(fn_cytokinesis_in_plant_cell_13(X))
& fn_cytokinesis_in_plant_cell_9(X) = fn_plant_cell_91(fn_cytokinesis_in_plant_cell_13(X))
& fn_cytokinesis_in_plant_cell_3(X) = fn_eukaryotic_cell_24(fn_cytokinesis_in_plant_cell_13(X))
& fn_cytokinesis_in_plant_cell_3(X) = fn_plant_cell_100(fn_cytokinesis_in_plant_cell_13(X))
& fn_cytokinesis_in_plant_cell_33(X) = fn_plant_cell_82(fn_cytokinesis_in_plant_cell_5(X))
& fn_cytokinesis_in_plant_cell_2(X) = fn_plant_cell_1(fn_cytokinesis_in_plant_cell_5(X))
& fn_cytokinesis_in_plant_cell_20(X) = fn_cell_plate_growth_9(fn_cytokinesis_in_plant_cell_15(X))
& fn_cytokinesis_in_plant_cell_17(X) = fn_cell_plate_growth_10(fn_cytokinesis_in_plant_cell_15(X))
& fn_cytokinesis_in_plant_cell_8(X) = fn_plasma_membrane_68(fn_cytokinesis_in_plant_cell_24(X))
& fn_cytokinesis_in_plant_cell_8(X) = fn_plasma_membrane_54(fn_cytokinesis_in_plant_cell_24(X))
& fn_cytokinesis_in_plant_cell_8(X) = fn_plasma_membrane_55(fn_cytokinesis_in_plant_cell_24(X))
& fn_cytokinesis_in_plant_cell_8(X) = fn_cell_plate_growth_6(fn_cytokinesis_in_plant_cell_15(X))
& fn_cytokinesis_in_plant_cell_24(X) = fn_cell_plate_growth_8(fn_cytokinesis_in_plant_cell_15(X))
& fn_cytokinesis_in_plant_cell_16(X) = fn_cell_plate_growth_1(fn_cytokinesis_in_plant_cell_15(X))
& fn_cytokinesis_in_plant_cell_23(X) = fn_cell_plate_growth_11(fn_cytokinesis_in_plant_cell_15(X))
& fn_cytokinesis_in_plant_cell_23(X) = fn_formation_of_cell_plate_5(fn_cytokinesis_in_plant_cell_14(X))
& fn_cytokinesis_in_plant_cell_6(X) = fn_formation_of_cell_plate_14(fn_cytokinesis_in_plant_cell_14(X))
& fn_cytokinesis_in_plant_cell_27(X) = fn_formation_of_cell_plate_2(fn_cytokinesis_in_plant_cell_14(X))
& fn_cytokinesis_in_plant_cell_7(X) = fn_formation_of_cell_plate_15(fn_cytokinesis_in_plant_cell_14(X))
& fn_cytokinesis_in_plant_cell_26(X) = fn_formation_of_cell_plate_10(fn_cytokinesis_in_plant_cell_14(X))
& fn_cytokinesis_in_plant_cell_24(X) = fn_cell_30(fn_cytokinesis_in_plant_cell_13(X))
& fn_cytokinesis_in_plant_cell_9(X) = fn_plasma_membrane_69(fn_cytokinesis_in_plant_cell_24(X))
& fn_cytokinesis_in_plant_cell_13(X) = fn_cytoskeleton_6(fn_cytokinesis_in_plant_cell_28(X))
& fn_cytokinesis_in_plant_cell_28(X) = fn_cell_2(fn_cytokinesis_in_plant_cell_13(X))
& fn_cytokinesis_in_plant_cell_27(X) = fn_cytoskeleton_1(fn_cytokinesis_in_plant_cell_28(X))
& fn_cytokinesis_in_plant_cell_10(X) = fn_solution_5(fn_cytokinesis_in_plant_cell_19(X))
& fn_cytokinesis_in_plant_cell_11(X) = fn_solution_6(fn_cytokinesis_in_plant_cell_19(X))
& fn_cytokinesis_in_plant_cell_11(X) = fn_aqueous_solution_14(fn_cytokinesis_in_plant_cell_19(X))
& fn_cytokinesis_in_plant_cell_19(X) = fn_plasma_membrane_70(fn_cytokinesis_in_plant_cell_24(X))
& fn_cytokinesis_in_plant_cell_18(X) = fn_plasma_membrane_70(fn_cytokinesis_in_plant_cell_24(X))
& fn_cytokinesis_in_plant_cell_18(X) = fn_plasma_membrane_77(fn_cytokinesis_in_plant_cell_24(X))
& fn_cytokinesis_in_plant_cell_30(X) = fn_plant_cell_wall_10(fn_cytokinesis_in_plant_cell_33(X))
& fn_cytokinesis_in_plant_cell_30(X) = fn_plant_cell_wall_21(fn_cytokinesis_in_plant_cell_33(X))
& fn_cytokinesis_in_plant_cell_29(X) = fn_plant_cell_wall_23(fn_cytokinesis_in_plant_cell_33(X))
& fn_cytokinesis_in_plant_cell_5(X) = fn_plant_cell_wall_24(fn_cytokinesis_in_plant_cell_33(X))
& fn_cytokinesis_in_plant_cell_34(X) = fn_plant_cell_wall_26(fn_cytokinesis_in_plant_cell_33(X))
& fn_cytokinesis_in_plant_cell_31(X) = fn_plant_cell_wall_17(fn_cytokinesis_in_plant_cell_33(X))
& fn_cytokinesis_in_plant_cell_32(X) = fn_plant_cell_wall_27(fn_cytokinesis_in_plant_cell_33(X))
& fn_plant_cell_100(fn_cytokinesis_in_plant_cell_13(X)) = fn_eukaryotic_cell_24(fn_cytokinesis_in_plant_cell_13(X))
& fn_eukaryotic_cell_24(fn_cytokinesis_in_plant_cell_13(X)) = fn_plant_cell_100(fn_cytokinesis_in_plant_cell_13(X))
& fn_plant_cell_100(fn_cytokinesis_in_plant_cell_13(X)) = fn_add_1(fn_cytokinesis_in_plant_cell_21(X))
& fn_add_1(fn_cytokinesis_in_plant_cell_21(X)) = fn_cell_plate_growth_9(fn_cytokinesis_in_plant_cell_15(X))
& fn_cell_plate_growth_9(fn_cytokinesis_in_plant_cell_15(X)) = fn_plasma_membrane_68(fn_cytokinesis_in_plant_cell_24(X))
& fn_plasma_membrane_68(fn_cytokinesis_in_plant_cell_24(X)) = fn_plasma_membrane_54(fn_cytokinesis_in_plant_cell_24(X))
& fn_plasma_membrane_55(fn_cytokinesis_in_plant_cell_24(X)) = fn_plasma_membrane_54(fn_cytokinesis_in_plant_cell_24(X))
& fn_plasma_membrane_54(fn_cytokinesis_in_plant_cell_24(X)) = fn_plasma_membrane_55(fn_cytokinesis_in_plant_cell_24(X))
& fn_plasma_membrane_55(fn_cytokinesis_in_plant_cell_24(X)) = fn_plasma_membrane_55(fn_cytokinesis_in_plant_cell_24(X))
& fn_cell_plate_growth_6(fn_cytokinesis_in_plant_cell_15(X)) = fn_plasma_membrane_55(fn_cytokinesis_in_plant_cell_24(X))
& fn_plasma_membrane_55(fn_cytokinesis_in_plant_cell_24(X)) = fn_cell_plate_growth_6(fn_cytokinesis_in_plant_cell_15(X))
& fn_cell_plate_growth_6(fn_cytokinesis_in_plant_cell_15(X)) = fn_produce_1(fn_cytokinesis_in_plant_cell_25(X))
& fn_produce_1(fn_cytokinesis_in_plant_cell_25(X)) = fn_cell_plate_growth_11(fn_cytokinesis_in_plant_cell_15(X))
& fn_cell_plate_growth_11(fn_cytokinesis_in_plant_cell_15(X)) = fn_cell_plate_growth_11(fn_cytokinesis_in_plant_cell_15(X))
& fn_cell_plate_growth_11(fn_cytokinesis_in_plant_cell_15(X)) = fn_formation_of_cell_plate_5(fn_cytokinesis_in_plant_cell_14(X))
& fn_formation_of_cell_plate_5(fn_cytokinesis_in_plant_cell_14(X)) = fn_eukaryotic_cell_42(fn_cytokinesis_in_plant_cell_13(X))
& fn_eukaryotic_cell_42(fn_cytokinesis_in_plant_cell_13(X)) = fn_plant_cell_91(fn_cytokinesis_in_plant_cell_13(X))
& fn_plant_cell_91(fn_cytokinesis_in_plant_cell_13(X)) = fn_plant_cell_91(fn_cytokinesis_in_plant_cell_13(X))
& fn_plant_cell_91(fn_cytokinesis_in_plant_cell_13(X)) = fn_plasma_membrane_69(fn_cytokinesis_in_plant_cell_24(X))
& fn_plasma_membrane_69(fn_cytokinesis_in_plant_cell_24(X)) = fn_cytokinesis_3(X)
& fn_cytokinesis_3(X) = fn_cytokinesis_3(X)
& fn_cytokinesis_3(X) = fn_cytoskeleton_6(fn_cytokinesis_in_plant_cell_28(X))
& fn_cytoskeleton_6(fn_cytokinesis_in_plant_cell_28(X)) = fn_formation_of_cell_plate_2(fn_cytokinesis_in_plant_cell_14(X))
& fn_formation_of_cell_plate_2(fn_cytokinesis_in_plant_cell_14(X)) = fn_formation_of_cell_plate_2(fn_cytokinesis_in_plant_cell_14(X))
& fn_formation_of_cell_plate_2(fn_cytokinesis_in_plant_cell_14(X)) = fn_cytoskeleton_1(fn_cytokinesis_in_plant_cell_28(X))
& fn_cytoskeleton_1(fn_cytokinesis_in_plant_cell_28(X)) = fn_solution_6(fn_cytokinesis_in_plant_cell_19(X))
& fn_solution_6(fn_cytokinesis_in_plant_cell_19(X)) = fn_solution_6(fn_cytokinesis_in_plant_cell_19(X))
& fn_aqueous_solution_14(fn_cytokinesis_in_plant_cell_19(X)) = fn_solution_6(fn_cytokinesis_in_plant_cell_19(X))
& fn_solution_6(fn_cytokinesis_in_plant_cell_19(X)) = fn_aqueous_solution_14(fn_cytokinesis_in_plant_cell_19(X))
& fn_aqueous_solution_14(fn_cytokinesis_in_plant_cell_19(X)) = fn_plasma_membrane_77(fn_cytokinesis_in_plant_cell_24(X))
& fn_plasma_membrane_77(fn_cytokinesis_in_plant_cell_24(X)) = fn_plasma_membrane_77(fn_cytokinesis_in_plant_cell_24(X))
& fn_plasma_membrane_77(fn_cytokinesis_in_plant_cell_24(X)) = fn_plasma_membrane_70(fn_cytokinesis_in_plant_cell_24(X))
& fn_plasma_membrane_70(fn_cytokinesis_in_plant_cell_24(X)) = fn_plasma_membrane_77(fn_cytokinesis_in_plant_cell_24(X))
& fn_plasma_membrane_77(fn_cytokinesis_in_plant_cell_24(X)) = fn_add_2(fn_cytokinesis_in_plant_cell_21(X))
& fn_add_2(fn_cytokinesis_in_plant_cell_21(X)) = fn_cell_plate_growth_8(fn_cytokinesis_in_plant_cell_15(X))
& fn_cell_plate_growth_8(fn_cytokinesis_in_plant_cell_15(X)) = fn_cell_plate_growth_8(fn_cytokinesis_in_plant_cell_15(X))
& fn_cell_plate_growth_8(fn_cytokinesis_in_plant_cell_15(X)) = fn_cell_30(fn_cytokinesis_in_plant_cell_13(X))
& fn_cell_30(fn_cytokinesis_in_plant_cell_13(X)) = fn_plant_cell_wall_10(fn_cytokinesis_in_plant_cell_33(X))
& fn_plant_cell_wall_10(fn_cytokinesis_in_plant_cell_33(X)) = fn_plant_cell_wall_21(fn_cytokinesis_in_plant_cell_33(X))
& fn_plant_cell_wall_21(fn_cytokinesis_in_plant_cell_33(X)) = fn_plant_cell_wall_21(fn_cytokinesis_in_plant_cell_33(X))
& fn_plant_cell_wall_21(fn_cytokinesis_in_plant_cell_33(X)) = fn_mitotic_event_1(fn_cytokinesis_in_plant_cell_15(X))
& fn_mitotic_event_1(fn_cytokinesis_in_plant_cell_15(X)) = fn_plant_cell_wall_24(fn_cytokinesis_in_plant_cell_33(X))
& fn_plant_cell_wall_24(fn_cytokinesis_in_plant_cell_33(X)) = fn_plant_cell_wall_24(fn_cytokinesis_in_plant_cell_33(X))
& fn_plant_cell_wall_24(fn_cytokinesis_in_plant_cell_33(X)) = fn_create_1(fn_cytokinesis_in_plant_cell_25(X))
& fn_create_1(fn_cytokinesis_in_plant_cell_25(X)) = fn_plant_cell_82(fn_cytokinesis_in_plant_cell_5(X)) ) ) ).
fof(a528798,axiom,
! [X] :
( cytokinin_1(X)
=> ( original_name_2(X,'Cytokinin')
& user_description_2(X,'A plant hormone that promotes cell division in roots and shoots. Cytokinins are also involved in apical dominance, growth of axillarly buds, and leaf senescence.')
& concept2words_2(X,cytokinin)
& steroid_hormone_1(X)
& ~ androgen_1(X)
& ~ estrogen_1(X)
& ~ progestin_1(X) ) ) ).
fof(a528799,axiom,
! [X] :
( cytoplasm_1(X)
=> ( original_name_2(X,'Cytoplasm')
& user_description_2(X,'Cytoplasm is the part of a cell that is enclosed within the cell membrane. This part of the cell is the site for most of the cellular processes. In eukaryotic cells, the cytoplasm contains organelles.')
& concept2words_2(X,cytoplasm)
& colloid_1(X)
& state_value_1(fn_cytoplasm_2(X))
& negatively_charged_region_1(fn_cytoplasm_3(X))
& cellular_structure_1(fn_cytoplasm_4(X))
& hydrophilic_compound_1(fn_cytoplasm_5(X))
& cellular_work_1(fn_cytoplasm_6(X))
& cell_1(fn_cytoplasm_7(X))
& cytosol_1(fn_cytoplasm_8(X))
& cytoplasm_1(fn_cytosol_1(fn_cytoplasm_8(X)))
& cell_1(fn_cellular_work_2(fn_cytoplasm_6(X)))
& the_categorical_value_2(fn_cytoplasm_2(X),liquid_0)
& has_part_2(fn_cytoplasm_7(X),X)
& has_function_2(fn_cytoplasm_7(X),fn_cytoplasm_6(X))
& has_part_2(X,fn_cytoplasm_4(X))
& has_part_2(X,fn_cytoplasm_5(X))
& has_region_2(X,fn_cytoplasm_3(X))
& physical_state_2(X,fn_cytoplasm_2(X))
& has_part_2(X,fn_cytoplasm_8(X))
& base_2(fn_cytoplasm_6(X),fn_cytoplasm_7(X))
& X = fn_cytosol_1(fn_cytoplasm_8(X))
& fn_cytoplasm_7(X) = fn_cellular_work_2(fn_cytoplasm_6(X)) ) ) ).
fof(a528800,axiom,
! [X] :
( cytoplasmic_channel_1(X)
=> ( original_name_2(X,'Cytoplasmic-Channel')
& user_description_2(X,'A region of a cell junction that allows the sharing and exchange of materials in the cytoplasm of two or more cells.')
& concept2words_2(X,'communicating junctions')
& concept2words_2(X,'gap junctions')
& concept2words_2(X,'hydrophilic channel')
& concept2words_2(X,'cytoplasmic channel')
& concept2words_2(X,'cytoplasmic-channel')
& pore_1(X) ) ) ).
fof(a528801,axiom,
! [X] :
( cytoplasmic_determinant_1(X)
=> ( original_name_2(X,'Cytoplasmic-Determinant')
& user_description_2(X,'A substance, commonly a piece of RNA or a protein, that is placed by the mother into an egg and which affects early development by regulating the expression of genes that affect cell fates.')
& concept2words_2(X,'cytoplasmic determinant')
& concept2words_2(X,'cytoplasmic-determinant')
& local_regulator_1(X)
& cytoplasm_1(fn_cytoplasmic_determinant_1(X))
& chemical_entity_1(fn_cytoplasmic_determinant_2(X))
& has_part_2(fn_cytoplasmic_determinant_1(X),fn_cytoplasmic_determinant_2(X))
& plays_2(fn_cytoplasmic_determinant_2(X),X)
& fn_cytoplasmic_determinant_2(X) = fn_local_regulator_2(X) ) ) ).
fof(a528802,axiom,
! [X] :
( cytoplasmic_protein_kinase_1(X)
=> ( original_name_2(X,'Cytoplasmic-Protein-Kinase')
& user_description_2(X,'A type of protein kinase which is specifically found in cytoplasm of the cell.')
& concept2words_2(X,'cytoplasmic protein kinase')
& concept2words_2(X,'cytoplasmic-protein-kinase')
& protein_kinase_1(X)
& ~ cyclin_dependent_kinase_1(X)
& ~ receptor_tyrosine_kinase_1(X)
& ~ tyrosine_kinase_1(X)
& cytoplasm_1(fn_cytoplasmic_protein_kinase_1(X))
& reactant_1(fn_cytoplasmic_protein_kinase_2(X))
& protein_1(fn_cytoplasmic_protein_kinase_3(X))
& phosphorylation_1(fn_cytoplasmic_protein_kinase_4(X))
& chemical_reaction_1(fn_cytoplasmic_protein_kinase_4(X))
& chemical_entity_1(fn_reactant_3(fn_cytoplasmic_protein_kinase_2(X)))
& chemical_reaction_1(fn_reactant_2(fn_cytoplasmic_protein_kinase_2(X)))
& is_inside_2(X,fn_cytoplasmic_protein_kinase_1(X))
& different_type_2(X,fn_cytoplasmic_protein_kinase_3(X))
& different_type_2(fn_cytoplasmic_protein_kinase_3(X),X)
& has_function_2(X,fn_cytoplasmic_protein_kinase_4(X))
& in_event_2(fn_cytoplasmic_protein_kinase_2(X),fn_cytoplasmic_protein_kinase_4(X))
& raw_material_2(fn_cytoplasmic_protein_kinase_4(X),fn_cytoplasmic_protein_kinase_3(X))
& plays_2(fn_cytoplasmic_protein_kinase_3(X),fn_cytoplasmic_protein_kinase_2(X))
& fn_cytoplasmic_protein_kinase_4(X) = fn_kinase_1(X)
& fn_cytoplasmic_protein_kinase_3(X) = fn_reactant_3(fn_cytoplasmic_protein_kinase_2(X))
& fn_cytoplasmic_protein_kinase_4(X) = fn_reactant_2(fn_cytoplasmic_protein_kinase_2(X))
& fn_kinase_1(X) = fn_reactant_2(fn_cytoplasmic_protein_kinase_2(X))
& fn_reactant_2(fn_cytoplasmic_protein_kinase_2(X)) = fn_reactant_2(fn_cytoplasmic_protein_kinase_2(X)) ) ) ).
fof(a528803,axiom,
! [X] :
( cytoplasmic_response_1(X)
=> ( original_name_2(X,'Cytoplasmic-Response')
& user_description_2(X,'During a cell signalling event, a cellular response which occurs in the cytoplasm of the cell.')
& concept2words_2(X,respond)
& concept2words_2(X,'cytoplasmic response')
& concept2words_2(X,'cytoplasmic-response')
& cellular_response_1(X) ) ) ).
fof(a528804,axiom,
! [X] :
( cytoplasmic_side_1(X)
=> ( original_name_2(X,'Cytoplasmic-Side')
& user_description_2(X,'Cytoplasmic side is the interior side of membrane facing the cytoplasm.')
& concept2words_2(X,'cytoplasmic side')
& concept2words_2(X,'cytoplasmic-side')
& cellular_region_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X)
& cytoplasm_1(fn_cytoplasmic_side_1(X))
& is_facing_2(X,fn_cytoplasmic_side_1(X)) ) ) ).
fof(a528805,axiom,
! [X] :
( cytoplasmic_streaming_1(X)
=> ( original_name_2(X,'Cytoplasmic-Streaming')
& user_description_2(X,'The circular flow of cytoplasm within a plant or fungal cell.')
& concept2words_2(X,'perform cytoplasmic streaming')
& concept2words_2(X,circulate)
& concept2words_2(X,'cytoplasmic streaming')
& concept2words_2(X,'cytoplasmic-streaming')
& cellular_transport_1(X)
& interact_1(fn_cytoplasmic_streaming_1(X))
& actin_1(fn_cytoplasmic_streaming_2(X))
& biological_region_1(fn_cytoplasmic_streaming_4(X))
& shape_value_1(fn_cytoplasmic_streaming_5(X))
& cytoskeleton_1(fn_cytoplasmic_streaming_6(X))
& microfilament_1(fn_cytoplasmic_streaming_7(X))
& myosin_1(fn_cytoplasmic_streaming_8(X))
& substance_1(fn_cytoplasmic_streaming_9(X))
& cytosol_1(fn_cytoplasmic_streaming_9(X))
& attach_1(fn_cytoplasmic_streaming_10(X))
& organelle_1(fn_cytoplasmic_streaming_11(X))
& mixture_1(fn_cytoplasmic_streaming_12(X))
& cytoplasm_1(fn_cytoplasmic_streaming_12(X))
& spatial_entity_1(fn_attach_1(fn_cytoplasmic_streaming_10(X)))
& spatial_entity_1(fn_attach_2(fn_cytoplasmic_streaming_10(X)))
& microfilament_1(fn_cytoskeleton_2(fn_cytoplasmic_streaming_6(X)))
& mixture_1(fn_cytoskeleton_7(fn_cytoplasmic_streaming_6(X)))
& cytoplasm_1(fn_cytoskeleton_7(fn_cytoplasmic_streaming_6(X)))
& substance_1(fn_cytoskeleton_9(fn_cytoplasmic_streaming_6(X)))
& cytosol_1(fn_cytoskeleton_9(fn_cytoplasmic_streaming_6(X)))
& facilitates_2(fn_cytoplasmic_streaming_7(X),X)
& facilitates_2(fn_cytoplasmic_streaming_8(X),X)
& object_2(fn_cytoplasmic_streaming_1(X),fn_cytoplasmic_streaming_8(X))
& base_2(fn_cytoplasmic_streaming_1(X),fn_cytoplasmic_streaming_2(X))
& facilitates_2(fn_cytoplasmic_streaming_2(X),X)
& is_inside_2(fn_cytoplasmic_streaming_11(X),fn_cytoplasmic_streaming_9(X))
& shape_2(fn_cytoplasmic_streaming_4(X),fn_cytoplasmic_streaming_5(X))
& the_categorical_value_2(fn_cytoplasmic_streaming_5(X),circle_0)
& object_2(X,fn_cytoplasmic_streaming_12(X))
& path_2(X,fn_cytoplasmic_streaming_4(X))
& agent_2(X,fn_cytoplasmic_streaming_6(X))
& instrument_2(X,fn_cytoplasmic_streaming_7(X))
& has_function_2(fn_cytoplasmic_streaming_6(X),X)
& has_part_2(fn_cytoplasmic_streaming_6(X),fn_cytoplasmic_streaming_8(X))
& object_2(fn_cytoplasmic_streaming_10(X),fn_cytoplasmic_streaming_8(X))
& base_2(fn_cytoplasmic_streaming_10(X),fn_cytoplasmic_streaming_11(X))
& has_part_2(fn_cytoplasmic_streaming_6(X),fn_cytoplasmic_streaming_7(X))
& is_inside_2(fn_cytoplasmic_streaming_6(X),fn_cytoplasmic_streaming_9(X))
& has_part_2(fn_cytoplasmic_streaming_12(X),fn_cytoplasmic_streaming_9(X))
& fn_cytoplasmic_streaming_8(X) = fn_attach_1(fn_cytoplasmic_streaming_10(X))
& fn_cytoplasmic_streaming_11(X) = fn_attach_2(fn_cytoplasmic_streaming_10(X))
& fn_cytoplasmic_streaming_7(X) = fn_cytoskeleton_2(fn_cytoplasmic_streaming_6(X))
& fn_cytoplasmic_streaming_12(X) = fn_cytoskeleton_7(fn_cytoplasmic_streaming_6(X))
& fn_cytoplasmic_streaming_9(X) = fn_cytoskeleton_9(fn_cytoplasmic_streaming_6(X)) ) ) ).
fof(a528806,axiom,
! [X] :
( cytosine_1(X)
=> ( original_name_2(X,'Cytosine')
& user_description_2(X,'One of the five most common nitrogenous bases which make up nucleotide monomers of nucleic acids. Cytosine is present in both DNA and RNA.')
& concept2words_2(X,'C')
& concept2words_2(X,cytosine)
& pyrimidine_1(X)
& ~ thymine_1(X)
& ~ uracil_1(X)
& guanine_1(fn_cytosine_1(X))
& complement_2(fn_cytosine_1(X),X)
& complement_2(X,fn_cytosine_1(X)) ) ) ).
fof(a528807,axiom,
! [X,X1] :
( ( is_at_2(X,X1)
& nitrogenous_base_present_in_dna_1(X)
& cytosine_1(X)
& dna_strand_1(X1) )
=> ( cytosine_at_dna_strand_1(X)
& fn_cytosine_at_dna_strand_2(X) = X1 ) ) ).
fof(a528808,axiom,
! [X] :
( cytosine_at_dna_strand_1(X)
=> ( original_name_2(X,'Cytosine-At-DNA-Strand')
& user_description_2(X,'A nitrogenous base from the pyrimidine family when attached to deoxyribose and a phosphate group forms a nucleotide for DNA molecules.')
& concept2words_2(X,'cytosine at dna strand')
& concept2words_2(X,'cytosine-at-dna-strand')
& cytosine_1(X)
& nitrogenous_base_present_in_dna_1(X)
& ~ cytosine_at_rna_strand_1(X)
& ~ adenine_at_dna_strand_1(X)
& ~ guanine_at_dna_strand_1(X)
& ~ thymine_1(X)
& dna_strand_1(fn_cytosine_at_dna_strand_2(X))
& is_at_2(X,fn_cytosine_at_dna_strand_2(X))
& fn_cytosine_at_dna_strand_2(X) = fn_nitrogenous_base_present_in_dna_2(X) ) ) ).
fof(a528809,axiom,
! [X,X2,X1] :
( ( is_at_2(X,X1)
& is_opposite_2(X2,X1)
& cytosine_at_dna_strand_1(X)
& dna_strand_1(X2)
& dna_strand_1(X1) )
=> ( cytosine_at_dna_strand_opposite_to_dna_strand_1(X)
& fn_cytosine_at_dna_strand_opposite_to_dna_strand_3(X) = X1
& fn_cytosine_at_dna_strand_opposite_to_dna_strand_2(X) = X2 ) ) ).
fof(a528810,axiom,
! [X] :
( cytosine_at_dna_strand_opposite_to_dna_strand_1(X)
=> ( original_name_2(X,'Cytosine-At-DNA-Strand-Opposite-To-DNA-Strand')
& user_description_2(X,'Cytosine is a nitrogenous base which is present at DNA strand and is present opposite to other DNA strand having Guanine.')
& concept2words_2(X,'cytosine at dna strand opposite to dna strand')
& concept2words_2(X,'cytosine-at-dna-strand-opposite-to-dna-strand')
& cytosine_at_dna_strand_1(X)
& ~ cytosine_at_dna_strand_opposite_to_rna_strand_1(X)
& dna_strand_1(fn_cytosine_at_dna_strand_opposite_to_dna_strand_2(X))
& dna_strand_1(fn_cytosine_at_dna_strand_opposite_to_dna_strand_3(X))
& guanine_at_dna_strand_opposite_to_dna_strand_1(fn_cytosine_at_dna_strand_opposite_to_dna_strand_4(X))
& dna_strand_1(fn_guanine_at_dna_strand_opposite_to_dna_strand_4(fn_cytosine_at_dna_strand_opposite_to_dna_strand_4(X)))
& dna_strand_1(fn_guanine_at_dna_strand_opposite_to_dna_strand_3(fn_cytosine_at_dna_strand_opposite_to_dna_strand_4(X)))
& cytosine_at_dna_strand_opposite_to_dna_strand_1(fn_guanine_at_dna_strand_opposite_to_dna_strand_2(fn_cytosine_at_dna_strand_opposite_to_dna_strand_4(X)))
& is_at_2(fn_cytosine_at_dna_strand_opposite_to_dna_strand_4(X),fn_cytosine_at_dna_strand_opposite_to_dna_strand_2(X))
& complement_2(fn_cytosine_at_dna_strand_opposite_to_dna_strand_4(X),X)
& is_at_2(X,fn_cytosine_at_dna_strand_opposite_to_dna_strand_3(X))
& is_opposite_2(fn_cytosine_at_dna_strand_opposite_to_dna_strand_3(X),fn_cytosine_at_dna_strand_opposite_to_dna_strand_2(X))
& complement_2(X,fn_cytosine_at_dna_strand_opposite_to_dna_strand_4(X))
& complement_2(fn_cytosine_at_dna_strand_opposite_to_dna_strand_2(X),fn_cytosine_at_dna_strand_opposite_to_dna_strand_3(X))
& complement_2(fn_cytosine_at_dna_strand_opposite_to_dna_strand_3(X),fn_cytosine_at_dna_strand_opposite_to_dna_strand_2(X))
& is_opposite_2(fn_cytosine_at_dna_strand_opposite_to_dna_strand_2(X),fn_cytosine_at_dna_strand_opposite_to_dna_strand_3(X))
& fn_cytosine_at_dna_strand_opposite_to_dna_strand_2(X) = fn_guanine_at_dna_strand_opposite_to_dna_strand_4(fn_cytosine_at_dna_strand_opposite_to_dna_strand_4(X))
& fn_cytosine_at_dna_strand_opposite_to_dna_strand_3(X) = fn_guanine_at_dna_strand_opposite_to_dna_strand_3(fn_cytosine_at_dna_strand_opposite_to_dna_strand_4(X))
& X = fn_guanine_at_dna_strand_opposite_to_dna_strand_2(fn_cytosine_at_dna_strand_opposite_to_dna_strand_4(X))
& fn_guanine_at_dna_strand_opposite_to_dna_strand_2(fn_cytosine_at_dna_strand_opposite_to_dna_strand_4(X)) = fn_guanine_at_dna_strand_opposite_to_dna_strand_2(fn_cytosine_at_dna_strand_opposite_to_dna_strand_4(X)) ) ) ).
fof(a528811,axiom,
! [X,X2,X1] :
( ( is_at_2(X,X1)
& is_opposite_2(X2,X1)
& cytosine_at_dna_strand_1(X)
& rna_strand_1(X2)
& dna_strand_1(X1) )
=> ( cytosine_at_dna_strand_opposite_to_rna_strand_1(X)
& fn_cytosine_at_dna_strand_opposite_to_rna_strand_2(X) = X1
& fn_cytosine_at_dna_strand_opposite_to_rna_strand_3(X) = X2 ) ) ).
fof(a528812,axiom,
! [X] :
( cytosine_at_dna_strand_opposite_to_rna_strand_1(X)
=> ( original_name_2(X,'Cytosine-At-DNA-Strand-Opposite-To-RNA-Strand')
& user_description_2(X,'Cytosine is a nitrogenous base which is present at DNA strand and is present opposite to RNA strand having Guanine.')
& concept2words_2(X,'cytosine at dna strand opposite to rna strand')
& concept2words_2(X,'cytosine-at-dna-strand-opposite-to-rna-strand')
& cytosine_at_dna_strand_1(X)
& ~ cytosine_at_dna_strand_opposite_to_dna_strand_1(X)
& dna_strand_1(fn_cytosine_at_dna_strand_opposite_to_rna_strand_2(X))
& rna_strand_1(fn_cytosine_at_dna_strand_opposite_to_rna_strand_3(X))
& guanine_at_rna_strand_opposite_to_dna_strand_1(fn_cytosine_at_dna_strand_opposite_to_rna_strand_4(X))
& dna_strand_1(fn_guanine_at_rna_strand_opposite_to_dna_strand_3(fn_cytosine_at_dna_strand_opposite_to_rna_strand_4(X)))
& rna_strand_1(fn_guanine_at_rna_strand_opposite_to_dna_strand_2(fn_cytosine_at_dna_strand_opposite_to_rna_strand_4(X)))
& cytosine_at_dna_strand_opposite_to_rna_strand_1(fn_guanine_at_rna_strand_opposite_to_dna_strand_4(fn_cytosine_at_dna_strand_opposite_to_rna_strand_4(X)))
& is_at_2(X,fn_cytosine_at_dna_strand_opposite_to_rna_strand_2(X))
& is_opposite_2(fn_cytosine_at_dna_strand_opposite_to_rna_strand_3(X),fn_cytosine_at_dna_strand_opposite_to_rna_strand_2(X))
& is_opposite_2(fn_cytosine_at_dna_strand_opposite_to_rna_strand_2(X),fn_cytosine_at_dna_strand_opposite_to_rna_strand_3(X))
& is_at_2(fn_cytosine_at_dna_strand_opposite_to_rna_strand_4(X),fn_cytosine_at_dna_strand_opposite_to_rna_strand_3(X))
& complement_2(X,fn_cytosine_at_dna_strand_opposite_to_rna_strand_4(X))
& complement_2(fn_cytosine_at_dna_strand_opposite_to_rna_strand_4(X),X)
& complement_2(fn_cytosine_at_dna_strand_opposite_to_rna_strand_2(X),fn_cytosine_at_dna_strand_opposite_to_rna_strand_3(X))
& complement_2(fn_cytosine_at_dna_strand_opposite_to_rna_strand_3(X),fn_cytosine_at_dna_strand_opposite_to_rna_strand_2(X))
& fn_cytosine_at_dna_strand_opposite_to_rna_strand_2(X) = fn_guanine_at_rna_strand_opposite_to_dna_strand_3(fn_cytosine_at_dna_strand_opposite_to_rna_strand_4(X))
& fn_cytosine_at_dna_strand_opposite_to_rna_strand_3(X) = fn_guanine_at_rna_strand_opposite_to_dna_strand_2(fn_cytosine_at_dna_strand_opposite_to_rna_strand_4(X))
& X = fn_guanine_at_rna_strand_opposite_to_dna_strand_4(fn_cytosine_at_dna_strand_opposite_to_rna_strand_4(X))
& fn_guanine_at_rna_strand_opposite_to_dna_strand_4(fn_cytosine_at_dna_strand_opposite_to_rna_strand_4(X)) = fn_guanine_at_rna_strand_opposite_to_dna_strand_4(fn_cytosine_at_dna_strand_opposite_to_rna_strand_4(X)) ) ) ).
fof(a528813,axiom,
! [X,X1] :
( ( is_at_2(X,X1)
& nitrogenous_base_present_in_rna_1(X)
& cytosine_1(X)
& rna_strand_1(X1) )
=> ( cytosine_at_rna_strand_1(X)
& fn_cytosine_at_rna_strand_2(X) = X1 ) ) ).
fof(a528814,axiom,
! [X] :
( cytosine_at_rna_strand_1(X)
=> ( original_name_2(X,'Cytosine-At-RNA-Strand')
& user_description_2(X,'Cytosine (C) is a nucleobase (a pyrimidine derivative) which is present at RNA.')
& concept2words_2(X,'cytosine at rna strand')
& concept2words_2(X,'cytosine-at-rna-strand')
& cytosine_1(X)
& nitrogenous_base_present_in_rna_1(X)
& ~ cytosine_at_dna_strand_1(X)
& ~ adenine_at_rna_strand_1(X)
& ~ guanine_at_rna_strand_1(X)
& ~ uracil_at_rna_strand_opposite_to_dna_strand_1(X)
& ~ uracil_at_rna_strand_opposite_to_rna_strand_1(X)
& rna_strand_1(fn_cytosine_at_rna_strand_2(X))
& is_at_2(X,fn_cytosine_at_rna_strand_2(X))
& fn_cytosine_at_rna_strand_2(X) = fn_nitrogenous_base_present_in_rna_2(X) ) ) ).
fof(a528815,axiom,
! [X,X2,X1] :
( ( is_at_2(X,X1)
& is_opposite_2(X2,X1)
& dna_strand_1(X2)
& rna_strand_1(X1)
& cytosine_at_rna_strand_1(X) )
=> ( cytosine_at_rna_strand_opposite_to_dna_strand_1(X)
& fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X) = X1
& fn_cytosine_at_rna_strand_opposite_to_dna_strand_2(X) = X2 ) ) ).
fof(a528816,axiom,
! [X] :
( cytosine_at_rna_strand_opposite_to_dna_strand_1(X)
=> ( original_name_2(X,'Cytosine-At-RNA-Strand-Opposite-To-DNA-Strand')
& user_description_2(X,'Cytosine is a nitrogenous base which is present at RNA strand and is present opposite to other DNA strand having Guanine.')
& concept2words_2(X,'cytosine at rna strand opposite to dna strand')
& concept2words_2(X,'cytosine-at-rna-strand-opposite-to-dna-strand')
& cytosine_at_rna_strand_1(X)
& ~ cytosine_at_rna_strand_opposite_to_rna_strand_1(X)
& dna_strand_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_2(X))
& covalent_bond_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_3(X))
& chemical_bond_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_3(X))
& phosphodiester_bond_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_3(X))
& carbon_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_4(X))
& ribonucleoside_monophosphate_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_5(X))
& atom_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_6(X))
& chemical_entity_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_6(X))
& spatial_entity_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_7(X))
& monomer_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_7(X))
& ribonucleoside_monophosphate_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_7(X))
& organic_molecule_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_7(X))
& carbon_skeleton_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_8(X))
& sugar_phosphate_backbone_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_9(X))
& guanine_at_dna_strand_opposite_to_rna_strand_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_10(X))
& nucleic_acid_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X))
& organic_molecule_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X))
& rna_strand_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X))
& cytosine_1(fn_guanine_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_10(X)))
& dna_strand_1(fn_guanine_at_dna_strand_2(fn_cytosine_at_rna_strand_opposite_to_dna_strand_10(X)))
& carbon_1(fn_organic_molecule_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X)))
& atom_1(fn_organic_molecule_2(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X)))
& spatial_entity_1(fn_rna_strand_40(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X)))
& monomer_1(fn_rna_strand_40(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X)))
& ribonucleoside_monophosphate_1(fn_rna_strand_40(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X)))
& organic_molecule_1(fn_rna_strand_40(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X)))
& ribonucleoside_monophosphate_1(fn_rna_strand_39(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X)))
& covalent_bond_1(fn_nucleic_acid_19(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X)))
& chemical_bond_1(fn_nucleic_acid_19(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X)))
& phosphodiester_bond_1(fn_nucleic_acid_19(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X)))
& covalent_bond_1(fn_rna_strand_38(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X)))
& chemical_bond_1(fn_rna_strand_38(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X)))
& phosphodiester_bond_1(fn_rna_strand_38(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X)))
& nucleic_acid_1(fn_sugar_phosphate_backbone_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_9(X)))
& complement_2(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X),fn_cytosine_at_rna_strand_opposite_to_dna_strand_2(X))
& is_opposite_2(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X),fn_cytosine_at_rna_strand_opposite_to_dna_strand_2(X))
& is_inside_2(fn_cytosine_at_rna_strand_opposite_to_dna_strand_3(X),fn_cytosine_at_rna_strand_opposite_to_dna_strand_9(X))
& complement_2(fn_cytosine_at_rna_strand_opposite_to_dna_strand_2(X),fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X))
& is_opposite_2(fn_cytosine_at_rna_strand_opposite_to_dna_strand_2(X),fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X))
& has_region_2(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X),fn_cytosine_at_rna_strand_opposite_to_dna_strand_9(X))
& complement_2(fn_cytosine_at_rna_strand_opposite_to_dna_strand_10(X),X)
& complement_2(X,fn_cytosine_at_rna_strand_opposite_to_dna_strand_10(X))
& is_at_2(X,fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X))
& is_at_2(fn_cytosine_at_rna_strand_opposite_to_dna_strand_10(X),fn_cytosine_at_rna_strand_opposite_to_dna_strand_2(X))
& fn_cytosine_at_rna_strand_opposite_to_dna_strand_7(X) != fn_cytosine_at_rna_strand_opposite_to_dna_strand_5(X)
& possesses_2(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X),fn_cytosine_at_rna_strand_opposite_to_dna_strand_3(X))
& has_part_2(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X),fn_cytosine_at_rna_strand_opposite_to_dna_strand_7(X))
& fn_cytosine_at_rna_strand_opposite_to_dna_strand_5(X) != fn_cytosine_at_rna_strand_opposite_to_dna_strand_7(X)
& has_part_2(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X),fn_cytosine_at_rna_strand_opposite_to_dna_strand_5(X))
& fn_cytosine_at_rna_strand_opposite_to_dna_strand_4(X) != fn_cytosine_at_rna_strand_opposite_to_dna_strand_6(X)
& fn_cytosine_at_rna_strand_opposite_to_dna_strand_6(X) != fn_cytosine_at_rna_strand_opposite_to_dna_strand_4(X)
& is_inside_2(fn_cytosine_at_rna_strand_opposite_to_dna_strand_4(X),fn_cytosine_at_rna_strand_opposite_to_dna_strand_8(X))
& has_part_2(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X),fn_cytosine_at_rna_strand_opposite_to_dna_strand_4(X))
& has_part_2(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X),fn_cytosine_at_rna_strand_opposite_to_dna_strand_6(X))
& has_region_2(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X),fn_cytosine_at_rna_strand_opposite_to_dna_strand_8(X))
& fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X) = fn_sugar_phosphate_backbone_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_9(X))
& fn_cytosine_at_rna_strand_opposite_to_dna_strand_10(X) = fn_cytosine_1(X)
& X = fn_guanine_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_10(X))
& fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X) = fn_cytosine_at_rna_strand_2(X)
& fn_cytosine_at_rna_strand_opposite_to_dna_strand_2(X) = fn_guanine_at_dna_strand_2(fn_cytosine_at_rna_strand_opposite_to_dna_strand_10(X))
& fn_cytosine_at_rna_strand_opposite_to_dna_strand_4(X) = fn_organic_molecule_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X))
& fn_cytosine_at_rna_strand_opposite_to_dna_strand_6(X) = fn_organic_molecule_2(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X))
& fn_cytosine_at_rna_strand_opposite_to_dna_strand_8(X) = fn_organic_molecule_3(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X))
& fn_cytosine_at_rna_strand_opposite_to_dna_strand_3(X) = fn_nucleic_acid_19(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X))
& fn_cytosine_at_rna_strand_opposite_to_dna_strand_3(X) = fn_rna_strand_38(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X))
& fn_cytosine_at_rna_strand_opposite_to_dna_strand_7(X) = fn_rna_strand_40(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X))
& fn_cytosine_at_rna_strand_opposite_to_dna_strand_5(X) = fn_rna_strand_39(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X))
& fn_nucleic_acid_19(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X)) = fn_rna_strand_38(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X))
& fn_rna_strand_38(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(X)) = fn_sugar_phosphate_backbone_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_9(X))
& fn_sugar_phosphate_backbone_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_9(X)) = fn_cytosine_at_rna_strand_2(X) ) ) ).
fof(a528817,axiom,
! [X,X2,X1] :
( ( is_at_2(X,X1)
& is_opposite_2(X1,X2)
& cytosine_at_rna_strand_1(X)
& rna_strand_1(X1)
& rna_strand_1(X2) )
=> ( cytosine_at_rna_strand_opposite_to_rna_strand_1(X)
& fn_cytosine_at_rna_strand_opposite_to_rna_strand_2(X) = X1
& fn_cytosine_at_rna_strand_opposite_to_rna_strand_3(X) = X2 ) ) ).
fof(a528818,axiom,
! [X] :
( cytosine_at_rna_strand_opposite_to_rna_strand_1(X)
=> ( original_name_2(X,'Cytosine-At-RNA-Strand-Opposite-To-RNA-Strand')
& user_description_2(X,'Cytosine is a nitrogenous base which is present at RNA strand and is present opposite to other RNA strand having Guanine.')
& concept2words_2(X,'cytosine at rna strand opposite to rna strand')
& concept2words_2(X,'cytosine-at-rna-strand-opposite-to-rna-strand')
& cytosine_at_rna_strand_1(X)
& ~ cytosine_at_rna_strand_opposite_to_dna_strand_1(X)
& rna_strand_1(fn_cytosine_at_rna_strand_opposite_to_rna_strand_2(X))
& rna_strand_1(fn_cytosine_at_rna_strand_opposite_to_rna_strand_3(X))
& guanine_at_rna_strand_opposite_to_rna_strand_1(fn_cytosine_at_rna_strand_opposite_to_rna_strand_4(X))
& cytosine_1(fn_guanine_1(fn_cytosine_at_rna_strand_opposite_to_rna_strand_4(X)))
& rna_strand_1(fn_guanine_at_rna_strand_2(fn_cytosine_at_rna_strand_opposite_to_rna_strand_4(X)))
& complement_2(fn_cytosine_at_rna_strand_opposite_to_rna_strand_2(X),fn_cytosine_at_rna_strand_opposite_to_rna_strand_3(X))
& is_opposite_2(fn_cytosine_at_rna_strand_opposite_to_rna_strand_2(X),fn_cytosine_at_rna_strand_opposite_to_rna_strand_3(X))
& complement_2(fn_cytosine_at_rna_strand_opposite_to_rna_strand_3(X),fn_cytosine_at_rna_strand_opposite_to_rna_strand_2(X))
& is_opposite_2(fn_cytosine_at_rna_strand_opposite_to_rna_strand_3(X),fn_cytosine_at_rna_strand_opposite_to_rna_strand_2(X))
& complement_2(fn_cytosine_at_rna_strand_opposite_to_rna_strand_4(X),X)
& complement_2(X,fn_cytosine_at_rna_strand_opposite_to_rna_strand_4(X))
& is_at_2(X,fn_cytosine_at_rna_strand_opposite_to_rna_strand_2(X))
& is_at_2(fn_cytosine_at_rna_strand_opposite_to_rna_strand_4(X),fn_cytosine_at_rna_strand_opposite_to_rna_strand_3(X))
& fn_cytosine_at_rna_strand_opposite_to_rna_strand_4(X) = fn_cytosine_1(X)
& X = fn_guanine_1(fn_cytosine_at_rna_strand_opposite_to_rna_strand_4(X))
& fn_cytosine_at_rna_strand_opposite_to_rna_strand_2(X) = fn_cytosine_at_rna_strand_2(X)
& fn_cytosine_at_rna_strand_opposite_to_rna_strand_3(X) = fn_guanine_at_rna_strand_2(fn_cytosine_at_rna_strand_opposite_to_rna_strand_4(X)) ) ) ).
fof(a528819,axiom,
! [X] :
( cytoskeletal_rearrangement_1(X)
=> ( original_name_2(X,'Cytoskeletal-Rearrangement')
& user_description_2(X,'Dynamic dismantling and reassembly of the cytoskeleton allowing the cell to change shape or to move.')
& concept2words_2(X,rearrange)
& concept2words_2(X,'cytoskeletal rearrangement')
& concept2words_2(X,'cytoskeletal-rearrangement')
& rearrangement_1(X)
& cell_shape_change_1(X) ) ) ).
fof(a528820,axiom,
! [X] :
( cytoskeleton_1(X)
=> ( original_name_2(X,'Cytoskeleton')
& user_description_2(X,'The cytoskeleton is a cellular scaffolding or skeleton contained within the cytoplasm. The cytoskeleton is present in all cells. The cytoskeleton is comprised of Intermediate filament, Microtubules and Microfilament')
& concept2words_2(X,cytoskeleton)
& cellular_structure_1(X)
& microtubule_1(fn_cytoskeleton_1(X))
& microfilament_1(fn_cytoskeleton_2(X))
& intermediate_filament_1(fn_cytoskeleton_3(X))
& structural_role_1(fn_cytoskeleton_4(X))
& support_1(fn_cytoskeleton_5(X))
& cell_1(fn_cytoskeleton_6(X))
& tangible_entity_1(fn_cytoskeleton_6(X))
& mixture_1(fn_cytoskeleton_7(X))
& cytoplasm_1(fn_cytoskeleton_7(X))
& ribosome_1(fn_cytoskeleton_8(X))
& substance_1(fn_cytoskeleton_9(X))
& cytosol_1(fn_cytoskeleton_9(X))
& support_1(fn_structural_role_1(fn_cytoskeleton_4(X)))
& ribosome_1(fn_cell_14(fn_cytoskeleton_6(X)))
& substance_1(fn_cell_29(fn_cytoskeleton_6(X)))
& cytosol_1(fn_cell_29(fn_cytoskeleton_6(X)))
& mixture_1(fn_cell_28(fn_cytoskeleton_6(X)))
& cytoplasm_1(fn_cell_28(fn_cytoskeleton_6(X)))
& tangible_entity_1(fn_support_1(fn_cytoskeleton_5(X)))
& tangible_entity_1(fn_structural_role_2(fn_cytoskeleton_4(X)))
& cytoskeleton_1(fn_cell_2(fn_cytoskeleton_6(X)))
& is_inside_2(X,fn_cytoskeleton_9(X))
& has_part_2(X,fn_cytoskeleton_1(X))
& has_part_2(X,fn_cytoskeleton_2(X))
& has_part_2(X,fn_cytoskeleton_3(X))
& facilitates_2(fn_cytoskeleton_1(X),fn_cytoskeleton_5(X))
& instrument_2(fn_cytoskeleton_5(X),fn_cytoskeleton_1(X))
& plays_2(X,fn_cytoskeleton_4(X))
& in_event_2(fn_cytoskeleton_4(X),fn_cytoskeleton_5(X))
& agent_2(fn_cytoskeleton_5(X),X)
& has_function_2(X,fn_cytoskeleton_5(X))
& has_part_2(fn_cytoskeleton_6(X),fn_cytoskeleton_7(X))
& has_part_2(fn_cytoskeleton_7(X),fn_cytoskeleton_9(X))
& is_inside_2(fn_cytoskeleton_8(X),fn_cytoskeleton_9(X))
& has_part_2(fn_cytoskeleton_6(X),fn_cytoskeleton_8(X))
& has_part_2(fn_cytoskeleton_6(X),X)
& object_2(fn_cytoskeleton_5(X),fn_cytoskeleton_6(X))
& X = fn_structural_role_2(fn_cytoskeleton_4(X))
& fn_cytoskeleton_5(X) = fn_structural_role_1(fn_cytoskeleton_4(X))
& X = fn_cell_2(fn_cytoskeleton_6(X))
& fn_cytoskeleton_8(X) = fn_cell_14(fn_cytoskeleton_6(X))
& fn_cytoskeleton_9(X) = fn_cell_29(fn_cytoskeleton_6(X))
& fn_cytoskeleton_7(X) = fn_cell_28(fn_cytoskeleton_6(X))
& fn_cytoskeleton_6(X) = fn_support_1(fn_cytoskeleton_5(X))
& fn_structural_role_2(fn_cytoskeleton_4(X)) = fn_structural_role_2(fn_cytoskeleton_4(X))
& fn_structural_role_2(fn_cytoskeleton_4(X)) = fn_cell_2(fn_cytoskeleton_6(X)) ) ) ).
fof(a528821,axiom,
! [X] :
( cytosol_1(X)
=> ( original_name_2(X,'Cytosol')
& user_description_2(X,'Cytosol is the liquid found inside cells. In eukaryotes, the cytosol is separated from the contents of the organelles suspended in the cytosol by their membranes')
& concept2words_2(X,'intracellular fluid')
& concept2words_2(X,'cytoplasmic matrix')
& concept2words_2(X,cytosol)
& cellular_fluid_1(X)
& semisolid_substance_1(X)
& ~ agar_1(X)
& cytoplasm_1(fn_cytosol_1(X))
& liquid_substance_1(fn_suspension_2(fn_cytosol_1(X)))
& has_part_2(fn_cytosol_1(X),X)
& X = fn_suspension_2(fn_cytosol_1(X)) ) ) ).
fof(a528822,axiom,
! [X] :
( cytotoxic_t_1(X)
=> ( original_name_2(X,'Cytotoxic-T')
& user_description_2(X,'A type of lymphocyte that kills cancer cells and cells infected with virusus and bacteria.')
& concept2words_2(X,'cytotoxic t')
& concept2words_2(X,'cytotoxic-t')
& t_cells_1(X)
& effector_cell_1(X)
& ~ plasma_cell_1(X)
& ~ helper_t_1(X)
& ~ memory_cell_1(X) ) ) ).
fof(a528823,axiom,
! [X] :
( damage_1(X)
=> ( original_name_2(X,'Damage')
& concept2words_2(X,damage)
& impair_1(X) ) ) ).
fof(a528824,axiom,
! [X,X1] :
( ( object_2(X1,X)
& damage_1(X1)
& cell_state_1(X) )
=> ( damaged_cell_1(X)
& fn_damaged_cell_2(X) = X1 ) ) ).
fof(a528825,axiom,
! [X] :
( damaged_cell_1(X)
=> ( original_name_2(X,'Damaged-Cell')
& user_description_2(X,'A cell that results from damage is called as damaged cell.')
& concept2words_2(X,'cell showing damage')
& concept2words_2(X,'cell-showing-damage')
& concept2words_2(X,'damaged cell')
& concept2words_2(X,'damaged-cell')
& cell_state_1(X)
& damage_1(fn_damaged_cell_2(X))
& tangible_entity_1(fn_impair_1(fn_damaged_cell_2(X)))
& object_2(fn_damaged_cell_2(X),X)
& X = fn_impair_1(fn_damaged_cell_2(X)) ) ) ).
fof(a528826,axiom,
! [X] :
( damaged_dna_strand_1(X)
=> ( original_name_2(X,'Damaged-DNA-Strand')
& user_description_2(X,'A DNA strand that has been damaged by harmful chemicals, radiation, or replication error.')
& concept2words_2(X,'defective dna strand')
& concept2words_2(X,'defective-dna-strand')
& concept2words_2(X,'damaged dna strand')
& concept2words_2(X,'damaged-dna-strand')
& dna_strand_1(X) ) ) ).
fof(a528827,axiom,
! [X] :
( damselfly_1(X)
=> ( original_name_2(X,'Damselfly')
& user_description_2(X,'An insect in the order Odonata. Damselflies resemble dragonflies but hold their wings parallel to the body, while dragonfly wings are held perpendicular to the axis of the body.')
& concept2words_2(X,damselfly)
& odonata_1(X)
& ~ dragonfly_1(X) ) ) ).
fof(a528828,axiom,
! [X] :
( daphnia_1(X)
=> ( original_name_2(X,'Daphnia')
& user_description_2(X,'Genus of freshwater planktonic crustaceans, notable for their ability to reproduce very rapidly via parthenogenesis during favorable conditions.')
& concept2words_2(X,daphnia)
& arthropod_1(X)
& ~ cheliceriform_1(X)
& ~ crustacean_1(X)
& ~ diplopode_1(X)
& ~ hexapod_1(X)
& ~ myriapod_1(X)
& ~ trilobite_1(X) ) ) ).
fof(a528829,axiom,
! [X] :
( darmstadtium_1(X)
=> ( original_name_2(X,'Darmstadtium')
& user_description_2(X,'Darmstadtium is a metal atom with atomic number 110. It is represented by the symbol Ds.')
& concept2words_2(X,darmstadtium)
& concept2words_2(X,ds)
& metal_atom_1(X)
& atomic_mass_value_1(fn_darmstadtium_1(X))
& neutron_1(fn_darmstadtium_2(X))
& atomic_weight_value_1(fn_darmstadtium_6(X))
& atomic_number_value_1(fn_darmstadtium_7(X))
& mass_number_2(X,fn_darmstadtium_1(X))
& exactCardinality(X,has_part_0,"161",neutron_0)
& exactCardinality(X,has_part_0,"110",proton_0)
& exactCardinality(X,has_part_0,"110",electron_0)
& has_part_2(X,fn_darmstadtium_2(X))
& the_cardinal_value_2(fn_darmstadtium_1(X),"271")
& cardinal_unit_class_2(fn_darmstadtium_1(X),unity_0)
& the_cardinal_value_2(fn_darmstadtium_7(X),"110")
& cardinal_unit_class_2(fn_darmstadtium_7(X),unity_0)
& the_cardinal_value_2(fn_darmstadtium_6(X),"271")
& cardinal_unit_class_2(fn_darmstadtium_6(X),dalton_0)
& atomic_number_2(X,fn_darmstadtium_7(X))
& atomic_weight_2(X,fn_darmstadtium_6(X))
& fn_darmstadtium_4(X) = fn_atom_12(X)
& fn_darmstadtium_7(X) = fn_atom_17(X)
& fn_darmstadtium_5(X) = fn_atom_13(X)
& fn_darmstadtium_6(X) = fn_atom_16(X) ) ) ).
fof(a528830,axiom,
! [X] :
( data_1(X)
=> ( original_name_2(X,'Data')
& user_description_2(X,'Recorded quantitative or qualitative observations.')
& concept2words_2(X,data)
& representation_1(X)
& ~ cytogenetic_map_1(X)
& ~ model_1(X) ) ) ).
fof(a528831,axiom,
! [X] :
( daughter_1(X)
=> ( original_name_2(X,'Daughter')
& user_description_2(X,'Daughter is produced at end of a division or reproduction.')
& concept2words_2(X,daughter)
& organism_role_1(X) ) ) ).
fof(a528832,axiom,
! [X] :
( daughter_cell_1(X)
=> ( original_name_2(X,'Daughter-Cell')
& user_description_2(X,'Cell produced through cell division.')
& concept2words_2(X,'cell of daughter')
& concept2words_2(X,'daughter cell')
& concept2words_2(X,'daughter-cell')
& cellular_role_1(X) ) ) ).
fof(a528833,axiom,
! [X] :
( daughter_nucleus_1(X)
=> ( original_name_2(X,'Daughter-Nucleus')
& user_description_2(X,'A nucleus produced as a result of the process of mitosis.')
& concept2words_2(X,'nucleus of daughter')
& concept2words_2(X,'daughter nucleus')
& concept2words_2(X,'daughter-nucleus')
& role_1(X) ) ) ).
fof(a528834,axiom,
! [X] :
( daughter_strands_1(X)
=> ( original_name_2(X,'Daughter-strands')
& user_description_2(X,'Daughter strands are the new DNA strands obtained after replication of parental DNA strands')
& concept2words_2(X,'new dna strand')
& concept2words_2(X,'daughter strands')
& concept2words_2(X,'daughter strand')
& concept2words_2(X,'daughter-strand')
& dna_strand_1(X) ) ) ).
fof(a528835,axiom,
! [X] :
( day_constant_1(X)
=> ( original_name_2(X,'Day-Constant')
& concept2words_2(X,'constant of day')
& concept2words_2(X,'day constant')
& concept2words_2(X,'day-constant')
& constant_1(X) ) ) ).
fof(a528836,axiom,
! [X] :
( day_neutral_plant_1(X)
=> ( original_name_2(X,'Day-Neutral-Plant')
& user_description_2(X,'A plant which flowers when it reaches a certain stage of maturity, regardless of day length at that time.')
& concept2words_2(X,'day neutral plant')
& concept2words_2(X,'day-neutral plant')
& concept2words_2(X,'day-neutral-plant')
& flowering_control_plant_1(X) ) ) ).
fof(a528837,axiom,
! [X] :
( db_gene_1(X)
=> ( original_name_2(X,'Db-Gene')
& user_description_2(X,'Gene which codes for the receptor protein on the hormone leptin. This gene and its product, originally discovered in mice, plays an important role in the regulation of appetitie in mammals.')
& concept2words_2(X,'db gene')
& concept2words_2(X,'db-gene')
& gene_1(X)
& speed_value_1(fn_db_gene_1(X))
& quantity_value_1(fn_db_gene_2(X))
& chemical_entity_1(fn_db_gene_3(X))
& deoxyribonucleoside_monophosphate_1(fn_db_gene_3(X))
& atom_1(fn_db_gene_4(X))
& chemical_entity_1(fn_db_gene_4(X))
& carbon_1(fn_db_gene_5(X))
& carbon_skeleton_1(fn_db_gene_6(X))
& constant_motion_1(fn_db_gene_7(X))
& phosphodiester_bond_1(fn_db_gene_8(X))
& kinetic_energy_1(fn_db_gene_9(X))
& code_for_1(fn_db_gene_10(X))
& protein_enzyme_1(fn_db_gene_11(X))
& entity_1(fn_code_for_2(fn_db_gene_10(X)))
& constant_motion_1(fn_kinetic_energy_1(fn_db_gene_9(X)))
& atom_1(fn_carbon_skeleton_2(fn_db_gene_6(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_db_gene_6(X)))
& carbon_1(fn_carbon_skeleton_4(fn_db_gene_6(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_db_gene_9(X)))
& speed_2(fn_db_gene_7(X),fn_db_gene_1(X))
& quantity_2(fn_db_gene_9(X),fn_db_gene_2(X))
& directly_proportional_2(fn_db_gene_1(X),fn_db_gene_2(X))
& donor_2(fn_db_gene_10(X),X)
& has_part_2(X,fn_db_gene_3(X))
& has_part_2(X,fn_db_gene_4(X))
& has_part_2(X,fn_db_gene_5(X))
& has_region_2(X,fn_db_gene_6(X))
& result_2(fn_db_gene_10(X),fn_db_gene_11(X))
& agent_2(fn_db_gene_10(X),X)
& possesses_2(X,fn_db_gene_8(X))
& is_between_2(fn_db_gene_8(X),fn_db_gene_3(X))
& possesses_2(X,fn_db_gene_9(X))
& object_2(fn_db_gene_7(X),X)
& is_inside_2(fn_db_gene_5(X),fn_db_gene_6(X))
& fn_db_gene_4(X) != fn_db_gene_5(X)
& fn_db_gene_5(X) != fn_db_gene_4(X)
& fn_db_gene_11(X) = fn_code_for_2(fn_db_gene_10(X))
& fn_db_gene_10(X) = fn_gene_13(X)
& fn_db_gene_3(X) = fn_gene_17(X)
& fn_db_gene_8(X) = fn_gene_16(X)
& fn_db_gene_7(X) = fn_kinetic_energy_1(fn_db_gene_9(X))
& X = fn_kinetic_energy_2(fn_db_gene_9(X))
& fn_db_gene_4(X) = fn_carbon_skeleton_2(fn_db_gene_6(X))
& fn_db_gene_5(X) = fn_carbon_skeleton_4(fn_db_gene_6(X))
& fn_kinetic_energy_2(fn_db_gene_9(X)) = fn_kinetic_energy_2(fn_db_gene_9(X)) ) ) ).
fof(a528838,axiom,
! [X] :
( ddt_1(X)
=> ( original_name_2(X,'DDT')
& user_description_2(X,'DDT is an insecticide that is also toxic to animals and humans')
& concept2words_2(X,dichlorodiphenyltrichloroethane)
& concept2words_2(X,ddt)
& organic_molecule_1(X)
& ~ aflatoxin_1(X)
& ~ aldehyde_1(X)
& ~ amine_1(X)
& ~ antibiotic_1(X)
& ~ carbon_monoxide_1(X)
& ~ carboxylic_acid_1(X)
& ~ ice_1(X)
& ~ nitroglycerine_1(X)
& ~ opiate_1(X)
& enzyme_inhibitor_1(fn_ddt_1(X))
& insecticide_1(fn_ddt_2(X))
& atom_1(fn_ddt_3(X))
& chemical_entity_1(fn_ddt_3(X))
& carbon_1(fn_ddt_4(X))
& carbon_skeleton_1(fn_ddt_5(X))
& spatial_entity_1(fn_enzyme_inhibitor_3(fn_ddt_1(X)))
& chemical_entity_1(fn_enzyme_inhibitor_3(fn_ddt_1(X)))
& molecule_1(fn_enzyme_inhibitor_3(fn_ddt_1(X)))
& tangible_entity_1(fn_toxin_1(fn_ddt_2(X)))
& plays_2(X,fn_ddt_1(X))
& plays_2(X,fn_ddt_2(X))
& has_part_2(X,fn_ddt_3(X))
& has_region_2(X,fn_ddt_5(X))
& is_inside_2(fn_ddt_4(X),fn_ddt_5(X))
& has_part_2(X,fn_ddt_4(X))
& fn_ddt_3(X) != fn_ddt_4(X)
& fn_ddt_4(X) != fn_ddt_3(X)
& X = fn_enzyme_inhibitor_3(fn_ddt_1(X))
& X = fn_toxin_1(fn_ddt_2(X))
& fn_ddt_3(X) = fn_organic_molecule_2(X)
& fn_ddt_4(X) = fn_organic_molecule_1(X)
& fn_ddt_5(X) = fn_organic_molecule_3(X)
& fn_enzyme_inhibitor_3(fn_ddt_1(X)) = fn_toxin_1(fn_ddt_2(X)) ) ) ).
fof(a528839,axiom,
! [X] :
( de_etiolation_1(X)
=> ( original_name_2(X,'De-Etiolation')
& user_description_2(X,'Also known as greening, de-etiolation includes a series of physiological changes, such as the production of chlorophyll which occurs in a plant in response to sunlight.')
& concept2words_2(X,greening)
& concept2words_2(X,'de etiolate')
& concept2words_2(X,'de-etiolate')
& concept2words_2(X,'de etiolation')
& concept2words_2(X,'de-etiolation')
& plant_intercellular_process_1(X)
& ~ color_vision_1(X)
& ~ gustation_1(X)
& ~ lateral_line_system_1(X)
& ~ olfaction_1(X)
& ~ perception_1(X)
& ~ sensation_1(X)
& ~ sensory_reception_1(X)
& ~ sight_1(X)
& ~ touch_1(X) ) ) ).
fof(a528840,axiom,
! [X] :
( deacetylation_1(X)
=> ( original_name_2(X,'Deacetylation')
& user_description_2(X,'The removal of an acetyl group from a compound.')
& concept2words_2(X,deacetylate)
& concept2words_2(X,deacetylation)
& decomposition_reaction_1(X)
& transcription_1(fn_deacetylation_1(X))
& inhibits_2(X,fn_deacetylation_1(X)) ) ) ).
fof(a528841,axiom,
! [X] :
( deactivate_1(X)
=> ( original_name_2(X,'Deactivate')
& concept2words_2(X,deactivate)
& concept2words_2(X,disable)
& concept2words_2(X,disenable)
& concept2words_2(X,inactivate)
& concept2words_2(X,incapacitate)
& make_inaccessible_1(X) ) ) ).
fof(a528842,axiom,
! [X] :
( dead_cell_1(X)
=> ( original_name_2(X,'Dead-Cell')
& user_description_2(X,'Remains of living cell.')
& concept2words_2(X,'lost cell')
& concept2words_2(X,'nonliving cell')
& concept2words_2(X,'nonliving-cell')
& concept2words_2(X,'cell of dead')
& concept2words_2(X,'dead cell')
& concept2words_2(X,'dead-cell')
& non_living_entity_1(X)
& detritus_1(X) ) ) ).
fof(a528843,axiom,
! [X] :
( dead_organism_1(X)
=> ( original_name_2(X,'Dead-Organism')
& user_description_2(X,'The organism which is not living.')
& concept2words_2(X,'nonliving organism')
& concept2words_2(X,'nonliving-organism')
& concept2words_2(X,'organism of dead')
& concept2words_2(X,'dead organism')
& concept2words_2(X,'dead-organism')
& non_living_entity_1(X)
& detritus_1(X)
& chemical_1(fn_dead_organism_1(X))
& dead_cell_1(fn_dead_organism_2(X))
& has_part_2(X,fn_dead_organism_1(X))
& has_part_2(X,fn_dead_organism_2(X)) ) ) ).
fof(a528844,axiom,
! [X] :
( deamination_1(X)
=> ( original_name_2(X,'Deamination')
& user_description_2(X,'Deamination is the removal of an amine group from a molecule. Enzymes which catalyse this reaction are called deaminases.')
& concept2words_2(X,deaminate)
& concept2words_2(X,deamination)
& decomposition_reaction_1(X)
& ammonia_1(fn_deamination_1(X))
& functional_group_1(fn_deamination_2(X))
& carboxyl_group_1(fn_deamination_2(X))
& entity_1(fn_deamination_3(X))
& chemical_entity_1(fn_deamination_3(X))
& atom_1(fn_deamination_3(X))
& carbon_1(fn_deamination_3(X))
& entity_1(fn_deamination_4(X))
& chemical_entity_1(fn_deamination_4(X))
& atom_1(fn_deamination_4(X))
& hydrogen_1(fn_deamination_4(X))
& chemical_entity_1(fn_deamination_5(X))
& tangible_entity_1(fn_deamination_5(X))
& entity_1(fn_deamination_5(X))
& atom_1(fn_deamination_5(X))
& nitrogen_1(fn_deamination_5(X))
& entity_1(fn_deamination_6(X))
& chemical_entity_1(fn_deamination_6(X))
& atom_1(fn_deamination_6(X))
& hydrogen_1(fn_deamination_6(X))
& oxygen_1(fn_deamination_7(X))
& oxygen_1(fn_deamination_8(X))
& chemical_entity_1(fn_deamination_9(X))
& amino_acid_1(fn_deamination_9(X))
& carboxyl_group_1(fn_amino_acid_26(fn_deamination_9(X)))
& chemical_entity_1(fn_amino_acid_17(fn_deamination_9(X)))
& tangible_entity_1(fn_amino_acid_17(fn_deamination_9(X)))
& entity_1(fn_amino_acid_17(fn_deamination_9(X)))
& atom_1(fn_amino_acid_17(fn_deamination_9(X)))
& nitrogen_1(fn_amino_acid_17(fn_deamination_9(X)))
& chemical_entity_1(fn_functional_group_1(fn_deamination_2(X)))
& oxygen_1(fn_amino_acid_11(fn_deamination_9(X)))
& oxygen_1(fn_carboxyl_group_23(fn_deamination_2(X)))
& entity_1(fn_amino_acid_28(fn_deamination_9(X)))
& chemical_entity_1(fn_amino_acid_28(fn_deamination_9(X)))
& atom_1(fn_amino_acid_28(fn_deamination_9(X)))
& hydrogen_1(fn_amino_acid_28(fn_deamination_9(X)))
& entity_1(fn_amino_acid_22(fn_deamination_9(X)))
& chemical_entity_1(fn_amino_acid_22(fn_deamination_9(X)))
& atom_1(fn_amino_acid_22(fn_deamination_9(X)))
& hydrogen_1(fn_amino_acid_22(fn_deamination_9(X)))
& entity_1(fn_carboxyl_group_25(fn_deamination_2(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_deamination_2(X)))
& atom_1(fn_carboxyl_group_25(fn_deamination_2(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_deamination_2(X)))
& oxygen_1(fn_amino_acid_27(fn_deamination_9(X)))
& oxygen_1(fn_carboxyl_group_24(fn_deamination_2(X)))
& entity_1(fn_amino_acid_24(fn_deamination_9(X)))
& chemical_entity_1(fn_amino_acid_24(fn_deamination_9(X)))
& atom_1(fn_amino_acid_24(fn_deamination_9(X)))
& carbon_1(fn_amino_acid_24(fn_deamination_9(X)))
& entity_1(fn_carboxyl_group_19(fn_deamination_2(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_deamination_2(X)))
& atom_1(fn_carboxyl_group_19(fn_deamination_2(X)))
& carbon_1(fn_carboxyl_group_19(fn_deamination_2(X)))
& fn_deamination_3(X) != fn_deamination_4(X)
& fn_deamination_4(X) != fn_deamination_3(X)
& result_2(X,fn_deamination_1(X))
& raw_material_2(X,fn_deamination_9(X))
& has_part_2(fn_deamination_9(X),fn_deamination_5(X))
& has_part_2(fn_deamination_9(X),fn_deamination_7(X))
& has_part_2(fn_deamination_9(X),fn_deamination_4(X))
& has_part_2(fn_deamination_9(X),fn_deamination_8(X))
& has_region_2(fn_deamination_9(X),fn_deamination_2(X))
& has_part_2(fn_deamination_9(X),fn_deamination_6(X))
& fn_deamination_6(X) != fn_deamination_5(X)
& fn_deamination_5(X) != fn_deamination_4(X)
& fn_deamination_4(X) != fn_deamination_6(X)
& fn_deamination_6(X) != fn_deamination_4(X)
& fn_deamination_5(X) != fn_deamination_6(X)
& fn_deamination_4(X) != fn_deamination_5(X)
& has_part_2(fn_deamination_9(X),fn_deamination_3(X))
& fn_deamination_6(X) != fn_deamination_3(X)
& fn_deamination_3(X) != fn_deamination_6(X)
& fn_deamination_5(X) != fn_deamination_3(X)
& fn_deamination_3(X) != fn_deamination_5(X)
& is_inside_2(fn_deamination_7(X),fn_deamination_2(X))
& fn_deamination_3(X) != fn_deamination_7(X)
& fn_deamination_7(X) != fn_deamination_3(X)
& fn_deamination_8(X) != fn_deamination_7(X)
& fn_deamination_7(X) != fn_deamination_8(X)
& is_inside_2(fn_deamination_3(X),fn_deamination_2(X))
& fn_deamination_3(X) != fn_deamination_8(X)
& is_inside_2(fn_deamination_8(X),fn_deamination_2(X))
& is_inside_2(fn_deamination_6(X),fn_deamination_2(X))
& fn_deamination_6(X) != fn_deamination_8(X)
& fn_deamination_8(X) != fn_deamination_3(X)
& fn_deamination_8(X) != fn_deamination_6(X)
& fn_deamination_1(X) = fn_decomposition_reaction_2(X)
& fn_deamination_1(X) = fn_decomposition_reaction_4(X)
& fn_deamination_9(X) = fn_decomposition_reaction_5(X)
& fn_deamination_7(X) = fn_amino_acid_11(fn_deamination_9(X))
& fn_deamination_8(X) = fn_amino_acid_27(fn_deamination_9(X))
& fn_deamination_9(X) = fn_functional_group_1(fn_deamination_2(X))
& fn_deamination_2(X) = fn_amino_acid_26(fn_deamination_9(X))
& fn_deamination_4(X) = fn_amino_acid_28(fn_deamination_9(X))
& fn_deamination_4(X) = fn_amino_acid_22(fn_deamination_9(X))
& fn_deamination_6(X) = fn_amino_acid_28(fn_deamination_9(X))
& fn_deamination_5(X) = fn_amino_acid_17(fn_deamination_9(X))
& fn_deamination_6(X) = fn_amino_acid_22(fn_deamination_9(X))
& fn_deamination_3(X) = fn_amino_acid_24(fn_deamination_9(X))
& fn_deamination_7(X) = fn_carboxyl_group_23(fn_deamination_2(X))
& fn_deamination_6(X) = fn_carboxyl_group_25(fn_deamination_2(X))
& fn_deamination_8(X) = fn_carboxyl_group_24(fn_deamination_2(X))
& fn_deamination_3(X) = fn_carboxyl_group_19(fn_deamination_2(X))
& fn_decomposition_reaction_2(X) = fn_decomposition_reaction_4(X)
& fn_decomposition_reaction_4(X) = fn_amino_acid_22(fn_deamination_9(X))
& fn_amino_acid_22(fn_deamination_9(X)) = fn_amino_acid_28(fn_deamination_9(X))
& fn_amino_acid_22(fn_deamination_9(X)) = fn_decomposition_reaction_5(X)
& fn_decomposition_reaction_5(X) = fn_functional_group_1(fn_deamination_2(X))
& fn_functional_group_1(fn_deamination_2(X)) = fn_amino_acid_11(fn_deamination_9(X))
& fn_amino_acid_11(fn_deamination_9(X)) = fn_carboxyl_group_23(fn_deamination_2(X))
& fn_carboxyl_group_23(fn_deamination_2(X)) = fn_carboxyl_group_23(fn_deamination_2(X))
& fn_carboxyl_group_23(fn_deamination_2(X)) = fn_amino_acid_28(fn_deamination_9(X))
& fn_amino_acid_28(fn_deamination_9(X)) = fn_amino_acid_28(fn_deamination_9(X))
& fn_amino_acid_28(fn_deamination_9(X)) = fn_amino_acid_22(fn_deamination_9(X))
& fn_amino_acid_22(fn_deamination_9(X)) = fn_amino_acid_22(fn_deamination_9(X))
& fn_amino_acid_22(fn_deamination_9(X)) = fn_carboxyl_group_25(fn_deamination_2(X))
& fn_carboxyl_group_25(fn_deamination_2(X)) = fn_carboxyl_group_25(fn_deamination_2(X))
& fn_carboxyl_group_25(fn_deamination_2(X)) = fn_amino_acid_27(fn_deamination_9(X))
& fn_amino_acid_27(fn_deamination_9(X)) = fn_carboxyl_group_24(fn_deamination_2(X))
& fn_carboxyl_group_24(fn_deamination_2(X)) = fn_carboxyl_group_24(fn_deamination_2(X))
& fn_carboxyl_group_24(fn_deamination_2(X)) = fn_amino_acid_24(fn_deamination_9(X))
& fn_amino_acid_24(fn_deamination_9(X)) = fn_amino_acid_24(fn_deamination_9(X))
& fn_amino_acid_24(fn_deamination_9(X)) = fn_carboxyl_group_19(fn_deamination_2(X))
& fn_carboxyl_group_19(fn_deamination_2(X)) = fn_carboxyl_group_19(fn_deamination_2(X)) ) ) ).
fof(a528845,axiom,
! [X] :
( death_1(X)
=> ( original_name_2(X,'Death')
& user_description_2(X,'The event of dying or departure from life.')
& concept2words_2(X,die)
& concept2words_2(X,death)
& macrophysiological_process_1(X)
& tangible_entity_1(fn_death_1(X))
& tangible_entity_1(fn_death_2(X))
& result_2(X,fn_death_2(X))
& object_2(X,fn_death_1(X)) ) ) ).
fof(a528846,axiom,
! [X] :
( death_signal_1(X)
=> ( original_name_2(X,'Death-Signal')
& user_description_2(X,'Cell signal which carries the message which induces programmed cell death (apoptosis).')
& concept2words_2(X,'signal of death')
& concept2words_2(X,'death signal')
& concept2words_2(X,'death-signal')
& signal_1(X) ) ) ).
fof(a528847,axiom,
! [X] :
( debris_1(X)
=> ( original_name_2(X,'Debris')
& user_description_2(X,'Debris is rubble, wreckage, and discarded garbage/refuse/trash, scattered remains of something destroyed, or, in geology, large rock fragments left by a melting glacier, etc.')
& concept2words_2(X,debris)
& physical_object_1(X)
& destroy_1(fn_debris_1(X))
& result_2(fn_debris_1(X),X) ) ) ).
fof(a528848,axiom,
! [X] :
( decapod_1(X)
=> ( original_name_2(X,'Decapod')
& user_description_2(X,'A member of the group of crustaceans that includes lobsters, crayfishes, crabs, and shrimps.')
& concept2words_2(X,decapod)
& crustacean_1(X)
& ~ barnacle_1(X)
& ~ clawed_lobster_1(X)
& ~ copepod_1(X)
& ~ crayfish_1(X)
& ~ isopod_1(X)
& ~ krill_1(X) ) ) ).
fof(a528849,axiom,
! [X] :
( decarboxylation_1(X)
=> ( original_name_2(X,'Decarboxylation')
& user_description_2(X,'Chemical reaction which involves the removal of carbon dioxide from the reactant.')
& concept2words_2(X,convert)
& concept2words_2(X,decarboxylate)
& concept2words_2(X,decarboxylation)
& decomposition_reaction_1(X)
& carbon_dioxide_1(fn_decarboxylation_1(X))
& remove_1(fn_decarboxylation_2(X))
& spatial_entity_1(fn_remove_1(fn_decarboxylation_2(X)))
& object_2(fn_decarboxylation_2(X),fn_decarboxylation_1(X))
& result_2(X,fn_decarboxylation_1(X))
& fn_decarboxylation_1(X) = fn_remove_1(fn_decarboxylation_2(X))
& fn_decarboxylation_1(X) = fn_decomposition_reaction_4(X)
& fn_remove_1(fn_decarboxylation_2(X)) = fn_decomposition_reaction_4(X) ) ) ).
fof(a528850,axiom,
! [X] :
( deceive_1(X)
=> ( original_name_2(X,'Deceive')
& concept2words_2(X,deceive)
& concept2words_2(X,'lead on')
& concept2words_2(X,lead_on)
& concept2words_2(X,delude)
& concept2words_2(X,cozen)
& concept2words_2(X,betray)
& concept2words_2(X,'lead astray')
& concept2words_2(X,lead_astray)
& concept2words_2(X,lie)
& lie_1(X)
& interpret_1(fn_deceive_1(X))
& message_1(fn_deceive_2(X))
& tangible_entity_1(fn_deceive_3(X))
& tangible_entity_1(fn_interpret_2(fn_deceive_1(X)))
& message_1(fn_interpret_1(fn_deceive_1(X)))
& objective_2(X,fn_deceive_1(X))
& causes_2(X,fn_deceive_1(X))
& recipient_2(X,fn_deceive_3(X))
& result_2(X,fn_deceive_2(X))
& object_2(fn_deceive_1(X),fn_deceive_2(X))
& agent_2(fn_deceive_1(X),fn_deceive_3(X))
& fn_deceive_2(X) = fn_express_1(X)
& fn_deceive_2(X) = fn_interpret_1(fn_deceive_1(X))
& fn_deceive_3(X) = fn_interpret_2(fn_deceive_1(X))
& fn_express_1(X) = fn_interpret_1(fn_deceive_1(X)) ) ) ).
fof(a528851,axiom,
! [X] :
( decomposer_1(X)
=> ( original_name_2(X,'Decomposer')
& user_description_2(X,'Decomposers (or saprotrophs) are organisms that break down dead or decaying organisms, and in doing so carry out the natural process of decomposition. Like herbivores and predators, decomposers are heterotrophic, meaning that they use organic substrates to get their energy, carbon and nutrients for growth and development. Decomposers use deceased organisms and non-living organic compounds as their food source.')
& concept2words_2(X,saprotroph)
& concept2words_2(X,decomposer)
& heterotroph_1(X)
& ~ chemoheterotroph_1(X)
& ~ obligate_aerobe_1(X)
& ~ obligate_anaerobe_1(X)
& ~ parasite_1(X)
& ~ photoheterotroph_1(X)
& ~ primary_consumer_1(X)
& ~ secondary_consumer_1(X)
& ~ tertiary_consumer_1(X)
& organism_1(fn_decomposer_1(X))
& food_1(fn_decomposer_2(X))
& polymer_1(fn_decomposer_3(X))
& organic_molecule_1(fn_decomposer_4(X))
& detritus_1(fn_decomposer_5(X))
& nutrition_1(fn_decomposer_6(X))
& organic_molecule_1(fn_food_4(fn_decomposer_2(X)))
& tangible_entity_1(fn_food_3(fn_decomposer_2(X)))
& polymer_1(fn_food_2(fn_decomposer_2(X)))
& nutrition_1(fn_food_1(fn_decomposer_2(X)))
& plays_2(fn_decomposer_5(X),fn_decomposer_2(X))
& in_event_2(X,fn_decomposer_6(X))
& agent_2(fn_decomposer_6(X),fn_decomposer_1(X))
& plays_2(fn_decomposer_1(X),X)
& in_event_2(fn_decomposer_2(X),fn_decomposer_6(X))
& raw_material_2(fn_decomposer_6(X),fn_decomposer_3(X))
& has_part_2(fn_decomposer_5(X),fn_decomposer_3(X))
& has_part_2(fn_decomposer_5(X),fn_decomposer_4(X))
& raw_material_2(fn_decomposer_6(X),fn_decomposer_4(X))
& fn_decomposer_1(X) = fn_heterotroph_2(X)
& fn_decomposer_6(X) = fn_heterotroph_3(X)
& fn_decomposer_4(X) = fn_food_4(fn_decomposer_2(X))
& fn_decomposer_5(X) = fn_food_3(fn_decomposer_2(X))
& fn_decomposer_3(X) = fn_food_2(fn_decomposer_2(X))
& fn_decomposer_6(X) = fn_food_1(fn_decomposer_2(X))
& fn_heterotroph_3(X) = fn_heterotroph_3(X)
& fn_heterotroph_3(X) = fn_food_1(fn_decomposer_2(X))
& fn_food_1(fn_decomposer_2(X)) = fn_food_1(fn_decomposer_2(X)) ) ) ).
fof(a528852,axiom,
! [X] :
( decomposers_1(X)
=> ( original_name_2(X,'Decomposers')
& user_description_2(X,'Group of organisms in an ecosystem which derives energy and nutrients from detritus through the process of decomposition.')
& concept2words_2(X,decomposer)
& trophic_level_1(X) ) ) ).
fof(a528853,axiom,
! [X] :
( decomposition_1(X)
=> ( original_name_2(X,'Decomposition')
& user_description_2(X,'A process of decomposing dead organic material into its constituent nutrients.')
& concept2words_2(X,decompose)
& concept2words_2(X,decomposition)
& biological_process_1(X)
& organic_molecule_1(fn_decomposition_1(X))
& inorganic_molecule_1(fn_decomposition_2(X))
& detritus_1(fn_decomposition_3(X))
& surface_1(fn_decomposition_4(X))
& biofilm_1(fn_decomposition_5(X))
& population_1(fn_decomposition_6(X))
& living_entity_1(fn_decomposition_7(X))
& tangible_entity_1(fn_decomposition_7(X))
& organism_1(fn_decomposition_7(X))
& prokaryote_1(fn_decomposition_7(X))
& living_entity_1(fn_decomposition_8(X))
& tangible_entity_1(fn_decomposition_8(X))
& organism_1(fn_decomposition_8(X))
& fungus_1(fn_decomposition_8(X))
& nutrition_1(fn_decomposition_9(X))
& nutrition_1(fn_decomposition_10(X))
& detritivore_1(fn_decomposition_11(X))
& decomposer_1(fn_decomposition_12(X))
& detritivore_1(fn_decomposition_12(X))
& detritivore_1(fn_decomposition_13(X))
& living_entity_1(fn_decomposition_14(X))
& tangible_entity_1(fn_decomposition_14(X))
& organism_1(fn_decomposition_14(X))
& living_entity_1(fn_detritivore_10(fn_decomposition_12(X)))
& tangible_entity_1(fn_detritivore_10(fn_decomposition_12(X)))
& organism_1(fn_detritivore_10(fn_decomposition_12(X)))
& decomposer_1(fn_fungus_1(fn_decomposition_8(X)))
& nutrition_1(fn_detritivore_16(fn_decomposition_12(X)))
& living_entity_1(fn_detritivore_10(fn_decomposition_13(X)))
& tangible_entity_1(fn_detritivore_10(fn_decomposition_13(X)))
& organism_1(fn_detritivore_10(fn_decomposition_13(X)))
& nutrition_1(fn_detritivore_16(fn_decomposition_11(X)))
& surface_1(fn_biofilm_3(fn_decomposition_5(X)))
& population_1(fn_biofilm_1(fn_decomposition_5(X)))
& living_entity_1(fn_detritivore_10(fn_decomposition_11(X)))
& tangible_entity_1(fn_detritivore_10(fn_decomposition_11(X)))
& organism_1(fn_detritivore_10(fn_decomposition_11(X)))
& prokaryote_1(fn_biofilm_2(fn_decomposition_5(X)))
& is_on_2(fn_decomposition_4(X),fn_decomposition_3(X))
& raw_material_2(fn_decomposition_9(X),fn_decomposition_3(X))
& raw_material_2(fn_decomposition_10(X),fn_decomposition_3(X))
& object_2(X,fn_decomposition_3(X))
& result_2(X,fn_decomposition_1(X))
& result_2(X,fn_decomposition_2(X))
& agent_2(X,fn_decomposition_14(X))
& agent_2(X,fn_decomposition_7(X))
& agent_2(X,fn_decomposition_8(X))
& agent_2(fn_decomposition_9(X),fn_decomposition_8(X))
& plays_2(fn_decomposition_14(X),fn_decomposition_13(X))
& in_event_2(fn_decomposition_11(X),fn_decomposition_10(X))
& agent_2(fn_decomposition_10(X),fn_decomposition_7(X))
& plays_2(fn_decomposition_7(X),fn_decomposition_11(X))
& is_at_2(fn_decomposition_5(X),fn_decomposition_4(X))
& element_2(fn_decomposition_5(X),fn_decomposition_6(X))
& element_2(fn_decomposition_6(X),fn_decomposition_7(X))
& fn_decomposition_8(X) = fn_detritivore_10(fn_decomposition_12(X))
& fn_decomposition_12(X) = fn_fungus_1(fn_decomposition_8(X))
& fn_decomposition_9(X) = fn_detritivore_16(fn_decomposition_12(X))
& fn_decomposition_14(X) = fn_detritivore_10(fn_decomposition_13(X))
& fn_decomposition_7(X) = fn_detritivore_10(fn_decomposition_11(X))
& fn_decomposition_10(X) = fn_detritivore_16(fn_decomposition_11(X))
& fn_decomposition_4(X) = fn_biofilm_3(fn_decomposition_5(X))
& fn_decomposition_7(X) = fn_biofilm_2(fn_decomposition_5(X))
& fn_decomposition_6(X) = fn_biofilm_1(fn_decomposition_5(X))
& fn_detritivore_10(fn_decomposition_11(X)) = fn_detritivore_10(fn_decomposition_11(X))
& fn_detritivore_10(fn_decomposition_11(X)) = fn_biofilm_2(fn_decomposition_5(X)) ) ) ).
fof(a528854,axiom,
! [X] :
( decomposition_reaction_1(X)
=> ( original_name_2(X,'Decomposition-Reaction')
& user_description_2(X,'A decomposition reaction is a chemical reaction in which one compound is split into two or more chemical subunits.')
& concept2words_2(X,convert)
& concept2words_2(X,'reaction of decomposition')
& concept2words_2(X,'decomposition reaction')
& concept2words_2(X,'decomposition-reaction')
& chemical_reaction_1(X)
& energy_1(fn_decomposition_reaction_1(X))
& chemical_entity_1(fn_decomposition_reaction_2(X))
& chemical_bond_1(fn_decomposition_reaction_3(X))
& chemical_entity_1(fn_decomposition_reaction_4(X))
& chemical_entity_1(fn_decomposition_reaction_5(X))
& possesses_2(fn_decomposition_reaction_5(X),fn_decomposition_reaction_3(X))
& raw_material_2(X,fn_decomposition_reaction_1(X))
& result_2(X,fn_decomposition_reaction_2(X))
& raw_material_2(X,fn_decomposition_reaction_5(X))
& result_2(X,fn_decomposition_reaction_4(X))
& fn_decomposition_reaction_5(X) = fn_chemical_reaction_2(X)
& fn_decomposition_reaction_4(X) = fn_chemical_reaction_1(X) ) ) ).
fof(a528855,axiom,
! [X] :
( decrease_1(X)
=> ( original_name_2(X,'Decrease')
& concept2words_2(X,decrease)
& concept2words_2(X,diminish)
& concept2words_2(X,lessen)
& concept2words_2(X,fall)
& concept2words_2(X,minify)
& concept2words_2(X,shorten)
& change_1(X)
& property_value_1(fn_decrease_3(X))
& property_value_1(fn_decrease_4(X))
& to_value_2(X,fn_decrease_4(X))
& from_value_2(X,fn_decrease_3(X))
& greater_than_2(fn_decrease_3(X),fn_decrease_4(X)) ) ) ).
fof(a528856,axiom,
! [X] :
( deductive_reasoning_1(X)
=> ( original_name_2(X,'Deductive-Reasoning')
& user_description_2(X,'The process of reasoning from a general premise to a specific prediction.')
& concept2words_2(X,inquire)
& concept2words_2(X,'deductive reasoning')
& concept2words_2(X,'deductive-reasoning')
& scientific_method_1(X) ) ) ).
fof(a528857,axiom,
! [X] :
( deep_green_1(X)
=> ( original_name_2(X,'Deep-Green')
& user_description_2(X,'An international research initiative that consists of several research groups focusing on some aspect of green plant phylogeny or systematics. These research groups are collectively known as the Green Plant Phylogeny Research Coordination Group (GPPRCG).')
& concept2words_2(X,inquire)
& concept2words_2(X,'green of deep')
& concept2words_2(X,'deep green')
& concept2words_2(X,'deep-green')
& phylogeny_1(X)
& ~ binomial_nomenclature_1(X)
& ~ branch_point_1(X)
& ~ cladistics_1(X)
& ~ molecular_systematics_1(X)
& ~ paraphyletic_1(X)
& ~ phylocode_1(X)
& ~ phylogenetic_bracketing_1(X)
& ~ taxonomy_1(X) ) ) ).
fof(a528858,axiom,
! [X] :
( deep_sea_hydrothermal_vent_1(X)
=> ( original_name_2(X,'Deep-Sea-Hydrothermal-Vent')
& user_description_2(X,'Crack in the crust of the ocean floor near the ocean ridge systems. Vents discharge super-hot and sulfide-rich water into the ocean and are the basis for a chemosynthesis-based deep-sea ecosystem.')
& concept2words_2(X,'deep sea hot spring')
& concept2words_2(X,'deep-sea-hot-spring')
& concept2words_2(X,'deep sea volcanic spring')
& concept2words_2(X,'deep-sea-volcanic-spring')
& concept2words_2(X,'black smoker')
& concept2words_2(X,'black-smoker')
& concept2words_2(X,'black smoker')
& concept2words_2(X,'black-smoker')
& concept2words_2(X,'deep sea volcanic spring')
& concept2words_2(X,'deep-sea-volcanic-spring')
& concept2words_2(X,'deep sea hydrothermal vent')
& concept2words_2(X,'deep-sea hydrothermal vent')
& concept2words_2(X,'deep-sea-hydrothermal-vent')
& aquatic_ecosystem_1(X)
& ~ abyssal_zone_1(X)
& ~ aphotic_zone_1(X)
& ~ benthic_zone_1(X)
& ~ estuary_1(X)
& ~ eutrophic_lake_1(X)
& ~ intertidal_zone_1(X)
& ~ limnetic_zone_1(X)
& ~ littoral_zone_1(X)
& ~ marine_benthic_zone_1(X)
& ~ neritic_zone_1(X)
& ~ oceanic_pelagic_zone_1(X)
& ~ oligotrophic_lake_1(X)
& ~ photic_zone_1(X)
& energy_source_1(fn_deep_sea_hydrothermal_vent_1(X))
& producers_1(fn_deep_sea_hydrothermal_vent_2(X))
& organism_1(fn_deep_sea_hydrothermal_vent_3(X))
& quantity_value_1(fn_deep_sea_hydrothermal_vent_4(X))
& community_1(fn_deep_sea_hydrothermal_vent_5(X))
& sunlight_1(fn_deep_sea_hydrothermal_vent_6(X))
& chemoautotroph_1(fn_deep_sea_hydrothermal_vent_8(X))
& population_1(fn_deep_sea_hydrothermal_vent_9(X))
& property_node_1(fn_electromagnetic_energy_2(fn_deep_sea_hydrothermal_vent_6(X)))
& quantity_value_1(fn_electromagnetic_energy_3(fn_deep_sea_hydrothermal_vent_6(X)))
& organism_1(fn_autotroph_11(fn_deep_sea_hydrothermal_vent_8(X)))
& the_scalar_value_2(fn_deep_sea_hydrothermal_vent_4(X),low_0)
& scalar_unit_class_2(fn_deep_sea_hydrothermal_vent_4(X),light_0)
& plays_2(fn_deep_sea_hydrothermal_vent_6(X),fn_deep_sea_hydrothermal_vent_1(X))
& element_2(X,fn_deep_sea_hydrothermal_vent_6(X))
& plays_2(fn_deep_sea_hydrothermal_vent_3(X),fn_deep_sea_hydrothermal_vent_8(X))
& quantity_2(fn_deep_sea_hydrothermal_vent_6(X),fn_deep_sea_hydrothermal_vent_4(X))
& element_2(X,fn_deep_sea_hydrothermal_vent_5(X))
& element_2(fn_deep_sea_hydrothermal_vent_5(X),fn_deep_sea_hydrothermal_vent_2(X))
& element_2(fn_deep_sea_hydrothermal_vent_2(X),fn_deep_sea_hydrothermal_vent_9(X))
& element_2(fn_deep_sea_hydrothermal_vent_9(X),fn_deep_sea_hydrothermal_vent_3(X))
& fn_deep_sea_hydrothermal_vent_6(X) = fn_aquatic_ecosystem_9(X)
& fn_deep_sea_hydrothermal_vent_6(X) = fn_ecosystem_9(X)
& fn_deep_sea_hydrothermal_vent_3(X) = fn_autotroph_11(fn_deep_sea_hydrothermal_vent_8(X))
& fn_deep_sea_hydrothermal_vent_7(X) = fn_electromagnetic_energy_2(fn_deep_sea_hydrothermal_vent_6(X))
& fn_deep_sea_hydrothermal_vent_4(X) = fn_electromagnetic_energy_3(fn_deep_sea_hydrothermal_vent_6(X))
& fn_deep_sea_hydrothermal_vent_3(X) = fn_ecosystem_30(X)
& fn_deep_sea_hydrothermal_vent_9(X) = fn_ecosystem_2(X)
& fn_deep_sea_hydrothermal_vent_2(X) = fn_ecosystem_21(X)
& fn_deep_sea_hydrothermal_vent_5(X) = fn_ecosystem_18(X)
& fn_aquatic_ecosystem_9(X) = fn_ecosystem_9(X)
& fn_ecosystem_9(X) = fn_autotroph_11(fn_deep_sea_hydrothermal_vent_8(X))
& fn_autotroph_11(fn_deep_sea_hydrothermal_vent_8(X)) = fn_ecosystem_30(X) ) ) ).
fof(a528859,axiom,
! [X] :
( deepen_1(X)
=> ( original_name_2(X,'Deepen')
& user_description_2(X,'Increase in depth.')
& concept2words_2(X,deepen)
& increase_1(X) ) ) ).
fof(a528860,axiom,
! [X] :
( defective_chromosome_1(X)
=> ( original_name_2(X,'Defective-Chromosome')
& user_description_2(X,'A chromosome that has become defective due to mutation or any other cellular processes.')
& concept2words_2(X,'defective chromosome')
& concept2words_2(X,'defective-chromosome')
& chromosome_1(X)
& ~ yeast_artificial_chromosome_1(X)
& ~ sex_chromosome_1(X)
& ~ recombinant_chromosome_1(X)
& ~ non_homologous_chromosome_1(X)
& ~ autosome_1(X)
& ~ prokaryotic_chromosome_1(X)
& ~ chromosome_21_1(X)
& ~ chromosome_fragment_1(X)
& ~ eukaryotic_chromosome_1(X)
& ~ homologous_chromosome_1(X)
& ~ human_chromosome_1(X) ) ) ).
fof(a528861,axiom,
! [X] :
( defense_1(X)
=> ( original_name_2(X,'Defense')
& concept2words_2(X,protect)
& concept2words_2(X,defend)
& concept2words_2(X,defense)
& concept2words_2(X,protection)
& action_1(X) ) ) ).
fof(a528862,axiom,
! [X] :
( defensive_protein_1(X)
=> ( original_name_2(X,'Defensive-Protein')
& user_description_2(X,'Proteins acting as defensive agents are called defensive proteins.')
& concept2words_2(X,'protein of defensive')
& concept2words_2(X,'defensive protein')
& concept2words_2(X,'defensive-protein')
& protein_1(X) ) ) ).
fof(a528863,axiom,
! [X] :
( deforestation_1(X)
=> ( original_name_2(X,'Deforestation')
& user_description_2(X,'The clearance of forests by logging and/or burning, on land that is then converted to non-forest use.')
& concept2words_2(X,deforest)
& concept2words_2(X,deforestation)
& human_driven_disturbance_1(X) ) ) ).
fof(a528864,axiom,
! [X] :
( degenerative_model_1(X)
=> ( original_name_2(X,'Degenerative-model')
& user_description_2(X,'Degenerative model refers to model used to study progressive impairment of both the structure and function of part of the body.')
& concept2words_2(X,'degenerative model')
& concept2words_2(X,'degenerative-model')
& in_situ_1(X) ) ) ).
fof(a528865,axiom,
! [X] :
( degradation_1(X)
=> ( original_name_2(X,'Degradation')
& user_description_2(X,'A process of decomposition which occurs in stages over time.')
& concept2words_2(X,degrade)
& concept2words_2(X,degradation)
& damage_1(X) ) ) ).
fof(a528866,axiom,
! [X] :
( degranulation_1(X)
=> ( original_name_2(X,'Degranulation')
& user_description_2(X,'The release of histamines and other inflammatory agents from the vesicles of certain cells of the immune system.')
& concept2words_2(X,degranulate)
& concept2words_2(X,degranulation)
& exocytosis_1(X)
& release_1(X) ) ) ).
fof(a528867,axiom,
! [X] :
( dehydration_reaction_1(X)
=> ( original_name_2(X,'Dehydration-Reaction')
& user_description_2(X,'A dehydration reaction is defined as a chemical reaction that involves the loss of water from the reacting molecule. Dehydration reactions are a subset of elimination reactions.')
& concept2words_2(X,'dehydration synthesis')
& concept2words_2(X,convert)
& concept2words_2(X,'reaction of dehydration')
& concept2words_2(X,'dehydration reaction')
& concept2words_2(X,'dehydration-reaction')
& condensation_reaction_1(X)
& free_energy_1(fn_dehydration_reaction_1(X))
& chemical_bond_1(fn_dehydration_reaction_2(X))
& polar_covalent_bond_1(fn_dehydration_reaction_2(X))
& atom_1(fn_dehydration_reaction_3(X))
& oxygen_1(fn_dehydration_reaction_3(X))
& hydrogen_1(fn_dehydration_reaction_4(X))
& hydroxyl_group_1(fn_dehydration_reaction_5(X))
& water_molecule_1(fn_dehydration_reaction_6(X))
& chemical_entity_1(fn_dehydration_reaction_7(X))
& molecule_1(fn_dehydration_reaction_7(X))
& molecule_1(fn_dehydration_reaction_8(X))
& hydrogen_1(fn_hydroxyl_group_6(fn_dehydration_reaction_5(X)))
& chemical_entity_1(fn_functional_group_1(fn_dehydration_reaction_5(X)))
& chemical_bond_1(fn_molecule_10(fn_dehydration_reaction_7(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_dehydration_reaction_5(X)))
& atom_1(fn_molecule_7(fn_dehydration_reaction_7(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_dehydration_reaction_5(X)))
& possesses_2(fn_dehydration_reaction_7(X),fn_dehydration_reaction_1(X))
& has_part_2(fn_dehydration_reaction_7(X),fn_dehydration_reaction_4(X))
& possesses_2(fn_dehydration_reaction_8(X),fn_dehydration_reaction_1(X))
& has_part_2(fn_dehydration_reaction_7(X),fn_dehydration_reaction_3(X))
& possesses_2(fn_dehydration_reaction_7(X),fn_dehydration_reaction_2(X))
& has_region_2(fn_dehydration_reaction_7(X),fn_dehydration_reaction_5(X))
& result_2(X,fn_dehydration_reaction_6(X))
& fn_dehydration_reaction_6(X) != fn_dehydration_reaction_7(X)
& fn_dehydration_reaction_8(X) != fn_dehydration_reaction_6(X)
& fn_dehydration_reaction_6(X) != fn_dehydration_reaction_8(X)
& fn_dehydration_reaction_7(X) != fn_dehydration_reaction_6(X)
& raw_material_2(X,fn_dehydration_reaction_7(X))
& raw_material_2(X,fn_dehydration_reaction_8(X))
& fn_dehydration_reaction_7(X) != fn_dehydration_reaction_8(X)
& fn_dehydration_reaction_8(X) != fn_dehydration_reaction_7(X)
& is_inside_2(fn_dehydration_reaction_4(X),fn_dehydration_reaction_5(X))
& is_inside_2(fn_dehydration_reaction_3(X),fn_dehydration_reaction_5(X))
& is_between_2(fn_dehydration_reaction_2(X),fn_dehydration_reaction_3(X))
& is_between_2(fn_dehydration_reaction_2(X),fn_dehydration_reaction_4(X))
& fn_dehydration_reaction_4(X) != fn_dehydration_reaction_3(X)
& fn_dehydration_reaction_3(X) != fn_dehydration_reaction_4(X)
& fn_dehydration_reaction_3(X) = fn_molecule_7(fn_dehydration_reaction_7(X))
& fn_dehydration_reaction_2(X) = fn_molecule_10(fn_dehydration_reaction_7(X))
& fn_dehydration_reaction_7(X) = fn_functional_group_1(fn_dehydration_reaction_5(X))
& fn_dehydration_reaction_6(X) = fn_endergonic_reaction_9(X)
& fn_dehydration_reaction_6(X) = fn_condensation_reaction_3(X)
& fn_dehydration_reaction_8(X) = fn_condensation_reaction_3(X)
& fn_dehydration_reaction_7(X) = fn_condensation_reaction_2(X)
& fn_dehydration_reaction_8(X) = fn_condensation_reaction_1(X)
& fn_dehydration_reaction_2(X) = fn_hydroxyl_group_7(fn_dehydration_reaction_5(X))
& fn_dehydration_reaction_4(X) = fn_hydroxyl_group_6(fn_dehydration_reaction_5(X))
& fn_dehydration_reaction_3(X) = fn_hydroxyl_group_4(fn_dehydration_reaction_5(X))
& fn_condensation_reaction_3(X) = fn_condensation_reaction_3(X)
& fn_condensation_reaction_3(X) = fn_endergonic_reaction_9(X)
& fn_endergonic_reaction_9(X) = fn_condensation_reaction_3(X)
& fn_condensation_reaction_3(X) = fn_functional_group_1(fn_dehydration_reaction_5(X))
& fn_functional_group_1(fn_dehydration_reaction_5(X)) = fn_condensation_reaction_2(X)
& fn_condensation_reaction_2(X) = fn_condensation_reaction_2(X)
& fn_condensation_reaction_2(X) = fn_condensation_reaction_1(X)
& fn_condensation_reaction_1(X) = fn_condensation_reaction_3(X)
& fn_condensation_reaction_3(X) = fn_condensation_reaction_1(X)
& fn_condensation_reaction_1(X) = fn_condensation_reaction_1(X)
& fn_condensation_reaction_1(X) = fn_molecule_10(fn_dehydration_reaction_7(X))
& fn_molecule_10(fn_dehydration_reaction_7(X)) = fn_hydroxyl_group_7(fn_dehydration_reaction_5(X))
& fn_hydroxyl_group_7(fn_dehydration_reaction_5(X)) = fn_hydroxyl_group_7(fn_dehydration_reaction_5(X))
& fn_hydroxyl_group_7(fn_dehydration_reaction_5(X)) = fn_molecule_7(fn_dehydration_reaction_7(X))
& fn_molecule_7(fn_dehydration_reaction_7(X)) = fn_hydroxyl_group_4(fn_dehydration_reaction_5(X))
& fn_hydroxyl_group_4(fn_dehydration_reaction_5(X)) = fn_hydroxyl_group_4(fn_dehydration_reaction_5(X)) ) ) ).
fof(a528868,axiom,
! [X] :
( dehydrogenase_1(X)
=> ( original_name_2(X,'Dehydrogenase')
& user_description_2(X,'A dehydrogenase (also called DHO in the literature) is an enzyme that oxidizes a substrate by transferring one or more hydrides (H?) to an acceptor, usually NAD+/NADP+ or a flavin coenzyme such as FAD or FMN.')
& concept2words_2(X,dho)
& concept2words_2(X,dehydrogenase)
& oxidoreductase_1(X)
& angle_value_1(fn_dehydrogenase_4(X))
& hydrogen_ion_1(fn_dehydrogenase_5(X))
& rate_value_1(fn_dehydrogenase_6(X))
& quantity_value_1(fn_dehydrogenase_7(X))
& r_group_1(fn_dehydrogenase_8(X))
& attach_1(fn_dehydrogenase_9(X))
& monomer_1(fn_dehydrogenase_10(X))
& atom_1(fn_dehydrogenase_11(X))
& chemical_entity_1(fn_dehydrogenase_11(X))
& carbon_1(fn_dehydrogenase_11(X))
& kinetic_energy_1(fn_dehydrogenase_12(X))
& protein_domain_1(fn_dehydrogenase_13(X))
& carbon_skeleton_1(fn_dehydrogenase_14(X))
& hydrophilic_region_1(fn_dehydrogenase_15(X))
& surface_1(fn_dehydrogenase_16(X))
& active_site_1(fn_dehydrogenase_17(X))
& size_value_1(fn_dehydrogenase_18(X))
& chemical_reaction_1(fn_dehydrogenase_19(X))
& tangible_entity_1(fn_dehydrogenase_20(X))
& electron_1(fn_dehydrogenase_20(X))
& reducing_agent_1(fn_dehydrogenase_21(X))
& organic_molecule_1(fn_dehydrogenase_22(X))
& electron_donor_1(fn_dehydrogenase_23(X))
& substrate_1(fn_dehydrogenase_24(X))
& oxidation_1(fn_dehydrogenase_25(X))
& reduction_1(fn_dehydrogenase_26(X))
& catalyst_1(fn_dehydrogenase_27(X))
& atom_1(fn_dehydrogenase_28(X))
& chemical_entity_1(fn_dehydrogenase_28(X))
& carbon_1(fn_dehydrogenase_28(X))
& redox_reaction_1(fn_dehydrogenase_29(X))
& chemical_entity_1(fn_dehydrogenase_30(X))
& decrease_1(fn_dehydrogenase_31(X))
& constant_motion_1(fn_dehydrogenase_32(X))
& size_value_1(fn_dehydrogenase_33(X))
& spatial_entity_1(fn_dehydrogenase_34(X))
& chemical_entity_1(fn_dehydrogenase_34(X))
& monomer_1(fn_dehydrogenase_34(X))
& molecule_1(fn_dehydrogenase_34(X))
& amino_acid_1(fn_dehydrogenase_34(X))
& quantity_value_1(fn_dehydrogenase_35(X))
& speed_value_1(fn_dehydrogenase_36(X))
& polypeptide_1(fn_dehydrogenase_37(X))
& electron_donor_1(fn_oxidation_8(fn_dehydrogenase_25(X)))
& reduction_1(fn_redox_reaction_10(fn_dehydrogenase_29(X)))
& oxidation_1(fn_redox_reaction_11(fn_dehydrogenase_29(X)))
& reducing_agent_1(fn_reduction_5(fn_dehydrogenase_26(X)))
& spatial_entity_1(fn_attach_1(fn_dehydrogenase_9(X)))
& chemical_entity_1(fn_reactant_3(fn_dehydrogenase_24(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_dehydrogenase_29(X)))
& chemical_entity_1(fn_oxidation_10(fn_dehydrogenase_25(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_dehydrogenase_29(X)))
& chemical_entity_1(fn_reduction_3(fn_dehydrogenase_26(X)))
& electron_1(fn_oxidation_9(fn_dehydrogenase_25(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_dehydrogenase_29(X)))
& electron_1(fn_redox_reaction_7(fn_dehydrogenase_29(X)))
& electron_1(fn_reduction_4(fn_dehydrogenase_26(X)))
& chemical_reaction_1(fn_reactant_2(fn_dehydrogenase_24(X)))
& spatial_entity_1(fn_attach_2(fn_dehydrogenase_9(X)))
& chemical_entity_1(fn_oxidation_7(fn_dehydrogenase_25(X)))
& chemical_entity_1(fn_reduction_1(fn_dehydrogenase_26(X)))
& directly_proportional_2(fn_dehydrogenase_7(X),fn_dehydrogenase_6(X))
& enables_2(fn_dehydrogenase_9(X),fn_dehydrogenase_19(X))
& site_2(fn_dehydrogenase_9(X),fn_dehydrogenase_17(X))
& rate_2(fn_dehydrogenase_19(X),fn_dehydrogenase_6(X))
& object_2(fn_dehydrogenase_25(X),fn_dehydrogenase_5(X))
& exactCardinality(fn_dehydrogenase_25(X),object_0,"2",hydrogen_ion_0)
& exactCardinality(fn_dehydrogenase_25(X),object_0,"2",electron_0)
& direction_2(fn_dehydrogenase_25(X),fn_dehydrogenase_4(X))
& object_2(fn_dehydrogenase_26(X),fn_dehydrogenase_5(X))
& exactCardinality(fn_dehydrogenase_26(X),object_0,"2",electron_0)
& minCardinality(fn_dehydrogenase_26(X),object_0,"1",hydrogen_ion_0)
& has_function_2(X,fn_dehydrogenase_29(X))
& is_specific_to_2(X,fn_dehydrogenase_22(X))
& quantity_2(X,fn_dehydrogenase_7(X))
& object_2(fn_dehydrogenase_9(X),fn_dehydrogenase_22(X))
& base_2(fn_dehydrogenase_9(X),X)
& plays_2(fn_dehydrogenase_22(X),fn_dehydrogenase_21(X))
& in_event_2(fn_dehydrogenase_24(X),fn_dehydrogenase_19(X))
& raw_material_2(fn_dehydrogenase_19(X),fn_dehydrogenase_22(X))
& plays_2(fn_dehydrogenase_22(X),fn_dehydrogenase_24(X))
& raw_material_2(fn_dehydrogenase_29(X),fn_dehydrogenase_22(X))
& donor_2(fn_dehydrogenase_26(X),fn_dehydrogenase_22(X))
& fn_dehydrogenase_30(X) != fn_dehydrogenase_22(X)
& fn_dehydrogenase_22(X) != fn_dehydrogenase_30(X)
& fn_dehydrogenase_22(X) != fn_dehydrogenase_20(X)
& fn_dehydrogenase_20(X) != fn_dehydrogenase_22(X)
& donor_2(fn_dehydrogenase_25(X),fn_dehydrogenase_22(X))
& plays_2(fn_dehydrogenase_22(X),fn_dehydrogenase_23(X))
& in_event_2(fn_dehydrogenase_23(X),fn_dehydrogenase_25(X))
& X != fn_dehydrogenase_22(X)
& fn_dehydrogenase_22(X) != X
& fn_dehydrogenase_28(X) != fn_dehydrogenase_11(X)
& fn_dehydrogenase_11(X) != fn_dehydrogenase_28(X)
& object_2(fn_dehydrogenase_25(X),fn_dehydrogenase_20(X))
& raw_material_2(fn_dehydrogenase_29(X),fn_dehydrogenase_30(X))
& recipient_2(fn_dehydrogenase_25(X),fn_dehydrogenase_30(X))
& subevent_2(fn_dehydrogenase_29(X),fn_dehydrogenase_25(X))
& subevent_2(fn_dehydrogenase_29(X),fn_dehydrogenase_26(X))
& fn_dehydrogenase_20(X) != fn_dehydrogenase_30(X)
& recipient_2(fn_dehydrogenase_26(X),fn_dehydrogenase_30(X))
& in_event_2(fn_dehydrogenase_21(X),fn_dehydrogenase_26(X))
& fn_dehydrogenase_30(X) != fn_dehydrogenase_20(X)
& object_2(fn_dehydrogenase_26(X),fn_dehydrogenase_20(X))
& X != fn_dehydrogenase_20(X)
& fn_dehydrogenase_30(X) != X
& X != fn_dehydrogenase_30(X)
& fn_dehydrogenase_20(X) != X
& possesses_2(X,fn_dehydrogenase_12(X))
& quantity_2(fn_dehydrogenase_12(X),fn_dehydrogenase_35(X))
& directly_proportional_2(fn_dehydrogenase_36(X),fn_dehydrogenase_35(X))
& speed_2(fn_dehydrogenase_32(X),fn_dehydrogenase_36(X))
& object_2(fn_dehydrogenase_32(X),X)
& plays_2(X,fn_dehydrogenase_27(X))
& has_function_2(X,fn_dehydrogenase_31(X))
& enables_2(fn_dehydrogenase_31(X),fn_dehydrogenase_19(X))
& site_2(fn_dehydrogenase_19(X),fn_dehydrogenase_17(X))
& facilitates_2(fn_dehydrogenase_17(X),fn_dehydrogenase_19(X))
& in_event_2(fn_dehydrogenase_27(X),fn_dehydrogenase_19(X))
& has_region_2(X,fn_dehydrogenase_15(X))
& is_at_2(fn_dehydrogenase_15(X),fn_dehydrogenase_16(X))
& has_region_2(X,fn_dehydrogenase_16(X))
& has_part_2(X,fn_dehydrogenase_37(X))
& has_part_2(fn_dehydrogenase_37(X),fn_dehydrogenase_34(X))
& has_part_2(X,fn_dehydrogenase_28(X))
& is_inside_2(fn_dehydrogenase_28(X),fn_dehydrogenase_14(X))
& has_region_2(X,fn_dehydrogenase_13(X))
& is_at_2(fn_dehydrogenase_34(X),fn_dehydrogenase_13(X))
& has_region_2(fn_dehydrogenase_34(X),fn_dehydrogenase_8(X))
& is_inside_2(fn_dehydrogenase_8(X),fn_dehydrogenase_17(X))
& has_region_2(X,fn_dehydrogenase_17(X))
& has_function_2(X,fn_dehydrogenase_19(X))
& the_scalar_value_2(fn_dehydrogenase_18(X),big_0)
& scalar_unit_class_2(fn_dehydrogenase_18(X),polypeptide_0)
& size_2(X,fn_dehydrogenase_18(X))
& greater_than_2(fn_dehydrogenase_18(X),fn_dehydrogenase_33(X))
& has_region_2(X,fn_dehydrogenase_14(X))
& is_inside_2(fn_dehydrogenase_11(X),fn_dehydrogenase_14(X))
& has_part_2(X,fn_dehydrogenase_11(X))
& has_part_2(X,fn_dehydrogenase_10(X))
& size_2(fn_dehydrogenase_10(X),fn_dehydrogenase_33(X))
& fn_dehydrogenase_22(X) = fn_attach_1(fn_dehydrogenase_9(X))
& X = fn_attach_2(fn_dehydrogenase_9(X))
& fn_dehydrogenase_22(X) = fn_reactant_3(fn_dehydrogenase_24(X))
& fn_dehydrogenase_19(X) = fn_reactant_2(fn_dehydrogenase_24(X))
& fn_dehydrogenase_22(X) = fn_reduction_1(fn_dehydrogenase_26(X))
& fn_dehydrogenase_22(X) = fn_redox_reaction_12(fn_dehydrogenase_29(X))
& fn_dehydrogenase_23(X) = fn_oxidation_8(fn_dehydrogenase_25(X))
& fn_dehydrogenase_22(X) = fn_oxidation_10(fn_dehydrogenase_25(X))
& fn_dehydrogenase_28(X) = fn_oxidoreductase_3(X)
& fn_dehydrogenase_28(X) = fn_organic_molecule_2(X)
& fn_dehydrogenase_20(X) = fn_redox_reaction_7(fn_dehydrogenase_29(X))
& fn_dehydrogenase_26(X) = fn_redox_reaction_10(fn_dehydrogenase_29(X))
& fn_dehydrogenase_30(X) = fn_oxidation_7(fn_dehydrogenase_25(X))
& fn_dehydrogenase_25(X) = fn_redox_reaction_11(fn_dehydrogenase_29(X))
& fn_dehydrogenase_30(X) = fn_redox_reaction_16(fn_dehydrogenase_29(X))
& fn_dehydrogenase_21(X) = fn_reduction_5(fn_dehydrogenase_26(X))
& fn_dehydrogenase_30(X) = fn_oxidation_10(fn_dehydrogenase_25(X))
& fn_dehydrogenase_30(X) = fn_reduction_3(fn_dehydrogenase_26(X))
& fn_dehydrogenase_20(X) = fn_oxidation_9(fn_dehydrogenase_25(X))
& X = fn_oxidation_7(fn_dehydrogenase_25(X))
& X = fn_reduction_1(fn_dehydrogenase_26(X))
& fn_dehydrogenase_20(X) = fn_reduction_4(fn_dehydrogenase_26(X))
& fn_dehydrogenase_39(X) = fn_molecule_2(X)
& fn_dehydrogenase_40(X) = fn_molecule_1(X)
& fn_dehydrogenase_32(X) = fn_molecule_8(X)
& fn_dehydrogenase_36(X) = fn_molecule_3(X)
& fn_dehydrogenase_35(X) = fn_molecule_4(X)
& fn_dehydrogenase_12(X) = fn_molecule_12(X)
& fn_dehydrogenase_27(X) = fn_enzyme_6(X)
& fn_dehydrogenase_17(X) = fn_enzyme_2(X)
& fn_dehydrogenase_19(X) = fn_enzyme_4(X)
& fn_dehydrogenase_31(X) = fn_enzyme_5(X)
& fn_dehydrogenase_34(X) = fn_protein_14(X)
& fn_dehydrogenase_37(X) = fn_protein_8(X)
& fn_dehydrogenase_16(X) = fn_protein_5(X)
& fn_dehydrogenase_15(X) = fn_protein_1(X)
& fn_dehydrogenase_28(X) = fn_protein_enzyme_7(X)
& fn_dehydrogenase_17(X) = fn_protein_enzyme_10(X)
& fn_dehydrogenase_8(X) = fn_protein_enzyme_12(X)
& fn_dehydrogenase_34(X) = fn_protein_enzyme_11(X)
& fn_dehydrogenase_13(X) = fn_protein_enzyme_5(X)
& fn_dehydrogenase_19(X) = fn_oxidoreductase_11(X)
& fn_dehydrogenase_41(X) = fn_oxidoreductase_2(X)
& fn_dehydrogenase_38(X) = fn_oxidoreductase_1(X)
& fn_dehydrogenase_18(X) = fn_protein_enzyme_3(X)
& fn_dehydrogenase_18(X) = fn_oxidoreductase_6(X)
& fn_dehydrogenase_33(X) = fn_oxidoreductase_8(X)
& fn_dehydrogenase_10(X) = fn_protein_enzyme_9(X)
& fn_dehydrogenase_10(X) = fn_oxidoreductase_4(X)
& fn_dehydrogenase_11(X) = fn_oxidoreductase_5(X)
& fn_dehydrogenase_11(X) = fn_organic_molecule_1(X)
& fn_dehydrogenase_11(X) = fn_oxidoreductase_3(X)
& fn_dehydrogenase_14(X) = fn_protein_enzyme_6(X)
& fn_dehydrogenase_14(X) = fn_organic_molecule_3(X)
& fn_dehydrogenase_14(X) = fn_oxidoreductase_12(X)
& fn_attach_1(fn_dehydrogenase_9(X)) = fn_reduction_1(fn_dehydrogenase_26(X))
& fn_reactant_3(fn_dehydrogenase_24(X)) = fn_reduction_1(fn_dehydrogenase_26(X))
& fn_reduction_1(fn_dehydrogenase_26(X)) = fn_reactant_3(fn_dehydrogenase_24(X))
& fn_reactant_3(fn_dehydrogenase_24(X)) = fn_reactant_3(fn_dehydrogenase_24(X))
& fn_reactant_3(fn_dehydrogenase_24(X)) = fn_redox_reaction_12(fn_dehydrogenase_29(X))
& fn_redox_reaction_12(fn_dehydrogenase_29(X)) = fn_redox_reaction_12(fn_dehydrogenase_29(X))
& fn_redox_reaction_12(fn_dehydrogenase_29(X)) = fn_oxidation_10(fn_dehydrogenase_25(X))
& fn_oxidation_10(fn_dehydrogenase_25(X)) = fn_oxidation_10(fn_dehydrogenase_25(X))
& fn_oxidation_10(fn_dehydrogenase_25(X)) = fn_oxidation_7(fn_dehydrogenase_25(X))
& fn_oxidation_7(fn_dehydrogenase_25(X)) = fn_oxidation_10(fn_dehydrogenase_25(X))
& fn_redox_reaction_16(fn_dehydrogenase_29(X)) = fn_oxidation_10(fn_dehydrogenase_25(X))
& fn_oxidation_10(fn_dehydrogenase_25(X)) = fn_redox_reaction_16(fn_dehydrogenase_29(X))
& fn_redox_reaction_16(fn_dehydrogenase_29(X)) = fn_redox_reaction_16(fn_dehydrogenase_29(X))
& fn_redox_reaction_16(fn_dehydrogenase_29(X)) = fn_reduction_3(fn_dehydrogenase_26(X))
& fn_reduction_3(fn_dehydrogenase_26(X)) = fn_reduction_3(fn_dehydrogenase_26(X))
& fn_reduction_3(fn_dehydrogenase_26(X)) = fn_oxidation_9(fn_dehydrogenase_25(X))
& fn_redox_reaction_7(fn_dehydrogenase_29(X)) = fn_oxidation_9(fn_dehydrogenase_25(X))
& fn_oxidation_9(fn_dehydrogenase_25(X)) = fn_oxidation_9(fn_dehydrogenase_25(X))
& fn_oxidation_9(fn_dehydrogenase_25(X)) = fn_redox_reaction_7(fn_dehydrogenase_29(X))
& fn_redox_reaction_7(fn_dehydrogenase_29(X)) = fn_reduction_4(fn_dehydrogenase_26(X))
& fn_reduction_4(fn_dehydrogenase_26(X)) = fn_reduction_4(fn_dehydrogenase_26(X))
& fn_reduction_4(fn_dehydrogenase_26(X)) = fn_oxidoreductase_3(X)
& fn_organic_molecule_2(X) = fn_oxidoreductase_3(X)
& fn_oxidoreductase_3(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_14(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_reactant_2(fn_dehydrogenase_24(X))
& fn_reactant_2(fn_dehydrogenase_24(X)) = fn_reactant_2(fn_dehydrogenase_24(X))
& fn_reactant_2(fn_dehydrogenase_24(X)) = fn_enzyme_4(X)
& fn_enzyme_4(X) = fn_enzyme_4(X)
& fn_enzyme_4(X) = fn_oxidoreductase_11(X)
& fn_oxidoreductase_11(X) = fn_oxidoreductase_6(X)
& fn_oxidoreductase_6(X) = fn_oxidoreductase_6(X)
& fn_oxidoreductase_6(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_oxidoreductase_6(X)
& fn_oxidoreductase_6(X) = fn_oxidoreductase_4(X)
& fn_oxidoreductase_4(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_oxidoreductase_4(X)
& fn_oxidoreductase_4(X) = fn_oxidoreductase_5(X)
& fn_organic_molecule_1(X) = fn_oxidoreductase_5(X)
& fn_oxidoreductase_5(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_1(X)
& fn_oxidoreductase_3(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_oxidoreductase_3(X)
& fn_oxidoreductase_3(X) = fn_protein_enzyme_6(X)
& fn_protein_enzyme_6(X) = fn_organic_molecule_3(X)
& fn_organic_molecule_3(X) = fn_protein_enzyme_6(X)
& fn_oxidoreductase_12(X) = fn_protein_enzyme_6(X)
& fn_protein_enzyme_6(X) = fn_oxidoreductase_12(X)
& fn_oxidoreductase_12(X) = fn_attach_2(fn_dehydrogenase_9(X))
& fn_attach_2(fn_dehydrogenase_9(X)) = fn_oxidation_7(fn_dehydrogenase_25(X))
& fn_oxidation_7(fn_dehydrogenase_25(X)) = fn_oxidation_7(fn_dehydrogenase_25(X))
& fn_reduction_1(fn_dehydrogenase_26(X)) = fn_reduction_1(fn_dehydrogenase_26(X))
& fn_reduction_1(fn_dehydrogenase_26(X)) = fn_oxidation_7(fn_dehydrogenase_25(X))
& fn_oxidation_7(fn_dehydrogenase_25(X)) = fn_reduction_1(fn_dehydrogenase_26(X)) ) ) ).
fof(a528869,axiom,
! [X] :
( deletion_1(X)
=> ( original_name_2(X,'Deletion')
& user_description_2(X,'A deficiency in a chromosome resulting from the loss of a fragment through breakage. (2) A mutational loss of one or more nucleotide pairs from a gene.')
& concept2words_2(X,delete)
& concept2words_2(X,deletion)
& mutation_1(X)
& dna_sequence_1(fn_deletion_1(X))
& object_2(X,fn_deletion_1(X)) ) ) ).
fof(a528870,axiom,
! [X] :
( deletion_of_chromosome_fragment_1(X)
=> ( original_name_2(X,'Deletion-Of-Chromosome-Fragment')
& user_description_2(X,'An alteration of chromosome structure that occurs when a chromosomal fragment lacking a centromere is lost during cell division.')
& concept2words_2(X,delete)
& concept2words_2(X,'deletion of chromosome fragment')
& concept2words_2(X,'deletion-of-chromosome-fragment')
& change_chromosome_structure_1(X)
& deletion_1(X)
& ~ chromosomal_translocation_1(X)
& ~ duplication_of_chromosome_fragment_1(X)
& ~ inversion_of_chromosome_fragment_1(X)
& lose_1(fn_deletion_of_chromosome_fragment_1(X))
& chromosome_fragment_1(fn_deletion_of_chromosome_fragment_2(X))
& gene_1(fn_deletion_of_chromosome_fragment_3(X))
& entity_1(fn_transfer_1(fn_deletion_of_chromosome_fragment_1(X)))
& tangible_entity_1(fn_lose_1(fn_deletion_of_chromosome_fragment_1(X)))
& subevent_2(X,fn_deletion_of_chromosome_fragment_1(X))
& object_2(fn_deletion_of_chromosome_fragment_1(X),fn_deletion_of_chromosome_fragment_3(X))
& donor_2(fn_deletion_of_chromosome_fragment_1(X),fn_deletion_of_chromosome_fragment_2(X))
& fn_deletion_of_chromosome_fragment_3(X) = fn_transfer_1(fn_deletion_of_chromosome_fragment_1(X))
& fn_deletion_of_chromosome_fragment_2(X) = fn_lose_1(fn_deletion_of_chromosome_fragment_1(X)) ) ) ).
fof(a528871,axiom,
! [X] :
( deliver_1(X)
=> ( original_name_2(X,'Deliver')
& concept2words_2(X,'get in')
& concept2words_2(X,deliver)
& concept2words_2(X,'hand over')
& concept2words_2(X,hand_over)
& concept2words_2(X,get_in)
& concept2words_2(X,render)
& concept2words_2(X,'turn in')
& concept2words_2(X,turn_in)
& transfer_1(X)
& tangible_entity_1(fn_deliver_1(X))
& recipient_2(X,fn_deliver_1(X)) ) ) ).
fof(a528872,axiom,
! [X] :
( delta_formin_yeast_1(X)
=> ( original_name_2(X,'Delta-Formin-Yeast')
& user_description_2(X,'Modified strain of yeast cells which lacks the gene to produce formin, a molecule which plays a role in the formation of shmoos during yeast mating. This strain was used to study the signaling events involved in yeast mating.')
& concept2words_2(X,'delta formin yeast')
& concept2words_2(X,'delta-formin-yeast')
& saccharomyces_cerevisiae_1(X) ) ) ).
fof(a528873,axiom,
! [X] :
( delta_fus3_yeast_1(X)
=> ( original_name_2(X,'Delta-Fus3-Yeast')
& user_description_2(X,'Modified strain of yeast cells which lacks the gene to produce fus 3 kinase, a molecule which plays a role in the formation of shmoos during yeast mating. This strain was used to study the signaling events involved in yeast mating.')
& concept2words_2(X,'delta fus3 yeast')
& concept2words_2(X,'delta-fus3-yeast')
& saccharomyces_cerevisiae_1(X) ) ) ).
fof(a528874,axiom,
! [X] :
( demographic_transition_1(X)
=> ( original_name_2(X,'Demographic-Transition')
& user_description_2(X,'A shift from rapid population growth in which birth rate outpaces death rate to zero population growth characterized by low birth and death rates.')
& concept2words_2(X,'transition of demographic')
& concept2words_2(X,'demographic transition')
& concept2words_2(X,'demographic-transition')
& demography_1(X)
& ~ emigration_1(X)
& ~ immigration_1(X) ) ) ).
fof(a528875,axiom,
! [X] :
( demography_1(X)
=> ( original_name_2(X,'Demography')
& user_description_2(X,'The study of statistics relating to births and deaths in populations.')
& concept2words_2(X,demography)
& population_process_1(X)
& ~ exponential_population_growth_1(X)
& ~ extinction_vortex_1(X)
& ~ logistic_population_growth_1(X)
& ~ propagation_1(X) ) ) ).
fof(a528876,axiom,
! [X] :
( denaturation_1(X)
=> ( original_name_2(X,'Denaturation')
& user_description_2(X,'A process by which proteins and nucleic acids lose their tertiary and secondary structure and become biologically inactive. Denaturation occurs under conditions of extreme temperature, pH, or salt concentration.')
& concept2words_2(X,denature)
& concept2words_2(X,denaturation)
& biomolecular_process_1(X)
& impair_1(X)
& ~ gene_amplification_1(X)
& ~ anabolism_1(X)
& ~ antigen_presentation_1(X)
& ~ catabolism_1(X)
& ~ dna_methylation_1(X)
& ~ dynein_walking_1(X)
& ~ genetic_process_1(X)
& ~ hydrolysis_1(X)
& ~ protein_folding_1(X)
& entity_1(fn_denaturation_1(X))
& organic_molecule_1(fn_denaturation_2(X))
& agent_2(X,fn_denaturation_1(X))
& object_2(X,fn_denaturation_2(X))
& fn_denaturation_2(X) = fn_impair_1(X) ) ) ).
fof(a528877,axiom,
! [X] :
( denaturation_agent_1(X)
=> ( original_name_2(X,'Denaturation-Agent')
& user_description_2(X,'A force or chemical that disrupts the hydrogen bonds and side chain interactions in a protein, causing the protein to unfold.')
& concept2words_2(X,'denaturing agent')
& concept2words_2(X,'denaturing-agent')
& concept2words_2(X,'agent of denaturation')
& concept2words_2(X,'denaturation agent')
& concept2words_2(X,'denaturation-agent')
& agent_role_1(X)
& denaturation_1(fn_denaturation_agent_1(X))
& in_event_2(X,fn_denaturation_agent_1(X)) ) ) ).
fof(a528878,axiom,
! [X] :
( denature_dna_1(X)
=> ( original_name_2(X,'Denature-DNA')
& user_description_2(X,'Denaturation of double-stranded DNA that results in two single strands of DNA. In this process, heat breaks the strands apart, preventing them from hydrogen bonding.')
& concept2words_2(X,'dna denaturation')
& concept2words_2(X,denature)
& concept2words_2(X,'dna of denature')
& concept2words_2(X,'denature dna')
& concept2words_2(X,'denature-dna')
& denaturation_1(X)
& ~ protein_denaturation_1(X)
& break_1(fn_denature_dna_1(X))
& dna_strand_1(fn_denature_dna_2(X))
& heat_1(fn_denature_dna_3(X))
& temperature_value_1(fn_denature_dna_4(X))
& hold_together_1(fn_denature_dna_5(X))
& move_apart_1(fn_denature_dna_6(X))
& dna_strand_1(fn_denature_dna_7(X))
& spatial_entity_1(fn_move_apart_1(fn_denature_dna_6(X)))
& property_node_1(fn_heat_2(fn_denature_dna_3(X)))
& temperature_value_1(fn_heat_5(fn_denature_dna_3(X)))
& spatial_entity_1(fn_move_apart_2(fn_denature_dna_6(X)))
& tangible_entity_1(fn_heat_1(fn_denature_dna_3(X)))
& tangible_entity_1(fn_hold_2(fn_denature_dna_5(X)))
& base_2(fn_denature_dna_3(X),fn_denature_dna_2(X))
& causes_2(fn_denature_dna_3(X),fn_denature_dna_1(X))
& next_event_2(fn_denature_dna_3(X),fn_denature_dna_1(X))
& causes_2(fn_denature_dna_1(X),fn_denature_dna_6(X))
& next_event_2(fn_denature_dna_1(X),fn_denature_dna_6(X))
& object_2(X,fn_denature_dna_2(X))
& result_2(X,fn_denature_dna_2(X))
& result_2(X,fn_denature_dna_7(X))
& exactCardinality(X,result_0,"2",dna_strand_0)
& subevent_2(X,fn_denature_dna_3(X))
& subevent_2(X,fn_denature_dna_1(X))
& subevent_2(X,fn_denature_dna_6(X))
& first_subevent_2(X,fn_denature_dna_3(X))
& the_cardinal_value_2(fn_denature_dna_4(X),"95.0e0")
& cardinal_unit_class_2(fn_denature_dna_4(X),celsius_0)
& object_2(fn_denature_dna_5(X),fn_denature_dna_2(X))
& object_2(fn_denature_dna_6(X),fn_denature_dna_7(X))
& object_2(fn_denature_dna_6(X),fn_denature_dna_2(X))
& base_2(fn_denature_dna_3(X),fn_denature_dna_7(X))
& object_2(fn_denature_dna_5(X),fn_denature_dna_7(X))
& object_2(X,fn_denature_dna_7(X))
& to_value_2(fn_denature_dna_3(X),fn_denature_dna_4(X))
& fn_denature_dna_7(X) = fn_move_apart_2(fn_denature_dna_6(X))
& fn_denature_dna_2(X) = fn_move_apart_1(fn_denature_dna_6(X))
& fn_denature_dna_7(X) = fn_heat_1(fn_denature_dna_3(X))
& fn_denature_dna_7(X) = fn_hold_2(fn_denature_dna_5(X))
& fn_denature_dna_7(X) = fn_denaturation_2(X)
& fn_denature_dna_8(X) = fn_heat_2(fn_denature_dna_3(X))
& fn_denature_dna_4(X) = fn_heat_5(fn_denature_dna_3(X))
& fn_move_apart_2(fn_denature_dna_6(X)) = fn_heat_1(fn_denature_dna_3(X))
& fn_heat_1(fn_denature_dna_3(X)) = fn_heat_1(fn_denature_dna_3(X))
& fn_heat_1(fn_denature_dna_3(X)) = fn_hold_2(fn_denature_dna_5(X))
& fn_hold_2(fn_denature_dna_5(X)) = fn_hold_2(fn_denature_dna_5(X))
& fn_hold_2(fn_denature_dna_5(X)) = fn_denaturation_2(X) ) ) ).
fof(a528879,axiom,
! [X] :
( denatured_protein_1(X)
=> ( original_name_2(X,'Denatured-Protein')
& user_description_2(X,'A biolgically inactive protein that has lost its functional conformation by exposure to a destabilizing agent such as heat or detergent.')
& concept2words_2(X,'denatured protein')
& concept2words_2(X,'denatured-protein')
& protein_1(X) ) ) ).
fof(a528880,axiom,
! [X] :
( dendrite_1(X)
=> ( original_name_2(X,'Dendrite')
& user_description_2(X,'A branched extension of the soma of a neuron, that receives electrochemical stimulation from other neurons.')
& concept2words_2(X,dendrite)
& region_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X)
& spatial_entity_1(fn_dendrite_1(X))
& biomembrane_1(fn_dendrite_1(X))
& animal_plasma_membrane_1(fn_dendrite_1(X))
& plasma_membrane_1(fn_dendrite_1(X))
& integrin_1(fn_dendrite_2(X))
& transmembrane_protein_1(fn_dendrite_2(X))
& organic_molecule_1(fn_dendrite_2(X))
& tangible_entity_1(fn_dendrite_2(X))
& membrane_protein_1(fn_dendrite_2(X))
& protein_1(fn_dendrite_2(X))
& spatial_entity_1(fn_dendrite_2(X))
& polymer_1(fn_dendrite_2(X))
& nerve_cell_1(fn_dendrite_3(X))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_dendrite_1(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_dendrite_1(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_dendrite_1(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_dendrite_1(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_dendrite_1(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_dendrite_1(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_dendrite_1(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_dendrite_1(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_dendrite_1(X)))
& protein_1(fn_plasma_membrane_68(fn_dendrite_1(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_dendrite_1(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_dendrite_1(X)))
& protein_1(fn_plasma_membrane_54(fn_dendrite_1(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_dendrite_1(X)))
& polymer_1(fn_plasma_membrane_54(fn_dendrite_1(X)))
& spatial_entity_1(fn_integrin_30(fn_dendrite_2(X)))
& biomembrane_1(fn_integrin_30(fn_dendrite_2(X)))
& animal_plasma_membrane_1(fn_integrin_30(fn_dendrite_2(X)))
& plasma_membrane_1(fn_integrin_30(fn_dendrite_2(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_dendrite_2(X)))
& is_at_2(fn_dendrite_2(X),X)
& has_region_2(fn_dendrite_3(X),X)
& has_part_2(fn_dendrite_1(X),fn_dendrite_2(X))
& has_part_2(fn_dendrite_3(X),fn_dendrite_1(X))
& called_2(fn_dendrite_2(X),'MP1')
& fn_dendrite_3(X) = fn_animal_plasma_membrane_56(fn_dendrite_1(X))
& fn_dendrite_1(X) = fn_integrin_30(fn_dendrite_2(X))
& fn_dendrite_1(X) = fn_transmembrane_protein_4(fn_dendrite_2(X))
& fn_dendrite_2(X) = fn_animal_plasma_membrane_47(fn_dendrite_1(X))
& fn_dendrite_2(X) = fn_plasma_membrane_68(fn_dendrite_1(X))
& fn_dendrite_2(X) = fn_plasma_membrane_54(fn_dendrite_1(X))
& fn_animal_plasma_membrane_47(fn_dendrite_1(X)) = fn_animal_plasma_membrane_47(fn_dendrite_1(X))
& fn_animal_plasma_membrane_47(fn_dendrite_1(X)) = fn_plasma_membrane_68(fn_dendrite_1(X))
& fn_plasma_membrane_68(fn_dendrite_1(X)) = fn_plasma_membrane_68(fn_dendrite_1(X))
& fn_plasma_membrane_68(fn_dendrite_1(X)) = fn_plasma_membrane_54(fn_dendrite_1(X))
& fn_plasma_membrane_54(fn_dendrite_1(X)) = fn_integrin_30(fn_dendrite_2(X))
& fn_integrin_30(fn_dendrite_2(X)) = fn_transmembrane_protein_4(fn_dendrite_2(X)) ) ) ).
fof(a528881,axiom,
! [X] :
( dendritic_cell_1(X)
=> ( original_name_2(X,'Dendritic-Cell')
& user_description_2(X,'Cells of the immune system that present antigens to helper T cells and thus initiate a primary immune response.')
& concept2words_2(X,'dendritic cell')
& concept2words_2(X,'dendritic-cell')
& antigen_presenting_cell_1(X) ) ) ).
fof(a528882,axiom,
! [X] :
( denitrification_1(X)
=> ( original_name_2(X,'Denitrification')
& user_description_2(X,'The biological process of reducing nitrate through a number of intermediate forms and, ultimately, to molecular nitrogen. The only organisms capable of denitrification are certain prokaryotes.')
& concept2words_2(X,denitrify)
& concept2words_2(X,denitrification)
& decomposition_1(X)
& nutrition_1(fn_denitrification_1(X))
& detritivore_1(fn_denitrification_2(X))
& chemical_entity_1(fn_denitrification_3(X))
& nitrogen_molecule_1(fn_denitrification_3(X))
& nitrate_ion_1(fn_denitrification_4(X))
& n2_gas_1(fn_denitrification_5(X))
& chemical_reaction_1(fn_denitrification_6(X))
& denitrifying_bacterium_1(fn_denitrification_7(X))
& chemical_entity_1(fn_chemical_reaction_2(fn_denitrification_6(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_denitrification_6(X)))
& nitrogen_molecule_1(fn_n2_gas_1(fn_denitrification_5(X)))
& by_means_of_2(X,fn_denitrification_6(X))
& has_function_2(fn_denitrification_7(X),X)
& result_2(fn_denitrification_6(X),fn_denitrification_3(X))
& raw_material_2(fn_denitrification_6(X),fn_denitrification_4(X))
& has_part_2(fn_denitrification_5(X),fn_denitrification_3(X))
& agent_2(X,fn_denitrification_7(X))
& plays_2(fn_denitrification_7(X),fn_denitrification_2(X))
& in_event_2(fn_denitrification_2(X),fn_denitrification_1(X))
& agent_2(fn_denitrification_1(X),fn_denitrification_7(X))
& fn_denitrification_3(X) = fn_chemical_reaction_1(fn_denitrification_6(X))
& fn_denitrification_4(X) = fn_chemical_reaction_2(fn_denitrification_6(X))
& fn_denitrification_3(X) = fn_n2_gas_1(fn_denitrification_5(X))
& fn_denitrification_1(X) = fn_decomposition_10(X)
& fn_denitrification_2(X) = fn_decomposition_13(X)
& fn_denitrification_2(X) = fn_decomposition_11(X)
& fn_denitrification_7(X) = fn_decomposition_14(X)
& fn_denitrification_7(X) = fn_decomposition_7(X)
& fn_chemical_reaction_1(fn_denitrification_6(X)) = fn_n2_gas_1(fn_denitrification_5(X))
& fn_n2_gas_1(fn_denitrification_5(X)) = fn_decomposition_11(X)
& fn_decomposition_11(X) = fn_decomposition_13(X)
& fn_decomposition_13(X) = fn_decomposition_11(X)
& fn_decomposition_11(X) = fn_decomposition_7(X)
& fn_decomposition_7(X) = fn_decomposition_14(X)
& fn_decomposition_14(X) = fn_decomposition_7(X) ) ) ).
fof(a528883,axiom,
! [X] :
( denitrifying_bacterium_1(X)
=> ( original_name_2(X,'Denitrifying-Bacterium')
& user_description_2(X,'A type of bacterium that converts forms of inorganic nitrogen to nitrogen gas.')
& concept2words_2(X,'denitrifying bacterium')
& concept2words_2(X,'denitrifying-bacterium')
& bacterium_1(X)
& biotic_factor_1(fn_denitrifying_bacterium_1(X))
& chromosome_1(fn_denitrifying_bacterium_2(X))
& prokaryotic_chromosome_1(fn_denitrifying_bacterium_2(X))
& nucleoid_1(fn_denitrifying_bacterium_3(X))
& chemoheterotroph_1(fn_denitrifying_bacterium_8(X))
& volume_value_1(fn_denitrifying_bacterium_9(X))
& surface_1(fn_denitrifying_bacterium_10(X))
& size_value_1(fn_denitrifying_bacterium_11(X))
& nutrition_1(fn_denitrifying_bacterium_12(X))
& tangible_entity_1(fn_denitrifying_bacterium_13(X))
& phospholipid_bilayer_1(fn_denitrifying_bacterium_13(X))
& substance_1(fn_denitrifying_bacterium_14(X))
& cytosol_1(fn_denitrifying_bacterium_14(X))
& specific_heat_value_1(fn_denitrifying_bacterium_15(X))
& temperature_value_1(fn_denitrifying_bacterium_16(X))
& cell_wall_1(fn_denitrifying_bacterium_17(X))
& water_1(fn_denitrifying_bacterium_18(X))
& ribosome_1(fn_denitrifying_bacterium_19(X))
& prokaryotic_ribosome_1(fn_denitrifying_bacterium_19(X))
& spatial_entity_1(fn_denitrifying_bacterium_20(X))
& biomembrane_1(fn_denitrifying_bacterium_20(X))
& plasma_membrane_1(fn_denitrifying_bacterium_20(X))
& mixture_1(fn_denitrifying_bacterium_21(X))
& cytoplasm_1(fn_denitrifying_bacterium_21(X))
& nutrition_1(fn_heterotroph_3(fn_denitrifying_bacterium_8(X)))
& organism_1(fn_heterotroph_2(fn_denitrifying_bacterium_8(X)))
& plays_2(X,fn_denitrifying_bacterium_1(X))
& is_inside_2(fn_denitrifying_bacterium_19(X),fn_denitrifying_bacterium_14(X))
& in_event_2(fn_denitrifying_bacterium_8(X),fn_denitrifying_bacterium_12(X))
& agent_2(fn_denitrifying_bacterium_12(X),X)
& plays_2(X,fn_denitrifying_bacterium_8(X))
& temperature_2(X,fn_denitrifying_bacterium_16(X))
& has_part_2(X,fn_denitrifying_bacterium_18(X))
& specific_heat_2(fn_denitrifying_bacterium_18(X),fn_denitrifying_bacterium_15(X))
& correspondence_2(fn_denitrifying_bacterium_16(X),fn_denitrifying_bacterium_15(X))
& has_region_2(X,fn_denitrifying_bacterium_3(X))
& is_inside_2(fn_denitrifying_bacterium_2(X),fn_denitrifying_bacterium_3(X))
& has_part_2(X,fn_denitrifying_bacterium_2(X))
& has_part_2(fn_denitrifying_bacterium_21(X),fn_denitrifying_bacterium_14(X))
& volume_2(X,fn_denitrifying_bacterium_9(X))
& directly_proportional_2(fn_denitrifying_bacterium_11(X),fn_denitrifying_bacterium_9(X))
& size_2(X,fn_denitrifying_bacterium_11(X))
& has_region_2(X,fn_denitrifying_bacterium_10(X))
& is_at_2(fn_denitrifying_bacterium_13(X),fn_denitrifying_bacterium_10(X))
& has_part_2(X,fn_denitrifying_bacterium_19(X))
& has_part_2(fn_denitrifying_bacterium_20(X),fn_denitrifying_bacterium_13(X))
& has_part_2(X,fn_denitrifying_bacterium_21(X))
& is_inside_2(fn_denitrifying_bacterium_21(X),fn_denitrifying_bacterium_20(X))
& is_inside_2(fn_denitrifying_bacterium_20(X),fn_denitrifying_bacterium_17(X))
& has_part_2(X,fn_denitrifying_bacterium_17(X))
& has_part_2(X,fn_denitrifying_bacterium_20(X))
& X = fn_heterotroph_2(fn_denitrifying_bacterium_8(X))
& fn_denitrifying_bacterium_12(X) = fn_heterotroph_3(fn_denitrifying_bacterium_8(X))
& fn_denitrifying_bacterium_7(X) = fn_organism_6(X)
& fn_denitrifying_bacterium_4(X) = fn_organism_1(X)
& fn_denitrifying_bacterium_16(X) = fn_organism_2(X)
& fn_denitrifying_bacterium_15(X) = fn_organism_5(X)
& fn_denitrifying_bacterium_18(X) = fn_organism_4(X)
& fn_denitrifying_bacterium_14(X) = fn_prokaryote_10(X)
& fn_denitrifying_bacterium_2(X) = fn_prokaryote_9(X)
& fn_denitrifying_bacterium_3(X) = fn_prokaryote_18(X)
& fn_denitrifying_bacterium_6(X) = fn_cell_10(X)
& fn_denitrifying_bacterium_5(X) = fn_cell_23(X)
& fn_denitrifying_bacterium_13(X) = fn_cell_26(X)
& fn_denitrifying_bacterium_10(X) = fn_cell_4(X)
& fn_denitrifying_bacterium_11(X) = fn_cell_11(X)
& fn_denitrifying_bacterium_9(X) = fn_cell_22(X)
& fn_denitrifying_bacterium_19(X) = fn_bacterium_14(X)
& fn_denitrifying_bacterium_13(X) = fn_bacterium_5(X)
& fn_denitrifying_bacterium_17(X) = fn_bacterium_12(X)
& fn_denitrifying_bacterium_20(X) = fn_bacterium_15(X)
& fn_denitrifying_bacterium_21(X) = fn_prokaryote_12(X)
& fn_denitrifying_bacterium_21(X) = fn_bacterium_16(X)
& fn_cell_26(X) = fn_bacterium_5(X)
& fn_bacterium_5(X) = fn_prokaryote_12(X)
& fn_bacterium_16(X) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_bacterium_16(X)
& fn_heterotroph_2(fn_denitrifying_bacterium_8(X)) = fn_heterotroph_2(fn_denitrifying_bacterium_8(X)) ) ) ).
fof(a528884,axiom,
! [X] :
( density_constant_1(X)
=> ( original_name_2(X,'Density-Constant')
& concept2words_2(X,'constant of density')
& concept2words_2(X,'density constant')
& concept2words_2(X,'density-constant')
& constant_1(X) ) ) ).
fof(a528885,axiom,
! [X] :
( density_dependent_inhibition_1(X)
=> ( original_name_2(X,'Density-Dependent-Inhibition')
& user_description_2(X,'The observed phenomenon that causes animal cells to cease dividing when they become crowded.')
& concept2words_2(X,'density dependent inhibition')
& concept2words_2(X,'density-dependent-inhibition')
& inhibition_1(X) ) ) ).
fof(a528886,axiom,
! [X] :
( density_scale_1(X)
=> ( original_name_2(X,'Density-Scale')
& concept2words_2(X,'scale of density')
& concept2words_2(X,'density scale')
& concept2words_2(X,'density-scale')
& scale_1(X) ) ) ).
fof(a528887,axiom,
! [X] :
( density_value_1(X)
=> ( original_name_2(X,'Density-Value')
& description_2(X,'the quantity per unit volume, unit area, or unit length')
& concept2words_2(X,denseness)
& concept2words_2(X,density)
& concept2words_2(X,'value of density')
& concept2words_2(X,'density value')
& concept2words_2(X,'density-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a528888,axiom,
! [X] :
( dental_cavity_1(X)
=> ( original_name_2(X,'Dental-Cavity')
& user_description_2(X,'Hole produced through demineralization and destruction of the hard tissue of the teeth, brought about by acids produced by bacteria living in the mouth.')
& concept2words_2(X,'dental cavity')
& concept2words_2(X,'dental-cavity')
& cavity_1(X) ) ) ).
fof(a528889,axiom,
! [X] :
( dental_cavity_formation_1(X)
=> ( original_name_2(X,'Dental-Cavity-Formation')
& user_description_2(X,'Process of demineralization and destruction of the hard tissue of the teeth, brought about by acids produced by bacteria living in the mouth.')
& concept2words_2(X,produce)
& concept2words_2(X,'dental cavity formation')
& concept2words_2(X,'dental-cavity-formation')
& biological_process_1(X)
& dental_cavity_1(fn_dental_cavity_formation_1(X))
& dental_plaque_1(fn_dental_cavity_formation_2(X))
& surface_1(fn_dental_cavity_formation_3(X))
& tooth_1(fn_dental_cavity_formation_4(X))
& tooth_1(fn_dental_plaque_1(fn_dental_cavity_formation_2(X)))
& surface_1(fn_dental_plaque_2(fn_dental_cavity_formation_2(X)))
& agent_2(X,fn_dental_cavity_formation_2(X))
& result_2(X,fn_dental_cavity_formation_1(X))
& base_2(X,fn_dental_cavity_formation_4(X))
& is_inside_2(fn_dental_cavity_formation_1(X),fn_dental_cavity_formation_4(X))
& is_at_2(fn_dental_cavity_formation_2(X),fn_dental_cavity_formation_3(X))
& has_region_2(fn_dental_cavity_formation_4(X),fn_dental_cavity_formation_3(X))
& fn_dental_cavity_formation_4(X) = fn_dental_plaque_1(fn_dental_cavity_formation_2(X))
& fn_dental_cavity_formation_3(X) = fn_dental_plaque_2(fn_dental_cavity_formation_2(X)) ) ) ).
fof(a528890,axiom,
! [X] :
( dental_plaque_1(X)
=> ( original_name_2(X,'Dental-Plaque')
& user_description_2(X,'Hardened, yellowish material which forms on teeth as a result of continual action of bacterial biofilms.')
& concept2words_2(X,'dental plaque')
& concept2words_2(X,'dental-plaque')
& bacterial_biofilm_1(X)
& tooth_1(fn_dental_plaque_1(X))
& surface_1(fn_dental_plaque_2(X))
& has_region_2(fn_dental_plaque_1(X),fn_dental_plaque_2(X))
& is_at_2(X,fn_dental_plaque_2(X))
& fn_dental_plaque_2(X) = fn_biofilm_3(X) ) ) ).
fof(a528891,axiom,
! [X] :
( dental_plaque_formation_1(X)
=> ( original_name_2(X,'Dental-Plaque-Formation')
& user_description_2(X,'The formation of a hardened layer which forms on teeth as a result of continual action of bacterial biofilms.')
& concept2words_2(X,'dental plaque formation')
& concept2words_2(X,'dental-plaque-formation')
& bacterial_biofilm_formation_1(X)
& bacterial_biofilm_1(fn_dental_plaque_formation_1(X))
& dental_plaque_1(fn_dental_plaque_formation_1(X))
& tooth_1(fn_dental_plaque_formation_2(X))
& surface_1(fn_dental_plaque_formation_3(X))
& tooth_1(fn_dental_plaque_1(fn_dental_plaque_formation_1(X)))
& surface_1(fn_dental_plaque_2(fn_dental_plaque_formation_1(X)))
& base_2(X,fn_dental_plaque_formation_2(X))
& result_2(X,fn_dental_plaque_formation_1(X))
& is_at_2(fn_dental_plaque_formation_1(X),fn_dental_plaque_formation_3(X))
& has_region_2(fn_dental_plaque_formation_2(X),fn_dental_plaque_formation_3(X))
& fn_dental_plaque_formation_1(X) = fn_bacterial_biofilm_formation_1(X)
& fn_dental_plaque_formation_2(X) = fn_dental_plaque_1(fn_dental_plaque_formation_1(X))
& fn_dental_plaque_formation_3(X) = fn_dental_plaque_2(fn_dental_plaque_formation_1(X)) ) ) ).
fof(a528892,axiom,
! [X] :
( dentition_1(X)
=> ( original_name_2(X,'Dentition')
& user_description_2(X,'An animal\'s assortment of teeth.')
& concept2words_2(X,dentition)
& ensemble_1(X)
& tooth_1(fn_dentition_1(X))
& element_2(X,fn_dentition_1(X))
& minCardinality(X,element_0,"2",tooth_0) ) ) ).
fof(a528893,axiom,
! [X] :
( deoxyribonuclease_1(X)
=> ( original_name_2(X,'Deoxyribonuclease')
& user_description_2(X,'Enzymes which catalyze the hydrolytic cleavage of phosphodiester bonds in the DNA backbone.')
& concept2words_2(X,dnase)
& concept2words_2(X,'dna nuclease')
& concept2words_2(X,deoxyribonuclease)
& cyclic_nucleotide_phosphodiesterase_1(X) ) ) ).
fof(a528894,axiom,
! [X] :
( deoxyribonucleoside_monophosphate_1(X)
=> ( original_name_2(X,'Deoxyribonucleoside-Monophosphate')
& user_description_2(X,'The chemical reactions and pathways resulting in the formation of a deoxyribonucleoside monophosphate, a glycosamine consisting of a base linked to a deoxyribose sugar esterified with phosphate on its glycose moiety.')
& concept2words_2(X,'deoxyribonucleoside monophosphate')
& concept2words_2(X,'deoxyribonucleoside-monophosphate')
& deoxyribonucleotide_1(X)
& nucleoside_monophosphate_1(X)
& ~ deoxyribonucleoside_triphosphate_1(X) ) ) ).
fof(a528895,axiom,
! [X] :
( deoxyribonucleoside_triphosphate_1(X)
=> ( original_name_2(X,'Deoxyribonucleoside-Triphosphate')
& user_description_2(X,'The chemical reactions and pathways resulting in the formation of a deoxyribonucleoside triphosphate, a compound consisting of a nucleobase linked to a deoxyribose sugar esterified with triphosphate on the sugar.')
& concept2words_2(X,'deoxyribonucleoside triphosphate')
& concept2words_2(X,'deoxyribonucleoside-triphosphate')
& deoxyribonucleotide_1(X)
& nucleoside_triphosphate_1(X)
& ~ ribonucleoside_triphosphate_1(X)
& ~ deoxyribonucleoside_monophosphate_1(X) ) ) ).
fof(a528896,axiom,
! [X] :
( deoxyribonucleotide_1(X)
=> ( original_name_2(X,'Deoxyribonucleotide')
& user_description_2(X,'Deoxyribonucleotide is a part of DNA. It is comprised of Deoxyribose sugar, nitrogenous bases and phosphate group.')
& concept2words_2(X,'deoxy ribonucleotide')
& concept2words_2(X,'dna nucleotide')
& concept2words_2(X,'dna-nucleotide')
& concept2words_2(X,deoxyribonucleotide)
& nucleotide_1(X)
& number_3_prime_region_1(fn_deoxyribonucleotide_1(X))
& share_1(fn_deoxyribonucleotide_2(X))
& number_5_prime_region_1(fn_deoxyribonucleotide_3(X))
& electron_1(fn_deoxyribonucleotide_4(X))
& valence_electron_1(fn_deoxyribonucleotide_4(X))
& entity_1(fn_deoxyribonucleotide_5(X))
& chemical_entity_1(fn_deoxyribonucleotide_5(X))
& atom_1(fn_deoxyribonucleotide_5(X))
& carbon_1(fn_deoxyribonucleotide_5(X))
& oxygen_1(fn_deoxyribonucleotide_6(X))
& entity_1(fn_deoxyribonucleotide_6(X))
& chemical_entity_1(fn_deoxyribonucleotide_6(X))
& atom_1(fn_deoxyribonucleotide_6(X))
& nucleoside_1(fn_deoxyribonucleotide_7(X))
& deoxyribose_1(fn_deoxyribonucleotide_8(X))
& covalent_bond_1(fn_deoxyribonucleotide_9(X))
& single_bond_1(fn_deoxyribonucleotide_9(X))
& chemical_bond_1(fn_deoxyribonucleotide_10(X))
& double_bond_1(fn_deoxyribonucleotide_10(X))
& covalent_bond_1(fn_deoxyribonucleotide_10(X))
& functional_group_1(fn_deoxyribonucleotide_11(X))
& phosphate_group_1(fn_deoxyribonucleotide_11(X))
& entity_1(fn_deoxyribonucleotide_12(X))
& chemical_entity_1(fn_deoxyribonucleotide_12(X))
& atom_1(fn_deoxyribonucleotide_12(X))
& oxygen_1(fn_deoxyribonucleotide_12(X))
& atom_1(fn_deoxyribonucleotide_13(X))
& phosphorus_1(fn_deoxyribonucleotide_13(X))
& electron_shell_1(fn_deoxyribonucleotide_14(X))
& share_1(fn_deoxyribonucleotide_15(X))
& hold_together_1(fn_deoxyribonucleotide_16(X))
& hold_together_1(fn_deoxyribonucleotide_17(X))
& valence_electron_1(fn_deoxyribonucleotide_18(X))
& center_1(fn_deoxyribonucleotide_19(X))
& center_1(fn_deoxyribonucleotide_20(X))
& electron_shell_1(fn_deoxyribonucleotide_21(X))
& first_electron_shell_1(fn_deoxyribonucleotide_21(X))
& electron_shell_1(fn_deoxyribonucleotide_22(X))
& electron_shell_1(fn_deoxyribonucleotide_23(X))
& first_electron_shell_1(fn_deoxyribonucleotide_23(X))
& electron_1(fn_deoxyribonucleotide_24(X))
& valence_electron_1(fn_deoxyribonucleotide_24(X))
& proton_1(fn_deoxyribonucleotide_25(X))
& electron_1(fn_deoxyribonucleotide_26(X))
& valence_electron_1(fn_deoxyribonucleotide_26(X))
& atomic_nucleus_1(fn_deoxyribonucleotide_27(X))
& electron_shell_1(fn_covalent_bond_11(fn_deoxyribonucleotide_9(X)))
& spatial_entity_1(fn_nucleoside_20(fn_deoxyribonucleotide_7(X)))
& molecule_1(fn_nucleoside_20(fn_deoxyribonucleotide_7(X)))
& organic_molecule_1(fn_nucleoside_20(fn_deoxyribonucleotide_7(X)))
& pentose_1(fn_nucleoside_20(fn_deoxyribonucleotide_7(X)))
& chemical_entity_1(fn_functional_group_1(fn_deoxyribonucleotide_11(X)))
& single_bond_1(fn_phosphate_group_37(fn_deoxyribonucleotide_11(X)))
& valence_electron_1(fn_phosphate_group_8(fn_deoxyribonucleotide_11(X)))
& number_5_prime_region_1(fn_nucleoside_5(fn_deoxyribonucleotide_7(X)))
& electron_shell_1(fn_atom_9(fn_deoxyribonucleotide_13(X)))
& electron_shell_1(fn_covalent_bond_12(fn_deoxyribonucleotide_9(X)))
& electron_shell_1(fn_covalent_bond_11(fn_deoxyribonucleotide_10(X)))
& electron_shell_1(fn_phosphate_group_16(fn_deoxyribonucleotide_11(X)))
& share_1(fn_phosphate_group_35(fn_deoxyribonucleotide_11(X)))
& hold_together_1(fn_phosphate_group_36(fn_deoxyribonucleotide_11(X)))
& entity_1(fn_covalent_bond_20(fn_deoxyribonucleotide_9(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_deoxyribonucleotide_9(X)))
& atom_1(fn_covalent_bond_20(fn_deoxyribonucleotide_9(X)))
& phosphorus_1(fn_phosphate_group_6(fn_deoxyribonucleotide_11(X)))
& entity_1(fn_covalent_bond_20(fn_deoxyribonucleotide_10(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_deoxyribonucleotide_10(X)))
& atom_1(fn_covalent_bond_20(fn_deoxyribonucleotide_10(X)))
& entity_1(fn_covalent_bond_19(fn_deoxyribonucleotide_10(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_deoxyribonucleotide_10(X)))
& atom_1(fn_covalent_bond_19(fn_deoxyribonucleotide_10(X)))
& entity_1(fn_covalent_bond_19(fn_deoxyribonucleotide_9(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_deoxyribonucleotide_9(X)))
& atom_1(fn_covalent_bond_19(fn_deoxyribonucleotide_9(X)))
& entity_1(fn_phosphate_group_22(fn_deoxyribonucleotide_11(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_deoxyribonucleotide_11(X)))
& atom_1(fn_phosphate_group_22(fn_deoxyribonucleotide_11(X)))
& oxygen_1(fn_phosphate_group_22(fn_deoxyribonucleotide_11(X)))
& oxygen_1(fn_phosphate_group_5(fn_deoxyribonucleotide_11(X)))
& entity_1(fn_phosphate_group_5(fn_deoxyribonucleotide_11(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_deoxyribonucleotide_11(X)))
& atom_1(fn_phosphate_group_5(fn_deoxyribonucleotide_11(X)))
& hold_together_1(fn_phosphate_group_40(fn_deoxyribonucleotide_11(X)))
& hold_together_1(fn_covalent_bond_14(fn_deoxyribonucleotide_10(X)))
& proton_1(fn_phosphate_group_19(fn_deoxyribonucleotide_11(X)))
& proton_1(fn_covalent_bond_4(fn_deoxyribonucleotide_10(X)))
& electron_1(fn_phosphate_group_38(fn_deoxyribonucleotide_11(X)))
& valence_electron_1(fn_phosphate_group_38(fn_deoxyribonucleotide_11(X)))
& valence_electron_1(fn_phosphate_group_21(fn_deoxyribonucleotide_11(X)))
& valence_electron_1(fn_phosphate_group_9(fn_deoxyribonucleotide_11(X)))
& electron_1(fn_phosphate_group_20(fn_deoxyribonucleotide_11(X)))
& valence_electron_1(fn_phosphate_group_20(fn_deoxyribonucleotide_11(X)))
& center_1(fn_phosphate_group_17(fn_deoxyribonucleotide_11(X)))
& center_1(fn_covalent_bond_23(fn_deoxyribonucleotide_10(X)))
& center_1(fn_phosphate_group_10(fn_deoxyribonucleotide_11(X)))
& center_1(fn_covalent_bond_21(fn_deoxyribonucleotide_10(X)))
& atomic_nucleus_1(fn_first_electron_shell_7(fn_deoxyribonucleotide_23(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_deoxyribonucleotide_10(X)))
& atomic_nucleus_1(fn_phosphate_group_11(fn_deoxyribonucleotide_11(X)))
& atomic_nucleus_1(fn_phosphate_group_18(fn_deoxyribonucleotide_11(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_deoxyribonucleotide_10(X)))
& valence_electron_1(fn_covalent_bond_15(fn_deoxyribonucleotide_10(X)))
& electron_1(fn_phosphate_group_3(fn_deoxyribonucleotide_11(X)))
& valence_electron_1(fn_phosphate_group_3(fn_deoxyribonucleotide_11(X)))
& valence_electron_1(fn_covalent_bond_18(fn_deoxyribonucleotide_10(X)))
& double_bond_1(fn_phosphate_group_41(fn_deoxyribonucleotide_11(X)))
& share_1(fn_phosphate_group_39(fn_deoxyribonucleotide_11(X)))
& share_1(fn_covalent_bond_17(fn_deoxyribonucleotide_10(X)))
& fn_deoxyribonucleotide_26(X) != fn_deoxyribonucleotide_24(X)
& fn_deoxyribonucleotide_24(X) != fn_deoxyribonucleotide_26(X)
& fn_deoxyribonucleotide_24(X) != fn_deoxyribonucleotide_18(X)
& fn_deoxyribonucleotide_18(X) != fn_deoxyribonucleotide_24(X)
& has_region_2(fn_deoxyribonucleotide_8(X),fn_deoxyribonucleotide_1(X))
& possesses_2(X,fn_deoxyribonucleotide_9(X))
& fn_deoxyribonucleotide_23(X) != fn_deoxyribonucleotide_14(X)
& fn_deoxyribonucleotide_14(X) != fn_deoxyribonucleotide_23(X)
& is_between_2(fn_deoxyribonucleotide_9(X),fn_deoxyribonucleotide_12(X))
& has_region_2(fn_deoxyribonucleotide_13(X),fn_deoxyribonucleotide_21(X))
& is_inside_2(fn_deoxyribonucleotide_27(X),fn_deoxyribonucleotide_23(X))
& has_part_2(fn_deoxyribonucleotide_7(X),fn_deoxyribonucleotide_8(X))
& has_region_2(fn_deoxyribonucleotide_8(X),fn_deoxyribonucleotide_3(X))
& object_2(fn_deoxyribonucleotide_16(X),fn_deoxyribonucleotide_6(X))
& fn_deoxyribonucleotide_6(X) != fn_deoxyribonucleotide_5(X)
& fn_deoxyribonucleotide_5(X) != fn_deoxyribonucleotide_6(X)
& agent_2(fn_deoxyribonucleotide_15(X),fn_deoxyribonucleotide_12(X))
& object_2(fn_deoxyribonucleotide_17(X),fn_deoxyribonucleotide_12(X))
& is_inside_2(fn_deoxyribonucleotide_11(X),fn_deoxyribonucleotide_3(X))
& fn_deoxyribonucleotide_21(X) != fn_deoxyribonucleotide_14(X)
& fn_deoxyribonucleotide_14(X) != fn_deoxyribonucleotide_21(X)
& has_part_2(X,fn_deoxyribonucleotide_12(X))
& possesses_2(X,fn_deoxyribonucleotide_10(X))
& is_between_2(fn_deoxyribonucleotide_10(X),fn_deoxyribonucleotide_12(X))
& has_region_2(fn_deoxyribonucleotide_12(X),fn_deoxyribonucleotide_22(X))
& fn_deoxyribonucleotide_22(X) != fn_deoxyribonucleotide_21(X)
& fn_deoxyribonucleotide_21(X) != fn_deoxyribonucleotide_22(X)
& has_region_2(fn_deoxyribonucleotide_12(X),fn_deoxyribonucleotide_20(X))
& has_region_2(fn_deoxyribonucleotide_13(X),fn_deoxyribonucleotide_20(X))
& has_part_2(X,fn_deoxyribonucleotide_13(X))
& has_part_2(X,fn_deoxyribonucleotide_6(X))
& has_region_2(fn_deoxyribonucleotide_6(X),fn_deoxyribonucleotide_19(X))
& has_part_2(X,fn_deoxyribonucleotide_5(X))
& fn_deoxyribonucleotide_5(X) != fn_deoxyribonucleotide_12(X)
& is_inside_2(fn_deoxyribonucleotide_12(X),fn_deoxyribonucleotide_11(X))
& has_region_2(X,fn_deoxyribonucleotide_11(X))
& has_part_2(X,fn_deoxyribonucleotide_7(X))
& fn_deoxyribonucleotide_12(X) != fn_deoxyribonucleotide_5(X)
& is_between_2(fn_deoxyribonucleotide_9(X),fn_deoxyribonucleotide_6(X))
& has_part_2(fn_deoxyribonucleotide_6(X),fn_deoxyribonucleotide_25(X))
& has_region_2(fn_deoxyribonucleotide_12(X),fn_deoxyribonucleotide_19(X))
& has_region_2(fn_deoxyribonucleotide_6(X),fn_deoxyribonucleotide_14(X))
& object_2(fn_deoxyribonucleotide_15(X),fn_deoxyribonucleotide_18(X))
& has_region_2(fn_deoxyribonucleotide_6(X),fn_deoxyribonucleotide_20(X))
& object_2(fn_deoxyribonucleotide_16(X),fn_deoxyribonucleotide_12(X))
& has_region_2(fn_deoxyribonucleotide_12(X),fn_deoxyribonucleotide_27(X))
& result_2(fn_deoxyribonucleotide_15(X),fn_deoxyribonucleotide_10(X))
& object_2(fn_deoxyribonucleotide_15(X),fn_deoxyribonucleotide_24(X))
& fn_deoxyribonucleotide_4(X) != fn_deoxyribonucleotide_24(X)
& fn_deoxyribonucleotide_24(X) != fn_deoxyribonucleotide_4(X)
& agent_2(fn_deoxyribonucleotide_16(X),fn_deoxyribonucleotide_10(X))
& object_2(fn_deoxyribonucleotide_16(X),fn_deoxyribonucleotide_13(X))
& agent_2(fn_deoxyribonucleotide_15(X),fn_deoxyribonucleotide_13(X))
& agent_2(fn_deoxyribonucleotide_15(X),fn_deoxyribonucleotide_6(X))
& has_region_2(fn_deoxyribonucleotide_6(X),fn_deoxyribonucleotide_27(X))
& is_between_2(fn_deoxyribonucleotide_10(X),fn_deoxyribonucleotide_13(X))
& is_between_2(fn_deoxyribonucleotide_10(X),fn_deoxyribonucleotide_6(X))
& has_part_2(fn_deoxyribonucleotide_6(X),fn_deoxyribonucleotide_18(X))
& fn_deoxyribonucleotide_26(X) != fn_deoxyribonucleotide_18(X)
& fn_deoxyribonucleotide_18(X) != fn_deoxyribonucleotide_26(X)
& object_2(fn_deoxyribonucleotide_17(X),fn_deoxyribonucleotide_13(X))
& object_2(fn_deoxyribonucleotide_17(X),fn_deoxyribonucleotide_6(X))
& has_part_2(fn_deoxyribonucleotide_6(X),fn_deoxyribonucleotide_26(X))
& fn_deoxyribonucleotide_4(X) != fn_deoxyribonucleotide_26(X)
& fn_deoxyribonucleotide_26(X) != fn_deoxyribonucleotide_4(X)
& agent_2(fn_deoxyribonucleotide_2(X),fn_deoxyribonucleotide_6(X))
& agent_2(fn_deoxyribonucleotide_2(X),fn_deoxyribonucleotide_13(X))
& is_inside_2(fn_deoxyribonucleotide_13(X),fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_12(X) != fn_deoxyribonucleotide_13(X)
& fn_deoxyribonucleotide_13(X) != fn_deoxyribonucleotide_12(X)
& is_inside_2(fn_deoxyribonucleotide_6(X),fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_13(X) != fn_deoxyribonucleotide_6(X)
& fn_deoxyribonucleotide_6(X) != fn_deoxyribonucleotide_13(X)
& fn_deoxyribonucleotide_12(X) != fn_deoxyribonucleotide_6(X)
& fn_deoxyribonucleotide_6(X) != fn_deoxyribonucleotide_12(X)
& has_function_2(fn_deoxyribonucleotide_10(X),fn_deoxyribonucleotide_16(X))
& is_inside_2(fn_deoxyribonucleotide_25(X),fn_deoxyribonucleotide_27(X))
& object_2(fn_deoxyribonucleotide_2(X),fn_deoxyribonucleotide_4(X))
& is_near_2(fn_deoxyribonucleotide_27(X),fn_deoxyribonucleotide_26(X))
& is_near_2(fn_deoxyribonucleotide_26(X),fn_deoxyribonucleotide_27(X))
& result_2(fn_deoxyribonucleotide_2(X),fn_deoxyribonucleotide_10(X))
& object_2(fn_deoxyribonucleotide_2(X),fn_deoxyribonucleotide_24(X))
& is_near_2(fn_deoxyribonucleotide_24(X),fn_deoxyribonucleotide_27(X))
& is_at_2(fn_deoxyribonucleotide_27(X),fn_deoxyribonucleotide_19(X))
& fn_deoxyribonucleotide_19(X) != fn_deoxyribonucleotide_20(X)
& is_near_2(fn_deoxyribonucleotide_27(X),fn_deoxyribonucleotide_24(X))
& fn_deoxyribonucleotide_20(X) != fn_deoxyribonucleotide_19(X)
& fn_deoxyribonucleotide_23(X) = fn_covalent_bond_11(fn_deoxyribonucleotide_9(X))
& fn_deoxyribonucleotide_12(X) = fn_covalent_bond_19(fn_deoxyribonucleotide_9(X))
& fn_deoxyribonucleotide_21(X) = fn_atom_9(fn_deoxyribonucleotide_13(X))
& fn_deoxyribonucleotide_27(X) = fn_first_electron_shell_7(fn_deoxyribonucleotide_23(X))
& fn_deoxyribonucleotide_3(X) = fn_nucleoside_5(fn_deoxyribonucleotide_7(X))
& fn_deoxyribonucleotide_8(X) = fn_nucleoside_20(fn_deoxyribonucleotide_7(X))
& fn_deoxyribonucleotide_15(X) = fn_nucleotide_24(X)
& fn_deoxyribonucleotide_17(X) = fn_nucleotide_23(X)
& fn_deoxyribonucleotide_3(X) = fn_nucleotide_36(X)
& fn_deoxyribonucleotide_14(X) = fn_nucleotide_20(X)
& fn_deoxyribonucleotide_21(X) = fn_nucleotide_33(X)
& fn_deoxyribonucleotide_22(X) = fn_nucleotide_20(X)
& fn_deoxyribonucleotide_10(X) = fn_nucleotide_29(X)
& fn_deoxyribonucleotide_19(X) = fn_nucleotide_34(X)
& fn_deoxyribonucleotide_6(X) = fn_nucleotide_10(X)
& fn_deoxyribonucleotide_13(X) = fn_nucleotide_30(X)
& fn_deoxyribonucleotide_20(X) = fn_nucleotide_26(X)
& fn_deoxyribonucleotide_7(X) = fn_nucleotide_16(X)
& X = fn_functional_group_1(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_11(X) = fn_nucleotide_15(X)
& fn_deoxyribonucleotide_5(X) = fn_covalent_bond_20(fn_deoxyribonucleotide_10(X))
& fn_deoxyribonucleotide_12(X) = fn_covalent_bond_19(fn_deoxyribonucleotide_10(X))
& fn_deoxyribonucleotide_12(X) = fn_nucleotide_13(X)
& fn_deoxyribonucleotide_5(X) = fn_nucleotide_9(X)
& fn_deoxyribonucleotide_9(X) = fn_phosphate_group_37(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_25(X) = fn_phosphate_group_19(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_19(X) = fn_phosphate_group_10(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_14(X) = fn_covalent_bond_12(fn_deoxyribonucleotide_9(X))
& fn_deoxyribonucleotide_14(X) = fn_covalent_bond_11(fn_deoxyribonucleotide_10(X))
& fn_deoxyribonucleotide_14(X) = fn_phosphate_group_16(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_20(X) = fn_phosphate_group_17(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_27(X) = fn_phosphate_group_11(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_12(X) = fn_phosphate_group_5(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_4(X) = fn_phosphate_group_38(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_24(X) = fn_phosphate_group_3(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_15(X) = fn_phosphate_group_39(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_27(X) = fn_phosphate_group_18(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_15(X) = fn_phosphate_group_35(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_16(X) = fn_phosphate_group_40(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_26(X) = fn_phosphate_group_9(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_18(X) = fn_phosphate_group_8(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_6(X) = fn_covalent_bond_19(fn_deoxyribonucleotide_10(X))
& fn_deoxyribonucleotide_10(X) = fn_phosphate_group_41(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_4(X) = fn_phosphate_group_21(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_6(X) = fn_covalent_bond_20(fn_deoxyribonucleotide_10(X))
& fn_deoxyribonucleotide_26(X) = fn_phosphate_group_20(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_17(X) = fn_phosphate_group_36(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_2(X) = fn_phosphate_group_39(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_12(X) = fn_covalent_bond_20(fn_deoxyribonucleotide_9(X))
& fn_deoxyribonucleotide_6(X) = fn_covalent_bond_19(fn_deoxyribonucleotide_9(X))
& fn_deoxyribonucleotide_12(X) = fn_phosphate_group_22(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_13(X) = fn_phosphate_group_6(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_6(X) = fn_phosphate_group_22(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_6(X) = fn_phosphate_group_5(fn_deoxyribonucleotide_11(X))
& fn_deoxyribonucleotide_16(X) = fn_covalent_bond_14(fn_deoxyribonucleotide_10(X))
& fn_deoxyribonucleotide_25(X) = fn_covalent_bond_4(fn_deoxyribonucleotide_10(X))
& fn_deoxyribonucleotide_4(X) = fn_covalent_bond_15(fn_deoxyribonucleotide_10(X))
& fn_deoxyribonucleotide_26(X) = fn_covalent_bond_15(fn_deoxyribonucleotide_10(X))
& fn_deoxyribonucleotide_26(X) = fn_covalent_bond_18(fn_deoxyribonucleotide_10(X))
& fn_deoxyribonucleotide_20(X) = fn_covalent_bond_21(fn_deoxyribonucleotide_10(X))
& fn_deoxyribonucleotide_20(X) = fn_covalent_bond_23(fn_deoxyribonucleotide_10(X))
& fn_deoxyribonucleotide_19(X) = fn_covalent_bond_23(fn_deoxyribonucleotide_10(X))
& fn_deoxyribonucleotide_19(X) = fn_covalent_bond_21(fn_deoxyribonucleotide_10(X))
& fn_deoxyribonucleotide_24(X) = fn_covalent_bond_15(fn_deoxyribonucleotide_10(X))
& fn_deoxyribonucleotide_27(X) = fn_covalent_bond_24(fn_deoxyribonucleotide_10(X))
& fn_deoxyribonucleotide_27(X) = fn_covalent_bond_22(fn_deoxyribonucleotide_10(X))
& fn_deoxyribonucleotide_24(X) = fn_covalent_bond_18(fn_deoxyribonucleotide_10(X))
& fn_deoxyribonucleotide_2(X) = fn_covalent_bond_17(fn_deoxyribonucleotide_10(X))
& fn_nucleoside_5(fn_deoxyribonucleotide_7(X)) = fn_nucleotide_36(X)
& fn_nucleotide_36(X) = fn_atom_9(fn_deoxyribonucleotide_13(X))
& fn_atom_9(fn_deoxyribonucleotide_13(X)) = fn_nucleotide_33(X)
& fn_nucleotide_33(X) = fn_nucleotide_33(X)
& fn_nucleotide_33(X) = fn_covalent_bond_20(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_20(fn_deoxyribonucleotide_10(X)) = fn_nucleotide_9(X)
& fn_nucleotide_9(X) = fn_nucleotide_9(X)
& fn_nucleotide_9(X) = fn_covalent_bond_12(fn_deoxyribonucleotide_9(X))
& fn_covalent_bond_12(fn_deoxyribonucleotide_9(X)) = fn_covalent_bond_12(fn_deoxyribonucleotide_9(X))
& fn_covalent_bond_12(fn_deoxyribonucleotide_9(X)) = fn_covalent_bond_11(fn_deoxyribonucleotide_10(X))
& fn_nucleotide_20(X) = fn_covalent_bond_11(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_11(fn_deoxyribonucleotide_10(X)) = fn_nucleotide_20(X)
& fn_nucleotide_20(X) = fn_phosphate_group_16(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_16(fn_deoxyribonucleotide_11(X)) = fn_nucleotide_24(X)
& fn_nucleotide_24(X) = fn_phosphate_group_39(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_39(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_35(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_35(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_35(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_35(fn_deoxyribonucleotide_11(X)) = fn_nucleotide_23(X)
& fn_nucleotide_23(X) = fn_phosphate_group_36(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_36(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_36(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_36(fn_deoxyribonucleotide_11(X)) = fn_covalent_bond_20(fn_deoxyribonucleotide_9(X))
& fn_covalent_bond_19(fn_deoxyribonucleotide_10(X)) = fn_covalent_bond_20(fn_deoxyribonucleotide_9(X))
& fn_covalent_bond_20(fn_deoxyribonucleotide_9(X)) = fn_covalent_bond_19(fn_deoxyribonucleotide_9(X))
& fn_covalent_bond_19(fn_deoxyribonucleotide_9(X)) = fn_nucleotide_13(X)
& fn_nucleotide_13(X) = fn_covalent_bond_19(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_19(fn_deoxyribonucleotide_10(X)) = fn_nucleotide_13(X)
& fn_nucleotide_13(X) = fn_nucleotide_13(X)
& fn_nucleotide_13(X) = fn_phosphate_group_5(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_22(fn_deoxyribonucleotide_11(X)) = fn_nucleotide_30(X)
& fn_nucleotide_30(X) = fn_nucleotide_30(X)
& fn_nucleotide_30(X) = fn_phosphate_group_6(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_6(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_6(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_6(fn_deoxyribonucleotide_11(X)) = fn_covalent_bond_20(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_19(fn_deoxyribonucleotide_9(X)) = fn_covalent_bond_20(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_20(fn_deoxyribonucleotide_10(X)) = fn_covalent_bond_20(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_20(fn_deoxyribonucleotide_10(X)) = fn_covalent_bond_19(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_19(fn_deoxyribonucleotide_10(X)) = fn_covalent_bond_20(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_20(fn_deoxyribonucleotide_10(X)) = fn_covalent_bond_19(fn_deoxyribonucleotide_9(X))
& fn_covalent_bond_19(fn_deoxyribonucleotide_10(X)) = fn_covalent_bond_19(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_19(fn_deoxyribonucleotide_10(X)) = fn_nucleotide_10(X)
& fn_nucleotide_10(X) = fn_covalent_bond_19(fn_deoxyribonucleotide_9(X))
& fn_covalent_bond_19(fn_deoxyribonucleotide_9(X)) = fn_covalent_bond_19(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_19(fn_deoxyribonucleotide_10(X)) = fn_covalent_bond_19(fn_deoxyribonucleotide_9(X))
& fn_covalent_bond_19(fn_deoxyribonucleotide_9(X)) = fn_nucleotide_10(X)
& fn_nucleotide_10(X) = fn_nucleotide_10(X)
& fn_nucleotide_10(X) = fn_phosphate_group_22(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_22(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_22(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_5(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_5(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_5(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_22(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_22(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_5(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_5(fn_deoxyribonucleotide_11(X)) = fn_covalent_bond_14(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_14(fn_deoxyribonucleotide_10(X)) = fn_covalent_bond_14(fn_deoxyribonucleotide_10(X))
& fn_phosphate_group_40(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_40(fn_deoxyribonucleotide_11(X))
& fn_covalent_bond_14(fn_deoxyribonucleotide_10(X)) = fn_phosphate_group_40(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_40(fn_deoxyribonucleotide_11(X)) = fn_covalent_bond_14(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_14(fn_deoxyribonucleotide_10(X)) = fn_phosphate_group_19(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_19(fn_deoxyribonucleotide_11(X)) = fn_covalent_bond_4(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_4(fn_deoxyribonucleotide_10(X)) = fn_phosphate_group_38(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_38(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_38(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_38(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_21(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_21(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_21(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_21(fn_deoxyribonucleotide_11(X)) = fn_covalent_bond_15(fn_deoxyribonucleotide_10(X))
& fn_phosphate_group_9(fn_deoxyribonucleotide_11(X)) = fn_covalent_bond_15(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_15(fn_deoxyribonucleotide_10(X)) = fn_covalent_bond_15(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_15(fn_deoxyribonucleotide_10(X)) = fn_phosphate_group_9(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_9(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_9(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_9(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_20(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_20(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_20(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_20(fn_deoxyribonucleotide_11(X)) = fn_covalent_bond_18(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_18(fn_deoxyribonucleotide_10(X)) = fn_nucleotide_26(X)
& fn_nucleotide_26(X) = fn_covalent_bond_21(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_21(fn_deoxyribonucleotide_10(X)) = fn_nucleotide_26(X)
& fn_nucleotide_26(X) = fn_nucleotide_26(X)
& fn_nucleotide_26(X) = fn_phosphate_group_17(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_17(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_17(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_17(fn_deoxyribonucleotide_11(X)) = fn_covalent_bond_23(fn_deoxyribonucleotide_10(X))
& fn_nucleotide_34(X) = fn_covalent_bond_23(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_23(fn_deoxyribonucleotide_10(X)) = fn_covalent_bond_23(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_23(fn_deoxyribonucleotide_10(X)) = fn_nucleotide_34(X)
& fn_nucleotide_34(X) = fn_phosphate_group_10(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_10(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_10(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_10(fn_deoxyribonucleotide_11(X)) = fn_covalent_bond_21(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_21(fn_deoxyribonucleotide_10(X)) = fn_covalent_bond_21(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_21(fn_deoxyribonucleotide_10(X)) = fn_first_electron_shell_7(fn_deoxyribonucleotide_23(X))
& fn_first_electron_shell_7(fn_deoxyribonucleotide_23(X)) = fn_covalent_bond_24(fn_deoxyribonucleotide_10(X))
& fn_phosphate_group_11(fn_deoxyribonucleotide_11(X)) = fn_covalent_bond_24(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_24(fn_deoxyribonucleotide_10(X)) = fn_covalent_bond_24(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_24(fn_deoxyribonucleotide_10(X)) = fn_phosphate_group_11(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_11(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_18(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_18(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_18(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_18(fn_deoxyribonucleotide_11(X)) = fn_covalent_bond_22(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_22(fn_deoxyribonucleotide_10(X)) = fn_covalent_bond_22(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_22(fn_deoxyribonucleotide_10(X)) = fn_phosphate_group_3(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_3(fn_deoxyribonucleotide_11(X)) = fn_covalent_bond_15(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_15(fn_deoxyribonucleotide_10(X)) = fn_phosphate_group_3(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_3(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_3(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_3(fn_deoxyribonucleotide_11(X)) = fn_covalent_bond_18(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_18(fn_deoxyribonucleotide_10(X)) = fn_covalent_bond_18(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_18(fn_deoxyribonucleotide_10(X)) = fn_nucleotide_29(X)
& fn_nucleotide_29(X) = fn_nucleotide_29(X)
& fn_nucleotide_29(X) = fn_phosphate_group_41(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_41(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_41(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_41(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_39(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_39(fn_deoxyribonucleotide_11(X)) = fn_phosphate_group_39(fn_deoxyribonucleotide_11(X))
& fn_phosphate_group_39(fn_deoxyribonucleotide_11(X)) = fn_covalent_bond_17(fn_deoxyribonucleotide_10(X))
& fn_covalent_bond_17(fn_deoxyribonucleotide_10(X)) = fn_covalent_bond_17(fn_deoxyribonucleotide_10(X)) ) ) ).
fof(a528897,axiom,
! [X] :
( deoxyribose_1(X)
=> ( original_name_2(X,'Deoxyribose')
& user_description_2(X,'Deoxyribose is a deoxy sugar derived from the pentose sugar ribose by the replacement of the hydroxyl group at the 2 position with hydrogen resulting in loss of one oxygen atom. It is basic structural unit of DNA')
& concept2words_2(X,'2 deoxyribose')
& concept2words_2(X,'2-deoxyribose')
& concept2words_2(X,'d deoxyribose')
& concept2words_2(X,'d-deoxyribose')
& concept2words_2(X,'2 deoxy d erythropentose thyminose')
& concept2words_2(X,'2-deoxy-d-erythropentose thyminose')
& concept2words_2(X,'deoxyribose sugar')
& concept2words_2(X,'2 deoxy d erythro pentose thyminose')
& concept2words_2(X,'2-deoxy-d-erythro-pentose-thyminose')
& concept2words_2(X,deoxyribose)
& pentose_1(X)
& ~ ribose_1(X)
& ~ ribulose_bisphosphate_1(X) ) ) ).
fof(a528898,axiom,
! [X] :
( department_1(X)
=> ( original_name_2(X,'Department')
& description_2(X,'an organization that is part of an institution')
& concept2words_2(X,department)
& concept2words_2(X,section)
& organization_1(X)
& ~ institution_1(X)
& ~ group_1(X) ) ) ).
fof(a528899,axiom,
! [X] :
( dephosphorylation_1(X)
=> ( original_name_2(X,'Dephosphorylation')
& user_description_2(X,'Dephosphorylation is the removal of a phosphate (PO4) group from a protein or other organic molecule.')
& concept2words_2(X,dephosphorylate)
& concept2words_2(X,convert)
& concept2words_2(X,dephosphorylation)
& decomposition_reaction_1(X)
& phosphorus_1(fn_dephosphorylation_1(X))
& oxygen_1(fn_dephosphorylation_2(X))
& carbon_1(fn_dephosphorylation_3(X))
& oxygen_1(fn_dephosphorylation_4(X))
& entity_1(fn_dephosphorylation_4(X))
& chemical_entity_1(fn_dephosphorylation_4(X))
& atom_1(fn_dephosphorylation_4(X))
& phosphorus_1(fn_dephosphorylation_5(X))
& entity_1(fn_dephosphorylation_6(X))
& chemical_entity_1(fn_dephosphorylation_6(X))
& atom_1(fn_dephosphorylation_6(X))
& oxygen_1(fn_dephosphorylation_6(X))
& carbon_skeleton_1(fn_dephosphorylation_7(X))
& chemical_bond_1(fn_dephosphorylation_8(X))
& double_bond_1(fn_dephosphorylation_8(X))
& chemical_bond_1(fn_dephosphorylation_9(X))
& single_bond_1(fn_dephosphorylation_9(X))
& anion_1(fn_dephosphorylation_10(X))
& molecule_1(fn_dephosphorylation_11(X))
& chemical_entity_1(fn_dephosphorylation_11(X))
& organic_molecule_1(fn_dephosphorylation_11(X))
& phosphate_group_1(fn_dephosphorylation_12(X))
& electron_shell_1(fn_dephosphorylation_13(X))
& center_1(fn_dephosphorylation_14(X))
& atomic_nucleus_1(fn_dephosphorylation_15(X))
& electron_1(fn_dephosphorylation_16(X))
& valence_electron_1(fn_dephosphorylation_16(X))
& share_1(fn_dephosphorylation_17(X))
& hold_together_1(fn_dephosphorylation_18(X))
& electron_shell_1(fn_dephosphorylation_19(X))
& carbon_skeleton_1(fn_organic_molecule_3(fn_dephosphorylation_11(X)))
& carbon_1(fn_organic_molecule_1(fn_dephosphorylation_11(X)))
& electron_shell_1(fn_phosphate_group_13(fn_dephosphorylation_12(X)))
& electron_shell_1(fn_phosphate_group_16(fn_dephosphorylation_12(X)))
& electron_1(fn_phosphate_group_20(fn_dephosphorylation_12(X)))
& valence_electron_1(fn_phosphate_group_20(fn_dephosphorylation_12(X)))
& phosphorus_1(fn_phosphate_group_6(fn_dephosphorylation_12(X)))
& chemical_entity_1(fn_functional_group_1(fn_dephosphorylation_12(X)))
& double_bond_1(fn_phosphate_group_41(fn_dephosphorylation_12(X)))
& chemical_bond_1(fn_molecule_10(fn_dephosphorylation_11(X)))
& single_bond_1(fn_phosphate_group_37(fn_dephosphorylation_12(X)))
& share_1(fn_phosphate_group_39(fn_dephosphorylation_12(X)))
& share_1(fn_phosphate_group_35(fn_dephosphorylation_12(X)))
& center_1(fn_phosphate_group_10(fn_dephosphorylation_12(X)))
& center_1(fn_phosphate_group_17(fn_dephosphorylation_12(X)))
& atomic_nucleus_1(fn_phosphate_group_11(fn_dephosphorylation_12(X)))
& atomic_nucleus_1(fn_phosphate_group_18(fn_dephosphorylation_12(X)))
& hold_together_1(fn_phosphate_group_40(fn_dephosphorylation_12(X)))
& hold_together_1(fn_phosphate_group_36(fn_dephosphorylation_12(X)))
& atom_1(fn_organic_molecule_2(fn_dephosphorylation_11(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_dephosphorylation_11(X)))
& entity_1(fn_phosphate_group_22(fn_dephosphorylation_12(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_dephosphorylation_12(X)))
& atom_1(fn_phosphate_group_22(fn_dephosphorylation_12(X)))
& oxygen_1(fn_phosphate_group_22(fn_dephosphorylation_12(X)))
& oxygen_1(fn_phosphate_group_5(fn_dephosphorylation_12(X)))
& entity_1(fn_phosphate_group_5(fn_dephosphorylation_12(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_dephosphorylation_12(X)))
& atom_1(fn_phosphate_group_5(fn_dephosphorylation_12(X)))
& has_part_2(fn_dephosphorylation_10(X),fn_dephosphorylation_2(X))
& has_part_2(fn_dephosphorylation_10(X),fn_dephosphorylation_1(X))
& has_part_2(fn_dephosphorylation_11(X),fn_dephosphorylation_5(X))
& has_part_2(fn_dephosphorylation_11(X),fn_dephosphorylation_6(X))
& has_region_2(fn_dephosphorylation_11(X),fn_dephosphorylation_12(X))
& possesses_2(fn_dephosphorylation_11(X),fn_dephosphorylation_9(X))
& result_2(X,fn_dephosphorylation_10(X))
& raw_material_2(X,fn_dephosphorylation_11(X))
& possesses_2(fn_dephosphorylation_11(X),fn_dephosphorylation_8(X))
& has_part_2(fn_dephosphorylation_11(X),fn_dephosphorylation_3(X))
& is_inside_2(fn_dephosphorylation_3(X),fn_dephosphorylation_7(X))
& has_region_2(fn_dephosphorylation_11(X),fn_dephosphorylation_7(X))
& has_part_2(fn_dephosphorylation_11(X),fn_dephosphorylation_4(X))
& fn_dephosphorylation_4(X) != fn_dephosphorylation_3(X)
& fn_dephosphorylation_3(X) != fn_dephosphorylation_4(X)
& has_region_2(fn_dephosphorylation_4(X),fn_dephosphorylation_14(X))
& is_between_2(fn_dephosphorylation_9(X),fn_dephosphorylation_5(X))
& has_region_2(fn_dephosphorylation_4(X),fn_dephosphorylation_15(X))
& agent_2(fn_dephosphorylation_18(X),fn_dephosphorylation_8(X))
& is_between_2(fn_dephosphorylation_8(X),fn_dephosphorylation_5(X))
& is_between_2(fn_dephosphorylation_8(X),fn_dephosphorylation_4(X))
& agent_2(fn_dephosphorylation_17(X),fn_dephosphorylation_4(X))
& result_2(fn_dephosphorylation_17(X),fn_dephosphorylation_8(X))
& has_function_2(fn_dephosphorylation_8(X),fn_dephosphorylation_18(X))
& object_2(fn_dephosphorylation_17(X),fn_dephosphorylation_16(X))
& agent_2(fn_dephosphorylation_17(X),fn_dephosphorylation_5(X))
& is_inside_2(fn_dephosphorylation_5(X),fn_dephosphorylation_12(X))
& is_inside_2(fn_dephosphorylation_6(X),fn_dephosphorylation_12(X))
& is_between_2(fn_dephosphorylation_9(X),fn_dephosphorylation_6(X))
& has_region_2(fn_dephosphorylation_4(X),fn_dephosphorylation_13(X))
& fn_dephosphorylation_13(X) != fn_dephosphorylation_19(X)
& has_region_2(fn_dephosphorylation_5(X),fn_dephosphorylation_19(X))
& fn_dephosphorylation_19(X) != fn_dephosphorylation_13(X)
& fn_dephosphorylation_6(X) != fn_dephosphorylation_5(X)
& fn_dephosphorylation_5(X) != fn_dephosphorylation_6(X)
& object_2(fn_dephosphorylation_18(X),fn_dephosphorylation_5(X))
& object_2(fn_dephosphorylation_18(X),fn_dephosphorylation_4(X))
& has_part_2(fn_dephosphorylation_4(X),fn_dephosphorylation_16(X))
& is_near_2(fn_dephosphorylation_16(X),fn_dephosphorylation_15(X))
& is_at_2(fn_dephosphorylation_15(X),fn_dephosphorylation_14(X))
& is_near_2(fn_dephosphorylation_15(X),fn_dephosphorylation_16(X))
& is_inside_2(fn_dephosphorylation_4(X),fn_dephosphorylation_12(X))
& fn_dephosphorylation_6(X) != fn_dephosphorylation_4(X)
& fn_dephosphorylation_4(X) != fn_dephosphorylation_6(X)
& fn_dephosphorylation_5(X) != fn_dephosphorylation_4(X)
& fn_dephosphorylation_4(X) != fn_dephosphorylation_5(X)
& fn_dephosphorylation_11(X) = fn_functional_group_1(fn_dephosphorylation_12(X))
& fn_dephosphorylation_9(X) = fn_molecule_10(fn_dephosphorylation_11(X))
& fn_dephosphorylation_10(X) = fn_decomposition_reaction_2(X)
& fn_dephosphorylation_10(X) = fn_decomposition_reaction_4(X)
& fn_dephosphorylation_8(X) = fn_decomposition_reaction_3(X)
& fn_dephosphorylation_11(X) = fn_decomposition_reaction_5(X)
& fn_dephosphorylation_4(X) = fn_organic_molecule_2(fn_dephosphorylation_11(X))
& fn_dephosphorylation_7(X) = fn_organic_molecule_3(fn_dephosphorylation_11(X))
& fn_dephosphorylation_3(X) = fn_organic_molecule_1(fn_dephosphorylation_11(X))
& fn_dephosphorylation_14(X) = fn_phosphate_group_10(fn_dephosphorylation_12(X))
& fn_dephosphorylation_15(X) = fn_phosphate_group_11(fn_dephosphorylation_12(X))
& fn_dephosphorylation_18(X) = fn_phosphate_group_40(fn_dephosphorylation_12(X))
& fn_dephosphorylation_17(X) = fn_phosphate_group_39(fn_dephosphorylation_12(X))
& fn_dephosphorylation_8(X) = fn_phosphate_group_41(fn_dephosphorylation_12(X))
& fn_dephosphorylation_9(X) = fn_phosphate_group_37(fn_dephosphorylation_12(X))
& fn_dephosphorylation_17(X) = fn_phosphate_group_35(fn_dephosphorylation_12(X))
& fn_dephosphorylation_19(X) = fn_phosphate_group_13(fn_dephosphorylation_12(X))
& fn_dephosphorylation_13(X) = fn_phosphate_group_16(fn_dephosphorylation_12(X))
& fn_dephosphorylation_14(X) = fn_phosphate_group_17(fn_dephosphorylation_12(X))
& fn_dephosphorylation_15(X) = fn_phosphate_group_18(fn_dephosphorylation_12(X))
& fn_dephosphorylation_16(X) = fn_phosphate_group_20(fn_dephosphorylation_12(X))
& fn_dephosphorylation_4(X) = fn_phosphate_group_22(fn_dephosphorylation_12(X))
& fn_dephosphorylation_18(X) = fn_phosphate_group_36(fn_dephosphorylation_12(X))
& fn_dephosphorylation_5(X) = fn_phosphate_group_6(fn_dephosphorylation_12(X))
& fn_dephosphorylation_6(X) = fn_phosphate_group_22(fn_dephosphorylation_12(X))
& fn_dephosphorylation_4(X) = fn_phosphate_group_5(fn_dephosphorylation_12(X))
& fn_decomposition_reaction_2(X) = fn_decomposition_reaction_4(X)
& fn_decomposition_reaction_4(X) = fn_functional_group_1(fn_dephosphorylation_12(X))
& fn_functional_group_1(fn_dephosphorylation_12(X)) = fn_decomposition_reaction_5(X)
& fn_decomposition_reaction_5(X) = fn_decomposition_reaction_5(X)
& fn_decomposition_reaction_5(X) = fn_decomposition_reaction_3(X)
& fn_decomposition_reaction_3(X) = fn_phosphate_group_41(fn_dephosphorylation_12(X))
& fn_phosphate_group_41(fn_dephosphorylation_12(X)) = fn_phosphate_group_41(fn_dephosphorylation_12(X))
& fn_phosphate_group_41(fn_dephosphorylation_12(X)) = fn_molecule_10(fn_dephosphorylation_11(X))
& fn_molecule_10(fn_dephosphorylation_11(X)) = fn_phosphate_group_37(fn_dephosphorylation_12(X))
& fn_phosphate_group_37(fn_dephosphorylation_12(X)) = fn_phosphate_group_37(fn_dephosphorylation_12(X))
& fn_phosphate_group_37(fn_dephosphorylation_12(X)) = fn_phosphate_group_39(fn_dephosphorylation_12(X))
& fn_phosphate_group_39(fn_dephosphorylation_12(X)) = fn_phosphate_group_39(fn_dephosphorylation_12(X))
& fn_phosphate_group_39(fn_dephosphorylation_12(X)) = fn_phosphate_group_35(fn_dephosphorylation_12(X))
& fn_phosphate_group_35(fn_dephosphorylation_12(X)) = fn_phosphate_group_35(fn_dephosphorylation_12(X))
& fn_phosphate_group_35(fn_dephosphorylation_12(X)) = fn_phosphate_group_10(fn_dephosphorylation_12(X))
& fn_phosphate_group_10(fn_dephosphorylation_12(X)) = fn_phosphate_group_17(fn_dephosphorylation_12(X))
& fn_phosphate_group_17(fn_dephosphorylation_12(X)) = fn_phosphate_group_11(fn_dephosphorylation_12(X))
& fn_phosphate_group_11(fn_dephosphorylation_12(X)) = fn_phosphate_group_18(fn_dephosphorylation_12(X))
& fn_phosphate_group_18(fn_dephosphorylation_12(X)) = fn_phosphate_group_18(fn_dephosphorylation_12(X))
& fn_phosphate_group_18(fn_dephosphorylation_12(X)) = fn_phosphate_group_40(fn_dephosphorylation_12(X))
& fn_phosphate_group_40(fn_dephosphorylation_12(X)) = fn_phosphate_group_40(fn_dephosphorylation_12(X))
& fn_phosphate_group_40(fn_dephosphorylation_12(X)) = fn_phosphate_group_36(fn_dephosphorylation_12(X))
& fn_phosphate_group_36(fn_dephosphorylation_12(X)) = fn_phosphate_group_36(fn_dephosphorylation_12(X))
& fn_phosphate_group_36(fn_dephosphorylation_12(X)) = fn_organic_molecule_2(fn_dephosphorylation_11(X))
& fn_organic_molecule_2(fn_dephosphorylation_11(X)) = fn_organic_molecule_2(fn_dephosphorylation_11(X))
& fn_organic_molecule_2(fn_dephosphorylation_11(X)) = fn_phosphate_group_22(fn_dephosphorylation_12(X))
& fn_phosphate_group_5(fn_dephosphorylation_12(X)) = fn_phosphate_group_22(fn_dephosphorylation_12(X))
& fn_phosphate_group_22(fn_dephosphorylation_12(X)) = fn_phosphate_group_22(fn_dephosphorylation_12(X))
& fn_phosphate_group_22(fn_dephosphorylation_12(X)) = fn_phosphate_group_5(fn_dephosphorylation_12(X))
& fn_phosphate_group_5(fn_dephosphorylation_12(X)) = fn_phosphate_group_5(fn_dephosphorylation_12(X)) ) ) ).
fof(a528900,axiom,
! [X] :
( dephosphorylation_of_atp_1(X)
=> ( original_name_2(X,'Dephosphorylation-Of-ATP')
& user_description_2(X,'The loss of one of three phosphate groups from a molecule of ATP. This allows the release of energy contained in the bond between the phosphate groups.')
& concept2words_2(X,'hydrolysis of atp')
& concept2words_2(X,'hydrolysis-of-atp')
& concept2words_2(X,dephosphorylate)
& concept2words_2(X,convert)
& concept2words_2(X,'atp dephosphorylation')
& concept2words_2(X,'atp-dephosphorylation')
& concept2words_2(X,'dephosphorylation of atp')
& concept2words_2(X,'dephosphorylation-of-atp')
& hydrolysis_1(X)
& dephosphorylation_1(X)
& resource_1(fn_dephosphorylation_of_atp_1(X))
& water_molecule_1(fn_dephosphorylation_of_atp_2(X))
& active_site_1(fn_dephosphorylation_of_atp_3(X))
& reactant_1(fn_dephosphorylation_of_atp_4(X))
& catalyst_1(fn_dephosphorylation_of_atp_5(X))
& decrease_1(fn_dephosphorylation_of_atp_6(X))
& share_1(fn_dephosphorylation_of_atp_7(X))
& covalent_bond_1(fn_dephosphorylation_of_atp_17(X))
& chemical_bond_1(fn_dephosphorylation_of_atp_17(X))
& polar_covalent_bond_1(fn_dephosphorylation_of_atp_17(X))
& covalent_bond_1(fn_dephosphorylation_of_atp_18(X))
& polar_covalent_bond_1(fn_dephosphorylation_of_atp_18(X))
& kinetic_energy_1(fn_dephosphorylation_of_atp_19(X))
& attract_1(fn_dephosphorylation_of_atp_20(X))
& polarity_value_1(fn_dephosphorylation_of_atp_21(X))
& shape_value_1(fn_dephosphorylation_of_atp_22(X))
& constant_motion_1(fn_dephosphorylation_of_atp_23(X))
& hydrophilic_region_1(fn_dephosphorylation_of_atp_24(X))
& speed_value_1(fn_dephosphorylation_of_atp_25(X))
& quantity_value_1(fn_dephosphorylation_of_atp_26(X))
& atomic_nucleus_1(fn_dephosphorylation_of_atp_27(X))
& center_1(fn_dephosphorylation_of_atp_28(X))
& electron_shell_1(fn_dephosphorylation_of_atp_29(X))
& first_electron_shell_1(fn_dephosphorylation_of_atp_29(X))
& share_1(fn_dephosphorylation_of_atp_30(X))
& share_1(fn_dephosphorylation_of_atp_31(X))
& unequal_sharing_1(fn_dephosphorylation_of_atp_31(X))
& entity_1(fn_dephosphorylation_of_atp_32(X))
& electron_1(fn_dephosphorylation_of_atp_32(X))
& valence_electron_1(fn_dephosphorylation_of_atp_32(X))
& electronegativity_value_1(fn_dephosphorylation_of_atp_33(X))
& hold_1(fn_dephosphorylation_of_atp_34(X))
& hold_together_1(fn_dephosphorylation_of_atp_34(X))
& hold_1(fn_dephosphorylation_of_atp_35(X))
& hold_together_1(fn_dephosphorylation_of_atp_35(X))
& share_1(fn_dephosphorylation_of_atp_36(X))
& unequal_sharing_1(fn_dephosphorylation_of_atp_36(X))
& quantity_value_1(fn_dephosphorylation_of_atp_37(X))
& quantity_value_1(fn_dephosphorylation_of_atp_38(X))
& atomic_number_value_1(fn_dephosphorylation_of_atp_39(X))
& proton_1(fn_dephosphorylation_of_atp_40(X))
& electronegativity_value_1(fn_dephosphorylation_of_atp_41(X))
& system_1(fn_dephosphorylation_of_atp_42(X))
& entity_1(fn_dephosphorylation_of_atp_45(X))
& chemical_entity_1(fn_dephosphorylation_of_atp_45(X))
& atom_1(fn_dephosphorylation_of_atp_45(X))
& oxygen_1(fn_dephosphorylation_of_atp_45(X))
& tangible_entity_1(fn_dephosphorylation_of_atp_46(X))
& entity_1(fn_dephosphorylation_of_atp_46(X))
& chemical_entity_1(fn_dephosphorylation_of_atp_46(X))
& atom_1(fn_dephosphorylation_of_atp_46(X))
& hydrogen_1(fn_dephosphorylation_of_atp_46(X))
& tangible_entity_1(fn_dephosphorylation_of_atp_47(X))
& chemical_entity_1(fn_dephosphorylation_of_atp_47(X))
& entity_1(fn_dephosphorylation_of_atp_47(X))
& atom_1(fn_dephosphorylation_of_atp_47(X))
& hydrogen_1(fn_dephosphorylation_of_atp_47(X))
& hydrogen_1(fn_dephosphorylation_of_atp_48(X))
& entity_1(fn_dephosphorylation_of_atp_49(X))
& chemical_entity_1(fn_dephosphorylation_of_atp_49(X))
& atom_1(fn_dephosphorylation_of_atp_49(X))
& oxygen_1(fn_dephosphorylation_of_atp_49(X))
& chemical_energy_1(fn_dephosphorylation_of_atp_50(X))
& chemical_entity_1(fn_dephosphorylation_of_atp_51(X))
& hydrophilic_compound_1(fn_dephosphorylation_of_atp_51(X))
& molecule_1(fn_dephosphorylation_of_atp_51(X))
& water_molecule_1(fn_dephosphorylation_of_atp_51(X))
& phosphatase_1(fn_dephosphorylation_of_atp_52(X))
& molecule_1(fn_dephosphorylation_of_atp_53(X))
& chemical_entity_1(fn_dephosphorylation_of_atp_53(X))
& organic_molecule_1(fn_dephosphorylation_of_atp_53(X))
& ribonucleotide_1(fn_dephosphorylation_of_atp_53(X))
& nucleoside_triphosphate_1(fn_dephosphorylation_of_atp_53(X))
& atp_1(fn_dephosphorylation_of_atp_53(X))
& number_5_prime_carbon_1(fn_dephosphorylation_of_atp_54(X))
& aldehyde_1(fn_dephosphorylation_of_atp_55(X))
& aldose_1(fn_dephosphorylation_of_atp_55(X))
& spatial_entity_1(fn_dephosphorylation_of_atp_55(X))
& molecule_1(fn_dephosphorylation_of_atp_55(X))
& organic_molecule_1(fn_dephosphorylation_of_atp_55(X))
& pentose_1(fn_dephosphorylation_of_atp_55(X))
& ribose_1(fn_dephosphorylation_of_atp_55(X))
& number_5_prime_region_1(fn_dephosphorylation_of_atp_56(X))
& functional_group_1(fn_dephosphorylation_of_atp_57(X))
& phosphate_group_1(fn_dephosphorylation_of_atp_57(X))
& functional_group_1(fn_dephosphorylation_of_atp_58(X))
& phosphate_group_1(fn_dephosphorylation_of_atp_58(X))
& carbon_skeleton_1(fn_dephosphorylation_of_atp_59(X))
& functional_group_1(fn_dephosphorylation_of_atp_60(X))
& phosphate_group_1(fn_dephosphorylation_of_atp_60(X))
& hydrogen_1(fn_dephosphorylation_of_atp_61(X))
& organic_molecule_1(fn_dephosphorylation_of_atp_62(X))
& nucleoside_1(fn_dephosphorylation_of_atp_62(X))
& oxygen_1(fn_dephosphorylation_of_atp_63(X))
& entity_1(fn_dephosphorylation_of_atp_63(X))
& chemical_entity_1(fn_dephosphorylation_of_atp_63(X))
& atom_1(fn_dephosphorylation_of_atp_63(X))
& tangible_entity_1(fn_dephosphorylation_of_atp_64(X))
& entity_1(fn_dephosphorylation_of_atp_64(X))
& chemical_entity_1(fn_dephosphorylation_of_atp_64(X))
& atom_1(fn_dephosphorylation_of_atp_64(X))
& phosphorus_1(fn_dephosphorylation_of_atp_64(X))
& tangible_entity_1(fn_dephosphorylation_of_atp_65(X))
& entity_1(fn_dephosphorylation_of_atp_65(X))
& chemical_entity_1(fn_dephosphorylation_of_atp_65(X))
& atom_1(fn_dephosphorylation_of_atp_65(X))
& carbon_1(fn_dephosphorylation_of_atp_65(X))
& covalent_bond_1(fn_dephosphorylation_of_atp_66(X))
& chemical_bond_1(fn_dephosphorylation_of_atp_66(X))
& single_bond_1(fn_dephosphorylation_of_atp_66(X))
& chemical_bond_1(fn_dephosphorylation_of_atp_67(X))
& double_bond_1(fn_dephosphorylation_of_atp_67(X))
& covalent_bond_1(fn_dephosphorylation_of_atp_67(X))
& chemical_bond_1(fn_dephosphorylation_of_atp_68(X))
& polar_covalent_bond_1(fn_dephosphorylation_of_atp_68(X))
& hydroxyl_group_1(fn_dephosphorylation_of_atp_69(X))
& chemical_energy_1(fn_dephosphorylation_of_atp_70(X))
& quantity_value_1(fn_dephosphorylation_of_atp_71(X))
& quantity_value_1(fn_dephosphorylation_of_atp_72(X))
& chemical_energy_1(fn_dephosphorylation_of_atp_73(X))
& chemical_entity_1(fn_dephosphorylation_of_atp_74(X))
& molecule_1(fn_dephosphorylation_of_atp_74(X))
& nucleoside_diphosphate_1(fn_dephosphorylation_of_atp_74(X))
& ribonucleotide_1(fn_dephosphorylation_of_atp_74(X))
& adp_1(fn_dephosphorylation_of_atp_74(X))
& oxygen_1(fn_dephosphorylation_of_atp_75(X))
& entity_1(fn_dephosphorylation_of_atp_75(X))
& chemical_entity_1(fn_dephosphorylation_of_atp_75(X))
& atom_1(fn_dephosphorylation_of_atp_75(X))
& inorganic_phosphate_1(fn_dephosphorylation_of_atp_76(X))
& quantity_value_1(fn_dephosphorylation_of_atp_77(X))
& speed_value_1(fn_dephosphorylation_of_atp_78(X))
& constant_motion_1(fn_dephosphorylation_of_atp_79(X))
& kinetic_energy_1(fn_dephosphorylation_of_atp_80(X))
& electron_shell_1(fn_dephosphorylation_of_atp_83(X))
& center_1(fn_dephosphorylation_of_atp_84(X))
& atomic_nucleus_1(fn_dephosphorylation_of_atp_85(X))
& entity_1(fn_dephosphorylation_of_atp_86(X))
& electron_1(fn_dephosphorylation_of_atp_86(X))
& valence_electron_1(fn_dephosphorylation_of_atp_86(X))
& share_1(fn_dephosphorylation_of_atp_87(X))
& hold_1(fn_dephosphorylation_of_atp_88(X))
& hold_together_1(fn_dephosphorylation_of_atp_88(X))
& electron_shell_1(fn_dephosphorylation_of_atp_89(X))
& chemical_entity_1(fn_functional_group_1(fn_dephosphorylation_of_atp_69(X)))
& system_1(fn_hydrogen_19(fn_dephosphorylation_of_atp_47(X)))
& chemical_energy_1(fn_chemical_bond_2(fn_dephosphorylation_of_atp_67(X)))
& hydrophilic_region_1(fn_hydrophilic_compound_1(fn_dephosphorylation_of_atp_51(X)))
& property_node_1(fn_molecule_2(fn_dephosphorylation_of_atp_51(X)))
& constant_motion_1(fn_molecule_8(fn_dephosphorylation_of_atp_51(X)))
& property_node_1(fn_molecule_1(fn_dephosphorylation_of_atp_51(X)))
& speed_value_1(fn_molecule_3(fn_dephosphorylation_of_atp_51(X)))
& quantity_value_1(fn_molecule_4(fn_dephosphorylation_of_atp_51(X)))
& kinetic_energy_1(fn_molecule_12(fn_dephosphorylation_of_atp_51(X)))
& nucleoside_1(fn_ribonucleotide_9(fn_dephosphorylation_of_atp_53(X)))
& property_node_1(fn_adp_11(fn_dephosphorylation_of_atp_74(X)))
& property_node_1(fn_adp_10(fn_dephosphorylation_of_atp_74(X)))
& constant_motion_1(fn_adp_23(fn_dephosphorylation_of_atp_74(X)))
& speed_value_1(fn_adp_26(fn_dephosphorylation_of_atp_74(X)))
& quantity_value_1(fn_adp_27(fn_dephosphorylation_of_atp_74(X)))
& kinetic_energy_1(fn_adp_30(fn_dephosphorylation_of_atp_74(X)))
& catalyst_1(fn_enzyme_6(fn_dephosphorylation_of_atp_52(X)))
& reactant_1(fn_enzyme_7(fn_dephosphorylation_of_atp_52(X)))
& active_site_1(fn_enzyme_2(fn_dephosphorylation_of_atp_52(X)))
& decrease_1(fn_enzyme_5(fn_dephosphorylation_of_atp_52(X)))
& hydrogen_1(fn_atp_7(fn_dephosphorylation_of_atp_53(X)))
& electron_shell_1(fn_atp_60(fn_dephosphorylation_of_atp_53(X)))
& share_1(fn_atp_13(fn_dephosphorylation_of_atp_53(X)))
& number_5_prime_region_1(fn_atp_25(fn_dephosphorylation_of_atp_53(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_dephosphorylation_of_atp_69(X)))
& property_node_1(fn_water_molecule_2(fn_dephosphorylation_of_atp_51(X)))
& property_node_1(fn_water_molecule_76(fn_dephosphorylation_of_atp_51(X)))
& property_node_1(fn_water_molecule_33(fn_dephosphorylation_of_atp_51(X)))
& property_node_1(fn_water_molecule_13(fn_dephosphorylation_of_atp_51(X)))
& property_node_1(fn_water_molecule_35(fn_dephosphorylation_of_atp_51(X)))
& property_node_1(fn_water_molecule_34(fn_dephosphorylation_of_atp_51(X)))
& property_node_1(fn_water_molecule_4(fn_dephosphorylation_of_atp_51(X)))
& hold_1(fn_water_molecule_36(fn_dephosphorylation_of_atp_51(X)))
& hold_together_1(fn_water_molecule_36(fn_dephosphorylation_of_atp_51(X)))
& atomic_number_value_1(fn_water_molecule_42(fn_dephosphorylation_of_atp_51(X)))
& shape_value_1(fn_water_molecule_3(fn_dephosphorylation_of_atp_51(X)))
& polarity_value_1(fn_water_molecule_1(fn_dephosphorylation_of_atp_51(X)))
& share_1(fn_water_molecule_48(fn_dephosphorylation_of_atp_51(X)))
& quantity_value_1(fn_water_molecule_16(fn_dephosphorylation_of_atp_51(X)))
& electronegativity_value_1(fn_water_molecule_39(fn_dephosphorylation_of_atp_51(X)))
& electronegativity_value_1(fn_water_molecule_73(fn_dephosphorylation_of_atp_51(X)))
& atom_1(fn_organic_molecule_2(fn_dephosphorylation_of_atp_62(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_dephosphorylation_of_atp_62(X)))
& carbon_1(fn_organic_molecule_1(fn_dephosphorylation_of_atp_62(X)))
& single_bond_1(fn_nucleoside_triphosphate_35(fn_dephosphorylation_of_atp_53(X)))
& covalent_bond_1(fn_atp_30(fn_dephosphorylation_of_atp_53(X)))
& chemical_bond_1(fn_atp_30(fn_dephosphorylation_of_atp_53(X)))
& single_bond_1(fn_atp_30(fn_dephosphorylation_of_atp_53(X)))
& carbon_skeleton_1(fn_nucleoside_triphosphate_30(fn_dephosphorylation_of_atp_53(X)))
& carbon_skeleton_1(fn_atp_31(fn_dephosphorylation_of_atp_53(X)))
& electron_shell_1(fn_nucleoside_triphosphate_5(fn_dephosphorylation_of_atp_53(X)))
& electron_shell_1(fn_atp_62(fn_dephosphorylation_of_atp_53(X)))
& center_1(fn_ribonucleotide_24(fn_dephosphorylation_of_atp_53(X)))
& center_1(fn_ribonucleotide_23(fn_dephosphorylation_of_atp_53(X)))
& center_1(fn_nucleoside_triphosphate_20(fn_dephosphorylation_of_atp_53(X)))
& center_1(fn_nucleoside_triphosphate_22(fn_dephosphorylation_of_atp_53(X)))
& center_1(fn_nucleoside_triphosphate_12(fn_dephosphorylation_of_atp_53(X)))
& center_1(fn_atp_56(fn_dephosphorylation_of_atp_53(X)))
& center_1(fn_atp_55(fn_dephosphorylation_of_atp_53(X)))
& atomic_nucleus_1(fn_ribonucleotide_29(fn_dephosphorylation_of_atp_53(X)))
& atomic_nucleus_1(fn_nucleoside_triphosphate_6(fn_dephosphorylation_of_atp_53(X)))
& atomic_nucleus_1(fn_nucleoside_triphosphate_21(fn_dephosphorylation_of_atp_53(X)))
& atomic_nucleus_1(fn_atp_70(fn_dephosphorylation_of_atp_53(X)))
& valence_electron_1(fn_ribonucleotide_4(fn_dephosphorylation_of_atp_53(X)))
& electron_1(fn_nucleoside_triphosphate_23(fn_dephosphorylation_of_atp_53(X)))
& valence_electron_1(fn_nucleoside_triphosphate_23(fn_dephosphorylation_of_atp_53(X)))
& entity_1(fn_atp_53(fn_dephosphorylation_of_atp_53(X)))
& electron_1(fn_atp_53(fn_dephosphorylation_of_atp_53(X)))
& valence_electron_1(fn_atp_53(fn_dephosphorylation_of_atp_53(X)))
& electron_1(fn_atp_59(fn_dephosphorylation_of_atp_53(X)))
& valence_electron_1(fn_atp_59(fn_dephosphorylation_of_atp_53(X)))
& chemical_bond_1(fn_nucleoside_triphosphate_28(fn_dephosphorylation_of_atp_53(X)))
& double_bond_1(fn_nucleoside_triphosphate_28(fn_dephosphorylation_of_atp_53(X)))
& covalent_bond_1(fn_nucleoside_triphosphate_28(fn_dephosphorylation_of_atp_53(X)))
& chemical_bond_1(fn_atp_29(fn_dephosphorylation_of_atp_53(X)))
& double_bond_1(fn_atp_29(fn_dephosphorylation_of_atp_53(X)))
& covalent_bond_1(fn_atp_29(fn_dephosphorylation_of_atp_53(X)))
& carbon_1(fn_nucleoside_triphosphate_31(fn_dephosphorylation_of_atp_53(X)))
& tangible_entity_1(fn_atp_39(fn_dephosphorylation_of_atp_53(X)))
& entity_1(fn_atp_39(fn_dephosphorylation_of_atp_53(X)))
& chemical_entity_1(fn_atp_39(fn_dephosphorylation_of_atp_53(X)))
& atom_1(fn_atp_39(fn_dephosphorylation_of_atp_53(X)))
& carbon_1(fn_atp_39(fn_dephosphorylation_of_atp_53(X)))
& hold_1(fn_atp_65(fn_dephosphorylation_of_atp_53(X)))
& hold_together_1(fn_atp_65(fn_dephosphorylation_of_atp_53(X)))
& hold_1(fn_atp_17(fn_dephosphorylation_of_atp_53(X)))
& hold_together_1(fn_atp_17(fn_dephosphorylation_of_atp_53(X)))
& entity_1(fn_ribonucleotide_16(fn_dephosphorylation_of_atp_53(X)))
& chemical_entity_1(fn_ribonucleotide_16(fn_dephosphorylation_of_atp_53(X)))
& atom_1(fn_ribonucleotide_16(fn_dephosphorylation_of_atp_53(X)))
& oxygen_1(fn_ribonucleotide_16(fn_dephosphorylation_of_atp_53(X)))
& entity_1(fn_nucleoside_triphosphate_29(fn_dephosphorylation_of_atp_53(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_29(fn_dephosphorylation_of_atp_53(X)))
& atom_1(fn_nucleoside_triphosphate_29(fn_dephosphorylation_of_atp_53(X)))
& oxygen_1(fn_nucleoside_triphosphate_29(fn_dephosphorylation_of_atp_53(X)))
& share_1(fn_nucleoside_triphosphate_1(fn_dephosphorylation_of_atp_53(X)))
& share_1(fn_atp_11(fn_dephosphorylation_of_atp_53(X)))
& functional_group_1(fn_atp_33(fn_dephosphorylation_of_atp_53(X)))
& phosphate_group_1(fn_atp_33(fn_dephosphorylation_of_atp_53(X)))
& entity_1(fn_covalent_bond_20(fn_dephosphorylation_of_atp_66(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_dephosphorylation_of_atp_66(X)))
& atom_1(fn_covalent_bond_20(fn_dephosphorylation_of_atp_66(X)))
& entity_1(fn_covalent_bond_19(fn_dephosphorylation_of_atp_66(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_dephosphorylation_of_atp_66(X)))
& atom_1(fn_covalent_bond_19(fn_dephosphorylation_of_atp_66(X)))
& tangible_entity_1(fn_nucleoside_triphosphate_33(fn_dephosphorylation_of_atp_53(X)))
& entity_1(fn_nucleoside_triphosphate_33(fn_dephosphorylation_of_atp_53(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_33(fn_dephosphorylation_of_atp_53(X)))
& atom_1(fn_nucleoside_triphosphate_33(fn_dephosphorylation_of_atp_53(X)))
& phosphorus_1(fn_nucleoside_triphosphate_33(fn_dephosphorylation_of_atp_53(X)))
& tangible_entity_1(fn_atp_36(fn_dephosphorylation_of_atp_53(X)))
& entity_1(fn_atp_36(fn_dephosphorylation_of_atp_53(X)))
& chemical_entity_1(fn_atp_36(fn_dephosphorylation_of_atp_53(X)))
& atom_1(fn_atp_36(fn_dephosphorylation_of_atp_53(X)))
& phosphorus_1(fn_atp_36(fn_dephosphorylation_of_atp_53(X)))
& ribose_1(fn_ribonucleotide_10(fn_dephosphorylation_of_atp_53(X)))
& aldehyde_1(fn_atp_50(fn_dephosphorylation_of_atp_53(X)))
& aldose_1(fn_atp_50(fn_dephosphorylation_of_atp_53(X)))
& spatial_entity_1(fn_atp_50(fn_dephosphorylation_of_atp_53(X)))
& molecule_1(fn_atp_50(fn_dephosphorylation_of_atp_53(X)))
& organic_molecule_1(fn_atp_50(fn_dephosphorylation_of_atp_53(X)))
& pentose_1(fn_atp_50(fn_dephosphorylation_of_atp_53(X)))
& ribose_1(fn_atp_50(fn_dephosphorylation_of_atp_53(X)))
& functional_group_1(fn_ribonucleotide_14(fn_dephosphorylation_of_atp_53(X)))
& phosphate_group_1(fn_ribonucleotide_14(fn_dephosphorylation_of_atp_53(X)))
& functional_group_1(fn_atp_34(fn_dephosphorylation_of_atp_53(X)))
& phosphate_group_1(fn_atp_34(fn_dephosphorylation_of_atp_53(X)))
& phosphate_group_1(fn_nucleoside_triphosphate_27(fn_dephosphorylation_of_atp_53(X)))
& functional_group_1(fn_atp_32(fn_dephosphorylation_of_atp_53(X)))
& phosphate_group_1(fn_atp_32(fn_dephosphorylation_of_atp_53(X)))
& oxygen_1(fn_ribonucleotide_8(fn_dephosphorylation_of_atp_53(X)))
& entity_1(fn_ribonucleotide_8(fn_dephosphorylation_of_atp_53(X)))
& chemical_entity_1(fn_ribonucleotide_8(fn_dephosphorylation_of_atp_53(X)))
& atom_1(fn_ribonucleotide_8(fn_dephosphorylation_of_atp_53(X)))
& oxygen_1(fn_nucleoside_triphosphate_32(fn_dephosphorylation_of_atp_53(X)))
& entity_1(fn_nucleoside_triphosphate_32(fn_dephosphorylation_of_atp_53(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_32(fn_dephosphorylation_of_atp_53(X)))
& atom_1(fn_nucleoside_triphosphate_32(fn_dephosphorylation_of_atp_53(X)))
& oxygen_1(fn_atp_37(fn_dephosphorylation_of_atp_53(X)))
& entity_1(fn_atp_37(fn_dephosphorylation_of_atp_53(X)))
& chemical_entity_1(fn_atp_37(fn_dephosphorylation_of_atp_53(X)))
& atom_1(fn_atp_37(fn_dephosphorylation_of_atp_53(X)))
& oxygen_1(fn_atp_35(fn_dephosphorylation_of_atp_53(X)))
& entity_1(fn_atp_35(fn_dephosphorylation_of_atp_53(X)))
& chemical_entity_1(fn_atp_35(fn_dephosphorylation_of_atp_53(X)))
& atom_1(fn_atp_35(fn_dephosphorylation_of_atp_53(X)))
& chemical_bond_1(fn_molecule_10(fn_dephosphorylation_of_atp_74(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_dephosphorylation_of_atp_69(X)))
& entity_1(fn_nucleoside_diphosphate_30(fn_dephosphorylation_of_atp_74(X)))
& chemical_entity_1(fn_nucleoside_diphosphate_30(fn_dephosphorylation_of_atp_74(X)))
& atom_1(fn_nucleoside_diphosphate_30(fn_dephosphorylation_of_atp_74(X)))
& oxygen_1(fn_nucleoside_diphosphate_30(fn_dephosphorylation_of_atp_74(X)))
& oxygen_1(fn_ribonucleotide_8(fn_dephosphorylation_of_atp_74(X)))
& entity_1(fn_ribonucleotide_8(fn_dephosphorylation_of_atp_74(X)))
& chemical_entity_1(fn_ribonucleotide_8(fn_dephosphorylation_of_atp_74(X)))
& atom_1(fn_ribonucleotide_8(fn_dephosphorylation_of_atp_74(X)))
& oxygen_1(fn_adp_31(fn_dephosphorylation_of_atp_74(X)))
& entity_1(fn_adp_31(fn_dephosphorylation_of_atp_74(X)))
& chemical_entity_1(fn_adp_31(fn_dephosphorylation_of_atp_74(X)))
& atom_1(fn_adp_31(fn_dephosphorylation_of_atp_74(X)))
& entity_1(fn_adp_43(fn_dephosphorylation_of_atp_74(X)))
& chemical_entity_1(fn_adp_43(fn_dephosphorylation_of_atp_74(X)))
& atom_1(fn_adp_43(fn_dephosphorylation_of_atp_74(X)))
& oxygen_1(fn_adp_43(fn_dephosphorylation_of_atp_74(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_dephosphorylation_of_atp_69(X)))
& share_1(fn_water_molecule_38(fn_dephosphorylation_of_atp_51(X)))
& unequal_sharing_1(fn_water_molecule_38(fn_dephosphorylation_of_atp_51(X)))
& unequal_sharing_1(fn_water_molecule_27(fn_dephosphorylation_of_atp_51(X)))
& quantity_value_1(fn_water_molecule_46(fn_dephosphorylation_of_atp_51(X)))
& quantity_value_1(fn_water_molecule_18(fn_dephosphorylation_of_atp_51(X)))
& attract_1(fn_hydrophilic_compound_2(fn_dephosphorylation_of_atp_51(X)))
& attract_1(fn_water_molecule_75(fn_dephosphorylation_of_atp_51(X)))
& proton_1(fn_water_molecule_54(fn_dephosphorylation_of_atp_51(X)))
& proton_1(fn_water_molecule_40(fn_dephosphorylation_of_atp_51(X)))
& hold_1(fn_water_molecule_26(fn_dephosphorylation_of_atp_51(X)))
& hold_together_1(fn_water_molecule_26(fn_dephosphorylation_of_atp_51(X)))
& hold_together_1(fn_water_molecule_47(fn_dephosphorylation_of_atp_51(X)))
& entity_1(fn_water_molecule_72(fn_dephosphorylation_of_atp_51(X)))
& chemical_entity_1(fn_water_molecule_72(fn_dephosphorylation_of_atp_51(X)))
& atom_1(fn_water_molecule_72(fn_dephosphorylation_of_atp_51(X)))
& oxygen_1(fn_water_molecule_72(fn_dephosphorylation_of_atp_51(X)))
& electron_shell_1(fn_hydrogen_16(fn_dephosphorylation_of_atp_47(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_dephosphorylation_of_atp_47(X)))
& electron_shell_1(fn_water_molecule_45(fn_dephosphorylation_of_atp_51(X)))
& first_electron_shell_1(fn_water_molecule_45(fn_dephosphorylation_of_atp_51(X)))
& center_1(fn_hydrogen_14(fn_dephosphorylation_of_atp_46(X)))
& center_1(fn_water_molecule_44(fn_dephosphorylation_of_atp_51(X)))
& electron_1(fn_water_molecule_66(fn_dephosphorylation_of_atp_51(X)))
& valence_electron_1(fn_water_molecule_66(fn_dephosphorylation_of_atp_51(X)))
& entity_1(fn_water_molecule_50(fn_dephosphorylation_of_atp_51(X)))
& electron_1(fn_water_molecule_50(fn_dephosphorylation_of_atp_51(X)))
& valence_electron_1(fn_water_molecule_50(fn_dephosphorylation_of_atp_51(X)))
& atomic_nucleus_1(fn_water_molecule_43(fn_dephosphorylation_of_atp_51(X)))
& atomic_nucleus_1(fn_water_molecule_51(fn_dephosphorylation_of_atp_51(X)))
& tangible_entity_1(fn_water_molecule_64(fn_dephosphorylation_of_atp_51(X)))
& entity_1(fn_water_molecule_64(fn_dephosphorylation_of_atp_51(X)))
& chemical_entity_1(fn_water_molecule_64(fn_dephosphorylation_of_atp_51(X)))
& atom_1(fn_water_molecule_64(fn_dephosphorylation_of_atp_51(X)))
& hydrogen_1(fn_water_molecule_64(fn_dephosphorylation_of_atp_51(X)))
& entity_1(fn_water_molecule_63(fn_dephosphorylation_of_atp_51(X)))
& atom_1(fn_water_molecule_63(fn_dephosphorylation_of_atp_51(X)))
& hydrogen_1(fn_water_molecule_63(fn_dephosphorylation_of_atp_51(X)))
& covalent_bond_1(fn_water_molecule_62(fn_dephosphorylation_of_atp_51(X)))
& polar_covalent_bond_1(fn_water_molecule_62(fn_dephosphorylation_of_atp_51(X)))
& chemical_bond_1(fn_water_molecule_61(fn_dephosphorylation_of_atp_51(X)))
& polar_covalent_bond_1(fn_water_molecule_61(fn_dephosphorylation_of_atp_51(X)))
& chemical_entity_1(fn_reactant_3(fn_dephosphorylation_of_atp_4(X)))
& chemical_reaction_1(fn_enzyme_4(fn_dephosphorylation_of_atp_52(X)))
& fn_dephosphorylation_of_atp_76(X) != fn_dephosphorylation_of_atp_45(X)
& possesses_2(fn_dephosphorylation_of_atp_74(X),fn_dephosphorylation_of_atp_73(X))
& fn_dephosphorylation_of_atp_74(X) != fn_dephosphorylation_of_atp_65(X)
& fn_dephosphorylation_of_atp_74(X) != fn_dephosphorylation_of_atp_64(X)
& has_part_2(fn_dephosphorylation_of_atp_74(X),fn_dephosphorylation_of_atp_48(X))
& has_state_2(fn_dephosphorylation_of_atp_65(X),fn_dephosphorylation_of_atp_74(X))
& fn_dephosphorylation_of_atp_65(X) != fn_dephosphorylation_of_atp_74(X)
& has_state_2(fn_dephosphorylation_of_atp_64(X),fn_dephosphorylation_of_atp_74(X))
& fn_dephosphorylation_of_atp_64(X) != fn_dephosphorylation_of_atp_74(X)
& called_2(fn_dephosphorylation_of_atp_60(X),'Terminal PO4 Group')
& result_2(X,fn_dephosphorylation_of_atp_74(X))
& fn_dephosphorylation_of_atp_53(X) != fn_dephosphorylation_of_atp_51(X)
& fn_dephosphorylation_of_atp_51(X) != fn_dephosphorylation_of_atp_53(X)
& plays_2(fn_dephosphorylation_of_atp_50(X),fn_dephosphorylation_of_atp_1(X))
& has_state_2(fn_dephosphorylation_of_atp_47(X),fn_dephosphorylation_of_atp_48(X))
& has_state_2(fn_dephosphorylation_of_atp_46(X),fn_dephosphorylation_of_atp_48(X))
& fn_dephosphorylation_of_atp_45(X) != fn_dephosphorylation_of_atp_76(X)
& has_state_2(fn_dephosphorylation_of_atp_45(X),fn_dephosphorylation_of_atp_76(X))
& possesses_2(fn_dephosphorylation_of_atp_53(X),fn_dephosphorylation_of_atp_70(X))
& has_region_2(fn_dephosphorylation_of_atp_74(X),fn_dephosphorylation_of_atp_69(X))
& plays_2(fn_dephosphorylation_of_atp_51(X),fn_dephosphorylation_of_atp_4(X))
& is_between_2(fn_dephosphorylation_of_atp_66(X),fn_dephosphorylation_of_atp_64(X))
& possesses_2(fn_dephosphorylation_of_atp_74(X),fn_dephosphorylation_of_atp_68(X))
& has_part_2(fn_dephosphorylation_of_atp_62(X),fn_dephosphorylation_of_atp_54(X))
& has_region_2(fn_dephosphorylation_of_atp_46(X),fn_dephosphorylation_of_atp_28(X))
& has_region_2(fn_dephosphorylation_of_atp_47(X),fn_dephosphorylation_of_atp_29(X))
& possesses_2(fn_dephosphorylation_of_atp_67(X),fn_dephosphorylation_of_atp_50(X))
& possesses_2(fn_dephosphorylation_of_atp_51(X),fn_dephosphorylation_of_atp_70(X))
& raw_material_2(X,fn_dephosphorylation_of_atp_51(X))
& has_state_2(fn_dephosphorylation_of_atp_45(X),fn_dephosphorylation_of_atp_49(X))
& fn_dephosphorylation_of_atp_2(X) != fn_dephosphorylation_of_atp_51(X)
& fn_dephosphorylation_of_atp_51(X) != fn_dephosphorylation_of_atp_2(X)
& raw_material_2(X,fn_dephosphorylation_of_atp_53(X))
& has_region_2(fn_dephosphorylation_of_atp_51(X),fn_dephosphorylation_of_atp_24(X))
& site_2(fn_dephosphorylation_of_atp_20(X),fn_dephosphorylation_of_atp_24(X))
& raw_material_2(X,fn_dephosphorylation_of_atp_2(X))
& quantity_2(fn_dephosphorylation_of_atp_70(X),fn_dephosphorylation_of_atp_71(X))
& result_2(X,fn_dephosphorylation_of_atp_76(X))
& possesses_2(fn_dephosphorylation_of_atp_76(X),fn_dephosphorylation_of_atp_73(X))
& quantity_2(fn_dephosphorylation_of_atp_73(X),fn_dephosphorylation_of_atp_72(X))
& greater_than_2(fn_dephosphorylation_of_atp_71(X),fn_dephosphorylation_of_atp_72(X))
& object_2(fn_dephosphorylation_of_atp_23(X),fn_dephosphorylation_of_atp_51(X))
& speed_2(fn_dephosphorylation_of_atp_23(X),fn_dephosphorylation_of_atp_25(X))
& possesses_2(fn_dephosphorylation_of_atp_51(X),fn_dephosphorylation_of_atp_19(X))
& quantity_2(fn_dephosphorylation_of_atp_19(X),fn_dephosphorylation_of_atp_26(X))
& directly_proportional_2(fn_dephosphorylation_of_atp_25(X),fn_dephosphorylation_of_atp_26(X))
& has_part_2(fn_dephosphorylation_of_atp_53(X),fn_dephosphorylation_of_atp_62(X))
& has_part_2(fn_dephosphorylation_of_atp_62(X),fn_dephosphorylation_of_atp_55(X))
& has_region_2(fn_dephosphorylation_of_atp_64(X),fn_dephosphorylation_of_atp_89(X))
& is_inside_2(fn_dephosphorylation_of_atp_63(X),fn_dephosphorylation_of_atp_57(X))
& has_part_2(fn_dephosphorylation_of_atp_74(X),fn_dephosphorylation_of_atp_49(X))
& has_region_2(fn_dephosphorylation_of_atp_52(X),fn_dephosphorylation_of_atp_3(X))
& has_function_2(fn_dephosphorylation_of_atp_52(X),X)
& plays_2(fn_dephosphorylation_of_atp_52(X),fn_dephosphorylation_of_atp_5(X))
& in_event_2(fn_dephosphorylation_of_atp_5(X),X)
& has_function_2(fn_dephosphorylation_of_atp_52(X),fn_dephosphorylation_of_atp_6(X))
& enables_2(fn_dephosphorylation_of_atp_6(X),X)
& site_2(X,fn_dephosphorylation_of_atp_3(X))
& facilitates_2(fn_dephosphorylation_of_atp_3(X),X)
& in_event_2(fn_dephosphorylation_of_atp_4(X),X)
& has_region_2(fn_dephosphorylation_of_atp_63(X),fn_dephosphorylation_of_atp_84(X))
& possesses_2(fn_dephosphorylation_of_atp_53(X),fn_dephosphorylation_of_atp_66(X))
& agent_2(fn_dephosphorylation_of_atp_87(X),fn_dephosphorylation_of_atp_64(X))
& is_inside_2(fn_dephosphorylation_of_atp_64(X),fn_dephosphorylation_of_atp_60(X))
& fn_dephosphorylation_of_atp_65(X) != fn_dephosphorylation_of_atp_61(X)
& fn_dephosphorylation_of_atp_61(X) != fn_dephosphorylation_of_atp_65(X)
& is_inside_2(fn_dephosphorylation_of_atp_75(X),fn_dephosphorylation_of_atp_58(X))
& is_between_2(fn_dephosphorylation_of_atp_66(X),fn_dephosphorylation_of_atp_75(X))
& is_between_2(fn_dephosphorylation_of_atp_66(X),fn_dephosphorylation_of_atp_63(X))
& fn_dephosphorylation_of_atp_63(X) != fn_dephosphorylation_of_atp_75(X)
& fn_dephosphorylation_of_atp_75(X) != fn_dephosphorylation_of_atp_63(X)
& has_part_2(fn_dephosphorylation_of_atp_53(X),fn_dephosphorylation_of_atp_63(X))
& fn_dephosphorylation_of_atp_63(X) != fn_dephosphorylation_of_atp_65(X)
& is_inside_2(fn_dephosphorylation_of_atp_65(X),fn_dephosphorylation_of_atp_59(X))
& has_region_2(fn_dephosphorylation_of_atp_53(X),fn_dephosphorylation_of_atp_59(X))
& has_part_2(fn_dephosphorylation_of_atp_53(X),fn_dephosphorylation_of_atp_61(X))
& fn_dephosphorylation_of_atp_65(X) != fn_dephosphorylation_of_atp_63(X)
& result_2(fn_dephosphorylation_of_atp_87(X),fn_dephosphorylation_of_atp_67(X))
& possesses_2(fn_dephosphorylation_of_atp_53(X),fn_dephosphorylation_of_atp_67(X))
& has_part_2(fn_dephosphorylation_of_atp_53(X),fn_dephosphorylation_of_atp_64(X))
& fn_dephosphorylation_of_atp_64(X) != fn_dephosphorylation_of_atp_63(X)
& has_region_2(fn_dephosphorylation_of_atp_63(X),fn_dephosphorylation_of_atp_85(X))
& fn_dephosphorylation_of_atp_63(X) != fn_dephosphorylation_of_atp_64(X)
& object_2(fn_dephosphorylation_of_atp_7(X),fn_dephosphorylation_of_atp_86(X))
& object_2(fn_dephosphorylation_of_atp_87(X),fn_dephosphorylation_of_atp_86(X))
& agent_2(fn_dephosphorylation_of_atp_87(X),fn_dephosphorylation_of_atp_63(X))
& has_region_2(fn_dephosphorylation_of_atp_63(X),fn_dephosphorylation_of_atp_83(X))
& fn_dephosphorylation_of_atp_83(X) != fn_dephosphorylation_of_atp_89(X)
& fn_dephosphorylation_of_atp_89(X) != fn_dephosphorylation_of_atp_83(X)
& agent_2(fn_dephosphorylation_of_atp_88(X),fn_dephosphorylation_of_atp_67(X))
& has_function_2(fn_dephosphorylation_of_atp_67(X),fn_dephosphorylation_of_atp_88(X))
& is_between_2(fn_dephosphorylation_of_atp_67(X),fn_dephosphorylation_of_atp_64(X))
& is_inside_2(fn_dephosphorylation_of_atp_64(X),fn_dephosphorylation_of_atp_58(X))
& has_region_2(fn_dephosphorylation_of_atp_53(X),fn_dephosphorylation_of_atp_58(X))
& result_2(fn_dephosphorylation_of_atp_7(X),fn_dephosphorylation_of_atp_67(X))
& is_between_2(fn_dephosphorylation_of_atp_67(X),fn_dephosphorylation_of_atp_63(X))
& has_part_2(fn_dephosphorylation_of_atp_63(X),fn_dephosphorylation_of_atp_86(X))
& is_near_2(fn_dephosphorylation_of_atp_86(X),fn_dephosphorylation_of_atp_85(X))
& is_at_2(fn_dephosphorylation_of_atp_85(X),fn_dephosphorylation_of_atp_84(X))
& is_near_2(fn_dephosphorylation_of_atp_85(X),fn_dephosphorylation_of_atp_86(X))
& object_2(fn_dephosphorylation_of_atp_88(X),fn_dephosphorylation_of_atp_64(X))
& object_2(fn_dephosphorylation_of_atp_88(X),fn_dephosphorylation_of_atp_63(X))
& is_inside_2(fn_dephosphorylation_of_atp_63(X),fn_dephosphorylation_of_atp_60(X))
& has_region_2(fn_dephosphorylation_of_atp_53(X),fn_dephosphorylation_of_atp_60(X))
& has_part_2(fn_dephosphorylation_of_atp_53(X),fn_dephosphorylation_of_atp_65(X))
& agent_2(fn_dephosphorylation_of_atp_7(X),fn_dephosphorylation_of_atp_64(X))
& agent_2(fn_dephosphorylation_of_atp_7(X),fn_dephosphorylation_of_atp_63(X))
& is_inside_2(fn_dephosphorylation_of_atp_63(X),fn_dephosphorylation_of_atp_58(X))
& fn_dephosphorylation_of_atp_60(X) != fn_dephosphorylation_of_atp_58(X)
& fn_dephosphorylation_of_atp_58(X) != fn_dephosphorylation_of_atp_60(X)
& fn_dephosphorylation_of_atp_75(X) != fn_dephosphorylation_of_atp_64(X)
& is_inside_2(fn_dephosphorylation_of_atp_64(X),fn_dephosphorylation_of_atp_57(X))
& has_region_2(fn_dephosphorylation_of_atp_53(X),fn_dephosphorylation_of_atp_57(X))
& fn_dephosphorylation_of_atp_64(X) != fn_dephosphorylation_of_atp_75(X)
& fn_dephosphorylation_of_atp_58(X) != fn_dephosphorylation_of_atp_57(X)
& fn_dephosphorylation_of_atp_57(X) != fn_dephosphorylation_of_atp_58(X)
& has_part_2(fn_dephosphorylation_of_atp_53(X),fn_dephosphorylation_of_atp_75(X))
& is_inside_2(fn_dephosphorylation_of_atp_75(X),fn_dephosphorylation_of_atp_57(X))
& fn_dephosphorylation_of_atp_57(X) != fn_dephosphorylation_of_atp_60(X)
& is_inside_2(fn_dephosphorylation_of_atp_60(X),fn_dephosphorylation_of_atp_56(X))
& has_region_2(fn_dephosphorylation_of_atp_55(X),fn_dephosphorylation_of_atp_56(X))
& fn_dephosphorylation_of_atp_60(X) != fn_dephosphorylation_of_atp_57(X)
& is_inside_2(fn_dephosphorylation_of_atp_49(X),fn_dephosphorylation_of_atp_69(X))
& is_inside_2(fn_dephosphorylation_of_atp_48(X),fn_dephosphorylation_of_atp_69(X))
& is_between_2(fn_dephosphorylation_of_atp_68(X),fn_dephosphorylation_of_atp_48(X))
& is_between_2(fn_dephosphorylation_of_atp_68(X),fn_dephosphorylation_of_atp_49(X))
& fn_dephosphorylation_of_atp_49(X) != fn_dephosphorylation_of_atp_48(X)
& fn_dephosphorylation_of_atp_48(X) != fn_dephosphorylation_of_atp_49(X)
& object_2(fn_dephosphorylation_of_atp_35(X),fn_dephosphorylation_of_atp_47(X))
& the_cardinal_value_2(fn_dephosphorylation_of_atp_37(X),"1")
& cardinal_unit_class_2(fn_dephosphorylation_of_atp_37(X),unity_0)
& called_2(fn_dephosphorylation_of_atp_37(X),'Number_Electron')
& called_2(fn_dephosphorylation_of_atp_38(X),'Number_Proton')
& called_2(fn_dephosphorylation_of_atp_39(X),'Atomic_Number')
& possesses_2(fn_dephosphorylation_of_atp_51(X),fn_dephosphorylation_of_atp_18(X))
& shape_2(fn_dephosphorylation_of_atp_51(X),fn_dephosphorylation_of_atp_22(X))
& electronegativity_2(fn_dephosphorylation_of_atp_47(X),fn_dephosphorylation_of_atp_41(X))
& the_cardinal_value_2(fn_dephosphorylation_of_atp_41(X),"2.1")
& cardinal_unit_class_2(fn_dephosphorylation_of_atp_41(X),unity_0)
& the_cardinal_value_2(fn_dephosphorylation_of_atp_39(X),"1")
& cardinal_unit_class_2(fn_dephosphorylation_of_atp_39(X),unity_0)
& fn_dephosphorylation_of_atp_38(X) = fn_dephosphorylation_of_atp_39(X)
& fn_dephosphorylation_of_atp_39(X) = fn_dephosphorylation_of_atp_38(X)
& object_2(fn_dephosphorylation_of_atp_30(X),fn_dephosphorylation_of_atp_32(X))
& object_2(fn_dephosphorylation_of_atp_31(X),fn_dephosphorylation_of_atp_32(X))
& result_2(fn_dephosphorylation_of_atp_31(X),fn_dephosphorylation_of_atp_17(X))
& agent_2(fn_dephosphorylation_of_atp_36(X),fn_dephosphorylation_of_atp_45(X))
& agent_2(fn_dephosphorylation_of_atp_36(X),fn_dephosphorylation_of_atp_47(X))
& object_2(fn_dephosphorylation_of_atp_34(X),fn_dephosphorylation_of_atp_47(X))
& object_2(fn_dephosphorylation_of_atp_34(X),fn_dephosphorylation_of_atp_45(X))
& object_2(fn_dephosphorylation_of_atp_35(X),fn_dephosphorylation_of_atp_45(X))
& agent_2(fn_dephosphorylation_of_atp_30(X),fn_dephosphorylation_of_atp_47(X))
& agent_2(fn_dephosphorylation_of_atp_30(X),fn_dephosphorylation_of_atp_45(X))
& agent_2(fn_dephosphorylation_of_atp_31(X),fn_dephosphorylation_of_atp_45(X))
& agent_2(fn_dephosphorylation_of_atp_31(X),fn_dephosphorylation_of_atp_47(X))
& atomic_number_2(fn_dephosphorylation_of_atp_47(X),fn_dephosphorylation_of_atp_39(X))
& fn_dephosphorylation_of_atp_47(X) != fn_dephosphorylation_of_atp_46(X)
& has_part_2(fn_dephosphorylation_of_atp_47(X),fn_dephosphorylation_of_atp_40(X))
& quantity_2(fn_dephosphorylation_of_atp_40(X),fn_dephosphorylation_of_atp_38(X))
& fn_dephosphorylation_of_atp_46(X) != fn_dephosphorylation_of_atp_47(X)
& fn_dephosphorylation_of_atp_37(X) = fn_dephosphorylation_of_atp_38(X)
& fn_dephosphorylation_of_atp_38(X) = fn_dephosphorylation_of_atp_37(X)
& agent_2(fn_dephosphorylation_of_atp_20(X),fn_dephosphorylation_of_atp_51(X))
& has_function_2(fn_dephosphorylation_of_atp_51(X),fn_dephosphorylation_of_atp_20(X))
& polarity_2(fn_dephosphorylation_of_atp_51(X),fn_dephosphorylation_of_atp_21(X))
& correspondence_2(fn_dephosphorylation_of_atp_21(X),fn_dephosphorylation_of_atp_22(X))
& the_categorical_value_2(fn_dephosphorylation_of_atp_22(X),v_like_0)
& has_part_2(fn_dephosphorylation_of_atp_51(X),fn_dephosphorylation_of_atp_45(X))
& is_between_2(fn_dephosphorylation_of_atp_18(X),fn_dephosphorylation_of_atp_45(X))
& is_between_2(fn_dephosphorylation_of_atp_18(X),fn_dephosphorylation_of_atp_46(X))
& has_region_2(fn_dephosphorylation_of_atp_46(X),fn_dephosphorylation_of_atp_27(X))
& is_inside_2(fn_dephosphorylation_of_atp_40(X),fn_dephosphorylation_of_atp_27(X))
& has_function_2(fn_dephosphorylation_of_atp_17(X),fn_dephosphorylation_of_atp_34(X))
& agent_2(fn_dephosphorylation_of_atp_34(X),fn_dephosphorylation_of_atp_17(X))
& result_2(fn_dephosphorylation_of_atp_30(X),fn_dephosphorylation_of_atp_17(X))
& fn_dephosphorylation_of_atp_18(X) != fn_dephosphorylation_of_atp_17(X)
& fn_dephosphorylation_of_atp_17(X) != fn_dephosphorylation_of_atp_18(X)
& has_part_2(fn_dephosphorylation_of_atp_51(X),fn_dephosphorylation_of_atp_46(X))
& fn_dephosphorylation_of_atp_46(X) != fn_dephosphorylation_of_atp_45(X)
& fn_dephosphorylation_of_atp_45(X) != fn_dephosphorylation_of_atp_47(X)
& has_part_2(fn_dephosphorylation_of_atp_47(X),fn_dephosphorylation_of_atp_32(X))
& quantity_2(fn_dephosphorylation_of_atp_32(X),fn_dephosphorylation_of_atp_37(X))
& fn_dephosphorylation_of_atp_45(X) != fn_dephosphorylation_of_atp_46(X)
& fn_dephosphorylation_of_atp_47(X) != fn_dephosphorylation_of_atp_45(X)
& is_between_2(fn_dephosphorylation_of_atp_17(X),fn_dephosphorylation_of_atp_45(X))
& electronegativity_2(fn_dephosphorylation_of_atp_45(X),fn_dephosphorylation_of_atp_33(X))
& the_cardinal_value_2(fn_dephosphorylation_of_atp_33(X),"3.44")
& cardinal_unit_class_2(fn_dephosphorylation_of_atp_33(X),unity_0)
& fn_dephosphorylation_of_atp_41(X) != fn_dephosphorylation_of_atp_33(X)
& fn_dephosphorylation_of_atp_33(X) != fn_dephosphorylation_of_atp_41(X)
& has_part_2(fn_dephosphorylation_of_atp_51(X),fn_dephosphorylation_of_atp_47(X))
& has_region_2(fn_dephosphorylation_of_atp_47(X),fn_dephosphorylation_of_atp_28(X))
& is_at_2(fn_dephosphorylation_of_atp_27(X),fn_dephosphorylation_of_atp_28(X))
& is_inside_2(fn_dephosphorylation_of_atp_27(X),fn_dephosphorylation_of_atp_29(X))
& has_region_2(fn_dephosphorylation_of_atp_46(X),fn_dephosphorylation_of_atp_29(X))
& possesses_2(fn_dephosphorylation_of_atp_51(X),fn_dephosphorylation_of_atp_17(X))
& is_between_2(fn_dephosphorylation_of_atp_17(X),fn_dephosphorylation_of_atp_47(X))
& has_region_2(fn_dephosphorylation_of_atp_47(X),fn_dephosphorylation_of_atp_27(X))
& is_near_2(fn_dephosphorylation_of_atp_32(X),fn_dephosphorylation_of_atp_27(X))
& is_near_2(fn_dephosphorylation_of_atp_27(X),fn_dephosphorylation_of_atp_32(X))
& fn_dephosphorylation_of_atp_70(X) = fn_exergonic_reaction_3(X)
& fn_dephosphorylation_of_atp_74(X) = fn_functional_group_1(fn_dephosphorylation_of_atp_69(X))
& fn_dephosphorylation_of_atp_51(X) = fn_reactant_3(fn_dephosphorylation_of_atp_4(X))
& fn_dephosphorylation_of_atp_64(X) = fn_covalent_bond_20(fn_dephosphorylation_of_atp_66(X))
& fn_dephosphorylation_of_atp_64(X) = fn_covalent_bond_19(fn_dephosphorylation_of_atp_66(X))
& fn_dephosphorylation_of_atp_68(X) = fn_molecule_10(fn_dephosphorylation_of_atp_74(X))
& fn_dephosphorylation_of_atp_54(X) = fn_organic_molecule_2(fn_dephosphorylation_of_atp_62(X))
& fn_dephosphorylation_of_atp_54(X) = fn_organic_molecule_1(fn_dephosphorylation_of_atp_62(X))
& fn_dephosphorylation_of_atp_28(X) = fn_hydrogen_14(fn_dephosphorylation_of_atp_46(X))
& fn_dephosphorylation_of_atp_42(X) = fn_hydrogen_19(fn_dephosphorylation_of_atp_47(X))
& fn_dephosphorylation_of_atp_29(X) = fn_hydrogen_16(fn_dephosphorylation_of_atp_47(X))
& fn_dephosphorylation_of_atp_50(X) = fn_chemical_bond_2(fn_dephosphorylation_of_atp_67(X))
& fn_dephosphorylation_of_atp_49(X) = fn_hydrolysis_9(X)
& fn_dephosphorylation_of_atp_53(X) = fn_exergonic_reaction_10(X)
& fn_dephosphorylation_of_atp_20(X) = fn_hydrophilic_compound_2(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_24(X) = fn_hydrophilic_compound_1(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_2(X) = fn_hydrolysis_10(X)
& fn_dephosphorylation_of_atp_43(X) = fn_hydrolysis_19(X)
& fn_dephosphorylation_of_atp_70(X) = fn_hydrolysis_17(X)
& fn_dephosphorylation_of_atp_44(X) = fn_hydrolysis_18(X)
& fn_dephosphorylation_of_atp_71(X) = fn_hydrolysis_16(X)
& fn_dephosphorylation_of_atp_72(X) = fn_hydrolysis_15(X)
& fn_dephosphorylation_of_atp_73(X) = fn_hydrolysis_14(X)
& fn_dephosphorylation_of_atp_76(X) = fn_exergonic_reaction_11(X)
& fn_dephosphorylation_of_atp_76(X) = fn_decomposition_reaction_4(X)
& fn_dephosphorylation_of_atp_76(X) = fn_dephosphorylation_10(X)
& fn_dephosphorylation_of_atp_76(X) = fn_hydrolysis_9(X)
& fn_dephosphorylation_of_atp_13(X) = fn_molecule_2(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_23(X) = fn_molecule_8(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_14(X) = fn_molecule_1(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_25(X) = fn_molecule_3(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_26(X) = fn_molecule_4(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_19(X) = fn_molecule_12(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_55(X) = fn_ribonucleotide_10(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_62(X) = fn_ribonucleotide_9(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_89(X) = fn_nucleoside_triphosphate_5(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_81(X) = fn_adp_11(fn_dephosphorylation_of_atp_74(X))
& fn_dephosphorylation_of_atp_49(X) = fn_nucleoside_diphosphate_30(fn_dephosphorylation_of_atp_74(X))
& fn_dephosphorylation_of_atp_49(X) = fn_ribonucleotide_8(fn_dephosphorylation_of_atp_74(X))
& fn_dephosphorylation_of_atp_49(X) = fn_adp_31(fn_dephosphorylation_of_atp_74(X))
& fn_dephosphorylation_of_atp_49(X) = fn_adp_43(fn_dephosphorylation_of_atp_74(X))
& fn_dephosphorylation_of_atp_82(X) = fn_adp_10(fn_dephosphorylation_of_atp_74(X))
& fn_dephosphorylation_of_atp_79(X) = fn_adp_23(fn_dephosphorylation_of_atp_74(X))
& fn_dephosphorylation_of_atp_78(X) = fn_adp_26(fn_dephosphorylation_of_atp_74(X))
& fn_dephosphorylation_of_atp_77(X) = fn_adp_27(fn_dephosphorylation_of_atp_74(X))
& fn_dephosphorylation_of_atp_80(X) = fn_adp_30(fn_dephosphorylation_of_atp_74(X))
& fn_dephosphorylation_of_atp_5(X) = fn_enzyme_6(fn_dephosphorylation_of_atp_52(X))
& fn_dephosphorylation_of_atp_4(X) = fn_enzyme_7(fn_dephosphorylation_of_atp_52(X))
& fn_dephosphorylation_of_atp_3(X) = fn_enzyme_2(fn_dephosphorylation_of_atp_52(X))
& X = fn_enzyme_4(fn_dephosphorylation_of_atp_52(X))
& fn_dephosphorylation_of_atp_6(X) = fn_enzyme_5(fn_dephosphorylation_of_atp_52(X))
& fn_dephosphorylation_of_atp_63(X) = fn_ribonucleotide_8(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_84(X) = fn_nucleoside_triphosphate_20(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_84(X) = fn_atp_56(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_66(X) = fn_nucleoside_triphosphate_35(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_66(X) = fn_atp_30(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_63(X) = fn_dephosphorylation_6(X)
& fn_dephosphorylation_of_atp_75(X) = fn_atp_37(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_61(X) = fn_atp_7(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_59(X) = fn_nucleoside_triphosphate_30(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_59(X) = fn_atp_31(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_63(X) = fn_atp_37(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_63(X) = fn_nucleoside_triphosphate_32(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_89(X) = fn_atp_62(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_83(X) = fn_atp_60(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_87(X) = fn_atp_13(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_86(X) = fn_atp_53(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_88(X) = fn_atp_65(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_84(X) = fn_ribonucleotide_24(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_84(X) = fn_ribonucleotide_23(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_84(X) = fn_nucleoside_triphosphate_22(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_85(X) = fn_nucleoside_triphosphate_6(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_84(X) = fn_nucleoside_triphosphate_12(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_84(X) = fn_atp_55(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_85(X) = fn_ribonucleotide_29(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_85(X) = fn_nucleoside_triphosphate_21(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_85(X) = fn_atp_70(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_86(X) = fn_ribonucleotide_4(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_86(X) = fn_nucleoside_triphosphate_23(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_86(X) = fn_atp_59(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_67(X) = fn_nucleoside_triphosphate_28(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_67(X) = fn_atp_29(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_65(X) = fn_nucleoside_triphosphate_31(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_65(X) = fn_atp_39(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_63(X) = fn_ribonucleotide_16(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_60(X) = fn_ribonucleotide_14(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_88(X) = fn_atp_17(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_58(X) = fn_atp_32(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_63(X) = fn_nucleoside_triphosphate_29(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_63(X) = fn_atp_35(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_7(X) = fn_nucleoside_triphosphate_1(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_7(X) = fn_atp_11(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_58(X) = fn_atp_33(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_64(X) = fn_nucleoside_triphosphate_33(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_64(X) = fn_atp_36(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_55(X) = fn_atp_50(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_56(X) = fn_atp_25(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_60(X) = fn_atp_34(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_57(X) = fn_dephosphorylation_12(X)
& fn_dephosphorylation_of_atp_57(X) = fn_nucleoside_triphosphate_27(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_57(X) = fn_atp_32(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_53(X) = fn_dephosphorylation_11(X)
& fn_dephosphorylation_of_atp_75(X) = fn_dephosphorylation_4(X)
& fn_dephosphorylation_of_atp_75(X) = fn_ribonucleotide_8(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_75(X) = fn_nucleoside_triphosphate_32(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_75(X) = fn_atp_35(fn_dephosphorylation_of_atp_53(X))
& fn_dephosphorylation_of_atp_68(X) = fn_hydroxyl_group_7(fn_dephosphorylation_of_atp_69(X))
& fn_dephosphorylation_of_atp_49(X) = fn_hydroxyl_group_4(fn_dephosphorylation_of_atp_69(X))
& fn_dephosphorylation_of_atp_48(X) = fn_hydroxyl_group_6(fn_dephosphorylation_of_atp_69(X))
& fn_dephosphorylation_of_atp_16(X) = fn_water_molecule_2(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_12(X) = fn_water_molecule_76(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_11(X) = fn_water_molecule_33(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_10(X) = fn_water_molecule_13(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_9(X) = fn_water_molecule_35(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_8(X) = fn_water_molecule_34(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_15(X) = fn_water_molecule_4(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_38(X) = fn_water_molecule_46(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_17(X) = fn_water_molecule_62(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_31(X) = fn_water_molecule_38(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_32(X) = fn_water_molecule_66(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_35(X) = fn_water_molecule_36(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_34(X) = fn_water_molecule_26(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_36(X) = fn_water_molecule_38(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_39(X) = fn_water_molecule_42(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_31(X) = fn_water_molecule_27(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_38(X) = fn_water_molecule_18(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_40(X) = fn_water_molecule_54(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_22(X) = fn_water_molecule_3(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_21(X) = fn_water_molecule_1(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_20(X) = fn_water_molecule_75(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_40(X) = fn_water_molecule_40(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_51(X) = fn_hydrolysis_11(X)
& fn_dephosphorylation_of_atp_45(X) = fn_hydrolysis_1(X)
& fn_dephosphorylation_of_atp_30(X) = fn_water_molecule_48(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_18(X) = fn_water_molecule_62(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_34(X) = fn_water_molecule_47(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_37(X) = fn_water_molecule_16(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_46(X) = fn_water_molecule_63(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_41(X) = fn_water_molecule_39(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_33(X) = fn_water_molecule_73(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_45(X) = fn_water_molecule_72(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_46(X) = fn_water_molecule_64(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_29(X) = fn_water_molecule_45(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_27(X) = fn_water_molecule_43(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_28(X) = fn_water_molecule_44(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_47(X) = fn_water_molecule_64(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_32(X) = fn_water_molecule_50(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_27(X) = fn_water_molecule_51(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_47(X) = fn_water_molecule_63(fn_dephosphorylation_of_atp_51(X))
& fn_dephosphorylation_of_atp_17(X) = fn_water_molecule_61(fn_dephosphorylation_of_atp_51(X))
& fn_organic_molecule_2(fn_dephosphorylation_of_atp_62(X)) = fn_organic_molecule_1(fn_dephosphorylation_of_atp_62(X))
& fn_organic_molecule_1(fn_dephosphorylation_of_atp_62(X)) = fn_exergonic_reaction_3(X)
& fn_exergonic_reaction_3(X) = fn_hydrolysis_17(X)
& fn_hydrolysis_17(X) = fn_hydrolysis_17(X)
& fn_hydrolysis_17(X) = fn_exergonic_reaction_11(X)
& fn_exergonic_reaction_11(X) = fn_decomposition_reaction_4(X)
& fn_decomposition_reaction_4(X) = fn_decomposition_reaction_4(X)
& fn_decomposition_reaction_4(X) = fn_dephosphorylation_10(X)
& fn_hydrolysis_9(X) = fn_dephosphorylation_10(X)
& fn_dephosphorylation_10(X) = fn_hydrolysis_9(X)
& fn_hydrolysis_9(X) = fn_nucleoside_triphosphate_35(fn_dephosphorylation_of_atp_53(X))
& fn_atp_30(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_35(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_35(fn_dephosphorylation_of_atp_53(X)) = fn_atp_30(fn_dephosphorylation_of_atp_53(X))
& fn_atp_30(fn_dephosphorylation_of_atp_53(X)) = fn_atp_30(fn_dephosphorylation_of_atp_53(X))
& fn_atp_30(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_30(fn_dephosphorylation_of_atp_53(X))
& fn_atp_31(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_30(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_30(fn_dephosphorylation_of_atp_53(X)) = fn_atp_31(fn_dephosphorylation_of_atp_53(X))
& fn_atp_31(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_5(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_5(fn_dephosphorylation_of_atp_53(X)) = fn_atp_62(fn_dephosphorylation_of_atp_53(X))
& fn_atp_62(fn_dephosphorylation_of_atp_53(X)) = fn_ribonucleotide_24(fn_dephosphorylation_of_atp_53(X))
& fn_ribonucleotide_24(fn_dephosphorylation_of_atp_53(X)) = fn_ribonucleotide_24(fn_dephosphorylation_of_atp_53(X))
& fn_ribonucleotide_24(fn_dephosphorylation_of_atp_53(X)) = fn_ribonucleotide_23(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_20(fn_dephosphorylation_of_atp_53(X)) = fn_ribonucleotide_23(fn_dephosphorylation_of_atp_53(X))
& fn_ribonucleotide_23(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_20(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_20(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_22(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_22(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_22(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_12(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_22(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_22(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_12(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_12(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_12(fn_dephosphorylation_of_atp_53(X))
& fn_atp_56(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_12(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_12(fn_dephosphorylation_of_atp_53(X)) = fn_atp_56(fn_dephosphorylation_of_atp_53(X))
& fn_atp_56(fn_dephosphorylation_of_atp_53(X)) = fn_atp_55(fn_dephosphorylation_of_atp_53(X))
& fn_atp_55(fn_dephosphorylation_of_atp_53(X)) = fn_ribonucleotide_29(fn_dephosphorylation_of_atp_53(X))
& fn_ribonucleotide_29(fn_dephosphorylation_of_atp_53(X)) = fn_ribonucleotide_29(fn_dephosphorylation_of_atp_53(X))
& fn_ribonucleotide_29(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_6(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_6(fn_dephosphorylation_of_atp_53(X)) = fn_ribonucleotide_29(fn_dephosphorylation_of_atp_53(X))
& fn_ribonucleotide_29(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_21(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_21(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_6(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_6(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_21(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_21(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_21(fn_dephosphorylation_of_atp_53(X))
& fn_atp_70(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_21(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_21(fn_dephosphorylation_of_atp_53(X)) = fn_atp_70(fn_dephosphorylation_of_atp_53(X))
& fn_atp_70(fn_dephosphorylation_of_atp_53(X)) = fn_ribonucleotide_4(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_23(fn_dephosphorylation_of_atp_53(X)) = fn_ribonucleotide_4(fn_dephosphorylation_of_atp_53(X))
& fn_ribonucleotide_4(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_23(fn_dephosphorylation_of_atp_53(X))
& fn_atp_53(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_23(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_23(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_23(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_23(fn_dephosphorylation_of_atp_53(X)) = fn_atp_53(fn_dephosphorylation_of_atp_53(X))
& fn_atp_53(fn_dephosphorylation_of_atp_53(X)) = fn_atp_53(fn_dephosphorylation_of_atp_53(X))
& fn_atp_53(fn_dephosphorylation_of_atp_53(X)) = fn_atp_59(fn_dephosphorylation_of_atp_53(X))
& fn_atp_59(fn_dephosphorylation_of_atp_53(X)) = fn_atp_59(fn_dephosphorylation_of_atp_53(X))
& fn_atp_59(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_28(fn_dephosphorylation_of_atp_53(X))
& fn_atp_29(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_28(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_28(fn_dephosphorylation_of_atp_53(X)) = fn_atp_29(fn_dephosphorylation_of_atp_53(X))
& fn_atp_29(fn_dephosphorylation_of_atp_53(X)) = fn_atp_29(fn_dephosphorylation_of_atp_53(X))
& fn_atp_29(fn_dephosphorylation_of_atp_53(X)) = fn_atp_39(fn_dephosphorylation_of_atp_53(X))
& fn_atp_39(fn_dephosphorylation_of_atp_53(X)) = fn_atp_39(fn_dephosphorylation_of_atp_53(X))
& fn_atp_39(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_31(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_31(fn_dephosphorylation_of_atp_53(X)) = fn_atp_39(fn_dephosphorylation_of_atp_53(X))
& fn_atp_39(fn_dephosphorylation_of_atp_53(X)) = fn_atp_65(fn_dephosphorylation_of_atp_53(X))
& fn_atp_65(fn_dephosphorylation_of_atp_53(X)) = fn_atp_65(fn_dephosphorylation_of_atp_53(X))
& fn_atp_65(fn_dephosphorylation_of_atp_53(X)) = fn_atp_17(fn_dephosphorylation_of_atp_53(X))
& fn_atp_17(fn_dephosphorylation_of_atp_53(X)) = fn_atp_17(fn_dephosphorylation_of_atp_53(X))
& fn_atp_17(fn_dephosphorylation_of_atp_53(X)) = fn_dephosphorylation_6(X)
& fn_ribonucleotide_8(fn_dephosphorylation_of_atp_53(X)) = fn_dephosphorylation_6(X)
& fn_dephosphorylation_6(X) = fn_ribonucleotide_8(fn_dephosphorylation_of_atp_53(X))
& fn_ribonucleotide_8(fn_dephosphorylation_of_atp_53(X)) = fn_ribonucleotide_16(fn_dephosphorylation_of_atp_53(X))
& fn_ribonucleotide_16(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_32(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_32(fn_dephosphorylation_of_atp_53(X)) = fn_ribonucleotide_16(fn_dephosphorylation_of_atp_53(X))
& fn_ribonucleotide_16(fn_dephosphorylation_of_atp_53(X)) = fn_ribonucleotide_16(fn_dephosphorylation_of_atp_53(X))
& fn_ribonucleotide_16(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_29(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_29(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_32(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_32(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_29(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_29(fn_dephosphorylation_of_atp_53(X)) = fn_atp_37(fn_dephosphorylation_of_atp_53(X))
& fn_atp_37(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_29(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_29(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_29(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_29(fn_dephosphorylation_of_atp_53(X)) = fn_atp_35(fn_dephosphorylation_of_atp_53(X))
& fn_atp_35(fn_dephosphorylation_of_atp_53(X)) = fn_atp_37(fn_dephosphorylation_of_atp_53(X))
& fn_atp_35(fn_dephosphorylation_of_atp_53(X)) = fn_atp_11(fn_dephosphorylation_of_atp_53(X))
& fn_atp_11(fn_dephosphorylation_of_atp_53(X)) = fn_atp_11(fn_dephosphorylation_of_atp_53(X))
& fn_atp_11(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_1(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_1(fn_dephosphorylation_of_atp_53(X)) = fn_atp_11(fn_dephosphorylation_of_atp_53(X))
& fn_atp_11(fn_dephosphorylation_of_atp_53(X)) = fn_atp_33(fn_dephosphorylation_of_atp_53(X))
& fn_atp_33(fn_dephosphorylation_of_atp_53(X)) = fn_atp_32(fn_dephosphorylation_of_atp_53(X))
& fn_atp_32(fn_dephosphorylation_of_atp_53(X)) = fn_atp_33(fn_dephosphorylation_of_atp_53(X))
& fn_atp_33(fn_dephosphorylation_of_atp_53(X)) = fn_atp_33(fn_dephosphorylation_of_atp_53(X))
& fn_atp_33(fn_dephosphorylation_of_atp_53(X)) = fn_covalent_bond_20(fn_dephosphorylation_of_atp_66(X))
& fn_covalent_bond_20(fn_dephosphorylation_of_atp_66(X)) = fn_covalent_bond_19(fn_dephosphorylation_of_atp_66(X))
& fn_covalent_bond_19(fn_dephosphorylation_of_atp_66(X)) = fn_covalent_bond_19(fn_dephosphorylation_of_atp_66(X))
& fn_covalent_bond_19(fn_dephosphorylation_of_atp_66(X)) = fn_nucleoside_triphosphate_33(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_33(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_33(fn_dephosphorylation_of_atp_53(X))
& fn_atp_36(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_33(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_33(fn_dephosphorylation_of_atp_53(X)) = fn_atp_36(fn_dephosphorylation_of_atp_53(X))
& fn_atp_36(fn_dephosphorylation_of_atp_53(X)) = fn_atp_36(fn_dephosphorylation_of_atp_53(X))
& fn_atp_36(fn_dephosphorylation_of_atp_53(X)) = fn_ribonucleotide_10(fn_dephosphorylation_of_atp_53(X))
& fn_ribonucleotide_10(fn_dephosphorylation_of_atp_53(X)) = fn_atp_50(fn_dephosphorylation_of_atp_53(X))
& fn_atp_50(fn_dephosphorylation_of_atp_53(X)) = fn_atp_34(fn_dephosphorylation_of_atp_53(X))
& fn_atp_34(fn_dephosphorylation_of_atp_53(X)) = fn_ribonucleotide_14(fn_dephosphorylation_of_atp_53(X))
& fn_ribonucleotide_14(fn_dephosphorylation_of_atp_53(X)) = fn_atp_34(fn_dephosphorylation_of_atp_53(X))
& fn_atp_34(fn_dephosphorylation_of_atp_53(X)) = fn_atp_34(fn_dephosphorylation_of_atp_53(X))
& fn_atp_34(fn_dephosphorylation_of_atp_53(X)) = fn_dephosphorylation_12(X)
& fn_nucleoside_triphosphate_27(fn_dephosphorylation_of_atp_53(X)) = fn_dephosphorylation_12(X)
& fn_dephosphorylation_12(X) = fn_nucleoside_triphosphate_27(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_27(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_27(fn_dephosphorylation_of_atp_53(X))
& fn_atp_32(fn_dephosphorylation_of_atp_53(X)) = fn_atp_32(fn_dephosphorylation_of_atp_53(X))
& fn_atp_32(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_27(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_27(fn_dephosphorylation_of_atp_53(X)) = fn_atp_32(fn_dephosphorylation_of_atp_53(X))
& fn_atp_32(fn_dephosphorylation_of_atp_53(X)) = fn_dephosphorylation_4(X)
& fn_ribonucleotide_8(fn_dephosphorylation_of_atp_53(X)) = fn_dephosphorylation_4(X)
& fn_dephosphorylation_4(X) = fn_dephosphorylation_4(X)
& fn_dephosphorylation_4(X) = fn_ribonucleotide_8(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_32(fn_dephosphorylation_of_atp_53(X)) = fn_ribonucleotide_8(fn_dephosphorylation_of_atp_53(X))
& fn_ribonucleotide_8(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_32(fn_dephosphorylation_of_atp_53(X))
& fn_atp_37(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_32(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_32(fn_dephosphorylation_of_atp_53(X)) = fn_nucleoside_triphosphate_32(fn_dephosphorylation_of_atp_53(X))
& fn_nucleoside_triphosphate_32(fn_dephosphorylation_of_atp_53(X)) = fn_atp_37(fn_dephosphorylation_of_atp_53(X))
& fn_atp_37(fn_dephosphorylation_of_atp_53(X)) = fn_atp_37(fn_dephosphorylation_of_atp_53(X))
& fn_atp_37(fn_dephosphorylation_of_atp_53(X)) = fn_atp_35(fn_dephosphorylation_of_atp_53(X))
& fn_atp_35(fn_dephosphorylation_of_atp_53(X)) = fn_atp_35(fn_dephosphorylation_of_atp_53(X))
& fn_atp_35(fn_dephosphorylation_of_atp_53(X)) = fn_exergonic_reaction_10(X)
& fn_exergonic_reaction_10(X) = fn_exergonic_reaction_10(X)
& fn_exergonic_reaction_10(X) = fn_dephosphorylation_11(X)
& fn_dephosphorylation_11(X) = fn_dephosphorylation_11(X)
& fn_dephosphorylation_11(X) = fn_molecule_10(fn_dephosphorylation_of_atp_74(X))
& fn_molecule_10(fn_dephosphorylation_of_atp_74(X)) = fn_hydroxyl_group_7(fn_dephosphorylation_of_atp_69(X))
& fn_hydroxyl_group_7(fn_dephosphorylation_of_atp_69(X)) = fn_hydroxyl_group_7(fn_dephosphorylation_of_atp_69(X))
& fn_hydroxyl_group_7(fn_dephosphorylation_of_atp_69(X)) = fn_nucleoside_diphosphate_30(fn_dephosphorylation_of_atp_74(X))
& fn_nucleoside_diphosphate_30(fn_dephosphorylation_of_atp_74(X)) = fn_ribonucleotide_8(fn_dephosphorylation_of_atp_74(X))
& fn_ribonucleotide_8(fn_dephosphorylation_of_atp_74(X)) = fn_ribonucleotide_8(fn_dephosphorylation_of_atp_74(X))
& fn_ribonucleotide_8(fn_dephosphorylation_of_atp_74(X)) = fn_adp_31(fn_dephosphorylation_of_atp_74(X))
& fn_hydrolysis_9(X) = fn_adp_31(fn_dephosphorylation_of_atp_74(X))
& fn_adp_31(fn_dephosphorylation_of_atp_74(X)) = fn_hydrolysis_9(X)
& fn_hydrolysis_9(X) = fn_adp_43(fn_dephosphorylation_of_atp_74(X))
& fn_adp_43(fn_dephosphorylation_of_atp_74(X)) = fn_adp_43(fn_dephosphorylation_of_atp_74(X))
& fn_adp_43(fn_dephosphorylation_of_atp_74(X)) = fn_hydroxyl_group_4(fn_dephosphorylation_of_atp_69(X))
& fn_hydroxyl_group_4(fn_dephosphorylation_of_atp_69(X)) = fn_hydroxyl_group_4(fn_dephosphorylation_of_atp_69(X))
& fn_hydroxyl_group_4(fn_dephosphorylation_of_atp_69(X)) = fn_water_molecule_38(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_38(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_38(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_38(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_27(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_27(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_27(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_27(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_46(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_46(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_46(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_46(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_18(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_18(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_18(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_18(fn_dephosphorylation_of_atp_51(X)) = fn_hydrophilic_compound_2(fn_dephosphorylation_of_atp_51(X))
& fn_hydrophilic_compound_2(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_75(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_75(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_75(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_75(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_54(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_54(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_54(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_54(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_40(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_40(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_26(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_26(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_26(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_26(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_47(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_47(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_47(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_47(fn_dephosphorylation_of_atp_51(X)) = fn_hydrolysis_1(X)
& fn_water_molecule_72(fn_dephosphorylation_of_atp_51(X)) = fn_hydrolysis_1(X)
& fn_hydrolysis_1(X) = fn_water_molecule_72(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_72(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_72(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_72(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_64(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_64(fn_dephosphorylation_of_atp_51(X)) = fn_hydrogen_16(fn_dephosphorylation_of_atp_47(X))
& fn_hydrogen_16(fn_dephosphorylation_of_atp_47(X)) = fn_water_molecule_45(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_45(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_45(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_45(fn_dephosphorylation_of_atp_51(X)) = fn_hydrogen_14(fn_dephosphorylation_of_atp_46(X))
& fn_hydrogen_14(fn_dephosphorylation_of_atp_46(X)) = fn_water_molecule_44(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_44(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_44(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_44(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_66(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_66(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_66(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_66(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_50(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_50(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_50(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_50(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_43(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_43(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_43(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_43(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_51(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_51(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_51(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_51(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_64(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_63(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_64(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_64(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_64(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_64(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_63(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_63(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_63(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_63(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_62(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_62(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_61(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_61(fn_dephosphorylation_of_atp_51(X)) = fn_water_molecule_61(fn_dephosphorylation_of_atp_51(X))
& fn_water_molecule_61(fn_dephosphorylation_of_atp_51(X)) = fn_reactant_3(fn_dephosphorylation_of_atp_4(X))
& fn_reactant_3(fn_dephosphorylation_of_atp_4(X)) = fn_hydrolysis_11(X)
& fn_hydrolysis_11(X) = fn_hydrolysis_11(X)
& fn_enzyme_4(fn_dephosphorylation_of_atp_52(X)) = fn_enzyme_4(fn_dephosphorylation_of_atp_52(X)) ) ) ).
fof(a528901,axiom,
! [X] :
( dephosphorylation_of_glucose_6_phosphate_1(X)
=> ( original_name_2(X,'Dephosphorylation-Of-Glucose-6-Phosphate')
& user_description_2(X,'The removal of a phosphate (PO4) group from glucose-6-phosphate.')
& concept2words_2(X,'dephosphorylation of glucose 6 phosphate')
& concept2words_2(X,'dephosphorylation-of-glucose-6-phosphate')
& dephosphorylation_1(X)
& inorganic_phosphate_1(fn_dephosphorylation_of_glucose_6_phosphate_1(X))
& glucose_1(fn_dephosphorylation_of_glucose_6_phosphate_2(X))
& glucose_6_phosphate_1(fn_dephosphorylation_of_glucose_6_phosphate_3(X))
& result_2(X,fn_dephosphorylation_of_glucose_6_phosphate_2(X))
& raw_material_2(X,fn_dephosphorylation_of_glucose_6_phosphate_3(X))
& result_2(X,fn_dephosphorylation_of_glucose_6_phosphate_1(X))
& fn_dephosphorylation_of_glucose_6_phosphate_2(X) = fn_decomposition_reaction_4(X)
& fn_dephosphorylation_of_glucose_6_phosphate_3(X) = fn_decomposition_reaction_5(X)
& fn_dephosphorylation_of_glucose_6_phosphate_1(X) = fn_dephosphorylation_10(X) ) ) ).
fof(a528902,axiom,
! [X] :
( depletion_1(X)
=> ( original_name_2(X,'Depletion')
& user_description_2(X,'The exhaustion of a resource.')
& concept2words_2(X,deplete)
& concept2words_2(X,depletion)
& change_1(X) ) ) ).
fof(a528903,axiom,
! [X] :
( depolarization_1(X)
=> ( original_name_2(X,'Depolarization')
& user_description_2(X,'An alteration of a cell\'s membrane potential so that the magnitude of the difference in charge between the inside and the outside of the cell is reduced.')
& concept2words_2(X,depolarize)
& concept2words_2(X,depolarization)
& change_in_membrane_potential_1(X) ) ) ).
fof(a528904,axiom,
! [X] :
( deposit_feeder_1(X)
=> ( original_name_2(X,'Deposit-Feeder')
& user_description_2(X,'A heterotroph that obtains nutrients by consuming detritus (decomposing organic matter).')
& concept2words_2(X,detritivore)
& concept2words_2(X,'detritus feeder')
& concept2words_2(X,'detritus-feeder')
& concept2words_2(X,saprophage)
& concept2words_2(X,'feeder of deposit')
& concept2words_2(X,'deposit feeder')
& concept2words_2(X,'deposit-feeder')
& feeder_1(X) ) ) ).
fof(a528905,axiom,
! [X] :
( depth_constant_1(X)
=> ( original_name_2(X,'Depth-Constant')
& concept2words_2(X,'constant of depth')
& concept2words_2(X,'depth constant')
& concept2words_2(X,'depth-constant')
& constant_1(X) ) ) ).
fof(a528906,axiom,
! [X] :
( depth_scale_1(X)
=> ( original_name_2(X,'Depth-Scale')
& concept2words_2(X,'scale of depth')
& concept2words_2(X,'depth scale')
& concept2words_2(X,'depth-scale')
& scale_1(X) ) ) ).
fof(a528907,axiom,
! [X] :
( dermal_tissue_1(X)
=> ( original_name_2(X,'Dermal-Tissue')
& user_description_2(X,'The protective outer coating over the younger parts of a plant.')
& concept2words_2(X,'dermal tissue')
& concept2words_2(X,'dermal-tissue')
& plant_specific_tissue_1(X)
& ~ vascular_tissue_1(X)
& ~ ground_tissue_1(X) ) ) ).
fof(a528908,axiom,
! [X] :
( dermal_tissue_system_1(X)
=> ( original_name_2(X,'Dermal-Tissue-System')
& user_description_2(X,'The dermal tissue system is the plants outer protective covering.')
& concept2words_2(X,'dermal tissue system')
& concept2words_2(X,'dermal-tissue-system')
& tissue_system_1(X) ) ) ).
fof(a528909,axiom,
! [X] :
( dermaptera_1(X)
=> ( original_name_2(X,'Dermaptera')
& user_description_2(X,'An insect order with members known as Earwigs found throughout the Americas, Eurasia and Australia.')
& concept2words_2(X,earwigs)
& concept2words_2(X,anoplura)
& concept2words_2(X,dermaptera)
& insect_1(X)
& ~ aphid_1(X)
& ~ beetle_1(X)
& ~ caddisfly_1(X)
& ~ diptera_1(X)
& ~ hymenoptera_1(X)
& ~ isoptera_1(X)
& ~ lepidoptera_1(X)
& ~ mayfly_1(X)
& ~ odonata_1(X)
& ~ orthoptera_1(X)
& ~ sucking_louse_1(X) ) ) ).
fof(a528910,axiom,
! [X] :
( desert_1(X)
=> ( original_name_2(X,'Desert')
& user_description_2(X,'A large terrestrial region that receives very little precipitation.')
& concept2words_2(X,desert)
& ecosystem_1(X)
& terrestrial_biome_1(X)
& ~ chaparral_1(X)
& ~ northern_coniferous_1(X)
& ~ savanna_1(X)
& ~ temperate_broadleaf_forest_1(X)
& ~ temperate_grassland_1(X)
& ~ tropical_rain_forest_1(X)
& ~ tropics_1(X)
& ~ tundra_1(X)
& quantity_value_1(fn_desert_2(X))
& visible_light_1(fn_desert_3(X))
& energy_1(fn_desert_3(X))
& sunlight_1(fn_desert_4(X))
& visible_light_1(fn_desert_5(X))
& energy_1(fn_desert_5(X))
& metabolic_pathway_1(fn_desert_6(X))
& light_reaction_1(fn_desert_6(X))
& photosynthesis_1(fn_desert_7(X))
& consumers_1(fn_desert_8(X))
& population_1(fn_desert_9(X))
& community_1(fn_desert_10(X))
& tangible_entity_1(fn_desert_11(X))
& ground_1(fn_desert_11(X))
& soil_1(fn_desert_12(X))
& substance_1(fn_desert_13(X))
& mineral_1(fn_desert_13(X))
& chemical_1(fn_desert_13(X))
& phosphorus_1(fn_desert_14(X))
& cyanobacterium_1(fn_desert_15(X))
& photosynthesis_1(fn_desert_16(X))
& anabolic_pathway_1(fn_desert_16(X))
& metabolic_pathway_1(fn_desert_16(X))
& chemical_reaction_1(fn_desert_17(X))
& metabolic_pathway_1(fn_desert_17(X))
& photosynthesis_1(fn_desert_17(X))
& algal_cell_1(fn_desert_18(X))
& plant_cell_1(fn_desert_19(X))
& cell_1(fn_desert_19(X))
& eukaryotic_cell_1(fn_desert_19(X))
& algae_1(fn_desert_20(X))
& animal_1(fn_desert_21(X))
& plant_1(fn_desert_22(X))
& energy_1(fn_desert_23(X))
& entity_1(fn_desert_23(X))
& chemical_energy_1(fn_desert_23(X))
& visible_light_1(fn_desert_24(X))
& energy_1(fn_desert_24(X))
& chemical_entity_1(fn_chemical_3(fn_desert_13(X)))
& ground_1(fn_soil_1(fn_desert_12(X)))
& substance_1(fn_mixture_2(fn_desert_12(X)))
& mineral_1(fn_soil_2(fn_desert_12(X)))
& entity_1(fn_plant_25(fn_desert_22(X)))
& chemical_energy_1(fn_plant_25(fn_desert_22(X)))
& visible_light_1(fn_plant_37(fn_desert_22(X)))
& energy_1(fn_plant_37(fn_desert_22(X)))
& plant_cell_1(fn_plant_20(fn_desert_22(X)))
& cell_1(fn_plant_20(fn_desert_22(X)))
& eukaryotic_cell_1(fn_plant_20(fn_desert_22(X)))
& photosynthesis_1(fn_plant_18(fn_desert_22(X)))
& anabolic_pathway_1(fn_plant_18(fn_desert_22(X)))
& metabolic_pathway_1(fn_plant_18(fn_desert_22(X)))
& quantity_2(fn_desert_14(X),fn_desert_2(X))
& the_scalar_value_2(fn_desert_2(X),low_0)
& scalar_unit_class_2(fn_desert_2(X),chemical_entity_0)
& element_2(X,fn_desert_11(X))
& has_part_2(fn_desert_11(X),fn_desert_12(X))
& has_part_2(fn_desert_12(X),fn_desert_13(X))
& element_2(X,fn_desert_10(X))
& element_2(fn_desert_10(X),fn_desert_8(X))
& element_2(fn_desert_8(X),fn_desert_9(X))
& element_2(fn_desert_9(X),fn_desert_21(X))
& element_2(X,fn_desert_22(X))
& result_2(fn_desert_16(X),fn_desert_23(X))
& fn_desert_7(X) != fn_desert_16(X)
& fn_desert_16(X) != fn_desert_7(X)
& has_part_2(fn_desert_4(X),fn_desert_24(X))
& raw_material_2(fn_desert_6(X),fn_desert_24(X))
& base_2(fn_desert_6(X),fn_desert_19(X))
& experiencer_2(fn_desert_17(X),fn_desert_15(X))
& fn_desert_16(X) != fn_desert_17(X)
& fn_desert_17(X) != fn_desert_16(X)
& fn_desert_7(X) != fn_desert_17(X)
& fn_desert_17(X) != fn_desert_7(X)
& base_2(fn_desert_17(X),fn_desert_15(X))
& element_2(X,fn_desert_15(X))
& element_2(X,fn_desert_21(X))
& element_2(X,fn_desert_20(X))
& has_part_2(fn_desert_20(X),fn_desert_18(X))
& base_2(fn_desert_7(X),fn_desert_18(X))
& raw_material_2(fn_desert_7(X),fn_desert_3(X))
& has_part_2(fn_desert_4(X),fn_desert_3(X))
& fn_desert_24(X) != fn_desert_23(X)
& fn_desert_23(X) != fn_desert_24(X)
& raw_material_2(fn_desert_16(X),fn_desert_24(X))
& base_2(fn_desert_16(X),fn_desert_19(X))
& has_part_2(fn_desert_22(X),fn_desert_19(X))
& has_function_2(fn_desert_22(X),fn_desert_16(X))
& has_part_2(fn_desert_13(X),fn_desert_14(X))
& fn_desert_11(X) = fn_ecosystem_31(X)
& fn_desert_11(X) = fn_soil_1(fn_desert_12(X))
& fn_desert_13(X) = fn_mixture_2(fn_desert_12(X))
& fn_desert_13(X) = fn_soil_2(fn_desert_12(X))
& fn_desert_21(X) = fn_ecosystem_17(X)
& fn_desert_9(X) = fn_ecosystem_4(X)
& fn_desert_8(X) = fn_ecosystem_3(X)
& fn_desert_10(X) = fn_ecosystem_18(X)
& fn_desert_22(X) = fn_biome_3(X)
& fn_desert_23(X) = fn_biome_10(X)
& fn_desert_19(X) = fn_biome_12(X)
& fn_desert_6(X) = fn_biome_13(X)
& fn_desert_24(X) = fn_biome_11(X)
& fn_desert_16(X) = fn_biome_8(X)
& fn_desert_21(X) = fn_biome_1(X)
& fn_desert_15(X) = fn_biome_4(X)
& fn_desert_17(X) = fn_biome_5(X)
& fn_desert_5(X) = fn_biome_6(X)
& fn_desert_4(X) = fn_biome_15(X)
& fn_desert_3(X) = fn_biome_16(X)
& fn_desert_7(X) = fn_biome_7(X)
& fn_desert_18(X) = fn_ecosystem_15(X)
& fn_desert_18(X) = fn_biome_17(X)
& fn_desert_20(X) = fn_ecosystem_16(X)
& fn_desert_20(X) = fn_biome_2(X)
& fn_desert_14(X) = fn_chemical_3(fn_desert_13(X))
& fn_desert_23(X) = fn_plant_25(fn_desert_22(X))
& fn_desert_24(X) = fn_plant_37(fn_desert_22(X))
& fn_desert_19(X) = fn_plant_20(fn_desert_22(X))
& fn_desert_16(X) = fn_plant_18(fn_desert_22(X))
& fn_ecosystem_31(X) = fn_soil_1(fn_desert_12(X))
& fn_soil_1(fn_desert_12(X)) = fn_ecosystem_17(X)
& fn_ecosystem_17(X) = fn_biome_1(X)
& fn_biome_1(X) = fn_biome_17(X)
& fn_biome_17(X) = fn_ecosystem_15(X)
& fn_ecosystem_15(X) = fn_biome_17(X)
& fn_biome_17(X) = fn_ecosystem_16(X)
& fn_biome_2(X) = fn_ecosystem_16(X)
& fn_ecosystem_16(X) = fn_biome_2(X)
& fn_biome_2(X) = fn_mixture_2(fn_desert_12(X))
& fn_mixture_2(fn_desert_12(X)) = fn_soil_2(fn_desert_12(X))
& fn_soil_2(fn_desert_12(X)) = fn_biome_10(X)
& fn_biome_10(X) = fn_plant_25(fn_desert_22(X))
& fn_plant_25(fn_desert_22(X)) = fn_plant_25(fn_desert_22(X))
& fn_plant_25(fn_desert_22(X)) = fn_biome_11(X)
& fn_biome_11(X) = fn_biome_11(X)
& fn_biome_11(X) = fn_plant_37(fn_desert_22(X))
& fn_plant_37(fn_desert_22(X)) = fn_plant_37(fn_desert_22(X))
& fn_plant_37(fn_desert_22(X)) = fn_biome_12(X)
& fn_biome_12(X) = fn_plant_20(fn_desert_22(X))
& fn_plant_20(fn_desert_22(X)) = fn_plant_20(fn_desert_22(X))
& fn_plant_20(fn_desert_22(X)) = fn_biome_8(X)
& fn_biome_8(X) = fn_biome_8(X)
& fn_biome_8(X) = fn_plant_18(fn_desert_22(X))
& fn_plant_18(fn_desert_22(X)) = fn_plant_18(fn_desert_22(X)) ) ) ).
fof(a528911,axiom,
! [X] :
( desert_plant_1(X)
=> ( original_name_2(X,'Desert-Plant')
& user_description_2(X,'Plants which live in desert biomes.')
& concept2words_2(X,'plant of desert')
& concept2words_2(X,'desert plant')
& concept2words_2(X,'desert-plant')
& xerophyte_1(X)
& photoautotroph_1(fn_desert_plant_3(X))
& starch_storage_by_plant_1(fn_desert_plant_4(X))
& water_1(fn_desert_plant_5(X))
& plant_cell_1(fn_desert_plant_6(X))
& cell_1(fn_desert_plant_6(X))
& eukaryotic_cell_1(fn_desert_plant_6(X))
& tuber_1(fn_desert_plant_7(X))
& nutrition_1(fn_desert_plant_8(X))
& photosynthesis_1(fn_desert_plant_9(X))
& anabolic_pathway_1(fn_desert_plant_9(X))
& metabolic_pathway_1(fn_desert_plant_9(X))
& temperature_value_1(fn_desert_plant_10(X))
& specific_heat_value_1(fn_desert_plant_11(X))
& store_1(fn_desert_plant_12(X))
& fn_desert_plant_1(X) = fn_plant_21(X)
& fn_desert_plant_2(X) = fn_plant_22(X)
& fn_desert_plant_7(X) = fn_plant_12(X)
& fn_desert_plant_12(X) = fn_plant_11(X)
& fn_desert_plant_6(X) = fn_plant_20(X)
& fn_desert_plant_10(X) = fn_plant_14(X)
& fn_desert_plant_11(X) = fn_plant_15(X)
& fn_desert_plant_5(X) = fn_plant_13(X)
& fn_desert_plant_9(X) = fn_plant_18(X)
& fn_desert_plant_8(X) = fn_plant_19(X)
& fn_desert_plant_3(X) = fn_plant_16(X)
& fn_desert_plant_4(X) = fn_plant_17(X) ) ) ).
fof(a528912,axiom,
! [X] :
( desmosome_1(X)
=> ( original_name_2(X,'Desmosome')
& user_description_2(X,'A type of intercellular junction that occurs in animal cells and functions to bind adjacent cells together.')
& concept2words_2(X,desmosome)
& intercellular_junction_1(X)
& ~ intercalated_disc_1(X)
& ~ tight_junction_1(X)
& hold_together_1(fn_desmosome_1(X))
& tangible_entity_1(fn_desmosome_2(X))
& animal_cell_1(fn_desmosome_2(X))
& cell_1(fn_desmosome_2(X))
& animal_cell_1(fn_desmosome_3(X))
& mixture_1(fn_desmosome_4(X))
& cytoplasm_1(fn_desmosome_4(X))
& intermediate_filament_1(fn_desmosome_5(X))
& hold_1(fn_desmosome_6(X))
& tangible_entity_1(fn_desmosome_7(X))
& phospholipid_bilayer_1(fn_desmosome_7(X))
& plasma_membrane_1(fn_desmosome_8(X))
& tangible_entity_1(fn_hold_1(fn_desmosome_6(X)))
& mixture_1(fn_animal_cell_79(fn_desmosome_2(X)))
& cytoplasm_1(fn_animal_cell_79(fn_desmosome_2(X)))
& tangible_entity_1(fn_biomembrane_63(fn_desmosome_8(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_desmosome_8(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_desmosome_8(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_desmosome_8(X)))
& tangible_entity_1(fn_hold_2(fn_desmosome_1(X)))
& tangible_entity_1(fn_hold_2(fn_desmosome_6(X)))
& tangible_entity_1(fn_hold_1(fn_desmosome_1(X)))
& object_2(fn_desmosome_1(X),fn_desmosome_3(X))
& is_inside_2(X,fn_desmosome_7(X))
& site_2(fn_desmosome_6(X),fn_desmosome_4(X))
& has_part_2(fn_desmosome_8(X),X)
& agent_2(fn_desmosome_6(X),fn_desmosome_5(X))
& object_2(fn_desmosome_1(X),fn_desmosome_2(X))
& object_2(fn_desmosome_6(X),X)
& has_part_2(fn_desmosome_2(X),fn_desmosome_4(X))
& has_part_2(fn_desmosome_8(X),fn_desmosome_7(X))
& agent_2(fn_desmosome_1(X),X)
& is_between_2(X,fn_desmosome_3(X))
& fn_desmosome_3(X) != fn_desmosome_2(X)
& is_between_2(X,fn_desmosome_2(X))
& fn_desmosome_2(X) != fn_desmosome_3(X)
& abuts_2(fn_desmosome_3(X),fn_desmosome_2(X))
& abuts_2(fn_desmosome_2(X),fn_desmosome_3(X))
& fn_desmosome_5(X) = fn_hold_1(fn_desmosome_6(X))
& fn_desmosome_2(X) = fn_hold_2(fn_desmosome_1(X))
& X = fn_hold_2(fn_desmosome_6(X))
& fn_desmosome_4(X) = fn_animal_cell_79(fn_desmosome_2(X))
& fn_desmosome_7(X) = fn_biomembrane_63(fn_desmosome_8(X))
& fn_desmosome_7(X) = fn_plasma_membrane_71(fn_desmosome_8(X))
& X = fn_hold_1(fn_desmosome_1(X))
& fn_desmosome_2(X) = fn_intercellular_junction_2(X)
& fn_desmosome_3(X) = fn_intercellular_junction_1(X)
& fn_biomembrane_63(fn_desmosome_8(X)) = fn_plasma_membrane_71(fn_desmosome_8(X))
& fn_plasma_membrane_71(fn_desmosome_8(X)) = fn_hold_2(fn_desmosome_1(X))
& fn_hold_2(fn_desmosome_1(X)) = fn_intercellular_junction_2(X)
& fn_intercellular_junction_2(X) = fn_intercellular_junction_2(X)
& fn_intercellular_junction_2(X) = fn_hold_2(fn_desmosome_6(X))
& fn_hold_2(fn_desmosome_6(X)) = fn_hold_1(fn_desmosome_1(X)) ) ) ).
fof(a528913,axiom,
! [X] :
( destroy_1(X)
=> ( original_name_2(X,'Destroy')
& concept2words_2(X,destroy)
& concept2words_2(X,destruct)
& concept2words_2(X,ruin)
& concept2words_2(X,demolish)
& concept2words_2(X,disappear)
& break_1(X) ) ) ).
fof(a528914,axiom,
! [X] :
( destruction_1(X)
=> ( original_name_2(X,'Destruction')
& activity_1(X) ) ) ).
fof(a528915,axiom,
! [X] :
( detach_1(X)
=> ( original_name_2(X,'Detach')
& concept2words_2(X,detach)
& concept2words_2(X,'come off')
& concept2words_2(X,come_off)
& concept2words_2(X,'come away')
& concept2words_2(X,come_away)
& concept2words_2(X,separate)
& concept2words_2(X,disjoin)
& action_1(X)
& spatial_entity_1(fn_detach_1(X))
& spatial_entity_1(fn_detach_2(X))
& base_2(X,fn_detach_2(X))
& object_2(X,fn_detach_1(X)) ) ) ).
fof(a528916,axiom,
! [X] :
( detailed_instance_1(X)
=> ( original_name_2(X,'Detailed-Instance')
& description_2(X,'Instances of this class are things that do not necessarily exist but serve to represent what is within the scope of non-abnormal posssibility. Instances of this class should be instance of another class which we refer to here as the reference class. The name of instances of this class should be of the form *Detailed-Instance-of-Foo\' such that Foo corresponds to its reference class. For example, to express the fact that It is not unusual for some laptop computers to have a sound card\' one could reify *Detailed-Instance-of-Laptop-Computer and assert that it has a Sound-Card as a part. In contrast, see Typical-Instance.')
& concept2words_2(X,'detailed instance')
& concept2words_2(X,'detailed-instance')
& km_class_1(X) ) ) ).
fof(a528917,axiom,
! [X] :
( detect_1(X)
=> ( original_name_2(X,'Detect')
& user_description_2(X,'An action to discover the true character or discover or determine the existence or presence of an entity.')
& concept2words_2(X,detect)
& measure_1(X) ) ) ).
fof(a528918,axiom,
! [X] :
( detector_1(X)
=> ( original_name_2(X,'Detector')
& user_description_2(X,'Instrument which determines the flow of electromagnetic energy.')
& concept2words_2(X,detector)
& scientific_device_1(X) ) ) ).
fof(a528919,axiom,
! [X] :
( deterioration_1(X)
=> ( original_name_2(X,'Deterioration')
& concept2words_2(X,deteriorate)
& concept2words_2(X,devolve)
& concept2words_2(X,degenerate)
& concept2words_2(X,decay)
& concept2words_2(X,disintegrate)
& concept2words_2(X,decompose)
& concept2words_2(X,deterioration)
& concept2words_2(X,impairment)
& concept2words_2(X,decomposition)
& concept2words_2(X,disintegration)
& concept2words_2(X,distintegrate)
& impair_1(X) ) ) ).
fof(a528920,axiom,
! [X] :
( determinate_cleavage_1(X)
=> ( original_name_2(X,'Determinate-Cleavage')
& user_description_2(X,'In animals, a type of embryonic development in which the developmental fate of each cell is determined very early.')
& concept2words_2(X,'undergo determinate cleavage')
& concept2words_2(X,'determinate cleavage')
& concept2words_2(X,'determinate-cleavage')
& cleavage_1(X)
& ~ holoblastic_cleavage_1(X)
& ~ indeterminate_cleavage_1(X)
& ~ meroblastic_cleavage_1(X)
& ~ spiral_cleavage_1(X) ) ) ).
fof(a528921,axiom,
! [X] :
( determinate_growth_1(X)
=> ( original_name_2(X,'Determinate-Growth')
& user_description_2(X,'Growth that stops when a genetically determined size or developmental state has been reached.')
& concept2words_2(X,'determinate growth')
& concept2words_2(X,'determinate-growth')
& growth_1(X)
& developmental_process_1(X)
& ~ indeterminate_growth_1(X)
& ~ animal_life_cycle_1(X)
& ~ fungal_life_cycle_1(X)
& ~ gastrulation_1(X)
& ~ iteroparity_1(X)
& ~ life_cycle_of_drosophila_1(X)
& ~ life_history_1(X)
& ~ morphogenesis_1(X)
& ~ muscle_cell_determination_1(X)
& ~ plant_life_cycle_1(X)
& ~ sexual_life_cycle_1(X)
& ~ skeletal_muscle_cell_differentiation_1(X) ) ) ).
fof(a528922,axiom,
! [X] :
( determine_order_1(X)
=> ( original_name_2(X,'Determine-Order')
& user_description_2(X,'A process that determines the sequential order of a series of entities.')
& concept2words_2(X,maintain)
& concept2words_2(X,'determine order')
& concept2words_2(X,'determine-order')
& organizing_1(X)
& research_1(fn_determine_order_1(X))
& scientist_1(fn_determine_order_2(X))
& entity_1(fn_determine_order_3(X))
& entity_1(fn_determine_order_4(X))
& sequence_1(fn_determine_order_5(X))
& entity_1(fn_sequence_1(fn_determine_order_5(X)))
& entity_1(fn_sequence_2(fn_determine_order_5(X)))
& enables_2(fn_determine_order_1(X),X)
& agent_2(fn_determine_order_1(X),fn_determine_order_2(X))
& object_2(X,fn_determine_order_3(X))
& object_2(X,fn_determine_order_4(X))
& result_2(X,fn_determine_order_5(X))
& agent_2(X,fn_determine_order_2(X))
& first_element_2(fn_determine_order_5(X),fn_determine_order_3(X))
& next_element_2(fn_determine_order_3(X),fn_determine_order_4(X))
& element_2(fn_determine_order_5(X),fn_determine_order_4(X))
& element_2(fn_determine_order_5(X),fn_determine_order_3(X))
& fn_determine_order_4(X) = fn_sequence_1(fn_determine_order_5(X))
& fn_determine_order_3(X) = fn_sequence_2(fn_determine_order_5(X)) ) ) ).
fof(a528923,axiom,
! [X] :
( determined_by_1(X)
=> ( original_name_2(X,'Determined-By')
& user_description_2(X,'A state is determined by a set of conditions.')
& concept2words_2(X,interact)
& concept2words_2(X,'determined by')
& concept2words_2(X,'determined-by')
& interact_1(X) ) ) ).
fof(a528924,axiom,
! [X] :
( detoxification_1(X)
=> ( original_name_2(X,'Detoxification')
& user_description_2(X,'Detoxification is the process in which toxic molecules, such as poisons, drugs and alcohol, are chemically modified and flushed from the body')
& concept2words_2(X,detoxify)
& concept2words_2(X,detoxification)
& biochemical_change_1(X)
& ~ alteration_of_mrna_ends_1(X)
& ~ coil_1(X)
& ~ conformational_change_1(X)
& ~ conversion_to_isomer_1(X)
& ~ evaporation_1(X)
& ~ fold_1(X)
& ~ freezing_1(X)
& ~ gene_therapy_1(X)
& ~ melting_1(X)
& ~ metamorphosis_1(X)
& ~ mutation_1(X)
& ~ post_translational_modification_1(X)
& ~ refract_1(X)
& ~ temperature_fluctuation_1(X)
& ~ transformation_1(X)
& ~ twist_1(X)
& rate_value_1(fn_detoxification_2(X))
& barbiturate_1(fn_detoxification_3(X))
& alcohol_1(fn_detoxification_4(X))
& protein_enzyme_1(fn_detoxification_5(X))
& solubility_value_1(fn_detoxification_7(X))
& remove_1(fn_detoxification_8(X))
& toxin_1(fn_detoxification_9(X))
& solubility_value_1(fn_detoxification_11(X))
& liver_cell_1(fn_detoxification_12(X))
& drug_1(fn_detoxification_13(X))
& hydroxyl_group_1(fn_detoxification_14(X))
& add_1(fn_detoxification_15(X))
& increase_1(fn_detoxification_16(X))
& spatial_entity_1(fn_remove_2(fn_detoxification_8(X)))
& spatial_entity_1(fn_add_1(fn_detoxification_15(X)))
& property_node_1(fn_increase_1(fn_detoxification_16(X)))
& property_node_1(fn_increase_2(fn_detoxification_16(X)))
& property_value_1(fn_increase_3(fn_detoxification_16(X)))
& property_value_1(fn_increase_4(fn_detoxification_16(X)))
& spatial_entity_1(fn_remove_1(fn_detoxification_8(X)))
& spatial_entity_1(fn_add_2(fn_detoxification_15(X)))
& tangible_entity_1(fn_toxin_1(fn_detoxification_9(X)))
& object_2(fn_detoxification_8(X),fn_detoxification_4(X))
& object_2(fn_detoxification_8(X),fn_detoxification_3(X))
& fn_detoxification_3(X) != fn_detoxification_4(X)
& fn_detoxification_4(X) != fn_detoxification_3(X)
& fn_detoxification_4(X) != fn_detoxification_13(X)
& object_2(X,fn_detoxification_13(X))
& object_2(X,fn_detoxification_3(X))
& object_2(X,fn_detoxification_4(X))
& subevent_2(X,fn_detoxification_16(X))
& subevent_2(X,fn_detoxification_15(X))
& subevent_2(X,fn_detoxification_8(X))
& agent_2(X,fn_detoxification_5(X))
& base_2(X,fn_detoxification_12(X))
& rate_2(X,fn_detoxification_2(X))
& has_function_2(fn_detoxification_12(X),X)
& fn_detoxification_13(X) != fn_detoxification_4(X)
& solubility_in_water_2(fn_detoxification_13(X),fn_detoxification_11(X))
& next_event_2(fn_detoxification_15(X),fn_detoxification_16(X))
& base_2(fn_detoxification_8(X),fn_detoxification_12(X))
& object_2(fn_detoxification_15(X),fn_detoxification_14(X))
& object_2(fn_detoxification_8(X),fn_detoxification_13(X))
& base_2(fn_detoxification_15(X),fn_detoxification_13(X))
& plays_2(fn_detoxification_13(X),fn_detoxification_9(X))
& from_value_2(fn_detoxification_16(X),fn_detoxification_11(X))
& to_value_2(fn_detoxification_16(X),fn_detoxification_7(X))
& greater_than_2(fn_detoxification_7(X),fn_detoxification_11(X))
& fn_detoxification_12(X) = fn_remove_2(fn_detoxification_8(X))
& fn_detoxification_14(X) = fn_add_1(fn_detoxification_15(X))
& fn_detoxification_13(X) = fn_remove_1(fn_detoxification_8(X))
& fn_detoxification_13(X) = fn_add_2(fn_detoxification_15(X))
& fn_detoxification_13(X) = fn_toxin_1(fn_detoxification_9(X))
& fn_detoxification_6(X) = fn_increase_1(fn_detoxification_16(X))
& fn_detoxification_10(X) = fn_increase_2(fn_detoxification_16(X))
& fn_detoxification_11(X) = fn_increase_3(fn_detoxification_16(X))
& fn_detoxification_7(X) = fn_increase_4(fn_detoxification_16(X))
& fn_remove_1(fn_detoxification_8(X)) = fn_add_2(fn_detoxification_15(X))
& fn_add_2(fn_detoxification_15(X)) = fn_add_2(fn_detoxification_15(X))
& fn_add_2(fn_detoxification_15(X)) = fn_toxin_1(fn_detoxification_9(X)) ) ) ).
fof(a528925,axiom,
! [X] :
( detritivore_1(X)
=> ( original_name_2(X,'Detritivore')
& user_description_2(X,'A consumer that obtains energy and nutrients from nonliving organic sources such as carcasses, plant debris, and fecal matter.')
& concept2words_2(X,detritivore)
& decomposer_1(X)
& chemical_entity_1(fn_detritivore_1(X))
& water_molecule_1(fn_detritivore_2(X))
& organic_molecule_1(fn_detritivore_3(X))
& chemical_entity_1(fn_detritivore_4(X))
& chemical_entity_1(fn_detritivore_5(X))
& energy_1(fn_detritivore_6(X))
& chemical_entity_1(fn_detritivore_7(X))
& spatial_entity_1(fn_detritivore_8(X))
& cell_1(fn_detritivore_9(X))
& living_entity_1(fn_detritivore_10(X))
& tangible_entity_1(fn_detritivore_10(X))
& organism_1(fn_detritivore_10(X))
& secretion_1(fn_detritivore_11(X))
& water_1(fn_detritivore_12(X))
& temperature_value_1(fn_detritivore_13(X))
& specific_heat_value_1(fn_detritivore_14(X))
& chemical_digestion_1(fn_detritivore_15(X))
& nutrition_1(fn_detritivore_16(X))
& inorganic_molecule_1(fn_detritivore_17(X))
& take_in_1(fn_detritivore_18(X))
& container_1(fn_detritivore_19(X))
& container_1(fn_move_into_2(fn_detritivore_18(X)))
& temperature_value_1(fn_organism_2(fn_detritivore_10(X)))
& specific_heat_value_1(fn_organism_5(fn_detritivore_10(X)))
& water_1(fn_organism_4(fn_detritivore_10(X)))
& spatial_entity_1(fn_move_1(fn_detritivore_18(X)))
& tangible_entity_1(fn_chemical_digestion_2(fn_detritivore_15(X)))
& tangible_entity_1(fn_take_in_1(fn_detritivore_18(X)))
& living_entity_1(fn_secretion_2(fn_detritivore_11(X)))
& tangible_entity_1(fn_move_into_1(fn_detritivore_18(X)))
& has_part_2(fn_detritivore_10(X),fn_detritivore_9(X))
& result_2(fn_detritivore_15(X),fn_detritivore_4(X))
& fn_detritivore_2(X) != fn_detritivore_3(X)
& has_part_2(fn_detritivore_3(X),fn_detritivore_5(X))
& has_part_2(fn_detritivore_3(X),fn_detritivore_1(X))
& fn_detritivore_3(X) != fn_detritivore_2(X)
& has_state_2(fn_detritivore_5(X),fn_detritivore_4(X))
& possesses_2(fn_detritivore_7(X),fn_detritivore_6(X))
& by_means_of_2(fn_detritivore_16(X),fn_detritivore_15(X))
& result_2(fn_detritivore_16(X),fn_detritivore_7(X))
& is_outside_2(fn_detritivore_8(X),fn_detritivore_10(X))
& origin_2(fn_detritivore_18(X),fn_detritivore_8(X))
& destination_2(fn_detritivore_18(X),fn_detritivore_9(X))
& object_2(fn_detritivore_18(X),fn_detritivore_17(X))
& agent_2(fn_detritivore_18(X),fn_detritivore_10(X))
& result_2(fn_detritivore_15(X),fn_detritivore_17(X))
& base_2(fn_detritivore_11(X),fn_detritivore_10(X))
& base_2(fn_detritivore_18(X),fn_detritivore_10(X))
& plays_2(fn_detritivore_10(X),fn_detritivore_19(X))
& in_event_2(fn_detritivore_19(X),fn_detritivore_18(X))
& in_event_2(X,fn_detritivore_16(X))
& agent_2(fn_detritivore_16(X),fn_detritivore_10(X))
& plays_2(fn_detritivore_10(X),X)
& temperature_2(fn_detritivore_10(X),fn_detritivore_13(X))
& correspondence_2(fn_detritivore_13(X),fn_detritivore_14(X))
& specific_heat_2(fn_detritivore_12(X),fn_detritivore_14(X))
& has_part_2(fn_detritivore_10(X),fn_detritivore_12(X))
& fn_detritivore_17(X) = fn_move_1(fn_detritivore_18(X))
& fn_detritivore_10(X) = fn_take_in_1(fn_detritivore_18(X))
& fn_detritivore_17(X) = fn_chemical_digestion_2(fn_detritivore_15(X))
& fn_detritivore_10(X) = fn_secretion_2(fn_detritivore_11(X))
& fn_detritivore_19(X) = fn_move_into_2(fn_detritivore_18(X))
& fn_detritivore_10(X) = fn_move_into_1(fn_detritivore_18(X))
& fn_detritivore_10(X) = fn_decomposer_1(X)
& fn_detritivore_16(X) = fn_decomposer_6(X)
& fn_detritivore_13(X) = fn_organism_2(fn_detritivore_10(X))
& fn_detritivore_14(X) = fn_organism_5(fn_detritivore_10(X))
& fn_detritivore_12(X) = fn_organism_4(fn_detritivore_10(X))
& fn_move_1(fn_detritivore_18(X)) = fn_chemical_digestion_2(fn_detritivore_15(X))
& fn_chemical_digestion_2(fn_detritivore_15(X)) = fn_take_in_1(fn_detritivore_18(X))
& fn_take_in_1(fn_detritivore_18(X)) = fn_secretion_2(fn_detritivore_11(X))
& fn_secretion_2(fn_detritivore_11(X)) = fn_secretion_2(fn_detritivore_11(X))
& fn_secretion_2(fn_detritivore_11(X)) = fn_move_into_1(fn_detritivore_18(X))
& fn_move_into_1(fn_detritivore_18(X)) = fn_move_into_1(fn_detritivore_18(X))
& fn_move_into_1(fn_detritivore_18(X)) = fn_decomposer_1(X)
& fn_decomposer_1(X) = fn_decomposer_1(X) ) ) ).
fof(a528926,axiom,
! [X] :
( detritus_1(X)
=> ( original_name_2(X,'Detritus')
& user_description_2(X,'Organic matter that is non-living.')
& concept2words_2(X,'organic litter')
& concept2words_2(X,detritus)
& organic_entity_1(X)
& ~ suspension_1(X)
& ~ acid_chyme_1(X)
& ~ homogenate_1(X)
& ~ loam_1(X)
& ~ mesohyl_1(X)
& ~ protobiont_1(X)
& ~ saliva_1(X)
& ~ soil_1(X)
& ~ topsoil_1(X) ) ) ).
fof(a528927,axiom,
! [X] :
( deuteromycete_1(X)
=> ( original_name_2(X,'Deuteromycete')
& user_description_2(X,'An artificial group of fungi with no known sexual stage.')
& concept2words_2(X,deuteromycete)
& fungus_1(X)
& ~ ascomycete_1(X)
& ~ chytrid_1(X)
& ~ club_fungus_1(X)
& ~ glomeromycete_1(X)
& ~ symbiotic_fungi_1(X)
& ~ zygomycete_1(X) ) ) ).
fof(a528928,axiom,
! [X] :
( deuterostome_development_1(X)
=> ( original_name_2(X,'Deuterostome-Development')
& user_description_2(X,'In animals, a developmental pathway in which the blastopore becomes the anus, with the mouth breaking through on the other end of the embryo. Deuterostomes often have radial cleavage and develop their coelom from mesodermal outpocketings of the archenteron.')
& concept2words_2(X,'deuterostome development')
& concept2words_2(X,'deuterostome-development')
& life_cycle_1(X)
& developmental_process_1(X)
& ~ drosophila_development_1(X) ) ) ).
fof(a528929,axiom,
! [X] :
( deuterostomia_1(X)
=> ( original_name_2(X,'Deuterostomia')
& user_description_2(X,'Subphylum of animals characterized by the presence of the deuterostome pattern of development, in which the first body opening becomes the anus.')
& concept2words_2(X,deuterostomia)
& eumetazoan_1(X)
& locomotion_1(fn_deuterostomia_1(X))
& temperature_value_1(fn_deuterostomia_2(X))
& water_1(fn_deuterostomia_3(X))
& tissue_1(fn_deuterostomia_4(X))
& animal_cell_1(fn_deuterostomia_5(X))
& specific_heat_value_1(fn_deuterostomia_6(X))
& agent_role_1(fn_deuterostomia_7(X))
& take_in_1(fn_deuterostomia_8(X))
& diet_1(fn_deuterostomia_9(X))
& organic_entity_1(fn_deuterostomia_10(X))
& entity_1(fn_agent_role_1(fn_deuterostomia_7(X)))
& plays_2(X,fn_deuterostomia_7(X))
& agent_2(fn_deuterostomia_8(X),X)
& base_2(fn_deuterostomia_8(X),X)
& object_2(fn_deuterostomia_1(X),X)
& has_part_2(X,fn_deuterostomia_3(X))
& specific_heat_2(fn_deuterostomia_3(X),fn_deuterostomia_6(X))
& correspondence_2(fn_deuterostomia_2(X),fn_deuterostomia_6(X))
& temperature_2(X,fn_deuterostomia_2(X))
& agent_2(fn_deuterostomia_1(X),X)
& X = fn_agent_role_1(fn_deuterostomia_7(X))
& fn_deuterostomia_5(X) = fn_eumetazoan_21(X)
& fn_deuterostomia_4(X) = fn_eumetazoan_20(X)
& fn_deuterostomia_10(X) = fn_animal_1(X)
& fn_deuterostomia_9(X) = fn_animal_10(X)
& fn_deuterostomia_8(X) = fn_animal_9(X)
& fn_deuterostomia_1(X) = fn_animal_22(X)
& fn_deuterostomia_2(X) = fn_animal_26(X)
& fn_deuterostomia_6(X) = fn_animal_25(X)
& fn_deuterostomia_3(X) = fn_animal_20(X) ) ) ).
fof(a528930,axiom,
! [X] :
( development_1(X)
=> ( original_name_2(X,'Development')
& concept2words_2(X,development)
& concept2words_2(X,improvement)
& concept2words_2(X,develop)
& activity_1(X) ) ) ).
fof(a528931,axiom,
! [X] :
( development_in_eukaryote_1(X)
=> ( original_name_2(X,'Development-In-Eukaryote')
& user_description_2(X,'Eukaryote development includes the processes that lead eventually to the formation of a new eukaryote starting from cells derived from one or more parent individuals.')
& concept2words_2(X,'development in eukaryote')
& concept2words_2(X,'development-in-eukaryote')
& organismal_development_1(X)
& cell_1(fn_development_in_eukaryote_1(X))
& create_1(fn_development_in_eukaryote_2(X))
& entity_1(fn_development_in_eukaryote_3(X))
& multicellular_organism_1(fn_development_in_eukaryote_3(X))
& entity_1(fn_create_1(fn_development_in_eukaryote_2(X)))
& raw_material_2(fn_development_in_eukaryote_2(X),fn_development_in_eukaryote_1(X))
& exactCardinality(fn_development_in_eukaryote_2(X),raw_material_0,"1",cell_0)
& subevent_2(X,fn_development_in_eukaryote_2(X))
& result_2(fn_development_in_eukaryote_2(X),fn_development_in_eukaryote_3(X))
& experiencer_2(X,fn_development_in_eukaryote_3(X))
& fn_development_in_eukaryote_3(X) = fn_create_1(fn_development_in_eukaryote_2(X))
& fn_development_in_eukaryote_3(X) = fn_organismal_development_1(X)
& fn_create_1(fn_development_in_eukaryote_2(X)) = fn_organismal_development_1(X) ) ) ).
fof(a528932,axiom,
! [X] :
( development_related_intercellular_process_1(X)
=> ( original_name_2(X,'Development-Related-Intercellular-Process')
& user_description_2(X,'Intercellular process related to the development of an organism.')
& concept2words_2(X,'undergo development related intercellular process')
& concept2words_2(X,'development related intercellular process')
& concept2words_2(X,'development-related-intercellular-process')
& intercellular_process_1(X) ) ) ).
fof(a528933,axiom,
! [X] :
( development_related_mutation_1(X)
=> ( original_name_2(X,'Development-Related-Mutation')
& user_description_2(X,'Mutations in the genome that affect development of an organism.')
& concept2words_2(X,mutate)
& concept2words_2(X,'development related mutation')
& concept2words_2(X,'development-related-mutation')
& mutation_1(X) ) ) ).
fof(a528934,axiom,
! [X] :
( developmental_biology_1(X)
=> ( original_name_2(X,'Developmental-Biology')
& user_description_2(X,'Developmental biology is the study of the process by which organisms grow and develop. Modern developmental biology studies the genetic control of cell growth, differentiation and morphogenesis, which is the process that gives rise to tissues, organs and anatomy.')
& concept2words_2(X,'study developmental biology')
& concept2words_2(X,'developmental biology')
& concept2words_2(X,'developmental-biology')
& biology_1(X)
& organism_1(fn_developmental_biology_1(X))
& model_organism_1(fn_developmental_biology_2(X))
& organism_1(fn_model_organism_6(fn_developmental_biology_2(X)))
& base_2(X,fn_developmental_biology_1(X))
& plays_2(fn_developmental_biology_1(X),fn_developmental_biology_2(X))
& fn_developmental_biology_1(X) = fn_model_organism_6(fn_developmental_biology_2(X)) ) ) ).
fof(a528935,axiom,
! [X] :
( developmental_gene_1(X)
=> ( original_name_2(X,'Developmental-Gene')
& user_description_2(X,'A gene playing role in organismal development.')
& concept2words_2(X,'developmental gene')
& concept2words_2(X,'developmental-gene')
& eukaryotic_gene_1(X) ) ) ).
fof(a528936,axiom,
! [X] :
( developmental_genetics_1(X)
=> ( original_name_2(X,'Developmental-Genetics')
& user_description_2(X,'Developmental genetics studies the effect that genes have in a phenotype, given normal or abnormal epigenetic parameters.')
& concept2words_2(X,'developmental genetics')
& concept2words_2(X,'developmental-genetic')
& genetics_1(X)
& ~ mendelian_genetics_1(X)
& ~ molecular_genetics_1(X)
& ~ non_mendelian_genetics_1(X) ) ) ).
fof(a528937,axiom,
! [X] :
( developmental_process_1(X)
=> ( original_name_2(X,'Developmental-Process')
& user_description_2(X,'A process related to the development of organisms.')
& concept2words_2(X,develop)
& concept2words_2(X,'developmental process')
& concept2words_2(X,'developmental-process')
& macrophysiological_process_1(X) ) ) ).
fof(a528938,axiom,
! [X] :
( developmental_space_1(X)
=> ( original_name_2(X,'Developmental-Space')
& user_description_2(X,'Region iin an organism which is related to developmental processes.')
& concept2words_2(X,'developmental space')
& concept2words_2(X,'developmental-space')
& animal_space_1(X) ) ) ).
fof(a528939,axiom,
! [X] :
( developmental_stage_1(X)
=> ( original_name_2(X,'Developmental-Stage')
& user_description_2(X,'A particular stage in the development of an organism.')
& concept2words_2(X,'undergo the developmental stage')
& concept2words_2(X,'developmental stage')
& concept2words_2(X,'developmental-stage')
& macrophysiological_process_1(X) ) ) ).
fof(a528940,axiom,
! [X] :
( device_1(X)
=> ( original_name_2(X,'Device')
& description_2(X,'an artifact with an instrumental purpose')
& concept2words_2(X,device)
& concept2words_2(X,instrumentality)
& concept2words_2(X,instrumentation)
& artifact_1(X)
& ~ physical_document_1(X)
& ~ furnishing_1(X)
& ~ architectural_structure_1(X)
& ~ pharmaceutical_product_1(X)
& ~ photographic_film_1(X)
& ~ scientific_device_1(X)
& ~ useful_product_1(X)
& instrument_role_1(fn_device_1(X))
& purpose_2(X,fn_device_1(X)) ) ) ).
fof(a528941,axiom,
! [X] :
( diabetes_mellitus_1(X)
=> ( original_name_2(X,'Diabetes-Mellitus')
& user_description_2(X,'A group of diseases in which a patient has abnormally high levels of blood sugar. It can be due to insufficient production of insulin by the pancreas, or to cells\' failure to respond to the insulin that is produced.')
& concept2words_2(X,'diabetes mellitus')
& concept2words_2(X,'diabetes-mellitus')
& metabolic_disorder_1(X)
& ~ hyperthyroidism_1(X)
& ~ mitochondrial_myopathy_1(X)
& ~ hypopituitarism_1(X)
& ~ gigantism_1(X)
& ~ cretinism_1(X) ) ) ).
fof(a528942,axiom,
! [X] :
( diacylglycerol_1(X)
=> ( original_name_2(X,'Diacylglycerol')
& user_description_2(X,'A second messenger produced by the cleavage of a certain kind of phospholipid in the plasma membrane.')
& concept2words_2(X,dag)
& concept2words_2(X,'diacyl glycerol')
& concept2words_2(X,diacylglycerol)
& phospholipid_1(X) ) ) ).
fof(a528943,axiom,
! [X] :
( diagnosis_1(X)
=> ( original_name_2(X,'Diagnosis')
& user_description_2(X,'The identification of the nature and cause of a disease or medical condition.')
& concept2words_2(X,diagnose)
& concept2words_2(X,diagnosis)
& medicine_1(X)
& medicine_1(fn_diagnosis_1(X))
& disease_1(fn_diagnosis_2(X))
& object_2(X,fn_diagnosis_2(X))
& subevent_2(fn_diagnosis_1(X),X) ) ) ).
fof(a528944,axiom,
! [X,X1] :
( ( object_2(X,X1)
& diagnosis_1(X)
& renal_disease_1(X1) )
=> ( diagnosis_of_renal_disease_1(X)
& fn_diagnosis_of_renal_disease_6(X) = X1 ) ) ).
fof(a528945,axiom,
! [X] :
( diagnosis_of_renal_disease_1(X)
=> ( original_name_2(X,'Diagnosis-Of-Renal-Disease')
& user_description_2(X,'A medical condition in which the kidneys fail to adequately filter toxins and waste products from the blood. The two forms are acute kidney injury and chronic kidney disease.')
& concept2words_2(X,'diagnosis of renal failure')
& concept2words_2(X,'diagnosis of kidney failure')
& concept2words_2(X,'renal insufficiency')
& concept2words_2(X,diagnose)
& concept2words_2(X,'diagnosis of renal disease')
& concept2words_2(X,'diagnosis-of-renal-disease')
& diagnosis_1(X)
& urine_1(fn_diagnosis_of_renal_disease_2(X))
& inject_1(fn_diagnosis_of_renal_disease_3(X))
& measure_1(fn_diagnosis_of_renal_disease_4(X))
& blood_1(fn_diagnosis_of_renal_disease_5(X))
& renal_disease_1(fn_diagnosis_of_renal_disease_6(X))
& excretion_1(fn_diagnosis_of_renal_disease_7(X))
& radioactive_tracer_1(fn_diagnosis_of_renal_disease_8(X))
& organism_1(fn_diagnosis_of_renal_disease_9(X))
& spatial_entity_1(fn_excretion_3(fn_diagnosis_of_renal_disease_7(X)))
& tangible_entity_1(fn_excretion_3(fn_diagnosis_of_renal_disease_7(X)))
& organism_1(fn_excretion_5(fn_diagnosis_of_renal_disease_7(X)))
& subevent_2(X,fn_diagnosis_of_renal_disease_4(X))
& subevent_2(X,fn_diagnosis_of_renal_disease_7(X))
& subevent_2(X,fn_diagnosis_of_renal_disease_3(X))
& object_2(fn_diagnosis_of_renal_disease_4(X),fn_diagnosis_of_renal_disease_8(X))
& base_2(fn_diagnosis_of_renal_disease_4(X),fn_diagnosis_of_renal_disease_2(X))
& next_event_2(fn_diagnosis_of_renal_disease_7(X),fn_diagnosis_of_renal_disease_4(X))
& agent_2(fn_diagnosis_of_renal_disease_7(X),fn_diagnosis_of_renal_disease_9(X))
& next_event_2(fn_diagnosis_of_renal_disease_3(X),fn_diagnosis_of_renal_disease_7(X))
& object_2(fn_diagnosis_of_renal_disease_3(X),fn_diagnosis_of_renal_disease_8(X))
& destination_2(fn_diagnosis_of_renal_disease_3(X),fn_diagnosis_of_renal_disease_5(X))
& object_2(fn_diagnosis_of_renal_disease_7(X),fn_diagnosis_of_renal_disease_8(X))
& object_2(X,fn_diagnosis_of_renal_disease_6(X))
& base_2(fn_diagnosis_of_renal_disease_7(X),fn_diagnosis_of_renal_disease_9(X))
& fn_diagnosis_of_renal_disease_8(X) = fn_excretion_3(fn_diagnosis_of_renal_disease_7(X))
& fn_diagnosis_of_renal_disease_6(X) = fn_diagnosis_2(X)
& fn_diagnosis_of_renal_disease_9(X) = fn_excretion_5(fn_diagnosis_of_renal_disease_7(X)) ) ) ).
fof(a528946,axiom,
! [X] :
( diagnostic_procedure_1(X)
=> ( original_name_2(X,'Diagnostic-Procedure')
& user_description_2(X,'Medical procedure which provides information to assist in the making of a diagnosis.')
& concept2words_2(X,'diagnostic procedure')
& concept2words_2(X,'diagnostic-procedure')
& medical_procedure_1(X) ) ) ).
fof(a528947,axiom,
! [X] :
( diameter_constant_1(X)
=> ( original_name_2(X,'Diameter-Constant')
& concept2words_2(X,'constant of diameter')
& concept2words_2(X,'diameter constant')
& concept2words_2(X,'diameter-constant')
& constant_1(X) ) ) ).
fof(a528948,axiom,
! [X] :
( diameter_scale_1(X)
=> ( original_name_2(X,'Diameter-Scale')
& concept2words_2(X,'scale of diameter')
& concept2words_2(X,'diameter scale')
& concept2words_2(X,'diameter-scale')
& scale_1(X) ) ) ).
fof(a528949,axiom,
! [X] :
( diaphragm_birth_control_1(X)
=> ( original_name_2(X,'Diaphragm-Birth-Control')
& user_description_2(X,'A soft silicone or latex dome that is inserted into the upper vagina before sexual intercourse. The diaphragm forms a seal against the upper walls of the vagina and acts as a barrier to conception.')
& concept2words_2(X,'diaphragm birth control')
& concept2words_2(X,'diaphragm-birth-control')
& reproductive_barrier_method_1(X)
& ~ cervical_cap_1(X)
& ~ condom_1(X) ) ) ).
fof(a528950,axiom,
! [X] :
( diaphragm_muscle_tissue_1(X)
=> ( original_name_2(X,'Diaphragm-Muscle-Tissue')
& user_description_2(X,'A sheet of skeletal muscle that separates the thoracic and abdominal cavities in mammals. Contraction of the diaphragm increases the volume of the lungs and draws air into the lungs for breathing.')
& concept2words_2(X,diaphragm)
& concept2words_2(X,'diaphragm muscle tissue')
& concept2words_2(X,'diaphragm-muscle-tissue')
& respiratory_organ_1(X) ) ) ).
fof(a528951,axiom,
! [X] :
( diapsid_1(X)
=> ( original_name_2(X,'Diapsid')
& user_description_2(X,'Member of a clade of amniote animals characterized by having two temporal openings on each side of the skull. Examples include the lepidosaurs and archosaurs.')
& concept2words_2(X,diapsid)
& amniote_1(X)
& ~ synapsid_1(X) ) ) ).
fof(a528952,axiom,
! [X] :
( diastole_1(X)
=> ( original_name_2(X,'Diastole')
& user_description_2(X,'Point in the cardiac cycle in which the heart relaxes and refills with blood.')
& concept2words_2(X,diastole)
& cardiovascular_process_1(X)
& ~ cardiac_cycle_1(X)
& ~ countercurrent_multiplier_system_1(X)
& ~ heart_attack_1(X)
& ~ heart_murmur_1(X)
& ~ hypertension_1(X)
& ~ pulse_1(X) ) ) ).
fof(a528953,axiom,
! [X] :
( diatom_1(X)
=> ( original_name_2(X,'Diatom')
& user_description_2(X,'Diatoms are a major group of algae, and are one of the most common types of phytoplankton.')
& concept2words_2(X,diatom)
& unicellular_organism_1(X)
& protist_1(X)
& protist_cell_1(X)
& algae_1(X)
& length_value_1(fn_diatom_1(X))
& attach_1(fn_diatom_3(X))
& entity_1(fn_diatom_4(X))
& dna_1(fn_diatom_4(X))
& coil_1(fn_diatom_5(X))
& protein_1(fn_diatom_6(X))
& chromosome_arm_1(fn_diatom_7(X))
& chromosome_arm_1(fn_diatom_8(X))
& telomere_1(fn_diatom_9(X))
& centromere_1(fn_diatom_10(X))
& end_1(fn_diatom_11(X))
& semiautonomous_organelle_1(fn_diatom_12(X))
& organelle_1(fn_diatom_12(X))
& mitochondrion_1(fn_diatom_12(X))
& synthesis_reaction_1(fn_diatom_13(X))
& chemical_reaction_1(fn_diatom_13(X))
& anabolic_pathway_1(fn_diatom_13(X))
& synthesis_of_lipid_1(fn_diatom_13(X))
& chromosome_1(fn_diatom_18(X))
& eukaryotic_chromosome_1(fn_diatom_18(X))
& water_1(fn_diatom_19(X))
& size_value_1(fn_diatom_20(X))
& volume_value_1(fn_diatom_21(X))
& temperature_value_1(fn_diatom_22(X))
& eukaryotic_cellular_respiration_1(fn_diatom_23(X))
& tangible_entity_1(fn_diatom_24(X))
& membrane_protein_1(fn_diatom_24(X))
& protein_1(fn_diatom_24(X))
& glycoprotein_1(fn_diatom_25(X))
& specific_heat_value_1(fn_diatom_26(X))
& golgi_apparatus_1(fn_diatom_27(X))
& eukaryotic_ribosome_1(fn_diatom_28(X))
& rough_endoplasmic_reticulum_1(fn_diatom_29(X))
& smooth_endoplasmic_reticulum_1(fn_diatom_30(X))
& surface_1(fn_diatom_31(X))
& synthesis_reaction_1(fn_diatom_32(X))
& chemical_reaction_1(fn_diatom_32(X))
& anabolic_pathway_1(fn_diatom_32(X))
& synthesis_of_lipid_1(fn_diatom_32(X))
& hydrophobic_core_1(fn_diatom_33(X))
& outside_face_1(fn_diatom_34(X))
& extracellular_side_1(fn_diatom_34(X))
& spatial_entity_1(fn_diatom_35(X))
& membrane_protein_1(fn_diatom_35(X))
& tangible_entity_1(fn_diatom_35(X))
& transmembrane_protein_1(fn_diatom_35(X))
& integral_protein_1(fn_diatom_35(X))
& transport_protein_1(fn_diatom_35(X))
& tangible_entity_1(fn_diatom_36(X))
& membrane_protein_1(fn_diatom_36(X))
& protein_1(fn_diatom_36(X))
& spatial_entity_1(fn_diatom_36(X))
& polymer_1(fn_diatom_36(X))
& tangible_entity_1(fn_diatom_37(X))
& phospholipid_bilayer_1(fn_diatom_37(X))
& attach_1(fn_diatom_38(X))
& genome_1(fn_diatom_39(X))
& genotype_1(fn_diatom_39(X))
& substance_1(fn_diatom_40(X))
& cytosol_1(fn_diatom_40(X))
& spatial_entity_1(fn_diatom_41(X))
& biomembrane_1(fn_diatom_41(X))
& plasma_membrane_1(fn_diatom_41(X))
& mixture_1(fn_diatom_42(X))
& cytoplasm_1(fn_diatom_42(X))
& cytoplasmic_side_1(fn_diatom_43(X))
& tangible_entity_1(fn_diatom_44(X))
& nucleus_1(fn_diatom_44(X))
& cellular_work_1(fn_diatom_45(X))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_diatom_41(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_diatom_41(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_diatom_41(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_diatom_41(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_diatom_41(X)))
& protein_1(fn_plasma_membrane_54(fn_diatom_41(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_diatom_41(X)))
& polymer_1(fn_plasma_membrane_54(fn_diatom_41(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_diatom_41(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_diatom_41(X)))
& protein_1(fn_plasma_membrane_68(fn_diatom_41(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_diatom_43(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_diatom_30(X)))
& eukaryotic_ribosome_1(fn_smooth_endoplasmic_reticulum_11(fn_diatom_30(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_diatom_30(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_diatom_30(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_diatom_30(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_diatom_30(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_diatom_30(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_diatom_30(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_diatom_30(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_diatom_30(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_diatom_30(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_diatom_30(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_diatom_30(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_diatom_30(X)))
& tangible_entity_1(fn_biomembrane_63(fn_diatom_41(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_diatom_41(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_diatom_41(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_diatom_41(X)))
& outside_face_1(fn_biomembrane_41(fn_diatom_41(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_diatom_41(X)))
& spatial_entity_1(fn_attach_1(fn_diatom_3(X)))
& spatial_entity_1(fn_attach_1(fn_diatom_38(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_diatom_41(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_diatom_41(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_diatom_41(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_diatom_41(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_diatom_41(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_diatom_41(X)))
& spatial_entity_1(fn_attach_2(fn_diatom_3(X)))
& spatial_entity_1(fn_attach_2(fn_diatom_38(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_diatom_30(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_diatom_30(X)))
& the_cardinal_value_2(fn_diatom_1(X),"30.0e0")
& cardinal_unit_class_2(fn_diatom_1(X),micrometer_0)
& length_2(X,fn_diatom_1(X))
& is_oriented_toward_2(fn_diatom_43(X),fn_diatom_42(X))
& object_2(fn_diatom_3(X),fn_diatom_35(X))
& object_2(fn_diatom_38(X),fn_diatom_35(X))
& base_2(fn_diatom_3(X),fn_diatom_41(X))
& base_2(fn_diatom_38(X),fn_diatom_41(X))
& is_facing_2(fn_diatom_43(X),fn_diatom_42(X))
& the_scalar_value_2(fn_diatom_20(X),big_0)
& scalar_unit_class_2(fn_diatom_20(X),prokaryote_0)
& base_2(fn_diatom_32(X),X)
& is_inside_2(fn_diatom_29(X),fn_diatom_40(X))
& fn_diatom_30(X) != fn_diatom_29(X)
& fn_diatom_29(X) != fn_diatom_30(X)
& size_2(X,fn_diatom_20(X))
& directly_proportional_2(fn_diatom_20(X),fn_diatom_21(X))
& volume_2(X,fn_diatom_21(X))
& has_region_2(X,fn_diatom_31(X))
& is_at_2(fn_diatom_37(X),fn_diatom_31(X))
& is_inside_2(fn_diatom_42(X),fn_diatom_41(X))
& is_between_2(fn_diatom_42(X),fn_diatom_41(X))
& is_between_2(fn_diatom_42(X),fn_diatom_44(X))
& is_inside_2(fn_diatom_18(X),fn_diatom_44(X))
& base_2(fn_diatom_45(X),X)
& has_function_2(X,fn_diatom_45(X))
& has_part_2(X,fn_diatom_18(X))
& base_2(fn_diatom_23(X),X)
& has_function_2(X,fn_diatom_23(X))
& has_part_2(X,fn_diatom_29(X))
& abuts_2(fn_diatom_30(X),fn_diatom_29(X))
& abuts_2(fn_diatom_29(X),fn_diatom_30(X))
& has_part_2(X,fn_diatom_42(X))
& has_part_2(fn_diatom_42(X),fn_diatom_40(X))
& is_inside_2(fn_diatom_12(X),fn_diatom_40(X))
& has_part_2(X,fn_diatom_12(X))
& has_part_2(X,fn_diatom_41(X))
& has_part_2(X,fn_diatom_19(X))
& specific_heat_2(fn_diatom_19(X),fn_diatom_26(X))
& correspondence_2(fn_diatom_22(X),fn_diatom_26(X))
& temperature_2(X,fn_diatom_22(X))
& has_part_2(X,fn_diatom_39(X))
& has_part_2(X,fn_diatom_27(X))
& has_part_2(X,fn_diatom_30(X))
& is_inside_2(fn_diatom_44(X),fn_diatom_40(X))
& has_part_2(X,fn_diatom_44(X))
& has_part_2(X,fn_diatom_28(X))
& is_inside_2(fn_diatom_28(X),fn_diatom_40(X))
& is_inside_2(fn_diatom_27(X),fn_diatom_40(X))
& has_function_2(fn_diatom_30(X),fn_diatom_32(X))
& site_2(fn_diatom_32(X),fn_diatom_30(X))
& has_function_2(fn_diatom_30(X),fn_diatom_13(X))
& site_2(fn_diatom_13(X),fn_diatom_30(X))
& is_inside_2(fn_diatom_30(X),fn_diatom_40(X))
& has_region_2(fn_diatom_35(X),fn_diatom_34(X))
& called_2(fn_diatom_24(X),'MP1')
& has_part_2(fn_diatom_41(X),fn_diatom_37(X))
& has_region_2(fn_diatom_41(X),fn_diatom_43(X))
& is_inside_2(fn_diatom_25(X),fn_diatom_37(X))
& is_inside_2(fn_diatom_35(X),fn_diatom_37(X))
& is_at_2(fn_diatom_35(X),fn_diatom_41(X))
& has_part_2(fn_diatom_41(X),fn_diatom_36(X))
& called_2(fn_diatom_36(X),'MP2')
& has_region_2(fn_diatom_41(X),fn_diatom_34(X))
& is_outside_2(fn_diatom_34(X),fn_diatom_41(X))
& has_part_2(fn_diatom_41(X),fn_diatom_35(X))
& is_across_2(fn_diatom_35(X),fn_diatom_33(X))
& has_region_2(fn_diatom_41(X),fn_diatom_33(X))
& has_part_2(fn_diatom_41(X),fn_diatom_24(X))
& fn_diatom_24(X) != fn_diatom_36(X)
& fn_diatom_36(X) != fn_diatom_35(X)
& is_across_2(fn_diatom_35(X),fn_diatom_41(X))
& has_part_2(fn_diatom_41(X),fn_diatom_25(X))
& fn_diatom_36(X) != fn_diatom_24(X)
& fn_diatom_35(X) != fn_diatom_36(X)
& fn_diatom_35(X) = fn_attach_1(fn_diatom_3(X))
& fn_diatom_35(X) = fn_attach_1(fn_diatom_38(X))
& fn_diatom_41(X) = fn_attach_2(fn_diatom_3(X))
& fn_diatom_41(X) = fn_attach_2(fn_diatom_38(X))
& fn_diatom_42(X) = fn_cytoplasmic_side_1(fn_diatom_43(X))
& fn_diatom_17(X) = fn_protist_cell_13(X)
& fn_diatom_16(X) = fn_protist_cell_12(X)
& fn_diatom_9(X) = fn_protist_cell_5(X)
& fn_diatom_11(X) = fn_protist_cell_7(X)
& fn_diatom_37(X) = fn_protist_cell_18(X)
& fn_diatom_31(X) = fn_protist_cell_15(X)
& fn_diatom_21(X) = fn_protist_cell_17(X)
& fn_diatom_20(X) = fn_protist_cell_16(X)
& fn_diatom_8(X) = fn_protist_cell_3(X)
& fn_diatom_10(X) = fn_protist_cell_6(X)
& fn_diatom_7(X) = fn_protist_cell_2(X)
& fn_diatom_6(X) = fn_protist_cell_4(X)
& fn_diatom_5(X) = fn_protist_cell_8(X)
& fn_diatom_4(X) = fn_protist_cell_20(X)
& fn_diatom_18(X) = fn_protist_cell_19(X)
& fn_diatom_45(X) = fn_protist_cell_9(X)
& fn_diatom_29(X) = fn_protist_cell_25(X)
& fn_diatom_23(X) = fn_protist_cell_32(X)
& fn_diatom_41(X) = fn_protist_cell_22(X)
& fn_diatom_12(X) = fn_protist_cell_34(X)
& fn_diatom_42(X) = fn_protist_cell_35(X)
& fn_diatom_14(X) = fn_organism_6(X)
& fn_diatom_15(X) = fn_organism_1(X)
& fn_diatom_39(X) = fn_cell_24(X)
& fn_diatom_39(X) = fn_organism_3(X)
& fn_diatom_22(X) = fn_organism_2(X)
& fn_diatom_26(X) = fn_organism_5(X)
& fn_diatom_19(X) = fn_organism_4(X)
& fn_diatom_27(X) = fn_protist_cell_14(X)
& fn_diatom_27(X) = fn_smooth_endoplasmic_reticulum_3(fn_diatom_30(X))
& fn_diatom_28(X) = fn_protist_cell_30(X)
& fn_diatom_28(X) = fn_smooth_endoplasmic_reticulum_11(fn_diatom_30(X))
& X = fn_smooth_endoplasmic_reticulum_33(fn_diatom_30(X))
& fn_diatom_44(X) = fn_protist_cell_24(X)
& fn_diatom_44(X) = fn_smooth_endoplasmic_reticulum_10(fn_diatom_30(X))
& fn_diatom_40(X) = fn_protist_cell_29(X)
& fn_diatom_40(X) = fn_smooth_endoplasmic_reticulum_34(fn_diatom_30(X))
& fn_diatom_13(X) = fn_smooth_endoplasmic_reticulum_23(fn_diatom_30(X))
& fn_diatom_13(X) = fn_smooth_endoplasmic_reticulum_7(fn_diatom_30(X))
& fn_diatom_13(X) = fn_smooth_endoplasmic_reticulum_49(fn_diatom_30(X))
& fn_diatom_13(X) = fn_smooth_endoplasmic_reticulum_48(fn_diatom_30(X))
& fn_diatom_13(X) = fn_smooth_endoplasmic_reticulum_8(fn_diatom_30(X))
& fn_diatom_30(X) = fn_protist_cell_23(X)
& fn_diatom_32(X) = fn_protist_cell_28(X)
& fn_diatom_32(X) = fn_smooth_endoplasmic_reticulum_42(fn_diatom_30(X))
& fn_diatom_43(X) = fn_plasma_membrane_66(fn_diatom_41(X))
& fn_diatom_37(X) = fn_biomembrane_63(fn_diatom_41(X))
& fn_diatom_35(X) = fn_plasma_membrane_4(fn_diatom_41(X))
& fn_diatom_35(X) = fn_plasma_membrane_3(fn_diatom_41(X))
& fn_diatom_37(X) = fn_plasma_membrane_71(fn_diatom_41(X))
& fn_diatom_33(X) = fn_plasma_membrane_6(fn_diatom_41(X))
& fn_diatom_34(X) = fn_biomembrane_41(fn_diatom_41(X))
& fn_diatom_34(X) = fn_plasma_membrane_65(fn_diatom_41(X))
& fn_diatom_25(X) = fn_plasma_membrane_34(fn_diatom_41(X))
& fn_diatom_35(X) = fn_plasma_membrane_55(fn_diatom_41(X))
& fn_diatom_36(X) = fn_plasma_membrane_54(fn_diatom_41(X))
& fn_diatom_24(X) = fn_plasma_membrane_68(fn_diatom_41(X))
& fn_cytoplasmic_side_1(fn_diatom_43(X)) = fn_protist_cell_35(X)
& fn_protist_cell_35(X) = fn_protist_cell_35(X)
& fn_protist_cell_35(X) = fn_cell_24(X)
& fn_cell_24(X) = fn_organism_3(X)
& fn_organism_3(X) = fn_protist_cell_14(X)
& fn_smooth_endoplasmic_reticulum_3(fn_diatom_30(X)) = fn_protist_cell_14(X)
& fn_protist_cell_14(X) = fn_smooth_endoplasmic_reticulum_3(fn_diatom_30(X))
& fn_smooth_endoplasmic_reticulum_3(fn_diatom_30(X)) = fn_protist_cell_30(X)
& fn_smooth_endoplasmic_reticulum_11(fn_diatom_30(X)) = fn_protist_cell_30(X)
& fn_protist_cell_30(X) = fn_smooth_endoplasmic_reticulum_11(fn_diatom_30(X))
& fn_smooth_endoplasmic_reticulum_11(fn_diatom_30(X)) = fn_protist_cell_24(X)
& fn_protist_cell_24(X) = fn_protist_cell_24(X)
& fn_smooth_endoplasmic_reticulum_10(fn_diatom_30(X)) = fn_protist_cell_24(X)
& fn_protist_cell_24(X) = fn_smooth_endoplasmic_reticulum_10(fn_diatom_30(X))
& fn_smooth_endoplasmic_reticulum_10(fn_diatom_30(X)) = fn_protist_cell_29(X)
& fn_protist_cell_29(X) = fn_protist_cell_29(X)
& fn_smooth_endoplasmic_reticulum_34(fn_diatom_30(X)) = fn_protist_cell_29(X)
& fn_protist_cell_29(X) = fn_smooth_endoplasmic_reticulum_34(fn_diatom_30(X))
& fn_smooth_endoplasmic_reticulum_34(fn_diatom_30(X)) = fn_smooth_endoplasmic_reticulum_23(fn_diatom_30(X))
& fn_smooth_endoplasmic_reticulum_23(fn_diatom_30(X)) = fn_smooth_endoplasmic_reticulum_7(fn_diatom_30(X))
& fn_smooth_endoplasmic_reticulum_7(fn_diatom_30(X)) = fn_smooth_endoplasmic_reticulum_7(fn_diatom_30(X))
& fn_smooth_endoplasmic_reticulum_7(fn_diatom_30(X)) = fn_smooth_endoplasmic_reticulum_49(fn_diatom_30(X))
& fn_smooth_endoplasmic_reticulum_49(fn_diatom_30(X)) = fn_smooth_endoplasmic_reticulum_49(fn_diatom_30(X))
& fn_smooth_endoplasmic_reticulum_49(fn_diatom_30(X)) = fn_smooth_endoplasmic_reticulum_48(fn_diatom_30(X))
& fn_smooth_endoplasmic_reticulum_48(fn_diatom_30(X)) = fn_smooth_endoplasmic_reticulum_48(fn_diatom_30(X))
& fn_smooth_endoplasmic_reticulum_48(fn_diatom_30(X)) = fn_smooth_endoplasmic_reticulum_8(fn_diatom_30(X))
& fn_smooth_endoplasmic_reticulum_8(fn_diatom_30(X)) = fn_smooth_endoplasmic_reticulum_8(fn_diatom_30(X))
& fn_smooth_endoplasmic_reticulum_8(fn_diatom_30(X)) = fn_protist_cell_28(X)
& fn_protist_cell_28(X) = fn_protist_cell_28(X)
& fn_smooth_endoplasmic_reticulum_42(fn_diatom_30(X)) = fn_protist_cell_28(X)
& fn_protist_cell_28(X) = fn_smooth_endoplasmic_reticulum_42(fn_diatom_30(X))
& fn_smooth_endoplasmic_reticulum_42(fn_diatom_30(X)) = fn_protist_cell_18(X)
& fn_protist_cell_18(X) = fn_biomembrane_63(fn_diatom_41(X))
& fn_biomembrane_63(fn_diatom_41(X)) = fn_protist_cell_18(X)
& fn_protist_cell_18(X) = fn_plasma_membrane_71(fn_diatom_41(X))
& fn_plasma_membrane_71(fn_diatom_41(X)) = fn_plasma_membrane_71(fn_diatom_41(X))
& fn_plasma_membrane_71(fn_diatom_41(X)) = fn_plasma_membrane_65(fn_diatom_41(X))
& fn_plasma_membrane_65(fn_diatom_41(X)) = fn_plasma_membrane_65(fn_diatom_41(X))
& fn_plasma_membrane_65(fn_diatom_41(X)) = fn_biomembrane_41(fn_diatom_41(X))
& fn_biomembrane_41(fn_diatom_41(X)) = fn_plasma_membrane_65(fn_diatom_41(X))
& fn_plasma_membrane_65(fn_diatom_41(X)) = fn_attach_1(fn_diatom_3(X))
& fn_attach_1(fn_diatom_3(X)) = fn_attach_1(fn_diatom_38(X))
& fn_attach_1(fn_diatom_38(X)) = fn_plasma_membrane_4(fn_diatom_41(X))
& fn_plasma_membrane_4(fn_diatom_41(X)) = fn_plasma_membrane_4(fn_diatom_41(X))
& fn_plasma_membrane_4(fn_diatom_41(X)) = fn_plasma_membrane_3(fn_diatom_41(X))
& fn_plasma_membrane_55(fn_diatom_41(X)) = fn_plasma_membrane_3(fn_diatom_41(X))
& fn_plasma_membrane_3(fn_diatom_41(X)) = fn_plasma_membrane_55(fn_diatom_41(X))
& fn_plasma_membrane_55(fn_diatom_41(X)) = fn_plasma_membrane_55(fn_diatom_41(X))
& fn_plasma_membrane_55(fn_diatom_41(X)) = fn_attach_2(fn_diatom_3(X))
& fn_attach_2(fn_diatom_3(X)) = fn_attach_2(fn_diatom_38(X))
& fn_attach_2(fn_diatom_38(X)) = fn_protist_cell_22(X)
& fn_protist_cell_22(X) = fn_protist_cell_22(X)
& fn_smooth_endoplasmic_reticulum_33(fn_diatom_30(X)) = fn_smooth_endoplasmic_reticulum_33(fn_diatom_30(X)) ) ) ).
fof(a528954,axiom,
! [X] :
( dicot_1(X)
=> ( original_name_2(X,'Dicot')
& user_description_2(X,'A descriptive term used to refer to angiosperms that have two cotyledons, or embryonic seed leaves.')
& concept2words_2(X,dicot)
& angiosperm_1(X)
& root_1(fn_dicot_1(X))
& taproot_1(fn_dicot_2(X))
& root_system_1(fn_dicot_3(X))
& fn_dicot_1(X) != fn_dicot_2(X)
& fn_dicot_2(X) != fn_dicot_1(X)
& is_inside_2(fn_dicot_2(X),fn_dicot_3(X))
& has_part_2(X,fn_dicot_1(X))
& has_region_2(X,fn_dicot_3(X))
& is_inside_2(fn_dicot_1(X),fn_dicot_3(X))
& has_part_2(X,fn_dicot_2(X))
& fn_dicot_1(X) = fn_seed_plant_15(X)
& fn_dicot_3(X) = fn_seed_plant_9(X)
& fn_dicot_2(X) = fn_angiosperm_7(X) ) ) ).
fof(a528955,axiom,
! [X] :
( diencephalon_1(X)
=> ( original_name_2(X,'Diencephalon')
& user_description_2(X,'Region of the brain located in the central portion which houses the thalamus and hypothalamus.')
& concept2words_2(X,diencephalon)
& brain_region_1(X) ) ) ).
fof(a528956,axiom,
! [X] :
( diet_1(X)
=> ( original_name_2(X,'Diet')
& user_description_2(X,'The group of foods which make up the source of nutrition for an animal.')
& concept2words_2(X,diet)
& tangible_entity_1(X)
& aggregate_1(X) ) ) ).
fof(a528957,axiom,
! [X] :
( differential_gene_expression_1(X)
=> ( original_name_2(X,'Differential-Gene-Expression')
& user_description_2(X,'Differential gene expression refers to the selective expression of specific genes across cell types in a multicellular organism.')
& concept2words_2(X,'differential gene expression')
& concept2words_2(X,'differential-gene-expression')
& regulation_1(X)
& frequency_value_1(fn_differential_gene_expression_3(X))
& cell_1(fn_differential_gene_expression_4(X))
& frequency_value_1(fn_differential_gene_expression_5(X))
& transcriptional_regulation_1(fn_differential_gene_expression_6(X))
& gene_expression_1(fn_differential_gene_expression_7(X))
& gene_1(fn_differential_gene_expression_8(X))
& multicellular_organism_1(fn_differential_gene_expression_9(X))
& cell_1(fn_differential_gene_expression_10(X))
& gene_1(fn_differential_gene_expression_11(X))
& gene_expression_1(fn_differential_gene_expression_12(X))
& cell_1(fn_multicellular_organism_1(fn_differential_gene_expression_9(X)))
& gene_1(fn_gene_expression_6(fn_differential_gene_expression_12(X)))
& gene_1(fn_gene_expression_6(fn_differential_gene_expression_7(X)))
& base_2(fn_differential_gene_expression_7(X),fn_differential_gene_expression_4(X))
& frequency_2(fn_differential_gene_expression_7(X),fn_differential_gene_expression_5(X))
& called_2(fn_differential_gene_expression_7(X),'Gene expression 1')
& subevent_2(X,fn_differential_gene_expression_6(X))
& subevent_2(X,fn_differential_gene_expression_7(X))
& subevent_2(X,fn_differential_gene_expression_12(X))
& minCardinality(X,subevent_0,"2",gene_expression_0)
& the_scalar_value_2(fn_differential_gene_expression_5(X),never_0)
& scalar_unit_class_2(fn_differential_gene_expression_5(X),gene_activation_0)
& same_type_2(fn_differential_gene_expression_8(X),fn_differential_gene_expression_11(X))
& has_part_2(fn_differential_gene_expression_9(X),fn_differential_gene_expression_4(X))
& the_scalar_value_2(fn_differential_gene_expression_3(X),often_0)
& scalar_unit_class_2(fn_differential_gene_expression_3(X),gene_expression_0)
& same_type_2(fn_differential_gene_expression_11(X),fn_differential_gene_expression_8(X))
& frequency_2(fn_differential_gene_expression_12(X),fn_differential_gene_expression_3(X))
& base_2(fn_differential_gene_expression_12(X),fn_differential_gene_expression_10(X))
& called_2(fn_differential_gene_expression_12(X),'Gene expression 2')
& has_part_2(fn_differential_gene_expression_9(X),fn_differential_gene_expression_10(X))
& object_2(fn_differential_gene_expression_12(X),fn_differential_gene_expression_11(X))
& object_2(fn_differential_gene_expression_7(X),fn_differential_gene_expression_8(X))
& fn_differential_gene_expression_10(X) = fn_multicellular_organism_1(fn_differential_gene_expression_9(X))
& fn_differential_gene_expression_11(X) = fn_gene_expression_6(fn_differential_gene_expression_12(X))
& fn_differential_gene_expression_8(X) = fn_gene_expression_6(fn_differential_gene_expression_7(X)) ) ) ).
fof(a528958,axiom,
! [X] :
( differentiated_cell_1(X)
=> ( original_name_2(X,'Differentiated-Cell')
& user_description_2(X,'A differentiated cell is a cell in a multicellular organism that is specialized in its functions, which it may perform in a certain organ or tissue.')
& concept2words_2(X,'differentiated cell')
& concept2words_2(X,'differentiated-cell')
& animal_development_cell_1(X)
& er_membrane_1(fn_differentiated_cell_1(X))
& electron_transport_chain_pathway_1(fn_differentiated_cell_2(X))
& eukaryotic_oxidative_phosphorylation_1(fn_differentiated_cell_3(X))
& metabolic_pathway_1(fn_differentiated_cell_4(X))
& endergonic_process_1(fn_differentiated_cell_4(X))
& chemical_reaction_1(fn_differentiated_cell_4(X))
& synthesis_of_organic_molecule_1(fn_differentiated_cell_4(X))
& anabolic_pathway_1(fn_differentiated_cell_4(X))
& synthesis_of_atp_1(fn_differentiated_cell_4(X))
& catabolic_pathway_1(fn_differentiated_cell_5(X))
& semiautonomous_organelle_1(fn_differentiated_cell_6(X))
& organelle_1(fn_differentiated_cell_6(X))
& mitochondrion_1(fn_differentiated_cell_6(X))
& transmembrane_protein_1(fn_differentiated_cell_7(X))
& tangible_entity_1(fn_differentiated_cell_7(X))
& membrane_protein_1(fn_differentiated_cell_7(X))
& protein_1(fn_differentiated_cell_7(X))
& spatial_entity_1(fn_differentiated_cell_7(X))
& polymer_1(fn_differentiated_cell_7(X))
& integrin_1(fn_differentiated_cell_7(X))
& spatial_entity_1(fn_differentiated_cell_8(X))
& polymer_1(fn_differentiated_cell_8(X))
& organic_molecule_1(fn_differentiated_cell_8(X))
& tangible_entity_1(fn_differentiated_cell_8(X))
& membrane_protein_1(fn_differentiated_cell_8(X))
& protein_1(fn_differentiated_cell_8(X))
& hydrophobic_core_1(fn_differentiated_cell_9(X))
& outside_face_1(fn_differentiated_cell_10(X))
& extracellular_side_1(fn_differentiated_cell_10(X))
& surface_1(fn_differentiated_cell_10(X))
& attach_1(fn_differentiated_cell_11(X))
& nuclear_membrane_1(fn_differentiated_cell_12(X))
& biomembrane_1(fn_differentiated_cell_12(X))
& golgi_apparatus_1(fn_differentiated_cell_13(X))
& cell_differentiation_1(fn_differentiated_cell_14(X))
& microtubule_1(fn_differentiated_cell_15(X))
& create_1(fn_differentiated_cell_16(X))
& produce_1(fn_differentiated_cell_16(X))
& substance_1(fn_differentiated_cell_17(X))
& cytosol_1(fn_differentiated_cell_17(X))
& tangible_entity_1(fn_differentiated_cell_18(X))
& phospholipid_bilayer_1(fn_differentiated_cell_18(X))
& support_1(fn_differentiated_cell_19(X))
& support_1(fn_differentiated_cell_20(X))
& eukaryotic_cellular_respiration_1(fn_differentiated_cell_21(X))
& volume_value_1(fn_differentiated_cell_22(X))
& size_value_1(fn_differentiated_cell_23(X))
& protein_enzyme_1(fn_differentiated_cell_24(X))
& protein_enzyme_1(fn_differentiated_cell_25(X))
& centrosome_1(fn_differentiated_cell_26(X))
& smooth_endoplasmic_reticulum_1(fn_differentiated_cell_27(X))
& tangible_entity_1(fn_differentiated_cell_28(X))
& nucleus_1(fn_differentiated_cell_28(X))
& endoplasmic_reticulum_1(fn_differentiated_cell_29(X))
& rough_endoplasmic_reticulum_1(fn_differentiated_cell_29(X))
& eukaryotic_chromosome_1(fn_differentiated_cell_30(X))
& chromosome_1(fn_differentiated_cell_30(X))
& ribosome_1(fn_differentiated_cell_31(X))
& eukaryotic_ribosome_1(fn_differentiated_cell_31(X))
& tangible_entity_1(fn_differentiated_cell_32(X))
& spatial_entity_1(fn_differentiated_cell_32(X))
& biomembrane_1(fn_differentiated_cell_32(X))
& animal_plasma_membrane_1(fn_differentiated_cell_32(X))
& plasma_membrane_1(fn_differentiated_cell_32(X))
& mixture_1(fn_differentiated_cell_33(X))
& cytoplasm_1(fn_differentiated_cell_33(X))
& cell_pole_1(fn_differentiated_cell_34(X))
& cell_pole_1(fn_differentiated_cell_35(X))
& surface_1(fn_differentiated_cell_36(X))
& protein_1(fn_differentiated_cell_37(X))
& organic_molecule_1(fn_differentiated_cell_37(X))
& polymer_1(fn_differentiated_cell_37(X))
& spatial_entity_1(fn_differentiated_cell_37(X))
& membrane_protein_1(fn_differentiated_cell_37(X))
& tangible_entity_1(fn_differentiated_cell_37(X))
& transmembrane_protein_1(fn_differentiated_cell_37(X))
& integral_protein_1(fn_differentiated_cell_37(X))
& transport_protein_1(fn_differentiated_cell_37(X))
& sodium_potassium_pump_1(fn_differentiated_cell_37(X))
& cellular_work_1(fn_differentiated_cell_40(X))
& active_transport_1(fn_differentiated_cell_40(X))
& active_movement_of_ions_1(fn_differentiated_cell_40(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_differentiated_cell_40(X))
& hydrophilic_face_1(fn_differentiated_cell_41(X))
& glycoprotein_1(fn_differentiated_cell_42(X))
& inside_face_1(fn_differentiated_cell_43(X))
& surface_1(fn_differentiated_cell_43(X))
& cytoplasmic_side_1(fn_differentiated_cell_43(X))
& move_1(fn_differentiated_cell_44(X))
& peroxisome_1(fn_differentiated_cell_45(X))
& nuclear_membrane_1(fn_nucleus_13(fn_differentiated_cell_28(X)))
& biomembrane_1(fn_nucleus_13(fn_differentiated_cell_28(X)))
& hydrophilic_face_1(fn_animal_plasma_membrane_5(fn_differentiated_cell_32(X)))
& glycoprotein_1(fn_animal_plasma_membrane_76(fn_differentiated_cell_32(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_differentiated_cell_32(X)))
& inside_face_1(fn_animal_plasma_membrane_58(fn_differentiated_cell_32(X)))
& cytoplasmic_side_1(fn_animal_plasma_membrane_58(fn_differentiated_cell_32(X)))
& attach_1(fn_animal_plasma_membrane_66(fn_differentiated_cell_32(X)))
& attach_1(fn_animal_plasma_membrane_77(fn_differentiated_cell_32(X)))
& attach_1(fn_animal_plasma_membrane_52(fn_differentiated_cell_32(X)))
& hydrophobic_core_1(fn_animal_plasma_membrane_51(fn_differentiated_cell_32(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_differentiated_cell_32(X)))
& outside_face_1(fn_animal_plasma_membrane_55(fn_differentiated_cell_32(X)))
& extracellular_side_1(fn_animal_plasma_membrane_55(fn_differentiated_cell_32(X)))
& surface_1(fn_animal_plasma_membrane_55(fn_differentiated_cell_32(X)))
& eukaryotic_chromosome_1(fn_nucleus_6(fn_differentiated_cell_28(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_differentiated_cell_32(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_differentiated_cell_32(X)))
& protein_1(fn_plasma_membrane_54(fn_differentiated_cell_32(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_differentiated_cell_32(X)))
& polymer_1(fn_plasma_membrane_54(fn_differentiated_cell_32(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_differentiated_cell_32(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_differentiated_cell_32(X)))
& protein_1(fn_plasma_membrane_68(fn_differentiated_cell_32(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_differentiated_cell_32(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_differentiated_cell_32(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_differentiated_cell_32(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_differentiated_cell_32(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_differentiated_cell_32(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_differentiated_cell_32(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_differentiated_cell_32(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_differentiated_cell_32(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_differentiated_cell_32(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_differentiated_cell_32(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_differentiated_cell_32(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_differentiated_cell_32(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_differentiated_cell_32(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_differentiated_cell_32(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_differentiated_cell_32(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_differentiated_cell_32(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_differentiated_cell_32(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_differentiated_cell_32(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_differentiated_cell_32(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_differentiated_cell_32(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_differentiated_cell_32(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_differentiated_cell_32(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_differentiated_cell_32(X)))
& tangible_entity_1(fn_animal_plasma_membrane_67(fn_differentiated_cell_32(X)))
& tangible_entity_1(fn_biomembrane_63(fn_differentiated_cell_32(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_differentiated_cell_32(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_differentiated_cell_32(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_differentiated_cell_32(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_differentiated_cell_32(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_differentiated_cell_32(X)))
& differentiated_cell_1(fn_cell_differentiation_7(fn_differentiated_cell_14(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_differentiated_cell_32(X)))
& abuts_2(fn_differentiated_cell_1(X),fn_differentiated_cell_12(X))
& has_region_2(fn_differentiated_cell_32(X),fn_differentiated_cell_41(X))
& is_inside_2(fn_differentiated_cell_25(X),fn_differentiated_cell_1(X))
& is_inside_2(fn_differentiated_cell_24(X),fn_differentiated_cell_1(X))
& site_2(fn_differentiated_cell_21(X),fn_differentiated_cell_33(X))
& abuts_2(fn_differentiated_cell_12(X),fn_differentiated_cell_1(X))
& called_2(fn_differentiated_cell_7(X),'MP2')
& has_part_2(fn_differentiated_cell_28(X),fn_differentiated_cell_12(X))
& result_2(fn_differentiated_cell_14(X),X)
& is_outside_2(fn_differentiated_cell_41(X),fn_differentiated_cell_32(X))
& has_part_2(fn_differentiated_cell_32(X),fn_differentiated_cell_42(X))
& is_inside_2(fn_differentiated_cell_42(X),fn_differentiated_cell_18(X))
& has_region_2(fn_differentiated_cell_32(X),fn_differentiated_cell_43(X))
& is_facing_2(fn_differentiated_cell_43(X),fn_differentiated_cell_33(X))
& is_oriented_toward_2(fn_differentiated_cell_43(X),fn_differentiated_cell_33(X))
& object_2(fn_differentiated_cell_20(X),X)
& has_part_2(X,fn_differentiated_cell_27(X))
& the_scalar_value_2(fn_differentiated_cell_23(X),big_0)
& scalar_unit_class_2(fn_differentiated_cell_23(X),prokaryote_0)
& has_region_2(X,fn_differentiated_cell_34(X))
& is_inside_2(fn_differentiated_cell_37(X),fn_differentiated_cell_18(X))
& called_2(fn_differentiated_cell_8(X),'MP1')
& called_2(fn_differentiated_cell_37(X),'MP1')
& has_function_2(fn_differentiated_cell_6(X),fn_differentiated_cell_3(X))
& site_2(fn_differentiated_cell_5(X),fn_differentiated_cell_6(X))
& is_near_2(fn_differentiated_cell_26(X),fn_differentiated_cell_28(X))
& is_near_2(fn_differentiated_cell_28(X),fn_differentiated_cell_26(X))
& has_function_2(X,fn_differentiated_cell_21(X))
& base_2(fn_differentiated_cell_21(X),X)
& volume_2(X,fn_differentiated_cell_22(X))
& is_between_2(fn_differentiated_cell_33(X),fn_differentiated_cell_32(X))
& agent_2(fn_differentiated_cell_19(X),fn_differentiated_cell_32(X))
& object_2(fn_differentiated_cell_19(X),X)
& size_2(X,fn_differentiated_cell_23(X))
& directly_proportional_2(fn_differentiated_cell_23(X),fn_differentiated_cell_22(X))
& has_part_2(X,fn_differentiated_cell_28(X))
& has_part_2(X,fn_differentiated_cell_26(X))
& has_function_2(fn_differentiated_cell_26(X),fn_differentiated_cell_16(X))
& result_2(fn_differentiated_cell_16(X),fn_differentiated_cell_15(X))
& has_function_2(fn_differentiated_cell_15(X),fn_differentiated_cell_20(X))
& is_inside_2(fn_differentiated_cell_33(X),fn_differentiated_cell_32(X))
& has_part_2(fn_differentiated_cell_33(X),fn_differentiated_cell_24(X))
& fn_differentiated_cell_24(X) != fn_differentiated_cell_25(X)
& has_part_2(fn_differentiated_cell_33(X),fn_differentiated_cell_25(X))
& is_between_2(fn_differentiated_cell_33(X),fn_differentiated_cell_28(X))
& fn_differentiated_cell_25(X) != fn_differentiated_cell_24(X)
& has_part_2(X,fn_differentiated_cell_29(X))
& abuts_2(fn_differentiated_cell_27(X),fn_differentiated_cell_29(X))
& abuts_2(fn_differentiated_cell_29(X),fn_differentiated_cell_27(X))
& fn_differentiated_cell_27(X) != fn_differentiated_cell_29(X)
& fn_differentiated_cell_29(X) != fn_differentiated_cell_27(X)
& has_region_2(fn_differentiated_cell_37(X),fn_differentiated_cell_10(X))
& object_2(fn_differentiated_cell_11(X),fn_differentiated_cell_37(X))
& base_2(fn_differentiated_cell_11(X),fn_differentiated_cell_32(X))
& has_part_2(fn_differentiated_cell_32(X),fn_differentiated_cell_7(X))
& called_2(fn_differentiated_cell_7(X),'MP1')
& is_outside_2(fn_differentiated_cell_10(X),fn_differentiated_cell_32(X))
& has_region_2(fn_differentiated_cell_32(X),fn_differentiated_cell_10(X))
& has_region_2(fn_differentiated_cell_32(X),fn_differentiated_cell_9(X))
& is_across_2(fn_differentiated_cell_37(X),fn_differentiated_cell_9(X))
& is_across_2(fn_differentiated_cell_37(X),fn_differentiated_cell_32(X))
& origin_2(fn_differentiated_cell_44(X),fn_differentiated_cell_45(X))
& has_part_2(X,fn_differentiated_cell_45(X))
& has_part_2(X,fn_differentiated_cell_30(X))
& is_inside_2(fn_differentiated_cell_30(X),fn_differentiated_cell_28(X))
& is_inside_2(fn_differentiated_cell_28(X),fn_differentiated_cell_17(X))
& base_2(fn_differentiated_cell_4(X),X)
& site_2(fn_differentiated_cell_4(X),fn_differentiated_cell_6(X))
& has_part_2(X,fn_differentiated_cell_6(X))
& has_part_2(X,fn_differentiated_cell_31(X))
& is_inside_2(fn_differentiated_cell_31(X),fn_differentiated_cell_17(X))
& destination_2(fn_differentiated_cell_44(X),fn_differentiated_cell_6(X))
& causes_2(fn_differentiated_cell_44(X),fn_differentiated_cell_5(X))
& base_2(fn_differentiated_cell_5(X),X)
& has_part_2(X,fn_differentiated_cell_32(X))
& has_part_2(fn_differentiated_cell_32(X),fn_differentiated_cell_8(X))
& first_subevent_2(fn_differentiated_cell_3(X),fn_differentiated_cell_2(X))
& site_2(fn_differentiated_cell_3(X),fn_differentiated_cell_6(X))
& is_inside_2(fn_differentiated_cell_6(X),fn_differentiated_cell_17(X))
& is_inside_2(fn_differentiated_cell_13(X),fn_differentiated_cell_17(X))
& has_part_2(X,fn_differentiated_cell_13(X))
& is_at_2(fn_differentiated_cell_37(X),fn_differentiated_cell_32(X))
& fn_differentiated_cell_8(X) != fn_differentiated_cell_37(X)
& fn_differentiated_cell_7(X) != fn_differentiated_cell_8(X)
& fn_differentiated_cell_8(X) != fn_differentiated_cell_7(X)
& fn_differentiated_cell_37(X) != fn_differentiated_cell_8(X)
& base_2(fn_differentiated_cell_2(X),X)
& subevent_2(fn_differentiated_cell_3(X),fn_differentiated_cell_2(X))
& base_2(fn_differentiated_cell_3(X),X)
& has_part_2(X,fn_differentiated_cell_33(X))
& has_part_2(fn_differentiated_cell_33(X),fn_differentiated_cell_17(X))
& base_2(fn_differentiated_cell_40(X),X)
& has_function_2(X,fn_differentiated_cell_40(X))
& has_region_2(X,fn_differentiated_cell_35(X))
& is_opposite_2(fn_differentiated_cell_34(X),fn_differentiated_cell_35(X))
& is_opposite_2(fn_differentiated_cell_35(X),fn_differentiated_cell_34(X))
& has_region_2(X,fn_differentiated_cell_36(X))
& is_at_2(fn_differentiated_cell_18(X),fn_differentiated_cell_36(X))
& has_part_2(fn_differentiated_cell_32(X),fn_differentiated_cell_18(X))
& has_part_2(fn_differentiated_cell_32(X),fn_differentiated_cell_37(X))
& fn_differentiated_cell_37(X) != fn_differentiated_cell_7(X)
& fn_differentiated_cell_7(X) != fn_differentiated_cell_37(X)
& fn_differentiated_cell_12(X) = fn_nucleus_13(fn_differentiated_cell_28(X))
& X = fn_cell_differentiation_7(fn_differentiated_cell_14(X))
& fn_differentiated_cell_41(X) = fn_animal_plasma_membrane_5(fn_differentiated_cell_32(X))
& fn_differentiated_cell_42(X) = fn_animal_plasma_membrane_76(fn_differentiated_cell_32(X))
& fn_differentiated_cell_42(X) = fn_eukaryotic_cell_43(X)
& fn_differentiated_cell_33(X) = fn_eukaryotic_cell_31(X)
& fn_differentiated_cell_43(X) = fn_plasma_membrane_66(fn_differentiated_cell_32(X))
& fn_differentiated_cell_43(X) = fn_animal_plasma_membrane_58(fn_differentiated_cell_32(X))
& fn_differentiated_cell_43(X) = fn_eukaryotic_cell_46(X)
& fn_differentiated_cell_39(X) = fn_animal_cell_49(X)
& fn_differentiated_cell_38(X) = fn_animal_cell_50(X)
& fn_differentiated_cell_21(X) = fn_animal_cell_81(X)
& fn_differentiated_cell_22(X) = fn_animal_cell_56(X)
& fn_differentiated_cell_23(X) = fn_animal_cell_57(X)
& fn_differentiated_cell_19(X) = fn_animal_cell_76(X)
& fn_differentiated_cell_20(X) = fn_animal_cell_61(X)
& fn_differentiated_cell_15(X) = fn_animal_cell_63(X)
& fn_differentiated_cell_16(X) = fn_animal_cell_64(X)
& fn_differentiated_cell_26(X) = fn_animal_cell_74(X)
& fn_differentiated_cell_25(X) = fn_animal_cell_72(X)
& fn_differentiated_cell_24(X) = fn_animal_cell_71(X)
& fn_differentiated_cell_27(X) = fn_animal_cell_54(X)
& fn_differentiated_cell_29(X) = fn_animal_cell_53(X)
& fn_differentiated_cell_32(X) = fn_animal_plasma_membrane_67(fn_differentiated_cell_32(X))
& fn_differentiated_cell_11(X) = fn_animal_plasma_membrane_52(fn_differentiated_cell_32(X))
& fn_differentiated_cell_11(X) = fn_animal_plasma_membrane_66(fn_differentiated_cell_32(X))
& fn_differentiated_cell_11(X) = fn_animal_plasma_membrane_77(fn_differentiated_cell_32(X))
& fn_differentiated_cell_11(X) = fn_animal_cell_83(X)
& fn_differentiated_cell_9(X) = fn_animal_plasma_membrane_51(fn_differentiated_cell_32(X))
& fn_differentiated_cell_9(X) = fn_animal_cell_85(X)
& fn_differentiated_cell_10(X) = fn_plasma_membrane_65(fn_differentiated_cell_32(X))
& fn_differentiated_cell_10(X) = fn_animal_plasma_membrane_55(fn_differentiated_cell_32(X))
& fn_differentiated_cell_10(X) = fn_animal_cell_84(X)
& fn_differentiated_cell_30(X) = fn_nucleus_6(fn_differentiated_cell_28(X))
& fn_differentiated_cell_28(X) = fn_animal_cell_78(X)
& fn_differentiated_cell_30(X) = fn_animal_cell_52(X)
& fn_differentiated_cell_45(X) = fn_animal_cell_45(X)
& fn_differentiated_cell_31(X) = fn_animal_cell_51(X)
& fn_differentiated_cell_6(X) = fn_eukaryotic_cell_25(X)
& fn_differentiated_cell_4(X) = fn_animal_cell_20(X)
& fn_differentiated_cell_8(X) = fn_plasma_membrane_68(fn_differentiated_cell_32(X))
& X = fn_animal_plasma_membrane_56(fn_differentiated_cell_32(X))
& fn_differentiated_cell_5(X) = fn_animal_cell_21(X)
& fn_differentiated_cell_44(X) = fn_animal_cell_22(X)
& fn_differentiated_cell_13(X) = fn_animal_cell_82(X)
& fn_differentiated_cell_6(X) = fn_animal_cell_59(X)
& fn_differentiated_cell_8(X) = fn_plasma_membrane_54(fn_differentiated_cell_32(X))
& fn_differentiated_cell_7(X) = fn_plasma_membrane_68(fn_differentiated_cell_32(X))
& fn_differentiated_cell_8(X) = fn_animal_plasma_membrane_47(fn_differentiated_cell_32(X))
& fn_differentiated_cell_37(X) = fn_eukaryotic_cell_15(X)
& fn_differentiated_cell_8(X) = fn_eukaryotic_cell_50(X)
& fn_differentiated_cell_8(X) = fn_animal_cell_60(X)
& fn_differentiated_cell_37(X) = fn_plasma_membrane_3(fn_differentiated_cell_32(X))
& fn_differentiated_cell_37(X) = fn_animal_plasma_membrane_47(fn_differentiated_cell_32(X))
& fn_differentiated_cell_17(X) = fn_animal_cell_62(X)
& fn_differentiated_cell_33(X) = fn_animal_cell_79(X)
& fn_differentiated_cell_3(X) = fn_animal_cell_19(X)
& fn_differentiated_cell_2(X) = fn_animal_cell_18(X)
& fn_differentiated_cell_34(X) = fn_animal_cell_13(X)
& fn_differentiated_cell_35(X) = fn_animal_cell_1(X)
& fn_differentiated_cell_40(X) = fn_animal_cell_90(X)
& fn_differentiated_cell_7(X) = fn_animal_cell_80(X)
& fn_differentiated_cell_37(X) = fn_plasma_membrane_55(fn_differentiated_cell_32(X))
& fn_differentiated_cell_37(X) = fn_animal_plasma_membrane_62(fn_differentiated_cell_32(X))
& fn_differentiated_cell_37(X) = fn_animal_plasma_membrane_53(fn_differentiated_cell_32(X))
& fn_differentiated_cell_37(X) = fn_animal_cell_75(X)
& fn_differentiated_cell_18(X) = fn_biomembrane_63(fn_differentiated_cell_32(X))
& fn_differentiated_cell_18(X) = fn_plasma_membrane_71(fn_differentiated_cell_32(X))
& fn_differentiated_cell_18(X) = fn_animal_plasma_membrane_54(fn_differentiated_cell_32(X))
& fn_differentiated_cell_32(X) = fn_eukaryotic_cell_29(X)
& fn_differentiated_cell_18(X) = fn_eukaryotic_cell_41(X)
& fn_differentiated_cell_32(X) = fn_animal_cell_73(X)
& fn_differentiated_cell_18(X) = fn_animal_cell_58(X)
& fn_differentiated_cell_36(X) = fn_animal_cell_55(X)
& fn_eukaryotic_cell_43(X) = fn_animal_plasma_membrane_76(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_76(fn_differentiated_cell_32(X)) = fn_eukaryotic_cell_43(X)
& fn_eukaryotic_cell_43(X) = fn_plasma_membrane_66(fn_differentiated_cell_32(X))
& fn_plasma_membrane_66(fn_differentiated_cell_32(X)) = fn_animal_plasma_membrane_58(fn_differentiated_cell_32(X))
& fn_eukaryotic_cell_46(X) = fn_eukaryotic_cell_46(X)
& fn_eukaryotic_cell_46(X) = fn_animal_plasma_membrane_58(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_58(fn_differentiated_cell_32(X)) = fn_eukaryotic_cell_46(X)
& fn_eukaryotic_cell_46(X) = fn_animal_plasma_membrane_66(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_77(fn_differentiated_cell_32(X)) = fn_animal_plasma_membrane_66(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_66(fn_differentiated_cell_32(X)) = fn_animal_plasma_membrane_77(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_77(fn_differentiated_cell_32(X)) = fn_animal_plasma_membrane_77(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_52(fn_differentiated_cell_32(X)) = fn_animal_plasma_membrane_77(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_77(fn_differentiated_cell_32(X)) = fn_animal_plasma_membrane_52(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_52(fn_differentiated_cell_32(X)) = fn_animal_cell_83(X)
& fn_animal_cell_83(X) = fn_animal_cell_83(X)
& fn_animal_cell_83(X) = fn_animal_plasma_membrane_51(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_51(fn_differentiated_cell_32(X)) = fn_animal_plasma_membrane_51(fn_differentiated_cell_32(X))
& fn_animal_cell_85(X) = fn_animal_plasma_membrane_51(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_51(fn_differentiated_cell_32(X)) = fn_animal_cell_85(X)
& fn_animal_cell_85(X) = fn_plasma_membrane_65(fn_differentiated_cell_32(X))
& fn_plasma_membrane_65(fn_differentiated_cell_32(X)) = fn_plasma_membrane_65(fn_differentiated_cell_32(X))
& fn_plasma_membrane_65(fn_differentiated_cell_32(X)) = fn_animal_plasma_membrane_55(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_55(fn_differentiated_cell_32(X)) = fn_animal_plasma_membrane_55(fn_differentiated_cell_32(X))
& fn_animal_cell_84(X) = fn_animal_plasma_membrane_55(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_55(fn_differentiated_cell_32(X)) = fn_animal_cell_84(X)
& fn_animal_cell_84(X) = fn_nucleus_6(fn_differentiated_cell_28(X))
& fn_nucleus_6(fn_differentiated_cell_28(X)) = fn_animal_cell_52(X)
& fn_animal_cell_52(X) = fn_animal_cell_52(X)
& fn_animal_cell_52(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_eukaryotic_cell_25(X)
& fn_eukaryotic_cell_25(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_plasma_membrane_54(fn_differentiated_cell_32(X))
& fn_plasma_membrane_54(fn_differentiated_cell_32(X)) = fn_plasma_membrane_68(fn_differentiated_cell_32(X))
& fn_plasma_membrane_68(fn_differentiated_cell_32(X)) = fn_plasma_membrane_54(fn_differentiated_cell_32(X))
& fn_plasma_membrane_54(fn_differentiated_cell_32(X)) = fn_plasma_membrane_54(fn_differentiated_cell_32(X))
& fn_plasma_membrane_54(fn_differentiated_cell_32(X)) = fn_animal_plasma_membrane_47(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_47(fn_differentiated_cell_32(X)) = fn_plasma_membrane_68(fn_differentiated_cell_32(X))
& fn_plasma_membrane_68(fn_differentiated_cell_32(X)) = fn_animal_plasma_membrane_47(fn_differentiated_cell_32(X))
& fn_eukaryotic_cell_50(X) = fn_animal_plasma_membrane_47(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_47(fn_differentiated_cell_32(X)) = fn_eukaryotic_cell_50(X)
& fn_animal_cell_60(X) = fn_animal_cell_60(X)
& fn_animal_cell_60(X) = fn_eukaryotic_cell_50(X)
& fn_eukaryotic_cell_50(X) = fn_animal_cell_60(X)
& fn_animal_cell_60(X) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_animal_cell_79(X)
& fn_animal_cell_79(X) = fn_animal_cell_79(X)
& fn_animal_cell_79(X) = fn_animal_cell_80(X)
& fn_animal_cell_80(X) = fn_plasma_membrane_68(fn_differentiated_cell_32(X))
& fn_plasma_membrane_68(fn_differentiated_cell_32(X)) = fn_animal_cell_80(X)
& fn_animal_cell_80(X) = fn_animal_cell_80(X)
& fn_animal_cell_80(X) = fn_animal_plasma_membrane_47(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_47(fn_differentiated_cell_32(X)) = fn_plasma_membrane_3(fn_differentiated_cell_32(X))
& fn_plasma_membrane_3(fn_differentiated_cell_32(X)) = fn_animal_plasma_membrane_47(fn_differentiated_cell_32(X))
& fn_plasma_membrane_55(fn_differentiated_cell_32(X)) = fn_animal_plasma_membrane_47(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_47(fn_differentiated_cell_32(X)) = fn_animal_plasma_membrane_47(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_47(fn_differentiated_cell_32(X)) = fn_plasma_membrane_55(fn_differentiated_cell_32(X))
& fn_plasma_membrane_55(fn_differentiated_cell_32(X)) = fn_plasma_membrane_55(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_62(fn_differentiated_cell_32(X)) = fn_plasma_membrane_55(fn_differentiated_cell_32(X))
& fn_plasma_membrane_55(fn_differentiated_cell_32(X)) = fn_animal_plasma_membrane_62(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_62(fn_differentiated_cell_32(X)) = fn_animal_plasma_membrane_62(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_53(fn_differentiated_cell_32(X)) = fn_animal_plasma_membrane_62(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_62(fn_differentiated_cell_32(X)) = fn_animal_plasma_membrane_53(fn_differentiated_cell_32(X))
& fn_eukaryotic_cell_15(X) = fn_animal_plasma_membrane_53(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_53(fn_differentiated_cell_32(X)) = fn_animal_plasma_membrane_53(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_53(fn_differentiated_cell_32(X)) = fn_eukaryotic_cell_15(X)
& fn_animal_cell_75(X) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_animal_plasma_membrane_67(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_67(fn_differentiated_cell_32(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_eukaryotic_cell_29(X)
& fn_animal_cell_73(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_plasma_membrane_71(fn_differentiated_cell_32(X))
& fn_plasma_membrane_71(fn_differentiated_cell_32(X)) = fn_biomembrane_63(fn_differentiated_cell_32(X))
& fn_biomembrane_63(fn_differentiated_cell_32(X)) = fn_plasma_membrane_71(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_54(fn_differentiated_cell_32(X)) = fn_plasma_membrane_71(fn_differentiated_cell_32(X))
& fn_plasma_membrane_71(fn_differentiated_cell_32(X)) = fn_plasma_membrane_71(fn_differentiated_cell_32(X))
& fn_plasma_membrane_71(fn_differentiated_cell_32(X)) = fn_animal_plasma_membrane_54(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_54(fn_differentiated_cell_32(X)) = fn_animal_plasma_membrane_54(fn_differentiated_cell_32(X))
& fn_eukaryotic_cell_41(X) = fn_animal_plasma_membrane_54(fn_differentiated_cell_32(X))
& fn_animal_plasma_membrane_54(fn_differentiated_cell_32(X)) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_eukaryotic_cell_41(X)
& fn_animal_cell_58(X) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_cell_differentiation_7(fn_differentiated_cell_14(X))
& fn_cell_differentiation_7(fn_differentiated_cell_14(X)) = fn_animal_plasma_membrane_56(fn_differentiated_cell_32(X)) ) ) ).
fof(a528959,axiom,
! [X] :
( differentiated_cell_nuclear_transplantation_1(X)
=> ( original_name_2(X,'Differentiated-Cell-Nuclear-Transplantation')
& user_description_2(X,'The technique of placing a nucleus from differentiated cell into an enucleated cell.')
& concept2words_2(X,transplant)
& concept2words_2(X,'differentiated cell nuclear transplantation')
& concept2words_2(X,'differentiated-cell-nuclear-transplantation')
& nuclear_transplantation_1(X)
& differentiated_cell_1(fn_differentiated_cell_nuclear_transplantation_1(X))
& add_1(fn_differentiated_cell_nuclear_transplantation_2(X))
& enucleated_cell_1(fn_differentiated_cell_nuclear_transplantation_3(X))
& donor_2(X,fn_differentiated_cell_nuclear_transplantation_1(X))
& subevent_2(X,fn_differentiated_cell_nuclear_transplantation_2(X))
& base_2(fn_differentiated_cell_nuclear_transplantation_2(X),fn_differentiated_cell_nuclear_transplantation_3(X))
& fn_differentiated_cell_nuclear_transplantation_1(X) = fn_nuclear_transplantation_2(X)
& fn_differentiated_cell_nuclear_transplantation_3(X) = fn_nuclear_transplantation_1(X)
& fn_differentiated_cell_nuclear_transplantation_2(X) = fn_nuclear_transplantation_3(X) ) ) ).
fof(a528960,axiom,
! [X] :
( differentiated_embryonic_cell_1(X)
=> ( original_name_2(X,'Differentiated-Embryonic-Cell')
& user_description_2(X,'A differentiated cell of the embryo.')
& concept2words_2(X,'differentiated embryonic cell')
& concept2words_2(X,'differentiated-embryonic-cell')
& embryonic_cell_1(X)
& differentiated_cell_1(X)
& ~ mammary_cell_1(X)
& ~ myoblast_1(X)
& ~ embryonic_stem_cell_1(X)
& ~ undifferentiated_embryonic_cell_1(X) ) ) ).
fof(a528961,axiom,
! [X] :
( diffusion_1(X)
=> ( original_name_2(X,'Diffusion')
& user_description_2(X,'Diffusion describes the spread of particles through random motion from regions of higher concentration to regions of lower concentration. Diffusion happens as a result of thermal motion.')
& concept2words_2(X,'downhill diffusion')
& concept2words_2(X,'downhill-diffusion')
& concept2words_2(X,diffuse)
& concept2words_2(X,diffusion)
& spontaneous_change_1(X)
& mixture_1(fn_diffusion_1(X))
& mixture_1(fn_diffusion_2(X))
& space_1(fn_diffusion_3(X))
& concentration_gradient_1(fn_diffusion_4(X))
& symmetrical_distribution_1(fn_diffusion_5(X))
& chemical_entity_1(fn_diffusion_6(X))
& thermal_motion_1(fn_diffusion_7(X))
& spatial_entity_1(fn_thermal_motion_5(fn_diffusion_7(X)))
& tangible_entity_1(fn_thermal_motion_5(fn_diffusion_7(X)))
& object_2(fn_diffusion_5(X),fn_diffusion_6(X))
& site_2(fn_diffusion_5(X),fn_diffusion_3(X))
& is_between_2(fn_diffusion_4(X),fn_diffusion_1(X))
& is_between_2(fn_diffusion_4(X),fn_diffusion_2(X))
& by_means_of_2(X,fn_diffusion_7(X))
& objective_2(X,fn_diffusion_5(X))
& origin_2(X,fn_diffusion_1(X))
& destination_2(X,fn_diffusion_2(X))
& object_2(X,fn_diffusion_6(X))
& base_2(X,fn_diffusion_4(X))
& object_2(fn_diffusion_7(X),fn_diffusion_6(X))
& fn_diffusion_6(X) = fn_thermal_motion_5(fn_diffusion_7(X)) ) ) ).
fof(a528962,axiom,
! [X] :
( diffusion_of_anion_across_plasma_membrane_1(X)
=> ( original_name_2(X,'Diffusion-Of-Anion-Across-Plasma-Membrane')
& user_description_2(X,'The condition inside of the cell is negative compared to the outside, the membrane potential favors the passive transport of cations into the cell and anions out of the cell.')
& concept2words_2(X,diffuse)
& concept2words_2(X,'diffusion of anion across plasma membrane')
& concept2words_2(X,'diffusion-of-anion-across-plasma-membrane')
& facilitated_diffusion_of_ion_1(X)
& ~ diffusion_of_cation_across_plasma_membrane_1(X)
& extra_cellular_matrix_1(fn_diffusion_of_anion_across_plasma_membrane_1(X))
& cytoplasm_1(fn_diffusion_of_anion_across_plasma_membrane_2(X))
& saturated_fatty_acid_1(fn_diffusion_of_anion_across_plasma_membrane_7(X))
& attach_1(fn_diffusion_of_anion_across_plasma_membrane_8(X))
& aqueous_solution_1(fn_diffusion_of_anion_across_plasma_membrane_9(X))
& substance_1(fn_diffusion_of_anion_across_plasma_membrane_10(X))
& aqueous_solution_1(fn_diffusion_of_anion_across_plasma_membrane_10(X))
& fluidity_value_1(fn_diffusion_of_anion_across_plasma_membrane_11(X))
& temperature_value_1(fn_diffusion_of_anion_across_plasma_membrane_12(X))
& density_value_1(fn_diffusion_of_anion_across_plasma_membrane_13(X))
& inside_face_1(fn_diffusion_of_anion_across_plasma_membrane_14(X))
& surface_1(fn_diffusion_of_anion_across_plasma_membrane_15(X))
& outside_face_1(fn_diffusion_of_anion_across_plasma_membrane_15(X))
& carbon_skeleton_1(fn_diffusion_of_anion_across_plasma_membrane_16(X))
& carbohydrate_side_chain_1(fn_diffusion_of_anion_across_plasma_membrane_17(X))
& attach_1(fn_diffusion_of_anion_across_plasma_membrane_18(X))
& quantity_value_1(fn_diffusion_of_anion_across_plasma_membrane_19(X))
& attach_1(fn_diffusion_of_anion_across_plasma_membrane_20(X))
& expose_1(fn_diffusion_of_anion_across_plasma_membrane_21(X))
& hydrophilic_compound_1(fn_diffusion_of_anion_across_plasma_membrane_22(X))
& tangible_entity_1(fn_diffusion_of_anion_across_plasma_membrane_23(X))
& phospholipid_bilayer_1(fn_diffusion_of_anion_across_plasma_membrane_23(X))
& attach_1(fn_diffusion_of_anion_across_plasma_membrane_24(X))
& spatial_entity_1(fn_diffusion_of_anion_across_plasma_membrane_25(X))
& membrane_protein_1(fn_diffusion_of_anion_across_plasma_membrane_25(X))
& thermal_motion_1(fn_diffusion_of_anion_across_plasma_membrane_26(X))
& move_through_1(fn_diffusion_of_anion_across_plasma_membrane_27(X))
& move_1(fn_diffusion_of_anion_across_plasma_membrane_27(X))
& spatial_entity_1(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& biomembrane_1(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& plasma_membrane_1(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& symmetrical_distribution_1(fn_diffusion_of_anion_across_plasma_membrane_29(X))
& block_1(fn_diffusion_of_anion_across_plasma_membrane_30(X))
& anion_1(fn_diffusion_of_anion_across_plasma_membrane_31(X))
& hydrophobic_compound_1(fn_diffusion_of_anion_across_plasma_membrane_32(X))
& spatial_entity_1(fn_diffusion_of_anion_across_plasma_membrane_32(X))
& hydrophilic_compound_1(fn_diffusion_of_anion_across_plasma_membrane_33(X))
& membrane_protein_1(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& protein_1(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& spatial_entity_1(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& polymer_1(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& tangible_entity_1(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& transmembrane_protein_1(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& integral_protein_1(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& transport_protein_1(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& gradient_1(fn_diffusion_of_anion_across_plasma_membrane_35(X))
& concentration_gradient_1(fn_diffusion_of_anion_across_plasma_membrane_35(X))
& size_value_1(fn_diffusion_of_anion_across_plasma_membrane_36(X))
& expose_1(fn_diffusion_of_anion_across_plasma_membrane_37(X))
& monomer_1(fn_diffusion_of_anion_across_plasma_membrane_38(X))
& hydrophilic_region_1(fn_diffusion_of_anion_across_plasma_membrane_39(X))
& hydrophilic_end_1(fn_diffusion_of_anion_across_plasma_membrane_39(X))
& size_value_1(fn_diffusion_of_anion_across_plasma_membrane_40(X))
& aqueous_solution_1(fn_diffusion_of_anion_across_plasma_membrane_41(X))
& hypotonic_solution_1(fn_diffusion_of_anion_across_plasma_membrane_41(X))
& aqueous_solution_1(fn_diffusion_of_anion_across_plasma_membrane_42(X))
& hypertonic_solution_1(fn_diffusion_of_anion_across_plasma_membrane_42(X))
& kinetic_energy_1(fn_diffusion_of_anion_across_plasma_membrane_45(X))
& thermal_energy_1(fn_diffusion_of_anion_across_plasma_membrane_45(X))
& barrier_1(fn_diffusion_of_anion_across_plasma_membrane_46(X))
& block_1(fn_diffusion_of_anion_across_plasma_membrane_47(X))
& block_1(fn_diffusion_of_anion_across_plasma_membrane_48(X))
& glycoprotein_1(fn_diffusion_of_anion_across_plasma_membrane_49(X))
& property_node_1(fn_transport_protein_22(fn_diffusion_of_anion_across_plasma_membrane_34(X)))
& property_node_1(fn_transport_protein_23(fn_diffusion_of_anion_across_plasma_membrane_34(X)))
& property_node_1(fn_plasma_membrane_94(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& property_node_1(fn_plasma_membrane_93(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& property_node_1(fn_plasma_membrane_95(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& property_node_1(fn_plasma_membrane_90(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& temperature_value_1(fn_plasma_membrane_38(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& density_value_1(fn_plasma_membrane_36(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& fluidity_value_1(fn_plasma_membrane_37(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& quantity_value_1(fn_plasma_membrane_40(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& saturated_fatty_acid_1(fn_plasma_membrane_35(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& barrier_1(fn_plasma_membrane_30(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& carbohydrate_side_chain_1(fn_plasma_membrane_88(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& attach_1(fn_plasma_membrane_87(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& carbon_skeleton_1(fn_plasma_membrane_57(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& thermal_energy_1(fn_thermal_motion_6(fn_diffusion_of_anion_across_plasma_membrane_26(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_diffusion_of_anion_across_plasma_membrane_45(X)))
& surface_1(fn_biomembrane_47(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& outside_face_1(fn_biomembrane_41(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& inside_face_1(fn_transmembrane_protein_6(fn_diffusion_of_anion_across_plasma_membrane_34(X)))
& inside_face_1(fn_biomembrane_42(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& hydrophilic_region_1(fn_transport_protein_33(fn_diffusion_of_anion_across_plasma_membrane_34(X)))
& hydrophilic_end_1(fn_transport_protein_33(fn_diffusion_of_anion_across_plasma_membrane_34(X)))
& hydrophilic_end_1(fn_transport_protein_16(fn_diffusion_of_anion_across_plasma_membrane_34(X)))
& monomer_1(fn_polymer_6(fn_diffusion_of_anion_across_plasma_membrane_34(X)))
& monomer_1(fn_plasma_membrane_86(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& monomer_1(fn_transport_protein_21(fn_diffusion_of_anion_across_plasma_membrane_34(X)))
& size_value_1(fn_plasma_membrane_84(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& size_value_1(fn_transport_protein_19(fn_diffusion_of_anion_across_plasma_membrane_34(X)))
& size_value_1(fn_integral_protein_16(fn_diffusion_of_anion_across_plasma_membrane_34(X)))
& size_value_1(fn_plasma_membrane_85(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& size_value_1(fn_transport_protein_20(fn_diffusion_of_anion_across_plasma_membrane_34(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& substance_1(fn_plasma_membrane_70(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& block_1(fn_plasma_membrane_33(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& hydrophilic_compound_1(fn_biomembrane_105(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& hydrophilic_compound_1(fn_plasma_membrane_50(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& glycoprotein_1(fn_integral_protein_9(fn_diffusion_of_anion_across_plasma_membrane_34(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& tangible_entity_1(fn_biomembrane_63(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& tangible_entity_1(fn_integral_protein_27(fn_diffusion_of_anion_across_plasma_membrane_34(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_diffusion_of_anion_across_plasma_membrane_34(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& protein_1(fn_plasma_membrane_68(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& protein_1(fn_plasma_membrane_54(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& polymer_1(fn_plasma_membrane_54(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& hydrophobic_compound_1(fn_plasma_membrane_98(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& spatial_entity_1(fn_block_1(fn_diffusion_of_anion_across_plasma_membrane_30(X)))
& block_1(fn_biomembrane_102(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& block_1(fn_integral_protein_25(fn_diffusion_of_anion_across_plasma_membrane_34(X)))
& block_1(fn_plasma_membrane_97(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& block_1(fn_plasma_membrane_96(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& block_1(fn_plasma_membrane_31(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& move_through_1(fn_transport_protein_34(fn_diffusion_of_anion_across_plasma_membrane_34(X)))
& move_through_1(fn_plasma_membrane_74(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& move_1(fn_plasma_membrane_74(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& spatial_entity_1(fn_thermal_motion_5(fn_diffusion_of_anion_across_plasma_membrane_26(X)))
& tangible_entity_1(fn_thermal_motion_5(fn_diffusion_of_anion_across_plasma_membrane_26(X)))
& chemical_entity_1(fn_plasma_membrane_73(fn_diffusion_of_anion_across_plasma_membrane_28(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_diffusion_of_anion_across_plasma_membrane_34(X)))
& spatial_entity_1(fn_transport_protein_35(fn_diffusion_of_anion_across_plasma_membrane_34(X)))
& biomembrane_1(fn_transport_protein_35(fn_diffusion_of_anion_across_plasma_membrane_34(X)))
& biomembrane_1(fn_integral_protein_24(fn_diffusion_of_anion_across_plasma_membrane_34(X)))
& facilitated_diffusion_1(fn_transport_protein_28(fn_diffusion_of_anion_across_plasma_membrane_34(X)))
& called_2(fn_diffusion_of_anion_across_plasma_membrane_48(X),"2")
& called_2(fn_diffusion_of_anion_across_plasma_membrane_47(X),"3")
& has_function_2(fn_diffusion_of_anion_across_plasma_membrane_35(X),X)
& object_2(X,fn_diffusion_of_anion_across_plasma_membrane_22(X))
& recipient_2(X,fn_diffusion_of_anion_across_plasma_membrane_1(X))
& donor_2(X,fn_diffusion_of_anion_across_plasma_membrane_2(X))
& object_2(fn_diffusion_of_anion_across_plasma_membrane_29(X),fn_diffusion_of_anion_across_plasma_membrane_22(X))
& object_2(fn_diffusion_of_anion_across_plasma_membrane_29(X),fn_diffusion_of_anion_across_plasma_membrane_31(X))
& destination_2(fn_diffusion_of_anion_across_plasma_membrane_27(X),fn_diffusion_of_anion_across_plasma_membrane_41(X))
& origin_2(fn_diffusion_of_anion_across_plasma_membrane_27(X),fn_diffusion_of_anion_across_plasma_membrane_42(X))
& object_2(fn_diffusion_of_anion_across_plasma_membrane_26(X),fn_diffusion_of_anion_across_plasma_membrane_31(X))
& possesses_2(fn_diffusion_of_anion_across_plasma_membrane_31(X),fn_diffusion_of_anion_across_plasma_membrane_45(X))
& object_2(fn_diffusion_of_anion_across_plasma_membrane_37(X),fn_diffusion_of_anion_across_plasma_membrane_34(X))
& site_2(fn_diffusion_of_anion_across_plasma_membrane_37(X),fn_diffusion_of_anion_across_plasma_membrane_39(X))
& object_2(X,fn_diffusion_of_anion_across_plasma_membrane_31(X))
& object_2(fn_diffusion_of_anion_across_plasma_membrane_27(X),fn_diffusion_of_anion_across_plasma_membrane_31(X))
& base_2(fn_diffusion_of_anion_across_plasma_membrane_24(X),fn_diffusion_of_anion_across_plasma_membrane_28(X))
& object_2(fn_diffusion_of_anion_across_plasma_membrane_24(X),fn_diffusion_of_anion_across_plasma_membrane_25(X))
& causes_2(fn_diffusion_of_anion_across_plasma_membrane_26(X),fn_diffusion_of_anion_across_plasma_membrane_27(X))
& by_means_of_2(X,fn_diffusion_of_anion_across_plasma_membrane_26(X))
& object_2(fn_diffusion_of_anion_across_plasma_membrane_21(X),fn_diffusion_of_anion_across_plasma_membrane_34(X))
& site_2(fn_diffusion_of_anion_across_plasma_membrane_21(X),fn_diffusion_of_anion_across_plasma_membrane_39(X))
& has_region_2(fn_diffusion_of_anion_across_plasma_membrane_28(X),fn_diffusion_of_anion_across_plasma_membrane_15(X))
& is_inside_2(fn_diffusion_of_anion_across_plasma_membrane_15(X),fn_diffusion_of_anion_across_plasma_membrane_10(X))
& instrument_2(fn_diffusion_of_anion_across_plasma_membrane_30(X),fn_diffusion_of_anion_across_plasma_membrane_28(X))
& called_2(fn_diffusion_of_anion_across_plasma_membrane_30(X),"1")
& has_region_2(fn_diffusion_of_anion_across_plasma_membrane_28(X),fn_diffusion_of_anion_across_plasma_membrane_14(X))
& is_inside_2(fn_diffusion_of_anion_across_plasma_membrane_9(X),fn_diffusion_of_anion_across_plasma_membrane_14(X))
& path_2(X,fn_diffusion_of_anion_across_plasma_membrane_28(X))
& base_2(fn_diffusion_of_anion_across_plasma_membrane_20(X),fn_diffusion_of_anion_across_plasma_membrane_28(X))
& object_2(fn_diffusion_of_anion_across_plasma_membrane_20(X),fn_diffusion_of_anion_across_plasma_membrane_25(X))
& object_2(fn_diffusion_of_anion_across_plasma_membrane_8(X),fn_diffusion_of_anion_across_plasma_membrane_25(X))
& base_2(fn_diffusion_of_anion_across_plasma_membrane_8(X),fn_diffusion_of_anion_across_plasma_membrane_28(X))
& objective_2(X,fn_diffusion_of_anion_across_plasma_membrane_29(X))
& destination_2(X,fn_diffusion_of_anion_across_plasma_membrane_41(X))
& agent_2(X,fn_diffusion_of_anion_across_plasma_membrane_35(X))
& origin_2(X,fn_diffusion_of_anion_across_plasma_membrane_42(X))
& is_between_2(fn_diffusion_of_anion_across_plasma_membrane_35(X),fn_diffusion_of_anion_across_plasma_membrane_42(X))
& is_between_2(fn_diffusion_of_anion_across_plasma_membrane_35(X),fn_diffusion_of_anion_across_plasma_membrane_41(X))
& is_hypotonic_to_2(fn_diffusion_of_anion_across_plasma_membrane_41(X),fn_diffusion_of_anion_across_plasma_membrane_42(X))
& is_hypertonic_to_2(fn_diffusion_of_anion_across_plasma_membrane_42(X),fn_diffusion_of_anion_across_plasma_membrane_41(X))
& the_scalar_value_2(fn_diffusion_of_anion_across_plasma_membrane_40(X),big_0)
& scalar_unit_class_2(fn_diffusion_of_anion_across_plasma_membrane_40(X),polypeptide_0)
& instrument_2(X,fn_diffusion_of_anion_across_plasma_membrane_34(X))
& subevent_2(X,fn_diffusion_of_anion_across_plasma_membrane_27(X))
& agent_2(fn_diffusion_of_anion_across_plasma_membrane_27(X),fn_diffusion_of_anion_across_plasma_membrane_34(X))
& has_region_2(fn_diffusion_of_anion_across_plasma_membrane_34(X),fn_diffusion_of_anion_across_plasma_membrane_39(X))
& size_2(fn_diffusion_of_anion_across_plasma_membrane_34(X),fn_diffusion_of_anion_across_plasma_membrane_40(X))
& greater_than_2(fn_diffusion_of_anion_across_plasma_membrane_40(X),fn_diffusion_of_anion_across_plasma_membrane_36(X))
& size_2(fn_diffusion_of_anion_across_plasma_membrane_38(X),fn_diffusion_of_anion_across_plasma_membrane_36(X))
& has_part_2(fn_diffusion_of_anion_across_plasma_membrane_34(X),fn_diffusion_of_anion_across_plasma_membrane_38(X))
& facilitates_2(fn_diffusion_of_anion_across_plasma_membrane_34(X),fn_diffusion_of_anion_across_plasma_membrane_27(X))
& agent_2(fn_diffusion_of_anion_across_plasma_membrane_26(X),fn_diffusion_of_anion_across_plasma_membrane_45(X))
& is_at_2(fn_diffusion_of_anion_across_plasma_membrane_25(X),fn_diffusion_of_anion_across_plasma_membrane_28(X))
& is_between_2(fn_diffusion_of_anion_across_plasma_membrane_28(X),fn_diffusion_of_anion_across_plasma_membrane_10(X))
& has_function_2(fn_diffusion_of_anion_across_plasma_membrane_28(X),fn_diffusion_of_anion_across_plasma_membrane_30(X))
& is_impermeable_to_2(fn_diffusion_of_anion_across_plasma_membrane_28(X),fn_diffusion_of_anion_across_plasma_membrane_32(X))
& called_2(fn_diffusion_of_anion_across_plasma_membrane_48(X),"3")
& has_function_2(fn_diffusion_of_anion_across_plasma_membrane_28(X),fn_diffusion_of_anion_across_plasma_membrane_27(X))
& base_2(fn_diffusion_of_anion_across_plasma_membrane_27(X),fn_diffusion_of_anion_across_plasma_membrane_28(X))
& is_between_2(fn_diffusion_of_anion_across_plasma_membrane_28(X),fn_diffusion_of_anion_across_plasma_membrane_9(X))
& directly_proportional_2(fn_diffusion_of_anion_across_plasma_membrane_12(X),fn_diffusion_of_anion_across_plasma_membrane_11(X))
& temperature_2(fn_diffusion_of_anion_across_plasma_membrane_28(X),fn_diffusion_of_anion_across_plasma_membrane_12(X))
& has_function_2(fn_diffusion_of_anion_across_plasma_membrane_28(X),fn_diffusion_of_anion_across_plasma_membrane_48(X))
& fn_diffusion_of_anion_across_plasma_membrane_48(X) != fn_diffusion_of_anion_across_plasma_membrane_47(X)
& called_2(fn_diffusion_of_anion_across_plasma_membrane_47(X),"2")
& fn_diffusion_of_anion_across_plasma_membrane_47(X) != fn_diffusion_of_anion_across_plasma_membrane_48(X)
& has_function_2(fn_diffusion_of_anion_across_plasma_membrane_28(X),fn_diffusion_of_anion_across_plasma_membrane_47(X))
& fn_diffusion_of_anion_across_plasma_membrane_30(X) != fn_diffusion_of_anion_across_plasma_membrane_47(X)
& fn_diffusion_of_anion_across_plasma_membrane_48(X) != fn_diffusion_of_anion_across_plasma_membrane_30(X)
& fn_diffusion_of_anion_across_plasma_membrane_30(X) != fn_diffusion_of_anion_across_plasma_membrane_48(X)
& fn_diffusion_of_anion_across_plasma_membrane_47(X) != fn_diffusion_of_anion_across_plasma_membrane_30(X)
& quantity_2(fn_diffusion_of_anion_across_plasma_membrane_7(X),fn_diffusion_of_anion_across_plasma_membrane_19(X))
& directly_proportional_2(fn_diffusion_of_anion_across_plasma_membrane_19(X),fn_diffusion_of_anion_across_plasma_membrane_11(X))
& inversely_proportional_2(fn_diffusion_of_anion_across_plasma_membrane_13(X),fn_diffusion_of_anion_across_plasma_membrane_11(X))
& density_2(fn_diffusion_of_anion_across_plasma_membrane_28(X),fn_diffusion_of_anion_across_plasma_membrane_13(X))
& fluidity_2(fn_diffusion_of_anion_across_plasma_membrane_28(X),fn_diffusion_of_anion_across_plasma_membrane_11(X))
& is_impermeable_to_2(fn_diffusion_of_anion_across_plasma_membrane_28(X),fn_diffusion_of_anion_across_plasma_membrane_33(X))
& object_2(fn_diffusion_of_anion_across_plasma_membrane_30(X),fn_diffusion_of_anion_across_plasma_membrane_33(X))
& in_event_2(fn_diffusion_of_anion_across_plasma_membrane_46(X),fn_diffusion_of_anion_across_plasma_membrane_30(X))
& plays_2(fn_diffusion_of_anion_across_plasma_membrane_28(X),fn_diffusion_of_anion_across_plasma_membrane_46(X))
& has_part_2(fn_diffusion_of_anion_across_plasma_membrane_28(X),fn_diffusion_of_anion_across_plasma_membrane_7(X))
& is_inside_2(fn_diffusion_of_anion_across_plasma_membrane_16(X),fn_diffusion_of_anion_across_plasma_membrane_28(X))
& base_2(fn_diffusion_of_anion_across_plasma_membrane_18(X),fn_diffusion_of_anion_across_plasma_membrane_16(X))
& object_2(fn_diffusion_of_anion_across_plasma_membrane_18(X),fn_diffusion_of_anion_across_plasma_membrane_17(X))
& is_outside_2(fn_diffusion_of_anion_across_plasma_membrane_17(X),fn_diffusion_of_anion_across_plasma_membrane_28(X))
& has_part_2(fn_diffusion_of_anion_across_plasma_membrane_28(X),fn_diffusion_of_anion_across_plasma_membrane_34(X))
& is_across_2(fn_diffusion_of_anion_across_plasma_membrane_34(X),fn_diffusion_of_anion_across_plasma_membrane_28(X))
& is_inside_2(fn_diffusion_of_anion_across_plasma_membrane_34(X),fn_diffusion_of_anion_across_plasma_membrane_23(X))
& is_inside_2(fn_diffusion_of_anion_across_plasma_membrane_49(X),fn_diffusion_of_anion_across_plasma_membrane_23(X))
& has_part_2(fn_diffusion_of_anion_across_plasma_membrane_28(X),fn_diffusion_of_anion_across_plasma_membrane_49(X))
& has_part_2(fn_diffusion_of_anion_across_plasma_membrane_28(X),fn_diffusion_of_anion_across_plasma_membrane_23(X))
& object_2(fn_diffusion_of_anion_across_plasma_membrane_27(X),fn_diffusion_of_anion_across_plasma_membrane_22(X))
& is_permeable_to_2(fn_diffusion_of_anion_across_plasma_membrane_28(X),fn_diffusion_of_anion_across_plasma_membrane_22(X))
& possesses_2(fn_diffusion_of_anion_across_plasma_membrane_22(X),fn_diffusion_of_anion_across_plasma_membrane_45(X))
& object_2(fn_diffusion_of_anion_across_plasma_membrane_26(X),fn_diffusion_of_anion_across_plasma_membrane_22(X))
& object_2(fn_diffusion_of_anion_across_plasma_membrane_30(X),fn_diffusion_of_anion_across_plasma_membrane_32(X))
& fn_diffusion_of_anion_across_plasma_membrane_31(X) = fn_kinetic_energy_2(fn_diffusion_of_anion_across_plasma_membrane_45(X))
& fn_diffusion_of_anion_across_plasma_membrane_37(X) = fn_facilitated_diffusion_34(X)
& fn_diffusion_of_anion_across_plasma_membrane_31(X) = fn_facilitated_diffusion_26(X)
& fn_diffusion_of_anion_across_plasma_membrane_25(X) = fn_passive_transport_21(X)
& fn_diffusion_of_anion_across_plasma_membrane_24(X) = fn_passive_transport_20(X)
& fn_diffusion_of_anion_across_plasma_membrane_26(X) = fn_passive_transport_22(X)
& fn_diffusion_of_anion_across_plasma_membrane_39(X) = fn_facilitated_diffusion_45(X)
& fn_diffusion_of_anion_across_plasma_membrane_21(X) = fn_facilitated_diffusion_34(X)
& fn_diffusion_of_anion_across_plasma_membrane_10(X) = fn_biomembrane_15(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_10(X) = fn_facilitated_diffusion_15(X)
& fn_diffusion_of_anion_across_plasma_membrane_15(X) = fn_biomembrane_47(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_15(X) = fn_biomembrane_41(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_15(X) = fn_facilitated_diffusion_17(X)
& fn_diffusion_of_anion_across_plasma_membrane_30(X) = fn_facilitated_diffusion_6(X)
& fn_diffusion_of_anion_across_plasma_membrane_9(X) = fn_biomembrane_14(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_9(X) = fn_facilitated_diffusion_14(X)
& fn_diffusion_of_anion_across_plasma_membrane_14(X) = fn_transmembrane_protein_6(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_diffusion_of_anion_across_plasma_membrane_14(X) = fn_biomembrane_42(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_14(X) = fn_facilitated_diffusion_16(X)
& fn_diffusion_of_anion_across_plasma_membrane_8(X) = fn_facilitated_diffusion_52(X)
& fn_diffusion_of_anion_across_plasma_membrane_25(X) = fn_facilitated_diffusion_50(X)
& fn_diffusion_of_anion_across_plasma_membrane_20(X) = fn_facilitated_diffusion_51(X)
& fn_diffusion_of_anion_across_plasma_membrane_28(X) = fn_facilitated_diffusion_49(X)
& fn_diffusion_of_anion_across_plasma_membrane_29(X) = fn_facilitated_diffusion_of_ion_25(X)
& fn_diffusion_of_anion_across_plasma_membrane_35(X) = fn_facilitated_diffusion_of_ion_26(X)
& fn_diffusion_of_anion_across_plasma_membrane_41(X) = fn_facilitated_diffusion_of_ion_23(X)
& fn_diffusion_of_anion_across_plasma_membrane_42(X) = fn_facilitated_diffusion_of_ion_29(X)
& fn_diffusion_of_anion_across_plasma_membrane_43(X) = fn_transport_protein_22(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_diffusion_of_anion_across_plasma_membrane_44(X) = fn_transport_protein_23(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_diffusion_of_anion_across_plasma_membrane_39(X) = fn_transport_protein_33(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_diffusion_of_anion_across_plasma_membrane_39(X) = fn_transport_protein_16(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_diffusion_of_anion_across_plasma_membrane_27(X) = fn_facilitated_diffusion_55(X)
& X = fn_transport_protein_28(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_diffusion_of_anion_across_plasma_membrane_38(X) = fn_polymer_6(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_diffusion_of_anion_across_plasma_membrane_38(X) = fn_facilitated_diffusion_37(X)
& fn_diffusion_of_anion_across_plasma_membrane_38(X) = fn_plasma_membrane_86(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_38(X) = fn_transport_protein_21(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_diffusion_of_anion_across_plasma_membrane_36(X) = fn_facilitated_diffusion_28(X)
& fn_diffusion_of_anion_across_plasma_membrane_40(X) = fn_plasma_membrane_85(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_36(X) = fn_plasma_membrane_84(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_36(X) = fn_transport_protein_19(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_diffusion_of_anion_across_plasma_membrane_40(X) = fn_integral_protein_16(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_diffusion_of_anion_across_plasma_membrane_40(X) = fn_facilitated_diffusion_47(X)
& fn_diffusion_of_anion_across_plasma_membrane_40(X) = fn_transport_protein_20(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_diffusion_of_anion_across_plasma_membrane_25(X) = fn_plasma_membrane_4(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_25(X) = fn_plasma_membrane_3(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_10(X) = fn_plasma_membrane_70(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_6(X) = fn_plasma_membrane_94(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_30(X) = fn_integral_protein_25(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_diffusion_of_anion_across_plasma_membrane_5(X) = fn_plasma_membrane_93(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_32(X) = fn_plasma_membrane_98(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_4(X) = fn_plasma_membrane_95(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_3(X) = fn_plasma_membrane_90(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_9(X) = fn_plasma_membrane_77(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_27(X) = fn_transport_protein_34(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_diffusion_of_anion_across_plasma_membrane_28(X) = fn_passive_transport_25(X)
& fn_diffusion_of_anion_across_plasma_membrane_27(X) = fn_passive_transport_24(X)
& fn_diffusion_of_anion_across_plasma_membrane_47(X) = fn_plasma_membrane_97(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_48(X) = fn_plasma_membrane_96(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_12(X) = fn_plasma_membrane_38(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_30(X) = fn_plasma_membrane_97(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_48(X) = fn_plasma_membrane_33(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_30(X) = fn_plasma_membrane_96(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_47(X) = fn_plasma_membrane_33(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_13(X) = fn_plasma_membrane_36(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_11(X) = fn_plasma_membrane_37(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_19(X) = fn_plasma_membrane_40(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_7(X) = fn_plasma_membrane_35(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_46(X) = fn_plasma_membrane_30(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_30(X) = fn_biomembrane_102(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_33(X) = fn_biomembrane_105(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_30(X) = fn_plasma_membrane_31(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_33(X) = fn_plasma_membrane_50(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_34(X) = fn_plasma_membrane_68(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_28(X) = fn_transmembrane_protein_4(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_diffusion_of_anion_across_plasma_membrane_34(X) = fn_plasma_membrane_54(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_17(X) = fn_plasma_membrane_88(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_18(X) = fn_plasma_membrane_87(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_16(X) = fn_plasma_membrane_57(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_23(X) = fn_biomembrane_63(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_28(X) = fn_integral_protein_24(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_diffusion_of_anion_across_plasma_membrane_49(X) = fn_facilitated_diffusion_5(X)
& fn_diffusion_of_anion_across_plasma_membrane_49(X) = fn_integral_protein_9(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_diffusion_of_anion_across_plasma_membrane_49(X) = fn_plasma_membrane_34(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_34(X) = fn_facilitated_diffusion_25(X)
& fn_diffusion_of_anion_across_plasma_membrane_23(X) = fn_facilitated_diffusion_48(X)
& fn_diffusion_of_anion_across_plasma_membrane_23(X) = fn_integral_protein_27(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_diffusion_of_anion_across_plasma_membrane_23(X) = fn_plasma_membrane_71(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_28(X) = fn_transport_protein_35(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_diffusion_of_anion_across_plasma_membrane_34(X) = fn_plasma_membrane_55(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_32(X) = fn_block_1(fn_diffusion_of_anion_across_plasma_membrane_30(X))
& fn_diffusion_of_anion_across_plasma_membrane_45(X) = fn_thermal_motion_6(fn_diffusion_of_anion_across_plasma_membrane_26(X))
& fn_diffusion_of_anion_across_plasma_membrane_22(X) = fn_thermal_motion_5(fn_diffusion_of_anion_across_plasma_membrane_26(X))
& fn_diffusion_of_anion_across_plasma_membrane_27(X) = fn_plasma_membrane_74(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_diffusion_of_anion_across_plasma_membrane_22(X) = fn_plasma_membrane_73(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_kinetic_energy_2(fn_diffusion_of_anion_across_plasma_membrane_45(X)) = fn_facilitated_diffusion_26(X)
& fn_facilitated_diffusion_26(X) = fn_facilitated_diffusion_26(X)
& fn_facilitated_diffusion_26(X) = fn_biomembrane_41(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_biomembrane_41(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_biomembrane_47(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_biomembrane_47(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_biomembrane_41(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_biomembrane_41(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_biomembrane_41(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_facilitated_diffusion_17(X) = fn_biomembrane_41(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_biomembrane_41(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_facilitated_diffusion_17(X)
& fn_facilitated_diffusion_17(X) = fn_biomembrane_42(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_biomembrane_42(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_transmembrane_protein_6(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_transmembrane_protein_6(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_biomembrane_42(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_biomembrane_42(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_biomembrane_42(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_facilitated_diffusion_16(X) = fn_biomembrane_42(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_biomembrane_42(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_facilitated_diffusion_16(X)
& fn_facilitated_diffusion_16(X) = fn_facilitated_diffusion_45(X)
& fn_facilitated_diffusion_45(X) = fn_transport_protein_33(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_transport_protein_33(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_facilitated_diffusion_45(X)
& fn_facilitated_diffusion_45(X) = fn_facilitated_diffusion_45(X)
& fn_facilitated_diffusion_45(X) = fn_transport_protein_16(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_transport_protein_16(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_polymer_6(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_polymer_6(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_facilitated_diffusion_37(X)
& fn_facilitated_diffusion_37(X) = fn_facilitated_diffusion_37(X)
& fn_plasma_membrane_86(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_facilitated_diffusion_37(X)
& fn_facilitated_diffusion_37(X) = fn_plasma_membrane_86(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_86(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_plasma_membrane_86(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_transport_protein_21(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_plasma_membrane_86(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_86(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_transport_protein_21(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_transport_protein_21(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_facilitated_diffusion_28(X)
& fn_plasma_membrane_84(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_facilitated_diffusion_28(X)
& fn_facilitated_diffusion_28(X) = fn_plasma_membrane_84(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_transport_protein_19(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_plasma_membrane_84(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_84(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_transport_protein_19(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_transport_protein_19(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_integral_protein_16(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_facilitated_diffusion_47(X) = fn_integral_protein_16(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_integral_protein_16(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_facilitated_diffusion_47(X)
& fn_facilitated_diffusion_47(X) = fn_plasma_membrane_85(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_85(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_facilitated_diffusion_47(X)
& fn_facilitated_diffusion_47(X) = fn_transport_protein_20(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_transport_protein_20(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_plasma_membrane_85(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_85(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_transport_protein_20(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_transport_protein_20(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_transport_protein_20(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_transport_protein_20(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_passive_transport_21(X)
& fn_passive_transport_21(X) = fn_plasma_membrane_4(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_4(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_passive_transport_21(X)
& fn_passive_transport_21(X) = fn_facilitated_diffusion_50(X)
& fn_facilitated_diffusion_50(X) = fn_facilitated_diffusion_50(X)
& fn_facilitated_diffusion_50(X) = fn_plasma_membrane_3(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_3(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_biomembrane_15(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_biomembrane_15(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_facilitated_diffusion_15(X)
& fn_facilitated_diffusion_15(X) = fn_facilitated_diffusion_15(X)
& fn_facilitated_diffusion_15(X) = fn_plasma_membrane_70(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_70(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_biomembrane_14(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_biomembrane_14(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_facilitated_diffusion_14(X)
& fn_facilitated_diffusion_14(X) = fn_facilitated_diffusion_14(X)
& fn_facilitated_diffusion_14(X) = fn_plasma_membrane_77(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_77(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_plasma_membrane_96(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_96(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_plasma_membrane_33(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_33(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_plasma_membrane_97(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_97(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_plasma_membrane_33(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_33(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_plasma_membrane_33(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_33(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_biomembrane_105(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_biomembrane_105(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_plasma_membrane_50(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_50(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_plasma_membrane_50(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_50(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_integral_protein_9(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_integral_protein_9(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_facilitated_diffusion_5(X)
& fn_facilitated_diffusion_5(X) = fn_integral_protein_9(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_integral_protein_9(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_integral_protein_9(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_plasma_membrane_34(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_integral_protein_9(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_integral_protein_9(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_plasma_membrane_34(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_34(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_biomembrane_63(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_biomembrane_63(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_facilitated_diffusion_48(X)
& fn_facilitated_diffusion_48(X) = fn_facilitated_diffusion_48(X)
& fn_integral_protein_27(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_facilitated_diffusion_48(X)
& fn_facilitated_diffusion_48(X) = fn_integral_protein_27(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_integral_protein_27(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_integral_protein_27(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_plasma_membrane_71(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_integral_protein_27(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_integral_protein_27(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_plasma_membrane_71(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_71(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_facilitated_diffusion_25(X)
& fn_facilitated_diffusion_25(X) = fn_plasma_membrane_68(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_68(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_facilitated_diffusion_25(X)
& fn_facilitated_diffusion_25(X) = fn_facilitated_diffusion_25(X)
& fn_plasma_membrane_54(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_facilitated_diffusion_25(X)
& fn_facilitated_diffusion_25(X) = fn_plasma_membrane_54(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_54(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_plasma_membrane_54(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_54(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_plasma_membrane_55(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_55(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_plasma_membrane_55(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_55(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_plasma_membrane_98(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_98(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_block_1(fn_diffusion_of_anion_across_plasma_membrane_30(X))
& fn_block_1(fn_diffusion_of_anion_across_plasma_membrane_30(X)) = fn_integral_protein_25(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_integral_protein_25(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_biomembrane_102(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_biomembrane_102(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_integral_protein_25(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_facilitated_diffusion_6(X) = fn_integral_protein_25(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_integral_protein_25(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_facilitated_diffusion_6(X)
& fn_facilitated_diffusion_6(X) = fn_facilitated_diffusion_6(X)
& fn_facilitated_diffusion_6(X) = fn_plasma_membrane_97(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_97(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_plasma_membrane_97(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_97(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_plasma_membrane_96(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_96(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_plasma_membrane_96(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_96(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_plasma_membrane_31(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_31(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_plasma_membrane_31(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_31(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_facilitated_diffusion_55(X)
& fn_passive_transport_24(X) = fn_facilitated_diffusion_55(X)
& fn_facilitated_diffusion_55(X) = fn_passive_transport_24(X)
& fn_passive_transport_24(X) = fn_passive_transport_24(X)
& fn_transport_protein_34(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_passive_transport_24(X)
& fn_passive_transport_24(X) = fn_transport_protein_34(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_transport_protein_34(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_transport_protein_34(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_plasma_membrane_74(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_transport_protein_34(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_transport_protein_34(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_plasma_membrane_74(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_74(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_plasma_membrane_74(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_74(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_thermal_motion_5(fn_diffusion_of_anion_across_plasma_membrane_26(X))
& fn_thermal_motion_5(fn_diffusion_of_anion_across_plasma_membrane_26(X)) = fn_thermal_motion_5(fn_diffusion_of_anion_across_plasma_membrane_26(X))
& fn_thermal_motion_5(fn_diffusion_of_anion_across_plasma_membrane_26(X)) = fn_plasma_membrane_73(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_73(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_plasma_membrane_73(fn_diffusion_of_anion_across_plasma_membrane_28(X))
& fn_plasma_membrane_73(fn_diffusion_of_anion_across_plasma_membrane_28(X)) = fn_transmembrane_protein_4(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_transport_protein_35(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_transmembrane_protein_4(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_transmembrane_protein_4(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_transport_protein_35(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_passive_transport_25(X) = fn_transport_protein_35(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_transport_protein_35(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_transport_protein_35(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_transport_protein_35(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_passive_transport_25(X)
& fn_integral_protein_24(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_passive_transport_25(X)
& fn_passive_transport_25(X) = fn_passive_transport_25(X)
& fn_passive_transport_25(X) = fn_integral_protein_24(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_integral_protein_24(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_facilitated_diffusion_49(X)
& fn_facilitated_diffusion_49(X) = fn_facilitated_diffusion_49(X)
& fn_facilitated_diffusion_49(X) = fn_integral_protein_24(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_integral_protein_24(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_integral_protein_24(fn_diffusion_of_anion_across_plasma_membrane_34(X))
& fn_transport_protein_28(fn_diffusion_of_anion_across_plasma_membrane_34(X)) = fn_transport_protein_28(fn_diffusion_of_anion_across_plasma_membrane_34(X)) ) ) ).
fof(a528963,axiom,
! [X] :
( diffusion_of_carbon_dioxide_across_cell_membrane_1(X)
=> ( original_name_2(X,'Diffusion-of-Carbon-Dioxide-Across-Cell-Membrane')
& user_description_2(X,'The passive movement of carbon dioxide from an area of high concentration on one side of the membrane to an area of lower concentration on the other side of the membrane.')
& concept2words_2(X,'diffusion of co2')
& concept2words_2(X,'diffusion of carbon dioxide')
& concept2words_2(X,diffuse)
& concept2words_2(X,'diffusion of carbon dioxide across cell membrane')
& concept2words_2(X,'diffusion-of-carbon-dioxide-across-cell-membrane')
& movement_of_hydrophobic_molecule_across_biomembrane_1(X)
& cell_pole_1(fn_diffusion_of_carbon_dioxide_across_cell_membrane_1(X))
& cell_pole_1(fn_diffusion_of_carbon_dioxide_across_cell_membrane_2(X))
& surface_1(fn_diffusion_of_carbon_dioxide_across_cell_membrane_3(X))
& kinetic_energy_1(fn_diffusion_of_carbon_dioxide_across_cell_membrane_4(X))
& thermal_energy_1(fn_diffusion_of_carbon_dioxide_across_cell_membrane_4(X))
& carbon_dioxide_1(fn_diffusion_of_carbon_dioxide_across_cell_membrane_5(X))
& thermal_motion_1(fn_diffusion_of_carbon_dioxide_across_cell_membrane_6(X))
& move_through_1(fn_diffusion_of_carbon_dioxide_across_cell_membrane_7(X))
& symmetrical_distribution_1(fn_diffusion_of_carbon_dioxide_across_cell_membrane_8(X))
& kinetic_energy_1(fn_molecule_12(fn_diffusion_of_carbon_dioxide_across_cell_membrane_5(X)))
& path_2(X,fn_diffusion_of_carbon_dioxide_across_cell_membrane_3(X))
& path_2(X,fn_diffusion_of_carbon_dioxide_across_cell_membrane_2(X))
& path_2(X,fn_diffusion_of_carbon_dioxide_across_cell_membrane_1(X))
& object_2(X,fn_diffusion_of_carbon_dioxide_across_cell_membrane_5(X))
& object_2(fn_diffusion_of_carbon_dioxide_across_cell_membrane_6(X),fn_diffusion_of_carbon_dioxide_across_cell_membrane_5(X))
& possesses_2(fn_diffusion_of_carbon_dioxide_across_cell_membrane_5(X),fn_diffusion_of_carbon_dioxide_across_cell_membrane_4(X))
& agent_2(fn_diffusion_of_carbon_dioxide_across_cell_membrane_6(X),fn_diffusion_of_carbon_dioxide_across_cell_membrane_4(X))
& by_means_of_2(X,fn_diffusion_of_carbon_dioxide_across_cell_membrane_6(X))
& fn_diffusion_of_carbon_dioxide_across_cell_membrane_5(X) = fn_passive_transport_14(X)
& fn_diffusion_of_carbon_dioxide_across_cell_membrane_4(X) = fn_molecule_12(fn_diffusion_of_carbon_dioxide_across_cell_membrane_5(X))
& fn_diffusion_of_carbon_dioxide_across_cell_membrane_4(X) = fn_passive_transport_13(X)
& fn_diffusion_of_carbon_dioxide_across_cell_membrane_8(X) = fn_passive_transport_29(X)
& fn_diffusion_of_carbon_dioxide_across_cell_membrane_6(X) = fn_passive_transport_22(X)
& fn_diffusion_of_carbon_dioxide_across_cell_membrane_7(X) = fn_passive_transport_24(X)
& fn_molecule_12(fn_diffusion_of_carbon_dioxide_across_cell_membrane_5(X)) = fn_passive_transport_13(X) ) ) ).
fof(a528964,axiom,
! [X] :
( diffusion_of_cation_across_plasma_membrane_1(X)
=> ( original_name_2(X,'Diffusion-Of-Cation-Across-Plasma-Membrane')
& user_description_2(X,'The condition inside of the cell is negative compared to the outside, the membrane potential favors the passive transport of cations into the cell and anions out of the cell.')
& concept2words_2(X,diffuse)
& concept2words_2(X,'diffusion of cation across plasma membrane')
& concept2words_2(X,'diffusion-of-cation-across-plasma-membrane')
& facilitated_diffusion_of_ion_1(X)
& ~ diffusion_of_anion_across_plasma_membrane_1(X)
& attract_1(fn_diffusion_of_cation_across_plasma_membrane_1(X))
& attach_1(fn_diffusion_of_cation_across_plasma_membrane_2(X))
& attach_1(fn_diffusion_of_cation_across_plasma_membrane_3(X))
& carbon_skeleton_1(fn_diffusion_of_cation_across_plasma_membrane_4(X))
& carbohydrate_side_chain_1(fn_diffusion_of_cation_across_plasma_membrane_5(X))
& attach_1(fn_diffusion_of_cation_across_plasma_membrane_6(X))
& expose_1(fn_diffusion_of_cation_across_plasma_membrane_7(X))
& repel_1(fn_diffusion_of_cation_across_plasma_membrane_8(X))
& spatial_entity_1(fn_diffusion_of_cation_across_plasma_membrane_9(X))
& membrane_protein_1(fn_diffusion_of_cation_across_plasma_membrane_9(X))
& hydrophilic_compound_1(fn_diffusion_of_cation_across_plasma_membrane_10(X))
& tangible_entity_1(fn_diffusion_of_cation_across_plasma_membrane_11(X))
& phospholipid_bilayer_1(fn_diffusion_of_cation_across_plasma_membrane_11(X))
& size_value_1(fn_diffusion_of_cation_across_plasma_membrane_12(X))
& protein_domain_1(fn_diffusion_of_cation_across_plasma_membrane_13(X))
& hydrophilic_region_1(fn_diffusion_of_cation_across_plasma_membrane_14(X))
& hydrophilic_end_1(fn_diffusion_of_cation_across_plasma_membrane_14(X))
& surface_1(fn_diffusion_of_cation_across_plasma_membrane_15(X))
& outside_face_1(fn_diffusion_of_cation_across_plasma_membrane_15(X))
& carbon_skeleton_1(fn_diffusion_of_cation_across_plasma_membrane_16(X))
& hydrophilic_region_1(fn_diffusion_of_cation_across_plasma_membrane_17(X))
& hydrophilic_end_1(fn_diffusion_of_cation_across_plasma_membrane_17(X))
& hydrophobic_region_1(fn_diffusion_of_cation_across_plasma_membrane_18(X))
& polypeptide_1(fn_diffusion_of_cation_across_plasma_membrane_19(X))
& entity_1(fn_diffusion_of_cation_across_plasma_membrane_20(X))
& atom_1(fn_diffusion_of_cation_across_plasma_membrane_20(X))
& chemical_entity_1(fn_diffusion_of_cation_across_plasma_membrane_20(X))
& carbon_1(fn_diffusion_of_cation_across_plasma_membrane_21(X))
& monomer_1(fn_diffusion_of_cation_across_plasma_membrane_22(X))
& hydrophobic_amino_acid_1(fn_diffusion_of_cation_across_plasma_membrane_23(X))
& polar_amino_acid_1(fn_diffusion_of_cation_across_plasma_membrane_24(X))
& expose_1(fn_diffusion_of_cation_across_plasma_membrane_25(X))
& constant_motion_1(fn_diffusion_of_cation_across_plasma_membrane_26(X))
& kinetic_energy_1(fn_diffusion_of_cation_across_plasma_membrane_27(X))
& covalent_bond_1(fn_diffusion_of_cation_across_plasma_membrane_28(X))
& chemical_bond_1(fn_diffusion_of_cation_across_plasma_membrane_28(X))
& quantity_value_1(fn_diffusion_of_cation_across_plasma_membrane_29(X))
& speed_value_1(fn_diffusion_of_cation_across_plasma_membrane_30(X))
& size_value_1(fn_diffusion_of_cation_across_plasma_membrane_31(X))
& spatial_entity_1(fn_diffusion_of_cation_across_plasma_membrane_32(X))
& chemical_entity_1(fn_diffusion_of_cation_across_plasma_membrane_32(X))
& monomer_1(fn_diffusion_of_cation_across_plasma_membrane_32(X))
& molecule_1(fn_diffusion_of_cation_across_plasma_membrane_32(X))
& amino_acid_1(fn_diffusion_of_cation_across_plasma_membrane_32(X))
& aqueous_solution_1(fn_diffusion_of_cation_across_plasma_membrane_33(X))
& hypertonic_solution_1(fn_diffusion_of_cation_across_plasma_membrane_33(X))
& move_1(fn_diffusion_of_cation_across_plasma_membrane_34(X))
& move_through_1(fn_diffusion_of_cation_across_plasma_membrane_34(X))
& gradient_1(fn_diffusion_of_cation_across_plasma_membrane_35(X))
& concentration_gradient_1(fn_diffusion_of_cation_across_plasma_membrane_35(X))
& molecule_1(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& membrane_protein_1(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& protein_1(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& spatial_entity_1(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& polymer_1(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& tangible_entity_1(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& transmembrane_protein_1(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& integral_protein_1(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& transport_protein_1(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& symmetrical_distribution_1(fn_diffusion_of_cation_across_plasma_membrane_37(X))
& spatial_entity_1(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& biomembrane_1(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& plasma_membrane_1(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& cation_1(fn_diffusion_of_cation_across_plasma_membrane_39(X))
& hydrophilic_compound_1(fn_diffusion_of_cation_across_plasma_membrane_40(X))
& aqueous_solution_1(fn_diffusion_of_cation_across_plasma_membrane_41(X))
& hypotonic_solution_1(fn_diffusion_of_cation_across_plasma_membrane_41(X))
& thermal_motion_1(fn_diffusion_of_cation_across_plasma_membrane_42(X))
& kinetic_energy_1(fn_diffusion_of_cation_across_plasma_membrane_47(X))
& thermal_energy_1(fn_diffusion_of_cation_across_plasma_membrane_47(X))
& quantity_value_1(fn_diffusion_of_cation_across_plasma_membrane_48(X))
& block_1(fn_diffusion_of_cation_across_plasma_membrane_49(X))
& barrier_1(fn_diffusion_of_cation_across_plasma_membrane_50(X))
& surface_1(fn_diffusion_of_cation_across_plasma_membrane_51(X))
& outside_face_1(fn_diffusion_of_cation_across_plasma_membrane_51(X))
& inside_face_1(fn_diffusion_of_cation_across_plasma_membrane_52(X))
& density_value_1(fn_diffusion_of_cation_across_plasma_membrane_53(X))
& temperature_value_1(fn_diffusion_of_cation_across_plasma_membrane_54(X))
& fluidity_value_1(fn_diffusion_of_cation_across_plasma_membrane_55(X))
& substance_1(fn_diffusion_of_cation_across_plasma_membrane_56(X))
& aqueous_solution_1(fn_diffusion_of_cation_across_plasma_membrane_56(X))
& aqueous_solution_1(fn_diffusion_of_cation_across_plasma_membrane_57(X))
& block_1(fn_diffusion_of_cation_across_plasma_membrane_58(X))
& block_1(fn_diffusion_of_cation_across_plasma_membrane_59(X))
& block_1(fn_diffusion_of_cation_across_plasma_membrane_60(X))
& saturated_fatty_acid_1(fn_diffusion_of_cation_across_plasma_membrane_61(X))
& glycoprotein_1(fn_diffusion_of_cation_across_plasma_membrane_62(X))
& property_node_1(fn_plasma_membrane_94(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& property_node_1(fn_plasma_membrane_93(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& property_node_1(fn_plasma_membrane_90(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& temperature_value_1(fn_plasma_membrane_38(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& barrier_1(fn_plasma_membrane_30(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& block_1(fn_plasma_membrane_31(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& hydrophilic_compound_1(fn_plasma_membrane_50(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& carbohydrate_side_chain_1(fn_plasma_membrane_88(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& attach_1(fn_plasma_membrane_87(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& carbon_skeleton_1(fn_plasma_membrane_57(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& property_node_1(fn_plasma_membrane_95(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& density_value_1(fn_plasma_membrane_36(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& fluidity_value_1(fn_plasma_membrane_37(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& quantity_value_1(fn_plasma_membrane_40(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& saturated_fatty_acid_1(fn_plasma_membrane_35(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& property_node_1(fn_transport_protein_29(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& property_node_1(fn_transport_protein_30(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& property_node_1(fn_transport_protein_22(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& property_node_1(fn_transport_protein_23(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& polypeptide_1(fn_transport_protein_7(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& carbon_skeleton_1(fn_transport_protein_18(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& spatial_entity_1(fn_transport_protein_8(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& chemical_entity_1(fn_transport_protein_8(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& monomer_1(fn_transport_protein_8(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& molecule_1(fn_transport_protein_8(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& amino_acid_1(fn_transport_protein_8(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& protein_domain_1(fn_transport_protein_6(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& hydrophobic_amino_acid_1(fn_transport_protein_13(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& hydrophobic_region_1(fn_transport_protein_15(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& constant_motion_1(fn_transport_protein_26(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& speed_value_1(fn_transport_protein_25(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& quantity_value_1(fn_transport_protein_24(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& kinetic_energy_1(fn_transport_protein_27(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& thermal_energy_1(fn_thermal_motion_6(fn_diffusion_of_cation_across_plasma_membrane_42(X)))
& spatial_entity_1(fn_move_1(fn_diffusion_of_cation_across_plasma_membrane_34(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_diffusion_of_cation_across_plasma_membrane_47(X)))
& covalent_bond_1(fn_polymer_1(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& chemical_bond_1(fn_molecule_10(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& surface_1(fn_integral_protein_29(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& surface_1(fn_biomembrane_47(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& surface_1(fn_transmembrane_protein_5(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& outside_face_1(fn_transmembrane_protein_5(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& outside_face_1(fn_biomembrane_41(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& inside_face_1(fn_biomembrane_42(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& substance_1(fn_plasma_membrane_70(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& glycoprotein_1(fn_integral_protein_9(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& block_1(fn_biomembrane_101(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& block_1(fn_plasma_membrane_97(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& block_1(fn_plasma_membrane_96(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& block_1(fn_biomembrane_102(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& block_1(fn_integral_protein_25(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& block_1(fn_transport_protein_31(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& block_1(fn_plasma_membrane_33(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& biomembrane_1(fn_integral_protein_24(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& spatial_entity_1(fn_transport_protein_35(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& biomembrane_1(fn_transport_protein_35(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& monomer_1(fn_plasma_membrane_86(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& monomer_1(fn_transport_protein_21(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& atom_1(fn_molecule_11(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& entity_1(fn_transport_protein_17(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& atom_1(fn_transport_protein_17(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& chemical_entity_1(fn_transport_protein_17(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& carbon_1(fn_transport_protein_14(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& polar_amino_acid_1(fn_integral_protein_6(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& polar_amino_acid_1(fn_transport_protein_32(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& hydrophilic_region_1(fn_integral_protein_23(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& hydrophilic_end_1(fn_transport_protein_16(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& hydrophilic_region_1(fn_transport_protein_33(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& hydrophilic_end_1(fn_transport_protein_33(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& size_value_1(fn_plasma_membrane_84(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& size_value_1(fn_transport_protein_19(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& size_value_1(fn_integral_protein_16(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& size_value_1(fn_plasma_membrane_85(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& size_value_1(fn_transport_protein_20(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& move_through_1(fn_transport_protein_10(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& move_through_1(fn_plasma_membrane_74(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& move_1(fn_plasma_membrane_74(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& move_through_1(fn_transport_protein_34(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& tangible_entity_1(fn_biomembrane_63(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& tangible_entity_1(fn_integral_protein_27(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& tangible_entity_1(fn_transport_protein_12(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& attract_1(fn_transport_protein_4(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& repel_1(fn_transport_protein_5(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& protein_1(fn_plasma_membrane_68(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& protein_1(fn_plasma_membrane_54(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& polymer_1(fn_plasma_membrane_54(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& chemical_entity_1(fn_plasma_membrane_73(fn_diffusion_of_cation_across_plasma_membrane_38(X)))
& spatial_entity_1(fn_thermal_motion_5(fn_diffusion_of_cation_across_plasma_membrane_42(X)))
& tangible_entity_1(fn_thermal_motion_5(fn_diffusion_of_cation_across_plasma_membrane_42(X)))
& facilitated_diffusion_1(fn_transport_protein_28(fn_diffusion_of_cation_across_plasma_membrane_36(X)))
& object_2(fn_diffusion_of_cation_across_plasma_membrane_42(X),fn_diffusion_of_cation_across_plasma_membrane_10(X))
& object_2(X,fn_diffusion_of_cation_across_plasma_membrane_10(X))
& has_function_2(fn_diffusion_of_cation_across_plasma_membrane_35(X),X)
& destination_2(fn_diffusion_of_cation_across_plasma_membrane_34(X),fn_diffusion_of_cation_across_plasma_membrane_41(X))
& origin_2(fn_diffusion_of_cation_across_plasma_membrane_34(X),fn_diffusion_of_cation_across_plasma_membrane_33(X))
& object_2(fn_diffusion_of_cation_across_plasma_membrane_34(X),fn_diffusion_of_cation_across_plasma_membrane_10(X))
& possesses_2(fn_diffusion_of_cation_across_plasma_membrane_10(X),fn_diffusion_of_cation_across_plasma_membrane_47(X))
& object_2(fn_diffusion_of_cation_across_plasma_membrane_37(X),fn_diffusion_of_cation_across_plasma_membrane_39(X))
& by_means_of_2(X,fn_diffusion_of_cation_across_plasma_membrane_42(X))
& causes_2(fn_diffusion_of_cation_across_plasma_membrane_42(X),fn_diffusion_of_cation_across_plasma_membrane_34(X))
& object_2(fn_diffusion_of_cation_across_plasma_membrane_34(X),fn_diffusion_of_cation_across_plasma_membrane_39(X))
& object_2(X,fn_diffusion_of_cation_across_plasma_membrane_39(X))
& is_permeable_to_2(fn_diffusion_of_cation_across_plasma_membrane_38(X),fn_diffusion_of_cation_across_plasma_membrane_39(X))
& object_2(fn_diffusion_of_cation_across_plasma_membrane_25(X),fn_diffusion_of_cation_across_plasma_membrane_36(X))
& site_2(fn_diffusion_of_cation_across_plasma_membrane_25(X),fn_diffusion_of_cation_across_plasma_membrane_14(X))
& is_between_2(fn_diffusion_of_cation_across_plasma_membrane_28(X),fn_diffusion_of_cation_across_plasma_membrane_21(X))
& is_between_2(fn_diffusion_of_cation_across_plasma_membrane_28(X),fn_diffusion_of_cation_across_plasma_membrane_20(X))
& has_region_2(fn_diffusion_of_cation_across_plasma_membrane_36(X),fn_diffusion_of_cation_across_plasma_membrane_15(X))
& is_at_2(fn_diffusion_of_cation_across_plasma_membrane_14(X),fn_diffusion_of_cation_across_plasma_membrane_15(X))
& site_2(fn_diffusion_of_cation_across_plasma_membrane_7(X),fn_diffusion_of_cation_across_plasma_membrane_14(X))
& object_2(fn_diffusion_of_cation_across_plasma_membrane_7(X),fn_diffusion_of_cation_across_plasma_membrane_36(X))
& possesses_2(fn_diffusion_of_cation_across_plasma_membrane_36(X),fn_diffusion_of_cation_across_plasma_membrane_28(X))
& instrument_2(fn_diffusion_of_cation_across_plasma_membrane_60(X),fn_diffusion_of_cation_across_plasma_membrane_38(X))
& has_region_2(fn_diffusion_of_cation_across_plasma_membrane_38(X),fn_diffusion_of_cation_across_plasma_membrane_51(X))
& is_inside_2(fn_diffusion_of_cation_across_plasma_membrane_51(X),fn_diffusion_of_cation_across_plasma_membrane_56(X))
& has_region_2(fn_diffusion_of_cation_across_plasma_membrane_38(X),fn_diffusion_of_cation_across_plasma_membrane_52(X))
& is_inside_2(fn_diffusion_of_cation_across_plasma_membrane_57(X),fn_diffusion_of_cation_across_plasma_membrane_52(X))
& path_2(X,fn_diffusion_of_cation_across_plasma_membrane_38(X))
& base_2(fn_diffusion_of_cation_across_plasma_membrane_2(X),fn_diffusion_of_cation_across_plasma_membrane_38(X))
& object_2(fn_diffusion_of_cation_across_plasma_membrane_2(X),fn_diffusion_of_cation_across_plasma_membrane_9(X))
& object_2(fn_diffusion_of_cation_across_plasma_membrane_3(X),fn_diffusion_of_cation_across_plasma_membrane_9(X))
& base_2(fn_diffusion_of_cation_across_plasma_membrane_3(X),fn_diffusion_of_cation_across_plasma_membrane_38(X))
& objective_2(X,fn_diffusion_of_cation_across_plasma_membrane_37(X))
& destination_2(X,fn_diffusion_of_cation_across_plasma_membrane_41(X))
& agent_2(X,fn_diffusion_of_cation_across_plasma_membrane_35(X))
& origin_2(X,fn_diffusion_of_cation_across_plasma_membrane_33(X))
& is_between_2(fn_diffusion_of_cation_across_plasma_membrane_35(X),fn_diffusion_of_cation_across_plasma_membrane_33(X))
& is_between_2(fn_diffusion_of_cation_across_plasma_membrane_35(X),fn_diffusion_of_cation_across_plasma_membrane_41(X))
& is_hypotonic_to_2(fn_diffusion_of_cation_across_plasma_membrane_41(X),fn_diffusion_of_cation_across_plasma_membrane_33(X))
& is_hypertonic_to_2(fn_diffusion_of_cation_across_plasma_membrane_33(X),fn_diffusion_of_cation_across_plasma_membrane_41(X))
& plays_2(fn_diffusion_of_cation_across_plasma_membrane_38(X),fn_diffusion_of_cation_across_plasma_membrane_50(X))
& called_2(fn_diffusion_of_cation_across_plasma_membrane_60(X),"1")
& density_2(fn_diffusion_of_cation_across_plasma_membrane_38(X),fn_diffusion_of_cation_across_plasma_membrane_53(X))
& is_between_2(fn_diffusion_of_cation_across_plasma_membrane_38(X),fn_diffusion_of_cation_across_plasma_membrane_56(X))
& is_between_2(fn_diffusion_of_cation_across_plasma_membrane_38(X),fn_diffusion_of_cation_across_plasma_membrane_57(X))
& is_at_2(fn_diffusion_of_cation_across_plasma_membrane_9(X),fn_diffusion_of_cation_across_plasma_membrane_38(X))
& has_function_2(fn_diffusion_of_cation_across_plasma_membrane_38(X),fn_diffusion_of_cation_across_plasma_membrane_58(X))
& called_2(fn_diffusion_of_cation_across_plasma_membrane_58(X),"3")
& fluidity_2(fn_diffusion_of_cation_across_plasma_membrane_38(X),fn_diffusion_of_cation_across_plasma_membrane_55(X))
& has_part_2(fn_diffusion_of_cation_across_plasma_membrane_38(X),fn_diffusion_of_cation_across_plasma_membrane_36(X))
& is_across_2(fn_diffusion_of_cation_across_plasma_membrane_36(X),fn_diffusion_of_cation_across_plasma_membrane_38(X))
& has_function_2(fn_diffusion_of_cation_across_plasma_membrane_38(X),fn_diffusion_of_cation_across_plasma_membrane_59(X))
& called_2(fn_diffusion_of_cation_across_plasma_membrane_59(X),"2")
& directly_proportional_2(fn_diffusion_of_cation_across_plasma_membrane_54(X),fn_diffusion_of_cation_across_plasma_membrane_55(X))
& temperature_2(fn_diffusion_of_cation_across_plasma_membrane_38(X),fn_diffusion_of_cation_across_plasma_membrane_54(X))
& has_part_2(fn_diffusion_of_cation_across_plasma_membrane_38(X),fn_diffusion_of_cation_across_plasma_membrane_11(X))
& is_inside_2(fn_diffusion_of_cation_across_plasma_membrane_62(X),fn_diffusion_of_cation_across_plasma_membrane_11(X))
& has_part_2(fn_diffusion_of_cation_across_plasma_membrane_38(X),fn_diffusion_of_cation_across_plasma_membrane_62(X))
& base_2(fn_diffusion_of_cation_across_plasma_membrane_34(X),fn_diffusion_of_cation_across_plasma_membrane_38(X))
& has_function_2(fn_diffusion_of_cation_across_plasma_membrane_38(X),fn_diffusion_of_cation_across_plasma_membrane_34(X))
& is_impermeable_to_2(fn_diffusion_of_cation_across_plasma_membrane_38(X),fn_diffusion_of_cation_across_plasma_membrane_40(X))
& object_2(fn_diffusion_of_cation_across_plasma_membrane_49(X),fn_diffusion_of_cation_across_plasma_membrane_40(X))
& in_event_2(fn_diffusion_of_cation_across_plasma_membrane_50(X),fn_diffusion_of_cation_across_plasma_membrane_49(X))
& fn_diffusion_of_cation_across_plasma_membrane_60(X) != fn_diffusion_of_cation_across_plasma_membrane_58(X)
& fn_diffusion_of_cation_across_plasma_membrane_59(X) != fn_diffusion_of_cation_across_plasma_membrane_60(X)
& fn_diffusion_of_cation_across_plasma_membrane_60(X) != fn_diffusion_of_cation_across_plasma_membrane_59(X)
& fn_diffusion_of_cation_across_plasma_membrane_58(X) != fn_diffusion_of_cation_across_plasma_membrane_60(X)
& fn_diffusion_of_cation_across_plasma_membrane_59(X) != fn_diffusion_of_cation_across_plasma_membrane_58(X)
& fn_diffusion_of_cation_across_plasma_membrane_58(X) != fn_diffusion_of_cation_across_plasma_membrane_59(X)
& is_inside_2(fn_diffusion_of_cation_across_plasma_membrane_4(X),fn_diffusion_of_cation_across_plasma_membrane_38(X))
& base_2(fn_diffusion_of_cation_across_plasma_membrane_6(X),fn_diffusion_of_cation_across_plasma_membrane_4(X))
& object_2(fn_diffusion_of_cation_across_plasma_membrane_6(X),fn_diffusion_of_cation_across_plasma_membrane_5(X))
& is_outside_2(fn_diffusion_of_cation_across_plasma_membrane_5(X),fn_diffusion_of_cation_across_plasma_membrane_38(X))
& has_function_2(fn_diffusion_of_cation_across_plasma_membrane_38(X),fn_diffusion_of_cation_across_plasma_membrane_60(X))
& has_part_2(fn_diffusion_of_cation_across_plasma_membrane_38(X),fn_diffusion_of_cation_across_plasma_membrane_61(X))
& quantity_2(fn_diffusion_of_cation_across_plasma_membrane_61(X),fn_diffusion_of_cation_across_plasma_membrane_48(X))
& directly_proportional_2(fn_diffusion_of_cation_across_plasma_membrane_48(X),fn_diffusion_of_cation_across_plasma_membrane_55(X))
& inversely_proportional_2(fn_diffusion_of_cation_across_plasma_membrane_53(X),fn_diffusion_of_cation_across_plasma_membrane_55(X))
& has_region_2(fn_diffusion_of_cation_across_plasma_membrane_36(X),fn_diffusion_of_cation_across_plasma_membrane_18(X))
& facilitates_2(fn_diffusion_of_cation_across_plasma_membrane_36(X),fn_diffusion_of_cation_across_plasma_membrane_34(X))
& has_region_2(fn_diffusion_of_cation_across_plasma_membrane_36(X),fn_diffusion_of_cation_across_plasma_membrane_17(X))
& has_region_2(fn_diffusion_of_cation_across_plasma_membrane_36(X),fn_diffusion_of_cation_across_plasma_membrane_14(X))
& the_scalar_value_2(fn_diffusion_of_cation_across_plasma_membrane_12(X),big_0)
& scalar_unit_class_2(fn_diffusion_of_cation_across_plasma_membrane_12(X),polypeptide_0)
& fn_diffusion_of_cation_across_plasma_membrane_20(X) != fn_diffusion_of_cation_across_plasma_membrane_21(X)
& has_part_2(fn_diffusion_of_cation_across_plasma_membrane_36(X),fn_diffusion_of_cation_across_plasma_membrane_20(X))
& has_part_2(fn_diffusion_of_cation_across_plasma_membrane_36(X),fn_diffusion_of_cation_across_plasma_membrane_22(X))
& size_2(fn_diffusion_of_cation_across_plasma_membrane_22(X),fn_diffusion_of_cation_across_plasma_membrane_31(X))
& fn_diffusion_of_cation_across_plasma_membrane_21(X) != fn_diffusion_of_cation_across_plasma_membrane_20(X)
& has_part_2(fn_diffusion_of_cation_across_plasma_membrane_36(X),fn_diffusion_of_cation_across_plasma_membrane_21(X))
& is_inside_2(fn_diffusion_of_cation_across_plasma_membrane_21(X),fn_diffusion_of_cation_across_plasma_membrane_16(X))
& has_region_2(fn_diffusion_of_cation_across_plasma_membrane_36(X),fn_diffusion_of_cation_across_plasma_membrane_16(X))
& has_part_2(fn_diffusion_of_cation_across_plasma_membrane_36(X),fn_diffusion_of_cation_across_plasma_membrane_19(X))
& has_part_2(fn_diffusion_of_cation_across_plasma_membrane_19(X),fn_diffusion_of_cation_across_plasma_membrane_32(X))
& site_2(fn_diffusion_of_cation_across_plasma_membrane_8(X),fn_diffusion_of_cation_across_plasma_membrane_18(X))
& is_inside_2(fn_diffusion_of_cation_across_plasma_membrane_23(X),fn_diffusion_of_cation_across_plasma_membrane_18(X))
& has_part_2(fn_diffusion_of_cation_across_plasma_membrane_36(X),fn_diffusion_of_cation_across_plasma_membrane_23(X))
& has_region_2(fn_diffusion_of_cation_across_plasma_membrane_36(X),fn_diffusion_of_cation_across_plasma_membrane_13(X))
& is_at_2(fn_diffusion_of_cation_across_plasma_membrane_32(X),fn_diffusion_of_cation_across_plasma_membrane_13(X))
& possesses_2(fn_diffusion_of_cation_across_plasma_membrane_36(X),fn_diffusion_of_cation_across_plasma_membrane_27(X))
& quantity_2(fn_diffusion_of_cation_across_plasma_membrane_27(X),fn_diffusion_of_cation_across_plasma_membrane_29(X))
& directly_proportional_2(fn_diffusion_of_cation_across_plasma_membrane_30(X),fn_diffusion_of_cation_across_plasma_membrane_29(X))
& speed_2(fn_diffusion_of_cation_across_plasma_membrane_26(X),fn_diffusion_of_cation_across_plasma_membrane_30(X))
& object_2(fn_diffusion_of_cation_across_plasma_membrane_26(X),fn_diffusion_of_cation_across_plasma_membrane_36(X))
& site_2(fn_diffusion_of_cation_across_plasma_membrane_1(X),fn_diffusion_of_cation_across_plasma_membrane_14(X))
& is_at_2(fn_diffusion_of_cation_across_plasma_membrane_24(X),fn_diffusion_of_cation_across_plasma_membrane_14(X))
& has_part_2(fn_diffusion_of_cation_across_plasma_membrane_36(X),fn_diffusion_of_cation_across_plasma_membrane_24(X))
& is_opposite_2(fn_diffusion_of_cation_across_plasma_membrane_17(X),fn_diffusion_of_cation_across_plasma_membrane_14(X))
& is_opposite_2(fn_diffusion_of_cation_across_plasma_membrane_14(X),fn_diffusion_of_cation_across_plasma_membrane_17(X))
& instrument_2(X,fn_diffusion_of_cation_across_plasma_membrane_36(X))
& subevent_2(X,fn_diffusion_of_cation_across_plasma_membrane_34(X))
& agent_2(fn_diffusion_of_cation_across_plasma_membrane_34(X),fn_diffusion_of_cation_across_plasma_membrane_36(X))
& size_2(fn_diffusion_of_cation_across_plasma_membrane_36(X),fn_diffusion_of_cation_across_plasma_membrane_12(X))
& greater_than_2(fn_diffusion_of_cation_across_plasma_membrane_12(X),fn_diffusion_of_cation_across_plasma_membrane_31(X))
& has_function_2(fn_diffusion_of_cation_across_plasma_membrane_36(X),fn_diffusion_of_cation_across_plasma_membrane_8(X))
& agent_2(fn_diffusion_of_cation_across_plasma_membrane_8(X),fn_diffusion_of_cation_across_plasma_membrane_36(X))
& has_function_2(fn_diffusion_of_cation_across_plasma_membrane_36(X),fn_diffusion_of_cation_across_plasma_membrane_1(X))
& agent_2(fn_diffusion_of_cation_across_plasma_membrane_1(X),fn_diffusion_of_cation_across_plasma_membrane_36(X))
& is_inside_2(fn_diffusion_of_cation_across_plasma_membrane_36(X),fn_diffusion_of_cation_across_plasma_membrane_11(X))
& agent_2(fn_diffusion_of_cation_across_plasma_membrane_42(X),fn_diffusion_of_cation_across_plasma_membrane_47(X))
& possesses_2(fn_diffusion_of_cation_across_plasma_membrane_39(X),fn_diffusion_of_cation_across_plasma_membrane_47(X))
& object_2(fn_diffusion_of_cation_across_plasma_membrane_42(X),fn_diffusion_of_cation_across_plasma_membrane_39(X))
& fn_diffusion_of_cation_across_plasma_membrane_10(X) = fn_move_1(fn_diffusion_of_cation_across_plasma_membrane_34(X))
& fn_diffusion_of_cation_across_plasma_membrane_10(X) = fn_kinetic_energy_2(fn_diffusion_of_cation_across_plasma_membrane_47(X))
& fn_diffusion_of_cation_across_plasma_membrane_37(X) = fn_passive_transport_29(X)
& fn_diffusion_of_cation_across_plasma_membrane_42(X) = fn_passive_transport_22(X)
& fn_diffusion_of_cation_across_plasma_membrane_39(X) = fn_passive_transport_14(X)
& fn_diffusion_of_cation_across_plasma_membrane_39(X) = fn_plasma_membrane_73(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_39(X) = fn_facilitated_diffusion_26(X)
& fn_diffusion_of_cation_across_plasma_membrane_25(X) = fn_facilitated_diffusion_34(X)
& fn_diffusion_of_cation_across_plasma_membrane_21(X) = fn_facilitated_diffusion_38(X)
& fn_diffusion_of_cation_across_plasma_membrane_20(X) = fn_molecule_11(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_20(X) = fn_facilitated_diffusion_39(X)
& fn_diffusion_of_cation_across_plasma_membrane_28(X) = fn_polymer_1(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_28(X) = fn_molecule_10(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_28(X) = fn_facilitated_diffusion_31(X)
& fn_diffusion_of_cation_across_plasma_membrane_7(X) = fn_facilitated_diffusion_34(X)
& fn_diffusion_of_cation_across_plasma_membrane_14(X) = fn_facilitated_diffusion_45(X)
& fn_diffusion_of_cation_across_plasma_membrane_15(X) = fn_integral_protein_29(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_15(X) = fn_facilitated_diffusion_44(X)
& fn_diffusion_of_cation_across_plasma_membrane_60(X) = fn_facilitated_diffusion_6(X)
& fn_diffusion_of_cation_across_plasma_membrane_56(X) = fn_biomembrane_15(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_56(X) = fn_facilitated_diffusion_15(X)
& fn_diffusion_of_cation_across_plasma_membrane_51(X) = fn_biomembrane_47(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_51(X) = fn_transmembrane_protein_5(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_51(X) = fn_biomembrane_41(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_51(X) = fn_facilitated_diffusion_17(X)
& fn_diffusion_of_cation_across_plasma_membrane_57(X) = fn_biomembrane_14(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_57(X) = fn_facilitated_diffusion_14(X)
& fn_diffusion_of_cation_across_plasma_membrane_52(X) = fn_biomembrane_42(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_52(X) = fn_facilitated_diffusion_16(X)
& fn_diffusion_of_cation_across_plasma_membrane_3(X) = fn_facilitated_diffusion_52(X)
& fn_diffusion_of_cation_across_plasma_membrane_9(X) = fn_facilitated_diffusion_50(X)
& fn_diffusion_of_cation_across_plasma_membrane_2(X) = fn_facilitated_diffusion_51(X)
& fn_diffusion_of_cation_across_plasma_membrane_37(X) = fn_facilitated_diffusion_of_ion_25(X)
& fn_diffusion_of_cation_across_plasma_membrane_35(X) = fn_facilitated_diffusion_of_ion_26(X)
& fn_diffusion_of_cation_across_plasma_membrane_41(X) = fn_facilitated_diffusion_of_ion_23(X)
& fn_diffusion_of_cation_across_plasma_membrane_33(X) = fn_facilitated_diffusion_of_ion_29(X)
& fn_diffusion_of_cation_across_plasma_membrane_63(X) = fn_plasma_membrane_94(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_56(X) = fn_plasma_membrane_70(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_64(X) = fn_plasma_membrane_93(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_57(X) = fn_plasma_membrane_77(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_66(X) = fn_plasma_membrane_90(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_9(X) = fn_plasma_membrane_4(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_9(X) = fn_plasma_membrane_3(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_58(X) = fn_plasma_membrane_96(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_59(X) = fn_plasma_membrane_97(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_36(X) = fn_plasma_membrane_68(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_38(X) = fn_transmembrane_protein_4(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_36(X) = fn_plasma_membrane_55(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_62(X) = fn_integral_protein_9(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_62(X) = fn_plasma_membrane_34(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_11(X) = fn_biomembrane_63(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_11(X) = fn_integral_protein_27(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_11(X) = fn_plasma_membrane_71(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_54(X) = fn_plasma_membrane_38(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_50(X) = fn_plasma_membrane_30(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_49(X) = fn_plasma_membrane_31(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_40(X) = fn_plasma_membrane_50(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_38(X) = fn_facilitated_diffusion_49(X)
& fn_diffusion_of_cation_across_plasma_membrane_34(X) = fn_transport_protein_10(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_34(X) = fn_passive_transport_24(X)
& fn_diffusion_of_cation_across_plasma_membrane_38(X) = fn_passive_transport_25(X)
& fn_diffusion_of_cation_across_plasma_membrane_34(X) = fn_plasma_membrane_74(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_58(X) = fn_plasma_membrane_97(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_59(X) = fn_biomembrane_101(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_59(X) = fn_plasma_membrane_96(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_60(X) = fn_biomembrane_102(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_38(X) = fn_integral_protein_24(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_60(X) = fn_integral_protein_25(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_38(X) = fn_transport_protein_35(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_60(X) = fn_transport_protein_31(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_60(X) = fn_plasma_membrane_33(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_5(X) = fn_plasma_membrane_88(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_6(X) = fn_plasma_membrane_87(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_4(X) = fn_plasma_membrane_57(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_65(X) = fn_plasma_membrane_95(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_53(X) = fn_plasma_membrane_36(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_55(X) = fn_plasma_membrane_37(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_48(X) = fn_plasma_membrane_40(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_61(X) = fn_plasma_membrane_35(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_17(X) = fn_transport_protein_33(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_44(X) = fn_transport_protein_29(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_14(X) = fn_transport_protein_16(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_45(X) = fn_transport_protein_30(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_46(X) = fn_transport_protein_22(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_43(X) = fn_transport_protein_23(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_36(X) = fn_plasma_membrane_54(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_22(X) = fn_plasma_membrane_86(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_22(X) = fn_transport_protein_21(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_20(X) = fn_transport_protein_17(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_19(X) = fn_transport_protein_7(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_16(X) = fn_transport_protein_18(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_21(X) = fn_transport_protein_14(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_32(X) = fn_transport_protein_8(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_13(X) = fn_transport_protein_6(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_23(X) = fn_transport_protein_13(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_18(X) = fn_transport_protein_15(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_26(X) = fn_transport_protein_26(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_30(X) = fn_transport_protein_25(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_29(X) = fn_transport_protein_24(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_27(X) = fn_transport_protein_27(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_24(X) = fn_facilitated_diffusion_35(X)
& fn_diffusion_of_cation_across_plasma_membrane_24(X) = fn_integral_protein_6(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_14(X) = fn_integral_protein_23(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_24(X) = fn_transport_protein_32(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_17(X) = fn_transport_protein_16(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_14(X) = fn_transport_protein_33(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_12(X) = fn_plasma_membrane_85(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_31(X) = fn_plasma_membrane_84(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_diffusion_of_cation_across_plasma_membrane_31(X) = fn_facilitated_diffusion_28(X)
& fn_diffusion_of_cation_across_plasma_membrane_31(X) = fn_transport_protein_19(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_12(X) = fn_integral_protein_16(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_12(X) = fn_facilitated_diffusion_47(X)
& fn_diffusion_of_cation_across_plasma_membrane_12(X) = fn_transport_protein_20(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_34(X) = fn_facilitated_diffusion_55(X)
& fn_diffusion_of_cation_across_plasma_membrane_34(X) = fn_transport_protein_34(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& X = fn_transport_protein_28(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_11(X) = fn_facilitated_diffusion_48(X)
& fn_diffusion_of_cation_across_plasma_membrane_11(X) = fn_transport_protein_12(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_1(X) = fn_facilitated_diffusion_54(X)
& fn_diffusion_of_cation_across_plasma_membrane_1(X) = fn_transport_protein_4(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_36(X) = fn_facilitated_diffusion_25(X)
& fn_diffusion_of_cation_across_plasma_membrane_8(X) = fn_facilitated_diffusion_53(X)
& fn_diffusion_of_cation_across_plasma_membrane_8(X) = fn_transport_protein_5(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_diffusion_of_cation_across_plasma_membrane_47(X) = fn_thermal_motion_6(fn_diffusion_of_cation_across_plasma_membrane_42(X))
& fn_diffusion_of_cation_across_plasma_membrane_39(X) = fn_thermal_motion_5(fn_diffusion_of_cation_across_plasma_membrane_42(X))
& fn_move_1(fn_diffusion_of_cation_across_plasma_membrane_34(X)) = fn_kinetic_energy_2(fn_diffusion_of_cation_across_plasma_membrane_47(X))
& fn_kinetic_energy_2(fn_diffusion_of_cation_across_plasma_membrane_47(X)) = fn_molecule_10(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_molecule_10(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_polymer_1(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_polymer_1(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_molecule_10(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_facilitated_diffusion_31(X) = fn_molecule_10(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_molecule_10(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_facilitated_diffusion_31(X)
& fn_facilitated_diffusion_31(X) = fn_integral_protein_29(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_facilitated_diffusion_44(X) = fn_integral_protein_29(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_integral_protein_29(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_facilitated_diffusion_44(X)
& fn_facilitated_diffusion_44(X) = fn_biomembrane_47(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_biomembrane_47(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_transmembrane_protein_5(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_biomembrane_41(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_transmembrane_protein_5(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transmembrane_protein_5(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_biomembrane_41(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_biomembrane_41(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_biomembrane_41(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_facilitated_diffusion_17(X) = fn_biomembrane_41(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_biomembrane_41(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_facilitated_diffusion_17(X)
& fn_facilitated_diffusion_17(X) = fn_biomembrane_42(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_facilitated_diffusion_16(X) = fn_biomembrane_42(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_biomembrane_42(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_facilitated_diffusion_16(X)
& fn_facilitated_diffusion_16(X) = fn_passive_transport_29(X)
& fn_passive_transport_29(X) = fn_facilitated_diffusion_of_ion_25(X)
& fn_facilitated_diffusion_of_ion_25(X) = fn_biomembrane_15(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_biomembrane_15(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_facilitated_diffusion_15(X)
& fn_facilitated_diffusion_15(X) = fn_facilitated_diffusion_15(X)
& fn_facilitated_diffusion_15(X) = fn_plasma_membrane_70(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_70(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_biomembrane_14(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_biomembrane_14(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_facilitated_diffusion_14(X)
& fn_facilitated_diffusion_14(X) = fn_facilitated_diffusion_14(X)
& fn_facilitated_diffusion_14(X) = fn_plasma_membrane_77(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_77(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_facilitated_diffusion_50(X)
& fn_facilitated_diffusion_50(X) = fn_plasma_membrane_4(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_4(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_facilitated_diffusion_50(X)
& fn_facilitated_diffusion_50(X) = fn_facilitated_diffusion_50(X)
& fn_facilitated_diffusion_50(X) = fn_plasma_membrane_3(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_3(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_plasma_membrane_34(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_34(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_integral_protein_9(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_integral_protein_9(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_plasma_membrane_34(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_34(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_plasma_membrane_96(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_96(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_plasma_membrane_97(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_97(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_biomembrane_101(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_biomembrane_101(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_plasma_membrane_97(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_97(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_plasma_membrane_97(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_97(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_plasma_membrane_96(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_96(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_plasma_membrane_96(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_96(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_integral_protein_25(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_integral_protein_25(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_biomembrane_102(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_biomembrane_102(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_biomembrane_102(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_biomembrane_102(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_integral_protein_25(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_integral_protein_25(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_integral_protein_25(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_31(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_integral_protein_25(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_integral_protein_25(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_transport_protein_31(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_facilitated_diffusion_6(X) = fn_transport_protein_31(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_31(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_transport_protein_31(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_31(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_facilitated_diffusion_6(X)
& fn_facilitated_diffusion_6(X) = fn_plasma_membrane_33(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_33(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_plasma_membrane_33(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_33(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_transmembrane_protein_4(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transmembrane_protein_4(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_transmembrane_protein_4(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transmembrane_protein_4(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_passive_transport_25(X)
& fn_integral_protein_24(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_passive_transport_25(X)
& fn_passive_transport_25(X) = fn_passive_transport_25(X)
& fn_passive_transport_25(X) = fn_integral_protein_24(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_integral_protein_24(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_integral_protein_24(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_35(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_integral_protein_24(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_integral_protein_24(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_transport_protein_35(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_facilitated_diffusion_49(X) = fn_facilitated_diffusion_49(X)
& fn_transport_protein_35(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_facilitated_diffusion_49(X)
& fn_facilitated_diffusion_49(X) = fn_transport_protein_35(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_35(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_transport_protein_35(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_35(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_plasma_membrane_86(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_transport_protein_21(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_plasma_membrane_86(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_86(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_transport_protein_21(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_21(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_molecule_11(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_molecule_11(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_facilitated_diffusion_39(X)
& fn_facilitated_diffusion_39(X) = fn_facilitated_diffusion_39(X)
& fn_facilitated_diffusion_39(X) = fn_transport_protein_17(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_17(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_transport_protein_17(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_17(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_facilitated_diffusion_38(X)
& fn_facilitated_diffusion_38(X) = fn_transport_protein_14(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_14(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_transport_protein_14(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_14(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_facilitated_diffusion_35(X)
& fn_facilitated_diffusion_35(X) = fn_integral_protein_6(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_integral_protein_6(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_facilitated_diffusion_35(X)
& fn_facilitated_diffusion_35(X) = fn_transport_protein_32(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_32(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_transport_protein_32(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_32(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_transport_protein_33(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_33(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_transport_protein_16(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_16(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_facilitated_diffusion_45(X)
& fn_facilitated_diffusion_45(X) = fn_integral_protein_23(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_integral_protein_23(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_facilitated_diffusion_45(X)
& fn_facilitated_diffusion_45(X) = fn_facilitated_diffusion_45(X)
& fn_facilitated_diffusion_45(X) = fn_transport_protein_16(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_16(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_transport_protein_16(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_16(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_transport_protein_33(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_33(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_transport_protein_33(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_33(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_plasma_membrane_84(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_84(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_plasma_membrane_84(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_84(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_facilitated_diffusion_28(X)
& fn_transport_protein_19(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_transport_protein_19(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_19(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_facilitated_diffusion_28(X)
& fn_facilitated_diffusion_28(X) = fn_transport_protein_19(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_19(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_integral_protein_16(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_plasma_membrane_85(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_integral_protein_16(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_integral_protein_16(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_plasma_membrane_85(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_85(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_plasma_membrane_85(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_85(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_facilitated_diffusion_47(X)
& fn_facilitated_diffusion_47(X) = fn_facilitated_diffusion_47(X)
& fn_transport_protein_20(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_transport_protein_20(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_20(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_facilitated_diffusion_47(X)
& fn_facilitated_diffusion_47(X) = fn_transport_protein_20(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_20(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_passive_transport_24(X)
& fn_passive_transport_24(X) = fn_transport_protein_10(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_10(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_passive_transport_24(X)
& fn_passive_transport_24(X) = fn_passive_transport_24(X)
& fn_facilitated_diffusion_55(X) = fn_passive_transport_24(X)
& fn_passive_transport_24(X) = fn_facilitated_diffusion_55(X)
& fn_plasma_membrane_74(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_plasma_membrane_74(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_74(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_facilitated_diffusion_55(X)
& fn_facilitated_diffusion_55(X) = fn_facilitated_diffusion_55(X)
& fn_facilitated_diffusion_55(X) = fn_plasma_membrane_74(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_transport_protein_34(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_plasma_membrane_74(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_74(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_transport_protein_34(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_34(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_transport_protein_34(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_34(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_integral_protein_27(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_integral_protein_27(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_biomembrane_63(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_biomembrane_63(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_integral_protein_27(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_integral_protein_27(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_integral_protein_27(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_integral_protein_27(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_facilitated_diffusion_48(X)
& fn_plasma_membrane_71(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_plasma_membrane_71(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_71(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_facilitated_diffusion_48(X)
& fn_facilitated_diffusion_48(X) = fn_plasma_membrane_71(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_transport_protein_12(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_plasma_membrane_71(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_71(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_transport_protein_12(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_12(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_transport_protein_4(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_4(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_facilitated_diffusion_54(X)
& fn_facilitated_diffusion_54(X) = fn_transport_protein_4(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_4(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_transport_protein_5(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_5(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_facilitated_diffusion_53(X)
& fn_facilitated_diffusion_53(X) = fn_transport_protein_5(fn_diffusion_of_cation_across_plasma_membrane_36(X))
& fn_transport_protein_5(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_plasma_membrane_68(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_68(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_plasma_membrane_54(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_54(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_plasma_membrane_54(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_facilitated_diffusion_25(X) = fn_plasma_membrane_54(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_54(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_facilitated_diffusion_25(X)
& fn_facilitated_diffusion_25(X) = fn_plasma_membrane_55(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_55(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_plasma_membrane_55(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_55(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_facilitated_diffusion_25(X)
& fn_facilitated_diffusion_25(X) = fn_facilitated_diffusion_25(X)
& fn_facilitated_diffusion_25(X) = fn_passive_transport_14(X)
& fn_passive_transport_14(X) = fn_plasma_membrane_73(fn_diffusion_of_cation_across_plasma_membrane_38(X))
& fn_plasma_membrane_73(fn_diffusion_of_cation_across_plasma_membrane_38(X)) = fn_passive_transport_14(X)
& fn_passive_transport_14(X) = fn_passive_transport_14(X)
& fn_passive_transport_14(X) = fn_facilitated_diffusion_26(X)
& fn_facilitated_diffusion_26(X) = fn_facilitated_diffusion_26(X)
& fn_facilitated_diffusion_26(X) = fn_thermal_motion_5(fn_diffusion_of_cation_across_plasma_membrane_42(X))
& fn_thermal_motion_5(fn_diffusion_of_cation_across_plasma_membrane_42(X)) = fn_thermal_motion_5(fn_diffusion_of_cation_across_plasma_membrane_42(X))
& fn_transport_protein_28(fn_diffusion_of_cation_across_plasma_membrane_36(X)) = fn_transport_protein_28(fn_diffusion_of_cation_across_plasma_membrane_36(X)) ) ) ).
fof(a528965,axiom,
! [X] :
( diffusion_of_dye_in_water_1(X)
=> ( original_name_2(X,'Diffusion-Of-Dye-In-Water')
& user_description_2(X,'Diffusion of dye in water increases entropy by producing a more random mixture than exists when there are localized concentrations of the dye.')
& concept2words_2(X,diffuse)
& concept2words_2(X,'diffusion of dye in water')
& concept2words_2(X,'diffusion-of-dye-in-water')
& diffusion_of_solute_in_water_1(X) ) ) ).
fof(a528966,axiom,
! [X] :
( diffusion_of_oxygen_across_plasma_membrane_1(X)
=> ( original_name_2(X,'Diffusion-of-Oxygen-Across-Plasma-Membrane')
& user_description_2(X,'The passive movement of oxygen from an area of high concentration on one side of the membrane to an area of lower concentration on the other side of the plasma membrane.')
& concept2words_2(X,diffuse)
& concept2words_2(X,'diffusion of oxygen across plasma membrane')
& concept2words_2(X,'diffusion-of-oxygen-across-plasma-membrane')
& movement_of_hydrophobic_molecule_across_biomembrane_1(X)
& surface_1(fn_diffusion_of_oxygen_across_plasma_membrane_1(X))
& cell_pole_1(fn_diffusion_of_oxygen_across_plasma_membrane_2(X))
& cell_pole_1(fn_diffusion_of_oxygen_across_plasma_membrane_3(X))
& kinetic_energy_1(fn_diffusion_of_oxygen_across_plasma_membrane_4(X))
& thermal_energy_1(fn_diffusion_of_oxygen_across_plasma_membrane_4(X))
& move_1(fn_diffusion_of_oxygen_across_plasma_membrane_5(X))
& thermal_motion_1(fn_diffusion_of_oxygen_across_plasma_membrane_5(X))
& symmetrical_distribution_1(fn_diffusion_of_oxygen_across_plasma_membrane_6(X))
& move_through_1(fn_diffusion_of_oxygen_across_plasma_membrane_7(X))
& reduction_1(fn_diffusion_of_oxygen_across_plasma_membrane_8(X))
& cellular_respiration_1(fn_diffusion_of_oxygen_across_plasma_membrane_9(X))
& dissolve_1(fn_diffusion_of_oxygen_across_plasma_membrane_10(X))
& water_1(fn_diffusion_of_oxygen_across_plasma_membrane_11(X))
& entity_1(fn_diffusion_of_oxygen_across_plasma_membrane_12(X))
& spatial_entity_1(fn_diffusion_of_oxygen_across_plasma_membrane_12(X))
& tangible_entity_1(fn_diffusion_of_oxygen_across_plasma_membrane_12(X))
& chemical_entity_1(fn_diffusion_of_oxygen_across_plasma_membrane_12(X))
& molecule_1(fn_diffusion_of_oxygen_across_plasma_membrane_12(X))
& oxygen_molecule_1(fn_diffusion_of_oxygen_across_plasma_membrane_12(X))
& random_motion_1(fn_diffusion_of_oxygen_across_plasma_membrane_13(X))
& substance_1(fn_dissolve_5(fn_diffusion_of_oxygen_across_plasma_membrane_10(X)))
& entity_1(fn_transfer_1(fn_diffusion_of_oxygen_across_plasma_membrane_8(X)))
& spatial_entity_1(fn_move_1(fn_diffusion_of_oxygen_across_plasma_membrane_13(X)))
& spatial_entity_1(fn_move_1(fn_diffusion_of_oxygen_across_plasma_membrane_5(X)))
& oxygen_molecule_1(fn_cellular_respiration_68(fn_diffusion_of_oxygen_across_plasma_membrane_9(X)))
& kinetic_energy_1(fn_molecule_12(fn_diffusion_of_oxygen_across_plasma_membrane_12(X)))
& supports_2(fn_diffusion_of_oxygen_across_plasma_membrane_9(X),X)
& causes_2(fn_diffusion_of_oxygen_across_plasma_membrane_9(X),fn_diffusion_of_oxygen_across_plasma_membrane_8(X))
& object_2(fn_diffusion_of_oxygen_across_plasma_membrane_10(X),fn_diffusion_of_oxygen_across_plasma_membrane_12(X))
& path_2(X,fn_diffusion_of_oxygen_across_plasma_membrane_3(X))
& path_2(X,fn_diffusion_of_oxygen_across_plasma_membrane_2(X))
& path_2(X,fn_diffusion_of_oxygen_across_plasma_membrane_1(X))
& object_2(fn_diffusion_of_oxygen_across_plasma_membrane_8(X),fn_diffusion_of_oxygen_across_plasma_membrane_12(X))
& object_2(fn_diffusion_of_oxygen_across_plasma_membrane_13(X),fn_diffusion_of_oxygen_across_plasma_membrane_12(X))
& object_2(fn_diffusion_of_oxygen_across_plasma_membrane_5(X),fn_diffusion_of_oxygen_across_plasma_membrane_12(X))
& base_2(fn_diffusion_of_oxygen_across_plasma_membrane_10(X),fn_diffusion_of_oxygen_across_plasma_membrane_11(X))
& object_2(fn_diffusion_of_oxygen_across_plasma_membrane_7(X),fn_diffusion_of_oxygen_across_plasma_membrane_12(X))
& object_2(X,fn_diffusion_of_oxygen_across_plasma_membrane_12(X))
& object_2(fn_diffusion_of_oxygen_across_plasma_membrane_6(X),fn_diffusion_of_oxygen_across_plasma_membrane_12(X))
& possesses_2(fn_diffusion_of_oxygen_across_plasma_membrane_12(X),fn_diffusion_of_oxygen_across_plasma_membrane_4(X))
& raw_material_2(fn_diffusion_of_oxygen_across_plasma_membrane_9(X),fn_diffusion_of_oxygen_across_plasma_membrane_12(X))
& agent_2(fn_diffusion_of_oxygen_across_plasma_membrane_5(X),fn_diffusion_of_oxygen_across_plasma_membrane_4(X))
& by_means_of_2(X,fn_diffusion_of_oxygen_across_plasma_membrane_5(X))
& causes_2(fn_diffusion_of_oxygen_across_plasma_membrane_5(X),fn_diffusion_of_oxygen_across_plasma_membrane_7(X))
& subevent_2(X,fn_diffusion_of_oxygen_across_plasma_membrane_7(X))
& objective_2(X,fn_diffusion_of_oxygen_across_plasma_membrane_6(X))
& fn_diffusion_of_oxygen_across_plasma_membrane_12(X) = fn_transfer_1(fn_diffusion_of_oxygen_across_plasma_membrane_8(X))
& fn_diffusion_of_oxygen_across_plasma_membrane_12(X) = fn_move_1(fn_diffusion_of_oxygen_across_plasma_membrane_13(X))
& fn_diffusion_of_oxygen_across_plasma_membrane_12(X) = fn_move_1(fn_diffusion_of_oxygen_across_plasma_membrane_5(X))
& fn_diffusion_of_oxygen_across_plasma_membrane_11(X) = fn_dissolve_5(fn_diffusion_of_oxygen_across_plasma_membrane_10(X))
& fn_diffusion_of_oxygen_across_plasma_membrane_12(X) = fn_passive_transport_14(X)
& fn_diffusion_of_oxygen_across_plasma_membrane_4(X) = fn_molecule_12(fn_diffusion_of_oxygen_across_plasma_membrane_12(X))
& fn_diffusion_of_oxygen_across_plasma_membrane_12(X) = fn_cellular_respiration_68(fn_diffusion_of_oxygen_across_plasma_membrane_9(X))
& fn_diffusion_of_oxygen_across_plasma_membrane_4(X) = fn_passive_transport_13(X)
& fn_diffusion_of_oxygen_across_plasma_membrane_6(X) = fn_passive_transport_29(X)
& fn_diffusion_of_oxygen_across_plasma_membrane_7(X) = fn_passive_transport_24(X)
& fn_diffusion_of_oxygen_across_plasma_membrane_5(X) = fn_passive_transport_22(X)
& fn_transfer_1(fn_diffusion_of_oxygen_across_plasma_membrane_8(X)) = fn_move_1(fn_diffusion_of_oxygen_across_plasma_membrane_13(X))
& fn_move_1(fn_diffusion_of_oxygen_across_plasma_membrane_5(X)) = fn_move_1(fn_diffusion_of_oxygen_across_plasma_membrane_13(X))
& fn_move_1(fn_diffusion_of_oxygen_across_plasma_membrane_13(X)) = fn_move_1(fn_diffusion_of_oxygen_across_plasma_membrane_5(X))
& fn_move_1(fn_diffusion_of_oxygen_across_plasma_membrane_5(X)) = fn_passive_transport_14(X)
& fn_passive_transport_14(X) = fn_passive_transport_14(X)
& fn_passive_transport_14(X) = fn_cellular_respiration_68(fn_diffusion_of_oxygen_across_plasma_membrane_9(X))
& fn_cellular_respiration_68(fn_diffusion_of_oxygen_across_plasma_membrane_9(X)) = fn_molecule_12(fn_diffusion_of_oxygen_across_plasma_membrane_12(X))
& fn_molecule_12(fn_diffusion_of_oxygen_across_plasma_membrane_12(X)) = fn_passive_transport_13(X) ) ) ).
fof(a528967,axiom,
! [X] :
( diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_1(X)
=> ( original_name_2(X,'Diffusion-Of-Sodium-Ion-Across-Plasma-Membrane-Of-Nerve-Cell')
& user_description_2(X,'Sodium ions then fall down their electrochemical gradient, driven by the concentration gradient of Na+ and by the attraction of cations to the negative side of the membrane.')
& concept2words_2(X,diffuse)
& concept2words_2(X,'diffusion of sodium ion across plasma membrane of nerve cell')
& concept2words_2(X,'diffusion-of-sodium-ion-across-plasma-membrane-of-nerve-cell')
& diffusion_of_cation_across_plasma_membrane_1(X)
& energy_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_1(X))
& stimulus_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_2(X))
& attach_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_3(X))
& attach_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_4(X))
& carbohydrate_side_chain_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_5(X))
& carbon_skeleton_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_6(X))
& attach_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_7(X))
& spatial_entity_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_8(X))
& tangible_entity_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_8(X))
& chemical_entity_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_8(X))
& hydrophilic_compound_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_8(X))
& block_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_9(X))
& block_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_10(X))
& block_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_11(X))
& hydrophilic_compound_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_12(X))
& barrier_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_13(X))
& block_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_14(X))
& glycoprotein_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_19(X))
& saturated_fatty_acid_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_20(X))
& aqueous_solution_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_21(X))
& substance_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_22(X))
& aqueous_solution_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_22(X))
& fluidity_value_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_23(X))
& temperature_value_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_24(X))
& density_value_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_25(X))
& inside_face_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_26(X))
& surface_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_27(X))
& outside_face_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_27(X))
& quantity_value_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_28(X))
& sodium_ion_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_32(X))
& hydrophilic_face_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_33(X))
& tangible_entity_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_34(X))
& phospholipid_bilayer_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_34(X))
& tangible_entity_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_35(X))
& membrane_protein_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_35(X))
& polymer_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_35(X))
& protein_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_35(X))
& organic_molecule_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_35(X))
& spatial_entity_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_35(X))
& expose_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_36(X))
& hydrophilic_region_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_37(X))
& hydrophilic_end_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_37(X))
& surface_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_38(X))
& outside_face_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_38(X))
& carbon_skeleton_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_39(X))
& hydrophilic_region_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_40(X))
& hydrophilic_end_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_40(X))
& entity_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_41(X))
& atom_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_41(X))
& chemical_entity_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_41(X))
& carbon_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_41(X))
& amino_acid_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_42(X))
& polar_amino_acid_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_42(X))
& aqueous_solution_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X))
& hypotonic_solution_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X))
& aqueous_solution_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_44(X))
& hypertonic_solution_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_44(X))
& gradient_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_45(X))
& concentration_gradient_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_45(X))
& thermal_motion_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_46(X))
& move_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_47(X))
& move_through_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_47(X))
& decrease_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_48(X))
& symmetrical_distribution_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_49(X))
& potential_energy_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_50(X))
& membrane_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& tangible_entity_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& spatial_entity_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& biomembrane_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& plasma_membrane_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& animal_plasma_membrane_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& entity_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X))
& cell_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X))
& animal_cell_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X))
& nerve_cell_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X))
& sodium_channel_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& activate_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_54(X))
& open_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_55(X))
& quantity_value_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_56(X))
& quantity_value_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_57(X))
& rate_value_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_58(X))
& free_energy_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_59(X))
& chemical_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_60(X))
& water_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_60(X))
& chemical_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_61(X))
& attract_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_62(X))
& expose_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_63(X))
& property_node_1(fn_animal_plasma_membrane_27(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& property_node_1(fn_animal_plasma_membrane_26(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& property_node_1(fn_animal_plasma_membrane_25(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& property_node_1(fn_animal_plasma_membrane_89(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& hydrophilic_face_1(fn_animal_plasma_membrane_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& attach_1(fn_animal_plasma_membrane_77(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& barrier_1(fn_animal_plasma_membrane_113(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& hydrophilic_compound_1(fn_animal_plasma_membrane_31(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& attach_1(fn_animal_plasma_membrane_45(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& carbohydrate_side_chain_1(fn_animal_plasma_membrane_43(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& saturated_fatty_acid_1(fn_animal_plasma_membrane_28(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& quantity_value_1(fn_animal_plasma_membrane_35(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& attach_1(fn_animal_plasma_membrane_52(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& temperature_value_1(fn_animal_plasma_membrane_33(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& fluidity_value_1(fn_animal_plasma_membrane_44(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& density_value_1(fn_animal_plasma_membrane_32(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& open_1(fn_gated_channel_4(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& attract_1(fn_gated_channel_39(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& expose_1(fn_gated_channel_40(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& chemical_1(fn_hypotonic_solution_7(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X)))
& entity_1(fn_make_accessible_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_54(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& spatial_entity_1(fn_thermal_motion_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_46(X)))
& tangible_entity_1(fn_thermal_motion_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_46(X)))
& chemical_entity_1(fn_plasma_membrane_73(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& surface_1(fn_integral_protein_29(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& surface_1(fn_biomembrane_47(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& outside_face_1(fn_biomembrane_41(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& inside_face_1(fn_transmembrane_protein_6(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& inside_face_1(fn_biomembrane_42(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& substance_1(fn_plasma_membrane_70(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& aqueous_solution_1(fn_animal_plasma_membrane_78(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& glycoprotein_1(fn_integral_protein_9(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& glycoprotein_1(fn_animal_plasma_membrane_76(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& block_1(fn_transport_protein_31(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& block_1(fn_animal_plasma_membrane_114(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& block_1(fn_animal_plasma_membrane_30(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& block_1(fn_integral_protein_25(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& block_1(fn_animal_plasma_membrane_29(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& block_1(fn_animal_plasma_membrane_115(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& spatial_entity_1(fn_attach_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_4(X)))
& tangible_entity_1(fn_animal_cell_73(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X)))
& spatial_entity_1(fn_animal_cell_73(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X)))
& biomembrane_1(fn_animal_cell_73(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X)))
& animal_plasma_membrane_1(fn_animal_cell_73(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X)))
& plasma_membrane_1(fn_animal_cell_73(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X)))
& membrane_1(fn_nerve_cell_35(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X)))
& tangible_entity_1(fn_nerve_cell_35(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X)))
& spatial_entity_1(fn_nerve_cell_35(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X)))
& biomembrane_1(fn_nerve_cell_35(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X)))
& plasma_membrane_1(fn_nerve_cell_35(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X)))
& animal_plasma_membrane_1(fn_nerve_cell_35(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& spatial_entity_1(fn_gated_channel_16(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& biomembrane_1(fn_gated_channel_16(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& biomembrane_1(fn_integral_protein_24(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& spatial_entity_1(fn_transport_protein_35(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& biomembrane_1(fn_transport_protein_35(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& hydrophilic_compound_1(fn_channel_protein_4(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& tangible_entity_1(fn_biomembrane_63(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& tangible_entity_1(fn_animal_cell_58(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X)))
& phospholipid_bilayer_1(fn_animal_cell_58(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& tangible_entity_1(fn_transport_protein_12(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& tangible_entity_1(fn_integral_protein_27(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& tangible_entity_1(fn_gated_channel_13(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& phospholipid_bilayer_1(fn_gated_channel_13(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& move_1(fn_gated_ion_channel_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& move_through_1(fn_gated_ion_channel_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& move_through_1(fn_plasma_membrane_74(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& move_1(fn_plasma_membrane_74(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& move_1(fn_channel_protein_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& move_through_1(fn_channel_protein_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& move_through_1(fn_transport_protein_10(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& move_through_1(fn_transport_protein_34(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& move_1(fn_animal_plasma_membrane_50(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& move_through_1(fn_animal_plasma_membrane_50(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& move_1(fn_gated_channel_3(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& move_through_1(fn_gated_channel_3(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& carbon_skeleton_1(fn_plasma_membrane_57(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& carbon_skeleton_1(fn_animal_plasma_membrane_57(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& carbon_skeleton_1(fn_gated_channel_26(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& entity_1(fn_gated_channel_19(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& atom_1(fn_gated_channel_19(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& chemical_entity_1(fn_gated_channel_19(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& entity_1(fn_animal_plasma_membrane_91(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& atom_1(fn_animal_plasma_membrane_91(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& chemical_entity_1(fn_animal_plasma_membrane_91(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& carbon_1(fn_animal_plasma_membrane_91(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& entity_1(fn_animal_plasma_membrane_70(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& atom_1(fn_animal_plasma_membrane_70(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& chemical_entity_1(fn_animal_plasma_membrane_70(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& carbon_1(fn_animal_plasma_membrane_70(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& carbon_1(fn_gated_channel_21(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& hydrophilic_end_1(fn_gated_channel_24(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& hydrophilic_region_1(fn_integral_protein_23(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& hydrophilic_region_1(fn_gated_channel_25(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& hydrophilic_end_1(fn_gated_channel_25(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& amino_acid_1(fn_animal_plasma_membrane_4(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& polar_amino_acid_1(fn_integral_protein_6(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& polar_amino_acid_1(fn_gated_channel_17(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& protein_1(fn_plasma_membrane_68(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& protein_1(fn_plasma_membrane_54(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& polymer_1(fn_plasma_membrane_54(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)))
& spatial_entity_1(fn_attach_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_4(X)))
& water_1(fn_aqueous_solution_14(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X)))
& chemical_1(fn_hypotonic_solution_3(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X)))
& water_1(fn_hypotonic_solution_3(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X)))
& hypertonic_solution_1(fn_hypotonic_solution_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X)))
& facilitated_diffusion_1(fn_transport_protein_28(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)))
& causes_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_55(X),X)
& causes_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_54(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_55(X))
& agent_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_54(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_2(X))
& object_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_49(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_32(X))
& object_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_48(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_1(X))
& path_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_47(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_33(X))
& site_2(X,fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X))
& object_2(X,fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_32(X))
& called_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_11(X),"3")
& called_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_10(X),"2")
& called_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_9(X),"3")
& object_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_54(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X))
& object_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_46(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_32(X))
& base_2(X,fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X))
& has_part_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& is_permeable_to_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_32(X))
& object_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_47(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_32(X))
& has_region_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_38(X))
& object_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_63(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& site_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_63(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_37(X))
& is_at_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_37(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_38(X))
& object_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_47(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_8(X))
& has_part_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& instrument_2(X,fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& is_across_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& has_region_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_26(X))
& called_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_11(X),"1")
& has_region_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_27(X))
& is_inside_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_27(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_22(X))
& is_between_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_21(X))
& is_inside_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_21(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_26(X))
& path_2(X,fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& object_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_14(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_12(X))
& is_outside_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_33(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& instrument_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_11(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& base_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_47(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& called_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_9(X),"1")
& is_between_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_22(X))
& base_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_4(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& has_part_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_19(X))
& is_inside_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_19(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_34(X))
& has_part_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_34(X))
& plays_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_13(X))
& in_event_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_13(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_14(X))
& is_outside_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_5(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& object_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_7(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_5(X))
& base_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_7(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_6(X))
& is_inside_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_6(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& is_impermeable_to_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_12(X))
& fluidity_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_23(X))
& directly_proportional_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_28(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_23(X))
& quantity_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_20(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_28(X))
& has_part_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_20(X))
& has_function_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_47(X))
& base_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_3(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& object_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_3(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_35(X))
& is_at_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_35(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& has_function_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_11(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_11(X) != fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_10(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_10(X) != fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_11(X)
& density_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_25(X))
& inversely_proportional_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_25(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_23(X))
& directly_proportional_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_24(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_23(X))
& temperature_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_24(X))
& has_function_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_10(X))
& has_function_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_9(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_10(X) != fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_9(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_9(X) != fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_10(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_11(X) != fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_9(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_9(X) != fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_11(X)
& raw_material_2(X,fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_50(X))
& object_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_48(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_45(X))
& causes_2(X,fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_48(X))
& result_2(X,fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_59(X))
& quantity_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_59(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_56(X))
& base_2(X,fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_45(X))
& possesses_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_45(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_50(X))
& quantity_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_50(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_57(X))
& directly_proportional_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_57(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_56(X))
& is_between_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_45(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X))
& is_between_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_45(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_44(X))
& objective_2(X,fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_49(X))
& object_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_46(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_8(X))
& agent_2(X,fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_45(X))
& has_function_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_45(X),X)
& by_means_of_2(X,fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_46(X))
& causes_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_46(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_47(X))
& subevent_2(X,fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_47(X))
& destination_2(X,fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X))
& destination_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_47(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X))
& origin_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_47(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_44(X))
& origin_2(X,fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_44(X))
& object_2(X,fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_8(X))
& has_region_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_40(X))
& facilitates_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_47(X))
& has_region_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_39(X))
& has_function_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_62(X))
& is_inside_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_34(X))
& object_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_55(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& agent_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_47(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& agent_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_62(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& object_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_36(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& has_part_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_41(X))
& is_inside_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_41(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_39(X))
& has_region_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_37(X))
& site_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_62(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_37(X))
& has_part_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_42(X))
& is_at_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_42(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_37(X))
& site_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_36(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_37(X))
& is_opposite_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_40(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_37(X))
& is_opposite_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_37(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_40(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_61(X) != fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_60(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_60(X) != fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_61(X)
& has_part_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_60(X))
& has_solute_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_61(X))
& has_part_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_61(X))
& is_hypertonic_to_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_44(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X))
& is_hypotonic_to_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_44(X))
& has_solvent_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_60(X))
& object_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_4(X),fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_35(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X) = fn_make_accessible_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_54(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_32(X) = fn_thermal_motion_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_46(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X) = fn_passive_transport_1(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X) = fn_animal_plasma_membrane_56(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X) = fn_nerve_cell_35(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_47(X) = fn_plasma_membrane_74(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_32(X) = fn_plasma_membrane_73(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_38(X) = fn_integral_protein_29(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_38(X) = fn_diffusion_of_cation_across_plasma_membrane_15(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_63(X) = fn_diffusion_of_cation_across_plasma_membrane_7(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_8(X) = fn_channel_protein_4(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X) = fn_plasma_membrane_68(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X) = fn_plasma_membrane_54(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X) = fn_transmembrane_protein_4(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_26(X) = fn_transmembrane_protein_6(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_22(X) = fn_biomembrane_15(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_22(X) = fn_diffusion_of_cation_across_plasma_membrane_56(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_27(X) = fn_biomembrane_47(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_27(X) = fn_biomembrane_41(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_27(X) = fn_diffusion_of_cation_across_plasma_membrane_51(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_21(X) = fn_biomembrane_14(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_26(X) = fn_biomembrane_42(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_26(X) = fn_diffusion_of_cation_across_plasma_membrane_52(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_21(X) = fn_diffusion_of_cation_across_plasma_membrane_57(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_16(X) = fn_animal_plasma_membrane_27(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_17(X) = fn_animal_plasma_membrane_26(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_15(X) = fn_animal_plasma_membrane_25(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_18(X) = fn_animal_plasma_membrane_89(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_33(X) = fn_animal_plasma_membrane_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_11(X) = fn_animal_plasma_membrane_114(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X) = fn_gated_channel_16(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_47(X) = fn_facilitated_diffusion_55(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_22(X) = fn_plasma_membrane_70(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_22(X) = fn_animal_plasma_membrane_78(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X) = fn_attach_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_4(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_4(X) = fn_animal_plasma_membrane_77(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_14(X) = fn_animal_plasma_membrane_114(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_13(X) = fn_animal_plasma_membrane_113(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_34(X) = fn_biomembrane_63(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X) = fn_animal_cell_73(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_34(X) = fn_animal_cell_58(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_34(X) = fn_transport_protein_12(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_34(X) = fn_integral_protein_27(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_19(X) = fn_integral_protein_9(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_19(X) = fn_animal_plasma_membrane_76(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_12(X) = fn_animal_plasma_membrane_31(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_6(X) = fn_animal_plasma_membrane_57(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_7(X) = fn_animal_plasma_membrane_45(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_5(X) = fn_animal_plasma_membrane_43(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_47(X) = fn_transport_protein_10(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_20(X) = fn_animal_plasma_membrane_28(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_28(X) = fn_animal_plasma_membrane_35(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_10(X) = fn_animal_plasma_membrane_115(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X) = fn_transport_protein_35(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_11(X) = fn_transport_protein_31(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_35(X) = fn_plasma_membrane_3(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_35(X) = fn_animal_plasma_membrane_47(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_3(X) = fn_animal_plasma_membrane_52(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_24(X) = fn_animal_plasma_membrane_33(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_23(X) = fn_animal_plasma_membrane_44(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_25(X) = fn_animal_plasma_membrane_32(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_9(X) = fn_animal_plasma_membrane_29(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_11(X) = fn_diffusion_of_cation_across_plasma_membrane_60(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_11(X) = fn_animal_plasma_membrane_30(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_9(X) = fn_diffusion_of_cation_across_plasma_membrane_59(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_10(X) = fn_facilitated_diffusion_13(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_10(X) = fn_diffusion_of_cation_across_plasma_membrane_58(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_10(X) = fn_animal_plasma_membrane_29(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X) = fn_facilitated_diffusion_49(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_9(X) = fn_facilitated_diffusion_6(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X) = fn_integral_protein_24(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_9(X) = fn_integral_protein_25(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X) = fn_diffusion_of_cation_across_plasma_membrane_38(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_9(X) = fn_diffusion_of_cation_across_plasma_membrane_60(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_9(X) = fn_animal_plasma_membrane_115(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_30(X) = fn_passive_transport_16(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_29(X) = fn_passive_transport_7(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_58(X) = fn_passive_transport_6(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_59(X) = fn_passive_transport_17(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_48(X) = fn_passive_transport_23(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_31(X) = fn_passive_transport_15(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_56(X) = fn_passive_transport_19(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_57(X) = fn_passive_transport_18(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_50(X) = fn_passive_transport_27(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_45(X) = fn_passive_transport_26(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_49(X) = fn_diffusion_of_cation_across_plasma_membrane_37(X)
& X = fn_transport_protein_28(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_47(X) = fn_transport_protein_34(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_46(X) = fn_diffusion_of_cation_across_plasma_membrane_42(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_45(X) = fn_diffusion_of_cation_across_plasma_membrane_35(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_8(X) = fn_facilitated_diffusion_26(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_8(X) = fn_diffusion_of_cation_across_plasma_membrane_10(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_44(X) = fn_diffusion_of_cation_across_plasma_membrane_33(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_47(X) = fn_diffusion_of_cation_across_plasma_membrane_34(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X) = fn_diffusion_of_cation_across_plasma_membrane_41(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_47(X) = fn_channel_protein_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_39(X) = fn_plasma_membrane_57(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_34(X) = fn_animal_plasma_membrane_54(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X) = fn_plasma_membrane_55(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_34(X) = fn_plasma_membrane_71(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_34(X) = fn_gated_channel_13(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_55(X) = fn_gated_channel_4(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_47(X) = fn_animal_plasma_membrane_50(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_47(X) = fn_gated_ion_channel_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_47(X) = fn_gated_channel_3(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_39(X) = fn_animal_plasma_membrane_57(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_39(X) = fn_gated_channel_26(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_41(X) = fn_gated_channel_19(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X) = fn_animal_plasma_membrane_53(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_41(X) = fn_animal_plasma_membrane_91(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X) = fn_animal_plasma_membrane_62(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_41(X) = fn_animal_plasma_membrane_70(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_41(X) = fn_gated_channel_21(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_62(X) = fn_gated_channel_39(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_36(X) = fn_gated_channel_40(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_40(X) = fn_diffusion_of_cation_across_plasma_membrane_17(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_40(X) = fn_gated_channel_24(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_42(X) = fn_integral_protein_6(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_37(X) = fn_integral_protein_23(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_37(X) = fn_diffusion_of_cation_across_plasma_membrane_14(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_37(X) = fn_gated_channel_25(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X) = fn_animal_plasma_membrane_47(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_42(X) = fn_animal_plasma_membrane_4(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X) = fn_diffusion_of_cation_across_plasma_membrane_36(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_42(X) = fn_diffusion_of_cation_across_plasma_membrane_24(X)
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_42(X) = fn_gated_channel_17(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_35(X) = fn_attach_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_4(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_60(X) = fn_aqueous_solution_14(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_61(X) = fn_hypotonic_solution_7(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_60(X) = fn_hypotonic_solution_3(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_44(X) = fn_hypotonic_solution_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X))
& fn_make_accessible_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_54(X)) = fn_passive_transport_1(X)
& fn_passive_transport_1(X) = fn_passive_transport_1(X)
& fn_passive_transport_1(X) = fn_animal_plasma_membrane_56(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_56(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_thermal_motion_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_46(X))
& fn_thermal_motion_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_46(X)) = fn_plasma_membrane_73(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_plasma_membrane_73(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_plasma_membrane_73(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_plasma_membrane_73(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_integral_protein_29(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_cation_across_plasma_membrane_15(X) = fn_integral_protein_29(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_integral_protein_29(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_diffusion_of_cation_across_plasma_membrane_15(X)
& fn_diffusion_of_cation_across_plasma_membrane_15(X) = fn_biomembrane_41(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_biomembrane_41(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_biomembrane_47(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_biomembrane_47(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_biomembrane_41(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_biomembrane_41(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_biomembrane_41(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_cation_across_plasma_membrane_51(X) = fn_biomembrane_41(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_biomembrane_41(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_diffusion_of_cation_across_plasma_membrane_51(X)
& fn_diffusion_of_cation_across_plasma_membrane_51(X) = fn_transmembrane_protein_6(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_transmembrane_protein_6(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_biomembrane_42(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_biomembrane_42(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_biomembrane_42(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_diffusion_of_cation_across_plasma_membrane_52(X) = fn_biomembrane_42(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_biomembrane_42(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_diffusion_of_cation_across_plasma_membrane_52(X)
& fn_diffusion_of_cation_across_plasma_membrane_52(X) = fn_biomembrane_14(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_biomembrane_14(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_diffusion_of_cation_across_plasma_membrane_57(X)
& fn_diffusion_of_cation_across_plasma_membrane_57(X) = fn_diffusion_of_cation_across_plasma_membrane_57(X)
& fn_diffusion_of_cation_across_plasma_membrane_57(X) = fn_biomembrane_15(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_biomembrane_15(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_plasma_membrane_70(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_plasma_membrane_70(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_biomembrane_15(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_biomembrane_15(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_diffusion_of_cation_across_plasma_membrane_56(X)
& fn_diffusion_of_cation_across_plasma_membrane_56(X) = fn_diffusion_of_cation_across_plasma_membrane_56(X)
& fn_diffusion_of_cation_across_plasma_membrane_56(X) = fn_animal_plasma_membrane_78(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_78(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_integral_protein_9(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_animal_plasma_membrane_76(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_integral_protein_9(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_integral_protein_9(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_animal_plasma_membrane_76(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_76(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_diffusion_of_cation_across_plasma_membrane_60(X)
& fn_diffusion_of_cation_across_plasma_membrane_60(X) = fn_transport_protein_31(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_transport_protein_31(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_transport_protein_31(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_transport_protein_31(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_diffusion_of_cation_across_plasma_membrane_60(X)
& fn_animal_plasma_membrane_114(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_diffusion_of_cation_across_plasma_membrane_60(X)
& fn_diffusion_of_cation_across_plasma_membrane_60(X) = fn_animal_plasma_membrane_114(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_114(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_plasma_membrane_30(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_30(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_plasma_membrane_30(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_30(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_diffusion_of_cation_across_plasma_membrane_58(X)
& fn_diffusion_of_cation_across_plasma_membrane_58(X) = fn_facilitated_diffusion_13(X)
& fn_facilitated_diffusion_13(X) = fn_diffusion_of_cation_across_plasma_membrane_58(X)
& fn_animal_plasma_membrane_115(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_diffusion_of_cation_across_plasma_membrane_58(X)
& fn_diffusion_of_cation_across_plasma_membrane_58(X) = fn_diffusion_of_cation_across_plasma_membrane_58(X)
& fn_diffusion_of_cation_across_plasma_membrane_58(X) = fn_animal_plasma_membrane_115(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_29(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_plasma_membrane_29(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_29(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_facilitated_diffusion_6(X)
& fn_facilitated_diffusion_6(X) = fn_facilitated_diffusion_6(X)
& fn_facilitated_diffusion_6(X) = fn_integral_protein_25(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_cation_across_plasma_membrane_59(X) = fn_integral_protein_25(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_integral_protein_25(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_diffusion_of_cation_across_plasma_membrane_59(X)
& fn_diffusion_of_cation_across_plasma_membrane_59(X) = fn_diffusion_of_cation_across_plasma_membrane_59(X)
& fn_diffusion_of_cation_across_plasma_membrane_59(X) = fn_diffusion_of_cation_across_plasma_membrane_60(X)
& fn_diffusion_of_cation_across_plasma_membrane_60(X) = fn_animal_plasma_membrane_29(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_29(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_diffusion_of_cation_across_plasma_membrane_60(X)
& fn_diffusion_of_cation_across_plasma_membrane_60(X) = fn_diffusion_of_cation_across_plasma_membrane_60(X)
& fn_diffusion_of_cation_across_plasma_membrane_60(X) = fn_animal_plasma_membrane_115(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_115(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_plasma_membrane_29(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_29(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_plasma_membrane_115(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_115(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_plasma_membrane_115(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_115(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_cell_73(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X))
& fn_animal_cell_73(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X)) = fn_attach_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_4(X))
& fn_attach_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_4(X)) = fn_animal_cell_73(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X))
& fn_animal_cell_73(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X)) = fn_animal_cell_73(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X))
& fn_nerve_cell_35(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X)) = fn_animal_cell_73(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X))
& fn_animal_cell_73(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X)) = fn_nerve_cell_35(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X))
& fn_nerve_cell_35(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X)) = fn_transmembrane_protein_4(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_transmembrane_protein_4(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_transmembrane_protein_4(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_gated_channel_16(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_transmembrane_protein_4(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_transmembrane_protein_4(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_gated_channel_16(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_gated_channel_16(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_gated_channel_16(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_gated_channel_16(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_facilitated_diffusion_49(X)
& fn_facilitated_diffusion_49(X) = fn_facilitated_diffusion_49(X)
& fn_integral_protein_24(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_facilitated_diffusion_49(X)
& fn_facilitated_diffusion_49(X) = fn_integral_protein_24(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_integral_protein_24(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_integral_protein_24(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_transport_protein_35(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_integral_protein_24(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_integral_protein_24(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_transport_protein_35(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_cation_across_plasma_membrane_38(X) = fn_diffusion_of_cation_across_plasma_membrane_38(X)
& fn_diffusion_of_cation_across_plasma_membrane_38(X) = fn_transport_protein_35(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_transport_protein_35(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_transport_protein_35(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_transport_protein_35(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_diffusion_of_cation_across_plasma_membrane_38(X)
& fn_diffusion_of_cation_across_plasma_membrane_38(X) = fn_passive_transport_26(X)
& fn_passive_transport_26(X) = fn_passive_transport_26(X)
& fn_passive_transport_26(X) = fn_diffusion_of_cation_across_plasma_membrane_35(X)
& fn_diffusion_of_cation_across_plasma_membrane_35(X) = fn_diffusion_of_cation_across_plasma_membrane_35(X)
& fn_diffusion_of_cation_across_plasma_membrane_35(X) = fn_channel_protein_4(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_channel_protein_4(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_facilitated_diffusion_26(X)
& fn_facilitated_diffusion_26(X) = fn_facilitated_diffusion_26(X)
& fn_diffusion_of_cation_across_plasma_membrane_10(X) = fn_facilitated_diffusion_26(X)
& fn_facilitated_diffusion_26(X) = fn_diffusion_of_cation_across_plasma_membrane_10(X)
& fn_diffusion_of_cation_across_plasma_membrane_10(X) = fn_biomembrane_63(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_biomembrane_63(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_cell_58(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X))
& fn_animal_cell_58(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X)) = fn_animal_cell_58(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X))
& fn_animal_cell_58(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(X)) = fn_plasma_membrane_71(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_plasma_membrane_71(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_plasma_membrane_71(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_transport_protein_12(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_plasma_membrane_71(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_plasma_membrane_71(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_transport_protein_12(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_transport_protein_12(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_integral_protein_27(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_integral_protein_27(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_integral_protein_27(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_animal_plasma_membrane_54(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_integral_protein_27(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_integral_protein_27(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_animal_plasma_membrane_54(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_54(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_plasma_membrane_54(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_54(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_gated_channel_13(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_gated_channel_13(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_plasma_membrane_74(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_plasma_membrane_74(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_gated_ion_channel_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_gated_ion_channel_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_gated_ion_channel_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_gated_ion_channel_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_plasma_membrane_74(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_plasma_membrane_74(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_channel_protein_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_channel_protein_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_channel_protein_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_channel_protein_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_transport_protein_10(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_transport_protein_10(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_transport_protein_10(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_transport_protein_10(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_channel_protein_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_channel_protein_5(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_facilitated_diffusion_55(X)
& fn_facilitated_diffusion_55(X) = fn_transport_protein_10(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_transport_protein_10(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_facilitated_diffusion_55(X)
& fn_facilitated_diffusion_55(X) = fn_facilitated_diffusion_55(X)
& fn_facilitated_diffusion_55(X) = fn_transport_protein_34(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_transport_protein_34(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_transport_protein_34(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_animal_plasma_membrane_50(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_transport_protein_34(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_transport_protein_34(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_animal_plasma_membrane_50(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_50(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_diffusion_of_cation_across_plasma_membrane_34(X)
& fn_diffusion_of_cation_across_plasma_membrane_34(X) = fn_animal_plasma_membrane_50(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_50(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_plasma_membrane_50(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_50(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_gated_channel_3(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_gated_channel_3(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_diffusion_of_cation_across_plasma_membrane_34(X)
& fn_diffusion_of_cation_across_plasma_membrane_34(X) = fn_diffusion_of_cation_across_plasma_membrane_34(X)
& fn_diffusion_of_cation_across_plasma_membrane_34(X) = fn_gated_channel_3(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_gated_channel_3(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_gated_channel_3(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_gated_channel_3(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_plasma_membrane_57(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_plasma_membrane_57(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_plasma_membrane_57(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_57(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_plasma_membrane_57(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_gated_channel_26(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_animal_plasma_membrane_57(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_57(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_gated_channel_26(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_gated_channel_26(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_gated_channel_19(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_gated_channel_19(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_animal_plasma_membrane_91(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_70(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_plasma_membrane_91(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_91(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_plasma_membrane_70(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_70(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_plasma_membrane_70(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_gated_channel_21(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_animal_plasma_membrane_70(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_70(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_gated_channel_21(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_gated_channel_21(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_gated_channel_24(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_gated_channel_24(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_diffusion_of_cation_across_plasma_membrane_17(X)
& fn_diffusion_of_cation_across_plasma_membrane_17(X) = fn_gated_channel_24(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_gated_channel_24(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_integral_protein_23(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_diffusion_of_cation_across_plasma_membrane_14(X) = fn_integral_protein_23(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_integral_protein_23(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_diffusion_of_cation_across_plasma_membrane_14(X)
& fn_diffusion_of_cation_across_plasma_membrane_14(X) = fn_diffusion_of_cation_across_plasma_membrane_14(X)
& fn_gated_channel_25(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_gated_channel_25(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_gated_channel_25(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_diffusion_of_cation_across_plasma_membrane_14(X)
& fn_diffusion_of_cation_across_plasma_membrane_14(X) = fn_gated_channel_25(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_gated_channel_25(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_integral_protein_6(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_integral_protein_6(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_animal_plasma_membrane_4(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_4(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_integral_protein_6(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_integral_protein_6(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_diffusion_of_cation_across_plasma_membrane_24(X)
& fn_diffusion_of_cation_across_plasma_membrane_24(X) = fn_diffusion_of_cation_across_plasma_membrane_24(X)
& fn_gated_channel_17(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_diffusion_of_cation_across_plasma_membrane_24(X)
& fn_diffusion_of_cation_across_plasma_membrane_24(X) = fn_gated_channel_17(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X))
& fn_gated_channel_17(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_plasma_membrane_68(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_plasma_membrane_68(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_plasma_membrane_54(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_plasma_membrane_54(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_plasma_membrane_54(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_plasma_membrane_54(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_plasma_membrane_53(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_53(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_plasma_membrane_53(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_47(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_plasma_membrane_53(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_53(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_plasma_membrane_47(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_47(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_plasma_membrane_62(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_62(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_plasma_membrane_47(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_47(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_plasma_membrane_55(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_62(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_plasma_membrane_55(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_plasma_membrane_55(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_plasma_membrane_62(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_62(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_diffusion_of_cation_across_plasma_membrane_36(X)
& fn_diffusion_of_cation_across_plasma_membrane_36(X) = fn_diffusion_of_cation_across_plasma_membrane_36(X)
& fn_diffusion_of_cation_across_plasma_membrane_36(X) = fn_plasma_membrane_55(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_plasma_membrane_55(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_plasma_membrane_55(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_plasma_membrane_55(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_diffusion_of_cation_across_plasma_membrane_36(X)
& fn_diffusion_of_cation_across_plasma_membrane_36(X) = fn_plasma_membrane_3(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_plasma_membrane_3(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_plasma_membrane_47(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_47(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_animal_plasma_membrane_47(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X))
& fn_animal_plasma_membrane_47(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_51(X)) = fn_attach_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_4(X))
& fn_attach_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_4(X)) = fn_aqueous_solution_14(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X))
& fn_aqueous_solution_14(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X)) = fn_hypotonic_solution_3(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X))
& fn_hypotonic_solution_3(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X)) = fn_hypotonic_solution_3(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X))
& fn_hypotonic_solution_3(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X)) = fn_diffusion_of_cation_across_plasma_membrane_33(X)
& fn_diffusion_of_cation_across_plasma_membrane_33(X) = fn_diffusion_of_cation_across_plasma_membrane_33(X)
& fn_diffusion_of_cation_across_plasma_membrane_33(X) = fn_hypotonic_solution_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X))
& fn_hypotonic_solution_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X)) = fn_hypotonic_solution_2(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_43(X))
& fn_transport_protein_28(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) = fn_transport_protein_28(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_53(X)) ) ) ).
fof(a528968,axiom,
! [X] :
( diffusion_of_solute_in_water_1(X)
=> ( original_name_2(X,'Diffusion-Of-Solute-In-Water')
& user_description_2(X,'Diffusion of a solute in water increases entropy by producing a more random mixture than exists when there are localized concentrations of the solute.')
& concept2words_2(X,diffuse)
& concept2words_2(X,'diffusion of solute in water')
& concept2words_2(X,'diffusion-of-solute-in-water')
& diffusion_1(X)
& water_1(fn_diffusion_of_solute_in_water_1(X))
& base_2(X,fn_diffusion_of_solute_in_water_1(X)) ) ) ).
fof(a528969,axiom,
! [X] :
( diffusion_of_water_across_membrane_separating_two_isotonic_solution_1(X)
=> ( original_name_2(X,'Diffusion-Of-Water-Across-Membrane-Separating-Two-Isotonic-Solution')
& user_description_2(X,'The condition when the two solutions are isotonic, water moves across a membrane separating the solutions at an equal rate in both directions; that is, there is no net osmosis between isotonic solutions.')
& concept2words_2(X,diffuse)
& concept2words_2(X,'diffusion of water across membrane separating two isotonic solution')
& concept2words_2(X,'diffusion-of-water-across-membrane-separating-two-isotonic-solution')
& osmosis_1(X)
& ~ chemiosmosis_1(X)
& ~ facilitated_diffusion_of_ion_1(X)
& potential_value_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_5(X))
& potential_value_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_6(X))
& potential_value_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_7(X))
& hydrophilic_face_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_8(X))
& cell_pole_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_9(X))
& cell_pole_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_10(X))
& surface_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_11(X))
& concentration_value_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_12(X))
& water_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_13(X))
& chemical_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_13(X))
& chemical_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_14(X))
& thermal_energy_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_16(X))
& kinetic_energy_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_16(X))
& quantity_value_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_17(X))
& move_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_20(X))
& heat_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_21(X))
& move_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_22(X))
& cohesion_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_23(X))
& attract_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_23(X))
& lose_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_24(X))
& cohesion_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X))
& attract_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X))
& expand_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_26(X))
& contract_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_27(X))
& transfer_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_28(X))
& lose_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_28(X))
& cohesion_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_29(X))
& hydrogen_bond_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_30(X))
& entity_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X))
& spatial_entity_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X))
& chemical_entity_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X))
& tangible_entity_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X))
& polar_molecule_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X))
& water_molecule_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X))
& spatial_entity_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X))
& tangible_entity_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X))
& polar_molecule_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X))
& hydrophilic_compound_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X))
& water_molecule_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X))
& surface_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_33(X))
& volume_value_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_34(X))
& entity_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_35(X))
& thermal_energy_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_35(X))
& decrease_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_36(X))
& create_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_37(X))
& move_through_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_38(X))
& move_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_38(X))
& attach_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_39(X))
& hydrophilic_compound_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_40(X))
& hydrophobic_compound_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_41(X))
& spatial_entity_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_41(X))
& block_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_42(X))
& barrier_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_43(X))
& block_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_44(X))
& water_molecule_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_45(X))
& molecule_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_45(X))
& membrane_protein_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_46(X))
& gradient_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_47(X))
& concentration_gradient_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_47(X))
& cell_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_48(X))
& solute_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_49(X))
& substance_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_50(X))
& chemical_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_50(X))
& system_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_54(X))
& rate_value_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_56(X))
& rate_value_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_57(X))
& osmosis_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_58(X))
& osmosis_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X))
& spatial_entity_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& tangible_entity_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& substance_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& chemical_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& water_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& spatial_entity_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& biomembrane_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& plasma_membrane_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& isotonic_solution_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_62(X))
& isotonic_solution_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_63(X))
& aqueous_solution_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X))
& hypertonic_solution_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X))
& aqueous_solution_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X))
& hypotonic_solution_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X))
& quantity_value_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_66(X))
& potential_energy_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_67(X))
& thermal_motion_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_68(X))
& symmetrical_distribution_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_69(X))
& lose_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_70(X))
& move_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_71(X))
& property_node_1(fn_passive_transport_7(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X)))
& rate_value_1(fn_passive_transport_6(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X)))
& property_node_1(fn_passive_transport_7(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_58(X)))
& rate_value_1(fn_passive_transport_6(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_58(X)))
& block_1(fn_plasma_membrane_31(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)))
& barrier_1(fn_plasma_membrane_30(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)))
& hydrophilic_compound_1(fn_plasma_membrane_50(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)))
& substance_1(fn_plasma_membrane_70(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)))
& attract_1(fn_water_molecule_75(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X)))
& attract_1(fn_water_molecule_75(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X)))
& hydrogen_bond_1(fn_water_107(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& move_1(fn_water_95(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& surface_1(fn_water_14(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& heat_1(fn_water_101(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& contract_1(fn_water_88(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& cohesion_1(fn_water_78(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& attract_1(fn_water_78(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& decrease_1(fn_water_97(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& property_node_1(fn_water_76(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& expand_1(fn_water_87(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& volume_value_1(fn_water_89(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)))
& membrane_protein_1(fn_passive_transport_21(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)))
& move_through_1(fn_passive_transport_24(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X)))
& move_through_1(fn_plasma_membrane_74(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)))
& move_1(fn_plasma_membrane_74(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)))
& block_1(fn_biomembrane_102(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)))
& block_1(fn_biomembrane_101(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)))
& block_1(fn_plasma_membrane_33(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)))
& hydrophobic_compound_1(fn_biomembrane_99(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)))
& hydrophobic_compound_1(fn_plasma_membrane_98(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)))
& spatial_entity_1(fn_block_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_44(X)))
& plasma_membrane_1(fn_cell_30(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_48(X)))
& spatial_entity_1(fn_passive_transport_25(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X)))
& biomembrane_1(fn_passive_transport_25(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X)))
& thermal_energy_1(fn_thermal_motion_6(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_68(X)))
& kinetic_energy_1(fn_molecule_12(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_45(X)))
& water_1(fn_aqueous_solution_14(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X)))
& water_1(fn_hypertonic_solution_7(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X)))
& chemical_1(fn_hypertonic_solution_7(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X)))
& chemical_1(fn_hypertonic_solution_5(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X)))
& chemical_1(fn_hypotonic_solution_7(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X)))
& chemical_1(fn_hypertonic_solution_8(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X)))
& substance_1(fn_hypotonic_solution_4(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X)))
& chemical_1(fn_hypotonic_solution_4(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X)))
& hypertonic_solution_1(fn_hypotonic_solution_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X)))
& hypotonic_solution_1(fn_hypertonic_solution_6(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X)))
& tangible_entity_1(fn_solute_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_49(X)))
& spatial_entity_1(fn_move_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_22(X)))
& spatial_entity_1(fn_move_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_20(X)))
& tangible_entity_1(fn_lose_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_24(X)))
& tangible_entity_1(fn_lose_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_28(X)))
& spatial_entity_1(fn_thermal_motion_5(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_68(X)))
& tangible_entity_1(fn_thermal_motion_5(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_68(X)))
& substance_1(fn_cohesion_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X)))
& water_1(fn_aqueous_solution_14(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X)))
& chemical_1(fn_hypotonic_solution_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X)))
& water_1(fn_hypotonic_solution_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X)))
& lose_1(fn_water_94(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& tangible_entity_1(fn_cohesion_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_29(X)))
& tangible_entity_1(fn_cohesion_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_29(X)))
& tangible_entity_1(fn_cohesion_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X)))
& water_molecule_1(fn_water_molecule_74(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X)))
& spatial_entity_1(fn_water_83(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& tangible_entity_1(fn_water_83(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& polar_molecule_1(fn_water_83(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& hydrophilic_compound_1(fn_water_83(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& water_molecule_1(fn_water_83(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& tangible_entity_1(fn_cohesion_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X)))
& water_molecule_1(fn_water_molecule_74(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X)))
& entity_1(fn_water_98(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& spatial_entity_1(fn_water_98(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& chemical_entity_1(fn_water_98(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& tangible_entity_1(fn_water_98(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& polar_molecule_1(fn_water_98(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& water_molecule_1(fn_water_98(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& create_1(fn_water_30(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& entity_1(fn_transfer_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_24(X)))
& entity_1(fn_transfer_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_28(X)))
& thermal_energy_1(fn_water_96(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_69(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_69(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_45(X))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_68(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_45(X))
& directly_proportional_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_12(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_66(X))
& water_potential_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_7(X))
& pressure_potential_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_6(X))
& water_potential_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_5(X))
& recipient_2(X,fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_62(X))
& donor_2(X,fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_63(X))
& path_2(X,fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_11(X))
& path_2(X,fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_10(X))
& path_2(X,fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_9(X))
& object_2(X,fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& donor_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_62(X))
& recipient_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_63(X))
& recipient_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_58(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_62(X))
& donor_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_58(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_63(X))
& called_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_57(X),'Rate_MoveThrough2')
& called_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_56(X),'Rate_MoveThrough1')
& is_inside_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_8(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& is_outside_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_8(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X))
& is_outside_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_8(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X))
& greater_than_or_equal_to_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_7(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_5(X))
& greater_than_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_7(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_5(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_45(X) != fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_41(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_45(X) != fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_40(X)
& instrument_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_44(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_41(X) != fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_45(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_40(X) != fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_45(X)
& called_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_5(X),'Waterpotential')
& instrument_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_29(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_30(X))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_29(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X))
& base_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_28(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& instrument_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_30(X))
& agent_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_20(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_35(X))
& agent_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_29(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_29(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_22(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_24(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_35(X))
& donor_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_24(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& plays_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_49(X))
& base_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_29(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& agent_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_29(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X))
& has_part_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_48(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& path_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_42(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_41(X))
& rate_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_56(X))
& rate_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_58(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_57(X))
& path_2(X,fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& base_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_39(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_39(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_46(X))
& base_2(X,fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_48(X))
& objective_2(X,fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_69(X))
& quantity_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_47(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_66(X))
& raw_material_2(X,fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_67(X))
& by_means_of_2(X,fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_68(X))
& causes_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_68(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_38(X))
& base_2(X,fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_47(X))
& possesses_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_47(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_67(X))
& quantity_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_67(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_17(X))
& directly_proportional_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_66(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_17(X))
& agent_2(X,fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_47(X))
& is_between_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_47(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X))
& destination_2(X,fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X))
& origin_2(X,fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X))
& is_between_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_47(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X))
& next_event_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_37(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_38(X))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_70(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_35(X))
& agent_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_38(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_35(X))
& agent_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_22(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_35(X))
& subevent_2(X,fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_38(X))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_38(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_45(X))
& object_2(X,fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_45(X))
& agent_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_68(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_16(X))
& is_at_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_46(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& is_impermeable_to_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_41(X))
& plays_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_43(X))
& in_event_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_43(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_44(X))
& is_impermeable_to_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_40(X))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_42(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_40(X))
& has_function_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_42(X))
& has_function_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_38(X))
& base_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_38(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& is_at_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_33(X))
& has_part_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X))
& base_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_23(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& instrument_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_23(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_30(X))
& possesses_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_30(X))
& has_part_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_21(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& agent_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_21(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_35(X))
& agent_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_71(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_35(X))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_71(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& same_type_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X))
& same_type_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X))
& is_above_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_33(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X))
& has_region_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_33(X))
& base_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_26(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& causes_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_21(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_26(X))
& base_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_27(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& from_value_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_27(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_34(X))
& volume_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_34(X))
& base_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_70(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& donor_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_70(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& called_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X),"1")
& agent_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_23(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X))
& agent_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_23(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_23(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_23(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X))
& causes_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_36(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_37(X))
& by_means_of_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_36(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_28(X))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_28(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_35(X))
& from_value_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_26(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_34(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_14(X) != fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X) != fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_14(X)
& has_part_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& has_solute_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_14(X))
& has_part_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_14(X))
& is_hypotonic_to_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X))
& is_hypertonic_to_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X))
& has_solvent_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& has_solute_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_50(X))
& has_part_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_50(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_13(X) != fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_50(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_50(X) != fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_13(X)
& has_solvent_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_13(X))
& has_part_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_13(X))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X))
& agent_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X))
& agent_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X))
& possesses_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_45(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_16(X))
& is_between_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_63(X))
& is_between_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_62(X))
& base_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_68(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& donor_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_28(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_44(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_41(X))
& object_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_20(X),fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X) = fn_cohesion_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_29(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X) = fn_cohesion_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_29(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X) = fn_move_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_22(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_35(X) = fn_transfer_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_24(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X) = fn_lose_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_24(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X) = fn_solute_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_49(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X) = fn_cell_30(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_48(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_41(X) = fn_biomembrane_99(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_53(X) = fn_passive_transport_7(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_56(X) = fn_passive_transport_6(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_52(X) = fn_passive_transport_7(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_58(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_57(X) = fn_passive_transport_6(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_58(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_46(X) = fn_passive_transport_21(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_39(X) = fn_passive_transport_20(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X) = fn_passive_transport_25(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_48(X) = fn_passive_transport_1(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_69(X) = fn_passive_transport_29(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_15(X) = fn_passive_transport_16(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_38(X) = fn_passive_transport_24(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_68(X) = fn_passive_transport_22(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_19(X) = fn_passive_transport_30(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_66(X) = fn_passive_transport_28(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_17(X) = fn_passive_transport_18(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_67(X) = fn_passive_transport_27(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_47(X) = fn_passive_transport_26(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X) = fn_passive_transport_of_water_1(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X) = fn_passive_transport_of_water_2(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_47(X) = fn_passive_transport_of_water_3(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_37(X) = fn_osmosis_2(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_70(X) = fn_osmosis_25(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_22(X) = fn_osmosis_1(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_35(X) = fn_osmosis_24(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_55(X) = fn_osmosis_16(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_51(X) = fn_osmosis_18(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_55(X) = fn_osmosis_15(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_54(X) = fn_osmosis_17(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_45(X) = fn_osmosis_20(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_38(X) = fn_osmosis_21(X)
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_16(X) = fn_thermal_motion_6(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_68(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_46(X) = fn_plasma_membrane_4(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_46(X) = fn_passive_transport_21(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_46(X) = fn_plasma_membrane_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_41(X) = fn_plasma_membrane_98(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_44(X) = fn_plasma_membrane_31(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_43(X) = fn_plasma_membrane_30(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X) = fn_passive_transport_25(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_38(X) = fn_passive_transport_24(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_38(X) = fn_plasma_membrane_74(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_42(X) = fn_biomembrane_102(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_42(X) = fn_biomembrane_101(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_42(X) = fn_plasma_membrane_33(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_40(X) = fn_plasma_membrane_50(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X) = fn_move_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_20(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_41(X) = fn_block_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_44(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X) = fn_lose_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_28(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X) = fn_thermal_motion_5(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_68(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_62(X) = fn_plasma_membrane_70(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_63(X) = fn_plasma_membrane_77(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_16(X) = fn_molecule_12(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_45(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X) = fn_water_molecule_74(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X) = fn_water_molecule_75(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X) = fn_water_molecule_74(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X) = fn_water_molecule_75(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_13(X) = fn_aqueous_solution_14(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_13(X) = fn_hypertonic_solution_7(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X) = fn_aqueous_solution_14(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_14(X) = fn_hypertonic_solution_5(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_14(X) = fn_hypotonic_solution_7(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X) = fn_hypotonic_solution_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_50(X) = fn_hypertonic_solution_8(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_50(X) = fn_hypotonic_solution_4(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X) = fn_hypertonic_solution_6(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X) = fn_hypotonic_solution_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X) = fn_cohesion_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_30(X) = fn_water_107(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X) = fn_cohesion_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X) = fn_cohesion_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_71(X) = fn_water_95(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_33(X) = fn_water_14(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_21(X) = fn_water_101(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_27(X) = fn_water_88(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_70(X) = fn_water_94(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X) = fn_water_83(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_23(X) = fn_water_78(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X) = fn_water_98(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_37(X) = fn_water_30(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_36(X) = fn_water_97(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_35(X) = fn_transfer_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_28(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_28(X) = fn_water_94(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_35(X) = fn_water_96(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_18(X) = fn_water_76(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_26(X) = fn_water_87(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_34(X) = fn_water_89(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_passive_transport_26(X) = fn_passive_transport_26(X)
& fn_passive_transport_26(X) = fn_passive_transport_of_water_3(X)
& fn_passive_transport_of_water_3(X) = fn_passive_transport_of_water_3(X)
& fn_passive_transport_of_water_3(X) = fn_osmosis_16(X)
& fn_osmosis_16(X) = fn_osmosis_16(X)
& fn_osmosis_16(X) = fn_osmosis_15(X)
& fn_osmosis_15(X) = fn_passive_transport_21(X)
& fn_passive_transport_21(X) = fn_plasma_membrane_4(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_plasma_membrane_4(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)) = fn_passive_transport_21(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X))
& fn_passive_transport_21(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X)) = fn_passive_transport_21(X)
& fn_passive_transport_21(X) = fn_passive_transport_21(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X))
& fn_passive_transport_21(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X)) = fn_plasma_membrane_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_plasma_membrane_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)) = fn_passive_transport_24(X)
& fn_passive_transport_24(X) = fn_osmosis_21(X)
& fn_osmosis_21(X) = fn_passive_transport_24(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X))
& fn_passive_transport_24(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X)) = fn_passive_transport_24(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X))
& fn_passive_transport_24(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X)) = fn_osmosis_21(X)
& fn_osmosis_21(X) = fn_osmosis_21(X)
& fn_osmosis_21(X) = fn_plasma_membrane_74(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_plasma_membrane_74(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)) = fn_plasma_membrane_74(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_plasma_membrane_74(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)) = fn_biomembrane_101(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_biomembrane_101(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)) = fn_biomembrane_102(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_biomembrane_102(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)) = fn_biomembrane_101(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_biomembrane_101(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)) = fn_biomembrane_101(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_biomembrane_101(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)) = fn_plasma_membrane_33(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_plasma_membrane_33(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)) = fn_plasma_membrane_33(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_plasma_membrane_33(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)) = fn_biomembrane_99(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_biomembrane_99(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)) = fn_plasma_membrane_98(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_plasma_membrane_98(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)) = fn_plasma_membrane_98(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X))
& fn_plasma_membrane_98(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_61(X)) = fn_block_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_44(X))
& fn_block_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_44(X)) = fn_cell_30(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_48(X))
& fn_cell_30(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_48(X)) = fn_passive_transport_25(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X))
& fn_passive_transport_25(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X)) = fn_passive_transport_25(X)
& fn_passive_transport_25(X) = fn_passive_transport_25(X)
& fn_passive_transport_25(X) = fn_passive_transport_25(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X))
& fn_passive_transport_25(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X)) = fn_passive_transport_25(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X))
& fn_passive_transport_25(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_59(X)) = fn_thermal_motion_6(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_68(X))
& fn_thermal_motion_6(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_68(X)) = fn_molecule_12(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_45(X))
& fn_molecule_12(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_45(X)) = fn_hypertonic_solution_7(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X))
& fn_hypertonic_solution_7(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X)) = fn_hypertonic_solution_7(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X))
& fn_hypertonic_solution_7(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X)) = fn_aqueous_solution_14(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X))
& fn_aqueous_solution_14(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X)) = fn_hypertonic_solution_7(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X))
& fn_hypertonic_solution_7(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X)) = fn_hypertonic_solution_5(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X))
& fn_hypotonic_solution_7(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X)) = fn_hypotonic_solution_7(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X))
& fn_hypotonic_solution_7(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X)) = fn_hypertonic_solution_5(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X))
& fn_hypertonic_solution_5(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X)) = fn_hypotonic_solution_7(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X))
& fn_hypotonic_solution_7(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X)) = fn_hypertonic_solution_8(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X))
& fn_hypertonic_solution_8(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X)) = fn_hypertonic_solution_8(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X))
& fn_hypotonic_solution_4(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X)) = fn_hypertonic_solution_8(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X))
& fn_hypertonic_solution_8(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X)) = fn_hypotonic_solution_4(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X))
& fn_hypotonic_solution_4(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X)) = fn_passive_transport_of_water_2(X)
& fn_passive_transport_of_water_2(X) = fn_passive_transport_of_water_2(X)
& fn_passive_transport_of_water_2(X) = fn_hypotonic_solution_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X))
& fn_hypotonic_solution_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X)) = fn_hypotonic_solution_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X))
& fn_hypotonic_solution_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X)) = fn_passive_transport_of_water_1(X)
& fn_passive_transport_of_water_1(X) = fn_passive_transport_of_water_1(X)
& fn_passive_transport_of_water_1(X) = fn_hypertonic_solution_6(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X))
& fn_hypertonic_solution_6(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X)) = fn_hypertonic_solution_6(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X))
& fn_hypertonic_solution_6(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_64(X)) = fn_move_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_22(X))
& fn_move_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_22(X)) = fn_solute_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_49(X))
& fn_solute_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_49(X)) = fn_move_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_20(X))
& fn_move_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_20(X)) = fn_move_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_22(X))
& fn_move_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_22(X)) = fn_lose_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_24(X))
& fn_lose_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_24(X)) = fn_move_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_20(X))
& fn_move_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_20(X)) = fn_lose_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_28(X))
& fn_lose_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_28(X)) = fn_lose_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_24(X))
& fn_lose_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_24(X)) = fn_lose_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_28(X))
& fn_lose_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_28(X)) = fn_thermal_motion_5(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_68(X))
& fn_cohesion_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X)) = fn_thermal_motion_5(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_68(X))
& fn_thermal_motion_5(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_68(X)) = fn_cohesion_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X))
& fn_aqueous_solution_14(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X)) = fn_cohesion_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X))
& fn_cohesion_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X)) = fn_cohesion_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X))
& fn_cohesion_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X)) = fn_aqueous_solution_14(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X))
& fn_aqueous_solution_14(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X)) = fn_hypotonic_solution_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X))
& fn_hypotonic_solution_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X)) = fn_hypotonic_solution_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X))
& fn_hypotonic_solution_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_65(X)) = fn_osmosis_25(X)
& fn_osmosis_25(X) = fn_water_94(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_water_94(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)) = fn_water_94(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_water_94(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)) = fn_cohesion_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_29(X))
& fn_cohesion_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_29(X)) = fn_cohesion_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_29(X))
& fn_cohesion_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X)) = fn_cohesion_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X))
& fn_cohesion_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X)) = fn_cohesion_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_29(X))
& fn_cohesion_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_29(X)) = fn_cohesion_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X))
& fn_water_molecule_74(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X)) = fn_cohesion_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X))
& fn_cohesion_3(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X)) = fn_water_molecule_74(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X))
& fn_water_molecule_74(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_32(X)) = fn_water_83(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_water_83(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)) = fn_water_83(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_water_83(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)) = fn_cohesion_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X))
& fn_water_molecule_74(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X)) = fn_cohesion_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X))
& fn_cohesion_2(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_25(X)) = fn_water_molecule_74(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X))
& fn_water_molecule_74(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_31(X)) = fn_water_98(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_water_98(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)) = fn_water_98(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_water_98(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)) = fn_osmosis_2(X)
& fn_osmosis_2(X) = fn_water_30(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_water_30(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)) = fn_transfer_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_24(X))
& fn_transfer_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_24(X)) = fn_osmosis_24(X)
& fn_osmosis_24(X) = fn_transfer_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_28(X))
& fn_transfer_1(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_28(X)) = fn_osmosis_24(X)
& fn_osmosis_24(X) = fn_osmosis_24(X)
& fn_osmosis_24(X) = fn_water_96(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X))
& fn_water_96(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)) = fn_water_96(fn_diffusion_of_water_across_membrane_separating_two_isotonic_solution_60(X)) ) ) ).
fof(a528970,axiom,
! [X] :
( digestion_1(X)
=> ( original_name_2(X,'Digestion')
& user_description_2(X,'Digestion is the mechanical and chemical breaking down of food into smaller components, to a form that can be absorbed, for instance, by a blood stream. Digestion is a form of catabolism')
& concept2words_2(X,digest)
& concept2words_2(X,digestion)
& animal_process_1(X)
& system_1(fn_digestion_1(X)) ) ) ).
fof(a528971,axiom,
! [X] :
( digestive_enzyme_1(X)
=> ( original_name_2(X,'Digestive-Enzyme')
& user_description_2(X,'Enzymes that break down macromolecules into simpler molecules during digestion.')
& concept2words_2(X,'digestive enzyme')
& concept2words_2(X,'digestive-enzyme')
& hydrolase_1(X)
& secretory_protein_1(X)
& ~ insulin_1(X)
& ~ lysosomal_enzyme_1(X)
& ~ nuclease_1(X)
& ~ ribonuclease_1(X) ) ) ).
fof(a528972,axiom,
! [X] :
( digestive_fluid_1(X)
=> ( original_name_2(X,'Digestive-Fluid')
& user_description_2(X,'Liquids in organisms which aid in the process of digestion.')
& concept2words_2(X,'digestive fluid')
& concept2words_2(X,'digestive-fluid')
& secreted_fluid_1(X) ) ) ).
fof(a528973,axiom,
! [X] :
( digestive_hormone_1(X)
=> ( original_name_2(X,'Digestive-Hormone')
& user_description_2(X,'A hormone that aids and regulates the digestion processes in mammals.')
& concept2words_2(X,'digestive hormone')
& concept2words_2(X,'digestive-hormone')
& hormone_1(X) ) ) ).
fof(a528974,axiom,
! [X] :
( digestive_organ_1(X)
=> ( original_name_2(X,'Digestive-Organ')
& user_description_2(X,'Organ which is part of the digestive system of animals.')
& concept2words_2(X,'digestive organ')
& concept2words_2(X,'digestive-organ')
& animal_organ_1(X) ) ) ).
fof(a528975,axiom,
! [X] :
( digestive_peptide_hormone_1(X)
=> ( original_name_2(X,'Digestive-Peptide-Hormone')
& user_description_2(X,'Peptide hormones secreted by the thyroid gland.')
& concept2words_2(X,'digestive peptide hormone')
& concept2words_2(X,'digestive-peptide-hormone')
& peptide_hormone_1(X) ) ) ).
fof(a528976,axiom,
! [X] :
( digestive_process_1(X)
=> ( original_name_2(X,'Digestive-Process')
& user_description_2(X,'A process which occurs during digestion, the second stage of food processing in animals.')
& concept2words_2(X,'digestive process')
& concept2words_2(X,'digestive-process')
& animal_process_1(X) ) ) ).
fof(a528977,axiom,
! [X] :
( digestive_system_1(X)
=> ( original_name_2(X,'Digestive-System')
& user_description_2(X,'A system of organs responsible for the digestion and absorption of nutrients from food.')
& concept2words_2(X,'digestive system')
& concept2words_2(X,'digestive-system')
& animal_system_1(X)
& digestive_organ_1(fn_digestive_system_1(X))
& element_2(X,fn_digestive_system_1(X)) ) ) ).
fof(a528978,axiom,
! [X] :
( digestive_tract_1(X)
=> ( original_name_2(X,'Digestive-Tract')
& user_description_2(X,'The organs through which food and liquids pass when they are swallowed, digested, and eliminated.')
& concept2words_2(X,'alimentary canal')
& concept2words_2(X,'alimentary-canal')
& concept2words_2(X,'digestive tract')
& concept2words_2(X,'digestive-tract')
& animal_space_1(X) ) ) ).
fof(a528979,axiom,
! [X] :
( digit_1(X)
=> ( original_name_2(X,'Digit')
& user_description_2(X,'In vertebrate anatomy, a digit is one of the appendages of the hand or foot, such as a toe or finger.')
& concept2words_2(X,digit)
& anatomical_appendage_1(X) ) ) ).
fof(a528980,axiom,
! [X] :
( dihybrid_1(X)
=> ( original_name_2(X,'Dihybrid')
& user_description_2(X,'An organism that is heterozygous with respect to two genes of interest. All the offspring from a cross between parents doubly homozygous for different alleles are dihybrids. For example, parents of genotypes AABB and aabb produce a dihybrid of genotype AaBb.')
& concept2words_2(X,dihybrid)
& hybrid_1(X)
& ~ monohybrid_1(X)
& homozygous_1(fn_dihybrid_1(X))
& allele_1(fn_dihybrid_2(X))
& allele_1(fn_dihybrid_3(X))
& cross_breeding_event_1(fn_dihybrid_4(X))
& organism_1(fn_cross_breeding_event_1(fn_dihybrid_4(X)))
& organism_1(fn_cross_breeding_event_10(fn_dihybrid_4(X)))
& organism_1(fn_cross_breeding_event_9(fn_dihybrid_4(X)))
& organism_1(fn_cross_breeding_event_11(fn_dihybrid_4(X)))
& agent_2(fn_dihybrid_4(X),fn_dihybrid_1(X))
& minCardinality(fn_dihybrid_4(X),agent_0,"2",homozygous_0)
& has_part_2(X,fn_dihybrid_3(X))
& has_part_2(X,fn_dihybrid_2(X))
& result_2(fn_dihybrid_4(X),X)
& X = fn_cross_breeding_event_1(fn_dihybrid_4(X))
& X = fn_cross_breeding_event_10(fn_dihybrid_4(X))
& X = fn_cross_breeding_event_9(fn_dihybrid_4(X))
& X = fn_cross_breeding_event_11(fn_dihybrid_4(X))
& fn_cross_breeding_event_1(fn_dihybrid_4(X)) = fn_cross_breeding_event_10(fn_dihybrid_4(X))
& fn_cross_breeding_event_10(fn_dihybrid_4(X)) = fn_cross_breeding_event_10(fn_dihybrid_4(X))
& fn_cross_breeding_event_10(fn_dihybrid_4(X)) = fn_cross_breeding_event_9(fn_dihybrid_4(X))
& fn_cross_breeding_event_9(fn_dihybrid_4(X)) = fn_cross_breeding_event_9(fn_dihybrid_4(X))
& fn_cross_breeding_event_9(fn_dihybrid_4(X)) = fn_cross_breeding_event_11(fn_dihybrid_4(X)) ) ) ).
fof(a528981,axiom,
! [X] :
( dihybrid_epistasis_1(X)
=> ( original_name_2(X,'Dihybrid-Epistasis')
& user_description_2(X,'A dihybrid cross which includes epistatic interaction.')
& concept2words_2(X,'epistasis of dihybrid')
& concept2words_2(X,'dihybrid epistasis')
& concept2words_2(X,'dihybrid-epistasis')
& epistasis_1(X)
& mating_1(fn_dihybrid_epistasis_1(X))
& trait_1(fn_dihybrid_epistasis_2(X))
& trait_1(fn_dihybrid_epistasis_3(X))
& character_1(fn_dihybrid_epistasis_4(X))
& trait_1(fn_dihybrid_epistasis_5(X))
& sex_value_1(fn_dihybrid_epistasis_6(X))
& sex_value_1(fn_dihybrid_epistasis_8(X))
& express_1(fn_dihybrid_epistasis_10(X))
& cross_breeding_event_1(fn_dihybrid_epistasis_11(X))
& express_1(fn_dihybrid_epistasis_12(X))
& express_1(fn_dihybrid_epistasis_13(X))
& tangible_entity_1(fn_dihybrid_epistasis_14(X))
& organism_1(fn_dihybrid_epistasis_14(X))
& tangible_entity_1(fn_dihybrid_epistasis_15(X))
& organism_1(fn_dihybrid_epistasis_15(X))
& tangible_entity_1(fn_dihybrid_epistasis_16(X))
& organism_1(fn_dihybrid_epistasis_16(X))
& heterozygote_1(fn_dihybrid_epistasis_17(X))
& heterozygote_1(fn_dihybrid_epistasis_18(X))
& parent_1(fn_dihybrid_epistasis_19(X))
& parent_1(fn_dihybrid_epistasis_20(X))
& organism_1(fn_parent_3(fn_dihybrid_epistasis_20(X)))
& organism_1(fn_parent_3(fn_dihybrid_epistasis_19(X)))
& tangible_entity_1(fn_express_3(fn_dihybrid_epistasis_12(X)))
& organism_1(fn_cross_breeding_event_10(fn_dihybrid_epistasis_11(X)))
& tangible_entity_1(fn_express_3(fn_dihybrid_epistasis_10(X)))
& organism_1(fn_cross_breeding_event_9(fn_dihybrid_epistasis_11(X)))
& tangible_entity_1(fn_express_3(fn_dihybrid_epistasis_13(X)))
& organism_1(fn_cross_breeding_event_1(fn_dihybrid_epistasis_11(X)))
& organism_1(fn_cross_breeding_event_11(fn_dihybrid_epistasis_11(X)))
& event_1(fn_organism_role_2(fn_dihybrid_epistasis_19(X)))
& event_1(fn_organism_role_2(fn_dihybrid_epistasis_20(X)))
& the_categorical_value_2(fn_dihybrid_epistasis_8(X),male_0)
& the_categorical_value_2(fn_dihybrid_epistasis_6(X),female_0)
& element_2(fn_dihybrid_epistasis_4(X),fn_dihybrid_epistasis_5(X))
& element_2(fn_dihybrid_epistasis_4(X),fn_dihybrid_epistasis_3(X))
& element_2(fn_dihybrid_epistasis_4(X),fn_dihybrid_epistasis_2(X))
& sex_2(fn_dihybrid_epistasis_18(X),fn_dihybrid_epistasis_6(X))
& sex_2(fn_dihybrid_epistasis_17(X),fn_dihybrid_epistasis_8(X))
& experiencer_2(fn_dihybrid_epistasis_1(X),fn_dihybrid_epistasis_17(X))
& experiencer_2(fn_dihybrid_epistasis_1(X),fn_dihybrid_epistasis_18(X))
& result_2(fn_dihybrid_epistasis_1(X),fn_dihybrid_epistasis_16(X))
& result_2(fn_dihybrid_epistasis_1(X),fn_dihybrid_epistasis_15(X))
& result_2(fn_dihybrid_epistasis_1(X),fn_dihybrid_epistasis_14(X))
& object_2(fn_dihybrid_epistasis_13(X),fn_dihybrid_epistasis_3(X))
& object_2(fn_dihybrid_epistasis_12(X),fn_dihybrid_epistasis_2(X))
& by_means_of_2(X,fn_dihybrid_epistasis_11(X))
& agent_2(fn_dihybrid_epistasis_11(X),fn_dihybrid_epistasis_17(X))
& agent_2(fn_dihybrid_epistasis_11(X),fn_dihybrid_epistasis_18(X))
& object_2(fn_dihybrid_epistasis_10(X),fn_dihybrid_epistasis_5(X))
& agent_2(fn_dihybrid_epistasis_12(X),fn_dihybrid_epistasis_16(X))
& agent_2(fn_dihybrid_epistasis_10(X),fn_dihybrid_epistasis_14(X))
& agent_2(fn_dihybrid_epistasis_13(X),fn_dihybrid_epistasis_15(X))
& plays_2(fn_dihybrid_epistasis_17(X),fn_dihybrid_epistasis_20(X))
& plays_2(fn_dihybrid_epistasis_18(X),fn_dihybrid_epistasis_19(X))
& in_event_2(fn_dihybrid_epistasis_19(X),X)
& result_2(fn_dihybrid_epistasis_11(X),fn_dihybrid_epistasis_16(X))
& result_2(fn_dihybrid_epistasis_11(X),fn_dihybrid_epistasis_14(X))
& result_2(fn_dihybrid_epistasis_11(X),fn_dihybrid_epistasis_15(X))
& in_event_2(fn_dihybrid_epistasis_20(X),X)
& fn_dihybrid_epistasis_16(X) = fn_express_3(fn_dihybrid_epistasis_12(X))
& fn_dihybrid_epistasis_14(X) = fn_express_3(fn_dihybrid_epistasis_10(X))
& fn_dihybrid_epistasis_15(X) = fn_express_3(fn_dihybrid_epistasis_13(X))
& fn_dihybrid_epistasis_17(X) = fn_parent_3(fn_dihybrid_epistasis_20(X))
& fn_dihybrid_epistasis_18(X) = fn_parent_3(fn_dihybrid_epistasis_19(X))
& X = fn_organism_role_2(fn_dihybrid_epistasis_19(X))
& fn_dihybrid_epistasis_16(X) = fn_cross_breeding_event_10(fn_dihybrid_epistasis_11(X))
& fn_dihybrid_epistasis_14(X) = fn_cross_breeding_event_9(fn_dihybrid_epistasis_11(X))
& fn_dihybrid_epistasis_15(X) = fn_cross_breeding_event_1(fn_dihybrid_epistasis_11(X))
& fn_dihybrid_epistasis_15(X) = fn_cross_breeding_event_11(fn_dihybrid_epistasis_11(X))
& X = fn_organism_role_2(fn_dihybrid_epistasis_20(X))
& fn_express_3(fn_dihybrid_epistasis_12(X)) = fn_cross_breeding_event_10(fn_dihybrid_epistasis_11(X))
& fn_cross_breeding_event_10(fn_dihybrid_epistasis_11(X)) = fn_express_3(fn_dihybrid_epistasis_10(X))
& fn_express_3(fn_dihybrid_epistasis_10(X)) = fn_cross_breeding_event_9(fn_dihybrid_epistasis_11(X))
& fn_cross_breeding_event_9(fn_dihybrid_epistasis_11(X)) = fn_express_3(fn_dihybrid_epistasis_13(X))
& fn_express_3(fn_dihybrid_epistasis_13(X)) = fn_cross_breeding_event_1(fn_dihybrid_epistasis_11(X))
& fn_cross_breeding_event_1(fn_dihybrid_epistasis_11(X)) = fn_cross_breeding_event_1(fn_dihybrid_epistasis_11(X))
& fn_cross_breeding_event_1(fn_dihybrid_epistasis_11(X)) = fn_cross_breeding_event_11(fn_dihybrid_epistasis_11(X))
& fn_organism_role_2(fn_dihybrid_epistasis_19(X)) = fn_organism_role_2(fn_dihybrid_epistasis_20(X)) ) ) ).
fof(a528982,axiom,
! [X] :
( dihydroxyacetone_phosphate_1(X)
=> ( original_name_2(X,'Dihydroxyacetone-Phosphate')
& user_description_2(X,'Dihydroxyacetone phosphate (DHAP) is a biochemical compound involved in many reactions, from the Calvin cycle in plants to the ether-lipid biosynthesis process in Leishmania mexicana. Its major biochemical role is in the glycolysis metabolic pathway.')
& concept2words_2(X,dhap)
& concept2words_2(X,'dihydroxyacetone phosphate')
& concept2words_2(X,'dihydroxyacetone-phosphate')
& triose_1(X)
& ketose_1(X)
& ~ acetone_1(X)
& glyceraldehyde_3_phosphate_1(fn_dihydroxyacetone_phosphate_1(X))
& functional_group_1(fn_dihydroxyacetone_phosphate_2(X))
& hydroxyl_group_1(fn_dihydroxyacetone_phosphate_2(X))
& functional_group_1(fn_dihydroxyacetone_phosphate_3(X))
& carbonyl_group_1(fn_dihydroxyacetone_phosphate_3(X))
& carbon_skeleton_1(fn_dihydroxyacetone_phosphate_4(X))
& chemical_bond_1(fn_dihydroxyacetone_phosphate_5(X))
& double_bond_1(fn_dihydroxyacetone_phosphate_5(X))
& polar_covalent_bond_1(fn_dihydroxyacetone_phosphate_6(X))
& entity_1(fn_dihydroxyacetone_phosphate_7(X))
& chemical_entity_1(fn_dihydroxyacetone_phosphate_7(X))
& atom_1(fn_dihydroxyacetone_phosphate_7(X))
& hydrogen_1(fn_dihydroxyacetone_phosphate_7(X))
& entity_1(fn_dihydroxyacetone_phosphate_8(X))
& atom_1(fn_dihydroxyacetone_phosphate_8(X))
& chemical_entity_1(fn_dihydroxyacetone_phosphate_8(X))
& oxygen_1(fn_dihydroxyacetone_phosphate_8(X))
& entity_1(fn_dihydroxyacetone_phosphate_9(X))
& atom_1(fn_dihydroxyacetone_phosphate_9(X))
& chemical_entity_1(fn_dihydroxyacetone_phosphate_9(X))
& oxygen_1(fn_dihydroxyacetone_phosphate_9(X))
& entity_1(fn_dihydroxyacetone_phosphate_10(X))
& chemical_entity_1(fn_dihydroxyacetone_phosphate_10(X))
& atom_1(fn_dihydroxyacetone_phosphate_10(X))
& carbon_1(fn_dihydroxyacetone_phosphate_10(X))
& carbon_1(fn_dihydroxyacetone_phosphate_11(X))
& entity_1(fn_dihydroxyacetone_phosphate_11(X))
& chemical_entity_1(fn_dihydroxyacetone_phosphate_11(X))
& atom_1(fn_dihydroxyacetone_phosphate_11(X))
& phosphate_group_1(fn_dihydroxyacetone_phosphate_12(X))
& synthesis_of_fat_1(fn_dihydroxyacetone_phosphate_13(X))
& hydrogen_1(fn_hydroxyl_group_6(fn_dihydroxyacetone_phosphate_2(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_dihydroxyacetone_phosphate_2(X)))
& chemical_entity_1(fn_functional_group_1(fn_dihydroxyacetone_phosphate_12(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_dihydroxyacetone_phosphate_13(X)))
& chemical_entity_1(fn_functional_group_1(fn_dihydroxyacetone_phosphate_2(X)))
& entity_1(fn_polar_covalent_bond_19(fn_dihydroxyacetone_phosphate_6(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_dihydroxyacetone_phosphate_6(X)))
& atom_1(fn_polar_covalent_bond_19(fn_dihydroxyacetone_phosphate_6(X)))
& entity_1(fn_polar_covalent_bond_18(fn_dihydroxyacetone_phosphate_6(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_dihydroxyacetone_phosphate_6(X)))
& atom_1(fn_polar_covalent_bond_18(fn_dihydroxyacetone_phosphate_6(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_dihydroxyacetone_phosphate_2(X)))
& has_isomer_2(fn_dihydroxyacetone_phosphate_1(X),X)
& has_state_2(fn_dihydroxyacetone_phosphate_1(X),X)
& has_isomer_2(X,fn_dihydroxyacetone_phosphate_1(X))
& has_state_2(X,fn_dihydroxyacetone_phosphate_1(X))
& has_region_2(X,fn_dihydroxyacetone_phosphate_12(X))
& raw_material_2(fn_dihydroxyacetone_phosphate_13(X),X)
& is_inside_2(fn_dihydroxyacetone_phosphate_11(X),fn_dihydroxyacetone_phosphate_3(X))
& has_part_2(X,fn_dihydroxyacetone_phosphate_9(X))
& has_region_2(X,fn_dihydroxyacetone_phosphate_2(X))
& has_part_2(X,fn_dihydroxyacetone_phosphate_7(X))
& fn_dihydroxyacetone_phosphate_8(X) != fn_dihydroxyacetone_phosphate_7(X)
& fn_dihydroxyacetone_phosphate_7(X) != fn_dihydroxyacetone_phosphate_8(X)
& fn_dihydroxyacetone_phosphate_10(X) != fn_dihydroxyacetone_phosphate_7(X)
& fn_dihydroxyacetone_phosphate_7(X) != fn_dihydroxyacetone_phosphate_10(X)
& possesses_2(X,fn_dihydroxyacetone_phosphate_6(X))
& is_between_2(fn_dihydroxyacetone_phosphate_6(X),fn_dihydroxyacetone_phosphate_9(X))
& fn_dihydroxyacetone_phosphate_9(X) != fn_dihydroxyacetone_phosphate_8(X)
& fn_dihydroxyacetone_phosphate_8(X) != fn_dihydroxyacetone_phosphate_9(X)
& fn_dihydroxyacetone_phosphate_10(X) != fn_dihydroxyacetone_phosphate_8(X)
& fn_dihydroxyacetone_phosphate_8(X) != fn_dihydroxyacetone_phosphate_10(X)
& is_inside_2(fn_dihydroxyacetone_phosphate_8(X),fn_dihydroxyacetone_phosphate_2(X))
& is_inside_2(fn_dihydroxyacetone_phosphate_7(X),fn_dihydroxyacetone_phosphate_2(X))
& is_between_2(fn_dihydroxyacetone_phosphate_6(X),fn_dihydroxyacetone_phosphate_7(X))
& is_between_2(fn_dihydroxyacetone_phosphate_6(X),fn_dihydroxyacetone_phosphate_8(X))
& fn_dihydroxyacetone_phosphate_9(X) != fn_dihydroxyacetone_phosphate_7(X)
& fn_dihydroxyacetone_phosphate_7(X) != fn_dihydroxyacetone_phosphate_9(X)
& possesses_2(X,fn_dihydroxyacetone_phosphate_5(X))
& is_inside_2(fn_dihydroxyacetone_phosphate_10(X),fn_dihydroxyacetone_phosphate_3(X))
& has_part_2(X,fn_dihydroxyacetone_phosphate_11(X))
& has_region_2(X,fn_dihydroxyacetone_phosphate_4(X))
& is_inside_2(fn_dihydroxyacetone_phosphate_10(X),fn_dihydroxyacetone_phosphate_4(X))
& has_part_2(X,fn_dihydroxyacetone_phosphate_10(X))
& has_part_2(X,fn_dihydroxyacetone_phosphate_8(X))
& is_between_2(fn_dihydroxyacetone_phosphate_5(X),fn_dihydroxyacetone_phosphate_10(X))
& is_between_2(fn_dihydroxyacetone_phosphate_5(X),fn_dihydroxyacetone_phosphate_11(X))
& is_inside_2(fn_dihydroxyacetone_phosphate_11(X),fn_dihydroxyacetone_phosphate_4(X))
& fn_dihydroxyacetone_phosphate_10(X) != fn_dihydroxyacetone_phosphate_11(X)
& fn_dihydroxyacetone_phosphate_11(X) != fn_dihydroxyacetone_phosphate_10(X)
& has_region_2(X,fn_dihydroxyacetone_phosphate_3(X))
& is_inside_2(fn_dihydroxyacetone_phosphate_9(X),fn_dihydroxyacetone_phosphate_3(X))
& is_between_2(fn_dihydroxyacetone_phosphate_5(X),fn_dihydroxyacetone_phosphate_9(X))
& fn_dihydroxyacetone_phosphate_10(X) != fn_dihydroxyacetone_phosphate_9(X)
& fn_dihydroxyacetone_phosphate_9(X) != fn_dihydroxyacetone_phosphate_10(X)
& is_between_2(fn_dihydroxyacetone_phosphate_6(X),fn_dihydroxyacetone_phosphate_11(X))
& X = fn_functional_group_1(fn_dihydroxyacetone_phosphate_12(X))
& X = fn_anabolic_pathway_6(fn_dihydroxyacetone_phosphate_13(X))
& fn_dihydroxyacetone_phosphate_11(X) = fn_triose_6(X)
& X = fn_functional_group_1(fn_dihydroxyacetone_phosphate_2(X))
& fn_dihydroxyacetone_phosphate_10(X) = fn_monosaccharide_5(X)
& fn_dihydroxyacetone_phosphate_8(X) = fn_triose_9(X)
& fn_dihydroxyacetone_phosphate_8(X) = fn_monosaccharide_13(X)
& fn_dihydroxyacetone_phosphate_8(X) = fn_hydroxyl_group_4(fn_dihydroxyacetone_phosphate_2(X))
& fn_dihydroxyacetone_phosphate_6(X) = fn_carbohydrate_36(X)
& fn_dihydroxyacetone_phosphate_6(X) = fn_monosaccharide_12(X)
& fn_dihydroxyacetone_phosphate_6(X) = fn_triose_10(X)
& fn_dihydroxyacetone_phosphate_6(X) = fn_hydroxyl_group_7(fn_dihydroxyacetone_phosphate_2(X))
& fn_dihydroxyacetone_phosphate_9(X) = fn_carbohydrate_38(X)
& fn_dihydroxyacetone_phosphate_9(X) = fn_hydroxyl_group_4(fn_dihydroxyacetone_phosphate_2(X))
& fn_dihydroxyacetone_phosphate_7(X) = fn_carbohydrate_32(X)
& fn_dihydroxyacetone_phosphate_2(X) = fn_carbohydrate_33(X)
& fn_dihydroxyacetone_phosphate_7(X) = fn_monosaccharide_9(X)
& fn_dihydroxyacetone_phosphate_2(X) = fn_monosaccharide_10(X)
& fn_dihydroxyacetone_phosphate_7(X) = fn_triose_8(X)
& fn_dihydroxyacetone_phosphate_2(X) = fn_triose_13(X)
& fn_dihydroxyacetone_phosphate_7(X) = fn_hydroxyl_group_6(fn_dihydroxyacetone_phosphate_2(X))
& fn_dihydroxyacetone_phosphate_8(X) = fn_triose_14(X)
& fn_dihydroxyacetone_phosphate_8(X) = fn_ketone_12(X)
& fn_dihydroxyacetone_phosphate_4(X) = fn_triose_7(X)
& fn_dihydroxyacetone_phosphate_11(X) = fn_monosaccharide_5(X)
& fn_dihydroxyacetone_phosphate_4(X) = fn_ketone_9(X)
& fn_dihydroxyacetone_phosphate_11(X) = fn_ketone_8(X)
& fn_dihydroxyacetone_phosphate_5(X) = fn_triose_11(X)
& fn_dihydroxyacetone_phosphate_5(X) = fn_monosaccharide_16(X)
& fn_dihydroxyacetone_phosphate_5(X) = fn_ketone_7(X)
& fn_dihydroxyacetone_phosphate_9(X) = fn_triose_9(X)
& fn_dihydroxyacetone_phosphate_10(X) = fn_triose_6(X)
& fn_dihydroxyacetone_phosphate_10(X) = fn_ketone_10(X)
& fn_dihydroxyacetone_phosphate_9(X) = fn_carbohydrate_39(X)
& fn_dihydroxyacetone_phosphate_9(X) = fn_monosaccharide_18(X)
& fn_dihydroxyacetone_phosphate_9(X) = fn_monosaccharide_13(X)
& fn_dihydroxyacetone_phosphate_9(X) = fn_triose_14(X)
& fn_dihydroxyacetone_phosphate_9(X) = fn_ketone_12(X)
& fn_dihydroxyacetone_phosphate_3(X) = fn_carbohydrate_34(X)
& fn_dihydroxyacetone_phosphate_3(X) = fn_monosaccharide_17(X)
& fn_dihydroxyacetone_phosphate_3(X) = fn_triose_12(X)
& fn_dihydroxyacetone_phosphate_3(X) = fn_ketone_11(X)
& fn_dihydroxyacetone_phosphate_11(X) = fn_polar_covalent_bond_19(fn_dihydroxyacetone_phosphate_6(X))
& fn_dihydroxyacetone_phosphate_11(X) = fn_polar_covalent_bond_18(fn_dihydroxyacetone_phosphate_6(X))
& fn_monosaccharide_10(X) = fn_carbohydrate_33(X)
& fn_carbohydrate_33(X) = fn_monosaccharide_10(X)
& fn_monosaccharide_10(X) = fn_monosaccharide_10(X)
& fn_triose_13(X) = fn_triose_13(X)
& fn_triose_13(X) = fn_monosaccharide_10(X)
& fn_monosaccharide_10(X) = fn_triose_13(X)
& fn_triose_13(X) = fn_carbohydrate_32(X)
& fn_monosaccharide_9(X) = fn_carbohydrate_32(X)
& fn_carbohydrate_32(X) = fn_monosaccharide_9(X)
& fn_monosaccharide_9(X) = fn_monosaccharide_9(X)
& fn_triose_8(X) = fn_monosaccharide_9(X)
& fn_monosaccharide_9(X) = fn_triose_8(X)
& fn_triose_8(X) = fn_triose_8(X)
& fn_hydroxyl_group_6(fn_dihydroxyacetone_phosphate_2(X)) = fn_triose_8(X)
& fn_triose_8(X) = fn_hydroxyl_group_6(fn_dihydroxyacetone_phosphate_2(X))
& fn_hydroxyl_group_6(fn_dihydroxyacetone_phosphate_2(X)) = fn_monosaccharide_13(X)
& fn_monosaccharide_13(X) = fn_triose_9(X)
& fn_triose_9(X) = fn_monosaccharide_13(X)
& fn_triose_14(X) = fn_triose_14(X)
& fn_hydroxyl_group_4(fn_dihydroxyacetone_phosphate_2(X)) = fn_triose_14(X)
& fn_triose_14(X) = fn_hydroxyl_group_4(fn_dihydroxyacetone_phosphate_2(X))
& fn_ketone_12(X) = fn_triose_7(X)
& fn_ketone_9(X) = fn_triose_7(X)
& fn_triose_7(X) = fn_ketone_9(X)
& fn_ketone_9(X) = fn_ketone_9(X)
& fn_ketone_9(X) = fn_triose_11(X)
& fn_triose_11(X) = fn_triose_11(X)
& fn_triose_11(X) = fn_monosaccharide_16(X)
& fn_monosaccharide_16(X) = fn_triose_11(X)
& fn_ketone_7(X) = fn_triose_11(X)
& fn_triose_11(X) = fn_ketone_7(X)
& fn_ketone_7(X) = fn_ketone_7(X)
& fn_ketone_7(X) = fn_triose_6(X)
& fn_triose_6(X) = fn_triose_6(X)
& fn_ketone_10(X) = fn_ketone_10(X)
& fn_ketone_10(X) = fn_triose_6(X)
& fn_triose_6(X) = fn_ketone_10(X)
& fn_ketone_10(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_carbohydrate_38(X)
& fn_monosaccharide_18(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_monosaccharide_18(X)
& fn_monosaccharide_13(X) = fn_monosaccharide_18(X)
& fn_monosaccharide_18(X) = fn_monosaccharide_18(X)
& fn_monosaccharide_18(X) = fn_monosaccharide_13(X)
& fn_triose_14(X) = fn_monosaccharide_13(X)
& fn_monosaccharide_13(X) = fn_monosaccharide_13(X)
& fn_monosaccharide_13(X) = fn_triose_14(X)
& fn_triose_9(X) = fn_triose_14(X)
& fn_triose_14(X) = fn_triose_9(X)
& fn_hydroxyl_group_4(fn_dihydroxyacetone_phosphate_2(X)) = fn_triose_9(X)
& fn_triose_9(X) = fn_triose_9(X)
& fn_triose_9(X) = fn_hydroxyl_group_4(fn_dihydroxyacetone_phosphate_2(X))
& fn_hydroxyl_group_4(fn_dihydroxyacetone_phosphate_2(X)) = fn_hydroxyl_group_4(fn_dihydroxyacetone_phosphate_2(X))
& fn_hydroxyl_group_4(fn_dihydroxyacetone_phosphate_2(X)) = fn_ketone_12(X)
& fn_ketone_12(X) = fn_ketone_12(X)
& fn_ketone_12(X) = fn_monosaccharide_17(X)
& fn_monosaccharide_17(X) = fn_carbohydrate_34(X)
& fn_carbohydrate_34(X) = fn_monosaccharide_17(X)
& fn_monosaccharide_17(X) = fn_monosaccharide_17(X)
& fn_triose_12(X) = fn_monosaccharide_17(X)
& fn_monosaccharide_17(X) = fn_triose_12(X)
& fn_triose_12(X) = fn_triose_12(X)
& fn_ketone_11(X) = fn_triose_12(X)
& fn_triose_12(X) = fn_ketone_11(X)
& fn_ketone_11(X) = fn_functional_group_1(fn_dihydroxyacetone_phosphate_12(X))
& fn_functional_group_1(fn_dihydroxyacetone_phosphate_12(X)) = fn_anabolic_pathway_6(fn_dihydroxyacetone_phosphate_13(X))
& fn_anabolic_pathway_6(fn_dihydroxyacetone_phosphate_13(X)) = fn_functional_group_1(fn_dihydroxyacetone_phosphate_2(X))
& fn_functional_group_1(fn_dihydroxyacetone_phosphate_2(X)) = fn_monosaccharide_5(X)
& fn_triose_6(X) = fn_monosaccharide_5(X)
& fn_monosaccharide_5(X) = fn_triose_6(X)
& fn_triose_6(X) = fn_ketone_8(X)
& fn_ketone_8(X) = fn_ketone_8(X)
& fn_ketone_8(X) = fn_polar_covalent_bond_19(fn_dihydroxyacetone_phosphate_6(X))
& fn_polar_covalent_bond_19(fn_dihydroxyacetone_phosphate_6(X)) = fn_polar_covalent_bond_19(fn_dihydroxyacetone_phosphate_6(X))
& fn_polar_covalent_bond_19(fn_dihydroxyacetone_phosphate_6(X)) = fn_polar_covalent_bond_18(fn_dihydroxyacetone_phosphate_6(X))
& fn_polar_covalent_bond_18(fn_dihydroxyacetone_phosphate_6(X)) = fn_monosaccharide_12(X)
& fn_monosaccharide_12(X) = fn_carbohydrate_36(X)
& fn_carbohydrate_36(X) = fn_monosaccharide_12(X)
& fn_triose_10(X) = fn_monosaccharide_12(X)
& fn_monosaccharide_12(X) = fn_triose_10(X)
& fn_triose_10(X) = fn_triose_10(X)
& fn_hydroxyl_group_7(fn_dihydroxyacetone_phosphate_2(X)) = fn_triose_10(X)
& fn_triose_10(X) = fn_hydroxyl_group_7(fn_dihydroxyacetone_phosphate_2(X)) ) ) ).
fof(a528983,axiom,
! [X] :
( dikaryotic_1(X)
=> ( original_name_2(X,'Dikaryotic')
& user_description_2(X,'Said of a fungal mycelium in which each cell contains two haploid nuclei that do not fuse.')
& concept2words_2(X,dikaryotic)
& mycelium_1(X)
& ~ heterokaryon_1(X) ) ) ).
fof(a528984,axiom,
! [X] :
( dim_1(X)
=> ( original_name_2(X,'Dim')
& concept2words_2(X,dim)
& concept2words_2(X,dip)
& concept2words_2(X,darken)
& concept2words_2(X,decrease)
& decrease_1(X)
& ~ dry_1(X)
& ~ cool_1(X)
& ~ contract_1(X)
& ~ microtubule_shortening_1(X)
& tangible_entity_1(fn_dim_1(X))
& brightness_value_1(fn_dim_4(X))
& brightness_value_1(fn_dim_5(X))
& base_2(X,fn_dim_1(X))
& to_value_2(X,fn_dim_5(X))
& from_value_2(X,fn_dim_4(X))
& greater_than_2(fn_dim_4(X),fn_dim_5(X))
& fn_dim_3(X) = fn_decrease_2(X)
& fn_dim_2(X) = fn_decrease_1(X)
& fn_dim_5(X) = fn_decrease_4(X)
& fn_dim_4(X) = fn_decrease_3(X) ) ) ).
fof(a528985,axiom,
! [X] :
( dimension_constant_1(X)
=> ( original_name_2(X,'Dimension-Constant')
& concept2words_2(X,'constant of dimension')
& concept2words_2(X,'dimension constant')
& concept2words_2(X,'dimension-constant')
& constant_1(X) ) ) ).
fof(a528986,axiom,
! [X] :
( dimension_value_1(X)
=> ( original_name_2(X,'Dimension-Value')
& concept2words_2(X,dimension)
& concept2words_2(X,'value of dimension')
& concept2words_2(X,'dimension value')
& concept2words_2(X,'dimension-value')
& property_value_1(X) ) ) ).
fof(a528987,axiom,
! [X] :
( dimer_1(X)
=> ( original_name_2(X,'Dimer')
& user_description_2(X,'A molecule made up of two smaller, identical molecules.')
& concept2words_2(X,dimer)
& molecule_1(X)
& monomer_1(fn_dimer_1(X))
& monomer_1(fn_dimer_2(X))
& has_part_2(X,fn_dimer_2(X))
& has_part_2(X,fn_dimer_1(X)) ) ) ).
fof(a528988,axiom,
! [X] :
( dimerization_1(X)
=> ( original_name_2(X,'Dimerization')
& user_description_2(X,'The formation of a chemical dimer from two identical subunits.')
& concept2words_2(X,dimerization)
& chemical_reaction_1(X)
& monomer_1(fn_dimerization_1(X))
& monomer_1(fn_dimerization_2(X))
& dimer_1(fn_dimerization_3(X))
& raw_material_2(X,fn_dimerization_1(X))
& raw_material_2(X,fn_dimerization_2(X))
& result_2(X,fn_dimerization_3(X))
& fn_dimerization_2(X) = fn_chemical_reaction_2(X)
& fn_dimerization_3(X) = fn_chemical_reaction_1(X) ) ) ).
fof(a528989,axiom,
! [X] :
( dinner_1(X)
=> ( original_name_2(X,'Dinner')
& concept2words_2(X,dinner)
& concept2words_2(X,'dinner party')
& concept2words_2(X,dinner_party)
& meal_1(X)
& ~ supper_1(X)
& ~ lunch_1(X)
& ~ brunch_1(X)
& ~ breakfast_1(X) ) ) ).
fof(a528990,axiom,
! [X] :
( dinoflagellate_1(X)
=> ( original_name_2(X,'Dinoflagellate')
& user_description_2(X,'The dinoflagellates are a large group of flagellate protists. Most are marine plankton, but they are common in fresh water habitats as well.')
& concept2words_2(X,dinoflagellate)
& alveolate_1(X)
& ~ amoeba_1(X)
& ~ charophycean_1(X)
& ~ chlorophyta_1(X)
& ~ diplomonad_1(X)
& ~ foraminiferan_1(X)
& ~ freshwater_protist_1(X)
& ~ oomycete_1(X)
& ~ parabasalid_1(X)
& ~ radiolarian_1(X)
& ~ rhizaria_1(X)
& ~ rhodophyte_1(X)
& ~ seaweed_1(X)
& ~ stramenopile_1(X)
& energy_1(fn_dinoflagellate_1(X))
& length_value_1(fn_dinoflagellate_3(X))
& protein_enzyme_1(fn_dinoflagellate_4(X))
& attach_1(fn_dinoflagellate_5(X))
& cellular_work_1(fn_dinoflagellate_6(X))
& eukaryotic_ribosome_1(fn_dinoflagellate_8(X))
& chromosome_1(fn_dinoflagellate_9(X))
& eukaryotic_chromosome_1(fn_dinoflagellate_9(X))
& tangible_entity_1(fn_dinoflagellate_10(X))
& nucleus_1(fn_dinoflagellate_10(X))
& substance_1(fn_dinoflagellate_11(X))
& cytosol_1(fn_dinoflagellate_11(X))
& membrane_protein_1(fn_dinoflagellate_12(X))
& protein_1(fn_dinoflagellate_12(X))
& spatial_entity_1(fn_dinoflagellate_12(X))
& polymer_1(fn_dinoflagellate_12(X))
& tangible_entity_1(fn_dinoflagellate_12(X))
& transmembrane_protein_1(fn_dinoflagellate_12(X))
& integral_protein_1(fn_dinoflagellate_12(X))
& transport_protein_1(fn_dinoflagellate_12(X))
& tangible_entity_1(fn_dinoflagellate_13(X))
& membrane_protein_1(fn_dinoflagellate_13(X))
& protein_1(fn_dinoflagellate_13(X))
& spatial_entity_1(fn_dinoflagellate_13(X))
& polymer_1(fn_dinoflagellate_13(X))
& hydrophobic_core_1(fn_dinoflagellate_14(X))
& outside_face_1(fn_dinoflagellate_15(X))
& extracellular_side_1(fn_dinoflagellate_15(X))
& attach_1(fn_dinoflagellate_16(X))
& mixture_1(fn_dinoflagellate_17(X))
& cytoplasm_1(fn_dinoflagellate_17(X))
& spatial_entity_1(fn_dinoflagellate_18(X))
& biomembrane_1(fn_dinoflagellate_18(X))
& plasma_membrane_1(fn_dinoflagellate_18(X))
& semiautonomous_organelle_1(fn_dinoflagellate_19(X))
& organelle_1(fn_dinoflagellate_19(X))
& mitochondrion_1(fn_dinoflagellate_19(X))
& catabolic_pathway_1(fn_dinoflagellate_20(X))
& eukaryotic_cellular_respiration_1(fn_dinoflagellate_20(X))
& size_value_1(fn_dinoflagellate_21(X))
& flagellum_1(fn_dinoflagellate_22(X))
& protein_enzyme_1(fn_dinoflagellate_23(X))
& organic_molecule_1(fn_dinoflagellate_24(X))
& tangible_entity_1(fn_dinoflagellate_25(X))
& phospholipid_bilayer_1(fn_dinoflagellate_25(X))
& surface_1(fn_dinoflagellate_26(X))
& specific_heat_value_1(fn_dinoflagellate_27(X))
& synthesis_reaction_1(fn_dinoflagellate_28(X))
& chemical_reaction_1(fn_dinoflagellate_28(X))
& anabolic_pathway_1(fn_dinoflagellate_28(X))
& synthesis_of_lipid_1(fn_dinoflagellate_28(X))
& temperature_value_1(fn_dinoflagellate_29(X))
& volume_value_1(fn_dinoflagellate_30(X))
& smooth_endoplasmic_reticulum_1(fn_dinoflagellate_31(X))
& golgi_apparatus_1(fn_dinoflagellate_32(X))
& rough_endoplasmic_reticulum_1(fn_dinoflagellate_33(X))
& water_1(fn_dinoflagellate_34(X))
& organic_molecule_1(fn_catabolic_pathway_10(fn_dinoflagellate_20(X)))
& attach_1(fn_plasma_membrane_52(fn_dinoflagellate_18(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_dinoflagellate_18(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_dinoflagellate_31(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_dinoflagellate_31(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_dinoflagellate_31(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_dinoflagellate_31(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_dinoflagellate_31(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_dinoflagellate_31(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_dinoflagellate_31(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_dinoflagellate_31(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_dinoflagellate_31(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_dinoflagellate_31(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_dinoflagellate_31(X)))
& cell_1(fn_flagellum_35(fn_dinoflagellate_22(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_dinoflagellate_31(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_dinoflagellate_31(X)))
& eukaryotic_ribosome_1(fn_smooth_endoplasmic_reticulum_11(fn_dinoflagellate_31(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_dinoflagellate_31(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_dinoflagellate_31(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_dinoflagellate_18(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_dinoflagellate_18(X)))
& protein_1(fn_plasma_membrane_68(fn_dinoflagellate_18(X)))
& outside_face_1(fn_biomembrane_41(fn_dinoflagellate_18(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_dinoflagellate_18(X)))
& spatial_entity_1(fn_attach_1(fn_dinoflagellate_16(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_dinoflagellate_18(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_dinoflagellate_18(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_dinoflagellate_18(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_dinoflagellate_18(X)))
& protein_1(fn_plasma_membrane_54(fn_dinoflagellate_18(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_dinoflagellate_18(X)))
& polymer_1(fn_plasma_membrane_54(fn_dinoflagellate_18(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_dinoflagellate_18(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_dinoflagellate_18(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_dinoflagellate_18(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_dinoflagellate_18(X)))
& tangible_entity_1(fn_biomembrane_63(fn_dinoflagellate_18(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_dinoflagellate_18(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_dinoflagellate_18(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_dinoflagellate_18(X)))
& spatial_entity_1(fn_attach_2(fn_dinoflagellate_5(X)))
& spatial_entity_1(fn_attach_2(fn_dinoflagellate_16(X)))
& fn_dinoflagellate_23(X) != fn_dinoflagellate_4(X)
& the_cardinal_value_2(fn_dinoflagellate_3(X),"30.0e0")
& cardinal_unit_class_2(fn_dinoflagellate_3(X),micrometer_0)
& length_2(X,fn_dinoflagellate_3(X))
& fn_dinoflagellate_4(X) != fn_dinoflagellate_23(X)
& raw_material_2(fn_dinoflagellate_20(X),fn_dinoflagellate_1(X))
& has_part_2(fn_dinoflagellate_17(X),fn_dinoflagellate_4(X))
& object_2(fn_dinoflagellate_16(X),fn_dinoflagellate_12(X))
& base_2(fn_dinoflagellate_5(X),fn_dinoflagellate_18(X))
& base_2(fn_dinoflagellate_16(X),fn_dinoflagellate_18(X))
& has_part_2(X,fn_dinoflagellate_22(X))
& object_2(fn_dinoflagellate_5(X),fn_dinoflagellate_12(X))
& has_part_2(X,fn_dinoflagellate_34(X))
& specific_heat_2(fn_dinoflagellate_34(X),fn_dinoflagellate_27(X))
& correspondence_2(fn_dinoflagellate_29(X),fn_dinoflagellate_27(X))
& temperature_2(X,fn_dinoflagellate_29(X))
& has_part_2(X,fn_dinoflagellate_9(X))
& has_part_2(X,fn_dinoflagellate_18(X))
& has_part_2(X,fn_dinoflagellate_33(X))
& the_scalar_value_2(fn_dinoflagellate_21(X),big_0)
& scalar_unit_class_2(fn_dinoflagellate_21(X),prokaryote_0)
& base_2(fn_dinoflagellate_28(X),X)
& has_part_2(fn_dinoflagellate_17(X),fn_dinoflagellate_23(X))
& has_region_2(X,fn_dinoflagellate_26(X))
& is_at_2(fn_dinoflagellate_25(X),fn_dinoflagellate_26(X))
& base_2(fn_dinoflagellate_20(X),X)
& has_function_2(X,fn_dinoflagellate_20(X))
& size_2(X,fn_dinoflagellate_21(X))
& directly_proportional_2(fn_dinoflagellate_21(X),fn_dinoflagellate_30(X))
& volume_2(X,fn_dinoflagellate_30(X))
& is_inside_2(fn_dinoflagellate_33(X),fn_dinoflagellate_11(X))
& abuts_2(fn_dinoflagellate_31(X),fn_dinoflagellate_33(X))
& abuts_2(fn_dinoflagellate_33(X),fn_dinoflagellate_31(X))
& fn_dinoflagellate_31(X) != fn_dinoflagellate_33(X)
& fn_dinoflagellate_33(X) != fn_dinoflagellate_31(X)
& base_2(fn_dinoflagellate_6(X),X)
& has_function_2(X,fn_dinoflagellate_6(X))
& has_part_2(X,fn_dinoflagellate_19(X))
& is_inside_2(fn_dinoflagellate_19(X),fn_dinoflagellate_11(X))
& has_part_2(fn_dinoflagellate_17(X),fn_dinoflagellate_11(X))
& has_part_2(X,fn_dinoflagellate_17(X))
& is_between_2(fn_dinoflagellate_17(X),fn_dinoflagellate_18(X))
& is_inside_2(fn_dinoflagellate_17(X),fn_dinoflagellate_18(X))
& is_between_2(fn_dinoflagellate_17(X),fn_dinoflagellate_10(X))
& is_inside_2(fn_dinoflagellate_9(X),fn_dinoflagellate_10(X))
& site_2(fn_dinoflagellate_28(X),fn_dinoflagellate_31(X))
& has_function_2(fn_dinoflagellate_31(X),fn_dinoflagellate_28(X))
& has_part_2(X,fn_dinoflagellate_31(X))
& has_part_2(X,fn_dinoflagellate_32(X))
& is_inside_2(fn_dinoflagellate_32(X),fn_dinoflagellate_11(X))
& is_inside_2(fn_dinoflagellate_31(X),fn_dinoflagellate_11(X))
& is_inside_2(fn_dinoflagellate_8(X),fn_dinoflagellate_11(X))
& has_part_2(X,fn_dinoflagellate_8(X))
& has_part_2(X,fn_dinoflagellate_10(X))
& is_inside_2(fn_dinoflagellate_10(X),fn_dinoflagellate_11(X))
& called_2(fn_dinoflagellate_13(X),'MP2')
& has_region_2(fn_dinoflagellate_18(X),fn_dinoflagellate_14(X))
& has_region_2(fn_dinoflagellate_12(X),fn_dinoflagellate_15(X))
& has_region_2(fn_dinoflagellate_18(X),fn_dinoflagellate_15(X))
& is_outside_2(fn_dinoflagellate_15(X),fn_dinoflagellate_18(X))
& has_part_2(fn_dinoflagellate_18(X),fn_dinoflagellate_13(X))
& fn_dinoflagellate_13(X) != fn_dinoflagellate_12(X)
& is_at_2(fn_dinoflagellate_12(X),fn_dinoflagellate_18(X))
& fn_dinoflagellate_12(X) != fn_dinoflagellate_13(X)
& has_part_2(fn_dinoflagellate_18(X),fn_dinoflagellate_25(X))
& is_inside_2(fn_dinoflagellate_12(X),fn_dinoflagellate_25(X))
& is_across_2(fn_dinoflagellate_12(X),fn_dinoflagellate_18(X))
& has_part_2(fn_dinoflagellate_18(X),fn_dinoflagellate_12(X))
& is_across_2(fn_dinoflagellate_12(X),fn_dinoflagellate_14(X))
& fn_dinoflagellate_12(X) = fn_attach_1(fn_dinoflagellate_16(X))
& fn_dinoflagellate_18(X) = fn_attach_2(fn_dinoflagellate_5(X))
& fn_dinoflagellate_18(X) = fn_attach_2(fn_dinoflagellate_16(X))
& fn_dinoflagellate_24(X) = fn_catabolic_pathway_10(fn_dinoflagellate_20(X))
& X = fn_flagellum_35(fn_dinoflagellate_22(X))
& fn_dinoflagellate_5(X) = fn_plasma_membrane_52(fn_dinoflagellate_18(X))
& fn_dinoflagellate_36(X) = fn_organism_1(X)
& fn_dinoflagellate_37(X) = fn_organism_6(X)
& fn_dinoflagellate_29(X) = fn_organism_2(X)
& fn_dinoflagellate_27(X) = fn_organism_5(X)
& fn_dinoflagellate_34(X) = fn_organism_4(X)
& fn_dinoflagellate_23(X) = fn_protist_cell_33(X)
& fn_dinoflagellate_35(X) = fn_protist_cell_12(X)
& fn_dinoflagellate_7(X) = fn_protist_cell_13(X)
& fn_dinoflagellate_25(X) = fn_protist_cell_18(X)
& fn_dinoflagellate_26(X) = fn_protist_cell_15(X)
& fn_dinoflagellate_30(X) = fn_protist_cell_17(X)
& fn_dinoflagellate_21(X) = fn_protist_cell_16(X)
& fn_dinoflagellate_20(X) = fn_protist_cell_32(X)
& fn_dinoflagellate_33(X) = fn_protist_cell_25(X)
& fn_dinoflagellate_19(X) = fn_protist_cell_34(X)
& fn_dinoflagellate_6(X) = fn_protist_cell_9(X)
& fn_dinoflagellate_9(X) = fn_protist_cell_19(X)
& fn_dinoflagellate_18(X) = fn_protist_cell_22(X)
& fn_dinoflagellate_17(X) = fn_protist_cell_35(X)
& fn_dinoflagellate_32(X) = fn_protist_cell_14(X)
& fn_dinoflagellate_32(X) = fn_smooth_endoplasmic_reticulum_3(fn_dinoflagellate_31(X))
& fn_dinoflagellate_28(X) = fn_smooth_endoplasmic_reticulum_23(fn_dinoflagellate_31(X))
& fn_dinoflagellate_28(X) = fn_smooth_endoplasmic_reticulum_7(fn_dinoflagellate_31(X))
& fn_dinoflagellate_28(X) = fn_smooth_endoplasmic_reticulum_49(fn_dinoflagellate_31(X))
& fn_dinoflagellate_28(X) = fn_smooth_endoplasmic_reticulum_48(fn_dinoflagellate_31(X))
& fn_dinoflagellate_28(X) = fn_protist_cell_28(X)
& fn_dinoflagellate_28(X) = fn_smooth_endoplasmic_reticulum_42(fn_dinoflagellate_31(X))
& fn_dinoflagellate_28(X) = fn_smooth_endoplasmic_reticulum_8(fn_dinoflagellate_31(X))
& fn_dinoflagellate_10(X) = fn_protist_cell_24(X)
& fn_dinoflagellate_10(X) = fn_smooth_endoplasmic_reticulum_10(fn_dinoflagellate_31(X))
& X = fn_smooth_endoplasmic_reticulum_33(fn_dinoflagellate_31(X))
& fn_dinoflagellate_8(X) = fn_protist_cell_30(X)
& fn_dinoflagellate_8(X) = fn_smooth_endoplasmic_reticulum_11(fn_dinoflagellate_31(X))
& fn_dinoflagellate_31(X) = fn_protist_cell_23(X)
& fn_dinoflagellate_11(X) = fn_protist_cell_29(X)
& fn_dinoflagellate_11(X) = fn_smooth_endoplasmic_reticulum_34(fn_dinoflagellate_31(X))
& fn_dinoflagellate_12(X) = fn_plasma_membrane_4(fn_dinoflagellate_18(X))
& fn_dinoflagellate_12(X) = fn_plasma_membrane_3(fn_dinoflagellate_18(X))
& fn_dinoflagellate_12(X) = fn_plasma_membrane_54(fn_dinoflagellate_18(X))
& fn_dinoflagellate_13(X) = fn_plasma_membrane_68(fn_dinoflagellate_18(X))
& fn_dinoflagellate_13(X) = fn_plasma_membrane_54(fn_dinoflagellate_18(X))
& fn_dinoflagellate_15(X) = fn_biomembrane_41(fn_dinoflagellate_18(X))
& fn_dinoflagellate_15(X) = fn_plasma_membrane_65(fn_dinoflagellate_18(X))
& fn_dinoflagellate_14(X) = fn_plasma_membrane_6(fn_dinoflagellate_18(X))
& fn_dinoflagellate_12(X) = fn_plasma_membrane_55(fn_dinoflagellate_18(X))
& fn_dinoflagellate_25(X) = fn_biomembrane_63(fn_dinoflagellate_18(X))
& fn_dinoflagellate_25(X) = fn_plasma_membrane_71(fn_dinoflagellate_18(X))
& fn_smooth_endoplasmic_reticulum_3(fn_dinoflagellate_31(X)) = fn_protist_cell_14(X)
& fn_protist_cell_14(X) = fn_smooth_endoplasmic_reticulum_3(fn_dinoflagellate_31(X))
& fn_smooth_endoplasmic_reticulum_3(fn_dinoflagellate_31(X)) = fn_smooth_endoplasmic_reticulum_23(fn_dinoflagellate_31(X))
& fn_smooth_endoplasmic_reticulum_23(fn_dinoflagellate_31(X)) = fn_smooth_endoplasmic_reticulum_7(fn_dinoflagellate_31(X))
& fn_smooth_endoplasmic_reticulum_7(fn_dinoflagellate_31(X)) = fn_smooth_endoplasmic_reticulum_7(fn_dinoflagellate_31(X))
& fn_smooth_endoplasmic_reticulum_7(fn_dinoflagellate_31(X)) = fn_smooth_endoplasmic_reticulum_49(fn_dinoflagellate_31(X))
& fn_smooth_endoplasmic_reticulum_49(fn_dinoflagellate_31(X)) = fn_smooth_endoplasmic_reticulum_49(fn_dinoflagellate_31(X))
& fn_smooth_endoplasmic_reticulum_49(fn_dinoflagellate_31(X)) = fn_smooth_endoplasmic_reticulum_48(fn_dinoflagellate_31(X))
& fn_smooth_endoplasmic_reticulum_42(fn_dinoflagellate_31(X)) = fn_smooth_endoplasmic_reticulum_48(fn_dinoflagellate_31(X))
& fn_smooth_endoplasmic_reticulum_48(fn_dinoflagellate_31(X)) = fn_smooth_endoplasmic_reticulum_42(fn_dinoflagellate_31(X))
& fn_protist_cell_28(X) = fn_smooth_endoplasmic_reticulum_42(fn_dinoflagellate_31(X))
& fn_smooth_endoplasmic_reticulum_42(fn_dinoflagellate_31(X)) = fn_protist_cell_28(X)
& fn_protist_cell_28(X) = fn_protist_cell_28(X)
& fn_smooth_endoplasmic_reticulum_8(fn_dinoflagellate_31(X)) = fn_protist_cell_28(X)
& fn_protist_cell_28(X) = fn_smooth_endoplasmic_reticulum_8(fn_dinoflagellate_31(X))
& fn_smooth_endoplasmic_reticulum_8(fn_dinoflagellate_31(X)) = fn_protist_cell_24(X)
& fn_protist_cell_24(X) = fn_protist_cell_24(X)
& fn_smooth_endoplasmic_reticulum_10(fn_dinoflagellate_31(X)) = fn_protist_cell_24(X)
& fn_protist_cell_24(X) = fn_smooth_endoplasmic_reticulum_10(fn_dinoflagellate_31(X))
& fn_smooth_endoplasmic_reticulum_10(fn_dinoflagellate_31(X)) = fn_flagellum_35(fn_dinoflagellate_22(X))
& fn_flagellum_35(fn_dinoflagellate_22(X)) = fn_smooth_endoplasmic_reticulum_33(fn_dinoflagellate_31(X))
& fn_smooth_endoplasmic_reticulum_33(fn_dinoflagellate_31(X)) = fn_smooth_endoplasmic_reticulum_33(fn_dinoflagellate_31(X))
& fn_smooth_endoplasmic_reticulum_33(fn_dinoflagellate_31(X)) = fn_protist_cell_30(X)
& fn_smooth_endoplasmic_reticulum_11(fn_dinoflagellate_31(X)) = fn_protist_cell_30(X)
& fn_protist_cell_30(X) = fn_smooth_endoplasmic_reticulum_11(fn_dinoflagellate_31(X))
& fn_smooth_endoplasmic_reticulum_11(fn_dinoflagellate_31(X)) = fn_protist_cell_29(X)
& fn_protist_cell_29(X) = fn_protist_cell_29(X)
& fn_smooth_endoplasmic_reticulum_34(fn_dinoflagellate_31(X)) = fn_protist_cell_29(X)
& fn_protist_cell_29(X) = fn_smooth_endoplasmic_reticulum_34(fn_dinoflagellate_31(X))
& fn_smooth_endoplasmic_reticulum_34(fn_dinoflagellate_31(X)) = fn_plasma_membrane_54(fn_dinoflagellate_18(X))
& fn_plasma_membrane_54(fn_dinoflagellate_18(X)) = fn_plasma_membrane_68(fn_dinoflagellate_18(X))
& fn_plasma_membrane_68(fn_dinoflagellate_18(X)) = fn_plasma_membrane_54(fn_dinoflagellate_18(X))
& fn_plasma_membrane_54(fn_dinoflagellate_18(X)) = fn_plasma_membrane_65(fn_dinoflagellate_18(X))
& fn_plasma_membrane_65(fn_dinoflagellate_18(X)) = fn_plasma_membrane_65(fn_dinoflagellate_18(X))
& fn_plasma_membrane_65(fn_dinoflagellate_18(X)) = fn_biomembrane_41(fn_dinoflagellate_18(X))
& fn_biomembrane_41(fn_dinoflagellate_18(X)) = fn_plasma_membrane_65(fn_dinoflagellate_18(X))
& fn_plasma_membrane_65(fn_dinoflagellate_18(X)) = fn_attach_1(fn_dinoflagellate_16(X))
& fn_attach_1(fn_dinoflagellate_16(X)) = fn_plasma_membrane_4(fn_dinoflagellate_18(X))
& fn_plasma_membrane_4(fn_dinoflagellate_18(X)) = fn_plasma_membrane_4(fn_dinoflagellate_18(X))
& fn_plasma_membrane_4(fn_dinoflagellate_18(X)) = fn_plasma_membrane_3(fn_dinoflagellate_18(X))
& fn_plasma_membrane_54(fn_dinoflagellate_18(X)) = fn_plasma_membrane_3(fn_dinoflagellate_18(X))
& fn_plasma_membrane_3(fn_dinoflagellate_18(X)) = fn_plasma_membrane_54(fn_dinoflagellate_18(X))
& fn_plasma_membrane_54(fn_dinoflagellate_18(X)) = fn_plasma_membrane_54(fn_dinoflagellate_18(X))
& fn_plasma_membrane_55(fn_dinoflagellate_18(X)) = fn_plasma_membrane_54(fn_dinoflagellate_18(X))
& fn_plasma_membrane_54(fn_dinoflagellate_18(X)) = fn_plasma_membrane_55(fn_dinoflagellate_18(X))
& fn_plasma_membrane_55(fn_dinoflagellate_18(X)) = fn_plasma_membrane_55(fn_dinoflagellate_18(X))
& fn_plasma_membrane_55(fn_dinoflagellate_18(X)) = fn_protist_cell_18(X)
& fn_protist_cell_18(X) = fn_biomembrane_63(fn_dinoflagellate_18(X))
& fn_biomembrane_63(fn_dinoflagellate_18(X)) = fn_protist_cell_18(X)
& fn_protist_cell_18(X) = fn_plasma_membrane_71(fn_dinoflagellate_18(X))
& fn_plasma_membrane_71(fn_dinoflagellate_18(X)) = fn_plasma_membrane_71(fn_dinoflagellate_18(X))
& fn_plasma_membrane_71(fn_dinoflagellate_18(X)) = fn_attach_2(fn_dinoflagellate_5(X))
& fn_attach_2(fn_dinoflagellate_5(X)) = fn_attach_2(fn_dinoflagellate_16(X))
& fn_attach_2(fn_dinoflagellate_16(X)) = fn_protist_cell_22(X)
& fn_protist_cell_22(X) = fn_protist_cell_22(X) ) ) ).
fof(a528991,axiom,
! [X] :
( dinosaur_1(X)
=> ( original_name_2(X,'Dinosaur')
& user_description_2(X,'Member of a very diverse clade of reptiles demonstrating a remarkable diversity of morphology and habitat. Most went extinct at the end of the Cretaceous; the only extant dinosaurs are the birds.')
& concept2words_2(X,dinosaur)
& reptile_1(X)
& extinct_vertebrate_1(X)
& ~ crocodilia_1(X)
& ~ lepidosaur_1(X)
& ~ acanthodian_1(X)
& ~ ammonite_1(X)
& ~ anapsid_1(X)
& ~ archaeopteryx_1(X)
& ~ conodont_1(X)
& ~ cooksonia_1(X)
& ~ eurypterid_1(X)
& ~ great_auk_1(X)
& ~ neanderthal_1(X)
& ~ paranthropus_boisei_1(X)
& ~ parareptile_1(X)
& ~ placoderm_1(X)
& ~ pterosaur_1(X)
& ~ trilobite_1(X) ) ) ).
fof(a528992,axiom,
! [X] :
( dinucleotide_1(X)
=> ( original_name_2(X,'Dinucleotide')
& user_description_2(X,'A molecule consisting of two nucleotides connected by their phosphate groups.')
& concept2words_2(X,dinucleotide)
& organic_molecule_1(X) ) ) ).
fof(a528993,axiom,
! [X] :
( dionaea_muscipula_1(X)
=> ( original_name_2(X,'Dionaea-Muscipula')
& user_description_2(X,'Dionaea muscipula, (Venus flytrap) is an insectivorous plant that catches and digests animal prey.')
& concept2words_2(X,'dionaea muscipula')
& concept2words_2(X,'dionaea-muscipula')
& angiosperm_1(X)
& rate_value_1(fn_dionaea_muscipula_1(X))
& shoot_1(fn_dionaea_muscipula_3(X))
& spatial_entity_1(fn_dionaea_muscipula_4(X))
& leaf_1(fn_dionaea_muscipula_4(X))
& dermal_tissue_system_1(fn_dionaea_muscipula_5(X))
& waxy_cuticle_1(fn_dionaea_muscipula_6(X))
& epidermis_1(fn_dionaea_muscipula_7(X))
& epidermis_1(fn_dionaea_muscipula_8(X))
& spongy_mesophyll_1(fn_dionaea_muscipula_9(X))
& waxy_cuticle_1(fn_dionaea_muscipula_10(X))
& biological_region_1(fn_dionaea_muscipula_11(X))
& air_space_1(fn_dionaea_muscipula_12(X))
& enter_1(fn_dionaea_muscipula_13(X))
& move_into_1(fn_dionaea_muscipula_14(X))
& atmosphere_1(fn_dionaea_muscipula_15(X))
& move_1(fn_dionaea_muscipula_16(X))
& air_space_1(fn_leaf_43(fn_dionaea_muscipula_4(X)))
& move_into_1(fn_leaf_48(fn_dionaea_muscipula_4(X)))
& biological_region_1(fn_leaf_10(fn_dionaea_muscipula_4(X)))
& dermal_tissue_system_1(fn_leaf_6(fn_dionaea_muscipula_4(X)))
& enter_1(fn_leaf_47(fn_dionaea_muscipula_4(X)))
& atmosphere_1(fn_leaf_41(fn_dionaea_muscipula_4(X)))
& spongy_mesophyll_1(fn_leaf_45(fn_dionaea_muscipula_4(X)))
& waxy_cuticle_1(fn_leaf_16(fn_dionaea_muscipula_4(X)))
& waxy_cuticle_1(fn_leaf_14(fn_dionaea_muscipula_4(X)))
& epidermis_1(fn_leaf_50(fn_dionaea_muscipula_4(X)))
& epidermis_1(fn_leaf_51(fn_dionaea_muscipula_4(X)))
& spatial_entity_1(fn_move_1(fn_dionaea_muscipula_16(X)))
& leaf_1(fn_shoot_2(fn_dionaea_muscipula_3(X)))
& is_above_2(fn_dionaea_muscipula_6(X),fn_dionaea_muscipula_8(X))
& is_above_2(fn_dionaea_muscipula_7(X),fn_dionaea_muscipula_10(X))
& rate_2(fn_dionaea_muscipula_16(X),fn_dionaea_muscipula_1(X))
& the_scalar_value_2(fn_dionaea_muscipula_1(X),fast_0)
& scalar_unit_class_2(fn_dionaea_muscipula_1(X),action_0)
& object_2(fn_dionaea_muscipula_16(X),fn_dionaea_muscipula_4(X))
& has_part_2(X,fn_dionaea_muscipula_3(X))
& has_part_2(fn_dionaea_muscipula_3(X),fn_dionaea_muscipula_4(X))
& has_region_2(fn_dionaea_muscipula_9(X),fn_dionaea_muscipula_12(X))
& element_2(fn_dionaea_muscipula_5(X),fn_dionaea_muscipula_8(X))
& destination_2(fn_dionaea_muscipula_13(X),fn_dionaea_muscipula_12(X))
& is_inside_2(fn_dionaea_muscipula_12(X),fn_dionaea_muscipula_4(X))
& base_2(fn_dionaea_muscipula_14(X),fn_dionaea_muscipula_4(X))
& has_part_2(fn_dionaea_muscipula_4(X),fn_dionaea_muscipula_7(X))
& element_2(fn_dionaea_muscipula_5(X),fn_dionaea_muscipula_7(X))
& has_region_2(fn_dionaea_muscipula_4(X),fn_dionaea_muscipula_5(X))
& is_inside_2(fn_dionaea_muscipula_11(X),fn_dionaea_muscipula_4(X))
& destination_2(fn_dionaea_muscipula_14(X),fn_dionaea_muscipula_11(X))
& is_outside_2(fn_dionaea_muscipula_15(X),fn_dionaea_muscipula_4(X))
& origin_2(fn_dionaea_muscipula_13(X),fn_dionaea_muscipula_15(X))
& base_2(fn_dionaea_muscipula_13(X),fn_dionaea_muscipula_4(X))
& has_part_2(fn_dionaea_muscipula_4(X),fn_dionaea_muscipula_8(X))
& fn_dionaea_muscipula_8(X) != fn_dionaea_muscipula_7(X)
& fn_dionaea_muscipula_7(X) != fn_dionaea_muscipula_8(X)
& has_part_2(fn_dionaea_muscipula_4(X),fn_dionaea_muscipula_10(X))
& fn_dionaea_muscipula_10(X) != fn_dionaea_muscipula_6(X)
& has_part_2(fn_dionaea_muscipula_4(X),fn_dionaea_muscipula_6(X))
& has_part_2(fn_dionaea_muscipula_4(X),fn_dionaea_muscipula_9(X))
& is_above_2(fn_dionaea_muscipula_9(X),fn_dionaea_muscipula_7(X))
& fn_dionaea_muscipula_6(X) != fn_dionaea_muscipula_10(X)
& fn_dionaea_muscipula_4(X) = fn_move_1(fn_dionaea_muscipula_16(X))
& fn_dionaea_muscipula_3(X) = fn_seed_plant_2(X)
& fn_dionaea_muscipula_4(X) = fn_shoot_2(fn_dionaea_muscipula_3(X))
& fn_dionaea_muscipula_12(X) = fn_leaf_43(fn_dionaea_muscipula_4(X))
& fn_dionaea_muscipula_14(X) = fn_leaf_48(fn_dionaea_muscipula_4(X))
& fn_dionaea_muscipula_11(X) = fn_leaf_10(fn_dionaea_muscipula_4(X))
& fn_dionaea_muscipula_5(X) = fn_leaf_6(fn_dionaea_muscipula_4(X))
& fn_dionaea_muscipula_7(X) = fn_leaf_50(fn_dionaea_muscipula_4(X))
& fn_dionaea_muscipula_8(X) = fn_leaf_51(fn_dionaea_muscipula_4(X))
& fn_dionaea_muscipula_13(X) = fn_leaf_47(fn_dionaea_muscipula_4(X))
& fn_dionaea_muscipula_15(X) = fn_leaf_41(fn_dionaea_muscipula_4(X))
& fn_dionaea_muscipula_7(X) = fn_leaf_51(fn_dionaea_muscipula_4(X))
& fn_dionaea_muscipula_9(X) = fn_leaf_45(fn_dionaea_muscipula_4(X))
& fn_dionaea_muscipula_6(X) = fn_leaf_16(fn_dionaea_muscipula_4(X))
& fn_dionaea_muscipula_10(X) = fn_leaf_14(fn_dionaea_muscipula_4(X))
& fn_leaf_50(fn_dionaea_muscipula_4(X)) = fn_leaf_50(fn_dionaea_muscipula_4(X))
& fn_leaf_50(fn_dionaea_muscipula_4(X)) = fn_leaf_51(fn_dionaea_muscipula_4(X))
& fn_leaf_51(fn_dionaea_muscipula_4(X)) = fn_move_1(fn_dionaea_muscipula_16(X))
& fn_move_1(fn_dionaea_muscipula_16(X)) = fn_shoot_2(fn_dionaea_muscipula_3(X)) ) ) ).
fof(a528994,axiom,
! [X] :
( dipeptidase_1(X)
=> ( original_name_2(X,'Dipeptidase')
& user_description_2(X,'Enzyme produced by the small intestine which hydrolyzes the bond between dipeptides during the chemical digestion of proteins.')
& concept2words_2(X,dipeptidase)
& protease_1(X) ) ) ).
fof(a528995,axiom,
! [X] :
( diploid_cell_1(X)
=> ( original_name_2(X,'Diploid-Cell')
& user_description_2(X,'A diploid cell carries the normal complement of two complementary sets of chromosomes in diploid organims.')
& concept2words_2(X,'2n cell')
& concept2words_2(X,'2n-cell')
& concept2words_2(X,'cell of diploid')
& concept2words_2(X,'diploid cell')
& concept2words_2(X,'diploid-cell')
& eukaryotic_cell_1(X)
& locus_1(fn_diploid_cell_1(X))
& gene_1(fn_diploid_cell_2(X))
& has_region_2(X,fn_diploid_cell_1(X))
& is_at_2(fn_diploid_cell_1(X),fn_diploid_cell_2(X)) ) ) ).
fof(a528996,axiom,
! [X] :
( diploid_chromosome_1(X)
=> ( original_name_2(X,'Diploid-Chromosome')
& user_description_2(X,'Chromosome which consists of two sister chromatids. Diploid chromosomes are produces during the S phase of the cell cycle prior to cell division.')
& concept2words_2(X,'chromosome of diploid')
& concept2words_2(X,'diploid chromosome')
& concept2words_2(X,'diploid-chromosome')
& eukaryotic_chromosome_1(X)
& eukaryotic_chromosome_1(fn_diploid_chromosome_1(X))
& sister_chromatid_1(fn_diploid_chromosome_2(X))
& sister_chromatid_1(fn_diploid_chromosome_3(X))
& shape_value_1(fn_diploid_chromosome_4(X))
& end_1(fn_diploid_chromosome_5(X))
& entity_1(fn_diploid_chromosome_6(X))
& dna_1(fn_diploid_chromosome_6(X))
& polymer_1(fn_diploid_chromosome_6(X))
& telomere_1(fn_diploid_chromosome_7(X))
& has_part_2(X,fn_diploid_chromosome_3(X))
& has_part_2(X,fn_diploid_chromosome_2(X))
& has_state_2(fn_diploid_chromosome_1(X),X)
& fn_diploid_chromosome_8(X) = fn_eukaryotic_chromosome_1(X)
& fn_diploid_chromosome_4(X) = fn_eukaryotic_chromosome_2(X)
& fn_diploid_chromosome_6(X) = fn_eukaryotic_chromosome_3(X)
& fn_diploid_chromosome_5(X) = fn_eukaryotic_chromosome_5(X)
& fn_diploid_chromosome_7(X) = fn_eukaryotic_chromosome_4(X) ) ) ).
fof(a528997,axiom,
! [X] :
( diploid_number_1(X)
=> ( original_name_2(X,'Diploid-Number')
& user_description_2(X,'The number of chromosomes pesent in somatic cells of diploid organisms, abbreviated 2n.')
& concept2words_2(X,'number of diploid')
& concept2words_2(X,'diploid number')
& concept2words_2(X,'diploid-number')
& quantity_value_1(X)
& ~ haploid_number_1(X)
& system_1(fn_diploid_number_3(X))
& haploid_number_1(fn_diploid_number_6(X))
& property_node_1(fn_haploid_number_1(fn_diploid_number_6(X)))
& called_2(fn_diploid_number_6(X),'Haploid')
& called_2(X,'Diploid')
& fn_diploid_number_5(X) = fn_haploid_number_1(fn_diploid_number_6(X)) ) ) ).
fof(a528998,axiom,
! [X] :
( diploid_organism_1(X)
=> ( original_name_2(X,'Diploid-Organism')
& user_description_2(X,'An organism whose cells contain two homologous chromosomes (2n), one set inherited from each parent.')
& concept2words_2(X,'organism of diploid')
& concept2words_2(X,'diploid organism')
& concept2words_2(X,'diploid-organism')
& offspring_1(X)
& ~ recombinant_1(X) ) ) ).
fof(a528999,axiom,
! [X] :
( diplomonad_1(X)
=> ( original_name_2(X,'Diplomonad')
& user_description_2(X,'A unicellular protist that has two nuclei and four flagella per cell. Many are parasitic.')
& concept2words_2(X,diplomonad)
& unicellular_organism_1(X)
& protist_cell_1(X)
& ~ alveolate_1(X)
& ~ amoeba_1(X)
& ~ charophycean_1(X)
& ~ chlorophyta_1(X)
& ~ dinoflagellate_1(X)
& ~ foraminiferan_1(X)
& ~ freshwater_protist_1(X)
& ~ oomycete_1(X)
& ~ parabasalid_1(X)
& ~ radiolarian_1(X)
& ~ rhizaria_1(X)
& ~ rhodophyte_1(X)
& ~ seaweed_1(X)
& ~ stramenopile_1(X)
& protein_enzyme_1(fn_diplomonad_1(X))
& golgi_apparatus_1(fn_diplomonad_2(X))
& organic_molecule_1(fn_diplomonad_3(X))
& mixture_1(fn_diplomonad_4(X))
& cytoplasm_1(fn_diplomonad_4(X))
& eukaryotic_chromosome_1(fn_diplomonad_5(X))
& chromosome_1(fn_diplomonad_5(X))
& semiautonomous_organelle_1(fn_diplomonad_6(X))
& organelle_1(fn_diplomonad_6(X))
& mitochondrion_1(fn_diplomonad_6(X))
& flagellum_1(fn_diplomonad_7(X))
& catabolic_pathway_1(fn_diplomonad_8(X))
& eukaryotic_cellular_respiration_1(fn_diplomonad_8(X))
& synthesis_reaction_1(fn_diplomonad_9(X))
& metabolic_pathway_1(fn_diplomonad_9(X))
& chemical_reaction_1(fn_diplomonad_9(X))
& anabolic_pathway_1(fn_diplomonad_9(X))
& synthesis_of_lipid_1(fn_diplomonad_9(X))
& synthesis_of_atp_1(fn_diplomonad_10(X))
& protein_enzyme_1(fn_diplomonad_11(X))
& substance_1(fn_diplomonad_12(X))
& cytosol_1(fn_diplomonad_12(X))
& tangible_entity_1(fn_diplomonad_13(X))
& phospholipid_bilayer_1(fn_diplomonad_13(X))
& specific_heat_value_1(fn_diplomonad_14(X))
& temperature_value_1(fn_diplomonad_15(X))
& size_value_1(fn_diplomonad_16(X))
& surface_1(fn_diplomonad_17(X))
& volume_value_1(fn_diplomonad_18(X))
& water_1(fn_diplomonad_19(X))
& smooth_endoplasmic_reticulum_1(fn_diplomonad_20(X))
& tangible_entity_1(fn_diplomonad_21(X))
& nucleus_1(fn_diplomonad_21(X))
& endoplasmic_reticulum_1(fn_diplomonad_22(X))
& rough_endoplasmic_reticulum_1(fn_diplomonad_22(X))
& eukaryotic_ribosome_1(fn_diplomonad_23(X))
& spatial_entity_1(fn_diplomonad_24(X))
& biomembrane_1(fn_diplomonad_24(X))
& plasma_membrane_1(fn_diplomonad_24(X))
& er_membrane_1(fn_diplomonad_29(X))
& aqueous_solution_1(fn_diplomonad_30(X))
& cellular_work_1(fn_diplomonad_31(X))
& organic_molecule_1(fn_catabolic_pathway_10(fn_diplomonad_8(X)))
& property_node_1(fn_golgi_apparatus_11(fn_diplomonad_2(X)))
& property_node_1(fn_golgi_apparatus_10(fn_diplomonad_2(X)))
& size_value_1(fn_golgi_apparatus_87(fn_diplomonad_2(X)))
& volume_value_1(fn_golgi_apparatus_86(fn_diplomonad_2(X)))
& synthesis_of_atp_1(fn_golgi_apparatus_88(fn_diplomonad_2(X)))
& endoplasmic_reticulum_1(fn_golgi_apparatus_65(fn_diplomonad_2(X)))
& rough_endoplasmic_reticulum_1(fn_golgi_apparatus_65(fn_diplomonad_2(X)))
& eukaryotic_chromosome_1(fn_golgi_apparatus_15(fn_diplomonad_2(X)))
& chromosome_1(fn_golgi_apparatus_15(fn_diplomonad_2(X)))
& synthesis_reaction_1(fn_golgi_apparatus_89(fn_diplomonad_2(X)))
& metabolic_pathway_1(fn_golgi_apparatus_89(fn_diplomonad_2(X)))
& chemical_reaction_1(fn_golgi_apparatus_89(fn_diplomonad_2(X)))
& anabolic_pathway_1(fn_golgi_apparatus_89(fn_diplomonad_2(X)))
& synthesis_of_lipid_1(fn_golgi_apparatus_89(fn_diplomonad_2(X)))
& smooth_endoplasmic_reticulum_1(fn_golgi_apparatus_93(fn_diplomonad_2(X)))
& aqueous_solution_1(fn_er_membrane_32(fn_diplomonad_29(X)))
& aqueous_solution_1(fn_er_membrane_33(fn_diplomonad_29(X)))
& protein_enzyme_1(fn_golgi_apparatus_92(fn_diplomonad_2(X)))
& spatial_entity_1(fn_golgi_apparatus_82(fn_diplomonad_2(X)))
& biomembrane_1(fn_golgi_apparatus_82(fn_diplomonad_2(X)))
& plasma_membrane_1(fn_golgi_apparatus_82(fn_diplomonad_2(X)))
& tangible_entity_1(fn_golgi_apparatus_90(fn_diplomonad_2(X)))
& nucleus_1(fn_golgi_apparatus_90(fn_diplomonad_2(X)))
& cell_1(fn_flagellum_35(fn_diplomonad_7(X)))
& tangible_entity_1(fn_golgi_apparatus_22(fn_diplomonad_2(X)))
& cell_1(fn_golgi_apparatus_22(fn_diplomonad_2(X)))
& eukaryotic_cell_1(fn_golgi_apparatus_22(fn_diplomonad_2(X)))
& substance_1(fn_golgi_apparatus_91(fn_diplomonad_2(X)))
& cytosol_1(fn_golgi_apparatus_91(fn_diplomonad_2(X)))
& is_inside_2(fn_diplomonad_30(X),fn_diplomonad_29(X))
& fn_diplomonad_1(X) != fn_diplomonad_11(X)
& fn_diplomonad_11(X) != fn_diplomonad_1(X)
& has_part_2(fn_diplomonad_4(X),fn_diplomonad_1(X))
& has_part_2(X,fn_diplomonad_7(X))
& is_between_2(fn_diplomonad_29(X),fn_diplomonad_30(X))
& has_part_2(X,fn_diplomonad_19(X))
& specific_heat_2(fn_diplomonad_19(X),fn_diplomonad_14(X))
& correspondence_2(fn_diplomonad_15(X),fn_diplomonad_14(X))
& temperature_2(X,fn_diplomonad_15(X))
& is_between_2(fn_diplomonad_4(X),fn_diplomonad_24(X))
& is_between_2(fn_diplomonad_4(X),fn_diplomonad_21(X))
& has_part_2(fn_diplomonad_4(X),fn_diplomonad_11(X))
& is_inside_2(fn_diplomonad_11(X),fn_diplomonad_29(X))
& base_2(fn_diplomonad_31(X),X)
& has_function_2(X,fn_diplomonad_31(X))
& has_function_2(X,fn_diplomonad_8(X))
& base_2(fn_diplomonad_8(X),X)
& has_part_2(fn_diplomonad_4(X),fn_diplomonad_12(X))
& is_inside_2(fn_diplomonad_6(X),fn_diplomonad_12(X))
& has_part_2(X,fn_diplomonad_6(X))
& has_part_2(X,fn_diplomonad_23(X))
& is_inside_2(fn_diplomonad_23(X),fn_diplomonad_12(X))
& has_part_2(X,fn_diplomonad_4(X))
& is_inside_2(fn_diplomonad_4(X),fn_diplomonad_24(X))
& has_part_2(fn_diplomonad_24(X),fn_diplomonad_13(X))
& is_at_2(fn_diplomonad_13(X),fn_diplomonad_17(X))
& has_region_2(X,fn_diplomonad_17(X))
& has_part_2(X,fn_diplomonad_2(X))
& is_inside_2(fn_diplomonad_5(X),fn_diplomonad_21(X))
& size_2(X,fn_diplomonad_16(X))
& the_scalar_value_2(fn_diplomonad_16(X),big_0)
& scalar_unit_class_2(fn_diplomonad_16(X),prokaryote_0)
& has_part_2(X,fn_diplomonad_20(X))
& volume_2(X,fn_diplomonad_18(X))
& directly_proportional_2(fn_diplomonad_16(X),fn_diplomonad_18(X))
& abuts_2(fn_diplomonad_20(X),fn_diplomonad_22(X))
& abuts_2(fn_diplomonad_22(X),fn_diplomonad_20(X))
& site_2(fn_diplomonad_9(X),fn_diplomonad_20(X))
& agent_2(fn_diplomonad_9(X),fn_diplomonad_11(X))
& agent_2(fn_diplomonad_10(X),fn_diplomonad_11(X))
& base_2(fn_diplomonad_10(X),X)
& has_part_2(X,fn_diplomonad_22(X))
& fn_diplomonad_22(X) != fn_diplomonad_20(X)
& is_inside_2(fn_diplomonad_22(X),fn_diplomonad_12(X))
& is_inside_2(fn_diplomonad_21(X),fn_diplomonad_12(X))
& has_part_2(X,fn_diplomonad_21(X))
& has_part_2(X,fn_diplomonad_24(X))
& fn_diplomonad_20(X) != fn_diplomonad_22(X)
& is_inside_2(fn_diplomonad_2(X),fn_diplomonad_12(X))
& is_inside_2(fn_diplomonad_20(X),fn_diplomonad_12(X))
& has_function_2(fn_diplomonad_20(X),fn_diplomonad_9(X))
& base_2(fn_diplomonad_9(X),X)
& has_part_2(X,fn_diplomonad_5(X))
& X = fn_flagellum_35(fn_diplomonad_7(X))
& fn_diplomonad_30(X) = fn_er_membrane_32(fn_diplomonad_29(X))
& fn_diplomonad_30(X) = fn_er_membrane_33(fn_diplomonad_29(X))
& fn_diplomonad_3(X) = fn_catabolic_pathway_10(fn_diplomonad_8(X))
& fn_diplomonad_28(X) = fn_organism_6(X)
& fn_diplomonad_27(X) = fn_organism_1(X)
& fn_diplomonad_15(X) = fn_organism_2(X)
& fn_diplomonad_14(X) = fn_organism_5(X)
& fn_diplomonad_19(X) = fn_organism_4(X)
& fn_diplomonad_21(X) = fn_protist_cell_24(X)
& fn_diplomonad_29(X) = fn_protist_cell_31(X)
& fn_diplomonad_11(X) = fn_protist_cell_33(X)
& fn_diplomonad_8(X) = fn_protist_cell_32(X)
& fn_diplomonad_31(X) = fn_protist_cell_9(X)
& fn_diplomonad_23(X) = fn_protist_cell_30(X)
& fn_diplomonad_6(X) = fn_protist_cell_34(X)
& fn_diplomonad_12(X) = fn_protist_cell_29(X)
& fn_diplomonad_17(X) = fn_protist_cell_15(X)
& fn_diplomonad_13(X) = fn_protist_cell_18(X)
& fn_diplomonad_24(X) = fn_protist_cell_22(X)
& fn_diplomonad_4(X) = fn_protist_cell_35(X)
& fn_diplomonad_25(X) = fn_golgi_apparatus_11(fn_diplomonad_2(X))
& fn_diplomonad_26(X) = fn_golgi_apparatus_10(fn_diplomonad_2(X))
& fn_diplomonad_16(X) = fn_golgi_apparatus_87(fn_diplomonad_2(X))
& fn_diplomonad_18(X) = fn_golgi_apparatus_86(fn_diplomonad_2(X))
& fn_diplomonad_10(X) = fn_golgi_apparatus_88(fn_diplomonad_2(X))
& fn_diplomonad_11(X) = fn_golgi_apparatus_92(fn_diplomonad_2(X))
& fn_diplomonad_24(X) = fn_golgi_apparatus_82(fn_diplomonad_2(X))
& fn_diplomonad_21(X) = fn_golgi_apparatus_90(fn_diplomonad_2(X))
& fn_diplomonad_22(X) = fn_golgi_apparatus_65(fn_diplomonad_2(X))
& fn_diplomonad_5(X) = fn_golgi_apparatus_15(fn_diplomonad_2(X))
& X = fn_golgi_apparatus_22(fn_diplomonad_2(X))
& fn_diplomonad_9(X) = fn_golgi_apparatus_89(fn_diplomonad_2(X))
& fn_diplomonad_20(X) = fn_golgi_apparatus_93(fn_diplomonad_2(X))
& fn_diplomonad_12(X) = fn_golgi_apparatus_91(fn_diplomonad_2(X))
& fn_er_membrane_32(fn_diplomonad_29(X)) = fn_er_membrane_33(fn_diplomonad_29(X))
& fn_er_membrane_33(fn_diplomonad_29(X)) = fn_protist_cell_33(X)
& fn_protist_cell_33(X) = fn_protist_cell_33(X)
& fn_protist_cell_33(X) = fn_golgi_apparatus_92(fn_diplomonad_2(X))
& fn_golgi_apparatus_92(fn_diplomonad_2(X)) = fn_golgi_apparatus_92(fn_diplomonad_2(X))
& fn_golgi_apparatus_92(fn_diplomonad_2(X)) = fn_protist_cell_22(X)
& fn_protist_cell_22(X) = fn_protist_cell_22(X)
& fn_protist_cell_22(X) = fn_golgi_apparatus_82(fn_diplomonad_2(X))
& fn_golgi_apparatus_82(fn_diplomonad_2(X)) = fn_protist_cell_24(X)
& fn_protist_cell_24(X) = fn_golgi_apparatus_90(fn_diplomonad_2(X))
& fn_golgi_apparatus_90(fn_diplomonad_2(X)) = fn_golgi_apparatus_90(fn_diplomonad_2(X))
& fn_golgi_apparatus_90(fn_diplomonad_2(X)) = fn_flagellum_35(fn_diplomonad_7(X))
& fn_flagellum_35(fn_diplomonad_7(X)) = fn_golgi_apparatus_22(fn_diplomonad_2(X))
& fn_golgi_apparatus_22(fn_diplomonad_2(X)) = fn_golgi_apparatus_22(fn_diplomonad_2(X))
& fn_golgi_apparatus_22(fn_diplomonad_2(X)) = fn_protist_cell_29(X)
& fn_protist_cell_29(X) = fn_protist_cell_29(X)
& fn_protist_cell_29(X) = fn_golgi_apparatus_91(fn_diplomonad_2(X))
& fn_golgi_apparatus_91(fn_diplomonad_2(X)) = fn_golgi_apparatus_91(fn_diplomonad_2(X)) ) ) ).
fof(a529000,axiom,
! [X] :
( diplopode_1(X)
=> ( original_name_2(X,'Diplopode')
& user_description_2(X,'Member of an arthropod taxon characterized by a conspicuously segmented body, with each segment bearing two pairs of legs; for example, millipedes.')
& concept2words_2(X,millipede)
& concept2words_2(X,diplopode)
& arthropod_1(X)
& ~ cheliceriform_1(X)
& ~ crustacean_1(X)
& ~ daphnia_1(X)
& ~ hexapod_1(X)
& ~ myriapod_1(X)
& ~ trilobite_1(X) ) ) ).
fof(a529001,axiom,
! [X] :
( dipole_dipole_interaction_1(X)
=> ( original_name_2(X,'Dipole-Dipole-Interaction')
& user_description_2(X,'A weak, attractive force between two polar molecules in close proximity to each other. The positive end of one polar molecule is attracted to the negative end of another polar molecule.')
& concept2words_2(X,'dipole dipole interaction')
& concept2words_2(X,'dipole-dipole-interaction')
& weak_interaction_1(X) ) ) ).
fof(a529002,axiom,
! [X] :
( diptera_1(X)
=> ( original_name_2(X,'Diptera')
& user_description_2(X,'An order of insects that possesses two pairs of wings, including flies and mosquitos.')
& concept2words_2(X,diptera)
& insect_1(X)
& ~ aphid_1(X)
& ~ beetle_1(X)
& ~ caddisfly_1(X)
& ~ dermaptera_1(X)
& ~ hymenoptera_1(X)
& ~ isoptera_1(X)
& ~ lepidoptera_1(X)
& ~ mayfly_1(X)
& ~ odonata_1(X)
& ~ orthoptera_1(X)
& ~ sucking_louse_1(X) ) ) ).
fof(a529003,axiom,
! [X] :
( direct_repeats_1(X)
=> ( original_name_2(X,'Direct-Repeats')
& user_description_2(X,'Genetic sequences consisting of a specific sequence repeated at least twice.')
& concept2words_2(X,'direct repeats')
& concept2words_2(X,'direct repeat')
& concept2words_2(X,'direct-repeat')
& eukaryote_dna_sequence_1(X) ) ) ).
fof(a529004,axiom,
! [X,X1] :
( ( direction_2(X,X1)
& move_1(X)
& angle_value_1(X1) )
=> ( directed_motion_1(X)
& fn_directed_motion_1(X) = X1 ) ) ).
fof(a529005,axiom,
! [X] :
( directed_motion_1(X)
=> ( original_name_2(X,'Directed-Motion')
& user_description_2(X,'The movement has a specific direction.')
& concept2words_2(X,move)
& concept2words_2(X,'directed motion')
& concept2words_2(X,'directed-motion')
& move_1(X)
& ~ random_motion_1(X)
& angle_value_1(fn_directed_motion_1(X))
& direction_2(X,fn_directed_motion_1(X)) ) ) ).
fof(a529006,axiom,
! [X] :
( direction_constant_1(X)
=> ( original_name_2(X,'Direction-Constant')
& concept2words_2(X,'constant of direction')
& concept2words_2(X,'direction constant')
& concept2words_2(X,'direction-constant')
& constant_1(X) ) ) ).
fof(a529007,axiom,
! [X] :
( direction_scale_1(X)
=> ( original_name_2(X,'Direction-Scale')
& concept2words_2(X,'scale of direction')
& concept2words_2(X,'direction scale')
& concept2words_2(X,'direction-scale')
& scale_1(X) ) ) ).
fof(a529008,axiom,
! [X] :
( directional_selection_1(X)
=> ( original_name_2(X,'Directional-Selection')
& user_description_2(X,'Natural selection in which a single phenotype is favored, which causes the overall mean value for the phenotypic range to shift in one direction.')
& concept2words_2(X,'directional selection')
& concept2words_2(X,'directional-selection')
& selection_force_1(X)
& ~ balancing_selection_1(X)
& ~ disruptive_selection_1(X) ) ) ).
fof(a529009,axiom,
! [X] :
( disaccharidase_1(X)
=> ( original_name_2(X,'Disaccharidase')
& user_description_2(X,'Enzyme which catalyzes the hydrolysis od disaccharides into monosaccharides.')
& concept2words_2(X,disaccharidase)
& digestive_enzyme_1(X) ) ) ).
fof(a529010,axiom,
! [X] :
( disaccharide_1(X)
=> ( original_name_2(X,'Disaccharide')
& user_description_2(X,'Disaccharides are made of two monosaccharides; for example, sucrose, table sugar, is made of the monosaccharides glucose and fructose.')
& concept2words_2(X,'di saccharide')
& concept2words_2(X,'di-saccharide')
& concept2words_2(X,disaccharide)
& sugar_1(X)
& ~ aldose_1(X)
& ~ nucleic_acid_1(X)
& ~ oligosaccharide_1(X)
& ~ polypeptide_1(X)
& ~ polysaccharide_1(X)
& ~ protein_1(X)
& ~ sporopollenin_1(X)
& ~ sister_chromatid_1(X)
& glycosidic_linkage_1(fn_disaccharide_1(X))
& unequal_sharing_1(fn_disaccharide_2(X))
& carbon_skeleton_1(fn_disaccharide_3(X))
& valence_electron_1(fn_disaccharide_4(X))
& electron_1(fn_disaccharide_5(X))
& valence_electron_1(fn_disaccharide_5(X))
& covalent_bond_1(fn_disaccharide_6(X))
& double_bond_1(fn_disaccharide_6(X))
& carbonyl_group_1(fn_disaccharide_7(X))
& hydrophilic_region_1(fn_disaccharide_8(X))
& attract_1(fn_disaccharide_9(X))
& monosaccharide_1(fn_disaccharide_10(X))
& monosaccharide_1(fn_disaccharide_11(X))
& solubility_value_1(fn_disaccharide_12(X))
& entity_1(fn_disaccharide_13(X))
& chemical_entity_1(fn_disaccharide_13(X))
& atom_1(fn_disaccharide_13(X))
& oxygen_1(fn_disaccharide_13(X))
& entity_1(fn_disaccharide_14(X))
& chemical_entity_1(fn_disaccharide_14(X))
& atom_1(fn_disaccharide_14(X))
& carbon_1(fn_disaccharide_14(X))
& attract_1(fn_disaccharide_16(X))
& share_1(fn_disaccharide_17(X))
& unequal_sharing_1(fn_disaccharide_17(X))
& entity_1(fn_disaccharide_18(X))
& electron_1(fn_disaccharide_18(X))
& valence_electron_1(fn_disaccharide_18(X))
& electron_1(fn_disaccharide_19(X))
& valence_electron_1(fn_disaccharide_19(X))
& hold_together_1(fn_disaccharide_20(X))
& unequal_sharing_1(fn_disaccharide_21(X))
& chemical_bond_1(fn_disaccharide_22(X))
& polar_covalent_bond_1(fn_disaccharide_22(X))
& entity_1(fn_disaccharide_23(X))
& chemical_entity_1(fn_disaccharide_23(X))
& atom_1(fn_disaccharide_23(X))
& entity_1(fn_disaccharide_24(X))
& chemical_entity_1(fn_disaccharide_24(X))
& atom_1(fn_disaccharide_24(X))
& carbon_1(fn_disaccharide_24(X))
& entity_1(fn_disaccharide_25(X))
& atom_1(fn_disaccharide_25(X))
& chemical_entity_1(fn_disaccharide_25(X))
& oxygen_1(fn_disaccharide_25(X))
& dehydration_reaction_1(fn_disaccharide_26(X))
& entity_1(fn_disaccharide_27(X))
& electron_1(fn_disaccharide_27(X))
& valence_electron_1(fn_disaccharide_27(X))
& electron_1(fn_disaccharide_28(X))
& valence_electron_1(fn_disaccharide_28(X))
& share_1(fn_disaccharide_29(X))
& unequal_sharing_1(fn_disaccharide_29(X))
& hold_together_1(fn_disaccharide_30(X))
& polar_covalent_bond_1(fn_disaccharide_31(X))
& entity_1(fn_disaccharide_32(X))
& chemical_entity_1(fn_disaccharide_32(X))
& atom_1(fn_disaccharide_32(X))
& hydrogen_1(fn_disaccharide_32(X))
& entity_1(fn_disaccharide_33(X))
& atom_1(fn_disaccharide_33(X))
& chemical_entity_1(fn_disaccharide_33(X))
& oxygen_1(fn_disaccharide_33(X))
& hydroxyl_group_1(fn_disaccharide_34(X))
& electron_shell_1(fn_disaccharide_35(X))
& first_electron_shell_1(fn_disaccharide_35(X))
& electronegativity_value_1(fn_disaccharide_36(X))
& electron_1(fn_disaccharide_37(X))
& valence_electron_1(fn_disaccharide_37(X))
& proton_1(fn_disaccharide_38(X))
& electron_shell_1(fn_disaccharide_39(X))
& center_1(fn_disaccharide_40(X))
& atomic_nucleus_1(fn_disaccharide_41(X))
& electronegativity_value_1(fn_disaccharide_42(X))
& hold_together_1(fn_disaccharide_43(X))
& share_1(fn_disaccharide_44(X))
& unequal_sharing_1(fn_disaccharide_44(X))
& quantity_value_1(fn_disaccharide_45(X))
& speed_value_1(fn_disaccharide_46(X))
& constant_motion_1(fn_disaccharide_47(X))
& kinetic_energy_1(fn_disaccharide_48(X))
& attract_1(fn_hydrophilic_region_2(fn_disaccharide_8(X)))
& property_node_1(fn_solubility_value_1(fn_disaccharide_12(X)))
& molecule_1(fn_condensation_reaction_2(fn_disaccharide_26(X)))
& molecule_1(fn_condensation_reaction_1(fn_disaccharide_26(X)))
& hold_together_1(fn_carbonyl_group_10(fn_disaccharide_7(X)))
& entity_1(fn_carbohydrate_29(fn_disaccharide_11(X)))
& electron_1(fn_carbohydrate_29(fn_disaccharide_11(X)))
& valence_electron_1(fn_carbohydrate_29(fn_disaccharide_11(X)))
& electron_1(fn_carbohydrate_31(fn_disaccharide_11(X)))
& valence_electron_1(fn_carbohydrate_31(fn_disaccharide_11(X)))
& entity_1(fn_carbohydrate_38(fn_disaccharide_11(X)))
& atom_1(fn_carbohydrate_38(fn_disaccharide_11(X)))
& chemical_entity_1(fn_carbohydrate_38(fn_disaccharide_11(X)))
& oxygen_1(fn_carbohydrate_38(fn_disaccharide_11(X)))
& atom_1(fn_molecule_11(fn_disaccharide_11(X)))
& atom_1(fn_organic_molecule_2(fn_disaccharide_11(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_disaccharide_11(X)))
& entity_1(fn_polar_covalent_bond_19(fn_disaccharide_22(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_disaccharide_22(X)))
& atom_1(fn_polar_covalent_bond_19(fn_disaccharide_22(X)))
& valence_electron_1(fn_covalent_bond_18(fn_disaccharide_6(X)))
& valence_electron_1(fn_carbonyl_group_4(fn_disaccharide_7(X)))
& attract_1(fn_carbohydrate_40(fn_disaccharide_11(X)))
& attract_1(fn_carbohydrate_14(fn_disaccharide_11(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_disaccharide_22(X)))
& unequal_sharing_1(fn_carbohydrate_30(fn_disaccharide_11(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_disaccharide_22(X)))
& hold_together_1(fn_carbohydrate_37(fn_disaccharide_11(X)))
& chemical_bond_1(fn_molecule_10(fn_disaccharide_11(X)))
& polar_covalent_bond_1(fn_carbohydrate_36(fn_disaccharide_11(X)))
& entity_1(fn_share_3(fn_disaccharide_17(X)))
& entity_1(fn_share_1(fn_disaccharide_17(X)))
& entity_1(fn_attract_2(fn_disaccharide_16(X)))
& carbon_1(fn_organic_molecule_1(fn_disaccharide_11(X)))
& entity_1(fn_polar_covalent_bond_18(fn_disaccharide_22(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_disaccharide_22(X)))
& atom_1(fn_polar_covalent_bond_18(fn_disaccharide_22(X)))
& carbon_1(fn_carbohydrate_5(fn_disaccharide_11(X)))
& property_node_1(fn_polar_covalent_bond_4(fn_disaccharide_31(X)))
& valence_electron_1(fn_covalent_bond_15(fn_disaccharide_6(X)))
& electron_1(fn_polar_covalent_bond_11(fn_disaccharide_31(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_disaccharide_31(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_disaccharide_31(X)))
& share_1(fn_covalent_bond_17(fn_disaccharide_6(X)))
& electronegativity_value_1(fn_polar_covalent_bond_1(fn_disaccharide_31(X)))
& electronegativity_value_1(fn_polar_covalent_bond_2(fn_disaccharide_31(X)))
& entity_1(fn_share_3(fn_disaccharide_29(X)))
& entity_1(fn_share_1(fn_disaccharide_29(X)))
& entity_1(fn_carbonyl_group_7(fn_disaccharide_7(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_disaccharide_7(X)))
& atom_1(fn_carbonyl_group_7(fn_disaccharide_7(X)))
& carbon_1(fn_carbonyl_group_7(fn_disaccharide_7(X)))
& double_bond_1(fn_carbonyl_group_8(fn_disaccharide_7(X)))
& entity_1(fn_share_3(fn_disaccharide_44(X)))
& entity_1(fn_share_1(fn_disaccharide_44(X)))
& oxygen_1(fn_carbonyl_group_9(fn_disaccharide_7(X)))
& entity_1(fn_polar_covalent_bond_19(fn_disaccharide_31(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_disaccharide_31(X)))
& atom_1(fn_polar_covalent_bond_19(fn_disaccharide_31(X)))
& entity_1(fn_polar_covalent_bond_18(fn_disaccharide_31(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_disaccharide_31(X)))
& atom_1(fn_polar_covalent_bond_18(fn_disaccharide_31(X)))
& chemical_entity_1(fn_endergonic_reaction_9(fn_disaccharide_26(X)))
& entity_1(fn_attract_2(fn_disaccharide_9(X)))
& molecule_1(fn_condensation_reaction_3(fn_disaccharide_26(X)))
& proton_1(fn_polar_covalent_bond_5(fn_disaccharide_31(X)))
& center_1(fn_polar_covalent_bond_21(fn_disaccharide_31(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_13(fn_disaccharide_31(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_disaccharide_31(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_disaccharide_31(X)))
& has_part_2(X,fn_disaccharide_11(X))
& has_part_2(X,fn_disaccharide_10(X))
& exactCardinality(X,has_part_0,"2",monosaccharide_0)
& has_function_2(X,fn_disaccharide_9(X))
& solubility_in_water_2(X,fn_disaccharide_12(X))
& possesses_2(X,fn_disaccharide_1(X))
& the_scalar_value_2(fn_disaccharide_12(X),soluble_0)
& scalar_unit_class_2(fn_disaccharide_12(X),carbohydrate_0)
& fn_disaccharide_23(X) != fn_disaccharide_25(X)
& fn_disaccharide_25(X) != fn_disaccharide_23(X)
& agent_2(fn_disaccharide_29(X),fn_disaccharide_14(X))
& agent_2(fn_disaccharide_17(X),fn_disaccharide_24(X))
& agent_2(fn_disaccharide_44(X),fn_disaccharide_32(X))
& agent_2(fn_disaccharide_16(X),fn_disaccharide_24(X))
& site_2(fn_disaccharide_9(X),fn_disaccharide_8(X))
& agent_2(fn_disaccharide_9(X),X)
& raw_material_2(fn_disaccharide_26(X),fn_disaccharide_10(X))
& fn_disaccharide_10(X) != fn_disaccharide_11(X)
& raw_material_2(fn_disaccharide_26(X),fn_disaccharide_11(X))
& result_2(fn_disaccharide_26(X),X)
& fn_disaccharide_11(X) != fn_disaccharide_10(X)
& object_2(fn_disaccharide_29(X),fn_disaccharide_28(X))
& result_2(fn_disaccharide_29(X),fn_disaccharide_6(X))
& object_2(fn_disaccharide_29(X),fn_disaccharide_4(X))
& has_part_2(fn_disaccharide_11(X),fn_disaccharide_23(X))
& agent_2(fn_disaccharide_44(X),fn_disaccharide_33(X))
& has_part_2(fn_disaccharide_33(X),fn_disaccharide_37(X))
& object_2(fn_disaccharide_44(X),fn_disaccharide_37(X))
& result_2(fn_disaccharide_44(X),fn_disaccharide_31(X))
& agent_2(fn_disaccharide_29(X),fn_disaccharide_13(X))
& agent_2(fn_disaccharide_21(X),fn_disaccharide_24(X))
& agent_2(fn_disaccharide_21(X),fn_disaccharide_23(X))
& is_between_2(fn_disaccharide_22(X),fn_disaccharide_23(X))
& is_between_2(fn_disaccharide_22(X),fn_disaccharide_24(X))
& object_2(fn_disaccharide_20(X),fn_disaccharide_24(X))
& object_2(fn_disaccharide_20(X),fn_disaccharide_23(X))
& fn_disaccharide_23(X) != fn_disaccharide_24(X)
& fn_disaccharide_24(X) != fn_disaccharide_23(X)
& agent_2(fn_disaccharide_30(X),fn_disaccharide_6(X))
& object_2(fn_disaccharide_30(X),fn_disaccharide_13(X))
& is_inside_2(fn_disaccharide_14(X),fn_disaccharide_7(X))
& is_between_2(fn_disaccharide_6(X),fn_disaccharide_14(X))
& has_function_2(fn_disaccharide_6(X),fn_disaccharide_30(X))
& object_2(fn_disaccharide_30(X),fn_disaccharide_14(X))
& has_part_2(fn_disaccharide_14(X),fn_disaccharide_4(X))
& agent_2(fn_disaccharide_17(X),fn_disaccharide_25(X))
& object_2(fn_disaccharide_16(X),fn_disaccharide_18(X))
& object_2(fn_disaccharide_17(X),fn_disaccharide_18(X))
& object_2(fn_disaccharide_17(X),fn_disaccharide_19(X))
& object_2(fn_disaccharide_16(X),fn_disaccharide_19(X))
& possesses_2(fn_disaccharide_11(X),fn_disaccharide_22(X))
& has_function_2(fn_disaccharide_22(X),fn_disaccharide_20(X))
& agent_2(fn_disaccharide_20(X),fn_disaccharide_22(X))
& result_2(fn_disaccharide_21(X),fn_disaccharide_22(X))
& has_part_2(fn_disaccharide_11(X),fn_disaccharide_24(X))
& fn_disaccharide_24(X) != fn_disaccharide_25(X)
& has_part_2(fn_disaccharide_25(X),fn_disaccharide_19(X))
& fn_disaccharide_25(X) != fn_disaccharide_24(X)
& fn_disaccharide_18(X) != fn_disaccharide_19(X)
& fn_disaccharide_19(X) != fn_disaccharide_18(X)
& has_part_2(fn_disaccharide_33(X),fn_disaccharide_38(X))
& the_cardinal_value_2(fn_disaccharide_36(X),"2.1")
& cardinal_unit_class_2(fn_disaccharide_36(X),unity_0)
& has_region_2(fn_disaccharide_33(X),fn_disaccharide_39(X))
& has_region_2(fn_disaccharide_33(X),fn_disaccharide_40(X))
& has_region_2(fn_disaccharide_33(X),fn_disaccharide_41(X))
& is_between_2(fn_disaccharide_31(X),fn_disaccharide_32(X))
& has_region_2(X,fn_disaccharide_8(X))
& is_between_2(fn_disaccharide_31(X),fn_disaccharide_33(X))
& electronegativity_2(fn_disaccharide_33(X),fn_disaccharide_42(X))
& the_cardinal_value_2(fn_disaccharide_42(X),"3.44")
& cardinal_unit_class_2(fn_disaccharide_42(X),unity_0)
& possesses_2(X,fn_disaccharide_31(X))
& result_2(fn_disaccharide_29(X),fn_disaccharide_31(X))
& object_2(fn_disaccharide_29(X),fn_disaccharide_27(X))
& fn_disaccharide_28(X) != fn_disaccharide_27(X)
& fn_disaccharide_27(X) != fn_disaccharide_28(X)
& is_inside_2(fn_disaccharide_33(X),fn_disaccharide_34(X))
& fn_disaccharide_33(X) != fn_disaccharide_14(X)
& fn_disaccharide_14(X) != fn_disaccharide_13(X)
& has_part_2(fn_disaccharide_13(X),fn_disaccharide_5(X))
& object_2(fn_disaccharide_29(X),fn_disaccharide_5(X))
& fn_disaccharide_14(X) != fn_disaccharide_33(X)
& fn_disaccharide_13(X) != fn_disaccharide_14(X)
& has_part_2(X,fn_disaccharide_13(X))
& has_region_2(X,fn_disaccharide_34(X))
& is_inside_2(fn_disaccharide_32(X),fn_disaccharide_34(X))
& has_region_2(fn_disaccharide_32(X),fn_disaccharide_35(X))
& fn_disaccharide_35(X) != fn_disaccharide_39(X)
& fn_disaccharide_39(X) != fn_disaccharide_35(X)
& object_2(fn_disaccharide_43(X),fn_disaccharide_33(X))
& object_2(fn_disaccharide_43(X),fn_disaccharide_32(X))
& electronegativity_2(fn_disaccharide_32(X),fn_disaccharide_36(X))
& fn_disaccharide_42(X) != fn_disaccharide_36(X)
& fn_disaccharide_36(X) != fn_disaccharide_42(X)
& is_between_2(fn_disaccharide_6(X),fn_disaccharide_13(X))
& possesses_2(X,fn_disaccharide_6(X))
& has_part_2(X,fn_disaccharide_14(X))
& is_inside_2(fn_disaccharide_14(X),fn_disaccharide_3(X))
& has_region_2(X,fn_disaccharide_3(X))
& object_2(fn_disaccharide_47(X),X)
& speed_2(fn_disaccharide_47(X),fn_disaccharide_46(X))
& directly_proportional_2(fn_disaccharide_46(X),fn_disaccharide_45(X))
& quantity_2(fn_disaccharide_48(X),fn_disaccharide_45(X))
& possesses_2(X,fn_disaccharide_48(X))
& agent_2(fn_disaccharide_2(X),fn_disaccharide_33(X))
& agent_2(fn_disaccharide_2(X),fn_disaccharide_32(X))
& fn_disaccharide_32(X) != fn_disaccharide_33(X)
& fn_disaccharide_13(X) != fn_disaccharide_32(X)
& fn_disaccharide_32(X) != fn_disaccharide_13(X)
& fn_disaccharide_33(X) != fn_disaccharide_32(X)
& has_part_2(X,fn_disaccharide_33(X))
& fn_disaccharide_33(X) != fn_disaccharide_13(X)
& is_inside_2(fn_disaccharide_13(X),fn_disaccharide_7(X))
& has_region_2(X,fn_disaccharide_7(X))
& has_part_2(X,fn_disaccharide_32(X))
& fn_disaccharide_13(X) != fn_disaccharide_33(X)
& is_inside_2(fn_disaccharide_38(X),fn_disaccharide_41(X))
& is_at_2(fn_disaccharide_41(X),fn_disaccharide_40(X))
& has_function_2(fn_disaccharide_31(X),fn_disaccharide_43(X))
& agent_2(fn_disaccharide_43(X),fn_disaccharide_31(X))
& result_2(fn_disaccharide_2(X),fn_disaccharide_31(X))
& object_2(fn_disaccharide_2(X),fn_disaccharide_37(X))
& is_near_2(fn_disaccharide_37(X),fn_disaccharide_41(X))
& is_near_2(fn_disaccharide_41(X),fn_disaccharide_37(X))
& fn_disaccharide_14(X) = fn_share_3(fn_disaccharide_29(X))
& fn_disaccharide_14(X) = fn_share_1(fn_disaccharide_29(X))
& fn_disaccharide_24(X) = fn_share_3(fn_disaccharide_17(X))
& fn_disaccharide_24(X) = fn_share_1(fn_disaccharide_17(X))
& fn_disaccharide_32(X) = fn_share_3(fn_disaccharide_44(X))
& fn_disaccharide_32(X) = fn_share_1(fn_disaccharide_44(X))
& fn_disaccharide_24(X) = fn_attract_2(fn_disaccharide_16(X))
& fn_disaccharide_9(X) = fn_hydrophilic_region_2(fn_disaccharide_8(X))
& fn_disaccharide_15(X) = fn_solubility_value_1(fn_disaccharide_12(X))
& X = fn_attract_2(fn_disaccharide_9(X))
& X = fn_endergonic_reaction_9(fn_disaccharide_26(X))
& X = fn_condensation_reaction_3(fn_disaccharide_26(X))
& fn_disaccharide_11(X) = fn_condensation_reaction_2(fn_disaccharide_26(X))
& fn_disaccharide_10(X) = fn_condensation_reaction_1(fn_disaccharide_26(X))
& fn_disaccharide_28(X) = fn_covalent_bond_15(fn_disaccharide_6(X))
& fn_disaccharide_4(X) = fn_covalent_bond_18(fn_disaccharide_6(X))
& fn_disaccharide_29(X) = fn_covalent_bond_17(fn_disaccharide_6(X))
& fn_disaccharide_44(X) = fn_polar_covalent_bond_16(fn_disaccharide_31(X))
& fn_disaccharide_23(X) = fn_molecule_11(fn_disaccharide_11(X))
& fn_disaccharide_23(X) = fn_organic_molecule_2(fn_disaccharide_11(X))
& fn_disaccharide_24(X) = fn_organic_molecule_1(fn_disaccharide_11(X))
& fn_disaccharide_23(X) = fn_polar_covalent_bond_19(fn_disaccharide_22(X))
& fn_disaccharide_24(X) = fn_polar_covalent_bond_18(fn_disaccharide_22(X))
& fn_disaccharide_13(X) = fn_carbonyl_group_9(fn_disaccharide_7(X))
& fn_disaccharide_4(X) = fn_carbonyl_group_4(fn_disaccharide_7(X))
& fn_disaccharide_30(X) = fn_carbonyl_group_10(fn_disaccharide_7(X))
& fn_disaccharide_6(X) = fn_carbonyl_group_8(fn_disaccharide_7(X))
& fn_disaccharide_14(X) = fn_carbonyl_group_7(fn_disaccharide_7(X))
& fn_disaccharide_16(X) = fn_carbohydrate_40(fn_disaccharide_11(X))
& fn_disaccharide_16(X) = fn_carbohydrate_14(fn_disaccharide_11(X))
& fn_disaccharide_17(X) = fn_carbohydrate_30(fn_disaccharide_11(X))
& fn_disaccharide_21(X) = fn_polar_covalent_bond_16(fn_disaccharide_22(X))
& fn_disaccharide_21(X) = fn_carbohydrate_30(fn_disaccharide_11(X))
& fn_disaccharide_20(X) = fn_polar_covalent_bond_17(fn_disaccharide_22(X))
& fn_disaccharide_20(X) = fn_carbohydrate_37(fn_disaccharide_11(X))
& fn_disaccharide_22(X) = fn_molecule_10(fn_disaccharide_11(X))
& fn_disaccharide_22(X) = fn_carbohydrate_36(fn_disaccharide_11(X))
& fn_disaccharide_18(X) = fn_carbohydrate_29(fn_disaccharide_11(X))
& fn_disaccharide_19(X) = fn_carbohydrate_31(fn_disaccharide_11(X))
& fn_disaccharide_25(X) = fn_carbohydrate_38(fn_disaccharide_11(X))
& fn_disaccharide_24(X) = fn_carbohydrate_5(fn_disaccharide_11(X))
& fn_disaccharide_38(X) = fn_carbohydrate_25(X)
& fn_disaccharide_49(X) = fn_carbohydrate_43(X)
& fn_disaccharide_40(X) = fn_carbohydrate_23(X)
& fn_disaccharide_50(X) = fn_carbohydrate_42(X)
& fn_disaccharide_41(X) = fn_carbohydrate_22(X)
& fn_disaccharide_51(X) = fn_polar_covalent_bond_4(fn_disaccharide_31(X))
& fn_disaccharide_51(X) = fn_carbohydrate_45(X)
& fn_disaccharide_52(X) = fn_carbohydrate_44(X)
& fn_disaccharide_8(X) = fn_carbohydrate_2(X)
& fn_disaccharide_33(X) = fn_polar_covalent_bond_19(fn_disaccharide_31(X))
& fn_disaccharide_28(X) = fn_polar_covalent_bond_11(fn_disaccharide_31(X))
& fn_disaccharide_28(X) = fn_carbohydrate_31(X)
& fn_disaccharide_29(X) = fn_polar_covalent_bond_16(fn_disaccharide_31(X))
& fn_disaccharide_27(X) = fn_polar_covalent_bond_12(fn_disaccharide_31(X))
& fn_disaccharide_27(X) = fn_carbohydrate_29(X)
& fn_disaccharide_31(X) = fn_carbohydrate_36(X)
& fn_disaccharide_29(X) = fn_carbohydrate_30(X)
& fn_disaccharide_5(X) = fn_carbohydrate_31(X)
& fn_disaccharide_13(X) = fn_carbohydrate_38(X)
& fn_disaccharide_39(X) = fn_carbohydrate_24(X)
& fn_disaccharide_35(X) = fn_carbohydrate_28(X)
& fn_disaccharide_34(X) = fn_carbohydrate_33(X)
& fn_disaccharide_36(X) = fn_polar_covalent_bond_2(fn_disaccharide_31(X))
& fn_disaccharide_42(X) = fn_polar_covalent_bond_1(fn_disaccharide_31(X))
& fn_disaccharide_42(X) = fn_carbohydrate_11(X)
& fn_disaccharide_36(X) = fn_carbohydrate_12(X)
& fn_disaccharide_43(X) = fn_carbohydrate_37(X)
& fn_disaccharide_3(X) = fn_carbohydrate_6(X)
& fn_disaccharide_14(X) = fn_carbohydrate_5(X)
& fn_disaccharide_6(X) = fn_carbohydrate_35(X)
& fn_disaccharide_48(X) = fn_carbohydrate_7(X)
& fn_disaccharide_45(X) = fn_carbohydrate_10(X)
& fn_disaccharide_46(X) = fn_carbohydrate_9(X)
& fn_disaccharide_47(X) = fn_carbohydrate_8(X)
& fn_disaccharide_2(X) = fn_carbohydrate_30(X)
& fn_disaccharide_32(X) = fn_carbohydrate_32(X)
& fn_disaccharide_7(X) = fn_carbohydrate_34(X)
& fn_disaccharide_33(X) = fn_polar_covalent_bond_18(fn_disaccharide_31(X))
& fn_disaccharide_13(X) = fn_polar_covalent_bond_19(fn_disaccharide_31(X))
& fn_disaccharide_13(X) = fn_carbohydrate_39(X)
& fn_disaccharide_33(X) = fn_carbohydrate_38(X)
& fn_disaccharide_38(X) = fn_polar_covalent_bond_5(fn_disaccharide_31(X))
& fn_disaccharide_40(X) = fn_polar_covalent_bond_21(fn_disaccharide_31(X))
& fn_disaccharide_41(X) = fn_polar_covalent_bond_13(fn_disaccharide_31(X))
& fn_disaccharide_37(X) = fn_polar_covalent_bond_11(fn_disaccharide_31(X))
& fn_disaccharide_2(X) = fn_polar_covalent_bond_16(fn_disaccharide_31(X))
& fn_disaccharide_43(X) = fn_polar_covalent_bond_17(fn_disaccharide_31(X))
& fn_organic_molecule_2(fn_disaccharide_11(X)) = fn_molecule_11(fn_disaccharide_11(X))
& fn_molecule_11(fn_disaccharide_11(X)) = fn_organic_molecule_2(fn_disaccharide_11(X))
& fn_organic_molecule_2(fn_disaccharide_11(X)) = fn_organic_molecule_2(fn_disaccharide_11(X))
& fn_polar_covalent_bond_19(fn_disaccharide_22(X)) = fn_organic_molecule_2(fn_disaccharide_11(X))
& fn_organic_molecule_2(fn_disaccharide_11(X)) = fn_polar_covalent_bond_19(fn_disaccharide_22(X))
& fn_polar_covalent_bond_19(fn_disaccharide_22(X)) = fn_polar_covalent_bond_19(fn_disaccharide_22(X))
& fn_polar_covalent_bond_19(fn_disaccharide_22(X)) = fn_covalent_bond_18(fn_disaccharide_6(X))
& fn_covalent_bond_18(fn_disaccharide_6(X)) = fn_carbonyl_group_4(fn_disaccharide_7(X))
& fn_carbonyl_group_4(fn_disaccharide_7(X)) = fn_carbohydrate_40(fn_disaccharide_11(X))
& fn_carbohydrate_40(fn_disaccharide_11(X)) = fn_carbohydrate_14(fn_disaccharide_11(X))
& fn_carbohydrate_14(fn_disaccharide_11(X)) = fn_polar_covalent_bond_16(fn_disaccharide_22(X))
& fn_polar_covalent_bond_16(fn_disaccharide_22(X)) = fn_polar_covalent_bond_16(fn_disaccharide_22(X))
& fn_polar_covalent_bond_16(fn_disaccharide_22(X)) = fn_carbohydrate_30(fn_disaccharide_11(X))
& fn_carbohydrate_30(fn_disaccharide_11(X)) = fn_polar_covalent_bond_17(fn_disaccharide_22(X))
& fn_polar_covalent_bond_17(fn_disaccharide_22(X)) = fn_polar_covalent_bond_17(fn_disaccharide_22(X))
& fn_carbohydrate_37(fn_disaccharide_11(X)) = fn_polar_covalent_bond_17(fn_disaccharide_22(X))
& fn_polar_covalent_bond_17(fn_disaccharide_22(X)) = fn_carbohydrate_37(fn_disaccharide_11(X))
& fn_carbohydrate_37(fn_disaccharide_11(X)) = fn_molecule_10(fn_disaccharide_11(X))
& fn_carbohydrate_36(fn_disaccharide_11(X)) = fn_carbohydrate_36(fn_disaccharide_11(X))
& fn_carbohydrate_36(fn_disaccharide_11(X)) = fn_molecule_10(fn_disaccharide_11(X))
& fn_molecule_10(fn_disaccharide_11(X)) = fn_carbohydrate_36(fn_disaccharide_11(X))
& fn_carbohydrate_36(fn_disaccharide_11(X)) = fn_share_3(fn_disaccharide_17(X))
& fn_share_3(fn_disaccharide_17(X)) = fn_share_1(fn_disaccharide_17(X))
& fn_share_1(fn_disaccharide_17(X)) = fn_share_1(fn_disaccharide_17(X))
& fn_share_1(fn_disaccharide_17(X)) = fn_attract_2(fn_disaccharide_16(X))
& fn_attract_2(fn_disaccharide_16(X)) = fn_attract_2(fn_disaccharide_16(X))
& fn_attract_2(fn_disaccharide_16(X)) = fn_organic_molecule_1(fn_disaccharide_11(X))
& fn_polar_covalent_bond_18(fn_disaccharide_22(X)) = fn_organic_molecule_1(fn_disaccharide_11(X))
& fn_organic_molecule_1(fn_disaccharide_11(X)) = fn_polar_covalent_bond_18(fn_disaccharide_22(X))
& fn_polar_covalent_bond_18(fn_disaccharide_22(X)) = fn_polar_covalent_bond_18(fn_disaccharide_22(X))
& fn_polar_covalent_bond_18(fn_disaccharide_22(X)) = fn_carbohydrate_5(fn_disaccharide_11(X))
& fn_carbohydrate_5(fn_disaccharide_11(X)) = fn_carbohydrate_5(fn_disaccharide_11(X))
& fn_carbohydrate_5(fn_disaccharide_11(X)) = fn_polar_covalent_bond_4(fn_disaccharide_31(X))
& fn_polar_covalent_bond_4(fn_disaccharide_31(X)) = fn_carbohydrate_45(X)
& fn_carbohydrate_45(X) = fn_covalent_bond_15(fn_disaccharide_6(X))
& fn_covalent_bond_15(fn_disaccharide_6(X)) = fn_polar_covalent_bond_11(fn_disaccharide_31(X))
& fn_carbohydrate_31(X) = fn_polar_covalent_bond_11(fn_disaccharide_31(X))
& fn_polar_covalent_bond_11(fn_disaccharide_31(X)) = fn_carbohydrate_31(X)
& fn_carbohydrate_31(X) = fn_carbohydrate_29(X)
& fn_carbohydrate_29(X) = fn_polar_covalent_bond_12(fn_disaccharide_31(X))
& fn_polar_covalent_bond_12(fn_disaccharide_31(X)) = fn_carbohydrate_29(X)
& fn_carbohydrate_29(X) = fn_covalent_bond_17(fn_disaccharide_6(X))
& fn_covalent_bond_17(fn_disaccharide_6(X)) = fn_covalent_bond_17(fn_disaccharide_6(X))
& fn_covalent_bond_17(fn_disaccharide_6(X)) = fn_polar_covalent_bond_16(fn_disaccharide_31(X))
& fn_polar_covalent_bond_16(fn_disaccharide_31(X)) = fn_carbohydrate_30(X)
& fn_carbohydrate_30(X) = fn_polar_covalent_bond_1(fn_disaccharide_31(X))
& fn_carbohydrate_11(X) = fn_carbohydrate_11(X)
& fn_carbohydrate_11(X) = fn_polar_covalent_bond_1(fn_disaccharide_31(X))
& fn_polar_covalent_bond_1(fn_disaccharide_31(X)) = fn_carbohydrate_11(X)
& fn_carbohydrate_11(X) = fn_carbohydrate_12(X)
& fn_carbohydrate_12(X) = fn_polar_covalent_bond_2(fn_disaccharide_31(X))
& fn_polar_covalent_bond_2(fn_disaccharide_31(X)) = fn_carbohydrate_12(X)
& fn_carbohydrate_12(X) = fn_carbohydrate_12(X)
& fn_carbohydrate_12(X) = fn_share_3(fn_disaccharide_29(X))
& fn_share_3(fn_disaccharide_29(X)) = fn_share_1(fn_disaccharide_29(X))
& fn_share_1(fn_disaccharide_29(X)) = fn_share_1(fn_disaccharide_29(X))
& fn_share_1(fn_disaccharide_29(X)) = fn_carbonyl_group_7(fn_disaccharide_7(X))
& fn_carbonyl_group_7(fn_disaccharide_7(X)) = fn_carbonyl_group_7(fn_disaccharide_7(X))
& fn_carbonyl_group_7(fn_disaccharide_7(X)) = fn_carbohydrate_5(X)
& fn_carbohydrate_5(X) = fn_carbohydrate_5(X)
& fn_carbohydrate_5(X) = fn_carbonyl_group_8(fn_disaccharide_7(X))
& fn_carbonyl_group_8(fn_disaccharide_7(X)) = fn_carbonyl_group_8(fn_disaccharide_7(X))
& fn_carbonyl_group_8(fn_disaccharide_7(X)) = fn_carbohydrate_35(X)
& fn_carbohydrate_35(X) = fn_carbohydrate_35(X)
& fn_carbohydrate_35(X) = fn_share_3(fn_disaccharide_44(X))
& fn_share_3(fn_disaccharide_44(X)) = fn_share_1(fn_disaccharide_44(X))
& fn_share_1(fn_disaccharide_44(X)) = fn_share_1(fn_disaccharide_44(X))
& fn_share_1(fn_disaccharide_44(X)) = fn_carbohydrate_32(X)
& fn_carbohydrate_32(X) = fn_carbohydrate_32(X)
& fn_carbohydrate_32(X) = fn_polar_covalent_bond_19(fn_disaccharide_31(X))
& fn_carbonyl_group_9(fn_disaccharide_7(X)) = fn_polar_covalent_bond_19(fn_disaccharide_31(X))
& fn_polar_covalent_bond_19(fn_disaccharide_31(X)) = fn_carbonyl_group_9(fn_disaccharide_7(X))
& fn_carbonyl_group_9(fn_disaccharide_7(X)) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_polar_covalent_bond_18(fn_disaccharide_31(X))
& fn_polar_covalent_bond_18(fn_disaccharide_31(X)) = fn_polar_covalent_bond_19(fn_disaccharide_31(X))
& fn_polar_covalent_bond_19(fn_disaccharide_31(X)) = fn_polar_covalent_bond_19(fn_disaccharide_31(X))
& fn_polar_covalent_bond_19(fn_disaccharide_31(X)) = fn_polar_covalent_bond_18(fn_disaccharide_31(X))
& fn_polar_covalent_bond_18(fn_disaccharide_31(X)) = fn_polar_covalent_bond_18(fn_disaccharide_31(X))
& fn_carbohydrate_38(X) = fn_polar_covalent_bond_18(fn_disaccharide_31(X))
& fn_polar_covalent_bond_18(fn_disaccharide_31(X)) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_attract_2(fn_disaccharide_9(X))
& fn_attract_2(fn_disaccharide_9(X)) = fn_endergonic_reaction_9(fn_disaccharide_26(X))
& fn_endergonic_reaction_9(fn_disaccharide_26(X)) = fn_attract_2(fn_disaccharide_9(X))
& fn_attract_2(fn_disaccharide_9(X)) = fn_condensation_reaction_3(fn_disaccharide_26(X))
& fn_condensation_reaction_3(fn_disaccharide_26(X)) = fn_carbohydrate_25(X)
& fn_carbohydrate_25(X) = fn_polar_covalent_bond_5(fn_disaccharide_31(X))
& fn_polar_covalent_bond_5(fn_disaccharide_31(X)) = fn_carbohydrate_23(X)
& fn_carbohydrate_23(X) = fn_polar_covalent_bond_21(fn_disaccharide_31(X))
& fn_polar_covalent_bond_21(fn_disaccharide_31(X)) = fn_carbohydrate_22(X)
& fn_carbohydrate_22(X) = fn_polar_covalent_bond_13(fn_disaccharide_31(X))
& fn_polar_covalent_bond_13(fn_disaccharide_31(X)) = fn_polar_covalent_bond_13(fn_disaccharide_31(X))
& fn_polar_covalent_bond_13(fn_disaccharide_31(X)) = fn_carbohydrate_30(X)
& fn_carbohydrate_30(X) = fn_carbohydrate_30(X)
& fn_carbohydrate_30(X) = fn_polar_covalent_bond_16(fn_disaccharide_31(X))
& fn_polar_covalent_bond_16(fn_disaccharide_31(X)) = fn_polar_covalent_bond_16(fn_disaccharide_31(X))
& fn_polar_covalent_bond_16(fn_disaccharide_31(X)) = fn_carbohydrate_37(X)
& fn_carbohydrate_37(X) = fn_carbohydrate_37(X)
& fn_carbohydrate_37(X) = fn_polar_covalent_bond_17(fn_disaccharide_31(X))
& fn_polar_covalent_bond_17(fn_disaccharide_31(X)) = fn_polar_covalent_bond_17(fn_disaccharide_31(X)) ) ) ).
fof(a529011,axiom,
! [X] :
( disappear_1(X)
=> ( original_name_2(X,'Disappear')
& user_description_2(X,'To become invisible or unnoticeable.')
& concept2words_2(X,disappear)
& alter_1(X) ) ) ).
fof(a529012,axiom,
! [X] :
( discourse_1(X)
=> ( original_name_2(X,'Discourse')
& description_2(X,'a communicative exchange')
& concept2words_2(X,discourse)
& activity_1(X)
& ~ session_1(X)
& ~ discussion_1(X) ) ) ).
fof(a529013,axiom,
! [X] :
( discovery_1(X)
=> ( original_name_2(X,'Discovery')
& concept2words_2(X,discover)
& concept2words_2(X,discovery)
& concept2words_2(X,find)
& concept2words_2(X,uncovering)
& action_1(X) ) ) ).
fof(a529014,axiom,
! [X] :
( discovery_science_1(X)
=> ( original_name_2(X,'Discovery-Science')
& user_description_2(X,'The process of scientific inquiry that focuses on describing nature.')
& concept2words_2(X,inquire)
& concept2words_2(X,'science of discovery')
& concept2words_2(X,'discovery science')
& concept2words_2(X,'discovery-science')
& science_as_process_1(X) ) ) ).
fof(a529015,axiom,
! [X] :
( discrete_character_1(X)
=> ( original_name_2(X,'Discrete-Character')
& user_description_2(X,'A trait that can be classified on an either-or basis, usually because it is determined by a single gene locus with different alleles that affect distinct phenotypes.')
& concept2words_2(X,'discrete character')
& concept2words_2(X,'discrete-character')
& character_1(X) ) ) ).
fof(a529016,axiom,
! [X] :
( discussion_1(X)
=> ( original_name_2(X,'Discussion')
& description_2(X,'a discourse between two or more conversants with free-flowing dialog on a particular topic or topics')
& concept2words_2(X,discussion)
& concept2words_2(X,treatment)
& concept2words_2(X,discourse)
& concept2words_2(X,'give and take')
& concept2words_2(X,'give-and-take')
& concept2words_2(X,word)
& concept2words_2(X,discuss)
& activity_1(X)
& ~ session_1(X)
& ~ discourse_1(X) ) ) ).
fof(a529017,axiom,
! [X] :
( disease_1(X)
=> ( original_name_2(X,'Disease')
& user_description_2(X,'An abnormal condition that causes improper function in the body of an organism.')
& concept2words_2(X,disorder)
& concept2words_2(X,illness)
& concept2words_2(X,disease)
& intangible_entity_1(X) ) ) ).
fof(a529018,axiom,
! [X] :
( disease_process_1(X)
=> ( original_name_2(X,'Disease-Process')
& user_description_2(X,'Process related to the progression of a disease.')
& concept2words_2(X,'process of disease')
& concept2words_2(X,'disease process')
& concept2words_2(X,'disease-process')
& biological_process_1(X) ) ) ).
fof(a529019,axiom,
! [X] :
( dispersal_1(X)
=> ( original_name_2(X,'Dispersal')
& user_description_2(X,'Movement of individuals or gametes away from their parental population. Dispersal allows individuals to colonize new areas and can result in expanded geographic ranges.')
& concept2words_2(X,disperse)
& concept2words_2(X,dispersal)
& dispersion_1(X) ) ) ).
fof(a529020,axiom,
! [X] :
( disperse_1(X)
=> ( original_name_2(X,'Disperse')
& concept2words_2(X,disperse)
& concept2words_2(X,'break up')
& concept2words_2(X,break_up)
& concept2words_2(X,dispel)
& concept2words_2(X,dissipate)
& concept2words_2(X,scatter)
& concept2words_2(X,'spread out')
& concept2words_2(X,spread_out)
& action_1(X)
& spatial_entity_1(fn_disperse_1(X))
& spatial_entity_1(fn_disperse_2(X))
& spatial_entity_1(fn_disperse_3(X))
& origin_2(X,fn_disperse_3(X))
& object_2(X,fn_disperse_2(X))
& object_2(X,fn_disperse_1(X)) ) ) ).
fof(a529021,axiom,
! [X] :
( dispersion_1(X)
=> ( original_name_2(X,'Dispersion')
& user_description_2(X,'The pattern of distribution of individuals within a defined geographic space.')
& concept2words_2(X,disperse)
& concept2words_2(X,dispersion)
& ecological_process_1(X) ) ) ).
fof(a529022,axiom,
! [X] :
( dispersive_model_1(X)
=> ( original_name_2(X,'Dispersive-model')
& user_description_2(X,'Dispersive replication would produce two DNA molecules with sections of both old and new DNA interspersed along each strand')
& concept2words_2(X,'dispersive model')
& concept2words_2(X,'dispersive-model')
& dna_replication_1(X)
& dna_strand_1(fn_dispersive_model_1(X))
& synthesis_reaction_1(fn_dispersive_model_2(X))
& attach_1(fn_dispersive_model_3(X))
& dna_piece_1(fn_dispersive_model_4(X))
& dna_piece_1(fn_dispersive_model_5(X))
& spatial_entity_1(fn_attach_1(fn_dispersive_model_3(X)))
& spatial_entity_1(fn_attach_2(fn_dispersive_model_3(X)))
& subevent_2(X,fn_dispersive_model_3(X))
& subevent_2(X,fn_dispersive_model_2(X))
& first_subevent_2(X,fn_dispersive_model_2(X))
& result_2(fn_dispersive_model_3(X),fn_dispersive_model_1(X))
& next_event_2(fn_dispersive_model_2(X),fn_dispersive_model_3(X))
& result_2(fn_dispersive_model_2(X),fn_dispersive_model_4(X))
& object_2(fn_dispersive_model_3(X),fn_dispersive_model_4(X))
& base_2(fn_dispersive_model_3(X),fn_dispersive_model_5(X))
& fn_dispersive_model_4(X) = fn_attach_1(fn_dispersive_model_3(X))
& fn_dispersive_model_5(X) = fn_attach_2(fn_dispersive_model_3(X)) ) ) ).
fof(a529023,axiom,
! [X] :
( disruptive_selection_1(X)
=> ( original_name_2(X,'Disruptive-Selection')
& user_description_2(X,'Natural selection in which individuals with intermediate phenotypes are selected against. As a result, individuals on both extremes of a phenotypic range are favored.')
& concept2words_2(X,'disruptive selection')
& concept2words_2(X,'disruptive-selection')
& selection_force_1(X)
& ~ balancing_selection_1(X)
& ~ directional_selection_1(X) ) ) ).
fof(a529024,axiom,
! [X] :
( dissolution_of_salt_molecule_in_water_1(X)
=> ( original_name_2(X,'Dissolution-Of-Salt-Molecule-In-Water')
& user_description_2(X,'Dissolving an ionic compound (salt). The component ions of the compound separate in solution to form ions.')
& concept2words_2(X,'dissolving of salt in water')
& concept2words_2(X,dissolve)
& concept2words_2(X,'dissolution of salt molecule in water')
& concept2words_2(X,'dissolution-of-salt-molecule-in-water')
& dissolve_1(X)
& spatial_entity_1(fn_dissolution_of_salt_molecule_in_water_1(X))
& surface_1(fn_dissolution_of_salt_molecule_in_water_2(X))
& solute_1(fn_dissolution_of_salt_molecule_in_water_3(X))
& solvent_1(fn_dissolution_of_salt_molecule_in_water_4(X))
& water_1(fn_dissolution_of_salt_molecule_in_water_5(X))
& chemical_1(fn_dissolution_of_salt_molecule_in_water_6(X))
& substance_1(fn_dissolution_of_salt_molecule_in_water_6(X))
& salt_substance_1(fn_dissolution_of_salt_molecule_in_water_6(X))
& solution_1(fn_dissolution_of_salt_molecule_in_water_7(X))
& salt_solution_1(fn_dissolution_of_salt_molecule_in_water_7(X))
& chemical_1(fn_solution_6(fn_dissolution_of_salt_molecule_in_water_7(X)))
& chemical_1(fn_solution_5(fn_dissolution_of_salt_molecule_in_water_7(X)))
& salt_substance_1(fn_salt_solution_2(fn_dissolution_of_salt_molecule_in_water_7(X)))
& is_inside_2(fn_dissolution_of_salt_molecule_in_water_1(X),fn_dissolution_of_salt_molecule_in_water_6(X))
& origin_2(X,fn_dissolution_of_salt_molecule_in_water_2(X))
& toward_2(X,fn_dissolution_of_salt_molecule_in_water_1(X))
& has_region_2(fn_dissolution_of_salt_molecule_in_water_6(X),fn_dissolution_of_salt_molecule_in_water_2(X))
& has_part_2(fn_dissolution_of_salt_molecule_in_water_7(X),fn_dissolution_of_salt_molecule_in_water_5(X))
& result_2(X,fn_dissolution_of_salt_molecule_in_water_7(X))
& has_solvent_2(fn_dissolution_of_salt_molecule_in_water_7(X),fn_dissolution_of_salt_molecule_in_water_5(X))
& fn_dissolution_of_salt_molecule_in_water_5(X) != fn_dissolution_of_salt_molecule_in_water_6(X)
& fn_dissolution_of_salt_molecule_in_water_6(X) != fn_dissolution_of_salt_molecule_in_water_5(X)
& in_event_2(fn_dissolution_of_salt_molecule_in_water_4(X),X)
& object_2(X,fn_dissolution_of_salt_molecule_in_water_6(X))
& plays_2(fn_dissolution_of_salt_molecule_in_water_6(X),fn_dissolution_of_salt_molecule_in_water_3(X))
& in_event_2(fn_dissolution_of_salt_molecule_in_water_3(X),X)
& base_2(X,fn_dissolution_of_salt_molecule_in_water_5(X))
& plays_2(fn_dissolution_of_salt_molecule_in_water_5(X),fn_dissolution_of_salt_molecule_in_water_4(X))
& has_part_2(fn_dissolution_of_salt_molecule_in_water_7(X),fn_dissolution_of_salt_molecule_in_water_6(X))
& has_solute_2(fn_dissolution_of_salt_molecule_in_water_7(X),fn_dissolution_of_salt_molecule_in_water_6(X))
& fn_dissolution_of_salt_molecule_in_water_5(X) = fn_dissolve_1(X)
& fn_dissolution_of_salt_molecule_in_water_7(X) = fn_dissolve_3(X)
& fn_dissolution_of_salt_molecule_in_water_5(X) = fn_solution_6(fn_dissolution_of_salt_molecule_in_water_7(X))
& fn_dissolution_of_salt_molecule_in_water_4(X) = fn_dissolve_6(X)
& fn_dissolution_of_salt_molecule_in_water_5(X) = fn_dissolve_5(X)
& fn_dissolution_of_salt_molecule_in_water_3(X) = fn_dissolve_7(X)
& fn_dissolution_of_salt_molecule_in_water_6(X) = fn_dissolve_4(X)
& fn_dissolution_of_salt_molecule_in_water_6(X) = fn_solution_5(fn_dissolution_of_salt_molecule_in_water_7(X))
& fn_dissolution_of_salt_molecule_in_water_6(X) = fn_salt_solution_2(fn_dissolution_of_salt_molecule_in_water_7(X))
& fn_dissolve_1(X) = fn_solution_6(fn_dissolution_of_salt_molecule_in_water_7(X))
& fn_solution_6(fn_dissolution_of_salt_molecule_in_water_7(X)) = fn_solution_6(fn_dissolution_of_salt_molecule_in_water_7(X))
& fn_solution_6(fn_dissolution_of_salt_molecule_in_water_7(X)) = fn_dissolve_5(X)
& fn_dissolve_5(X) = fn_dissolve_5(X)
& fn_dissolve_5(X) = fn_solution_5(fn_dissolution_of_salt_molecule_in_water_7(X))
& fn_solution_5(fn_dissolution_of_salt_molecule_in_water_7(X)) = fn_solution_5(fn_dissolution_of_salt_molecule_in_water_7(X))
& fn_dissolve_4(X) = fn_solution_5(fn_dissolution_of_salt_molecule_in_water_7(X))
& fn_solution_5(fn_dissolution_of_salt_molecule_in_water_7(X)) = fn_dissolve_4(X)
& fn_dissolve_4(X) = fn_dissolve_4(X)
& fn_dissolve_4(X) = fn_salt_solution_2(fn_dissolution_of_salt_molecule_in_water_7(X))
& fn_salt_solution_2(fn_dissolution_of_salt_molecule_in_water_7(X)) = fn_salt_solution_2(fn_dissolution_of_salt_molecule_in_water_7(X)) ) ) ).
fof(a529025,axiom,
! [X] :
( dissolution_of_sugar_molecule_in_water_1(X)
=> ( original_name_2(X,'Dissolution-Of-Sugar-Molecule-In-Water')
& user_description_2(X,'The dissolving of sugar molecules.')
& concept2words_2(X,'dissolving of sugar in water')
& concept2words_2(X,dissolve)
& concept2words_2(X,'dissolution of sugar molecule in water')
& concept2words_2(X,'dissolution-of-sugar-molecule-in-water')
& dissolve_1(X)
& solvent_1(fn_dissolution_of_sugar_molecule_in_water_1(X))
& solute_1(fn_dissolution_of_sugar_molecule_in_water_2(X))
& sugar_substance_1(fn_dissolution_of_sugar_molecule_in_water_3(X))
& sugar_solution_1(fn_dissolution_of_sugar_molecule_in_water_4(X))
& water_1(fn_dissolution_of_sugar_molecule_in_water_5(X))
& chemical_1(fn_solution_6(fn_dissolution_of_sugar_molecule_in_water_4(X)))
& chemical_1(fn_solution_5(fn_dissolution_of_sugar_molecule_in_water_4(X)))
& is_inside_2(fn_dissolution_of_sugar_molecule_in_water_3(X),fn_dissolution_of_sugar_molecule_in_water_5(X))
& result_2(X,fn_dissolution_of_sugar_molecule_in_water_4(X))
& has_solute_2(fn_dissolution_of_sugar_molecule_in_water_4(X),fn_dissolution_of_sugar_molecule_in_water_3(X))
& has_part_2(fn_dissolution_of_sugar_molecule_in_water_4(X),fn_dissolution_of_sugar_molecule_in_water_5(X))
& has_solvent_2(fn_dissolution_of_sugar_molecule_in_water_4(X),fn_dissolution_of_sugar_molecule_in_water_5(X))
& has_part_2(fn_dissolution_of_sugar_molecule_in_water_4(X),fn_dissolution_of_sugar_molecule_in_water_3(X))
& fn_dissolution_of_sugar_molecule_in_water_3(X) != fn_dissolution_of_sugar_molecule_in_water_5(X)
& fn_dissolution_of_sugar_molecule_in_water_5(X) != fn_dissolution_of_sugar_molecule_in_water_3(X)
& in_event_2(fn_dissolution_of_sugar_molecule_in_water_1(X),X)
& object_2(X,fn_dissolution_of_sugar_molecule_in_water_3(X))
& plays_2(fn_dissolution_of_sugar_molecule_in_water_3(X),fn_dissolution_of_sugar_molecule_in_water_2(X))
& in_event_2(fn_dissolution_of_sugar_molecule_in_water_2(X),X)
& base_2(X,fn_dissolution_of_sugar_molecule_in_water_5(X))
& plays_2(fn_dissolution_of_sugar_molecule_in_water_5(X),fn_dissolution_of_sugar_molecule_in_water_1(X))
& fn_dissolution_of_sugar_molecule_in_water_4(X) = fn_dissolve_3(X)
& fn_dissolution_of_sugar_molecule_in_water_3(X) = fn_solution_5(fn_dissolution_of_sugar_molecule_in_water_4(X))
& fn_dissolution_of_sugar_molecule_in_water_5(X) = fn_solution_6(fn_dissolution_of_sugar_molecule_in_water_4(X))
& fn_dissolution_of_sugar_molecule_in_water_1(X) = fn_dissolve_6(X)
& fn_dissolution_of_sugar_molecule_in_water_5(X) = fn_dissolve_5(X)
& fn_dissolution_of_sugar_molecule_in_water_2(X) = fn_dissolve_7(X)
& fn_dissolution_of_sugar_molecule_in_water_3(X) = fn_dissolve_4(X)
& fn_solution_6(fn_dissolution_of_sugar_molecule_in_water_4(X)) = fn_solution_6(fn_dissolution_of_sugar_molecule_in_water_4(X))
& fn_solution_6(fn_dissolution_of_sugar_molecule_in_water_4(X)) = fn_dissolve_5(X)
& fn_dissolve_5(X) = fn_dissolve_5(X)
& fn_dissolve_5(X) = fn_solution_5(fn_dissolution_of_sugar_molecule_in_water_4(X))
& fn_solution_5(fn_dissolution_of_sugar_molecule_in_water_4(X)) = fn_solution_5(fn_dissolution_of_sugar_molecule_in_water_4(X))
& fn_solution_5(fn_dissolution_of_sugar_molecule_in_water_4(X)) = fn_dissolve_4(X)
& fn_dissolve_4(X) = fn_dissolve_4(X) ) ) ).
fof(a529026,axiom,
! [X] :
( dissolve_1(X)
=> ( original_name_2(X,'Dissolve')
& user_description_2(X,'A dissolve event creates a solution from two substances.')
& concept2words_2(X,dissolve)
& create_1(X)
& substance_1(fn_dissolve_1(X))
& substance_1(fn_dissolve_2(X))
& solution_1(fn_dissolve_3(X))
& substance_1(fn_dissolve_4(X))
& substance_1(fn_dissolve_5(X))
& solvent_1(fn_dissolve_6(X))
& solute_1(fn_dissolve_7(X))
& tangible_entity_1(fn_solvent_1(fn_dissolve_6(X)))
& tangible_entity_1(fn_solute_1(fn_dissolve_7(X)))
& has_solute_2(fn_dissolve_3(X),fn_dissolve_2(X))
& has_solvent_2(fn_dissolve_3(X),fn_dissolve_1(X))
& in_event_2(fn_dissolve_6(X),X)
& in_event_2(fn_dissolve_7(X),X)
& object_2(X,fn_dissolve_4(X))
& base_2(X,fn_dissolve_5(X))
& result_2(X,fn_dissolve_3(X))
& plays_2(fn_dissolve_5(X),fn_dissolve_6(X))
& plays_2(fn_dissolve_4(X),fn_dissolve_7(X))
& fn_dissolve_3(X) = fn_create_1(X)
& fn_dissolve_5(X) = fn_solvent_1(fn_dissolve_6(X))
& fn_dissolve_4(X) = fn_solute_1(fn_dissolve_7(X)) ) ) ).
fof(a529027,axiom,
! [X] :
( distal_1(X)
=> ( original_name_2(X,'Distal')
& user_description_2(X,'Region of appendages farthest away from the trunk or core of the body. Opposite of proximal.')
& concept2words_2(X,distal)
& anatomical_region_1(X) ) ) ).
fof(a529028,axiom,
! [X] :
( distal_tubule_1(X)
=> ( original_name_2(X,'Distal-Tubule')
& user_description_2(X,'The portion of a nephron between the loop of Henle and the collecting duct.')
& concept2words_2(X,dct)
& concept2words_2(X,'distal convoluted tubule')
& concept2words_2(X,'distal-convoluted-tubule')
& concept2words_2(X,'tubule of distal')
& concept2words_2(X,'distal tubule')
& concept2words_2(X,'distal-tubule')
& tubule_1(X)
& cuboidal_epithelium_1(X)
& ~ proximal_tubule_1(X)
& ~ endometrium_1(X)
& ~ collecting_duct_1(X)
& ~ alveolus_1(X)
& ~ blood_brain_barrier_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ bronchus_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ corpus_luteum_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ islets_of_langerhans_1(X)
& ~ labia_minora_1(X)
& ~ lacteal_1(X)
& ~ loop_of_henle_1(X)
& ~ prepuce_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a529029,axiom,
! [X] :
( distance_between_genes_1(X)
=> ( original_name_2(X,'Distance-Between-Genes')
& user_description_2(X,'Relative distance between genes.')
& concept2words_2(X,'distance between gene')
& concept2words_2(X,'distance-between-gene')
& relative_relationship_1(X)
& ~ tangible_entity_1(X)
& ~ region_1(X)
& ~ band_pattern_1(X)
& ~ chiasma_1(X)
& ~ nicks_in_damaged_dna_1(X)
& ~ replication_fork_1(X)
& ~ thermodynamic_system_1(X)
& ~ waste_product_1(X) ) ) ).
fof(a529030,axiom,
! [X] :
( distance_constant_1(X)
=> ( original_name_2(X,'Distance-Constant')
& concept2words_2(X,'constant of distance')
& concept2words_2(X,'distance constant')
& concept2words_2(X,'distance-constant')
& constant_1(X) ) ) ).
fof(a529031,axiom,
! [X] :
( distance_scale_1(X)
=> ( original_name_2(X,'Distance-Scale')
& concept2words_2(X,'scale of distance')
& concept2words_2(X,'distance scale')
& concept2words_2(X,'distance-scale')
& scale_1(X) ) ) ).
fof(a529032,axiom,
! [X] :
( distilled_water_1(X)
=> ( original_name_2(X,'Distilled-Water')
& user_description_2(X,'Water that is been boiled to steam and condensed into a clean container to remove impurities.')
& concept2words_2(X,'distilled water')
& concept2words_2(X,'distilled-water')
& water_1(X) ) ) ).
fof(a529033,axiom,
! [X] :
( distinguishing_1(X)
=> ( original_name_2(X,'Distinguishing')
& user_description_2(X,'Determine the difference between things, in order to recognize, identify, or classify them')
& concept2words_2(X,distinguish)
& concept2words_2(X,differentiate)
& concept2words_2(X,mark)
& concept2words_2(X,identify)
& concept2words_2(X,distinction)
& concept2words_2(X,differentiation)
& concept2words_2(X,distinguishing)
& action_1(X) ) ) ).
fof(a529034,axiom,
! [X] :
( distinguishing_defective_chromosome_1(X)
=> ( original_name_2(X,'Distinguishing-Defective-Chromosome')
& user_description_2(X,'An act to identify defective chromosome by means of karyotyping.')
& concept2words_2(X,distinguish)
& concept2words_2(X,'distinguishing defective chromosome')
& concept2words_2(X,'distinguishing-defective-chromosome')
& distinguishing_1(X)
& ~ codon_recognition_1(X)
& ~ compare_genes_1(X)
& ~ dna_proofreading_1(X)
& ~ identify_cell_by_protein_expression_1(X)
& ~ identify_cell_clones_with_gene_of_interest_1(X)
& defective_chromosome_1(fn_distinguishing_defective_chromosome_1(X))
& chromosome_1(fn_distinguishing_defective_chromosome_2(X))
& karyotyping_1(fn_distinguishing_defective_chromosome_3(X))
& by_means_of_2(X,fn_distinguishing_defective_chromosome_3(X))
& base_2(X,fn_distinguishing_defective_chromosome_2(X))
& minCardinality(X,base_0,"2",chromosome_0)
& object_2(X,fn_distinguishing_defective_chromosome_1(X)) ) ) ).
fof(a529035,axiom,
! [X] :
( distributing_1(X)
=> ( original_name_2(X,'Distributing')
& concept2words_2(X,distribute)
& concept2words_2(X,spread)
& concept2words_2(X,distribution)
& concept2words_2(X,dispersion)
& concept2words_2(X,distributing)
& action_1(X) ) ) ).
fof(a529036,axiom,
! [X] :
( distribution_of_daughter_chromosomes_1(X)
=> ( original_name_2(X,'Distribution-Of-Daughter-Chromosomes')
& user_description_2(X,'During mitosis, the process in which microtubule shortening in the spindle moves each complete set of chromosomes to opposite cell poles prior to cytokinesis.')
& concept2words_2(X,'distribution of daughter chromosome')
& concept2words_2(X,'distribution-of-daughter-chromosome')
& mitotic_event_1(X)
& cell_pole_1(fn_distribution_of_daughter_chromosomes_1(X))
& cell_1(fn_distribution_of_daughter_chromosomes_2(X))
& cell_pole_1(fn_distribution_of_daughter_chromosomes_3(X))
& microtubule_shortening_1(fn_distribution_of_daughter_chromosomes_4(X))
& microtubule_shortening_1(fn_distribution_of_daughter_chromosomes_5(X))
& kinetochore_microtubule_1(fn_distribution_of_daughter_chromosomes_6(X))
& remove_1(fn_distribution_of_daughter_chromosomes_7(X))
& kinetochore_microtubule_1(fn_distribution_of_daughter_chromosomes_8(X))
& remove_1(fn_distribution_of_daughter_chromosomes_9(X))
& spatial_entity_1(fn_distribution_of_daughter_chromosomes_10(X))
& tubulin_1(fn_distribution_of_daughter_chromosomes_10(X))
& attach_1(fn_distribution_of_daughter_chromosomes_11(X))
& spatial_entity_1(fn_distribution_of_daughter_chromosomes_12(X))
& kinetochore_1(fn_distribution_of_daughter_chromosomes_12(X))
& centromere_1(fn_distribution_of_daughter_chromosomes_13(X))
& centromere_1(fn_distribution_of_daughter_chromosomes_14(X))
& spatial_entity_1(fn_distribution_of_daughter_chromosomes_15(X))
& kinetochore_1(fn_distribution_of_daughter_chromosomes_15(X))
& attach_1(fn_distribution_of_daughter_chromosomes_16(X))
& spatial_entity_1(fn_distribution_of_daughter_chromosomes_17(X))
& tubulin_1(fn_distribution_of_daughter_chromosomes_17(X))
& move_1(fn_distribution_of_daughter_chromosomes_18(X))
& move_1(fn_distribution_of_daughter_chromosomes_19(X))
& eukaryotic_chromosome_1(fn_distribution_of_daughter_chromosomes_20(X))
& eukaryotic_chromosome_1(fn_distribution_of_daughter_chromosomes_21(X))
& move_apart_1(fn_distribution_of_daughter_chromosomes_22(X))
& spatial_entity_1(fn_attach_2(fn_distribution_of_daughter_chromosomes_16(X)))
& spatial_entity_1(fn_attach_2(fn_distribution_of_daughter_chromosomes_11(X)))
& cell_pole_1(fn_cell_1(fn_distribution_of_daughter_chromosomes_2(X)))
& spatial_entity_1(fn_microtubule_shortening_3(fn_distribution_of_daughter_chromosomes_4(X)))
& tubulin_1(fn_microtubule_shortening_3(fn_distribution_of_daughter_chromosomes_4(X)))
& remove_1(fn_microtubule_shortening_4(fn_distribution_of_daughter_chromosomes_4(X)))
& spatial_entity_1(fn_microtubule_shortening_3(fn_distribution_of_daughter_chromosomes_5(X)))
& tubulin_1(fn_microtubule_shortening_3(fn_distribution_of_daughter_chromosomes_5(X)))
& remove_1(fn_microtubule_shortening_4(fn_distribution_of_daughter_chromosomes_5(X)))
& centromere_1(fn_kinetochore_24(fn_distribution_of_daughter_chromosomes_15(X)))
& centromere_1(fn_kinetochore_24(fn_distribution_of_daughter_chromosomes_12(X)))
& spatial_entity_1(fn_attach_1(fn_distribution_of_daughter_chromosomes_11(X)))
& spatial_entity_1(fn_microtubule_shortening_2(fn_distribution_of_daughter_chromosomes_4(X)))
& microtubule_1(fn_microtubule_shortening_2(fn_distribution_of_daughter_chromosomes_4(X)))
& spatial_entity_1(fn_attach_1(fn_distribution_of_daughter_chromosomes_16(X)))
& spatial_entity_1(fn_microtubule_shortening_2(fn_distribution_of_daughter_chromosomes_5(X)))
& microtubule_1(fn_microtubule_shortening_2(fn_distribution_of_daughter_chromosomes_5(X)))
& spatial_entity_1(fn_move_1(fn_distribution_of_daughter_chromosomes_19(X)))
& spatial_entity_1(fn_move_apart_2(fn_distribution_of_daughter_chromosomes_22(X)))
& chromosome_1(fn_kinetochore_25(fn_distribution_of_daughter_chromosomes_15(X)))
& spatial_entity_1(fn_move_1(fn_distribution_of_daughter_chromosomes_18(X)))
& spatial_entity_1(fn_move_apart_1(fn_distribution_of_daughter_chromosomes_22(X)))
& chromosome_1(fn_kinetochore_25(fn_distribution_of_daughter_chromosomes_12(X)))
& has_region_2(fn_distribution_of_daughter_chromosomes_2(X),fn_distribution_of_daughter_chromosomes_1(X))
& first_subevent_2(fn_distribution_of_daughter_chromosomes_22(X),fn_distribution_of_daughter_chromosomes_19(X))
& first_subevent_2(fn_distribution_of_daughter_chromosomes_22(X),fn_distribution_of_daughter_chromosomes_18(X))
& subevent_2(fn_distribution_of_daughter_chromosomes_22(X),fn_distribution_of_daughter_chromosomes_19(X))
& subevent_2(fn_distribution_of_daughter_chromosomes_22(X),fn_distribution_of_daughter_chromosomes_18(X))
& destination_2(fn_distribution_of_daughter_chromosomes_19(X),fn_distribution_of_daughter_chromosomes_3(X))
& destination_2(fn_distribution_of_daughter_chromosomes_18(X),fn_distribution_of_daughter_chromosomes_1(X))
& first_subevent_2(X,fn_distribution_of_daughter_chromosomes_5(X))
& first_subevent_2(X,fn_distribution_of_daughter_chromosomes_4(X))
& subevent_2(X,fn_distribution_of_daughter_chromosomes_22(X))
& subevent_2(X,fn_distribution_of_daughter_chromosomes_5(X))
& subevent_2(X,fn_distribution_of_daughter_chromosomes_4(X))
& site_2(fn_distribution_of_daughter_chromosomes_16(X),fn_distribution_of_daughter_chromosomes_14(X))
& site_2(fn_distribution_of_daughter_chromosomes_11(X),fn_distribution_of_daughter_chromosomes_13(X))
& called_2(fn_distribution_of_daughter_chromosomes_5(X),"2")
& enables_2(fn_distribution_of_daughter_chromosomes_5(X),fn_distribution_of_daughter_chromosomes_22(X))
& called_2(fn_distribution_of_daughter_chromosomes_4(X),"1")
& enables_2(fn_distribution_of_daughter_chromosomes_4(X),fn_distribution_of_daughter_chromosomes_22(X))
& base_2(fn_distribution_of_daughter_chromosomes_16(X),fn_distribution_of_daughter_chromosomes_15(X))
& base_2(fn_distribution_of_daughter_chromosomes_11(X),fn_distribution_of_daughter_chromosomes_12(X))
& object_2(fn_distribution_of_daughter_chromosomes_18(X),fn_distribution_of_daughter_chromosomes_20(X))
& object_2(fn_distribution_of_daughter_chromosomes_16(X),fn_distribution_of_daughter_chromosomes_6(X))
& object_2(fn_distribution_of_daughter_chromosomes_19(X),fn_distribution_of_daughter_chromosomes_21(X))
& object_2(fn_distribution_of_daughter_chromosomes_11(X),fn_distribution_of_daughter_chromosomes_8(X))
& object_2(fn_distribution_of_daughter_chromosomes_22(X),fn_distribution_of_daughter_chromosomes_21(X))
& object_2(fn_distribution_of_daughter_chromosomes_22(X),fn_distribution_of_daughter_chromosomes_20(X))
& object_2(fn_distribution_of_daughter_chromosomes_5(X),fn_distribution_of_daughter_chromosomes_6(X))
& object_2(fn_distribution_of_daughter_chromosomes_4(X),fn_distribution_of_daughter_chromosomes_8(X))
& has_region_2(fn_distribution_of_daughter_chromosomes_2(X),fn_distribution_of_daughter_chromosomes_3(X))
& subevent_2(fn_distribution_of_daughter_chromosomes_4(X),fn_distribution_of_daughter_chromosomes_9(X))
& object_2(fn_distribution_of_daughter_chromosomes_9(X),fn_distribution_of_daughter_chromosomes_10(X))
& has_part_2(fn_distribution_of_daughter_chromosomes_8(X),fn_distribution_of_daughter_chromosomes_10(X))
& base_2(fn_distribution_of_daughter_chromosomes_9(X),fn_distribution_of_daughter_chromosomes_8(X))
& subevent_2(fn_distribution_of_daughter_chromosomes_5(X),fn_distribution_of_daughter_chromosomes_7(X))
& object_2(fn_distribution_of_daughter_chromosomes_7(X),fn_distribution_of_daughter_chromosomes_17(X))
& has_part_2(fn_distribution_of_daughter_chromosomes_6(X),fn_distribution_of_daughter_chromosomes_17(X))
& base_2(fn_distribution_of_daughter_chromosomes_7(X),fn_distribution_of_daughter_chromosomes_6(X))
& has_region_2(fn_distribution_of_daughter_chromosomes_20(X),fn_distribution_of_daughter_chromosomes_13(X))
& has_part_2(fn_distribution_of_daughter_chromosomes_20(X),fn_distribution_of_daughter_chromosomes_12(X))
& has_region_2(fn_distribution_of_daughter_chromosomes_21(X),fn_distribution_of_daughter_chromosomes_14(X))
& has_part_2(fn_distribution_of_daughter_chromosomes_21(X),fn_distribution_of_daughter_chromosomes_15(X))
& fn_distribution_of_daughter_chromosomes_15(X) = fn_attach_2(fn_distribution_of_daughter_chromosomes_16(X))
& fn_distribution_of_daughter_chromosomes_12(X) = fn_attach_2(fn_distribution_of_daughter_chromosomes_11(X))
& fn_distribution_of_daughter_chromosomes_20(X) = fn_move_1(fn_distribution_of_daughter_chromosomes_18(X))
& fn_distribution_of_daughter_chromosomes_6(X) = fn_attach_1(fn_distribution_of_daughter_chromosomes_16(X))
& fn_distribution_of_daughter_chromosomes_21(X) = fn_move_1(fn_distribution_of_daughter_chromosomes_19(X))
& fn_distribution_of_daughter_chromosomes_8(X) = fn_attach_1(fn_distribution_of_daughter_chromosomes_11(X))
& fn_distribution_of_daughter_chromosomes_21(X) = fn_move_apart_2(fn_distribution_of_daughter_chromosomes_22(X))
& fn_distribution_of_daughter_chromosomes_20(X) = fn_move_apart_1(fn_distribution_of_daughter_chromosomes_22(X))
& fn_distribution_of_daughter_chromosomes_3(X) = fn_cell_1(fn_distribution_of_daughter_chromosomes_2(X))
& fn_distribution_of_daughter_chromosomes_8(X) = fn_microtubule_shortening_2(fn_distribution_of_daughter_chromosomes_4(X))
& fn_distribution_of_daughter_chromosomes_10(X) = fn_microtubule_shortening_3(fn_distribution_of_daughter_chromosomes_4(X))
& fn_distribution_of_daughter_chromosomes_9(X) = fn_microtubule_shortening_4(fn_distribution_of_daughter_chromosomes_4(X))
& fn_distribution_of_daughter_chromosomes_6(X) = fn_microtubule_shortening_2(fn_distribution_of_daughter_chromosomes_5(X))
& fn_distribution_of_daughter_chromosomes_17(X) = fn_microtubule_shortening_3(fn_distribution_of_daughter_chromosomes_5(X))
& fn_distribution_of_daughter_chromosomes_7(X) = fn_microtubule_shortening_4(fn_distribution_of_daughter_chromosomes_5(X))
& fn_distribution_of_daughter_chromosomes_14(X) = fn_kinetochore_24(fn_distribution_of_daughter_chromosomes_15(X))
& fn_distribution_of_daughter_chromosomes_21(X) = fn_kinetochore_25(fn_distribution_of_daughter_chromosomes_15(X))
& fn_distribution_of_daughter_chromosomes_13(X) = fn_kinetochore_24(fn_distribution_of_daughter_chromosomes_12(X))
& fn_distribution_of_daughter_chromosomes_20(X) = fn_kinetochore_25(fn_distribution_of_daughter_chromosomes_12(X))
& fn_attach_1(fn_distribution_of_daughter_chromosomes_11(X)) = fn_microtubule_shortening_2(fn_distribution_of_daughter_chromosomes_4(X))
& fn_microtubule_shortening_2(fn_distribution_of_daughter_chromosomes_4(X)) = fn_microtubule_shortening_2(fn_distribution_of_daughter_chromosomes_4(X))
& fn_microtubule_shortening_2(fn_distribution_of_daughter_chromosomes_4(X)) = fn_attach_1(fn_distribution_of_daughter_chromosomes_16(X))
& fn_attach_1(fn_distribution_of_daughter_chromosomes_16(X)) = fn_microtubule_shortening_2(fn_distribution_of_daughter_chromosomes_5(X))
& fn_microtubule_shortening_2(fn_distribution_of_daughter_chromosomes_5(X)) = fn_microtubule_shortening_2(fn_distribution_of_daughter_chromosomes_5(X))
& fn_microtubule_shortening_2(fn_distribution_of_daughter_chromosomes_5(X)) = fn_move_1(fn_distribution_of_daughter_chromosomes_19(X))
& fn_move_1(fn_distribution_of_daughter_chromosomes_19(X)) = fn_move_apart_2(fn_distribution_of_daughter_chromosomes_22(X))
& fn_move_apart_2(fn_distribution_of_daughter_chromosomes_22(X)) = fn_move_apart_2(fn_distribution_of_daughter_chromosomes_22(X))
& fn_move_apart_2(fn_distribution_of_daughter_chromosomes_22(X)) = fn_kinetochore_25(fn_distribution_of_daughter_chromosomes_15(X))
& fn_kinetochore_25(fn_distribution_of_daughter_chromosomes_15(X)) = fn_kinetochore_25(fn_distribution_of_daughter_chromosomes_15(X))
& fn_kinetochore_25(fn_distribution_of_daughter_chromosomes_15(X)) = fn_move_1(fn_distribution_of_daughter_chromosomes_18(X))
& fn_move_1(fn_distribution_of_daughter_chromosomes_18(X)) = fn_move_apart_1(fn_distribution_of_daughter_chromosomes_22(X))
& fn_move_apart_1(fn_distribution_of_daughter_chromosomes_22(X)) = fn_move_apart_1(fn_distribution_of_daughter_chromosomes_22(X))
& fn_move_apart_1(fn_distribution_of_daughter_chromosomes_22(X)) = fn_kinetochore_25(fn_distribution_of_daughter_chromosomes_12(X))
& fn_kinetochore_25(fn_distribution_of_daughter_chromosomes_12(X)) = fn_kinetochore_25(fn_distribution_of_daughter_chromosomes_12(X)) ) ) ).
fof(a529037,axiom,
! [X] :
( disturbance_1(X)
=> ( original_name_2(X,'Disturbance')
& user_description_2(X,'A temporary perturbation away from average environmental conditions that causes major change in the biological makeup of an ecosystem. Examples include fire, flood, and insect outbreaks.')
& concept2words_2(X,disturb)
& concept2words_2(X,disturbance)
& ecological_process_1(X) ) ) ).
fof(a529038,axiom,
! [X] :
( disulfide_bond_1(X)
=> ( original_name_2(X,'Disulfide-Bond')
& user_description_2(X,'The disulfide bond is a covalent bond, usually derived by the coupling of two thiol groups. The linkage is also called an SS-bond or disulfide bridge.')
& concept2words_2(X,'disulfide bridge')
& concept2words_2(X,'disulfide-bridge')
& concept2words_2(X,'disulphide bond')
& concept2words_2(X,'disulphide bridge')
& concept2words_2(X,'disulphide-bridge')
& concept2words_2(X,'disulfide bond')
& concept2words_2(X,'disulfide-bond')
& single_bond_1(X)
& nonpolar_covalent_bond_1(X)
& ~ ester_linkage_1(X)
& ~ hydrogen_bond_1(X)
& ~ hydrophobic_interaction_1(X)
& ~ ionic_bond_1(X)
& attach_1(fn_disulfide_bond_1(X))
& protein_folding_1(fn_disulfide_bond_2(X))
& protein_1(fn_disulfide_bond_3(X))
& create_1(fn_disulfide_bond_4(X))
& sulfur_1(fn_disulfide_bond_5(X))
& sulfur_1(fn_disulfide_bond_6(X))
& hold_together_1(fn_disulfide_bond_7(X))
& share_1(fn_disulfide_bond_8(X))
& covalent_bond_1(fn_polymer_1(fn_disulfide_bond_3(X)))
& chemical_bond_1(fn_molecule_10(fn_disulfide_bond_3(X)))
& entity_1(fn_create_1(fn_disulfide_bond_4(X)))
& causes_2(fn_disulfide_bond_2(X),fn_disulfide_bond_4(X))
& instrument_2(fn_disulfide_bond_1(X),X)
& causes_2(fn_disulfide_bond_1(X),fn_disulfide_bond_4(X))
& possesses_2(fn_disulfide_bond_3(X),X)
& result_2(fn_disulfide_bond_4(X),X)
& is_between_2(X,fn_disulfide_bond_5(X))
& fn_disulfide_bond_5(X) != fn_disulfide_bond_6(X)
& object_2(fn_disulfide_bond_7(X),fn_disulfide_bond_6(X))
& object_2(fn_disulfide_bond_7(X),fn_disulfide_bond_5(X))
& agent_2(fn_disulfide_bond_8(X),fn_disulfide_bond_5(X))
& fn_disulfide_bond_6(X) != fn_disulfide_bond_5(X)
& has_function_2(X,fn_disulfide_bond_7(X))
& agent_2(fn_disulfide_bond_7(X),X)
& is_between_2(X,fn_disulfide_bond_6(X))
& agent_2(fn_disulfide_bond_8(X),fn_disulfide_bond_6(X))
& result_2(fn_disulfide_bond_8(X),X)
& X = fn_polymer_1(fn_disulfide_bond_3(X))
& X = fn_molecule_10(fn_disulfide_bond_3(X))
& X = fn_create_1(fn_disulfide_bond_4(X))
& fn_disulfide_bond_5(X) = fn_covalent_bond_20(X)
& fn_disulfide_bond_8(X) = fn_covalent_bond_17(X)
& fn_disulfide_bond_6(X) = fn_covalent_bond_19(X)
& fn_disulfide_bond_7(X) = fn_covalent_bond_14(X)
& fn_polymer_1(fn_disulfide_bond_3(X)) = fn_molecule_10(fn_disulfide_bond_3(X))
& fn_molecule_10(fn_disulfide_bond_3(X)) = fn_molecule_10(fn_disulfide_bond_3(X))
& fn_molecule_10(fn_disulfide_bond_3(X)) = fn_create_1(fn_disulfide_bond_4(X)) ) ) ).
fof(a529039,axiom,
! [X] :
( diurnal_closing_of_stoma_1(X)
=> ( original_name_2(X,'Diurnal-Closing-of-Stoma')
& user_description_2(X,'Stomata are openings in a plant\'s leaves that allow for gas exchange between the plant and the atmosphere. The plants close their stomata daily in response to light, carbon dioxide depletion, and an internal clock in guard cells.')
& concept2words_2(X,'closing of stomata at night')
& concept2words_2(X,'stoma closing at night')
& concept2words_2(X,'stoma opening during day')
& concept2words_2(X,'close diurnally')
& concept2words_2(X,'diurnal closing of stoma')
& concept2words_2(X,'diurnal-closing-of-stoma')
& closing_of_stoma_1(X) ) ) ).
fof(a529040,axiom,
! [X] :
( dive_1(X)
=> ( original_name_2(X,'Dive')
& concept2words_2(X,dive)
& let_fall_1(X)
& animal_1(fn_dive_1(X))
& propel_1(fn_dive_2(X))
& spatial_entity_1(fn_move_1(fn_dive_2(X)))
& causes_2(fn_dive_2(X),X)
& agent_2(fn_dive_2(X),fn_dive_1(X))
& object_2(fn_dive_2(X),fn_dive_1(X))
& object_2(X,fn_dive_1(X))
& agent_2(X,fn_dive_1(X))
& fn_dive_1(X) = fn_move_1(fn_dive_2(X))
& fn_dive_1(X) = fn_let_fall_3(X)
& fn_dive_1(X) = fn_let_fall_1(X)
& fn_move_1(fn_dive_2(X)) = fn_let_fall_3(X)
& fn_let_fall_3(X) = fn_let_fall_3(X)
& fn_let_fall_3(X) = fn_let_fall_1(X) ) ) ).
fof(a529041,axiom,
! [X] :
( divide_1(X)
=> ( original_name_2(X,'Divide')
& concept2words_2(X,divide)
& concept2words_2(X,'carve up')
& concept2words_2(X,carve_up)
& concept2words_2(X,dissever)
& concept2words_2(X,separate)
& concept2words_2(X,split)
& concept2words_2(X,'split up')
& concept2words_2(X,split_up)
& break_1(X) ) ) ).
fof(a529042,axiom,
! [X] :
( dividing_eukaryotic_cell_1(X)
=> ( original_name_2(X,'Dividing-Eukaryotic-Cell')
& user_description_2(X,'A eukaryotic cell that is involved in the process of mitosis or meiosis.')
& concept2words_2(X,'eukaryotic cell undergoing cell division')
& concept2words_2(X,'eukaryotic-cell-undergoing-cell division')
& concept2words_2(X,'dividing eukaryotic cell')
& concept2words_2(X,'dividing-eukaryotic-cell')
& eukaryotic_cell_1(X) ) ) ).
fof(a529043,axiom,
! [X] :
( dna_1(X)
=> ( original_name_2(X,'DNA')
& user_description_2(X,'The molecule that encodes genetic instructions for the development and function of living organisms. It takes the shape of a double-stranded helix, each strand consisting of a series of nucleotide monomers. The nucleotide monomers contain a deoxyribose sugar and one of four nitrogenous bases: adenine (A), guanine (G), cytosine (C), or thymine (T).')
& concept2words_2(X,'deoxyribonucleic acid')
& concept2words_2(X,'deoxy ribonucleic acid')
& concept2words_2(X,'deoxy-ribonucleic acid')
& concept2words_2(X,'dna molecule')
& concept2words_2(X,'dna-molecule')
& concept2words_2(X,'genetic material')
& concept2words_2(X,'genetic-material')
& concept2words_2(X,'dna double helix')
& concept2words_2(X,'dna-double-helix')
& concept2words_2(X,'double helical dna')
& concept2words_2(X,'double-helical-dna')
& concept2words_2(X,'deoxyribonucleic-acid')
& concept2words_2(X,dna)
& nucleic_acid_1(X)
& nucleotide_1(fn_dna_1(X))
& monomer_1(fn_dna_1(X))
& dna_strand_1(fn_dna_2(X))
& deoxyribonucleoside_monophosphate_1(fn_dna_3(X))
& deoxyribose_1(fn_dna_4(X))
& deoxyribonucleoside_monophosphate_1(fn_dna_5(X))
& ester_linkage_1(fn_dna_6(X))
& oxygen_1(fn_dna_7(X))
& hold_together_1(fn_dna_8(X))
& entity_1(fn_dna_9(X))
& chemical_entity_1(fn_dna_9(X))
& atom_1(fn_dna_9(X))
& carbon_1(fn_dna_9(X))
& deoxyribonucleoside_monophosphate_1(fn_dna_10(X))
& dna_strand_1(fn_dna_11(X))
& number_5_prime_carbon_1(fn_dna_12(X))
& nucleoside_1(fn_dna_13(X))
& deoxyribose_1(fn_dna_14(X))
& covalent_bond_1(fn_dna_15(X))
& chemical_bond_1(fn_dna_15(X))
& phosphodiester_bond_1(fn_dna_15(X))
& deoxyribonucleoside_monophosphate_1(fn_dna_strand_54(fn_dna_11(X)))
& deoxyribonucleoside_monophosphate_1(fn_dna_strand_68(fn_dna_11(X)))
& spatial_entity_1(fn_nucleoside_20(fn_dna_13(X)))
& molecule_1(fn_nucleoside_20(fn_dna_13(X)))
& organic_molecule_1(fn_nucleoside_20(fn_dna_13(X)))
& pentose_1(fn_nucleoside_20(fn_dna_13(X)))
& hold_together_1(fn_ester_linkage_19(fn_dna_6(X)))
& oxygen_1(fn_ester_linkage_27(fn_dna_6(X)))
& atom_1(fn_organic_molecule_2(fn_dna_13(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_dna_13(X)))
& carbon_1(fn_organic_molecule_1(fn_dna_13(X)))
& chemical_bond_1(fn_molecule_10(fn_dna_14(X)))
& entity_1(fn_nucleoside_6(fn_dna_13(X)))
& chemical_entity_1(fn_nucleoside_6(fn_dna_13(X)))
& atom_1(fn_nucleoside_6(fn_dna_13(X)))
& carbon_1(fn_nucleoside_6(fn_dna_13(X)))
& entity_1(fn_ester_linkage_28(fn_dna_6(X)))
& chemical_entity_1(fn_ester_linkage_28(fn_dna_6(X)))
& atom_1(fn_ester_linkage_28(fn_dna_6(X)))
& carbon_1(fn_ester_linkage_28(fn_dna_6(X)))
& has_part_2(fn_dna_11(X),fn_dna_1(X))
& has_part_2(fn_dna_11(X),fn_dna_4(X))
& has_part_2(fn_dna_11(X),fn_dna_3(X))
& fn_dna_11(X) != fn_dna_2(X)
& complement_2(fn_dna_11(X),fn_dna_2(X))
& exactCardinality(X,has_part_0,"2",dna_strand_0)
& has_part_2(X,fn_dna_2(X))
& has_part_2(X,fn_dna_11(X))
& fn_dna_2(X) != fn_dna_11(X)
& complement_2(fn_dna_2(X),fn_dna_11(X))
& possesses_2(fn_dna_14(X),fn_dna_15(X))
& has_part_2(fn_dna_13(X),fn_dna_12(X))
& has_part_2(fn_dna_11(X),fn_dna_10(X))
& has_part_2(fn_dna_11(X),fn_dna_5(X))
& has_part_2(fn_dna_13(X),fn_dna_14(X))
& has_part_2(fn_dna_14(X),fn_dna_9(X))
& is_between_2(fn_dna_15(X),fn_dna_9(X))
& possesses_2(X,fn_dna_15(X))
& element_2(fn_dna_15(X),fn_dna_6(X))
& called_2(fn_dna_6(X),"2")
& fn_dna_9(X) != fn_dna_7(X)
& fn_dna_7(X) != fn_dna_9(X)
& agent_2(fn_dna_8(X),fn_dna_6(X))
& object_2(fn_dna_8(X),fn_dna_9(X))
& is_between_2(fn_dna_6(X),fn_dna_9(X))
& is_between_2(fn_dna_6(X),fn_dna_7(X))
& has_function_2(fn_dna_6(X),fn_dna_8(X))
& object_2(fn_dna_8(X),fn_dna_7(X))
& fn_dna_15(X) = fn_molecule_10(fn_dna_14(X))
& fn_dna_12(X) = fn_organic_molecule_2(fn_dna_13(X))
& fn_dna_12(X) = fn_organic_molecule_1(fn_dna_13(X))
& fn_dna_10(X) = fn_dna_strand_54(fn_dna_11(X))
& fn_dna_5(X) = fn_dna_strand_68(fn_dna_11(X))
& fn_dna_9(X) = fn_nucleoside_6(fn_dna_13(X))
& fn_dna_14(X) = fn_nucleoside_20(fn_dna_13(X))
& fn_dna_9(X) = fn_molecule_9(X)
& fn_dna_9(X) = fn_nucleic_acid_15(X)
& fn_dna_6(X) = fn_nucleic_acid_16(X)
& fn_dna_15(X) = fn_molecule_10(X)
& fn_dna_15(X) = fn_nucleic_acid_19(X)
& fn_dna_9(X) = fn_ester_linkage_28(fn_dna_6(X))
& fn_dna_8(X) = fn_ester_linkage_19(fn_dna_6(X))
& fn_dna_7(X) = fn_ester_linkage_27(fn_dna_6(X))
& fn_organic_molecule_2(fn_dna_13(X)) = fn_organic_molecule_1(fn_dna_13(X))
& fn_organic_molecule_1(fn_dna_13(X)) = fn_molecule_10(fn_dna_14(X))
& fn_molecule_10(fn_dna_14(X)) = fn_molecule_10(X)
& fn_nucleic_acid_19(X) = fn_nucleic_acid_19(X)
& fn_nucleic_acid_19(X) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_nucleic_acid_19(X)
& fn_nucleic_acid_19(X) = fn_nucleoside_6(fn_dna_13(X))
& fn_nucleoside_6(fn_dna_13(X)) = fn_molecule_9(X)
& fn_molecule_9(X) = fn_nucleoside_6(fn_dna_13(X))
& fn_nucleoside_6(fn_dna_13(X)) = fn_nucleic_acid_15(X)
& fn_nucleic_acid_15(X) = fn_nucleic_acid_15(X)
& fn_nucleic_acid_15(X) = fn_ester_linkage_28(fn_dna_6(X))
& fn_ester_linkage_28(fn_dna_6(X)) = fn_ester_linkage_28(fn_dna_6(X)) ) ) ).
fof(a529044,axiom,
! [X] :
( dna_binding_domain_1(X)
=> ( original_name_2(X,'DNA-Binding-Domain')
& user_description_2(X,'A part of a protein\'s three-dimensional structure that binds to DNA.')
& concept2words_2(X,'dna binding domain')
& concept2words_2(X,'dna-binding domain')
& concept2words_2(X,'dna-binding-domain')
& protein_domain_1(X)
& ~ variable_domain_1(X) ) ) ).
fof(a529045,axiom,
! [X] :
( dna_breakdown_1(X)
=> ( original_name_2(X,'DNA-Breakdown')
& user_description_2(X,'The process in which DNA breaks down into their simpler components.')
& concept2words_2(X,'break down')
& concept2words_2(X,'breakdown of dna')
& concept2words_2(X,'dna breakdown')
& concept2words_2(X,'dna-breakdown')
& polymer_breakdown_1(X)
& chemical_bond_1(fn_dna_breakdown_1(X))
& double_bond_1(fn_dna_breakdown_1(X))
& functional_group_1(fn_dna_breakdown_2(X))
& phosphate_group_1(fn_dna_breakdown_2(X))
& carbon_1(fn_dna_breakdown_3(X))
& phosphorus_1(fn_dna_breakdown_4(X))
& entity_1(fn_dna_breakdown_5(X))
& chemical_entity_1(fn_dna_breakdown_5(X))
& atom_1(fn_dna_breakdown_5(X))
& oxygen_1(fn_dna_breakdown_5(X))
& monomer_1(fn_dna_breakdown_6(X))
& chemical_entity_1(fn_dna_breakdown_6(X))
& nucleotide_1(fn_dna_breakdown_6(X))
& hydrolysis_1(fn_dna_breakdown_7(X))
& hydrogen_1(fn_dna_breakdown_8(X))
& oxygen_1(fn_dna_breakdown_9(X))
& entity_1(fn_dna_breakdown_9(X))
& chemical_entity_1(fn_dna_breakdown_9(X))
& atom_1(fn_dna_breakdown_9(X))
& hydroxyl_group_1(fn_dna_breakdown_10(X))
& functional_group_1(fn_dna_breakdown_10(X))
& dna_1(fn_dna_breakdown_11(X))
& quantity_value_1(fn_dna_breakdown_12(X))
& quantity_value_1(fn_dna_breakdown_13(X))
& tangible_entity_1(fn_dna_breakdown_14(X))
& chemical_entity_1(fn_dna_breakdown_14(X))
& entity_1(fn_dna_breakdown_14(X))
& atom_1(fn_dna_breakdown_14(X))
& hydrogen_1(fn_dna_breakdown_14(X))
& atom_1(fn_dna_breakdown_15(X))
& chemical_entity_1(fn_dna_breakdown_15(X))
& chemical_entity_1(fn_dna_breakdown_16(X))
& water_molecule_1(fn_dna_breakdown_16(X))
& chemical_energy_1(fn_dna_breakdown_17(X))
& reactant_1(fn_dna_breakdown_18(X))
& atom_1(fn_organic_molecule_2(fn_dna_breakdown_11(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_dna_breakdown_11(X)))
& property_node_1(fn_hydrolysis_18(fn_dna_breakdown_7(X)))
& property_node_1(fn_hydrolysis_19(fn_dna_breakdown_7(X)))
& quantity_value_1(fn_hydrolysis_15(fn_dna_breakdown_7(X)))
& quantity_value_1(fn_hydrolysis_16(fn_dna_breakdown_7(X)))
& chemical_energy_1(fn_hydrolysis_17(fn_dna_breakdown_7(X)))
& hydroxyl_group_1(fn_hydrolysis_13(fn_dna_breakdown_7(X)))
& carbon_1(fn_nucleotide_9(fn_dna_breakdown_6(X)))
& phosphate_group_1(fn_nucleotide_15(fn_dna_breakdown_6(X)))
& chemical_entity_1(fn_reactant_3(fn_dna_breakdown_18(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_dna_breakdown_7(X)))
& hydrogen_1(fn_hydrolysis_3(fn_dna_breakdown_7(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_dna_breakdown_10(X)))
& hydrogen_1(fn_hydrolysis_5(fn_dna_breakdown_7(X)))
& tangible_entity_1(fn_hydrolysis_8(fn_dna_breakdown_7(X)))
& entity_1(fn_hydrolysis_8(fn_dna_breakdown_7(X)))
& chemical_entity_1(fn_hydrolysis_8(fn_dna_breakdown_7(X)))
& atom_1(fn_hydrolysis_8(fn_dna_breakdown_7(X)))
& hydrogen_1(fn_hydrolysis_8(fn_dna_breakdown_7(X)))
& entity_1(fn_hydrolysis_7(fn_dna_breakdown_7(X)))
& atom_1(fn_hydrolysis_7(fn_dna_breakdown_7(X)))
& hydrogen_1(fn_hydrolysis_7(fn_dna_breakdown_7(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_dna_breakdown_7(X)))
& water_molecule_1(fn_hydrolysis_10(fn_dna_breakdown_7(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_dna_breakdown_7(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_dna_breakdown_7(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_dna_breakdown_7(X)))
& chemical_entity_1(fn_functional_group_1(fn_dna_breakdown_10(X)))
& chemical_entity_1(fn_functional_group_1(fn_dna_breakdown_2(X)))
& phosphorus_1(fn_nucleotide_30(fn_dna_breakdown_6(X)))
& phosphorus_1(fn_phosphate_group_6(fn_dna_breakdown_2(X)))
& chemical_bond_1(fn_nucleotide_29(fn_dna_breakdown_6(X)))
& double_bond_1(fn_nucleotide_29(fn_dna_breakdown_6(X)))
& double_bond_1(fn_phosphate_group_41(fn_dna_breakdown_2(X)))
& oxygen_1(fn_nucleotide_10(fn_dna_breakdown_6(X)))
& entity_1(fn_nucleotide_10(fn_dna_breakdown_6(X)))
& chemical_entity_1(fn_nucleotide_10(fn_dna_breakdown_6(X)))
& atom_1(fn_nucleotide_10(fn_dna_breakdown_6(X)))
& entity_1(fn_phosphate_group_22(fn_dna_breakdown_2(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_dna_breakdown_2(X)))
& atom_1(fn_phosphate_group_22(fn_dna_breakdown_2(X)))
& oxygen_1(fn_phosphate_group_22(fn_dna_breakdown_2(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_dna_breakdown_10(X)))
& oxygen_1(fn_hydrolysis_4(fn_dna_breakdown_7(X)))
& entity_1(fn_nucleotide_13(fn_dna_breakdown_6(X)))
& chemical_entity_1(fn_nucleotide_13(fn_dna_breakdown_6(X)))
& atom_1(fn_nucleotide_13(fn_dna_breakdown_6(X)))
& oxygen_1(fn_nucleotide_13(fn_dna_breakdown_6(X)))
& oxygen_1(fn_phosphate_group_5(fn_dna_breakdown_2(X)))
& entity_1(fn_phosphate_group_5(fn_dna_breakdown_2(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_dna_breakdown_2(X)))
& atom_1(fn_phosphate_group_5(fn_dna_breakdown_2(X)))
& chemical_reaction_1(fn_reactant_2(fn_dna_breakdown_18(X)))
& has_state_2(fn_dna_breakdown_15(X),fn_dna_breakdown_6(X))
& greater_than_or_equal_to_2(fn_dna_breakdown_12(X),fn_dna_breakdown_13(X))
& subevent_2(X,fn_dna_breakdown_7(X))
& result_2(X,fn_dna_breakdown_6(X))
& has_part_2(fn_dna_breakdown_11(X),fn_dna_breakdown_15(X))
& in_event_2(fn_dna_breakdown_18(X),X)
& raw_material_2(X,fn_dna_breakdown_11(X))
& plays_2(fn_dna_breakdown_11(X),fn_dna_breakdown_18(X))
& result_2(fn_dna_breakdown_7(X),fn_dna_breakdown_6(X))
& has_part_2(fn_dna_breakdown_6(X),fn_dna_breakdown_8(X))
& fn_dna_breakdown_11(X) != fn_dna_breakdown_16(X)
& fn_dna_breakdown_16(X) != fn_dna_breakdown_11(X)
& raw_material_2(fn_dna_breakdown_7(X),fn_dna_breakdown_11(X))
& possesses_2(fn_dna_breakdown_11(X),fn_dna_breakdown_17(X))
& quantity_2(fn_dna_breakdown_17(X),fn_dna_breakdown_12(X))
& greater_than_2(fn_dna_breakdown_12(X),fn_dna_breakdown_13(X))
& fn_dna_breakdown_9(X) != fn_dna_breakdown_8(X)
& fn_dna_breakdown_8(X) != fn_dna_breakdown_9(X)
& raw_material_2(fn_dna_breakdown_7(X),fn_dna_breakdown_16(X))
& has_part_2(fn_dna_breakdown_16(X),fn_dna_breakdown_14(X))
& has_state_2(fn_dna_breakdown_14(X),fn_dna_breakdown_8(X))
& is_inside_2(fn_dna_breakdown_8(X),fn_dna_breakdown_10(X))
& is_inside_2(fn_dna_breakdown_9(X),fn_dna_breakdown_10(X))
& fn_dna_breakdown_4(X) != fn_dna_breakdown_5(X)
& fn_dna_breakdown_9(X) != fn_dna_breakdown_4(X)
& fn_dna_breakdown_5(X) != fn_dna_breakdown_4(X)
& is_inside_2(fn_dna_breakdown_5(X),fn_dna_breakdown_2(X))
& is_inside_2(fn_dna_breakdown_9(X),fn_dna_breakdown_2(X))
& fn_dna_breakdown_4(X) != fn_dna_breakdown_9(X)
& is_inside_2(fn_dna_breakdown_4(X),fn_dna_breakdown_2(X))
& fn_dna_breakdown_9(X) != fn_dna_breakdown_5(X)
& fn_dna_breakdown_5(X) != fn_dna_breakdown_9(X)
& is_between_2(fn_dna_breakdown_1(X),fn_dna_breakdown_4(X))
& is_between_2(fn_dna_breakdown_1(X),fn_dna_breakdown_9(X))
& fn_dna_breakdown_3(X) != fn_dna_breakdown_9(X)
& possesses_2(fn_dna_breakdown_6(X),fn_dna_breakdown_1(X))
& has_part_2(fn_dna_breakdown_6(X),fn_dna_breakdown_3(X))
& fn_dna_breakdown_9(X) != fn_dna_breakdown_3(X)
& has_part_2(fn_dna_breakdown_6(X),fn_dna_breakdown_9(X))
& has_part_2(fn_dna_breakdown_6(X),fn_dna_breakdown_5(X))
& has_region_2(fn_dna_breakdown_6(X),fn_dna_breakdown_2(X))
& has_part_2(fn_dna_breakdown_6(X),fn_dna_breakdown_4(X))
& has_region_2(fn_dna_breakdown_6(X),fn_dna_breakdown_10(X))
& fn_dna_breakdown_6(X) = fn_polymer_breakdown_2(X)
& fn_dna_breakdown_15(X) = fn_organic_molecule_2(fn_dna_breakdown_11(X))
& fn_dna_breakdown_11(X) = fn_reactant_3(fn_dna_breakdown_18(X))
& X = fn_reactant_2(fn_dna_breakdown_18(X))
& fn_dna_breakdown_6(X) = fn_decomposition_reaction_4(fn_dna_breakdown_7(X))
& fn_dna_breakdown_6(X) = fn_exergonic_reaction_11(fn_dna_breakdown_7(X))
& fn_dna_breakdown_6(X) = fn_hydrolysis_9(fn_dna_breakdown_7(X))
& fn_dna_breakdown_19(X) = fn_hydrolysis_18(fn_dna_breakdown_7(X))
& fn_dna_breakdown_20(X) = fn_hydrolysis_19(fn_dna_breakdown_7(X))
& fn_dna_breakdown_13(X) = fn_hydrolysis_15(fn_dna_breakdown_7(X))
& fn_dna_breakdown_12(X) = fn_hydrolysis_16(fn_dna_breakdown_7(X))
& fn_dna_breakdown_17(X) = fn_hydrolysis_17(fn_dna_breakdown_7(X))
& fn_dna_breakdown_11(X) = fn_hydrolysis_11(fn_dna_breakdown_7(X))
& fn_dna_breakdown_9(X) = fn_hydroxyl_group_4(fn_dna_breakdown_10(X))
& fn_dna_breakdown_9(X) = fn_hydrolysis_4(fn_dna_breakdown_7(X))
& fn_dna_breakdown_8(X) = fn_hydroxyl_group_6(fn_dna_breakdown_10(X))
& fn_dna_breakdown_10(X) = fn_hydrolysis_13(fn_dna_breakdown_7(X))
& fn_dna_breakdown_8(X) = fn_hydrolysis_3(fn_dna_breakdown_7(X))
& fn_dna_breakdown_8(X) = fn_hydrolysis_5(fn_dna_breakdown_7(X))
& fn_dna_breakdown_14(X) = fn_hydrolysis_8(fn_dna_breakdown_7(X))
& fn_dna_breakdown_14(X) = fn_hydrolysis_7(fn_dna_breakdown_7(X))
& fn_dna_breakdown_16(X) = fn_exergonic_reaction_10(fn_dna_breakdown_7(X))
& fn_dna_breakdown_16(X) = fn_hydrolysis_10(fn_dna_breakdown_7(X))
& fn_dna_breakdown_6(X) = fn_functional_group_1(fn_dna_breakdown_10(X))
& fn_dna_breakdown_1(X) = fn_nucleotide_29(fn_dna_breakdown_6(X))
& fn_dna_breakdown_3(X) = fn_nucleotide_9(fn_dna_breakdown_6(X))
& fn_dna_breakdown_9(X) = fn_nucleotide_13(fn_dna_breakdown_6(X))
& fn_dna_breakdown_5(X) = fn_nucleotide_10(fn_dna_breakdown_6(X))
& fn_dna_breakdown_6(X) = fn_functional_group_1(fn_dna_breakdown_2(X))
& fn_dna_breakdown_2(X) = fn_nucleotide_15(fn_dna_breakdown_6(X))
& fn_dna_breakdown_4(X) = fn_nucleotide_30(fn_dna_breakdown_6(X))
& fn_dna_breakdown_4(X) = fn_phosphate_group_6(fn_dna_breakdown_2(X))
& fn_dna_breakdown_1(X) = fn_phosphate_group_41(fn_dna_breakdown_2(X))
& fn_dna_breakdown_9(X) = fn_phosphate_group_5(fn_dna_breakdown_2(X))
& fn_dna_breakdown_5(X) = fn_phosphate_group_22(fn_dna_breakdown_2(X))
& fn_reactant_3(fn_dna_breakdown_18(X)) = fn_reactant_3(fn_dna_breakdown_18(X))
& fn_reactant_3(fn_dna_breakdown_18(X)) = fn_hydrolysis_11(fn_dna_breakdown_7(X))
& fn_hydrolysis_11(fn_dna_breakdown_7(X)) = fn_hydrolysis_11(fn_dna_breakdown_7(X))
& fn_hydrolysis_11(fn_dna_breakdown_7(X)) = fn_hydrolysis_3(fn_dna_breakdown_7(X))
& fn_hydroxyl_group_6(fn_dna_breakdown_10(X)) = fn_hydroxyl_group_6(fn_dna_breakdown_10(X))
& fn_hydroxyl_group_6(fn_dna_breakdown_10(X)) = fn_hydrolysis_3(fn_dna_breakdown_7(X))
& fn_hydrolysis_3(fn_dna_breakdown_7(X)) = fn_hydroxyl_group_6(fn_dna_breakdown_10(X))
& fn_hydrolysis_5(fn_dna_breakdown_7(X)) = fn_hydroxyl_group_6(fn_dna_breakdown_10(X))
& fn_hydroxyl_group_6(fn_dna_breakdown_10(X)) = fn_hydrolysis_5(fn_dna_breakdown_7(X))
& fn_hydrolysis_5(fn_dna_breakdown_7(X)) = fn_hydrolysis_5(fn_dna_breakdown_7(X))
& fn_hydrolysis_5(fn_dna_breakdown_7(X)) = fn_hydrolysis_8(fn_dna_breakdown_7(X))
& fn_hydrolysis_7(fn_dna_breakdown_7(X)) = fn_hydrolysis_8(fn_dna_breakdown_7(X))
& fn_hydrolysis_8(fn_dna_breakdown_7(X)) = fn_hydrolysis_7(fn_dna_breakdown_7(X))
& fn_hydrolysis_7(fn_dna_breakdown_7(X)) = fn_hydrolysis_10(fn_dna_breakdown_7(X))
& fn_hydrolysis_10(fn_dna_breakdown_7(X)) = fn_hydrolysis_10(fn_dna_breakdown_7(X))
& fn_hydrolysis_10(fn_dna_breakdown_7(X)) = fn_exergonic_reaction_10(fn_dna_breakdown_7(X))
& fn_exergonic_reaction_10(fn_dna_breakdown_7(X)) = fn_hydrolysis_10(fn_dna_breakdown_7(X))
& fn_hydrolysis_10(fn_dna_breakdown_7(X)) = fn_decomposition_reaction_4(fn_dna_breakdown_7(X))
& fn_decomposition_reaction_4(fn_dna_breakdown_7(X)) = fn_exergonic_reaction_11(fn_dna_breakdown_7(X))
& fn_polymer_breakdown_2(X) = fn_exergonic_reaction_11(fn_dna_breakdown_7(X))
& fn_exergonic_reaction_11(fn_dna_breakdown_7(X)) = fn_polymer_breakdown_2(X)
& fn_polymer_breakdown_2(X) = fn_hydrolysis_9(fn_dna_breakdown_7(X))
& fn_hydrolysis_9(fn_dna_breakdown_7(X)) = fn_hydrolysis_9(fn_dna_breakdown_7(X))
& fn_hydrolysis_9(fn_dna_breakdown_7(X)) = fn_functional_group_1(fn_dna_breakdown_10(X))
& fn_functional_group_1(fn_dna_breakdown_10(X)) = fn_functional_group_1(fn_dna_breakdown_2(X))
& fn_functional_group_1(fn_dna_breakdown_2(X)) = fn_nucleotide_30(fn_dna_breakdown_6(X))
& fn_nucleotide_30(fn_dna_breakdown_6(X)) = fn_phosphate_group_6(fn_dna_breakdown_2(X))
& fn_phosphate_group_6(fn_dna_breakdown_2(X)) = fn_phosphate_group_6(fn_dna_breakdown_2(X))
& fn_phosphate_group_6(fn_dna_breakdown_2(X)) = fn_nucleotide_29(fn_dna_breakdown_6(X))
& fn_nucleotide_29(fn_dna_breakdown_6(X)) = fn_phosphate_group_41(fn_dna_breakdown_2(X))
& fn_phosphate_group_41(fn_dna_breakdown_2(X)) = fn_phosphate_group_41(fn_dna_breakdown_2(X))
& fn_phosphate_group_41(fn_dna_breakdown_2(X)) = fn_nucleotide_10(fn_dna_breakdown_6(X))
& fn_nucleotide_10(fn_dna_breakdown_6(X)) = fn_phosphate_group_22(fn_dna_breakdown_2(X))
& fn_phosphate_group_22(fn_dna_breakdown_2(X)) = fn_phosphate_group_22(fn_dna_breakdown_2(X))
& fn_phosphate_group_22(fn_dna_breakdown_2(X)) = fn_hydroxyl_group_4(fn_dna_breakdown_10(X))
& fn_hydrolysis_4(fn_dna_breakdown_7(X)) = fn_hydroxyl_group_4(fn_dna_breakdown_10(X))
& fn_hydroxyl_group_4(fn_dna_breakdown_10(X)) = fn_hydrolysis_4(fn_dna_breakdown_7(X))
& fn_hydrolysis_4(fn_dna_breakdown_7(X)) = fn_hydrolysis_4(fn_dna_breakdown_7(X))
& fn_hydrolysis_4(fn_dna_breakdown_7(X)) = fn_nucleotide_13(fn_dna_breakdown_6(X))
& fn_nucleotide_13(fn_dna_breakdown_6(X)) = fn_nucleotide_13(fn_dna_breakdown_6(X))
& fn_nucleotide_13(fn_dna_breakdown_6(X)) = fn_phosphate_group_5(fn_dna_breakdown_2(X))
& fn_phosphate_group_5(fn_dna_breakdown_2(X)) = fn_phosphate_group_5(fn_dna_breakdown_2(X))
& fn_reactant_2(fn_dna_breakdown_18(X)) = fn_reactant_2(fn_dna_breakdown_18(X)) ) ) ).
fof(a529046,axiom,
! [X] :
( dna_chip_1(X)
=> ( original_name_2(X,'DNA-Chip')
& user_description_2(X,'A high density array of short DNA molecules bound to a solid surface for use in probing a biological sample to determine gene expression, marker pattern or nucleotide sequence of DNA.')
& concept2words_2(X,'chip of dna')
& concept2words_2(X,'dna chip')
& concept2words_2(X,'dna-chip')
& scientific_device_1(X)
& ~ pet_scanner_1(X)
& ~ spectrophotometer_1(X) ) ) ).
fof(a529047,axiom,
! [X] :
( dna_codon_1(X)
=> ( original_name_2(X,'DNA-Codon')
& user_description_2(X,'A DNA codon is three nucleotides in a DNA molecule whose sequence of nitrogenous bases coldes for one specific amino acid.')
& concept2words_2(X,'codon of dna')
& concept2words_2(X,'dna codon')
& concept2words_2(X,'dna-codon')
& codon_1(X)
& ~ rna_codon_1(X)
& dna_strand_1(fn_dna_codon_1(X))
& size_value_1(fn_dna_codon_4(X))
& size_value_1(fn_dna_codon_5(X))
& phosphodiester_bond_1(fn_dna_codon_6(X))
& hold_together_1(fn_dna_codon_7(X))
& deoxyribonucleoside_monophosphate_1(fn_dna_codon_8(X))
& deoxyribonucleoside_monophosphate_1(fn_dna_codon_9(X))
& hold_together_1(fn_chemical_bond_3(fn_dna_codon_6(X)))
& hold_together_1(fn_phosphodiester_bond_14(fn_dna_codon_6(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_dna_codon_6(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_dna_codon_6(X)))
& possesses_2(X,fn_dna_codon_6(X))
& is_at_2(X,fn_dna_codon_1(X))
& next_element_2(fn_dna_codon_8(X),fn_dna_codon_9(X))
& is_between_2(fn_dna_codon_6(X),fn_dna_codon_9(X))
& object_2(fn_dna_codon_7(X),fn_dna_codon_9(X))
& element_2(X,fn_dna_codon_8(X))
& next_element_2(fn_dna_codon_9(X),fn_dna_codon_8(X))
& has_function_2(fn_dna_codon_6(X),fn_dna_codon_7(X))
& agent_2(fn_dna_codon_7(X),fn_dna_codon_6(X))
& size_2(fn_dna_codon_9(X),fn_dna_codon_5(X))
& first_element_2(X,fn_dna_codon_9(X))
& element_2(X,fn_dna_codon_9(X))
& size_2(X,fn_dna_codon_4(X))
& greater_than_2(fn_dna_codon_4(X),fn_dna_codon_5(X))
& fn_dna_codon_7(X) = fn_chemical_bond_3(fn_dna_codon_6(X))
& fn_dna_codon_9(X) = fn_chemical_bond_1(fn_dna_codon_6(X))
& fn_dna_codon_9(X) = fn_chemical_bond_4(fn_dna_codon_6(X))
& fn_dna_codon_9(X) = fn_codon_1(X)
& fn_dna_codon_8(X) = fn_codon_2(X)
& fn_dna_codon_7(X) = fn_phosphodiester_bond_14(fn_dna_codon_6(X))
& fn_dna_codon_3(X) = fn_nucleic_acid_sequence_4(X)
& fn_dna_codon_2(X) = fn_nucleic_acid_sequence_3(X)
& fn_dna_codon_5(X) = fn_nucleic_acid_sequence_1(X)
& fn_dna_codon_4(X) = fn_nucleic_acid_sequence_2(X)
& fn_dna_codon_9(X) = fn_nucleic_acid_sequence_5(X)
& fn_chemical_bond_3(fn_dna_codon_6(X)) = fn_chemical_bond_3(fn_dna_codon_6(X))
& fn_chemical_bond_3(fn_dna_codon_6(X)) = fn_phosphodiester_bond_14(fn_dna_codon_6(X))
& fn_phosphodiester_bond_14(fn_dna_codon_6(X)) = fn_phosphodiester_bond_14(fn_dna_codon_6(X))
& fn_phosphodiester_bond_14(fn_dna_codon_6(X)) = fn_chemical_bond_1(fn_dna_codon_6(X))
& fn_chemical_bond_4(fn_dna_codon_6(X)) = fn_chemical_bond_1(fn_dna_codon_6(X))
& fn_chemical_bond_1(fn_dna_codon_6(X)) = fn_chemical_bond_4(fn_dna_codon_6(X))
& fn_chemical_bond_4(fn_dna_codon_6(X)) = fn_chemical_bond_4(fn_dna_codon_6(X))
& fn_chemical_bond_4(fn_dna_codon_6(X)) = fn_codon_1(X)
& fn_codon_1(X) = fn_codon_1(X)
& fn_codon_1(X) = fn_nucleic_acid_sequence_5(X)
& fn_nucleic_acid_sequence_5(X) = fn_nucleic_acid_sequence_5(X) ) ) ).
fof(a529048,axiom,
! [X] :
( dna_damage_1(X)
=> ( original_name_2(X,'DNA-Damage')
& user_description_2(X,'Injuries to the DNA that change the normal structure of the molecule which can result in a mutation or can block DNA replication.')
& concept2words_2(X,damage)
& concept2words_2(X,'damage of dna')
& concept2words_2(X,'dna damage')
& concept2words_2(X,'dna-damage')
& damage_1(X)
& cell_1(fn_dna_damage_1(X))
& change_1(fn_dna_damage_2(X))
& nucleotide_1(fn_dna_damage_3(X))
& damaged_dna_strand_1(fn_dna_damage_4(X))
& tangible_entity_1(fn_dna_damage_5(X))
& tangible_entity_1(fn_dna_damage_6(X))
& dna_1(fn_dna_damage_6(X))
& dna_strand_1(fn_dna_damage_7(X))
& dna_strand_1(fn_dna_2(fn_dna_damage_6(X)))
& dna_strand_1(fn_dna_11(fn_dna_damage_6(X)))
& object_2(fn_dna_damage_2(X),fn_dna_damage_3(X))
& base_2(fn_dna_damage_2(X),fn_dna_damage_7(X))
& base_2(X,fn_dna_damage_1(X))
& agent_2(X,fn_dna_damage_5(X))
& result_2(X,fn_dna_damage_4(X))
& subevent_2(X,fn_dna_damage_2(X))
& object_2(X,fn_dna_damage_6(X))
& has_part_2(fn_dna_damage_6(X),fn_dna_damage_7(X))
& fn_dna_damage_6(X) = fn_impair_1(X)
& fn_dna_damage_7(X) = fn_dna_2(fn_dna_damage_6(X))
& fn_dna_damage_7(X) = fn_dna_11(fn_dna_damage_6(X))
& fn_dna_2(fn_dna_damage_6(X)) = fn_dna_11(fn_dna_damage_6(X)) ) ) ).
fof(a529049,axiom,
! [X] :
( dna_double_helix_1(X)
=> ( original_name_2(X,'DNA-Double-Helix')
& user_description_2(X,'The native shape of DNA molecules, in which two polynucleotide strands in antiparallel orientation spiral around an imaginary central axis.')
& concept2words_2(X,'dna double helix')
& concept2words_2(X,'dna-double-helix')
& cellular_structure_1(X)
& shape_value_1(fn_dna_double_helix_3(X))
& shape_value_1(fn_dna_double_helix_4(X))
& atom_1(fn_dna_double_helix_5(X))
& length_value_1(fn_dna_double_helix_6(X))
& deoxyribonucleoside_monophosphate_1(fn_dna_double_helix_8(X))
& parallel_dna_strand_1(fn_dna_double_helix_9(X))
& antiparallel_dna_strand_1(fn_dna_double_helix_10(X))
& gene_1(fn_dna_double_helix_11(X))
& deoxyribonucleoside_monophosphate_1(fn_dna_double_helix_12(X))
& sugar_phosphate_backbone_1(fn_dna_double_helix_13(X))
& number_3_prime_end_1(fn_dna_double_helix_14(X))
& number_5_prime_end_1(fn_dna_double_helix_15(X))
& number_3_prime_end_1(fn_dna_double_helix_16(X))
& number_5_prime_end_1(fn_dna_double_helix_17(X))
& sugar_phosphate_backbone_1(fn_dna_double_helix_18(X))
& nucleic_acid_1(fn_sugar_phosphate_backbone_1(fn_dna_double_helix_18(X)))
& nucleic_acid_1(fn_sugar_phosphate_backbone_1(fn_dna_double_helix_13(X)))
& number_5_prime_end_1(fn_dna_strand_11(fn_dna_double_helix_9(X)))
& number_3_prime_end_1(fn_dna_strand_12(fn_dna_double_helix_9(X)))
& gene_1(fn_dna_strand_14(fn_dna_double_helix_9(X)))
& number_3_prime_end_1(fn_dna_strand_12(fn_dna_double_helix_10(X)))
& number_5_prime_end_1(fn_dna_strand_11(fn_dna_double_helix_10(X)))
& deoxyribonucleoside_monophosphate_1(fn_dna_strand_54(fn_dna_double_helix_9(X)))
& deoxyribonucleoside_monophosphate_1(fn_dna_strand_68(fn_dna_double_helix_9(X)))
& the_scalar_value_2(fn_dna_double_helix_6(X),long_0)
& scalar_unit_class_2(fn_dna_double_helix_6(X),cellular_structure_0)
& is_outside_2(fn_dna_double_helix_18(X),X)
& is_opposite_2(fn_dna_double_helix_17(X),fn_dna_double_helix_14(X))
& is_opposite_2(fn_dna_double_helix_16(X),fn_dna_double_helix_15(X))
& is_opposite_2(fn_dna_double_helix_15(X),fn_dna_double_helix_16(X))
& is_opposite_2(fn_dna_double_helix_14(X),fn_dna_double_helix_17(X))
& is_outside_2(fn_dna_double_helix_13(X),X)
& has_part_2(fn_dna_double_helix_11(X),fn_dna_double_helix_5(X))
& length_2(X,fn_dna_double_helix_6(X))
& fn_dna_double_helix_10(X) != fn_dna_double_helix_9(X)
& complement_2(fn_dna_double_helix_10(X),fn_dna_double_helix_9(X))
& shape_2(fn_dna_double_helix_10(X),fn_dna_double_helix_3(X))
& fn_dna_double_helix_9(X) != fn_dna_double_helix_10(X)
& complement_2(fn_dna_double_helix_9(X),fn_dna_double_helix_10(X))
& has_part_2(fn_dna_double_helix_9(X),fn_dna_double_helix_8(X))
& shape_2(fn_dna_double_helix_9(X),fn_dna_double_helix_4(X))
& the_categorical_value_2(fn_dna_double_helix_4(X),helix_0)
& the_categorical_value_2(fn_dna_double_helix_3(X),helix_0)
& has_region_2(fn_dna_double_helix_10(X),fn_dna_double_helix_18(X))
& has_region_2(fn_dna_double_helix_9(X),fn_dna_double_helix_13(X))
& has_region_2(fn_dna_double_helix_9(X),fn_dna_double_helix_15(X))
& has_region_2(fn_dna_double_helix_9(X),fn_dna_double_helix_14(X))
& has_part_2(fn_dna_double_helix_9(X),fn_dna_double_helix_11(X))
& has_part_2(fn_dna_double_helix_9(X),fn_dna_double_helix_12(X))
& has_region_2(fn_dna_double_helix_10(X),fn_dna_double_helix_16(X))
& has_region_2(fn_dna_double_helix_10(X),fn_dna_double_helix_17(X))
& fn_dna_double_helix_10(X) = fn_sugar_phosphate_backbone_1(fn_dna_double_helix_18(X))
& fn_dna_double_helix_9(X) = fn_sugar_phosphate_backbone_1(fn_dna_double_helix_13(X))
& fn_dna_double_helix_15(X) = fn_dna_strand_11(fn_dna_double_helix_9(X))
& fn_dna_double_helix_14(X) = fn_dna_strand_12(fn_dna_double_helix_9(X))
& fn_dna_double_helix_11(X) = fn_dna_strand_14(fn_dna_double_helix_9(X))
& fn_dna_double_helix_12(X) = fn_dna_strand_54(fn_dna_double_helix_9(X))
& fn_dna_double_helix_12(X) = fn_dna_strand_68(fn_dna_double_helix_9(X))
& fn_dna_double_helix_16(X) = fn_dna_strand_12(fn_dna_double_helix_10(X))
& fn_dna_double_helix_17(X) = fn_dna_strand_11(fn_dna_double_helix_10(X))
& fn_dna_strand_54(fn_dna_double_helix_9(X)) = fn_dna_strand_68(fn_dna_double_helix_9(X)) ) ) ).
fof(a529050,axiom,
! [X] :
( dna_elongation_1(X)
=> ( original_name_2(X,'DNA-Elongation')
& user_description_2(X,'The process of DNA elongation occurs at the replication fork, present at the end of each replication bubble')
& concept2words_2(X,elongate)
& concept2words_2(X,'elongation of dna')
& concept2words_2(X,'dna elongation')
& concept2words_2(X,'dna-elongation')
& dna_replication_phase_1(X)
& deoxyribonucleotide_1(fn_dna_elongation_1(X))
& atp_1(fn_dna_elongation_2(X))
& replication_fork_1(fn_dna_elongation_3(X))
& dna_polymerase_1(fn_dna_elongation_4(X))
& dna_strand_1(fn_dna_elongation_5(X))
& synthesis_of_leading_strand_1(fn_dna_elongation_6(X))
& synthesis_of_lagging_strand_1(fn_dna_elongation_7(X))
& chemical_entity_1(fn_dna_elongation_8(X))
& lagging_strand_1(fn_dna_elongation_8(X))
& chemical_entity_1(fn_dna_elongation_9(X))
& leading_strand_1(fn_dna_elongation_9(X))
& chemical_entity_1(fn_anabolic_pathway_5(fn_dna_elongation_7(X)))
& lagging_strand_1(fn_synthesis_of_lagging_strand_37(fn_dna_elongation_7(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_dna_elongation_6(X)))
& leading_strand_1(fn_synthesis_of_leading_strand_63(fn_dna_elongation_6(X)))
& agent_2(X,fn_dna_elongation_4(X))
& object_2(X,fn_dna_elongation_5(X))
& result_2(X,fn_dna_elongation_9(X))
& result_2(X,fn_dna_elongation_8(X))
& subevent_2(X,fn_dna_elongation_7(X))
& subevent_2(X,fn_dna_elongation_6(X))
& raw_material_2(X,fn_dna_elongation_1(X))
& raw_material_2(X,fn_dna_elongation_2(X))
& site_2(X,fn_dna_elongation_3(X))
& result_2(fn_dna_elongation_7(X),fn_dna_elongation_8(X))
& result_2(fn_dna_elongation_6(X),fn_dna_elongation_9(X))
& fn_dna_elongation_8(X) = fn_anabolic_pathway_5(fn_dna_elongation_7(X))
& fn_dna_elongation_8(X) = fn_synthesis_of_lagging_strand_37(fn_dna_elongation_7(X))
& fn_dna_elongation_9(X) = fn_anabolic_pathway_5(fn_dna_elongation_6(X))
& fn_dna_elongation_9(X) = fn_synthesis_of_leading_strand_63(fn_dna_elongation_6(X))
& fn_anabolic_pathway_5(fn_dna_elongation_7(X)) = fn_synthesis_of_lagging_strand_37(fn_dna_elongation_7(X))
& fn_synthesis_of_lagging_strand_37(fn_dna_elongation_7(X)) = fn_anabolic_pathway_5(fn_dna_elongation_6(X))
& fn_anabolic_pathway_5(fn_dna_elongation_6(X)) = fn_synthesis_of_leading_strand_63(fn_dna_elongation_6(X)) ) ) ).
fof(a529051,axiom,
! [X] :
( dna_fingerprint_1(X)
=> ( original_name_2(X,'DNA-Fingerprint')
& user_description_2(X,'An individual\'s unique sequence of DNA base pairs, determined by exposing a sample of the person\'s DNA to molecular probes.')
& concept2words_2(X,'genetic fingerprint')
& concept2words_2(X,'fingerprint of dna')
& concept2words_2(X,'dna fingerprint')
& concept2words_2(X,'dna-fingerprint')
& band_pattern_1(X) ) ) ).
fof(a529052,axiom,
! [X] :
( dna_fingerprinting_1(X)
=> ( original_name_2(X,'DNA-Fingerprinting')
& user_description_2(X,'The process of using genetic markers to create specific banding patterns at particular loci which can be used to identify individuals.')
& concept2words_2(X,fingerpring)
& concept2words_2(X,'fingerprinting of dna')
& concept2words_2(X,'dna fingerprinting')
& concept2words_2(X,'dna-fingerprinting')
& biotechnology_1(X) ) ) ).
fof(a529053,axiom,
! [X,X1] :
( ( frequency_2(X,X1)
& dna_methylation_1(X)
& frequency_value_1(X1) )
=> ( dna_hypermethylation_1(X)
& fn_dna_hypermethylation_1(X) = X1 ) ) ).
fof(a529054,axiom,
! [X] :
( dna_hypermethylation_1(X)
=> ( original_name_2(X,'DNA-Hypermethylation')
& user_description_2(X,'The addition of a large number of methyl groups to DNA bases, usually cytosine, in the chromosomes of plants, animals, and fungi to inactivate genes.')
& concept2words_2(X,hypermethylate)
& concept2words_2(X,'dna hypermethylation')
& concept2words_2(X,'dna-hypermethylation')
& dna_methylation_1(X)
& frequency_value_1(fn_dna_hypermethylation_1(X))
& add_1(fn_dna_hypermethylation_4(X))
& methyl_group_1(fn_dna_hypermethylation_5(X))
& dna_1(fn_dna_hypermethylation_6(X))
& spatial_entity_1(fn_add_2(fn_dna_hypermethylation_4(X)))
& spatial_entity_1(fn_add_1(fn_dna_hypermethylation_4(X)))
& frequency_2(X,fn_dna_hypermethylation_1(X))
& subevent_2(X,fn_dna_hypermethylation_4(X))
& the_scalar_value_2(fn_dna_hypermethylation_1(X),often_0)
& scalar_unit_class_2(fn_dna_hypermethylation_1(X),dna_methylation_0)
& base_2(fn_dna_hypermethylation_4(X),fn_dna_hypermethylation_6(X))
& object_2(fn_dna_hypermethylation_4(X),fn_dna_hypermethylation_5(X))
& fn_dna_hypermethylation_6(X) = fn_add_2(fn_dna_hypermethylation_4(X))
& fn_dna_hypermethylation_5(X) = fn_add_1(fn_dna_hypermethylation_4(X)) ) ) ).
fof(a529055,axiom,
! [X] :
( dna_library_1(X)
=> ( original_name_2(X,'DNA-Library')
& user_description_2(X,'A group of information containing many cloned genes.')
& concept2words_2(X,'library of dna')
& concept2words_2(X,'dna library')
& concept2words_2(X,'dna-library')
& aggregate_1(X)
& ~ genetic_code_1(X)
& ~ suggestion_1(X)
& ~ request_1(X)
& ~ information_sequence_1(X)
& ~ classification_unit_1(X)
& ~ ethics_1(X)
& ~ fossil_record_1(X)
& ~ hypothesis_1(X)
& ~ positional_information_1(X)
& ~ proximate_causation_1(X)
& ~ representation_1(X)
& ~ rna_world_1(X)
& ~ scientific_laws_1(X)
& ~ species_concept_1(X)
& cloned_gene_1(fn_dna_library_1(X))
& element_2(X,fn_dna_library_1(X)) ) ) ).
fof(a529056,axiom,
! [X] :
( dna_ligase_1(X)
=> ( original_name_2(X,'DNA-Ligase')
& user_description_2(X,'The enzyme that catalyzes the formation of a phosphodiester bond between the 3\' end of one piece of DNA and the 5\' end of another.')
& concept2words_2(X,'ligase of dna')
& concept2words_2(X,'dna ligase')
& concept2words_2(X,'dna-ligase')
& ligase_1(X)
& recombinant_dna_technology_1(fn_dna_ligase_1(X))
& novel_dna_sequence_1(fn_dna_ligase_2(X))
& r_group_1(fn_dna_ligase_3(X))
& attach_1(fn_dna_ligase_4(X))
& sticky_end_fragment_1(fn_dna_ligase_5(X))
& sticky_end_fragment_1(fn_dna_ligase_6(X))
& attach_1(fn_dna_ligase_7(X))
& okazaki_fragments_1(fn_dna_ligase_8(X))
& okazaki_fragments_1(fn_dna_ligase_9(X))
& dna_piece_1(fn_dna_ligase_10(X))
& dna_piece_1(fn_dna_ligase_11(X))
& attach_1(fn_dna_ligase_12(X))
& size_value_1(fn_dna_ligase_13(X))
& spatial_entity_1(fn_dna_ligase_14(X))
& chemical_entity_1(fn_dna_ligase_14(X))
& monomer_1(fn_dna_ligase_14(X))
& molecule_1(fn_dna_ligase_14(X))
& amino_acid_1(fn_dna_ligase_14(X))
& size_value_1(fn_dna_ligase_15(X))
& monomer_1(fn_dna_ligase_16(X))
& active_site_1(fn_dna_ligase_17(X))
& protein_domain_1(fn_dna_ligase_18(X))
& spatial_entity_1(fn_attach_1(fn_dna_ligase_4(X)))
& spatial_entity_1(fn_attach_1(fn_dna_ligase_7(X)))
& spatial_entity_1(fn_attach_2(fn_dna_ligase_4(X)))
& spatial_entity_1(fn_attach_2(fn_dna_ligase_7(X)))
& spatial_entity_1(fn_attach_1(fn_dna_ligase_12(X)))
& spatial_entity_1(fn_attach_2(fn_dna_ligase_12(X)))
& agent_2(fn_dna_ligase_1(X),X)
& subevent_2(fn_dna_ligase_1(X),fn_dna_ligase_4(X))
& result_2(fn_dna_ligase_4(X),fn_dna_ligase_2(X))
& agent_2(fn_dna_ligase_7(X),X)
& has_function_2(X,fn_dna_ligase_7(X))
& has_function_2(X,fn_dna_ligase_12(X))
& has_function_2(X,fn_dna_ligase_1(X))
& agent_2(fn_dna_ligase_12(X),X)
& object_2(fn_dna_ligase_4(X),fn_dna_ligase_5(X))
& object_2(fn_dna_ligase_7(X),fn_dna_ligase_8(X))
& base_2(fn_dna_ligase_4(X),fn_dna_ligase_6(X))
& base_2(fn_dna_ligase_7(X),fn_dna_ligase_9(X))
& object_2(fn_dna_ligase_12(X),fn_dna_ligase_11(X))
& base_2(fn_dna_ligase_12(X),fn_dna_ligase_10(X))
& size_2(X,fn_dna_ligase_15(X))
& has_part_2(X,fn_dna_ligase_16(X))
& size_2(fn_dna_ligase_16(X),fn_dna_ligase_13(X))
& greater_than_2(fn_dna_ligase_15(X),fn_dna_ligase_13(X))
& the_scalar_value_2(fn_dna_ligase_15(X),big_0)
& scalar_unit_class_2(fn_dna_ligase_15(X),polypeptide_0)
& has_region_2(X,fn_dna_ligase_17(X))
& is_inside_2(fn_dna_ligase_3(X),fn_dna_ligase_17(X))
& has_region_2(fn_dna_ligase_14(X),fn_dna_ligase_3(X))
& is_at_2(fn_dna_ligase_14(X),fn_dna_ligase_18(X))
& has_region_2(X,fn_dna_ligase_18(X))
& fn_dna_ligase_5(X) = fn_attach_1(fn_dna_ligase_4(X))
& fn_dna_ligase_8(X) = fn_attach_1(fn_dna_ligase_7(X))
& fn_dna_ligase_6(X) = fn_attach_2(fn_dna_ligase_4(X))
& fn_dna_ligase_9(X) = fn_attach_2(fn_dna_ligase_7(X))
& fn_dna_ligase_11(X) = fn_attach_1(fn_dna_ligase_12(X))
& fn_dna_ligase_10(X) = fn_attach_2(fn_dna_ligase_12(X))
& fn_dna_ligase_15(X) = fn_protein_9(X)
& fn_dna_ligase_15(X) = fn_protein_enzyme_3(X)
& fn_dna_ligase_13(X) = fn_protein_enzyme_4(X)
& fn_dna_ligase_16(X) = fn_polymer_4(X)
& fn_dna_ligase_16(X) = fn_protein_enzyme_9(X)
& fn_dna_ligase_18(X) = fn_protein_enzyme_5(X)
& fn_dna_ligase_14(X) = fn_protein_enzyme_11(X)
& fn_dna_ligase_3(X) = fn_protein_enzyme_12(X)
& fn_dna_ligase_17(X) = fn_ligase_1(X)
& fn_dna_ligase_17(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_ligase_1(X)
& fn_ligase_1(X) = fn_protein_enzyme_10(X) ) ) ).
fof(a529057,axiom,
! [X] :
( dna_mapping_1(X)
=> ( original_name_2(X,'DNA-Mapping')
& user_description_2(X,'A technique to map the base pair sequence of a genome.')
& concept2words_2(X,'genome mapping')
& concept2words_2(X,map)
& concept2words_2(X,'mapping of dna')
& concept2words_2(X,'dna mapping')
& concept2words_2(X,'dna-mapping')
& dna_technique_1(X)
& ~ absolute_dating_1(X)
& ~ atomic_tracking_1(X)
& ~ autoradiography_1(X)
& ~ cloning_1(X)
& ~ dna_microarray_1(X)
& ~ fetoscopy_1(X)
& ~ genetic_linkage_mapping_1(X)
& ~ gram_stain_1(X)
& ~ in_situ_hybridization_1(X)
& ~ in_vitro_hybridization_1(X)
& ~ mark_recapture_method_1(X)
& ~ microscopy_1(X)
& ~ molecular_clock_1(X)
& ~ nuclear_transplantation_1(X)
& ~ population_viability_analysis_1(X)
& ~ positron_emission_tomography_1(X)
& ~ radiometric_dating_1(X)
& ~ rule_of_addition_1(X)
& ~ shotgun_sequencing_1(X)
& ~ testcross_1(X)
& ~ x_ray_crystallography_1(X)
& genetic_map_1(fn_dna_mapping_1(X))
& result_2(X,fn_dna_mapping_1(X)) ) ) ).
fof(a529058,axiom,
! [X] :
( dna_methylation_1(X)
=> ( original_name_2(X,'DNA-Methylation')
& user_description_2(X,'The attachment of methyl groups (--CH3) to DNA bases after DNA is synthesized, usually regulating the expression of genes.')
& concept2words_2(X,methylate)
& concept2words_2(X,'methylation of dna')
& concept2words_2(X,'dna methylation')
& concept2words_2(X,'dna-methylation')
& methylation_1(X)
& ~ gene_amplification_1(X)
& ~ anabolism_1(X)
& ~ antigen_presentation_1(X)
& ~ catabolism_1(X)
& ~ denaturation_1(X)
& ~ dynein_walking_1(X)
& ~ genetic_process_1(X)
& ~ hydrolysis_1(X)
& ~ protein_folding_1(X)
& sugar_phosphate_backbone_1(fn_dna_methylation_1(X))
& gene_regulation_1(fn_dna_methylation_2(X))
& genomic_imprinting_1(fn_dna_methylation_3(X))
& cdna_1(fn_dna_methylation_4(X))
& dna_1(fn_dna_methylation_5(X))
& gene_expression_1(fn_dna_methylation_6(X))
& gene_inactivation_1(fn_dna_methylation_7(X))
& restriction_nuclease_1(fn_dna_methylation_8(X))
& lyse_1(fn_dna_methylation_9(X))
& impair_1(fn_dna_methylation_9(X))
& break_1(fn_dna_methylation_9(X))
& dna_1(fn_dna_methylation_10(X))
& chemical_entity_1(fn_dna_methylation_11(X))
& molecule_1(fn_dna_methylation_11(X))
& methylated_dna_1(fn_dna_methylation_11(X))
& atom_1(fn_dna_methylation_12(X))
& entity_1(fn_dna_methylation_13(X))
& chemical_entity_1(fn_dna_methylation_13(X))
& atom_1(fn_dna_methylation_13(X))
& carbon_1(fn_dna_methylation_13(X))
& carbon_skeleton_1(fn_dna_methylation_14(X))
& phosphodiester_bond_1(fn_dna_methylation_15(X))
& chemical_bond_1(fn_dna_methylation_15(X))
& chemical_bond_1(fn_molecule_10(fn_dna_methylation_11(X)))
& nucleic_acid_1(fn_nuclease_5(fn_dna_methylation_8(X)))
& break_1(fn_restriction_nuclease_26(fn_dna_methylation_8(X)))
& lyse_1(fn_restriction_nuclease_26(fn_dna_methylation_8(X)))
& impair_1(fn_restriction_nuclease_26(fn_dna_methylation_8(X)))
& break_1(fn_nuclease_4(fn_dna_methylation_8(X)))
& entity_1(fn_phosphodiester_bond_16(fn_dna_methylation_15(X)))
& chemical_entity_1(fn_phosphodiester_bond_16(fn_dna_methylation_15(X)))
& atom_1(fn_phosphodiester_bond_16(fn_dna_methylation_15(X)))
& carbon_1(fn_phosphodiester_bond_16(fn_dna_methylation_15(X)))
& entity_1(fn_phosphodiester_bond_15(fn_dna_methylation_15(X)))
& chemical_entity_1(fn_phosphodiester_bond_15(fn_dna_methylation_15(X)))
& atom_1(fn_phosphodiester_bond_15(fn_dna_methylation_15(X)))
& carbon_1(fn_phosphodiester_bond_15(fn_dna_methylation_15(X)))
& carbon_1(fn_carbon_skeleton_4(fn_dna_methylation_14(X)))
& carbon_1(fn_methylated_dna_1(fn_dna_methylation_11(X)))
& atom_1(fn_molecule_11(fn_dna_methylation_11(X)))
& atom_1(fn_methylated_dna_5(fn_dna_methylation_11(X)))
& inhibits_2(fn_dna_methylation_7(X),fn_dna_methylation_6(X))
& enables_2(fn_dna_methylation_7(X),fn_dna_methylation_3(X))
& by_means_of_2(fn_dna_methylation_7(X),X)
& agent_2(fn_dna_methylation_6(X),fn_dna_methylation_5(X))
& abuts_2(fn_dna_methylation_5(X),fn_dna_methylation_4(X))
& has_region_2(fn_dna_methylation_11(X),fn_dna_methylation_1(X))
& has_region_2(fn_dna_methylation_11(X),fn_dna_methylation_14(X))
& abuts_2(fn_dna_methylation_4(X),fn_dna_methylation_5(X))
& supports_2(X,fn_dna_methylation_2(X))
& inhibits_2(X,fn_dna_methylation_6(X))
& prevents_2(X,fn_dna_methylation_9(X))
& raw_material_2(X,fn_dna_methylation_10(X))
& result_2(X,fn_dna_methylation_11(X))
& is_between_2(fn_dna_methylation_15(X),fn_dna_methylation_13(X))
& is_inside_2(fn_dna_methylation_13(X),fn_dna_methylation_14(X))
& agent_2(fn_dna_methylation_9(X),fn_dna_methylation_8(X))
& object_2(fn_dna_methylation_9(X),fn_dna_methylation_10(X))
& is_between_2(fn_dna_methylation_15(X),fn_dna_methylation_12(X))
& fn_dna_methylation_12(X) != fn_dna_methylation_13(X)
& fn_dna_methylation_13(X) != fn_dna_methylation_12(X)
& has_part_2(fn_dna_methylation_11(X),fn_dna_methylation_13(X))
& has_part_2(fn_dna_methylation_11(X),fn_dna_methylation_12(X))
& possesses_2(fn_dna_methylation_11(X),fn_dna_methylation_15(X))
& fn_dna_methylation_10(X) = fn_chemical_reaction_2(X)
& fn_dna_methylation_11(X) = fn_chemical_reaction_1(X)
& fn_dna_methylation_13(X) = fn_phosphodiester_bond_16(fn_dna_methylation_15(X))
& fn_dna_methylation_13(X) = fn_phosphodiester_bond_15(fn_dna_methylation_15(X))
& fn_dna_methylation_13(X) = fn_carbon_skeleton_4(fn_dna_methylation_14(X))
& fn_dna_methylation_10(X) = fn_nuclease_5(fn_dna_methylation_8(X))
& fn_dna_methylation_9(X) = fn_restriction_nuclease_26(fn_dna_methylation_8(X))
& fn_dna_methylation_9(X) = fn_nuclease_4(fn_dna_methylation_8(X))
& fn_dna_methylation_12(X) = fn_molecule_11(fn_dna_methylation_11(X))
& fn_dna_methylation_15(X) = fn_molecule_10(fn_dna_methylation_11(X))
& fn_dna_methylation_13(X) = fn_methylated_dna_1(fn_dna_methylation_11(X))
& fn_dna_methylation_12(X) = fn_methylated_dna_5(fn_dna_methylation_11(X))
& fn_chemical_reaction_2(X) = fn_nuclease_5(fn_dna_methylation_8(X))
& fn_nuclease_5(fn_dna_methylation_8(X)) = fn_nuclease_4(fn_dna_methylation_8(X))
& fn_nuclease_4(fn_dna_methylation_8(X)) = fn_restriction_nuclease_26(fn_dna_methylation_8(X))
& fn_restriction_nuclease_26(fn_dna_methylation_8(X)) = fn_nuclease_4(fn_dna_methylation_8(X))
& fn_nuclease_4(fn_dna_methylation_8(X)) = fn_phosphodiester_bond_16(fn_dna_methylation_15(X))
& fn_phosphodiester_bond_16(fn_dna_methylation_15(X)) = fn_phosphodiester_bond_15(fn_dna_methylation_15(X))
& fn_phosphodiester_bond_15(fn_dna_methylation_15(X)) = fn_phosphodiester_bond_15(fn_dna_methylation_15(X))
& fn_phosphodiester_bond_15(fn_dna_methylation_15(X)) = fn_carbon_skeleton_4(fn_dna_methylation_14(X))
& fn_carbon_skeleton_4(fn_dna_methylation_14(X)) = fn_carbon_skeleton_4(fn_dna_methylation_14(X))
& fn_carbon_skeleton_4(fn_dna_methylation_14(X)) = fn_methylated_dna_1(fn_dna_methylation_11(X))
& fn_methylated_dna_1(fn_dna_methylation_11(X)) = fn_methylated_dna_1(fn_dna_methylation_11(X))
& fn_methylated_dna_1(fn_dna_methylation_11(X)) = fn_molecule_11(fn_dna_methylation_11(X))
& fn_molecule_11(fn_dna_methylation_11(X)) = fn_methylated_dna_5(fn_dna_methylation_11(X))
& fn_methylated_dna_5(fn_dna_methylation_11(X)) = fn_methylated_dna_5(fn_dna_methylation_11(X)) ) ) ).
fof(a529059,axiom,
! [X] :
( dna_microarray_1(X)
=> ( original_name_2(X,'DNA-Microarray')
& user_description_2(X,'A method used to detect and measure the expression of thousands of genes simultaneously. Small spots of DNA fixed to a glass slide are hybridized with labeled samples of cDNA which can then be detected by their labels.')
& concept2words_2(X,'perform dna microarray analysis')
& concept2words_2(X,'dna microarray')
& concept2words_2(X,'dna-microarray')
& dna_technique_1(X)
& biotechnology_1(X)
& ~ absolute_dating_1(X)
& ~ atomic_tracking_1(X)
& ~ autoradiography_1(X)
& ~ cloning_1(X)
& ~ dna_mapping_1(X)
& ~ fetoscopy_1(X)
& ~ genetic_linkage_mapping_1(X)
& ~ gram_stain_1(X)
& ~ in_situ_hybridization_1(X)
& ~ in_vitro_hybridization_1(X)
& ~ mark_recapture_method_1(X)
& ~ microscopy_1(X)
& ~ molecular_clock_1(X)
& ~ nuclear_transplantation_1(X)
& ~ population_viability_analysis_1(X)
& ~ positron_emission_tomography_1(X)
& ~ radiometric_dating_1(X)
& ~ rule_of_addition_1(X)
& ~ shotgun_sequencing_1(X)
& ~ testcross_1(X)
& ~ x_ray_crystallography_1(X) ) ) ).
fof(a529060,axiom,
! [X] :
( dna_piece_1(X)
=> ( original_name_2(X,'DNA-Piece')
& user_description_2(X,'Small pieces of DNA that make up the entire DNA strand.')
& concept2words_2(X,'piece of dna')
& concept2words_2(X,'dna piece')
& concept2words_2(X,'dna-piece')
& dna_sequence_1(X) ) ) ).
fof(a529061,axiom,
! [X] :
( dna_polymerase_1(X)
=> ( original_name_2(X,'DNA-Polymerase')
& user_description_2(X,'An enzyme that catalyzes the addition of a nucleotide to the 3\' end of a nucleic acid chain.')
& concept2words_2(X,'polymerase of dna')
& concept2words_2(X,'dna polymerase')
& concept2words_2(X,'dna-polymerase')
& polymerase_1(X)
& system_1(fn_dna_polymerase_9(X))
& atomic_number_value_1(fn_dna_polymerase_12(X))
& quantity_value_1(fn_dna_polymerase_13(X))
& quantity_value_1(fn_dna_polymerase_14(X))
& valence_electron_1(fn_dna_polymerase_15(X))
& valence_electron_1(fn_dna_polymerase_16(X))
& quantity_value_1(fn_dna_polymerase_17(X))
& quantity_value_1(fn_dna_polymerase_18(X))
& atomic_number_value_1(fn_dna_polymerase_19(X))
& create_1(fn_dna_polymerase_20(X))
& dna_proofreading_1(fn_dna_polymerase_21(X))
& hydrophobic_region_1(fn_dna_polymerase_22(X))
& chemical_reaction_1(fn_dna_polymerase_24(X))
& decrease_1(fn_dna_polymerase_25(X))
& catalyst_1(fn_dna_polymerase_26(X))
& protein_domain_1(fn_dna_polymerase_27(X))
& hydrophilic_region_1(fn_dna_polymerase_28(X))
& surface_1(fn_dna_polymerase_29(X))
& active_site_1(fn_dna_polymerase_30(X))
& polypeptide_1(fn_dna_polymerase_31(X))
& monomer_1(fn_dna_polymerase_32(X))
& remove_1(fn_dna_polymerase_33(X))
& dna_strand_1(fn_dna_polymerase_34(X))
& replace_1(fn_dna_polymerase_35(X))
& deoxyribonucleoside_monophosphate_1(fn_dna_polymerase_36(X))
& r_group_1(fn_dna_polymerase_37(X))
& spatial_entity_1(fn_dna_polymerase_38(X))
& chemical_entity_1(fn_dna_polymerase_38(X))
& monomer_1(fn_dna_polymerase_38(X))
& molecule_1(fn_dna_polymerase_38(X))
& amino_acid_1(fn_dna_polymerase_38(X))
& size_value_1(fn_dna_polymerase_39(X))
& size_value_1(fn_dna_polymerase_40(X))
& quantity_value_1(fn_dna_polymerase_41(X))
& speed_value_1(fn_dna_polymerase_42(X))
& constant_motion_1(fn_dna_polymerase_43(X))
& kinetic_energy_1(fn_dna_polymerase_44(X))
& atom_1(fn_dna_polymerase_45(X))
& chemical_entity_1(fn_dna_polymerase_45(X))
& carbon_1(fn_dna_polymerase_46(X))
& carbon_skeleton_1(fn_dna_polymerase_47(X))
& carbon_1(fn_carbon_skeleton_4(fn_dna_polymerase_47(X)))
& spatial_entity_1(fn_remove_2(fn_dna_polymerase_33(X)))
& spatial_entity_1(fn_replace_3(fn_dna_polymerase_35(X)))
& spatial_entity_1(fn_replace_1(fn_dna_polymerase_35(X)))
& spatial_entity_1(fn_replace_2(fn_dna_polymerase_35(X)))
& atom_1(fn_carbon_skeleton_2(fn_dna_polymerase_47(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_dna_polymerase_47(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_dna_polymerase_47(X)))
& has_region_2(X,fn_dna_polymerase_22(X))
& agent_2(fn_dna_polymerase_21(X),X)
& agent_2(fn_dna_polymerase_20(X),X)
& by_means_of_2(fn_dna_polymerase_33(X),fn_dna_polymerase_35(X))
& agent_2(fn_dna_polymerase_33(X),X)
& called_2(fn_dna_polymerase_19(X),'Atomic_Number')
& fn_dna_polymerase_19(X) = fn_dna_polymerase_18(X)
& called_2(fn_dna_polymerase_18(X),'Number_Proton')
& fn_dna_polymerase_18(X) = fn_dna_polymerase_19(X)
& fn_dna_polymerase_18(X) = fn_dna_polymerase_17(X)
& called_2(fn_dna_polymerase_17(X),'Number_Electron')
& fn_dna_polymerase_17(X) = fn_dna_polymerase_18(X)
& quantity_2(fn_dna_polymerase_16(X),fn_dna_polymerase_17(X))
& fn_dna_polymerase_16(X) != fn_dna_polymerase_15(X)
& fn_dna_polymerase_15(X) != fn_dna_polymerase_16(X)
& quantity_2(fn_dna_polymerase_15(X),fn_dna_polymerase_14(X))
& called_2(fn_dna_polymerase_14(X),'Number_Electron')
& fn_dna_polymerase_14(X) = fn_dna_polymerase_13(X)
& called_2(fn_dna_polymerase_13(X),'Number_Proton')
& fn_dna_polymerase_13(X) = fn_dna_polymerase_12(X)
& fn_dna_polymerase_13(X) = fn_dna_polymerase_14(X)
& called_2(fn_dna_polymerase_12(X),'Atomic_Number')
& fn_dna_polymerase_12(X) = fn_dna_polymerase_13(X)
& base_2(fn_dna_polymerase_33(X),fn_dna_polymerase_34(X))
& base_2(fn_dna_polymerase_35(X),fn_dna_polymerase_34(X))
& object_2(fn_dna_polymerase_35(X),fn_dna_polymerase_36(X))
& called_2(fn_dna_polymerase_36(X),'new entity')
& possesses_2(X,fn_dna_polymerase_44(X))
& quantity_2(fn_dna_polymerase_44(X),fn_dna_polymerase_41(X))
& directly_proportional_2(fn_dna_polymerase_42(X),fn_dna_polymerase_41(X))
& speed_2(fn_dna_polymerase_43(X),fn_dna_polymerase_42(X))
& object_2(fn_dna_polymerase_43(X),X)
& plays_2(X,fn_dna_polymerase_26(X))
& in_event_2(fn_dna_polymerase_26(X),fn_dna_polymerase_24(X))
& has_function_2(X,fn_dna_polymerase_25(X))
& enables_2(fn_dna_polymerase_25(X),fn_dna_polymerase_24(X))
& site_2(fn_dna_polymerase_24(X),fn_dna_polymerase_30(X))
& facilitates_2(fn_dna_polymerase_30(X),fn_dna_polymerase_24(X))
& has_function_2(X,fn_dna_polymerase_24(X))
& has_region_2(X,fn_dna_polymerase_29(X))
& is_at_2(fn_dna_polymerase_28(X),fn_dna_polymerase_29(X))
& has_region_2(X,fn_dna_polymerase_28(X))
& has_part_2(X,fn_dna_polymerase_31(X))
& has_part_2(fn_dna_polymerase_31(X),fn_dna_polymerase_38(X))
& the_scalar_value_2(fn_dna_polymerase_40(X),big_0)
& scalar_unit_class_2(fn_dna_polymerase_40(X),polypeptide_0)
& size_2(X,fn_dna_polymerase_40(X))
& greater_than_2(fn_dna_polymerase_40(X),fn_dna_polymerase_39(X))
& size_2(fn_dna_polymerase_32(X),fn_dna_polymerase_39(X))
& has_part_2(X,fn_dna_polymerase_32(X))
& has_part_2(X,fn_dna_polymerase_45(X))
& has_region_2(X,fn_dna_polymerase_30(X))
& is_inside_2(fn_dna_polymerase_37(X),fn_dna_polymerase_30(X))
& has_region_2(fn_dna_polymerase_38(X),fn_dna_polymerase_37(X))
& is_at_2(fn_dna_polymerase_38(X),fn_dna_polymerase_27(X))
& has_region_2(X,fn_dna_polymerase_27(X))
& has_region_2(X,fn_dna_polymerase_47(X))
& has_part_2(X,fn_dna_polymerase_46(X))
& is_inside_2(fn_dna_polymerase_46(X),fn_dna_polymerase_47(X))
& fn_dna_polymerase_45(X) != fn_dna_polymerase_46(X)
& fn_dna_polymerase_46(X) != fn_dna_polymerase_45(X)
& fn_dna_polymerase_34(X) = fn_remove_2(fn_dna_polymerase_33(X))
& fn_dna_polymerase_34(X) = fn_replace_3(fn_dna_polymerase_35(X))
& fn_dna_polymerase_36(X) = fn_replace_1(fn_dna_polymerase_35(X))
& fn_dna_polymerase_36(X) = fn_replace_2(fn_dna_polymerase_35(X))
& fn_dna_polymerase_48(X) = fn_protein_10(X)
& fn_dna_polymerase_49(X) = fn_molecule_1(X)
& fn_dna_polymerase_50(X) = fn_molecule_2(X)
& fn_dna_polymerase_43(X) = fn_molecule_8(X)
& fn_dna_polymerase_42(X) = fn_molecule_3(X)
& fn_dna_polymerase_41(X) = fn_molecule_4(X)
& fn_dna_polymerase_44(X) = fn_molecule_12(X)
& fn_dna_polymerase_26(X) = fn_enzyme_6(X)
& fn_dna_polymerase_30(X) = fn_enzyme_2(X)
& fn_dna_polymerase_24(X) = fn_enzyme_4(X)
& fn_dna_polymerase_25(X) = fn_enzyme_5(X)
& fn_dna_polymerase_38(X) = fn_protein_14(X)
& fn_dna_polymerase_31(X) = fn_protein_8(X)
& fn_dna_polymerase_28(X) = fn_protein_1(X)
& fn_dna_polymerase_29(X) = fn_protein_5(X)
& fn_dna_polymerase_45(X) = fn_protein_enzyme_8(X)
& fn_dna_polymerase_32(X) = fn_polymer_4(X)
& fn_dna_polymerase_32(X) = fn_protein_enzyme_9(X)
& fn_dna_polymerase_39(X) = fn_protein_enzyme_4(X)
& fn_dna_polymerase_40(X) = fn_protein_9(X)
& fn_dna_polymerase_40(X) = fn_protein_enzyme_3(X)
& fn_dna_polymerase_27(X) = fn_protein_enzyme_5(X)
& fn_dna_polymerase_38(X) = fn_protein_enzyme_11(X)
& fn_dna_polymerase_37(X) = fn_protein_enzyme_12(X)
& fn_dna_polymerase_30(X) = fn_protein_enzyme_10(X)
& fn_dna_polymerase_45(X) = fn_carbon_skeleton_2(fn_dna_polymerase_47(X))
& fn_dna_polymerase_46(X) = fn_carbon_skeleton_4(fn_dna_polymerase_47(X))
& X = fn_carbon_skeleton_3(fn_dna_polymerase_47(X))
& fn_remove_2(fn_dna_polymerase_33(X)) = fn_replace_3(fn_dna_polymerase_35(X))
& fn_replace_3(fn_dna_polymerase_35(X)) = fn_replace_2(fn_dna_polymerase_35(X))
& fn_replace_2(fn_dna_polymerase_35(X)) = fn_replace_1(fn_dna_polymerase_35(X))
& fn_replace_1(fn_dna_polymerase_35(X)) = fn_replace_2(fn_dna_polymerase_35(X))
& fn_replace_2(fn_dna_polymerase_35(X)) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_14(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_carbon_skeleton_2(fn_dna_polymerase_47(X))
& fn_carbon_skeleton_2(fn_dna_polymerase_47(X)) = fn_carbon_skeleton_2(fn_dna_polymerase_47(X))
& fn_carbon_skeleton_3(fn_dna_polymerase_47(X)) = fn_carbon_skeleton_3(fn_dna_polymerase_47(X)) ) ) ).
fof(a529062,axiom,
! [X] :
( dna_polymerase_i_1(X)
=> ( original_name_2(X,'DNA-Polymerase-I')
& user_description_2(X,'An enzyme that synthesizes DNA nucleotides to replace RNA primer nucleotides on each of the Okazaki fragments on the lagging strand of the DNA molecule.')
& concept2words_2(X,'dna pol i')
& concept2words_2(X,'dna-pol-i')
& concept2words_2(X,'dna polymerase i')
& concept2words_2(X,'dna-polymerase-i')
& dna_polymerase_1(X)
& ~ dna_polymerase_ii_1(X)
& ~ dna_polymerase_iii_1(X)
& ~ taq_polymerase_1(X) ) ) ).
fof(a529063,axiom,
! [X] :
( dna_polymerase_ii_1(X)
=> ( original_name_2(X,'DNA-Polymerase-II')
& user_description_2(X,'An enzyme, secondary to DNA polymerase I, involved in DNA repair.')
& concept2words_2(X,'dna pol ii')
& concept2words_2(X,'dna-pol-ii')
& concept2words_2(X,'dna polymerase ii')
& concept2words_2(X,'dna-polymerase-ii')
& dna_polymerase_1(X)
& ~ dna_polymerase_i_1(X)
& ~ dna_polymerase_iii_1(X)
& ~ taq_polymerase_1(X) ) ) ).
fof(a529064,axiom,
! [X] :
( dna_polymerase_iii_1(X)
=> ( original_name_2(X,'DNA-Polymerase-III')
& user_description_2(X,'An enzyme that synthesizes DNA by adding nucleotides to the end of the RNA primer and complementary to the parental, template DNA strand.')
& concept2words_2(X,'dna pol iii')
& concept2words_2(X,'dna-pol-iii')
& concept2words_2(X,'dna polymerase iii')
& concept2words_2(X,'dna-polymerase-iii')
& dna_polymerase_1(X)
& ~ dna_polymerase_i_1(X)
& ~ dna_polymerase_ii_1(X)
& ~ taq_polymerase_1(X)
& synthesis_of_leading_strand_1(fn_dna_polymerase_iii_1(X))
& dna_polymerase_iii_1(fn_synthesis_of_leading_strand_68(fn_dna_polymerase_iii_1(X)))
& has_function_2(X,fn_dna_polymerase_iii_1(X))
& X = fn_synthesis_of_leading_strand_68(fn_dna_polymerase_iii_1(X)) ) ) ).
fof(a529065,axiom,
! [X] :
( dna_primase_1(X)
=> ( original_name_2(X,'DNA-Primase')
& user_description_2(X,'An enzyme that catalyzes the synthesis of a short segment (called a primer) of RNA or DNA that is complementary to a single-stranded DNA template.')
& concept2words_2(X,primase)
& concept2words_2(X,'dna primase')
& concept2words_2(X,'dna-primase')
& transferase_1(X)
& kinetic_energy_1(fn_dna_primase_1(X))
& protein_domain_1(fn_dna_primase_2(X))
& hydrophilic_region_1(fn_dna_primase_3(X))
& surface_1(fn_dna_primase_4(X))
& carbon_skeleton_1(fn_dna_primase_5(X))
& active_site_1(fn_dna_primase_6(X))
& polypeptide_1(fn_dna_primase_7(X))
& monomer_1(fn_dna_primase_8(X))
& carbon_1(fn_dna_primase_9(X))
& atom_1(fn_dna_primase_10(X))
& chemical_entity_1(fn_dna_primase_10(X))
& size_value_1(fn_dna_primase_11(X))
& chemical_reaction_1(fn_dna_primase_12(X))
& decrease_1(fn_dna_primase_13(X))
& constant_motion_1(fn_dna_primase_14(X))
& catalyst_1(fn_dna_primase_15(X))
& spatial_entity_1(fn_dna_primase_16(X))
& chemical_entity_1(fn_dna_primase_16(X))
& monomer_1(fn_dna_primase_16(X))
& molecule_1(fn_dna_primase_16(X))
& amino_acid_1(fn_dna_primase_16(X))
& speed_value_1(fn_dna_primase_17(X))
& quantity_value_1(fn_dna_primase_18(X))
& size_value_1(fn_dna_primase_19(X))
& disulfide_bond_1(fn_dna_primase_20(X))
& carbon_1(fn_carbon_skeleton_4(fn_dna_primase_5(X)))
& protein_1(fn_disulfide_bond_3(fn_dna_primase_20(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_dna_primase_5(X)))
& atom_1(fn_carbon_skeleton_2(fn_dna_primase_5(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_dna_primase_5(X)))
& possesses_2(X,fn_dna_primase_20(X))
& possesses_2(X,fn_dna_primase_1(X))
& quantity_2(fn_dna_primase_1(X),fn_dna_primase_18(X))
& directly_proportional_2(fn_dna_primase_17(X),fn_dna_primase_18(X))
& speed_2(fn_dna_primase_14(X),fn_dna_primase_17(X))
& object_2(fn_dna_primase_14(X),X)
& in_event_2(fn_dna_primase_15(X),fn_dna_primase_12(X))
& plays_2(X,fn_dna_primase_15(X))
& has_function_2(X,fn_dna_primase_12(X))
& site_2(fn_dna_primase_12(X),fn_dna_primase_6(X))
& facilitates_2(fn_dna_primase_6(X),fn_dna_primase_12(X))
& enables_2(fn_dna_primase_13(X),fn_dna_primase_12(X))
& has_function_2(X,fn_dna_primase_13(X))
& has_region_2(X,fn_dna_primase_3(X))
& is_at_2(fn_dna_primase_3(X),fn_dna_primase_4(X))
& has_region_2(X,fn_dna_primase_4(X))
& has_part_2(X,fn_dna_primase_7(X))
& has_part_2(fn_dna_primase_7(X),fn_dna_primase_16(X))
& has_region_2(X,fn_dna_primase_6(X))
& is_at_2(fn_dna_primase_16(X),fn_dna_primase_2(X))
& has_part_2(X,fn_dna_primase_10(X))
& the_scalar_value_2(fn_dna_primase_11(X),big_0)
& scalar_unit_class_2(fn_dna_primase_11(X),polypeptide_0)
& has_part_2(X,fn_dna_primase_8(X))
& size_2(fn_dna_primase_8(X),fn_dna_primase_19(X))
& greater_than_2(fn_dna_primase_11(X),fn_dna_primase_19(X))
& size_2(X,fn_dna_primase_11(X))
& has_region_2(X,fn_dna_primase_2(X))
& is_inside_2(fn_dna_primase_9(X),fn_dna_primase_5(X))
& has_part_2(X,fn_dna_primase_9(X))
& has_region_2(X,fn_dna_primase_5(X))
& fn_dna_primase_10(X) != fn_dna_primase_9(X)
& fn_dna_primase_9(X) != fn_dna_primase_10(X)
& X = fn_disulfide_bond_3(fn_dna_primase_20(X))
& fn_dna_primase_14(X) = fn_molecule_8(X)
& fn_dna_primase_17(X) = fn_molecule_3(X)
& fn_dna_primase_18(X) = fn_molecule_4(X)
& fn_dna_primase_1(X) = fn_molecule_12(X)
& fn_dna_primase_15(X) = fn_enzyme_6(X)
& fn_dna_primase_13(X) = fn_enzyme_5(X)
& fn_dna_primase_6(X) = fn_enzyme_2(X)
& fn_dna_primase_12(X) = fn_enzyme_4(X)
& fn_dna_primase_16(X) = fn_protein_14(X)
& fn_dna_primase_7(X) = fn_protein_8(X)
& fn_dna_primase_4(X) = fn_protein_5(X)
& fn_dna_primase_3(X) = fn_protein_1(X)
& fn_dna_primase_6(X) = fn_protein_enzyme_10(X)
& fn_dna_primase_16(X) = fn_protein_enzyme_11(X)
& fn_dna_primase_10(X) = fn_protein_enzyme_8(X)
& fn_dna_primase_2(X) = fn_protein_enzyme_5(X)
& fn_dna_primase_11(X) = fn_protein_9(X)
& fn_dna_primase_11(X) = fn_protein_enzyme_3(X)
& fn_dna_primase_19(X) = fn_protein_enzyme_4(X)
& fn_dna_primase_8(X) = fn_protein_enzyme_9(X)
& X = fn_carbon_skeleton_3(fn_dna_primase_5(X))
& fn_dna_primase_10(X) = fn_carbon_skeleton_2(fn_dna_primase_5(X))
& fn_dna_primase_9(X) = fn_carbon_skeleton_4(fn_dna_primase_5(X))
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_14(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_disulfide_bond_3(fn_dna_primase_20(X))
& fn_disulfide_bond_3(fn_dna_primase_20(X)) = fn_carbon_skeleton_3(fn_dna_primase_5(X))
& fn_carbon_skeleton_3(fn_dna_primase_5(X)) = fn_carbon_skeleton_3(fn_dna_primase_5(X))
& fn_carbon_skeleton_3(fn_dna_primase_5(X)) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_carbon_skeleton_2(fn_dna_primase_5(X))
& fn_carbon_skeleton_2(fn_dna_primase_5(X)) = fn_carbon_skeleton_2(fn_dna_primase_5(X)) ) ) ).
fof(a529066,axiom,
! [X] :
( dna_primer_1(X)
=> ( original_name_2(X,'DNA-Primer')
& user_description_2(X,'Primer is a strand of nucleic acid that serves as a starting point for DNA synthesis. They are required because the enzymes that catalyze replication, DNA polymerases, can only add new nucleotides to an existing strand of DNA. The polymerase starts replication at the 3\'-end of the primer, and copies the opposite strand.')
& concept2words_2(X,'primer of dna')
& concept2words_2(X,'dna primer')
& concept2words_2(X,'dna-primer')
& primer_1(X)
& ~ rna_primer_1(X)
& dna_1(fn_dna_primer_1(X))
& dna_1(fn_dna_primer_2(X))
& gene_1(fn_dna_primer_3(X))
& polymerase_chain_reaction_1(fn_dna_primer_4(X))
& copy_1(fn_dna_primer_5(X))
& determined_by_1(fn_dna_primer_6(X))
& dna_strand_1(fn_dna_primer_7(X))
& monomer_1(fn_dna_primer_8(X))
& transcription_1(fn_dna_primer_9(X))
& eukaryotic_gene_regulation_1(fn_dna_primer_10(X))
& eukaryote_1(fn_dna_primer_11(X))
& attach_1(fn_dna_primer_12(X))
& size_value_1(fn_dna_primer_13(X))
& size_value_1(fn_dna_primer_14(X))
& atom_1(fn_dna_primer_15(X))
& chemical_entity_1(fn_dna_primer_15(X))
& carbon_1(fn_dna_primer_15(X))
& carbon_skeleton_1(fn_dna_primer_16(X))
& polymer_synthesis_1(fn_dna_primer_17(X))
& dna_sequence_1(fn_dna_primer_18(X))
& kinetic_energy_1(fn_dna_primer_19(X))
& carbon_skeleton_1(fn_dna_primer_20(X))
& carbon_1(fn_dna_primer_21(X))
& deoxyribonucleoside_monophosphate_1(fn_dna_primer_22(X))
& organic_molecule_1(fn_dna_primer_23(X))
& nucleoside_monophosphate_1(fn_dna_primer_23(X))
& nucleotide_1(fn_dna_primer_23(X))
& attach_1(fn_dna_primer_24(X))
& covalent_bond_1(fn_dna_primer_25(X))
& phosphodiester_bond_1(fn_dna_primer_25(X))
& chemical_bond_1(fn_dna_primer_25(X))
& dna_1(fn_dna_primer_26(X))
& tangible_entity_1(fn_kinetic_energy_2(fn_dna_primer_19(X)))
& carbon_1(fn_carbon_skeleton_4(fn_dna_primer_20(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_dna_primer_17(X)))
& polymer_1(fn_polymer_synthesis_23(fn_dna_primer_17(X)))
& chemical_entity_1(fn_polymer_synthesis_23(fn_dna_primer_17(X)))
& spatial_entity_1(fn_attach_1(fn_dna_primer_24(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_dna_primer_25(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_dna_primer_25(X)))
& atom_1(fn_organic_molecule_2(fn_dna_primer_23(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_dna_primer_23(X)))
& carbon_1(fn_nucleotide_9(fn_dna_primer_23(X)))
& carbon_skeleton_1(fn_nucleoside_monophosphate_25(fn_dna_primer_23(X)))
& carbon_skeleton_1(fn_nucleotide_3(fn_dna_primer_23(X)))
& enables_2(fn_dna_primer_12(X),fn_dna_primer_9(X))
& agent_2(fn_dna_primer_12(X),X)
& has_part_2(fn_dna_primer_11(X),X)
& by_means_of_2(fn_dna_primer_10(X),fn_dna_primer_12(X))
& enables_2(fn_dna_primer_10(X),fn_dna_primer_9(X))
& complement_2(X,fn_dna_primer_2(X))
& complement_2(X,fn_dna_primer_1(X))
& has_part_2(X,fn_dna_primer_22(X))
& has_region_2(fn_dna_primer_18(X),fn_dna_primer_20(X))
& has_part_2(fn_dna_primer_18(X),fn_dna_primer_7(X))
& has_part_2(fn_dna_primer_18(X),fn_dna_primer_8(X))
& has_part_2(fn_dna_primer_18(X),fn_dna_primer_21(X))
& object_2(fn_dna_primer_6(X),fn_dna_primer_18(X))
& agent_2(fn_dna_primer_6(X),X)
& by_means_of_2(fn_dna_primer_4(X),fn_dna_primer_5(X))
& base_2(fn_dna_primer_4(X),fn_dna_primer_18(X))
& abuts_2(fn_dna_primer_3(X),fn_dna_primer_2(X))
& abuts_2(fn_dna_primer_3(X),fn_dna_primer_1(X))
& abuts_2(fn_dna_primer_2(X),fn_dna_primer_3(X))
& complement_2(fn_dna_primer_2(X),X)
& abuts_2(fn_dna_primer_1(X),fn_dna_primer_3(X))
& complement_2(fn_dna_primer_1(X),X)
& instrument_2(fn_dna_primer_17(X),X)
& object_2(fn_dna_primer_24(X),fn_dna_primer_22(X))
& possesses_2(fn_dna_primer_18(X),fn_dna_primer_19(X))
& result_2(fn_dna_primer_17(X),fn_dna_primer_26(X))
& is_inside_2(fn_dna_primer_21(X),fn_dna_primer_20(X))
& size_2(X,fn_dna_primer_13(X))
& greater_than_2(fn_dna_primer_13(X),fn_dna_primer_14(X))
& size_2(fn_dna_primer_23(X),fn_dna_primer_14(X))
& has_part_2(X,fn_dna_primer_23(X))
& possesses_2(X,fn_dna_primer_25(X))
& is_inside_2(fn_dna_primer_15(X),fn_dna_primer_16(X))
& has_part_2(fn_dna_primer_23(X),fn_dna_primer_15(X))
& has_region_2(fn_dna_primer_23(X),fn_dna_primer_16(X))
& is_between_2(fn_dna_primer_25(X),fn_dna_primer_22(X))
& fn_dna_primer_22(X) = fn_attach_1(fn_dna_primer_24(X))
& fn_dna_primer_18(X) = fn_kinetic_energy_2(fn_dna_primer_19(X))
& fn_dna_primer_26(X) = fn_anabolic_pathway_5(fn_dna_primer_17(X))
& fn_dna_primer_26(X) = fn_polymer_synthesis_23(fn_dna_primer_17(X))
& fn_dna_primer_21(X) = fn_carbon_skeleton_4(fn_dna_primer_20(X))
& fn_dna_primer_25(X) = fn_molecule_10(X)
& fn_dna_primer_25(X) = fn_nucleic_acid_19(X)
& fn_dna_primer_23(X) = fn_primer_3(X)
& fn_dna_primer_23(X) = fn_primer_2(X)
& fn_dna_primer_23(X) = fn_nucleic_acid_20(X)
& fn_dna_primer_14(X) = fn_nucleic_acid_28(X)
& fn_dna_primer_13(X) = fn_nucleic_acid_29(X)
& fn_dna_primer_22(X) = fn_chemical_bond_1(fn_dna_primer_25(X))
& fn_dna_primer_22(X) = fn_chemical_bond_4(fn_dna_primer_25(X))
& fn_dna_primer_15(X) = fn_organic_molecule_2(fn_dna_primer_23(X))
& fn_dna_primer_15(X) = fn_nucleotide_9(fn_dna_primer_23(X))
& fn_dna_primer_16(X) = fn_nucleoside_monophosphate_25(fn_dna_primer_23(X))
& fn_dna_primer_16(X) = fn_nucleotide_3(fn_dna_primer_23(X))
& fn_anabolic_pathway_5(fn_dna_primer_17(X)) = fn_polymer_synthesis_23(fn_dna_primer_17(X))
& fn_polymer_synthesis_23(fn_dna_primer_17(X)) = fn_attach_1(fn_dna_primer_24(X))
& fn_attach_1(fn_dna_primer_24(X)) = fn_chemical_bond_1(fn_dna_primer_25(X))
& fn_chemical_bond_1(fn_dna_primer_25(X)) = fn_chemical_bond_1(fn_dna_primer_25(X))
& fn_chemical_bond_1(fn_dna_primer_25(X)) = fn_chemical_bond_4(fn_dna_primer_25(X))
& fn_chemical_bond_4(fn_dna_primer_25(X)) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_nucleic_acid_19(X)
& fn_nucleic_acid_19(X) = fn_nucleotide_9(fn_dna_primer_23(X))
& fn_nucleotide_9(fn_dna_primer_23(X)) = fn_organic_molecule_2(fn_dna_primer_23(X))
& fn_organic_molecule_2(fn_dna_primer_23(X)) = fn_nucleotide_9(fn_dna_primer_23(X))
& fn_nucleotide_9(fn_dna_primer_23(X)) = fn_nucleotide_3(fn_dna_primer_23(X))
& fn_nucleotide_3(fn_dna_primer_23(X)) = fn_nucleoside_monophosphate_25(fn_dna_primer_23(X))
& fn_nucleoside_monophosphate_25(fn_dna_primer_23(X)) = fn_nucleotide_3(fn_dna_primer_23(X))
& fn_nucleotide_3(fn_dna_primer_23(X)) = fn_primer_3(X)
& fn_primer_3(X) = fn_primer_2(X)
& fn_primer_2(X) = fn_primer_2(X)
& fn_primer_2(X) = fn_nucleic_acid_20(X)
& fn_nucleic_acid_20(X) = fn_nucleic_acid_20(X) ) ) ).
fof(a529067,axiom,
! [X] :
( dna_proofreading_1(X)
=> ( original_name_2(X,'DNA-Proofreading')
& user_description_2(X,'Error correction of newly-synthesized DNA where DNA polymerase reverses its direction by one base pair of DNA and excises the incorrect base pair and replaces it with the correct base pair. Not all DNA polymerases have the ability to proofread.')
& concept2words_2(X,proofread)
& concept2words_2(X,'dna proofreading')
& concept2words_2(X,'dna-proofreading')
& distinguishing_1(X)
& ~ codon_recognition_1(X)
& ~ compare_genes_1(X)
& ~ distinguishing_defective_chromosome_1(X)
& ~ identify_cell_by_protein_expression_1(X)
& ~ identify_cell_clones_with_gene_of_interest_1(X)
& make_error_1(fn_dna_proofreading_1(X))
& increase_in_accuracy_of_dna_replication_1(fn_dna_proofreading_2(X))
& dna_repair_1(fn_dna_proofreading_3(X))
& damaged_dna_strand_1(fn_dna_proofreading_4(X))
& dna_replication_1(fn_dna_proofreading_5(X))
& dna_polymerase_1(fn_dna_proofreading_6(X))
& damaged_dna_strand_1(fn_dna_repair_8(fn_dna_proofreading_3(X)))
& dna_proofreading_1(fn_dna_polymerase_21(fn_dna_proofreading_6(X)))
& dna_proofreading_1(fn_dna_replication_3(fn_dna_proofreading_5(X)))
& dna_proofreading_1(fn_increase_in_accuracy_of_dna_replication_2(fn_dna_proofreading_2(X)))
& objective_2(fn_dna_proofreading_1(X),fn_dna_proofreading_5(X))
& prevents_2(X,fn_dna_proofreading_1(X))
& subevent_2(X,fn_dna_proofreading_3(X))
& object_2(X,fn_dna_proofreading_4(X))
& objective_2(fn_dna_proofreading_2(X),fn_dna_proofreading_5(X))
& agent_2(X,fn_dna_proofreading_6(X))
& object_2(fn_dna_proofreading_3(X),fn_dna_proofreading_4(X))
& subevent_2(fn_dna_proofreading_5(X),X)
& by_means_of_2(fn_dna_proofreading_2(X),X)
& causes_2(X,fn_dna_proofreading_2(X))
& X = fn_dna_polymerase_21(fn_dna_proofreading_6(X))
& fn_dna_proofreading_4(X) = fn_dna_repair_8(fn_dna_proofreading_3(X))
& X = fn_dna_replication_3(fn_dna_proofreading_5(X))
& X = fn_increase_in_accuracy_of_dna_replication_2(fn_dna_proofreading_2(X))
& fn_dna_polymerase_21(fn_dna_proofreading_6(X)) = fn_dna_replication_3(fn_dna_proofreading_5(X))
& fn_dna_replication_3(fn_dna_proofreading_5(X)) = fn_dna_replication_3(fn_dna_proofreading_5(X))
& fn_dna_replication_3(fn_dna_proofreading_5(X)) = fn_increase_in_accuracy_of_dna_replication_2(fn_dna_proofreading_2(X))
& fn_increase_in_accuracy_of_dna_replication_2(fn_dna_proofreading_2(X)) = fn_increase_in_accuracy_of_dna_replication_2(fn_dna_proofreading_2(X)) ) ) ).
fof(a529068,axiom,
! [X] :
( dna_repair_1(X)
=> ( original_name_2(X,'DNA-Repair')
& user_description_2(X,'DNA repair refers to a collection of processes by which a cell identifies and corrects damage to the DNA molecules that encode its genome.')
& concept2words_2(X,repair)
& concept2words_2(X,'repair of dna')
& concept2words_2(X,'dna repair')
& concept2words_2(X,'dna-repair')
& repair_1(X)
& dna_polymerase_1(fn_dna_repair_1(X))
& repair_enzyme_1(fn_dna_repair_2(X))
& cell_1(fn_dna_repair_3(X))
& repair_enzyme_1(fn_dna_repair_4(X))
& protein_1(fn_dna_repair_5(X))
& recognize_1(fn_dna_repair_6(X))
& dna_1(fn_dna_repair_7(X))
& damaged_dna_strand_1(fn_dna_repair_8(X))
& entity_1(fn_perceive_1(fn_dna_repair_6(X)))
& dna_strand_1(fn_dna_11(fn_dna_repair_7(X)))
& dna_strand_1(fn_dna_2(fn_dna_repair_7(X)))
& agent_2(fn_dna_repair_6(X),fn_dna_repair_2(X))
& base_2(X,fn_dna_repair_7(X))
& agent_2(X,fn_dna_repair_4(X))
& agent_2(X,fn_dna_repair_5(X))
& agent_2(X,fn_dna_repair_1(X))
& site_2(X,fn_dna_repair_3(X))
& subevent_2(X,fn_dna_repair_6(X))
& object_2(fn_dna_repair_6(X),fn_dna_repair_8(X))
& object_2(X,fn_dna_repair_8(X))
& has_part_2(fn_dna_repair_7(X),fn_dna_repair_8(X))
& fn_dna_repair_8(X) = fn_perceive_1(fn_dna_repair_6(X))
& fn_dna_repair_8(X) = fn_repair_1(X)
& fn_dna_repair_8(X) = fn_dna_11(fn_dna_repair_7(X))
& fn_dna_repair_8(X) = fn_dna_2(fn_dna_repair_7(X))
& fn_perceive_1(fn_dna_repair_6(X)) = fn_repair_1(X)
& fn_repair_1(X) = fn_repair_1(X)
& fn_repair_1(X) = fn_dna_11(fn_dna_repair_7(X))
& fn_dna_11(fn_dna_repair_7(X)) = fn_dna_11(fn_dna_repair_7(X))
& fn_dna_11(fn_dna_repair_7(X)) = fn_dna_2(fn_dna_repair_7(X)) ) ) ).
fof(a529069,axiom,
! [X] :
( dna_replication_1(X)
=> ( original_name_2(X,'DNA-Replication')
& user_description_2(X,'DNA replication is process by which a cell\'s DNA makes its own exact copy. The DNA\'s two strands serve as templates for the synthesis of a complementary daughter strand for themselves. The daughter strand remains attached to their template parental strand to result in new DNA copy having parental strand and the newly synthesized as its component strands. This model of replication is called \'semiconservative model of DNA replication\'. The process involves \'DNA polymerase\' and primase\' enzymes.')
& concept2words_2(X,'dna synthesis')
& concept2words_2(X,'dna-synthesis')
& concept2words_2(X,copy)
& concept2words_2(X,'replication of dna')
& concept2words_2(X,'dna replication')
& concept2words_2(X,'dna-replication')
& synthesis_of_nucleic_acid_1(X)
& ~ reverse_transcription_1(X)
& ~ transcription_1(X)
& ~ translation_1(X)
& dna_replication_termination_1(fn_dna_replication_2(X))
& dna_proofreading_1(fn_dna_replication_3(X))
& mismatch_repair_1(fn_dna_replication_4(X))
& dna_ligase_1(fn_dna_replication_5(X))
& dna_primase_1(fn_dna_replication_6(X))
& number_5_prime_end_1(fn_dna_replication_7(X))
& number_3_prime_end_1(fn_dna_replication_8(X))
& structural_complexity_value_1(fn_dna_replication_9(X))
& charge_value_1(fn_dna_replication_10(X))
& molecule_1(fn_dna_replication_12(X))
& chemical_entity_1(fn_dna_replication_12(X))
& monomer_1(fn_dna_replication_12(X))
& reactant_1(fn_dna_replication_13(X))
& create_1(fn_dna_replication_14(X))
& dehydration_reaction_1(fn_dna_replication_14(X))
& monomer_1(fn_dna_replication_15(X))
& monomer_1(fn_dna_replication_16(X))
& entity_1(fn_dna_replication_17(X))
& chemical_entity_1(fn_dna_replication_17(X))
& atom_1(fn_dna_replication_17(X))
& oxygen_1(fn_dna_replication_17(X))
& atom_1(fn_dna_replication_18(X))
& chemical_entity_1(fn_dna_replication_18(X))
& copy_1(fn_dna_replication_19(X))
& free_energy_1(fn_dna_replication_20(X))
& tangible_entity_1(fn_dna_replication_21(X))
& entity_1(fn_dna_replication_21(X))
& organic_molecule_1(fn_dna_replication_21(X))
& dna_1(fn_dna_replication_21(X))
& dna_replication_initiation_1(fn_dna_replication_22(X))
& dna_1(fn_dna_replication_23(X))
& dna_elongation_1(fn_dna_replication_24(X))
& template_1(fn_dna_replication_25(X))
& helicase_1(fn_dna_replication_26(X))
& dna_polymerase_iii_1(fn_dna_replication_27(X))
& hydrophilic_compound_1(fn_dna_replication_28(X))
& molecule_1(fn_dna_replication_28(X))
& polar_molecule_1(fn_dna_replication_28(X))
& chemical_entity_1(fn_dna_replication_28(X))
& water_molecule_1(fn_dna_replication_28(X))
& free_energy_1(fn_dna_replication_29(X))
& catalyst_1(fn_dna_replication_30(X))
& atp_1(fn_dna_replication_31(X))
& monomer_1(fn_dna_replication_31(X))
& hydroxyl_group_1(fn_dna_replication_32(X))
& chemical_bond_1(fn_dna_replication_33(X))
& polar_covalent_bond_1(fn_dna_replication_33(X))
& template_1(fn_copy_2(fn_dna_replication_19(X)))
& dna_polymerase_1(fn_dna_elongation_4(fn_dna_replication_24(X)))
& hydroxyl_group_1(fn_dehydration_reaction_5(fn_dna_replication_14(X)))
& catalyst_1(fn_enzyme_6(fn_dna_replication_26(X)))
& atom_1(fn_organic_molecule_2(fn_dna_replication_21(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_dna_replication_21(X)))
& chemical_entity_1(fn_reactant_3(fn_dna_replication_13(X)))
& entity_1(fn_create_1(fn_dna_replication_19(X)))
& entity_1(fn_create_1(fn_dna_replication_14(X)))
& chemical_bond_1(fn_dehydration_reaction_2(fn_dna_replication_14(X)))
& polar_covalent_bond_1(fn_dehydration_reaction_2(fn_dna_replication_14(X)))
& atom_1(fn_dehydration_reaction_3(fn_dna_replication_14(X)))
& oxygen_1(fn_dehydration_reaction_3(fn_dna_replication_14(X)))
& free_energy_1(fn_dehydration_reaction_1(fn_dna_replication_14(X)))
& water_molecule_1(fn_dehydration_reaction_6(fn_dna_replication_14(X)))
& molecule_1(fn_dehydration_reaction_8(fn_dna_replication_14(X)))
& chemical_entity_1(fn_dehydration_reaction_7(fn_dna_replication_14(X)))
& molecule_1(fn_dehydration_reaction_7(fn_dna_replication_14(X)))
& chemical_reaction_1(fn_reactant_2(fn_dna_replication_13(X)))
& chemical_reaction_1(fn_enzyme_4(fn_dna_replication_26(X)))
& tangible_entity_1(fn_copy_1(fn_dna_replication_19(X)))
& entity_1(fn_dna_replication_initiation_14(fn_dna_replication_22(X)))
& dna_1(fn_dna_replication_initiation_14(fn_dna_replication_22(X)))
& has_state_2(fn_dna_replication_31(X),fn_dna_replication_15(X))
& the_categorical_value_2(fn_dna_replication_10(X),partial_negative_0)
& the_cardinal_value_2(fn_dna_replication_10(X),"0.0e0")
& cardinal_unit_class_2(fn_dna_replication_10(X),unity_0)
& structural_complexity_2(fn_dna_replication_28(X),fn_dna_replication_9(X))
& in_event_2(fn_dna_replication_25(X),X)
& next_event_2(fn_dna_replication_3(X),fn_dna_replication_4(X))
& next_event_2(fn_dna_replication_24(X),fn_dna_replication_2(X))
& object_2(X,fn_dna_replication_21(X))
& by_means_of_2(X,fn_dna_replication_19(X))
& destination_2(X,fn_dna_replication_7(X))
& origin_2(X,fn_dna_replication_8(X))
& agent_2(X,fn_dna_replication_5(X))
& agent_2(X,fn_dna_replication_6(X))
& agent_2(X,fn_dna_replication_27(X))
& subevent_2(X,fn_dna_replication_4(X))
& subevent_2(X,fn_dna_replication_3(X))
& subevent_2(X,fn_dna_replication_22(X))
& subevent_2(X,fn_dna_replication_24(X))
& subevent_2(X,fn_dna_replication_2(X))
& structural_complexity_2(fn_dna_replication_23(X),fn_dna_replication_9(X))
& next_event_2(fn_dna_replication_22(X),fn_dna_replication_24(X))
& result_2(fn_dna_replication_19(X),fn_dna_replication_23(X))
& plays_2(fn_dna_replication_31(X),fn_dna_replication_13(X))
& raw_material_2(X,fn_dna_replication_31(X))
& object_2(fn_dna_replication_19(X),fn_dna_replication_21(X))
& plays_2(fn_dna_replication_21(X),fn_dna_replication_25(X))
& agent_2(fn_dna_replication_24(X),fn_dna_replication_27(X))
& base_2(fn_dna_replication_22(X),fn_dna_replication_21(X))
& possesses_2(fn_dna_replication_23(X),fn_dna_replication_20(X))
& possesses_2(fn_dna_replication_28(X),fn_dna_replication_20(X))
& fn_dna_replication_28(X) != fn_dna_replication_31(X)
& fn_dna_replication_31(X) != fn_dna_replication_28(X)
& possesses_2(fn_dna_replication_31(X),fn_dna_replication_29(X))
& raw_material_2(fn_dna_replication_14(X),fn_dna_replication_31(X))
& fn_dna_replication_31(X) != fn_dna_replication_12(X)
& has_region_2(fn_dna_replication_12(X),fn_dna_replication_32(X))
& is_inside_2(fn_dna_replication_17(X),fn_dna_replication_32(X))
& fn_dna_replication_12(X) != fn_dna_replication_31(X)
& plays_2(fn_dna_replication_26(X),fn_dna_replication_30(X))
& has_function_2(fn_dna_replication_26(X),X)
& in_event_2(fn_dna_replication_30(X),X)
& result_2(X,fn_dna_replication_23(X))
& result_2(fn_dna_replication_14(X),fn_dna_replication_23(X))
& has_part_2(fn_dna_replication_23(X),fn_dna_replication_16(X))
& has_part_2(fn_dna_replication_23(X),fn_dna_replication_15(X))
& has_part_2(fn_dna_replication_12(X),fn_dna_replication_17(X))
& is_between_2(fn_dna_replication_33(X),fn_dna_replication_17(X))
& possesses_2(fn_dna_replication_12(X),fn_dna_replication_33(X))
& in_event_2(fn_dna_replication_13(X),X)
& result_2(fn_dna_replication_14(X),fn_dna_replication_28(X))
& result_2(X,fn_dna_replication_28(X))
& raw_material_2(X,fn_dna_replication_12(X))
& has_state_2(fn_dna_replication_12(X),fn_dna_replication_16(X))
& subevent_2(X,fn_dna_replication_14(X))
& raw_material_2(fn_dna_replication_14(X),fn_dna_replication_12(X))
& possesses_2(fn_dna_replication_12(X),fn_dna_replication_29(X))
& fn_dna_replication_28(X) != fn_dna_replication_12(X)
& fn_dna_replication_12(X) != fn_dna_replication_28(X)
& exactCardinality(fn_dna_replication_21(X),has_part_0,"2",dna_strand_0)
& fn_dna_replication_23(X) = fn_create_1(fn_dna_replication_19(X))
& X = fn_reactant_2(fn_dna_replication_13(X))
& fn_dna_replication_31(X) = fn_reactant_3(fn_dna_replication_13(X))
& fn_dna_replication_25(X) = fn_copy_2(fn_dna_replication_19(X))
& fn_dna_replication_21(X) = fn_copy_1(fn_dna_replication_19(X))
& fn_dna_replication_27(X) = fn_dna_elongation_4(fn_dna_replication_24(X))
& fn_dna_replication_21(X) = fn_dna_replication_initiation_14(fn_dna_replication_22(X))
& fn_dna_replication_20(X) = fn_dehydration_reaction_1(fn_dna_replication_14(X))
& fn_dna_replication_28(X) = fn_polymer_synthesis_11(X)
& fn_dna_replication_20(X) = fn_polymer_synthesis_19(X)
& fn_dna_replication_29(X) = fn_dehydration_reaction_1(fn_dna_replication_14(X))
& fn_dna_replication_32(X) = fn_dehydration_reaction_5(fn_dna_replication_14(X))
& fn_dna_replication_31(X) = fn_dehydration_reaction_8(fn_dna_replication_14(X))
& fn_dna_replication_30(X) = fn_enzyme_6(fn_dna_replication_26(X))
& X = fn_enzyme_4(fn_dna_replication_26(X))
& fn_dna_replication_23(X) = fn_polymer_synthesis_23(X)
& fn_dna_replication_23(X) = fn_create_1(fn_dna_replication_14(X))
& fn_dna_replication_15(X) = fn_synthesis_of_nucleic_acid_10(X)
& fn_dna_replication_23(X) = fn_synthesis_of_nucleic_acid_6(X)
& fn_dna_replication_33(X) = fn_dehydration_reaction_2(fn_dna_replication_14(X))
& fn_dna_replication_33(X) = fn_polymer_synthesis_15(X)
& fn_dna_replication_17(X) = fn_dehydration_reaction_3(fn_dna_replication_14(X))
& fn_dna_replication_17(X) = fn_polymer_synthesis_12(X)
& fn_dna_replication_13(X) = fn_synthesis_of_nucleic_acid_12(X)
& fn_dna_replication_16(X) = fn_synthesis_of_nucleic_acid_11(X)
& fn_dna_replication_16(X) = fn_synthesis_of_nucleic_acid_10(X)
& fn_dna_replication_12(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_dna_replication_12(X) = fn_polymer_synthesis_20(X)
& fn_dna_replication_29(X) = fn_synthesis_of_nucleic_acid_8(X)
& fn_dna_replication_28(X) = fn_dehydration_reaction_7(fn_dna_replication_14(X))
& fn_dna_replication_12(X) = fn_dehydration_reaction_8(fn_dna_replication_14(X))
& fn_dna_replication_28(X) = fn_dehydration_reaction_6(fn_dna_replication_14(X))
& fn_dna_replication_28(X) = fn_synthesis_of_nucleic_acid_7(X)
& fn_dna_replication_12(X) = fn_dehydration_reaction_7(fn_dna_replication_14(X))
& fn_dna_replication_12(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_dna_replication_14(X) = fn_synthesis_of_nucleic_acid_13(X)
& fn_dna_replication_18(X) = fn_organic_molecule_2(fn_dna_replication_21(X))
& fn_dehydration_reaction_1(fn_dna_replication_14(X)) = fn_polymer_synthesis_19(X)
& fn_polymer_synthesis_19(X) = fn_polymer_synthesis_19(X)
& fn_polymer_synthesis_19(X) = fn_reactant_3(fn_dna_replication_13(X))
& fn_reactant_3(fn_dna_replication_13(X)) = fn_reactant_3(fn_dna_replication_13(X))
& fn_reactant_3(fn_dna_replication_13(X)) = fn_dehydration_reaction_8(fn_dna_replication_14(X))
& fn_dehydration_reaction_8(fn_dna_replication_14(X)) = fn_dehydration_reaction_8(fn_dna_replication_14(X))
& fn_dehydration_reaction_8(fn_dna_replication_14(X)) = fn_create_1(fn_dna_replication_19(X))
& fn_create_1(fn_dna_replication_19(X)) = fn_polymer_synthesis_23(X)
& fn_polymer_synthesis_23(X) = fn_create_1(fn_dna_replication_14(X))
& fn_create_1(fn_dna_replication_14(X)) = fn_polymer_synthesis_23(X)
& fn_polymer_synthesis_23(X) = fn_polymer_synthesis_23(X)
& fn_polymer_synthesis_23(X) = fn_synthesis_of_nucleic_acid_6(X)
& fn_synthesis_of_nucleic_acid_6(X) = fn_synthesis_of_nucleic_acid_6(X)
& fn_synthesis_of_nucleic_acid_6(X) = fn_polymer_synthesis_15(X)
& fn_polymer_synthesis_15(X) = fn_dehydration_reaction_2(fn_dna_replication_14(X))
& fn_dehydration_reaction_2(fn_dna_replication_14(X)) = fn_polymer_synthesis_15(X)
& fn_polymer_synthesis_15(X) = fn_dehydration_reaction_3(fn_dna_replication_14(X))
& fn_dehydration_reaction_3(fn_dna_replication_14(X)) = fn_dehydration_reaction_3(fn_dna_replication_14(X))
& fn_polymer_synthesis_12(X) = fn_dehydration_reaction_3(fn_dna_replication_14(X))
& fn_dehydration_reaction_3(fn_dna_replication_14(X)) = fn_polymer_synthesis_12(X)
& fn_polymer_synthesis_12(X) = fn_synthesis_of_nucleic_acid_11(X)
& fn_synthesis_of_nucleic_acid_11(X) = fn_synthesis_of_nucleic_acid_11(X)
& fn_synthesis_of_nucleic_acid_11(X) = fn_synthesis_of_nucleic_acid_10(X)
& fn_synthesis_of_nucleic_acid_10(X) = fn_dehydration_reaction_1(fn_dna_replication_14(X))
& fn_dehydration_reaction_1(fn_dna_replication_14(X)) = fn_synthesis_of_nucleic_acid_8(X)
& fn_synthesis_of_nucleic_acid_8(X) = fn_dehydration_reaction_7(fn_dna_replication_14(X))
& fn_polymer_synthesis_11(X) = fn_dehydration_reaction_7(fn_dna_replication_14(X))
& fn_dehydration_reaction_7(fn_dna_replication_14(X)) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_dehydration_reaction_6(fn_dna_replication_14(X))
& fn_synthesis_of_nucleic_acid_7(X) = fn_dehydration_reaction_6(fn_dna_replication_14(X))
& fn_dehydration_reaction_6(fn_dna_replication_14(X)) = fn_dehydration_reaction_6(fn_dna_replication_14(X))
& fn_dehydration_reaction_6(fn_dna_replication_14(X)) = fn_synthesis_of_nucleic_acid_7(X)
& fn_synthesis_of_nucleic_acid_7(X) = fn_dehydration_reaction_7(fn_dna_replication_14(X))
& fn_dehydration_reaction_7(fn_dna_replication_14(X)) = fn_dehydration_reaction_8(fn_dna_replication_14(X))
& fn_dehydration_reaction_8(fn_dna_replication_14(X)) = fn_dehydration_reaction_7(fn_dna_replication_14(X))
& fn_dehydration_reaction_7(fn_dna_replication_14(X)) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_nucleic_acid_14(X) = fn_dehydration_reaction_7(fn_dna_replication_14(X))
& fn_dehydration_reaction_7(fn_dna_replication_14(X)) = fn_dehydration_reaction_7(fn_dna_replication_14(X))
& fn_dehydration_reaction_7(fn_dna_replication_14(X)) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_nucleic_acid_14(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_nucleic_acid_14(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_nucleic_acid_9(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_synthesis_of_nucleic_acid_9(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_synthesis_of_nucleic_acid_9(X) = fn_reactant_2(fn_dna_replication_13(X))
& fn_reactant_2(fn_dna_replication_13(X)) = fn_enzyme_4(fn_dna_replication_26(X))
& fn_enzyme_4(fn_dna_replication_26(X)) = fn_enzyme_4(fn_dna_replication_26(X))
& fn_enzyme_4(fn_dna_replication_26(X)) = fn_copy_1(fn_dna_replication_19(X))
& fn_copy_1(fn_dna_replication_19(X)) = fn_copy_1(fn_dna_replication_19(X))
& fn_copy_1(fn_dna_replication_19(X)) = fn_dna_replication_initiation_14(fn_dna_replication_22(X)) ) ) ).
fof(a529070,axiom,
! [X] :
( dna_replication_in_eukaryotes_1(X)
=> ( original_name_2(X,'DNA-Replication-In-Eukaryotes')
& user_description_2(X,'The process in which existing DNA acts as a template for the cell to make a copy of the DNA . Replication in eukaryotes occurs during the S phase of the cell cycle and is regulated by cyclin-dependent kinases.')
& concept2words_2(X,'replication in eukaryotes')
& concept2words_2(X,copy)
& concept2words_2(X,'dna replication in eukaryote')
& concept2words_2(X,'dna-replication-in-eukaryote')
& dna_replication_1(X)
& ~ dna_replication_in_prokaryotes_1(X)
& time_interval_1(fn_dna_replication_in_eukaryotes_1(X))
& time_interval_1(fn_dna_replication_in_eukaryotes_2(X))
& eukaryote_1(fn_dna_replication_in_eukaryotes_3(X))
& number_3_prime_end_1(fn_dna_replication_in_eukaryotes_4(X))
& number_5_prime_end_1(fn_dna_replication_in_eukaryotes_5(X))
& telomere_1(fn_dna_replication_in_eukaryotes_6(X))
& eukaryotic_cell_1(fn_dna_replication_in_eukaryotes_8(X))
& structural_complexity_value_1(fn_dna_replication_in_eukaryotes_9(X))
& monomer_1(fn_dna_replication_in_eukaryotes_10(X))
& nucleoside_monophosphate_1(fn_dna_replication_in_eukaryotes_10(X))
& chemical_entity_1(fn_dna_replication_in_eukaryotes_12(X))
& monomer_1(fn_dna_replication_in_eukaryotes_12(X))
& molecule_1(fn_dna_replication_in_eukaryotes_12(X))
& ribonucleotide_1(fn_dna_replication_in_eukaryotes_12(X))
& nucleoside_triphosphate_1(fn_dna_replication_in_eukaryotes_12(X))
& atp_1(fn_dna_replication_in_eukaryotes_12(X))
& helicase_1(fn_dna_replication_in_eukaryotes_13(X))
& structural_complexity_value_1(fn_dna_replication_in_eukaryotes_14(X))
& dna_replication_termination_1(fn_dna_replication_in_eukaryotes_15(X))
& dna_with_shortened_telomere_1(fn_dna_replication_in_eukaryotes_16(X))
& polymer_1(fn_dna_replication_in_eukaryotes_16(X))
& property_value_1(fn_dna_replication_in_eukaryotes_17(X))
& length_value_1(fn_dna_replication_in_eukaryotes_17(X))
& increase_1(fn_dna_replication_in_eukaryotes_18(X))
& deoxyribonucleotide_1(fn_dna_replication_in_eukaryotes_19(X))
& length_value_1(fn_dna_replication_in_eukaryotes_20(X))
& telomerase_1(fn_dna_replication_in_eukaryotes_21(X))
& add_1(fn_dna_replication_in_eukaryotes_22(X))
& increase_1(fn_dna_replication_in_eukaryotes_23(X))
& deoxyribonucleotide_1(fn_dna_replication_in_eukaryotes_24(X))
& add_1(fn_dna_replication_in_eukaryotes_25(X))
& tangible_entity_1(fn_dna_replication_in_eukaryotes_26(X))
& nucleus_1(fn_dna_replication_in_eukaryotes_26(X))
& dna_1(fn_dna_replication_in_eukaryotes_27(X))
& polymer_1(fn_dna_replication_in_eukaryotes_27(X))
& nucleic_acid_1(fn_dna_replication_in_eukaryotes_27(X))
& hydrophilic_compound_1(fn_dna_replication_in_eukaryotes_28(X))
& molecule_1(fn_dna_replication_in_eukaryotes_28(X))
& polar_molecule_1(fn_dna_replication_in_eukaryotes_28(X))
& chemical_entity_1(fn_dna_replication_in_eukaryotes_28(X))
& water_molecule_1(fn_dna_replication_in_eukaryotes_28(X))
& create_1(fn_dna_replication_in_eukaryotes_29(X))
& dehydration_reaction_1(fn_dna_replication_in_eukaryotes_29(X))
& hydroxyl_group_1(fn_dna_replication_in_eukaryotes_30(X))
& oxygen_1(fn_dna_replication_in_eukaryotes_31(X))
& entity_1(fn_dna_replication_in_eukaryotes_31(X))
& chemical_entity_1(fn_dna_replication_in_eukaryotes_31(X))
& atom_1(fn_dna_replication_in_eukaryotes_31(X))
& polar_covalent_bond_1(fn_dna_replication_in_eukaryotes_32(X))
& chemical_bond_1(fn_dna_replication_in_eukaryotes_32(X))
& free_energy_1(fn_dna_replication_in_eukaryotes_33(X))
& monomer_1(fn_dna_replication_in_eukaryotes_34(X))
& dna_polymerase_iii_1(fn_dna_replication_in_eukaryotes_35(X))
& tangible_entity_1(fn_dna_replication_in_eukaryotes_36(X))
& entity_1(fn_dna_replication_in_eukaryotes_36(X))
& organic_molecule_1(fn_dna_replication_in_eukaryotes_36(X))
& dna_1(fn_dna_replication_in_eukaryotes_36(X))
& copy_1(fn_dna_replication_in_eukaryotes_37(X))
& template_1(fn_dna_replication_in_eukaryotes_38(X))
& catalyst_1(fn_dna_replication_in_eukaryotes_39(X))
& reactant_1(fn_dna_replication_in_eukaryotes_40(X))
& mismatch_repair_1(fn_dna_replication_in_eukaryotes_41(X))
& dna_proofreading_1(fn_dna_replication_in_eukaryotes_42(X))
& dna_replication_initiation_1(fn_dna_replication_in_eukaryotes_43(X))
& dna_elongation_1(fn_dna_replication_in_eukaryotes_44(X))
& molecule_1(fn_dna_replication_in_eukaryotes_45(X))
& chemical_entity_1(fn_dna_replication_in_eukaryotes_45(X))
& monomer_1(fn_dna_replication_in_eukaryotes_45(X))
& spatial_entity_1(fn_add_1(fn_dna_replication_in_eukaryotes_22(X)))
& spatial_entity_1(fn_add_1(fn_dna_replication_in_eukaryotes_25(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_dna_replication_in_eukaryotes_8(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_dna_replication_in_eukaryotes_8(X)))
& property_node_1(fn_increase_1(fn_dna_replication_in_eukaryotes_23(X)))
& property_value_1(fn_increase_4(fn_dna_replication_in_eukaryotes_23(X)))
& dna_with_shortened_telomere_1(fn_telomerase_3(fn_dna_replication_in_eukaryotes_21(X)))
& increase_1(fn_telomerase_4(fn_dna_replication_in_eukaryotes_21(X)))
& property_node_1(fn_polymer_2(fn_dna_replication_in_eukaryotes_16(X)))
& dna_replication_in_eukaryotes_1(fn_nucleus_11(fn_dna_replication_in_eukaryotes_26(X)))
& dna_replication_1(fn_telomerase_10(fn_dna_replication_in_eukaryotes_21(X)))
& monomer_1(fn_polymer_6(fn_dna_replication_in_eukaryotes_27(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_dna_replication_in_eukaryotes_30(X)))
& chemical_bond_1(fn_molecule_10(fn_dna_replication_in_eukaryotes_12(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_dna_replication_in_eukaryotes_30(X)))
& oxygen_1(fn_ribonucleotide_8(fn_dna_replication_in_eukaryotes_12(X)))
& entity_1(fn_ribonucleotide_8(fn_dna_replication_in_eukaryotes_12(X)))
& chemical_entity_1(fn_ribonucleotide_8(fn_dna_replication_in_eukaryotes_12(X)))
& atom_1(fn_ribonucleotide_8(fn_dna_replication_in_eukaryotes_12(X)))
& oxygen_1(fn_nucleoside_triphosphate_32(fn_dna_replication_in_eukaryotes_12(X)))
& entity_1(fn_nucleoside_triphosphate_32(fn_dna_replication_in_eukaryotes_12(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_32(fn_dna_replication_in_eukaryotes_12(X)))
& atom_1(fn_nucleoside_triphosphate_32(fn_dna_replication_in_eukaryotes_12(X)))
& oxygen_1(fn_atp_37(fn_dna_replication_in_eukaryotes_12(X)))
& entity_1(fn_atp_37(fn_dna_replication_in_eukaryotes_12(X)))
& chemical_entity_1(fn_atp_37(fn_dna_replication_in_eukaryotes_12(X)))
& atom_1(fn_atp_37(fn_dna_replication_in_eukaryotes_12(X)))
& oxygen_1(fn_atp_35(fn_dna_replication_in_eukaryotes_12(X)))
& entity_1(fn_atp_35(fn_dna_replication_in_eukaryotes_12(X)))
& chemical_entity_1(fn_atp_35(fn_dna_replication_in_eukaryotes_12(X)))
& atom_1(fn_atp_35(fn_dna_replication_in_eukaryotes_12(X)))
& chemical_entity_1(fn_functional_group_1(fn_dna_replication_in_eukaryotes_30(X)))
& monomer_1(fn_polymer_4(fn_dna_replication_in_eukaryotes_27(X)))
& nucleoside_monophosphate_1(fn_nucleic_acid_20(fn_dna_replication_in_eukaryotes_27(X)))
& property_value_1(fn_increase_4(fn_dna_replication_in_eukaryotes_18(X)))
& length_value_1(fn_polymer_3(fn_dna_replication_in_eukaryotes_16(X)))
& fn_dna_replication_in_eukaryotes_45(X) != fn_dna_replication_in_eukaryotes_12(X)
& is_inside_2(fn_dna_replication_in_eukaryotes_26(X),fn_dna_replication_in_eukaryotes_8(X))
& causes_2(fn_dna_replication_in_eukaryotes_25(X),fn_dna_replication_in_eukaryotes_23(X))
& site_2(fn_dna_replication_in_eukaryotes_25(X),fn_dna_replication_in_eukaryotes_5(X))
& agent_2(fn_dna_replication_in_eukaryotes_23(X),fn_dna_replication_in_eukaryotes_21(X))
& base_2(fn_dna_replication_in_eukaryotes_23(X),fn_dna_replication_in_eukaryotes_6(X))
& causes_2(fn_dna_replication_in_eukaryotes_22(X),fn_dna_replication_in_eukaryotes_23(X))
& next_event_2(fn_dna_replication_in_eukaryotes_22(X),fn_dna_replication_in_eukaryotes_25(X))
& agent_2(fn_dna_replication_in_eukaryotes_22(X),fn_dna_replication_in_eukaryotes_21(X))
& site_2(fn_dna_replication_in_eukaryotes_22(X),fn_dna_replication_in_eukaryotes_4(X))
& length_2(fn_dna_replication_in_eukaryotes_6(X),fn_dna_replication_in_eukaryotes_20(X))
& subevent_2(fn_dna_replication_in_eukaryotes_18(X),fn_dna_replication_in_eukaryotes_22(X))
& subevent_2(fn_dna_replication_in_eukaryotes_18(X),fn_dna_replication_in_eukaryotes_23(X))
& subevent_2(fn_dna_replication_in_eukaryotes_18(X),fn_dna_replication_in_eukaryotes_25(X))
& time_during_2(fn_dna_replication_in_eukaryotes_18(X),fn_dna_replication_in_eukaryotes_2(X))
& result_2(fn_dna_replication_in_eukaryotes_15(X),fn_dna_replication_in_eukaryotes_16(X))
& next_event_2(fn_dna_replication_in_eukaryotes_15(X),fn_dna_replication_in_eukaryotes_18(X))
& time_during_2(fn_dna_replication_in_eukaryotes_15(X),fn_dna_replication_in_eukaryotes_1(X))
& raw_material_2(X,fn_dna_replication_in_eukaryotes_12(X))
& experiencer_2(X,fn_dna_replication_in_eukaryotes_3(X))
& time_before_2(fn_dna_replication_in_eukaryotes_1(X),fn_dna_replication_in_eukaryotes_2(X))
& structural_complexity_2(fn_dna_replication_in_eukaryotes_12(X),fn_dna_replication_in_eukaryotes_9(X))
& fn_dna_replication_in_eukaryotes_12(X) != fn_dna_replication_in_eukaryotes_45(X)
& has_state_2(fn_dna_replication_in_eukaryotes_12(X),fn_dna_replication_in_eukaryotes_10(X))
& has_region_2(fn_dna_replication_in_eukaryotes_12(X),fn_dna_replication_in_eukaryotes_30(X))
& object_2(fn_dna_replication_in_eukaryotes_22(X),fn_dna_replication_in_eukaryotes_19(X))
& object_2(fn_dna_replication_in_eukaryotes_25(X),fn_dna_replication_in_eukaryotes_24(X))
& site_2(X,fn_dna_replication_in_eukaryotes_26(X))
& has_part_2(fn_dna_replication_in_eukaryotes_8(X),fn_dna_replication_in_eukaryotes_26(X))
& to_value_2(fn_dna_replication_in_eukaryotes_23(X),fn_dna_replication_in_eukaryotes_20(X))
& greater_than_2(fn_dna_replication_in_eukaryotes_14(X),fn_dna_replication_in_eukaryotes_9(X))
& subevent_2(X,fn_dna_replication_in_eukaryotes_18(X))
& agent_2(fn_dna_replication_in_eukaryotes_18(X),fn_dna_replication_in_eukaryotes_21(X))
& base_2(fn_dna_replication_in_eukaryotes_18(X),fn_dna_replication_in_eukaryotes_16(X))
& is_inside_2(fn_dna_replication_in_eukaryotes_31(X),fn_dna_replication_in_eukaryotes_30(X))
& is_between_2(fn_dna_replication_in_eukaryotes_32(X),fn_dna_replication_in_eukaryotes_31(X))
& object_2(X,fn_dna_replication_in_eukaryotes_36(X))
& result_2(fn_dna_replication_in_eukaryotes_29(X),fn_dna_replication_in_eukaryotes_28(X))
& subevent_2(X,fn_dna_replication_in_eukaryotes_42(X))
& has_state_2(fn_dna_replication_in_eukaryotes_45(X),fn_dna_replication_in_eukaryotes_34(X))
& by_means_of_2(X,fn_dna_replication_in_eukaryotes_37(X))
& result_2(X,fn_dna_replication_in_eukaryotes_27(X))
& structural_complexity_2(fn_dna_replication_in_eukaryotes_27(X),fn_dna_replication_in_eukaryotes_14(X))
& object_2(fn_dna_replication_in_eukaryotes_37(X),fn_dna_replication_in_eukaryotes_36(X))
& result_2(fn_dna_replication_in_eukaryotes_37(X),fn_dna_replication_in_eukaryotes_27(X))
& result_2(fn_dna_replication_in_eukaryotes_29(X),fn_dna_replication_in_eukaryotes_27(X))
& raw_material_2(fn_dna_replication_in_eukaryotes_29(X),fn_dna_replication_in_eukaryotes_12(X))
& possesses_2(fn_dna_replication_in_eukaryotes_12(X),fn_dna_replication_in_eukaryotes_33(X))
& subevent_2(X,fn_dna_replication_in_eukaryotes_29(X))
& raw_material_2(fn_dna_replication_in_eukaryotes_29(X),fn_dna_replication_in_eukaryotes_45(X))
& raw_material_2(X,fn_dna_replication_in_eukaryotes_45(X))
& result_2(X,fn_dna_replication_in_eukaryotes_28(X))
& structural_complexity_2(fn_dna_replication_in_eukaryotes_28(X),fn_dna_replication_in_eukaryotes_14(X))
& in_event_2(fn_dna_replication_in_eukaryotes_40(X),X)
& plays_2(fn_dna_replication_in_eukaryotes_12(X),fn_dna_replication_in_eukaryotes_40(X))
& fn_dna_replication_in_eukaryotes_12(X) != fn_dna_replication_in_eukaryotes_28(X)
& fn_dna_replication_in_eukaryotes_28(X) != fn_dna_replication_in_eukaryotes_45(X)
& possesses_2(fn_dna_replication_in_eukaryotes_45(X),fn_dna_replication_in_eukaryotes_33(X))
& fn_dna_replication_in_eukaryotes_28(X) != fn_dna_replication_in_eukaryotes_12(X)
& fn_dna_replication_in_eukaryotes_45(X) != fn_dna_replication_in_eukaryotes_28(X)
& has_function_2(fn_dna_replication_in_eukaryotes_13(X),X)
& plays_2(fn_dna_replication_in_eukaryotes_13(X),fn_dna_replication_in_eukaryotes_39(X))
& in_event_2(fn_dna_replication_in_eukaryotes_39(X),X)
& subevent_2(X,fn_dna_replication_in_eukaryotes_41(X))
& next_event_2(fn_dna_replication_in_eukaryotes_42(X),fn_dna_replication_in_eukaryotes_41(X))
& next_event_2(fn_dna_replication_in_eukaryotes_44(X),fn_dna_replication_in_eukaryotes_15(X))
& agent_2(fn_dna_replication_in_eukaryotes_44(X),fn_dna_replication_in_eukaryotes_35(X))
& agent_2(X,fn_dna_replication_in_eukaryotes_35(X))
& subevent_2(X,fn_dna_replication_in_eukaryotes_44(X))
& next_event_2(fn_dna_replication_in_eukaryotes_43(X),fn_dna_replication_in_eukaryotes_44(X))
& subevent_2(X,fn_dna_replication_in_eukaryotes_43(X))
& base_2(fn_dna_replication_in_eukaryotes_43(X),fn_dna_replication_in_eukaryotes_36(X))
& plays_2(fn_dna_replication_in_eukaryotes_36(X),fn_dna_replication_in_eukaryotes_38(X))
& in_event_2(fn_dna_replication_in_eukaryotes_38(X),X)
& subevent_2(X,fn_dna_replication_in_eukaryotes_15(X))
& has_part_2(fn_dna_replication_in_eukaryotes_27(X),fn_dna_replication_in_eukaryotes_34(X))
& length_2(fn_dna_replication_in_eukaryotes_16(X),fn_dna_replication_in_eukaryotes_17(X))
& has_part_2(fn_dna_replication_in_eukaryotes_27(X),fn_dna_replication_in_eukaryotes_10(X))
& has_part_2(fn_dna_replication_in_eukaryotes_12(X),fn_dna_replication_in_eukaryotes_31(X))
& to_value_2(fn_dna_replication_in_eukaryotes_18(X),fn_dna_replication_in_eukaryotes_17(X))
& possesses_2(fn_dna_replication_in_eukaryotes_12(X),fn_dna_replication_in_eukaryotes_32(X))
& fn_dna_replication_in_eukaryotes_12(X) = fn_functional_group_1(fn_dna_replication_in_eukaryotes_30(X))
& fn_dna_replication_in_eukaryotes_19(X) = fn_add_1(fn_dna_replication_in_eukaryotes_22(X))
& fn_dna_replication_in_eukaryotes_24(X) = fn_add_1(fn_dna_replication_in_eukaryotes_25(X))
& X = fn_nucleus_11(fn_dna_replication_in_eukaryotes_26(X))
& fn_dna_replication_in_eukaryotes_26(X) = fn_eukaryotic_cell_26(fn_dna_replication_in_eukaryotes_8(X))
& fn_dna_replication_in_eukaryotes_11(X) = fn_increase_1(fn_dna_replication_in_eukaryotes_23(X))
& fn_dna_replication_in_eukaryotes_20(X) = fn_increase_4(fn_dna_replication_in_eukaryotes_23(X))
& fn_dna_replication_in_eukaryotes_7(X) = fn_anabolic_pathway_2(X)
& fn_dna_replication_in_eukaryotes_9(X) = fn_anabolic_pathway_4(X)
& X = fn_telomerase_10(fn_dna_replication_in_eukaryotes_21(X))
& fn_dna_replication_in_eukaryotes_16(X) = fn_telomerase_3(fn_dna_replication_in_eukaryotes_21(X))
& fn_dna_replication_in_eukaryotes_18(X) = fn_telomerase_4(fn_dna_replication_in_eukaryotes_21(X))
& fn_dna_replication_in_eukaryotes_32(X) = fn_hydroxyl_group_7(fn_dna_replication_in_eukaryotes_30(X))
& fn_dna_replication_in_eukaryotes_31(X) = fn_hydroxyl_group_4(fn_dna_replication_in_eukaryotes_30(X))
& fn_dna_replication_in_eukaryotes_34(X) = fn_synthesis_of_nucleic_acid_10(X)
& fn_dna_replication_in_eukaryotes_34(X) = fn_dna_replication_16(X)
& fn_dna_replication_in_eukaryotes_47(X) = fn_dna_replication_1(X)
& fn_dna_replication_in_eukaryotes_27(X) = fn_dna_replication_23(X)
& fn_dna_replication_in_eukaryotes_37(X) = fn_dna_replication_19(X)
& fn_dna_replication_in_eukaryotes_14(X) = fn_anabolic_pathway_3(X)
& fn_dna_replication_in_eukaryotes_14(X) = fn_dna_replication_9(X)
& fn_dna_replication_in_eukaryotes_28(X) = fn_anabolic_pathway_5(X)
& fn_dna_replication_in_eukaryotes_29(X) = fn_synthesis_of_nucleic_acid_13(X)
& fn_dna_replication_in_eukaryotes_29(X) = fn_dna_replication_14(X)
& fn_dna_replication_in_eukaryotes_33(X) = fn_dna_replication_29(X)
& fn_dna_replication_in_eukaryotes_28(X) = fn_synthesis_of_nucleic_acid_7(X)
& fn_dna_replication_in_eukaryotes_45(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_dna_replication_in_eukaryotes_45(X) = fn_dna_replication_12(X)
& fn_dna_replication_in_eukaryotes_28(X) = fn_dna_replication_28(X)
& fn_dna_replication_in_eukaryotes_12(X) = fn_dna_replication_31(X)
& fn_dna_replication_in_eukaryotes_40(X) = fn_dna_replication_13(X)
& fn_dna_replication_in_eukaryotes_42(X) = fn_dna_replication_3(X)
& fn_dna_replication_in_eukaryotes_41(X) = fn_dna_replication_4(X)
& fn_dna_replication_in_eukaryotes_39(X) = fn_dna_replication_30(X)
& fn_dna_replication_in_eukaryotes_13(X) = fn_dna_replication_26(X)
& fn_dna_replication_in_eukaryotes_35(X) = fn_dna_replication_27(X)
& fn_dna_replication_in_eukaryotes_44(X) = fn_dna_replication_24(X)
& fn_dna_replication_in_eukaryotes_15(X) = fn_dna_replication_2(X)
& fn_dna_replication_in_eukaryotes_38(X) = fn_dna_replication_25(X)
& fn_dna_replication_in_eukaryotes_36(X) = fn_dna_replication_21(X)
& fn_dna_replication_in_eukaryotes_43(X) = fn_dna_replication_22(X)
& fn_dna_replication_in_eukaryotes_34(X) = fn_polymer_6(fn_dna_replication_in_eukaryotes_27(X))
& fn_dna_replication_in_eukaryotes_32(X) = fn_molecule_10(fn_dna_replication_in_eukaryotes_12(X))
& fn_dna_replication_in_eukaryotes_17(X) = fn_increase_4(fn_dna_replication_in_eukaryotes_18(X))
& fn_dna_replication_in_eukaryotes_31(X) = fn_ribonucleotide_8(fn_dna_replication_in_eukaryotes_12(X))
& fn_dna_replication_in_eukaryotes_31(X) = fn_nucleoside_triphosphate_32(fn_dna_replication_in_eukaryotes_12(X))
& fn_dna_replication_in_eukaryotes_31(X) = fn_atp_37(fn_dna_replication_in_eukaryotes_12(X))
& fn_dna_replication_in_eukaryotes_31(X) = fn_atp_35(fn_dna_replication_in_eukaryotes_12(X))
& fn_dna_replication_in_eukaryotes_10(X) = fn_polymer_4(fn_dna_replication_in_eukaryotes_27(X))
& fn_dna_replication_in_eukaryotes_10(X) = fn_nucleic_acid_20(fn_dna_replication_in_eukaryotes_27(X))
& fn_dna_replication_in_eukaryotes_46(X) = fn_polymer_2(fn_dna_replication_in_eukaryotes_16(X))
& fn_dna_replication_in_eukaryotes_17(X) = fn_polymer_3(fn_dna_replication_in_eukaryotes_16(X))
& fn_dna_replication_9(X) = fn_dna_replication_9(X)
& fn_dna_replication_9(X) = fn_anabolic_pathway_3(X)
& fn_anabolic_pathway_3(X) = fn_dna_replication_9(X)
& fn_dna_replication_9(X) = fn_synthesis_of_nucleic_acid_13(X)
& fn_dna_replication_14(X) = fn_synthesis_of_nucleic_acid_13(X)
& fn_synthesis_of_nucleic_acid_13(X) = fn_dna_replication_14(X)
& fn_dna_replication_14(X) = fn_dna_replication_14(X)
& fn_dna_replication_14(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_dna_replication_12(X) = fn_dna_replication_12(X)
& fn_dna_replication_12(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_synthesis_of_nucleic_acid_9(X) = fn_dna_replication_12(X)
& fn_dna_replication_12(X) = fn_synthesis_of_nucleic_acid_7(X)
& fn_synthesis_of_nucleic_acid_7(X) = fn_anabolic_pathway_5(X)
& fn_anabolic_pathway_5(X) = fn_anabolic_pathway_5(X)
& fn_anabolic_pathway_5(X) = fn_synthesis_of_nucleic_acid_7(X)
& fn_synthesis_of_nucleic_acid_7(X) = fn_synthesis_of_nucleic_acid_7(X)
& fn_dna_replication_28(X) = fn_synthesis_of_nucleic_acid_7(X)
& fn_synthesis_of_nucleic_acid_7(X) = fn_dna_replication_28(X)
& fn_dna_replication_28(X) = fn_dna_replication_28(X)
& fn_dna_replication_28(X) = fn_nucleus_11(fn_dna_replication_in_eukaryotes_26(X))
& fn_nucleus_11(fn_dna_replication_in_eukaryotes_26(X)) = fn_telomerase_10(fn_dna_replication_in_eukaryotes_21(X))
& fn_telomerase_10(fn_dna_replication_in_eukaryotes_21(X)) = fn_synthesis_of_nucleic_acid_10(X)
& fn_synthesis_of_nucleic_acid_10(X) = fn_dna_replication_16(X)
& fn_dna_replication_16(X) = fn_dna_replication_16(X)
& fn_dna_replication_16(X) = fn_polymer_6(fn_dna_replication_in_eukaryotes_27(X))
& fn_polymer_6(fn_dna_replication_in_eukaryotes_27(X)) = fn_hydroxyl_group_7(fn_dna_replication_in_eukaryotes_30(X))
& fn_hydroxyl_group_7(fn_dna_replication_in_eukaryotes_30(X)) = fn_molecule_10(fn_dna_replication_in_eukaryotes_12(X))
& fn_molecule_10(fn_dna_replication_in_eukaryotes_12(X)) = fn_hydroxyl_group_4(fn_dna_replication_in_eukaryotes_30(X))
& fn_hydroxyl_group_4(fn_dna_replication_in_eukaryotes_30(X)) = fn_hydroxyl_group_4(fn_dna_replication_in_eukaryotes_30(X))
& fn_hydroxyl_group_4(fn_dna_replication_in_eukaryotes_30(X)) = fn_ribonucleotide_8(fn_dna_replication_in_eukaryotes_12(X))
& fn_ribonucleotide_8(fn_dna_replication_in_eukaryotes_12(X)) = fn_ribonucleotide_8(fn_dna_replication_in_eukaryotes_12(X))
& fn_ribonucleotide_8(fn_dna_replication_in_eukaryotes_12(X)) = fn_nucleoside_triphosphate_32(fn_dna_replication_in_eukaryotes_12(X))
& fn_nucleoside_triphosphate_32(fn_dna_replication_in_eukaryotes_12(X)) = fn_nucleoside_triphosphate_32(fn_dna_replication_in_eukaryotes_12(X))
& fn_nucleoside_triphosphate_32(fn_dna_replication_in_eukaryotes_12(X)) = fn_atp_37(fn_dna_replication_in_eukaryotes_12(X))
& fn_atp_37(fn_dna_replication_in_eukaryotes_12(X)) = fn_atp_37(fn_dna_replication_in_eukaryotes_12(X))
& fn_atp_37(fn_dna_replication_in_eukaryotes_12(X)) = fn_atp_35(fn_dna_replication_in_eukaryotes_12(X))
& fn_atp_35(fn_dna_replication_in_eukaryotes_12(X)) = fn_functional_group_1(fn_dna_replication_in_eukaryotes_30(X))
& fn_functional_group_1(fn_dna_replication_in_eukaryotes_30(X)) = fn_dna_replication_31(X)
& fn_dna_replication_31(X) = fn_dna_replication_31(X)
& fn_dna_replication_31(X) = fn_polymer_4(fn_dna_replication_in_eukaryotes_27(X))
& fn_polymer_4(fn_dna_replication_in_eukaryotes_27(X)) = fn_nucleic_acid_20(fn_dna_replication_in_eukaryotes_27(X))
& fn_nucleic_acid_20(fn_dna_replication_in_eukaryotes_27(X)) = fn_increase_4(fn_dna_replication_in_eukaryotes_18(X))
& fn_increase_4(fn_dna_replication_in_eukaryotes_18(X)) = fn_polymer_3(fn_dna_replication_in_eukaryotes_16(X))
& fn_polymer_3(fn_dna_replication_in_eukaryotes_16(X)) = fn_polymer_3(fn_dna_replication_in_eukaryotes_16(X)) ) ) ).
fof(a529071,axiom,
! [X] :
( dna_replication_in_prokaryotes_1(X)
=> ( original_name_2(X,'DNA-Replication-In-Prokaryotes')
& user_description_2(X,'The process by which a cell makes an exact copy of its DNA. In prokaryotes is bi-directional and originates at a single origin of replication (OriC).')
& concept2words_2(X,'replication in prokaryotes')
& concept2words_2(X,copy)
& concept2words_2(X,'dna replication in prokaryote')
& concept2words_2(X,'dna-replication-in-prokaryote')
& dna_replication_1(X)
& ~ dna_replication_in_eukaryotes_1(X)
& molecule_1(fn_dna_replication_in_prokaryotes_3(X))
& chemical_entity_1(fn_dna_replication_in_prokaryotes_3(X))
& monomer_1(fn_dna_replication_in_prokaryotes_3(X))
& copy_1(fn_dna_replication_in_prokaryotes_4(X))
& monomer_1(fn_dna_replication_in_prokaryotes_5(X))
& monomer_1(fn_dna_replication_in_prokaryotes_6(X))
& free_energy_1(fn_dna_replication_in_prokaryotes_7(X))
& cell_1(fn_dna_replication_in_prokaryotes_8(X))
& prokaryote_1(fn_dna_replication_in_prokaryotes_8(X))
& mixture_1(fn_dna_replication_in_prokaryotes_9(X))
& cytoplasm_1(fn_dna_replication_in_prokaryotes_9(X))
& structural_complexity_value_1(fn_dna_replication_in_prokaryotes_10(X))
& chromosome_1(fn_dna_replication_in_prokaryotes_11(X))
& create_1(fn_dna_replication_in_prokaryotes_12(X))
& dehydration_reaction_1(fn_dna_replication_in_prokaryotes_12(X))
& entity_1(fn_dna_replication_in_prokaryotes_13(X))
& dna_1(fn_dna_replication_in_prokaryotes_13(X))
& hydrophilic_compound_1(fn_dna_replication_in_prokaryotes_14(X))
& molecule_1(fn_dna_replication_in_prokaryotes_14(X))
& polar_molecule_1(fn_dna_replication_in_prokaryotes_14(X))
& chemical_entity_1(fn_dna_replication_in_prokaryotes_14(X))
& water_molecule_1(fn_dna_replication_in_prokaryotes_14(X))
& structural_complexity_value_1(fn_dna_replication_in_prokaryotes_15(X))
& molecule_1(fn_dna_replication_in_prokaryotes_16(X))
& chemical_entity_1(fn_dna_replication_in_prokaryotes_16(X))
& monomer_1(fn_dna_replication_in_prokaryotes_16(X))
& mixture_1(fn_cell_28(fn_dna_replication_in_prokaryotes_8(X)))
& cytoplasm_1(fn_cell_28(fn_dna_replication_in_prokaryotes_8(X)))
& mixture_1(fn_prokaryote_12(fn_dna_replication_in_prokaryotes_8(X)))
& cytoplasm_1(fn_prokaryote_12(fn_dna_replication_in_prokaryotes_8(X)))
& entity_1(fn_chromosome_4(fn_dna_replication_in_prokaryotes_11(X)))
& dna_1(fn_chromosome_4(fn_dna_replication_in_prokaryotes_11(X)))
& site_2(X,fn_dna_replication_in_prokaryotes_9(X))
& base_2(X,fn_dna_replication_in_prokaryotes_8(X))
& has_part_2(fn_dna_replication_in_prokaryotes_8(X),fn_dna_replication_in_prokaryotes_9(X))
& has_part_2(fn_dna_replication_in_prokaryotes_11(X),fn_dna_replication_in_prokaryotes_13(X))
& greater_than_2(fn_dna_replication_in_prokaryotes_10(X),fn_dna_replication_in_prokaryotes_15(X))
& has_state_2(fn_dna_replication_in_prokaryotes_16(X),fn_dna_replication_in_prokaryotes_6(X))
& structural_complexity_2(fn_dna_replication_in_prokaryotes_16(X),fn_dna_replication_in_prokaryotes_15(X))
& raw_material_2(X,fn_dna_replication_in_prokaryotes_3(X))
& structural_complexity_2(fn_dna_replication_in_prokaryotes_3(X),fn_dna_replication_in_prokaryotes_15(X))
& fn_dna_replication_in_prokaryotes_16(X) != fn_dna_replication_in_prokaryotes_3(X)
& fn_dna_replication_in_prokaryotes_3(X) != fn_dna_replication_in_prokaryotes_16(X)
& has_part_2(fn_dna_replication_in_prokaryotes_13(X),fn_dna_replication_in_prokaryotes_6(X))
& subevent_2(X,fn_dna_replication_in_prokaryotes_12(X))
& result_2(fn_dna_replication_in_prokaryotes_12(X),fn_dna_replication_in_prokaryotes_14(X))
& result_2(fn_dna_replication_in_prokaryotes_4(X),fn_dna_replication_in_prokaryotes_13(X))
& by_means_of_2(X,fn_dna_replication_in_prokaryotes_4(X))
& result_2(X,fn_dna_replication_in_prokaryotes_13(X))
& result_2(fn_dna_replication_in_prokaryotes_12(X),fn_dna_replication_in_prokaryotes_13(X))
& raw_material_2(fn_dna_replication_in_prokaryotes_12(X),fn_dna_replication_in_prokaryotes_3(X))
& structural_complexity_2(fn_dna_replication_in_prokaryotes_14(X),fn_dna_replication_in_prokaryotes_10(X))
& structural_complexity_2(fn_dna_replication_in_prokaryotes_13(X),fn_dna_replication_in_prokaryotes_10(X))
& possesses_2(fn_dna_replication_in_prokaryotes_13(X),fn_dna_replication_in_prokaryotes_7(X))
& possesses_2(fn_dna_replication_in_prokaryotes_14(X),fn_dna_replication_in_prokaryotes_7(X))
& result_2(X,fn_dna_replication_in_prokaryotes_14(X))
& raw_material_2(X,fn_dna_replication_in_prokaryotes_16(X))
& fn_dna_replication_in_prokaryotes_16(X) != fn_dna_replication_in_prokaryotes_14(X)
& fn_dna_replication_in_prokaryotes_14(X) != fn_dna_replication_in_prokaryotes_3(X)
& has_state_2(fn_dna_replication_in_prokaryotes_3(X),fn_dna_replication_in_prokaryotes_5(X))
& has_part_2(fn_dna_replication_in_prokaryotes_13(X),fn_dna_replication_in_prokaryotes_5(X))
& fn_dna_replication_in_prokaryotes_14(X) != fn_dna_replication_in_prokaryotes_16(X)
& fn_dna_replication_in_prokaryotes_3(X) != fn_dna_replication_in_prokaryotes_14(X)
& fn_dna_replication_in_prokaryotes_8(X) = fn_metabolic_pathway_1(X)
& fn_dna_replication_in_prokaryotes_9(X) = fn_cell_28(fn_dna_replication_in_prokaryotes_8(X))
& fn_dna_replication_in_prokaryotes_9(X) = fn_prokaryote_12(fn_dna_replication_in_prokaryotes_8(X))
& fn_dna_replication_in_prokaryotes_13(X) = fn_chromosome_4(fn_dna_replication_in_prokaryotes_11(X))
& fn_dna_replication_in_prokaryotes_6(X) = fn_synthesis_of_nucleic_acid_10(X)
& fn_dna_replication_in_prokaryotes_2(X) = fn_anabolic_pathway_2(X)
& fn_dna_replication_in_prokaryotes_15(X) = fn_anabolic_pathway_4(X)
& fn_dna_replication_in_prokaryotes_2(X) = fn_synthesis_of_nucleic_acid_1(X)
& fn_dna_replication_in_prokaryotes_15(X) = fn_synthesis_of_nucleic_acid_2(X)
& fn_dna_replication_in_prokaryotes_3(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_dna_replication_in_prokaryotes_6(X) = fn_dna_replication_15(X)
& fn_dna_replication_in_prokaryotes_1(X) = fn_dna_replication_1(X)
& fn_dna_replication_in_prokaryotes_12(X) = fn_synthesis_of_nucleic_acid_13(X)
& fn_dna_replication_in_prokaryotes_12(X) = fn_dna_replication_14(X)
& fn_dna_replication_in_prokaryotes_4(X) = fn_dna_replication_19(X)
& fn_dna_replication_in_prokaryotes_7(X) = fn_dna_replication_20(X)
& fn_dna_replication_in_prokaryotes_14(X) = fn_anabolic_pathway_5(X)
& fn_dna_replication_in_prokaryotes_10(X) = fn_anabolic_pathway_3(X)
& fn_dna_replication_in_prokaryotes_10(X) = fn_dna_replication_9(X)
& fn_dna_replication_in_prokaryotes_13(X) = fn_dna_replication_23(X)
& fn_dna_replication_in_prokaryotes_5(X) = fn_dna_replication_16(X)
& fn_dna_replication_in_prokaryotes_3(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_dna_replication_in_prokaryotes_3(X) = fn_dna_replication_12(X)
& fn_dna_replication_in_prokaryotes_14(X) = fn_synthesis_of_nucleic_acid_7(X)
& fn_dna_replication_in_prokaryotes_14(X) = fn_dna_replication_28(X)
& fn_dna_replication_in_prokaryotes_16(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_dna_replication_in_prokaryotes_16(X) = fn_dna_replication_12(X)
& fn_cell_28(fn_dna_replication_in_prokaryotes_8(X)) = fn_prokaryote_12(fn_dna_replication_in_prokaryotes_8(X))
& fn_prokaryote_12(fn_dna_replication_in_prokaryotes_8(X)) = fn_anabolic_pathway_2(X)
& fn_anabolic_pathway_2(X) = fn_synthesis_of_nucleic_acid_1(X)
& fn_synthesis_of_nucleic_acid_1(X) = fn_anabolic_pathway_4(X)
& fn_synthesis_of_nucleic_acid_2(X) = fn_anabolic_pathway_4(X)
& fn_anabolic_pathway_4(X) = fn_synthesis_of_nucleic_acid_2(X)
& fn_synthesis_of_nucleic_acid_2(X) = fn_synthesis_of_nucleic_acid_2(X)
& fn_synthesis_of_nucleic_acid_2(X) = fn_synthesis_of_nucleic_acid_10(X)
& fn_synthesis_of_nucleic_acid_10(X) = fn_dna_replication_15(X)
& fn_dna_replication_15(X) = fn_synthesis_of_nucleic_acid_13(X)
& fn_dna_replication_14(X) = fn_synthesis_of_nucleic_acid_13(X)
& fn_synthesis_of_nucleic_acid_13(X) = fn_dna_replication_14(X)
& fn_dna_replication_14(X) = fn_dna_replication_14(X)
& fn_dna_replication_14(X) = fn_anabolic_pathway_3(X)
& fn_dna_replication_9(X) = fn_dna_replication_9(X)
& fn_dna_replication_9(X) = fn_anabolic_pathway_3(X)
& fn_anabolic_pathway_3(X) = fn_dna_replication_9(X)
& fn_dna_replication_9(X) = fn_chromosome_4(fn_dna_replication_in_prokaryotes_11(X))
& fn_chromosome_4(fn_dna_replication_in_prokaryotes_11(X)) = fn_dna_replication_23(X)
& fn_dna_replication_23(X) = fn_dna_replication_23(X)
& fn_dna_replication_23(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_nucleic_acid_14(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_synthesis_of_nucleic_acid_9(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_nucleic_acid_14(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_nucleic_acid_14(X) = fn_dna_replication_12(X)
& fn_dna_replication_12(X) = fn_dna_replication_12(X)
& fn_dna_replication_12(X) = fn_synthesis_of_nucleic_acid_7(X)
& fn_synthesis_of_nucleic_acid_7(X) = fn_anabolic_pathway_5(X)
& fn_anabolic_pathway_5(X) = fn_anabolic_pathway_5(X)
& fn_anabolic_pathway_5(X) = fn_synthesis_of_nucleic_acid_7(X)
& fn_synthesis_of_nucleic_acid_7(X) = fn_synthesis_of_nucleic_acid_7(X)
& fn_dna_replication_28(X) = fn_dna_replication_28(X)
& fn_dna_replication_28(X) = fn_synthesis_of_nucleic_acid_7(X)
& fn_synthesis_of_nucleic_acid_7(X) = fn_dna_replication_28(X)
& fn_dna_replication_28(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_synthesis_of_nucleic_acid_9(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_dna_replication_12(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_synthesis_of_nucleic_acid_9(X) = fn_dna_replication_12(X) ) ) ).
fof(a529072,axiom,
! [X] :
( dna_replication_initiation_1(X)
=> ( original_name_2(X,'DNA-Replication-Initiation')
& user_description_2(X,'The events that begin the cell\'s process of copying its DNA, including unwinding of the DNA at the origin of replication, synthesis of new DNA strands, and the formation of a replication fork.')
& concept2words_2(X,'replication initiation')
& concept2words_2(X,'dna replication initiation')
& concept2words_2(X,'initiate replication')
& concept2words_2(X,'dna-replication-initiation')
& dna_replication_phase_1(X)
& dna_strand_1(fn_dna_replication_initiation_1(X))
& dna_strand_1(fn_dna_replication_initiation_2(X))
& dna_polymerase_1(fn_dna_replication_initiation_3(X))
& expand_1(fn_dna_replication_initiation_4(X))
& dna_piece_1(fn_dna_replication_initiation_5(X))
& rna_priming_1(fn_dna_replication_initiation_6(X))
& phosphate_group_1(fn_dna_replication_initiation_7(X))
& energy_1(fn_dna_replication_initiation_8(X))
& move_1(fn_dna_replication_initiation_9(X))
& move_1(fn_dna_replication_initiation_10(X))
& move_1(fn_dna_replication_initiation_11(X))
& break_1(fn_dna_replication_initiation_12(X))
& pyrophosphate_1(fn_dna_replication_initiation_13(X))
& entity_1(fn_dna_replication_initiation_14(X))
& dna_1(fn_dna_replication_initiation_14(X))
& chromosome_1(fn_dna_replication_initiation_15(X))
& replication_initiator_protein_1(fn_dna_replication_initiation_16(X))
& replication_bubble_1(fn_dna_replication_initiation_17(X))
& move_apart_1(fn_dna_replication_initiation_18(X))
& spatial_entity_1(fn_dna_replication_initiation_19(X))
& dna_strand_1(fn_dna_replication_initiation_19(X))
& create_1(fn_dna_replication_initiation_20(X))
& primer_1(fn_dna_replication_initiation_21(X))
& deoxyribonucleotide_1(fn_dna_replication_initiation_22(X))
& add_1(fn_dna_replication_initiation_23(X))
& single_strand_binding_protein_1(fn_dna_replication_initiation_24(X))
& attach_1(fn_dna_replication_initiation_25(X))
& helicase_1(fn_dna_replication_initiation_26(X))
& dna_sequence_1(fn_dna_replication_initiation_27(X))
& attach_1(fn_dna_replication_initiation_28(X))
& recognize_1(fn_dna_replication_initiation_29(X))
& coil_1(fn_dna_replication_initiation_30(X))
& protein_1(fn_dna_replication_initiation_31(X))
& origin_of_replication_1(fn_dna_replication_initiation_32(X))
& spatial_entity_1(fn_add_2(fn_dna_replication_initiation_23(X)))
& spatial_entity_1(fn_attach_1(fn_dna_replication_initiation_25(X)))
& spatial_entity_1(fn_attach_1(fn_dna_replication_initiation_28(X)))
& entity_1(fn_create_1(fn_dna_replication_initiation_20(X)))
& spatial_entity_1(fn_add_1(fn_dna_replication_initiation_23(X)))
& tangible_entity_1(fn_impair_1(fn_dna_replication_initiation_12(X)))
& move_apart_1(fn_helicase_3(fn_dna_replication_initiation_26(X)))
& origin_of_replication_1(fn_chromosome_7(fn_dna_replication_initiation_15(X)))
& entity_1(fn_chromosome_4(fn_dna_replication_initiation_15(X)))
& dna_1(fn_chromosome_4(fn_dna_replication_initiation_15(X)))
& coil_1(fn_chromosome_8(fn_dna_replication_initiation_15(X)))
& protein_1(fn_chromosome_3(fn_dna_replication_initiation_15(X)))
& entity_1(fn_perceive_1(fn_dna_replication_initiation_29(X)))
& entity_1(fn_coil_1(fn_dna_replication_initiation_30(X)))
& spatial_entity_1(fn_move_apart_3(fn_dna_replication_initiation_18(X)))
& spatial_entity_1(fn_attach_2(fn_dna_replication_initiation_28(X)))
& spatial_entity_1(fn_move_apart_2(fn_dna_replication_initiation_18(X)))
& spatial_entity_1(fn_attach_2(fn_dna_replication_initiation_25(X)))
& spatial_entity_1(fn_move_apart_1(fn_dna_replication_initiation_18(X)))
& spatial_entity_1(fn_move_1(fn_dna_replication_initiation_11(X)))
& spatial_entity_1(fn_move_1(fn_dna_replication_initiation_10(X)))
& spatial_entity_1(fn_move_1(fn_dna_replication_initiation_9(X)))
& dna_strand_1(fn_chromosome_5(fn_dna_replication_initiation_15(X)))
& fn_dna_replication_initiation_1(X) != fn_dna_replication_initiation_2(X)
& complement_2(fn_dna_replication_initiation_1(X),fn_dna_replication_initiation_2(X))
& fn_dna_replication_initiation_2(X) != fn_dna_replication_initiation_1(X)
& complement_2(fn_dna_replication_initiation_2(X),fn_dna_replication_initiation_1(X))
& next_event_2(fn_dna_replication_initiation_29(X),fn_dna_replication_initiation_28(X))
& agent_2(fn_dna_replication_initiation_29(X),fn_dna_replication_initiation_16(X))
& next_event_2(fn_dna_replication_initiation_28(X),fn_dna_replication_initiation_18(X))
& has_part_2(fn_dna_replication_initiation_27(X),fn_dna_replication_initiation_2(X))
& has_part_2(fn_dna_replication_initiation_27(X),fn_dna_replication_initiation_1(X))
& is_inside_2(fn_dna_replication_initiation_27(X),fn_dna_replication_initiation_32(X))
& is_at_2(fn_dna_replication_initiation_27(X),fn_dna_replication_initiation_19(X))
& next_event_2(fn_dna_replication_initiation_25(X),fn_dna_replication_initiation_6(X))
& agent_2(fn_dna_replication_initiation_23(X),fn_dna_replication_initiation_3(X))
& exactCardinality(fn_dna_replication_initiation_23(X),result_0,"1",pyrophosphate_0)
& exactCardinality(fn_dna_replication_initiation_23(X),result_0,"1",dna_piece_0)
& result_2(fn_dna_replication_initiation_23(X),fn_dna_replication_initiation_13(X))
& result_2(fn_dna_replication_initiation_23(X),fn_dna_replication_initiation_5(X))
& next_event_2(fn_dna_replication_initiation_23(X),fn_dna_replication_initiation_12(X))
& raw_material_2(fn_dna_replication_initiation_23(X),fn_dna_replication_initiation_8(X))
& next_event_2(fn_dna_replication_initiation_20(X),fn_dna_replication_initiation_25(X))
& base_2(fn_dna_replication_initiation_4(X),fn_dna_replication_initiation_17(X))
& base_2(X,fn_dna_replication_initiation_14(X))
& result_2(X,fn_dna_replication_initiation_17(X))
& result_2(X,fn_dna_replication_initiation_5(X))
& minCardinality(X,site_0,"1",origin_of_replication_0)
& site_2(X,fn_dna_replication_initiation_32(X))
& minCardinality(X,subevent_0,"2",add_0)
& subevent_2(X,fn_dna_replication_initiation_25(X))
& subevent_2(X,fn_dna_replication_initiation_28(X))
& subevent_2(X,fn_dna_replication_initiation_23(X))
& subevent_2(X,fn_dna_replication_initiation_6(X))
& subevent_2(X,fn_dna_replication_initiation_4(X))
& subevent_2(X,fn_dna_replication_initiation_20(X))
& subevent_2(X,fn_dna_replication_initiation_18(X))
& subevent_2(X,fn_dna_replication_initiation_29(X))
& first_subevent_2(X,fn_dna_replication_initiation_29(X))
& causes_2(fn_dna_replication_initiation_18(X),fn_dna_replication_initiation_20(X))
& next_event_2(fn_dna_replication_initiation_18(X),fn_dna_replication_initiation_20(X))
& agent_2(fn_dna_replication_initiation_18(X),fn_dna_replication_initiation_16(X))
& first_subevent_2(fn_dna_replication_initiation_18(X),fn_dna_replication_initiation_9(X))
& subevent_2(fn_dna_replication_initiation_18(X),fn_dna_replication_initiation_9(X))
& next_event_2(fn_dna_replication_initiation_6(X),fn_dna_replication_initiation_4(X))
& next_event_2(fn_dna_replication_initiation_6(X),fn_dna_replication_initiation_23(X))
& has_part_2(fn_dna_replication_initiation_15(X),fn_dna_replication_initiation_27(X))
& agent_2(fn_dna_replication_initiation_12(X),fn_dna_replication_initiation_3(X))
& exactCardinality(fn_dna_replication_initiation_12(X),result_0,"2",phosphate_group_0)
& result_2(fn_dna_replication_initiation_12(X),fn_dna_replication_initiation_8(X))
& result_2(fn_dna_replication_initiation_12(X),fn_dna_replication_initiation_7(X))
& origin_2(fn_dna_replication_initiation_11(X),fn_dna_replication_initiation_27(X))
& origin_2(fn_dna_replication_initiation_10(X),fn_dna_replication_initiation_27(X))
& origin_2(fn_dna_replication_initiation_9(X),fn_dna_replication_initiation_27(X))
& base_2(fn_dna_replication_initiation_23(X),fn_dna_replication_initiation_21(X))
& object_2(fn_dna_replication_initiation_25(X),fn_dna_replication_initiation_24(X))
& object_2(fn_dna_replication_initiation_11(X),fn_dna_replication_initiation_19(X))
& base_2(fn_dna_replication_initiation_25(X),fn_dna_replication_initiation_19(X))
& object_2(fn_dna_replication_initiation_10(X),fn_dna_replication_initiation_19(X))
& object_2(fn_dna_replication_initiation_18(X),fn_dna_replication_initiation_19(X))
& object_2(fn_dna_replication_initiation_9(X),fn_dna_replication_initiation_19(X))
& object_2(fn_dna_replication_initiation_28(X),fn_dna_replication_initiation_16(X))
& result_2(fn_dna_replication_initiation_20(X),fn_dna_replication_initiation_17(X))
& object_2(fn_dna_replication_initiation_23(X),fn_dna_replication_initiation_22(X))
& object_2(fn_dna_replication_initiation_29(X),fn_dna_replication_initiation_27(X))
& object_2(fn_dna_replication_initiation_30(X),fn_dna_replication_initiation_27(X))
& origin_2(fn_dna_replication_initiation_18(X),fn_dna_replication_initiation_27(X))
& base_2(fn_dna_replication_initiation_28(X),fn_dna_replication_initiation_27(X))
& object_2(fn_dna_replication_initiation_12(X),fn_dna_replication_initiation_13(X))
& agent_2(fn_dna_replication_initiation_18(X),fn_dna_replication_initiation_26(X))
& has_region_2(fn_dna_replication_initiation_15(X),fn_dna_replication_initiation_32(X))
& has_part_2(fn_dna_replication_initiation_15(X),fn_dna_replication_initiation_14(X))
& has_part_2(fn_dna_replication_initiation_14(X),fn_dna_replication_initiation_19(X))
& has_part_2(fn_dna_replication_initiation_15(X),fn_dna_replication_initiation_31(X))
& agent_2(fn_dna_replication_initiation_30(X),fn_dna_replication_initiation_31(X))
& fn_dna_replication_initiation_21(X) = fn_add_2(fn_dna_replication_initiation_23(X))
& fn_dna_replication_initiation_24(X) = fn_attach_1(fn_dna_replication_initiation_25(X))
& fn_dna_replication_initiation_19(X) = fn_move_1(fn_dna_replication_initiation_11(X))
& fn_dna_replication_initiation_19(X) = fn_attach_2(fn_dna_replication_initiation_25(X))
& fn_dna_replication_initiation_19(X) = fn_move_1(fn_dna_replication_initiation_10(X))
& fn_dna_replication_initiation_19(X) = fn_move_apart_2(fn_dna_replication_initiation_18(X))
& fn_dna_replication_initiation_19(X) = fn_move_apart_1(fn_dna_replication_initiation_18(X))
& fn_dna_replication_initiation_19(X) = fn_move_1(fn_dna_replication_initiation_9(X))
& fn_dna_replication_initiation_16(X) = fn_attach_1(fn_dna_replication_initiation_28(X))
& fn_dna_replication_initiation_17(X) = fn_create_1(fn_dna_replication_initiation_20(X))
& fn_dna_replication_initiation_22(X) = fn_add_1(fn_dna_replication_initiation_23(X))
& fn_dna_replication_initiation_27(X) = fn_perceive_1(fn_dna_replication_initiation_29(X))
& fn_dna_replication_initiation_27(X) = fn_coil_1(fn_dna_replication_initiation_30(X))
& fn_dna_replication_initiation_27(X) = fn_move_apart_3(fn_dna_replication_initiation_18(X))
& fn_dna_replication_initiation_27(X) = fn_attach_2(fn_dna_replication_initiation_28(X))
& fn_dna_replication_initiation_13(X) = fn_impair_1(fn_dna_replication_initiation_12(X))
& fn_dna_replication_initiation_18(X) = fn_helicase_3(fn_dna_replication_initiation_26(X))
& fn_dna_replication_initiation_32(X) = fn_chromosome_7(fn_dna_replication_initiation_15(X))
& fn_dna_replication_initiation_19(X) = fn_chromosome_5(fn_dna_replication_initiation_15(X))
& fn_dna_replication_initiation_14(X) = fn_chromosome_4(fn_dna_replication_initiation_15(X))
& fn_dna_replication_initiation_30(X) = fn_chromosome_8(fn_dna_replication_initiation_15(X))
& fn_dna_replication_initiation_31(X) = fn_chromosome_3(fn_dna_replication_initiation_15(X))
& fn_perceive_1(fn_dna_replication_initiation_29(X)) = fn_coil_1(fn_dna_replication_initiation_30(X))
& fn_coil_1(fn_dna_replication_initiation_30(X)) = fn_coil_1(fn_dna_replication_initiation_30(X))
& fn_coil_1(fn_dna_replication_initiation_30(X)) = fn_move_apart_3(fn_dna_replication_initiation_18(X))
& fn_move_apart_3(fn_dna_replication_initiation_18(X)) = fn_move_apart_3(fn_dna_replication_initiation_18(X))
& fn_move_apart_3(fn_dna_replication_initiation_18(X)) = fn_attach_2(fn_dna_replication_initiation_28(X))
& fn_attach_2(fn_dna_replication_initiation_28(X)) = fn_attach_2(fn_dna_replication_initiation_25(X))
& fn_attach_2(fn_dna_replication_initiation_25(X)) = fn_move_apart_2(fn_dna_replication_initiation_18(X))
& fn_move_apart_2(fn_dna_replication_initiation_18(X)) = fn_attach_2(fn_dna_replication_initiation_25(X))
& fn_attach_2(fn_dna_replication_initiation_25(X)) = fn_move_apart_1(fn_dna_replication_initiation_18(X))
& fn_move_apart_1(fn_dna_replication_initiation_18(X)) = fn_move_1(fn_dna_replication_initiation_11(X))
& fn_move_1(fn_dna_replication_initiation_10(X)) = fn_move_apart_1(fn_dna_replication_initiation_18(X))
& fn_move_apart_1(fn_dna_replication_initiation_18(X)) = fn_move_1(fn_dna_replication_initiation_9(X))
& fn_move_1(fn_dna_replication_initiation_9(X)) = fn_move_1(fn_dna_replication_initiation_11(X))
& fn_move_1(fn_dna_replication_initiation_11(X)) = fn_move_1(fn_dna_replication_initiation_10(X))
& fn_move_1(fn_dna_replication_initiation_10(X)) = fn_move_1(fn_dna_replication_initiation_9(X))
& fn_move_1(fn_dna_replication_initiation_9(X)) = fn_chromosome_5(fn_dna_replication_initiation_15(X)) ) ) ).
fof(a529073,axiom,
! [X] :
( dna_replication_phase_1(X)
=> ( original_name_2(X,'DNA-Replication-Phase')
& user_description_2(X,'Phase of DNA Replication')
& concept2words_2(X,'undergo the dna replication phase')
& concept2words_2(X,'undergo the dna-replication phase')
& concept2words_2(X,'dna replication phase')
& concept2words_2(X,'dna-replication-phase')
& nucleic_acid_process_1(X) ) ) ).
fof(a529074,axiom,
! [X] :
( dna_replication_termination_1(X)
=> ( original_name_2(X,'DNA-Replication-Termination')
& user_description_2(X,'The completion of the cell\'s process of copying its DNA.')
& concept2words_2(X,'terminate replication')
& concept2words_2(X,'dna replication termination')
& concept2words_2(X,'dna-replication-termination')
& dna_replication_phase_1(X) ) ) ).
fof(a529075,axiom,
! [X,X1] :
( ( experiencer_2(X,X1)
& dna_replication_termination_1(X)
& eukaryote_1(X1) )
=> ( dna_replication_termination_in_eukaryotes_1(X)
& fn_dna_replication_termination_in_eukaryotes_6(X) = X1 ) ) ).
fof(a529076,axiom,
! [X] :
( dna_replication_termination_in_eukaryotes_1(X)
=> ( original_name_2(X,'DNA-Replication-Termination-In-Eukaryotes')
& user_description_2(X,'DNA replication completes in eukaryotes with Telomerase enzyme extending the 3\' end of one of the DNA strand to complete it while Primase and DNA polymerase completing the synthesis of second DNA strand')
& concept2words_2(X,'terminate replication')
& concept2words_2(X,'dna replication termination in eukaryote')
& concept2words_2(X,'dna-replication-termination-in-eukaryote')
& dna_replication_termination_1(X)
& number_3_prime_end_1(fn_dna_replication_termination_in_eukaryotes_1(X))
& telomere_with_3_prime_overhang_1(fn_dna_replication_termination_in_eukaryotes_2(X))
& parental_strands_1(fn_dna_replication_termination_in_eukaryotes_3(X))
& dna_primase_1(fn_dna_replication_termination_in_eukaryotes_4(X))
& dna_polymerase_1(fn_dna_replication_termination_in_eukaryotes_5(X))
& eukaryote_1(fn_dna_replication_termination_in_eukaryotes_6(X))
& elongation_1(fn_dna_replication_termination_in_eukaryotes_8(X))
& telomerase_1(fn_dna_replication_termination_in_eukaryotes_9(X))
& daughter_strands_1(fn_dna_replication_termination_in_eukaryotes_10(X))
& synthesis_reaction_1(fn_dna_replication_termination_in_eukaryotes_11(X))
& chemical_entity_1(fn_chemical_reaction_1(fn_dna_replication_termination_in_eukaryotes_11(X)))
& increase_1(fn_telomerase_4(fn_dna_replication_termination_in_eukaryotes_9(X)))
& subevent_2(X,fn_dna_replication_termination_in_eukaryotes_8(X))
& subevent_2(X,fn_dna_replication_termination_in_eukaryotes_11(X))
& result_2(X,fn_dna_replication_termination_in_eukaryotes_10(X))
& exactCardinality(X,result_0,"2",daughter_strands_0)
& first_subevent_2(X,fn_dna_replication_termination_in_eukaryotes_8(X))
& experiencer_2(X,fn_dna_replication_termination_in_eukaryotes_6(X))
& object_2(fn_dna_replication_termination_in_eukaryotes_8(X),fn_dna_replication_termination_in_eukaryotes_1(X))
& next_event_2(fn_dna_replication_termination_in_eukaryotes_8(X),fn_dna_replication_termination_in_eukaryotes_11(X))
& result_2(fn_dna_replication_termination_in_eukaryotes_8(X),fn_dna_replication_termination_in_eukaryotes_10(X))
& result_2(fn_dna_replication_termination_in_eukaryotes_8(X),fn_dna_replication_termination_in_eukaryotes_2(X))
& exactCardinality(fn_dna_replication_termination_in_eukaryotes_8(X),result_0,"1",daughter_strands_0)
& exactCardinality(fn_dna_replication_termination_in_eukaryotes_11(X),result_0,"3",daughter_strands_0)
& exactCardinality(fn_dna_replication_termination_in_eukaryotes_11(X),result_0,"1",daughter_strands_0)
& base_2(fn_dna_replication_termination_in_eukaryotes_11(X),fn_dna_replication_termination_in_eukaryotes_3(X))
& agent_2(fn_dna_replication_termination_in_eukaryotes_11(X),fn_dna_replication_termination_in_eukaryotes_4(X))
& agent_2(fn_dna_replication_termination_in_eukaryotes_11(X),fn_dna_replication_termination_in_eukaryotes_5(X))
& result_2(fn_dna_replication_termination_in_eukaryotes_11(X),fn_dna_replication_termination_in_eukaryotes_10(X))
& agent_2(fn_dna_replication_termination_in_eukaryotes_8(X),fn_dna_replication_termination_in_eukaryotes_9(X))
& fn_dna_replication_termination_in_eukaryotes_10(X) = fn_chemical_reaction_1(fn_dna_replication_termination_in_eukaryotes_11(X))
& fn_dna_replication_termination_in_eukaryotes_8(X) = fn_telomerase_4(fn_dna_replication_termination_in_eukaryotes_9(X)) ) ) ).
fof(a529077,axiom,
! [X] :
( dna_sequence_1(X)
=> ( original_name_2(X,'DNA-Sequence')
& user_description_2(X,'DNA sequence is a sequence of DNA which performs a specific function based on the specific pattern of arrangement of its deoxyribonucleotide components along its length.')
& concept2words_2(X,'sequence of dna')
& concept2words_2(X,'dna sequence')
& concept2words_2(X,'dna-sequence')
& nucleic_acid_sequence_1(X)
& deoxyribonucleoside_monophosphate_1(fn_dna_sequence_1(X))
& deoxyribonucleoside_monophosphate_1(fn_dna_sequence_2(X))
& element_2(X,fn_dna_sequence_1(X))
& next_element_2(fn_dna_sequence_1(X),fn_dna_sequence_2(X))
& element_2(X,fn_dna_sequence_2(X))
& first_element_2(X,fn_dna_sequence_1(X))
& fn_dna_sequence_2(X) = fn_nucleic_acid_sequence_6(X)
& fn_dna_sequence_1(X) = fn_nucleic_acid_sequence_5(X) ) ) ).
fof(a529078,axiom,
! [X] :
( dna_sequencing_1(X)
=> ( original_name_2(X,'DNA-Sequencing')
& user_description_2(X,'A method for determining the order of the nucleotide bases (adenine, guanine, cytosine, and thymine) in a molecule of DNA.')
& concept2words_2(X,sequence)
& concept2words_2(X,'dna sequencing')
& concept2words_2(X,'dna-sequencing')
& determine_order_1(X)
& cloning_vector_1(fn_dna_sequencing_1(X))
& role_1(fn_dna_sequencing_2(X))
& sequencing_machine_1(fn_dna_sequencing_3(X))
& dna_sequence_1(fn_dna_sequencing_4(X))
& dna_piece_1(fn_dna_sequencing_5(X))
& dna_piece_1(fn_dna_sequencing_6(X))
& instrument_2(X,fn_dna_sequencing_1(X))
& plays_2(fn_dna_sequencing_3(X),fn_dna_sequencing_2(X))
& in_event_2(fn_dna_sequencing_2(X),X)
& has_part_2(fn_dna_sequencing_4(X),fn_dna_sequencing_6(X))
& has_part_2(fn_dna_sequencing_4(X),fn_dna_sequencing_5(X))
& object_2(X,fn_dna_sequencing_6(X))
& next_element_2(fn_dna_sequencing_6(X),fn_dna_sequencing_5(X))
& object_2(X,fn_dna_sequencing_5(X))
& result_2(X,fn_dna_sequencing_4(X))
& fn_dna_sequencing_4(X) = fn_determine_order_5(X)
& fn_dna_sequencing_5(X) = fn_determine_order_4(X)
& fn_dna_sequencing_6(X) = fn_determine_order_3(X) ) ) ).
fof(a529079,axiom,
! [X] :
( dna_strand_1(X)
=> ( original_name_2(X,'DNA-Strand')
& user_description_2(X,'DNA strand is a strand of the DNA having a double helical structure')
& concept2words_2(X,'strand of dna')
& concept2words_2(X,'dna strand')
& concept2words_2(X,'dna-strand')
& nucleic_acid_strand_1(X)
& ~ tata_box_1(X)
& ~ constant_region_dna_sequence_1(X)
& ~ control_element_1(X)
& ~ episome_1(X)
& ~ genetic_marker_1(X)
& ~ pseudogene_1(X)
& ~ restriction_fragment_length_polymorphism_1(X)
& ~ restriction_site_1(X)
& ~ telomere_1(X)
& ~ transcription_unit_1(X)
& ~ transposon_1(X)
& ~ ttaggg_1(X)
& system_1(fn_dna_strand_1(X))
& system_1(fn_dna_strand_2(X))
& system_1(fn_dna_strand_3(X))
& system_1(fn_dna_strand_4(X))
& system_1(fn_dna_strand_5(X))
& system_1(fn_dna_strand_6(X))
& system_1(fn_dna_strand_7(X))
& system_1(fn_dna_strand_8(X))
& system_1(fn_dna_strand_9(X))
& system_1(fn_dna_strand_10(X))
& number_5_prime_end_1(fn_dna_strand_11(X))
& number_3_prime_end_1(fn_dna_strand_12(X))
& thymine_1(fn_dna_strand_13(X))
& gene_1(fn_dna_strand_14(X))
& system_1(fn_dna_strand_15(X))
& system_1(fn_dna_strand_16(X))
& unequal_sharing_1(fn_dna_strand_17(X))
& share_1(fn_dna_strand_17(X))
& phosphodiester_bond_1(fn_dna_strand_18(X))
& phosphodiester_bond_1(fn_dna_strand_19(X))
& share_1(fn_dna_strand_20(X))
& unequal_sharing_1(fn_dna_strand_20(X))
& asymmetrical_distribution_1(fn_dna_strand_21(X))
& constant_motion_1(fn_dna_strand_22(X))
& entity_1(fn_dna_strand_27(X))
& chemical_entity_1(fn_dna_strand_27(X))
& atom_1(fn_dna_strand_27(X))
& oxygen_1(fn_dna_strand_27(X))
& hydrogen_1(fn_dna_strand_28(X))
& chemical_entity_1(fn_dna_strand_28(X))
& atom_1(fn_dna_strand_28(X))
& entity_1(fn_dna_strand_28(X))
& oxygen_1(fn_dna_strand_29(X))
& entity_1(fn_dna_strand_29(X))
& system_1(fn_dna_strand_30(X))
& atomic_number_value_1(fn_dna_strand_31(X))
& phosphodiester_bond_1(fn_dna_strand_32(X))
& unequal_sharing_1(fn_dna_strand_33(X))
& tangible_entity_1(fn_dna_strand_34(X))
& electron_1(fn_dna_strand_34(X))
& valence_electron_1(fn_dna_strand_34(X))
& entity_1(fn_dna_strand_34(X))
& quantity_value_1(fn_dna_strand_35(X))
& quantity_value_1(fn_dna_strand_37(X))
& atom_1(fn_dna_strand_38(X))
& chemical_entity_1(fn_dna_strand_38(X))
& carbon_1(fn_dna_strand_39(X))
& carbon_skeleton_1(fn_dna_strand_40(X))
& kinetic_energy_1(fn_dna_strand_41(X))
& constant_motion_1(fn_dna_strand_42(X))
& size_value_1(fn_dna_strand_43(X))
& size_value_1(fn_dna_strand_44(X))
& pentose_1(fn_dna_strand_45(X))
& speed_value_1(fn_dna_strand_46(X))
& quantity_value_1(fn_dna_strand_47(X))
& chemical_bond_1(fn_dna_strand_49(X))
& polar_covalent_bond_1(fn_dna_strand_49(X))
& electronegative_element_1(fn_dna_strand_50(X))
& electronegativity_value_1(fn_dna_strand_51(X))
& atom_1(fn_dna_strand_52(X))
& share_1(fn_dna_strand_53(X))
& unequal_sharing_1(fn_dna_strand_53(X))
& deoxyribonucleoside_monophosphate_1(fn_dna_strand_54(X))
& number_5_prime_carbon_1(fn_dna_strand_55(X))
& entity_1(fn_dna_strand_56(X))
& atom_1(fn_dna_strand_56(X))
& chemical_entity_1(fn_dna_strand_56(X))
& oxygen_1(fn_dna_strand_56(X))
& number_5_prime_carbon_1(fn_dna_strand_57(X))
& entity_1(fn_dna_strand_58(X))
& number_5_prime_carbon_1(fn_dna_strand_58(X))
& atom_1(fn_dna_strand_58(X))
& carbon_1(fn_dna_strand_58(X))
& entity_1(fn_dna_strand_59(X))
& chemical_entity_1(fn_dna_strand_59(X))
& atom_1(fn_dna_strand_59(X))
& carbon_1(fn_dna_strand_59(X))
& nucleoside_1(fn_dna_strand_60(X))
& organic_molecule_1(fn_dna_strand_60(X))
& deoxyribose_1(fn_dna_strand_61(X))
& spatial_entity_1(fn_dna_strand_61(X))
& organic_molecule_1(fn_dna_strand_61(X))
& pentose_1(fn_dna_strand_61(X))
& molecule_1(fn_dna_strand_61(X))
& carbohydrate_1(fn_dna_strand_61(X))
& nucleoside_1(fn_dna_strand_62(X))
& organic_molecule_1(fn_dna_strand_62(X))
& entity_1(fn_dna_strand_63(X))
& number_5_prime_carbon_1(fn_dna_strand_63(X))
& atom_1(fn_dna_strand_63(X))
& carbon_1(fn_dna_strand_63(X))
& entity_1(fn_dna_strand_64(X))
& carbon_1(fn_dna_strand_64(X))
& atom_1(fn_dna_strand_64(X))
& chemical_entity_1(fn_dna_strand_64(X))
& guanine_1(fn_dna_strand_65(X))
& nitrogenous_base_1(fn_dna_strand_65(X))
& cytosine_1(fn_dna_strand_66(X))
& adenine_1(fn_dna_strand_67(X))
& deoxyribonucleoside_monophosphate_1(fn_dna_strand_68(X))
& speed_value_1(fn_dna_strand_69(X))
& quantity_value_1(fn_dna_strand_70(X))
& kinetic_energy_1(fn_dna_strand_71(X))
& constant_motion_1(fn_dna_strand_72(X))
& carbon_skeleton_1(fn_dna_strand_73(X))
& attach_1(fn_dna_strand_74(X))
& chemical_bond_1(fn_dna_strand_75(X))
& phosphodiester_bond_1(fn_dna_strand_75(X))
& number_5_prime_carbon_1(fn_dna_strand_76(X))
& tangible_entity_1(fn_dna_strand_83(X))
& electron_1(fn_dna_strand_83(X))
& valence_electron_1(fn_dna_strand_83(X))
& entity_1(fn_dna_strand_83(X))
& constant_motion_1(fn_dna_strand_84(X))
& asymmetrical_distribution_1(fn_dna_strand_85(X))
& share_1(fn_dna_strand_86(X))
& unequal_sharing_1(fn_dna_strand_86(X))
& chemical_bond_1(fn_dna_strand_87(X))
& covalent_bond_1(fn_dna_strand_87(X))
& phosphodiester_bond_1(fn_dna_strand_87(X))
& phosphodiester_bond_1(fn_dna_strand_88(X))
& unequal_sharing_1(fn_dna_strand_89(X))
& chemical_bond_1(fn_molecule_10(fn_dna_strand_45(X)))
& share_1(fn_covalent_bond_17(fn_dna_strand_18(X)))
& asymmetrical_distribution_1(fn_covalent_bond_1(fn_dna_strand_88(X)))
& property_node_1(fn_nucleoside_monophosphate_35(fn_dna_strand_68(X)))
& property_node_1(fn_nucleoside_monophosphate_36(fn_dna_strand_68(X)))
& constant_motion_1(fn_nucleoside_monophosphate_12(fn_dna_strand_68(X)))
& speed_value_1(fn_nucleoside_monophosphate_13(fn_dna_strand_68(X)))
& quantity_value_1(fn_nucleoside_monophosphate_14(fn_dna_strand_68(X)))
& kinetic_energy_1(fn_nucleoside_monophosphate_22(fn_dna_strand_68(X)))
& nitrogenous_base_1(fn_nucleoside_21(fn_dna_strand_60(X)))
& property_node_1(fn_carbohydrate_45(fn_dna_strand_61(X)))
& electronegativity_value_1(fn_carbohydrate_11(fn_dna_strand_61(X)))
& entity_1(fn_deoxyribonucleotide_5(fn_dna_strand_54(X)))
& chemical_entity_1(fn_deoxyribonucleotide_5(fn_dna_strand_54(X)))
& atom_1(fn_deoxyribonucleotide_5(fn_dna_strand_54(X)))
& carbon_1(fn_deoxyribonucleotide_5(fn_dna_strand_54(X)))
& atom_1(fn_organic_molecule_2(fn_dna_strand_54(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_dna_strand_54(X)))
& atom_1(fn_chemical_element_12(fn_dna_strand_50(X)))
& atom_1(fn_organic_molecule_2(fn_dna_strand_68(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_dna_strand_68(X)))
& entity_1(fn_deoxyribonucleotide_5(fn_dna_strand_68(X)))
& chemical_entity_1(fn_deoxyribonucleotide_5(fn_dna_strand_68(X)))
& atom_1(fn_deoxyribonucleotide_5(fn_dna_strand_68(X)))
& carbon_1(fn_deoxyribonucleotide_5(fn_dna_strand_68(X)))
& entity_1(fn_nucleoside_monophosphate_26(fn_dna_strand_54(X)))
& atom_1(fn_nucleoside_monophosphate_26(fn_dna_strand_54(X)))
& number_5_prime_carbon_1(fn_nucleoside_monophosphate_26(fn_dna_strand_54(X)))
& carbon_1(fn_nucleoside_monophosphate_26(fn_dna_strand_54(X)))
& carbon_1(fn_organic_molecule_1(fn_dna_strand_54(X)))
& entity_1(fn_nucleoside_monophosphate_24(fn_dna_strand_54(X)))
& number_5_prime_carbon_1(fn_nucleoside_monophosphate_24(fn_dna_strand_54(X)))
& atom_1(fn_nucleoside_monophosphate_24(fn_dna_strand_54(X)))
& carbon_1(fn_nucleoside_monophosphate_24(fn_dna_strand_54(X)))
& carbon_1(fn_organic_molecule_1(fn_dna_strand_68(X)))
& entity_1(fn_nucleoside_monophosphate_26(fn_dna_strand_68(X)))
& atom_1(fn_nucleoside_monophosphate_26(fn_dna_strand_68(X)))
& number_5_prime_carbon_1(fn_nucleoside_monophosphate_26(fn_dna_strand_68(X)))
& carbon_1(fn_nucleoside_monophosphate_26(fn_dna_strand_68(X)))
& entity_1(fn_nucleoside_monophosphate_24(fn_dna_strand_68(X)))
& number_5_prime_carbon_1(fn_nucleoside_monophosphate_24(fn_dna_strand_68(X)))
& atom_1(fn_nucleoside_monophosphate_24(fn_dna_strand_68(X)))
& carbon_1(fn_nucleoside_monophosphate_24(fn_dna_strand_68(X)))
& carbon_skeleton_1(fn_nucleotide_3(fn_dna_strand_68(X)))
& carbon_skeleton_1(fn_nucleoside_monophosphate_25(fn_dna_strand_68(X)))
& spatial_entity_1(fn_attach_2(fn_dna_strand_74(X)))
& spatial_entity_1(fn_attach_1(fn_dna_strand_74(X)))
& share_1(fn_phosphodiester_bond_6(fn_dna_strand_19(X)))
& share_1(fn_covalent_bond_17(fn_dna_strand_88(X)))
& constant_motion_1(fn_covalent_bond_16(fn_dna_strand_88(X)))
& share_1(fn_covalent_bond_17(fn_dna_strand_19(X)))
& entity_1(fn_covalent_bond_19(fn_dna_strand_19(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_dna_strand_19(X)))
& atom_1(fn_covalent_bond_19(fn_dna_strand_19(X)))
& entity_1(fn_covalent_bond_19(fn_dna_strand_18(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_dna_strand_18(X)))
& atom_1(fn_covalent_bond_19(fn_dna_strand_18(X)))
& entity_1(fn_covalent_bond_19(fn_dna_strand_88(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_dna_strand_88(X)))
& atom_1(fn_covalent_bond_19(fn_dna_strand_88(X)))
& entity_1(fn_covalent_bond_20(fn_dna_strand_19(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_dna_strand_19(X)))
& atom_1(fn_covalent_bond_20(fn_dna_strand_19(X)))
& entity_1(fn_covalent_bond_20(fn_dna_strand_18(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_dna_strand_18(X)))
& atom_1(fn_covalent_bond_20(fn_dna_strand_18(X)))
& entity_1(fn_covalent_bond_20(fn_dna_strand_88(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_dna_strand_88(X)))
& atom_1(fn_covalent_bond_20(fn_dna_strand_88(X)))
& valence_electron_1(fn_covalent_bond_18(fn_dna_strand_18(X)))
& valence_electron_1(fn_covalent_bond_18(fn_dna_strand_88(X)))
& entity_1(fn_share_2(fn_dna_strand_89(X)))
& valence_electron_1(fn_covalent_bond_18(fn_dna_strand_19(X)))
& valence_electron_1(fn_covalent_bond_15(fn_dna_strand_19(X)))
& valence_electron_1(fn_covalent_bond_15(fn_dna_strand_18(X)))
& valence_electron_1(fn_covalent_bond_15(fn_dna_strand_88(X)))
& entity_1(fn_share_2(fn_dna_strand_17(X)))
& entity_1(fn_share_3(fn_dna_strand_20(X)))
& entity_1(fn_share_1(fn_dna_strand_33(X)))
& entity_1(fn_share_1(fn_dna_strand_20(X)))
& entity_1(fn_share_1(fn_dna_strand_86(X)))
& entity_1(fn_share_1(fn_dna_strand_89(X)))
& entity_1(fn_share_3(fn_dna_strand_33(X)))
& entity_1(fn_share_3(fn_dna_strand_86(X)))
& entity_1(fn_share_3(fn_dna_strand_89(X)))
& entity_1(fn_share_3(fn_dna_strand_17(X)))
& entity_1(fn_share_1(fn_dna_strand_17(X)))
& guanine_1(fn_cytosine_1(fn_dna_strand_66(X)))
& nitrogenous_base_1(fn_nucleoside_21(fn_dna_strand_62(X)))
& atom_1(fn_organic_molecule_2(fn_dna_strand_62(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_dna_strand_62(X)))
& carbon_1(fn_organic_molecule_1(fn_dna_strand_62(X)))
& nucleoside_1(fn_deoxyribonucleotide_7(fn_dna_strand_54(X)))
& nucleoside_1(fn_nucleoside_monophosphate_11(fn_dna_strand_54(X)))
& atom_1(fn_organic_molecule_2(fn_dna_strand_60(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_dna_strand_60(X)))
& carbon_1(fn_organic_molecule_1(fn_dna_strand_60(X)))
& nucleoside_1(fn_deoxyribonucleotide_7(fn_dna_strand_68(X)))
& nucleoside_1(fn_nucleoside_monophosphate_11(fn_dna_strand_68(X)))
& entity_1(fn_nucleoside_7(fn_dna_strand_60(X)))
& chemical_entity_1(fn_nucleoside_7(fn_dna_strand_60(X)))
& atom_1(fn_nucleoside_7(fn_dna_strand_60(X)))
& carbon_1(fn_nucleoside_7(fn_dna_strand_60(X)))
& atom_1(fn_molecule_11(fn_dna_strand_61(X)))
& entity_1(fn_phosphodiester_bond_16(fn_dna_strand_75(X)))
& chemical_entity_1(fn_phosphodiester_bond_16(fn_dna_strand_75(X)))
& atom_1(fn_phosphodiester_bond_16(fn_dna_strand_75(X)))
& carbon_1(fn_phosphodiester_bond_16(fn_dna_strand_75(X)))
& entity_1(fn_phosphodiester_bond_15(fn_dna_strand_75(X)))
& chemical_entity_1(fn_phosphodiester_bond_15(fn_dna_strand_75(X)))
& atom_1(fn_phosphodiester_bond_15(fn_dna_strand_75(X)))
& carbon_1(fn_phosphodiester_bond_15(fn_dna_strand_75(X)))
& atom_1(fn_molecule_11(fn_dna_strand_45(X)))
& atom_1(fn_chemical_element_11(fn_dna_strand_50(X)))
& atom_1(fn_phosphodiester_bond_18(fn_dna_strand_75(X)))
& oxygen_1(fn_phosphodiester_bond_18(fn_dna_strand_75(X)))
& atom_1(fn_phosphodiester_bond_27(fn_dna_strand_75(X)))
& oxygen_1(fn_phosphodiester_bond_27(fn_dna_strand_75(X)))
& entity_1(fn_carbohydrate_38(fn_dna_strand_61(X)))
& atom_1(fn_carbohydrate_38(fn_dna_strand_61(X)))
& chemical_entity_1(fn_carbohydrate_38(fn_dna_strand_61(X)))
& oxygen_1(fn_carbohydrate_38(fn_dna_strand_61(X)))
& unequal_sharing_1(fn_nucleoside_11(fn_dna_strand_60(X)))
& share_1(fn_phosphodiester_bond_6(fn_dna_strand_75(X)))
& unequal_sharing_1(fn_carbohydrate_30(fn_dna_strand_61(X)))
& chemical_bond_1(fn_nucleoside_10(fn_dna_strand_60(X)))
& polar_covalent_bond_1(fn_nucleoside_10(fn_dna_strand_60(X)))
& chemical_bond_1(fn_molecule_10(fn_dna_strand_61(X)))
& polar_covalent_bond_1(fn_carbohydrate_36(fn_dna_strand_61(X)))
& deoxyribose_1(fn_deoxyribonucleotide_8(fn_dna_strand_68(X)))
& spatial_entity_1(fn_nucleoside_20(fn_dna_strand_60(X)))
& molecule_1(fn_nucleoside_20(fn_dna_strand_60(X)))
& organic_molecule_1(fn_nucleoside_20(fn_dna_strand_60(X)))
& pentose_1(fn_nucleoside_20(fn_dna_strand_60(X)))
& result_2(fn_dna_strand_17(X),fn_dna_strand_18(X))
& has_part_2(fn_dna_strand_50(X),fn_dna_strand_56(X))
& the_scalar_value_2(fn_dna_strand_51(X),high_0)
& scalar_unit_class_2(fn_dna_strand_51(X),atom_0)
& called_2(fn_dna_strand_59(X),'A2')
& has_part_2(fn_dna_strand_60(X),fn_dna_strand_13(X))
& has_part_2(fn_dna_strand_60(X),fn_dna_strand_66(X))
& has_part_2(X,fn_dna_strand_14(X))
& minCardinality(X,has_part_0,"2",deoxyribonucleoside_monophosphate_0)
& has_region_2(X,fn_dna_strand_11(X))
& has_region_2(X,fn_dna_strand_12(X))
& base_2(fn_dna_strand_74(X),fn_dna_strand_68(X))
& object_2(fn_dna_strand_74(X),fn_dna_strand_68(X))
& agent_2(fn_dna_strand_33(X),fn_dna_strand_29(X))
& agent_2(fn_dna_strand_33(X),fn_dna_strand_28(X))
& agent_2(fn_dna_strand_86(X),fn_dna_strand_29(X))
& agent_2(fn_dna_strand_20(X),fn_dna_strand_28(X))
& agent_2(fn_dna_strand_86(X),fn_dna_strand_28(X))
& has_part_2(X,fn_dna_strand_54(X))
& result_2(fn_dna_strand_20(X),fn_dna_strand_19(X))
& possesses_2(fn_dna_strand_45(X),fn_dna_strand_75(X))
& is_between_2(fn_dna_strand_75(X),fn_dna_strand_56(X))
& has_part_2(X,fn_dna_strand_68(X))
& size_2(fn_dna_strand_68(X),fn_dna_strand_44(X))
& result_2(fn_dna_strand_89(X),fn_dna_strand_88(X))
& fn_dna_strand_58(X) != fn_dna_strand_59(X)
& fn_dna_strand_59(X) != fn_dna_strand_58(X)
& has_part_2(fn_dna_strand_54(X),fn_dna_strand_64(X))
& fn_dna_strand_63(X) != fn_dna_strand_64(X)
& fn_dna_strand_64(X) != fn_dna_strand_63(X)
& is_between_2(fn_dna_strand_19(X),fn_dna_strand_27(X))
& agent_2(fn_dna_strand_86(X),fn_dna_strand_27(X))
& object_2(fn_dna_strand_86(X),fn_dna_strand_83(X))
& has_part_2(fn_dna_strand_50(X),fn_dna_strand_52(X))
& same_type_2(fn_dna_strand_56(X),fn_dna_strand_52(X))
& same_type_2(fn_dna_strand_52(X),fn_dna_strand_56(X))
& object_2(fn_dna_strand_33(X),fn_dna_strand_34(X))
& object_2(fn_dna_strand_89(X),fn_dna_strand_83(X))
& is_between_2(fn_dna_strand_18(X),fn_dna_strand_27(X))
& agent_2(fn_dna_strand_33(X),fn_dna_strand_27(X))
& result_2(fn_dna_strand_33(X),fn_dna_strand_32(X))
& is_between_2(fn_dna_strand_32(X),fn_dna_strand_27(X))
& agent_2(fn_dna_strand_89(X),fn_dna_strand_27(X))
& has_part_2(fn_dna_strand_68(X),fn_dna_strand_59(X))
& complement_2(fn_dna_strand_65(X),fn_dna_strand_66(X))
& complement_2(fn_dna_strand_66(X),fn_dna_strand_65(X))
& has_part_2(fn_dna_strand_54(X),fn_dna_strand_62(X))
& has_part_2(fn_dna_strand_54(X),fn_dna_strand_63(X))
& called_2(fn_dna_strand_63(X),'A2')
& object_2(fn_dna_strand_22(X),fn_dna_strand_34(X))
& object_2(fn_dna_strand_20(X),fn_dna_strand_83(X))
& is_between_2(fn_dna_strand_88(X),fn_dna_strand_27(X))
& agent_2(fn_dna_strand_20(X),fn_dna_strand_27(X))
& object_2(fn_dna_strand_20(X),fn_dna_strand_34(X))
& object_2(fn_dna_strand_85(X),fn_dna_strand_34(X))
& causes_2(fn_dna_strand_84(X),fn_dna_strand_85(X))
& has_part_2(fn_dna_strand_60(X),fn_dna_strand_61(X))
& object_2(fn_dna_strand_72(X),fn_dna_strand_68(X))
& has_part_2(fn_dna_strand_68(X),fn_dna_strand_60(X))
& has_part_2(fn_dna_strand_68(X),fn_dna_strand_58(X))
& has_region_2(fn_dna_strand_68(X),fn_dna_strand_73(X))
& is_inside_2(fn_dna_strand_58(X),fn_dna_strand_73(X))
& called_2(fn_dna_strand_58(X),'A2')
& possesses_2(fn_dna_strand_68(X),fn_dna_strand_71(X))
& quantity_2(fn_dna_strand_71(X),fn_dna_strand_70(X))
& directly_proportional_2(fn_dna_strand_69(X),fn_dna_strand_70(X))
& speed_2(fn_dna_strand_72(X),fn_dna_strand_69(X))
& called_2(fn_dna_strand_31(X),'Atomic_Number')
& has_part_2(fn_dna_strand_27(X),fn_dna_strand_83(X))
& called_2(fn_dna_strand_37(X),'Number_Proton')
& object_2(fn_dna_strand_84(X),fn_dna_strand_34(X))
& agent_2(fn_dna_strand_20(X),fn_dna_strand_29(X))
& size_2(X,fn_dna_strand_43(X))
& greater_than_2(fn_dna_strand_43(X),fn_dna_strand_44(X))
& is_between_2(fn_dna_strand_87(X),fn_dna_strand_27(X))
& result_2(fn_dna_strand_86(X),fn_dna_strand_87(X))
& object_2(fn_dna_strand_86(X),fn_dna_strand_34(X))
& object_2(fn_dna_strand_21(X),fn_dna_strand_34(X))
& causes_2(fn_dna_strand_22(X),fn_dna_strand_21(X))
& agent_2(fn_dna_strand_17(X),fn_dna_strand_28(X))
& fn_dna_strand_28(X) != fn_dna_strand_29(X)
& fn_dna_strand_29(X) != fn_dna_strand_27(X)
& fn_dna_strand_27(X) != fn_dna_strand_28(X)
& fn_dna_strand_28(X) != fn_dna_strand_27(X)
& fn_dna_strand_29(X) != fn_dna_strand_28(X)
& fn_dna_strand_27(X) != fn_dna_strand_29(X)
& quantity_2(fn_dna_strand_34(X),fn_dna_strand_35(X))
& object_2(fn_dna_strand_17(X),fn_dna_strand_34(X))
& agent_2(fn_dna_strand_17(X),fn_dna_strand_27(X))
& fn_dna_strand_83(X) != fn_dna_strand_34(X)
& fn_dna_strand_34(X) != fn_dna_strand_83(X)
& called_2(fn_dna_strand_35(X),'Number_Electron')
& fn_dna_strand_37(X) = fn_dna_strand_35(X)
& fn_dna_strand_35(X) = fn_dna_strand_37(X)
& fn_dna_strand_37(X) = fn_dna_strand_31(X)
& fn_dna_strand_31(X) = fn_dna_strand_37(X)
& electronegativity_2(fn_dna_strand_56(X),fn_dna_strand_51(X))
& agent_2(fn_dna_strand_53(X),fn_dna_strand_56(X))
& result_2(fn_dna_strand_53(X),fn_dna_strand_49(X))
& possesses_2(fn_dna_strand_61(X),fn_dna_strand_49(X))
& fn_dna_strand_55(X) != fn_dna_strand_56(X)
& fn_dna_strand_56(X) != fn_dna_strand_55(X)
& result_2(fn_dna_strand_53(X),fn_dna_strand_75(X))
& agent_2(fn_dna_strand_53(X),fn_dna_strand_55(X))
& is_between_2(fn_dna_strand_75(X),fn_dna_strand_55(X))
& is_between_2(fn_dna_strand_49(X),fn_dna_strand_55(X))
& has_part_2(fn_dna_strand_60(X),fn_dna_strand_57(X))
& has_part_2(fn_dna_strand_62(X),fn_dna_strand_76(X))
& has_part_2(fn_dna_strand_60(X),fn_dna_strand_67(X))
& has_part_2(fn_dna_strand_62(X),fn_dna_strand_65(X))
& agent_2(fn_dna_strand_17(X),fn_dna_strand_29(X))
& agent_2(fn_dna_strand_89(X),fn_dna_strand_28(X))
& agent_2(fn_dna_strand_89(X),fn_dna_strand_29(X))
& object_2(fn_dna_strand_17(X),fn_dna_strand_83(X))
& object_2(fn_dna_strand_89(X),fn_dna_strand_34(X))
& fn_dna_strand_68(X) = fn_attach_2(fn_dna_strand_74(X))
& fn_dna_strand_68(X) = fn_attach_1(fn_dna_strand_74(X))
& fn_dna_strand_29(X) = fn_share_3(fn_dna_strand_33(X))
& fn_dna_strand_28(X) = fn_share_1(fn_dna_strand_33(X))
& fn_dna_strand_29(X) = fn_share_3(fn_dna_strand_86(X))
& fn_dna_strand_28(X) = fn_share_3(fn_dna_strand_20(X))
& fn_dna_strand_28(X) = fn_share_1(fn_dna_strand_20(X))
& fn_dna_strand_28(X) = fn_share_1(fn_dna_strand_86(X))
& fn_dna_strand_54(X) = fn_polymer_4(X)
& fn_dna_strand_20(X) = fn_phosphodiester_bond_6(fn_dna_strand_19(X))
& fn_dna_strand_56(X) = fn_molecule_11(fn_dna_strand_45(X))
& fn_dna_strand_75(X) = fn_molecule_10(fn_dna_strand_45(X))
& fn_dna_strand_16(X) = fn_nucleic_acid_35(X)
& fn_dna_strand_68(X) = fn_nucleic_acid_20(X)
& fn_dna_strand_58(X) = fn_organic_molecule_1(fn_dna_strand_68(X))
& fn_dna_strand_63(X) = fn_organic_molecule_1(fn_dna_strand_54(X))
& fn_dna_strand_64(X) = fn_deoxyribonucleotide_5(fn_dna_strand_54(X))
& fn_dna_strand_64(X) = fn_organic_molecule_2(fn_dna_strand_54(X))
& fn_dna_strand_83(X) = fn_covalent_bond_18(fn_dna_strand_19(X))
& fn_dna_strand_83(X) = fn_covalent_bond_15(fn_dna_strand_19(X))
& fn_dna_strand_86(X) = fn_covalent_bond_17(fn_dna_strand_19(X))
& fn_dna_strand_27(X) = fn_covalent_bond_19(fn_dna_strand_19(X))
& fn_dna_strand_27(X) = fn_covalent_bond_20(fn_dna_strand_19(X))
& fn_dna_strand_56(X) = fn_chemical_element_11(fn_dna_strand_50(X))
& fn_dna_strand_52(X) = fn_chemical_element_11(fn_dna_strand_50(X))
& fn_dna_strand_52(X) = fn_chemical_element_12(fn_dna_strand_50(X))
& fn_dna_strand_34(X) = fn_covalent_bond_18(fn_dna_strand_18(X))
& fn_dna_strand_83(X) = fn_covalent_bond_15(fn_dna_strand_18(X))
& fn_dna_strand_89(X) = fn_covalent_bond_17(fn_dna_strand_88(X))
& fn_dna_strand_89(X) = fn_covalent_bond_17(fn_dna_strand_18(X))
& fn_dna_strand_27(X) = fn_covalent_bond_19(fn_dna_strand_18(X))
& fn_dna_strand_33(X) = fn_covalent_bond_17(fn_dna_strand_18(X))
& fn_dna_strand_27(X) = fn_covalent_bond_20(fn_dna_strand_18(X))
& fn_dna_strand_59(X) = fn_organic_molecule_2(fn_dna_strand_68(X))
& fn_dna_strand_59(X) = fn_deoxyribonucleotide_5(fn_dna_strand_68(X))
& fn_dna_strand_65(X) = fn_cytosine_1(fn_dna_strand_66(X))
& fn_dna_strand_62(X) = fn_deoxyribonucleotide_7(fn_dna_strand_54(X))
& fn_dna_strand_62(X) = fn_nucleoside_monophosphate_11(fn_dna_strand_54(X))
& fn_dna_strand_63(X) = fn_nucleoside_monophosphate_26(fn_dna_strand_54(X))
& fn_dna_strand_63(X) = fn_nucleoside_monophosphate_24(fn_dna_strand_54(X))
& fn_dna_strand_22(X) = fn_covalent_bond_16(fn_dna_strand_88(X))
& fn_dna_strand_83(X) = fn_covalent_bond_15(fn_dna_strand_88(X))
& fn_dna_strand_84(X) = fn_covalent_bond_16(fn_dna_strand_88(X))
& fn_dna_strand_85(X) = fn_covalent_bond_1(fn_dna_strand_88(X))
& fn_dna_strand_34(X) = fn_covalent_bond_18(fn_dna_strand_88(X))
& fn_dna_strand_20(X) = fn_covalent_bond_17(fn_dna_strand_88(X))
& fn_dna_strand_27(X) = fn_covalent_bond_19(fn_dna_strand_88(X))
& fn_dna_strand_27(X) = fn_covalent_bond_20(fn_dna_strand_88(X))
& fn_dna_strand_61(X) = fn_deoxyribonucleotide_8(fn_dna_strand_68(X))
& fn_dna_strand_60(X) = fn_deoxyribonucleotide_7(fn_dna_strand_68(X))
& fn_dna_strand_60(X) = fn_nucleoside_monophosphate_11(fn_dna_strand_68(X))
& fn_dna_strand_79(X) = fn_nucleoside_monophosphate_35(fn_dna_strand_68(X))
& fn_dna_strand_80(X) = fn_nucleoside_monophosphate_36(fn_dna_strand_68(X))
& fn_dna_strand_58(X) = fn_nucleoside_monophosphate_26(fn_dna_strand_68(X))
& fn_dna_strand_58(X) = fn_nucleoside_monophosphate_24(fn_dna_strand_68(X))
& fn_dna_strand_73(X) = fn_nucleotide_3(fn_dna_strand_68(X))
& fn_dna_strand_73(X) = fn_nucleoside_monophosphate_25(fn_dna_strand_68(X))
& fn_dna_strand_72(X) = fn_nucleoside_monophosphate_12(fn_dna_strand_68(X))
& fn_dna_strand_69(X) = fn_nucleoside_monophosphate_13(fn_dna_strand_68(X))
& fn_dna_strand_70(X) = fn_nucleoside_monophosphate_14(fn_dna_strand_68(X))
& fn_dna_strand_71(X) = fn_nucleoside_monophosphate_22(fn_dna_strand_68(X))
& fn_dna_strand_77(X) = fn_molecule_2(X)
& fn_dna_strand_78(X) = fn_molecule_1(X)
& fn_dna_strand_42(X) = fn_molecule_8(X)
& fn_dna_strand_46(X) = fn_molecule_3(X)
& fn_dna_strand_47(X) = fn_molecule_4(X)
& fn_dna_strand_41(X) = fn_molecule_12(X)
& fn_dna_strand_40(X) = fn_organic_molecule_3(X)
& fn_dna_strand_38(X) = fn_organic_molecule_2(X)
& fn_dna_strand_39(X) = fn_organic_molecule_1(X)
& fn_dna_strand_26(X) = fn_nucleic_acid_32(X)
& fn_dna_strand_25(X) = fn_nucleic_acid_31(X)
& fn_dna_strand_82(X) = fn_nucleic_acid_33(X)
& fn_dna_strand_23(X) = fn_nucleic_acid_30(X)
& fn_dna_strand_84(X) = fn_nucleic_acid_12(X)
& fn_dna_strand_20(X) = fn_nucleic_acid_23(X)
& fn_dna_strand_30(X) = fn_nucleic_acid_35(X)
& fn_dna_strand_24(X) = fn_nucleic_acid_36(X)
& fn_dna_strand_81(X) = fn_nucleic_acid_34(X)
& fn_dna_strand_44(X) = fn_nucleic_acid_28(X)
& fn_dna_strand_43(X) = fn_nucleic_acid_29(X)
& fn_dna_strand_22(X) = fn_nucleic_acid_12(X)
& fn_dna_strand_21(X) = fn_nucleic_acid_11(X)
& fn_dna_strand_34(X) = fn_nucleic_acid_25(X)
& fn_dna_strand_86(X) = fn_nucleic_acid_23(X)
& fn_dna_strand_87(X) = fn_nucleic_acid_22(X)
& fn_dna_strand_29(X) = fn_nucleic_acid_26(X)
& fn_dna_strand_28(X) = fn_nucleic_acid_6(X)
& fn_dna_strand_27(X) = fn_nucleic_acid_27(X)
& fn_dna_strand_17(X) = fn_nucleic_acid_23(X)
& fn_dna_strand_83(X) = fn_nucleic_acid_25(X)
& fn_dna_strand_34(X) = fn_nucleic_acid_24(X)
& fn_dna_strand_35(X) = fn_nucleic_acid_10(X)
& fn_dna_strand_37(X) = fn_nucleic_acid_9(X)
& fn_dna_strand_31(X) = fn_nucleic_acid_7(X)
& fn_dna_strand_36(X) = fn_nucleic_acid_8(X)
& fn_dna_strand_15(X) = fn_nucleic_acid_35(X)
& fn_dna_strand_34(X) = fn_share_2(fn_dna_strand_89(X))
& fn_dna_strand_83(X) = fn_share_2(fn_dna_strand_17(X))
& fn_dna_strand_29(X) = fn_share_3(fn_dna_strand_89(X))
& fn_dna_strand_28(X) = fn_share_1(fn_dna_strand_89(X))
& fn_dna_strand_29(X) = fn_share_3(fn_dna_strand_17(X))
& fn_dna_strand_29(X) = fn_share_1(fn_dna_strand_17(X))
& fn_dna_strand_65(X) = fn_nucleoside_21(fn_dna_strand_62(X))
& fn_dna_strand_67(X) = fn_nucleoside_21(fn_dna_strand_60(X))
& fn_dna_strand_76(X) = fn_organic_molecule_2(fn_dna_strand_62(X))
& fn_dna_strand_76(X) = fn_organic_molecule_1(fn_dna_strand_62(X))
& fn_dna_strand_57(X) = fn_organic_molecule_2(fn_dna_strand_60(X))
& fn_dna_strand_57(X) = fn_organic_molecule_1(fn_dna_strand_60(X))
& fn_dna_strand_55(X) = fn_molecule_11(fn_dna_strand_61(X))
& fn_dna_strand_55(X) = fn_nucleoside_7(fn_dna_strand_60(X))
& fn_dna_strand_53(X) = fn_phosphodiester_bond_6(fn_dna_strand_75(X))
& fn_dna_strand_56(X) = fn_phosphodiester_bond_18(fn_dna_strand_75(X))
& fn_dna_strand_56(X) = fn_phosphodiester_bond_27(fn_dna_strand_75(X))
& fn_dna_strand_55(X) = fn_phosphodiester_bond_16(fn_dna_strand_75(X))
& fn_dna_strand_55(X) = fn_phosphodiester_bond_15(fn_dna_strand_75(X))
& fn_dna_strand_48(X) = fn_carbohydrate_45(fn_dna_strand_61(X))
& fn_dna_strand_51(X) = fn_carbohydrate_11(fn_dna_strand_61(X))
& fn_dna_strand_56(X) = fn_carbohydrate_38(fn_dna_strand_61(X))
& fn_dna_strand_53(X) = fn_nucleoside_11(fn_dna_strand_60(X))
& fn_dna_strand_53(X) = fn_carbohydrate_30(fn_dna_strand_61(X))
& fn_dna_strand_61(X) = fn_nucleoside_20(fn_dna_strand_60(X))
& fn_dna_strand_49(X) = fn_nucleoside_10(fn_dna_strand_60(X))
& fn_dna_strand_49(X) = fn_molecule_10(fn_dna_strand_61(X))
& fn_dna_strand_49(X) = fn_carbohydrate_36(fn_dna_strand_61(X))
& fn_organic_molecule_2(fn_dna_strand_54(X)) = fn_organic_molecule_2(fn_dna_strand_54(X))
& fn_organic_molecule_2(fn_dna_strand_54(X)) = fn_deoxyribonucleotide_5(fn_dna_strand_54(X))
& fn_deoxyribonucleotide_5(fn_dna_strand_54(X)) = fn_organic_molecule_2(fn_dna_strand_54(X))
& fn_organic_molecule_2(fn_dna_strand_54(X)) = fn_chemical_element_12(fn_dna_strand_50(X))
& fn_chemical_element_12(fn_dna_strand_50(X)) = fn_chemical_element_12(fn_dna_strand_50(X))
& fn_chemical_element_12(fn_dna_strand_50(X)) = fn_chemical_element_11(fn_dna_strand_50(X))
& fn_chemical_element_11(fn_dna_strand_50(X)) = fn_chemical_element_12(fn_dna_strand_50(X))
& fn_chemical_element_12(fn_dna_strand_50(X)) = fn_organic_molecule_2(fn_dna_strand_68(X))
& fn_organic_molecule_2(fn_dna_strand_68(X)) = fn_organic_molecule_2(fn_dna_strand_68(X))
& fn_organic_molecule_2(fn_dna_strand_68(X)) = fn_deoxyribonucleotide_5(fn_dna_strand_68(X))
& fn_deoxyribonucleotide_5(fn_dna_strand_68(X)) = fn_organic_molecule_1(fn_dna_strand_54(X))
& fn_organic_molecule_1(fn_dna_strand_54(X)) = fn_nucleoside_monophosphate_26(fn_dna_strand_54(X))
& fn_nucleoside_monophosphate_26(fn_dna_strand_54(X)) = fn_organic_molecule_1(fn_dna_strand_54(X))
& fn_organic_molecule_1(fn_dna_strand_54(X)) = fn_organic_molecule_1(fn_dna_strand_54(X))
& fn_organic_molecule_1(fn_dna_strand_54(X)) = fn_nucleoside_monophosphate_24(fn_dna_strand_54(X))
& fn_nucleoside_monophosphate_24(fn_dna_strand_54(X)) = fn_nucleoside_monophosphate_24(fn_dna_strand_54(X))
& fn_nucleoside_monophosphate_24(fn_dna_strand_54(X)) = fn_organic_molecule_1(fn_dna_strand_68(X))
& fn_organic_molecule_1(fn_dna_strand_68(X)) = fn_organic_molecule_1(fn_dna_strand_68(X))
& fn_organic_molecule_1(fn_dna_strand_68(X)) = fn_nucleoside_monophosphate_26(fn_dna_strand_68(X))
& fn_nucleoside_monophosphate_26(fn_dna_strand_68(X)) = fn_nucleoside_monophosphate_26(fn_dna_strand_68(X))
& fn_nucleoside_monophosphate_24(fn_dna_strand_68(X)) = fn_nucleoside_monophosphate_24(fn_dna_strand_68(X))
& fn_nucleoside_monophosphate_24(fn_dna_strand_68(X)) = fn_nucleoside_monophosphate_26(fn_dna_strand_68(X))
& fn_nucleoside_monophosphate_26(fn_dna_strand_68(X)) = fn_nucleoside_monophosphate_24(fn_dna_strand_68(X))
& fn_nucleoside_monophosphate_24(fn_dna_strand_68(X)) = fn_nucleoside_monophosphate_25(fn_dna_strand_68(X))
& fn_nucleoside_monophosphate_25(fn_dna_strand_68(X)) = fn_nucleoside_monophosphate_25(fn_dna_strand_68(X))
& fn_nucleoside_monophosphate_25(fn_dna_strand_68(X)) = fn_nucleotide_3(fn_dna_strand_68(X))
& fn_nucleotide_3(fn_dna_strand_68(X)) = fn_nucleoside_monophosphate_25(fn_dna_strand_68(X))
& fn_nucleoside_monophosphate_25(fn_dna_strand_68(X)) = fn_attach_2(fn_dna_strand_74(X))
& fn_attach_2(fn_dna_strand_74(X)) = fn_attach_1(fn_dna_strand_74(X))
& fn_attach_1(fn_dna_strand_74(X)) = fn_attach_1(fn_dna_strand_74(X))
& fn_attach_1(fn_dna_strand_74(X)) = fn_nucleic_acid_20(X)
& fn_nucleic_acid_20(X) = fn_nucleic_acid_20(X)
& fn_nucleic_acid_20(X) = fn_covalent_bond_16(fn_dna_strand_88(X))
& fn_nucleic_acid_12(X) = fn_phosphodiester_bond_6(fn_dna_strand_19(X))
& fn_phosphodiester_bond_6(fn_dna_strand_19(X)) = fn_covalent_bond_17(fn_dna_strand_88(X))
& fn_covalent_bond_17(fn_dna_strand_88(X)) = fn_covalent_bond_17(fn_dna_strand_88(X))
& fn_covalent_bond_17(fn_dna_strand_88(X)) = fn_nucleic_acid_23(X)
& fn_nucleic_acid_23(X) = fn_covalent_bond_16(fn_dna_strand_88(X))
& fn_covalent_bond_16(fn_dna_strand_88(X)) = fn_nucleic_acid_12(X)
& fn_nucleic_acid_12(X) = fn_covalent_bond_17(fn_dna_strand_19(X))
& fn_covalent_bond_17(fn_dna_strand_19(X)) = fn_covalent_bond_17(fn_dna_strand_19(X))
& fn_covalent_bond_17(fn_dna_strand_19(X)) = fn_nucleic_acid_23(X)
& fn_nucleic_acid_23(X) = fn_nucleic_acid_23(X)
& fn_nucleic_acid_23(X) = fn_covalent_bond_19(fn_dna_strand_19(X))
& fn_covalent_bond_20(fn_dna_strand_19(X)) = fn_covalent_bond_19(fn_dna_strand_19(X))
& fn_covalent_bond_19(fn_dna_strand_19(X)) = fn_covalent_bond_20(fn_dna_strand_19(X))
& fn_covalent_bond_20(fn_dna_strand_19(X)) = fn_covalent_bond_19(fn_dna_strand_88(X))
& fn_covalent_bond_19(fn_dna_strand_88(X)) = fn_covalent_bond_19(fn_dna_strand_18(X))
& fn_covalent_bond_19(fn_dna_strand_18(X)) = fn_covalent_bond_19(fn_dna_strand_18(X))
& fn_covalent_bond_19(fn_dna_strand_18(X)) = fn_covalent_bond_20(fn_dna_strand_18(X))
& fn_covalent_bond_20(fn_dna_strand_88(X)) = fn_covalent_bond_19(fn_dna_strand_88(X))
& fn_covalent_bond_19(fn_dna_strand_88(X)) = fn_covalent_bond_20(fn_dna_strand_88(X))
& fn_covalent_bond_20(fn_dna_strand_88(X)) = fn_covalent_bond_20(fn_dna_strand_19(X))
& fn_covalent_bond_20(fn_dna_strand_19(X)) = fn_covalent_bond_20(fn_dna_strand_19(X))
& fn_covalent_bond_20(fn_dna_strand_19(X)) = fn_covalent_bond_20(fn_dna_strand_18(X))
& fn_covalent_bond_20(fn_dna_strand_18(X)) = fn_covalent_bond_20(fn_dna_strand_18(X))
& fn_covalent_bond_20(fn_dna_strand_18(X)) = fn_covalent_bond_20(fn_dna_strand_88(X))
& fn_covalent_bond_20(fn_dna_strand_88(X)) = fn_covalent_bond_20(fn_dna_strand_88(X))
& fn_covalent_bond_20(fn_dna_strand_88(X)) = fn_nucleic_acid_27(X)
& fn_nucleic_acid_27(X) = fn_nucleic_acid_27(X)
& fn_nucleic_acid_27(X) = fn_covalent_bond_18(fn_dna_strand_18(X))
& fn_covalent_bond_18(fn_dna_strand_18(X)) = fn_covalent_bond_18(fn_dna_strand_88(X))
& fn_covalent_bond_18(fn_dna_strand_88(X)) = fn_covalent_bond_18(fn_dna_strand_88(X))
& fn_covalent_bond_18(fn_dna_strand_88(X)) = fn_nucleic_acid_25(X)
& fn_nucleic_acid_25(X) = fn_nucleic_acid_24(X)
& fn_nucleic_acid_24(X) = fn_nucleic_acid_24(X)
& fn_nucleic_acid_24(X) = fn_share_2(fn_dna_strand_89(X))
& fn_share_2(fn_dna_strand_89(X)) = fn_covalent_bond_18(fn_dna_strand_19(X))
& fn_covalent_bond_18(fn_dna_strand_19(X)) = fn_covalent_bond_15(fn_dna_strand_19(X))
& fn_covalent_bond_15(fn_dna_strand_88(X)) = fn_covalent_bond_15(fn_dna_strand_19(X))
& fn_covalent_bond_15(fn_dna_strand_19(X)) = fn_covalent_bond_15(fn_dna_strand_18(X))
& fn_covalent_bond_15(fn_dna_strand_18(X)) = fn_covalent_bond_15(fn_dna_strand_88(X))
& fn_covalent_bond_15(fn_dna_strand_88(X)) = fn_nucleic_acid_25(X)
& fn_nucleic_acid_25(X) = fn_nucleic_acid_25(X)
& fn_nucleic_acid_25(X) = fn_share_2(fn_dna_strand_17(X))
& fn_share_2(fn_dna_strand_17(X)) = fn_share_3(fn_dna_strand_20(X))
& fn_share_3(fn_dna_strand_20(X)) = fn_nucleic_acid_6(X)
& fn_nucleic_acid_6(X) = fn_share_1(fn_dna_strand_33(X))
& fn_share_1(fn_dna_strand_33(X)) = fn_share_1(fn_dna_strand_20(X))
& fn_share_1(fn_dna_strand_20(X)) = fn_share_1(fn_dna_strand_86(X))
& fn_share_1(fn_dna_strand_86(X)) = fn_nucleic_acid_6(X)
& fn_nucleic_acid_6(X) = fn_nucleic_acid_6(X)
& fn_nucleic_acid_6(X) = fn_share_1(fn_dna_strand_89(X))
& fn_share_1(fn_dna_strand_89(X)) = fn_share_3(fn_dna_strand_33(X))
& fn_share_3(fn_dna_strand_86(X)) = fn_nucleic_acid_26(X)
& fn_nucleic_acid_26(X) = fn_nucleic_acid_26(X)
& fn_nucleic_acid_26(X) = fn_share_3(fn_dna_strand_89(X))
& fn_share_3(fn_dna_strand_17(X)) = fn_share_3(fn_dna_strand_33(X))
& fn_share_3(fn_dna_strand_33(X)) = fn_share_3(fn_dna_strand_86(X))
& fn_share_3(fn_dna_strand_86(X)) = fn_share_3(fn_dna_strand_89(X))
& fn_share_3(fn_dna_strand_89(X)) = fn_share_3(fn_dna_strand_17(X))
& fn_share_3(fn_dna_strand_17(X)) = fn_share_1(fn_dna_strand_17(X))
& fn_share_1(fn_dna_strand_17(X)) = fn_cytosine_1(fn_dna_strand_66(X))
& fn_cytosine_1(fn_dna_strand_66(X)) = fn_cytosine_1(fn_dna_strand_66(X))
& fn_cytosine_1(fn_dna_strand_66(X)) = fn_nucleoside_21(fn_dna_strand_62(X))
& fn_nucleoside_21(fn_dna_strand_62(X)) = fn_organic_molecule_2(fn_dna_strand_62(X))
& fn_organic_molecule_2(fn_dna_strand_62(X)) = fn_organic_molecule_1(fn_dna_strand_62(X))
& fn_organic_molecule_1(fn_dna_strand_62(X)) = fn_deoxyribonucleotide_7(fn_dna_strand_54(X))
& fn_deoxyribonucleotide_7(fn_dna_strand_54(X)) = fn_nucleoside_monophosphate_11(fn_dna_strand_54(X))
& fn_nucleoside_monophosphate_11(fn_dna_strand_54(X)) = fn_organic_molecule_2(fn_dna_strand_60(X))
& fn_organic_molecule_2(fn_dna_strand_60(X)) = fn_organic_molecule_1(fn_dna_strand_60(X))
& fn_organic_molecule_1(fn_dna_strand_60(X)) = fn_deoxyribonucleotide_7(fn_dna_strand_68(X))
& fn_deoxyribonucleotide_7(fn_dna_strand_68(X)) = fn_deoxyribonucleotide_7(fn_dna_strand_68(X))
& fn_deoxyribonucleotide_7(fn_dna_strand_68(X)) = fn_nucleoside_monophosphate_11(fn_dna_strand_68(X))
& fn_nucleoside_monophosphate_11(fn_dna_strand_68(X)) = fn_nucleoside_7(fn_dna_strand_60(X))
& fn_molecule_11(fn_dna_strand_61(X)) = fn_nucleoside_7(fn_dna_strand_60(X))
& fn_nucleoside_7(fn_dna_strand_60(X)) = fn_molecule_11(fn_dna_strand_61(X))
& fn_molecule_11(fn_dna_strand_61(X)) = fn_phosphodiester_bond_16(fn_dna_strand_75(X))
& fn_phosphodiester_bond_16(fn_dna_strand_75(X)) = fn_phosphodiester_bond_16(fn_dna_strand_75(X))
& fn_phosphodiester_bond_15(fn_dna_strand_75(X)) = fn_phosphodiester_bond_16(fn_dna_strand_75(X))
& fn_phosphodiester_bond_16(fn_dna_strand_75(X)) = fn_phosphodiester_bond_15(fn_dna_strand_75(X))
& fn_phosphodiester_bond_15(fn_dna_strand_75(X)) = fn_molecule_11(fn_dna_strand_45(X))
& fn_molecule_11(fn_dna_strand_45(X)) = fn_chemical_element_11(fn_dna_strand_50(X))
& fn_chemical_element_11(fn_dna_strand_50(X)) = fn_chemical_element_11(fn_dna_strand_50(X))
& fn_chemical_element_11(fn_dna_strand_50(X)) = fn_phosphodiester_bond_18(fn_dna_strand_75(X))
& fn_phosphodiester_bond_18(fn_dna_strand_75(X)) = fn_phosphodiester_bond_18(fn_dna_strand_75(X))
& fn_phosphodiester_bond_27(fn_dna_strand_75(X)) = fn_phosphodiester_bond_18(fn_dna_strand_75(X))
& fn_phosphodiester_bond_18(fn_dna_strand_75(X)) = fn_phosphodiester_bond_27(fn_dna_strand_75(X))
& fn_phosphodiester_bond_27(fn_dna_strand_75(X)) = fn_phosphodiester_bond_27(fn_dna_strand_75(X))
& fn_phosphodiester_bond_27(fn_dna_strand_75(X)) = fn_carbohydrate_38(fn_dna_strand_61(X))
& fn_carbohydrate_38(fn_dna_strand_61(X)) = fn_carbohydrate_38(fn_dna_strand_61(X))
& fn_carbohydrate_38(fn_dna_strand_61(X)) = fn_phosphodiester_bond_6(fn_dna_strand_75(X))
& fn_phosphodiester_bond_6(fn_dna_strand_75(X)) = fn_nucleoside_11(fn_dna_strand_60(X))
& fn_nucleoside_11(fn_dna_strand_60(X)) = fn_phosphodiester_bond_6(fn_dna_strand_75(X))
& fn_phosphodiester_bond_6(fn_dna_strand_75(X)) = fn_phosphodiester_bond_6(fn_dna_strand_75(X))
& fn_phosphodiester_bond_6(fn_dna_strand_75(X)) = fn_carbohydrate_30(fn_dna_strand_61(X))
& fn_carbohydrate_30(fn_dna_strand_61(X)) = fn_carbohydrate_30(fn_dna_strand_61(X))
& fn_carbohydrate_30(fn_dna_strand_61(X)) = fn_nucleoside_10(fn_dna_strand_60(X))
& fn_molecule_10(fn_dna_strand_61(X)) = fn_nucleoside_10(fn_dna_strand_60(X))
& fn_nucleoside_10(fn_dna_strand_60(X)) = fn_nucleoside_10(fn_dna_strand_60(X))
& fn_nucleoside_10(fn_dna_strand_60(X)) = fn_molecule_10(fn_dna_strand_61(X))
& fn_molecule_10(fn_dna_strand_61(X)) = fn_molecule_10(fn_dna_strand_61(X))
& fn_carbohydrate_36(fn_dna_strand_61(X)) = fn_molecule_10(fn_dna_strand_61(X))
& fn_molecule_10(fn_dna_strand_61(X)) = fn_carbohydrate_36(fn_dna_strand_61(X))
& fn_carbohydrate_36(fn_dna_strand_61(X)) = fn_deoxyribonucleotide_8(fn_dna_strand_68(X))
& fn_deoxyribonucleotide_8(fn_dna_strand_68(X)) = fn_nucleoside_20(fn_dna_strand_60(X))
& fn_nucleoside_20(fn_dna_strand_60(X)) = fn_nucleoside_20(fn_dna_strand_60(X)) ) ) ).
fof(a529080,axiom,
! [X] :
( dna_technique_1(X)
=> ( original_name_2(X,'DNA-Technique')
& user_description_2(X,'Laboratory techniques used when working with DNA')
& concept2words_2(X,'technique of dna')
& concept2words_2(X,'dna technique')
& concept2words_2(X,'dna-technique')
& technique_1(X) ) ) ).
fof(a529081,axiom,
! [X] :
( dna_template_1(X)
=> ( original_name_2(X,'DNA-Template')
& user_description_2(X,'A DNA strand that acts as a template for DNA replication or for transcription.')
& concept2words_2(X,'template strand')
& concept2words_2(X,'template-strand')
& concept2words_2(X,'template of dna')
& concept2words_2(X,'dna template')
& concept2words_2(X,'dna-template')
& dna_strand_1(X)
& promoter_1(fn_dna_template_1(X))
& transcription_unit_1(fn_dna_template_2(X))
& terminator_sequence_1(fn_dna_template_3(X))
& has_part_2(X,fn_dna_template_1(X))
& has_part_2(X,fn_dna_template_2(X))
& has_part_2(X,fn_dna_template_3(X))
& abuts_2(fn_dna_template_1(X),fn_dna_template_2(X))
& abuts_2(fn_dna_template_2(X),fn_dna_template_1(X))
& abuts_2(fn_dna_template_2(X),fn_dna_template_3(X))
& abuts_2(fn_dna_template_3(X),fn_dna_template_2(X)) ) ) ).
fof(a529082,axiom,
! [X,X1] :
( ( object_2(X,X1)
& transfer_1(X)
& nucleic_acid_process_1(X)
& dna_piece_1(X1) )
=> ( dna_transfer_1(X)
& fn_dna_transfer_7(X) = X1 ) ) ).
fof(a529083,axiom,
! [X] :
( dna_transfer_1(X)
=> ( original_name_2(X,'DNA-Transfer')
& user_description_2(X,'Transfer of DNA fragment from one bacterial cell to another bacterial cell resulting in a recombinant bacteria.')
& concept2words_2(X,'natural process of recombination in bacteria')
& concept2words_2(X,'natural processes of recombination in bacteria')
& concept2words_2(X,'bacterial gene transfer')
& concept2words_2(X,transfer)
& concept2words_2(X,'transfer of dna')
& concept2words_2(X,'dna transfer')
& concept2words_2(X,'dna-transfer')
& nucleic_acid_process_1(X)
& transfer_1(X)
& recombination_1(fn_dna_transfer_1(X))
& recombinant_1(fn_dna_transfer_2(X))
& prokaryote_1(fn_dna_transfer_3(X))
& bacterium_1(fn_dna_transfer_4(X))
& genetic_variation_1(fn_dna_transfer_5(X))
& dna_piece_1(fn_dna_transfer_7(X))
& object_2(fn_dna_transfer_5(X),fn_dna_transfer_4(X))
& destination_2(X,fn_dna_transfer_3(X))
& result_2(X,fn_dna_transfer_2(X))
& enables_2(X,fn_dna_transfer_1(X))
& causes_2(X,fn_dna_transfer_5(X))
& object_2(X,fn_dna_transfer_7(X))
& fn_dna_transfer_7(X) = fn_transfer_1(X) ) ) ).
fof(a529084,axiom,
! [X] :
( dna_virus_1(X)
=> ( original_name_2(X,'DNA-Virus')
& user_description_2(X,'A virus whose genetic material is DNA.')
& concept2words_2(X,'virus of dna')
& concept2words_2(X,'dna virus')
& concept2words_2(X,'dna-virus')
& virus_1(X)
& genome_1(fn_dna_virus_1(X))
& dna_1(fn_dna_virus_2(X))
& has_part_2(X,fn_dna_virus_1(X))
& element_2(fn_dna_virus_1(X),fn_dna_virus_2(X)) ) ) ).
fof(a529085,axiom,
! [X] :
( dna_with_shortened_telomere_1(X)
=> ( original_name_2(X,'DNA-With-Shortened-Telomere')
& user_description_2(X,'The shortening of the telomere regions of the chromosomes which are located at the ends of each chromosome.')
& concept2words_2(X,'dna with shortened telomere')
& concept2words_2(X,'dna-with-shortened-telomere')
& dna_1(X)
& size_value_1(fn_dna_with_shortened_telomere_1(X))
& telomere_1(fn_dna_with_shortened_telomere_2(X))
& size_value_1(fn_dna_with_shortened_telomere_4(X))
& quantity_value_1(fn_dna_with_shortened_telomere_5(X))
& speed_value_1(fn_dna_with_shortened_telomere_6(X))
& protein_1(fn_dna_with_shortened_telomere_7(X))
& chromosome_1(fn_dna_with_shortened_telomere_8(X))
& eukaryotic_chromosome_1(fn_dna_with_shortened_telomere_8(X))
& carbon_skeleton_1(fn_dna_with_shortened_telomere_9(X))
& coil_1(fn_dna_with_shortened_telomere_10(X))
& constant_motion_1(fn_dna_with_shortened_telomere_11(X))
& kinetic_energy_1(fn_dna_with_shortened_telomere_12(X))
& size_value_1(fn_dna_with_shortened_telomere_13(X))
& carbon_1(fn_dna_with_shortened_telomere_14(X))
& dna_strand_1(fn_dna_with_shortened_telomere_15(X))
& dna_strand_1(fn_dna_with_shortened_telomere_16(X))
& atom_1(fn_dna_with_shortened_telomere_17(X))
& chemical_entity_1(fn_dna_with_shortened_telomere_17(X))
& monomer_1(fn_dna_with_shortened_telomere_18(X))
& nucleoside_monophosphate_1(fn_dna_with_shortened_telomere_18(X))
& protein_1(fn_chromosome_3(fn_dna_with_shortened_telomere_8(X)))
& coil_1(fn_chromosome_8(fn_dna_with_shortened_telomere_8(X)))
& property_node_1(fn_telomere_5(fn_dna_with_shortened_telomere_2(X)))
& size_value_1(fn_telomere_8(fn_dna_with_shortened_telomere_2(X)))
& eukaryotic_chromosome_1(fn_telomere_3(fn_dna_with_shortened_telomere_2(X)))
& entity_1(fn_chromosome_4(fn_dna_with_shortened_telomere_8(X)))
& dna_1(fn_chromosome_4(fn_dna_with_shortened_telomere_8(X)))
& the_scalar_value_2(fn_dna_with_shortened_telomere_1(X),small_0)
& scalar_unit_class_2(fn_dna_with_shortened_telomere_1(X),telomere_0)
& has_part_2(fn_dna_with_shortened_telomere_8(X),X)
& object_2(fn_dna_with_shortened_telomere_10(X),X)
& agent_2(fn_dna_with_shortened_telomere_10(X),fn_dna_with_shortened_telomere_7(X))
& has_part_2(fn_dna_with_shortened_telomere_8(X),fn_dna_with_shortened_telomere_7(X))
& is_at_2(fn_dna_with_shortened_telomere_2(X),fn_dna_with_shortened_telomere_8(X))
& has_part_2(fn_dna_with_shortened_telomere_8(X),fn_dna_with_shortened_telomere_2(X))
& size_2(fn_dna_with_shortened_telomere_2(X),fn_dna_with_shortened_telomere_1(X))
& has_part_2(X,fn_dna_with_shortened_telomere_18(X))
& size_2(fn_dna_with_shortened_telomere_18(X),fn_dna_with_shortened_telomere_4(X))
& greater_than_2(fn_dna_with_shortened_telomere_13(X),fn_dna_with_shortened_telomere_4(X))
& size_2(X,fn_dna_with_shortened_telomere_13(X))
& possesses_2(X,fn_dna_with_shortened_telomere_12(X))
& quantity_2(fn_dna_with_shortened_telomere_12(X),fn_dna_with_shortened_telomere_5(X))
& directly_proportional_2(fn_dna_with_shortened_telomere_6(X),fn_dna_with_shortened_telomere_5(X))
& speed_2(fn_dna_with_shortened_telomere_11(X),fn_dna_with_shortened_telomere_6(X))
& object_2(fn_dna_with_shortened_telomere_11(X),X)
& has_part_2(X,fn_dna_with_shortened_telomere_17(X))
& fn_dna_with_shortened_telomere_17(X) != fn_dna_with_shortened_telomere_14(X)
& is_inside_2(fn_dna_with_shortened_telomere_14(X),fn_dna_with_shortened_telomere_9(X))
& has_region_2(X,fn_dna_with_shortened_telomere_9(X))
& has_part_2(X,fn_dna_with_shortened_telomere_14(X))
& fn_dna_with_shortened_telomere_14(X) != fn_dna_with_shortened_telomere_17(X)
& has_part_2(X,fn_dna_with_shortened_telomere_15(X))
& has_part_2(X,fn_dna_with_shortened_telomere_16(X))
& complement_2(fn_dna_with_shortened_telomere_15(X),fn_dna_with_shortened_telomere_16(X))
& complement_2(fn_dna_with_shortened_telomere_16(X),fn_dna_with_shortened_telomere_15(X))
& fn_dna_with_shortened_telomere_15(X) != fn_dna_with_shortened_telomere_16(X)
& fn_dna_with_shortened_telomere_16(X) != fn_dna_with_shortened_telomere_15(X)
& fn_dna_with_shortened_telomere_7(X) = fn_chromosome_3(fn_dna_with_shortened_telomere_8(X))
& fn_dna_with_shortened_telomere_10(X) = fn_chromosome_8(fn_dna_with_shortened_telomere_8(X))
& X = fn_chromosome_4(fn_dna_with_shortened_telomere_8(X))
& fn_dna_with_shortened_telomere_3(X) = fn_telomere_5(fn_dna_with_shortened_telomere_2(X))
& fn_dna_with_shortened_telomere_1(X) = fn_telomere_8(fn_dna_with_shortened_telomere_2(X))
& fn_dna_with_shortened_telomere_8(X) = fn_telomere_3(fn_dna_with_shortened_telomere_2(X))
& fn_dna_with_shortened_telomere_19(X) = fn_nucleic_acid_33(X)
& fn_dna_with_shortened_telomere_22(X) = fn_nucleic_acid_34(X)
& fn_dna_with_shortened_telomere_13(X) = fn_nucleic_acid_29(X)
& fn_dna_with_shortened_telomere_4(X) = fn_nucleic_acid_28(X)
& fn_dna_with_shortened_telomere_18(X) = fn_polymer_4(X)
& fn_dna_with_shortened_telomere_18(X) = fn_nucleic_acid_20(X)
& fn_dna_with_shortened_telomere_21(X) = fn_molecule_2(X)
& fn_dna_with_shortened_telomere_20(X) = fn_molecule_1(X)
& fn_dna_with_shortened_telomere_11(X) = fn_molecule_8(X)
& fn_dna_with_shortened_telomere_6(X) = fn_molecule_3(X)
& fn_dna_with_shortened_telomere_5(X) = fn_molecule_4(X)
& fn_dna_with_shortened_telomere_12(X) = fn_molecule_12(X)
& fn_dna_with_shortened_telomere_9(X) = fn_organic_molecule_3(X)
& fn_dna_with_shortened_telomere_14(X) = fn_organic_molecule_1(X)
& fn_dna_with_shortened_telomere_17(X) = fn_organic_molecule_2(X)
& fn_dna_with_shortened_telomere_15(X) = fn_dna_2(X)
& fn_dna_with_shortened_telomere_16(X) = fn_dna_11(X)
& fn_nucleic_acid_20(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_nucleic_acid_20(X)
& fn_chromosome_4(fn_dna_with_shortened_telomere_8(X)) = fn_chromosome_4(fn_dna_with_shortened_telomere_8(X)) ) ) ).
fof(a529086,axiom,
! [X] :
( document_1(X)
=> ( original_name_2(X,'Document')
& description_2(X,'a written message')
& concept2words_2(X,document)
& concept2words_2(X,'written document')
& concept2words_2(X,written_document)
& concept2words_2(X,papers)
& message_1(X)
& ~ message_field_1(X)
& ~ recording_1(X)
& write_1(fn_document_1(X))
& message_1(fn_express_1(fn_document_1(X)))
& result_2(fn_document_1(X),X)
& X = fn_express_1(fn_document_1(X)) ) ) ).
fof(a529087,axiom,
! [X] :
( dolly_cloning_1(X)
=> ( original_name_2(X,'Dolly-Cloning')
& user_description_2(X,'Dolly, a cloned sheep, was the first reported production of a healthy clone proving that a cell taken from a specific part of the body could recreate a whole individual.')
& concept2words_2(X,clone)
& concept2words_2(X,'cloning of dolly')
& concept2words_2(X,'dolly cloning')
& concept2words_2(X,'dolly-cloning')
& mammal_cloning_1(X)
& g0_phase_1(fn_dolly_cloning_1(X))
& egg_1(fn_dolly_cloning_2(X))
& egg_cell_1(fn_dolly_cloning_2(X))
& enucleated_cell_1(fn_dolly_cloning_2(X))
& time_interval_1(fn_dolly_cloning_3(X))
& time_interval_1(fn_dolly_cloning_4(X))
& egg_cell_1(fn_dolly_cloning_5(X))
& enucleated_cell_1(fn_dolly_cloning_5(X))
& remove_1(fn_dolly_cloning_6(X))
& life_cycle_1(fn_dolly_cloning_7(X))
& growth_1(fn_dolly_cloning_8(X))
& mammary_cell_1(fn_dolly_cloning_9(X))
& change_1(fn_dolly_cloning_10(X))
& culturing_1(fn_dolly_cloning_11(X))
& add_1(fn_dolly_cloning_12(X))
& culture_medium_1(fn_dolly_cloning_13(X))
& transfer_1(fn_dolly_cloning_14(X))
& add_1(fn_dolly_cloning_15(X))
& fusion_1(fn_dolly_cloning_15(X))
& spatial_entity_1(fn_add_2(fn_dolly_cloning_15(X)))
& time_during_2(fn_dolly_cloning_12(X),fn_dolly_cloning_3(X))
& time_during_2(fn_dolly_cloning_11(X),fn_dolly_cloning_4(X))
& object_2(fn_dolly_cloning_1(X),fn_dolly_cloning_9(X))
& next_event_2(fn_dolly_cloning_7(X),fn_dolly_cloning_8(X))
& result_2(fn_dolly_cloning_6(X),fn_dolly_cloning_2(X))
& time_before_2(fn_dolly_cloning_3(X),fn_dolly_cloning_4(X))
& base_2(fn_dolly_cloning_15(X),fn_dolly_cloning_5(X))
& subevent_2(X,fn_dolly_cloning_7(X))
& subevent_2(X,fn_dolly_cloning_12(X))
& next_event_2(fn_dolly_cloning_12(X),fn_dolly_cloning_11(X))
& subevent_2(X,fn_dolly_cloning_11(X))
& subevent_2(X,fn_dolly_cloning_15(X))
& next_event_2(fn_dolly_cloning_11(X),fn_dolly_cloning_10(X))
& base_2(fn_dolly_cloning_11(X),fn_dolly_cloning_13(X))
& destination_2(fn_dolly_cloning_14(X),fn_dolly_cloning_13(X))
& subevent_2(X,fn_dolly_cloning_14(X))
& subevent_2(X,fn_dolly_cloning_8(X))
& subevent_2(X,fn_dolly_cloning_6(X))
& next_event_2(fn_dolly_cloning_6(X),fn_dolly_cloning_15(X))
& object_2(fn_dolly_cloning_15(X),fn_dolly_cloning_9(X))
& object_2(fn_dolly_cloning_10(X),fn_dolly_cloning_9(X))
& subevent_2(X,fn_dolly_cloning_10(X))
& fn_dolly_cloning_5(X) = fn_add_2(fn_dolly_cloning_15(X))
& fn_dolly_cloning_7(X) = fn_mammal_cloning_8(X)
& fn_dolly_cloning_11(X) = fn_mammal_cloning_9(X)
& fn_dolly_cloning_12(X) = fn_mammal_cloning_14(X)
& fn_dolly_cloning_8(X) = fn_mammal_cloning_7(X)
& fn_dolly_cloning_14(X) = fn_mammal_cloning_19(X)
& fn_dolly_cloning_13(X) = fn_mammal_cloning_24(X)
& fn_dolly_cloning_11(X) = fn_mammal_cloning_15(X)
& fn_dolly_cloning_10(X) = fn_mammal_cloning_11(X)
& fn_dolly_cloning_9(X) = fn_mammal_cloning_25(X)
& fn_dolly_cloning_15(X) = fn_mammal_cloning_14(X)
& fn_dolly_cloning_15(X) = fn_mammal_cloning_17(X)
& fn_dolly_cloning_6(X) = fn_mammal_cloning_16(X)
& fn_dolly_cloning_6(X) = fn_mammal_cloning_13(X)
& fn_dolly_cloning_6(X) = fn_mammal_cloning_18(X)
& fn_mammal_cloning_9(X) = fn_mammal_cloning_15(X)
& fn_mammal_cloning_15(X) = fn_mammal_cloning_15(X)
& fn_mammal_cloning_15(X) = fn_mammal_cloning_17(X)
& fn_mammal_cloning_17(X) = fn_mammal_cloning_17(X)
& fn_mammal_cloning_17(X) = fn_mammal_cloning_14(X)
& fn_mammal_cloning_14(X) = fn_mammal_cloning_17(X)
& fn_mammal_cloning_17(X) = fn_mammal_cloning_13(X)
& fn_mammal_cloning_13(X) = fn_mammal_cloning_16(X)
& fn_mammal_cloning_16(X) = fn_mammal_cloning_13(X)
& fn_mammal_cloning_13(X) = fn_mammal_cloning_13(X)
& fn_mammal_cloning_18(X) = fn_mammal_cloning_13(X)
& fn_mammal_cloning_13(X) = fn_mammal_cloning_18(X) ) ) ).
fof(a529088,axiom,
! [X] :
( domain_1(X)
=> ( original_name_2(X,'Domain')
& user_description_2(X,'In biological taxonomy, a category higher than the kingdom level. Modern taxonomists currently recognize three biological domains: Bacteria, Archaea, and Eukarya.')
& concept2words_2(X,domain)
& taxon_1(X) ) ) ).
fof(a529089,axiom,
! [X] :
( domain_bacteria_1(X)
=> ( original_name_2(X,'Domain-Bacteria')
& user_description_2(X,'One of two prokaryotic domains, the other being Archaea.')
& concept2words_2(X,eubacteria)
& concept2words_2(X,'domain bacteria')
& concept2words_2(X,'bacteria of domain')
& concept2words_2(X,'domain bacterium')
& concept2words_2(X,'domain-bacteria')
& domain_1(X) ) ) ).
fof(a529090,axiom,
! [X] :
( dominance_hierarchy_1(X)
=> ( original_name_2(X,'Dominance-Hierarchy')
& user_description_2(X,'A linear pecking order of animals, where position in the order dictates one\'s social position in the group.')
& concept2words_2(X,'hierarchy of dominance')
& concept2words_2(X,'dominance hierarchy')
& concept2words_2(X,'dominance-hierarchy')
& state_1(X) ) ) ).
fof(a529091,axiom,
! [X] :
( dominant_1(X)
=> ( original_name_2(X,'Dominant')
& user_description_2(X,'Genotype in which one copy of the allele is sufficient to yield a phenotype of the trait.')
& concept2words_2(X,dominant)
& genotype_1(X)
& ~ recessive_1(X) ) ) ).
fof(a529092,axiom,
! [X] :
( dominant_allele_1(X)
=> ( original_name_2(X,'Dominant-Allele')
& user_description_2(X,'An allele that is fully expressed in the phenotype of a heterozygote.')
& concept2words_2(X,'allele of dominant')
& concept2words_2(X,'dominant allele')
& concept2words_2(X,'dominant-allele')
& allele_1(X)
& ~ recessive_allele_1(X) ) ) ).
fof(a529093,axiom,
! [X] :
( dominant_male_1(X)
=> ( original_name_2(X,'Dominant-Male')
& user_description_2(X,'A male who has the dominant allele for an X chromosome gene.')
& concept2words_2(X,'male of dominant')
& concept2words_2(X,'dominant male')
& concept2words_2(X,'dominant-male')
& dominant_1(X)
& ~ heterozygous_female_1(X)
& ~ homozygous_dominant_female_1(X)
& ~ recessive_male_1(X)
& ~ x_dominant_and_y_1(X)
& x_chromosome_dominant_1(fn_dominant_male_1(X))
& code_for_1(fn_dominant_male_2(X))
& donor_2(fn_dominant_male_2(X),X)
& has_part_2(X,fn_dominant_male_1(X))
& agent_2(fn_dominant_male_2(X),X)
& fn_dominant_male_2(X) = fn_genotype_2(X) ) ) ).
fof(a529094,axiom,
! [X] :
( dominant_phenotype_1(X)
=> ( original_name_2(X,'Dominant-Phenotype')
& user_description_2(X,'The phenotype of a genotype containing the dominant allele; the parental phenotype that is expressed in a heterozygote,')
& concept2words_2(X,'phenotype of dominant')
& concept2words_2(X,'dominant phenotype')
& concept2words_2(X,'dominant-phenotype')
& phenotype_1(X)
& ~ blood_type_phenotype_1(X)
& ~ codominant_1(X)
& ~ multifactorial_phenotype_1(X)
& ~ mutant_phenotype_1(X)
& ~ mutant_type_1(X)
& ~ parental_type_1(X)
& ~ phenotype_of_offspring_1(X)
& ~ phenotype_of_parent_1(X)
& ~ trait_on_a_range_1(X)
& ~ trait_on_a_scale_1(X)
& ~ wild_type_1(X)
& ~ x_chromosome_phenotype_dominant_1(X)
& ~ x_chromosome_phenotype_recessive_1(X) ) ) ).
fof(a529095,axiom,
! [X] :
( dominant_species_1(X)
=> ( original_name_2(X,'Dominant-Species')
& user_description_2(X,'A species whose abundance or biomass is substantially higher than other species in the community. Many ecological communities are defined by their dominant species, which can control the abundance and distribution of other species.')
& concept2words_2(X,'dominant-species')
& concept2words_2(X,'species of dominant')
& concept2words_2(X,'dominant species')
& concept2words_2(X,'dominant-specy')
& ecological_role_1(X)
& species_1(fn_dominant_species_1(X))
& plays_2(fn_dominant_species_1(X),X) ) ) ).
fof(a529096,axiom,
! [X] :
( dominant_trait_1(X)
=> ( original_name_2(X,'Dominant-Trait')
& user_description_2(X,'A genetic trait in which one copy of the gene is sufficient to yield a phenotype of the trait.')
& concept2words_2(X,'trait of dominant')
& concept2words_2(X,'dominant trait')
& concept2words_2(X,'dominant-trait')
& trait_1(X)
& ~ heterozygous_trait_incomplete_dominance_1(X)
& ~ multifactorial_phenotype_1(X)
& ~ recessive_trait_1(X)
& inheritance_1(fn_dominant_trait_1(X))
& code_for_1(fn_dominant_trait_2(X))
& dominant_allele_1(fn_dominant_trait_3(X))
& inheritance_1(fn_gene_15(fn_dominant_trait_3(X)))
& trait_1(fn_gene_14(fn_dominant_trait_3(X)))
& code_for_1(fn_gene_13(fn_dominant_trait_3(X)))
& minCardinality(fn_dominant_trait_1(X),object_0,"1",dominant_allele_0)
& object_2(fn_dominant_trait_1(X),fn_dominant_trait_3(X))
& agent_2(fn_dominant_trait_2(X),fn_dominant_trait_3(X))
& result_2(fn_dominant_trait_2(X),X)
& fn_dominant_trait_1(X) = fn_gene_15(fn_dominant_trait_3(X))
& X = fn_gene_14(fn_dominant_trait_3(X))
& fn_dominant_trait_2(X) = fn_gene_13(fn_dominant_trait_3(X)) ) ) ).
fof(a529097,axiom,
! [X] :
( donate_1(X)
=> ( original_name_2(X,'Donate')
& concept2words_2(X,donate)
& concept2words_2(X,give)
& give_1(X)
& tangible_entity_1(fn_donate_1(X))
& beneficiary_2(X,fn_donate_1(X)) ) ) ).
fof(a529098,axiom,
! [X] :
( donor_role_1(X)
=> ( original_name_2(X,'Donor-Role')
& concept2words_2(X,donor)
& concept2words_2(X,giver)
& concept2words_2(X,presenter)
& concept2words_2(X,'role of donor')
& concept2words_2(X,'donor role')
& concept2words_2(X,'donor-role')
& role_1(X)
& entity_1(fn_donor_role_1(X))
& plays_2(fn_donor_role_1(X),X) ) ) ).
fof(a529099,axiom,
! [X] :
( door_1(X)
=> ( original_name_2(X,'Door')
& description_2(X,'an architectural structure that is part of another architectural structure and playing a portal-covering')
& concept2words_2(X,door)
& architectural_structure_1(X)
& ~ wall_1(X)
& ~ room_1(X)
& ~ roof_1(X)
& ~ platform_1(X)
& ~ parkinglot_1(X)
& ~ ceiling_1(X)
& ~ building_1(X)
& ~ building_complex_1(X)
& ~ bridge_1(X)
& ~ electrical_power_plant_1(X)
& ~ factory_1(X)
& ~ laboratory_1(X)
& architectural_structure_1(fn_door_1(X))
& portal_covering_1(fn_door_2(X))
& tangible_entity_1(fn_barrier_1(fn_door_2(X)))
& has_part_2(fn_door_1(X),X)
& plays_2(X,fn_door_2(X))
& X = fn_barrier_1(fn_door_2(X)) ) ) ).
fof(a529100,axiom,
! [X] :
( dopamine_1(X)
=> ( original_name_2(X,'Dopamine')
& user_description_2(X,'A catecholamine neurotransmitter.')
& concept2words_2(X,dopamine)
& catecholamine_1(X)
& ~ epinephrine_1(X)
& ~ melatonin_1(X)
& ~ norepinephrine_1(X)
& ~ t3_1(X)
& ~ t4_1(X)
& ~ serotonin_1(X) ) ) ).
fof(a529101,axiom,
! [X] :
( dormancy_1(X)
=> ( original_name_2(X,'Dormancy')
& user_description_2(X,'A period in an organism\'s life cycle when growth, development, and activity are temporarily stopped.')
& concept2words_2(X,dormancy)
& condition_1(X) ) ) ).
fof(a529102,axiom,
! [X] :
( dorsal_1(X)
=> ( original_name_2(X,'Dorsal')
& user_description_2(X,'Region on the back of the body. Opposite of ventral.')
& concept2words_2(X,back)
& concept2words_2(X,dorsal)
& anatomical_region_1(X) ) ) ).
fof(a529103,axiom,
! [X] :
( dorsal_lip_1(X)
=> ( original_name_2(X,'Dorsal-Lip')
& user_description_2(X,'In amphibian embryos, the dorsal edge of the blastopore, which is important in establishing the neural tube and logitudinal axis.')
& concept2words_2(X,'lip of dorsal')
& concept2words_2(X,'dorsal lip')
& concept2words_2(X,'dorsal-lip')
& embryonic_region_1(X) ) ) ).
fof(a529104,axiom,
! [X] :
( dorsal_ventral_axis_1(X)
=> ( original_name_2(X,'Dorsal-Ventral-Axis')
& user_description_2(X,'A body axis connecting the dorsal and ventral side.')
& concept2words_2(X,'back belly axis')
& concept2words_2(X,'dorsal ventral axis')
& concept2words_2(X,'dorsal-ventral axis')
& concept2words_2(X,'dorsal-ventral-axis')
& body_axis_1(X)
& ~ anterior_posterior_axis_1(X) ) ) ).
fof(a529105,axiom,
! [X] :
( double_bond_1(X)
=> ( original_name_2(X,'Double-Bond')
& user_description_2(X,'A type of covalent bond in which two pairs of valence electrons are shared between two atoms.')
& concept2words_2(X,'double covalent bond')
& concept2words_2(X,'double-covalent-bond')
& concept2words_2(X,'bond of double')
& concept2words_2(X,'double bond')
& concept2words_2(X,'double-bond')
& covalent_bond_1(X)
& ~ single_bond_1(X) ) ) ).
fof(a529106,axiom,
! [X] :
( double_circulation_1(X)
=> ( original_name_2(X,'Double-Circulation')
& user_description_2(X,'In vertebrate circulatory systems, the condition of having separate pulmonary and systemic loops, with blood passing through the heart at the end of each loop.')
& concept2words_2(X,'circulation of double')
& concept2words_2(X,'double circulation')
& concept2words_2(X,'double-circulation')
& cardiovascular_system_1(X)
& ~ single_circulation_1(X) ) ) ).
fof(a529107,axiom,
! [X] :
( double_fertilization_1(X)
=> ( original_name_2(X,'Double-Fertilization')
& user_description_2(X,'Fertilization mechanism in angiosperms in which the female gametophyte joins with two sperm. One sperm fertilizes the egg cell to produce the zygote and the other sperm joins with the two polar haploid nuclei of the female gametophyte to form the endosperm.')
& concept2words_2(X,'undergo double fertilization')
& concept2words_2(X,'fertilization of double')
& concept2words_2(X,'double fertilization')
& concept2words_2(X,'double-fertilization')
& plant_fertilization_1(X) ) ) ).
fof(a529108,axiom,
! [X] :
( down_syndrome_1(X)
=> ( original_name_2(X,'Down-Syndrome')
& user_description_2(X,'Trisomy 21; a human genetic disease in which patients have three copies of chromsome 21. Down Syndrome is characterized by some degree of mental retardation and a variety of physical defects.')
& concept2words_2(X,'trisomy 21')
& concept2words_2(X,'trisomy-21')
& concept2words_2(X,'syndrome of down')
& concept2words_2(X,'down syndrome')
& concept2words_2(X,'down-syndrome')
& chromosomal_disorder_1(X)
& ~ achondroplasia_1(X)
& ~ alkaptonuria_1(X)
& ~ angelman_syndrome_1(X)
& ~ cri_du_chat_syndrome_1(X)
& ~ cystic_fibrosis_1(X)
& ~ huntingtons_disease_1(X)
& ~ klinefelter_syndrome_1(X)
& ~ multifactorial_genetic_disorder_1(X)
& ~ phenylketonuria_1(X)
& ~ polydactyly_1(X)
& ~ prader_willi_syndrome_1(X)
& ~ sex_linked_human_genetic_disorder_1(X)
& ~ sickle_cell_anemia_1(X)
& ~ tay_sachs_disease_1(X)
& ~ triple_x_1(X)
& ~ turner_syndrome_1(X)
& chromosome_21_1(fn_down_syndrome_1(X))
& person_1(fn_down_syndrome_2(X))
& has_condition_1(fn_down_syndrome_3(X))
& has_part_2(fn_down_syndrome_2(X),fn_down_syndrome_1(X))
& exactCardinality(fn_down_syndrome_2(X),has_part_0,"3",chromosome_21_0)
& object_2(fn_down_syndrome_3(X),X)
& experiencer_2(fn_down_syndrome_3(X),fn_down_syndrome_2(X)) ) ) ).
fof(a529109,axiom,
! [X] :
( downy_mildew_1(X)
=> ( original_name_2(X,'Downy-Mildew')
& user_description_2(X,'Group of molds from the Peronosporaceae, which cause disease in agricultural and other plants.')
& concept2words_2(X,oomycota)
& concept2words_2(X,'downy mildew')
& concept2words_2(X,'downy-mildew')
& oomycete_1(X) ) ) ).
fof(a529110,axiom,
! [X] :
( dragonfly_1(X)
=> ( original_name_2(X,'Dragonfly')
& user_description_2(X,'An insect of the order Odonata, distinguised from damselfies by the habit of holding their wings perpendicular to the body when at rest. Dragonflies have large compound eyes and hunt their insect prey on the wing.')
& concept2words_2(X,dragonfly)
& odonata_1(X)
& ~ damselfly_1(X) ) ) ).
fof(a529111,axiom,
! [X] :
( drawer_1(X)
=> ( original_name_2(X,'Drawer')
& concept2words_2(X,drawer)
& furniture_1(X)
& ~ shelf_1(X)
& ~ cabinet_1(X) ) ) ).
fof(a529112,axiom,
! [X] :
( drosophila_development_1(X)
=> ( original_name_2(X,'Drosophila-Development')
& user_description_2(X,'Drosophila development includes the processes that lead eventually to the formation of a drosophila.')
& concept2words_2(X,develop)
& concept2words_2(X,'development of drosophila')
& concept2words_2(X,'drosophila development')
& concept2words_2(X,'drosophila-development')
& animal_development_1(X)
& ~ deuterostome_development_1(X)
& time_interval_1(fn_drosophila_development_1(X))
& anterior_posterior_axis_1(fn_drosophila_development_2(X))
& anterior_posterior_axis_1(fn_drosophila_development_3(X))
& molting_1(fn_drosophila_development_6(X))
& collecting_1(fn_drosophila_development_7(X))
& transcription_of_bicoid_gene_1(fn_drosophila_development_8(X))
& create_1(fn_drosophila_development_9(X))
& grow_1(fn_drosophila_development_10(X))
& disappear_1(fn_drosophila_development_11(X))
& nurse_cell_1(fn_drosophila_development_12(X))
& nurse_cell_1(fn_drosophila_development_13(X))
& anterior_end_1(fn_drosophila_development_14(X))
& posterior_end_1(fn_drosophila_development_15(X))
& early_embryo_1(fn_drosophila_development_16(X))
& drosophila_melanogaster_1(fn_drosophila_development_17(X))
& larval_stage_1(fn_drosophila_development_18(X))
& pupa_1(fn_drosophila_development_19(X))
& cellular_movement_1(fn_drosophila_development_20(X))
& growth_1(fn_drosophila_development_21(X))
& segmented_embryo_1(fn_drosophila_development_22(X))
& grow_1(fn_drosophila_development_23(X))
& early_embryo_1(fn_drosophila_development_24(X))
& pupal_case_1(fn_drosophila_development_25(X))
& egg_1(fn_drosophila_development_26(X))
& shelled_egg_1(fn_drosophila_development_27(X))
& maturation_1(fn_drosophila_development_28(X))
& egg_1(fn_drosophila_development_29(X))
& ovary_1(fn_drosophila_development_30(X))
& follicle_cell_1(fn_drosophila_development_31(X))
& genotype_1(fn_drosophila_development_32(X))
& nurse_cell_1(fn_drosophila_development_33(X))
& follicle_cell_1(fn_drosophila_development_34(X))
& growth_1(fn_drosophila_development_35(X))
& embryo_1(fn_drosophila_development_36(X))
& gene_expression_1(fn_drosophila_development_37(X))
& egg_1(fn_drosophila_development_38(X))
& adulthood_1(fn_drosophila_development_39(X))
& egg_1(fn_drosophila_development_40(X))
& egg_laying_process_1(fn_drosophila_development_41(X))
& s_phase_1(fn_drosophila_development_42(X))
& metamorphosis_1(fn_drosophila_development_43(X))
& axes_formation_1(fn_drosophila_development_44(X))
& embryo_1(fn_drosophila_development_45(X))
& gene_expression_1(fn_drosophila_development_46(X))
& anterior_posterior_axis_1(fn_drosophila_development_47(X))
& event_1(fn_drosophila_development_48(X))
& cell_division_1(fn_drosophila_development_49(X))
& event_1(fn_drosophila_development_50(X))
& maternal_effect_gene_1(fn_drosophila_development_51(X))
& gene_activation_cascade_1(fn_drosophila_development_52(X))
& nutrient_1(fn_drosophila_development_53(X))
& yolk_1(fn_drosophila_development_54(X))
& defense_1(fn_drosophila_development_55(X))
& egg_shell_1(fn_drosophila_development_56(X))
& feed_1(fn_drosophila_development_57(X))
& sex_value_1(fn_drosophila_development_58(X))
& yolk_1(fn_drosophila_development_60(X))
& nutrient_1(fn_drosophila_development_61(X))
& feed_1(fn_drosophila_development_62(X))
& defense_1(fn_drosophila_development_63(X))
& produce_1(fn_drosophila_development_64(X))
& speed_value_1(fn_drosophila_development_65(X))
& quantity_value_1(fn_drosophila_development_66(X))
& early_embryo_1(fn_drosophila_development_67(X))
& monomer_1(fn_drosophila_development_68(X))
& time_interval_1(fn_drosophila_development_69(X))
& time_interval_1(fn_drosophila_development_70(X))
& time_interval_1(fn_drosophila_development_71(X))
& time_interval_1(fn_drosophila_development_72(X))
& time_interval_1(fn_drosophila_development_73(X))
& time_interval_1(fn_drosophila_development_74(X))
& time_interval_1(fn_drosophila_development_75(X))
& time_interval_1(fn_drosophila_development_76(X))
& time_interval_1(fn_drosophila_development_77(X))
& time_interval_1(fn_drosophila_development_78(X))
& dorsal_ventral_axis_1(fn_drosophila_development_79(X))
& dorsal_ventral_axis_1(fn_drosophila_development_80(X))
& eight_cell_stage_1(fn_drosophila_development_81(X))
& solution_1(fn_drosophila_development_82(X))
& remove_1(fn_drosophila_development_83(X))
& attach_1(fn_drosophila_development_84(X))
& create_1(fn_drosophila_development_85(X))
& bicoid_protein_1(fn_drosophila_development_86(X))
& spatial_entity_1(fn_drosophila_development_87(X))
& egg_1(fn_drosophila_development_87(X))
& zygote_1(fn_drosophila_development_88(X))
& anterior_end_1(fn_drosophila_development_89(X))
& transfer_1(fn_drosophila_development_90(X))
& transcription_1(fn_drosophila_development_91(X))
& entity_1(fn_drosophila_development_92(X))
& spatial_entity_1(fn_drosophila_development_92(X))
& rna_1(fn_drosophila_development_92(X))
& mrna_1(fn_drosophila_development_92(X))
& bicoid_mrna_1(fn_drosophila_development_92(X))
& collecting_1(fn_drosophila_development_93(X))
& synthesis_of_rna_1(fn_drosophila_development_94(X))
& synthesis_of_mrna_1(fn_drosophila_development_94(X))
& cytoskeleton_1(fn_drosophila_development_95(X))
& diffusion_1(fn_drosophila_development_96(X))
& synthesis_of_protein_1(fn_drosophila_development_97(X))
& create_1(fn_drosophila_development_98(X))
& create_1(fn_drosophila_development_99(X))
& anterior_end_1(fn_drosophila_development_100(X))
& concentration_gradient_1(fn_drosophila_development_101(X))
& bicoid_protein_1(fn_drosophila_development_102(X))
& metamorphosis_1(fn_drosophila_development_103(X))
& fruit_fly_1(fn_drosophila_development_104(X))
& create_1(fn_drosophila_development_105(X))
& code_for_1(fn_drosophila_development_106(X))
& code_for_1(fn_drosophila_development_107(X))
& create_1(fn_drosophila_development_108(X))
& larva_hatching_1(fn_drosophila_development_109(X))
& create_1(fn_drosophila_development_110(X))
& entity_1(fn_drosophila_development_111(X))
& larva_1(fn_drosophila_development_111(X))
& egg_shell_1(fn_drosophila_development_112(X))
& organ_1(fn_drosophila_development_113(X))
& segment_formation_1(fn_drosophila_development_114(X))
& body_segment_1(fn_drosophila_development_115(X))
& gene_expression_1(fn_drosophila_development_116(X))
& entity_1(fn_drosophila_development_117(X))
& positional_information_1(fn_drosophila_development_117(X))
& add_1(fn_drosophila_development_118(X))
& fertilization_1(fn_drosophila_development_118(X))
& create_1(fn_drosophila_development_119(X))
& egg_shell_1(fn_drosophila_development_120(X))
& produce_1(fn_drosophila_development_121(X))
& nurse_cell_1(fn_drosophila_development_122(X))
& ovary_1(fn_drosophila_development_123(X))
& dorsal_ventral_axis_1(fn_drosophila_development_124(X))
& body_segment_1(fn_drosophila_development_125(X))
& create_1(fn_drosophila_development_126(X))
& create_1(fn_drosophila_development_127(X))
& pattern_formation_1(fn_drosophila_development_128(X))
& create_1(fn_drosophila_development_129(X))
& anabolic_pathway_1(fn_drosophila_development_130(X))
& synthesis_of_protein_1(fn_drosophila_development_130(X))
& embryogenesis_1(fn_drosophila_development_131(X))
& oogenesis_1(fn_drosophila_development_132(X))
& early_embryo_1(fn_drosophila_development_133(X))
& multinucleated_stage_1(fn_drosophila_development_134(X))
& transcription_factor_1(fn_drosophila_development_135(X))
& homeotic_gene_1(fn_drosophila_development_136(X))
& gene_expression_1(fn_drosophila_development_137(X))
& body_segment_1(fn_drosophila_development_138(X))
& anatomical_appendage_1(fn_drosophila_development_139(X))
& create_1(fn_drosophila_development_140(X))
& gap_gene_1(fn_drosophila_development_141(X))
& gene_expression_1(fn_drosophila_development_142(X))
& gene_activation_1(fn_drosophila_development_143(X))
& chemical_entity_1(fn_drosophila_development_144(X))
& protein_1(fn_drosophila_development_144(X))
& transcription_factor_1(fn_drosophila_development_144(X))
& gene_expression_1(fn_drosophila_development_145(X))
& segment_polarity_gene_1(fn_drosophila_development_146(X))
& gene_regulation_1(fn_drosophila_development_147(X))
& gene_activation_1(fn_drosophila_development_147(X))
& body_segment_pair_1(fn_drosophila_development_148(X))
& create_1(fn_drosophila_development_149(X))
& chemical_entity_1(fn_drosophila_development_150(X))
& protein_1(fn_drosophila_development_150(X))
& transcription_factor_1(fn_drosophila_development_150(X))
& gene_expression_1(fn_drosophila_development_151(X))
& pair_rule_gene_1(fn_drosophila_development_152(X))
& gene_activation_1(fn_drosophila_development_153(X))
& chemical_entity_1(fn_drosophila_development_154(X))
& protein_1(fn_drosophila_development_154(X))
& transcription_factor_1(fn_drosophila_development_154(X))
& create_1(fn_drosophila_development_155(X))
& create_1(fn_drosophila_development_156(X))
& entity_1(fn_drosophila_development_157(X))
& gene_1(fn_drosophila_development_157(X))
& tangible_entity_1(fn_drosophila_development_157(X))
& segmentation_gene_1(fn_drosophila_development_157(X))
& entity_1(fn_drosophila_development_158(X))
& gene_1(fn_drosophila_development_158(X))
& gene_activation_1(fn_drosophila_development_159(X))
& gene_expression_1(fn_drosophila_development_160(X))
& gene_activation_1(fn_drosophila_development_161(X))
& anterior_posterior_axis_1(fn_drosophila_development_162(X))
& blastula_1(fn_drosophila_development_163(X))
& blastulation_1(fn_drosophila_development_164(X))
& larva_1(fn_drosophila_development_165(X))
& shell_1(fn_drosophila_development_166(X))
& create_1(fn_drosophila_development_167(X))
& code_for_1(fn_drosophila_development_168(X))
& code_for_1(fn_drosophila_development_169(X))
& protein_1(fn_drosophila_development_170(X))
& thing_1(fn_drosophila_development_170(X))
& chemical_entity_1(fn_drosophila_development_170(X))
& tangible_entity_1(fn_drosophila_development_171(X))
& carbon_skeleton_1(fn_drosophila_development_172(X))
& kinetic_energy_1(fn_drosophila_development_173(X))
& carbon_1(fn_drosophila_development_174(X))
& constant_motion_1(fn_drosophila_development_175(X))
& time_interval_1(fn_drosophila_development_176(X))
& pattern_formation_1(fn_drosophila_development_177(X))
& entity_1(fn_create_1(fn_drosophila_development_119(X)))
& entity_1(fn_create_1(fn_drosophila_development_108(X)))
& animal_1(fn_metamorphosis_1(fn_drosophila_development_103(X)))
& entity_1(fn_create_1(fn_drosophila_development_127(X)))
& entity_1(fn_create_1(fn_drosophila_development_99(X)))
& entity_1(fn_create_1(fn_drosophila_development_140(X)))
& entity_1(fn_create_1(fn_drosophila_development_149(X)))
& spatial_entity_1(fn_remove_1(fn_drosophila_development_83(X)))
& entity_1(fn_create_1(fn_drosophila_development_155(X)))
& entity_1(fn_create_1(fn_drosophila_development_105(X)))
& spatial_entity_1(fn_remove_2(fn_drosophila_development_83(X)))
& entity_1(fn_create_1(fn_drosophila_development_167(X)))
& entity_1(fn_code_for_1(fn_drosophila_development_107(X)))
& entity_1(fn_code_for_1(fn_drosophila_development_106(X)))
& gene_1(fn_gene_expression_6(fn_drosophila_development_137(X)))
& entity_1(fn_create_1(fn_drosophila_development_98(X)))
& entity_1(fn_code_for_1(fn_drosophila_development_168(X)))
& spatial_entity_1(fn_attach_2(fn_drosophila_development_84(X)))
& entity_1(fn_code_for_1(fn_drosophila_development_169(X)))
& multinucleated_cell_1(fn_multinucleated_stage_2(fn_drosophila_development_134(X)))
& chemical_entity_1(fn_gene_expression_4(fn_drosophila_development_137(X)))
& protein_1(fn_gene_expression_4(fn_drosophila_development_137(X)))
& mixture_1(fn_diffusion_2(fn_drosophila_development_96(X)))
& constant_motion_1(fn_kinetic_energy_1(fn_drosophila_development_173(X)))
& oogenesis_1(fn_ovary_1(fn_drosophila_development_123(X)))
& carbon_1(fn_carbon_skeleton_4(fn_drosophila_development_172(X)))
& create_1(fn_segment_formation_2(fn_drosophila_development_114(X)))
& entity_1(fn_nurse_cell_2(fn_drosophila_development_122(X)))
& produce_1(fn_nurse_cell_3(fn_drosophila_development_122(X)))
& egg_shell_1(fn_larva_hatching_3(fn_drosophila_development_109(X)))
& chemical_entity_1(fn_gene_regulation_3(fn_drosophila_development_153(X)))
& protein_1(fn_gene_regulation_3(fn_drosophila_development_153(X)))
& transcription_factor_1(fn_gene_regulation_3(fn_drosophila_development_153(X)))
& entity_1(fn_create_1(fn_drosophila_development_126(X)))
& entity_1(fn_create_1(fn_drosophila_development_129(X)))
& entity_1(fn_create_1(fn_drosophila_development_156(X)))
& zygote_1(fn_fertilization_1(fn_drosophila_development_118(X)))
& create_1(fn_pattern_formation_6(fn_drosophila_development_128(X)))
& blastula_1(fn_blastulation_1(fn_drosophila_development_164(X)))
& fertilization_1(fn_embryogenesis_41(fn_drosophila_development_131(X)))
& pattern_formation_1(fn_embryogenesis_16(fn_drosophila_development_131(X)))
& create_1(fn_embryogenesis_51(fn_drosophila_development_131(X)))
& create_1(fn_embryogenesis_30(fn_drosophila_development_131(X)))
& synthesis_of_protein_1(fn_embryogenesis_29(fn_drosophila_development_131(X)))
& transcription_1(fn_synthesis_of_mrna_2(fn_drosophila_development_94(X)))
& chemical_entity_1(fn_gene_activation_8(fn_drosophila_development_147(X)))
& protein_1(fn_gene_activation_8(fn_drosophila_development_147(X)))
& transcription_factor_1(fn_gene_activation_8(fn_drosophila_development_147(X)))
& chemical_entity_1(fn_gene_activation_8(fn_drosophila_development_153(X)))
& protein_1(fn_gene_activation_8(fn_drosophila_development_153(X)))
& transcription_factor_1(fn_gene_activation_8(fn_drosophila_development_153(X)))
& gene_expression_1(fn_gene_activation_9(fn_drosophila_development_153(X)))
& anterior_end_1(fn_bicoid_mrna_8(fn_drosophila_development_92(X)))
& collecting_1(fn_bicoid_mrna_6(fn_drosophila_development_92(X)))
& synthesis_of_mrna_1(fn_bicoid_mrna_4(fn_drosophila_development_92(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_drosophila_development_97(X)))
& chemical_entity_1(fn_diffusion_6(fn_drosophila_development_96(X)))
& protein_1(fn_synthesis_of_protein_16(fn_drosophila_development_97(X)))
& gene_1(fn_gene_regulation_1(fn_drosophila_development_143(X)))
& entity_1(fn_gene_activation_10(fn_drosophila_development_143(X)))
& gene_1(fn_gene_activation_10(fn_drosophila_development_143(X)))
& gene_1(fn_gene_regulation_1(fn_drosophila_development_159(X)))
& entity_1(fn_gene_activation_10(fn_drosophila_development_159(X)))
& gene_1(fn_gene_activation_10(fn_drosophila_development_159(X)))
& entity_1(fn_create_1(fn_drosophila_development_110(X)))
& larva_1(fn_larva_hatching_1(fn_drosophila_development_109(X)))
& gene_expression_1(fn_gene_activation_9(fn_drosophila_development_143(X)))
& gene_expression_1(fn_segmentation_gene_2(fn_drosophila_development_141(X)))
& gene_expression_1(fn_gene_activation_7(fn_drosophila_development_143(X)))
& gene_expression_1(fn_gene_regulation_2(fn_drosophila_development_153(X)))
& eight_cell_stage_1(fn_embryogenesis_33(fn_drosophila_development_131(X)))
& chemical_entity_1(fn_gene_expression_4(fn_drosophila_development_116(X)))
& protein_1(fn_gene_expression_4(fn_drosophila_development_116(X)))
& thing_1(fn_positional_information_2(fn_drosophila_development_117(X)))
& chemical_entity_1(fn_positional_information_2(fn_drosophila_development_117(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_drosophila_development_130(X)))
& protein_1(fn_synthesis_of_protein_16(fn_drosophila_development_130(X)))
& gene_1(fn_gene_regulation_1(fn_drosophila_development_161(X)))
& entity_1(fn_gene_activation_10(fn_drosophila_development_161(X)))
& gene_1(fn_gene_activation_10(fn_drosophila_development_161(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_drosophila_development_173(X)))
& gene_expression_1(fn_gene_activation_7(fn_drosophila_development_161(X)))
& gene_expression_1(fn_segmentation_gene_2(fn_drosophila_development_157(X)))
& gene_1(fn_gene_regulation_1(fn_drosophila_development_147(X)))
& entity_1(fn_gene_activation_10(fn_drosophila_development_147(X)))
& gene_1(fn_gene_activation_10(fn_drosophila_development_147(X)))
& gene_expression_1(fn_gene_activation_9(fn_drosophila_development_147(X)))
& gene_expression_1(fn_gene_activation_7(fn_drosophila_development_147(X)))
& gene_expression_1(fn_gene_activation_7(fn_drosophila_development_153(X)))
& gene_1(fn_gene_regulation_1(fn_drosophila_development_153(X)))
& entity_1(fn_gene_activation_10(fn_drosophila_development_153(X)))
& gene_1(fn_gene_activation_10(fn_drosophila_development_153(X)))
& spatial_entity_1(fn_add_2(fn_drosophila_development_118(X)))
& egg_1(fn_embryogenesis_43(fn_drosophila_development_131(X)))
& egg_1(fn_bicoid_mrna_7(fn_drosophila_development_92(X)))
& entity_1(fn_transfer_1(fn_drosophila_development_90(X)))
& spatial_entity_1(fn_attach_1(fn_drosophila_development_84(X)))
& rna_1(fn_synthesis_of_rna_8(fn_drosophila_development_94(X)))
& mrna_1(fn_synthesis_of_mrna_3(fn_drosophila_development_94(X)))
& time_during_2(fn_drosophila_development_81(X),fn_drosophila_development_74(X))
& is_inside_2(fn_drosophila_development_82(X),fn_drosophila_development_15(X))
& subevent_2(fn_drosophila_development_6(X),fn_drosophila_development_83(X))
& next_event_2(fn_drosophila_development_8(X),fn_drosophila_development_7(X))
& site_2(fn_drosophila_development_84(X),fn_drosophila_development_89(X))
& object_2(fn_drosophila_development_10(X),fn_drosophila_development_88(X))
& object_2(fn_drosophila_development_11(X),fn_drosophila_development_13(X))
& destination_2(fn_drosophila_development_90(X),fn_drosophila_development_87(X))
& next_event_2(fn_drosophila_development_90(X),fn_drosophila_development_93(X))
& origin_2(fn_drosophila_development_90(X),fn_drosophila_development_12(X))
& next_event_2(fn_drosophila_development_91(X),fn_drosophila_development_90(X))
& site_2(fn_drosophila_development_91(X),fn_drosophila_development_12(X))
& base_2(fn_drosophila_development_93(X),fn_drosophila_development_87(X))
& causes_2(fn_drosophila_development_96(X),fn_drosophila_development_98(X))
& next_event_2(fn_drosophila_development_97(X),fn_drosophila_development_96(X))
& has_region_2(fn_drosophila_development_16(X),fn_drosophila_development_14(X))
& has_region_2(fn_drosophila_development_16(X),fn_drosophila_development_15(X))
& sex_2(fn_drosophila_development_17(X),fn_drosophila_development_58(X))
& has_part_2(fn_drosophila_development_17(X),fn_drosophila_development_38(X))
& base_2(fn_drosophila_development_103(X),fn_drosophila_development_25(X))
& object_2(fn_drosophila_development_103(X),fn_drosophila_development_19(X))
& base_2(fn_drosophila_development_105(X),fn_drosophila_development_24(X))
& result_2(fn_drosophila_development_105(X),fn_drosophila_development_3(X))
& object_2(fn_drosophila_development_106(X),fn_drosophila_development_3(X))
& object_2(fn_drosophila_development_107(X),fn_drosophila_development_80(X))
& subevent_2(fn_drosophila_development_18(X),fn_drosophila_development_21(X))
& subevent_2(fn_drosophila_development_18(X),fn_drosophila_development_109(X))
& subevent_2(fn_drosophila_development_18(X),fn_drosophila_development_108(X))
& subevent_2(fn_drosophila_development_18(X),fn_drosophila_development_20(X))
& subevent_2(fn_drosophila_development_18(X),fn_drosophila_development_6(X))
& time_during_2(fn_drosophila_development_18(X),fn_drosophila_development_75(X))
& result_2(fn_drosophila_development_18(X),fn_drosophila_development_19(X))
& base_2(fn_drosophila_development_20(X),fn_drosophila_development_22(X))
& next_event_2(fn_drosophila_development_20(X),fn_drosophila_development_110(X))
& next_event_2(fn_drosophila_development_20(X),fn_drosophila_development_108(X))
& base_2(fn_drosophila_development_108(X),fn_drosophila_development_22(X))
& next_event_2(fn_drosophila_development_108(X),fn_drosophila_development_110(X))
& next_event_2(fn_drosophila_development_109(X),fn_drosophila_development_6(X))
& object_2(fn_drosophila_development_21(X),fn_drosophila_development_111(X))
& is_outside_2(fn_drosophila_development_112(X),fn_drosophila_development_111(X))
& subevent_2(fn_drosophila_development_114(X),fn_drosophila_development_50(X))
& subevent_2(fn_drosophila_development_114(X),fn_drosophila_development_161(X))
& subevent_2(fn_drosophila_development_114(X),fn_drosophila_development_160(X))
& subevent_2(fn_drosophila_development_114(X),fn_drosophila_development_159(X))
& subevent_2(fn_drosophila_development_114(X),fn_drosophila_development_156(X))
& subevent_2(fn_drosophila_development_114(X),fn_drosophila_development_49(X))
& subevent_2(fn_drosophila_development_114(X),fn_drosophila_development_153(X))
& subevent_2(fn_drosophila_development_114(X),fn_drosophila_development_151(X))
& subevent_2(fn_drosophila_development_114(X),fn_drosophila_development_147(X))
& subevent_2(fn_drosophila_development_114(X),fn_drosophila_development_145(X))
& subevent_2(fn_drosophila_development_114(X),fn_drosophila_development_143(X))
& subevent_2(fn_drosophila_development_114(X),fn_drosophila_development_142(X))
& subevent_2(fn_drosophila_development_114(X),fn_drosophila_development_48(X))
& next_event_2(fn_drosophila_development_114(X),fn_drosophila_development_140(X))
& object_2(fn_drosophila_development_23(X),fn_drosophila_development_24(X))
& site_2(fn_drosophila_development_23(X),fn_drosophila_development_115(X))
& is_outside_2(fn_drosophila_development_25(X),fn_drosophila_development_19(X))
& next_event_2(fn_drosophila_development_116(X),fn_drosophila_development_118(X))
& base_2(fn_drosophila_development_116(X),fn_drosophila_development_26(X))
& has_part_2(fn_drosophila_development_26(X),fn_drosophila_development_170(X))
& time_during_2(fn_drosophila_development_118(X),fn_drosophila_development_70(X))
& next_event_2(fn_drosophila_development_118(X),fn_drosophila_development_41(X))
& next_event_2(fn_drosophila_development_119(X),fn_drosophila_development_118(X))
& time_during_2(fn_drosophila_development_119(X),fn_drosophila_development_77(X))
& agent_2(fn_drosophila_development_119(X),fn_drosophila_development_31(X))
& agent_2(fn_drosophila_development_119(X),fn_drosophila_development_122(X))
& raw_material_2(fn_drosophila_development_28(X),fn_drosophila_development_171(X))
& object_2(fn_drosophila_development_28(X),fn_drosophila_development_29(X))
& is_outside_2(fn_drosophila_development_29(X),fn_drosophila_development_120(X))
& is_beside_2(fn_drosophila_development_29(X),fn_drosophila_development_31(X))
& is_beside_2(fn_drosophila_development_29(X),fn_drosophila_development_122(X))
& base_2(fn_drosophila_development_121(X),fn_drosophila_development_31(X))
& is_beside_2(fn_drosophila_development_122(X),fn_drosophila_development_29(X))
& has_part_2(fn_drosophila_development_30(X),fn_drosophila_development_32(X))
& has_part_2(fn_drosophila_development_30(X),fn_drosophila_development_31(X))
& has_part_2(fn_drosophila_development_30(X),fn_drosophila_development_122(X))
& is_beside_2(fn_drosophila_development_31(X),fn_drosophila_development_29(X))
& has_part_2(fn_drosophila_development_123(X),fn_drosophila_development_34(X))
& has_part_2(fn_drosophila_development_123(X),fn_drosophila_development_33(X))
& is_beside_2(fn_drosophila_development_33(X),fn_drosophila_development_40(X))
& is_beside_2(fn_drosophila_development_34(X),fn_drosophila_development_40(X))
& site_2(fn_drosophila_development_35(X),fn_drosophila_development_125(X))
& object_2(fn_drosophila_development_35(X),fn_drosophila_development_36(X))
& next_event_2(fn_drosophila_development_37(X),fn_drosophila_development_118(X))
& time_during_2(fn_drosophila_development_37(X),fn_drosophila_development_77(X))
& base_2(fn_drosophila_development_37(X),fn_drosophila_development_38(X))
& subevent_2(X,fn_drosophila_development_37(X))
& subevent_2(X,fn_drosophila_development_28(X))
& subevent_2(X,fn_drosophila_development_119(X))
& subevent_2(X,fn_drosophila_development_18(X))
& subevent_2(X,fn_drosophila_development_43(X))
& subevent_2(X,fn_drosophila_development_103(X))
& base_2(fn_drosophila_development_126(X),fn_drosophila_development_24(X))
& subevent_2(fn_drosophila_development_128(X),fn_drosophila_development_114(X))
& subevent_2(fn_drosophila_development_128(X),fn_drosophila_development_23(X))
& subevent_2(fn_drosophila_development_128(X),fn_drosophila_development_44(X))
& subevent_2(fn_drosophila_development_128(X),fn_drosophila_development_35(X))
& subevent_2(fn_drosophila_development_128(X),fn_drosophila_development_127(X))
& subevent_2(fn_drosophila_development_128(X),fn_drosophila_development_96(X))
& subevent_2(fn_drosophila_development_128(X),fn_drosophila_development_97(X))
& subevent_2(fn_drosophila_development_128(X),fn_drosophila_development_98(X))
& subevent_2(fn_drosophila_development_128(X),fn_drosophila_development_99(X))
& subevent_2(fn_drosophila_development_128(X),fn_drosophila_development_140(X))
& subevent_2(fn_drosophila_development_128(X),fn_drosophila_development_46(X))
& next_event_2(fn_drosophila_development_128(X),fn_drosophila_development_18(X))
& result_2(fn_drosophila_development_128(X),fn_drosophila_development_22(X))
& time_during_2(fn_drosophila_development_128(X),fn_drosophila_development_76(X))
& time_during_2(fn_drosophila_development_130(X),fn_drosophila_development_71(X))
& next_event_2(fn_drosophila_development_130(X),fn_drosophila_development_64(X))
& subevent_2(fn_drosophila_development_131(X),fn_drosophila_development_134(X))
& subevent_2(fn_drosophila_development_131(X),fn_drosophila_development_39(X))
& subevent_2(fn_drosophila_development_131(X),fn_drosophila_development_9(X))
& subevent_2(fn_drosophila_development_131(X),fn_drosophila_development_84(X))
& subevent_2(fn_drosophila_development_131(X),fn_drosophila_development_10(X))
& subevent_2(fn_drosophila_development_131(X),fn_drosophila_development_11(X))
& subevent_2(fn_drosophila_development_131(X),fn_drosophila_development_7(X))
& subevent_2(fn_drosophila_development_131(X),fn_drosophila_development_52(X))
& subevent_2(fn_drosophila_development_131(X),fn_drosophila_development_64(X))
& result_2(fn_drosophila_development_132(X),fn_drosophila_development_40(X))
& subevent_2(fn_drosophila_development_39(X),fn_drosophila_development_132(X))
& is_beside_2(fn_drosophila_development_40(X),fn_drosophila_development_33(X))
& is_beside_2(fn_drosophila_development_40(X),fn_drosophila_development_34(X))
& subevent_2(fn_drosophila_development_134(X),fn_drosophila_development_42(X))
& exactCardinality(fn_drosophila_development_134(X),subevent_0,"10",mitosis_0)
& exactCardinality(fn_drosophila_development_134(X),subevent_0,"10",s_phase_0)
& object_2(fn_drosophila_development_41(X),fn_drosophila_development_27(X))
& time_during_2(fn_drosophila_development_41(X),fn_drosophila_development_69(X))
& object_2(fn_drosophila_development_43(X),fn_drosophila_development_19(X))
& has_region_2(fn_drosophila_development_138(X),fn_drosophila_development_162(X))
& is_at_2(fn_drosophila_development_139(X),fn_drosophila_development_138(X))
& has_part_2(fn_drosophila_development_45(X),fn_drosophila_development_139(X))
& subevent_2(fn_drosophila_development_140(X),fn_drosophila_development_137(X))
& site_2(fn_drosophila_development_140(X),fn_drosophila_development_138(X))
& exactCardinality(fn_drosophila_development_142(X),object_0,"2",gap_gene_0)
& next_event_2(fn_drosophila_development_142(X),fn_drosophila_development_49(X))
& called_2(fn_drosophila_development_144(X),'Transcription factor 3')
& next_event_2(fn_drosophila_development_145(X),fn_drosophila_development_156(X))
& next_event_2(fn_drosophila_development_149(X),fn_drosophila_development_147(X))
& agent_2(fn_drosophila_development_149(X),fn_drosophila_development_150(X))
& called_2(fn_drosophila_development_150(X),'Transcription factor 2')
& next_event_2(fn_drosophila_development_151(X),fn_drosophila_development_149(X))
& next_event_2(fn_drosophila_development_153(X),fn_drosophila_development_151(X))
& called_2(fn_drosophila_development_154(X),'Trnascription factor 1')
& site_2(fn_drosophila_development_49(X),fn_drosophila_development_47(X))
& agent_2(fn_drosophila_development_49(X),fn_drosophila_development_154(X))
& next_event_2(fn_drosophila_development_49(X),fn_drosophila_development_155(X))
& next_event_2(fn_drosophila_development_155(X),fn_drosophila_development_153(X))
& agent_2(fn_drosophila_development_155(X),fn_drosophila_development_154(X))
& agent_2(fn_drosophila_development_156(X),fn_drosophila_development_144(X))
& has_part_2(fn_drosophila_development_157(X),fn_drosophila_development_68(X))
& has_part_2(fn_drosophila_development_157(X),fn_drosophila_development_174(X))
& has_region_2(fn_drosophila_development_157(X),fn_drosophila_development_172(X))
& fn_drosophila_development_157(X) != fn_drosophila_development_158(X)
& fn_drosophila_development_158(X) != fn_drosophila_development_157(X)
& next_event_2(fn_drosophila_development_160(X),fn_drosophila_development_159(X))
& agent_2(fn_drosophila_development_52(X),fn_drosophila_development_51(X))
& in_event_2(fn_drosophila_development_53(X),fn_drosophila_development_57(X))
& plays_2(fn_drosophila_development_54(X),fn_drosophila_development_53(X))
& object_2(fn_drosophila_development_55(X),fn_drosophila_development_163(X))
& agent_2(fn_drosophila_development_55(X),fn_drosophila_development_56(X))
& is_outside_2(fn_drosophila_development_56(X),fn_drosophila_development_163(X))
& raw_material_2(fn_drosophila_development_57(X),fn_drosophila_development_54(X))
& base_2(fn_drosophila_development_57(X),fn_drosophila_development_163(X))
& has_part_2(fn_drosophila_development_163(X),fn_drosophila_development_56(X))
& time_during_2(fn_drosophila_development_164(X),fn_drosophila_development_73(X))
& is_outside_2(fn_drosophila_development_166(X),fn_drosophila_development_165(X))
& the_categorical_value_2(fn_drosophila_development_58(X),female_0)
& plays_2(fn_drosophila_development_60(X),fn_drosophila_development_61(X))
& in_event_2(fn_drosophila_development_61(X),fn_drosophila_development_62(X))
& base_2(fn_drosophila_development_62(X),fn_drosophila_development_163(X))
& raw_material_2(fn_drosophila_development_62(X),fn_drosophila_development_60(X))
& agent_2(fn_drosophila_development_63(X),fn_drosophila_development_56(X))
& object_2(fn_drosophila_development_63(X),fn_drosophila_development_163(X))
& base_2(fn_drosophila_development_167(X),fn_drosophila_development_24(X))
& result_2(fn_drosophila_development_167(X),fn_drosophila_development_2(X))
& object_2(fn_drosophila_development_168(X),fn_drosophila_development_79(X))
& object_2(fn_drosophila_development_169(X),fn_drosophila_development_2(X))
& time_during_2(fn_drosophila_development_64(X),fn_drosophila_development_72(X))
& directly_proportional_2(fn_drosophila_development_65(X),fn_drosophila_development_66(X))
& quantity_2(fn_drosophila_development_173(X),fn_drosophila_development_66(X))
& speed_2(fn_drosophila_development_175(X),fn_drosophila_development_65(X))
& has_region_2(fn_drosophila_development_67(X),fn_drosophila_development_47(X))
& time_before_2(fn_drosophila_development_70(X),fn_drosophila_development_69(X))
& time_before_2(fn_drosophila_development_70(X),fn_drosophila_development_176(X))
& time_before_2(fn_drosophila_development_176(X),fn_drosophila_development_1(X))
& time_before_2(fn_drosophila_development_71(X),fn_drosophila_development_72(X))
& time_before_2(fn_drosophila_development_74(X),fn_drosophila_development_73(X))
& time_before_2(fn_drosophila_development_76(X),fn_drosophila_development_75(X))
& time_before_2(fn_drosophila_development_77(X),fn_drosophila_development_70(X))
& time_during_2(fn_drosophila_development_177(X),fn_drosophila_development_1(X))
& object_2(fn_drosophila_development_90(X),fn_drosophila_development_92(X))
& object_2(fn_drosophila_development_84(X),fn_drosophila_development_92(X))
& result_2(fn_drosophila_development_119(X),fn_drosophila_development_120(X))
& result_2(fn_drosophila_development_108(X),fn_drosophila_development_113(X))
& result_2(fn_drosophila_development_110(X),fn_drosophila_development_111(X))
& result_2(fn_drosophila_development_103(X),fn_drosophila_development_104(X))
& result_2(fn_drosophila_development_127(X),fn_drosophila_development_125(X))
& result_2(fn_drosophila_development_99(X),fn_drosophila_development_100(X))
& result_2(fn_drosophila_development_140(X),fn_drosophila_development_139(X))
& object_2(fn_drosophila_development_96(X),fn_drosophila_development_102(X))
& result_2(fn_drosophila_development_149(X),fn_drosophila_development_148(X))
& object_2(fn_drosophila_development_83(X),fn_drosophila_development_166(X))
& result_2(fn_drosophila_development_155(X),fn_drosophila_development_138(X))
& result_2(fn_drosophila_development_105(X),fn_drosophila_development_80(X))
& base_2(fn_drosophila_development_83(X),fn_drosophila_development_165(X))
& result_2(fn_drosophila_development_167(X),fn_drosophila_development_79(X))
& agent_2(fn_drosophila_development_107(X),fn_drosophila_development_117(X))
& agent_2(fn_drosophila_development_106(X),fn_drosophila_development_117(X))
& object_2(fn_drosophila_development_137(X),fn_drosophila_development_136(X))
& result_2(fn_drosophila_development_98(X),fn_drosophila_development_101(X))
& agent_2(fn_drosophila_development_168(X),fn_drosophila_development_117(X))
& base_2(fn_drosophila_development_84(X),fn_drosophila_development_95(X))
& agent_2(fn_drosophila_development_169(X),fn_drosophila_development_117(X))
& result_2(fn_drosophila_development_134(X),fn_drosophila_development_133(X))
& result_2(fn_drosophila_development_97(X),fn_drosophila_development_102(X))
& object_2(fn_drosophila_development_161(X),fn_drosophila_development_157(X))
& result_2(fn_drosophila_development_137(X),fn_drosophila_development_135(X))
& destination_2(fn_drosophila_development_96(X),fn_drosophila_development_82(X))
& possesses_2(fn_drosophila_development_157(X),fn_drosophila_development_173(X))
& object_2(fn_drosophila_development_175(X),fn_drosophila_development_157(X))
& object_2(fn_drosophila_development_143(X),fn_drosophila_development_141(X))
& base_2(fn_drosophila_development_132(X),fn_drosophila_development_123(X))
& result_2(fn_drosophila_development_116(X),fn_drosophila_development_170(X))
& object_2(fn_drosophila_development_142(X),fn_drosophila_development_141(X))
& next_event_2(fn_drosophila_development_143(X),fn_drosophila_development_142(X))
& object_2(fn_drosophila_development_159(X),fn_drosophila_development_158(X))
& next_event_2(fn_drosophila_development_161(X),fn_drosophila_development_160(X))
& is_inside_2(fn_drosophila_development_174(X),fn_drosophila_development_172(X))
& subevent_2(fn_drosophila_development_114(X),fn_drosophila_development_149(X))
& base_2(fn_drosophila_development_121(X),fn_drosophila_development_122(X))
& result_2(fn_drosophila_development_121(X),fn_drosophila_development_171(X))
& object_2(fn_drosophila_development_109(X),fn_drosophila_development_111(X))
& is_inside_2(fn_drosophila_development_111(X),fn_drosophila_development_112(X))
& next_event_2(fn_drosophila_development_131(X),fn_drosophila_development_177(X))
& time_during_2(fn_drosophila_development_131(X),fn_drosophila_development_176(X))
& time_before_2(fn_drosophila_development_176(X),fn_drosophila_development_78(X))
& subevent_2(X,fn_drosophila_development_131(X))
& subevent_2(fn_drosophila_development_131(X),fn_drosophila_development_164(X))
& next_event_2(fn_drosophila_development_81(X),fn_drosophila_development_164(X))
& agent_2(fn_drosophila_development_153(X),fn_drosophila_development_154(X))
& result_2(fn_drosophila_development_142(X),fn_drosophila_development_154(X))
& subevent_2(fn_drosophila_development_131(X),fn_drosophila_development_81(X))
& has_region_2(fn_drosophila_development_87(X),fn_drosophila_development_89(X))
& site_2(fn_drosophila_development_93(X),fn_drosophila_development_89(X))
& object_2(fn_drosophila_development_93(X),fn_drosophila_development_92(X))
& result_2(fn_drosophila_development_94(X),fn_drosophila_development_92(X))
& next_event_2(fn_drosophila_development_147(X),fn_drosophila_development_145(X))
& agent_2(fn_drosophila_development_147(X),fn_drosophila_development_150(X))
& result_2(fn_drosophila_development_151(X),fn_drosophila_development_150(X))
& object_2(fn_drosophila_development_151(X),fn_drosophila_development_152(X))
& object_2(fn_drosophila_development_153(X),fn_drosophila_development_152(X))
& first_subevent_2(fn_drosophila_development_94(X),fn_drosophila_development_91(X))
& subevent_2(fn_drosophila_development_94(X),fn_drosophila_development_91(X))
& base_2(fn_drosophila_development_118(X),fn_drosophila_development_87(X))
& next_event_2(fn_drosophila_development_118(X),fn_drosophila_development_131(X))
& subevent_2(fn_drosophila_development_131(X),fn_drosophila_development_128(X))
& subevent_2(fn_drosophila_development_131(X),fn_drosophila_development_85(X))
& subevent_2(fn_drosophila_development_131(X),fn_drosophila_development_129(X))
& subevent_2(fn_drosophila_development_131(X),fn_drosophila_development_130(X))
& result_2(fn_drosophila_development_145(X),fn_drosophila_development_144(X))
& object_2(fn_drosophila_development_145(X),fn_drosophila_development_146(X))
& object_2(fn_drosophila_development_147(X),fn_drosophila_development_146(X))
& object_2(fn_drosophila_development_160(X),fn_drosophila_development_157(X))
& result_2(fn_drosophila_development_164(X),fn_drosophila_development_163(X))
& subevent_2(fn_drosophila_development_128(X),fn_drosophila_development_126(X))
& result_2(fn_drosophila_development_118(X),fn_drosophila_development_88(X))
& result_2(fn_drosophila_development_130(X),fn_drosophila_development_86(X))
& information_content_2(fn_drosophila_development_117(X),fn_drosophila_development_170(X))
& result_2(fn_drosophila_development_156(X),fn_drosophila_development_162(X))
& result_2(fn_drosophila_development_129(X),fn_drosophila_development_124(X))
& result_2(fn_drosophila_development_126(X),fn_drosophila_development_115(X))
& fn_drosophila_development_92(X) = fn_transfer_1(fn_drosophila_development_90(X))
& fn_drosophila_development_92(X) = fn_attach_1(fn_drosophila_development_84(X))
& fn_drosophila_development_120(X) = fn_create_1(fn_drosophila_development_119(X))
& fn_drosophila_development_113(X) = fn_create_1(fn_drosophila_development_108(X))
& fn_drosophila_development_111(X) = fn_create_1(fn_drosophila_development_110(X))
& fn_drosophila_development_104(X) = fn_metamorphosis_1(fn_drosophila_development_103(X))
& fn_drosophila_development_125(X) = fn_create_1(fn_drosophila_development_127(X))
& fn_drosophila_development_100(X) = fn_create_1(fn_drosophila_development_99(X))
& fn_drosophila_development_139(X) = fn_create_1(fn_drosophila_development_140(X))
& fn_drosophila_development_102(X) = fn_diffusion_6(fn_drosophila_development_96(X))
& fn_drosophila_development_148(X) = fn_create_1(fn_drosophila_development_149(X))
& fn_drosophila_development_166(X) = fn_remove_1(fn_drosophila_development_83(X))
& fn_drosophila_development_138(X) = fn_create_1(fn_drosophila_development_155(X))
& fn_drosophila_development_80(X) = fn_create_1(fn_drosophila_development_105(X))
& fn_drosophila_development_165(X) = fn_remove_2(fn_drosophila_development_83(X))
& fn_drosophila_development_79(X) = fn_create_1(fn_drosophila_development_167(X))
& fn_drosophila_development_117(X) = fn_code_for_1(fn_drosophila_development_107(X))
& fn_drosophila_development_117(X) = fn_code_for_1(fn_drosophila_development_106(X))
& fn_drosophila_development_136(X) = fn_gene_expression_6(fn_drosophila_development_137(X))
& fn_drosophila_development_101(X) = fn_create_1(fn_drosophila_development_98(X))
& fn_drosophila_development_117(X) = fn_code_for_1(fn_drosophila_development_168(X))
& fn_drosophila_development_95(X) = fn_attach_2(fn_drosophila_development_84(X))
& fn_drosophila_development_117(X) = fn_code_for_1(fn_drosophila_development_169(X))
& fn_drosophila_development_133(X) = fn_multinucleated_stage_2(fn_drosophila_development_134(X))
& fn_drosophila_development_102(X) = fn_anabolic_pathway_5(fn_drosophila_development_97(X))
& fn_drosophila_development_102(X) = fn_synthesis_of_protein_16(fn_drosophila_development_97(X))
& fn_drosophila_development_157(X) = fn_gene_regulation_1(fn_drosophila_development_161(X))
& fn_drosophila_development_157(X) = fn_gene_activation_10(fn_drosophila_development_161(X))
& fn_drosophila_development_135(X) = fn_gene_expression_4(fn_drosophila_development_137(X))
& fn_drosophila_development_82(X) = fn_diffusion_2(fn_drosophila_development_96(X))
& fn_drosophila_development_175(X) = fn_kinetic_energy_1(fn_drosophila_development_173(X))
& fn_drosophila_development_157(X) = fn_kinetic_energy_2(fn_drosophila_development_173(X))
& fn_drosophila_development_141(X) = fn_gene_regulation_1(fn_drosophila_development_143(X))
& fn_drosophila_development_132(X) = fn_ovary_1(fn_drosophila_development_123(X))
& fn_drosophila_development_170(X) = fn_gene_expression_4(fn_drosophila_development_116(X))
& fn_drosophila_development_142(X) = fn_gene_activation_9(fn_drosophila_development_143(X))
& fn_drosophila_development_141(X) = fn_gene_activation_10(fn_drosophila_development_143(X))
& fn_drosophila_development_142(X) = fn_segmentation_gene_2(fn_drosophila_development_141(X))
& fn_drosophila_development_142(X) = fn_gene_activation_7(fn_drosophila_development_143(X))
& fn_drosophila_development_158(X) = fn_gene_regulation_1(fn_drosophila_development_159(X))
& fn_drosophila_development_158(X) = fn_gene_activation_10(fn_drosophila_development_159(X))
& fn_drosophila_development_160(X) = fn_gene_activation_7(fn_drosophila_development_161(X))
& fn_drosophila_development_174(X) = fn_carbon_skeleton_4(fn_drosophila_development_172(X))
& fn_drosophila_development_149(X) = fn_segment_formation_2(fn_drosophila_development_114(X))
& fn_drosophila_development_171(X) = fn_nurse_cell_2(fn_drosophila_development_122(X))
& fn_drosophila_development_121(X) = fn_nurse_cell_3(fn_drosophila_development_122(X))
& fn_drosophila_development_112(X) = fn_larva_hatching_3(fn_drosophila_development_109(X))
& fn_drosophila_development_111(X) = fn_larva_hatching_1(fn_drosophila_development_109(X))
& fn_drosophila_development_177(X) = fn_animal_development_26(X)
& fn_drosophila_development_78(X) = fn_animal_development_4(X)
& fn_drosophila_development_176(X) = fn_animal_development_3(X)
& fn_drosophila_development_81(X) = fn_animal_development_41(X)
& fn_drosophila_development_164(X) = fn_animal_development_14(X)
& fn_drosophila_development_131(X) = fn_animal_development_31(X)
& fn_drosophila_development_142(X) = fn_gene_regulation_2(fn_drosophila_development_153(X))
& fn_drosophila_development_154(X) = fn_gene_regulation_3(fn_drosophila_development_153(X))
& fn_drosophila_development_81(X) = fn_embryogenesis_33(fn_drosophila_development_131(X))
& fn_drosophila_development_115(X) = fn_create_1(fn_drosophila_development_126(X))
& fn_drosophila_development_124(X) = fn_create_1(fn_drosophila_development_129(X))
& fn_drosophila_development_162(X) = fn_create_1(fn_drosophila_development_156(X))
& fn_drosophila_development_170(X) = fn_positional_information_2(fn_drosophila_development_117(X))
& fn_drosophila_development_86(X) = fn_anabolic_pathway_5(fn_drosophila_development_130(X))
& fn_drosophila_development_86(X) = fn_synthesis_of_protein_16(fn_drosophila_development_130(X))
& fn_drosophila_development_88(X) = fn_fertilization_1(fn_drosophila_development_118(X))
& fn_drosophila_development_126(X) = fn_pattern_formation_6(fn_drosophila_development_128(X))
& fn_drosophila_development_163(X) = fn_blastulation_1(fn_drosophila_development_164(X))
& fn_drosophila_development_160(X) = fn_segmentation_gene_2(fn_drosophila_development_157(X))
& fn_drosophila_development_144(X) = fn_gene_activation_8(fn_drosophila_development_147(X))
& fn_drosophila_development_145(X) = fn_gene_activation_9(fn_drosophila_development_147(X))
& fn_drosophila_development_146(X) = fn_gene_regulation_1(fn_drosophila_development_147(X))
& fn_drosophila_development_146(X) = fn_gene_activation_10(fn_drosophila_development_147(X))
& fn_drosophila_development_87(X) = fn_add_2(fn_drosophila_development_118(X))
& fn_drosophila_development_87(X) = fn_embryogenesis_43(fn_drosophila_development_131(X))
& fn_drosophila_development_118(X) = fn_embryogenesis_41(fn_drosophila_development_131(X))
& fn_drosophila_development_128(X) = fn_embryogenesis_16(fn_drosophila_development_131(X))
& fn_drosophila_development_85(X) = fn_embryogenesis_51(fn_drosophila_development_131(X))
& fn_drosophila_development_129(X) = fn_embryogenesis_30(fn_drosophila_development_131(X))
& fn_drosophila_development_130(X) = fn_embryogenesis_29(fn_drosophila_development_131(X))
& fn_drosophila_development_91(X) = fn_synthesis_of_mrna_2(fn_drosophila_development_94(X))
& fn_drosophila_development_145(X) = fn_gene_activation_7(fn_drosophila_development_147(X))
& fn_drosophila_development_145(X) = fn_gene_activation_7(fn_drosophila_development_153(X))
& fn_drosophila_development_150(X) = fn_gene_activation_8(fn_drosophila_development_147(X))
& fn_drosophila_development_150(X) = fn_gene_activation_8(fn_drosophila_development_153(X))
& fn_drosophila_development_151(X) = fn_gene_activation_9(fn_drosophila_development_153(X))
& fn_drosophila_development_152(X) = fn_gene_regulation_1(fn_drosophila_development_153(X))
& fn_drosophila_development_152(X) = fn_gene_activation_10(fn_drosophila_development_153(X))
& fn_drosophila_development_87(X) = fn_bicoid_mrna_7(fn_drosophila_development_92(X))
& fn_drosophila_development_89(X) = fn_bicoid_mrna_8(fn_drosophila_development_92(X))
& fn_drosophila_development_93(X) = fn_bicoid_mrna_6(fn_drosophila_development_92(X))
& fn_drosophila_development_92(X) = fn_synthesis_of_rna_8(fn_drosophila_development_94(X))
& fn_drosophila_development_92(X) = fn_synthesis_of_mrna_3(fn_drosophila_development_94(X))
& fn_drosophila_development_94(X) = fn_bicoid_mrna_4(fn_drosophila_development_92(X))
& fn_diffusion_6(fn_drosophila_development_96(X)) = fn_anabolic_pathway_5(fn_drosophila_development_97(X))
& fn_anabolic_pathway_5(fn_drosophila_development_97(X)) = fn_diffusion_6(fn_drosophila_development_96(X))
& fn_diffusion_6(fn_drosophila_development_96(X)) = fn_synthesis_of_protein_16(fn_drosophila_development_97(X))
& fn_synthesis_of_protein_16(fn_drosophila_development_97(X)) = fn_gene_regulation_1(fn_drosophila_development_143(X))
& fn_gene_regulation_1(fn_drosophila_development_143(X)) = fn_gene_activation_10(fn_drosophila_development_143(X))
& fn_gene_activation_10(fn_drosophila_development_143(X)) = fn_gene_activation_10(fn_drosophila_development_143(X))
& fn_gene_activation_10(fn_drosophila_development_143(X)) = fn_gene_regulation_1(fn_drosophila_development_159(X))
& fn_gene_regulation_1(fn_drosophila_development_159(X)) = fn_gene_activation_10(fn_drosophila_development_159(X))
& fn_gene_activation_10(fn_drosophila_development_159(X)) = fn_create_1(fn_drosophila_development_110(X))
& fn_create_1(fn_drosophila_development_110(X)) = fn_larva_hatching_1(fn_drosophila_development_109(X))
& fn_larva_hatching_1(fn_drosophila_development_109(X)) = fn_larva_hatching_1(fn_drosophila_development_109(X))
& fn_larva_hatching_1(fn_drosophila_development_109(X)) = fn_gene_activation_9(fn_drosophila_development_143(X))
& fn_gene_activation_9(fn_drosophila_development_143(X)) = fn_segmentation_gene_2(fn_drosophila_development_141(X))
& fn_segmentation_gene_2(fn_drosophila_development_141(X)) = fn_segmentation_gene_2(fn_drosophila_development_141(X))
& fn_segmentation_gene_2(fn_drosophila_development_141(X)) = fn_gene_activation_7(fn_drosophila_development_143(X))
& fn_gene_activation_7(fn_drosophila_development_143(X)) = fn_gene_activation_7(fn_drosophila_development_143(X))
& fn_gene_activation_7(fn_drosophila_development_143(X)) = fn_gene_regulation_2(fn_drosophila_development_153(X))
& fn_gene_regulation_2(fn_drosophila_development_153(X)) = fn_animal_development_41(X)
& fn_animal_development_41(X) = fn_embryogenesis_33(fn_drosophila_development_131(X))
& fn_embryogenesis_33(fn_drosophila_development_131(X)) = fn_gene_expression_4(fn_drosophila_development_116(X))
& fn_gene_expression_4(fn_drosophila_development_116(X)) = fn_positional_information_2(fn_drosophila_development_117(X))
& fn_positional_information_2(fn_drosophila_development_117(X)) = fn_anabolic_pathway_5(fn_drosophila_development_130(X))
& fn_anabolic_pathway_5(fn_drosophila_development_130(X)) = fn_synthesis_of_protein_16(fn_drosophila_development_130(X))
& fn_synthesis_of_protein_16(fn_drosophila_development_130(X)) = fn_gene_regulation_1(fn_drosophila_development_161(X))
& fn_gene_regulation_1(fn_drosophila_development_161(X)) = fn_gene_activation_10(fn_drosophila_development_161(X))
& fn_gene_activation_10(fn_drosophila_development_161(X)) = fn_gene_activation_10(fn_drosophila_development_161(X))
& fn_gene_activation_10(fn_drosophila_development_161(X)) = fn_kinetic_energy_2(fn_drosophila_development_173(X))
& fn_kinetic_energy_2(fn_drosophila_development_173(X)) = fn_kinetic_energy_2(fn_drosophila_development_173(X))
& fn_kinetic_energy_2(fn_drosophila_development_173(X)) = fn_gene_activation_7(fn_drosophila_development_161(X))
& fn_gene_activation_7(fn_drosophila_development_161(X)) = fn_segmentation_gene_2(fn_drosophila_development_157(X))
& fn_segmentation_gene_2(fn_drosophila_development_157(X)) = fn_gene_activation_10(fn_drosophila_development_147(X))
& fn_gene_activation_10(fn_drosophila_development_147(X)) = fn_gene_regulation_1(fn_drosophila_development_147(X))
& fn_gene_regulation_1(fn_drosophila_development_147(X)) = fn_gene_activation_10(fn_drosophila_development_147(X))
& fn_gene_activation_10(fn_drosophila_development_147(X)) = fn_gene_activation_9(fn_drosophila_development_147(X))
& fn_gene_activation_9(fn_drosophila_development_147(X)) = fn_gene_activation_9(fn_drosophila_development_147(X))
& fn_gene_activation_9(fn_drosophila_development_147(X)) = fn_gene_activation_7(fn_drosophila_development_147(X))
& fn_gene_activation_7(fn_drosophila_development_147(X)) = fn_gene_activation_7(fn_drosophila_development_153(X))
& fn_gene_activation_7(fn_drosophila_development_153(X)) = fn_gene_activation_10(fn_drosophila_development_153(X))
& fn_gene_activation_10(fn_drosophila_development_153(X)) = fn_gene_regulation_1(fn_drosophila_development_153(X))
& fn_gene_regulation_1(fn_drosophila_development_153(X)) = fn_gene_activation_10(fn_drosophila_development_153(X))
& fn_gene_activation_10(fn_drosophila_development_153(X)) = fn_add_2(fn_drosophila_development_118(X))
& fn_add_2(fn_drosophila_development_118(X)) = fn_embryogenesis_43(fn_drosophila_development_131(X))
& fn_embryogenesis_43(fn_drosophila_development_131(X)) = fn_embryogenesis_43(fn_drosophila_development_131(X))
& fn_embryogenesis_43(fn_drosophila_development_131(X)) = fn_bicoid_mrna_7(fn_drosophila_development_92(X))
& fn_bicoid_mrna_7(fn_drosophila_development_92(X)) = fn_transfer_1(fn_drosophila_development_90(X))
& fn_transfer_1(fn_drosophila_development_90(X)) = fn_attach_1(fn_drosophila_development_84(X))
& fn_attach_1(fn_drosophila_development_84(X)) = fn_attach_1(fn_drosophila_development_84(X))
& fn_attach_1(fn_drosophila_development_84(X)) = fn_synthesis_of_rna_8(fn_drosophila_development_94(X))
& fn_synthesis_of_rna_8(fn_drosophila_development_94(X)) = fn_synthesis_of_rna_8(fn_drosophila_development_94(X))
& fn_synthesis_of_rna_8(fn_drosophila_development_94(X)) = fn_synthesis_of_mrna_3(fn_drosophila_development_94(X)) ) ) ).
fof(a529113,axiom,
! [X] :
( drosophila_homeotic_gene_1(X)
=> ( original_name_2(X,'Drosophila-Homeotic-Gene')
& user_description_2(X,'Homeotic gene present in fruit fly.')
& concept2words_2(X,'drosophila homeotic gene')
& concept2words_2(X,'drosophila-homeotic-gene')
& insect_homeotic_gene_1(X) ) ) ).
fof(a529114,axiom,
! [X] :
( drosophila_melanogaster_1(X)
=> ( original_name_2(X,'Drosophila-Melanogaster')
& user_description_2(X,'A species of Diptera, or the order of flies, in the family Drosophilidae. The species is commonly known as the common fruit fly or vinegar fly. This species is one of the most commonly used model organisms in biology')
& concept2words_2(X,'d. melanogaster')
& concept2words_2(X,'drosophila melanogaster')
& concept2words_2(X,fruitfly)
& concept2words_2(X,'drosophila-melanogaster')
& fruit_fly_1(X)
& ~ arabidopsis_thaliana_1(X)
& ~ caenorhabditis_elegans_1(X)
& ~ zebrafish_1(X)
& cell_1(fn_drosophila_melanogaster_1(X))
& genetic_linkage_mapping_1(fn_drosophila_melanogaster_2(X))
& linkage_map_1(fn_drosophila_melanogaster_3(X))
& phenotype_1(fn_drosophila_melanogaster_4(X))
& size_value_1(fn_drosophila_melanogaster_6(X))
& size_value_1(fn_drosophila_melanogaster_7(X))
& frequency_value_1(fn_drosophila_melanogaster_8(X))
& frequency_value_1(fn_drosophila_melanogaster_9(X))
& frequency_value_1(fn_drosophila_melanogaster_10(X))
& worth_value_1(fn_drosophila_melanogaster_15(X))
& tangible_entity_1(fn_drosophila_melanogaster_16(X))
& grow_1(fn_drosophila_melanogaster_17(X))
& support_1(fn_drosophila_melanogaster_19(X))
& exoskeleton_1(fn_drosophila_melanogaster_20(X))
& tangible_entity_1(fn_drosophila_melanogaster_21(X))
& crop_1(fn_drosophila_melanogaster_21(X))
& anus_1(fn_drosophila_melanogaster_22(X))
& rectum_1(fn_drosophila_melanogaster_23(X))
& esophagus_1(fn_drosophila_melanogaster_24(X))
& hindgut_1(fn_drosophila_melanogaster_25(X))
& midgut_1(fn_drosophila_melanogaster_26(X))
& foregut_1(fn_drosophila_melanogaster_27(X))
& mouth_1(fn_drosophila_melanogaster_28(X))
& digestive_system_1(fn_drosophila_melanogaster_29(X))
& temperature_value_1(fn_drosophila_melanogaster_30(X))
& autosome_1(fn_drosophila_melanogaster_31(X))
& reproduce_1(fn_drosophila_melanogaster_32(X))
& scientist_1(fn_drosophila_melanogaster_33(X))
& inheritance_1(fn_drosophila_melanogaster_34(X))
& entity_1(fn_drosophila_melanogaster_35(X))
& genotype_1(fn_drosophila_melanogaster_35(X))
& study_1(fn_drosophila_melanogaster_36(X))
& water_1(fn_drosophila_melanogaster_37(X))
& cell_1(fn_drosophila_melanogaster_38(X))
& gamete_1(fn_drosophila_melanogaster_38(X))
& heterotroph_1(fn_drosophila_melanogaster_39(X))
& nutrition_1(fn_drosophila_melanogaster_40(X))
& gastric_cecum_1(fn_drosophila_melanogaster_41(X))
& specific_heat_value_1(fn_drosophila_melanogaster_42(X))
& take_in_1(fn_drosophila_melanogaster_43(X))
& locomotion_1(fn_drosophila_melanogaster_44(X))
& study_1(fn_scientist_2(fn_drosophila_melanogaster_33(X)))
& entity_1(fn_transfer_1(fn_drosophila_melanogaster_34(X)))
& entity_1(fn_inheritance_1(fn_drosophila_melanogaster_34(X)))
& entity_1(fn_scientist_1(fn_drosophila_melanogaster_33(X)))
& living_entity_1(fn_reproduce_2(fn_drosophila_melanogaster_32(X)))
& living_entity_1(fn_reproduce_1(fn_drosophila_melanogaster_32(X)))
& object_2(fn_drosophila_melanogaster_17(X),X)
& raw_material_2(fn_drosophila_melanogaster_17(X),fn_drosophila_melanogaster_16(X))
& worth_2(fn_drosophila_melanogaster_16(X),fn_drosophila_melanogaster_15(X))
& the_scalar_value_2(fn_drosophila_melanogaster_15(X),cheap_0)
& scalar_unit_class_2(fn_drosophila_melanogaster_15(X),tangible_entity_0)
& size_2(fn_drosophila_melanogaster_31(X),fn_drosophila_melanogaster_7(X))
& object_2(fn_drosophila_melanogaster_32(X),X)
& frequency_2(fn_drosophila_melanogaster_32(X),fn_drosophila_melanogaster_10(X))
& greater_than_or_equal_to_2(fn_drosophila_melanogaster_10(X),fn_drosophila_melanogaster_9(X))
& the_scalar_value_2(fn_drosophila_melanogaster_10(X),often_0)
& scalar_unit_class_2(fn_drosophila_melanogaster_10(X),reproduce_0)
& greater_than_or_equal_to_2(fn_drosophila_melanogaster_8(X),fn_drosophila_melanogaster_10(X))
& the_scalar_value_2(fn_drosophila_melanogaster_7(X),big_0)
& scalar_unit_class_2(fn_drosophila_melanogaster_7(X),chromosome_0)
& size_2(X,fn_drosophila_melanogaster_6(X))
& the_scalar_value_2(fn_drosophila_melanogaster_6(X),small_0)
& scalar_unit_class_2(fn_drosophila_melanogaster_6(X),animal_0)
& object_2(fn_drosophila_melanogaster_34(X),fn_drosophila_melanogaster_4(X))
& object_2(fn_drosophila_melanogaster_36(X),fn_drosophila_melanogaster_4(X))
& object_2(fn_drosophila_melanogaster_36(X),fn_drosophila_melanogaster_35(X))
& agent_2(fn_drosophila_melanogaster_2(X),fn_drosophila_melanogaster_33(X))
& object_2(fn_drosophila_melanogaster_2(X),fn_drosophila_melanogaster_35(X))
& result_2(fn_drosophila_melanogaster_2(X),fn_drosophila_melanogaster_3(X))
& fn_drosophila_melanogaster_38(X) != fn_drosophila_melanogaster_1(X)
& fn_drosophila_melanogaster_1(X) != fn_drosophila_melanogaster_38(X)
& object_2(fn_drosophila_melanogaster_34(X),fn_drosophila_melanogaster_35(X))
& has_part_2(X,fn_drosophila_melanogaster_35(X))
& recipient_2(fn_drosophila_melanogaster_34(X),X)
& agent_2(fn_drosophila_melanogaster_36(X),fn_drosophila_melanogaster_33(X))
& object_2(fn_drosophila_melanogaster_36(X),X)
& agent_2(fn_drosophila_melanogaster_32(X),X)
& base_2(fn_drosophila_melanogaster_32(X),X)
& result_2(fn_drosophila_melanogaster_32(X),X)
& has_part_2(X,fn_drosophila_melanogaster_31(X))
& has_part_2(X,fn_drosophila_melanogaster_38(X))
& element_2(fn_drosophila_melanogaster_29(X),fn_drosophila_melanogaster_26(X))
& element_2(fn_drosophila_melanogaster_29(X),fn_drosophila_melanogaster_27(X))
& agent_2(fn_drosophila_melanogaster_40(X),X)
& in_event_2(fn_drosophila_melanogaster_39(X),fn_drosophila_melanogaster_40(X))
& plays_2(X,fn_drosophila_melanogaster_39(X))
& has_part_2(X,fn_drosophila_melanogaster_23(X))
& is_inside_2(fn_drosophila_melanogaster_23(X),fn_drosophila_melanogaster_25(X))
& is_inside_2(fn_drosophila_melanogaster_21(X),fn_drosophila_melanogaster_27(X))
& has_part_2(X,fn_drosophila_melanogaster_21(X))
& has_part_2(X,fn_drosophila_melanogaster_41(X))
& is_inside_2(fn_drosophila_melanogaster_41(X),fn_drosophila_melanogaster_26(X))
& next_element_2(fn_drosophila_melanogaster_26(X),fn_drosophila_melanogaster_25(X))
& base_2(fn_drosophila_melanogaster_43(X),X)
& agent_2(fn_drosophila_melanogaster_43(X),X)
& has_part_2(X,fn_drosophila_melanogaster_24(X))
& is_inside_2(fn_drosophila_melanogaster_24(X),fn_drosophila_melanogaster_27(X))
& next_element_2(fn_drosophila_melanogaster_27(X),fn_drosophila_melanogaster_26(X))
& object_2(fn_drosophila_melanogaster_19(X),X)
& has_function_2(fn_drosophila_melanogaster_20(X),fn_drosophila_melanogaster_19(X))
& has_part_2(X,fn_drosophila_melanogaster_20(X))
& has_part_2(X,fn_drosophila_melanogaster_28(X))
& is_inside_2(fn_drosophila_melanogaster_28(X),fn_drosophila_melanogaster_27(X))
& object_2(fn_drosophila_melanogaster_44(X),X)
& agent_2(fn_drosophila_melanogaster_44(X),X)
& has_part_2(X,fn_drosophila_melanogaster_37(X))
& specific_heat_2(fn_drosophila_melanogaster_37(X),fn_drosophila_melanogaster_42(X))
& correspondence_2(fn_drosophila_melanogaster_30(X),fn_drosophila_melanogaster_42(X))
& has_region_2(X,fn_drosophila_melanogaster_29(X))
& element_2(fn_drosophila_melanogaster_29(X),fn_drosophila_melanogaster_25(X))
& is_inside_2(fn_drosophila_melanogaster_22(X),fn_drosophila_melanogaster_25(X))
& has_part_2(X,fn_drosophila_melanogaster_22(X))
& temperature_2(X,fn_drosophila_melanogaster_30(X))
& fn_drosophila_melanogaster_35(X) = fn_transfer_1(fn_drosophila_melanogaster_34(X))
& fn_drosophila_melanogaster_35(X) = fn_organism_3(X)
& X = fn_inheritance_1(fn_drosophila_melanogaster_34(X))
& X = fn_scientist_1(fn_drosophila_melanogaster_33(X))
& fn_drosophila_melanogaster_36(X) = fn_scientist_2(fn_drosophila_melanogaster_33(X))
& X = fn_reproduce_2(fn_drosophila_melanogaster_32(X))
& X = fn_reproduce_1(fn_drosophila_melanogaster_32(X))
& fn_drosophila_melanogaster_31(X) = fn_fruit_fly_6(X)
& fn_drosophila_melanogaster_45(X) = fn_fruit_fly_2(X)
& fn_drosophila_melanogaster_38(X) = fn_multicellular_organism_1(X)
& fn_drosophila_melanogaster_38(X) = fn_fruit_fly_5(X)
& fn_drosophila_melanogaster_46(X) = fn_fruit_fly_1(X)
& fn_drosophila_melanogaster_23(X) = fn_fruit_fly_17(X)
& fn_drosophila_melanogaster_39(X) = fn_fruit_fly_23(X)
& fn_drosophila_melanogaster_40(X) = fn_fruit_fly_31(X)
& fn_drosophila_melanogaster_41(X) = fn_fruit_fly_24(X)
& fn_drosophila_melanogaster_21(X) = fn_fruit_fly_18(X)
& fn_drosophila_melanogaster_26(X) = fn_fruit_fly_28(X)
& fn_drosophila_melanogaster_24(X) = fn_fruit_fly_37(X)
& fn_drosophila_melanogaster_43(X) = fn_fruit_fly_13(X)
& fn_drosophila_melanogaster_27(X) = fn_fruit_fly_27(X)
& fn_drosophila_melanogaster_28(X) = fn_fruit_fly_38(X)
& fn_drosophila_melanogaster_20(X) = fn_fruit_fly_11(X)
& fn_drosophila_melanogaster_19(X) = fn_fruit_fly_10(X)
& fn_drosophila_melanogaster_42(X) = fn_fruit_fly_25(X)
& fn_drosophila_melanogaster_37(X) = fn_fruit_fly_21(X)
& fn_drosophila_melanogaster_44(X) = fn_fruit_fly_39(X)
& fn_drosophila_melanogaster_30(X) = fn_fruit_fly_26(X)
& fn_drosophila_melanogaster_22(X) = fn_fruit_fly_36(X)
& fn_drosophila_melanogaster_25(X) = fn_fruit_fly_29(X)
& fn_drosophila_melanogaster_29(X) = fn_fruit_fly_30(X)
& fn_transfer_1(fn_drosophila_melanogaster_34(X)) = fn_organism_3(X)
& fn_organism_3(X) = fn_multicellular_organism_1(X)
& fn_multicellular_organism_1(X) = fn_fruit_fly_5(X)
& fn_fruit_fly_5(X) = fn_inheritance_1(fn_drosophila_melanogaster_34(X))
& fn_inheritance_1(fn_drosophila_melanogaster_34(X)) = fn_scientist_1(fn_drosophila_melanogaster_33(X))
& fn_scientist_1(fn_drosophila_melanogaster_33(X)) = fn_scientist_1(fn_drosophila_melanogaster_33(X))
& fn_scientist_1(fn_drosophila_melanogaster_33(X)) = fn_reproduce_2(fn_drosophila_melanogaster_32(X))
& fn_reproduce_2(fn_drosophila_melanogaster_32(X)) = fn_reproduce_2(fn_drosophila_melanogaster_32(X))
& fn_reproduce_2(fn_drosophila_melanogaster_32(X)) = fn_reproduce_1(fn_drosophila_melanogaster_32(X))
& fn_reproduce_1(fn_drosophila_melanogaster_32(X)) = fn_reproduce_1(fn_drosophila_melanogaster_32(X)) ) ) ).
fof(a529115,axiom,
! [X] :
( drought_1(X)
=> ( original_name_2(X,'Drought')
& user_description_2(X,'Extended period of time in which precipitation is below normal in an ecosystem.')
& concept2words_2(X,drought)
& ecological_process_1(X) ) ) ).
fof(a529116,axiom,
! [X] :
( drug_1(X)
=> ( original_name_2(X,'Drug')
& user_description_2(X,'Drug is a chemical substance which is introduced into the body of an organism affects the processes of the mind or body')
& concept2words_2(X,drug)
& chemical_entity_1(X) ) ) ).
fof(a529117,axiom,
! [X] :
( drug_resistance_1(X)
=> ( original_name_2(X,'Drug-Resistance')
& user_description_2(X,'The reduction in effectiveness of an antimicrobial drug, due to the microbes\' evolved ability to overcome the intended effects of the drug.')
& concept2words_2(X,'resistance of drug')
& concept2words_2(X,'drug resistance')
& concept2words_2(X,'drug-resistance')
& condition_1(X) ) ) ).
fof(a529118,axiom,
! [X] :
( drug_resistance_process_1(X)
=> ( original_name_2(X,'Drug-Resistance-Process')
& user_description_2(X,'The process by which pathogens evolve resistance to drugs meant to harm them.')
& concept2words_2(X,'be resistant')
& concept2words_2(X,'drug resistance process')
& concept2words_2(X,'drug-resistance-process')
& cell_survival_1(X) ) ) ).
fof(a529119,axiom,
! [X] :
( dry_1(X)
=> ( original_name_2(X,'Dry')
& concept2words_2(X,dry)
& concept2words_2(X,'dry out')
& concept2words_2(X,dry_out)
& concept2words_2(X,decrease)
& decrease_1(X)
& ~ dim_1(X)
& ~ contract_1(X)
& ~ microtubule_shortening_1(X)
& tangible_entity_1(fn_dry_1(X))
& wetness_value_1(fn_dry_4(X))
& wetness_value_1(fn_dry_5(X))
& base_2(X,fn_dry_1(X))
& to_value_2(X,fn_dry_5(X))
& from_value_2(X,fn_dry_4(X))
& greater_than_2(fn_dry_4(X),fn_dry_5(X))
& fn_dry_3(X) = fn_decrease_2(X)
& fn_dry_2(X) = fn_decrease_1(X)
& fn_dry_5(X) = fn_decrease_4(X)
& fn_dry_4(X) = fn_decrease_3(X) ) ) ).
fof(a529120,axiom,
! [X] :
( dubnium_1(X)
=> ( original_name_2(X,'Dubnium')
& user_description_2(X,'Dubnium is a metal atom with atomic number 105. It is represented by the symbol Db.')
& concept2words_2(X,dubnium)
& concept2words_2(X,'Db')
& metal_atom_1(X)
& atomic_mass_value_1(fn_dubnium_1(X))
& neutron_1(fn_dubnium_2(X))
& atomic_weight_value_1(fn_dubnium_6(X))
& atomic_number_value_1(fn_dubnium_7(X))
& mass_number_2(X,fn_dubnium_1(X))
& exactCardinality(X,has_part_0,"157",neutron_0)
& exactCardinality(X,has_part_0,"105",proton_0)
& exactCardinality(X,has_part_0,"105",electron_0)
& has_part_2(X,fn_dubnium_2(X))
& the_cardinal_value_2(fn_dubnium_1(X),"262")
& cardinal_unit_class_2(fn_dubnium_1(X),unity_0)
& the_cardinal_value_2(fn_dubnium_7(X),"105")
& cardinal_unit_class_2(fn_dubnium_7(X),unity_0)
& the_cardinal_value_2(fn_dubnium_6(X),"262")
& cardinal_unit_class_2(fn_dubnium_6(X),dalton_0)
& atomic_number_2(X,fn_dubnium_7(X))
& atomic_weight_2(X,fn_dubnium_6(X))
& fn_dubnium_4(X) = fn_atom_12(X)
& fn_dubnium_7(X) = fn_atom_17(X)
& fn_dubnium_5(X) = fn_atom_13(X)
& fn_dubnium_6(X) = fn_atom_16(X) ) ) ).
fof(a529121,axiom,
! [X] :
( duchenne_muscular_dystrophy_1(X)
=> ( original_name_2(X,'Duchenne-Muscular-Dystrophy')
& user_description_2(X,'A human genetic disease caused by a sex-linked recessive allele; characterized by progressive weakening and a loss of muscle tissue.')
& concept2words_2(X,'duchenne muscular dystrophy')
& concept2words_2(X,'duchenne-muscular-dystrophy')
& sex_linked_human_genetic_disorder_1(X)
& ~ color_blindness_1(X)
& ~ hemophilia_1(X) ) ) ).
fof(a529122,axiom,
! [X] :
( duck_1(X)
=> ( original_name_2(X,'Duck')
& user_description_2(X,'Common name for a water bird of the Anatidae family, characterized by web feet adapted for swimming and a serrated bill for clipping aquatic vegetation.')
& concept2words_2(X,duck)
& bird_1(X)
& webbed_toe_1(fn_duck_1(X))
& has_part_2(X,fn_duck_1(X)) ) ) ).
fof(a529123,axiom,
! [X] :
( duct_1(X)
=> ( original_name_2(X,'Duct')
& user_description_2(X,'A channel that leads from a gland or an organ.')
& concept2words_2(X,duct)
& anatomical_structure_1(X) ) ) ).
fof(a529124,axiom,
! [X] :
( duodenum_1(X)
=> ( original_name_2(X,'Duodenum')
& user_description_2(X,'The proximal section of the small intestine. The duodenum has secretory functions.')
& concept2words_2(X,duodenum)
& organ_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X)
& lumen_1(fn_duodenum_1(X))
& is_inside_2(fn_duodenum_1(X),X) ) ) ).
fof(a529125,axiom,
! [X] :
( duplicate_1(X)
=> ( original_name_2(X,'Duplicate')
& concept2words_2(X,duplicate)
& concept2words_2(X,copy)
& copy_1(X) ) ) ).
fof(a529126,axiom,
! [X] :
( duplication_1(X)
=> ( original_name_2(X,'Duplication')
& user_description_2(X,'Abnormal chromosome structure due to fusion with a piece from a homologous chromosome, resulting in the duplication of a fragment of chromosome.')
& concept2words_2(X,duplication)
& chromosomal_arrangement_1(X) ) ) ).
fof(a529127,axiom,
! [X] :
( duplication_of_chromosome_fragment_1(X)
=> ( original_name_2(X,'Duplication-Of-Chromosome-Fragment')
& user_description_2(X,'An alteration of chromosome structure that occurs during meiosis if a lost chromosomal fragment becomes attached as an extra segment to a sister chromatid.')
& concept2words_2(X,duplicate)
& concept2words_2(X,'duplication of chromosome fragment')
& concept2words_2(X,'duplication-of-chromosome-fragment')
& change_chromosome_structure_1(X)
& duplicate_1(X)
& ~ repeated_gene_duplication_1(X)
& ~ chromosomal_translocation_1(X)
& ~ deletion_of_chromosome_fragment_1(X)
& ~ inversion_of_chromosome_fragment_1(X)
& chromosome_fragment_1(fn_duplication_of_chromosome_fragment_1(X))
& gain_1(fn_duplication_of_chromosome_fragment_2(X))
& chromosome_1(fn_duplication_of_chromosome_fragment_3(X))
& subevent_2(X,fn_duplication_of_chromosome_fragment_2(X))
& first_subevent_2(X,fn_duplication_of_chromosome_fragment_2(X))
& recipient_2(fn_duplication_of_chromosome_fragment_2(X),fn_duplication_of_chromosome_fragment_3(X))
& object_2(fn_duplication_of_chromosome_fragment_2(X),fn_duplication_of_chromosome_fragment_1(X)) ) ) ).
fof(a529128,axiom,
! [X] :
( duration_constant_1(X)
=> ( original_name_2(X,'Duration-Constant')
& concept2words_2(X,'constant of duration')
& concept2words_2(X,'duration constant')
& concept2words_2(X,'duration-constant')
& constant_1(X) ) ) ).
fof(a529129,axiom,
! [X] :
( duration_scale_1(X)
=> ( original_name_2(X,'Duration-Scale')
& concept2words_2(X,'scale of duration')
& concept2words_2(X,'duration scale')
& concept2words_2(X,'duration-scale')
& scale_1(X) ) ) ).
fof(a529130,axiom,
! [X] :
( duration_value_1(X)
=> ( original_name_2(X,'Duration-Value')
& description_2(X,'duration of an Event of Time-Interval')
& concept2words_2(X,length)
& concept2words_2(X,time)
& concept2words_2(X,continuance)
& concept2words_2(X,duration)
& concept2words_2(X,age)
& concept2words_2(X,'total duration')
& concept2words_2(X,'value of duration')
& concept2words_2(X,'duration value')
& concept2words_2(X,'duration-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a529131,axiom,
! [X] :
( dye_1(X)
=> ( original_name_2(X,'Dye')
& user_description_2(X,'A solution containing colored pigments which is used to stain a material or substrate.')
& concept2words_2(X,dye)
& aqueous_solution_1(X) ) ) ).
fof(a529132,axiom,
! [X] :
( dynein_1(X)
=> ( original_name_2(X,'Dynein')
& user_description_2(X,'Large motor proteins located in cilia and flagella that are responsible for the bending movements of the organelle.')
& concept2words_2(X,dynein)
& molecular_motor_1(X)
& change_1(fn_dynein_1(X))
& constant_motion_1(fn_dynein_6(X))
& change_of_shape_1(fn_dynein_7(X))
& polypeptide_1(fn_dynein_8(X))
& move_1(fn_dynein_9(X))
& protein_domain_1(fn_dynein_10(X))
& size_value_1(fn_dynein_11(X))
& kinetic_energy_1(fn_dynein_12(X))
& attach_1(fn_dynein_13(X))
& quantity_value_1(fn_dynein_14(X))
& speed_value_1(fn_dynein_15(X))
& size_value_1(fn_dynein_16(X))
& spatial_entity_1(fn_dynein_17(X))
& chemical_entity_1(fn_dynein_17(X))
& monomer_1(fn_dynein_17(X))
& molecule_1(fn_dynein_17(X))
& amino_acid_1(fn_dynein_17(X))
& atom_1(fn_dynein_18(X))
& chemical_entity_1(fn_dynein_18(X))
& carbon_skeleton_1(fn_dynein_19(X))
& hydrophilic_region_1(fn_dynein_20(X))
& surface_1(fn_dynein_21(X))
& carbon_1(fn_dynein_22(X))
& monomer_1(fn_dynein_23(X))
& dynein_walking_1(fn_dynein_24(X))
& dynein_1(fn_dynein_walking_11(fn_dynein_24(X)))
& subevent_2(fn_dynein_24(X),fn_dynein_1(X))
& object_2(fn_dynein_1(X),X)
& object_2(fn_dynein_24(X),X)
& has_function_2(X,fn_dynein_24(X))
& the_scalar_value_2(fn_dynein_11(X),big_0)
& scalar_unit_class_2(fn_dynein_11(X),polypeptide_0)
& has_region_2(X,fn_dynein_19(X))
& is_inside_2(fn_dynein_22(X),fn_dynein_19(X))
& enables_2(fn_dynein_13(X),fn_dynein_9(X))
& base_2(fn_dynein_13(X),X)
& has_region_2(X,fn_dynein_20(X))
& is_at_2(fn_dynein_20(X),fn_dynein_21(X))
& has_region_2(X,fn_dynein_21(X))
& size_2(X,fn_dynein_11(X))
& greater_than_2(fn_dynein_11(X),fn_dynein_16(X))
& size_2(fn_dynein_23(X),fn_dynein_16(X))
& has_part_2(X,fn_dynein_23(X))
& has_function_2(X,fn_dynein_9(X))
& object_2(fn_dynein_7(X),X)
& causes_2(fn_dynein_7(X),fn_dynein_9(X))
& agent_2(fn_dynein_9(X),X)
& has_part_2(X,fn_dynein_22(X))
& fn_dynein_22(X) != fn_dynein_18(X)
& fn_dynein_18(X) != fn_dynein_22(X)
& possesses_2(X,fn_dynein_12(X))
& quantity_2(fn_dynein_12(X),fn_dynein_14(X))
& directly_proportional_2(fn_dynein_15(X),fn_dynein_14(X))
& speed_2(fn_dynein_6(X),fn_dynein_15(X))
& object_2(fn_dynein_6(X),X)
& has_part_2(X,fn_dynein_8(X))
& has_part_2(fn_dynein_8(X),fn_dynein_17(X))
& is_at_2(fn_dynein_17(X),fn_dynein_10(X))
& has_region_2(X,fn_dynein_10(X))
& has_part_2(X,fn_dynein_18(X))
& X = fn_dynein_walking_11(fn_dynein_24(X))
& fn_dynein_4(X) = fn_motor_protein_27(X)
& fn_dynein_5(X) = fn_motor_protein_25(X)
& fn_dynein_3(X) = fn_motor_protein_26(X)
& fn_dynein_2(X) = fn_motor_protein_28(X)
& fn_dynein_19(X) = fn_motor_protein_10(X)
& fn_dynein_21(X) = fn_motor_protein_9(X)
& fn_dynein_20(X) = fn_motor_protein_8(X)
& fn_dynein_13(X) = fn_motor_protein_6(X)
& fn_dynein_23(X) = fn_motor_protein_12(X)
& fn_dynein_16(X) = fn_motor_protein_17(X)
& fn_dynein_11(X) = fn_motor_protein_22(X)
& fn_dynein_22(X) = fn_motor_protein_11(X)
& fn_dynein_9(X) = fn_motor_protein_14(X)
& fn_dynein_7(X) = fn_motor_protein_3(X)
& fn_dynein_6(X) = fn_motor_protein_20(X)
& fn_dynein_15(X) = fn_motor_protein_19(X)
& fn_dynein_14(X) = fn_motor_protein_18(X)
& fn_dynein_12(X) = fn_motor_protein_21(X)
& fn_dynein_18(X) = fn_motor_protein_13(X)
& fn_dynein_10(X) = fn_motor_protein_24(X)
& fn_dynein_17(X) = fn_motor_protein_16(X)
& fn_dynein_8(X) = fn_motor_protein_23(X)
& fn_dynein_walking_11(fn_dynein_24(X)) = fn_dynein_walking_11(fn_dynein_24(X)) ) ) ).
fof(a529133,axiom,
! [X] :
( dynein_walking_1(X)
=> ( original_name_2(X,'Dynein-Walking')
& user_description_2(X,'Dynein proteins connect adjacent microtubule doublets in cilia and flagella and appear to')
& concept2words_2(X,walk)
& concept2words_2(X,'walking of dynein')
& concept2words_2(X,'dynein walking')
& concept2words_2(X,'dynein-walking')
& biomolecular_process_1(X)
& ~ gene_amplification_1(X)
& ~ anabolism_1(X)
& ~ antigen_presentation_1(X)
& ~ catabolism_1(X)
& ~ denaturation_1(X)
& ~ dna_methylation_1(X)
& ~ genetic_process_1(X)
& ~ hydrolysis_1(X)
& ~ protein_folding_1(X)
& dynein_walking_1(fn_dynein_walking_1(X))
& slide_1(fn_dynein_walking_4(X))
& microtubule_doublet_1(fn_dynein_walking_5(X))
& spatial_entity_1(fn_dynein_walking_6(X))
& motor_protein_1(fn_dynein_walking_6(X))
& dynein_1(fn_dynein_walking_6(X))
& shape_value_1(fn_dynein_walking_7(X))
& change_1(fn_dynein_walking_8(X))
& change_of_shape_1(fn_dynein_walking_8(X))
& move_1(fn_dynein_walking_9(X))
& shape_value_1(fn_dynein_walking_10(X))
& dynein_1(fn_dynein_walking_11(X))
& change_of_shape_1(fn_dynein_walking_12(X))
& conduit_1(fn_dynein_walking_13(X))
& spatial_entity_1(fn_move_1(fn_dynein_walking_4(X)))
& conduit_1(fn_slide_2(fn_dynein_walking_4(X)))
& tangible_entity_1(fn_slide_1(fn_dynein_walking_4(X)))
& change_of_shape_1(fn_motor_protein_3(fn_dynein_walking_11(X)))
& property_node_1(fn_motor_protein_1(fn_dynein_walking_11(X)))
& shape_value_1(fn_motor_protein_2(fn_dynein_walking_11(X)))
& property_node_1(fn_motor_protein_1(fn_dynein_walking_6(X)))
& shape_value_1(fn_motor_protein_2(fn_dynein_walking_6(X)))
& move_1(fn_dynein_9(fn_dynein_walking_6(X)))
& change_1(fn_dynein_1(fn_dynein_walking_6(X)))
& change_of_shape_1(fn_dynein_7(fn_dynein_walking_6(X)))
& result_2(fn_dynein_walking_12(X),fn_dynein_walking_6(X))
& enables_2(fn_dynein_walking_12(X),fn_dynein_walking_4(X))
& has_state_2(fn_dynein_walking_11(X),fn_dynein_walking_6(X))
& has_function_2(fn_dynein_walking_11(X),X)
& first_subevent_2(X,fn_dynein_walking_12(X))
& base_2(X,fn_dynein_walking_5(X))
& subevent_2(X,fn_dynein_walking_4(X))
& subevent_2(X,fn_dynein_walking_12(X))
& object_2(X,fn_dynein_walking_11(X))
& fn_dynein_walking_10(X) != fn_dynein_walking_7(X)
& fn_dynein_walking_7(X) != fn_dynein_walking_10(X)
& has_function_2(fn_dynein_walking_6(X),fn_dynein_walking_1(X))
& agent_2(fn_dynein_walking_4(X),fn_dynein_walking_6(X))
& object_2(fn_dynein_walking_1(X),fn_dynein_walking_6(X))
& object_2(fn_dynein_walking_4(X),fn_dynein_walking_6(X))
& path_2(fn_dynein_walking_4(X),fn_dynein_walking_5(X))
& object_2(fn_dynein_walking_12(X),fn_dynein_walking_11(X))
& shape_2(fn_dynein_walking_11(X),fn_dynein_walking_10(X))
& shape_2(fn_dynein_walking_6(X),fn_dynein_walking_7(X))
& has_function_2(fn_dynein_walking_6(X),fn_dynein_walking_9(X))
& agent_2(fn_dynein_walking_9(X),fn_dynein_walking_6(X))
& object_2(fn_dynein_walking_8(X),fn_dynein_walking_6(X))
& causes_2(fn_dynein_walking_8(X),fn_dynein_walking_9(X))
& fn_dynein_walking_6(X) = fn_move_1(fn_dynein_walking_4(X))
& fn_dynein_walking_13(X) = fn_slide_2(fn_dynein_walking_4(X))
& fn_dynein_walking_5(X) = fn_slide_1(fn_dynein_walking_4(X))
& fn_dynein_walking_12(X) = fn_motor_protein_3(fn_dynein_walking_11(X))
& fn_dynein_walking_3(X) = fn_motor_protein_1(fn_dynein_walking_11(X))
& fn_dynein_walking_10(X) = fn_motor_protein_2(fn_dynein_walking_11(X))
& fn_dynein_walking_2(X) = fn_motor_protein_1(fn_dynein_walking_6(X))
& fn_dynein_walking_7(X) = fn_motor_protein_2(fn_dynein_walking_6(X))
& fn_dynein_walking_8(X) = fn_dynein_1(fn_dynein_walking_6(X))
& fn_dynein_walking_8(X) = fn_dynein_7(fn_dynein_walking_6(X))
& fn_dynein_walking_9(X) = fn_dynein_9(fn_dynein_walking_6(X))
& fn_dynein_7(fn_dynein_walking_6(X)) = fn_dynein_1(fn_dynein_walking_6(X))
& fn_dynein_1(fn_dynein_walking_6(X)) = fn_dynein_7(fn_dynein_walking_6(X)) ) ) ).
fof(a529134,axiom,
! [X] :
( dysprosium_1(X)
=> ( original_name_2(X,'Dysprosium')
& user_description_2(X,'Dysprosium is a metal atom with atomic number 66. It is represented by the symbol Dy.')
& concept2words_2(X,dysprosium)
& concept2words_2(X,dy)
& metal_atom_1(X)
& neutron_1(fn_dysprosium_4(X))
& atomic_mass_value_1(fn_dysprosium_5(X))
& valence_value_1(fn_dysprosium_6(X))
& electronegativity_value_1(fn_dysprosium_7(X))
& valence_electron_1(fn_dysprosium_11(X))
& atomic_weight_value_1(fn_dysprosium_12(X))
& atomic_number_value_1(fn_dysprosium_13(X))
& quantity_value_1(fn_dysprosium_14(X))
& electronegativity_2(X,fn_dysprosium_7(X))
& valence_2(X,fn_dysprosium_6(X))
& mass_number_2(X,fn_dysprosium_5(X))
& exactCardinality(X,has_part_0,"97",neutron_0)
& exactCardinality(X,has_part_0,"66",proton_0)
& exactCardinality(X,has_part_0,"66",electron_0)
& has_part_2(X,fn_dysprosium_4(X))
& the_cardinal_value_2(fn_dysprosium_14(X),"12")
& cardinal_unit_class_2(fn_dysprosium_14(X),unity_0)
& the_cardinal_value_2(fn_dysprosium_7(X),"1.22")
& cardinal_unit_class_2(fn_dysprosium_7(X),unity_0)
& the_cardinal_value_2(fn_dysprosium_6(X),"3")
& cardinal_unit_class_2(fn_dysprosium_6(X),unity_0)
& the_cardinal_value_2(fn_dysprosium_5(X),"163")
& cardinal_unit_class_2(fn_dysprosium_5(X),unity_0)
& the_cardinal_value_2(fn_dysprosium_13(X),"66")
& cardinal_unit_class_2(fn_dysprosium_13(X),unity_0)
& the_cardinal_value_2(fn_dysprosium_12(X),"162.5")
& cardinal_unit_class_2(fn_dysprosium_12(X),dalton_0)
& atomic_number_2(X,fn_dysprosium_13(X))
& atomic_weight_2(X,fn_dysprosium_12(X))
& has_part_2(X,fn_dysprosium_11(X))
& quantity_2(fn_dysprosium_11(X),fn_dysprosium_14(X))
& fn_dysprosium_9(X) = fn_atom_12(X)
& fn_dysprosium_13(X) = fn_atom_17(X)
& fn_dysprosium_10(X) = fn_atom_13(X)
& fn_dysprosium_12(X) = fn_atom_16(X)
& fn_dysprosium_8(X) = fn_atom_1(X)
& fn_dysprosium_14(X) = fn_atom_5(X)
& fn_dysprosium_11(X) = fn_atom_14(X) ) ) ).
fof(a529135,axiom,
! [X] :
( e_site_1(X)
=> ( original_name_2(X,'E-Site')
& description_2(X,'The site on the ribosome where the tRNA that has just given up the growing polypeptide chain dissociates from the ribosome.')
& user_description_2(X,'The third of three RNA binding sites on a ribisome that binds a tRNA molecule that has just transferred its amino acid to the growing polypeptide chain before it exits the ribisome.')
& concept2words_2(X,'exit site')
& concept2words_2(X,'exit-site')
& concept2words_2(X,'site of e')
& concept2words_2(X,'e site')
& concept2words_2(X,'e-site')
& ribosome_region_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X)
& role_1(fn_e_site_1(X))
& large_ribosomal_subunit_1(fn_e_site_2(X))
& ribosome_1(fn_e_site_3(X))
& translocation_during_translation_1(fn_e_site_4(X))
& role_1(fn_e_site_5(X))
& five_prime_end_of_mrna_1(fn_e_site_6(X))
& attach_1(fn_e_site_7(X))
& spatial_entity_1(fn_attach_2(fn_e_site_7(X)))
& is_near_2(fn_e_site_6(X),X)
& in_event_2(fn_e_site_5(X),fn_e_site_4(X))
& is_near_2(X,fn_e_site_6(X))
& plays_2(X,fn_e_site_1(X))
& plays_2(X,fn_e_site_5(X))
& has_part_2(fn_e_site_3(X),fn_e_site_2(X))
& has_region_2(fn_e_site_2(X),X)
& in_event_2(fn_e_site_1(X),fn_e_site_7(X))
& base_2(fn_e_site_7(X),X)
& X = fn_attach_2(fn_e_site_7(X)) ) ) ).
fof(a529136,axiom,
! [X] :
( ear_1(X)
=> ( original_name_2(X,'Ear')
& user_description_2(X,'The vertebrate sense organ for hearing and equilibrium.')
& concept2words_2(X,ear)
& sensory_organ_1(X) ) ) ).
fof(a529137,axiom,
! [X] :
( early_atherosclerosis_1(X)
=> ( original_name_2(X,'Early-Atherosclerosis')
& user_description_2(X,'Cholesterol accumulates in the blood, where it contributes to early atherosclerosis (the buildup of fat deposits on blood vessel linings).')
& concept2words_2(X,'arteriosclerotic vascular disease')
& concept2words_2(X,'arteriosclerotic-vascular-disease')
& concept2words_2(X,asvd)
& concept2words_2(X,'hardening of the arteries')
& concept2words_2(X,'hardening-of-the-arteries')
& concept2words_2(X,asvd)
& concept2words_2(X,'early atherosclerosis')
& concept2words_2(X,'early-atherosclerosis')
& atherosclerosis_1(X) ) ) ).
fof(a529138,axiom,
! [X] :
( early_embryo_1(X)
=> ( original_name_2(X,'Early-Embryo')
& user_description_2(X,'An embryo in the early stages of development is called as early embryo.')
& concept2words_2(X,'early embryo')
& concept2words_2(X,'early-embryo')
& embryo_1(X)
& ~ abnormal_cloned_embryo_1(X)
& ~ animal_embryo_1(X)
& ~ cloned_embryo_1(X)
& ~ eight_cell_embryo_1(X)
& ~ embryoid_1(X)
& ~ plant_embryo_1(X)
& ~ segmented_embryo_1(X)
& ~ two_cell_embryo_1(X)
& undifferentiated_cell_1(fn_early_embryo_1(X))
& has_part_2(X,fn_early_embryo_1(X))
& fn_early_embryo_1(X) = fn_embryo_1(X) ) ) ).
fof(a529139,axiom,
! [X] :
( early_invertebrate_1(X)
=> ( original_name_2(X,'Early-Invertebrate')
& user_description_2(X,'An invertebrate which appeared early in the geological record.')
& concept2words_2(X,'early invertebrate')
& concept2words_2(X,'early-invertebrate')
& invertebrate_1(X) ) ) ).
fof(a529140,axiom,
! [X] :
( early_prokaryote_1(X)
=> ( original_name_2(X,'Early-Prokaryote')
& user_description_2(X,'Early prokaryotes were Earth\'s sole inhabitants from at least 3.5 billion years ago to about 2.1 billion years ago.')
& concept2words_2(X,'early prokaryote')
& concept2words_2(X,'early-prokaryote')
& prokaryote_1(X) ) ) ).
fof(a529141,axiom,
! [X] :
( early_vertebrate_1(X)
=> ( original_name_2(X,'Early-vertebrate')
& user_description_2(X,'A vertebrate which appeared early in the geological record.')
& concept2words_2(X,'early vertebrate')
& concept2words_2(X,'early-vertebrate')
& vertebrate_1(X) ) ) ).
fof(a529142,axiom,
! [X] :
( earth_1(X)
=> ( original_name_2(X,'Earth')
& user_description_2(X,'Earth (or the Earth) is the third planet from the Sun and the densest and fifth-largest of the eight planets in the Solar System')
& concept2words_2(X,terra)
& concept2words_2(X,earth)
& celestial_body_1(X)
& ice_1(fn_earth_1(X))
& water_vapor_1(fn_earth_2(X))
& gravity_1(fn_earth_3(X))
& maintenance_1(fn_earth_4(X))
& water_1(fn_earth_5(X))
& atmosphere_1(fn_earth_6(X))
& tangible_entity_1(fn_earth_7(X))
& temperature_fluctuation_1(fn_earth_8(X))
& tangible_entity_1(fn_temperature_fluctuation_3(fn_earth_8(X)))
& base_2(fn_earth_4(X),fn_earth_7(X))
& agent_2(fn_earth_4(X),fn_earth_5(X))
& prevents_2(fn_earth_4(X),fn_earth_8(X))
& possesses_2(X,fn_earth_3(X))
& has_part_2(X,fn_earth_5(X))
& has_part_2(X,fn_earth_1(X))
& has_region_2(X,fn_earth_6(X))
& is_inside_2(fn_earth_2(X),fn_earth_6(X))
& object_2(fn_earth_8(X),fn_earth_7(X))
& fn_earth_7(X) = fn_temperature_fluctuation_3(fn_earth_8(X)) ) ) ).
fof(a529143,axiom,
! [X] :
( earth_pole_1(X)
=> ( original_name_2(X,'Earth-Pole')
& user_description_2(X,'One of the two poles on Earth (North and South Pole). The poles mark the ends of the axis that the Earth spins on.')
& concept2words_2(X,'earth\'s poles')
& concept2words_2(X,'pole of earth')
& concept2words_2(X,'earth pole')
& concept2words_2(X,'earth-pole')
& pole_1(X)
& geographic_region_1(X)
& ~ glacier_1(X)
& ~ tropical_region_1(X) ) ) ).
fof(a529144,axiom,
! [X] :
( earthworm_1(X)
=> ( original_name_2(X,'Earthworm')
& user_description_2(X,'A segmented worm of the phylum Annelida, commonly found living in soil.')
& concept2words_2(X,earthworm)
& oligochaete_1(X)
& mouth_1(fn_earthworm_1(X))
& extracellular_digestion_1(fn_earthworm_2(X))
& biological_region_1(fn_earthworm_3(X))
& region_1(fn_earthworm_4(X))
& secretor_1(fn_earthworm_5(X))
& tangible_entity_1(fn_earthworm_6(X))
& esophagus_1(fn_earthworm_7(X))
& intestine_1(fn_earthworm_8(X))
& anus_1(fn_earthworm_9(X))
& pharynx_1(fn_earthworm_10(X))
& gizzard_1(fn_earthworm_11(X))
& crop_1(fn_earthworm_12(X))
& protein_1(fn_earthworm_13(X))
& chemical_entity_1(fn_earthworm_14(X))
& carbohydrate_1(fn_earthworm_14(X))
& entity_1(fn_earthworm_15(X))
& chemical_entity_1(fn_earthworm_15(X))
& atom_1(fn_earthworm_15(X))
& carbon_1(fn_earthworm_15(X))
& spatial_entity_1(fn_earthworm_16(X))
& chemical_entity_1(fn_earthworm_16(X))
& monomer_1(fn_earthworm_16(X))
& molecule_1(fn_earthworm_16(X))
& amino_acid_1(fn_earthworm_16(X))
& organic_molecule_1(fn_earthworm_17(X))
& polypeptide_1(fn_earthworm_17(X))
& substance_1(fn_earthworm_18(X))
& chemical_1(fn_earthworm_19(X))
& tangible_entity_1(fn_earthworm_20(X))
& mixture_1(fn_earthworm_20(X))
& nutrition_1(fn_earthworm_21(X))
& spatial_entity_1(fn_earthworm_22(X))
& feces_1(fn_earthworm_22(X))
& move_out_of_1(fn_earthworm_23(X))
& tangible_entity_1(fn_earthworm_24(X))
& entity_1(fn_earthworm_24(X))
& chemical_entity_1(fn_earthworm_24(X))
& atom_1(fn_earthworm_24(X))
& oxygen_1(fn_earthworm_24(X))
& tangible_entity_1(fn_earthworm_25(X))
& entity_1(fn_earthworm_25(X))
& atom_1(fn_earthworm_25(X))
& oxygen_1(fn_earthworm_25(X))
& entity_1(fn_earthworm_26(X))
& chemical_entity_1(fn_earthworm_26(X))
& atom_1(fn_earthworm_26(X))
& hydrogen_1(fn_earthworm_26(X))
& entity_1(fn_earthworm_27(X))
& chemical_entity_1(fn_earthworm_27(X))
& atom_1(fn_earthworm_27(X))
& carbon_1(fn_earthworm_27(X))
& entity_1(fn_earthworm_28(X))
& chemical_entity_1(fn_earthworm_28(X))
& atom_1(fn_earthworm_28(X))
& hydrogen_1(fn_earthworm_28(X))
& tangible_entity_1(fn_earthworm_29(X))
& entity_1(fn_earthworm_29(X))
& chemical_entity_1(fn_earthworm_29(X))
& atom_1(fn_earthworm_29(X))
& nitrogen_1(fn_earthworm_29(X))
& animal_nutritional_requirement_1(fn_earthworm_30(X))
& spatial_entity_1(fn_move_1(fn_earthworm_23(X)))
& tangible_entity_1(fn_feces_1(fn_earthworm_22(X)))
& substance_1(fn_mixture_2(fn_earthworm_20(X)))
& substance_1(fn_mixture_1(fn_earthworm_20(X)))
& polypeptide_1(fn_animal_nutritional_requirement_40(fn_earthworm_30(X)))
& organic_molecule_1(fn_animal_nutritional_requirement_40(fn_earthworm_30(X)))
& protein_1(fn_animal_nutritional_requirement_46(fn_earthworm_30(X)))
& nutrition_1(fn_animal_nutritional_requirement_4(fn_earthworm_30(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_48(fn_earthworm_30(X)))
& carbohydrate_1(fn_animal_nutritional_requirement_48(fn_earthworm_30(X)))
& entity_1(fn_animal_nutritional_requirement_61(fn_earthworm_30(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_61(fn_earthworm_30(X)))
& atom_1(fn_animal_nutritional_requirement_61(fn_earthworm_30(X)))
& carbon_1(fn_animal_nutritional_requirement_61(fn_earthworm_30(X)))
& tangible_entity_1(fn_move_out_of_1(fn_earthworm_23(X)))
& animal_1(fn_animal_nutritional_requirement_6(fn_earthworm_30(X)))
& tangible_entity_1(fn_polypeptide_101(fn_earthworm_17(X)))
& entity_1(fn_polypeptide_101(fn_earthworm_17(X)))
& oxygen_1(fn_polypeptide_101(fn_earthworm_17(X)))
& atom_1(fn_polypeptide_101(fn_earthworm_17(X)))
& oxygen_1(fn_amino_acid_27(fn_earthworm_16(X)))
& tangible_entity_1(fn_polypeptide_100(fn_earthworm_17(X)))
& entity_1(fn_polypeptide_100(fn_earthworm_17(X)))
& oxygen_1(fn_polypeptide_100(fn_earthworm_17(X)))
& atom_1(fn_polypeptide_100(fn_earthworm_17(X)))
& oxygen_1(fn_amino_acid_11(fn_earthworm_16(X)))
& entity_1(fn_polypeptide_15(fn_earthworm_17(X)))
& chemical_entity_1(fn_polypeptide_15(fn_earthworm_17(X)))
& atom_1(fn_polypeptide_15(fn_earthworm_17(X)))
& oxygen_1(fn_polypeptide_15(fn_earthworm_17(X)))
& entity_1(fn_amino_acid_24(fn_earthworm_16(X)))
& chemical_entity_1(fn_amino_acid_24(fn_earthworm_16(X)))
& atom_1(fn_amino_acid_24(fn_earthworm_16(X)))
& carbon_1(fn_amino_acid_24(fn_earthworm_16(X)))
& entity_1(fn_polypeptide_119(fn_earthworm_17(X)))
& chemical_entity_1(fn_polypeptide_119(fn_earthworm_17(X)))
& atom_1(fn_polypeptide_119(fn_earthworm_17(X)))
& carbon_1(fn_polypeptide_119(fn_earthworm_17(X)))
& entity_1(fn_amino_acid_22(fn_earthworm_16(X)))
& chemical_entity_1(fn_amino_acid_22(fn_earthworm_16(X)))
& atom_1(fn_amino_acid_22(fn_earthworm_16(X)))
& hydrogen_1(fn_amino_acid_22(fn_earthworm_16(X)))
& entity_1(fn_amino_acid_28(fn_earthworm_16(X)))
& chemical_entity_1(fn_amino_acid_28(fn_earthworm_16(X)))
& atom_1(fn_amino_acid_28(fn_earthworm_16(X)))
& hydrogen_1(fn_amino_acid_28(fn_earthworm_16(X)))
& entity_1(fn_polypeptide_89(fn_earthworm_17(X)))
& chemical_entity_1(fn_polypeptide_89(fn_earthworm_17(X)))
& atom_1(fn_polypeptide_89(fn_earthworm_17(X)))
& hydrogen_1(fn_polypeptide_89(fn_earthworm_17(X)))
& entity_1(fn_polypeptide_118(fn_earthworm_17(X)))
& chemical_entity_1(fn_polypeptide_118(fn_earthworm_17(X)))
& atom_1(fn_polypeptide_118(fn_earthworm_17(X)))
& hydrogen_1(fn_polypeptide_118(fn_earthworm_17(X)))
& entity_1(fn_polypeptide_120(fn_earthworm_17(X)))
& chemical_entity_1(fn_polypeptide_120(fn_earthworm_17(X)))
& atom_1(fn_polypeptide_120(fn_earthworm_17(X)))
& hydrogen_1(fn_polypeptide_120(fn_earthworm_17(X)))
& entity_1(fn_polypeptide_44(fn_earthworm_17(X)))
& chemical_entity_1(fn_polypeptide_44(fn_earthworm_17(X)))
& atom_1(fn_polypeptide_44(fn_earthworm_17(X)))
& hydrogen_1(fn_polypeptide_44(fn_earthworm_17(X)))
& chemical_entity_1(fn_amino_acid_17(fn_earthworm_16(X)))
& tangible_entity_1(fn_amino_acid_17(fn_earthworm_16(X)))
& entity_1(fn_amino_acid_17(fn_earthworm_16(X)))
& atom_1(fn_amino_acid_17(fn_earthworm_16(X)))
& nitrogen_1(fn_amino_acid_17(fn_earthworm_16(X)))
& tangible_entity_1(fn_polypeptide_91(fn_earthworm_17(X)))
& entity_1(fn_polypeptide_91(fn_earthworm_17(X)))
& chemical_entity_1(fn_polypeptide_91(fn_earthworm_17(X)))
& atom_1(fn_polypeptide_91(fn_earthworm_17(X)))
& nitrogen_1(fn_polypeptide_91(fn_earthworm_17(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_62(fn_earthworm_30(X)))
& tangible_entity_1(fn_animal_nutritional_requirement_62(fn_earthworm_30(X)))
& entity_1(fn_animal_nutritional_requirement_62(fn_earthworm_30(X)))
& atom_1(fn_animal_nutritional_requirement_62(fn_earthworm_30(X)))
& nitrogen_1(fn_animal_nutritional_requirement_62(fn_earthworm_30(X)))
& tangible_entity_1(fn_polypeptide_125(fn_earthworm_17(X)))
& entity_1(fn_polypeptide_125(fn_earthworm_17(X)))
& chemical_entity_1(fn_polypeptide_125(fn_earthworm_17(X)))
& atom_1(fn_polypeptide_125(fn_earthworm_17(X)))
& nitrogen_1(fn_polypeptide_125(fn_earthworm_17(X)))
& spatial_entity_1(fn_polypeptide_83(fn_earthworm_17(X)))
& chemical_entity_1(fn_polypeptide_83(fn_earthworm_17(X)))
& monomer_1(fn_polypeptide_83(fn_earthworm_17(X)))
& molecule_1(fn_polypeptide_83(fn_earthworm_17(X)))
& amino_acid_1(fn_polypeptide_83(fn_earthworm_17(X)))
& chemical_entity_1(fn_polypeptide_82(fn_earthworm_17(X)))
& monomer_1(fn_polypeptide_82(fn_earthworm_17(X)))
& molecule_1(fn_polypeptide_82(fn_earthworm_17(X)))
& amino_acid_1(fn_polypeptide_82(fn_earthworm_17(X)))
& next_element_2(fn_earthworm_12(X),fn_earthworm_11(X))
& next_element_2(fn_earthworm_11(X),fn_earthworm_8(X))
& next_element_2(fn_earthworm_10(X),fn_earthworm_7(X))
& next_element_2(fn_earthworm_8(X),fn_earthworm_9(X))
& next_element_2(fn_earthworm_7(X),fn_earthworm_12(X))
& has_part_2(X,fn_earthworm_1(X))
& has_part_2(X,fn_earthworm_12(X))
& has_part_2(X,fn_earthworm_11(X))
& has_part_2(X,fn_earthworm_10(X))
& has_part_2(X,fn_earthworm_9(X))
& has_part_2(X,fn_earthworm_8(X))
& has_part_2(X,fn_earthworm_7(X))
& plays_2(X,fn_earthworm_5(X))
& fn_earthworm_6(X) != fn_earthworm_18(X)
& fn_earthworm_18(X) != fn_earthworm_6(X)
& has_part_2(fn_earthworm_20(X),fn_earthworm_6(X))
& is_outside_2(fn_earthworm_4(X),X)
& is_inside_2(fn_earthworm_3(X),X)
& destination_2(fn_earthworm_23(X),fn_earthworm_4(X))
& origin_2(fn_earthworm_23(X),fn_earthworm_3(X))
& beneficiary_2(fn_earthworm_2(X),X)
& next_element_2(fn_earthworm_1(X),fn_earthworm_10(X))
& object_2(fn_earthworm_23(X),fn_earthworm_22(X))
& has_part_2(fn_earthworm_22(X),fn_earthworm_20(X))
& has_part_2(fn_earthworm_20(X),fn_earthworm_19(X))
& base_2(fn_earthworm_23(X),X)
& has_part_2(fn_earthworm_20(X),fn_earthworm_18(X))
& fn_earthworm_26(X) != fn_earthworm_25(X)
& fn_earthworm_25(X) != fn_earthworm_26(X)
& element_2(fn_earthworm_30(X),fn_earthworm_29(X))
& agent_2(fn_earthworm_21(X),X)
& element_2(fn_earthworm_30(X),fn_earthworm_15(X))
& has_part_2(fn_earthworm_14(X),fn_earthworm_15(X))
& result_2(fn_earthworm_21(X),fn_earthworm_14(X))
& result_2(fn_earthworm_21(X),fn_earthworm_13(X))
& has_part_2(fn_earthworm_13(X),fn_earthworm_17(X))
& has_part_2(fn_earthworm_16(X),fn_earthworm_25(X))
& fn_earthworm_24(X) != fn_earthworm_25(X)
& fn_earthworm_25(X) != fn_earthworm_24(X)
& fn_earthworm_27(X) != fn_earthworm_25(X)
& fn_earthworm_25(X) != fn_earthworm_27(X)
& has_part_2(fn_earthworm_16(X),fn_earthworm_24(X))
& has_part_2(fn_earthworm_16(X),fn_earthworm_26(X))
& fn_earthworm_27(X) != fn_earthworm_28(X)
& fn_earthworm_28(X) != fn_earthworm_27(X)
& has_part_2(fn_earthworm_16(X),fn_earthworm_28(X))
& has_part_2(fn_earthworm_16(X),fn_earthworm_27(X))
& fn_earthworm_27(X) != fn_earthworm_26(X)
& fn_earthworm_24(X) != fn_earthworm_27(X)
& fn_earthworm_27(X) != fn_earthworm_24(X)
& fn_earthworm_26(X) != fn_earthworm_27(X)
& fn_earthworm_29(X) != fn_earthworm_28(X)
& fn_earthworm_28(X) != fn_earthworm_29(X)
& fn_earthworm_24(X) != fn_earthworm_28(X)
& fn_earthworm_28(X) != fn_earthworm_24(X)
& fn_earthworm_26(X) != fn_earthworm_28(X)
& fn_earthworm_28(X) != fn_earthworm_26(X)
& has_part_2(fn_earthworm_17(X),fn_earthworm_16(X))
& has_part_2(fn_earthworm_16(X),fn_earthworm_29(X))
& fn_earthworm_29(X) != fn_earthworm_27(X)
& fn_earthworm_26(X) != fn_earthworm_29(X)
& fn_earthworm_29(X) != fn_earthworm_26(X)
& fn_earthworm_27(X) != fn_earthworm_29(X)
& fn_earthworm_22(X) = fn_move_1(fn_earthworm_23(X))
& fn_earthworm_20(X) = fn_feces_1(fn_earthworm_22(X))
& fn_earthworm_19(X) = fn_mixture_2(fn_earthworm_20(X))
& X = fn_move_out_of_1(fn_earthworm_23(X))
& fn_earthworm_18(X) = fn_mixture_1(fn_earthworm_20(X))
& fn_earthworm_29(X) = fn_animal_nutritional_requirement_62(fn_earthworm_30(X))
& X = fn_animal_nutritional_requirement_6(fn_earthworm_30(X))
& fn_earthworm_17(X) = fn_animal_nutritional_requirement_40(fn_earthworm_30(X))
& fn_earthworm_13(X) = fn_animal_nutritional_requirement_46(fn_earthworm_30(X))
& fn_earthworm_21(X) = fn_animal_nutritional_requirement_4(fn_earthworm_30(X))
& fn_earthworm_14(X) = fn_animal_nutritional_requirement_48(fn_earthworm_30(X))
& fn_earthworm_15(X) = fn_animal_nutritional_requirement_61(fn_earthworm_30(X))
& fn_earthworm_25(X) = fn_amino_acid_11(fn_earthworm_16(X))
& fn_earthworm_25(X) = fn_polypeptide_101(fn_earthworm_17(X))
& fn_earthworm_24(X) = fn_polypeptide_100(fn_earthworm_17(X))
& fn_earthworm_25(X) = fn_amino_acid_27(fn_earthworm_16(X))
& fn_earthworm_28(X) = fn_polypeptide_120(fn_earthworm_17(X))
& fn_earthworm_26(X) = fn_polypeptide_118(fn_earthworm_17(X))
& fn_earthworm_24(X) = fn_amino_acid_27(fn_earthworm_16(X))
& fn_earthworm_28(X) = fn_amino_acid_22(fn_earthworm_16(X))
& fn_earthworm_26(X) = fn_polypeptide_120(fn_earthworm_17(X))
& fn_earthworm_24(X) = fn_amino_acid_11(fn_earthworm_16(X))
& fn_earthworm_28(X) = fn_amino_acid_28(fn_earthworm_16(X))
& fn_earthworm_24(X) = fn_polypeptide_15(fn_earthworm_17(X))
& fn_earthworm_28(X) = fn_polypeptide_118(fn_earthworm_17(X))
& fn_earthworm_27(X) = fn_amino_acid_24(fn_earthworm_16(X))
& fn_earthworm_27(X) = fn_polypeptide_119(fn_earthworm_17(X))
& fn_earthworm_26(X) = fn_amino_acid_22(fn_earthworm_16(X))
& fn_earthworm_26(X) = fn_amino_acid_28(fn_earthworm_16(X))
& fn_earthworm_26(X) = fn_polypeptide_89(fn_earthworm_17(X))
& fn_earthworm_26(X) = fn_polypeptide_44(fn_earthworm_17(X))
& fn_earthworm_29(X) = fn_amino_acid_17(fn_earthworm_16(X))
& fn_earthworm_29(X) = fn_polypeptide_91(fn_earthworm_17(X))
& fn_earthworm_29(X) = fn_polypeptide_125(fn_earthworm_17(X))
& fn_earthworm_16(X) = fn_polypeptide_83(fn_earthworm_17(X))
& fn_earthworm_16(X) = fn_polypeptide_82(fn_earthworm_17(X))
& fn_move_out_of_1(fn_earthworm_23(X)) = fn_animal_nutritional_requirement_6(fn_earthworm_30(X))
& fn_animal_nutritional_requirement_6(fn_earthworm_30(X)) = fn_amino_acid_11(fn_earthworm_16(X))
& fn_amino_acid_11(fn_earthworm_16(X)) = fn_polypeptide_101(fn_earthworm_17(X))
& fn_polypeptide_101(fn_earthworm_17(X)) = fn_amino_acid_11(fn_earthworm_16(X))
& fn_amino_acid_11(fn_earthworm_16(X)) = fn_amino_acid_27(fn_earthworm_16(X))
& fn_amino_acid_27(fn_earthworm_16(X)) = fn_amino_acid_27(fn_earthworm_16(X))
& fn_amino_acid_27(fn_earthworm_16(X)) = fn_polypeptide_100(fn_earthworm_17(X))
& fn_polypeptide_100(fn_earthworm_17(X)) = fn_amino_acid_27(fn_earthworm_16(X))
& fn_amino_acid_27(fn_earthworm_16(X)) = fn_amino_acid_11(fn_earthworm_16(X))
& fn_amino_acid_11(fn_earthworm_16(X)) = fn_polypeptide_100(fn_earthworm_17(X))
& fn_polypeptide_100(fn_earthworm_17(X)) = fn_amino_acid_11(fn_earthworm_16(X))
& fn_amino_acid_11(fn_earthworm_16(X)) = fn_amino_acid_11(fn_earthworm_16(X))
& fn_polypeptide_15(fn_earthworm_17(X)) = fn_amino_acid_11(fn_earthworm_16(X))
& fn_amino_acid_11(fn_earthworm_16(X)) = fn_polypeptide_15(fn_earthworm_17(X))
& fn_polypeptide_15(fn_earthworm_17(X)) = fn_polypeptide_15(fn_earthworm_17(X))
& fn_polypeptide_15(fn_earthworm_17(X)) = fn_amino_acid_22(fn_earthworm_16(X))
& fn_polypeptide_120(fn_earthworm_17(X)) = fn_amino_acid_28(fn_earthworm_16(X))
& fn_amino_acid_28(fn_earthworm_16(X)) = fn_polypeptide_120(fn_earthworm_17(X))
& fn_polypeptide_118(fn_earthworm_17(X)) = fn_polypeptide_118(fn_earthworm_17(X))
& fn_polypeptide_118(fn_earthworm_17(X)) = fn_amino_acid_24(fn_earthworm_16(X))
& fn_amino_acid_24(fn_earthworm_16(X)) = fn_amino_acid_24(fn_earthworm_16(X))
& fn_polypeptide_119(fn_earthworm_17(X)) = fn_polypeptide_119(fn_earthworm_17(X))
& fn_polypeptide_119(fn_earthworm_17(X)) = fn_amino_acid_24(fn_earthworm_16(X))
& fn_amino_acid_24(fn_earthworm_16(X)) = fn_polypeptide_119(fn_earthworm_17(X))
& fn_polypeptide_119(fn_earthworm_17(X)) = fn_amino_acid_28(fn_earthworm_16(X))
& fn_amino_acid_22(fn_earthworm_16(X)) = fn_amino_acid_22(fn_earthworm_16(X))
& fn_amino_acid_28(fn_earthworm_16(X)) = fn_amino_acid_22(fn_earthworm_16(X))
& fn_amino_acid_22(fn_earthworm_16(X)) = fn_amino_acid_28(fn_earthworm_16(X))
& fn_polypeptide_89(fn_earthworm_17(X)) = fn_amino_acid_28(fn_earthworm_16(X))
& fn_amino_acid_28(fn_earthworm_16(X)) = fn_amino_acid_28(fn_earthworm_16(X))
& fn_amino_acid_28(fn_earthworm_16(X)) = fn_polypeptide_89(fn_earthworm_17(X))
& fn_polypeptide_89(fn_earthworm_17(X)) = fn_polypeptide_89(fn_earthworm_17(X))
& fn_polypeptide_89(fn_earthworm_17(X)) = fn_polypeptide_118(fn_earthworm_17(X))
& fn_polypeptide_118(fn_earthworm_17(X)) = fn_polypeptide_89(fn_earthworm_17(X))
& fn_polypeptide_89(fn_earthworm_17(X)) = fn_polypeptide_120(fn_earthworm_17(X))
& fn_polypeptide_120(fn_earthworm_17(X)) = fn_polypeptide_118(fn_earthworm_17(X))
& fn_polypeptide_118(fn_earthworm_17(X)) = fn_polypeptide_120(fn_earthworm_17(X))
& fn_polypeptide_120(fn_earthworm_17(X)) = fn_polypeptide_120(fn_earthworm_17(X))
& fn_polypeptide_120(fn_earthworm_17(X)) = fn_polypeptide_44(fn_earthworm_17(X))
& fn_polypeptide_44(fn_earthworm_17(X)) = fn_polypeptide_44(fn_earthworm_17(X))
& fn_polypeptide_44(fn_earthworm_17(X)) = fn_amino_acid_17(fn_earthworm_16(X))
& fn_amino_acid_17(fn_earthworm_16(X)) = fn_amino_acid_17(fn_earthworm_16(X))
& fn_polypeptide_91(fn_earthworm_17(X)) = fn_amino_acid_17(fn_earthworm_16(X))
& fn_amino_acid_17(fn_earthworm_16(X)) = fn_polypeptide_91(fn_earthworm_17(X))
& fn_animal_nutritional_requirement_62(fn_earthworm_30(X)) = fn_polypeptide_91(fn_earthworm_17(X))
& fn_polypeptide_91(fn_earthworm_17(X)) = fn_polypeptide_91(fn_earthworm_17(X))
& fn_polypeptide_91(fn_earthworm_17(X)) = fn_animal_nutritional_requirement_62(fn_earthworm_30(X))
& fn_animal_nutritional_requirement_62(fn_earthworm_30(X)) = fn_polypeptide_125(fn_earthworm_17(X))
& fn_polypeptide_125(fn_earthworm_17(X)) = fn_polypeptide_125(fn_earthworm_17(X))
& fn_polypeptide_125(fn_earthworm_17(X)) = fn_polypeptide_82(fn_earthworm_17(X))
& fn_polypeptide_82(fn_earthworm_17(X)) = fn_polypeptide_82(fn_earthworm_17(X))
& fn_polypeptide_82(fn_earthworm_17(X)) = fn_polypeptide_83(fn_earthworm_17(X))
& fn_polypeptide_83(fn_earthworm_17(X)) = fn_polypeptide_82(fn_earthworm_17(X)) ) ) ).
fof(a529145,axiom,
! [X] :
( earthworm_digestive_system_1(X)
=> ( original_name_2(X,'Earthworm-Digestive-System')
& user_description_2(X,'A system of organs in a earthworm\'s body which is responsible for the digestion and absorption of nutrients from food.')
& concept2words_2(X,'earthworm digestive system')
& concept2words_2(X,'earthworm-digestive-system')
& digestive_system_1(X)
& anus_1(fn_earthworm_digestive_system_1(X))
& mouth_1(fn_earthworm_digestive_system_2(X))
& intestine_1(fn_earthworm_digestive_system_3(X))
& crop_1(fn_earthworm_digestive_system_4(X))
& gizzard_1(fn_earthworm_digestive_system_5(X))
& quantity_value_1(fn_earthworm_digestive_system_6(X))
& length_value_1(fn_earthworm_digestive_system_7(X))
& length_value_1(fn_earthworm_digestive_system_8(X))
& shape_value_1(fn_earthworm_digestive_system_12(X))
& digestive_organ_1(fn_earthworm_digestive_system_14(X))
& esophagus_1(fn_earthworm_digestive_system_14(X))
& alimentary_canal_1(fn_earthworm_digestive_system_15(X))
& pharynx_1(fn_earthworm_digestive_system_16(X))
& muscle_1(fn_earthworm_digestive_system_17(X))
& tissue_1(fn_organ_1(fn_earthworm_digestive_system_16(X)))
& alimentary_canal_1(fn_esophagus_8(fn_earthworm_digestive_system_14(X)))
& element_2(X,fn_earthworm_digestive_system_16(X))
& element_2(X,fn_earthworm_digestive_system_5(X))
& element_2(X,fn_earthworm_digestive_system_4(X))
& element_2(X,fn_earthworm_digestive_system_3(X))
& element_2(X,fn_earthworm_digestive_system_2(X))
& element_2(X,fn_earthworm_digestive_system_1(X))
& has_region_2(X,fn_earthworm_digestive_system_15(X))
& length_2(fn_earthworm_digestive_system_14(X),fn_earthworm_digestive_system_7(X))
& next_element_2(fn_earthworm_digestive_system_14(X),fn_earthworm_digestive_system_4(X))
& shape_2(fn_earthworm_digestive_system_15(X),fn_earthworm_digestive_system_12(X))
& next_element_2(fn_earthworm_digestive_system_2(X),fn_earthworm_digestive_system_16(X))
& next_element_2(fn_earthworm_digestive_system_3(X),fn_earthworm_digestive_system_1(X))
& length_2(fn_earthworm_digestive_system_3(X),fn_earthworm_digestive_system_8(X))
& next_element_2(fn_earthworm_digestive_system_4(X),fn_earthworm_digestive_system_5(X))
& next_element_2(fn_earthworm_digestive_system_5(X),fn_earthworm_digestive_system_3(X))
& next_element_2(fn_earthworm_digestive_system_16(X),fn_earthworm_digestive_system_14(X))
& the_scalar_value_2(fn_earthworm_digestive_system_6(X),high_0)
& scalar_unit_class_2(fn_earthworm_digestive_system_6(X),tissue_0)
& quantity_2(fn_earthworm_digestive_system_17(X),fn_earthworm_digestive_system_6(X))
& the_scalar_value_2(fn_earthworm_digestive_system_7(X),short_0)
& scalar_unit_class_2(fn_earthworm_digestive_system_7(X),digestive_organ_0)
& the_scalar_value_2(fn_earthworm_digestive_system_8(X),long_0)
& scalar_unit_class_2(fn_earthworm_digestive_system_8(X),organ_0)
& the_categorical_value_2(fn_earthworm_digestive_system_12(X),line_0)
& has_part_2(fn_earthworm_digestive_system_16(X),fn_earthworm_digestive_system_17(X))
& element_2(X,fn_earthworm_digestive_system_14(X))
& is_inside_2(fn_earthworm_digestive_system_14(X),fn_earthworm_digestive_system_15(X))
& fn_earthworm_digestive_system_17(X) = fn_organ_1(fn_earthworm_digestive_system_16(X))
& fn_earthworm_digestive_system_14(X) = fn_digestive_system_1(X)
& fn_earthworm_digestive_system_15(X) = fn_esophagus_8(fn_earthworm_digestive_system_14(X)) ) ) ).
fof(a529146,axiom,
! [X] :
( eat_1(X)
=> ( original_name_2(X,'Eat')
& concept2words_2(X,eat)
& concept2words_2(X,feed)
& take_in_1(X)
& ~ absorb_1(X)
& ~ absorption_of_energy_by_electron_1(X)
& food_1(fn_eat_1(X))
& tangible_entity_1(fn_eat_2(X))
& animal_1(fn_eat_3(X))
& plays_2(fn_eat_2(X),fn_eat_1(X))
& in_event_2(fn_eat_1(X),X)
& agent_2(X,fn_eat_3(X))
& base_2(X,fn_eat_3(X))
& object_2(X,fn_eat_2(X))
& fn_eat_3(X) = fn_take_in_1(X)
& fn_eat_2(X) = fn_move_1(X) ) ) ).
fof(a529147,axiom,
! [X] :
( eating_by_protist_1(X)
=> ( original_name_2(X,'Eating-By-Protist')
& user_description_2(X,'An act representing feed: take in food by protist')
& concept2words_2(X,eat)
& concept2words_2(X,'eating by protist')
& concept2words_2(X,'eating-by-protist')
& eat_1(X)
& nutrient_1(fn_eating_by_protist_1(X))
& take_in_1(fn_eating_by_protist_2(X))
& phagocytosis_1(fn_eating_by_protist_3(X))
& monosaccharide_1(fn_eating_by_protist_4(X))
& spatial_entity_1(fn_eating_by_protist_5(X))
& spatial_entity_1(fn_eating_by_protist_6(X))
& tangible_entity_1(fn_eating_by_protist_7(X))
& protist_1(fn_eating_by_protist_8(X))
& take_apart_1(fn_eating_by_protist_9(X))
& barrier_1(fn_eating_by_protist_10(X))
& container_1(fn_eating_by_protist_11(X))
& barrier_1(fn_eating_by_protist_11(X))
& tangible_entity_1(fn_impair_1(fn_eating_by_protist_9(X)))
& tangible_entity_1(fn_barrier_1(fn_eating_by_protist_10(X)))
& tangible_entity_1(fn_barrier_1(fn_eating_by_protist_11(X)))
& plays_2(fn_eating_by_protist_7(X),fn_eating_by_protist_1(X))
& subevent_2(X,fn_eating_by_protist_9(X))
& subevent_2(X,fn_eating_by_protist_3(X))
& subevent_2(X,fn_eating_by_protist_2(X))
& origin_2(X,fn_eating_by_protist_6(X))
& destination_2(X,fn_eating_by_protist_5(X))
& next_event_2(fn_eating_by_protist_2(X),fn_eating_by_protist_9(X))
& next_event_2(fn_eating_by_protist_3(X),fn_eating_by_protist_2(X))
& result_2(fn_eating_by_protist_9(X),fn_eating_by_protist_4(X))
& is_inside_2(fn_eating_by_protist_5(X),fn_eating_by_protist_8(X))
& is_outside_2(fn_eating_by_protist_6(X),fn_eating_by_protist_8(X))
& plays_2(fn_eating_by_protist_8(X),fn_eating_by_protist_10(X))
& base_2(X,fn_eating_by_protist_8(X))
& agent_2(X,fn_eating_by_protist_8(X))
& object_2(fn_eating_by_protist_9(X),fn_eating_by_protist_7(X))
& in_event_2(fn_eating_by_protist_11(X),X)
& plays_2(fn_eating_by_protist_8(X),fn_eating_by_protist_11(X))
& fn_eating_by_protist_8(X) = fn_barrier_1(fn_eating_by_protist_10(X))
& fn_eating_by_protist_8(X) = fn_take_in_1(X)
& fn_eating_by_protist_7(X) = fn_impair_1(fn_eating_by_protist_9(X))
& fn_eating_by_protist_11(X) = fn_move_into_2(X)
& fn_eating_by_protist_8(X) = fn_barrier_1(fn_eating_by_protist_11(X))
& fn_barrier_1(fn_eating_by_protist_10(X)) = fn_take_in_1(X)
& fn_take_in_1(X) = fn_take_in_1(X)
& fn_take_in_1(X) = fn_barrier_1(fn_eating_by_protist_11(X)) ) ) ).
fof(a529148,axiom,
! [X] :
( ebola_virus_1(X)
=> ( original_name_2(X,'Ebola-Virus')
& user_description_2(X,'A virus that that causes hemorrhagic fever, an often fatal syndrome characterized by fever, vomiting, massive bleeding, and circulatory system collapse.')
& concept2words_2(X,'virus of ebola')
& concept2words_2(X,'ebola virus')
& concept2words_2(X,'ebola-virus')
& rna_virus_1(X)
& ~ hantavirus_1(X)
& ~ influenza_virus_1(X)
& ~ nipah_virus_1(X)
& ~ retrovirus_1(X)
& ~ rna_virus_class_iv_1(X)
& ~ rna_virus_class_v_1(X) ) ) ).
fof(a529149,axiom,
! [X] :
( ecdysone_1(X)
=> ( original_name_2(X,'Ecdysone')
& user_description_2(X,'A steroid hormone, secreted by the prothoracic glands, that triggers molting in arthropods.')
& concept2words_2(X,ecdysone)
& steroid_hormone_1(X)
& ~ aldosterone_1(X)
& ~ brassinosteroid_1(X)
& ~ corticosteroid_1(X)
& ~ estradiol_1(X)
& ~ progesterone_1(X)
& ~ testosterone_1(X) ) ) ).
fof(a529150,axiom,
! [X] :
( ecdysozoan_1(X)
=> ( original_name_2(X,'Ecdysozoan')
& user_description_2(X,'Member of a group of protostome animal phyla, including arthropods and nematodes, that molt their exoskeleton. The grouping is also supported by molecular evidence.')
& concept2words_2(X,ecdysozoan)
& animal_1(X) ) ) ).
fof(a529151,axiom,
! [X] :
( echidna_1(X)
=> ( original_name_2(X,'Echidna')
& user_description_2(X,'Also known as spiny ant eaters. Echidnas are monotremes (egg-laying mammals) that superficially resemble hedgehogs.')
& concept2words_2(X,echidna)
& monotreme_1(X) ) ) ).
fof(a529152,axiom,
! [X] :
( echinoderm_1(X)
=> ( original_name_2(X,'Echinoderm')
& user_description_2(X,'Member of the phylum Echinodermata, a group of sessils marine invertebrates characterized by pentaradial symmetry as adults, bilateral symmetry as larvae, and a unique water vascular system. Echinoderms include sea stars, brittle stars, sea urchins, sand dollars, sea cucumbers, and feather stars.')
& concept2words_2(X,echinoderm)
& deuterostomia_1(X)
& ~ ammonite_1(X)
& ~ annelid_1(X)
& ~ arthropod_1(X)
& ~ bryozoan_1(X)
& ~ cnidaria_1(X)
& ~ ctenophora_1(X)
& ~ lophotrochozoan_1(X)
& ~ mollusc_1(X)
& ~ nematode_1(X)
& ~ nemertea_1(X)
& ~ phoronid_1(X)
& ~ platyhelminthes_1(X)
& ~ porifera_1(X)
& ~ rotifer_1(X) ) ) ).
fof(a529153,axiom,
! [X] :
( ecological_community_1(X)
=> ( original_name_2(X,'Ecological-Community')
& user_description_2(X,'All the organisms that inhabit a particular area; an assemblage of populations of different species living close enough together for potential interaction.')
& concept2words_2(X,'community as ecological grouping')
& concept2words_2(X,'ecological community')
& concept2words_2(X,'ecological-community')
& community_1(X)
& population_1(fn_ecological_community_1(X))
& interact_1(fn_ecological_community_2(X))
& population_1(fn_ecological_community_3(X))
& species_1(fn_ecological_community_4(X))
& species_1(fn_ecological_community_5(X))
& element_2(fn_ecological_community_3(X),fn_ecological_community_4(X))
& element_2(fn_ecological_community_3(X),fn_ecological_community_5(X))
& fn_ecological_community_3(X) != fn_ecological_community_1(X)
& experiencer_2(fn_ecological_community_2(X),fn_ecological_community_4(X))
& experiencer_2(fn_ecological_community_2(X),fn_ecological_community_5(X))
& element_2(X,fn_ecological_community_1(X))
& element_2(X,fn_ecological_community_3(X))
& fn_ecological_community_1(X) != fn_ecological_community_3(X) ) ) ).
fof(a529154,axiom,
! [X] :
( ecological_grouping_1(X)
=> ( original_name_2(X,'Ecological-Grouping')
& user_description_2(X,'Groups of individuals or areas related by their interactions with each other and the environment.')
& concept2words_2(X,'ecological grouping')
& concept2words_2(X,'ecological-grouping')
& classification_unit_1(X)
& ~ ingroup_1(X)
& ~ outgroup_1(X)
& ~ polyphyletic_1(X) ) ) ).
fof(a529155,axiom,
! [X] :
( ecological_model_1(X)
=> ( original_name_2(X,'Ecological-Model')
& user_description_2(X,'A model representating an ecological theory or process.')
& concept2words_2(X,'ecological model')
& concept2words_2(X,'ecological-model')
& model_1(X)
& ~ closed_system_1(X)
& ~ cognitive_map_1(X)
& ~ five_kingdom_system_1(X)
& ~ fluid_mosaic_model_1(X)
& ~ molecular_formula_1(X)
& ~ open_system_1(X)
& ~ representation_of_data_1(X)
& ~ sandwich_model_1(X)
& ~ stable_system_1(X)
& ~ thermodynamic_system_1(X)
& ~ unstable_system_1(X) ) ) ).
fof(a529156,axiom,
! [X] :
( ecological_niche_1(X)
=> ( original_name_2(X,'Ecological-Niche')
& user_description_2(X,'A description of how an individual or speces responds to the distribution of biotic and abiotic factors in the environment, and how it in turns alters the distribution of those factors.')
& concept2words_2(X,'ecological niche')
& concept2words_2(X,'ecological-niche')
& ecological_role_1(X)
& ~ keystone_species_1(X)
& ~ pollinator_1(X) ) ) ).
fof(a529157,axiom,
! [X] :
( ecological_process_1(X)
=> ( original_name_2(X,'Ecological-Process')
& user_description_2(X,'Any process that occurs at the level of ecosystems.')
& concept2words_2(X,'ecological process')
& concept2words_2(X,'ecological-process')
& biological_process_1(X) ) ) ).
fof(a529158,axiom,
! [X] :
( ecological_pyramid_1(X)
=> ( original_name_2(X,'Ecological-Pyramid')
& user_description_2(X,'A diagram that represents the productivity or biomass of each trophic level in a particular ecosystem.')
& concept2words_2(X,'ecological pyramid')
& concept2words_2(X,'ecological-pyramid')
& ecological_model_1(X)
& ~ trophic_cascade_model_1(X)
& ~ trophic_structure_1(X) ) ) ).
fof(a529159,axiom,
! [X] :
( ecological_region_1(X)
=> ( original_name_2(X,'Ecological-Region')
& description_2(X,'A region of an ecological entity.')
& concept2words_2(X,'ecological region')
& concept2words_2(X,'ecological-region')
& biological_region_1(X) ) ) ).
fof(a529160,axiom,
! [X] :
( ecological_relationship_1(X)
=> ( original_name_2(X,'Ecological-Relationship')
& concept2words_2(X,'ecological relationship')
& concept2words_2(X,'ecological-relationship')
& state_1(X)
& living_entity_1(fn_ecological_relationship_1(X))
& living_entity_1(fn_ecological_relationship_2(X))
& experiencer_2(X,fn_ecological_relationship_2(X))
& experiencer_2(X,fn_ecological_relationship_1(X)) ) ) ).
fof(a529161,axiom,
! [X] :
( ecological_role_1(X)
=> ( original_name_2(X,'Ecological-Role')
& user_description_2(X,'Roles specifically related to ecology and ecosystems.')
& concept2words_2(X,'ecological role')
& concept2words_2(X,'ecological-role')
& role_1(X) ) ) ).
fof(a529162,axiom,
! [X] :
( ecological_species_1(X)
=> ( original_name_2(X,'Ecological-Species')
& user_description_2(X,'A group of organisms in an ecosystem that interact in similar ways with the abiotic and biotic factors of their environment.')
& concept2words_2(X,'ecological species')
& concept2words_2(X,'ecological-specy')
& species_1(X) ) ) ).
fof(a529163,axiom,
! [X] :
( ecological_species_concept_1(X)
=> ( original_name_2(X,'Ecological-Species-Concept')
& user_description_2(X,'A definition of species in terms of ecological niche, the sum of how members of the species interact with the nonliving and living parts of their environment.')
& concept2words_2(X,'ecological species concept')
& concept2words_2(X,'ecological-species-concept')
& species_concept_1(X)
& ~ morphological_species_concept_1(X)
& ~ paleontological_species_concept_1(X)
& ~ phylogenetic_species_concept_1(X) ) ) ).
fof(a529164,axiom,
! [X] :
( ecological_succession_1(X)
=> ( original_name_2(X,'Ecological-Succession')
& user_description_2(X,'The transition of species composition of a community following a disturbance; the establishment of a biological community in a previously barren area.')
& concept2words_2(X,'ecological succession')
& concept2words_2(X,'ecological-succession')
& ecological_process_1(X) ) ) ).
fof(a529165,axiom,
! [X] :
( ecology_1(X)
=> ( original_name_2(X,'Ecology')
& user_description_2(X,'The study of interactions between organisms and their environment.')
& concept2words_2(X,ecology)
& inquiry_1(X) ) ) ).
fof(a529166,axiom,
! [X] :
( ecori_1(X)
=> ( original_name_2(X,'EcoRI')
& user_description_2(X,'EcoRI is an endonuclease enzyme isolated from strains of E. coli. It is used as a restriction enzyme.')
& concept2words_2(X,'eco r one')
& concept2words_2(X,ecori)
& restriction_nuclease_1(X) ) ) ).
fof(a529167,axiom,
! [X] :
( ecosystem_1(X)
=> ( original_name_2(X,'Ecosystem')
& user_description_2(X,'The sum total of biotic and abiotic components in a given area.')
& concept2words_2(X,ecosystem)
& aggregate_1(X)
& region_1(X)
& population_1(fn_ecosystem_1(X))
& population_1(fn_ecosystem_2(X))
& consumers_1(fn_ecosystem_3(X))
& population_1(fn_ecosystem_4(X))
& cyanobacterium_1(fn_ecosystem_5(X))
& abiotic_factor_1(fn_ecosystem_6(X))
& environment_1(fn_ecosystem_7(X))
& water_1(fn_ecosystem_8(X))
& light_1(fn_ecosystem_9(X))
& chemical_entity_1(fn_ecosystem_10(X))
& abiotic_factor_1(fn_ecosystem_11(X))
& nutrient_1(fn_ecosystem_12(X))
& abiotic_factor_1(fn_ecosystem_13(X))
& abiotic_factor_1(fn_ecosystem_14(X))
& algal_cell_1(fn_ecosystem_15(X))
& algae_1(fn_ecosystem_16(X))
& animal_1(fn_ecosystem_17(X))
& community_1(fn_ecosystem_18(X))
& chemical_element_1(fn_ecosystem_19(X))
& population_1(fn_ecosystem_20(X))
& producers_1(fn_ecosystem_21(X))
& algae_1(fn_ecosystem_22(X))
& population_1(fn_ecosystem_23(X))
& autotroph_1(fn_ecosystem_24(X))
& thermal_energy_1(fn_ecosystem_25(X))
& plant_cell_1(fn_ecosystem_26(X))
& cell_1(fn_ecosystem_26(X))
& eukaryotic_cell_1(fn_ecosystem_26(X))
& light_reaction_1(fn_ecosystem_27(X))
& organism_1(fn_ecosystem_28(X))
& plant_1(fn_ecosystem_28(X))
& autotroph_1(fn_ecosystem_29(X))
& organism_1(fn_ecosystem_30(X))
& tangible_entity_1(fn_ecosystem_31(X))
& organism_1(fn_autotroph_11(fn_ecosystem_24(X)))
& organism_1(fn_autotroph_11(fn_ecosystem_29(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_ecosystem_25(X)))
& cell_1(fn_metabolic_pathway_1(fn_ecosystem_27(X)))
& plant_cell_1(fn_plant_20(fn_ecosystem_28(X)))
& cell_1(fn_plant_20(fn_ecosystem_28(X)))
& eukaryotic_cell_1(fn_plant_20(fn_ecosystem_28(X)))
& element_2(fn_ecosystem_1(X),fn_ecosystem_5(X))
& element_2(fn_ecosystem_2(X),fn_ecosystem_30(X))
& element_2(fn_ecosystem_3(X),fn_ecosystem_4(X))
& element_2(fn_ecosystem_4(X),fn_ecosystem_17(X))
& plays_2(fn_ecosystem_25(X),fn_ecosystem_6(X))
& plays_2(fn_ecosystem_8(X),fn_ecosystem_14(X))
& plays_2(fn_ecosystem_9(X),fn_ecosystem_13(X))
& plays_2(fn_ecosystem_10(X),fn_ecosystem_12(X))
& plays_2(fn_ecosystem_10(X),fn_ecosystem_11(X))
& has_part_2(fn_ecosystem_16(X),fn_ecosystem_15(X))
& element_2(X,fn_ecosystem_16(X))
& element_2(X,fn_ecosystem_8(X))
& element_2(X,fn_ecosystem_9(X))
& element_2(X,fn_ecosystem_10(X))
& element_2(X,fn_ecosystem_18(X))
& element_2(X,fn_ecosystem_7(X))
& element_2(X,fn_ecosystem_19(X))
& element_2(X,fn_ecosystem_31(X))
& element_2(fn_ecosystem_18(X),fn_ecosystem_21(X))
& element_2(fn_ecosystem_18(X),fn_ecosystem_3(X))
& element_2(fn_ecosystem_20(X),fn_ecosystem_28(X))
& element_2(fn_ecosystem_21(X),fn_ecosystem_1(X))
& element_2(fn_ecosystem_21(X),fn_ecosystem_2(X))
& element_2(fn_ecosystem_21(X),fn_ecosystem_20(X))
& element_2(fn_ecosystem_21(X),fn_ecosystem_23(X))
& element_2(fn_ecosystem_23(X),fn_ecosystem_22(X))
& base_2(fn_ecosystem_27(X),fn_ecosystem_26(X))
& plays_2(fn_ecosystem_28(X),fn_ecosystem_24(X))
& plays_2(fn_ecosystem_30(X),fn_ecosystem_29(X))
& possesses_2(fn_ecosystem_31(X),fn_ecosystem_25(X))
& has_part_2(fn_ecosystem_28(X),fn_ecosystem_26(X))
& fn_ecosystem_26(X) = fn_metabolic_pathway_1(fn_ecosystem_27(X))
& fn_ecosystem_28(X) = fn_autotroph_11(fn_ecosystem_24(X))
& fn_ecosystem_30(X) = fn_autotroph_11(fn_ecosystem_29(X))
& fn_ecosystem_31(X) = fn_kinetic_energy_2(fn_ecosystem_25(X))
& fn_ecosystem_26(X) = fn_plant_20(fn_ecosystem_28(X))
& fn_metabolic_pathway_1(fn_ecosystem_27(X)) = fn_plant_20(fn_ecosystem_28(X)) ) ) ).
fof(a529168,axiom,
! [X] :
( ecosystem_ecology_1(X)
=> ( original_name_2(X,'Ecosystem-Ecology')
& user_description_2(X,'The study of interactions among the biotic and abiotic elements within an ecosystem.')
& concept2words_2(X,'ecology of ecosystem')
& concept2words_2(X,'ecosystem ecology')
& concept2words_2(X,'ecosystem-ecology')
& ecology_1(X) ) ) ).
fof(a529169,axiom,
! [X] :
( ecosystem_fragmentation_1(X)
=> ( original_name_2(X,'Ecosystem-Fragmentation')
& user_description_2(X,'The fragmentation of ecosystems due to geologic processes or human behaviors.')
& concept2words_2(X,'fragmentation of ecosystem')
& concept2words_2(X,'ecosystem fragmentation')
& concept2words_2(X,'ecosystem-fragmentation')
& ecological_process_1(X) ) ) ).
fof(a529170,axiom,
! [X] :
( ecosystem_service_1(X)
=> ( original_name_2(X,'Ecosystem-Service')
& user_description_2(X,'A process occuring within an ecosystem that directly or indirectly benefits humankind.')
& concept2words_2(X,'service of ecosystem')
& concept2words_2(X,'ecosystem service')
& concept2words_2(X,'ecosystem-service')
& community_ecology_1(X)
& ~ nonequilibrium_model_1(X)
& ~ gross_primary_production_1(X) ) ) ).
fof(a529171,axiom,
! [X] :
( ecotherm_1(X)
=> ( original_name_2(X,'Ecotherm')
& user_description_2(X,'Animal which maintains its body temperature largely through external enironmental means, such as warmth from the sun or cooling from shade.')
& role_1(X) ) ) ).
fof(a529172,axiom,
! [X] :
( ecotone_1(X)
=> ( original_name_2(X,'Ecotone')
& user_description_2(X,'A transition zone between two biomes, where different biological communities meet and interact.')
& concept2words_2(X,ecotone)
& ecological_region_1(X) ) ) ).
fof(a529173,axiom,
! [X] :
( ectoderm_1(X)
=> ( original_name_2(X,'Ectoderm')
& user_description_2(X,'The outermost of three embryonic germ layers in animals, giving rise to the outer covering of the body. In vertebrates, ectoderm also gives rise to structures of the nervous system, lining of the mouth and anus, and epidermal skin coverings (hair, feathers, and scales).')
& concept2words_2(X,ectoderm)
& germ_layer_1(X)
& ~ mesoderm_1(X)
& ~ endoderm_1(X) ) ) ).
fof(a529174,axiom,
! [X] :
( ectomycorrhiza_1(X)
=> ( original_name_2(X,'Ectomycorrhiza')
& user_description_2(X,'Association of a fungus with a plant root system in which the fungus surrounds the roots but does not cause invagination of the host (plant) cells plasma membranes.')
& concept2words_2(X,ectomycorrhiza)
& mycorrhiza_1(X) ) ) ).
fof(a529175,axiom,
! [X] :
( ectomycorrhizal_fungus_1(X)
=> ( original_name_2(X,'Ectomycorrhizal-Fungus')
& user_description_2(X,'A fungus that forms an ectomycorrhizal relationship with a plant root system.')
& concept2words_2(X,'ectomycorrhizal fungus')
& concept2words_2(X,'ectomycorrhizal-fungus')
& multicellular_organism_1(X)
& symbiotic_fungi_1(X)
& ~ endophyte_1(X)
& fungal_cell_1(fn_ectomycorrhizal_fungus_1(X))
& has_part_2(X,fn_ectomycorrhizal_fungus_1(X))
& fn_ectomycorrhizal_fungus_1(X) = fn_multicellular_organism_1(X) ) ) ).
fof(a529176,axiom,
! [X] :
( ectoparasite_1(X)
=> ( original_name_2(X,'Ectoparasite')
& user_description_2(X,'A parasite that lives on and feeds from the external surface of the host\'s body.')
& concept2words_2(X,ectoparasite)
& parasite_1(X)
& ~ endoparasite_1(X)
& ~ parasitoid_1(X) ) ) ).
fof(a529177,axiom,
! [X] :
( ectoproct_1(X)
=> ( original_name_2(X,'Ectoproct')
& user_description_2(X,'Sessile, colonial animal of the phylum Bryozoa.')
& concept2words_2(X,ectoproct)
& lophotrochozoan_1(X)
& ~ brachiopod_1(X) ) ) ).
fof(a529178,axiom,
! [X] :
( ectothermy_1(X)
=> ( original_name_2(X,'Ectothermy')
& user_description_2(X,'Regulation of body temperature using primarily external heat sources.')
& concept2words_2(X,ectothermic)
& concept2words_2(X,'cold blooded')
& concept2words_2(X,'cold-blooded')
& concept2words_2(X,ectothermy)
& thermoregulation_1(X)
& ~ endothermic_1(X) ) ) ).
fof(a529179,axiom,
! [X] :
( edentata_1(X)
=> ( original_name_2(X,'Edentata')
& user_description_2(X,'A polyphyletic grouping of mammals that includes armadillos, anteaters, sloths, and aardvarks.')
& concept2words_2(X,xenarthra)
& concept2words_2(X,edentata)
& placental_mammal_1(X)
& ~ bat_1(X)
& ~ elephant_1(X)
& ~ primate_1(X)
& ~ rodent_1(X)
& ~ ungulate_1(X) ) ) ).
fof(a529180,axiom,
! [X] :
( ediacaran_biota_1(X)
=> ( original_name_2(X,'Ediacaran-Biota')
& user_description_2(X,'A group of soft-bodied eukaryotic organisms that existed in the Ediacaran Period (about 635-542 million years ago). The Ediacaran fossils are enigmatic and difficult to place in groups of known organisms.')
& concept2words_2(X,'ediacaran biota')
& concept2words_2(X,'ediacaran-biota')
& clade_1(X) ) ) ).
fof(a529181,axiom,
! [X] :
( edit_1(X)
=> ( original_name_2(X,'Edit')
& concept2words_2(X,edit)
& concept2words_2(X,redact)
& concept2words_2(X,revise)
& concept2words_2(X,rewrite)
& action_1(X)
& document_1(fn_edit_1(X))
& object_2(X,fn_edit_1(X)) ) ) ).
fof(a529182,axiom,
! [X] :
( educational_institution_1(X)
=> ( original_name_2(X,'Educational-Institution')
& description_2(X,'an institution for teaching, studying, research, etc.')
& concept2words_2(X,'educational institution')
& concept2words_2(X,educational_institution)
& concept2words_2(X,school)
& concept2words_2(X,'educational-institution')
& institution_1(X)
& ~ company_1(X) ) ) ).
fof(a529183,axiom,
! [X] :
( effect_of_pdgf_on_cell_division_1(X)
=> ( original_name_2(X,'Effect-Of-PDGF-On-Cell-Division')
& user_description_2(X,'PDGF, or platelet derived growth factor, acts as a signaling molecule which promotes cell division.')
& concept2words_2(X,'effect of pdgf on cell division')
& concept2words_2(X,'effect-of-pdgf-on-cell-division')
& experiment_1(X)
& incubation_1(fn_effect_of_pdgf_on_cell_division_5(X))
& duration_value_1(fn_effect_of_pdgf_on_cell_division_6(X))
& incubation_1(fn_effect_of_pdgf_on_cell_division_7(X))
& duration_value_1(fn_effect_of_pdgf_on_cell_division_8(X))
& temperature_value_1(fn_effect_of_pdgf_on_cell_division_9(X))
& temperature_value_1(fn_effect_of_pdgf_on_cell_division_10(X))
& culture_medium_1(fn_effect_of_pdgf_on_cell_division_11(X))
& suspension_1(fn_effect_of_pdgf_on_cell_division_12(X))
& enzyme_1(fn_effect_of_pdgf_on_cell_division_13(X))
& extra_cellular_matrix_1(fn_effect_of_pdgf_on_cell_division_14(X))
& cell_1(fn_effect_of_pdgf_on_cell_division_15(X))
& tissue_1(fn_effect_of_pdgf_on_cell_division_16(X))
& bone_1(fn_effect_of_pdgf_on_cell_division_16(X))
& person_1(fn_effect_of_pdgf_on_cell_division_17(X))
& connective_tissue_1(fn_effect_of_pdgf_on_cell_division_18(X))
& piece_of_tissue_1(fn_effect_of_pdgf_on_cell_division_19(X))
& shear_1(fn_effect_of_pdgf_on_cell_division_20(X))
& tissue_1(fn_effect_of_pdgf_on_cell_division_21(X))
& substance_1(fn_effect_of_pdgf_on_cell_division_22(X))
& destroy_1(fn_effect_of_pdgf_on_cell_division_23(X))
& fibroblast_1(fn_effect_of_pdgf_on_cell_division_24(X))
& fibroblast_1(fn_effect_of_pdgf_on_cell_division_25(X))
& culture_medium_1(fn_effect_of_pdgf_on_cell_division_26(X))
& transfer_1(fn_effect_of_pdgf_on_cell_division_27(X))
& transfer_1(fn_effect_of_pdgf_on_cell_division_28(X))
& platelet_derived_growth_factor_1(fn_effect_of_pdgf_on_cell_division_29(X))
& add_1(fn_effect_of_pdgf_on_cell_division_30(X))
& fibroblast_1(fn_effect_of_pdgf_on_cell_division_31(X))
& cell_division_1(fn_effect_of_pdgf_on_cell_division_32(X))
& entity_1(fn_transfer_1(fn_effect_of_pdgf_on_cell_division_27(X)))
& entity_1(fn_transfer_1(fn_effect_of_pdgf_on_cell_division_28(X)))
& spatial_entity_1(fn_add_1(fn_effect_of_pdgf_on_cell_division_30(X)))
& tangible_entity_1(fn_impair_1(fn_effect_of_pdgf_on_cell_division_20(X)))
& cell_1(fn_cell_division_3(fn_effect_of_pdgf_on_cell_division_32(X)))
& spatial_entity_1(fn_add_2(fn_effect_of_pdgf_on_cell_division_30(X)))
& tangible_entity_1(fn_impair_1(fn_effect_of_pdgf_on_cell_division_23(X)))
& tissue_1(fn_piece_of_tissue_1(fn_effect_of_pdgf_on_cell_division_19(X)))
& tissue_1(fn_person_60(fn_effect_of_pdgf_on_cell_division_17(X)))
& bone_1(fn_person_60(fn_effect_of_pdgf_on_cell_division_17(X)))
& first_subevent_2(X,fn_effect_of_pdgf_on_cell_division_20(X))
& subevent_2(X,fn_effect_of_pdgf_on_cell_division_20(X))
& subevent_2(X,fn_effect_of_pdgf_on_cell_division_32(X))
& subevent_2(X,fn_effect_of_pdgf_on_cell_division_5(X))
& subevent_2(X,fn_effect_of_pdgf_on_cell_division_7(X))
& subevent_2(X,fn_effect_of_pdgf_on_cell_division_30(X))
& subevent_2(X,fn_effect_of_pdgf_on_cell_division_28(X))
& subevent_2(X,fn_effect_of_pdgf_on_cell_division_27(X))
& subevent_2(X,fn_effect_of_pdgf_on_cell_division_23(X))
& base_2(X,fn_effect_of_pdgf_on_cell_division_15(X))
& has_part_2(fn_effect_of_pdgf_on_cell_division_17(X),fn_effect_of_pdgf_on_cell_division_18(X))
& result_2(fn_effect_of_pdgf_on_cell_division_20(X),fn_effect_of_pdgf_on_cell_division_19(X))
& minCardinality(fn_effect_of_pdgf_on_cell_division_20(X),result_0,"1",piece_of_tissue_0)
& next_event_2(fn_effect_of_pdgf_on_cell_division_20(X),fn_effect_of_pdgf_on_cell_division_23(X))
& has_region_2(fn_effect_of_pdgf_on_cell_division_21(X),fn_effect_of_pdgf_on_cell_division_14(X))
& is_inside_2(fn_effect_of_pdgf_on_cell_division_22(X),fn_effect_of_pdgf_on_cell_division_14(X))
& has_part_2(fn_effect_of_pdgf_on_cell_division_12(X),fn_effect_of_pdgf_on_cell_division_25(X))
& has_part_2(fn_effect_of_pdgf_on_cell_division_12(X),fn_effect_of_pdgf_on_cell_division_24(X))
& minCardinality(fn_effect_of_pdgf_on_cell_division_12(X),has_part_0,"1",fibroblast_0)
& agent_2(fn_effect_of_pdgf_on_cell_division_23(X),fn_effect_of_pdgf_on_cell_division_13(X))
& result_2(fn_effect_of_pdgf_on_cell_division_23(X),fn_effect_of_pdgf_on_cell_division_12(X))
& next_event_2(fn_effect_of_pdgf_on_cell_division_23(X),fn_effect_of_pdgf_on_cell_division_7(X))
& next_event_2(fn_effect_of_pdgf_on_cell_division_23(X),fn_effect_of_pdgf_on_cell_division_28(X))
& next_event_2(fn_effect_of_pdgf_on_cell_division_23(X),fn_effect_of_pdgf_on_cell_division_27(X))
& has_state_2(fn_effect_of_pdgf_on_cell_division_24(X),fn_effect_of_pdgf_on_cell_division_31(X))
& has_part_2(fn_effect_of_pdgf_on_cell_division_26(X),fn_effect_of_pdgf_on_cell_division_31(X))
& temperature_2(fn_effect_of_pdgf_on_cell_division_26(X),fn_effect_of_pdgf_on_cell_division_9(X))
& temperature_2(fn_effect_of_pdgf_on_cell_division_11(X),fn_effect_of_pdgf_on_cell_division_10(X))
& destination_2(fn_effect_of_pdgf_on_cell_division_27(X),fn_effect_of_pdgf_on_cell_division_11(X))
& fn_effect_of_pdgf_on_cell_division_27(X) != fn_effect_of_pdgf_on_cell_division_28(X)
& destination_2(fn_effect_of_pdgf_on_cell_division_28(X),fn_effect_of_pdgf_on_cell_division_26(X))
& fn_effect_of_pdgf_on_cell_division_28(X) != fn_effect_of_pdgf_on_cell_division_27(X)
& next_event_2(fn_effect_of_pdgf_on_cell_division_28(X),fn_effect_of_pdgf_on_cell_division_30(X))
& called_2(fn_effect_of_pdgf_on_cell_division_28(X),"1")
& next_event_2(fn_effect_of_pdgf_on_cell_division_30(X),fn_effect_of_pdgf_on_cell_division_5(X))
& next_event_2(fn_effect_of_pdgf_on_cell_division_30(X),fn_effect_of_pdgf_on_cell_division_7(X))
& the_cardinal_value_2(fn_effect_of_pdgf_on_cell_division_10(X),"37.0e0")
& cardinal_unit_class_2(fn_effect_of_pdgf_on_cell_division_10(X),celsius_0)
& the_cardinal_value_2(fn_effect_of_pdgf_on_cell_division_9(X),"37.0e0")
& cardinal_unit_class_2(fn_effect_of_pdgf_on_cell_division_9(X),celsius_0)
& the_cardinal_value_2(fn_effect_of_pdgf_on_cell_division_8(X),"24.0e0")
& cardinal_unit_class_2(fn_effect_of_pdgf_on_cell_division_8(X),hour_0)
& object_2(fn_effect_of_pdgf_on_cell_division_7(X),fn_effect_of_pdgf_on_cell_division_26(X))
& duration_2(fn_effect_of_pdgf_on_cell_division_7(X),fn_effect_of_pdgf_on_cell_division_8(X))
& next_event_2(fn_effect_of_pdgf_on_cell_division_7(X),fn_effect_of_pdgf_on_cell_division_32(X))
& called_2(fn_effect_of_pdgf_on_cell_division_7(X),"1")
& the_cardinal_value_2(fn_effect_of_pdgf_on_cell_division_6(X),"24.0e0")
& cardinal_unit_class_2(fn_effect_of_pdgf_on_cell_division_6(X),hour_0)
& object_2(fn_effect_of_pdgf_on_cell_division_5(X),fn_effect_of_pdgf_on_cell_division_11(X))
& duration_2(fn_effect_of_pdgf_on_cell_division_5(X),fn_effect_of_pdgf_on_cell_division_6(X))
& base_2(fn_effect_of_pdgf_on_cell_division_32(X),fn_effect_of_pdgf_on_cell_division_31(X))
& object_2(fn_effect_of_pdgf_on_cell_division_27(X),fn_effect_of_pdgf_on_cell_division_25(X))
& object_2(fn_effect_of_pdgf_on_cell_division_28(X),fn_effect_of_pdgf_on_cell_division_24(X))
& object_2(fn_effect_of_pdgf_on_cell_division_30(X),fn_effect_of_pdgf_on_cell_division_29(X))
& object_2(fn_effect_of_pdgf_on_cell_division_20(X),fn_effect_of_pdgf_on_cell_division_18(X))
& object_2(fn_effect_of_pdgf_on_cell_division_32(X),fn_effect_of_pdgf_on_cell_division_31(X))
& base_2(fn_effect_of_pdgf_on_cell_division_30(X),fn_effect_of_pdgf_on_cell_division_26(X))
& object_2(fn_effect_of_pdgf_on_cell_division_23(X),fn_effect_of_pdgf_on_cell_division_22(X))
& material_2(fn_effect_of_pdgf_on_cell_division_19(X),fn_effect_of_pdgf_on_cell_division_21(X))
& has_part_2(fn_effect_of_pdgf_on_cell_division_17(X),fn_effect_of_pdgf_on_cell_division_16(X))
& fn_effect_of_pdgf_on_cell_division_25(X) = fn_transfer_1(fn_effect_of_pdgf_on_cell_division_27(X))
& fn_effect_of_pdgf_on_cell_division_24(X) = fn_transfer_1(fn_effect_of_pdgf_on_cell_division_28(X))
& fn_effect_of_pdgf_on_cell_division_29(X) = fn_add_1(fn_effect_of_pdgf_on_cell_division_30(X))
& fn_effect_of_pdgf_on_cell_division_18(X) = fn_impair_1(fn_effect_of_pdgf_on_cell_division_20(X))
& fn_effect_of_pdgf_on_cell_division_31(X) = fn_cell_division_3(fn_effect_of_pdgf_on_cell_division_32(X))
& fn_effect_of_pdgf_on_cell_division_26(X) = fn_add_2(fn_effect_of_pdgf_on_cell_division_30(X))
& fn_effect_of_pdgf_on_cell_division_22(X) = fn_impair_1(fn_effect_of_pdgf_on_cell_division_23(X))
& fn_effect_of_pdgf_on_cell_division_21(X) = fn_piece_of_tissue_1(fn_effect_of_pdgf_on_cell_division_19(X))
& fn_effect_of_pdgf_on_cell_division_16(X) = fn_person_60(fn_effect_of_pdgf_on_cell_division_17(X)) ) ) ).
fof(a529184,axiom,
! [X] :
( effector_cell_1(X)
=> ( original_name_2(X,'Effector-Cell')
& user_description_2(X,'(1) The cell in a muscle, gland, or organ that responds to a stimulus from a neuron. (2) In the immune system, a white blood cell that has gone through clonal selection and can mediate an acquired immune response.')
& concept2words_2(X,'cell of effector')
& concept2words_2(X,'effector cell')
& concept2words_2(X,'effector-cell')
& immune_cell_1(X)
& ~ antigen_presenting_cell_1(X)
& ~ eosinophil_1(X)
& ~ mast_cell_1(X)
& ~ natural_killer_cell_1(X)
& ~ neutrophil_1(X)
& ~ recombinant_immune_cell_1(X) ) ) ).
fof(a529185,axiom,
! [X] :
( efferent_arteriole_1(X)
=> ( original_name_2(X,'Efferent-Arteriole')
& user_description_2(X,'In the kidney, the blood vessel draining a nephron.')
& concept2words_2(X,'efferent arteriole')
& concept2words_2(X,'efferent-arteriole')
& arteriole_1(X)
& ~ afferent_arteriole_1(X) ) ) ).
fof(a529186,axiom,
! [X] :
( egg_1(X)
=> ( original_name_2(X,'Egg')
& user_description_2(X,'An egg is a reproductive structure in animals within which the embryo first begins to develop. Eggs may contain nutrients for the developing embryo, as well as a hardened shell for protection.')
& concept2words_2(X,ovum)
& concept2words_2(X,'unfertilized egg')
& concept2words_2(X,'unfertilized egg cell')
& concept2words_2(X,egg)
& life_stage_1(X)
& metabolism_1(fn_egg_1(X))
& anterior_end_1(fn_egg_2(X))
& base_2(fn_egg_1(X),X)
& has_region_2(X,fn_egg_2(X)) ) ) ).
fof(a529187,axiom,
! [X] :
( egg_activation_1(X)
=> ( original_name_2(X,'Egg-Activation')
& user_description_2(X,'A sharp increase in an animal egg\'s metabolic activities due to calcium entry into the egg in response to sperm penetration. Egg activation includes the cortical reaction, the reactivation of meiosis, and DNA synthesis.')
& concept2words_2(X,'activation of egg')
& concept2words_2(X,'egg activation')
& concept2words_2(X,'egg-activation')
& regulation_1(X) ) ) ).
fof(a529188,axiom,
! [X] :
( egg_cell_1(X)
=> ( original_name_2(X,'Egg-Cell')
& user_description_2(X,'An egg cell is the female gamete or female sex cell.')
& concept2words_2(X,'cell of egg')
& concept2words_2(X,'egg cell')
& concept2words_2(X,'egg-cell')
& gamete_1(X) ) ) ).
fof(a529189,axiom,
! [X] :
( egg_laying_animal_1(X)
=> ( original_name_2(X,'Egg-Laying-Animal')
& user_description_2(X,'An animal producing egg during thr process of reproduction is an egg laying animal.')
& concept2words_2(X,'oviparous animal')
& concept2words_2(X,'egg laying animal')
& concept2words_2(X,'egg-laying-animal')
& animal_1(X)
& egg_laying_process_1(fn_egg_laying_animal_1(X))
& egg_laying_animal_1(fn_egg_laying_process_1(fn_egg_laying_animal_1(X)))
& base_2(fn_egg_laying_animal_1(X),X)
& X = fn_egg_laying_process_1(fn_egg_laying_animal_1(X)) ) ) ).
fof(a529190,axiom,
! [X] :
( egg_laying_process_1(X)
=> ( original_name_2(X,'Egg-Laying-Process')
& user_description_2(X,'The process of an animal producing egg during the process of reproduction is an egg laying process.')
& concept2words_2(X,oviposition)
& concept2words_2(X,lay)
& concept2words_2(X,'egg laying process')
& concept2words_2(X,'egg-laying-process')
& reproductive_process_1(X)
& egg_laying_animal_1(fn_egg_laying_process_1(X))
& base_2(X,fn_egg_laying_process_1(X))
& fn_egg_laying_process_1(X) = fn_reproduction_2(X) ) ) ).
fof(a529191,axiom,
! [X] :
( egg_shell_1(X)
=> ( original_name_2(X,'Egg-Shell')
& user_description_2(X,'An outer covering around the zygote of the egg is called egg shell.')
& concept2words_2(X,'shell of egg')
& concept2words_2(X,'egg shell')
& concept2words_2(X,'egg-shell')
& shell_1(X) ) ) ).
fof(a529192,axiom,
! [X] :
( eight_cell_embryo_1(X)
=> ( original_name_2(X,'Eight-Cell-Embryo')
& user_description_2(X,'An embryo that has divided into eight cells is called an eight cell embryo.')
& concept2words_2(X,'eight cell embryo')
& concept2words_2(X,'eight-cell-embryo')
& embryo_1(X)
& ~ abnormal_cloned_embryo_1(X)
& ~ animal_embryo_1(X)
& ~ cloned_embryo_1(X)
& ~ early_embryo_1(X)
& ~ embryoid_1(X)
& ~ plant_embryo_1(X)
& ~ segmented_embryo_1(X)
& ~ two_cell_embryo_1(X)
& cell_1(fn_eight_cell_embryo_1(X))
& has_part_2(X,fn_eight_cell_embryo_1(X))
& exactCardinality(X,has_part_0,"8",cell_0) ) ) ).
fof(a529193,axiom,
! [X] :
( eight_cell_stage_1(X)
=> ( original_name_2(X,'Eight-Cell-Stage')
& user_description_2(X,'The developmental stage of an organism where the embryo has divided into eight cells is called an eight cell stage.')
& concept2words_2(X,'undergo the eight cell stage')
& concept2words_2(X,'eight cell stage')
& concept2words_2(X,'eight-cell-stage')
& developmental_stage_1(X)
& ~ adulthood_1(X)
& ~ algae_bloom_1(X)
& ~ axes_formation_1(X)
& ~ blastulation_1(X)
& ~ embryogenesis_1(X)
& ~ fetal_stage_1(X)
& ~ follicular_phase_1(X)
& ~ juvenile_stage_1(X)
& ~ larval_stage_1(X)
& ~ menopause_1(X)
& ~ multinucleated_stage_1(X)
& ~ segment_formation_1(X)
& ~ sensitive_period_1(X)
& ~ two_cell_stage_1(X)
& eight_cell_embryo_1(fn_eight_cell_stage_1(X))
& embryogenesis_1(fn_eight_cell_stage_2(X))
& subevent_2(fn_eight_cell_stage_2(X),X)
& result_2(X,fn_eight_cell_stage_1(X)) ) ) ).
fof(a529194,axiom,
! [X] :
( einsteinium_1(X)
=> ( original_name_2(X,'Einsteinium')
& user_description_2(X,'Einsteinium is a metal atom with atomic number 99. It is represented by the symbol Es.')
& concept2words_2(X,einsteinium)
& concept2words_2(X,es)
& metal_atom_1(X)
& neutron_1(fn_einsteinium_3(X))
& atomic_mass_value_1(fn_einsteinium_4(X))
& electronegativity_value_1(fn_einsteinium_5(X))
& valence_electron_1(fn_einsteinium_9(X))
& atomic_weight_value_1(fn_einsteinium_10(X))
& atomic_number_value_1(fn_einsteinium_11(X))
& quantity_value_1(fn_einsteinium_12(X))
& electronegativity_2(X,fn_einsteinium_5(X))
& mass_number_2(X,fn_einsteinium_4(X))
& exactCardinality(X,has_part_0,"153",neutron_0)
& exactCardinality(X,has_part_0,"99",proton_0)
& exactCardinality(X,has_part_0,"99",electron_0)
& has_part_2(X,fn_einsteinium_3(X))
& the_cardinal_value_2(fn_einsteinium_12(X),"13")
& cardinal_unit_class_2(fn_einsteinium_12(X),unity_0)
& the_cardinal_value_2(fn_einsteinium_5(X),"1.3")
& cardinal_unit_class_2(fn_einsteinium_5(X),unity_0)
& the_cardinal_value_2(fn_einsteinium_4(X),"252")
& cardinal_unit_class_2(fn_einsteinium_4(X),unity_0)
& the_cardinal_value_2(fn_einsteinium_11(X),"99")
& cardinal_unit_class_2(fn_einsteinium_11(X),unity_0)
& the_cardinal_value_2(fn_einsteinium_10(X),"252")
& cardinal_unit_class_2(fn_einsteinium_10(X),dalton_0)
& atomic_number_2(X,fn_einsteinium_11(X))
& atomic_weight_2(X,fn_einsteinium_10(X))
& has_part_2(X,fn_einsteinium_9(X))
& quantity_2(fn_einsteinium_9(X),fn_einsteinium_12(X))
& fn_einsteinium_7(X) = fn_atom_12(X)
& fn_einsteinium_11(X) = fn_atom_17(X)
& fn_einsteinium_8(X) = fn_atom_13(X)
& fn_einsteinium_10(X) = fn_atom_16(X)
& fn_einsteinium_6(X) = fn_atom_1(X)
& fn_einsteinium_12(X) = fn_atom_5(X)
& fn_einsteinium_9(X) = fn_atom_14(X) ) ) ).
fof(a529195,axiom,
! [X] :
( ejaculation_1(X)
=> ( original_name_2(X,'Ejaculation')
& user_description_2(X,'The forceful ejection of semen from the male reproductive tract.')
& concept2words_2(X,ejaculate)
& concept2words_2(X,ejaculation)
& reproductive_process_1(X) ) ) ).
fof(a529196,axiom,
! [X] :
( ejaculatory_duct_1(X)
=> ( original_name_2(X,'Ejaculatory-Duct')
& user_description_2(X,'In mammals, short paired tubes that transport semen from the vas deferens to the urethra. The ejaculatory ducts pass through the prostate gland and open into the urethra.')
& concept2words_2(X,'ductus ejaculatorii')
& concept2words_2(X,'ductus-ejaculatorii')
& concept2words_2(X,'ejaculatory duct')
& concept2words_2(X,'ejaculatory-duct')
& duct_1(X)
& columnlike_epithelium_1(X)
& ~ proximal_tubule_1(X)
& ~ endometrium_1(X)
& ~ collecting_duct_1(X)
& ~ alveolus_1(X)
& ~ blood_brain_barrier_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ bronchus_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ corpus_luteum_1(X)
& ~ distal_tubule_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ islets_of_langerhans_1(X)
& ~ labia_minora_1(X)
& ~ lacteal_1(X)
& ~ loop_of_henle_1(X)
& ~ prepuce_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a529197,axiom,
! [X] :
( electric_current_1(X)
=> ( original_name_2(X,'Electric-Current')
& user_description_2(X,'Flow of electric charge through a medium.')
& concept2words_2(X,'current of electric')
& concept2words_2(X,'electric current')
& concept2words_2(X,'electric-current')
& energy_1(X)
& measure_1(fn_electric_current_1(X))
& galvanometer_1(fn_electric_current_2(X))
& object_2(fn_electric_current_1(X),X)
& instrument_2(fn_electric_current_1(X),fn_electric_current_2(X)) ) ) ).
fof(a529198,axiom,
! [X] :
( electric_current_pulse_1(X)
=> ( original_name_2(X,'Electric-Current-Pulse')
& user_description_2(X,'The pulses of electric current.')
& concept2words_2(X,'pulse of electric current')
& concept2words_2(X,'pulse of electrical current')
& concept2words_2(X,'electric current pulse')
& concept2words_2(X,'electric-current-pulse')
& energy_1(X) ) ) ).
fof(a529199,axiom,
! [X] :
( electric_force_1(X)
=> ( original_name_2(X,'Electric-Force')
& user_description_2(X,'A force exerted by electrically charged particles.')
& concept2words_2(X,'force of electric')
& concept2words_2(X,'electric force')
& concept2words_2(X,'electric-force')
& force_1(X) ) ) ).
fof(a529200,axiom,
! [X] :
( electrical_power_plant_1(X)
=> ( original_name_2(X,'Electrical-Power-Plant')
& user_description_2(X,'Man-made system that generates, manages, and dispenses power to communities.')
& concept2words_2(X,'power plant')
& concept2words_2(X,'electrical power plant')
& concept2words_2(X,'electrical-power-plant')
& factory_1(X)
& ~ wall_1(X)
& ~ room_1(X)
& ~ roof_1(X)
& ~ platform_1(X)
& ~ parkinglot_1(X)
& ~ door_1(X)
& ~ ceiling_1(X)
& ~ building_1(X)
& ~ building_complex_1(X)
& ~ bridge_1(X)
& ~ laboratory_1(X) ) ) ).
fof(a529201,axiom,
! [X] :
( electrical_signal_1(X)
=> ( original_name_2(X,'Electrical-Signal')
& user_description_2(X,'A change in membrane voltage across the membrane of a neuron caused by depolarization initiated by a stimulus.')
& concept2words_2(X,'action potential')
& concept2words_2(X,'electrical signal')
& concept2words_2(X,'electrical-signal')
& signal_1(X)
& ~ elicitor_1(X)
& ~ florigen_1(X)
& ~ local_regulator_1(X) ) ) ).
fof(a529202,axiom,
! [X] :
( electrical_signaling_1(X)
=> ( original_name_2(X,'Electrical-Signaling')
& user_description_2(X,'A mode of long-distance communication by neurons.')
& concept2words_2(X,'nerve signaling')
& concept2words_2(X,'neural signaling')
& concept2words_2(X,signal)
& concept2words_2(X,'electrical signaling')
& concept2words_2(X,'electrical-signaling')
& long_distance_cell_communication_1(X)
& receptor_1(fn_electrical_signaling_1(X))
& living_entity_1(fn_electrical_signaling_2(X))
& cell_1(fn_electrical_signaling_2(X))
& signal_generation_1(fn_electrical_signaling_3(X))
& cellular_response_1(fn_electrical_signaling_4(X))
& signal_transduction_1(fn_electrical_signaling_5(X))
& cell_signaling_1(fn_electrical_signaling_6(X))
& cell_1(fn_electrical_signaling_7(X))
& signal_reception_1(fn_electrical_signaling_8(X))
& chemical_entity_1(fn_electrical_signaling_9(X))
& biological_region_1(fn_electrical_signaling_10(X))
& secretion_1(fn_electrical_signaling_11(X))
& signal_transmission_1(fn_electrical_signaling_12(X))
& chemical_entity_1(fn_signal_reception_5(fn_electrical_signaling_8(X)))
& cell_1(fn_intracellular_process_1(fn_electrical_signaling_4(X)))
& cell_1(fn_signal_reception_3(fn_electrical_signaling_8(X)))
& cell_1(fn_cell_signaling_event_1(fn_electrical_signaling_5(X)))
& cell_1(fn_cellular_response_3(fn_electrical_signaling_4(X)))
& cell_1(fn_cell_signaling_4(fn_electrical_signaling_6(X)))
& complement_2(fn_electrical_signaling_1(X),fn_electrical_signaling_9(X))
& complement_2(fn_electrical_signaling_9(X),fn_electrical_signaling_1(X))
& first_subevent_2(X,fn_electrical_signaling_8(X))
& subevent_2(X,fn_electrical_signaling_5(X))
& subevent_2(X,fn_electrical_signaling_4(X))
& subevent_2(X,fn_electrical_signaling_8(X))
& agent_2(X,fn_electrical_signaling_9(X))
& instrument_2(fn_electrical_signaling_8(X),fn_electrical_signaling_1(X))
& next_event_2(fn_electrical_signaling_8(X),fn_electrical_signaling_5(X))
& recipient_2(fn_electrical_signaling_8(X),fn_electrical_signaling_2(X))
& next_event_2(fn_electrical_signaling_5(X),fn_electrical_signaling_4(X))
& object_2(fn_electrical_signaling_8(X),fn_electrical_signaling_9(X))
& base_2(fn_electrical_signaling_8(X),fn_electrical_signaling_2(X))
& base_2(fn_electrical_signaling_5(X),fn_electrical_signaling_2(X))
& object_2(X,fn_electrical_signaling_7(X))
& base_2(fn_electrical_signaling_4(X),fn_electrical_signaling_2(X))
& first_subevent_2(X,fn_electrical_signaling_3(X))
& subevent_2(X,fn_electrical_signaling_12(X))
& next_event_2(fn_electrical_signaling_3(X),fn_electrical_signaling_12(X))
& subevent_2(fn_electrical_signaling_3(X),fn_electrical_signaling_11(X))
& base_2(fn_electrical_signaling_11(X),fn_electrical_signaling_2(X))
& agent_2(X,fn_electrical_signaling_2(X))
& subevent_2(X,fn_electrical_signaling_3(X))
& subevent_2(X,fn_electrical_signaling_6(X))
& next_event_2(fn_electrical_signaling_12(X),fn_electrical_signaling_6(X))
& origin_2(fn_electrical_signaling_12(X),fn_electrical_signaling_10(X))
& is_outside_2(fn_electrical_signaling_10(X),fn_electrical_signaling_2(X))
& agent_2(fn_electrical_signaling_3(X),fn_electrical_signaling_2(X))
& base_2(fn_electrical_signaling_6(X),fn_electrical_signaling_7(X))
& fn_electrical_signaling_9(X) = fn_signal_reception_5(fn_electrical_signaling_8(X))
& fn_electrical_signaling_2(X) = fn_signal_reception_3(fn_electrical_signaling_8(X))
& fn_electrical_signaling_2(X) = fn_cell_signaling_event_1(fn_electrical_signaling_5(X))
& fn_electrical_signaling_7(X) = fn_cell_communication_1(X)
& fn_electrical_signaling_2(X) = fn_intracellular_process_1(fn_electrical_signaling_4(X))
& fn_electrical_signaling_2(X) = fn_cellular_response_3(fn_electrical_signaling_4(X))
& fn_electrical_signaling_11(X) = fn_long_distance_cell_communication_6(X)
& fn_electrical_signaling_3(X) = fn_long_distance_cell_communication_3(X)
& fn_electrical_signaling_2(X) = fn_long_distance_cell_communication_4(X)
& fn_electrical_signaling_10(X) = fn_long_distance_cell_communication_9(X)
& fn_electrical_signaling_12(X) = fn_long_distance_cell_communication_5(X)
& fn_electrical_signaling_6(X) = fn_long_distance_cell_communication_8(X)
& fn_electrical_signaling_7(X) = fn_cell_signaling_4(fn_electrical_signaling_6(X))
& fn_signal_reception_3(fn_electrical_signaling_8(X)) = fn_intracellular_process_1(fn_electrical_signaling_4(X))
& fn_intracellular_process_1(fn_electrical_signaling_4(X)) = fn_signal_reception_3(fn_electrical_signaling_8(X))
& fn_signal_reception_3(fn_electrical_signaling_8(X)) = fn_cell_signaling_event_1(fn_electrical_signaling_5(X))
& fn_cell_signaling_event_1(fn_electrical_signaling_5(X)) = fn_cell_signaling_event_1(fn_electrical_signaling_5(X))
& fn_cell_signaling_event_1(fn_electrical_signaling_5(X)) = fn_cellular_response_3(fn_electrical_signaling_4(X))
& fn_cellular_response_3(fn_electrical_signaling_4(X)) = fn_cellular_response_3(fn_electrical_signaling_4(X))
& fn_cellular_response_3(fn_electrical_signaling_4(X)) = fn_long_distance_cell_communication_4(X)
& fn_long_distance_cell_communication_4(X) = fn_long_distance_cell_communication_4(X)
& fn_long_distance_cell_communication_4(X) = fn_cell_communication_1(X)
& fn_cell_communication_1(X) = fn_cell_signaling_4(fn_electrical_signaling_6(X)) ) ) ).
fof(a529203,axiom,
! [X] :
( electrical_synapse_1(X)
=> ( original_name_2(X,'Electrical-Synapse')
& user_description_2(X,'Synapses that allow action potentials to spread directly from the presynaptic cell to the postsynaptic cell.')
& concept2words_2(X,'electrical synapse')
& concept2words_2(X,'electrical-synapse')
& synapse_1(X) ) ) ).
fof(a529204,axiom,
! [X] :
( electrically_charged_amino_acid_1(X)
=> ( original_name_2(X,'Electrically-Charged-Amino-Acid')
& user_description_2(X,'An amino acid has hydrophillic properties due to the presence of an electrically charged side chain.')
& concept2words_2(X,'electrically charged amino acid')
& concept2words_2(X,'electrically-charged-amino-acid')
& hydrophilic_amino_acid_1(X) ) ) ).
fof(a529205,axiom,
! [X] :
( electrocardiogram_1(X)
=> ( original_name_2(X,'Electrocardiogram')
& user_description_2(X,'A medical test that records the electrical activity of the heart.')
& concept2words_2(X,electrocardiogram)
& diagnostic_procedure_1(X)
& ~ abortion_1(X)
& ~ assisted_reproductive_technology_1(X)
& ~ genetic_testing_1(X)
& ~ immunization_1(X)
& ~ newborn_screening_1(X)
& ~ paternity_testing_1(X)
& ~ tubal_ligation_1(X)
& ~ ultrasound_imaging_1(X)
& ~ vasectomy_1(X) ) ) ).
fof(a529206,axiom,
! [X] :
( electrochemical_gradient_1(X)
=> ( original_name_2(X,'Electrochemical-Gradient')
& user_description_2(X,'An electrochemical gradient is a spatial variation of both electrical potential and chemical concentration across a membrane.')
& concept2words_2(X,'ion gradient')
& concept2words_2(X,'ion-gradient')
& concept2words_2(X,'electrochemical gradient')
& concept2words_2(X,'electrochemical-gradient')
& gradient_1(X)
& system_1(fn_electrochemical_gradient_2(X))
& concentration_gradient_1(fn_electrochemical_gradient_11(X))
& membrane_potential_1(fn_electrochemical_gradient_12(X))
& quantity_value_1(fn_electrochemical_gradient_13(X))
& quantity_value_1(fn_electrochemical_gradient_14(X))
& quantity_value_1(fn_electrochemical_gradient_15(X))
& quantity_value_1(fn_electrochemical_gradient_16(X))
& quantity_value_1(fn_electrochemical_gradient_17(X))
& quantity_value_1(fn_electrochemical_gradient_18(X))
& property_node_1(fn_gradient_5(fn_electrochemical_gradient_11(X)))
& property_node_1(fn_gradient_4(fn_electrochemical_gradient_11(X)))
& quantity_value_1(fn_gradient_2(fn_electrochemical_gradient_11(X)))
& quantity_value_1(fn_gradient_3(fn_electrochemical_gradient_11(X)))
& property_node_1(fn_gradient_5(fn_electrochemical_gradient_12(X)))
& property_node_1(fn_gradient_4(fn_electrochemical_gradient_12(X)))
& quantity_value_1(fn_gradient_2(fn_electrochemical_gradient_12(X)))
& quantity_value_1(fn_gradient_3(fn_electrochemical_gradient_12(X)))
& has_part_2(X,fn_electrochemical_gradient_11(X))
& possesses_2(X,fn_electrochemical_gradient_12(X))
& called_2(fn_electrochemical_gradient_13(X),'CG')
& called_2(fn_electrochemical_gradient_14(X),'MP')
& called_2(fn_electrochemical_gradient_15(X),'PE_MP')
& called_2(fn_electrochemical_gradient_16(X),'PE_CG')
& called_2(fn_electrochemical_gradient_17(X),'PE_EG')
& called_2(fn_electrochemical_gradient_18(X),'EG')
& quantity_2(fn_electrochemical_gradient_11(X),fn_electrochemical_gradient_13(X))
& directly_proportional_2(fn_electrochemical_gradient_13(X),fn_electrochemical_gradient_16(X))
& quantity_2(fn_electrochemical_gradient_12(X),fn_electrochemical_gradient_14(X))
& directly_proportional_2(fn_electrochemical_gradient_14(X),fn_electrochemical_gradient_15(X))
& quantity_2(X,fn_electrochemical_gradient_18(X))
& directly_proportional_2(fn_electrochemical_gradient_18(X),fn_electrochemical_gradient_17(X))
& fn_electrochemical_gradient_10(X) = fn_gradient_5(fn_electrochemical_gradient_11(X))
& fn_electrochemical_gradient_8(X) = fn_gradient_4(fn_electrochemical_gradient_11(X))
& fn_electrochemical_gradient_16(X) = fn_gradient_2(fn_electrochemical_gradient_11(X))
& fn_electrochemical_gradient_13(X) = fn_gradient_3(fn_electrochemical_gradient_11(X))
& fn_electrochemical_gradient_7(X) = fn_gradient_5(fn_electrochemical_gradient_12(X))
& fn_electrochemical_gradient_19(X) = fn_gradient_4(fn_electrochemical_gradient_12(X))
& fn_electrochemical_gradient_15(X) = fn_gradient_2(fn_electrochemical_gradient_12(X))
& fn_electrochemical_gradient_14(X) = fn_gradient_3(fn_electrochemical_gradient_12(X))
& fn_electrochemical_gradient_6(X) = fn_gradient_5(X)
& fn_electrochemical_gradient_9(X) = fn_gradient_4(X)
& fn_electrochemical_gradient_17(X) = fn_gradient_2(X)
& fn_electrochemical_gradient_18(X) = fn_gradient_3(X) ) ) ).
fof(a529207,axiom,
! [X] :
( electrogenic_pump_1(X)
=> ( original_name_2(X,'Electrogenic-Pump')
& user_description_2(X,'Ion pump that generates net charge flow as a result of its activity. The sodium potassium exchange pump transports two potassium ions inward across the cell membrane for each three sodiums transported outward. This produces a net outward current that contributes to the internal negativity of the cell.')
& concept2words_2(X,'ion pump')
& concept2words_2(X,'ion-pump')
& concept2words_2(X,'electrogenic pump')
& concept2words_2(X,'electrogenic-pump')
& protein_pump_1(X)
& ~ atp_hydrolyzing_transport_protein_1(X)
& maintenance_1(fn_electrogenic_pump_1(X))
& detach_1(fn_electrogenic_pump_2(X))
& hydrophobic_compound_1(fn_electrogenic_pump_3(X))
& surface_1(fn_electrogenic_pump_4(X))
& move_through_1(fn_electrogenic_pump_5(X))
& chemical_entity_1(fn_electrogenic_pump_6(X))
& attract_1(fn_electrogenic_pump_7(X))
& repel_1(fn_electrogenic_pump_8(X))
& block_1(fn_electrogenic_pump_9(X))
& constant_motion_1(fn_electrogenic_pump_10(X))
& carbon_skeleton_1(fn_electrogenic_pump_11(X))
& hydrophilic_region_1(fn_electrogenic_pump_12(X))
& hydrophilic_end_1(fn_electrogenic_pump_12(X))
& hydrophobic_region_1(fn_electrogenic_pump_13(X))
& entity_1(fn_electrogenic_pump_14(X))
& atom_1(fn_electrogenic_pump_14(X))
& chemical_entity_1(fn_electrogenic_pump_14(X))
& carbon_1(fn_electrogenic_pump_15(X))
& monomer_1(fn_electrogenic_pump_16(X))
& hydrophobic_amino_acid_1(fn_electrogenic_pump_17(X))
& size_value_1(fn_electrogenic_pump_18(X))
& tangible_entity_1(fn_electrogenic_pump_19(X))
& phospholipid_bilayer_1(fn_electrogenic_pump_19(X))
& kinetic_energy_1(fn_electrogenic_pump_20(X))
& covalent_bond_1(fn_electrogenic_pump_21(X))
& peptide_bond_1(fn_electrogenic_pump_21(X))
& quantity_value_1(fn_electrogenic_pump_22(X))
& speed_value_1(fn_electrogenic_pump_23(X))
& hydrophilic_compound_1(fn_electrogenic_pump_24(X))
& spatial_entity_1(fn_electrogenic_pump_24(X))
& size_value_1(fn_electrogenic_pump_25(X))
& spatial_entity_1(fn_electrogenic_pump_26(X))
& chemical_entity_1(fn_electrogenic_pump_26(X))
& monomer_1(fn_electrogenic_pump_26(X))
& molecule_1(fn_electrogenic_pump_26(X))
& amino_acid_1(fn_electrogenic_pump_26(X))
& protein_domain_1(fn_electrogenic_pump_27(X))
& active_movement_of_ions_1(fn_electrogenic_pump_28(X))
& entity_1(fn_electrogenic_pump_29(X))
& membrane_potential_1(fn_electrogenic_pump_29(X))
& membrane_1(fn_electrogenic_pump_30(X))
& spatial_entity_1(fn_electrogenic_pump_30(X))
& biomembrane_1(fn_electrogenic_pump_30(X))
& create_1(fn_electrogenic_pump_31(X))
& polar_amino_acid_1(fn_electrogenic_pump_32(X))
& polypeptide_1(fn_electrogenic_pump_33(X))
& hydrophilic_region_1(fn_electrogenic_pump_34(X))
& hydrophilic_end_1(fn_electrogenic_pump_34(X))
& move_through_1(fn_electrogenic_pump_35(X))
& move_1(fn_electrogenic_pump_35(X))
& facilitated_diffusion_1(fn_electrogenic_pump_40(X))
& entity_1(fn_create_1(fn_electrogenic_pump_31(X)))
& property_node_1(fn_facilitated_diffusion_24(fn_electrogenic_pump_40(X)))
& property_node_1(fn_facilitated_diffusion_23(fn_electrogenic_pump_40(X)))
& property_node_1(fn_facilitated_diffusion_22(fn_electrogenic_pump_40(X)))
& property_node_1(fn_facilitated_diffusion_21(fn_electrogenic_pump_40(X)))
& block_1(fn_facilitated_diffusion_6(fn_electrogenic_pump_40(X)))
& size_value_1(fn_facilitated_diffusion_47(fn_electrogenic_pump_40(X)))
& size_value_1(fn_facilitated_diffusion_28(fn_electrogenic_pump_40(X)))
& monomer_1(fn_facilitated_diffusion_37(fn_electrogenic_pump_40(X)))
& atom_1(fn_facilitated_diffusion_39(fn_electrogenic_pump_40(X)))
& chemical_entity_1(fn_facilitated_diffusion_39(fn_electrogenic_pump_40(X)))
& polypeptide_1(fn_facilitated_diffusion_40(fn_electrogenic_pump_40(X)))
& kinetic_energy_1(fn_facilitated_diffusion_32(fn_electrogenic_pump_40(X)))
& quantity_value_1(fn_facilitated_diffusion_30(fn_electrogenic_pump_40(X)))
& speed_value_1(fn_facilitated_diffusion_29(fn_electrogenic_pump_40(X)))
& constant_motion_1(fn_facilitated_diffusion_33(fn_electrogenic_pump_40(X)))
& polar_amino_acid_1(fn_facilitated_diffusion_35(fn_electrogenic_pump_40(X)))
& hydrophilic_end_1(fn_facilitated_diffusion_42(fn_electrogenic_pump_40(X)))
& carbon_1(fn_facilitated_diffusion_38(fn_electrogenic_pump_40(X)))
& carbon_skeleton_1(fn_facilitated_diffusion_43(fn_electrogenic_pump_40(X)))
& hydrophobic_amino_acid_1(fn_facilitated_diffusion_36(fn_electrogenic_pump_40(X)))
& hydrophobic_region_1(fn_facilitated_diffusion_41(fn_electrogenic_pump_40(X)))
& spatial_entity_1(fn_facilitated_diffusion_27(fn_electrogenic_pump_40(X)))
& chemical_entity_1(fn_facilitated_diffusion_27(fn_electrogenic_pump_40(X)))
& monomer_1(fn_facilitated_diffusion_27(fn_electrogenic_pump_40(X)))
& molecule_1(fn_facilitated_diffusion_27(fn_electrogenic_pump_40(X)))
& amino_acid_1(fn_facilitated_diffusion_27(fn_electrogenic_pump_40(X)))
& protein_domain_1(fn_facilitated_diffusion_46(fn_electrogenic_pump_40(X)))
& hydrophilic_region_1(fn_facilitated_diffusion_45(fn_electrogenic_pump_40(X)))
& hydrophilic_end_1(fn_facilitated_diffusion_45(fn_electrogenic_pump_40(X)))
& tangible_entity_1(fn_facilitated_diffusion_48(fn_electrogenic_pump_40(X)))
& phospholipid_bilayer_1(fn_facilitated_diffusion_48(fn_electrogenic_pump_40(X)))
& move_through_1(fn_facilitated_diffusion_55(fn_electrogenic_pump_40(X)))
& repel_1(fn_facilitated_diffusion_53(fn_electrogenic_pump_40(X)))
& attract_1(fn_facilitated_diffusion_54(fn_electrogenic_pump_40(X)))
& spatial_entity_1(fn_block_1(fn_electrogenic_pump_9(X)))
& move_1(fn_active_transport_22(fn_electrogenic_pump_28(X)))
& move_through_1(fn_active_transport_22(fn_electrogenic_pump_28(X)))
& membrane_1(fn_active_movement_of_ions_19(fn_electrogenic_pump_28(X)))
& spatial_entity_1(fn_active_movement_of_ions_19(fn_electrogenic_pump_28(X)))
& biomembrane_1(fn_active_movement_of_ions_19(fn_electrogenic_pump_28(X)))
& biomembrane_1(fn_membrane_potential_2(fn_electrogenic_pump_29(X)))
& spatial_entity_1(fn_facilitated_diffusion_49(fn_electrogenic_pump_40(X)))
& biomembrane_1(fn_facilitated_diffusion_49(fn_electrogenic_pump_40(X)))
& transport_protein_1(fn_facilitated_diffusion_25(fn_electrogenic_pump_40(X)))
& fn_electrogenic_pump_24(X) != fn_electrogenic_pump_3(X)
& fn_electrogenic_pump_3(X) != fn_electrogenic_pump_24(X)
& agent_2(fn_electrogenic_pump_28(X),X)
& subevent_2(fn_electrogenic_pump_28(X),fn_electrogenic_pump_2(X))
& agent_2(fn_electrogenic_pump_1(X),X)
& object_2(fn_electrogenic_pump_1(X),fn_electrogenic_pump_29(X))
& has_function_2(X,fn_electrogenic_pump_28(X))
& has_function_2(X,fn_electrogenic_pump_31(X))
& has_function_2(X,fn_electrogenic_pump_1(X))
& is_across_2(fn_electrogenic_pump_29(X),fn_electrogenic_pump_30(X))
& agent_2(fn_electrogenic_pump_31(X),X)
& is_at_2(fn_electrogenic_pump_34(X),fn_electrogenic_pump_4(X))
& next_event_2(fn_electrogenic_pump_35(X),fn_electrogenic_pump_2(X))
& object_2(fn_electrogenic_pump_9(X),fn_electrogenic_pump_24(X))
& result_2(fn_electrogenic_pump_31(X),fn_electrogenic_pump_29(X))
& subevent_2(fn_electrogenic_pump_28(X),fn_electrogenic_pump_35(X))
& path_2(fn_electrogenic_pump_28(X),fn_electrogenic_pump_30(X))
& possesses_2(X,fn_electrogenic_pump_21(X))
& possesses_2(fn_electrogenic_pump_30(X),fn_electrogenic_pump_29(X))
& has_region_2(X,fn_electrogenic_pump_4(X))
& fn_electrogenic_pump_35(X) != fn_electrogenic_pump_5(X)
& fn_electrogenic_pump_5(X) != fn_electrogenic_pump_35(X)
& is_between_2(fn_electrogenic_pump_21(X),fn_electrogenic_pump_14(X))
& is_between_2(fn_electrogenic_pump_21(X),fn_electrogenic_pump_15(X))
& facilitates_2(fn_electrogenic_pump_34(X),fn_electrogenic_pump_7(X))
& facilitates_2(fn_electrogenic_pump_13(X),fn_electrogenic_pump_8(X))
& is_inside_2(fn_electrogenic_pump_13(X),fn_electrogenic_pump_30(X))
& has_function_2(X,fn_electrogenic_pump_40(X))
& has_part_2(X,fn_electrogenic_pump_15(X))
& the_scalar_value_2(fn_electrogenic_pump_18(X),big_0)
& scalar_unit_class_2(fn_electrogenic_pump_18(X),polypeptide_0)
& called_2(fn_electrogenic_pump_9(X),"1")
& site_2(fn_electrogenic_pump_7(X),fn_electrogenic_pump_34(X))
& has_function_2(fn_electrogenic_pump_30(X),fn_electrogenic_pump_9(X))
& instrument_2(fn_electrogenic_pump_9(X),fn_electrogenic_pump_30(X))
& has_function_2(fn_electrogenic_pump_30(X),fn_electrogenic_pump_5(X))
& has_part_2(X,fn_electrogenic_pump_16(X))
& size_2(fn_electrogenic_pump_16(X),fn_electrogenic_pump_25(X))
& greater_than_2(fn_electrogenic_pump_18(X),fn_electrogenic_pump_25(X))
& size_2(X,fn_electrogenic_pump_18(X))
& has_region_2(X,fn_electrogenic_pump_13(X))
& has_part_2(fn_electrogenic_pump_33(X),fn_electrogenic_pump_26(X))
& has_part_2(X,fn_electrogenic_pump_33(X))
& has_part_2(X,fn_electrogenic_pump_14(X))
& fn_electrogenic_pump_15(X) != fn_electrogenic_pump_14(X)
& fn_electrogenic_pump_14(X) != fn_electrogenic_pump_15(X)
& object_2(fn_electrogenic_pump_10(X),X)
& speed_2(fn_electrogenic_pump_10(X),fn_electrogenic_pump_23(X))
& directly_proportional_2(fn_electrogenic_pump_23(X),fn_electrogenic_pump_22(X))
& quantity_2(fn_electrogenic_pump_20(X),fn_electrogenic_pump_22(X))
& possesses_2(X,fn_electrogenic_pump_20(X))
& is_at_2(fn_electrogenic_pump_32(X),fn_electrogenic_pump_34(X))
& has_part_2(X,fn_electrogenic_pump_32(X))
& has_region_2(X,fn_electrogenic_pump_12(X))
& is_opposite_2(fn_electrogenic_pump_12(X),fn_electrogenic_pump_34(X))
& is_opposite_2(fn_electrogenic_pump_34(X),fn_electrogenic_pump_12(X))
& site_2(fn_electrogenic_pump_8(X),fn_electrogenic_pump_13(X))
& is_inside_2(fn_electrogenic_pump_17(X),fn_electrogenic_pump_13(X))
& has_part_2(X,fn_electrogenic_pump_17(X))
& has_region_2(X,fn_electrogenic_pump_11(X))
& is_inside_2(fn_electrogenic_pump_15(X),fn_electrogenic_pump_11(X))
& path_2(fn_electrogenic_pump_40(X),fn_electrogenic_pump_30(X))
& subevent_2(fn_electrogenic_pump_40(X),fn_electrogenic_pump_5(X))
& facilitates_2(X,fn_electrogenic_pump_5(X))
& has_region_2(X,fn_electrogenic_pump_27(X))
& is_at_2(fn_electrogenic_pump_26(X),fn_electrogenic_pump_27(X))
& agent_2(fn_electrogenic_pump_5(X),X)
& base_2(fn_electrogenic_pump_5(X),fn_electrogenic_pump_30(X))
& has_part_2(fn_electrogenic_pump_30(X),fn_electrogenic_pump_19(X))
& is_inside_2(X,fn_electrogenic_pump_19(X))
& has_region_2(X,fn_electrogenic_pump_34(X))
& instrument_2(fn_electrogenic_pump_40(X),X)
& has_function_2(X,fn_electrogenic_pump_7(X))
& agent_2(fn_electrogenic_pump_7(X),X)
& has_function_2(X,fn_electrogenic_pump_8(X))
& agent_2(fn_electrogenic_pump_8(X),X)
& has_part_2(fn_electrogenic_pump_30(X),X)
& base_2(fn_electrogenic_pump_35(X),fn_electrogenic_pump_30(X))
& object_2(fn_electrogenic_pump_35(X),fn_electrogenic_pump_24(X))
& is_across_2(X,fn_electrogenic_pump_30(X))
& has_function_2(fn_electrogenic_pump_30(X),fn_electrogenic_pump_35(X))
& object_2(fn_electrogenic_pump_35(X),fn_electrogenic_pump_6(X))
& fn_electrogenic_pump_24(X) != fn_electrogenic_pump_6(X)
& fn_electrogenic_pump_6(X) != fn_electrogenic_pump_24(X)
& fn_electrogenic_pump_24(X) = fn_block_1(fn_electrogenic_pump_9(X))
& fn_electrogenic_pump_29(X) = fn_create_1(fn_electrogenic_pump_31(X))
& fn_electrogenic_pump_35(X) = fn_active_transport_22(fn_electrogenic_pump_28(X))
& fn_electrogenic_pump_30(X) = fn_active_movement_of_ions_19(fn_electrogenic_pump_28(X))
& fn_electrogenic_pump_21(X) = fn_polymer_1(X)
& fn_electrogenic_pump_21(X) = fn_protein_6(X)
& fn_electrogenic_pump_30(X) = fn_membrane_potential_2(fn_electrogenic_pump_29(X))
& fn_electrogenic_pump_4(X) = fn_integral_protein_29(X)
& fn_electrogenic_pump_21(X) = fn_transport_protein_9(X)
& fn_electrogenic_pump_34(X) = fn_transport_protein_33(X)
& fn_electrogenic_pump_36(X) = fn_facilitated_diffusion_24(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_37(X) = fn_facilitated_diffusion_23(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_38(X) = fn_facilitated_diffusion_22(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_39(X) = fn_facilitated_diffusion_21(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_9(X) = fn_integral_protein_25(X)
& fn_electrogenic_pump_9(X) = fn_facilitated_diffusion_6(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_18(X) = fn_integral_protein_16(X)
& fn_electrogenic_pump_18(X) = fn_transport_protein_20(X)
& fn_electrogenic_pump_18(X) = fn_facilitated_diffusion_47(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_25(X) = fn_transport_protein_19(X)
& fn_electrogenic_pump_25(X) = fn_facilitated_diffusion_28(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_16(X) = fn_transport_protein_21(X)
& fn_electrogenic_pump_16(X) = fn_facilitated_diffusion_37(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_14(X) = fn_transport_protein_17(X)
& fn_electrogenic_pump_14(X) = fn_facilitated_diffusion_39(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_33(X) = fn_transport_protein_7(X)
& fn_electrogenic_pump_33(X) = fn_facilitated_diffusion_40(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_20(X) = fn_transport_protein_27(X)
& fn_electrogenic_pump_20(X) = fn_facilitated_diffusion_32(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_22(X) = fn_transport_protein_24(X)
& fn_electrogenic_pump_22(X) = fn_facilitated_diffusion_30(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_23(X) = fn_transport_protein_25(X)
& fn_electrogenic_pump_23(X) = fn_facilitated_diffusion_29(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_10(X) = fn_transport_protein_26(X)
& fn_electrogenic_pump_10(X) = fn_facilitated_diffusion_33(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_32(X) = fn_transport_protein_32(X)
& fn_electrogenic_pump_32(X) = fn_facilitated_diffusion_35(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_12(X) = fn_transport_protein_33(X)
& fn_electrogenic_pump_12(X) = fn_facilitated_diffusion_42(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_15(X) = fn_transport_protein_14(X)
& fn_electrogenic_pump_15(X) = fn_facilitated_diffusion_38(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_11(X) = fn_transport_protein_18(X)
& fn_electrogenic_pump_11(X) = fn_facilitated_diffusion_43(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_17(X) = fn_transport_protein_13(X)
& fn_electrogenic_pump_13(X) = fn_transport_protein_15(X)
& fn_electrogenic_pump_17(X) = fn_facilitated_diffusion_36(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_13(X) = fn_facilitated_diffusion_41(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_26(X) = fn_transport_protein_8(X)
& fn_electrogenic_pump_26(X) = fn_facilitated_diffusion_27(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_27(X) = fn_transport_protein_6(X)
& fn_electrogenic_pump_27(X) = fn_facilitated_diffusion_46(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_34(X) = fn_transport_protein_16(X)
& fn_electrogenic_pump_34(X) = fn_facilitated_diffusion_45(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_19(X) = fn_integral_protein_27(X)
& fn_electrogenic_pump_19(X) = fn_transport_protein_12(X)
& fn_electrogenic_pump_19(X) = fn_facilitated_diffusion_48(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_30(X) = fn_facilitated_diffusion_49(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_5(X) = fn_transport_protein_34(X)
& fn_electrogenic_pump_5(X) = fn_facilitated_diffusion_55(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_8(X) = fn_transport_protein_5(X)
& fn_electrogenic_pump_8(X) = fn_facilitated_diffusion_53(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_7(X) = fn_transport_protein_4(X)
& fn_electrogenic_pump_7(X) = fn_facilitated_diffusion_54(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_40(X) = fn_transport_protein_28(X)
& X = fn_facilitated_diffusion_25(fn_electrogenic_pump_40(X))
& fn_electrogenic_pump_30(X) = fn_transmembrane_protein_4(X)
& fn_electrogenic_pump_30(X) = fn_integral_protein_24(X)
& fn_electrogenic_pump_24(X) = fn_protein_pump_5(X)
& fn_electrogenic_pump_6(X) = fn_protein_pump_4(X)
& fn_electrogenic_pump_30(X) = fn_transport_protein_35(X)
& fn_electrogenic_pump_35(X) = fn_transport_protein_10(X)
& fn_electrogenic_pump_35(X) = fn_protein_pump_1(X)
& fn_electrogenic_pump_30(X) = fn_protein_pump_3(X)
& fn_polymer_1(X) = fn_protein_6(X)
& fn_protein_6(X) = fn_protein_6(X)
& fn_protein_6(X) = fn_transport_protein_9(X)
& fn_transport_protein_9(X) = fn_transport_protein_9(X)
& fn_transport_protein_9(X) = fn_facilitated_diffusion_6(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_6(fn_electrogenic_pump_40(X)) = fn_integral_protein_25(X)
& fn_integral_protein_25(X) = fn_facilitated_diffusion_6(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_6(fn_electrogenic_pump_40(X)) = fn_integral_protein_16(X)
& fn_integral_protein_16(X) = fn_integral_protein_16(X)
& fn_integral_protein_16(X) = fn_transport_protein_20(X)
& fn_transport_protein_20(X) = fn_transport_protein_20(X)
& fn_facilitated_diffusion_47(fn_electrogenic_pump_40(X)) = fn_facilitated_diffusion_47(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_47(fn_electrogenic_pump_40(X)) = fn_transport_protein_20(X)
& fn_transport_protein_20(X) = fn_facilitated_diffusion_47(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_47(fn_electrogenic_pump_40(X)) = fn_facilitated_diffusion_28(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_28(fn_electrogenic_pump_40(X)) = fn_transport_protein_19(X)
& fn_transport_protein_19(X) = fn_facilitated_diffusion_28(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_28(fn_electrogenic_pump_40(X)) = fn_transport_protein_21(X)
& fn_facilitated_diffusion_37(fn_electrogenic_pump_40(X)) = fn_transport_protein_21(X)
& fn_transport_protein_21(X) = fn_facilitated_diffusion_37(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_37(fn_electrogenic_pump_40(X)) = fn_transport_protein_17(X)
& fn_transport_protein_17(X) = fn_transport_protein_17(X)
& fn_facilitated_diffusion_39(fn_electrogenic_pump_40(X)) = fn_transport_protein_17(X)
& fn_transport_protein_17(X) = fn_facilitated_diffusion_39(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_39(fn_electrogenic_pump_40(X)) = fn_transport_protein_7(X)
& fn_facilitated_diffusion_40(fn_electrogenic_pump_40(X)) = fn_transport_protein_7(X)
& fn_transport_protein_7(X) = fn_facilitated_diffusion_40(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_40(fn_electrogenic_pump_40(X)) = fn_transport_protein_27(X)
& fn_facilitated_diffusion_32(fn_electrogenic_pump_40(X)) = fn_transport_protein_27(X)
& fn_transport_protein_27(X) = fn_facilitated_diffusion_32(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_32(fn_electrogenic_pump_40(X)) = fn_facilitated_diffusion_30(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_30(fn_electrogenic_pump_40(X)) = fn_transport_protein_24(X)
& fn_transport_protein_24(X) = fn_facilitated_diffusion_30(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_30(fn_electrogenic_pump_40(X)) = fn_facilitated_diffusion_29(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_29(fn_electrogenic_pump_40(X)) = fn_transport_protein_25(X)
& fn_transport_protein_25(X) = fn_facilitated_diffusion_29(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_29(fn_electrogenic_pump_40(X)) = fn_transport_protein_26(X)
& fn_facilitated_diffusion_33(fn_electrogenic_pump_40(X)) = fn_transport_protein_26(X)
& fn_transport_protein_26(X) = fn_facilitated_diffusion_33(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_33(fn_electrogenic_pump_40(X)) = fn_transport_protein_32(X)
& fn_transport_protein_32(X) = fn_facilitated_diffusion_35(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_35(fn_electrogenic_pump_40(X)) = fn_facilitated_diffusion_35(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_35(fn_electrogenic_pump_40(X)) = fn_transport_protein_33(X)
& fn_facilitated_diffusion_42(fn_electrogenic_pump_40(X)) = fn_facilitated_diffusion_42(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_42(fn_electrogenic_pump_40(X)) = fn_transport_protein_33(X)
& fn_transport_protein_33(X) = fn_facilitated_diffusion_42(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_42(fn_electrogenic_pump_40(X)) = fn_transport_protein_14(X)
& fn_transport_protein_14(X) = fn_transport_protein_14(X)
& fn_facilitated_diffusion_38(fn_electrogenic_pump_40(X)) = fn_transport_protein_14(X)
& fn_transport_protein_14(X) = fn_facilitated_diffusion_38(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_38(fn_electrogenic_pump_40(X)) = fn_transport_protein_18(X)
& fn_facilitated_diffusion_43(fn_electrogenic_pump_40(X)) = fn_transport_protein_18(X)
& fn_transport_protein_18(X) = fn_facilitated_diffusion_43(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_43(fn_electrogenic_pump_40(X)) = fn_transport_protein_13(X)
& fn_facilitated_diffusion_36(fn_electrogenic_pump_40(X)) = fn_transport_protein_13(X)
& fn_transport_protein_13(X) = fn_facilitated_diffusion_36(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_36(fn_electrogenic_pump_40(X)) = fn_transport_protein_15(X)
& fn_transport_protein_15(X) = fn_transport_protein_15(X)
& fn_facilitated_diffusion_41(fn_electrogenic_pump_40(X)) = fn_transport_protein_15(X)
& fn_transport_protein_15(X) = fn_facilitated_diffusion_41(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_41(fn_electrogenic_pump_40(X)) = fn_facilitated_diffusion_41(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_41(fn_electrogenic_pump_40(X)) = fn_transport_protein_8(X)
& fn_facilitated_diffusion_27(fn_electrogenic_pump_40(X)) = fn_transport_protein_8(X)
& fn_transport_protein_8(X) = fn_facilitated_diffusion_27(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_27(fn_electrogenic_pump_40(X)) = fn_transport_protein_6(X)
& fn_facilitated_diffusion_46(fn_electrogenic_pump_40(X)) = fn_transport_protein_6(X)
& fn_transport_protein_6(X) = fn_facilitated_diffusion_46(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_46(fn_electrogenic_pump_40(X)) = fn_transport_protein_33(X)
& fn_transport_protein_33(X) = fn_transport_protein_16(X)
& fn_transport_protein_16(X) = fn_transport_protein_16(X)
& fn_transport_protein_16(X) = fn_transport_protein_33(X)
& fn_transport_protein_33(X) = fn_facilitated_diffusion_45(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_45(fn_electrogenic_pump_40(X)) = fn_facilitated_diffusion_45(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_45(fn_electrogenic_pump_40(X)) = fn_transport_protein_12(X)
& fn_transport_protein_12(X) = fn_integral_protein_27(X)
& fn_integral_protein_27(X) = fn_transport_protein_12(X)
& fn_transport_protein_12(X) = fn_transport_protein_12(X)
& fn_facilitated_diffusion_48(fn_electrogenic_pump_40(X)) = fn_transport_protein_12(X)
& fn_transport_protein_12(X) = fn_facilitated_diffusion_48(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_48(fn_electrogenic_pump_40(X)) = fn_transport_protein_34(X)
& fn_transport_protein_34(X) = fn_transport_protein_34(X)
& fn_facilitated_diffusion_55(fn_electrogenic_pump_40(X)) = fn_transport_protein_34(X)
& fn_transport_protein_34(X) = fn_facilitated_diffusion_55(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_55(fn_electrogenic_pump_40(X)) = fn_transport_protein_5(X)
& fn_facilitated_diffusion_53(fn_electrogenic_pump_40(X)) = fn_transport_protein_5(X)
& fn_transport_protein_5(X) = fn_facilitated_diffusion_53(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_53(fn_electrogenic_pump_40(X)) = fn_transport_protein_4(X)
& fn_facilitated_diffusion_54(fn_electrogenic_pump_40(X)) = fn_transport_protein_4(X)
& fn_transport_protein_4(X) = fn_facilitated_diffusion_54(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_54(fn_electrogenic_pump_40(X)) = fn_block_1(fn_electrogenic_pump_9(X))
& fn_block_1(fn_electrogenic_pump_9(X)) = fn_protein_pump_5(X)
& fn_protein_pump_5(X) = fn_protein_pump_5(X)
& fn_protein_pump_5(X) = fn_active_transport_22(fn_electrogenic_pump_28(X))
& fn_active_transport_22(fn_electrogenic_pump_28(X)) = fn_transport_protein_10(X)
& fn_transport_protein_10(X) = fn_transport_protein_10(X)
& fn_protein_pump_1(X) = fn_protein_pump_1(X)
& fn_protein_pump_1(X) = fn_transport_protein_10(X)
& fn_transport_protein_10(X) = fn_protein_pump_1(X)
& fn_protein_pump_1(X) = fn_active_movement_of_ions_19(fn_electrogenic_pump_28(X))
& fn_active_movement_of_ions_19(fn_electrogenic_pump_28(X)) = fn_transmembrane_protein_4(X)
& fn_transmembrane_protein_4(X) = fn_active_movement_of_ions_19(fn_electrogenic_pump_28(X))
& fn_active_movement_of_ions_19(fn_electrogenic_pump_28(X)) = fn_membrane_potential_2(fn_electrogenic_pump_29(X))
& fn_membrane_potential_2(fn_electrogenic_pump_29(X)) = fn_membrane_potential_2(fn_electrogenic_pump_29(X))
& fn_membrane_potential_2(fn_electrogenic_pump_29(X)) = fn_integral_protein_24(X)
& fn_integral_protein_24(X) = fn_integral_protein_24(X)
& fn_transport_protein_35(X) = fn_integral_protein_24(X)
& fn_integral_protein_24(X) = fn_transport_protein_35(X)
& fn_facilitated_diffusion_49(fn_electrogenic_pump_40(X)) = fn_transport_protein_35(X)
& fn_transport_protein_35(X) = fn_transport_protein_35(X)
& fn_transport_protein_35(X) = fn_facilitated_diffusion_49(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_49(fn_electrogenic_pump_40(X)) = fn_facilitated_diffusion_49(fn_electrogenic_pump_40(X))
& fn_facilitated_diffusion_49(fn_electrogenic_pump_40(X)) = fn_protein_pump_3(X)
& fn_protein_pump_3(X) = fn_protein_pump_3(X)
& fn_facilitated_diffusion_25(fn_electrogenic_pump_40(X)) = fn_facilitated_diffusion_25(fn_electrogenic_pump_40(X)) ) ) ).
fof(a529208,axiom,
! [X] :
( electrolyte_1(X)
=> ( original_name_2(X,'Electrolyte')
& user_description_2(X,'A solute that produces ions in a solution')
& concept2words_2(X,electrolyte)
& chemical_1(X) ) ) ).
fof(a529209,axiom,
! [X] :
( electrolyte_entity_1(X)
=> ( original_name_2(X,'Electrolyte-Entity')
& user_description_2(X,'An electrolyte is a solute that produces ions in solution; an electrolytic solution conducts an electric current.')
& concept2words_2(X,'entity of electrolyte')
& concept2words_2(X,'electrolyte entity')
& concept2words_2(X,'electrolyte-entity')
& chemical_entity_1(X) ) ) ).
fof(a529210,axiom,
! [X] :
( electrolyte_status_constant_1(X)
=> ( original_name_2(X,'Electrolyte-Status-Constant')
& concept2words_2(X,'electrolyte status constant')
& concept2words_2(X,'electrolyte-status-constant')
& constant_1(X) ) ) ).
fof(a529211,axiom,
! [X] :
( electrolyte_status_value_1(X)
=> ( original_name_2(X,'Electrolyte-Status-Value')
& description_2(X,'The degree of ionization for a solution, e.g. non-electrolyte, weak-electrolyte, or strong-electrolyte.')
& concept2words_2(X,'status of electrolyte')
& concept2words_2(X,'electrolyte status')
& concept2words_2(X,'electrolyte-status')
& concept2words_2(X,'electrolyte status value')
& concept2words_2(X,'electrolyte-status-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a529212,axiom,
! [X] :
( electromagnet_1(X)
=> ( original_name_2(X,'Electromagnet')
& user_description_2(X,'A type of magnet whose magnetic field is produced by the flow of electric current.')
& concept2words_2(X,'electromagnetic lens')
& concept2words_2(X,'electromagnetic-lens')
& concept2words_2(X,electromagnet)
& lens_1(X)
& ~ glass_lens_1(X) ) ) ).
fof(a529213,axiom,
! [X] :
( electromagnetic_energy_1(X)
=> ( original_name_2(X,'Electromagnetic-Energy')
& user_description_2(X,'The energy that comes from electromagnetic radiation.')
& concept2words_2(X,'electromagnetic radiation')
& concept2words_2(X,'electromagnetic-radiation')
& concept2words_2(X,'electromagentic wave')
& concept2words_2(X,'electromagnetic energy')
& concept2words_2(X,'electromagnetic-energy')
& radiation_1(X)
& quantity_value_1(fn_electromagnetic_energy_3(X))
& length_value_1(fn_electromagnetic_energy_4(X))
& wavelength_2(X,fn_electromagnetic_energy_4(X))
& quantity_2(X,fn_electromagnetic_energy_3(X))
& inversely_proportional_2(fn_electromagnetic_energy_3(X),fn_electromagnetic_energy_4(X)) ) ) ).
fof(a529214,axiom,
! [X] :
( electromagnetic_process_1(X)
=> ( original_name_2(X,'Electromagnetic-Process')
& user_description_2(X,'A process related to electromagnetic radiation.')
& concept2words_2(X,'electromagnetic process')
& concept2words_2(X,'electromagnetic-process')
& physical_process_1(X) ) ) ).
fof(a529215,axiom,
! [X] :
( electromagnetic_receptor_1(X)
=> ( original_name_2(X,'Electromagnetic-Receptor')
& user_description_2(X,'A sensory receptor that responds to electromagnetic energy such as light, magnetism, or electricity.')
& concept2words_2(X,'electromagnetic receptor')
& concept2words_2(X,'electromagnetic-receptor')
& sensory_receptor_1(X)
& ~ chemoreceptor_1(X)
& ~ exteroceptor_1(X)
& ~ mechanoreceptor_1(X)
& ~ nociceptor_1(X)
& ~ pain_receptor_1(X)
& ~ thermoreceptor_1(X) ) ) ).
fof(a529216,axiom,
! [X] :
( electromagnetic_spectrum_1(X)
=> ( original_name_2(X,'Electromagnetic-Spectrum')
& user_description_2(X,'The full range of electromagnetic radiation which varies greatly in wavelength.')
& concept2words_2(X,'electromagnetic spectrum')
& concept2words_2(X,'electromagnetic-spectrum')
& spectrum_1(X)
& radio_waves_1(fn_electromagnetic_spectrum_1(X))
& microwaves_1(fn_electromagnetic_spectrum_2(X))
& visible_light_1(fn_electromagnetic_spectrum_3(X))
& gamma_rays_1(fn_electromagnetic_spectrum_4(X))
& x_rays_1(fn_electromagnetic_spectrum_5(X))
& ultraviolet_rays_1(fn_electromagnetic_spectrum_6(X))
& infrared_rays_1(fn_electromagnetic_spectrum_7(X))
& electromagnetic_spectrum_1(fn_visible_light_7(fn_electromagnetic_spectrum_3(X)))
& electromagnetic_spectrum_1(fn_infrared_rays_5(fn_electromagnetic_spectrum_7(X)))
& electromagnetic_spectrum_1(fn_ultraviolet_rays_5(fn_electromagnetic_spectrum_6(X)))
& electromagnetic_spectrum_1(fn_radio_waves_7(fn_electromagnetic_spectrum_1(X)))
& electromagnetic_spectrum_1(fn_x_rays_1(fn_electromagnetic_spectrum_5(X)))
& electromagnetic_spectrum_1(fn_microwaves_1(fn_electromagnetic_spectrum_2(X)))
& electromagnetic_spectrum_1(fn_gamma_rays_7(fn_electromagnetic_spectrum_4(X)))
& element_2(X,fn_electromagnetic_spectrum_3(X))
& element_2(X,fn_electromagnetic_spectrum_7(X))
& element_2(X,fn_electromagnetic_spectrum_6(X))
& element_2(X,fn_electromagnetic_spectrum_1(X))
& element_2(X,fn_electromagnetic_spectrum_5(X))
& element_2(X,fn_electromagnetic_spectrum_2(X))
& element_2(X,fn_electromagnetic_spectrum_4(X))
& X = fn_visible_light_7(fn_electromagnetic_spectrum_3(X))
& X = fn_infrared_rays_5(fn_electromagnetic_spectrum_7(X))
& X = fn_ultraviolet_rays_5(fn_electromagnetic_spectrum_6(X))
& X = fn_radio_waves_7(fn_electromagnetic_spectrum_1(X))
& X = fn_x_rays_1(fn_electromagnetic_spectrum_5(X))
& X = fn_microwaves_1(fn_electromagnetic_spectrum_2(X))
& X = fn_gamma_rays_7(fn_electromagnetic_spectrum_4(X))
& fn_visible_light_7(fn_electromagnetic_spectrum_3(X)) = fn_infrared_rays_5(fn_electromagnetic_spectrum_7(X))
& fn_infrared_rays_5(fn_electromagnetic_spectrum_7(X)) = fn_infrared_rays_5(fn_electromagnetic_spectrum_7(X))
& fn_infrared_rays_5(fn_electromagnetic_spectrum_7(X)) = fn_ultraviolet_rays_5(fn_electromagnetic_spectrum_6(X))
& fn_ultraviolet_rays_5(fn_electromagnetic_spectrum_6(X)) = fn_ultraviolet_rays_5(fn_electromagnetic_spectrum_6(X))
& fn_ultraviolet_rays_5(fn_electromagnetic_spectrum_6(X)) = fn_radio_waves_7(fn_electromagnetic_spectrum_1(X))
& fn_radio_waves_7(fn_electromagnetic_spectrum_1(X)) = fn_radio_waves_7(fn_electromagnetic_spectrum_1(X))
& fn_radio_waves_7(fn_electromagnetic_spectrum_1(X)) = fn_x_rays_1(fn_electromagnetic_spectrum_5(X))
& fn_x_rays_1(fn_electromagnetic_spectrum_5(X)) = fn_x_rays_1(fn_electromagnetic_spectrum_5(X))
& fn_x_rays_1(fn_electromagnetic_spectrum_5(X)) = fn_microwaves_1(fn_electromagnetic_spectrum_2(X))
& fn_microwaves_1(fn_electromagnetic_spectrum_2(X)) = fn_microwaves_1(fn_electromagnetic_spectrum_2(X))
& fn_microwaves_1(fn_electromagnetic_spectrum_2(X)) = fn_gamma_rays_7(fn_electromagnetic_spectrum_4(X)) ) ) ).
fof(a529217,axiom,
! [X] :
( electron_1(X)
=> ( original_name_2(X,'Electron')
& user_description_2(X,'A subatomic particle that carries a charge of -1. An atom has one or more electrons orbiting its nucleus.')
& concept2words_2(X,electron)
& subatomic_particle_1(X)
& charge_value_1(fn_electron_1(X))
& potential_energy_1(fn_electron_3(X))
& mass_value_1(fn_electron_4(X))
& mass_value_1(fn_electron_6(X))
& system_1(fn_electron_8(X))
& called_2(fn_electron_6(X),mass_proton)
& the_cardinal_value_2(fn_electron_6(X),"1.0e0")
& cardinal_unit_class_2(fn_electron_6(X),dalton_0)
& called_2(fn_electron_4(X),mass_electron)
& the_cardinal_value_2(fn_electron_1(X),"-1.0e0")
& cardinal_unit_class_2(fn_electron_1(X),unity_0)
& mass_2(X,fn_electron_4(X))
& possesses_2(X,fn_electron_3(X))
& charge_2(X,fn_electron_1(X)) ) ) ).
fof(a529218,axiom,
! [X] :
( electron_beam_1(X)
=> ( original_name_2(X,'Electron-Beam')
& user_description_2(X,'A stream of electrons observed in a vacuum or in gas.')
& concept2words_2(X,'beam of electron')
& concept2words_2(X,'electron beam')
& concept2words_2(X,'electron-beam')
& radiation_1(X)
& ~ radioactive_emissions_1(X)
& ~ ultraviolet_rays_1(X)
& ~ visible_light_1(X)
& electron_1(fn_electron_beam_1(X))
& electron_1(fn_electron_beam_2(X))
& next_element_2(fn_electron_beam_2(X),fn_electron_beam_1(X))
& minCardinality(X,has_part_0,"2",electron_0)
& has_part_2(X,fn_electron_beam_1(X))
& has_part_2(X,fn_electron_beam_2(X)) ) ) ).
fof(a529219,axiom,
! [X] :
( electron_carrier_1(X)
=> ( original_name_2(X,'Electron-Carrier')
& user_description_2(X,'Coenzyme in a pathway that accepts high-energy electrons.')
& concept2words_2(X,'carrier of electron')
& concept2words_2(X,'electron carrier')
& concept2words_2(X,'electron-carrier')
& agent_role_1(X)
& chemical_entity_1(fn_electron_carrier_1(X))
& carry_1(fn_electron_carrier_2(X))
& electron_1(fn_electron_carrier_3(X))
& spatial_entity_1(fn_move_1(fn_electron_carrier_2(X)))
& tangible_entity_1(fn_carry_1(fn_electron_carrier_2(X)))
& in_event_2(X,fn_electron_carrier_2(X))
& object_2(fn_electron_carrier_2(X),fn_electron_carrier_3(X))
& plays_2(fn_electron_carrier_1(X),X)
& agent_2(fn_electron_carrier_2(X),fn_electron_carrier_1(X))
& fn_electron_carrier_3(X) = fn_move_1(fn_electron_carrier_2(X))
& fn_electron_carrier_1(X) = fn_agent_role_1(X)
& fn_electron_carrier_1(X) = fn_carry_1(fn_electron_carrier_2(X))
& fn_agent_role_1(X) = fn_carry_1(fn_electron_carrier_2(X)) ) ) ).
fof(a529220,axiom,
! [X] :
( electron_carrier_of_cellular_respiration_1(X)
=> ( original_name_2(X,'Electron-carrier-of-Cellular-Respiration')
& user_description_2(X,'A coenzyme that accepts electrons stripped from glucose at various steps of cellular respiration, then gives them up in the electron transport chain. These coenzymes include NAD+ and FAD+, which become NADH and FADH2 when they carry electrons.')
& concept2words_2(X,'electron carrier of cellular respiration')
& concept2words_2(X,'electron-carrier-of-cellular-respiration')
& electron_carrier_1(X) ) ) ).
fof(a529221,axiom,
! [X] :
( electron_carrier_of_photosynthesis_1(X)
=> ( original_name_2(X,'Electron-carrier-of-Photosynthesis')
& user_description_2(X,'A coenzyme, NADP+, that accepts electrons from the electron transport chain in photosynthesis, then gives them up in the Calvin Cycle, in order to make sugar.')
& concept2words_2(X,'nadp+ of photosynthesis')
& concept2words_2(X,'nadph of photosynthesis')
& concept2words_2(X,nadph)
& concept2words_2(X,'nadp+')
& concept2words_2(X,'electron carrier of photosynthesis')
& concept2words_2(X,'electron-carrier-of-photosynthesis')
& electron_carrier_1(X) ) ) ).
fof(a529222,axiom,
! [X] :
( electron_configuration_1(X)
=> ( original_name_2(X,'Electron-Configuration')
& user_description_2(X,'The distribution of electrons in an atom\'s electron orbitals.')
& concept2words_2(X,'configuration of electron')
& concept2words_2(X,'electron configuration')
& concept2words_2(X,'electron-configuration')
& condition_1(X) ) ) ).
fof(a529223,axiom,
! [X] :
( electron_donor_1(X)
=> ( original_name_2(X,'Electron-Donor')
& user_description_2(X,'An electron donor is a role played by a chemical entity that donates electrons to another compound.')
& concept2words_2(X,'donor of electron')
& concept2words_2(X,'electron donor')
& concept2words_2(X,'electron-donor')
& donor_role_1(X)
& oxidation_1(fn_electron_donor_1(X))
& chemical_entity_1(fn_electron_donor_2(X))
& tangible_entity_1(fn_lose_1(fn_electron_donor_1(X)))
& in_event_2(X,fn_electron_donor_1(X))
& plays_2(fn_electron_donor_2(X),X)
& donor_2(fn_electron_donor_1(X),fn_electron_donor_2(X))
& fn_electron_donor_2(X) = fn_donor_role_1(X)
& fn_electron_donor_2(X) = fn_lose_1(fn_electron_donor_1(X))
& fn_donor_role_1(X) = fn_lose_1(fn_electron_donor_1(X)) ) ) ).
fof(a529224,axiom,
! [X] :
( electron_microscope_1(X)
=> ( original_name_2(X,'Electron-Microscope')
& user_description_2(X,'A microscope that has a thousand times the resolving power of a light microscope. A transmission electron microscope (TEM) is used to study the internal structure of thin sections of cells and a scanning electron microscope (SEM) is used to study the fine details of cell surfaces. Electron microscopy requires a specimen to be fixed onto a slide and cannot be used to examine living specimens.')
& concept2words_2(X,'microscope of electron')
& concept2words_2(X,'electron microscope')
& concept2words_2(X,'electron-microscope')
& microscope_1(X)
& ~ light_microscope_1(X)
& ~ transmission_electron_microscope_1(X)
& electromagnet_1(fn_electron_microscope_1(X))
& length_value_1(fn_electron_microscope_2(X))
& the_cardinal_value_2(fn_electron_microscope_2(X),"2.0e0")
& cardinal_unit_class_2(fn_electron_microscope_2(X),nanometer_0)
& optical_resolution_2(X,fn_electron_microscope_2(X))
& has_part_2(X,fn_electron_microscope_1(X)) ) ) ).
fof(a529225,axiom,
! [X] :
( electron_microscopy_1(X)
=> ( original_name_2(X,'Electron-Microscopy')
& user_description_2(X,'Electron microscopy uses the electron microscope, a type of microscope that produces an electronically-magnified image of a specimen for detailed observation.')
& concept2words_2(X,inquire)
& concept2words_2(X,'microscopy of electron')
& concept2words_2(X,'electron microscopy')
& concept2words_2(X,'electron-microscopy')
& microscopy_1(X)
& ~ confocal_microscopy_1(X)
& ~ light_microscopy_1(X)
& photographic_film_1(fn_electron_microscopy_1(X))
& condense_1(fn_electron_microscopy_2(X))
& condense_1(fn_electron_microscopy_3(X))
& see_1(fn_electron_microscopy_4(X))
& eye_1(fn_electron_microscopy_5(X))
& electron_beam_1(fn_electron_microscopy_6(X))
& microscope_1(fn_electron_microscopy_7(X))
& electron_microscope_1(fn_electron_microscopy_7(X))
& image_1(fn_electron_microscopy_8(X))
& expand_1(fn_electron_microscopy_9(X))
& produce_1(fn_electron_microscopy_10(X))
& create_1(fn_electron_microscopy_10(X))
& electromagnet_1(fn_electron_microscopy_11(X))
& tangible_entity_1(fn_sense_1(fn_electron_microscopy_4(X)))
& create_1(fn_artifact_1(fn_electron_microscopy_8(X)))
& electromagnet_1(fn_electron_microscope_1(fn_electron_microscopy_7(X)))
& tangible_entity_1(fn_condense_1(fn_electron_microscopy_3(X)))
& tangible_entity_1(fn_produce_1(fn_electron_microscopy_10(X)))
& tangible_entity_1(fn_condense_1(fn_electron_microscopy_2(X)))
& tangible_entity_1(fn_expand_1(fn_electron_microscopy_9(X)))
& abuts_2(fn_electron_microscopy_11(X),fn_electron_microscopy_7(X))
& next_event_2(fn_electron_microscopy_10(X),fn_electron_microscopy_9(X))
& agent_2(fn_electron_microscopy_9(X),fn_electron_microscopy_11(X))
& next_event_2(fn_electron_microscopy_9(X),fn_electron_microscopy_2(X))
& abuts_2(fn_electron_microscopy_7(X),fn_electron_microscopy_11(X))
& abuts_2(fn_electron_microscopy_7(X),fn_electron_microscopy_6(X))
& first_subevent_2(X,fn_electron_microscopy_3(X))
& subevent_2(X,fn_electron_microscopy_2(X))
& subevent_2(X,fn_electron_microscopy_10(X))
& subevent_2(X,fn_electron_microscopy_9(X))
& subevent_2(X,fn_electron_microscopy_4(X))
& subevent_2(X,fn_electron_microscopy_3(X))
& agent_2(X,fn_electron_microscopy_6(X))
& abuts_2(fn_electron_microscopy_6(X),fn_electron_microscopy_7(X))
& base_2(fn_electron_microscopy_4(X),fn_electron_microscopy_8(X))
& agent_2(fn_electron_microscopy_3(X),fn_electron_microscopy_11(X))
& next_event_2(fn_electron_microscopy_2(X),fn_electron_microscopy_4(X))
& agent_2(fn_electron_microscopy_2(X),fn_electron_microscopy_11(X))
& destination_2(fn_electron_microscopy_2(X),fn_electron_microscopy_1(X))
& experiencer_2(fn_electron_microscopy_4(X),fn_electron_microscopy_5(X))
& base_2(fn_electron_microscopy_2(X),fn_electron_microscopy_8(X))
& base_2(fn_electron_microscopy_9(X),fn_electron_microscopy_8(X))
& base_2(fn_electron_microscopy_3(X),fn_electron_microscopy_6(X))
& raw_material_2(fn_electron_microscopy_10(X),fn_electron_microscopy_6(X))
& instrument_2(X,fn_electron_microscopy_7(X))
& result_2(fn_electron_microscopy_10(X),fn_electron_microscopy_8(X))
& has_part_2(fn_electron_microscopy_7(X),fn_electron_microscopy_11(X))
& fn_electron_microscopy_5(X) = fn_sense_1(fn_electron_microscopy_4(X))
& fn_electron_microscopy_8(X) = fn_condense_1(fn_electron_microscopy_2(X))
& fn_electron_microscopy_8(X) = fn_expand_1(fn_electron_microscopy_9(X))
& fn_electron_microscopy_6(X) = fn_condense_1(fn_electron_microscopy_3(X))
& fn_electron_microscopy_6(X) = fn_produce_1(fn_electron_microscopy_10(X))
& fn_electron_microscopy_7(X) = fn_microscopy_5(X)
& fn_electron_microscopy_10(X) = fn_artifact_1(fn_electron_microscopy_8(X))
& fn_electron_microscopy_11(X) = fn_electron_microscope_1(fn_electron_microscopy_7(X))
& fn_condense_1(fn_electron_microscopy_3(X)) = fn_produce_1(fn_electron_microscopy_10(X))
& fn_produce_1(fn_electron_microscopy_10(X)) = fn_condense_1(fn_electron_microscopy_2(X))
& fn_condense_1(fn_electron_microscopy_2(X)) = fn_expand_1(fn_electron_microscopy_9(X)) ) ) ).
fof(a529226,axiom,
! [X] :
( electron_recipient_1(X)
=> ( original_name_2(X,'Electron-Recipient')
& user_description_2(X,'An electron recipient is a role played by an object that accepts electrons from another compound.')
& concept2words_2(X,'electron acceptor')
& concept2words_2(X,'electron-acceptor')
& concept2words_2(X,'recipient of electron')
& concept2words_2(X,'electron recipient')
& concept2words_2(X,'electron-recipient')
& recipient_role_1(X)
& reduction_1(fn_electron_recipient_1(X))
& chemical_entity_1(fn_electron_recipient_2(X))
& entity_1(fn_receive_1(fn_electron_recipient_1(X)))
& in_event_2(X,fn_electron_recipient_1(X))
& recipient_2(fn_electron_recipient_1(X),fn_electron_recipient_2(X))
& plays_2(fn_electron_recipient_2(X),X)
& fn_electron_recipient_2(X) = fn_receive_1(fn_electron_recipient_1(X))
& fn_electron_recipient_2(X) = fn_recipient_role_1(X)
& fn_receive_1(fn_electron_recipient_1(X)) = fn_recipient_role_1(X) ) ) ).
fof(a529227,axiom,
! [X] :
( electron_shell_1(X)
=> ( original_name_2(X,'Electron-Shell')
& user_description_2(X,'One of the energy levels at which electrons can exist in an atom. Each electron shell has a characteristic average distance away from the nucleus of the atom.')
& concept2words_2(X,'energy level')
& concept2words_2(X,'energy-level')
& concept2words_2(X,'electron energy level')
& concept2words_2(X,'electron-energy-level')
& concept2words_2(X,'shell of electron')
& concept2words_2(X,'electron shell')
& concept2words_2(X,'electron-shell')
& atomic_region_1(X)
& ~ orbital_1(X)
& atom_1(fn_electron_shell_1(X))
& electron_1(fn_electron_shell_2(X))
& atomic_orbital_1(fn_electron_shell_3(X))
& has_region_2(fn_electron_shell_1(X),X)
& has_part_2(fn_electron_shell_1(X),fn_electron_shell_2(X))
& has_region_2(X,fn_electron_shell_3(X))
& is_inside_2(fn_electron_shell_2(X),fn_electron_shell_3(X)) ) ) ).
fof(a529228,axiom,
! [X] :
( electron_shuttle_system_1(X)
=> ( original_name_2(X,'Electron-Shuttle-System')
& user_description_2(X,'An electron shuttle system is a molecular assembly that can transport electrons inside cell. The two electrons of NADH captured in glycolysis must be conveyed into the mitochondrion by one of several electron shuttle systems.')
& concept2words_2(X,'electron shuttle system')
& concept2words_2(X,'electron-shuttle-system')
& electron_transport_assembly_1(X)
& ~ thylakoid_electron_transport_chain_1(X)
& ~ chylomicron_1(X)
& ~ cytochrome_complex_1(X)
& ~ electron_transport_chain_1(X)
& ~ microfibril_1(X)
& ~ signal_recognition_particle_1(X)
& proton_motive_force_1(fn_electron_shuttle_system_1(X))
& cytosol_1(fn_electron_shuttle_system_2(X))
& protein_enzyme_1(fn_electron_shuttle_system_3(X))
& nad_plus_1(fn_electron_shuttle_system_4(X))
& nadh_1(fn_electron_shuttle_system_5(X))
& crista_1(fn_electron_shuttle_system_6(X))
& tangible_entity_1(fn_electron_shuttle_system_7(X))
& membrane_1(fn_electron_shuttle_system_7(X))
& entity_1(fn_electron_shuttle_system_7(X))
& spatial_entity_1(fn_electron_shuttle_system_7(X))
& inner_membrane_1(fn_electron_shuttle_system_7(X))
& biomembrane_1(fn_electron_shuttle_system_7(X))
& mitochondrial_matrix_1(fn_electron_shuttle_system_8(X))
& transfer_1(fn_electron_shuttle_system_9(X))
& transfer_1(fn_electron_shuttle_system_10(X))
& organic_molecule_1(fn_electron_shuttle_system_11(X))
& nadh_1(fn_electron_shuttle_system_11(X))
& molecule_1(fn_electron_shuttle_system_11(X))
& chemical_entity_1(fn_electron_shuttle_system_11(X))
& electron_1(fn_electron_shuttle_system_12(X))
& glycolysis_1(fn_electron_shuttle_system_13(X))
& electron_1(fn_electron_shuttle_system_14(X))
& fad_1(fn_electron_shuttle_system_15(X))
& fadh2_1(fn_electron_shuttle_system_16(X))
& electron_1(fn_electron_shuttle_system_17(X))
& reduction_1(fn_electron_shuttle_system_18(X))
& nadh_1(fn_electron_shuttle_system_19(X))
& entity_1(fn_transfer_1(fn_electron_shuttle_system_10(X)))
& entity_1(fn_transfer_1(fn_electron_shuttle_system_9(X)))
& chemical_entity_1(fn_reduction_1(fn_electron_shuttle_system_18(X)))
& electron_1(fn_reduction_4(fn_electron_shuttle_system_18(X)))
& fadh2_1(fn_fad_3(fn_electron_shuttle_system_15(X)))
& tangible_entity_1(fn_crista_24(fn_electron_shuttle_system_6(X)))
& membrane_1(fn_crista_24(fn_electron_shuttle_system_6(X)))
& entity_1(fn_crista_24(fn_electron_shuttle_system_6(X)))
& spatial_entity_1(fn_crista_24(fn_electron_shuttle_system_6(X)))
& inner_membrane_1(fn_crista_24(fn_electron_shuttle_system_6(X)))
& biomembrane_1(fn_crista_24(fn_electron_shuttle_system_6(X)))
& mitochondrial_matrix_1(fn_crista_19(fn_electron_shuttle_system_6(X)))
& organic_molecule_1(fn_glycolysis_74(fn_electron_shuttle_system_13(X)))
& nadh_1(fn_glycolysis_74(fn_electron_shuttle_system_13(X)))
& molecule_1(fn_glycolysis_74(fn_electron_shuttle_system_13(X)))
& chemical_entity_1(fn_reduction_3(fn_electron_shuttle_system_18(X)))
& fn_electron_shuttle_system_19(X) != fn_electron_shuttle_system_5(X)
& is_inside_2(fn_electron_shuttle_system_15(X),fn_electron_shuttle_system_8(X))
& fn_electron_shuttle_system_5(X) != fn_electron_shuttle_system_19(X)
& is_inside_2(fn_electron_shuttle_system_5(X),fn_electron_shuttle_system_2(X))
& is_inside_2(fn_electron_shuttle_system_4(X),fn_electron_shuttle_system_8(X))
& has_function_2(X,fn_electron_shuttle_system_10(X))
& has_function_2(X,fn_electron_shuttle_system_9(X))
& has_part_2(X,fn_electron_shuttle_system_3(X))
& has_part_2(fn_electron_shuttle_system_7(X),X)
& is_inside_2(fn_electron_shuttle_system_11(X),fn_electron_shuttle_system_2(X))
& exactCardinality(fn_electron_shuttle_system_10(X),donor_0,"2",nadh_0)
& donor_2(fn_electron_shuttle_system_10(X),fn_electron_shuttle_system_5(X))
& recipient_2(fn_electron_shuttle_system_10(X),fn_electron_shuttle_system_15(X))
& exactCardinality(fn_electron_shuttle_system_10(X),result_0,"1",fadh2_0)
& result_2(fn_electron_shuttle_system_10(X),fn_electron_shuttle_system_16(X))
& agent_2(fn_electron_shuttle_system_10(X),fn_electron_shuttle_system_1(X))
& agent_2(fn_electron_shuttle_system_10(X),X)
& donor_2(fn_electron_shuttle_system_9(X),fn_electron_shuttle_system_11(X))
& recipient_2(fn_electron_shuttle_system_9(X),fn_electron_shuttle_system_4(X))
& exactCardinality(fn_electron_shuttle_system_9(X),result_0,"1",nadh_0)
& result_2(fn_electron_shuttle_system_9(X),fn_electron_shuttle_system_19(X))
& agent_2(fn_electron_shuttle_system_9(X),fn_electron_shuttle_system_1(X))
& agent_2(fn_electron_shuttle_system_9(X),X)
& object_2(fn_electron_shuttle_system_10(X),fn_electron_shuttle_system_14(X))
& object_2(fn_electron_shuttle_system_9(X),fn_electron_shuttle_system_12(X))
& recipient_2(fn_electron_shuttle_system_18(X),fn_electron_shuttle_system_11(X))
& fn_electron_shuttle_system_11(X) != fn_electron_shuttle_system_19(X)
& donor_2(fn_electron_shuttle_system_18(X),fn_electron_shuttle_system_19(X))
& fn_electron_shuttle_system_19(X) != fn_electron_shuttle_system_11(X)
& result_2(fn_electron_shuttle_system_13(X),fn_electron_shuttle_system_11(X))
& object_2(fn_electron_shuttle_system_18(X),fn_electron_shuttle_system_17(X))
& fn_electron_shuttle_system_11(X) != fn_electron_shuttle_system_17(X)
& fn_electron_shuttle_system_17(X) != fn_electron_shuttle_system_11(X)
& fn_electron_shuttle_system_19(X) != fn_electron_shuttle_system_17(X)
& fn_electron_shuttle_system_17(X) != fn_electron_shuttle_system_19(X)
& has_state_2(fn_electron_shuttle_system_15(X),fn_electron_shuttle_system_16(X))
& has_oxidized_form_2(fn_electron_shuttle_system_16(X),fn_electron_shuttle_system_15(X))
& has_reduced_form_2(fn_electron_shuttle_system_15(X),fn_electron_shuttle_system_16(X))
& is_inside_2(fn_electron_shuttle_system_8(X),fn_electron_shuttle_system_7(X))
& is_outside_2(fn_electron_shuttle_system_7(X),fn_electron_shuttle_system_8(X))
& has_part_2(fn_electron_shuttle_system_7(X),fn_electron_shuttle_system_6(X))
& is_along_2(fn_electron_shuttle_system_8(X),fn_electron_shuttle_system_6(X))
& is_along_2(fn_electron_shuttle_system_6(X),fn_electron_shuttle_system_8(X))
& fn_electron_shuttle_system_14(X) = fn_transfer_1(fn_electron_shuttle_system_10(X))
& fn_electron_shuttle_system_12(X) = fn_transfer_1(fn_electron_shuttle_system_9(X))
& fn_electron_shuttle_system_11(X) = fn_glycolysis_74(fn_electron_shuttle_system_13(X))
& fn_electron_shuttle_system_19(X) = fn_reduction_1(fn_electron_shuttle_system_18(X))
& fn_electron_shuttle_system_11(X) = fn_reduction_3(fn_electron_shuttle_system_18(X))
& fn_electron_shuttle_system_17(X) = fn_reduction_4(fn_electron_shuttle_system_18(X))
& fn_electron_shuttle_system_16(X) = fn_fad_3(fn_electron_shuttle_system_15(X))
& fn_electron_shuttle_system_7(X) = fn_crista_24(fn_electron_shuttle_system_6(X))
& fn_electron_shuttle_system_8(X) = fn_crista_19(fn_electron_shuttle_system_6(X))
& fn_reduction_3(fn_electron_shuttle_system_18(X)) = fn_glycolysis_74(fn_electron_shuttle_system_13(X))
& fn_glycolysis_74(fn_electron_shuttle_system_13(X)) = fn_reduction_3(fn_electron_shuttle_system_18(X))
& fn_reduction_3(fn_electron_shuttle_system_18(X)) = fn_reduction_3(fn_electron_shuttle_system_18(X)) ) ) ).
fof(a529229,axiom,
! [X] :
( electron_transport_assembly_1(X)
=> ( original_name_2(X,'Electron-Transport-Assembly')
& user_description_2(X,'A molecular assembly which shuttles electrons to do cellular work.Light-Harvesting-Complexes have parts including electron transport assemblies, antenna pigments, and accessory pigments.')
& concept2words_2(X,'electron transport assembly')
& concept2words_2(X,'electron-transport-assembly')
& molecular_assembly_1(X) ) ) ).
fof(a529230,axiom,
! [X] :
( electron_transport_chain_1(X)
=> ( original_name_2(X,'Electron-Transport-Chain')
& user_description_2(X,'A series of membrane proteins that couples electron transfer from a donor molecule (such as NADH) to a acceptor molecule (such as O2) with the transfer of protons across a membrane. Electron transport chains are used to capture the energy from sunlight in photosynthesis, and from redox reactions such as cellular respiration.')
& concept2words_2(X,'group of transport molecules at thylakoid membrane of chloroplast')
& concept2words_2(X,'respiratory chain')
& concept2words_2(X,'respiratory-chain')
& concept2words_2(X,'electron transport chain')
& concept2words_2(X,'electron-transport-chain')
& electron_transport_assembly_1(X)
& ~ chylomicron_1(X)
& ~ cytochrome_complex_1(X)
& ~ electron_shuttle_system_1(X)
& ~ microfibril_1(X)
& ~ signal_recognition_particle_1(X)
& electron_transport_chain_reaction_1(fn_electron_transport_chain_1(X))
& protein_1(fn_electron_transport_chain_2(X))
& protein_complex_1(fn_electron_transport_chain_3(X))
& organic_molecule_1(fn_electron_transport_chain_4(X))
& biomembrane_1(fn_electron_transport_chain_5(X))
& membrane_protein_1(fn_electron_transport_chain_6(X))
& glycoprotein_1(fn_electron_transport_chain_7(X))
& glycolipid_1(fn_electron_transport_chain_8(X))
& saturated_fatty_acid_1(fn_electron_transport_chain_9(X))
& glycolipid_1(fn_biomembrane_29(fn_electron_transport_chain_5(X)))
& glycoprotein_1(fn_biomembrane_30(fn_electron_transport_chain_5(X)))
& saturated_fatty_acid_1(fn_biomembrane_32(fn_electron_transport_chain_5(X)))
& biomembrane_1(fn_membrane_protein_1(fn_electron_transport_chain_6(X)))
& has_part_2(fn_electron_transport_chain_5(X),fn_electron_transport_chain_4(X))
& has_part_2(fn_electron_transport_chain_5(X),fn_electron_transport_chain_3(X))
& has_part_2(fn_electron_transport_chain_5(X),fn_electron_transport_chain_2(X))
& element_2(X,fn_electron_transport_chain_2(X))
& element_2(X,fn_electron_transport_chain_3(X))
& element_2(X,fn_electron_transport_chain_4(X))
& minCardinality(X,element_0,"1",protein_complex_0)
& has_function_2(X,fn_electron_transport_chain_1(X))
& fn_electron_transport_chain_2(X) != fn_electron_transport_chain_4(X)
& fn_electron_transport_chain_2(X) != fn_electron_transport_chain_3(X)
& fn_electron_transport_chain_3(X) != fn_electron_transport_chain_2(X)
& fn_electron_transport_chain_3(X) != fn_electron_transport_chain_4(X)
& fn_electron_transport_chain_4(X) != fn_electron_transport_chain_2(X)
& fn_electron_transport_chain_4(X) != fn_electron_transport_chain_3(X)
& has_part_2(fn_electron_transport_chain_5(X),fn_electron_transport_chain_8(X))
& has_part_2(fn_electron_transport_chain_5(X),fn_electron_transport_chain_7(X))
& has_part_2(fn_electron_transport_chain_5(X),fn_electron_transport_chain_9(X))
& has_part_2(fn_electron_transport_chain_5(X),fn_electron_transport_chain_6(X))
& fn_electron_transport_chain_8(X) = fn_biomembrane_29(fn_electron_transport_chain_5(X))
& fn_electron_transport_chain_7(X) = fn_biomembrane_30(fn_electron_transport_chain_5(X))
& fn_electron_transport_chain_9(X) = fn_biomembrane_32(fn_electron_transport_chain_5(X))
& fn_electron_transport_chain_5(X) = fn_membrane_protein_1(fn_electron_transport_chain_6(X)) ) ) ).
fof(a529231,axiom,
! [X] :
( electron_transport_chain_pathway_1(X)
=> ( original_name_2(X,'Electron-Transport-Chain-Pathway')
& user_description_2(X,'The process in which energy is released from electron carriers in a stepwise manner through a series of redox reactions along an electron transport chain. The released energy is used to pump protons across a membrane, resulting in a proton motive force which can perform cellular work.')
& concept2words_2(X,transport)
& concept2words_2(X,'transfer energy')
& concept2words_2(X,'electron transport chain pathway')
& concept2words_2(X,'electron-transport-chain-pathway')
& metabolic_pathway_1(X)
& proton_motive_force_1(fn_electron_transport_chain_pathway_1(X))
& electron_transport_chain_1(fn_electron_transport_chain_pathway_4(X))
& chemical_entity_1(fn_electron_transport_chain_pathway_5(X))
& chemical_energy_1(fn_electron_transport_chain_pathway_6(X))
& quantity_value_1(fn_electron_transport_chain_pathway_7(X))
& quantity_value_1(fn_electron_transport_chain_pathway_8(X))
& chemical_energy_1(fn_electron_transport_chain_pathway_9(X))
& reactant_1(fn_electron_transport_chain_pathway_10(X))
& cell_1(fn_electron_transport_chain_pathway_11(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_electron_transport_chain_pathway_12(X))
& cellular_work_1(fn_electron_transport_chain_pathway_12(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_electron_transport_chain_pathway_13(X))
& cellular_work_1(fn_electron_transport_chain_pathway_13(X))
& electron_transport_chain_1(fn_electron_transport_chain_pathway_14(X))
& electron_transport_chain_reaction_1(fn_electron_transport_chain_pathway_19(X))
& chemical_reaction_1(fn_electron_transport_chain_pathway_20(X))
& electron_transport_chain_reaction_1(fn_electron_transport_chain_pathway_20(X))
& redox_reaction_1(fn_electron_transport_chain_pathway_21(X))
& release_1(fn_electron_transport_chain_pathway_22(X))
& chemical_entity_1(fn_electron_transport_chain_pathway_23(X))
& tangible_entity_1(fn_electron_transport_chain_pathway_24(X))
& electron_1(fn_electron_transport_chain_pathway_24(X))
& atom_1(fn_electron_transport_chain_pathway_25(X))
& oxidation_1(fn_electron_transport_chain_pathway_26(X))
& reduction_1(fn_electron_transport_chain_pathway_27(X))
& atom_1(fn_electron_transport_chain_pathway_28(X))
& electronegativity_value_1(fn_electron_transport_chain_pathway_29(X))
& electronegativity_value_1(fn_electron_transport_chain_pathway_30(X))
& redox_reaction_1(fn_electron_transport_chain_pathway_31(X))
& chemical_entity_1(fn_electron_transport_chain_pathway_32(X))
& release_1(fn_electron_transport_chain_pathway_33(X))
& reduction_1(fn_electron_transport_chain_pathway_34(X))
& atom_1(fn_electron_transport_chain_pathway_35(X))
& atom_1(fn_electron_transport_chain_pathway_36(X))
& electronegativity_value_1(fn_electron_transport_chain_pathway_37(X))
& electronegativity_value_1(fn_electron_transport_chain_pathway_38(X))
& reactant_1(fn_electron_transport_chain_pathway_39(X))
& nadh_1(fn_electron_transport_chain_pathway_40(X))
& fadh2_1(fn_electron_transport_chain_pathway_41(X))
& tangible_entity_1(fn_electron_transport_chain_pathway_42(X))
& free_energy_1(fn_electron_transport_chain_pathway_42(X))
& tangible_entity_1(fn_electron_transport_chain_pathway_43(X))
& free_energy_1(fn_electron_transport_chain_pathway_43(X))
& reactant_1(fn_electron_transport_chain_pathway_44(X))
& chemical_energy_1(fn_electron_transport_chain_reaction_23(fn_electron_transport_chain_pathway_19(X)))
& property_node_1(fn_electron_transport_chain_reaction_27(fn_electron_transport_chain_pathway_19(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_electron_transport_chain_reaction_1(fn_electron_transport_chain_pathway_19(X)))
& release_1(fn_electron_transport_chain_reaction_7(fn_electron_transport_chain_pathway_19(X)))
& redox_reaction_1(fn_electron_transport_chain_reaction_9(fn_electron_transport_chain_pathway_19(X)))
& electron_transport_chain_1(fn_electron_transport_chain_reaction_4(fn_electron_transport_chain_pathway_19(X)))
& property_node_1(fn_electron_transport_chain_reaction_26(fn_electron_transport_chain_pathway_19(X)))
& quantity_value_1(fn_electron_transport_chain_reaction_22(fn_electron_transport_chain_pathway_19(X)))
& quantity_value_1(fn_electron_transport_chain_reaction_21(fn_electron_transport_chain_pathway_19(X)))
& chemical_energy_1(fn_electron_transport_chain_reaction_20(fn_electron_transport_chain_pathway_19(X)))
& chemical_entity_1(fn_electron_transport_chain_reaction_25(fn_electron_transport_chain_pathway_19(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_electron_transport_chain_reaction_1(fn_electron_transport_chain_pathway_20(X)))
& chemical_reaction_1(fn_reactant_2(fn_electron_transport_chain_pathway_44(X)))
& reactant_1(fn_electron_transport_chain_reaction_5(fn_electron_transport_chain_pathway_20(X)))
& release_1(fn_electron_transport_chain_reaction_7(fn_electron_transport_chain_pathway_20(X)))
& redox_reaction_1(fn_electron_transport_chain_reaction_9(fn_electron_transport_chain_pathway_20(X)))
& electron_transport_chain_1(fn_electron_transport_chain_reaction_4(fn_electron_transport_chain_pathway_20(X)))
& property_node_1(fn_redox_reaction_3(fn_electron_transport_chain_pathway_31(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_electron_transport_chain_pathway_31(X)))
& reduction_1(fn_redox_reaction_10(fn_electron_transport_chain_pathway_31(X)))
& property_node_1(fn_redox_reaction_15(fn_electron_transport_chain_pathway_31(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_electron_transport_chain_pathway_31(X)))
& atom_1(fn_redox_reaction_13(fn_electron_transport_chain_pathway_31(X)))
& property_node_1(fn_redox_reaction_3(fn_electron_transport_chain_pathway_21(X)))
& property_node_1(fn_redox_reaction_15(fn_electron_transport_chain_pathway_21(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_electron_transport_chain_pathway_21(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_electron_transport_chain_pathway_21(X)))
& reduction_1(fn_redox_reaction_10(fn_electron_transport_chain_pathway_21(X)))
& oxidation_1(fn_redox_reaction_11(fn_electron_transport_chain_pathway_21(X)))
& atom_1(fn_redox_reaction_2(fn_electron_transport_chain_pathway_31(X)))
& tangible_entity_1(fn_release_1(fn_electron_transport_chain_pathway_33(X)))
& free_energy_1(fn_electron_transport_chain_reaction_8(fn_electron_transport_chain_pathway_19(X)))
& tangible_entity_1(fn_release_1(fn_electron_transport_chain_pathway_22(X)))
& free_energy_1(fn_electron_transport_chain_reaction_8(fn_electron_transport_chain_pathway_20(X)))
& atom_1(fn_redox_reaction_13(fn_electron_transport_chain_pathway_21(X)))
& atom_1(fn_redox_reaction_2(fn_electron_transport_chain_pathway_21(X)))
& cell_1(fn_cellular_work_2(fn_electron_transport_chain_pathway_13(X)))
& cell_1(fn_cellular_work_2(fn_electron_transport_chain_pathway_12(X)))
& chemical_entity_1(fn_reduction_3(fn_electron_transport_chain_pathway_34(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_electron_transport_chain_pathway_31(X)))
& chemical_entity_1(fn_electron_transport_chain_reaction_24(fn_electron_transport_chain_pathway_19(X)))
& chemical_entity_1(fn_reactant_3(fn_electron_transport_chain_pathway_10(X)))
& tangible_entity_1(fn_release_2(fn_electron_transport_chain_pathway_33(X)))
& chemical_entity_1(fn_reduction_1(fn_electron_transport_chain_pathway_34(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_electron_transport_chain_pathway_31(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_electron_transport_chain_pathway_21(X)))
& electron_1(fn_redox_reaction_7(fn_electron_transport_chain_pathway_21(X)))
& electron_1(fn_reduction_4(fn_electron_transport_chain_pathway_27(X)))
& chemical_entity_1(fn_reduction_3(fn_electron_transport_chain_pathway_27(X)))
& chemical_entity_1(fn_electron_transport_chain_reaction_24(fn_electron_transport_chain_pathway_20(X)))
& chemical_entity_1(fn_reactant_3(fn_electron_transport_chain_pathway_44(X)))
& chemical_entity_1(fn_reactant_3(fn_electron_transport_chain_pathway_39(X)))
& tangible_entity_1(fn_release_2(fn_electron_transport_chain_pathway_22(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_electron_transport_chain_pathway_21(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_electron_transport_chain_pathway_21(X)))
& chemical_entity_1(fn_reduction_1(fn_electron_transport_chain_pathway_27(X)))
& chemical_reaction_1(fn_reactant_2(fn_electron_transport_chain_pathway_10(X)))
& chemical_reaction_1(fn_reactant_2(fn_electron_transport_chain_pathway_39(X)))
& is_inside_2(fn_electron_transport_chain_pathway_43(X),fn_electron_transport_chain_pathway_41(X))
& is_inside_2(fn_electron_transport_chain_pathway_42(X),fn_electron_transport_chain_pathway_40(X))
& subevent_2(X,fn_electron_transport_chain_pathway_20(X))
& subevent_2(X,fn_electron_transport_chain_pathway_19(X))
& result_2(X,fn_electron_transport_chain_pathway_1(X))
& greater_than_or_equal_to_2(fn_electron_transport_chain_pathway_37(X),fn_electron_transport_chain_pathway_38(X))
& greater_than_2(fn_electron_transport_chain_pathway_37(X),fn_electron_transport_chain_pathway_38(X))
& fn_electron_transport_chain_pathway_34(X) != fn_electron_transport_chain_pathway_27(X)
& fn_electron_transport_chain_pathway_31(X) != fn_electron_transport_chain_pathway_21(X)
& fn_electron_transport_chain_pathway_27(X) != fn_electron_transport_chain_pathway_34(X)
& fn_electron_transport_chain_pathway_21(X) != fn_electron_transport_chain_pathway_31(X)
& called_2(fn_electron_transport_chain_pathway_20(X),'FADH2')
& fn_electron_transport_chain_pathway_20(X) != fn_electron_transport_chain_pathway_19(X)
& called_2(fn_electron_transport_chain_pathway_19(X),'NADH')
& fn_electron_transport_chain_pathway_19(X) != fn_electron_transport_chain_pathway_20(X)
& fn_electron_transport_chain_pathway_14(X) != fn_electron_transport_chain_pathway_4(X)
& fn_electron_transport_chain_pathway_4(X) != fn_electron_transport_chain_pathway_14(X)
& plays_2(fn_electron_transport_chain_pathway_41(X),fn_electron_transport_chain_pathway_44(X))
& raw_material_2(fn_electron_transport_chain_pathway_20(X),fn_electron_transport_chain_pathway_41(X))
& raw_material_2(fn_electron_transport_chain_pathway_19(X),fn_electron_transport_chain_pathway_40(X))
& possesses_2(fn_electron_transport_chain_pathway_40(X),fn_electron_transport_chain_pathway_9(X))
& base_2(X,fn_electron_transport_chain_pathway_11(X))
& in_event_2(fn_electron_transport_chain_pathway_10(X),X)
& raw_material_2(X,fn_electron_transport_chain_pathway_40(X))
& plays_2(fn_electron_transport_chain_pathway_40(X),fn_electron_transport_chain_pathway_10(X))
& in_event_2(fn_electron_transport_chain_pathway_39(X),X)
& raw_material_2(X,fn_electron_transport_chain_pathway_41(X))
& plays_2(fn_electron_transport_chain_pathway_41(X),fn_electron_transport_chain_pathway_39(X))
& quantity_2(fn_electron_transport_chain_pathway_9(X),fn_electron_transport_chain_pathway_8(X))
& subevent_2(fn_electron_transport_chain_pathway_19(X),fn_electron_transport_chain_pathway_13(X))
& has_function_2(fn_electron_transport_chain_pathway_14(X),fn_electron_transport_chain_pathway_19(X))
& agent_2(fn_electron_transport_chain_pathway_19(X),fn_electron_transport_chain_pathway_14(X))
& subevent_2(fn_electron_transport_chain_pathway_19(X),fn_electron_transport_chain_pathway_31(X))
& causes_2(fn_electron_transport_chain_pathway_31(X),fn_electron_transport_chain_pathway_33(X))
& object_2(fn_electron_transport_chain_pathway_33(X),fn_electron_transport_chain_pathway_42(X))
& result_2(fn_electron_transport_chain_pathway_19(X),fn_electron_transport_chain_pathway_5(X))
& possesses_2(fn_electron_transport_chain_pathway_5(X),fn_electron_transport_chain_pathway_6(X))
& quantity_2(fn_electron_transport_chain_pathway_6(X),fn_electron_transport_chain_pathway_7(X))
& greater_than_2(fn_electron_transport_chain_pathway_8(X),fn_electron_transport_chain_pathway_7(X))
& subevent_2(fn_electron_transport_chain_pathway_20(X),fn_electron_transport_chain_pathway_12(X))
& in_event_2(fn_electron_transport_chain_pathway_44(X),fn_electron_transport_chain_pathway_20(X))
& agent_2(fn_electron_transport_chain_pathway_20(X),fn_electron_transport_chain_pathway_4(X))
& has_function_2(fn_electron_transport_chain_pathway_4(X),fn_electron_transport_chain_pathway_20(X))
& subevent_2(fn_electron_transport_chain_pathway_20(X),fn_electron_transport_chain_pathway_21(X))
& causes_2(fn_electron_transport_chain_pathway_21(X),fn_electron_transport_chain_pathway_22(X))
& object_2(fn_electron_transport_chain_pathway_22(X),fn_electron_transport_chain_pathway_43(X))
& electronegativity_2(fn_electron_transport_chain_pathway_35(X),fn_electron_transport_chain_pathway_38(X))
& subevent_2(fn_electron_transport_chain_pathway_31(X),fn_electron_transport_chain_pathway_34(X))
& recipient_2(fn_electron_transport_chain_pathway_34(X),fn_electron_transport_chain_pathway_32(X))
& raw_material_2(fn_electron_transport_chain_pathway_31(X),fn_electron_transport_chain_pathway_32(X))
& has_atom_2(fn_electron_transport_chain_pathway_32(X),fn_electron_transport_chain_pathway_36(X))
& electronegativity_2(fn_electron_transport_chain_pathway_36(X),fn_electron_transport_chain_pathway_37(X))
& electronegativity_2(fn_electron_transport_chain_pathway_25(X),fn_electron_transport_chain_pathway_30(X))
& subevent_2(fn_electron_transport_chain_pathway_21(X),fn_electron_transport_chain_pathway_26(X))
& recipient_2(fn_electron_transport_chain_pathway_26(X),fn_electron_transport_chain_pathway_23(X))
& greater_than_or_equal_to_2(fn_electron_transport_chain_pathway_29(X),fn_electron_transport_chain_pathway_30(X))
& subevent_2(fn_electron_transport_chain_pathway_21(X),fn_electron_transport_chain_pathway_27(X))
& raw_material_2(fn_electron_transport_chain_pathway_21(X),fn_electron_transport_chain_pathway_23(X))
& has_atom_2(fn_electron_transport_chain_pathway_23(X),fn_electron_transport_chain_pathway_28(X))
& electronegativity_2(fn_electron_transport_chain_pathway_28(X),fn_electron_transport_chain_pathway_29(X))
& greater_than_2(fn_electron_transport_chain_pathway_29(X),fn_electron_transport_chain_pathway_30(X))
& object_2(fn_electron_transport_chain_pathway_26(X),fn_electron_transport_chain_pathway_24(X))
& object_2(fn_electron_transport_chain_pathway_27(X),fn_electron_transport_chain_pathway_24(X))
& recipient_2(fn_electron_transport_chain_pathway_27(X),fn_electron_transport_chain_pathway_23(X))
& fn_electron_transport_chain_pathway_23(X) != fn_electron_transport_chain_pathway_24(X)
& fn_electron_transport_chain_pathway_24(X) != fn_electron_transport_chain_pathway_23(X)
& fn_electron_transport_chain_pathway_41(X) != fn_electron_transport_chain_pathway_24(X)
& fn_electron_transport_chain_pathway_24(X) != fn_electron_transport_chain_pathway_41(X)
& fn_electron_transport_chain_pathway_41(X) != fn_electron_transport_chain_pathway_23(X)
& fn_electron_transport_chain_pathway_23(X) != fn_electron_transport_chain_pathway_41(X)
& donor_2(fn_electron_transport_chain_pathway_27(X),fn_electron_transport_chain_pathway_41(X))
& fn_electron_transport_chain_pathway_40(X) != fn_electron_transport_chain_pathway_32(X)
& fn_electron_transport_chain_pathway_32(X) != fn_electron_transport_chain_pathway_40(X)
& has_atom_2(fn_electron_transport_chain_pathway_40(X),fn_electron_transport_chain_pathway_35(X))
& raw_material_2(fn_electron_transport_chain_pathway_31(X),fn_electron_transport_chain_pathway_40(X))
& base_2(fn_electron_transport_chain_pathway_12(X),fn_electron_transport_chain_pathway_11(X))
& base_2(fn_electron_transport_chain_pathway_13(X),fn_electron_transport_chain_pathway_11(X))
& has_atom_2(fn_electron_transport_chain_pathway_41(X),fn_electron_transport_chain_pathway_25(X))
& raw_material_2(fn_electron_transport_chain_pathway_21(X),fn_electron_transport_chain_pathway_41(X))
& donor_2(fn_electron_transport_chain_pathway_26(X),fn_electron_transport_chain_pathway_41(X))
& donor_2(fn_electron_transport_chain_pathway_34(X),fn_electron_transport_chain_pathway_40(X))
& base_2(fn_electron_transport_chain_pathway_33(X),fn_electron_transport_chain_pathway_40(X))
& base_2(fn_electron_transport_chain_pathway_22(X),fn_electron_transport_chain_pathway_41(X))
& fn_electron_transport_chain_pathway_41(X) = fn_electron_transport_chain_reaction_24(fn_electron_transport_chain_pathway_20(X))
& fn_electron_transport_chain_pathway_41(X) = fn_reactant_3(fn_electron_transport_chain_pathway_44(X))
& fn_electron_transport_chain_pathway_40(X) = fn_electron_transport_chain_reaction_24(fn_electron_transport_chain_pathway_19(X))
& fn_electron_transport_chain_pathway_11(X) = fn_metabolic_pathway_1(X)
& fn_electron_transport_chain_pathway_40(X) = fn_reactant_3(fn_electron_transport_chain_pathway_10(X))
& X = fn_reactant_2(fn_electron_transport_chain_pathway_10(X))
& fn_electron_transport_chain_pathway_41(X) = fn_reactant_3(fn_electron_transport_chain_pathway_39(X))
& X = fn_reactant_2(fn_electron_transport_chain_pathway_39(X))
& fn_electron_transport_chain_pathway_9(X) = fn_electron_transport_chain_reaction_23(fn_electron_transport_chain_pathway_19(X))
& fn_electron_transport_chain_pathway_3(X) = fn_electron_transport_chain_reaction_27(fn_electron_transport_chain_pathway_19(X))
& fn_electron_transport_chain_pathway_13(X) = fn_electron_transport_chain_reaction_1(fn_electron_transport_chain_pathway_19(X))
& fn_electron_transport_chain_pathway_42(X) = fn_release_1(fn_electron_transport_chain_pathway_33(X))
& fn_electron_transport_chain_pathway_42(X) = fn_electron_transport_chain_reaction_8(fn_electron_transport_chain_pathway_19(X))
& fn_electron_transport_chain_pathway_33(X) = fn_electron_transport_chain_reaction_7(fn_electron_transport_chain_pathway_19(X))
& fn_electron_transport_chain_pathway_31(X) = fn_electron_transport_chain_reaction_9(fn_electron_transport_chain_pathway_19(X))
& fn_electron_transport_chain_pathway_14(X) = fn_electron_transport_chain_reaction_4(fn_electron_transport_chain_pathway_19(X))
& fn_electron_transport_chain_pathway_2(X) = fn_electron_transport_chain_reaction_26(fn_electron_transport_chain_pathway_19(X))
& fn_electron_transport_chain_pathway_8(X) = fn_electron_transport_chain_reaction_22(fn_electron_transport_chain_pathway_19(X))
& fn_electron_transport_chain_pathway_7(X) = fn_electron_transport_chain_reaction_21(fn_electron_transport_chain_pathway_19(X))
& fn_electron_transport_chain_pathway_6(X) = fn_electron_transport_chain_reaction_20(fn_electron_transport_chain_pathway_19(X))
& fn_electron_transport_chain_pathway_5(X) = fn_electron_transport_chain_reaction_25(fn_electron_transport_chain_pathway_19(X))
& fn_electron_transport_chain_pathway_12(X) = fn_electron_transport_chain_reaction_1(fn_electron_transport_chain_pathway_20(X))
& fn_electron_transport_chain_pathway_20(X) = fn_reactant_2(fn_electron_transport_chain_pathway_44(X))
& fn_electron_transport_chain_pathway_44(X) = fn_electron_transport_chain_reaction_5(fn_electron_transport_chain_pathway_20(X))
& fn_electron_transport_chain_pathway_43(X) = fn_release_1(fn_electron_transport_chain_pathway_22(X))
& fn_electron_transport_chain_pathway_43(X) = fn_electron_transport_chain_reaction_8(fn_electron_transport_chain_pathway_20(X))
& fn_electron_transport_chain_pathway_22(X) = fn_electron_transport_chain_reaction_7(fn_electron_transport_chain_pathway_20(X))
& fn_electron_transport_chain_pathway_21(X) = fn_electron_transport_chain_reaction_9(fn_electron_transport_chain_pathway_20(X))
& fn_electron_transport_chain_pathway_4(X) = fn_electron_transport_chain_reaction_4(fn_electron_transport_chain_pathway_20(X))
& fn_electron_transport_chain_pathway_18(X) = fn_redox_reaction_3(fn_electron_transport_chain_pathway_31(X))
& fn_electron_transport_chain_pathway_38(X) = fn_redox_reaction_1(fn_electron_transport_chain_pathway_31(X))
& fn_electron_transport_chain_pathway_32(X) = fn_redox_reaction_16(fn_electron_transport_chain_pathway_31(X))
& fn_electron_transport_chain_pathway_34(X) = fn_redox_reaction_10(fn_electron_transport_chain_pathway_31(X))
& fn_electron_transport_chain_pathway_17(X) = fn_redox_reaction_15(fn_electron_transport_chain_pathway_31(X))
& fn_electron_transport_chain_pathway_37(X) = fn_redox_reaction_14(fn_electron_transport_chain_pathway_31(X))
& fn_electron_transport_chain_pathway_36(X) = fn_redox_reaction_13(fn_electron_transport_chain_pathway_31(X))
& fn_electron_transport_chain_pathway_15(X) = fn_redox_reaction_3(fn_electron_transport_chain_pathway_21(X))
& fn_electron_transport_chain_pathway_16(X) = fn_redox_reaction_15(fn_electron_transport_chain_pathway_21(X))
& fn_electron_transport_chain_pathway_30(X) = fn_redox_reaction_14(fn_electron_transport_chain_pathway_21(X))
& fn_electron_transport_chain_pathway_29(X) = fn_redox_reaction_1(fn_electron_transport_chain_pathway_21(X))
& fn_electron_transport_chain_pathway_28(X) = fn_redox_reaction_2(fn_electron_transport_chain_pathway_21(X))
& fn_electron_transport_chain_pathway_23(X) = fn_redox_reaction_16(fn_electron_transport_chain_pathway_21(X))
& fn_electron_transport_chain_pathway_27(X) = fn_redox_reaction_10(fn_electron_transport_chain_pathway_21(X))
& fn_electron_transport_chain_pathway_23(X) = fn_redox_reaction_12(fn_electron_transport_chain_pathway_21(X))
& fn_electron_transport_chain_pathway_24(X) = fn_redox_reaction_7(fn_electron_transport_chain_pathway_21(X))
& fn_electron_transport_chain_pathway_41(X) = fn_release_2(fn_electron_transport_chain_pathway_22(X))
& fn_electron_transport_chain_pathway_40(X) = fn_release_2(fn_electron_transport_chain_pathway_33(X))
& fn_electron_transport_chain_pathway_26(X) = fn_redox_reaction_11(fn_electron_transport_chain_pathway_21(X))
& fn_electron_transport_chain_pathway_25(X) = fn_redox_reaction_13(fn_electron_transport_chain_pathway_21(X))
& fn_electron_transport_chain_pathway_25(X) = fn_redox_reaction_2(fn_electron_transport_chain_pathway_21(X))
& fn_electron_transport_chain_pathway_41(X) = fn_redox_reaction_12(fn_electron_transport_chain_pathway_21(X))
& fn_electron_transport_chain_pathway_41(X) = fn_redox_reaction_16(fn_electron_transport_chain_pathway_21(X))
& fn_electron_transport_chain_pathway_11(X) = fn_cellular_work_2(fn_electron_transport_chain_pathway_13(X))
& fn_electron_transport_chain_pathway_11(X) = fn_cellular_work_2(fn_electron_transport_chain_pathway_12(X))
& fn_electron_transport_chain_pathway_35(X) = fn_redox_reaction_2(fn_electron_transport_chain_pathway_31(X))
& fn_electron_transport_chain_pathway_40(X) = fn_reduction_1(fn_electron_transport_chain_pathway_34(X))
& fn_electron_transport_chain_pathway_32(X) = fn_reduction_3(fn_electron_transport_chain_pathway_34(X))
& fn_electron_transport_chain_pathway_32(X) = fn_redox_reaction_12(fn_electron_transport_chain_pathway_31(X))
& fn_electron_transport_chain_pathway_40(X) = fn_redox_reaction_16(fn_electron_transport_chain_pathway_31(X))
& fn_electron_transport_chain_pathway_24(X) = fn_reduction_4(fn_electron_transport_chain_pathway_27(X))
& fn_electron_transport_chain_pathway_23(X) = fn_reduction_3(fn_electron_transport_chain_pathway_27(X))
& fn_electron_transport_chain_pathway_41(X) = fn_reduction_1(fn_electron_transport_chain_pathway_27(X))
& fn_release_1(fn_electron_transport_chain_pathway_33(X)) = fn_electron_transport_chain_reaction_8(fn_electron_transport_chain_pathway_19(X))
& fn_electron_transport_chain_reaction_8(fn_electron_transport_chain_pathway_19(X)) = fn_release_1(fn_electron_transport_chain_pathway_22(X))
& fn_release_1(fn_electron_transport_chain_pathway_22(X)) = fn_electron_transport_chain_reaction_8(fn_electron_transport_chain_pathway_20(X))
& fn_electron_transport_chain_reaction_8(fn_electron_transport_chain_pathway_20(X)) = fn_redox_reaction_13(fn_electron_transport_chain_pathway_21(X))
& fn_redox_reaction_13(fn_electron_transport_chain_pathway_21(X)) = fn_redox_reaction_13(fn_electron_transport_chain_pathway_21(X))
& fn_redox_reaction_13(fn_electron_transport_chain_pathway_21(X)) = fn_redox_reaction_2(fn_electron_transport_chain_pathway_21(X))
& fn_redox_reaction_2(fn_electron_transport_chain_pathway_21(X)) = fn_metabolic_pathway_1(X)
& fn_metabolic_pathway_1(X) = fn_cellular_work_2(fn_electron_transport_chain_pathway_13(X))
& fn_cellular_work_2(fn_electron_transport_chain_pathway_13(X)) = fn_cellular_work_2(fn_electron_transport_chain_pathway_12(X))
& fn_cellular_work_2(fn_electron_transport_chain_pathway_12(X)) = fn_reduction_3(fn_electron_transport_chain_pathway_34(X))
& fn_redox_reaction_16(fn_electron_transport_chain_pathway_31(X)) = fn_reduction_3(fn_electron_transport_chain_pathway_34(X))
& fn_reduction_3(fn_electron_transport_chain_pathway_34(X)) = fn_reduction_3(fn_electron_transport_chain_pathway_34(X))
& fn_reduction_3(fn_electron_transport_chain_pathway_34(X)) = fn_redox_reaction_16(fn_electron_transport_chain_pathway_31(X))
& fn_redox_reaction_16(fn_electron_transport_chain_pathway_31(X)) = fn_redox_reaction_12(fn_electron_transport_chain_pathway_31(X))
& fn_redox_reaction_12(fn_electron_transport_chain_pathway_31(X)) = fn_redox_reaction_12(fn_electron_transport_chain_pathway_31(X))
& fn_redox_reaction_12(fn_electron_transport_chain_pathway_31(X)) = fn_electron_transport_chain_reaction_24(fn_electron_transport_chain_pathway_19(X))
& fn_electron_transport_chain_reaction_24(fn_electron_transport_chain_pathway_19(X)) = fn_electron_transport_chain_reaction_24(fn_electron_transport_chain_pathway_19(X))
& fn_electron_transport_chain_reaction_24(fn_electron_transport_chain_pathway_19(X)) = fn_reactant_3(fn_electron_transport_chain_pathway_10(X))
& fn_reactant_3(fn_electron_transport_chain_pathway_10(X)) = fn_reactant_3(fn_electron_transport_chain_pathway_10(X))
& fn_reactant_3(fn_electron_transport_chain_pathway_10(X)) = fn_release_2(fn_electron_transport_chain_pathway_33(X))
& fn_release_2(fn_electron_transport_chain_pathway_33(X)) = fn_release_2(fn_electron_transport_chain_pathway_33(X))
& fn_release_2(fn_electron_transport_chain_pathway_33(X)) = fn_reduction_1(fn_electron_transport_chain_pathway_34(X))
& fn_reduction_1(fn_electron_transport_chain_pathway_34(X)) = fn_reduction_1(fn_electron_transport_chain_pathway_34(X))
& fn_redox_reaction_16(fn_electron_transport_chain_pathway_31(X)) = fn_reduction_1(fn_electron_transport_chain_pathway_34(X))
& fn_reduction_1(fn_electron_transport_chain_pathway_34(X)) = fn_redox_reaction_16(fn_electron_transport_chain_pathway_31(X))
& fn_redox_reaction_16(fn_electron_transport_chain_pathway_31(X)) = fn_redox_reaction_16(fn_electron_transport_chain_pathway_31(X))
& fn_redox_reaction_16(fn_electron_transport_chain_pathway_31(X)) = fn_reduction_4(fn_electron_transport_chain_pathway_27(X))
& fn_reduction_4(fn_electron_transport_chain_pathway_27(X)) = fn_redox_reaction_7(fn_electron_transport_chain_pathway_21(X))
& fn_redox_reaction_7(fn_electron_transport_chain_pathway_21(X)) = fn_redox_reaction_7(fn_electron_transport_chain_pathway_21(X))
& fn_redox_reaction_7(fn_electron_transport_chain_pathway_21(X)) = fn_reduction_4(fn_electron_transport_chain_pathway_27(X))
& fn_reduction_4(fn_electron_transport_chain_pathway_27(X)) = fn_reduction_4(fn_electron_transport_chain_pathway_27(X))
& fn_reduction_4(fn_electron_transport_chain_pathway_27(X)) = fn_redox_reaction_16(fn_electron_transport_chain_pathway_21(X))
& fn_reduction_3(fn_electron_transport_chain_pathway_27(X)) = fn_redox_reaction_12(fn_electron_transport_chain_pathway_21(X))
& fn_redox_reaction_12(fn_electron_transport_chain_pathway_21(X)) = fn_reduction_3(fn_electron_transport_chain_pathway_27(X))
& fn_reduction_3(fn_electron_transport_chain_pathway_27(X)) = fn_reduction_3(fn_electron_transport_chain_pathway_27(X))
& fn_reduction_3(fn_electron_transport_chain_pathway_27(X)) = fn_electron_transport_chain_reaction_24(fn_electron_transport_chain_pathway_20(X))
& fn_electron_transport_chain_reaction_24(fn_electron_transport_chain_pathway_20(X)) = fn_reactant_3(fn_electron_transport_chain_pathway_44(X))
& fn_reactant_3(fn_electron_transport_chain_pathway_39(X)) = fn_reactant_3(fn_electron_transport_chain_pathway_44(X))
& fn_reactant_3(fn_electron_transport_chain_pathway_44(X)) = fn_reactant_3(fn_electron_transport_chain_pathway_44(X))
& fn_reactant_3(fn_electron_transport_chain_pathway_44(X)) = fn_reactant_3(fn_electron_transport_chain_pathway_39(X))
& fn_reactant_3(fn_electron_transport_chain_pathway_39(X)) = fn_reactant_3(fn_electron_transport_chain_pathway_39(X))
& fn_reactant_3(fn_electron_transport_chain_pathway_39(X)) = fn_release_2(fn_electron_transport_chain_pathway_22(X))
& fn_release_2(fn_electron_transport_chain_pathway_22(X)) = fn_release_2(fn_electron_transport_chain_pathway_22(X))
& fn_release_2(fn_electron_transport_chain_pathway_22(X)) = fn_redox_reaction_12(fn_electron_transport_chain_pathway_21(X))
& fn_redox_reaction_12(fn_electron_transport_chain_pathway_21(X)) = fn_redox_reaction_12(fn_electron_transport_chain_pathway_21(X))
& fn_redox_reaction_16(fn_electron_transport_chain_pathway_21(X)) = fn_redox_reaction_12(fn_electron_transport_chain_pathway_21(X))
& fn_redox_reaction_12(fn_electron_transport_chain_pathway_21(X)) = fn_redox_reaction_16(fn_electron_transport_chain_pathway_21(X))
& fn_redox_reaction_16(fn_electron_transport_chain_pathway_21(X)) = fn_redox_reaction_16(fn_electron_transport_chain_pathway_21(X))
& fn_redox_reaction_16(fn_electron_transport_chain_pathway_21(X)) = fn_reduction_1(fn_electron_transport_chain_pathway_27(X))
& fn_reduction_1(fn_electron_transport_chain_pathway_27(X)) = fn_reduction_1(fn_electron_transport_chain_pathway_27(X))
& fn_reactant_2(fn_electron_transport_chain_pathway_10(X)) = fn_reactant_2(fn_electron_transport_chain_pathway_10(X))
& fn_reactant_2(fn_electron_transport_chain_pathway_10(X)) = fn_reactant_2(fn_electron_transport_chain_pathway_39(X))
& fn_reactant_2(fn_electron_transport_chain_pathway_39(X)) = fn_reactant_2(fn_electron_transport_chain_pathway_39(X)) ) ) ).
fof(a529232,axiom,
! [X] :
( electron_transport_chain_reaction_1(X)
=> ( original_name_2(X,'Electron-Transport-Chain-Reaction')
& user_description_2(X,'An electron transport chain (ETC) couples a reaction between an electron donor (such as NADH) and an electron acceptor (such as O2) to the transfer of H+ ions across a membrane, through a set of mediating biochemical reactions. These H+ ions are used to produce adenosine triphosphate (ATP), the main energy intermediate in living organisms, as they move back across the membrane. Electron transport chains are used for extracting energy from sunlight (photosynthesis) and from redox reactions such as the oxidation of sugars (respiration).')
& concept2words_2(X,'etc reaction')
& concept2words_2(X,'etc-reaction')
& concept2words_2(X,convert)
& concept2words_2(X,'electron transport chain reaction')
& concept2words_2(X,'electron-transport-chain-reaction')
& exergonic_reaction_1(X)
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_electron_transport_chain_reaction_1(X))
& proton_motive_force_1(fn_electron_transport_chain_reaction_2(X))
& system_1(fn_electron_transport_chain_reaction_3(X))
& electron_transport_chain_1(fn_electron_transport_chain_reaction_4(X))
& reactant_1(fn_electron_transport_chain_reaction_5(X))
& molecule_1(fn_electron_transport_chain_reaction_6(X))
& release_1(fn_electron_transport_chain_reaction_7(X))
& free_energy_1(fn_electron_transport_chain_reaction_8(X))
& redox_reaction_1(fn_electron_transport_chain_reaction_9(X))
& atom_1(fn_electron_transport_chain_reaction_10(X))
& electronegativity_value_1(fn_electron_transport_chain_reaction_11(X))
& electronegativity_value_1(fn_electron_transport_chain_reaction_12(X))
& atom_1(fn_electron_transport_chain_reaction_13(X))
& tangible_entity_1(fn_electron_transport_chain_reaction_14(X))
& electron_1(fn_electron_transport_chain_reaction_14(X))
& reduction_1(fn_electron_transport_chain_reaction_15(X))
& oxidation_1(fn_electron_transport_chain_reaction_16(X))
& chemical_entity_1(fn_electron_transport_chain_reaction_17(X))
& chemical_energy_1(fn_electron_transport_chain_reaction_20(X))
& quantity_value_1(fn_electron_transport_chain_reaction_21(X))
& quantity_value_1(fn_electron_transport_chain_reaction_22(X))
& chemical_energy_1(fn_electron_transport_chain_reaction_23(X))
& chemical_entity_1(fn_electron_transport_chain_reaction_24(X))
& chemical_entity_1(fn_electron_transport_chain_reaction_25(X))
& tangible_entity_1(fn_release_1(fn_electron_transport_chain_reaction_7(X)))
& property_node_1(fn_redox_reaction_15(fn_electron_transport_chain_reaction_9(X)))
& property_node_1(fn_redox_reaction_3(fn_electron_transport_chain_reaction_9(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_electron_transport_chain_reaction_9(X)))
& reduction_1(fn_redox_reaction_10(fn_electron_transport_chain_reaction_9(X)))
& oxidation_1(fn_redox_reaction_11(fn_electron_transport_chain_reaction_9(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_electron_transport_chain_reaction_9(X)))
& tangible_entity_1(fn_release_2(fn_electron_transport_chain_reaction_7(X)))
& chemical_entity_1(fn_reduction_1(fn_electron_transport_chain_reaction_15(X)))
& chemical_entity_1(fn_oxidation_10(fn_electron_transport_chain_reaction_16(X)))
& atom_1(fn_oxidation_1(fn_electron_transport_chain_reaction_16(X)))
& atom_1(fn_redox_reaction_13(fn_electron_transport_chain_reaction_9(X)))
& atom_1(fn_redox_reaction_2(fn_electron_transport_chain_reaction_9(X)))
& electron_1(fn_oxidation_9(fn_electron_transport_chain_reaction_16(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_electron_transport_chain_reaction_9(X)))
& electron_1(fn_redox_reaction_7(fn_electron_transport_chain_reaction_9(X)))
& chemical_entity_1(fn_oxidation_7(fn_electron_transport_chain_reaction_16(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_electron_transport_chain_reaction_9(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_electron_transport_chain_reaction_9(X)))
& chemical_reaction_1(fn_reactant_2(fn_electron_transport_chain_reaction_5(X)))
& electron_transport_chain_reaction_1(fn_electron_transport_chain_1(fn_electron_transport_chain_reaction_4(X)))
& causes_2(fn_electron_transport_chain_reaction_9(X),fn_electron_transport_chain_reaction_7(X))
& raw_material_2(fn_electron_transport_chain_reaction_9(X),fn_electron_transport_chain_reaction_6(X))
& agent_2(X,fn_electron_transport_chain_reaction_4(X))
& minCardinality(X,subevent_0,"1",redox_reaction_0)
& subevent_2(X,fn_electron_transport_chain_reaction_9(X))
& subevent_2(X,fn_electron_transport_chain_reaction_1(X))
& result_2(X,fn_electron_transport_chain_reaction_2(X))
& is_inside_2(fn_electron_transport_chain_reaction_8(X),fn_electron_transport_chain_reaction_6(X))
& base_2(fn_electron_transport_chain_reaction_7(X),fn_electron_transport_chain_reaction_6(X))
& object_2(fn_electron_transport_chain_reaction_7(X),fn_electron_transport_chain_reaction_8(X))
& donor_2(fn_electron_transport_chain_reaction_15(X),fn_electron_transport_chain_reaction_6(X))
& in_event_2(fn_electron_transport_chain_reaction_5(X),X)
& has_function_2(fn_electron_transport_chain_reaction_4(X),X)
& has_atom_2(fn_electron_transport_chain_reaction_6(X),fn_electron_transport_chain_reaction_13(X))
& donor_2(fn_electron_transport_chain_reaction_16(X),fn_electron_transport_chain_reaction_6(X))
& fn_electron_transport_chain_reaction_17(X) != fn_electron_transport_chain_reaction_6(X)
& fn_electron_transport_chain_reaction_6(X) != fn_electron_transport_chain_reaction_17(X)
& fn_electron_transport_chain_reaction_14(X) != fn_electron_transport_chain_reaction_6(X)
& fn_electron_transport_chain_reaction_6(X) != fn_electron_transport_chain_reaction_14(X)
& recipient_2(fn_electron_transport_chain_reaction_15(X),fn_electron_transport_chain_reaction_17(X))
& electronegativity_2(fn_electron_transport_chain_reaction_13(X),fn_electron_transport_chain_reaction_12(X))
& greater_than_2(fn_electron_transport_chain_reaction_11(X),fn_electron_transport_chain_reaction_12(X))
& greater_than_or_equal_to_2(fn_electron_transport_chain_reaction_11(X),fn_electron_transport_chain_reaction_12(X))
& recipient_2(fn_electron_transport_chain_reaction_16(X),fn_electron_transport_chain_reaction_17(X))
& object_2(fn_electron_transport_chain_reaction_16(X),fn_electron_transport_chain_reaction_14(X))
& object_2(fn_electron_transport_chain_reaction_15(X),fn_electron_transport_chain_reaction_14(X))
& subevent_2(fn_electron_transport_chain_reaction_9(X),fn_electron_transport_chain_reaction_15(X))
& subevent_2(fn_electron_transport_chain_reaction_9(X),fn_electron_transport_chain_reaction_16(X))
& raw_material_2(fn_electron_transport_chain_reaction_9(X),fn_electron_transport_chain_reaction_17(X))
& has_atom_2(fn_electron_transport_chain_reaction_17(X),fn_electron_transport_chain_reaction_10(X))
& electronegativity_2(fn_electron_transport_chain_reaction_10(X),fn_electron_transport_chain_reaction_11(X))
& fn_electron_transport_chain_reaction_14(X) != fn_electron_transport_chain_reaction_17(X)
& fn_electron_transport_chain_reaction_17(X) != fn_electron_transport_chain_reaction_14(X)
& possesses_2(fn_electron_transport_chain_reaction_24(X),fn_electron_transport_chain_reaction_23(X))
& raw_material_2(X,fn_electron_transport_chain_reaction_24(X))
& result_2(X,fn_electron_transport_chain_reaction_25(X))
& possesses_2(fn_electron_transport_chain_reaction_25(X),fn_electron_transport_chain_reaction_20(X))
& quantity_2(fn_electron_transport_chain_reaction_20(X),fn_electron_transport_chain_reaction_21(X))
& greater_than_2(fn_electron_transport_chain_reaction_22(X),fn_electron_transport_chain_reaction_21(X))
& quantity_2(fn_electron_transport_chain_reaction_23(X),fn_electron_transport_chain_reaction_22(X))
& fn_electron_transport_chain_reaction_6(X) = fn_release_2(fn_electron_transport_chain_reaction_7(X))
& fn_electron_transport_chain_reaction_8(X) = fn_release_1(fn_electron_transport_chain_reaction_7(X))
& fn_electron_transport_chain_reaction_6(X) = fn_reduction_1(fn_electron_transport_chain_reaction_15(X))
& X = fn_reactant_2(fn_electron_transport_chain_reaction_5(X))
& X = fn_electron_transport_chain_1(fn_electron_transport_chain_reaction_4(X))
& fn_electron_transport_chain_reaction_13(X) = fn_oxidation_1(fn_electron_transport_chain_reaction_16(X))
& fn_electron_transport_chain_reaction_6(X) = fn_oxidation_7(fn_electron_transport_chain_reaction_16(X))
& fn_electron_transport_chain_reaction_14(X) = fn_oxidation_9(fn_electron_transport_chain_reaction_16(X))
& fn_electron_transport_chain_reaction_17(X) = fn_oxidation_7(fn_electron_transport_chain_reaction_16(X))
& fn_electron_transport_chain_reaction_6(X) = fn_oxidation_10(fn_electron_transport_chain_reaction_16(X))
& fn_electron_transport_chain_reaction_13(X) = fn_redox_reaction_13(fn_electron_transport_chain_reaction_9(X))
& fn_electron_transport_chain_reaction_18(X) = fn_redox_reaction_15(fn_electron_transport_chain_reaction_9(X))
& fn_electron_transport_chain_reaction_19(X) = fn_redox_reaction_3(fn_electron_transport_chain_reaction_9(X))
& fn_electron_transport_chain_reaction_12(X) = fn_redox_reaction_14(fn_electron_transport_chain_reaction_9(X))
& fn_electron_transport_chain_reaction_15(X) = fn_redox_reaction_10(fn_electron_transport_chain_reaction_9(X))
& fn_electron_transport_chain_reaction_16(X) = fn_redox_reaction_11(fn_electron_transport_chain_reaction_9(X))
& fn_electron_transport_chain_reaction_11(X) = fn_redox_reaction_1(fn_electron_transport_chain_reaction_9(X))
& fn_electron_transport_chain_reaction_10(X) = fn_redox_reaction_13(fn_electron_transport_chain_reaction_9(X))
& fn_electron_transport_chain_reaction_10(X) = fn_redox_reaction_2(fn_electron_transport_chain_reaction_9(X))
& fn_electron_transport_chain_reaction_14(X) = fn_redox_reaction_7(fn_electron_transport_chain_reaction_9(X))
& fn_electron_transport_chain_reaction_17(X) = fn_redox_reaction_12(fn_electron_transport_chain_reaction_9(X))
& fn_electron_transport_chain_reaction_17(X) = fn_redox_reaction_16(fn_electron_transport_chain_reaction_9(X))
& fn_electron_transport_chain_reaction_27(X) = fn_exergonic_reaction_1(X)
& fn_electron_transport_chain_reaction_26(X) = fn_exergonic_reaction_2(X)
& fn_electron_transport_chain_reaction_24(X) = fn_exergonic_reaction_10(X)
& fn_electron_transport_chain_reaction_23(X) = fn_exergonic_reaction_3(X)
& fn_electron_transport_chain_reaction_22(X) = fn_exergonic_reaction_4(X)
& fn_electron_transport_chain_reaction_21(X) = fn_exergonic_reaction_5(X)
& fn_electron_transport_chain_reaction_20(X) = fn_exergonic_reaction_6(X)
& fn_electron_transport_chain_reaction_25(X) = fn_exergonic_reaction_11(X)
& fn_release_2(fn_electron_transport_chain_reaction_7(X)) = fn_reduction_1(fn_electron_transport_chain_reaction_15(X))
& fn_reduction_1(fn_electron_transport_chain_reaction_15(X)) = fn_reduction_1(fn_electron_transport_chain_reaction_15(X))
& fn_reduction_1(fn_electron_transport_chain_reaction_15(X)) = fn_oxidation_7(fn_electron_transport_chain_reaction_16(X))
& fn_oxidation_10(fn_electron_transport_chain_reaction_16(X)) = fn_oxidation_7(fn_electron_transport_chain_reaction_16(X))
& fn_oxidation_7(fn_electron_transport_chain_reaction_16(X)) = fn_oxidation_10(fn_electron_transport_chain_reaction_16(X))
& fn_oxidation_10(fn_electron_transport_chain_reaction_16(X)) = fn_oxidation_10(fn_electron_transport_chain_reaction_16(X))
& fn_oxidation_10(fn_electron_transport_chain_reaction_16(X)) = fn_oxidation_1(fn_electron_transport_chain_reaction_16(X))
& fn_oxidation_1(fn_electron_transport_chain_reaction_16(X)) = fn_redox_reaction_13(fn_electron_transport_chain_reaction_9(X))
& fn_redox_reaction_2(fn_electron_transport_chain_reaction_9(X)) = fn_redox_reaction_13(fn_electron_transport_chain_reaction_9(X))
& fn_redox_reaction_13(fn_electron_transport_chain_reaction_9(X)) = fn_redox_reaction_2(fn_electron_transport_chain_reaction_9(X))
& fn_redox_reaction_2(fn_electron_transport_chain_reaction_9(X)) = fn_oxidation_9(fn_electron_transport_chain_reaction_16(X))
& fn_oxidation_9(fn_electron_transport_chain_reaction_16(X)) = fn_oxidation_9(fn_electron_transport_chain_reaction_16(X))
& fn_oxidation_9(fn_electron_transport_chain_reaction_16(X)) = fn_redox_reaction_7(fn_electron_transport_chain_reaction_9(X))
& fn_redox_reaction_7(fn_electron_transport_chain_reaction_9(X)) = fn_redox_reaction_7(fn_electron_transport_chain_reaction_9(X))
& fn_redox_reaction_7(fn_electron_transport_chain_reaction_9(X)) = fn_oxidation_7(fn_electron_transport_chain_reaction_16(X))
& fn_oxidation_7(fn_electron_transport_chain_reaction_16(X)) = fn_oxidation_7(fn_electron_transport_chain_reaction_16(X))
& fn_oxidation_7(fn_electron_transport_chain_reaction_16(X)) = fn_redox_reaction_12(fn_electron_transport_chain_reaction_9(X))
& fn_redox_reaction_12(fn_electron_transport_chain_reaction_9(X)) = fn_redox_reaction_12(fn_electron_transport_chain_reaction_9(X))
& fn_redox_reaction_16(fn_electron_transport_chain_reaction_9(X)) = fn_redox_reaction_16(fn_electron_transport_chain_reaction_9(X))
& fn_redox_reaction_16(fn_electron_transport_chain_reaction_9(X)) = fn_redox_reaction_12(fn_electron_transport_chain_reaction_9(X))
& fn_redox_reaction_12(fn_electron_transport_chain_reaction_9(X)) = fn_redox_reaction_16(fn_electron_transport_chain_reaction_9(X))
& fn_redox_reaction_16(fn_electron_transport_chain_reaction_9(X)) = fn_reactant_2(fn_electron_transport_chain_reaction_5(X))
& fn_reactant_2(fn_electron_transport_chain_reaction_5(X)) = fn_electron_transport_chain_1(fn_electron_transport_chain_reaction_4(X)) ) ) ).
fof(a529233,axiom,
! [X] :
( electron_transport_chain_reaction_in_prokaryote_1(X)
=> ( original_name_2(X,'Electron-Transport-Chain-Reaction-In-Prokaryote')
& user_description_2(X,'An electron transport chain (ETC) couples a reaction between an electron donor (such as NADH) and an electron acceptor (such as O2) to the transfer of H+ ions across the plasma membrane of a prokaryote, through a set of mediating biochemical reactions. These H+ ions are used to produce adenosine triphosphate (ATP), the main energy intermediate in living organisms, as they move back across the plasma membrane of the prokaryote. Electron transport chains are used for extracting energy from sunlight (photosynthesis) and from redox reactions such as the oxidation of sugars (respiration).')
& concept2words_2(X,convert)
& concept2words_2(X,'electron transport chain reaction in prokaryote')
& concept2words_2(X,'electron-transport-chain-reaction-in-prokaryote')
& electron_transport_chain_reaction_1(X)
& redox_reaction_1(fn_electron_transport_chain_reaction_in_prokaryote_1(X))
& redox_reaction_1(fn_electron_transport_chain_reaction_in_prokaryote_2(X))
& redox_reaction_1(fn_electron_transport_chain_reaction_in_prokaryote_3(X))
& redox_reaction_1(fn_electron_transport_chain_reaction_in_prokaryote_4(X))
& inner_membrane_1(fn_electron_transport_chain_reaction_in_prokaryote_5(X))
& decrease_1(fn_electron_transport_chain_reaction_in_prokaryote_6(X))
& redox_reaction_1(fn_electron_transport_chain_reaction_in_prokaryote_7(X))
& active_transport_1(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& active_movement_of_ions_1(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& move_through_1(fn_electron_transport_chain_reaction_in_prokaryote_9(X))
& move_1(fn_electron_transport_chain_reaction_in_prokaryote_9(X))
& membrane_1(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& spatial_entity_1(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& biomembrane_1(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& plasma_membrane_1(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& transmembrane_protein_1(fn_electron_transport_chain_reaction_in_prokaryote_11(X))
& chemical_entity_1(fn_electron_transport_chain_reaction_in_prokaryote_11(X))
& tangible_entity_1(fn_electron_transport_chain_reaction_in_prokaryote_11(X))
& membrane_protein_1(fn_electron_transport_chain_reaction_in_prokaryote_11(X))
& protein_1(fn_electron_transport_chain_reaction_in_prokaryote_11(X))
& molecule_1(fn_electron_transport_chain_reaction_in_prokaryote_11(X))
& polymer_1(fn_electron_transport_chain_reaction_in_prokaryote_11(X))
& transport_protein_1(fn_electron_transport_chain_reaction_in_prokaryote_11(X))
& integral_protein_1(fn_electron_transport_chain_reaction_in_prokaryote_11(X))
& carrier_protein_1(fn_electron_transport_chain_reaction_in_prokaryote_11(X))
& hydrophobic_core_1(fn_electron_transport_chain_reaction_in_prokaryote_12(X))
& tangible_entity_1(fn_electron_transport_chain_reaction_in_prokaryote_13(X))
& phospholipid_bilayer_1(fn_electron_transport_chain_reaction_in_prokaryote_13(X))
& outside_face_1(fn_electron_transport_chain_reaction_in_prokaryote_14(X))
& surface_1(fn_electron_transport_chain_reaction_in_prokaryote_14(X))
& extracellular_side_1(fn_electron_transport_chain_reaction_in_prokaryote_14(X))
& tangible_entity_1(fn_electron_transport_chain_reaction_in_prokaryote_15(X))
& membrane_protein_1(fn_electron_transport_chain_reaction_in_prokaryote_15(X))
& protein_1(fn_electron_transport_chain_reaction_in_prokaryote_15(X))
& spatial_entity_1(fn_electron_transport_chain_reaction_in_prokaryote_15(X))
& polymer_1(fn_electron_transport_chain_reaction_in_prokaryote_15(X))
& tangible_entity_1(fn_electron_transport_chain_reaction_in_prokaryote_16(X))
& membrane_protein_1(fn_electron_transport_chain_reaction_in_prokaryote_16(X))
& protein_1(fn_electron_transport_chain_reaction_in_prokaryote_16(X))
& glycoprotein_1(fn_electron_transport_chain_reaction_in_prokaryote_17(X))
& surface_1(fn_electron_transport_chain_reaction_in_prokaryote_18(X))
& cytoplasmic_side_1(fn_electron_transport_chain_reaction_in_prokaryote_18(X))
& mixture_1(fn_electron_transport_chain_reaction_in_prokaryote_19(X))
& cytoplasm_1(fn_electron_transport_chain_reaction_in_prokaryote_19(X))
& cell_wall_1(fn_electron_transport_chain_reaction_in_prokaryote_20(X))
& nadh_1(fn_electron_transport_chain_reaction_in_prokaryote_21(X))
& redox_reaction_1(fn_electron_transport_chain_reaction_in_prokaryote_22(X))
& catalyst_1(fn_electron_transport_chain_reaction_in_prokaryote_25(X))
& chemical_energy_1(fn_electron_transport_chain_reaction_in_prokaryote_26(X))
& quantity_value_1(fn_electron_transport_chain_reaction_in_prokaryote_27(X))
& quantity_value_1(fn_electron_transport_chain_reaction_in_prokaryote_28(X))
& chemical_energy_1(fn_electron_transport_chain_reaction_in_prokaryote_29(X))
& chemical_entity_1(fn_electron_transport_chain_reaction_in_prokaryote_30(X))
& prokaryote_1(fn_electron_transport_chain_reaction_in_prokaryote_31(X))
& prokaryotic_electron_transport_chain_1(fn_electron_transport_chain_reaction_in_prokaryote_32(X))
& chemical_reaction_1(fn_catalyst_1(fn_electron_transport_chain_reaction_in_prokaryote_25(X)))
& cell_wall_1(fn_prokaryote_14(fn_electron_transport_chain_reaction_in_prokaryote_31(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& protein_1(fn_plasma_membrane_54(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& polymer_1(fn_plasma_membrane_54(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& protein_1(fn_plasma_membrane_68(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_electron_transport_chain_reaction_in_prokaryote_22(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_electron_transport_chain_reaction_in_prokaryote_22(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& chemical_entity_1(fn_active_movement_of_ions_10(fn_electron_transport_chain_reaction_in_prokaryote_8(X)))
& tangible_entity_1(fn_active_movement_of_ions_10(fn_electron_transport_chain_reaction_in_prokaryote_8(X)))
& membrane_protein_1(fn_active_movement_of_ions_10(fn_electron_transport_chain_reaction_in_prokaryote_8(X)))
& protein_1(fn_active_movement_of_ions_10(fn_electron_transport_chain_reaction_in_prokaryote_8(X)))
& molecule_1(fn_active_movement_of_ions_10(fn_electron_transport_chain_reaction_in_prokaryote_8(X)))
& polymer_1(fn_active_movement_of_ions_10(fn_electron_transport_chain_reaction_in_prokaryote_8(X)))
& transport_protein_1(fn_active_movement_of_ions_10(fn_electron_transport_chain_reaction_in_prokaryote_8(X)))
& integral_protein_1(fn_active_movement_of_ions_10(fn_electron_transport_chain_reaction_in_prokaryote_8(X)))
& carrier_protein_1(fn_active_movement_of_ions_10(fn_electron_transport_chain_reaction_in_prokaryote_8(X)))
& mixture_1(fn_cell_28(fn_electron_transport_chain_reaction_in_prokaryote_31(X)))
& cytoplasm_1(fn_cell_28(fn_electron_transport_chain_reaction_in_prokaryote_31(X)))
& mixture_1(fn_prokaryote_12(fn_electron_transport_chain_reaction_in_prokaryote_31(X)))
& cytoplasm_1(fn_prokaryote_12(fn_electron_transport_chain_reaction_in_prokaryote_31(X)))
& tangible_entity_1(fn_biomembrane_63(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& tangible_entity_1(fn_active_movement_of_ions_17(fn_electron_transport_chain_reaction_in_prokaryote_8(X)))
& phospholipid_bilayer_1(fn_active_movement_of_ions_17(fn_electron_transport_chain_reaction_in_prokaryote_8(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& surface_1(fn_prokaryote_16(fn_electron_transport_chain_reaction_in_prokaryote_31(X)))
& cytoplasmic_side_1(fn_prokaryote_16(fn_electron_transport_chain_reaction_in_prokaryote_31(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& outside_face_1(fn_biomembrane_41(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& outside_face_1(fn_active_movement_of_ions_13(fn_electron_transport_chain_reaction_in_prokaryote_8(X)))
& surface_1(fn_active_movement_of_ions_13(fn_electron_transport_chain_reaction_in_prokaryote_8(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& move_1(fn_active_transport_22(fn_electron_transport_chain_reaction_in_prokaryote_8(X)))
& move_through_1(fn_active_transport_22(fn_electron_transport_chain_reaction_in_prokaryote_8(X)))
& move_through_1(fn_plasma_membrane_74(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& move_1(fn_plasma_membrane_74(fn_electron_transport_chain_reaction_in_prokaryote_10(X)))
& biomembrane_1(fn_active_transport_18(fn_electron_transport_chain_reaction_in_prokaryote_8(X)))
& biomembrane_1(fn_prokaryote_13(fn_electron_transport_chain_reaction_in_prokaryote_31(X)))
& plasma_membrane_1(fn_prokaryote_13(fn_electron_transport_chain_reaction_in_prokaryote_31(X)))
& membrane_1(fn_active_movement_of_ions_19(fn_electron_transport_chain_reaction_in_prokaryote_8(X)))
& spatial_entity_1(fn_active_movement_of_ions_19(fn_electron_transport_chain_reaction_in_prokaryote_8(X)))
& biomembrane_1(fn_active_movement_of_ions_19(fn_electron_transport_chain_reaction_in_prokaryote_8(X)))
& fn_electron_transport_chain_reaction_in_prokaryote_1(X) != fn_electron_transport_chain_reaction_in_prokaryote_22(X)
& fn_electron_transport_chain_reaction_in_prokaryote_2(X) != fn_electron_transport_chain_reaction_in_prokaryote_22(X)
& fn_electron_transport_chain_reaction_in_prokaryote_3(X) != fn_electron_transport_chain_reaction_in_prokaryote_7(X)
& fn_electron_transport_chain_reaction_in_prokaryote_4(X) != fn_electron_transport_chain_reaction_in_prokaryote_7(X)
& base_2(X,fn_electron_transport_chain_reaction_in_prokaryote_31(X))
& experiencer_2(X,fn_electron_transport_chain_reaction_in_prokaryote_31(X))
& site_2(X,fn_electron_transport_chain_reaction_in_prokaryote_5(X))
& enables_2(fn_electron_transport_chain_reaction_in_prokaryote_6(X),X)
& fn_electron_transport_chain_reaction_in_prokaryote_7(X) != fn_electron_transport_chain_reaction_in_prokaryote_4(X)
& fn_electron_transport_chain_reaction_in_prokaryote_7(X) != fn_electron_transport_chain_reaction_in_prokaryote_3(X)
& fn_electron_transport_chain_reaction_in_prokaryote_7(X) != fn_electron_transport_chain_reaction_in_prokaryote_22(X)
& fn_electron_transport_chain_reaction_in_prokaryote_22(X) != fn_electron_transport_chain_reaction_in_prokaryote_7(X)
& fn_electron_transport_chain_reaction_in_prokaryote_22(X) != fn_electron_transport_chain_reaction_in_prokaryote_2(X)
& fn_electron_transport_chain_reaction_in_prokaryote_22(X) != fn_electron_transport_chain_reaction_in_prokaryote_1(X)
& raw_material_2(fn_electron_transport_chain_reaction_in_prokaryote_22(X),fn_electron_transport_chain_reaction_in_prokaryote_21(X))
& in_event_2(fn_electron_transport_chain_reaction_in_prokaryote_25(X),X)
& subevent_2(fn_electron_transport_chain_reaction_in_prokaryote_8(X),fn_electron_transport_chain_reaction_in_prokaryote_9(X))
& agent_2(X,fn_electron_transport_chain_reaction_in_prokaryote_32(X))
& has_function_2(fn_electron_transport_chain_reaction_in_prokaryote_32(X),X)
& raw_material_2(X,fn_electron_transport_chain_reaction_in_prokaryote_21(X))
& possesses_2(fn_electron_transport_chain_reaction_in_prokaryote_21(X),fn_electron_transport_chain_reaction_in_prokaryote_26(X))
& path_2(fn_electron_transport_chain_reaction_in_prokaryote_8(X),fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& is_across_2(fn_electron_transport_chain_reaction_in_prokaryote_11(X),fn_electron_transport_chain_reaction_in_prokaryote_12(X))
& has_region_2(fn_electron_transport_chain_reaction_in_prokaryote_11(X),fn_electron_transport_chain_reaction_in_prokaryote_14(X))
& fn_electron_transport_chain_reaction_in_prokaryote_15(X) != fn_electron_transport_chain_reaction_in_prokaryote_11(X)
& fn_electron_transport_chain_reaction_in_prokaryote_11(X) != fn_electron_transport_chain_reaction_in_prokaryote_15(X)
& agent_2(fn_electron_transport_chain_reaction_in_prokaryote_8(X),fn_electron_transport_chain_reaction_in_prokaryote_11(X))
& is_across_2(fn_electron_transport_chain_reaction_in_prokaryote_11(X),fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& has_part_2(fn_electron_transport_chain_reaction_in_prokaryote_10(X),fn_electron_transport_chain_reaction_in_prokaryote_11(X))
& is_inside_2(fn_electron_transport_chain_reaction_in_prokaryote_11(X),fn_electron_transport_chain_reaction_in_prokaryote_13(X))
& quantity_2(fn_electron_transport_chain_reaction_in_prokaryote_26(X),fn_electron_transport_chain_reaction_in_prokaryote_27(X))
& subevent_2(X,fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& result_2(X,fn_electron_transport_chain_reaction_in_prokaryote_30(X))
& possesses_2(fn_electron_transport_chain_reaction_in_prokaryote_30(X),fn_electron_transport_chain_reaction_in_prokaryote_29(X))
& quantity_2(fn_electron_transport_chain_reaction_in_prokaryote_29(X),fn_electron_transport_chain_reaction_in_prokaryote_28(X))
& greater_than_2(fn_electron_transport_chain_reaction_in_prokaryote_27(X),fn_electron_transport_chain_reaction_in_prokaryote_28(X))
& is_facing_2(fn_electron_transport_chain_reaction_in_prokaryote_18(X),fn_electron_transport_chain_reaction_in_prokaryote_19(X))
& is_oriented_toward_2(fn_electron_transport_chain_reaction_in_prokaryote_18(X),fn_electron_transport_chain_reaction_in_prokaryote_19(X))
& has_part_2(fn_electron_transport_chain_reaction_in_prokaryote_31(X),fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& is_inside_2(fn_electron_transport_chain_reaction_in_prokaryote_10(X),fn_electron_transport_chain_reaction_in_prokaryote_20(X))
& has_part_2(fn_electron_transport_chain_reaction_in_prokaryote_31(X),fn_electron_transport_chain_reaction_in_prokaryote_20(X))
& has_part_2(fn_electron_transport_chain_reaction_in_prokaryote_31(X),fn_electron_transport_chain_reaction_in_prokaryote_19(X))
& is_inside_2(fn_electron_transport_chain_reaction_in_prokaryote_19(X),fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& has_region_2(fn_electron_transport_chain_reaction_in_prokaryote_10(X),fn_electron_transport_chain_reaction_in_prokaryote_12(X))
& called_2(fn_electron_transport_chain_reaction_in_prokaryote_16(X),'MP1')
& has_part_2(fn_electron_transport_chain_reaction_in_prokaryote_10(X),fn_electron_transport_chain_reaction_in_prokaryote_15(X))
& called_2(fn_electron_transport_chain_reaction_in_prokaryote_15(X),'MP2')
& has_part_2(fn_electron_transport_chain_reaction_in_prokaryote_10(X),fn_electron_transport_chain_reaction_in_prokaryote_13(X))
& is_inside_2(fn_electron_transport_chain_reaction_in_prokaryote_17(X),fn_electron_transport_chain_reaction_in_prokaryote_13(X))
& has_part_2(fn_electron_transport_chain_reaction_in_prokaryote_10(X),fn_electron_transport_chain_reaction_in_prokaryote_17(X))
& has_part_2(fn_electron_transport_chain_reaction_in_prokaryote_10(X),fn_electron_transport_chain_reaction_in_prokaryote_16(X))
& fn_electron_transport_chain_reaction_in_prokaryote_16(X) != fn_electron_transport_chain_reaction_in_prokaryote_15(X)
& fn_electron_transport_chain_reaction_in_prokaryote_15(X) != fn_electron_transport_chain_reaction_in_prokaryote_16(X)
& has_function_2(fn_electron_transport_chain_reaction_in_prokaryote_10(X),fn_electron_transport_chain_reaction_in_prokaryote_9(X))
& base_2(fn_electron_transport_chain_reaction_in_prokaryote_9(X),fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& has_region_2(fn_electron_transport_chain_reaction_in_prokaryote_10(X),fn_electron_transport_chain_reaction_in_prokaryote_14(X))
& is_outside_2(fn_electron_transport_chain_reaction_in_prokaryote_14(X),fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& has_region_2(fn_electron_transport_chain_reaction_in_prokaryote_10(X),fn_electron_transport_chain_reaction_in_prokaryote_18(X))
& fn_electron_transport_chain_reaction_in_prokaryote_21(X) = fn_redox_reaction_12(fn_electron_transport_chain_reaction_in_prokaryote_22(X))
& fn_electron_transport_chain_reaction_in_prokaryote_21(X) = fn_redox_reaction_16(fn_electron_transport_chain_reaction_in_prokaryote_22(X))
& X = fn_catalyst_1(fn_electron_transport_chain_reaction_in_prokaryote_25(X))
& fn_electron_transport_chain_reaction_in_prokaryote_21(X) = fn_electron_transport_chain_reaction_24(X)
& fn_electron_transport_chain_reaction_in_prokaryote_32(X) = fn_electron_transport_chain_reaction_4(X)
& fn_electron_transport_chain_reaction_in_prokaryote_13(X) = fn_active_movement_of_ions_17(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& fn_electron_transport_chain_reaction_in_prokaryote_11(X) = fn_plasma_membrane_55(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_electron_transport_chain_reaction_in_prokaryote_11(X) = fn_active_movement_of_ions_10(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& fn_electron_transport_chain_reaction_in_prokaryote_26(X) = fn_electron_transport_chain_reaction_23(X)
& fn_electron_transport_chain_reaction_in_prokaryote_8(X) = fn_electron_transport_chain_reaction_1(X)
& fn_electron_transport_chain_reaction_in_prokaryote_24(X) = fn_electron_transport_chain_reaction_27(X)
& fn_electron_transport_chain_reaction_in_prokaryote_23(X) = fn_electron_transport_chain_reaction_26(X)
& fn_electron_transport_chain_reaction_in_prokaryote_27(X) = fn_electron_transport_chain_reaction_22(X)
& fn_electron_transport_chain_reaction_in_prokaryote_28(X) = fn_electron_transport_chain_reaction_21(X)
& fn_electron_transport_chain_reaction_in_prokaryote_29(X) = fn_electron_transport_chain_reaction_20(X)
& fn_electron_transport_chain_reaction_in_prokaryote_30(X) = fn_electron_transport_chain_reaction_25(X)
& fn_electron_transport_chain_reaction_in_prokaryote_18(X) = fn_prokaryote_16(fn_electron_transport_chain_reaction_in_prokaryote_31(X))
& fn_electron_transport_chain_reaction_in_prokaryote_19(X) = fn_cell_28(fn_electron_transport_chain_reaction_in_prokaryote_31(X))
& fn_electron_transport_chain_reaction_in_prokaryote_19(X) = fn_prokaryote_12(fn_electron_transport_chain_reaction_in_prokaryote_31(X))
& fn_electron_transport_chain_reaction_in_prokaryote_20(X) = fn_prokaryote_14(fn_electron_transport_chain_reaction_in_prokaryote_31(X))
& fn_electron_transport_chain_reaction_in_prokaryote_10(X) = fn_prokaryote_13(fn_electron_transport_chain_reaction_in_prokaryote_31(X))
& fn_electron_transport_chain_reaction_in_prokaryote_12(X) = fn_plasma_membrane_6(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_electron_transport_chain_reaction_in_prokaryote_15(X) = fn_plasma_membrane_54(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_electron_transport_chain_reaction_in_prokaryote_16(X) = fn_plasma_membrane_68(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_electron_transport_chain_reaction_in_prokaryote_17(X) = fn_plasma_membrane_34(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_electron_transport_chain_reaction_in_prokaryote_13(X) = fn_biomembrane_63(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_electron_transport_chain_reaction_in_prokaryote_13(X) = fn_plasma_membrane_71(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_electron_transport_chain_reaction_in_prokaryote_18(X) = fn_plasma_membrane_66(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_electron_transport_chain_reaction_in_prokaryote_14(X) = fn_biomembrane_41(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_electron_transport_chain_reaction_in_prokaryote_10(X) = fn_active_movement_of_ions_19(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& fn_electron_transport_chain_reaction_in_prokaryote_14(X) = fn_active_movement_of_ions_13(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& fn_electron_transport_chain_reaction_in_prokaryote_14(X) = fn_plasma_membrane_65(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_electron_transport_chain_reaction_in_prokaryote_9(X) = fn_active_transport_22(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& fn_electron_transport_chain_reaction_in_prokaryote_10(X) = fn_active_transport_18(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& fn_electron_transport_chain_reaction_in_prokaryote_9(X) = fn_plasma_membrane_74(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_redox_reaction_12(fn_electron_transport_chain_reaction_in_prokaryote_22(X)) = fn_redox_reaction_16(fn_electron_transport_chain_reaction_in_prokaryote_22(X))
& fn_redox_reaction_16(fn_electron_transport_chain_reaction_in_prokaryote_22(X)) = fn_redox_reaction_16(fn_electron_transport_chain_reaction_in_prokaryote_22(X))
& fn_redox_reaction_16(fn_electron_transport_chain_reaction_in_prokaryote_22(X)) = fn_electron_transport_chain_reaction_24(X)
& fn_electron_transport_chain_reaction_24(X) = fn_electron_transport_chain_reaction_24(X)
& fn_electron_transport_chain_reaction_24(X) = fn_plasma_membrane_55(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_plasma_membrane_55(fn_electron_transport_chain_reaction_in_prokaryote_10(X)) = fn_plasma_membrane_55(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_active_movement_of_ions_10(fn_electron_transport_chain_reaction_in_prokaryote_8(X)) = fn_plasma_membrane_55(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_plasma_membrane_55(fn_electron_transport_chain_reaction_in_prokaryote_10(X)) = fn_active_movement_of_ions_10(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& fn_active_movement_of_ions_10(fn_electron_transport_chain_reaction_in_prokaryote_8(X)) = fn_active_movement_of_ions_10(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& fn_active_movement_of_ions_10(fn_electron_transport_chain_reaction_in_prokaryote_8(X)) = fn_prokaryote_12(fn_electron_transport_chain_reaction_in_prokaryote_31(X))
& fn_prokaryote_12(fn_electron_transport_chain_reaction_in_prokaryote_31(X)) = fn_prokaryote_12(fn_electron_transport_chain_reaction_in_prokaryote_31(X))
& fn_prokaryote_12(fn_electron_transport_chain_reaction_in_prokaryote_31(X)) = fn_cell_28(fn_electron_transport_chain_reaction_in_prokaryote_31(X))
& fn_cell_28(fn_electron_transport_chain_reaction_in_prokaryote_31(X)) = fn_prokaryote_12(fn_electron_transport_chain_reaction_in_prokaryote_31(X))
& fn_prokaryote_12(fn_electron_transport_chain_reaction_in_prokaryote_31(X)) = fn_active_movement_of_ions_17(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& fn_active_movement_of_ions_17(fn_electron_transport_chain_reaction_in_prokaryote_8(X)) = fn_biomembrane_63(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_biomembrane_63(fn_electron_transport_chain_reaction_in_prokaryote_10(X)) = fn_active_movement_of_ions_17(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& fn_active_movement_of_ions_17(fn_electron_transport_chain_reaction_in_prokaryote_8(X)) = fn_plasma_membrane_71(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_plasma_membrane_71(fn_electron_transport_chain_reaction_in_prokaryote_10(X)) = fn_plasma_membrane_71(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_plasma_membrane_71(fn_electron_transport_chain_reaction_in_prokaryote_10(X)) = fn_prokaryote_16(fn_electron_transport_chain_reaction_in_prokaryote_31(X))
& fn_prokaryote_16(fn_electron_transport_chain_reaction_in_prokaryote_31(X)) = fn_prokaryote_16(fn_electron_transport_chain_reaction_in_prokaryote_31(X))
& fn_prokaryote_16(fn_electron_transport_chain_reaction_in_prokaryote_31(X)) = fn_plasma_membrane_66(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_plasma_membrane_66(fn_electron_transport_chain_reaction_in_prokaryote_10(X)) = fn_active_movement_of_ions_13(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& fn_active_movement_of_ions_13(fn_electron_transport_chain_reaction_in_prokaryote_8(X)) = fn_biomembrane_41(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_biomembrane_41(fn_electron_transport_chain_reaction_in_prokaryote_10(X)) = fn_active_movement_of_ions_13(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& fn_active_movement_of_ions_13(fn_electron_transport_chain_reaction_in_prokaryote_8(X)) = fn_active_movement_of_ions_13(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& fn_plasma_membrane_65(fn_electron_transport_chain_reaction_in_prokaryote_10(X)) = fn_plasma_membrane_65(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_plasma_membrane_65(fn_electron_transport_chain_reaction_in_prokaryote_10(X)) = fn_active_movement_of_ions_13(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& fn_active_movement_of_ions_13(fn_electron_transport_chain_reaction_in_prokaryote_8(X)) = fn_plasma_membrane_65(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_plasma_membrane_65(fn_electron_transport_chain_reaction_in_prokaryote_10(X)) = fn_active_transport_22(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& fn_active_transport_22(fn_electron_transport_chain_reaction_in_prokaryote_8(X)) = fn_active_transport_22(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& fn_active_transport_22(fn_electron_transport_chain_reaction_in_prokaryote_8(X)) = fn_plasma_membrane_74(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_plasma_membrane_74(fn_electron_transport_chain_reaction_in_prokaryote_10(X)) = fn_plasma_membrane_74(fn_electron_transport_chain_reaction_in_prokaryote_10(X))
& fn_plasma_membrane_74(fn_electron_transport_chain_reaction_in_prokaryote_10(X)) = fn_active_movement_of_ions_19(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& fn_active_movement_of_ions_19(fn_electron_transport_chain_reaction_in_prokaryote_8(X)) = fn_active_transport_18(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& fn_active_transport_18(fn_electron_transport_chain_reaction_in_prokaryote_8(X)) = fn_active_movement_of_ions_19(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& fn_active_movement_of_ions_19(fn_electron_transport_chain_reaction_in_prokaryote_8(X)) = fn_active_movement_of_ions_19(fn_electron_transport_chain_reaction_in_prokaryote_8(X))
& fn_active_movement_of_ions_19(fn_electron_transport_chain_reaction_in_prokaryote_8(X)) = fn_prokaryote_13(fn_electron_transport_chain_reaction_in_prokaryote_31(X))
& fn_prokaryote_13(fn_electron_transport_chain_reaction_in_prokaryote_31(X)) = fn_prokaryote_13(fn_electron_transport_chain_reaction_in_prokaryote_31(X))
& fn_prokaryote_13(fn_electron_transport_chain_reaction_in_prokaryote_31(X)) = fn_active_movement_of_ions_19(fn_electron_transport_chain_reaction_in_prokaryote_8(X)) ) ) ).
fof(a529234,axiom,
! [X] :
( electronegative_element_1(X)
=> ( original_name_2(X,'Electronegative-Element')
& user_description_2(X,'A pure chemical substance composed of entirely one kind of atom with the power to attract electrons to themselves.')
& concept2words_2(X,'electronegative element')
& concept2words_2(X,'electronegative-element')
& chemical_element_1(X) ) ) ).
fof(a529235,axiom,
! [X] :
( electronegativity_constant_1(X)
=> ( original_name_2(X,'Electronegativity-Constant')
& concept2words_2(X,'constant of electronegativity')
& concept2words_2(X,'electronegativity constant')
& concept2words_2(X,'electronegativity-constant')
& constant_1(X) ) ) ).
fof(a529236,axiom,
! [X] :
( electronegativity_scale_1(X)
=> ( original_name_2(X,'Electronegativity-Scale')
& concept2words_2(X,'scale of electronegativity')
& concept2words_2(X,'electronegativity scale')
& concept2words_2(X,'electronegativity-scale')
& scale_1(X) ) ) ).
fof(a529237,axiom,
! [X] :
( electronegativity_value_1(X)
=> ( original_name_2(X,'Electronegativity-Value')
& description_2(X,'A measurement of how much an atom tends to steal electrons from atoms that it\'s bonded to. Elements at the top right of the periodic table (excluding the noble gases) are very electronegative while atoms in the bottom left are not very electronegative (aka electropositive).')
& concept2words_2(X,electronegativity)
& concept2words_2(X,'value of electronegativity')
& concept2words_2(X,'electronegativity value')
& concept2words_2(X,'electronegativity-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a529238,axiom,
! [X] :
( electroporation_1(X)
=> ( original_name_2(X,'Electroporation')
& user_description_2(X,'A technique to introduce recombinant DNA into cells by applying a brief electrical pulse to a solution containing the cells. The pulse creates temporary holes in the cells plasma membranes, through which DNA can enter.')
& concept2words_2(X,'perform electroporation')
& concept2words_2(X,electroporation)
& biotechnology_1(X) ) ) ).
fof(a529239,axiom,
! [X] :
( elephant_1(X)
=> ( original_name_2(X,'Elephant')
& user_description_2(X,'Large land mammals of the order Proboscidea, including African bush elephants, African forest elephants, and Asian elephants.')
& concept2words_2(X,elephant)
& placental_mammal_1(X)
& ~ bat_1(X)
& ~ edentata_1(X)
& ~ primate_1(X)
& ~ rodent_1(X)
& ~ ungulate_1(X)
& non_motile_cilium_1(fn_elephant_1(X))
& mammalian_cell_1(fn_elephant_2(X))
& vertebrate_cell_1(fn_elephant_2(X))
& non_motile_cilium_1(fn_vertebrate_cell_5(fn_elephant_2(X)))
& exactCardinality(fn_elephant_2(X),has_part_0,"56",eukaryotic_chromosome_0)
& has_part_2(X,fn_elephant_2(X))
& has_part_2(fn_elephant_2(X),fn_elephant_1(X))
& fn_elephant_2(X) = fn_mammal_75(X)
& fn_elephant_1(X) = fn_vertebrate_cell_5(fn_elephant_2(X)) ) ) ).
fof(a529240,axiom,
! [X] :
( elevator_1(X)
=> ( original_name_2(X,'Elevator')
& concept2words_2(X,elevator)
& concept2words_2(X,lift)
& room_1(X)
& ~ hallway_1(X)
& ~ bathroom_1(X) ) ) ).
fof(a529241,axiom,
! [X] :
( elicitor_1(X)
=> ( original_name_2(X,'Elicitor')
& user_description_2(X,'In plants, a molecule that induces the production of other compounds.')
& chemical_messenger_1(X)
& ~ electrical_signal_1(X)
& ~ florigen_1(X)
& ~ local_regulator_1(X) ) ) ).
fof(a529242,axiom,
! [X] :
( elimination_1(X)
=> ( original_name_2(X,'Elimination')
& user_description_2(X,'The final stage of food processing in animals, in which undigested material is passed out of th digestive system.')
& concept2words_2(X,eliminate)
& concept2words_2(X,elimination)
& animal_process_1(X)
& ~ food_absorption_1(X)
& ~ extracellular_digestion_1(X)
& ~ ingestion_1(X) ) ) ).
fof(a529243,axiom,
! [X] :
( elongation_1(X)
=> ( original_name_2(X,'Elongation')
& user_description_2(X,'The phase of polypeptide synthesis in which amino acids are added one at a time. There are three steps to elongation: codon recognition, formation of the new peptide bond, and translocation of the ribosome along the mRNA transcript.')
& concept2words_2(X,elongate)
& concept2words_2(X,elongation)
& grow_1(X)
& ~ culturing_1(X)
& ~ microtubule_elongation_1(X) ) ) ).
fof(a529244,axiom,
! [X] :
( elongation_factor_1(X)
=> ( original_name_2(X,'Elongation-Factor')
& user_description_2(X,'Elongation factors are proteins involved at various events of the elongation phase of the translation process (Synthesis of polypeptide)')
& concept2words_2(X,'elongation factor')
& concept2words_2(X,'elongation-factor')
& concept2words_2(X,ef)
& concept2words_2(X,'factor of elongation')
& regulatory_protein_1(X)
& disulfide_bond_1(fn_elongation_factor_1(X))
& protein_1(fn_disulfide_bond_3(fn_elongation_factor_1(X)))
& possesses_2(X,fn_elongation_factor_1(X))
& X = fn_disulfide_bond_3(fn_elongation_factor_1(X)) ) ) ).
fof(a529245,axiom,
! [X] :
( embody_1(X)
=> ( original_name_2(X,'Embody')
& concept2words_2(X,embody)
& concept2words_2(X,create)
& create_1(X)
& message_1(fn_embody_1(X))
& tangible_entity_1(fn_embody_2(X))
& object_2(X,fn_embody_1(X))
& result_2(X,fn_embody_2(X))
& fn_embody_2(X) = fn_create_1(X) ) ) ).
fof(a529246,axiom,
! [X] :
( embolus_1(X)
=> ( original_name_2(X,'Embolus')
& user_description_2(X,'Any detached mass (solid, liquid, or gaseous) carried by circulation, which is capable of clogging arterial capillary beds.')
& concept2words_2(X,embolus)
& thrombus_1(X) ) ) ).
fof(a529247,axiom,
! [X] :
( embryo_1(X)
=> ( original_name_2(X,'Embryo')
& user_description_2(X,'A multicellular diploid eukaryote in its earliest stage of development, from the time of first cell division until birth, hatching, or germination. In humans, it is called an embryo until about eight weeks after fertilization, and from then it is instead called a fetus.')
& concept2words_2(X,embryo)
& life_stage_1(X)
& eukaryotic_cell_1(fn_embryo_1(X))
& has_part_2(X,fn_embryo_1(X)) ) ) ).
fof(a529248,axiom,
! [X] :
( embryo_sac_1(X)
=> ( original_name_2(X,'Embryo-Sac')
& user_description_2(X,'In angiosperms, the megagametophyte of female plants, which produces one or several egg cells, depending on species.')
& concept2words_2(X,'sac of embryo')
& concept2words_2(X,'embryo sac')
& concept2words_2(X,'embryo-sac')
& sac_1(X)
& gametophyte_1(X) ) ) ).
fof(a529249,axiom,
! [X] :
( embryogenesis_1(X)
=> ( original_name_2(X,'Embryogenesis')
& user_description_2(X,'Embryogenesis is the process by which the embryo is formed and develops, until it develops into a fetus.')
& concept2words_2(X,'embryonic development')
& concept2words_2(X,'embryonic-development')
& concept2words_2(X,'embryonic stage')
& concept2words_2(X,'embryonic-stage')
& concept2words_2(X,'embryo stage')
& concept2words_2(X,'embryogenic development')
& concept2words_2(X,'embryogenic-development')
& concept2words_2(X,'embryogenic stage')
& concept2words_2(X,'embryogenic-stage')
& concept2words_2(X,'embryo-stage')
& concept2words_2(X,'embryonic period')
& concept2words_2(X,'embryonic-period')
& concept2words_2(X,'embryonic phase')
& concept2words_2(X,'embryonic-phase')
& concept2words_2(X,'undergo embryogenesis')
& concept2words_2(X,embryogenesis)
& developmental_process_1(X)
& ~ adulthood_1(X)
& ~ algae_bloom_1(X)
& ~ axes_formation_1(X)
& ~ blastulation_1(X)
& ~ eight_cell_stage_1(X)
& ~ fetal_stage_1(X)
& ~ follicular_phase_1(X)
& ~ juvenile_stage_1(X)
& ~ larval_stage_1(X)
& ~ menopause_1(X)
& ~ multinucleated_stage_1(X)
& ~ segment_formation_1(X)
& ~ sensitive_period_1(X)
& ~ two_cell_stage_1(X)
& time_interval_1(fn_embryogenesis_2(X))
& time_interval_1(fn_embryogenesis_3(X))
& unitless_value_1(fn_embryogenesis_4(X))
& organ_development_1(fn_embryogenesis_5(X))
& regulation_1(fn_embryogenesis_6(X))
& anatomical_structure_1(fn_embryogenesis_7(X))
& embryo_1(fn_embryogenesis_8(X))
& cell_differentiation_1(fn_embryogenesis_9(X))
& spatial_entity_1(fn_embryogenesis_10(X))
& cell_signaling_1(fn_embryogenesis_11(X))
& cell_differentiation_1(fn_embryogenesis_12(X))
& cell_division_1(fn_embryogenesis_13(X))
& asymmetrical_distribution_1(fn_embryogenesis_14(X))
& cell_differentiation_for_tissue_formation_1(fn_embryogenesis_15(X))
& pattern_formation_1(fn_embryogenesis_16(X))
& cell_differentiation_1(fn_embryogenesis_17(X))
& transcriptional_regulation_1(fn_embryogenesis_18(X))
& cellular_response_1(fn_embryogenesis_19(X))
& cell_differentiation_induction_1(fn_embryogenesis_20(X))
& spatial_entity_1(fn_embryogenesis_21(X))
& spatial_entity_1(fn_embryogenesis_22(X))
& block_1(fn_embryogenesis_23(X))
& signal_1(fn_embryogenesis_24(X))
& cell_communication_leading_to_apoptosis_1(fn_embryogenesis_25(X))
& cell_signaling_1(fn_embryogenesis_26(X))
& signal_transduction_1(fn_embryogenesis_27(X))
& apoptosis_1(fn_embryogenesis_28(X))
& synthesis_of_protein_1(fn_embryogenesis_29(X))
& create_1(fn_embryogenesis_30(X))
& concentration_gradient_1(fn_embryogenesis_31(X))
& chemical_entity_1(fn_embryogenesis_32(X))
& protein_1(fn_embryogenesis_32(X))
& eight_cell_stage_1(fn_embryogenesis_33(X))
& two_cell_stage_1(fn_embryogenesis_34(X))
& cell_division_1(fn_embryogenesis_35(X))
& cell_1(fn_embryogenesis_36(X))
& embryonic_cell_1(fn_embryogenesis_36(X))
& embryonic_induction_1(fn_embryogenesis_37(X))
& cell_differentiation_1(fn_embryogenesis_38(X))
& embryonic_induction_1(fn_embryogenesis_39(X))
& cell_division_1(fn_embryogenesis_40(X))
& fertilization_1(fn_embryogenesis_41(X))
& sperm_cell_1(fn_embryogenesis_42(X))
& egg_1(fn_embryogenesis_43(X))
& organic_molecule_1(fn_embryogenesis_44(X))
& go_to_1(fn_embryogenesis_45(X))
& gene_expression_1(fn_embryogenesis_46(X))
& go_to_1(fn_embryogenesis_47(X))
& protein_1(fn_embryogenesis_48(X))
& zygote_1(fn_embryogenesis_49(X))
& zygote_1(fn_embryogenesis_50(X))
& create_1(fn_embryogenesis_51(X))
& morphogenesis_1(fn_embryogenesis_52(X))
& tissue_1(fn_embryogenesis_53(X))
& cell_differentiation_1(fn_embryogenesis_54(X))
& m_phase_1(fn_embryogenesis_55(X))
& eukaryotic_cell_1(fn_embryogenesis_56(X))
& embryonic_cell_1(fn_embryogenesis_56(X))
& cytoplasmic_determinant_1(fn_embryogenesis_57(X))
& signal_transmission_1(fn_embryogenesis_58(X))
& entity_1(fn_create_1(fn_embryogenesis_51(X)))
& cell_1(fn_cell_division_3(fn_embryogenesis_40(X)))
& spatial_entity_1(fn_add_2(fn_embryogenesis_41(X)))
& eukaryotic_cell_1(fn_m_phase_20(fn_embryogenesis_55(X)))
& cell_1(fn_m_phase_20(fn_embryogenesis_55(X)))
& entity_1(fn_create_1(fn_embryogenesis_30(X)))
& signal_1(fn_signal_transmission_2(fn_embryogenesis_58(X)))
& gamete_1(fn_fertilization_2(fn_embryogenesis_41(X)))
& spatial_entity_1(fn_locomotion_1(fn_embryogenesis_45(X)))
& cell_communication_leading_to_apoptosis_1(fn_morphogenesis_4(fn_embryogenesis_52(X)))
& gene_expression_1(fn_cell_differentiation_20(fn_embryogenesis_54(X)))
& signal_transduction_1(fn_cell_communication_leading_to_apoptosis_5(fn_embryogenesis_25(X)))
& apoptosis_1(fn_cell_communication_leading_to_apoptosis_3(fn_embryogenesis_25(X)))
& cell_signaling_1(fn_cell_communication_leading_to_apoptosis_6(fn_embryogenesis_25(X)))
& tangible_entity_1(fn_signal_transmission_3(fn_embryogenesis_58(X)))
& spatial_entity_1(fn_locomotion_1(fn_embryogenesis_47(X)))
& eukaryotic_cell_1(fn_cell_differentiation_19(fn_embryogenesis_38(X)))
& embryonic_cell_1(fn_embryonic_induction_9(fn_embryogenesis_39(X)))
& cell_1(fn_cell_division_2(fn_embryogenesis_35(X)))
& embryonic_cell_1(fn_embryonic_induction_9(fn_embryogenesis_37(X)))
& embryogenesis_1(fn_eight_cell_stage_2(fn_embryogenesis_33(X)))
& embryogenesis_1(fn_two_cell_stage_1(fn_embryogenesis_34(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_embryogenesis_29(X)))
& protein_1(fn_synthesis_of_protein_16(fn_embryogenesis_29(X)))
& in_event_2(fn_embryogenesis_24(X),fn_embryogenesis_58(X))
& is_between_2(fn_embryogenesis_56(X),fn_embryogenesis_22(X))
& is_between_2(fn_embryogenesis_56(X),fn_embryogenesis_21(X))
& instrument_2(fn_embryogenesis_23(X),fn_embryogenesis_56(X))
& causes_2(fn_embryogenesis_20(X),fn_embryogenesis_17(X))
& subevent_2(fn_embryogenesis_19(X),fn_embryogenesis_18(X))
& next_event_2(fn_embryogenesis_19(X),fn_embryogenesis_17(X))
& causes_2(fn_embryogenesis_18(X),fn_embryogenesis_17(X))
& called_2(fn_embryogenesis_54(X),'Cell Differentiation 1')
& object_2(X,fn_embryogenesis_8(X))
& subevent_2(X,fn_embryogenesis_19(X))
& subevent_2(X,fn_embryogenesis_20(X))
& subevent_2(X,fn_embryogenesis_5(X))
& subevent_2(X,fn_embryogenesis_6(X))
& subevent_2(X,fn_embryogenesis_30(X))
& subevent_2(X,fn_embryogenesis_29(X))
& subevent_2(X,fn_embryogenesis_16(X))
& subevent_2(X,fn_embryogenesis_15(X))
& subevent_2(X,fn_embryogenesis_35(X))
& subevent_2(X,fn_embryogenesis_38(X))
& subevent_2(X,fn_embryogenesis_13(X))
& subevent_2(X,fn_embryogenesis_40(X))
& subevent_2(X,fn_embryogenesis_12(X))
& subevent_2(X,fn_embryogenesis_54(X))
& subevent_2(X,fn_embryogenesis_55(X))
& subevent_2(X,fn_embryogenesis_52(X))
& subevent_2(X,fn_embryogenesis_51(X))
& called_2(fn_embryogenesis_48(X),'Cytoplasmic determinant 2')
& causes_2(fn_embryogenesis_14(X),fn_embryogenesis_45(X))
& causes_2(fn_embryogenesis_14(X),fn_embryogenesis_47(X))
& object_2(fn_embryogenesis_14(X),fn_embryogenesis_44(X))
& agent_2(fn_embryogenesis_46(X),fn_embryogenesis_44(X))
& called_2(fn_embryogenesis_44(X),'Cytoplasmic Determinant 1')
& next_event_2(fn_embryogenesis_41(X),X)
& called_2(fn_embryogenesis_13(X),'Cell Division 2')
& causes_2(fn_embryogenesis_13(X),fn_embryogenesis_45(X))
& causes_2(fn_embryogenesis_13(X),fn_embryogenesis_47(X))
& called_2(fn_embryogenesis_40(X),'Cell Division 1')
& called_2(fn_embryogenesis_12(X),'Cell Differentiation 2')
& next_event_2(fn_embryogenesis_39(X),fn_embryogenesis_38(X))
& causes_2(fn_embryogenesis_39(X),fn_embryogenesis_38(X))
& called_2(fn_embryogenesis_38(X),'Cell Differentiation 3')
& base_2(fn_embryogenesis_38(X),fn_embryogenesis_56(X))
& next_event_2(fn_embryogenesis_11(X),fn_embryogenesis_37(X))
& causes_2(fn_embryogenesis_11(X),fn_embryogenesis_37(X))
& causes_2(fn_embryogenesis_11(X),fn_embryogenesis_9(X))
& next_event_2(fn_embryogenesis_37(X),fn_embryogenesis_9(X))
& called_2(fn_embryogenesis_9(X),'Cell Differentiation 4')
& base_2(fn_embryogenesis_9(X),fn_embryogenesis_36(X))
& is_outside_2(fn_embryogenesis_36(X),fn_embryogenesis_10(X))
& result_2(fn_embryogenesis_35(X),fn_embryogenesis_56(X))
& next_event_2(fn_embryogenesis_34(X),fn_embryogenesis_33(X))
& has_part_2(fn_embryogenesis_8(X),fn_embryogenesis_7(X))
& has_part_2(fn_embryogenesis_31(X),fn_embryogenesis_32(X))
& object_2(fn_embryogenesis_6(X),fn_embryogenesis_7(X))
& agent_2(fn_embryogenesis_6(X),fn_embryogenesis_31(X))
& base_2(fn_embryogenesis_6(X),fn_embryogenesis_8(X))
& causes_2(fn_embryogenesis_30(X),fn_embryogenesis_6(X))
& the_scalar_value_2(fn_embryogenesis_4(X),important_0)
& scalar_unit_class_2(fn_embryogenesis_4(X),biological_process_0)
& importance_2(fn_embryogenesis_28(X),fn_embryogenesis_4(X))
& time_during_2(fn_embryogenesis_28(X),fn_embryogenesis_3(X))
& time_before_2(fn_embryogenesis_2(X),fn_embryogenesis_3(X))
& time_during_2(fn_embryogenesis_27(X),fn_embryogenesis_2(X))
& result_2(fn_embryogenesis_51(X),fn_embryogenesis_53(X))
& object_2(fn_embryogenesis_40(X),fn_embryogenesis_49(X))
& base_2(fn_embryogenesis_41(X),fn_embryogenesis_43(X))
& result_2(fn_embryogenesis_35(X),fn_embryogenesis_36(X))
& object_2(fn_embryogenesis_55(X),fn_embryogenesis_50(X))
& object_2(fn_embryogenesis_38(X),fn_embryogenesis_56(X))
& result_2(fn_embryogenesis_30(X),fn_embryogenesis_31(X))
& object_2(fn_embryogenesis_58(X),fn_embryogenesis_48(X))
& plays_2(fn_embryogenesis_48(X),fn_embryogenesis_57(X))
& agent_2(fn_embryogenesis_47(X),fn_embryogenesis_48(X))
& object_2(fn_embryogenesis_47(X),fn_embryogenesis_48(X))
& object_2(fn_embryogenesis_41(X),fn_embryogenesis_42(X))
& agent_2(fn_embryogenesis_45(X),fn_embryogenesis_44(X))
& object_2(fn_embryogenesis_45(X),fn_embryogenesis_44(X))
& base_2(fn_embryogenesis_39(X),fn_embryogenesis_56(X))
& base_2(fn_embryogenesis_37(X),fn_embryogenesis_36(X))
& subevent_2(fn_embryogenesis_52(X),fn_embryogenesis_25(X))
& subevent_2(X,fn_embryogenesis_33(X))
& subevent_2(X,fn_embryogenesis_34(X))
& result_2(fn_embryogenesis_29(X),fn_embryogenesis_32(X))
& subevent_2(fn_embryogenesis_54(X),fn_embryogenesis_46(X))
& subevent_2(fn_embryogenesis_26(X),fn_embryogenesis_27(X))
& next_event_2(fn_embryogenesis_27(X),fn_embryogenesis_28(X))
& subevent_2(fn_embryogenesis_26(X),fn_embryogenesis_28(X))
& subevent_2(fn_embryogenesis_25(X),fn_embryogenesis_26(X))
& fn_embryogenesis_53(X) = fn_create_1(fn_embryogenesis_51(X))
& fn_embryogenesis_49(X) = fn_cell_division_3(fn_embryogenesis_40(X))
& fn_embryogenesis_43(X) = fn_add_2(fn_embryogenesis_41(X))
& fn_embryogenesis_36(X) = fn_cell_division_2(fn_embryogenesis_35(X))
& fn_embryogenesis_50(X) = fn_m_phase_20(fn_embryogenesis_55(X))
& fn_embryogenesis_56(X) = fn_cell_differentiation_19(fn_embryogenesis_38(X))
& fn_embryogenesis_31(X) = fn_create_1(fn_embryogenesis_30(X))
& fn_embryogenesis_57(X) = fn_signal_transmission_2(fn_embryogenesis_58(X))
& fn_embryogenesis_48(X) = fn_signal_transmission_3(fn_embryogenesis_58(X))
& fn_embryogenesis_48(X) = fn_locomotion_1(fn_embryogenesis_47(X))
& fn_embryogenesis_42(X) = fn_fertilization_2(fn_embryogenesis_41(X))
& fn_embryogenesis_44(X) = fn_locomotion_1(fn_embryogenesis_45(X))
& fn_embryogenesis_56(X) = fn_embryonic_induction_9(fn_embryogenesis_39(X))
& fn_embryogenesis_36(X) = fn_embryonic_induction_9(fn_embryogenesis_37(X))
& fn_embryogenesis_25(X) = fn_morphogenesis_4(fn_embryogenesis_52(X))
& X = fn_eight_cell_stage_2(fn_embryogenesis_33(X))
& X = fn_two_cell_stage_1(fn_embryogenesis_34(X))
& fn_embryogenesis_32(X) = fn_anabolic_pathway_5(fn_embryogenesis_29(X))
& fn_embryogenesis_32(X) = fn_synthesis_of_protein_16(fn_embryogenesis_29(X))
& fn_embryogenesis_46(X) = fn_cell_differentiation_20(fn_embryogenesis_54(X))
& fn_embryogenesis_27(X) = fn_cell_communication_leading_to_apoptosis_5(fn_embryogenesis_25(X))
& fn_embryogenesis_28(X) = fn_cell_communication_leading_to_apoptosis_3(fn_embryogenesis_25(X))
& fn_embryogenesis_26(X) = fn_cell_communication_leading_to_apoptosis_6(fn_embryogenesis_25(X))
& fn_signal_transmission_3(fn_embryogenesis_58(X)) = fn_signal_transmission_3(fn_embryogenesis_58(X))
& fn_signal_transmission_3(fn_embryogenesis_58(X)) = fn_locomotion_1(fn_embryogenesis_47(X))
& fn_locomotion_1(fn_embryogenesis_47(X)) = fn_locomotion_1(fn_embryogenesis_47(X))
& fn_locomotion_1(fn_embryogenesis_47(X)) = fn_cell_differentiation_19(fn_embryogenesis_38(X))
& fn_cell_differentiation_19(fn_embryogenesis_38(X)) = fn_embryonic_induction_9(fn_embryogenesis_39(X))
& fn_embryonic_induction_9(fn_embryogenesis_39(X)) = fn_cell_division_2(fn_embryogenesis_35(X))
& fn_cell_division_2(fn_embryogenesis_35(X)) = fn_embryonic_induction_9(fn_embryogenesis_37(X))
& fn_embryonic_induction_9(fn_embryogenesis_37(X)) = fn_eight_cell_stage_2(fn_embryogenesis_33(X))
& fn_eight_cell_stage_2(fn_embryogenesis_33(X)) = fn_two_cell_stage_1(fn_embryogenesis_34(X))
& fn_two_cell_stage_1(fn_embryogenesis_34(X)) = fn_anabolic_pathway_5(fn_embryogenesis_29(X))
& fn_anabolic_pathway_5(fn_embryogenesis_29(X)) = fn_synthesis_of_protein_16(fn_embryogenesis_29(X)) ) ) ).
fof(a529250,axiom,
! [X] :
( embryoid_1(X)
=> ( original_name_2(X,'Embryoid')
& user_description_2(X,'A mass of plant or animal tissue that resembles an embryo is called as embryoid.')
& concept2words_2(X,embryoid)
& embryo_1(X)
& ~ abnormal_cloned_embryo_1(X)
& ~ animal_embryo_1(X)
& ~ cloned_embryo_1(X)
& ~ early_embryo_1(X)
& ~ eight_cell_embryo_1(X)
& ~ plant_embryo_1(X)
& ~ segmented_embryo_1(X)
& ~ two_cell_embryo_1(X)
& cell_1(fn_embryoid_1(X))
& has_part_2(X,fn_embryoid_1(X)) ) ) ).
fof(a529251,axiom,
! [X] :
( embryology_1(X)
=> ( original_name_2(X,'Embryology')
& user_description_2(X,'The study of the early growth and development of animals, from the fertilization of the egg to the larval or fetus stage.')
& concept2words_2(X,embryology)
& developmental_biology_1(X) ) ) ).
fof(a529252,axiom,
! [X] :
( embryonic_brain_region_1(X)
=> ( original_name_2(X,'Embryonic-Brain-Region')
& user_description_2(X,'Bulges in the neural tube in the developing embryo that will develop into the four regions of the adult brain.')
& concept2words_2(X,'embryonic brain region')
& concept2words_2(X,'embryonic-brain-region')
& brain_region_1(X) ) ) ).
fof(a529253,axiom,
! [X] :
( embryonic_cell_1(X)
=> ( original_name_2(X,'Embryonic-Cell')
& user_description_2(X,'The cell of an embryo.')
& concept2words_2(X,'embryonic cell')
& concept2words_2(X,'embryonic-cell')
& animal_development_cell_1(X) ) ) ).
fof(a529254,axiom,
! [X] :
( embryonic_gonad_1(X)
=> ( original_name_2(X,'Embryonic-Gonad')
& user_description_2(X,'In animals, germ-line progenitors associate with gonadal somatic cells to form the embryonic gonads.')
& concept2words_2(X,'embryonic gonad')
& concept2words_2(X,'embryonic-gonad')
& animal_structure_1(X) ) ) ).
fof(a529255,axiom,
! [X] :
( embryonic_induction_1(X)
=> ( original_name_2(X,'Embryonic-Induction')
& user_description_2(X,'The influence of one cell group (inducer) over a neighboring cell group (induced) during.')
& concept2words_2(X,'embryonic induction')
& concept2words_2(X,'embryonic-induction')
& cell_differentiation_induction_1(X)
& receptor_1(fn_embryonic_induction_1(X))
& eukaryotic_gene_regulation_1(fn_embryonic_induction_2(X))
& gene_expression_1(fn_embryonic_induction_3(X))
& transcriptional_regulation_1(fn_embryonic_induction_4(X))
& ligand_binding_1(fn_embryonic_induction_5(X))
& cellular_response_1(fn_embryonic_induction_6(X))
& signal_reception_1(fn_embryonic_induction_7(X))
& make_contact_1(fn_embryonic_induction_8(X))
& embryonic_cell_1(fn_embryonic_induction_9(X))
& produce_1(fn_embryonic_induction_10(X))
& embryonic_cell_1(fn_embryonic_induction_11(X))
& signal_transduction_1(fn_embryonic_induction_12(X))
& cell_signaling_event_1(fn_embryonic_induction_12(X))
& ligand_binding_1(fn_signal_reception_6(fn_embryonic_induction_7(X)))
& entity_1(fn_create_1(fn_embryonic_induction_10(X)))
& spatial_entity_1(fn_make_contact_1(fn_embryonic_induction_8(X)))
& chemical_entity_1(fn_signal_reception_5(fn_embryonic_induction_7(X)))
& spatial_entity_1(fn_make_contact_2(fn_embryonic_induction_8(X)))
& cell_1(fn_signal_reception_3(fn_embryonic_induction_7(X)))
& cell_1(fn_cell_signaling_event_1(fn_embryonic_induction_12(X)))
& is_near_2(fn_embryonic_induction_11(X),fn_embryonic_induction_9(X))
& complement_2(fn_embryonic_induction_11(X),fn_embryonic_induction_1(X))
& subevent_2(fn_embryonic_induction_3(X),fn_embryonic_induction_10(X))
& result_2(fn_embryonic_induction_3(X),fn_embryonic_induction_11(X))
& base_2(fn_embryonic_induction_3(X),fn_embryonic_induction_11(X))
& base_2(fn_embryonic_induction_2(X),fn_embryonic_induction_11(X))
& subevent_2(X,fn_embryonic_induction_8(X))
& donor_2(X,fn_embryonic_induction_11(X))
& is_near_2(fn_embryonic_induction_9(X),fn_embryonic_induction_11(X))
& instrument_2(fn_embryonic_induction_7(X),fn_embryonic_induction_1(X))
& complement_2(fn_embryonic_induction_1(X),fn_embryonic_induction_11(X))
& result_2(fn_embryonic_induction_10(X),fn_embryonic_induction_11(X))
& object_2(fn_embryonic_induction_8(X),fn_embryonic_induction_11(X))
& base_2(fn_embryonic_induction_8(X),fn_embryonic_induction_9(X))
& agent_2(X,fn_embryonic_induction_11(X))
& object_2(fn_embryonic_induction_7(X),fn_embryonic_induction_11(X))
& object_2(fn_embryonic_induction_5(X),fn_embryonic_induction_11(X))
& base_2(fn_embryonic_induction_6(X),fn_embryonic_induction_9(X))
& base_2(X,fn_embryonic_induction_9(X))
& base_2(fn_embryonic_induction_7(X),fn_embryonic_induction_9(X))
& recipient_2(fn_embryonic_induction_7(X),fn_embryonic_induction_9(X))
& base_2(fn_embryonic_induction_4(X),fn_embryonic_induction_9(X))
& subevent_2(fn_embryonic_induction_6(X),fn_embryonic_induction_4(X))
& first_subevent_2(X,fn_embryonic_induction_7(X))
& subevent_2(X,fn_embryonic_induction_12(X))
& next_event_2(fn_embryonic_induction_12(X),fn_embryonic_induction_6(X))
& subevent_2(X,fn_embryonic_induction_6(X))
& subevent_2(X,fn_embryonic_induction_7(X))
& next_event_2(fn_embryonic_induction_7(X),fn_embryonic_induction_12(X))
& subevent_2(fn_embryonic_induction_7(X),fn_embryonic_induction_5(X))
& base_2(fn_embryonic_induction_12(X),fn_embryonic_induction_9(X))
& fn_embryonic_induction_11(X) = fn_create_1(fn_embryonic_induction_10(X))
& fn_embryonic_induction_11(X) = fn_make_contact_1(fn_embryonic_induction_8(X))
& fn_embryonic_induction_9(X) = fn_make_contact_2(fn_embryonic_induction_8(X))
& fn_embryonic_induction_7(X) = fn_cell_signaling_2(X)
& fn_embryonic_induction_11(X) = fn_cell_signaling_5(X)
& fn_embryonic_induction_11(X) = fn_signal_reception_5(fn_embryonic_induction_7(X))
& fn_embryonic_induction_9(X) = fn_signal_reception_3(fn_embryonic_induction_7(X))
& fn_embryonic_induction_9(X) = fn_cell_differentiation_induction_5(X)
& fn_embryonic_induction_4(X) = fn_cell_differentiation_induction_1(X)
& fn_embryonic_induction_7(X) = fn_cell_differentiation_induction_3(X)
& fn_embryonic_induction_7(X) = fn_chemical_signaling_7(X)
& fn_embryonic_induction_6(X) = fn_cell_differentiation_induction_4(X)
& fn_embryonic_induction_6(X) = fn_chemical_signaling_6(X)
& fn_embryonic_induction_12(X) = fn_chemical_signaling_8(X)
& fn_embryonic_induction_9(X) = fn_cell_signaling_event_1(fn_embryonic_induction_12(X))
& fn_embryonic_induction_5(X) = fn_signal_reception_6(fn_embryonic_induction_7(X))
& fn_create_1(fn_embryonic_induction_10(X)) = fn_make_contact_1(fn_embryonic_induction_8(X))
& fn_make_contact_1(fn_embryonic_induction_8(X)) = fn_make_contact_1(fn_embryonic_induction_8(X))
& fn_make_contact_1(fn_embryonic_induction_8(X)) = fn_cell_signaling_5(X)
& fn_cell_signaling_5(X) = fn_cell_signaling_5(X)
& fn_signal_reception_5(fn_embryonic_induction_7(X)) = fn_cell_signaling_5(X)
& fn_cell_signaling_5(X) = fn_signal_reception_5(fn_embryonic_induction_7(X))
& fn_signal_reception_5(fn_embryonic_induction_7(X)) = fn_cell_differentiation_induction_4(X)
& fn_cell_differentiation_induction_4(X) = fn_cell_differentiation_induction_4(X)
& fn_cell_differentiation_induction_4(X) = fn_chemical_signaling_6(X)
& fn_chemical_signaling_6(X) = fn_chemical_signaling_6(X)
& fn_chemical_signaling_6(X) = fn_make_contact_2(fn_embryonic_induction_8(X))
& fn_make_contact_2(fn_embryonic_induction_8(X)) = fn_signal_reception_3(fn_embryonic_induction_7(X))
& fn_cell_differentiation_induction_5(X) = fn_signal_reception_3(fn_embryonic_induction_7(X))
& fn_signal_reception_3(fn_embryonic_induction_7(X)) = fn_cell_differentiation_induction_5(X)
& fn_cell_differentiation_induction_5(X) = fn_cell_differentiation_induction_5(X)
& fn_cell_differentiation_induction_5(X) = fn_cell_signaling_event_1(fn_embryonic_induction_12(X))
& fn_cell_signaling_event_1(fn_embryonic_induction_12(X)) = fn_cell_signaling_2(X)
& fn_cell_signaling_2(X) = fn_cell_differentiation_induction_3(X)
& fn_cell_differentiation_induction_3(X) = fn_cell_differentiation_induction_3(X)
& fn_chemical_signaling_7(X) = fn_chemical_signaling_7(X)
& fn_chemical_signaling_7(X) = fn_cell_differentiation_induction_3(X)
& fn_cell_differentiation_induction_3(X) = fn_chemical_signaling_7(X) ) ) ).
fof(a529256,axiom,
! [X] :
( embryonic_lethal_1(X)
=> ( original_name_2(X,'Embryonic-Lethal')
& user_description_2(X,'A mutation whose phenotype results in the death of an embryo or larva.')
& concept2words_2(X,'embryonic lethal')
& concept2words_2(X,'embryonic-lethal')
& development_related_mutation_1(X)
& death_1(fn_embryonic_lethal_1(X))
& causes_2(X,fn_embryonic_lethal_1(X)) ) ) ).
fof(a529257,axiom,
! [X] :
( embryonic_morphogenesis_1(X)
=> ( original_name_2(X,'Embryonic-Morphogenesis')
& user_description_2(X,'Embryonic morphogenesis is the biological process that causes an embryo to develop its shape. It is one of three fundamental aspects of developmental biology along with the control of cell growth and cellular differentiation.')
& concept2words_2(X,'embryonic morphogenesis')
& concept2words_2(X,'embryonic-morphogenesis')
& embryonic_process_1(X)
& embryogenesis_1(fn_embryonic_morphogenesis_1(X))
& subevent_2(fn_embryonic_morphogenesis_1(X),X) ) ) ).
fof(a529258,axiom,
! [X] :
( embryonic_morphogenesis_in_animal_1(X)
=> ( original_name_2(X,'Embryonic-Morphogenesis-In-Animal')
& user_description_2(X,'Embryonic morphogenesis in animal is the biological process that causes an animal embryo to develop its shape. It is one of three fundamental aspects of developmental biology along with the control of cell growth and cellular differentiation.')
& concept2words_2(X,'embryonic morphogenesis in animal')
& concept2words_2(X,'embryonic-morphogenesis-in-animal')
& embryonic_morphogenesis_1(X)
& morphogenetic_movement_1(fn_embryonic_morphogenesis_in_animal_1(X))
& animal_development_1(fn_embryonic_morphogenesis_in_animal_2(X))
& embryogenesis_1(fn_embryonic_morphogenesis_in_animal_3(X))
& embryogenesis_1(fn_animal_development_31(fn_embryonic_morphogenesis_in_animal_2(X)))
& subevent_2(X,fn_embryonic_morphogenesis_in_animal_1(X))
& subevent_2(fn_embryonic_morphogenesis_in_animal_2(X),fn_embryonic_morphogenesis_in_animal_3(X))
& subevent_2(fn_embryonic_morphogenesis_in_animal_3(X),X)
& fn_embryonic_morphogenesis_in_animal_3(X) = fn_animal_development_31(fn_embryonic_morphogenesis_in_animal_2(X))
& fn_embryonic_morphogenesis_in_animal_3(X) = fn_embryonic_morphogenesis_1(X)
& fn_animal_development_31(fn_embryonic_morphogenesis_in_animal_2(X)) = fn_embryonic_morphogenesis_1(X) ) ) ).
fof(a529259,axiom,
! [X] :
( embryonic_process_1(X)
=> ( original_name_2(X,'Embryonic-Process')
& user_description_2(X,'Process related to the development of the embryo stage.')
& concept2words_2(X,'embryonic process')
& concept2words_2(X,'embryonic-process')
& developmental_process_1(X) ) ) ).
fof(a529260,axiom,
! [X] :
( embryonic_region_1(X)
=> ( original_name_2(X,'Embryonic-Region')
& user_description_2(X,'The region of an embryo is called as embryonic region.')
& concept2words_2(X,'embryonic region')
& concept2words_2(X,'embryonic-region')
& biological_region_1(X) ) ) ).
fof(a529261,axiom,
! [X] :
( embryonic_stages_1(X)
=> ( original_name_2(X,'Embryonic-Stages')
& user_description_2(X,'Stages of a developing animal embryo.')
& concept2words_2(X,'stages of embryo development')
& concept2words_2(X,'stages-of-embryo-development')
& concept2words_2(X,'embryonic stage')
& concept2words_2(X,'embryonic-stage')
& living_entity_1(X) ) ) ).
fof(a529262,axiom,
! [X] :
( embryonic_stem_cell_1(X)
=> ( original_name_2(X,'Embryonic-Stem-Cell')
& user_description_2(X,'The stem cells of the embryo of an organism is called embryonic stem cell.')
& concept2words_2(X,'embryonic stem cell')
& concept2words_2(X,'embryonic-stem-cell')
& embryonic_cell_1(X)
& animal_stem_cell_1(X)
& ~ differentiated_embryonic_cell_1(X)
& ~ undifferentiated_embryonic_cell_1(X)
& protein_enzyme_1(fn_embryonic_stem_cell_1(X))
& protein_enzyme_1(fn_embryonic_stem_cell_2(X))
& electron_transport_chain_pathway_1(fn_embryonic_stem_cell_3(X))
& eukaryotic_oxidative_phosphorylation_1(fn_embryonic_stem_cell_4(X))
& metabolic_pathway_1(fn_embryonic_stem_cell_5(X))
& endergonic_process_1(fn_embryonic_stem_cell_5(X))
& chemical_reaction_1(fn_embryonic_stem_cell_5(X))
& synthesis_of_organic_molecule_1(fn_embryonic_stem_cell_5(X))
& anabolic_pathway_1(fn_embryonic_stem_cell_5(X))
& synthesis_of_atp_1(fn_embryonic_stem_cell_5(X))
& catabolic_pathway_1(fn_embryonic_stem_cell_6(X))
& semiautonomous_organelle_1(fn_embryonic_stem_cell_7(X))
& organelle_1(fn_embryonic_stem_cell_7(X))
& mitochondrion_1(fn_embryonic_stem_cell_7(X))
& protein_1(fn_embryonic_stem_cell_8(X))
& organic_molecule_1(fn_embryonic_stem_cell_8(X))
& polymer_1(fn_embryonic_stem_cell_8(X))
& spatial_entity_1(fn_embryonic_stem_cell_8(X))
& membrane_protein_1(fn_embryonic_stem_cell_8(X))
& tangible_entity_1(fn_embryonic_stem_cell_8(X))
& transmembrane_protein_1(fn_embryonic_stem_cell_8(X))
& integral_protein_1(fn_embryonic_stem_cell_8(X))
& transport_protein_1(fn_embryonic_stem_cell_8(X))
& sodium_potassium_pump_1(fn_embryonic_stem_cell_8(X))
& cellular_work_1(fn_embryonic_stem_cell_9(X))
& active_transport_1(fn_embryonic_stem_cell_9(X))
& active_movement_of_ions_1(fn_embryonic_stem_cell_9(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_embryonic_stem_cell_9(X))
& mixture_1(fn_embryonic_stem_cell_12(X))
& cytoplasm_1(fn_embryonic_stem_cell_12(X))
& ribosome_1(fn_embryonic_stem_cell_13(X))
& eukaryotic_ribosome_1(fn_embryonic_stem_cell_13(X))
& endoplasmic_reticulum_1(fn_embryonic_stem_cell_14(X))
& rough_endoplasmic_reticulum_1(fn_embryonic_stem_cell_14(X))
& golgi_apparatus_1(fn_embryonic_stem_cell_15(X))
& centrosome_1(fn_embryonic_stem_cell_16(X))
& support_1(fn_embryonic_stem_cell_17(X))
& support_1(fn_embryonic_stem_cell_18(X))
& surface_1(fn_embryonic_stem_cell_19(X))
& volume_value_1(fn_embryonic_stem_cell_20(X))
& size_value_1(fn_embryonic_stem_cell_21(X))
& metabolic_pathway_1(fn_embryonic_stem_cell_22(X))
& catabolic_pathway_1(fn_embryonic_stem_cell_22(X))
& eukaryotic_cellular_respiration_1(fn_embryonic_stem_cell_22(X))
& synthesis_reaction_1(fn_embryonic_stem_cell_23(X))
& chemical_reaction_1(fn_embryonic_stem_cell_23(X))
& anabolic_pathway_1(fn_embryonic_stem_cell_23(X))
& metabolic_pathway_1(fn_embryonic_stem_cell_23(X))
& synthesis_of_lipid_1(fn_embryonic_stem_cell_23(X))
& substance_1(fn_embryonic_stem_cell_24(X))
& cytosol_1(fn_embryonic_stem_cell_24(X))
& organic_molecule_1(fn_embryonic_stem_cell_25(X))
& transmembrane_protein_1(fn_embryonic_stem_cell_25(X))
& tangible_entity_1(fn_embryonic_stem_cell_25(X))
& membrane_protein_1(fn_embryonic_stem_cell_25(X))
& protein_1(fn_embryonic_stem_cell_25(X))
& spatial_entity_1(fn_embryonic_stem_cell_25(X))
& polymer_1(fn_embryonic_stem_cell_25(X))
& integrin_1(fn_embryonic_stem_cell_25(X))
& hydrophobic_core_1(fn_embryonic_stem_cell_26(X))
& outside_face_1(fn_embryonic_stem_cell_27(X))
& extracellular_side_1(fn_embryonic_stem_cell_27(X))
& surface_1(fn_embryonic_stem_cell_27(X))
& attach_1(fn_embryonic_stem_cell_28(X))
& create_1(fn_embryonic_stem_cell_29(X))
& produce_1(fn_embryonic_stem_cell_29(X))
& microtubule_1(fn_embryonic_stem_cell_30(X))
& tangible_entity_1(fn_embryonic_stem_cell_31(X))
& phospholipid_bilayer_1(fn_embryonic_stem_cell_31(X))
& spatial_entity_1(fn_embryonic_stem_cell_32(X))
& polymer_1(fn_embryonic_stem_cell_32(X))
& organic_molecule_1(fn_embryonic_stem_cell_32(X))
& tangible_entity_1(fn_embryonic_stem_cell_32(X))
& membrane_protein_1(fn_embryonic_stem_cell_32(X))
& protein_1(fn_embryonic_stem_cell_32(X))
& glycoprotein_1(fn_embryonic_stem_cell_32(X))
& integral_protein_1(fn_embryonic_stem_cell_32(X))
& fibronectin_1(fn_embryonic_stem_cell_32(X))
& protein_1(fn_embryonic_stem_cell_33(X))
& organic_molecule_1(fn_embryonic_stem_cell_33(X))
& polymer_1(fn_embryonic_stem_cell_33(X))
& spatial_entity_1(fn_embryonic_stem_cell_33(X))
& membrane_protein_1(fn_embryonic_stem_cell_33(X))
& tangible_entity_1(fn_embryonic_stem_cell_33(X))
& transmembrane_protein_1(fn_embryonic_stem_cell_33(X))
& integral_protein_1(fn_embryonic_stem_cell_33(X))
& transport_protein_1(fn_embryonic_stem_cell_33(X))
& sodium_potassium_pump_1(fn_embryonic_stem_cell_33(X))
& nuclear_membrane_1(fn_embryonic_stem_cell_34(X))
& biomembrane_1(fn_embryonic_stem_cell_34(X))
& lipid_1(fn_embryonic_stem_cell_35(X))
& glycolipid_1(fn_embryonic_stem_cell_35(X))
& tangible_entity_1(fn_embryonic_stem_cell_36(X))
& spatial_entity_1(fn_embryonic_stem_cell_36(X))
& biomembrane_1(fn_embryonic_stem_cell_36(X))
& plasma_membrane_1(fn_embryonic_stem_cell_36(X))
& animal_plasma_membrane_1(fn_embryonic_stem_cell_36(X))
& eukaryotic_chromosome_1(fn_embryonic_stem_cell_37(X))
& chromosome_1(fn_embryonic_stem_cell_37(X))
& tangible_entity_1(fn_embryonic_stem_cell_38(X))
& nucleus_1(fn_embryonic_stem_cell_38(X))
& cell_pole_1(fn_embryonic_stem_cell_39(X))
& cell_pole_1(fn_embryonic_stem_cell_40(X))
& embryo_1(fn_embryonic_stem_cell_41(X))
& carbon_skeleton_1(fn_embryonic_stem_cell_42(X))
& chemical_entity_1(fn_embryonic_stem_cell_43(X))
& entity_1(fn_embryonic_stem_cell_43(X))
& atom_1(fn_embryonic_stem_cell_43(X))
& carbon_1(fn_embryonic_stem_cell_43(X))
& smooth_endoplasmic_reticulum_1(fn_embryonic_stem_cell_44(X))
& attach_1(fn_embryonic_stem_cell_45(X))
& move_1(fn_embryonic_stem_cell_46(X))
& peroxisome_1(fn_embryonic_stem_cell_47(X))
& nuclear_membrane_1(fn_nucleus_13(fn_embryonic_stem_cell_38(X)))
& biomembrane_1(fn_nucleus_13(fn_embryonic_stem_cell_38(X)))
& glycolipid_1(fn_biomembrane_29(fn_embryonic_stem_cell_34(X)))
& attach_1(fn_animal_plasma_membrane_52(fn_embryonic_stem_cell_36(X)))
& attach_1(fn_animal_plasma_membrane_77(fn_embryonic_stem_cell_36(X)))
& carbon_skeleton_1(fn_lipid_14(fn_embryonic_stem_cell_35(X)))
& carbon_skeleton_1(fn_biomembrane_71(fn_embryonic_stem_cell_34(X)))
& carbon_skeleton_1(fn_glycolipid_4(fn_embryonic_stem_cell_35(X)))
& atom_1(fn_glycolipid_7(fn_embryonic_stem_cell_35(X)))
& chemical_entity_1(fn_glycolipid_7(fn_embryonic_stem_cell_35(X)))
& entity_1(fn_glycolipid_13(fn_embryonic_stem_cell_35(X)))
& atom_1(fn_glycolipid_13(fn_embryonic_stem_cell_35(X)))
& carbon_1(fn_glycolipid_13(fn_embryonic_stem_cell_35(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_embryonic_stem_cell_36(X)))
& outside_face_1(fn_animal_plasma_membrane_55(fn_embryonic_stem_cell_36(X)))
& extracellular_side_1(fn_animal_plasma_membrane_55(fn_embryonic_stem_cell_36(X)))
& surface_1(fn_animal_plasma_membrane_55(fn_embryonic_stem_cell_36(X)))
& hydrophobic_core_1(fn_animal_plasma_membrane_51(fn_embryonic_stem_cell_36(X)))
& attach_1(fn_plasma_membrane_52(fn_embryonic_stem_cell_36(X)))
& glycoprotein_1(fn_animal_plasma_membrane_76(fn_embryonic_stem_cell_36(X)))
& tangible_entity_1(fn_biomembrane_63(fn_embryonic_stem_cell_36(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_embryonic_stem_cell_36(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_embryonic_stem_cell_36(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_embryonic_stem_cell_36(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_embryonic_stem_cell_36(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_embryonic_stem_cell_36(X)))
& eukaryotic_chromosome_1(fn_nucleus_6(fn_embryonic_stem_cell_38(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_embryonic_stem_cell_36(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_embryonic_stem_cell_36(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_embryonic_stem_cell_36(X)))
& protein_1(fn_plasma_membrane_54(fn_embryonic_stem_cell_36(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_embryonic_stem_cell_36(X)))
& polymer_1(fn_plasma_membrane_54(fn_embryonic_stem_cell_36(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_embryonic_stem_cell_36(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_embryonic_stem_cell_36(X)))
& protein_1(fn_plasma_membrane_68(fn_embryonic_stem_cell_36(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_embryonic_stem_cell_36(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_embryonic_stem_cell_36(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_embryonic_stem_cell_36(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_embryonic_stem_cell_36(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_embryonic_stem_cell_36(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_embryonic_stem_cell_36(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_embryonic_stem_cell_36(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_embryonic_stem_cell_36(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_embryonic_stem_cell_36(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_embryonic_stem_cell_36(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_embryonic_stem_cell_36(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_embryonic_stem_cell_36(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_embryonic_stem_cell_36(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_embryonic_stem_cell_36(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_embryonic_stem_cell_36(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_embryonic_stem_cell_36(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_embryonic_stem_cell_36(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_embryonic_stem_cell_36(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_embryonic_stem_cell_36(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_embryonic_stem_cell_36(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_embryonic_stem_cell_36(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_embryonic_stem_cell_36(X)))
& eukaryotic_cell_1(fn_embryo_1(fn_embryonic_stem_cell_41(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_embryonic_stem_cell_36(X)))
& fn_embryonic_stem_cell_1(X) != fn_embryonic_stem_cell_2(X)
& fn_embryonic_stem_cell_2(X) != fn_embryonic_stem_cell_1(X)
& has_part_2(fn_embryonic_stem_cell_12(X),fn_embryonic_stem_cell_2(X))
& has_part_2(fn_embryonic_stem_cell_12(X),fn_embryonic_stem_cell_1(X))
& called_2(fn_embryonic_stem_cell_25(X),'MP2')
& has_region_2(fn_embryonic_stem_cell_8(X),fn_embryonic_stem_cell_27(X))
& has_part_2(fn_embryonic_stem_cell_38(X),fn_embryonic_stem_cell_34(X))
& has_part_2(fn_embryonic_stem_cell_41(X),X)
& is_inside_2(fn_embryonic_stem_cell_42(X),fn_embryonic_stem_cell_34(X))
& has_part_2(fn_embryonic_stem_cell_34(X),fn_embryonic_stem_cell_35(X))
& base_2(fn_embryonic_stem_cell_28(X),fn_embryonic_stem_cell_36(X))
& object_2(fn_embryonic_stem_cell_28(X),fn_embryonic_stem_cell_33(X))
& is_at_2(fn_embryonic_stem_cell_33(X),fn_embryonic_stem_cell_31(X))
& is_inside_2(fn_embryonic_stem_cell_33(X),fn_embryonic_stem_cell_31(X))
& is_across_2(fn_embryonic_stem_cell_33(X),fn_embryonic_stem_cell_26(X))
& has_part_2(fn_embryonic_stem_cell_35(X),fn_embryonic_stem_cell_43(X))
& is_inside_2(fn_embryonic_stem_cell_43(X),fn_embryonic_stem_cell_42(X))
& has_region_2(fn_embryonic_stem_cell_35(X),fn_embryonic_stem_cell_42(X))
& is_outside_2(fn_embryonic_stem_cell_27(X),fn_embryonic_stem_cell_36(X))
& has_region_2(fn_embryonic_stem_cell_33(X),fn_embryonic_stem_cell_27(X))
& called_2(fn_embryonic_stem_cell_33(X),'MP1')
& base_2(fn_embryonic_stem_cell_45(X),fn_embryonic_stem_cell_36(X))
& object_2(fn_embryonic_stem_cell_45(X),fn_embryonic_stem_cell_8(X))
& is_across_2(fn_embryonic_stem_cell_8(X),fn_embryonic_stem_cell_26(X))
& has_region_2(fn_embryonic_stem_cell_36(X),fn_embryonic_stem_cell_26(X))
& has_region_2(fn_embryonic_stem_cell_36(X),fn_embryonic_stem_cell_27(X))
& the_scalar_value_2(fn_embryonic_stem_cell_21(X),big_0)
& scalar_unit_class_2(fn_embryonic_stem_cell_21(X),prokaryote_0)
& is_inside_2(fn_embryonic_stem_cell_12(X),fn_embryonic_stem_cell_36(X))
& site_2(fn_embryonic_stem_cell_23(X),fn_embryonic_stem_cell_44(X))
& called_2(fn_embryonic_stem_cell_25(X),'MP1')
& is_inside_2(fn_embryonic_stem_cell_32(X),fn_embryonic_stem_cell_31(X))
& has_function_2(fn_embryonic_stem_cell_7(X),fn_embryonic_stem_cell_4(X))
& called_2(fn_embryonic_stem_cell_32(X),'MP1')
& site_2(fn_embryonic_stem_cell_6(X),fn_embryonic_stem_cell_7(X))
& has_function_2(fn_embryonic_stem_cell_30(X),fn_embryonic_stem_cell_18(X))
& object_2(fn_embryonic_stem_cell_18(X),X)
& has_region_2(X,fn_embryonic_stem_cell_40(X))
& object_2(fn_embryonic_stem_cell_17(X),X)
& agent_2(fn_embryonic_stem_cell_17(X),fn_embryonic_stem_cell_36(X))
& is_across_2(fn_embryonic_stem_cell_33(X),fn_embryonic_stem_cell_36(X))
& is_at_2(fn_embryonic_stem_cell_33(X),fn_embryonic_stem_cell_36(X))
& has_part_2(fn_embryonic_stem_cell_36(X),fn_embryonic_stem_cell_32(X))
& has_part_2(fn_embryonic_stem_cell_36(X),fn_embryonic_stem_cell_33(X))
& fn_embryonic_stem_cell_25(X) != fn_embryonic_stem_cell_33(X)
& fn_embryonic_stem_cell_33(X) != fn_embryonic_stem_cell_25(X)
& fn_embryonic_stem_cell_32(X) != fn_embryonic_stem_cell_33(X)
& fn_embryonic_stem_cell_33(X) != fn_embryonic_stem_cell_32(X)
& called_2(fn_embryonic_stem_cell_8(X),'MP1')
& fn_embryonic_stem_cell_32(X) != fn_embryonic_stem_cell_8(X)
& fn_embryonic_stem_cell_25(X) != fn_embryonic_stem_cell_32(X)
& fn_embryonic_stem_cell_32(X) != fn_embryonic_stem_cell_25(X)
& fn_embryonic_stem_cell_8(X) != fn_embryonic_stem_cell_32(X)
& size_2(X,fn_embryonic_stem_cell_21(X))
& directly_proportional_2(fn_embryonic_stem_cell_21(X),fn_embryonic_stem_cell_20(X))
& volume_2(X,fn_embryonic_stem_cell_20(X))
& has_region_2(X,fn_embryonic_stem_cell_39(X))
& is_opposite_2(fn_embryonic_stem_cell_39(X),fn_embryonic_stem_cell_40(X))
& is_opposite_2(fn_embryonic_stem_cell_40(X),fn_embryonic_stem_cell_39(X))
& is_across_2(fn_embryonic_stem_cell_8(X),fn_embryonic_stem_cell_36(X))
& has_part_2(fn_embryonic_stem_cell_36(X),fn_embryonic_stem_cell_31(X))
& is_inside_2(fn_embryonic_stem_cell_8(X),fn_embryonic_stem_cell_31(X))
& fn_embryonic_stem_cell_33(X) != fn_embryonic_stem_cell_8(X)
& fn_embryonic_stem_cell_8(X) != fn_embryonic_stem_cell_33(X)
& has_function_2(fn_embryonic_stem_cell_44(X),fn_embryonic_stem_cell_23(X))
& base_2(fn_embryonic_stem_cell_23(X),X)
& has_part_2(X,fn_embryonic_stem_cell_16(X))
& has_function_2(fn_embryonic_stem_cell_16(X),fn_embryonic_stem_cell_29(X))
& result_2(fn_embryonic_stem_cell_29(X),fn_embryonic_stem_cell_30(X))
& is_at_2(fn_embryonic_stem_cell_8(X),fn_embryonic_stem_cell_31(X))
& is_at_2(fn_embryonic_stem_cell_31(X),fn_embryonic_stem_cell_19(X))
& has_region_2(X,fn_embryonic_stem_cell_19(X))
& has_part_2(X,fn_embryonic_stem_cell_15(X))
& is_inside_2(fn_embryonic_stem_cell_15(X),fn_embryonic_stem_cell_24(X))
& origin_2(fn_embryonic_stem_cell_46(X),fn_embryonic_stem_cell_47(X))
& has_part_2(X,fn_embryonic_stem_cell_47(X))
& has_part_2(X,fn_embryonic_stem_cell_14(X))
& fn_embryonic_stem_cell_44(X) != fn_embryonic_stem_cell_14(X)
& fn_embryonic_stem_cell_14(X) != fn_embryonic_stem_cell_44(X)
& base_2(fn_embryonic_stem_cell_5(X),X)
& site_2(fn_embryonic_stem_cell_5(X),fn_embryonic_stem_cell_7(X))
& has_part_2(X,fn_embryonic_stem_cell_7(X))
& has_part_2(X,fn_embryonic_stem_cell_13(X))
& is_inside_2(fn_embryonic_stem_cell_13(X),fn_embryonic_stem_cell_24(X))
& destination_2(fn_embryonic_stem_cell_46(X),fn_embryonic_stem_cell_7(X))
& causes_2(fn_embryonic_stem_cell_46(X),fn_embryonic_stem_cell_6(X))
& base_2(fn_embryonic_stem_cell_6(X),X)
& has_part_2(X,fn_embryonic_stem_cell_12(X))
& is_between_2(fn_embryonic_stem_cell_12(X),fn_embryonic_stem_cell_36(X))
& first_subevent_2(fn_embryonic_stem_cell_4(X),fn_embryonic_stem_cell_3(X))
& site_2(fn_embryonic_stem_cell_4(X),fn_embryonic_stem_cell_7(X))
& is_inside_2(fn_embryonic_stem_cell_7(X),fn_embryonic_stem_cell_24(X))
& has_part_2(fn_embryonic_stem_cell_12(X),fn_embryonic_stem_cell_24(X))
& is_between_2(fn_embryonic_stem_cell_12(X),fn_embryonic_stem_cell_38(X))
& has_function_2(X,fn_embryonic_stem_cell_9(X))
& base_2(fn_embryonic_stem_cell_9(X),X)
& has_part_2(X,fn_embryonic_stem_cell_44(X))
& abuts_2(fn_embryonic_stem_cell_14(X),fn_embryonic_stem_cell_44(X))
& abuts_2(fn_embryonic_stem_cell_44(X),fn_embryonic_stem_cell_14(X))
& base_2(fn_embryonic_stem_cell_3(X),X)
& subevent_2(fn_embryonic_stem_cell_4(X),fn_embryonic_stem_cell_3(X))
& base_2(fn_embryonic_stem_cell_4(X),X)
& has_part_2(X,fn_embryonic_stem_cell_38(X))
& is_inside_2(fn_embryonic_stem_cell_38(X),fn_embryonic_stem_cell_24(X))
& has_function_2(X,fn_embryonic_stem_cell_22(X))
& base_2(fn_embryonic_stem_cell_22(X),X)
& has_part_2(X,fn_embryonic_stem_cell_37(X))
& is_inside_2(fn_embryonic_stem_cell_37(X),fn_embryonic_stem_cell_38(X))
& is_near_2(fn_embryonic_stem_cell_38(X),fn_embryonic_stem_cell_16(X))
& is_near_2(fn_embryonic_stem_cell_16(X),fn_embryonic_stem_cell_38(X))
& has_part_2(X,fn_embryonic_stem_cell_36(X))
& has_part_2(fn_embryonic_stem_cell_36(X),fn_embryonic_stem_cell_8(X))
& is_at_2(fn_embryonic_stem_cell_8(X),fn_embryonic_stem_cell_36(X))
& has_part_2(fn_embryonic_stem_cell_36(X),fn_embryonic_stem_cell_25(X))
& fn_embryonic_stem_cell_25(X) != fn_embryonic_stem_cell_8(X)
& fn_embryonic_stem_cell_8(X) != fn_embryonic_stem_cell_25(X)
& fn_embryonic_stem_cell_34(X) = fn_nucleus_13(fn_embryonic_stem_cell_38(X))
& X = fn_embryo_1(fn_embryonic_stem_cell_41(X))
& fn_embryonic_stem_cell_42(X) = fn_biomembrane_71(fn_embryonic_stem_cell_34(X))
& fn_embryonic_stem_cell_35(X) = fn_biomembrane_29(fn_embryonic_stem_cell_34(X))
& fn_embryonic_stem_cell_33(X) = fn_animal_plasma_membrane_53(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_28(X) = fn_animal_plasma_membrane_52(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_28(X) = fn_animal_plasma_membrane_77(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_42(X) = fn_lipid_14(fn_embryonic_stem_cell_35(X))
& fn_embryonic_stem_cell_42(X) = fn_glycolipid_4(fn_embryonic_stem_cell_35(X))
& fn_embryonic_stem_cell_43(X) = fn_glycolipid_7(fn_embryonic_stem_cell_35(X))
& fn_embryonic_stem_cell_43(X) = fn_glycolipid_13(fn_embryonic_stem_cell_35(X))
& fn_embryonic_stem_cell_33(X) = fn_animal_cell_75(X)
& fn_embryonic_stem_cell_27(X) = fn_plasma_membrane_65(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_27(X) = fn_animal_plasma_membrane_55(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_27(X) = fn_animal_cell_84(X)
& fn_embryonic_stem_cell_26(X) = fn_animal_plasma_membrane_51(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_26(X) = fn_animal_cell_85(X)
& fn_embryonic_stem_cell_45(X) = fn_plasma_membrane_52(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_45(X) = fn_animal_cell_83(X)
& fn_embryonic_stem_cell_11(X) = fn_stem_cell_40(X)
& fn_embryonic_stem_cell_10(X) = fn_stem_cell_39(X)
& fn_embryonic_stem_cell_18(X) = fn_stem_cell_37(X)
& fn_embryonic_stem_cell_32(X) = fn_animal_plasma_membrane_76(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_17(X) = fn_stem_cell_38(X)
& fn_embryonic_stem_cell_33(X) = fn_stem_cell_18(X)
& fn_embryonic_stem_cell_25(X) = fn_plasma_membrane_68(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_32(X) = fn_plasma_membrane_54(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_32(X) = fn_stem_cell_20(X)
& fn_embryonic_stem_cell_40(X) = fn_stem_cell_28(X)
& fn_embryonic_stem_cell_39(X) = fn_stem_cell_29(X)
& fn_embryonic_stem_cell_20(X) = fn_stem_cell_31(X)
& fn_embryonic_stem_cell_21(X) = fn_stem_cell_27(X)
& fn_embryonic_stem_cell_33(X) = fn_animal_plasma_membrane_62(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_33(X) = fn_animal_plasma_membrane_47(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_33(X) = fn_stem_cell_19(X)
& fn_embryonic_stem_cell_8(X) = fn_stem_cell_18(X)
& fn_embryonic_stem_cell_31(X) = fn_biomembrane_63(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_31(X) = fn_plasma_membrane_71(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_31(X) = fn_animal_plasma_membrane_54(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_31(X) = fn_animal_cell_58(X)
& fn_embryonic_stem_cell_30(X) = fn_stem_cell_24(X)
& fn_embryonic_stem_cell_29(X) = fn_stem_cell_25(X)
& fn_embryonic_stem_cell_23(X) = fn_stem_cell_14(X)
& fn_embryonic_stem_cell_15(X) = fn_animal_cell_82(X)
& fn_embryonic_stem_cell_15(X) = fn_stem_cell_23(X)
& fn_embryonic_stem_cell_19(X) = fn_stem_cell_30(X)
& fn_embryonic_stem_cell_31(X) = fn_stem_cell_21(X)
& fn_embryonic_stem_cell_47(X) = fn_stem_cell_3(X)
& fn_embryonic_stem_cell_13(X) = fn_stem_cell_35(X)
& fn_embryonic_stem_cell_7(X) = fn_eukaryotic_cell_25(X)
& fn_embryonic_stem_cell_5(X) = fn_animal_cell_20(X)
& fn_embryonic_stem_cell_5(X) = fn_stem_cell_43(X)
& fn_embryonic_stem_cell_6(X) = fn_stem_cell_42(X)
& fn_embryonic_stem_cell_46(X) = fn_stem_cell_4(X)
& fn_embryonic_stem_cell_12(X) = fn_stem_cell_36(X)
& fn_embryonic_stem_cell_7(X) = fn_animal_cell_59(X)
& fn_embryonic_stem_cell_7(X) = fn_stem_cell_12(X)
& fn_embryonic_stem_cell_14(X) = fn_stem_cell_16(X)
& fn_embryonic_stem_cell_44(X) = fn_animal_cell_54(X)
& fn_embryonic_stem_cell_44(X) = fn_stem_cell_17(X)
& fn_embryonic_stem_cell_9(X) = fn_animal_cell_90(X)
& fn_embryonic_stem_cell_9(X) = fn_stem_cell_41(X)
& fn_embryonic_stem_cell_24(X) = fn_animal_cell_62(X)
& fn_embryonic_stem_cell_24(X) = fn_stem_cell_26(X)
& fn_embryonic_stem_cell_38(X) = fn_animal_cell_78(X)
& fn_embryonic_stem_cell_4(X) = fn_animal_cell_19(X)
& fn_embryonic_stem_cell_4(X) = fn_stem_cell_44(X)
& fn_embryonic_stem_cell_3(X) = fn_animal_cell_18(X)
& fn_embryonic_stem_cell_3(X) = fn_stem_cell_45(X)
& fn_embryonic_stem_cell_16(X) = fn_stem_cell_32(X)
& fn_embryonic_stem_cell_37(X) = fn_nucleus_6(fn_embryonic_stem_cell_38(X))
& fn_embryonic_stem_cell_38(X) = fn_stem_cell_33(X)
& fn_embryonic_stem_cell_37(X) = fn_stem_cell_34(X)
& fn_embryonic_stem_cell_22(X) = fn_animal_cell_81(X)
& fn_embryonic_stem_cell_22(X) = fn_stem_cell_13(X)
& fn_embryonic_stem_cell_25(X) = fn_animal_plasma_membrane_47(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_25(X) = fn_animal_cell_80(X)
& fn_embryonic_stem_cell_25(X) = fn_stem_cell_5(X)
& fn_embryonic_stem_cell_8(X) = fn_plasma_membrane_3(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_8(X) = fn_animal_plasma_membrane_47(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_8(X) = fn_animal_cell_75(X)
& fn_embryonic_stem_cell_8(X) = fn_plasma_membrane_54(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_8(X) = fn_plasma_membrane_68(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_8(X) = fn_animal_plasma_membrane_62(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_8(X) = fn_plasma_membrane_55(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_8(X) = fn_animal_plasma_membrane_53(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_8(X) = fn_stem_cell_19(X)
& X = fn_animal_plasma_membrane_56(fn_embryonic_stem_cell_36(X))
& fn_embryonic_stem_cell_36(X) = fn_animal_cell_73(X)
& fn_embryonic_stem_cell_36(X) = fn_stem_cell_15(X)
& fn_animal_plasma_membrane_77(fn_embryonic_stem_cell_36(X)) = fn_animal_plasma_membrane_52(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_52(fn_embryonic_stem_cell_36(X)) = fn_animal_plasma_membrane_77(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_77(fn_embryonic_stem_cell_36(X)) = fn_biomembrane_71(fn_embryonic_stem_cell_34(X))
& fn_biomembrane_71(fn_embryonic_stem_cell_34(X)) = fn_lipid_14(fn_embryonic_stem_cell_35(X))
& fn_lipid_14(fn_embryonic_stem_cell_35(X)) = fn_biomembrane_71(fn_embryonic_stem_cell_34(X))
& fn_biomembrane_71(fn_embryonic_stem_cell_34(X)) = fn_glycolipid_4(fn_embryonic_stem_cell_35(X))
& fn_glycolipid_4(fn_embryonic_stem_cell_35(X)) = fn_glycolipid_4(fn_embryonic_stem_cell_35(X))
& fn_glycolipid_4(fn_embryonic_stem_cell_35(X)) = fn_glycolipid_13(fn_embryonic_stem_cell_35(X))
& fn_glycolipid_13(fn_embryonic_stem_cell_35(X)) = fn_glycolipid_7(fn_embryonic_stem_cell_35(X))
& fn_glycolipid_7(fn_embryonic_stem_cell_35(X)) = fn_glycolipid_13(fn_embryonic_stem_cell_35(X))
& fn_glycolipid_13(fn_embryonic_stem_cell_35(X)) = fn_animal_plasma_membrane_55(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_55(fn_embryonic_stem_cell_36(X)) = fn_plasma_membrane_65(fn_embryonic_stem_cell_36(X))
& fn_plasma_membrane_65(fn_embryonic_stem_cell_36(X)) = fn_animal_plasma_membrane_55(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_55(fn_embryonic_stem_cell_36(X)) = fn_animal_plasma_membrane_55(fn_embryonic_stem_cell_36(X))
& fn_animal_cell_84(X) = fn_animal_plasma_membrane_55(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_55(fn_embryonic_stem_cell_36(X)) = fn_animal_cell_84(X)
& fn_animal_cell_84(X) = fn_animal_plasma_membrane_51(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_51(fn_embryonic_stem_cell_36(X)) = fn_animal_plasma_membrane_51(fn_embryonic_stem_cell_36(X))
& fn_animal_cell_85(X) = fn_animal_plasma_membrane_51(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_51(fn_embryonic_stem_cell_36(X)) = fn_animal_cell_85(X)
& fn_animal_cell_85(X) = fn_plasma_membrane_52(fn_embryonic_stem_cell_36(X))
& fn_plasma_membrane_52(fn_embryonic_stem_cell_36(X)) = fn_animal_cell_83(X)
& fn_animal_cell_83(X) = fn_animal_cell_83(X)
& fn_animal_cell_83(X) = fn_animal_plasma_membrane_76(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_76(fn_embryonic_stem_cell_36(X)) = fn_animal_plasma_membrane_76(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_76(fn_embryonic_stem_cell_36(X)) = fn_plasma_membrane_54(fn_embryonic_stem_cell_36(X))
& fn_plasma_membrane_54(fn_embryonic_stem_cell_36(X)) = fn_animal_plasma_membrane_76(fn_embryonic_stem_cell_36(X))
& fn_stem_cell_20(X) = fn_animal_plasma_membrane_76(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_76(fn_embryonic_stem_cell_36(X)) = fn_stem_cell_20(X)
& fn_stem_cell_20(X) = fn_stem_cell_20(X)
& fn_stem_cell_20(X) = fn_animal_plasma_membrane_62(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_47(fn_embryonic_stem_cell_36(X)) = fn_animal_plasma_membrane_62(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_62(fn_embryonic_stem_cell_36(X)) = fn_animal_plasma_membrane_47(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_53(fn_embryonic_stem_cell_36(X)) = fn_animal_plasma_membrane_47(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_47(fn_embryonic_stem_cell_36(X)) = fn_animal_plasma_membrane_53(fn_embryonic_stem_cell_36(X))
& fn_stem_cell_19(X) = fn_animal_cell_82(X)
& fn_stem_cell_23(X) = fn_animal_cell_82(X)
& fn_animal_cell_82(X) = fn_stem_cell_23(X)
& fn_stem_cell_23(X) = fn_biomembrane_63(fn_embryonic_stem_cell_36(X))
& fn_biomembrane_63(fn_embryonic_stem_cell_36(X)) = fn_plasma_membrane_71(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_54(fn_embryonic_stem_cell_36(X)) = fn_plasma_membrane_71(fn_embryonic_stem_cell_36(X))
& fn_plasma_membrane_71(fn_embryonic_stem_cell_36(X)) = fn_animal_plasma_membrane_54(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_54(fn_embryonic_stem_cell_36(X)) = fn_animal_plasma_membrane_54(fn_embryonic_stem_cell_36(X))
& fn_animal_cell_58(X) = fn_animal_plasma_membrane_54(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_54(fn_embryonic_stem_cell_36(X)) = fn_animal_cell_58(X)
& fn_stem_cell_21(X) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_stem_cell_21(X)
& fn_stem_cell_21(X) = fn_stem_cell_21(X)
& fn_stem_cell_21(X) = fn_animal_cell_20(X)
& fn_stem_cell_43(X) = fn_animal_cell_20(X)
& fn_animal_cell_20(X) = fn_stem_cell_43(X)
& fn_stem_cell_43(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_eukaryotic_cell_25(X)
& fn_eukaryotic_cell_25(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_animal_cell_59(X)
& fn_stem_cell_12(X) = fn_stem_cell_12(X)
& fn_stem_cell_12(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_stem_cell_12(X)
& fn_stem_cell_12(X) = fn_stem_cell_17(X)
& fn_stem_cell_17(X) = fn_stem_cell_17(X)
& fn_stem_cell_17(X) = fn_animal_cell_54(X)
& fn_animal_cell_54(X) = fn_stem_cell_17(X)
& fn_stem_cell_17(X) = fn_animal_cell_90(X)
& fn_animal_cell_90(X) = fn_stem_cell_41(X)
& fn_stem_cell_41(X) = fn_stem_cell_41(X)
& fn_stem_cell_41(X) = fn_animal_cell_62(X)
& fn_stem_cell_26(X) = fn_stem_cell_26(X)
& fn_stem_cell_26(X) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_stem_cell_26(X)
& fn_stem_cell_26(X) = fn_animal_cell_19(X)
& fn_stem_cell_44(X) = fn_animal_cell_19(X)
& fn_animal_cell_19(X) = fn_stem_cell_44(X)
& fn_stem_cell_44(X) = fn_animal_cell_18(X)
& fn_stem_cell_45(X) = fn_animal_cell_18(X)
& fn_animal_cell_18(X) = fn_stem_cell_45(X)
& fn_stem_cell_45(X) = fn_stem_cell_33(X)
& fn_stem_cell_33(X) = fn_animal_cell_78(X)
& fn_animal_cell_78(X) = fn_stem_cell_33(X)
& fn_stem_cell_33(X) = fn_stem_cell_33(X)
& fn_stem_cell_33(X) = fn_nucleus_6(fn_embryonic_stem_cell_38(X))
& fn_nucleus_6(fn_embryonic_stem_cell_38(X)) = fn_stem_cell_34(X)
& fn_stem_cell_34(X) = fn_stem_cell_34(X)
& fn_stem_cell_34(X) = fn_animal_cell_81(X)
& fn_animal_cell_81(X) = fn_stem_cell_13(X)
& fn_stem_cell_13(X) = fn_stem_cell_13(X)
& fn_stem_cell_13(X) = fn_animal_plasma_membrane_47(fn_embryonic_stem_cell_36(X))
& fn_plasma_membrane_68(fn_embryonic_stem_cell_36(X)) = fn_plasma_membrane_68(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_47(fn_embryonic_stem_cell_36(X)) = fn_animal_cell_80(X)
& fn_stem_cell_5(X) = fn_stem_cell_5(X)
& fn_stem_cell_5(X) = fn_animal_cell_80(X)
& fn_animal_cell_80(X) = fn_stem_cell_5(X)
& fn_stem_cell_5(X) = fn_plasma_membrane_54(fn_embryonic_stem_cell_36(X))
& fn_plasma_membrane_54(fn_embryonic_stem_cell_36(X)) = fn_plasma_membrane_3(fn_embryonic_stem_cell_36(X))
& fn_plasma_membrane_3(fn_embryonic_stem_cell_36(X)) = fn_plasma_membrane_54(fn_embryonic_stem_cell_36(X))
& fn_plasma_membrane_54(fn_embryonic_stem_cell_36(X)) = fn_plasma_membrane_54(fn_embryonic_stem_cell_36(X))
& fn_plasma_membrane_68(fn_embryonic_stem_cell_36(X)) = fn_plasma_membrane_54(fn_embryonic_stem_cell_36(X))
& fn_plasma_membrane_54(fn_embryonic_stem_cell_36(X)) = fn_plasma_membrane_68(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_47(fn_embryonic_stem_cell_36(X)) = fn_plasma_membrane_68(fn_embryonic_stem_cell_36(X))
& fn_plasma_membrane_68(fn_embryonic_stem_cell_36(X)) = fn_animal_plasma_membrane_47(fn_embryonic_stem_cell_36(X))
& fn_plasma_membrane_55(fn_embryonic_stem_cell_36(X)) = fn_animal_plasma_membrane_47(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_47(fn_embryonic_stem_cell_36(X)) = fn_animal_plasma_membrane_47(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_47(fn_embryonic_stem_cell_36(X)) = fn_plasma_membrane_55(fn_embryonic_stem_cell_36(X))
& fn_plasma_membrane_55(fn_embryonic_stem_cell_36(X)) = fn_plasma_membrane_55(fn_embryonic_stem_cell_36(X))
& fn_plasma_membrane_55(fn_embryonic_stem_cell_36(X)) = fn_animal_plasma_membrane_62(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_62(fn_embryonic_stem_cell_36(X)) = fn_plasma_membrane_55(fn_embryonic_stem_cell_36(X))
& fn_plasma_membrane_55(fn_embryonic_stem_cell_36(X)) = fn_animal_plasma_membrane_53(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_62(fn_embryonic_stem_cell_36(X)) = fn_animal_plasma_membrane_62(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_53(fn_embryonic_stem_cell_36(X)) = fn_animal_plasma_membrane_62(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_62(fn_embryonic_stem_cell_36(X)) = fn_animal_plasma_membrane_53(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_53(fn_embryonic_stem_cell_36(X)) = fn_animal_plasma_membrane_53(fn_embryonic_stem_cell_36(X))
& fn_animal_cell_75(X) = fn_animal_plasma_membrane_53(fn_embryonic_stem_cell_36(X))
& fn_animal_plasma_membrane_53(fn_embryonic_stem_cell_36(X)) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_cell_75(X)
& fn_stem_cell_18(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_stem_cell_18(X)
& fn_stem_cell_19(X) = fn_stem_cell_18(X)
& fn_stem_cell_18(X) = fn_stem_cell_18(X)
& fn_stem_cell_18(X) = fn_stem_cell_19(X)
& fn_stem_cell_19(X) = fn_stem_cell_19(X)
& fn_stem_cell_19(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_animal_cell_73(X)
& fn_stem_cell_15(X) = fn_stem_cell_15(X)
& fn_stem_cell_15(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_stem_cell_15(X)
& fn_stem_cell_15(X) = fn_embryo_1(fn_embryonic_stem_cell_41(X))
& fn_embryo_1(fn_embryonic_stem_cell_41(X)) = fn_animal_plasma_membrane_56(fn_embryonic_stem_cell_36(X)) ) ) ).
fof(a529263,axiom,
! [X] :
( embryonic_tissue_1(X)
=> ( original_name_2(X,'Embryonic-Tissue')
& user_description_2(X,'The tissue in an embryo is called as embryonic tissue.')
& concept2words_2(X,'embryonic tissue')
& concept2words_2(X,'embryonic-tissue')
& tissue_1(X) ) ) ).
fof(a529264,axiom,
! [X] :
( emergent_property_1(X)
=> ( original_name_2(X,'Emergent-Property')
& user_description_2(X,'A notably different property that arises with each step upward in the hierarchy of life, owing to the arrangement and interactions of parts as complexity increases.')
& concept2words_2(X,'emergent property')
& concept2words_2(X,'emergent-property')
& character_1(X) ) ) ).
fof(a529265,axiom,
! [X] :
( emerging_virus_1(X)
=> ( original_name_2(X,'Emerging-Virus')
& user_description_2(X,'An emerging virus is a term applied to a newly discovered virus.')
& concept2words_2(X,'emerging virus')
& concept2words_2(X,'emerging-virus')
& virus_1(X)
& population_1(fn_emerging_virus_1(X))
& population_1(fn_emerging_virus_2(X))
& nucleic_acid_1(fn_emerging_virus_3(X))
& change_1(fn_emerging_virus_4(X))
& change_1(fn_emerging_virus_5(X))
& mutation_1(fn_emerging_virus_6(X))
& viral_infection_1(fn_emerging_virus_7(X))
& infection_1(fn_emerging_virus_7(X))
& virus_1(fn_emerging_virus_8(X))
& viral_infection_1(fn_emerging_virus_9(X))
& virus_1(fn_viral_infection_15(fn_emerging_virus_9(X)))
& object_2(fn_emerging_virus_9(X),fn_emerging_virus_2(X))
& next_event_2(fn_emerging_virus_9(X),fn_emerging_virus_7(X))
& has_part_2(fn_emerging_virus_8(X),fn_emerging_virus_3(X))
& object_2(fn_emerging_virus_4(X),fn_emerging_virus_8(X))
& result_2(fn_emerging_virus_4(X),X)
& object_2(fn_emerging_virus_5(X),fn_emerging_virus_8(X))
& result_2(fn_emerging_virus_5(X),X)
& next_event_2(fn_emerging_virus_6(X),fn_emerging_virus_9(X))
& result_2(fn_emerging_virus_6(X),X)
& object_2(fn_emerging_virus_7(X),fn_emerging_virus_1(X))
& agent_2(fn_emerging_virus_9(X),fn_emerging_virus_8(X))
& agent_2(fn_emerging_virus_7(X),X)
& fn_emerging_virus_8(X) = fn_viral_infection_15(fn_emerging_virus_9(X))
& fn_emerging_virus_7(X) = fn_virus_22(X) ) ) ).
fof(a529266,axiom,
! [X] :
( emigration_1(X)
=> ( original_name_2(X,'Emigration')
& user_description_2(X,'Migration out of a population.')
& concept2words_2(X,emigrate)
& concept2words_2(X,emigration)
& demography_1(X)
& ~ demographic_transition_1(X)
& ~ immigration_1(X) ) ) ).
fof(a529267,axiom,
! [X] :
( emit_1(X)
=> ( original_name_2(X,'Emit')
& concept2words_2(X,emit)
& concept2words_2(X,'give out')
& concept2words_2(X,give_out)
& concept2words_2(X,'give off')
& concept2words_2(X,give_off)
& move_out_of_1(X) ) ) ).
fof(a529268,axiom,
! [X] :
( emotion_1(X)
=> ( original_name_2(X,'Emotion')
& user_description_2(X,'An affective state of consciousness such as joy, anger, fear, etc. distinguished from volitional and cognitive states of consciousness.')
& concept2words_2(X,emote)
& concept2words_2(X,emotion)
& social_behavior_1(X) ) ) ).
fof(a529269,axiom,
! [X] :
( emulsification_1(X)
=> ( original_name_2(X,'Emulsification')
& user_description_2(X,'The mixing of a lipid substance with an aqueous substance, in which the fat droplets are very small and prevented from coalescing into larger particles.')
& concept2words_2(X,emulsification)
& general_chemical_process_1(X) ) ) ).
fof(a529270,axiom,
! [X] :
( emulsifier_1(X)
=> ( original_name_2(X,'Emulsifier')
& user_description_2(X,'A chemical which stabilizes a mixture of liquids and prevents their separation.')
& concept2words_2(X,emulsifier)
& agent_role_1(X) ) ) ).
fof(a529271,axiom,
! [X] :
( encephalitis_1(X)
=> ( original_name_2(X,'Encephalitis')
& user_description_2(X,'An acute inflammation of the brain.')
& concept2words_2(X,encephalitis)
& infectious_disease_1(X)
& ~ african_sleeping_sickness_1(X)
& ~ aids_1(X)
& ~ cholera_1(X)
& ~ cowpox_1(X)
& ~ gastric_ulcer_1(X)
& ~ gonorrhea_1(X)
& ~ hemorrhagic_fever_1(X)
& ~ influenza_1(X)
& ~ lyme_disease_1(X)
& ~ malaria_1(X)
& ~ mycosis_1(X)
& ~ smallpox_1(X)
& ~ tetanus_1(X)
& ~ tobacco_mosaic_disease_1(X)
& ~ tuberculosis_1(X) ) ) ).
fof(a529272,axiom,
! [X] :
( end_1(X)
=> ( original_name_2(X,'End')
& user_description_2(X,'The either extremity of something that has length.')
& concept2words_2(X,end)
& region_1(X) ) ) ).
fof(a529273,axiom,
! [X] :
( end_replication_problem_1(X)
=> ( original_name_2(X,'End-replication-problem')
& user_description_2(X,'The shortening of the DNA molecules with each round of DNA replication due to the gap that is left at the 5\' end of each new strand because DNA polymerase can only add nucleotides to a 3\' end.')
& concept2words_2(X,'end replication problem')
& concept2words_2(X,'end-replication-problem')
& dna_replication_in_eukaryotes_1(X) ) ) ).
fof(a529274,axiom,
! [X] :
( endangered_species_1(X)
=> ( original_name_2(X,'Endangered-Species')
& user_description_2(X,'A population facing a high risk of extinction due to low population numbers or changing environmental conditions.')
& concept2words_2(X,'endangered species')
& concept2words_2(X,'endangered-specy')
& ecological_species_1(X) ) ) ).
fof(a529275,axiom,
! [X] :
( endemic_1(X)
=> ( original_name_2(X,'Endemic')
& user_description_2(X,'In ecology, refers to a species that occurs only in a specific, comparatively small geographic area.')
& concept2words_2(X,endemic)
& state_1(X) ) ) ).
fof(a529276,axiom,
! [X] :
( endergonic_process_1(X)
=> ( original_name_2(X,'Endergonic-Process')
& user_description_2(X,'A process in which free energy is absorbed from the surroundings')
& concept2words_2(X,'non spontaneous process')
& concept2words_2(X,'non-spontaneous-process')
& concept2words_2(X,'endergonic process')
& concept2words_2(X,'endergonic-process')
& energy_related_process_1(X)
& ~ exergonic_process_1(X)
& free_energy_change_value_1(fn_endergonic_process_1(X))
& resource_1(fn_endergonic_process_3(X))
& free_energy_1(fn_endergonic_process_4(X))
& role_1(fn_free_energy_1(fn_endergonic_process_4(X)))
& the_scalar_value_2(fn_endergonic_process_1(X),positive_energy_0)
& scalar_unit_class_2(fn_endergonic_process_1(X),exergonic_process_0)
& raw_material_2(X,fn_endergonic_process_4(X))
& free_energy_change_2(X,fn_endergonic_process_1(X))
& plays_2(fn_endergonic_process_4(X),fn_endergonic_process_3(X))
& fn_endergonic_process_3(X) = fn_free_energy_1(fn_endergonic_process_4(X)) ) ) ).
fof(a529277,axiom,
! [X,X1] :
( ( free_energy_change_2(X,X1)
& free_energy_change_value_1(X1)
& energy_reaction_1(X)
& endergonic_process_1(X) )
=> ( endergonic_reaction_1(X)
& fn_endergonic_reaction_10(X) = X1 ) ) ).
fof(a529278,axiom,
! [X] :
( endergonic_reaction_1(X)
=> ( original_name_2(X,'Endergonic-Reaction')
& user_description_2(X,'An endergonic reaction (also called an unfavorable reaction or a nonspontaneous reaction) is a chemical reaction in which the standard change in free energy is positive, and energy is absorbed')
& concept2words_2(X,'non spontaneous reaction,')
& concept2words_2(X,'non-spontaneous reaction,')
& concept2words_2(X,'unfavorable reaction')
& concept2words_2(X,'unfavorable-reaction')
& concept2words_2(X,'nonspontaneous reaction')
& concept2words_2(X,'nonspontaneous-reaction')
& concept2words_2(X,convert)
& concept2words_2(X,'non spontaneous reaction')
& concept2words_2(X,'non-spontaneous reaction')
& concept2words_2(X,'endergonic reaction')
& concept2words_2(X,'endergonic-reaction')
& endergonic_process_1(X)
& energy_reaction_1(X)
& free_energy_1(fn_endergonic_reaction_2(X))
& free_energy_1(fn_endergonic_reaction_3(X))
& quantity_value_1(fn_endergonic_reaction_4(X))
& quantity_value_1(fn_endergonic_reaction_5(X))
& chemical_entity_1(fn_endergonic_reaction_8(X))
& chemical_entity_1(fn_endergonic_reaction_9(X))
& free_energy_change_value_1(fn_endergonic_reaction_10(X))
& possesses_2(fn_endergonic_reaction_8(X),fn_endergonic_reaction_2(X))
& possesses_2(fn_endergonic_reaction_9(X),fn_endergonic_reaction_3(X))
& called_2(fn_endergonic_reaction_5(X),'FE_r')
& greater_than_2(fn_endergonic_reaction_4(X),fn_endergonic_reaction_5(X))
& called_2(fn_endergonic_reaction_4(X),'FE_p')
& quantity_2(fn_endergonic_reaction_3(X),fn_endergonic_reaction_4(X))
& quantity_2(fn_endergonic_reaction_2(X),fn_endergonic_reaction_5(X))
& the_scalar_value_2(fn_endergonic_reaction_10(X),positive_energy_0)
& scalar_unit_class_2(fn_endergonic_reaction_10(X),exergonic_reaction_0)
& raw_material_2(X,fn_endergonic_reaction_8(X))
& result_2(X,fn_endergonic_reaction_9(X))
& free_energy_change_2(X,fn_endergonic_reaction_10(X))
& fn_endergonic_reaction_8(X) = fn_chemical_reaction_2(X)
& fn_endergonic_reaction_9(X) = fn_chemical_reaction_1(X)
& fn_endergonic_reaction_11(X) = fn_endergonic_process_2(X)
& fn_endergonic_reaction_10(X) = fn_endergonic_process_1(X) ) ) ).
fof(a529279,axiom,
! [X] :
( endocrine_cell_1(X)
=> ( original_name_2(X,'Endocrine-Cell')
& user_description_2(X,'Cells that regulate reproduction, development, energy metabolism, growth, and behavior via cell signaling by secreting hormones, a type of chemical messenger.')
& concept2words_2(X,'cell of endocrine system')
& concept2words_2(X,'cell-of-endocrine-system')
& concept2words_2(X,'cell of endocrine')
& concept2words_2(X,'endocrine cell')
& concept2words_2(X,'endocrine-cell')
& secretory_cell_1(X) ) ) ).
fof(a529280,axiom,
! [X] :
( endocrine_gland_1(X)
=> ( original_name_2(X,'Endocrine-Gland')
& user_description_2(X,'A gland that secretes hormones directly into the blood rather than through a duct.')
& concept2words_2(X,'gland of endocrine')
& concept2words_2(X,'endocrine gland')
& concept2words_2(X,'endocrine-gland')
& gland_1(X)
& ~ bartholins_gland_1(X)
& ~ bulbourethral_gland_1(X)
& ~ mammary_glands_1(X)
& ~ prostate_gland_1(X)
& ~ salivary_gland_1(X)
& ~ seminal_vesicle_1(X) ) ) ).
fof(a529281,axiom,
! [X] :
( endocrine_system_1(X)
=> ( original_name_2(X,'Endocrine-System')
& user_description_2(X,'The internal system of hormone-secreting ductless endocrine glands, hormones, and the molecular markers on target cells, that function together to achieve and maintain homeostasis.')
& concept2words_2(X,'system of endocrine')
& concept2words_2(X,'endocrine system')
& concept2words_2(X,'endocrine-system')
& animal_system_1(X) ) ) ).
fof(a529282,axiom,
! [X] :
( endocytosis_1(X)
=> ( original_name_2(X,'Endocytosis')
& user_description_2(X,'Endocytosis is the process by which cells absorb molecules (such as proteins) by engulfing them. It is used by all cells of the body because most substances important to them are large polar molecules that cannot pass through the hydrophobic plasma or cell membrane.')
& concept2words_2(X,transport)
& concept2words_2(X,endocytosis)
& bulk_transport_1(X)
& ~ calvin_cycle_1(X)
& ~ light_reaction_1(X)
& angle_value_1(fn_endocytosis_2(X))
& extracellular_side_1(fn_endocytosis_3(X))
& time_interval_1(fn_endocytosis_4(X))
& time_interval_1(fn_endocytosis_5(X))
& tangible_entity_1(fn_endocytosis_6(X))
& consume_1(fn_endocytosis_7(X))
& release_1(fn_endocytosis_8(X))
& organic_molecule_1(fn_endocytosis_9(X))
& free_energy_1(fn_endocytosis_10(X))
& entity_1(fn_endocytosis_10(X))
& shape_value_1(fn_endocytosis_12(X))
& plasma_membrane_1(fn_endocytosis_13(X))
& carry_1(fn_endocytosis_14(X))
& take_in_1(fn_endocytosis_15(X))
& mixture_1(fn_endocytosis_16(X))
& cytoplasm_1(fn_endocytosis_16(X))
& produce_1(fn_endocytosis_17(X))
& cavity_1(fn_endocytosis_18(X))
& energy_1(fn_endocytosis_19(X))
& entity_1(fn_endocytosis_19(X))
& chemical_energy_1(fn_endocytosis_19(X))
& tangible_entity_1(fn_endocytosis_20(X))
& eukaryotic_cell_1(fn_endocytosis_20(X))
& cell_1(fn_endocytosis_20(X))
& entity_1(fn_endocytosis_21(X))
& tangible_entity_1(fn_endocytosis_21(X))
& vesicle_1(fn_endocytosis_21(X))
& resource_1(fn_endocytosis_22(X))
& tangible_entity_1(fn_endocytosis_23(X))
& increase_1(fn_endocytosis_24(X))
& create_1(fn_endocytosis_25(X))
& length_value_1(fn_endocytosis_26(X))
& spatial_entity_1(fn_move_1(fn_endocytosis_15(X)))
& property_node_1(fn_increase_2(fn_endocytosis_24(X)))
& property_value_1(fn_increase_3(fn_endocytosis_24(X)))
& cellular_work_1(fn_eukaryotic_cell_32(fn_endocytosis_20(X)))
& property_node_1(fn_cell_3(fn_endocytosis_20(X)))
& shape_value_1(fn_cell_5(fn_endocytosis_20(X)))
& mixture_1(fn_cell_28(fn_endocytosis_20(X)))
& cytoplasm_1(fn_cell_28(fn_endocytosis_20(X)))
& entity_1(fn_create_1(fn_endocytosis_25(X)))
& tangible_entity_1(fn_take_in_1(fn_endocytosis_15(X)))
& plasma_membrane_1(fn_cell_30(fn_endocytosis_20(X)))
& resource_1(fn_consume_2(fn_endocytosis_7(X)))
& entity_1(fn_consume_1(fn_endocytosis_7(X)))
& time_during_2(fn_endocytosis_7(X),fn_endocytosis_5(X))
& time_during_2(fn_endocytosis_8(X),fn_endocytosis_4(X))
& the_categorical_value_2(fn_endocytosis_12(X),hollow_volume_0)
& has_region_2(fn_endocytosis_13(X),fn_endocytosis_18(X))
& direction_2(fn_endocytosis_14(X),fn_endocytosis_2(X))
& the_scalar_value_2(fn_endocytosis_2(X),down_0)
& scalar_unit_class_2(fn_endocytosis_2(X),move_0)
& next_event_2(fn_endocytosis_15(X),fn_endocytosis_14(X))
& origin_2(fn_endocytosis_15(X),fn_endocytosis_3(X))
& destination_2(fn_endocytosis_15(X),fn_endocytosis_16(X))
& is_inside_2(fn_endocytosis_16(X),fn_endocytosis_20(X))
& next_event_2(fn_endocytosis_17(X),fn_endocytosis_15(X))
& causes_2(fn_endocytosis_17(X),fn_endocytosis_15(X))
& depth_2(fn_endocytosis_18(X),fn_endocytosis_26(X))
& subevent_2(X,fn_endocytosis_15(X))
& subevent_2(X,fn_endocytosis_17(X))
& subevent_2(X,fn_endocytosis_24(X))
& destination_2(X,fn_endocytosis_16(X))
& first_subevent_2(X,fn_endocytosis_25(X))
& origin_2(X,fn_endocytosis_3(X))
& is_outside_2(fn_endocytosis_3(X),fn_endocytosis_20(X))
& time_before_2(fn_endocytosis_5(X),fn_endocytosis_4(X))
& next_event_2(fn_endocytosis_24(X),fn_endocytosis_17(X))
& site_2(fn_endocytosis_25(X),fn_endocytosis_13(X))
& next_event_2(fn_endocytosis_25(X),fn_endocytosis_24(X))
& object_2(fn_endocytosis_15(X),fn_endocytosis_23(X))
& agent_2(fn_endocytosis_15(X),fn_endocytosis_20(X))
& base_2(fn_endocytosis_15(X),fn_endocytosis_20(X))
& raw_material_2(X,fn_endocytosis_10(X))
& from_value_2(fn_endocytosis_24(X),fn_endocytosis_26(X))
& base_2(X,fn_endocytosis_20(X))
& has_part_2(fn_endocytosis_20(X),fn_endocytosis_21(X))
& result_2(fn_endocytosis_17(X),fn_endocytosis_21(X))
& has_part_2(fn_endocytosis_20(X),fn_endocytosis_13(X))
& is_inside_2(fn_endocytosis_16(X),fn_endocytosis_13(X))
& has_part_2(fn_endocytosis_20(X),fn_endocytosis_16(X))
& shape_2(fn_endocytosis_20(X),fn_endocytosis_12(X))
& subevent_2(X,fn_endocytosis_8(X))
& object_2(fn_endocytosis_7(X),fn_endocytosis_19(X))
& plays_2(fn_endocytosis_19(X),fn_endocytosis_22(X))
& subevent_2(X,fn_endocytosis_7(X))
& next_event_2(fn_endocytosis_7(X),fn_endocytosis_8(X))
& base_2(fn_endocytosis_8(X),fn_endocytosis_9(X))
& raw_material_2(X,fn_endocytosis_9(X))
& raw_material_2(X,fn_endocytosis_19(X))
& instrument_2(X,fn_endocytosis_21(X))
& path_2(X,fn_endocytosis_13(X))
& subevent_2(X,fn_endocytosis_25(X))
& object_2(X,fn_endocytosis_6(X))
& subevent_2(X,fn_endocytosis_14(X))
& agent_2(fn_endocytosis_14(X),fn_endocytosis_21(X))
& has_function_2(fn_endocytosis_21(X),fn_endocytosis_14(X))
& object_2(fn_endocytosis_14(X),fn_endocytosis_6(X))
& is_inside_2(fn_endocytosis_6(X),fn_endocytosis_21(X))
& in_event_2(fn_endocytosis_22(X),fn_endocytosis_7(X))
& result_2(fn_endocytosis_25(X),fn_endocytosis_18(X))
& object_2(fn_endocytosis_7(X),fn_endocytosis_10(X))
& fn_endocytosis_23(X) = fn_move_1(fn_endocytosis_15(X))
& fn_endocytosis_20(X) = fn_take_in_1(fn_endocytosis_15(X))
& fn_endocytosis_10(X) = fn_endergonic_process_4(X)
& fn_endocytosis_27(X) = fn_increase_2(fn_endocytosis_24(X))
& fn_endocytosis_26(X) = fn_increase_3(fn_endocytosis_24(X))
& fn_endocytosis_17(X) = fn_bulk_transport_2(X)
& X = fn_eukaryotic_cell_32(fn_endocytosis_20(X))
& fn_endocytosis_20(X) = fn_bulk_transport_6(X)
& fn_endocytosis_11(X) = fn_cell_3(fn_endocytosis_20(X))
& fn_endocytosis_12(X) = fn_cell_5(fn_endocytosis_20(X))
& fn_endocytosis_16(X) = fn_cell_28(fn_endocytosis_20(X))
& fn_endocytosis_13(X) = fn_cell_30(fn_endocytosis_20(X))
& fn_endocytosis_22(X) = fn_cellular_work_14(X)
& fn_endocytosis_19(X) = fn_cellular_work_15(X)
& fn_endocytosis_9(X) = fn_cellular_work_10(X)
& fn_endocytosis_8(X) = fn_cellular_work_12(X)
& fn_endocytosis_7(X) = fn_cellular_work_11(X)
& fn_endocytosis_13(X) = fn_bulk_transport_1(X)
& fn_endocytosis_25(X) = fn_bulk_transport_2(X)
& fn_endocytosis_6(X) = fn_bulk_transport_4(X)
& fn_endocytosis_21(X) = fn_bulk_transport_5(X)
& fn_endocytosis_14(X) = fn_bulk_transport_3(X)
& fn_endocytosis_22(X) = fn_consume_2(fn_endocytosis_7(X))
& fn_endocytosis_10(X) = fn_consume_1(fn_endocytosis_7(X))
& fn_endocytosis_18(X) = fn_create_1(fn_endocytosis_25(X))
& fn_take_in_1(fn_endocytosis_15(X)) = fn_take_in_1(fn_endocytosis_15(X))
& fn_take_in_1(fn_endocytosis_15(X)) = fn_bulk_transport_6(X)
& fn_bulk_transport_6(X) = fn_bulk_transport_6(X)
& fn_bulk_transport_6(X) = fn_cell_30(fn_endocytosis_20(X))
& fn_cell_30(fn_endocytosis_20(X)) = fn_cell_30(fn_endocytosis_20(X))
& fn_cell_30(fn_endocytosis_20(X)) = fn_bulk_transport_1(X)
& fn_bulk_transport_1(X) = fn_cellular_work_14(X)
& fn_cellular_work_14(X) = fn_consume_2(fn_endocytosis_7(X))
& fn_consume_2(fn_endocytosis_7(X)) = fn_endergonic_process_4(X)
& fn_endergonic_process_4(X) = fn_consume_1(fn_endocytosis_7(X)) ) ) ).
fof(a529283,axiom,
! [X] :
( endoderm_1(X)
=> ( original_name_2(X,'Endoderm')
& user_description_2(X,'The innermost of three embryonic germ layers in animals, giving rise to the archenteron. In vertebrates, the endoderm also gives rise to the lining of the digestive tract and to the liver, lungs, and pancreas.')
& concept2words_2(X,endoderm)
& germ_layer_1(X)
& ~ ectoderm_1(X)
& ~ mesoderm_1(X) ) ) ).
fof(a529284,axiom,
! [X] :
( endodermal_cell_1(X)
=> ( original_name_2(X,'Endodermal-Cell')
& user_description_2(X,'The single layer of plant cells that is located between the cortex and the vascular (xylem and phloem) tissues.')
& concept2words_2(X,'endodermal cell')
& concept2words_2(X,'endodermal-cell')
& plant_cell_1(X)
& er_membrane_1(fn_endodermal_cell_1(X))
& grow_1(fn_endodermal_cell_2(X))
& absorb_1(fn_endodermal_cell_3(X))
& ribosome_1(fn_endodermal_cell_4(X))
& eukaryotic_ribosome_1(fn_endodermal_cell_4(X))
& tangible_entity_1(fn_endodermal_cell_5(X))
& nucleus_1(fn_endodermal_cell_5(X))
& organic_molecule_1(fn_endodermal_cell_6(X))
& endodermis_1(fn_endodermal_cell_7(X))
& spatial_entity_1(fn_endodermal_cell_8(X))
& mixture_1(fn_endodermal_cell_8(X))
& suspension_1(fn_endodermal_cell_8(X))
& colloid_1(fn_endodermal_cell_8(X))
& cytoplasm_1(fn_endodermal_cell_8(X))
& organelle_1(fn_endodermal_cell_9(X))
& mitochondrion_1(fn_endodermal_cell_9(X))
& semiautonomous_organelle_1(fn_endodermal_cell_9(X))
& smooth_endoplasmic_reticulum_1(fn_endodermal_cell_10(X))
& cellular_respiration_1(fn_endodermal_cell_11(X))
& catabolic_pathway_1(fn_endodermal_cell_11(X))
& metabolic_pathway_1(fn_endodermal_cell_11(X))
& eukaryotic_cellular_respiration_1(fn_endodermal_cell_11(X))
& protein_enzyme_1(fn_endodermal_cell_12(X))
& protein_enzyme_1(fn_endodermal_cell_13(X))
& aqueous_solution_1(fn_endodermal_cell_14(X))
& liquid_substance_1(fn_endodermal_cell_14(X))
& solution_1(fn_endodermal_cell_14(X))
& substance_1(fn_endodermal_cell_14(X))
& cytosol_1(fn_endodermal_cell_14(X))
& golgi_apparatus_1(fn_endodermal_cell_15(X))
& rough_endoplasmic_reticulum_1(fn_endodermal_cell_16(X))
& endoplasmic_reticulum_1(fn_endodermal_cell_16(X))
& synthesis_reaction_1(fn_endodermal_cell_17(X))
& metabolic_pathway_1(fn_endodermal_cell_17(X))
& chemical_reaction_1(fn_endodermal_cell_17(X))
& anabolic_pathway_1(fn_endodermal_cell_17(X))
& synthesis_of_lipid_1(fn_endodermal_cell_17(X))
& peroxisome_1(fn_endodermal_cell_18(X))
& eukaryotic_chromosome_1(fn_endodermal_cell_19(X))
& chromosome_1(fn_endodermal_cell_19(X))
& tangible_entity_1(fn_endodermal_cell_20(X))
& phospholipid_bilayer_1(fn_endodermal_cell_20(X))
& defense_1(fn_endodermal_cell_21(X))
& size_value_1(fn_endodermal_cell_22(X))
& surface_1(fn_endodermal_cell_23(X))
& volume_value_1(fn_endodermal_cell_24(X))
& exchange_1(fn_endodermal_cell_25(X))
& spatial_entity_1(fn_endodermal_cell_26(X))
& vacuole_1(fn_endodermal_cell_26(X))
& central_vacuole_1(fn_endodermal_cell_26(X))
& spatial_entity_1(fn_endodermal_cell_27(X))
& vesicle_1(fn_endodermal_cell_27(X))
& central_vacuole_1(fn_endodermal_cell_27(X))
& cell_wall_1(fn_endodermal_cell_28(X))
& plant_cell_wall_1(fn_endodermal_cell_28(X))
& cytoskeleton_1(fn_endodermal_cell_29(X))
& membrane_1(fn_endodermal_cell_30(X))
& spatial_entity_1(fn_endodermal_cell_30(X))
& biomembrane_1(fn_endodermal_cell_30(X))
& plasma_membrane_1(fn_endodermal_cell_30(X))
& chemical_reaction_1(fn_endodermal_cell_33(X))
& oxidative_phosphorylation_1(fn_endodermal_cell_33(X))
& eukaryotic_oxidative_phosphorylation_1(fn_endodermal_cell_33(X))
& support_1(fn_endodermal_cell_34(X))
& maintenance_1(fn_endodermal_cell_35(X))
& cellular_work_1(fn_endodermal_cell_36(X))
& cytoplasmic_streaming_1(fn_endodermal_cell_37(X))
& organic_molecule_1(fn_catabolic_pathway_10(fn_endodermal_cell_11(X)))
& oxidative_phosphorylation_1(fn_cellular_respiration_63(fn_endodermal_cell_11(X)))
& endodermal_cell_1(fn_endodermis_1(fn_endodermal_cell_7(X)))
& cell_1(fn_metabolic_pathway_1(fn_endodermal_cell_11(X)))
& site_2(fn_endodermal_cell_11(X),fn_endodermal_cell_8(X))
& is_inside_2(fn_endodermal_cell_12(X),fn_endodermal_cell_1(X))
& is_inside_2(fn_endodermal_cell_13(X),fn_endodermal_cell_1(X))
& has_part_2(fn_endodermal_cell_7(X),X)
& agent_2(fn_endodermal_cell_21(X),fn_endodermal_cell_28(X))
& is_inside_2(fn_endodermal_cell_16(X),fn_endodermal_cell_14(X))
& has_function_2(fn_endodermal_cell_28(X),fn_endodermal_cell_34(X))
& has_part_2(X,fn_endodermal_cell_27(X))
& has_function_2(fn_endodermal_cell_29(X),fn_endodermal_cell_37(X))
& has_part_2(fn_endodermal_cell_8(X),fn_endodermal_cell_13(X))
& size_2(X,fn_endodermal_cell_22(X))
& has_part_2(fn_endodermal_cell_8(X),fn_endodermal_cell_12(X))
& fn_endodermal_cell_13(X) != fn_endodermal_cell_12(X)
& fn_endodermal_cell_12(X) != fn_endodermal_cell_13(X)
& is_inside_2(fn_endodermal_cell_10(X),fn_endodermal_cell_14(X))
& is_inside_2(fn_endodermal_cell_9(X),fn_endodermal_cell_14(X))
& has_function_2(fn_endodermal_cell_9(X),fn_endodermal_cell_11(X))
& subevent_2(fn_endodermal_cell_11(X),fn_endodermal_cell_33(X))
& site_2(fn_endodermal_cell_17(X),fn_endodermal_cell_10(X))
& abuts_2(fn_endodermal_cell_16(X),fn_endodermal_cell_10(X))
& abuts_2(fn_endodermal_cell_10(X),fn_endodermal_cell_16(X))
& fn_endodermal_cell_16(X) != fn_endodermal_cell_10(X)
& fn_endodermal_cell_10(X) != fn_endodermal_cell_16(X)
& has_function_2(fn_endodermal_cell_10(X),fn_endodermal_cell_17(X))
& base_2(fn_endodermal_cell_17(X),X)
& base_2(fn_endodermal_cell_25(X),X)
& agent_2(fn_endodermal_cell_25(X),X)
& has_part_2(X,fn_endodermal_cell_29(X))
& is_outside_2(fn_endodermal_cell_28(X),fn_endodermal_cell_30(X))
& has_part_2(X,fn_endodermal_cell_28(X))
& volume_2(X,fn_endodermal_cell_24(X))
& directly_proportional_2(fn_endodermal_cell_22(X),fn_endodermal_cell_24(X))
& the_scalar_value_2(fn_endodermal_cell_22(X),big_0)
& scalar_unit_class_2(fn_endodermal_cell_22(X),prokaryote_0)
& is_inside_2(fn_endodermal_cell_8(X),fn_endodermal_cell_30(X))
& has_part_2(X,fn_endodermal_cell_30(X))
& has_part_2(X,fn_endodermal_cell_18(X))
& is_inside_2(fn_endodermal_cell_18(X),fn_endodermal_cell_14(X))
& has_part_2(fn_endodermal_cell_8(X),fn_endodermal_cell_14(X))
& agent_2(fn_endodermal_cell_34(X),fn_endodermal_cell_28(X))
& object_2(fn_endodermal_cell_34(X),X)
& has_part_2(X,fn_endodermal_cell_5(X))
& is_inside_2(fn_endodermal_cell_19(X),fn_endodermal_cell_5(X))
& has_part_2(X,fn_endodermal_cell_19(X))
& is_between_2(fn_endodermal_cell_8(X),fn_endodermal_cell_5(X))
& is_between_2(fn_endodermal_cell_8(X),fn_endodermal_cell_30(X))
& has_part_2(fn_endodermal_cell_30(X),fn_endodermal_cell_20(X))
& is_at_2(fn_endodermal_cell_20(X),fn_endodermal_cell_23(X))
& has_region_2(X,fn_endodermal_cell_23(X))
& object_2(fn_endodermal_cell_35(X),X)
& agent_2(fn_endodermal_cell_35(X),fn_endodermal_cell_28(X))
& has_function_2(fn_endodermal_cell_28(X),fn_endodermal_cell_21(X))
& object_2(fn_endodermal_cell_21(X),X)
& has_part_2(X,fn_endodermal_cell_16(X))
& agent_2(fn_endodermal_cell_3(X),fn_endodermal_cell_26(X))
& has_part_2(X,fn_endodermal_cell_26(X))
& has_part_2(X,fn_endodermal_cell_15(X))
& is_inside_2(fn_endodermal_cell_15(X),fn_endodermal_cell_14(X))
& is_inside_2(fn_endodermal_cell_5(X),fn_endodermal_cell_14(X))
& agent_2(fn_endodermal_cell_37(X),fn_endodermal_cell_29(X))
& is_inside_2(fn_endodermal_cell_29(X),fn_endodermal_cell_14(X))
& is_inside_2(fn_endodermal_cell_4(X),fn_endodermal_cell_14(X))
& has_part_2(X,fn_endodermal_cell_4(X))
& has_part_2(X,fn_endodermal_cell_10(X))
& object_2(fn_endodermal_cell_2(X),X)
& causes_2(fn_endodermal_cell_3(X),fn_endodermal_cell_2(X))
& agent_2(fn_endodermal_cell_3(X),fn_endodermal_cell_27(X))
& fn_endodermal_cell_26(X) != fn_endodermal_cell_27(X)
& fn_endodermal_cell_27(X) != fn_endodermal_cell_26(X)
& object_2(fn_endodermal_cell_37(X),fn_endodermal_cell_8(X))
& base_2(fn_endodermal_cell_37(X),X)
& has_part_2(X,fn_endodermal_cell_9(X))
& has_function_2(fn_endodermal_cell_9(X),fn_endodermal_cell_33(X))
& base_2(fn_endodermal_cell_33(X),X)
& has_function_2(X,fn_endodermal_cell_11(X))
& base_2(fn_endodermal_cell_11(X),X)
& has_function_2(X,fn_endodermal_cell_36(X))
& base_2(fn_endodermal_cell_36(X),X)
& has_part_2(X,fn_endodermal_cell_8(X))
& X = fn_endodermis_1(fn_endodermal_cell_7(X))
& fn_endodermal_cell_6(X) = fn_catabolic_pathway_10(fn_endodermal_cell_11(X))
& fn_endodermal_cell_31(X) = fn_plant_cell_56(X)
& fn_endodermal_cell_32(X) = fn_plant_cell_57(X)
& fn_endodermal_cell_13(X) = fn_plant_cell_11(X)
& fn_endodermal_cell_12(X) = fn_plant_cell_92(X)
& fn_endodermal_cell_33(X) = fn_cellular_respiration_63(fn_endodermal_cell_11(X))
& fn_endodermal_cell_25(X) = fn_plant_cell_71(X)
& fn_endodermal_cell_17(X) = fn_plant_cell_76(X)
& fn_endodermal_cell_22(X) = fn_plant_cell_62(X)
& fn_endodermal_cell_24(X) = fn_plant_cell_60(X)
& fn_endodermal_cell_18(X) = fn_plant_cell_93(X)
& fn_endodermal_cell_19(X) = fn_eukaryotic_cell_30(X)
& fn_endodermal_cell_19(X) = fn_plant_cell_95(X)
& fn_endodermal_cell_5(X) = fn_eukaryotic_cell_26(X)
& fn_endodermal_cell_34(X) = fn_plant_cell_21(X)
& fn_endodermal_cell_23(X) = fn_plant_cell_61(X)
& fn_endodermal_cell_20(X) = fn_plant_cell_65(X)
& fn_endodermal_cell_30(X) = fn_plant_cell_97(X)
& fn_endodermal_cell_16(X) = fn_eukaryotic_cell_19(X)
& fn_endodermal_cell_16(X) = fn_plant_cell_90(X)
& fn_endodermal_cell_21(X) = fn_plant_cell_78(X)
& fn_endodermal_cell_28(X) = fn_plant_cell_82(X)
& fn_endodermal_cell_35(X) = fn_plant_cell_1(X)
& fn_endodermal_cell_5(X) = fn_plant_cell_84(X)
& fn_endodermal_cell_15(X) = fn_eukaryotic_cell_24(X)
& fn_endodermal_cell_15(X) = fn_plant_cell_100(X)
& fn_endodermal_cell_10(X) = fn_eukaryotic_cell_20(X)
& fn_endodermal_cell_10(X) = fn_plant_cell_77(X)
& fn_endodermal_cell_4(X) = fn_eukaryotic_cell_45(X)
& fn_endodermal_cell_14(X) = fn_eukaryotic_cell_42(X)
& fn_endodermal_cell_4(X) = fn_plant_cell_58(X)
& fn_endodermal_cell_14(X) = fn_plant_cell_91(X)
& fn_endodermal_cell_29(X) = fn_plant_cell_94(X)
& fn_endodermal_cell_26(X) = fn_plant_cell_81(X)
& fn_endodermal_cell_27(X) = fn_plant_cell_87(X)
& fn_endodermal_cell_3(X) = fn_plant_cell_27(X)
& fn_endodermal_cell_2(X) = fn_plant_cell_24(X)
& fn_endodermal_cell_33(X) = fn_plant_cell_80(X)
& fn_endodermal_cell_9(X) = fn_plant_cell_59(X)
& fn_endodermal_cell_37(X) = fn_plant_cell_89(X)
& fn_endodermal_cell_8(X) = fn_eukaryotic_cell_31(X)
& fn_endodermal_cell_8(X) = fn_plant_cell_83(X)
& fn_endodermal_cell_36(X) = fn_plant_cell_15(X)
& X = fn_metabolic_pathway_1(fn_endodermal_cell_11(X))
& fn_endodermal_cell_11(X) = fn_eukaryotic_cell_23(X)
& fn_endodermal_cell_11(X) = fn_plant_cell_63(X)
& fn_plant_cell_95(X) = fn_eukaryotic_cell_30(X)
& fn_eukaryotic_cell_30(X) = fn_plant_cell_95(X)
& fn_plant_cell_95(X) = fn_plant_cell_90(X)
& fn_plant_cell_90(X) = fn_plant_cell_90(X)
& fn_plant_cell_90(X) = fn_eukaryotic_cell_19(X)
& fn_eukaryotic_cell_19(X) = fn_plant_cell_90(X)
& fn_plant_cell_90(X) = fn_eukaryotic_cell_26(X)
& fn_plant_cell_84(X) = fn_eukaryotic_cell_26(X)
& fn_eukaryotic_cell_26(X) = fn_plant_cell_84(X)
& fn_plant_cell_84(X) = fn_plant_cell_84(X)
& fn_plant_cell_84(X) = fn_eukaryotic_cell_24(X)
& fn_plant_cell_100(X) = fn_eukaryotic_cell_24(X)
& fn_eukaryotic_cell_24(X) = fn_plant_cell_100(X)
& fn_plant_cell_100(X) = fn_plant_cell_77(X)
& fn_plant_cell_77(X) = fn_plant_cell_77(X)
& fn_plant_cell_77(X) = fn_eukaryotic_cell_20(X)
& fn_eukaryotic_cell_20(X) = fn_plant_cell_77(X)
& fn_plant_cell_77(X) = fn_eukaryotic_cell_45(X)
& fn_plant_cell_58(X) = fn_eukaryotic_cell_45(X)
& fn_eukaryotic_cell_45(X) = fn_plant_cell_58(X)
& fn_plant_cell_58(X) = fn_plant_cell_91(X)
& fn_plant_cell_91(X) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_plant_cell_91(X)
& fn_plant_cell_91(X) = fn_plant_cell_91(X)
& fn_plant_cell_91(X) = fn_cellular_respiration_63(fn_endodermal_cell_11(X))
& fn_cellular_respiration_63(fn_endodermal_cell_11(X)) = fn_plant_cell_80(X)
& fn_plant_cell_80(X) = fn_plant_cell_80(X)
& fn_plant_cell_80(X) = fn_plant_cell_83(X)
& fn_plant_cell_83(X) = fn_plant_cell_83(X)
& fn_plant_cell_83(X) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_plant_cell_83(X)
& fn_plant_cell_83(X) = fn_plant_cell_63(X)
& fn_plant_cell_63(X) = fn_eukaryotic_cell_23(X)
& fn_eukaryotic_cell_23(X) = fn_plant_cell_63(X)
& fn_plant_cell_63(X) = fn_plant_cell_63(X)
& fn_plant_cell_63(X) = fn_endodermis_1(fn_endodermal_cell_7(X))
& fn_endodermis_1(fn_endodermal_cell_7(X)) = fn_metabolic_pathway_1(fn_endodermal_cell_11(X)) ) ) ).
fof(a529285,axiom,
! [X] :
( endodermis_1(X)
=> ( original_name_2(X,'Endodermis')
& user_description_2(X,'The innermost layer of cortex in some plants. It forms a cylinder one cell thick that functions as a boundary between the cortex itself and the stele.')
& concept2words_2(X,endodermis)
& dermal_tissue_1(X)
& ~ apical_ectodermal_ridge_1(X)
& ~ bark_1(X)
& ~ callus_1(X)
& ~ calyptra_1(X)
& ~ coleoptile_1(X)
& ~ coleorhiza_1(X)
& ~ epidermis_1(X)
& ~ periderm_1(X)
& ~ root_cap_1(X)
& ~ seed_coat_1(X)
& endodermal_cell_1(fn_endodermis_1(X))
& has_part_2(X,fn_endodermis_1(X))
& fn_endodermis_1(X) = fn_tissue_1(X) ) ) ).
fof(a529286,axiom,
! [X] :
( endomembranous_system_1(X)
=> ( original_name_2(X,'Endomembranous-System')
& user_description_2(X,'The collection of membranes inside and surrounding a eukaryotic cell, related either through direct physical contact or by the transfer of membranous vesicles; includes the plasma membrane, the nuclear envelope, the smooth and rough endoplasmic reticulum, the Golgi apparatus, lysosomes, vesicles, and vacuoles.')
& concept2words_2(X,'endomembrane system')
& concept2words_2(X,'endomembrane-system')
& concept2words_2(X,endomembrane)
& concept2words_2(X,'endomembranous system')
& concept2words_2(X,'endomembranous-system')
& cellular_region_1(X)
& aggregate_1(X)
& rough_endoplasmic_reticulum_1(fn_endomembranous_system_1(X))
& microtubule_1(fn_endomembranous_system_2(X))
& lysosome_1(fn_endomembranous_system_3(X))
& go_to_1(fn_endomembranous_system_4(X))
& remove_1(fn_endomembranous_system_5(X))
& synthesis_reaction_1(fn_endomembranous_system_6(X))
& chemical_reaction_1(fn_endomembranous_system_6(X))
& anabolic_pathway_1(fn_endomembranous_system_6(X))
& metabolic_pathway_1(fn_endomembranous_system_6(X))
& endergonic_reaction_1(fn_endomembranous_system_6(X))
& synthesis_of_lipid_1(fn_endomembranous_system_6(X))
& move_1(fn_endomembranous_system_7(X))
& carry_1(fn_endomembranous_system_7(X))
& expand_1(fn_endomembranous_system_8(X))
& expand_1(fn_endomembranous_system_9(X))
& add_1(fn_endomembranous_system_10(X))
& spatial_entity_1(fn_endomembranous_system_11(X))
& tangible_entity_1(fn_endomembranous_system_11(X))
& phospholipid_1(fn_endomembranous_system_11(X))
& glycolipid_1(fn_endomembranous_system_12(X))
& spatial_entity_1(fn_endomembranous_system_13(X))
& chemical_entity_1(fn_endomembranous_system_13(X))
& lipid_1(fn_endomembranous_system_13(X))
& glycolipid_1(fn_endomembranous_system_13(X))
& carbohydrate_side_chain_1(fn_endomembranous_system_14(X))
& attach_1(fn_endomembranous_system_15(X))
& produce_1(fn_endomembranous_system_16(X))
& produce_1(fn_endomembranous_system_17(X))
& transfer_1(fn_endomembranous_system_18(X))
& chemical_entity_1(fn_endomembranous_system_19(X))
& entity_1(fn_endomembranous_system_19(X))
& atom_1(fn_endomembranous_system_19(X))
& carbon_1(fn_endomembranous_system_19(X))
& vesicle_1(fn_endomembranous_system_20(X))
& substance_1(fn_endomembranous_system_21(X))
& cytosol_1(fn_endomembranous_system_21(X))
& mixture_1(fn_endomembranous_system_22(X))
& cytoplasm_1(fn_endomembranous_system_22(X))
& surface_1(fn_endomembranous_system_23(X))
& cytoplasmic_side_1(fn_endomembranous_system_23(X))
& tangible_entity_1(fn_endomembranous_system_24(X))
& nucleus_1(fn_endomembranous_system_24(X))
& attach_1(fn_endomembranous_system_25(X))
& chemical_entity_1(fn_endomembranous_system_26(X))
& tangible_entity_1(fn_endomembranous_system_26(X))
& membrane_protein_1(fn_endomembranous_system_26(X))
& protein_1(fn_endomembranous_system_26(X))
& spatial_entity_1(fn_endomembranous_system_26(X))
& polymer_1(fn_endomembranous_system_26(X))
& tangible_entity_1(fn_endomembranous_system_27(X))
& phospholipid_bilayer_1(fn_endomembranous_system_27(X))
& tangible_entity_1(fn_endomembranous_system_28(X))
& membrane_protein_1(fn_endomembranous_system_28(X))
& protein_1(fn_endomembranous_system_28(X))
& glycoprotein_1(fn_endomembranous_system_29(X))
& hydrophobic_core_1(fn_endomembranous_system_30(X))
& outside_face_1(fn_endomembranous_system_31(X))
& extracellular_side_1(fn_endomembranous_system_31(X))
& rough_endoplasmic_reticulum_1(fn_endomembranous_system_32(X))
& spatial_entity_1(fn_endomembranous_system_33(X))
& cisternal_space_1(fn_endomembranous_system_33(X))
& transfer_1(fn_endomembranous_system_34(X))
& carbon_skeleton_1(fn_endomembranous_system_35(X))
& hydrophilic_face_1(fn_endomembranous_system_36(X))
& lipid_1(fn_endomembranous_system_37(X))
& glycolipid_1(fn_endomembranous_system_37(X))
& tangible_entity_1(fn_endomembranous_system_38(X))
& er_membrane_1(fn_endomembranous_system_38(X))
& biomembrane_1(fn_endomembranous_system_38(X))
& aqueous_solution_1(fn_endomembranous_system_39(X))
& aqueous_solution_1(fn_endomembranous_system_40(X))
& surface_1(fn_endomembranous_system_41(X))
& hydrophilic_face_1(fn_endomembranous_system_41(X))
& nuclear_lamina_1(fn_endomembranous_system_42(X))
& move_1(fn_endomembranous_system_43(X))
& carry_1(fn_endomembranous_system_43(X))
& transport_vesicle_1(fn_endomembranous_system_44(X))
& nuclear_membrane_1(fn_endomembranous_system_45(X))
& biomembrane_1(fn_endomembranous_system_45(X))
& spatial_entity_1(fn_endomembranous_system_46(X))
& golgi_apparatus_1(fn_endomembranous_system_46(X))
& tangible_entity_1(fn_endomembranous_system_47(X))
& spatial_entity_1(fn_endomembranous_system_47(X))
& biomembrane_1(fn_endomembranous_system_47(X))
& plasma_membrane_1(fn_endomembranous_system_47(X))
& spatial_entity_1(fn_endomembranous_system_48(X))
& endoplasmic_reticulum_1(fn_endomembranous_system_48(X))
& smooth_endoplasmic_reticulum_1(fn_endomembranous_system_48(X))
& vacuole_1(fn_endomembranous_system_49(X))
& tangible_entity_1(fn_endomembranous_system_50(X))
& cell_1(fn_endomembranous_system_50(X))
& eukaryotic_cell_1(fn_endomembranous_system_50(X))
& move_1(fn_endomembranous_system_51(X))
& go_to_1(fn_endomembranous_system_51(X))
& locomotion_1(fn_endomembranous_system_51(X))
& synthesis_of_endomembranous_system_membrane_1(fn_endomembranous_system_52(X))
& movement_of_endomembranous_system_membrane_1(fn_endomembranous_system_53(X))
& spatial_entity_1(fn_endomembranous_system_54(X))
& membrane_protein_1(fn_endomembranous_system_54(X))
& tangible_entity_1(fn_endomembranous_system_54(X))
& transmembrane_protein_1(fn_endomembranous_system_54(X))
& integral_protein_1(fn_endomembranous_system_54(X))
& transport_protein_1(fn_endomembranous_system_54(X))
& add_1(fn_endomembranous_system_55(X))
& go_to_1(fn_endomembranous_system_56(X))
& remove_1(fn_endomembranous_system_57(X))
& move_1(fn_endomembranous_system_58(X))
& remove_1(fn_movement_of_endomembranous_system_membrane_6(fn_endomembranous_system_53(X)))
& go_to_1(fn_movement_of_endomembranous_system_membrane_10(fn_endomembranous_system_53(X)))
& lysosome_1(fn_rough_endoplasmic_reticulum_28(fn_endomembranous_system_32(X)))
& expand_1(fn_synthesis_of_endomembranous_system_membrane_103(fn_endomembranous_system_52(X)))
& produce_1(fn_synthesis_of_endomembranous_system_membrane_99(fn_endomembranous_system_52(X)))
& expand_1(fn_synthesis_of_endomembranous_system_membrane_104(fn_endomembranous_system_52(X)))
& produce_1(fn_synthesis_of_endomembranous_system_membrane_105(fn_endomembranous_system_52(X)))
& add_1(fn_synthesis_of_endomembranous_system_membrane_85(fn_endomembranous_system_52(X)))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_84(fn_endomembranous_system_52(X)))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_84(fn_endomembranous_system_52(X)))
& phospholipid_1(fn_synthesis_of_endomembranous_system_membrane_84(fn_endomembranous_system_52(X)))
& attach_1(fn_synthesis_of_endomembranous_system_membrane_62(fn_endomembranous_system_52(X)))
& synthesis_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_endomembranous_system_52(X)))
& chemical_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_endomembranous_system_52(X)))
& anabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_endomembranous_system_52(X)))
& metabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_endomembranous_system_52(X)))
& endergonic_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_endomembranous_system_52(X)))
& synthesis_of_lipid_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_endomembranous_system_52(X)))
& attach_1(fn_eukaryotic_cell_16(fn_endomembranous_system_50(X)))
& rough_endoplasmic_reticulum_1(fn_eukaryotic_cell_19(fn_endomembranous_system_50(X)))
& glycolipid_1(fn_biomembrane_29(fn_endomembranous_system_45(X)))
& tangible_entity_1(fn_smooth_endoplasmic_reticulum_28(fn_endomembranous_system_48(X)))
& er_membrane_1(fn_smooth_endoplasmic_reticulum_28(fn_endomembranous_system_48(X)))
& biomembrane_1(fn_smooth_endoplasmic_reticulum_28(fn_endomembranous_system_48(X)))
& nuclear_lamina_1(fn_nucleus_14(fn_endomembranous_system_24(X)))
& hydrophilic_face_1(fn_nucleus_15(fn_endomembranous_system_24(X)))
& aqueous_solution_1(fn_nucleus_16(fn_endomembranous_system_24(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_endomembranous_system_47(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_endomembranous_system_47(X)))
& protein_1(fn_plasma_membrane_68(fn_endomembranous_system_47(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_endomembranous_system_47(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_endomembranous_system_47(X)))
& move_1(fn_movement_of_endomembranous_system_membrane_5(fn_endomembranous_system_53(X)))
& go_to_1(fn_movement_of_endomembranous_system_membrane_16(fn_endomembranous_system_53(X)))
& add_1(fn_movement_of_endomembranous_system_membrane_14(fn_endomembranous_system_53(X)))
& add_1(fn_synthesis_of_endomembranous_system_membrane_69(fn_endomembranous_system_52(X)))
& remove_1(fn_movement_of_endomembranous_system_membrane_15(fn_endomembranous_system_53(X)))
& remove_1(fn_synthesis_of_endomembranous_system_membrane_67(fn_endomembranous_system_52(X)))
& spatial_entity_1(fn_go_to_1(fn_endomembranous_system_51(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_endomembranous_system_48(X)))
& golgi_apparatus_1(fn_movement_of_endomembranous_system_membrane_8(fn_endomembranous_system_53(X)))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_63(fn_endomembranous_system_52(X)))
& golgi_apparatus_1(fn_synthesis_of_endomembranous_system_membrane_63(fn_endomembranous_system_52(X)))
& golgi_apparatus_1(fn_eukaryotic_cell_24(fn_endomembranous_system_50(X)))
& move_1(fn_movement_of_endomembranous_system_membrane_3(fn_endomembranous_system_53(X)))
& go_to_1(fn_synthesis_of_endomembranous_system_membrane_65(fn_endomembranous_system_52(X)))
& spatial_entity_1(fn_add_1(fn_endomembranous_system_10(X)))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_53(fn_endomembranous_system_52(X)))
& chemical_entity_1(fn_synthesis_of_endomembranous_system_membrane_53(fn_endomembranous_system_52(X)))
& glycolipid_1(fn_synthesis_of_endomembranous_system_membrane_53(fn_endomembranous_system_52(X)))
& lipid_1(fn_synthesis_of_endomembranous_system_membrane_53(fn_endomembranous_system_52(X)))
& transport_vesicle_1(fn_movement_of_endomembranous_system_membrane_13(fn_endomembranous_system_53(X)))
& transport_vesicle_1(fn_synthesis_of_endomembranous_system_membrane_66(fn_endomembranous_system_52(X)))
& move_1(fn_movement_of_endomembranous_system_membrane_4(fn_endomembranous_system_53(X)))
& move_1(fn_synthesis_of_endomembranous_system_membrane_50(fn_endomembranous_system_52(X)))
& carry_1(fn_synthesis_of_endomembranous_system_membrane_50(fn_endomembranous_system_52(X)))
& carry_1(fn_transport_vesicle_4(fn_endomembranous_system_44(X)))
& transfer_1(fn_eukaryotic_cell_35(fn_endomembranous_system_50(X)))
& transfer_1(fn_rough_endoplasmic_reticulum_55(fn_endomembranous_system_32(X)))
& glycolipid_1(fn_synthesis_of_endomembranous_system_membrane_52(fn_endomembranous_system_52(X)))
& glycolipid_1(fn_biomembrane_29(fn_endomembranous_system_47(X)))
& transfer_1(fn_eukaryotic_cell_36(fn_endomembranous_system_50(X)))
& transfer_1(fn_endoplasmic_reticulum_25(fn_endomembranous_system_48(X)))
& spatial_entity_1(fn_rough_endoplasmic_reticulum_52(fn_endomembranous_system_32(X)))
& cisternal_space_1(fn_rough_endoplasmic_reticulum_52(fn_endomembranous_system_32(X)))
& cisternal_space_1(fn_smooth_endoplasmic_reticulum_39(fn_endomembranous_system_48(X)))
& endoplasmic_reticulum_1(fn_movement_of_endomembranous_system_membrane_11(fn_endomembranous_system_53(X)))
& smooth_endoplasmic_reticulum_1(fn_eukaryotic_cell_20(fn_endomembranous_system_50(X)))
& spatial_entity_1(fn_remove_2(fn_endomembranous_system_5(X)))
& carbon_skeleton_1(fn_lipid_14(fn_endomembranous_system_37(X)))
& carbon_skeleton_1(fn_biomembrane_71(fn_endomembranous_system_45(X)))
& carbon_skeleton_1(fn_glycolipid_4(fn_endomembranous_system_37(X)))
& atom_1(fn_glycolipid_7(fn_endomembranous_system_37(X)))
& chemical_entity_1(fn_glycolipid_7(fn_endomembranous_system_37(X)))
& entity_1(fn_glycolipid_13(fn_endomembranous_system_37(X)))
& atom_1(fn_glycolipid_13(fn_endomembranous_system_37(X)))
& carbon_1(fn_glycolipid_13(fn_endomembranous_system_37(X)))
& cell_1(fn_vesicle_5(fn_endomembranous_system_20(X)))
& cell_1(fn_vacuole_12(fn_endomembranous_system_49(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_endomembranous_system_48(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_endomembranous_system_48(X)))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_28(fn_endomembranous_system_52(X)))
& eukaryotic_cell_1(fn_synthesis_of_endomembranous_system_membrane_28(fn_endomembranous_system_52(X)))
& cell_1(fn_synthesis_of_endomembranous_system_membrane_28(fn_endomembranous_system_52(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_62(fn_endomembranous_system_32(X)))
& eukaryotic_cell_1(fn_rough_endoplasmic_reticulum_62(fn_endomembranous_system_32(X)))
& cell_1(fn_rough_endoplasmic_reticulum_62(fn_endomembranous_system_32(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_endomembranous_system_48(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_endomembranous_system_48(X)))
& substance_1(fn_eukaryotic_cell_42(fn_endomembranous_system_50(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_endomembranous_system_50(X)))
& mixture_1(fn_rough_endoplasmic_reticulum_32(fn_endomembranous_system_32(X)))
& cytoplasm_1(fn_rough_endoplasmic_reticulum_32(fn_endomembranous_system_32(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_endomembranous_system_50(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_endomembranous_system_50(X)))
& nuclear_membrane_1(fn_movement_of_endomembranous_system_membrane_2(fn_endomembranous_system_53(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_endomembranous_system_24(X)))
& biomembrane_1(fn_nucleus_13(fn_endomembranous_system_24(X)))
& surface_1(fn_biomembrane_47(fn_endomembranous_system_45(X)))
& hydrophilic_face_1(fn_nucleus_9(fn_endomembranous_system_24(X)))
& aqueous_solution_1(fn_nuclear_membrane_18(fn_endomembranous_system_45(X)))
& aqueous_solution_1(fn_nucleus_17(fn_endomembranous_system_24(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_27(fn_endomembranous_system_32(X)))
& nucleus_1(fn_rough_endoplasmic_reticulum_27(fn_endomembranous_system_32(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_endomembranous_system_50(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_endomembranous_system_50(X)))
& phospholipid_bilayer_1(fn_synthesis_of_endomembranous_system_membrane_51(fn_endomembranous_system_52(X)))
& tangible_entity_1(fn_biomembrane_63(fn_endomembranous_system_47(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_endomembranous_system_47(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_endomembranous_system_47(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_endomembranous_system_47(X)))
& outside_face_1(fn_biomembrane_41(fn_endomembranous_system_47(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_endomembranous_system_47(X)))
& spatial_entity_1(fn_attach_1(fn_endomembranous_system_25(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_endomembranous_system_47(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_endomembranous_system_47(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_endomembranous_system_47(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_endomembranous_system_47(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_endomembranous_system_47(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_endomembranous_system_47(X)))
& carbohydrate_side_chain_1(fn_glycoprotein_17(fn_endomembranous_system_29(X)))
& carbohydrate_side_chain_1(fn_plasma_membrane_88(fn_endomembranous_system_47(X)))
& surface_1(fn_eukaryotic_cell_46(fn_endomembranous_system_50(X)))
& cytoplasmic_side_1(fn_eukaryotic_cell_46(fn_endomembranous_system_50(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_endomembranous_system_47(X)))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_54(fn_endomembranous_system_52(X)))
& polymer_1(fn_synthesis_of_endomembranous_system_membrane_54(fn_endomembranous_system_52(X)))
& chemical_entity_1(fn_synthesis_of_endomembranous_system_membrane_54(fn_endomembranous_system_52(X)))
& membrane_protein_1(fn_synthesis_of_endomembranous_system_membrane_54(fn_endomembranous_system_52(X)))
& protein_1(fn_synthesis_of_endomembranous_system_membrane_54(fn_endomembranous_system_52(X)))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_54(fn_endomembranous_system_52(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_endomembranous_system_47(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_endomembranous_system_47(X)))
& protein_1(fn_plasma_membrane_54(fn_endomembranous_system_47(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_endomembranous_system_47(X)))
& polymer_1(fn_plasma_membrane_54(fn_endomembranous_system_47(X)))
& spatial_entity_1(fn_attach_2(fn_endomembranous_system_25(X)))
& spatial_entity_1(fn_move_1(fn_endomembranous_system_43(X)))
& biomembrane_1(fn_movement_of_endomembranous_system_membrane_9(fn_endomembranous_system_53(X)))
& plasma_membrane_1(fn_synthesis_of_endomembranous_system_membrane_64(fn_endomembranous_system_52(X)))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_endomembranous_system_52(X)))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_endomembranous_system_52(X)))
& biomembrane_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_endomembranous_system_52(X)))
& spatial_entity_1(fn_add_2(fn_endomembranous_system_10(X)))
& spatial_entity_1(fn_locomotion_1(fn_endomembranous_system_51(X)))
& tangible_entity_1(fn_expand_1(fn_endomembranous_system_8(X)))
& tangible_entity_1(fn_expand_1(fn_endomembranous_system_9(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_endomembranous_system_50(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_endomembranous_system_50(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_endomembranous_system_50(X)))
& origin_2(fn_endomembranous_system_4(X),fn_endomembranous_system_48(X))
& destination_2(fn_endomembranous_system_7(X),fn_endomembranous_system_47(X))
& fn_endomembranous_system_20(X) != fn_endomembranous_system_49(X)
& abuts_2(fn_endomembranous_system_38(X),fn_endomembranous_system_45(X))
& first_subevent_2(fn_endomembranous_system_43(X),fn_endomembranous_system_56(X))
& is_at_2(fn_endomembranous_system_44(X),fn_endomembranous_system_50(X))
& is_inside_2(fn_endomembranous_system_44(X),fn_endomembranous_system_48(X))
& abuts_2(fn_endomembranous_system_45(X),fn_endomembranous_system_38(X))
& has_part_2(fn_endomembranous_system_47(X),fn_endomembranous_system_11(X))
& fn_endomembranous_system_49(X) != fn_endomembranous_system_20(X)
& has_function_2(X,fn_endomembranous_system_53(X))
& has_function_2(X,fn_endomembranous_system_52(X))
& element_2(X,fn_endomembranous_system_1(X))
& element_2(X,fn_endomembranous_system_20(X))
& element_2(X,fn_endomembranous_system_45(X))
& element_2(X,fn_endomembranous_system_3(X))
& element_2(X,fn_endomembranous_system_46(X))
& element_2(X,fn_endomembranous_system_47(X))
& element_2(X,fn_endomembranous_system_48(X))
& element_2(X,fn_endomembranous_system_49(X))
& has_region_2(fn_endomembranous_system_50(X),X)
& next_event_2(fn_endomembranous_system_51(X),fn_endomembranous_system_43(X))
& path_2(fn_endomembranous_system_51(X),fn_endomembranous_system_2(X))
& agent_2(fn_endomembranous_system_52(X),X)
& agent_2(fn_endomembranous_system_53(X),X)
& base_2(fn_endomembranous_system_53(X),fn_endomembranous_system_50(X))
& origin_2(fn_endomembranous_system_56(X),fn_endomembranous_system_46(X))
& object_2(fn_endomembranous_system_43(X),fn_endomembranous_system_47(X))
& has_part_2(fn_endomembranous_system_50(X),fn_endomembranous_system_20(X))
& has_part_2(fn_endomembranous_system_50(X),fn_endomembranous_system_49(X))
& subevent_2(fn_endomembranous_system_53(X),fn_endomembranous_system_51(X))
& subevent_2(fn_endomembranous_system_51(X),fn_endomembranous_system_5(X))
& next_event_2(fn_endomembranous_system_58(X),fn_endomembranous_system_51(X))
& subevent_2(fn_endomembranous_system_51(X),fn_endomembranous_system_4(X))
& first_subevent_2(fn_endomembranous_system_51(X),fn_endomembranous_system_5(X))
& next_event_2(fn_endomembranous_system_5(X),fn_endomembranous_system_4(X))
& destination_2(fn_endomembranous_system_58(X),fn_endomembranous_system_48(X))
& origin_2(fn_endomembranous_system_51(X),fn_endomembranous_system_48(X))
& destination_2(fn_endomembranous_system_51(X),fn_endomembranous_system_46(X))
& destination_2(fn_endomembranous_system_4(X),fn_endomembranous_system_46(X))
& agent_2(fn_endomembranous_system_56(X),fn_endomembranous_system_44(X))
& subevent_2(fn_endomembranous_system_43(X),fn_endomembranous_system_55(X))
& subevent_2(fn_endomembranous_system_53(X),fn_endomembranous_system_43(X))
& subevent_2(fn_endomembranous_system_43(X),fn_endomembranous_system_57(X))
& first_subevent_2(fn_endomembranous_system_43(X),fn_endomembranous_system_57(X))
& subevent_2(fn_endomembranous_system_43(X),fn_endomembranous_system_56(X))
& object_2(fn_endomembranous_system_56(X),fn_endomembranous_system_44(X))
& subevent_2(fn_endomembranous_system_53(X),fn_endomembranous_system_58(X))
& object_2(fn_endomembranous_system_58(X),fn_endomembranous_system_47(X))
& object_2(fn_endomembranous_system_53(X),fn_endomembranous_system_47(X))
& first_subevent_2(fn_endomembranous_system_53(X),fn_endomembranous_system_58(X))
& origin_2(fn_endomembranous_system_58(X),fn_endomembranous_system_45(X))
& next_event_2(fn_endomembranous_system_56(X),fn_endomembranous_system_55(X))
& next_event_2(fn_endomembranous_system_57(X),fn_endomembranous_system_56(X))
& object_2(fn_endomembranous_system_51(X),fn_endomembranous_system_44(X))
& agent_2(fn_endomembranous_system_51(X),fn_endomembranous_system_44(X))
& object_2(fn_endomembranous_system_55(X),fn_endomembranous_system_44(X))
& base_2(fn_endomembranous_system_55(X),fn_endomembranous_system_47(X))
& destination_2(fn_endomembranous_system_56(X),fn_endomembranous_system_47(X))
& result_2(fn_endomembranous_system_52(X),fn_endomembranous_system_47(X))
& destination_2(fn_endomembranous_system_43(X),fn_endomembranous_system_47(X))
& origin_2(fn_endomembranous_system_43(X),fn_endomembranous_system_46(X))
& base_2(fn_endomembranous_system_57(X),fn_endomembranous_system_46(X))
& object_2(fn_endomembranous_system_57(X),fn_endomembranous_system_44(X))
& has_part_2(fn_endomembranous_system_50(X),fn_endomembranous_system_3(X))
& is_inside_2(fn_endomembranous_system_26(X),fn_endomembranous_system_27(X))
& object_2(fn_endomembranous_system_7(X),fn_endomembranous_system_26(X))
& raw_material_2(fn_endomembranous_system_17(X),fn_endomembranous_system_11(X))
& causes_2(fn_endomembranous_system_9(X),fn_endomembranous_system_17(X))
& raw_material_2(fn_endomembranous_system_16(X),fn_endomembranous_system_11(X))
& causes_2(fn_endomembranous_system_8(X),fn_endomembranous_system_16(X))
& fn_endomembranous_system_26(X) != fn_endomembranous_system_11(X)
& fn_endomembranous_system_11(X) != fn_endomembranous_system_26(X)
& first_subevent_2(fn_endomembranous_system_52(X),fn_endomembranous_system_6(X))
& result_2(fn_endomembranous_system_6(X),fn_endomembranous_system_13(X))
& object_2(fn_endomembranous_system_10(X),fn_endomembranous_system_13(X))
& fn_endomembranous_system_11(X) != fn_endomembranous_system_13(X)
& fn_endomembranous_system_13(X) != fn_endomembranous_system_11(X)
& subevent_2(fn_endomembranous_system_52(X),fn_endomembranous_system_6(X))
& base_2(fn_endomembranous_system_6(X),fn_endomembranous_system_50(X))
& base_2(fn_endomembranous_system_52(X),fn_endomembranous_system_50(X))
& subevent_2(fn_endomembranous_system_52(X),fn_endomembranous_system_15(X))
& result_2(fn_endomembranous_system_15(X),fn_endomembranous_system_12(X))
& has_part_2(fn_endomembranous_system_50(X),fn_endomembranous_system_24(X))
& recipient_2(fn_endomembranous_system_34(X),fn_endomembranous_system_48(X))
& has_part_2(fn_endomembranous_system_50(X),fn_endomembranous_system_47(X))
& base_2(fn_endomembranous_system_25(X),fn_endomembranous_system_47(X))
& is_inside_2(fn_endomembranous_system_46(X),fn_endomembranous_system_21(X))
& has_part_2(fn_endomembranous_system_50(X),fn_endomembranous_system_46(X))
& has_part_2(fn_endomembranous_system_50(X),fn_endomembranous_system_32(X))
& recipient_2(fn_endomembranous_system_18(X),fn_endomembranous_system_32(X))
& has_part_2(fn_endomembranous_system_50(X),fn_endomembranous_system_48(X))
& fn_endomembranous_system_32(X) != fn_endomembranous_system_48(X)
& abuts_2(fn_endomembranous_system_48(X),fn_endomembranous_system_32(X))
& abuts_2(fn_endomembranous_system_32(X),fn_endomembranous_system_48(X))
& fn_endomembranous_system_48(X) != fn_endomembranous_system_32(X)
& fn_endomembranous_system_54(X) != fn_endomembranous_system_26(X)
& fn_endomembranous_system_26(X) != fn_endomembranous_system_54(X)
& is_inside_2(fn_endomembranous_system_29(X),fn_endomembranous_system_27(X))
& is_inside_2(fn_endomembranous_system_54(X),fn_endomembranous_system_27(X))
& has_part_2(fn_endomembranous_system_47(X),fn_endomembranous_system_54(X))
& fn_endomembranous_system_26(X) != fn_endomembranous_system_28(X)
& fn_endomembranous_system_28(X) != fn_endomembranous_system_26(X)
& called_2(fn_endomembranous_system_28(X),'MP1')
& has_part_2(fn_endomembranous_system_47(X),fn_endomembranous_system_28(X))
& has_part_2(fn_endomembranous_system_47(X),fn_endomembranous_system_26(X))
& is_outside_2(fn_endomembranous_system_31(X),fn_endomembranous_system_47(X))
& has_region_2(fn_endomembranous_system_47(X),fn_endomembranous_system_31(X))
& has_region_2(fn_endomembranous_system_47(X),fn_endomembranous_system_30(X))
& is_across_2(fn_endomembranous_system_54(X),fn_endomembranous_system_30(X))
& is_at_2(fn_endomembranous_system_54(X),fn_endomembranous_system_47(X))
& has_part_2(fn_endomembranous_system_47(X),fn_endomembranous_system_27(X))
& is_across_2(fn_endomembranous_system_54(X),fn_endomembranous_system_47(X))
& has_region_2(fn_endomembranous_system_54(X),fn_endomembranous_system_31(X))
& is_outside_2(fn_endomembranous_system_14(X),fn_endomembranous_system_47(X))
& has_region_2(fn_endomembranous_system_47(X),fn_endomembranous_system_23(X))
& called_2(fn_endomembranous_system_26(X),'MP2')
& has_part_2(fn_endomembranous_system_47(X),fn_endomembranous_system_29(X))
& fn_endomembranous_system_36(X) != fn_endomembranous_system_41(X)
& fn_endomembranous_system_41(X) != fn_endomembranous_system_36(X)
& has_region_2(fn_endomembranous_system_45(X),fn_endomembranous_system_41(X))
& is_inside_2(fn_endomembranous_system_36(X),fn_endomembranous_system_45(X))
& has_region_2(fn_endomembranous_system_45(X),fn_endomembranous_system_36(X))
& has_part_2(fn_endomembranous_system_24(X),fn_endomembranous_system_45(X))
& fn_endomembranous_system_39(X) != fn_endomembranous_system_40(X)
& fn_endomembranous_system_40(X) != fn_endomembranous_system_39(X)
& is_along_2(fn_endomembranous_system_45(X),fn_endomembranous_system_42(X))
& is_along_2(fn_endomembranous_system_42(X),fn_endomembranous_system_45(X))
& is_between_2(fn_endomembranous_system_45(X),fn_endomembranous_system_39(X))
& is_between_2(fn_endomembranous_system_45(X),fn_endomembranous_system_40(X))
& is_outside_2(fn_endomembranous_system_41(X),fn_endomembranous_system_45(X))
& is_inside_2(fn_endomembranous_system_41(X),fn_endomembranous_system_39(X))
& has_part_2(fn_endomembranous_system_24(X),fn_endomembranous_system_39(X))
& has_part_2(fn_endomembranous_system_24(X),fn_endomembranous_system_42(X))
& is_outside_2(fn_endomembranous_system_36(X),fn_endomembranous_system_40(X))
& is_oriented_toward_2(fn_endomembranous_system_23(X),fn_endomembranous_system_22(X))
& is_facing_2(fn_endomembranous_system_23(X),fn_endomembranous_system_22(X))
& is_between_2(fn_endomembranous_system_22(X),fn_endomembranous_system_47(X))
& is_inside_2(fn_endomembranous_system_22(X),fn_endomembranous_system_47(X))
& has_part_2(fn_endomembranous_system_50(X),fn_endomembranous_system_22(X))
& is_between_2(fn_endomembranous_system_22(X),fn_endomembranous_system_24(X))
& has_part_2(fn_endomembranous_system_22(X),fn_endomembranous_system_21(X))
& has_region_2(fn_endomembranous_system_37(X),fn_endomembranous_system_35(X))
& is_inside_2(fn_endomembranous_system_19(X),fn_endomembranous_system_35(X))
& has_part_2(fn_endomembranous_system_37(X),fn_endomembranous_system_19(X))
& is_inside_2(fn_endomembranous_system_33(X),fn_endomembranous_system_38(X))
& has_region_2(fn_endomembranous_system_48(X),fn_endomembranous_system_33(X))
& agent_2(fn_endomembranous_system_18(X),fn_endomembranous_system_48(X))
& has_part_2(fn_endomembranous_system_47(X),fn_endomembranous_system_12(X))
& has_region_2(fn_endomembranous_system_32(X),fn_endomembranous_system_33(X))
& donor_2(fn_endomembranous_system_34(X),fn_endomembranous_system_32(X))
& has_part_2(fn_endomembranous_system_29(X),fn_endomembranous_system_14(X))
& has_part_2(fn_endomembranous_system_45(X),fn_endomembranous_system_37(X))
& is_inside_2(fn_endomembranous_system_35(X),fn_endomembranous_system_45(X))
& agent_2(fn_endomembranous_system_43(X),fn_endomembranous_system_44(X))
& has_part_2(fn_endomembranous_system_47(X),fn_endomembranous_system_13(X))
& base_2(fn_endomembranous_system_9(X),fn_endomembranous_system_47(X))
& base_2(fn_endomembranous_system_8(X),fn_endomembranous_system_47(X))
& object_2(fn_endomembranous_system_51(X),fn_endomembranous_system_47(X))
& base_2(fn_endomembranous_system_10(X),fn_endomembranous_system_47(X))
& base_2(fn_endomembranous_system_5(X),fn_endomembranous_system_48(X))
& object_2(fn_endomembranous_system_25(X),fn_endomembranous_system_54(X))
& fn_endomembranous_system_47(X) = fn_move_1(fn_endomembranous_system_43(X))
& fn_endomembranous_system_50(X) = fn_vesicle_5(fn_endomembranous_system_20(X))
& fn_endomembranous_system_50(X) = fn_vacuole_12(fn_endomembranous_system_49(X))
& fn_endomembranous_system_5(X) = fn_movement_of_endomembranous_system_membrane_6(fn_endomembranous_system_53(X))
& fn_endomembranous_system_4(X) = fn_movement_of_endomembranous_system_membrane_10(fn_endomembranous_system_53(X))
& fn_endomembranous_system_46(X) = fn_go_to_1(fn_endomembranous_system_51(X))
& fn_endomembranous_system_46(X) = fn_movement_of_endomembranous_system_membrane_8(fn_endomembranous_system_53(X))
& fn_endomembranous_system_51(X) = fn_movement_of_endomembranous_system_membrane_3(fn_endomembranous_system_53(X))
& fn_endomembranous_system_48(X) = fn_movement_of_endomembranous_system_membrane_11(fn_endomembranous_system_53(X))
& fn_endomembranous_system_55(X) = fn_movement_of_endomembranous_system_membrane_14(fn_endomembranous_system_53(X))
& fn_endomembranous_system_44(X) = fn_movement_of_endomembranous_system_membrane_13(fn_endomembranous_system_53(X))
& fn_endomembranous_system_56(X) = fn_movement_of_endomembranous_system_membrane_16(fn_endomembranous_system_53(X))
& fn_endomembranous_system_57(X) = fn_movement_of_endomembranous_system_membrane_15(fn_endomembranous_system_53(X))
& fn_endomembranous_system_43(X) = fn_movement_of_endomembranous_system_membrane_4(fn_endomembranous_system_53(X))
& fn_endomembranous_system_45(X) = fn_movement_of_endomembranous_system_membrane_2(fn_endomembranous_system_53(X))
& fn_endomembranous_system_47(X) = fn_movement_of_endomembranous_system_membrane_9(fn_endomembranous_system_53(X))
& fn_endomembranous_system_58(X) = fn_movement_of_endomembranous_system_membrane_5(fn_endomembranous_system_53(X))
& fn_endomembranous_system_58(X) = fn_movement_of_endomembranous_system_membrane_3(fn_endomembranous_system_53(X))
& fn_endomembranous_system_56(X) = fn_synthesis_of_endomembranous_system_membrane_65(fn_endomembranous_system_52(X))
& fn_endomembranous_system_47(X) = fn_synthesis_of_endomembranous_system_membrane_64(fn_endomembranous_system_52(X))
& fn_endomembranous_system_55(X) = fn_synthesis_of_endomembranous_system_membrane_69(fn_endomembranous_system_52(X))
& fn_endomembranous_system_51(X) = fn_synthesis_of_endomembranous_system_membrane_65(fn_endomembranous_system_52(X))
& fn_endomembranous_system_44(X) = fn_synthesis_of_endomembranous_system_membrane_66(fn_endomembranous_system_52(X))
& fn_endomembranous_system_57(X) = fn_synthesis_of_endomembranous_system_membrane_67(fn_endomembranous_system_52(X))
& fn_endomembranous_system_46(X) = fn_synthesis_of_endomembranous_system_membrane_63(fn_endomembranous_system_52(X))
& fn_endomembranous_system_43(X) = fn_synthesis_of_endomembranous_system_membrane_50(fn_endomembranous_system_52(X))
& fn_endomembranous_system_47(X) = fn_synthesis_of_endomembranous_system_membrane_60(fn_endomembranous_system_52(X))
& fn_endomembranous_system_3(X) = fn_rough_endoplasmic_reticulum_28(fn_endomembranous_system_32(X))
& fn_endomembranous_system_27(X) = fn_synthesis_of_endomembranous_system_membrane_51(fn_endomembranous_system_52(X))
& fn_endomembranous_system_7(X) = fn_synthesis_of_endomembranous_system_membrane_50(fn_endomembranous_system_52(X))
& fn_endomembranous_system_9(X) = fn_synthesis_of_endomembranous_system_membrane_103(fn_endomembranous_system_52(X))
& fn_endomembranous_system_17(X) = fn_synthesis_of_endomembranous_system_membrane_99(fn_endomembranous_system_52(X))
& fn_endomembranous_system_8(X) = fn_synthesis_of_endomembranous_system_membrane_104(fn_endomembranous_system_52(X))
& fn_endomembranous_system_16(X) = fn_synthesis_of_endomembranous_system_membrane_105(fn_endomembranous_system_52(X))
& fn_endomembranous_system_26(X) = fn_synthesis_of_endomembranous_system_membrane_54(fn_endomembranous_system_52(X))
& fn_endomembranous_system_13(X) = fn_add_1(fn_endomembranous_system_10(X))
& fn_endomembranous_system_10(X) = fn_synthesis_of_endomembranous_system_membrane_85(fn_endomembranous_system_52(X))
& fn_endomembranous_system_11(X) = fn_synthesis_of_endomembranous_system_membrane_84(fn_endomembranous_system_52(X))
& fn_endomembranous_system_13(X) = fn_synthesis_of_endomembranous_system_membrane_53(fn_endomembranous_system_52(X))
& fn_endomembranous_system_12(X) = fn_synthesis_of_endomembranous_system_membrane_52(fn_endomembranous_system_52(X))
& fn_endomembranous_system_15(X) = fn_synthesis_of_endomembranous_system_membrane_62(fn_endomembranous_system_52(X))
& fn_endomembranous_system_50(X) = fn_synthesis_of_endomembranous_system_membrane_28(fn_endomembranous_system_52(X))
& fn_endomembranous_system_6(X) = fn_synthesis_of_endomembranous_system_membrane_59(fn_endomembranous_system_52(X))
& fn_endomembranous_system_34(X) = fn_eukaryotic_cell_35(fn_endomembranous_system_50(X))
& fn_endomembranous_system_47(X) = fn_attach_2(fn_endomembranous_system_25(X))
& fn_endomembranous_system_25(X) = fn_eukaryotic_cell_16(fn_endomembranous_system_50(X))
& fn_endomembranous_system_18(X) = fn_eukaryotic_cell_36(fn_endomembranous_system_50(X))
& fn_endomembranous_system_46(X) = fn_smooth_endoplasmic_reticulum_3(fn_endomembranous_system_48(X))
& fn_endomembranous_system_21(X) = fn_smooth_endoplasmic_reticulum_34(fn_endomembranous_system_48(X))
& fn_endomembranous_system_46(X) = fn_eukaryotic_cell_24(fn_endomembranous_system_50(X))
& fn_endomembranous_system_32(X) = fn_eukaryotic_cell_19(fn_endomembranous_system_50(X))
& fn_endomembranous_system_50(X) = fn_smooth_endoplasmic_reticulum_33(fn_endomembranous_system_48(X))
& fn_endomembranous_system_48(X) = fn_eukaryotic_cell_20(fn_endomembranous_system_50(X))
& fn_endomembranous_system_54(X) = fn_attach_1(fn_endomembranous_system_25(X))
& fn_endomembranous_system_48(X) = fn_remove_2(fn_endomembranous_system_5(X))
& fn_endomembranous_system_47(X) = fn_add_2(fn_endomembranous_system_10(X))
& fn_endomembranous_system_47(X) = fn_locomotion_1(fn_endomembranous_system_51(X))
& fn_endomembranous_system_47(X) = fn_expand_1(fn_endomembranous_system_8(X))
& fn_endomembranous_system_47(X) = fn_expand_1(fn_endomembranous_system_9(X))
& fn_endomembranous_system_13(X) = fn_biomembrane_29(fn_endomembranous_system_47(X))
& fn_endomembranous_system_43(X) = fn_transport_vesicle_4(fn_endomembranous_system_44(X))
& fn_endomembranous_system_37(X) = fn_biomembrane_29(fn_endomembranous_system_45(X))
& fn_endomembranous_system_35(X) = fn_biomembrane_71(fn_endomembranous_system_45(X))
& fn_endomembranous_system_14(X) = fn_glycoprotein_17(fn_endomembranous_system_29(X))
& fn_endomembranous_system_33(X) = fn_rough_endoplasmic_reticulum_52(fn_endomembranous_system_32(X))
& fn_endomembranous_system_34(X) = fn_rough_endoplasmic_reticulum_55(fn_endomembranous_system_32(X))
& fn_endomembranous_system_12(X) = fn_biomembrane_29(fn_endomembranous_system_47(X))
& fn_endomembranous_system_18(X) = fn_endoplasmic_reticulum_25(fn_endomembranous_system_48(X))
& fn_endomembranous_system_38(X) = fn_smooth_endoplasmic_reticulum_28(fn_endomembranous_system_48(X))
& fn_endomembranous_system_33(X) = fn_smooth_endoplasmic_reticulum_39(fn_endomembranous_system_48(X))
& fn_endomembranous_system_35(X) = fn_lipid_14(fn_endomembranous_system_37(X))
& fn_endomembranous_system_35(X) = fn_glycolipid_4(fn_endomembranous_system_37(X))
& fn_endomembranous_system_19(X) = fn_glycolipid_7(fn_endomembranous_system_37(X))
& fn_endomembranous_system_19(X) = fn_glycolipid_13(fn_endomembranous_system_37(X))
& fn_endomembranous_system_23(X) = fn_eukaryotic_cell_46(fn_endomembranous_system_50(X))
& fn_endomembranous_system_47(X) = fn_eukaryotic_cell_29(fn_endomembranous_system_50(X))
& fn_endomembranous_system_50(X) = fn_rough_endoplasmic_reticulum_62(fn_endomembranous_system_32(X))
& fn_endomembranous_system_22(X) = fn_rough_endoplasmic_reticulum_32(fn_endomembranous_system_32(X))
& fn_endomembranous_system_24(X) = fn_rough_endoplasmic_reticulum_27(fn_endomembranous_system_32(X))
& fn_endomembranous_system_24(X) = fn_eukaryotic_cell_26(fn_endomembranous_system_50(X))
& fn_endomembranous_system_22(X) = fn_eukaryotic_cell_31(fn_endomembranous_system_50(X))
& fn_endomembranous_system_21(X) = fn_eukaryotic_cell_42(fn_endomembranous_system_50(X))
& fn_endomembranous_system_41(X) = fn_biomembrane_47(fn_endomembranous_system_45(X))
& fn_endomembranous_system_39(X) = fn_nuclear_membrane_18(fn_endomembranous_system_45(X))
& fn_endomembranous_system_45(X) = fn_nucleus_13(fn_endomembranous_system_24(X))
& fn_endomembranous_system_41(X) = fn_nucleus_9(fn_endomembranous_system_24(X))
& fn_endomembranous_system_39(X) = fn_nucleus_17(fn_endomembranous_system_24(X))
& fn_endomembranous_system_42(X) = fn_nucleus_14(fn_endomembranous_system_24(X))
& fn_endomembranous_system_36(X) = fn_nucleus_15(fn_endomembranous_system_24(X))
& fn_endomembranous_system_40(X) = fn_nucleus_16(fn_endomembranous_system_24(X))
& fn_endomembranous_system_28(X) = fn_plasma_membrane_68(fn_endomembranous_system_47(X))
& fn_endomembranous_system_31(X) = fn_biomembrane_41(fn_endomembranous_system_47(X))
& fn_endomembranous_system_30(X) = fn_plasma_membrane_6(fn_endomembranous_system_47(X))
& fn_endomembranous_system_54(X) = fn_plasma_membrane_4(fn_endomembranous_system_47(X))
& fn_endomembranous_system_54(X) = fn_plasma_membrane_3(fn_endomembranous_system_47(X))
& fn_endomembranous_system_27(X) = fn_biomembrane_63(fn_endomembranous_system_47(X))
& fn_endomembranous_system_27(X) = fn_plasma_membrane_71(fn_endomembranous_system_47(X))
& fn_endomembranous_system_54(X) = fn_plasma_membrane_55(fn_endomembranous_system_47(X))
& fn_endomembranous_system_31(X) = fn_plasma_membrane_65(fn_endomembranous_system_47(X))
& fn_endomembranous_system_14(X) = fn_plasma_membrane_88(fn_endomembranous_system_47(X))
& fn_endomembranous_system_23(X) = fn_plasma_membrane_66(fn_endomembranous_system_47(X))
& fn_endomembranous_system_26(X) = fn_plasma_membrane_54(fn_endomembranous_system_47(X))
& fn_endomembranous_system_29(X) = fn_plasma_membrane_34(fn_endomembranous_system_47(X))
& fn_movement_of_endomembranous_system_membrane_5(fn_endomembranous_system_53(X)) = fn_movement_of_endomembranous_system_membrane_5(fn_endomembranous_system_53(X))
& fn_movement_of_endomembranous_system_membrane_3(fn_endomembranous_system_53(X)) = fn_movement_of_endomembranous_system_membrane_5(fn_endomembranous_system_53(X))
& fn_movement_of_endomembranous_system_membrane_5(fn_endomembranous_system_53(X)) = fn_movement_of_endomembranous_system_membrane_3(fn_endomembranous_system_53(X))
& fn_movement_of_endomembranous_system_membrane_3(fn_endomembranous_system_53(X)) = fn_movement_of_endomembranous_system_membrane_16(fn_endomembranous_system_53(X))
& fn_movement_of_endomembranous_system_membrane_16(fn_endomembranous_system_53(X)) = fn_movement_of_endomembranous_system_membrane_16(fn_endomembranous_system_53(X))
& fn_movement_of_endomembranous_system_membrane_16(fn_endomembranous_system_53(X)) = fn_synthesis_of_endomembranous_system_membrane_65(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_65(fn_endomembranous_system_52(X)) = fn_movement_of_endomembranous_system_membrane_14(fn_endomembranous_system_53(X))
& fn_movement_of_endomembranous_system_membrane_14(fn_endomembranous_system_53(X)) = fn_synthesis_of_endomembranous_system_membrane_69(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_69(fn_endomembranous_system_52(X)) = fn_synthesis_of_endomembranous_system_membrane_69(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_69(fn_endomembranous_system_52(X)) = fn_movement_of_endomembranous_system_membrane_15(fn_endomembranous_system_53(X))
& fn_movement_of_endomembranous_system_membrane_15(fn_endomembranous_system_53(X)) = fn_movement_of_endomembranous_system_membrane_15(fn_endomembranous_system_53(X))
& fn_movement_of_endomembranous_system_membrane_15(fn_endomembranous_system_53(X)) = fn_synthesis_of_endomembranous_system_membrane_67(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_67(fn_endomembranous_system_52(X)) = fn_synthesis_of_endomembranous_system_membrane_67(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_67(fn_endomembranous_system_52(X)) = fn_go_to_1(fn_endomembranous_system_51(X))
& fn_go_to_1(fn_endomembranous_system_51(X)) = fn_smooth_endoplasmic_reticulum_3(fn_endomembranous_system_48(X))
& fn_movement_of_endomembranous_system_membrane_8(fn_endomembranous_system_53(X)) = fn_smooth_endoplasmic_reticulum_3(fn_endomembranous_system_48(X))
& fn_smooth_endoplasmic_reticulum_3(fn_endomembranous_system_48(X)) = fn_smooth_endoplasmic_reticulum_3(fn_endomembranous_system_48(X))
& fn_smooth_endoplasmic_reticulum_3(fn_endomembranous_system_48(X)) = fn_movement_of_endomembranous_system_membrane_8(fn_endomembranous_system_53(X))
& fn_movement_of_endomembranous_system_membrane_8(fn_endomembranous_system_53(X)) = fn_movement_of_endomembranous_system_membrane_8(fn_endomembranous_system_53(X))
& fn_movement_of_endomembranous_system_membrane_8(fn_endomembranous_system_53(X)) = fn_synthesis_of_endomembranous_system_membrane_63(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_63(fn_endomembranous_system_52(X)) = fn_synthesis_of_endomembranous_system_membrane_63(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_63(fn_endomembranous_system_52(X)) = fn_eukaryotic_cell_24(fn_endomembranous_system_50(X))
& fn_eukaryotic_cell_24(fn_endomembranous_system_50(X)) = fn_eukaryotic_cell_24(fn_endomembranous_system_50(X))
& fn_eukaryotic_cell_24(fn_endomembranous_system_50(X)) = fn_movement_of_endomembranous_system_membrane_3(fn_endomembranous_system_53(X))
& fn_movement_of_endomembranous_system_membrane_3(fn_endomembranous_system_53(X)) = fn_movement_of_endomembranous_system_membrane_3(fn_endomembranous_system_53(X))
& fn_movement_of_endomembranous_system_membrane_3(fn_endomembranous_system_53(X)) = fn_synthesis_of_endomembranous_system_membrane_65(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_65(fn_endomembranous_system_52(X)) = fn_synthesis_of_endomembranous_system_membrane_65(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_65(fn_endomembranous_system_52(X)) = fn_add_1(fn_endomembranous_system_10(X))
& fn_add_1(fn_endomembranous_system_10(X)) = fn_synthesis_of_endomembranous_system_membrane_53(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_53(fn_endomembranous_system_52(X)) = fn_synthesis_of_endomembranous_system_membrane_53(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_53(fn_endomembranous_system_52(X)) = fn_biomembrane_29(fn_endomembranous_system_47(X))
& fn_biomembrane_29(fn_endomembranous_system_47(X)) = fn_movement_of_endomembranous_system_membrane_13(fn_endomembranous_system_53(X))
& fn_movement_of_endomembranous_system_membrane_13(fn_endomembranous_system_53(X)) = fn_movement_of_endomembranous_system_membrane_13(fn_endomembranous_system_53(X))
& fn_movement_of_endomembranous_system_membrane_13(fn_endomembranous_system_53(X)) = fn_synthesis_of_endomembranous_system_membrane_66(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_66(fn_endomembranous_system_52(X)) = fn_synthesis_of_endomembranous_system_membrane_66(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_66(fn_endomembranous_system_52(X)) = fn_movement_of_endomembranous_system_membrane_4(fn_endomembranous_system_53(X))
& fn_movement_of_endomembranous_system_membrane_4(fn_endomembranous_system_53(X)) = fn_movement_of_endomembranous_system_membrane_4(fn_endomembranous_system_53(X))
& fn_movement_of_endomembranous_system_membrane_4(fn_endomembranous_system_53(X)) = fn_synthesis_of_endomembranous_system_membrane_50(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_50(fn_endomembranous_system_52(X)) = fn_synthesis_of_endomembranous_system_membrane_50(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_50(fn_endomembranous_system_52(X)) = fn_transport_vesicle_4(fn_endomembranous_system_44(X))
& fn_transport_vesicle_4(fn_endomembranous_system_44(X)) = fn_eukaryotic_cell_35(fn_endomembranous_system_50(X))
& fn_eukaryotic_cell_35(fn_endomembranous_system_50(X)) = fn_rough_endoplasmic_reticulum_55(fn_endomembranous_system_32(X))
& fn_rough_endoplasmic_reticulum_55(fn_endomembranous_system_32(X)) = fn_synthesis_of_endomembranous_system_membrane_52(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_52(fn_endomembranous_system_52(X)) = fn_biomembrane_29(fn_endomembranous_system_47(X))
& fn_biomembrane_29(fn_endomembranous_system_47(X)) = fn_eukaryotic_cell_36(fn_endomembranous_system_50(X))
& fn_eukaryotic_cell_36(fn_endomembranous_system_50(X)) = fn_endoplasmic_reticulum_25(fn_endomembranous_system_48(X))
& fn_endoplasmic_reticulum_25(fn_endomembranous_system_48(X)) = fn_rough_endoplasmic_reticulum_52(fn_endomembranous_system_32(X))
& fn_rough_endoplasmic_reticulum_52(fn_endomembranous_system_32(X)) = fn_smooth_endoplasmic_reticulum_39(fn_endomembranous_system_48(X))
& fn_smooth_endoplasmic_reticulum_39(fn_endomembranous_system_48(X)) = fn_smooth_endoplasmic_reticulum_39(fn_endomembranous_system_48(X))
& fn_smooth_endoplasmic_reticulum_39(fn_endomembranous_system_48(X)) = fn_movement_of_endomembranous_system_membrane_11(fn_endomembranous_system_53(X))
& fn_movement_of_endomembranous_system_membrane_11(fn_endomembranous_system_53(X)) = fn_movement_of_endomembranous_system_membrane_11(fn_endomembranous_system_53(X))
& fn_movement_of_endomembranous_system_membrane_11(fn_endomembranous_system_53(X)) = fn_eukaryotic_cell_20(fn_endomembranous_system_50(X))
& fn_eukaryotic_cell_20(fn_endomembranous_system_50(X)) = fn_eukaryotic_cell_20(fn_endomembranous_system_50(X))
& fn_eukaryotic_cell_20(fn_endomembranous_system_50(X)) = fn_remove_2(fn_endomembranous_system_5(X))
& fn_remove_2(fn_endomembranous_system_5(X)) = fn_biomembrane_71(fn_endomembranous_system_45(X))
& fn_biomembrane_71(fn_endomembranous_system_45(X)) = fn_lipid_14(fn_endomembranous_system_37(X))
& fn_lipid_14(fn_endomembranous_system_37(X)) = fn_biomembrane_71(fn_endomembranous_system_45(X))
& fn_biomembrane_71(fn_endomembranous_system_45(X)) = fn_glycolipid_4(fn_endomembranous_system_37(X))
& fn_glycolipid_4(fn_endomembranous_system_37(X)) = fn_glycolipid_4(fn_endomembranous_system_37(X))
& fn_glycolipid_4(fn_endomembranous_system_37(X)) = fn_glycolipid_13(fn_endomembranous_system_37(X))
& fn_glycolipid_13(fn_endomembranous_system_37(X)) = fn_glycolipid_7(fn_endomembranous_system_37(X))
& fn_glycolipid_7(fn_endomembranous_system_37(X)) = fn_glycolipid_13(fn_endomembranous_system_37(X))
& fn_glycolipid_13(fn_endomembranous_system_37(X)) = fn_vesicle_5(fn_endomembranous_system_20(X))
& fn_vesicle_5(fn_endomembranous_system_20(X)) = fn_vacuole_12(fn_endomembranous_system_49(X))
& fn_vacuole_12(fn_endomembranous_system_49(X)) = fn_vacuole_12(fn_endomembranous_system_49(X))
& fn_vacuole_12(fn_endomembranous_system_49(X)) = fn_smooth_endoplasmic_reticulum_33(fn_endomembranous_system_48(X))
& fn_rough_endoplasmic_reticulum_62(fn_endomembranous_system_32(X)) = fn_smooth_endoplasmic_reticulum_33(fn_endomembranous_system_48(X))
& fn_smooth_endoplasmic_reticulum_33(fn_endomembranous_system_48(X)) = fn_smooth_endoplasmic_reticulum_33(fn_endomembranous_system_48(X))
& fn_smooth_endoplasmic_reticulum_33(fn_endomembranous_system_48(X)) = fn_rough_endoplasmic_reticulum_62(fn_endomembranous_system_32(X))
& fn_rough_endoplasmic_reticulum_62(fn_endomembranous_system_32(X)) = fn_synthesis_of_endomembranous_system_membrane_28(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_28(fn_endomembranous_system_52(X)) = fn_synthesis_of_endomembranous_system_membrane_28(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_28(fn_endomembranous_system_52(X)) = fn_rough_endoplasmic_reticulum_62(fn_endomembranous_system_32(X))
& fn_rough_endoplasmic_reticulum_62(fn_endomembranous_system_32(X)) = fn_rough_endoplasmic_reticulum_62(fn_endomembranous_system_32(X))
& fn_rough_endoplasmic_reticulum_62(fn_endomembranous_system_32(X)) = fn_smooth_endoplasmic_reticulum_34(fn_endomembranous_system_48(X))
& fn_smooth_endoplasmic_reticulum_34(fn_endomembranous_system_48(X)) = fn_eukaryotic_cell_42(fn_endomembranous_system_50(X))
& fn_eukaryotic_cell_42(fn_endomembranous_system_50(X)) = fn_eukaryotic_cell_42(fn_endomembranous_system_50(X))
& fn_eukaryotic_cell_42(fn_endomembranous_system_50(X)) = fn_eukaryotic_cell_31(fn_endomembranous_system_50(X))
& fn_eukaryotic_cell_31(fn_endomembranous_system_50(X)) = fn_rough_endoplasmic_reticulum_32(fn_endomembranous_system_32(X))
& fn_rough_endoplasmic_reticulum_32(fn_endomembranous_system_32(X)) = fn_eukaryotic_cell_31(fn_endomembranous_system_50(X))
& fn_eukaryotic_cell_31(fn_endomembranous_system_50(X)) = fn_eukaryotic_cell_31(fn_endomembranous_system_50(X))
& fn_eukaryotic_cell_31(fn_endomembranous_system_50(X)) = fn_movement_of_endomembranous_system_membrane_2(fn_endomembranous_system_53(X))
& fn_movement_of_endomembranous_system_membrane_2(fn_endomembranous_system_53(X)) = fn_nucleus_13(fn_endomembranous_system_24(X))
& fn_nucleus_13(fn_endomembranous_system_24(X)) = fn_nucleus_13(fn_endomembranous_system_24(X))
& fn_nucleus_13(fn_endomembranous_system_24(X)) = fn_nucleus_9(fn_endomembranous_system_24(X))
& fn_nucleus_9(fn_endomembranous_system_24(X)) = fn_biomembrane_47(fn_endomembranous_system_45(X))
& fn_biomembrane_47(fn_endomembranous_system_45(X)) = fn_nucleus_9(fn_endomembranous_system_24(X))
& fn_nucleus_9(fn_endomembranous_system_24(X)) = fn_nucleus_9(fn_endomembranous_system_24(X))
& fn_nucleus_9(fn_endomembranous_system_24(X)) = fn_nucleus_17(fn_endomembranous_system_24(X))
& fn_nucleus_17(fn_endomembranous_system_24(X)) = fn_nuclear_membrane_18(fn_endomembranous_system_45(X))
& fn_nuclear_membrane_18(fn_endomembranous_system_45(X)) = fn_nucleus_17(fn_endomembranous_system_24(X))
& fn_nucleus_17(fn_endomembranous_system_24(X)) = fn_nucleus_17(fn_endomembranous_system_24(X))
& fn_nucleus_17(fn_endomembranous_system_24(X)) = fn_rough_endoplasmic_reticulum_27(fn_endomembranous_system_32(X))
& fn_eukaryotic_cell_26(fn_endomembranous_system_50(X)) = fn_rough_endoplasmic_reticulum_27(fn_endomembranous_system_32(X))
& fn_rough_endoplasmic_reticulum_27(fn_endomembranous_system_32(X)) = fn_eukaryotic_cell_26(fn_endomembranous_system_50(X))
& fn_eukaryotic_cell_26(fn_endomembranous_system_50(X)) = fn_synthesis_of_endomembranous_system_membrane_51(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_51(fn_endomembranous_system_52(X)) = fn_biomembrane_63(fn_endomembranous_system_47(X))
& fn_plasma_membrane_71(fn_endomembranous_system_47(X)) = fn_plasma_membrane_71(fn_endomembranous_system_47(X))
& fn_plasma_membrane_71(fn_endomembranous_system_47(X)) = fn_biomembrane_63(fn_endomembranous_system_47(X))
& fn_biomembrane_63(fn_endomembranous_system_47(X)) = fn_plasma_membrane_71(fn_endomembranous_system_47(X))
& fn_plasma_membrane_71(fn_endomembranous_system_47(X)) = fn_plasma_membrane_65(fn_endomembranous_system_47(X))
& fn_plasma_membrane_65(fn_endomembranous_system_47(X)) = fn_biomembrane_41(fn_endomembranous_system_47(X))
& fn_biomembrane_41(fn_endomembranous_system_47(X)) = fn_plasma_membrane_65(fn_endomembranous_system_47(X))
& fn_plasma_membrane_65(fn_endomembranous_system_47(X)) = fn_plasma_membrane_65(fn_endomembranous_system_47(X))
& fn_plasma_membrane_65(fn_endomembranous_system_47(X)) = fn_attach_1(fn_endomembranous_system_25(X))
& fn_attach_1(fn_endomembranous_system_25(X)) = fn_plasma_membrane_4(fn_endomembranous_system_47(X))
& fn_plasma_membrane_4(fn_endomembranous_system_47(X)) = fn_plasma_membrane_4(fn_endomembranous_system_47(X))
& fn_plasma_membrane_4(fn_endomembranous_system_47(X)) = fn_plasma_membrane_3(fn_endomembranous_system_47(X))
& fn_plasma_membrane_55(fn_endomembranous_system_47(X)) = fn_plasma_membrane_3(fn_endomembranous_system_47(X))
& fn_plasma_membrane_3(fn_endomembranous_system_47(X)) = fn_plasma_membrane_55(fn_endomembranous_system_47(X))
& fn_plasma_membrane_55(fn_endomembranous_system_47(X)) = fn_plasma_membrane_55(fn_endomembranous_system_47(X))
& fn_plasma_membrane_55(fn_endomembranous_system_47(X)) = fn_glycoprotein_17(fn_endomembranous_system_29(X))
& fn_glycoprotein_17(fn_endomembranous_system_29(X)) = fn_plasma_membrane_88(fn_endomembranous_system_47(X))
& fn_plasma_membrane_88(fn_endomembranous_system_47(X)) = fn_eukaryotic_cell_46(fn_endomembranous_system_50(X))
& fn_eukaryotic_cell_46(fn_endomembranous_system_50(X)) = fn_eukaryotic_cell_46(fn_endomembranous_system_50(X))
& fn_eukaryotic_cell_46(fn_endomembranous_system_50(X)) = fn_plasma_membrane_66(fn_endomembranous_system_47(X))
& fn_plasma_membrane_66(fn_endomembranous_system_47(X)) = fn_synthesis_of_endomembranous_system_membrane_54(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_54(fn_endomembranous_system_52(X)) = fn_synthesis_of_endomembranous_system_membrane_54(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_54(fn_endomembranous_system_52(X)) = fn_plasma_membrane_54(fn_endomembranous_system_47(X))
& fn_plasma_membrane_54(fn_endomembranous_system_47(X)) = fn_plasma_membrane_54(fn_endomembranous_system_47(X))
& fn_plasma_membrane_54(fn_endomembranous_system_47(X)) = fn_move_1(fn_endomembranous_system_43(X))
& fn_move_1(fn_endomembranous_system_43(X)) = fn_attach_2(fn_endomembranous_system_25(X))
& fn_attach_2(fn_endomembranous_system_25(X)) = fn_move_1(fn_endomembranous_system_43(X))
& fn_move_1(fn_endomembranous_system_43(X)) = fn_movement_of_endomembranous_system_membrane_9(fn_endomembranous_system_53(X))
& fn_movement_of_endomembranous_system_membrane_9(fn_endomembranous_system_53(X)) = fn_movement_of_endomembranous_system_membrane_9(fn_endomembranous_system_53(X))
& fn_movement_of_endomembranous_system_membrane_9(fn_endomembranous_system_53(X)) = fn_synthesis_of_endomembranous_system_membrane_64(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_64(fn_endomembranous_system_52(X)) = fn_synthesis_of_endomembranous_system_membrane_64(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_64(fn_endomembranous_system_52(X)) = fn_synthesis_of_endomembranous_system_membrane_60(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_60(fn_endomembranous_system_52(X)) = fn_synthesis_of_endomembranous_system_membrane_60(fn_endomembranous_system_52(X))
& fn_synthesis_of_endomembranous_system_membrane_60(fn_endomembranous_system_52(X)) = fn_add_2(fn_endomembranous_system_10(X))
& fn_add_2(fn_endomembranous_system_10(X)) = fn_add_2(fn_endomembranous_system_10(X))
& fn_add_2(fn_endomembranous_system_10(X)) = fn_locomotion_1(fn_endomembranous_system_51(X))
& fn_locomotion_1(fn_endomembranous_system_51(X)) = fn_locomotion_1(fn_endomembranous_system_51(X))
& fn_locomotion_1(fn_endomembranous_system_51(X)) = fn_expand_1(fn_endomembranous_system_8(X))
& fn_eukaryotic_cell_29(fn_endomembranous_system_50(X)) = fn_expand_1(fn_endomembranous_system_8(X))
& fn_expand_1(fn_endomembranous_system_8(X)) = fn_expand_1(fn_endomembranous_system_9(X))
& fn_expand_1(fn_endomembranous_system_9(X)) = fn_eukaryotic_cell_29(fn_endomembranous_system_50(X))
& fn_eukaryotic_cell_29(fn_endomembranous_system_50(X)) = fn_eukaryotic_cell_29(fn_endomembranous_system_50(X)) ) ) ).
fof(a529287,axiom,
! [X] :
( endometriosis_1(X)
=> ( original_name_2(X,'Endometriosis')
& user_description_2(X,'A medical condition in which endometrial tissue grows outside of the uterus.')
& concept2words_2(X,endometriosis)
& disease_1(X) ) ) ).
fof(a529288,axiom,
! [X] :
( endometrium_1(X)
=> ( original_name_2(X,'Endometrium')
& user_description_2(X,'The innermost glandular lining of the mammalian uterus.')
& concept2words_2(X,endometrium)
& glandular_epithelium_1(X)
& ~ proximal_tubule_1(X)
& ~ labia_majora_1(X)
& ~ collecting_duct_1(X)
& ~ alveolus_1(X)
& ~ blood_brain_barrier_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ bronchus_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ corpus_luteum_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ islets_of_langerhans_1(X)
& ~ labia_minora_1(X)
& ~ lacteal_1(X)
& ~ loop_of_henle_1(X)
& ~ prepuce_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a529289,axiom,
! [X] :
( endomycorrhizae_1(X)
=> ( original_name_2(X,'Endomycorrhizae')
& user_description_2(X,'A form of mycorrhiza in which the hyphae of the fungus penetrate the cortex of the root cells.')
& concept2words_2(X,endomycorrhizae)
& mycorrhiza_1(X) ) ) ).
fof(a529290,axiom,
! [X] :
( endoparasite_1(X)
=> ( original_name_2(X,'Endoparasite')
& user_description_2(X,'A parasite that lives within the body of its host.')
& concept2words_2(X,endoparasite)
& parasite_1(X)
& ~ ectoparasite_1(X)
& ~ parasitoid_1(X) ) ) ).
fof(a529291,axiom,
! [X] :
( endophyte_1(X)
=> ( original_name_2(X,'Endophyte')
& user_description_2(X,'An endosymbiotic bacterium or fungus that lives at least part of its life within a plant but does not harm it.')
& concept2words_2(X,endophyte)
& symbiotic_fungi_1(X)
& ~ ectomycorrhizal_fungus_1(X) ) ) ).
fof(a529292,axiom,
! [X] :
( endoplasmic_reticulum_1(X)
=> ( original_name_2(X,'Endoplasmic-Reticulum')
& user_description_2(X,'Endoplasmic reticulum (ER) is an eukaryotic organelle primarily composed of tubules, vesicles, and cisternae which form its thread-like membranous labyrinth. There are two types of ER: RER (Rough endoplasmic reticulum, bearing ribosomes on their surface) and SER(Smooth Endoplasmic reticulum, lacking ribosomes on their surface). An ER serves as a region of synthesis and transition from one part of cell to another for many cellular molecules like protein, glycoprotein, lipids etc. ER has a bilayered membrane which is continuous with the nuclear membrane')
& concept2words_2(X,er)
& concept2words_2(X,'endoplasmic reticulum')
& concept2words_2(X,'endoplasmic-reticulum')
& organelle_1(X)
& ~ golgi_apparatus_1(X)
& ~ mitochondrion_1(X)
& ~ nucleus_1(X)
& ~ plastid_1(X)
& ~ vesicle_1(X)
& lysosome_1(fn_endoplasmic_reticulum_1(X))
& cytosol_1(fn_endoplasmic_reticulum_2(X))
& cisterna_1(fn_endoplasmic_reticulum_3(X))
& biomembrane_1(fn_endoplasmic_reticulum_4(X))
& protein_enzyme_1(fn_endoplasmic_reticulum_5(X))
& shape_value_1(fn_endoplasmic_reticulum_6(X))
& shape_value_1(fn_endoplasmic_reticulum_7(X))
& cisterna_1(fn_endoplasmic_reticulum_8(X))
& eukaryotic_cell_1(fn_endoplasmic_reticulum_11(X))
& cell_1(fn_endoplasmic_reticulum_11(X))
& eukaryotic_ribosome_1(fn_endoplasmic_reticulum_12(X))
& peroxisome_1(fn_endoplasmic_reticulum_13(X))
& mitochondrion_1(fn_endoplasmic_reticulum_14(X))
& synthesis_reaction_1(fn_endoplasmic_reticulum_15(X))
& chemical_entity_1(fn_endoplasmic_reticulum_16(X))
& aqueous_solution_1(fn_endoplasmic_reticulum_17(X))
& phospholipid_1(fn_endoplasmic_reticulum_18(X))
& hydrophilic_face_1(fn_endoplasmic_reticulum_19(X))
& surface_1(fn_endoplasmic_reticulum_19(X))
& expand_1(fn_endoplasmic_reticulum_20(X))
& produce_1(fn_endoplasmic_reticulum_21(X))
& transport_vesicle_1(fn_endoplasmic_reticulum_22(X))
& synthesis_of_lipid_1(fn_endoplasmic_reticulum_23(X))
& tangible_entity_1(fn_endoplasmic_reticulum_24(X))
& membrane_protein_1(fn_endoplasmic_reticulum_24(X))
& protein_1(fn_endoplasmic_reticulum_24(X))
& transfer_1(fn_endoplasmic_reticulum_25(X))
& intracellular_material_1(fn_endoplasmic_reticulum_26(X))
& attach_1(fn_endoplasmic_reticulum_27(X))
& spatial_entity_1(fn_endoplasmic_reticulum_28(X))
& biomembrane_1(fn_endoplasmic_reticulum_28(X))
& nuclear_membrane_1(fn_endoplasmic_reticulum_28(X))
& plasma_membrane_1(fn_endoplasmic_reticulum_29(X))
& tangible_entity_1(fn_endoplasmic_reticulum_30(X))
& er_membrane_1(fn_endoplasmic_reticulum_30(X))
& biomembrane_1(fn_endoplasmic_reticulum_30(X))
& cisternal_space_1(fn_endoplasmic_reticulum_31(X))
& protein_1(fn_endoplasmic_reticulum_32(X))
& move_1(fn_endoplasmic_reticulum_33(X))
& chemical_entity_1(fn_endoplasmic_reticulum_34(X))
& glycolipid_1(fn_endoplasmic_reticulum_34(X))
& synthesis_reaction_1(fn_endoplasmic_reticulum_35(X))
& release_1(fn_endoplasmic_reticulum_36(X))
& intermembrane_space_1(fn_endoplasmic_reticulum_37(X))
& synthesis_reaction_1(fn_endoplasmic_reticulum_38(X))
& chemical_entity_1(fn_endoplasmic_reticulum_39(X))
& substance_1(fn_endoplasmic_reticulum_40(X))
& cytosol_1(fn_endoplasmic_reticulum_40(X))
& nucleus_1(fn_endoplasmic_reticulum_41(X))
& tangible_entity_1(fn_produce_1(fn_endoplasmic_reticulum_21(X)))
& spatial_entity_1(fn_move_1(fn_endoplasmic_reticulum_33(X)))
& entity_1(fn_transfer_1(fn_endoplasmic_reticulum_25(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_endoplasmic_reticulum_15(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_endoplasmic_reticulum_38(X)))
& cisternal_space_1(fn_er_membrane_29(fn_endoplasmic_reticulum_30(X)))
& spatial_entity_1(fn_attach_2(fn_endoplasmic_reticulum_27(X)))
& intermembrane_space_1(fn_nuclear_membrane_19(fn_endoplasmic_reticulum_28(X)))
& attach_1(fn_nuclear_membrane_21(fn_endoplasmic_reticulum_28(X)))
& tangible_entity_1(fn_biomembrane_54(fn_endoplasmic_reticulum_30(X)))
& membrane_protein_1(fn_biomembrane_54(fn_endoplasmic_reticulum_30(X)))
& protein_1(fn_biomembrane_54(fn_endoplasmic_reticulum_30(X)))
& ribosome_1(fn_cell_14(fn_endoplasmic_reticulum_11(X)))
& entity_1(fn_create_1(fn_endoplasmic_reticulum_21(X)))
& tangible_entity_1(fn_release_1(fn_endoplasmic_reticulum_36(X)))
& tangible_entity_1(fn_release_2(fn_endoplasmic_reticulum_36(X)))
& endoplasmic_reticulum_1(fn_er_membrane_28(fn_endoplasmic_reticulum_30(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_endoplasmic_reticulum_30(X)))
& aqueous_solution_1(fn_er_membrane_33(fn_endoplasmic_reticulum_30(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_endoplasmic_reticulum_30(X)))
& hydrophilic_face_1(fn_er_membrane_7(fn_endoplasmic_reticulum_30(X)))
& surface_1(fn_biomembrane_47(fn_endoplasmic_reticulum_30(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_endoplasmic_reticulum_41(X)))
& biomembrane_1(fn_nucleus_13(fn_endoplasmic_reticulum_41(X)))
& spatial_entity_1(fn_attach_1(fn_endoplasmic_reticulum_27(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_endoplasmic_reticulum_35(X)))
& glycolipid_1(fn_biomembrane_29(fn_endoplasmic_reticulum_30(X)))
& tangible_entity_1(fn_expand_1(fn_endoplasmic_reticulum_20(X)))
& cytosol_1(fn_peroxisome_40(fn_endoplasmic_reticulum_13(X)))
& substance_1(fn_cell_29(fn_endoplasmic_reticulum_11(X)))
& cytosol_1(fn_cell_29(fn_endoplasmic_reticulum_11(X)))
& cell_1(fn_metabolic_pathway_1(fn_endoplasmic_reticulum_23(X)))
& eukaryotic_cell_1(fn_mitochondrion_51(fn_endoplasmic_reticulum_14(X)))
& has_part_2(fn_endoplasmic_reticulum_11(X),fn_endoplasmic_reticulum_41(X))
& has_part_2(fn_endoplasmic_reticulum_11(X),X)
& has_part_2(fn_endoplasmic_reticulum_11(X),fn_endoplasmic_reticulum_1(X))
& has_part_2(fn_endoplasmic_reticulum_11(X),fn_endoplasmic_reticulum_13(X))
& is_inside_2(fn_endoplasmic_reticulum_1(X),fn_endoplasmic_reticulum_40(X))
& agent_2(fn_endoplasmic_reticulum_15(X),fn_endoplasmic_reticulum_5(X))
& is_inside_2(fn_endoplasmic_reticulum_16(X),fn_endoplasmic_reticulum_2(X))
& fn_endoplasmic_reticulum_18(X) != fn_endoplasmic_reticulum_34(X)
& fn_endoplasmic_reticulum_18(X) != fn_endoplasmic_reticulum_24(X)
& causes_2(fn_endoplasmic_reticulum_20(X),fn_endoplasmic_reticulum_21(X))
& site_2(fn_endoplasmic_reticulum_23(X),X)
& fn_endoplasmic_reticulum_24(X) != fn_endoplasmic_reticulum_18(X)
& agent_2(fn_endoplasmic_reticulum_25(X),X)
& instrument_2(fn_endoplasmic_reticulum_27(X),X)
& has_part_2(fn_endoplasmic_reticulum_30(X),fn_endoplasmic_reticulum_18(X))
& shape_2(fn_endoplasmic_reticulum_3(X),fn_endoplasmic_reticulum_7(X))
& has_part_2(fn_endoplasmic_reticulum_3(X),fn_endoplasmic_reticulum_4(X))
& abuts_2(fn_endoplasmic_reticulum_31(X),fn_endoplasmic_reticulum_37(X))
& path_2(fn_endoplasmic_reticulum_33(X),X)
& fn_endoplasmic_reticulum_34(X) != fn_endoplasmic_reticulum_18(X)
& site_2(fn_endoplasmic_reticulum_35(X),X)
& is_at_2(fn_endoplasmic_reticulum_4(X),fn_endoplasmic_reticulum_30(X))
& abuts_2(fn_endoplasmic_reticulum_37(X),fn_endoplasmic_reticulum_31(X))
& agent_2(fn_endoplasmic_reticulum_38(X),fn_endoplasmic_reticulum_5(X))
& is_inside_2(fn_endoplasmic_reticulum_39(X),fn_endoplasmic_reticulum_40(X))
& has_part_2(X,fn_endoplasmic_reticulum_3(X))
& has_part_2(X,fn_endoplasmic_reticulum_5(X))
& has_part_2(X,fn_endoplasmic_reticulum_8(X))
& has_function_2(X,fn_endoplasmic_reticulum_23(X))
& is_inside_2(X,fn_endoplasmic_reticulum_40(X))
& is_inside_2(fn_endoplasmic_reticulum_41(X),fn_endoplasmic_reticulum_40(X))
& the_categorical_value_2(fn_endoplasmic_reticulum_6(X),tube_0)
& the_categorical_value_2(fn_endoplasmic_reticulum_7(X),hollow_volume_0)
& shape_2(fn_endoplasmic_reticulum_8(X),fn_endoplasmic_reticulum_6(X))
& raw_material_2(fn_endoplasmic_reticulum_21(X),fn_endoplasmic_reticulum_18(X))
& object_2(fn_endoplasmic_reticulum_33(X),fn_endoplasmic_reticulum_32(X))
& result_2(fn_endoplasmic_reticulum_35(X),fn_endoplasmic_reticulum_34(X))
& result_2(fn_endoplasmic_reticulum_21(X),fn_endoplasmic_reticulum_22(X))
& object_2(fn_endoplasmic_reticulum_25(X),fn_endoplasmic_reticulum_26(X))
& base_2(fn_endoplasmic_reticulum_20(X),fn_endoplasmic_reticulum_30(X))
& object_2(fn_endoplasmic_reticulum_36(X),fn_endoplasmic_reticulum_22(X))
& base_2(fn_endoplasmic_reticulum_23(X),fn_endoplasmic_reticulum_11(X))
& raw_material_2(fn_endoplasmic_reticulum_15(X),fn_endoplasmic_reticulum_16(X))
& is_inside_2(fn_endoplasmic_reticulum_13(X),fn_endoplasmic_reticulum_40(X))
& base_2(fn_endoplasmic_reticulum_36(X),X)
& has_part_2(fn_endoplasmic_reticulum_11(X),fn_endoplasmic_reticulum_14(X))
& raw_material_2(fn_endoplasmic_reticulum_38(X),fn_endoplasmic_reticulum_39(X))
& has_part_2(X,fn_endoplasmic_reticulum_17(X))
& has_part_2(fn_endoplasmic_reticulum_41(X),fn_endoplasmic_reticulum_28(X))
& is_inside_2(fn_endoplasmic_reticulum_31(X),fn_endoplasmic_reticulum_30(X))
& has_region_2(X,fn_endoplasmic_reticulum_31(X))
& has_part_2(X,fn_endoplasmic_reticulum_30(X))
& is_outside_2(fn_endoplasmic_reticulum_19(X),fn_endoplasmic_reticulum_30(X))
& is_inside_2(fn_endoplasmic_reticulum_19(X),fn_endoplasmic_reticulum_17(X))
& is_between_2(fn_endoplasmic_reticulum_30(X),fn_endoplasmic_reticulum_17(X))
& is_inside_2(fn_endoplasmic_reticulum_12(X),fn_endoplasmic_reticulum_40(X))
& has_part_2(fn_endoplasmic_reticulum_11(X),fn_endoplasmic_reticulum_12(X))
& has_part_2(fn_endoplasmic_reticulum_30(X),fn_endoplasmic_reticulum_34(X))
& has_part_2(fn_endoplasmic_reticulum_30(X),fn_endoplasmic_reticulum_24(X))
& has_region_2(fn_endoplasmic_reticulum_28(X),fn_endoplasmic_reticulum_37(X))
& object_2(fn_endoplasmic_reticulum_27(X),fn_endoplasmic_reticulum_28(X))
& has_region_2(fn_endoplasmic_reticulum_30(X),fn_endoplasmic_reticulum_19(X))
& base_2(fn_endoplasmic_reticulum_27(X),fn_endoplasmic_reticulum_29(X))
& fn_endoplasmic_reticulum_18(X) = fn_produce_1(fn_endoplasmic_reticulum_21(X))
& fn_endoplasmic_reticulum_32(X) = fn_move_1(fn_endoplasmic_reticulum_33(X))
& fn_endoplasmic_reticulum_34(X) = fn_chemical_reaction_1(fn_endoplasmic_reticulum_35(X))
& fn_endoplasmic_reticulum_22(X) = fn_create_1(fn_endoplasmic_reticulum_21(X))
& fn_endoplasmic_reticulum_26(X) = fn_transfer_1(fn_endoplasmic_reticulum_25(X))
& fn_endoplasmic_reticulum_30(X) = fn_expand_1(fn_endoplasmic_reticulum_20(X))
& fn_endoplasmic_reticulum_22(X) = fn_release_1(fn_endoplasmic_reticulum_36(X))
& fn_endoplasmic_reticulum_11(X) = fn_metabolic_pathway_1(fn_endoplasmic_reticulum_23(X))
& fn_endoplasmic_reticulum_16(X) = fn_chemical_reaction_2(fn_endoplasmic_reticulum_15(X))
& fn_endoplasmic_reticulum_40(X) = fn_peroxisome_40(fn_endoplasmic_reticulum_13(X))
& X = fn_release_2(fn_endoplasmic_reticulum_36(X))
& fn_endoplasmic_reticulum_11(X) = fn_mitochondrion_51(fn_endoplasmic_reticulum_14(X))
& fn_endoplasmic_reticulum_39(X) = fn_chemical_reaction_2(fn_endoplasmic_reticulum_38(X))
& fn_endoplasmic_reticulum_28(X) = fn_nucleus_13(fn_endoplasmic_reticulum_41(X))
& fn_endoplasmic_reticulum_17(X) = fn_er_membrane_33(fn_endoplasmic_reticulum_30(X))
& fn_endoplasmic_reticulum_19(X) = fn_er_membrane_7(fn_endoplasmic_reticulum_30(X))
& X = fn_er_membrane_28(fn_endoplasmic_reticulum_30(X))
& fn_endoplasmic_reticulum_31(X) = fn_er_membrane_29(fn_endoplasmic_reticulum_30(X))
& fn_endoplasmic_reticulum_30(X) = fn_organelle_1(X)
& fn_endoplasmic_reticulum_17(X) = fn_organelle_2(X)
& fn_endoplasmic_reticulum_17(X) = fn_biomembrane_14(fn_endoplasmic_reticulum_30(X))
& fn_endoplasmic_reticulum_17(X) = fn_biomembrane_15(fn_endoplasmic_reticulum_30(X))
& fn_endoplasmic_reticulum_29(X) = fn_attach_2(fn_endoplasmic_reticulum_27(X))
& fn_endoplasmic_reticulum_19(X) = fn_biomembrane_47(fn_endoplasmic_reticulum_30(X))
& fn_endoplasmic_reticulum_37(X) = fn_nuclear_membrane_19(fn_endoplasmic_reticulum_28(X))
& fn_endoplasmic_reticulum_28(X) = fn_attach_1(fn_endoplasmic_reticulum_27(X))
& fn_endoplasmic_reticulum_27(X) = fn_nuclear_membrane_21(fn_endoplasmic_reticulum_28(X))
& fn_endoplasmic_reticulum_34(X) = fn_biomembrane_29(fn_endoplasmic_reticulum_30(X))
& fn_endoplasmic_reticulum_24(X) = fn_biomembrane_54(fn_endoplasmic_reticulum_30(X))
& fn_endoplasmic_reticulum_40(X) = fn_cell_29(fn_endoplasmic_reticulum_11(X))
& fn_endoplasmic_reticulum_12(X) = fn_cell_14(fn_endoplasmic_reticulum_11(X))
& fn_create_1(fn_endoplasmic_reticulum_21(X)) = fn_release_1(fn_endoplasmic_reticulum_36(X))
& fn_release_1(fn_endoplasmic_reticulum_36(X)) = fn_release_2(fn_endoplasmic_reticulum_36(X))
& fn_release_2(fn_endoplasmic_reticulum_36(X)) = fn_er_membrane_28(fn_endoplasmic_reticulum_30(X))
& fn_er_membrane_28(fn_endoplasmic_reticulum_30(X)) = fn_er_membrane_28(fn_endoplasmic_reticulum_30(X))
& fn_er_membrane_28(fn_endoplasmic_reticulum_30(X)) = fn_organelle_2(X)
& fn_organelle_2(X) = fn_organelle_2(X)
& fn_organelle_2(X) = fn_biomembrane_14(fn_endoplasmic_reticulum_30(X))
& fn_biomembrane_14(fn_endoplasmic_reticulum_30(X)) = fn_organelle_2(X)
& fn_er_membrane_33(fn_endoplasmic_reticulum_30(X)) = fn_organelle_2(X)
& fn_organelle_2(X) = fn_er_membrane_33(fn_endoplasmic_reticulum_30(X))
& fn_er_membrane_33(fn_endoplasmic_reticulum_30(X)) = fn_biomembrane_15(fn_endoplasmic_reticulum_30(X))
& fn_biomembrane_15(fn_endoplasmic_reticulum_30(X)) = fn_er_membrane_7(fn_endoplasmic_reticulum_30(X))
& fn_er_membrane_7(fn_endoplasmic_reticulum_30(X)) = fn_er_membrane_7(fn_endoplasmic_reticulum_30(X))
& fn_er_membrane_7(fn_endoplasmic_reticulum_30(X)) = fn_biomembrane_47(fn_endoplasmic_reticulum_30(X))
& fn_biomembrane_47(fn_endoplasmic_reticulum_30(X)) = fn_nucleus_13(fn_endoplasmic_reticulum_41(X))
& fn_nucleus_13(fn_endoplasmic_reticulum_41(X)) = fn_attach_1(fn_endoplasmic_reticulum_27(X))
& fn_attach_1(fn_endoplasmic_reticulum_27(X)) = fn_chemical_reaction_1(fn_endoplasmic_reticulum_35(X))
& fn_chemical_reaction_1(fn_endoplasmic_reticulum_35(X)) = fn_biomembrane_29(fn_endoplasmic_reticulum_30(X))
& fn_biomembrane_29(fn_endoplasmic_reticulum_30(X)) = fn_expand_1(fn_endoplasmic_reticulum_20(X))
& fn_expand_1(fn_endoplasmic_reticulum_20(X)) = fn_organelle_1(X)
& fn_organelle_1(X) = fn_organelle_1(X)
& fn_organelle_1(X) = fn_peroxisome_40(fn_endoplasmic_reticulum_13(X))
& fn_peroxisome_40(fn_endoplasmic_reticulum_13(X)) = fn_cell_29(fn_endoplasmic_reticulum_11(X))
& fn_cell_29(fn_endoplasmic_reticulum_11(X)) = fn_metabolic_pathway_1(fn_endoplasmic_reticulum_23(X))
& fn_metabolic_pathway_1(fn_endoplasmic_reticulum_23(X)) = fn_mitochondrion_51(fn_endoplasmic_reticulum_14(X)) ) ) ).
fof(a529293,axiom,
! [X] :
( endorphin_1(X)
=> ( original_name_2(X,'Endorphin')
& user_description_2(X,'Opioid molecules produced by the anterior pituitary and the hypothalamus that act as neurotransmitters. Endorphins provide pain relief and an overall sense of well-being.')
& concept2words_2(X,endorphin)
& neuropeptide_1(X)
& ~ substance_p_1(X)
& synthesis_of_protein_1(fn_endorphin_1(X))
& eukaryotic_cell_1(fn_endorphin_2(X))
& cell_1(fn_endorphin_2(X))
& human_cell_1(fn_endorphin_2(X))
& mammalian_cell_1(fn_endorphin_2(X))
& human_cell_1(fn_endorphin_3(X))
& person_1(fn_endorphin_4(X))
& nervous_system_1(fn_endorphin_5(X))
& nerve_cell_1(fn_endorphin_6(X))
& endorphin_receptor_1(fn_endorphin_7(X))
& ligand_binding_1(fn_endorphin_8(X))
& spatial_entity_1(fn_attach_2(fn_endorphin_8(X)))
& nervous_system_1(fn_animal_3(fn_endorphin_4(X)))
& nerve_cell_1(fn_nervous_system_1(fn_endorphin_5(X)))
& human_cell_1(fn_person_8(fn_endorphin_4(X)))
& eukaryotic_cell_1(fn_person_61(fn_endorphin_4(X)))
& cell_1(fn_person_61(fn_endorphin_4(X)))
& human_cell_1(fn_person_61(fn_endorphin_4(X)))
& mammalian_cell_1(fn_person_61(fn_endorphin_4(X)))
& chemical_entity_1(fn_ligand_binding_3(fn_endorphin_8(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_endorphin_1(X)))
& fn_endorphin_2(X) != fn_endorphin_3(X)
& fn_endorphin_3(X) != fn_endorphin_2(X)
& is_at_2(fn_endorphin_7(X),fn_endorphin_6(X))
& base_2(fn_endorphin_8(X),fn_endorphin_7(X))
& has_region_2(fn_endorphin_4(X),fn_endorphin_5(X))
& element_2(fn_endorphin_5(X),fn_endorphin_6(X))
& has_part_2(fn_endorphin_4(X),fn_endorphin_3(X))
& has_part_2(fn_endorphin_4(X),fn_endorphin_2(X))
& object_2(fn_endorphin_8(X),X)
& raw_material_2(fn_endorphin_1(X),X)
& fn_endorphin_7(X) = fn_attach_2(fn_endorphin_8(X))
& fn_endorphin_5(X) = fn_animal_3(fn_endorphin_4(X))
& fn_endorphin_6(X) = fn_nervous_system_1(fn_endorphin_5(X))
& fn_endorphin_3(X) = fn_person_8(fn_endorphin_4(X))
& fn_endorphin_2(X) = fn_person_61(fn_endorphin_4(X))
& X = fn_ligand_binding_3(fn_endorphin_8(X))
& X = fn_anabolic_pathway_6(fn_endorphin_1(X))
& fn_ligand_binding_3(fn_endorphin_8(X)) = fn_anabolic_pathway_6(fn_endorphin_1(X)) ) ) ).
fof(a529294,axiom,
! [X] :
( endorphin_receptor_1(X)
=> ( original_name_2(X,'Endorphin-Receptor')
& user_description_2(X,'Endorphin-receptor sites are present on nerve endings in the brain.')
& concept2words_2(X,'receptor of endorphin')
& concept2words_2(X,'endorphin receptor')
& concept2words_2(X,'endorphin-receptor')
& receptor_1(X) ) ) ).
fof(a529295,axiom,
! [X] :
( endoskeleton_1(X)
=> ( original_name_2(X,'Endoskeleton')
& user_description_2(X,'A skeletal support system that is buried within the soft tissues of an animal. Sponges, echinoderms, and vertebrates have endoskeletons.')
& concept2words_2(X,endoskeleton)
& skeleton_1(X)
& ~ exoskeleton_1(X)
& ~ hydrostatic_skeleton_1(X) ) ) ).
fof(a529296,axiom,
! [X] :
( endosperm_1(X)
=> ( original_name_2(X,'Endosperm')
& user_description_2(X,'In angiosperms, a nutrient-rich tissue formed by the union of a sperm with two polar nuclei during double fertilization. The endosperm provides nourishment to the developing embryo in angiosperm seeds.')
& concept2words_2(X,endosperm)
& plant_specific_tissue_1(X)
& ~ integument_1(X)
& ~ leaf_primordium_1(X)
& ~ meristem_1(X)
& ~ mesophyll_1(X)
& ~ phloem_1(X)
& ~ primary_plant_body_1(X)
& ~ primary_plant_1(X)
& ~ protonema_1(X)
& ~ receptacle_1(X)
& ~ vessel_1(X)
& plant_cell_1(fn_endosperm_1(X))
& carbohydrate_1(fn_endosperm_2(X))
& protein_1(fn_endosperm_3(X))
& store_1(fn_endosperm_4(X))
& store_1(fn_endosperm_5(X))
& vacuole_1(fn_endosperm_6(X))
& store_1(fn_vacuole_3(fn_endosperm_6(X)))
& entity_1(fn_store_1(fn_endosperm_4(X)))
& entity_1(fn_store_1(fn_endosperm_5(X)))
& cell_1(fn_vacuole_12(fn_endosperm_6(X)))
& base_2(fn_endosperm_5(X),fn_endosperm_6(X))
& has_part_2(fn_endosperm_1(X),fn_endosperm_6(X))
& has_part_2(X,fn_endosperm_1(X))
& base_2(fn_endosperm_4(X),fn_endosperm_6(X))
& object_2(fn_endosperm_5(X),fn_endosperm_2(X))
& object_2(fn_endosperm_4(X),fn_endosperm_3(X))
& fn_endosperm_5(X) = fn_vacuole_3(fn_endosperm_6(X))
& fn_endosperm_1(X) = fn_vacuole_12(fn_endosperm_6(X))
& fn_endosperm_1(X) = fn_tissue_1(X)
& fn_endosperm_4(X) = fn_vacuole_3(fn_endosperm_6(X))
& fn_endosperm_3(X) = fn_store_1(fn_endosperm_4(X))
& fn_endosperm_2(X) = fn_store_1(fn_endosperm_5(X))
& fn_vacuole_12(fn_endosperm_6(X)) = fn_tissue_1(X) ) ) ).
fof(a529297,axiom,
! [X] :
( endospore_1(X)
=> ( original_name_2(X,'Endospore')
& user_description_2(X,'A dormant, thick-walled non-reproductive cell produced by some bacteria when exposed to harsh conditions. Endospores can lie dormant for many years and be revived when the environment becomes favorable again.')
& concept2words_2(X,endospore)
& prokaryote_1(X) ) ) ).
fof(a529298,axiom,
! [X] :
( endosymbiosis_1(X)
=> ( original_name_2(X,'Endosymbiosis')
& user_description_2(X,'A process in which a unicellular organism (the host) engulfs another cell, which lives within the host cell and ultimately becomes an organelle in the host cell; also refers to the hypothesis that mitochondria and plastids were formerly small prokaryotes that began living within larger cells.')
& concept2words_2(X,'endosymbiont hypothesis')
& concept2words_2(X,'endosymbiont theory')
& concept2words_2(X,'primary endosymbiosis')
& concept2words_2(X,endosymbiosis)
& evolutionary_process_1(X)
& ~ adaptation_1(X)
& ~ adaptive_radiation_1(X)
& ~ allopatric_speciation_1(X)
& ~ anagenesis_1(X)
& ~ bottleneck_effect_1(X)
& ~ cephalization_1(X)
& ~ character_displacement_1(X)
& ~ cladogenesis_1(X)
& ~ convergent_evolution_1(X)
& ~ gene_flow_1(X)
& ~ genetic_drift_1(X)
& ~ heterochrony_1(X)
& ~ homology_1(X)
& ~ mechanical_isolation_1(X)
& ~ mimicry_1(X)
& ~ natural_selection_1(X)
& ~ paedomorphosis_1(X)
& ~ punctuated_equilibria_1(X)
& ~ reproductive_isolation_1(X)
& ~ selection_force_1(X)
& ~ speciation_1(X) ) ) ).
fof(a529299,axiom,
! [X] :
( endothelin_1(X)
=> ( original_name_2(X,'Endothelin')
& user_description_2(X,'A peptide produced by a blood vessels endothelium that causes the vessel to constrict, thereby raising blood pressure.')
& concept2words_2(X,endothelin)
& polypeptide_1(X)
& ~ globins_1(X)
& ~ heavy_chain_1(X)
& ~ light_chain_1(X)
& ~ neuropeptide_1(X)
& ~ peptide_hormone_1(X)
& ~ polypeptide_segment_1(X)
& ~ signal_peptide_1(X) ) ) ).
fof(a529300,axiom,
! [X] :
( endothelium_1(X)
=> ( original_name_2(X,'Endothelium')
& user_description_2(X,'The thin layer of cells that lines the inner surfaces of blood vessels.')
& concept2words_2(X,endothelium)
& tissue_1(X)
& ~ proximal_tubule_1(X)
& ~ labia_majora_1(X)
& ~ endometrium_1(X)
& ~ collecting_duct_1(X)
& ~ alveolus_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ bronchus_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ corpus_luteum_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ epidermis_1(X)
& ~ epithelium_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ islets_of_langerhans_1(X)
& ~ labia_minora_1(X)
& ~ loop_of_henle_1(X)
& ~ prepuce_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a529301,axiom,
! [X] :
( endothermic_1(X)
=> ( original_name_2(X,'Endothermic')
& user_description_2(X,'Able to regulate body temperature using primarily the heat generated by metabolism. Endothermic animals typically have a body temperature that is higher than that of the surrounding environment.')
& concept2words_2(X,endothermic)
& concept2words_2(X,'warm blooded')
& concept2words_2(X,'warm-blooded')
& thermoregulation_1(X)
& ~ ectothermy_1(X) ) ) ).
fof(a529302,axiom,
! [X] :
( endothermic_organism_1(X)
=> ( original_name_2(X,'Endothermic-Organism')
& user_description_2(X,'Endothermic organisms are the organisms that are warmed by heat generated by their own metabolism. This heat usually maintains a relatively stable body temperature higher than that of external environment.')
& concept2words_2(X,'organism of endothermic')
& concept2words_2(X,'endothermic organism')
& concept2words_2(X,'endothermic-organism')
& eukaryote_1(X)
& thermoregulation_1(fn_endothermic_organism_1(X))
& has_function_2(X,fn_endothermic_organism_1(X))
& base_2(fn_endothermic_organism_1(X),X) ) ) ).
fof(a529303,axiom,
! [X] :
( endotoxin_1(X)
=> ( original_name_2(X,'Endotoxin')
& user_description_2(X,'Toxic component of the outer cell membrane of some Gram-negative bacteria. The toxin is released to th environment only when the bacterial cell dies.')
& concept2words_2(X,endotoxin)
& toxin_1(X) ) ) ).
fof(a529304,axiom,
! [X] :
( energy_1(X)
=> ( original_name_2(X,'Energy')
& description_2(X,'The capacity to do work.')
& user_description_2(X,'Energy is the capacity to do work.')
& concept2words_2(X,energy)
& tangible_entity_1(X) ) ) ).
fof(a529305,axiom,
! [X] :
( energy_budget_1(X)
=> ( original_name_2(X,'Energy-Budget')
& user_description_2(X,'The way that an organism allocates energy to manage all the processes of life.')
& concept2words_2(X,'budget of energy')
& concept2words_2(X,'energy budget')
& concept2words_2(X,'energy-budget')
& condition_1(X) ) ) ).
fof(a529306,axiom,
! [X] :
( energy_constant_1(X)
=> ( original_name_2(X,'Energy-Constant')
& concept2words_2(X,'constant of energy')
& concept2words_2(X,'energy constant')
& concept2words_2(X,'energy-constant')
& constant_1(X) ) ) ).
fof(a529307,axiom,
! [X,X1,X2,X3] :
( ( subevent_2(X,X1)
& result_2(X1,X2)
& raw_material_2(X3,X2)
& subevent_2(X,X3)
& exergonic_process_1(X1)
& free_energy_1(X2)
& endergonic_process_1(X3)
& biomolecular_process_1(X) )
=> ( energy_coupling_1(X)
& fn_energy_coupling_4(X) = X3
& fn_energy_coupling_2(X) = X2
& fn_energy_coupling_3(X) = X1 ) ) ).
fof(a529308,axiom,
! [X] :
( energy_coupling_1(X)
=> ( original_name_2(X,'Energy-Coupling')
& user_description_2(X,'Energy coupling describes how cells use energy harvested from exergonic biochemical reactions, usually in the form of ATP, to power endergonic reactions.')
& concept2words_2(X,'coupling of energy')
& concept2words_2(X,'energy coupling')
& concept2words_2(X,'energy-coupling')
& biomolecular_process_1(X)
& free_energy_1(fn_energy_coupling_2(X))
& exergonic_process_1(fn_energy_coupling_3(X))
& endergonic_process_1(fn_energy_coupling_4(X))
& free_energy_1(fn_endergonic_process_4(fn_energy_coupling_4(X)))
& free_energy_1(fn_exergonic_process_3(fn_energy_coupling_3(X)))
& subevent_2(X,fn_energy_coupling_4(X))
& subevent_2(X,fn_energy_coupling_3(X))
& object_2(X,fn_energy_coupling_2(X))
& raw_material_2(fn_energy_coupling_4(X),fn_energy_coupling_2(X))
& result_2(fn_energy_coupling_3(X),fn_energy_coupling_2(X))
& fn_energy_coupling_2(X) = fn_endergonic_process_4(fn_energy_coupling_4(X))
& fn_energy_coupling_2(X) = fn_exergonic_process_3(fn_energy_coupling_3(X))
& fn_endergonic_process_4(fn_energy_coupling_4(X)) = fn_exergonic_process_3(fn_energy_coupling_3(X)) ) ) ).
fof(a529309,axiom,
! [X] :
( energy_flow_1(X)
=> ( original_name_2(X,'Energy-Flow')
& user_description_2(X,'The process of energy being transfered throughout a system.')
& concept2words_2(X,'flow of energy')
& concept2words_2(X,'energy flow')
& concept2words_2(X,'energy-flow')
& physical_process_1(X) ) ) ).
fof(a529310,axiom,
! [X] :
( energy_flow_in_ecosystem_1(X)
=> ( original_name_2(X,'Energy-Flow-In-Ecosystem')
& user_description_2(X,'The process of flow of energy within ecosystem is called energy flow in ecosystem.')
& concept2words_2(X,'energy flow in ecosystem')
& concept2words_2(X,'energy-flow-in-ecosystem')
& energy_flow_1(X)
& environment_1(fn_energy_flow_in_ecosystem_1(X))
& ecosystem_1(fn_energy_flow_in_ecosystem_2(X))
& thermal_energy_1(fn_energy_flow_in_ecosystem_3(X))
& sunlight_1(fn_energy_flow_in_ecosystem_4(X))
& exit_1(fn_energy_flow_in_ecosystem_5(X))
& enter_1(fn_energy_flow_in_ecosystem_6(X))
& spatial_entity_1(fn_locomotion_1(fn_energy_flow_in_ecosystem_5(X)))
& tangible_entity_1(fn_move_into_1(fn_energy_flow_in_ecosystem_6(X)))
& tangible_entity_1(fn_move_out_of_1(fn_energy_flow_in_ecosystem_5(X)))
& spatial_entity_1(fn_locomotion_1(fn_energy_flow_in_ecosystem_6(X)))
& subevent_2(X,fn_energy_flow_in_ecosystem_6(X))
& subevent_2(X,fn_energy_flow_in_ecosystem_5(X))
& first_subevent_2(X,fn_energy_flow_in_ecosystem_6(X))
& base_2(X,fn_energy_flow_in_ecosystem_2(X))
& is_inside_2(fn_energy_flow_in_ecosystem_3(X),fn_energy_flow_in_ecosystem_4(X))
& is_outside_2(fn_energy_flow_in_ecosystem_1(X),fn_energy_flow_in_ecosystem_4(X))
& result_2(fn_energy_flow_in_ecosystem_5(X),fn_energy_flow_in_ecosystem_3(X))
& destination_2(fn_energy_flow_in_ecosystem_5(X),fn_energy_flow_in_ecosystem_1(X))
& origin_2(fn_energy_flow_in_ecosystem_6(X),fn_energy_flow_in_ecosystem_1(X))
& next_event_2(fn_energy_flow_in_ecosystem_6(X),fn_energy_flow_in_ecosystem_5(X))
& base_2(fn_energy_flow_in_ecosystem_6(X),fn_energy_flow_in_ecosystem_4(X))
& base_2(fn_energy_flow_in_ecosystem_5(X),fn_energy_flow_in_ecosystem_4(X))
& agent_2(fn_energy_flow_in_ecosystem_6(X),fn_energy_flow_in_ecosystem_4(X))
& object_2(fn_energy_flow_in_ecosystem_6(X),fn_energy_flow_in_ecosystem_4(X))
& agent_2(fn_energy_flow_in_ecosystem_5(X),fn_energy_flow_in_ecosystem_3(X))
& object_2(fn_energy_flow_in_ecosystem_5(X),fn_energy_flow_in_ecosystem_3(X))
& fn_energy_flow_in_ecosystem_4(X) = fn_move_into_1(fn_energy_flow_in_ecosystem_6(X))
& fn_energy_flow_in_ecosystem_4(X) = fn_move_out_of_1(fn_energy_flow_in_ecosystem_5(X))
& fn_energy_flow_in_ecosystem_4(X) = fn_locomotion_1(fn_energy_flow_in_ecosystem_6(X))
& fn_energy_flow_in_ecosystem_3(X) = fn_locomotion_1(fn_energy_flow_in_ecosystem_5(X))
& fn_move_into_1(fn_energy_flow_in_ecosystem_6(X)) = fn_move_out_of_1(fn_energy_flow_in_ecosystem_5(X))
& fn_move_out_of_1(fn_energy_flow_in_ecosystem_5(X)) = fn_move_out_of_1(fn_energy_flow_in_ecosystem_5(X))
& fn_move_out_of_1(fn_energy_flow_in_ecosystem_5(X)) = fn_locomotion_1(fn_energy_flow_in_ecosystem_6(X))
& fn_locomotion_1(fn_energy_flow_in_ecosystem_6(X)) = fn_locomotion_1(fn_energy_flow_in_ecosystem_6(X)) ) ) ).
fof(a529311,axiom,
! [X] :
( energy_investment_phase_of_glycolysis_1(X)
=> ( original_name_2(X,'Energy-Investment-Phase-Of-Glycolysis')
& user_description_2(X,'The first half of glycolysis, which consists of a series of chemical reactions, in which there is a net expenditure of energy.')
& concept2words_2(X,'undergo energy investment phase of glycolysis')
& concept2words_2(X,'energy investment phase of glycolysis')
& concept2words_2(X,'energy-investment-phase-of-glycolysis')
& catabolic_pathway_1(X)
& free_energy_change_value_1(fn_energy_investment_phase_of_glycolysis_5(X))
& free_energy_change_value_1(fn_energy_investment_phase_of_glycolysis_6(X))
& free_energy_change_value_1(fn_energy_investment_phase_of_glycolysis_7(X))
& free_energy_change_value_1(fn_energy_investment_phase_of_glycolysis_8(X))
& free_energy_change_value_1(fn_energy_investment_phase_of_glycolysis_9(X))
& decrease_1(fn_energy_investment_phase_of_glycolysis_12(X))
& forward_reaction_1(fn_energy_investment_phase_of_glycolysis_13(X))
& reverse_reaction_1(fn_energy_investment_phase_of_glycolysis_14(X))
& forward_reaction_1(fn_energy_investment_phase_of_glycolysis_15(X))
& reverse_reaction_1(fn_energy_investment_phase_of_glycolysis_16(X))
& chemical_1(fn_energy_investment_phase_of_glycolysis_17(X))
& rate_value_1(fn_energy_investment_phase_of_glycolysis_18(X))
& concentration_value_1(fn_energy_investment_phase_of_glycolysis_19(X))
& isomerase_1(fn_energy_investment_phase_of_glycolysis_20(X))
& free_energy_change_value_1(fn_energy_investment_phase_of_glycolysis_21(X))
& glucose_1(fn_energy_investment_phase_of_glycolysis_22(X))
& chemical_reaction_1(fn_energy_investment_phase_of_glycolysis_23(X))
& phosphorylation_1(fn_energy_investment_phase_of_glycolysis_23(X))
& chemical_reaction_1(fn_energy_investment_phase_of_glycolysis_24(X))
& isomerization_reaction_1(fn_energy_investment_phase_of_glycolysis_24(X))
& chemical_reaction_1(fn_energy_investment_phase_of_glycolysis_25(X))
& isomerization_reaction_1(fn_energy_investment_phase_of_glycolysis_25(X))
& chemical_reaction_1(fn_energy_investment_phase_of_glycolysis_26(X))
& phosphorylation_1(fn_energy_investment_phase_of_glycolysis_26(X))
& chemical_entity_1(fn_energy_investment_phase_of_glycolysis_27(X))
& molecule_1(fn_energy_investment_phase_of_glycolysis_27(X))
& glyceraldehyde_3_phosphate_1(fn_energy_investment_phase_of_glycolysis_27(X))
& decomposition_reaction_1(fn_energy_investment_phase_of_glycolysis_28(X))
& molecule_1(fn_energy_investment_phase_of_glycolysis_29(X))
& spatial_entity_1(fn_energy_investment_phase_of_glycolysis_29(X))
& chemical_entity_1(fn_energy_investment_phase_of_glycolysis_29(X))
& glucose_6_phosphate_1(fn_energy_investment_phase_of_glycolysis_29(X))
& spatial_entity_1(fn_energy_investment_phase_of_glycolysis_30(X))
& molecule_1(fn_energy_investment_phase_of_glycolysis_30(X))
& chemical_entity_1(fn_energy_investment_phase_of_glycolysis_30(X))
& dihydroxyacetone_phosphate_1(fn_energy_investment_phase_of_glycolysis_30(X))
& chemical_entity_1(fn_energy_investment_phase_of_glycolysis_31(X))
& fructose_6_phosphate_1(fn_energy_investment_phase_of_glycolysis_31(X))
& molecule_1(fn_energy_investment_phase_of_glycolysis_31(X))
& chemical_entity_1(fn_energy_investment_phase_of_glycolysis_32(X))
& phosphorylated_intermediate_1(fn_energy_investment_phase_of_glycolysis_32(X))
& fructose_1_comma_6_bisphosphate_1(fn_energy_investment_phase_of_glycolysis_32(X))
& atp_1(fn_energy_investment_phase_of_glycolysis_33(X))
& organic_molecule_1(fn_energy_investment_phase_of_glycolysis_34(X))
& molecule_1(fn_energy_investment_phase_of_glycolysis_34(X))
& atp_1(fn_energy_investment_phase_of_glycolysis_34(X))
& catalyst_1(fn_energy_investment_phase_of_glycolysis_35(X))
& hexokinase_1(fn_energy_investment_phase_of_glycolysis_36(X))
& phosphoglucoisomerase_1(fn_energy_investment_phase_of_glycolysis_37(X))
& phosphofructokinase_1(fn_energy_investment_phase_of_glycolysis_38(X))
& adp_1(fn_energy_investment_phase_of_glycolysis_39(X))
& adp_1(fn_energy_investment_phase_of_glycolysis_40(X))
& chemical_reaction_1(fn_enzyme_4(fn_energy_investment_phase_of_glycolysis_20(X)))
& chemical_reaction_1(fn_enzyme_4(fn_energy_investment_phase_of_glycolysis_37(X)))
& decrease_1(fn_hexokinase_8(fn_energy_investment_phase_of_glycolysis_36(X)))
& catalyst_1(fn_hexokinase_6(fn_energy_investment_phase_of_glycolysis_36(X)))
& property_node_1(fn_forward_reaction_3(fn_energy_investment_phase_of_glycolysis_15(X)))
& property_node_1(fn_forward_reaction_4(fn_energy_investment_phase_of_glycolysis_15(X)))
& rate_value_1(fn_forward_reaction_2(fn_energy_investment_phase_of_glycolysis_15(X)))
& concentration_value_1(fn_forward_reaction_1(fn_energy_investment_phase_of_glycolysis_15(X)))
& chemical_1(fn_forward_reaction_8(fn_energy_investment_phase_of_glycolysis_15(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_energy_investment_phase_of_glycolysis_23(X)))
& glucose_1(fn_glucose_6_phosphate_26(fn_energy_investment_phase_of_glycolysis_29(X)))
& molecule_1(fn_phosphorylated_intermediate_3(fn_energy_investment_phase_of_glycolysis_32(X)))
& atp_1(fn_phosphofructokinase_17(fn_energy_investment_phase_of_glycolysis_38(X)))
& chemical_entity_1(fn_decomposition_reaction_5(fn_energy_investment_phase_of_glycolysis_28(X)))
& fructose_1_comma_6_bisphosphate_1(fn_phosphofructokinase_51(fn_energy_investment_phase_of_glycolysis_38(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_energy_investment_phase_of_glycolysis_26(X)))
& phosphorylation_1(fn_kinase_1(fn_energy_investment_phase_of_glycolysis_38(X)))
& chemical_reaction_1(fn_phosphofructokinase_24(fn_energy_investment_phase_of_glycolysis_38(X)))
& phosphorylation_1(fn_phosphofructokinase_24(fn_energy_investment_phase_of_glycolysis_38(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_energy_investment_phase_of_glycolysis_23(X)))
& chemical_entity_1(fn_reverse_reaction_7(fn_energy_investment_phase_of_glycolysis_16(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_energy_investment_phase_of_glycolysis_15(X)))
& molecule_1(fn_phosphorylation_1(fn_energy_investment_phase_of_glycolysis_23(X)))
& chemical_entity_1(fn_phosphorylated_intermediate_1(fn_energy_investment_phase_of_glycolysis_32(X)))
& molecule_1(fn_phosphorylated_intermediate_1(fn_energy_investment_phase_of_glycolysis_32(X)))
& fructose_6_phosphate_1(fn_phosphofructokinase_28(fn_energy_investment_phase_of_glycolysis_38(X)))
& molecule_1(fn_isomerization_reaction_1(fn_energy_investment_phase_of_glycolysis_24(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_energy_investment_phase_of_glycolysis_26(X)))
& molecule_1(fn_phosphorylation_1(fn_energy_investment_phase_of_glycolysis_26(X)))
& molecule_1(fn_glucose_6_phosphate_24(fn_energy_investment_phase_of_glycolysis_29(X)))
& chemical_entity_1(fn_reverse_reaction_7(fn_energy_investment_phase_of_glycolysis_14(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_energy_investment_phase_of_glycolysis_13(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_energy_investment_phase_of_glycolysis_28(X)))
& molecule_1(fn_isomerization_reaction_1(fn_energy_investment_phase_of_glycolysis_25(X)))
& glyceraldehyde_3_phosphate_1(fn_dihydroxyacetone_phosphate_1(fn_energy_investment_phase_of_glycolysis_30(X)))
& spatial_entity_1(fn_reverse_reaction_5(fn_energy_investment_phase_of_glycolysis_14(X)))
& chemical_entity_1(fn_reverse_reaction_5(fn_energy_investment_phase_of_glycolysis_14(X)))
& spatial_entity_1(fn_forward_reaction_6(fn_energy_investment_phase_of_glycolysis_13(X)))
& chemical_entity_1(fn_forward_reaction_6(fn_energy_investment_phase_of_glycolysis_13(X)))
& chemical_entity_1(fn_reverse_reaction_6(fn_energy_investment_phase_of_glycolysis_14(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_energy_investment_phase_of_glycolysis_28(X)))
& spatial_entity_1(fn_forward_reaction_5(fn_energy_investment_phase_of_glycolysis_13(X)))
& chemical_entity_1(fn_forward_reaction_5(fn_energy_investment_phase_of_glycolysis_13(X)))
& chemical_entity_1(fn_enzyme_8(fn_energy_investment_phase_of_glycolysis_20(X)))
& molecule_1(fn_isomerization_reaction_2(fn_energy_investment_phase_of_glycolysis_25(X)))
& chemical_reaction_1(fn_hexokinase_9(fn_energy_investment_phase_of_glycolysis_36(X)))
& phosphorylation_1(fn_glucose_6_phosphate_25(fn_energy_investment_phase_of_glycolysis_29(X)))
& spatial_entity_1(fn_reverse_reaction_5(fn_energy_investment_phase_of_glycolysis_16(X)))
& chemical_entity_1(fn_reverse_reaction_5(fn_energy_investment_phase_of_glycolysis_16(X)))
& spatial_entity_1(fn_forward_reaction_6(fn_energy_investment_phase_of_glycolysis_15(X)))
& chemical_entity_1(fn_forward_reaction_6(fn_energy_investment_phase_of_glycolysis_15(X)))
& chemical_entity_1(fn_reverse_reaction_6(fn_energy_investment_phase_of_glycolysis_16(X)))
& molecule_1(fn_isomerization_reaction_2(fn_energy_investment_phase_of_glycolysis_24(X)))
& chemical_entity_1(fn_enzyme_8(fn_energy_investment_phase_of_glycolysis_37(X)))
& spatial_entity_1(fn_forward_reaction_5(fn_energy_investment_phase_of_glycolysis_15(X)))
& chemical_entity_1(fn_forward_reaction_5(fn_energy_investment_phase_of_glycolysis_15(X)))
& the_cardinal_value_2(fn_energy_investment_phase_of_glycolysis_9(X),"23.9e0")
& cardinal_unit_class_2(fn_energy_investment_phase_of_glycolysis_9(X),kilo_cal_per_mole_0)
& the_cardinal_value_2(fn_energy_investment_phase_of_glycolysis_8(X),"-14.2e0")
& cardinal_unit_class_2(fn_energy_investment_phase_of_glycolysis_8(X),kilo_cal_per_mole_0)
& the_cardinal_value_2(fn_energy_investment_phase_of_glycolysis_7(X),"1.67e0")
& cardinal_unit_class_2(fn_energy_investment_phase_of_glycolysis_7(X),kilo_cal_per_mole_0)
& the_cardinal_value_2(fn_energy_investment_phase_of_glycolysis_6(X),"-16.7e0")
& cardinal_unit_class_2(fn_energy_investment_phase_of_glycolysis_6(X),kilo_cal_per_mole_0)
& the_cardinal_value_2(fn_energy_investment_phase_of_glycolysis_5(X),"7.56e0")
& cardinal_unit_class_2(fn_energy_investment_phase_of_glycolysis_5(X),kilo_cal_per_mole_0)
& free_energy_change_2(fn_energy_investment_phase_of_glycolysis_28(X),fn_energy_investment_phase_of_glycolysis_9(X))
& next_event_2(fn_energy_investment_phase_of_glycolysis_28(X),fn_energy_investment_phase_of_glycolysis_25(X))
& free_energy_change_2(fn_energy_investment_phase_of_glycolysis_26(X),fn_energy_investment_phase_of_glycolysis_6(X))
& next_event_2(fn_energy_investment_phase_of_glycolysis_26(X),fn_energy_investment_phase_of_glycolysis_24(X))
& fn_energy_investment_phase_of_glycolysis_26(X) != fn_energy_investment_phase_of_glycolysis_23(X)
& free_energy_change_2(fn_energy_investment_phase_of_glycolysis_25(X),fn_energy_investment_phase_of_glycolysis_5(X))
& fn_energy_investment_phase_of_glycolysis_25(X) != fn_energy_investment_phase_of_glycolysis_24(X)
& subevent_2(fn_energy_investment_phase_of_glycolysis_25(X),fn_energy_investment_phase_of_glycolysis_14(X))
& subevent_2(fn_energy_investment_phase_of_glycolysis_25(X),fn_energy_investment_phase_of_glycolysis_13(X))
& exactCardinality(X,raw_material_0,"2",atp_0)
& raw_material_2(X,fn_energy_investment_phase_of_glycolysis_33(X))
& raw_material_2(X,fn_energy_investment_phase_of_glycolysis_22(X))
& exactCardinality(X,result_0,"2",glyceraldehyde_3_phosphate_0)
& result_2(X,fn_energy_investment_phase_of_glycolysis_40(X))
& result_2(X,fn_energy_investment_phase_of_glycolysis_27(X))
& first_subevent_2(X,fn_energy_investment_phase_of_glycolysis_26(X))
& subevent_2(X,fn_energy_investment_phase_of_glycolysis_28(X))
& subevent_2(X,fn_energy_investment_phase_of_glycolysis_23(X))
& subevent_2(X,fn_energy_investment_phase_of_glycolysis_24(X))
& subevent_2(X,fn_energy_investment_phase_of_glycolysis_25(X))
& subevent_2(X,fn_energy_investment_phase_of_glycolysis_26(X))
& fn_energy_investment_phase_of_glycolysis_24(X) != fn_energy_investment_phase_of_glycolysis_25(X)
& free_energy_change_2(fn_energy_investment_phase_of_glycolysis_24(X),fn_energy_investment_phase_of_glycolysis_7(X))
& next_event_2(fn_energy_investment_phase_of_glycolysis_24(X),fn_energy_investment_phase_of_glycolysis_23(X))
& subevent_2(fn_energy_investment_phase_of_glycolysis_24(X),fn_energy_investment_phase_of_glycolysis_16(X))
& subevent_2(fn_energy_investment_phase_of_glycolysis_24(X),fn_energy_investment_phase_of_glycolysis_15(X))
& fn_energy_investment_phase_of_glycolysis_23(X) != fn_energy_investment_phase_of_glycolysis_26(X)
& next_event_2(fn_energy_investment_phase_of_glycolysis_23(X),fn_energy_investment_phase_of_glycolysis_28(X))
& free_energy_change_2(fn_energy_investment_phase_of_glycolysis_23(X),fn_energy_investment_phase_of_glycolysis_8(X))
& the_cardinal_value_2(fn_energy_investment_phase_of_glycolysis_21(X),"2.23e0")
& cardinal_unit_class_2(fn_energy_investment_phase_of_glycolysis_21(X),kilo_cal_per_mole_0)
& raw_material_2(fn_energy_investment_phase_of_glycolysis_14(X),fn_energy_investment_phase_of_glycolysis_27(X))
& result_2(fn_energy_investment_phase_of_glycolysis_14(X),fn_energy_investment_phase_of_glycolysis_30(X))
& result_2(fn_energy_investment_phase_of_glycolysis_28(X),fn_energy_investment_phase_of_glycolysis_30(X))
& result_2(fn_energy_investment_phase_of_glycolysis_13(X),fn_energy_investment_phase_of_glycolysis_27(X))
& result_2(fn_energy_investment_phase_of_glycolysis_28(X),fn_energy_investment_phase_of_glycolysis_27(X))
& raw_material_2(fn_energy_investment_phase_of_glycolysis_13(X),fn_energy_investment_phase_of_glycolysis_30(X))
& result_2(X,fn_energy_investment_phase_of_glycolysis_39(X))
& raw_material_2(X,fn_energy_investment_phase_of_glycolysis_34(X))
& result_2(fn_energy_investment_phase_of_glycolysis_16(X),fn_energy_investment_phase_of_glycolysis_29(X))
& raw_material_2(fn_energy_investment_phase_of_glycolysis_16(X),fn_energy_investment_phase_of_glycolysis_31(X))
& raw_material_2(fn_energy_investment_phase_of_glycolysis_28(X),fn_energy_investment_phase_of_glycolysis_32(X))
& result_2(fn_energy_investment_phase_of_glycolysis_15(X),fn_energy_investment_phase_of_glycolysis_31(X))
& has_function_2(fn_energy_investment_phase_of_glycolysis_20(X),fn_energy_investment_phase_of_glycolysis_25(X))
& raw_material_2(fn_energy_investment_phase_of_glycolysis_25(X),fn_energy_investment_phase_of_glycolysis_30(X))
& has_function_2(fn_energy_investment_phase_of_glycolysis_37(X),fn_energy_investment_phase_of_glycolysis_24(X))
& raw_material_2(fn_energy_investment_phase_of_glycolysis_24(X),fn_energy_investment_phase_of_glycolysis_29(X))
& has_state_2(fn_energy_investment_phase_of_glycolysis_31(X),fn_energy_investment_phase_of_glycolysis_32(X))
& fn_energy_investment_phase_of_glycolysis_34(X) != fn_energy_investment_phase_of_glycolysis_32(X)
& fn_energy_investment_phase_of_glycolysis_32(X) != fn_energy_investment_phase_of_glycolysis_34(X)
& raw_material_2(fn_energy_investment_phase_of_glycolysis_23(X),fn_energy_investment_phase_of_glycolysis_34(X))
& result_2(fn_energy_investment_phase_of_glycolysis_23(X),fn_energy_investment_phase_of_glycolysis_32(X))
& has_function_2(fn_energy_investment_phase_of_glycolysis_38(X),fn_energy_investment_phase_of_glycolysis_23(X))
& raw_material_2(fn_energy_investment_phase_of_glycolysis_23(X),fn_energy_investment_phase_of_glycolysis_31(X))
& free_energy_change_2(X,fn_energy_investment_phase_of_glycolysis_21(X))
& has_function_2(fn_energy_investment_phase_of_glycolysis_36(X),fn_energy_investment_phase_of_glycolysis_26(X))
& in_event_2(fn_energy_investment_phase_of_glycolysis_35(X),fn_energy_investment_phase_of_glycolysis_26(X))
& plays_2(fn_energy_investment_phase_of_glycolysis_36(X),fn_energy_investment_phase_of_glycolysis_35(X))
& has_function_2(fn_energy_investment_phase_of_glycolysis_36(X),fn_energy_investment_phase_of_glycolysis_12(X))
& enables_2(fn_energy_investment_phase_of_glycolysis_12(X),fn_energy_investment_phase_of_glycolysis_26(X))
& raw_material_2(fn_energy_investment_phase_of_glycolysis_15(X),fn_energy_investment_phase_of_glycolysis_29(X))
& result_2(fn_energy_investment_phase_of_glycolysis_26(X),fn_energy_investment_phase_of_glycolysis_29(X))
& raw_material_2(fn_energy_investment_phase_of_glycolysis_26(X),fn_energy_investment_phase_of_glycolysis_22(X))
& has_state_2(fn_energy_investment_phase_of_glycolysis_22(X),fn_energy_investment_phase_of_glycolysis_29(X))
& has_isomer_2(fn_energy_investment_phase_of_glycolysis_27(X),fn_energy_investment_phase_of_glycolysis_30(X))
& has_isomer_2(fn_energy_investment_phase_of_glycolysis_30(X),fn_energy_investment_phase_of_glycolysis_27(X))
& fn_energy_investment_phase_of_glycolysis_29(X) != fn_energy_investment_phase_of_glycolysis_33(X)
& fn_energy_investment_phase_of_glycolysis_33(X) != fn_energy_investment_phase_of_glycolysis_29(X)
& raw_material_2(fn_energy_investment_phase_of_glycolysis_26(X),fn_energy_investment_phase_of_glycolysis_33(X))
& result_2(fn_energy_investment_phase_of_glycolysis_24(X),fn_energy_investment_phase_of_glycolysis_31(X))
& result_2(fn_energy_investment_phase_of_glycolysis_23(X),fn_energy_investment_phase_of_glycolysis_40(X))
& result_2(fn_energy_investment_phase_of_glycolysis_26(X),fn_energy_investment_phase_of_glycolysis_39(X))
& result_2(fn_energy_investment_phase_of_glycolysis_25(X),fn_energy_investment_phase_of_glycolysis_27(X))
& fn_energy_investment_phase_of_glycolysis_27(X) = fn_reverse_reaction_7(fn_energy_investment_phase_of_glycolysis_14(X))
& fn_energy_investment_phase_of_glycolysis_30(X) = fn_reverse_reaction_5(fn_energy_investment_phase_of_glycolysis_14(X))
& fn_energy_investment_phase_of_glycolysis_30(X) = fn_reverse_reaction_6(fn_energy_investment_phase_of_glycolysis_14(X))
& fn_energy_investment_phase_of_glycolysis_30(X) = fn_decomposition_reaction_4(fn_energy_investment_phase_of_glycolysis_28(X))
& fn_energy_investment_phase_of_glycolysis_27(X) = fn_chemical_reaction_1(fn_energy_investment_phase_of_glycolysis_13(X))
& fn_energy_investment_phase_of_glycolysis_27(X) = fn_decomposition_reaction_2(fn_energy_investment_phase_of_glycolysis_28(X))
& fn_energy_investment_phase_of_glycolysis_30(X) = fn_forward_reaction_6(fn_energy_investment_phase_of_glycolysis_13(X))
& fn_energy_investment_phase_of_glycolysis_30(X) = fn_forward_reaction_5(fn_energy_investment_phase_of_glycolysis_13(X))
& fn_energy_investment_phase_of_glycolysis_39(X) = fn_catabolic_pathway_9(X)
& fn_energy_investment_phase_of_glycolysis_34(X) = fn_catabolic_pathway_10(X)
& fn_energy_investment_phase_of_glycolysis_29(X) = fn_reverse_reaction_5(fn_energy_investment_phase_of_glycolysis_16(X))
& fn_energy_investment_phase_of_glycolysis_29(X) = fn_reverse_reaction_6(fn_energy_investment_phase_of_glycolysis_16(X))
& fn_energy_investment_phase_of_glycolysis_31(X) = fn_reverse_reaction_7(fn_energy_investment_phase_of_glycolysis_16(X))
& fn_energy_investment_phase_of_glycolysis_32(X) = fn_decomposition_reaction_5(fn_energy_investment_phase_of_glycolysis_28(X))
& fn_energy_investment_phase_of_glycolysis_31(X) = fn_chemical_reaction_1(fn_energy_investment_phase_of_glycolysis_15(X))
& fn_energy_investment_phase_of_glycolysis_30(X) = fn_enzyme_8(fn_energy_investment_phase_of_glycolysis_20(X))
& fn_energy_investment_phase_of_glycolysis_25(X) = fn_enzyme_4(fn_energy_investment_phase_of_glycolysis_20(X))
& fn_energy_investment_phase_of_glycolysis_29(X) = fn_isomerization_reaction_2(fn_energy_investment_phase_of_glycolysis_24(X))
& fn_energy_investment_phase_of_glycolysis_29(X) = fn_enzyme_8(fn_energy_investment_phase_of_glycolysis_37(X))
& fn_energy_investment_phase_of_glycolysis_24(X) = fn_enzyme_4(fn_energy_investment_phase_of_glycolysis_37(X))
& fn_energy_investment_phase_of_glycolysis_31(X) = fn_phosphorylated_intermediate_1(fn_energy_investment_phase_of_glycolysis_32(X))
& fn_energy_investment_phase_of_glycolysis_34(X) = fn_phosphorylated_intermediate_3(fn_energy_investment_phase_of_glycolysis_32(X))
& fn_energy_investment_phase_of_glycolysis_34(X) = fn_phosphofructokinase_17(fn_energy_investment_phase_of_glycolysis_38(X))
& fn_energy_investment_phase_of_glycolysis_32(X) = fn_phosphofructokinase_51(fn_energy_investment_phase_of_glycolysis_38(X))
& fn_energy_investment_phase_of_glycolysis_31(X) = fn_phosphorylation_5(fn_energy_investment_phase_of_glycolysis_23(X))
& fn_energy_investment_phase_of_glycolysis_31(X) = fn_phosphorylation_1(fn_energy_investment_phase_of_glycolysis_23(X))
& fn_energy_investment_phase_of_glycolysis_31(X) = fn_phosphofructokinase_28(fn_energy_investment_phase_of_glycolysis_38(X))
& fn_energy_investment_phase_of_glycolysis_23(X) = fn_kinase_1(fn_energy_investment_phase_of_glycolysis_38(X))
& fn_energy_investment_phase_of_glycolysis_23(X) = fn_phosphofructokinase_24(fn_energy_investment_phase_of_glycolysis_38(X))
& fn_energy_investment_phase_of_glycolysis_11(X) = fn_exergonic_reaction_9(X)
& fn_energy_investment_phase_of_glycolysis_21(X) = fn_exergonic_reaction_8(X)
& fn_energy_investment_phase_of_glycolysis_12(X) = fn_hexokinase_8(fn_energy_investment_phase_of_glycolysis_36(X))
& fn_energy_investment_phase_of_glycolysis_35(X) = fn_hexokinase_6(fn_energy_investment_phase_of_glycolysis_36(X))
& fn_energy_investment_phase_of_glycolysis_26(X) = fn_hexokinase_9(fn_energy_investment_phase_of_glycolysis_36(X))
& fn_energy_investment_phase_of_glycolysis_41(X) = fn_forward_reaction_3(fn_energy_investment_phase_of_glycolysis_15(X))
& fn_energy_investment_phase_of_glycolysis_42(X) = fn_forward_reaction_4(fn_energy_investment_phase_of_glycolysis_15(X))
& fn_energy_investment_phase_of_glycolysis_18(X) = fn_forward_reaction_2(fn_energy_investment_phase_of_glycolysis_15(X))
& fn_energy_investment_phase_of_glycolysis_19(X) = fn_forward_reaction_1(fn_energy_investment_phase_of_glycolysis_15(X))
& fn_energy_investment_phase_of_glycolysis_17(X) = fn_forward_reaction_8(fn_energy_investment_phase_of_glycolysis_15(X))
& fn_energy_investment_phase_of_glycolysis_29(X) = fn_forward_reaction_6(fn_energy_investment_phase_of_glycolysis_15(X))
& fn_energy_investment_phase_of_glycolysis_29(X) = fn_forward_reaction_5(fn_energy_investment_phase_of_glycolysis_15(X))
& fn_energy_investment_phase_of_glycolysis_39(X) = fn_phosphorylation_2(fn_energy_investment_phase_of_glycolysis_26(X))
& fn_energy_investment_phase_of_glycolysis_40(X) = fn_phosphorylation_2(fn_energy_investment_phase_of_glycolysis_23(X))
& fn_energy_investment_phase_of_glycolysis_31(X) = fn_isomerization_reaction_1(fn_energy_investment_phase_of_glycolysis_24(X))
& fn_energy_investment_phase_of_glycolysis_33(X) = fn_phosphorylation_5(fn_energy_investment_phase_of_glycolysis_26(X))
& fn_energy_investment_phase_of_glycolysis_33(X) = fn_phosphorylation_1(fn_energy_investment_phase_of_glycolysis_26(X))
& fn_energy_investment_phase_of_glycolysis_33(X) = fn_glucose_6_phosphate_24(fn_energy_investment_phase_of_glycolysis_29(X))
& fn_energy_investment_phase_of_glycolysis_30(X) = fn_isomerization_reaction_2(fn_energy_investment_phase_of_glycolysis_25(X))
& fn_energy_investment_phase_of_glycolysis_27(X) = fn_isomerization_reaction_1(fn_energy_investment_phase_of_glycolysis_25(X))
& fn_energy_investment_phase_of_glycolysis_27(X) = fn_dihydroxyacetone_phosphate_1(fn_energy_investment_phase_of_glycolysis_30(X))
& fn_energy_investment_phase_of_glycolysis_26(X) = fn_glucose_6_phosphate_25(fn_energy_investment_phase_of_glycolysis_29(X))
& fn_energy_investment_phase_of_glycolysis_22(X) = fn_glucose_6_phosphate_26(fn_energy_investment_phase_of_glycolysis_29(X))
& fn_catabolic_pathway_10(X) = fn_phosphorylated_intermediate_3(fn_energy_investment_phase_of_glycolysis_32(X))
& fn_phosphorylated_intermediate_3(fn_energy_investment_phase_of_glycolysis_32(X)) = fn_phosphorylated_intermediate_3(fn_energy_investment_phase_of_glycolysis_32(X))
& fn_phosphorylated_intermediate_3(fn_energy_investment_phase_of_glycolysis_32(X)) = fn_phosphofructokinase_17(fn_energy_investment_phase_of_glycolysis_38(X))
& fn_phosphofructokinase_17(fn_energy_investment_phase_of_glycolysis_38(X)) = fn_decomposition_reaction_5(fn_energy_investment_phase_of_glycolysis_28(X))
& fn_decomposition_reaction_5(fn_energy_investment_phase_of_glycolysis_28(X)) = fn_phosphofructokinase_51(fn_energy_investment_phase_of_glycolysis_38(X))
& fn_phosphofructokinase_51(fn_energy_investment_phase_of_glycolysis_38(X)) = fn_catabolic_pathway_9(X)
& fn_catabolic_pathway_9(X) = fn_phosphorylation_2(fn_energy_investment_phase_of_glycolysis_26(X))
& fn_phosphorylation_2(fn_energy_investment_phase_of_glycolysis_26(X)) = fn_phosphofructokinase_24(fn_energy_investment_phase_of_glycolysis_38(X))
& fn_phosphofructokinase_24(fn_energy_investment_phase_of_glycolysis_38(X)) = fn_phosphofructokinase_24(fn_energy_investment_phase_of_glycolysis_38(X))
& fn_phosphofructokinase_24(fn_energy_investment_phase_of_glycolysis_38(X)) = fn_kinase_1(fn_energy_investment_phase_of_glycolysis_38(X))
& fn_kinase_1(fn_energy_investment_phase_of_glycolysis_38(X)) = fn_phosphofructokinase_24(fn_energy_investment_phase_of_glycolysis_38(X))
& fn_phosphofructokinase_24(fn_energy_investment_phase_of_glycolysis_38(X)) = fn_reverse_reaction_7(fn_energy_investment_phase_of_glycolysis_16(X))
& fn_reverse_reaction_7(fn_energy_investment_phase_of_glycolysis_16(X)) = fn_phosphorylation_5(fn_energy_investment_phase_of_glycolysis_23(X))
& fn_phosphorylation_5(fn_energy_investment_phase_of_glycolysis_23(X)) = fn_reverse_reaction_7(fn_energy_investment_phase_of_glycolysis_16(X))
& fn_reverse_reaction_7(fn_energy_investment_phase_of_glycolysis_16(X)) = fn_chemical_reaction_1(fn_energy_investment_phase_of_glycolysis_15(X))
& fn_chemical_reaction_1(fn_energy_investment_phase_of_glycolysis_15(X)) = fn_chemical_reaction_1(fn_energy_investment_phase_of_glycolysis_15(X))
& fn_chemical_reaction_1(fn_energy_investment_phase_of_glycolysis_15(X)) = fn_phosphorylation_1(fn_energy_investment_phase_of_glycolysis_23(X))
& fn_phosphorylated_intermediate_1(fn_energy_investment_phase_of_glycolysis_32(X)) = fn_phosphorylation_1(fn_energy_investment_phase_of_glycolysis_23(X))
& fn_phosphorylation_1(fn_energy_investment_phase_of_glycolysis_23(X)) = fn_phosphorylated_intermediate_1(fn_energy_investment_phase_of_glycolysis_32(X))
& fn_phosphorylated_intermediate_1(fn_energy_investment_phase_of_glycolysis_32(X)) = fn_phosphofructokinase_28(fn_energy_investment_phase_of_glycolysis_38(X))
& fn_phosphofructokinase_28(fn_energy_investment_phase_of_glycolysis_38(X)) = fn_phosphofructokinase_28(fn_energy_investment_phase_of_glycolysis_38(X))
& fn_phosphofructokinase_28(fn_energy_investment_phase_of_glycolysis_38(X)) = fn_isomerization_reaction_1(fn_energy_investment_phase_of_glycolysis_24(X))
& fn_isomerization_reaction_1(fn_energy_investment_phase_of_glycolysis_24(X)) = fn_phosphorylation_5(fn_energy_investment_phase_of_glycolysis_26(X))
& fn_phosphorylation_5(fn_energy_investment_phase_of_glycolysis_26(X)) = fn_phosphorylation_1(fn_energy_investment_phase_of_glycolysis_26(X))
& fn_glucose_6_phosphate_24(fn_energy_investment_phase_of_glycolysis_29(X)) = fn_glucose_6_phosphate_24(fn_energy_investment_phase_of_glycolysis_29(X))
& fn_glucose_6_phosphate_24(fn_energy_investment_phase_of_glycolysis_29(X)) = fn_phosphorylation_1(fn_energy_investment_phase_of_glycolysis_26(X))
& fn_phosphorylation_1(fn_energy_investment_phase_of_glycolysis_26(X)) = fn_glucose_6_phosphate_24(fn_energy_investment_phase_of_glycolysis_29(X))
& fn_glucose_6_phosphate_24(fn_energy_investment_phase_of_glycolysis_29(X)) = fn_reverse_reaction_7(fn_energy_investment_phase_of_glycolysis_14(X))
& fn_reverse_reaction_7(fn_energy_investment_phase_of_glycolysis_14(X)) = fn_chemical_reaction_1(fn_energy_investment_phase_of_glycolysis_13(X))
& fn_chemical_reaction_1(fn_energy_investment_phase_of_glycolysis_13(X)) = fn_chemical_reaction_1(fn_energy_investment_phase_of_glycolysis_13(X))
& fn_chemical_reaction_1(fn_energy_investment_phase_of_glycolysis_13(X)) = fn_decomposition_reaction_2(fn_energy_investment_phase_of_glycolysis_28(X))
& fn_decomposition_reaction_2(fn_energy_investment_phase_of_glycolysis_28(X)) = fn_decomposition_reaction_2(fn_energy_investment_phase_of_glycolysis_28(X))
& fn_decomposition_reaction_2(fn_energy_investment_phase_of_glycolysis_28(X)) = fn_isomerization_reaction_1(fn_energy_investment_phase_of_glycolysis_25(X))
& fn_isomerization_reaction_1(fn_energy_investment_phase_of_glycolysis_25(X)) = fn_isomerization_reaction_1(fn_energy_investment_phase_of_glycolysis_25(X))
& fn_dihydroxyacetone_phosphate_1(fn_energy_investment_phase_of_glycolysis_30(X)) = fn_isomerization_reaction_1(fn_energy_investment_phase_of_glycolysis_25(X))
& fn_isomerization_reaction_1(fn_energy_investment_phase_of_glycolysis_25(X)) = fn_dihydroxyacetone_phosphate_1(fn_energy_investment_phase_of_glycolysis_30(X))
& fn_dihydroxyacetone_phosphate_1(fn_energy_investment_phase_of_glycolysis_30(X)) = fn_reverse_reaction_5(fn_energy_investment_phase_of_glycolysis_14(X))
& fn_reverse_reaction_5(fn_energy_investment_phase_of_glycolysis_14(X)) = fn_forward_reaction_6(fn_energy_investment_phase_of_glycolysis_13(X))
& fn_reverse_reaction_6(fn_energy_investment_phase_of_glycolysis_14(X)) = fn_forward_reaction_6(fn_energy_investment_phase_of_glycolysis_13(X))
& fn_forward_reaction_6(fn_energy_investment_phase_of_glycolysis_13(X)) = fn_reverse_reaction_6(fn_energy_investment_phase_of_glycolysis_14(X))
& fn_reverse_reaction_6(fn_energy_investment_phase_of_glycolysis_14(X)) = fn_decomposition_reaction_4(fn_energy_investment_phase_of_glycolysis_28(X))
& fn_decomposition_reaction_4(fn_energy_investment_phase_of_glycolysis_28(X)) = fn_decomposition_reaction_4(fn_energy_investment_phase_of_glycolysis_28(X))
& fn_decomposition_reaction_4(fn_energy_investment_phase_of_glycolysis_28(X)) = fn_forward_reaction_5(fn_energy_investment_phase_of_glycolysis_13(X))
& fn_forward_reaction_5(fn_energy_investment_phase_of_glycolysis_13(X)) = fn_forward_reaction_5(fn_energy_investment_phase_of_glycolysis_13(X))
& fn_forward_reaction_5(fn_energy_investment_phase_of_glycolysis_13(X)) = fn_isomerization_reaction_2(fn_energy_investment_phase_of_glycolysis_25(X))
& fn_isomerization_reaction_2(fn_energy_investment_phase_of_glycolysis_25(X)) = fn_isomerization_reaction_2(fn_energy_investment_phase_of_glycolysis_25(X))
& fn_isomerization_reaction_2(fn_energy_investment_phase_of_glycolysis_25(X)) = fn_enzyme_8(fn_energy_investment_phase_of_glycolysis_20(X))
& fn_enzyme_8(fn_energy_investment_phase_of_glycolysis_20(X)) = fn_isomerization_reaction_2(fn_energy_investment_phase_of_glycolysis_25(X))
& fn_isomerization_reaction_2(fn_energy_investment_phase_of_glycolysis_25(X)) = fn_hexokinase_9(fn_energy_investment_phase_of_glycolysis_36(X))
& fn_hexokinase_9(fn_energy_investment_phase_of_glycolysis_36(X)) = fn_hexokinase_9(fn_energy_investment_phase_of_glycolysis_36(X))
& fn_hexokinase_9(fn_energy_investment_phase_of_glycolysis_36(X)) = fn_glucose_6_phosphate_25(fn_energy_investment_phase_of_glycolysis_29(X))
& fn_glucose_6_phosphate_25(fn_energy_investment_phase_of_glycolysis_29(X)) = fn_glucose_6_phosphate_25(fn_energy_investment_phase_of_glycolysis_29(X))
& fn_glucose_6_phosphate_25(fn_energy_investment_phase_of_glycolysis_29(X)) = fn_reverse_reaction_5(fn_energy_investment_phase_of_glycolysis_16(X))
& fn_reverse_reaction_5(fn_energy_investment_phase_of_glycolysis_16(X)) = fn_forward_reaction_6(fn_energy_investment_phase_of_glycolysis_15(X))
& fn_reverse_reaction_6(fn_energy_investment_phase_of_glycolysis_16(X)) = fn_forward_reaction_6(fn_energy_investment_phase_of_glycolysis_15(X))
& fn_forward_reaction_6(fn_energy_investment_phase_of_glycolysis_15(X)) = fn_reverse_reaction_6(fn_energy_investment_phase_of_glycolysis_16(X))
& fn_reverse_reaction_6(fn_energy_investment_phase_of_glycolysis_16(X)) = fn_isomerization_reaction_2(fn_energy_investment_phase_of_glycolysis_24(X))
& fn_isomerization_reaction_2(fn_energy_investment_phase_of_glycolysis_24(X)) = fn_isomerization_reaction_2(fn_energy_investment_phase_of_glycolysis_24(X))
& fn_isomerization_reaction_2(fn_energy_investment_phase_of_glycolysis_24(X)) = fn_enzyme_8(fn_energy_investment_phase_of_glycolysis_37(X))
& fn_enzyme_8(fn_energy_investment_phase_of_glycolysis_37(X)) = fn_enzyme_8(fn_energy_investment_phase_of_glycolysis_37(X))
& fn_enzyme_8(fn_energy_investment_phase_of_glycolysis_37(X)) = fn_forward_reaction_5(fn_energy_investment_phase_of_glycolysis_15(X))
& fn_forward_reaction_5(fn_energy_investment_phase_of_glycolysis_15(X)) = fn_forward_reaction_5(fn_energy_investment_phase_of_glycolysis_15(X)) ) ) ).
fof(a529312,axiom,
! [X] :
( energy_payoff_phase_of_glycolysis_1(X)
=> ( original_name_2(X,'Energy-Payoff-Phase-Of-Glycolysis')
& user_description_2(X,'The second phase of glycolysis, consisting of a series of chemical reactions, in which ATP is ultimately produced.')
& concept2words_2(X,'undergo energy payoff phase of glycolysis')
& concept2words_2(X,'energy payoff phase of glycolysis')
& concept2words_2(X,'energy-payoff-phase-of-glycolysis')
& catabolic_pathway_1(X)
& free_energy_change_value_1(fn_energy_payoff_phase_of_glycolysis_2(X))
& free_energy_1(fn_energy_payoff_phase_of_glycolysis_3(X))
& hydrogen_ion_1(fn_energy_payoff_phase_of_glycolysis_4(X))
& pyruvate_1(fn_energy_payoff_phase_of_glycolysis_5(X))
& catalyst_1(fn_energy_payoff_phase_of_glycolysis_6(X))
& chemical_entity_1(fn_energy_payoff_phase_of_glycolysis_9(X))
& tangible_entity_1(fn_energy_payoff_phase_of_glycolysis_9(X))
& electron_1(fn_energy_payoff_phase_of_glycolysis_9(X))
& electron_recipient_1(fn_energy_payoff_phase_of_glycolysis_10(X))
& atom_1(fn_energy_payoff_phase_of_glycolysis_11(X))
& electronegativity_value_1(fn_energy_payoff_phase_of_glycolysis_12(X))
& electronegativity_value_1(fn_energy_payoff_phase_of_glycolysis_13(X))
& atom_1(fn_energy_payoff_phase_of_glycolysis_14(X))
& reducing_agent_1(fn_energy_payoff_phase_of_glycolysis_15(X))
& phosphoglycerokinase_1(fn_energy_payoff_phase_of_glycolysis_16(X))
& reactant_1(fn_energy_payoff_phase_of_glycolysis_17(X))
& entity_1(fn_energy_payoff_phase_of_glycolysis_20(X))
& chemical_entity_1(fn_energy_payoff_phase_of_glycolysis_20(X))
& atom_1(fn_energy_payoff_phase_of_glycolysis_20(X))
& carbon_1(fn_energy_payoff_phase_of_glycolysis_20(X))
& iron_1(fn_energy_payoff_phase_of_glycolysis_21(X))
& share_1(fn_energy_payoff_phase_of_glycolysis_22(X))
& chemical_bond_1(fn_energy_payoff_phase_of_glycolysis_23(X))
& covalent_bond_1(fn_energy_payoff_phase_of_glycolysis_23(X))
& kinetic_energy_1(fn_energy_payoff_phase_of_glycolysis_24(X))
& constant_motion_1(fn_energy_payoff_phase_of_glycolysis_25(X))
& carbon_skeleton_1(fn_energy_payoff_phase_of_glycolysis_26(X))
& speed_value_1(fn_energy_payoff_phase_of_glycolysis_27(X))
& quantity_value_1(fn_energy_payoff_phase_of_glycolysis_28(X))
& chemical_entity_1(fn_energy_payoff_phase_of_glycolysis_29(X))
& number_1_comma_3_bisphosphoglycerate_1(fn_energy_payoff_phase_of_glycolysis_29(X))
& organic_molecule_1(fn_energy_payoff_phase_of_glycolysis_30(X))
& chemical_entity_1(fn_energy_payoff_phase_of_glycolysis_30(X))
& adp_1(fn_energy_payoff_phase_of_glycolysis_30(X))
& adp_1(fn_energy_payoff_phase_of_glycolysis_31(X))
& organic_molecule_1(fn_energy_payoff_phase_of_glycolysis_32(X))
& molecule_1(fn_energy_payoff_phase_of_glycolysis_32(X))
& chemical_entity_1(fn_energy_payoff_phase_of_glycolysis_32(X))
& ribonucleotide_1(fn_energy_payoff_phase_of_glycolysis_32(X))
& nucleoside_triphosphate_1(fn_energy_payoff_phase_of_glycolysis_32(X))
& atp_1(fn_energy_payoff_phase_of_glycolysis_32(X))
& reduction_1(fn_energy_payoff_phase_of_glycolysis_33(X))
& oxidizing_agent_1(fn_energy_payoff_phase_of_glycolysis_34(X))
& phosphoglyceromutase_1(fn_energy_payoff_phase_of_glycolysis_35(X))
& enolase_1(fn_energy_payoff_phase_of_glycolysis_36(X))
& pyruvate_kinase_1(fn_energy_payoff_phase_of_glycolysis_37(X))
& free_energy_change_value_1(fn_energy_payoff_phase_of_glycolysis_38(X))
& organic_molecule_1(fn_energy_payoff_phase_of_glycolysis_39(X))
& molecule_1(fn_energy_payoff_phase_of_glycolysis_39(X))
& chemical_entity_1(fn_energy_payoff_phase_of_glycolysis_39(X))
& ribonucleotide_1(fn_energy_payoff_phase_of_glycolysis_39(X))
& nucleoside_triphosphate_1(fn_energy_payoff_phase_of_glycolysis_39(X))
& atp_1(fn_energy_payoff_phase_of_glycolysis_39(X))
& isomerization_reaction_1(fn_energy_payoff_phase_of_glycolysis_40(X))
& chemical_reaction_1(fn_energy_payoff_phase_of_glycolysis_41(X))
& synthesis_of_atp_1(fn_energy_payoff_phase_of_glycolysis_41(X))
& substrate_level_phosphorylation_1(fn_energy_payoff_phase_of_glycolysis_41(X))
& condensation_reaction_1(fn_energy_payoff_phase_of_glycolysis_42(X))
& chemical_reaction_1(fn_energy_payoff_phase_of_glycolysis_42(X))
& dehydration_reaction_1(fn_energy_payoff_phase_of_glycolysis_42(X))
& water_molecule_1(fn_energy_payoff_phase_of_glycolysis_43(X))
& fuel_1(fn_energy_payoff_phase_of_glycolysis_44(X))
& oxidation_1(fn_energy_payoff_phase_of_glycolysis_45(X))
& tangible_entity_1(fn_energy_payoff_phase_of_glycolysis_46(X))
& chemical_entity_1(fn_energy_payoff_phase_of_glycolysis_46(X))
& organic_molecule_1(fn_energy_payoff_phase_of_glycolysis_46(X))
& nad_plus_1(fn_energy_payoff_phase_of_glycolysis_46(X))
& glyceraldehyde_3_phosphate_1(fn_energy_payoff_phase_of_glycolysis_47(X))
& phosphorylation_1(fn_energy_payoff_phase_of_glycolysis_48(X))
& chemical_reaction_1(fn_energy_payoff_phase_of_glycolysis_49(X))
& redox_reaction_1(fn_energy_payoff_phase_of_glycolysis_49(X))
& nadh_1(fn_energy_payoff_phase_of_glycolysis_50(X))
& two_phosphoglycerate_1(fn_energy_payoff_phase_of_glycolysis_51(X))
& chemical_reaction_1(fn_energy_payoff_phase_of_glycolysis_52(X))
& synthesis_of_atp_1(fn_energy_payoff_phase_of_glycolysis_52(X))
& substrate_level_phosphorylation_1(fn_energy_payoff_phase_of_glycolysis_52(X))
& free_energy_change_value_1(fn_energy_payoff_phase_of_glycolysis_53(X))
& three_phosphoglycerate_1(fn_energy_payoff_phase_of_glycolysis_54(X))
& phosphoenolpyruvate_1(fn_energy_payoff_phase_of_glycolysis_56(X))
& electron_donor_1(fn_energy_payoff_phase_of_glycolysis_57(X))
& quantity_value_1(fn_energy_payoff_phase_of_glycolysis_59(X))
& rate_value_1(fn_energy_payoff_phase_of_glycolysis_60(X))
& reactant_1(fn_energy_payoff_phase_of_glycolysis_61(X))
& chemical_entity_1(fn_energy_payoff_phase_of_glycolysis_62(X))
& dehydrogenase_1(fn_energy_payoff_phase_of_glycolysis_62(X))
& triose_phosphate_dehydrogenase_1(fn_energy_payoff_phase_of_glycolysis_62(X))
& quantity_value_1(fn_energy_payoff_phase_of_glycolysis_63(X))
& speed_value_1(fn_energy_payoff_phase_of_glycolysis_64(X))
& constant_motion_1(fn_energy_payoff_phase_of_glycolysis_65(X))
& functional_group_1(fn_energy_payoff_phase_of_glycolysis_66(X))
& phosphate_group_1(fn_energy_payoff_phase_of_glycolysis_66(X))
& carbon_skeleton_1(fn_energy_payoff_phase_of_glycolysis_67(X))
& oxygen_1(fn_energy_payoff_phase_of_glycolysis_68(X))
& entity_1(fn_energy_payoff_phase_of_glycolysis_68(X))
& chemical_entity_1(fn_energy_payoff_phase_of_glycolysis_68(X))
& atom_1(fn_energy_payoff_phase_of_glycolysis_68(X))
& entity_1(fn_energy_payoff_phase_of_glycolysis_69(X))
& chemical_entity_1(fn_energy_payoff_phase_of_glycolysis_69(X))
& atom_1(fn_energy_payoff_phase_of_glycolysis_69(X))
& phosphorus_1(fn_energy_payoff_phase_of_glycolysis_69(X))
& entity_1(fn_energy_payoff_phase_of_glycolysis_70(X))
& chemical_entity_1(fn_energy_payoff_phase_of_glycolysis_70(X))
& atom_1(fn_energy_payoff_phase_of_glycolysis_70(X))
& carbon_1(fn_energy_payoff_phase_of_glycolysis_70(X))
& entity_1(fn_energy_payoff_phase_of_glycolysis_71(X))
& chemical_entity_1(fn_energy_payoff_phase_of_glycolysis_71(X))
& atom_1(fn_energy_payoff_phase_of_glycolysis_71(X))
& oxygen_1(fn_energy_payoff_phase_of_glycolysis_71(X))
& kinetic_energy_1(fn_energy_payoff_phase_of_glycolysis_72(X))
& covalent_bond_1(fn_energy_payoff_phase_of_glycolysis_73(X))
& single_bond_1(fn_energy_payoff_phase_of_glycolysis_73(X))
& double_bond_1(fn_energy_payoff_phase_of_glycolysis_74(X))
& phosphorylation_1(fn_energy_payoff_phase_of_glycolysis_75(X))
& chemical_reaction_1(fn_energy_payoff_phase_of_glycolysis_76(X))
& inorganic_phosphate_1(fn_energy_payoff_phase_of_glycolysis_81(X))
& atom_1(fn_energy_payoff_phase_of_glycolysis_82(X))
& chemical_entity_1(fn_energy_payoff_phase_of_glycolysis_82(X))
& chemical_entity_1(fn_energy_payoff_phase_of_glycolysis_83(X))
& molecule_1(fn_energy_payoff_phase_of_glycolysis_83(X))
& organic_molecule_1(fn_energy_payoff_phase_of_glycolysis_83(X))
& carboxyl_group_1(fn_energy_payoff_phase_of_glycolysis_84(X))
& entity_1(fn_energy_payoff_phase_of_glycolysis_85(X))
& chemical_entity_1(fn_energy_payoff_phase_of_glycolysis_85(X))
& atom_1(fn_energy_payoff_phase_of_glycolysis_85(X))
& hydrogen_1(fn_energy_payoff_phase_of_glycolysis_85(X))
& double_bond_1(fn_energy_payoff_phase_of_glycolysis_86(X))
& quantity_value_1(fn_energy_payoff_phase_of_glycolysis_87(X))
& quantity_value_1(fn_energy_payoff_phase_of_glycolysis_88(X))
& oxygen_1(fn_energy_payoff_phase_of_glycolysis_89(X))
& entity_1(fn_energy_payoff_phase_of_glycolysis_89(X))
& chemical_entity_1(fn_energy_payoff_phase_of_glycolysis_89(X))
& atom_1(fn_energy_payoff_phase_of_glycolysis_89(X))
& tangible_entity_1(fn_energy_payoff_phase_of_glycolysis_90(X))
& entity_1(fn_energy_payoff_phase_of_glycolysis_90(X))
& chemical_entity_1(fn_energy_payoff_phase_of_glycolysis_90(X))
& atom_1(fn_energy_payoff_phase_of_glycolysis_90(X))
& phosphorus_1(fn_energy_payoff_phase_of_glycolysis_90(X))
& entity_1(fn_energy_payoff_phase_of_glycolysis_91(X))
& chemical_entity_1(fn_energy_payoff_phase_of_glycolysis_91(X))
& atom_1(fn_energy_payoff_phase_of_glycolysis_91(X))
& oxygen_1(fn_energy_payoff_phase_of_glycolysis_91(X))
& functional_group_1(fn_energy_payoff_phase_of_glycolysis_92(X))
& phosphate_group_1(fn_energy_payoff_phase_of_glycolysis_92(X))
& functional_group_1(fn_energy_payoff_phase_of_glycolysis_93(X))
& phosphate_group_1(fn_energy_payoff_phase_of_glycolysis_93(X))
& functional_group_1(fn_energy_payoff_phase_of_glycolysis_94(X))
& phosphate_group_1(fn_energy_payoff_phase_of_glycolysis_94(X))
& free_energy_1(fn_energy_payoff_phase_of_glycolysis_95(X))
& covalent_bond_1(fn_energy_payoff_phase_of_glycolysis_96(X))
& chemical_bond_1(fn_energy_payoff_phase_of_glycolysis_96(X))
& single_bond_1(fn_energy_payoff_phase_of_glycolysis_96(X))
& structural_complexity_value_1(fn_energy_payoff_phase_of_glycolysis_97(X))
& structural_complexity_value_1(fn_energy_payoff_phase_of_glycolysis_98(X))
& free_energy_1(fn_energy_payoff_phase_of_glycolysis_99(X))
& organic_molecule_1(fn_energy_payoff_phase_of_glycolysis_104(X))
& chemical_reaction_1(fn_pyruvate_kinase_9(fn_energy_payoff_phase_of_glycolysis_37(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_75(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_energy_payoff_phase_of_glycolysis_76(X)))
& chemical_reaction_1(fn_enzyme_4(fn_energy_payoff_phase_of_glycolysis_36(X)))
& molecule_1(fn_isomerization_reaction_2(fn_energy_payoff_phase_of_glycolysis_40(X)))
& reactant_1(fn_enzyme_7(fn_energy_payoff_phase_of_glycolysis_16(X)))
& water_molecule_1(fn_dehydration_reaction_6(fn_energy_payoff_phase_of_glycolysis_42(X)))
& atom_1(fn_organic_molecule_2(fn_energy_payoff_phase_of_glycolysis_83(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_energy_payoff_phase_of_glycolysis_83(X)))
& isomerization_reaction_1(fn_phosphoglyceromutase_1(fn_energy_payoff_phase_of_glycolysis_35(X)))
& oxidizing_agent_1(fn_oxidation_11(fn_energy_payoff_phase_of_glycolysis_45(X)))
& electron_donor_1(fn_oxidation_8(fn_energy_payoff_phase_of_glycolysis_45(X)))
& reducing_agent_1(fn_reduction_5(fn_energy_payoff_phase_of_glycolysis_33(X)))
& electron_recipient_1(fn_reduction_2(fn_energy_payoff_phase_of_glycolysis_33(X)))
& property_node_1(fn_redox_reaction_15(fn_energy_payoff_phase_of_glycolysis_49(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_energy_payoff_phase_of_glycolysis_49(X)))
& atom_1(fn_redox_reaction_13(fn_energy_payoff_phase_of_glycolysis_49(X)))
& property_node_1(fn_redox_reaction_3(fn_energy_payoff_phase_of_glycolysis_49(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_energy_payoff_phase_of_glycolysis_49(X)))
& atom_1(fn_redox_reaction_2(fn_energy_payoff_phase_of_glycolysis_49(X)))
& atom_1(fn_organic_molecule_2(fn_energy_payoff_phase_of_glycolysis_46(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_energy_payoff_phase_of_glycolysis_46(X)))
& adp_1(fn_substrate_level_phosphorylation_6(fn_energy_payoff_phase_of_glycolysis_41(X)))
& property_node_1(fn_synthesis_of_atp_11(fn_energy_payoff_phase_of_glycolysis_52(X)))
& free_energy_change_value_1(fn_synthesis_of_atp_12(fn_energy_payoff_phase_of_glycolysis_52(X)))
& property_node_1(fn_substrate_level_phosphorylation_17(fn_energy_payoff_phase_of_glycolysis_52(X)))
& property_node_1(fn_substrate_level_phosphorylation_18(fn_energy_payoff_phase_of_glycolysis_52(X)))
& free_energy_1(fn_substrate_level_phosphorylation_12(fn_energy_payoff_phase_of_glycolysis_52(X)))
& quantity_value_1(fn_substrate_level_phosphorylation_13(fn_energy_payoff_phase_of_glycolysis_52(X)))
& quantity_value_1(fn_substrate_level_phosphorylation_14(fn_energy_payoff_phase_of_glycolysis_52(X)))
& property_node_1(fn_1_comma_3_bisphosphoglycerate_20(fn_energy_payoff_phase_of_glycolysis_29(X)))
& property_node_1(fn_1_comma_3_bisphosphoglycerate_19(fn_energy_payoff_phase_of_glycolysis_29(X)))
& constant_motion_1(fn_1_comma_3_bisphosphoglycerate_4(fn_energy_payoff_phase_of_glycolysis_29(X)))
& speed_value_1(fn_1_comma_3_bisphosphoglycerate_6(fn_energy_payoff_phase_of_glycolysis_29(X)))
& quantity_value_1(fn_1_comma_3_bisphosphoglycerate_7(fn_energy_payoff_phase_of_glycolysis_29(X)))
& carbon_skeleton_1(fn_1_comma_3_bisphosphoglycerate_10(fn_energy_payoff_phase_of_glycolysis_29(X)))
& entity_1(fn_1_comma_3_bisphosphoglycerate_8(fn_energy_payoff_phase_of_glycolysis_29(X)))
& chemical_entity_1(fn_1_comma_3_bisphosphoglycerate_8(fn_energy_payoff_phase_of_glycolysis_29(X)))
& atom_1(fn_1_comma_3_bisphosphoglycerate_8(fn_energy_payoff_phase_of_glycolysis_29(X)))
& carbon_1(fn_1_comma_3_bisphosphoglycerate_8(fn_energy_payoff_phase_of_glycolysis_29(X)))
& entity_1(fn_1_comma_3_bisphosphoglycerate_18(fn_energy_payoff_phase_of_glycolysis_29(X)))
& chemical_entity_1(fn_1_comma_3_bisphosphoglycerate_18(fn_energy_payoff_phase_of_glycolysis_29(X)))
& atom_1(fn_1_comma_3_bisphosphoglycerate_18(fn_energy_payoff_phase_of_glycolysis_29(X)))
& phosphorus_1(fn_1_comma_3_bisphosphoglycerate_18(fn_energy_payoff_phase_of_glycolysis_29(X)))
& entity_1(fn_1_comma_3_bisphosphoglycerate_16(fn_energy_payoff_phase_of_glycolysis_29(X)))
& chemical_entity_1(fn_1_comma_3_bisphosphoglycerate_16(fn_energy_payoff_phase_of_glycolysis_29(X)))
& atom_1(fn_1_comma_3_bisphosphoglycerate_16(fn_energy_payoff_phase_of_glycolysis_29(X)))
& hydrogen_1(fn_1_comma_3_bisphosphoglycerate_16(fn_energy_payoff_phase_of_glycolysis_29(X)))
& phosphorylation_1(fn_1_comma_3_bisphosphoglycerate_1(fn_energy_payoff_phase_of_glycolysis_29(X)))
& kinetic_energy_1(fn_1_comma_3_bisphosphoglycerate_3(fn_energy_payoff_phase_of_glycolysis_29(X)))
& carboxyl_group_1(fn_1_comma_3_bisphosphoglycerate_11(fn_energy_payoff_phase_of_glycolysis_29(X)))
& covalent_bond_1(fn_1_comma_3_bisphosphoglycerate_13(fn_energy_payoff_phase_of_glycolysis_29(X)))
& single_bond_1(fn_1_comma_3_bisphosphoglycerate_13(fn_energy_payoff_phase_of_glycolysis_29(X)))
& functional_group_1(fn_1_comma_3_bisphosphoglycerate_15(fn_energy_payoff_phase_of_glycolysis_29(X)))
& phosphate_group_1(fn_1_comma_3_bisphosphoglycerate_15(fn_energy_payoff_phase_of_glycolysis_29(X)))
& property_node_1(fn_nad_plus_4(fn_energy_payoff_phase_of_glycolysis_46(X)))
& property_node_1(fn_nad_plus_3(fn_energy_payoff_phase_of_glycolysis_46(X)))
& constant_motion_1(fn_nad_plus_6(fn_energy_payoff_phase_of_glycolysis_46(X)))
& speed_value_1(fn_nad_plus_8(fn_energy_payoff_phase_of_glycolysis_46(X)))
& quantity_value_1(fn_nad_plus_9(fn_energy_payoff_phase_of_glycolysis_46(X)))
& kinetic_energy_1(fn_nad_plus_5(fn_energy_payoff_phase_of_glycolysis_46(X)))
& share_1(fn_nad_plus_18(fn_energy_payoff_phase_of_glycolysis_46(X)))
& chemical_bond_1(fn_nad_plus_17(fn_energy_payoff_phase_of_glycolysis_46(X)))
& covalent_bond_1(fn_nad_plus_17(fn_energy_payoff_phase_of_glycolysis_46(X)))
& carbon_skeleton_1(fn_nad_plus_7(fn_energy_payoff_phase_of_glycolysis_46(X)))
& nadh_1(fn_nad_plus_1(fn_energy_payoff_phase_of_glycolysis_46(X)))
& property_node_1(fn_triose_phosphate_dehydrogenase_2(fn_energy_payoff_phase_of_glycolysis_62(X)))
& property_node_1(fn_triose_phosphate_dehydrogenase_1(fn_energy_payoff_phase_of_glycolysis_62(X)))
& rate_value_1(fn_triose_phosphate_dehydrogenase_10(fn_energy_payoff_phase_of_glycolysis_62(X)))
& quantity_value_1(fn_triose_phosphate_dehydrogenase_5(fn_energy_payoff_phase_of_glycolysis_62(X)))
& catalyst_1(fn_triose_phosphate_dehydrogenase_9(fn_energy_payoff_phase_of_glycolysis_62(X)))
& chemical_entity_1(fn_dehydration_reaction_7(fn_energy_payoff_phase_of_glycolysis_42(X)))
& molecule_1(fn_dehydration_reaction_7(fn_energy_payoff_phase_of_glycolysis_42(X)))
& molecule_1(fn_dehydration_reaction_8(fn_energy_payoff_phase_of_glycolysis_42(X)))
& molecule_1(fn_isomerization_reaction_1(fn_energy_payoff_phase_of_glycolysis_40(X)))
& chemical_entity_1(fn_enzyme_8(fn_energy_payoff_phase_of_glycolysis_36(X)))
& molecule_1(fn_condensation_reaction_3(fn_energy_payoff_phase_of_glycolysis_42(X)))
& organic_molecule_1(fn_substrate_level_phosphorylation_4(fn_energy_payoff_phase_of_glycolysis_41(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_energy_payoff_phase_of_glycolysis_76(X)))
& chemical_reaction_1(fn_enzyme_4(fn_energy_payoff_phase_of_glycolysis_16(X)))
& chemical_reaction_1(fn_triose_phosphate_dehydrogenase_7(fn_energy_payoff_phase_of_glycolysis_62(X)))
& molecule_1(fn_synthesis_of_atp_13(fn_energy_payoff_phase_of_glycolysis_41(X)))
& chemical_entity_1(fn_synthesis_of_atp_13(fn_energy_payoff_phase_of_glycolysis_41(X)))
& ribonucleotide_1(fn_synthesis_of_atp_13(fn_energy_payoff_phase_of_glycolysis_41(X)))
& nucleoside_triphosphate_1(fn_synthesis_of_atp_13(fn_energy_payoff_phase_of_glycolysis_41(X)))
& atp_1(fn_synthesis_of_atp_13(fn_energy_payoff_phase_of_glycolysis_41(X)))
& organic_molecule_1(fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_41(X)))
& molecule_1(fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_41(X)))
& chemical_entity_1(fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_41(X)))
& ribonucleotide_1(fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_41(X)))
& nucleoside_triphosphate_1(fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_41(X)))
& atp_1(fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_41(X)))
& oxidation_1(fn_dehydrogenase_25(fn_energy_payoff_phase_of_glycolysis_62(X)))
& oxidation_1(fn_redox_reaction_11(fn_energy_payoff_phase_of_glycolysis_49(X)))
& reduction_1(fn_dehydrogenase_26(fn_energy_payoff_phase_of_glycolysis_62(X)))
& reduction_1(fn_redox_reaction_10(fn_energy_payoff_phase_of_glycolysis_49(X)))
& property_node_1(fn_substrate_level_phosphorylation_19(fn_energy_payoff_phase_of_glycolysis_52(X)))
& property_node_1(fn_substrate_level_phosphorylation_20(fn_energy_payoff_phase_of_glycolysis_52(X)))
& functional_group_1(fn_synthesis_of_atp_18(fn_energy_payoff_phase_of_glycolysis_52(X)))
& phosphate_group_1(fn_synthesis_of_atp_18(fn_energy_payoff_phase_of_glycolysis_52(X)))
& functional_group_1(fn_substrate_level_phosphorylation_7(fn_energy_payoff_phase_of_glycolysis_52(X)))
& phosphate_group_1(fn_substrate_level_phosphorylation_7(fn_energy_payoff_phase_of_glycolysis_52(X)))
& chemical_entity_1(fn_functional_group_1(fn_energy_payoff_phase_of_glycolysis_94(X)))
& molecule_1(fn_synthesis_of_atp_13(fn_energy_payoff_phase_of_glycolysis_52(X)))
& chemical_entity_1(fn_synthesis_of_atp_13(fn_energy_payoff_phase_of_glycolysis_52(X)))
& ribonucleotide_1(fn_synthesis_of_atp_13(fn_energy_payoff_phase_of_glycolysis_52(X)))
& nucleoside_triphosphate_1(fn_synthesis_of_atp_13(fn_energy_payoff_phase_of_glycolysis_52(X)))
& atp_1(fn_synthesis_of_atp_13(fn_energy_payoff_phase_of_glycolysis_52(X)))
& organic_molecule_1(fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_52(X)))
& molecule_1(fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_52(X)))
& chemical_entity_1(fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_52(X)))
& ribonucleotide_1(fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_52(X)))
& nucleoside_triphosphate_1(fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_52(X)))
& atp_1(fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_52(X)))
& structural_complexity_value_1(fn_substrate_level_phosphorylation_10(fn_energy_payoff_phase_of_glycolysis_52(X)))
& structural_complexity_value_1(fn_substrate_level_phosphorylation_16(fn_energy_payoff_phase_of_glycolysis_52(X)))
& free_energy_1(fn_synthesis_of_atp_6(fn_energy_payoff_phase_of_glycolysis_52(X)))
& free_energy_1(fn_substrate_level_phosphorylation_15(fn_energy_payoff_phase_of_glycolysis_52(X)))
& organic_molecule_1(fn_synthesis_of_atp_10(fn_energy_payoff_phase_of_glycolysis_52(X)))
& chemical_entity_1(fn_enzyme_8(fn_energy_payoff_phase_of_glycolysis_16(X)))
& adp_1(fn_substrate_level_phosphorylation_6(fn_energy_payoff_phase_of_glycolysis_52(X)))
& covalent_bond_1(fn_synthesis_of_atp_21(fn_energy_payoff_phase_of_glycolysis_52(X)))
& chemical_bond_1(fn_synthesis_of_atp_21(fn_energy_payoff_phase_of_glycolysis_52(X)))
& single_bond_1(fn_synthesis_of_atp_21(fn_energy_payoff_phase_of_glycolysis_52(X)))
& covalent_bond_1(fn_substrate_level_phosphorylation_1(fn_energy_payoff_phase_of_glycolysis_52(X)))
& chemical_bond_1(fn_substrate_level_phosphorylation_1(fn_energy_payoff_phase_of_glycolysis_52(X)))
& single_bond_1(fn_substrate_level_phosphorylation_1(fn_energy_payoff_phase_of_glycolysis_52(X)))
& single_bond_1(fn_phosphate_group_37(fn_energy_payoff_phase_of_glycolysis_94(X)))
& functional_group_1(fn_synthesis_of_atp_20(fn_energy_payoff_phase_of_glycolysis_52(X)))
& phosphate_group_1(fn_synthesis_of_atp_20(fn_energy_payoff_phase_of_glycolysis_52(X)))
& functional_group_1(fn_substrate_level_phosphorylation_8(fn_energy_payoff_phase_of_glycolysis_52(X)))
& phosphate_group_1(fn_substrate_level_phosphorylation_8(fn_energy_payoff_phase_of_glycolysis_52(X)))
& functional_group_1(fn_substrate_level_phosphorylation_9(fn_energy_payoff_phase_of_glycolysis_52(X)))
& phosphate_group_1(fn_substrate_level_phosphorylation_9(fn_energy_payoff_phase_of_glycolysis_52(X)))
& tangible_entity_1(fn_substrate_level_phosphorylation_11(fn_energy_payoff_phase_of_glycolysis_52(X)))
& entity_1(fn_substrate_level_phosphorylation_11(fn_energy_payoff_phase_of_glycolysis_52(X)))
& chemical_entity_1(fn_substrate_level_phosphorylation_11(fn_energy_payoff_phase_of_glycolysis_52(X)))
& atom_1(fn_substrate_level_phosphorylation_11(fn_energy_payoff_phase_of_glycolysis_52(X)))
& phosphorus_1(fn_substrate_level_phosphorylation_11(fn_energy_payoff_phase_of_glycolysis_52(X)))
& phosphorus_1(fn_phosphate_group_6(fn_energy_payoff_phase_of_glycolysis_94(X)))
& oxygen_1(fn_substrate_level_phosphorylation_2(fn_energy_payoff_phase_of_glycolysis_52(X)))
& entity_1(fn_substrate_level_phosphorylation_2(fn_energy_payoff_phase_of_glycolysis_52(X)))
& chemical_entity_1(fn_substrate_level_phosphorylation_2(fn_energy_payoff_phase_of_glycolysis_52(X)))
& atom_1(fn_substrate_level_phosphorylation_2(fn_energy_payoff_phase_of_glycolysis_52(X)))
& entity_1(fn_phosphate_group_22(fn_energy_payoff_phase_of_glycolysis_94(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_energy_payoff_phase_of_glycolysis_94(X)))
& atom_1(fn_phosphate_group_22(fn_energy_payoff_phase_of_glycolysis_94(X)))
& oxygen_1(fn_phosphate_group_22(fn_energy_payoff_phase_of_glycolysis_94(X)))
& oxygen_1(fn_synthesis_of_atp_15(fn_energy_payoff_phase_of_glycolysis_52(X)))
& entity_1(fn_synthesis_of_atp_15(fn_energy_payoff_phase_of_glycolysis_52(X)))
& chemical_entity_1(fn_synthesis_of_atp_15(fn_energy_payoff_phase_of_glycolysis_52(X)))
& atom_1(fn_synthesis_of_atp_15(fn_energy_payoff_phase_of_glycolysis_52(X)))
& entity_1(fn_substrate_level_phosphorylation_3(fn_energy_payoff_phase_of_glycolysis_52(X)))
& chemical_entity_1(fn_substrate_level_phosphorylation_3(fn_energy_payoff_phase_of_glycolysis_52(X)))
& atom_1(fn_substrate_level_phosphorylation_3(fn_energy_payoff_phase_of_glycolysis_52(X)))
& oxygen_1(fn_substrate_level_phosphorylation_3(fn_energy_payoff_phase_of_glycolysis_52(X)))
& oxygen_1(fn_phosphate_group_5(fn_energy_payoff_phase_of_glycolysis_94(X)))
& entity_1(fn_phosphate_group_5(fn_energy_payoff_phase_of_glycolysis_94(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_energy_payoff_phase_of_glycolysis_94(X)))
& atom_1(fn_phosphate_group_5(fn_energy_payoff_phase_of_glycolysis_94(X)))
& double_bond_1(fn_1_comma_3_bisphosphoglycerate_14(fn_energy_payoff_phase_of_glycolysis_29(X)))
& double_bond_1(fn_1_comma_3_bisphosphoglycerate_12(fn_energy_payoff_phase_of_glycolysis_29(X)))
& entity_1(fn_1_comma_3_bisphosphoglycerate_17(fn_energy_payoff_phase_of_glycolysis_29(X)))
& chemical_entity_1(fn_1_comma_3_bisphosphoglycerate_17(fn_energy_payoff_phase_of_glycolysis_29(X)))
& atom_1(fn_1_comma_3_bisphosphoglycerate_17(fn_energy_payoff_phase_of_glycolysis_29(X)))
& oxygen_1(fn_1_comma_3_bisphosphoglycerate_17(fn_energy_payoff_phase_of_glycolysis_29(X)))
& oxygen_1(fn_1_comma_3_bisphosphoglycerate_9(fn_energy_payoff_phase_of_glycolysis_29(X)))
& entity_1(fn_1_comma_3_bisphosphoglycerate_9(fn_energy_payoff_phase_of_glycolysis_29(X)))
& chemical_entity_1(fn_1_comma_3_bisphosphoglycerate_9(fn_energy_payoff_phase_of_glycolysis_29(X)))
& atom_1(fn_1_comma_3_bisphosphoglycerate_9(fn_energy_payoff_phase_of_glycolysis_29(X)))
& carbon_1(fn_organic_molecule_1(fn_energy_payoff_phase_of_glycolysis_46(X)))
& entity_1(fn_nad_plus_20(fn_energy_payoff_phase_of_glycolysis_46(X)))
& chemical_entity_1(fn_nad_plus_20(fn_energy_payoff_phase_of_glycolysis_46(X)))
& atom_1(fn_nad_plus_20(fn_energy_payoff_phase_of_glycolysis_46(X)))
& carbon_1(fn_nad_plus_20(fn_energy_payoff_phase_of_glycolysis_46(X)))
& tangible_entity_1(fn_fuel_7(fn_energy_payoff_phase_of_glycolysis_44(X)))
& chemical_entity_1(fn_reactant_3(fn_energy_payoff_phase_of_glycolysis_61(X)))
& chemical_entity_1(fn_dehydrogenase_30(fn_energy_payoff_phase_of_glycolysis_62(X)))
& chemical_entity_1(fn_reduction_3(fn_energy_payoff_phase_of_glycolysis_33(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_energy_payoff_phase_of_glycolysis_49(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_energy_payoff_phase_of_glycolysis_49(X)))
& chemical_reaction_1(fn_reactant_2(fn_energy_payoff_phase_of_glycolysis_61(X)))
& redox_reaction_1(fn_dehydrogenase_29(fn_energy_payoff_phase_of_glycolysis_62(X)))
& redox_reaction_1(fn_triose_phosphate_dehydrogenase_6(fn_energy_payoff_phase_of_glycolysis_62(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_energy_payoff_phase_of_glycolysis_49(X)))
& organic_molecule_1(fn_1_comma_3_bisphosphoglycerate_5(fn_energy_payoff_phase_of_glycolysis_29(X)))
& molecule_1(fn_1_comma_3_bisphosphoglycerate_2(fn_energy_payoff_phase_of_glycolysis_29(X)))
& organic_molecule_1(fn_triose_phosphate_dehydrogenase_13(fn_energy_payoff_phase_of_glycolysis_62(X)))
& electron_1(fn_oxidation_9(fn_energy_payoff_phase_of_glycolysis_45(X)))
& electron_1(fn_reduction_4(fn_energy_payoff_phase_of_glycolysis_33(X)))
& tangible_entity_1(fn_dehydrogenase_20(fn_energy_payoff_phase_of_glycolysis_62(X)))
& electron_1(fn_dehydrogenase_20(fn_energy_payoff_phase_of_glycolysis_62(X)))
& chemical_entity_1(fn_triose_phosphate_dehydrogenase_4(fn_energy_payoff_phase_of_glycolysis_62(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_energy_payoff_phase_of_glycolysis_49(X)))
& electron_1(fn_redox_reaction_7(fn_energy_payoff_phase_of_glycolysis_49(X)))
& tangible_entity_1(fn_triose_phosphate_dehydrogenase_3(fn_energy_payoff_phase_of_glycolysis_62(X)))
& electron_1(fn_triose_phosphate_dehydrogenase_3(fn_energy_payoff_phase_of_glycolysis_62(X)))
& chemical_entity_1(fn_oxidation_10(fn_energy_payoff_phase_of_glycolysis_45(X)))
& chemical_entity_1(fn_oxidation_7(fn_energy_payoff_phase_of_glycolysis_45(X)))
& chemical_entity_1(fn_reduction_1(fn_energy_payoff_phase_of_glycolysis_33(X)))
& greater_than_2(fn_energy_payoff_phase_of_glycolysis_12(X),fn_energy_payoff_phase_of_glycolysis_13(X))
& greater_than_or_equal_to_2(fn_energy_payoff_phase_of_glycolysis_12(X),fn_energy_payoff_phase_of_glycolysis_13(X))
& possesses_2(fn_energy_payoff_phase_of_glycolysis_29(X),fn_energy_payoff_phase_of_glycolysis_99(X))
& structural_complexity_2(fn_energy_payoff_phase_of_glycolysis_29(X),fn_energy_payoff_phase_of_glycolysis_98(X))
& fn_energy_payoff_phase_of_glycolysis_30(X) != fn_energy_payoff_phase_of_glycolysis_31(X)
& fn_energy_payoff_phase_of_glycolysis_31(X) != fn_energy_payoff_phase_of_glycolysis_30(X)
& the_cardinal_value_2(fn_energy_payoff_phase_of_glycolysis_38(X),"-38.1e0")
& cardinal_unit_class_2(fn_energy_payoff_phase_of_glycolysis_38(X),kilo_cal_per_mole_0)
& free_energy_change_2(fn_energy_payoff_phase_of_glycolysis_40(X),fn_energy_payoff_phase_of_glycolysis_2(X))
& fn_energy_payoff_phase_of_glycolysis_40(X) != fn_energy_payoff_phase_of_glycolysis_52(X)
& exactCardinality(fn_energy_payoff_phase_of_glycolysis_40(X),result_0,"2",two_phosphoglycerate_0)
& next_event_2(fn_energy_payoff_phase_of_glycolysis_40(X),fn_energy_payoff_phase_of_glycolysis_42(X))
& subevent_2(X,fn_energy_payoff_phase_of_glycolysis_76(X))
& subevent_2(X,fn_energy_payoff_phase_of_glycolysis_42(X))
& subevent_2(X,fn_energy_payoff_phase_of_glycolysis_41(X))
& subevent_2(X,fn_energy_payoff_phase_of_glycolysis_40(X))
& subevent_2(X,fn_energy_payoff_phase_of_glycolysis_52(X))
& result_2(X,fn_energy_payoff_phase_of_glycolysis_5(X))
& result_2(X,fn_energy_payoff_phase_of_glycolysis_39(X))
& result_2(X,fn_energy_payoff_phase_of_glycolysis_50(X))
& result_2(X,fn_energy_payoff_phase_of_glycolysis_4(X))
& result_2(X,fn_energy_payoff_phase_of_glycolysis_43(X))
& exactCardinality(X,result_0,"2",pyruvate_0)
& exactCardinality(X,result_0,"4",atp_0)
& exactCardinality(X,result_0,"2",nadh_0)
& exactCardinality(X,result_0,"2",hydrogen_ion_0)
& exactCardinality(X,result_0,"2",water_molecule_0)
& raw_material_2(X,fn_energy_payoff_phase_of_glycolysis_31(X))
& exactCardinality(X,raw_material_0,"4",adp_0)
& exactCardinality(X,raw_material_0,"2",glyceraldehyde_3_phosphate_0)
& first_subevent_2(X,fn_energy_payoff_phase_of_glycolysis_76(X))
& exactCardinality(fn_energy_payoff_phase_of_glycolysis_41(X),raw_material_0,"2",adp_0)
& exactCardinality(fn_energy_payoff_phase_of_glycolysis_41(X),raw_material_0,"2",phosphate_ion_0)
& result_2(fn_energy_payoff_phase_of_glycolysis_41(X),fn_energy_payoff_phase_of_glycolysis_5(X))
& exactCardinality(fn_energy_payoff_phase_of_glycolysis_41(X),result_0,"2",atp_0)
& exactCardinality(fn_energy_payoff_phase_of_glycolysis_41(X),result_0,"2",pyruvate_0)
& fn_energy_payoff_phase_of_glycolysis_41(X) != fn_energy_payoff_phase_of_glycolysis_52(X)
& next_event_2(fn_energy_payoff_phase_of_glycolysis_42(X),fn_energy_payoff_phase_of_glycolysis_41(X))
& exactCardinality(fn_energy_payoff_phase_of_glycolysis_42(X),result_0,"2",phosphoenolpyruvate_0)
& fn_energy_payoff_phase_of_glycolysis_42(X) != fn_energy_payoff_phase_of_glycolysis_52(X)
& exactCardinality(fn_energy_payoff_phase_of_glycolysis_42(X),raw_material_0,"2",two_phosphoglycerate_0)
& has_part_2(fn_energy_payoff_phase_of_glycolysis_46(X),fn_energy_payoff_phase_of_glycolysis_21(X))
& possesses_2(fn_energy_payoff_phase_of_glycolysis_46(X),fn_energy_payoff_phase_of_glycolysis_3(X))
& result_2(fn_energy_payoff_phase_of_glycolysis_49(X),fn_energy_payoff_phase_of_glycolysis_50(X))
& next_event_2(fn_energy_payoff_phase_of_glycolysis_49(X),fn_energy_payoff_phase_of_glycolysis_75(X))
& rate_2(fn_energy_payoff_phase_of_glycolysis_49(X),fn_energy_payoff_phase_of_glycolysis_60(X))
& raw_material_2(fn_energy_payoff_phase_of_glycolysis_52(X),fn_energy_payoff_phase_of_glycolysis_29(X))
& exactCardinality(fn_energy_payoff_phase_of_glycolysis_52(X),raw_material_0,"2",adp_0)
& result_2(fn_energy_payoff_phase_of_glycolysis_52(X),fn_energy_payoff_phase_of_glycolysis_54(X))
& exactCardinality(fn_energy_payoff_phase_of_glycolysis_52(X),result_0,"2",atp_0)
& exactCardinality(fn_energy_payoff_phase_of_glycolysis_52(X),result_0,"2",three_phosphoglycerate_0)
& fn_energy_payoff_phase_of_glycolysis_52(X) != fn_energy_payoff_phase_of_glycolysis_40(X)
& fn_energy_payoff_phase_of_glycolysis_52(X) != fn_energy_payoff_phase_of_glycolysis_41(X)
& fn_energy_payoff_phase_of_glycolysis_52(X) != fn_energy_payoff_phase_of_glycolysis_42(X)
& next_event_2(fn_energy_payoff_phase_of_glycolysis_52(X),fn_energy_payoff_phase_of_glycolysis_40(X))
& the_cardinal_value_2(fn_energy_payoff_phase_of_glycolysis_53(X),"-18.9e0")
& cardinal_unit_class_2(fn_energy_payoff_phase_of_glycolysis_53(X),kilo_cal_per_mole_0)
& the_cardinal_value_2(fn_energy_payoff_phase_of_glycolysis_2(X),"4.4e0")
& cardinal_unit_class_2(fn_energy_payoff_phase_of_glycolysis_2(X),kilo_cal_per_mole_0)
& has_function_2(fn_energy_payoff_phase_of_glycolysis_62(X),fn_energy_payoff_phase_of_glycolysis_75(X))
& subevent_2(fn_energy_payoff_phase_of_glycolysis_76(X),fn_energy_payoff_phase_of_glycolysis_49(X))
& subevent_2(fn_energy_payoff_phase_of_glycolysis_76(X),fn_energy_payoff_phase_of_glycolysis_75(X))
& first_subevent_2(fn_energy_payoff_phase_of_glycolysis_76(X),fn_energy_payoff_phase_of_glycolysis_49(X))
& next_event_2(fn_energy_payoff_phase_of_glycolysis_76(X),fn_energy_payoff_phase_of_glycolysis_52(X))
& exactCardinality(fn_energy_payoff_phase_of_glycolysis_83(X),has_part_0,"3",carbon_0)
& has_function_2(fn_energy_payoff_phase_of_glycolysis_37(X),fn_energy_payoff_phase_of_glycolysis_41(X))
& raw_material_2(fn_energy_payoff_phase_of_glycolysis_76(X),fn_energy_payoff_phase_of_glycolysis_47(X))
& plays_2(fn_energy_payoff_phase_of_glycolysis_46(X),fn_energy_payoff_phase_of_glycolysis_44(X))
& result_2(fn_energy_payoff_phase_of_glycolysis_42(X),fn_energy_payoff_phase_of_glycolysis_56(X))
& raw_material_2(fn_energy_payoff_phase_of_glycolysis_75(X),fn_energy_payoff_phase_of_glycolysis_81(X))
& result_2(fn_energy_payoff_phase_of_glycolysis_40(X),fn_energy_payoff_phase_of_glycolysis_51(X))
& result_2(fn_energy_payoff_phase_of_glycolysis_76(X),fn_energy_payoff_phase_of_glycolysis_29(X))
& has_function_2(fn_energy_payoff_phase_of_glycolysis_36(X),fn_energy_payoff_phase_of_glycolysis_42(X))
& raw_material_2(fn_energy_payoff_phase_of_glycolysis_42(X),fn_energy_payoff_phase_of_glycolysis_51(X))
& raw_material_2(fn_energy_payoff_phase_of_glycolysis_40(X),fn_energy_payoff_phase_of_glycolysis_54(X))
& result_2(fn_energy_payoff_phase_of_glycolysis_49(X),fn_energy_payoff_phase_of_glycolysis_83(X))
& raw_material_2(fn_energy_payoff_phase_of_glycolysis_41(X),fn_energy_payoff_phase_of_glycolysis_56(X))
& in_event_2(fn_energy_payoff_phase_of_glycolysis_61(X),fn_energy_payoff_phase_of_glycolysis_49(X))
& result_2(X,fn_energy_payoff_phase_of_glycolysis_32(X))
& plays_2(fn_energy_payoff_phase_of_glycolysis_46(X),fn_energy_payoff_phase_of_glycolysis_61(X))
& raw_material_2(X,fn_energy_payoff_phase_of_glycolysis_46(X))
& has_function_2(fn_energy_payoff_phase_of_glycolysis_16(X),fn_energy_payoff_phase_of_glycolysis_52(X))
& in_event_2(fn_energy_payoff_phase_of_glycolysis_17(X),fn_energy_payoff_phase_of_glycolysis_52(X))
& plays_2(fn_energy_payoff_phase_of_glycolysis_30(X),fn_energy_payoff_phase_of_glycolysis_17(X))
& raw_material_2(X,fn_energy_payoff_phase_of_glycolysis_30(X))
& result_2(fn_energy_payoff_phase_of_glycolysis_42(X),fn_energy_payoff_phase_of_glycolysis_43(X))
& has_part_2(fn_energy_payoff_phase_of_glycolysis_83(X),fn_energy_payoff_phase_of_glycolysis_82(X))
& has_function_2(fn_energy_payoff_phase_of_glycolysis_35(X),fn_energy_payoff_phase_of_glycolysis_40(X))
& fn_energy_payoff_phase_of_glycolysis_47(X) != fn_energy_payoff_phase_of_glycolysis_83(X)
& fn_energy_payoff_phase_of_glycolysis_83(X) != fn_energy_payoff_phase_of_glycolysis_47(X)
& fn_energy_payoff_phase_of_glycolysis_46(X) != fn_energy_payoff_phase_of_glycolysis_62(X)
& fn_energy_payoff_phase_of_glycolysis_62(X) != fn_energy_payoff_phase_of_glycolysis_46(X)
& fn_energy_payoff_phase_of_glycolysis_47(X) != fn_energy_payoff_phase_of_glycolysis_62(X)
& fn_energy_payoff_phase_of_glycolysis_62(X) != fn_energy_payoff_phase_of_glycolysis_47(X)
& is_specific_to_2(fn_energy_payoff_phase_of_glycolysis_62(X),fn_energy_payoff_phase_of_glycolysis_47(X))
& raw_material_2(X,fn_energy_payoff_phase_of_glycolysis_47(X))
& raw_material_2(fn_energy_payoff_phase_of_glycolysis_49(X),fn_energy_payoff_phase_of_glycolysis_47(X))
& result_2(fn_energy_payoff_phase_of_glycolysis_75(X),fn_energy_payoff_phase_of_glycolysis_29(X))
& raw_material_2(fn_energy_payoff_phase_of_glycolysis_75(X),fn_energy_payoff_phase_of_glycolysis_83(X))
& fn_energy_payoff_phase_of_glycolysis_83(X) != fn_energy_payoff_phase_of_glycolysis_29(X)
& fn_energy_payoff_phase_of_glycolysis_29(X) != fn_energy_payoff_phase_of_glycolysis_83(X)
& donor_2(fn_energy_payoff_phase_of_glycolysis_45(X),fn_energy_payoff_phase_of_glycolysis_47(X))
& plays_2(fn_energy_payoff_phase_of_glycolysis_47(X),fn_energy_payoff_phase_of_glycolysis_57(X))
& in_event_2(fn_energy_payoff_phase_of_glycolysis_57(X),fn_energy_payoff_phase_of_glycolysis_45(X))
& in_event_2(fn_energy_payoff_phase_of_glycolysis_34(X),fn_energy_payoff_phase_of_glycolysis_45(X))
& plays_2(fn_energy_payoff_phase_of_glycolysis_46(X),fn_energy_payoff_phase_of_glycolysis_34(X))
& plays_2(fn_energy_payoff_phase_of_glycolysis_47(X),fn_energy_payoff_phase_of_glycolysis_15(X))
& donor_2(fn_energy_payoff_phase_of_glycolysis_33(X),fn_energy_payoff_phase_of_glycolysis_47(X))
& fn_energy_payoff_phase_of_glycolysis_47(X) != fn_energy_payoff_phase_of_glycolysis_46(X)
& plays_2(fn_energy_payoff_phase_of_glycolysis_46(X),fn_energy_payoff_phase_of_glycolysis_10(X))
& in_event_2(fn_energy_payoff_phase_of_glycolysis_10(X),fn_energy_payoff_phase_of_glycolysis_33(X))
& in_event_2(fn_energy_payoff_phase_of_glycolysis_15(X),fn_energy_payoff_phase_of_glycolysis_33(X))
& fn_energy_payoff_phase_of_glycolysis_46(X) != fn_energy_payoff_phase_of_glycolysis_47(X)
& has_atom_2(fn_energy_payoff_phase_of_glycolysis_46(X),fn_energy_payoff_phase_of_glycolysis_11(X))
& electronegativity_2(fn_energy_payoff_phase_of_glycolysis_11(X),fn_energy_payoff_phase_of_glycolysis_12(X))
& recipient_2(fn_energy_payoff_phase_of_glycolysis_33(X),fn_energy_payoff_phase_of_glycolysis_46(X))
& recipient_2(fn_energy_payoff_phase_of_glycolysis_45(X),fn_energy_payoff_phase_of_glycolysis_46(X))
& raw_material_2(fn_energy_payoff_phase_of_glycolysis_49(X),fn_energy_payoff_phase_of_glycolysis_46(X))
& fn_energy_payoff_phase_of_glycolysis_46(X) != fn_energy_payoff_phase_of_glycolysis_9(X)
& fn_energy_payoff_phase_of_glycolysis_9(X) != fn_energy_payoff_phase_of_glycolysis_47(X)
& has_atom_2(fn_energy_payoff_phase_of_glycolysis_47(X),fn_energy_payoff_phase_of_glycolysis_14(X))
& electronegativity_2(fn_energy_payoff_phase_of_glycolysis_14(X),fn_energy_payoff_phase_of_glycolysis_13(X))
& fn_energy_payoff_phase_of_glycolysis_9(X) != fn_energy_payoff_phase_of_glycolysis_46(X)
& fn_energy_payoff_phase_of_glycolysis_47(X) != fn_energy_payoff_phase_of_glycolysis_9(X)
& fn_energy_payoff_phase_of_glycolysis_21(X) != fn_energy_payoff_phase_of_glycolysis_20(X)
& fn_energy_payoff_phase_of_glycolysis_20(X) != fn_energy_payoff_phase_of_glycolysis_21(X)
& free_energy_change_2(X,fn_energy_payoff_phase_of_glycolysis_38(X))
& result_2(fn_energy_payoff_phase_of_glycolysis_41(X),fn_energy_payoff_phase_of_glycolysis_39(X))
& raw_material_2(fn_energy_payoff_phase_of_glycolysis_41(X),fn_energy_payoff_phase_of_glycolysis_31(X))
& fn_energy_payoff_phase_of_glycolysis_39(X) != fn_energy_payoff_phase_of_glycolysis_31(X)
& fn_energy_payoff_phase_of_glycolysis_31(X) != fn_energy_payoff_phase_of_glycolysis_39(X)
& subevent_2(fn_energy_payoff_phase_of_glycolysis_49(X),fn_energy_payoff_phase_of_glycolysis_33(X))
& object_2(fn_energy_payoff_phase_of_glycolysis_33(X),fn_energy_payoff_phase_of_glycolysis_9(X))
& object_2(fn_energy_payoff_phase_of_glycolysis_45(X),fn_energy_payoff_phase_of_glycolysis_9(X))
& subevent_2(fn_energy_payoff_phase_of_glycolysis_49(X),fn_energy_payoff_phase_of_glycolysis_45(X))
& free_energy_change_2(fn_energy_payoff_phase_of_glycolysis_52(X),fn_energy_payoff_phase_of_glycolysis_53(X))
& called_2(fn_energy_payoff_phase_of_glycolysis_94(X),'Terminal PO4 Group')
& called_2(fn_energy_payoff_phase_of_glycolysis_87(X),'FE_r')
& result_2(fn_energy_payoff_phase_of_glycolysis_52(X),fn_energy_payoff_phase_of_glycolysis_32(X))
& has_part_2(fn_energy_payoff_phase_of_glycolysis_32(X),fn_energy_payoff_phase_of_glycolysis_90(X))
& has_region_2(fn_energy_payoff_phase_of_glycolysis_32(X),fn_energy_payoff_phase_of_glycolysis_93(X))
& has_part_2(fn_energy_payoff_phase_of_glycolysis_32(X),fn_energy_payoff_phase_of_glycolysis_91(X))
& has_part_2(fn_energy_payoff_phase_of_glycolysis_32(X),fn_energy_payoff_phase_of_glycolysis_89(X))
& is_inside_2(fn_energy_payoff_phase_of_glycolysis_89(X),fn_energy_payoff_phase_of_glycolysis_92(X))
& is_inside_2(fn_energy_payoff_phase_of_glycolysis_91(X),fn_energy_payoff_phase_of_glycolysis_92(X))
& is_inside_2(fn_energy_payoff_phase_of_glycolysis_91(X),fn_energy_payoff_phase_of_glycolysis_94(X))
& is_inside_2(fn_energy_payoff_phase_of_glycolysis_90(X),fn_energy_payoff_phase_of_glycolysis_94(X))
& is_inside_2(fn_energy_payoff_phase_of_glycolysis_90(X),fn_energy_payoff_phase_of_glycolysis_92(X))
& has_region_2(fn_energy_payoff_phase_of_glycolysis_32(X),fn_energy_payoff_phase_of_glycolysis_92(X))
& has_region_2(fn_energy_payoff_phase_of_glycolysis_32(X),fn_energy_payoff_phase_of_glycolysis_94(X))
& fn_energy_payoff_phase_of_glycolysis_94(X) != fn_energy_payoff_phase_of_glycolysis_93(X)
& fn_energy_payoff_phase_of_glycolysis_93(X) != fn_energy_payoff_phase_of_glycolysis_92(X)
& fn_energy_payoff_phase_of_glycolysis_92(X) != fn_energy_payoff_phase_of_glycolysis_94(X)
& fn_energy_payoff_phase_of_glycolysis_94(X) != fn_energy_payoff_phase_of_glycolysis_92(X)
& fn_energy_payoff_phase_of_glycolysis_93(X) != fn_energy_payoff_phase_of_glycolysis_94(X)
& fn_energy_payoff_phase_of_glycolysis_92(X) != fn_energy_payoff_phase_of_glycolysis_93(X)
& quantity_2(fn_energy_payoff_phase_of_glycolysis_95(X),fn_energy_payoff_phase_of_glycolysis_88(X))
& possesses_2(fn_energy_payoff_phase_of_glycolysis_32(X),fn_energy_payoff_phase_of_glycolysis_95(X))
& possesses_2(fn_energy_payoff_phase_of_glycolysis_32(X),fn_energy_payoff_phase_of_glycolysis_96(X))
& is_between_2(fn_energy_payoff_phase_of_glycolysis_96(X),fn_energy_payoff_phase_of_glycolysis_89(X))
& is_inside_2(fn_energy_payoff_phase_of_glycolysis_89(X),fn_energy_payoff_phase_of_glycolysis_93(X))
& structural_complexity_2(fn_energy_payoff_phase_of_glycolysis_30(X),fn_energy_payoff_phase_of_glycolysis_98(X))
& greater_than_2(fn_energy_payoff_phase_of_glycolysis_97(X),fn_energy_payoff_phase_of_glycolysis_98(X))
& structural_complexity_2(fn_energy_payoff_phase_of_glycolysis_32(X),fn_energy_payoff_phase_of_glycolysis_97(X))
& fn_energy_payoff_phase_of_glycolysis_30(X) != fn_energy_payoff_phase_of_glycolysis_32(X)
& fn_energy_payoff_phase_of_glycolysis_32(X) != fn_energy_payoff_phase_of_glycolysis_30(X)
& raw_material_2(fn_energy_payoff_phase_of_glycolysis_52(X),fn_energy_payoff_phase_of_glycolysis_30(X))
& possesses_2(fn_energy_payoff_phase_of_glycolysis_30(X),fn_energy_payoff_phase_of_glycolysis_99(X))
& quantity_2(fn_energy_payoff_phase_of_glycolysis_99(X),fn_energy_payoff_phase_of_glycolysis_87(X))
& greater_than_2(fn_energy_payoff_phase_of_glycolysis_88(X),fn_energy_payoff_phase_of_glycolysis_87(X))
& called_2(fn_energy_payoff_phase_of_glycolysis_88(X),'FE_p')
& is_inside_2(fn_energy_payoff_phase_of_glycolysis_90(X),fn_energy_payoff_phase_of_glycolysis_93(X))
& is_inside_2(fn_energy_payoff_phase_of_glycolysis_91(X),fn_energy_payoff_phase_of_glycolysis_93(X))
& is_between_2(fn_energy_payoff_phase_of_glycolysis_96(X),fn_energy_payoff_phase_of_glycolysis_91(X))
& fn_energy_payoff_phase_of_glycolysis_90(X) != fn_energy_payoff_phase_of_glycolysis_91(X)
& fn_energy_payoff_phase_of_glycolysis_91(X) != fn_energy_payoff_phase_of_glycolysis_90(X)
& is_inside_2(fn_energy_payoff_phase_of_glycolysis_89(X),fn_energy_payoff_phase_of_glycolysis_94(X))
& fn_energy_payoff_phase_of_glycolysis_91(X) != fn_energy_payoff_phase_of_glycolysis_89(X)
& fn_energy_payoff_phase_of_glycolysis_89(X) != fn_energy_payoff_phase_of_glycolysis_91(X)
& fn_energy_payoff_phase_of_glycolysis_90(X) != fn_energy_payoff_phase_of_glycolysis_89(X)
& fn_energy_payoff_phase_of_glycolysis_89(X) != fn_energy_payoff_phase_of_glycolysis_90(X)
& is_inside_2(fn_energy_payoff_phase_of_glycolysis_71(X),fn_energy_payoff_phase_of_glycolysis_66(X))
& has_part_2(fn_energy_payoff_phase_of_glycolysis_29(X),fn_energy_payoff_phase_of_glycolysis_68(X))
& is_between_2(fn_energy_payoff_phase_of_glycolysis_74(X),fn_energy_payoff_phase_of_glycolysis_68(X))
& is_between_2(fn_energy_payoff_phase_of_glycolysis_74(X),fn_energy_payoff_phase_of_glycolysis_69(X))
& is_between_2(fn_energy_payoff_phase_of_glycolysis_73(X),fn_energy_payoff_phase_of_glycolysis_69(X))
& is_between_2(fn_energy_payoff_phase_of_glycolysis_73(X),fn_energy_payoff_phase_of_glycolysis_71(X))
& is_between_2(fn_energy_payoff_phase_of_glycolysis_74(X),fn_energy_payoff_phase_of_glycolysis_71(X))
& is_between_2(fn_energy_payoff_phase_of_glycolysis_74(X),fn_energy_payoff_phase_of_glycolysis_70(X))
& fn_energy_payoff_phase_of_glycolysis_71(X) != fn_energy_payoff_phase_of_glycolysis_70(X)
& is_inside_2(fn_energy_payoff_phase_of_glycolysis_71(X),fn_energy_payoff_phase_of_glycolysis_84(X))
& is_inside_2(fn_energy_payoff_phase_of_glycolysis_85(X),fn_energy_payoff_phase_of_glycolysis_84(X))
& fn_energy_payoff_phase_of_glycolysis_70(X) != fn_energy_payoff_phase_of_glycolysis_71(X)
& has_part_2(fn_energy_payoff_phase_of_glycolysis_29(X),fn_energy_payoff_phase_of_glycolysis_69(X))
& fn_energy_payoff_phase_of_glycolysis_68(X) != fn_energy_payoff_phase_of_glycolysis_69(X)
& fn_energy_payoff_phase_of_glycolysis_70(X) != fn_energy_payoff_phase_of_glycolysis_68(X)
& fn_energy_payoff_phase_of_glycolysis_68(X) != fn_energy_payoff_phase_of_glycolysis_70(X)
& fn_energy_payoff_phase_of_glycolysis_69(X) != fn_energy_payoff_phase_of_glycolysis_68(X)
& is_between_2(fn_energy_payoff_phase_of_glycolysis_86(X),fn_energy_payoff_phase_of_glycolysis_70(X))
& has_part_2(fn_energy_payoff_phase_of_glycolysis_29(X),fn_energy_payoff_phase_of_glycolysis_70(X))
& is_inside_2(fn_energy_payoff_phase_of_glycolysis_70(X),fn_energy_payoff_phase_of_glycolysis_84(X))
& has_part_2(fn_energy_payoff_phase_of_glycolysis_29(X),fn_energy_payoff_phase_of_glycolysis_71(X))
& fn_energy_payoff_phase_of_glycolysis_71(X) != fn_energy_payoff_phase_of_glycolysis_69(X)
& is_inside_2(fn_energy_payoff_phase_of_glycolysis_69(X),fn_energy_payoff_phase_of_glycolysis_66(X))
& fn_energy_payoff_phase_of_glycolysis_68(X) != fn_energy_payoff_phase_of_glycolysis_71(X)
& fn_energy_payoff_phase_of_glycolysis_71(X) != fn_energy_payoff_phase_of_glycolysis_68(X)
& fn_energy_payoff_phase_of_glycolysis_69(X) != fn_energy_payoff_phase_of_glycolysis_71(X)
& has_part_2(fn_energy_payoff_phase_of_glycolysis_29(X),fn_energy_payoff_phase_of_glycolysis_85(X))
& fn_energy_payoff_phase_of_glycolysis_85(X) != fn_energy_payoff_phase_of_glycolysis_71(X)
& fn_energy_payoff_phase_of_glycolysis_71(X) != fn_energy_payoff_phase_of_glycolysis_85(X)
& possesses_2(fn_energy_payoff_phase_of_glycolysis_29(X),fn_energy_payoff_phase_of_glycolysis_73(X))
& is_between_2(fn_energy_payoff_phase_of_glycolysis_73(X),fn_energy_payoff_phase_of_glycolysis_68(X))
& is_inside_2(fn_energy_payoff_phase_of_glycolysis_68(X),fn_energy_payoff_phase_of_glycolysis_84(X))
& has_region_2(fn_energy_payoff_phase_of_glycolysis_29(X),fn_energy_payoff_phase_of_glycolysis_84(X))
& possesses_2(fn_energy_payoff_phase_of_glycolysis_29(X),fn_energy_payoff_phase_of_glycolysis_86(X))
& is_between_2(fn_energy_payoff_phase_of_glycolysis_86(X),fn_energy_payoff_phase_of_glycolysis_68(X))
& is_inside_2(fn_energy_payoff_phase_of_glycolysis_68(X),fn_energy_payoff_phase_of_glycolysis_66(X))
& has_region_2(fn_energy_payoff_phase_of_glycolysis_29(X),fn_energy_payoff_phase_of_glycolysis_66(X))
& possesses_2(fn_energy_payoff_phase_of_glycolysis_29(X),fn_energy_payoff_phase_of_glycolysis_74(X))
& is_between_2(fn_energy_payoff_phase_of_glycolysis_23(X),fn_energy_payoff_phase_of_glycolysis_20(X))
& has_state_2(fn_energy_payoff_phase_of_glycolysis_46(X),fn_energy_payoff_phase_of_glycolysis_50(X))
& quantity_2(fn_energy_payoff_phase_of_glycolysis_24(X),fn_energy_payoff_phase_of_glycolysis_28(X))
& directly_proportional_2(fn_energy_payoff_phase_of_glycolysis_27(X),fn_energy_payoff_phase_of_glycolysis_28(X))
& speed_2(fn_energy_payoff_phase_of_glycolysis_25(X),fn_energy_payoff_phase_of_glycolysis_27(X))
& object_2(fn_energy_payoff_phase_of_glycolysis_25(X),fn_energy_payoff_phase_of_glycolysis_46(X))
& has_reduced_form_2(fn_energy_payoff_phase_of_glycolysis_46(X),fn_energy_payoff_phase_of_glycolysis_50(X))
& has_oxidized_form_2(fn_energy_payoff_phase_of_glycolysis_50(X),fn_energy_payoff_phase_of_glycolysis_46(X))
& has_state_2(fn_energy_payoff_phase_of_glycolysis_50(X),fn_energy_payoff_phase_of_glycolysis_46(X))
& possesses_2(fn_energy_payoff_phase_of_glycolysis_46(X),fn_energy_payoff_phase_of_glycolysis_23(X))
& result_2(fn_energy_payoff_phase_of_glycolysis_22(X),fn_energy_payoff_phase_of_glycolysis_23(X))
& result_2(fn_energy_payoff_phase_of_glycolysis_22(X),fn_energy_payoff_phase_of_glycolysis_46(X))
& possesses_2(fn_energy_payoff_phase_of_glycolysis_46(X),fn_energy_payoff_phase_of_glycolysis_24(X))
& has_part_2(fn_energy_payoff_phase_of_glycolysis_46(X),fn_energy_payoff_phase_of_glycolysis_20(X))
& is_inside_2(fn_energy_payoff_phase_of_glycolysis_20(X),fn_energy_payoff_phase_of_glycolysis_26(X))
& has_region_2(fn_energy_payoff_phase_of_glycolysis_46(X),fn_energy_payoff_phase_of_glycolysis_26(X))
& fn_energy_payoff_phase_of_glycolysis_50(X) != fn_energy_payoff_phase_of_glycolysis_46(X)
& fn_energy_payoff_phase_of_glycolysis_46(X) != fn_energy_payoff_phase_of_glycolysis_50(X)
& has_function_2(fn_energy_payoff_phase_of_glycolysis_62(X),fn_energy_payoff_phase_of_glycolysis_49(X))
& quantity_2(fn_energy_payoff_phase_of_glycolysis_62(X),fn_energy_payoff_phase_of_glycolysis_59(X))
& directly_proportional_2(fn_energy_payoff_phase_of_glycolysis_59(X),fn_energy_payoff_phase_of_glycolysis_60(X))
& fn_energy_payoff_phase_of_glycolysis_62(X) != fn_energy_payoff_phase_of_glycolysis_83(X)
& fn_energy_payoff_phase_of_glycolysis_83(X) != fn_energy_payoff_phase_of_glycolysis_62(X)
& plays_2(fn_energy_payoff_phase_of_glycolysis_62(X),fn_energy_payoff_phase_of_glycolysis_6(X))
& in_event_2(fn_energy_payoff_phase_of_glycolysis_6(X),fn_energy_payoff_phase_of_glycolysis_76(X))
& has_function_2(fn_energy_payoff_phase_of_glycolysis_62(X),fn_energy_payoff_phase_of_glycolysis_76(X))
& fn_energy_payoff_phase_of_glycolysis_9(X) != fn_energy_payoff_phase_of_glycolysis_62(X)
& fn_energy_payoff_phase_of_glycolysis_62(X) != fn_energy_payoff_phase_of_glycolysis_9(X)
& fn_energy_payoff_phase_of_glycolysis_41(X) = fn_pyruvate_kinase_9(fn_energy_payoff_phase_of_glycolysis_37(X))
& fn_energy_payoff_phase_of_glycolysis_47(X) = fn_chemical_reaction_2(fn_energy_payoff_phase_of_glycolysis_76(X))
& fn_energy_payoff_phase_of_glycolysis_46(X) = fn_fuel_7(fn_energy_payoff_phase_of_glycolysis_44(X))
& fn_energy_payoff_phase_of_glycolysis_56(X) = fn_condensation_reaction_3(fn_energy_payoff_phase_of_glycolysis_42(X))
& fn_energy_payoff_phase_of_glycolysis_81(X) = fn_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_75(X))
& fn_energy_payoff_phase_of_glycolysis_51(X) = fn_isomerization_reaction_1(fn_energy_payoff_phase_of_glycolysis_40(X))
& fn_energy_payoff_phase_of_glycolysis_29(X) = fn_chemical_reaction_1(fn_energy_payoff_phase_of_glycolysis_76(X))
& fn_energy_payoff_phase_of_glycolysis_51(X) = fn_dehydration_reaction_7(fn_energy_payoff_phase_of_glycolysis_42(X))
& fn_energy_payoff_phase_of_glycolysis_51(X) = fn_dehydration_reaction_8(fn_energy_payoff_phase_of_glycolysis_42(X))
& fn_energy_payoff_phase_of_glycolysis_51(X) = fn_enzyme_8(fn_energy_payoff_phase_of_glycolysis_36(X))
& fn_energy_payoff_phase_of_glycolysis_42(X) = fn_enzyme_4(fn_energy_payoff_phase_of_glycolysis_36(X))
& fn_energy_payoff_phase_of_glycolysis_54(X) = fn_isomerization_reaction_2(fn_energy_payoff_phase_of_glycolysis_40(X))
& fn_energy_payoff_phase_of_glycolysis_83(X) = fn_chemical_reaction_1(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_energy_payoff_phase_of_glycolysis_56(X) = fn_substrate_level_phosphorylation_4(fn_energy_payoff_phase_of_glycolysis_41(X))
& fn_energy_payoff_phase_of_glycolysis_49(X) = fn_reactant_2(fn_energy_payoff_phase_of_glycolysis_61(X))
& X = fn_reactant_2(fn_energy_payoff_phase_of_glycolysis_61(X))
& fn_energy_payoff_phase_of_glycolysis_46(X) = fn_reactant_3(fn_energy_payoff_phase_of_glycolysis_61(X))
& X = fn_enzyme_4(fn_energy_payoff_phase_of_glycolysis_16(X))
& fn_energy_payoff_phase_of_glycolysis_30(X) = fn_enzyme_8(fn_energy_payoff_phase_of_glycolysis_16(X))
& fn_energy_payoff_phase_of_glycolysis_17(X) = fn_enzyme_7(fn_energy_payoff_phase_of_glycolysis_16(X))
& fn_energy_payoff_phase_of_glycolysis_52(X) = fn_enzyme_4(fn_energy_payoff_phase_of_glycolysis_16(X))
& fn_energy_payoff_phase_of_glycolysis_43(X) = fn_dehydration_reaction_6(fn_energy_payoff_phase_of_glycolysis_42(X))
& fn_energy_payoff_phase_of_glycolysis_82(X) = fn_organic_molecule_2(fn_energy_payoff_phase_of_glycolysis_83(X))
& fn_energy_payoff_phase_of_glycolysis_40(X) = fn_phosphoglyceromutase_1(fn_energy_payoff_phase_of_glycolysis_35(X))
& fn_energy_payoff_phase_of_glycolysis_83(X) = fn_oxidation_7(fn_energy_payoff_phase_of_glycolysis_45(X))
& X = fn_triose_phosphate_dehydrogenase_7(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_energy_payoff_phase_of_glycolysis_83(X) = fn_1_comma_3_bisphosphoglycerate_5(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_75(X) = fn_1_comma_3_bisphosphoglycerate_1(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_83(X) = fn_1_comma_3_bisphosphoglycerate_2(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_34(X) = fn_oxidation_11(fn_energy_payoff_phase_of_glycolysis_45(X))
& fn_energy_payoff_phase_of_glycolysis_57(X) = fn_oxidation_8(fn_energy_payoff_phase_of_glycolysis_45(X))
& fn_energy_payoff_phase_of_glycolysis_15(X) = fn_reduction_5(fn_energy_payoff_phase_of_glycolysis_33(X))
& fn_energy_payoff_phase_of_glycolysis_10(X) = fn_reduction_2(fn_energy_payoff_phase_of_glycolysis_33(X))
& fn_energy_payoff_phase_of_glycolysis_47(X) = fn_reduction_1(fn_energy_payoff_phase_of_glycolysis_33(X))
& fn_energy_payoff_phase_of_glycolysis_8(X) = fn_redox_reaction_15(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_energy_payoff_phase_of_glycolysis_12(X) = fn_redox_reaction_14(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_energy_payoff_phase_of_glycolysis_11(X) = fn_redox_reaction_13(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_energy_payoff_phase_of_glycolysis_46(X) = fn_dehydrogenase_30(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_energy_payoff_phase_of_glycolysis_46(X) = fn_oxidation_7(fn_energy_payoff_phase_of_glycolysis_45(X))
& fn_energy_payoff_phase_of_glycolysis_7(X) = fn_redox_reaction_3(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_energy_payoff_phase_of_glycolysis_13(X) = fn_redox_reaction_1(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_energy_payoff_phase_of_glycolysis_14(X) = fn_redox_reaction_2(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_energy_payoff_phase_of_glycolysis_47(X) = fn_oxidation_10(fn_energy_payoff_phase_of_glycolysis_45(X))
& fn_energy_payoff_phase_of_glycolysis_47(X) = fn_triose_phosphate_dehydrogenase_13(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_energy_payoff_phase_of_glycolysis_47(X) = fn_redox_reaction_16(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_energy_payoff_phase_of_glycolysis_46(X) = fn_reduction_3(fn_energy_payoff_phase_of_glycolysis_33(X))
& fn_energy_payoff_phase_of_glycolysis_46(X) = fn_triose_phosphate_dehydrogenase_4(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_energy_payoff_phase_of_glycolysis_46(X) = fn_redox_reaction_12(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_energy_payoff_phase_of_glycolysis_46(X) = fn_redox_reaction_16(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_energy_payoff_phase_of_glycolysis_21(X) = fn_organic_molecule_2(fn_energy_payoff_phase_of_glycolysis_46(X))
& fn_energy_payoff_phase_of_glycolysis_58(X) = fn_exergonic_reaction_9(X)
& fn_energy_payoff_phase_of_glycolysis_38(X) = fn_exergonic_reaction_8(X)
& fn_energy_payoff_phase_of_glycolysis_39(X) = fn_synthesis_of_atp_13(fn_energy_payoff_phase_of_glycolysis_41(X))
& fn_energy_payoff_phase_of_glycolysis_39(X) = fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_41(X))
& fn_energy_payoff_phase_of_glycolysis_31(X) = fn_substrate_level_phosphorylation_6(fn_energy_payoff_phase_of_glycolysis_41(X))
& fn_energy_payoff_phase_of_glycolysis_49(X) = fn_dehydrogenase_29(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_energy_payoff_phase_of_glycolysis_45(X) = fn_dehydrogenase_25(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_energy_payoff_phase_of_glycolysis_45(X) = fn_redox_reaction_11(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_energy_payoff_phase_of_glycolysis_33(X) = fn_dehydrogenase_26(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_energy_payoff_phase_of_glycolysis_9(X) = fn_dehydrogenase_20(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_energy_payoff_phase_of_glycolysis_9(X) = fn_redox_reaction_7(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_energy_payoff_phase_of_glycolysis_33(X) = fn_redox_reaction_10(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_energy_payoff_phase_of_glycolysis_55(X) = fn_synthesis_of_atp_11(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_53(X) = fn_synthesis_of_atp_12(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_100(X) = fn_catabolic_pathway_5(X)
& fn_energy_payoff_phase_of_glycolysis_100(X) = fn_substrate_level_phosphorylation_19(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_101(X) = fn_catabolic_pathway_1(X)
& fn_energy_payoff_phase_of_glycolysis_101(X) = fn_substrate_level_phosphorylation_20(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_102(X) = fn_substrate_level_phosphorylation_17(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_103(X) = fn_substrate_level_phosphorylation_18(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_92(X) = fn_substrate_level_phosphorylation_8(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_90(X) = fn_substrate_level_phosphorylation_11(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_91(X) = fn_substrate_level_phosphorylation_2(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_92(X) = fn_synthesis_of_atp_18(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_93(X) = fn_substrate_level_phosphorylation_8(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_92(X) = fn_substrate_level_phosphorylation_7(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_32(X) = fn_functional_group_1(fn_energy_payoff_phase_of_glycolysis_94(X))
& fn_energy_payoff_phase_of_glycolysis_94(X) = fn_substrate_level_phosphorylation_9(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_93(X) = fn_synthesis_of_atp_20(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_93(X) = fn_substrate_level_phosphorylation_9(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_89(X) = fn_synthesis_of_atp_15(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_89(X) = fn_substrate_level_phosphorylation_3(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_32(X) = fn_synthesis_of_atp_13(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_96(X) = fn_synthesis_of_atp_21(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_96(X) = fn_substrate_level_phosphorylation_1(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_95(X) = fn_substrate_level_phosphorylation_12(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_32(X) = fn_catabolic_pathway_9(X)
& fn_energy_payoff_phase_of_glycolysis_97(X) = fn_catabolic_pathway_2(X)
& fn_energy_payoff_phase_of_glycolysis_32(X) = fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_97(X) = fn_substrate_level_phosphorylation_10(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_30(X) = fn_catabolic_pathway_10(X)
& fn_energy_payoff_phase_of_glycolysis_98(X) = fn_catabolic_pathway_4(X)
& fn_energy_payoff_phase_of_glycolysis_98(X) = fn_substrate_level_phosphorylation_16(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_88(X) = fn_substrate_level_phosphorylation_13(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_87(X) = fn_substrate_level_phosphorylation_14(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_99(X) = fn_synthesis_of_atp_6(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_99(X) = fn_substrate_level_phosphorylation_15(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_30(X) = fn_synthesis_of_atp_10(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_30(X) = fn_substrate_level_phosphorylation_6(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_energy_payoff_phase_of_glycolysis_96(X) = fn_phosphate_group_37(fn_energy_payoff_phase_of_glycolysis_94(X))
& fn_energy_payoff_phase_of_glycolysis_90(X) = fn_phosphate_group_6(fn_energy_payoff_phase_of_glycolysis_94(X))
& fn_energy_payoff_phase_of_glycolysis_91(X) = fn_phosphate_group_22(fn_energy_payoff_phase_of_glycolysis_94(X))
& fn_energy_payoff_phase_of_glycolysis_89(X) = fn_phosphate_group_5(fn_energy_payoff_phase_of_glycolysis_94(X))
& fn_energy_payoff_phase_of_glycolysis_79(X) = fn_1_comma_3_bisphosphoglycerate_20(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_80(X) = fn_1_comma_3_bisphosphoglycerate_19(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_65(X) = fn_1_comma_3_bisphosphoglycerate_4(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_64(X) = fn_1_comma_3_bisphosphoglycerate_6(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_63(X) = fn_1_comma_3_bisphosphoglycerate_7(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_74(X) = fn_1_comma_3_bisphosphoglycerate_14(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_67(X) = fn_1_comma_3_bisphosphoglycerate_10(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_70(X) = fn_1_comma_3_bisphosphoglycerate_8(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_69(X) = fn_1_comma_3_bisphosphoglycerate_18(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_68(X) = fn_1_comma_3_bisphosphoglycerate_17(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_71(X) = fn_1_comma_3_bisphosphoglycerate_9(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_71(X) = fn_1_comma_3_bisphosphoglycerate_17(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_85(X) = fn_1_comma_3_bisphosphoglycerate_16(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_48(X) = fn_1_comma_3_bisphosphoglycerate_1(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_104(X) = fn_1_comma_3_bisphosphoglycerate_5(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_72(X) = fn_1_comma_3_bisphosphoglycerate_3(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_84(X) = fn_1_comma_3_bisphosphoglycerate_11(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_73(X) = fn_1_comma_3_bisphosphoglycerate_13(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_74(X) = fn_1_comma_3_bisphosphoglycerate_12(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_66(X) = fn_1_comma_3_bisphosphoglycerate_15(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_68(X) = fn_1_comma_3_bisphosphoglycerate_9(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_86(X) = fn_1_comma_3_bisphosphoglycerate_14(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_energy_payoff_phase_of_glycolysis_19(X) = fn_nad_plus_4(fn_energy_payoff_phase_of_glycolysis_46(X))
& fn_energy_payoff_phase_of_glycolysis_18(X) = fn_nad_plus_3(fn_energy_payoff_phase_of_glycolysis_46(X))
& fn_energy_payoff_phase_of_glycolysis_25(X) = fn_nad_plus_6(fn_energy_payoff_phase_of_glycolysis_46(X))
& fn_energy_payoff_phase_of_glycolysis_27(X) = fn_nad_plus_8(fn_energy_payoff_phase_of_glycolysis_46(X))
& fn_energy_payoff_phase_of_glycolysis_28(X) = fn_nad_plus_9(fn_energy_payoff_phase_of_glycolysis_46(X))
& fn_energy_payoff_phase_of_glycolysis_24(X) = fn_nad_plus_5(fn_energy_payoff_phase_of_glycolysis_46(X))
& fn_energy_payoff_phase_of_glycolysis_22(X) = fn_nad_plus_18(fn_energy_payoff_phase_of_glycolysis_46(X))
& fn_energy_payoff_phase_of_glycolysis_23(X) = fn_nad_plus_17(fn_energy_payoff_phase_of_glycolysis_46(X))
& fn_energy_payoff_phase_of_glycolysis_26(X) = fn_nad_plus_7(fn_energy_payoff_phase_of_glycolysis_46(X))
& fn_energy_payoff_phase_of_glycolysis_20(X) = fn_organic_molecule_1(fn_energy_payoff_phase_of_glycolysis_46(X))
& fn_energy_payoff_phase_of_glycolysis_20(X) = fn_nad_plus_20(fn_energy_payoff_phase_of_glycolysis_46(X))
& fn_energy_payoff_phase_of_glycolysis_50(X) = fn_nad_plus_1(fn_energy_payoff_phase_of_glycolysis_46(X))
& fn_energy_payoff_phase_of_glycolysis_77(X) = fn_triose_phosphate_dehydrogenase_2(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_energy_payoff_phase_of_glycolysis_49(X) = fn_triose_phosphate_dehydrogenase_6(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_energy_payoff_phase_of_glycolysis_78(X) = fn_triose_phosphate_dehydrogenase_1(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_energy_payoff_phase_of_glycolysis_60(X) = fn_triose_phosphate_dehydrogenase_10(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_energy_payoff_phase_of_glycolysis_59(X) = fn_triose_phosphate_dehydrogenase_5(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_energy_payoff_phase_of_glycolysis_83(X) = fn_triose_phosphate_dehydrogenase_13(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_energy_payoff_phase_of_glycolysis_62(X) = fn_oxidation_10(fn_energy_payoff_phase_of_glycolysis_45(X))
& fn_energy_payoff_phase_of_glycolysis_62(X) = fn_oxidation_7(fn_energy_payoff_phase_of_glycolysis_45(X))
& fn_energy_payoff_phase_of_glycolysis_9(X) = fn_oxidation_9(fn_energy_payoff_phase_of_glycolysis_45(X))
& fn_energy_payoff_phase_of_glycolysis_62(X) = fn_reduction_1(fn_energy_payoff_phase_of_glycolysis_33(X))
& fn_energy_payoff_phase_of_glycolysis_9(X) = fn_reduction_4(fn_energy_payoff_phase_of_glycolysis_33(X))
& fn_energy_payoff_phase_of_glycolysis_9(X) = fn_triose_phosphate_dehydrogenase_4(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_energy_payoff_phase_of_glycolysis_9(X) = fn_triose_phosphate_dehydrogenase_3(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_energy_payoff_phase_of_glycolysis_76(X) = fn_triose_phosphate_dehydrogenase_7(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_energy_payoff_phase_of_glycolysis_6(X) = fn_triose_phosphate_dehydrogenase_9(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_dehydration_reaction_7(fn_energy_payoff_phase_of_glycolysis_42(X)) = fn_dehydration_reaction_8(fn_energy_payoff_phase_of_glycolysis_42(X))
& fn_isomerization_reaction_1(fn_energy_payoff_phase_of_glycolysis_40(X)) = fn_dehydration_reaction_8(fn_energy_payoff_phase_of_glycolysis_42(X))
& fn_dehydration_reaction_8(fn_energy_payoff_phase_of_glycolysis_42(X)) = fn_isomerization_reaction_1(fn_energy_payoff_phase_of_glycolysis_40(X))
& fn_isomerization_reaction_1(fn_energy_payoff_phase_of_glycolysis_40(X)) = fn_enzyme_8(fn_energy_payoff_phase_of_glycolysis_36(X))
& fn_enzyme_8(fn_energy_payoff_phase_of_glycolysis_36(X)) = fn_condensation_reaction_3(fn_energy_payoff_phase_of_glycolysis_42(X))
& fn_condensation_reaction_3(fn_energy_payoff_phase_of_glycolysis_42(X)) = fn_substrate_level_phosphorylation_4(fn_energy_payoff_phase_of_glycolysis_41(X))
& fn_substrate_level_phosphorylation_4(fn_energy_payoff_phase_of_glycolysis_41(X)) = fn_chemical_reaction_2(fn_energy_payoff_phase_of_glycolysis_76(X))
& fn_chemical_reaction_2(fn_energy_payoff_phase_of_glycolysis_76(X)) = fn_triose_phosphate_dehydrogenase_13(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_oxidation_10(fn_energy_payoff_phase_of_glycolysis_45(X)) = fn_triose_phosphate_dehydrogenase_13(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_triose_phosphate_dehydrogenase_13(fn_energy_payoff_phase_of_glycolysis_62(X)) = fn_oxidation_10(fn_energy_payoff_phase_of_glycolysis_45(X))
& fn_oxidation_10(fn_energy_payoff_phase_of_glycolysis_45(X)) = fn_oxidation_10(fn_energy_payoff_phase_of_glycolysis_45(X))
& fn_reduction_1(fn_energy_payoff_phase_of_glycolysis_33(X)) = fn_oxidation_10(fn_energy_payoff_phase_of_glycolysis_45(X))
& fn_oxidation_10(fn_energy_payoff_phase_of_glycolysis_45(X)) = fn_reduction_1(fn_energy_payoff_phase_of_glycolysis_33(X))
& fn_reduction_1(fn_energy_payoff_phase_of_glycolysis_33(X)) = fn_reduction_1(fn_energy_payoff_phase_of_glycolysis_33(X))
& fn_reduction_1(fn_energy_payoff_phase_of_glycolysis_33(X)) = fn_redox_reaction_16(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_reactant_2(fn_energy_payoff_phase_of_glycolysis_61(X)) = fn_enzyme_4(fn_energy_payoff_phase_of_glycolysis_16(X))
& fn_enzyme_4(fn_energy_payoff_phase_of_glycolysis_16(X)) = fn_enzyme_4(fn_energy_payoff_phase_of_glycolysis_16(X))
& fn_enzyme_4(fn_energy_payoff_phase_of_glycolysis_16(X)) = fn_triose_phosphate_dehydrogenase_7(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_triose_phosphate_dehydrogenase_7(fn_energy_payoff_phase_of_glycolysis_62(X)) = fn_synthesis_of_atp_13(fn_energy_payoff_phase_of_glycolysis_41(X))
& fn_synthesis_of_atp_13(fn_energy_payoff_phase_of_glycolysis_41(X)) = fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_41(X))
& fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_41(X)) = fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_41(X))
& fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_41(X)) = fn_redox_reaction_11(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_redox_reaction_11(fn_energy_payoff_phase_of_glycolysis_49(X)) = fn_dehydrogenase_25(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_dehydrogenase_25(fn_energy_payoff_phase_of_glycolysis_62(X)) = fn_redox_reaction_11(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_redox_reaction_11(fn_energy_payoff_phase_of_glycolysis_49(X)) = fn_dehydrogenase_26(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_redox_reaction_10(fn_energy_payoff_phase_of_glycolysis_49(X)) = fn_dehydrogenase_26(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_dehydrogenase_26(fn_energy_payoff_phase_of_glycolysis_62(X)) = fn_redox_reaction_10(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_redox_reaction_10(fn_energy_payoff_phase_of_glycolysis_49(X)) = fn_redox_reaction_10(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_redox_reaction_10(fn_energy_payoff_phase_of_glycolysis_49(X)) = fn_catabolic_pathway_5(X)
& fn_catabolic_pathway_5(X) = fn_substrate_level_phosphorylation_19(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_19(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_catabolic_pathway_1(X)
& fn_catabolic_pathway_1(X) = fn_substrate_level_phosphorylation_20(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_20(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_substrate_level_phosphorylation_8(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_8(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_synthesis_of_atp_18(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_synthesis_of_atp_18(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_substrate_level_phosphorylation_8(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_8(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_substrate_level_phosphorylation_7(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_7(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_substrate_level_phosphorylation_7(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_7(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_catabolic_pathway_9(X)
& fn_catabolic_pathway_9(X) = fn_functional_group_1(fn_energy_payoff_phase_of_glycolysis_94(X))
& fn_functional_group_1(fn_energy_payoff_phase_of_glycolysis_94(X)) = fn_catabolic_pathway_9(X)
& fn_catabolic_pathway_9(X) = fn_catabolic_pathway_9(X)
& fn_synthesis_of_atp_13(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_synthesis_of_atp_13(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_synthesis_of_atp_13(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_catabolic_pathway_9(X)
& fn_catabolic_pathway_9(X) = fn_synthesis_of_atp_13(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_synthesis_of_atp_13(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_synthesis_of_atp_13(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_5(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_catabolic_pathway_2(X)
& fn_substrate_level_phosphorylation_10(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_catabolic_pathway_2(X)
& fn_catabolic_pathway_2(X) = fn_substrate_level_phosphorylation_10(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_10(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_substrate_level_phosphorylation_10(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_10(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_catabolic_pathway_4(X)
& fn_substrate_level_phosphorylation_16(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_substrate_level_phosphorylation_16(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_16(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_catabolic_pathway_4(X)
& fn_catabolic_pathway_4(X) = fn_substrate_level_phosphorylation_16(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_16(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_substrate_level_phosphorylation_15(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_15(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_synthesis_of_atp_6(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_synthesis_of_atp_6(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_substrate_level_phosphorylation_15(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_15(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_catabolic_pathway_10(X)
& fn_catabolic_pathway_10(X) = fn_catabolic_pathway_10(X)
& fn_catabolic_pathway_10(X) = fn_synthesis_of_atp_10(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_enzyme_8(fn_energy_payoff_phase_of_glycolysis_16(X)) = fn_synthesis_of_atp_10(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_synthesis_of_atp_10(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_synthesis_of_atp_10(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_synthesis_of_atp_10(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_enzyme_8(fn_energy_payoff_phase_of_glycolysis_16(X))
& fn_enzyme_8(fn_energy_payoff_phase_of_glycolysis_16(X)) = fn_enzyme_8(fn_energy_payoff_phase_of_glycolysis_16(X))
& fn_enzyme_8(fn_energy_payoff_phase_of_glycolysis_16(X)) = fn_substrate_level_phosphorylation_6(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_6(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_substrate_level_phosphorylation_6(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_6(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_synthesis_of_atp_21(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_1(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_synthesis_of_atp_21(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_synthesis_of_atp_21(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_substrate_level_phosphorylation_1(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_1(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_substrate_level_phosphorylation_1(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_1(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_phosphate_group_37(fn_energy_payoff_phase_of_glycolysis_94(X))
& fn_phosphate_group_37(fn_energy_payoff_phase_of_glycolysis_94(X)) = fn_substrate_level_phosphorylation_8(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_8(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_synthesis_of_atp_20(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_synthesis_of_atp_20(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_substrate_level_phosphorylation_8(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_8(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_substrate_level_phosphorylation_8(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_8(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_substrate_level_phosphorylation_9(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_9(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_substrate_level_phosphorylation_11(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_11(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_substrate_level_phosphorylation_11(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_11(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_phosphate_group_6(fn_energy_payoff_phase_of_glycolysis_94(X))
& fn_phosphate_group_6(fn_energy_payoff_phase_of_glycolysis_94(X)) = fn_phosphate_group_6(fn_energy_payoff_phase_of_glycolysis_94(X))
& fn_phosphate_group_6(fn_energy_payoff_phase_of_glycolysis_94(X)) = fn_substrate_level_phosphorylation_2(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_2(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_substrate_level_phosphorylation_2(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_2(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_phosphate_group_22(fn_energy_payoff_phase_of_glycolysis_94(X))
& fn_phosphate_group_22(fn_energy_payoff_phase_of_glycolysis_94(X)) = fn_phosphate_group_22(fn_energy_payoff_phase_of_glycolysis_94(X))
& fn_phosphate_group_22(fn_energy_payoff_phase_of_glycolysis_94(X)) = fn_substrate_level_phosphorylation_3(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_3(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_synthesis_of_atp_15(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_synthesis_of_atp_15(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_substrate_level_phosphorylation_3(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_3(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_substrate_level_phosphorylation_3(fn_energy_payoff_phase_of_glycolysis_52(X))
& fn_substrate_level_phosphorylation_3(fn_energy_payoff_phase_of_glycolysis_52(X)) = fn_phosphate_group_5(fn_energy_payoff_phase_of_glycolysis_94(X))
& fn_phosphate_group_5(fn_energy_payoff_phase_of_glycolysis_94(X)) = fn_phosphate_group_5(fn_energy_payoff_phase_of_glycolysis_94(X))
& fn_phosphate_group_5(fn_energy_payoff_phase_of_glycolysis_94(X)) = fn_1_comma_3_bisphosphoglycerate_17(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_1_comma_3_bisphosphoglycerate_17(fn_energy_payoff_phase_of_glycolysis_29(X)) = fn_1_comma_3_bisphosphoglycerate_14(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_1_comma_3_bisphosphoglycerate_14(fn_energy_payoff_phase_of_glycolysis_29(X)) = fn_1_comma_3_bisphosphoglycerate_14(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_1_comma_3_bisphosphoglycerate_14(fn_energy_payoff_phase_of_glycolysis_29(X)) = fn_1_comma_3_bisphosphoglycerate_12(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_1_comma_3_bisphosphoglycerate_12(fn_energy_payoff_phase_of_glycolysis_29(X)) = fn_1_comma_3_bisphosphoglycerate_12(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_1_comma_3_bisphosphoglycerate_12(fn_energy_payoff_phase_of_glycolysis_29(X)) = fn_1_comma_3_bisphosphoglycerate_17(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_1_comma_3_bisphosphoglycerate_9(fn_energy_payoff_phase_of_glycolysis_29(X)) = fn_1_comma_3_bisphosphoglycerate_17(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_1_comma_3_bisphosphoglycerate_17(fn_energy_payoff_phase_of_glycolysis_29(X)) = fn_1_comma_3_bisphosphoglycerate_17(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_1_comma_3_bisphosphoglycerate_17(fn_energy_payoff_phase_of_glycolysis_29(X)) = fn_1_comma_3_bisphosphoglycerate_9(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_1_comma_3_bisphosphoglycerate_9(fn_energy_payoff_phase_of_glycolysis_29(X)) = fn_1_comma_3_bisphosphoglycerate_9(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_1_comma_3_bisphosphoglycerate_9(fn_energy_payoff_phase_of_glycolysis_29(X)) = fn_organic_molecule_1(fn_energy_payoff_phase_of_glycolysis_46(X))
& fn_organic_molecule_1(fn_energy_payoff_phase_of_glycolysis_46(X)) = fn_organic_molecule_1(fn_energy_payoff_phase_of_glycolysis_46(X))
& fn_nad_plus_20(fn_energy_payoff_phase_of_glycolysis_46(X)) = fn_nad_plus_20(fn_energy_payoff_phase_of_glycolysis_46(X))
& fn_nad_plus_20(fn_energy_payoff_phase_of_glycolysis_46(X)) = fn_organic_molecule_1(fn_energy_payoff_phase_of_glycolysis_46(X))
& fn_organic_molecule_1(fn_energy_payoff_phase_of_glycolysis_46(X)) = fn_nad_plus_20(fn_energy_payoff_phase_of_glycolysis_46(X))
& fn_nad_plus_20(fn_energy_payoff_phase_of_glycolysis_46(X)) = fn_fuel_7(fn_energy_payoff_phase_of_glycolysis_44(X))
& fn_fuel_7(fn_energy_payoff_phase_of_glycolysis_44(X)) = fn_reactant_3(fn_energy_payoff_phase_of_glycolysis_61(X))
& fn_reactant_3(fn_energy_payoff_phase_of_glycolysis_61(X)) = fn_reactant_3(fn_energy_payoff_phase_of_glycolysis_61(X))
& fn_reactant_3(fn_energy_payoff_phase_of_glycolysis_61(X)) = fn_dehydrogenase_30(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_dehydrogenase_30(fn_energy_payoff_phase_of_glycolysis_62(X)) = fn_dehydrogenase_30(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_dehydrogenase_30(fn_energy_payoff_phase_of_glycolysis_62(X)) = fn_triose_phosphate_dehydrogenase_4(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_oxidation_7(fn_energy_payoff_phase_of_glycolysis_45(X)) = fn_triose_phosphate_dehydrogenase_4(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_triose_phosphate_dehydrogenase_4(fn_energy_payoff_phase_of_glycolysis_62(X)) = fn_oxidation_7(fn_energy_payoff_phase_of_glycolysis_45(X))
& fn_reduction_3(fn_energy_payoff_phase_of_glycolysis_33(X)) = fn_oxidation_7(fn_energy_payoff_phase_of_glycolysis_45(X))
& fn_oxidation_7(fn_energy_payoff_phase_of_glycolysis_45(X)) = fn_reduction_3(fn_energy_payoff_phase_of_glycolysis_33(X))
& fn_redox_reaction_12(fn_energy_payoff_phase_of_glycolysis_49(X)) = fn_reduction_3(fn_energy_payoff_phase_of_glycolysis_33(X))
& fn_reduction_3(fn_energy_payoff_phase_of_glycolysis_33(X)) = fn_reduction_3(fn_energy_payoff_phase_of_glycolysis_33(X))
& fn_reduction_3(fn_energy_payoff_phase_of_glycolysis_33(X)) = fn_redox_reaction_12(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_redox_reaction_12(fn_energy_payoff_phase_of_glycolysis_49(X)) = fn_redox_reaction_12(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_redox_reaction_16(fn_energy_payoff_phase_of_glycolysis_49(X)) = fn_redox_reaction_16(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_redox_reaction_16(fn_energy_payoff_phase_of_glycolysis_49(X)) = fn_redox_reaction_12(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_redox_reaction_12(fn_energy_payoff_phase_of_glycolysis_49(X)) = fn_redox_reaction_16(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_redox_reaction_16(fn_energy_payoff_phase_of_glycolysis_49(X)) = fn_reactant_2(fn_energy_payoff_phase_of_glycolysis_61(X))
& fn_reactant_2(fn_energy_payoff_phase_of_glycolysis_61(X)) = fn_dehydrogenase_29(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_triose_phosphate_dehydrogenase_6(fn_energy_payoff_phase_of_glycolysis_62(X)) = fn_triose_phosphate_dehydrogenase_6(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_triose_phosphate_dehydrogenase_6(fn_energy_payoff_phase_of_glycolysis_62(X)) = fn_dehydrogenase_29(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_dehydrogenase_29(fn_energy_payoff_phase_of_glycolysis_62(X)) = fn_triose_phosphate_dehydrogenase_6(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_triose_phosphate_dehydrogenase_6(fn_energy_payoff_phase_of_glycolysis_62(X)) = fn_chemical_reaction_1(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_chemical_reaction_1(fn_energy_payoff_phase_of_glycolysis_49(X)) = fn_oxidation_7(fn_energy_payoff_phase_of_glycolysis_45(X))
& fn_oxidation_7(fn_energy_payoff_phase_of_glycolysis_45(X)) = fn_1_comma_3_bisphosphoglycerate_5(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_1_comma_3_bisphosphoglycerate_5(fn_energy_payoff_phase_of_glycolysis_29(X)) = fn_1_comma_3_bisphosphoglycerate_5(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_1_comma_3_bisphosphoglycerate_5(fn_energy_payoff_phase_of_glycolysis_29(X)) = fn_1_comma_3_bisphosphoglycerate_2(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_1_comma_3_bisphosphoglycerate_2(fn_energy_payoff_phase_of_glycolysis_29(X)) = fn_1_comma_3_bisphosphoglycerate_2(fn_energy_payoff_phase_of_glycolysis_29(X))
& fn_1_comma_3_bisphosphoglycerate_2(fn_energy_payoff_phase_of_glycolysis_29(X)) = fn_triose_phosphate_dehydrogenase_13(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_triose_phosphate_dehydrogenase_13(fn_energy_payoff_phase_of_glycolysis_62(X)) = fn_triose_phosphate_dehydrogenase_13(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_triose_phosphate_dehydrogenase_13(fn_energy_payoff_phase_of_glycolysis_62(X)) = fn_oxidation_9(fn_energy_payoff_phase_of_glycolysis_45(X))
& fn_reduction_4(fn_energy_payoff_phase_of_glycolysis_33(X)) = fn_oxidation_9(fn_energy_payoff_phase_of_glycolysis_45(X))
& fn_oxidation_9(fn_energy_payoff_phase_of_glycolysis_45(X)) = fn_oxidation_9(fn_energy_payoff_phase_of_glycolysis_45(X))
& fn_oxidation_9(fn_energy_payoff_phase_of_glycolysis_45(X)) = fn_reduction_4(fn_energy_payoff_phase_of_glycolysis_33(X))
& fn_reduction_4(fn_energy_payoff_phase_of_glycolysis_33(X)) = fn_dehydrogenase_20(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_dehydrogenase_20(fn_energy_payoff_phase_of_glycolysis_62(X)) = fn_reduction_4(fn_energy_payoff_phase_of_glycolysis_33(X))
& fn_reduction_4(fn_energy_payoff_phase_of_glycolysis_33(X)) = fn_reduction_4(fn_energy_payoff_phase_of_glycolysis_33(X))
& fn_reduction_4(fn_energy_payoff_phase_of_glycolysis_33(X)) = fn_triose_phosphate_dehydrogenase_4(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_triose_phosphate_dehydrogenase_4(fn_energy_payoff_phase_of_glycolysis_62(X)) = fn_dehydrogenase_20(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_dehydrogenase_20(fn_energy_payoff_phase_of_glycolysis_62(X)) = fn_dehydrogenase_20(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_dehydrogenase_20(fn_energy_payoff_phase_of_glycolysis_62(X)) = fn_triose_phosphate_dehydrogenase_4(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_triose_phosphate_dehydrogenase_4(fn_energy_payoff_phase_of_glycolysis_62(X)) = fn_triose_phosphate_dehydrogenase_4(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_redox_reaction_7(fn_energy_payoff_phase_of_glycolysis_49(X)) = fn_triose_phosphate_dehydrogenase_4(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_triose_phosphate_dehydrogenase_4(fn_energy_payoff_phase_of_glycolysis_62(X)) = fn_redox_reaction_7(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_triose_phosphate_dehydrogenase_3(fn_energy_payoff_phase_of_glycolysis_62(X)) = fn_redox_reaction_7(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_redox_reaction_7(fn_energy_payoff_phase_of_glycolysis_49(X)) = fn_redox_reaction_7(fn_energy_payoff_phase_of_glycolysis_49(X))
& fn_redox_reaction_7(fn_energy_payoff_phase_of_glycolysis_49(X)) = fn_triose_phosphate_dehydrogenase_3(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_triose_phosphate_dehydrogenase_3(fn_energy_payoff_phase_of_glycolysis_62(X)) = fn_triose_phosphate_dehydrogenase_3(fn_energy_payoff_phase_of_glycolysis_62(X))
& fn_triose_phosphate_dehydrogenase_3(fn_energy_payoff_phase_of_glycolysis_62(X)) = fn_oxidation_10(fn_energy_payoff_phase_of_glycolysis_45(X))
& fn_oxidation_7(fn_energy_payoff_phase_of_glycolysis_45(X)) = fn_oxidation_10(fn_energy_payoff_phase_of_glycolysis_45(X))
& fn_oxidation_10(fn_energy_payoff_phase_of_glycolysis_45(X)) = fn_oxidation_7(fn_energy_payoff_phase_of_glycolysis_45(X))
& fn_oxidation_7(fn_energy_payoff_phase_of_glycolysis_45(X)) = fn_oxidation_7(fn_energy_payoff_phase_of_glycolysis_45(X))
& fn_reduction_1(fn_energy_payoff_phase_of_glycolysis_33(X)) = fn_oxidation_7(fn_energy_payoff_phase_of_glycolysis_45(X))
& fn_oxidation_7(fn_energy_payoff_phase_of_glycolysis_45(X)) = fn_reduction_1(fn_energy_payoff_phase_of_glycolysis_33(X)) ) ) ).
fof(a529313,axiom,
! [X] :
( energy_polarity_scale_1(X)
=> ( original_name_2(X,'Energy-Polarity-Scale')
& concept2words_2(X,'energy polarity scale')
& concept2words_2(X,'energy-polarity-scale')
& scale_1(X) ) ) ).
fof(a529314,axiom,
! [X] :
( energy_reaction_1(X)
=> ( original_name_2(X,'Energy-Reaction')
& user_description_2(X,'A reaction that describes changes in energy.')
& concept2words_2(X,convert)
& concept2words_2(X,'reaction of energy')
& concept2words_2(X,'energy reaction')
& concept2words_2(X,'energy-reaction')
& chemical_reaction_1(X) ) ) ).
fof(a529315,axiom,
! [X] :
( energy_related_process_1(X)
=> ( original_name_2(X,'Energy-Related-Process')
& user_description_2(X,'A process related to the movement or exchange of energy or heat.')
& concept2words_2(X,'energy related process')
& concept2words_2(X,'energy-related-process')
& general_chemical_process_1(X) ) ) ).
fof(a529316,axiom,
! [X] :
( energy_source_1(X)
=> ( original_name_2(X,'Energy-Source')
& user_description_2(X,'The source of energy for the life processes of an organism.')
& concept2words_2(X,'source of energy')
& concept2words_2(X,'energy source')
& concept2words_2(X,'energy-source')
& resource_1(X) ) ) ).
fof(a529317,axiom,
! [X] :
( energy_transformation_by_organism_1(X)
=> ( original_name_2(X,'Energy-Transformation-by-Organism')
& user_description_2(X,'It is the process of transformation of energy by an organism.')
& concept2words_2(X,transform)
& concept2words_2(X,'energy transformation by organism')
& concept2words_2(X,'energy-transformation-by-organism')
& change_of_state_1(X)
& ~ transformation_in_bacterial_genetics_1(X)
& energy_1(fn_energy_transformation_by_organism_1(X))
& energy_1(fn_energy_transformation_by_organism_2(X))
& organism_1(fn_energy_transformation_by_organism_3(X))
& fn_energy_transformation_by_organism_1(X) != fn_energy_transformation_by_organism_2(X)
& fn_energy_transformation_by_organism_2(X) != fn_energy_transformation_by_organism_1(X)
& object_2(X,fn_energy_transformation_by_organism_2(X))
& result_2(X,fn_energy_transformation_by_organism_1(X))
& experiencer_2(X,fn_energy_transformation_by_organism_3(X))
& raw_material_2(X,fn_energy_transformation_by_organism_2(X)) ) ) ).
fof(a529318,axiom,
! [X] :
( engelmanns_experiment_1(X)
=> ( original_name_2(X,'Engelmanns-Experiment')
& user_description_2(X,'Experiment conductied by Theodor W. Englemann which helped reveal which wavelengths of light are photosynthetically important.')
& concept2words_2(X,'engelmann\'s experiment')
& concept2words_2(X,'engelmanns experiment')
& concept2words_2(X,'engelmanns-experiment')
& experiment_1(X)
& rate_value_1(fn_engelmanns_experiment_5(X))
& quantity_value_1(fn_engelmanns_experiment_6(X))
& rate_value_1(fn_engelmanns_experiment_7(X))
& quantity_value_1(fn_engelmanns_experiment_8(X))
& action_spectrum_1(fn_engelmanns_experiment_9(X))
& carotenoid_1(fn_engelmanns_experiment_10(X))
& chlorophyll_1(fn_engelmanns_experiment_11(X))
& red_light_1(fn_engelmanns_experiment_12(X))
& violet_blue_light_1(fn_engelmanns_experiment_13(X))
& green_light_1(fn_engelmanns_experiment_14(X))
& violet_light_1(fn_engelmanns_experiment_15(X))
& yellow_light_1(fn_engelmanns_experiment_16(X))
& orange_light_1(fn_engelmanns_experiment_17(X))
& blue_light_1(fn_engelmanns_experiment_18(X))
& prism_1(fn_engelmanns_experiment_19(X))
& algal_cell_1(fn_engelmanns_experiment_20(X))
& spectrophotometry_1(fn_engelmanns_experiment_21(X))
& photosynthesis_1(fn_engelmanns_experiment_22(X))
& oxygen_molecule_1(fn_engelmanns_experiment_23(X))
& visible_light_1(fn_engelmanns_experiment_24(X))
& substance_1(fn_engelmanns_experiment_25(X))
& cytosol_1(fn_engelmanns_experiment_25(X))
& tangible_entity_1(fn_engelmanns_experiment_26(X))
& membrane_protein_1(fn_engelmanns_experiment_26(X))
& protein_1(fn_engelmanns_experiment_26(X))
& spatial_entity_1(fn_engelmanns_experiment_26(X))
& polymer_1(fn_engelmanns_experiment_26(X))
& membrane_protein_1(fn_engelmanns_experiment_27(X))
& protein_1(fn_engelmanns_experiment_27(X))
& spatial_entity_1(fn_engelmanns_experiment_27(X))
& polymer_1(fn_engelmanns_experiment_27(X))
& tangible_entity_1(fn_engelmanns_experiment_27(X))
& transmembrane_protein_1(fn_engelmanns_experiment_27(X))
& integral_protein_1(fn_engelmanns_experiment_27(X))
& transport_protein_1(fn_engelmanns_experiment_27(X))
& tangible_entity_1(fn_engelmanns_experiment_28(X))
& phospholipid_bilayer_1(fn_engelmanns_experiment_28(X))
& anaerobe_1(fn_engelmanns_experiment_29(X))
& facilitated_diffusion_of_polar_molecule_1(fn_engelmanns_experiment_30(X))
& metabolism_1(fn_engelmanns_experiment_31(X))
& genotype_1(fn_engelmanns_experiment_32(X))
& genome_1(fn_engelmanns_experiment_32(X))
& cell_wall_1(fn_engelmanns_experiment_33(X))
& prokaryotic_ribosome_1(fn_engelmanns_experiment_34(X))
& membrane_1(fn_engelmanns_experiment_35(X))
& spatial_entity_1(fn_engelmanns_experiment_35(X))
& biomembrane_1(fn_engelmanns_experiment_35(X))
& plasma_membrane_1(fn_engelmanns_experiment_35(X))
& mixture_1(fn_engelmanns_experiment_36(X))
& cytoplasm_1(fn_engelmanns_experiment_36(X))
& move_1(fn_engelmanns_experiment_37(X))
& oxygen_molecule_1(fn_engelmanns_experiment_38(X))
& attract_1(fn_engelmanns_experiment_39(X))
& entity_1(fn_engelmanns_experiment_40(X))
& spatial_entity_1(fn_engelmanns_experiment_40(X))
& organism_1(fn_engelmanns_experiment_40(X))
& cell_1(fn_engelmanns_experiment_40(X))
& prokaryote_1(fn_engelmanns_experiment_40(X))
& divide_1(fn_engelmanns_experiment_41(X))
& photosynthesis_1(fn_engelmanns_experiment_42(X))
& culturing_1(fn_engelmanns_experiment_43(X))
& chemical_entity_1(fn_anabolic_pathway_5(fn_engelmanns_experiment_22(X)))
& tangible_entity_1(fn_impair_1(fn_engelmanns_experiment_41(X)))
& ribosome_1(fn_cell_14(fn_engelmanns_experiment_40(X)))
& cell_wall_1(fn_prokaryote_14(fn_engelmanns_experiment_40(X)))
& entity_1(fn_attract_2(fn_engelmanns_experiment_39(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_engelmanns_experiment_42(X)))
& genotype_1(fn_organism_3(fn_engelmanns_experiment_40(X)))
& genome_1(fn_cell_24(fn_engelmanns_experiment_40(X)))
& entity_1(fn_attract_1(fn_engelmanns_experiment_39(X)))
& spatial_entity_1(fn_move_1(fn_engelmanns_experiment_37(X)))
& organism_1(fn_metabolism_1(fn_engelmanns_experiment_31(X)))
& organism_1(fn_anaerobe_5(fn_engelmanns_experiment_29(X)))
& cell_1(fn_culturing_7(fn_engelmanns_experiment_43(X)))
& substance_1(fn_cell_29(fn_engelmanns_experiment_40(X)))
& cytosol_1(fn_cell_29(fn_engelmanns_experiment_40(X)))
& substance_1(fn_prokaryote_10(fn_engelmanns_experiment_40(X)))
& cytosol_1(fn_prokaryote_10(fn_engelmanns_experiment_40(X)))
& mixture_1(fn_cell_28(fn_engelmanns_experiment_40(X)))
& cytoplasm_1(fn_cell_28(fn_engelmanns_experiment_40(X)))
& mixture_1(fn_prokaryote_12(fn_engelmanns_experiment_40(X)))
& cytoplasm_1(fn_prokaryote_12(fn_engelmanns_experiment_40(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_engelmanns_experiment_35(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_engelmanns_experiment_35(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_engelmanns_experiment_35(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_engelmanns_experiment_35(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_engelmanns_experiment_35(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_engelmanns_experiment_35(X)))
& tangible_entity_1(fn_biomembrane_63(fn_engelmanns_experiment_35(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_engelmanns_experiment_35(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_engelmanns_experiment_35(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_engelmanns_experiment_35(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_engelmanns_experiment_30(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_engelmanns_experiment_30(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_engelmanns_experiment_30(X)))
& biomembrane_1(fn_prokaryote_13(fn_engelmanns_experiment_40(X)))
& plasma_membrane_1(fn_prokaryote_13(fn_engelmanns_experiment_40(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_engelmanns_experiment_35(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_engelmanns_experiment_35(X)))
& protein_1(fn_plasma_membrane_68(fn_engelmanns_experiment_35(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_engelmanns_experiment_35(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_engelmanns_experiment_35(X)))
& protein_1(fn_plasma_membrane_54(fn_engelmanns_experiment_35(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_engelmanns_experiment_35(X)))
& polymer_1(fn_plasma_membrane_54(fn_engelmanns_experiment_35(X)))
& directly_proportional_2(fn_engelmanns_experiment_5(X),fn_engelmanns_experiment_6(X))
& greater_than_2(fn_engelmanns_experiment_7(X),fn_engelmanns_experiment_5(X))
& directly_proportional_2(fn_engelmanns_experiment_7(X),fn_engelmanns_experiment_8(X))
& greater_than_2(fn_engelmanns_experiment_8(X),fn_engelmanns_experiment_6(X))
& rate_2(fn_engelmanns_experiment_22(X),fn_engelmanns_experiment_5(X))
& raw_material_2(fn_engelmanns_experiment_22(X),fn_engelmanns_experiment_18(X))
& raw_material_2(fn_engelmanns_experiment_22(X),fn_engelmanns_experiment_17(X))
& raw_material_2(fn_engelmanns_experiment_22(X),fn_engelmanns_experiment_16(X))
& raw_material_2(fn_engelmanns_experiment_22(X),fn_engelmanns_experiment_15(X))
& raw_material_2(fn_engelmanns_experiment_22(X),fn_engelmanns_experiment_14(X))
& quantity_2(fn_engelmanns_experiment_23(X),fn_engelmanns_experiment_6(X))
& subevent_2(X,fn_engelmanns_experiment_43(X))
& subevent_2(X,fn_engelmanns_experiment_42(X))
& subevent_2(X,fn_engelmanns_experiment_41(X))
& supports_2(X,fn_engelmanns_experiment_21(X))
& first_subevent_2(X,fn_engelmanns_experiment_43(X))
& site_2(fn_engelmanns_experiment_31(X),fn_engelmanns_experiment_36(X))
& toward_2(fn_engelmanns_experiment_37(X),fn_engelmanns_experiment_38(X))
& quantity_2(fn_engelmanns_experiment_38(X),fn_engelmanns_experiment_8(X))
& next_event_2(fn_engelmanns_experiment_39(X),fn_engelmanns_experiment_37(X))
& result_2(fn_engelmanns_experiment_21(X),fn_engelmanns_experiment_9(X))
& object_2(fn_engelmanns_experiment_21(X),fn_engelmanns_experiment_10(X))
& object_2(fn_engelmanns_experiment_21(X),fn_engelmanns_experiment_11(X))
& result_2(fn_engelmanns_experiment_41(X),fn_engelmanns_experiment_12(X))
& result_2(fn_engelmanns_experiment_41(X),fn_engelmanns_experiment_13(X))
& result_2(fn_engelmanns_experiment_41(X),fn_engelmanns_experiment_14(X))
& result_2(fn_engelmanns_experiment_41(X),fn_engelmanns_experiment_15(X))
& result_2(fn_engelmanns_experiment_41(X),fn_engelmanns_experiment_16(X))
& result_2(fn_engelmanns_experiment_41(X),fn_engelmanns_experiment_17(X))
& result_2(fn_engelmanns_experiment_41(X),fn_engelmanns_experiment_18(X))
& agent_2(fn_engelmanns_experiment_41(X),fn_engelmanns_experiment_19(X))
& next_event_2(fn_engelmanns_experiment_41(X),fn_engelmanns_experiment_42(X))
& rate_2(fn_engelmanns_experiment_42(X),fn_engelmanns_experiment_7(X))
& raw_material_2(fn_engelmanns_experiment_42(X),fn_engelmanns_experiment_12(X))
& raw_material_2(fn_engelmanns_experiment_42(X),fn_engelmanns_experiment_13(X))
& next_event_2(fn_engelmanns_experiment_42(X),fn_engelmanns_experiment_39(X))
& object_2(fn_engelmanns_experiment_43(X),fn_engelmanns_experiment_20(X))
& next_event_2(fn_engelmanns_experiment_43(X),fn_engelmanns_experiment_41(X))
& agent_2(fn_engelmanns_experiment_39(X),fn_engelmanns_experiment_38(X))
& object_2(fn_engelmanns_experiment_39(X),fn_engelmanns_experiment_40(X))
& object_2(fn_engelmanns_experiment_37(X),fn_engelmanns_experiment_40(X))
& result_2(fn_engelmanns_experiment_42(X),fn_engelmanns_experiment_38(X))
& result_2(fn_engelmanns_experiment_22(X),fn_engelmanns_experiment_23(X))
& object_2(fn_engelmanns_experiment_41(X),fn_engelmanns_experiment_24(X))
& base_2(fn_engelmanns_experiment_31(X),fn_engelmanns_experiment_40(X))
& plays_2(fn_engelmanns_experiment_40(X),fn_engelmanns_experiment_29(X))
& object_2(fn_engelmanns_experiment_43(X),fn_engelmanns_experiment_40(X))
& path_2(fn_engelmanns_experiment_30(X),fn_engelmanns_experiment_35(X))
& fn_engelmanns_experiment_26(X) != fn_engelmanns_experiment_27(X)
& fn_engelmanns_experiment_27(X) != fn_engelmanns_experiment_26(X)
& has_part_2(fn_engelmanns_experiment_35(X),fn_engelmanns_experiment_27(X))
& is_at_2(fn_engelmanns_experiment_27(X),fn_engelmanns_experiment_35(X))
& has_part_2(fn_engelmanns_experiment_35(X),fn_engelmanns_experiment_26(X))
& is_across_2(fn_engelmanns_experiment_27(X),fn_engelmanns_experiment_35(X))
& is_inside_2(fn_engelmanns_experiment_27(X),fn_engelmanns_experiment_28(X))
& has_part_2(fn_engelmanns_experiment_35(X),fn_engelmanns_experiment_28(X))
& called_2(fn_engelmanns_experiment_26(X),'MP2')
& has_part_2(fn_engelmanns_experiment_40(X),fn_engelmanns_experiment_35(X))
& has_part_2(fn_engelmanns_experiment_40(X),fn_engelmanns_experiment_36(X))
& is_inside_2(fn_engelmanns_experiment_36(X),fn_engelmanns_experiment_35(X))
& is_inside_2(fn_engelmanns_experiment_35(X),fn_engelmanns_experiment_33(X))
& has_part_2(fn_engelmanns_experiment_40(X),fn_engelmanns_experiment_33(X))
& has_part_2(fn_engelmanns_experiment_36(X),fn_engelmanns_experiment_25(X))
& has_part_2(fn_engelmanns_experiment_40(X),fn_engelmanns_experiment_32(X))
& is_inside_2(fn_engelmanns_experiment_34(X),fn_engelmanns_experiment_25(X))
& has_part_2(fn_engelmanns_experiment_40(X),fn_engelmanns_experiment_34(X))
& fn_engelmanns_experiment_38(X) = fn_attract_2(fn_engelmanns_experiment_39(X))
& fn_engelmanns_experiment_40(X) = fn_attract_1(fn_engelmanns_experiment_39(X))
& fn_engelmanns_experiment_40(X) = fn_move_1(fn_engelmanns_experiment_37(X))
& fn_engelmanns_experiment_38(X) = fn_anabolic_pathway_5(fn_engelmanns_experiment_42(X))
& fn_engelmanns_experiment_23(X) = fn_anabolic_pathway_5(fn_engelmanns_experiment_22(X))
& fn_engelmanns_experiment_24(X) = fn_impair_1(fn_engelmanns_experiment_41(X))
& fn_engelmanns_experiment_40(X) = fn_metabolism_1(fn_engelmanns_experiment_31(X))
& fn_engelmanns_experiment_40(X) = fn_anaerobe_5(fn_engelmanns_experiment_29(X))
& fn_engelmanns_experiment_40(X) = fn_culturing_7(fn_engelmanns_experiment_43(X))
& fn_engelmanns_experiment_35(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_engelmanns_experiment_30(X))
& fn_engelmanns_experiment_32(X) = fn_organism_3(fn_engelmanns_experiment_40(X))
& fn_engelmanns_experiment_32(X) = fn_cell_24(fn_engelmanns_experiment_40(X))
& fn_engelmanns_experiment_34(X) = fn_cell_14(fn_engelmanns_experiment_40(X))
& fn_engelmanns_experiment_35(X) = fn_prokaryote_13(fn_engelmanns_experiment_40(X))
& fn_engelmanns_experiment_33(X) = fn_prokaryote_14(fn_engelmanns_experiment_40(X))
& fn_engelmanns_experiment_36(X) = fn_cell_28(fn_engelmanns_experiment_40(X))
& fn_engelmanns_experiment_25(X) = fn_cell_29(fn_engelmanns_experiment_40(X))
& fn_engelmanns_experiment_36(X) = fn_prokaryote_12(fn_engelmanns_experiment_40(X))
& fn_engelmanns_experiment_25(X) = fn_prokaryote_10(fn_engelmanns_experiment_40(X))
& fn_engelmanns_experiment_27(X) = fn_plasma_membrane_4(fn_engelmanns_experiment_35(X))
& fn_engelmanns_experiment_27(X) = fn_plasma_membrane_3(fn_engelmanns_experiment_35(X))
& fn_engelmanns_experiment_27(X) = fn_plasma_membrane_54(fn_engelmanns_experiment_35(X))
& fn_engelmanns_experiment_26(X) = fn_plasma_membrane_68(fn_engelmanns_experiment_35(X))
& fn_engelmanns_experiment_27(X) = fn_plasma_membrane_55(fn_engelmanns_experiment_35(X))
& fn_engelmanns_experiment_28(X) = fn_biomembrane_63(fn_engelmanns_experiment_35(X))
& fn_engelmanns_experiment_28(X) = fn_plasma_membrane_71(fn_engelmanns_experiment_35(X))
& fn_engelmanns_experiment_26(X) = fn_plasma_membrane_54(fn_engelmanns_experiment_35(X))
& fn_attract_2(fn_engelmanns_experiment_39(X)) = fn_anabolic_pathway_5(fn_engelmanns_experiment_42(X))
& fn_anabolic_pathway_5(fn_engelmanns_experiment_42(X)) = fn_organism_3(fn_engelmanns_experiment_40(X))
& fn_organism_3(fn_engelmanns_experiment_40(X)) = fn_cell_24(fn_engelmanns_experiment_40(X))
& fn_cell_24(fn_engelmanns_experiment_40(X)) = fn_attract_1(fn_engelmanns_experiment_39(X))
& fn_attract_1(fn_engelmanns_experiment_39(X)) = fn_move_1(fn_engelmanns_experiment_37(X))
& fn_move_1(fn_engelmanns_experiment_37(X)) = fn_move_1(fn_engelmanns_experiment_37(X))
& fn_move_1(fn_engelmanns_experiment_37(X)) = fn_metabolism_1(fn_engelmanns_experiment_31(X))
& fn_metabolism_1(fn_engelmanns_experiment_31(X)) = fn_metabolism_1(fn_engelmanns_experiment_31(X))
& fn_metabolism_1(fn_engelmanns_experiment_31(X)) = fn_anaerobe_5(fn_engelmanns_experiment_29(X))
& fn_anaerobe_5(fn_engelmanns_experiment_29(X)) = fn_anaerobe_5(fn_engelmanns_experiment_29(X))
& fn_anaerobe_5(fn_engelmanns_experiment_29(X)) = fn_culturing_7(fn_engelmanns_experiment_43(X))
& fn_culturing_7(fn_engelmanns_experiment_43(X)) = fn_cell_29(fn_engelmanns_experiment_40(X))
& fn_cell_29(fn_engelmanns_experiment_40(X)) = fn_cell_29(fn_engelmanns_experiment_40(X))
& fn_cell_29(fn_engelmanns_experiment_40(X)) = fn_prokaryote_10(fn_engelmanns_experiment_40(X))
& fn_prokaryote_10(fn_engelmanns_experiment_40(X)) = fn_cell_28(fn_engelmanns_experiment_40(X))
& fn_prokaryote_12(fn_engelmanns_experiment_40(X)) = fn_prokaryote_12(fn_engelmanns_experiment_40(X))
& fn_prokaryote_12(fn_engelmanns_experiment_40(X)) = fn_cell_28(fn_engelmanns_experiment_40(X))
& fn_cell_28(fn_engelmanns_experiment_40(X)) = fn_prokaryote_12(fn_engelmanns_experiment_40(X))
& fn_prokaryote_12(fn_engelmanns_experiment_40(X)) = fn_plasma_membrane_4(fn_engelmanns_experiment_35(X))
& fn_plasma_membrane_4(fn_engelmanns_experiment_35(X)) = fn_plasma_membrane_3(fn_engelmanns_experiment_35(X))
& fn_plasma_membrane_54(fn_engelmanns_experiment_35(X)) = fn_plasma_membrane_3(fn_engelmanns_experiment_35(X))
& fn_plasma_membrane_3(fn_engelmanns_experiment_35(X)) = fn_plasma_membrane_54(fn_engelmanns_experiment_35(X))
& fn_plasma_membrane_55(fn_engelmanns_experiment_35(X)) = fn_plasma_membrane_54(fn_engelmanns_experiment_35(X))
& fn_plasma_membrane_54(fn_engelmanns_experiment_35(X)) = fn_plasma_membrane_55(fn_engelmanns_experiment_35(X))
& fn_plasma_membrane_55(fn_engelmanns_experiment_35(X)) = fn_plasma_membrane_55(fn_engelmanns_experiment_35(X))
& fn_plasma_membrane_55(fn_engelmanns_experiment_35(X)) = fn_plasma_membrane_71(fn_engelmanns_experiment_35(X))
& fn_plasma_membrane_71(fn_engelmanns_experiment_35(X)) = fn_biomembrane_63(fn_engelmanns_experiment_35(X))
& fn_biomembrane_63(fn_engelmanns_experiment_35(X)) = fn_plasma_membrane_71(fn_engelmanns_experiment_35(X))
& fn_plasma_membrane_71(fn_engelmanns_experiment_35(X)) = fn_facilitated_diffusion_of_polar_molecule_5(fn_engelmanns_experiment_30(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_engelmanns_experiment_30(X)) = fn_prokaryote_13(fn_engelmanns_experiment_40(X))
& fn_prokaryote_13(fn_engelmanns_experiment_40(X)) = fn_prokaryote_13(fn_engelmanns_experiment_40(X))
& fn_prokaryote_13(fn_engelmanns_experiment_40(X)) = fn_plasma_membrane_68(fn_engelmanns_experiment_35(X))
& fn_plasma_membrane_54(fn_engelmanns_experiment_35(X)) = fn_plasma_membrane_68(fn_engelmanns_experiment_35(X))
& fn_plasma_membrane_68(fn_engelmanns_experiment_35(X)) = fn_plasma_membrane_54(fn_engelmanns_experiment_35(X))
& fn_plasma_membrane_54(fn_engelmanns_experiment_35(X)) = fn_plasma_membrane_54(fn_engelmanns_experiment_35(X)) ) ) ).
fof(a529319,axiom,
! [X] :
( engineering_1(X)
=> ( original_name_2(X,'Engineering')
& concept2words_2(X,technology)
& concept2words_2(X,application)
& concept2words_2(X,profession)
& concept2words_2(X,engineer)
& concept2words_2(X,engineering)
& development_1(X) ) ) ).
fof(a529320,axiom,
! [X] :
( enhancer_1(X)
=> ( original_name_2(X,'Enhancer')
& user_description_2(X,'A segment of eukaryotic DNA containing multiple control elements, usually located far from the gene whose transcription it regulates.')
& concept2words_2(X,enhancer)
& control_element_1(X)
& ~ proximal_control_element_1(X)
& quantity_value_1(fn_enhancer_1(X))
& speed_value_1(fn_enhancer_2(X))
& exon_1(fn_enhancer_3(X))
& intron_1(fn_enhancer_4(X))
& exon_1(fn_enhancer_5(X))
& activator_1(fn_enhancer_6(X))
& attach_1(fn_enhancer_7(X))
& carbon_skeleton_1(fn_enhancer_8(X))
& constant_motion_1(fn_enhancer_9(X))
& carbon_1(fn_enhancer_10(X))
& atom_1(fn_enhancer_11(X))
& chemical_entity_1(fn_enhancer_11(X))
& deoxyribonucleoside_monophosphate_1(fn_enhancer_12(X))
& kinetic_energy_1(fn_enhancer_13(X))
& phosphodiester_bond_1(fn_enhancer_14(X))
& exon_1(fn_intron_6(fn_enhancer_4(X)))
& constant_motion_1(fn_kinetic_energy_1(fn_enhancer_13(X)))
& atom_1(fn_carbon_skeleton_2(fn_enhancer_8(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_enhancer_8(X)))
& carbon_1(fn_carbon_skeleton_4(fn_enhancer_8(X)))
& spatial_entity_1(fn_attach_1(fn_enhancer_7(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_enhancer_14(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_enhancer_14(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_enhancer_13(X)))
& spatial_entity_1(fn_attach_2(fn_enhancer_7(X)))
& quantity_2(fn_enhancer_13(X),fn_enhancer_1(X))
& is_between_2(fn_enhancer_4(X),fn_enhancer_3(X))
& speed_2(fn_enhancer_9(X),fn_enhancer_2(X))
& directly_proportional_2(fn_enhancer_2(X),fn_enhancer_1(X))
& has_region_2(X,fn_enhancer_8(X))
& has_part_2(X,fn_enhancer_10(X))
& has_part_2(X,fn_enhancer_11(X))
& has_part_2(X,fn_enhancer_3(X))
& has_part_2(X,fn_enhancer_5(X))
& has_part_2(X,fn_enhancer_4(X))
& has_part_2(X,fn_enhancer_12(X))
& possesses_2(X,fn_enhancer_14(X))
& is_between_2(fn_enhancer_14(X),fn_enhancer_12(X))
& is_between_2(fn_enhancer_4(X),fn_enhancer_5(X))
& agent_2(fn_enhancer_7(X),X)
& possesses_2(X,fn_enhancer_13(X))
& object_2(fn_enhancer_9(X),X)
& is_inside_2(fn_enhancer_10(X),fn_enhancer_8(X))
& fn_enhancer_11(X) != fn_enhancer_10(X)
& fn_enhancer_10(X) != fn_enhancer_11(X)
& base_2(fn_enhancer_7(X),X)
& object_2(fn_enhancer_7(X),fn_enhancer_6(X))
& fn_enhancer_12(X) = fn_chemical_bond_1(fn_enhancer_14(X))
& fn_enhancer_12(X) = fn_chemical_bond_4(fn_enhancer_14(X))
& fn_enhancer_5(X) = fn_intron_6(fn_enhancer_4(X))
& fn_enhancer_7(X) = fn_control_element_1(X)
& fn_enhancer_9(X) = fn_kinetic_energy_1(fn_enhancer_13(X))
& X = fn_kinetic_energy_2(fn_enhancer_13(X))
& fn_enhancer_11(X) = fn_carbon_skeleton_2(fn_enhancer_8(X))
& fn_enhancer_10(X) = fn_carbon_skeleton_4(fn_enhancer_8(X))
& X = fn_attach_2(fn_enhancer_7(X))
& fn_enhancer_6(X) = fn_attach_1(fn_enhancer_7(X))
& fn_chemical_bond_1(fn_enhancer_14(X)) = fn_chemical_bond_4(fn_enhancer_14(X))
& fn_chemical_bond_4(fn_enhancer_14(X)) = fn_kinetic_energy_2(fn_enhancer_13(X))
& fn_kinetic_energy_2(fn_enhancer_13(X)) = fn_kinetic_energy_2(fn_enhancer_13(X))
& fn_kinetic_energy_2(fn_enhancer_13(X)) = fn_attach_2(fn_enhancer_7(X)) ) ) ).
fof(a529321,axiom,
! [X] :
( enolase_1(X)
=> ( original_name_2(X,'Enolase')
& user_description_2(X,'An enzyme that removes a molecule of water from 2-phosphoglyceric acid to form phosphoenolpyruvic acid (PEP).')
& concept2words_2(X,'phosphopyruvate dehydratase')
& concept2words_2(X,'phosphopyruvate-dehydratase')
& concept2words_2(X,enolase)
& lyase_1(X)
& disulfide_bond_1(fn_enolase_1(X))
& catalyst_1(fn_enolase_2(X))
& size_value_1(fn_enolase_3(X))
& spatial_entity_1(fn_enolase_4(X))
& chemical_entity_1(fn_enolase_4(X))
& monomer_1(fn_enolase_4(X))
& molecule_1(fn_enolase_4(X))
& amino_acid_1(fn_enolase_4(X))
& quantity_value_1(fn_enolase_5(X))
& speed_value_1(fn_enolase_6(X))
& constant_motion_1(fn_enolase_7(X))
& decrease_1(fn_enolase_8(X))
& chemical_reaction_1(fn_enolase_9(X))
& size_value_1(fn_enolase_10(X))
& atom_1(fn_enolase_11(X))
& chemical_entity_1(fn_enolase_11(X))
& carbon_1(fn_enolase_12(X))
& monomer_1(fn_enolase_13(X))
& polypeptide_1(fn_enolase_14(X))
& active_site_1(fn_enolase_15(X))
& carbon_skeleton_1(fn_enolase_16(X))
& surface_1(fn_enolase_17(X))
& hydrophilic_region_1(fn_enolase_18(X))
& protein_domain_1(fn_enolase_19(X))
& kinetic_energy_1(fn_enolase_20(X))
& protein_1(fn_disulfide_bond_3(fn_enolase_1(X)))
& possesses_2(X,fn_enolase_1(X))
& possesses_2(X,fn_enolase_20(X))
& quantity_2(fn_enolase_20(X),fn_enolase_5(X))
& directly_proportional_2(fn_enolase_6(X),fn_enolase_5(X))
& speed_2(fn_enolase_7(X),fn_enolase_6(X))
& object_2(fn_enolase_7(X),X)
& has_function_2(X,fn_enolase_8(X))
& enables_2(fn_enolase_8(X),fn_enolase_9(X))
& plays_2(X,fn_enolase_2(X))
& in_event_2(fn_enolase_2(X),fn_enolase_9(X))
& site_2(fn_enolase_9(X),fn_enolase_15(X))
& facilitates_2(fn_enolase_15(X),fn_enolase_9(X))
& has_function_2(X,fn_enolase_9(X))
& has_region_2(X,fn_enolase_18(X))
& is_at_2(fn_enolase_18(X),fn_enolase_17(X))
& has_region_2(X,fn_enolase_17(X))
& has_part_2(X,fn_enolase_14(X))
& has_part_2(fn_enolase_14(X),fn_enolase_4(X))
& is_at_2(fn_enolase_4(X),fn_enolase_19(X))
& has_part_2(X,fn_enolase_11(X))
& the_scalar_value_2(fn_enolase_10(X),big_0)
& scalar_unit_class_2(fn_enolase_10(X),polypeptide_0)
& has_region_2(X,fn_enolase_15(X))
& size_2(X,fn_enolase_10(X))
& greater_than_2(fn_enolase_10(X),fn_enolase_3(X))
& size_2(fn_enolase_13(X),fn_enolase_3(X))
& has_part_2(X,fn_enolase_13(X))
& has_region_2(X,fn_enolase_19(X))
& has_region_2(X,fn_enolase_16(X))
& is_inside_2(fn_enolase_12(X),fn_enolase_16(X))
& has_part_2(X,fn_enolase_12(X))
& fn_enolase_11(X) != fn_enolase_12(X)
& fn_enolase_12(X) != fn_enolase_11(X)
& X = fn_disulfide_bond_3(fn_enolase_1(X))
& fn_enolase_7(X) = fn_molecule_8(X)
& fn_enolase_6(X) = fn_molecule_3(X)
& fn_enolase_5(X) = fn_molecule_4(X)
& fn_enolase_20(X) = fn_molecule_12(X)
& fn_enolase_8(X) = fn_enzyme_5(X)
& fn_enolase_15(X) = fn_enzyme_2(X)
& fn_enolase_9(X) = fn_enzyme_4(X)
& fn_enolase_2(X) = fn_enzyme_6(X)
& fn_enolase_4(X) = fn_protein_14(X)
& fn_enolase_14(X) = fn_protein_8(X)
& fn_enolase_17(X) = fn_protein_5(X)
& fn_enolase_18(X) = fn_protein_1(X)
& fn_enolase_4(X) = fn_protein_enzyme_11(X)
& fn_enolase_15(X) = fn_protein_enzyme_10(X)
& fn_enolase_19(X) = fn_protein_enzyme_5(X)
& fn_enolase_13(X) = fn_protein_enzyme_9(X)
& fn_enolase_3(X) = fn_protein_enzyme_4(X)
& fn_enolase_10(X) = fn_protein_9(X)
& fn_enolase_10(X) = fn_protein_enzyme_3(X)
& fn_enolase_11(X) = fn_organic_molecule_2(X)
& fn_enolase_11(X) = fn_protein_enzyme_8(X)
& fn_enolase_12(X) = fn_organic_molecule_1(X)
& fn_enolase_12(X) = fn_protein_enzyme_7(X)
& fn_enolase_16(X) = fn_organic_molecule_3(X)
& fn_enolase_16(X) = fn_protein_enzyme_6(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_1(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_3(X)
& fn_protein_enzyme_6(X) = fn_organic_molecule_3(X)
& fn_organic_molecule_3(X) = fn_protein_enzyme_6(X) ) ) ).
fof(a529322,axiom,
! [X] :
( ensemble_1(X)
=> ( original_name_2(X,'Ensemble')
& description_2(X,'A collection of distinct structures which function together to carry out some task, as the respiratory enzyme complex on mitochondrial membranes.')
& concept2words_2(X,ensemble)
& concept2words_2(X,'tout ensemble')
& concept2words_2(X,tout_ensemble)
& aggregate_1(X) ) ) ).
fof(a529323,axiom,
! [X] :
( enter_1(X)
=> ( original_name_2(X,'Enter')
& concept2words_2(X,'move into')
& concept2words_2(X,'go into')
& concept2words_2(X,'go in')
& concept2words_2(X,'get into')
& concept2words_2(X,'come in')
& concept2words_2(X,enter)
& concept2words_2(X,come_in)
& concept2words_2(X,get_into)
& concept2words_2(X,'get in')
& concept2words_2(X,get_in)
& concept2words_2(X,go_into)
& concept2words_2(X,go_in)
& concept2words_2(X,move_into)
& move_into_1(X)
& locomotion_1(X)
& ~ take_in_1(X)
& ~ load_1(X)
& ~ capillary_action_1(X)
& ~ implant_1(X)
& ~ package_recombinants_in_capsid_1(X) ) ) ).
fof(a529324,axiom,
! [X] :
( enteric_division_1(X)
=> ( original_name_2(X,'Enteric-Division')
& user_description_2(X,'System of neurons in the digestive tract, including the gallbladder and panceas. It is regulated by the parasympathetic and sympathetic division of the autonomic nervous system.')
& concept2words_2(X,'enteric division')
& concept2words_2(X,'enteric-division')
& nervous_system_1(X)
& ~ central_nervous_system_1(X)
& ~ nerve_net_1(X)
& ~ peripheral_nervous_system_1(X) ) ) ).
fof(a529325,axiom,
! [X] :
( enterogastrone_1(X)
=> ( original_name_2(X,'Enterogastrone')
& user_description_2(X,'A class of gastrointestinal hormones released from the duodenum in response to the presence of lipids. Includes CCK and secretin.')
& concept2words_2(X,enterogastrone)
& digestive_hormone_1(X) ) ) ).
fof(a529326,axiom,
! [X] :
( enteropeptidase_1(X)
=> ( original_name_2(X,'Enteropeptidase')
& user_description_2(X,'An intestinal enzyme that directly or indirectly triggers activation of digestive enzymes within the intestinal lumen.')
& concept2words_2(X,enterokinase)
& concept2words_2(X,enteropeptidase)
& protease_1(X)
& hydrophobic_region_1(fn_enteropeptidase_1(X))
& has_region_2(X,fn_enteropeptidase_1(X)) ) ) ).
fof(a529327,axiom,
! [X] :
( entity_1(X)
=> ( original_name_2(X,'Entity')
& concept2words_2(X,product)
& concept2words_2(X,part)
& concept2words_2(X,value)
& concept2words_2(X,'user equation expression')
& concept2words_2(X,'user-equation-expression')
& concept2words_2(X,resultant_role)
& concept2words_2(X,'resultant role')
& concept2words_2(X,'recycled during')
& concept2words_2(X,'recycled-during')
& concept2words_2(X,recipient_role)
& concept2words_2(X,'recipient role')
& concept2words_2(X,recipient)
& concept2words_2(X,'previous element')
& concept2words_2(X,participant)
& concept2words_2(X,affected_role)
& concept2words_2(X,patient_role)
& concept2words_2(X,'affected role')
& concept2words_2(X,'patient role')
& concept2words_2(X,'next element')
& concept2words_2(X,'next-element')
& concept2words_2(X,instrumental_role)
& concept2words_2(X,'instrumental role')
& concept2words_2(X,tool)
& concept2words_2(X,instrument)
& concept2words_2(X,'has structure')
& concept2words_2(X,'has-structure')
& concept2words_2(X,'element of first')
& concept2words_2(X,'first element')
& concept2words_2(X,'first-element')
& concept2words_2(X,experiencer)
& concept2words_2(X,'equation use')
& concept2words_2(X,'equation-use')
& concept2words_2(X,'symbol of equation')
& concept2words_2(X,'equation symbol')
& concept2words_2(X,'equation-symbol')
& concept2words_2(X,'expression of equation')
& concept2words_2(X,'equation expression')
& concept2words_2(X,'equation-expression')
& concept2words_2(X,donor)
& concept2words_2(X,'base object')
& concept2words_2(X,agentive_role)
& concept2words_2(X,'agentive role')
& concept2words_2(X,actor)
& concept2words_2(X,doer)
& concept2words_2(X,worker)
& concept2words_2(X,agent)
& concept2words_2(X,object)
& concept2words_2(X,element)
& concept2words_2(X,entity)
& thing_1(X)
& ~ concept_word_frame_1(X)
& ~ temporal_entity_1(X)
& ~ role_1(X)
& ~ event_1(X) ) ) ).
fof(a529328,axiom,
! [X] :
( entityproperty_1(X)
=> ( original_name_2(X,'EntityProperty')
& concept2words_2(X,entityproperty)
& property_1(X) ) ) ).
fof(a529329,axiom,
! [X] :
( entrance_1(X)
=> ( original_name_2(X,'Entrance')
& concept2words_2(X,entrance)
& concept2words_2(X,entranceway)
& concept2words_2(X,entryway)
& concept2words_2(X,entry)
& concept2words_2(X,entree)
& portal_1(X)
& ~ outlet_1(X) ) ) ).
fof(a529330,axiom,
! [X] :
( entry_of_arsenic_in_groundwater_1(X)
=> ( original_name_2(X,'Entry-Of-Arsenic-In-Groundwater')
& user_description_2(X,'Contamination of groundwater due to naturally occurring high concentrations of arsenic in deep wells.')
& concept2words_2(X,'entry of arsenic in groundwater')
& concept2words_2(X,'entry-of-arsenic-in-groundwater')
& ecological_process_1(X)
& soil_1(fn_entry_of_arsenic_in_groundwater_1(X))
& arsenic_1(fn_entry_of_arsenic_in_groundwater_2(X))
& groundwater_1(fn_entry_of_arsenic_in_groundwater_3(X))
& enter_1(fn_entry_of_arsenic_in_groundwater_4(X))
& tangible_entity_1(fn_move_into_1(fn_entry_of_arsenic_in_groundwater_4(X)))
& spatial_entity_1(fn_locomotion_1(fn_entry_of_arsenic_in_groundwater_4(X)))
& by_means_of_2(X,fn_entry_of_arsenic_in_groundwater_4(X))
& base_2(X,fn_entry_of_arsenic_in_groundwater_3(X))
& object_2(X,fn_entry_of_arsenic_in_groundwater_2(X))
& has_part_2(fn_entry_of_arsenic_in_groundwater_1(X),fn_entry_of_arsenic_in_groundwater_2(X))
& base_2(fn_entry_of_arsenic_in_groundwater_4(X),fn_entry_of_arsenic_in_groundwater_3(X))
& object_2(fn_entry_of_arsenic_in_groundwater_4(X),fn_entry_of_arsenic_in_groundwater_2(X))
& agent_2(fn_entry_of_arsenic_in_groundwater_4(X),fn_entry_of_arsenic_in_groundwater_2(X))
& fn_entry_of_arsenic_in_groundwater_3(X) = fn_move_into_1(fn_entry_of_arsenic_in_groundwater_4(X))
& fn_entry_of_arsenic_in_groundwater_2(X) = fn_locomotion_1(fn_entry_of_arsenic_in_groundwater_4(X)) ) ) ).
fof(a529331,axiom,
! [X] :
( entry_of_glucose_in_liver_cell_1(X)
=> ( original_name_2(X,'Entry-Of-Glucose-In-Liver-Cell')
& user_description_2(X,'Glucose carried in blood to the human liver enters liver cells rapidly through specific transport proteins in the plasma membrane.')
& concept2words_2(X,enter)
& concept2words_2(X,transport)
& concept2words_2(X,'entry of glucose in liver cell')
& concept2words_2(X,'entry-of-glucose-in-liver-cell')
& cotransport_1(X)
& system_1(fn_entry_of_glucose_in_liver_cell_1(X))
& energy_1(fn_entry_of_glucose_in_liver_cell_2(X))
& entity_1(fn_entry_of_glucose_in_liver_cell_2(X))
& free_energy_1(fn_entry_of_glucose_in_liver_cell_2(X))
& spatial_entity_1(fn_entry_of_glucose_in_liver_cell_3(X))
& tangible_entity_1(fn_entry_of_glucose_in_liver_cell_3(X))
& chemical_entity_1(fn_entry_of_glucose_in_liver_cell_3(X))
& glucose_1(fn_entry_of_glucose_in_liver_cell_4(X))
& passive_transport_1(fn_entry_of_glucose_in_liver_cell_5(X))
& facilitated_diffusion_1(fn_entry_of_glucose_in_liver_cell_5(X))
& exergonic_process_1(fn_entry_of_glucose_in_liver_cell_5(X))
& endergonic_process_1(fn_entry_of_glucose_in_liver_cell_6(X))
& work_1(fn_entry_of_glucose_in_liver_cell_6(X))
& cellular_work_1(fn_entry_of_glucose_in_liver_cell_6(X))
& active_transport_using_atp_1(fn_entry_of_glucose_in_liver_cell_6(X))
& membrane_1(fn_entry_of_glucose_in_liver_cell_7(X))
& spatial_entity_1(fn_entry_of_glucose_in_liver_cell_7(X))
& biomembrane_1(fn_entry_of_glucose_in_liver_cell_7(X))
& carrier_protein_1(fn_entry_of_glucose_in_liver_cell_8(X))
& transport_protein_1(fn_entry_of_glucose_in_liver_cell_8(X))
& cotransporter_1(fn_entry_of_glucose_in_liver_cell_8(X))
& liver_cell_1(fn_entry_of_glucose_in_liver_cell_9(X))
& cell_1(fn_passive_transport_1(fn_entry_of_glucose_in_liver_cell_5(X)))
& transport_protein_1(fn_facilitated_diffusion_25(fn_entry_of_glucose_in_liver_cell_5(X)))
& cellular_work_1(fn_eukaryotic_cell_32(fn_entry_of_glucose_in_liver_cell_9(X)))
& endergonic_process_1(fn_cotransporter_16(fn_entry_of_glucose_in_liver_cell_8(X)))
& work_1(fn_cotransporter_16(fn_entry_of_glucose_in_liver_cell_8(X)))
& cellular_work_1(fn_cotransporter_16(fn_entry_of_glucose_in_liver_cell_8(X)))
& active_transport_using_atp_1(fn_cotransporter_16(fn_entry_of_glucose_in_liver_cell_8(X)))
& membrane_1(fn_carrier_protein_18(fn_entry_of_glucose_in_liver_cell_8(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_entry_of_glucose_in_liver_cell_8(X)))
& biomembrane_1(fn_carrier_protein_18(fn_entry_of_glucose_in_liver_cell_8(X)))
& spatial_entity_1(fn_transport_protein_35(fn_entry_of_glucose_in_liver_cell_8(X)))
& biomembrane_1(fn_transport_protein_35(fn_entry_of_glucose_in_liver_cell_8(X)))
& spatial_entity_1(fn_facilitated_diffusion_49(fn_entry_of_glucose_in_liver_cell_5(X)))
& biomembrane_1(fn_facilitated_diffusion_49(fn_entry_of_glucose_in_liver_cell_5(X)))
& membrane_1(fn_cotransporter_4(fn_entry_of_glucose_in_liver_cell_8(X)))
& spatial_entity_1(fn_cotransporter_4(fn_entry_of_glucose_in_liver_cell_8(X)))
& biomembrane_1(fn_cotransporter_4(fn_entry_of_glucose_in_liver_cell_8(X)))
& spatial_entity_1(fn_passive_transport_25(fn_entry_of_glucose_in_liver_cell_5(X)))
& biomembrane_1(fn_passive_transport_25(fn_entry_of_glucose_in_liver_cell_5(X)))
& tangible_entity_1(fn_cotransporter_6(fn_entry_of_glucose_in_liver_cell_8(X)))
& spatial_entity_1(fn_cotransporter_6(fn_entry_of_glucose_in_liver_cell_8(X)))
& chemical_entity_1(fn_cotransporter_6(fn_entry_of_glucose_in_liver_cell_8(X)))
& spatial_entity_1(fn_facilitated_diffusion_26(fn_entry_of_glucose_in_liver_cell_5(X)))
& tangible_entity_1(fn_facilitated_diffusion_26(fn_entry_of_glucose_in_liver_cell_5(X)))
& chemical_entity_1(fn_facilitated_diffusion_26(fn_entry_of_glucose_in_liver_cell_5(X)))
& energy_1(fn_cotransporter_10(fn_entry_of_glucose_in_liver_cell_8(X)))
& entity_1(fn_cotransporter_10(fn_entry_of_glucose_in_liver_cell_8(X)))
& free_energy_1(fn_cotransporter_10(fn_entry_of_glucose_in_liver_cell_8(X)))
& free_energy_1(fn_passive_transport_17(fn_entry_of_glucose_in_liver_cell_5(X)))
& free_energy_1(fn_exergonic_process_3(fn_entry_of_glucose_in_liver_cell_5(X)))
& facilitated_diffusion_1(fn_transport_protein_28(fn_entry_of_glucose_in_liver_cell_8(X)))
& cotransport_1(fn_cotransporter_12(fn_entry_of_glucose_in_liver_cell_8(X)))
& base_2(X,fn_entry_of_glucose_in_liver_cell_9(X))
& called_2(fn_entry_of_glucose_in_liver_cell_6(X),'AT2')
& fn_entry_of_glucose_in_liver_cell_4(X) != fn_entry_of_glucose_in_liver_cell_3(X)
& fn_entry_of_glucose_in_liver_cell_3(X) != fn_entry_of_glucose_in_liver_cell_4(X)
& base_2(fn_entry_of_glucose_in_liver_cell_6(X),fn_entry_of_glucose_in_liver_cell_9(X))
& base_2(fn_entry_of_glucose_in_liver_cell_5(X),fn_entry_of_glucose_in_liver_cell_9(X))
& subevent_2(X,fn_entry_of_glucose_in_liver_cell_5(X))
& object_2(X,fn_entry_of_glucose_in_liver_cell_4(X))
& object_2(fn_entry_of_glucose_in_liver_cell_6(X),fn_entry_of_glucose_in_liver_cell_4(X))
& instrument_2(fn_entry_of_glucose_in_liver_cell_5(X),fn_entry_of_glucose_in_liver_cell_8(X))
& agent_2(fn_entry_of_glucose_in_liver_cell_6(X),fn_entry_of_glucose_in_liver_cell_8(X))
& agent_2(X,fn_entry_of_glucose_in_liver_cell_8(X))
& subevent_2(X,fn_entry_of_glucose_in_liver_cell_6(X))
& path_2(fn_entry_of_glucose_in_liver_cell_6(X),fn_entry_of_glucose_in_liver_cell_7(X))
& path_2(X,fn_entry_of_glucose_in_liver_cell_7(X))
& object_2(X,fn_entry_of_glucose_in_liver_cell_3(X))
& is_across_2(fn_entry_of_glucose_in_liver_cell_8(X),fn_entry_of_glucose_in_liver_cell_7(X))
& has_part_2(fn_entry_of_glucose_in_liver_cell_7(X),fn_entry_of_glucose_in_liver_cell_8(X))
& has_function_2(fn_entry_of_glucose_in_liver_cell_8(X),X)
& object_2(X,fn_entry_of_glucose_in_liver_cell_2(X))
& raw_material_2(fn_entry_of_glucose_in_liver_cell_6(X),fn_entry_of_glucose_in_liver_cell_2(X))
& path_2(fn_entry_of_glucose_in_liver_cell_5(X),fn_entry_of_glucose_in_liver_cell_7(X))
& result_2(fn_entry_of_glucose_in_liver_cell_5(X),fn_entry_of_glucose_in_liver_cell_2(X))
& object_2(fn_entry_of_glucose_in_liver_cell_5(X),fn_entry_of_glucose_in_liver_cell_3(X))
& fn_entry_of_glucose_in_liver_cell_6(X) = fn_eukaryotic_cell_32(fn_entry_of_glucose_in_liver_cell_9(X))
& fn_entry_of_glucose_in_liver_cell_9(X) = fn_passive_transport_1(fn_entry_of_glucose_in_liver_cell_5(X))
& fn_entry_of_glucose_in_liver_cell_5(X) = fn_energy_coupling_3(X)
& fn_entry_of_glucose_in_liver_cell_6(X) = fn_cotransport_7(X)
& fn_entry_of_glucose_in_liver_cell_4(X) = fn_cotransport_16(X)
& fn_entry_of_glucose_in_liver_cell_3(X) = fn_cotransporter_6(fn_entry_of_glucose_in_liver_cell_8(X))
& fn_entry_of_glucose_in_liver_cell_6(X) = fn_cotransporter_16(fn_entry_of_glucose_in_liver_cell_8(X))
& fn_entry_of_glucose_in_liver_cell_2(X) = fn_cotransporter_10(fn_entry_of_glucose_in_liver_cell_8(X))
& X = fn_cotransporter_12(fn_entry_of_glucose_in_liver_cell_8(X))
& fn_entry_of_glucose_in_liver_cell_7(X) = fn_carrier_protein_18(fn_entry_of_glucose_in_liver_cell_8(X))
& fn_entry_of_glucose_in_liver_cell_8(X) = fn_facilitated_diffusion_25(fn_entry_of_glucose_in_liver_cell_5(X))
& fn_entry_of_glucose_in_liver_cell_7(X) = fn_facilitated_diffusion_49(fn_entry_of_glucose_in_liver_cell_5(X))
& fn_entry_of_glucose_in_liver_cell_7(X) = fn_cotransporter_4(fn_entry_of_glucose_in_liver_cell_8(X))
& fn_entry_of_glucose_in_liver_cell_5(X) = fn_transport_protein_28(fn_entry_of_glucose_in_liver_cell_8(X))
& fn_entry_of_glucose_in_liver_cell_7(X) = fn_transport_protein_35(fn_entry_of_glucose_in_liver_cell_8(X))
& fn_entry_of_glucose_in_liver_cell_7(X) = fn_passive_transport_25(fn_entry_of_glucose_in_liver_cell_5(X))
& fn_entry_of_glucose_in_liver_cell_3(X) = fn_facilitated_diffusion_26(fn_entry_of_glucose_in_liver_cell_5(X))
& fn_entry_of_glucose_in_liver_cell_2(X) = fn_passive_transport_17(fn_entry_of_glucose_in_liver_cell_5(X))
& fn_entry_of_glucose_in_liver_cell_2(X) = fn_exergonic_process_3(fn_entry_of_glucose_in_liver_cell_5(X))
& fn_eukaryotic_cell_32(fn_entry_of_glucose_in_liver_cell_9(X)) = fn_cotransport_7(X)
& fn_cotransport_7(X) = fn_cotransport_7(X)
& fn_cotransport_7(X) = fn_cotransporter_16(fn_entry_of_glucose_in_liver_cell_8(X))
& fn_cotransporter_16(fn_entry_of_glucose_in_liver_cell_8(X)) = fn_cotransporter_16(fn_entry_of_glucose_in_liver_cell_8(X))
& fn_cotransporter_16(fn_entry_of_glucose_in_liver_cell_8(X)) = fn_carrier_protein_18(fn_entry_of_glucose_in_liver_cell_8(X))
& fn_carrier_protein_18(fn_entry_of_glucose_in_liver_cell_8(X)) = fn_transport_protein_35(fn_entry_of_glucose_in_liver_cell_8(X))
& fn_transport_protein_35(fn_entry_of_glucose_in_liver_cell_8(X)) = fn_transport_protein_35(fn_entry_of_glucose_in_liver_cell_8(X))
& fn_transport_protein_35(fn_entry_of_glucose_in_liver_cell_8(X)) = fn_facilitated_diffusion_49(fn_entry_of_glucose_in_liver_cell_5(X))
& fn_facilitated_diffusion_49(fn_entry_of_glucose_in_liver_cell_5(X)) = fn_facilitated_diffusion_49(fn_entry_of_glucose_in_liver_cell_5(X))
& fn_facilitated_diffusion_49(fn_entry_of_glucose_in_liver_cell_5(X)) = fn_transport_protein_35(fn_entry_of_glucose_in_liver_cell_8(X))
& fn_transport_protein_35(fn_entry_of_glucose_in_liver_cell_8(X)) = fn_cotransporter_4(fn_entry_of_glucose_in_liver_cell_8(X))
& fn_cotransporter_4(fn_entry_of_glucose_in_liver_cell_8(X)) = fn_facilitated_diffusion_49(fn_entry_of_glucose_in_liver_cell_5(X))
& fn_facilitated_diffusion_49(fn_entry_of_glucose_in_liver_cell_5(X)) = fn_cotransporter_4(fn_entry_of_glucose_in_liver_cell_8(X))
& fn_cotransporter_4(fn_entry_of_glucose_in_liver_cell_8(X)) = fn_cotransporter_4(fn_entry_of_glucose_in_liver_cell_8(X))
& fn_cotransporter_4(fn_entry_of_glucose_in_liver_cell_8(X)) = fn_passive_transport_25(fn_entry_of_glucose_in_liver_cell_5(X))
& fn_passive_transport_25(fn_entry_of_glucose_in_liver_cell_5(X)) = fn_cotransporter_6(fn_entry_of_glucose_in_liver_cell_8(X))
& fn_cotransporter_6(fn_entry_of_glucose_in_liver_cell_8(X)) = fn_facilitated_diffusion_26(fn_entry_of_glucose_in_liver_cell_5(X))
& fn_facilitated_diffusion_26(fn_entry_of_glucose_in_liver_cell_5(X)) = fn_cotransporter_10(fn_entry_of_glucose_in_liver_cell_8(X))
& fn_cotransporter_10(fn_entry_of_glucose_in_liver_cell_8(X)) = fn_cotransporter_10(fn_entry_of_glucose_in_liver_cell_8(X))
& fn_cotransporter_10(fn_entry_of_glucose_in_liver_cell_8(X)) = fn_passive_transport_17(fn_entry_of_glucose_in_liver_cell_5(X))
& fn_passive_transport_17(fn_entry_of_glucose_in_liver_cell_5(X)) = fn_passive_transport_17(fn_entry_of_glucose_in_liver_cell_5(X))
& fn_passive_transport_17(fn_entry_of_glucose_in_liver_cell_5(X)) = fn_exergonic_process_3(fn_entry_of_glucose_in_liver_cell_5(X))
& fn_exergonic_process_3(fn_entry_of_glucose_in_liver_cell_5(X)) = fn_energy_coupling_3(X)
& fn_energy_coupling_3(X) = fn_transport_protein_28(fn_entry_of_glucose_in_liver_cell_8(X))
& fn_transport_protein_28(fn_entry_of_glucose_in_liver_cell_8(X)) = fn_transport_protein_28(fn_entry_of_glucose_in_liver_cell_8(X))
& fn_cotransporter_12(fn_entry_of_glucose_in_liver_cell_8(X)) = fn_cotransporter_12(fn_entry_of_glucose_in_liver_cell_8(X)) ) ) ).
fof(a529332,axiom,
! [X] :
( enucleated_cell_1(X)
=> ( original_name_2(X,'Enucleated-Cell')
& user_description_2(X,'An enucleated cell is a cell where the nucleus, and thus all genetic information, has been removed.')
& concept2words_2(X,'enucleated cell')
& concept2words_2(X,'enucleated-cell')
& eukaryotic_cell_1(X)
& remove_1(fn_enucleated_cell_1(X))
& nucleus_1(fn_enucleated_cell_2(X))
& spatial_entity_1(fn_remove_1(fn_enucleated_cell_1(X)))
& spatial_entity_1(fn_remove_2(fn_enucleated_cell_1(X)))
& object_2(fn_enucleated_cell_1(X),fn_enucleated_cell_2(X))
& base_2(fn_enucleated_cell_1(X),X)
& fn_enucleated_cell_2(X) = fn_remove_1(fn_enucleated_cell_1(X))
& X = fn_remove_2(fn_enucleated_cell_1(X)) ) ) ).
fof(a529333,axiom,
! [X] :
( environment_1(X)
=> ( original_name_2(X,'Environment')
& user_description_2(X,'All living and nonliving things that occur naturally on the Earth or in some region of the Earth.')
& concept2words_2(X,surrounding)
& concept2words_2(X,environment)
& region_1(X) ) ) ).
fof(a529334,axiom,
! [X] :
( enzymatic_reaction_1(X)
=> ( original_name_2(X,'Enzymatic-Reaction')
& user_description_2(X,'A chemical reaction that is catalyzed by an enzyme.')
& concept2words_2(X,convert)
& concept2words_2(X,'enzymatic reaction')
& concept2words_2(X,'enzymatic-reaction')
& chemical_reaction_1(X)
& rate_value_1(fn_enzymatic_reaction_3(X))
& concentration_value_1(fn_enzymatic_reaction_4(X))
& quantity_value_1(fn_enzymatic_reaction_5(X))
& weak_interaction_1(fn_enzymatic_reaction_7(X))
& hydrogen_bond_1(fn_enzymatic_reaction_8(X))
& substrate_1(fn_enzymatic_reaction_9(X))
& attach_1(fn_enzymatic_reaction_10(X))
& enzyme_substrate_complex_1(fn_enzymatic_reaction_11(X))
& spatial_entity_1(fn_enzymatic_reaction_12(X))
& chemical_entity_1(fn_enzymatic_reaction_12(X))
& active_site_1(fn_enzymatic_reaction_13(X))
& spatial_entity_1(fn_enzymatic_reaction_14(X))
& enzyme_1(fn_enzymatic_reaction_14(X))
& chemical_1(fn_enzymatic_reaction_15(X))
& chemical_entity_1(fn_enzymatic_reaction_16(X))
& enzyme_1(fn_enzymatic_reaction_17(X))
& spatial_entity_1(fn_attach_2(fn_enzymatic_reaction_10(X)))
& chemical_entity_1(fn_enzyme_substrate_complex_2(fn_enzymatic_reaction_11(X)))
& enzyme_1(fn_enzyme_substrate_complex_9(fn_enzymatic_reaction_11(X)))
& reactant_1(fn_enzyme_7(fn_enzymatic_reaction_14(X)))
& active_site_1(fn_enzyme_2(fn_enzymatic_reaction_14(X)))
& spatial_entity_1(fn_attach_1(fn_enzymatic_reaction_10(X)))
& chemical_entity_1(fn_chemical_3(fn_enzymatic_reaction_15(X)))
& chemical_entity_1(fn_enzyme_8(fn_enzymatic_reaction_14(X)))
& chemical_reaction_1(fn_enzyme_4(fn_enzymatic_reaction_14(X)))
& enables_2(fn_enzymatic_reaction_10(X),X)
& site_2(fn_enzymatic_reaction_10(X),fn_enzymatic_reaction_13(X))
& result_2(fn_enzymatic_reaction_10(X),fn_enzymatic_reaction_11(X))
& instrument_2(fn_enzymatic_reaction_10(X),fn_enzymatic_reaction_7(X))
& instrument_2(fn_enzymatic_reaction_10(X),fn_enzymatic_reaction_8(X))
& directly_proportional_2(fn_enzymatic_reaction_5(X),fn_enzymatic_reaction_3(X))
& has_state_2(fn_enzymatic_reaction_12(X),fn_enzymatic_reaction_16(X))
& rate_2(X,fn_enzymatic_reaction_3(X))
& quantity_2(fn_enzymatic_reaction_14(X),fn_enzymatic_reaction_5(X))
& is_specific_to_2(fn_enzymatic_reaction_14(X),fn_enzymatic_reaction_12(X))
& has_state_2(fn_enzymatic_reaction_14(X),fn_enzymatic_reaction_17(X))
& concentration_2(fn_enzymatic_reaction_15(X),fn_enzymatic_reaction_4(X))
& directly_proportional_2(fn_enzymatic_reaction_3(X),fn_enzymatic_reaction_4(X))
& base_2(fn_enzymatic_reaction_10(X),fn_enzymatic_reaction_14(X))
& object_2(fn_enzymatic_reaction_10(X),fn_enzymatic_reaction_12(X))
& has_part_2(fn_enzymatic_reaction_15(X),fn_enzymatic_reaction_12(X))
& element_2(fn_enzymatic_reaction_11(X),fn_enzymatic_reaction_16(X))
& element_2(fn_enzymatic_reaction_11(X),fn_enzymatic_reaction_17(X))
& has_function_2(fn_enzymatic_reaction_14(X),X)
& has_region_2(fn_enzymatic_reaction_14(X),fn_enzymatic_reaction_13(X))
& site_2(X,fn_enzymatic_reaction_13(X))
& raw_material_2(X,fn_enzymatic_reaction_12(X))
& plays_2(fn_enzymatic_reaction_12(X),fn_enzymatic_reaction_9(X))
& fn_enzymatic_reaction_14(X) = fn_attach_2(fn_enzymatic_reaction_10(X))
& fn_enzymatic_reaction_12(X) = fn_attach_1(fn_enzymatic_reaction_10(X))
& fn_enzymatic_reaction_12(X) = fn_chemical_3(fn_enzymatic_reaction_15(X))
& fn_enzymatic_reaction_16(X) = fn_enzyme_substrate_complex_2(fn_enzymatic_reaction_11(X))
& fn_enzymatic_reaction_17(X) = fn_enzyme_substrate_complex_9(fn_enzymatic_reaction_11(X))
& fn_enzymatic_reaction_9(X) = fn_enzyme_7(fn_enzymatic_reaction_14(X))
& fn_enzymatic_reaction_12(X) = fn_enzyme_8(fn_enzymatic_reaction_14(X))
& X = fn_enzyme_4(fn_enzymatic_reaction_14(X))
& fn_enzymatic_reaction_13(X) = fn_enzyme_2(fn_enzymatic_reaction_14(X))
& fn_attach_1(fn_enzymatic_reaction_10(X)) = fn_chemical_3(fn_enzymatic_reaction_15(X))
& fn_chemical_3(fn_enzymatic_reaction_15(X)) = fn_chemical_3(fn_enzymatic_reaction_15(X))
& fn_chemical_3(fn_enzymatic_reaction_15(X)) = fn_enzyme_8(fn_enzymatic_reaction_14(X))
& fn_enzyme_8(fn_enzymatic_reaction_14(X)) = fn_enzyme_8(fn_enzymatic_reaction_14(X))
& fn_enzyme_4(fn_enzymatic_reaction_14(X)) = fn_enzyme_4(fn_enzymatic_reaction_14(X)) ) ) ).
fof(a529335,axiom,
! [X] :
( enzyme_1(X)
=> ( original_name_2(X,'Enzyme')
& user_description_2(X,'An enzyme is a macromolecule that acts as a catalyst, a chemical agent that speeds up a reaction without being consumed by the reaction.')
& concept2words_2(X,enzymes)
& concept2words_2(X,enzyme)
& organic_molecule_1(X)
& activation_energy_1(fn_enzyme_1(X))
& active_site_1(fn_enzyme_2(X))
& chemical_reaction_1(fn_enzyme_4(X))
& decrease_1(fn_enzyme_5(X))
& catalyst_1(fn_enzyme_6(X))
& reactant_1(fn_enzyme_7(X))
& chemical_entity_1(fn_enzyme_8(X))
& quantity_value_1(fn_enzyme_9(X))
& property_node_1(fn_decrease_2(fn_enzyme_5(X)))
& property_value_1(fn_decrease_3(fn_enzyme_5(X)))
& chemical_entity_1(fn_reactant_3(fn_enzyme_7(X)))
& chemical_reaction_1(fn_reactant_2(fn_enzyme_7(X)))
& chemical_reaction_1(fn_catalyst_1(fn_enzyme_6(X)))
& chemical_entity_1(fn_catalyst_2(fn_enzyme_6(X)))
& facilitates_2(fn_enzyme_2(X),fn_enzyme_4(X))
& site_2(fn_enzyme_4(X),fn_enzyme_2(X))
& enables_2(fn_enzyme_5(X),fn_enzyme_4(X))
& quantity_2(fn_enzyme_1(X),fn_enzyme_9(X))
& has_region_2(X,fn_enzyme_2(X))
& has_function_2(X,fn_enzyme_5(X))
& from_value_2(fn_enzyme_5(X),fn_enzyme_9(X))
& in_event_2(fn_enzyme_7(X),fn_enzyme_4(X))
& raw_material_2(fn_enzyme_4(X),fn_enzyme_8(X))
& plays_2(fn_enzyme_8(X),fn_enzyme_7(X))
& in_event_2(fn_enzyme_6(X),fn_enzyme_4(X))
& has_function_2(X,fn_enzyme_4(X))
& plays_2(X,fn_enzyme_6(X))
& fn_enzyme_3(X) = fn_decrease_2(fn_enzyme_5(X))
& fn_enzyme_9(X) = fn_decrease_3(fn_enzyme_5(X))
& fn_enzyme_8(X) = fn_reactant_3(fn_enzyme_7(X))
& fn_enzyme_4(X) = fn_reactant_2(fn_enzyme_7(X))
& X = fn_catalyst_2(fn_enzyme_6(X))
& fn_enzyme_4(X) = fn_catalyst_1(fn_enzyme_6(X))
& fn_reactant_2(fn_enzyme_7(X)) = fn_reactant_2(fn_enzyme_7(X))
& fn_reactant_2(fn_enzyme_7(X)) = fn_catalyst_1(fn_enzyme_6(X))
& fn_catalyst_1(fn_enzyme_6(X)) = fn_catalyst_1(fn_enzyme_6(X))
& fn_catalyst_2(fn_enzyme_6(X)) = fn_catalyst_2(fn_enzyme_6(X)) ) ) ).
fof(a529336,axiom,
! [X] :
( enzyme_activator_1(X)
=> ( original_name_2(X,'Enzyme-Activator')
& user_description_2(X,'Enzyme activators are molecules that bind to enzymes and increase their activity. These molecules are often involved in the allosteric regulation of enzymes in the control of metabolism.')
& concept2words_2(X,'activator of enzyme')
& concept2words_2(X,'enzyme activator')
& concept2words_2(X,'enzyme-activator')
& enzyme_regulator_1(X)
& conformational_change_1(fn_enzyme_activator_1(X))
& spatial_entity_1(fn_enzyme_activator_2(X))
& allosteric_enzyme_1(fn_enzyme_activator_2(X))
& spatial_entity_1(fn_enzyme_activator_3(X))
& allosteric_site_1(fn_enzyme_activator_3(X))
& attach_1(fn_enzyme_activator_4(X))
& cofactor_1(fn_enzyme_activator_5(X))
& regulation_1(fn_enzyme_activator_6(X))
& spatial_entity_1(fn_enzyme_activator_7(X))
& chemical_entity_1(fn_enzyme_activator_7(X))
& molecule_1(fn_enzyme_activator_7(X))
& spatial_entity_1(fn_attach_2(fn_enzyme_activator_4(X)))
& spatial_entity_1(fn_conformational_change_4(fn_enzyme_activator_1(X)))
& allosteric_site_1(fn_allosteric_enzyme_11(fn_enzyme_activator_2(X)))
& spatial_entity_1(fn_attach_1(fn_enzyme_activator_4(X)))
& chemical_entity_1(fn_cofactor_1(fn_enzyme_activator_5(X)))
& causes_2(fn_enzyme_activator_4(X),fn_enzyme_activator_1(X))
& site_2(fn_enzyme_activator_4(X),fn_enzyme_activator_3(X))
& base_2(fn_enzyme_activator_4(X),fn_enzyme_activator_2(X))
& object_2(fn_enzyme_activator_1(X),fn_enzyme_activator_3(X))
& object_2(fn_enzyme_activator_4(X),fn_enzyme_activator_7(X))
& plays_2(fn_enzyme_activator_7(X),fn_enzyme_activator_5(X))
& has_region_2(fn_enzyme_activator_2(X),fn_enzyme_activator_3(X))
& has_function_2(fn_enzyme_activator_7(X),fn_enzyme_activator_6(X))
& in_event_2(X,fn_enzyme_activator_6(X))
& agent_2(fn_enzyme_activator_6(X),fn_enzyme_activator_7(X))
& plays_2(fn_enzyme_activator_7(X),X)
& fn_enzyme_activator_2(X) = fn_attach_2(fn_enzyme_activator_4(X))
& fn_enzyme_activator_3(X) = fn_conformational_change_4(fn_enzyme_activator_1(X))
& fn_enzyme_activator_7(X) = fn_attach_1(fn_enzyme_activator_4(X))
& fn_enzyme_activator_7(X) = fn_cofactor_1(fn_enzyme_activator_5(X))
& fn_enzyme_activator_3(X) = fn_allosteric_enzyme_11(fn_enzyme_activator_2(X))
& fn_enzyme_activator_7(X) = fn_enzyme_regulator_2(X)
& fn_enzyme_activator_6(X) = fn_enzyme_regulator_3(X)
& fn_conformational_change_4(fn_enzyme_activator_1(X)) = fn_allosteric_enzyme_11(fn_enzyme_activator_2(X))
& fn_allosteric_enzyme_11(fn_enzyme_activator_2(X)) = fn_attach_1(fn_enzyme_activator_4(X))
& fn_attach_1(fn_enzyme_activator_4(X)) = fn_cofactor_1(fn_enzyme_activator_5(X))
& fn_cofactor_1(fn_enzyme_activator_5(X)) = fn_cofactor_1(fn_enzyme_activator_5(X))
& fn_cofactor_1(fn_enzyme_activator_5(X)) = fn_enzyme_regulator_2(X)
& fn_enzyme_regulator_2(X) = fn_enzyme_regulator_2(X) ) ) ).
fof(a529337,axiom,
! [X] :
( enzyme_complement_1(X)
=> ( original_name_2(X,'Enzyme-Complement')
& user_description_2(X,'It refers to complementation of a small fragment of enzyme to inactive/mutant enzyme forming a stable heteromeric enzyme complex.')
& concept2words_2(X,'complement of enzyme')
& concept2words_2(X,'enzyme complement')
& concept2words_2(X,'enzyme-complement')
& enzyme_regulator_1(X) ) ) ).
fof(a529338,axiom,
! [X] :
( enzyme_inhibitor_1(X)
=> ( original_name_2(X,'Enzyme-Inhibitor')
& user_description_2(X,'Enzyme inhibitors are molecules that bind to enzymes and decrease their activity.')
& concept2words_2(X,'inhibitor of enzyme')
& concept2words_2(X,'enzyme inhibitor')
& concept2words_2(X,'enzyme-inhibitor')
& inhibitor_1(X)
& enzyme_regulator_1(X)
& receptor_site_1(fn_enzyme_inhibitor_1(X))
& inhibition_1(fn_enzyme_inhibitor_2(X))
& regulation_1(fn_enzyme_inhibitor_2(X))
& spatial_entity_1(fn_enzyme_inhibitor_3(X))
& chemical_entity_1(fn_enzyme_inhibitor_3(X))
& molecule_1(fn_enzyme_inhibitor_3(X))
& cofactor_1(fn_enzyme_inhibitor_4(X))
& attach_1(fn_enzyme_inhibitor_5(X))
& chemical_reaction_1(fn_enzyme_inhibitor_6(X))
& spatial_entity_1(fn_enzyme_inhibitor_7(X))
& enzyme_1(fn_enzyme_inhibitor_7(X))
& protein_enzyme_1(fn_enzyme_inhibitor_7(X))
& chemical_reaction_1(fn_enzyme_4(fn_enzyme_inhibitor_7(X)))
& spatial_entity_1(fn_attach_2(fn_enzyme_inhibitor_5(X)))
& spatial_entity_1(fn_attach_1(fn_enzyme_inhibitor_5(X)))
& chemical_entity_1(fn_cofactor_1(fn_enzyme_inhibitor_4(X)))
& site_2(fn_enzyme_inhibitor_5(X),fn_enzyme_inhibitor_1(X))
& agent_2(fn_enzyme_inhibitor_6(X),fn_enzyme_inhibitor_7(X))
& has_region_2(fn_enzyme_inhibitor_7(X),fn_enzyme_inhibitor_1(X))
& base_2(fn_enzyme_inhibitor_5(X),fn_enzyme_inhibitor_7(X))
& object_2(fn_enzyme_inhibitor_5(X),fn_enzyme_inhibitor_3(X))
& plays_2(fn_enzyme_inhibitor_3(X),fn_enzyme_inhibitor_4(X))
& has_function_2(fn_enzyme_inhibitor_7(X),fn_enzyme_inhibitor_6(X))
& plays_2(fn_enzyme_inhibitor_3(X),X)
& in_event_2(X,fn_enzyme_inhibitor_2(X))
& agent_2(fn_enzyme_inhibitor_2(X),fn_enzyme_inhibitor_3(X))
& has_function_2(fn_enzyme_inhibitor_3(X),fn_enzyme_inhibitor_2(X))
& object_2(fn_enzyme_inhibitor_2(X),fn_enzyme_inhibitor_7(X))
& fn_enzyme_inhibitor_7(X) = fn_attach_2(fn_enzyme_inhibitor_5(X))
& fn_enzyme_inhibitor_3(X) = fn_attach_1(fn_enzyme_inhibitor_5(X))
& fn_enzyme_inhibitor_3(X) = fn_cofactor_1(fn_enzyme_inhibitor_4(X))
& fn_enzyme_inhibitor_6(X) = fn_enzyme_4(fn_enzyme_inhibitor_7(X))
& fn_enzyme_inhibitor_7(X) = fn_enzyme_regulator_1(X)
& fn_enzyme_inhibitor_3(X) = fn_inhibitor_2(X)
& fn_enzyme_inhibitor_3(X) = fn_enzyme_regulator_2(X)
& fn_enzyme_inhibitor_2(X) = fn_inhibitor_3(X)
& fn_enzyme_inhibitor_2(X) = fn_enzyme_regulator_3(X)
& fn_attach_2(fn_enzyme_inhibitor_5(X)) = fn_enzyme_regulator_1(X)
& fn_enzyme_regulator_1(X) = fn_attach_1(fn_enzyme_inhibitor_5(X))
& fn_attach_1(fn_enzyme_inhibitor_5(X)) = fn_cofactor_1(fn_enzyme_inhibitor_4(X))
& fn_cofactor_1(fn_enzyme_inhibitor_4(X)) = fn_cofactor_1(fn_enzyme_inhibitor_4(X))
& fn_cofactor_1(fn_enzyme_inhibitor_4(X)) = fn_inhibitor_2(X)
& fn_inhibitor_2(X) = fn_inhibitor_2(X)
& fn_enzyme_regulator_2(X) = fn_enzyme_regulator_2(X)
& fn_enzyme_regulator_2(X) = fn_inhibitor_2(X)
& fn_inhibitor_2(X) = fn_enzyme_regulator_2(X)
& fn_enzyme_regulator_2(X) = fn_enzyme_regulator_3(X)
& fn_enzyme_regulator_3(X) = fn_enzyme_regulator_3(X)
& fn_enzyme_regulator_3(X) = fn_inhibitor_3(X)
& fn_inhibitor_3(X) = fn_enzyme_regulator_3(X) ) ) ).
fof(a529339,axiom,
! [X] :
( enzyme_regulator_1(X)
=> ( original_name_2(X,'Enzyme-Regulator')
& user_description_2(X,'A chemical compound which serves to regulate or control enzymatic activity.')
& concept2words_2(X,'regulator of enzyme')
& concept2words_2(X,'enzyme regulator')
& concept2words_2(X,'enzyme-regulator')
& regulator_molecule_1(X)
& protein_enzyme_1(fn_enzyme_regulator_1(X))
& molecule_1(fn_enzyme_regulator_2(X))
& regulation_1(fn_enzyme_regulator_3(X))
& agent_2(fn_enzyme_regulator_3(X),fn_enzyme_regulator_2(X))
& object_2(fn_enzyme_regulator_3(X),fn_enzyme_regulator_1(X))
& in_event_2(X,fn_enzyme_regulator_3(X))
& has_function_2(fn_enzyme_regulator_2(X),fn_enzyme_regulator_3(X))
& plays_2(fn_enzyme_regulator_2(X),X)
& fn_enzyme_regulator_2(X) = fn_regulator_molecule_3(X)
& fn_enzyme_regulator_3(X) = fn_regulator_molecule_2(X) ) ) ).
fof(a529340,axiom,
! [X] :
( enzyme_substrate_complex_1(X)
=> ( original_name_2(X,'Enzyme-Substrate-Complex')
& user_description_2(X,'The complex formed during a chemical reaction (involving only one substrate), when the substrate molecule binds to the active site of the particular enzyme')
& concept2words_2(X,'enzyme substrate complex')
& concept2words_2(X,'enzyme-substrate complex')
& concept2words_2(X,'enzyme-substrate-complex')
& protein_related_aggregates_1(X)
& carbon_1(fn_enzyme_substrate_complex_1(X))
& chemical_entity_1(fn_enzyme_substrate_complex_2(X))
& substrate_1(fn_enzyme_substrate_complex_3(X))
& speed_value_1(fn_enzyme_substrate_complex_4(X))
& quantity_value_1(fn_enzyme_substrate_complex_5(X))
& kinetic_energy_1(fn_enzyme_substrate_complex_6(X))
& atom_1(fn_enzyme_substrate_complex_7(X))
& constant_motion_1(fn_enzyme_substrate_complex_8(X))
& enzyme_1(fn_enzyme_substrate_complex_9(X))
& chemical_entity_1(fn_reactant_3(fn_enzyme_substrate_complex_3(X)))
& atom_1(fn_molecule_7(fn_enzyme_substrate_complex_9(X)))
& property_node_1(fn_molecule_2(fn_enzyme_substrate_complex_9(X)))
& property_node_1(fn_molecule_1(fn_enzyme_substrate_complex_9(X)))
& constant_motion_1(fn_molecule_8(fn_enzyme_substrate_complex_9(X)))
& speed_value_1(fn_molecule_3(fn_enzyme_substrate_complex_9(X)))
& quantity_value_1(fn_molecule_4(fn_enzyme_substrate_complex_9(X)))
& kinetic_energy_1(fn_molecule_12(fn_enzyme_substrate_complex_9(X)))
& has_part_2(fn_enzyme_substrate_complex_9(X),fn_enzyme_substrate_complex_1(X))
& fn_enzyme_substrate_complex_7(X) != fn_enzyme_substrate_complex_1(X)
& fn_enzyme_substrate_complex_1(X) != fn_enzyme_substrate_complex_7(X)
& element_2(X,fn_enzyme_substrate_complex_9(X))
& element_2(X,fn_enzyme_substrate_complex_2(X))
& plays_2(fn_enzyme_substrate_complex_2(X),fn_enzyme_substrate_complex_3(X))
& has_part_2(fn_enzyme_substrate_complex_9(X),fn_enzyme_substrate_complex_7(X))
& fn_enzyme_substrate_complex_2(X) = fn_reactant_3(fn_enzyme_substrate_complex_3(X))
& fn_enzyme_substrate_complex_7(X) = fn_molecule_7(fn_enzyme_substrate_complex_9(X))
& fn_enzyme_substrate_complex_10(X) = fn_molecule_2(fn_enzyme_substrate_complex_9(X))
& fn_enzyme_substrate_complex_11(X) = fn_molecule_1(fn_enzyme_substrate_complex_9(X))
& fn_enzyme_substrate_complex_8(X) = fn_molecule_8(fn_enzyme_substrate_complex_9(X))
& fn_enzyme_substrate_complex_4(X) = fn_molecule_3(fn_enzyme_substrate_complex_9(X))
& fn_enzyme_substrate_complex_5(X) = fn_molecule_4(fn_enzyme_substrate_complex_9(X))
& fn_enzyme_substrate_complex_6(X) = fn_molecule_12(fn_enzyme_substrate_complex_9(X)) ) ) ).
fof(a529341,axiom,
! [X,X1] :
( ( result_2(X,X1)
& synthesis_of_protein_1(X)
& protein_enzyme_1(X1) )
=> ( enzyme_synthesis_1(X)
& fn_enzyme_synthesis_2(X) = X1 ) ) ).
fof(a529342,axiom,
! [X] :
( enzyme_synthesis_1(X)
=> ( original_name_2(X,'Enzyme-Synthesis')
& user_description_2(X,'The formation of an enzyme, a biological catalyst which is a type of protein.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of enzyme')
& concept2words_2(X,'enzyme synthesis')
& concept2words_2(X,'enzyme-synthesis')
& synthesis_of_protein_1(X)
& ~ synthesis_of_glycoprotein_1(X)
& ~ synthesis_of_human_protein_in_bacteria_1(X)
& ~ synthesis_of_insulin_1(X)
& ~ synthesis_of_membrane_protein_1(X)
& protein_enzyme_1(fn_enzyme_synthesis_2(X))
& result_2(X,fn_enzyme_synthesis_2(X))
& fn_enzyme_synthesis_2(X) = fn_anabolic_pathway_5(X)
& fn_enzyme_synthesis_2(X) = fn_synthesis_of_protein_16(X)
& fn_anabolic_pathway_5(X) = fn_synthesis_of_protein_16(X) ) ) ).
fof(a529343,axiom,
! [X] :
( eosinophil_1(X)
=> ( original_name_2(X,'Eosinophil')
& user_description_2(X,'A type of white blood cell with low phagocytic activity that is thought to play a role in defense against parasitic worms by releasing enzymes toxic to these invaders.')
& concept2words_2(X,eosinophil)
& immune_cell_1(X)
& ~ antigen_presenting_cell_1(X)
& ~ effector_cell_1(X)
& ~ mast_cell_1(X)
& ~ natural_killer_cell_1(X)
& ~ neutrophil_1(X)
& ~ recombinant_immune_cell_1(X) ) ) ).
fof(a529344,axiom,
! [X] :
( ephemeroptera_1(X)
=> ( original_name_2(X,'Ephemeroptera')
& user_description_2(X,'Order of the class Insecta having a short lifespan, aquatic larvae, and membranous wings.')
& concept2words_2(X,mayflies)
& concept2words_2(X,ephemeroptera)
& insect_1(X) ) ) ).
fof(a529345,axiom,
! [X] :
( epiblast_1(X)
=> ( original_name_2(X,'Epiblast')
& user_description_2(X,'Tissue type derived from the inner cell mass in mammals or the blastodisc in birds or reptiles.')
& concept2words_2(X,epiblast)
& embryonic_tissue_1(X) ) ) ).
fof(a529346,axiom,
! [X] :
( epicotyl_1(X)
=> ( original_name_2(X,'Epicotyl')
& user_description_2(X,'In an angiosperm, the region of the shoot above the cotyledon and below the first pair of leaves.')
& concept2words_2(X,epicotyl)
& plant_region_1(X) ) ) ).
fof(a529347,axiom,
! [X] :
( epidemic_1(X)
=> ( original_name_2(X,'Epidemic')
& user_description_2(X,'Occurrence of a human disease that is greater than expected based on recent experience.')
& concept2words_2(X,epidemic)
& infection_1(X) ) ) ).
fof(a529348,axiom,
! [X] :
( epidemiology_1(X)
=> ( original_name_2(X,'Epidemiology')
& user_description_2(X,'The study of human health and disease at the population level.')
& concept2words_2(X,epidemiology)
& study_1(X) ) ) ).
fof(a529349,axiom,
! [X] :
( epidermal_cell_1(X)
=> ( original_name_2(X,'Epidermal-Cell')
& user_description_2(X,'Epidermal cells are cells that make up the epidermis.')
& concept2words_2(X,'epidermal cell')
& concept2words_2(X,'epidermal-cell')
& eukaryotic_cell_1(X) ) ) ).
fof(a529350,axiom,
! [X] :
( epidermal_growth_factor_1(X)
=> ( original_name_2(X,'Epidermal-Growth-Factor')
& user_description_2(X,'A protein that stimulates epidermal development.')
& concept2words_2(X,egf)
& concept2words_2(X,'epidermal growth factor')
& concept2words_2(X,'epidermal growth-factor')
& concept2words_2(X,'epidermal-growth-factor')
& growth_factor_1(X)
& ~ platelet_derived_growth_factor_1(X) ) ) ).
fof(a529351,axiom,
! [X] :
( epidermis_1(X)
=> ( original_name_2(X,'Epidermis')
& user_description_2(X,'The outermost layer of tightly packed cells in an animal or plant body. The epidermis forms a boundary between the internal and external environments.')
& concept2words_2(X,skin)
& concept2words_2(X,epidermis)
& mixed_epithelial_tissue_1(X)
& ~ proximal_tubule_1(X)
& ~ labia_majora_1(X)
& ~ endometrium_1(X)
& ~ collecting_duct_1(X)
& ~ apical_ectodermal_ridge_1(X)
& ~ bark_1(X)
& ~ callus_1(X)
& ~ calyptra_1(X)
& ~ coleoptile_1(X)
& ~ coleorhiza_1(X)
& ~ endodermis_1(X)
& ~ periderm_1(X)
& ~ root_cap_1(X)
& ~ seed_coat_1(X)
& ~ alveolus_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ bronchus_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ corpus_luteum_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endothelium_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ islets_of_langerhans_1(X)
& ~ labia_minora_1(X)
& ~ lacteal_1(X)
& ~ loop_of_henle_1(X)
& ~ prepuce_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ seminiferous_tubule_1(X)
& ~ trophoblast_1(X)
& stoma_1(fn_epidermis_1(X))
& symplast_1(fn_epidermis_2(X))
& apoplast_1(fn_epidermis_3(X))
& epidermal_cell_1(fn_epidermis_4(X))
& has_region_2(X,fn_epidermis_2(X))
& has_region_2(X,fn_epidermis_3(X))
& has_region_2(X,fn_epidermis_1(X))
& has_part_2(X,fn_epidermis_4(X))
& fn_epidermis_4(X) = fn_tissue_1(X) ) ) ).
fof(a529352,axiom,
! [X] :
( epididymis_1(X)
=> ( original_name_2(X,'Epididymis')
& user_description_2(X,'A coiled tubule in male amniotes that transfers sperm from the testis to the vas deferens. The epididymis is the site of sperm maturation.')
& concept2words_2(X,epididymis)
& reproductive_organ_1(X) ) ) ).
fof(a529353,axiom,
! [X] :
( epigenesis_1(X)
=> ( original_name_2(X,'Epigenesis')
& user_description_2(X,'The theory that an individual is developed by successive differentiation of an unstructured egg rather than by a simple enlarging of a preformed entity.')
& concept2words_2(X,epigenesis)
& theory_1(X)
& ~ gradualism_theory_1(X)
& ~ lamarcks_theory_of_evolution_1(X) ) ) ).
fof(a529354,axiom,
! [X] :
( epigenetic_inheritance_1(X)
=> ( original_name_2(X,'Epigenetic-Inheritance')
& user_description_2(X,'The inheritance of changes in gene expression or cellular-level phenotype that are heritable but not directly due to variation in nucleotide sequence.')
& concept2words_2(X,'inherit epigenetically')
& concept2words_2(X,'epigenetic inheritance')
& concept2words_2(X,'epigenetic-inheritance')
& inheritance_1(X) ) ) ).
fof(a529355,axiom,
! [X] :
( epiglottis_1(X)
=> ( original_name_2(X,'Epiglottis')
& user_description_2(X,'Flap of cartilage which closes during swallowing to direct food into the esophagus and prevent it from entering the airway.')
& concept2words_2(X,epiglottis)
& valve_1(X)
& connective_tissue_1(X)
& cartilage_1(fn_epiglottis_1(X))
& has_part_2(X,fn_epiglottis_1(X)) ) ) ).
fof(a529356,axiom,
! [X] :
( epinephrine_1(X)
=> ( original_name_2(X,'Epinephrine')
& user_description_2(X,'A catecholamine that acts as both a hormone and a neurotransmitter. When secreted as a hormone by the adrenal glands it is a crucial component of the flight-or-fight response. Also known as adrenalin.')
& concept2words_2(X,epinephrine)
& concept2words_2(X,adrenaline)
& catecholamine_1(X)
& ~ dopamine_1(X)
& ~ melatonin_1(X)
& ~ norepinephrine_1(X)
& ~ t3_1(X)
& ~ t4_1(X) ) ) ).
fof(a529357,axiom,
! [X] :
( epiphyte_1(X)
=> ( original_name_2(X,'Epiphyte')
& user_description_2(X,'A plant that receives water and nutrients from the air and precipitation, but grows on the surface of another plant, using it only for support.')
& concept2words_2(X,epiphyte)
& plant_1(X) ) ) ).
fof(a529358,axiom,
! [X] :
( episome_1(X)
=> ( original_name_2(X,'Episome')
& user_description_2(X,'Episomes are plasmids that can integrate themselves into the chromosomal DNA of the host organism.')
& concept2words_2(X,episome)
& dna_sequence_1(X)
& ~ tata_box_1(X)
& ~ constant_region_dna_sequence_1(X)
& ~ control_element_1(X)
& ~ dna_strand_1(X)
& ~ genetic_marker_1(X)
& ~ pseudogene_1(X)
& ~ restriction_fragment_length_polymorphism_1(X)
& ~ restriction_site_1(X)
& ~ telomere_1(X)
& ~ transcription_unit_1(X)
& ~ transposon_1(X)
& ~ ttaggg_1(X)
& ~ variable_region_dna_sequence_1(X)
& replication_1(fn_episome_1(X))
& dna_1(fn_episome_2(X))
& move_into_1(fn_episome_3(X))
& spatial_entity_1(fn_move_1(fn_episome_3(X)))
& destination_2(fn_episome_3(X),fn_episome_2(X))
& next_event_2(fn_episome_3(X),fn_episome_1(X))
& object_2(fn_episome_1(X),X)
& object_2(fn_episome_3(X),X)
& X = fn_move_1(fn_episome_3(X)) ) ) ).
fof(a529359,axiom,
! [X] :
( epistasis_1(X)
=> ( original_name_2(X,'Epistasis')
& user_description_2(X,'A type of gene interaction in which one gene alters the phenotypic effects of another gene that is independently inherited.')
& concept2words_2(X,epistasis)
& gene_interactions_1(X)
& ~ gene_cloning_1(X)
& ~ gene_expression_1(X)
& ~ gene_for_gene_recognition_1(X)
& ~ gene_inactivation_1(X)
& ~ gene_regulation_1(X)
& ~ histone_acetylation_1(X)
& ~ horizontal_gene_transfer_1(X)
& ~ polygenic_inheritance_1(X)
& ~ proofreading_of_dna_replication_1(X)
& ~ rna_interference_1(X)
& ~ transduction_1(X)
& ~ transformation_of_cell_to_cancerous_cell_1(X)
& gene_regulation_1(fn_epistasis_1(X))
& gene_1(fn_epistasis_2(X))
& by_means_of_2(X,fn_epistasis_1(X))
& agent_2(fn_epistasis_1(X),fn_epistasis_2(X)) ) ) ).
fof(a529360,axiom,
! [X] :
( epithelial_cell_1(X)
=> ( original_name_2(X,'Epithelial-Cell')
& user_description_2(X,'Cell which makes up epithelial tissues.')
& concept2words_2(X,'epithelial cell')
& concept2words_2(X,'epithelial-cell')
& animal_cell_1(X) ) ) ).
fof(a529361,axiom,
! [X] :
( epithelium_1(X)
=> ( original_name_2(X,'Epithelium')
& user_description_2(X,'Epithelium is a type of animal tissue which lines the surface of the body and various structures throughout the body.')
& concept2words_2(X,'simple epithelium')
& concept2words_2(X,'simple-epithelium')
& concept2words_2(X,'epithelial tissue')
& concept2words_2(X,'epithelial-tissue')
& concept2words_2(X,epithelium)
& tissue_1(X)
& ~ blood_brain_barrier_1(X)
& ~ bowmans_capsule_1(X)
& ~ capillary_1(X)
& ~ ciliary_body_1(X)
& ~ endothelium_1(X)
& layer_1(fn_epithelium_1(X))
& support_1(fn_epithelium_16(X))
& ribosome_1(fn_epithelium_17(X))
& eukaryotic_ribosome_1(fn_epithelium_17(X))
& semiautonomous_organelle_1(fn_epithelium_18(X))
& organelle_1(fn_epithelium_18(X))
& mitochondrion_1(fn_epithelium_18(X))
& golgi_apparatus_1(fn_epithelium_19(X))
& peroxisome_1(fn_epithelium_20(X))
& cellular_work_1(fn_epithelium_21(X))
& active_transport_1(fn_epithelium_21(X))
& active_movement_of_ions_1(fn_epithelium_21(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_epithelium_21(X))
& electron_transport_chain_pathway_1(fn_epithelium_22(X))
& eukaryotic_oxidative_phosphorylation_1(fn_epithelium_23(X))
& metabolic_pathway_1(fn_epithelium_24(X))
& endergonic_process_1(fn_epithelium_24(X))
& chemical_reaction_1(fn_epithelium_24(X))
& synthesis_of_organic_molecule_1(fn_epithelium_24(X))
& anabolic_pathway_1(fn_epithelium_24(X))
& synthesis_of_atp_1(fn_epithelium_24(X))
& catabolic_pathway_1(fn_epithelium_25(X))
& volume_value_1(fn_epithelium_26(X))
& surface_1(fn_epithelium_27(X))
& cell_pole_1(fn_epithelium_28(X))
& cell_pole_1(fn_epithelium_29(X))
& size_value_1(fn_epithelium_30(X))
& tangible_entity_1(fn_epithelium_31(X))
& phospholipid_bilayer_1(fn_epithelium_31(X))
& glycoprotein_1(fn_epithelium_32(X))
& polymer_1(fn_epithelium_33(X))
& spatial_entity_1(fn_epithelium_33(X))
& membrane_protein_1(fn_epithelium_33(X))
& tangible_entity_1(fn_epithelium_33(X))
& transmembrane_protein_1(fn_epithelium_33(X))
& integral_protein_1(fn_epithelium_33(X))
& transport_protein_1(fn_epithelium_33(X))
& hydrophobic_core_1(fn_epithelium_34(X))
& outside_face_1(fn_epithelium_35(X))
& extracellular_side_1(fn_epithelium_35(X))
& surface_1(fn_epithelium_35(X))
& carbon_skeleton_1(fn_epithelium_36(X))
& attach_1(fn_epithelium_37(X))
& transmembrane_protein_1(fn_epithelium_38(X))
& tangible_entity_1(fn_epithelium_38(X))
& membrane_protein_1(fn_epithelium_38(X))
& protein_1(fn_epithelium_38(X))
& spatial_entity_1(fn_epithelium_38(X))
& polymer_1(fn_epithelium_38(X))
& integrin_1(fn_epithelium_38(X))
& size_value_1(fn_epithelium_39(X))
& size_value_1(fn_epithelium_40(X))
& monomer_1(fn_epithelium_41(X))
& attach_1(fn_epithelium_42(X))
& attach_1(fn_epithelium_43(X))
& hydrophilic_face_1(fn_epithelium_44(X))
& anion_1(fn_epithelium_45(X))
& cation_1(fn_epithelium_46(X))
& quantity_value_1(fn_epithelium_47(X))
& charge_value_1(fn_epithelium_48(X))
& charge_value_1(fn_epithelium_49(X))
& cation_1(fn_epithelium_50(X))
& quantity_value_1(fn_epithelium_51(X))
& anion_1(fn_epithelium_52(X))
& quantity_value_1(fn_epithelium_53(X))
& quantity_value_1(fn_epithelium_54(X))
& move_1(fn_epithelium_55(X))
& chemical_entity_1(fn_epithelium_56(X))
& oxygen_molecule_1(fn_epithelium_56(X))
& spatial_entity_1(fn_epithelium_56(X))
& carbohydrate_side_chain_1(fn_epithelium_57(X))
& saturated_fatty_acid_1(fn_epithelium_58(X))
& block_1(fn_epithelium_59(X))
& block_1(fn_epithelium_60(X))
& temperature_value_1(fn_epithelium_61(X))
& fluidity_value_1(fn_epithelium_62(X))
& density_value_1(fn_epithelium_63(X))
& barrier_1(fn_epithelium_64(X))
& quantity_value_1(fn_epithelium_65(X))
& substance_1(fn_epithelium_66(X))
& cytosol_1(fn_epithelium_66(X))
& protein_enzyme_1(fn_epithelium_67(X))
& protein_enzyme_1(fn_epithelium_68(X))
& move_1(fn_epithelium_69(X))
& attach_1(fn_epithelium_70(X))
& inside_face_1(fn_epithelium_71(X))
& cytoplasmic_side_1(fn_epithelium_71(X))
& block_1(fn_epithelium_72(X))
& barrier_1(fn_epithelium_73(X))
& extra_cellular_fluid_1(fn_epithelium_74(X))
& move_1(fn_epithelium_75(X))
& move_through_1(fn_epithelium_75(X))
& protein_1(fn_epithelium_76(X))
& organic_molecule_1(fn_epithelium_76(X))
& polymer_1(fn_epithelium_76(X))
& spatial_entity_1(fn_epithelium_76(X))
& membrane_protein_1(fn_epithelium_76(X))
& tangible_entity_1(fn_epithelium_76(X))
& transmembrane_protein_1(fn_epithelium_76(X))
& integral_protein_1(fn_epithelium_76(X))
& transport_protein_1(fn_epithelium_76(X))
& sodium_potassium_pump_1(fn_epithelium_76(X))
& membrane_potential_1(fn_epithelium_77(X))
& attach_1(fn_epithelium_78(X))
& spatial_entity_1(fn_epithelium_79(X))
& polymer_1(fn_epithelium_79(X))
& organic_molecule_1(fn_epithelium_79(X))
& tangible_entity_1(fn_epithelium_79(X))
& membrane_protein_1(fn_epithelium_79(X))
& protein_1(fn_epithelium_79(X))
& hydrophilic_compound_1(fn_epithelium_80(X))
& spatial_entity_1(fn_epithelium_81(X))
& hydrophobic_compound_1(fn_epithelium_81(X))
& eukaryotic_cellular_respiration_1(fn_epithelium_82(X))
& eukaryotic_cell_1(fn_epithelium_83(X))
& cell_1(fn_epithelium_83(X))
& animal_cell_1(fn_epithelium_83(X))
& mixture_1(fn_epithelium_84(X))
& cytoplasm_1(fn_epithelium_84(X))
& facilitated_diffusion_of_polar_molecule_1(fn_epithelium_85(X))
& tangible_entity_1(fn_epithelium_86(X))
& spatial_entity_1(fn_epithelium_86(X))
& biomembrane_1(fn_epithelium_86(X))
& animal_plasma_membrane_1(fn_epithelium_86(X))
& plasma_membrane_1(fn_epithelium_86(X))
& block_1(fn_epithelium_87(X))
& hydrophilic_face_1(fn_epithelium_88(X))
& substance_1(fn_epithelium_89(X))
& aqueous_solution_1(fn_epithelium_89(X))
& smooth_endoplasmic_reticulum_1(fn_epithelium_90(X))
& endoplasmic_reticulum_1(fn_epithelium_91(X))
& rough_endoplasmic_reticulum_1(fn_epithelium_91(X))
& eukaryotic_chromosome_1(fn_epithelium_92(X))
& chromosome_1(fn_epithelium_92(X))
& centrosome_1(fn_epithelium_93(X))
& tangible_entity_1(fn_epithelium_94(X))
& nucleus_1(fn_epithelium_94(X))
& support_1(fn_epithelium_95(X))
& tangible_entity_1(fn_epithelium_96(X))
& spatial_entity_1(fn_epithelium_96(X))
& membrane_1(fn_epithelium_96(X))
& biomembrane_1(fn_epithelium_96(X))
& plasma_membrane_1(fn_epithelium_96(X))
& animal_plasma_membrane_1(fn_epithelium_96(X))
& tangible_entity_1(fn_epithelium_97(X))
& tight_junction_1(fn_epithelium_97(X))
& cell_1(fn_epithelium_98(X))
& animal_cell_1(fn_epithelium_98(X))
& spatial_entity_1(fn_block_1(fn_epithelium_72(X)))
& tangible_entity_1(fn_barrier_1(fn_epithelium_73(X)))
& gradient_1(fn_passive_transport_of_solute_3(fn_epithelium_85(X)))
& concentration_gradient_1(fn_passive_transport_of_solute_3(fn_epithelium_85(X)))
& property_node_1(fn_plasma_membrane_92(fn_epithelium_86(X)))
& property_node_1(fn_plasma_membrane_67(fn_epithelium_86(X)))
& property_node_1(fn_plasma_membrane_27(fn_epithelium_86(X)))
& property_node_1(fn_plasma_membrane_29(fn_epithelium_86(X)))
& anion_1(fn_plasma_membrane_14(fn_epithelium_86(X)))
& property_node_1(fn_plasma_membrane_28(fn_epithelium_86(X)))
& quantity_value_1(fn_plasma_membrane_18(fn_epithelium_86(X)))
& quantity_value_1(fn_plasma_membrane_19(fn_epithelium_86(X)))
& anion_1(fn_plasma_membrane_15(fn_epithelium_86(X)))
& property_node_1(fn_plasma_membrane_20(fn_epithelium_86(X)))
& quantity_value_1(fn_plasma_membrane_16(fn_epithelium_86(X)))
& quantity_value_1(fn_plasma_membrane_17(fn_epithelium_86(X)))
& cation_1(fn_plasma_membrane_61(fn_epithelium_86(X)))
& charge_value_1(fn_plasma_membrane_62(fn_epithelium_86(X)))
& charge_value_1(fn_plasma_membrane_63(fn_epithelium_86(X)))
& cation_1(fn_plasma_membrane_64(fn_epithelium_86(X)))
& property_node_1(fn_animal_plasma_membrane_86(fn_epithelium_86(X)))
& property_node_1(fn_animal_plasma_membrane_85(fn_epithelium_86(X)))
& property_node_1(fn_animal_plasma_membrane_26(fn_epithelium_86(X)))
& property_node_1(fn_animal_plasma_membrane_27(fn_epithelium_86(X)))
& hydrophilic_face_1(fn_animal_plasma_membrane_5(fn_epithelium_86(X)))
& property_node_1(fn_animal_plasma_membrane_25(fn_epithelium_86(X)))
& barrier_1(fn_animal_plasma_membrane_113(fn_epithelium_86(X)))
& property_node_1(fn_animal_plasma_membrane_89(fn_epithelium_86(X)))
& carbohydrate_side_chain_1(fn_animal_plasma_membrane_43(fn_epithelium_86(X)))
& attach_1(fn_animal_plasma_membrane_45(fn_epithelium_86(X)))
& move_1(fn_animal_plasma_membrane_49(fn_epithelium_86(X)))
& temperature_value_1(fn_animal_plasma_membrane_33(fn_epithelium_86(X)))
& fluidity_value_1(fn_animal_plasma_membrane_44(fn_epithelium_86(X)))
& density_value_1(fn_animal_plasma_membrane_32(fn_epithelium_86(X)))
& hydrophilic_face_1(fn_animal_plasma_membrane_109(fn_epithelium_86(X)))
& quantity_value_1(fn_animal_plasma_membrane_35(fn_epithelium_86(X)))
& saturated_fatty_acid_1(fn_animal_plasma_membrane_28(fn_epithelium_86(X)))
& carbon_skeleton_1(fn_animal_plasma_membrane_57(fn_epithelium_86(X)))
& property_node_1(fn_animal_cell_50(fn_epithelium_83(X)))
& property_node_1(fn_animal_cell_49(fn_epithelium_83(X)))
& cell_pole_1(fn_animal_cell_13(fn_epithelium_83(X)))
& cell_pole_1(fn_animal_cell_1(fn_epithelium_83(X)))
& eukaryotic_cellular_respiration_1(fn_animal_cell_81(fn_epithelium_83(X)))
& move_1(fn_animal_cell_22(fn_epithelium_83(X)))
& peroxisome_1(fn_animal_cell_45(fn_epithelium_83(X)))
& volume_value_1(fn_animal_cell_56(fn_epithelium_83(X)))
& size_value_1(fn_animal_cell_57(fn_epithelium_83(X)))
& catabolic_pathway_1(fn_animal_cell_21(fn_epithelium_83(X)))
& electron_transport_chain_pathway_1(fn_animal_cell_18(fn_epithelium_83(X)))
& protein_enzyme_1(fn_animal_cell_72(fn_epithelium_83(X)))
& protein_enzyme_1(fn_animal_cell_71(fn_epithelium_83(X)))
& cellular_work_1(fn_animal_cell_90(fn_epithelium_83(X)))
& active_transport_1(fn_animal_cell_90(fn_epithelium_83(X)))
& active_movement_of_ions_1(fn_animal_cell_90(fn_epithelium_83(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_animal_cell_90(fn_epithelium_83(X)))
& golgi_apparatus_1(fn_animal_cell_82(fn_epithelium_83(X)))
& transmembrane_protein_1(fn_animal_cell_80(fn_epithelium_83(X)))
& tangible_entity_1(fn_animal_cell_80(fn_epithelium_83(X)))
& membrane_protein_1(fn_animal_cell_80(fn_epithelium_83(X)))
& protein_1(fn_animal_cell_80(fn_epithelium_83(X)))
& spatial_entity_1(fn_animal_cell_80(fn_epithelium_83(X)))
& polymer_1(fn_animal_cell_80(fn_epithelium_83(X)))
& integrin_1(fn_animal_cell_80(fn_epithelium_83(X)))
& metabolic_pathway_1(fn_animal_cell_20(fn_epithelium_83(X)))
& endergonic_process_1(fn_animal_cell_20(fn_epithelium_83(X)))
& chemical_reaction_1(fn_animal_cell_20(fn_epithelium_83(X)))
& synthesis_of_organic_molecule_1(fn_animal_cell_20(fn_epithelium_83(X)))
& anabolic_pathway_1(fn_animal_cell_20(fn_epithelium_83(X)))
& synthesis_of_atp_1(fn_animal_cell_20(fn_epithelium_83(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_animal_cell_19(fn_epithelium_83(X)))
& smooth_endoplasmic_reticulum_1(fn_animal_cell_54(fn_epithelium_83(X)))
& endoplasmic_reticulum_1(fn_animal_cell_53(fn_epithelium_83(X)))
& rough_endoplasmic_reticulum_1(fn_animal_cell_53(fn_epithelium_83(X)))
& eukaryotic_chromosome_1(fn_animal_cell_52(fn_epithelium_83(X)))
& chromosome_1(fn_animal_cell_52(fn_epithelium_83(X)))
& surface_1(fn_animal_cell_55(fn_epithelium_83(X)))
& support_1(fn_animal_cell_76(fn_epithelium_83(X)))
& centrosome_1(fn_animal_cell_74(fn_epithelium_83(X)))
& ribosome_1(fn_animal_cell_51(fn_epithelium_83(X)))
& eukaryotic_ribosome_1(fn_animal_cell_51(fn_epithelium_83(X)))
& substance_1(fn_animal_cell_62(fn_epithelium_83(X)))
& cytosol_1(fn_animal_cell_62(fn_epithelium_83(X)))
& tangible_entity_1(fn_animal_cell_78(fn_epithelium_83(X)))
& nucleus_1(fn_animal_cell_78(fn_epithelium_83(X)))
& chemical_entity_1(fn_animal_plasma_membrane_14(fn_epithelium_86(X)))
& oxygen_molecule_1(fn_plasma_membrane_72(fn_epithelium_86(X)))
& spatial_entity_1(fn_plasma_membrane_72(fn_epithelium_86(X)))
& attach_1(fn_animal_plasma_membrane_23(fn_epithelium_86(X)))
& attach_1(fn_animal_plasma_membrane_92(fn_epithelium_86(X)))
& spatial_entity_1(fn_block_1(fn_epithelium_87(X)))
& hydrophobic_compound_1(fn_animal_plasma_membrane_13(fn_epithelium_86(X)))
& attach_1(fn_animal_plasma_membrane_66(fn_epithelium_86(X)))
& attach_1(fn_animal_plasma_membrane_52(fn_epithelium_86(X)))
& monomer_1(fn_plasma_membrane_86(fn_epithelium_86(X)))
& monomer_1(fn_animal_plasma_membrane_68(fn_epithelium_86(X)))
& size_value_1(fn_plasma_membrane_84(fn_epithelium_86(X)))
& size_value_1(fn_animal_plasma_membrane_72(fn_epithelium_86(X)))
& size_value_1(fn_plasma_membrane_85(fn_epithelium_86(X)))
& size_value_1(fn_animal_plasma_membrane_69(fn_epithelium_86(X)))
& move_through_1(fn_facilitated_diffusion_55(fn_epithelium_85(X)))
& move_through_1(fn_plasma_membrane_74(fn_epithelium_86(X)))
& move_1(fn_plasma_membrane_74(fn_epithelium_86(X)))
& move_1(fn_animal_plasma_membrane_50(fn_epithelium_86(X)))
& move_through_1(fn_animal_plasma_membrane_50(fn_epithelium_86(X)))
& block_1(fn_plasma_membrane_97(fn_epithelium_86(X)))
& block_1(fn_animal_plasma_membrane_30(fn_epithelium_86(X)))
& block_1(fn_animal_plasma_membrane_115(fn_epithelium_86(X)))
& substance_1(fn_plasma_membrane_70(fn_epithelium_86(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_epithelium_86(X)))
& aqueous_solution_1(fn_animal_plasma_membrane_78(fn_epithelium_86(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_epithelium_86(X)))
& inside_face_1(fn_animal_plasma_membrane_58(fn_epithelium_86(X)))
& cytoplasmic_side_1(fn_animal_plasma_membrane_58(fn_epithelium_86(X)))
& hydrophilic_compound_1(fn_plasma_membrane_50(fn_epithelium_86(X)))
& hydrophilic_compound_1(fn_animal_plasma_membrane_31(fn_epithelium_86(X)))
& block_1(fn_plasma_membrane_33(fn_epithelium_86(X)))
& block_1(fn_animal_plasma_membrane_29(fn_epithelium_86(X)))
& block_1(fn_animal_plasma_membrane_114(fn_epithelium_86(X)))
& spatial_entity_1(fn_eukaryotic_cell_15(fn_epithelium_83(X)))
& membrane_protein_1(fn_eukaryotic_cell_15(fn_epithelium_83(X)))
& tangible_entity_1(fn_eukaryotic_cell_15(fn_epithelium_83(X)))
& transmembrane_protein_1(fn_eukaryotic_cell_15(fn_epithelium_83(X)))
& integral_protein_1(fn_eukaryotic_cell_15(fn_epithelium_83(X)))
& transport_protein_1(fn_eukaryotic_cell_15(fn_epithelium_83(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_epithelium_86(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_epithelium_86(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_epithelium_86(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_epithelium_86(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_epithelium_86(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_epithelium_86(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_epithelium_86(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_epithelium_86(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_epithelium_86(X)))
& glycoprotein_1(fn_eukaryotic_cell_43(fn_epithelium_83(X)))
& glycoprotein_1(fn_animal_plasma_membrane_76(fn_epithelium_86(X)))
& tangible_entity_1(fn_tight_junction_18(fn_epithelium_97(X)))
& spatial_entity_1(fn_tight_junction_18(fn_epithelium_97(X)))
& membrane_1(fn_tight_junction_18(fn_epithelium_97(X)))
& biomembrane_1(fn_tight_junction_18(fn_epithelium_97(X)))
& plasma_membrane_1(fn_tight_junction_18(fn_epithelium_97(X)))
& animal_plasma_membrane_1(fn_tight_junction_18(fn_epithelium_97(X)))
& support_1(fn_tight_junction_61(fn_epithelium_97(X)))
& support_1(fn_animal_cell_61(fn_epithelium_83(X)))
& attach_1(fn_animal_plasma_membrane_77(fn_epithelium_86(X)))
& attach_1(fn_animal_cell_83(fn_epithelium_83(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_epithelium_86(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_epithelium_86(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_epithelium_86(X)))
& protein_1(fn_plasma_membrane_68(fn_epithelium_86(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_epithelium_86(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_epithelium_86(X)))
& protein_1(fn_plasma_membrane_54(fn_epithelium_86(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_epithelium_86(X)))
& polymer_1(fn_plasma_membrane_54(fn_epithelium_86(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_epithelium_86(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_epithelium_86(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_epithelium_86(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_epithelium_86(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_epithelium_86(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_epithelium_86(X)))
& spatial_entity_1(fn_animal_cell_60(fn_epithelium_83(X)))
& polymer_1(fn_animal_cell_60(fn_epithelium_83(X)))
& organic_molecule_1(fn_animal_cell_60(fn_epithelium_83(X)))
& tangible_entity_1(fn_animal_cell_60(fn_epithelium_83(X)))
& membrane_protein_1(fn_animal_cell_60(fn_epithelium_83(X)))
& protein_1(fn_animal_cell_60(fn_epithelium_83(X)))
& hydrophobic_core_1(fn_animal_plasma_membrane_51(fn_epithelium_86(X)))
& hydrophobic_core_1(fn_animal_cell_85(fn_epithelium_83(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_epithelium_86(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_epithelium_86(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_epithelium_86(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_epithelium_86(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_epithelium_86(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_epithelium_86(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_epithelium_86(X)))
& protein_1(fn_animal_cell_75(fn_epithelium_83(X)))
& organic_molecule_1(fn_animal_cell_75(fn_epithelium_83(X)))
& polymer_1(fn_animal_cell_75(fn_epithelium_83(X)))
& spatial_entity_1(fn_animal_cell_75(fn_epithelium_83(X)))
& membrane_protein_1(fn_animal_cell_75(fn_epithelium_83(X)))
& tangible_entity_1(fn_animal_cell_75(fn_epithelium_83(X)))
& transmembrane_protein_1(fn_animal_cell_75(fn_epithelium_83(X)))
& integral_protein_1(fn_animal_cell_75(fn_epithelium_83(X)))
& transport_protein_1(fn_animal_cell_75(fn_epithelium_83(X)))
& sodium_potassium_pump_1(fn_animal_cell_75(fn_epithelium_83(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_epithelium_86(X)))
& outside_face_1(fn_animal_plasma_membrane_55(fn_epithelium_86(X)))
& extracellular_side_1(fn_animal_plasma_membrane_55(fn_epithelium_86(X)))
& surface_1(fn_animal_plasma_membrane_55(fn_epithelium_86(X)))
& outside_face_1(fn_animal_cell_84(fn_epithelium_83(X)))
& extracellular_side_1(fn_animal_cell_84(fn_epithelium_83(X)))
& surface_1(fn_animal_cell_84(fn_epithelium_83(X)))
& tangible_entity_1(fn_biomembrane_63(fn_epithelium_86(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_epithelium_86(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_epithelium_86(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_epithelium_86(X)))
& tangible_entity_1(fn_tight_junction_23(fn_epithelium_97(X)))
& phospholipid_bilayer_1(fn_tight_junction_23(fn_epithelium_97(X)))
& tangible_entity_1(fn_eukaryotic_cell_41(fn_epithelium_83(X)))
& phospholipid_bilayer_1(fn_eukaryotic_cell_41(fn_epithelium_83(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_epithelium_86(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_epithelium_86(X)))
& tangible_entity_1(fn_animal_cell_58(fn_epithelium_83(X)))
& phospholipid_bilayer_1(fn_animal_cell_58(fn_epithelium_83(X)))
& spatial_entity_1(fn_tight_junction_19(fn_epithelium_97(X)))
& tangible_entity_1(fn_tight_junction_19(fn_epithelium_97(X)))
& biomembrane_1(fn_tight_junction_19(fn_epithelium_97(X)))
& plasma_membrane_1(fn_tight_junction_19(fn_epithelium_97(X)))
& animal_plasma_membrane_1(fn_tight_junction_19(fn_epithelium_97(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_epithelium_83(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_epithelium_83(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_epithelium_83(X)))
& tangible_entity_1(fn_animal_cell_73(fn_epithelium_83(X)))
& spatial_entity_1(fn_animal_cell_73(fn_epithelium_83(X)))
& biomembrane_1(fn_animal_cell_73(fn_epithelium_83(X)))
& animal_plasma_membrane_1(fn_animal_cell_73(fn_epithelium_83(X)))
& plasma_membrane_1(fn_animal_cell_73(fn_epithelium_83(X)))
& semiautonomous_organelle_1(fn_eukaryotic_cell_25(fn_epithelium_83(X)))
& mitochondrion_1(fn_eukaryotic_cell_25(fn_epithelium_83(X)))
& organelle_1(fn_eukaryotic_cell_25(fn_epithelium_83(X)))
& semiautonomous_organelle_1(fn_animal_cell_59(fn_epithelium_83(X)))
& organelle_1(fn_animal_cell_59(fn_epithelium_83(X)))
& mitochondrion_1(fn_animal_cell_59(fn_epithelium_83(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_epithelium_71(X)))
& mixture_1(fn_animal_cell_79(fn_epithelium_83(X)))
& cytoplasm_1(fn_animal_cell_79(fn_epithelium_83(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_epithelium_86(X)))
& cell_1(fn_tight_junction_64(fn_epithelium_97(X)))
& animal_cell_1(fn_tight_junction_64(fn_epithelium_97(X)))
& cell_1(fn_tight_junction_17(fn_epithelium_97(X)))
& animal_cell_1(fn_tight_junction_17(fn_epithelium_97(X)))
& called_2(fn_epithelium_60(X),"3")
& is_oriented_toward_2(fn_epithelium_71(X),fn_epithelium_84(X))
& base_2(fn_epithelium_72(X),fn_epithelium_1(X))
& in_event_2(fn_epithelium_73(X),fn_epithelium_72(X))
& is_across_2(fn_epithelium_77(X),fn_epithelium_86(X))
& is_at_2(fn_epithelium_83(X),fn_epithelium_1(X))
& has_region_2(fn_epithelium_86(X),fn_epithelium_88(X))
& object_2(fn_epithelium_87(X),fn_epithelium_56(X))
& has_part_2(X,fn_epithelium_98(X))
& has_region_2(X,fn_epithelium_1(X))
& object_2(fn_epithelium_72(X),fn_epithelium_74(X))
& object_2(fn_epithelium_87(X),fn_epithelium_81(X))
& plays_2(fn_epithelium_97(X),fn_epithelium_73(X))
& has_part_2(X,fn_epithelium_83(X))
& agent_2(fn_epithelium_85(X),fn_epithelium_77(X))
& subevent_2(fn_epithelium_85(X),fn_epithelium_75(X))
& is_facing_2(fn_epithelium_71(X),fn_epithelium_84(X))
& is_permeable_to_2(fn_epithelium_86(X),fn_epithelium_56(X))
& fn_epithelium_81(X) != fn_epithelium_56(X)
& fn_epithelium_56(X) != fn_epithelium_81(X)
& has_region_2(fn_epithelium_76(X),fn_epithelium_36(X))
& is_at_2(fn_epithelium_76(X),fn_epithelium_31(X))
& size_2(fn_epithelium_76(X),fn_epithelium_39(X))
& object_2(fn_epithelium_37(X),fn_epithelium_76(X))
& fn_epithelium_76(X) != fn_epithelium_33(X)
& fn_epithelium_33(X) != fn_epithelium_76(X)
& agent_2(fn_epithelium_95(X),fn_epithelium_96(X))
& called_2(fn_epithelium_87(X),"1")
& object_2(fn_epithelium_75(X),fn_epithelium_56(X))
& fn_epithelium_56(X) != fn_epithelium_80(X)
& fn_epithelium_80(X) != fn_epithelium_56(X)
& quantity_2(fn_epithelium_50(X),fn_epithelium_51(X))
& is_at_2(fn_epithelium_46(X),fn_epithelium_71(X))
& is_at_2(fn_epithelium_45(X),fn_epithelium_71(X))
& quantity_2(fn_epithelium_45(X),fn_epithelium_54(X))
& is_at_2(fn_epithelium_52(X),fn_epithelium_35(X))
& quantity_2(fn_epithelium_52(X),fn_epithelium_53(X))
& fn_epithelium_54(X) != fn_epithelium_53(X)
& fn_epithelium_53(X) != fn_epithelium_54(X)
& charge_2(fn_epithelium_46(X),fn_epithelium_48(X))
& quantity_2(fn_epithelium_46(X),fn_epithelium_47(X))
& fn_epithelium_51(X) != fn_epithelium_47(X)
& fn_epithelium_47(X) != fn_epithelium_51(X)
& is_at_2(fn_epithelium_50(X),fn_epithelium_35(X))
& charge_2(fn_epithelium_50(X),fn_epithelium_49(X))
& greater_than_2(fn_epithelium_49(X),fn_epithelium_48(X))
& called_2(fn_epithelium_33(X),'MP1')
& site_2(fn_epithelium_37(X),fn_epithelium_71(X))
& agent_2(fn_epithelium_75(X),fn_epithelium_79(X))
& is_impermeable_to_2(fn_epithelium_86(X),fn_epithelium_81(X))
& is_outside_2(fn_epithelium_88(X),fn_epithelium_86(X))
& directly_proportional_2(fn_epithelium_65(X),fn_epithelium_62(X))
& plays_2(fn_epithelium_86(X),fn_epithelium_64(X))
& in_event_2(fn_epithelium_64(X),fn_epithelium_87(X))
& is_inside_2(fn_epithelium_44(X),fn_epithelium_71(X))
& agent_2(fn_epithelium_59(X),fn_epithelium_44(X))
& called_2(fn_epithelium_59(X),"2")
& base_2(fn_epithelium_70(X),fn_epithelium_36(X))
& object_2(fn_epithelium_70(X),fn_epithelium_57(X))
& is_outside_2(fn_epithelium_57(X),fn_epithelium_86(X))
& fluidity_2(fn_epithelium_86(X),fn_epithelium_62(X))
& base_2(fn_epithelium_43(X),fn_epithelium_86(X))
& prevents_2(fn_epithelium_43(X),fn_epithelium_55(X))
& object_2(fn_epithelium_55(X),fn_epithelium_79(X))
& size_2(fn_epithelium_79(X),fn_epithelium_39(X))
& the_scalar_value_2(fn_epithelium_39(X),big_0)
& scalar_unit_class_2(fn_epithelium_39(X),polypeptide_0)
& facilitates_2(fn_epithelium_79(X),fn_epithelium_75(X))
& base_2(fn_epithelium_75(X),fn_epithelium_86(X))
& has_function_2(fn_epithelium_86(X),fn_epithelium_60(X))
& fn_epithelium_59(X) != fn_epithelium_60(X)
& fn_epithelium_60(X) != fn_epithelium_59(X)
& object_2(fn_epithelium_42(X),fn_epithelium_33(X))
& site_2(fn_epithelium_42(X),fn_epithelium_71(X))
& site_2(fn_epithelium_43(X),fn_epithelium_71(X))
& object_2(fn_epithelium_43(X),fn_epithelium_79(X))
& has_region_2(fn_epithelium_79(X),fn_epithelium_36(X))
& density_2(fn_epithelium_86(X),fn_epithelium_63(X))
& inversely_proportional_2(fn_epithelium_63(X),fn_epithelium_62(X))
& directly_proportional_2(fn_epithelium_61(X),fn_epithelium_62(X))
& temperature_2(fn_epithelium_86(X),fn_epithelium_61(X))
& has_function_2(fn_epithelium_86(X),fn_epithelium_59(X))
& size_2(fn_epithelium_33(X),fn_epithelium_39(X))
& greater_than_2(fn_epithelium_39(X),fn_epithelium_40(X))
& size_2(fn_epithelium_41(X),fn_epithelium_40(X))
& has_part_2(fn_epithelium_79(X),fn_epithelium_41(X))
& is_across_2(fn_epithelium_79(X),fn_epithelium_86(X))
& fn_epithelium_87(X) != fn_epithelium_60(X)
& agent_2(fn_epithelium_60(X),fn_epithelium_44(X))
& is_inside_2(fn_epithelium_44(X),fn_epithelium_35(X))
& has_region_2(fn_epithelium_79(X),fn_epithelium_35(X))
& is_at_2(fn_epithelium_79(X),fn_epithelium_31(X))
& fn_epithelium_60(X) != fn_epithelium_87(X)
& is_across_2(fn_epithelium_33(X),fn_epithelium_34(X))
& is_across_2(fn_epithelium_79(X),fn_epithelium_34(X))
& is_at_2(fn_epithelium_79(X),fn_epithelium_86(X))
& has_function_2(fn_epithelium_86(X),fn_epithelium_75(X))
& path_2(fn_epithelium_75(X),fn_epithelium_71(X))
& is_inside_2(fn_epithelium_89(X),fn_epithelium_71(X))
& is_between_2(fn_epithelium_86(X),fn_epithelium_89(X))
& has_function_2(fn_epithelium_86(X),fn_epithelium_87(X))
& fn_epithelium_59(X) != fn_epithelium_87(X)
& fn_epithelium_87(X) != fn_epithelium_59(X)
& is_at_2(fn_epithelium_33(X),fn_epithelium_86(X))
& is_across_2(fn_epithelium_33(X),fn_epithelium_86(X))
& has_region_2(fn_epithelium_86(X),fn_epithelium_71(X))
& is_between_2(fn_epithelium_34(X),fn_epithelium_71(X))
& is_across_2(fn_epithelium_34(X),fn_epithelium_79(X))
& instrument_2(fn_epithelium_87(X),fn_epithelium_86(X))
& object_2(fn_epithelium_87(X),fn_epithelium_80(X))
& is_impermeable_to_2(fn_epithelium_86(X),fn_epithelium_80(X))
& has_part_2(fn_epithelium_86(X),fn_epithelium_58(X))
& quantity_2(fn_epithelium_58(X),fn_epithelium_65(X))
& has_region_2(fn_epithelium_33(X),fn_epithelium_36(X))
& is_inside_2(fn_epithelium_36(X),fn_epithelium_86(X))
& has_part_2(fn_epithelium_86(X),fn_epithelium_33(X))
& fn_epithelium_33(X) != fn_epithelium_79(X)
& is_inside_2(fn_epithelium_79(X),fn_epithelium_31(X))
& fn_epithelium_79(X) != fn_epithelium_33(X)
& has_part_2(fn_epithelium_86(X),fn_epithelium_32(X))
& is_inside_2(fn_epithelium_32(X),fn_epithelium_31(X))
& is_inside_2(fn_epithelium_33(X),fn_epithelium_31(X))
& has_region_2(fn_epithelium_33(X),fn_epithelium_35(X))
& is_between_2(fn_epithelium_34(X),fn_epithelium_35(X))
& is_between_2(fn_epithelium_97(X),fn_epithelium_83(X))
& abuts_2(fn_epithelium_97(X),fn_epithelium_96(X))
& abuts_2(fn_epithelium_96(X),fn_epithelium_97(X))
& is_between_2(fn_epithelium_97(X),fn_epithelium_98(X))
& abuts_2(fn_epithelium_83(X),fn_epithelium_98(X))
& abuts_2(fn_epithelium_98(X),fn_epithelium_83(X))
& fn_epithelium_83(X) != fn_epithelium_98(X)
& fn_epithelium_98(X) != fn_epithelium_83(X)
& destination_2(fn_epithelium_69(X),fn_epithelium_18(X))
& has_region_2(fn_epithelium_76(X),fn_epithelium_35(X))
& called_2(fn_epithelium_38(X),'MP1')
& called_2(fn_epithelium_76(X),'MP1')
& the_scalar_value_2(fn_epithelium_30(X),big_0)
& scalar_unit_class_2(fn_epithelium_30(X),prokaryote_0)
& called_2(fn_epithelium_79(X),'MP1')
& first_subevent_2(fn_epithelium_23(X),fn_epithelium_22(X))
& has_part_2(fn_epithelium_84(X),fn_epithelium_68(X))
& is_inside_2(fn_epithelium_84(X),fn_epithelium_86(X))
& object_2(fn_epithelium_95(X),fn_epithelium_83(X))
& fn_epithelium_91(X) != fn_epithelium_90(X)
& fn_epithelium_90(X) != fn_epithelium_91(X)
& has_region_2(fn_epithelium_83(X),fn_epithelium_29(X))
& is_opposite_2(fn_epithelium_28(X),fn_epithelium_29(X))
& is_opposite_2(fn_epithelium_29(X),fn_epithelium_28(X))
& causes_2(fn_epithelium_69(X),fn_epithelium_25(X))
& base_2(fn_epithelium_25(X),fn_epithelium_83(X))
& has_function_2(fn_epithelium_83(X),fn_epithelium_82(X))
& base_2(fn_epithelium_82(X),fn_epithelium_83(X))
& has_region_2(fn_epithelium_83(X),fn_epithelium_28(X))
& size_2(fn_epithelium_83(X),fn_epithelium_30(X))
& directly_proportional_2(fn_epithelium_30(X),fn_epithelium_26(X))
& volume_2(fn_epithelium_83(X),fn_epithelium_26(X))
& has_part_2(fn_epithelium_83(X),fn_epithelium_20(X))
& origin_2(fn_epithelium_69(X),fn_epithelium_20(X))
& base_2(fn_epithelium_22(X),fn_epithelium_83(X))
& subevent_2(fn_epithelium_23(X),fn_epithelium_22(X))
& base_2(fn_epithelium_23(X),fn_epithelium_83(X))
& has_part_2(fn_epithelium_83(X),fn_epithelium_18(X))
& site_2(fn_epithelium_25(X),fn_epithelium_18(X))
& is_between_2(fn_epithelium_84(X),fn_epithelium_86(X))
& is_across_2(fn_epithelium_76(X),fn_epithelium_86(X))
& object_2(fn_epithelium_78(X),fn_epithelium_76(X))
& base_2(fn_epithelium_78(X),fn_epithelium_86(X))
& has_part_2(fn_epithelium_86(X),fn_epithelium_79(X))
& base_2(fn_epithelium_21(X),fn_epithelium_83(X))
& has_function_2(fn_epithelium_83(X),fn_epithelium_21(X))
& has_part_2(fn_epithelium_83(X),fn_epithelium_84(X))
& has_part_2(fn_epithelium_84(X),fn_epithelium_67(X))
& fn_epithelium_67(X) != fn_epithelium_68(X)
& fn_epithelium_68(X) != fn_epithelium_67(X)
& has_region_2(fn_epithelium_86(X),fn_epithelium_34(X))
& is_across_2(fn_epithelium_76(X),fn_epithelium_34(X))
& fn_epithelium_76(X) != fn_epithelium_79(X)
& fn_epithelium_79(X) != fn_epithelium_76(X)
& fn_epithelium_38(X) != fn_epithelium_79(X)
& fn_epithelium_79(X) != fn_epithelium_38(X)
& is_inside_2(fn_epithelium_19(X),fn_epithelium_66(X))
& has_part_2(fn_epithelium_83(X),fn_epithelium_19(X))
& has_part_2(fn_epithelium_83(X),fn_epithelium_86(X))
& has_part_2(fn_epithelium_86(X),fn_epithelium_76(X))
& is_at_2(fn_epithelium_76(X),fn_epithelium_86(X))
& has_region_2(fn_epithelium_86(X),fn_epithelium_35(X))
& is_outside_2(fn_epithelium_35(X),fn_epithelium_86(X))
& has_part_2(fn_epithelium_86(X),fn_epithelium_38(X))
& fn_epithelium_38(X) != fn_epithelium_76(X)
& is_inside_2(fn_epithelium_76(X),fn_epithelium_31(X))
& fn_epithelium_76(X) != fn_epithelium_38(X)
& has_function_2(fn_epithelium_18(X),fn_epithelium_23(X))
& site_2(fn_epithelium_23(X),fn_epithelium_18(X))
& site_2(fn_epithelium_24(X),fn_epithelium_18(X))
& base_2(fn_epithelium_24(X),fn_epithelium_83(X))
& has_part_2(fn_epithelium_83(X),fn_epithelium_90(X))
& is_inside_2(fn_epithelium_92(X),fn_epithelium_94(X))
& has_part_2(fn_epithelium_83(X),fn_epithelium_92(X))
& has_part_2(fn_epithelium_83(X),fn_epithelium_91(X))
& abuts_2(fn_epithelium_90(X),fn_epithelium_91(X))
& abuts_2(fn_epithelium_91(X),fn_epithelium_90(X))
& object_2(fn_epithelium_16(X),fn_epithelium_83(X))
& agent_2(fn_epithelium_16(X),fn_epithelium_86(X))
& has_part_2(fn_epithelium_86(X),fn_epithelium_31(X))
& is_at_2(fn_epithelium_31(X),fn_epithelium_27(X))
& has_region_2(fn_epithelium_83(X),fn_epithelium_27(X))
& is_between_2(fn_epithelium_84(X),fn_epithelium_94(X))
& has_part_2(fn_epithelium_84(X),fn_epithelium_66(X))
& is_inside_2(fn_epithelium_18(X),fn_epithelium_66(X))
& is_near_2(fn_epithelium_93(X),fn_epithelium_94(X))
& is_near_2(fn_epithelium_94(X),fn_epithelium_93(X))
& has_part_2(fn_epithelium_83(X),fn_epithelium_94(X))
& is_inside_2(fn_epithelium_94(X),fn_epithelium_66(X))
& is_inside_2(fn_epithelium_17(X),fn_epithelium_66(X))
& has_part_2(fn_epithelium_83(X),fn_epithelium_17(X))
& has_part_2(fn_epithelium_83(X),fn_epithelium_93(X))
& fn_epithelium_74(X) = fn_block_1(fn_epithelium_72(X))
& fn_epithelium_81(X) = fn_block_1(fn_epithelium_87(X))
& fn_epithelium_97(X) = fn_barrier_1(fn_epithelium_73(X))
& fn_epithelium_83(X) = fn_tissue_1(X)
& fn_epithelium_77(X) = fn_passive_transport_of_solute_3(fn_epithelium_85(X))
& fn_epithelium_75(X) = fn_facilitated_diffusion_55(fn_epithelium_85(X))
& fn_epithelium_84(X) = fn_cytoplasmic_side_1(fn_epithelium_71(X))
& fn_epithelium_37(X) = fn_animal_plasma_membrane_23(fn_epithelium_86(X))
& fn_epithelium_75(X) = fn_plasma_membrane_74(fn_epithelium_86(X))
& fn_epithelium_56(X) = fn_animal_plasma_membrane_14(fn_epithelium_86(X))
& fn_epithelium_56(X) = fn_plasma_membrane_72(fn_epithelium_86(X))
& fn_epithelium_9(X) = fn_plasma_membrane_92(fn_epithelium_86(X))
& fn_epithelium_10(X) = fn_plasma_membrane_67(fn_epithelium_86(X))
& fn_epithelium_8(X) = fn_plasma_membrane_27(fn_epithelium_86(X))
& fn_epithelium_6(X) = fn_plasma_membrane_29(fn_epithelium_86(X))
& fn_epithelium_45(X) = fn_plasma_membrane_14(fn_epithelium_86(X))
& fn_epithelium_7(X) = fn_plasma_membrane_28(fn_epithelium_86(X))
& fn_epithelium_54(X) = fn_plasma_membrane_18(fn_epithelium_86(X))
& fn_epithelium_53(X) = fn_plasma_membrane_19(fn_epithelium_86(X))
& fn_epithelium_52(X) = fn_plasma_membrane_15(fn_epithelium_86(X))
& fn_epithelium_11(X) = fn_plasma_membrane_20(fn_epithelium_86(X))
& fn_epithelium_51(X) = fn_plasma_membrane_16(fn_epithelium_86(X))
& fn_epithelium_47(X) = fn_plasma_membrane_17(fn_epithelium_86(X))
& fn_epithelium_46(X) = fn_plasma_membrane_61(fn_epithelium_86(X))
& fn_epithelium_48(X) = fn_plasma_membrane_62(fn_epithelium_86(X))
& fn_epithelium_49(X) = fn_plasma_membrane_63(fn_epithelium_86(X))
& fn_epithelium_50(X) = fn_plasma_membrane_64(fn_epithelium_86(X))
& fn_epithelium_13(X) = fn_animal_plasma_membrane_86(fn_epithelium_86(X))
& fn_epithelium_37(X) = fn_animal_plasma_membrane_92(fn_epithelium_86(X))
& fn_epithelium_12(X) = fn_animal_plasma_membrane_85(fn_epithelium_86(X))
& fn_epithelium_5(X) = fn_animal_plasma_membrane_26(fn_epithelium_86(X))
& fn_epithelium_81(X) = fn_animal_plasma_membrane_13(fn_epithelium_86(X))
& fn_epithelium_3(X) = fn_animal_plasma_membrane_27(fn_epithelium_86(X))
& fn_epithelium_88(X) = fn_animal_plasma_membrane_5(fn_epithelium_86(X))
& fn_epithelium_2(X) = fn_animal_plasma_membrane_25(fn_epithelium_86(X))
& fn_epithelium_64(X) = fn_animal_plasma_membrane_113(fn_epithelium_86(X))
& fn_epithelium_59(X) = fn_animal_plasma_membrane_29(fn_epithelium_86(X))
& fn_epithelium_4(X) = fn_animal_plasma_membrane_89(fn_epithelium_86(X))
& fn_epithelium_57(X) = fn_animal_plasma_membrane_43(fn_epithelium_86(X))
& fn_epithelium_70(X) = fn_animal_plasma_membrane_45(fn_epithelium_86(X))
& fn_epithelium_55(X) = fn_animal_plasma_membrane_49(fn_epithelium_86(X))
& fn_epithelium_60(X) = fn_animal_plasma_membrane_29(fn_epithelium_86(X))
& fn_epithelium_60(X) = fn_animal_plasma_membrane_115(fn_epithelium_86(X))
& fn_epithelium_43(X) = fn_animal_plasma_membrane_66(fn_epithelium_86(X))
& fn_epithelium_43(X) = fn_animal_plasma_membrane_52(fn_epithelium_86(X))
& fn_epithelium_42(X) = fn_animal_plasma_membrane_23(fn_epithelium_86(X))
& fn_epithelium_59(X) = fn_animal_plasma_membrane_30(fn_epithelium_86(X))
& fn_epithelium_61(X) = fn_animal_plasma_membrane_33(fn_epithelium_86(X))
& fn_epithelium_62(X) = fn_animal_plasma_membrane_44(fn_epithelium_86(X))
& fn_epithelium_63(X) = fn_animal_plasma_membrane_32(fn_epithelium_86(X))
& fn_epithelium_41(X) = fn_plasma_membrane_86(fn_epithelium_86(X))
& fn_epithelium_41(X) = fn_animal_plasma_membrane_68(fn_epithelium_86(X))
& fn_epithelium_39(X) = fn_plasma_membrane_85(fn_epithelium_86(X))
& fn_epithelium_40(X) = fn_plasma_membrane_84(fn_epithelium_86(X))
& fn_epithelium_40(X) = fn_animal_plasma_membrane_72(fn_epithelium_86(X))
& fn_epithelium_39(X) = fn_animal_plasma_membrane_69(fn_epithelium_86(X))
& fn_epithelium_44(X) = fn_animal_plasma_membrane_109(fn_epithelium_86(X))
& fn_epithelium_60(X) = fn_animal_plasma_membrane_30(fn_epithelium_86(X))
& fn_epithelium_75(X) = fn_animal_plasma_membrane_50(fn_epithelium_86(X))
& fn_epithelium_79(X) = fn_plasma_membrane_3(fn_epithelium_86(X))
& fn_epithelium_59(X) = fn_plasma_membrane_97(fn_epithelium_86(X))
& fn_epithelium_59(X) = fn_animal_plasma_membrane_115(fn_epithelium_86(X))
& fn_epithelium_87(X) = fn_animal_plasma_membrane_29(fn_epithelium_86(X))
& fn_epithelium_89(X) = fn_plasma_membrane_70(fn_epithelium_86(X))
& fn_epithelium_89(X) = fn_animal_plasma_membrane_78(fn_epithelium_86(X))
& fn_epithelium_71(X) = fn_plasma_membrane_66(fn_epithelium_86(X))
& fn_epithelium_71(X) = fn_animal_plasma_membrane_58(fn_epithelium_86(X))
& fn_epithelium_65(X) = fn_animal_plasma_membrane_35(fn_epithelium_86(X))
& fn_epithelium_58(X) = fn_animal_plasma_membrane_28(fn_epithelium_86(X))
& fn_epithelium_87(X) = fn_plasma_membrane_33(fn_epithelium_86(X))
& fn_epithelium_80(X) = fn_plasma_membrane_50(fn_epithelium_86(X))
& fn_epithelium_80(X) = fn_animal_plasma_membrane_31(fn_epithelium_86(X))
& fn_epithelium_87(X) = fn_animal_plasma_membrane_114(fn_epithelium_86(X))
& fn_epithelium_33(X) = fn_eukaryotic_cell_15(fn_epithelium_83(X))
& fn_epithelium_36(X) = fn_animal_plasma_membrane_57(fn_epithelium_86(X))
& fn_epithelium_33(X) = fn_plasma_membrane_55(fn_epithelium_86(X))
& fn_epithelium_33(X) = fn_animal_plasma_membrane_62(fn_epithelium_86(X))
& fn_epithelium_33(X) = fn_animal_plasma_membrane_53(fn_epithelium_86(X))
& fn_epithelium_32(X) = fn_eukaryotic_cell_43(fn_epithelium_83(X))
& fn_epithelium_32(X) = fn_animal_plasma_membrane_76(fn_epithelium_86(X))
& fn_epithelium_96(X) = fn_tight_junction_19(fn_epithelium_97(X))
& fn_epithelium_96(X) = fn_tight_junction_18(fn_epithelium_97(X))
& fn_epithelium_83(X) = fn_tight_junction_64(fn_epithelium_97(X))
& fn_epithelium_98(X) = fn_tight_junction_17(fn_epithelium_97(X))
& fn_epithelium_15(X) = fn_animal_cell_50(fn_epithelium_83(X))
& fn_epithelium_14(X) = fn_animal_cell_49(fn_epithelium_83(X))
& fn_epithelium_95(X) = fn_tight_junction_61(fn_epithelium_97(X))
& fn_epithelium_95(X) = fn_animal_cell_61(fn_epithelium_83(X))
& fn_epithelium_29(X) = fn_animal_cell_13(fn_epithelium_83(X))
& fn_epithelium_28(X) = fn_animal_cell_1(fn_epithelium_83(X))
& fn_epithelium_82(X) = fn_animal_cell_81(fn_epithelium_83(X))
& fn_epithelium_69(X) = fn_animal_cell_22(fn_epithelium_83(X))
& fn_epithelium_20(X) = fn_animal_cell_45(fn_epithelium_83(X))
& fn_epithelium_26(X) = fn_animal_cell_56(fn_epithelium_83(X))
& fn_epithelium_30(X) = fn_animal_cell_57(fn_epithelium_83(X))
& fn_epithelium_25(X) = fn_animal_cell_21(fn_epithelium_83(X))
& fn_epithelium_18(X) = fn_eukaryotic_cell_25(fn_epithelium_83(X))
& fn_epithelium_22(X) = fn_animal_cell_18(fn_epithelium_83(X))
& fn_epithelium_79(X) = fn_plasma_membrane_68(fn_epithelium_86(X))
& fn_epithelium_79(X) = fn_plasma_membrane_54(fn_epithelium_86(X))
& fn_epithelium_79(X) = fn_animal_plasma_membrane_47(fn_epithelium_86(X))
& fn_epithelium_78(X) = fn_animal_plasma_membrane_77(fn_epithelium_86(X))
& fn_epithelium_76(X) = fn_animal_plasma_membrane_53(fn_epithelium_86(X))
& fn_epithelium_78(X) = fn_animal_cell_83(fn_epithelium_83(X))
& fn_epithelium_68(X) = fn_animal_cell_72(fn_epithelium_83(X))
& fn_epithelium_67(X) = fn_animal_cell_71(fn_epithelium_83(X))
& fn_epithelium_21(X) = fn_animal_cell_90(fn_epithelium_83(X))
& fn_epithelium_79(X) = fn_animal_cell_60(fn_epithelium_83(X))
& fn_epithelium_34(X) = fn_animal_plasma_membrane_51(fn_epithelium_86(X))
& fn_epithelium_34(X) = fn_animal_cell_85(fn_epithelium_83(X))
& fn_epithelium_83(X) = fn_animal_plasma_membrane_56(fn_epithelium_86(X))
& fn_epithelium_83(X) = fn_tight_junction_17(fn_epithelium_97(X))
& fn_epithelium_19(X) = fn_animal_cell_82(fn_epithelium_83(X))
& fn_epithelium_76(X) = fn_animal_cell_75(fn_epithelium_83(X))
& fn_epithelium_38(X) = fn_animal_cell_80(fn_epithelium_83(X))
& fn_epithelium_35(X) = fn_plasma_membrane_65(fn_epithelium_86(X))
& fn_epithelium_35(X) = fn_animal_plasma_membrane_55(fn_epithelium_86(X))
& fn_epithelium_35(X) = fn_animal_cell_84(fn_epithelium_83(X))
& fn_epithelium_24(X) = fn_animal_cell_20(fn_epithelium_83(X))
& fn_epithelium_23(X) = fn_animal_cell_19(fn_epithelium_83(X))
& fn_epithelium_90(X) = fn_animal_cell_54(fn_epithelium_83(X))
& fn_epithelium_91(X) = fn_animal_cell_53(fn_epithelium_83(X))
& fn_epithelium_92(X) = fn_animal_cell_52(fn_epithelium_83(X))
& fn_epithelium_27(X) = fn_animal_cell_55(fn_epithelium_83(X))
& fn_epithelium_31(X) = fn_biomembrane_63(fn_epithelium_86(X))
& fn_epithelium_31(X) = fn_plasma_membrane_71(fn_epithelium_86(X))
& fn_epithelium_31(X) = fn_animal_plasma_membrane_54(fn_epithelium_86(X))
& fn_epithelium_86(X) = fn_tight_junction_19(fn_epithelium_97(X))
& fn_epithelium_31(X) = fn_tight_junction_23(fn_epithelium_97(X))
& fn_epithelium_86(X) = fn_eukaryotic_cell_29(fn_epithelium_83(X))
& fn_epithelium_31(X) = fn_eukaryotic_cell_41(fn_epithelium_83(X))
& fn_epithelium_31(X) = fn_animal_cell_58(fn_epithelium_83(X))
& fn_epithelium_86(X) = fn_animal_cell_73(fn_epithelium_83(X))
& fn_epithelium_16(X) = fn_animal_cell_76(fn_epithelium_83(X))
& fn_epithelium_18(X) = fn_animal_cell_59(fn_epithelium_83(X))
& fn_epithelium_84(X) = fn_animal_cell_79(fn_epithelium_83(X))
& fn_epithelium_93(X) = fn_animal_cell_74(fn_epithelium_83(X))
& fn_epithelium_17(X) = fn_animal_cell_51(fn_epithelium_83(X))
& fn_epithelium_66(X) = fn_animal_cell_62(fn_epithelium_83(X))
& fn_epithelium_94(X) = fn_animal_cell_78(fn_epithelium_83(X))
& fn_animal_plasma_membrane_14(fn_epithelium_86(X)) = fn_animal_plasma_membrane_14(fn_epithelium_86(X))
& fn_plasma_membrane_72(fn_epithelium_86(X)) = fn_animal_plasma_membrane_14(fn_epithelium_86(X))
& fn_animal_plasma_membrane_14(fn_epithelium_86(X)) = fn_plasma_membrane_72(fn_epithelium_86(X))
& fn_plasma_membrane_72(fn_epithelium_86(X)) = fn_animal_plasma_membrane_23(fn_epithelium_86(X))
& fn_animal_plasma_membrane_23(fn_epithelium_86(X)) = fn_animal_plasma_membrane_92(fn_epithelium_86(X))
& fn_animal_plasma_membrane_92(fn_epithelium_86(X)) = fn_block_1(fn_epithelium_87(X))
& fn_block_1(fn_epithelium_87(X)) = fn_animal_plasma_membrane_13(fn_epithelium_86(X))
& fn_animal_plasma_membrane_13(fn_epithelium_86(X)) = fn_animal_plasma_membrane_13(fn_epithelium_86(X))
& fn_animal_plasma_membrane_13(fn_epithelium_86(X)) = fn_animal_plasma_membrane_52(fn_epithelium_86(X))
& fn_animal_plasma_membrane_52(fn_epithelium_86(X)) = fn_animal_plasma_membrane_66(fn_epithelium_86(X))
& fn_animal_plasma_membrane_66(fn_epithelium_86(X)) = fn_animal_plasma_membrane_52(fn_epithelium_86(X))
& fn_animal_plasma_membrane_52(fn_epithelium_86(X)) = fn_animal_plasma_membrane_52(fn_epithelium_86(X))
& fn_animal_plasma_membrane_52(fn_epithelium_86(X)) = fn_plasma_membrane_86(fn_epithelium_86(X))
& fn_animal_plasma_membrane_68(fn_epithelium_86(X)) = fn_plasma_membrane_86(fn_epithelium_86(X))
& fn_plasma_membrane_86(fn_epithelium_86(X)) = fn_animal_plasma_membrane_68(fn_epithelium_86(X))
& fn_animal_plasma_membrane_68(fn_epithelium_86(X)) = fn_animal_plasma_membrane_72(fn_epithelium_86(X))
& fn_animal_plasma_membrane_72(fn_epithelium_86(X)) = fn_plasma_membrane_84(fn_epithelium_86(X))
& fn_plasma_membrane_84(fn_epithelium_86(X)) = fn_animal_plasma_membrane_72(fn_epithelium_86(X))
& fn_animal_plasma_membrane_72(fn_epithelium_86(X)) = fn_animal_plasma_membrane_69(fn_epithelium_86(X))
& fn_animal_plasma_membrane_69(fn_epithelium_86(X)) = fn_plasma_membrane_85(fn_epithelium_86(X))
& fn_plasma_membrane_85(fn_epithelium_86(X)) = fn_animal_plasma_membrane_69(fn_epithelium_86(X))
& fn_animal_plasma_membrane_69(fn_epithelium_86(X)) = fn_animal_plasma_membrane_69(fn_epithelium_86(X))
& fn_animal_plasma_membrane_69(fn_epithelium_86(X)) = fn_animal_plasma_membrane_29(fn_epithelium_86(X))
& fn_animal_plasma_membrane_29(fn_epithelium_86(X)) = fn_animal_plasma_membrane_115(fn_epithelium_86(X))
& fn_animal_plasma_membrane_115(fn_epithelium_86(X)) = fn_animal_plasma_membrane_30(fn_epithelium_86(X))
& fn_animal_plasma_membrane_30(fn_epithelium_86(X)) = fn_facilitated_diffusion_55(fn_epithelium_85(X))
& fn_facilitated_diffusion_55(fn_epithelium_85(X)) = fn_plasma_membrane_74(fn_epithelium_86(X))
& fn_plasma_membrane_74(fn_epithelium_86(X)) = fn_plasma_membrane_74(fn_epithelium_86(X))
& fn_plasma_membrane_74(fn_epithelium_86(X)) = fn_animal_plasma_membrane_50(fn_epithelium_86(X))
& fn_animal_plasma_membrane_50(fn_epithelium_86(X)) = fn_animal_plasma_membrane_50(fn_epithelium_86(X))
& fn_animal_plasma_membrane_50(fn_epithelium_86(X)) = fn_animal_plasma_membrane_29(fn_epithelium_86(X))
& fn_animal_plasma_membrane_29(fn_epithelium_86(X)) = fn_plasma_membrane_97(fn_epithelium_86(X))
& fn_plasma_membrane_97(fn_epithelium_86(X)) = fn_plasma_membrane_97(fn_epithelium_86(X))
& fn_plasma_membrane_97(fn_epithelium_86(X)) = fn_animal_plasma_membrane_29(fn_epithelium_86(X))
& fn_animal_plasma_membrane_29(fn_epithelium_86(X)) = fn_animal_plasma_membrane_30(fn_epithelium_86(X))
& fn_animal_plasma_membrane_30(fn_epithelium_86(X)) = fn_animal_plasma_membrane_30(fn_epithelium_86(X))
& fn_animal_plasma_membrane_30(fn_epithelium_86(X)) = fn_animal_plasma_membrane_115(fn_epithelium_86(X))
& fn_animal_plasma_membrane_115(fn_epithelium_86(X)) = fn_animal_plasma_membrane_115(fn_epithelium_86(X))
& fn_animal_plasma_membrane_115(fn_epithelium_86(X)) = fn_plasma_membrane_70(fn_epithelium_86(X))
& fn_plasma_membrane_70(fn_epithelium_86(X)) = fn_animal_plasma_membrane_78(fn_epithelium_86(X))
& fn_animal_plasma_membrane_78(fn_epithelium_86(X)) = fn_animal_plasma_membrane_78(fn_epithelium_86(X))
& fn_animal_plasma_membrane_78(fn_epithelium_86(X)) = fn_plasma_membrane_66(fn_epithelium_86(X))
& fn_plasma_membrane_66(fn_epithelium_86(X)) = fn_plasma_membrane_66(fn_epithelium_86(X))
& fn_animal_plasma_membrane_58(fn_epithelium_86(X)) = fn_animal_plasma_membrane_58(fn_epithelium_86(X))
& fn_animal_plasma_membrane_58(fn_epithelium_86(X)) = fn_plasma_membrane_66(fn_epithelium_86(X))
& fn_plasma_membrane_66(fn_epithelium_86(X)) = fn_animal_plasma_membrane_58(fn_epithelium_86(X))
& fn_animal_plasma_membrane_58(fn_epithelium_86(X)) = fn_animal_plasma_membrane_31(fn_epithelium_86(X))
& fn_animal_plasma_membrane_31(fn_epithelium_86(X)) = fn_plasma_membrane_50(fn_epithelium_86(X))
& fn_plasma_membrane_50(fn_epithelium_86(X)) = fn_animal_plasma_membrane_31(fn_epithelium_86(X))
& fn_animal_plasma_membrane_31(fn_epithelium_86(X)) = fn_plasma_membrane_33(fn_epithelium_86(X))
& fn_plasma_membrane_33(fn_epithelium_86(X)) = fn_animal_plasma_membrane_29(fn_epithelium_86(X))
& fn_animal_plasma_membrane_29(fn_epithelium_86(X)) = fn_plasma_membrane_33(fn_epithelium_86(X))
& fn_plasma_membrane_33(fn_epithelium_86(X)) = fn_animal_plasma_membrane_114(fn_epithelium_86(X))
& fn_animal_plasma_membrane_114(fn_epithelium_86(X)) = fn_animal_plasma_membrane_29(fn_epithelium_86(X))
& fn_animal_plasma_membrane_29(fn_epithelium_86(X)) = fn_animal_plasma_membrane_29(fn_epithelium_86(X))
& fn_animal_plasma_membrane_29(fn_epithelium_86(X)) = fn_animal_plasma_membrane_114(fn_epithelium_86(X))
& fn_animal_plasma_membrane_114(fn_epithelium_86(X)) = fn_animal_plasma_membrane_114(fn_epithelium_86(X))
& fn_animal_plasma_membrane_114(fn_epithelium_86(X)) = fn_eukaryotic_cell_15(fn_epithelium_83(X))
& fn_eukaryotic_cell_15(fn_epithelium_83(X)) = fn_plasma_membrane_55(fn_epithelium_86(X))
& fn_plasma_membrane_55(fn_epithelium_86(X)) = fn_plasma_membrane_55(fn_epithelium_86(X))
& fn_animal_plasma_membrane_62(fn_epithelium_86(X)) = fn_plasma_membrane_55(fn_epithelium_86(X))
& fn_plasma_membrane_55(fn_epithelium_86(X)) = fn_animal_plasma_membrane_62(fn_epithelium_86(X))
& fn_animal_plasma_membrane_62(fn_epithelium_86(X)) = fn_animal_plasma_membrane_62(fn_epithelium_86(X))
& fn_animal_plasma_membrane_53(fn_epithelium_86(X)) = fn_animal_plasma_membrane_62(fn_epithelium_86(X))
& fn_animal_plasma_membrane_62(fn_epithelium_86(X)) = fn_animal_plasma_membrane_53(fn_epithelium_86(X))
& fn_animal_plasma_membrane_53(fn_epithelium_86(X)) = fn_eukaryotic_cell_43(fn_epithelium_83(X))
& fn_animal_plasma_membrane_76(fn_epithelium_86(X)) = fn_eukaryotic_cell_43(fn_epithelium_83(X))
& fn_eukaryotic_cell_43(fn_epithelium_83(X)) = fn_animal_plasma_membrane_76(fn_epithelium_86(X))
& fn_animal_plasma_membrane_76(fn_epithelium_86(X)) = fn_tight_junction_19(fn_epithelium_97(X))
& fn_tight_junction_19(fn_epithelium_97(X)) = fn_tight_junction_19(fn_epithelium_97(X))
& fn_tight_junction_18(fn_epithelium_97(X)) = fn_tight_junction_19(fn_epithelium_97(X))
& fn_tight_junction_19(fn_epithelium_97(X)) = fn_tight_junction_18(fn_epithelium_97(X))
& fn_tight_junction_18(fn_epithelium_97(X)) = fn_tight_junction_61(fn_epithelium_97(X))
& fn_tight_junction_61(fn_epithelium_97(X)) = fn_tight_junction_61(fn_epithelium_97(X))
& fn_tight_junction_61(fn_epithelium_97(X)) = fn_animal_cell_61(fn_epithelium_83(X))
& fn_animal_cell_61(fn_epithelium_83(X)) = fn_animal_plasma_membrane_77(fn_epithelium_86(X))
& fn_animal_cell_83(fn_epithelium_83(X)) = fn_animal_plasma_membrane_77(fn_epithelium_86(X))
& fn_animal_plasma_membrane_77(fn_epithelium_86(X)) = fn_animal_cell_83(fn_epithelium_83(X))
& fn_animal_cell_83(fn_epithelium_83(X)) = fn_plasma_membrane_3(fn_epithelium_86(X))
& fn_plasma_membrane_3(fn_epithelium_86(X)) = fn_plasma_membrane_68(fn_epithelium_86(X))
& fn_plasma_membrane_54(fn_epithelium_86(X)) = fn_plasma_membrane_54(fn_epithelium_86(X))
& fn_plasma_membrane_54(fn_epithelium_86(X)) = fn_plasma_membrane_68(fn_epithelium_86(X))
& fn_plasma_membrane_68(fn_epithelium_86(X)) = fn_plasma_membrane_68(fn_epithelium_86(X))
& fn_plasma_membrane_68(fn_epithelium_86(X)) = fn_plasma_membrane_54(fn_epithelium_86(X))
& fn_animal_plasma_membrane_47(fn_epithelium_86(X)) = fn_plasma_membrane_54(fn_epithelium_86(X))
& fn_plasma_membrane_54(fn_epithelium_86(X)) = fn_animal_plasma_membrane_47(fn_epithelium_86(X))
& fn_animal_plasma_membrane_47(fn_epithelium_86(X)) = fn_animal_plasma_membrane_47(fn_epithelium_86(X))
& fn_animal_cell_60(fn_epithelium_83(X)) = fn_animal_plasma_membrane_47(fn_epithelium_86(X))
& fn_animal_plasma_membrane_47(fn_epithelium_86(X)) = fn_animal_cell_60(fn_epithelium_83(X))
& fn_animal_cell_60(fn_epithelium_83(X)) = fn_animal_cell_60(fn_epithelium_83(X))
& fn_animal_cell_60(fn_epithelium_83(X)) = fn_animal_plasma_membrane_51(fn_epithelium_86(X))
& fn_animal_plasma_membrane_51(fn_epithelium_86(X)) = fn_animal_plasma_membrane_51(fn_epithelium_86(X))
& fn_animal_cell_85(fn_epithelium_83(X)) = fn_animal_plasma_membrane_51(fn_epithelium_86(X))
& fn_animal_plasma_membrane_51(fn_epithelium_86(X)) = fn_animal_cell_85(fn_epithelium_83(X))
& fn_animal_cell_85(fn_epithelium_83(X)) = fn_animal_plasma_membrane_53(fn_epithelium_86(X))
& fn_animal_plasma_membrane_53(fn_epithelium_86(X)) = fn_animal_plasma_membrane_53(fn_epithelium_86(X))
& fn_animal_cell_75(fn_epithelium_83(X)) = fn_animal_plasma_membrane_53(fn_epithelium_86(X))
& fn_animal_plasma_membrane_53(fn_epithelium_86(X)) = fn_animal_cell_75(fn_epithelium_83(X))
& fn_animal_cell_75(fn_epithelium_83(X)) = fn_animal_cell_75(fn_epithelium_83(X))
& fn_animal_cell_75(fn_epithelium_83(X)) = fn_plasma_membrane_65(fn_epithelium_86(X))
& fn_plasma_membrane_65(fn_epithelium_86(X)) = fn_plasma_membrane_65(fn_epithelium_86(X))
& fn_animal_plasma_membrane_55(fn_epithelium_86(X)) = fn_plasma_membrane_65(fn_epithelium_86(X))
& fn_plasma_membrane_65(fn_epithelium_86(X)) = fn_animal_plasma_membrane_55(fn_epithelium_86(X))
& fn_animal_plasma_membrane_55(fn_epithelium_86(X)) = fn_animal_plasma_membrane_55(fn_epithelium_86(X))
& fn_animal_cell_84(fn_epithelium_83(X)) = fn_animal_plasma_membrane_55(fn_epithelium_86(X))
& fn_animal_plasma_membrane_55(fn_epithelium_86(X)) = fn_animal_cell_84(fn_epithelium_83(X))
& fn_animal_cell_84(fn_epithelium_83(X)) = fn_biomembrane_63(fn_epithelium_86(X))
& fn_biomembrane_63(fn_epithelium_86(X)) = fn_plasma_membrane_71(fn_epithelium_86(X))
& fn_plasma_membrane_71(fn_epithelium_86(X)) = fn_plasma_membrane_71(fn_epithelium_86(X))
& fn_plasma_membrane_71(fn_epithelium_86(X)) = fn_tight_junction_23(fn_epithelium_97(X))
& fn_eukaryotic_cell_41(fn_epithelium_83(X)) = fn_tight_junction_23(fn_epithelium_97(X))
& fn_tight_junction_23(fn_epithelium_97(X)) = fn_eukaryotic_cell_41(fn_epithelium_83(X))
& fn_animal_plasma_membrane_54(fn_epithelium_86(X)) = fn_eukaryotic_cell_41(fn_epithelium_83(X))
& fn_eukaryotic_cell_41(fn_epithelium_83(X)) = fn_animal_plasma_membrane_54(fn_epithelium_86(X))
& fn_animal_plasma_membrane_54(fn_epithelium_86(X)) = fn_animal_plasma_membrane_54(fn_epithelium_86(X))
& fn_animal_cell_58(fn_epithelium_83(X)) = fn_animal_cell_58(fn_epithelium_83(X))
& fn_animal_cell_58(fn_epithelium_83(X)) = fn_animal_plasma_membrane_54(fn_epithelium_86(X))
& fn_animal_plasma_membrane_54(fn_epithelium_86(X)) = fn_animal_cell_58(fn_epithelium_83(X))
& fn_animal_cell_58(fn_epithelium_83(X)) = fn_eukaryotic_cell_29(fn_epithelium_83(X))
& fn_eukaryotic_cell_29(fn_epithelium_83(X)) = fn_tight_junction_19(fn_epithelium_97(X))
& fn_tight_junction_19(fn_epithelium_97(X)) = fn_eukaryotic_cell_29(fn_epithelium_83(X))
& fn_eukaryotic_cell_29(fn_epithelium_83(X)) = fn_eukaryotic_cell_29(fn_epithelium_83(X))
& fn_animal_cell_73(fn_epithelium_83(X)) = fn_eukaryotic_cell_29(fn_epithelium_83(X))
& fn_eukaryotic_cell_29(fn_epithelium_83(X)) = fn_animal_cell_73(fn_epithelium_83(X))
& fn_animal_cell_73(fn_epithelium_83(X)) = fn_animal_cell_73(fn_epithelium_83(X))
& fn_animal_cell_73(fn_epithelium_83(X)) = fn_animal_cell_59(fn_epithelium_83(X))
& fn_animal_cell_59(fn_epithelium_83(X)) = fn_eukaryotic_cell_25(fn_epithelium_83(X))
& fn_eukaryotic_cell_25(fn_epithelium_83(X)) = fn_animal_cell_59(fn_epithelium_83(X))
& fn_animal_cell_59(fn_epithelium_83(X)) = fn_animal_cell_59(fn_epithelium_83(X))
& fn_animal_cell_59(fn_epithelium_83(X)) = fn_cytoplasmic_side_1(fn_epithelium_71(X))
& fn_cytoplasmic_side_1(fn_epithelium_71(X)) = fn_animal_cell_79(fn_epithelium_83(X))
& fn_animal_cell_79(fn_epithelium_83(X)) = fn_animal_cell_79(fn_epithelium_83(X))
& fn_animal_cell_79(fn_epithelium_83(X)) = fn_tissue_1(X)
& fn_tissue_1(X) = fn_animal_plasma_membrane_56(fn_epithelium_86(X))
& fn_tight_junction_17(fn_epithelium_97(X)) = fn_animal_plasma_membrane_56(fn_epithelium_86(X))
& fn_animal_plasma_membrane_56(fn_epithelium_86(X)) = fn_tight_junction_17(fn_epithelium_97(X))
& fn_tight_junction_17(fn_epithelium_97(X)) = fn_tight_junction_64(fn_epithelium_97(X))
& fn_tight_junction_64(fn_epithelium_97(X)) = fn_tight_junction_64(fn_epithelium_97(X))
& fn_tight_junction_64(fn_epithelium_97(X)) = fn_tight_junction_17(fn_epithelium_97(X))
& fn_tight_junction_17(fn_epithelium_97(X)) = fn_tight_junction_17(fn_epithelium_97(X)) ) ) ).
fof(a529362,axiom,
! [X] :
( epitope_1(X)
=> ( original_name_2(X,'Epitope')
& user_description_2(X,'Also known as an antigenic determinant, an epitope is the part of an antigen that is recognized by the immune system, particularly B cells, T cells, and antibodies.')
& concept2words_2(X,epitope)
& binding_site_1(X)
& ~ active_site_1(X)
& ~ alpha_helix_1(X)
& ~ protein_domain_1(X) ) ) ).
fof(a529363,axiom,
! [X] :
( epstein_barr_virus_1(X)
=> ( original_name_2(X,'Epstein-Barr-Virus')
& user_description_2(X,'A herpesvirus that is responsible for mononucleosis and Burkitts lymphoma.')
& concept2words_2(X,'epstein barr virus')
& concept2words_2(X,'epstein-barr-virus')
& herpesvirus_1(X) ) ) ).
fof(a529364,axiom,
! [X] :
( equal_sharing_1(X)
=> ( original_name_2(X,'Equal-Sharing')
& user_description_2(X,'It refers to division or apportion, esp equally.')
& concept2words_2(X,share)
& concept2words_2(X,'sharing of equal')
& concept2words_2(X,'equal sharing')
& concept2words_2(X,'equal-sharing')
& share_1(X)
& ~ unequal_sharing_1(X) ) ) ).
fof(a529365,axiom,
! [X] :
( equation_big_node_1(X)
=> ( original_name_2(X,'Equation-Big-Node')
& concept2words_2(X,'equation big node')
& concept2words_2(X,'equation-big-node')
& group_node_1(X) ) ) ).
fof(a529366,axiom,
! [X] :
( equation_set_1(X)
=> ( original_name_2(X,'Equation-Set')
& concept2words_2(X,equation)
& concept2words_2(X,'equation set')
& concept2words_2(X,'equation-set')
& km_class_1(X) ) ) ).
fof(a529367,axiom,
! [X] :
( equational_cell_division_1(X)
=> ( original_name_2(X,'Equational-Cell-Division')
& user_description_2(X,'A type of cell division in which the number of chromosomes remains constant.')
& concept2words_2(X,'divide equationally')
& concept2words_2(X,'equational cell division')
& concept2words_2(X,'equational-cell-division')
& cell_division_1(X) ) ) ).
fof(a529368,axiom,
! [X] :
( equilibrium_1(X)
=> ( original_name_2(X,'Equilibrium')
& user_description_2(X,'A condition in which all acting influences are canceled by others, resulting in a stable, balanced, or unchanging system.')
& concept2words_2(X,equilibrize)
& concept2words_2(X,equilibrium)
& condition_1(X) ) ) ).
fof(a529369,axiom,
! [X] :
( equilibrium_constant_expression_1(X)
=> ( original_name_2(X,'Equilibrium-Constant-Expression')
& user_description_2(X,'The expression that describes the relationship among the concentrations (or partial pressures) of the substances present in a system at equlibrium.')
& concept2words_2(X,'equilibrium constant expression')
& concept2words_2(X,'equilibrium-constant-expression')
& km_class_1(X) ) ) ).
fof(a529370,axiom,
! [X] :
( equilibrium_constant_value_1(X)
=> ( original_name_2(X,'Equilibrium-Constant-Value')
& concept2words_2(X,'equilibrium constant')
& concept2words_2(X,ki)
& concept2words_2(X,keq)
& concept2words_2(X,kb)
& concept2words_2(X,ka)
& concept2words_2(X,'default kb')
& concept2words_2(X,'default-kb')
& concept2words_2(X,'default ka')
& concept2words_2(X,'default-ka')
& concept2words_2(X,'equilibrium constant value')
& concept2words_2(X,'equilibrium-constant-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a529371,axiom,
! [X] :
( er_membrane_1(X)
=> ( original_name_2(X,'ER-Membrane')
& user_description_2(X,'ER membrane acts as a barrier enclosing the enzymes and other components in the endoplasmic reticulum of the eukaryotic cells')
& concept2words_2(X,'membrane of er')
& concept2words_2(X,'er membrane')
& concept2words_2(X,'er-membrane')
& biomembrane_1(X)
& ~ chloroplast_membrane_1(X)
& ~ lysosomal_membrane_1(X)
& ~ mitochondrial_membrane_1(X)
& ~ nuclear_membrane_1(X)
& ~ plasma_membrane_1(X)
& protein_complex_1(fn_er_membrane_1(X))
& pore_1(fn_er_membrane_2(X))
& outside_face_1(fn_er_membrane_3(X))
& plasma_membrane_1(fn_er_membrane_4(X))
& inside_face_1(fn_er_membrane_5(X))
& hydrophilic_face_1(fn_er_membrane_6(X))
& hydrophilic_face_1(fn_er_membrane_7(X))
& hydrophobic_core_1(fn_er_membrane_8(X))
& hydrophilic_face_1(fn_er_membrane_9(X))
& hydrophobic_face_1(fn_er_membrane_10(X))
& phosphorus_1(fn_er_membrane_11(X))
& inside_face_1(fn_er_membrane_12(X))
& surface_1(fn_er_membrane_13(X))
& outside_face_1(fn_er_membrane_13(X))
& carbohydrate_side_chain_1(fn_er_membrane_14(X))
& carbon_skeleton_1(fn_er_membrane_15(X))
& temperature_value_1(fn_er_membrane_16(X))
& fluidity_value_1(fn_er_membrane_17(X))
& density_value_1(fn_er_membrane_18(X))
& attach_1(fn_er_membrane_19(X))
& chemical_entity_1(fn_er_membrane_20(X))
& phospholipid_layer_1(fn_er_membrane_21(X))
& phospholipid_layer_1(fn_er_membrane_22(X))
& carbon_skeleton_1(fn_er_membrane_23(X))
& fatty_acid_tail_1(fn_er_membrane_24(X))
& carbohydrate_1(fn_er_membrane_25(X))
& attach_1(fn_er_membrane_26(X))
& tangible_entity_1(fn_er_membrane_27(X))
& phospholipid_bilayer_1(fn_er_membrane_27(X))
& endoplasmic_reticulum_1(fn_er_membrane_28(X))
& cisternal_space_1(fn_er_membrane_29(X))
& cytoplasm_1(fn_er_membrane_30(X))
& cytosol_1(fn_er_membrane_31(X))
& aqueous_solution_1(fn_er_membrane_32(X))
& aqueous_solution_1(fn_er_membrane_33(X))
& move_through_1(fn_er_membrane_34(X))
& hydrophobic_compound_1(fn_er_membrane_35(X))
& hydrophilic_compound_1(fn_er_membrane_36(X))
& glycoprotein_1(fn_er_membrane_37(X))
& ester_linkage_1(fn_er_membrane_38(X))
& carbon_1(fn_er_membrane_39(X))
& entity_1(fn_er_membrane_40(X))
& chemical_entity_1(fn_er_membrane_40(X))
& atom_1(fn_er_membrane_40(X))
& carbon_1(fn_er_membrane_40(X))
& quantity_value_1(fn_er_membrane_44(X))
& saturated_fatty_acid_1(fn_er_membrane_45(X))
& hydrophobic_face_1(fn_er_membrane_47(X))
& hydrophilic_head_1(fn_er_membrane_48(X))
& spatial_entity_1(fn_attach_1(fn_er_membrane_26(X)))
& cytoplasm_1(fn_cytosol_1(fn_er_membrane_31(X)))
& biomembrane_1(fn_organelle_1(fn_er_membrane_28(X)))
& chemical_bond_1(fn_carbon_skeleton_5(fn_er_membrane_23(X)))
& atom_1(fn_carbon_skeleton_2(fn_er_membrane_23(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_er_membrane_23(X)))
& phospholipid_layer_1(fn_phospholipid_bilayer_34(fn_er_membrane_27(X)))
& phospholipid_layer_1(fn_phospholipid_bilayer_33(fn_er_membrane_27(X)))
& fatty_acid_tail_1(fn_phospholipid_layer_15(fn_er_membrane_21(X)))
& fatty_acid_tail_1(fn_phospholipid_layer_15(fn_er_membrane_22(X)))
& entity_1(fn_polar_covalent_bond_18(fn_er_membrane_38(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_er_membrane_38(X)))
& atom_1(fn_polar_covalent_bond_18(fn_er_membrane_38(X)))
& entity_1(fn_polar_covalent_bond_19(fn_er_membrane_38(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_er_membrane_38(X)))
& atom_1(fn_polar_covalent_bond_19(fn_er_membrane_38(X)))
& carbon_1(fn_carbon_skeleton_4(fn_er_membrane_23(X)))
& aqueous_solution_1(fn_cisternal_space_1(fn_er_membrane_29(X)))
& hydrophobic_core_1(fn_phospholipid_bilayer_3(fn_er_membrane_27(X)))
& hydrophilic_head_1(fn_phospholipid_bilayer_26(fn_er_membrane_27(X)))
& hydrophilic_head_1(fn_phospholipid_layer_17(fn_er_membrane_22(X)))
& hydrophilic_face_1(fn_phospholipid_bilayer_39(fn_er_membrane_27(X)))
& hydrophilic_face_1(fn_phospholipid_layer_2(fn_er_membrane_21(X)))
& hydrophilic_face_1(fn_phospholipid_layer_2(fn_er_membrane_22(X)))
& hydrophobic_face_1(fn_phospholipid_bilayer_35(fn_er_membrane_27(X)))
& hydrophobic_face_1(fn_phospholipid_layer_1(fn_er_membrane_21(X)))
& hydrophobic_face_1(fn_phospholipid_bilayer_36(fn_er_membrane_27(X)))
& hydrophobic_face_1(fn_phospholipid_layer_1(fn_er_membrane_22(X)))
& is_at_2(fn_er_membrane_40(X),fn_er_membrane_24(X))
& is_inside_2(fn_er_membrane_39(X),fn_er_membrane_23(X))
& called_2(fn_er_membrane_38(X),'EL1')
& is_inside_2(fn_er_membrane_7(X),fn_er_membrane_33(X))
& is_outside_2(fn_er_membrane_7(X),X)
& is_outside_2(fn_er_membrane_6(X),fn_er_membrane_32(X))
& is_inside_2(fn_er_membrane_6(X),X)
& is_outside_2(fn_er_membrane_5(X),fn_er_membrane_32(X))
& fn_er_membrane_33(X) != fn_er_membrane_32(X)
& fn_er_membrane_32(X) != fn_er_membrane_33(X)
& fn_er_membrane_31(X) != fn_er_membrane_29(X)
& is_inside_2(fn_er_membrane_30(X),fn_er_membrane_4(X))
& fn_er_membrane_29(X) != fn_er_membrane_31(X)
& is_inside_2(fn_er_membrane_29(X),X)
& has_region_2(fn_er_membrane_28(X),fn_er_membrane_29(X))
& is_inside_2(fn_er_membrane_3(X),fn_er_membrane_33(X))
& has_region_2(X,fn_er_membrane_2(X))
& has_part_2(X,fn_er_membrane_25(X))
& is_along_2(fn_er_membrane_2(X),fn_er_membrane_1(X))
& is_along_2(fn_er_membrane_1(X),fn_er_membrane_2(X))
& fn_er_membrane_22(X) != fn_er_membrane_21(X)
& fn_er_membrane_21(X) != fn_er_membrane_22(X)
& is_inside_2(fn_er_membrane_9(X),fn_er_membrane_12(X))
& object_2(fn_er_membrane_26(X),fn_er_membrane_25(X))
& has_part_2(fn_er_membrane_30(X),fn_er_membrane_31(X))
& is_inside_2(fn_er_membrane_32(X),fn_er_membrane_29(X))
& has_part_2(fn_er_membrane_28(X),X)
& is_between_2(fn_er_membrane_38(X),fn_er_membrane_11(X))
& fn_er_membrane_40(X) != fn_er_membrane_11(X)
& fn_er_membrane_11(X) != fn_er_membrane_40(X)
& is_inside_2(fn_er_membrane_40(X),fn_er_membrane_23(X))
& is_between_2(fn_er_membrane_38(X),fn_er_membrane_40(X))
& is_between_2(fn_er_membrane_38(X),fn_er_membrane_39(X))
& fn_er_membrane_39(X) != fn_er_membrane_40(X)
& fn_er_membrane_40(X) != fn_er_membrane_39(X)
& is_impermeable_to_2(X,fn_er_membrane_35(X))
& is_between_2(X,fn_er_membrane_32(X))
& is_inside_2(fn_er_membrane_9(X),fn_er_membrane_13(X))
& fluidity_2(X,fn_er_membrane_17(X))
& has_function_2(X,fn_er_membrane_34(X))
& path_2(fn_er_membrane_34(X),fn_er_membrane_8(X))
& base_2(fn_er_membrane_34(X),X)
& object_2(fn_er_membrane_34(X),fn_er_membrane_20(X))
& is_permeable_to_2(X,fn_er_membrane_20(X))
& has_region_2(X,fn_er_membrane_13(X))
& is_inside_2(fn_er_membrane_13(X),fn_er_membrane_32(X))
& inversely_proportional_2(fn_er_membrane_18(X),fn_er_membrane_17(X))
& density_2(X,fn_er_membrane_18(X))
& is_impermeable_to_2(X,fn_er_membrane_36(X))
& fn_er_membrane_36(X) != fn_er_membrane_20(X)
& fn_er_membrane_20(X) != fn_er_membrane_35(X)
& fn_er_membrane_20(X) != fn_er_membrane_36(X)
& fn_er_membrane_35(X) != fn_er_membrane_20(X)
& directly_proportional_2(fn_er_membrane_44(X),fn_er_membrane_17(X))
& directly_proportional_2(fn_er_membrane_16(X),fn_er_membrane_17(X))
& temperature_2(X,fn_er_membrane_16(X))
& has_region_2(X,fn_er_membrane_12(X))
& is_inside_2(fn_er_membrane_33(X),fn_er_membrane_12(X))
& is_outside_2(fn_er_membrane_14(X),X)
& object_2(fn_er_membrane_19(X),fn_er_membrane_14(X))
& base_2(fn_er_membrane_19(X),fn_er_membrane_15(X))
& is_inside_2(fn_er_membrane_15(X),X)
& is_between_2(X,fn_er_membrane_33(X))
& has_part_2(X,fn_er_membrane_27(X))
& is_inside_2(fn_er_membrane_37(X),fn_er_membrane_27(X))
& has_part_2(X,fn_er_membrane_37(X))
& has_part_2(X,fn_er_membrane_45(X))
& quantity_2(fn_er_membrane_45(X),fn_er_membrane_44(X))
& has_region_2(fn_er_membrane_27(X),fn_er_membrane_22(X))
& is_at_2(fn_er_membrane_48(X),fn_er_membrane_9(X))
& has_region_2(fn_er_membrane_27(X),fn_er_membrane_21(X))
& is_along_2(fn_er_membrane_22(X),fn_er_membrane_21(X))
& is_along_2(fn_er_membrane_21(X),fn_er_membrane_22(X))
& has_region_2(fn_er_membrane_27(X),fn_er_membrane_8(X))
& is_inside_2(fn_er_membrane_47(X),fn_er_membrane_8(X))
& is_along_2(fn_er_membrane_47(X),fn_er_membrane_10(X))
& is_inside_2(fn_er_membrane_10(X),fn_er_membrane_8(X))
& is_between_2(fn_er_membrane_8(X),fn_er_membrane_9(X))
& is_along_2(fn_er_membrane_10(X),fn_er_membrane_47(X))
& has_region_2(fn_er_membrane_21(X),fn_er_membrane_9(X))
& has_region_2(fn_er_membrane_22(X),fn_er_membrane_9(X))
& is_inside_2(fn_er_membrane_48(X),fn_er_membrane_9(X))
& is_inside_2(fn_er_membrane_24(X),fn_er_membrane_10(X))
& has_region_2(fn_er_membrane_22(X),fn_er_membrane_10(X))
& is_inside_2(fn_er_membrane_24(X),fn_er_membrane_47(X))
& has_region_2(fn_er_membrane_21(X),fn_er_membrane_47(X))
& fn_er_membrane_25(X) = fn_attach_1(fn_er_membrane_26(X))
& fn_er_membrane_30(X) = fn_cytosol_1(fn_er_membrane_31(X))
& fn_er_membrane_32(X) = fn_cisternal_space_1(fn_er_membrane_29(X))
& X = fn_organelle_1(fn_er_membrane_28(X))
& fn_er_membrane_40(X) = fn_polar_covalent_bond_19(fn_er_membrane_38(X))
& fn_er_membrane_11(X) = fn_polar_covalent_bond_19(fn_er_membrane_38(X))
& fn_er_membrane_11(X) = fn_polar_covalent_bond_18(fn_er_membrane_38(X))
& fn_er_membrane_38(X) = fn_carbon_skeleton_5(fn_er_membrane_23(X))
& fn_er_membrane_39(X) = fn_carbon_skeleton_2(fn_er_membrane_23(X))
& fn_er_membrane_40(X) = fn_carbon_skeleton_4(fn_er_membrane_23(X))
& fn_er_membrane_41(X) = fn_biomembrane_3(X)
& fn_er_membrane_43(X) = fn_biomembrane_26(X)
& fn_er_membrane_32(X) = fn_biomembrane_14(X)
& fn_er_membrane_46(X) = fn_biomembrane_39(X)
& fn_er_membrane_9(X) = fn_biomembrane_83(X)
& fn_er_membrane_42(X) = fn_biomembrane_19(X)
& fn_er_membrane_8(X) = fn_biomembrane_75(X)
& fn_er_membrane_32(X) = fn_biomembrane_15(X)
& fn_er_membrane_13(X) = fn_biomembrane_47(X)
& fn_er_membrane_13(X) = fn_biomembrane_41(X)
& fn_er_membrane_34(X) = fn_biomembrane_52(X)
& fn_er_membrane_35(X) = fn_biomembrane_48(X)
& fn_er_membrane_20(X) = fn_biomembrane_55(X)
& fn_er_membrane_36(X) = fn_biomembrane_72(X)
& fn_er_membrane_18(X) = fn_biomembrane_4(X)
& fn_er_membrane_33(X) = fn_biomembrane_14(X)
& fn_er_membrane_12(X) = fn_biomembrane_42(X)
& fn_er_membrane_16(X) = fn_biomembrane_25(X)
& fn_er_membrane_17(X) = fn_biomembrane_18(X)
& fn_er_membrane_33(X) = fn_biomembrane_15(X)
& fn_er_membrane_15(X) = fn_biomembrane_71(X)
& fn_er_membrane_19(X) = fn_biomembrane_73(X)
& fn_er_membrane_14(X) = fn_biomembrane_70(X)
& fn_er_membrane_44(X) = fn_biomembrane_31(X)
& fn_er_membrane_45(X) = fn_biomembrane_32(X)
& fn_er_membrane_37(X) = fn_biomembrane_30(X)
& fn_er_membrane_27(X) = fn_biomembrane_63(X)
& fn_er_membrane_48(X) = fn_phospholipid_bilayer_26(fn_er_membrane_27(X))
& fn_er_membrane_22(X) = fn_phospholipid_bilayer_34(fn_er_membrane_27(X))
& fn_er_membrane_21(X) = fn_phospholipid_bilayer_33(fn_er_membrane_27(X))
& fn_er_membrane_9(X) = fn_phospholipid_bilayer_39(fn_er_membrane_27(X))
& fn_er_membrane_10(X) = fn_phospholipid_bilayer_36(fn_er_membrane_27(X))
& fn_er_membrane_47(X) = fn_phospholipid_bilayer_35(fn_er_membrane_27(X))
& fn_er_membrane_8(X) = fn_phospholipid_bilayer_3(fn_er_membrane_27(X))
& fn_er_membrane_9(X) = fn_phospholipid_layer_2(fn_er_membrane_21(X))
& fn_er_membrane_48(X) = fn_phospholipid_layer_17(fn_er_membrane_22(X))
& fn_er_membrane_9(X) = fn_phospholipid_layer_2(fn_er_membrane_22(X))
& fn_er_membrane_24(X) = fn_phospholipid_layer_15(fn_er_membrane_21(X))
& fn_er_membrane_47(X) = fn_phospholipid_layer_1(fn_er_membrane_21(X))
& fn_er_membrane_24(X) = fn_phospholipid_layer_15(fn_er_membrane_22(X))
& fn_er_membrane_10(X) = fn_phospholipid_layer_1(fn_er_membrane_22(X))
& fn_polar_covalent_bond_18(fn_er_membrane_38(X)) = fn_polar_covalent_bond_18(fn_er_membrane_38(X))
& fn_polar_covalent_bond_19(fn_er_membrane_38(X)) = fn_polar_covalent_bond_18(fn_er_membrane_38(X))
& fn_polar_covalent_bond_18(fn_er_membrane_38(X)) = fn_polar_covalent_bond_19(fn_er_membrane_38(X))
& fn_polar_covalent_bond_19(fn_er_membrane_38(X)) = fn_polar_covalent_bond_19(fn_er_membrane_38(X))
& fn_polar_covalent_bond_19(fn_er_membrane_38(X)) = fn_carbon_skeleton_4(fn_er_membrane_23(X))
& fn_carbon_skeleton_4(fn_er_membrane_23(X)) = fn_carbon_skeleton_4(fn_er_membrane_23(X))
& fn_carbon_skeleton_4(fn_er_membrane_23(X)) = fn_cisternal_space_1(fn_er_membrane_29(X))
& fn_cisternal_space_1(fn_er_membrane_29(X)) = fn_biomembrane_14(X)
& fn_biomembrane_14(X) = fn_biomembrane_14(X)
& fn_biomembrane_15(X) = fn_biomembrane_41(X)
& fn_biomembrane_41(X) = fn_biomembrane_41(X)
& fn_biomembrane_41(X) = fn_biomembrane_47(X)
& fn_biomembrane_47(X) = fn_biomembrane_41(X)
& fn_biomembrane_41(X) = fn_biomembrane_14(X)
& fn_biomembrane_14(X) = fn_biomembrane_15(X)
& fn_biomembrane_15(X) = fn_biomembrane_75(X)
& fn_biomembrane_75(X) = fn_phospholipid_bilayer_3(fn_er_membrane_27(X))
& fn_phospholipid_bilayer_3(fn_er_membrane_27(X)) = fn_phospholipid_bilayer_3(fn_er_membrane_27(X))
& fn_phospholipid_bilayer_3(fn_er_membrane_27(X)) = fn_phospholipid_bilayer_26(fn_er_membrane_27(X))
& fn_phospholipid_bilayer_26(fn_er_membrane_27(X)) = fn_phospholipid_layer_17(fn_er_membrane_22(X))
& fn_phospholipid_layer_17(fn_er_membrane_22(X)) = fn_biomembrane_83(X)
& fn_biomembrane_83(X) = fn_phospholipid_bilayer_39(fn_er_membrane_27(X))
& fn_phospholipid_bilayer_39(fn_er_membrane_27(X)) = fn_phospholipid_bilayer_39(fn_er_membrane_27(X))
& fn_phospholipid_bilayer_39(fn_er_membrane_27(X)) = fn_phospholipid_layer_2(fn_er_membrane_21(X))
& fn_phospholipid_layer_2(fn_er_membrane_21(X)) = fn_phospholipid_layer_2(fn_er_membrane_22(X))
& fn_phospholipid_layer_2(fn_er_membrane_22(X)) = fn_phospholipid_layer_2(fn_er_membrane_22(X))
& fn_phospholipid_layer_2(fn_er_membrane_22(X)) = fn_phospholipid_bilayer_35(fn_er_membrane_27(X))
& fn_phospholipid_bilayer_35(fn_er_membrane_27(X)) = fn_phospholipid_bilayer_35(fn_er_membrane_27(X))
& fn_phospholipid_bilayer_35(fn_er_membrane_27(X)) = fn_phospholipid_layer_1(fn_er_membrane_21(X))
& fn_phospholipid_layer_1(fn_er_membrane_21(X)) = fn_phospholipid_layer_1(fn_er_membrane_21(X))
& fn_phospholipid_layer_1(fn_er_membrane_21(X)) = fn_phospholipid_bilayer_36(fn_er_membrane_27(X))
& fn_phospholipid_bilayer_36(fn_er_membrane_27(X)) = fn_phospholipid_bilayer_36(fn_er_membrane_27(X))
& fn_phospholipid_bilayer_36(fn_er_membrane_27(X)) = fn_phospholipid_layer_1(fn_er_membrane_22(X))
& fn_phospholipid_layer_1(fn_er_membrane_22(X)) = fn_phospholipid_layer_1(fn_er_membrane_22(X)) ) ) ).
fof(a529372,axiom,
! [X] :
( erbium_1(X)
=> ( original_name_2(X,'Erbium')
& user_description_2(X,'Erbium is a metal atom with atomic number 68. It is represented by the symbol Er.')
& concept2words_2(X,erbium)
& concept2words_2(X,er)
& metal_atom_1(X)
& neutron_1(fn_erbium_4(X))
& atomic_mass_value_1(fn_erbium_5(X))
& valence_value_1(fn_erbium_6(X))
& electronegativity_value_1(fn_erbium_7(X))
& valence_electron_1(fn_erbium_11(X))
& atomic_weight_value_1(fn_erbium_12(X))
& atomic_number_value_1(fn_erbium_13(X))
& quantity_value_1(fn_erbium_14(X))
& electronegativity_2(X,fn_erbium_7(X))
& valence_2(X,fn_erbium_6(X))
& mass_number_2(X,fn_erbium_5(X))
& exactCardinality(X,has_part_0,"99",neutron_0)
& exactCardinality(X,has_part_0,"68",proton_0)
& exactCardinality(X,has_part_0,"68",electron_0)
& has_part_2(X,fn_erbium_4(X))
& the_cardinal_value_2(fn_erbium_14(X),"14")
& cardinal_unit_class_2(fn_erbium_14(X),unity_0)
& the_cardinal_value_2(fn_erbium_7(X),"1.24")
& cardinal_unit_class_2(fn_erbium_7(X),unity_0)
& the_cardinal_value_2(fn_erbium_6(X),"3")
& cardinal_unit_class_2(fn_erbium_6(X),unity_0)
& the_cardinal_value_2(fn_erbium_5(X),"167")
& cardinal_unit_class_2(fn_erbium_5(X),unity_0)
& the_cardinal_value_2(fn_erbium_13(X),"68")
& cardinal_unit_class_2(fn_erbium_13(X),unity_0)
& the_cardinal_value_2(fn_erbium_12(X),"167.3")
& cardinal_unit_class_2(fn_erbium_12(X),dalton_0)
& atomic_number_2(X,fn_erbium_13(X))
& atomic_weight_2(X,fn_erbium_12(X))
& has_part_2(X,fn_erbium_11(X))
& quantity_2(fn_erbium_11(X),fn_erbium_14(X))
& fn_erbium_9(X) = fn_atom_12(X)
& fn_erbium_13(X) = fn_atom_17(X)
& fn_erbium_10(X) = fn_atom_13(X)
& fn_erbium_12(X) = fn_atom_16(X)
& fn_erbium_8(X) = fn_atom_1(X)
& fn_erbium_14(X) = fn_atom_5(X)
& fn_erbium_11(X) = fn_atom_14(X) ) ) ).
fof(a529373,axiom,
! [X] :
( erythrocyte_1(X)
=> ( original_name_2(X,'Erythrocyte')
& user_description_2(X,'An erythrocyte is also known as a red blood cell. The primary physiological role of an erythrocyte is to transport oxygen.')
& concept2words_2(X,'red blood cell')
& concept2words_2(X,rbc)
& concept2words_2(X,erythrocyte)
& blood_cell_1(X)
& vertebrate_cell_1(X)
& chromosome_arm_1(fn_erythrocyte_1(X))
& chromosome_arm_1(fn_erythrocyte_2(X))
& light_transmission_1(fn_erythrocyte_3(X))
& protein_enzyme_1(fn_erythrocyte_4(X))
& electron_transport_chain_pathway_1(fn_erythrocyte_5(X))
& eukaryotic_oxidative_phosphorylation_1(fn_erythrocyte_6(X))
& metabolic_pathway_1(fn_erythrocyte_7(X))
& endergonic_process_1(fn_erythrocyte_7(X))
& chemical_reaction_1(fn_erythrocyte_7(X))
& synthesis_of_organic_molecule_1(fn_erythrocyte_7(X))
& anabolic_pathway_1(fn_erythrocyte_7(X))
& synthesis_of_atp_1(fn_erythrocyte_7(X))
& catabolic_pathway_1(fn_erythrocyte_8(X))
& semiautonomous_organelle_1(fn_erythrocyte_9(X))
& organelle_1(fn_erythrocyte_9(X))
& mitochondrion_1(fn_erythrocyte_9(X))
& substance_1(fn_erythrocyte_10(X))
& solid_substance_1(fn_erythrocyte_10(X))
& hydrophobic_core_1(fn_erythrocyte_11(X))
& attach_1(fn_erythrocyte_12(X))
& golgi_apparatus_1(fn_erythrocyte_13(X))
& protein_enzyme_1(fn_erythrocyte_16(X))
& synthesis_of_endomembranous_system_membrane_1(fn_erythrocyte_17(X))
& spatial_entity_1(fn_erythrocyte_18(X))
& tangible_entity_1(fn_erythrocyte_18(X))
& nuclear_membrane_1(fn_erythrocyte_18(X))
& biomembrane_1(fn_erythrocyte_18(X))
& tangible_entity_1(fn_erythrocyte_19(X))
& spatial_entity_1(fn_erythrocyte_19(X))
& biomembrane_1(fn_erythrocyte_19(X))
& animal_plasma_membrane_1(fn_erythrocyte_19(X))
& plasma_membrane_1(fn_erythrocyte_19(X))
& endoplasmic_reticulum_1(fn_erythrocyte_20(X))
& smooth_endoplasmic_reticulum_1(fn_erythrocyte_20(X))
& tangible_entity_1(fn_erythrocyte_21(X))
& nucleus_1(fn_erythrocyte_21(X))
& synthesis_reaction_1(fn_erythrocyte_22(X))
& chemical_reaction_1(fn_erythrocyte_22(X))
& anabolic_pathway_1(fn_erythrocyte_22(X))
& metabolic_pathway_1(fn_erythrocyte_22(X))
& endergonic_reaction_1(fn_erythrocyte_22(X))
& synthesis_of_lipid_1(fn_erythrocyte_22(X))
& carry_1(fn_erythrocyte_23(X))
& pore_complex_1(fn_erythrocyte_24(X))
& nuclear_lamina_1(fn_erythrocyte_25(X))
& shape_value_1(fn_erythrocyte_26(X))
& nuclear_pore_1(fn_erythrocyte_28(X))
& polymer_1(fn_erythrocyte_29(X))
& spatial_entity_1(fn_erythrocyte_29(X))
& membrane_protein_1(fn_erythrocyte_29(X))
& tangible_entity_1(fn_erythrocyte_29(X))
& transmembrane_protein_1(fn_erythrocyte_29(X))
& integral_protein_1(fn_erythrocyte_29(X))
& transport_protein_1(fn_erythrocyte_29(X))
& sodium_potassium_pump_1(fn_erythrocyte_29(X))
& tangible_entity_1(fn_erythrocyte_30(X))
& phospholipid_bilayer_1(fn_erythrocyte_30(X))
& glycoprotein_1(fn_erythrocyte_31(X))
& integral_protein_1(fn_erythrocyte_31(X))
& fibronectin_1(fn_erythrocyte_31(X))
& organic_molecule_1(fn_erythrocyte_32(X))
& protein_1(fn_erythrocyte_32(X))
& polymer_1(fn_erythrocyte_32(X))
& spatial_entity_1(fn_erythrocyte_32(X))
& membrane_protein_1(fn_erythrocyte_32(X))
& tangible_entity_1(fn_erythrocyte_32(X))
& transmembrane_protein_1(fn_erythrocyte_32(X))
& integral_protein_1(fn_erythrocyte_32(X))
& transport_protein_1(fn_erythrocyte_32(X))
& sodium_potassium_pump_1(fn_erythrocyte_32(X))
& spatial_entity_1(fn_erythrocyte_33(X))
& polymer_1(fn_erythrocyte_33(X))
& organic_molecule_1(fn_erythrocyte_33(X))
& tangible_entity_1(fn_erythrocyte_33(X))
& membrane_protein_1(fn_erythrocyte_33(X))
& protein_1(fn_erythrocyte_33(X))
& transfer_1(fn_erythrocyte_34(X))
& carbon_skeleton_1(fn_erythrocyte_35(X))
& lipid_1(fn_erythrocyte_36(X))
& glycolipid_1(fn_erythrocyte_36(X))
& microtubule_1(fn_erythrocyte_37(X))
& create_1(fn_erythrocyte_38(X))
& produce_1(fn_erythrocyte_38(X))
& substance_1(fn_erythrocyte_39(X))
& cytosol_1(fn_erythrocyte_39(X))
& integrin_1(fn_erythrocyte_40(X))
& size_value_1(fn_erythrocyte_41(X))
& cell_pole_1(fn_erythrocyte_42(X))
& cell_pole_1(fn_erythrocyte_43(X))
& surface_1(fn_erythrocyte_44(X))
& volume_value_1(fn_erythrocyte_45(X))
& eukaryotic_cellular_respiration_1(fn_erythrocyte_46(X))
& support_1(fn_erythrocyte_47(X))
& support_1(fn_erythrocyte_48(X))
& centrosome_1(fn_erythrocyte_49(X))
& endoplasmic_reticulum_1(fn_erythrocyte_50(X))
& rough_endoplasmic_reticulum_1(fn_erythrocyte_50(X))
& eukaryotic_chromosome_1(fn_erythrocyte_51(X))
& chromosome_1(fn_erythrocyte_51(X))
& ribosome_1(fn_erythrocyte_52(X))
& eukaryotic_ribosome_1(fn_erythrocyte_52(X))
& suspension_1(fn_erythrocyte_53(X))
& colloid_1(fn_erythrocyte_53(X))
& mixture_1(fn_erythrocyte_53(X))
& cytoplasm_1(fn_erythrocyte_53(X))
& exchange_1(fn_erythrocyte_54(X))
& transfer_1(fn_erythrocyte_55(X))
& surface_1(fn_erythrocyte_56(X))
& cytoplasmic_side_1(fn_erythrocyte_56(X))
& aqueous_solution_1(fn_erythrocyte_57(X))
& aqueous_solution_1(fn_erythrocyte_58(X))
& cellular_work_1(fn_erythrocyte_59(X))
& active_transport_1(fn_erythrocyte_59(X))
& active_movement_of_ions_1(fn_erythrocyte_59(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_erythrocyte_59(X))
& spatial_entity_1(fn_erythrocyte_60(X))
& tangible_entity_1(fn_erythrocyte_60(X))
& polymer_1(fn_erythrocyte_60(X))
& protein_1(fn_erythrocyte_60(X))
& hemoglobin_1(fn_erythrocyte_60(X))
& size_value_1(fn_erythrocyte_61(X))
& iron_1(fn_erythrocyte_62(X))
& carry_1(fn_erythrocyte_63(X))
& light_reflection_1(fn_erythrocyte_64(X))
& make_contact_1(fn_erythrocyte_65(X))
& heme_1(fn_erythrocyte_66(X))
& polypeptide_1(fn_erythrocyte_67(X))
& beta_globin_1(fn_erythrocyte_67(X))
& monomer_1(fn_erythrocyte_68(X))
& size_value_1(fn_erythrocyte_69(X))
& er_membrane_1(fn_erythrocyte_72(X))
& support_1(fn_erythrocyte_73(X))
& end_1(fn_erythrocyte_74(X))
& centromere_1(fn_erythrocyte_75(X))
& telomere_1(fn_erythrocyte_76(X))
& protein_1(fn_erythrocyte_77(X))
& coil_1(fn_erythrocyte_78(X))
& entity_1(fn_erythrocyte_79(X))
& dna_1(fn_erythrocyte_79(X))
& move_1(fn_erythrocyte_80(X))
& peroxisome_1(fn_erythrocyte_81(X))
& polypeptide_1(fn_protein_8(fn_erythrocyte_60(X)))
& iron_1(fn_heme_2(fn_erythrocyte_66(X)))
& end_1(fn_eukaryotic_chromosome_5(fn_erythrocyte_51(X)))
& telomere_1(fn_eukaryotic_chromosome_4(fn_erythrocyte_51(X)))
& synthesis_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_erythrocyte_17(X)))
& chemical_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_erythrocyte_17(X)))
& anabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_erythrocyte_17(X)))
& metabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_erythrocyte_17(X)))
& endergonic_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_erythrocyte_17(X)))
& synthesis_of_lipid_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_erythrocyte_17(X)))
& aqueous_solution_1(fn_nucleus_17(fn_erythrocyte_21(X)))
& nuclear_lamina_1(fn_nucleus_14(fn_erythrocyte_21(X)))
& centromere_1(fn_chromosome_6(fn_erythrocyte_51(X)))
& protein_1(fn_chromosome_3(fn_erythrocyte_51(X)))
& coil_1(fn_chromosome_8(fn_erythrocyte_51(X)))
& entity_1(fn_chromosome_4(fn_erythrocyte_51(X)))
& dna_1(fn_chromosome_4(fn_erythrocyte_51(X)))
& nuclear_pore_1(fn_pore_complex_2(fn_erythrocyte_24(X)))
& glycoprotein_1(fn_integrin_7(fn_erythrocyte_40(X)))
& integral_protein_1(fn_integrin_7(fn_erythrocyte_40(X)))
& fibronectin_1(fn_integrin_7(fn_erythrocyte_40(X)))
& property_node_1(fn_hemoglobin_3(fn_erythrocyte_60(X)))
& property_node_1(fn_hemoglobin_2(fn_erythrocyte_60(X)))
& carry_1(fn_hemoglobin_7(fn_erythrocyte_60(X)))
& size_value_1(fn_hemoglobin_11(fn_erythrocyte_60(X)))
& solid_substance_1(fn_suspension_1(fn_erythrocyte_53(X)))
& substance_1(fn_colloid_4(fn_erythrocyte_53(X)))
& solid_substance_1(fn_colloid_4(fn_erythrocyte_53(X)))
& transfer_1(fn_exchange_3(fn_erythrocyte_54(X)))
& transfer_1(fn_rough_endoplasmic_reticulum_55(fn_erythrocyte_50(X)))
& transfer_1(fn_exchange_4(fn_erythrocyte_54(X)))
& transfer_1(fn_endoplasmic_reticulum_25(fn_erythrocyte_20(X)))
& glycolipid_1(fn_synthesis_of_endomembranous_system_membrane_52(fn_erythrocyte_17(X)))
& attach_1(fn_fibronectin_44(fn_erythrocyte_31(X)))
& attach_1(fn_fibronectin_37(fn_erythrocyte_31(X)))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_erythrocyte_17(X)))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_erythrocyte_17(X)))
& biomembrane_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_erythrocyte_17(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_erythrocyte_21(X)))
& biomembrane_1(fn_nucleus_13(fn_erythrocyte_21(X)))
& nuclear_membrane_1(fn_pore_complex_5(fn_erythrocyte_24(X)))
& biomembrane_1(fn_pore_complex_5(fn_erythrocyte_24(X)))
& spatial_entity_1(fn_integrin_9(fn_erythrocyte_40(X)))
& polymer_1(fn_integrin_9(fn_erythrocyte_40(X)))
& organic_molecule_1(fn_integrin_9(fn_erythrocyte_40(X)))
& tangible_entity_1(fn_integrin_9(fn_erythrocyte_40(X)))
& membrane_protein_1(fn_integrin_9(fn_erythrocyte_40(X)))
& protein_1(fn_integrin_9(fn_erythrocyte_40(X)))
& sodium_potassium_pump_1(fn_fibronectin_45(fn_erythrocyte_31(X)))
& polymer_1(fn_integrin_8(fn_erythrocyte_40(X)))
& spatial_entity_1(fn_integrin_8(fn_erythrocyte_40(X)))
& membrane_protein_1(fn_integrin_8(fn_erythrocyte_40(X)))
& tangible_entity_1(fn_integrin_8(fn_erythrocyte_40(X)))
& transmembrane_protein_1(fn_integrin_8(fn_erythrocyte_40(X)))
& integral_protein_1(fn_integrin_8(fn_erythrocyte_40(X)))
& transport_protein_1(fn_integrin_8(fn_erythrocyte_40(X)))
& sodium_potassium_pump_1(fn_integrin_8(fn_erythrocyte_40(X)))
& monomer_1(fn_polymer_4(fn_erythrocyte_60(X)))
& monomer_1(fn_hemoglobin_10(fn_erythrocyte_60(X)))
& size_value_1(fn_protein_9(fn_erythrocyte_60(X)))
& size_value_1(fn_hemoglobin_12(fn_erythrocyte_60(X)))
& spatial_entity_1(fn_make_contact_2(fn_erythrocyte_65(X)))
& tangible_entity_1(fn_light_reflection_1(fn_erythrocyte_64(X)))
& hemoglobin_1(fn_beta_globin_38(fn_erythrocyte_67(X)))
& eukaryotic_chromosome_1(fn_nucleus_6(fn_erythrocyte_21(X)))
& eukaryotic_ribosome_1(fn_rough_endoplasmic_reticulum_56(fn_erythrocyte_50(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_erythrocyte_20(X)))
& tangible_entity_1(fn_fibronectin_47(fn_erythrocyte_31(X)))
& phospholipid_bilayer_1(fn_fibronectin_47(fn_erythrocyte_31(X)))
& tangible_entity_1(fn_integrin_29(fn_erythrocyte_40(X)))
& phospholipid_bilayer_1(fn_integrin_29(fn_erythrocyte_40(X)))
& biomembrane_1(fn_integral_protein_24(fn_erythrocyte_31(X)))
& biomembrane_1(fn_fibronectin_53(fn_erythrocyte_31(X)))
& plasma_membrane_1(fn_fibronectin_53(fn_erythrocyte_31(X)))
& animal_plasma_membrane_1(fn_fibronectin_53(fn_erythrocyte_31(X)))
& spatial_entity_1(fn_integrin_30(fn_erythrocyte_40(X)))
& biomembrane_1(fn_integrin_30(fn_erythrocyte_40(X)))
& animal_plasma_membrane_1(fn_integrin_30(fn_erythrocyte_40(X)))
& plasma_membrane_1(fn_integrin_30(fn_erythrocyte_40(X)))
& endoplasmic_reticulum_1(fn_synthesis_of_endomembranous_system_membrane_70(fn_erythrocyte_17(X)))
& smooth_endoplasmic_reticulum_1(fn_synthesis_of_endomembranous_system_membrane_70(fn_erythrocyte_17(X)))
& cytosol_1(fn_cytoplasm_8(fn_erythrocyte_53(X)))
& substance_1(fn_rough_endoplasmic_reticulum_23(fn_erythrocyte_50(X)))
& cytosol_1(fn_rough_endoplasmic_reticulum_23(fn_erythrocyte_50(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_erythrocyte_20(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_erythrocyte_20(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_27(fn_erythrocyte_50(X)))
& nucleus_1(fn_rough_endoplasmic_reticulum_27(fn_erythrocyte_50(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_erythrocyte_20(X)))
& tangible_entity_1(fn_pore_complex_7(fn_erythrocyte_24(X)))
& nucleus_1(fn_pore_complex_7(fn_erythrocyte_24(X)))
& cell_1(fn_cytoplasm_7(fn_erythrocyte_53(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_62(fn_erythrocyte_50(X)))
& eukaryotic_cell_1(fn_rough_endoplasmic_reticulum_62(fn_erythrocyte_50(X)))
& cell_1(fn_rough_endoplasmic_reticulum_62(fn_erythrocyte_50(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_erythrocyte_20(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_erythrocyte_20(X)))
& tangible_entity_1(fn_support_1(fn_erythrocyte_48(X)))
& tangible_entity_1(fn_carry_1(fn_erythrocyte_23(X)))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_28(fn_erythrocyte_17(X)))
& eukaryotic_cell_1(fn_synthesis_of_endomembranous_system_membrane_28(fn_erythrocyte_17(X)))
& cell_1(fn_synthesis_of_endomembranous_system_membrane_28(fn_erythrocyte_17(X)))
& erythrocyte_1(fn_hemoglobin_1(fn_erythrocyte_60(X)))
& is_between_2(fn_erythrocyte_75(X),fn_erythrocyte_2(X))
& is_between_2(fn_erythrocyte_75(X),fn_erythrocyte_1(X))
& base_2(fn_erythrocyte_3(X),fn_erythrocyte_60(X))
& next_event_2(fn_erythrocyte_65(X),fn_erythrocyte_64(X))
& next_event_2(fn_erythrocyte_65(X),fn_erythrocyte_3(X))
& site_2(fn_erythrocyte_63(X),fn_erythrocyte_67(X))
& facilitates_2(fn_erythrocyte_62(X),fn_erythrocyte_63(X))
& has_part_2(fn_erythrocyte_60(X),fn_erythrocyte_66(X))
& recipient_2(fn_erythrocyte_55(X),fn_erythrocyte_50(X))
& has_part_2(fn_erythrocyte_53(X),fn_erythrocyte_4(X))
& has_part_2(fn_erythrocyte_51(X),fn_erythrocyte_2(X))
& has_part_2(fn_erythrocyte_51(X),fn_erythrocyte_1(X))
& agent_2(fn_erythrocyte_48(X),fn_erythrocyte_19(X))
& site_2(fn_erythrocyte_46(X),fn_erythrocyte_53(X))
& called_2(fn_erythrocyte_40(X),'MP2')
& called_2(fn_erythrocyte_40(X),'MP1')
& recipient_2(fn_erythrocyte_34(X),fn_erythrocyte_20(X))
& called_2(fn_erythrocyte_31(X),'MP2')
& the_categorical_value_2(fn_erythrocyte_26(X),disc_like_0)
& has_function_2(X,fn_erythrocyte_23(X))
& is_inside_2(fn_erythrocyte_4(X),fn_erythrocyte_72(X))
& fn_erythrocyte_4(X) != fn_erythrocyte_16(X)
& fn_erythrocyte_16(X) != fn_erythrocyte_4(X)
& is_inside_2(fn_erythrocyte_10(X),fn_erythrocyte_39(X))
& base_2(fn_erythrocyte_65(X),fn_erythrocyte_60(X))
& agent_2(fn_erythrocyte_64(X),fn_erythrocyte_60(X))
& is_at_2(fn_erythrocyte_32(X),fn_erythrocyte_30(X))
& fn_erythrocyte_29(X) != fn_erythrocyte_32(X)
& fn_erythrocyte_32(X) != fn_erythrocyte_29(X)
& object_2(fn_erythrocyte_48(X),X)
& subevent_2(fn_erythrocyte_54(X),fn_erythrocyte_34(X))
& subevent_2(fn_erythrocyte_54(X),fn_erythrocyte_55(X))
& has_part_2(fn_erythrocyte_53(X),fn_erythrocyte_10(X))
& donor_2(fn_erythrocyte_34(X),fn_erythrocyte_50(X))
& agent_2(fn_erythrocyte_55(X),fn_erythrocyte_20(X))
& has_part_2(fn_erythrocyte_60(X),fn_erythrocyte_67(X))
& agent_2(fn_erythrocyte_23(X),X)
& has_part_2(fn_erythrocyte_66(X),fn_erythrocyte_62(X))
& result_2(fn_erythrocyte_17(X),fn_erythrocyte_18(X))
& shape_2(X,fn_erythrocyte_26(X))
& is_oriented_toward_2(fn_erythrocyte_56(X),fn_erythrocyte_53(X))
& is_inside_2(fn_erythrocyte_35(X),fn_erythrocyte_18(X))
& has_region_2(fn_erythrocyte_36(X),fn_erythrocyte_35(X))
& has_part_2(fn_erythrocyte_18(X),fn_erythrocyte_36(X))
& is_facing_2(fn_erythrocyte_56(X),fn_erythrocyte_53(X))
& has_part_2(fn_erythrocyte_53(X),fn_erythrocyte_16(X))
& is_inside_2(fn_erythrocyte_16(X),fn_erythrocyte_72(X))
& abuts_2(fn_erythrocyte_18(X),fn_erythrocyte_72(X))
& abuts_2(fn_erythrocyte_72(X),fn_erythrocyte_18(X))
& has_region_2(fn_erythrocyte_19(X),fn_erythrocyte_11(X))
& is_across_2(fn_erythrocyte_32(X),fn_erythrocyte_11(X))
& has_region_2(fn_erythrocyte_19(X),fn_erythrocyte_56(X))
& has_part_2(fn_erythrocyte_51(X),fn_erythrocyte_76(X))
& is_at_2(fn_erythrocyte_76(X),fn_erythrocyte_74(X))
& has_region_2(fn_erythrocyte_51(X),fn_erythrocyte_74(X))
& first_subevent_2(fn_erythrocyte_17(X),fn_erythrocyte_22(X))
& subevent_2(fn_erythrocyte_17(X),fn_erythrocyte_22(X))
& site_2(fn_erythrocyte_22(X),fn_erythrocyte_20(X))
& has_function_2(fn_erythrocyte_20(X),fn_erythrocyte_22(X))
& base_2(fn_erythrocyte_22(X),X)
& has_part_2(fn_erythrocyte_21(X),fn_erythrocyte_25(X))
& is_along_2(fn_erythrocyte_25(X),fn_erythrocyte_18(X))
& is_between_2(fn_erythrocyte_18(X),fn_erythrocyte_58(X))
& has_part_2(fn_erythrocyte_21(X),fn_erythrocyte_58(X))
& is_along_2(fn_erythrocyte_18(X),fn_erythrocyte_25(X))
& has_part_2(fn_erythrocyte_51(X),fn_erythrocyte_79(X))
& object_2(fn_erythrocyte_78(X),fn_erythrocyte_79(X))
& agent_2(fn_erythrocyte_78(X),fn_erythrocyte_77(X))
& has_part_2(fn_erythrocyte_51(X),fn_erythrocyte_77(X))
& has_region_2(fn_erythrocyte_51(X),fn_erythrocyte_75(X))
& object_2(fn_erythrocyte_12(X),fn_erythrocyte_32(X))
& fn_erythrocyte_32(X) != fn_erythrocyte_31(X)
& is_across_2(fn_erythrocyte_32(X),fn_erythrocyte_19(X))
& is_at_2(fn_erythrocyte_32(X),fn_erythrocyte_19(X))
& called_2(fn_erythrocyte_32(X),'MP1')
& fn_erythrocyte_31(X) != fn_erythrocyte_32(X)
& fn_erythrocyte_31(X) != fn_erythrocyte_29(X)
& is_at_2(fn_erythrocyte_29(X),fn_erythrocyte_30(X))
& is_inside_2(fn_erythrocyte_29(X),fn_erythrocyte_30(X))
& has_part_2(fn_erythrocyte_19(X),fn_erythrocyte_29(X))
& base_2(fn_erythrocyte_12(X),fn_erythrocyte_19(X))
& fn_erythrocyte_29(X) != fn_erythrocyte_31(X)
& is_at_2(fn_erythrocyte_24(X),fn_erythrocyte_18(X))
& has_part_2(fn_erythrocyte_18(X),fn_erythrocyte_24(X))
& is_inside_2(fn_erythrocyte_28(X),fn_erythrocyte_24(X))
& has_region_2(fn_erythrocyte_18(X),fn_erythrocyte_28(X))
& has_part_2(fn_erythrocyte_21(X),fn_erythrocyte_18(X))
& called_2(fn_erythrocyte_33(X),'MP1')
& has_part_2(fn_erythrocyte_19(X),fn_erythrocyte_32(X))
& fn_erythrocyte_32(X) != fn_erythrocyte_40(X)
& fn_erythrocyte_40(X) != fn_erythrocyte_32(X)
& is_at_2(fn_erythrocyte_29(X),fn_erythrocyte_19(X))
& called_2(fn_erythrocyte_29(X),'MP1')
& has_part_2(fn_erythrocyte_19(X),fn_erythrocyte_33(X))
& fn_erythrocyte_32(X) != fn_erythrocyte_33(X)
& is_inside_2(fn_erythrocyte_32(X),fn_erythrocyte_30(X))
& is_inside_2(fn_erythrocyte_31(X),fn_erythrocyte_30(X))
& has_part_2(fn_erythrocyte_19(X),fn_erythrocyte_31(X))
& fn_erythrocyte_33(X) != fn_erythrocyte_32(X)
& fn_erythrocyte_40(X) != fn_erythrocyte_29(X)
& is_across_2(fn_erythrocyte_29(X),fn_erythrocyte_19(X))
& has_part_2(fn_erythrocyte_19(X),fn_erythrocyte_40(X))
& fn_erythrocyte_40(X) != fn_erythrocyte_33(X)
& fn_erythrocyte_33(X) != fn_erythrocyte_29(X)
& fn_erythrocyte_29(X) != fn_erythrocyte_40(X)
& fn_erythrocyte_33(X) != fn_erythrocyte_40(X)
& fn_erythrocyte_29(X) != fn_erythrocyte_33(X)
& the_scalar_value_2(fn_erythrocyte_69(X),big_0)
& scalar_unit_class_2(fn_erythrocyte_69(X),polypeptide_0)
& agent_2(fn_erythrocyte_63(X),fn_erythrocyte_60(X))
& has_part_2(X,fn_erythrocyte_60(X))
& size_2(fn_erythrocyte_60(X),fn_erythrocyte_69(X))
& greater_than_2(fn_erythrocyte_69(X),fn_erythrocyte_61(X))
& size_2(fn_erythrocyte_68(X),fn_erythrocyte_61(X))
& has_part_2(fn_erythrocyte_60(X),fn_erythrocyte_68(X))
& has_function_2(fn_erythrocyte_60(X),fn_erythrocyte_63(X))
& has_part_2(X,fn_erythrocyte_13(X))
& has_region_2(X,fn_erythrocyte_42(X))
& is_inside_2(fn_erythrocyte_52(X),fn_erythrocyte_39(X))
& site_2(fn_erythrocyte_8(X),fn_erythrocyte_9(X))
& is_between_2(fn_erythrocyte_53(X),fn_erythrocyte_19(X))
& is_inside_2(fn_erythrocyte_53(X),fn_erythrocyte_19(X))
& is_at_2(fn_erythrocyte_30(X),fn_erythrocyte_44(X))
& has_region_2(X,fn_erythrocyte_44(X))
& size_2(X,fn_erythrocyte_41(X))
& has_function_2(fn_erythrocyte_37(X),fn_erythrocyte_47(X))
& object_2(fn_erythrocyte_47(X),X)
& has_region_2(X,fn_erythrocyte_43(X))
& is_opposite_2(fn_erythrocyte_42(X),fn_erythrocyte_43(X))
& is_opposite_2(fn_erythrocyte_43(X),fn_erythrocyte_42(X))
& has_function_2(X,fn_erythrocyte_46(X))
& base_2(fn_erythrocyte_46(X),X)
& volume_2(X,fn_erythrocyte_45(X))
& directly_proportional_2(fn_erythrocyte_41(X),fn_erythrocyte_45(X))
& the_scalar_value_2(fn_erythrocyte_41(X),big_0)
& scalar_unit_class_2(fn_erythrocyte_41(X),prokaryote_0)
& base_2(fn_erythrocyte_59(X),X)
& has_function_2(X,fn_erythrocyte_59(X))
& has_part_2(X,fn_erythrocyte_49(X))
& has_function_2(fn_erythrocyte_49(X),fn_erythrocyte_38(X))
& result_2(fn_erythrocyte_38(X),fn_erythrocyte_37(X))
& has_function_2(fn_erythrocyte_9(X),fn_erythrocyte_6(X))
& has_part_2(X,fn_erythrocyte_9(X))
& has_part_2(X,fn_erythrocyte_50(X))
& fn_erythrocyte_20(X) != fn_erythrocyte_50(X)
& fn_erythrocyte_50(X) != fn_erythrocyte_20(X)
& agent_2(fn_erythrocyte_73(X),fn_erythrocyte_19(X))
& object_2(fn_erythrocyte_73(X),X)
& has_part_2(X,fn_erythrocyte_51(X))
& is_inside_2(fn_erythrocyte_51(X),fn_erythrocyte_21(X))
& is_between_2(fn_erythrocyte_53(X),fn_erythrocyte_21(X))
& first_subevent_2(fn_erythrocyte_6(X),fn_erythrocyte_5(X))
& site_2(fn_erythrocyte_6(X),fn_erythrocyte_9(X))
& site_2(fn_erythrocyte_7(X),fn_erythrocyte_9(X))
& base_2(fn_erythrocyte_7(X),X)
& has_part_2(X,fn_erythrocyte_52(X))
& origin_2(fn_erythrocyte_80(X),fn_erythrocyte_81(X))
& has_part_2(X,fn_erythrocyte_81(X))
& has_part_2(X,fn_erythrocyte_53(X))
& has_part_2(fn_erythrocyte_53(X),fn_erythrocyte_39(X))
& is_inside_2(fn_erythrocyte_13(X),fn_erythrocyte_39(X))
& base_2(fn_erythrocyte_5(X),X)
& subevent_2(fn_erythrocyte_6(X),fn_erythrocyte_5(X))
& base_2(fn_erythrocyte_6(X),X)
& has_part_2(X,fn_erythrocyte_19(X))
& has_part_2(fn_erythrocyte_19(X),fn_erythrocyte_30(X))
& destination_2(fn_erythrocyte_80(X),fn_erythrocyte_9(X))
& causes_2(fn_erythrocyte_80(X),fn_erythrocyte_8(X))
& base_2(fn_erythrocyte_8(X),X)
& has_part_2(X,fn_erythrocyte_20(X))
& abuts_2(fn_erythrocyte_20(X),fn_erythrocyte_50(X))
& abuts_2(fn_erythrocyte_50(X),fn_erythrocyte_20(X))
& has_part_2(X,fn_erythrocyte_21(X))
& is_inside_2(fn_erythrocyte_21(X),fn_erythrocyte_39(X))
& is_inside_2(fn_erythrocyte_9(X),fn_erythrocyte_39(X))
& is_near_2(fn_erythrocyte_49(X),fn_erythrocyte_21(X))
& is_near_2(fn_erythrocyte_21(X),fn_erythrocyte_49(X))
& fn_erythrocyte_60(X) = fn_make_contact_2(fn_erythrocyte_65(X))
& fn_erythrocyte_60(X) = fn_light_reflection_1(fn_erythrocyte_64(X))
& X = fn_support_1(fn_erythrocyte_48(X))
& fn_erythrocyte_34(X) = fn_exchange_3(fn_erythrocyte_54(X))
& fn_erythrocyte_55(X) = fn_exchange_4(fn_erythrocyte_54(X))
& fn_erythrocyte_10(X) = fn_suspension_1(fn_erythrocyte_53(X))
& fn_erythrocyte_10(X) = fn_colloid_4(fn_erythrocyte_53(X))
& fn_erythrocyte_34(X) = fn_rough_endoplasmic_reticulum_55(fn_erythrocyte_50(X))
& fn_erythrocyte_55(X) = fn_endoplasmic_reticulum_25(fn_erythrocyte_20(X))
& fn_erythrocyte_67(X) = fn_protein_8(fn_erythrocyte_60(X))
& fn_erythrocyte_60(X) = fn_beta_globin_38(fn_erythrocyte_67(X))
& X = fn_carry_1(fn_erythrocyte_23(X))
& fn_erythrocyte_62(X) = fn_heme_2(fn_erythrocyte_66(X))
& fn_erythrocyte_27(X) = fn_cell_3(X)
& fn_erythrocyte_26(X) = fn_cell_5(X)
& fn_erythrocyte_57(X) = fn_eukaryotic_cell_38(X)
& fn_erythrocyte_18(X) = fn_synthesis_of_endomembranous_system_membrane_60(fn_erythrocyte_17(X))
& fn_erythrocyte_36(X) = fn_synthesis_of_endomembranous_system_membrane_52(fn_erythrocyte_17(X))
& fn_erythrocyte_36(X) = fn_eukaryotic_cell_40(X)
& fn_erythrocyte_35(X) = fn_eukaryotic_cell_17(X)
& fn_erythrocyte_18(X) = fn_eukaryotic_cell_37(X)
& fn_erythrocyte_72(X) = fn_eukaryotic_cell_39(X)
& fn_erythrocyte_16(X) = fn_eukaryotic_cell_21(X)
& fn_erythrocyte_53(X) = fn_eukaryotic_cell_31(X)
& fn_erythrocyte_56(X) = fn_eukaryotic_cell_46(X)
& fn_erythrocyte_11(X) = fn_eukaryotic_cell_48(X)
& fn_erythrocyte_74(X) = fn_eukaryotic_chromosome_5(fn_erythrocyte_51(X))
& fn_erythrocyte_76(X) = fn_eukaryotic_chromosome_4(fn_erythrocyte_51(X))
& X = fn_synthesis_of_endomembranous_system_membrane_28(fn_erythrocyte_17(X))
& fn_erythrocyte_20(X) = fn_synthesis_of_endomembranous_system_membrane_70(fn_erythrocyte_17(X))
& fn_erythrocyte_22(X) = fn_synthesis_of_endomembranous_system_membrane_59(fn_erythrocyte_17(X))
& fn_erythrocyte_58(X) = fn_nucleus_17(fn_erythrocyte_21(X))
& fn_erythrocyte_18(X) = fn_nucleus_13(fn_erythrocyte_21(X))
& fn_erythrocyte_25(X) = fn_nucleus_14(fn_erythrocyte_21(X))
& fn_erythrocyte_75(X) = fn_chromosome_6(fn_erythrocyte_51(X))
& fn_erythrocyte_77(X) = fn_chromosome_3(fn_erythrocyte_51(X))
& fn_erythrocyte_78(X) = fn_chromosome_8(fn_erythrocyte_51(X))
& fn_erythrocyte_79(X) = fn_chromosome_4(fn_erythrocyte_51(X))
& fn_erythrocyte_12(X) = fn_fibronectin_44(fn_erythrocyte_31(X))
& fn_erythrocyte_32(X) = fn_eukaryotic_cell_15(X)
& fn_erythrocyte_32(X) = fn_fibronectin_45(fn_erythrocyte_31(X))
& fn_erythrocyte_12(X) = fn_fibronectin_37(fn_erythrocyte_31(X))
& fn_erythrocyte_29(X) = fn_fibronectin_45(fn_erythrocyte_31(X))
& fn_erythrocyte_21(X) = fn_pore_complex_7(fn_erythrocyte_24(X))
& fn_erythrocyte_28(X) = fn_pore_complex_2(fn_erythrocyte_24(X))
& fn_erythrocyte_18(X) = fn_pore_complex_5(fn_erythrocyte_24(X))
& fn_erythrocyte_32(X) = fn_integrin_9(fn_erythrocyte_40(X))
& fn_erythrocyte_19(X) = fn_integral_protein_24(fn_erythrocyte_31(X))
& fn_erythrocyte_31(X) = fn_integrin_7(fn_erythrocyte_40(X))
& fn_erythrocyte_30(X) = fn_integrin_29(fn_erythrocyte_40(X))
& fn_erythrocyte_32(X) = fn_integrin_8(fn_erythrocyte_40(X))
& fn_erythrocyte_33(X) = fn_integrin_9(fn_erythrocyte_40(X))
& fn_erythrocyte_19(X) = fn_integrin_30(fn_erythrocyte_40(X))
& fn_erythrocyte_29(X) = fn_integrin_8(fn_erythrocyte_40(X))
& fn_erythrocyte_70(X) = fn_hemoglobin_3(fn_erythrocyte_60(X))
& fn_erythrocyte_71(X) = fn_hemoglobin_2(fn_erythrocyte_60(X))
& X = fn_hemoglobin_1(fn_erythrocyte_60(X))
& fn_erythrocyte_63(X) = fn_hemoglobin_7(fn_erythrocyte_60(X))
& fn_erythrocyte_68(X) = fn_polymer_4(fn_erythrocyte_60(X))
& fn_erythrocyte_68(X) = fn_hemoglobin_10(fn_erythrocyte_60(X))
& fn_erythrocyte_61(X) = fn_hemoglobin_11(fn_erythrocyte_60(X))
& fn_erythrocyte_69(X) = fn_protein_9(fn_erythrocyte_60(X))
& fn_erythrocyte_69(X) = fn_hemoglobin_12(fn_erythrocyte_60(X))
& fn_erythrocyte_14(X) = fn_vertebrate_cell_29(X)
& fn_erythrocyte_15(X) = fn_vertebrate_cell_28(X)
& fn_erythrocyte_44(X) = fn_vertebrate_cell_17(X)
& fn_erythrocyte_42(X) = fn_vertebrate_cell_15(X)
& fn_erythrocyte_43(X) = fn_vertebrate_cell_16(X)
& fn_erythrocyte_47(X) = fn_vertebrate_cell_12(X)
& fn_erythrocyte_41(X) = fn_vertebrate_cell_14(X)
& fn_erythrocyte_45(X) = fn_vertebrate_cell_13(X)
& fn_erythrocyte_46(X) = fn_vertebrate_cell_10(X)
& fn_erythrocyte_37(X) = fn_vertebrate_cell_7(X)
& fn_erythrocyte_38(X) = fn_vertebrate_cell_8(X)
& fn_erythrocyte_59(X) = fn_vertebrate_cell_30(X)
& fn_erythrocyte_9(X) = fn_eukaryotic_cell_25(X)
& fn_erythrocyte_51(X) = fn_nucleus_6(fn_erythrocyte_21(X))
& fn_erythrocyte_51(X) = fn_vertebrate_cell_24(X)
& fn_erythrocyte_73(X) = fn_vertebrate_cell_11(X)
& fn_erythrocyte_52(X) = fn_rough_endoplasmic_reticulum_56(fn_erythrocyte_50(X))
& fn_erythrocyte_52(X) = fn_vertebrate_cell_25(X)
& fn_erythrocyte_7(X) = fn_vertebrate_cell_3(X)
& fn_erythrocyte_13(X) = fn_smooth_endoplasmic_reticulum_3(fn_erythrocyte_20(X))
& fn_erythrocyte_13(X) = fn_vertebrate_cell_18(X)
& fn_erythrocyte_39(X) = fn_cytoplasm_8(fn_erythrocyte_53(X))
& X = fn_cytoplasm_7(fn_erythrocyte_53(X))
& fn_erythrocyte_53(X) = fn_vertebrate_cell_27(X)
& fn_erythrocyte_81(X) = fn_vertebrate_cell_32(X)
& fn_erythrocyte_19(X) = fn_fibronectin_53(fn_erythrocyte_31(X))
& fn_erythrocyte_30(X) = fn_fibronectin_47(fn_erythrocyte_31(X))
& fn_erythrocyte_30(X) = fn_vertebrate_cell_6(X)
& fn_erythrocyte_19(X) = fn_eukaryotic_cell_29(X)
& fn_erythrocyte_19(X) = fn_vertebrate_cell_26(X)
& fn_erythrocyte_6(X) = fn_vertebrate_cell_2(X)
& fn_erythrocyte_5(X) = fn_vertebrate_cell_1(X)
& fn_erythrocyte_50(X) = fn_vertebrate_cell_20(X)
& fn_erythrocyte_20(X) = fn_vertebrate_cell_19(X)
& fn_erythrocyte_8(X) = fn_vertebrate_cell_4(X)
& fn_erythrocyte_80(X) = fn_vertebrate_cell_31(X)
& fn_erythrocyte_9(X) = fn_vertebrate_cell_21(X)
& fn_erythrocyte_39(X) = fn_rough_endoplasmic_reticulum_23(fn_erythrocyte_50(X))
& fn_erythrocyte_39(X) = fn_smooth_endoplasmic_reticulum_34(fn_erythrocyte_20(X))
& fn_erythrocyte_39(X) = fn_vertebrate_cell_9(X)
& fn_erythrocyte_49(X) = fn_vertebrate_cell_23(X)
& X = fn_rough_endoplasmic_reticulum_62(fn_erythrocyte_50(X))
& fn_erythrocyte_21(X) = fn_rough_endoplasmic_reticulum_27(fn_erythrocyte_50(X))
& X = fn_smooth_endoplasmic_reticulum_33(fn_erythrocyte_20(X))
& fn_erythrocyte_21(X) = fn_smooth_endoplasmic_reticulum_10(fn_erythrocyte_20(X))
& fn_erythrocyte_21(X) = fn_vertebrate_cell_22(X)
& fn_suspension_1(fn_erythrocyte_53(X)) = fn_colloid_4(fn_erythrocyte_53(X))
& fn_colloid_4(fn_erythrocyte_53(X)) = fn_exchange_3(fn_erythrocyte_54(X))
& fn_exchange_3(fn_erythrocyte_54(X)) = fn_rough_endoplasmic_reticulum_55(fn_erythrocyte_50(X))
& fn_rough_endoplasmic_reticulum_55(fn_erythrocyte_50(X)) = fn_exchange_4(fn_erythrocyte_54(X))
& fn_exchange_4(fn_erythrocyte_54(X)) = fn_endoplasmic_reticulum_25(fn_erythrocyte_20(X))
& fn_endoplasmic_reticulum_25(fn_erythrocyte_20(X)) = fn_synthesis_of_endomembranous_system_membrane_52(fn_erythrocyte_17(X))
& fn_synthesis_of_endomembranous_system_membrane_52(fn_erythrocyte_17(X)) = fn_eukaryotic_cell_40(X)
& fn_eukaryotic_cell_40(X) = fn_eukaryotic_cell_40(X)
& fn_eukaryotic_cell_40(X) = fn_fibronectin_44(fn_erythrocyte_31(X))
& fn_fibronectin_44(fn_erythrocyte_31(X)) = fn_fibronectin_37(fn_erythrocyte_31(X))
& fn_fibronectin_37(fn_erythrocyte_31(X)) = fn_synthesis_of_endomembranous_system_membrane_60(fn_erythrocyte_17(X))
& fn_synthesis_of_endomembranous_system_membrane_60(fn_erythrocyte_17(X)) = fn_synthesis_of_endomembranous_system_membrane_60(fn_erythrocyte_17(X))
& fn_synthesis_of_endomembranous_system_membrane_60(fn_erythrocyte_17(X)) = fn_eukaryotic_cell_37(X)
& fn_eukaryotic_cell_37(X) = fn_eukaryotic_cell_37(X)
& fn_eukaryotic_cell_37(X) = fn_nucleus_13(fn_erythrocyte_21(X))
& fn_nucleus_13(fn_erythrocyte_21(X)) = fn_nucleus_13(fn_erythrocyte_21(X))
& fn_nucleus_13(fn_erythrocyte_21(X)) = fn_pore_complex_5(fn_erythrocyte_24(X))
& fn_pore_complex_5(fn_erythrocyte_24(X)) = fn_pore_complex_5(fn_erythrocyte_24(X))
& fn_pore_complex_5(fn_erythrocyte_24(X)) = fn_integrin_9(fn_erythrocyte_40(X))
& fn_integrin_9(fn_erythrocyte_40(X)) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_integrin_9(fn_erythrocyte_40(X))
& fn_integrin_9(fn_erythrocyte_40(X)) = fn_fibronectin_45(fn_erythrocyte_31(X))
& fn_fibronectin_45(fn_erythrocyte_31(X)) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_fibronectin_45(fn_erythrocyte_31(X))
& fn_integrin_8(fn_erythrocyte_40(X)) = fn_fibronectin_45(fn_erythrocyte_31(X))
& fn_fibronectin_45(fn_erythrocyte_31(X)) = fn_fibronectin_45(fn_erythrocyte_31(X))
& fn_fibronectin_45(fn_erythrocyte_31(X)) = fn_integrin_8(fn_erythrocyte_40(X))
& fn_integrin_8(fn_erythrocyte_40(X)) = fn_integrin_8(fn_erythrocyte_40(X))
& fn_integrin_8(fn_erythrocyte_40(X)) = fn_polymer_4(fn_erythrocyte_60(X))
& fn_polymer_4(fn_erythrocyte_60(X)) = fn_hemoglobin_10(fn_erythrocyte_60(X))
& fn_hemoglobin_10(fn_erythrocyte_60(X)) = fn_hemoglobin_10(fn_erythrocyte_60(X))
& fn_hemoglobin_10(fn_erythrocyte_60(X)) = fn_protein_9(fn_erythrocyte_60(X))
& fn_hemoglobin_12(fn_erythrocyte_60(X)) = fn_hemoglobin_12(fn_erythrocyte_60(X))
& fn_hemoglobin_12(fn_erythrocyte_60(X)) = fn_protein_9(fn_erythrocyte_60(X))
& fn_protein_9(fn_erythrocyte_60(X)) = fn_hemoglobin_12(fn_erythrocyte_60(X))
& fn_hemoglobin_12(fn_erythrocyte_60(X)) = fn_make_contact_2(fn_erythrocyte_65(X))
& fn_make_contact_2(fn_erythrocyte_65(X)) = fn_light_reflection_1(fn_erythrocyte_64(X))
& fn_light_reflection_1(fn_erythrocyte_64(X)) = fn_light_reflection_1(fn_erythrocyte_64(X))
& fn_light_reflection_1(fn_erythrocyte_64(X)) = fn_beta_globin_38(fn_erythrocyte_67(X))
& fn_beta_globin_38(fn_erythrocyte_67(X)) = fn_nucleus_6(fn_erythrocyte_21(X))
& fn_nucleus_6(fn_erythrocyte_21(X)) = fn_vertebrate_cell_24(X)
& fn_vertebrate_cell_24(X) = fn_vertebrate_cell_24(X)
& fn_vertebrate_cell_24(X) = fn_rough_endoplasmic_reticulum_56(fn_erythrocyte_50(X))
& fn_vertebrate_cell_25(X) = fn_rough_endoplasmic_reticulum_56(fn_erythrocyte_50(X))
& fn_rough_endoplasmic_reticulum_56(fn_erythrocyte_50(X)) = fn_vertebrate_cell_25(X)
& fn_vertebrate_cell_25(X) = fn_smooth_endoplasmic_reticulum_3(fn_erythrocyte_20(X))
& fn_vertebrate_cell_18(X) = fn_smooth_endoplasmic_reticulum_3(fn_erythrocyte_20(X))
& fn_smooth_endoplasmic_reticulum_3(fn_erythrocyte_20(X)) = fn_vertebrate_cell_18(X)
& fn_vertebrate_cell_18(X) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_vertebrate_cell_27(X)
& fn_vertebrate_cell_27(X) = fn_vertebrate_cell_27(X)
& fn_vertebrate_cell_27(X) = fn_fibronectin_47(fn_erythrocyte_31(X))
& fn_fibronectin_47(fn_erythrocyte_31(X)) = fn_fibronectin_47(fn_erythrocyte_31(X))
& fn_integrin_29(fn_erythrocyte_40(X)) = fn_fibronectin_47(fn_erythrocyte_31(X))
& fn_fibronectin_47(fn_erythrocyte_31(X)) = fn_integrin_29(fn_erythrocyte_40(X))
& fn_integrin_29(fn_erythrocyte_40(X)) = fn_integrin_29(fn_erythrocyte_40(X))
& fn_integrin_29(fn_erythrocyte_40(X)) = fn_vertebrate_cell_6(X)
& fn_vertebrate_cell_6(X) = fn_vertebrate_cell_6(X)
& fn_vertebrate_cell_6(X) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_integral_protein_24(fn_erythrocyte_31(X))
& fn_integral_protein_24(fn_erythrocyte_31(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_eukaryotic_cell_29(X)
& fn_fibronectin_53(fn_erythrocyte_31(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_fibronectin_53(fn_erythrocyte_31(X))
& fn_fibronectin_53(fn_erythrocyte_31(X)) = fn_fibronectin_53(fn_erythrocyte_31(X))
& fn_integrin_30(fn_erythrocyte_40(X)) = fn_fibronectin_53(fn_erythrocyte_31(X))
& fn_fibronectin_53(fn_erythrocyte_31(X)) = fn_integrin_30(fn_erythrocyte_40(X))
& fn_integrin_30(fn_erythrocyte_40(X)) = fn_integrin_30(fn_erythrocyte_40(X))
& fn_integrin_30(fn_erythrocyte_40(X)) = fn_vertebrate_cell_26(X)
& fn_vertebrate_cell_26(X) = fn_vertebrate_cell_26(X)
& fn_vertebrate_cell_26(X) = fn_synthesis_of_endomembranous_system_membrane_70(fn_erythrocyte_17(X))
& fn_synthesis_of_endomembranous_system_membrane_70(fn_erythrocyte_17(X)) = fn_synthesis_of_endomembranous_system_membrane_70(fn_erythrocyte_17(X))
& fn_synthesis_of_endomembranous_system_membrane_70(fn_erythrocyte_17(X)) = fn_vertebrate_cell_19(X)
& fn_vertebrate_cell_19(X) = fn_vertebrate_cell_19(X)
& fn_vertebrate_cell_19(X) = fn_vertebrate_cell_21(X)
& fn_vertebrate_cell_21(X) = fn_eukaryotic_cell_25(X)
& fn_eukaryotic_cell_25(X) = fn_vertebrate_cell_21(X)
& fn_vertebrate_cell_21(X) = fn_vertebrate_cell_21(X)
& fn_vertebrate_cell_21(X) = fn_rough_endoplasmic_reticulum_23(fn_erythrocyte_50(X))
& fn_rough_endoplasmic_reticulum_23(fn_erythrocyte_50(X)) = fn_cytoplasm_8(fn_erythrocyte_53(X))
& fn_cytoplasm_8(fn_erythrocyte_53(X)) = fn_rough_endoplasmic_reticulum_23(fn_erythrocyte_50(X))
& fn_rough_endoplasmic_reticulum_23(fn_erythrocyte_50(X)) = fn_rough_endoplasmic_reticulum_23(fn_erythrocyte_50(X))
& fn_smooth_endoplasmic_reticulum_34(fn_erythrocyte_20(X)) = fn_rough_endoplasmic_reticulum_23(fn_erythrocyte_50(X))
& fn_rough_endoplasmic_reticulum_23(fn_erythrocyte_50(X)) = fn_smooth_endoplasmic_reticulum_34(fn_erythrocyte_20(X))
& fn_vertebrate_cell_9(X) = fn_vertebrate_cell_9(X)
& fn_vertebrate_cell_9(X) = fn_smooth_endoplasmic_reticulum_34(fn_erythrocyte_20(X))
& fn_smooth_endoplasmic_reticulum_34(fn_erythrocyte_20(X)) = fn_vertebrate_cell_9(X)
& fn_vertebrate_cell_9(X) = fn_rough_endoplasmic_reticulum_27(fn_erythrocyte_50(X))
& fn_smooth_endoplasmic_reticulum_10(fn_erythrocyte_20(X)) = fn_rough_endoplasmic_reticulum_27(fn_erythrocyte_50(X))
& fn_rough_endoplasmic_reticulum_27(fn_erythrocyte_50(X)) = fn_smooth_endoplasmic_reticulum_10(fn_erythrocyte_20(X))
& fn_pore_complex_7(fn_erythrocyte_24(X)) = fn_smooth_endoplasmic_reticulum_10(fn_erythrocyte_20(X))
& fn_smooth_endoplasmic_reticulum_10(fn_erythrocyte_20(X)) = fn_smooth_endoplasmic_reticulum_10(fn_erythrocyte_20(X))
& fn_smooth_endoplasmic_reticulum_10(fn_erythrocyte_20(X)) = fn_pore_complex_7(fn_erythrocyte_24(X))
& fn_pore_complex_7(fn_erythrocyte_24(X)) = fn_vertebrate_cell_22(X)
& fn_vertebrate_cell_22(X) = fn_vertebrate_cell_22(X)
& fn_vertebrate_cell_22(X) = fn_rough_endoplasmic_reticulum_62(fn_erythrocyte_50(X))
& fn_rough_endoplasmic_reticulum_62(fn_erythrocyte_50(X)) = fn_cytoplasm_7(fn_erythrocyte_53(X))
& fn_cytoplasm_7(fn_erythrocyte_53(X)) = fn_rough_endoplasmic_reticulum_62(fn_erythrocyte_50(X))
& fn_rough_endoplasmic_reticulum_62(fn_erythrocyte_50(X)) = fn_rough_endoplasmic_reticulum_62(fn_erythrocyte_50(X))
& fn_smooth_endoplasmic_reticulum_33(fn_erythrocyte_20(X)) = fn_rough_endoplasmic_reticulum_62(fn_erythrocyte_50(X))
& fn_rough_endoplasmic_reticulum_62(fn_erythrocyte_50(X)) = fn_smooth_endoplasmic_reticulum_33(fn_erythrocyte_20(X))
& fn_support_1(fn_erythrocyte_48(X)) = fn_smooth_endoplasmic_reticulum_33(fn_erythrocyte_20(X))
& fn_smooth_endoplasmic_reticulum_33(fn_erythrocyte_20(X)) = fn_smooth_endoplasmic_reticulum_33(fn_erythrocyte_20(X))
& fn_smooth_endoplasmic_reticulum_33(fn_erythrocyte_20(X)) = fn_support_1(fn_erythrocyte_48(X))
& fn_support_1(fn_erythrocyte_48(X)) = fn_carry_1(fn_erythrocyte_23(X))
& fn_carry_1(fn_erythrocyte_23(X)) = fn_carry_1(fn_erythrocyte_23(X))
& fn_carry_1(fn_erythrocyte_23(X)) = fn_synthesis_of_endomembranous_system_membrane_28(fn_erythrocyte_17(X))
& fn_synthesis_of_endomembranous_system_membrane_28(fn_erythrocyte_17(X)) = fn_synthesis_of_endomembranous_system_membrane_28(fn_erythrocyte_17(X))
& fn_synthesis_of_endomembranous_system_membrane_28(fn_erythrocyte_17(X)) = fn_hemoglobin_1(fn_erythrocyte_60(X)) ) ) ).
fof(a529374,axiom,
! [X] :
( erythromycin_1(X)
=> ( original_name_2(X,'Erythromycin')
& user_description_2(X,'An antibiotic used to treat certain infections caused by bacteria.')
& concept2words_2(X,erythromycin)
& antibiotic_1(X)
& ~ ampicillin_1(X)
& ~ antimicrobial_protein_1(X)
& ~ penicillin_1(X)
& ~ tetracycline_1(X)
& ~ vancomycin_1(X) ) ) ).
fof(a529375,axiom,
! [X] :
( erythropoietin_1(X)
=> ( original_name_2(X,'Erythropoietin')
& user_description_2(X,'A glycoprotein hormone that controls the production of red blood cells. It also plays a role in wound healing and the brain\'s response to neuronal injury.')
& concept2words_2(X,erythropoietin)
& concept2words_2(X,epo)
& concept2words_2(X,hematopoietin)
& concept2words_2(X,hemopoietin)
& peptide_hormone_1(X)
& ~ bmp_4_1(X)
& ~ growth_hormone_1(X)
& ~ inhibin_1(X)
& ~ leptin_1(X)
& ~ prolactin_1(X) ) ) ).
fof(a529376,axiom,
! [X] :
( escherichia_coli_1(X)
=> ( original_name_2(X,'Escherichia-Coli')
& user_description_2(X,'A Gram-negative bacterium that is commonly part of the normal flora in the intestines of endothermic animals. Many strains of E. coli are harmless, but some cause food poisoning in humans.')
& concept2words_2(X,'e.coli')
& concept2words_2(X,'gram negative bacteria')
& concept2words_2(X,'gram-negative-bacteria')
& concept2words_2(X,'e. coli')
& concept2words_2(X,'e.-coli')
& concept2words_2(X,'escherichia coli')
& concept2words_2(X,'escherichia-coli')
& proteobacteria_1(X)
& ~ cellulose_digesting_bacteria_1(X)
& ~ gram_positive_bacteria_1(X)
& ~ mycoplasma_1(X)
& ~ rhizobacterium_1(X)
& length_value_1(fn_escherichia_coli_1(X))
& mixture_1(fn_escherichia_coli_7(X))
& cytoplasm_1(fn_escherichia_coli_7(X))
& spatial_entity_1(fn_escherichia_coli_8(X))
& biomembrane_1(fn_escherichia_coli_8(X))
& plasma_membrane_1(fn_escherichia_coli_8(X))
& ribosome_1(fn_escherichia_coli_9(X))
& prokaryotic_ribosome_1(fn_escherichia_coli_9(X))
& cell_wall_1(fn_escherichia_coli_10(X))
& water_1(fn_escherichia_coli_11(X))
& volume_value_1(fn_escherichia_coli_12(X))
& surface_1(fn_escherichia_coli_13(X))
& nucleoid_1(fn_escherichia_coli_14(X))
& size_value_1(fn_escherichia_coli_15(X))
& temperature_value_1(fn_escherichia_coli_16(X))
& specific_heat_value_1(fn_escherichia_coli_17(X))
& tangible_entity_1(fn_escherichia_coli_18(X))
& phospholipid_bilayer_1(fn_escherichia_coli_18(X))
& substance_1(fn_escherichia_coli_19(X))
& cytosol_1(fn_escherichia_coli_19(X))
& model_organism_1(fn_escherichia_coli_20(X))
& chromosome_1(fn_escherichia_coli_21(X))
& prokaryotic_chromosome_1(fn_escherichia_coli_21(X))
& organism_1(fn_model_organism_6(fn_escherichia_coli_20(X)))
& length_2(fn_escherichia_coli_21(X),fn_escherichia_coli_1(X))
& the_scalar_value_2(fn_escherichia_coli_1(X),long_0)
& scalar_unit_class_2(fn_escherichia_coli_1(X),cellular_structure_0)
& is_inside_2(fn_escherichia_coli_9(X),fn_escherichia_coli_19(X))
& plays_2(X,fn_escherichia_coli_20(X))
& temperature_2(X,fn_escherichia_coli_16(X))
& has_part_2(X,fn_escherichia_coli_11(X))
& specific_heat_2(fn_escherichia_coli_11(X),fn_escherichia_coli_17(X))
& correspondence_2(fn_escherichia_coli_16(X),fn_escherichia_coli_17(X))
& has_region_2(X,fn_escherichia_coli_14(X))
& is_inside_2(fn_escherichia_coli_21(X),fn_escherichia_coli_14(X))
& has_part_2(X,fn_escherichia_coli_21(X))
& has_part_2(fn_escherichia_coli_7(X),fn_escherichia_coli_19(X))
& size_2(X,fn_escherichia_coli_15(X))
& directly_proportional_2(fn_escherichia_coli_15(X),fn_escherichia_coli_12(X))
& volume_2(X,fn_escherichia_coli_12(X))
& has_region_2(X,fn_escherichia_coli_13(X))
& is_at_2(fn_escherichia_coli_18(X),fn_escherichia_coli_13(X))
& has_part_2(X,fn_escherichia_coli_9(X))
& has_part_2(fn_escherichia_coli_8(X),fn_escherichia_coli_18(X))
& has_part_2(X,fn_escherichia_coli_8(X))
& is_inside_2(fn_escherichia_coli_8(X),fn_escherichia_coli_10(X))
& has_part_2(X,fn_escherichia_coli_10(X))
& has_part_2(X,fn_escherichia_coli_7(X))
& is_inside_2(fn_escherichia_coli_7(X),fn_escherichia_coli_8(X))
& X = fn_model_organism_6(fn_escherichia_coli_20(X))
& fn_escherichia_coli_3(X) = fn_organism_6(X)
& fn_escherichia_coli_4(X) = fn_organism_1(X)
& fn_escherichia_coli_16(X) = fn_organism_2(X)
& fn_escherichia_coli_17(X) = fn_organism_5(X)
& fn_escherichia_coli_11(X) = fn_organism_4(X)
& fn_escherichia_coli_19(X) = fn_prokaryote_10(X)
& fn_escherichia_coli_21(X) = fn_prokaryote_9(X)
& fn_escherichia_coli_14(X) = fn_prokaryote_18(X)
& fn_escherichia_coli_5(X) = fn_cell_10(X)
& fn_escherichia_coli_6(X) = fn_cell_23(X)
& fn_escherichia_coli_18(X) = fn_cell_26(X)
& fn_escherichia_coli_13(X) = fn_cell_4(X)
& fn_escherichia_coli_12(X) = fn_cell_22(X)
& fn_escherichia_coli_15(X) = fn_cell_11(X)
& fn_escherichia_coli_9(X) = fn_bacterium_14(X)
& fn_escherichia_coli_18(X) = fn_bacterium_5(X)
& fn_escherichia_coli_7(X) = fn_prokaryote_12(X)
& fn_escherichia_coli_7(X) = fn_bacterium_16(X)
& fn_escherichia_coli_10(X) = fn_bacterium_12(X)
& fn_escherichia_coli_8(X) = fn_bacterium_15(X)
& fn_cell_26(X) = fn_bacterium_5(X)
& fn_bacterium_5(X) = fn_prokaryote_12(X)
& fn_bacterium_16(X) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_bacterium_16(X) ) ) ).
fof(a529377,axiom,
! [X] :
( esophagus_1(X)
=> ( original_name_2(X,'Esophagus')
& user_description_2(X,'A muscular tube that conducts food, via peristalsis, from the pharynx to the stomach.')
& concept2words_2(X,esophagus)
& digestive_organ_1(X)
& pyloric_sphincter_1(fn_esophagus_1(X))
& end_1(fn_esophagus_2(X))
& end_1(fn_esophagus_3(X))
& stomach_1(fn_esophagus_4(X))
& sphincter_1(fn_esophagus_5(X))
& striated_muscle_1(fn_esophagus_6(X))
& move_1(fn_esophagus_7(X))
& alimentary_canal_1(fn_esophagus_8(X))
& tissue_1(fn_esophagus_9(X))
& smooth_muscle_1(fn_esophagus_10(X))
& peristalsis_1(fn_esophagus_11(X))
& smooth_muscle_1(fn_peristalsis_8(fn_esophagus_11(X)))
& alimentary_canal_1(fn_peristalsis_2(fn_esophagus_11(X)))
& move_1(fn_peristalsis_6(fn_esophagus_11(X)))
& esophagus_1(fn_peristalsis_1(fn_esophagus_11(X)))
& base_2(fn_esophagus_11(X),X)
& has_part_2(X,fn_esophagus_6(X))
& has_part_2(X,fn_esophagus_10(X))
& has_function_2(X,fn_esophagus_11(X))
& called_2(fn_esophagus_5(X),'SP1')
& is_inside_2(fn_esophagus_5(X),fn_esophagus_8(X))
& is_between_2(fn_esophagus_5(X),fn_esophagus_4(X))
& is_between_2(fn_esophagus_5(X),X)
& is_inside_2(fn_esophagus_4(X),fn_esophagus_8(X))
& called_2(fn_esophagus_3(X),'E2')
& called_2(fn_esophagus_2(X),'E1')
& has_region_2(fn_esophagus_8(X),fn_esophagus_3(X))
& has_region_2(fn_esophagus_8(X),fn_esophagus_2(X))
& destination_2(fn_esophagus_7(X),fn_esophagus_4(X))
& called_2(fn_esophagus_1(X),'SP2')
& is_inside_2(fn_esophagus_1(X),fn_esophagus_8(X))
& is_between_2(fn_esophagus_1(X),fn_esophagus_4(X))
& has_part_2(X,fn_esophagus_9(X))
& facilitates_2(fn_esophagus_10(X),fn_esophagus_11(X))
& enables_2(fn_esophagus_11(X),fn_esophagus_7(X))
& origin_2(fn_esophagus_7(X),X)
& is_inside_2(X,fn_esophagus_8(X))
& fn_esophagus_9(X) = fn_organ_1(X)
& fn_esophagus_10(X) = fn_peristalsis_8(fn_esophagus_11(X))
& fn_esophagus_8(X) = fn_peristalsis_2(fn_esophagus_11(X))
& X = fn_peristalsis_1(fn_esophagus_11(X))
& fn_esophagus_7(X) = fn_peristalsis_6(fn_esophagus_11(X))
& fn_peristalsis_1(fn_esophagus_11(X)) = fn_peristalsis_1(fn_esophagus_11(X)) ) ) ).
fof(a529378,axiom,
! [X] :
( essential_amino_acid_1(X)
=> ( original_name_2(X,'Essential-Amino-Acid')
& user_description_2(X,'An amino acid that cannot be synthesized by the body and thus must be supplied in the diet.')
& concept2words_2(X,'essential amino acid')
& concept2words_2(X,'essential-amino-acid')
& amino_acid_1(X)
& single_bond_1(fn_essential_amino_acid_1(X))
& single_bond_1(fn_essential_amino_acid_2(X))
& nutritional_requirement_1(fn_essential_amino_acid_3(X))
& nutrition_1(fn_essential_amino_acid_4(X))
& nutrient_1(fn_essential_amino_acid_5(X))
& hold_together_1(fn_essential_amino_acid_8(X))
& hold_together_1(fn_essential_amino_acid_9(X))
& share_1(fn_essential_amino_acid_10(X))
& share_1(fn_essential_amino_acid_11(X))
& share_1(fn_essential_amino_acid_12(X))
& speed_value_1(fn_essential_amino_acid_13(X))
& quantity_value_1(fn_essential_amino_acid_14(X))
& share_1(fn_essential_amino_acid_15(X))
& hold_together_1(fn_essential_amino_acid_16(X))
& constant_motion_1(fn_essential_amino_acid_17(X))
& entity_1(fn_essential_amino_acid_18(X))
& tangible_entity_1(fn_essential_amino_acid_18(X))
& electron_1(fn_essential_amino_acid_18(X))
& valence_electron_1(fn_essential_amino_acid_18(X))
& electron_shell_1(fn_essential_amino_acid_19(X))
& electron_shell_1(fn_essential_amino_acid_20(X))
& electron_shell_1(fn_essential_amino_acid_21(X))
& hold_1(fn_essential_amino_acid_22(X))
& hold_together_1(fn_essential_amino_acid_22(X))
& share_1(fn_essential_amino_acid_23(X))
& atomic_nucleus_1(fn_essential_amino_acid_24(X))
& tangible_entity_1(fn_essential_amino_acid_25(X))
& electron_1(fn_essential_amino_acid_25(X))
& valence_electron_1(fn_essential_amino_acid_25(X))
& entity_1(fn_essential_amino_acid_26(X))
& electron_1(fn_essential_amino_acid_26(X))
& valence_electron_1(fn_essential_amino_acid_26(X))
& atomic_nucleus_1(fn_essential_amino_acid_27(X))
& obtain_1(fn_essential_amino_acid_28(X))
& organism_1(fn_essential_amino_acid_29(X))
& substance_1(fn_essential_amino_acid_30(X))
& food_1(fn_essential_amino_acid_31(X))
& tangible_entity_1(fn_essential_amino_acid_32(X))
& chemical_bond_1(fn_essential_amino_acid_32(X))
& single_bond_1(fn_essential_amino_acid_32(X))
& covalent_bond_1(fn_essential_amino_acid_32(X))
& kinetic_energy_1(fn_essential_amino_acid_33(X))
& carbon_skeleton_1(fn_essential_amino_acid_34(X))
& entity_1(fn_essential_amino_acid_35(X))
& chemical_entity_1(fn_essential_amino_acid_35(X))
& atom_1(fn_essential_amino_acid_35(X))
& hydrogen_1(fn_essential_amino_acid_35(X))
& entity_1(fn_essential_amino_acid_36(X))
& chemical_entity_1(fn_essential_amino_acid_36(X))
& atom_1(fn_essential_amino_acid_36(X))
& carbon_1(fn_essential_amino_acid_36(X))
& amino_group_1(fn_essential_amino_acid_37(X))
& functional_group_1(fn_essential_amino_acid_38(X))
& carboxyl_group_1(fn_essential_amino_acid_38(X))
& chemical_entity_1(fn_essential_amino_acid_39(X))
& tangible_entity_1(fn_essential_amino_acid_39(X))
& entity_1(fn_essential_amino_acid_39(X))
& atom_1(fn_essential_amino_acid_39(X))
& nitrogen_1(fn_essential_amino_acid_39(X))
& chemical_entity_1(fn_essential_amino_acid_40(X))
& atom_1(fn_essential_amino_acid_40(X))
& hydrogen_1(fn_essential_amino_acid_40(X))
& entity_1(fn_essential_amino_acid_40(X))
& tangible_entity_1(fn_essential_amino_acid_40(X))
& oxygen_1(fn_essential_amino_acid_41(X))
& entity_1(fn_essential_amino_acid_42(X))
& chemical_entity_1(fn_essential_amino_acid_42(X))
& atom_1(fn_essential_amino_acid_42(X))
& oxygen_1(fn_essential_amino_acid_42(X))
& entity_1(fn_essential_amino_acid_43(X))
& valence_electron_1(fn_essential_amino_acid_43(X))
& hold_together_1(fn_essential_amino_acid_44(X))
& entity_1(fn_obtain_1(fn_essential_amino_acid_28(X)))
& tangible_entity_1(fn_food_3(fn_essential_amino_acid_31(X)))
& entity_1(fn_carboxyl_group_21(fn_essential_amino_acid_38(X)))
& valence_electron_1(fn_carboxyl_group_21(fn_essential_amino_acid_38(X)))
& electron_shell_1(fn_carboxyl_group_22(fn_essential_amino_acid_38(X)))
& hold_together_1(fn_carboxyl_group_55(fn_essential_amino_acid_38(X)))
& share_1(fn_covalent_bond_17(fn_essential_amino_acid_32(X)))
& entity_1(fn_transfer_1(fn_essential_amino_acid_28(X)))
& chemical_entity_1(fn_functional_group_1(fn_essential_amino_acid_38(X)))
& share_1(fn_carboxyl_group_56(fn_essential_amino_acid_38(X)))
& share_1(fn_carboxyl_group_49(fn_essential_amino_acid_38(X)))
& electron_1(fn_carboxyl_group_45(fn_essential_amino_acid_38(X)))
& valence_electron_1(fn_carboxyl_group_45(fn_essential_amino_acid_38(X)))
& entity_1(fn_carboxyl_group_17(fn_essential_amino_acid_38(X)))
& tangible_entity_1(fn_carboxyl_group_17(fn_essential_amino_acid_38(X)))
& electron_1(fn_carboxyl_group_17(fn_essential_amino_acid_38(X)))
& valence_electron_1(fn_carboxyl_group_17(fn_essential_amino_acid_38(X)))
& entity_1(fn_carboxyl_group_19(fn_essential_amino_acid_38(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_essential_amino_acid_38(X)))
& atom_1(fn_carboxyl_group_19(fn_essential_amino_acid_38(X)))
& carbon_1(fn_carboxyl_group_19(fn_essential_amino_acid_38(X)))
& hold_together_1(fn_covalent_bond_14(fn_essential_amino_acid_32(X)))
& hold_together_1(fn_carboxyl_group_47(fn_essential_amino_acid_38(X)))
& hold_together_1(fn_carboxyl_group_67(fn_essential_amino_acid_38(X)))
& electron_shell_1(fn_covalent_bond_12(fn_essential_amino_acid_32(X)))
& electron_shell_1(fn_carboxyl_group_63(fn_essential_amino_acid_38(X)))
& electron_shell_1(fn_covalent_bond_11(fn_essential_amino_acid_32(X)))
& electron_shell_1(fn_carboxyl_group_16(fn_essential_amino_acid_38(X)))
& oxygen_1(fn_carboxyl_group_23(fn_essential_amino_acid_38(X)))
& oxygen_1(fn_carboxyl_group_24(fn_essential_amino_acid_38(X)))
& entity_1(fn_covalent_bond_19(fn_essential_amino_acid_32(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_essential_amino_acid_32(X)))
& atom_1(fn_covalent_bond_19(fn_essential_amino_acid_32(X)))
& entity_1(fn_carboxyl_group_25(fn_essential_amino_acid_38(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_essential_amino_acid_38(X)))
& atom_1(fn_carboxyl_group_25(fn_essential_amino_acid_38(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_essential_amino_acid_38(X)))
& entity_1(fn_share_1(fn_essential_amino_acid_23(X)))
& tangible_entity_1(fn_hold_2(fn_essential_amino_acid_22(X)))
& entity_1(fn_covalent_bond_20(fn_essential_amino_acid_32(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_essential_amino_acid_32(X)))
& atom_1(fn_covalent_bond_20(fn_essential_amino_acid_32(X)))
& entity_1(fn_share_3(fn_essential_amino_acid_23(X)))
& atomic_nucleus_1(fn_atom_18(fn_essential_amino_acid_39(X)))
& atomic_nucleus_1(fn_nitrogen_10(fn_essential_amino_acid_39(X)))
& entity_1(fn_share_2(fn_essential_amino_acid_23(X)))
& electron_1(fn_carboxyl_group_40(fn_essential_amino_acid_38(X)))
& valence_electron_1(fn_carboxyl_group_40(fn_essential_amino_acid_38(X)))
& valence_electron_1(fn_nitrogen_18(fn_essential_amino_acid_39(X)))
& valence_electron_1(fn_nitrogen_13(fn_essential_amino_acid_39(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_essential_amino_acid_32(X)))
& atomic_nucleus_1(fn_carboxyl_group_65(fn_essential_amino_acid_38(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_essential_amino_acid_32(X)))
& valence_electron_1(fn_covalent_bond_18(fn_essential_amino_acid_32(X)))
& tangible_entity_1(fn_carboxyl_group_58(fn_essential_amino_acid_38(X)))
& electron_1(fn_carboxyl_group_58(fn_essential_amino_acid_38(X)))
& valence_electron_1(fn_carboxyl_group_58(fn_essential_amino_acid_38(X)))
& electron_1(fn_carboxyl_group_62(fn_essential_amino_acid_38(X)))
& valence_electron_1(fn_carboxyl_group_62(fn_essential_amino_acid_38(X)))
& valence_electron_1(fn_covalent_bond_15(fn_essential_amino_acid_32(X)))
& tangible_entity_1(fn_hold_1(fn_essential_amino_acid_22(X)))
& single_bond_1(fn_carboxyl_group_69(fn_essential_amino_acid_38(X)))
& fn_essential_amino_acid_1(X) != fn_essential_amino_acid_32(X)
& fn_essential_amino_acid_2(X) != fn_essential_amino_acid_32(X)
& element_2(fn_essential_amino_acid_3(X),X)
& donor_2(fn_essential_amino_acid_28(X),fn_essential_amino_acid_30(X))
& plays_2(X,fn_essential_amino_acid_5(X))
& fn_essential_amino_acid_32(X) != fn_essential_amino_acid_1(X)
& fn_essential_amino_acid_32(X) != fn_essential_amino_acid_2(X)
& beneficiary_2(fn_essential_amino_acid_4(X),fn_essential_amino_acid_29(X))
& base_2(fn_essential_amino_acid_4(X),fn_essential_amino_acid_29(X))
& in_event_2(fn_essential_amino_acid_5(X),fn_essential_amino_acid_4(X))
& agent_2(fn_essential_amino_acid_28(X),fn_essential_amino_acid_29(X))
& recipient_2(fn_essential_amino_acid_28(X),fn_essential_amino_acid_29(X))
& plays_2(fn_essential_amino_acid_30(X),fn_essential_amino_acid_31(X))
& possesses_2(X,fn_essential_amino_acid_32(X))
& is_between_2(fn_essential_amino_acid_32(X),fn_essential_amino_acid_35(X))
& object_2(fn_essential_amino_acid_28(X),X)
& is_between_2(fn_essential_amino_acid_32(X),fn_essential_amino_acid_40(X))
& object_2(fn_essential_amino_acid_22(X),fn_essential_amino_acid_39(X))
& is_between_2(fn_essential_amino_acid_32(X),fn_essential_amino_acid_39(X))
& agent_2(fn_essential_amino_acid_15(X),fn_essential_amino_acid_42(X))
& agent_2(fn_essential_amino_acid_11(X),fn_essential_amino_acid_36(X))
& has_part_2(X,fn_essential_amino_acid_40(X))
& object_2(fn_essential_amino_acid_16(X),fn_essential_amino_acid_36(X))
& object_2(fn_essential_amino_acid_16(X),fn_essential_amino_acid_42(X))
& has_part_2(X,fn_essential_amino_acid_36(X))
& has_part_2(X,fn_essential_amino_acid_39(X))
& is_inside_2(fn_essential_amino_acid_39(X),fn_essential_amino_acid_37(X))
& fn_essential_amino_acid_36(X) != fn_essential_amino_acid_39(X)
& fn_essential_amino_acid_39(X) != fn_essential_amino_acid_36(X)
& fn_essential_amino_acid_40(X) != fn_essential_amino_acid_36(X)
& object_2(fn_essential_amino_acid_16(X),fn_essential_amino_acid_40(X))
& object_2(fn_essential_amino_acid_16(X),fn_essential_amino_acid_41(X))
& agent_2(fn_essential_amino_acid_15(X),fn_essential_amino_acid_41(X))
& agent_2(fn_essential_amino_acid_15(X),fn_essential_amino_acid_36(X))
& fn_essential_amino_acid_36(X) != fn_essential_amino_acid_40(X)
& object_2(fn_essential_amino_acid_9(X),fn_essential_amino_acid_42(X))
& object_2(fn_essential_amino_acid_9(X),fn_essential_amino_acid_36(X))
& is_inside_2(fn_essential_amino_acid_36(X),fn_essential_amino_acid_34(X))
& has_region_2(X,fn_essential_amino_acid_34(X))
& has_part_2(X,fn_essential_amino_acid_41(X))
& fn_essential_amino_acid_40(X) != fn_essential_amino_acid_39(X)
& fn_essential_amino_acid_39(X) != fn_essential_amino_acid_35(X)
& has_part_2(X,fn_essential_amino_acid_35(X))
& fn_essential_amino_acid_39(X) != fn_essential_amino_acid_40(X)
& fn_essential_amino_acid_35(X) != fn_essential_amino_acid_39(X)
& fn_essential_amino_acid_36(X) != fn_essential_amino_acid_35(X)
& fn_essential_amino_acid_35(X) != fn_essential_amino_acid_36(X)
& directly_proportional_2(fn_essential_amino_acid_13(X),fn_essential_amino_acid_14(X))
& speed_2(fn_essential_amino_acid_17(X),fn_essential_amino_acid_13(X))
& object_2(fn_essential_amino_acid_17(X),X)
& has_part_2(X,fn_essential_amino_acid_42(X))
& has_region_2(fn_essential_amino_acid_42(X),fn_essential_amino_acid_20(X))
& is_inside_2(fn_essential_amino_acid_40(X),fn_essential_amino_acid_37(X))
& has_region_2(X,fn_essential_amino_acid_37(X))
& possesses_2(X,fn_essential_amino_acid_33(X))
& quantity_2(fn_essential_amino_acid_33(X),fn_essential_amino_acid_14(X))
& has_region_2(X,fn_essential_amino_acid_38(X))
& is_inside_2(fn_essential_amino_acid_41(X),fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_41(X) != fn_essential_amino_acid_35(X)
& fn_essential_amino_acid_35(X) != fn_essential_amino_acid_41(X)
& fn_essential_amino_acid_40(X) != fn_essential_amino_acid_35(X)
& fn_essential_amino_acid_35(X) != fn_essential_amino_acid_40(X)
& has_region_2(fn_essential_amino_acid_41(X),fn_essential_amino_acid_19(X))
& has_region_2(fn_essential_amino_acid_40(X),fn_essential_amino_acid_24(X))
& is_between_2(fn_essential_amino_acid_32(X),fn_essential_amino_acid_36(X))
& is_between_2(fn_essential_amino_acid_32(X),fn_essential_amino_acid_42(X))
& agent_2(fn_essential_amino_acid_11(X),fn_essential_amino_acid_42(X))
& agent_2(fn_essential_amino_acid_12(X),fn_essential_amino_acid_36(X))
& object_2(fn_essential_amino_acid_12(X),fn_essential_amino_acid_18(X))
& fn_essential_amino_acid_18(X) != fn_essential_amino_acid_43(X)
& object_2(fn_essential_amino_acid_15(X),fn_essential_amino_acid_43(X))
& object_2(fn_essential_amino_acid_15(X),fn_essential_amino_acid_18(X))
& fn_essential_amino_acid_43(X) != fn_essential_amino_acid_18(X)
& agent_2(fn_essential_amino_acid_10(X),fn_essential_amino_acid_41(X))
& agent_2(fn_essential_amino_acid_10(X),fn_essential_amino_acid_36(X))
& is_inside_2(fn_essential_amino_acid_36(X),fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_41(X) != fn_essential_amino_acid_42(X)
& fn_essential_amino_acid_42(X) != fn_essential_amino_acid_41(X)
& object_2(fn_essential_amino_acid_8(X),fn_essential_amino_acid_36(X))
& object_2(fn_essential_amino_acid_8(X),fn_essential_amino_acid_41(X))
& fn_essential_amino_acid_41(X) != fn_essential_amino_acid_36(X)
& fn_essential_amino_acid_36(X) != fn_essential_amino_acid_42(X)
& is_inside_2(fn_essential_amino_acid_42(X),fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_36(X) != fn_essential_amino_acid_41(X)
& fn_essential_amino_acid_42(X) != fn_essential_amino_acid_36(X)
& object_2(fn_essential_amino_acid_44(X),fn_essential_amino_acid_42(X))
& object_2(fn_essential_amino_acid_44(X),fn_essential_amino_acid_36(X))
& has_region_2(fn_essential_amino_acid_36(X),fn_essential_amino_acid_21(X))
& fn_essential_amino_acid_19(X) != fn_essential_amino_acid_21(X)
& fn_essential_amino_acid_21(X) != fn_essential_amino_acid_19(X)
& object_2(fn_essential_amino_acid_8(X),fn_essential_amino_acid_42(X))
& object_2(fn_essential_amino_acid_8(X),fn_essential_amino_acid_40(X))
& has_part_2(fn_essential_amino_acid_40(X),fn_essential_amino_acid_25(X))
& fn_essential_amino_acid_26(X) != fn_essential_amino_acid_25(X)
& fn_essential_amino_acid_25(X) != fn_essential_amino_acid_26(X)
& is_inside_2(fn_essential_amino_acid_35(X),fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_35(X) != fn_essential_amino_acid_42(X)
& has_region_2(fn_essential_amino_acid_42(X),fn_essential_amino_acid_19(X))
& fn_essential_amino_acid_42(X) != fn_essential_amino_acid_35(X)
& fn_essential_amino_acid_20(X) != fn_essential_amino_acid_19(X)
& fn_essential_amino_acid_19(X) != fn_essential_amino_acid_20(X)
& fn_essential_amino_acid_27(X) != fn_essential_amino_acid_24(X)
& fn_essential_amino_acid_24(X) != fn_essential_amino_acid_27(X)
& is_near_2(fn_essential_amino_acid_27(X),fn_essential_amino_acid_26(X))
& is_near_2(fn_essential_amino_acid_26(X),fn_essential_amino_acid_27(X))
& object_2(fn_essential_amino_acid_23(X),fn_essential_amino_acid_26(X))
& result_2(fn_essential_amino_acid_23(X),fn_essential_amino_acid_32(X))
& is_near_2(fn_essential_amino_acid_25(X),fn_essential_amino_acid_24(X))
& is_near_2(fn_essential_amino_acid_24(X),fn_essential_amino_acid_25(X))
& object_2(fn_essential_amino_acid_23(X),fn_essential_amino_acid_25(X))
& agent_2(fn_essential_amino_acid_22(X),fn_essential_amino_acid_32(X))
& has_function_2(fn_essential_amino_acid_32(X),fn_essential_amino_acid_22(X))
& has_part_2(fn_essential_amino_acid_39(X),fn_essential_amino_acid_26(X))
& has_region_2(fn_essential_amino_acid_39(X),fn_essential_amino_acid_27(X))
& object_2(fn_essential_amino_acid_22(X),fn_essential_amino_acid_40(X))
& agent_2(fn_essential_amino_acid_23(X),fn_essential_amino_acid_40(X))
& agent_2(fn_essential_amino_acid_23(X),fn_essential_amino_acid_39(X))
& fn_essential_amino_acid_29(X) = fn_obtain_1(fn_essential_amino_acid_28(X))
& fn_essential_amino_acid_30(X) = fn_food_3(fn_essential_amino_acid_31(X))
& fn_essential_amino_acid_35(X) = fn_molecule_11(X)
& fn_essential_amino_acid_32(X) = fn_molecule_10(X)
& X = fn_transfer_1(fn_essential_amino_acid_28(X))
& fn_essential_amino_acid_15(X) = fn_carboxyl_group_56(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_11(X) = fn_amino_acid_10(X)
& fn_essential_amino_acid_40(X) = fn_amino_acid_28(X)
& fn_essential_amino_acid_6(X) = fn_amino_acid_3(X)
& fn_essential_amino_acid_42(X) = fn_amino_acid_27(X)
& fn_essential_amino_acid_16(X) = fn_amino_acid_14(X)
& fn_essential_amino_acid_15(X) = fn_amino_acid_12(X)
& fn_essential_amino_acid_16(X) = fn_amino_acid_13(X)
& fn_essential_amino_acid_41(X) = fn_amino_acid_27(X)
& fn_essential_amino_acid_34(X) = fn_amino_acid_23(X)
& fn_essential_amino_acid_9(X) = fn_amino_acid_13(X)
& fn_essential_amino_acid_35(X) = fn_amino_acid_22(X)
& fn_essential_amino_acid_36(X) = fn_amino_acid_24(X)
& fn_essential_amino_acid_39(X) = fn_covalent_bond_20(fn_essential_amino_acid_32(X))
& fn_essential_amino_acid_39(X) = fn_amino_acid_17(X)
& fn_essential_amino_acid_20(X) = fn_amino_acid_15(X)
& fn_essential_amino_acid_42(X) = fn_amino_acid_11(X)
& fn_essential_amino_acid_17(X) = fn_amino_acid_5(X)
& fn_essential_amino_acid_13(X) = fn_amino_acid_6(X)
& fn_essential_amino_acid_7(X) = fn_amino_acid_4(X)
& fn_essential_amino_acid_14(X) = fn_amino_acid_7(X)
& fn_essential_amino_acid_33(X) = fn_amino_acid_16(X)
& fn_essential_amino_acid_37(X) = fn_amino_acid_25(X)
& fn_essential_amino_acid_40(X) = fn_amino_acid_22(X)
& fn_essential_amino_acid_35(X) = fn_amino_acid_28(X)
& fn_essential_amino_acid_41(X) = fn_amino_acid_11(X)
& X = fn_functional_group_1(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_38(X) = fn_amino_acid_26(X)
& fn_essential_amino_acid_24(X) = fn_carboxyl_group_65(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_11(X) = fn_carboxyl_group_56(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_32(X) = fn_carboxyl_group_69(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_18(X) = fn_carboxyl_group_45(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_15(X) = fn_carboxyl_group_49(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_43(X) = fn_carboxyl_group_21(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_18(X) = fn_carboxyl_group_17(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_12(X) = fn_carboxyl_group_56(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_10(X) = fn_carboxyl_group_49(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_42(X) = fn_carboxyl_group_23(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_41(X) = fn_carboxyl_group_24(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_41(X) = fn_carboxyl_group_23(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_8(X) = fn_carboxyl_group_47(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_21(X) = fn_carboxyl_group_22(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_36(X) = fn_carboxyl_group_19(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_44(X) = fn_carboxyl_group_55(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_25(X) = fn_carboxyl_group_58(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_26(X) = fn_carboxyl_group_40(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_25(X) = fn_carboxyl_group_62(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_8(X) = fn_covalent_bond_14(fn_essential_amino_acid_32(X))
& fn_essential_amino_acid_40(X) = fn_covalent_bond_19(fn_essential_amino_acid_32(X))
& fn_essential_amino_acid_40(X) = fn_carboxyl_group_25(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_8(X) = fn_carboxyl_group_67(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_20(X) = fn_covalent_bond_12(fn_essential_amino_acid_32(X))
& fn_essential_amino_acid_20(X) = fn_carboxyl_group_63(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_19(X) = fn_covalent_bond_11(fn_essential_amino_acid_32(X))
& fn_essential_amino_acid_19(X) = fn_carboxyl_group_16(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_35(X) = fn_covalent_bond_19(fn_essential_amino_acid_32(X))
& fn_essential_amino_acid_42(X) = fn_covalent_bond_20(fn_essential_amino_acid_32(X))
& fn_essential_amino_acid_42(X) = fn_carboxyl_group_24(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_35(X) = fn_carboxyl_group_25(fn_essential_amino_acid_38(X))
& fn_essential_amino_acid_39(X) = fn_share_3(fn_essential_amino_acid_23(X))
& fn_essential_amino_acid_40(X) = fn_share_1(fn_essential_amino_acid_23(X))
& fn_essential_amino_acid_40(X) = fn_hold_2(fn_essential_amino_acid_22(X))
& fn_essential_amino_acid_26(X) = fn_nitrogen_18(fn_essential_amino_acid_39(X))
& fn_essential_amino_acid_26(X) = fn_nitrogen_13(fn_essential_amino_acid_39(X))
& fn_essential_amino_acid_27(X) = fn_atom_18(fn_essential_amino_acid_39(X))
& fn_essential_amino_acid_27(X) = fn_nitrogen_10(fn_essential_amino_acid_39(X))
& fn_essential_amino_acid_27(X) = fn_covalent_bond_22(fn_essential_amino_acid_32(X))
& fn_essential_amino_acid_26(X) = fn_share_2(fn_essential_amino_acid_23(X))
& fn_essential_amino_acid_26(X) = fn_covalent_bond_18(fn_essential_amino_acid_32(X))
& fn_essential_amino_acid_24(X) = fn_covalent_bond_22(fn_essential_amino_acid_32(X))
& fn_essential_amino_acid_25(X) = fn_covalent_bond_18(fn_essential_amino_acid_32(X))
& fn_essential_amino_acid_24(X) = fn_covalent_bond_24(fn_essential_amino_acid_32(X))
& fn_essential_amino_acid_23(X) = fn_covalent_bond_17(fn_essential_amino_acid_32(X))
& fn_essential_amino_acid_25(X) = fn_covalent_bond_15(fn_essential_amino_acid_32(X))
& fn_essential_amino_acid_32(X) = fn_hold_1(fn_essential_amino_acid_22(X))
& fn_essential_amino_acid_22(X) = fn_covalent_bond_14(fn_essential_amino_acid_32(X))
& fn_amino_acid_14(X) = fn_amino_acid_14(X)
& fn_amino_acid_14(X) = fn_amino_acid_13(X)
& fn_amino_acid_13(X) = fn_amino_acid_13(X)
& fn_amino_acid_13(X) = fn_transfer_1(fn_essential_amino_acid_28(X))
& fn_transfer_1(fn_essential_amino_acid_28(X)) = fn_functional_group_1(fn_essential_amino_acid_38(X))
& fn_functional_group_1(fn_essential_amino_acid_38(X)) = fn_amino_acid_10(X)
& fn_amino_acid_10(X) = fn_carboxyl_group_56(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_56(fn_essential_amino_acid_38(X)) = fn_carboxyl_group_56(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_56(fn_essential_amino_acid_38(X)) = fn_amino_acid_12(X)
& fn_amino_acid_12(X) = fn_amino_acid_12(X)
& fn_amino_acid_12(X) = fn_carboxyl_group_49(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_49(fn_essential_amino_acid_38(X)) = fn_carboxyl_group_49(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_49(fn_essential_amino_acid_38(X)) = fn_carboxyl_group_45(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_45(fn_essential_amino_acid_38(X)) = fn_carboxyl_group_17(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_17(fn_essential_amino_acid_38(X)) = fn_carboxyl_group_17(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_17(fn_essential_amino_acid_38(X)) = fn_amino_acid_27(X)
& fn_amino_acid_27(X) = fn_carboxyl_group_24(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_24(fn_essential_amino_acid_38(X)) = fn_amino_acid_27(X)
& fn_amino_acid_27(X) = fn_amino_acid_27(X)
& fn_carboxyl_group_23(fn_essential_amino_acid_38(X)) = fn_amino_acid_24(X)
& fn_amino_acid_24(X) = fn_amino_acid_24(X)
& fn_amino_acid_24(X) = fn_carboxyl_group_19(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_19(fn_essential_amino_acid_38(X)) = fn_carboxyl_group_19(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_19(fn_essential_amino_acid_38(X)) = fn_carboxyl_group_47(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_47(fn_essential_amino_acid_38(X)) = fn_covalent_bond_14(fn_essential_amino_acid_32(X))
& fn_covalent_bond_14(fn_essential_amino_acid_32(X)) = fn_carboxyl_group_47(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_47(fn_essential_amino_acid_38(X)) = fn_carboxyl_group_47(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_47(fn_essential_amino_acid_38(X)) = fn_carboxyl_group_67(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_67(fn_essential_amino_acid_38(X)) = fn_carboxyl_group_67(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_67(fn_essential_amino_acid_38(X)) = fn_amino_acid_15(X)
& fn_amino_acid_15(X) = fn_covalent_bond_12(fn_essential_amino_acid_32(X))
& fn_covalent_bond_12(fn_essential_amino_acid_32(X)) = fn_amino_acid_15(X)
& fn_amino_acid_15(X) = fn_carboxyl_group_63(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_63(fn_essential_amino_acid_38(X)) = fn_carboxyl_group_63(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_63(fn_essential_amino_acid_38(X)) = fn_carboxyl_group_16(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_16(fn_essential_amino_acid_38(X)) = fn_carboxyl_group_16(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_16(fn_essential_amino_acid_38(X)) = fn_covalent_bond_11(fn_essential_amino_acid_32(X))
& fn_covalent_bond_11(fn_essential_amino_acid_32(X)) = fn_carboxyl_group_16(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_16(fn_essential_amino_acid_38(X)) = fn_amino_acid_27(X)
& fn_amino_acid_27(X) = fn_covalent_bond_20(fn_essential_amino_acid_32(X))
& fn_covalent_bond_20(fn_essential_amino_acid_32(X)) = fn_amino_acid_27(X)
& fn_amino_acid_27(X) = fn_amino_acid_11(X)
& fn_amino_acid_11(X) = fn_amino_acid_11(X)
& fn_amino_acid_11(X) = fn_carboxyl_group_23(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_23(fn_essential_amino_acid_38(X)) = fn_carboxyl_group_23(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_24(fn_essential_amino_acid_38(X)) = fn_carboxyl_group_23(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_23(fn_essential_amino_acid_38(X)) = fn_carboxyl_group_24(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_24(fn_essential_amino_acid_38(X)) = fn_carboxyl_group_24(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_24(fn_essential_amino_acid_38(X)) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_covalent_bond_19(fn_essential_amino_acid_32(X))
& fn_amino_acid_22(X) = fn_covalent_bond_19(fn_essential_amino_acid_32(X))
& fn_covalent_bond_19(fn_essential_amino_acid_32(X)) = fn_amino_acid_22(X)
& fn_amino_acid_22(X) = fn_amino_acid_28(X)
& fn_amino_acid_28(X) = fn_amino_acid_28(X)
& fn_carboxyl_group_25(fn_essential_amino_acid_38(X)) = fn_amino_acid_28(X)
& fn_amino_acid_28(X) = fn_carboxyl_group_25(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_25(fn_essential_amino_acid_38(X)) = fn_covalent_bond_19(fn_essential_amino_acid_32(X))
& fn_amino_acid_28(X) = fn_covalent_bond_19(fn_essential_amino_acid_32(X))
& fn_covalent_bond_19(fn_essential_amino_acid_32(X)) = fn_covalent_bond_19(fn_essential_amino_acid_32(X))
& fn_covalent_bond_19(fn_essential_amino_acid_32(X)) = fn_amino_acid_28(X)
& fn_amino_acid_28(X) = fn_amino_acid_22(X)
& fn_amino_acid_22(X) = fn_amino_acid_22(X)
& fn_amino_acid_22(X) = fn_carboxyl_group_25(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_25(fn_essential_amino_acid_38(X)) = fn_carboxyl_group_25(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_25(fn_essential_amino_acid_38(X)) = fn_share_1(fn_essential_amino_acid_23(X))
& fn_share_1(fn_essential_amino_acid_23(X)) = fn_share_1(fn_essential_amino_acid_23(X))
& fn_share_1(fn_essential_amino_acid_23(X)) = fn_hold_2(fn_essential_amino_acid_22(X))
& fn_hold_2(fn_essential_amino_acid_22(X)) = fn_covalent_bond_20(fn_essential_amino_acid_32(X))
& fn_covalent_bond_20(fn_essential_amino_acid_32(X)) = fn_covalent_bond_20(fn_essential_amino_acid_32(X))
& fn_amino_acid_17(X) = fn_covalent_bond_20(fn_essential_amino_acid_32(X))
& fn_covalent_bond_20(fn_essential_amino_acid_32(X)) = fn_amino_acid_17(X)
& fn_amino_acid_17(X) = fn_amino_acid_17(X)
& fn_amino_acid_17(X) = fn_share_3(fn_essential_amino_acid_23(X))
& fn_share_3(fn_essential_amino_acid_23(X)) = fn_atom_18(fn_essential_amino_acid_39(X))
& fn_atom_18(fn_essential_amino_acid_39(X)) = fn_nitrogen_10(fn_essential_amino_acid_39(X))
& fn_nitrogen_10(fn_essential_amino_acid_39(X)) = fn_nitrogen_10(fn_essential_amino_acid_39(X))
& fn_nitrogen_10(fn_essential_amino_acid_39(X)) = fn_covalent_bond_22(fn_essential_amino_acid_32(X))
& fn_covalent_bond_22(fn_essential_amino_acid_32(X)) = fn_covalent_bond_22(fn_essential_amino_acid_32(X))
& fn_covalent_bond_22(fn_essential_amino_acid_32(X)) = fn_carboxyl_group_40(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_40(fn_essential_amino_acid_38(X)) = fn_share_2(fn_essential_amino_acid_23(X))
& fn_share_2(fn_essential_amino_acid_23(X)) = fn_carboxyl_group_40(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_40(fn_essential_amino_acid_38(X)) = fn_carboxyl_group_40(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_40(fn_essential_amino_acid_38(X)) = fn_nitrogen_18(fn_essential_amino_acid_39(X))
& fn_nitrogen_18(fn_essential_amino_acid_39(X)) = fn_nitrogen_18(fn_essential_amino_acid_39(X))
& fn_nitrogen_18(fn_essential_amino_acid_39(X)) = fn_nitrogen_13(fn_essential_amino_acid_39(X))
& fn_nitrogen_13(fn_essential_amino_acid_39(X)) = fn_nitrogen_13(fn_essential_amino_acid_39(X))
& fn_nitrogen_13(fn_essential_amino_acid_39(X)) = fn_covalent_bond_18(fn_essential_amino_acid_32(X))
& fn_covalent_bond_18(fn_essential_amino_acid_32(X)) = fn_covalent_bond_22(fn_essential_amino_acid_32(X))
& fn_carboxyl_group_65(fn_essential_amino_acid_38(X)) = fn_covalent_bond_22(fn_essential_amino_acid_32(X))
& fn_covalent_bond_22(fn_essential_amino_acid_32(X)) = fn_carboxyl_group_65(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_65(fn_essential_amino_acid_38(X)) = fn_covalent_bond_24(fn_essential_amino_acid_32(X))
& fn_covalent_bond_24(fn_essential_amino_acid_32(X)) = fn_covalent_bond_24(fn_essential_amino_acid_32(X))
& fn_covalent_bond_24(fn_essential_amino_acid_32(X)) = fn_carboxyl_group_58(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_58(fn_essential_amino_acid_38(X)) = fn_covalent_bond_18(fn_essential_amino_acid_32(X))
& fn_covalent_bond_18(fn_essential_amino_acid_32(X)) = fn_covalent_bond_18(fn_essential_amino_acid_32(X))
& fn_covalent_bond_18(fn_essential_amino_acid_32(X)) = fn_carboxyl_group_58(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_58(fn_essential_amino_acid_38(X)) = fn_carboxyl_group_62(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_62(fn_essential_amino_acid_38(X)) = fn_carboxyl_group_62(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_62(fn_essential_amino_acid_38(X)) = fn_covalent_bond_15(fn_essential_amino_acid_32(X))
& fn_covalent_bond_15(fn_essential_amino_acid_32(X)) = fn_covalent_bond_15(fn_essential_amino_acid_32(X))
& fn_covalent_bond_15(fn_essential_amino_acid_32(X)) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_hold_1(fn_essential_amino_acid_22(X))
& fn_hold_1(fn_essential_amino_acid_22(X)) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_carboxyl_group_69(fn_essential_amino_acid_38(X))
& fn_carboxyl_group_69(fn_essential_amino_acid_38(X)) = fn_carboxyl_group_69(fn_essential_amino_acid_38(X)) ) ) ).
fof(a529379,axiom,
! [X] :
( essential_chemical_element_for_life_1(X)
=> ( original_name_2(X,'Essential-Chemical-Element-For-Life')
& user_description_2(X,'The essential chemical elements for life are carbon, calcium, hydrogen, nitrogen, oxygen, phosphorus, potassium, sulfur.')
& concept2words_2(X,'chemical elements essential for life')
& concept2words_2(X,'chemical elements important for life')
& concept2words_2(X,'essential chemical element for life')
& concept2words_2(X,'essential-chemical-element-for-life')
& chemical_element_1(X)
& life_cycle_1(fn_essential_chemical_element_for_life_1(X))
& raw_material_2(fn_essential_chemical_element_for_life_1(X),X) ) ) ).
fof(a529380,axiom,
! [X] :
( essential_chemical_entity_1(X)
=> ( original_name_2(X,'Essential-Chemical-Entity')
& user_description_2(X,'In plants, a chemical element required for the plant to grow from a seed and complete its lifecycle, producing another generation in the form of seeds.')
& concept2words_2(X,'essential chemical entity')
& concept2words_2(X,'essential-chemical-entity')
& chemical_entity_1(X) ) ) ).
fof(a529381,axiom,
! [X] :
( essential_fatty_acid_1(X)
=> ( original_name_2(X,'Essential-Fatty-Acid')
& user_description_2(X,'A fatty acid that an animal requires but cannot synthesize. It therefore must be obtained in the diet.')
& concept2words_2(X,'essential fatty acid')
& concept2words_2(X,'essential-fatty-acid')
& fatty_acid_1(X)
& nutrient_1(fn_essential_fatty_acid_1(X))
& nutrition_1(fn_essential_fatty_acid_2(X))
& organism_1(fn_essential_fatty_acid_3(X))
& nutritional_requirement_1(fn_essential_fatty_acid_4(X))
& atomic_nucleus_1(fn_essential_fatty_acid_5(X))
& share_1(fn_essential_fatty_acid_6(X))
& share_1(fn_essential_fatty_acid_7(X))
& share_1(fn_essential_fatty_acid_8(X))
& hold_together_1(fn_essential_fatty_acid_9(X))
& hold_1(fn_essential_fatty_acid_10(X))
& hold_together_1(fn_essential_fatty_acid_10(X))
& hold_1(fn_essential_fatty_acid_11(X))
& hold_together_1(fn_essential_fatty_acid_11(X))
& electron_shell_1(fn_essential_fatty_acid_12(X))
& atomic_nucleus_1(fn_essential_fatty_acid_13(X))
& center_1(fn_essential_fatty_acid_14(X))
& first_electron_shell_1(fn_essential_fatty_acid_15(X))
& entity_1(fn_essential_fatty_acid_16(X))
& tangible_entity_1(fn_essential_fatty_acid_16(X))
& electron_1(fn_essential_fatty_acid_16(X))
& valence_electron_1(fn_essential_fatty_acid_16(X))
& attract_1(fn_essential_fatty_acid_17(X))
& center_1(fn_essential_fatty_acid_18(X))
& tangible_entity_1(fn_essential_fatty_acid_19(X))
& entity_1(fn_essential_fatty_acid_19(X))
& chemical_entity_1(fn_essential_fatty_acid_19(X))
& atom_1(fn_essential_fatty_acid_19(X))
& carbon_1(fn_essential_fatty_acid_19(X))
& entity_1(fn_essential_fatty_acid_20(X))
& chemical_entity_1(fn_essential_fatty_acid_20(X))
& atom_1(fn_essential_fatty_acid_20(X))
& hydrogen_1(fn_essential_fatty_acid_20(X))
& atom_1(fn_essential_fatty_acid_21(X))
& chemical_entity_1(fn_essential_fatty_acid_21(X))
& entity_1(fn_essential_fatty_acid_21(X))
& tangible_entity_1(fn_essential_fatty_acid_21(X))
& oxygen_1(fn_essential_fatty_acid_21(X))
& atom_1(fn_essential_fatty_acid_22(X))
& chemical_entity_1(fn_essential_fatty_acid_22(X))
& entity_1(fn_essential_fatty_acid_22(X))
& tangible_entity_1(fn_essential_fatty_acid_22(X))
& oxygen_1(fn_essential_fatty_acid_22(X))
& tangible_entity_1(fn_essential_fatty_acid_23(X))
& entity_1(fn_essential_fatty_acid_23(X))
& chemical_entity_1(fn_essential_fatty_acid_23(X))
& atom_1(fn_essential_fatty_acid_23(X))
& carbon_1(fn_essential_fatty_acid_23(X))
& carbon_skeleton_1(fn_essential_fatty_acid_24(X))
& functional_group_1(fn_essential_fatty_acid_25(X))
& carboxyl_group_1(fn_essential_fatty_acid_25(X))
& end_1(fn_essential_fatty_acid_26(X))
& entity_1(fn_essential_fatty_acid_27(X))
& proton_1(fn_essential_fatty_acid_27(X))
& hold_1(fn_essential_fatty_acid_28(X))
& hold_together_1(fn_essential_fatty_acid_28(X))
& share_1(fn_essential_fatty_acid_29(X))
& center_1(fn_essential_fatty_acid_30(X))
& second_electron_shell_1(fn_essential_fatty_acid_31(X))
& entity_1(fn_essential_fatty_acid_32(X))
& proton_1(fn_essential_fatty_acid_32(X))
& s_orbital_1(fn_essential_fatty_acid_33(X))
& p_orbital_1(fn_essential_fatty_acid_34(X))
& electron_shell_1(fn_essential_fatty_acid_35(X))
& center_1(fn_essential_fatty_acid_36(X))
& atomic_nucleus_1(fn_essential_fatty_acid_37(X))
& entity_1(fn_essential_fatty_acid_38(X))
& tangible_entity_1(fn_essential_fatty_acid_38(X))
& electron_1(fn_essential_fatty_acid_38(X))
& valence_electron_1(fn_essential_fatty_acid_38(X))
& tangible_entity_1(fn_essential_fatty_acid_39(X))
& electron_1(fn_essential_fatty_acid_39(X))
& entity_1(fn_essential_fatty_acid_39(X))
& valence_electron_1(fn_essential_fatty_acid_39(X))
& electron_shell_1(fn_essential_fatty_acid_40(X))
& first_electron_shell_1(fn_essential_fatty_acid_40(X))
& entity_1(fn_essential_fatty_acid_41(X))
& tangible_entity_1(fn_essential_fatty_acid_41(X))
& electron_1(fn_essential_fatty_acid_41(X))
& valence_electron_1(fn_essential_fatty_acid_41(X))
& atomic_nucleus_1(fn_essential_fatty_acid_42(X))
& chemical_entity_1(fn_functional_group_1(fn_essential_fatty_acid_25(X)))
& s_orbital_1(fn_second_electron_shell_5(fn_essential_fatty_acid_31(X)))
& p_orbital_1(fn_second_electron_shell_1(fn_essential_fatty_acid_31(X)))
& entity_1(fn_carboxyl_group_42(fn_essential_fatty_acid_25(X)))
& proton_1(fn_carboxyl_group_42(fn_essential_fatty_acid_25(X)))
& attract_1(fn_carboxyl_group_30(fn_essential_fatty_acid_25(X)))
& first_electron_shell_1(fn_second_electron_shell_21(fn_essential_fatty_acid_31(X)))
& entity_1(fn_carboxyl_group_38(fn_essential_fatty_acid_25(X)))
& proton_1(fn_carboxyl_group_38(fn_essential_fatty_acid_25(X)))
& atomic_nucleus_1(fn_second_electron_shell_14(fn_essential_fatty_acid_31(X)))
& center_1(fn_second_electron_shell_9(fn_essential_fatty_acid_31(X)))
& center_1(fn_carboxyl_group_20(fn_essential_fatty_acid_25(X)))
& share_1(fn_carboxyl_group_49(fn_essential_fatty_acid_25(X)))
& electron_1(fn_carboxyl_group_40(fn_essential_fatty_acid_25(X)))
& valence_electron_1(fn_carboxyl_group_40(fn_essential_fatty_acid_25(X)))
& electron_1(fn_carboxyl_group_45(fn_essential_fatty_acid_25(X)))
& valence_electron_1(fn_carboxyl_group_45(fn_essential_fatty_acid_25(X)))
& atomic_nucleus_1(fn_carboxyl_group_57(fn_essential_fatty_acid_25(X)))
& atom_1(fn_second_electron_shell_13(fn_essential_fatty_acid_31(X)))
& entity_1(fn_carboxyl_group_25(fn_essential_fatty_acid_25(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_essential_fatty_acid_25(X)))
& atom_1(fn_carboxyl_group_25(fn_essential_fatty_acid_25(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_essential_fatty_acid_25(X)))
& tangible_entity_1(fn_carboxyl_group_58(fn_essential_fatty_acid_25(X)))
& electron_1(fn_carboxyl_group_58(fn_essential_fatty_acid_25(X)))
& valence_electron_1(fn_carboxyl_group_58(fn_essential_fatty_acid_25(X)))
& share_1(fn_carboxyl_group_56(fn_essential_fatty_acid_25(X)))
& atomic_nucleus_1(fn_carboxyl_group_46(fn_essential_fatty_acid_25(X)))
& atomic_nucleus_1(fn_carboxyl_group_48(fn_essential_fatty_acid_25(X)))
& entity_1(fn_carboxyl_group_21(fn_essential_fatty_acid_25(X)))
& valence_electron_1(fn_carboxyl_group_21(fn_essential_fatty_acid_25(X)))
& entity_1(fn_carboxyl_group_17(fn_essential_fatty_acid_25(X)))
& tangible_entity_1(fn_carboxyl_group_17(fn_essential_fatty_acid_25(X)))
& electron_1(fn_carboxyl_group_17(fn_essential_fatty_acid_25(X)))
& valence_electron_1(fn_carboxyl_group_17(fn_essential_fatty_acid_25(X)))
& entity_1(fn_carboxyl_group_19(fn_essential_fatty_acid_25(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_essential_fatty_acid_25(X)))
& atom_1(fn_carboxyl_group_19(fn_essential_fatty_acid_25(X)))
& carbon_1(fn_carboxyl_group_19(fn_essential_fatty_acid_25(X)))
& hold_together_1(fn_carboxyl_group_55(fn_essential_fatty_acid_25(X)))
& oxygen_1(fn_carboxyl_group_24(fn_essential_fatty_acid_25(X)))
& hold_together_1(fn_carboxyl_group_47(fn_essential_fatty_acid_25(X)))
& hold_together_1(fn_carboxyl_group_67(fn_essential_fatty_acid_25(X)))
& electron_shell_1(fn_carboxyl_group_16(fn_essential_fatty_acid_25(X)))
& center_1(fn_carboxyl_group_64(fn_essential_fatty_acid_25(X)))
& center_1(fn_carboxyl_group_18(fn_essential_fatty_acid_25(X)))
& oxygen_1(fn_carboxyl_group_23(fn_essential_fatty_acid_25(X)))
& fn_essential_fatty_acid_35(X) != fn_essential_fatty_acid_31(X)
& element_2(fn_essential_fatty_acid_4(X),X)
& plays_2(X,fn_essential_fatty_acid_1(X))
& fn_essential_fatty_acid_31(X) != fn_essential_fatty_acid_35(X)
& beneficiary_2(fn_essential_fatty_acid_2(X),fn_essential_fatty_acid_3(X))
& base_2(fn_essential_fatty_acid_2(X),fn_essential_fatty_acid_3(X))
& in_event_2(fn_essential_fatty_acid_1(X),fn_essential_fatty_acid_2(X))
& is_at_2(fn_essential_fatty_acid_19(X),fn_essential_fatty_acid_26(X))
& is_inside_2(fn_essential_fatty_acid_23(X),fn_essential_fatty_acid_24(X))
& has_part_2(X,fn_essential_fatty_acid_19(X))
& has_region_2(fn_essential_fatty_acid_23(X),fn_essential_fatty_acid_18(X))
& object_2(fn_essential_fatty_acid_11(X),fn_essential_fatty_acid_22(X))
& is_inside_2(fn_essential_fatty_acid_42(X),fn_essential_fatty_acid_15(X))
& object_2(fn_essential_fatty_acid_28(X),fn_essential_fatty_acid_20(X))
& object_2(fn_essential_fatty_acid_28(X),fn_essential_fatty_acid_19(X))
& has_part_2(fn_essential_fatty_acid_19(X),fn_essential_fatty_acid_32(X))
& is_at_2(fn_essential_fatty_acid_37(X),fn_essential_fatty_acid_36(X))
& fn_essential_fatty_acid_30(X) != fn_essential_fatty_acid_36(X)
& fn_essential_fatty_acid_36(X) != fn_essential_fatty_acid_30(X)
& object_2(fn_essential_fatty_acid_10(X),fn_essential_fatty_acid_22(X))
& object_2(fn_essential_fatty_acid_10(X),fn_essential_fatty_acid_23(X))
& agent_2(fn_essential_fatty_acid_7(X),fn_essential_fatty_acid_23(X))
& has_part_2(X,fn_essential_fatty_acid_21(X))
& agent_2(fn_essential_fatty_acid_29(X),fn_essential_fatty_acid_21(X))
& agent_2(fn_essential_fatty_acid_29(X),fn_essential_fatty_acid_23(X))
& fn_essential_fatty_acid_23(X) != fn_essential_fatty_acid_20(X)
& fn_essential_fatty_acid_20(X) != fn_essential_fatty_acid_23(X)
& agent_2(fn_essential_fatty_acid_8(X),fn_essential_fatty_acid_22(X))
& agent_2(fn_essential_fatty_acid_8(X),fn_essential_fatty_acid_23(X))
& is_at_2(fn_essential_fatty_acid_23(X),fn_essential_fatty_acid_26(X))
& has_region_2(X,fn_essential_fatty_acid_26(X))
& has_part_2(X,fn_essential_fatty_acid_20(X))
& has_part_2(X,fn_essential_fatty_acid_22(X))
& has_region_2(X,fn_essential_fatty_acid_25(X))
& is_inside_2(fn_essential_fatty_acid_23(X),fn_essential_fatty_acid_25(X))
& object_2(fn_essential_fatty_acid_11(X),fn_essential_fatty_acid_23(X))
& object_2(fn_essential_fatty_acid_11(X),fn_essential_fatty_acid_21(X))
& agent_2(fn_essential_fatty_acid_7(X),fn_essential_fatty_acid_22(X))
& object_2(fn_essential_fatty_acid_7(X),fn_essential_fatty_acid_39(X))
& object_2(fn_essential_fatty_acid_8(X),fn_essential_fatty_acid_39(X))
& fn_essential_fatty_acid_41(X) != fn_essential_fatty_acid_39(X)
& fn_essential_fatty_acid_39(X) != fn_essential_fatty_acid_41(X)
& has_region_2(fn_essential_fatty_acid_19(X),fn_essential_fatty_acid_15(X))
& object_2(fn_essential_fatty_acid_9(X),fn_essential_fatty_acid_19(X))
& object_2(fn_essential_fatty_acid_9(X),fn_essential_fatty_acid_22(X))
& fn_essential_fatty_acid_15(X) != fn_essential_fatty_acid_35(X)
& fn_essential_fatty_acid_35(X) != fn_essential_fatty_acid_15(X)
& agent_2(fn_essential_fatty_acid_7(X),fn_essential_fatty_acid_21(X))
& object_2(fn_essential_fatty_acid_7(X),fn_essential_fatty_acid_41(X))
& object_2(fn_essential_fatty_acid_8(X),fn_essential_fatty_acid_41(X))
& agent_2(fn_essential_fatty_acid_8(X),fn_essential_fatty_acid_21(X))
& object_2(fn_essential_fatty_acid_10(X),fn_essential_fatty_acid_21(X))
& has_region_2(fn_essential_fatty_acid_21(X),fn_essential_fatty_acid_40(X))
& has_region_2(fn_essential_fatty_acid_21(X),fn_essential_fatty_acid_18(X))
& fn_essential_fatty_acid_18(X) != fn_essential_fatty_acid_36(X)
& fn_essential_fatty_acid_12(X) != fn_essential_fatty_acid_40(X)
& fn_essential_fatty_acid_40(X) != fn_essential_fatty_acid_12(X)
& fn_essential_fatty_acid_36(X) != fn_essential_fatty_acid_18(X)
& object_2(fn_essential_fatty_acid_6(X),fn_essential_fatty_acid_38(X))
& object_2(fn_essential_fatty_acid_29(X),fn_essential_fatty_acid_38(X))
& object_2(fn_essential_fatty_acid_29(X),fn_essential_fatty_acid_16(X))
& fn_essential_fatty_acid_39(X) != fn_essential_fatty_acid_38(X)
& fn_essential_fatty_acid_38(X) != fn_essential_fatty_acid_39(X)
& fn_essential_fatty_acid_40(X) != fn_essential_fatty_acid_31(X)
& fn_essential_fatty_acid_31(X) != fn_essential_fatty_acid_40(X)
& fn_essential_fatty_acid_15(X) != fn_essential_fatty_acid_40(X)
& fn_essential_fatty_acid_12(X) != fn_essential_fatty_acid_15(X)
& fn_essential_fatty_acid_15(X) != fn_essential_fatty_acid_12(X)
& fn_essential_fatty_acid_40(X) != fn_essential_fatty_acid_15(X)
& agent_2(fn_essential_fatty_acid_6(X),fn_essential_fatty_acid_22(X))
& agent_2(fn_essential_fatty_acid_6(X),fn_essential_fatty_acid_19(X))
& has_region_2(fn_essential_fatty_acid_19(X),fn_essential_fatty_acid_14(X))
& fn_essential_fatty_acid_18(X) != fn_essential_fatty_acid_14(X)
& fn_essential_fatty_acid_14(X) != fn_essential_fatty_acid_18(X)
& has_part_2(X,fn_essential_fatty_acid_23(X))
& fn_essential_fatty_acid_23(X) != fn_essential_fatty_acid_19(X)
& has_region_2(fn_essential_fatty_acid_19(X),fn_essential_fatty_acid_31(X))
& fn_essential_fatty_acid_19(X) != fn_essential_fatty_acid_23(X)
& fn_essential_fatty_acid_12(X) != fn_essential_fatty_acid_31(X)
& fn_essential_fatty_acid_31(X) != fn_essential_fatty_acid_12(X)
& has_region_2(X,fn_essential_fatty_acid_24(X))
& is_inside_2(fn_essential_fatty_acid_19(X),fn_essential_fatty_acid_24(X))
& fn_essential_fatty_acid_19(X) != fn_essential_fatty_acid_20(X)
& fn_essential_fatty_acid_20(X) != fn_essential_fatty_acid_19(X)
& fn_essential_fatty_acid_22(X) != fn_essential_fatty_acid_20(X)
& fn_essential_fatty_acid_20(X) != fn_essential_fatty_acid_22(X)
& has_region_2(fn_essential_fatty_acid_23(X),fn_essential_fatty_acid_5(X))
& has_region_2(fn_essential_fatty_acid_23(X),fn_essential_fatty_acid_30(X))
& is_inside_2(fn_essential_fatty_acid_40(X),fn_essential_fatty_acid_31(X))
& fn_essential_fatty_acid_14(X) != fn_essential_fatty_acid_36(X)
& fn_essential_fatty_acid_36(X) != fn_essential_fatty_acid_14(X)
& fn_essential_fatty_acid_14(X) != fn_essential_fatty_acid_30(X)
& fn_essential_fatty_acid_30(X) != fn_essential_fatty_acid_14(X)
& has_region_2(fn_essential_fatty_acid_19(X),fn_essential_fatty_acid_30(X))
& is_inside_2(fn_essential_fatty_acid_19(X),fn_essential_fatty_acid_25(X))
& is_near_2(fn_essential_fatty_acid_5(X),fn_essential_fatty_acid_41(X))
& is_near_2(fn_essential_fatty_acid_41(X),fn_essential_fatty_acid_5(X))
& fn_essential_fatty_acid_5(X) != fn_essential_fatty_acid_13(X)
& fn_essential_fatty_acid_13(X) != fn_essential_fatty_acid_42(X)
& fn_essential_fatty_acid_13(X) != fn_essential_fatty_acid_5(X)
& fn_essential_fatty_acid_42(X) != fn_essential_fatty_acid_13(X)
& is_at_2(fn_essential_fatty_acid_42(X),fn_essential_fatty_acid_14(X))
& is_near_2(fn_essential_fatty_acid_13(X),fn_essential_fatty_acid_16(X))
& is_near_2(fn_essential_fatty_acid_16(X),fn_essential_fatty_acid_13(X))
& fn_essential_fatty_acid_30(X) != fn_essential_fatty_acid_18(X)
& is_at_2(fn_essential_fatty_acid_13(X),fn_essential_fatty_acid_30(X))
& fn_essential_fatty_acid_18(X) != fn_essential_fatty_acid_30(X)
& is_at_2(fn_essential_fatty_acid_5(X),fn_essential_fatty_acid_18(X))
& fn_essential_fatty_acid_38(X) != fn_essential_fatty_acid_16(X)
& fn_essential_fatty_acid_16(X) != fn_essential_fatty_acid_41(X)
& fn_essential_fatty_acid_41(X) != fn_essential_fatty_acid_16(X)
& fn_essential_fatty_acid_16(X) != fn_essential_fatty_acid_38(X)
& is_near_2(fn_essential_fatty_acid_38(X),fn_essential_fatty_acid_42(X))
& is_near_2(fn_essential_fatty_acid_42(X),fn_essential_fatty_acid_38(X))
& fn_essential_fatty_acid_42(X) != fn_essential_fatty_acid_37(X)
& is_near_2(fn_essential_fatty_acid_37(X),fn_essential_fatty_acid_39(X))
& is_near_2(fn_essential_fatty_acid_39(X),fn_essential_fatty_acid_37(X))
& fn_essential_fatty_acid_37(X) != fn_essential_fatty_acid_5(X)
& is_inside_2(fn_essential_fatty_acid_32(X),fn_essential_fatty_acid_42(X))
& fn_essential_fatty_acid_37(X) != fn_essential_fatty_acid_42(X)
& fn_essential_fatty_acid_5(X) != fn_essential_fatty_acid_37(X)
& fn_essential_fatty_acid_21(X) != fn_essential_fatty_acid_23(X)
& has_region_2(fn_essential_fatty_acid_21(X),fn_essential_fatty_acid_30(X))
& fn_essential_fatty_acid_23(X) != fn_essential_fatty_acid_21(X)
& has_part_2(fn_essential_fatty_acid_23(X),fn_essential_fatty_acid_41(X))
& object_2(fn_essential_fatty_acid_29(X),fn_essential_fatty_acid_41(X))
& agent_2(fn_essential_fatty_acid_29(X),fn_essential_fatty_acid_19(X))
& fn_essential_fatty_acid_19(X) != fn_essential_fatty_acid_22(X)
& fn_essential_fatty_acid_22(X) != fn_essential_fatty_acid_23(X)
& has_region_2(fn_essential_fatty_acid_19(X),fn_essential_fatty_acid_42(X))
& fn_essential_fatty_acid_22(X) != fn_essential_fatty_acid_19(X)
& fn_essential_fatty_acid_23(X) != fn_essential_fatty_acid_22(X)
& agent_2(fn_essential_fatty_acid_6(X),fn_essential_fatty_acid_23(X))
& agent_2(fn_essential_fatty_acid_6(X),fn_essential_fatty_acid_21(X))
& fn_essential_fatty_acid_21(X) != fn_essential_fatty_acid_22(X)
& has_region_2(fn_essential_fatty_acid_21(X),fn_essential_fatty_acid_12(X))
& fn_essential_fatty_acid_22(X) != fn_essential_fatty_acid_21(X)
& has_part_2(fn_essential_fatty_acid_22(X),fn_essential_fatty_acid_39(X))
& object_2(fn_essential_fatty_acid_29(X),fn_essential_fatty_acid_39(X))
& agent_2(fn_essential_fatty_acid_29(X),fn_essential_fatty_acid_22(X))
& object_2(fn_essential_fatty_acid_9(X),fn_essential_fatty_acid_23(X))
& has_part_2(fn_essential_fatty_acid_23(X),fn_essential_fatty_acid_27(X))
& agent_2(fn_essential_fatty_acid_17(X),fn_essential_fatty_acid_27(X))
& object_2(fn_essential_fatty_acid_17(X),fn_essential_fatty_acid_41(X))
& object_2(fn_essential_fatty_acid_6(X),fn_essential_fatty_acid_41(X))
& fn_essential_fatty_acid_21(X) != fn_essential_fatty_acid_20(X)
& fn_essential_fatty_acid_20(X) != fn_essential_fatty_acid_21(X)
& has_region_2(fn_essential_fatty_acid_21(X),fn_essential_fatty_acid_13(X))
& object_2(fn_essential_fatty_acid_28(X),fn_essential_fatty_acid_21(X))
& object_2(fn_essential_fatty_acid_28(X),fn_essential_fatty_acid_23(X))
& object_2(fn_essential_fatty_acid_9(X),fn_essential_fatty_acid_20(X))
& is_inside_2(fn_essential_fatty_acid_20(X),fn_essential_fatty_acid_25(X))
& is_inside_2(fn_essential_fatty_acid_21(X),fn_essential_fatty_acid_25(X))
& has_part_2(fn_essential_fatty_acid_21(X),fn_essential_fatty_acid_16(X))
& object_2(fn_essential_fatty_acid_6(X),fn_essential_fatty_acid_16(X))
& has_region_2(fn_essential_fatty_acid_22(X),fn_essential_fatty_acid_37(X))
& is_inside_2(fn_essential_fatty_acid_22(X),fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_19(X) != fn_essential_fatty_acid_21(X)
& has_part_2(fn_essential_fatty_acid_19(X),fn_essential_fatty_acid_38(X))
& fn_essential_fatty_acid_21(X) != fn_essential_fatty_acid_19(X)
& object_2(fn_essential_fatty_acid_28(X),fn_essential_fatty_acid_22(X))
& object_2(fn_essential_fatty_acid_9(X),fn_essential_fatty_acid_21(X))
& has_region_2(fn_essential_fatty_acid_22(X),fn_essential_fatty_acid_35(X))
& has_region_2(fn_essential_fatty_acid_22(X),fn_essential_fatty_acid_36(X))
& has_region_2(fn_essential_fatty_acid_23(X),fn_essential_fatty_acid_40(X))
& has_region_2(fn_essential_fatty_acid_23(X),fn_essential_fatty_acid_31(X))
& fn_essential_fatty_acid_11(X) = fn_fatty_acid_41(X)
& fn_essential_fatty_acid_42(X) = fn_fatty_acid_37(X)
& fn_essential_fatty_acid_32(X) = fn_fatty_acid_35(X)
& fn_essential_fatty_acid_28(X) = fn_fatty_acid_41(X)
& fn_essential_fatty_acid_37(X) = fn_fatty_acid_19(X)
& fn_essential_fatty_acid_36(X) = fn_fatty_acid_17(X)
& fn_essential_fatty_acid_30(X) = fn_fatty_acid_38(X)
& fn_essential_fatty_acid_7(X) = fn_fatty_acid_63(X)
& fn_essential_fatty_acid_10(X) = fn_fatty_acid_12(X)
& fn_essential_fatty_acid_10(X) = fn_fatty_acid_11(X)
& fn_essential_fatty_acid_26(X) = fn_fatty_acid_3(X)
& fn_essential_fatty_acid_8(X) = fn_fatty_acid_40(X)
& fn_essential_fatty_acid_11(X) = fn_carboxylic_acid_25(X)
& fn_essential_fatty_acid_11(X) = fn_fatty_acid_66(X)
& fn_essential_fatty_acid_23(X) = fn_organic_acid_14(X)
& fn_essential_fatty_acid_23(X) = fn_carboxylic_acid_9(X)
& X = fn_functional_group_1(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_25(X) = fn_organic_acid_11(X)
& fn_essential_fatty_acid_25(X) = fn_carboxylic_acid_6(X)
& fn_essential_fatty_acid_25(X) = fn_fatty_acid_43(X)
& fn_essential_fatty_acid_8(X) = fn_fatty_acid_64(X)
& fn_essential_fatty_acid_41(X) = fn_fatty_acid_58(X)
& fn_essential_fatty_acid_39(X) = fn_fatty_acid_26(X)
& fn_essential_fatty_acid_7(X) = fn_fatty_acid_15(X)
& fn_essential_fatty_acid_22(X) = fn_fatty_acid_31(X)
& fn_essential_fatty_acid_9(X) = fn_fatty_acid_32(X)
& fn_essential_fatty_acid_35(X) = fn_fatty_acid_20(X)
& fn_essential_fatty_acid_10(X) = fn_fatty_acid_66(X)
& fn_essential_fatty_acid_21(X) = fn_fatty_acid_21(X)
& fn_essential_fatty_acid_8(X) = fn_fatty_acid_63(X)
& fn_essential_fatty_acid_41(X) = fn_fatty_acid_62(X)
& fn_essential_fatty_acid_7(X) = fn_carboxylic_acid_3(X)
& fn_essential_fatty_acid_21(X) = fn_carboxylic_acid_4(X)
& fn_essential_fatty_acid_7(X) = fn_fatty_acid_16(X)
& fn_essential_fatty_acid_36(X) = fn_fatty_acid_57(X)
& fn_essential_fatty_acid_18(X) = fn_fatty_acid_38(X)
& fn_essential_fatty_acid_21(X) = fn_fatty_acid_31(X)
& fn_essential_fatty_acid_16(X) = fn_fatty_acid_26(X)
& fn_essential_fatty_acid_29(X) = fn_fatty_acid_14(X)
& fn_essential_fatty_acid_39(X) = fn_fatty_acid_62(X)
& fn_essential_fatty_acid_38(X) = fn_fatty_acid_58(X)
& fn_essential_fatty_acid_12(X) = fn_fatty_acid_61(X)
& fn_essential_fatty_acid_15(X) = fn_fatty_acid_24(X)
& fn_essential_fatty_acid_40(X) = fn_fatty_acid_22(X)
& fn_essential_fatty_acid_14(X) = fn_fatty_acid_38(X)
& fn_essential_fatty_acid_18(X) = fn_fatty_acid_17(X)
& fn_essential_fatty_acid_14(X) = fn_fatty_acid_36(X)
& fn_essential_fatty_acid_6(X) = fn_fatty_acid_16(X)
& fn_essential_fatty_acid_6(X) = fn_fatty_acid_64(X)
& fn_essential_fatty_acid_12(X) = fn_fatty_acid_20(X)
& fn_essential_fatty_acid_31(X) = fn_fatty_acid_23(X)
& fn_essential_fatty_acid_19(X) = fn_fatty_acid_33(X)
& fn_essential_fatty_acid_23(X) = fn_fatty_acid_33(X)
& fn_essential_fatty_acid_23(X) = fn_fatty_acid_34(X)
& fn_essential_fatty_acid_22(X) = fn_fatty_acid_21(X)
& fn_essential_fatty_acid_20(X) = fn_fatty_acid_44(X)
& fn_essential_fatty_acid_19(X) = fn_fatty_acid_34(X)
& fn_essential_fatty_acid_24(X) = fn_fatty_acid_27(X)
& fn_essential_fatty_acid_5(X) = fn_second_electron_shell_14(fn_essential_fatty_acid_31(X))
& fn_essential_fatty_acid_30(X) = fn_second_electron_shell_9(fn_essential_fatty_acid_31(X))
& fn_essential_fatty_acid_40(X) = fn_second_electron_shell_21(fn_essential_fatty_acid_31(X))
& fn_essential_fatty_acid_23(X) = fn_second_electron_shell_13(fn_essential_fatty_acid_31(X))
& fn_essential_fatty_acid_33(X) = fn_second_electron_shell_5(fn_essential_fatty_acid_31(X))
& fn_essential_fatty_acid_34(X) = fn_second_electron_shell_1(fn_essential_fatty_acid_31(X))
& fn_essential_fatty_acid_36(X) = fn_carboxyl_group_64(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_41(X) = fn_carboxyl_group_40(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_14(X) = fn_carboxyl_group_18(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_13(X) = fn_carboxyl_group_46(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_30(X) = fn_carboxyl_group_20(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_18(X) = fn_carboxyl_group_18(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_16(X) = fn_carboxyl_group_17(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_38(X) = fn_carboxyl_group_21(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_32(X) = fn_carboxyl_group_38(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_42(X) = fn_carboxyl_group_48(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_39(X) = fn_carboxyl_group_45(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_5(X) = fn_carboxyl_group_57(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_37(X) = fn_carboxyl_group_46(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_30(X) = fn_carboxyl_group_18(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_41(X) = fn_carboxyl_group_45(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_42(X) = fn_carboxyl_group_46(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_12(X) = fn_carboxyl_group_16(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_39(X) = fn_carboxyl_group_21(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_29(X) = fn_carboxyl_group_49(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_9(X) = fn_carboxyl_group_47(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_27(X) = fn_carboxyl_group_42(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_17(X) = fn_carboxyl_group_30(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_41(X) = fn_carboxyl_group_17(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_13(X) = fn_carboxyl_group_57(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_28(X) = fn_carboxyl_group_55(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_23(X) = fn_carboxyl_group_19(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_20(X) = fn_carboxyl_group_25(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_6(X) = fn_carboxyl_group_56(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_16(X) = fn_carboxyl_group_58(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_37(X) = fn_carboxyl_group_48(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_38(X) = fn_carboxyl_group_17(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_19(X) = fn_carboxyl_group_19(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_28(X) = fn_carboxyl_group_47(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_9(X) = fn_carboxyl_group_67(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_21(X) = fn_carboxyl_group_24(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_35(X) = fn_carboxyl_group_16(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_22(X) = fn_carboxyl_group_23(fn_essential_fatty_acid_25(X))
& fn_essential_fatty_acid_36(X) = fn_carboxyl_group_18(fn_essential_fatty_acid_25(X))
& fn_fatty_acid_41(X) = fn_carboxylic_acid_25(X)
& fn_carboxylic_acid_25(X) = fn_carboxylic_acid_25(X)
& fn_carboxylic_acid_25(X) = fn_fatty_acid_41(X)
& fn_fatty_acid_41(X) = fn_fatty_acid_66(X)
& fn_fatty_acid_66(X) = fn_fatty_acid_66(X)
& fn_fatty_acid_66(X) = fn_fatty_acid_11(X)
& fn_fatty_acid_11(X) = fn_fatty_acid_12(X)
& fn_fatty_acid_12(X) = fn_fatty_acid_11(X)
& fn_fatty_acid_11(X) = fn_fatty_acid_11(X)
& fn_fatty_acid_11(X) = fn_fatty_acid_66(X)
& fn_fatty_acid_66(X) = fn_fatty_acid_40(X)
& fn_fatty_acid_40(X) = fn_fatty_acid_40(X)
& fn_fatty_acid_40(X) = fn_fatty_acid_64(X)
& fn_fatty_acid_64(X) = fn_fatty_acid_63(X)
& fn_fatty_acid_63(X) = fn_fatty_acid_63(X)
& fn_fatty_acid_63(X) = fn_carboxylic_acid_3(X)
& fn_carboxylic_acid_3(X) = fn_fatty_acid_63(X)
& fn_fatty_acid_63(X) = fn_fatty_acid_15(X)
& fn_fatty_acid_15(X) = fn_fatty_acid_15(X)
& fn_fatty_acid_15(X) = fn_fatty_acid_16(X)
& fn_fatty_acid_16(X) = fn_fatty_acid_16(X)
& fn_fatty_acid_16(X) = fn_fatty_acid_22(X)
& fn_fatty_acid_22(X) = fn_fatty_acid_22(X)
& fn_fatty_acid_22(X) = fn_second_electron_shell_21(fn_essential_fatty_acid_31(X))
& fn_second_electron_shell_21(fn_essential_fatty_acid_31(X)) = fn_second_electron_shell_21(fn_essential_fatty_acid_31(X))
& fn_second_electron_shell_21(fn_essential_fatty_acid_31(X)) = fn_fatty_acid_38(X)
& fn_fatty_acid_38(X) = fn_fatty_acid_36(X)
& fn_fatty_acid_36(X) = fn_fatty_acid_36(X)
& fn_fatty_acid_36(X) = fn_carboxyl_group_18(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_18(fn_essential_fatty_acid_25(X)) = fn_fatty_acid_38(X)
& fn_fatty_acid_38(X) = fn_fatty_acid_17(X)
& fn_fatty_acid_17(X) = fn_carboxyl_group_18(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_18(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_18(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_18(fn_essential_fatty_acid_25(X)) = fn_fatty_acid_35(X)
& fn_fatty_acid_35(X) = fn_carboxyl_group_38(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_38(fn_essential_fatty_acid_25(X)) = fn_second_electron_shell_14(fn_essential_fatty_acid_31(X))
& fn_second_electron_shell_14(fn_essential_fatty_acid_31(X)) = fn_carboxyl_group_57(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_57(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_57(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_57(fn_essential_fatty_acid_25(X)) = fn_fatty_acid_38(X)
& fn_fatty_acid_38(X) = fn_fatty_acid_38(X)
& fn_fatty_acid_38(X) = fn_second_electron_shell_9(fn_essential_fatty_acid_31(X))
& fn_second_electron_shell_9(fn_essential_fatty_acid_31(X)) = fn_second_electron_shell_9(fn_essential_fatty_acid_31(X))
& fn_second_electron_shell_9(fn_essential_fatty_acid_31(X)) = fn_carboxyl_group_20(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_20(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_20(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_20(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_18(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_18(fn_essential_fatty_acid_25(X)) = fn_fatty_acid_37(X)
& fn_fatty_acid_37(X) = fn_carboxyl_group_48(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_48(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_48(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_48(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_46(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_46(fn_essential_fatty_acid_25(X)) = fn_fatty_acid_20(X)
& fn_fatty_acid_20(X) = fn_fatty_acid_61(X)
& fn_fatty_acid_61(X) = fn_fatty_acid_61(X)
& fn_fatty_acid_61(X) = fn_fatty_acid_20(X)
& fn_carboxyl_group_16(fn_essential_fatty_acid_25(X)) = fn_fatty_acid_26(X)
& fn_fatty_acid_26(X) = fn_fatty_acid_26(X)
& fn_fatty_acid_26(X) = fn_fatty_acid_62(X)
& fn_fatty_acid_62(X) = fn_carboxyl_group_45(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_45(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_21(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_21(fn_essential_fatty_acid_25(X)) = fn_fatty_acid_14(X)
& fn_fatty_acid_14(X) = fn_fatty_acid_14(X)
& fn_fatty_acid_14(X) = fn_carboxyl_group_49(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_49(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_49(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_49(fn_essential_fatty_acid_25(X)) = fn_fatty_acid_58(X)
& fn_fatty_acid_58(X) = fn_fatty_acid_62(X)
& fn_fatty_acid_62(X) = fn_fatty_acid_62(X)
& fn_fatty_acid_62(X) = fn_carboxyl_group_40(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_40(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_40(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_40(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_45(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_45(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_45(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_45(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_17(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_17(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_46(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_46(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_57(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_57(fn_essential_fatty_acid_25(X)) = fn_carboxylic_acid_9(X)
& fn_carboxylic_acid_9(X) = fn_organic_acid_14(X)
& fn_organic_acid_14(X) = fn_carboxylic_acid_9(X)
& fn_fatty_acid_33(X) = fn_carboxylic_acid_9(X)
& fn_carboxylic_acid_9(X) = fn_carboxylic_acid_9(X)
& fn_carboxylic_acid_9(X) = fn_fatty_acid_33(X)
& fn_fatty_acid_33(X) = fn_fatty_acid_33(X)
& fn_fatty_acid_34(X) = fn_second_electron_shell_13(fn_essential_fatty_acid_31(X))
& fn_second_electron_shell_13(fn_essential_fatty_acid_31(X)) = fn_second_electron_shell_13(fn_essential_fatty_acid_31(X))
& fn_second_electron_shell_13(fn_essential_fatty_acid_31(X)) = fn_carboxyl_group_19(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_19(fn_essential_fatty_acid_25(X)) = fn_fatty_acid_44(X)
& fn_fatty_acid_44(X) = fn_fatty_acid_44(X)
& fn_fatty_acid_44(X) = fn_carboxyl_group_25(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_25(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_25(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_25(fn_essential_fatty_acid_25(X)) = fn_fatty_acid_26(X)
& fn_fatty_acid_26(X) = fn_carboxyl_group_17(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_17(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_17(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_17(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_58(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_58(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_58(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_58(fn_essential_fatty_acid_25(X)) = fn_fatty_acid_64(X)
& fn_fatty_acid_64(X) = fn_fatty_acid_16(X)
& fn_fatty_acid_16(X) = fn_fatty_acid_64(X)
& fn_fatty_acid_64(X) = fn_fatty_acid_64(X)
& fn_fatty_acid_64(X) = fn_carboxyl_group_56(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_56(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_56(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_56(fn_essential_fatty_acid_25(X)) = fn_fatty_acid_19(X)
& fn_fatty_acid_19(X) = fn_carboxyl_group_46(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_46(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_46(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_46(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_48(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_48(fn_essential_fatty_acid_25(X)) = fn_organic_acid_11(X)
& fn_carboxylic_acid_6(X) = fn_organic_acid_11(X)
& fn_organic_acid_11(X) = fn_carboxylic_acid_6(X)
& fn_carboxylic_acid_6(X) = fn_carboxylic_acid_6(X)
& fn_fatty_acid_43(X) = fn_carboxylic_acid_6(X)
& fn_carboxylic_acid_6(X) = fn_fatty_acid_43(X)
& fn_fatty_acid_43(X) = fn_fatty_acid_58(X)
& fn_fatty_acid_58(X) = fn_fatty_acid_58(X)
& fn_fatty_acid_58(X) = fn_carboxyl_group_21(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_21(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_21(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_21(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_17(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_17(fn_essential_fatty_acid_25(X)) = fn_fatty_acid_34(X)
& fn_fatty_acid_34(X) = fn_fatty_acid_33(X)
& fn_fatty_acid_33(X) = fn_fatty_acid_34(X)
& fn_fatty_acid_34(X) = fn_fatty_acid_34(X)
& fn_fatty_acid_34(X) = fn_carboxyl_group_19(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_19(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_19(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_19(fn_essential_fatty_acid_25(X)) = fn_fatty_acid_41(X)
& fn_fatty_acid_41(X) = fn_fatty_acid_41(X)
& fn_fatty_acid_41(X) = fn_carboxyl_group_55(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_55(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_55(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_55(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_47(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_47(fn_essential_fatty_acid_25(X)) = fn_fatty_acid_21(X)
& fn_fatty_acid_21(X) = fn_carboxylic_acid_4(X)
& fn_carboxylic_acid_4(X) = fn_fatty_acid_21(X)
& fn_fatty_acid_31(X) = fn_carboxyl_group_24(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_24(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_24(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_24(fn_essential_fatty_acid_25(X)) = fn_fatty_acid_32(X)
& fn_fatty_acid_32(X) = fn_fatty_acid_32(X)
& fn_fatty_acid_32(X) = fn_carboxyl_group_47(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_47(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_47(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_47(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_67(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_67(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_67(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_67(fn_essential_fatty_acid_25(X)) = fn_fatty_acid_20(X)
& fn_fatty_acid_20(X) = fn_fatty_acid_20(X)
& fn_fatty_acid_20(X) = fn_carboxyl_group_16(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_16(fn_essential_fatty_acid_25(X)) = fn_fatty_acid_17(X)
& fn_fatty_acid_17(X) = fn_fatty_acid_17(X)
& fn_fatty_acid_17(X) = fn_fatty_acid_57(X)
& fn_fatty_acid_57(X) = fn_fatty_acid_57(X)
& fn_fatty_acid_57(X) = fn_carboxyl_group_64(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_64(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_64(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_64(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_18(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_18(fn_essential_fatty_acid_25(X)) = fn_fatty_acid_31(X)
& fn_fatty_acid_21(X) = fn_fatty_acid_31(X)
& fn_fatty_acid_31(X) = fn_fatty_acid_31(X)
& fn_fatty_acid_31(X) = fn_fatty_acid_21(X)
& fn_fatty_acid_21(X) = fn_fatty_acid_21(X)
& fn_fatty_acid_21(X) = fn_carboxyl_group_23(fn_essential_fatty_acid_25(X))
& fn_carboxyl_group_23(fn_essential_fatty_acid_25(X)) = fn_carboxyl_group_23(fn_essential_fatty_acid_25(X)) ) ) ).
fof(a529382,axiom,
! [X] :
( ester_1(X)
=> ( original_name_2(X,'Ester')
& user_description_2(X,'An organic compound formed when the hydrogen of an acid is replaced by an alkyl or other organic group. Many naturally occurring fats and essential oils are esters of fatty acids.')
& concept2words_2(X,ester)
& organic_molecule_1(X)
& kinetic_energy_1(fn_ester_3(X))
& constant_motion_1(fn_ester_4(X))
& speed_value_1(fn_ester_5(X))
& quantity_value_1(fn_ester_6(X))
& double_bond_1(fn_ester_7(X))
& carbonyl_group_1(fn_ester_8(X))
& entity_1(fn_ester_9(X))
& chemical_entity_1(fn_ester_9(X))
& atom_1(fn_ester_9(X))
& oxygen_1(fn_ester_9(X))
& single_bond_1(fn_ester_10(X))
& entity_1(fn_ester_11(X))
& chemical_entity_1(fn_ester_11(X))
& atom_1(fn_ester_11(X))
& carbon_1(fn_ester_11(X))
& entity_1(fn_ester_12(X))
& atom_1(fn_ester_12(X))
& chemical_entity_1(fn_ester_12(X))
& oxygen_1(fn_ester_12(X))
& hold_together_1(fn_ester_13(X))
& hold_together_1(fn_ester_14(X))
& carbon_skeleton_1(fn_ester_15(X))
& chemical_entity_1(fn_functional_group_1(fn_ester_8(X)))
& hold_together_1(fn_covalent_bond_14(fn_ester_10(X)))
& hold_together_1(fn_carbonyl_group_10(fn_ester_8(X)))
& double_bond_1(fn_carbonyl_group_8(fn_ester_8(X)))
& entity_1(fn_covalent_bond_20(fn_ester_10(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_ester_10(X)))
& atom_1(fn_covalent_bond_20(fn_ester_10(X)))
& oxygen_1(fn_carbonyl_group_9(fn_ester_8(X)))
& entity_1(fn_covalent_bond_19(fn_ester_10(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_ester_10(X)))
& atom_1(fn_covalent_bond_19(fn_ester_10(X)))
& entity_1(fn_carbonyl_group_7(fn_ester_8(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_ester_8(X)))
& atom_1(fn_carbonyl_group_7(fn_ester_8(X)))
& carbon_1(fn_carbonyl_group_7(fn_ester_8(X)))
& possesses_2(X,fn_ester_7(X))
& has_part_2(X,fn_ester_9(X))
& is_between_2(fn_ester_10(X),fn_ester_12(X))
& possesses_2(X,fn_ester_10(X))
& is_between_2(fn_ester_10(X),fn_ester_9(X))
& has_region_2(X,fn_ester_8(X))
& is_between_2(fn_ester_10(X),fn_ester_11(X))
& object_2(fn_ester_14(X),fn_ester_11(X))
& object_2(fn_ester_14(X),fn_ester_12(X))
& fn_ester_9(X) != fn_ester_12(X)
& fn_ester_12(X) != fn_ester_9(X)
& has_part_2(X,fn_ester_11(X))
& is_inside_2(fn_ester_11(X),fn_ester_15(X))
& has_region_2(X,fn_ester_15(X))
& has_part_2(X,fn_ester_12(X))
& fn_ester_12(X) != fn_ester_11(X)
& fn_ester_11(X) != fn_ester_12(X)
& is_inside_2(fn_ester_12(X),fn_ester_8(X))
& object_2(fn_ester_13(X),fn_ester_12(X))
& object_2(fn_ester_13(X),fn_ester_11(X))
& is_inside_2(fn_ester_11(X),fn_ester_8(X))
& is_between_2(fn_ester_7(X),fn_ester_11(X))
& is_between_2(fn_ester_7(X),fn_ester_12(X))
& fn_ester_9(X) != fn_ester_11(X)
& fn_ester_11(X) != fn_ester_9(X)
& possesses_2(X,fn_ester_3(X))
& quantity_2(fn_ester_3(X),fn_ester_6(X))
& directly_proportional_2(fn_ester_5(X),fn_ester_6(X))
& speed_2(fn_ester_4(X),fn_ester_5(X))
& object_2(fn_ester_4(X),X)
& fn_ester_9(X) = fn_molecule_11(X)
& fn_ester_10(X) = fn_molecule_10(X)
& X = fn_functional_group_1(fn_ester_8(X))
& fn_ester_9(X) = fn_covalent_bond_19(fn_ester_10(X))
& fn_ester_12(X) = fn_covalent_bond_20(fn_ester_10(X))
& fn_ester_14(X) = fn_covalent_bond_14(fn_ester_10(X))
& fn_ester_11(X) = fn_covalent_bond_19(fn_ester_10(X))
& fn_ester_12(X) = fn_organic_molecule_2(X)
& fn_ester_15(X) = fn_organic_molecule_3(X)
& fn_ester_11(X) = fn_organic_molecule_1(X)
& fn_ester_13(X) = fn_carbonyl_group_10(fn_ester_8(X))
& fn_ester_12(X) = fn_carbonyl_group_9(fn_ester_8(X))
& fn_ester_7(X) = fn_carbonyl_group_8(fn_ester_8(X))
& fn_ester_9(X) = fn_carbonyl_group_9(fn_ester_8(X))
& fn_ester_11(X) = fn_carbonyl_group_7(fn_ester_8(X))
& fn_ester_1(X) = fn_molecule_2(X)
& fn_ester_2(X) = fn_molecule_1(X)
& fn_ester_4(X) = fn_molecule_8(X)
& fn_ester_5(X) = fn_molecule_3(X)
& fn_ester_6(X) = fn_molecule_4(X)
& fn_ester_3(X) = fn_molecule_12(X)
& fn_covalent_bond_20(fn_ester_10(X)) = fn_covalent_bond_20(fn_ester_10(X))
& fn_covalent_bond_20(fn_ester_10(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_carbonyl_group_9(fn_ester_8(X))
& fn_carbonyl_group_9(fn_ester_8(X)) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_covalent_bond_19(fn_ester_10(X))
& fn_covalent_bond_19(fn_ester_10(X)) = fn_carbonyl_group_9(fn_ester_8(X))
& fn_carbonyl_group_9(fn_ester_8(X)) = fn_carbonyl_group_9(fn_ester_8(X))
& fn_carbonyl_group_9(fn_ester_8(X)) = fn_covalent_bond_19(fn_ester_10(X))
& fn_covalent_bond_19(fn_ester_10(X)) = fn_covalent_bond_19(fn_ester_10(X))
& fn_covalent_bond_19(fn_ester_10(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_carbonyl_group_7(fn_ester_8(X))
& fn_carbonyl_group_7(fn_ester_8(X)) = fn_carbonyl_group_7(fn_ester_8(X)) ) ) ).
fof(a529383,axiom,
! [X] :
( ester_linkage_1(X)
=> ( original_name_2(X,'Ester-Linkage')
& user_description_2(X,'The bonding between fatty acids and glycerol that characterizes true fats.')
& concept2words_2(X,'ester bond')
& concept2words_2(X,'ester-bond')
& concept2words_2(X,'linkage of ester')
& concept2words_2(X,'ester linkage')
& concept2words_2(X,'ester-linkage')
& single_bond_1(X)
& polar_covalent_bond_1(X)
& ~ disulfide_bond_1(X)
& ~ hydrogen_bond_1(X)
& ~ hydrophobic_interaction_1(X)
& ~ ionic_bond_1(X)
& asymmetrical_distribution_1(fn_ester_linkage_6(X))
& quantity_value_1(fn_ester_linkage_7(X))
& asymmetrical_distribution_1(fn_ester_linkage_8(X))
& constant_motion_1(fn_ester_linkage_9(X))
& electron_shell_1(fn_ester_linkage_10(X))
& second_electron_shell_1(fn_ester_linkage_11(X))
& first_electron_shell_1(fn_ester_linkage_12(X))
& quantity_value_1(fn_ester_linkage_13(X))
& potential_energy_1(fn_ester_linkage_14(X))
& atomic_orbital_1(fn_ester_linkage_15(X))
& s_orbital_1(fn_ester_linkage_15(X))
& hold_together_1(fn_ester_linkage_19(X))
& electron_1(fn_ester_linkage_20(X))
& system_1(fn_ester_linkage_21(X))
& atomic_number_value_1(fn_ester_linkage_22(X))
& quantity_value_1(fn_ester_linkage_24(X))
& quantity_value_1(fn_ester_linkage_25(X))
& entity_1(fn_ester_linkage_26(X))
& tangible_entity_1(fn_ester_linkage_26(X))
& electron_1(fn_ester_linkage_26(X))
& valence_electron_1(fn_ester_linkage_26(X))
& oxygen_1(fn_ester_linkage_27(X))
& entity_1(fn_ester_linkage_28(X))
& chemical_entity_1(fn_ester_linkage_28(X))
& atom_1(fn_ester_linkage_28(X))
& carbon_1(fn_ester_linkage_28(X))
& electron_1(fn_ester_linkage_29(X))
& valence_electron_1(fn_ester_linkage_29(X))
& constant_motion_1(fn_ester_linkage_30(X))
& attract_1(fn_ester_linkage_31(X))
& unequal_sharing_1(fn_ester_linkage_32(X))
& proton_1(fn_ester_linkage_33(X))
& quantity_value_1(fn_ester_linkage_34(X))
& quantity_value_1(fn_ester_linkage_35(X))
& atomic_number_value_1(fn_ester_linkage_37(X))
& system_1(fn_ester_linkage_38(X))
& proton_1(fn_ester_linkage_39(X))
& electronegativity_value_1(fn_ester_linkage_40(X))
& electronegativity_value_1(fn_ester_linkage_41(X))
& atomic_nucleus_1(fn_ester_linkage_42(X))
& center_1(fn_ester_linkage_43(X))
& center_1(fn_ester_linkage_44(X))
& atomic_nucleus_1(fn_ester_linkage_45(X))
& first_electron_shell_1(fn_second_electron_shell_21(fn_ester_linkage_11(X)))
& property_node_1(fn_carbon_8(fn_ester_linkage_28(X)))
& property_node_1(fn_carbon_1(fn_ester_linkage_28(X)))
& system_1(fn_carbon_11(fn_ester_linkage_28(X)))
& equation_big_node_1(fn_carbon_7(fn_ester_linkage_28(X)))
& equation_set_1(fn_carbon_20(fn_ester_linkage_28(X)))
& property_node_1(fn_atomic_nucleus_6(fn_ester_linkage_45(X)))
& attract_1(fn_atomic_nucleus_7(fn_ester_linkage_45(X)))
& property_node_1(fn_atomic_nucleus_5(fn_ester_linkage_45(X)))
& property_node_1(fn_first_electron_shell_2(fn_ester_linkage_12(X)))
& quantity_value_1(fn_first_electron_shell_1(fn_ester_linkage_12(X)))
& potential_energy_1(fn_first_electron_shell_6(fn_ester_linkage_12(X)))
& atom_1(fn_second_electron_shell_13(fn_ester_linkage_11(X)))
& electron_shell_1(fn_atom_9(fn_ester_linkage_28(X)))
& electronegativity_value_1(fn_carbon_2(fn_ester_linkage_28(X)))
& quantity_value_1(fn_atom_5(fn_ester_linkage_28(X)))
& quantity_value_1(fn_carbon_12(fn_ester_linkage_28(X)))
& atom_1(fn_electron_shell_1(fn_ester_linkage_10(X)))
& atom_1(fn_first_electron_shell_3(fn_ester_linkage_12(X)))
& atom_1(fn_atomic_nucleus_4(fn_ester_linkage_45(X)))
& atomic_number_value_1(fn_atom_17(fn_ester_linkage_28(X)))
& atomic_number_value_1(fn_carbon_16(fn_ester_linkage_28(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_ester_linkage_45(X)))
& quantity_value_1(fn_atom_11(fn_ester_linkage_28(X)))
& quantity_value_1(fn_carbon_19(fn_ester_linkage_28(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_ester_linkage_45(X)))
& proton_1(fn_atom_8(fn_ester_linkage_28(X)))
& proton_1(fn_carbon_17(fn_ester_linkage_28(X)))
& system_1(fn_second_electron_shell_19(fn_ester_linkage_11(X)))
& proton_1(fn_atomic_nucleus_9(fn_ester_linkage_45(X)))
& proton_1(fn_second_electron_shell_20(fn_ester_linkage_11(X)))
& center_1(fn_second_electron_shell_9(fn_ester_linkage_11(X)))
& center_1(fn_atomic_nucleus_3(fn_ester_linkage_45(X)))
& atomic_number_value_1(fn_second_electron_shell_18(fn_ester_linkage_11(X)))
& electron_1(fn_atomic_nucleus_8(fn_ester_linkage_45(X)))
& electron_1(fn_atom_14(fn_ester_linkage_28(X)))
& atomic_nucleus_1(fn_second_electron_shell_14(fn_ester_linkage_11(X)))
& entity_1(fn_attract_1(fn_ester_linkage_31(X)))
& tangible_entity_1(fn_constant_motion_1(fn_ester_linkage_30(X)))
& tangible_entity_1(fn_constant_motion_1(fn_ester_linkage_9(X)))
& electron_1(fn_second_electron_shell_11(fn_ester_linkage_11(X)))
& atomic_orbital_1(fn_electron_shell_3(fn_ester_linkage_10(X)))
& s_orbital_1(fn_second_electron_shell_5(fn_ester_linkage_11(X)))
& s_orbital_1(fn_first_electron_shell_4(fn_ester_linkage_12(X)))
& electron_1(fn_electron_shell_2(fn_ester_linkage_10(X)))
& electron_1(fn_carbon_10(fn_ester_linkage_28(X)))
& electron_1(fn_first_electron_shell_5(fn_ester_linkage_12(X)))
& atomic_nucleus_1(fn_atom_18(fn_ester_linkage_28(X)))
& atomic_nucleus_1(fn_carbon_18(fn_ester_linkage_28(X)))
& atomic_nucleus_1(fn_first_electron_shell_7(fn_ester_linkage_12(X)))
& object_2(fn_ester_linkage_8(X),fn_ester_linkage_26(X))
& causes_2(fn_ester_linkage_9(X),fn_ester_linkage_8(X))
& fn_ester_linkage_10(X) != fn_ester_linkage_12(X)
& fn_ester_linkage_10(X) != fn_ester_linkage_11(X)
& fn_ester_linkage_11(X) != fn_ester_linkage_10(X)
& fn_ester_linkage_12(X) != fn_ester_linkage_10(X)
& greater_than_2(fn_ester_linkage_13(X),fn_ester_linkage_7(X))
& greater_than_or_equal_to_2(fn_ester_linkage_13(X),fn_ester_linkage_7(X))
& fn_ester_linkage_20(X) != fn_ester_linkage_29(X)
& the_cardinal_value_2(fn_ester_linkage_25(X),"4")
& cardinal_unit_class_2(fn_ester_linkage_25(X),unity_0)
& fn_ester_linkage_27(X) != fn_ester_linkage_28(X)
& has_region_2(fn_ester_linkage_28(X),fn_ester_linkage_11(X))
& fn_ester_linkage_28(X) != fn_ester_linkage_27(X)
& fn_ester_linkage_29(X) != fn_ester_linkage_20(X)
& causes_2(fn_ester_linkage_30(X),fn_ester_linkage_6(X))
& object_2(fn_ester_linkage_6(X),fn_ester_linkage_26(X))
& the_cardinal_value_2(fn_ester_linkage_37(X),"8")
& cardinal_unit_class_2(fn_ester_linkage_37(X),unity_0)
& the_cardinal_value_2(fn_ester_linkage_40(X),"3.44")
& cardinal_unit_class_2(fn_ester_linkage_40(X),unity_0)
& object_2(fn_ester_linkage_31(X),fn_ester_linkage_26(X))
& object_2(fn_ester_linkage_30(X),fn_ester_linkage_26(X))
& object_2(fn_ester_linkage_9(X),fn_ester_linkage_26(X))
& has_region_2(fn_ester_linkage_28(X),fn_ester_linkage_12(X))
& has_region_2(fn_ester_linkage_10(X),fn_ester_linkage_15(X))
& is_inside_2(fn_ester_linkage_29(X),fn_ester_linkage_15(X))
& agent_2(fn_ester_linkage_31(X),fn_ester_linkage_39(X))
& object_2(fn_ester_linkage_31(X),fn_ester_linkage_29(X))
& has_region_2(fn_ester_linkage_27(X),fn_ester_linkage_10(X))
& agent_2(fn_ester_linkage_32(X),fn_ester_linkage_27(X))
& object_2(fn_ester_linkage_19(X),fn_ester_linkage_27(X))
& is_between_2(X,fn_ester_linkage_27(X))
& electronegativity_2(fn_ester_linkage_27(X),fn_ester_linkage_40(X))
& fn_ester_linkage_41(X) != fn_ester_linkage_40(X)
& fn_ester_linkage_40(X) != fn_ester_linkage_41(X)
& has_part_2(fn_ester_linkage_27(X),fn_ester_linkage_39(X))
& atomic_number_2(fn_ester_linkage_27(X),fn_ester_linkage_37(X))
& has_region_2(fn_ester_linkage_27(X),fn_ester_linkage_42(X))
& has_region_2(fn_ester_linkage_27(X),fn_ester_linkage_43(X))
& has_region_2(fn_ester_linkage_11(X),fn_ester_linkage_15(X))
& is_inside_2(fn_ester_linkage_26(X),fn_ester_linkage_15(X))
& has_part_2(fn_ester_linkage_27(X),fn_ester_linkage_26(X))
& has_region_2(fn_ester_linkage_27(X),fn_ester_linkage_11(X))
& is_inside_2(fn_ester_linkage_12(X),fn_ester_linkage_11(X))
& has_region_2(fn_ester_linkage_28(X),fn_ester_linkage_10(X))
& has_region_2(fn_ester_linkage_28(X),fn_ester_linkage_44(X))
& agent_2(fn_ester_linkage_32(X),fn_ester_linkage_28(X))
& object_2(fn_ester_linkage_19(X),fn_ester_linkage_28(X))
& has_part_2(fn_ester_linkage_28(X),fn_ester_linkage_29(X))
& quantity_2(fn_ester_linkage_29(X),fn_ester_linkage_25(X))
& is_between_2(X,fn_ester_linkage_28(X))
& called_2(fn_ester_linkage_25(X),'Number_Electron')
& the_cardinal_value_2(fn_ester_linkage_22(X),"6")
& cardinal_unit_class_2(fn_ester_linkage_22(X),unity_0)
& has_region_2(fn_ester_linkage_28(X),fn_ester_linkage_45(X))
& has_part_2(fn_ester_linkage_28(X),fn_ester_linkage_33(X))
& has_part_2(fn_ester_linkage_28(X),fn_ester_linkage_20(X))
& electronegativity_2(fn_ester_linkage_28(X),fn_ester_linkage_41(X))
& the_cardinal_value_2(fn_ester_linkage_41(X),"2.55")
& cardinal_unit_class_2(fn_ester_linkage_41(X),unity_0)
& atomic_number_2(fn_ester_linkage_28(X),fn_ester_linkage_22(X))
& fn_ester_linkage_24(X) = fn_ester_linkage_25(X)
& fn_ester_linkage_25(X) = fn_ester_linkage_24(X)
& agent_2(fn_ester_linkage_31(X),fn_ester_linkage_33(X))
& called_2(fn_ester_linkage_22(X),'Atomic_Number')
& is_inside_2(fn_ester_linkage_33(X),fn_ester_linkage_45(X))
& quantity_2(fn_ester_linkage_33(X),fn_ester_linkage_24(X))
& called_2(fn_ester_linkage_24(X),'Number_Proton')
& fn_ester_linkage_22(X) = fn_ester_linkage_24(X)
& fn_ester_linkage_24(X) = fn_ester_linkage_22(X)
& called_2(fn_ester_linkage_35(X),'Number_Proton')
& called_2(fn_ester_linkage_37(X),'Atomic_Number')
& object_2(fn_ester_linkage_32(X),fn_ester_linkage_29(X))
& is_at_2(fn_ester_linkage_45(X),fn_ester_linkage_44(X))
& fn_ester_linkage_44(X) != fn_ester_linkage_43(X)
& is_at_2(fn_ester_linkage_42(X),fn_ester_linkage_43(X))
& is_inside_2(fn_ester_linkage_39(X),fn_ester_linkage_42(X))
& quantity_2(fn_ester_linkage_39(X),fn_ester_linkage_35(X))
& fn_ester_linkage_43(X) != fn_ester_linkage_44(X)
& called_2(fn_ester_linkage_34(X),'Number_Electron')
& fn_ester_linkage_37(X) = fn_ester_linkage_35(X)
& fn_ester_linkage_35(X) = fn_ester_linkage_37(X)
& fn_ester_linkage_45(X) != fn_ester_linkage_42(X)
& is_near_2(fn_ester_linkage_45(X),fn_ester_linkage_29(X))
& fn_ester_linkage_29(X) != fn_ester_linkage_26(X)
& quantity_2(fn_ester_linkage_26(X),fn_ester_linkage_34(X))
& fn_ester_linkage_34(X) = fn_ester_linkage_35(X)
& fn_ester_linkage_42(X) != fn_ester_linkage_45(X)
& is_near_2(fn_ester_linkage_29(X),fn_ester_linkage_45(X))
& fn_ester_linkage_26(X) != fn_ester_linkage_29(X)
& fn_ester_linkage_35(X) = fn_ester_linkage_34(X)
& has_function_2(X,fn_ester_linkage_19(X))
& agent_2(fn_ester_linkage_19(X),X)
& result_2(fn_ester_linkage_32(X),X)
& object_2(fn_ester_linkage_32(X),fn_ester_linkage_26(X))
& is_near_2(fn_ester_linkage_26(X),fn_ester_linkage_42(X))
& is_near_2(fn_ester_linkage_42(X),fn_ester_linkage_26(X))
& is_inside_2(fn_ester_linkage_20(X),fn_ester_linkage_15(X))
& is_inside_2(fn_ester_linkage_45(X),fn_ester_linkage_12(X))
& is_near_2(fn_ester_linkage_45(X),fn_ester_linkage_20(X))
& possesses_2(fn_ester_linkage_20(X),fn_ester_linkage_14(X))
& quantity_2(fn_ester_linkage_14(X),fn_ester_linkage_13(X))
& is_near_2(fn_ester_linkage_20(X),fn_ester_linkage_45(X))
& fn_ester_linkage_26(X) = fn_attract_1(fn_ester_linkage_31(X))
& fn_ester_linkage_26(X) = fn_constant_motion_1(fn_ester_linkage_30(X))
& fn_ester_linkage_26(X) = fn_constant_motion_1(fn_ester_linkage_9(X))
& fn_ester_linkage_29(X) = fn_electron_shell_2(fn_ester_linkage_10(X))
& fn_ester_linkage_15(X) = fn_electron_shell_3(fn_ester_linkage_10(X))
& fn_ester_linkage_39(X) = fn_atomic_nucleus_9(fn_ester_linkage_45(X))
& fn_ester_linkage_10(X) = fn_polar_covalent_bond_22(X)
& fn_ester_linkage_16(X) = fn_polar_covalent_bond_4(X)
& fn_ester_linkage_41(X) = fn_polar_covalent_bond_2(X)
& fn_ester_linkage_40(X) = fn_polar_covalent_bond_1(X)
& fn_ester_linkage_27(X) = fn_polar_covalent_bond_19(X)
& fn_ester_linkage_39(X) = fn_second_electron_shell_20(fn_ester_linkage_11(X))
& fn_ester_linkage_37(X) = fn_second_electron_shell_18(fn_ester_linkage_11(X))
& fn_ester_linkage_42(X) = fn_second_electron_shell_14(fn_ester_linkage_11(X))
& fn_ester_linkage_38(X) = fn_second_electron_shell_19(fn_ester_linkage_11(X))
& fn_ester_linkage_43(X) = fn_second_electron_shell_9(fn_ester_linkage_11(X))
& fn_ester_linkage_12(X) = fn_second_electron_shell_21(fn_ester_linkage_11(X))
& fn_ester_linkage_27(X) = fn_second_electron_shell_13(fn_ester_linkage_11(X))
& fn_ester_linkage_26(X) = fn_second_electron_shell_11(fn_ester_linkage_11(X))
& fn_ester_linkage_15(X) = fn_second_electron_shell_5(fn_ester_linkage_11(X))
& fn_ester_linkage_10(X) = fn_atom_9(fn_ester_linkage_28(X))
& fn_ester_linkage_10(X) = fn_polar_covalent_bond_20(X)
& fn_ester_linkage_44(X) = fn_polar_covalent_bond_21(X)
& fn_ester_linkage_25(X) = fn_polar_covalent_bond_10(X)
& fn_ester_linkage_25(X) = fn_atom_5(fn_ester_linkage_28(X))
& fn_ester_linkage_28(X) = fn_first_electron_shell_3(fn_ester_linkage_12(X))
& fn_ester_linkage_28(X) = fn_atomic_nucleus_4(fn_ester_linkage_45(X))
& fn_ester_linkage_28(X) = fn_polar_covalent_bond_18(X)
& fn_ester_linkage_45(X) = fn_carbon_18(fn_ester_linkage_28(X))
& fn_ester_linkage_33(X) = fn_carbon_17(fn_ester_linkage_28(X))
& fn_ester_linkage_18(X) = fn_carbon_8(fn_ester_linkage_28(X))
& fn_ester_linkage_28(X) = fn_electron_shell_1(fn_ester_linkage_10(X))
& fn_ester_linkage_20(X) = fn_electron_shell_2(fn_ester_linkage_10(X))
& fn_ester_linkage_20(X) = fn_carbon_10(fn_ester_linkage_28(X))
& fn_ester_linkage_17(X) = fn_carbon_1(fn_ester_linkage_28(X))
& fn_ester_linkage_41(X) = fn_carbon_2(fn_ester_linkage_28(X))
& fn_ester_linkage_21(X) = fn_carbon_11(fn_ester_linkage_28(X))
& fn_ester_linkage_49(X) = fn_carbon_7(fn_ester_linkage_28(X))
& fn_ester_linkage_24(X) = fn_carbon_19(fn_ester_linkage_28(X))
& fn_ester_linkage_25(X) = fn_carbon_12(fn_ester_linkage_28(X))
& fn_ester_linkage_23(X) = fn_carbon_20(fn_ester_linkage_28(X))
& fn_ester_linkage_22(X) = fn_carbon_16(fn_ester_linkage_28(X))
& fn_ester_linkage_47(X) = fn_atomic_nucleus_6(fn_ester_linkage_45(X))
& fn_ester_linkage_31(X) = fn_atomic_nucleus_7(fn_ester_linkage_45(X))
& fn_ester_linkage_48(X) = fn_atomic_nucleus_5(fn_ester_linkage_45(X))
& fn_ester_linkage_22(X) = fn_atom_17(fn_ester_linkage_28(X))
& fn_ester_linkage_22(X) = fn_atomic_nucleus_1(fn_ester_linkage_45(X))
& fn_ester_linkage_33(X) = fn_atom_8(fn_ester_linkage_28(X))
& fn_ester_linkage_24(X) = fn_atom_11(fn_ester_linkage_28(X))
& fn_ester_linkage_24(X) = fn_atomic_nucleus_2(fn_ester_linkage_45(X))
& fn_ester_linkage_33(X) = fn_atomic_nucleus_9(fn_ester_linkage_45(X))
& fn_ester_linkage_38(X) = fn_polar_covalent_bond_6(X)
& fn_ester_linkage_39(X) = fn_polar_covalent_bond_5(X)
& fn_ester_linkage_43(X) = fn_polar_covalent_bond_21(X)
& fn_ester_linkage_44(X) = fn_atomic_nucleus_3(fn_ester_linkage_45(X))
& fn_ester_linkage_44(X) = fn_polar_covalent_bond_23(X)
& fn_ester_linkage_36(X) = fn_polar_covalent_bond_8(X)
& fn_ester_linkage_37(X) = fn_polar_covalent_bond_7(X)
& fn_ester_linkage_35(X) = fn_polar_covalent_bond_9(X)
& fn_ester_linkage_34(X) = fn_polar_covalent_bond_10(X)
& fn_ester_linkage_29(X) = fn_atomic_nucleus_8(fn_ester_linkage_45(X))
& fn_ester_linkage_45(X) = fn_atom_18(fn_ester_linkage_28(X))
& fn_ester_linkage_29(X) = fn_atom_14(fn_ester_linkage_28(X))
& fn_ester_linkage_45(X) = fn_polar_covalent_bond_13(X)
& fn_ester_linkage_29(X) = fn_polar_covalent_bond_11(X)
& fn_ester_linkage_29(X) = fn_polar_covalent_bond_12(X)
& fn_ester_linkage_45(X) = fn_polar_covalent_bond_14(X)
& fn_ester_linkage_26(X) = fn_polar_covalent_bond_12(X)
& fn_ester_linkage_42(X) = fn_polar_covalent_bond_14(X)
& fn_ester_linkage_42(X) = fn_polar_covalent_bond_13(X)
& fn_ester_linkage_26(X) = fn_polar_covalent_bond_11(X)
& fn_ester_linkage_32(X) = fn_polar_covalent_bond_16(X)
& fn_ester_linkage_19(X) = fn_polar_covalent_bond_17(X)
& fn_ester_linkage_15(X) = fn_first_electron_shell_4(fn_ester_linkage_12(X))
& fn_ester_linkage_46(X) = fn_first_electron_shell_2(fn_ester_linkage_12(X))
& fn_ester_linkage_13(X) = fn_first_electron_shell_1(fn_ester_linkage_12(X))
& fn_ester_linkage_14(X) = fn_first_electron_shell_6(fn_ester_linkage_12(X))
& fn_ester_linkage_20(X) = fn_first_electron_shell_5(fn_ester_linkage_12(X))
& fn_ester_linkage_45(X) = fn_first_electron_shell_7(fn_ester_linkage_12(X))
& fn_polar_covalent_bond_19(X) = fn_polar_covalent_bond_19(X)
& fn_polar_covalent_bond_19(X) = fn_second_electron_shell_13(fn_ester_linkage_11(X))
& fn_second_electron_shell_13(fn_ester_linkage_11(X)) = fn_second_electron_shell_13(fn_ester_linkage_11(X))
& fn_second_electron_shell_13(fn_ester_linkage_11(X)) = fn_polar_covalent_bond_22(X)
& fn_polar_covalent_bond_22(X) = fn_atom_9(fn_ester_linkage_28(X))
& fn_atom_9(fn_ester_linkage_28(X)) = fn_polar_covalent_bond_22(X)
& fn_polar_covalent_bond_22(X) = fn_polar_covalent_bond_20(X)
& fn_polar_covalent_bond_20(X) = fn_polar_covalent_bond_2(X)
& fn_polar_covalent_bond_2(X) = fn_polar_covalent_bond_2(X)
& fn_polar_covalent_bond_2(X) = fn_carbon_2(fn_ester_linkage_28(X))
& fn_carbon_2(fn_ester_linkage_28(X)) = fn_carbon_2(fn_ester_linkage_28(X))
& fn_carbon_2(fn_ester_linkage_28(X)) = fn_atom_5(fn_ester_linkage_28(X))
& fn_polar_covalent_bond_10(X) = fn_atom_5(fn_ester_linkage_28(X))
& fn_atom_5(fn_ester_linkage_28(X)) = fn_polar_covalent_bond_10(X)
& fn_polar_covalent_bond_10(X) = fn_carbon_12(fn_ester_linkage_28(X))
& fn_carbon_12(fn_ester_linkage_28(X)) = fn_carbon_12(fn_ester_linkage_28(X))
& fn_carbon_12(fn_ester_linkage_28(X)) = fn_first_electron_shell_3(fn_ester_linkage_12(X))
& fn_first_electron_shell_3(fn_ester_linkage_12(X)) = fn_electron_shell_1(fn_ester_linkage_10(X))
& fn_electron_shell_1(fn_ester_linkage_10(X)) = fn_first_electron_shell_3(fn_ester_linkage_12(X))
& fn_atomic_nucleus_4(fn_ester_linkage_45(X)) = fn_first_electron_shell_3(fn_ester_linkage_12(X))
& fn_first_electron_shell_3(fn_ester_linkage_12(X)) = fn_atomic_nucleus_4(fn_ester_linkage_45(X))
& fn_polar_covalent_bond_18(X) = fn_polar_covalent_bond_18(X)
& fn_polar_covalent_bond_18(X) = fn_atomic_nucleus_4(fn_ester_linkage_45(X))
& fn_atomic_nucleus_4(fn_ester_linkage_45(X)) = fn_polar_covalent_bond_18(X)
& fn_polar_covalent_bond_18(X) = fn_carbon_16(fn_ester_linkage_28(X))
& fn_carbon_16(fn_ester_linkage_28(X)) = fn_atom_17(fn_ester_linkage_28(X))
& fn_atom_17(fn_ester_linkage_28(X)) = fn_atom_17(fn_ester_linkage_28(X))
& fn_atom_17(fn_ester_linkage_28(X)) = fn_carbon_16(fn_ester_linkage_28(X))
& fn_carbon_16(fn_ester_linkage_28(X)) = fn_carbon_16(fn_ester_linkage_28(X))
& fn_carbon_16(fn_ester_linkage_28(X)) = fn_atomic_nucleus_1(fn_ester_linkage_45(X))
& fn_atomic_nucleus_1(fn_ester_linkage_45(X)) = fn_atomic_nucleus_1(fn_ester_linkage_45(X))
& fn_atomic_nucleus_1(fn_ester_linkage_45(X)) = fn_carbon_19(fn_ester_linkage_28(X))
& fn_carbon_19(fn_ester_linkage_28(X)) = fn_atom_11(fn_ester_linkage_28(X))
& fn_atom_11(fn_ester_linkage_28(X)) = fn_atom_11(fn_ester_linkage_28(X))
& fn_atom_11(fn_ester_linkage_28(X)) = fn_carbon_19(fn_ester_linkage_28(X))
& fn_carbon_19(fn_ester_linkage_28(X)) = fn_carbon_19(fn_ester_linkage_28(X))
& fn_carbon_19(fn_ester_linkage_28(X)) = fn_atomic_nucleus_2(fn_ester_linkage_45(X))
& fn_atomic_nucleus_2(fn_ester_linkage_45(X)) = fn_atomic_nucleus_2(fn_ester_linkage_45(X))
& fn_atomic_nucleus_2(fn_ester_linkage_45(X)) = fn_atom_8(fn_ester_linkage_28(X))
& fn_carbon_17(fn_ester_linkage_28(X)) = fn_atom_8(fn_ester_linkage_28(X))
& fn_atom_8(fn_ester_linkage_28(X)) = fn_carbon_17(fn_ester_linkage_28(X))
& fn_carbon_17(fn_ester_linkage_28(X)) = fn_atomic_nucleus_9(fn_ester_linkage_45(X))
& fn_atomic_nucleus_9(fn_ester_linkage_45(X)) = fn_atomic_nucleus_9(fn_ester_linkage_45(X))
& fn_atomic_nucleus_9(fn_ester_linkage_45(X)) = fn_second_electron_shell_19(fn_ester_linkage_11(X))
& fn_second_electron_shell_19(fn_ester_linkage_11(X)) = fn_polar_covalent_bond_6(X)
& fn_polar_covalent_bond_6(X) = fn_atomic_nucleus_9(fn_ester_linkage_45(X))
& fn_atomic_nucleus_9(fn_ester_linkage_45(X)) = fn_second_electron_shell_20(fn_ester_linkage_11(X))
& fn_second_electron_shell_20(fn_ester_linkage_11(X)) = fn_second_electron_shell_20(fn_ester_linkage_11(X))
& fn_second_electron_shell_20(fn_ester_linkage_11(X)) = fn_polar_covalent_bond_5(X)
& fn_polar_covalent_bond_5(X) = fn_polar_covalent_bond_5(X)
& fn_polar_covalent_bond_5(X) = fn_second_electron_shell_9(fn_ester_linkage_11(X))
& fn_second_electron_shell_9(fn_ester_linkage_11(X)) = fn_polar_covalent_bond_21(X)
& fn_polar_covalent_bond_21(X) = fn_polar_covalent_bond_21(X)
& fn_polar_covalent_bond_21(X) = fn_atomic_nucleus_3(fn_ester_linkage_45(X))
& fn_atomic_nucleus_3(fn_ester_linkage_45(X)) = fn_polar_covalent_bond_21(X)
& fn_polar_covalent_bond_21(X) = fn_polar_covalent_bond_23(X)
& fn_polar_covalent_bond_23(X) = fn_polar_covalent_bond_23(X)
& fn_polar_covalent_bond_23(X) = fn_second_electron_shell_18(fn_ester_linkage_11(X))
& fn_second_electron_shell_18(fn_ester_linkage_11(X)) = fn_polar_covalent_bond_7(X)
& fn_polar_covalent_bond_7(X) = fn_polar_covalent_bond_7(X)
& fn_polar_covalent_bond_7(X) = fn_electron_shell_2(fn_ester_linkage_10(X))
& fn_electron_shell_2(fn_ester_linkage_10(X)) = fn_atomic_nucleus_8(fn_ester_linkage_45(X))
& fn_atomic_nucleus_8(fn_ester_linkage_45(X)) = fn_atomic_nucleus_8(fn_ester_linkage_45(X))
& fn_atom_14(fn_ester_linkage_28(X)) = fn_atomic_nucleus_8(fn_ester_linkage_45(X))
& fn_atomic_nucleus_8(fn_ester_linkage_45(X)) = fn_atom_14(fn_ester_linkage_28(X))
& fn_atom_14(fn_ester_linkage_28(X)) = fn_atom_14(fn_ester_linkage_28(X))
& fn_polar_covalent_bond_11(X) = fn_atom_14(fn_ester_linkage_28(X))
& fn_atom_14(fn_ester_linkage_28(X)) = fn_polar_covalent_bond_11(X)
& fn_polar_covalent_bond_12(X) = fn_second_electron_shell_14(fn_ester_linkage_11(X))
& fn_second_electron_shell_14(fn_ester_linkage_11(X)) = fn_polar_covalent_bond_14(X)
& fn_polar_covalent_bond_13(X) = fn_polar_covalent_bond_14(X)
& fn_polar_covalent_bond_14(X) = fn_polar_covalent_bond_13(X)
& fn_polar_covalent_bond_13(X) = fn_attract_1(fn_ester_linkage_31(X))
& fn_attract_1(fn_ester_linkage_31(X)) = fn_constant_motion_1(fn_ester_linkage_30(X))
& fn_constant_motion_1(fn_ester_linkage_9(X)) = fn_constant_motion_1(fn_ester_linkage_30(X))
& fn_constant_motion_1(fn_ester_linkage_30(X)) = fn_constant_motion_1(fn_ester_linkage_9(X))
& fn_constant_motion_1(fn_ester_linkage_9(X)) = fn_second_electron_shell_11(fn_ester_linkage_11(X))
& fn_second_electron_shell_11(fn_ester_linkage_11(X)) = fn_second_electron_shell_11(fn_ester_linkage_11(X))
& fn_second_electron_shell_11(fn_ester_linkage_11(X)) = fn_polar_covalent_bond_12(X)
& fn_polar_covalent_bond_12(X) = fn_polar_covalent_bond_12(X)
& fn_polar_covalent_bond_11(X) = fn_polar_covalent_bond_12(X)
& fn_polar_covalent_bond_12(X) = fn_polar_covalent_bond_11(X)
& fn_polar_covalent_bond_11(X) = fn_polar_covalent_bond_11(X)
& fn_polar_covalent_bond_11(X) = fn_electron_shell_3(fn_ester_linkage_10(X))
& fn_electron_shell_3(fn_ester_linkage_10(X)) = fn_electron_shell_3(fn_ester_linkage_10(X))
& fn_electron_shell_3(fn_ester_linkage_10(X)) = fn_second_electron_shell_5(fn_ester_linkage_11(X))
& fn_second_electron_shell_5(fn_ester_linkage_11(X)) = fn_second_electron_shell_5(fn_ester_linkage_11(X))
& fn_second_electron_shell_5(fn_ester_linkage_11(X)) = fn_first_electron_shell_4(fn_ester_linkage_12(X))
& fn_first_electron_shell_4(fn_ester_linkage_12(X)) = fn_electron_shell_2(fn_ester_linkage_10(X))
& fn_electron_shell_2(fn_ester_linkage_10(X)) = fn_carbon_10(fn_ester_linkage_28(X))
& fn_carbon_10(fn_ester_linkage_28(X)) = fn_carbon_10(fn_ester_linkage_28(X))
& fn_carbon_10(fn_ester_linkage_28(X)) = fn_first_electron_shell_5(fn_ester_linkage_12(X))
& fn_first_electron_shell_5(fn_ester_linkage_12(X)) = fn_first_electron_shell_5(fn_ester_linkage_12(X))
& fn_first_electron_shell_5(fn_ester_linkage_12(X)) = fn_atom_18(fn_ester_linkage_28(X))
& fn_polar_covalent_bond_13(X) = fn_atom_18(fn_ester_linkage_28(X))
& fn_atom_18(fn_ester_linkage_28(X)) = fn_polar_covalent_bond_13(X)
& fn_polar_covalent_bond_13(X) = fn_polar_covalent_bond_13(X)
& fn_carbon_18(fn_ester_linkage_28(X)) = fn_polar_covalent_bond_13(X)
& fn_polar_covalent_bond_13(X) = fn_carbon_18(fn_ester_linkage_28(X))
& fn_carbon_18(fn_ester_linkage_28(X)) = fn_polar_covalent_bond_14(X)
& fn_first_electron_shell_7(fn_ester_linkage_12(X)) = fn_polar_covalent_bond_14(X)
& fn_polar_covalent_bond_14(X) = fn_polar_covalent_bond_14(X)
& fn_polar_covalent_bond_14(X) = fn_first_electron_shell_7(fn_ester_linkage_12(X))
& fn_first_electron_shell_7(fn_ester_linkage_12(X)) = fn_first_electron_shell_7(fn_ester_linkage_12(X)) ) ) ).
fof(a529384,axiom,
! [X] :
( estivation_1(X)
=> ( original_name_2(X,'Estivation')
& user_description_2(X,'A type of torpor (a physiological state in which activity is low and metabolism decreases) that happens in the summer.')
& concept2words_2(X,estivate)
& concept2words_2(X,estivation)
& torpor_1(X) ) ) ).
fof(a529385,axiom,
! [X] :
( estradiol_1(X)
=> ( original_name_2(X,'Estradiol')
& user_description_2(X,'Estradiol is an important type of estrogen, or female sex hormone which promote the development and maintenance of the female reproductive system.')
& concept2words_2(X,estradiol)
& estrogen_1(X)
& ~ aldosterone_1(X)
& ~ brassinosteroid_1(X)
& ~ corticosteroid_1(X)
& ~ ecdysone_1(X)
& ~ progesterone_1(X)
& ~ testosterone_1(X)
& constant_motion_1(fn_estradiol_3(X))
& kinetic_energy_1(fn_estradiol_4(X))
& quantity_value_1(fn_estradiol_5(X))
& speed_value_1(fn_estradiol_6(X))
& carbon_skeleton_1(fn_estradiol_7(X))
& repel_1(fn_estradiol_8(X))
& carbon_skeleton_1(fn_estradiol_9(X))
& hydrophobic_region_1(fn_estradiol_10(X))
& cyclohexane_1(fn_estradiol_11(X))
& atom_1(fn_estradiol_12(X))
& chemical_entity_1(fn_estradiol_12(X))
& cyclopentane_1(fn_estradiol_13(X))
& carbon_1(fn_estradiol_14(X))
& atom_1(fn_carbon_skeleton_2(fn_estradiol_9(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_estradiol_9(X)))
& carbon_1(fn_carbon_skeleton_4(fn_estradiol_9(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_estradiol_9(X)))
& is_at_2(fn_estradiol_13(X),fn_estradiol_10(X))
& has_function_2(fn_estradiol_13(X),fn_estradiol_8(X))
& is_inside_2(fn_estradiol_7(X),fn_estradiol_9(X))
& possesses_2(X,fn_estradiol_4(X))
& quantity_2(fn_estradiol_4(X),fn_estradiol_5(X))
& directly_proportional_2(fn_estradiol_6(X),fn_estradiol_5(X))
& speed_2(fn_estradiol_3(X),fn_estradiol_6(X))
& object_2(fn_estradiol_3(X),X)
& has_part_2(X,fn_estradiol_13(X))
& has_region_2(fn_estradiol_13(X),fn_estradiol_7(X))
& has_region_2(fn_estradiol_11(X),fn_estradiol_7(X))
& has_part_2(X,fn_estradiol_11(X))
& has_part_2(X,fn_estradiol_12(X))
& has_region_2(X,fn_estradiol_9(X))
& has_part_2(X,fn_estradiol_14(X))
& is_inside_2(fn_estradiol_14(X),fn_estradiol_9(X))
& fn_estradiol_12(X) != fn_estradiol_14(X)
& fn_estradiol_14(X) != fn_estradiol_12(X)
& has_region_2(X,fn_estradiol_10(X))
& facilitates_2(fn_estradiol_10(X),fn_estradiol_8(X))
& agent_2(fn_estradiol_8(X),X)
& has_function_2(X,fn_estradiol_8(X))
& site_2(fn_estradiol_8(X),fn_estradiol_10(X))
& fn_estradiol_2(X) = fn_steroid_4(X)
& fn_estradiol_1(X) = fn_steroid_3(X)
& fn_estradiol_3(X) = fn_steroid_5(X)
& fn_estradiol_6(X) = fn_steroid_8(X)
& fn_estradiol_5(X) = fn_steroid_7(X)
& fn_estradiol_4(X) = fn_steroid_6(X)
& fn_estradiol_11(X) = fn_steroid_14(X)
& fn_estradiol_7(X) = fn_steroid_16(X)
& fn_estradiol_13(X) = fn_steroid_15(X)
& fn_estradiol_12(X) = fn_steroid_12(X)
& fn_estradiol_12(X) = fn_hormone_3(X)
& fn_estradiol_12(X) = fn_carbon_skeleton_2(fn_estradiol_9(X))
& fn_estradiol_14(X) = fn_steroid_11(X)
& fn_estradiol_14(X) = fn_hormone_2(X)
& fn_estradiol_14(X) = fn_carbon_skeleton_4(fn_estradiol_9(X))
& fn_estradiol_9(X) = fn_steroid_13(X)
& fn_estradiol_9(X) = fn_hormone_1(X)
& X = fn_carbon_skeleton_3(fn_estradiol_9(X))
& fn_estradiol_8(X) = fn_steroid_10(X)
& fn_estradiol_8(X) = fn_hydrophobic_compound_2(X)
& fn_estradiol_10(X) = fn_steroid_9(X)
& fn_estradiol_10(X) = fn_hydrophobic_compound_3(X)
& fn_steroid_12(X) = fn_hormone_3(X)
& fn_hormone_3(X) = fn_steroid_12(X)
& fn_steroid_12(X) = fn_steroid_12(X)
& fn_carbon_skeleton_2(fn_estradiol_9(X)) = fn_steroid_12(X)
& fn_steroid_12(X) = fn_carbon_skeleton_2(fn_estradiol_9(X))
& fn_carbon_skeleton_2(fn_estradiol_9(X)) = fn_steroid_11(X)
& fn_hormone_2(X) = fn_steroid_11(X)
& fn_steroid_11(X) = fn_hormone_2(X)
& fn_hormone_2(X) = fn_hormone_2(X)
& fn_carbon_skeleton_4(fn_estradiol_9(X)) = fn_hormone_2(X)
& fn_hormone_2(X) = fn_carbon_skeleton_4(fn_estradiol_9(X))
& fn_carbon_skeleton_4(fn_estradiol_9(X)) = fn_steroid_13(X)
& fn_steroid_13(X) = fn_steroid_13(X)
& fn_hormone_1(X) = fn_steroid_13(X)
& fn_steroid_13(X) = fn_hormone_1(X)
& fn_hormone_1(X) = fn_steroid_10(X)
& fn_hydrophobic_compound_2(X) = fn_steroid_10(X)
& fn_steroid_10(X) = fn_hydrophobic_compound_2(X)
& fn_hydrophobic_compound_2(X) = fn_steroid_9(X)
& fn_hydrophobic_compound_3(X) = fn_steroid_9(X)
& fn_steroid_9(X) = fn_hydrophobic_compound_3(X)
& fn_carbon_skeleton_3(fn_estradiol_9(X)) = fn_carbon_skeleton_3(fn_estradiol_9(X)) ) ) ).
fof(a529386,axiom,
! [X] :
( estrogen_1(X)
=> ( original_name_2(X,'Estrogen')
& user_description_2(X,'A class of steroid hormones that are responsible for the development and maintenance of female function in mammals.')
& concept2words_2(X,estrogen)
& sex_hormone_1(X)
& ~ androgen_1(X)
& ~ cytokinin_1(X)
& ~ progestin_1(X) ) ) ).
fof(a529387,axiom,
! [X] :
( estrogen_receptor_1(X)
=> ( original_name_2(X,'Estrogen-Receptor')
& user_description_2(X,'Receptor that binds estrogen.')
& concept2words_2(X,'receptor to estrogen')
& concept2words_2(X,'receptor of estrogen')
& concept2words_2(X,'estrogen receptor')
& concept2words_2(X,'estrogen-receptor')
& nuclear_receptor_1(X) ) ) ).
fof(a529388,axiom,
! [X] :
( estrous_cycle_1(X)
=> ( original_name_2(X,'Estrous-Cycle')
& user_description_2(X,'A reproductive cycle that occurs in most female mammals. In animals that undergo estrous cycles, the nonpregnant endometrial layer is resorbed instead of shed, and females are sexually responsive only at the midpoint of the cycle, called estrus.')
& concept2words_2(X,'estrous cycle')
& concept2words_2(X,'estrous-cycle')
& female_reproductive_cycle_events_1(X) ) ) ).
fof(a529389,axiom,
! [X] :
( estuary_1(X)
=> ( original_name_2(X,'Estuary')
& user_description_2(X,'An area where fresh water merges with the ocean, often a river delta.')
& concept2words_2(X,estuary)
& aquatic_ecosystem_1(X)
& ~ abyssal_zone_1(X)
& ~ aphotic_zone_1(X)
& ~ benthic_zone_1(X)
& ~ deep_sea_hydrothermal_vent_1(X)
& ~ eutrophic_lake_1(X)
& ~ intertidal_zone_1(X)
& ~ limnetic_zone_1(X)
& ~ littoral_zone_1(X)
& ~ marine_benthic_zone_1(X)
& ~ neritic_zone_1(X)
& ~ oceanic_pelagic_zone_1(X)
& ~ oligotrophic_lake_1(X)
& ~ photic_zone_1(X) ) ) ).
fof(a529390,axiom,
! [X] :
( ethane_1(X)
=> ( original_name_2(X,'Ethane')
& user_description_2(X,'A hydrocarbon composed of two carbon atoms and six hydrogen atoms.')
& concept2words_2(X,ethane)
& hydrocarbon_molecule_1(X)
& ~ methane_1(X) ) ) ).
fof(a529391,axiom,
! [X] :
( ethanol_substance_1(X)
=> ( original_name_2(X,'Ethanol-Substance')
& user_description_2(X,'Ethanol is a volatile, flammable, colorless liquid substance. It is a type of alcohol found in alcoholic beverages.')
& concept2words_2(X,'substance of ethanol')
& concept2words_2(X,'ethanol substance')
& concept2words_2(X,'ethanol-substance')
& liquid_substance_1(X)
& ethyl_alcohol_1(fn_ethanol_substance_1(X))
& heat_of_vaporization_value_1(fn_ethanol_substance_2(X))
& solubility_value_1(fn_ethanol_substance_4(X))
& property_node_1(fn_solubility_value_1(fn_ethanol_substance_4(X)))
& the_cardinal_value_2(fn_ethanol_substance_2(X),"200.0e0")
& cardinal_unit_class_2(fn_ethanol_substance_2(X),calorie_per_gram_0)
& has_part_2(X,fn_ethanol_substance_1(X))
& heat_of_vaporization_2(X,fn_ethanol_substance_2(X))
& solubility_in_water_2(X,fn_ethanol_substance_4(X))
& the_scalar_value_2(fn_ethanol_substance_4(X),soluble_0)
& scalar_unit_class_2(fn_ethanol_substance_4(X),substance_0)
& fn_ethanol_substance_5(X) = fn_solubility_value_1(fn_ethanol_substance_4(X)) ) ) ).
fof(a529392,axiom,
! [X] :
( ether_1(X)
=> ( original_name_2(X,'Ether')
& user_description_2(X,'Ethers are organic compounds that contain an ether group an oxygen atom connected to two alkyl or aryl groups.')
& concept2words_2(X,ether)
& nonpolar_substance_1(X)
& solvent_1(fn_ether_1(X))
& tangible_entity_1(fn_solvent_1(fn_ether_1(X)))
& plays_2(X,fn_ether_1(X))
& X = fn_solvent_1(fn_ether_1(X)) ) ) ).
fof(a529393,axiom,
! [X] :
( ethics_1(X)
=> ( original_name_2(X,'Ethics')
& user_description_2(X,'A system of moral principles.')
& concept2words_2(X,ethics)
& concept2words_2(X,ethic)
& information_1(X)
& ~ genetic_code_1(X)
& ~ suggestion_1(X)
& ~ request_1(X)
& ~ information_sequence_1(X)
& ~ cdna_library_1(X)
& ~ classification_unit_1(X)
& ~ dna_library_1(X)
& ~ fossil_record_1(X)
& ~ genomic_library_1(X)
& ~ hypothesis_1(X)
& ~ positional_information_1(X)
& ~ proximate_causation_1(X)
& ~ representation_1(X)
& ~ rna_world_1(X)
& ~ scientific_laws_1(X)
& ~ species_concept_1(X) ) ) ).
fof(a529394,axiom,
! [X] :
( ethology_1(X)
=> ( original_name_2(X,'Ethology')
& user_description_2(X,'The scientific study of how animals behave, particularly in their natural environments.')
& concept2words_2(X,ethology)
& behavioral_ecology_1(X) ) ) ).
fof(a529395,axiom,
! [X] :
( ethyl_alcohol_1(X)
=> ( original_name_2(X,'Ethyl-Alcohol')
& user_description_2(X,'Ethanol is a volatile, flammable, colorless liquid substance with the chemical formula C2H5OH. It is a type of alcohol found in alcoholic beverages.')
& concept2words_2(X,ethanol)
& concept2words_2(X,'alcohol of ethyl')
& concept2words_2(X,'ethyl alcohol')
& concept2words_2(X,'ethyl-alcohol')
& alcohol_1(X)
& ~ alcohol_hormone_1(X)
& ~ alcoholic_beverage_1(X)
& ~ glycerol_1(X)
& polar_covalent_bond_1(fn_ethyl_alcohol_1(X))
& hydrophilic_region_1(fn_ethyl_alcohol_2(X))
& mass_value_1(fn_ethyl_alcohol_4(X))
& charge_value_1(fn_ethyl_alcohol_5(X))
& system_1(fn_ethyl_alcohol_7(X))
& mass_value_1(fn_ethyl_alcohol_9(X))
& mass_value_1(fn_ethyl_alcohol_10(X))
& oxygen_1(fn_ethyl_alcohol_15(X))
& hydrogen_1(fn_ethyl_alcohol_16(X))
& polar_covalent_bond_1(fn_ethyl_alcohol_17(X))
& share_1(fn_ethyl_alcohol_18(X))
& unequal_sharing_1(fn_ethyl_alcohol_18(X))
& hold_1(fn_ethyl_alcohol_19(X))
& hold_together_1(fn_ethyl_alcohol_19(X))
& chemical_bond_1(fn_ethyl_alcohol_20(X))
& polar_covalent_bond_1(fn_ethyl_alcohol_20(X))
& entity_1(fn_ethyl_alcohol_21(X))
& tangible_entity_1(fn_ethyl_alcohol_21(X))
& atom_1(fn_ethyl_alcohol_21(X))
& chemical_entity_1(fn_ethyl_alcohol_21(X))
& hydrogen_1(fn_ethyl_alcohol_21(X))
& entity_1(fn_ethyl_alcohol_22(X))
& chemical_entity_1(fn_ethyl_alcohol_22(X))
& atom_1(fn_ethyl_alcohol_22(X))
& carbon_1(fn_ethyl_alcohol_22(X))
& proton_1(fn_ethyl_alcohol_23(X))
& second_electron_shell_1(fn_ethyl_alcohol_24(X))
& first_electron_shell_1(fn_ethyl_alcohol_25(X))
& center_1(fn_ethyl_alcohol_26(X))
& atomic_nucleus_1(fn_ethyl_alcohol_27(X))
& electron_1(fn_ethyl_alcohol_28(X))
& valence_electron_1(fn_ethyl_alcohol_28(X))
& electron_1(fn_ethyl_alcohol_29(X))
& valence_electron_1(fn_ethyl_alcohol_29(X))
& proton_1(fn_ethyl_alcohol_30(X))
& electron_shell_1(fn_ethyl_alcohol_31(X))
& first_electron_shell_1(fn_ethyl_alcohol_31(X))
& center_1(fn_ethyl_alcohol_32(X))
& atomic_nucleus_1(fn_ethyl_alcohol_33(X))
& first_electron_shell_1(fn_second_electron_shell_21(fn_ethyl_alcohol_24(X)))
& proton_1(fn_hydrogen_13(fn_ethyl_alcohol_21(X)))
& electron_shell_1(fn_hydrogen_16(fn_ethyl_alcohol_21(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_ethyl_alcohol_21(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_ethyl_alcohol_20(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_ethyl_alcohol_20(X)))
& entity_1(fn_polar_covalent_bond_18(fn_ethyl_alcohol_17(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_ethyl_alcohol_17(X)))
& atom_1(fn_polar_covalent_bond_18(fn_ethyl_alcohol_17(X)))
& entity_1(fn_polar_covalent_bond_19(fn_ethyl_alcohol_17(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_ethyl_alcohol_17(X)))
& atom_1(fn_polar_covalent_bond_19(fn_ethyl_alcohol_17(X)))
& entity_1(fn_polar_covalent_bond_19(fn_ethyl_alcohol_20(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_ethyl_alcohol_20(X)))
& atom_1(fn_polar_covalent_bond_19(fn_ethyl_alcohol_20(X)))
& entity_1(fn_polar_covalent_bond_18(fn_ethyl_alcohol_20(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_ethyl_alcohol_20(X)))
& atom_1(fn_polar_covalent_bond_18(fn_ethyl_alcohol_20(X)))
& atom_1(fn_second_electron_shell_13(fn_ethyl_alcohol_24(X)))
& entity_1(fn_share_3(fn_ethyl_alcohol_18(X)))
& entity_1(fn_share_1(fn_ethyl_alcohol_18(X)))
& tangible_entity_1(fn_hold_2(fn_ethyl_alcohol_19(X)))
& proton_1(fn_second_electron_shell_20(fn_ethyl_alcohol_24(X)))
& proton_1(fn_polar_covalent_bond_5(fn_ethyl_alcohol_20(X)))
& center_1(fn_second_electron_shell_9(fn_ethyl_alcohol_24(X)))
& center_1(fn_polar_covalent_bond_21(fn_ethyl_alcohol_20(X)))
& center_1(fn_hydrogen_14(fn_ethyl_alcohol_21(X)))
& center_1(fn_polar_covalent_bond_23(fn_ethyl_alcohol_20(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_ethyl_alcohol_21(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_14(fn_ethyl_alcohol_20(X)))
& atomic_nucleus_1(fn_second_electron_shell_14(fn_ethyl_alcohol_24(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_13(fn_ethyl_alcohol_20(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_ethyl_alcohol_20(X)))
& electron_1(fn_polar_covalent_bond_11(fn_ethyl_alcohol_20(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_ethyl_alcohol_20(X)))
& fn_ethyl_alcohol_31(X) != fn_ethyl_alcohol_25(X)
& fn_ethyl_alcohol_25(X) != fn_ethyl_alcohol_31(X)
& fn_ethyl_alcohol_20(X) != fn_ethyl_alcohol_1(X)
& possesses_2(X,fn_ethyl_alcohol_1(X))
& has_region_2(X,fn_ethyl_alcohol_2(X))
& exactCardinality(X,has_part_0,"2",carbon_0)
& fn_ethyl_alcohol_17(X) != fn_ethyl_alcohol_1(X)
& fn_ethyl_alcohol_1(X) != fn_ethyl_alcohol_17(X)
& fn_ethyl_alcohol_1(X) != fn_ethyl_alcohol_20(X)
& called_2(fn_ethyl_alcohol_4(X),mass_electron)
& the_categorical_value_2(fn_ethyl_alcohol_5(X),partial_negative_0)
& the_cardinal_value_2(fn_ethyl_alcohol_5(X),"0")
& cardinal_unit_class_2(fn_ethyl_alcohol_5(X),unity_0)
& called_2(fn_ethyl_alcohol_9(X),mass_proton)
& the_cardinal_value_2(fn_ethyl_alcohol_9(X),"1.0e0")
& cardinal_unit_class_2(fn_ethyl_alcohol_9(X),dalton_0)
& called_2(fn_ethyl_alcohol_10(X),mass_electron)
& agent_2(fn_ethyl_alcohol_18(X),fn_ethyl_alcohol_21(X))
& object_2(fn_ethyl_alcohol_19(X),fn_ethyl_alcohol_21(X))
& is_between_2(fn_ethyl_alcohol_17(X),fn_ethyl_alcohol_15(X))
& fn_ethyl_alcohol_16(X) != fn_ethyl_alcohol_15(X)
& fn_ethyl_alcohol_15(X) != fn_ethyl_alcohol_16(X)
& fn_ethyl_alcohol_21(X) != fn_ethyl_alcohol_22(X)
& fn_ethyl_alcohol_22(X) != fn_ethyl_alcohol_21(X)
& object_2(fn_ethyl_alcohol_19(X),fn_ethyl_alcohol_22(X))
& is_between_2(fn_ethyl_alcohol_17(X),fn_ethyl_alcohol_16(X))
& is_between_2(fn_ethyl_alcohol_20(X),fn_ethyl_alcohol_22(X))
& agent_2(fn_ethyl_alcohol_18(X),fn_ethyl_alcohol_22(X))
& object_2(fn_ethyl_alcohol_18(X),fn_ethyl_alcohol_28(X))
& fn_ethyl_alcohol_16(X) != fn_ethyl_alcohol_22(X)
& fn_ethyl_alcohol_22(X) != fn_ethyl_alcohol_16(X)
& has_part_2(fn_ethyl_alcohol_22(X),fn_ethyl_alcohol_23(X))
& is_inside_2(fn_ethyl_alcohol_25(X),fn_ethyl_alcohol_24(X))
& has_region_2(fn_ethyl_alcohol_22(X),fn_ethyl_alcohol_24(X))
& has_region_2(fn_ethyl_alcohol_22(X),fn_ethyl_alcohol_27(X))
& is_inside_2(fn_ethyl_alcohol_27(X),fn_ethyl_alcohol_25(X))
& has_region_2(fn_ethyl_alcohol_22(X),fn_ethyl_alcohol_25(X))
& has_region_2(fn_ethyl_alcohol_22(X),fn_ethyl_alcohol_26(X))
& has_part_2(X,fn_ethyl_alcohol_21(X))
& is_between_2(fn_ethyl_alcohol_20(X),fn_ethyl_alcohol_21(X))
& possesses_2(X,fn_ethyl_alcohol_20(X))
& has_part_2(X,fn_ethyl_alcohol_22(X))
& has_region_2(fn_ethyl_alcohol_21(X),fn_ethyl_alcohol_32(X))
& has_region_2(fn_ethyl_alcohol_21(X),fn_ethyl_alcohol_33(X))
& is_inside_2(fn_ethyl_alcohol_33(X),fn_ethyl_alcohol_31(X))
& has_region_2(fn_ethyl_alcohol_21(X),fn_ethyl_alcohol_31(X))
& has_part_2(fn_ethyl_alcohol_21(X),fn_ethyl_alcohol_30(X))
& is_inside_2(fn_ethyl_alcohol_30(X),fn_ethyl_alcohol_33(X))
& is_inside_2(fn_ethyl_alcohol_23(X),fn_ethyl_alcohol_27(X))
& is_at_2(fn_ethyl_alcohol_27(X),fn_ethyl_alcohol_26(X))
& is_near_2(fn_ethyl_alcohol_27(X),fn_ethyl_alcohol_28(X))
& is_near_2(fn_ethyl_alcohol_28(X),fn_ethyl_alcohol_27(X))
& fn_ethyl_alcohol_29(X) != fn_ethyl_alcohol_28(X)
& fn_ethyl_alcohol_28(X) != fn_ethyl_alcohol_29(X)
& fn_ethyl_alcohol_33(X) != fn_ethyl_alcohol_27(X)
& is_at_2(fn_ethyl_alcohol_33(X),fn_ethyl_alcohol_32(X))
& fn_ethyl_alcohol_32(X) != fn_ethyl_alcohol_26(X)
& fn_ethyl_alcohol_27(X) != fn_ethyl_alcohol_33(X)
& is_near_2(fn_ethyl_alcohol_28(X),fn_ethyl_alcohol_33(X))
& is_near_2(fn_ethyl_alcohol_33(X),fn_ethyl_alcohol_28(X))
& fn_ethyl_alcohol_26(X) != fn_ethyl_alcohol_32(X)
& has_function_2(fn_ethyl_alcohol_20(X),fn_ethyl_alcohol_19(X))
& agent_2(fn_ethyl_alcohol_19(X),fn_ethyl_alcohol_20(X))
& result_2(fn_ethyl_alcohol_18(X),fn_ethyl_alcohol_20(X))
& object_2(fn_ethyl_alcohol_18(X),fn_ethyl_alcohol_29(X))
& is_near_2(fn_ethyl_alcohol_29(X),fn_ethyl_alcohol_27(X))
& is_near_2(fn_ethyl_alcohol_27(X),fn_ethyl_alcohol_29(X))
& fn_ethyl_alcohol_21(X) = fn_share_3(fn_ethyl_alcohol_18(X))
& fn_ethyl_alcohol_21(X) = fn_share_1(fn_ethyl_alcohol_18(X))
& fn_ethyl_alcohol_21(X) = fn_hold_2(fn_ethyl_alcohol_19(X))
& fn_ethyl_alcohol_16(X) = fn_polar_covalent_bond_19(fn_ethyl_alcohol_17(X))
& fn_ethyl_alcohol_15(X) = fn_polar_covalent_bond_19(fn_ethyl_alcohol_17(X))
& fn_ethyl_alcohol_15(X) = fn_polar_covalent_bond_18(fn_ethyl_alcohol_17(X))
& fn_ethyl_alcohol_22(X) = fn_organic_molecule_1(X)
& fn_ethyl_alcohol_16(X) = fn_organic_molecule_2(X)
& fn_ethyl_alcohol_16(X) = fn_polar_covalent_bond_19(fn_ethyl_alcohol_20(X))
& fn_ethyl_alcohol_22(X) = fn_polar_covalent_bond_18(fn_ethyl_alcohol_20(X))
& fn_ethyl_alcohol_23(X) = fn_second_electron_shell_20(fn_ethyl_alcohol_24(X))
& fn_ethyl_alcohol_26(X) = fn_second_electron_shell_9(fn_ethyl_alcohol_24(X))
& fn_ethyl_alcohol_25(X) = fn_second_electron_shell_21(fn_ethyl_alcohol_24(X))
& fn_ethyl_alcohol_27(X) = fn_second_electron_shell_14(fn_ethyl_alcohol_24(X))
& fn_ethyl_alcohol_22(X) = fn_second_electron_shell_13(fn_ethyl_alcohol_24(X))
& fn_ethyl_alcohol_22(X) = fn_alcohol_7(X)
& fn_ethyl_alcohol_20(X) = fn_alcohol_9(X)
& fn_ethyl_alcohol_21(X) = fn_organic_molecule_2(X)
& fn_ethyl_alcohol_21(X) = fn_alcohol_6(X)
& fn_ethyl_alcohol_32(X) = fn_hydrogen_14(fn_ethyl_alcohol_21(X))
& fn_ethyl_alcohol_30(X) = fn_hydrogen_13(fn_ethyl_alcohol_21(X))
& fn_ethyl_alcohol_31(X) = fn_hydrogen_16(fn_ethyl_alcohol_21(X))
& fn_ethyl_alcohol_33(X) = fn_hydrogen_15(fn_ethyl_alcohol_21(X))
& fn_ethyl_alcohol_23(X) = fn_polar_covalent_bond_5(fn_ethyl_alcohol_20(X))
& fn_ethyl_alcohol_29(X) = fn_polar_covalent_bond_12(fn_ethyl_alcohol_20(X))
& fn_ethyl_alcohol_28(X) = fn_polar_covalent_bond_11(fn_ethyl_alcohol_20(X))
& fn_ethyl_alcohol_26(X) = fn_polar_covalent_bond_21(fn_ethyl_alcohol_20(X))
& fn_ethyl_alcohol_32(X) = fn_polar_covalent_bond_23(fn_ethyl_alcohol_20(X))
& fn_ethyl_alcohol_28(X) = fn_polar_covalent_bond_12(fn_ethyl_alcohol_20(X))
& fn_ethyl_alcohol_33(X) = fn_polar_covalent_bond_14(fn_ethyl_alcohol_20(X))
& fn_ethyl_alcohol_27(X) = fn_polar_covalent_bond_13(fn_ethyl_alcohol_20(X))
& fn_ethyl_alcohol_29(X) = fn_polar_covalent_bond_11(fn_ethyl_alcohol_20(X))
& fn_ethyl_alcohol_18(X) = fn_polar_covalent_bond_16(fn_ethyl_alcohol_20(X))
& fn_ethyl_alcohol_19(X) = fn_polar_covalent_bond_17(fn_ethyl_alcohol_20(X))
& fn_polar_covalent_bond_18(fn_ethyl_alcohol_17(X)) = fn_polar_covalent_bond_18(fn_ethyl_alcohol_17(X))
& fn_polar_covalent_bond_19(fn_ethyl_alcohol_17(X)) = fn_polar_covalent_bond_18(fn_ethyl_alcohol_17(X))
& fn_polar_covalent_bond_18(fn_ethyl_alcohol_17(X)) = fn_polar_covalent_bond_19(fn_ethyl_alcohol_17(X))
& fn_polar_covalent_bond_19(fn_ethyl_alcohol_17(X)) = fn_polar_covalent_bond_19(fn_ethyl_alcohol_17(X))
& fn_polar_covalent_bond_19(fn_ethyl_alcohol_17(X)) = fn_polar_covalent_bond_19(fn_ethyl_alcohol_20(X))
& fn_polar_covalent_bond_19(fn_ethyl_alcohol_20(X)) = fn_polar_covalent_bond_19(fn_ethyl_alcohol_20(X))
& fn_polar_covalent_bond_19(fn_ethyl_alcohol_20(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_polar_covalent_bond_19(fn_ethyl_alcohol_20(X))
& fn_polar_covalent_bond_19(fn_ethyl_alcohol_20(X)) = fn_organic_molecule_1(X)
& fn_polar_covalent_bond_18(fn_ethyl_alcohol_20(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_polar_covalent_bond_18(fn_ethyl_alcohol_20(X))
& fn_polar_covalent_bond_18(fn_ethyl_alcohol_20(X)) = fn_polar_covalent_bond_18(fn_ethyl_alcohol_20(X))
& fn_polar_covalent_bond_18(fn_ethyl_alcohol_20(X)) = fn_second_electron_shell_13(fn_ethyl_alcohol_24(X))
& fn_second_electron_shell_13(fn_ethyl_alcohol_24(X)) = fn_second_electron_shell_13(fn_ethyl_alcohol_24(X))
& fn_second_electron_shell_13(fn_ethyl_alcohol_24(X)) = fn_alcohol_7(X)
& fn_alcohol_7(X) = fn_share_3(fn_ethyl_alcohol_18(X))
& fn_share_3(fn_ethyl_alcohol_18(X)) = fn_share_1(fn_ethyl_alcohol_18(X))
& fn_share_1(fn_ethyl_alcohol_18(X)) = fn_share_1(fn_ethyl_alcohol_18(X))
& fn_share_1(fn_ethyl_alcohol_18(X)) = fn_hold_2(fn_ethyl_alcohol_19(X))
& fn_hold_2(fn_ethyl_alcohol_19(X)) = fn_hold_2(fn_ethyl_alcohol_19(X))
& fn_hold_2(fn_ethyl_alcohol_19(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_alcohol_6(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_alcohol_6(X)
& fn_alcohol_6(X) = fn_second_electron_shell_20(fn_ethyl_alcohol_24(X))
& fn_second_electron_shell_20(fn_ethyl_alcohol_24(X)) = fn_polar_covalent_bond_5(fn_ethyl_alcohol_20(X))
& fn_polar_covalent_bond_5(fn_ethyl_alcohol_20(X)) = fn_second_electron_shell_9(fn_ethyl_alcohol_24(X))
& fn_second_electron_shell_9(fn_ethyl_alcohol_24(X)) = fn_polar_covalent_bond_21(fn_ethyl_alcohol_20(X))
& fn_polar_covalent_bond_21(fn_ethyl_alcohol_20(X)) = fn_polar_covalent_bond_21(fn_ethyl_alcohol_20(X))
& fn_polar_covalent_bond_21(fn_ethyl_alcohol_20(X)) = fn_hydrogen_14(fn_ethyl_alcohol_21(X))
& fn_hydrogen_14(fn_ethyl_alcohol_21(X)) = fn_polar_covalent_bond_23(fn_ethyl_alcohol_20(X))
& fn_polar_covalent_bond_23(fn_ethyl_alcohol_20(X)) = fn_polar_covalent_bond_23(fn_ethyl_alcohol_20(X))
& fn_polar_covalent_bond_23(fn_ethyl_alcohol_20(X)) = fn_polar_covalent_bond_12(fn_ethyl_alcohol_20(X))
& fn_polar_covalent_bond_11(fn_ethyl_alcohol_20(X)) = fn_polar_covalent_bond_12(fn_ethyl_alcohol_20(X))
& fn_polar_covalent_bond_12(fn_ethyl_alcohol_20(X)) = fn_hydrogen_15(fn_ethyl_alcohol_21(X))
& fn_hydrogen_15(fn_ethyl_alcohol_21(X)) = fn_hydrogen_15(fn_ethyl_alcohol_21(X))
& fn_hydrogen_15(fn_ethyl_alcohol_21(X)) = fn_polar_covalent_bond_14(fn_ethyl_alcohol_20(X))
& fn_polar_covalent_bond_14(fn_ethyl_alcohol_20(X)) = fn_polar_covalent_bond_14(fn_ethyl_alcohol_20(X))
& fn_polar_covalent_bond_14(fn_ethyl_alcohol_20(X)) = fn_second_electron_shell_14(fn_ethyl_alcohol_24(X))
& fn_second_electron_shell_14(fn_ethyl_alcohol_24(X)) = fn_second_electron_shell_14(fn_ethyl_alcohol_24(X))
& fn_second_electron_shell_14(fn_ethyl_alcohol_24(X)) = fn_polar_covalent_bond_13(fn_ethyl_alcohol_20(X))
& fn_polar_covalent_bond_13(fn_ethyl_alcohol_20(X)) = fn_polar_covalent_bond_13(fn_ethyl_alcohol_20(X))
& fn_polar_covalent_bond_13(fn_ethyl_alcohol_20(X)) = fn_polar_covalent_bond_12(fn_ethyl_alcohol_20(X))
& fn_polar_covalent_bond_12(fn_ethyl_alcohol_20(X)) = fn_polar_covalent_bond_12(fn_ethyl_alcohol_20(X))
& fn_polar_covalent_bond_12(fn_ethyl_alcohol_20(X)) = fn_polar_covalent_bond_11(fn_ethyl_alcohol_20(X))
& fn_polar_covalent_bond_11(fn_ethyl_alcohol_20(X)) = fn_polar_covalent_bond_11(fn_ethyl_alcohol_20(X)) ) ) ).
fof(a529396,axiom,
! [X] :
( ethylene_1(X)
=> ( original_name_2(X,'Ethylene')
& user_description_2(X,'The only gaseous plant hormone. Among its many effects are response to mechanical stress, programmed cell death, leaf abscission, and fruit ripening.')
& concept2words_2(X,'ripening gas')
& concept2words_2(X,'ethylene gas,')
& concept2words_2(X,'ethylene gas')
& concept2words_2(X,c2h4)
& concept2words_2(X,ethylene)
& hydrocarbon_molecule_1(X)
& plant_hormone_1(X)
& entity_1(fn_ethylene_1(X))
& chemical_entity_1(fn_ethylene_1(X))
& atom_1(fn_ethylene_1(X))
& carbon_1(fn_ethylene_1(X))
& exactCardinality(X,has_part_0,"2",carbon_0)
& exactCardinality(X,has_part_0,"4",hydrogen_0)
& has_part_2(X,fn_ethylene_1(X))
& fn_ethylene_1(X) = fn_hormone_3(X)
& fn_ethylene_1(X) = fn_hydrocarbon_molecule_16(X)
& fn_ethylene_1(X) = fn_hormone_2(X)
& fn_hormone_3(X) = fn_hydrocarbon_molecule_16(X)
& fn_hydrocarbon_molecule_16(X) = fn_hydrocarbon_molecule_16(X)
& fn_hydrocarbon_molecule_16(X) = fn_hormone_2(X) ) ) ).
fof(a529397,axiom,
! [X] :
( euchromatin_1(X)
=> ( original_name_2(X,'Euchromatin')
& user_description_2(X,'The less condensed form of eukaryotic chromatin that is available for transcription.')
& concept2words_2(X,euchromatin)
& eukaryotic_chromatin_1(X)
& nuclear_matrix_1(fn_euchromatin_1(X))
& nuclear_lamina_1(fn_euchromatin_2(X))
& attach_1(fn_euchromatin_3(X))
& histone_1(fn_euchromatin_4(X))
& chromosome_arm_1(fn_euchromatin_5(X))
& chromosome_arm_1(fn_euchromatin_6(X))
& centromere_1(fn_euchromatin_7(X))
& chromatin_packing_1(fn_euchromatin_9(X))
& density_value_1(fn_euchromatin_10(X))
& heterochromatin_1(fn_euchromatin_11(X))
& density_value_1(fn_chromosome_2(fn_euchromatin_11(X)))
& chromosome_1(fn_chromatin_packing_5(fn_euchromatin_9(X)))
& chromatin_packing_1(fn_eukaryotic_chromatin_8(fn_euchromatin_11(X)))
& abuts_2(X,fn_euchromatin_2(X))
& abuts_2(X,fn_euchromatin_1(X))
& abuts_2(fn_euchromatin_2(X),X)
& abuts_2(fn_euchromatin_1(X),X)
& density_2(fn_euchromatin_11(X),fn_euchromatin_10(X))
& the_scalar_value_2(fn_euchromatin_10(X),dense_0)
& scalar_unit_class_2(fn_euchromatin_10(X),euchromatin_0)
& object_2(fn_euchromatin_9(X),X)
& result_2(fn_euchromatin_9(X),fn_euchromatin_11(X))
& density_2(X,fn_euchromatin_10(X))
& result_2(fn_euchromatin_9(X),X)
& object_2(fn_euchromatin_3(X),fn_euchromatin_4(X))
& result_2(fn_euchromatin_3(X),X)
& has_region_2(X,fn_euchromatin_7(X))
& has_part_2(X,fn_euchromatin_5(X))
& is_between_2(fn_euchromatin_7(X),fn_euchromatin_5(X))
& is_between_2(fn_euchromatin_7(X),fn_euchromatin_6(X))
& has_part_2(X,fn_euchromatin_6(X))
& has_part_2(X,fn_euchromatin_4(X))
& fn_euchromatin_10(X) = fn_chromosome_2(fn_euchromatin_11(X))
& X = fn_chromatin_packing_5(fn_euchromatin_9(X))
& fn_euchromatin_9(X) = fn_eukaryotic_chromatin_8(fn_euchromatin_11(X))
& fn_euchromatin_8(X) = fn_chromosome_1(X)
& fn_euchromatin_10(X) = fn_chromosome_2(X)
& fn_euchromatin_9(X) = fn_eukaryotic_chromatin_8(X)
& fn_euchromatin_3(X) = fn_eukaryotic_chromatin_14(X)
& fn_euchromatin_4(X) = fn_eukaryotic_chromatin_13(X)
& fn_euchromatin_6(X) = fn_eukaryotic_chromatin_2(X)
& fn_euchromatin_7(X) = fn_eukaryotic_chromatin_12(X)
& fn_euchromatin_5(X) = fn_eukaryotic_chromatin_1(X) ) ) ).
fof(a529398,axiom,
! [X] :
( eudicot_1(X)
=> ( original_name_2(X,'Eudicot')
& user_description_2(X,'Member of a large clade of angiosperms that have two cotyledons, or embryonic seed leaves.')
& concept2words_2(X,eudicot)
& angiosperm_1(X)
& electron_1(fn_eudicot_1(X))
& length_value_1(fn_eudicot_2(X))
& cytoplasm_1(fn_eudicot_4(X))
& plasma_membrane_1(fn_eudicot_5(X))
& length_value_1(fn_eudicot_8(X))
& length_value_1(fn_eudicot_9(X))
& stem_1(fn_eudicot_10(X))
& store_1(fn_eudicot_11(X))
& shoot_1(fn_eudicot_18(X))
& visible_light_1(fn_eudicot_19(X))
& energy_1(fn_eudicot_19(X))
& spatial_entity_1(fn_eudicot_20(X))
& tangible_entity_1(fn_eudicot_20(X))
& chemical_entity_1(fn_eudicot_20(X))
& sugar_1(fn_eudicot_20(X))
& glucose_1(fn_eudicot_20(X))
& organic_molecule_1(fn_eudicot_21(X))
& chemical_entity_1(fn_eudicot_21(X))
& pyruvate_1(fn_eudicot_21(X))
& entity_1(fn_eudicot_22(X))
& chemical_entity_1(fn_eudicot_22(X))
& organic_molecule_1(fn_eudicot_22(X))
& molecule_1(fn_eudicot_22(X))
& nadh_1(fn_eudicot_22(X))
& organelle_1(fn_eudicot_23(X))
& mitochondrion_1(fn_eudicot_23(X))
& semiautonomous_organelle_1(fn_eudicot_23(X))
& glycolysis_1(fn_eudicot_24(X))
& chemical_reaction_1(fn_eudicot_25(X))
& oxidative_phosphorylation_1(fn_eudicot_25(X))
& eukaryotic_oxidative_phosphorylation_1(fn_eudicot_25(X))
& exergonic_reaction_1(fn_eudicot_26(X))
& pyruvate_oxidation_1(fn_eudicot_26(X))
& chemical_energy_1(fn_eudicot_27(X))
& free_energy_1(fn_eudicot_28(X))
& structural_complexity_value_1(fn_eudicot_29(X))
& size_value_1(fn_eudicot_30(X))
& size_value_1(fn_eudicot_31(X))
& free_energy_1(fn_eudicot_32(X))
& structural_complexity_value_1(fn_eudicot_33(X))
& quantity_value_1(fn_eudicot_34(X))
& quantity_value_1(fn_eudicot_35(X))
& entity_1(fn_eudicot_36(X))
& chemical_energy_1(fn_eudicot_36(X))
& plant_cell_1(fn_eudicot_37(X))
& cell_1(fn_eudicot_37(X))
& eukaryotic_cell_1(fn_eudicot_37(X))
& nutrition_1(fn_eudicot_38(X))
& photoautotroph_1(fn_eudicot_39(X))
& root_system_1(fn_eudicot_40(X))
& shoot_system_1(fn_eudicot_41(X))
& water_1(fn_eudicot_42(X))
& temperature_value_1(fn_eudicot_43(X))
& specific_heat_value_1(fn_eudicot_44(X))
& container_1(fn_eudicot_45(X))
& cellular_respiration_1(fn_eudicot_46(X))
& metabolic_pathway_1(fn_eudicot_46(X))
& eukaryotic_cellular_respiration_1(fn_eudicot_46(X))
& photosynthesis_1(fn_eudicot_47(X))
& anabolic_pathway_1(fn_eudicot_47(X))
& metabolic_pathway_1(fn_eudicot_47(X))
& taproot_1(fn_eudicot_48(X))
& oxygen_molecule_1(fn_eudicot_49(X))
& spatial_entity_1(fn_eudicot_52(X))
& chemical_entity_1(fn_eudicot_52(X))
& hydrophobic_compound_1(fn_eudicot_52(X))
& molecule_1(fn_eudicot_52(X))
& tangible_entity_1(fn_eudicot_52(X))
& carbon_dioxide_1(fn_eudicot_52(X))
& oxidation_1(fn_eudicot_53(X))
& chemical_entity_1(fn_eudicot_54(X))
& store_1(fn_eudicot_55(X))
& starch_storage_by_plant_1(fn_eudicot_56(X))
& tuber_1(fn_eudicot_57(X))
& tangible_entity_1(fn_barrier_1(fn_eudicot_45(X)))
& oxygen_molecule_1(fn_cellular_respiration_68(fn_eudicot_46(X)))
& property_node_1(fn_photosynthesis_5(fn_eudicot_47(X)))
& property_node_1(fn_photosynthesis_54(fn_eudicot_47(X)))
& property_node_1(fn_photosynthesis_55(fn_eudicot_47(X)))
& free_energy_1(fn_photosynthesis_53(fn_eudicot_47(X)))
& property_node_1(fn_photosynthesis_56(fn_eudicot_47(X)))
& visible_light_1(fn_photosynthesis_34(fn_eudicot_47(X)))
& energy_1(fn_photosynthesis_34(fn_eudicot_47(X)))
& property_node_1(fn_photosynthesis_6(fn_eudicot_47(X)))
& size_value_1(fn_photosynthesis_4(fn_eudicot_47(X)))
& size_value_1(fn_photosynthesis_3(fn_eudicot_47(X)))
& oxidation_1(fn_photosynthesis_46(fn_eudicot_47(X)))
& property_node_1(fn_photosynthesis_57(fn_eudicot_47(X)))
& structural_complexity_value_1(fn_photosynthesis_24(fn_eudicot_47(X)))
& chemical_entity_1(fn_photosynthesis_47(fn_eudicot_47(X)))
& quantity_value_1(fn_photosynthesis_52(fn_eudicot_47(X)))
& quantity_value_1(fn_photosynthesis_51(fn_eudicot_47(X)))
& free_energy_1(fn_photosynthesis_50(fn_eudicot_47(X)))
& pyruvate_oxidation_1(fn_eukaryotic_cellular_respiration_94(fn_eudicot_46(X)))
& glycolysis_1(fn_eukaryotic_cellular_respiration_82(fn_eudicot_46(X)))
& spatial_entity_1(fn_store_2(fn_eudicot_11(X)))
& tangible_entity_1(fn_photosynthesis_37(fn_eudicot_47(X)))
& chemical_entity_1(fn_photosynthesis_37(fn_eudicot_47(X)))
& sugar_1(fn_photosynthesis_37(fn_eudicot_47(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_eudicot_47(X)))
& pyruvate_1(fn_glycolysis_55(fn_eudicot_24(X)))
& chemical_entity_1(fn_glycolysis_55(fn_eudicot_24(X)))
& organic_molecule_1(fn_pyruvate_oxidation_85(fn_eudicot_26(X)))
& chemical_entity_1(fn_pyruvate_oxidation_85(fn_eudicot_26(X)))
& pyruvate_1(fn_pyruvate_oxidation_85(fn_eudicot_26(X)))
& entity_1(fn_store_1(fn_eudicot_11(X)))
& chemical_energy_1(fn_photosynthesis_40(fn_eudicot_47(X)))
& structural_complexity_value_1(fn_anabolic_pathway_3(fn_eudicot_47(X)))
& structural_complexity_value_1(fn_glucose_2(fn_eudicot_20(X)))
& structural_complexity_value_1(fn_photosynthesis_25(fn_eudicot_47(X)))
& cell_1(fn_metabolic_pathway_1(fn_eudicot_46(X)))
& cell_1(fn_metabolic_pathway_1(fn_eudicot_47(X)))
& organelle_1(fn_plant_cell_59(fn_eudicot_37(X)))
& mitochondrion_1(fn_plant_cell_59(fn_eudicot_37(X)))
& semiautonomous_organelle_1(fn_plant_cell_59(fn_eudicot_37(X)))
& organelle_1(fn_eukaryotic_cellular_respiration_101(fn_eudicot_46(X)))
& mitochondrion_1(fn_eukaryotic_cellular_respiration_101(fn_eudicot_46(X)))
& semiautonomous_organelle_1(fn_eukaryotic_cellular_respiration_101(fn_eudicot_46(X)))
& oxidative_phosphorylation_1(fn_cellular_respiration_63(fn_eudicot_46(X)))
& chemical_reaction_1(fn_eukaryotic_cellular_respiration_96(fn_eudicot_46(X)))
& oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_eudicot_46(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_eudicot_46(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_eudicot_26(X)))
& organic_molecule_1(fn_glycolysis_74(fn_eudicot_24(X)))
& nadh_1(fn_glycolysis_74(fn_eudicot_24(X)))
& molecule_1(fn_glycolysis_74(fn_eudicot_24(X)))
& nadh_1(fn_pyruvate_oxidation_84(fn_eudicot_26(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_111(fn_eudicot_46(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_111(fn_eudicot_46(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_111(fn_eudicot_46(X)))
& entity_1(fn_eukaryotic_cellular_respiration_111(fn_eudicot_46(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_111(fn_eudicot_46(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_42(fn_eudicot_46(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_42(fn_eudicot_46(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_42(fn_eudicot_46(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_42(fn_eudicot_46(X)))
& chemical_energy_1(fn_exergonic_reaction_6(fn_eudicot_26(X)))
& chemical_energy_1(fn_glycolysis_108(fn_eudicot_24(X)))
& chemical_energy_1(fn_pyruvate_oxidation_7(fn_eudicot_26(X)))
& chemical_energy_1(fn_pyruvate_oxidation_3(fn_eudicot_26(X)))
& chemical_energy_1(fn_eukaryotic_cellular_respiration_68(fn_eudicot_46(X)))
& spatial_entity_1(fn_photosynthesis_38(fn_eudicot_47(X)))
& tangible_entity_1(fn_photosynthesis_38(fn_eudicot_47(X)))
& chemical_entity_1(fn_photosynthesis_38(fn_eudicot_47(X)))
& hydrophobic_compound_1(fn_photosynthesis_38(fn_eudicot_47(X)))
& molecule_1(fn_photosynthesis_38(fn_eudicot_47(X)))
& carbon_dioxide_1(fn_photosynthesis_38(fn_eudicot_47(X)))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_62(fn_eudicot_46(X)))
& carbon_dioxide_1(fn_eukaryotic_cellular_respiration_62(fn_eudicot_46(X)))
& eukaryotic_cellular_respiration_1(fn_eukaryotic_cell_23(fn_eudicot_37(X)))
& metabolic_pathway_1(fn_plant_cell_63(fn_eudicot_37(X)))
& eukaryotic_cellular_respiration_1(fn_plant_cell_63(fn_eudicot_37(X)))
& result_2(fn_eudicot_46(X),fn_eudicot_21(X))
& site_2(fn_eudicot_46(X),fn_eudicot_4(X))
& site_2(fn_eudicot_47(X),fn_eudicot_4(X))
& is_between_2(fn_eudicot_4(X),fn_eudicot_5(X))
& is_inside_2(fn_eudicot_4(X),fn_eudicot_5(X))
& the_scalar_value_2(fn_eudicot_2(X),tall_0)
& scalar_unit_class_2(fn_eudicot_2(X),vascular_plant_0)
& length_2(X,fn_eudicot_2(X))
& fn_eudicot_52(X) != fn_eudicot_1(X)
& has_function_2(fn_eudicot_52(X),fn_eudicot_53(X))
& fn_eudicot_1(X) != fn_eudicot_52(X)
& base_2(fn_eudicot_11(X),fn_eudicot_20(X))
& object_2(fn_eudicot_11(X),fn_eudicot_36(X))
& size_2(fn_eudicot_20(X),fn_eudicot_31(X))
& result_2(fn_eudicot_47(X),fn_eudicot_20(X))
& possesses_2(fn_eudicot_20(X),fn_eudicot_32(X))
& result_2(fn_eudicot_24(X),fn_eudicot_21(X))
& structural_complexity_2(fn_eudicot_20(X),fn_eudicot_33(X))
& plays_2(X,fn_eudicot_45(X))
& has_part_2(X,fn_eudicot_48(X))
& is_inside_2(fn_eudicot_48(X),fn_eudicot_40(X))
& raw_material_2(fn_eudicot_46(X),fn_eudicot_49(X))
& raw_material_2(fn_eudicot_25(X),fn_eudicot_49(X))
& raw_material_2(fn_eudicot_26(X),fn_eudicot_21(X))
& possesses_2(fn_eudicot_21(X),fn_eudicot_27(X))
& has_part_2(fn_eudicot_37(X),fn_eudicot_23(X))
& has_function_2(fn_eudicot_23(X),fn_eudicot_46(X))
& base_2(fn_eudicot_46(X),fn_eudicot_37(X))
& has_function_2(fn_eudicot_37(X),fn_eudicot_46(X))
& height_2(X,fn_eudicot_8(X))
& directly_proportional_2(fn_eudicot_9(X),fn_eudicot_8(X))
& thickness_2(fn_eudicot_10(X),fn_eudicot_9(X))
& has_part_2(fn_eudicot_18(X),fn_eudicot_10(X))
& quantity_2(fn_eudicot_32(X),fn_eudicot_34(X))
& called_2(fn_eudicot_35(X),'FE_r')
& raw_material_2(fn_eudicot_47(X),fn_eudicot_19(X))
& fn_eudicot_36(X) != fn_eudicot_19(X)
& fn_eudicot_19(X) != fn_eudicot_36(X)
& donor_2(fn_eudicot_53(X),fn_eudicot_54(X))
& recipient_2(fn_eudicot_53(X),fn_eudicot_52(X))
& size_2(fn_eudicot_52(X),fn_eudicot_30(X))
& greater_than_2(fn_eudicot_31(X),fn_eudicot_30(X))
& structural_complexity_2(fn_eudicot_52(X),fn_eudicot_29(X))
& greater_than_2(fn_eudicot_33(X),fn_eudicot_29(X))
& fn_eudicot_54(X) != fn_eudicot_52(X)
& fn_eudicot_52(X) != fn_eudicot_54(X)
& raw_material_2(fn_eudicot_47(X),fn_eudicot_52(X))
& possesses_2(fn_eudicot_52(X),fn_eudicot_28(X))
& quantity_2(fn_eudicot_28(X),fn_eudicot_35(X))
& greater_than_2(fn_eudicot_34(X),fn_eudicot_35(X))
& called_2(fn_eudicot_34(X),'FE_p')
& has_function_2(X,fn_eudicot_56(X))
& has_region_2(X,fn_eudicot_40(X))
& subevent_2(fn_eudicot_56(X),fn_eudicot_55(X))
& site_2(fn_eudicot_55(X),fn_eudicot_57(X))
& has_part_2(X,fn_eudicot_57(X))
& has_function_2(X,fn_eudicot_47(X))
& by_means_of_2(fn_eudicot_38(X),fn_eudicot_47(X))
& correspondence_2(fn_eudicot_43(X),fn_eudicot_44(X))
& temperature_2(X,fn_eudicot_43(X))
& has_part_2(X,fn_eudicot_18(X))
& is_inside_2(fn_eudicot_18(X),fn_eudicot_41(X))
& has_region_2(X,fn_eudicot_41(X))
& base_2(fn_eudicot_56(X),X)
& agent_2(fn_eudicot_56(X),X)
& has_part_2(X,fn_eudicot_37(X))
& base_2(fn_eudicot_47(X),fn_eudicot_37(X))
& experiencer_2(fn_eudicot_47(X),X)
& plays_2(X,fn_eudicot_39(X))
& in_event_2(fn_eudicot_39(X),fn_eudicot_38(X))
& agent_2(fn_eudicot_38(X),X)
& has_part_2(X,fn_eudicot_42(X))
& specific_heat_2(fn_eudicot_42(X),fn_eudicot_44(X))
& subevent_2(fn_eudicot_46(X),fn_eudicot_26(X))
& result_2(fn_eudicot_26(X),fn_eudicot_22(X))
& site_2(fn_eudicot_26(X),fn_eudicot_23(X))
& first_subevent_2(fn_eudicot_46(X),fn_eudicot_24(X))
& subevent_2(fn_eudicot_46(X),fn_eudicot_24(X))
& result_2(fn_eudicot_46(X),fn_eudicot_22(X))
& raw_material_2(fn_eudicot_25(X),fn_eudicot_22(X))
& subevent_2(fn_eudicot_46(X),fn_eudicot_25(X))
& result_2(fn_eudicot_46(X),fn_eudicot_52(X))
& possesses_2(fn_eudicot_52(X),fn_eudicot_27(X))
& possesses_2(fn_eudicot_22(X),fn_eudicot_27(X))
& result_2(fn_eudicot_24(X),fn_eudicot_22(X))
& next_event_2(fn_eudicot_24(X),fn_eudicot_26(X))
& fn_eudicot_20(X) = fn_store_2(fn_eudicot_11(X))
& fn_eudicot_36(X) = fn_store_1(fn_eudicot_11(X))
& fn_eudicot_20(X) = fn_photosynthesis_37(fn_eudicot_47(X))
& fn_eudicot_21(X) = fn_glycolysis_55(fn_eudicot_24(X))
& fn_eudicot_20(X) = fn_anabolic_pathway_5(fn_eudicot_47(X))
& fn_eudicot_33(X) = fn_anabolic_pathway_3(fn_eudicot_47(X))
& fn_eudicot_33(X) = fn_glucose_2(fn_eudicot_20(X))
& X = fn_barrier_1(fn_eudicot_45(X))
& fn_eudicot_48(X) = fn_seed_plant_15(X)
& fn_eudicot_25(X) = fn_cellular_respiration_63(fn_eudicot_46(X))
& fn_eudicot_49(X) = fn_cellular_respiration_68(fn_eudicot_46(X))
& fn_eudicot_27(X) = fn_pyruvate_oxidation_3(fn_eudicot_26(X))
& fn_eudicot_21(X) = fn_pyruvate_oxidation_85(fn_eudicot_26(X))
& fn_eudicot_37(X) = fn_metabolic_pathway_1(fn_eudicot_46(X))
& fn_eudicot_46(X) = fn_eukaryotic_cell_23(fn_eudicot_37(X))
& fn_eudicot_46(X) = fn_plant_cell_63(fn_eudicot_37(X))
& fn_eudicot_23(X) = fn_plant_cell_59(fn_eudicot_37(X))
& fn_eudicot_7(X) = fn_vascular_plant_7(X)
& fn_eudicot_6(X) = fn_vascular_plant_1(X)
& fn_eudicot_18(X) = fn_vascular_plant_26(X)
& fn_eudicot_10(X) = fn_vascular_plant_11(X)
& fn_eudicot_9(X) = fn_vascular_plant_2(X)
& fn_eudicot_8(X) = fn_vascular_plant_8(X)
& fn_eudicot_14(X) = fn_photosynthesis_5(fn_eudicot_47(X))
& fn_eudicot_15(X) = fn_photosynthesis_54(fn_eudicot_47(X))
& fn_eudicot_13(X) = fn_photosynthesis_55(fn_eudicot_47(X))
& fn_eudicot_32(X) = fn_photosynthesis_53(fn_eudicot_47(X))
& fn_eudicot_12(X) = fn_photosynthesis_56(fn_eudicot_47(X))
& fn_eudicot_36(X) = fn_photosynthesis_40(fn_eudicot_47(X))
& fn_eudicot_19(X) = fn_photosynthesis_34(fn_eudicot_47(X))
& fn_eudicot_17(X) = fn_photosynthesis_6(fn_eudicot_47(X))
& fn_eudicot_31(X) = fn_photosynthesis_4(fn_eudicot_47(X))
& fn_eudicot_30(X) = fn_photosynthesis_3(fn_eudicot_47(X))
& fn_eudicot_53(X) = fn_photosynthesis_46(fn_eudicot_47(X))
& fn_eudicot_16(X) = fn_photosynthesis_57(fn_eudicot_47(X))
& fn_eudicot_33(X) = fn_photosynthesis_25(fn_eudicot_47(X))
& fn_eudicot_29(X) = fn_photosynthesis_24(fn_eudicot_47(X))
& fn_eudicot_54(X) = fn_photosynthesis_47(fn_eudicot_47(X))
& fn_eudicot_34(X) = fn_photosynthesis_52(fn_eudicot_47(X))
& fn_eudicot_35(X) = fn_photosynthesis_51(fn_eudicot_47(X))
& fn_eudicot_28(X) = fn_photosynthesis_50(fn_eudicot_47(X))
& fn_eudicot_52(X) = fn_photosynthesis_38(fn_eudicot_47(X))
& fn_eudicot_50(X) = fn_seed_plant_17(X)
& fn_eudicot_51(X) = fn_seed_plant_16(X)
& fn_eudicot_40(X) = fn_seed_plant_9(X)
& fn_eudicot_57(X) = fn_seed_plant_1(X)
& fn_eudicot_55(X) = fn_seed_plant_4(X)
& fn_eudicot_41(X) = fn_seed_plant_8(X)
& fn_eudicot_18(X) = fn_seed_plant_2(X)
& fn_eudicot_43(X) = fn_seed_plant_12(X)
& fn_eudicot_37(X) = fn_metabolic_pathway_1(fn_eudicot_47(X))
& fn_eudicot_47(X) = fn_seed_plant_7(X)
& fn_eudicot_37(X) = fn_seed_plant_13(X)
& fn_eudicot_56(X) = fn_seed_plant_3(X)
& fn_eudicot_44(X) = fn_seed_plant_6(X)
& fn_eudicot_42(X) = fn_seed_plant_14(X)
& fn_eudicot_38(X) = fn_seed_plant_10(X)
& fn_eudicot_39(X) = fn_seed_plant_11(X)
& fn_eudicot_23(X) = fn_eukaryotic_cellular_respiration_101(fn_eudicot_46(X))
& fn_eudicot_25(X) = fn_eukaryotic_cellular_respiration_96(fn_eudicot_46(X))
& fn_eudicot_22(X) = fn_eukaryotic_cellular_respiration_111(fn_eudicot_46(X))
& fn_eudicot_26(X) = fn_eukaryotic_cellular_respiration_94(fn_eudicot_46(X))
& fn_eudicot_24(X) = fn_eukaryotic_cellular_respiration_82(fn_eudicot_46(X))
& fn_eudicot_22(X) = fn_exergonic_reaction_11(fn_eudicot_26(X))
& fn_eudicot_27(X) = fn_exergonic_reaction_6(fn_eudicot_26(X))
& fn_eudicot_22(X) = fn_glycolysis_74(fn_eudicot_24(X))
& fn_eudicot_27(X) = fn_glycolysis_108(fn_eudicot_24(X))
& fn_eudicot_22(X) = fn_pyruvate_oxidation_84(fn_eudicot_26(X))
& fn_eudicot_27(X) = fn_pyruvate_oxidation_7(fn_eudicot_26(X))
& fn_eudicot_22(X) = fn_eukaryotic_cellular_respiration_42(fn_eudicot_46(X))
& fn_eudicot_27(X) = fn_eukaryotic_cellular_respiration_68(fn_eudicot_46(X))
& fn_eudicot_52(X) = fn_eukaryotic_cellular_respiration_62(fn_eudicot_46(X))
& fn_store_2(fn_eudicot_11(X)) = fn_anabolic_pathway_5(fn_eudicot_47(X))
& fn_anabolic_pathway_5(fn_eudicot_47(X)) = fn_anabolic_pathway_5(fn_eudicot_47(X))
& fn_photosynthesis_37(fn_eudicot_47(X)) = fn_photosynthesis_37(fn_eudicot_47(X))
& fn_anabolic_pathway_5(fn_eudicot_47(X)) = fn_photosynthesis_37(fn_eudicot_47(X))
& fn_photosynthesis_37(fn_eudicot_47(X)) = fn_anabolic_pathway_5(fn_eudicot_47(X))
& fn_anabolic_pathway_5(fn_eudicot_47(X)) = fn_glycolysis_55(fn_eudicot_24(X))
& fn_glycolysis_55(fn_eudicot_24(X)) = fn_pyruvate_oxidation_85(fn_eudicot_26(X))
& fn_pyruvate_oxidation_85(fn_eudicot_26(X)) = fn_pyruvate_oxidation_85(fn_eudicot_26(X))
& fn_pyruvate_oxidation_85(fn_eudicot_26(X)) = fn_store_1(fn_eudicot_11(X))
& fn_store_1(fn_eudicot_11(X)) = fn_photosynthesis_40(fn_eudicot_47(X))
& fn_photosynthesis_40(fn_eudicot_47(X)) = fn_photosynthesis_40(fn_eudicot_47(X))
& fn_photosynthesis_40(fn_eudicot_47(X)) = fn_anabolic_pathway_3(fn_eudicot_47(X))
& fn_anabolic_pathway_3(fn_eudicot_47(X)) = fn_glucose_2(fn_eudicot_20(X))
& fn_glucose_2(fn_eudicot_20(X)) = fn_glucose_2(fn_eudicot_20(X))
& fn_glucose_2(fn_eudicot_20(X)) = fn_photosynthesis_25(fn_eudicot_47(X))
& fn_photosynthesis_25(fn_eudicot_47(X)) = fn_photosynthesis_25(fn_eudicot_47(X))
& fn_photosynthesis_25(fn_eudicot_47(X)) = fn_vascular_plant_26(X)
& fn_vascular_plant_26(X) = fn_seed_plant_2(X)
& fn_seed_plant_2(X) = fn_seed_plant_2(X)
& fn_seed_plant_2(X) = fn_metabolic_pathway_1(fn_eudicot_46(X))
& fn_metabolic_pathway_1(fn_eudicot_46(X)) = fn_metabolic_pathway_1(fn_eudicot_47(X))
& fn_metabolic_pathway_1(fn_eudicot_47(X)) = fn_seed_plant_13(X)
& fn_seed_plant_13(X) = fn_seed_plant_13(X)
& fn_seed_plant_13(X) = fn_plant_cell_59(fn_eudicot_37(X))
& fn_plant_cell_59(fn_eudicot_37(X)) = fn_plant_cell_59(fn_eudicot_37(X))
& fn_plant_cell_59(fn_eudicot_37(X)) = fn_eukaryotic_cellular_respiration_101(fn_eudicot_46(X))
& fn_eukaryotic_cellular_respiration_101(fn_eudicot_46(X)) = fn_cellular_respiration_63(fn_eudicot_46(X))
& fn_cellular_respiration_63(fn_eudicot_46(X)) = fn_eukaryotic_cellular_respiration_96(fn_eudicot_46(X))
& fn_eukaryotic_cellular_respiration_96(fn_eudicot_46(X)) = fn_eukaryotic_cellular_respiration_96(fn_eudicot_46(X))
& fn_eukaryotic_cellular_respiration_96(fn_eudicot_46(X)) = fn_exergonic_reaction_11(fn_eudicot_26(X))
& fn_glycolysis_74(fn_eudicot_24(X)) = fn_exergonic_reaction_11(fn_eudicot_26(X))
& fn_exergonic_reaction_11(fn_eudicot_26(X)) = fn_glycolysis_74(fn_eudicot_24(X))
& fn_pyruvate_oxidation_84(fn_eudicot_26(X)) = fn_glycolysis_74(fn_eudicot_24(X))
& fn_glycolysis_74(fn_eudicot_24(X)) = fn_glycolysis_74(fn_eudicot_24(X))
& fn_glycolysis_74(fn_eudicot_24(X)) = fn_pyruvate_oxidation_84(fn_eudicot_26(X))
& fn_pyruvate_oxidation_84(fn_eudicot_26(X)) = fn_pyruvate_oxidation_84(fn_eudicot_26(X))
& fn_eukaryotic_cellular_respiration_111(fn_eudicot_46(X)) = fn_pyruvate_oxidation_84(fn_eudicot_26(X))
& fn_pyruvate_oxidation_84(fn_eudicot_26(X)) = fn_eukaryotic_cellular_respiration_111(fn_eudicot_46(X))
& fn_eukaryotic_cellular_respiration_111(fn_eudicot_46(X)) = fn_eukaryotic_cellular_respiration_111(fn_eudicot_46(X))
& fn_eukaryotic_cellular_respiration_42(fn_eudicot_46(X)) = fn_eukaryotic_cellular_respiration_111(fn_eudicot_46(X))
& fn_eukaryotic_cellular_respiration_111(fn_eudicot_46(X)) = fn_eukaryotic_cellular_respiration_42(fn_eudicot_46(X))
& fn_eukaryotic_cellular_respiration_42(fn_eudicot_46(X)) = fn_eukaryotic_cellular_respiration_42(fn_eudicot_46(X))
& fn_eukaryotic_cellular_respiration_42(fn_eudicot_46(X)) = fn_exergonic_reaction_6(fn_eudicot_26(X))
& fn_exergonic_reaction_6(fn_eudicot_26(X)) = fn_glycolysis_108(fn_eudicot_24(X))
& fn_glycolysis_108(fn_eudicot_24(X)) = fn_glycolysis_108(fn_eudicot_24(X))
& fn_glycolysis_108(fn_eudicot_24(X)) = fn_pyruvate_oxidation_7(fn_eudicot_26(X))
& fn_pyruvate_oxidation_3(fn_eudicot_26(X)) = fn_pyruvate_oxidation_7(fn_eudicot_26(X))
& fn_pyruvate_oxidation_7(fn_eudicot_26(X)) = fn_pyruvate_oxidation_3(fn_eudicot_26(X))
& fn_pyruvate_oxidation_3(fn_eudicot_26(X)) = fn_eukaryotic_cellular_respiration_68(fn_eudicot_46(X))
& fn_eukaryotic_cellular_respiration_68(fn_eudicot_46(X)) = fn_eukaryotic_cellular_respiration_68(fn_eudicot_46(X))
& fn_eukaryotic_cellular_respiration_68(fn_eudicot_46(X)) = fn_photosynthesis_38(fn_eudicot_47(X))
& fn_photosynthesis_38(fn_eudicot_47(X)) = fn_photosynthesis_38(fn_eudicot_47(X))
& fn_photosynthesis_38(fn_eudicot_47(X)) = fn_eukaryotic_cellular_respiration_62(fn_eudicot_46(X))
& fn_eukaryotic_cellular_respiration_62(fn_eudicot_46(X)) = fn_eukaryotic_cellular_respiration_62(fn_eudicot_46(X))
& fn_eukaryotic_cellular_respiration_62(fn_eudicot_46(X)) = fn_plant_cell_63(fn_eudicot_37(X))
& fn_plant_cell_63(fn_eudicot_37(X)) = fn_eukaryotic_cell_23(fn_eudicot_37(X))
& fn_eukaryotic_cell_23(fn_eudicot_37(X)) = fn_plant_cell_63(fn_eudicot_37(X))
& fn_plant_cell_63(fn_eudicot_37(X)) = fn_plant_cell_63(fn_eudicot_37(X)) ) ) ).
fof(a529399,axiom,
! [X] :
( euglena_1(X)
=> ( original_name_2(X,'Euglena')
& user_description_2(X,'A genus of unicellular protists, of the class Euglenoidea of the phylum Euglenozoa.')
& concept2words_2(X,euglena)
& euglenid_1(X)
& ~ kinetoplastid_1(X)
& ~ trypanosome_1(X)
& structural_complexity_value_1(fn_euglena_2(X))
& cellular_work_1(fn_euglena_3(X))
& anabolic_pathway_1(fn_euglena_4(X))
& synthesis_of_atp_1(fn_euglena_4(X))
& substance_1(fn_euglena_5(X))
& cytosol_1(fn_euglena_5(X))
& spatial_entity_1(fn_euglena_6(X))
& nuclear_membrane_1(fn_euglena_6(X))
& biomembrane_1(fn_euglena_6(X))
& photoautotroph_1(fn_euglena_7(X))
& protein_enzyme_1(fn_euglena_8(X))
& protein_enzyme_1(fn_euglena_9(X))
& synthesis_reaction_1(fn_euglena_10(X))
& metabolic_pathway_1(fn_euglena_10(X))
& chemical_reaction_1(fn_euglena_10(X))
& anabolic_pathway_1(fn_euglena_10(X))
& synthesis_of_lipid_1(fn_euglena_10(X))
& peroxisome_1(fn_euglena_11(X))
& smooth_endoplasmic_reticulum_1(fn_euglena_12(X))
& synthesis_of_atp_1(fn_euglena_13(X))
& synthesis_of_atp_1(fn_euglena_14(X))
& specific_heat_value_1(fn_euglena_15(X))
& tangible_entity_1(fn_euglena_16(X))
& phospholipid_bilayer_1(fn_euglena_16(X))
& eukaryotic_cellular_respiration_1(fn_euglena_17(X))
& temperature_value_1(fn_euglena_18(X))
& size_value_1(fn_euglena_19(X))
& surface_1(fn_euglena_20(X))
& volume_value_1(fn_euglena_21(X))
& tangible_entity_1(fn_euglena_22(X))
& nucleus_1(fn_euglena_22(X))
& endoplasmic_reticulum_1(fn_euglena_23(X))
& rough_endoplasmic_reticulum_1(fn_euglena_23(X))
& water_1(fn_euglena_24(X))
& eukaryotic_chromosome_1(fn_euglena_25(X))
& chromosome_1(fn_euglena_25(X))
& eukaryotic_ribosome_1(fn_euglena_26(X))
& spatial_entity_1(fn_euglena_27(X))
& biomembrane_1(fn_euglena_27(X))
& plasma_membrane_1(fn_euglena_27(X))
& mixture_1(fn_euglena_28(X))
& cytoplasm_1(fn_euglena_28(X))
& nutrition_1(fn_euglena_29(X))
& protein_enzyme_1(fn_euglena_30(X))
& chemical_reaction_1(fn_euglena_31(X))
& metabolic_pathway_1(fn_euglena_31(X))
& photosynthesis_1(fn_euglena_31(X))
& golgi_apparatus_1(fn_euglena_36(X))
& semiautonomous_organelle_1(fn_euglena_37(X))
& organelle_1(fn_euglena_37(X))
& mitochondrion_1(fn_euglena_37(X))
& nutrition_1(fn_photoautotroph_17(fn_euglena_7(X)))
& chemical_reaction_1(fn_enzyme_4(fn_euglena_30(X)))
& photosynthesis_1(fn_photoautotroph_19(fn_euglena_7(X)))
& cytosol_1(fn_peroxisome_40(fn_euglena_11(X)))
& cell_1(fn_metabolic_pathway_1(fn_euglena_14(X)))
& cell_1(fn_metabolic_pathway_1(fn_euglena_31(X)))
& cell_1(fn_metabolic_pathway_1(fn_euglena_13(X)))
& organism_1(fn_photoautotroph_18(fn_euglena_7(X)))
& has_part_2(fn_euglena_28(X),fn_euglena_30(X))
& agent_2(fn_euglena_14(X),fn_euglena_8(X))
& the_scalar_value_2(fn_euglena_2(X),very_complex_0)
& scalar_unit_class_2(fn_euglena_2(X),biomembrane_0)
& agent_2(fn_euglena_13(X),fn_euglena_9(X))
& agent_2(fn_euglena_10(X),fn_euglena_9(X))
& structural_complexity_2(fn_euglena_6(X),fn_euglena_2(X))
& agent_2(fn_euglena_4(X),fn_euglena_8(X))
& has_function_2(fn_euglena_30(X),fn_euglena_31(X))
& base_2(fn_euglena_14(X),X)
& base_2(fn_euglena_31(X),X)
& base_2(fn_euglena_13(X),X)
& has_part_2(X,fn_euglena_11(X))
& is_inside_2(fn_euglena_11(X),fn_euglena_5(X))
& by_means_of_2(fn_euglena_29(X),fn_euglena_31(X))
& in_event_2(fn_euglena_7(X),fn_euglena_29(X))
& agent_2(fn_euglena_29(X),X)
& plays_2(X,fn_euglena_7(X))
& has_part_2(fn_euglena_22(X),fn_euglena_6(X))
& site_2(fn_euglena_10(X),fn_euglena_12(X))
& the_scalar_value_2(fn_euglena_19(X),big_0)
& scalar_unit_class_2(fn_euglena_19(X),prokaryote_0)
& has_region_2(X,fn_euglena_20(X))
& has_part_2(X,fn_euglena_22(X))
& base_2(fn_euglena_4(X),X)
& site_2(fn_euglena_17(X),fn_euglena_28(X))
& is_between_2(fn_euglena_28(X),fn_euglena_27(X))
& size_2(X,fn_euglena_19(X))
& directly_proportional_2(fn_euglena_19(X),fn_euglena_21(X))
& volume_2(X,fn_euglena_21(X))
& temperature_2(X,fn_euglena_18(X))
& has_part_2(X,fn_euglena_23(X))
& fn_euglena_23(X) != fn_euglena_12(X)
& has_part_2(X,fn_euglena_12(X))
& has_function_2(X,fn_euglena_17(X))
& base_2(fn_euglena_17(X),X)
& fn_euglena_12(X) != fn_euglena_23(X)
& is_inside_2(fn_euglena_25(X),fn_euglena_22(X))
& has_part_2(X,fn_euglena_25(X))
& has_part_2(X,fn_euglena_24(X))
& specific_heat_2(fn_euglena_24(X),fn_euglena_15(X))
& correspondence_2(fn_euglena_18(X),fn_euglena_15(X))
& has_part_2(X,fn_euglena_26(X))
& is_inside_2(fn_euglena_26(X),fn_euglena_5(X))
& is_inside_2(fn_euglena_23(X),fn_euglena_5(X))
& abuts_2(fn_euglena_12(X),fn_euglena_23(X))
& abuts_2(fn_euglena_23(X),fn_euglena_12(X))
& is_inside_2(fn_euglena_28(X),fn_euglena_27(X))
& has_part_2(fn_euglena_28(X),fn_euglena_8(X))
& fn_euglena_8(X) != fn_euglena_9(X)
& has_part_2(fn_euglena_28(X),fn_euglena_9(X))
& is_between_2(fn_euglena_28(X),fn_euglena_22(X))
& fn_euglena_9(X) != fn_euglena_8(X)
& base_2(fn_euglena_3(X),X)
& has_function_2(X,fn_euglena_3(X))
& has_part_2(X,fn_euglena_27(X))
& has_part_2(fn_euglena_27(X),fn_euglena_16(X))
& is_at_2(fn_euglena_16(X),fn_euglena_20(X))
& is_inside_2(fn_euglena_36(X),fn_euglena_5(X))
& has_part_2(X,fn_euglena_36(X))
& has_part_2(X,fn_euglena_28(X))
& has_part_2(fn_euglena_28(X),fn_euglena_5(X))
& is_inside_2(fn_euglena_22(X),fn_euglena_5(X))
& has_part_2(X,fn_euglena_37(X))
& is_inside_2(fn_euglena_37(X),fn_euglena_5(X))
& is_inside_2(fn_euglena_12(X),fn_euglena_5(X))
& has_function_2(fn_euglena_12(X),fn_euglena_10(X))
& base_2(fn_euglena_10(X),X)
& fn_euglena_31(X) = fn_enzyme_4(fn_euglena_30(X))
& X = fn_metabolic_pathway_1(fn_euglena_14(X))
& X = fn_metabolic_pathway_1(fn_euglena_31(X))
& X = fn_metabolic_pathway_1(fn_euglena_13(X))
& fn_euglena_11(X) = fn_eukaryotic_cell_61(X)
& fn_euglena_5(X) = fn_peroxisome_40(fn_euglena_11(X))
& fn_euglena_31(X) = fn_photoautotroph_19(fn_euglena_7(X))
& X = fn_photoautotroph_18(fn_euglena_7(X))
& fn_euglena_29(X) = fn_photoautotroph_17(fn_euglena_7(X))
& fn_euglena_6(X) = fn_protist_cell_27(X)
& fn_euglena_32(X) = fn_euglenozoan_5(X)
& fn_euglena_34(X) = fn_euglenozoan_7(X)
& fn_euglena_4(X) = fn_euglenozoan_24(X)
& fn_euglena_35(X) = fn_euglenozoan_8(X)
& fn_euglena_33(X) = fn_euglenozoan_6(X)
& fn_euglena_21(X) = fn_protist_cell_17(X)
& fn_euglena_21(X) = fn_euglenozoan_13(X)
& fn_euglena_19(X) = fn_protist_cell_16(X)
& fn_euglena_19(X) = fn_euglenozoan_15(X)
& fn_euglena_17(X) = fn_euglenozoan_23(X)
& fn_euglena_18(X) = fn_euglenozoan_16(X)
& fn_euglena_15(X) = fn_euglenozoan_18(X)
& fn_euglena_24(X) = fn_euglenozoan_10(X)
& fn_euglena_25(X) = fn_protist_cell_19(X)
& fn_euglena_25(X) = fn_euglenozoan_20(X)
& fn_euglena_23(X) = fn_protist_cell_25(X)
& fn_euglena_23(X) = fn_euglenozoan_31(X)
& fn_euglena_26(X) = fn_euglenozoan_19(X)
& fn_euglena_9(X) = fn_euglenozoan_3(X)
& fn_euglena_8(X) = fn_euglenozoan_28(X)
& fn_euglena_20(X) = fn_euglenozoan_14(X)
& fn_euglena_16(X) = fn_euglenozoan_17(X)
& fn_euglena_27(X) = fn_protist_cell_22(X)
& fn_euglena_27(X) = fn_euglenozoan_9(X)
& fn_euglena_3(X) = fn_euglenozoan_34(X)
& fn_euglena_22(X) = fn_protist_cell_24(X)
& fn_euglena_22(X) = fn_euglenozoan_12(X)
& fn_euglena_28(X) = fn_euglenozoan_25(X)
& fn_euglena_36(X) = fn_protist_cell_14(X)
& fn_euglena_36(X) = fn_euglenozoan_11(X)
& fn_euglena_10(X) = fn_protist_cell_28(X)
& fn_euglena_10(X) = fn_euglenozoan_21(X)
& fn_euglena_12(X) = fn_protist_cell_23(X)
& fn_euglena_5(X) = fn_protist_cell_29(X)
& fn_euglena_12(X) = fn_euglenozoan_26(X)
& fn_euglena_5(X) = fn_euglenozoan_22(X)
& fn_euglena_37(X) = fn_euglenozoan_30(X)
& fn_enzyme_4(fn_euglena_30(X)) = fn_photoautotroph_19(fn_euglena_7(X))
& fn_photoautotroph_19(fn_euglena_7(X)) = fn_euglenozoan_13(X)
& fn_euglenozoan_13(X) = fn_protist_cell_17(X)
& fn_protist_cell_17(X) = fn_euglenozoan_13(X)
& fn_euglenozoan_13(X) = fn_protist_cell_16(X)
& fn_euglenozoan_15(X) = fn_euglenozoan_15(X)
& fn_euglenozoan_15(X) = fn_protist_cell_16(X)
& fn_protist_cell_16(X) = fn_euglenozoan_15(X)
& fn_euglenozoan_15(X) = fn_protist_cell_19(X)
& fn_euglenozoan_20(X) = fn_protist_cell_19(X)
& fn_protist_cell_19(X) = fn_euglenozoan_20(X)
& fn_euglenozoan_20(X) = fn_protist_cell_25(X)
& fn_euglenozoan_31(X) = fn_euglenozoan_31(X)
& fn_euglenozoan_31(X) = fn_protist_cell_25(X)
& fn_protist_cell_25(X) = fn_euglenozoan_31(X)
& fn_euglenozoan_31(X) = fn_euglenozoan_9(X)
& fn_euglenozoan_9(X) = fn_euglenozoan_9(X)
& fn_euglenozoan_9(X) = fn_protist_cell_22(X)
& fn_protist_cell_22(X) = fn_euglenozoan_9(X)
& fn_euglenozoan_9(X) = fn_protist_cell_24(X)
& fn_protist_cell_24(X) = fn_protist_cell_24(X)
& fn_euglenozoan_12(X) = fn_euglenozoan_12(X)
& fn_euglenozoan_12(X) = fn_protist_cell_24(X)
& fn_protist_cell_24(X) = fn_euglenozoan_12(X)
& fn_euglenozoan_12(X) = fn_protist_cell_14(X)
& fn_euglenozoan_11(X) = fn_protist_cell_14(X)
& fn_protist_cell_14(X) = fn_euglenozoan_11(X)
& fn_euglenozoan_11(X) = fn_euglenozoan_21(X)
& fn_euglenozoan_21(X) = fn_protist_cell_28(X)
& fn_protist_cell_28(X) = fn_euglenozoan_21(X)
& fn_euglenozoan_21(X) = fn_euglenozoan_26(X)
& fn_euglenozoan_26(X) = fn_euglenozoan_26(X)
& fn_euglenozoan_26(X) = fn_protist_cell_23(X)
& fn_protist_cell_23(X) = fn_euglenozoan_26(X)
& fn_euglenozoan_26(X) = fn_peroxisome_40(fn_euglena_11(X))
& fn_peroxisome_40(fn_euglena_11(X)) = fn_protist_cell_29(X)
& fn_protist_cell_29(X) = fn_protist_cell_29(X)
& fn_euglenozoan_22(X) = fn_protist_cell_29(X)
& fn_protist_cell_29(X) = fn_euglenozoan_22(X)
& fn_euglenozoan_22(X) = fn_euglenozoan_22(X)
& fn_euglenozoan_22(X) = fn_metabolic_pathway_1(fn_euglena_14(X))
& fn_metabolic_pathway_1(fn_euglena_14(X)) = fn_metabolic_pathway_1(fn_euglena_31(X))
& fn_metabolic_pathway_1(fn_euglena_31(X)) = fn_metabolic_pathway_1(fn_euglena_13(X))
& fn_metabolic_pathway_1(fn_euglena_13(X)) = fn_photoautotroph_18(fn_euglena_7(X))
& fn_photoautotroph_18(fn_euglena_7(X)) = fn_photoautotroph_18(fn_euglena_7(X)) ) ) ).
fof(a529400,axiom,
! [X] :
( euglenid_1(X)
=> ( original_name_2(X,'Euglenid')
& user_description_2(X,'Member of a group of flagellated protists, distinguished by the presence of a layer of proteinaceous strips lying under the plasma membrane that give the cell its shape.')
& concept2words_2(X,euglenid)
& euglenozoan_1(X)
& ~ kinetoplastid_1(X)
& ~ trypanosome_1(X) ) ) ).
fof(a529401,axiom,
! [X] :
( euglenozoan_1(X)
=> ( original_name_2(X,'Euglenozoan')
& user_description_2(X,'Member of a clade of flagellated protists; can be photosynthetic, heterotrophic, or parasitic.')
& concept2words_2(X,euglenozoan)
& unicellular_organism_1(X)
& protist_cell_1(X)
& chromosome_arm_1(fn_euglenozoan_1(X))
& chromosome_arm_1(fn_euglenozoan_2(X))
& protein_enzyme_1(fn_euglenozoan_3(X))
& cytosol_1(fn_euglenozoan_4(X))
& spatial_entity_1(fn_euglenozoan_9(X))
& biomembrane_1(fn_euglenozoan_9(X))
& plasma_membrane_1(fn_euglenozoan_9(X))
& water_1(fn_euglenozoan_10(X))
& golgi_apparatus_1(fn_euglenozoan_11(X))
& tangible_entity_1(fn_euglenozoan_12(X))
& nucleus_1(fn_euglenozoan_12(X))
& volume_value_1(fn_euglenozoan_13(X))
& surface_1(fn_euglenozoan_14(X))
& size_value_1(fn_euglenozoan_15(X))
& temperature_value_1(fn_euglenozoan_16(X))
& tangible_entity_1(fn_euglenozoan_17(X))
& phospholipid_bilayer_1(fn_euglenozoan_17(X))
& specific_heat_value_1(fn_euglenozoan_18(X))
& eukaryotic_ribosome_1(fn_euglenozoan_19(X))
& eukaryotic_chromosome_1(fn_euglenozoan_20(X))
& chromosome_1(fn_euglenozoan_20(X))
& synthesis_reaction_1(fn_euglenozoan_21(X))
& metabolic_pathway_1(fn_euglenozoan_21(X))
& chemical_reaction_1(fn_euglenozoan_21(X))
& anabolic_pathway_1(fn_euglenozoan_21(X))
& synthesis_of_lipid_1(fn_euglenozoan_21(X))
& substance_1(fn_euglenozoan_22(X))
& cytosol_1(fn_euglenozoan_22(X))
& eukaryotic_cellular_respiration_1(fn_euglenozoan_23(X))
& anabolic_pathway_1(fn_euglenozoan_24(X))
& synthesis_of_atp_1(fn_euglenozoan_24(X))
& mixture_1(fn_euglenozoan_25(X))
& cytoplasm_1(fn_euglenozoan_25(X))
& smooth_endoplasmic_reticulum_1(fn_euglenozoan_26(X))
& flagellum_1(fn_euglenozoan_27(X))
& protein_enzyme_1(fn_euglenozoan_28(X))
& adp_1(fn_euglenozoan_29(X))
& semiautonomous_organelle_1(fn_euglenozoan_30(X))
& organelle_1(fn_euglenozoan_30(X))
& mitochondrion_1(fn_euglenozoan_30(X))
& endoplasmic_reticulum_1(fn_euglenozoan_31(X))
& rough_endoplasmic_reticulum_1(fn_euglenozoan_31(X))
& centromere_1(fn_euglenozoan_32(X))
& er_membrane_1(fn_euglenozoan_33(X))
& cellular_work_1(fn_euglenozoan_34(X))
& centromere_1(fn_chromosome_6(fn_euglenozoan_20(X)))
& synthesis_of_atp_1(fn_golgi_apparatus_88(fn_euglenozoan_11(X)))
& property_node_1(fn_golgi_apparatus_11(fn_euglenozoan_11(X)))
& property_node_1(fn_golgi_apparatus_10(fn_euglenozoan_11(X)))
& size_value_1(fn_golgi_apparatus_87(fn_euglenozoan_11(X)))
& volume_value_1(fn_golgi_apparatus_86(fn_euglenozoan_11(X)))
& synthesis_reaction_1(fn_golgi_apparatus_89(fn_euglenozoan_11(X)))
& metabolic_pathway_1(fn_golgi_apparatus_89(fn_euglenozoan_11(X)))
& chemical_reaction_1(fn_golgi_apparatus_89(fn_euglenozoan_11(X)))
& anabolic_pathway_1(fn_golgi_apparatus_89(fn_euglenozoan_11(X)))
& synthesis_of_lipid_1(fn_golgi_apparatus_89(fn_euglenozoan_11(X)))
& endoplasmic_reticulum_1(fn_golgi_apparatus_65(fn_euglenozoan_11(X)))
& rough_endoplasmic_reticulum_1(fn_golgi_apparatus_65(fn_euglenozoan_11(X)))
& smooth_endoplasmic_reticulum_1(fn_golgi_apparatus_93(fn_euglenozoan_11(X)))
& eukaryotic_chromosome_1(fn_golgi_apparatus_15(fn_euglenozoan_11(X)))
& chromosome_1(fn_golgi_apparatus_15(fn_euglenozoan_11(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_euglenozoan_24(X)))
& organic_molecule_1(fn_synthesis_of_atp_10(fn_euglenozoan_24(X)))
& spatial_entity_1(fn_golgi_apparatus_82(fn_euglenozoan_11(X)))
& biomembrane_1(fn_golgi_apparatus_82(fn_euglenozoan_11(X)))
& plasma_membrane_1(fn_golgi_apparatus_82(fn_euglenozoan_11(X)))
& cell_1(fn_flagellum_35(fn_euglenozoan_27(X)))
& tangible_entity_1(fn_golgi_apparatus_22(fn_euglenozoan_11(X)))
& cell_1(fn_golgi_apparatus_22(fn_euglenozoan_11(X)))
& eukaryotic_cell_1(fn_golgi_apparatus_22(fn_euglenozoan_11(X)))
& tangible_entity_1(fn_golgi_apparatus_90(fn_euglenozoan_11(X)))
& nucleus_1(fn_golgi_apparatus_90(fn_euglenozoan_11(X)))
& substance_1(fn_golgi_apparatus_91(fn_euglenozoan_11(X)))
& cytosol_1(fn_golgi_apparatus_91(fn_euglenozoan_11(X)))
& has_part_2(fn_euglenozoan_20(X),fn_euglenozoan_1(X))
& has_part_2(fn_euglenozoan_20(X),fn_euglenozoan_2(X))
& site_2(fn_euglenozoan_23(X),fn_euglenozoan_25(X))
& has_part_2(fn_euglenozoan_25(X),fn_euglenozoan_3(X))
& is_inside_2(fn_euglenozoan_3(X),fn_euglenozoan_33(X))
& fn_euglenozoan_3(X) != fn_euglenozoan_28(X)
& fn_euglenozoan_28(X) != fn_euglenozoan_3(X)
& is_inside_2(fn_euglenozoan_29(X),fn_euglenozoan_4(X))
& is_between_2(fn_euglenozoan_32(X),fn_euglenozoan_1(X))
& is_between_2(fn_euglenozoan_32(X),fn_euglenozoan_2(X))
& raw_material_2(fn_euglenozoan_24(X),fn_euglenozoan_29(X))
& has_region_2(fn_euglenozoan_20(X),fn_euglenozoan_32(X))
& has_part_2(X,fn_euglenozoan_27(X))
& temperature_2(X,fn_euglenozoan_16(X))
& has_part_2(X,fn_euglenozoan_10(X))
& specific_heat_2(fn_euglenozoan_10(X),fn_euglenozoan_18(X))
& correspondence_2(fn_euglenozoan_16(X),fn_euglenozoan_18(X))
& is_between_2(fn_euglenozoan_25(X),fn_euglenozoan_12(X))
& is_between_2(fn_euglenozoan_25(X),fn_euglenozoan_9(X))
& has_part_2(fn_euglenozoan_25(X),fn_euglenozoan_22(X))
& has_part_2(fn_euglenozoan_25(X),fn_euglenozoan_28(X))
& is_inside_2(fn_euglenozoan_28(X),fn_euglenozoan_33(X))
& base_2(fn_euglenozoan_23(X),X)
& has_function_2(X,fn_euglenozoan_23(X))
& has_part_2(X,fn_euglenozoan_19(X))
& base_2(fn_euglenozoan_34(X),X)
& has_function_2(X,fn_euglenozoan_34(X))
& has_part_2(X,fn_euglenozoan_30(X))
& is_inside_2(fn_euglenozoan_30(X),fn_euglenozoan_22(X))
& is_inside_2(fn_euglenozoan_19(X),fn_euglenozoan_22(X))
& has_part_2(X,fn_euglenozoan_25(X))
& is_inside_2(fn_euglenozoan_25(X),fn_euglenozoan_9(X))
& has_part_2(fn_euglenozoan_9(X),fn_euglenozoan_17(X))
& is_at_2(fn_euglenozoan_17(X),fn_euglenozoan_14(X))
& has_region_2(X,fn_euglenozoan_14(X))
& has_part_2(X,fn_euglenozoan_9(X))
& base_2(fn_euglenozoan_24(X),X)
& has_part_2(X,fn_euglenozoan_11(X))
& site_2(fn_euglenozoan_21(X),fn_euglenozoan_26(X))
& has_part_2(X,fn_euglenozoan_12(X))
& size_2(X,fn_euglenozoan_15(X))
& abuts_2(fn_euglenozoan_26(X),fn_euglenozoan_31(X))
& has_part_2(X,fn_euglenozoan_31(X))
& volume_2(X,fn_euglenozoan_13(X))
& directly_proportional_2(fn_euglenozoan_15(X),fn_euglenozoan_13(X))
& the_scalar_value_2(fn_euglenozoan_15(X),big_0)
& scalar_unit_class_2(fn_euglenozoan_15(X),prokaryote_0)
& abuts_2(fn_euglenozoan_31(X),fn_euglenozoan_26(X))
& fn_euglenozoan_31(X) != fn_euglenozoan_26(X)
& is_inside_2(fn_euglenozoan_31(X),fn_euglenozoan_22(X))
& is_inside_2(fn_euglenozoan_26(X),fn_euglenozoan_22(X))
& has_function_2(fn_euglenozoan_26(X),fn_euglenozoan_21(X))
& base_2(fn_euglenozoan_21(X),X)
& fn_euglenozoan_26(X) != fn_euglenozoan_31(X)
& is_inside_2(fn_euglenozoan_11(X),fn_euglenozoan_22(X))
& is_inside_2(fn_euglenozoan_12(X),fn_euglenozoan_22(X))
& is_inside_2(fn_euglenozoan_20(X),fn_euglenozoan_12(X))
& has_part_2(X,fn_euglenozoan_20(X))
& has_part_2(X,fn_euglenozoan_26(X))
& fn_euglenozoan_29(X) = fn_anabolic_pathway_6(fn_euglenozoan_24(X))
& fn_euglenozoan_29(X) = fn_synthesis_of_atp_10(fn_euglenozoan_24(X))
& fn_euglenozoan_32(X) = fn_chromosome_6(fn_euglenozoan_20(X))
& X = fn_flagellum_35(fn_euglenozoan_27(X))
& fn_euglenozoan_5(X) = fn_organism_6(X)
& fn_euglenozoan_6(X) = fn_organism_1(X)
& fn_euglenozoan_16(X) = fn_organism_2(X)
& fn_euglenozoan_18(X) = fn_organism_5(X)
& fn_euglenozoan_10(X) = fn_organism_4(X)
& fn_euglenozoan_12(X) = fn_protist_cell_24(X)
& fn_euglenozoan_33(X) = fn_protist_cell_31(X)
& fn_euglenozoan_28(X) = fn_protist_cell_33(X)
& fn_euglenozoan_23(X) = fn_protist_cell_32(X)
& fn_euglenozoan_19(X) = fn_protist_cell_30(X)
& fn_euglenozoan_22(X) = fn_protist_cell_29(X)
& fn_euglenozoan_30(X) = fn_protist_cell_34(X)
& fn_euglenozoan_34(X) = fn_protist_cell_9(X)
& fn_euglenozoan_14(X) = fn_protist_cell_15(X)
& fn_euglenozoan_17(X) = fn_protist_cell_18(X)
& fn_euglenozoan_9(X) = fn_protist_cell_22(X)
& fn_euglenozoan_25(X) = fn_protist_cell_35(X)
& fn_euglenozoan_9(X) = fn_golgi_apparatus_82(fn_euglenozoan_11(X))
& fn_euglenozoan_24(X) = fn_golgi_apparatus_88(fn_euglenozoan_11(X))
& fn_euglenozoan_8(X) = fn_golgi_apparatus_11(fn_euglenozoan_11(X))
& fn_euglenozoan_7(X) = fn_golgi_apparatus_10(fn_euglenozoan_11(X))
& fn_euglenozoan_15(X) = fn_golgi_apparatus_87(fn_euglenozoan_11(X))
& fn_euglenozoan_13(X) = fn_golgi_apparatus_86(fn_euglenozoan_11(X))
& fn_euglenozoan_21(X) = fn_golgi_apparatus_89(fn_euglenozoan_11(X))
& fn_euglenozoan_31(X) = fn_golgi_apparatus_65(fn_euglenozoan_11(X))
& fn_euglenozoan_26(X) = fn_golgi_apparatus_93(fn_euglenozoan_11(X))
& X = fn_golgi_apparatus_22(fn_euglenozoan_11(X))
& fn_euglenozoan_20(X) = fn_golgi_apparatus_15(fn_euglenozoan_11(X))
& fn_euglenozoan_12(X) = fn_golgi_apparatus_90(fn_euglenozoan_11(X))
& fn_euglenozoan_22(X) = fn_golgi_apparatus_91(fn_euglenozoan_11(X))
& fn_anabolic_pathway_6(fn_euglenozoan_24(X)) = fn_synthesis_of_atp_10(fn_euglenozoan_24(X))
& fn_synthesis_of_atp_10(fn_euglenozoan_24(X)) = fn_protist_cell_22(X)
& fn_protist_cell_22(X) = fn_protist_cell_22(X)
& fn_protist_cell_22(X) = fn_golgi_apparatus_82(fn_euglenozoan_11(X))
& fn_golgi_apparatus_82(fn_euglenozoan_11(X)) = fn_flagellum_35(fn_euglenozoan_27(X))
& fn_flagellum_35(fn_euglenozoan_27(X)) = fn_golgi_apparatus_22(fn_euglenozoan_11(X))
& fn_golgi_apparatus_22(fn_euglenozoan_11(X)) = fn_golgi_apparatus_22(fn_euglenozoan_11(X))
& fn_golgi_apparatus_22(fn_euglenozoan_11(X)) = fn_protist_cell_24(X)
& fn_protist_cell_24(X) = fn_golgi_apparatus_90(fn_euglenozoan_11(X))
& fn_golgi_apparatus_90(fn_euglenozoan_11(X)) = fn_golgi_apparatus_90(fn_euglenozoan_11(X))
& fn_golgi_apparatus_90(fn_euglenozoan_11(X)) = fn_protist_cell_29(X)
& fn_protist_cell_29(X) = fn_protist_cell_29(X)
& fn_protist_cell_29(X) = fn_golgi_apparatus_91(fn_euglenozoan_11(X))
& fn_golgi_apparatus_91(fn_euglenozoan_11(X)) = fn_golgi_apparatus_91(fn_euglenozoan_11(X)) ) ) ).
fof(a529402,axiom,
! [X] :
( eukarya_1(X)
=> ( original_name_2(X,'Eukarya')
& user_description_2(X,'The taxonomic category above kingdom level which includes all eukaryotic organisms.')
& concept2words_2(X,eukarya)
& domain_1(X) ) ) ).
fof(a529403,axiom,
! [X] :
( eukaryote_1(X)
=> ( original_name_2(X,'Eukaryote')
& description_2(X,'Living organism composed of one or more cells with a distinct nucleus and cytoplasm.')
& user_description_2(X,'Member of the domain Eukarya, which includes all eukaryotic organisms.')
& concept2words_2(X,eukaryote)
& concept2words_2(X,eukarya)
& concept2words_2(X,eukarya)
& organism_1(X)
& ~ prokaryote_1(X) ) ) ).
fof(a529404,axiom,
! [X] :
( eukaryote_dna_sequence_1(X)
=> ( original_name_2(X,'Eukaryote-DNA-Sequence')
& user_description_2(X,'A DNA sequence found only in eukaryotes.')
& concept2words_2(X,'eukaryote dna sequence')
& concept2words_2(X,'eukaryote-dna-sequence')
& dna_sequence_1(X) ) ) ).
fof(a529405,axiom,
! [X] :
( eukaryotic_calvin_cycle_1(X)
=> ( original_name_2(X,'Eukaryotic-Calvin-Cycle')
& user_description_2(X,'It is the calvin cycle taking place in Eukaryotic photosynthetic cell. Here the calvin cycle reactions take place in Stroma.')
& concept2words_2(X,'undergo the eukaryotic calvin cycle')
& concept2words_2(X,'eukaryotic calvin cycle')
& concept2words_2(X,'eukaryotic-calvin-cycle')
& calvin_cycle_1(X)
& time_interval_1(fn_eukaryotic_calvin_cycle_1(X))
& time_interval_1(fn_eukaryotic_calvin_cycle_2(X))
& time_interval_1(fn_eukaryotic_calvin_cycle_3(X))
& heat_1(fn_eukaryotic_calvin_cycle_4(X))
& tangible_entity_1(fn_eukaryotic_calvin_cycle_5(X))
& structural_complexity_value_1(fn_eukaryotic_calvin_cycle_8(X))
& structural_complexity_value_1(fn_eukaryotic_calvin_cycle_9(X))
& organic_molecule_1(fn_eukaryotic_calvin_cycle_10(X))
& chemical_entity_1(fn_eukaryotic_calvin_cycle_14(X))
& hydrophobic_compound_1(fn_eukaryotic_calvin_cycle_14(X))
& molecule_1(fn_eukaryotic_calvin_cycle_14(X))
& carbon_dioxide_1(fn_eukaryotic_calvin_cycle_14(X))
& carbon_fixation_1(fn_eukaryotic_calvin_cycle_15(X))
& chemical_entity_1(fn_eukaryotic_calvin_cycle_16(X))
& molecule_1(fn_eukaryotic_calvin_cycle_16(X))
& phosphorylation_1(fn_eukaryotic_calvin_cycle_17(X))
& phosphorylation_1(fn_eukaryotic_calvin_cycle_18(X))
& kinetic_energy_1(fn_eukaryotic_calvin_cycle_19(X))
& covalent_bond_1(fn_eukaryotic_calvin_cycle_20(X))
& double_bond_1(fn_eukaryotic_calvin_cycle_20(X))
& single_bond_1(fn_eukaryotic_calvin_cycle_21(X))
& covalent_bond_1(fn_eukaryotic_calvin_cycle_22(X))
& double_bond_1(fn_eukaryotic_calvin_cycle_22(X))
& entity_1(fn_eukaryotic_calvin_cycle_23(X))
& chemical_entity_1(fn_eukaryotic_calvin_cycle_23(X))
& atom_1(fn_eukaryotic_calvin_cycle_23(X))
& carbon_1(fn_eukaryotic_calvin_cycle_23(X))
& entity_1(fn_eukaryotic_calvin_cycle_24(X))
& chemical_entity_1(fn_eukaryotic_calvin_cycle_24(X))
& atom_1(fn_eukaryotic_calvin_cycle_24(X))
& oxygen_1(fn_eukaryotic_calvin_cycle_24(X))
& entity_1(fn_eukaryotic_calvin_cycle_25(X))
& chemical_entity_1(fn_eukaryotic_calvin_cycle_25(X))
& atom_1(fn_eukaryotic_calvin_cycle_25(X))
& phosphorus_1(fn_eukaryotic_calvin_cycle_25(X))
& entity_1(fn_eukaryotic_calvin_cycle_26(X))
& chemical_entity_1(fn_eukaryotic_calvin_cycle_26(X))
& atom_1(fn_eukaryotic_calvin_cycle_26(X))
& oxygen_1(fn_eukaryotic_calvin_cycle_26(X))
& entity_1(fn_eukaryotic_calvin_cycle_27(X))
& chemical_entity_1(fn_eukaryotic_calvin_cycle_27(X))
& atom_1(fn_eukaryotic_calvin_cycle_27(X))
& hydrogen_1(fn_eukaryotic_calvin_cycle_27(X))
& carbon_skeleton_1(fn_eukaryotic_calvin_cycle_28(X))
& functional_group_1(fn_eukaryotic_calvin_cycle_29(X))
& phosphate_group_1(fn_eukaryotic_calvin_cycle_29(X))
& carboxyl_group_1(fn_eukaryotic_calvin_cycle_30(X))
& constant_motion_1(fn_eukaryotic_calvin_cycle_31(X))
& molecule_1(fn_eukaryotic_calvin_cycle_32(X))
& speed_value_1(fn_eukaryotic_calvin_cycle_33(X))
& quantity_value_1(fn_eukaryotic_calvin_cycle_34(X))
& structural_complexity_value_1(fn_eukaryotic_calvin_cycle_35(X))
& nadp_plus_1(fn_eukaryotic_calvin_cycle_36(X))
& organic_molecule_1(fn_eukaryotic_calvin_cycle_37(X))
& chemical_entity_1(fn_eukaryotic_calvin_cycle_37(X))
& three_phosphoglycerate_1(fn_eukaryotic_calvin_cycle_37(X))
& move_1(fn_eukaryotic_calvin_cycle_38(X))
& regeneration_of_ribulose_bisphosphate_1(fn_eukaryotic_calvin_cycle_39(X))
& reduction_in_calvin_cycle_1(fn_eukaryotic_calvin_cycle_40(X))
& phosphate_ion_1(fn_eukaryotic_calvin_cycle_41(X))
& chloroplast_1(fn_eukaryotic_calvin_cycle_42(X))
& eukaryotic_cell_1(fn_eukaryotic_calvin_cycle_43(X))
& polymer_1(fn_eukaryotic_calvin_cycle_44(X))
& chemical_entity_1(fn_eukaryotic_calvin_cycle_44(X))
& protein_1(fn_eukaryotic_calvin_cycle_44(X))
& protein_enzyme_1(fn_eukaryotic_calvin_cycle_44(X))
& enzyme_1(fn_eukaryotic_calvin_cycle_44(X))
& catalyst_1(fn_eukaryotic_calvin_cycle_45(X))
& decrease_1(fn_eukaryotic_calvin_cycle_46(X))
& time_interval_1(fn_eukaryotic_calvin_cycle_47(X))
& chemical_reaction_1(fn_eukaryotic_calvin_cycle_48(X))
& electron_1(fn_eukaryotic_calvin_cycle_49(X))
& spatial_entity_1(fn_eukaryotic_calvin_cycle_49(X))
& entity_1(fn_eukaryotic_calvin_cycle_50(X))
& tangible_entity_1(fn_eukaryotic_calvin_cycle_50(X))
& chemical_entity_1(fn_eukaryotic_calvin_cycle_50(X))
& number_1_comma_3_bisphosphoglycerate_1(fn_eukaryotic_calvin_cycle_50(X))
& redox_reaction_1(fn_eukaryotic_calvin_cycle_51(X))
& consume_1(fn_eukaryotic_calvin_cycle_52(X))
& move_1(fn_eukaryotic_calvin_cycle_53(X))
& free_energy_1(fn_eukaryotic_calvin_cycle_54(X))
& adp_1(fn_eukaryotic_calvin_cycle_55(X))
& entity_1(fn_eukaryotic_calvin_cycle_56(X))
& spatial_entity_1(fn_eukaryotic_calvin_cycle_56(X))
& chemical_entity_1(fn_eukaryotic_calvin_cycle_56(X))
& organic_molecule_1(fn_eukaryotic_calvin_cycle_56(X))
& glyceraldehyde_3_phosphate_1(fn_eukaryotic_calvin_cycle_56(X))
& atom_1(fn_eukaryotic_calvin_cycle_57(X))
& electronegativity_value_1(fn_eukaryotic_calvin_cycle_58(X))
& electronegativity_value_1(fn_eukaryotic_calvin_cycle_59(X))
& atom_1(fn_eukaryotic_calvin_cycle_60(X))
& nadph_1(fn_eukaryotic_calvin_cycle_61(X))
& free_energy_1(fn_eukaryotic_calvin_cycle_62(X))
& quantity_value_1(fn_eukaryotic_calvin_cycle_63(X))
& quantity_value_1(fn_eukaryotic_calvin_cycle_64(X))
& renewable_resource_1(fn_eukaryotic_calvin_cycle_65(X))
& reactant_1(fn_eukaryotic_calvin_cycle_66(X))
& atp_1(fn_eukaryotic_calvin_cycle_67(X))
& chemical_entity_1(fn_eukaryotic_calvin_cycle_68(X))
& nadph_1(fn_eukaryotic_calvin_cycle_68(X))
& chemical_entity_1(fn_eukaryotic_calvin_cycle_69(X))
& monosaccharide_1(fn_eukaryotic_calvin_cycle_69(X))
& pentose_1(fn_eukaryotic_calvin_cycle_69(X))
& ketone_1(fn_eukaryotic_calvin_cycle_69(X))
& ribulose_bisphosphate_1(fn_eukaryotic_calvin_cycle_69(X))
& catalyst_1(fn_enzyme_6(fn_eukaryotic_calvin_cycle_44(X)))
& decrease_1(fn_enzyme_5(fn_eukaryotic_calvin_cycle_44(X)))
& property_node_1(fn_three_phosphoglycerate_2(fn_eukaryotic_calvin_cycle_37(X)))
& kinetic_energy_1(fn_three_phosphoglycerate_20(fn_eukaryotic_calvin_cycle_37(X)))
& carbon_skeleton_1(fn_three_phosphoglycerate_5(fn_eukaryotic_calvin_cycle_37(X)))
& molecule_1(fn_three_phosphoglycerate_18(fn_eukaryotic_calvin_cycle_37(X)))
& chemical_entity_1(fn_three_phosphoglycerate_16(fn_eukaryotic_calvin_cycle_37(X)))
& molecule_1(fn_three_phosphoglycerate_16(fn_eukaryotic_calvin_cycle_37(X)))
& functional_group_1(fn_three_phosphoglycerate_10(fn_eukaryotic_calvin_cycle_37(X)))
& phosphate_group_1(fn_three_phosphoglycerate_10(fn_eukaryotic_calvin_cycle_37(X)))
& constant_motion_1(fn_three_phosphoglycerate_19(fn_eukaryotic_calvin_cycle_37(X)))
& entity_1(fn_three_phosphoglycerate_11(fn_eukaryotic_calvin_cycle_37(X)))
& chemical_entity_1(fn_three_phosphoglycerate_11(fn_eukaryotic_calvin_cycle_37(X)))
& atom_1(fn_three_phosphoglycerate_11(fn_eukaryotic_calvin_cycle_37(X)))
& hydrogen_1(fn_three_phosphoglycerate_11(fn_eukaryotic_calvin_cycle_37(X)))
& carboxyl_group_1(fn_three_phosphoglycerate_6(fn_eukaryotic_calvin_cycle_37(X)))
& property_node_1(fn_three_phosphoglycerate_1(fn_eukaryotic_calvin_cycle_37(X)))
& speed_value_1(fn_three_phosphoglycerate_15(fn_eukaryotic_calvin_cycle_37(X)))
& quantity_value_1(fn_three_phosphoglycerate_14(fn_eukaryotic_calvin_cycle_37(X)))
& phosphorylation_1(fn_three_phosphoglycerate_17(fn_eukaryotic_calvin_cycle_37(X)))
& single_bond_1(fn_three_phosphoglycerate_8(fn_eukaryotic_calvin_cycle_37(X)))
& entity_1(fn_three_phosphoglycerate_3(fn_eukaryotic_calvin_cycle_37(X)))
& chemical_entity_1(fn_three_phosphoglycerate_3(fn_eukaryotic_calvin_cycle_37(X)))
& atom_1(fn_three_phosphoglycerate_3(fn_eukaryotic_calvin_cycle_37(X)))
& carbon_1(fn_three_phosphoglycerate_3(fn_eukaryotic_calvin_cycle_37(X)))
& enzyme_1(fn_chloroplast_55(fn_eukaryotic_calvin_cycle_42(X)))
& polymer_1(fn_chloroplast_55(fn_eukaryotic_calvin_cycle_42(X)))
& protein_1(fn_chloroplast_55(fn_eukaryotic_calvin_cycle_42(X)))
& protein_enzyme_1(fn_chloroplast_55(fn_eukaryotic_calvin_cycle_42(X)))
& chemical_entity_1(fn_chloroplast_74(fn_eukaryotic_calvin_cycle_42(X)))
& enzyme_1(fn_chloroplast_74(fn_eukaryotic_calvin_cycle_42(X)))
& protein_1(fn_chloroplast_74(fn_eukaryotic_calvin_cycle_42(X)))
& protein_enzyme_1(fn_chloroplast_74(fn_eukaryotic_calvin_cycle_42(X)))
& chemical_entity_1(fn_chloroplast_83(fn_eukaryotic_calvin_cycle_42(X)))
& protein_1(fn_chloroplast_83(fn_eukaryotic_calvin_cycle_42(X)))
& protein_enzyme_1(fn_chloroplast_83(fn_eukaryotic_calvin_cycle_42(X)))
& entity_1(fn_consume_1(fn_eukaryotic_calvin_cycle_52(X)))
& spatial_entity_1(fn_move_1(fn_eukaryotic_calvin_cycle_53(X)))
& entity_1(fn_covalent_bond_20(fn_eukaryotic_calvin_cycle_22(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_eukaryotic_calvin_cycle_22(X)))
& atom_1(fn_covalent_bond_20(fn_eukaryotic_calvin_cycle_22(X)))
& entity_1(fn_covalent_bond_19(fn_eukaryotic_calvin_cycle_22(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_eukaryotic_calvin_cycle_22(X)))
& atom_1(fn_covalent_bond_19(fn_eukaryotic_calvin_cycle_22(X)))
& phosphorus_1(fn_three_phosphoglycerate_13(fn_eukaryotic_calvin_cycle_37(X)))
& entity_1(fn_covalent_bond_20(fn_eukaryotic_calvin_cycle_20(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_eukaryotic_calvin_cycle_20(X)))
& atom_1(fn_covalent_bond_20(fn_eukaryotic_calvin_cycle_20(X)))
& entity_1(fn_covalent_bond_19(fn_eukaryotic_calvin_cycle_20(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_eukaryotic_calvin_cycle_20(X)))
& atom_1(fn_covalent_bond_19(fn_eukaryotic_calvin_cycle_20(X)))
& entity_1(fn_three_phosphoglycerate_12(fn_eukaryotic_calvin_cycle_37(X)))
& chemical_entity_1(fn_three_phosphoglycerate_12(fn_eukaryotic_calvin_cycle_37(X)))
& atom_1(fn_three_phosphoglycerate_12(fn_eukaryotic_calvin_cycle_37(X)))
& oxygen_1(fn_three_phosphoglycerate_12(fn_eukaryotic_calvin_cycle_37(X)))
& entity_1(fn_three_phosphoglycerate_4(fn_eukaryotic_calvin_cycle_37(X)))
& chemical_entity_1(fn_three_phosphoglycerate_4(fn_eukaryotic_calvin_cycle_37(X)))
& atom_1(fn_three_phosphoglycerate_4(fn_eukaryotic_calvin_cycle_37(X)))
& oxygen_1(fn_three_phosphoglycerate_4(fn_eukaryotic_calvin_cycle_37(X)))
& double_bond_1(fn_three_phosphoglycerate_9(fn_eukaryotic_calvin_cycle_37(X)))
& double_bond_1(fn_three_phosphoglycerate_7(fn_eukaryotic_calvin_cycle_37(X)))
& chemical_reaction_1(fn_enzyme_4(fn_eukaryotic_calvin_cycle_44(X)))
& objective_2(fn_eukaryotic_calvin_cycle_52(X),fn_eukaryotic_calvin_cycle_4(X))
& is_near_2(fn_eukaryotic_calvin_cycle_5(X),fn_eukaryotic_calvin_cycle_50(X))
& object_2(fn_eukaryotic_calvin_cycle_4(X),fn_eukaryotic_calvin_cycle_5(X))
& is_near_2(fn_eukaryotic_calvin_cycle_50(X),fn_eukaryotic_calvin_cycle_5(X))
& object_2(fn_eukaryotic_calvin_cycle_48(X),fn_eukaryotic_calvin_cycle_10(X))
& time_before_2(fn_eukaryotic_calvin_cycle_47(X),fn_eukaryotic_calvin_cycle_3(X))
& has_part_2(fn_eukaryotic_calvin_cycle_43(X),fn_eukaryotic_calvin_cycle_42(X))
& time_during_2(X,fn_eukaryotic_calvin_cycle_1(X))
& time_during_2(fn_eukaryotic_calvin_cycle_39(X),fn_eukaryotic_calvin_cycle_3(X))
& time_before_2(fn_eukaryotic_calvin_cycle_2(X),fn_eukaryotic_calvin_cycle_1(X))
& possesses_2(fn_eukaryotic_calvin_cycle_14(X),fn_eukaryotic_calvin_cycle_62(X))
& object_2(fn_eukaryotic_calvin_cycle_52(X),fn_eukaryotic_calvin_cycle_50(X))
& has_part_2(fn_eukaryotic_calvin_cycle_42(X),fn_eukaryotic_calvin_cycle_44(X))
& base_2(X,fn_eukaryotic_calvin_cycle_43(X))
& base_2(fn_eukaryotic_calvin_cycle_15(X),fn_eukaryotic_calvin_cycle_43(X))
& has_function_2(fn_eukaryotic_calvin_cycle_44(X),fn_eukaryotic_calvin_cycle_46(X))
& enables_2(fn_eukaryotic_calvin_cycle_46(X),X)
& in_event_2(fn_eukaryotic_calvin_cycle_45(X),X)
& plays_2(fn_eukaryotic_calvin_cycle_44(X),fn_eukaryotic_calvin_cycle_45(X))
& has_function_2(fn_eukaryotic_calvin_cycle_44(X),X)
& toward_2(fn_eukaryotic_calvin_cycle_53(X),fn_eukaryotic_calvin_cycle_50(X))
& subevent_2(X,fn_eukaryotic_calvin_cycle_39(X))
& time_during_2(fn_eukaryotic_calvin_cycle_40(X),fn_eukaryotic_calvin_cycle_47(X))
& subevent_2(fn_eukaryotic_calvin_cycle_15(X),fn_eukaryotic_calvin_cycle_48(X))
& greater_than_or_equal_to_2(fn_eukaryotic_calvin_cycle_59(X),fn_eukaryotic_calvin_cycle_58(X))
& electronegativity_2(fn_eukaryotic_calvin_cycle_57(X),fn_eukaryotic_calvin_cycle_58(X))
& has_atom_2(fn_eukaryotic_calvin_cycle_61(X),fn_eukaryotic_calvin_cycle_57(X))
& raw_material_2(fn_eukaryotic_calvin_cycle_51(X),fn_eukaryotic_calvin_cycle_61(X))
& result_2(fn_eukaryotic_calvin_cycle_51(X),fn_eukaryotic_calvin_cycle_56(X))
& result_2(X,fn_eukaryotic_calvin_cycle_55(X))
& structural_complexity_2(fn_eukaryotic_calvin_cycle_55(X),fn_eukaryotic_calvin_cycle_35(X))
& structural_complexity_2(fn_eukaryotic_calvin_cycle_36(X),fn_eukaryotic_calvin_cycle_35(X))
& result_2(X,fn_eukaryotic_calvin_cycle_36(X))
& raw_material_2(X,fn_eukaryotic_calvin_cycle_67(X))
& in_event_2(fn_eukaryotic_calvin_cycle_65(X),X)
& subevent_2(X,fn_eukaryotic_calvin_cycle_15(X))
& first_subevent_2(X,fn_eukaryotic_calvin_cycle_15(X))
& subevent_2(X,fn_eukaryotic_calvin_cycle_40(X))
& result_2(fn_eukaryotic_calvin_cycle_40(X),fn_eukaryotic_calvin_cycle_56(X))
& raw_material_2(fn_eukaryotic_calvin_cycle_39(X),fn_eukaryotic_calvin_cycle_67(X))
& raw_material_2(fn_eukaryotic_calvin_cycle_40(X),fn_eukaryotic_calvin_cycle_67(X))
& next_event_2(fn_eukaryotic_calvin_cycle_40(X),fn_eukaryotic_calvin_cycle_39(X))
& raw_material_2(fn_eukaryotic_calvin_cycle_39(X),fn_eukaryotic_calvin_cycle_56(X))
& plays_2(fn_eukaryotic_calvin_cycle_56(X),fn_eukaryotic_calvin_cycle_65(X))
& structural_complexity_2(fn_eukaryotic_calvin_cycle_68(X),fn_eukaryotic_calvin_cycle_8(X))
& greater_than_2(fn_eukaryotic_calvin_cycle_9(X),fn_eukaryotic_calvin_cycle_8(X))
& structural_complexity_2(fn_eukaryotic_calvin_cycle_41(X),fn_eukaryotic_calvin_cycle_9(X))
& result_2(X,fn_eukaryotic_calvin_cycle_41(X))
& raw_material_2(X,fn_eukaryotic_calvin_cycle_68(X))
& object_2(fn_eukaryotic_calvin_cycle_38(X),fn_eukaryotic_calvin_cycle_49(X))
& toward_2(fn_eukaryotic_calvin_cycle_38(X),fn_eukaryotic_calvin_cycle_50(X))
& has_atom_2(fn_eukaryotic_calvin_cycle_50(X),fn_eukaryotic_calvin_cycle_60(X))
& electronegativity_2(fn_eukaryotic_calvin_cycle_60(X),fn_eukaryotic_calvin_cycle_59(X))
& greater_than_2(fn_eukaryotic_calvin_cycle_59(X),fn_eukaryotic_calvin_cycle_58(X))
& possesses_2(fn_eukaryotic_calvin_cycle_68(X),fn_eukaryotic_calvin_cycle_62(X))
& raw_material_2(fn_eukaryotic_calvin_cycle_18(X),fn_eukaryotic_calvin_cycle_37(X))
& raw_material_2(fn_eukaryotic_calvin_cycle_40(X),fn_eukaryotic_calvin_cycle_37(X))
& subevent_2(fn_eukaryotic_calvin_cycle_40(X),fn_eukaryotic_calvin_cycle_51(X))
& raw_material_2(fn_eukaryotic_calvin_cycle_51(X),fn_eukaryotic_calvin_cycle_50(X))
& fn_eukaryotic_calvin_cycle_50(X) != fn_eukaryotic_calvin_cycle_61(X)
& fn_eukaryotic_calvin_cycle_61(X) != fn_eukaryotic_calvin_cycle_50(X)
& plays_2(fn_eukaryotic_calvin_cycle_68(X),fn_eukaryotic_calvin_cycle_66(X))
& in_event_2(fn_eukaryotic_calvin_cycle_66(X),X)
& raw_material_2(X,fn_eukaryotic_calvin_cycle_69(X))
& result_2(fn_eukaryotic_calvin_cycle_39(X),fn_eukaryotic_calvin_cycle_69(X))
& result_2(fn_eukaryotic_calvin_cycle_39(X),fn_eukaryotic_calvin_cycle_55(X))
& result_2(fn_eukaryotic_calvin_cycle_18(X),fn_eukaryotic_calvin_cycle_50(X))
& fn_eukaryotic_calvin_cycle_50(X) != fn_eukaryotic_calvin_cycle_68(X)
& fn_eukaryotic_calvin_cycle_68(X) != fn_eukaryotic_calvin_cycle_49(X)
& fn_eukaryotic_calvin_cycle_49(X) != fn_eukaryotic_calvin_cycle_50(X)
& fn_eukaryotic_calvin_cycle_50(X) != fn_eukaryotic_calvin_cycle_49(X)
& fn_eukaryotic_calvin_cycle_68(X) != fn_eukaryotic_calvin_cycle_50(X)
& fn_eukaryotic_calvin_cycle_49(X) != fn_eukaryotic_calvin_cycle_68(X)
& result_2(fn_eukaryotic_calvin_cycle_15(X),fn_eukaryotic_calvin_cycle_37(X))
& next_event_2(fn_eukaryotic_calvin_cycle_15(X),fn_eukaryotic_calvin_cycle_40(X))
& subevent_2(fn_eukaryotic_calvin_cycle_40(X),fn_eukaryotic_calvin_cycle_18(X))
& fn_eukaryotic_calvin_cycle_37(X) != fn_eukaryotic_calvin_cycle_69(X)
& fn_eukaryotic_calvin_cycle_69(X) != fn_eukaryotic_calvin_cycle_37(X)
& raw_material_2(fn_eukaryotic_calvin_cycle_48(X),fn_eukaryotic_calvin_cycle_10(X))
& result_2(fn_eukaryotic_calvin_cycle_48(X),fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_37(X) != fn_eukaryotic_calvin_cycle_50(X)
& fn_eukaryotic_calvin_cycle_37(X) != fn_eukaryotic_calvin_cycle_10(X)
& fn_eukaryotic_calvin_cycle_10(X) != fn_eukaryotic_calvin_cycle_37(X)
& fn_eukaryotic_calvin_cycle_50(X) != fn_eukaryotic_calvin_cycle_37(X)
& raw_material_2(X,fn_eukaryotic_calvin_cycle_14(X))
& raw_material_2(fn_eukaryotic_calvin_cycle_15(X),fn_eukaryotic_calvin_cycle_14(X))
& raw_material_2(fn_eukaryotic_calvin_cycle_15(X),fn_eukaryotic_calvin_cycle_69(X))
& fn_eukaryotic_calvin_cycle_10(X) != fn_eukaryotic_calvin_cycle_69(X)
& fn_eukaryotic_calvin_cycle_69(X) != fn_eukaryotic_calvin_cycle_10(X)
& possesses_2(fn_eukaryotic_calvin_cycle_37(X),fn_eukaryotic_calvin_cycle_20(X))
& is_inside_2(fn_eukaryotic_calvin_cycle_23(X),fn_eukaryotic_calvin_cycle_30(X))
& has_region_2(fn_eukaryotic_calvin_cycle_37(X),fn_eukaryotic_calvin_cycle_30(X))
& is_between_2(fn_eukaryotic_calvin_cycle_21(X),fn_eukaryotic_calvin_cycle_24(X))
& possesses_2(fn_eukaryotic_calvin_cycle_37(X),fn_eukaryotic_calvin_cycle_21(X))
& fn_eukaryotic_calvin_cycle_27(X) != fn_eukaryotic_calvin_cycle_24(X)
& fn_eukaryotic_calvin_cycle_24(X) != fn_eukaryotic_calvin_cycle_23(X)
& fn_eukaryotic_calvin_cycle_23(X) != fn_eukaryotic_calvin_cycle_24(X)
& fn_eukaryotic_calvin_cycle_24(X) != fn_eukaryotic_calvin_cycle_27(X)
& is_inside_2(fn_eukaryotic_calvin_cycle_24(X),fn_eukaryotic_calvin_cycle_29(X))
& has_region_2(fn_eukaryotic_calvin_cycle_37(X),fn_eukaryotic_calvin_cycle_29(X))
& fn_eukaryotic_calvin_cycle_24(X) != fn_eukaryotic_calvin_cycle_25(X)
& fn_eukaryotic_calvin_cycle_25(X) != fn_eukaryotic_calvin_cycle_26(X)
& fn_eukaryotic_calvin_cycle_26(X) != fn_eukaryotic_calvin_cycle_24(X)
& fn_eukaryotic_calvin_cycle_24(X) != fn_eukaryotic_calvin_cycle_26(X)
& fn_eukaryotic_calvin_cycle_25(X) != fn_eukaryotic_calvin_cycle_24(X)
& fn_eukaryotic_calvin_cycle_26(X) != fn_eukaryotic_calvin_cycle_25(X)
& is_between_2(fn_eukaryotic_calvin_cycle_20(X),fn_eukaryotic_calvin_cycle_26(X))
& fn_eukaryotic_calvin_cycle_26(X) != fn_eukaryotic_calvin_cycle_23(X)
& fn_eukaryotic_calvin_cycle_23(X) != fn_eukaryotic_calvin_cycle_26(X)
& fn_eukaryotic_calvin_cycle_26(X) != fn_eukaryotic_calvin_cycle_27(X)
& is_inside_2(fn_eukaryotic_calvin_cycle_26(X),fn_eukaryotic_calvin_cycle_30(X))
& fn_eukaryotic_calvin_cycle_27(X) != fn_eukaryotic_calvin_cycle_26(X)
& has_part_2(fn_eukaryotic_calvin_cycle_37(X),fn_eukaryotic_calvin_cycle_27(X))
& is_between_2(fn_eukaryotic_calvin_cycle_22(X),fn_eukaryotic_calvin_cycle_23(X))
& is_between_2(fn_eukaryotic_calvin_cycle_22(X),fn_eukaryotic_calvin_cycle_26(X))
& is_inside_2(fn_eukaryotic_calvin_cycle_26(X),fn_eukaryotic_calvin_cycle_29(X))
& is_inside_2(fn_eukaryotic_calvin_cycle_25(X),fn_eukaryotic_calvin_cycle_29(X))
& is_between_2(fn_eukaryotic_calvin_cycle_20(X),fn_eukaryotic_calvin_cycle_25(X))
& has_part_2(fn_eukaryotic_calvin_cycle_37(X),fn_eukaryotic_calvin_cycle_23(X))
& has_part_2(fn_eukaryotic_calvin_cycle_37(X),fn_eukaryotic_calvin_cycle_24(X))
& is_between_2(fn_eukaryotic_calvin_cycle_22(X),fn_eukaryotic_calvin_cycle_24(X))
& possesses_2(fn_eukaryotic_calvin_cycle_37(X),fn_eukaryotic_calvin_cycle_22(X))
& has_part_2(fn_eukaryotic_calvin_cycle_37(X),fn_eukaryotic_calvin_cycle_26(X))
& has_part_2(fn_eukaryotic_calvin_cycle_37(X),fn_eukaryotic_calvin_cycle_25(X))
& is_between_2(fn_eukaryotic_calvin_cycle_21(X),fn_eukaryotic_calvin_cycle_25(X))
& is_between_2(fn_eukaryotic_calvin_cycle_21(X),fn_eukaryotic_calvin_cycle_23(X))
& is_inside_2(fn_eukaryotic_calvin_cycle_24(X),fn_eukaryotic_calvin_cycle_30(X))
& is_inside_2(fn_eukaryotic_calvin_cycle_27(X),fn_eukaryotic_calvin_cycle_30(X))
& is_between_2(fn_eukaryotic_calvin_cycle_21(X),fn_eukaryotic_calvin_cycle_26(X))
& is_between_2(fn_eukaryotic_calvin_cycle_20(X),fn_eukaryotic_calvin_cycle_23(X))
& is_between_2(fn_eukaryotic_calvin_cycle_22(X),fn_eukaryotic_calvin_cycle_25(X))
& is_between_2(fn_eukaryotic_calvin_cycle_20(X),fn_eukaryotic_calvin_cycle_24(X))
& object_2(fn_eukaryotic_calvin_cycle_53(X),fn_eukaryotic_calvin_cycle_49(X))
& fn_eukaryotic_calvin_cycle_50(X) = fn_consume_1(fn_eukaryotic_calvin_cycle_52(X))
& fn_eukaryotic_calvin_cycle_44(X) = fn_chloroplast_55(fn_eukaryotic_calvin_cycle_42(X))
& fn_eukaryotic_calvin_cycle_44(X) = fn_chloroplast_74(fn_eukaryotic_calvin_cycle_42(X))
& fn_eukaryotic_calvin_cycle_44(X) = fn_chloroplast_83(fn_eukaryotic_calvin_cycle_42(X))
& fn_eukaryotic_calvin_cycle_43(X) = fn_calvin_cycle_56(X)
& fn_eukaryotic_calvin_cycle_45(X) = fn_enzyme_6(fn_eukaryotic_calvin_cycle_44(X))
& X = fn_enzyme_4(fn_eukaryotic_calvin_cycle_44(X))
& fn_eukaryotic_calvin_cycle_46(X) = fn_enzyme_5(fn_eukaryotic_calvin_cycle_44(X))
& fn_eukaryotic_calvin_cycle_53(X) = fn_calvin_cycle_8(X)
& fn_eukaryotic_calvin_cycle_47(X) = fn_calvin_cycle_93(X)
& fn_eukaryotic_calvin_cycle_70(X) = fn_calvin_cycle_1(X)
& fn_eukaryotic_calvin_cycle_48(X) = fn_calvin_cycle_34(X)
& fn_eukaryotic_calvin_cycle_71(X) = fn_calvin_cycle_2(X)
& fn_eukaryotic_calvin_cycle_11(X) = fn_calvin_cycle_17(X)
& fn_eukaryotic_calvin_cycle_72(X) = fn_calvin_cycle_29(X)
& fn_eukaryotic_calvin_cycle_7(X) = fn_calvin_cycle_36(X)
& fn_eukaryotic_calvin_cycle_73(X) = fn_calvin_cycle_28(X)
& fn_eukaryotic_calvin_cycle_6(X) = fn_calvin_cycle_35(X)
& fn_eukaryotic_calvin_cycle_57(X) = fn_calvin_cycle_3(X)
& fn_eukaryotic_calvin_cycle_36(X) = fn_calvin_cycle_10(X)
& fn_eukaryotic_calvin_cycle_35(X) = fn_calvin_cycle_16(X)
& fn_eukaryotic_calvin_cycle_65(X) = fn_calvin_cycle_76(X)
& fn_eukaryotic_calvin_cycle_56(X) = fn_calvin_cycle_78(X)
& fn_eukaryotic_calvin_cycle_67(X) = fn_calvin_cycle_63(X)
& fn_eukaryotic_calvin_cycle_9(X) = fn_calvin_cycle_38(X)
& fn_eukaryotic_calvin_cycle_8(X) = fn_calvin_cycle_37(X)
& fn_eukaryotic_calvin_cycle_58(X) = fn_calvin_cycle_4(X)
& fn_eukaryotic_calvin_cycle_59(X) = fn_calvin_cycle_5(X)
& fn_eukaryotic_calvin_cycle_60(X) = fn_calvin_cycle_12(X)
& fn_eukaryotic_calvin_cycle_38(X) = fn_calvin_cycle_79(X)
& fn_eukaryotic_calvin_cycle_41(X) = fn_calvin_cycle_74(X)
& fn_eukaryotic_calvin_cycle_54(X) = fn_calvin_cycle_31(X)
& fn_eukaryotic_calvin_cycle_64(X) = fn_calvin_cycle_32(X)
& fn_eukaryotic_calvin_cycle_63(X) = fn_calvin_cycle_33(X)
& fn_eukaryotic_calvin_cycle_62(X) = fn_calvin_cycle_30(X)
& fn_eukaryotic_calvin_cycle_61(X) = fn_calvin_cycle_88(X)
& fn_eukaryotic_calvin_cycle_51(X) = fn_calvin_cycle_87(X)
& fn_eukaryotic_calvin_cycle_55(X) = fn_calvin_cycle_67(X)
& fn_eukaryotic_calvin_cycle_39(X) = fn_calvin_cycle_89(X)
& fn_eukaryotic_calvin_cycle_66(X) = fn_calvin_cycle_39(X)
& fn_eukaryotic_calvin_cycle_68(X) = fn_calvin_cycle_77(X)
& fn_eukaryotic_calvin_cycle_49(X) = fn_calvin_cycle_81(X)
& fn_eukaryotic_calvin_cycle_18(X) = fn_calvin_cycle_68(X)
& fn_eukaryotic_calvin_cycle_40(X) = fn_calvin_cycle_84(X)
& fn_eukaryotic_calvin_cycle_50(X) = fn_calvin_cycle_82(X)
& fn_eukaryotic_calvin_cycle_48(X) = fn_calvin_cycle_69(X)
& fn_eukaryotic_calvin_cycle_37(X) = fn_calvin_cycle_73(X)
& fn_eukaryotic_calvin_cycle_10(X) = fn_calvin_cycle_70(X)
& fn_eukaryotic_calvin_cycle_69(X) = fn_calvin_cycle_75(X)
& fn_eukaryotic_calvin_cycle_15(X) = fn_calvin_cycle_57(X)
& fn_eukaryotic_calvin_cycle_14(X) = fn_anabolic_pathway_6(X)
& fn_eukaryotic_calvin_cycle_14(X) = fn_calvin_cycle_55(X)
& fn_eukaryotic_calvin_cycle_49(X) = fn_move_1(fn_eukaryotic_calvin_cycle_53(X))
& fn_eukaryotic_calvin_cycle_24(X) = fn_covalent_bond_20(fn_eukaryotic_calvin_cycle_20(X))
& fn_eukaryotic_calvin_cycle_24(X) = fn_covalent_bond_19(fn_eukaryotic_calvin_cycle_20(X))
& fn_eukaryotic_calvin_cycle_25(X) = fn_covalent_bond_20(fn_eukaryotic_calvin_cycle_22(X))
& fn_eukaryotic_calvin_cycle_25(X) = fn_covalent_bond_19(fn_eukaryotic_calvin_cycle_22(X))
& fn_eukaryotic_calvin_cycle_12(X) = fn_three_phosphoglycerate_2(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_19(X) = fn_three_phosphoglycerate_20(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_28(X) = fn_three_phosphoglycerate_5(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_32(X) = fn_three_phosphoglycerate_18(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_16(X) = fn_three_phosphoglycerate_16(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_22(X) = fn_three_phosphoglycerate_9(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_29(X) = fn_three_phosphoglycerate_10(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_20(X) = fn_three_phosphoglycerate_9(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_24(X) = fn_three_phosphoglycerate_4(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_22(X) = fn_three_phosphoglycerate_7(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_26(X) = fn_three_phosphoglycerate_12(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_31(X) = fn_three_phosphoglycerate_19(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_25(X) = fn_three_phosphoglycerate_13(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_24(X) = fn_three_phosphoglycerate_12(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_27(X) = fn_three_phosphoglycerate_11(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_30(X) = fn_three_phosphoglycerate_6(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_13(X) = fn_three_phosphoglycerate_1(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_33(X) = fn_three_phosphoglycerate_15(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_34(X) = fn_three_phosphoglycerate_14(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_17(X) = fn_three_phosphoglycerate_17(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_21(X) = fn_three_phosphoglycerate_8(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_26(X) = fn_three_phosphoglycerate_4(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_20(X) = fn_three_phosphoglycerate_7(fn_eukaryotic_calvin_cycle_37(X))
& fn_eukaryotic_calvin_cycle_23(X) = fn_three_phosphoglycerate_3(fn_eukaryotic_calvin_cycle_37(X))
& fn_chloroplast_55(fn_eukaryotic_calvin_cycle_42(X)) = fn_chloroplast_74(fn_eukaryotic_calvin_cycle_42(X))
& fn_chloroplast_74(fn_eukaryotic_calvin_cycle_42(X)) = fn_chloroplast_74(fn_eukaryotic_calvin_cycle_42(X))
& fn_chloroplast_74(fn_eukaryotic_calvin_cycle_42(X)) = fn_chloroplast_83(fn_eukaryotic_calvin_cycle_42(X))
& fn_chloroplast_83(fn_eukaryotic_calvin_cycle_42(X)) = fn_consume_1(fn_eukaryotic_calvin_cycle_52(X))
& fn_consume_1(fn_eukaryotic_calvin_cycle_52(X)) = fn_calvin_cycle_82(X)
& fn_calvin_cycle_82(X) = fn_calvin_cycle_82(X)
& fn_calvin_cycle_82(X) = fn_calvin_cycle_69(X)
& fn_calvin_cycle_69(X) = fn_calvin_cycle_34(X)
& fn_calvin_cycle_34(X) = fn_calvin_cycle_69(X)
& fn_calvin_cycle_69(X) = fn_calvin_cycle_69(X)
& fn_calvin_cycle_69(X) = fn_calvin_cycle_55(X)
& fn_calvin_cycle_55(X) = fn_anabolic_pathway_6(X)
& fn_anabolic_pathway_6(X) = fn_calvin_cycle_55(X)
& fn_calvin_cycle_55(X) = fn_calvin_cycle_81(X)
& fn_calvin_cycle_81(X) = fn_calvin_cycle_81(X)
& fn_calvin_cycle_81(X) = fn_move_1(fn_eukaryotic_calvin_cycle_53(X))
& fn_move_1(fn_eukaryotic_calvin_cycle_53(X)) = fn_three_phosphoglycerate_9(fn_eukaryotic_calvin_cycle_37(X))
& fn_three_phosphoglycerate_7(fn_eukaryotic_calvin_cycle_37(X)) = fn_three_phosphoglycerate_7(fn_eukaryotic_calvin_cycle_37(X))
& fn_three_phosphoglycerate_7(fn_eukaryotic_calvin_cycle_37(X)) = fn_covalent_bond_20(fn_eukaryotic_calvin_cycle_22(X))
& fn_covalent_bond_20(fn_eukaryotic_calvin_cycle_22(X)) = fn_covalent_bond_19(fn_eukaryotic_calvin_cycle_22(X))
& fn_covalent_bond_19(fn_eukaryotic_calvin_cycle_22(X)) = fn_covalent_bond_19(fn_eukaryotic_calvin_cycle_22(X))
& fn_covalent_bond_19(fn_eukaryotic_calvin_cycle_22(X)) = fn_three_phosphoglycerate_13(fn_eukaryotic_calvin_cycle_37(X))
& fn_three_phosphoglycerate_13(fn_eukaryotic_calvin_cycle_37(X)) = fn_three_phosphoglycerate_13(fn_eukaryotic_calvin_cycle_37(X))
& fn_three_phosphoglycerate_13(fn_eukaryotic_calvin_cycle_37(X)) = fn_covalent_bond_20(fn_eukaryotic_calvin_cycle_20(X))
& fn_covalent_bond_20(fn_eukaryotic_calvin_cycle_20(X)) = fn_covalent_bond_19(fn_eukaryotic_calvin_cycle_20(X))
& fn_covalent_bond_19(fn_eukaryotic_calvin_cycle_20(X)) = fn_covalent_bond_19(fn_eukaryotic_calvin_cycle_20(X))
& fn_covalent_bond_19(fn_eukaryotic_calvin_cycle_20(X)) = fn_three_phosphoglycerate_4(fn_eukaryotic_calvin_cycle_37(X))
& fn_three_phosphoglycerate_4(fn_eukaryotic_calvin_cycle_37(X)) = fn_three_phosphoglycerate_4(fn_eukaryotic_calvin_cycle_37(X))
& fn_three_phosphoglycerate_4(fn_eukaryotic_calvin_cycle_37(X)) = fn_three_phosphoglycerate_12(fn_eukaryotic_calvin_cycle_37(X))
& fn_three_phosphoglycerate_12(fn_eukaryotic_calvin_cycle_37(X)) = fn_three_phosphoglycerate_12(fn_eukaryotic_calvin_cycle_37(X))
& fn_three_phosphoglycerate_12(fn_eukaryotic_calvin_cycle_37(X)) = fn_three_phosphoglycerate_4(fn_eukaryotic_calvin_cycle_37(X))
& fn_three_phosphoglycerate_4(fn_eukaryotic_calvin_cycle_37(X)) = fn_three_phosphoglycerate_9(fn_eukaryotic_calvin_cycle_37(X))
& fn_three_phosphoglycerate_9(fn_eukaryotic_calvin_cycle_37(X)) = fn_three_phosphoglycerate_9(fn_eukaryotic_calvin_cycle_37(X))
& fn_three_phosphoglycerate_9(fn_eukaryotic_calvin_cycle_37(X)) = fn_three_phosphoglycerate_7(fn_eukaryotic_calvin_cycle_37(X))
& fn_enzyme_4(fn_eukaryotic_calvin_cycle_44(X)) = fn_enzyme_4(fn_eukaryotic_calvin_cycle_44(X)) ) ) ).
fof(a529406,axiom,
! [X] :
( eukaryotic_cell_1(X)
=> ( original_name_2(X,'Eukaryotic-Cell')
& user_description_2(X,'Eukaryotic cells contain complex structures enclosed within membranes. Almost all species of large organisms are eukaryotes, including animals, plants and fungi, although most species of eukaryotic protists are microorganisms.The defining membrane-bound structure that sets eukaryotic cells apart from prokaryotic cells is the nucleus. Eukaryotic cells are typically much larger than prokaryotes')
& concept2words_2(X,'eukaryotic cell')
& concept2words_2(X,'eukaryotic-cell')
& cell_1(X)
& chemiosmosis_1(fn_eukaryotic_cell_1(X))
& dna_polymerase_ii_1(fn_eukaryotic_cell_2(X))
& dna_polymerase_iii_1(fn_eukaryotic_cell_3(X))
& dna_polymerase_i_1(fn_eukaryotic_cell_4(X))
& quantity_value_1(fn_eukaryotic_cell_5(X))
& quantity_value_1(fn_eukaryotic_cell_6(X))
& chromosome_arm_1(fn_eukaryotic_cell_9(X))
& chromosome_arm_1(fn_eukaryotic_cell_10(X))
& length_value_1(fn_eukaryotic_cell_13(X))
& length_value_1(fn_eukaryotic_cell_14(X))
& spatial_entity_1(fn_eukaryotic_cell_15(X))
& membrane_protein_1(fn_eukaryotic_cell_15(X))
& tangible_entity_1(fn_eukaryotic_cell_15(X))
& transmembrane_protein_1(fn_eukaryotic_cell_15(X))
& integral_protein_1(fn_eukaryotic_cell_15(X))
& transport_protein_1(fn_eukaryotic_cell_15(X))
& attach_1(fn_eukaryotic_cell_16(X))
& carbon_skeleton_1(fn_eukaryotic_cell_17(X))
& chemical_entity_1(fn_eukaryotic_cell_18(X))
& entity_1(fn_eukaryotic_cell_18(X))
& atom_1(fn_eukaryotic_cell_18(X))
& carbon_1(fn_eukaryotic_cell_18(X))
& rough_endoplasmic_reticulum_1(fn_eukaryotic_cell_19(X))
& smooth_endoplasmic_reticulum_1(fn_eukaryotic_cell_20(X))
& protein_enzyme_1(fn_eukaryotic_cell_21(X))
& inner_membrane_1(fn_eukaryotic_cell_22(X))
& eukaryotic_cellular_respiration_1(fn_eukaryotic_cell_23(X))
& golgi_apparatus_1(fn_eukaryotic_cell_24(X))
& semiautonomous_organelle_1(fn_eukaryotic_cell_25(X))
& mitochondrion_1(fn_eukaryotic_cell_25(X))
& organelle_1(fn_eukaryotic_cell_25(X))
& tangible_entity_1(fn_eukaryotic_cell_26(X))
& nucleus_1(fn_eukaryotic_cell_26(X))
& size_value_1(fn_eukaryotic_cell_27(X))
& spatial_entity_1(fn_eukaryotic_cell_29(X))
& biomembrane_1(fn_eukaryotic_cell_29(X))
& plasma_membrane_1(fn_eukaryotic_cell_29(X))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(X))
& chromosome_1(fn_eukaryotic_cell_30(X))
& mixture_1(fn_eukaryotic_cell_31(X))
& cytoplasm_1(fn_eukaryotic_cell_31(X))
& cellular_work_1(fn_eukaryotic_cell_32(X))
& dna_1(fn_eukaryotic_cell_33(X))
& mitochondrial_dna_1(fn_eukaryotic_cell_33(X))
& exchange_1(fn_eukaryotic_cell_34(X))
& transfer_1(fn_eukaryotic_cell_35(X))
& transfer_1(fn_eukaryotic_cell_36(X))
& nuclear_membrane_1(fn_eukaryotic_cell_37(X))
& biomembrane_1(fn_eukaryotic_cell_37(X))
& aqueous_solution_1(fn_eukaryotic_cell_38(X))
& er_membrane_1(fn_eukaryotic_cell_39(X))
& lipid_1(fn_eukaryotic_cell_40(X))
& glycolipid_1(fn_eukaryotic_cell_40(X))
& tangible_entity_1(fn_eukaryotic_cell_41(X))
& phospholipid_bilayer_1(fn_eukaryotic_cell_41(X))
& substance_1(fn_eukaryotic_cell_42(X))
& cytosol_1(fn_eukaryotic_cell_42(X))
& glycoprotein_1(fn_eukaryotic_cell_43(X))
& surface_1(fn_eukaryotic_cell_44(X))
& ribosome_1(fn_eukaryotic_cell_45(X))
& eukaryotic_ribosome_1(fn_eukaryotic_cell_45(X))
& surface_1(fn_eukaryotic_cell_46(X))
& cytoplasmic_side_1(fn_eukaryotic_cell_46(X))
& outside_face_1(fn_eukaryotic_cell_47(X))
& extracellular_side_1(fn_eukaryotic_cell_47(X))
& hydrophobic_core_1(fn_eukaryotic_cell_48(X))
& tangible_entity_1(fn_eukaryotic_cell_49(X))
& membrane_protein_1(fn_eukaryotic_cell_49(X))
& protein_1(fn_eukaryotic_cell_49(X))
& tangible_entity_1(fn_eukaryotic_cell_50(X))
& membrane_protein_1(fn_eukaryotic_cell_50(X))
& protein_1(fn_eukaryotic_cell_50(X))
& spatial_entity_1(fn_eukaryotic_cell_50(X))
& polymer_1(fn_eukaryotic_cell_50(X))
& coil_1(fn_eukaryotic_cell_51(X))
& end_1(fn_eukaryotic_cell_52(X))
& centromere_1(fn_eukaryotic_cell_53(X))
& telomere_1(fn_eukaryotic_cell_54(X))
& protein_1(fn_eukaryotic_cell_55(X))
& entity_1(fn_eukaryotic_cell_56(X))
& dna_1(fn_eukaryotic_cell_56(X))
& intermediate_filament_1(fn_eukaryotic_cell_57(X))
& hold_1(fn_eukaryotic_cell_58(X))
& volume_value_1(fn_eukaryotic_cell_59(X))
& peroxisome_1(fn_eukaryotic_cell_61(X))
& tangible_entity_1(fn_hold_1(fn_eukaryotic_cell_58(X)))
& dna_1(fn_semiautonomous_organelle_2(fn_eukaryotic_cell_25(X)))
& peroxisome_1(fn_smooth_endoplasmic_reticulum_12(fn_eukaryotic_cell_20(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_eukaryotic_cell_20(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_eukaryotic_cell_26(X)))
& biomembrane_1(fn_nucleus_13(fn_eukaryotic_cell_26(X)))
& biomembrane_1(fn_organelle_1(fn_eukaryotic_cell_25(X)))
& glycolipid_1(fn_biomembrane_29(fn_eukaryotic_cell_37(X)))
& telomere_1(fn_eukaryotic_chromosome_4(fn_eukaryotic_cell_30(X)))
& centromere_1(fn_chromosome_6(fn_eukaryotic_cell_30(X)))
& protein_1(fn_chromosome_3(fn_eukaryotic_cell_30(X)))
& coil_1(fn_chromosome_8(fn_eukaryotic_cell_30(X)))
& entity_1(fn_chromosome_4(fn_eukaryotic_cell_30(X)))
& dna_1(fn_chromosome_4(fn_eukaryotic_cell_30(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_eukaryotic_cell_29(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_eukaryotic_cell_29(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_eukaryotic_cell_29(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_eukaryotic_cell_29(X)))
& protein_1(fn_plasma_membrane_68(fn_eukaryotic_cell_29(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_eukaryotic_cell_29(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_eukaryotic_cell_29(X)))
& protein_1(fn_plasma_membrane_54(fn_eukaryotic_cell_29(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_eukaryotic_cell_29(X)))
& polymer_1(fn_plasma_membrane_54(fn_eukaryotic_cell_29(X)))
& transfer_1(fn_exchange_3(fn_eukaryotic_cell_34(X)))
& transfer_1(fn_rough_endoplasmic_reticulum_55(fn_eukaryotic_cell_19(X)))
& transfer_1(fn_exchange_4(fn_eukaryotic_cell_34(X)))
& transfer_1(fn_endoplasmic_reticulum_25(fn_eukaryotic_cell_20(X)))
& aqueous_solution_1(fn_er_membrane_32(fn_eukaryotic_cell_39(X)))
& aqueous_solution_1(fn_er_membrane_33(fn_eukaryotic_cell_39(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_eukaryotic_cell_20(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_eukaryotic_cell_20(X)))
& eukaryotic_ribosome_1(fn_smooth_endoplasmic_reticulum_11(fn_eukaryotic_cell_20(X)))
& eukaryotic_cell_1(fn_mitochondrion_51(fn_eukaryotic_cell_25(X)))
& cell_1(fn_cellular_work_2(fn_eukaryotic_cell_32(X)))
& cell_1(fn_metabolic_pathway_1(fn_eukaryotic_cell_23(X)))
& eukaryotic_cell_1(fn_endoplasmic_reticulum_11(fn_eukaryotic_cell_19(X)))
& cell_1(fn_endoplasmic_reticulum_11(fn_eukaryotic_cell_19(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_eukaryotic_cell_20(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_eukaryotic_cell_20(X)))
& mitochondrion_1(fn_mitochondrial_dna_26(fn_eukaryotic_cell_33(X)))
& mitochondrion_1(fn_endoplasmic_reticulum_14(fn_eukaryotic_cell_19(X)))
& tangible_entity_1(fn_hold_2(fn_eukaryotic_cell_58(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_eukaryotic_cell_20(X)))
& atom_1(fn_glycolipid_7(fn_eukaryotic_cell_40(X)))
& chemical_entity_1(fn_glycolipid_7(fn_eukaryotic_cell_40(X)))
& entity_1(fn_glycolipid_13(fn_eukaryotic_cell_40(X)))
& atom_1(fn_glycolipid_13(fn_eukaryotic_cell_40(X)))
& carbon_1(fn_glycolipid_13(fn_eukaryotic_cell_40(X)))
& carbon_skeleton_1(fn_lipid_14(fn_eukaryotic_cell_40(X)))
& carbon_skeleton_1(fn_biomembrane_71(fn_eukaryotic_cell_37(X)))
& carbon_skeleton_1(fn_glycolipid_4(fn_eukaryotic_cell_40(X)))
& end_1(fn_eukaryotic_chromosome_5(fn_eukaryotic_cell_30(X)))
& end_1(fn_telomere_1(fn_eukaryotic_cell_54(X)))
& eukaryotic_chromosome_1(fn_nucleus_6(fn_eukaryotic_cell_26(X)))
& eukaryotic_chromosome_1(fn_telomere_3(fn_eukaryotic_cell_54(X)))
& tangible_entity_1(fn_biomembrane_63(fn_eukaryotic_cell_29(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_eukaryotic_cell_29(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_eukaryotic_cell_29(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_eukaryotic_cell_29(X)))
& spatial_entity_1(fn_attach_1(fn_eukaryotic_cell_16(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_eukaryotic_cell_29(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_eukaryotic_cell_29(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_eukaryotic_cell_29(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_eukaryotic_cell_29(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_eukaryotic_cell_29(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_eukaryotic_cell_29(X)))
& outside_face_1(fn_biomembrane_41(fn_eukaryotic_cell_29(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_eukaryotic_cell_29(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_eukaryotic_cell_29(X)))
& spatial_entity_1(fn_attach_2(fn_eukaryotic_cell_16(X)))
& quantity_2(fn_eukaryotic_cell_56(X),fn_eukaryotic_cell_5(X))
& is_between_2(fn_eukaryotic_cell_53(X),fn_eukaryotic_cell_9(X))
& is_between_2(fn_eukaryotic_cell_53(X),fn_eukaryotic_cell_10(X))
& abuts_2(fn_eukaryotic_cell_39(X),fn_eukaryotic_cell_37(X))
& is_inside_2(fn_eukaryotic_cell_38(X),fn_eukaryotic_cell_39(X))
& abuts_2(fn_eukaryotic_cell_37(X),fn_eukaryotic_cell_39(X))
& recipient_2(fn_eukaryotic_cell_36(X),fn_eukaryotic_cell_19(X))
& recipient_2(fn_eukaryotic_cell_35(X),fn_eukaryotic_cell_20(X))
& quantity_2(fn_eukaryotic_cell_33(X),fn_eukaryotic_cell_6(X))
& greater_than_or_equal_to_2(fn_eukaryotic_cell_5(X),fn_eukaryotic_cell_6(X))
& greater_than_2(fn_eukaryotic_cell_5(X),fn_eukaryotic_cell_6(X))
& is_between_2(fn_eukaryotic_cell_31(X),fn_eukaryotic_cell_29(X))
& is_between_2(fn_eukaryotic_cell_31(X),fn_eukaryotic_cell_26(X))
& has_part_2(fn_eukaryotic_cell_30(X),fn_eukaryotic_cell_9(X))
& has_part_2(fn_eukaryotic_cell_30(X),fn_eukaryotic_cell_10(X))
& the_scalar_value_2(fn_eukaryotic_cell_27(X),big_0)
& scalar_unit_class_2(fn_eukaryotic_cell_27(X),prokaryote_0)
& has_function_2(X,fn_eukaryotic_cell_32(X))
& has_function_2(X,fn_eukaryotic_cell_23(X))
& has_part_2(X,fn_eukaryotic_cell_3(X))
& has_part_2(X,fn_eukaryotic_cell_2(X))
& has_part_2(X,fn_eukaryotic_cell_4(X))
& is_inside_2(fn_eukaryotic_cell_25(X),fn_eukaryotic_cell_42(X))
& site_2(fn_eukaryotic_cell_1(X),fn_eukaryotic_cell_22(X))
& is_inside_2(fn_eukaryotic_cell_21(X),fn_eukaryotic_cell_39(X))
& fn_eukaryotic_cell_20(X) != fn_eukaryotic_cell_19(X)
& abuts_2(fn_eukaryotic_cell_20(X),fn_eukaryotic_cell_19(X))
& fn_eukaryotic_cell_19(X) != fn_eukaryotic_cell_20(X)
& abuts_2(fn_eukaryotic_cell_19(X),fn_eukaryotic_cell_20(X))
& the_cardinal_value_2(fn_eukaryotic_cell_14(X),"10.0e0")
& cardinal_unit_class_2(fn_eukaryotic_cell_14(X),micrometer_0)
& object_2(fn_eukaryotic_cell_16(X),fn_eukaryotic_cell_15(X))
& agent_2(fn_eukaryotic_cell_58(X),fn_eukaryotic_cell_57(X))
& base_2(fn_eukaryotic_cell_16(X),fn_eukaryotic_cell_29(X))
& object_2(fn_eukaryotic_cell_58(X),fn_eukaryotic_cell_26(X))
& has_part_2(X,fn_eukaryotic_cell_30(X))
& base_2(fn_eukaryotic_cell_32(X),X)
& base_2(fn_eukaryotic_cell_23(X),X)
& has_part_2(fn_eukaryotic_cell_25(X),fn_eukaryotic_cell_33(X))
& subevent_2(fn_eukaryotic_cell_34(X),fn_eukaryotic_cell_35(X))
& subevent_2(fn_eukaryotic_cell_34(X),fn_eukaryotic_cell_36(X))
& donor_2(fn_eukaryotic_cell_35(X),fn_eukaryotic_cell_19(X))
& agent_2(fn_eukaryotic_cell_36(X),fn_eukaryotic_cell_20(X))
& is_between_2(fn_eukaryotic_cell_39(X),fn_eukaryotic_cell_38(X))
& has_part_2(X,fn_eukaryotic_cell_19(X))
& has_part_2(X,fn_eukaryotic_cell_25(X))
& has_part_2(X,fn_eukaryotic_cell_29(X))
& has_part_2(fn_eukaryotic_cell_31(X),fn_eukaryotic_cell_21(X))
& has_region_2(X,fn_eukaryotic_cell_44(X))
& is_at_2(fn_eukaryotic_cell_41(X),fn_eukaryotic_cell_44(X))
& is_oriented_toward_2(fn_eukaryotic_cell_46(X),fn_eukaryotic_cell_31(X))
& is_facing_2(fn_eukaryotic_cell_46(X),fn_eukaryotic_cell_31(X))
& has_part_2(fn_eukaryotic_cell_31(X),fn_eukaryotic_cell_42(X))
& diameter_2(X,fn_eukaryotic_cell_13(X))
& greater_than_or_equal_to_2(fn_eukaryotic_cell_13(X),fn_eukaryotic_cell_14(X))
& size_2(X,fn_eukaryotic_cell_27(X))
& directly_proportional_2(fn_eukaryotic_cell_27(X),fn_eukaryotic_cell_59(X))
& volume_2(X,fn_eukaryotic_cell_59(X))
& has_part_2(X,fn_eukaryotic_cell_31(X))
& is_inside_2(fn_eukaryotic_cell_31(X),fn_eukaryotic_cell_29(X))
& has_part_2(X,fn_eukaryotic_cell_26(X))
& has_part_2(X,fn_eukaryotic_cell_20(X))
& has_part_2(X,fn_eukaryotic_cell_45(X))
& is_inside_2(fn_eukaryotic_cell_45(X),fn_eukaryotic_cell_42(X))
& is_inside_2(fn_eukaryotic_cell_24(X),fn_eukaryotic_cell_42(X))
& has_part_2(X,fn_eukaryotic_cell_24(X))
& has_part_2(fn_eukaryotic_cell_26(X),fn_eukaryotic_cell_37(X))
& fn_eukaryotic_cell_15(X) != fn_eukaryotic_cell_50(X)
& fn_eukaryotic_cell_50(X) != fn_eukaryotic_cell_15(X)
& has_region_2(fn_eukaryotic_cell_29(X),fn_eukaryotic_cell_48(X))
& is_across_2(fn_eukaryotic_cell_15(X),fn_eukaryotic_cell_48(X))
& has_part_2(fn_eukaryotic_cell_29(X),fn_eukaryotic_cell_15(X))
& fn_eukaryotic_cell_50(X) != fn_eukaryotic_cell_49(X)
& fn_eukaryotic_cell_49(X) != fn_eukaryotic_cell_50(X)
& is_inside_2(fn_eukaryotic_cell_15(X),fn_eukaryotic_cell_41(X))
& has_part_2(fn_eukaryotic_cell_29(X),fn_eukaryotic_cell_41(X))
& has_part_2(fn_eukaryotic_cell_29(X),fn_eukaryotic_cell_50(X))
& is_inside_2(fn_eukaryotic_cell_43(X),fn_eukaryotic_cell_41(X))
& has_part_2(fn_eukaryotic_cell_29(X),fn_eukaryotic_cell_43(X))
& is_outside_2(fn_eukaryotic_cell_47(X),fn_eukaryotic_cell_29(X))
& has_region_2(fn_eukaryotic_cell_15(X),fn_eukaryotic_cell_47(X))
& is_across_2(fn_eukaryotic_cell_15(X),fn_eukaryotic_cell_29(X))
& called_2(fn_eukaryotic_cell_49(X),'MP1')
& has_part_2(fn_eukaryotic_cell_29(X),fn_eukaryotic_cell_49(X))
& is_at_2(fn_eukaryotic_cell_15(X),fn_eukaryotic_cell_29(X))
& has_region_2(fn_eukaryotic_cell_29(X),fn_eukaryotic_cell_47(X))
& called_2(fn_eukaryotic_cell_50(X),'MP2')
& has_region_2(fn_eukaryotic_cell_29(X),fn_eukaryotic_cell_46(X))
& has_region_2(fn_eukaryotic_cell_30(X),fn_eukaryotic_cell_53(X))
& has_part_2(fn_eukaryotic_cell_30(X),fn_eukaryotic_cell_55(X))
& agent_2(fn_eukaryotic_cell_51(X),fn_eukaryotic_cell_55(X))
& object_2(fn_eukaryotic_cell_51(X),fn_eukaryotic_cell_56(X))
& has_part_2(fn_eukaryotic_cell_30(X),fn_eukaryotic_cell_56(X))
& has_part_2(fn_eukaryotic_cell_30(X),fn_eukaryotic_cell_54(X))
& has_region_2(fn_eukaryotic_cell_30(X),fn_eukaryotic_cell_52(X))
& is_at_2(fn_eukaryotic_cell_54(X),fn_eukaryotic_cell_52(X))
& has_part_2(fn_eukaryotic_cell_40(X),fn_eukaryotic_cell_18(X))
& is_inside_2(fn_eukaryotic_cell_18(X),fn_eukaryotic_cell_17(X))
& has_region_2(fn_eukaryotic_cell_40(X),fn_eukaryotic_cell_17(X))
& is_inside_2(fn_eukaryotic_cell_30(X),fn_eukaryotic_cell_26(X))
& has_part_2(fn_eukaryotic_cell_37(X),fn_eukaryotic_cell_40(X))
& is_inside_2(fn_eukaryotic_cell_17(X),fn_eukaryotic_cell_37(X))
& has_part_2(fn_eukaryotic_cell_25(X),fn_eukaryotic_cell_22(X))
& fn_eukaryotic_cell_15(X) = fn_attach_1(fn_eukaryotic_cell_16(X))
& fn_eukaryotic_cell_57(X) = fn_hold_1(fn_eukaryotic_cell_58(X))
& fn_eukaryotic_cell_29(X) = fn_attach_2(fn_eukaryotic_cell_16(X))
& fn_eukaryotic_cell_26(X) = fn_hold_2(fn_eukaryotic_cell_58(X))
& fn_eukaryotic_cell_30(X) = fn_cell_25(X)
& X = fn_cellular_work_2(fn_eukaryotic_cell_32(X))
& X = fn_metabolic_pathway_1(fn_eukaryotic_cell_23(X))
& fn_eukaryotic_cell_33(X) = fn_semiautonomous_organelle_2(fn_eukaryotic_cell_25(X))
& fn_eukaryotic_cell_25(X) = fn_mitochondrial_dna_26(fn_eukaryotic_cell_33(X))
& fn_eukaryotic_cell_35(X) = fn_exchange_3(fn_eukaryotic_cell_34(X))
& fn_eukaryotic_cell_36(X) = fn_exchange_4(fn_eukaryotic_cell_34(X))
& fn_eukaryotic_cell_35(X) = fn_rough_endoplasmic_reticulum_55(fn_eukaryotic_cell_19(X))
& fn_eukaryotic_cell_36(X) = fn_endoplasmic_reticulum_25(fn_eukaryotic_cell_20(X))
& fn_eukaryotic_cell_38(X) = fn_er_membrane_32(fn_eukaryotic_cell_39(X))
& fn_eukaryotic_cell_38(X) = fn_er_membrane_33(fn_eukaryotic_cell_39(X))
& X = fn_mitochondrion_51(fn_eukaryotic_cell_25(X))
& fn_eukaryotic_cell_25(X) = fn_endoplasmic_reticulum_14(fn_eukaryotic_cell_19(X))
& X = fn_endoplasmic_reticulum_11(fn_eukaryotic_cell_19(X))
& fn_eukaryotic_cell_28(X) = fn_cell_10(X)
& fn_eukaryotic_cell_21(X) = fn_cell_9(X)
& fn_eukaryotic_cell_12(X) = fn_cell_17(X)
& fn_eukaryotic_cell_60(X) = fn_cell_23(X)
& fn_eukaryotic_cell_41(X) = fn_cell_26(X)
& fn_eukaryotic_cell_44(X) = fn_cell_4(X)
& fn_eukaryotic_cell_46(X) = fn_cell_27(X)
& fn_eukaryotic_cell_11(X) = fn_cell_16(X)
& fn_eukaryotic_cell_14(X) = fn_cell_19(X)
& fn_eukaryotic_cell_13(X) = fn_cell_18(X)
& fn_eukaryotic_cell_29(X) = fn_cell_30(X)
& fn_eukaryotic_cell_31(X) = fn_cell_28(X)
& fn_eukaryotic_cell_59(X) = fn_cell_22(X)
& fn_eukaryotic_cell_27(X) = fn_cell_11(X)
& fn_eukaryotic_cell_26(X) = fn_smooth_endoplasmic_reticulum_10(fn_eukaryotic_cell_20(X))
& fn_eukaryotic_cell_61(X) = fn_smooth_endoplasmic_reticulum_12(fn_eukaryotic_cell_20(X))
& fn_eukaryotic_cell_24(X) = fn_smooth_endoplasmic_reticulum_3(fn_eukaryotic_cell_20(X))
& fn_eukaryotic_cell_42(X) = fn_cell_29(X)
& fn_eukaryotic_cell_42(X) = fn_smooth_endoplasmic_reticulum_34(fn_eukaryotic_cell_20(X))
& fn_eukaryotic_cell_45(X) = fn_cell_14(X)
& fn_eukaryotic_cell_45(X) = fn_smooth_endoplasmic_reticulum_11(fn_eukaryotic_cell_20(X))
& X = fn_smooth_endoplasmic_reticulum_33(fn_eukaryotic_cell_20(X))
& fn_eukaryotic_cell_37(X) = fn_nucleus_13(fn_eukaryotic_cell_26(X))
& fn_eukaryotic_cell_22(X) = fn_organelle_1(fn_eukaryotic_cell_25(X))
& fn_eukaryotic_cell_40(X) = fn_biomembrane_29(fn_eukaryotic_cell_37(X))
& fn_eukaryotic_cell_17(X) = fn_biomembrane_71(fn_eukaryotic_cell_37(X))
& fn_eukaryotic_cell_30(X) = fn_nucleus_6(fn_eukaryotic_cell_26(X))
& fn_eukaryotic_cell_18(X) = fn_glycolipid_7(fn_eukaryotic_cell_40(X))
& fn_eukaryotic_cell_18(X) = fn_glycolipid_13(fn_eukaryotic_cell_40(X))
& fn_eukaryotic_cell_17(X) = fn_lipid_14(fn_eukaryotic_cell_40(X))
& fn_eukaryotic_cell_17(X) = fn_glycolipid_4(fn_eukaryotic_cell_40(X))
& fn_eukaryotic_cell_30(X) = fn_telomere_3(fn_eukaryotic_cell_54(X))
& fn_eukaryotic_cell_54(X) = fn_eukaryotic_chromosome_4(fn_eukaryotic_cell_30(X))
& fn_eukaryotic_cell_52(X) = fn_eukaryotic_chromosome_5(fn_eukaryotic_cell_30(X))
& fn_eukaryotic_cell_52(X) = fn_telomere_1(fn_eukaryotic_cell_54(X))
& fn_eukaryotic_cell_53(X) = fn_chromosome_6(fn_eukaryotic_cell_30(X))
& fn_eukaryotic_cell_55(X) = fn_chromosome_3(fn_eukaryotic_cell_30(X))
& fn_eukaryotic_cell_51(X) = fn_chromosome_8(fn_eukaryotic_cell_30(X))
& fn_eukaryotic_cell_56(X) = fn_chromosome_4(fn_eukaryotic_cell_30(X))
& fn_eukaryotic_cell_48(X) = fn_plasma_membrane_6(fn_eukaryotic_cell_29(X))
& fn_eukaryotic_cell_41(X) = fn_biomembrane_63(fn_eukaryotic_cell_29(X))
& fn_eukaryotic_cell_41(X) = fn_plasma_membrane_71(fn_eukaryotic_cell_29(X))
& fn_eukaryotic_cell_43(X) = fn_plasma_membrane_34(fn_eukaryotic_cell_29(X))
& fn_eukaryotic_cell_49(X) = fn_plasma_membrane_68(fn_eukaryotic_cell_29(X))
& fn_eukaryotic_cell_15(X) = fn_plasma_membrane_4(fn_eukaryotic_cell_29(X))
& fn_eukaryotic_cell_15(X) = fn_plasma_membrane_3(fn_eukaryotic_cell_29(X))
& fn_eukaryotic_cell_15(X) = fn_plasma_membrane_55(fn_eukaryotic_cell_29(X))
& fn_eukaryotic_cell_47(X) = fn_biomembrane_41(fn_eukaryotic_cell_29(X))
& fn_eukaryotic_cell_47(X) = fn_plasma_membrane_65(fn_eukaryotic_cell_29(X))
& fn_eukaryotic_cell_50(X) = fn_plasma_membrane_54(fn_eukaryotic_cell_29(X))
& fn_eukaryotic_cell_46(X) = fn_plasma_membrane_66(fn_eukaryotic_cell_29(X))
& fn_exchange_3(fn_eukaryotic_cell_34(X)) = fn_rough_endoplasmic_reticulum_55(fn_eukaryotic_cell_19(X))
& fn_rough_endoplasmic_reticulum_55(fn_eukaryotic_cell_19(X)) = fn_exchange_4(fn_eukaryotic_cell_34(X))
& fn_exchange_4(fn_eukaryotic_cell_34(X)) = fn_endoplasmic_reticulum_25(fn_eukaryotic_cell_20(X))
& fn_endoplasmic_reticulum_25(fn_eukaryotic_cell_20(X)) = fn_er_membrane_32(fn_eukaryotic_cell_39(X))
& fn_er_membrane_32(fn_eukaryotic_cell_39(X)) = fn_er_membrane_33(fn_eukaryotic_cell_39(X))
& fn_er_membrane_33(fn_eukaryotic_cell_39(X)) = fn_cell_29(X)
& fn_smooth_endoplasmic_reticulum_34(fn_eukaryotic_cell_20(X)) = fn_cell_29(X)
& fn_cell_29(X) = fn_smooth_endoplasmic_reticulum_34(fn_eukaryotic_cell_20(X))
& fn_smooth_endoplasmic_reticulum_34(fn_eukaryotic_cell_20(X)) = fn_cell_14(X)
& fn_smooth_endoplasmic_reticulum_11(fn_eukaryotic_cell_20(X)) = fn_cell_14(X)
& fn_cell_14(X) = fn_smooth_endoplasmic_reticulum_11(fn_eukaryotic_cell_20(X))
& fn_smooth_endoplasmic_reticulum_11(fn_eukaryotic_cell_20(X)) = fn_cellular_work_2(fn_eukaryotic_cell_32(X))
& fn_cellular_work_2(fn_eukaryotic_cell_32(X)) = fn_mitochondrion_51(fn_eukaryotic_cell_25(X))
& fn_mitochondrion_51(fn_eukaryotic_cell_25(X)) = fn_cellular_work_2(fn_eukaryotic_cell_32(X))
& fn_cellular_work_2(fn_eukaryotic_cell_32(X)) = fn_metabolic_pathway_1(fn_eukaryotic_cell_23(X))
& fn_metabolic_pathway_1(fn_eukaryotic_cell_23(X)) = fn_metabolic_pathway_1(fn_eukaryotic_cell_23(X))
& fn_metabolic_pathway_1(fn_eukaryotic_cell_23(X)) = fn_endoplasmic_reticulum_11(fn_eukaryotic_cell_19(X))
& fn_endoplasmic_reticulum_11(fn_eukaryotic_cell_19(X)) = fn_endoplasmic_reticulum_11(fn_eukaryotic_cell_19(X))
& fn_endoplasmic_reticulum_11(fn_eukaryotic_cell_19(X)) = fn_smooth_endoplasmic_reticulum_33(fn_eukaryotic_cell_20(X))
& fn_smooth_endoplasmic_reticulum_33(fn_eukaryotic_cell_20(X)) = fn_smooth_endoplasmic_reticulum_33(fn_eukaryotic_cell_20(X))
& fn_smooth_endoplasmic_reticulum_33(fn_eukaryotic_cell_20(X)) = fn_mitochondrial_dna_26(fn_eukaryotic_cell_33(X))
& fn_mitochondrial_dna_26(fn_eukaryotic_cell_33(X)) = fn_endoplasmic_reticulum_14(fn_eukaryotic_cell_19(X))
& fn_endoplasmic_reticulum_14(fn_eukaryotic_cell_19(X)) = fn_hold_2(fn_eukaryotic_cell_58(X))
& fn_hold_2(fn_eukaryotic_cell_58(X)) = fn_smooth_endoplasmic_reticulum_10(fn_eukaryotic_cell_20(X))
& fn_smooth_endoplasmic_reticulum_10(fn_eukaryotic_cell_20(X)) = fn_glycolipid_7(fn_eukaryotic_cell_40(X))
& fn_glycolipid_7(fn_eukaryotic_cell_40(X)) = fn_glycolipid_13(fn_eukaryotic_cell_40(X))
& fn_glycolipid_13(fn_eukaryotic_cell_40(X)) = fn_glycolipid_13(fn_eukaryotic_cell_40(X))
& fn_glycolipid_13(fn_eukaryotic_cell_40(X)) = fn_biomembrane_71(fn_eukaryotic_cell_37(X))
& fn_biomembrane_71(fn_eukaryotic_cell_37(X)) = fn_lipid_14(fn_eukaryotic_cell_40(X))
& fn_lipid_14(fn_eukaryotic_cell_40(X)) = fn_biomembrane_71(fn_eukaryotic_cell_37(X))
& fn_biomembrane_71(fn_eukaryotic_cell_37(X)) = fn_glycolipid_4(fn_eukaryotic_cell_40(X))
& fn_glycolipid_4(fn_eukaryotic_cell_40(X)) = fn_glycolipid_4(fn_eukaryotic_cell_40(X))
& fn_glycolipid_4(fn_eukaryotic_cell_40(X)) = fn_eukaryotic_chromosome_5(fn_eukaryotic_cell_30(X))
& fn_telomere_1(fn_eukaryotic_cell_54(X)) = fn_eukaryotic_chromosome_5(fn_eukaryotic_cell_30(X))
& fn_eukaryotic_chromosome_5(fn_eukaryotic_cell_30(X)) = fn_telomere_1(fn_eukaryotic_cell_54(X))
& fn_telomere_1(fn_eukaryotic_cell_54(X)) = fn_cell_25(X)
& fn_cell_25(X) = fn_nucleus_6(fn_eukaryotic_cell_26(X))
& fn_nucleus_6(fn_eukaryotic_cell_26(X)) = fn_nucleus_6(fn_eukaryotic_cell_26(X))
& fn_nucleus_6(fn_eukaryotic_cell_26(X)) = fn_telomere_3(fn_eukaryotic_cell_54(X))
& fn_telomere_3(fn_eukaryotic_cell_54(X)) = fn_telomere_3(fn_eukaryotic_cell_54(X))
& fn_telomere_3(fn_eukaryotic_cell_54(X)) = fn_cell_26(X)
& fn_cell_26(X) = fn_biomembrane_63(fn_eukaryotic_cell_29(X))
& fn_plasma_membrane_71(fn_eukaryotic_cell_29(X)) = fn_biomembrane_63(fn_eukaryotic_cell_29(X))
& fn_biomembrane_63(fn_eukaryotic_cell_29(X)) = fn_plasma_membrane_71(fn_eukaryotic_cell_29(X))
& fn_plasma_membrane_71(fn_eukaryotic_cell_29(X)) = fn_plasma_membrane_71(fn_eukaryotic_cell_29(X))
& fn_plasma_membrane_71(fn_eukaryotic_cell_29(X)) = fn_attach_1(fn_eukaryotic_cell_16(X))
& fn_attach_1(fn_eukaryotic_cell_16(X)) = fn_plasma_membrane_4(fn_eukaryotic_cell_29(X))
& fn_plasma_membrane_4(fn_eukaryotic_cell_29(X)) = fn_plasma_membrane_4(fn_eukaryotic_cell_29(X))
& fn_plasma_membrane_4(fn_eukaryotic_cell_29(X)) = fn_plasma_membrane_3(fn_eukaryotic_cell_29(X))
& fn_plasma_membrane_55(fn_eukaryotic_cell_29(X)) = fn_plasma_membrane_55(fn_eukaryotic_cell_29(X))
& fn_plasma_membrane_55(fn_eukaryotic_cell_29(X)) = fn_plasma_membrane_3(fn_eukaryotic_cell_29(X))
& fn_plasma_membrane_3(fn_eukaryotic_cell_29(X)) = fn_plasma_membrane_55(fn_eukaryotic_cell_29(X))
& fn_plasma_membrane_55(fn_eukaryotic_cell_29(X)) = fn_plasma_membrane_65(fn_eukaryotic_cell_29(X))
& fn_plasma_membrane_65(fn_eukaryotic_cell_29(X)) = fn_plasma_membrane_65(fn_eukaryotic_cell_29(X))
& fn_plasma_membrane_65(fn_eukaryotic_cell_29(X)) = fn_biomembrane_41(fn_eukaryotic_cell_29(X))
& fn_biomembrane_41(fn_eukaryotic_cell_29(X)) = fn_plasma_membrane_65(fn_eukaryotic_cell_29(X))
& fn_plasma_membrane_65(fn_eukaryotic_cell_29(X)) = fn_cell_27(X)
& fn_cell_27(X) = fn_cell_27(X)
& fn_cell_27(X) = fn_plasma_membrane_66(fn_eukaryotic_cell_29(X))
& fn_plasma_membrane_66(fn_eukaryotic_cell_29(X)) = fn_attach_2(fn_eukaryotic_cell_16(X))
& fn_attach_2(fn_eukaryotic_cell_16(X)) = fn_cell_30(X)
& fn_cell_30(X) = fn_cell_30(X) ) ) ).
fof(a529407,axiom,
! [X,X1] :
( ( experiencer_2(X,X1)
& cell_cycle_1(X)
& eukaryote_1(X1) )
=> ( eukaryotic_cell_cycle_1(X)
& fn_eukaryotic_cell_cycle_1(X) = X1 ) ) ).
fof(a529408,axiom,
! [X] :
( eukaryotic_cell_cycle_1(X)
=> ( original_name_2(X,'Eukaryotic-Cell-Cycle')
& user_description_2(X,'An ordered sequence of events in the life of a cell, from its origin in the division of a parent cell until its own division into two. The eukaryotic cell cycle is composed of interphase, (including G1, S & G2 subphases) and M phase (including mitosis and cytokinesis).')
& concept2words_2(X,'undergo the eukaryotic cell cycle')
& concept2words_2(X,'eukaryotic cell cycle')
& concept2words_2(X,'eukaryotic-cell-cycle')
& cell_cycle_1(X)
& ~ gametogenesis_1(X)
& ~ prokaryotic_cell_cycle_1(X)
& eukaryote_1(fn_eukaryotic_cell_cycle_1(X))
& eukaryotic_cell_1(fn_eukaryotic_cell_cycle_3(X))
& experiencer_2(X,fn_eukaryotic_cell_cycle_1(X))
& base_2(X,fn_eukaryotic_cell_cycle_3(X))
& object_2(X,fn_eukaryotic_cell_cycle_3(X))
& fn_eukaryotic_cell_cycle_3(X) = fn_cell_cycle_4(X) ) ) ).
fof(a529409,axiom,
! [X] :
( eukaryotic_cell_structure_1(X)
=> ( original_name_2(X,'Eukaryotic-Cell-Structure')
& user_description_2(X,'A structure at the cellular level found in Eukaryotes.')
& concept2words_2(X,'structure of eukaryote')
& concept2words_2(X,'structure-of-eukaryote')
& concept2words_2(X,'eukaryote structure')
& concept2words_2(X,'eukaryote-structure')
& concept2words_2(X,'eukaryotic cell structure')
& concept2words_2(X,'eukaryotic-cell-structure')
& cellular_structure_1(X) ) ) ).
fof(a529410,axiom,
! [X] :
( eukaryotic_cellular_respiration_1(X)
=> ( original_name_2(X,'Eukaryotic-Cellular-Respiration')
& user_description_2(X,'The catabolic pathways of aerobic respiration, which break down organic molecules for the production of ATP. A total of 30 ATP are produced in this process. The step of pyruvate oxidation takes place in mitochondria.')
& concept2words_2(X,'perform cellular respiration')
& concept2words_2(X,convert)
& concept2words_2(X,'eukaryotic cellular respiration')
& concept2words_2(X,'eukaryotic-cellular-respiration')
& cellular_respiration_1(X)
& nad_plus_1(fn_eukaryotic_cellular_respiration_1(X))
& time_interval_1(fn_eukaryotic_cellular_respiration_2(X))
& time_interval_1(fn_eukaryotic_cellular_respiration_3(X))
& time_interval_1(fn_eukaryotic_cellular_respiration_4(X))
& nucleotide_1(fn_eukaryotic_cellular_respiration_5(X))
& potential_energy_1(fn_eukaryotic_cellular_respiration_6(X))
& redox_reaction_1(fn_eukaryotic_cellular_respiration_7(X))
& potential_energy_1(fn_eukaryotic_cellular_respiration_8(X))
& time_interval_1(fn_eukaryotic_cellular_respiration_9(X))
& time_interval_1(fn_eukaryotic_cellular_respiration_10(X))
& time_interval_1(fn_eukaryotic_cellular_respiration_11(X))
& time_interval_1(fn_eukaryotic_cellular_respiration_12(X))
& redox_reaction_1(fn_eukaryotic_cellular_respiration_13(X))
& potential_energy_1(fn_eukaryotic_cellular_respiration_14(X))
& endergonic_process_1(fn_eukaryotic_cellular_respiration_15(X))
& chemical_reaction_1(fn_eukaryotic_cellular_respiration_15(X))
& synthesis_of_organic_molecule_1(fn_eukaryotic_cellular_respiration_15(X))
& anabolic_pathway_1(fn_eukaryotic_cellular_respiration_15(X))
& synthesis_of_atp_1(fn_eukaryotic_cellular_respiration_15(X))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_22(X))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_22(X))
& adp_1(fn_eukaryotic_cellular_respiration_22(X))
& spatial_entity_1(fn_eukaryotic_cellular_respiration_23(X))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_23(X))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_23(X))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_23(X))
& molecule_1(fn_eukaryotic_cellular_respiration_23(X))
& nad_plus_1(fn_eukaryotic_cellular_respiration_23(X))
& chemical_reaction_1(fn_eukaryotic_cellular_respiration_24(X))
& synthesis_reaction_1(fn_eukaryotic_cellular_respiration_24(X))
& reactant_1(fn_eukaryotic_cellular_respiration_25(X))
& kinetic_energy_1(fn_eukaryotic_cellular_respiration_26(X))
& constant_motion_1(fn_eukaryotic_cellular_respiration_27(X))
& atom_1(fn_eukaryotic_cellular_respiration_28(X))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_28(X))
& entity_1(fn_eukaryotic_cellular_respiration_29(X))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_29(X))
& atom_1(fn_eukaryotic_cellular_respiration_29(X))
& carbon_1(fn_eukaryotic_cellular_respiration_29(X))
& carbon_skeleton_1(fn_eukaryotic_cellular_respiration_30(X))
& remove_1(fn_eukaryotic_cellular_respiration_31(X))
& phosphorylation_1(fn_eukaryotic_cellular_respiration_32(X))
& free_energy_1(fn_eukaryotic_cellular_respiration_33(X))
& structural_complexity_value_1(fn_eukaryotic_cellular_respiration_34(X))
& molecule_1(fn_eukaryotic_cellular_respiration_35(X))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_35(X))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_35(X))
& adp_1(fn_eukaryotic_cellular_respiration_35(X))
& free_energy_1(fn_eukaryotic_cellular_respiration_36(X))
& structural_complexity_value_1(fn_eukaryotic_cellular_respiration_37(X))
& quantity_value_1(fn_eukaryotic_cellular_respiration_38(X))
& quantity_value_1(fn_eukaryotic_cellular_respiration_39(X))
& speed_value_1(fn_eukaryotic_cellular_respiration_40(X))
& quantity_value_1(fn_eukaryotic_cellular_respiration_41(X))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_42(X))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_42(X))
& molecule_1(fn_eukaryotic_cellular_respiration_42(X))
& nadh_1(fn_eukaryotic_cellular_respiration_42(X))
& rate_value_1(fn_eukaryotic_cellular_respiration_48(X))
& quantity_value_1(fn_eukaryotic_cellular_respiration_49(X))
& rate_value_1(fn_eukaryotic_cellular_respiration_50(X))
& ion_1(fn_eukaryotic_cellular_respiration_51(X))
& spatial_entity_1(fn_eukaryotic_cellular_respiration_51(X))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_51(X))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_51(X))
& hydrogen_ion_1(fn_eukaryotic_cellular_respiration_51(X))
& kinetic_energy_1(fn_eukaryotic_cellular_respiration_52(X))
& constant_motion_1(fn_eukaryotic_cellular_respiration_53(X))
& atom_1(fn_eukaryotic_cellular_respiration_54(X))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_54(X))
& carbon_1(fn_eukaryotic_cellular_respiration_55(X))
& carbon_skeleton_1(fn_eukaryotic_cellular_respiration_56(X))
& speed_value_1(fn_eukaryotic_cellular_respiration_57(X))
& quantity_value_1(fn_eukaryotic_cellular_respiration_58(X))
& move_1(fn_eukaryotic_cellular_respiration_59(X))
& rotate_1(fn_eukaryotic_cellular_respiration_59(X))
& move_1(fn_eukaryotic_cellular_respiration_60(X))
& rotate_1(fn_eukaryotic_cellular_respiration_60(X))
& move_1(fn_eukaryotic_cellular_respiration_61(X))
& rotate_1(fn_eukaryotic_cellular_respiration_61(X))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_62(X))
& carbon_dioxide_1(fn_eukaryotic_cellular_respiration_62(X))
& structural_complexity_value_1(fn_eukaryotic_cellular_respiration_63(X))
& spatial_entity_1(fn_eukaryotic_cellular_respiration_64(X))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_64(X))
& molecule_1(fn_eukaryotic_cellular_respiration_64(X))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_64(X))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_64(X))
& nad_plus_1(fn_eukaryotic_cellular_respiration_64(X))
& quantity_value_1(fn_eukaryotic_cellular_respiration_65(X))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_66(X))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_66(X))
& molecule_1(fn_eukaryotic_cellular_respiration_66(X))
& glyceraldehyde_3_phosphate_1(fn_eukaryotic_cellular_respiration_66(X))
& carry_1(fn_eukaryotic_cellular_respiration_67(X))
& chemical_energy_1(fn_eukaryotic_cellular_respiration_68(X))
& catabolic_pathway_1(fn_eukaryotic_cellular_respiration_69(X))
& isomerization_reaction_1(fn_eukaryotic_cellular_respiration_70(X))
& entity_1(fn_eukaryotic_cellular_respiration_71(X))
& biomembrane_1(fn_eukaryotic_cellular_respiration_71(X))
& mitochondrial_membrane_1(fn_eukaryotic_cellular_respiration_71(X))
& intermembrane_space_1(fn_eukaryotic_cellular_respiration_72(X))
& solution_1(fn_eukaryotic_cellular_respiration_73(X))
& aqueous_solution_1(fn_eukaryotic_cellular_respiration_73(X))
& hypertonic_solution_1(fn_eukaryotic_cellular_respiration_73(X))
& gradient_1(fn_eukaryotic_cellular_respiration_74(X))
& concentration_gradient_1(fn_eukaryotic_cellular_respiration_74(X))
& detach_1(fn_eukaryotic_cellular_respiration_75(X))
& chemical_reaction_1(fn_eukaryotic_cellular_respiration_76(X))
& chemical_reaction_1(fn_eukaryotic_cellular_respiration_77(X))
& enter_1(fn_eukaryotic_cellular_respiration_78(X))
& move_1(fn_eukaryotic_cellular_respiration_78(X))
& move_through_1(fn_eukaryotic_cellular_respiration_78(X))
& ion_1(fn_eukaryotic_cellular_respiration_79(X))
& spatial_entity_1(fn_eukaryotic_cellular_respiration_79(X))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_79(X))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_79(X))
& hydrogen_ion_1(fn_eukaryotic_cellular_respiration_79(X))
& move_1(fn_eukaryotic_cellular_respiration_80(X))
& move_through_1(fn_eukaryotic_cellular_respiration_80(X))
& glycolysis_1(fn_eukaryotic_cellular_respiration_82(X))
& structural_complexity_value_1(fn_eukaryotic_cellular_respiration_83(X))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_84(X))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_84(X))
& molecule_1(fn_eukaryotic_cellular_respiration_84(X))
& glyceraldehyde_3_phosphate_1(fn_eukaryotic_cellular_respiration_84(X))
& transfer_1(fn_eukaryotic_cellular_respiration_85(X))
& transfer_1(fn_eukaryotic_cellular_respiration_86(X))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_87(X))
& nadh_1(fn_eukaryotic_cellular_respiration_87(X))
& electron_shuttle_system_1(fn_eukaryotic_cellular_respiration_88(X))
& proton_motive_force_1(fn_eukaryotic_cellular_respiration_89(X))
& fad_1(fn_eukaryotic_cellular_respiration_90(X))
& fadh2_1(fn_eukaryotic_cellular_respiration_91(X))
& transfer_1(fn_eukaryotic_cellular_respiration_92(X))
& electron_transport_chain_reaction_1(fn_eukaryotic_cellular_respiration_93(X))
& pyruvate_oxidation_1(fn_eukaryotic_cellular_respiration_94(X))
& citric_acid_cycle_1(fn_eukaryotic_cellular_respiration_95(X))
& catabolic_pathway_1(fn_eukaryotic_cellular_respiration_95(X))
& chemical_reaction_1(fn_eukaryotic_cellular_respiration_96(X))
& oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(X))
& eukaryotic_oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(X))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_97(X))
& molecule_1(fn_eukaryotic_cellular_respiration_97(X))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_97(X))
& ribonucleotide_1(fn_eukaryotic_cellular_respiration_97(X))
& nucleoside_triphosphate_1(fn_eukaryotic_cellular_respiration_97(X))
& atp_1(fn_eukaryotic_cellular_respiration_97(X))
& entity_1(fn_eukaryotic_cellular_respiration_98(X))
& protein_complex_1(fn_eukaryotic_cellular_respiration_98(X))
& atp_synthase_1(fn_eukaryotic_cellular_respiration_98(X))
& proton_motive_force_1(fn_eukaryotic_cellular_respiration_99(X))
& chemiosmosis_1(fn_eukaryotic_cellular_respiration_100(X))
& organelle_1(fn_eukaryotic_cellular_respiration_101(X))
& mitochondrion_1(fn_eukaryotic_cellular_respiration_101(X))
& semiautonomous_organelle_1(fn_eukaryotic_cellular_respiration_101(X))
& exergonic_process_1(fn_eukaryotic_cellular_respiration_102(X))
& facilitated_diffusion_of_ion_1(fn_eukaryotic_cellular_respiration_102(X))
& spontaneous_change_1(fn_eukaryotic_cellular_respiration_102(X))
& passive_transport_1(fn_eukaryotic_cellular_respiration_102(X))
& facilitated_diffusion_1(fn_eukaryotic_cellular_respiration_102(X))
& crista_1(fn_eukaryotic_cellular_respiration_103(X))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_104(X))
& membrane_1(fn_eukaryotic_cellular_respiration_104(X))
& entity_1(fn_eukaryotic_cellular_respiration_104(X))
& spatial_entity_1(fn_eukaryotic_cellular_respiration_104(X))
& inner_membrane_1(fn_eukaryotic_cellular_respiration_104(X))
& biomembrane_1(fn_eukaryotic_cellular_respiration_104(X))
& activation_energy_1(fn_eukaryotic_cellular_respiration_105(X))
& spatial_entity_1(fn_eukaryotic_cellular_respiration_106(X))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_106(X))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_106(X))
& molecule_1(fn_eukaryotic_cellular_respiration_106(X))
& acetyl_coa_1(fn_eukaryotic_cellular_respiration_106(X))
& decomposition_reaction_1(fn_eukaryotic_cellular_respiration_107(X))
& isomerization_reaction_1(fn_eukaryotic_cellular_respiration_108(X))
& enzyme_1(fn_eukaryotic_cellular_respiration_109(X))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_109(X))
& protein_1(fn_eukaryotic_cellular_respiration_109(X))
& protein_enzyme_1(fn_eukaryotic_cellular_respiration_109(X))
& time_interval_1(fn_eukaryotic_cellular_respiration_110(X))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_111(X))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_111(X))
& molecule_1(fn_eukaryotic_cellular_respiration_111(X))
& entity_1(fn_eukaryotic_cellular_respiration_111(X))
& nadh_1(fn_eukaryotic_cellular_respiration_111(X))
& structural_complexity_value_1(fn_eukaryotic_cellular_respiration_114(X))
& quantity_value_1(fn_eukaryotic_cellular_respiration_116(X))
& chemical_energy_1(fn_eukaryotic_cellular_respiration_117(X))
& increase_1(fn_eukaryotic_cellular_respiration_119(X))
& size_value_1(fn_eukaryotic_cellular_respiration_120(X))
& size_value_1(fn_eukaryotic_cellular_respiration_121(X))
& phospholipid_layer_1(fn_eukaryotic_cellular_respiration_122(X))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_123(X))
& lipid_1(fn_eukaryotic_cellular_respiration_123(X))
& spatial_entity_1(fn_eukaryotic_cellular_respiration_123(X))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_123(X))
& phospholipid_1(fn_eukaryotic_cellular_respiration_123(X))
& fatty_acid_tail_1(fn_eukaryotic_cellular_respiration_124(X))
& block_1(fn_eukaryotic_cellular_respiration_125(X))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_126(X))
& membrane_protein_1(fn_eukaryotic_cellular_respiration_126(X))
& protein_1(fn_eukaryotic_cellular_respiration_126(X))
& polymer_1(fn_eukaryotic_cellular_respiration_126(X))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_127(X))
& phospholipid_bilayer_1(fn_eukaryotic_cellular_respiration_127(X))
& hydrophobic_compound_1(fn_eukaryotic_cellular_respiration_128(X))
& hydrophilic_compound_1(fn_eukaryotic_cellular_respiration_129(X))
& nadh_1(fn_eukaryotic_cellular_respiration_130(X))
& aqueous_solution_1(fn_eukaryotic_cellular_respiration_131(X))
& decrease_1(fn_eukaryotic_cellular_respiration_132(X))
& substance_1(fn_eukaryotic_cellular_respiration_133(X))
& spatial_entity_1(fn_eukaryotic_cellular_respiration_133(X))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_133(X))
& chemical_1(fn_eukaryotic_cellular_respiration_133(X))
& solution_1(fn_eukaryotic_cellular_respiration_134(X))
& aqueous_solution_1(fn_eukaryotic_cellular_respiration_134(X))
& hypotonic_solution_1(fn_eukaryotic_cellular_respiration_134(X))
& membrane_protein_1(fn_eukaryotic_cellular_respiration_135(X))
& spatial_entity_1(fn_eukaryotic_cellular_respiration_135(X))
& protein_1(fn_eukaryotic_cellular_respiration_135(X))
& rotor_1(fn_eukaryotic_cellular_respiration_135(X))
& spatial_entity_1(fn_eukaryotic_cellular_respiration_136(X))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_136(X))
& polymer_1(fn_eukaryotic_cellular_respiration_136(X))
& protein_1(fn_eukaryotic_cellular_respiration_136(X))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_136(X))
& molecule_1(fn_eukaryotic_cellular_respiration_136(X))
& protein_enzyme_1(fn_eukaryotic_cellular_respiration_136(X))
& knob_1(fn_eukaryotic_cellular_respiration_136(X))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_137(X))
& phospholipid_bilayer_1(fn_eukaryotic_cellular_respiration_137(X))
& molecular_region_1(fn_eukaryotic_cellular_respiration_138(X))
& hydrophilic_channel_1(fn_eukaryotic_cellular_respiration_138(X))
& surface_1(fn_eukaryotic_cellular_respiration_139(X))
& outside_face_1(fn_eukaryotic_cellular_respiration_139(X))
& hydrophilic_end_1(fn_eukaryotic_cellular_respiration_140(X))
& hydrophilic_end_1(fn_eukaryotic_cellular_respiration_141(X))
& cellular_work_1(fn_eukaryotic_cellular_respiration_142(X))
& active_transport_1(fn_eukaryotic_cellular_respiration_142(X))
& active_movement_of_ions_1(fn_eukaryotic_cellular_respiration_142(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_eukaryotic_cellular_respiration_142(X))
& move_1(fn_eukaryotic_cellular_respiration_143(X))
& rotate_1(fn_eukaryotic_cellular_respiration_143(X))
& move_1(fn_eukaryotic_cellular_respiration_144(X))
& rotate_1(fn_eukaryotic_cellular_respiration_144(X))
& move_1(fn_eukaryotic_cellular_respiration_145(X))
& rotate_1(fn_eukaryotic_cellular_respiration_145(X))
& rotate_1(fn_eukaryotic_cellular_respiration_146(X))
& rotate_1(fn_eukaryotic_cellular_respiration_147(X))
& activation_of_atp_synthase_1(fn_eukaryotic_cellular_respiration_148(X))
& functional_region_1(fn_eukaryotic_cellular_respiration_149(X))
& active_site_1(fn_eukaryotic_cellular_respiration_149(X))
& electron_transport_chain_pathway_1(fn_eukaryotic_cellular_respiration_150(X))
& cellular_work_1(fn_eukaryotic_cellular_respiration_151(X))
& active_transport_1(fn_eukaryotic_cellular_respiration_151(X))
& active_movement_of_ions_1(fn_eukaryotic_cellular_respiration_151(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_eukaryotic_cellular_respiration_151(X))
& cellular_work_1(fn_eukaryotic_cellular_respiration_152(X))
& active_transport_1(fn_eukaryotic_cellular_respiration_152(X))
& active_movement_of_ions_1(fn_eukaryotic_cellular_respiration_152(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_eukaryotic_cellular_respiration_152(X))
& mitochondrial_matrix_1(fn_eukaryotic_cellular_respiration_153(X))
& quantity_value_1(fn_eukaryotic_cellular_respiration_156(X))
& water_molecule_1(fn_eukaryotic_cellular_respiration_157(X))
& chemical_reaction_1(fn_enzyme_4(fn_eukaryotic_cellular_respiration_109(X)))
& fad_1(fn_electron_shuttle_system_15(fn_eukaryotic_cellular_respiration_88(X)))
& fadh2_1(fn_electron_shuttle_system_16(fn_eukaryotic_cellular_respiration_88(X)))
& proton_motive_force_1(fn_electron_shuttle_system_1(fn_eukaryotic_cellular_respiration_88(X)))
& reactant_1(fn_citric_acid_cycle_57(fn_eukaryotic_cellular_respiration_95(X)))
& property_node_1(fn_glycolysis_100(fn_eukaryotic_cellular_respiration_82(X)))
& isomerization_reaction_1(fn_glycolysis_67(fn_eukaryotic_cellular_respiration_82(X)))
& phosphorylation_1(fn_glycolysis_64(fn_eukaryotic_cellular_respiration_82(X)))
& molecule_1(fn_glycolysis_62(fn_eukaryotic_cellular_respiration_82(X)))
& organic_molecule_1(fn_glycolysis_62(fn_eukaryotic_cellular_respiration_82(X)))
& chemical_entity_1(fn_glycolysis_62(fn_eukaryotic_cellular_respiration_82(X)))
& adp_1(fn_glycolysis_62(fn_eukaryotic_cellular_respiration_82(X)))
& structural_complexity_value_1(fn_glycolysis_81(fn_eukaryotic_cellular_respiration_82(X)))
& property_node_1(fn_pyruvate_oxidation_2(fn_eukaryotic_cellular_respiration_94(X)))
& property_node_1(fn_pyruvate_oxidation_47(fn_eukaryotic_cellular_respiration_94(X)))
& property_node_1(fn_pyruvate_oxidation_1(fn_eukaryotic_cellular_respiration_94(X)))
& property_node_1(fn_pyruvate_oxidation_50(fn_eukaryotic_cellular_respiration_94(X)))
& structural_complexity_value_1(fn_pyruvate_oxidation_57(fn_eukaryotic_cellular_respiration_94(X)))
& property_node_1(fn_mitochondrion_2(fn_eukaryotic_cellular_respiration_101(X)))
& rate_value_1(fn_mitochondrion_4(fn_eukaryotic_cellular_respiration_101(X)))
& property_node_1(fn_mitochondrion_1(fn_eukaryotic_cellular_respiration_101(X)))
& quantity_value_1(fn_mitochondrion_3(fn_eukaryotic_cellular_respiration_101(X)))
& property_node_1(fn_polymer_10(fn_eukaryotic_cellular_respiration_126(X)))
& tangible_entity_1(fn_biomembrane_54(fn_eukaryotic_cellular_respiration_71(X)))
& membrane_protein_1(fn_biomembrane_54(fn_eukaryotic_cellular_respiration_71(X)))
& protein_1(fn_biomembrane_54(fn_eukaryotic_cellular_respiration_71(X)))
& property_node_1(fn_polymer_9(fn_eukaryotic_cellular_respiration_126(X)))
& cellular_work_1(fn_eukaryotic_oxidative_phosphorylation_374(fn_eukaryotic_cellular_respiration_96(X)))
& active_transport_1(fn_eukaryotic_oxidative_phosphorylation_374(fn_eukaryotic_cellular_respiration_96(X)))
& active_movement_of_ions_1(fn_eukaryotic_oxidative_phosphorylation_374(fn_eukaryotic_cellular_respiration_96(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_eukaryotic_oxidative_phosphorylation_374(fn_eukaryotic_cellular_respiration_96(X)))
& chemical_reaction_1(fn_pyruvate_oxidation_77(fn_eukaryotic_cellular_respiration_94(X)))
& chemical_reaction_1(fn_pyruvate_oxidation_65(fn_eukaryotic_cellular_respiration_94(X)))
& endergonic_process_1(fn_chemiosmosis_118(fn_eukaryotic_cellular_respiration_100(X)))
& chemical_reaction_1(fn_chemiosmosis_118(fn_eukaryotic_cellular_respiration_100(X)))
& synthesis_of_organic_molecule_1(fn_chemiosmosis_118(fn_eukaryotic_cellular_respiration_100(X)))
& anabolic_pathway_1(fn_chemiosmosis_118(fn_eukaryotic_cellular_respiration_100(X)))
& synthesis_of_atp_1(fn_chemiosmosis_118(fn_eukaryotic_cellular_respiration_100(X)))
& fatty_acid_tail_1(fn_mitochondrial_membrane_20(fn_eukaryotic_cellular_respiration_71(X)))
& intermembrane_space_1(fn_mitochondrial_membrane_33(fn_eukaryotic_cellular_respiration_71(X)))
& constant_motion_1(fn_nadh_10(fn_eukaryotic_cellular_respiration_111(X)))
& kinetic_energy_1(fn_nadh_9(fn_eukaryotic_cellular_respiration_111(X)))
& atom_1(fn_nadh_2(fn_eukaryotic_cellular_respiration_111(X)))
& chemical_entity_1(fn_nadh_2(fn_eukaryotic_cellular_respiration_111(X)))
& carry_1(fn_nadh_1(fn_eukaryotic_cellular_respiration_111(X)))
& carbon_1(fn_nadh_11(fn_eukaryotic_cellular_respiration_111(X)))
& carbon_skeleton_1(fn_nadh_8(fn_eukaryotic_cellular_respiration_111(X)))
& property_node_1(fn_nadh_12(fn_eukaryotic_cellular_respiration_111(X)))
& quantity_value_1(fn_nadh_7(fn_eukaryotic_cellular_respiration_111(X)))
& property_node_1(fn_nadh_13(fn_eukaryotic_cellular_respiration_111(X)))
& speed_value_1(fn_nadh_6(fn_eukaryotic_cellular_respiration_111(X)))
& constant_motion_1(fn_acetyl_coa_7(fn_eukaryotic_cellular_respiration_106(X)))
& kinetic_energy_1(fn_acetyl_coa_6(fn_eukaryotic_cellular_respiration_106(X)))
& carbon_skeleton_1(fn_acetyl_coa_15(fn_eukaryotic_cellular_respiration_106(X)))
& property_node_1(fn_acetyl_coa_4(fn_eukaryotic_cellular_respiration_106(X)))
& quantity_value_1(fn_acetyl_coa_9(fn_eukaryotic_cellular_respiration_106(X)))
& property_node_1(fn_acetyl_coa_5(fn_eukaryotic_cellular_respiration_106(X)))
& speed_value_1(fn_acetyl_coa_8(fn_eukaryotic_cellular_respiration_106(X)))
& hydrophilic_end_1(fn_atp_synthase_12(fn_eukaryotic_cellular_respiration_98(X)))
& hydrophilic_end_1(fn_atp_synthase_14(fn_eukaryotic_cellular_respiration_98(X)))
& free_energy_1(fn_synthesis_of_atp_9(fn_eukaryotic_cellular_respiration_15(X)))
& property_node_1(fn_synthesis_of_atp_26(fn_eukaryotic_cellular_respiration_15(X)))
& property_node_1(fn_synthesis_of_atp_25(fn_eukaryotic_cellular_respiration_15(X)))
& property_node_1(fn_synthesis_of_atp_24(fn_eukaryotic_cellular_respiration_15(X)))
& quantity_value_1(fn_synthesis_of_atp_8(fn_eukaryotic_cellular_respiration_15(X)))
& quantity_value_1(fn_synthesis_of_atp_7(fn_eukaryotic_cellular_respiration_15(X)))
& property_node_1(fn_synthesis_of_atp_27(fn_eukaryotic_cellular_respiration_15(X)))
& structural_complexity_value_1(fn_synthesis_of_atp_22(fn_eukaryotic_cellular_respiration_15(X)))
& transfer_1(fn_electron_shuttle_system_10(fn_eukaryotic_cellular_respiration_88(X)))
& transfer_1(fn_electron_shuttle_system_9(fn_eukaryotic_cellular_respiration_88(X)))
& chemical_entity_1(fn_electron_transport_chain_reaction_24(fn_eukaryotic_cellular_respiration_93(X)))
& nadh_1(fn_electron_shuttle_system_19(fn_eukaryotic_cellular_respiration_88(X)))
& carbon_dioxide_1(fn_citric_acid_cycle_17(fn_eukaryotic_cellular_respiration_95(X)))
& atom_1(fn_organic_molecule_2(fn_eukaryotic_cellular_respiration_106(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_eukaryotic_cellular_respiration_106(X)))
& atom_1(fn_citric_acid_cycle_126(fn_eukaryotic_cellular_respiration_95(X)))
& chemical_entity_1(fn_citric_acid_cycle_126(fn_eukaryotic_cellular_respiration_95(X)))
& remove_1(fn_citric_acid_cycle_101(fn_eukaryotic_cellular_respiration_95(X)))
& remove_1(fn_citric_acid_cycle_116(fn_eukaryotic_cellular_respiration_95(X)))
& chemical_reaction_1(fn_citric_acid_cycle_115(fn_eukaryotic_cellular_respiration_95(X)))
& chemical_reaction_1(fn_citric_acid_cycle_113(fn_eukaryotic_cellular_respiration_95(X)))
& synthesis_reaction_1(fn_citric_acid_cycle_107(fn_eukaryotic_cellular_respiration_95(X)))
& chemical_reaction_1(fn_citric_acid_cycle_106(fn_eukaryotic_cellular_respiration_95(X)))
& synthesis_reaction_1(fn_citric_acid_cycle_72(fn_eukaryotic_cellular_respiration_95(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_eukaryotic_cellular_respiration_107(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_eukaryotic_cellular_respiration_107(X)))
& molecule_1(fn_isomerization_reaction_1(fn_eukaryotic_cellular_respiration_108(X)))
& organic_molecule_1(fn_glycolysis_79(fn_eukaryotic_cellular_respiration_82(X)))
& chemical_entity_1(fn_glycolysis_79(fn_eukaryotic_cellular_respiration_82(X)))
& molecule_1(fn_glycolysis_79(fn_eukaryotic_cellular_respiration_82(X)))
& glyceraldehyde_3_phosphate_1(fn_glycolysis_79(fn_eukaryotic_cellular_respiration_82(X)))
& chemical_energy_1(fn_citric_acid_cycle_9(fn_eukaryotic_cellular_respiration_95(X)))
& chemical_energy_1(fn_glycolysis_88(fn_eukaryotic_cellular_respiration_82(X)))
& structural_complexity_value_1(fn_glycolysis_80(fn_eukaryotic_cellular_respiration_82(X)))
& structural_complexity_value_1(fn_pyruvate_oxidation_52(fn_eukaryotic_cellular_respiration_94(X)))
& quantity_value_1(fn_glycolysis_89(fn_eukaryotic_cellular_respiration_82(X)))
& quantity_value_1(fn_pyruvate_oxidation_5(fn_eukaryotic_cellular_respiration_94(X)))
& quantity_value_1(fn_glycolysis_83(fn_eukaryotic_cellular_respiration_82(X)))
& quantity_value_1(fn_pyruvate_oxidation_4(fn_eukaryotic_cellular_respiration_94(X)))
& chemical_energy_1(fn_citric_acid_cycle_12(fn_eukaryotic_cellular_respiration_95(X)))
& chemical_energy_1(fn_glycolysis_108(fn_eukaryotic_cellular_respiration_82(X)))
& chemical_energy_1(fn_pyruvate_oxidation_7(fn_eukaryotic_cellular_respiration_94(X)))
& activation_energy_1(fn_catabolic_pathway_6(fn_eukaryotic_cellular_respiration_69(X)))
& activation_energy_1(fn_glycolysis_70(fn_eukaryotic_cellular_respiration_82(X)))
& activation_energy_1(fn_catabolic_pathway_6(fn_eukaryotic_cellular_respiration_95(X)))
& protein_enzyme_1(fn_glycolysis_53(fn_eukaryotic_cellular_respiration_82(X)))
& protein_enzyme_1(fn_glycolysis_91(fn_eukaryotic_cellular_respiration_82(X)))
& chemical_entity_1(fn_mitochondrion_64(fn_eukaryotic_cellular_respiration_101(X)))
& protein_1(fn_mitochondrion_64(fn_eukaryotic_cellular_respiration_101(X)))
& protein_enzyme_1(fn_mitochondrion_64(fn_eukaryotic_cellular_respiration_101(X)))
& protein_enzyme_1(fn_mitochondrion_18(fn_eukaryotic_cellular_respiration_101(X)))
& chemical_entity_1(fn_mitochondrion_38(fn_eukaryotic_cellular_respiration_101(X)))
& protein_1(fn_mitochondrion_38(fn_eukaryotic_cellular_respiration_101(X)))
& protein_enzyme_1(fn_mitochondrion_38(fn_eukaryotic_cellular_respiration_101(X)))
& size_value_1(fn_mitochondrion_88(fn_eukaryotic_cellular_respiration_101(X)))
& size_value_1(fn_polymer_7(fn_eukaryotic_cellular_respiration_126(X)))
& size_value_1(fn_biomembrane_56(fn_eukaryotic_cellular_respiration_71(X)))
& size_value_1(fn_polymer_8(fn_eukaryotic_cellular_respiration_126(X)))
& gradient_1(fn_mitochondrion_146(fn_eukaryotic_cellular_respiration_101(X)))
& concentration_gradient_1(fn_mitochondrion_146(fn_eukaryotic_cellular_respiration_101(X)))
& gradient_1(fn_oxidative_phosphorylation_44(fn_eukaryotic_cellular_respiration_96(X)))
& concentration_gradient_1(fn_oxidative_phosphorylation_44(fn_eukaryotic_cellular_respiration_96(X)))
& enter_1(fn_mitochondrion_78(fn_eukaryotic_cellular_respiration_101(X)))
& move_1(fn_oxidative_phosphorylation_19(fn_eukaryotic_cellular_respiration_96(X)))
& move_through_1(fn_oxidative_phosphorylation_19(fn_eukaryotic_cellular_respiration_96(X)))
& move_1(fn_mitochondrion_137(fn_eukaryotic_cellular_respiration_101(X)))
& rotate_1(fn_mitochondrion_137(fn_eukaryotic_cellular_respiration_101(X)))
& move_1(fn_eukaryotic_oxidative_phosphorylation_186(fn_eukaryotic_cellular_respiration_96(X)))
& rotate_1(fn_eukaryotic_oxidative_phosphorylation_186(fn_eukaryotic_cellular_respiration_96(X)))
& proton_motive_force_1(fn_electron_transport_chain_reaction_2(fn_eukaryotic_cellular_respiration_93(X)))
& proton_motive_force_1(fn_mitochondrion_156(fn_eukaryotic_cellular_respiration_101(X)))
& proton_motive_force_1(fn_eukaryotic_oxidative_phosphorylation_335(fn_eukaryotic_cellular_respiration_96(X)))
& cellular_work_1(fn_mitochondrion_153(fn_eukaryotic_cellular_respiration_101(X)))
& active_transport_1(fn_mitochondrion_153(fn_eukaryotic_cellular_respiration_101(X)))
& active_movement_of_ions_1(fn_mitochondrion_153(fn_eukaryotic_cellular_respiration_101(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_mitochondrion_153(fn_eukaryotic_cellular_respiration_101(X)))
& active_transport_1(fn_oxidative_phosphorylation_17(fn_eukaryotic_cellular_respiration_96(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_oxidative_phosphorylation_17(fn_eukaryotic_cellular_respiration_96(X)))
& active_movement_of_ions_1(fn_oxidative_phosphorylation_17(fn_eukaryotic_cellular_respiration_96(X)))
& electron_transport_chain_pathway_1(fn_mitochondrion_159(fn_eukaryotic_cellular_respiration_101(X)))
& electron_transport_chain_pathway_1(fn_eukaryotic_oxidative_phosphorylation_333(fn_eukaryotic_cellular_respiration_96(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_mitochondrion_55(fn_eukaryotic_cellular_respiration_101(X)))
& spatial_entity_1(fn_detach_1(fn_eukaryotic_cellular_respiration_75(X)))
& ion_1(fn_mitochondrion_77(fn_eukaryotic_cellular_respiration_101(X)))
& spatial_entity_1(fn_mitochondrion_77(fn_eukaryotic_cellular_respiration_101(X)))
& tangible_entity_1(fn_mitochondrion_77(fn_eukaryotic_cellular_respiration_101(X)))
& chemical_entity_1(fn_mitochondrion_77(fn_eukaryotic_cellular_respiration_101(X)))
& hydrogen_ion_1(fn_mitochondrion_77(fn_eukaryotic_cellular_respiration_101(X)))
& spatial_entity_1(fn_oxidative_phosphorylation_43(fn_eukaryotic_cellular_respiration_96(X)))
& tangible_entity_1(fn_oxidative_phosphorylation_43(fn_eukaryotic_cellular_respiration_96(X)))
& chemical_entity_1(fn_oxidative_phosphorylation_43(fn_eukaryotic_cellular_respiration_96(X)))
& ion_1(fn_oxidative_phosphorylation_43(fn_eukaryotic_cellular_respiration_96(X)))
& hydrogen_ion_1(fn_oxidative_phosphorylation_43(fn_eukaryotic_cellular_respiration_96(X)))
& spatial_entity_1(fn_eukaryotic_oxidative_phosphorylation_187(fn_eukaryotic_cellular_respiration_96(X)))
& tangible_entity_1(fn_eukaryotic_oxidative_phosphorylation_187(fn_eukaryotic_cellular_respiration_96(X)))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_187(fn_eukaryotic_cellular_respiration_96(X)))
& ion_1(fn_eukaryotic_oxidative_phosphorylation_187(fn_eukaryotic_cellular_respiration_96(X)))
& hydrogen_ion_1(fn_eukaryotic_oxidative_phosphorylation_187(fn_eukaryotic_cellular_respiration_96(X)))
& decrease_1(fn_mitochondrion_67(fn_eukaryotic_cellular_respiration_101(X)))
& decrease_1(fn_eukaryotic_oxidative_phosphorylation_203(fn_eukaryotic_cellular_respiration_96(X)))
& decrease_1(fn_chemiosmosis_108(fn_eukaryotic_cellular_respiration_100(X)))
& spatial_entity_1(fn_eukaryotic_oxidative_phosphorylation_191(fn_eukaryotic_cellular_respiration_96(X)))
& tangible_entity_1(fn_eukaryotic_oxidative_phosphorylation_191(fn_eukaryotic_cellular_respiration_96(X)))
& substance_1(fn_eukaryotic_oxidative_phosphorylation_191(fn_eukaryotic_cellular_respiration_96(X)))
& chemical_1(fn_eukaryotic_oxidative_phosphorylation_191(fn_eukaryotic_cellular_respiration_96(X)))
& spatial_entity_1(fn_chemiosmosis_122(fn_eukaryotic_cellular_respiration_100(X)))
& tangible_entity_1(fn_chemiosmosis_122(fn_eukaryotic_cellular_respiration_100(X)))
& chemical_1(fn_chemiosmosis_122(fn_eukaryotic_cellular_respiration_100(X)))
& rotate_1(fn_oxidative_phosphorylation_27(fn_eukaryotic_cellular_respiration_96(X)))
& rotate_1(fn_chemiosmosis_10(fn_eukaryotic_cellular_respiration_100(X)))
& move_1(fn_eukaryotic_oxidative_phosphorylation_184(fn_eukaryotic_cellular_respiration_96(X)))
& rotate_1(fn_eukaryotic_oxidative_phosphorylation_184(fn_eukaryotic_cellular_respiration_96(X)))
& rotate_1(fn_chemiosmosis_9(fn_eukaryotic_cellular_respiration_100(X)))
& move_1(fn_oxidative_phosphorylation_24(fn_eukaryotic_cellular_respiration_96(X)))
& rotate_1(fn_oxidative_phosphorylation_24(fn_eukaryotic_cellular_respiration_96(X)))
& rotate_1(fn_chemiosmosis_64(fn_eukaryotic_cellular_respiration_100(X)))
& activation_of_atp_synthase_1(fn_oxidative_phosphorylation_20(fn_eukaryotic_cellular_respiration_96(X)))
& activation_of_atp_synthase_1(fn_eukaryotic_oxidative_phosphorylation_323(fn_eukaryotic_cellular_respiration_96(X)))
& activation_of_atp_synthase_1(fn_chemiosmosis_102(fn_eukaryotic_cellular_respiration_100(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_eukaryotic_cellular_respiration_104(X)))
& solution_1(fn_oxidative_phosphorylation_48(fn_eukaryotic_cellular_respiration_96(X)))
& aqueous_solution_1(fn_oxidative_phosphorylation_48(fn_eukaryotic_cellular_respiration_96(X)))
& hypertonic_solution_1(fn_oxidative_phosphorylation_48(fn_eukaryotic_cellular_respiration_96(X)))
& solution_1(fn_eukaryotic_oxidative_phosphorylation_328(fn_eukaryotic_cellular_respiration_96(X)))
& aqueous_solution_1(fn_eukaryotic_oxidative_phosphorylation_328(fn_eukaryotic_cellular_respiration_96(X)))
& hypertonic_solution_1(fn_eukaryotic_oxidative_phosphorylation_328(fn_eukaryotic_cellular_respiration_96(X)))
& aqueous_solution_1(fn_chemiosmosis_123(fn_eukaryotic_cellular_respiration_100(X)))
& hypertonic_solution_1(fn_chemiosmosis_123(fn_eukaryotic_cellular_respiration_100(X)))
& active_transport_1(fn_eukaryotic_oxidative_phosphorylation_373(fn_eukaryotic_cellular_respiration_96(X)))
& active_movement_of_ions_1(fn_eukaryotic_oxidative_phosphorylation_373(fn_eukaryotic_cellular_respiration_96(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_eukaryotic_oxidative_phosphorylation_373(fn_eukaryotic_cellular_respiration_96(X)))
& cellular_work_1(fn_eukaryotic_oxidative_phosphorylation_375(fn_eukaryotic_cellular_respiration_96(X)))
& active_transport_1(fn_eukaryotic_oxidative_phosphorylation_375(fn_eukaryotic_cellular_respiration_96(X)))
& active_movement_of_ions_1(fn_eukaryotic_oxidative_phosphorylation_375(fn_eukaryotic_cellular_respiration_96(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_eukaryotic_oxidative_phosphorylation_375(fn_eukaryotic_cellular_respiration_96(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_chemiosmosis_30(fn_eukaryotic_cellular_respiration_100(X)))
& chemical_entity_1(fn_glycolysis_63(fn_eukaryotic_cellular_respiration_82(X)))
& organic_molecule_1(fn_glycolysis_63(fn_eukaryotic_cellular_respiration_82(X)))
& adp_1(fn_glycolysis_63(fn_eukaryotic_cellular_respiration_82(X)))
& organic_molecule_1(fn_glycolysis_13(fn_eukaryotic_cellular_respiration_82(X)))
& chemical_entity_1(fn_glycolysis_13(fn_eukaryotic_cellular_respiration_82(X)))
& adp_1(fn_glycolysis_13(fn_eukaryotic_cellular_respiration_82(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_eukaryotic_cellular_respiration_15(X)))
& organic_molecule_1(fn_synthesis_of_atp_10(fn_eukaryotic_cellular_respiration_15(X)))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_197(fn_eukaryotic_cellular_respiration_96(X)))
& organic_molecule_1(fn_eukaryotic_oxidative_phosphorylation_197(fn_eukaryotic_cellular_respiration_96(X)))
& adp_1(fn_eukaryotic_oxidative_phosphorylation_197(fn_eukaryotic_cellular_respiration_96(X)))
& chemical_entity_1(fn_chemiosmosis_31(fn_eukaryotic_cellular_respiration_100(X)))
& organic_molecule_1(fn_chemiosmosis_31(fn_eukaryotic_cellular_respiration_100(X)))
& adp_1(fn_chemiosmosis_31(fn_eukaryotic_cellular_respiration_100(X)))
& move_1(fn_mitochondrion_138(fn_eukaryotic_cellular_respiration_101(X)))
& rotate_1(fn_mitochondrion_138(fn_eukaryotic_cellular_respiration_101(X)))
& move_1(fn_oxidative_phosphorylation_40(fn_eukaryotic_cellular_respiration_96(X)))
& rotate_1(fn_oxidative_phosphorylation_40(fn_eukaryotic_cellular_respiration_96(X)))
& move_1(fn_eukaryotic_oxidative_phosphorylation_185(fn_eukaryotic_cellular_respiration_96(X)))
& rotate_1(fn_eukaryotic_oxidative_phosphorylation_185(fn_eukaryotic_cellular_respiration_96(X)))
& rotate_1(fn_chemiosmosis_63(fn_eukaryotic_cellular_respiration_100(X)))
& rotate_1(fn_chemiosmosis_84(fn_eukaryotic_cellular_respiration_100(X)))
& functional_region_1(fn_eukaryotic_oxidative_phosphorylation_117(fn_eukaryotic_cellular_respiration_96(X)))
& functional_region_1(fn_mitochondrion_71(fn_eukaryotic_cellular_respiration_101(X)))
& active_site_1(fn_mitochondrion_71(fn_eukaryotic_cellular_respiration_101(X)))
& active_site_1(fn_chemiosmosis_32(fn_eukaryotic_cellular_respiration_100(X)))
& increase_1(fn_eukaryotic_oxidative_phosphorylation_204(fn_eukaryotic_cellular_respiration_96(X)))
& increase_1(fn_chemiosmosis_111(fn_eukaryotic_cellular_respiration_100(X)))
& chemiosmosis_1(fn_mitochondrion_54(fn_eukaryotic_cellular_respiration_101(X)))
& chemiosmosis_1(fn_eukaryotic_oxidative_phosphorylation_325(fn_eukaryotic_cellular_respiration_96(X)))
& solution_1(fn_oxidative_phosphorylation_45(fn_eukaryotic_cellular_respiration_96(X)))
& aqueous_solution_1(fn_oxidative_phosphorylation_45(fn_eukaryotic_cellular_respiration_96(X)))
& hypotonic_solution_1(fn_oxidative_phosphorylation_45(fn_eukaryotic_cellular_respiration_96(X)))
& solution_1(fn_eukaryotic_oxidative_phosphorylation_329(fn_eukaryotic_cellular_respiration_96(X)))
& aqueous_solution_1(fn_eukaryotic_oxidative_phosphorylation_329(fn_eukaryotic_cellular_respiration_96(X)))
& hypotonic_solution_1(fn_eukaryotic_oxidative_phosphorylation_329(fn_eukaryotic_cellular_respiration_96(X)))
& aqueous_solution_1(fn_chemiosmosis_109(fn_eukaryotic_cellular_respiration_100(X)))
& hypotonic_solution_1(fn_chemiosmosis_109(fn_eukaryotic_cellular_respiration_100(X)))
& chemical_entity_1(fn_biomembrane_55(fn_eukaryotic_cellular_respiration_104(X)))
& spatial_entity_1(fn_eukaryotic_oxidative_phosphorylation_331(fn_eukaryotic_cellular_respiration_96(X)))
& tangible_entity_1(fn_eukaryotic_oxidative_phosphorylation_331(fn_eukaryotic_cellular_respiration_96(X)))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_331(fn_eukaryotic_cellular_respiration_96(X)))
& ion_1(fn_eukaryotic_oxidative_phosphorylation_331(fn_eukaryotic_cellular_respiration_96(X)))
& hydrogen_ion_1(fn_eukaryotic_oxidative_phosphorylation_331(fn_eukaryotic_cellular_respiration_96(X)))
& spatial_entity_1(fn_chemiosmosis_12(fn_eukaryotic_cellular_respiration_100(X)))
& tangible_entity_1(fn_chemiosmosis_12(fn_eukaryotic_cellular_respiration_100(X)))
& chemical_entity_1(fn_chemiosmosis_12(fn_eukaryotic_cellular_respiration_100(X)))
& hydrogen_ion_1(fn_chemiosmosis_12(fn_eukaryotic_cellular_respiration_100(X)))
& facilitated_diffusion_1(fn_atp_synthase_46(fn_eukaryotic_cellular_respiration_98(X)))
& exergonic_process_1(fn_mitochondrion_74(fn_eukaryotic_cellular_respiration_101(X)))
& spontaneous_change_1(fn_mitochondrion_74(fn_eukaryotic_cellular_respiration_101(X)))
& facilitated_diffusion_1(fn_mitochondrion_74(fn_eukaryotic_cellular_respiration_101(X)))
& facilitated_diffusion_of_ion_1(fn_mitochondrion_74(fn_eukaryotic_cellular_respiration_101(X)))
& passive_transport_1(fn_mitochondrion_74(fn_eukaryotic_cellular_respiration_101(X)))
& exergonic_process_1(fn_oxidative_phosphorylation_18(fn_eukaryotic_cellular_respiration_96(X)))
& spontaneous_change_1(fn_oxidative_phosphorylation_18(fn_eukaryotic_cellular_respiration_96(X)))
& passive_transport_1(fn_oxidative_phosphorylation_18(fn_eukaryotic_cellular_respiration_96(X)))
& facilitated_diffusion_1(fn_oxidative_phosphorylation_18(fn_eukaryotic_cellular_respiration_96(X)))
& facilitated_diffusion_of_ion_1(fn_oxidative_phosphorylation_18(fn_eukaryotic_cellular_respiration_96(X)))
& exergonic_process_1(fn_eukaryotic_oxidative_phosphorylation_327(fn_eukaryotic_cellular_respiration_96(X)))
& spontaneous_change_1(fn_eukaryotic_oxidative_phosphorylation_327(fn_eukaryotic_cellular_respiration_96(X)))
& passive_transport_1(fn_eukaryotic_oxidative_phosphorylation_327(fn_eukaryotic_cellular_respiration_96(X)))
& facilitated_diffusion_1(fn_eukaryotic_oxidative_phosphorylation_327(fn_eukaryotic_cellular_respiration_96(X)))
& facilitated_diffusion_of_ion_1(fn_eukaryotic_oxidative_phosphorylation_327(fn_eukaryotic_cellular_respiration_96(X)))
& exergonic_process_1(fn_chemiosmosis_119(fn_eukaryotic_cellular_respiration_100(X)))
& facilitated_diffusion_of_ion_1(fn_chemiosmosis_119(fn_eukaryotic_cellular_respiration_100(X)))
& spontaneous_change_1(fn_chemiosmosis_119(fn_eukaryotic_cellular_respiration_100(X)))
& passive_transport_1(fn_chemiosmosis_119(fn_eukaryotic_cellular_respiration_100(X)))
& facilitated_diffusion_1(fn_chemiosmosis_119(fn_eukaryotic_cellular_respiration_100(X)))
& phospholipid_layer_1(fn_mitochondrion_90(fn_eukaryotic_cellular_respiration_101(X)))
& phospholipid_layer_1(fn_mitochondrial_membrane_86(fn_eukaryotic_cellular_respiration_71(X)))
& phospholipid_bilayer_1(fn_membrane_protein_2(fn_eukaryotic_cellular_respiration_126(X)))
& tangible_entity_1(fn_mitochondrion_110(fn_eukaryotic_cellular_respiration_101(X)))
& phospholipid_bilayer_1(fn_mitochondrion_110(fn_eukaryotic_cellular_respiration_101(X)))
& tangible_entity_1(fn_mitochondrial_membrane_31(fn_eukaryotic_cellular_respiration_71(X)))
& phospholipid_bilayer_1(fn_mitochondrial_membrane_31(fn_eukaryotic_cellular_respiration_71(X)))
& organelle_1(fn_eukaryotic_oxidative_phosphorylation_322(fn_eukaryotic_cellular_respiration_96(X)))
& mitochondrion_1(fn_eukaryotic_oxidative_phosphorylation_322(fn_eukaryotic_cellular_respiration_96(X)))
& semiautonomous_organelle_1(fn_eukaryotic_oxidative_phosphorylation_322(fn_eukaryotic_cellular_respiration_96(X)))
& organelle_1(fn_mitochondrial_membrane_35(fn_eukaryotic_cellular_respiration_71(X)))
& mitochondrion_1(fn_mitochondrial_membrane_35(fn_eukaryotic_cellular_respiration_71(X)))
& semiautonomous_organelle_1(fn_mitochondrial_membrane_35(fn_eukaryotic_cellular_respiration_71(X)))
& mitochondrial_matrix_1(fn_mitochondrion_37(fn_eukaryotic_cellular_respiration_101(X)))
& mitochondrial_matrix_1(fn_mitochondrial_membrane_32(fn_eukaryotic_cellular_respiration_71(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_eukaryotic_cellular_respiration_104(X)))
& aqueous_solution_1(fn_mitochondrial_membrane_43(fn_eukaryotic_cellular_respiration_71(X)))
& block_1(fn_mitochondrial_membrane_19(fn_eukaryotic_cellular_respiration_71(X)))
& block_1(fn_mitochondrial_membrane_18(fn_eukaryotic_cellular_respiration_71(X)))
& block_1(fn_mitochondrial_membrane_52(fn_eukaryotic_cellular_respiration_71(X)))
& biomembrane_1(fn_membrane_protein_1(fn_eukaryotic_cellular_respiration_126(X)))
& entity_1(fn_mitochondrion_63(fn_eukaryotic_cellular_respiration_101(X)))
& mitochondrial_membrane_1(fn_mitochondrion_63(fn_eukaryotic_cellular_respiration_101(X)))
& biomembrane_1(fn_mitochondrion_63(fn_eukaryotic_cellular_respiration_101(X)))
& spatial_entity_1(fn_mitochondrion_89(fn_eukaryotic_cellular_respiration_101(X)))
& tangible_entity_1(fn_mitochondrion_89(fn_eukaryotic_cellular_respiration_101(X)))
& organic_molecule_1(fn_mitochondrion_89(fn_eukaryotic_cellular_respiration_101(X)))
& phospholipid_1(fn_mitochondrion_89(fn_eukaryotic_cellular_respiration_101(X)))
& lipid_1(fn_mitochondrion_89(fn_eukaryotic_cellular_respiration_101(X)))
& tangible_entity_1(fn_mitochondrial_membrane_84(fn_eukaryotic_cellular_respiration_71(X)))
& lipid_1(fn_mitochondrial_membrane_84(fn_eukaryotic_cellular_respiration_71(X)))
& spatial_entity_1(fn_mitochondrial_membrane_84(fn_eukaryotic_cellular_respiration_71(X)))
& organic_molecule_1(fn_mitochondrial_membrane_84(fn_eukaryotic_cellular_respiration_71(X)))
& phospholipid_1(fn_mitochondrial_membrane_84(fn_eukaryotic_cellular_respiration_71(X)))
& crista_1(fn_mitochondrion_118(fn_eukaryotic_cellular_respiration_101(X)))
& crista_1(fn_mitochondrial_membrane_7(fn_eukaryotic_cellular_respiration_71(X)))
& hydrophobic_compound_1(fn_biomembrane_48(fn_eukaryotic_cellular_respiration_104(X)))
& hydrophobic_compound_1(fn_mitochondrion_120(fn_eukaryotic_cellular_respiration_101(X)))
& hydrophobic_compound_1(fn_eukaryotic_oxidative_phosphorylation_383(fn_eukaryotic_cellular_respiration_96(X)))
& hydrophobic_compound_1(fn_mitochondrial_membrane_74(fn_eukaryotic_cellular_respiration_71(X)))
& hydrophilic_compound_1(fn_biomembrane_72(fn_eukaryotic_cellular_respiration_104(X)))
& hydrophilic_compound_1(fn_mitochondrion_121(fn_eukaryotic_cellular_respiration_101(X)))
& hydrophilic_compound_1(fn_eukaryotic_oxidative_phosphorylation_87(fn_eukaryotic_cellular_respiration_96(X)))
& hydrophilic_compound_1(fn_mitochondrial_membrane_75(fn_eukaryotic_cellular_respiration_71(X)))
& nadh_1(fn_eukaryotic_oxidative_phosphorylation_384(fn_eukaryotic_cellular_respiration_96(X)))
& nadh_1(fn_mitochondrial_membrane_30(fn_eukaryotic_cellular_respiration_71(X)))
& spatial_entity_1(fn_atp_synthase_37(fn_eukaryotic_cellular_respiration_98(X)))
& biomembrane_1(fn_atp_synthase_37(fn_eukaryotic_cellular_respiration_98(X)))
& tangible_entity_1(fn_mitochondrion_53(fn_eukaryotic_cellular_respiration_101(X)))
& entity_1(fn_mitochondrion_53(fn_eukaryotic_cellular_respiration_101(X)))
& inner_membrane_1(fn_mitochondrion_53(fn_eukaryotic_cellular_respiration_101(X)))
& membrane_1(fn_mitochondrion_53(fn_eukaryotic_cellular_respiration_101(X)))
& spatial_entity_1(fn_mitochondrion_53(fn_eukaryotic_cellular_respiration_101(X)))
& biomembrane_1(fn_mitochondrion_53(fn_eukaryotic_cellular_respiration_101(X)))
& entity_1(fn_eukaryotic_oxidative_phosphorylation_326(fn_eukaryotic_cellular_respiration_96(X)))
& inner_membrane_1(fn_eukaryotic_oxidative_phosphorylation_326(fn_eukaryotic_cellular_respiration_96(X)))
& membrane_1(fn_eukaryotic_oxidative_phosphorylation_326(fn_eukaryotic_cellular_respiration_96(X)))
& spatial_entity_1(fn_eukaryotic_oxidative_phosphorylation_326(fn_eukaryotic_cellular_respiration_96(X)))
& biomembrane_1(fn_eukaryotic_oxidative_phosphorylation_326(fn_eukaryotic_cellular_respiration_96(X)))
& entity_1(fn_mitochondrial_membrane_37(fn_eukaryotic_cellular_respiration_71(X)))
& spatial_entity_1(fn_mitochondrial_membrane_37(fn_eukaryotic_cellular_respiration_71(X)))
& inner_membrane_1(fn_mitochondrial_membrane_37(fn_eukaryotic_cellular_respiration_71(X)))
& biomembrane_1(fn_mitochondrial_membrane_37(fn_eukaryotic_cellular_respiration_71(X)))
& spatial_entity_1(fn_glycolysis_78(fn_eukaryotic_cellular_respiration_82(X)))
& tangible_entity_1(fn_glycolysis_78(fn_eukaryotic_cellular_respiration_82(X)))
& chemical_entity_1(fn_glycolysis_78(fn_eukaryotic_cellular_respiration_82(X)))
& organic_molecule_1(fn_glycolysis_78(fn_eukaryotic_cellular_respiration_82(X)))
& nad_plus_1(fn_glycolysis_78(fn_eukaryotic_cellular_respiration_82(X)))
& molecule_1(fn_glycolysis_78(fn_eukaryotic_cellular_respiration_82(X)))
& chemical_entity_1(fn_pyruvate_oxidation_81(fn_eukaryotic_cellular_respiration_94(X)))
& organic_molecule_1(fn_pyruvate_oxidation_81(fn_eukaryotic_cellular_respiration_94(X)))
& nad_plus_1(fn_pyruvate_oxidation_81(fn_eukaryotic_cellular_respiration_94(X)))
& nad_plus_1(fn_nadh_5(fn_eukaryotic_cellular_respiration_111(X)))
& organic_molecule_1(fn_electron_shuttle_system_11(fn_eukaryotic_cellular_respiration_88(X)))
& nadh_1(fn_electron_shuttle_system_11(fn_eukaryotic_cellular_respiration_88(X)))
& molecule_1(fn_electron_shuttle_system_11(fn_eukaryotic_cellular_respiration_88(X)))
& chemical_entity_1(fn_electron_shuttle_system_11(fn_eukaryotic_cellular_respiration_88(X)))
& nadh_1(fn_electron_shuttle_system_5(fn_eukaryotic_cellular_respiration_88(X)))
& nadh_1(fn_citric_acid_cycle_109(fn_eukaryotic_cellular_respiration_95(X)))
& entity_1(fn_transfer_1(fn_eukaryotic_cellular_respiration_86(X)))
& nadh_1(fn_pyruvate_oxidation_84(fn_eukaryotic_cellular_respiration_94(X)))
& carbon_1(fn_organic_molecule_1(fn_eukaryotic_cellular_respiration_106(X)))
& entity_1(fn_citric_acid_cycle_125(fn_eukaryotic_cellular_respiration_95(X)))
& chemical_entity_1(fn_citric_acid_cycle_125(fn_eukaryotic_cellular_respiration_95(X)))
& atom_1(fn_citric_acid_cycle_125(fn_eukaryotic_cellular_respiration_95(X)))
& carbon_1(fn_citric_acid_cycle_125(fn_eukaryotic_cellular_respiration_95(X)))
& entity_1(fn_acetyl_coa_19(fn_eukaryotic_cellular_respiration_106(X)))
& chemical_entity_1(fn_acetyl_coa_19(fn_eukaryotic_cellular_respiration_106(X)))
& atom_1(fn_acetyl_coa_19(fn_eukaryotic_cellular_respiration_106(X)))
& carbon_1(fn_acetyl_coa_19(fn_eukaryotic_cellular_respiration_106(X)))
& spatial_entity_1(fn_citric_acid_cycle_108(fn_eukaryotic_cellular_respiration_95(X)))
& chemical_entity_1(fn_citric_acid_cycle_108(fn_eukaryotic_cellular_respiration_95(X)))
& organic_molecule_1(fn_citric_acid_cycle_108(fn_eukaryotic_cellular_respiration_95(X)))
& acetyl_coa_1(fn_citric_acid_cycle_108(fn_eukaryotic_cellular_respiration_95(X)))
& chemical_entity_1(fn_pyruvate_oxidation_87(fn_eukaryotic_cellular_respiration_94(X)))
& organic_molecule_1(fn_pyruvate_oxidation_87(fn_eukaryotic_cellular_respiration_94(X)))
& molecule_1(fn_pyruvate_oxidation_87(fn_eukaryotic_cellular_respiration_94(X)))
& acetyl_coa_1(fn_pyruvate_oxidation_87(fn_eukaryotic_cellular_respiration_94(X)))
& nad_plus_1(fn_citric_acid_cycle_105(fn_eukaryotic_cellular_respiration_95(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_eukaryotic_cellular_respiration_96(X)))
& organic_molecule_1(fn_glycolysis_74(fn_eukaryotic_cellular_respiration_82(X)))
& nadh_1(fn_glycolysis_74(fn_eukaryotic_cellular_respiration_82(X)))
& molecule_1(fn_glycolysis_74(fn_eukaryotic_cellular_respiration_82(X)))
& nadh_1(fn_nad_plus_1(fn_eukaryotic_cellular_respiration_23(X)))
& surface_1(fn_biomembrane_47(fn_eukaryotic_cellular_respiration_104(X)))
& outside_face_1(fn_biomembrane_41(fn_eukaryotic_cellular_respiration_104(X)))
& surface_1(fn_mitochondrial_membrane_67(fn_eukaryotic_cellular_respiration_71(X)))
& outside_face_1(fn_mitochondrial_membrane_67(fn_eukaryotic_cellular_respiration_71(X)))
& outside_face_1(fn_atp_synthase_11(fn_eukaryotic_cellular_respiration_98(X)))
& move_through_1(fn_biomembrane_52(fn_eukaryotic_cellular_respiration_104(X)))
& move_through_1(fn_atp_synthase_30(fn_eukaryotic_cellular_respiration_98(X)))
& move_1(fn_eukaryotic_oxidative_phosphorylation_188(fn_eukaryotic_cellular_respiration_96(X)))
& move_through_1(fn_eukaryotic_oxidative_phosphorylation_188(fn_eukaryotic_cellular_respiration_96(X)))
& move_1(fn_chemiosmosis_107(fn_eukaryotic_cellular_respiration_100(X)))
& move_through_1(fn_chemiosmosis_107(fn_eukaryotic_cellular_respiration_100(X)))
& move_through_1(fn_mitochondrial_membrane_69(fn_eukaryotic_cellular_respiration_71(X)))
& move_through_1(fn_atp_synthase_44(fn_eukaryotic_cellular_respiration_98(X)))
& molecular_region_1(fn_oxidative_phosphorylation_33(fn_eukaryotic_cellular_respiration_96(X)))
& hydrophilic_channel_1(fn_oxidative_phosphorylation_33(fn_eukaryotic_cellular_respiration_96(X)))
& molecular_region_1(fn_eukaryotic_oxidative_phosphorylation_200(fn_eukaryotic_cellular_respiration_96(X)))
& hydrophilic_channel_1(fn_eukaryotic_oxidative_phosphorylation_200(fn_eukaryotic_cellular_respiration_96(X)))
& hydrophilic_channel_1(fn_atp_synthase_35(fn_eukaryotic_cellular_respiration_98(X)))
& protein_1(fn_protein_complex_1(fn_eukaryotic_cellular_respiration_98(X)))
& membrane_protein_1(fn_mitochondrion_70(fn_eukaryotic_cellular_respiration_101(X)))
& spatial_entity_1(fn_mitochondrion_70(fn_eukaryotic_cellular_respiration_101(X)))
& protein_1(fn_mitochondrion_70(fn_eukaryotic_cellular_respiration_101(X)))
& rotor_1(fn_mitochondrion_70(fn_eukaryotic_cellular_respiration_101(X)))
& spatial_entity_1(fn_eukaryotic_oxidative_phosphorylation_199(fn_eukaryotic_cellular_respiration_96(X)))
& protein_1(fn_eukaryotic_oxidative_phosphorylation_199(fn_eukaryotic_cellular_respiration_96(X)))
& rotor_1(fn_eukaryotic_oxidative_phosphorylation_199(fn_eukaryotic_cellular_respiration_96(X)))
& membrane_protein_1(fn_eukaryotic_oxidative_phosphorylation_199(fn_eukaryotic_cellular_respiration_96(X)))
& spatial_entity_1(fn_chemiosmosis_104(fn_eukaryotic_cellular_respiration_100(X)))
& protein_1(fn_chemiosmosis_104(fn_eukaryotic_cellular_respiration_100(X)))
& rotor_1(fn_chemiosmosis_104(fn_eukaryotic_cellular_respiration_100(X)))
& rotor_1(fn_atp_synthase_13(fn_eukaryotic_cellular_respiration_98(X)))
& tangible_entity_1(fn_biomembrane_63(fn_eukaryotic_cellular_respiration_104(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_eukaryotic_cellular_respiration_104(X)))
& tangible_entity_1(fn_mitochondrial_membrane_72(fn_eukaryotic_cellular_respiration_71(X)))
& phospholipid_bilayer_1(fn_mitochondrial_membrane_72(fn_eukaryotic_cellular_respiration_71(X)))
& tangible_entity_1(fn_atp_synthase_40(fn_eukaryotic_cellular_respiration_98(X)))
& phospholipid_bilayer_1(fn_atp_synthase_40(fn_eukaryotic_cellular_respiration_98(X)))
& spatial_entity_1(fn_eukaryotic_oxidative_phosphorylation_198(fn_eukaryotic_cellular_respiration_96(X)))
& tangible_entity_1(fn_eukaryotic_oxidative_phosphorylation_198(fn_eukaryotic_cellular_respiration_96(X)))
& polymer_1(fn_eukaryotic_oxidative_phosphorylation_198(fn_eukaryotic_cellular_respiration_96(X)))
& protein_1(fn_eukaryotic_oxidative_phosphorylation_198(fn_eukaryotic_cellular_respiration_96(X)))
& organic_molecule_1(fn_eukaryotic_oxidative_phosphorylation_198(fn_eukaryotic_cellular_respiration_96(X)))
& molecule_1(fn_eukaryotic_oxidative_phosphorylation_198(fn_eukaryotic_cellular_respiration_96(X)))
& protein_enzyme_1(fn_eukaryotic_oxidative_phosphorylation_198(fn_eukaryotic_cellular_respiration_96(X)))
& knob_1(fn_eukaryotic_oxidative_phosphorylation_198(fn_eukaryotic_cellular_respiration_96(X)))
& spatial_entity_1(fn_chemiosmosis_101(fn_eukaryotic_cellular_respiration_100(X)))
& tangible_entity_1(fn_chemiosmosis_101(fn_eukaryotic_cellular_respiration_100(X)))
& polymer_1(fn_chemiosmosis_101(fn_eukaryotic_cellular_respiration_100(X)))
& protein_1(fn_chemiosmosis_101(fn_eukaryotic_cellular_respiration_100(X)))
& organic_molecule_1(fn_chemiosmosis_101(fn_eukaryotic_cellular_respiration_100(X)))
& molecule_1(fn_chemiosmosis_101(fn_eukaryotic_cellular_respiration_100(X)))
& protein_enzyme_1(fn_chemiosmosis_101(fn_eukaryotic_cellular_respiration_100(X)))
& knob_1(fn_chemiosmosis_101(fn_eukaryotic_cellular_respiration_100(X)))
& knob_1(fn_atp_synthase_32(fn_eukaryotic_cellular_respiration_98(X)))
& entity_1(fn_mitochondrion_59(fn_eukaryotic_cellular_respiration_101(X)))
& protein_complex_1(fn_mitochondrion_59(fn_eukaryotic_cellular_respiration_101(X)))
& atp_synthase_1(fn_mitochondrion_59(fn_eukaryotic_cellular_respiration_101(X)))
& entity_1(fn_oxidative_phosphorylation_14(fn_eukaryotic_cellular_respiration_96(X)))
& protein_complex_1(fn_oxidative_phosphorylation_14(fn_eukaryotic_cellular_respiration_96(X)))
& atp_synthase_1(fn_oxidative_phosphorylation_14(fn_eukaryotic_cellular_respiration_96(X)))
& entity_1(fn_eukaryotic_oxidative_phosphorylation_118(fn_eukaryotic_cellular_respiration_96(X)))
& protein_complex_1(fn_eukaryotic_oxidative_phosphorylation_118(fn_eukaryotic_cellular_respiration_96(X)))
& atp_synthase_1(fn_eukaryotic_oxidative_phosphorylation_118(fn_eukaryotic_cellular_respiration_96(X)))
& atp_synthase_1(fn_eukaryotic_oxidative_phosphorylation_192(fn_eukaryotic_cellular_respiration_96(X)))
& entity_1(fn_chemiosmosis_115(fn_eukaryotic_cellular_respiration_100(X)))
& protein_complex_1(fn_chemiosmosis_115(fn_eukaryotic_cellular_respiration_100(X)))
& atp_synthase_1(fn_chemiosmosis_115(fn_eukaryotic_cellular_respiration_100(X)))
& protein_complex_1(fn_chemiosmosis_65(fn_eukaryotic_cellular_respiration_100(X)))
& atp_synthase_1(fn_chemiosmosis_65(fn_eukaryotic_cellular_respiration_100(X)))
& atp_synthase_1(fn_mitochondrial_membrane_36(fn_eukaryotic_cellular_respiration_71(X)))
& structural_complexity_value_1(fn_anabolic_pathway_4(fn_eukaryotic_cellular_respiration_15(X)))
& structural_complexity_value_1(fn_chemiosmosis_35(fn_eukaryotic_cellular_respiration_100(X)))
& structural_complexity_value_1(fn_synthesis_of_atp_23(fn_eukaryotic_cellular_respiration_15(X)))
& atp_1(fn_citric_acid_cycle_19(fn_eukaryotic_cellular_respiration_95(X)))
& organic_molecule_1(fn_glycolysis_75(fn_eukaryotic_cellular_respiration_82(X)))
& molecule_1(fn_glycolysis_75(fn_eukaryotic_cellular_respiration_82(X)))
& chemical_entity_1(fn_glycolysis_75(fn_eukaryotic_cellular_respiration_82(X)))
& ribonucleotide_1(fn_glycolysis_75(fn_eukaryotic_cellular_respiration_82(X)))
& nucleoside_triphosphate_1(fn_glycolysis_75(fn_eukaryotic_cellular_respiration_82(X)))
& atp_1(fn_glycolysis_75(fn_eukaryotic_cellular_respiration_82(X)))
& organic_molecule_1(fn_synthesis_of_organic_molecule_1(fn_eukaryotic_cellular_respiration_15(X)))
& organic_molecule_1(fn_eukaryotic_oxidative_phosphorylation_336(fn_eukaryotic_cellular_respiration_96(X)))
& molecule_1(fn_eukaryotic_oxidative_phosphorylation_336(fn_eukaryotic_cellular_respiration_96(X)))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_336(fn_eukaryotic_cellular_respiration_96(X)))
& ribonucleotide_1(fn_eukaryotic_oxidative_phosphorylation_336(fn_eukaryotic_cellular_respiration_96(X)))
& nucleoside_triphosphate_1(fn_eukaryotic_oxidative_phosphorylation_336(fn_eukaryotic_cellular_respiration_96(X)))
& atp_1(fn_eukaryotic_oxidative_phosphorylation_336(fn_eukaryotic_cellular_respiration_96(X)))
& organic_molecule_1(fn_chemiosmosis_100(fn_eukaryotic_cellular_respiration_100(X)))
& molecule_1(fn_chemiosmosis_100(fn_eukaryotic_cellular_respiration_100(X)))
& chemical_entity_1(fn_chemiosmosis_100(fn_eukaryotic_cellular_respiration_100(X)))
& ribonucleotide_1(fn_chemiosmosis_100(fn_eukaryotic_cellular_respiration_100(X)))
& nucleoside_triphosphate_1(fn_chemiosmosis_100(fn_eukaryotic_cellular_respiration_100(X)))
& atp_1(fn_chemiosmosis_100(fn_eukaryotic_cellular_respiration_100(X)))
& molecule_1(fn_synthesis_of_atp_13(fn_eukaryotic_cellular_respiration_15(X)))
& chemical_entity_1(fn_synthesis_of_atp_13(fn_eukaryotic_cellular_respiration_15(X)))
& ribonucleotide_1(fn_synthesis_of_atp_13(fn_eukaryotic_cellular_respiration_15(X)))
& nucleoside_triphosphate_1(fn_synthesis_of_atp_13(fn_eukaryotic_cellular_respiration_15(X)))
& atp_1(fn_synthesis_of_atp_13(fn_eukaryotic_cellular_respiration_15(X)))
& free_energy_1(fn_chemiosmosis_34(fn_eukaryotic_cellular_respiration_100(X)))
& free_energy_1(fn_synthesis_of_atp_6(fn_eukaryotic_cellular_respiration_15(X)))
& directly_proportional_2(fn_eukaryotic_cellular_respiration_49(X),fn_eukaryotic_cellular_respiration_48(X))
& time_during_2(fn_eukaryotic_cellular_respiration_70(X),fn_eukaryotic_cellular_respiration_9(X))
& time_before_2(fn_eukaryotic_cellular_respiration_3(X),fn_eukaryotic_cellular_respiration_4(X))
& is_inside_2(fn_eukaryotic_cellular_respiration_73(X),fn_eukaryotic_cellular_respiration_72(X))
& fn_eukaryotic_cellular_respiration_73(X) != fn_eukaryotic_cellular_respiration_131(X)
& time_during_2(fn_eukaryotic_cellular_respiration_76(X),fn_eukaryotic_cellular_respiration_12(X))
& time_during_2(fn_eukaryotic_cellular_respiration_77(X),fn_eukaryotic_cellular_respiration_10(X))
& fn_eukaryotic_cellular_respiration_79(X) != fn_eukaryotic_cellular_respiration_130(X)
& complement_2(fn_eukaryotic_cellular_respiration_79(X),fn_eukaryotic_cellular_respiration_98(X))
& raw_material_2(fn_eukaryotic_cellular_respiration_82(X),fn_eukaryotic_cellular_respiration_6(X))
& causes_2(fn_eukaryotic_cellular_respiration_82(X),fn_eukaryotic_cellular_respiration_7(X))
& the_scalar_value_2(fn_eukaryotic_cellular_respiration_83(X),simple_0)
& scalar_unit_class_2(fn_eukaryotic_cellular_respiration_83(X),molecule_0)
& recipient_2(fn_eukaryotic_cellular_respiration_85(X),fn_eukaryotic_cellular_respiration_1(X))
& agent_2(fn_eukaryotic_cellular_respiration_85(X),fn_eukaryotic_cellular_respiration_89(X))
& agent_2(fn_eukaryotic_cellular_respiration_85(X),fn_eukaryotic_cellular_respiration_88(X))
& result_2(fn_eukaryotic_cellular_respiration_85(X),fn_eukaryotic_cellular_respiration_87(X))
& subevent_2(fn_eukaryotic_cellular_respiration_86(X),fn_eukaryotic_cellular_respiration_92(X))
& subevent_2(fn_eukaryotic_cellular_respiration_86(X),fn_eukaryotic_cellular_respiration_85(X))
& donor_2(fn_eukaryotic_cellular_respiration_86(X),fn_eukaryotic_cellular_respiration_111(X))
& result_2(fn_eukaryotic_cellular_respiration_86(X),fn_eukaryotic_cellular_respiration_87(X))
& recipient_2(fn_eukaryotic_cellular_respiration_86(X),fn_eukaryotic_cellular_respiration_90(X))
& recipient_2(fn_eukaryotic_cellular_respiration_86(X),fn_eukaryotic_cellular_respiration_1(X))
& result_2(fn_eukaryotic_cellular_respiration_92(X),fn_eukaryotic_cellular_respiration_91(X))
& raw_material_2(fn_eukaryotic_cellular_respiration_93(X),fn_eukaryotic_cellular_respiration_91(X))
& raw_material_2(fn_eukaryotic_cellular_respiration_93(X),fn_eukaryotic_cellular_respiration_111(X))
& site_2(fn_eukaryotic_cellular_respiration_93(X),fn_eukaryotic_cellular_respiration_104(X))
& raw_material_2(fn_eukaryotic_cellular_respiration_94(X),fn_eukaryotic_cellular_respiration_14(X))
& causes_2(fn_eukaryotic_cellular_respiration_94(X),fn_eukaryotic_cellular_respiration_13(X))
& site_2(fn_eukaryotic_cellular_respiration_94(X),fn_eukaryotic_cellular_respiration_101(X))
& raw_material_2(fn_eukaryotic_cellular_respiration_95(X),fn_eukaryotic_cellular_respiration_8(X))
& raw_material_2(fn_eukaryotic_cellular_respiration_96(X),fn_eukaryotic_cellular_respiration_111(X))
& time_during_2(fn_eukaryotic_cellular_respiration_96(X),fn_eukaryotic_cellular_respiration_2(X))
& subevent_2(fn_eukaryotic_cellular_respiration_96(X),fn_eukaryotic_cellular_respiration_93(X))
& first_subevent_2(fn_eukaryotic_cellular_respiration_96(X),fn_eukaryotic_cellular_respiration_93(X))
& possesses_2(fn_eukaryotic_cellular_respiration_97(X),fn_eukaryotic_cellular_respiration_68(X))
& complement_2(fn_eukaryotic_cellular_respiration_98(X),fn_eukaryotic_cellular_respiration_79(X))
& raw_material_2(X,fn_eukaryotic_cellular_respiration_8(X))
& raw_material_2(X,fn_eukaryotic_cellular_respiration_64(X))
& time_before_2(fn_eukaryotic_cellular_respiration_9(X),fn_eukaryotic_cellular_respiration_9(X))
& time_during_2(fn_eukaryotic_cellular_respiration_107(X),fn_eukaryotic_cellular_respiration_3(X))
& next_event_2(fn_eukaryotic_cellular_respiration_107(X),fn_eukaryotic_cellular_respiration_108(X))
& time_during_2(fn_eukaryotic_cellular_respiration_108(X),fn_eukaryotic_cellular_respiration_4(X))
& time_before_2(fn_eukaryotic_cellular_respiration_11(X),fn_eukaryotic_cellular_respiration_10(X))
& time_before_2(fn_eukaryotic_cellular_respiration_12(X),fn_eukaryotic_cellular_respiration_11(X))
& time_before_2(fn_eukaryotic_cellular_respiration_110(X),fn_eukaryotic_cellular_respiration_2(X))
& has_part_2(fn_eukaryotic_cellular_respiration_111(X),fn_eukaryotic_cellular_respiration_5(X))
& object_2(fn_eukaryotic_cellular_respiration_119(X),fn_eukaryotic_cellular_respiration_51(X))
& fn_eukaryotic_cellular_respiration_130(X) != fn_eukaryotic_cellular_respiration_79(X)
& fn_eukaryotic_cellular_respiration_131(X) != fn_eukaryotic_cellular_respiration_73(X)
& subevent_2(fn_eukaryotic_cellular_respiration_148(X),fn_eukaryotic_cellular_respiration_147(X))
& result_2(fn_eukaryotic_cellular_respiration_107(X),fn_eukaryotic_cellular_respiration_84(X))
& result_2(fn_eukaryotic_cellular_respiration_108(X),fn_eukaryotic_cellular_respiration_84(X))
& object_2(fn_eukaryotic_cellular_respiration_75(X),fn_eukaryotic_cellular_respiration_79(X))
& raw_material_2(fn_eukaryotic_cellular_respiration_93(X),fn_eukaryotic_cellular_respiration_87(X))
& result_2(fn_eukaryotic_cellular_respiration_93(X),fn_eukaryotic_cellular_respiration_99(X))
& has_function_2(fn_eukaryotic_cellular_respiration_109(X),X)
& raw_material_2(fn_eukaryotic_cellular_respiration_69(X),fn_eukaryotic_cellular_respiration_105(X))
& raw_material_2(X,fn_eukaryotic_cellular_respiration_105(X))
& result_2(X,fn_eukaryotic_cellular_respiration_42(X))
& next_event_2(fn_eukaryotic_cellular_respiration_95(X),fn_eukaryotic_cellular_respiration_96(X))
& subevent_2(X,fn_eukaryotic_cellular_respiration_96(X))
& result_2(fn_eukaryotic_cellular_respiration_96(X),fn_eukaryotic_cellular_respiration_42(X))
& subevent_2(X,fn_eukaryotic_cellular_respiration_94(X))
& result_2(X,fn_eukaryotic_cellular_respiration_97(X))
& subevent_2(X,fn_eukaryotic_cellular_respiration_95(X))
& time_during_2(fn_eukaryotic_cellular_respiration_95(X),fn_eukaryotic_cellular_respiration_110(X))
& result_2(X,fn_eukaryotic_cellular_respiration_157(X))
& possesses_2(fn_eukaryotic_cellular_respiration_157(X),fn_eukaryotic_cellular_respiration_68(X))
& first_subevent_2(X,fn_eukaryotic_cellular_respiration_82(X))
& subevent_2(X,fn_eukaryotic_cellular_respiration_82(X))
& next_event_2(fn_eukaryotic_cellular_respiration_82(X),fn_eukaryotic_cellular_respiration_94(X))
& next_event_2(fn_eukaryotic_cellular_respiration_94(X),fn_eukaryotic_cellular_respiration_95(X))
& result_2(fn_eukaryotic_cellular_respiration_95(X),fn_eukaryotic_cellular_respiration_42(X))
& result_2(fn_eukaryotic_cellular_respiration_82(X),fn_eukaryotic_cellular_respiration_62(X))
& result_2(X,fn_eukaryotic_cellular_respiration_62(X))
& rate_2(X,fn_eukaryotic_cellular_respiration_48(X))
& negative_influence_2(fn_eukaryotic_cellular_respiration_156(X),fn_eukaryotic_cellular_respiration_48(X))
& quantity_2(fn_eukaryotic_cellular_respiration_97(X),fn_eukaryotic_cellular_respiration_156(X))
& result_2(X,fn_eukaryotic_cellular_respiration_111(X))
& result_2(fn_eukaryotic_cellular_respiration_82(X),fn_eukaryotic_cellular_respiration_111(X))
& raw_material_2(fn_eukaryotic_cellular_respiration_82(X),fn_eukaryotic_cellular_respiration_23(X))
& fn_eukaryotic_cellular_respiration_95(X) != fn_eukaryotic_cellular_respiration_82(X)
& fn_eukaryotic_cellular_respiration_82(X) != fn_eukaryotic_cellular_respiration_95(X)
& result_2(fn_eukaryotic_cellular_respiration_86(X),fn_eukaryotic_cellular_respiration_91(X))
& has_state_2(fn_eukaryotic_cellular_respiration_90(X),fn_eukaryotic_cellular_respiration_91(X))
& recipient_2(fn_eukaryotic_cellular_respiration_92(X),fn_eukaryotic_cellular_respiration_90(X))
& has_reduced_form_2(fn_eukaryotic_cellular_respiration_90(X),fn_eukaryotic_cellular_respiration_91(X))
& has_oxidized_form_2(fn_eukaryotic_cellular_respiration_91(X),fn_eukaryotic_cellular_respiration_90(X))
& agent_2(fn_eukaryotic_cellular_respiration_92(X),fn_eukaryotic_cellular_respiration_89(X))
& agent_2(fn_eukaryotic_cellular_respiration_86(X),fn_eukaryotic_cellular_respiration_89(X))
& agent_2(fn_eukaryotic_cellular_respiration_86(X),fn_eukaryotic_cellular_respiration_88(X))
& has_function_2(fn_eukaryotic_cellular_respiration_88(X),fn_eukaryotic_cellular_respiration_92(X))
& agent_2(fn_eukaryotic_cellular_respiration_92(X),fn_eukaryotic_cellular_respiration_88(X))
& has_function_2(fn_eukaryotic_cellular_respiration_88(X),fn_eukaryotic_cellular_respiration_85(X))
& donor_2(fn_eukaryotic_cellular_respiration_85(X),fn_eukaryotic_cellular_respiration_111(X))
& donor_2(fn_eukaryotic_cellular_respiration_92(X),fn_eukaryotic_cellular_respiration_111(X))
& fn_eukaryotic_cellular_respiration_87(X) != fn_eukaryotic_cellular_respiration_111(X)
& fn_eukaryotic_cellular_respiration_111(X) != fn_eukaryotic_cellular_respiration_87(X)
& result_2(fn_eukaryotic_cellular_respiration_95(X),fn_eukaryotic_cellular_respiration_97(X))
& result_2(fn_eukaryotic_cellular_respiration_95(X),fn_eukaryotic_cellular_respiration_111(X))
& result_2(fn_eukaryotic_cellular_respiration_95(X),fn_eukaryotic_cellular_respiration_62(X))
& possesses_2(fn_eukaryotic_cellular_respiration_62(X),fn_eukaryotic_cellular_respiration_68(X))
& subevent_2(fn_eukaryotic_cellular_respiration_95(X),fn_eukaryotic_cellular_respiration_24(X))
& raw_material_2(fn_eukaryotic_cellular_respiration_24(X),fn_eukaryotic_cellular_respiration_106(X))
& first_subevent_2(fn_eukaryotic_cellular_respiration_95(X),fn_eukaryotic_cellular_respiration_24(X))
& subevent_2(fn_eukaryotic_cellular_respiration_24(X),fn_eukaryotic_cellular_respiration_31(X))
& base_2(fn_eukaryotic_cellular_respiration_31(X),fn_eukaryotic_cellular_respiration_106(X))
& has_part_2(fn_eukaryotic_cellular_respiration_106(X),fn_eukaryotic_cellular_respiration_28(X))
& fn_eukaryotic_cellular_respiration_28(X) != fn_eukaryotic_cellular_respiration_29(X)
& fn_eukaryotic_cellular_respiration_29(X) != fn_eukaryotic_cellular_respiration_28(X)
& raw_material_2(fn_eukaryotic_cellular_respiration_95(X),fn_eukaryotic_cellular_respiration_106(X))
& plays_2(fn_eukaryotic_cellular_respiration_106(X),fn_eukaryotic_cellular_respiration_25(X))
& in_event_2(fn_eukaryotic_cellular_respiration_25(X),fn_eukaryotic_cellular_respiration_95(X))
& raw_material_2(fn_eukaryotic_cellular_respiration_95(X),fn_eukaryotic_cellular_respiration_23(X))
& possesses_2(fn_eukaryotic_cellular_respiration_23(X),fn_eukaryotic_cellular_respiration_117(X))
& has_function_2(fn_eukaryotic_cellular_respiration_109(X),fn_eukaryotic_cellular_respiration_82(X))
& result_2(fn_eukaryotic_cellular_respiration_32(X),fn_eukaryotic_cellular_respiration_97(X))
& raw_material_2(fn_eukaryotic_cellular_respiration_82(X),fn_eukaryotic_cellular_respiration_35(X))
& raw_material_2(fn_eukaryotic_cellular_respiration_82(X),fn_eukaryotic_cellular_respiration_105(X))
& raw_material_2(fn_eukaryotic_cellular_respiration_70(X),fn_eukaryotic_cellular_respiration_64(X))
& result_2(fn_eukaryotic_cellular_respiration_70(X),fn_eukaryotic_cellular_respiration_111(X))
& fn_eukaryotic_cellular_respiration_66(X) != fn_eukaryotic_cellular_respiration_111(X)
& fn_eukaryotic_cellular_respiration_111(X) != fn_eukaryotic_cellular_respiration_66(X)
& raw_material_2(fn_eukaryotic_cellular_respiration_32(X),fn_eukaryotic_cellular_respiration_35(X))
& raw_material_2(fn_eukaryotic_cellular_respiration_32(X),fn_eukaryotic_cellular_respiration_22(X))
& raw_material_2(fn_eukaryotic_cellular_respiration_82(X),fn_eukaryotic_cellular_respiration_22(X))
& result_2(fn_eukaryotic_cellular_respiration_82(X),fn_eukaryotic_cellular_respiration_42(X))
& possesses_2(fn_eukaryotic_cellular_respiration_42(X),fn_eukaryotic_cellular_respiration_68(X))
& result_2(fn_eukaryotic_cellular_respiration_82(X),fn_eukaryotic_cellular_respiration_97(X))
& fn_eukaryotic_cellular_respiration_97(X) != fn_eukaryotic_cellular_respiration_35(X)
& fn_eukaryotic_cellular_respiration_35(X) != fn_eukaryotic_cellular_respiration_22(X)
& fn_eukaryotic_cellular_respiration_22(X) != fn_eukaryotic_cellular_respiration_97(X)
& fn_eukaryotic_cellular_respiration_97(X) != fn_eukaryotic_cellular_respiration_22(X)
& fn_eukaryotic_cellular_respiration_35(X) != fn_eukaryotic_cellular_respiration_97(X)
& fn_eukaryotic_cellular_respiration_22(X) != fn_eukaryotic_cellular_respiration_35(X)
& possesses_2(fn_eukaryotic_cellular_respiration_64(X),fn_eukaryotic_cellular_respiration_117(X))
& quantity_2(fn_eukaryotic_cellular_respiration_117(X),fn_eukaryotic_cellular_respiration_116(X))
& greater_than_or_equal_to_2(fn_eukaryotic_cellular_respiration_116(X),fn_eukaryotic_cellular_respiration_65(X))
& fn_eukaryotic_cellular_respiration_66(X) != fn_eukaryotic_cellular_respiration_64(X)
& fn_eukaryotic_cellular_respiration_64(X) != fn_eukaryotic_cellular_respiration_66(X)
& raw_material_2(fn_eukaryotic_cellular_respiration_82(X),fn_eukaryotic_cellular_respiration_64(X))
& structural_complexity_2(fn_eukaryotic_cellular_respiration_64(X),fn_eukaryotic_cellular_respiration_114(X))
& greater_than_2(fn_eukaryotic_cellular_respiration_114(X),fn_eukaryotic_cellular_respiration_83(X))
& structural_complexity_2(fn_eukaryotic_cellular_respiration_111(X),fn_eukaryotic_cellular_respiration_83(X))
& fn_eukaryotic_cellular_respiration_111(X) != fn_eukaryotic_cellular_respiration_84(X)
& fn_eukaryotic_cellular_respiration_84(X) != fn_eukaryotic_cellular_respiration_111(X)
& possesses_2(fn_eukaryotic_cellular_respiration_106(X),fn_eukaryotic_cellular_respiration_117(X))
& structural_complexity_2(fn_eukaryotic_cellular_respiration_106(X),fn_eukaryotic_cellular_respiration_63(X))
& greater_than_2(fn_eukaryotic_cellular_respiration_83(X),fn_eukaryotic_cellular_respiration_63(X))
& possesses_2(fn_eukaryotic_cellular_respiration_111(X),fn_eukaryotic_cellular_respiration_68(X))
& quantity_2(fn_eukaryotic_cellular_respiration_68(X),fn_eukaryotic_cellular_respiration_65(X))
& greater_than_2(fn_eukaryotic_cellular_respiration_116(X),fn_eukaryotic_cellular_respiration_65(X))
& fn_eukaryotic_cellular_respiration_64(X) != fn_eukaryotic_cellular_respiration_111(X)
& fn_eukaryotic_cellular_respiration_111(X) != fn_eukaryotic_cellular_respiration_64(X)
& called_2(fn_eukaryotic_cellular_respiration_39(X),'FE_r')
& greater_than_2(fn_eukaryotic_cellular_respiration_38(X),fn_eukaryotic_cellular_respiration_39(X))
& quantity_2(fn_eukaryotic_cellular_respiration_36(X),fn_eukaryotic_cellular_respiration_38(X))
& possesses_2(fn_eukaryotic_cellular_respiration_97(X),fn_eukaryotic_cellular_respiration_36(X))
& result_2(fn_eukaryotic_cellular_respiration_15(X),fn_eukaryotic_cellular_respiration_97(X))
& greater_than_2(fn_eukaryotic_cellular_respiration_37(X),fn_eukaryotic_cellular_respiration_34(X))
& structural_complexity_2(fn_eukaryotic_cellular_respiration_97(X),fn_eukaryotic_cellular_respiration_37(X))
& called_2(fn_eukaryotic_cellular_respiration_38(X),'FE_p')
& quantity_2(fn_eukaryotic_cellular_respiration_33(X),fn_eukaryotic_cellular_respiration_39(X))
& is_opposite_2(fn_eukaryotic_cellular_respiration_141(X),fn_eukaryotic_cellular_respiration_140(X))
& is_opposite_2(fn_eukaryotic_cellular_respiration_140(X),fn_eukaryotic_cellular_respiration_141(X))
& has_region_2(fn_eukaryotic_cellular_respiration_98(X),fn_eukaryotic_cellular_respiration_140(X))
& has_region_2(fn_eukaryotic_cellular_respiration_98(X),fn_eukaryotic_cellular_respiration_139(X))
& is_at_2(fn_eukaryotic_cellular_respiration_141(X),fn_eukaryotic_cellular_respiration_139(X))
& has_region_2(fn_eukaryotic_cellular_respiration_98(X),fn_eukaryotic_cellular_respiration_141(X))
& path_2(fn_eukaryotic_cellular_respiration_80(X),fn_eukaryotic_cellular_respiration_138(X))
& has_region_2(fn_eukaryotic_cellular_respiration_98(X),fn_eukaryotic_cellular_respiration_138(X))
& element_2(fn_eukaryotic_cellular_respiration_98(X),fn_eukaryotic_cellular_respiration_135(X))
& is_inside_2(fn_eukaryotic_cellular_respiration_98(X),fn_eukaryotic_cellular_respiration_137(X))
& element_2(fn_eukaryotic_cellular_respiration_98(X),fn_eukaryotic_cellular_respiration_136(X))
& has_reduced_form_2(fn_eukaryotic_cellular_respiration_23(X),fn_eukaryotic_cellular_respiration_42(X))
& has_oxidized_form_2(fn_eukaryotic_cellular_respiration_42(X),fn_eukaryotic_cellular_respiration_23(X))
& fn_eukaryotic_cellular_respiration_23(X) != fn_eukaryotic_cellular_respiration_42(X)
& fn_eukaryotic_cellular_respiration_42(X) != fn_eukaryotic_cellular_respiration_23(X)
& has_state_2(fn_eukaryotic_cellular_respiration_23(X),fn_eukaryotic_cellular_respiration_42(X))
& has_state_2(fn_eukaryotic_cellular_respiration_42(X),fn_eukaryotic_cellular_respiration_23(X))
& object_2(fn_eukaryotic_cellular_respiration_27(X),fn_eukaryotic_cellular_respiration_106(X))
& speed_2(fn_eukaryotic_cellular_respiration_27(X),fn_eukaryotic_cellular_respiration_40(X))
& directly_proportional_2(fn_eukaryotic_cellular_respiration_40(X),fn_eukaryotic_cellular_respiration_41(X))
& quantity_2(fn_eukaryotic_cellular_respiration_26(X),fn_eukaryotic_cellular_respiration_41(X))
& possesses_2(fn_eukaryotic_cellular_respiration_106(X),fn_eukaryotic_cellular_respiration_26(X))
& has_part_2(fn_eukaryotic_cellular_respiration_106(X),fn_eukaryotic_cellular_respiration_29(X))
& is_inside_2(fn_eukaryotic_cellular_respiration_29(X),fn_eukaryotic_cellular_respiration_30(X))
& has_region_2(fn_eukaryotic_cellular_respiration_106(X),fn_eukaryotic_cellular_respiration_30(X))
& object_2(fn_eukaryotic_cellular_respiration_53(X),fn_eukaryotic_cellular_respiration_111(X))
& speed_2(fn_eukaryotic_cellular_respiration_53(X),fn_eukaryotic_cellular_respiration_57(X))
& directly_proportional_2(fn_eukaryotic_cellular_respiration_57(X),fn_eukaryotic_cellular_respiration_58(X))
& quantity_2(fn_eukaryotic_cellular_respiration_52(X),fn_eukaryotic_cellular_respiration_58(X))
& possesses_2(fn_eukaryotic_cellular_respiration_111(X),fn_eukaryotic_cellular_respiration_52(X))
& fn_eukaryotic_cellular_respiration_54(X) != fn_eukaryotic_cellular_respiration_55(X)
& fn_eukaryotic_cellular_respiration_55(X) != fn_eukaryotic_cellular_respiration_54(X)
& has_part_2(fn_eukaryotic_cellular_respiration_111(X),fn_eukaryotic_cellular_respiration_54(X))
& agent_2(fn_eukaryotic_cellular_respiration_67(X),fn_eukaryotic_cellular_respiration_111(X))
& has_function_2(fn_eukaryotic_cellular_respiration_111(X),fn_eukaryotic_cellular_respiration_67(X))
& has_oxidized_form_2(fn_eukaryotic_cellular_respiration_111(X),fn_eukaryotic_cellular_respiration_64(X))
& has_reduced_form_2(fn_eukaryotic_cellular_respiration_64(X),fn_eukaryotic_cellular_respiration_111(X))
& has_part_2(fn_eukaryotic_cellular_respiration_111(X),fn_eukaryotic_cellular_respiration_55(X))
& has_region_2(fn_eukaryotic_cellular_respiration_111(X),fn_eukaryotic_cellular_respiration_56(X))
& is_inside_2(fn_eukaryotic_cellular_respiration_55(X),fn_eukaryotic_cellular_respiration_56(X))
& has_state_2(fn_eukaryotic_cellular_respiration_64(X),fn_eukaryotic_cellular_respiration_111(X))
& has_state_2(fn_eukaryotic_cellular_respiration_111(X),fn_eukaryotic_cellular_respiration_64(X))
& instrument_2(fn_eukaryotic_cellular_respiration_125(X),fn_eukaryotic_cellular_respiration_124(X))
& has_region_2(fn_eukaryotic_cellular_respiration_123(X),fn_eukaryotic_cellular_respiration_124(X))
& element_2(fn_eukaryotic_cellular_respiration_122(X),fn_eukaryotic_cellular_respiration_123(X))
& has_region_2(fn_eukaryotic_cellular_respiration_127(X),fn_eukaryotic_cellular_respiration_122(X))
& has_part_2(fn_eukaryotic_cellular_respiration_71(X),fn_eukaryotic_cellular_respiration_127(X))
& is_along_2(fn_eukaryotic_cellular_respiration_153(X),fn_eukaryotic_cellular_respiration_103(X))
& is_along_2(fn_eukaryotic_cellular_respiration_103(X),fn_eukaryotic_cellular_respiration_153(X))
& is_inside_2(fn_eukaryotic_cellular_respiration_153(X),fn_eukaryotic_cellular_respiration_104(X))
& has_region_2(fn_eukaryotic_cellular_respiration_101(X),fn_eukaryotic_cellular_respiration_153(X))
& has_part_2(fn_eukaryotic_cellular_respiration_101(X),fn_eukaryotic_cellular_respiration_71(X))
& has_function_2(fn_eukaryotic_cellular_respiration_104(X),fn_eukaryotic_cellular_respiration_80(X))
& is_outside_2(fn_eukaryotic_cellular_respiration_104(X),fn_eukaryotic_cellular_respiration_153(X))
& is_inside_2(fn_eukaryotic_cellular_respiration_131(X),fn_eukaryotic_cellular_respiration_153(X))
& is_between_2(fn_eukaryotic_cellular_respiration_104(X),fn_eukaryotic_cellular_respiration_131(X))
& has_part_2(fn_eukaryotic_cellular_respiration_71(X),fn_eukaryotic_cellular_respiration_104(X))
& called_2(fn_eukaryotic_cellular_respiration_125(X),"1")
& has_function_2(fn_eukaryotic_cellular_respiration_71(X),fn_eukaryotic_cellular_respiration_125(X))
& has_region_2(fn_eukaryotic_cellular_respiration_71(X),fn_eukaryotic_cellular_respiration_72(X))
& is_between_2(fn_eukaryotic_cellular_respiration_72(X),fn_eukaryotic_cellular_respiration_104(X))
& base_2(fn_eukaryotic_cellular_respiration_80(X),fn_eukaryotic_cellular_respiration_104(X))
& called_2(fn_eukaryotic_cellular_respiration_123(X),'P1')
& has_part_2(fn_eukaryotic_cellular_respiration_104(X),fn_eukaryotic_cellular_respiration_103(X))
& is_impermeable_to_2(fn_eukaryotic_cellular_respiration_104(X),fn_eukaryotic_cellular_respiration_128(X))
& has_part_2(fn_eukaryotic_cellular_respiration_104(X),fn_eukaryotic_cellular_respiration_137(X))
& is_impermeable_to_2(fn_eukaryotic_cellular_respiration_104(X),fn_eukaryotic_cellular_respiration_129(X))
& has_part_2(fn_eukaryotic_cellular_respiration_104(X),fn_eukaryotic_cellular_respiration_98(X))
& is_impermeable_to_2(fn_eukaryotic_cellular_respiration_104(X),fn_eukaryotic_cellular_respiration_130(X))
& has_region_2(fn_eukaryotic_cellular_respiration_104(X),fn_eukaryotic_cellular_respiration_139(X))
& fn_eukaryotic_cellular_respiration_143(X) != fn_eukaryotic_cellular_respiration_59(X)
& fn_eukaryotic_cellular_respiration_59(X) != fn_eukaryotic_cellular_respiration_144(X)
& fn_eukaryotic_cellular_respiration_144(X) != fn_eukaryotic_cellular_respiration_59(X)
& fn_eukaryotic_cellular_respiration_59(X) != fn_eukaryotic_cellular_respiration_143(X)
& subevent_2(fn_eukaryotic_cellular_respiration_148(X),fn_eukaryotic_cellular_respiration_59(X))
& subevent_2(fn_eukaryotic_cellular_respiration_100(X),fn_eukaryotic_cellular_respiration_148(X))
& object_2(fn_eukaryotic_cellular_respiration_80(X),fn_eukaryotic_cellular_respiration_79(X))
& next_event_2(fn_eukaryotic_cellular_respiration_59(X),fn_eukaryotic_cellular_respiration_80(X))
& causes_2(fn_eukaryotic_cellular_respiration_59(X),fn_eukaryotic_cellular_respiration_60(X))
& base_2(fn_eukaryotic_cellular_respiration_60(X),fn_eukaryotic_cellular_respiration_98(X))
& base_2(fn_eukaryotic_cellular_respiration_59(X),fn_eukaryotic_cellular_respiration_98(X))
& fn_eukaryotic_cellular_respiration_144(X) != fn_eukaryotic_cellular_respiration_143(X)
& object_2(fn_eukaryotic_cellular_respiration_144(X),fn_eukaryotic_cellular_respiration_136(X))
& next_event_2(fn_eukaryotic_cellular_respiration_143(X),fn_eukaryotic_cellular_respiration_144(X))
& causes_2(fn_eukaryotic_cellular_respiration_143(X),fn_eukaryotic_cellular_respiration_144(X))
& fn_eukaryotic_cellular_respiration_143(X) != fn_eukaryotic_cellular_respiration_144(X)
& first_subevent_2(fn_eukaryotic_cellular_respiration_148(X),fn_eukaryotic_cellular_respiration_143(X))
& is_hypertonic_to_2(fn_eukaryotic_cellular_respiration_73(X),fn_eukaryotic_cellular_respiration_134(X))
& is_hypotonic_to_2(fn_eukaryotic_cellular_respiration_134(X),fn_eukaryotic_cellular_respiration_73(X))
& has_part_2(fn_eukaryotic_cellular_respiration_73(X),fn_eukaryotic_cellular_respiration_133(X))
& object_2(fn_eukaryotic_cellular_respiration_102(X),fn_eukaryotic_cellular_respiration_133(X))
& subevent_2(fn_eukaryotic_cellular_respiration_100(X),fn_eukaryotic_cellular_respiration_102(X))
& structural_complexity_2(fn_eukaryotic_cellular_respiration_22(X),fn_eukaryotic_cellular_respiration_34(X))
& raw_material_2(fn_eukaryotic_cellular_respiration_15(X),fn_eukaryotic_cellular_respiration_22(X))
& subevent_2(fn_eukaryotic_cellular_respiration_100(X),fn_eukaryotic_cellular_respiration_15(X))
& agent_2(fn_eukaryotic_cellular_respiration_100(X),fn_eukaryotic_cellular_respiration_98(X))
& object_2(fn_eukaryotic_cellular_respiration_148(X),fn_eukaryotic_cellular_respiration_98(X))
& raw_material_2(fn_eukaryotic_cellular_respiration_100(X),fn_eukaryotic_cellular_respiration_22(X))
& causes_2(fn_eukaryotic_cellular_respiration_100(X),fn_eukaryotic_cellular_respiration_132(X))
& causes_2(fn_eukaryotic_cellular_respiration_102(X),fn_eukaryotic_cellular_respiration_132(X))
& origin_2(fn_eukaryotic_cellular_respiration_102(X),fn_eukaryotic_cellular_respiration_73(X))
& has_solute_2(fn_eukaryotic_cellular_respiration_73(X),fn_eukaryotic_cellular_respiration_133(X))
& base_2(fn_eukaryotic_cellular_respiration_146(X),fn_eukaryotic_cellular_respiration_98(X))
& causes_2(fn_eukaryotic_cellular_respiration_145(X),fn_eukaryotic_cellular_respiration_146(X))
& base_2(fn_eukaryotic_cellular_respiration_145(X),fn_eukaryotic_cellular_respiration_98(X))
& result_2(fn_eukaryotic_cellular_respiration_148(X),fn_eukaryotic_cellular_respiration_98(X))
& result_2(fn_eukaryotic_cellular_respiration_100(X),fn_eukaryotic_cellular_respiration_97(X))
& first_subevent_2(fn_eukaryotic_cellular_respiration_100(X),fn_eukaryotic_cellular_respiration_102(X))
& called_2(fn_eukaryotic_cellular_respiration_143(X),"2")
& subevent_2(fn_eukaryotic_cellular_respiration_148(X),fn_eukaryotic_cellular_respiration_143(X))
& object_2(fn_eukaryotic_cellular_respiration_59(X),fn_eukaryotic_cellular_respiration_135(X))
& subevent_2(fn_eukaryotic_cellular_respiration_102(X),fn_eukaryotic_cellular_respiration_59(X))
& origin_2(fn_eukaryotic_cellular_respiration_152(X),fn_eukaryotic_cellular_respiration_73(X))
& possesses_2(fn_eukaryotic_cellular_respiration_22(X),fn_eukaryotic_cellular_respiration_33(X))
& called_2(fn_eukaryotic_cellular_respiration_144(X),"3")
& called_2(fn_eukaryotic_cellular_respiration_59(X),"1")
& has_region_2(fn_eukaryotic_cellular_respiration_136(X),fn_eukaryotic_cellular_respiration_149(X))
& causes_2(fn_eukaryotic_cellular_respiration_100(X),fn_eukaryotic_cellular_respiration_119(X))
& destination_2(fn_eukaryotic_cellular_respiration_102(X),fn_eukaryotic_cellular_respiration_134(X))
& object_2(fn_eukaryotic_cellular_respiration_102(X),fn_eukaryotic_cellular_respiration_51(X))
& subevent_2(fn_eukaryotic_cellular_respiration_102(X),fn_eukaryotic_cellular_respiration_80(X))
& result_2(fn_eukaryotic_cellular_respiration_94(X),fn_eukaryotic_cellular_respiration_106(X))
& result_2(fn_eukaryotic_cellular_respiration_77(X),fn_eukaryotic_cellular_respiration_106(X))
& subevent_2(fn_eukaryotic_cellular_respiration_94(X),fn_eukaryotic_cellular_respiration_77(X))
& first_subevent_2(fn_eukaryotic_cellular_respiration_94(X),fn_eukaryotic_cellular_respiration_76(X))
& subevent_2(fn_eukaryotic_cellular_respiration_94(X),fn_eukaryotic_cellular_respiration_76(X))
& result_2(fn_eukaryotic_cellular_respiration_94(X),fn_eukaryotic_cellular_respiration_111(X))
& origin_2(fn_eukaryotic_cellular_respiration_142(X),fn_eukaryotic_cellular_respiration_73(X))
& result_2(fn_eukaryotic_cellular_respiration_142(X),fn_eukaryotic_cellular_respiration_99(X))
& agent_2(fn_eukaryotic_cellular_respiration_100(X),fn_eukaryotic_cellular_respiration_99(X))
& raw_material_2(fn_eukaryotic_cellular_respiration_100(X),fn_eukaryotic_cellular_respiration_99(X))
& raw_material_2(fn_eukaryotic_cellular_respiration_96(X),fn_eukaryotic_cellular_respiration_99(X))
& fn_eukaryotic_cellular_respiration_130(X) != fn_eukaryotic_cellular_respiration_51(X)
& fn_eukaryotic_cellular_respiration_73(X) != fn_eukaryotic_cellular_respiration_134(X)
& fn_eukaryotic_cellular_respiration_134(X) != fn_eukaryotic_cellular_respiration_73(X)
& fn_eukaryotic_cellular_respiration_51(X) != fn_eukaryotic_cellular_respiration_130(X)
& is_permeable_to_2(fn_eukaryotic_cellular_respiration_104(X),fn_eukaryotic_cellular_respiration_51(X))
& is_outside_2(fn_eukaryotic_cellular_respiration_73(X),fn_eukaryotic_cellular_respiration_104(X))
& causes_2(fn_eukaryotic_cellular_respiration_61(X),fn_eukaryotic_cellular_respiration_59(X))
& subevent_2(fn_eukaryotic_cellular_respiration_102(X),fn_eukaryotic_cellular_respiration_61(X))
& object_2(fn_eukaryotic_cellular_respiration_102(X),fn_eukaryotic_cellular_respiration_79(X))
& object_2(fn_eukaryotic_cellular_respiration_152(X),fn_eukaryotic_cellular_respiration_79(X))
& destination_2(fn_eukaryotic_cellular_respiration_152(X),fn_eukaryotic_cellular_respiration_134(X))
& fn_eukaryotic_cellular_respiration_51(X) != fn_eukaryotic_cellular_respiration_128(X)
& fn_eukaryotic_cellular_respiration_128(X) != fn_eukaryotic_cellular_respiration_51(X)
& fn_eukaryotic_cellular_respiration_51(X) != fn_eukaryotic_cellular_respiration_129(X)
& fn_eukaryotic_cellular_respiration_129(X) != fn_eukaryotic_cellular_respiration_51(X)
& called_2(fn_eukaryotic_cellular_respiration_51(X),"1")
& object_2(fn_eukaryotic_cellular_respiration_119(X),fn_eukaryotic_cellular_respiration_79(X))
& object_2(fn_eukaryotic_cellular_respiration_142(X),fn_eukaryotic_cellular_respiration_79(X))
& agent_2(fn_eukaryotic_cellular_respiration_142(X),fn_eukaryotic_cellular_respiration_98(X))
& is_across_2(fn_eukaryotic_cellular_respiration_98(X),fn_eukaryotic_cellular_respiration_104(X))
& path_2(fn_eukaryotic_cellular_respiration_152(X),fn_eukaryotic_cellular_respiration_104(X))
& has_function_2(fn_eukaryotic_cellular_respiration_98(X),fn_eukaryotic_cellular_respiration_96(X))
& base_2(fn_eukaryotic_cellular_respiration_144(X),fn_eukaryotic_cellular_respiration_98(X))
& subevent_2(fn_eukaryotic_cellular_respiration_148(X),fn_eukaryotic_cellular_respiration_144(X))
& subevent_2(fn_eukaryotic_cellular_respiration_148(X),fn_eukaryotic_cellular_respiration_145(X))
& causes_2(fn_eukaryotic_cellular_respiration_59(X),fn_eukaryotic_cellular_respiration_145(X))
& is_inside_2(fn_eukaryotic_cellular_respiration_134(X),fn_eukaryotic_cellular_respiration_104(X))
& is_between_2(fn_eukaryotic_cellular_respiration_135(X),fn_eukaryotic_cellular_respiration_134(X))
& is_between_2(fn_eukaryotic_cellular_respiration_135(X),fn_eukaryotic_cellular_respiration_73(X))
& origin_2(fn_eukaryotic_cellular_respiration_151(X),fn_eukaryotic_cellular_respiration_73(X))
& destination_2(fn_eukaryotic_cellular_respiration_151(X),fn_eukaryotic_cellular_respiration_134(X))
& result_2(fn_eukaryotic_cellular_respiration_150(X),fn_eukaryotic_cellular_respiration_99(X))
& subevent_2(fn_eukaryotic_cellular_respiration_96(X),fn_eukaryotic_cellular_respiration_150(X))
& has_function_2(fn_eukaryotic_cellular_respiration_101(X),fn_eukaryotic_cellular_respiration_96(X))
& site_2(fn_eukaryotic_cellular_respiration_100(X),fn_eukaryotic_cellular_respiration_101(X))
& subevent_2(fn_eukaryotic_cellular_respiration_96(X),fn_eukaryotic_cellular_respiration_100(X))
& raw_material_2(fn_eukaryotic_cellular_respiration_96(X),fn_eukaryotic_cellular_respiration_22(X))
& agent_2(fn_eukaryotic_cellular_respiration_96(X),fn_eukaryotic_cellular_respiration_98(X))
& has_function_2(fn_eukaryotic_cellular_respiration_98(X),fn_eukaryotic_cellular_respiration_102(X))
& path_2(fn_eukaryotic_cellular_respiration_102(X),fn_eukaryotic_cellular_respiration_104(X))
& path_2(fn_eukaryotic_cellular_respiration_151(X),fn_eukaryotic_cellular_respiration_104(X))
& is_inside_2(fn_eukaryotic_cellular_respiration_134(X),fn_eukaryotic_cellular_respiration_135(X))
& destination_2(fn_eukaryotic_cellular_respiration_142(X),fn_eukaryotic_cellular_respiration_134(X))
& path_2(fn_eukaryotic_cellular_respiration_142(X),fn_eukaryotic_cellular_respiration_104(X))
& result_2(fn_eukaryotic_cellular_respiration_96(X),fn_eukaryotic_cellular_respiration_97(X))
& first_subevent_2(fn_eukaryotic_cellular_respiration_96(X),fn_eukaryotic_cellular_respiration_150(X))
& next_event_2(fn_eukaryotic_cellular_respiration_150(X),fn_eukaryotic_cellular_respiration_100(X))
& called_2(fn_eukaryotic_cellular_respiration_138(X),'HC1')
& facilitates_2(fn_eukaryotic_cellular_respiration_138(X),fn_eukaryotic_cellular_respiration_102(X))
& agent_2(fn_eukaryotic_cellular_respiration_152(X),fn_eukaryotic_cellular_respiration_98(X))
& agent_2(fn_eukaryotic_cellular_respiration_151(X),fn_eukaryotic_cellular_respiration_98(X))
& has_part_2(fn_eukaryotic_cellular_respiration_133(X),fn_eukaryotic_cellular_respiration_79(X))
& object_2(fn_eukaryotic_cellular_respiration_151(X),fn_eukaryotic_cellular_respiration_79(X))
& facilitates_2(fn_eukaryotic_cellular_respiration_136(X),fn_eukaryotic_cellular_respiration_96(X))
& site_2(fn_eukaryotic_cellular_respiration_96(X),fn_eukaryotic_cellular_respiration_101(X))
& object_2(fn_eukaryotic_cellular_respiration_132(X),fn_eukaryotic_cellular_respiration_51(X))
& next_event_2(fn_eukaryotic_cellular_respiration_78(X),fn_eukaryotic_cellular_respiration_59(X))
& next_event_2(fn_eukaryotic_cellular_respiration_59(X),fn_eukaryotic_cellular_respiration_78(X))
& causes_2(fn_eukaryotic_cellular_respiration_59(X),fn_eukaryotic_cellular_respiration_143(X))
& base_2(fn_eukaryotic_cellular_respiration_143(X),fn_eukaryotic_cellular_respiration_98(X))
& subevent_2(fn_eukaryotic_cellular_respiration_148(X),fn_eukaryotic_cellular_respiration_146(X))
& subevent_2(fn_eukaryotic_cellular_respiration_148(X),fn_eukaryotic_cellular_respiration_60(X))
& causes_2(fn_eukaryotic_cellular_respiration_60(X),fn_eukaryotic_cellular_respiration_147(X))
& base_2(fn_eukaryotic_cellular_respiration_147(X),fn_eukaryotic_cellular_respiration_98(X))
& is_between_2(fn_eukaryotic_cellular_respiration_74(X),fn_eukaryotic_cellular_respiration_134(X))
& is_between_2(fn_eukaryotic_cellular_respiration_74(X),fn_eukaryotic_cellular_respiration_73(X))
& origin_2(fn_eukaryotic_cellular_respiration_78(X),fn_eukaryotic_cellular_respiration_73(X))
& agent_2(fn_eukaryotic_cellular_respiration_102(X),fn_eukaryotic_cellular_respiration_74(X))
& first_subevent_2(fn_eukaryotic_cellular_respiration_102(X),fn_eukaryotic_cellular_respiration_78(X))
& path_2(fn_eukaryotic_cellular_respiration_78(X),fn_eukaryotic_cellular_respiration_138(X))
& subevent_2(fn_eukaryotic_cellular_respiration_142(X),fn_eukaryotic_cellular_respiration_78(X))
& destination_2(fn_eukaryotic_cellular_respiration_78(X),fn_eukaryotic_cellular_respiration_134(X))
& subevent_2(fn_eukaryotic_cellular_respiration_102(X),fn_eukaryotic_cellular_respiration_78(X))
& object_2(fn_eukaryotic_cellular_respiration_78(X),fn_eukaryotic_cellular_respiration_79(X))
& called_2(fn_eukaryotic_cellular_respiration_78(X),'MT1')
& greater_than_2(fn_eukaryotic_cellular_respiration_120(X),fn_eukaryotic_cellular_respiration_121(X))
& size_2(fn_eukaryotic_cellular_respiration_126(X),fn_eukaryotic_cellular_respiration_120(X))
& directly_proportional_2(fn_eukaryotic_cellular_respiration_49(X),fn_eukaryotic_cellular_respiration_50(X))
& quantity_2(fn_eukaryotic_cellular_respiration_101(X),fn_eukaryotic_cellular_respiration_49(X))
& is_inside_2(fn_eukaryotic_cellular_respiration_109(X),fn_eukaryotic_cellular_respiration_153(X))
& has_part_2(fn_eukaryotic_cellular_respiration_101(X),fn_eukaryotic_cellular_respiration_109(X))
& the_scalar_value_2(fn_eukaryotic_cellular_respiration_120(X),big_0)
& scalar_unit_class_2(fn_eukaryotic_cellular_respiration_120(X),polypeptide_0)
& has_part_2(fn_eukaryotic_cellular_respiration_71(X),fn_eukaryotic_cellular_respiration_126(X))
& size_2(fn_eukaryotic_cellular_respiration_123(X),fn_eukaryotic_cellular_respiration_121(X))
& is_permeable_to_2(fn_eukaryotic_cellular_respiration_104(X),fn_eukaryotic_cellular_respiration_79(X))
& fn_eukaryotic_cellular_respiration_79(X) != fn_eukaryotic_cellular_respiration_128(X)
& fn_eukaryotic_cellular_respiration_128(X) != fn_eukaryotic_cellular_respiration_79(X)
& fn_eukaryotic_cellular_respiration_129(X) != fn_eukaryotic_cellular_respiration_79(X)
& fn_eukaryotic_cellular_respiration_79(X) != fn_eukaryotic_cellular_respiration_129(X)
& called_2(fn_eukaryotic_cellular_respiration_79(X),"1")
& base_2(fn_eukaryotic_cellular_respiration_78(X),fn_eukaryotic_cellular_respiration_135(X))
& has_function_2(fn_eukaryotic_cellular_respiration_104(X),fn_eukaryotic_cellular_respiration_78(X))
& base_2(fn_eukaryotic_cellular_respiration_78(X),fn_eukaryotic_cellular_respiration_104(X))
& next_event_2(fn_eukaryotic_cellular_respiration_78(X),fn_eukaryotic_cellular_respiration_61(X))
& agent_2(fn_eukaryotic_cellular_respiration_61(X),fn_eukaryotic_cellular_respiration_79(X))
& fn_eukaryotic_cellular_respiration_98(X) != fn_eukaryotic_cellular_respiration_109(X)
& agent_2(fn_eukaryotic_cellular_respiration_102(X),fn_eukaryotic_cellular_respiration_98(X))
& by_means_of_2(fn_eukaryotic_cellular_respiration_78(X),fn_eukaryotic_cellular_respiration_102(X))
& facilitates_2(fn_eukaryotic_cellular_respiration_98(X),fn_eukaryotic_cellular_respiration_78(X))
& fn_eukaryotic_cellular_respiration_109(X) != fn_eukaryotic_cellular_respiration_98(X)
& is_at_2(fn_eukaryotic_cellular_respiration_109(X),fn_eukaryotic_cellular_respiration_104(X))
& object_2(fn_eukaryotic_cellular_respiration_132(X),fn_eukaryotic_cellular_respiration_74(X))
& object_2(fn_eukaryotic_cellular_respiration_132(X),fn_eukaryotic_cellular_respiration_79(X))
& agent_2(fn_eukaryotic_cellular_respiration_78(X),fn_eukaryotic_cellular_respiration_79(X))
& agent_2(fn_eukaryotic_cellular_respiration_78(X),fn_eukaryotic_cellular_respiration_98(X))
& site_2(fn_eukaryotic_cellular_respiration_96(X),fn_eukaryotic_cellular_respiration_149(X))
& has_region_2(fn_eukaryotic_cellular_respiration_98(X),fn_eukaryotic_cellular_respiration_149(X))
& agent_2(fn_eukaryotic_cellular_respiration_59(X),fn_eukaryotic_cellular_respiration_79(X))
& base_2(fn_eukaryotic_cellular_respiration_100(X),fn_eukaryotic_cellular_respiration_98(X))
& fn_eukaryotic_cellular_respiration_78(X) != fn_eukaryotic_cellular_respiration_80(X)
& fn_eukaryotic_cellular_respiration_80(X) != fn_eukaryotic_cellular_respiration_78(X)
& called_2(fn_eukaryotic_cellular_respiration_80(X),'MT2')
& is_inside_2(fn_eukaryotic_cellular_respiration_139(X),fn_eukaryotic_cellular_respiration_73(X))
& is_between_2(fn_eukaryotic_cellular_respiration_104(X),fn_eukaryotic_cellular_respiration_73(X))
& raw_material_2(fn_eukaryotic_cellular_respiration_95(X),fn_eukaryotic_cellular_respiration_105(X))
& object_2(fn_eukaryotic_cellular_respiration_86(X),fn_eukaryotic_cellular_respiration_111(X))
& fn_eukaryotic_cellular_respiration_84(X) = fn_decomposition_reaction_4(fn_eukaryotic_cellular_respiration_107(X))
& fn_eukaryotic_cellular_respiration_84(X) = fn_decomposition_reaction_2(fn_eukaryotic_cellular_respiration_107(X))
& fn_eukaryotic_cellular_respiration_84(X) = fn_isomerization_reaction_1(fn_eukaryotic_cellular_respiration_108(X))
& fn_eukaryotic_cellular_respiration_79(X) = fn_detach_1(fn_eukaryotic_cellular_respiration_75(X))
& fn_eukaryotic_cellular_respiration_87(X) = fn_electron_transport_chain_reaction_24(fn_eukaryotic_cellular_respiration_93(X))
& fn_eukaryotic_cellular_respiration_99(X) = fn_electron_transport_chain_reaction_2(fn_eukaryotic_cellular_respiration_93(X))
& X = fn_enzyme_4(fn_eukaryotic_cellular_respiration_109(X))
& fn_eukaryotic_cellular_respiration_105(X) = fn_catabolic_pathway_6(fn_eukaryotic_cellular_respiration_69(X))
& fn_eukaryotic_cellular_respiration_105(X) = fn_catabolic_pathway_6(X)
& fn_eukaryotic_cellular_respiration_42(X) = fn_chemical_reaction_1(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_96(X) = fn_cellular_respiration_63(X)
& fn_eukaryotic_cellular_respiration_158(X) = fn_cellular_respiration_11(X)
& fn_eukaryotic_cellular_respiration_47(X) = fn_cellular_respiration_6(X)
& fn_eukaryotic_cellular_respiration_110(X) = fn_cellular_respiration_3(X)
& fn_eukaryotic_cellular_respiration_68(X) = fn_cellular_respiration_43(X)
& fn_eukaryotic_cellular_respiration_157(X) = fn_cellular_respiration_64(X)
& fn_eukaryotic_cellular_respiration_42(X) = fn_cellular_respiration_56(X)
& fn_eukaryotic_cellular_respiration_94(X) = fn_cellular_respiration_54(X)
& fn_eukaryotic_cellular_respiration_97(X) = fn_cellular_respiration_36(X)
& fn_eukaryotic_cellular_respiration_156(X) = fn_cellular_respiration_10(X)
& fn_eukaryotic_cellular_respiration_48(X) = fn_cellular_respiration_7(X)
& fn_eukaryotic_cellular_respiration_62(X) = fn_cellular_respiration_61(X)
& fn_eukaryotic_cellular_respiration_23(X) = fn_cellular_respiration_65(X)
& fn_eukaryotic_cellular_respiration_95(X) = fn_cellular_respiration_62(X)
& fn_eukaryotic_cellular_respiration_82(X) = fn_cellular_respiration_60(X)
& fn_eukaryotic_cellular_respiration_111(X) = fn_cellular_respiration_56(X)
& fn_eukaryotic_cellular_respiration_92(X) = fn_electron_shuttle_system_10(fn_eukaryotic_cellular_respiration_88(X))
& fn_eukaryotic_cellular_respiration_90(X) = fn_electron_shuttle_system_15(fn_eukaryotic_cellular_respiration_88(X))
& fn_eukaryotic_cellular_respiration_91(X) = fn_electron_shuttle_system_16(fn_eukaryotic_cellular_respiration_88(X))
& fn_eukaryotic_cellular_respiration_86(X) = fn_electron_shuttle_system_10(fn_eukaryotic_cellular_respiration_88(X))
& fn_eukaryotic_cellular_respiration_89(X) = fn_electron_shuttle_system_1(fn_eukaryotic_cellular_respiration_88(X))
& fn_eukaryotic_cellular_respiration_92(X) = fn_electron_shuttle_system_9(fn_eukaryotic_cellular_respiration_88(X))
& fn_eukaryotic_cellular_respiration_111(X) = fn_electron_shuttle_system_11(fn_eukaryotic_cellular_respiration_88(X))
& fn_eukaryotic_cellular_respiration_87(X) = fn_electron_shuttle_system_19(fn_eukaryotic_cellular_respiration_88(X))
& fn_eukaryotic_cellular_respiration_111(X) = fn_electron_shuttle_system_5(fn_eukaryotic_cellular_respiration_88(X))
& fn_eukaryotic_cellular_respiration_85(X) = fn_electron_shuttle_system_10(fn_eukaryotic_cellular_respiration_88(X))
& fn_eukaryotic_cellular_respiration_97(X) = fn_citric_acid_cycle_19(fn_eukaryotic_cellular_respiration_95(X))
& fn_eukaryotic_cellular_respiration_111(X) = fn_citric_acid_cycle_109(fn_eukaryotic_cellular_respiration_95(X))
& fn_eukaryotic_cellular_respiration_68(X) = fn_citric_acid_cycle_12(fn_eukaryotic_cellular_respiration_95(X))
& fn_eukaryotic_cellular_respiration_62(X) = fn_citric_acid_cycle_17(fn_eukaryotic_cellular_respiration_95(X))
& fn_eukaryotic_cellular_respiration_24(X) = fn_citric_acid_cycle_115(fn_eukaryotic_cellular_respiration_95(X))
& fn_eukaryotic_cellular_respiration_24(X) = fn_citric_acid_cycle_113(fn_eukaryotic_cellular_respiration_95(X))
& fn_eukaryotic_cellular_respiration_24(X) = fn_citric_acid_cycle_107(fn_eukaryotic_cellular_respiration_95(X))
& fn_eukaryotic_cellular_respiration_29(X) = fn_organic_molecule_1(fn_eukaryotic_cellular_respiration_106(X))
& fn_eukaryotic_cellular_respiration_29(X) = fn_citric_acid_cycle_125(fn_eukaryotic_cellular_respiration_95(X))
& fn_eukaryotic_cellular_respiration_28(X) = fn_organic_molecule_2(fn_eukaryotic_cellular_respiration_106(X))
& fn_eukaryotic_cellular_respiration_28(X) = fn_citric_acid_cycle_126(fn_eukaryotic_cellular_respiration_95(X))
& fn_eukaryotic_cellular_respiration_24(X) = fn_citric_acid_cycle_106(fn_eukaryotic_cellular_respiration_95(X))
& fn_eukaryotic_cellular_respiration_31(X) = fn_citric_acid_cycle_101(fn_eukaryotic_cellular_respiration_95(X))
& fn_eukaryotic_cellular_respiration_31(X) = fn_citric_acid_cycle_116(fn_eukaryotic_cellular_respiration_95(X))
& fn_eukaryotic_cellular_respiration_24(X) = fn_citric_acid_cycle_72(fn_eukaryotic_cellular_respiration_95(X))
& fn_eukaryotic_cellular_respiration_117(X) = fn_citric_acid_cycle_9(fn_eukaryotic_cellular_respiration_95(X))
& fn_eukaryotic_cellular_respiration_23(X) = fn_citric_acid_cycle_105(fn_eukaryotic_cellular_respiration_95(X))
& fn_eukaryotic_cellular_respiration_25(X) = fn_citric_acid_cycle_57(fn_eukaryotic_cellular_respiration_95(X))
& fn_eukaryotic_cellular_respiration_106(X) = fn_citric_acid_cycle_108(fn_eukaryotic_cellular_respiration_95(X))
& fn_eukaryotic_cellular_respiration_109(X) = fn_glycolysis_53(fn_eukaryotic_cellular_respiration_82(X))
& fn_eukaryotic_cellular_respiration_109(X) = fn_glycolysis_91(fn_eukaryotic_cellular_respiration_82(X))
& fn_eukaryotic_cellular_respiration_115(X) = fn_glycolysis_100(fn_eukaryotic_cellular_respiration_82(X))
& fn_eukaryotic_cellular_respiration_105(X) = fn_glycolysis_70(fn_eukaryotic_cellular_respiration_82(X))
& fn_eukaryotic_cellular_respiration_70(X) = fn_glycolysis_67(fn_eukaryotic_cellular_respiration_82(X))
& fn_eukaryotic_cellular_respiration_68(X) = fn_glycolysis_108(fn_eukaryotic_cellular_respiration_82(X))
& fn_eukaryotic_cellular_respiration_42(X) = fn_glycolysis_74(fn_eukaryotic_cellular_respiration_82(X))
& fn_eukaryotic_cellular_respiration_32(X) = fn_glycolysis_64(fn_eukaryotic_cellular_respiration_82(X))
& fn_eukaryotic_cellular_respiration_22(X) = fn_glycolysis_63(fn_eukaryotic_cellular_respiration_82(X))
& fn_eukaryotic_cellular_respiration_35(X) = fn_glycolysis_62(fn_eukaryotic_cellular_respiration_82(X))
& fn_eukaryotic_cellular_respiration_22(X) = fn_glycolysis_13(fn_eukaryotic_cellular_respiration_82(X))
& fn_eukaryotic_cellular_respiration_97(X) = fn_glycolysis_75(fn_eukaryotic_cellular_respiration_82(X))
& fn_eukaryotic_cellular_respiration_65(X) = fn_glycolysis_83(fn_eukaryotic_cellular_respiration_82(X))
& fn_eukaryotic_cellular_respiration_116(X) = fn_glycolysis_89(fn_eukaryotic_cellular_respiration_82(X))
& fn_eukaryotic_cellular_respiration_117(X) = fn_glycolysis_88(fn_eukaryotic_cellular_respiration_82(X))
& fn_eukaryotic_cellular_respiration_66(X) = fn_glycolysis_79(fn_eukaryotic_cellular_respiration_82(X))
& fn_eukaryotic_cellular_respiration_84(X) = fn_glycolysis_79(fn_eukaryotic_cellular_respiration_82(X))
& fn_eukaryotic_cellular_respiration_111(X) = fn_glycolysis_74(fn_eukaryotic_cellular_respiration_82(X))
& fn_eukaryotic_cellular_respiration_83(X) = fn_glycolysis_80(fn_eukaryotic_cellular_respiration_82(X))
& fn_eukaryotic_cellular_respiration_114(X) = fn_glycolysis_81(fn_eukaryotic_cellular_respiration_82(X))
& fn_eukaryotic_cellular_respiration_64(X) = fn_glycolysis_78(fn_eukaryotic_cellular_respiration_82(X))
& fn_eukaryotic_cellular_respiration_112(X) = fn_pyruvate_oxidation_2(fn_eukaryotic_cellular_respiration_94(X))
& fn_eukaryotic_cellular_respiration_113(X) = fn_pyruvate_oxidation_47(fn_eukaryotic_cellular_respiration_94(X))
& fn_eukaryotic_cellular_respiration_117(X) = fn_pyruvate_oxidation_7(fn_eukaryotic_cellular_respiration_94(X))
& fn_eukaryotic_cellular_respiration_118(X) = fn_pyruvate_oxidation_1(fn_eukaryotic_cellular_respiration_94(X))
& fn_eukaryotic_cellular_respiration_81(X) = fn_pyruvate_oxidation_50(fn_eukaryotic_cellular_respiration_94(X))
& fn_eukaryotic_cellular_respiration_83(X) = fn_pyruvate_oxidation_52(fn_eukaryotic_cellular_respiration_94(X))
& fn_eukaryotic_cellular_respiration_63(X) = fn_pyruvate_oxidation_57(fn_eukaryotic_cellular_respiration_94(X))
& fn_eukaryotic_cellular_respiration_116(X) = fn_pyruvate_oxidation_5(fn_eukaryotic_cellular_respiration_94(X))
& fn_eukaryotic_cellular_respiration_65(X) = fn_pyruvate_oxidation_4(fn_eukaryotic_cellular_respiration_94(X))
& fn_eukaryotic_cellular_respiration_68(X) = fn_pyruvate_oxidation_7(fn_eukaryotic_cellular_respiration_94(X))
& fn_eukaryotic_cellular_respiration_64(X) = fn_pyruvate_oxidation_81(fn_eukaryotic_cellular_respiration_94(X))
& fn_eukaryotic_cellular_respiration_111(X) = fn_transfer_1(fn_eukaryotic_cellular_respiration_86(X))
& fn_eukaryotic_cellular_respiration_105(X) = fn_catabolic_pathway_6(fn_eukaryotic_cellular_respiration_95(X))
& fn_eukaryotic_cellular_respiration_73(X) = fn_biomembrane_15(fn_eukaryotic_cellular_respiration_104(X))
& fn_eukaryotic_cellular_respiration_128(X) = fn_mitochondrion_120(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_129(X) = fn_mitochondrion_121(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_135(X) = fn_mitochondrion_70(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_61(X) = fn_mitochondrion_137(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_102(X) = fn_mitochondrion_74(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_109(X) = fn_mitochondrion_18(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_74(X) = fn_mitochondrion_146(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_132(X) = fn_mitochondrion_67(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_78(X) = fn_atp_synthase_30(fn_eukaryotic_cellular_respiration_98(X))
& fn_eukaryotic_cellular_respiration_78(X) = fn_mitochondrion_78(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_149(X) = fn_eukaryotic_oxidative_phosphorylation_117(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_149(X) = fn_mitochondrion_71(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_59(X) = fn_mitochondrion_138(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_79(X) = fn_mitochondrion_77(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_98(X) = fn_mitochondrion_59(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_121(X) = fn_mitochondrion_88(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_43(X) = fn_mitochondrion_2(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_50(X) = fn_mitochondrion_4(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_109(X) = fn_mitochondrion_64(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_109(X) = fn_mitochondrion_38(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_44(X) = fn_mitochondrion_1(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_49(X) = fn_mitochondrion_3(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_155(X) = fn_polymer_10(fn_eukaryotic_cellular_respiration_126(X))
& fn_eukaryotic_cellular_respiration_121(X) = fn_polymer_7(fn_eukaryotic_cellular_respiration_126(X))
& fn_eukaryotic_cellular_respiration_126(X) = fn_biomembrane_54(fn_eukaryotic_cellular_respiration_71(X))
& fn_eukaryotic_cellular_respiration_120(X) = fn_biomembrane_56(fn_eukaryotic_cellular_respiration_71(X))
& fn_eukaryotic_cellular_respiration_154(X) = fn_polymer_9(fn_eukaryotic_cellular_respiration_126(X))
& fn_eukaryotic_cellular_respiration_120(X) = fn_polymer_8(fn_eukaryotic_cellular_respiration_126(X))
& fn_eukaryotic_cellular_respiration_59(X) = fn_oxidative_phosphorylation_40(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_143(X) = fn_oxidative_phosphorylation_24(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_146(X) = fn_oxidative_phosphorylation_27(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_148(X) = fn_oxidative_phosphorylation_20(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_60(X) = fn_oxidative_phosphorylation_24(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_147(X) = fn_oxidative_phosphorylation_27(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_73(X) = fn_oxidative_phosphorylation_48(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_74(X) = fn_oxidative_phosphorylation_44(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_138(X) = fn_oxidative_phosphorylation_33(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_142(X) = fn_oxidative_phosphorylation_17(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_134(X) = fn_oxidative_phosphorylation_45(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_78(X) = fn_atp_synthase_44(fn_eukaryotic_cellular_respiration_98(X))
& fn_eukaryotic_cellular_respiration_102(X) = fn_oxidative_phosphorylation_18(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_79(X) = fn_oxidative_phosphorylation_43(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_78(X) = fn_oxidative_phosphorylation_19(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_142(X) = fn_mitochondrion_153(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_130(X) = fn_eukaryotic_oxidative_phosphorylation_384(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_61(X) = fn_eukaryotic_oxidative_phosphorylation_186(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_128(X) = fn_eukaryotic_oxidative_phosphorylation_383(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_51(X) = fn_biomembrane_55(fn_eukaryotic_cellular_respiration_104(X))
& fn_eukaryotic_cellular_respiration_129(X) = fn_eukaryotic_oxidative_phosphorylation_87(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_119(X) = fn_eukaryotic_oxidative_phosphorylation_204(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_79(X) = fn_eukaryotic_oxidative_phosphorylation_331(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_142(X) = fn_eukaryotic_oxidative_phosphorylation_373(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_152(X) = fn_eukaryotic_oxidative_phosphorylation_373(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_98(X) = fn_oxidative_phosphorylation_14(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_144(X) = fn_eukaryotic_oxidative_phosphorylation_185(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_148(X) = fn_eukaryotic_oxidative_phosphorylation_323(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_59(X) = fn_eukaryotic_oxidative_phosphorylation_185(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_145(X) = fn_eukaryotic_oxidative_phosphorylation_184(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_73(X) = fn_eukaryotic_oxidative_phosphorylation_328(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_99(X) = fn_mitochondrion_156(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_99(X) = fn_eukaryotic_oxidative_phosphorylation_335(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_22(X) = fn_eukaryotic_oxidative_phosphorylation_197(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_102(X) = fn_atp_synthase_46(fn_eukaryotic_cellular_respiration_98(X))
& fn_eukaryotic_cellular_respiration_135(X) = fn_eukaryotic_oxidative_phosphorylation_199(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_134(X) = fn_eukaryotic_oxidative_phosphorylation_329(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_142(X) = fn_eukaryotic_oxidative_phosphorylation_375(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_97(X) = fn_eukaryotic_oxidative_phosphorylation_336(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_150(X) = fn_mitochondrion_159(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_100(X) = fn_mitochondrion_54(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_150(X) = fn_eukaryotic_oxidative_phosphorylation_333(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_100(X) = fn_eukaryotic_oxidative_phosphorylation_325(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_102(X) = fn_eukaryotic_oxidative_phosphorylation_327(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_152(X) = fn_eukaryotic_oxidative_phosphorylation_375(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_98(X) = fn_eukaryotic_oxidative_phosphorylation_192(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_133(X) = fn_eukaryotic_oxidative_phosphorylation_191(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_151(X) = fn_eukaryotic_oxidative_phosphorylation_374(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_79(X) = fn_eukaryotic_oxidative_phosphorylation_187(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_136(X) = fn_eukaryotic_oxidative_phosphorylation_198(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_96(X) = fn_mitochondrion_55(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_101(X) = fn_eukaryotic_oxidative_phosphorylation_322(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_132(X) = fn_eukaryotic_oxidative_phosphorylation_203(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_51(X) = fn_eukaryotic_oxidative_phosphorylation_331(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_106(X) = fn_pyruvate_oxidation_87(fn_eukaryotic_cellular_respiration_94(X))
& fn_eukaryotic_cellular_respiration_77(X) = fn_pyruvate_oxidation_77(fn_eukaryotic_cellular_respiration_94(X))
& fn_eukaryotic_cellular_respiration_76(X) = fn_pyruvate_oxidation_65(fn_eukaryotic_cellular_respiration_94(X))
& fn_eukaryotic_cellular_respiration_111(X) = fn_pyruvate_oxidation_84(fn_eukaryotic_cellular_respiration_94(X))
& fn_eukaryotic_cellular_respiration_144(X) = fn_chemiosmosis_84(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_79(X) = fn_chemiosmosis_12(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_60(X) = fn_chemiosmosis_64(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_59(X) = fn_chemiosmosis_63(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_34(X) = fn_anabolic_pathway_4(fn_eukaryotic_cellular_respiration_15(X))
& fn_eukaryotic_cellular_respiration_34(X) = fn_chemiosmosis_35(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_22(X) = fn_anabolic_pathway_6(fn_eukaryotic_cellular_respiration_15(X))
& fn_eukaryotic_cellular_respiration_22(X) = fn_synthesis_of_atp_10(fn_eukaryotic_cellular_respiration_15(X))
& fn_eukaryotic_cellular_respiration_15(X) = fn_chemiosmosis_118(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_98(X) = fn_chemiosmosis_115(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_132(X) = fn_chemiosmosis_108(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_133(X) = fn_chemiosmosis_122(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_146(X) = fn_chemiosmosis_10(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_145(X) = fn_chemiosmosis_9(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_98(X) = fn_chemiosmosis_65(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_97(X) = fn_chemiosmosis_100(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_148(X) = fn_chemiosmosis_102(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_143(X) = fn_chemiosmosis_64(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_135(X) = fn_chemiosmosis_104(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_152(X) = fn_chemiosmosis_30(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_73(X) = fn_chemiosmosis_123(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_22(X) = fn_chemiosmosis_31(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_33(X) = fn_chemiosmosis_34(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_144(X) = fn_chemiosmosis_63(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_59(X) = fn_chemiosmosis_84(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_136(X) = fn_chemiosmosis_101(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_149(X) = fn_chemiosmosis_32(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_119(X) = fn_chemiosmosis_111(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_134(X) = fn_chemiosmosis_109(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_51(X) = fn_chemiosmosis_12(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_102(X) = fn_chemiosmosis_119(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_80(X) = fn_chemiosmosis_107(fn_eukaryotic_cellular_respiration_100(X))
& fn_eukaryotic_cellular_respiration_124(X) = fn_mitochondrial_membrane_20(fn_eukaryotic_cellular_respiration_71(X))
& fn_eukaryotic_cellular_respiration_123(X) = fn_mitochondrion_89(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_122(X) = fn_mitochondrion_90(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_122(X) = fn_mitochondrial_membrane_86(fn_eukaryotic_cellular_respiration_71(X))
& fn_eukaryotic_cellular_respiration_71(X) = fn_membrane_protein_1(fn_eukaryotic_cellular_respiration_126(X))
& fn_eukaryotic_cellular_respiration_127(X) = fn_membrane_protein_2(fn_eukaryotic_cellular_respiration_126(X))
& fn_eukaryotic_cellular_respiration_127(X) = fn_mitochondrion_110(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_127(X) = fn_mitochondrial_membrane_31(fn_eukaryotic_cellular_respiration_71(X))
& fn_eukaryotic_cellular_respiration_104(X) = fn_mitochondrion_53(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_103(X) = fn_mitochondrion_118(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_153(X) = fn_mitochondrion_37(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_71(X) = fn_mitochondrion_63(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_cellular_respiration_101(X) = fn_mitochondrial_membrane_35(fn_eukaryotic_cellular_respiration_71(X))
& fn_eukaryotic_cellular_respiration_80(X) = fn_atp_synthase_30(fn_eukaryotic_cellular_respiration_98(X))
& fn_eukaryotic_cellular_respiration_153(X) = fn_mitochondrial_membrane_32(fn_eukaryotic_cellular_respiration_71(X))
& fn_eukaryotic_cellular_respiration_131(X) = fn_biomembrane_14(fn_eukaryotic_cellular_respiration_104(X))
& fn_eukaryotic_cellular_respiration_131(X) = fn_mitochondrial_membrane_43(fn_eukaryotic_cellular_respiration_71(X))
& fn_eukaryotic_cellular_respiration_125(X) = fn_mitochondrial_membrane_19(fn_eukaryotic_cellular_respiration_71(X))
& fn_eukaryotic_cellular_respiration_125(X) = fn_mitochondrial_membrane_18(fn_eukaryotic_cellular_respiration_71(X))
& fn_eukaryotic_cellular_respiration_125(X) = fn_mitochondrial_membrane_52(fn_eukaryotic_cellular_respiration_71(X))
& fn_eukaryotic_cellular_respiration_72(X) = fn_mitochondrial_membrane_33(fn_eukaryotic_cellular_respiration_71(X))
& fn_eukaryotic_cellular_respiration_80(X) = fn_biomembrane_52(fn_eukaryotic_cellular_respiration_104(X))
& fn_eukaryotic_cellular_respiration_104(X) = fn_eukaryotic_oxidative_phosphorylation_326(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_80(X) = fn_mitochondrial_membrane_69(fn_eukaryotic_cellular_respiration_71(X))
& fn_eukaryotic_cellular_respiration_123(X) = fn_mitochondrial_membrane_84(fn_eukaryotic_cellular_respiration_71(X))
& fn_eukaryotic_cellular_respiration_103(X) = fn_mitochondrial_membrane_7(fn_eukaryotic_cellular_respiration_71(X))
& fn_eukaryotic_cellular_respiration_128(X) = fn_biomembrane_48(fn_eukaryotic_cellular_respiration_104(X))
& fn_eukaryotic_cellular_respiration_128(X) = fn_mitochondrial_membrane_74(fn_eukaryotic_cellular_respiration_71(X))
& fn_eukaryotic_cellular_respiration_137(X) = fn_biomembrane_63(fn_eukaryotic_cellular_respiration_104(X))
& fn_eukaryotic_cellular_respiration_137(X) = fn_mitochondrial_membrane_72(fn_eukaryotic_cellular_respiration_71(X))
& fn_eukaryotic_cellular_respiration_129(X) = fn_biomembrane_72(fn_eukaryotic_cellular_respiration_104(X))
& fn_eukaryotic_cellular_respiration_129(X) = fn_mitochondrial_membrane_75(fn_eukaryotic_cellular_respiration_71(X))
& fn_eukaryotic_cellular_respiration_104(X) = fn_atp_synthase_37(fn_eukaryotic_cellular_respiration_98(X))
& fn_eukaryotic_cellular_respiration_98(X) = fn_mitochondrial_membrane_36(fn_eukaryotic_cellular_respiration_71(X))
& fn_eukaryotic_cellular_respiration_130(X) = fn_mitochondrial_membrane_30(fn_eukaryotic_cellular_respiration_71(X))
& fn_eukaryotic_cellular_respiration_139(X) = fn_biomembrane_47(fn_eukaryotic_cellular_respiration_104(X))
& fn_eukaryotic_cellular_respiration_139(X) = fn_biomembrane_41(fn_eukaryotic_cellular_respiration_104(X))
& fn_eukaryotic_cellular_respiration_104(X) = fn_mitochondrial_membrane_37(fn_eukaryotic_cellular_respiration_71(X))
& fn_eukaryotic_cellular_respiration_139(X) = fn_mitochondrial_membrane_67(fn_eukaryotic_cellular_respiration_71(X))
& fn_eukaryotic_cellular_respiration_53(X) = fn_nadh_10(fn_eukaryotic_cellular_respiration_111(X))
& fn_eukaryotic_cellular_respiration_52(X) = fn_nadh_9(fn_eukaryotic_cellular_respiration_111(X))
& fn_eukaryotic_cellular_respiration_54(X) = fn_nadh_2(fn_eukaryotic_cellular_respiration_111(X))
& fn_eukaryotic_cellular_respiration_67(X) = fn_nadh_1(fn_eukaryotic_cellular_respiration_111(X))
& fn_eukaryotic_cellular_respiration_55(X) = fn_nadh_11(fn_eukaryotic_cellular_respiration_111(X))
& fn_eukaryotic_cellular_respiration_56(X) = fn_nadh_8(fn_eukaryotic_cellular_respiration_111(X))
& fn_eukaryotic_cellular_respiration_64(X) = fn_nadh_5(fn_eukaryotic_cellular_respiration_111(X))
& fn_eukaryotic_cellular_respiration_45(X) = fn_nadh_12(fn_eukaryotic_cellular_respiration_111(X))
& fn_eukaryotic_cellular_respiration_58(X) = fn_nadh_7(fn_eukaryotic_cellular_respiration_111(X))
& fn_eukaryotic_cellular_respiration_46(X) = fn_nadh_13(fn_eukaryotic_cellular_respiration_111(X))
& fn_eukaryotic_cellular_respiration_57(X) = fn_nadh_6(fn_eukaryotic_cellular_respiration_111(X))
& fn_eukaryotic_cellular_respiration_27(X) = fn_acetyl_coa_7(fn_eukaryotic_cellular_respiration_106(X))
& fn_eukaryotic_cellular_respiration_26(X) = fn_acetyl_coa_6(fn_eukaryotic_cellular_respiration_106(X))
& fn_eukaryotic_cellular_respiration_29(X) = fn_acetyl_coa_19(fn_eukaryotic_cellular_respiration_106(X))
& fn_eukaryotic_cellular_respiration_30(X) = fn_acetyl_coa_15(fn_eukaryotic_cellular_respiration_106(X))
& fn_eukaryotic_cellular_respiration_16(X) = fn_acetyl_coa_4(fn_eukaryotic_cellular_respiration_106(X))
& fn_eukaryotic_cellular_respiration_41(X) = fn_acetyl_coa_9(fn_eukaryotic_cellular_respiration_106(X))
& fn_eukaryotic_cellular_respiration_17(X) = fn_acetyl_coa_5(fn_eukaryotic_cellular_respiration_106(X))
& fn_eukaryotic_cellular_respiration_40(X) = fn_acetyl_coa_8(fn_eukaryotic_cellular_respiration_106(X))
& fn_eukaryotic_cellular_respiration_42(X) = fn_nad_plus_1(fn_eukaryotic_cellular_respiration_23(X))
& fn_eukaryotic_cellular_respiration_140(X) = fn_atp_synthase_12(fn_eukaryotic_cellular_respiration_98(X))
& fn_eukaryotic_cellular_respiration_139(X) = fn_atp_synthase_11(fn_eukaryotic_cellular_respiration_98(X))
& fn_eukaryotic_cellular_respiration_141(X) = fn_atp_synthase_14(fn_eukaryotic_cellular_respiration_98(X))
& fn_eukaryotic_cellular_respiration_80(X) = fn_eukaryotic_oxidative_phosphorylation_188(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_80(X) = fn_atp_synthase_44(fn_eukaryotic_cellular_respiration_98(X))
& fn_eukaryotic_cellular_respiration_98(X) = fn_eukaryotic_oxidative_phosphorylation_118(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_138(X) = fn_eukaryotic_oxidative_phosphorylation_200(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_cellular_respiration_138(X) = fn_atp_synthase_35(fn_eukaryotic_cellular_respiration_98(X))
& fn_eukaryotic_cellular_respiration_135(X) = fn_protein_complex_1(fn_eukaryotic_cellular_respiration_98(X))
& fn_eukaryotic_cellular_respiration_135(X) = fn_atp_synthase_13(fn_eukaryotic_cellular_respiration_98(X))
& fn_eukaryotic_cellular_respiration_137(X) = fn_atp_synthase_40(fn_eukaryotic_cellular_respiration_98(X))
& fn_eukaryotic_cellular_respiration_136(X) = fn_atp_synthase_32(fn_eukaryotic_cellular_respiration_98(X))
& fn_eukaryotic_cellular_respiration_36(X) = fn_synthesis_of_atp_9(fn_eukaryotic_cellular_respiration_15(X))
& fn_eukaryotic_cellular_respiration_97(X) = fn_synthesis_of_organic_molecule_1(fn_eukaryotic_cellular_respiration_15(X))
& fn_eukaryotic_cellular_respiration_21(X) = fn_synthesis_of_atp_26(fn_eukaryotic_cellular_respiration_15(X))
& fn_eukaryotic_cellular_respiration_34(X) = fn_synthesis_of_atp_23(fn_eukaryotic_cellular_respiration_15(X))
& fn_eukaryotic_cellular_respiration_97(X) = fn_synthesis_of_atp_13(fn_eukaryotic_cellular_respiration_15(X))
& fn_eukaryotic_cellular_respiration_18(X) = fn_synthesis_of_atp_25(fn_eukaryotic_cellular_respiration_15(X))
& fn_eukaryotic_cellular_respiration_19(X) = fn_synthesis_of_atp_24(fn_eukaryotic_cellular_respiration_15(X))
& fn_eukaryotic_cellular_respiration_38(X) = fn_synthesis_of_atp_8(fn_eukaryotic_cellular_respiration_15(X))
& fn_eukaryotic_cellular_respiration_33(X) = fn_synthesis_of_atp_6(fn_eukaryotic_cellular_respiration_15(X))
& fn_eukaryotic_cellular_respiration_39(X) = fn_synthesis_of_atp_7(fn_eukaryotic_cellular_respiration_15(X))
& fn_eukaryotic_cellular_respiration_20(X) = fn_synthesis_of_atp_27(fn_eukaryotic_cellular_respiration_15(X))
& fn_eukaryotic_cellular_respiration_37(X) = fn_synthesis_of_atp_22(fn_eukaryotic_cellular_respiration_15(X))
& fn_electron_shuttle_system_10(fn_eukaryotic_cellular_respiration_88(X)) = fn_electron_shuttle_system_9(fn_eukaryotic_cellular_respiration_88(X))
& fn_electron_shuttle_system_9(fn_eukaryotic_cellular_respiration_88(X)) = fn_electron_shuttle_system_9(fn_eukaryotic_cellular_respiration_88(X))
& fn_electron_shuttle_system_9(fn_eukaryotic_cellular_respiration_88(X)) = fn_electron_transport_chain_reaction_24(fn_eukaryotic_cellular_respiration_93(X))
& fn_electron_transport_chain_reaction_24(fn_eukaryotic_cellular_respiration_93(X)) = fn_electron_shuttle_system_19(fn_eukaryotic_cellular_respiration_88(X))
& fn_electron_shuttle_system_19(fn_eukaryotic_cellular_respiration_88(X)) = fn_electron_shuttle_system_19(fn_eukaryotic_cellular_respiration_88(X))
& fn_electron_shuttle_system_19(fn_eukaryotic_cellular_respiration_88(X)) = fn_cellular_respiration_61(X)
& fn_cellular_respiration_61(X) = fn_cellular_respiration_61(X)
& fn_cellular_respiration_61(X) = fn_citric_acid_cycle_17(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_17(fn_eukaryotic_cellular_respiration_95(X)) = fn_citric_acid_cycle_17(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_17(fn_eukaryotic_cellular_respiration_95(X)) = fn_organic_molecule_2(fn_eukaryotic_cellular_respiration_106(X))
& fn_citric_acid_cycle_126(fn_eukaryotic_cellular_respiration_95(X)) = fn_organic_molecule_2(fn_eukaryotic_cellular_respiration_106(X))
& fn_organic_molecule_2(fn_eukaryotic_cellular_respiration_106(X)) = fn_citric_acid_cycle_126(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_126(fn_eukaryotic_cellular_respiration_95(X)) = fn_citric_acid_cycle_116(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_116(fn_eukaryotic_cellular_respiration_95(X)) = fn_citric_acid_cycle_101(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_101(fn_eukaryotic_cellular_respiration_95(X)) = fn_citric_acid_cycle_116(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_116(fn_eukaryotic_cellular_respiration_95(X)) = fn_citric_acid_cycle_115(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_115(fn_eukaryotic_cellular_respiration_95(X)) = fn_citric_acid_cycle_113(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_113(fn_eukaryotic_cellular_respiration_95(X)) = fn_citric_acid_cycle_113(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_113(fn_eukaryotic_cellular_respiration_95(X)) = fn_citric_acid_cycle_107(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_107(fn_eukaryotic_cellular_respiration_95(X)) = fn_citric_acid_cycle_107(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_107(fn_eukaryotic_cellular_respiration_95(X)) = fn_citric_acid_cycle_106(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_106(fn_eukaryotic_cellular_respiration_95(X)) = fn_citric_acid_cycle_106(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_72(fn_eukaryotic_cellular_respiration_95(X)) = fn_citric_acid_cycle_106(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_106(fn_eukaryotic_cellular_respiration_95(X)) = fn_citric_acid_cycle_72(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_72(fn_eukaryotic_cellular_respiration_95(X)) = fn_citric_acid_cycle_72(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_72(fn_eukaryotic_cellular_respiration_95(X)) = fn_decomposition_reaction_4(fn_eukaryotic_cellular_respiration_107(X))
& fn_decomposition_reaction_4(fn_eukaryotic_cellular_respiration_107(X)) = fn_decomposition_reaction_2(fn_eukaryotic_cellular_respiration_107(X))
& fn_decomposition_reaction_2(fn_eukaryotic_cellular_respiration_107(X)) = fn_decomposition_reaction_2(fn_eukaryotic_cellular_respiration_107(X))
& fn_decomposition_reaction_2(fn_eukaryotic_cellular_respiration_107(X)) = fn_isomerization_reaction_1(fn_eukaryotic_cellular_respiration_108(X))
& fn_isomerization_reaction_1(fn_eukaryotic_cellular_respiration_108(X)) = fn_isomerization_reaction_1(fn_eukaryotic_cellular_respiration_108(X))
& fn_isomerization_reaction_1(fn_eukaryotic_cellular_respiration_108(X)) = fn_glycolysis_79(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_79(fn_eukaryotic_cellular_respiration_82(X)) = fn_citric_acid_cycle_9(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_9(fn_eukaryotic_cellular_respiration_95(X)) = fn_glycolysis_88(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_88(fn_eukaryotic_cellular_respiration_82(X)) = fn_glycolysis_88(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_88(fn_eukaryotic_cellular_respiration_82(X)) = fn_pyruvate_oxidation_7(fn_eukaryotic_cellular_respiration_94(X))
& fn_pyruvate_oxidation_7(fn_eukaryotic_cellular_respiration_94(X)) = fn_glycolysis_80(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_80(fn_eukaryotic_cellular_respiration_82(X)) = fn_glycolysis_80(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_80(fn_eukaryotic_cellular_respiration_82(X)) = fn_pyruvate_oxidation_52(fn_eukaryotic_cellular_respiration_94(X))
& fn_pyruvate_oxidation_52(fn_eukaryotic_cellular_respiration_94(X)) = fn_pyruvate_oxidation_52(fn_eukaryotic_cellular_respiration_94(X))
& fn_pyruvate_oxidation_52(fn_eukaryotic_cellular_respiration_94(X)) = fn_glycolysis_89(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_89(fn_eukaryotic_cellular_respiration_82(X)) = fn_glycolysis_89(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_89(fn_eukaryotic_cellular_respiration_82(X)) = fn_pyruvate_oxidation_5(fn_eukaryotic_cellular_respiration_94(X))
& fn_pyruvate_oxidation_5(fn_eukaryotic_cellular_respiration_94(X)) = fn_pyruvate_oxidation_5(fn_eukaryotic_cellular_respiration_94(X))
& fn_pyruvate_oxidation_5(fn_eukaryotic_cellular_respiration_94(X)) = fn_glycolysis_83(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_83(fn_eukaryotic_cellular_respiration_82(X)) = fn_pyruvate_oxidation_4(fn_eukaryotic_cellular_respiration_94(X))
& fn_pyruvate_oxidation_4(fn_eukaryotic_cellular_respiration_94(X)) = fn_pyruvate_oxidation_4(fn_eukaryotic_cellular_respiration_94(X))
& fn_pyruvate_oxidation_4(fn_eukaryotic_cellular_respiration_94(X)) = fn_cellular_respiration_43(X)
& fn_cellular_respiration_43(X) = fn_citric_acid_cycle_12(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_12(fn_eukaryotic_cellular_respiration_95(X)) = fn_citric_acid_cycle_12(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_12(fn_eukaryotic_cellular_respiration_95(X)) = fn_glycolysis_108(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_108(fn_eukaryotic_cellular_respiration_82(X)) = fn_glycolysis_108(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_108(fn_eukaryotic_cellular_respiration_82(X)) = fn_pyruvate_oxidation_7(fn_eukaryotic_cellular_respiration_94(X))
& fn_pyruvate_oxidation_7(fn_eukaryotic_cellular_respiration_94(X)) = fn_pyruvate_oxidation_7(fn_eukaryotic_cellular_respiration_94(X))
& fn_pyruvate_oxidation_7(fn_eukaryotic_cellular_respiration_94(X)) = fn_catabolic_pathway_6(fn_eukaryotic_cellular_respiration_69(X))
& fn_catabolic_pathway_6(fn_eukaryotic_cellular_respiration_69(X)) = fn_catabolic_pathway_6(X)
& fn_catabolic_pathway_6(X) = fn_glycolysis_70(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_70(fn_eukaryotic_cellular_respiration_82(X)) = fn_catabolic_pathway_6(fn_eukaryotic_cellular_respiration_95(X))
& fn_catabolic_pathway_6(fn_eukaryotic_cellular_respiration_95(X)) = fn_glycolysis_53(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_53(fn_eukaryotic_cellular_respiration_82(X)) = fn_glycolysis_91(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_91(fn_eukaryotic_cellular_respiration_82(X)) = fn_glycolysis_91(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_91(fn_eukaryotic_cellular_respiration_82(X)) = fn_mitochondrion_64(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_18(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrion_64(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_64(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrion_18(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_18(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrion_18(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_18(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrion_38(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_38(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrion_38(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_38(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrion_88(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_88(fn_eukaryotic_cellular_respiration_101(X)) = fn_polymer_7(fn_eukaryotic_cellular_respiration_126(X))
& fn_polymer_7(fn_eukaryotic_cellular_respiration_126(X)) = fn_polymer_7(fn_eukaryotic_cellular_respiration_126(X))
& fn_polymer_7(fn_eukaryotic_cellular_respiration_126(X)) = fn_biomembrane_56(fn_eukaryotic_cellular_respiration_71(X))
& fn_polymer_8(fn_eukaryotic_cellular_respiration_126(X)) = fn_biomembrane_56(fn_eukaryotic_cellular_respiration_71(X))
& fn_biomembrane_56(fn_eukaryotic_cellular_respiration_71(X)) = fn_polymer_8(fn_eukaryotic_cellular_respiration_126(X))
& fn_polymer_8(fn_eukaryotic_cellular_respiration_126(X)) = fn_polymer_8(fn_eukaryotic_cellular_respiration_126(X))
& fn_polymer_8(fn_eukaryotic_cellular_respiration_126(X)) = fn_mitochondrion_146(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_146(fn_eukaryotic_cellular_respiration_101(X)) = fn_oxidative_phosphorylation_44(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_44(fn_eukaryotic_cellular_respiration_96(X)) = fn_oxidative_phosphorylation_44(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_44(fn_eukaryotic_cellular_respiration_96(X)) = fn_atp_synthase_44(fn_eukaryotic_cellular_respiration_98(X))
& fn_atp_synthase_30(fn_eukaryotic_cellular_respiration_98(X)) = fn_atp_synthase_44(fn_eukaryotic_cellular_respiration_98(X))
& fn_atp_synthase_44(fn_eukaryotic_cellular_respiration_98(X)) = fn_atp_synthase_30(fn_eukaryotic_cellular_respiration_98(X))
& fn_mitochondrion_78(fn_eukaryotic_cellular_respiration_101(X)) = fn_atp_synthase_30(fn_eukaryotic_cellular_respiration_98(X))
& fn_atp_synthase_30(fn_eukaryotic_cellular_respiration_98(X)) = fn_mitochondrion_78(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_78(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrion_78(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_78(fn_eukaryotic_cellular_respiration_101(X)) = fn_oxidative_phosphorylation_19(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_19(fn_eukaryotic_cellular_respiration_96(X)) = fn_oxidative_phosphorylation_19(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_19(fn_eukaryotic_cellular_respiration_96(X)) = fn_mitochondrion_137(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_137(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrion_137(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_137(fn_eukaryotic_cellular_respiration_101(X)) = fn_eukaryotic_oxidative_phosphorylation_186(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_186(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_186(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_186(fn_eukaryotic_cellular_respiration_96(X)) = fn_electron_transport_chain_reaction_2(fn_eukaryotic_cellular_respiration_93(X))
& fn_electron_transport_chain_reaction_2(fn_eukaryotic_cellular_respiration_93(X)) = fn_mitochondrion_156(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_156(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrion_156(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_oxidative_phosphorylation_335(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_335(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_335(fn_eukaryotic_cellular_respiration_96(X)) = fn_mitochondrion_156(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_156(fn_eukaryotic_cellular_respiration_101(X)) = fn_eukaryotic_oxidative_phosphorylation_335(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_335(fn_eukaryotic_cellular_respiration_96(X)) = fn_oxidative_phosphorylation_17(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_17(fn_eukaryotic_cellular_respiration_96(X)) = fn_mitochondrion_153(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_153(fn_eukaryotic_cellular_respiration_101(X)) = fn_oxidative_phosphorylation_17(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_17(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_373(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_375(fn_eukaryotic_cellular_respiration_96(X)) = fn_mitochondrion_159(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_oxidative_phosphorylation_333(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_333(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_333(fn_eukaryotic_cellular_respiration_96(X)) = fn_mitochondrion_159(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_159(fn_eukaryotic_cellular_respiration_101(X)) = fn_eukaryotic_oxidative_phosphorylation_333(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_333(fn_eukaryotic_cellular_respiration_96(X)) = fn_cellular_respiration_63(X)
& fn_cellular_respiration_63(X) = fn_cellular_respiration_63(X)
& fn_cellular_respiration_63(X) = fn_mitochondrion_55(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_55(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrion_55(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_55(fn_eukaryotic_cellular_respiration_101(X)) = fn_detach_1(fn_eukaryotic_cellular_respiration_75(X))
& fn_detach_1(fn_eukaryotic_cellular_respiration_75(X)) = fn_mitochondrion_77(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_77(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrion_77(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_77(fn_eukaryotic_cellular_respiration_101(X)) = fn_oxidative_phosphorylation_43(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_43(fn_eukaryotic_cellular_respiration_96(X)) = fn_oxidative_phosphorylation_43(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_43(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_331(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_187(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_331(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_331(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_187(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_187(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_187(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_187(fn_eukaryotic_cellular_respiration_96(X)) = fn_chemiosmosis_12(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_12(fn_eukaryotic_cellular_respiration_100(X)) = fn_oxidative_phosphorylation_24(fn_eukaryotic_cellular_respiration_96(X))
& fn_chemiosmosis_64(fn_eukaryotic_cellular_respiration_100(X)) = fn_mitochondrion_67(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_67(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrion_67(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_67(fn_eukaryotic_cellular_respiration_101(X)) = fn_eukaryotic_oxidative_phosphorylation_203(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_203(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_203(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_203(fn_eukaryotic_cellular_respiration_96(X)) = fn_chemiosmosis_108(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_108(fn_eukaryotic_cellular_respiration_100(X)) = fn_chemiosmosis_108(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_108(fn_eukaryotic_cellular_respiration_100(X)) = fn_eukaryotic_oxidative_phosphorylation_191(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_191(fn_eukaryotic_cellular_respiration_96(X)) = fn_chemiosmosis_122(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_122(fn_eukaryotic_cellular_respiration_100(X)) = fn_chemiosmosis_122(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_122(fn_eukaryotic_cellular_respiration_100(X)) = fn_oxidative_phosphorylation_27(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_27(fn_eukaryotic_cellular_respiration_96(X)) = fn_chemiosmosis_10(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_10(fn_eukaryotic_cellular_respiration_100(X)) = fn_chemiosmosis_10(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_10(fn_eukaryotic_cellular_respiration_100(X)) = fn_eukaryotic_oxidative_phosphorylation_184(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_184(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_184(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_184(fn_eukaryotic_cellular_respiration_96(X)) = fn_chemiosmosis_9(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_9(fn_eukaryotic_cellular_respiration_100(X)) = fn_chemiosmosis_9(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_9(fn_eukaryotic_cellular_respiration_100(X)) = fn_oxidative_phosphorylation_24(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_24(fn_eukaryotic_cellular_respiration_96(X)) = fn_oxidative_phosphorylation_24(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_24(fn_eukaryotic_cellular_respiration_96(X)) = fn_chemiosmosis_64(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_64(fn_eukaryotic_cellular_respiration_100(X)) = fn_chemiosmosis_64(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_64(fn_eukaryotic_cellular_respiration_100(X)) = fn_oxidative_phosphorylation_20(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_20(fn_eukaryotic_cellular_respiration_96(X)) = fn_oxidative_phosphorylation_20(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_20(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_323(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_323(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_323(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_323(fn_eukaryotic_cellular_respiration_96(X)) = fn_chemiosmosis_102(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_102(fn_eukaryotic_cellular_respiration_100(X)) = fn_chemiosmosis_102(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_102(fn_eukaryotic_cellular_respiration_100(X)) = fn_biomembrane_15(fn_eukaryotic_cellular_respiration_104(X))
& fn_biomembrane_15(fn_eukaryotic_cellular_respiration_104(X)) = fn_biomembrane_15(fn_eukaryotic_cellular_respiration_104(X))
& fn_biomembrane_15(fn_eukaryotic_cellular_respiration_104(X)) = fn_oxidative_phosphorylation_48(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_48(fn_eukaryotic_cellular_respiration_96(X)) = fn_oxidative_phosphorylation_48(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_48(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_328(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_328(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_328(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_328(fn_eukaryotic_cellular_respiration_96(X)) = fn_chemiosmosis_123(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_123(fn_eukaryotic_cellular_respiration_100(X)) = fn_chemiosmosis_123(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_123(fn_eukaryotic_cellular_respiration_100(X)) = fn_eukaryotic_oxidative_phosphorylation_373(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_373(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_373(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_373(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_375(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_375(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_375(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_375(fn_eukaryotic_cellular_respiration_96(X)) = fn_chemiosmosis_30(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_30(fn_eukaryotic_cellular_respiration_100(X)) = fn_glycolysis_63(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_63(fn_eukaryotic_cellular_respiration_82(X)) = fn_glycolysis_63(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_63(fn_eukaryotic_cellular_respiration_82(X)) = fn_glycolysis_13(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_13(fn_eukaryotic_cellular_respiration_82(X)) = fn_glycolysis_13(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_13(fn_eukaryotic_cellular_respiration_82(X)) = fn_anabolic_pathway_6(fn_eukaryotic_cellular_respiration_15(X))
& fn_anabolic_pathway_6(fn_eukaryotic_cellular_respiration_15(X)) = fn_anabolic_pathway_6(fn_eukaryotic_cellular_respiration_15(X))
& fn_synthesis_of_atp_10(fn_eukaryotic_cellular_respiration_15(X)) = fn_anabolic_pathway_6(fn_eukaryotic_cellular_respiration_15(X))
& fn_anabolic_pathway_6(fn_eukaryotic_cellular_respiration_15(X)) = fn_synthesis_of_atp_10(fn_eukaryotic_cellular_respiration_15(X))
& fn_eukaryotic_oxidative_phosphorylation_197(fn_eukaryotic_cellular_respiration_96(X)) = fn_synthesis_of_atp_10(fn_eukaryotic_cellular_respiration_15(X))
& fn_synthesis_of_atp_10(fn_eukaryotic_cellular_respiration_15(X)) = fn_synthesis_of_atp_10(fn_eukaryotic_cellular_respiration_15(X))
& fn_synthesis_of_atp_10(fn_eukaryotic_cellular_respiration_15(X)) = fn_eukaryotic_oxidative_phosphorylation_197(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_197(fn_eukaryotic_cellular_respiration_96(X)) = fn_chemiosmosis_31(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_31(fn_eukaryotic_cellular_respiration_100(X)) = fn_chemiosmosis_31(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_31(fn_eukaryotic_cellular_respiration_100(X)) = fn_eukaryotic_oxidative_phosphorylation_185(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_185(fn_eukaryotic_cellular_respiration_96(X)) = fn_chemiosmosis_84(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_63(fn_eukaryotic_cellular_respiration_100(X)) = fn_mitochondrion_138(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_138(fn_eukaryotic_cellular_respiration_101(X)) = fn_oxidative_phosphorylation_40(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_40(fn_eukaryotic_cellular_respiration_96(X)) = fn_oxidative_phosphorylation_40(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_40(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_185(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_185(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_185(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_185(fn_eukaryotic_cellular_respiration_96(X)) = fn_chemiosmosis_63(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_63(fn_eukaryotic_cellular_respiration_100(X)) = fn_chemiosmosis_63(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_84(fn_eukaryotic_cellular_respiration_100(X)) = fn_chemiosmosis_63(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_63(fn_eukaryotic_cellular_respiration_100(X)) = fn_chemiosmosis_84(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_84(fn_eukaryotic_cellular_respiration_100(X)) = fn_chemiosmosis_84(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_84(fn_eukaryotic_cellular_respiration_100(X)) = fn_eukaryotic_oxidative_phosphorylation_117(fn_eukaryotic_cellular_respiration_96(X))
& fn_mitochondrion_71(fn_eukaryotic_cellular_respiration_101(X)) = fn_eukaryotic_oxidative_phosphorylation_117(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_117(fn_eukaryotic_cellular_respiration_96(X)) = fn_mitochondrion_71(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_71(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrion_71(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_71(fn_eukaryotic_cellular_respiration_101(X)) = fn_chemiosmosis_32(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_32(fn_eukaryotic_cellular_respiration_100(X)) = fn_eukaryotic_oxidative_phosphorylation_204(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_204(fn_eukaryotic_cellular_respiration_96(X)) = fn_chemiosmosis_111(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_111(fn_eukaryotic_cellular_respiration_100(X)) = fn_mitochondrion_54(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_oxidative_phosphorylation_325(fn_eukaryotic_cellular_respiration_96(X)) = fn_mitochondrion_54(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_54(fn_eukaryotic_cellular_respiration_101(X)) = fn_eukaryotic_oxidative_phosphorylation_325(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_325(fn_eukaryotic_cellular_respiration_96(X)) = fn_oxidative_phosphorylation_45(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_45(fn_eukaryotic_cellular_respiration_96(X)) = fn_oxidative_phosphorylation_45(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_45(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_329(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_329(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_329(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_329(fn_eukaryotic_cellular_respiration_96(X)) = fn_chemiosmosis_109(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_109(fn_eukaryotic_cellular_respiration_100(X)) = fn_chemiosmosis_109(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_109(fn_eukaryotic_cellular_respiration_100(X)) = fn_eukaryotic_oxidative_phosphorylation_331(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_331(fn_eukaryotic_cellular_respiration_96(X)) = fn_biomembrane_55(fn_eukaryotic_cellular_respiration_104(X))
& fn_biomembrane_55(fn_eukaryotic_cellular_respiration_104(X)) = fn_eukaryotic_oxidative_phosphorylation_331(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_331(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_331(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_331(fn_eukaryotic_cellular_respiration_96(X)) = fn_chemiosmosis_12(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_12(fn_eukaryotic_cellular_respiration_100(X)) = fn_atp_synthase_46(fn_eukaryotic_cellular_respiration_98(X))
& fn_mitochondrion_74(fn_eukaryotic_cellular_respiration_101(X)) = fn_atp_synthase_46(fn_eukaryotic_cellular_respiration_98(X))
& fn_atp_synthase_46(fn_eukaryotic_cellular_respiration_98(X)) = fn_atp_synthase_46(fn_eukaryotic_cellular_respiration_98(X))
& fn_atp_synthase_46(fn_eukaryotic_cellular_respiration_98(X)) = fn_mitochondrion_74(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_74(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrion_74(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_74(fn_eukaryotic_cellular_respiration_101(X)) = fn_oxidative_phosphorylation_18(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_18(fn_eukaryotic_cellular_respiration_96(X)) = fn_oxidative_phosphorylation_18(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_18(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_327(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_327(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_327(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_327(fn_eukaryotic_cellular_respiration_96(X)) = fn_chemiosmosis_119(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_119(fn_eukaryotic_cellular_respiration_100(X)) = fn_chemiosmosis_119(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_119(fn_eukaryotic_cellular_respiration_100(X)) = fn_mitochondrion_90(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrial_membrane_86(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrion_90(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_90(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrial_membrane_86(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_86(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrion_110(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_110(fn_eukaryotic_cellular_respiration_101(X)) = fn_membrane_protein_2(fn_eukaryotic_cellular_respiration_126(X))
& fn_membrane_protein_2(fn_eukaryotic_cellular_respiration_126(X)) = fn_mitochondrion_110(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_110(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrion_110(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrial_membrane_31(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrion_110(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_110(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrial_membrane_31(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_31(fn_eukaryotic_cellular_respiration_71(X)) = fn_eukaryotic_oxidative_phosphorylation_322(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_322(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_322(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_322(fn_eukaryotic_cellular_respiration_96(X)) = fn_mitochondrial_membrane_35(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_35(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrial_membrane_35(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_35(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrion_37(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_37(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrion_37(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrial_membrane_32(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrion_37(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_37(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrial_membrane_32(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_32(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrial_membrane_32(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_32(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrial_membrane_43(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_43(fn_eukaryotic_cellular_respiration_71(X)) = fn_biomembrane_14(fn_eukaryotic_cellular_respiration_104(X))
& fn_biomembrane_14(fn_eukaryotic_cellular_respiration_104(X)) = fn_mitochondrial_membrane_43(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_43(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrial_membrane_19(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_19(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrial_membrane_18(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_52(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrial_membrane_52(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_52(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrial_membrane_18(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_18(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrial_membrane_52(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_52(fn_eukaryotic_cellular_respiration_71(X)) = fn_membrane_protein_1(fn_eukaryotic_cellular_respiration_126(X))
& fn_membrane_protein_1(fn_eukaryotic_cellular_respiration_126(X)) = fn_membrane_protein_1(fn_eukaryotic_cellular_respiration_126(X))
& fn_membrane_protein_1(fn_eukaryotic_cellular_respiration_126(X)) = fn_mitochondrion_63(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_63(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrion_63(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_63(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrion_89(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrial_membrane_84(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrion_89(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_89(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrial_membrane_84(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_84(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrial_membrane_84(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_84(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrion_118(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrial_membrane_7(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrion_118(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_118(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrial_membrane_7(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_7(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrial_membrane_7(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_7(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrion_120(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_120(fn_eukaryotic_cellular_respiration_101(X)) = fn_biomembrane_48(fn_eukaryotic_cellular_respiration_104(X))
& fn_biomembrane_48(fn_eukaryotic_cellular_respiration_104(X)) = fn_biomembrane_48(fn_eukaryotic_cellular_respiration_104(X))
& fn_biomembrane_48(fn_eukaryotic_cellular_respiration_104(X)) = fn_mitochondrion_120(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_120(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrion_120(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_120(fn_eukaryotic_cellular_respiration_101(X)) = fn_eukaryotic_oxidative_phosphorylation_383(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_383(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_383(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_383(fn_eukaryotic_cellular_respiration_96(X)) = fn_mitochondrial_membrane_74(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_74(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrion_121(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_121(fn_eukaryotic_cellular_respiration_101(X)) = fn_biomembrane_72(fn_eukaryotic_cellular_respiration_104(X))
& fn_biomembrane_72(fn_eukaryotic_cellular_respiration_104(X)) = fn_biomembrane_72(fn_eukaryotic_cellular_respiration_104(X))
& fn_biomembrane_72(fn_eukaryotic_cellular_respiration_104(X)) = fn_mitochondrion_121(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_121(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrion_121(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_121(fn_eukaryotic_cellular_respiration_101(X)) = fn_eukaryotic_oxidative_phosphorylation_87(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_87(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_87(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_87(fn_eukaryotic_cellular_respiration_96(X)) = fn_mitochondrial_membrane_75(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_75(fn_eukaryotic_cellular_respiration_71(X)) = fn_eukaryotic_oxidative_phosphorylation_384(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_384(fn_eukaryotic_cellular_respiration_96(X)) = fn_mitochondrial_membrane_30(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_30(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrion_53(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_53(fn_eukaryotic_cellular_respiration_101(X)) = fn_atp_synthase_37(fn_eukaryotic_cellular_respiration_98(X))
& fn_atp_synthase_37(fn_eukaryotic_cellular_respiration_98(X)) = fn_atp_synthase_37(fn_eukaryotic_cellular_respiration_98(X))
& fn_atp_synthase_37(fn_eukaryotic_cellular_respiration_98(X)) = fn_mitochondrion_53(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_53(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrion_53(fn_eukaryotic_cellular_respiration_101(X))
& fn_eukaryotic_oxidative_phosphorylation_326(fn_eukaryotic_cellular_respiration_96(X)) = fn_mitochondrion_53(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_53(fn_eukaryotic_cellular_respiration_101(X)) = fn_eukaryotic_oxidative_phosphorylation_326(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_326(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_326(fn_eukaryotic_cellular_respiration_96(X))
& fn_mitochondrial_membrane_37(fn_eukaryotic_cellular_respiration_71(X)) = fn_eukaryotic_oxidative_phosphorylation_326(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_326(fn_eukaryotic_cellular_respiration_96(X)) = fn_mitochondrial_membrane_37(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_37(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrial_membrane_37(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_37(fn_eukaryotic_cellular_respiration_71(X)) = fn_glycolysis_78(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_78(fn_eukaryotic_cellular_respiration_82(X)) = fn_glycolysis_78(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_78(fn_eukaryotic_cellular_respiration_82(X)) = fn_pyruvate_oxidation_81(fn_eukaryotic_cellular_respiration_94(X))
& fn_pyruvate_oxidation_81(fn_eukaryotic_cellular_respiration_94(X)) = fn_pyruvate_oxidation_81(fn_eukaryotic_cellular_respiration_94(X))
& fn_pyruvate_oxidation_81(fn_eukaryotic_cellular_respiration_94(X)) = fn_nadh_5(fn_eukaryotic_cellular_respiration_111(X))
& fn_nadh_5(fn_eukaryotic_cellular_respiration_111(X)) = fn_nadh_5(fn_eukaryotic_cellular_respiration_111(X))
& fn_nadh_5(fn_eukaryotic_cellular_respiration_111(X)) = fn_cellular_respiration_56(X)
& fn_cellular_respiration_56(X) = fn_electron_shuttle_system_11(fn_eukaryotic_cellular_respiration_88(X))
& fn_electron_shuttle_system_11(fn_eukaryotic_cellular_respiration_88(X)) = fn_electron_shuttle_system_11(fn_eukaryotic_cellular_respiration_88(X))
& fn_electron_shuttle_system_11(fn_eukaryotic_cellular_respiration_88(X)) = fn_electron_shuttle_system_5(fn_eukaryotic_cellular_respiration_88(X))
& fn_electron_shuttle_system_5(fn_eukaryotic_cellular_respiration_88(X)) = fn_electron_shuttle_system_5(fn_eukaryotic_cellular_respiration_88(X))
& fn_electron_shuttle_system_5(fn_eukaryotic_cellular_respiration_88(X)) = fn_citric_acid_cycle_109(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_109(fn_eukaryotic_cellular_respiration_95(X)) = fn_citric_acid_cycle_109(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_109(fn_eukaryotic_cellular_respiration_95(X)) = fn_glycolysis_74(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_74(fn_eukaryotic_cellular_respiration_82(X)) = fn_transfer_1(fn_eukaryotic_cellular_respiration_86(X))
& fn_pyruvate_oxidation_84(fn_eukaryotic_cellular_respiration_94(X)) = fn_pyruvate_oxidation_84(fn_eukaryotic_cellular_respiration_94(X))
& fn_pyruvate_oxidation_84(fn_eukaryotic_cellular_respiration_94(X)) = fn_transfer_1(fn_eukaryotic_cellular_respiration_86(X))
& fn_transfer_1(fn_eukaryotic_cellular_respiration_86(X)) = fn_pyruvate_oxidation_84(fn_eukaryotic_cellular_respiration_94(X))
& fn_pyruvate_oxidation_84(fn_eukaryotic_cellular_respiration_94(X)) = fn_organic_molecule_1(fn_eukaryotic_cellular_respiration_106(X))
& fn_organic_molecule_1(fn_eukaryotic_cellular_respiration_106(X)) = fn_citric_acid_cycle_125(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_125(fn_eukaryotic_cellular_respiration_95(X)) = fn_citric_acid_cycle_125(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_125(fn_eukaryotic_cellular_respiration_95(X)) = fn_acetyl_coa_19(fn_eukaryotic_cellular_respiration_106(X))
& fn_acetyl_coa_19(fn_eukaryotic_cellular_respiration_106(X)) = fn_acetyl_coa_19(fn_eukaryotic_cellular_respiration_106(X))
& fn_acetyl_coa_19(fn_eukaryotic_cellular_respiration_106(X)) = fn_citric_acid_cycle_108(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_108(fn_eukaryotic_cellular_respiration_95(X)) = fn_citric_acid_cycle_108(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_108(fn_eukaryotic_cellular_respiration_95(X)) = fn_pyruvate_oxidation_87(fn_eukaryotic_cellular_respiration_94(X))
& fn_pyruvate_oxidation_87(fn_eukaryotic_cellular_respiration_94(X)) = fn_pyruvate_oxidation_87(fn_eukaryotic_cellular_respiration_94(X))
& fn_pyruvate_oxidation_87(fn_eukaryotic_cellular_respiration_94(X)) = fn_cellular_respiration_65(X)
& fn_cellular_respiration_65(X) = fn_citric_acid_cycle_105(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_105(fn_eukaryotic_cellular_respiration_95(X)) = fn_citric_acid_cycle_105(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_105(fn_eukaryotic_cellular_respiration_95(X)) = fn_cellular_respiration_56(X)
& fn_cellular_respiration_56(X) = fn_chemical_reaction_1(fn_eukaryotic_cellular_respiration_96(X))
& fn_chemical_reaction_1(fn_eukaryotic_cellular_respiration_96(X)) = fn_cellular_respiration_56(X)
& fn_cellular_respiration_56(X) = fn_cellular_respiration_56(X)
& fn_cellular_respiration_56(X) = fn_glycolysis_74(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_74(fn_eukaryotic_cellular_respiration_82(X)) = fn_glycolysis_74(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_74(fn_eukaryotic_cellular_respiration_82(X)) = fn_nad_plus_1(fn_eukaryotic_cellular_respiration_23(X))
& fn_nad_plus_1(fn_eukaryotic_cellular_respiration_23(X)) = fn_nad_plus_1(fn_eukaryotic_cellular_respiration_23(X))
& fn_nad_plus_1(fn_eukaryotic_cellular_respiration_23(X)) = fn_biomembrane_41(fn_eukaryotic_cellular_respiration_104(X))
& fn_biomembrane_41(fn_eukaryotic_cellular_respiration_104(X)) = fn_biomembrane_47(fn_eukaryotic_cellular_respiration_104(X))
& fn_biomembrane_47(fn_eukaryotic_cellular_respiration_104(X)) = fn_biomembrane_41(fn_eukaryotic_cellular_respiration_104(X))
& fn_biomembrane_41(fn_eukaryotic_cellular_respiration_104(X)) = fn_biomembrane_41(fn_eukaryotic_cellular_respiration_104(X))
& fn_biomembrane_41(fn_eukaryotic_cellular_respiration_104(X)) = fn_mitochondrial_membrane_67(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_67(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrial_membrane_67(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_67(fn_eukaryotic_cellular_respiration_71(X)) = fn_atp_synthase_11(fn_eukaryotic_cellular_respiration_98(X))
& fn_atp_synthase_11(fn_eukaryotic_cellular_respiration_98(X)) = fn_atp_synthase_11(fn_eukaryotic_cellular_respiration_98(X))
& fn_atp_synthase_11(fn_eukaryotic_cellular_respiration_98(X)) = fn_atp_synthase_30(fn_eukaryotic_cellular_respiration_98(X))
& fn_biomembrane_52(fn_eukaryotic_cellular_respiration_104(X)) = fn_atp_synthase_30(fn_eukaryotic_cellular_respiration_98(X))
& fn_atp_synthase_30(fn_eukaryotic_cellular_respiration_98(X)) = fn_biomembrane_52(fn_eukaryotic_cellular_respiration_104(X))
& fn_biomembrane_52(fn_eukaryotic_cellular_respiration_104(X)) = fn_eukaryotic_oxidative_phosphorylation_188(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_188(fn_eukaryotic_cellular_respiration_96(X)) = fn_atp_synthase_30(fn_eukaryotic_cellular_respiration_98(X))
& fn_atp_synthase_30(fn_eukaryotic_cellular_respiration_98(X)) = fn_atp_synthase_30(fn_eukaryotic_cellular_respiration_98(X))
& fn_atp_synthase_30(fn_eukaryotic_cellular_respiration_98(X)) = fn_eukaryotic_oxidative_phosphorylation_188(fn_eukaryotic_cellular_respiration_96(X))
& fn_chemiosmosis_107(fn_eukaryotic_cellular_respiration_100(X)) = fn_eukaryotic_oxidative_phosphorylation_188(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_188(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_188(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_188(fn_eukaryotic_cellular_respiration_96(X)) = fn_chemiosmosis_107(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_107(fn_eukaryotic_cellular_respiration_100(X)) = fn_chemiosmosis_107(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_107(fn_eukaryotic_cellular_respiration_100(X)) = fn_mitochondrial_membrane_69(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_69(fn_eukaryotic_cellular_respiration_71(X)) = fn_mitochondrial_membrane_69(fn_eukaryotic_cellular_respiration_71(X))
& fn_atp_synthase_44(fn_eukaryotic_cellular_respiration_98(X)) = fn_atp_synthase_44(fn_eukaryotic_cellular_respiration_98(X))
& fn_atp_synthase_44(fn_eukaryotic_cellular_respiration_98(X)) = fn_mitochondrial_membrane_69(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_69(fn_eukaryotic_cellular_respiration_71(X)) = fn_atp_synthase_44(fn_eukaryotic_cellular_respiration_98(X))
& fn_atp_synthase_44(fn_eukaryotic_cellular_respiration_98(X)) = fn_oxidative_phosphorylation_33(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_33(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_200(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_200(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_200(fn_eukaryotic_cellular_respiration_96(X))
& fn_atp_synthase_35(fn_eukaryotic_cellular_respiration_98(X)) = fn_eukaryotic_oxidative_phosphorylation_200(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_200(fn_eukaryotic_cellular_respiration_96(X)) = fn_atp_synthase_35(fn_eukaryotic_cellular_respiration_98(X))
& fn_atp_synthase_35(fn_eukaryotic_cellular_respiration_98(X)) = fn_mitochondrion_70(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_70(fn_eukaryotic_cellular_respiration_101(X)) = fn_protein_complex_1(fn_eukaryotic_cellular_respiration_98(X))
& fn_protein_complex_1(fn_eukaryotic_cellular_respiration_98(X)) = fn_mitochondrion_70(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_70(fn_eukaryotic_cellular_respiration_101(X)) = fn_eukaryotic_oxidative_phosphorylation_199(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_199(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_199(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_199(fn_eukaryotic_cellular_respiration_96(X)) = fn_chemiosmosis_104(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_104(fn_eukaryotic_cellular_respiration_100(X)) = fn_chemiosmosis_104(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_104(fn_eukaryotic_cellular_respiration_100(X)) = fn_atp_synthase_13(fn_eukaryotic_cellular_respiration_98(X))
& fn_atp_synthase_13(fn_eukaryotic_cellular_respiration_98(X)) = fn_biomembrane_63(fn_eukaryotic_cellular_respiration_104(X))
& fn_biomembrane_63(fn_eukaryotic_cellular_respiration_104(X)) = fn_mitochondrial_membrane_72(fn_eukaryotic_cellular_respiration_71(X))
& fn_atp_synthase_40(fn_eukaryotic_cellular_respiration_98(X)) = fn_mitochondrial_membrane_72(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_72(fn_eukaryotic_cellular_respiration_71(X)) = fn_atp_synthase_40(fn_eukaryotic_cellular_respiration_98(X))
& fn_atp_synthase_40(fn_eukaryotic_cellular_respiration_98(X)) = fn_eukaryotic_oxidative_phosphorylation_198(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_198(fn_eukaryotic_cellular_respiration_96(X)) = fn_chemiosmosis_101(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_101(fn_eukaryotic_cellular_respiration_100(X)) = fn_chemiosmosis_101(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_101(fn_eukaryotic_cellular_respiration_100(X)) = fn_atp_synthase_32(fn_eukaryotic_cellular_respiration_98(X))
& fn_atp_synthase_32(fn_eukaryotic_cellular_respiration_98(X)) = fn_mitochondrion_59(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_59(fn_eukaryotic_cellular_respiration_101(X)) = fn_mitochondrion_59(fn_eukaryotic_cellular_respiration_101(X))
& fn_mitochondrion_59(fn_eukaryotic_cellular_respiration_101(X)) = fn_oxidative_phosphorylation_14(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_118(fn_eukaryotic_cellular_respiration_96(X)) = fn_oxidative_phosphorylation_14(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_14(fn_eukaryotic_cellular_respiration_96(X)) = fn_oxidative_phosphorylation_14(fn_eukaryotic_cellular_respiration_96(X))
& fn_oxidative_phosphorylation_14(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_118(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_118(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_118(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_192(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_118(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_118(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_192(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_192(fn_eukaryotic_cellular_respiration_96(X)) = fn_eukaryotic_oxidative_phosphorylation_192(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_192(fn_eukaryotic_cellular_respiration_96(X)) = fn_chemiosmosis_115(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_115(fn_eukaryotic_cellular_respiration_100(X)) = fn_chemiosmosis_115(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_115(fn_eukaryotic_cellular_respiration_100(X)) = fn_chemiosmosis_65(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_65(fn_eukaryotic_cellular_respiration_100(X)) = fn_chemiosmosis_65(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_65(fn_eukaryotic_cellular_respiration_100(X)) = fn_mitochondrial_membrane_36(fn_eukaryotic_cellular_respiration_71(X))
& fn_mitochondrial_membrane_36(fn_eukaryotic_cellular_respiration_71(X)) = fn_anabolic_pathway_4(fn_eukaryotic_cellular_respiration_15(X))
& fn_anabolic_pathway_4(fn_eukaryotic_cellular_respiration_15(X)) = fn_chemiosmosis_35(fn_eukaryotic_cellular_respiration_100(X))
& fn_synthesis_of_atp_23(fn_eukaryotic_cellular_respiration_15(X)) = fn_chemiosmosis_35(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_35(fn_eukaryotic_cellular_respiration_100(X)) = fn_synthesis_of_atp_23(fn_eukaryotic_cellular_respiration_15(X))
& fn_synthesis_of_atp_23(fn_eukaryotic_cellular_respiration_15(X)) = fn_synthesis_of_atp_23(fn_eukaryotic_cellular_respiration_15(X))
& fn_synthesis_of_atp_23(fn_eukaryotic_cellular_respiration_15(X)) = fn_cellular_respiration_36(X)
& fn_cellular_respiration_36(X) = fn_cellular_respiration_36(X)
& fn_cellular_respiration_36(X) = fn_citric_acid_cycle_19(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_19(fn_eukaryotic_cellular_respiration_95(X)) = fn_citric_acid_cycle_19(fn_eukaryotic_cellular_respiration_95(X))
& fn_citric_acid_cycle_19(fn_eukaryotic_cellular_respiration_95(X)) = fn_glycolysis_75(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_75(fn_eukaryotic_cellular_respiration_82(X)) = fn_glycolysis_75(fn_eukaryotic_cellular_respiration_82(X))
& fn_glycolysis_75(fn_eukaryotic_cellular_respiration_82(X)) = fn_synthesis_of_organic_molecule_1(fn_eukaryotic_cellular_respiration_15(X))
& fn_eukaryotic_oxidative_phosphorylation_336(fn_eukaryotic_cellular_respiration_96(X)) = fn_synthesis_of_organic_molecule_1(fn_eukaryotic_cellular_respiration_15(X))
& fn_synthesis_of_organic_molecule_1(fn_eukaryotic_cellular_respiration_15(X)) = fn_eukaryotic_oxidative_phosphorylation_336(fn_eukaryotic_cellular_respiration_96(X))
& fn_eukaryotic_oxidative_phosphorylation_336(fn_eukaryotic_cellular_respiration_96(X)) = fn_chemiosmosis_100(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_100(fn_eukaryotic_cellular_respiration_100(X)) = fn_chemiosmosis_100(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_100(fn_eukaryotic_cellular_respiration_100(X)) = fn_synthesis_of_atp_13(fn_eukaryotic_cellular_respiration_15(X))
& fn_synthesis_of_atp_13(fn_eukaryotic_cellular_respiration_15(X)) = fn_synthesis_of_atp_13(fn_eukaryotic_cellular_respiration_15(X))
& fn_synthesis_of_atp_13(fn_eukaryotic_cellular_respiration_15(X)) = fn_chemiosmosis_34(fn_eukaryotic_cellular_respiration_100(X))
& fn_chemiosmosis_34(fn_eukaryotic_cellular_respiration_100(X)) = fn_synthesis_of_atp_6(fn_eukaryotic_cellular_respiration_15(X)) ) ) ).
fof(a529411,axiom,
! [X] :
( eukaryotic_chromatin_1(X)
=> ( original_name_2(X,'Eukaryotic-Chromatin')
& user_description_2(X,'The genetic material composed of DNA and histone protein that condense to form chromosomes during eukaryotic cell division.')
& concept2words_2(X,'eukaryotic chromatin')
& concept2words_2(X,'eukaryotic-chromatin')
& chromosome_1(X)
& ~ prokaryotic_chromatin_1(X)
& chromosome_arm_1(fn_eukaryotic_chromatin_1(X))
& chromosome_arm_1(fn_eukaryotic_chromatin_2(X))
& structural_complexity_value_1(fn_eukaryotic_chromatin_3(X))
& length_value_1(fn_eukaryotic_chromatin_5(X))
& length_value_1(fn_eukaryotic_chromatin_6(X))
& size_value_1(fn_eukaryotic_chromatin_7(X))
& chromatin_packing_1(fn_eukaryotic_chromatin_8(X))
& centromere_1(fn_eukaryotic_chromatin_12(X))
& histone_1(fn_eukaryotic_chromatin_13(X))
& attach_1(fn_eukaryotic_chromatin_14(X))
& condense_1(fn_eukaryotic_chromatin_15(X))
& tangible_entity_1(fn_condense_1(fn_eukaryotic_chromatin_15(X)))
& spatial_entity_1(fn_attach_1(fn_eukaryotic_chromatin_14(X)))
& is_between_2(fn_eukaryotic_chromatin_12(X),fn_eukaryotic_chromatin_1(X))
& is_between_2(fn_eukaryotic_chromatin_12(X),fn_eukaryotic_chromatin_2(X))
& has_part_2(X,fn_eukaryotic_chromatin_1(X))
& has_part_2(X,fn_eukaryotic_chromatin_2(X))
& structural_complexity_2(X,fn_eukaryotic_chromatin_3(X))
& size_2(X,fn_eukaryotic_chromatin_7(X))
& length_2(X,fn_eukaryotic_chromatin_6(X))
& thickness_2(X,fn_eukaryotic_chromatin_5(X))
& the_scalar_value_2(fn_eukaryotic_chromatin_3(X),complex_0)
& scalar_unit_class_2(fn_eukaryotic_chromatin_3(X),prokaryotic_chromatin_0)
& result_2(fn_eukaryotic_chromatin_14(X),X)
& object_2(fn_eukaryotic_chromatin_15(X),X)
& the_scalar_value_2(fn_eukaryotic_chromatin_5(X),thin_0)
& scalar_unit_class_2(fn_eukaryotic_chromatin_5(X),chromosome_0)
& the_scalar_value_2(fn_eukaryotic_chromatin_6(X),long_0)
& scalar_unit_class_2(fn_eukaryotic_chromatin_6(X),chromosome_0)
& result_2(fn_eukaryotic_chromatin_8(X),X)
& object_2(fn_eukaryotic_chromatin_14(X),fn_eukaryotic_chromatin_13(X))
& has_part_2(X,fn_eukaryotic_chromatin_13(X))
& base_2(fn_eukaryotic_chromatin_15(X),X)
& has_region_2(X,fn_eukaryotic_chromatin_12(X))
& fn_eukaryotic_chromatin_13(X) = fn_attach_1(fn_eukaryotic_chromatin_14(X))
& fn_eukaryotic_chromatin_13(X) = fn_chromosome_3(X)
& X = fn_condense_1(fn_eukaryotic_chromatin_15(X))
& fn_eukaryotic_chromatin_12(X) = fn_chromosome_6(X)
& fn_attach_1(fn_eukaryotic_chromatin_14(X)) = fn_chromosome_3(X) ) ) ).
fof(a529412,axiom,
! [X] :
( eukaryotic_chromosome_1(X)
=> ( original_name_2(X,'Eukaryotic-Chromosome')
& user_description_2(X,'A chromosome present in eukaryotic cells.')
& concept2words_2(X,'eukaryotic chromosome')
& concept2words_2(X,'eukaryotic-chromosome')
& chromosome_1(X)
& ~ prokaryotic_chromosome_1(X)
& ~ chromosome_fragment_1(X)
& ~ defective_chromosome_1(X)
& shape_value_1(fn_eukaryotic_chromosome_2(X))
& entity_1(fn_eukaryotic_chromosome_3(X))
& dna_1(fn_eukaryotic_chromosome_3(X))
& polymer_1(fn_eukaryotic_chromosome_3(X))
& telomere_1(fn_eukaryotic_chromosome_4(X))
& end_1(fn_eukaryotic_chromosome_5(X))
& length_value_1(fn_eukaryotic_chromosome_6(X))
& property_node_1(fn_polymer_2(fn_eukaryotic_chromosome_3(X)))
& length_value_1(fn_polymer_3(fn_eukaryotic_chromosome_3(X)))
& end_1(fn_telomere_1(fn_eukaryotic_chromosome_4(X)))
& eukaryotic_chromosome_1(fn_telomere_3(fn_eukaryotic_chromosome_4(X)))
& shape_2(fn_eukaryotic_chromosome_3(X),fn_eukaryotic_chromosome_2(X))
& the_scalar_value_2(fn_eukaryotic_chromosome_6(X),long_0)
& scalar_unit_class_2(fn_eukaryotic_chromosome_6(X),nucleic_acid_0)
& the_categorical_value_2(fn_eukaryotic_chromosome_2(X),line_0)
& has_part_2(X,fn_eukaryotic_chromosome_3(X))
& length_2(fn_eukaryotic_chromosome_3(X),fn_eukaryotic_chromosome_6(X))
& is_at_2(fn_eukaryotic_chromosome_4(X),fn_eukaryotic_chromosome_5(X))
& has_region_2(X,fn_eukaryotic_chromosome_5(X))
& has_part_2(X,fn_eukaryotic_chromosome_4(X))
& fn_eukaryotic_chromosome_3(X) = fn_chromosome_4(X)
& fn_eukaryotic_chromosome_7(X) = fn_polymer_2(fn_eukaryotic_chromosome_3(X))
& fn_eukaryotic_chromosome_6(X) = fn_polymer_3(fn_eukaryotic_chromosome_3(X))
& X = fn_telomere_3(fn_eukaryotic_chromosome_4(X))
& fn_eukaryotic_chromosome_5(X) = fn_telomere_1(fn_eukaryotic_chromosome_4(X))
& fn_telomere_3(fn_eukaryotic_chromosome_4(X)) = fn_telomere_3(fn_eukaryotic_chromosome_4(X)) ) ) ).
fof(a529413,axiom,
! [X] :
( eukaryotic_cilium_1(X)
=> ( original_name_2(X,'Eukaryotic-Cilium')
& user_description_2(X,'Cilium present on the eukaryotic cell.')
& concept2words_2(X,'eukaryotic cilia')
& concept2words_2(X,'eukaryotic cilium')
& concept2words_2(X,'eukaryotic-cilium')
& cilium_1(X)
& molecular_assembly_1(fn_eukaryotic_cilium_1(X))
& eukaryotic_cell_1(fn_eukaryotic_cilium_2(X))
& center_1(fn_eukaryotic_cilium_3(X))
& periphery_1(fn_eukaryotic_cilium_4(X))
& microtubule_doublet_1(fn_eukaryotic_cilium_5(X))
& microtubule_doublet_1(fn_eukaryotic_cilium_6(X))
& element_2(fn_eukaryotic_cilium_1(X),fn_eukaryotic_cilium_6(X))
& element_2(fn_eukaryotic_cilium_1(X),fn_eukaryotic_cilium_5(X))
& exactCardinality(fn_eukaryotic_cilium_1(X),element_0,"9",microtubule_doublet_0)
& has_region_2(fn_eukaryotic_cilium_1(X),fn_eukaryotic_cilium_4(X))
& has_region_2(fn_eukaryotic_cilium_1(X),fn_eukaryotic_cilium_3(X))
& has_part_2(X,fn_eukaryotic_cilium_1(X))
& has_part_2(fn_eukaryotic_cilium_2(X),X)
& is_at_2(fn_eukaryotic_cilium_5(X),fn_eukaryotic_cilium_4(X))
& called_2(fn_eukaryotic_cilium_5(X),'MD2')
& is_at_2(fn_eukaryotic_cilium_6(X),fn_eukaryotic_cilium_4(X))
& called_2(fn_eukaryotic_cilium_6(X),'MD1') ) ) ).
fof(a529414,axiom,
! [X] :
( eukaryotic_clade_1(X)
=> ( original_name_2(X,'Eukaryotic-Clade')
& user_description_2(X,'The group of eukaryotic species that includes an ancestral species and all its descendants.')
& concept2words_2(X,'eukaryotic clade')
& concept2words_2(X,'eukaryotic-clade')
& clade_1(X) ) ) ).
fof(a529415,axiom,
! [X] :
( eukaryotic_flagellum_1(X)
=> ( original_name_2(X,'Eukaryotic-Flagellum')
& user_description_2(X,'Flagellum present at the eukaryotic cell.')
& concept2words_2(X,'eukaryotic flagellum')
& concept2words_2(X,'eukaryotic-flagellum')
& flagellum_1(X)
& eukaryotic_cell_1(fn_eukaryotic_flagellum_1(X))
& has_part_2(fn_eukaryotic_flagellum_1(X),X)
& fn_eukaryotic_flagellum_1(X) = fn_flagellum_35(X) ) ) ).
fof(a529416,axiom,
! [X] :
( eukaryotic_gene_1(X)
=> ( original_name_2(X,'Eukaryotic-Gene')
& user_description_2(X,'A gene of a eukaryotic organism.')
& concept2words_2(X,'eukaryotic gene')
& concept2words_2(X,'eukaryotic-gene')
& gene_1(X) ) ) ).
fof(a529417,axiom,
! [X] :
( eukaryotic_gene_activation_1(X)
=> ( original_name_2(X,'Eukaryotic-Gene-Activation')
& user_description_2(X,'The process of activation of a eukaryotic gene so that it is expressed at a particular time and location.')
& concept2words_2(X,activate)
& concept2words_2(X,'eukaryotic gene activation')
& concept2words_2(X,'eukaryotic-gene-activation')
& gene_activation_1(X)
& eukaryotic_gene_1(fn_eukaryotic_gene_activation_1(X))
& object_2(X,fn_eukaryotic_gene_activation_1(X))
& fn_eukaryotic_gene_activation_1(X) = fn_gene_activation_10(X) ) ) ).
fof(a529418,axiom,
! [X,X1] :
( ( base_2(X,X1)
& gene_expression_1(X)
& eukaryotic_cell_1(X1) )
=> ( eukaryotic_gene_expression_1(X)
& fn_eukaryotic_gene_expression_1(X) = X1 ) ) ).
fof(a529419,axiom,
! [X] :
( eukaryotic_gene_expression_1(X)
=> ( original_name_2(X,'Eukaryotic-Gene-Expression')
& user_description_2(X,'The process by which DNA directs the synthesis of proteins or, in some cases, just RNAs, in eukaryotic cells.')
& concept2words_2(X,express)
& concept2words_2(X,'eukaryotic gene expression')
& concept2words_2(X,'eukaryotic-gene-expression')
& gene_expression_1(X)
& eukaryotic_cell_1(fn_eukaryotic_gene_expression_1(X))
& base_2(X,fn_eukaryotic_gene_expression_1(X)) ) ) ).
fof(a529420,axiom,
! [X] :
( eukaryotic_gene_regulation_1(X)
=> ( original_name_2(X,'Eukaryotic-Gene-Regulation')
& user_description_2(X,'The regulation of gene transcription in eukaryotic cells.')
& concept2words_2(X,'eukaryotic regulation of transcription')
& concept2words_2(X,'eukaryotic transcription regulation')
& concept2words_2(X,regulate)
& concept2words_2(X,'eukaryotic gene regulation')
& concept2words_2(X,'eukaryotic-gene-regulation')
& gene_regulation_1(X)
& eukaryotic_gene_1(fn_eukaryotic_gene_regulation_1(X))
& object_2(X,fn_eukaryotic_gene_regulation_1(X))
& fn_eukaryotic_gene_regulation_1(X) = fn_gene_regulation_1(X) ) ) ).
fof(a529421,axiom,
! [X] :
( eukaryotic_genome_1(X)
=> ( original_name_2(X,'Eukaryotic-Genome')
& user_description_2(X,'The complete complement of a eukaryotic organism\'s genes along with its noncoding nucleic acid sequences.')
& concept2words_2(X,'eukaryotic genome')
& concept2words_2(X,'eukaryotic-genome')
& genome_1(X) ) ) ).
fof(a529422,axiom,
! [X] :
( eukaryotic_lagging_strand_1(X)
=> ( original_name_2(X,'Eukaryotic-Lagging-Strand')
& user_description_2(X,'The eukaryotic lagging strand is the new discontinuous complementary DNA strand synthesized along the template strand as the overall direction of replication is opposite to the lagging strand\'s 5\' to 3\' direction.')
& concept2words_2(X,'eukaryotic lagging strand')
& concept2words_2(X,'eukaryotic-lagging-strand')
& lagging_strand_1(X)
& dna_replication_in_eukaryotes_1(fn_eukaryotic_lagging_strand_1(X))
& role_1(fn_eukaryotic_lagging_strand_2(X))
& nitrogen_1(fn_eukaryotic_lagging_strand_3(X))
& entity_1(fn_eukaryotic_lagging_strand_3(X))
& atom_1(fn_eukaryotic_lagging_strand_3(X))
& chemical_entity_1(fn_eukaryotic_lagging_strand_3(X))
& number_5_prime_carbon_1(fn_eukaryotic_lagging_strand_4(X))
& organic_molecule_1(fn_eukaryotic_lagging_strand_5(X))
& nucleoside_1(fn_eukaryotic_lagging_strand_5(X))
& deoxyribose_1(fn_eukaryotic_lagging_strand_6(X))
& monomer_1(fn_eukaryotic_lagging_strand_7(X))
& deoxyribonucleoside_monophosphate_1(fn_eukaryotic_lagging_strand_7(X))
& nitrogen_1(fn_nucleoside_8(fn_eukaryotic_lagging_strand_5(X)))
& entity_1(fn_nucleoside_8(fn_eukaryotic_lagging_strand_5(X)))
& atom_1(fn_nucleoside_8(fn_eukaryotic_lagging_strand_5(X)))
& chemical_entity_1(fn_nucleoside_8(fn_eukaryotic_lagging_strand_5(X)))
& entity_1(fn_nucleoside_7(fn_eukaryotic_lagging_strand_5(X)))
& chemical_entity_1(fn_nucleoside_7(fn_eukaryotic_lagging_strand_5(X)))
& atom_1(fn_nucleoside_7(fn_eukaryotic_lagging_strand_5(X)))
& carbon_1(fn_nucleoside_7(fn_eukaryotic_lagging_strand_5(X)))
& spatial_entity_1(fn_nucleoside_20(fn_eukaryotic_lagging_strand_5(X)))
& molecule_1(fn_nucleoside_20(fn_eukaryotic_lagging_strand_5(X)))
& organic_molecule_1(fn_nucleoside_20(fn_eukaryotic_lagging_strand_5(X)))
& pentose_1(fn_nucleoside_20(fn_eukaryotic_lagging_strand_5(X)))
& plays_2(X,fn_eukaryotic_lagging_strand_2(X))
& in_event_2(fn_eukaryotic_lagging_strand_2(X),fn_eukaryotic_lagging_strand_1(X))
& has_part_2(X,fn_eukaryotic_lagging_strand_7(X))
& has_part_2(fn_eukaryotic_lagging_strand_7(X),fn_eukaryotic_lagging_strand_5(X))
& has_part_2(fn_eukaryotic_lagging_strand_6(X),fn_eukaryotic_lagging_strand_4(X))
& has_part_2(fn_eukaryotic_lagging_strand_5(X),fn_eukaryotic_lagging_strand_6(X))
& fn_eukaryotic_lagging_strand_5(X) = fn_dna_strand_60(X)
& fn_eukaryotic_lagging_strand_7(X) = fn_polymer_4(X)
& fn_eukaryotic_lagging_strand_7(X) = fn_dna_strand_68(X)
& fn_eukaryotic_lagging_strand_3(X) = fn_nucleoside_8(fn_eukaryotic_lagging_strand_5(X))
& fn_eukaryotic_lagging_strand_4(X) = fn_nucleoside_7(fn_eukaryotic_lagging_strand_5(X))
& fn_eukaryotic_lagging_strand_6(X) = fn_nucleoside_20(fn_eukaryotic_lagging_strand_5(X))
& fn_dna_strand_68(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_dna_strand_68(X) ) ) ).
fof(a529423,axiom,
! [X] :
( eukaryotic_light_reaction_1(X)
=> ( original_name_2(X,'Eukaryotic-Light-Reaction')
& user_description_2(X,'The light-dependent reactions of photosynthesis in a eukaryotic organism.')
& concept2words_2(X,'eukaryotic light reaction')
& concept2words_2(X,'eukaryotic-light-reaction')
& light_reaction_1(X)
& thylakoid_membrane_1(fn_eukaryotic_light_reaction_1(X))
& spatial_entity_1(fn_eukaryotic_light_reaction_1(X))
& biomembrane_1(fn_eukaryotic_light_reaction_1(X))
& exergonic_process_1(fn_eukaryotic_light_reaction_2(X))
& facilitated_diffusion_of_ion_1(fn_eukaryotic_light_reaction_2(X))
& spontaneous_change_1(fn_eukaryotic_light_reaction_2(X))
& passive_transport_1(fn_eukaryotic_light_reaction_2(X))
& facilitated_diffusion_1(fn_eukaryotic_light_reaction_2(X))
& aqueous_solution_1(fn_eukaryotic_light_reaction_3(X))
& hypotonic_solution_1(fn_eukaryotic_light_reaction_3(X))
& chloroplast_1(fn_eukaryotic_light_reaction_4(X))
& thylakoid_1(fn_eukaryotic_light_reaction_5(X))
& granum_1(fn_eukaryotic_light_reaction_6(X))
& cell_1(fn_eukaryotic_light_reaction_7(X))
& plant_cell_1(fn_eukaryotic_light_reaction_7(X))
& chemical_1(fn_eukaryotic_light_reaction_8(X))
& chemical_1(fn_eukaryotic_light_reaction_9(X))
& water_1(fn_eukaryotic_light_reaction_9(X))
& thylakoid_space_1(fn_eukaryotic_light_reaction_10(X))
& thylakoid_1(fn_eukaryotic_light_reaction_11(X))
& thylakoid_1(fn_eukaryotic_light_reaction_12(X))
& mixture_1(fn_eukaryotic_light_reaction_13(X))
& aqueous_solution_1(fn_eukaryotic_light_reaction_13(X))
& stroma_1(fn_eukaryotic_light_reaction_13(X))
& inorganic_phosphate_1(fn_eukaryotic_light_reaction_14(X))
& chemical_entity_1(fn_eukaryotic_light_reaction_15(X))
& organic_molecule_1(fn_eukaryotic_light_reaction_15(X))
& adp_1(fn_eukaryotic_light_reaction_15(X))
& organic_molecule_1(fn_eukaryotic_light_reaction_16(X))
& molecule_1(fn_eukaryotic_light_reaction_16(X))
& chemical_entity_1(fn_eukaryotic_light_reaction_16(X))
& ribonucleotide_1(fn_eukaryotic_light_reaction_16(X))
& nucleoside_triphosphate_1(fn_eukaryotic_light_reaction_16(X))
& atp_1(fn_eukaryotic_light_reaction_16(X))
& chemiosmosis_1(fn_eukaryotic_light_reaction_17(X))
& endergonic_process_1(fn_eukaryotic_light_reaction_18(X))
& chemical_reaction_1(fn_eukaryotic_light_reaction_18(X))
& synthesis_of_organic_molecule_1(fn_eukaryotic_light_reaction_18(X))
& anabolic_pathway_1(fn_eukaryotic_light_reaction_18(X))
& synthesis_of_atp_1(fn_eukaryotic_light_reaction_18(X))
& chloroplast_1(fn_plant_cell_6(fn_eukaryotic_light_reaction_7(X)))
& granum_1(fn_chloroplast_33(fn_eukaryotic_light_reaction_4(X)))
& mixture_1(fn_chloroplast_96(fn_eukaryotic_light_reaction_4(X)))
& aqueous_solution_1(fn_chloroplast_96(fn_eukaryotic_light_reaction_4(X)))
& stroma_1(fn_chloroplast_96(fn_eukaryotic_light_reaction_4(X)))
& chemical_entity_1(fn_chemiosmosis_31(fn_eukaryotic_light_reaction_17(X)))
& organic_molecule_1(fn_chemiosmosis_31(fn_eukaryotic_light_reaction_17(X)))
& adp_1(fn_chemiosmosis_31(fn_eukaryotic_light_reaction_17(X)))
& exergonic_process_1(fn_chemiosmosis_119(fn_eukaryotic_light_reaction_17(X)))
& facilitated_diffusion_of_ion_1(fn_chemiosmosis_119(fn_eukaryotic_light_reaction_17(X)))
& spontaneous_change_1(fn_chemiosmosis_119(fn_eukaryotic_light_reaction_17(X)))
& passive_transport_1(fn_chemiosmosis_119(fn_eukaryotic_light_reaction_17(X)))
& facilitated_diffusion_1(fn_chemiosmosis_119(fn_eukaryotic_light_reaction_17(X)))
& endergonic_process_1(fn_chemiosmosis_118(fn_eukaryotic_light_reaction_17(X)))
& chemical_reaction_1(fn_chemiosmosis_118(fn_eukaryotic_light_reaction_17(X)))
& synthesis_of_organic_molecule_1(fn_chemiosmosis_118(fn_eukaryotic_light_reaction_17(X)))
& anabolic_pathway_1(fn_chemiosmosis_118(fn_eukaryotic_light_reaction_17(X)))
& synthesis_of_atp_1(fn_chemiosmosis_118(fn_eukaryotic_light_reaction_17(X)))
& inorganic_phosphate_1(fn_chemiosmosis_7(fn_eukaryotic_light_reaction_17(X)))
& spatial_entity_1(fn_facilitated_diffusion_49(fn_eukaryotic_light_reaction_2(X)))
& biomembrane_1(fn_facilitated_diffusion_49(fn_eukaryotic_light_reaction_2(X)))
& thylakoid_1(fn_thylakoid_space_4(fn_eukaryotic_light_reaction_10(X)))
& thylakoid_1(fn_chloroplast_91(fn_eukaryotic_light_reaction_4(X)))
& thylakoid_1(fn_granum_2(fn_eukaryotic_light_reaction_6(X)))
& thylakoid_1(fn_granum_3(fn_eukaryotic_light_reaction_6(X)))
& thylakoid_1(fn_granum_1(fn_eukaryotic_light_reaction_6(X)))
& organic_molecule_1(fn_chemiosmosis_100(fn_eukaryotic_light_reaction_17(X)))
& molecule_1(fn_chemiosmosis_100(fn_eukaryotic_light_reaction_17(X)))
& chemical_entity_1(fn_chemiosmosis_100(fn_eukaryotic_light_reaction_17(X)))
& ribonucleotide_1(fn_chemiosmosis_100(fn_eukaryotic_light_reaction_17(X)))
& nucleoside_triphosphate_1(fn_chemiosmosis_100(fn_eukaryotic_light_reaction_17(X)))
& atp_1(fn_chemiosmosis_100(fn_eukaryotic_light_reaction_17(X)))
& water_1(fn_aqueous_solution_14(fn_eukaryotic_light_reaction_3(X)))
& chemical_1(fn_hypotonic_solution_3(fn_eukaryotic_light_reaction_3(X)))
& water_1(fn_hypotonic_solution_3(fn_eukaryotic_light_reaction_3(X)))
& chemical_1(fn_facilitated_diffusion_of_ion_27(fn_eukaryotic_light_reaction_2(X)))
& chemical_1(fn_hypotonic_solution_7(fn_eukaryotic_light_reaction_3(X)))
& aqueous_solution_1(fn_thylakoid_space_3(fn_eukaryotic_light_reaction_10(X)))
& aqueous_solution_1(fn_thylakoid_space_2(fn_eukaryotic_light_reaction_10(X)))
& aqueous_solution_1(fn_chemiosmosis_109(fn_eukaryotic_light_reaction_17(X)))
& hypotonic_solution_1(fn_chemiosmosis_109(fn_eukaryotic_light_reaction_17(X)))
& aqueous_solution_1(fn_facilitated_diffusion_of_ion_23(fn_eukaryotic_light_reaction_2(X)))
& hypotonic_solution_1(fn_facilitated_diffusion_of_ion_23(fn_eukaryotic_light_reaction_2(X)))
& is_inside_2(fn_eukaryotic_light_reaction_14(X),fn_eukaryotic_light_reaction_13(X))
& is_inside_2(fn_eukaryotic_light_reaction_15(X),fn_eukaryotic_light_reaction_13(X))
& is_inside_2(fn_eukaryotic_light_reaction_16(X),fn_eukaryotic_light_reaction_13(X))
& is_inside_2(fn_eukaryotic_light_reaction_3(X),fn_eukaryotic_light_reaction_10(X))
& site_2(X,fn_eukaryotic_light_reaction_1(X))
& result_2(X,fn_eukaryotic_light_reaction_16(X))
& subevent_2(X,fn_eukaryotic_light_reaction_17(X))
& has_region_2(fn_eukaryotic_light_reaction_5(X),fn_eukaryotic_light_reaction_10(X))
& is_between_2(fn_eukaryotic_light_reaction_13(X),fn_eukaryotic_light_reaction_5(X))
& has_part_2(fn_eukaryotic_light_reaction_4(X),fn_eukaryotic_light_reaction_13(X))
& is_inside_2(fn_eukaryotic_light_reaction_13(X),fn_eukaryotic_light_reaction_4(X))
& has_part_2(fn_eukaryotic_light_reaction_4(X),fn_eukaryotic_light_reaction_6(X))
& element_2(fn_eukaryotic_light_reaction_6(X),fn_eukaryotic_light_reaction_5(X))
& fn_eukaryotic_light_reaction_9(X) != fn_eukaryotic_light_reaction_8(X)
& fn_eukaryotic_light_reaction_8(X) != fn_eukaryotic_light_reaction_9(X)
& has_part_2(fn_eukaryotic_light_reaction_3(X),fn_eukaryotic_light_reaction_8(X))
& has_solvent_2(fn_eukaryotic_light_reaction_3(X),fn_eukaryotic_light_reaction_9(X))
& has_part_2(fn_eukaryotic_light_reaction_3(X),fn_eukaryotic_light_reaction_9(X))
& has_solute_2(fn_eukaryotic_light_reaction_3(X),fn_eukaryotic_light_reaction_8(X))
& subevent_2(fn_eukaryotic_light_reaction_17(X),fn_eukaryotic_light_reaction_18(X))
& raw_material_2(fn_eukaryotic_light_reaction_17(X),fn_eukaryotic_light_reaction_15(X))
& raw_material_2(fn_eukaryotic_light_reaction_18(X),fn_eukaryotic_light_reaction_15(X))
& enables_2(fn_eukaryotic_light_reaction_2(X),fn_eukaryotic_light_reaction_18(X))
& subevent_2(fn_eukaryotic_light_reaction_17(X),fn_eukaryotic_light_reaction_2(X))
& destination_2(fn_eukaryotic_light_reaction_2(X),fn_eukaryotic_light_reaction_3(X))
& first_subevent_2(fn_eukaryotic_light_reaction_17(X),fn_eukaryotic_light_reaction_2(X))
& result_2(fn_eukaryotic_light_reaction_17(X),fn_eukaryotic_light_reaction_16(X))
& result_2(fn_eukaryotic_light_reaction_18(X),fn_eukaryotic_light_reaction_16(X))
& raw_material_2(fn_eukaryotic_light_reaction_17(X),fn_eukaryotic_light_reaction_14(X))
& abuts_2(fn_eukaryotic_light_reaction_11(X),fn_eukaryotic_light_reaction_5(X))
& abuts_2(fn_eukaryotic_light_reaction_12(X),fn_eukaryotic_light_reaction_5(X))
& abuts_2(fn_eukaryotic_light_reaction_5(X),fn_eukaryotic_light_reaction_12(X))
& abuts_2(fn_eukaryotic_light_reaction_5(X),fn_eukaryotic_light_reaction_11(X))
& is_above_2(fn_eukaryotic_light_reaction_5(X),fn_eukaryotic_light_reaction_12(X))
& element_2(fn_eukaryotic_light_reaction_6(X),fn_eukaryotic_light_reaction_12(X))
& element_2(fn_eukaryotic_light_reaction_6(X),fn_eukaryotic_light_reaction_11(X))
& is_above_2(fn_eukaryotic_light_reaction_11(X),fn_eukaryotic_light_reaction_5(X))
& path_2(fn_eukaryotic_light_reaction_2(X),fn_eukaryotic_light_reaction_1(X))
& fn_eukaryotic_light_reaction_7(X) = fn_metabolic_pathway_1(X)
& fn_eukaryotic_light_reaction_3(X) = fn_thylakoid_space_3(fn_eukaryotic_light_reaction_10(X))
& fn_eukaryotic_light_reaction_3(X) = fn_thylakoid_space_2(fn_eukaryotic_light_reaction_10(X))
& fn_eukaryotic_light_reaction_1(X) = fn_light_reaction_51(X)
& fn_eukaryotic_light_reaction_16(X) = fn_light_reaction_48(X)
& fn_eukaryotic_light_reaction_17(X) = fn_light_reaction_52(X)
& fn_eukaryotic_light_reaction_5(X) = fn_thylakoid_space_4(fn_eukaryotic_light_reaction_10(X))
& fn_eukaryotic_light_reaction_4(X) = fn_plant_cell_6(fn_eukaryotic_light_reaction_7(X))
& fn_eukaryotic_light_reaction_5(X) = fn_chloroplast_91(fn_eukaryotic_light_reaction_4(X))
& fn_eukaryotic_light_reaction_6(X) = fn_chloroplast_33(fn_eukaryotic_light_reaction_4(X))
& fn_eukaryotic_light_reaction_13(X) = fn_chloroplast_96(fn_eukaryotic_light_reaction_4(X))
& fn_eukaryotic_light_reaction_1(X) = fn_facilitated_diffusion_49(fn_eukaryotic_light_reaction_2(X))
& fn_eukaryotic_light_reaction_11(X) = fn_granum_2(fn_eukaryotic_light_reaction_6(X))
& fn_eukaryotic_light_reaction_11(X) = fn_granum_3(fn_eukaryotic_light_reaction_6(X))
& fn_eukaryotic_light_reaction_5(X) = fn_granum_2(fn_eukaryotic_light_reaction_6(X))
& fn_eukaryotic_light_reaction_5(X) = fn_granum_3(fn_eukaryotic_light_reaction_6(X))
& fn_eukaryotic_light_reaction_5(X) = fn_granum_1(fn_eukaryotic_light_reaction_6(X))
& fn_eukaryotic_light_reaction_12(X) = fn_granum_2(fn_eukaryotic_light_reaction_6(X))
& fn_eukaryotic_light_reaction_12(X) = fn_granum_3(fn_eukaryotic_light_reaction_6(X))
& fn_eukaryotic_light_reaction_11(X) = fn_granum_1(fn_eukaryotic_light_reaction_6(X))
& fn_eukaryotic_light_reaction_15(X) = fn_chemiosmosis_31(fn_eukaryotic_light_reaction_17(X))
& fn_eukaryotic_light_reaction_3(X) = fn_chemiosmosis_109(fn_eukaryotic_light_reaction_17(X))
& fn_eukaryotic_light_reaction_2(X) = fn_chemiosmosis_119(fn_eukaryotic_light_reaction_17(X))
& fn_eukaryotic_light_reaction_18(X) = fn_chemiosmosis_118(fn_eukaryotic_light_reaction_17(X))
& fn_eukaryotic_light_reaction_16(X) = fn_chemiosmosis_100(fn_eukaryotic_light_reaction_17(X))
& fn_eukaryotic_light_reaction_14(X) = fn_chemiosmosis_7(fn_eukaryotic_light_reaction_17(X))
& fn_eukaryotic_light_reaction_9(X) = fn_aqueous_solution_14(fn_eukaryotic_light_reaction_3(X))
& fn_eukaryotic_light_reaction_9(X) = fn_hypotonic_solution_3(fn_eukaryotic_light_reaction_3(X))
& fn_eukaryotic_light_reaction_3(X) = fn_facilitated_diffusion_of_ion_23(fn_eukaryotic_light_reaction_2(X))
& fn_eukaryotic_light_reaction_8(X) = fn_facilitated_diffusion_of_ion_27(fn_eukaryotic_light_reaction_2(X))
& fn_eukaryotic_light_reaction_8(X) = fn_hypotonic_solution_7(fn_eukaryotic_light_reaction_3(X))
& fn_light_reaction_51(X) = fn_facilitated_diffusion_49(fn_eukaryotic_light_reaction_2(X))
& fn_facilitated_diffusion_49(fn_eukaryotic_light_reaction_2(X)) = fn_thylakoid_space_4(fn_eukaryotic_light_reaction_10(X))
& fn_thylakoid_space_4(fn_eukaryotic_light_reaction_10(X)) = fn_chloroplast_91(fn_eukaryotic_light_reaction_4(X))
& fn_chloroplast_91(fn_eukaryotic_light_reaction_4(X)) = fn_chloroplast_91(fn_eukaryotic_light_reaction_4(X))
& fn_chloroplast_91(fn_eukaryotic_light_reaction_4(X)) = fn_granum_3(fn_eukaryotic_light_reaction_6(X))
& fn_granum_2(fn_eukaryotic_light_reaction_6(X)) = fn_granum_2(fn_eukaryotic_light_reaction_6(X))
& fn_granum_2(fn_eukaryotic_light_reaction_6(X)) = fn_granum_1(fn_eukaryotic_light_reaction_6(X))
& fn_granum_1(fn_eukaryotic_light_reaction_6(X)) = fn_granum_1(fn_eukaryotic_light_reaction_6(X))
& fn_granum_1(fn_eukaryotic_light_reaction_6(X)) = fn_granum_3(fn_eukaryotic_light_reaction_6(X))
& fn_granum_3(fn_eukaryotic_light_reaction_6(X)) = fn_granum_2(fn_eukaryotic_light_reaction_6(X))
& fn_granum_2(fn_eukaryotic_light_reaction_6(X)) = fn_granum_3(fn_eukaryotic_light_reaction_6(X))
& fn_granum_3(fn_eukaryotic_light_reaction_6(X)) = fn_granum_3(fn_eukaryotic_light_reaction_6(X))
& fn_granum_3(fn_eukaryotic_light_reaction_6(X)) = fn_granum_1(fn_eukaryotic_light_reaction_6(X))
& fn_granum_1(fn_eukaryotic_light_reaction_6(X)) = fn_light_reaction_48(X)
& fn_light_reaction_48(X) = fn_chemiosmosis_100(fn_eukaryotic_light_reaction_17(X))
& fn_chemiosmosis_100(fn_eukaryotic_light_reaction_17(X)) = fn_chemiosmosis_100(fn_eukaryotic_light_reaction_17(X))
& fn_chemiosmosis_100(fn_eukaryotic_light_reaction_17(X)) = fn_hypotonic_solution_3(fn_eukaryotic_light_reaction_3(X))
& fn_hypotonic_solution_3(fn_eukaryotic_light_reaction_3(X)) = fn_hypotonic_solution_3(fn_eukaryotic_light_reaction_3(X))
& fn_hypotonic_solution_3(fn_eukaryotic_light_reaction_3(X)) = fn_aqueous_solution_14(fn_eukaryotic_light_reaction_3(X))
& fn_aqueous_solution_14(fn_eukaryotic_light_reaction_3(X)) = fn_hypotonic_solution_3(fn_eukaryotic_light_reaction_3(X))
& fn_hypotonic_solution_3(fn_eukaryotic_light_reaction_3(X)) = fn_facilitated_diffusion_of_ion_27(fn_eukaryotic_light_reaction_2(X))
& fn_hypotonic_solution_7(fn_eukaryotic_light_reaction_3(X)) = fn_hypotonic_solution_7(fn_eukaryotic_light_reaction_3(X))
& fn_hypotonic_solution_7(fn_eukaryotic_light_reaction_3(X)) = fn_facilitated_diffusion_of_ion_27(fn_eukaryotic_light_reaction_2(X))
& fn_facilitated_diffusion_of_ion_27(fn_eukaryotic_light_reaction_2(X)) = fn_hypotonic_solution_7(fn_eukaryotic_light_reaction_3(X))
& fn_hypotonic_solution_7(fn_eukaryotic_light_reaction_3(X)) = fn_thylakoid_space_3(fn_eukaryotic_light_reaction_10(X))
& fn_thylakoid_space_3(fn_eukaryotic_light_reaction_10(X)) = fn_thylakoid_space_2(fn_eukaryotic_light_reaction_10(X))
& fn_thylakoid_space_2(fn_eukaryotic_light_reaction_10(X)) = fn_thylakoid_space_2(fn_eukaryotic_light_reaction_10(X))
& fn_thylakoid_space_2(fn_eukaryotic_light_reaction_10(X)) = fn_facilitated_diffusion_of_ion_23(fn_eukaryotic_light_reaction_2(X))
& fn_facilitated_diffusion_of_ion_23(fn_eukaryotic_light_reaction_2(X)) = fn_chemiosmosis_109(fn_eukaryotic_light_reaction_17(X))
& fn_chemiosmosis_109(fn_eukaryotic_light_reaction_17(X)) = fn_facilitated_diffusion_of_ion_23(fn_eukaryotic_light_reaction_2(X))
& fn_facilitated_diffusion_of_ion_23(fn_eukaryotic_light_reaction_2(X)) = fn_facilitated_diffusion_of_ion_23(fn_eukaryotic_light_reaction_2(X)) ) ) ).
fof(a529424,axiom,
! [X] :
( eukaryotic_light_reaction_with_cyclic_electron_flow_1(X)
=> ( original_name_2(X,'Eukaryotic-Light-Reaction-With-Cyclic-Electron-Flow')
& user_description_2(X,'The flow of electrons from Photosystem I to ferredoxin to cytochrome complex to plastocyanin and back to Photosystem I.')
& concept2words_2(X,'eukaryotic light reaction with cyclic electron flow')
& concept2words_2(X,'eukaryotic-light-reaction-with-cyclic-electron-flow')
& eukaryotic_light_reaction_1(X)
& cyclic_electron_flow_1(fn_eukaryotic_light_reaction_with_cyclic_electron_flow_1(X))
& subevent_2(X,fn_eukaryotic_light_reaction_with_cyclic_electron_flow_1(X))
& fn_eukaryotic_light_reaction_with_cyclic_electron_flow_1(X) = fn_light_reaction_53(X) ) ) ).
fof(a529425,axiom,
! [X] :
( eukaryotic_light_reaction_with_linear_electron_flow_1(X)
=> ( original_name_2(X,'Eukaryotic-Light-Reaction-With-Linear-Electron-Flow')
& user_description_2(X,'The path of electron flow through Photosystems I and II during the light-dependent reactions of photosynthesis in eukaryotic organisms. Linear electron flow produces ATP, NAPDH, and O2.')
& concept2words_2(X,'eukaryotic light reaction with linear electron flow')
& concept2words_2(X,'eukaryotic-light-reaction-with-linear-electron-flow')
& eukaryotic_light_reaction_1(X)
& linear_electron_flow_1(fn_eukaryotic_light_reaction_with_linear_electron_flow_1(X))
& subevent_2(X,fn_eukaryotic_light_reaction_with_linear_electron_flow_1(X))
& fn_eukaryotic_light_reaction_with_linear_electron_flow_1(X) = fn_light_reaction_53(X) ) ) ).
fof(a529426,axiom,
! [X] :
( eukaryotic_oxidative_phosphorylation_1(X)
=> ( original_name_2(X,'Eukaryotic-Oxidative-Phosphorylation')
& user_description_2(X,'Oxidative phosphorylation in eukaryote is a metabolic pathway that uses energy released by the oxidation of nutrients to produce adenosine triphosphate (ATP) in eukaryote.')
& concept2words_2(X,convert)
& concept2words_2(X,'eukaryotic oxidative phosphorylation')
& concept2words_2(X,'eukaryotic-oxidative-phosphorylation')
& oxidative_phosphorylation_1(X)
& ~ prokaryotic_oxidative_phosphorylation_1(X)
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_6(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_7(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_8(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_9(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_10(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_14(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_20(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_21(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_22(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_23(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_24(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_26(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_29(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_30(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_33(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_34(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_37(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_38(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_41(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_42(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_44(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_46(X))
& time_interval_1(fn_eukaryotic_oxidative_phosphorylation_47(X))
& time_interval_1(fn_eukaryotic_oxidative_phosphorylation_48(X))
& time_interval_1(fn_eukaryotic_oxidative_phosphorylation_49(X))
& time_interval_1(fn_eukaryotic_oxidative_phosphorylation_50(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_51(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_53(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_55(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_57(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_58(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_59(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_63(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_65(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_66(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_67(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_68(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_69(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_70(X))
& oxidation_state_value_1(fn_eukaryotic_oxidative_phosphorylation_71(X))
& surface_1(fn_eukaryotic_oxidative_phosphorylation_79(X))
& spatial_entity_1(fn_eukaryotic_oxidative_phosphorylation_82(X))
& tangible_entity_1(fn_eukaryotic_oxidative_phosphorylation_82(X))
& stator_1(fn_eukaryotic_oxidative_phosphorylation_82(X))
& protein_1(fn_eukaryotic_oxidative_phosphorylation_82(X))
& molecule_1(fn_eukaryotic_oxidative_phosphorylation_82(X))
& organic_molecule_1(fn_eukaryotic_oxidative_phosphorylation_82(X))
& polymer_1(fn_eukaryotic_oxidative_phosphorylation_82(X))
& membrane_protein_1(fn_eukaryotic_oxidative_phosphorylation_82(X))
& concentration_value_1(fn_eukaryotic_oxidative_phosphorylation_83(X))
& concentration_value_1(fn_eukaryotic_oxidative_phosphorylation_84(X))
& hydrophilic_compound_1(fn_eukaryotic_oxidative_phosphorylation_87(X))
& carbon_skeleton_1(fn_eukaryotic_oxidative_phosphorylation_88(X))
& hydrophilic_face_1(fn_eukaryotic_oxidative_phosphorylation_89(X))
& area_value_1(fn_eukaryotic_oxidative_phosphorylation_90(X))
& intermembrane_space_1(fn_eukaryotic_oxidative_phosphorylation_91(X))
& block_1(fn_eukaryotic_oxidative_phosphorylation_92(X))
& carbohydrate_side_chain_1(fn_eukaryotic_oxidative_phosphorylation_93(X))
& aqueous_solution_1(fn_eukaryotic_oxidative_phosphorylation_94(X))
& fold_1(fn_eukaryotic_oxidative_phosphorylation_95(X))
& multiprotein_complex_iv_1(fn_eukaryotic_oxidative_phosphorylation_96(X))
& lose_1(fn_eukaryotic_oxidative_phosphorylation_97(X))
& entity_1(fn_eukaryotic_oxidative_phosphorylation_98(X))
& potential_energy_1(fn_eukaryotic_oxidative_phosphorylation_98(X))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_99(X))
& multiprotein_complex_i_1(fn_eukaryotic_oxidative_phosphorylation_99(X))
& multiprotein_complex_ii_1(fn_eukaryotic_oxidative_phosphorylation_100(X))
& multiprotein_complex_iii_1(fn_eukaryotic_oxidative_phosphorylation_101(X))
& inner_membrane_1(fn_eukaryotic_oxidative_phosphorylation_102(X))
& tangible_entity_1(fn_eukaryotic_oxidative_phosphorylation_103(X))
& phospholipid_bilayer_1(fn_eukaryotic_oxidative_phosphorylation_103(X))
& biomembrane_1(fn_eukaryotic_oxidative_phosphorylation_104(X))
& intensity_value_1(fn_eukaryotic_oxidative_phosphorylation_105(X))
& attach_1(fn_eukaryotic_oxidative_phosphorylation_106(X))
& glycoprotein_1(fn_eukaryotic_oxidative_phosphorylation_107(X))
& attach_1(fn_eukaryotic_oxidative_phosphorylation_108(X))
& attach_1(fn_eukaryotic_oxidative_phosphorylation_109(X))
& spatial_entity_1(fn_eukaryotic_oxidative_phosphorylation_110(X))
& membrane_protein_1(fn_eukaryotic_oxidative_phosphorylation_110(X))
& container_1(fn_eukaryotic_oxidative_phosphorylation_111(X))
& electron_transport_chain_1(fn_eukaryotic_oxidative_phosphorylation_112(X))
& mitochondrial_electron_transport_chain_1(fn_eukaryotic_oxidative_phosphorylation_112(X))
& reactant_1(fn_eukaryotic_oxidative_phosphorylation_113(X))
& reactant_1(fn_eukaryotic_oxidative_phosphorylation_114(X))
& reactant_1(fn_eukaryotic_oxidative_phosphorylation_115(X))
& biomembrane_1(fn_eukaryotic_oxidative_phosphorylation_116(X))
& mitochondrial_membrane_1(fn_eukaryotic_oxidative_phosphorylation_116(X))
& functional_region_1(fn_eukaryotic_oxidative_phosphorylation_117(X))
& entity_1(fn_eukaryotic_oxidative_phosphorylation_118(X))
& protein_complex_1(fn_eukaryotic_oxidative_phosphorylation_118(X))
& atp_synthase_1(fn_eukaryotic_oxidative_phosphorylation_118(X))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_119(X))
& inorganic_phosphate_1(fn_eukaryotic_oxidative_phosphorylation_119(X))
& cytochrome_a_1(fn_eukaryotic_oxidative_phosphorylation_126(X))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_127(X))
& cytochrome_a_1(fn_eukaryotic_oxidative_phosphorylation_127(X))
& oxidation_1(fn_eukaryotic_oxidative_phosphorylation_128(X))
& reduction_1(fn_eukaryotic_oxidative_phosphorylation_129(X))
& electron_1(fn_eukaryotic_oxidative_phosphorylation_130(X))
& atom_1(fn_eukaryotic_oxidative_phosphorylation_131(X))
& atom_1(fn_eukaryotic_oxidative_phosphorylation_132(X))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_133(X))
& cytochrome_a3_1(fn_eukaryotic_oxidative_phosphorylation_133(X))
& tangible_entity_1(fn_eukaryotic_oxidative_phosphorylation_134(X))
& electron_1(fn_eukaryotic_oxidative_phosphorylation_134(X))
& atom_1(fn_eukaryotic_oxidative_phosphorylation_135(X))
& oxidation_1(fn_eukaryotic_oxidative_phosphorylation_136(X))
& reduction_1(fn_eukaryotic_oxidative_phosphorylation_137(X))
& cytochrome_a3_1(fn_eukaryotic_oxidative_phosphorylation_138(X))
& atom_1(fn_eukaryotic_oxidative_phosphorylation_139(X))
& hydrogen_ion_1(fn_eukaryotic_oxidative_phosphorylation_140(X))
& atom_1(fn_eukaryotic_oxidative_phosphorylation_141(X))
& water_molecule_1(fn_eukaryotic_oxidative_phosphorylation_142(X))
& atom_1(fn_eukaryotic_oxidative_phosphorylation_143(X))
& electronegativity_value_1(fn_eukaryotic_oxidative_phosphorylation_144(X))
& electronegativity_value_1(fn_eukaryotic_oxidative_phosphorylation_145(X))
& electronegativity_value_1(fn_eukaryotic_oxidative_phosphorylation_146(X))
& electronegativity_value_1(fn_eukaryotic_oxidative_phosphorylation_147(X))
& electronegativity_value_1(fn_eukaryotic_oxidative_phosphorylation_148(X))
& electronegativity_value_1(fn_eukaryotic_oxidative_phosphorylation_149(X))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_150(X))
& tangible_entity_1(fn_eukaryotic_oxidative_phosphorylation_150(X))
& membrane_protein_1(fn_eukaryotic_oxidative_phosphorylation_150(X))
& protein_1(fn_eukaryotic_oxidative_phosphorylation_150(X))
& molecule_1(fn_eukaryotic_oxidative_phosphorylation_150(X))
& polymer_1(fn_eukaryotic_oxidative_phosphorylation_150(X))
& transport_protein_1(fn_eukaryotic_oxidative_phosphorylation_150(X))
& integral_protein_1(fn_eukaryotic_oxidative_phosphorylation_150(X))
& carrier_protein_1(fn_eukaryotic_oxidative_phosphorylation_150(X))
& chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_151(X))
& redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_151(X))
& chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_152(X))
& redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_152(X))
& chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_153(X))
& redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_153(X))
& chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_154(X))
& redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_154(X))
& chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_155(X))
& redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_155(X))
& redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_156(X))
& redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_157(X))
& chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_158(X))
& redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_158(X))
& kinetic_energy_1(fn_eukaryotic_oxidative_phosphorylation_159(X))
& carry_1(fn_eukaryotic_oxidative_phosphorylation_160(X))
& constant_motion_1(fn_eukaryotic_oxidative_phosphorylation_161(X))
& atom_1(fn_eukaryotic_oxidative_phosphorylation_162(X))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_162(X))
& carbon_1(fn_eukaryotic_oxidative_phosphorylation_163(X))
& carbon_skeleton_1(fn_eukaryotic_oxidative_phosphorylation_164(X))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_165(X))
& fad_1(fn_eukaryotic_oxidative_phosphorylation_165(X))
& electron_carrier_1(fn_eukaryotic_oxidative_phosphorylation_166(X))
& speed_value_1(fn_eukaryotic_oxidative_phosphorylation_167(X))
& quantity_value_1(fn_eukaryotic_oxidative_phosphorylation_168(X))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_171(X))
& chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_172(X))
& redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_172(X))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_173(X))
& fadh2_1(fn_eukaryotic_oxidative_phosphorylation_173(X))
& iron_sulfur_protein_1(fn_eukaryotic_oxidative_phosphorylation_174(X))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_174(X))
& oxidation_1(fn_eukaryotic_oxidative_phosphorylation_175(X))
& reduction_1(fn_eukaryotic_oxidative_phosphorylation_176(X))
& release_1(fn_eukaryotic_oxidative_phosphorylation_177(X))
& tangible_entity_1(fn_eukaryotic_oxidative_phosphorylation_178(X))
& free_energy_1(fn_eukaryotic_oxidative_phosphorylation_178(X))
& tangible_entity_1(fn_eukaryotic_oxidative_phosphorylation_179(X))
& electron_1(fn_eukaryotic_oxidative_phosphorylation_179(X))
& chemical_energy_1(fn_eukaryotic_oxidative_phosphorylation_180(X))
& quantity_value_1(fn_eukaryotic_oxidative_phosphorylation_181(X))
& quantity_value_1(fn_eukaryotic_oxidative_phosphorylation_182(X))
& chemical_energy_1(fn_eukaryotic_oxidative_phosphorylation_183(X))
& move_1(fn_eukaryotic_oxidative_phosphorylation_184(X))
& rotate_1(fn_eukaryotic_oxidative_phosphorylation_184(X))
& move_1(fn_eukaryotic_oxidative_phosphorylation_185(X))
& rotate_1(fn_eukaryotic_oxidative_phosphorylation_185(X))
& move_1(fn_eukaryotic_oxidative_phosphorylation_186(X))
& rotate_1(fn_eukaryotic_oxidative_phosphorylation_186(X))
& spatial_entity_1(fn_eukaryotic_oxidative_phosphorylation_187(X))
& tangible_entity_1(fn_eukaryotic_oxidative_phosphorylation_187(X))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_187(X))
& ion_1(fn_eukaryotic_oxidative_phosphorylation_187(X))
& hydrogen_ion_1(fn_eukaryotic_oxidative_phosphorylation_187(X))
& move_1(fn_eukaryotic_oxidative_phosphorylation_188(X))
& move_through_1(fn_eukaryotic_oxidative_phosphorylation_188(X))
& symmetrical_distribution_1(fn_eukaryotic_oxidative_phosphorylation_189(X))
& chemical_1(fn_eukaryotic_oxidative_phosphorylation_190(X))
& water_1(fn_eukaryotic_oxidative_phosphorylation_190(X))
& spatial_entity_1(fn_eukaryotic_oxidative_phosphorylation_191(X))
& tangible_entity_1(fn_eukaryotic_oxidative_phosphorylation_191(X))
& substance_1(fn_eukaryotic_oxidative_phosphorylation_191(X))
& chemical_1(fn_eukaryotic_oxidative_phosphorylation_191(X))
& atp_synthase_1(fn_eukaryotic_oxidative_phosphorylation_192(X))
& hydrophilic_region_1(fn_eukaryotic_oxidative_phosphorylation_193(X))
& hydrophilic_end_1(fn_eukaryotic_oxidative_phosphorylation_193(X))
& surface_1(fn_eukaryotic_oxidative_phosphorylation_194(X))
& outside_face_1(fn_eukaryotic_oxidative_phosphorylation_194(X))
& inside_face_1(fn_eukaryotic_oxidative_phosphorylation_195(X))
& free_energy_1(fn_eukaryotic_oxidative_phosphorylation_196(X))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_197(X))
& organic_molecule_1(fn_eukaryotic_oxidative_phosphorylation_197(X))
& adp_1(fn_eukaryotic_oxidative_phosphorylation_197(X))
& spatial_entity_1(fn_eukaryotic_oxidative_phosphorylation_198(X))
& tangible_entity_1(fn_eukaryotic_oxidative_phosphorylation_198(X))
& polymer_1(fn_eukaryotic_oxidative_phosphorylation_198(X))
& protein_1(fn_eukaryotic_oxidative_phosphorylation_198(X))
& organic_molecule_1(fn_eukaryotic_oxidative_phosphorylation_198(X))
& molecule_1(fn_eukaryotic_oxidative_phosphorylation_198(X))
& protein_enzyme_1(fn_eukaryotic_oxidative_phosphorylation_198(X))
& knob_1(fn_eukaryotic_oxidative_phosphorylation_198(X))
& spatial_entity_1(fn_eukaryotic_oxidative_phosphorylation_199(X))
& protein_1(fn_eukaryotic_oxidative_phosphorylation_199(X))
& rotor_1(fn_eukaryotic_oxidative_phosphorylation_199(X))
& membrane_protein_1(fn_eukaryotic_oxidative_phosphorylation_199(X))
& molecular_region_1(fn_eukaryotic_oxidative_phosphorylation_200(X))
& hydrophilic_channel_1(fn_eukaryotic_oxidative_phosphorylation_200(X))
& thermal_motion_1(fn_eukaryotic_oxidative_phosphorylation_201(X))
& move_1(fn_eukaryotic_oxidative_phosphorylation_201(X))
& gradient_1(fn_eukaryotic_oxidative_phosphorylation_202(X))
& electrochemical_gradient_1(fn_eukaryotic_oxidative_phosphorylation_202(X))
& hydrogen_ion_gradient_1(fn_eukaryotic_oxidative_phosphorylation_202(X))
& decrease_1(fn_eukaryotic_oxidative_phosphorylation_203(X))
& increase_1(fn_eukaryotic_oxidative_phosphorylation_204(X))
& covalent_bond_1(fn_eukaryotic_oxidative_phosphorylation_205(X))
& chemical_bond_1(fn_eukaryotic_oxidative_phosphorylation_205(X))
& single_bond_1(fn_eukaryotic_oxidative_phosphorylation_205(X))
& functional_group_1(fn_eukaryotic_oxidative_phosphorylation_206(X))
& phosphate_group_1(fn_eukaryotic_oxidative_phosphorylation_206(X))
& functional_group_1(fn_eukaryotic_oxidative_phosphorylation_207(X))
& phosphate_group_1(fn_eukaryotic_oxidative_phosphorylation_207(X))
& functional_group_1(fn_eukaryotic_oxidative_phosphorylation_208(X))
& phosphate_group_1(fn_eukaryotic_oxidative_phosphorylation_208(X))
& oxygen_1(fn_eukaryotic_oxidative_phosphorylation_209(X))
& entity_1(fn_eukaryotic_oxidative_phosphorylation_209(X))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_209(X))
& atom_1(fn_eukaryotic_oxidative_phosphorylation_209(X))
& tangible_entity_1(fn_eukaryotic_oxidative_phosphorylation_210(X))
& entity_1(fn_eukaryotic_oxidative_phosphorylation_210(X))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_210(X))
& atom_1(fn_eukaryotic_oxidative_phosphorylation_210(X))
& phosphorus_1(fn_eukaryotic_oxidative_phosphorylation_210(X))
& entity_1(fn_eukaryotic_oxidative_phosphorylation_211(X))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_211(X))
& atom_1(fn_eukaryotic_oxidative_phosphorylation_211(X))
& oxygen_1(fn_eukaryotic_oxidative_phosphorylation_211(X))
& activate_1(fn_eukaryotic_oxidative_phosphorylation_212(X))
& hydrogen_ion_1(fn_eukaryotic_oxidative_phosphorylation_215(X))
& tangible_entity_1(fn_eukaryotic_oxidative_phosphorylation_216(X))
& electron_1(fn_eukaryotic_oxidative_phosphorylation_216(X))
& atom_1(fn_eukaryotic_oxidative_phosphorylation_217(X))
& oxidation_1(fn_eukaryotic_oxidative_phosphorylation_218(X))
& reduction_1(fn_eukaryotic_oxidative_phosphorylation_219(X))
& water_molecule_1(fn_eukaryotic_oxidative_phosphorylation_220(X))
& atom_1(fn_eukaryotic_oxidative_phosphorylation_221(X))
& electronegativity_value_1(fn_eukaryotic_oxidative_phosphorylation_222(X))
& electronegativity_value_1(fn_eukaryotic_oxidative_phosphorylation_223(X))
& cytochrome_a_1(fn_eukaryotic_oxidative_phosphorylation_228(X))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_229(X))
& tangible_entity_1(fn_eukaryotic_oxidative_phosphorylation_229(X))
& electron_1(fn_eukaryotic_oxidative_phosphorylation_229(X))
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& hydrophilic_channel_1(fn_atp_synthase_35(fn_eukaryotic_oxidative_phosphorylation_192(X)))
& spatial_entity_1(fn_chemiosmosis_103(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& tangible_entity_1(fn_chemiosmosis_103(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& stator_1(fn_chemiosmosis_103(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& protein_1(fn_chemiosmosis_103(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& molecule_1(fn_chemiosmosis_103(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& organic_molecule_1(fn_chemiosmosis_103(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& polymer_1(fn_chemiosmosis_103(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& rotate_1(fn_chemiosmosis_64(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& rotate_1(fn_chemiosmosis_63(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& rotate_1(fn_chemiosmosis_84(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& entity_1(fn_chemiosmosis_115(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& protein_complex_1(fn_chemiosmosis_115(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& atp_synthase_1(fn_chemiosmosis_115(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& water_1(fn_aqueous_solution_14(fn_eukaryotic_oxidative_phosphorylation_329(X)))
& chemical_1(fn_hypotonic_solution_3(fn_eukaryotic_oxidative_phosphorylation_329(X)))
& water_1(fn_hypotonic_solution_3(fn_eukaryotic_oxidative_phosphorylation_329(X)))
& symmetrical_distribution_1(fn_facilitated_diffusion_of_ion_25(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& chemical_1(fn_active_transport_23(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& chemical_1(fn_active_transport_23(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& chemical_1(fn_active_transport_23(fn_eukaryotic_oxidative_phosphorylation_374(X)))
& chemical_1(fn_hypotonic_solution_7(fn_eukaryotic_oxidative_phosphorylation_329(X)))
& chemical_1(fn_facilitated_diffusion_of_ion_27(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& aqueous_solution_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& aqueous_solution_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& aqueous_solution_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_eukaryotic_oxidative_phosphorylation_374(X)))
& hypertonic_solution_1(fn_hypotonic_solution_2(fn_eukaryotic_oxidative_phosphorylation_329(X)))
& aqueous_solution_1(fn_facilitated_diffusion_of_ion_29(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& hypertonic_solution_1(fn_facilitated_diffusion_of_ion_29(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& solution_1(fn_active_transport_21(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& solution_1(fn_active_transport_21(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& solution_1(fn_active_transport_21(fn_eukaryotic_oxidative_phosphorylation_374(X)))
& aqueous_solution_1(fn_facilitated_diffusion_of_ion_23(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& hypotonic_solution_1(fn_facilitated_diffusion_of_ion_23(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& facilitated_diffusion_1(fn_atp_synthase_46(fn_eukaryotic_oxidative_phosphorylation_118(X)))
& exergonic_process_1(fn_chemiosmosis_119(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& facilitated_diffusion_of_ion_1(fn_chemiosmosis_119(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& spontaneous_change_1(fn_chemiosmosis_119(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& passive_transport_1(fn_chemiosmosis_119(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& facilitated_diffusion_1(fn_chemiosmosis_119(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& tangible_entity_1(fn_release_1(fn_eukaryotic_oxidative_phosphorylation_319(X)))
& tangible_entity_1(fn_electron_transport_chain_pathway_42(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& free_energy_1(fn_electron_transport_chain_pathway_42(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& free_energy_1(fn_electron_transport_chain_reaction_8(fn_eukaryotic_oxidative_phosphorylation_282(X)))
& tangible_entity_1(fn_electron_transport_chain_pathway_43(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& free_energy_1(fn_electron_transport_chain_pathway_43(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& release_1(fn_electron_transport_chain_reaction_7(fn_eukaryotic_oxidative_phosphorylation_282(X)))
& release_1(fn_electron_transport_chain_pathway_22(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& oxidation_1(fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_158(X)))
& oxidation_1(fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_154(X)))
& oxidation_1(fn_electron_transport_chain_pathway_26(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& mitochondrial_matrix_1(fn_mitochondrial_membrane_32(fn_eukaryotic_oxidative_phosphorylation_116(X)))
& mitochondrial_matrix_1(fn_mitochondrial_electron_transport_chain_10(fn_eukaryotic_oxidative_phosphorylation_338(X)))
& biomembrane_1(fn_organelle_1(fn_eukaryotic_oxidative_phosphorylation_322(X)))
& mitochondrial_membrane_1(fn_mitochondrial_electron_transport_chain_18(fn_eukaryotic_oxidative_phosphorylation_112(X)))
& multiprotein_complex_i_1(fn_mitochondrial_electron_transport_chain_9(fn_eukaryotic_oxidative_phosphorylation_112(X)))
& electron_1(fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_269(X)))
& electron_1(fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_270(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_158(X)))
& electron_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_158(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_154(X)))
& electron_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_154(X)))
& electron_1(fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_401(X)))
& tangible_entity_1(fn_electron_transport_chain_pathway_24(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& electron_1(fn_electron_transport_chain_pathway_24(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& electron_1(fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_128(X)))
& electron_1(fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_129(X)))
& electron_1(fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_400(X)))
& electron_1(fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_428(X)))
& electron_1(fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_427(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_157(X)))
& electron_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_157(X)))
& electron_1(fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_435(X)))
& electron_1(fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_434(X)))
& electronegativity_value_1(fn_electron_transport_chain_pathway_37(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& electronegativity_value_1(fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_354(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_155(X)))
& electron_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_155(X)))
& electron_1(fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_413(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_155(X)))
& electronegativity_value_1(fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_413(X)))
& proton_motive_force_1(fn_electron_transport_chain_pathway_1(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& proton_motive_force_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& gradient_1(fn_chemiosmosis_117(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& electrochemical_gradient_1(fn_chemiosmosis_117(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& hydrogen_ion_gradient_1(fn_chemiosmosis_117(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& hydrogen_ion_gradient_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_eukaryotic_oxidative_phosphorylation_374(X)))
& hydrogen_ion_gradient_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& hydrogen_ion_gradient_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& spatial_entity_1(fn_chemiosmosis_122(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& tangible_entity_1(fn_chemiosmosis_122(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& chemical_1(fn_chemiosmosis_122(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& substance_1(fn_hypotonic_solution_4(fn_eukaryotic_oxidative_phosphorylation_329(X)))
& chemical_1(fn_hypotonic_solution_4(fn_eukaryotic_oxidative_phosphorylation_329(X)))
& chemical_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& chemical_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_374(X)))
& chemical_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& move_1(fn_active_transport_22(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& move_through_1(fn_active_transport_22(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& move_1(fn_active_transport_22(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& move_through_1(fn_active_transport_22(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& move_1(fn_active_transport_22(fn_eukaryotic_oxidative_phosphorylation_374(X)))
& move_through_1(fn_active_transport_22(fn_eukaryotic_oxidative_phosphorylation_374(X)))
& move_through_1(fn_passive_transport_24(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& move_through_1(fn_atp_synthase_30(fn_eukaryotic_oxidative_phosphorylation_192(X)))
& move_through_1(fn_facilitated_diffusion_55(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& move_through_1(fn_atp_synthase_44(fn_eukaryotic_oxidative_phosphorylation_192(X)))
& move_1(fn_chemiosmosis_107(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& move_through_1(fn_chemiosmosis_107(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& move_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& move_through_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& move_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_eukaryotic_oxidative_phosphorylation_374(X)))
& move_through_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_eukaryotic_oxidative_phosphorylation_374(X)))
& move_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& move_through_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& move_through_1(fn_biomembrane_52(fn_eukaryotic_oxidative_phosphorylation_326(X)))
& aqueous_solution_1(fn_mitochondrial_membrane_42(fn_eukaryotic_oxidative_phosphorylation_116(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_eukaryotic_oxidative_phosphorylation_326(X)))
& inside_face_1(fn_mitochondrial_membrane_68(fn_eukaryotic_oxidative_phosphorylation_116(X)))
& inside_face_1(fn_active_movement_of_ions_18(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& inside_face_1(fn_active_movement_of_ions_18(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& inside_face_1(fn_active_movement_of_ions_18(fn_eukaryotic_oxidative_phosphorylation_374(X)))
& inside_face_1(fn_biomembrane_42(fn_eukaryotic_oxidative_phosphorylation_326(X)))
& aqueous_solution_1(fn_mitochondrial_membrane_43(fn_eukaryotic_oxidative_phosphorylation_116(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_eukaryotic_oxidative_phosphorylation_326(X)))
& density_value_1(fn_mitochondrial_membrane_63(fn_eukaryotic_oxidative_phosphorylation_116(X)))
& density_value_1(fn_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_326(X)))
& fluidity_value_1(fn_mitochondrial_membrane_64(fn_eukaryotic_oxidative_phosphorylation_116(X)))
& fluidity_value_1(fn_biomembrane_18(fn_eukaryotic_oxidative_phosphorylation_326(X)))
& quantity_value_1(fn_mitochondrial_membrane_60(fn_eukaryotic_oxidative_phosphorylation_116(X)))
& quantity_value_1(fn_biomembrane_31(fn_eukaryotic_oxidative_phosphorylation_326(X)))
& saturated_fatty_acid_1(fn_mitochondrial_membrane_70(fn_eukaryotic_oxidative_phosphorylation_116(X)))
& saturated_fatty_acid_1(fn_biomembrane_32(fn_eukaryotic_oxidative_phosphorylation_326(X)))
& chemical_energy_1(fn_electron_transport_chain_pathway_9(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& chemical_energy_1(fn_electron_transport_chain_reaction_23(fn_eukaryotic_oxidative_phosphorylation_337(X)))
& property_node_1(fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_175(X)))
& property_node_1(fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_152(X)))
& electronegativity_value_1(fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_175(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_152(X)))
& reduction_1(fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_366(X)))
& reduction_1(fn_electron_transport_chain_pathway_34(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& chemical_entity_1(fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_287(X)))
& chemical_entity_1(fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_286(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_369(X)))
& ubiquinone_1(fn_mitochondrial_electron_transport_chain_8(fn_eukaryotic_oxidative_phosphorylation_338(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_370(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_154(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_154(X)))
& ubiquinone_1(fn_mitochondrial_electron_transport_chain_8(fn_eukaryotic_oxidative_phosphorylation_112(X)))
& chemical_entity_1(fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_400(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_154(X)))
& chemical_entity_1(fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_413(X)))
& water_1(fn_chemiosmosis_85(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& chemical_1(fn_chemiosmosis_85(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& water_1(fn_facilitated_diffusion_of_ion_28(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& chemical_1(fn_facilitated_diffusion_of_ion_28(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& thermal_motion_1(fn_passive_transport_22(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& thermal_motion_1(fn_chemiosmosis_91(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& move_1(fn_water_95(fn_eukaryotic_oxidative_phosphorylation_190(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_157(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_158(X)))
& chemical_entity_1(fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_427(X)))
& chemical_entity_1(fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_428(X)))
& chemical_entity_1(fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_428(X)))
& cytochrome_c_1(fn_mitochondrial_electron_transport_chain_13(fn_eukaryotic_oxidative_phosphorylation_112(X)))
& protein_1(fn_mitochondrial_electron_transport_chain_13(fn_eukaryotic_oxidative_phosphorylation_112(X)))
& chemical_entity_1(fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_427(X)))
& reduction_1(fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_158(X)))
& reduction_1(fn_electron_transport_chain_pathway_27(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_158(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_153(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_153(X)))
& chemical_entity_1(fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_129(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_156(X)))
& chemical_entity_1(fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_434(X)))
& cell_1(fn_cellular_work_2(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& cell_1(fn_cellular_work_2(fn_eukaryotic_oxidative_phosphorylation_374(X)))
& cell_1(fn_electron_transport_chain_pathway_11(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& cell_1(fn_metabolic_pathway_1(fn_eukaryotic_oxidative_phosphorylation_324(X)))
& endergonic_process_1(fn_chemiosmosis_118(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& chemical_reaction_1(fn_chemiosmosis_118(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& synthesis_of_organic_molecule_1(fn_chemiosmosis_118(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& anabolic_pathway_1(fn_chemiosmosis_118(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& synthesis_of_atp_1(fn_chemiosmosis_118(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& atom_1(fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_339(X)))
& atom_1(fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_354(X)))
& organelle_1(fn_mitochondrial_membrane_35(fn_eukaryotic_oxidative_phosphorylation_116(X)))
& mitochondrion_1(fn_mitochondrial_membrane_35(fn_eukaryotic_oxidative_phosphorylation_116(X)))
& semiautonomous_organelle_1(fn_mitochondrial_membrane_35(fn_eukaryotic_oxidative_phosphorylation_116(X)))
& mitochondrion_1(fn_mitochondrial_electron_transport_chain_11(fn_eukaryotic_oxidative_phosphorylation_338(X)))
& semiautonomous_organelle_1(fn_mitochondrial_electron_transport_chain_11(fn_eukaryotic_oxidative_phosphorylation_338(X)))
& chemiosmosis_1(fn_semiautonomous_organelle_1(fn_eukaryotic_oxidative_phosphorylation_322(X)))
& chemical_entity_1(fn_biomembrane_55(fn_eukaryotic_oxidative_phosphorylation_326(X)))
& chemical_entity_1(fn_chemical_3(fn_eukaryotic_oxidative_phosphorylation_190(X)))
& ion_1(fn_active_movement_of_ions_25(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& chemical_entity_1(fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_400(X)))
& chemical_entity_1(fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_401(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_158(X)))
& chemical_entity_1(fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_401(X)))
& iron_sulfur_protein_1(fn_multiprotein_complex_ii_2(fn_eukaryotic_oxidative_phosphorylation_302(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_electron_transport_chain_reaction_1(fn_eukaryotic_oxidative_phosphorylation_337(X)))
& spatial_entity_1(fn_facilitated_diffusion_26(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& tangible_entity_1(fn_facilitated_diffusion_26(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& chemical_entity_1(fn_facilitated_diffusion_26(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& spatial_entity_1(fn_chemiosmosis_12(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& tangible_entity_1(fn_chemiosmosis_12(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& chemical_entity_1(fn_chemiosmosis_12(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& hydrogen_ion_1(fn_chemiosmosis_12(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& hydrogen_ion_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& ion_1(fn_active_movement_of_ions_25(fn_eukaryotic_oxidative_phosphorylation_374(X)))
& hydrogen_ion_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_374(X)))
& ion_1(fn_active_movement_of_ions_25(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& hydrogen_ion_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& iron_sulfur_protein_1(fn_multiprotein_complex_ii_2(fn_eukaryotic_oxidative_phosphorylation_100(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_172(X)))
& atom_1(fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_371(X)))
& atom_1(fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_371(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_371(X)))
& property_node_1(fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_371(X)))
& property_node_1(fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_371(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_371(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_371(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_339(X)))
& chemical_entity_1(fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_311(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_151(X)))
& atom_1(fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_175(X)))
& atom_1(fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_152(X)))
& chemical_entity_1(fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_175(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_152(X)))
& tangible_entity_1(fn_biomembrane_54(fn_eukaryotic_oxidative_phosphorylation_326(X)))
& membrane_protein_1(fn_biomembrane_54(fn_eukaryotic_oxidative_phosphorylation_326(X)))
& protein_1(fn_biomembrane_54(fn_eukaryotic_oxidative_phosphorylation_326(X)))
& chemical_entity_1(fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& tangible_entity_1(fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& membrane_protein_1(fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& protein_1(fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& molecule_1(fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& polymer_1(fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& transport_protein_1(fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& integral_protein_1(fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& carrier_protein_1(fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& transport_protein_1(fn_facilitated_diffusion_25(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& chemical_entity_1(fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& tangible_entity_1(fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& membrane_protein_1(fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& protein_1(fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& molecule_1(fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& polymer_1(fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& transport_protein_1(fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& integral_protein_1(fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& carrier_protein_1(fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& block_1(fn_biomembrane_102(fn_eukaryotic_oxidative_phosphorylation_326(X)))
& block_1(fn_biomembrane_101(fn_eukaryotic_oxidative_phosphorylation_326(X)))
& block_1(fn_mitochondrial_membrane_41(fn_eukaryotic_oxidative_phosphorylation_116(X)))
& block_1(fn_biomembrane_100(fn_eukaryotic_oxidative_phosphorylation_326(X)))
& block_1(fn_biomembrane_50(fn_eukaryotic_oxidative_phosphorylation_326(X)))
& biomembrane_1(fn_cytochrome_c_2(fn_eukaryotic_oxidative_phosphorylation_386(X)))
& biomembrane_1(fn_active_transport_18(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& biomembrane_1(fn_active_transport_18(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& biomembrane_1(fn_active_transport_18(fn_eukaryotic_oxidative_phosphorylation_374(X)))
& spatial_entity_1(fn_passive_transport_25(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& biomembrane_1(fn_passive_transport_25(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& spatial_entity_1(fn_facilitated_diffusion_49(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& biomembrane_1(fn_facilitated_diffusion_49(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& spatial_entity_1(fn_atp_synthase_37(fn_eukaryotic_oxidative_phosphorylation_192(X)))
& biomembrane_1(fn_atp_synthase_37(fn_eukaryotic_oxidative_phosphorylation_192(X)))
& entity_1(fn_mitochondrial_membrane_37(fn_eukaryotic_oxidative_phosphorylation_116(X)))
& spatial_entity_1(fn_mitochondrial_membrane_37(fn_eukaryotic_oxidative_phosphorylation_116(X)))
& inner_membrane_1(fn_mitochondrial_membrane_37(fn_eukaryotic_oxidative_phosphorylation_116(X)))
& biomembrane_1(fn_mitochondrial_membrane_37(fn_eukaryotic_oxidative_phosphorylation_116(X)))
& inner_membrane_1(fn_mitochondrial_electron_transport_chain_7(fn_eukaryotic_oxidative_phosphorylation_338(X)))
& entity_1(fn_mitochondrial_electron_transport_chain_19(fn_eukaryotic_oxidative_phosphorylation_338(X)))
& spatial_entity_1(fn_mitochondrial_electron_transport_chain_19(fn_eukaryotic_oxidative_phosphorylation_338(X)))
& inner_membrane_1(fn_mitochondrial_electron_transport_chain_19(fn_eukaryotic_oxidative_phosphorylation_338(X)))
& biomembrane_1(fn_mitochondrial_electron_transport_chain_19(fn_eukaryotic_oxidative_phosphorylation_338(X)))
& entity_1(fn_mitochondrial_electron_transport_chain_19(fn_eukaryotic_oxidative_phosphorylation_112(X)))
& spatial_entity_1(fn_mitochondrial_electron_transport_chain_19(fn_eukaryotic_oxidative_phosphorylation_112(X)))
& inner_membrane_1(fn_mitochondrial_electron_transport_chain_19(fn_eukaryotic_oxidative_phosphorylation_112(X)))
& biomembrane_1(fn_mitochondrial_electron_transport_chain_19(fn_eukaryotic_oxidative_phosphorylation_112(X)))
& membrane_1(fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& spatial_entity_1(fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& biomembrane_1(fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& membrane_1(fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_374(X)))
& spatial_entity_1(fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_374(X)))
& biomembrane_1(fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_374(X)))
& membrane_1(fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& spatial_entity_1(fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& biomembrane_1(fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& atom_1(fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_365(X)))
& atom_1(fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_365(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_365(X)))
& property_node_1(fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_365(X)))
& property_node_1(fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_365(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_365(X)))
& electronegativity_value_1(fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_231(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_366(X)))
& cytochrome_c_1(fn_mitochondrial_electron_transport_chain_13(fn_eukaryotic_oxidative_phosphorylation_338(X)))
& protein_1(fn_mitochondrial_electron_transport_chain_13(fn_eukaryotic_oxidative_phosphorylation_338(X)))
& chemical_entity_1(fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_232(X)))
& chemical_entity_1(fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_231(X)))
& chemical_entity_1(fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_232(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_365(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_365(X)))
& atom_1(fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_364(X)))
& atom_1(fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_364(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_364(X)))
& property_node_1(fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_364(X)))
& property_node_1(fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_364(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_364(X)))
& electronegativity_value_1(fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_237(X)))
& chemical_entity_1(fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_238(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_364(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_364(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_366(X)))
& electronegativity_value_1(fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_251(X)))
& electron_1(fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_252(X)))
& electron_1(fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_251(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_366(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_366(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_153(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_151(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_370(X)))
& electron_1(fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_297(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_370(X)))
& electron_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_370(X)))
& atom_1(fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_363(X)))
& atom_1(fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_363(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_363(X)))
& property_node_1(fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_363(X)))
& property_node_1(fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_363(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_363(X)))
& electronegativity_value_1(fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_218(X)))
& chemical_entity_1(fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_219(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_363(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_363(X)))
& chemical_entity_1(fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_218(X)))
& chemical_entity_1(fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_238(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_365(X)))
& chemical_entity_1(fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_237(X)))
& cytochrome_a_1(fn_multiprotein_complex_iv_1(fn_eukaryotic_oxidative_phosphorylation_304(X)))
& chemical_entity_1(fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_219(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_364(X)))
& chemical_entity_1(fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_218(X)))
& cytochrome_a3_1(fn_multiprotein_complex_iv_3(fn_eukaryotic_oxidative_phosphorylation_304(X)))
& multiprotein_complex_iv_1(fn_mitochondrial_membrane_13(fn_eukaryotic_oxidative_phosphorylation_116(X)))
& multiprotein_complex_iv_1(fn_mitochondrial_electron_transport_chain_2(fn_eukaryotic_oxidative_phosphorylation_338(X)))
& electron_1(fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_354(X)))
& lose_1(fn_redox_reaction_8(fn_eukaryotic_oxidative_phosphorylation_371(X)))
& oxidation_1(fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_339(X)))
& redox_reaction_1(fn_electron_transport_chain_reaction_9(fn_eukaryotic_oxidative_phosphorylation_337(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_371(X)))
& chemical_entity_1(fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_354(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_339(X)))
& flavoprotein_1(fn_multiprotein_complex_i_2(fn_eukaryotic_oxidative_phosphorylation_388(X)))
& chemical_entity_1(fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_297(X)))
& chemical_entity_1(fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_297(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_371(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_370(X)))
& iron_sulfur_protein_1(fn_multiprotein_complex_i_1(fn_eukaryotic_oxidative_phosphorylation_388(X)))
& multiprotein_complex_i_1(fn_mitochondrial_membrane_16(fn_eukaryotic_oxidative_phosphorylation_116(X)))
& multiprotein_complex_i_1(fn_mitochondrial_electron_transport_chain_9(fn_eukaryotic_oxidative_phosphorylation_338(X)))
& chemical_entity_1(fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_128(X)))
& chemical_entity_1(fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_128(X)))
& chemical_entity_1(fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_129(X)))
& cytochrome_a_1(fn_multiprotein_complex_iv_1(fn_eukaryotic_oxidative_phosphorylation_96(X)))
& chemical_entity_1(fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_137(X)))
& chemical_entity_1(fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_137(X)))
& chemical_entity_1(fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_136(X)))
& chemical_entity_1(fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_136(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_151(X)))
& cytochrome_a3_1(fn_multiprotein_complex_iv_3(fn_eukaryotic_oxidative_phosphorylation_96(X)))
& electron_1(fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_219(X)))
& electron_1(fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_218(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_363(X)))
& electron_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_363(X)))
& electron_1(fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_238(X)))
& chemical_entity_1(fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_237(X)))
& electron_1(fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_237(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_364(X)))
& electron_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_364(X)))
& chemical_entity_1(fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_231(X)))
& electron_1(fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_232(X)))
& electron_1(fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_231(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_365(X)))
& electron_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_365(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_339(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_339(X)))
& chemical_entity_1(fn_electron_transport_chain_reaction_24(fn_eukaryotic_oxidative_phosphorylation_337(X)))
& nadh_1(fn_electron_transport_chain_pathway_40(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& chemical_entity_1(fn_reactant_3(fn_eukaryotic_oxidative_phosphorylation_352(X)))
& chemical_entity_1(fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_355(X)))
& chemical_entity_1(fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_354(X)))
& chemical_entity_1(fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_311(X)))
& chemical_entity_1(fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_355(X)))
& nadh_1(fn_nad_plus_1(fn_eukaryotic_oxidative_phosphorylation_343(X)))
& reduction_1(fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_371(X)))
& reduction_1(fn_electron_transport_chain_reaction_15(fn_eukaryotic_oxidative_phosphorylation_337(X)))
& electron_1(fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_355(X)))
& electron_1(fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_311(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_339(X)))
& electron_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_339(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_371(X)))
& electron_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_371(X)))
& tangible_entity_1(fn_electron_transport_chain_reaction_14(fn_eukaryotic_oxidative_phosphorylation_337(X)))
& electron_1(fn_electron_transport_chain_reaction_14(fn_eukaryotic_oxidative_phosphorylation_337(X)))
& oxidation_1(fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_371(X)))
& oxidation_1(fn_electron_transport_chain_reaction_16(fn_eukaryotic_oxidative_phosphorylation_337(X)))
& chemical_reaction_1(fn_reactant_2(fn_eukaryotic_oxidative_phosphorylation_352(X)))
& electron_transport_chain_reaction_1(fn_electron_transport_chain_1(fn_eukaryotic_oxidative_phosphorylation_338(X)))
& functional_group_1(fn_chemiosmosis_39(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& phosphate_group_1(fn_chemiosmosis_39(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& phosphate_group_1(fn_nucleoside_triphosphate_27(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& functional_group_1(fn_synthesis_of_atp_20(fn_eukaryotic_oxidative_phosphorylation_324(X)))
& phosphate_group_1(fn_synthesis_of_atp_20(fn_eukaryotic_oxidative_phosphorylation_324(X)))
& functional_group_1(fn_atp_32(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& phosphate_group_1(fn_atp_32(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& functional_group_1(fn_ribonucleotide_14(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& phosphate_group_1(fn_ribonucleotide_14(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& functional_group_1(fn_chemiosmosis_41(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& phosphate_group_1(fn_chemiosmosis_41(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& functional_group_1(fn_synthesis_of_atp_18(fn_eukaryotic_oxidative_phosphorylation_324(X)))
& phosphate_group_1(fn_synthesis_of_atp_18(fn_eukaryotic_oxidative_phosphorylation_324(X)))
& functional_group_1(fn_atp_34(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& phosphate_group_1(fn_atp_34(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& functional_group_1(fn_atp_33(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& phosphate_group_1(fn_atp_33(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& entity_1(fn_ribonucleotide_16(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& chemical_entity_1(fn_ribonucleotide_16(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& atom_1(fn_ribonucleotide_16(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& oxygen_1(fn_ribonucleotide_16(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& entity_1(fn_nucleoside_triphosphate_29(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_29(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& atom_1(fn_nucleoside_triphosphate_29(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& oxygen_1(fn_nucleoside_triphosphate_29(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& oxygen_1(fn_phosphate_group_5(fn_eukaryotic_oxidative_phosphorylation_208(X)))
& entity_1(fn_phosphate_group_5(fn_eukaryotic_oxidative_phosphorylation_208(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_eukaryotic_oxidative_phosphorylation_208(X)))
& atom_1(fn_phosphate_group_5(fn_eukaryotic_oxidative_phosphorylation_208(X)))
& chemical_bond_1(fn_molecule_10(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& covalent_bond_1(fn_chemiosmosis_37(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& chemical_bond_1(fn_chemiosmosis_37(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& single_bond_1(fn_chemiosmosis_37(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& covalent_bond_1(fn_ribonucleotide_12(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& single_bond_1(fn_ribonucleotide_12(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& single_bond_1(fn_nucleoside_triphosphate_35(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& covalent_bond_1(fn_synthesis_of_atp_21(fn_eukaryotic_oxidative_phosphorylation_324(X)))
& chemical_bond_1(fn_synthesis_of_atp_21(fn_eukaryotic_oxidative_phosphorylation_324(X)))
& single_bond_1(fn_synthesis_of_atp_21(fn_eukaryotic_oxidative_phosphorylation_324(X)))
& covalent_bond_1(fn_atp_30(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& chemical_bond_1(fn_atp_30(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& single_bond_1(fn_atp_30(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& single_bond_1(fn_phosphate_group_37(fn_eukaryotic_oxidative_phosphorylation_208(X)))
& atom_1(fn_ribonucleotide_17(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& phosphorus_1(fn_ribonucleotide_17(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& tangible_entity_1(fn_nucleoside_triphosphate_33(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& entity_1(fn_nucleoside_triphosphate_33(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_33(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& atom_1(fn_nucleoside_triphosphate_33(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& phosphorus_1(fn_nucleoside_triphosphate_33(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& tangible_entity_1(fn_atp_36(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& entity_1(fn_atp_36(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& chemical_entity_1(fn_atp_36(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& atom_1(fn_atp_36(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& phosphorus_1(fn_atp_36(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& phosphorus_1(fn_phosphate_group_6(fn_eukaryotic_oxidative_phosphorylation_208(X)))
& atom_1(fn_molecule_11(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& entity_1(fn_chemiosmosis_44(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& chemical_entity_1(fn_chemiosmosis_44(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& atom_1(fn_chemiosmosis_44(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& oxygen_1(fn_chemiosmosis_44(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& oxygen_1(fn_ribonucleotide_8(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& entity_1(fn_ribonucleotide_8(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& chemical_entity_1(fn_ribonucleotide_8(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& atom_1(fn_ribonucleotide_8(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& oxygen_1(fn_nucleoside_triphosphate_32(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& entity_1(fn_nucleoside_triphosphate_32(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_32(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& atom_1(fn_nucleoside_triphosphate_32(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& oxygen_1(fn_synthesis_of_atp_15(fn_eukaryotic_oxidative_phosphorylation_324(X)))
& entity_1(fn_synthesis_of_atp_15(fn_eukaryotic_oxidative_phosphorylation_324(X)))
& chemical_entity_1(fn_synthesis_of_atp_15(fn_eukaryotic_oxidative_phosphorylation_324(X)))
& atom_1(fn_synthesis_of_atp_15(fn_eukaryotic_oxidative_phosphorylation_324(X)))
& oxygen_1(fn_atp_37(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& entity_1(fn_atp_37(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& chemical_entity_1(fn_atp_37(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& atom_1(fn_atp_37(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& oxygen_1(fn_atp_35(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& entity_1(fn_atp_35(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& chemical_entity_1(fn_atp_35(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& atom_1(fn_atp_35(fn_eukaryotic_oxidative_phosphorylation_336(X)))
& entity_1(fn_phosphate_group_22(fn_eukaryotic_oxidative_phosphorylation_208(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_eukaryotic_oxidative_phosphorylation_208(X)))
& atom_1(fn_phosphate_group_22(fn_eukaryotic_oxidative_phosphorylation_208(X)))
& oxygen_1(fn_phosphate_group_22(fn_eukaryotic_oxidative_phosphorylation_208(X)))
& surface_1(fn_biomembrane_47(fn_eukaryotic_oxidative_phosphorylation_326(X)))
& outside_face_1(fn_active_movement_of_ions_13(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& surface_1(fn_active_movement_of_ions_13(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& outside_face_1(fn_biomembrane_41(fn_eukaryotic_oxidative_phosphorylation_326(X)))
& surface_1(fn_cytochrome_c_1(fn_eukaryotic_oxidative_phosphorylation_386(X)))
& outside_face_1(fn_cytochrome_c_1(fn_eukaryotic_oxidative_phosphorylation_386(X)))
& outside_face_1(fn_atp_synthase_11(fn_eukaryotic_oxidative_phosphorylation_192(X)))
& hydrophilic_end_1(fn_facilitated_diffusion_42(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& hydrophilic_region_1(fn_active_movement_of_ions_12(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& hydrophilic_end_1(fn_active_movement_of_ions_12(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& hydrophilic_region_1(fn_active_movement_of_ions_12(fn_eukaryotic_oxidative_phosphorylation_374(X)))
& hydrophilic_end_1(fn_active_movement_of_ions_12(fn_eukaryotic_oxidative_phosphorylation_374(X)))
& hydrophilic_end_1(fn_atp_synthase_14(fn_eukaryotic_oxidative_phosphorylation_192(X)))
& hydrophilic_region_1(fn_facilitated_diffusion_45(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& hydrophilic_end_1(fn_facilitated_diffusion_45(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& hydrophilic_region_1(fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& hydrophilic_end_1(fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& hydrophilic_region_1(fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& hydrophilic_end_1(fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_373(X)))
& hydrophilic_region_1(fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_374(X)))
& hydrophilic_end_1(fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_374(X)))
& hydrophilic_end_1(fn_atp_synthase_12(fn_eukaryotic_oxidative_phosphorylation_192(X)))
& tangible_entity_1(fn_facilitated_diffusion_48(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& phospholipid_bilayer_1(fn_facilitated_diffusion_48(fn_eukaryotic_oxidative_phosphorylation_327(X)))
& tangible_entity_1(fn_active_movement_of_ions_17(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& phospholipid_bilayer_1(fn_active_movement_of_ions_17(fn_eukaryotic_oxidative_phosphorylation_375(X)))
& tangible_entity_1(fn_biomembrane_63(fn_eukaryotic_oxidative_phosphorylation_326(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_eukaryotic_oxidative_phosphorylation_326(X)))
& tangible_entity_1(fn_atp_synthase_40(fn_eukaryotic_oxidative_phosphorylation_192(X)))
& phospholipid_bilayer_1(fn_atp_synthase_40(fn_eukaryotic_oxidative_phosphorylation_192(X)))
& electron_1(fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_175(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_172(X)))
& electron_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_172(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_152(X)))
& electron_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_152(X)))
& redox_reaction_1(fn_electron_transport_chain_pathway_31(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& redox_reaction_1(fn_electron_transport_chain_pathway_21(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_172(X)))
& fad_1(fn_fadh2_1(fn_eukaryotic_oxidative_phosphorylation_173(X)))
& chemical_entity_1(fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_175(X)))
& chemical_entity_1(fn_electron_transport_chain_reaction_24(fn_eukaryotic_oxidative_phosphorylation_282(X)))
& fadh2_1(fn_electron_transport_chain_pathway_41(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_152(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_172(X)))
& fadh2_1(fn_fad_3(fn_eukaryotic_oxidative_phosphorylation_165(X)))
& reduction_1(fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_151(X)))
& reduction_1(fn_electron_transport_chain_reaction_15(fn_eukaryotic_oxidative_phosphorylation_282(X)))
& electron_1(fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_137(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_151(X)))
& electron_1(fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_151(X)))
& electron_1(fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_136(X)))
& tangible_entity_1(fn_electron_transport_chain_reaction_14(fn_eukaryotic_oxidative_phosphorylation_282(X)))
& electron_1(fn_electron_transport_chain_reaction_14(fn_eukaryotic_oxidative_phosphorylation_282(X)))
& oxidation_1(fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_151(X)))
& oxidation_1(fn_electron_transport_chain_reaction_16(fn_eukaryotic_oxidative_phosphorylation_282(X)))
& chemical_energy_1(fn_electron_transport_chain_pathway_6(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& chemical_energy_1(fn_electron_transport_chain_reaction_20(fn_eukaryotic_oxidative_phosphorylation_282(X)))
& chemical_entity_1(fn_electron_transport_chain_pathway_5(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& chemical_entity_1(fn_electron_transport_chain_reaction_25(fn_eukaryotic_oxidative_phosphorylation_282(X)))
& reactant_1(fn_electron_transport_chain_pathway_44(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& reactant_1(fn_electron_transport_chain_reaction_5(fn_eukaryotic_oxidative_phosphorylation_282(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_electron_transport_chain_pathway_13(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& cellular_work_1(fn_electron_transport_chain_pathway_13(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_electron_transport_chain_reaction_1(fn_eukaryotic_oxidative_phosphorylation_282(X)))
& electron_transport_chain_reaction_1(fn_electron_transport_chain_1(fn_eukaryotic_oxidative_phosphorylation_112(X)))
& chemical_reaction_1(fn_electron_transport_chain_pathway_20(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& electron_transport_chain_reaction_1(fn_electron_transport_chain_pathway_20(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& electron_transport_chain_reaction_1(fn_electron_transport_chain_pathway_19(fn_eukaryotic_oxidative_phosphorylation_333(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_367(X)))
& chemical_entity_1(fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_252(X)))
& chemical_entity_1(fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_251(X)))
& chemical_entity_1(fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_252(X)))
& chemical_entity_1(fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_251(X)))
& cytochrome_c1_1(fn_multiprotein_complex_iii_5(fn_eukaryotic_oxidative_phosphorylation_303(X)))
& multiprotein_complex_iii_1(fn_mitochondrial_membrane_14(fn_eukaryotic_oxidative_phosphorylation_116(X)))
& multiprotein_complex_iii_1(fn_mitochondrial_electron_transport_chain_3(fn_eukaryotic_oxidative_phosphorylation_338(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_368(X)))
& chemical_entity_1(fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_259(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_367(X)))
& chemical_entity_1(fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_259(X)))
& iron_sulfur_protein_1(fn_multiprotein_complex_iii_1(fn_eukaryotic_oxidative_phosphorylation_303(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_369(X)))
& chemical_entity_1(fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_269(X)))
& chemical_entity_1(fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_270(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_368(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_368(X)))
& chemical_entity_1(fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_270(X)))
& cytochrome_b_1(fn_multiprotein_complex_iii_2(fn_eukaryotic_oxidative_phosphorylation_303(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_157(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_157(X)))
& chemical_entity_1(fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_435(X)))
& chemical_entity_1(fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_435(X)))
& chemical_entity_1(fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_434(X)))
& cytochrome_c1_1(fn_multiprotein_complex_iii_5(fn_eukaryotic_oxidative_phosphorylation_101(X)))
& chemical_entity_1(fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_442(X)))
& chemical_entity_1(fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_441(X)))
& chemical_entity_1(fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_442(X)))
& chemical_entity_1(fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_441(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_156(X)))
& iron_sulfur_protein_1(fn_multiprotein_complex_iii_1(fn_eukaryotic_oxidative_phosphorylation_101(X)))
& chemical_entity_1(fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_413(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_155(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_155(X)))
& cytochrome_b_1(fn_multiprotein_complex_iii_2(fn_eukaryotic_oxidative_phosphorylation_101(X)))
& chemical_reaction_1(fn_chemiosmosis_5(fn_eukaryotic_oxidative_phosphorylation_325(X)))
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_71(X),oxidized_0)
& has_state_2(fn_eukaryotic_oxidative_phosphorylation_445(X),fn_eukaryotic_oxidative_phosphorylation_440(X))
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_445(X),fn_eukaryotic_oxidative_phosphorylation_70(X))
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_441(X),object_0,"2",electron_0)
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_440(X),fn_eukaryotic_oxidative_phosphorylation_69(X))
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_70(X),oxidized_0)
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_69(X),reduced_0)
& has_state_2(fn_eukaryotic_oxidative_phosphorylation_438(X),fn_eukaryotic_oxidative_phosphorylation_433(X))
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_438(X),fn_eukaryotic_oxidative_phosphorylation_68(X))
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_434(X),object_0,"2",electron_0)
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_433(X),fn_eukaryotic_oxidative_phosphorylation_67(X))
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_68(X),oxidized_0)
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_67(X),reduced_0)
& has_state_2(fn_eukaryotic_oxidative_phosphorylation_431(X),fn_eukaryotic_oxidative_phosphorylation_426(X))
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_431(X),fn_eukaryotic_oxidative_phosphorylation_66(X))
& fn_eukaryotic_oxidative_phosphorylation_431(X) != fn_eukaryotic_oxidative_phosphorylation_426(X)
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_427(X),object_0,"2",electron_0)
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_426(X),fn_eukaryotic_oxidative_phosphorylation_65(X))
& fn_eukaryotic_oxidative_phosphorylation_426(X) != fn_eukaryotic_oxidative_phosphorylation_431(X)
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_66(X),oxidized_0)
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_65(X),reduced_0)
& greater_than_or_equal_to_2(fn_eukaryotic_oxidative_phosphorylation_420(X),fn_eukaryotic_oxidative_phosphorylation_419(X))
& greater_than_2(fn_eukaryotic_oxidative_phosphorylation_420(X),fn_eukaryotic_oxidative_phosphorylation_419(X))
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_63(X),reduced_0)
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_59(X),reduced_0)
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_58(X),oxidized_0)
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_57(X),reduced_0)
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_416(X),fn_eukaryotic_oxidative_phosphorylation_71(X))
& has_state_2(fn_eukaryotic_oxidative_phosphorylation_416(X),fn_eukaryotic_oxidative_phosphorylation_411(X))
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_412(X),object_0,"2",electron_0)
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_411(X),fn_eukaryotic_oxidative_phosphorylation_63(X))
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_405(X),fn_eukaryotic_oxidative_phosphorylation_59(X))
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_55(X),oxidized_0)
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_404(X),fn_eukaryotic_oxidative_phosphorylation_58(X))
& has_state_2(fn_eukaryotic_oxidative_phosphorylation_404(X),fn_eukaryotic_oxidative_phosphorylation_399(X))
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_400(X),object_0,"2",electron_0)
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_399(X),fn_eukaryotic_oxidative_phosphorylation_57(X))
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_386(X),fn_eukaryotic_oxidative_phosphorylation_20(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_385(X),fn_eukaryotic_oxidative_phosphorylation_305(X))
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_385(X),fn_eukaryotic_oxidative_phosphorylation_42(X))
& fn_eukaryotic_oxidative_phosphorylation_384(X) != fn_eukaryotic_oxidative_phosphorylation_331(X)
& same_type_2(fn_eukaryotic_oxidative_phosphorylation_378(X),fn_eukaryotic_oxidative_phosphorylation_191(X))
& agent_2(fn_eukaryotic_oxidative_phosphorylation_375(X),fn_eukaryotic_oxidative_phosphorylation_192(X))
& agent_2(fn_eukaryotic_oxidative_phosphorylation_374(X),fn_eukaryotic_oxidative_phosphorylation_192(X))
& agent_2(fn_eukaryotic_oxidative_phosphorylation_373(X),fn_eukaryotic_oxidative_phosphorylation_192(X))
& called_2(fn_eukaryotic_oxidative_phosphorylation_371(X),'R2')
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_371(X),fn_eukaryotic_oxidative_phosphorylation_370(X))
& fn_eukaryotic_oxidative_phosphorylation_371(X) != fn_eukaryotic_oxidative_phosphorylation_370(X)
& fn_eukaryotic_oxidative_phosphorylation_371(X) != fn_eukaryotic_oxidative_phosphorylation_369(X)
& fn_eukaryotic_oxidative_phosphorylation_371(X) != fn_eukaryotic_oxidative_phosphorylation_368(X)
& fn_eukaryotic_oxidative_phosphorylation_371(X) != fn_eukaryotic_oxidative_phosphorylation_367(X)
& fn_eukaryotic_oxidative_phosphorylation_371(X) != fn_eukaryotic_oxidative_phosphorylation_366(X)
& fn_eukaryotic_oxidative_phosphorylation_371(X) != fn_eukaryotic_oxidative_phosphorylation_365(X)
& fn_eukaryotic_oxidative_phosphorylation_371(X) != fn_eukaryotic_oxidative_phosphorylation_364(X)
& fn_eukaryotic_oxidative_phosphorylation_371(X) != fn_eukaryotic_oxidative_phosphorylation_363(X)
& fn_eukaryotic_oxidative_phosphorylation_371(X) != fn_eukaryotic_oxidative_phosphorylation_339(X)
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_371(X),fn_eukaryotic_oxidative_phosphorylation_362(X))
& called_2(fn_eukaryotic_oxidative_phosphorylation_370(X),'R3')
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_370(X),fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_eukaryotic_oxidative_phosphorylation_370(X) != fn_eukaryotic_oxidative_phosphorylation_371(X)
& fn_eukaryotic_oxidative_phosphorylation_370(X) != fn_eukaryotic_oxidative_phosphorylation_369(X)
& fn_eukaryotic_oxidative_phosphorylation_370(X) != fn_eukaryotic_oxidative_phosphorylation_339(X)
& called_2(fn_eukaryotic_oxidative_phosphorylation_369(X),'R4')
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_369(X),fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_eukaryotic_oxidative_phosphorylation_369(X) != fn_eukaryotic_oxidative_phosphorylation_370(X)
& fn_eukaryotic_oxidative_phosphorylation_369(X) != fn_eukaryotic_oxidative_phosphorylation_371(X)
& fn_eukaryotic_oxidative_phosphorylation_369(X) != fn_eukaryotic_oxidative_phosphorylation_368(X)
& fn_eukaryotic_oxidative_phosphorylation_369(X) != fn_eukaryotic_oxidative_phosphorylation_367(X)
& fn_eukaryotic_oxidative_phosphorylation_369(X) != fn_eukaryotic_oxidative_phosphorylation_366(X)
& fn_eukaryotic_oxidative_phosphorylation_369(X) != fn_eukaryotic_oxidative_phosphorylation_365(X)
& fn_eukaryotic_oxidative_phosphorylation_369(X) != fn_eukaryotic_oxidative_phosphorylation_364(X)
& fn_eukaryotic_oxidative_phosphorylation_369(X) != fn_eukaryotic_oxidative_phosphorylation_363(X)
& fn_eukaryotic_oxidative_phosphorylation_369(X) != fn_eukaryotic_oxidative_phosphorylation_339(X)
& called_2(fn_eukaryotic_oxidative_phosphorylation_368(X),'R5')
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_368(X),fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_eukaryotic_oxidative_phosphorylation_368(X) != fn_eukaryotic_oxidative_phosphorylation_369(X)
& fn_eukaryotic_oxidative_phosphorylation_368(X) != fn_eukaryotic_oxidative_phosphorylation_371(X)
& fn_eukaryotic_oxidative_phosphorylation_368(X) != fn_eukaryotic_oxidative_phosphorylation_367(X)
& fn_eukaryotic_oxidative_phosphorylation_368(X) != fn_eukaryotic_oxidative_phosphorylation_366(X)
& fn_eukaryotic_oxidative_phosphorylation_368(X) != fn_eukaryotic_oxidative_phosphorylation_365(X)
& fn_eukaryotic_oxidative_phosphorylation_368(X) != fn_eukaryotic_oxidative_phosphorylation_364(X)
& fn_eukaryotic_oxidative_phosphorylation_368(X) != fn_eukaryotic_oxidative_phosphorylation_363(X)
& fn_eukaryotic_oxidative_phosphorylation_368(X) != fn_eukaryotic_oxidative_phosphorylation_339(X)
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_368(X),fn_eukaryotic_oxidative_phosphorylation_268(X))
& called_2(fn_eukaryotic_oxidative_phosphorylation_367(X),'R6')
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_367(X),fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_eukaryotic_oxidative_phosphorylation_367(X) != fn_eukaryotic_oxidative_phosphorylation_368(X)
& fn_eukaryotic_oxidative_phosphorylation_367(X) != fn_eukaryotic_oxidative_phosphorylation_369(X)
& fn_eukaryotic_oxidative_phosphorylation_367(X) != fn_eukaryotic_oxidative_phosphorylation_371(X)
& fn_eukaryotic_oxidative_phosphorylation_367(X) != fn_eukaryotic_oxidative_phosphorylation_366(X)
& fn_eukaryotic_oxidative_phosphorylation_367(X) != fn_eukaryotic_oxidative_phosphorylation_365(X)
& fn_eukaryotic_oxidative_phosphorylation_367(X) != fn_eukaryotic_oxidative_phosphorylation_364(X)
& fn_eukaryotic_oxidative_phosphorylation_367(X) != fn_eukaryotic_oxidative_phosphorylation_363(X)
& fn_eukaryotic_oxidative_phosphorylation_367(X) != fn_eukaryotic_oxidative_phosphorylation_339(X)
& called_2(fn_eukaryotic_oxidative_phosphorylation_366(X),'R7')
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_366(X),fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_eukaryotic_oxidative_phosphorylation_366(X) != fn_eukaryotic_oxidative_phosphorylation_367(X)
& fn_eukaryotic_oxidative_phosphorylation_366(X) != fn_eukaryotic_oxidative_phosphorylation_368(X)
& fn_eukaryotic_oxidative_phosphorylation_366(X) != fn_eukaryotic_oxidative_phosphorylation_369(X)
& fn_eukaryotic_oxidative_phosphorylation_366(X) != fn_eukaryotic_oxidative_phosphorylation_371(X)
& fn_eukaryotic_oxidative_phosphorylation_366(X) != fn_eukaryotic_oxidative_phosphorylation_339(X)
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_366(X),fn_eukaryotic_oxidative_phosphorylation_277(X))
& called_2(fn_eukaryotic_oxidative_phosphorylation_365(X),'R8')
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_365(X),fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_eukaryotic_oxidative_phosphorylation_365(X) != fn_eukaryotic_oxidative_phosphorylation_367(X)
& fn_eukaryotic_oxidative_phosphorylation_365(X) != fn_eukaryotic_oxidative_phosphorylation_368(X)
& fn_eukaryotic_oxidative_phosphorylation_365(X) != fn_eukaryotic_oxidative_phosphorylation_369(X)
& fn_eukaryotic_oxidative_phosphorylation_365(X) != fn_eukaryotic_oxidative_phosphorylation_371(X)
& fn_eukaryotic_oxidative_phosphorylation_365(X) != fn_eukaryotic_oxidative_phosphorylation_339(X)
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_365(X),fn_eukaryotic_oxidative_phosphorylation_386(X))
& called_2(fn_eukaryotic_oxidative_phosphorylation_364(X),'R9')
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_364(X),fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_eukaryotic_oxidative_phosphorylation_364(X) != fn_eukaryotic_oxidative_phosphorylation_367(X)
& fn_eukaryotic_oxidative_phosphorylation_364(X) != fn_eukaryotic_oxidative_phosphorylation_368(X)
& fn_eukaryotic_oxidative_phosphorylation_364(X) != fn_eukaryotic_oxidative_phosphorylation_369(X)
& fn_eukaryotic_oxidative_phosphorylation_364(X) != fn_eukaryotic_oxidative_phosphorylation_371(X)
& fn_eukaryotic_oxidative_phosphorylation_364(X) != fn_eukaryotic_oxidative_phosphorylation_339(X)
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_364(X),fn_eukaryotic_oxidative_phosphorylation_245(X))
& called_2(fn_eukaryotic_oxidative_phosphorylation_363(X),'R10')
& fn_eukaryotic_oxidative_phosphorylation_363(X) != fn_eukaryotic_oxidative_phosphorylation_367(X)
& fn_eukaryotic_oxidative_phosphorylation_363(X) != fn_eukaryotic_oxidative_phosphorylation_368(X)
& fn_eukaryotic_oxidative_phosphorylation_363(X) != fn_eukaryotic_oxidative_phosphorylation_369(X)
& fn_eukaryotic_oxidative_phosphorylation_363(X) != fn_eukaryotic_oxidative_phosphorylation_371(X)
& fn_eukaryotic_oxidative_phosphorylation_363(X) != fn_eukaryotic_oxidative_phosphorylation_339(X)
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_363(X),result_0,"2",water_molecule_0)
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_363(X),fn_eukaryotic_oxidative_phosphorylation_244(X))
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_362(X),fn_eukaryotic_oxidative_phosphorylation_53(X))
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_53(X),reduced_0)
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_51(X),oxidized_0)
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_355(X),object_0,"2",electron_0)
& fn_eukaryotic_oxidative_phosphorylation_355(X) != fn_eukaryotic_oxidative_phosphorylation_311(X)
& fn_eukaryotic_oxidative_phosphorylation_355(X) != fn_eukaryotic_oxidative_phosphorylation_297(X)
& fn_eukaryotic_oxidative_phosphorylation_355(X) != fn_eukaryotic_oxidative_phosphorylation_287(X)
& fn_eukaryotic_oxidative_phosphorylation_355(X) != fn_eukaryotic_oxidative_phosphorylation_176(X)
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_349(X),fn_eukaryotic_oxidative_phosphorylation_51(X))
& has_state_2(fn_eukaryotic_oxidative_phosphorylation_349(X),fn_eukaryotic_oxidative_phosphorylation_362(X))
& called_2(fn_eukaryotic_oxidative_phosphorylation_339(X),'R1')
& result_2(fn_eukaryotic_oxidative_phosphorylation_339(X),fn_eukaryotic_oxidative_phosphorylation_362(X))
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_339(X),fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_eukaryotic_oxidative_phosphorylation_339(X) != fn_eukaryotic_oxidative_phosphorylation_363(X)
& fn_eukaryotic_oxidative_phosphorylation_339(X) != fn_eukaryotic_oxidative_phosphorylation_364(X)
& fn_eukaryotic_oxidative_phosphorylation_339(X) != fn_eukaryotic_oxidative_phosphorylation_365(X)
& fn_eukaryotic_oxidative_phosphorylation_339(X) != fn_eukaryotic_oxidative_phosphorylation_366(X)
& fn_eukaryotic_oxidative_phosphorylation_339(X) != fn_eukaryotic_oxidative_phosphorylation_367(X)
& fn_eukaryotic_oxidative_phosphorylation_339(X) != fn_eukaryotic_oxidative_phosphorylation_368(X)
& fn_eukaryotic_oxidative_phosphorylation_339(X) != fn_eukaryotic_oxidative_phosphorylation_369(X)
& fn_eukaryotic_oxidative_phosphorylation_339(X) != fn_eukaryotic_oxidative_phosphorylation_370(X)
& fn_eukaryotic_oxidative_phosphorylation_339(X) != fn_eukaryotic_oxidative_phosphorylation_371(X)
& fn_eukaryotic_oxidative_phosphorylation_339(X) != fn_eukaryotic_oxidative_phosphorylation_152(X)
& fn_eukaryotic_oxidative_phosphorylation_338(X) != fn_eukaryotic_oxidative_phosphorylation_112(X)
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_337(X),fn_eukaryotic_oxidative_phosphorylation_363(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_337(X),fn_eukaryotic_oxidative_phosphorylation_364(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_337(X),fn_eukaryotic_oxidative_phosphorylation_365(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_337(X),fn_eukaryotic_oxidative_phosphorylation_367(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_337(X),fn_eukaryotic_oxidative_phosphorylation_368(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_337(X),fn_eukaryotic_oxidative_phosphorylation_369(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_337(X),fn_eukaryotic_oxidative_phosphorylation_370(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_334(X),fn_eukaryotic_oxidative_phosphorylation_322(X))
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_333(X),fn_eukaryotic_oxidative_phosphorylation_325(X))
& time_during_2(fn_eukaryotic_oxidative_phosphorylation_333(X),fn_eukaryotic_oxidative_phosphorylation_47(X))
& enables_2(fn_eukaryotic_oxidative_phosphorylation_332(X),X)
& called_2(fn_eukaryotic_oxidative_phosphorylation_331(X),"1")
& fn_eukaryotic_oxidative_phosphorylation_331(X) != fn_eukaryotic_oxidative_phosphorylation_384(X)
& fn_eukaryotic_oxidative_phosphorylation_329(X) != fn_eukaryotic_oxidative_phosphorylation_328(X)
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_329(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_329(X),fn_eukaryotic_oxidative_phosphorylation_199(X))
& fn_eukaryotic_oxidative_phosphorylation_328(X) != fn_eukaryotic_oxidative_phosphorylation_329(X)
& is_outside_2(fn_eukaryotic_oxidative_phosphorylation_328(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_327(X),fn_eukaryotic_oxidative_phosphorylation_190(X))
& time_during_2(fn_eukaryotic_oxidative_phosphorylation_325(X),fn_eukaryotic_oxidative_phosphorylation_48(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_325(X),fn_eukaryotic_oxidative_phosphorylation_335(X))
& agent_2(fn_eukaryotic_oxidative_phosphorylation_325(X),fn_eukaryotic_oxidative_phosphorylation_335(X))
& site_2(fn_eukaryotic_oxidative_phosphorylation_324(X),fn_eukaryotic_oxidative_phosphorylation_322(X))
& time_during_2(fn_eukaryotic_oxidative_phosphorylation_324(X),fn_eukaryotic_oxidative_phosphorylation_49(X))
& time_during_2(fn_eukaryotic_oxidative_phosphorylation_323(X),fn_eukaryotic_oxidative_phosphorylation_50(X))
& has_function_2(fn_eukaryotic_oxidative_phosphorylation_322(X),X)
& first_subevent_2(X,fn_eukaryotic_oxidative_phosphorylation_333(X))
& site_2(X,fn_eukaryotic_oxidative_phosphorylation_322(X))
& time_before_2(fn_eukaryotic_oxidative_phosphorylation_50(X),fn_eukaryotic_oxidative_phosphorylation_49(X))
& time_before_2(fn_eukaryotic_oxidative_phosphorylation_47(X),fn_eukaryotic_oxidative_phosphorylation_48(X))
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_46(X),oxidized_0)
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_311(X),object_0,"2",electron_0)
& fn_eukaryotic_oxidative_phosphorylation_311(X) != fn_eukaryotic_oxidative_phosphorylation_355(X)
& fn_eukaryotic_oxidative_phosphorylation_311(X) != fn_eukaryotic_oxidative_phosphorylation_297(X)
& fn_eukaryotic_oxidative_phosphorylation_311(X) != fn_eukaryotic_oxidative_phosphorylation_287(X)
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_309(X),fn_eukaryotic_oxidative_phosphorylation_46(X))
& has_state_2(fn_eukaryotic_oxidative_phosphorylation_309(X),fn_eukaryotic_oxidative_phosphorylation_308(X))
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_308(X),fn_eukaryotic_oxidative_phosphorylation_44(X))
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_44(X),reduced_0)
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_42(X),reduced_0)
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_41(X),oxidized_0)
& fn_eukaryotic_oxidative_phosphorylation_297(X) != fn_eukaryotic_oxidative_phosphorylation_311(X)
& fn_eukaryotic_oxidative_phosphorylation_297(X) != fn_eukaryotic_oxidative_phosphorylation_355(X)
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_297(X),object_0,"2",electron_0)
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_294(X),fn_eukaryotic_oxidative_phosphorylation_41(X))
& has_state_2(fn_eukaryotic_oxidative_phosphorylation_294(X),fn_eukaryotic_oxidative_phosphorylation_385(X))
& greater_than_or_equal_to_2(fn_eukaryotic_oxidative_phosphorylation_290(X),fn_eukaryotic_oxidative_phosphorylation_291(X))
& greater_than_2(fn_eukaryotic_oxidative_phosphorylation_290(X),fn_eukaryotic_oxidative_phosphorylation_291(X))
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_38(X),reduced_0)
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_37(X),oxidized_0)
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_288(X),fn_eukaryotic_oxidative_phosphorylation_38(X))
& fn_eukaryotic_oxidative_phosphorylation_287(X) != fn_eukaryotic_oxidative_phosphorylation_311(X)
& fn_eukaryotic_oxidative_phosphorylation_287(X) != fn_eukaryotic_oxidative_phosphorylation_355(X)
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_287(X),object_0,"2",electron_0)
& has_state_2(fn_eukaryotic_oxidative_phosphorylation_283(X),fn_eukaryotic_oxidative_phosphorylation_288(X))
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_283(X),fn_eukaryotic_oxidative_phosphorylation_37(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_282(X),fn_eukaryotic_oxidative_phosphorylation_157(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_282(X),fn_eukaryotic_oxidative_phosphorylation_156(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_282(X),fn_eukaryotic_oxidative_phosphorylation_155(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_282(X),fn_eukaryotic_oxidative_phosphorylation_154(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_282(X),fn_eukaryotic_oxidative_phosphorylation_153(X))
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_277(X),fn_eukaryotic_oxidative_phosphorylation_30(X))
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_34(X),reduced_0)
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_33(X),oxidized_0)
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_272(X),fn_eukaryotic_oxidative_phosphorylation_34(X))
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_270(X),object_0,"2",electron_0)
& has_state_2(fn_eukaryotic_oxidative_phosphorylation_268(X),fn_eukaryotic_oxidative_phosphorylation_272(X))
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_268(X),fn_eukaryotic_oxidative_phosphorylation_33(X))
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_30(X),reduced_0)
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_29(X),oxidized_0)
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_260(X),object_0,"2",electron_0)
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_258(X),fn_eukaryotic_oxidative_phosphorylation_29(X))
& has_state_2(fn_eukaryotic_oxidative_phosphorylation_258(X),fn_eukaryotic_oxidative_phosphorylation_277(X))
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_252(X),object_0,"2",electron_0)
& has_state_2(fn_eukaryotic_oxidative_phosphorylation_248(X),fn_eukaryotic_oxidative_phosphorylation_386(X))
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_248(X),fn_eukaryotic_oxidative_phosphorylation_26(X))
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_245(X),fn_eukaryotic_oxidative_phosphorylation_22(X))
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_244(X),fn_eukaryotic_oxidative_phosphorylation_24(X))
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_26(X),oxidized_0)
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_24(X),reduced_0)
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_23(X),oxidized_0)
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_238(X),object_0,"2",electron_0)
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_234(X),fn_eukaryotic_oxidative_phosphorylation_23(X))
& has_state_2(fn_eukaryotic_oxidative_phosphorylation_234(X),fn_eukaryotic_oxidative_phosphorylation_244(X))
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_22(X),reduced_0)
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_21(X),oxidized_0)
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_232(X),object_0,"2",electron_0)
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_20(X),reduced_0)
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_228(X),fn_eukaryotic_oxidative_phosphorylation_21(X))
& has_state_2(fn_eukaryotic_oxidative_phosphorylation_228(X),fn_eukaryotic_oxidative_phosphorylation_245(X))
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_14(X),oxidized_0)
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_219(X),donor_0,"2",cytochrome_a3_0)
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_219(X),object_0,"4",electron_0)
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_219(X),recipient_0,"4",hydrogen_ion_0)
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_215(X),fn_eukaryotic_oxidative_phosphorylation_14(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_204(X),fn_eukaryotic_oxidative_phosphorylation_331(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_203(X),fn_eukaryotic_oxidative_phosphorylation_331(X))
& is_between_2(fn_eukaryotic_oxidative_phosphorylation_199(X),fn_eukaryotic_oxidative_phosphorylation_328(X))
& is_between_2(fn_eukaryotic_oxidative_phosphorylation_199(X),fn_eukaryotic_oxidative_phosphorylation_329(X))
& same_type_2(fn_eukaryotic_oxidative_phosphorylation_191(X),fn_eukaryotic_oxidative_phosphorylation_378(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_189(X),fn_eukaryotic_oxidative_phosphorylation_190(X))
& called_2(fn_eukaryotic_oxidative_phosphorylation_188(X),'MT2')
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_176(X),object_0,"4",electron_0)
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_176(X),object_0,"2",electron_0)
& fn_eukaryotic_oxidative_phosphorylation_176(X) != fn_eukaryotic_oxidative_phosphorylation_355(X)
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_174(X),fn_eukaryotic_oxidative_phosphorylation_55(X))
& has_state_2(fn_eukaryotic_oxidative_phosphorylation_174(X),fn_eukaryotic_oxidative_phosphorylation_405(X))
& called_2(fn_eukaryotic_oxidative_phosphorylation_172(X),'R11')
& result_2(fn_eukaryotic_oxidative_phosphorylation_172(X),fn_eukaryotic_oxidative_phosphorylation_405(X))
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_172(X),fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_eukaryotic_oxidative_phosphorylation_172(X) != fn_eukaryotic_oxidative_phosphorylation_158(X)
& fn_eukaryotic_oxidative_phosphorylation_172(X) != fn_eukaryotic_oxidative_phosphorylation_157(X)
& fn_eukaryotic_oxidative_phosphorylation_172(X) != fn_eukaryotic_oxidative_phosphorylation_156(X)
& fn_eukaryotic_oxidative_phosphorylation_172(X) != fn_eukaryotic_oxidative_phosphorylation_155(X)
& fn_eukaryotic_oxidative_phosphorylation_172(X) != fn_eukaryotic_oxidative_phosphorylation_154(X)
& fn_eukaryotic_oxidative_phosphorylation_172(X) != fn_eukaryotic_oxidative_phosphorylation_153(X)
& fn_eukaryotic_oxidative_phosphorylation_172(X) != fn_eukaryotic_oxidative_phosphorylation_152(X)
& fn_eukaryotic_oxidative_phosphorylation_172(X) != fn_eukaryotic_oxidative_phosphorylation_151(X)
& called_2(fn_eukaryotic_oxidative_phosphorylation_158(X),'R16')
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_158(X),fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_eukaryotic_oxidative_phosphorylation_158(X) != fn_eukaryotic_oxidative_phosphorylation_172(X)
& fn_eukaryotic_oxidative_phosphorylation_158(X) != fn_eukaryotic_oxidative_phosphorylation_157(X)
& fn_eukaryotic_oxidative_phosphorylation_158(X) != fn_eukaryotic_oxidative_phosphorylation_156(X)
& fn_eukaryotic_oxidative_phosphorylation_158(X) != fn_eukaryotic_oxidative_phosphorylation_155(X)
& fn_eukaryotic_oxidative_phosphorylation_158(X) != fn_eukaryotic_oxidative_phosphorylation_154(X)
& fn_eukaryotic_oxidative_phosphorylation_158(X) != fn_eukaryotic_oxidative_phosphorylation_153(X)
& fn_eukaryotic_oxidative_phosphorylation_158(X) != fn_eukaryotic_oxidative_phosphorylation_152(X)
& fn_eukaryotic_oxidative_phosphorylation_158(X) != fn_eukaryotic_oxidative_phosphorylation_151(X)
& called_2(fn_eukaryotic_oxidative_phosphorylation_157(X),'R15')
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_157(X),fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_eukaryotic_oxidative_phosphorylation_157(X) != fn_eukaryotic_oxidative_phosphorylation_158(X)
& fn_eukaryotic_oxidative_phosphorylation_157(X) != fn_eukaryotic_oxidative_phosphorylation_172(X)
& fn_eukaryotic_oxidative_phosphorylation_157(X) != fn_eukaryotic_oxidative_phosphorylation_156(X)
& fn_eukaryotic_oxidative_phosphorylation_157(X) != fn_eukaryotic_oxidative_phosphorylation_155(X)
& fn_eukaryotic_oxidative_phosphorylation_157(X) != fn_eukaryotic_oxidative_phosphorylation_154(X)
& fn_eukaryotic_oxidative_phosphorylation_157(X) != fn_eukaryotic_oxidative_phosphorylation_153(X)
& fn_eukaryotic_oxidative_phosphorylation_157(X) != fn_eukaryotic_oxidative_phosphorylation_152(X)
& fn_eukaryotic_oxidative_phosphorylation_157(X) != fn_eukaryotic_oxidative_phosphorylation_151(X)
& called_2(fn_eukaryotic_oxidative_phosphorylation_156(X),'R14')
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_156(X),fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_eukaryotic_oxidative_phosphorylation_156(X) != fn_eukaryotic_oxidative_phosphorylation_157(X)
& fn_eukaryotic_oxidative_phosphorylation_156(X) != fn_eukaryotic_oxidative_phosphorylation_158(X)
& fn_eukaryotic_oxidative_phosphorylation_156(X) != fn_eukaryotic_oxidative_phosphorylation_172(X)
& fn_eukaryotic_oxidative_phosphorylation_156(X) != fn_eukaryotic_oxidative_phosphorylation_155(X)
& fn_eukaryotic_oxidative_phosphorylation_156(X) != fn_eukaryotic_oxidative_phosphorylation_154(X)
& fn_eukaryotic_oxidative_phosphorylation_156(X) != fn_eukaryotic_oxidative_phosphorylation_153(X)
& fn_eukaryotic_oxidative_phosphorylation_156(X) != fn_eukaryotic_oxidative_phosphorylation_152(X)
& fn_eukaryotic_oxidative_phosphorylation_156(X) != fn_eukaryotic_oxidative_phosphorylation_151(X)
& called_2(fn_eukaryotic_oxidative_phosphorylation_155(X),'R13')
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_155(X),fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_eukaryotic_oxidative_phosphorylation_155(X) != fn_eukaryotic_oxidative_phosphorylation_156(X)
& fn_eukaryotic_oxidative_phosphorylation_155(X) != fn_eukaryotic_oxidative_phosphorylation_157(X)
& fn_eukaryotic_oxidative_phosphorylation_155(X) != fn_eukaryotic_oxidative_phosphorylation_158(X)
& fn_eukaryotic_oxidative_phosphorylation_155(X) != fn_eukaryotic_oxidative_phosphorylation_172(X)
& fn_eukaryotic_oxidative_phosphorylation_155(X) != fn_eukaryotic_oxidative_phosphorylation_153(X)
& fn_eukaryotic_oxidative_phosphorylation_155(X) != fn_eukaryotic_oxidative_phosphorylation_152(X)
& fn_eukaryotic_oxidative_phosphorylation_155(X) != fn_eukaryotic_oxidative_phosphorylation_151(X)
& called_2(fn_eukaryotic_oxidative_phosphorylation_154(X),'R12')
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_154(X),fn_eukaryotic_oxidative_phosphorylation_155(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_154(X),fn_eukaryotic_oxidative_phosphorylation_405(X))
& fn_eukaryotic_oxidative_phosphorylation_154(X) != fn_eukaryotic_oxidative_phosphorylation_156(X)
& fn_eukaryotic_oxidative_phosphorylation_154(X) != fn_eukaryotic_oxidative_phosphorylation_157(X)
& fn_eukaryotic_oxidative_phosphorylation_154(X) != fn_eukaryotic_oxidative_phosphorylation_158(X)
& fn_eukaryotic_oxidative_phosphorylation_154(X) != fn_eukaryotic_oxidative_phosphorylation_172(X)
& fn_eukaryotic_oxidative_phosphorylation_154(X) != fn_eukaryotic_oxidative_phosphorylation_151(X)
& called_2(fn_eukaryotic_oxidative_phosphorylation_153(X),'R17')
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_153(X),fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_eukaryotic_oxidative_phosphorylation_153(X) != fn_eukaryotic_oxidative_phosphorylation_155(X)
& fn_eukaryotic_oxidative_phosphorylation_153(X) != fn_eukaryotic_oxidative_phosphorylation_156(X)
& fn_eukaryotic_oxidative_phosphorylation_153(X) != fn_eukaryotic_oxidative_phosphorylation_157(X)
& fn_eukaryotic_oxidative_phosphorylation_153(X) != fn_eukaryotic_oxidative_phosphorylation_158(X)
& fn_eukaryotic_oxidative_phosphorylation_153(X) != fn_eukaryotic_oxidative_phosphorylation_172(X)
& fn_eukaryotic_oxidative_phosphorylation_153(X) != fn_eukaryotic_oxidative_phosphorylation_151(X)
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_153(X),fn_eukaryotic_oxidative_phosphorylation_127(X))
& called_2(fn_eukaryotic_oxidative_phosphorylation_152(X),'R19')
& fn_eukaryotic_oxidative_phosphorylation_152(X) != fn_eukaryotic_oxidative_phosphorylation_155(X)
& fn_eukaryotic_oxidative_phosphorylation_152(X) != fn_eukaryotic_oxidative_phosphorylation_156(X)
& fn_eukaryotic_oxidative_phosphorylation_152(X) != fn_eukaryotic_oxidative_phosphorylation_157(X)
& fn_eukaryotic_oxidative_phosphorylation_152(X) != fn_eukaryotic_oxidative_phosphorylation_158(X)
& fn_eukaryotic_oxidative_phosphorylation_152(X) != fn_eukaryotic_oxidative_phosphorylation_172(X)
& fn_eukaryotic_oxidative_phosphorylation_152(X) != fn_eukaryotic_oxidative_phosphorylation_339(X)
& fn_eukaryotic_oxidative_phosphorylation_152(X) != fn_eukaryotic_oxidative_phosphorylation_151(X)
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_152(X),result_0,"2",water_molecule_0)
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_152(X),raw_material_0,"4",hydrogen_ion_0)
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_152(X),raw_material_0,"2",cytochrome_a3_0)
& called_2(fn_eukaryotic_oxidative_phosphorylation_151(X),'R18')
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_151(X),fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_eukaryotic_oxidative_phosphorylation_151(X) != fn_eukaryotic_oxidative_phosphorylation_152(X)
& fn_eukaryotic_oxidative_phosphorylation_151(X) != fn_eukaryotic_oxidative_phosphorylation_153(X)
& fn_eukaryotic_oxidative_phosphorylation_151(X) != fn_eukaryotic_oxidative_phosphorylation_154(X)
& fn_eukaryotic_oxidative_phosphorylation_151(X) != fn_eukaryotic_oxidative_phosphorylation_155(X)
& fn_eukaryotic_oxidative_phosphorylation_151(X) != fn_eukaryotic_oxidative_phosphorylation_156(X)
& fn_eukaryotic_oxidative_phosphorylation_151(X) != fn_eukaryotic_oxidative_phosphorylation_157(X)
& fn_eukaryotic_oxidative_phosphorylation_151(X) != fn_eukaryotic_oxidative_phosphorylation_158(X)
& fn_eukaryotic_oxidative_phosphorylation_151(X) != fn_eukaryotic_oxidative_phosphorylation_172(X)
& greater_than_or_equal_to_2(fn_eukaryotic_oxidative_phosphorylation_146(X),fn_eukaryotic_oxidative_phosphorylation_147(X))
& greater_than_2(fn_eukaryotic_oxidative_phosphorylation_146(X),fn_eukaryotic_oxidative_phosphorylation_147(X))
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_10(X),oxidized_0)
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_140(X),fn_eukaryotic_oxidative_phosphorylation_10(X))
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_9(X),reduced_0)
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_8(X),oxidized_0)
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_138(X),fn_eukaryotic_oxidative_phosphorylation_9(X))
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_137(X),object_0,"2",electron_0)
& has_state_2(fn_eukaryotic_oxidative_phosphorylation_133(X),fn_eukaryotic_oxidative_phosphorylation_138(X))
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_133(X),fn_eukaryotic_oxidative_phosphorylation_8(X))
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_7(X),reduced_0)
& the_categorical_value_2(fn_eukaryotic_oxidative_phosphorylation_6(X),oxidized_0)
& exactCardinality(fn_eukaryotic_oxidative_phosphorylation_129(X),object_0,"2",electron_0)
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_127(X),fn_eukaryotic_oxidative_phosphorylation_6(X))
& has_state_2(fn_eukaryotic_oxidative_phosphorylation_127(X),fn_eukaryotic_oxidative_phosphorylation_126(X))
& oxidation_state_2(fn_eukaryotic_oxidative_phosphorylation_126(X),fn_eukaryotic_oxidative_phosphorylation_7(X))
& fn_eukaryotic_oxidative_phosphorylation_112(X) != fn_eukaryotic_oxidative_phosphorylation_338(X)
& result_2(fn_eukaryotic_oxidative_phosphorylation_153(X),fn_eukaryotic_oxidative_phosphorylation_126(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_155(X),fn_eukaryotic_oxidative_phosphorylation_411(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_366(X),fn_eukaryotic_oxidative_phosphorylation_386(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_157(X),fn_eukaryotic_oxidative_phosphorylation_433(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_367(X),fn_eukaryotic_oxidative_phosphorylation_277(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_287(X),fn_eukaryotic_oxidative_phosphorylation_283(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_369(X),fn_eukaryotic_oxidative_phosphorylation_288(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_158(X),fn_eukaryotic_oxidative_phosphorylation_426(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_287(X),fn_eukaryotic_oxidative_phosphorylation_385(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_286(X),fn_eukaryotic_oxidative_phosphorylation_385(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_368(X),fn_eukaryotic_oxidative_phosphorylation_272(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_154(X),fn_eukaryotic_oxidative_phosphorylation_399(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_442(X),fn_eukaryotic_oxidative_phosphorylation_411(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_441(X),fn_eukaryotic_oxidative_phosphorylation_411(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_156(X),fn_eukaryotic_oxidative_phosphorylation_440(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_442(X),fn_eukaryotic_oxidative_phosphorylation_445(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_319(X),fn_eukaryotic_oxidative_phosphorylation_330(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_231(X),fn_eukaryotic_oxidative_phosphorylation_386(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_157(X),fn_eukaryotic_oxidative_phosphorylation_438(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_435(X),fn_eukaryotic_oxidative_phosphorylation_438(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_128(X),fn_eukaryotic_oxidative_phosphorylation_127(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_129(X),fn_eukaryotic_oxidative_phosphorylation_127(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_286(X),fn_eukaryotic_oxidative_phosphorylation_283(X))
& fn_eukaryotic_oxidative_phosphorylation_284(X) != fn_eukaryotic_oxidative_phosphorylation_283(X)
& fn_eukaryotic_oxidative_phosphorylation_283(X) != fn_eukaryotic_oxidative_phosphorylation_284(X)
& has_function_2(fn_eukaryotic_oxidative_phosphorylation_118(X),fn_eukaryotic_oxidative_phosphorylation_327(X))
& facilitates_2(fn_eukaryotic_oxidative_phosphorylation_200(X),fn_eukaryotic_oxidative_phosphorylation_327(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_441(X),fn_eukaryotic_oxidative_phosphorylation_445(X))
& fn_eukaryotic_oxidative_phosphorylation_444(X) != fn_eukaryotic_oxidative_phosphorylation_445(X)
& fn_eukaryotic_oxidative_phosphorylation_445(X) != fn_eukaryotic_oxidative_phosphorylation_444(X)
& donor_2(fn_eukaryotic_oxidative_phosphorylation_251(X),fn_eukaryotic_oxidative_phosphorylation_277(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_155(X),fn_eukaryotic_oxidative_phosphorylation_399(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_412(X),fn_eukaryotic_oxidative_phosphorylation_399(X))
& fn_eukaryotic_oxidative_phosphorylation_416(X) != fn_eukaryotic_oxidative_phosphorylation_399(X)
& fn_eukaryotic_oxidative_phosphorylation_399(X) != fn_eukaryotic_oxidative_phosphorylation_416(X)
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_269(X),fn_eukaryotic_oxidative_phosphorylation_268(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_270(X),fn_eukaryotic_oxidative_phosphorylation_268(X))
& fn_eukaryotic_oxidative_phosphorylation_288(X) != fn_eukaryotic_oxidative_phosphorylation_268(X)
& fn_eukaryotic_oxidative_phosphorylation_268(X) != fn_eukaryotic_oxidative_phosphorylation_288(X)
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_428(X),fn_eukaryotic_oxidative_phosphorylation_431(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_400(X),fn_eukaryotic_oxidative_phosphorylation_405(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_158(X),fn_eukaryotic_oxidative_phosphorylation_431(X))
& fn_eukaryotic_oxidative_phosphorylation_404(X) != fn_eukaryotic_oxidative_phosphorylation_405(X)
& fn_eukaryotic_oxidative_phosphorylation_405(X) != fn_eukaryotic_oxidative_phosphorylation_404(X)
& fn_eukaryotic_oxidative_phosphorylation_140(X) != fn_eukaryotic_oxidative_phosphorylation_173(X)
& fn_eukaryotic_oxidative_phosphorylation_173(X) != fn_eukaryotic_oxidative_phosphorylation_140(X)
& is_permeable_to_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_331(X))
& fn_eukaryotic_oxidative_phosphorylation_383(X) != fn_eukaryotic_oxidative_phosphorylation_331(X)
& fn_eukaryotic_oxidative_phosphorylation_331(X) != fn_eukaryotic_oxidative_phosphorylation_383(X)
& fn_eukaryotic_oxidative_phosphorylation_87(X) != fn_eukaryotic_oxidative_phosphorylation_331(X)
& fn_eukaryotic_oxidative_phosphorylation_331(X) != fn_eukaryotic_oxidative_phosphorylation_87(X)
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_369(X),fn_eukaryotic_oxidative_phosphorylation_385(X))
& fn_eukaryotic_oxidative_phosphorylation_385(X) != fn_eukaryotic_oxidative_phosphorylation_284(X)
& fn_eukaryotic_oxidative_phosphorylation_284(X) != fn_eukaryotic_oxidative_phosphorylation_385(X)
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_283(X),fn_eukaryotic_oxidative_phosphorylation_289(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_289(X),fn_eukaryotic_oxidative_phosphorylation_290(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_369(X),fn_eukaryotic_oxidative_phosphorylation_283(X))
& fn_eukaryotic_oxidative_phosphorylation_283(X) != fn_eukaryotic_oxidative_phosphorylation_385(X)
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_385(X),fn_eukaryotic_oxidative_phosphorylation_285(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_285(X),fn_eukaryotic_oxidative_phosphorylation_291(X))
& fn_eukaryotic_oxidative_phosphorylation_385(X) != fn_eukaryotic_oxidative_phosphorylation_283(X)
& donor_2(fn_eukaryotic_oxidative_phosphorylation_260(X),fn_eukaryotic_oxidative_phosphorylation_272(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_367(X),fn_eukaryotic_oxidative_phosphorylation_272(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_260(X),fn_eukaryotic_oxidative_phosphorylation_258(X))
& fn_eukaryotic_oxidative_phosphorylation_261(X) != fn_eukaryotic_oxidative_phosphorylation_258(X)
& fn_eukaryotic_oxidative_phosphorylation_258(X) != fn_eukaryotic_oxidative_phosphorylation_261(X)
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_367(X),fn_eukaryotic_oxidative_phosphorylation_258(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_258(X),fn_eukaryotic_oxidative_phosphorylation_263(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_263(X),fn_eukaryotic_oxidative_phosphorylation_264(X))
& greater_than_or_equal_to_2(fn_eukaryotic_oxidative_phosphorylation_264(X),fn_eukaryotic_oxidative_phosphorylation_265(X))
& greater_than_2(fn_eukaryotic_oxidative_phosphorylation_264(X),fn_eukaryotic_oxidative_phosphorylation_265(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_259(X),fn_eukaryotic_oxidative_phosphorylation_272(X))
& fn_eukaryotic_oxidative_phosphorylation_272(X) != fn_eukaryotic_oxidative_phosphorylation_261(X)
& fn_eukaryotic_oxidative_phosphorylation_261(X) != fn_eukaryotic_oxidative_phosphorylation_272(X)
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_259(X),fn_eukaryotic_oxidative_phosphorylation_258(X))
& fn_eukaryotic_oxidative_phosphorylation_258(X) != fn_eukaryotic_oxidative_phosphorylation_272(X)
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_272(X),fn_eukaryotic_oxidative_phosphorylation_262(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_262(X),fn_eukaryotic_oxidative_phosphorylation_265(X))
& fn_eukaryotic_oxidative_phosphorylation_272(X) != fn_eukaryotic_oxidative_phosphorylation_258(X)
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_156(X),fn_eukaryotic_oxidative_phosphorylation_411(X))
& fn_eukaryotic_oxidative_phosphorylation_411(X) != fn_eukaryotic_oxidative_phosphorylation_444(X)
& fn_eukaryotic_oxidative_phosphorylation_444(X) != fn_eukaryotic_oxidative_phosphorylation_411(X)
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_445(X),fn_eukaryotic_oxidative_phosphorylation_439(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_439(X),fn_eukaryotic_oxidative_phosphorylation_420(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_156(X),fn_eukaryotic_oxidative_phosphorylation_445(X))
& fn_eukaryotic_oxidative_phosphorylation_445(X) != fn_eukaryotic_oxidative_phosphorylation_411(X)
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_411(X),fn_eukaryotic_oxidative_phosphorylation_443(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_443(X),fn_eukaryotic_oxidative_phosphorylation_419(X))
& fn_eukaryotic_oxidative_phosphorylation_411(X) != fn_eukaryotic_oxidative_phosphorylation_445(X)
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_158(X),fn_eukaryotic_oxidative_phosphorylation_433(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_157(X),fn_eukaryotic_oxidative_phosphorylation_440(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_337(X),fn_eukaryotic_oxidative_phosphorylation_339(X))
& agent_2(fn_eukaryotic_oxidative_phosphorylation_337(X),fn_eukaryotic_oxidative_phosphorylation_338(X))
& has_function_2(fn_eukaryotic_oxidative_phosphorylation_338(X),fn_eukaryotic_oxidative_phosphorylation_337(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_282(X),fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_eukaryotic_oxidative_phosphorylation_152(X) != fn_eukaryotic_oxidative_phosphorylation_154(X)
& fn_eukaryotic_oxidative_phosphorylation_154(X) != fn_eukaryotic_oxidative_phosphorylation_155(X)
& fn_eukaryotic_oxidative_phosphorylation_154(X) != fn_eukaryotic_oxidative_phosphorylation_152(X)
& fn_eukaryotic_oxidative_phosphorylation_155(X) != fn_eukaryotic_oxidative_phosphorylation_154(X)
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_282(X),fn_eukaryotic_oxidative_phosphorylation_172(X))
& causes_2(fn_eukaryotic_oxidative_phosphorylation_172(X),fn_eukaryotic_oxidative_phosphorylation_177(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_177(X),fn_eukaryotic_oxidative_phosphorylation_178(X))
& agent_2(fn_eukaryotic_oxidative_phosphorylation_282(X),fn_eukaryotic_oxidative_phosphorylation_112(X))
& has_function_2(fn_eukaryotic_oxidative_phosphorylation_112(X),fn_eukaryotic_oxidative_phosphorylation_282(X))
& possesses_2(fn_eukaryotic_oxidative_phosphorylation_173(X),fn_eukaryotic_oxidative_phosphorylation_180(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_401(X),fn_eukaryotic_oxidative_phosphorylation_404(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_154(X),fn_eukaryotic_oxidative_phosphorylation_400(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_154(X),fn_eukaryotic_oxidative_phosphorylation_404(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_404(X),fn_eukaryotic_oxidative_phosphorylation_398(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_398(X),fn_eukaryotic_oxidative_phosphorylation_397(X))
& greater_than_or_equal_to_2(fn_eukaryotic_oxidative_phosphorylation_397(X),fn_eukaryotic_oxidative_phosphorylation_396(X))
& greater_than_2(fn_eukaryotic_oxidative_phosphorylation_397(X),fn_eukaryotic_oxidative_phosphorylation_396(X))
& fn_eukaryotic_oxidative_phosphorylation_403(X) != fn_eukaryotic_oxidative_phosphorylation_405(X)
& fn_eukaryotic_oxidative_phosphorylation_405(X) != fn_eukaryotic_oxidative_phosphorylation_403(X)
& donor_2(fn_eukaryotic_oxidative_phosphorylation_401(X),fn_eukaryotic_oxidative_phosphorylation_405(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_405(X),fn_eukaryotic_oxidative_phosphorylation_402(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_402(X),fn_eukaryotic_oxidative_phosphorylation_396(X))
& destination_2(fn_eukaryotic_oxidative_phosphorylation_373(X),fn_eukaryotic_oxidative_phosphorylation_329(X))
& destination_2(fn_eukaryotic_oxidative_phosphorylation_374(X),fn_eukaryotic_oxidative_phosphorylation_329(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_413(X),fn_eukaryotic_oxidative_phosphorylation_416(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_412(X),fn_eukaryotic_oxidative_phosphorylation_416(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_155(X),fn_eukaryotic_oxidative_phosphorylation_416(X))
& greater_than_or_equal_to_2(fn_eukaryotic_oxidative_phosphorylation_409(X),fn_eukaryotic_oxidative_phosphorylation_408(X))
& greater_than_2(fn_eukaryotic_oxidative_phosphorylation_409(X),fn_eukaryotic_oxidative_phosphorylation_408(X))
& greater_than_or_equal_to_2(fn_eukaryotic_oxidative_phosphorylation_424(X),fn_eukaryotic_oxidative_phosphorylation_423(X))
& greater_than_2(fn_eukaryotic_oxidative_phosphorylation_424(X),fn_eukaryotic_oxidative_phosphorylation_423(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_158(X),fn_eukaryotic_oxidative_phosphorylation_428(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_428(X),fn_eukaryotic_oxidative_phosphorylation_433(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_433(X),fn_eukaryotic_oxidative_phosphorylation_429(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_429(X),fn_eukaryotic_oxidative_phosphorylation_423(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_128(X),fn_eukaryotic_oxidative_phosphorylation_426(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_153(X),fn_eukaryotic_oxidative_phosphorylation_128(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_153(X),fn_eukaryotic_oxidative_phosphorylation_129(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_153(X),fn_eukaryotic_oxidative_phosphorylation_426(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_426(X),fn_eukaryotic_oxidative_phosphorylation_131(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_131(X),fn_eukaryotic_oxidative_phosphorylation_149(X))
& greater_than_or_equal_to_2(fn_eukaryotic_oxidative_phosphorylation_148(X),fn_eukaryotic_oxidative_phosphorylation_149(X))
& greater_than_2(fn_eukaryotic_oxidative_phosphorylation_148(X),fn_eukaryotic_oxidative_phosphorylation_149(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_252(X),fn_eukaryotic_oxidative_phosphorylation_248(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_366(X),fn_eukaryotic_oxidative_phosphorylation_251(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_366(X),fn_eukaryotic_oxidative_phosphorylation_248(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_248(X),fn_eukaryotic_oxidative_phosphorylation_253(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_253(X),fn_eukaryotic_oxidative_phosphorylation_254(X))
& greater_than_or_equal_to_2(fn_eukaryotic_oxidative_phosphorylation_254(X),fn_eukaryotic_oxidative_phosphorylation_255(X))
& greater_than_2(fn_eukaryotic_oxidative_phosphorylation_254(X),fn_eukaryotic_oxidative_phosphorylation_255(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_155(X),fn_eukaryotic_oxidative_phosphorylation_413(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_155(X),fn_eukaryotic_oxidative_phosphorylation_412(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_412(X),fn_eukaryotic_oxidative_phosphorylation_415(X))
& fn_eukaryotic_oxidative_phosphorylation_415(X) != fn_eukaryotic_oxidative_phosphorylation_416(X)
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_416(X),fn_eukaryotic_oxidative_phosphorylation_410(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_410(X),fn_eukaryotic_oxidative_phosphorylation_409(X))
& fn_eukaryotic_oxidative_phosphorylation_416(X) != fn_eukaryotic_oxidative_phosphorylation_415(X)
& donor_2(fn_eukaryotic_oxidative_phosphorylation_269(X),fn_eukaryotic_oxidative_phosphorylation_288(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_368(X),fn_eukaryotic_oxidative_phosphorylation_269(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_368(X),fn_eukaryotic_oxidative_phosphorylation_270(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_368(X),fn_eukaryotic_oxidative_phosphorylation_288(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_288(X),fn_eukaryotic_oxidative_phosphorylation_273(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_273(X),fn_eukaryotic_oxidative_phosphorylation_276(X))
& greater_than_or_equal_to_2(fn_eukaryotic_oxidative_phosphorylation_275(X),fn_eukaryotic_oxidative_phosphorylation_276(X))
& greater_than_2(fn_eukaryotic_oxidative_phosphorylation_275(X),fn_eukaryotic_oxidative_phosphorylation_276(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_128(X),fn_eukaryotic_oxidative_phosphorylation_130(X))
& fn_eukaryotic_oxidative_phosphorylation_130(X) != fn_eukaryotic_oxidative_phosphorylation_127(X)
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_127(X),fn_eukaryotic_oxidative_phosphorylation_132(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_132(X),fn_eukaryotic_oxidative_phosphorylation_148(X))
& fn_eukaryotic_oxidative_phosphorylation_127(X) != fn_eukaryotic_oxidative_phosphorylation_130(X)
& object_2(fn_eukaryotic_oxidative_phosphorylation_428(X),fn_eukaryotic_oxidative_phosphorylation_430(X))
& fn_eukaryotic_oxidative_phosphorylation_430(X) != fn_eukaryotic_oxidative_phosphorylation_431(X)
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_431(X),fn_eukaryotic_oxidative_phosphorylation_425(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_425(X),fn_eukaryotic_oxidative_phosphorylation_424(X))
& fn_eukaryotic_oxidative_phosphorylation_431(X) != fn_eukaryotic_oxidative_phosphorylation_430(X)
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_157(X),fn_eukaryotic_oxidative_phosphorylation_434(X))
& greater_than_or_equal_to_2(fn_eukaryotic_oxidative_phosphorylation_422(X),fn_eukaryotic_oxidative_phosphorylation_421(X))
& greater_than_2(fn_eukaryotic_oxidative_phosphorylation_422(X),fn_eukaryotic_oxidative_phosphorylation_421(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_157(X),fn_eukaryotic_oxidative_phosphorylation_435(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_435(X),fn_eukaryotic_oxidative_phosphorylation_440(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_440(X),fn_eukaryotic_oxidative_phosphorylation_436(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_436(X),fn_eukaryotic_oxidative_phosphorylation_421(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_435(X),fn_eukaryotic_oxidative_phosphorylation_437(X))
& fn_eukaryotic_oxidative_phosphorylation_437(X) != fn_eukaryotic_oxidative_phosphorylation_438(X)
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_438(X),fn_eukaryotic_oxidative_phosphorylation_432(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_432(X),fn_eukaryotic_oxidative_phosphorylation_422(X))
& fn_eukaryotic_oxidative_phosphorylation_438(X) != fn_eukaryotic_oxidative_phosphorylation_437(X)
& object_2(fn_eukaryotic_oxidative_phosphorylation_269(X),fn_eukaryotic_oxidative_phosphorylation_271(X))
& fn_eukaryotic_oxidative_phosphorylation_271(X) != fn_eukaryotic_oxidative_phosphorylation_268(X)
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_268(X),fn_eukaryotic_oxidative_phosphorylation_274(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_274(X),fn_eukaryotic_oxidative_phosphorylation_275(X))
& fn_eukaryotic_oxidative_phosphorylation_268(X) != fn_eukaryotic_oxidative_phosphorylation_271(X)
& origin_2(fn_eukaryotic_oxidative_phosphorylation_373(X),fn_eukaryotic_oxidative_phosphorylation_328(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_108(X),fn_eukaryotic_oxidative_phosphorylation_110(X))
& path_2(fn_eukaryotic_oxidative_phosphorylation_327(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& base_2(fn_eukaryotic_oxidative_phosphorylation_109(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_109(X),fn_eukaryotic_oxidative_phosphorylation_110(X))
& is_at_2(fn_eukaryotic_oxidative_phosphorylation_110(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& base_2(fn_eukaryotic_oxidative_phosphorylation_108(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_367(X),fn_eukaryotic_oxidative_phosphorylation_260(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_260(X),fn_eukaryotic_oxidative_phosphorylation_261(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_259(X),fn_eukaryotic_oxidative_phosphorylation_261(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_367(X),fn_eukaryotic_oxidative_phosphorylation_259(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_156(X),fn_eukaryotic_oxidative_phosphorylation_441(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_441(X),fn_eukaryotic_oxidative_phosphorylation_444(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_442(X),fn_eukaryotic_oxidative_phosphorylation_444(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_156(X),fn_eukaryotic_oxidative_phosphorylation_442(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_369(X),fn_eukaryotic_oxidative_phosphorylation_287(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_287(X),fn_eukaryotic_oxidative_phosphorylation_284(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_286(X),fn_eukaryotic_oxidative_phosphorylation_284(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_369(X),fn_eukaryotic_oxidative_phosphorylation_286(X))
& causes_2(fn_eukaryotic_oxidative_phosphorylation_186(X),fn_eukaryotic_oxidative_phosphorylation_185(X))
& fn_eukaryotic_oxidative_phosphorylation_190(X) != fn_eukaryotic_oxidative_phosphorylation_191(X)
& fn_eukaryotic_oxidative_phosphorylation_191(X) != fn_eukaryotic_oxidative_phosphorylation_190(X)
& object_2(fn_eukaryotic_oxidative_phosphorylation_327(X),fn_eukaryotic_oxidative_phosphorylation_187(X))
& called_2(fn_eukaryotic_oxidative_phosphorylation_200(X),'HC1')
& site_2(X,fn_eukaryotic_oxidative_phosphorylation_117(X))
& has_region_2(fn_eukaryotic_oxidative_phosphorylation_118(X),fn_eukaryotic_oxidative_phosphorylation_117(X))
& base_2(fn_eukaryotic_oxidative_phosphorylation_375(X),fn_eukaryotic_oxidative_phosphorylation_334(X))
& base_2(fn_eukaryotic_oxidative_phosphorylation_333(X),fn_eukaryotic_oxidative_phosphorylation_334(X))
& base_2(X,fn_eukaryotic_oxidative_phosphorylation_334(X))
& base_2(fn_eukaryotic_oxidative_phosphorylation_374(X),fn_eukaryotic_oxidative_phosphorylation_334(X))
& path_2(fn_eukaryotic_oxidative_phosphorylation_373(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& is_across_2(fn_eukaryotic_oxidative_phosphorylation_192(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& has_region_2(fn_eukaryotic_oxidative_phosphorylation_118(X),fn_eukaryotic_oxidative_phosphorylation_200(X))
& path_2(fn_eukaryotic_oxidative_phosphorylation_374(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_373(X),fn_eukaryotic_oxidative_phosphorylation_187(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_327(X),fn_eukaryotic_oxidative_phosphorylation_196(X))
& by_means_of_2(fn_eukaryotic_oxidative_phosphorylation_327(X),fn_eukaryotic_oxidative_phosphorylation_201(X))
& causes_2(fn_eukaryotic_oxidative_phosphorylation_325(X),fn_eukaryotic_oxidative_phosphorylation_204(X))
& enables_2(fn_eukaryotic_oxidative_phosphorylation_332(X),fn_eukaryotic_oxidative_phosphorylation_324(X))
& causes_2(fn_eukaryotic_oxidative_phosphorylation_325(X),fn_eukaryotic_oxidative_phosphorylation_203(X))
& causes_2(fn_eukaryotic_oxidative_phosphorylation_327(X),fn_eukaryotic_oxidative_phosphorylation_203(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_327(X),fn_eukaryotic_oxidative_phosphorylation_331(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_188(X),fn_eukaryotic_oxidative_phosphorylation_331(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_325(X),fn_eukaryotic_oxidative_phosphorylation_196(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_325(X),fn_eukaryotic_oxidative_phosphorylation_196(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_325(X),fn_eukaryotic_oxidative_phosphorylation_119(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_324(X),fn_eukaryotic_oxidative_phosphorylation_119(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_324(X),fn_eukaryotic_oxidative_phosphorylation_196(X))
& called_2(fn_eukaryotic_oxidative_phosphorylation_206(X),'Terminal PO4 Group')
& has_region_2(fn_eukaryotic_oxidative_phosphorylation_336(X),fn_eukaryotic_oxidative_phosphorylation_207(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_209(X),fn_eukaryotic_oxidative_phosphorylation_207(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_210(X),fn_eukaryotic_oxidative_phosphorylation_208(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_211(X),fn_eukaryotic_oxidative_phosphorylation_208(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_336(X),fn_eukaryotic_oxidative_phosphorylation_210(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_210(X),fn_eukaryotic_oxidative_phosphorylation_207(X))
& fn_eukaryotic_oxidative_phosphorylation_208(X) != fn_eukaryotic_oxidative_phosphorylation_207(X)
& has_region_2(fn_eukaryotic_oxidative_phosphorylation_336(X),fn_eukaryotic_oxidative_phosphorylation_208(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_336(X),fn_eukaryotic_oxidative_phosphorylation_209(X))
& fn_eukaryotic_oxidative_phosphorylation_207(X) != fn_eukaryotic_oxidative_phosphorylation_208(X)
& has_region_2(fn_eukaryotic_oxidative_phosphorylation_336(X),fn_eukaryotic_oxidative_phosphorylation_206(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_336(X),fn_eukaryotic_oxidative_phosphorylation_211(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_211(X),fn_eukaryotic_oxidative_phosphorylation_207(X))
& fn_eukaryotic_oxidative_phosphorylation_207(X) != fn_eukaryotic_oxidative_phosphorylation_206(X)
& fn_eukaryotic_oxidative_phosphorylation_206(X) != fn_eukaryotic_oxidative_phosphorylation_207(X)
& possesses_2(fn_eukaryotic_oxidative_phosphorylation_336(X),fn_eukaryotic_oxidative_phosphorylation_205(X))
& is_between_2(fn_eukaryotic_oxidative_phosphorylation_205(X),fn_eukaryotic_oxidative_phosphorylation_209(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_209(X),fn_eukaryotic_oxidative_phosphorylation_206(X))
& fn_eukaryotic_oxidative_phosphorylation_208(X) != fn_eukaryotic_oxidative_phosphorylation_206(X)
& fn_eukaryotic_oxidative_phosphorylation_206(X) != fn_eukaryotic_oxidative_phosphorylation_208(X)
& called_2(fn_eukaryotic_oxidative_phosphorylation_188(X),'MT1')
& object_2(fn_eukaryotic_oxidative_phosphorylation_189(X),fn_eukaryotic_oxidative_phosphorylation_191(X))
& called_2(fn_eukaryotic_oxidative_phosphorylation_186(X),"1")
& called_2(fn_eukaryotic_oxidative_phosphorylation_200(X),'HC2')
& called_2(fn_eukaryotic_oxidative_phosphorylation_185(X),"2")
& subevent_2(X,fn_eukaryotic_oxidative_phosphorylation_333(X))
& called_2(fn_eukaryotic_oxidative_phosphorylation_184(X),"3")
& result_2(X,fn_eukaryotic_oxidative_phosphorylation_336(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_184(X),fn_eukaryotic_oxidative_phosphorylation_198(X))
& origin_2(fn_eukaryotic_oxidative_phosphorylation_374(X),fn_eukaryotic_oxidative_phosphorylation_328(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_323(X),fn_eukaryotic_oxidative_phosphorylation_185(X))
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_323(X),fn_eukaryotic_oxidative_phosphorylation_324(X))
& agent_2(X,fn_eukaryotic_oxidative_phosphorylation_118(X))
& raw_material_2(X,fn_eukaryotic_oxidative_phosphorylation_335(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_324(X),fn_eukaryotic_oxidative_phosphorylation_335(X))
& causes_2(fn_eukaryotic_oxidative_phosphorylation_185(X),fn_eukaryotic_oxidative_phosphorylation_184(X))
& first_subevent_2(fn_eukaryotic_oxidative_phosphorylation_323(X),fn_eukaryotic_oxidative_phosphorylation_185(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_323(X),fn_eukaryotic_oxidative_phosphorylation_118(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_118(X),fn_eukaryotic_oxidative_phosphorylation_199(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_186(X),fn_eukaryotic_oxidative_phosphorylation_199(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_325(X),fn_eukaryotic_oxidative_phosphorylation_323(X))
& instrument_2(fn_eukaryotic_oxidative_phosphorylation_325(X),fn_eukaryotic_oxidative_phosphorylation_202(X))
& has_function_2(fn_eukaryotic_oxidative_phosphorylation_202(X),fn_eukaryotic_oxidative_phosphorylation_325(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_325(X),fn_eukaryotic_oxidative_phosphorylation_324(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_324(X),fn_eukaryotic_oxidative_phosphorylation_197(X))
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_184(X),fn_eukaryotic_oxidative_phosphorylation_212(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_323(X),fn_eukaryotic_oxidative_phosphorylation_212(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_323(X),fn_eukaryotic_oxidative_phosphorylation_184(X))
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_185(X),fn_eukaryotic_oxidative_phosphorylation_184(X))
& base_2(fn_eukaryotic_oxidative_phosphorylation_185(X),fn_eukaryotic_oxidative_phosphorylation_118(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_327(X),fn_eukaryotic_oxidative_phosphorylation_191(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_201(X),fn_eukaryotic_oxidative_phosphorylation_191(X))
& causes_2(fn_eukaryotic_oxidative_phosphorylation_201(X),fn_eukaryotic_oxidative_phosphorylation_188(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_327(X),fn_eukaryotic_oxidative_phosphorylation_188(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_325(X),fn_eukaryotic_oxidative_phosphorylation_327(X))
& base_2(fn_eukaryotic_oxidative_phosphorylation_184(X),fn_eukaryotic_oxidative_phosphorylation_118(X))
& causes_2(fn_eukaryotic_oxidative_phosphorylation_184(X),fn_eukaryotic_oxidative_phosphorylation_212(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_212(X),fn_eukaryotic_oxidative_phosphorylation_118(X))
& fn_eukaryotic_oxidative_phosphorylation_185(X) != fn_eukaryotic_oxidative_phosphorylation_184(X)
& fn_eukaryotic_oxidative_phosphorylation_184(X) != fn_eukaryotic_oxidative_phosphorylation_185(X)
& first_subevent_2(fn_eukaryotic_oxidative_phosphorylation_327(X),fn_eukaryotic_oxidative_phosphorylation_188(X))
& destination_2(fn_eukaryotic_oxidative_phosphorylation_188(X),fn_eukaryotic_oxidative_phosphorylation_329(X))
& destination_2(fn_eukaryotic_oxidative_phosphorylation_375(X),fn_eukaryotic_oxidative_phosphorylation_329(X))
& origin_2(fn_eukaryotic_oxidative_phosphorylation_375(X),fn_eukaryotic_oxidative_phosphorylation_328(X))
& origin_2(fn_eukaryotic_oxidative_phosphorylation_188(X),fn_eukaryotic_oxidative_phosphorylation_328(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_118(X),fn_eukaryotic_oxidative_phosphorylation_198(X))
& facilitates_2(fn_eukaryotic_oxidative_phosphorylation_198(X),X)
& raw_material_2(X,fn_eukaryotic_oxidative_phosphorylation_372(X))
& plays_2(fn_eukaryotic_oxidative_phosphorylation_372(X),fn_eukaryotic_oxidative_phosphorylation_320(X))
& in_event_2(fn_eukaryotic_oxidative_phosphorylation_320(X),X)
& enables_2(fn_eukaryotic_oxidative_phosphorylation_327(X),fn_eukaryotic_oxidative_phosphorylation_324(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_324(X),fn_eukaryotic_oxidative_phosphorylation_336(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_325(X),fn_eukaryotic_oxidative_phosphorylation_336(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_325(X),fn_eukaryotic_oxidative_phosphorylation_197(X))
& raw_material_2(X,fn_eukaryotic_oxidative_phosphorylation_197(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_118(X),fn_eukaryotic_oxidative_phosphorylation_82(X))
& has_region_2(fn_eukaryotic_oxidative_phosphorylation_82(X),fn_eukaryotic_oxidative_phosphorylation_200(X))
& path_2(fn_eukaryotic_oxidative_phosphorylation_188(X),fn_eukaryotic_oxidative_phosphorylation_200(X))
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_188(X),fn_eukaryotic_oxidative_phosphorylation_186(X))
& next_event_2(fn_eukaryotic_oxidative_phosphorylation_186(X),fn_eukaryotic_oxidative_phosphorylation_188(X))
& first_subevent_2(fn_eukaryotic_oxidative_phosphorylation_325(X),fn_eukaryotic_oxidative_phosphorylation_327(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_327(X),fn_eukaryotic_oxidative_phosphorylation_186(X))
& fn_eukaryotic_oxidative_phosphorylation_186(X) != fn_eukaryotic_oxidative_phosphorylation_185(X)
& fn_eukaryotic_oxidative_phosphorylation_184(X) != fn_eukaryotic_oxidative_phosphorylation_186(X)
& fn_eukaryotic_oxidative_phosphorylation_186(X) != fn_eukaryotic_oxidative_phosphorylation_184(X)
& fn_eukaryotic_oxidative_phosphorylation_185(X) != fn_eukaryotic_oxidative_phosphorylation_186(X)
& subevent_2(X,fn_eukaryotic_oxidative_phosphorylation_325(X))
& agent_2(fn_eukaryotic_oxidative_phosphorylation_325(X),fn_eukaryotic_oxidative_phosphorylation_118(X))
& has_function_2(fn_eukaryotic_oxidative_phosphorylation_118(X),X)
& result_2(X,fn_eukaryotic_oxidative_phosphorylation_321(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_333(X),fn_eukaryotic_oxidative_phosphorylation_321(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_329(X),fn_eukaryotic_oxidative_phosphorylation_377(X))
& concentration_2(fn_eukaryotic_oxidative_phosphorylation_191(X),fn_eukaryotic_oxidative_phosphorylation_83(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_328(X),fn_eukaryotic_oxidative_phosphorylation_191(X))
& has_solute_2(fn_eukaryotic_oxidative_phosphorylation_328(X),fn_eukaryotic_oxidative_phosphorylation_191(X))
& has_solvent_2(fn_eukaryotic_oxidative_phosphorylation_329(X),fn_eukaryotic_oxidative_phosphorylation_377(X))
& fn_eukaryotic_oxidative_phosphorylation_377(X) != fn_eukaryotic_oxidative_phosphorylation_378(X)
& concentration_2(fn_eukaryotic_oxidative_phosphorylation_378(X),fn_eukaryotic_oxidative_phosphorylation_84(X))
& greater_than_2(fn_eukaryotic_oxidative_phosphorylation_83(X),fn_eukaryotic_oxidative_phosphorylation_84(X))
& greater_than_or_equal_to_2(fn_eukaryotic_oxidative_phosphorylation_83(X),fn_eukaryotic_oxidative_phosphorylation_84(X))
& fn_eukaryotic_oxidative_phosphorylation_378(X) != fn_eukaryotic_oxidative_phosphorylation_377(X)
& objective_2(fn_eukaryotic_oxidative_phosphorylation_327(X),fn_eukaryotic_oxidative_phosphorylation_189(X))
& origin_2(fn_eukaryotic_oxidative_phosphorylation_327(X),fn_eukaryotic_oxidative_phosphorylation_328(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_328(X),fn_eukaryotic_oxidative_phosphorylation_190(X))
& has_solvent_2(fn_eukaryotic_oxidative_phosphorylation_328(X),fn_eukaryotic_oxidative_phosphorylation_190(X))
& destination_2(fn_eukaryotic_oxidative_phosphorylation_327(X),fn_eukaryotic_oxidative_phosphorylation_329(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_329(X),fn_eukaryotic_oxidative_phosphorylation_378(X))
& has_solute_2(fn_eukaryotic_oxidative_phosphorylation_329(X),fn_eukaryotic_oxidative_phosphorylation_378(X))
& is_hypertonic_to_2(fn_eukaryotic_oxidative_phosphorylation_328(X),fn_eukaryotic_oxidative_phosphorylation_329(X))
& is_hypotonic_to_2(fn_eukaryotic_oxidative_phosphorylation_329(X),fn_eukaryotic_oxidative_phosphorylation_328(X))
& is_across_2(fn_eukaryotic_oxidative_phosphorylation_303(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_94(X),fn_eukaryotic_oxidative_phosphorylation_91(X))
& is_across_2(fn_eukaryotic_oxidative_phosphorylation_304(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_322(X),fn_eukaryotic_oxidative_phosphorylation_116(X))
& is_across_2(fn_eukaryotic_oxidative_phosphorylation_388(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& is_at_2(fn_eukaryotic_oxidative_phosphorylation_388(X),fn_eukaryotic_oxidative_phosphorylation_195(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_89(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& is_outside_2(fn_eukaryotic_oxidative_phosphorylation_89(X),fn_eukaryotic_oxidative_phosphorylation_389(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_389(X),fn_eukaryotic_oxidative_phosphorylation_391(X))
& fn_eukaryotic_oxidative_phosphorylation_94(X) != fn_eukaryotic_oxidative_phosphorylation_389(X)
& fn_eukaryotic_oxidative_phosphorylation_389(X) != fn_eukaryotic_oxidative_phosphorylation_94(X)
& area_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_90(X))
& directly_proportional_2(fn_eukaryotic_oxidative_phosphorylation_105(X),fn_eukaryotic_oxidative_phosphorylation_90(X))
& intensity_2(fn_eukaryotic_oxidative_phosphorylation_95(X),fn_eukaryotic_oxidative_phosphorylation_105(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_95(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_192(X))
& has_region_2(fn_eukaryotic_oxidative_phosphorylation_116(X),fn_eukaryotic_oxidative_phosphorylation_91(X))
& is_between_2(fn_eukaryotic_oxidative_phosphorylation_91(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& is_impermeable_to_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_384(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_92(X),fn_eukaryotic_oxidative_phosphorylation_384(X))
& instrument_2(fn_eukaryotic_oxidative_phosphorylation_92(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_330(X),fn_eukaryotic_oxidative_phosphorylation_356(X))
& called_2(fn_eukaryotic_oxidative_phosphorylation_282(X),'FADH2')
& result_2(fn_eukaryotic_oxidative_phosphorylation_333(X),fn_eukaryotic_oxidative_phosphorylation_335(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_178(X),fn_eukaryotic_oxidative_phosphorylation_173(X))
& possesses_2(fn_eukaryotic_oxidative_phosphorylation_356(X),fn_eukaryotic_oxidative_phosphorylation_348(X))
& plays_2(fn_eukaryotic_oxidative_phosphorylation_173(X),fn_eukaryotic_oxidative_phosphorylation_113(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_366(X),fn_eukaryotic_oxidative_phosphorylation_252(X))
& in_event_2(fn_eukaryotic_oxidative_phosphorylation_115(X),fn_eukaryotic_oxidative_phosphorylation_333(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_333(X),fn_eukaryotic_oxidative_phosphorylation_282(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_333(X),fn_eukaryotic_oxidative_phosphorylation_337(X))
& called_2(fn_eukaryotic_oxidative_phosphorylation_337(X),'NADH')
& fn_eukaryotic_oxidative_phosphorylation_282(X) != fn_eukaryotic_oxidative_phosphorylation_337(X)
& fn_eukaryotic_oxidative_phosphorylation_337(X) != fn_eukaryotic_oxidative_phosphorylation_282(X)
& causes_2(fn_eukaryotic_oxidative_phosphorylation_152(X),fn_eukaryotic_oxidative_phosphorylation_177(X))
& base_2(fn_eukaryotic_oxidative_phosphorylation_177(X),fn_eukaryotic_oxidative_phosphorylation_173(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_282(X),fn_eukaryotic_oxidative_phosphorylation_173(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_282(X),fn_eukaryotic_oxidative_phosphorylation_158(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_158(X),fn_eukaryotic_oxidative_phosphorylation_427(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_339(X),fn_eukaryotic_oxidative_phosphorylation_356(X))
& causes_2(fn_eukaryotic_oxidative_phosphorylation_339(X),fn_eukaryotic_oxidative_phosphorylation_319(X))
& base_2(fn_eukaryotic_oxidative_phosphorylation_319(X),fn_eukaryotic_oxidative_phosphorylation_356(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_337(X),fn_eukaryotic_oxidative_phosphorylation_356(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_337(X),fn_eukaryotic_oxidative_phosphorylation_366(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_152(X),fn_eukaryotic_oxidative_phosphorylation_173(X))
& fn_eukaryotic_oxidative_phosphorylation_152(X) != fn_eukaryotic_oxidative_phosphorylation_153(X)
& fn_eukaryotic_oxidative_phosphorylation_153(X) != fn_eukaryotic_oxidative_phosphorylation_154(X)
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_154(X),fn_eukaryotic_oxidative_phosphorylation_401(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_401(X),fn_eukaryotic_oxidative_phosphorylation_403(X))
& fn_eukaryotic_oxidative_phosphorylation_153(X) != fn_eukaryotic_oxidative_phosphorylation_152(X)
& fn_eukaryotic_oxidative_phosphorylation_154(X) != fn_eukaryotic_oxidative_phosphorylation_153(X)
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_356(X),fn_eukaryotic_oxidative_phosphorylation_347(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_347(X),fn_eukaryotic_oxidative_phosphorylation_346(X))
& greater_than_or_equal_to_2(fn_eukaryotic_oxidative_phosphorylation_345(X),fn_eukaryotic_oxidative_phosphorylation_346(X))
& greater_than_2(fn_eukaryotic_oxidative_phosphorylation_345(X),fn_eukaryotic_oxidative_phosphorylation_346(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_333(X),fn_eukaryotic_oxidative_phosphorylation_173(X))
& plays_2(fn_eukaryotic_oxidative_phosphorylation_173(X),fn_eukaryotic_oxidative_phosphorylation_114(X))
& in_event_2(fn_eukaryotic_oxidative_phosphorylation_114(X),fn_eukaryotic_oxidative_phosphorylation_333(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_333(X),fn_eukaryotic_oxidative_phosphorylation_356(X))
& plays_2(fn_eukaryotic_oxidative_phosphorylation_356(X),fn_eukaryotic_oxidative_phosphorylation_115(X))
& is_between_2(fn_eukaryotic_oxidative_phosphorylation_385(X),fn_eukaryotic_oxidative_phosphorylation_302(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_338(X))
& is_between_2(fn_eukaryotic_oxidative_phosphorylation_386(X),fn_eukaryotic_oxidative_phosphorylation_303(X))
& has_region_2(fn_eukaryotic_oxidative_phosphorylation_322(X),fn_eukaryotic_oxidative_phosphorylation_391(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_338(X),fn_eukaryotic_oxidative_phosphorylation_386(X))
& first_element_2(fn_eukaryotic_oxidative_phosphorylation_338(X),fn_eukaryotic_oxidative_phosphorylation_388(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_386(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_385(X))
& is_between_2(fn_eukaryotic_oxidative_phosphorylation_385(X),fn_eukaryotic_oxidative_phosphorylation_303(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_338(X),fn_eukaryotic_oxidative_phosphorylation_303(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_338(X),fn_eukaryotic_oxidative_phosphorylation_385(X))
& is_between_2(fn_eukaryotic_oxidative_phosphorylation_386(X),fn_eukaryotic_oxidative_phosphorylation_304(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_338(X),fn_eukaryotic_oxidative_phosphorylation_304(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_338(X),fn_eukaryotic_oxidative_phosphorylation_302(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_302(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_303(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_388(X))
& fn_eukaryotic_oxidative_phosphorylation_388(X) != fn_eukaryotic_oxidative_phosphorylation_385(X)
& fn_eukaryotic_oxidative_phosphorylation_385(X) != fn_eukaryotic_oxidative_phosphorylation_386(X)
& fn_eukaryotic_oxidative_phosphorylation_385(X) != fn_eukaryotic_oxidative_phosphorylation_388(X)
& fn_eukaryotic_oxidative_phosphorylation_386(X) != fn_eukaryotic_oxidative_phosphorylation_385(X)
& fn_eukaryotic_oxidative_phosphorylation_388(X) != fn_eukaryotic_oxidative_phosphorylation_386(X)
& fn_eukaryotic_oxidative_phosphorylation_386(X) != fn_eukaryotic_oxidative_phosphorylation_388(X)
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_391(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& is_outside_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_391(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_390(X))
& is_along_2(fn_eukaryotic_oxidative_phosphorylation_390(X),fn_eukaryotic_oxidative_phosphorylation_391(X))
& is_along_2(fn_eukaryotic_oxidative_phosphorylation_391(X),fn_eukaryotic_oxidative_phosphorylation_390(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_338(X),fn_eukaryotic_oxidative_phosphorylation_388(X))
& next_element_2(fn_eukaryotic_oxidative_phosphorylation_388(X),fn_eukaryotic_oxidative_phosphorylation_302(X))
& next_element_2(fn_eukaryotic_oxidative_phosphorylation_302(X),fn_eukaryotic_oxidative_phosphorylation_303(X))
& next_element_2(fn_eukaryotic_oxidative_phosphorylation_303(X),fn_eukaryotic_oxidative_phosphorylation_304(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_304(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_112(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_116(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_102(X),fn_eukaryotic_oxidative_phosphorylation_96(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_112(X),fn_eukaryotic_oxidative_phosphorylation_96(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_112(X),fn_eukaryotic_oxidative_phosphorylation_99(X))
& first_element_2(fn_eukaryotic_oxidative_phosphorylation_112(X),fn_eukaryotic_oxidative_phosphorylation_99(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_112(X),fn_eukaryotic_oxidative_phosphorylation_100(X))
& is_between_2(fn_eukaryotic_oxidative_phosphorylation_404(X),fn_eukaryotic_oxidative_phosphorylation_101(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_112(X),fn_eukaryotic_oxidative_phosphorylation_101(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_112(X),fn_eukaryotic_oxidative_phosphorylation_404(X))
& is_between_2(fn_eukaryotic_oxidative_phosphorylation_404(X),fn_eukaryotic_oxidative_phosphorylation_100(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_102(X),fn_eukaryotic_oxidative_phosphorylation_100(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_102(X),fn_eukaryotic_oxidative_phosphorylation_404(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_102(X),fn_eukaryotic_oxidative_phosphorylation_101(X))
& is_between_2(fn_eukaryotic_oxidative_phosphorylation_431(X),fn_eukaryotic_oxidative_phosphorylation_101(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_102(X),fn_eukaryotic_oxidative_phosphorylation_431(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_102(X),fn_eukaryotic_oxidative_phosphorylation_99(X))
& fn_eukaryotic_oxidative_phosphorylation_431(X) != fn_eukaryotic_oxidative_phosphorylation_99(X)
& fn_eukaryotic_oxidative_phosphorylation_404(X) != fn_eukaryotic_oxidative_phosphorylation_431(X)
& fn_eukaryotic_oxidative_phosphorylation_431(X) != fn_eukaryotic_oxidative_phosphorylation_404(X)
& fn_eukaryotic_oxidative_phosphorylation_99(X) != fn_eukaryotic_oxidative_phosphorylation_431(X)
& fn_eukaryotic_oxidative_phosphorylation_404(X) != fn_eukaryotic_oxidative_phosphorylation_99(X)
& fn_eukaryotic_oxidative_phosphorylation_99(X) != fn_eukaryotic_oxidative_phosphorylation_404(X)
& element_2(fn_eukaryotic_oxidative_phosphorylation_112(X),fn_eukaryotic_oxidative_phosphorylation_431(X))
& is_between_2(fn_eukaryotic_oxidative_phosphorylation_431(X),fn_eukaryotic_oxidative_phosphorylation_96(X))
& next_element_2(fn_eukaryotic_oxidative_phosphorylation_101(X),fn_eukaryotic_oxidative_phosphorylation_96(X))
& next_element_2(fn_eukaryotic_oxidative_phosphorylation_100(X),fn_eukaryotic_oxidative_phosphorylation_101(X))
& next_element_2(fn_eukaryotic_oxidative_phosphorylation_99(X),fn_eukaryotic_oxidative_phosphorylation_100(X))
& agent_2(fn_eukaryotic_oxidative_phosphorylation_373(X),fn_eukaryotic_oxidative_phosphorylation_150(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_374(X),fn_eukaryotic_oxidative_phosphorylation_202(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_375(X),fn_eukaryotic_oxidative_phosphorylation_202(X))
& fn_eukaryotic_oxidative_phosphorylation_249(X) != fn_eukaryotic_oxidative_phosphorylation_277(X)
& object_2(fn_eukaryotic_oxidative_phosphorylation_252(X),fn_eukaryotic_oxidative_phosphorylation_249(X))
& fn_eukaryotic_oxidative_phosphorylation_277(X) != fn_eukaryotic_oxidative_phosphorylation_249(X)
& fn_eukaryotic_oxidative_phosphorylation_288(X) != fn_eukaryotic_oxidative_phosphorylation_271(X)
& object_2(fn_eukaryotic_oxidative_phosphorylation_270(X),fn_eukaryotic_oxidative_phosphorylation_271(X))
& fn_eukaryotic_oxidative_phosphorylation_271(X) != fn_eukaryotic_oxidative_phosphorylation_288(X)
& fn_eukaryotic_oxidative_phosphorylation_403(X) != fn_eukaryotic_oxidative_phosphorylation_404(X)
& object_2(fn_eukaryotic_oxidative_phosphorylation_400(X),fn_eukaryotic_oxidative_phosphorylation_403(X))
& fn_eukaryotic_oxidative_phosphorylation_404(X) != fn_eukaryotic_oxidative_phosphorylation_403(X)
& fn_eukaryotic_oxidative_phosphorylation_426(X) != fn_eukaryotic_oxidative_phosphorylation_130(X)
& object_2(fn_eukaryotic_oxidative_phosphorylation_129(X),fn_eukaryotic_oxidative_phosphorylation_130(X))
& fn_eukaryotic_oxidative_phosphorylation_130(X) != fn_eukaryotic_oxidative_phosphorylation_426(X)
& donor_2(fn_eukaryotic_oxidative_phosphorylation_427(X),fn_eukaryotic_oxidative_phosphorylation_433(X))
& fn_eukaryotic_oxidative_phosphorylation_433(X) != fn_eukaryotic_oxidative_phosphorylation_430(X)
& object_2(fn_eukaryotic_oxidative_phosphorylation_427(X),fn_eukaryotic_oxidative_phosphorylation_430(X))
& fn_eukaryotic_oxidative_phosphorylation_430(X) != fn_eukaryotic_oxidative_phosphorylation_433(X)
& donor_2(fn_eukaryotic_oxidative_phosphorylation_434(X),fn_eukaryotic_oxidative_phosphorylation_440(X))
& fn_eukaryotic_oxidative_phosphorylation_440(X) != fn_eukaryotic_oxidative_phosphorylation_437(X)
& object_2(fn_eukaryotic_oxidative_phosphorylation_434(X),fn_eukaryotic_oxidative_phosphorylation_437(X))
& fn_eukaryotic_oxidative_phosphorylation_437(X) != fn_eukaryotic_oxidative_phosphorylation_440(X)
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_344(X),fn_eukaryotic_oxidative_phosphorylation_345(X))
& fn_eukaryotic_oxidative_phosphorylation_415(X) != fn_eukaryotic_oxidative_phosphorylation_399(X)
& object_2(fn_eukaryotic_oxidative_phosphorylation_413(X),fn_eukaryotic_oxidative_phosphorylation_415(X))
& fn_eukaryotic_oxidative_phosphorylation_399(X) != fn_eukaryotic_oxidative_phosphorylation_415(X)
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_399(X),fn_eukaryotic_oxidative_phosphorylation_414(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_414(X),fn_eukaryotic_oxidative_phosphorylation_408(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_373(X),fn_eukaryotic_oxidative_phosphorylation_335(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_373(X),fn_eukaryotic_oxidative_phosphorylation_202(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_373(X),fn_eukaryotic_oxidative_phosphorylation_188(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_188(X),fn_eukaryotic_oxidative_phosphorylation_187(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_191(X),fn_eukaryotic_oxidative_phosphorylation_187(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_150(X),fn_eukaryotic_oxidative_phosphorylation_305(X))
& has_region_2(fn_eukaryotic_oxidative_phosphorylation_150(X),fn_eukaryotic_oxidative_phosphorylation_194(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_150(X))
& has_region_2(fn_eukaryotic_oxidative_phosphorylation_150(X),fn_eukaryotic_oxidative_phosphorylation_193(X))
& is_at_2(fn_eukaryotic_oxidative_phosphorylation_193(X),fn_eukaryotic_oxidative_phosphorylation_195(X))
& is_between_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_94(X))
& has_function_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_188(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_107(X))
& has_function_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_92(X))
& has_region_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_195(X))
& is_impermeable_to_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_383(X))
& temperature_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_382(X))
& is_impermeable_to_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_87(X))
& density_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_380(X))
& base_2(fn_eukaryotic_oxidative_phosphorylation_188(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& is_outside_2(fn_eukaryotic_oxidative_phosphorylation_93(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_305(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_107(X),fn_eukaryotic_oxidative_phosphorylation_305(X))
& has_region_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_194(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_194(X),fn_eukaryotic_oxidative_phosphorylation_94(X))
& is_between_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_389(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_389(X),fn_eukaryotic_oxidative_phosphorylation_195(X))
& fluidity_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_381(X))
& directly_proportional_2(fn_eukaryotic_oxidative_phosphorylation_382(X),fn_eukaryotic_oxidative_phosphorylation_381(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_88(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& base_2(fn_eukaryotic_oxidative_phosphorylation_106(X),fn_eukaryotic_oxidative_phosphorylation_88(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_106(X),fn_eukaryotic_oxidative_phosphorylation_93(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_387(X))
& quantity_2(fn_eukaryotic_oxidative_phosphorylation_387(X),fn_eukaryotic_oxidative_phosphorylation_379(X))
& directly_proportional_2(fn_eukaryotic_oxidative_phosphorylation_379(X),fn_eukaryotic_oxidative_phosphorylation_381(X))
& inversely_proportional_2(fn_eukaryotic_oxidative_phosphorylation_380(X),fn_eukaryotic_oxidative_phosphorylation_381(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_251(X),fn_eukaryotic_oxidative_phosphorylation_249(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_355(X),fn_eukaryotic_oxidative_phosphorylation_356(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_337(X),fn_eukaryotic_oxidative_phosphorylation_374(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_337(X),fn_eukaryotic_oxidative_phosphorylation_353(X))
& possesses_2(fn_eukaryotic_oxidative_phosphorylation_353(X),fn_eukaryotic_oxidative_phosphorylation_340(X))
& quantity_2(fn_eukaryotic_oxidative_phosphorylation_340(X),fn_eukaryotic_oxidative_phosphorylation_341(X))
& greater_than_2(fn_eukaryotic_oxidative_phosphorylation_342(X),fn_eukaryotic_oxidative_phosphorylation_341(X))
& quantity_2(fn_eukaryotic_oxidative_phosphorylation_348(X),fn_eukaryotic_oxidative_phosphorylation_342(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_175(X),fn_eukaryotic_oxidative_phosphorylation_173(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_176(X),fn_eukaryotic_oxidative_phosphorylation_173(X))
& fn_eukaryotic_oxidative_phosphorylation_173(X) != fn_eukaryotic_oxidative_phosphorylation_179(X)
& fn_eukaryotic_oxidative_phosphorylation_179(X) != fn_eukaryotic_oxidative_phosphorylation_173(X)
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_173(X),fn_eukaryotic_oxidative_phosphorylation_141(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_339(X),fn_eukaryotic_oxidative_phosphorylation_355(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_143(X),fn_eukaryotic_oxidative_phosphorylation_144(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_176(X),fn_eukaryotic_oxidative_phosphorylation_179(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_175(X),fn_eukaryotic_oxidative_phosphorylation_179(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_172(X),fn_eukaryotic_oxidative_phosphorylation_175(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_172(X),fn_eukaryotic_oxidative_phosphorylation_176(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_141(X),fn_eukaryotic_oxidative_phosphorylation_145(X))
& greater_than_or_equal_to_2(fn_eukaryotic_oxidative_phosphorylation_144(X),fn_eukaryotic_oxidative_phosphorylation_145(X))
& greater_than_2(fn_eukaryotic_oxidative_phosphorylation_144(X),fn_eukaryotic_oxidative_phosphorylation_145(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_370(X),fn_eukaryotic_oxidative_phosphorylation_297(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_297(X),fn_eukaryotic_oxidative_phosphorylation_295(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_104(X),fn_eukaryotic_oxidative_phosphorylation_438(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_104(X),fn_eukaryotic_oxidative_phosphorylation_103(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_438(X),fn_eukaryotic_oxidative_phosphorylation_103(X))
& next_element_2(fn_eukaryotic_oxidative_phosphorylation_445(X),fn_eukaryotic_oxidative_phosphorylation_438(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_101(X),fn_eukaryotic_oxidative_phosphorylation_445(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_101(X),fn_eukaryotic_oxidative_phosphorylation_438(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_101(X),fn_eukaryotic_oxidative_phosphorylation_416(X))
& next_element_2(fn_eukaryotic_oxidative_phosphorylation_416(X),fn_eukaryotic_oxidative_phosphorylation_445(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_279(X),fn_eukaryotic_oxidative_phosphorylation_277(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_279(X),fn_eukaryotic_oxidative_phosphorylation_278(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_277(X),fn_eukaryotic_oxidative_phosphorylation_278(X))
& next_element_2(fn_eukaryotic_oxidative_phosphorylation_272(X),fn_eukaryotic_oxidative_phosphorylation_277(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_303(X),fn_eukaryotic_oxidative_phosphorylation_272(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_303(X),fn_eukaryotic_oxidative_phosphorylation_277(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_303(X),fn_eukaryotic_oxidative_phosphorylation_288(X))
& next_element_2(fn_eukaryotic_oxidative_phosphorylation_288(X),fn_eukaryotic_oxidative_phosphorylation_272(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_151(X),fn_eukaryotic_oxidative_phosphorylation_137(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_137(X),fn_eukaryotic_oxidative_phosphorylation_134(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_136(X),fn_eukaryotic_oxidative_phosphorylation_134(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_151(X),fn_eukaryotic_oxidative_phosphorylation_136(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_282(X),fn_eukaryotic_oxidative_phosphorylation_151(X))
& greater_than_2(fn_eukaryotic_oxidative_phosphorylation_181(X),fn_eukaryotic_oxidative_phosphorylation_182(X))
& quantity_2(fn_eukaryotic_oxidative_phosphorylation_183(X),fn_eukaryotic_oxidative_phosphorylation_182(X))
& possesses_2(fn_eukaryotic_oxidative_phosphorylation_171(X),fn_eukaryotic_oxidative_phosphorylation_183(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_282(X),fn_eukaryotic_oxidative_phosphorylation_171(X))
& in_event_2(fn_eukaryotic_oxidative_phosphorylation_113(X),fn_eukaryotic_oxidative_phosphorylation_282(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_282(X),fn_eukaryotic_oxidative_phosphorylation_375(X))
& quantity_2(fn_eukaryotic_oxidative_phosphorylation_180(X),fn_eukaryotic_oxidative_phosphorylation_181(X))
& quantity_2(fn_eukaryotic_oxidative_phosphorylation_159(X),fn_eukaryotic_oxidative_phosphorylation_168(X))
& possesses_2(fn_eukaryotic_oxidative_phosphorylation_173(X),fn_eukaryotic_oxidative_phosphorylation_159(X))
& agent_2(fn_eukaryotic_oxidative_phosphorylation_160(X),fn_eukaryotic_oxidative_phosphorylation_173(X))
& in_event_2(fn_eukaryotic_oxidative_phosphorylation_166(X),fn_eukaryotic_oxidative_phosphorylation_160(X))
& plays_2(fn_eukaryotic_oxidative_phosphorylation_173(X),fn_eukaryotic_oxidative_phosphorylation_166(X))
& fn_eukaryotic_oxidative_phosphorylation_162(X) != fn_eukaryotic_oxidative_phosphorylation_163(X)
& fn_eukaryotic_oxidative_phosphorylation_163(X) != fn_eukaryotic_oxidative_phosphorylation_162(X)
& has_oxidized_form_2(fn_eukaryotic_oxidative_phosphorylation_173(X),fn_eukaryotic_oxidative_phosphorylation_165(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_173(X),fn_eukaryotic_oxidative_phosphorylation_162(X))
& has_reduced_form_2(fn_eukaryotic_oxidative_phosphorylation_165(X),fn_eukaryotic_oxidative_phosphorylation_173(X))
& has_state_2(fn_eukaryotic_oxidative_phosphorylation_173(X),fn_eukaryotic_oxidative_phosphorylation_165(X))
& directly_proportional_2(fn_eukaryotic_oxidative_phosphorylation_167(X),fn_eukaryotic_oxidative_phosphorylation_168(X))
& speed_2(fn_eukaryotic_oxidative_phosphorylation_161(X),fn_eukaryotic_oxidative_phosphorylation_167(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_161(X),fn_eukaryotic_oxidative_phosphorylation_173(X))
& has_region_2(fn_eukaryotic_oxidative_phosphorylation_173(X),fn_eukaryotic_oxidative_phosphorylation_164(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_163(X),fn_eukaryotic_oxidative_phosphorylation_164(X))
& has_function_2(fn_eukaryotic_oxidative_phosphorylation_173(X),fn_eukaryotic_oxidative_phosphorylation_160(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_173(X),fn_eukaryotic_oxidative_phosphorylation_163(X))
& fn_eukaryotic_oxidative_phosphorylation_175(X) != fn_eukaryotic_oxidative_phosphorylation_97(X)
& fn_eukaryotic_oxidative_phosphorylation_97(X) != fn_eukaryotic_oxidative_phosphorylation_175(X)
& object_2(fn_eukaryotic_oxidative_phosphorylation_97(X),fn_eukaryotic_oxidative_phosphorylation_98(X))
& possesses_2(fn_eukaryotic_oxidative_phosphorylation_179(X),fn_eukaryotic_oxidative_phosphorylation_98(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_97(X),fn_eukaryotic_oxidative_phosphorylation_179(X))
& causes_2(fn_eukaryotic_oxidative_phosphorylation_152(X),fn_eukaryotic_oxidative_phosphorylation_97(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_152(X),fn_eukaryotic_oxidative_phosphorylation_175(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_152(X),fn_eukaryotic_oxidative_phosphorylation_176(X))
& is_opposite_2(fn_eukaryotic_oxidative_phosphorylation_376(X),fn_eukaryotic_oxidative_phosphorylation_193(X))
& is_opposite_2(fn_eukaryotic_oxidative_phosphorylation_193(X),fn_eukaryotic_oxidative_phosphorylation_376(X))
& has_region_2(fn_eukaryotic_oxidative_phosphorylation_192(X),fn_eukaryotic_oxidative_phosphorylation_194(X))
& is_at_2(fn_eukaryotic_oxidative_phosphorylation_376(X),fn_eukaryotic_oxidative_phosphorylation_194(X))
& has_region_2(fn_eukaryotic_oxidative_phosphorylation_192(X),fn_eukaryotic_oxidative_phosphorylation_376(X))
& has_region_2(fn_eukaryotic_oxidative_phosphorylation_192(X),fn_eukaryotic_oxidative_phosphorylation_193(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_192(X),fn_eukaryotic_oxidative_phosphorylation_305(X))
& fn_eukaryotic_oxidative_phosphorylation_209(X) != fn_eukaryotic_oxidative_phosphorylation_210(X)
& fn_eukaryotic_oxidative_phosphorylation_211(X) != fn_eukaryotic_oxidative_phosphorylation_209(X)
& fn_eukaryotic_oxidative_phosphorylation_210(X) != fn_eukaryotic_oxidative_phosphorylation_209(X)
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_210(X),fn_eukaryotic_oxidative_phosphorylation_206(X))
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_211(X),fn_eukaryotic_oxidative_phosphorylation_206(X))
& fn_eukaryotic_oxidative_phosphorylation_209(X) != fn_eukaryotic_oxidative_phosphorylation_211(X)
& is_inside_2(fn_eukaryotic_oxidative_phosphorylation_209(X),fn_eukaryotic_oxidative_phosphorylation_208(X))
& fn_eukaryotic_oxidative_phosphorylation_211(X) != fn_eukaryotic_oxidative_phosphorylation_210(X)
& fn_eukaryotic_oxidative_phosphorylation_210(X) != fn_eukaryotic_oxidative_phosphorylation_211(X)
& is_between_2(fn_eukaryotic_oxidative_phosphorylation_205(X),fn_eukaryotic_oxidative_phosphorylation_211(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_371(X),fn_eukaryotic_oxidative_phosphorylation_311(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_311(X),fn_eukaryotic_oxidative_phosphorylation_312(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_310(X),fn_eukaryotic_oxidative_phosphorylation_312(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_371(X),fn_eukaryotic_oxidative_phosphorylation_310(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_337(X),fn_eukaryotic_oxidative_phosphorylation_371(X))
& in_event_2(fn_eukaryotic_oxidative_phosphorylation_352(X),fn_eukaryotic_oxidative_phosphorylation_337(X))
& has_reduced_form_2(fn_eukaryotic_oxidative_phosphorylation_343(X),fn_eukaryotic_oxidative_phosphorylation_356(X))
& has_oxidized_form_2(fn_eukaryotic_oxidative_phosphorylation_356(X),fn_eukaryotic_oxidative_phosphorylation_343(X))
& fn_eukaryotic_oxidative_phosphorylation_343(X) != fn_eukaryotic_oxidative_phosphorylation_356(X)
& fn_eukaryotic_oxidative_phosphorylation_356(X) != fn_eukaryotic_oxidative_phosphorylation_343(X)
& has_state_2(fn_eukaryotic_oxidative_phosphorylation_343(X),fn_eukaryotic_oxidative_phosphorylation_356(X))
& has_state_2(fn_eukaryotic_oxidative_phosphorylation_356(X),fn_eukaryotic_oxidative_phosphorylation_343(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_365(X),fn_eukaryotic_oxidative_phosphorylation_232(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_232(X),fn_eukaryotic_oxidative_phosphorylation_229(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_231(X),fn_eukaryotic_oxidative_phosphorylation_229(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_365(X),fn_eukaryotic_oxidative_phosphorylation_231(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_364(X),fn_eukaryotic_oxidative_phosphorylation_238(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_238(X),fn_eukaryotic_oxidative_phosphorylation_235(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_237(X),fn_eukaryotic_oxidative_phosphorylation_235(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_364(X),fn_eukaryotic_oxidative_phosphorylation_237(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_363(X),fn_eukaryotic_oxidative_phosphorylation_219(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_219(X),fn_eukaryotic_oxidative_phosphorylation_216(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_218(X),fn_eukaryotic_oxidative_phosphorylation_216(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_363(X),fn_eukaryotic_oxidative_phosphorylation_218(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_96(X),fn_eukaryotic_oxidative_phosphorylation_127(X))
& next_element_2(fn_eukaryotic_oxidative_phosphorylation_127(X),fn_eukaryotic_oxidative_phosphorylation_133(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_96(X),fn_eukaryotic_oxidative_phosphorylation_133(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_388(X),fn_eukaryotic_oxidative_phosphorylation_362(X))
& next_element_2(fn_eukaryotic_oxidative_phosphorylation_362(X),fn_eukaryotic_oxidative_phosphorylation_308(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_388(X),fn_eukaryotic_oxidative_phosphorylation_308(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_355(X),fn_eukaryotic_oxidative_phosphorylation_350(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_354(X),fn_eukaryotic_oxidative_phosphorylation_350(X))
& subevent_2(fn_eukaryotic_oxidative_phosphorylation_339(X),fn_eukaryotic_oxidative_phosphorylation_354(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_304(X),fn_eukaryotic_oxidative_phosphorylation_245(X))
& next_element_2(fn_eukaryotic_oxidative_phosphorylation_245(X),fn_eukaryotic_oxidative_phosphorylation_244(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_304(X),fn_eukaryotic_oxidative_phosphorylation_244(X))
& fn_eukaryotic_oxidative_phosphorylation_244(X) != fn_eukaryotic_oxidative_phosphorylation_215(X)
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_217(X),fn_eukaryotic_oxidative_phosphorylation_223(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_244(X),fn_eukaryotic_oxidative_phosphorylation_217(X))
& fn_eukaryotic_oxidative_phosphorylation_215(X) != fn_eukaryotic_oxidative_phosphorylation_244(X)
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_218(X),fn_eukaryotic_oxidative_phosphorylation_215(X))
& fn_eukaryotic_oxidative_phosphorylation_216(X) != fn_eukaryotic_oxidative_phosphorylation_244(X)
& fn_eukaryotic_oxidative_phosphorylation_244(X) != fn_eukaryotic_oxidative_phosphorylation_216(X)
& donor_2(fn_eukaryotic_oxidative_phosphorylation_218(X),fn_eukaryotic_oxidative_phosphorylation_244(X))
& greater_than_or_equal_to_2(fn_eukaryotic_oxidative_phosphorylation_222(X),fn_eukaryotic_oxidative_phosphorylation_223(X))
& greater_than_2(fn_eukaryotic_oxidative_phosphorylation_222(X),fn_eukaryotic_oxidative_phosphorylation_223(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_221(X),fn_eukaryotic_oxidative_phosphorylation_222(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_215(X),fn_eukaryotic_oxidative_phosphorylation_221(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_363(X),fn_eukaryotic_oxidative_phosphorylation_215(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_219(X),fn_eukaryotic_oxidative_phosphorylation_215(X))
& fn_eukaryotic_oxidative_phosphorylation_216(X) != fn_eukaryotic_oxidative_phosphorylation_215(X)
& fn_eukaryotic_oxidative_phosphorylation_215(X) != fn_eukaryotic_oxidative_phosphorylation_216(X)
& fn_eukaryotic_oxidative_phosphorylation_308(X) != fn_eukaryotic_oxidative_phosphorylation_294(X)
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_296(X),fn_eukaryotic_oxidative_phosphorylation_301(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_308(X),fn_eukaryotic_oxidative_phosphorylation_296(X))
& fn_eukaryotic_oxidative_phosphorylation_294(X) != fn_eukaryotic_oxidative_phosphorylation_308(X)
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_370(X),fn_eukaryotic_oxidative_phosphorylation_294(X))
& greater_than_or_equal_to_2(fn_eukaryotic_oxidative_phosphorylation_300(X),fn_eukaryotic_oxidative_phosphorylation_301(X))
& greater_than_2(fn_eukaryotic_oxidative_phosphorylation_300(X),fn_eukaryotic_oxidative_phosphorylation_301(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_299(X),fn_eukaryotic_oxidative_phosphorylation_300(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_294(X),fn_eukaryotic_oxidative_phosphorylation_299(X))
& fn_eukaryotic_oxidative_phosphorylation_295(X) != fn_eukaryotic_oxidative_phosphorylation_294(X)
& fn_eukaryotic_oxidative_phosphorylation_294(X) != fn_eukaryotic_oxidative_phosphorylation_295(X)
& donor_2(fn_eukaryotic_oxidative_phosphorylation_297(X),fn_eukaryotic_oxidative_phosphorylation_308(X))
& fn_eukaryotic_oxidative_phosphorylation_308(X) != fn_eukaryotic_oxidative_phosphorylation_295(X)
& fn_eukaryotic_oxidative_phosphorylation_295(X) != fn_eukaryotic_oxidative_phosphorylation_308(X)
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_370(X),fn_eukaryotic_oxidative_phosphorylation_308(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_135(X),fn_eukaryotic_oxidative_phosphorylation_147(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_126(X),fn_eukaryotic_oxidative_phosphorylation_135(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_136(X),fn_eukaryotic_oxidative_phosphorylation_126(X))
& fn_eukaryotic_oxidative_phosphorylation_126(X) != fn_eukaryotic_oxidative_phosphorylation_134(X)
& fn_eukaryotic_oxidative_phosphorylation_134(X) != fn_eukaryotic_oxidative_phosphorylation_126(X)
& fn_eukaryotic_oxidative_phosphorylation_277(X) != fn_eukaryotic_oxidative_phosphorylation_248(X)
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_250(X),fn_eukaryotic_oxidative_phosphorylation_255(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_277(X),fn_eukaryotic_oxidative_phosphorylation_250(X))
& fn_eukaryotic_oxidative_phosphorylation_248(X) != fn_eukaryotic_oxidative_phosphorylation_277(X)
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_251(X),fn_eukaryotic_oxidative_phosphorylation_248(X))
& fn_eukaryotic_oxidative_phosphorylation_249(X) != fn_eukaryotic_oxidative_phosphorylation_248(X)
& fn_eukaryotic_oxidative_phosphorylation_248(X) != fn_eukaryotic_oxidative_phosphorylation_249(X)
& fn_eukaryotic_oxidative_phosphorylation_245(X) != fn_eukaryotic_oxidative_phosphorylation_234(X)
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_236(X),fn_eukaryotic_oxidative_phosphorylation_241(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_245(X),fn_eukaryotic_oxidative_phosphorylation_236(X))
& fn_eukaryotic_oxidative_phosphorylation_234(X) != fn_eukaryotic_oxidative_phosphorylation_245(X)
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_237(X),fn_eukaryotic_oxidative_phosphorylation_234(X))
& fn_eukaryotic_oxidative_phosphorylation_235(X) != fn_eukaryotic_oxidative_phosphorylation_234(X)
& fn_eukaryotic_oxidative_phosphorylation_234(X) != fn_eukaryotic_oxidative_phosphorylation_235(X)
& greater_than_or_equal_to_2(fn_eukaryotic_oxidative_phosphorylation_240(X),fn_eukaryotic_oxidative_phosphorylation_241(X))
& greater_than_2(fn_eukaryotic_oxidative_phosphorylation_240(X),fn_eukaryotic_oxidative_phosphorylation_241(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_239(X),fn_eukaryotic_oxidative_phosphorylation_240(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_234(X),fn_eukaryotic_oxidative_phosphorylation_239(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_364(X),fn_eukaryotic_oxidative_phosphorylation_234(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_238(X),fn_eukaryotic_oxidative_phosphorylation_234(X))
& fn_eukaryotic_oxidative_phosphorylation_386(X) != fn_eukaryotic_oxidative_phosphorylation_228(X)
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_230(X),fn_eukaryotic_oxidative_phosphorylation_243(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_386(X),fn_eukaryotic_oxidative_phosphorylation_230(X))
& fn_eukaryotic_oxidative_phosphorylation_228(X) != fn_eukaryotic_oxidative_phosphorylation_386(X)
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_231(X),fn_eukaryotic_oxidative_phosphorylation_228(X))
& fn_eukaryotic_oxidative_phosphorylation_229(X) != fn_eukaryotic_oxidative_phosphorylation_228(X)
& fn_eukaryotic_oxidative_phosphorylation_228(X) != fn_eukaryotic_oxidative_phosphorylation_229(X)
& greater_than_or_equal_to_2(fn_eukaryotic_oxidative_phosphorylation_242(X),fn_eukaryotic_oxidative_phosphorylation_243(X))
& greater_than_2(fn_eukaryotic_oxidative_phosphorylation_242(X),fn_eukaryotic_oxidative_phosphorylation_243(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_233(X),fn_eukaryotic_oxidative_phosphorylation_242(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_228(X),fn_eukaryotic_oxidative_phosphorylation_233(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_365(X),fn_eukaryotic_oxidative_phosphorylation_228(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_232(X),fn_eukaryotic_oxidative_phosphorylation_228(X))
& fn_eukaryotic_oxidative_phosphorylation_133(X) != fn_eukaryotic_oxidative_phosphorylation_126(X)
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_139(X),fn_eukaryotic_oxidative_phosphorylation_146(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_133(X),fn_eukaryotic_oxidative_phosphorylation_139(X))
& fn_eukaryotic_oxidative_phosphorylation_126(X) != fn_eukaryotic_oxidative_phosphorylation_133(X)
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_151(X),fn_eukaryotic_oxidative_phosphorylation_126(X))
& fn_eukaryotic_oxidative_phosphorylation_134(X) != fn_eukaryotic_oxidative_phosphorylation_133(X)
& fn_eukaryotic_oxidative_phosphorylation_133(X) != fn_eukaryotic_oxidative_phosphorylation_134(X)
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_151(X),fn_eukaryotic_oxidative_phosphorylation_133(X))
& in_event_2(fn_eukaryotic_oxidative_phosphorylation_111(X),fn_eukaryotic_oxidative_phosphorylation_92(X))
& plays_2(fn_eukaryotic_oxidative_phosphorylation_326(X),fn_eukaryotic_oxidative_phosphorylation_111(X))
& is_across_2(fn_eukaryotic_oxidative_phosphorylation_150(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& path_2(fn_eukaryotic_oxidative_phosphorylation_375(X),fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_179(X) != fn_eukaryotic_oxidative_phosphorylation_140(X)
& fn_eukaryotic_oxidative_phosphorylation_140(X) != fn_eukaryotic_oxidative_phosphorylation_179(X)
& fn_eukaryotic_oxidative_phosphorylation_179(X) != fn_eukaryotic_oxidative_phosphorylation_138(X)
& fn_eukaryotic_oxidative_phosphorylation_138(X) != fn_eukaryotic_oxidative_phosphorylation_140(X)
& fn_eukaryotic_oxidative_phosphorylation_138(X) != fn_eukaryotic_oxidative_phosphorylation_179(X)
& fn_eukaryotic_oxidative_phosphorylation_140(X) != fn_eukaryotic_oxidative_phosphorylation_138(X)
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_152(X),fn_eukaryotic_oxidative_phosphorylation_140(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_176(X),fn_eukaryotic_oxidative_phosphorylation_140(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_138(X),fn_eukaryotic_oxidative_phosphorylation_141(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_176(X),fn_eukaryotic_oxidative_phosphorylation_138(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_140(X),fn_eukaryotic_oxidative_phosphorylation_143(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_175(X),fn_eukaryotic_oxidative_phosphorylation_140(X))
& fn_eukaryotic_oxidative_phosphorylation_362(X) != fn_eukaryotic_oxidative_phosphorylation_343(X)
& fn_eukaryotic_oxidative_phosphorylation_343(X) != fn_eukaryotic_oxidative_phosphorylation_349(X)
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_315(X),fn_eukaryotic_oxidative_phosphorylation_316(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_362(X),fn_eukaryotic_oxidative_phosphorylation_315(X))
& fn_eukaryotic_oxidative_phosphorylation_343(X) != fn_eukaryotic_oxidative_phosphorylation_362(X)
& fn_eukaryotic_oxidative_phosphorylation_349(X) != fn_eukaryotic_oxidative_phosphorylation_343(X)
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_339(X),fn_eukaryotic_oxidative_phosphorylation_349(X))
& fn_eukaryotic_oxidative_phosphorylation_312(X) != fn_eukaryotic_oxidative_phosphorylation_362(X)
& fn_eukaryotic_oxidative_phosphorylation_362(X) != fn_eukaryotic_oxidative_phosphorylation_312(X)
& fn_eukaryotic_oxidative_phosphorylation_349(X) != fn_eukaryotic_oxidative_phosphorylation_350(X)
& fn_eukaryotic_oxidative_phosphorylation_350(X) != fn_eukaryotic_oxidative_phosphorylation_349(X)
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_355(X),fn_eukaryotic_oxidative_phosphorylation_349(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_354(X),fn_eukaryotic_oxidative_phosphorylation_349(X))
& fn_eukaryotic_oxidative_phosphorylation_349(X) != fn_eukaryotic_oxidative_phosphorylation_356(X)
& in_event_2(fn_eukaryotic_oxidative_phosphorylation_361(X),fn_eukaryotic_oxidative_phosphorylation_355(X))
& plays_2(fn_eukaryotic_oxidative_phosphorylation_349(X),fn_eukaryotic_oxidative_phosphorylation_361(X))
& fn_eukaryotic_oxidative_phosphorylation_356(X) != fn_eukaryotic_oxidative_phosphorylation_349(X)
& plays_2(fn_eukaryotic_oxidative_phosphorylation_356(X),fn_eukaryotic_oxidative_phosphorylation_351(X))
& in_event_2(fn_eukaryotic_oxidative_phosphorylation_351(X),fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_eukaryotic_oxidative_phosphorylation_356(X) != fn_eukaryotic_oxidative_phosphorylation_350(X)
& fn_eukaryotic_oxidative_phosphorylation_350(X) != fn_eukaryotic_oxidative_phosphorylation_356(X)
& fn_eukaryotic_oxidative_phosphorylation_362(X) != fn_eukaryotic_oxidative_phosphorylation_309(X)
& in_event_2(fn_eukaryotic_oxidative_phosphorylation_313(X),fn_eukaryotic_oxidative_phosphorylation_311(X))
& in_event_2(fn_eukaryotic_oxidative_phosphorylation_314(X),fn_eukaryotic_oxidative_phosphorylation_311(X))
& plays_2(fn_eukaryotic_oxidative_phosphorylation_362(X),fn_eukaryotic_oxidative_phosphorylation_314(X))
& fn_eukaryotic_oxidative_phosphorylation_309(X) != fn_eukaryotic_oxidative_phosphorylation_362(X)
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_311(X),fn_eukaryotic_oxidative_phosphorylation_309(X))
& fn_eukaryotic_oxidative_phosphorylation_312(X) != fn_eukaryotic_oxidative_phosphorylation_309(X)
& fn_eukaryotic_oxidative_phosphorylation_309(X) != fn_eukaryotic_oxidative_phosphorylation_312(X)
& plays_2(fn_eukaryotic_oxidative_phosphorylation_309(X),fn_eukaryotic_oxidative_phosphorylation_313(X))
& greater_than_or_equal_to_2(fn_eukaryotic_oxidative_phosphorylation_317(X),fn_eukaryotic_oxidative_phosphorylation_316(X))
& greater_than_2(fn_eukaryotic_oxidative_phosphorylation_317(X),fn_eukaryotic_oxidative_phosphorylation_316(X))
& electronegativity_2(fn_eukaryotic_oxidative_phosphorylation_318(X),fn_eukaryotic_oxidative_phosphorylation_317(X))
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_309(X),fn_eukaryotic_oxidative_phosphorylation_318(X))
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_371(X),fn_eukaryotic_oxidative_phosphorylation_309(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_310(X),fn_eukaryotic_oxidative_phosphorylation_309(X))
& fn_eukaryotic_oxidative_phosphorylation_173(X) != fn_eukaryotic_oxidative_phosphorylation_174(X)
& fn_eukaryotic_oxidative_phosphorylation_174(X) != fn_eukaryotic_oxidative_phosphorylation_179(X)
& fn_eukaryotic_oxidative_phosphorylation_179(X) != fn_eukaryotic_oxidative_phosphorylation_174(X)
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_172(X),fn_eukaryotic_oxidative_phosphorylation_173(X))
& fn_eukaryotic_oxidative_phosphorylation_174(X) != fn_eukaryotic_oxidative_phosphorylation_173(X)
& raw_material_2(fn_eukaryotic_oxidative_phosphorylation_172(X),fn_eukaryotic_oxidative_phosphorylation_174(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_176(X),fn_eukaryotic_oxidative_phosphorylation_174(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_175(X),fn_eukaryotic_oxidative_phosphorylation_174(X))
& in_event_2(fn_eukaryotic_oxidative_phosphorylation_298(X),fn_eukaryotic_oxidative_phosphorylation_297(X))
& plays_2(fn_eukaryotic_oxidative_phosphorylation_294(X),fn_eukaryotic_oxidative_phosphorylation_298(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_297(X),fn_eukaryotic_oxidative_phosphorylation_294(X))
& fn_eukaryotic_oxidative_phosphorylation_235(X) != fn_eukaryotic_oxidative_phosphorylation_245(X)
& fn_eukaryotic_oxidative_phosphorylation_245(X) != fn_eukaryotic_oxidative_phosphorylation_235(X)
& fn_eukaryotic_oxidative_phosphorylation_229(X) != fn_eukaryotic_oxidative_phosphorylation_386(X)
& fn_eukaryotic_oxidative_phosphorylation_386(X) != fn_eukaryotic_oxidative_phosphorylation_229(X)
& is_at_2(fn_eukaryotic_oxidative_phosphorylation_386(X),fn_eukaryotic_oxidative_phosphorylation_194(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_100(X),fn_eukaryotic_oxidative_phosphorylation_174(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_375(X),fn_eukaryotic_oxidative_phosphorylation_187(X))
& has_state_2(fn_eukaryotic_oxidative_phosphorylation_165(X),fn_eukaryotic_oxidative_phosphorylation_173(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_374(X),fn_eukaryotic_oxidative_phosphorylation_187(X))
& element_2(fn_eukaryotic_oxidative_phosphorylation_302(X),fn_eukaryotic_oxidative_phosphorylation_405(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_373(X),fn_eukaryotic_oxidative_phosphorylation_331(X))
& site_2(fn_eukaryotic_oxidative_phosphorylation_325(X),fn_eukaryotic_oxidative_phosphorylation_322(X))
& fn_eukaryotic_oxidative_phosphorylation_349(X) != fn_eukaryotic_oxidative_phosphorylation_362(X)
& fn_eukaryotic_oxidative_phosphorylation_362(X) != fn_eukaryotic_oxidative_phosphorylation_356(X)
& has_atom_2(fn_eukaryotic_oxidative_phosphorylation_349(X),fn_eukaryotic_oxidative_phosphorylation_344(X))
& fn_eukaryotic_oxidative_phosphorylation_362(X) != fn_eukaryotic_oxidative_phosphorylation_349(X)
& fn_eukaryotic_oxidative_phosphorylation_356(X) != fn_eukaryotic_oxidative_phosphorylation_362(X)
& donor_2(fn_eukaryotic_oxidative_phosphorylation_354(X),fn_eukaryotic_oxidative_phosphorylation_356(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_136(X),fn_eukaryotic_oxidative_phosphorylation_133(X))
& fn_eukaryotic_oxidative_phosphorylation_310(X) != fn_eukaryotic_oxidative_phosphorylation_354(X)
& fn_eukaryotic_oxidative_phosphorylation_354(X) != fn_eukaryotic_oxidative_phosphorylation_310(X)
& donor_2(fn_eukaryotic_oxidative_phosphorylation_310(X),fn_eukaryotic_oxidative_phosphorylation_362(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_311(X),fn_eukaryotic_oxidative_phosphorylation_362(X))
& base_2(fn_eukaryotic_oxidative_phosphorylation_324(X),fn_eukaryotic_oxidative_phosphorylation_334(X))
& fn_eukaryotic_oxidative_phosphorylation_438(X) != fn_eukaryotic_oxidative_phosphorylation_440(X)
& fn_eukaryotic_oxidative_phosphorylation_440(X) != fn_eukaryotic_oxidative_phosphorylation_438(X)
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_434(X),fn_eukaryotic_oxidative_phosphorylation_438(X))
& fn_eukaryotic_oxidative_phosphorylation_426(X) != fn_eukaryotic_oxidative_phosphorylation_127(X)
& fn_eukaryotic_oxidative_phosphorylation_127(X) != fn_eukaryotic_oxidative_phosphorylation_426(X)
& donor_2(fn_eukaryotic_oxidative_phosphorylation_129(X),fn_eukaryotic_oxidative_phosphorylation_426(X))
& fn_eukaryotic_oxidative_phosphorylation_431(X) != fn_eukaryotic_oxidative_phosphorylation_433(X)
& fn_eukaryotic_oxidative_phosphorylation_433(X) != fn_eukaryotic_oxidative_phosphorylation_431(X)
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_427(X),fn_eukaryotic_oxidative_phosphorylation_431(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_237(X),fn_eukaryotic_oxidative_phosphorylation_245(X))
& object_2(fn_eukaryotic_oxidative_phosphorylation_201(X),fn_eukaryotic_oxidative_phosphorylation_190(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_339(X),fn_eukaryotic_oxidative_phosphorylation_343(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_172(X),fn_eukaryotic_oxidative_phosphorylation_165(X))
& plays_2(fn_eukaryotic_oxidative_phosphorylation_356(X),fn_eukaryotic_oxidative_phosphorylation_352(X))
& has_part_2(fn_eukaryotic_oxidative_phosphorylation_190(X),fn_eukaryotic_oxidative_phosphorylation_331(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_413(X),fn_eukaryotic_oxidative_phosphorylation_399(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_400(X),fn_eukaryotic_oxidative_phosphorylation_404(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_152(X),fn_eukaryotic_oxidative_phosphorylation_142(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_371(X),fn_eukaryotic_oxidative_phosphorylation_308(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_370(X),fn_eukaryotic_oxidative_phosphorylation_385(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_363(X),fn_eukaryotic_oxidative_phosphorylation_220(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_137(X),fn_eukaryotic_oxidative_phosphorylation_126(X))
& recipient_2(fn_eukaryotic_oxidative_phosphorylation_137(X),fn_eukaryotic_oxidative_phosphorylation_133(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_151(X),fn_eukaryotic_oxidative_phosphorylation_138(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_365(X),fn_eukaryotic_oxidative_phosphorylation_245(X))
& result_2(fn_eukaryotic_oxidative_phosphorylation_364(X),fn_eukaryotic_oxidative_phosphorylation_244(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_175(X),fn_eukaryotic_oxidative_phosphorylation_138(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_270(X),fn_eukaryotic_oxidative_phosphorylation_288(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_219(X),fn_eukaryotic_oxidative_phosphorylation_244(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_252(X),fn_eukaryotic_oxidative_phosphorylation_277(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_232(X),fn_eukaryotic_oxidative_phosphorylation_386(X))
& donor_2(fn_eukaryotic_oxidative_phosphorylation_238(X),fn_eukaryotic_oxidative_phosphorylation_245(X))
& fn_eukaryotic_oxidative_phosphorylation_126(X) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_eukaryotic_oxidative_phosphorylation_411(X) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_eukaryotic_oxidative_phosphorylation_386(X) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_eukaryotic_oxidative_phosphorylation_433(X) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_eukaryotic_oxidative_phosphorylation_277(X) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_eukaryotic_oxidative_phosphorylation_288(X) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_eukaryotic_oxidative_phosphorylation_426(X) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_eukaryotic_oxidative_phosphorylation_272(X) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_eukaryotic_oxidative_phosphorylation_399(X) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_eukaryotic_oxidative_phosphorylation_440(X) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_eukaryotic_oxidative_phosphorylation_330(X) = fn_release_1(fn_eukaryotic_oxidative_phosphorylation_319(X))
& fn_eukaryotic_oxidative_phosphorylation_438(X) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_eukaryotic_oxidative_phosphorylation_284(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_287(X))
& fn_eukaryotic_oxidative_phosphorylation_283(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_286(X))
& fn_eukaryotic_oxidative_phosphorylation_283(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_286(X))
& fn_eukaryotic_oxidative_phosphorylation_200(X) = fn_atp_synthase_35(fn_eukaryotic_oxidative_phosphorylation_118(X))
& fn_eukaryotic_oxidative_phosphorylation_327(X) = fn_atp_synthase_46(fn_eukaryotic_oxidative_phosphorylation_118(X))
& fn_eukaryotic_oxidative_phosphorylation_445(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_eukaryotic_oxidative_phosphorylation_445(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_441(X))
& fn_eukaryotic_oxidative_phosphorylation_445(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_441(X))
& fn_eukaryotic_oxidative_phosphorylation_399(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_eukaryotic_oxidative_phosphorylation_400(X) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_eukaryotic_oxidative_phosphorylation_405(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_400(X))
& fn_eukaryotic_oxidative_phosphorylation_331(X) = fn_biomembrane_55(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_281(X) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_eukaryotic_oxidative_phosphorylation_290(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_eukaryotic_oxidative_phosphorylation_289(X) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_eukaryotic_oxidative_phosphorylation_280(X) = fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_286(X))
& fn_eukaryotic_oxidative_phosphorylation_280(X) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_eukaryotic_oxidative_phosphorylation_291(X) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_286(X))
& fn_eukaryotic_oxidative_phosphorylation_291(X) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_eukaryotic_oxidative_phosphorylation_385(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_286(X))
& fn_eukaryotic_oxidative_phosphorylation_285(X) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_286(X))
& fn_eukaryotic_oxidative_phosphorylation_285(X) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_eukaryotic_oxidative_phosphorylation_283(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_287(X))
& fn_eukaryotic_oxidative_phosphorylation_385(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_287(X))
& fn_eukaryotic_oxidative_phosphorylation_385(X) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_eukaryotic_oxidative_phosphorylation_283(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_eukaryotic_oxidative_phosphorylation_257(X) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_eukaryotic_oxidative_phosphorylation_264(X) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_eukaryotic_oxidative_phosphorylation_263(X) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_eukaryotic_oxidative_phosphorylation_258(X) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_eukaryotic_oxidative_phosphorylation_256(X) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_eukaryotic_oxidative_phosphorylation_256(X) = fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_259(X))
& fn_eukaryotic_oxidative_phosphorylation_265(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_eukaryotic_oxidative_phosphorylation_265(X) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_259(X))
& fn_eukaryotic_oxidative_phosphorylation_272(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_eukaryotic_oxidative_phosphorylation_262(X) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_eukaryotic_oxidative_phosphorylation_262(X) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_259(X))
& fn_eukaryotic_oxidative_phosphorylation_258(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_259(X))
& fn_eukaryotic_oxidative_phosphorylation_272(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_259(X))
& fn_eukaryotic_oxidative_phosphorylation_272(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_259(X))
& fn_eukaryotic_oxidative_phosphorylation_258(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_259(X))
& fn_eukaryotic_oxidative_phosphorylation_411(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_441(X))
& fn_eukaryotic_oxidative_phosphorylation_444(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_441(X))
& fn_eukaryotic_oxidative_phosphorylation_446(X) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_eukaryotic_oxidative_phosphorylation_420(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_eukaryotic_oxidative_phosphorylation_439(X) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_eukaryotic_oxidative_phosphorylation_447(X) = fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_eukaryotic_oxidative_phosphorylation_447(X) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_eukaryotic_oxidative_phosphorylation_419(X) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_eukaryotic_oxidative_phosphorylation_419(X) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_eukaryotic_oxidative_phosphorylation_443(X) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_eukaryotic_oxidative_phosphorylation_443(X) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_eukaryotic_oxidative_phosphorylation_445(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_eukaryotic_oxidative_phosphorylation_411(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_eukaryotic_oxidative_phosphorylation_411(X) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_eukaryotic_oxidative_phosphorylation_445(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_eukaryotic_oxidative_phosphorylation_339(X) = fn_electron_transport_chain_reaction_9(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_eukaryotic_oxidative_phosphorylation_337(X) = fn_electron_transport_chain_1(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_eukaryotic_oxidative_phosphorylation_338(X) = fn_electron_transport_chain_reaction_4(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_eukaryotic_oxidative_phosphorylation_155(X) = fn_electron_transport_chain_pathway_31(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_152(X) = fn_electron_transport_chain_pathway_31(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_178(X) = fn_electron_transport_chain_reaction_8(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_eukaryotic_oxidative_phosphorylation_177(X) = fn_electron_transport_chain_reaction_7(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_eukaryotic_oxidative_phosphorylation_172(X) = fn_electron_transport_chain_reaction_9(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_eukaryotic_oxidative_phosphorylation_282(X) = fn_electron_transport_chain_1(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_eukaryotic_oxidative_phosphorylation_112(X) = fn_electron_transport_chain_reaction_4(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_eukaryotic_oxidative_phosphorylation_406(X) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_eukaryotic_oxidative_phosphorylation_406(X) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_eukaryotic_oxidative_phosphorylation_400(X) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_eukaryotic_oxidative_phosphorylation_396(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_eukaryotic_oxidative_phosphorylation_397(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_eukaryotic_oxidative_phosphorylation_397(X) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_eukaryotic_oxidative_phosphorylation_398(X) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_eukaryotic_oxidative_phosphorylation_398(X) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_eukaryotic_oxidative_phosphorylation_404(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_eukaryotic_oxidative_phosphorylation_404(X) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_eukaryotic_oxidative_phosphorylation_405(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_eukaryotic_oxidative_phosphorylation_405(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_eukaryotic_oxidative_phosphorylation_407(X) = fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_eukaryotic_oxidative_phosphorylation_396(X) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_eukaryotic_oxidative_phosphorylation_402(X) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_eukaryotic_oxidative_phosphorylation_405(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_eukaryotic_oxidative_phosphorylation_408(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_eukaryotic_oxidative_phosphorylation_424(X) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_eukaryotic_oxidative_phosphorylation_451(X) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_eukaryotic_oxidative_phosphorylation_451(X) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_eukaryotic_oxidative_phosphorylation_423(X) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_eukaryotic_oxidative_phosphorylation_423(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_eukaryotic_oxidative_phosphorylation_433(X) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_eukaryotic_oxidative_phosphorylation_429(X) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_eukaryotic_oxidative_phosphorylation_429(X) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_eukaryotic_oxidative_phosphorylation_433(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_eukaryotic_oxidative_phosphorylation_433(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_eukaryotic_oxidative_phosphorylation_428(X) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_eukaryotic_oxidative_phosphorylation_124(X) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_eukaryotic_oxidative_phosphorylation_124(X) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_eukaryotic_oxidative_phosphorylation_129(X) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_eukaryotic_oxidative_phosphorylation_128(X) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_eukaryotic_oxidative_phosphorylation_148(X) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_eukaryotic_oxidative_phosphorylation_149(X) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_eukaryotic_oxidative_phosphorylation_149(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_eukaryotic_oxidative_phosphorylation_131(X) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_eukaryotic_oxidative_phosphorylation_131(X) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_eukaryotic_oxidative_phosphorylation_426(X) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_eukaryotic_oxidative_phosphorylation_426(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_eukaryotic_oxidative_phosphorylation_251(X) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_eukaryotic_oxidative_phosphorylation_247(X) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_eukaryotic_oxidative_phosphorylation_247(X) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_eukaryotic_oxidative_phosphorylation_255(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_eukaryotic_oxidative_phosphorylation_254(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_eukaryotic_oxidative_phosphorylation_254(X) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_eukaryotic_oxidative_phosphorylation_253(X) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_eukaryotic_oxidative_phosphorylation_253(X) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_eukaryotic_oxidative_phosphorylation_248(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_eukaryotic_oxidative_phosphorylation_248(X) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_eukaryotic_oxidative_phosphorylation_413(X) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_eukaryotic_oxidative_phosphorylation_417(X) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_eukaryotic_oxidative_phosphorylation_409(X) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_eukaryotic_oxidative_phosphorylation_409(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_eukaryotic_oxidative_phosphorylation_416(X) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_eukaryotic_oxidative_phosphorylation_410(X) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_eukaryotic_oxidative_phosphorylation_410(X) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_eukaryotic_oxidative_phosphorylation_416(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_413(X))
& fn_eukaryotic_oxidative_phosphorylation_416(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_eukaryotic_oxidative_phosphorylation_415(X) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_eukaryotic_oxidative_phosphorylation_412(X) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_eukaryotic_oxidative_phosphorylation_266(X) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_eukaryotic_oxidative_phosphorylation_266(X) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_eukaryotic_oxidative_phosphorylation_270(X) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_eukaryotic_oxidative_phosphorylation_269(X) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_eukaryotic_oxidative_phosphorylation_275(X) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_eukaryotic_oxidative_phosphorylation_276(X) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_eukaryotic_oxidative_phosphorylation_276(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_eukaryotic_oxidative_phosphorylation_273(X) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_eukaryotic_oxidative_phosphorylation_273(X) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_eukaryotic_oxidative_phosphorylation_288(X) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_eukaryotic_oxidative_phosphorylation_288(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_eukaryotic_oxidative_phosphorylation_125(X) = fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_128(X))
& fn_eukaryotic_oxidative_phosphorylation_148(X) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_128(X))
& fn_eukaryotic_oxidative_phosphorylation_132(X) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_128(X))
& fn_eukaryotic_oxidative_phosphorylation_127(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_128(X))
& fn_eukaryotic_oxidative_phosphorylation_127(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_128(X))
& fn_eukaryotic_oxidative_phosphorylation_450(X) = fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_eukaryotic_oxidative_phosphorylation_424(X) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_eukaryotic_oxidative_phosphorylation_425(X) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_eukaryotic_oxidative_phosphorylation_430(X) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_400(X))
& fn_eukaryotic_oxidative_phosphorylation_431(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_eukaryotic_oxidative_phosphorylation_430(X) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_eukaryotic_oxidative_phosphorylation_434(X) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_eukaryotic_oxidative_phosphorylation_422(X) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_eukaryotic_oxidative_phosphorylation_449(X) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_eukaryotic_oxidative_phosphorylation_449(X) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_eukaryotic_oxidative_phosphorylation_421(X) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_eukaryotic_oxidative_phosphorylation_421(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_eukaryotic_oxidative_phosphorylation_440(X) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_eukaryotic_oxidative_phosphorylation_436(X) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_eukaryotic_oxidative_phosphorylation_436(X) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_eukaryotic_oxidative_phosphorylation_440(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_435(X))
& fn_eukaryotic_oxidative_phosphorylation_440(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_eukaryotic_oxidative_phosphorylation_448(X) = fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_435(X))
& fn_eukaryotic_oxidative_phosphorylation_422(X) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_435(X))
& fn_eukaryotic_oxidative_phosphorylation_432(X) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_435(X))
& fn_eukaryotic_oxidative_phosphorylation_438(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_eukaryotic_oxidative_phosphorylation_438(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_435(X))
& fn_eukaryotic_oxidative_phosphorylation_438(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_435(X))
& fn_eukaryotic_oxidative_phosphorylation_435(X) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_eukaryotic_oxidative_phosphorylation_437(X) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_eukaryotic_oxidative_phosphorylation_437(X) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_435(X))
& fn_eukaryotic_oxidative_phosphorylation_267(X) = fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_269(X))
& fn_eukaryotic_oxidative_phosphorylation_275(X) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_269(X))
& fn_eukaryotic_oxidative_phosphorylation_274(X) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_269(X))
& fn_eukaryotic_oxidative_phosphorylation_268(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_269(X))
& fn_eukaryotic_oxidative_phosphorylation_268(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_270(X))
& fn_eukaryotic_oxidative_phosphorylation_268(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_269(X))
& fn_eukaryotic_oxidative_phosphorylation_108(X) = fn_facilitated_diffusion_52(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_eukaryotic_oxidative_phosphorylation_110(X) = fn_facilitated_diffusion_50(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_eukaryotic_oxidative_phosphorylation_109(X) = fn_facilitated_diffusion_51(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_eukaryotic_oxidative_phosphorylation_261(X) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_259(X))
& fn_eukaryotic_oxidative_phosphorylation_259(X) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_eukaryotic_oxidative_phosphorylation_261(X) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_eukaryotic_oxidative_phosphorylation_260(X) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_eukaryotic_oxidative_phosphorylation_444(X) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_eukaryotic_oxidative_phosphorylation_442(X) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_eukaryotic_oxidative_phosphorylation_444(X) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_441(X))
& fn_eukaryotic_oxidative_phosphorylation_444(X) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_eukaryotic_oxidative_phosphorylation_441(X) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_eukaryotic_oxidative_phosphorylation_284(X) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_286(X))
& fn_eukaryotic_oxidative_phosphorylation_286(X) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_eukaryotic_oxidative_phosphorylation_284(X) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_287(X))
& fn_eukaryotic_oxidative_phosphorylation_284(X) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_eukaryotic_oxidative_phosphorylation_287(X) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_eukaryotic_oxidative_phosphorylation_185(X) = fn_chemiosmosis_64(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_190(X) = fn_chemiosmosis_85(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_187(X) = fn_chemiosmosis_12(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_79(X) = fn_chemiosmosis_72(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_117(X) = fn_chemiosmosis_6(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_334(X) = fn_cellular_work_2(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_eukaryotic_oxidative_phosphorylation_375(X) = fn_oxidative_phosphorylation_32(X)
& fn_eukaryotic_oxidative_phosphorylation_334(X) = fn_electron_transport_chain_pathway_11(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_334(X) = fn_cellular_work_2(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_eukaryotic_oxidative_phosphorylation_334(X) = fn_oxidative_phosphorylation_15(X)
& fn_eukaryotic_oxidative_phosphorylation_196(X) = fn_exergonic_process_3(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_eukaryotic_oxidative_phosphorylation_196(X) = fn_passive_transport_17(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_eukaryotic_oxidative_phosphorylation_201(X) = fn_chemiosmosis_91(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_204(X) = fn_chemiosmosis_111(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_332(X) = fn_chemiosmosis_11(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_331(X) = fn_chemiosmosis_12(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_203(X) = fn_passive_transport_23(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_eukaryotic_oxidative_phosphorylation_203(X) = fn_chemiosmosis_108(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_196(X) = fn_synthesis_of_atp_14(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_eukaryotic_oxidative_phosphorylation_119(X) = fn_anabolic_pathway_6(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_eukaryotic_oxidative_phosphorylation_119(X) = fn_chemiosmosis_7(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_196(X) = fn_chemiosmosis_120(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_209(X) = fn_atp_35(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_211(X) = fn_atp_37(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_210(X) = fn_ribonucleotide_17(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_336(X) = fn_functional_group_1(fn_eukaryotic_oxidative_phosphorylation_208(X))
& fn_eukaryotic_oxidative_phosphorylation_208(X) = fn_ribonucleotide_14(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_208(X) = fn_atp_34(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_207(X) = fn_nucleoside_triphosphate_27(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_207(X) = fn_atp_32(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_210(X) = fn_nucleoside_triphosphate_33(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_210(X) = fn_atp_36(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_207(X) = fn_atp_33(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_211(X) = fn_atp_35(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_206(X) = fn_atp_33(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_207(X) = fn_atp_34(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_206(X) = fn_atp_34(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_208(X) = fn_chemiosmosis_41(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_208(X) = fn_synthesis_of_atp_18(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_eukaryotic_oxidative_phosphorylation_208(X) = fn_atp_33(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_206(X) = fn_atp_32(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_209(X) = fn_ribonucleotide_16(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_209(X) = fn_nucleoside_triphosphate_29(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_209(X) = fn_atp_37(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_205(X) = fn_atp_30(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_189(X) = fn_oxidative_phosphorylation_41(X)
& fn_eukaryotic_oxidative_phosphorylation_374(X) = fn_oxidative_phosphorylation_47(X)
& fn_eukaryotic_oxidative_phosphorylation_324(X) = fn_oxidative_phosphorylation_2(X)
& fn_eukaryotic_oxidative_phosphorylation_335(X) = fn_oxidative_phosphorylation_11(X)
& fn_eukaryotic_oxidative_phosphorylation_199(X) = fn_atp_synthase_13(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_eukaryotic_oxidative_phosphorylation_199(X) = fn_oxidative_phosphorylation_23(X)
& fn_eukaryotic_oxidative_phosphorylation_197(X) = fn_synthesis_of_atp_10(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_eukaryotic_oxidative_phosphorylation_202(X) = fn_chemiosmosis_117(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_323(X) = fn_chemiosmosis_102(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_323(X) = fn_oxidative_phosphorylation_20(X)
& fn_eukaryotic_oxidative_phosphorylation_201(X) = fn_passive_transport_22(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_eukaryotic_oxidative_phosphorylation_201(X) = fn_oxidative_phosphorylation_42(X)
& fn_eukaryotic_oxidative_phosphorylation_191(X) = fn_chemiosmosis_122(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_191(X) = fn_oxidative_phosphorylation_46(X)
& fn_eukaryotic_oxidative_phosphorylation_212(X) = fn_oxidative_phosphorylation_21(X)
& fn_eukaryotic_oxidative_phosphorylation_185(X) = fn_oxidative_phosphorylation_24(X)
& fn_eukaryotic_oxidative_phosphorylation_184(X) = fn_oxidative_phosphorylation_27(X)
& fn_eukaryotic_oxidative_phosphorylation_328(X) = fn_oxidative_phosphorylation_48(X)
& fn_eukaryotic_oxidative_phosphorylation_329(X) = fn_oxidative_phosphorylation_45(X)
& fn_eukaryotic_oxidative_phosphorylation_320(X) = fn_oxidative_phosphorylation_6(X)
& fn_eukaryotic_oxidative_phosphorylation_372(X) = fn_oxidative_phosphorylation_13(X)
& fn_eukaryotic_oxidative_phosphorylation_198(X) = fn_oxidative_phosphorylation_28(X)
& fn_eukaryotic_oxidative_phosphorylation_197(X) = fn_chemiosmosis_31(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_197(X) = fn_oxidative_phosphorylation_12(X)
& fn_eukaryotic_oxidative_phosphorylation_336(X) = fn_synthesis_of_organic_molecule_1(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_eukaryotic_oxidative_phosphorylation_336(X) = fn_chemiosmosis_100(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_336(X) = fn_synthesis_of_atp_13(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_eukaryotic_oxidative_phosphorylation_336(X) = fn_oxidative_phosphorylation_56(X)
& fn_eukaryotic_oxidative_phosphorylation_324(X) = fn_chemiosmosis_118(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_324(X) = fn_oxidative_phosphorylation_22(X)
& fn_eukaryotic_oxidative_phosphorylation_200(X) = fn_passive_transport_10(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_eukaryotic_oxidative_phosphorylation_188(X) = fn_chemiosmosis_107(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_200(X) = fn_atp_synthase_35(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_eukaryotic_oxidative_phosphorylation_188(X) = fn_oxidative_phosphorylation_19(X)
& fn_eukaryotic_oxidative_phosphorylation_200(X) = fn_chemiosmosis_99(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_200(X) = fn_oxidative_phosphorylation_33(X)
& fn_eukaryotic_oxidative_phosphorylation_82(X) = fn_chemiosmosis_103(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_82(X) = fn_oxidative_phosphorylation_8(X)
& fn_eukaryotic_oxidative_phosphorylation_185(X) = fn_chemiosmosis_63(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_185(X) = fn_oxidative_phosphorylation_27(X)
& fn_eukaryotic_oxidative_phosphorylation_186(X) = fn_chemiosmosis_63(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_184(X) = fn_chemiosmosis_64(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_184(X) = fn_oxidative_phosphorylation_24(X)
& fn_eukaryotic_oxidative_phosphorylation_186(X) = fn_chemiosmosis_84(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_186(X) = fn_oxidative_phosphorylation_40(X)
& fn_eukaryotic_oxidative_phosphorylation_327(X) = fn_chemiosmosis_119(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_327(X) = fn_oxidative_phosphorylation_18(X)
& fn_eukaryotic_oxidative_phosphorylation_333(X) = fn_oxidative_phosphorylation_10(X)
& fn_eukaryotic_oxidative_phosphorylation_321(X) = fn_oxidative_phosphorylation_9(X)
& X = fn_chemiosmosis_5(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_118(X) = fn_chemiosmosis_115(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_118(X) = fn_oxidative_phosphorylation_14(X)
& fn_eukaryotic_oxidative_phosphorylation_325(X) = fn_oxidative_phosphorylation_71(X)
& fn_eukaryotic_oxidative_phosphorylation_81(X) = fn_hypotonic_solution_1(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_eukaryotic_oxidative_phosphorylation_80(X) = fn_hypotonic_solution_8(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_eukaryotic_oxidative_phosphorylation_377(X) = fn_aqueous_solution_14(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_eukaryotic_oxidative_phosphorylation_328(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_eukaryotic_oxidative_phosphorylation_328(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_eukaryotic_oxidative_phosphorylation_328(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_eukaryotic_oxidative_phosphorylation_191(X) = fn_hypotonic_solution_4(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_eukaryotic_oxidative_phosphorylation_83(X) = fn_hypotonic_solution_5(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_eukaryotic_oxidative_phosphorylation_84(X) = fn_hypotonic_solution_6(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_eukaryotic_oxidative_phosphorylation_377(X) = fn_hypotonic_solution_3(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_eukaryotic_oxidative_phosphorylation_189(X) = fn_facilitated_diffusion_of_ion_25(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_eukaryotic_oxidative_phosphorylation_190(X) = fn_facilitated_diffusion_of_ion_28(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_eukaryotic_oxidative_phosphorylation_329(X) = fn_active_transport_21(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_eukaryotic_oxidative_phosphorylation_378(X) = fn_active_transport_23(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_eukaryotic_oxidative_phosphorylation_329(X) = fn_active_transport_21(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_eukaryotic_oxidative_phosphorylation_378(X) = fn_active_transport_23(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_eukaryotic_oxidative_phosphorylation_329(X) = fn_active_transport_21(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_eukaryotic_oxidative_phosphorylation_378(X) = fn_active_transport_23(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_eukaryotic_oxidative_phosphorylation_378(X) = fn_hypotonic_solution_7(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_eukaryotic_oxidative_phosphorylation_378(X) = fn_facilitated_diffusion_of_ion_27(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_eukaryotic_oxidative_phosphorylation_328(X) = fn_hypotonic_solution_2(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_eukaryotic_oxidative_phosphorylation_328(X) = fn_facilitated_diffusion_of_ion_29(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_eukaryotic_oxidative_phosphorylation_329(X) = fn_facilitated_diffusion_of_ion_23(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_eukaryotic_oxidative_phosphorylation_303(X) = fn_mitochondrial_membrane_14(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_304(X) = fn_mitochondrial_membrane_13(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_86(X) = fn_mitochondrial_membrane_4(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_116(X) = fn_organelle_1(fn_eukaryotic_oxidative_phosphorylation_322(X))
& fn_eukaryotic_oxidative_phosphorylation_322(X) = fn_mitochondrial_membrane_35(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_85(X) = fn_mitochondrial_membrane_3(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_195(X) = fn_mitochondrial_membrane_68(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_388(X) = fn_mitochondrial_membrane_16(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_391(X) = fn_mitochondrial_membrane_32(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_94(X) = fn_mitochondrial_membrane_42(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_389(X) = fn_mitochondrial_membrane_43(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_89(X) = fn_mitochondrial_membrane_10(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_192(X) = fn_mitochondrial_membrane_36(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_95(X) = fn_mitochondrial_membrane_38(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_105(X) = fn_mitochondrial_membrane_6(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_90(X) = fn_mitochondrial_membrane_5(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_92(X) = fn_mitochondrial_membrane_41(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_384(X) = fn_mitochondrial_membrane_30(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_91(X) = fn_mitochondrial_membrane_33(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_330(X) = fn_electron_transport_chain_pathway_42(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_335(X) = fn_electron_transport_chain_pathway_1(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_178(X) = fn_electron_transport_chain_pathway_43(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_348(X) = fn_electron_transport_chain_pathway_9(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_113(X) = fn_electron_transport_chain_pathway_44(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_252(X) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_eukaryotic_oxidative_phosphorylation_252(X) = fn_electron_transport_chain_pathway_34(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_427(X) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_eukaryotic_oxidative_phosphorylation_427(X) = fn_electron_transport_chain_pathway_27(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_158(X) = fn_electron_transport_chain_pathway_21(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_173(X) = fn_electron_transport_chain_reaction_24(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_eukaryotic_oxidative_phosphorylation_282(X) = fn_electron_transport_chain_pathway_20(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_177(X) = fn_electron_transport_chain_pathway_22(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_366(X) = fn_electron_transport_chain_pathway_31(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_356(X) = fn_electron_transport_chain_reaction_24(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_eukaryotic_oxidative_phosphorylation_337(X) = fn_electron_transport_chain_pathway_19(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_319(X) = fn_electron_transport_chain_pathway_33(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_339(X) = fn_electron_transport_chain_pathway_31(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_403(X) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_eukaryotic_oxidative_phosphorylation_401(X) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_eukaryotic_oxidative_phosphorylation_403(X) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_eukaryotic_oxidative_phosphorylation_403(X) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_eukaryotic_oxidative_phosphorylation_403(X) = fn_electron_transport_chain_pathway_24(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_401(X) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_eukaryotic_oxidative_phosphorylation_401(X) = fn_electron_transport_chain_pathway_26(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_154(X) = fn_electron_transport_chain_pathway_21(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_153(X) = fn_electron_transport_chain_pathway_31(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_152(X) = fn_electron_transport_chain_pathway_21(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_357(X) = fn_electron_transport_chain_pathway_18(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_345(X) = fn_electron_transport_chain_pathway_37(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_346(X) = fn_electron_transport_chain_pathway_38(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_347(X) = fn_electron_transport_chain_pathway_35(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_115(X) = fn_electron_transport_chain_pathway_10(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_356(X) = fn_electron_transport_chain_pathway_40(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_114(X) = fn_electron_transport_chain_pathway_39(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_173(X) = fn_electron_transport_chain_pathway_41(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_326(X) = fn_mitochondrial_electron_transport_chain_19(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_eukaryotic_oxidative_phosphorylation_322(X) = fn_mitochondrial_electron_transport_chain_11(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_eukaryotic_oxidative_phosphorylation_386(X) = fn_mitochondrial_electron_transport_chain_13(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_eukaryotic_oxidative_phosphorylation_385(X) = fn_mitochondrial_electron_transport_chain_8(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_eukaryotic_oxidative_phosphorylation_390(X) = fn_mitochondrial_electron_transport_chain_4(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_eukaryotic_oxidative_phosphorylation_391(X) = fn_mitochondrial_electron_transport_chain_10(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_eukaryotic_oxidative_phosphorylation_326(X) = fn_mitochondrial_electron_transport_chain_7(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_eukaryotic_oxidative_phosphorylation_304(X) = fn_mitochondrial_electron_transport_chain_2(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_eukaryotic_oxidative_phosphorylation_303(X) = fn_mitochondrial_electron_transport_chain_3(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_eukaryotic_oxidative_phosphorylation_302(X) = fn_mitochondrial_electron_transport_chain_5(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_eukaryotic_oxidative_phosphorylation_388(X) = fn_mitochondrial_electron_transport_chain_9(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_eukaryotic_oxidative_phosphorylation_116(X) = fn_mitochondrial_electron_transport_chain_18(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_eukaryotic_oxidative_phosphorylation_326(X) = fn_mitochondrial_electron_transport_chain_19(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_eukaryotic_oxidative_phosphorylation_102(X) = fn_mitochondrial_electron_transport_chain_7(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_eukaryotic_oxidative_phosphorylation_431(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_eukaryotic_oxidative_phosphorylation_99(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_eukaryotic_oxidative_phosphorylation_431(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_400(X))
& fn_eukaryotic_oxidative_phosphorylation_431(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_eukaryotic_oxidative_phosphorylation_404(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_eukaryotic_oxidative_phosphorylation_431(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_eukaryotic_oxidative_phosphorylation_404(X) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_eukaryotic_oxidative_phosphorylation_404(X) = fn_mitochondrial_electron_transport_chain_8(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_eukaryotic_oxidative_phosphorylation_99(X) = fn_mitochondrial_electron_transport_chain_9(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_eukaryotic_oxidative_phosphorylation_100(X) = fn_mitochondrial_electron_transport_chain_5(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_eukaryotic_oxidative_phosphorylation_101(X) = fn_mitochondrial_electron_transport_chain_3(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_eukaryotic_oxidative_phosphorylation_96(X) = fn_mitochondrial_electron_transport_chain_2(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_eukaryotic_oxidative_phosphorylation_431(X) = fn_mitochondrial_electron_transport_chain_13(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_eukaryotic_oxidative_phosphorylation_150(X) = fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_eukaryotic_oxidative_phosphorylation_374(X) = fn_oxidative_phosphorylation_31(X)
& fn_eukaryotic_oxidative_phosphorylation_202(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_eukaryotic_oxidative_phosphorylation_202(X) = fn_oxidative_phosphorylation_16(X)
& fn_eukaryotic_oxidative_phosphorylation_202(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_eukaryotic_oxidative_phosphorylation_288(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_269(X))
& fn_eukaryotic_oxidative_phosphorylation_271(X) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_269(X))
& fn_eukaryotic_oxidative_phosphorylation_288(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_270(X))
& fn_eukaryotic_oxidative_phosphorylation_271(X) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_270(X))
& fn_eukaryotic_oxidative_phosphorylation_403(X) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_eukaryotic_oxidative_phosphorylation_404(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_eukaryotic_oxidative_phosphorylation_403(X) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_400(X))
& fn_eukaryotic_oxidative_phosphorylation_426(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_128(X))
& fn_eukaryotic_oxidative_phosphorylation_130(X) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_128(X))
& fn_eukaryotic_oxidative_phosphorylation_426(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_129(X))
& fn_eukaryotic_oxidative_phosphorylation_130(X) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_129(X))
& fn_eukaryotic_oxidative_phosphorylation_430(X) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_427(X))
& fn_eukaryotic_oxidative_phosphorylation_437(X) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_434(X))
& fn_eukaryotic_oxidative_phosphorylation_358(X) = fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_eukaryotic_oxidative_phosphorylation_345(X) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_eukaryotic_oxidative_phosphorylation_415(X) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_413(X))
& fn_eukaryotic_oxidative_phosphorylation_418(X) = fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_413(X))
& fn_eukaryotic_oxidative_phosphorylation_408(X) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_413(X))
& fn_eukaryotic_oxidative_phosphorylation_414(X) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_413(X))
& fn_eukaryotic_oxidative_phosphorylation_335(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_eukaryotic_oxidative_phosphorylation_202(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_eukaryotic_oxidative_phosphorylation_191(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_eukaryotic_oxidative_phosphorylation_191(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_eukaryotic_oxidative_phosphorylation_191(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_eukaryotic_oxidative_phosphorylation_187(X) = fn_facilitated_diffusion_26(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_eukaryotic_oxidative_phosphorylation_187(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_eukaryotic_oxidative_phosphorylation_188(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_eukaryotic_oxidative_phosphorylation_188(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_eukaryotic_oxidative_phosphorylation_188(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_eukaryotic_oxidative_phosphorylation_305(X) = fn_active_movement_of_ions_17(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_eukaryotic_oxidative_phosphorylation_194(X) = fn_active_movement_of_ions_13(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_eukaryotic_oxidative_phosphorylation_195(X) = fn_active_movement_of_ions_18(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_eukaryotic_oxidative_phosphorylation_193(X) = fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_eukaryotic_oxidative_phosphorylation_150(X) = fn_biomembrane_54(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_150(X) = fn_facilitated_diffusion_25(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_eukaryotic_oxidative_phosphorylation_188(X) = fn_atp_synthase_44(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_eukaryotic_oxidative_phosphorylation_92(X) = fn_biomembrane_102(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_92(X) = fn_biomembrane_101(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_92(X) = fn_biomembrane_100(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_326(X) = fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_eukaryotic_oxidative_phosphorylation_195(X) = fn_active_movement_of_ions_18(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_eukaryotic_oxidative_phosphorylation_326(X) = fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_eukaryotic_oxidative_phosphorylation_195(X) = fn_active_movement_of_ions_18(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_eukaryotic_oxidative_phosphorylation_383(X) = fn_biomembrane_48(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_87(X) = fn_biomembrane_72(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_188(X) = fn_active_transport_22(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_eukaryotic_oxidative_phosphorylation_326(X) = fn_active_transport_18(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_eukaryotic_oxidative_phosphorylation_188(X) = fn_active_transport_22(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_eukaryotic_oxidative_phosphorylation_326(X) = fn_active_transport_18(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_eukaryotic_oxidative_phosphorylation_188(X) = fn_active_transport_22(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_eukaryotic_oxidative_phosphorylation_326(X) = fn_active_transport_18(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_eukaryotic_oxidative_phosphorylation_188(X) = fn_facilitated_diffusion_55(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_eukaryotic_oxidative_phosphorylation_188(X) = fn_passive_transport_24(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_eukaryotic_oxidative_phosphorylation_326(X) = fn_passive_transport_25(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_eukaryotic_oxidative_phosphorylation_188(X) = fn_atp_synthase_30(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_eukaryotic_oxidative_phosphorylation_188(X) = fn_biomembrane_52(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_393(X) = fn_biomembrane_19(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_395(X) = fn_biomembrane_39(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_107(X) = fn_biomembrane_30(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_326(X) = fn_facilitated_diffusion_49(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_eukaryotic_oxidative_phosphorylation_305(X) = fn_facilitated_diffusion_48(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_eukaryotic_oxidative_phosphorylation_326(X) = fn_atp_synthase_37(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_eukaryotic_oxidative_phosphorylation_305(X) = fn_biomembrane_63(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_94(X) = fn_biomembrane_15(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_194(X) = fn_biomembrane_47(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_326(X) = fn_cytochrome_c_2(fn_eukaryotic_oxidative_phosphorylation_386(X))
& fn_eukaryotic_oxidative_phosphorylation_194(X) = fn_biomembrane_41(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_195(X) = fn_biomembrane_42(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_389(X) = fn_biomembrane_14(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_394(X) = fn_biomembrane_26(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_382(X) = fn_biomembrane_25(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_93(X) = fn_biomembrane_70(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_106(X) = fn_biomembrane_73(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_88(X) = fn_biomembrane_71(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_392(X) = fn_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_380(X) = fn_mitochondrial_membrane_63(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_380(X) = fn_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_381(X) = fn_mitochondrial_membrane_64(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_381(X) = fn_biomembrane_18(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_379(X) = fn_mitochondrial_membrane_60(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_379(X) = fn_biomembrane_31(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_326(X) = fn_mitochondrial_membrane_37(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_387(X) = fn_mitochondrial_membrane_70(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_eukaryotic_oxidative_phosphorylation_387(X) = fn_biomembrane_32(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_359(X) = fn_electron_transport_chain_reaction_26(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_eukaryotic_oxidative_phosphorylation_360(X) = fn_electron_transport_chain_reaction_27(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_eukaryotic_oxidative_phosphorylation_374(X) = fn_electron_transport_chain_reaction_1(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_eukaryotic_oxidative_phosphorylation_348(X) = fn_electron_transport_chain_reaction_23(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_eukaryotic_oxidative_phosphorylation_342(X) = fn_electron_transport_chain_reaction_22(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_eukaryotic_oxidative_phosphorylation_341(X) = fn_electron_transport_chain_reaction_21(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_eukaryotic_oxidative_phosphorylation_340(X) = fn_electron_transport_chain_reaction_20(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_eukaryotic_oxidative_phosphorylation_353(X) = fn_electron_transport_chain_reaction_25(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_eukaryotic_oxidative_phosphorylation_173(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_eukaryotic_oxidative_phosphorylation_173(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_eukaryotic_oxidative_phosphorylation_141(X) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_172(X))
& fn_eukaryotic_oxidative_phosphorylation_121(X) = fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_eukaryotic_oxidative_phosphorylation_144(X) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_eukaryotic_oxidative_phosphorylation_121(X) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_eukaryotic_oxidative_phosphorylation_120(X) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_eukaryotic_oxidative_phosphorylation_144(X) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_eukaryotic_oxidative_phosphorylation_145(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_eukaryotic_oxidative_phosphorylation_277(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_252(X))
& fn_eukaryotic_oxidative_phosphorylation_244(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_219(X))
& fn_eukaryotic_oxidative_phosphorylation_288(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_270(X))
& fn_eukaryotic_oxidative_phosphorylation_138(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_eukaryotic_oxidative_phosphorylation_244(X) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_eukaryotic_oxidative_phosphorylation_245(X) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_eukaryotic_oxidative_phosphorylation_138(X) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_eukaryotic_oxidative_phosphorylation_133(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_137(X))
& fn_eukaryotic_oxidative_phosphorylation_126(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_137(X))
& fn_eukaryotic_oxidative_phosphorylation_220(X) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_eukaryotic_oxidative_phosphorylation_385(X) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_370(X))
& fn_eukaryotic_oxidative_phosphorylation_308(X) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_eukaryotic_oxidative_phosphorylation_142(X) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_eukaryotic_oxidative_phosphorylation_404(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_400(X))
& fn_eukaryotic_oxidative_phosphorylation_399(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_413(X))
& fn_eukaryotic_oxidative_phosphorylation_331(X) = fn_chemical_3(fn_eukaryotic_oxidative_phosphorylation_190(X))
& fn_eukaryotic_oxidative_phosphorylation_356(X) = fn_reactant_3(fn_eukaryotic_oxidative_phosphorylation_352(X))
& fn_eukaryotic_oxidative_phosphorylation_165(X) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_172(X))
& fn_eukaryotic_oxidative_phosphorylation_343(X) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_eukaryotic_oxidative_phosphorylation_201(X) = fn_water_95(fn_eukaryotic_oxidative_phosphorylation_190(X))
& fn_eukaryotic_oxidative_phosphorylation_433(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_427(X))
& fn_eukaryotic_oxidative_phosphorylation_431(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_427(X))
& fn_eukaryotic_oxidative_phosphorylation_127(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_129(X))
& fn_eukaryotic_oxidative_phosphorylation_426(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_129(X))
& fn_eukaryotic_oxidative_phosphorylation_440(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_434(X))
& fn_eukaryotic_oxidative_phosphorylation_438(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_434(X))
& fn_eukaryotic_oxidative_phosphorylation_334(X) = fn_metabolic_pathway_1(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_eukaryotic_oxidative_phosphorylation_362(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_eukaryotic_oxidative_phosphorylation_354(X) = fn_redox_reaction_8(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_eukaryotic_oxidative_phosphorylation_344(X) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_eukaryotic_oxidative_phosphorylation_344(X) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_eukaryotic_oxidative_phosphorylation_349(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_eukaryotic_oxidative_phosphorylation_362(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_eukaryotic_oxidative_phosphorylation_356(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_eukaryotic_oxidative_phosphorylation_325(X) = fn_semiautonomous_organelle_1(fn_eukaryotic_oxidative_phosphorylation_322(X))
& fn_eukaryotic_oxidative_phosphorylation_331(X) = fn_active_movement_of_ions_25(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_eukaryotic_oxidative_phosphorylation_331(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_eukaryotic_oxidative_phosphorylation_405(X) = fn_multiprotein_complex_ii_2(fn_eukaryotic_oxidative_phosphorylation_302(X))
& fn_eukaryotic_oxidative_phosphorylation_187(X) = fn_active_movement_of_ions_25(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_eukaryotic_oxidative_phosphorylation_187(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_eukaryotic_oxidative_phosphorylation_375(X) = fn_oxidative_phosphorylation_17(X)
& fn_eukaryotic_oxidative_phosphorylation_187(X) = fn_oxidative_phosphorylation_43(X)
& fn_eukaryotic_oxidative_phosphorylation_187(X) = fn_active_movement_of_ions_25(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_eukaryotic_oxidative_phosphorylation_187(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_eukaryotic_oxidative_phosphorylation_174(X) = fn_multiprotein_complex_ii_2(fn_eukaryotic_oxidative_phosphorylation_100(X))
& fn_eukaryotic_oxidative_phosphorylation_194(X) = fn_cytochrome_c_1(fn_eukaryotic_oxidative_phosphorylation_386(X))
& fn_eukaryotic_oxidative_phosphorylation_229(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_231(X))
& fn_eukaryotic_oxidative_phosphorylation_386(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_232(X))
& fn_eukaryotic_oxidative_phosphorylation_235(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_237(X))
& fn_eukaryotic_oxidative_phosphorylation_245(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_238(X))
& fn_eukaryotic_oxidative_phosphorylation_298(X) = fn_reduction_2(fn_eukaryotic_oxidative_phosphorylation_297(X))
& fn_eukaryotic_oxidative_phosphorylation_173(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_172(X))
& fn_eukaryotic_oxidative_phosphorylation_176(X) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_172(X))
& fn_eukaryotic_oxidative_phosphorylation_174(X) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_172(X))
& fn_eukaryotic_oxidative_phosphorylation_316(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_eukaryotic_oxidative_phosphorylation_318(X) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_eukaryotic_oxidative_phosphorylation_318(X) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_eukaryotic_oxidative_phosphorylation_309(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_eukaryotic_oxidative_phosphorylation_309(X) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_eukaryotic_oxidative_phosphorylation_307(X) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_eukaryotic_oxidative_phosphorylation_317(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_eukaryotic_oxidative_phosphorylation_307(X) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_eukaryotic_oxidative_phosphorylation_317(X) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_eukaryotic_oxidative_phosphorylation_314(X) = fn_reduction_5(fn_eukaryotic_oxidative_phosphorylation_311(X))
& fn_eukaryotic_oxidative_phosphorylation_362(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_311(X))
& fn_eukaryotic_oxidative_phosphorylation_309(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_eukaryotic_oxidative_phosphorylation_309(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_311(X))
& fn_eukaryotic_oxidative_phosphorylation_313(X) = fn_reduction_2(fn_eukaryotic_oxidative_phosphorylation_311(X))
& fn_eukaryotic_oxidative_phosphorylation_361(X) = fn_reduction_2(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_eukaryotic_oxidative_phosphorylation_351(X) = fn_reduction_5(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_eukaryotic_oxidative_phosphorylation_356(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_311(X))
& fn_eukaryotic_oxidative_phosphorylation_356(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_eukaryotic_oxidative_phosphorylation_356(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_eukaryotic_oxidative_phosphorylation_315(X) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_eukaryotic_oxidative_phosphorylation_343(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_eukaryotic_oxidative_phosphorylation_349(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_eukaryotic_oxidative_phosphorylation_306(X) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_eukaryotic_oxidative_phosphorylation_316(X) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_eukaryotic_oxidative_phosphorylation_362(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_eukaryotic_oxidative_phosphorylation_312(X) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_eukaryotic_oxidative_phosphorylation_362(X) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_eukaryotic_oxidative_phosphorylation_312(X) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_eukaryotic_oxidative_phosphorylation_350(X) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_311(X))
& fn_eukaryotic_oxidative_phosphorylation_349(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_311(X))
& fn_eukaryotic_oxidative_phosphorylation_349(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_eukaryotic_oxidative_phosphorylation_349(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_eukaryotic_oxidative_phosphorylation_349(X) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_eukaryotic_oxidative_phosphorylation_179(X) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_eukaryotic_oxidative_phosphorylation_141(X) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_eukaryotic_oxidative_phosphorylation_138(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_eukaryotic_oxidative_phosphorylation_140(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_eukaryotic_oxidative_phosphorylation_143(X) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_eukaryotic_oxidative_phosphorylation_143(X) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_eukaryotic_oxidative_phosphorylation_140(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_eukaryotic_oxidative_phosphorylation_140(X) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_eukaryotic_oxidative_phosphorylation_150(X) = fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_eukaryotic_oxidative_phosphorylation_326(X) = fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_eukaryotic_oxidative_phosphorylation_92(X) = fn_biomembrane_50(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_111(X) = fn_biomembrane_49(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_eukaryotic_oxidative_phosphorylation_123(X) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_eukaryotic_oxidative_phosphorylation_146(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_eukaryotic_oxidative_phosphorylation_139(X) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_eukaryotic_oxidative_phosphorylation_133(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_136(X))
& fn_eukaryotic_oxidative_phosphorylation_126(X) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_eukaryotic_oxidative_phosphorylation_133(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_137(X))
& fn_eukaryotic_oxidative_phosphorylation_133(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_136(X))
& fn_eukaryotic_oxidative_phosphorylation_133(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_eukaryotic_oxidative_phosphorylation_243(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_eukaryotic_oxidative_phosphorylation_233(X) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_eukaryotic_oxidative_phosphorylation_233(X) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_eukaryotic_oxidative_phosphorylation_228(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_eukaryotic_oxidative_phosphorylation_227(X) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_eukaryotic_oxidative_phosphorylation_242(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_eukaryotic_oxidative_phosphorylation_227(X) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_eukaryotic_oxidative_phosphorylation_242(X) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_eukaryotic_oxidative_phosphorylation_228(X) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_eukaryotic_oxidative_phosphorylation_226(X) = fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_231(X))
& fn_eukaryotic_oxidative_phosphorylation_243(X) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_231(X))
& fn_eukaryotic_oxidative_phosphorylation_230(X) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_231(X))
& fn_eukaryotic_oxidative_phosphorylation_386(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_231(X))
& fn_eukaryotic_oxidative_phosphorylation_228(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_232(X))
& fn_eukaryotic_oxidative_phosphorylation_228(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_231(X))
& fn_eukaryotic_oxidative_phosphorylation_241(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_eukaryotic_oxidative_phosphorylation_239(X) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_eukaryotic_oxidative_phosphorylation_239(X) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_eukaryotic_oxidative_phosphorylation_234(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_eukaryotic_oxidative_phosphorylation_225(X) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_eukaryotic_oxidative_phosphorylation_240(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_eukaryotic_oxidative_phosphorylation_225(X) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_eukaryotic_oxidative_phosphorylation_240(X) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_eukaryotic_oxidative_phosphorylation_234(X) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_eukaryotic_oxidative_phosphorylation_224(X) = fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_237(X))
& fn_eukaryotic_oxidative_phosphorylation_241(X) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_237(X))
& fn_eukaryotic_oxidative_phosphorylation_236(X) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_237(X))
& fn_eukaryotic_oxidative_phosphorylation_245(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_237(X))
& fn_eukaryotic_oxidative_phosphorylation_234(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_238(X))
& fn_eukaryotic_oxidative_phosphorylation_234(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_237(X))
& fn_eukaryotic_oxidative_phosphorylation_246(X) = fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_251(X))
& fn_eukaryotic_oxidative_phosphorylation_255(X) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_251(X))
& fn_eukaryotic_oxidative_phosphorylation_250(X) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_251(X))
& fn_eukaryotic_oxidative_phosphorylation_248(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_252(X))
& fn_eukaryotic_oxidative_phosphorylation_277(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_252(X))
& fn_eukaryotic_oxidative_phosphorylation_277(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_251(X))
& fn_eukaryotic_oxidative_phosphorylation_277(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_251(X))
& fn_eukaryotic_oxidative_phosphorylation_248(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_252(X))
& fn_eukaryotic_oxidative_phosphorylation_249(X) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_252(X))
& fn_eukaryotic_oxidative_phosphorylation_248(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_251(X))
& fn_eukaryotic_oxidative_phosphorylation_248(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_251(X))
& fn_eukaryotic_oxidative_phosphorylation_249(X) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_251(X))
& fn_eukaryotic_oxidative_phosphorylation_122(X) = fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_136(X))
& fn_eukaryotic_oxidative_phosphorylation_147(X) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_136(X))
& fn_eukaryotic_oxidative_phosphorylation_135(X) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_136(X))
& fn_eukaryotic_oxidative_phosphorylation_126(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_137(X))
& fn_eukaryotic_oxidative_phosphorylation_126(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_136(X))
& fn_eukaryotic_oxidative_phosphorylation_126(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_136(X))
& fn_eukaryotic_oxidative_phosphorylation_292(X) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_370(X))
& fn_eukaryotic_oxidative_phosphorylation_296(X) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_370(X))
& fn_eukaryotic_oxidative_phosphorylation_293(X) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_370(X))
& fn_eukaryotic_oxidative_phosphorylation_301(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_370(X))
& fn_eukaryotic_oxidative_phosphorylation_300(X) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_370(X))
& fn_eukaryotic_oxidative_phosphorylation_299(X) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_370(X))
& fn_eukaryotic_oxidative_phosphorylation_294(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_297(X))
& fn_eukaryotic_oxidative_phosphorylation_294(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_297(X))
& fn_eukaryotic_oxidative_phosphorylation_294(X) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_370(X))
& fn_eukaryotic_oxidative_phosphorylation_297(X) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_370(X))
& fn_eukaryotic_oxidative_phosphorylation_308(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_297(X))
& fn_eukaryotic_oxidative_phosphorylation_295(X) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_297(X))
& fn_eukaryotic_oxidative_phosphorylation_308(X) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_297(X))
& fn_eukaryotic_oxidative_phosphorylation_295(X) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_370(X))
& fn_eukaryotic_oxidative_phosphorylation_308(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_370(X))
& fn_eukaryotic_oxidative_phosphorylation_223(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_eukaryotic_oxidative_phosphorylation_221(X) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_eukaryotic_oxidative_phosphorylation_221(X) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_eukaryotic_oxidative_phosphorylation_215(X) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_eukaryotic_oxidative_phosphorylation_214(X) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_eukaryotic_oxidative_phosphorylation_222(X) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_eukaryotic_oxidative_phosphorylation_214(X) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_eukaryotic_oxidative_phosphorylation_222(X) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_eukaryotic_oxidative_phosphorylation_215(X) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_219(X))
& fn_eukaryotic_oxidative_phosphorylation_215(X) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_eukaryotic_oxidative_phosphorylation_213(X) = fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_218(X))
& fn_eukaryotic_oxidative_phosphorylation_223(X) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_218(X))
& fn_eukaryotic_oxidative_phosphorylation_217(X) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_218(X))
& fn_eukaryotic_oxidative_phosphorylation_215(X) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_218(X))
& fn_eukaryotic_oxidative_phosphorylation_244(X) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_218(X))
& fn_eukaryotic_oxidative_phosphorylation_245(X) = fn_multiprotein_complex_iv_1(fn_eukaryotic_oxidative_phosphorylation_304(X))
& fn_eukaryotic_oxidative_phosphorylation_244(X) = fn_multiprotein_complex_iv_3(fn_eukaryotic_oxidative_phosphorylation_304(X))
& fn_eukaryotic_oxidative_phosphorylation_350(X) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_eukaryotic_oxidative_phosphorylation_355(X) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_eukaryotic_oxidative_phosphorylation_350(X) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_eukaryotic_oxidative_phosphorylation_350(X) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_eukaryotic_oxidative_phosphorylation_354(X) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_eukaryotic_oxidative_phosphorylation_362(X) = fn_multiprotein_complex_i_2(fn_eukaryotic_oxidative_phosphorylation_388(X))
& fn_eukaryotic_oxidative_phosphorylation_308(X) = fn_multiprotein_complex_i_1(fn_eukaryotic_oxidative_phosphorylation_388(X))
& fn_eukaryotic_oxidative_phosphorylation_127(X) = fn_multiprotein_complex_iv_1(fn_eukaryotic_oxidative_phosphorylation_96(X))
& fn_eukaryotic_oxidative_phosphorylation_133(X) = fn_multiprotein_complex_iv_3(fn_eukaryotic_oxidative_phosphorylation_96(X))
& fn_eukaryotic_oxidative_phosphorylation_216(X) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_219(X))
& fn_eukaryotic_oxidative_phosphorylation_219(X) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_eukaryotic_oxidative_phosphorylation_216(X) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_218(X))
& fn_eukaryotic_oxidative_phosphorylation_216(X) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_eukaryotic_oxidative_phosphorylation_218(X) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_eukaryotic_oxidative_phosphorylation_235(X) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_238(X))
& fn_eukaryotic_oxidative_phosphorylation_238(X) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_eukaryotic_oxidative_phosphorylation_235(X) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_237(X))
& fn_eukaryotic_oxidative_phosphorylation_235(X) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_eukaryotic_oxidative_phosphorylation_237(X) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_eukaryotic_oxidative_phosphorylation_229(X) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_232(X))
& fn_eukaryotic_oxidative_phosphorylation_232(X) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_eukaryotic_oxidative_phosphorylation_229(X) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_231(X))
& fn_eukaryotic_oxidative_phosphorylation_229(X) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_eukaryotic_oxidative_phosphorylation_231(X) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_eukaryotic_oxidative_phosphorylation_356(X) = fn_nad_plus_1(fn_eukaryotic_oxidative_phosphorylation_343(X))
& fn_eukaryotic_oxidative_phosphorylation_312(X) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_311(X))
& fn_eukaryotic_oxidative_phosphorylation_311(X) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_eukaryotic_oxidative_phosphorylation_311(X) = fn_electron_transport_chain_reaction_15(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_eukaryotic_oxidative_phosphorylation_312(X) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_eukaryotic_oxidative_phosphorylation_312(X) = fn_electron_transport_chain_reaction_14(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_eukaryotic_oxidative_phosphorylation_310(X) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_eukaryotic_oxidative_phosphorylation_310(X) = fn_electron_transport_chain_reaction_16(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_eukaryotic_oxidative_phosphorylation_371(X) = fn_electron_transport_chain_reaction_9(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_eukaryotic_oxidative_phosphorylation_337(X) = fn_reactant_2(fn_eukaryotic_oxidative_phosphorylation_352(X))
& fn_eukaryotic_oxidative_phosphorylation_352(X) = fn_electron_transport_chain_reaction_5(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_eukaryotic_oxidative_phosphorylation_206(X) = fn_chemiosmosis_39(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_206(X) = fn_ribonucleotide_14(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_206(X) = fn_nucleoside_triphosphate_27(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_206(X) = fn_synthesis_of_atp_20(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_eukaryotic_oxidative_phosphorylation_209(X) = fn_phosphate_group_5(fn_eukaryotic_oxidative_phosphorylation_208(X))
& fn_eukaryotic_oxidative_phosphorylation_205(X) = fn_molecule_10(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_211(X) = fn_molecule_11(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_205(X) = fn_chemiosmosis_37(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_211(X) = fn_chemiosmosis_44(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_eukaryotic_oxidative_phosphorylation_205(X) = fn_ribonucleotide_12(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_211(X) = fn_ribonucleotide_8(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_205(X) = fn_nucleoside_triphosphate_35(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_211(X) = fn_nucleoside_triphosphate_32(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_eukaryotic_oxidative_phosphorylation_205(X) = fn_synthesis_of_atp_21(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_eukaryotic_oxidative_phosphorylation_211(X) = fn_synthesis_of_atp_15(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_eukaryotic_oxidative_phosphorylation_205(X) = fn_phosphate_group_37(fn_eukaryotic_oxidative_phosphorylation_208(X))
& fn_eukaryotic_oxidative_phosphorylation_211(X) = fn_phosphate_group_22(fn_eukaryotic_oxidative_phosphorylation_208(X))
& fn_eukaryotic_oxidative_phosphorylation_210(X) = fn_phosphate_group_6(fn_eukaryotic_oxidative_phosphorylation_208(X))
& fn_eukaryotic_oxidative_phosphorylation_194(X) = fn_atp_synthase_11(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_eukaryotic_oxidative_phosphorylation_193(X) = fn_facilitated_diffusion_45(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_eukaryotic_oxidative_phosphorylation_376(X) = fn_facilitated_diffusion_42(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_eukaryotic_oxidative_phosphorylation_376(X) = fn_active_movement_of_ions_12(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_eukaryotic_oxidative_phosphorylation_193(X) = fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_eukaryotic_oxidative_phosphorylation_376(X) = fn_active_movement_of_ions_12(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_eukaryotic_oxidative_phosphorylation_193(X) = fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_eukaryotic_oxidative_phosphorylation_376(X) = fn_atp_synthase_14(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_eukaryotic_oxidative_phosphorylation_193(X) = fn_atp_synthase_12(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_eukaryotic_oxidative_phosphorylation_305(X) = fn_atp_synthase_40(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_eukaryotic_oxidative_phosphorylation_175(X) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_172(X))
& fn_eukaryotic_oxidative_phosphorylation_98(X) = fn_redox_reaction_9(fn_eukaryotic_oxidative_phosphorylation_172(X))
& fn_eukaryotic_oxidative_phosphorylation_98(X) = fn_redox_reaction_9(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_eukaryotic_oxidative_phosphorylation_179(X) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_172(X))
& fn_eukaryotic_oxidative_phosphorylation_179(X) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_eukaryotic_oxidative_phosphorylation_97(X) = fn_redox_reaction_8(fn_eukaryotic_oxidative_phosphorylation_172(X))
& fn_eukaryotic_oxidative_phosphorylation_97(X) = fn_redox_reaction_8(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_eukaryotic_oxidative_phosphorylation_175(X) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_eukaryotic_oxidative_phosphorylation_176(X) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_eukaryotic_oxidative_phosphorylation_159(X) = fn_fadh2_6(fn_eukaryotic_oxidative_phosphorylation_173(X))
& fn_eukaryotic_oxidative_phosphorylation_166(X) = fn_fadh2_10(fn_eukaryotic_oxidative_phosphorylation_173(X))
& fn_eukaryotic_oxidative_phosphorylation_162(X) = fn_fadh2_4(fn_eukaryotic_oxidative_phosphorylation_173(X))
& fn_eukaryotic_oxidative_phosphorylation_173(X) = fn_fad_3(fn_eukaryotic_oxidative_phosphorylation_165(X))
& fn_eukaryotic_oxidative_phosphorylation_165(X) = fn_fadh2_1(fn_eukaryotic_oxidative_phosphorylation_173(X))
& fn_eukaryotic_oxidative_phosphorylation_168(X) = fn_fadh2_8(fn_eukaryotic_oxidative_phosphorylation_173(X))
& fn_eukaryotic_oxidative_phosphorylation_167(X) = fn_fadh2_9(fn_eukaryotic_oxidative_phosphorylation_173(X))
& fn_eukaryotic_oxidative_phosphorylation_161(X) = fn_fadh2_3(fn_eukaryotic_oxidative_phosphorylation_173(X))
& fn_eukaryotic_oxidative_phosphorylation_164(X) = fn_fadh2_7(fn_eukaryotic_oxidative_phosphorylation_173(X))
& fn_eukaryotic_oxidative_phosphorylation_160(X) = fn_fadh2_2(fn_eukaryotic_oxidative_phosphorylation_173(X))
& fn_eukaryotic_oxidative_phosphorylation_163(X) = fn_fadh2_5(fn_eukaryotic_oxidative_phosphorylation_173(X))
& fn_eukaryotic_oxidative_phosphorylation_134(X) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_137(X))
& fn_eukaryotic_oxidative_phosphorylation_137(X) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_eukaryotic_oxidative_phosphorylation_137(X) = fn_electron_transport_chain_reaction_15(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_eukaryotic_oxidative_phosphorylation_134(X) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_136(X))
& fn_eukaryotic_oxidative_phosphorylation_134(X) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_eukaryotic_oxidative_phosphorylation_134(X) = fn_electron_transport_chain_reaction_14(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_eukaryotic_oxidative_phosphorylation_136(X) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_eukaryotic_oxidative_phosphorylation_136(X) = fn_electron_transport_chain_reaction_16(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_eukaryotic_oxidative_phosphorylation_151(X) = fn_electron_transport_chain_reaction_9(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_eukaryotic_oxidative_phosphorylation_170(X) = fn_electron_transport_chain_reaction_26(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_eukaryotic_oxidative_phosphorylation_183(X) = fn_electron_transport_chain_pathway_6(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_183(X) = fn_electron_transport_chain_reaction_20(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_eukaryotic_oxidative_phosphorylation_171(X) = fn_electron_transport_chain_pathway_5(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_171(X) = fn_electron_transport_chain_reaction_25(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_eukaryotic_oxidative_phosphorylation_113(X) = fn_electron_transport_chain_reaction_5(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_eukaryotic_oxidative_phosphorylation_282(X) = fn_electron_transport_chain_pathway_19(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_375(X) = fn_electron_transport_chain_pathway_13(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_eukaryotic_oxidative_phosphorylation_375(X) = fn_electron_transport_chain_reaction_1(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_eukaryotic_oxidative_phosphorylation_169(X) = fn_electron_transport_chain_reaction_27(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_eukaryotic_oxidative_phosphorylation_182(X) = fn_electron_transport_chain_reaction_21(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_eukaryotic_oxidative_phosphorylation_180(X) = fn_electron_transport_chain_reaction_23(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_eukaryotic_oxidative_phosphorylation_181(X) = fn_electron_transport_chain_reaction_22(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_eukaryotic_oxidative_phosphorylation_279(X) = fn_multiprotein_complex_iii_4(fn_eukaryotic_oxidative_phosphorylation_303(X))
& fn_eukaryotic_oxidative_phosphorylation_278(X) = fn_multiprotein_complex_iii_3(fn_eukaryotic_oxidative_phosphorylation_303(X))
& fn_eukaryotic_oxidative_phosphorylation_277(X) = fn_multiprotein_complex_iii_5(fn_eukaryotic_oxidative_phosphorylation_303(X))
& fn_eukaryotic_oxidative_phosphorylation_288(X) = fn_multiprotein_complex_iii_2(fn_eukaryotic_oxidative_phosphorylation_303(X))
& fn_eukaryotic_oxidative_phosphorylation_272(X) = fn_multiprotein_complex_iii_1(fn_eukaryotic_oxidative_phosphorylation_303(X))
& fn_eukaryotic_oxidative_phosphorylation_104(X) = fn_multiprotein_complex_iii_4(fn_eukaryotic_oxidative_phosphorylation_101(X))
& fn_eukaryotic_oxidative_phosphorylation_103(X) = fn_multiprotein_complex_iii_3(fn_eukaryotic_oxidative_phosphorylation_101(X))
& fn_eukaryotic_oxidative_phosphorylation_438(X) = fn_multiprotein_complex_iii_5(fn_eukaryotic_oxidative_phosphorylation_101(X))
& fn_eukaryotic_oxidative_phosphorylation_416(X) = fn_multiprotein_complex_iii_2(fn_eukaryotic_oxidative_phosphorylation_101(X))
& fn_eukaryotic_oxidative_phosphorylation_445(X) = fn_multiprotein_complex_iii_1(fn_eukaryotic_oxidative_phosphorylation_101(X))
& fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_286(X)) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_369(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_286(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_369(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_286(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_286(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_369(X)) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_286(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_369(X)) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_286(X))
& fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_286(X)) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_369(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_287(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_286(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_287(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_287(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_287(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_287(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_286(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_286(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_286(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_286(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_286(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_286(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_369(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_369(X)) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_367(X)) = fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_259(X))
& fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_259(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_367(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_259(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_367(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_259(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_259(X)) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_259(X)) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_367(X)) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_259(X))
& fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_259(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_367(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_259(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_259(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_367(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_367(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_259(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_259(X)) = fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_442(X)) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_156(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_156(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_442(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_156(X)) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_156(X)) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_442(X)) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_156(X)) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_155(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_441(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_441(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_442(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_156(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_442(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_156(X)) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_154(X)) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_154(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_154(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_154(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_154(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_154(X)) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_154(X)) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_154(X)) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_154(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_154(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_154(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_401(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_401(X)) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_153(X)) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_153(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_153(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_153(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_153(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_153(X)) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_153(X)) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_153(X)) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_153(X)) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_366(X)) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_366(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_366(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_366(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_366(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_366(X)) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_366(X)) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_366(X)) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_366(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_155(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_155(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_155(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_155(X)) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_155(X)) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_155(X)) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_155(X)) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_368(X)) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_368(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_368(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_368(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_368(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_368(X)) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_368(X)) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_368(X)) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_368(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_153(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_153(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_128(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_128(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_128(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_128(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_428(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_428(X)) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_157(X)) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_157(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_157(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_157(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_157(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_157(X)) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_157(X)) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_157(X)) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_157(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_157(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_157(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_435(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_435(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_435(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_435(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_368(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_368(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_269(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_269(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_269(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_269(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_269(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_270(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_269(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_269(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_270(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_270(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_270(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_270(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_269(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_269(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_259(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_367(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_259(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_259(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_259(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_259(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_367(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_367(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_442(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_441(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_441(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_441(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_442(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_442(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_441(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_441(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_441(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_156(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_156(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_441(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_441(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_156(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_287(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_287(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_287(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_287(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_287(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_286(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_287(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_287(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_286(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_286(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_286(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_369(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_286(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_286(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_369(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_369(X)) = fn_passive_transport_23(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_passive_transport_23(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_chemiosmosis_108(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_108(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_108(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_108(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_anabolic_pathway_6(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_anabolic_pathway_6(fn_eukaryotic_oxidative_phosphorylation_324(X)) = fn_chemiosmosis_7(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_7(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_7(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_7(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_exergonic_process_3(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_exergonic_process_3(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_passive_transport_17(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_passive_transport_17(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_passive_transport_17(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_passive_transport_17(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_synthesis_of_atp_14(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_chemiosmosis_120(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_synthesis_of_atp_14(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_synthesis_of_atp_14(fn_eukaryotic_oxidative_phosphorylation_324(X)) = fn_chemiosmosis_120(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_120(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_120(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_120(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_atp_32(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_32(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_nucleoside_triphosphate_27(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_nucleoside_triphosphate_27(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_atp_32(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_32(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_atp_33(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_34(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_oxidative_phosphorylation_23(X)
& fn_oxidative_phosphorylation_23(X) = fn_atp_synthase_13(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_atp_synthase_13(fn_eukaryotic_oxidative_phosphorylation_192(X)) = fn_oxidative_phosphorylation_23(X)
& fn_oxidative_phosphorylation_23(X) = fn_oxidative_phosphorylation_20(X)
& fn_oxidative_phosphorylation_20(X) = fn_chemiosmosis_102(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_102(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_oxidative_phosphorylation_20(X)
& fn_oxidative_phosphorylation_20(X) = fn_oxidative_phosphorylation_20(X)
& fn_oxidative_phosphorylation_20(X) = fn_synthesis_of_atp_10(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_synthesis_of_atp_10(fn_eukaryotic_oxidative_phosphorylation_324(X)) = fn_chemiosmosis_31(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_31(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_31(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_oxidative_phosphorylation_12(X) = fn_oxidative_phosphorylation_12(X)
& fn_oxidative_phosphorylation_12(X) = fn_chemiosmosis_31(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_31(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_oxidative_phosphorylation_12(X)
& fn_oxidative_phosphorylation_12(X) = fn_functional_group_1(fn_eukaryotic_oxidative_phosphorylation_208(X))
& fn_functional_group_1(fn_eukaryotic_oxidative_phosphorylation_208(X)) = fn_synthesis_of_organic_molecule_1(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_chemiosmosis_100(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_synthesis_of_organic_molecule_1(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_synthesis_of_organic_molecule_1(fn_eukaryotic_oxidative_phosphorylation_324(X)) = fn_chemiosmosis_100(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_synthesis_of_atp_13(fn_eukaryotic_oxidative_phosphorylation_324(X)) = fn_chemiosmosis_100(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_100(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_100(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_100(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_synthesis_of_atp_13(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_synthesis_of_atp_13(fn_eukaryotic_oxidative_phosphorylation_324(X)) = fn_synthesis_of_atp_13(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_oxidative_phosphorylation_56(X) = fn_oxidative_phosphorylation_56(X)
& fn_oxidative_phosphorylation_56(X) = fn_synthesis_of_atp_13(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_synthesis_of_atp_13(fn_eukaryotic_oxidative_phosphorylation_324(X)) = fn_oxidative_phosphorylation_56(X)
& fn_oxidative_phosphorylation_56(X) = fn_chemiosmosis_99(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_99(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_passive_transport_10(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_passive_transport_10(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_chemiosmosis_99(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_atp_synthase_35(fn_eukaryotic_oxidative_phosphorylation_118(X)) = fn_chemiosmosis_99(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_99(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_99(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_99(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_atp_synthase_35(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_atp_synthase_35(fn_eukaryotic_oxidative_phosphorylation_192(X)) = fn_chemiosmosis_99(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_99(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_atp_synthase_35(fn_eukaryotic_oxidative_phosphorylation_118(X))
& fn_atp_synthase_35(fn_eukaryotic_oxidative_phosphorylation_118(X)) = fn_atp_synthase_35(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_oxidative_phosphorylation_33(X) = fn_atp_synthase_35(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_atp_synthase_35(fn_eukaryotic_oxidative_phosphorylation_192(X)) = fn_oxidative_phosphorylation_33(X)
& fn_oxidative_phosphorylation_33(X) = fn_oxidative_phosphorylation_33(X)
& fn_oxidative_phosphorylation_33(X) = fn_chemiosmosis_103(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_oxidative_phosphorylation_8(X) = fn_chemiosmosis_103(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_103(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_oxidative_phosphorylation_8(X)
& fn_oxidative_phosphorylation_8(X) = fn_chemiosmosis_64(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_64(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_63(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_oxidative_phosphorylation_24(X) = fn_chemiosmosis_63(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_63(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_oxidative_phosphorylation_24(X)
& fn_oxidative_phosphorylation_24(X) = fn_oxidative_phosphorylation_27(X)
& fn_oxidative_phosphorylation_27(X) = fn_chemiosmosis_64(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_64(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_64(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_64(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_oxidative_phosphorylation_27(X)
& fn_oxidative_phosphorylation_27(X) = fn_oxidative_phosphorylation_27(X)
& fn_oxidative_phosphorylation_27(X) = fn_oxidative_phosphorylation_24(X)
& fn_oxidative_phosphorylation_24(X) = fn_oxidative_phosphorylation_24(X)
& fn_oxidative_phosphorylation_24(X) = fn_chemiosmosis_84(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_84(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_63(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_63(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_84(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_84(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_84(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_oxidative_phosphorylation_40(X) = fn_oxidative_phosphorylation_40(X)
& fn_oxidative_phosphorylation_40(X) = fn_chemiosmosis_84(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_84(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_oxidative_phosphorylation_40(X)
& fn_oxidative_phosphorylation_40(X) = fn_chemiosmosis_115(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_115(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_115(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_oxidative_phosphorylation_14(X) = fn_oxidative_phosphorylation_14(X)
& fn_oxidative_phosphorylation_14(X) = fn_chemiosmosis_115(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_115(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_oxidative_phosphorylation_14(X)
& fn_oxidative_phosphorylation_14(X) = fn_aqueous_solution_14(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_aqueous_solution_14(fn_eukaryotic_oxidative_phosphorylation_329(X)) = fn_hypotonic_solution_3(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_hypotonic_solution_3(fn_eukaryotic_oxidative_phosphorylation_329(X)) = fn_hypotonic_solution_3(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_hypotonic_solution_3(fn_eukaryotic_oxidative_phosphorylation_329(X)) = fn_oxidative_phosphorylation_41(X)
& fn_oxidative_phosphorylation_41(X) = fn_facilitated_diffusion_of_ion_25(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_facilitated_diffusion_of_ion_25(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_hypotonic_solution_7(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_hypotonic_solution_7(fn_eukaryotic_oxidative_phosphorylation_329(X)) = fn_active_transport_23(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_active_transport_23(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_active_transport_23(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_active_transport_23(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_active_transport_23(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_active_transport_23(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_hypotonic_solution_7(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_hypotonic_solution_7(fn_eukaryotic_oxidative_phosphorylation_329(X)) = fn_hypotonic_solution_7(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_facilitated_diffusion_of_ion_27(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_hypotonic_solution_7(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_hypotonic_solution_7(fn_eukaryotic_oxidative_phosphorylation_329(X)) = fn_facilitated_diffusion_of_ion_27(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_facilitated_diffusion_of_ion_27(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_oxidative_phosphorylation_48(X)
& fn_oxidative_phosphorylation_48(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_oxidative_phosphorylation_48(X)
& fn_oxidative_phosphorylation_48(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_oxidative_phosphorylation_48(X)
& fn_oxidative_phosphorylation_48(X) = fn_oxidative_phosphorylation_48(X)
& fn_oxidative_phosphorylation_48(X) = fn_hypotonic_solution_2(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_hypotonic_solution_2(fn_eukaryotic_oxidative_phosphorylation_329(X)) = fn_hypotonic_solution_2(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_facilitated_diffusion_of_ion_29(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_facilitated_diffusion_of_ion_29(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_facilitated_diffusion_of_ion_29(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_hypotonic_solution_2(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_hypotonic_solution_2(fn_eukaryotic_oxidative_phosphorylation_329(X)) = fn_facilitated_diffusion_of_ion_29(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_facilitated_diffusion_of_ion_29(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_active_transport_21(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_active_transport_21(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_active_transport_21(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_active_transport_21(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_active_transport_21(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_active_transport_21(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_oxidative_phosphorylation_45(X)
& fn_oxidative_phosphorylation_45(X) = fn_active_transport_21(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_active_transport_21(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_active_transport_21(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_active_transport_21(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_active_transport_21(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_active_transport_21(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_active_transport_21(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_active_transport_21(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_oxidative_phosphorylation_45(X)
& fn_oxidative_phosphorylation_45(X) = fn_oxidative_phosphorylation_45(X)
& fn_oxidative_phosphorylation_45(X) = fn_facilitated_diffusion_of_ion_23(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_facilitated_diffusion_of_ion_23(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_facilitated_diffusion_of_ion_23(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_facilitated_diffusion_of_ion_23(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_atp_synthase_46(fn_eukaryotic_oxidative_phosphorylation_118(X))
& fn_atp_synthase_46(fn_eukaryotic_oxidative_phosphorylation_118(X)) = fn_atp_synthase_46(fn_eukaryotic_oxidative_phosphorylation_118(X))
& fn_atp_synthase_46(fn_eukaryotic_oxidative_phosphorylation_118(X)) = fn_chemiosmosis_119(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_119(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_119(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_oxidative_phosphorylation_18(X) = fn_oxidative_phosphorylation_18(X)
& fn_oxidative_phosphorylation_18(X) = fn_chemiosmosis_119(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_119(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_oxidative_phosphorylation_18(X)
& fn_oxidative_phosphorylation_18(X) = fn_release_1(fn_eukaryotic_oxidative_phosphorylation_319(X))
& fn_release_1(fn_eukaryotic_oxidative_phosphorylation_319(X)) = fn_electron_transport_chain_pathway_42(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_42(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_electron_transport_chain_reaction_8(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_electron_transport_chain_reaction_8(fn_eukaryotic_oxidative_phosphorylation_282(X)) = fn_electron_transport_chain_pathway_43(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_43(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_electron_transport_chain_reaction_7(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_electron_transport_chain_reaction_7(fn_eukaryotic_oxidative_phosphorylation_282(X)) = fn_electron_transport_chain_reaction_7(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_electron_transport_chain_reaction_7(fn_eukaryotic_oxidative_phosphorylation_282(X)) = fn_electron_transport_chain_pathway_22(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_22(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_electron_transport_chain_pathway_22(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_22(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_154(X)) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_electron_transport_chain_pathway_26(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_154(X)) = fn_electron_transport_chain_pathway_26(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_26(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_mitochondrial_membrane_32(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_mitochondrial_membrane_32(fn_eukaryotic_oxidative_phosphorylation_116(X)) = fn_mitochondrial_electron_transport_chain_10(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_mitochondrial_electron_transport_chain_10(fn_eukaryotic_oxidative_phosphorylation_338(X)) = fn_mitochondrial_electron_transport_chain_10(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_mitochondrial_electron_transport_chain_10(fn_eukaryotic_oxidative_phosphorylation_338(X)) = fn_organelle_1(fn_eukaryotic_oxidative_phosphorylation_322(X))
& fn_organelle_1(fn_eukaryotic_oxidative_phosphorylation_322(X)) = fn_mitochondrial_electron_transport_chain_18(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_mitochondrial_electron_transport_chain_18(fn_eukaryotic_oxidative_phosphorylation_112(X)) = fn_mitochondrial_electron_transport_chain_9(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_mitochondrial_electron_transport_chain_9(fn_eukaryotic_oxidative_phosphorylation_112(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_428(X)) = fn_mitochondrial_electron_transport_chain_9(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_mitochondrial_electron_transport_chain_9(fn_eukaryotic_oxidative_phosphorylation_112(X)) = fn_mitochondrial_electron_transport_chain_9(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_mitochondrial_electron_transport_chain_9(fn_eukaryotic_oxidative_phosphorylation_112(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_269(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_269(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_269(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_270(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_269(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_269(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_270(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_270(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_270(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_270(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_401(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_154(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_428(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_401(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_401(X)) = fn_electron_transport_chain_pathway_24(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_24(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_428(X)) = fn_electron_transport_chain_pathway_24(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_24(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_400(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_400(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_400(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_400(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_128(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_128(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_128(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_129(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_128(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_128(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_129(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_129(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_129(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_129(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_400(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_400(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_428(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_428(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_427(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_427(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_427(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_427(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_435(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_157(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_435(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_435(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_435(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_435(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_434(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_434(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_434(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_434(X)) = fn_electron_transport_chain_pathway_37(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_37(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_electron_transport_chain_pathway_37(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_37(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_354(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_354(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_413(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_413(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_155(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_155(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_413(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_413(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_413(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_413(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_155(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_155(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_413(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_413(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_413(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_413(X)) = fn_oxidative_phosphorylation_11(X)
& fn_oxidative_phosphorylation_11(X) = fn_oxidative_phosphorylation_11(X)
& fn_oxidative_phosphorylation_11(X) = fn_electron_transport_chain_pathway_1(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_1(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_electron_transport_chain_pathway_1(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_1(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_chemiosmosis_117(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_oxidative_phosphorylation_16(X) = fn_chemiosmosis_117(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_117(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_oxidative_phosphorylation_16(X)
& fn_oxidative_phosphorylation_16(X) = fn_oxidative_phosphorylation_16(X)
& fn_oxidative_phosphorylation_16(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_oxidative_phosphorylation_16(X)
& fn_oxidative_phosphorylation_16(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_chemiosmosis_122(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_122(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_122(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_oxidative_phosphorylation_46(X) = fn_chemiosmosis_122(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_122(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_oxidative_phosphorylation_46(X)
& fn_oxidative_phosphorylation_46(X) = fn_oxidative_phosphorylation_46(X)
& fn_oxidative_phosphorylation_46(X) = fn_hypotonic_solution_4(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_hypotonic_solution_4(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_hypotonic_solution_4(fn_eukaryotic_oxidative_phosphorylation_329(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_hypotonic_solution_4(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_hypotonic_solution_4(fn_eukaryotic_oxidative_phosphorylation_329(X)) = fn_hypotonic_solution_4(fn_eukaryotic_oxidative_phosphorylation_329(X))
& fn_hypotonic_solution_4(fn_eukaryotic_oxidative_phosphorylation_329(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_passive_transport_24(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_passive_transport_24(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_active_transport_22(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_active_transport_22(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_active_transport_22(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_active_transport_22(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_active_transport_22(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_active_transport_22(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_passive_transport_24(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_passive_transport_24(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_passive_transport_24(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_atp_synthase_30(fn_eukaryotic_oxidative_phosphorylation_192(X)) = fn_passive_transport_24(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_passive_transport_24(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_atp_synthase_30(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_facilitated_diffusion_55(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_atp_synthase_30(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_atp_synthase_30(fn_eukaryotic_oxidative_phosphorylation_192(X)) = fn_facilitated_diffusion_55(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_facilitated_diffusion_55(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_facilitated_diffusion_55(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_facilitated_diffusion_55(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_atp_synthase_44(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_atp_synthase_44(fn_eukaryotic_oxidative_phosphorylation_192(X)) = fn_facilitated_diffusion_55(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_facilitated_diffusion_55(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_chemiosmosis_107(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_107(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_107(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_107(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_atp_synthase_44(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_atp_synthase_44(fn_eukaryotic_oxidative_phosphorylation_192(X)) = fn_atp_synthase_44(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_atp_synthase_44(fn_eukaryotic_oxidative_phosphorylation_192(X)) = fn_chemiosmosis_107(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_oxidative_phosphorylation_19(X) = fn_chemiosmosis_107(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_107(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_oxidative_phosphorylation_19(X)
& fn_oxidative_phosphorylation_19(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_oxidative_phosphorylation_19(X)
& fn_oxidative_phosphorylation_19(X) = fn_oxidative_phosphorylation_19(X)
& fn_oxidative_phosphorylation_19(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_biomembrane_52(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_52(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_biomembrane_52(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_52(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_mitochondrial_membrane_42(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_mitochondrial_membrane_42(fn_eukaryotic_oxidative_phosphorylation_116(X)) = fn_mitochondrial_membrane_42(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_mitochondrial_membrane_42(fn_eukaryotic_oxidative_phosphorylation_116(X)) = fn_biomembrane_15(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_15(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_biomembrane_15(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_15(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_mitochondrial_membrane_68(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_mitochondrial_membrane_68(fn_eukaryotic_oxidative_phosphorylation_116(X)) = fn_active_movement_of_ions_18(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_active_movement_of_ions_18(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_active_movement_of_ions_18(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_active_movement_of_ions_18(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_active_movement_of_ions_18(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_active_movement_of_ions_18(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_active_movement_of_ions_18(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_active_movement_of_ions_18(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_active_movement_of_ions_18(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_active_movement_of_ions_18(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_biomembrane_42(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_42(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_biomembrane_42(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_42(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_mitochondrial_membrane_43(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_mitochondrial_membrane_43(fn_eukaryotic_oxidative_phosphorylation_116(X)) = fn_mitochondrial_membrane_43(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_mitochondrial_membrane_43(fn_eukaryotic_oxidative_phosphorylation_116(X)) = fn_biomembrane_14(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_14(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_biomembrane_14(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_14(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_mitochondrial_membrane_63(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_mitochondrial_membrane_63(fn_eukaryotic_oxidative_phosphorylation_116(X)) = fn_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_4(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_biomembrane_18(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_18(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_biomembrane_18(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_18(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_mitochondrial_membrane_64(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_mitochondrial_membrane_64(fn_eukaryotic_oxidative_phosphorylation_116(X)) = fn_biomembrane_18(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_18(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_biomembrane_31(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_31(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_mitochondrial_membrane_60(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_mitochondrial_membrane_60(fn_eukaryotic_oxidative_phosphorylation_116(X)) = fn_biomembrane_31(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_31(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_mitochondrial_membrane_70(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_biomembrane_32(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_mitochondrial_membrane_70(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_mitochondrial_membrane_70(fn_eukaryotic_oxidative_phosphorylation_116(X)) = fn_biomembrane_32(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_32(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_electron_transport_chain_reaction_23(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_electron_transport_chain_reaction_23(fn_eukaryotic_oxidative_phosphorylation_337(X)) = fn_electron_transport_chain_pathway_9(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_9(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_electron_transport_chain_reaction_23(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_electron_transport_chain_reaction_23(fn_eukaryotic_oxidative_phosphorylation_337(X)) = fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_oxidation_5(fn_eukaryotic_oxidative_phosphorylation_175(X)) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_152(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_152(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_175(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_152(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_152(X)) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_366(X)) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_366(X)) = fn_electron_transport_chain_pathway_34(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_34(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_287(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_286(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_286(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_286(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_287(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_287(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_286(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_369(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_286(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_286(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_369(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_369(X)) = fn_mitochondrial_electron_transport_chain_8(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_mitochondrial_electron_transport_chain_8(fn_eukaryotic_oxidative_phosphorylation_338(X)) = fn_mitochondrial_electron_transport_chain_8(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_mitochondrial_electron_transport_chain_8(fn_eukaryotic_oxidative_phosphorylation_338(X)) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_370(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_370(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_401(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_428(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_401(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_154(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_154(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_401(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_154(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_154(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_154(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_154(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_154(X)) = fn_mitochondrial_electron_transport_chain_8(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_mitochondrial_electron_transport_chain_8(fn_eukaryotic_oxidative_phosphorylation_112(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_mitochondrial_electron_transport_chain_8(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_mitochondrial_electron_transport_chain_8(fn_eukaryotic_oxidative_phosphorylation_112(X)) = fn_mitochondrial_electron_transport_chain_8(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_400(X)) = fn_mitochondrial_electron_transport_chain_8(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_mitochondrial_electron_transport_chain_8(fn_eukaryotic_oxidative_phosphorylation_112(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_400(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_400(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_400(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_400(X)) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_154(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_154(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_413(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_155(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_413(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_413(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_413(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_413(X)) = fn_chemiosmosis_85(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_85(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_85(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_85(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_facilitated_diffusion_of_ion_28(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_facilitated_diffusion_of_ion_28(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_facilitated_diffusion_of_ion_28(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_facilitated_diffusion_of_ion_28(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_passive_transport_22(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_chemiosmosis_91(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_passive_transport_22(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_passive_transport_22(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_chemiosmosis_91(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_91(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_oxidative_phosphorylation_42(X)
& fn_oxidative_phosphorylation_42(X) = fn_oxidative_phosphorylation_42(X)
& fn_oxidative_phosphorylation_42(X) = fn_water_95(fn_eukaryotic_oxidative_phosphorylation_190(X))
& fn_water_95(fn_eukaryotic_oxidative_phosphorylation_190(X)) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_157(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_428(X)) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_157(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_427(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_427(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_427(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_427(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_401(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_400(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_400(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_428(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_400(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_401(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_428(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_428(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_428(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_428(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_428(X)) = fn_mitochondrial_electron_transport_chain_13(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_mitochondrial_electron_transport_chain_13(fn_eukaryotic_oxidative_phosphorylation_112(X)) = fn_mitochondrial_electron_transport_chain_13(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_mitochondrial_electron_transport_chain_13(fn_eukaryotic_oxidative_phosphorylation_112(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_427(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_427(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_427(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_427(X)) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_electron_transport_chain_pathway_27(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_27(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_128(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_128(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_128(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_129(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_153(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_153(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_129(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_129(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_153(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_153(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_153(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_153(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_129(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_129(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_129(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_129(X)) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_156(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_435(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_435(X)) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_156(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_157(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_157(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_434(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_434(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_434(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_434(X)) = fn_cellular_work_2(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_cellular_work_2(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_electron_transport_chain_pathway_11(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_11(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_electron_transport_chain_pathway_11(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_11(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_cellular_work_2(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_cellular_work_2(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_electron_transport_chain_pathway_11(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_oxidative_phosphorylation_15(X) = fn_electron_transport_chain_pathway_11(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_11(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_oxidative_phosphorylation_15(X)
& fn_oxidative_phosphorylation_15(X) = fn_oxidative_phosphorylation_15(X)
& fn_oxidative_phosphorylation_15(X) = fn_metabolic_pathway_1(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_metabolic_pathway_1(fn_eukaryotic_oxidative_phosphorylation_324(X)) = fn_chemiosmosis_118(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_118(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_oxidative_phosphorylation_2(X)
& fn_oxidative_phosphorylation_2(X) = fn_chemiosmosis_118(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_118(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_118(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_118(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_oxidative_phosphorylation_22(X)
& fn_oxidative_phosphorylation_22(X) = fn_oxidative_phosphorylation_2(X)
& fn_oxidative_phosphorylation_2(X) = fn_oxidative_phosphorylation_22(X)
& fn_oxidative_phosphorylation_22(X) = fn_oxidative_phosphorylation_22(X)
& fn_oxidative_phosphorylation_22(X) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_354(X)) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_339(X)) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_354(X)) = fn_mitochondrial_membrane_35(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_mitochondrial_membrane_35(fn_eukaryotic_oxidative_phosphorylation_116(X)) = fn_mitochondrial_electron_transport_chain_11(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_mitochondrial_electron_transport_chain_11(fn_eukaryotic_oxidative_phosphorylation_338(X)) = fn_oxidative_phosphorylation_71(X)
& fn_oxidative_phosphorylation_71(X) = fn_oxidative_phosphorylation_71(X)
& fn_oxidative_phosphorylation_71(X) = fn_semiautonomous_organelle_1(fn_eukaryotic_oxidative_phosphorylation_322(X))
& fn_semiautonomous_organelle_1(fn_eukaryotic_oxidative_phosphorylation_322(X)) = fn_biomembrane_55(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_55(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_biomembrane_55(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_55(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_chemiosmosis_12(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_12(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_12(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_12(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemical_3(fn_eukaryotic_oxidative_phosphorylation_190(X))
& fn_chemical_3(fn_eukaryotic_oxidative_phosphorylation_190(X)) = fn_chemical_3(fn_eukaryotic_oxidative_phosphorylation_190(X))
& fn_chemical_3(fn_eukaryotic_oxidative_phosphorylation_190(X)) = fn_active_movement_of_ions_25(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_active_movement_of_ions_25(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_active_movement_of_ions_25(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_active_movement_of_ions_25(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_400(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_400(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_400(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_400(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_401(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_401(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_158(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_158(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_401(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_401(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_401(X)) = fn_multiprotein_complex_ii_2(fn_eukaryotic_oxidative_phosphorylation_302(X))
& fn_multiprotein_complex_ii_2(fn_eukaryotic_oxidative_phosphorylation_302(X)) = fn_oxidative_phosphorylation_31(X)
& fn_oxidative_phosphorylation_47(X) = fn_oxidative_phosphorylation_31(X)
& fn_oxidative_phosphorylation_31(X) = fn_oxidative_phosphorylation_47(X)
& fn_oxidative_phosphorylation_47(X) = fn_electron_transport_chain_reaction_1(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_electron_transport_chain_reaction_1(fn_eukaryotic_oxidative_phosphorylation_337(X)) = fn_facilitated_diffusion_26(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_chemiosmosis_12(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_facilitated_diffusion_26(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_facilitated_diffusion_26(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_chemiosmosis_12(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_12(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_oxidative_phosphorylation_43(X)
& fn_oxidative_phosphorylation_43(X) = fn_active_movement_of_ions_25(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_active_movement_of_ions_25(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_oxidative_phosphorylation_43(X)
& fn_oxidative_phosphorylation_43(X) = fn_active_movement_of_ions_25(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_active_movement_of_ions_25(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_active_movement_of_ions_25(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_active_movement_of_ions_25(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_active_movement_of_ions_25(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_active_movement_of_ions_25(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_multiprotein_complex_ii_2(fn_eukaryotic_oxidative_phosphorylation_100(X))
& fn_multiprotein_complex_ii_2(fn_eukaryotic_oxidative_phosphorylation_100(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_172(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_172(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_172(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_172(X)) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_311(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_311(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_311(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_311(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_339(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_339(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_339(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_354(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_354(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_339(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_354(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_311(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_311(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_355(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_311(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_311(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_339(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_311(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_311(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_339(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_355(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_339(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_175(X)) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_151(X)) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_151(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_152(X)) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_152(X)) = fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_oxidation_1(fn_eukaryotic_oxidative_phosphorylation_175(X)) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_152(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_175(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_175(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_175(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_175(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_175(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_152(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_175(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_152(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_152(X)) = fn_facilitated_diffusion_25(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_facilitated_diffusion_25(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_facilitated_diffusion_25(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_facilitated_diffusion_25(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_biomembrane_54(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_54(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_facilitated_diffusion_25(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_facilitated_diffusion_25(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_facilitated_diffusion_25(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_facilitated_diffusion_25(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_facilitated_diffusion_25(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_active_movement_of_ions_10(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_biomembrane_102(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_102(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_biomembrane_101(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_mitochondrial_membrane_41(fn_eukaryotic_oxidative_phosphorylation_116(X)) = fn_biomembrane_101(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_101(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_mitochondrial_membrane_41(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_mitochondrial_membrane_41(fn_eukaryotic_oxidative_phosphorylation_116(X)) = fn_mitochondrial_membrane_41(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_mitochondrial_membrane_41(fn_eukaryotic_oxidative_phosphorylation_116(X)) = fn_biomembrane_100(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_100(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_biomembrane_100(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_100(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_biomembrane_50(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_50(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_cytochrome_c_2(fn_eukaryotic_oxidative_phosphorylation_386(X))
& fn_cytochrome_c_2(fn_eukaryotic_oxidative_phosphorylation_386(X)) = fn_active_transport_18(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_active_transport_18(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_cytochrome_c_2(fn_eukaryotic_oxidative_phosphorylation_386(X))
& fn_cytochrome_c_2(fn_eukaryotic_oxidative_phosphorylation_386(X)) = fn_passive_transport_25(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_passive_transport_25(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_active_transport_18(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_active_transport_18(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_active_transport_18(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_active_transport_18(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_active_transport_18(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_active_transport_18(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_passive_transport_25(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_facilitated_diffusion_49(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_passive_transport_25(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_passive_transport_25(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_facilitated_diffusion_49(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_facilitated_diffusion_49(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_facilitated_diffusion_49(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_atp_synthase_37(fn_eukaryotic_oxidative_phosphorylation_192(X)) = fn_facilitated_diffusion_49(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_facilitated_diffusion_49(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_atp_synthase_37(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_mitochondrial_membrane_37(fn_eukaryotic_oxidative_phosphorylation_116(X)) = fn_atp_synthase_37(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_atp_synthase_37(fn_eukaryotic_oxidative_phosphorylation_192(X)) = fn_atp_synthase_37(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_atp_synthase_37(fn_eukaryotic_oxidative_phosphorylation_192(X)) = fn_mitochondrial_membrane_37(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_mitochondrial_membrane_37(fn_eukaryotic_oxidative_phosphorylation_116(X)) = fn_mitochondrial_electron_transport_chain_7(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_mitochondrial_electron_transport_chain_7(fn_eukaryotic_oxidative_phosphorylation_338(X)) = fn_mitochondrial_membrane_37(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_mitochondrial_membrane_37(fn_eukaryotic_oxidative_phosphorylation_116(X)) = fn_mitochondrial_membrane_37(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_mitochondrial_membrane_37(fn_eukaryotic_oxidative_phosphorylation_116(X)) = fn_mitochondrial_electron_transport_chain_19(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_mitochondrial_electron_transport_chain_19(fn_eukaryotic_oxidative_phosphorylation_338(X)) = fn_mitochondrial_electron_transport_chain_7(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_mitochondrial_electron_transport_chain_7(fn_eukaryotic_oxidative_phosphorylation_338(X)) = fn_mitochondrial_electron_transport_chain_7(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_mitochondrial_electron_transport_chain_7(fn_eukaryotic_oxidative_phosphorylation_338(X)) = fn_mitochondrial_electron_transport_chain_19(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_mitochondrial_electron_transport_chain_19(fn_eukaryotic_oxidative_phosphorylation_112(X)) = fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_mitochondrial_electron_transport_chain_19(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_mitochondrial_electron_transport_chain_19(fn_eukaryotic_oxidative_phosphorylation_338(X)) = fn_mitochondrial_electron_transport_chain_19(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_mitochondrial_electron_transport_chain_19(fn_eukaryotic_oxidative_phosphorylation_112(X)) = fn_mitochondrial_electron_transport_chain_19(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_mitochondrial_electron_transport_chain_19(fn_eukaryotic_oxidative_phosphorylation_112(X)) = fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_active_movement_of_ions_19(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_365(X)) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_365(X)) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_365(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_365(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_365(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_365(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_365(X)) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_365(X)) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_365(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_365(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_365(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_231(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_231(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_231(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_231(X)) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_366(X)) = fn_mitochondrial_electron_transport_chain_13(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_mitochondrial_electron_transport_chain_13(fn_eukaryotic_oxidative_phosphorylation_338(X)) = fn_mitochondrial_electron_transport_chain_13(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_mitochondrial_electron_transport_chain_13(fn_eukaryotic_oxidative_phosphorylation_338(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_232(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_232(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_232(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_231(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_232(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_232(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_231(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_231(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_231(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_231(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_365(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_365(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_232(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_232(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_232(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_232(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_365(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_365(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_365(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_365(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_231(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_231(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_231(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_231(X)) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_364(X)) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_364(X)) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_364(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_364(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_364(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_364(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_364(X)) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_364(X)) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_364(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_364(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_364(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_237(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_237(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_237(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_237(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_364(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_364(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_238(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_238(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_238(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_238(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_364(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_364(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_364(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_364(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_237(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_237(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_237(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_237(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_366(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_366(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_251(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_251(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_251(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_251(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_252(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_252(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_252(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_251(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_252(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_252(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_251(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_251(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_251(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_251(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_252(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_252(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_252(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_252(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_252(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_251(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_252(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_252(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_251(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_251(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_366(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_366(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_251(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_251(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_366(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_366(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_366(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_366(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_366(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_251(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_251(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_251(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_251(X)) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_153(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_153(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_137(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_137(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_137(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_137(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_136(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_151(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_136(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_136(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_151(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_151(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_136(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_136(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_136(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_136(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_297(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_297(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_297(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_370(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_370(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_370(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_297(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_297(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_370(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_370(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_297(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_370(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_297(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_297(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_297(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_297(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_370(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_370(X)) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_363(X)) = fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_redox_reaction_13(fn_eukaryotic_oxidative_phosphorylation_363(X)) = fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_redox_reaction_2(fn_eukaryotic_oxidative_phosphorylation_363(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_363(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_363(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_363(X)) = fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_redox_reaction_1(fn_eukaryotic_oxidative_phosphorylation_363(X)) = fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_redox_reaction_15(fn_eukaryotic_oxidative_phosphorylation_363(X)) = fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_redox_reaction_3(fn_eukaryotic_oxidative_phosphorylation_363(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_363(X)) = fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_redox_reaction_14(fn_eukaryotic_oxidative_phosphorylation_363(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_218(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_218(X)) = fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_218(X))
& fn_oxidation_2(fn_eukaryotic_oxidative_phosphorylation_218(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_363(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_363(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_219(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_219(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_219(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_219(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_363(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_363(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_363(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_363(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_218(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_218(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_218(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_218(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_238(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_365(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_238(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_238(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_238(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_238(X)) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_365(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_237(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_237(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_237(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_237(X)) = fn_multiprotein_complex_iv_1(fn_eukaryotic_oxidative_phosphorylation_304(X))
& fn_multiprotein_complex_iv_1(fn_eukaryotic_oxidative_phosphorylation_304(X)) = fn_multiprotein_complex_iv_1(fn_eukaryotic_oxidative_phosphorylation_304(X))
& fn_multiprotein_complex_iv_1(fn_eukaryotic_oxidative_phosphorylation_304(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_219(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_219(X)) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_364(X)) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_364(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_218(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_218(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_218(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_218(X)) = fn_multiprotein_complex_iv_3(fn_eukaryotic_oxidative_phosphorylation_304(X))
& fn_multiprotein_complex_iv_3(fn_eukaryotic_oxidative_phosphorylation_304(X)) = fn_multiprotein_complex_iv_3(fn_eukaryotic_oxidative_phosphorylation_304(X))
& fn_multiprotein_complex_iv_3(fn_eukaryotic_oxidative_phosphorylation_304(X)) = fn_mitochondrial_membrane_13(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_mitochondrial_membrane_13(fn_eukaryotic_oxidative_phosphorylation_116(X)) = fn_mitochondrial_electron_transport_chain_2(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_mitochondrial_electron_transport_chain_2(fn_eukaryotic_oxidative_phosphorylation_338(X)) = fn_mitochondrial_electron_transport_chain_2(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_mitochondrial_electron_transport_chain_2(fn_eukaryotic_oxidative_phosphorylation_338(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_311(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_311(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_354(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_355(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_354(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_311(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_355(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_311(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_339(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_339(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_339(X)) = fn_redox_reaction_8(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_8(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_redox_reaction_8(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_8(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_339(X)) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_339(X)) = fn_electron_transport_chain_reaction_9(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_electron_transport_chain_reaction_9(fn_eukaryotic_oxidative_phosphorylation_337(X)) = fn_electron_transport_chain_pathway_31(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_31(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_354(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_311(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_354(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_355(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_354(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_311(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_311(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_311(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_311(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_339(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_355(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_339(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_339(X)) = fn_multiprotein_complex_i_2(fn_eukaryotic_oxidative_phosphorylation_388(X))
& fn_multiprotein_complex_i_2(fn_eukaryotic_oxidative_phosphorylation_388(X)) = fn_multiprotein_complex_i_2(fn_eukaryotic_oxidative_phosphorylation_388(X))
& fn_multiprotein_complex_i_2(fn_eukaryotic_oxidative_phosphorylation_388(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_297(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_297(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_297(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_297(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_297(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_297(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_297(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_297(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_297(X)) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_370(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_370(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_370(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_370(X)) = fn_multiprotein_complex_i_1(fn_eukaryotic_oxidative_phosphorylation_388(X))
& fn_multiprotein_complex_i_1(fn_eukaryotic_oxidative_phosphorylation_388(X)) = fn_multiprotein_complex_i_1(fn_eukaryotic_oxidative_phosphorylation_388(X))
& fn_multiprotein_complex_i_1(fn_eukaryotic_oxidative_phosphorylation_388(X)) = fn_mitochondrial_membrane_16(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_mitochondrial_membrane_16(fn_eukaryotic_oxidative_phosphorylation_116(X)) = fn_mitochondrial_membrane_16(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_mitochondrial_membrane_16(fn_eukaryotic_oxidative_phosphorylation_116(X)) = fn_mitochondrial_electron_transport_chain_9(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_mitochondrial_electron_transport_chain_9(fn_eukaryotic_oxidative_phosphorylation_338(X)) = fn_mitochondrial_electron_transport_chain_9(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_mitochondrial_electron_transport_chain_9(fn_eukaryotic_oxidative_phosphorylation_338(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_128(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_128(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_128(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_128(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_128(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_129(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_128(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_128(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_129(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_129(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_129(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_129(X)) = fn_multiprotein_complex_iv_1(fn_eukaryotic_oxidative_phosphorylation_96(X))
& fn_multiprotein_complex_iv_1(fn_eukaryotic_oxidative_phosphorylation_96(X)) = fn_multiprotein_complex_iv_1(fn_eukaryotic_oxidative_phosphorylation_96(X))
& fn_multiprotein_complex_iv_1(fn_eukaryotic_oxidative_phosphorylation_96(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_137(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_137(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_137(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_137(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_137(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_137(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_137(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_137(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_136(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_136(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_136(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_136(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_136(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_136(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_136(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_151(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_136(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_136(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_151(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_151(X)) = fn_multiprotein_complex_iv_3(fn_eukaryotic_oxidative_phosphorylation_96(X))
& fn_multiprotein_complex_iv_3(fn_eukaryotic_oxidative_phosphorylation_96(X)) = fn_multiprotein_complex_iv_3(fn_eukaryotic_oxidative_phosphorylation_96(X))
& fn_multiprotein_complex_iv_3(fn_eukaryotic_oxidative_phosphorylation_96(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_219(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_218(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_219(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_219(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_218(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_363(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_218(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_218(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_363(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_363(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_238(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_237(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_238(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_238(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_238(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_238(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_237(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_237(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_237(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_237(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_237(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_364(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_237(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_237(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_364(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_364(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_231(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_231(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_232(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_232(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_232(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_231(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_232(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_232(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_231(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_231(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_231(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_365(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_231(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_231(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_365(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_365(X)) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_339(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_339(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_339(X)) = fn_electron_transport_chain_pathway_40(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_40(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_electron_transport_chain_reaction_24(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_electron_transport_chain_reaction_24(fn_eukaryotic_oxidative_phosphorylation_337(X)) = fn_electron_transport_chain_pathway_40(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_reactant_3(fn_eukaryotic_oxidative_phosphorylation_352(X)) = fn_electron_transport_chain_pathway_40(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_40(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_electron_transport_chain_pathway_40(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_40(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_reactant_3(fn_eukaryotic_oxidative_phosphorylation_352(X))
& fn_reactant_3(fn_eukaryotic_oxidative_phosphorylation_352(X)) = fn_reactant_3(fn_eukaryotic_oxidative_phosphorylation_352(X))
& fn_reactant_3(fn_eukaryotic_oxidative_phosphorylation_352(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_355(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_355(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_354(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_355(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_355(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_354(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_354(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_354(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_355(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_355(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_311(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_311(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_355(X)) = fn_nad_plus_1(fn_eukaryotic_oxidative_phosphorylation_343(X))
& fn_nad_plus_1(fn_eukaryotic_oxidative_phosphorylation_343(X)) = fn_nad_plus_1(fn_eukaryotic_oxidative_phosphorylation_343(X))
& fn_nad_plus_1(fn_eukaryotic_oxidative_phosphorylation_343(X)) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_electron_transport_chain_reaction_15(fn_eukaryotic_oxidative_phosphorylation_337(X)) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_electron_transport_chain_reaction_15(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_electron_transport_chain_reaction_15(fn_eukaryotic_oxidative_phosphorylation_337(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_355(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_311(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_311(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_355(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_355(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_339(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_311(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_311(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_339(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_339(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_electron_transport_chain_reaction_14(fn_eukaryotic_oxidative_phosphorylation_337(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_electron_transport_chain_reaction_14(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_electron_transport_chain_reaction_14(fn_eukaryotic_oxidative_phosphorylation_337(X)) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_electron_transport_chain_reaction_16(fn_eukaryotic_oxidative_phosphorylation_337(X)) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_371(X))
& fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_371(X)) = fn_electron_transport_chain_reaction_16(fn_eukaryotic_oxidative_phosphorylation_337(X))
& fn_electron_transport_chain_reaction_16(fn_eukaryotic_oxidative_phosphorylation_337(X)) = fn_electron_transport_chain_1(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_electron_transport_chain_1(fn_eukaryotic_oxidative_phosphorylation_338(X)) = fn_reactant_2(fn_eukaryotic_oxidative_phosphorylation_352(X))
& fn_reactant_2(fn_eukaryotic_oxidative_phosphorylation_352(X)) = fn_reactant_2(fn_eukaryotic_oxidative_phosphorylation_352(X))
& fn_reactant_2(fn_eukaryotic_oxidative_phosphorylation_352(X)) = fn_electron_transport_chain_1(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_electron_transport_chain_1(fn_eukaryotic_oxidative_phosphorylation_338(X)) = fn_electron_transport_chain_pathway_19(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_19(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_chemiosmosis_39(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_39(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_39(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_ribonucleotide_14(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_chemiosmosis_39(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_39(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_ribonucleotide_14(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_nucleoside_triphosphate_27(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_ribonucleotide_14(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_ribonucleotide_14(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_nucleoside_triphosphate_27(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_synthesis_of_atp_20(fn_eukaryotic_oxidative_phosphorylation_324(X)) = fn_nucleoside_triphosphate_27(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_nucleoside_triphosphate_27(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_nucleoside_triphosphate_27(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_nucleoside_triphosphate_27(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_synthesis_of_atp_20(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_atp_33(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_synthesis_of_atp_20(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_synthesis_of_atp_20(fn_eukaryotic_oxidative_phosphorylation_324(X)) = fn_synthesis_of_atp_20(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_synthesis_of_atp_20(fn_eukaryotic_oxidative_phosphorylation_324(X)) = fn_atp_33(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_32(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_atp_34(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_34(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_atp_32(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_32(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_atp_32(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_32(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_ribonucleotide_14(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_ribonucleotide_14(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_ribonucleotide_14(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_ribonucleotide_14(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_chemiosmosis_41(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_41(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_41(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_41(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_synthesis_of_atp_18(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_synthesis_of_atp_18(fn_eukaryotic_oxidative_phosphorylation_324(X)) = fn_atp_34(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_34(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_synthesis_of_atp_18(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_synthesis_of_atp_18(fn_eukaryotic_oxidative_phosphorylation_324(X)) = fn_atp_33(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_33(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_atp_34(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_34(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_atp_34(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_34(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_atp_33(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_33(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_atp_33(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_33(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_ribonucleotide_16(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_nucleoside_triphosphate_29(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_ribonucleotide_16(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_ribonucleotide_16(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_nucleoside_triphosphate_29(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_35(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_nucleoside_triphosphate_29(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_nucleoside_triphosphate_29(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_nucleoside_triphosphate_29(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_nucleoside_triphosphate_29(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_atp_35(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_35(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_atp_37(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_37(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_atp_37(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_37(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_phosphate_group_5(fn_eukaryotic_oxidative_phosphorylation_208(X))
& fn_phosphate_group_5(fn_eukaryotic_oxidative_phosphorylation_208(X)) = fn_phosphate_group_5(fn_eukaryotic_oxidative_phosphorylation_208(X))
& fn_phosphate_group_5(fn_eukaryotic_oxidative_phosphorylation_208(X)) = fn_molecule_10(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_chemiosmosis_37(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_molecule_10(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_molecule_10(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_chemiosmosis_37(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_ribonucleotide_12(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_chemiosmosis_37(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_37(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_37(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_37(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_ribonucleotide_12(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_ribonucleotide_12(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_ribonucleotide_12(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_nucleoside_triphosphate_35(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_ribonucleotide_12(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_ribonucleotide_12(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_nucleoside_triphosphate_35(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_nucleoside_triphosphate_35(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_nucleoside_triphosphate_35(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_synthesis_of_atp_21(fn_eukaryotic_oxidative_phosphorylation_324(X)) = fn_nucleoside_triphosphate_35(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_nucleoside_triphosphate_35(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_synthesis_of_atp_21(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_atp_30(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_synthesis_of_atp_21(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_synthesis_of_atp_21(fn_eukaryotic_oxidative_phosphorylation_324(X)) = fn_atp_30(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_30(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_atp_30(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_30(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_phosphate_group_37(fn_eukaryotic_oxidative_phosphorylation_208(X))
& fn_phosphate_group_37(fn_eukaryotic_oxidative_phosphorylation_208(X)) = fn_ribonucleotide_17(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_ribonucleotide_17(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_nucleoside_triphosphate_33(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_nucleoside_triphosphate_33(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_nucleoside_triphosphate_33(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_36(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_nucleoside_triphosphate_33(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_nucleoside_triphosphate_33(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_atp_36(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_36(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_atp_36(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_36(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_phosphate_group_6(fn_eukaryotic_oxidative_phosphorylation_208(X))
& fn_phosphate_group_6(fn_eukaryotic_oxidative_phosphorylation_208(X)) = fn_phosphate_group_6(fn_eukaryotic_oxidative_phosphorylation_208(X))
& fn_phosphate_group_6(fn_eukaryotic_oxidative_phosphorylation_208(X)) = fn_chemiosmosis_44(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_44(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_molecule_11(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_molecule_11(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_chemiosmosis_44(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_44(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_44(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_ribonucleotide_8(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_chemiosmosis_44(fn_eukaryotic_oxidative_phosphorylation_325(X))
& fn_chemiosmosis_44(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_ribonucleotide_8(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_ribonucleotide_8(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_ribonucleotide_8(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_nucleoside_triphosphate_32(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_ribonucleotide_8(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_ribonucleotide_8(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_nucleoside_triphosphate_32(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_nucleoside_triphosphate_32(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_nucleoside_triphosphate_32(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_synthesis_of_atp_15(fn_eukaryotic_oxidative_phosphorylation_324(X)) = fn_nucleoside_triphosphate_32(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_nucleoside_triphosphate_32(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_synthesis_of_atp_15(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_atp_37(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_synthesis_of_atp_15(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_synthesis_of_atp_15(fn_eukaryotic_oxidative_phosphorylation_324(X)) = fn_synthesis_of_atp_15(fn_eukaryotic_oxidative_phosphorylation_324(X))
& fn_synthesis_of_atp_15(fn_eukaryotic_oxidative_phosphorylation_324(X)) = fn_atp_37(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_37(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_atp_35(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_35(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_atp_35(fn_eukaryotic_oxidative_phosphorylation_336(X))
& fn_atp_35(fn_eukaryotic_oxidative_phosphorylation_336(X)) = fn_phosphate_group_22(fn_eukaryotic_oxidative_phosphorylation_208(X))
& fn_phosphate_group_22(fn_eukaryotic_oxidative_phosphorylation_208(X)) = fn_phosphate_group_22(fn_eukaryotic_oxidative_phosphorylation_208(X))
& fn_phosphate_group_22(fn_eukaryotic_oxidative_phosphorylation_208(X)) = fn_active_movement_of_ions_13(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_active_movement_of_ions_13(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_biomembrane_47(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_47(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_active_movement_of_ions_13(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_active_movement_of_ions_13(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_biomembrane_41(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_41(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_biomembrane_41(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_cytochrome_c_1(fn_eukaryotic_oxidative_phosphorylation_386(X)) = fn_biomembrane_41(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_41(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_cytochrome_c_1(fn_eukaryotic_oxidative_phosphorylation_386(X))
& fn_cytochrome_c_1(fn_eukaryotic_oxidative_phosphorylation_386(X)) = fn_cytochrome_c_1(fn_eukaryotic_oxidative_phosphorylation_386(X))
& fn_cytochrome_c_1(fn_eukaryotic_oxidative_phosphorylation_386(X)) = fn_atp_synthase_11(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_atp_synthase_11(fn_eukaryotic_oxidative_phosphorylation_192(X)) = fn_atp_synthase_11(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_atp_synthase_11(fn_eukaryotic_oxidative_phosphorylation_192(X)) = fn_facilitated_diffusion_42(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_facilitated_diffusion_42(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_active_movement_of_ions_12(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_active_movement_of_ions_12(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_active_movement_of_ions_12(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_atp_synthase_14(fn_eukaryotic_oxidative_phosphorylation_192(X)) = fn_active_movement_of_ions_12(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_active_movement_of_ions_12(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_active_movement_of_ions_12(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_active_movement_of_ions_12(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_atp_synthase_14(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_atp_synthase_14(fn_eukaryotic_oxidative_phosphorylation_192(X)) = fn_atp_synthase_14(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_atp_synthase_14(fn_eukaryotic_oxidative_phosphorylation_192(X)) = fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_facilitated_diffusion_45(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_facilitated_diffusion_45(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_facilitated_diffusion_45(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_atp_synthase_12(fn_eukaryotic_oxidative_phosphorylation_192(X)) = fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_373(X))
& fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_373(X)) = fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_374(X))
& fn_active_movement_of_ions_14(fn_eukaryotic_oxidative_phosphorylation_374(X)) = fn_atp_synthase_12(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_atp_synthase_12(fn_eukaryotic_oxidative_phosphorylation_192(X)) = fn_atp_synthase_12(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_atp_synthase_12(fn_eukaryotic_oxidative_phosphorylation_192(X)) = fn_facilitated_diffusion_48(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_active_movement_of_ions_17(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_facilitated_diffusion_48(fn_eukaryotic_oxidative_phosphorylation_327(X))
& fn_facilitated_diffusion_48(fn_eukaryotic_oxidative_phosphorylation_327(X)) = fn_active_movement_of_ions_17(fn_eukaryotic_oxidative_phosphorylation_375(X))
& fn_active_movement_of_ions_17(fn_eukaryotic_oxidative_phosphorylation_375(X)) = fn_biomembrane_63(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_63(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_biomembrane_63(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_atp_synthase_40(fn_eukaryotic_oxidative_phosphorylation_192(X)) = fn_biomembrane_63(fn_eukaryotic_oxidative_phosphorylation_326(X))
& fn_biomembrane_63(fn_eukaryotic_oxidative_phosphorylation_326(X)) = fn_atp_synthase_40(fn_eukaryotic_oxidative_phosphorylation_192(X))
& fn_atp_synthase_40(fn_eukaryotic_oxidative_phosphorylation_192(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_175(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_172(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_172(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_172(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_172(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_152(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_175(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_175(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_152(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_152(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_172(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_172(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_152(X)) = fn_electron_transport_chain_pathway_31(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_31(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_electron_transport_chain_pathway_31(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_31(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_electron_transport_chain_pathway_21(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_21(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_electron_transport_chain_pathway_21(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_21(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_172(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_172(X)) = fn_fadh2_1(fn_eukaryotic_oxidative_phosphorylation_173(X))
& fn_fadh2_1(fn_eukaryotic_oxidative_phosphorylation_173(X)) = fn_fadh2_1(fn_eukaryotic_oxidative_phosphorylation_173(X))
& fn_fadh2_1(fn_eukaryotic_oxidative_phosphorylation_173(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_electron_transport_chain_reaction_24(fn_eukaryotic_oxidative_phosphorylation_282(X)) = fn_electron_transport_chain_reaction_24(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_electron_transport_chain_reaction_24(fn_eukaryotic_oxidative_phosphorylation_282(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_175(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_175(X)) = fn_electron_transport_chain_reaction_24(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_electron_transport_chain_pathway_41(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_electron_transport_chain_reaction_24(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_electron_transport_chain_reaction_24(fn_eukaryotic_oxidative_phosphorylation_282(X)) = fn_electron_transport_chain_pathway_41(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_41(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_electron_transport_chain_pathway_41(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_41(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_fad_3(fn_eukaryotic_oxidative_phosphorylation_165(X))
& fn_fad_3(fn_eukaryotic_oxidative_phosphorylation_165(X)) = fn_fad_3(fn_eukaryotic_oxidative_phosphorylation_165(X))
& fn_fad_3(fn_eukaryotic_oxidative_phosphorylation_165(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_152(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_152(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_152(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_172(X))
& fn_fad_3(fn_eukaryotic_oxidative_phosphorylation_165(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_172(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_172(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_172(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_172(X)) = fn_fad_3(fn_eukaryotic_oxidative_phosphorylation_165(X))
& fn_fad_3(fn_eukaryotic_oxidative_phosphorylation_165(X)) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_electron_transport_chain_reaction_15(fn_eukaryotic_oxidative_phosphorylation_282(X)) = fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_redox_reaction_10(fn_eukaryotic_oxidative_phosphorylation_151(X)) = fn_electron_transport_chain_reaction_15(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_electron_transport_chain_reaction_15(fn_eukaryotic_oxidative_phosphorylation_282(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_137(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_151(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_137(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_137(X)) = fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_137(X))
& fn_reduction_4(fn_eukaryotic_oxidative_phosphorylation_137(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_151(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_136(X)) = fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_redox_reaction_7(fn_eukaryotic_oxidative_phosphorylation_151(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_136(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_136(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_136(X))
& fn_electron_transport_chain_reaction_14(fn_eukaryotic_oxidative_phosphorylation_282(X)) = fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_136(X))
& fn_oxidation_9(fn_eukaryotic_oxidative_phosphorylation_136(X)) = fn_electron_transport_chain_reaction_14(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_electron_transport_chain_reaction_14(fn_eukaryotic_oxidative_phosphorylation_282(X)) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_electron_transport_chain_reaction_16(fn_eukaryotic_oxidative_phosphorylation_282(X)) = fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_151(X))
& fn_redox_reaction_11(fn_eukaryotic_oxidative_phosphorylation_151(X)) = fn_electron_transport_chain_reaction_16(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_electron_transport_chain_reaction_16(fn_eukaryotic_oxidative_phosphorylation_282(X)) = fn_electron_transport_chain_reaction_20(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_electron_transport_chain_reaction_20(fn_eukaryotic_oxidative_phosphorylation_282(X)) = fn_electron_transport_chain_pathway_6(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_6(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_electron_transport_chain_reaction_20(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_electron_transport_chain_reaction_20(fn_eukaryotic_oxidative_phosphorylation_282(X)) = fn_electron_transport_chain_pathway_5(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_reaction_25(fn_eukaryotic_oxidative_phosphorylation_282(X)) = fn_electron_transport_chain_pathway_5(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_5(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_electron_transport_chain_reaction_25(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_electron_transport_chain_reaction_25(fn_eukaryotic_oxidative_phosphorylation_282(X)) = fn_electron_transport_chain_pathway_44(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_44(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_electron_transport_chain_reaction_5(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_electron_transport_chain_reaction_5(fn_eukaryotic_oxidative_phosphorylation_282(X)) = fn_electron_transport_chain_pathway_13(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_oxidative_phosphorylation_32(X) = fn_electron_transport_chain_pathway_13(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_13(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_oxidative_phosphorylation_32(X)
& fn_oxidative_phosphorylation_32(X) = fn_oxidative_phosphorylation_17(X)
& fn_oxidative_phosphorylation_17(X) = fn_oxidative_phosphorylation_17(X)
& fn_oxidative_phosphorylation_17(X) = fn_electron_transport_chain_reaction_1(fn_eukaryotic_oxidative_phosphorylation_282(X))
& fn_electron_transport_chain_reaction_1(fn_eukaryotic_oxidative_phosphorylation_282(X)) = fn_electron_transport_chain_pathway_19(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_19(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_electron_transport_chain_1(fn_eukaryotic_oxidative_phosphorylation_112(X))
& fn_electron_transport_chain_1(fn_eukaryotic_oxidative_phosphorylation_112(X)) = fn_electron_transport_chain_pathway_19(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_19(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_electron_transport_chain_pathway_20(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_20(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_electron_transport_chain_pathway_20(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_20(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_electron_transport_chain_pathway_19(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_19(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_electron_transport_chain_pathway_19(fn_eukaryotic_oxidative_phosphorylation_333(X))
& fn_electron_transport_chain_pathway_19(fn_eukaryotic_oxidative_phosphorylation_333(X)) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_367(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_252(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_252(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_252(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_252(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_251(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_251(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_252(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_252(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_251(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_251(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_251(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_251(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_252(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_252(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_252(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_252(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_251(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_251(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_251(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_251(X)) = fn_multiprotein_complex_iii_5(fn_eukaryotic_oxidative_phosphorylation_303(X))
& fn_multiprotein_complex_iii_5(fn_eukaryotic_oxidative_phosphorylation_303(X)) = fn_multiprotein_complex_iii_5(fn_eukaryotic_oxidative_phosphorylation_303(X))
& fn_multiprotein_complex_iii_5(fn_eukaryotic_oxidative_phosphorylation_303(X)) = fn_mitochondrial_membrane_14(fn_eukaryotic_oxidative_phosphorylation_116(X))
& fn_mitochondrial_membrane_14(fn_eukaryotic_oxidative_phosphorylation_116(X)) = fn_mitochondrial_electron_transport_chain_3(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_mitochondrial_electron_transport_chain_3(fn_eukaryotic_oxidative_phosphorylation_338(X)) = fn_mitochondrial_electron_transport_chain_3(fn_eukaryotic_oxidative_phosphorylation_338(X))
& fn_mitochondrial_electron_transport_chain_3(fn_eukaryotic_oxidative_phosphorylation_338(X)) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_368(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_259(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_259(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_259(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_367(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_259(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_259(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_367(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_259(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_367(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_367(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_259(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_259(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_259(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_259(X)) = fn_multiprotein_complex_iii_1(fn_eukaryotic_oxidative_phosphorylation_303(X))
& fn_multiprotein_complex_iii_1(fn_eukaryotic_oxidative_phosphorylation_303(X)) = fn_multiprotein_complex_iii_1(fn_eukaryotic_oxidative_phosphorylation_303(X))
& fn_multiprotein_complex_iii_1(fn_eukaryotic_oxidative_phosphorylation_303(X)) = fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_369(X))
& fn_chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_369(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_269(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_269(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_269(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_269(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_270(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_270(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_368(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_368(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_270(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_270(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_368(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_368(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_270(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_368(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_368(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_368(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_270(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_270(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_270(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_270(X)) = fn_multiprotein_complex_iii_2(fn_eukaryotic_oxidative_phosphorylation_303(X))
& fn_multiprotein_complex_iii_2(fn_eukaryotic_oxidative_phosphorylation_303(X)) = fn_multiprotein_complex_iii_2(fn_eukaryotic_oxidative_phosphorylation_303(X))
& fn_multiprotein_complex_iii_2(fn_eukaryotic_oxidative_phosphorylation_303(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_157(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_157(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_157(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_435(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_157(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_157(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_435(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_435(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_435(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_435(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_435(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_435(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_435(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_435(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_435(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_435(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_434(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_434(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_434(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_434(X)) = fn_multiprotein_complex_iii_5(fn_eukaryotic_oxidative_phosphorylation_101(X))
& fn_multiprotein_complex_iii_5(fn_eukaryotic_oxidative_phosphorylation_101(X)) = fn_multiprotein_complex_iii_5(fn_eukaryotic_oxidative_phosphorylation_101(X))
& fn_multiprotein_complex_iii_5(fn_eukaryotic_oxidative_phosphorylation_101(X)) = fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_oxidation_10(fn_eukaryotic_oxidative_phosphorylation_442(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_441(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_441(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_441(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_442(X)) = fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_441(X))
& fn_reduction_1(fn_eukaryotic_oxidative_phosphorylation_441(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_442(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_441(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_442(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_442(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_441(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_441(X)) = fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_441(X))
& fn_reduction_3(fn_eukaryotic_oxidative_phosphorylation_441(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_156(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_156(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_156(X)) = fn_multiprotein_complex_iii_1(fn_eukaryotic_oxidative_phosphorylation_101(X))
& fn_multiprotein_complex_iii_1(fn_eukaryotic_oxidative_phosphorylation_101(X)) = fn_multiprotein_complex_iii_1(fn_eukaryotic_oxidative_phosphorylation_101(X))
& fn_multiprotein_complex_iii_1(fn_eukaryotic_oxidative_phosphorylation_101(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_413(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_155(X)) = fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_413(X))
& fn_oxidation_7(fn_eukaryotic_oxidative_phosphorylation_413(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_155(X)) = fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_redox_reaction_16(fn_eukaryotic_oxidative_phosphorylation_155(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_155(X)) = fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_155(X))
& fn_redox_reaction_12(fn_eukaryotic_oxidative_phosphorylation_155(X)) = fn_multiprotein_complex_iii_2(fn_eukaryotic_oxidative_phosphorylation_101(X))
& fn_multiprotein_complex_iii_2(fn_eukaryotic_oxidative_phosphorylation_101(X)) = fn_multiprotein_complex_iii_2(fn_eukaryotic_oxidative_phosphorylation_101(X))
& fn_chemiosmosis_5(fn_eukaryotic_oxidative_phosphorylation_325(X)) = fn_chemiosmosis_5(fn_eukaryotic_oxidative_phosphorylation_325(X)) ) ) ).
fof(a529427,axiom,
! [X] :
( eukaryotic_pyruvate_oxidation_1(X)
=> ( original_name_2(X,'Eukaryotic-Pyruvate-Oxidation')
& user_description_2(X,'The oxidative conversion of pyruvate into acetyl-CoA which occurs inside Mitochondrion of a eukaryotic cell is referred to as the eukaryotic pyruvate oxidation. It is catalyzed by the pyruvate dehydrogenase complex.')
& concept2words_2(X,convert)
& concept2words_2(X,'eukaryotic pyruvate oxidation')
& concept2words_2(X,'eukaryotic-pyruvate-oxidation')
& pyruvate_oxidation_1(X)
& time_interval_1(fn_eukaryotic_pyruvate_oxidation_1(X))
& time_interval_1(fn_eukaryotic_pyruvate_oxidation_2(X))
& time_interval_1(fn_eukaryotic_pyruvate_oxidation_3(X))
& time_interval_1(fn_eukaryotic_pyruvate_oxidation_4(X))
& time_interval_1(fn_eukaryotic_pyruvate_oxidation_5(X))
& spatial_entity_1(fn_eukaryotic_pyruvate_oxidation_6(X))
& spatial_entity_1(fn_eukaryotic_pyruvate_oxidation_7(X))
& eukaryote_1(fn_eukaryotic_pyruvate_oxidation_8(X))
& tangible_entity_1(fn_eukaryotic_pyruvate_oxidation_9(X))
& chemical_entity_1(fn_eukaryotic_pyruvate_oxidation_9(X))
& electron_1(fn_eukaryotic_pyruvate_oxidation_9(X))
& share_1(fn_eukaryotic_pyruvate_oxidation_10(X))
& chemical_entity_1(fn_eukaryotic_pyruvate_oxidation_13(X))
& molecule_1(fn_eukaryotic_pyruvate_oxidation_13(X))
& organic_molecule_1(fn_eukaryotic_pyruvate_oxidation_13(X))
& electron_1(fn_eukaryotic_pyruvate_oxidation_14(X))
& nadh_1(fn_eukaryotic_pyruvate_oxidation_15(X))
& nadh_1(fn_eukaryotic_pyruvate_oxidation_16(X))
& chemical_bond_1(fn_eukaryotic_pyruvate_oxidation_17(X))
& covalent_bond_1(fn_eukaryotic_pyruvate_oxidation_17(X))
& kinetic_energy_1(fn_eukaryotic_pyruvate_oxidation_18(X))
& kinetic_energy_1(fn_eukaryotic_pyruvate_oxidation_19(X))
& chemical_bond_1(fn_eukaryotic_pyruvate_oxidation_20(X))
& covalent_bond_1(fn_eukaryotic_pyruvate_oxidation_20(X))
& constant_motion_1(fn_eukaryotic_pyruvate_oxidation_21(X))
& constant_motion_1(fn_eukaryotic_pyruvate_oxidation_22(X))
& carbon_skeleton_1(fn_eukaryotic_pyruvate_oxidation_23(X))
& carbon_skeleton_1(fn_eukaryotic_pyruvate_oxidation_24(X))
& coenzyme_1(fn_eukaryotic_pyruvate_oxidation_25(X))
& electron_carrier_1(fn_eukaryotic_pyruvate_oxidation_26(X))
& electron_carrier_1(fn_eukaryotic_pyruvate_oxidation_27(X))
& coenzyme_1(fn_eukaryotic_pyruvate_oxidation_28(X))
& entity_1(fn_eukaryotic_pyruvate_oxidation_29(X))
& chemical_entity_1(fn_eukaryotic_pyruvate_oxidation_29(X))
& atom_1(fn_eukaryotic_pyruvate_oxidation_29(X))
& carbon_1(fn_eukaryotic_pyruvate_oxidation_29(X))
& entity_1(fn_eukaryotic_pyruvate_oxidation_30(X))
& chemical_entity_1(fn_eukaryotic_pyruvate_oxidation_30(X))
& atom_1(fn_eukaryotic_pyruvate_oxidation_30(X))
& carbon_1(fn_eukaryotic_pyruvate_oxidation_30(X))
& share_1(fn_eukaryotic_pyruvate_oxidation_31(X))
& share_1(fn_eukaryotic_pyruvate_oxidation_32(X))
& share_1(fn_eukaryotic_pyruvate_oxidation_33(X))
& transfer_1(fn_eukaryotic_pyruvate_oxidation_34(X))
& oxygen_1(fn_eukaryotic_pyruvate_oxidation_35(X))
& entity_1(fn_eukaryotic_pyruvate_oxidation_35(X))
& atom_1(fn_eukaryotic_pyruvate_oxidation_35(X))
& chemical_entity_1(fn_eukaryotic_pyruvate_oxidation_35(X))
& atom_1(fn_eukaryotic_pyruvate_oxidation_36(X))
& phosphate_group_1(fn_eukaryotic_pyruvate_oxidation_37(X))
& electronegative_element_1(fn_eukaryotic_pyruvate_oxidation_38(X))
& speed_value_1(fn_eukaryotic_pyruvate_oxidation_39(X))
& quantity_value_1(fn_eukaryotic_pyruvate_oxidation_40(X))
& speed_value_1(fn_eukaryotic_pyruvate_oxidation_41(X))
& quantity_value_1(fn_eukaryotic_pyruvate_oxidation_42(X))
& hold_together_1(fn_eukaryotic_pyruvate_oxidation_43(X))
& hold_together_1(fn_eukaryotic_pyruvate_oxidation_44(X))
& hold_together_1(fn_eukaryotic_pyruvate_oxidation_45(X))
& hold_together_1(fn_eukaryotic_pyruvate_oxidation_46(X))
& share_1(fn_eukaryotic_pyruvate_oxidation_47(X))
& share_1(fn_eukaryotic_pyruvate_oxidation_48(X))
& single_bond_1(fn_eukaryotic_pyruvate_oxidation_49(X))
& covalent_bond_1(fn_eukaryotic_pyruvate_oxidation_49(X))
& double_bond_1(fn_eukaryotic_pyruvate_oxidation_50(X))
& waste_product_1(fn_eukaryotic_pyruvate_oxidation_52(X))
& multienzyme_complex_1(fn_eukaryotic_pyruvate_oxidation_53(X))
& chemical_entity_1(fn_eukaryotic_pyruvate_oxidation_54(X))
& organic_molecule_1(fn_eukaryotic_pyruvate_oxidation_54(X))
& nad_plus_1(fn_eukaryotic_pyruvate_oxidation_54(X))
& hold_together_1(fn_eukaryotic_pyruvate_oxidation_55(X))
& hold_together_1(fn_eukaryotic_pyruvate_oxidation_56(X))
& share_1(fn_eukaryotic_pyruvate_oxidation_57(X))
& share_1(fn_eukaryotic_pyruvate_oxidation_58(X))
& single_bond_1(fn_eukaryotic_pyruvate_oxidation_59(X))
& double_bond_1(fn_eukaryotic_pyruvate_oxidation_60(X))
& chemical_entity_1(fn_eukaryotic_pyruvate_oxidation_61(X))
& molecule_1(fn_eukaryotic_pyruvate_oxidation_61(X))
& organic_molecule_1(fn_eukaryotic_pyruvate_oxidation_61(X))
& nadh_1(fn_eukaryotic_pyruvate_oxidation_61(X))
& entity_1(fn_eukaryotic_pyruvate_oxidation_62(X))
& atom_1(fn_eukaryotic_pyruvate_oxidation_62(X))
& chemical_entity_1(fn_eukaryotic_pyruvate_oxidation_62(X))
& oxygen_1(fn_eukaryotic_pyruvate_oxidation_62(X))
& entity_1(fn_eukaryotic_pyruvate_oxidation_63(X))
& chemical_entity_1(fn_eukaryotic_pyruvate_oxidation_63(X))
& atom_1(fn_eukaryotic_pyruvate_oxidation_63(X))
& hydrogen_1(fn_eukaryotic_pyruvate_oxidation_63(X))
& functional_group_1(fn_eukaryotic_pyruvate_oxidation_64(X))
& carboxyl_group_1(fn_eukaryotic_pyruvate_oxidation_64(X))
& structural_complexity_value_1(fn_eukaryotic_pyruvate_oxidation_65(X))
& acetate_1(fn_eukaryotic_pyruvate_oxidation_66(X))
& chemical_entity_1(fn_eukaryotic_pyruvate_oxidation_66(X))
& decarboxylation_1(fn_eukaryotic_pyruvate_oxidation_67(X))
& redox_reaction_1(fn_eukaryotic_pyruvate_oxidation_68(X))
& chemical_reaction_1(fn_eukaryotic_pyruvate_oxidation_68(X))
& chemical_reaction_1(fn_eukaryotic_pyruvate_oxidation_69(X))
& tangible_entity_1(fn_eukaryotic_pyruvate_oxidation_70(X))
& free_energy_1(fn_eukaryotic_pyruvate_oxidation_70(X))
& active_transport_1(fn_eukaryotic_pyruvate_oxidation_71(X))
& enter_1(fn_eukaryotic_pyruvate_oxidation_72(X))
& mitochondrion_1(fn_eukaryotic_pyruvate_oxidation_73(X))
& chemical_entity_1(fn_eukaryotic_pyruvate_oxidation_74(X))
& organic_molecule_1(fn_eukaryotic_pyruvate_oxidation_74(X))
& molecule_1(fn_eukaryotic_pyruvate_oxidation_74(X))
& acetyl_coa_1(fn_eukaryotic_pyruvate_oxidation_74(X))
& spatial_entity_1(fn_eukaryotic_pyruvate_oxidation_75(X))
& organic_molecule_1(fn_eukaryotic_pyruvate_oxidation_75(X))
& chemical_entity_1(fn_eukaryotic_pyruvate_oxidation_75(X))
& pyruvate_1(fn_eukaryotic_pyruvate_oxidation_75(X))
& eukaryotic_cell_1(fn_eukaryotic_pyruvate_oxidation_76(X))
& oxygen_1(fn_eukaryotic_pyruvate_oxidation_77(X))
& carbon_1(fn_eukaryotic_pyruvate_oxidation_78(X))
& entity_1(fn_eukaryotic_pyruvate_oxidation_78(X))
& chemical_entity_1(fn_eukaryotic_pyruvate_oxidation_78(X))
& atom_1(fn_eukaryotic_pyruvate_oxidation_78(X))
& carbon_dioxide_1(fn_eukaryotic_pyruvate_oxidation_79(X))
& chemical_energy_1(fn_eukaryotic_pyruvate_oxidation_80(X))
& reactant_1(fn_eukaryotic_pyruvate_oxidation_81(X))
& double_bond_1(fn_eukaryotic_pyruvate_oxidation_82(X))
& covalent_bond_1(fn_eukaryotic_pyruvate_oxidation_82(X))
& single_bond_1(fn_eukaryotic_pyruvate_oxidation_83(X))
& covalent_bond_1(fn_eukaryotic_pyruvate_oxidation_83(X))
& share_1(fn_eukaryotic_pyruvate_oxidation_84(X))
& share_1(fn_eukaryotic_pyruvate_oxidation_85(X))
& hold_together_1(fn_eukaryotic_pyruvate_oxidation_86(X))
& hold_together_1(fn_eukaryotic_pyruvate_oxidation_87(X))
& share_1(fn_eukaryotic_pyruvate_oxidation_88(X))
& share_1(fn_eukaryotic_pyruvate_oxidation_89(X))
& share_1(fn_eukaryotic_pyruvate_oxidation_90(X))
& oxidizing_agent_1(fn_eukaryotic_pyruvate_oxidation_91(X))
& atom_1(fn_eukaryotic_pyruvate_oxidation_92(X))
& electronegativity_value_1(fn_eukaryotic_pyruvate_oxidation_93(X))
& electronegativity_value_1(fn_eukaryotic_pyruvate_oxidation_94(X))
& atom_1(fn_eukaryotic_pyruvate_oxidation_95(X))
& electron_recipient_1(fn_eukaryotic_pyruvate_oxidation_96(X))
& tangible_entity_1(fn_eukaryotic_pyruvate_oxidation_97(X))
& chemical_entity_1(fn_eukaryotic_pyruvate_oxidation_97(X))
& electron_1(fn_eukaryotic_pyruvate_oxidation_97(X))
& reduction_1(fn_eukaryotic_pyruvate_oxidation_98(X))
& oxidation_1(fn_eukaryotic_pyruvate_oxidation_99(X))
& electron_1(fn_eukaryotic_pyruvate_oxidation_100(X))
& tangible_entity_1(fn_move_into_1(fn_eukaryotic_pyruvate_oxidation_72(X)))
& move_1(fn_active_transport_22(fn_eukaryotic_pyruvate_oxidation_71(X)))
& move_through_1(fn_active_transport_22(fn_eukaryotic_pyruvate_oxidation_71(X)))
& hold_together_1(fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_50(X)))
& share_1(fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_49(X)))
& carbon_skeleton_1(fn_nad_plus_7(fn_eukaryotic_pyruvate_oxidation_54(X)))
& share_1(fn_nad_plus_18(fn_eukaryotic_pyruvate_oxidation_54(X)))
& kinetic_energy_1(fn_nad_plus_5(fn_eukaryotic_pyruvate_oxidation_54(X)))
& constant_motion_1(fn_nad_plus_6(fn_eukaryotic_pyruvate_oxidation_54(X)))
& coenzyme_1(fn_nad_plus_10(fn_eukaryotic_pyruvate_oxidation_54(X)))
& property_node_1(fn_nad_plus_3(fn_eukaryotic_pyruvate_oxidation_54(X)))
& speed_value_1(fn_nad_plus_8(fn_eukaryotic_pyruvate_oxidation_54(X)))
& nadh_1(fn_nad_plus_1(fn_eukaryotic_pyruvate_oxidation_54(X)))
& property_node_1(fn_nad_plus_4(fn_eukaryotic_pyruvate_oxidation_54(X)))
& quantity_value_1(fn_nad_plus_9(fn_eukaryotic_pyruvate_oxidation_54(X)))
& transfer_1(fn_nad_plus_2(fn_eukaryotic_pyruvate_oxidation_54(X)))
& electron_carrier_1(fn_nad_plus_11(fn_eukaryotic_pyruvate_oxidation_54(X)))
& phosphate_group_1(fn_nad_plus_14(fn_eukaryotic_pyruvate_oxidation_54(X)))
& electronegative_element_1(fn_nad_plus_15(fn_eukaryotic_pyruvate_oxidation_54(X)))
& atom_1(fn_nad_plus_19(fn_eukaryotic_pyruvate_oxidation_54(X)))
& cell_1(fn_cellular_work_2(fn_eukaryotic_pyruvate_oxidation_71(X)))
& share_1(fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_82(X)))
& tangible_entity_1(fn_waste_1(fn_eukaryotic_pyruvate_oxidation_52(X)))
& carbon_dioxide_1(fn_decarboxylation_1(fn_eukaryotic_pyruvate_oxidation_67(X)))
& spatial_entity_1(fn_locomotion_1(fn_eukaryotic_pyruvate_oxidation_72(X)))
& chemical_entity_1(fn_decomposition_reaction_5(fn_eukaryotic_pyruvate_oxidation_67(X)))
& chemical_entity_1(fn_active_transport_19(fn_eukaryotic_pyruvate_oxidation_71(X)))
& atom_1(fn_redox_reaction_2(fn_eukaryotic_pyruvate_oxidation_68(X)))
& reduction_1(fn_redox_reaction_10(fn_eukaryotic_pyruvate_oxidation_68(X)))
& oxidation_1(fn_redox_reaction_11(fn_eukaryotic_pyruvate_oxidation_68(X)))
& property_node_1(fn_redox_reaction_15(fn_eukaryotic_pyruvate_oxidation_68(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_eukaryotic_pyruvate_oxidation_68(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_eukaryotic_pyruvate_oxidation_68(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_eukaryotic_pyruvate_oxidation_68(X)))
& electron_1(fn_redox_reaction_7(fn_eukaryotic_pyruvate_oxidation_68(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_eukaryotic_pyruvate_oxidation_67(X)))
& share_1(fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_20(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_eukaryotic_pyruvate_oxidation_68(X)))
& share_1(fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_17(X)))
& hold_together_1(fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_83(X)))
& share_1(fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_83(X)))
& share_1(fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_50(X)))
& hold_together_1(fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_82(X)))
& entity_1(fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_49(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_49(X)))
& atom_1(fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_49(X)))
& entity_1(fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_82(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_82(X)))
& atom_1(fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_82(X)))
& entity_1(fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_83(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_83(X)))
& atom_1(fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_83(X)))
& entity_1(fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_83(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_83(X)))
& atom_1(fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_83(X)))
& entity_1(fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_50(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_50(X)))
& atom_1(fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_50(X)))
& entity_1(fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_50(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_50(X)))
& atom_1(fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_50(X)))
& entity_1(fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_82(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_82(X)))
& atom_1(fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_82(X)))
& entity_1(fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_49(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_49(X)))
& atom_1(fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_49(X)))
& hold_together_1(fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_49(X)))
& entity_1(fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_17(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_17(X)))
& atom_1(fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_17(X)))
& entity_1(fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_17(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_17(X)))
& atom_1(fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_17(X)))
& carbon_1(fn_organic_molecule_1(fn_eukaryotic_pyruvate_oxidation_54(X)))
& entity_1(fn_nad_plus_20(fn_eukaryotic_pyruvate_oxidation_54(X)))
& chemical_entity_1(fn_nad_plus_20(fn_eukaryotic_pyruvate_oxidation_54(X)))
& atom_1(fn_nad_plus_20(fn_eukaryotic_pyruvate_oxidation_54(X)))
& carbon_1(fn_nad_plus_20(fn_eukaryotic_pyruvate_oxidation_54(X)))
& chemical_bond_1(fn_nad_plus_17(fn_eukaryotic_pyruvate_oxidation_54(X)))
& covalent_bond_1(fn_nad_plus_17(fn_eukaryotic_pyruvate_oxidation_54(X)))
& chemical_entity_1(fn_electron_carrier_1(fn_eukaryotic_pyruvate_oxidation_26(X)))
& organic_molecule_1(fn_coenzyme_1(fn_eukaryotic_pyruvate_oxidation_28(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_eukaryotic_pyruvate_oxidation_68(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_eukaryotic_pyruvate_oxidation_68(X)))
& entity_1(fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_20(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_20(X)))
& atom_1(fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_20(X)))
& entity_1(fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_20(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_20(X)))
& atom_1(fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_20(X)))
& oxygen_1(fn_nad_plus_16(fn_eukaryotic_pyruvate_oxidation_54(X)))
& entity_1(fn_nad_plus_16(fn_eukaryotic_pyruvate_oxidation_54(X)))
& atom_1(fn_nad_plus_16(fn_eukaryotic_pyruvate_oxidation_54(X)))
& chemical_entity_1(fn_nad_plus_16(fn_eukaryotic_pyruvate_oxidation_54(X)))
& result_2(fn_eukaryotic_pyruvate_oxidation_31(X),fn_eukaryotic_pyruvate_oxidation_54(X))
& result_2(fn_eukaryotic_pyruvate_oxidation_33(X),fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_45(X) != fn_eukaryotic_pyruvate_oxidation_46(X)
& fn_eukaryotic_pyruvate_oxidation_46(X) != fn_eukaryotic_pyruvate_oxidation_45(X)
& called_2(fn_eukaryotic_pyruvate_oxidation_49(X),'C-O')
& has_function_2(fn_eukaryotic_pyruvate_oxidation_50(X),fn_eukaryotic_pyruvate_oxidation_45(X))
& in_event_2(fn_eukaryotic_pyruvate_oxidation_52(X),X)
& fn_eukaryotic_pyruvate_oxidation_55(X) != fn_eukaryotic_pyruvate_oxidation_56(X)
& fn_eukaryotic_pyruvate_oxidation_56(X) != fn_eukaryotic_pyruvate_oxidation_55(X)
& fn_eukaryotic_pyruvate_oxidation_57(X) != fn_eukaryotic_pyruvate_oxidation_58(X)
& fn_eukaryotic_pyruvate_oxidation_58(X) != fn_eukaryotic_pyruvate_oxidation_57(X)
& called_2(fn_eukaryotic_pyruvate_oxidation_59(X),'C-O')
& time_before_2(fn_eukaryotic_pyruvate_oxidation_1(X),fn_eukaryotic_pyruvate_oxidation_5(X))
& time_before_2(fn_eukaryotic_pyruvate_oxidation_2(X),fn_eukaryotic_pyruvate_oxidation_4(X))
& time_before_2(fn_eukaryotic_pyruvate_oxidation_3(X),fn_eukaryotic_pyruvate_oxidation_2(X))
& time_during_2(fn_eukaryotic_pyruvate_oxidation_67(X),fn_eukaryotic_pyruvate_oxidation_3(X))
& next_event_2(fn_eukaryotic_pyruvate_oxidation_67(X),fn_eukaryotic_pyruvate_oxidation_68(X))
& time_during_2(fn_eukaryotic_pyruvate_oxidation_68(X),fn_eukaryotic_pyruvate_oxidation_2(X))
& time_during_2(fn_eukaryotic_pyruvate_oxidation_69(X),fn_eukaryotic_pyruvate_oxidation_4(X))
& by_means_of_2(fn_eukaryotic_pyruvate_oxidation_72(X),fn_eukaryotic_pyruvate_oxidation_71(X))
& destination_2(fn_eukaryotic_pyruvate_oxidation_72(X),fn_eukaryotic_pyruvate_oxidation_7(X))
& origin_2(fn_eukaryotic_pyruvate_oxidation_72(X),fn_eukaryotic_pyruvate_oxidation_6(X))
& is_outside_2(fn_eukaryotic_pyruvate_oxidation_6(X),fn_eukaryotic_pyruvate_oxidation_73(X))
& is_inside_2(fn_eukaryotic_pyruvate_oxidation_7(X),fn_eukaryotic_pyruvate_oxidation_73(X))
& site_2(X,fn_eukaryotic_pyruvate_oxidation_73(X))
& experiencer_2(X,fn_eukaryotic_pyruvate_oxidation_8(X))
& first_subevent_2(X,fn_eukaryotic_pyruvate_oxidation_67(X))
& subevent_2(X,fn_eukaryotic_pyruvate_oxidation_67(X))
& time_during_2(X,fn_eukaryotic_pyruvate_oxidation_1(X))
& has_part_2(fn_eukaryotic_pyruvate_oxidation_76(X),fn_eukaryotic_pyruvate_oxidation_73(X))
& possesses_2(fn_eukaryotic_pyruvate_oxidation_79(X),fn_eukaryotic_pyruvate_oxidation_80(X))
& fn_eukaryotic_pyruvate_oxidation_84(X) != fn_eukaryotic_pyruvate_oxidation_85(X)
& fn_eukaryotic_pyruvate_oxidation_85(X) != fn_eukaryotic_pyruvate_oxidation_84(X)
& agent_2(fn_eukaryotic_pyruvate_oxidation_72(X),fn_eukaryotic_pyruvate_oxidation_75(X))
& base_2(fn_eukaryotic_pyruvate_oxidation_72(X),fn_eukaryotic_pyruvate_oxidation_73(X))
& plays_2(fn_eukaryotic_pyruvate_oxidation_54(X),fn_eukaryotic_pyruvate_oxidation_26(X))
& raw_material_2(fn_eukaryotic_pyruvate_oxidation_67(X),fn_eukaryotic_pyruvate_oxidation_75(X))
& object_2(fn_eukaryotic_pyruvate_oxidation_86(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& plays_2(fn_eukaryotic_pyruvate_oxidation_54(X),fn_eukaryotic_pyruvate_oxidation_28(X))
& plays_2(fn_eukaryotic_pyruvate_oxidation_70(X),fn_eukaryotic_pyruvate_oxidation_52(X))
& result_2(fn_eukaryotic_pyruvate_oxidation_67(X),fn_eukaryotic_pyruvate_oxidation_13(X))
& object_2(fn_eukaryotic_pyruvate_oxidation_71(X),fn_eukaryotic_pyruvate_oxidation_75(X))
& object_2(fn_eukaryotic_pyruvate_oxidation_72(X),fn_eukaryotic_pyruvate_oxidation_75(X))
& base_2(fn_eukaryotic_pyruvate_oxidation_71(X),fn_eukaryotic_pyruvate_oxidation_76(X))
& base_2(X,fn_eukaryotic_pyruvate_oxidation_76(X))
& result_2(fn_eukaryotic_pyruvate_oxidation_67(X),fn_eukaryotic_pyruvate_oxidation_79(X))
& agent_2(fn_eukaryotic_pyruvate_oxidation_84(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& fn_eukaryotic_pyruvate_oxidation_100(X) != fn_eukaryotic_pyruvate_oxidation_61(X)
& fn_eukaryotic_pyruvate_oxidation_61(X) != fn_eukaryotic_pyruvate_oxidation_9(X)
& fn_eukaryotic_pyruvate_oxidation_9(X) != fn_eukaryotic_pyruvate_oxidation_61(X)
& fn_eukaryotic_pyruvate_oxidation_61(X) != fn_eukaryotic_pyruvate_oxidation_100(X)
& result_2(fn_eukaryotic_pyruvate_oxidation_32(X),fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_54(X) != fn_eukaryotic_pyruvate_oxidation_97(X)
& fn_eukaryotic_pyruvate_oxidation_13(X) != fn_eukaryotic_pyruvate_oxidation_97(X)
& fn_eukaryotic_pyruvate_oxidation_97(X) != fn_eukaryotic_pyruvate_oxidation_13(X)
& fn_eukaryotic_pyruvate_oxidation_97(X) != fn_eukaryotic_pyruvate_oxidation_54(X)
& has_state_2(fn_eukaryotic_pyruvate_oxidation_54(X),fn_eukaryotic_pyruvate_oxidation_16(X))
& possesses_2(fn_eukaryotic_pyruvate_oxidation_54(X),fn_eukaryotic_pyruvate_oxidation_17(X))
& has_part_2(fn_eukaryotic_pyruvate_oxidation_54(X),fn_eukaryotic_pyruvate_oxidation_29(X))
& has_function_2(fn_eukaryotic_pyruvate_oxidation_49(X),fn_eukaryotic_pyruvate_oxidation_46(X))
& raw_material_2(fn_eukaryotic_pyruvate_oxidation_69(X),fn_eukaryotic_pyruvate_oxidation_66(X))
& is_between_2(fn_eukaryotic_pyruvate_oxidation_20(X),fn_eukaryotic_pyruvate_oxidation_30(X))
& has_part_2(fn_eukaryotic_pyruvate_oxidation_75(X),fn_eukaryotic_pyruvate_oxidation_62(X))
& has_part_2(fn_eukaryotic_pyruvate_oxidation_75(X),fn_eukaryotic_pyruvate_oxidation_63(X))
& result_2(fn_eukaryotic_pyruvate_oxidation_84(X),fn_eukaryotic_pyruvate_oxidation_82(X))
& result_2(fn_eukaryotic_pyruvate_oxidation_10(X),fn_eukaryotic_pyruvate_oxidation_54(X))
& subevent_2(X,fn_eukaryotic_pyruvate_oxidation_69(X))
& result_2(X,fn_eukaryotic_pyruvate_oxidation_79(X))
& is_between_2(fn_eukaryotic_pyruvate_oxidation_49(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& result_2(fn_eukaryotic_pyruvate_oxidation_47(X),fn_eukaryotic_pyruvate_oxidation_49(X))
& fn_eukaryotic_pyruvate_oxidation_47(X) != fn_eukaryotic_pyruvate_oxidation_48(X)
& fn_eukaryotic_pyruvate_oxidation_48(X) != fn_eukaryotic_pyruvate_oxidation_47(X)
& subevent_2(X,fn_eukaryotic_pyruvate_oxidation_68(X))
& subevent_2(fn_eukaryotic_pyruvate_oxidation_68(X),fn_eukaryotic_pyruvate_oxidation_98(X))
& donor_2(fn_eukaryotic_pyruvate_oxidation_98(X),fn_eukaryotic_pyruvate_oxidation_13(X))
& has_region_2(fn_eukaryotic_pyruvate_oxidation_75(X),fn_eukaryotic_pyruvate_oxidation_64(X))
& raw_material_2(X,fn_eukaryotic_pyruvate_oxidation_75(X))
& result_2(X,fn_eukaryotic_pyruvate_oxidation_61(X))
& result_2(fn_eukaryotic_pyruvate_oxidation_68(X),fn_eukaryotic_pyruvate_oxidation_61(X))
& next_event_2(fn_eukaryotic_pyruvate_oxidation_68(X),fn_eukaryotic_pyruvate_oxidation_69(X))
& is_inside_2(fn_eukaryotic_pyruvate_oxidation_63(X),fn_eukaryotic_pyruvate_oxidation_64(X))
& is_inside_2(fn_eukaryotic_pyruvate_oxidation_77(X),fn_eukaryotic_pyruvate_oxidation_64(X))
& has_part_2(fn_eukaryotic_pyruvate_oxidation_75(X),fn_eukaryotic_pyruvate_oxidation_77(X))
& is_inside_2(fn_eukaryotic_pyruvate_oxidation_70(X),fn_eukaryotic_pyruvate_oxidation_75(X))
& result_2(X,fn_eukaryotic_pyruvate_oxidation_70(X))
& is_between_2(fn_eukaryotic_pyruvate_oxidation_82(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& agent_2(fn_eukaryotic_pyruvate_oxidation_87(X),fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_eukaryotic_pyruvate_oxidation_86(X) != fn_eukaryotic_pyruvate_oxidation_87(X)
& agent_2(fn_eukaryotic_pyruvate_oxidation_86(X),fn_eukaryotic_pyruvate_oxidation_83(X))
& called_2(fn_eukaryotic_pyruvate_oxidation_83(X),'C-O')
& fn_eukaryotic_pyruvate_oxidation_87(X) != fn_eukaryotic_pyruvate_oxidation_86(X)
& is_inside_2(fn_eukaryotic_pyruvate_oxidation_62(X),fn_eukaryotic_pyruvate_oxidation_64(X))
& fn_eukaryotic_pyruvate_oxidation_63(X) != fn_eukaryotic_pyruvate_oxidation_62(X)
& fn_eukaryotic_pyruvate_oxidation_77(X) != fn_eukaryotic_pyruvate_oxidation_63(X)
& fn_eukaryotic_pyruvate_oxidation_63(X) != fn_eukaryotic_pyruvate_oxidation_77(X)
& fn_eukaryotic_pyruvate_oxidation_62(X) != fn_eukaryotic_pyruvate_oxidation_63(X)
& agent_2(fn_eukaryotic_pyruvate_oxidation_89(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& fn_eukaryotic_pyruvate_oxidation_89(X) != fn_eukaryotic_pyruvate_oxidation_88(X)
& agent_2(fn_eukaryotic_pyruvate_oxidation_88(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& is_inside_2(fn_eukaryotic_pyruvate_oxidation_78(X),fn_eukaryotic_pyruvate_oxidation_64(X))
& has_state_2(fn_eukaryotic_pyruvate_oxidation_64(X),fn_eukaryotic_pyruvate_oxidation_79(X))
& fn_eukaryotic_pyruvate_oxidation_88(X) != fn_eukaryotic_pyruvate_oxidation_89(X)
& object_2(fn_eukaryotic_pyruvate_oxidation_43(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& fn_eukaryotic_pyruvate_oxidation_43(X) != fn_eukaryotic_pyruvate_oxidation_44(X)
& object_2(fn_eukaryotic_pyruvate_oxidation_44(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& fn_eukaryotic_pyruvate_oxidation_78(X) != fn_eukaryotic_pyruvate_oxidation_77(X)
& fn_eukaryotic_pyruvate_oxidation_77(X) != fn_eukaryotic_pyruvate_oxidation_62(X)
& fn_eukaryotic_pyruvate_oxidation_44(X) != fn_eukaryotic_pyruvate_oxidation_43(X)
& fn_eukaryotic_pyruvate_oxidation_77(X) != fn_eukaryotic_pyruvate_oxidation_78(X)
& fn_eukaryotic_pyruvate_oxidation_62(X) != fn_eukaryotic_pyruvate_oxidation_77(X)
& in_event_2(fn_eukaryotic_pyruvate_oxidation_81(X),X)
& plays_2(fn_eukaryotic_pyruvate_oxidation_75(X),fn_eukaryotic_pyruvate_oxidation_81(X))
& has_part_2(fn_eukaryotic_pyruvate_oxidation_75(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& fn_eukaryotic_pyruvate_oxidation_62(X) != fn_eukaryotic_pyruvate_oxidation_78(X)
& fn_eukaryotic_pyruvate_oxidation_78(X) != fn_eukaryotic_pyruvate_oxidation_62(X)
& possesses_2(fn_eukaryotic_pyruvate_oxidation_61(X),fn_eukaryotic_pyruvate_oxidation_80(X))
& possesses_2(fn_eukaryotic_pyruvate_oxidation_74(X),fn_eukaryotic_pyruvate_oxidation_80(X))
& result_2(fn_eukaryotic_pyruvate_oxidation_69(X),fn_eukaryotic_pyruvate_oxidation_74(X))
& fn_eukaryotic_pyruvate_oxidation_66(X) != fn_eukaryotic_pyruvate_oxidation_74(X)
& fn_eukaryotic_pyruvate_oxidation_74(X) != fn_eukaryotic_pyruvate_oxidation_66(X)
& electronegativity_2(fn_eukaryotic_pyruvate_oxidation_92(X),fn_eukaryotic_pyruvate_oxidation_93(X))
& has_atom_2(fn_eukaryotic_pyruvate_oxidation_54(X),fn_eukaryotic_pyruvate_oxidation_92(X))
& plays_2(fn_eukaryotic_pyruvate_oxidation_54(X),fn_eukaryotic_pyruvate_oxidation_91(X))
& in_event_2(fn_eukaryotic_pyruvate_oxidation_91(X),fn_eukaryotic_pyruvate_oxidation_99(X))
& subevent_2(fn_eukaryotic_pyruvate_oxidation_68(X),fn_eukaryotic_pyruvate_oxidation_99(X))
& directly_proportional_2(fn_eukaryotic_pyruvate_oxidation_39(X),fn_eukaryotic_pyruvate_oxidation_40(X))
& speed_2(fn_eukaryotic_pyruvate_oxidation_22(X),fn_eukaryotic_pyruvate_oxidation_39(X))
& object_2(fn_eukaryotic_pyruvate_oxidation_22(X),fn_eukaryotic_pyruvate_oxidation_54(X))
& plays_2(fn_eukaryotic_pyruvate_oxidation_54(X),fn_eukaryotic_pyruvate_oxidation_96(X))
& in_event_2(fn_eukaryotic_pyruvate_oxidation_96(X),fn_eukaryotic_pyruvate_oxidation_98(X))
& object_2(fn_eukaryotic_pyruvate_oxidation_99(X),fn_eukaryotic_pyruvate_oxidation_97(X))
& object_2(fn_eukaryotic_pyruvate_oxidation_98(X),fn_eukaryotic_pyruvate_oxidation_97(X))
& recipient_2(fn_eukaryotic_pyruvate_oxidation_98(X),fn_eukaryotic_pyruvate_oxidation_54(X))
& possesses_2(fn_eukaryotic_pyruvate_oxidation_54(X),fn_eukaryotic_pyruvate_oxidation_19(X))
& quantity_2(fn_eukaryotic_pyruvate_oxidation_19(X),fn_eukaryotic_pyruvate_oxidation_40(X))
& has_state_2(fn_eukaryotic_pyruvate_oxidation_16(X),fn_eukaryotic_pyruvate_oxidation_54(X))
& has_oxidized_form_2(fn_eukaryotic_pyruvate_oxidation_16(X),fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_54(X) != fn_eukaryotic_pyruvate_oxidation_61(X)
& fn_eukaryotic_pyruvate_oxidation_54(X) != fn_eukaryotic_pyruvate_oxidation_16(X)
& fn_eukaryotic_pyruvate_oxidation_16(X) != fn_eukaryotic_pyruvate_oxidation_54(X)
& has_reduced_form_2(fn_eukaryotic_pyruvate_oxidation_54(X),fn_eukaryotic_pyruvate_oxidation_16(X))
& fn_eukaryotic_pyruvate_oxidation_61(X) != fn_eukaryotic_pyruvate_oxidation_54(X)
& recipient_2(fn_eukaryotic_pyruvate_oxidation_99(X),fn_eukaryotic_pyruvate_oxidation_54(X))
& donor_2(fn_eukaryotic_pyruvate_oxidation_99(X),fn_eukaryotic_pyruvate_oxidation_13(X))
& raw_material_2(fn_eukaryotic_pyruvate_oxidation_68(X),fn_eukaryotic_pyruvate_oxidation_13(X))
& raw_material_2(fn_eukaryotic_pyruvate_oxidation_68(X),fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_54(X) != fn_eukaryotic_pyruvate_oxidation_14(X)
& fn_eukaryotic_pyruvate_oxidation_14(X) != fn_eukaryotic_pyruvate_oxidation_54(X)
& has_atom_2(fn_eukaryotic_pyruvate_oxidation_13(X),fn_eukaryotic_pyruvate_oxidation_95(X))
& electronegativity_2(fn_eukaryotic_pyruvate_oxidation_95(X),fn_eukaryotic_pyruvate_oxidation_94(X))
& greater_than_or_equal_to_2(fn_eukaryotic_pyruvate_oxidation_93(X),fn_eukaryotic_pyruvate_oxidation_94(X))
& greater_than_2(fn_eukaryotic_pyruvate_oxidation_93(X),fn_eukaryotic_pyruvate_oxidation_94(X))
& fn_eukaryotic_pyruvate_oxidation_100(X) != fn_eukaryotic_pyruvate_oxidation_54(X)
& fn_eukaryotic_pyruvate_oxidation_100(X) != fn_eukaryotic_pyruvate_oxidation_13(X)
& fn_eukaryotic_pyruvate_oxidation_13(X) != fn_eukaryotic_pyruvate_oxidation_54(X)
& has_region_2(fn_eukaryotic_pyruvate_oxidation_54(X),fn_eukaryotic_pyruvate_oxidation_24(X))
& is_inside_2(fn_eukaryotic_pyruvate_oxidation_30(X),fn_eukaryotic_pyruvate_oxidation_24(X))
& fn_eukaryotic_pyruvate_oxidation_54(X) != fn_eukaryotic_pyruvate_oxidation_100(X)
& fn_eukaryotic_pyruvate_oxidation_13(X) != fn_eukaryotic_pyruvate_oxidation_100(X)
& fn_eukaryotic_pyruvate_oxidation_54(X) != fn_eukaryotic_pyruvate_oxidation_13(X)
& fn_eukaryotic_pyruvate_oxidation_13(X) != fn_eukaryotic_pyruvate_oxidation_14(X)
& fn_eukaryotic_pyruvate_oxidation_14(X) != fn_eukaryotic_pyruvate_oxidation_13(X)
& fn_eukaryotic_pyruvate_oxidation_9(X) != fn_eukaryotic_pyruvate_oxidation_13(X)
& fn_eukaryotic_pyruvate_oxidation_54(X) != fn_eukaryotic_pyruvate_oxidation_9(X)
& fn_eukaryotic_pyruvate_oxidation_9(X) != fn_eukaryotic_pyruvate_oxidation_54(X)
& fn_eukaryotic_pyruvate_oxidation_13(X) != fn_eukaryotic_pyruvate_oxidation_9(X)
& result_2(X,fn_eukaryotic_pyruvate_oxidation_74(X))
& structural_complexity_2(fn_eukaryotic_pyruvate_oxidation_74(X),fn_eukaryotic_pyruvate_oxidation_65(X))
& structural_complexity_2(fn_eukaryotic_pyruvate_oxidation_61(X),fn_eukaryotic_pyruvate_oxidation_65(X))
& fn_eukaryotic_pyruvate_oxidation_14(X) != fn_eukaryotic_pyruvate_oxidation_61(X)
& fn_eukaryotic_pyruvate_oxidation_61(X) != fn_eukaryotic_pyruvate_oxidation_14(X)
& result_2(fn_eukaryotic_pyruvate_oxidation_31(X),fn_eukaryotic_pyruvate_oxidation_17(X))
& result_2(fn_eukaryotic_pyruvate_oxidation_10(X),fn_eukaryotic_pyruvate_oxidation_20(X))
& agent_2(fn_eukaryotic_pyruvate_oxidation_45(X),fn_eukaryotic_pyruvate_oxidation_50(X))
& result_2(fn_eukaryotic_pyruvate_oxidation_85(X),fn_eukaryotic_pyruvate_oxidation_83(X))
& has_reduced_form_2(fn_eukaryotic_pyruvate_oxidation_54(X),fn_eukaryotic_pyruvate_oxidation_15(X))
& has_oxidized_form_2(fn_eukaryotic_pyruvate_oxidation_15(X),fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_54(X) != fn_eukaryotic_pyruvate_oxidation_15(X)
& fn_eukaryotic_pyruvate_oxidation_15(X) != fn_eukaryotic_pyruvate_oxidation_54(X)
& has_state_2(fn_eukaryotic_pyruvate_oxidation_54(X),fn_eukaryotic_pyruvate_oxidation_15(X))
& has_region_2(fn_eukaryotic_pyruvate_oxidation_54(X),fn_eukaryotic_pyruvate_oxidation_23(X))
& is_inside_2(fn_eukaryotic_pyruvate_oxidation_29(X),fn_eukaryotic_pyruvate_oxidation_23(X))
& is_between_2(fn_eukaryotic_pyruvate_oxidation_17(X),fn_eukaryotic_pyruvate_oxidation_29(X))
& result_2(fn_eukaryotic_pyruvate_oxidation_90(X),fn_eukaryotic_pyruvate_oxidation_17(X))
& result_2(fn_eukaryotic_pyruvate_oxidation_90(X),fn_eukaryotic_pyruvate_oxidation_54(X))
& possesses_2(fn_eukaryotic_pyruvate_oxidation_54(X),fn_eukaryotic_pyruvate_oxidation_18(X))
& quantity_2(fn_eukaryotic_pyruvate_oxidation_18(X),fn_eukaryotic_pyruvate_oxidation_42(X))
& directly_proportional_2(fn_eukaryotic_pyruvate_oxidation_41(X),fn_eukaryotic_pyruvate_oxidation_42(X))
& speed_2(fn_eukaryotic_pyruvate_oxidation_21(X),fn_eukaryotic_pyruvate_oxidation_41(X))
& object_2(fn_eukaryotic_pyruvate_oxidation_21(X),fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_30(X) != fn_eukaryotic_pyruvate_oxidation_35(X)
& fn_eukaryotic_pyruvate_oxidation_35(X) != fn_eukaryotic_pyruvate_oxidation_30(X)
& has_part_2(fn_eukaryotic_pyruvate_oxidation_54(X),fn_eukaryotic_pyruvate_oxidation_30(X))
& possesses_2(fn_eukaryotic_pyruvate_oxidation_54(X),fn_eukaryotic_pyruvate_oxidation_20(X))
& is_between_2(fn_eukaryotic_pyruvate_oxidation_20(X),fn_eukaryotic_pyruvate_oxidation_35(X))
& has_state_2(fn_eukaryotic_pyruvate_oxidation_15(X),fn_eukaryotic_pyruvate_oxidation_54(X))
& has_function_2(fn_eukaryotic_pyruvate_oxidation_59(X),fn_eukaryotic_pyruvate_oxidation_56(X))
& result_2(fn_eukaryotic_pyruvate_oxidation_57(X),fn_eukaryotic_pyruvate_oxidation_59(X))
& agent_2(fn_eukaryotic_pyruvate_oxidation_57(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& object_2(fn_eukaryotic_pyruvate_oxidation_46(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& agent_2(fn_eukaryotic_pyruvate_oxidation_46(X),fn_eukaryotic_pyruvate_oxidation_49(X))
& agent_2(fn_eukaryotic_pyruvate_oxidation_55(X),fn_eukaryotic_pyruvate_oxidation_60(X))
& result_2(fn_eukaryotic_pyruvate_oxidation_58(X),fn_eukaryotic_pyruvate_oxidation_60(X))
& agent_2(fn_eukaryotic_pyruvate_oxidation_58(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& object_2(fn_eukaryotic_pyruvate_oxidation_87(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& has_function_2(fn_eukaryotic_pyruvate_oxidation_82(X),fn_eukaryotic_pyruvate_oxidation_87(X))
& object_2(fn_eukaryotic_pyruvate_oxidation_45(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& is_between_2(fn_eukaryotic_pyruvate_oxidation_60(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& has_function_2(fn_eukaryotic_pyruvate_oxidation_60(X),fn_eukaryotic_pyruvate_oxidation_55(X))
& object_2(fn_eukaryotic_pyruvate_oxidation_55(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& is_between_2(fn_eukaryotic_pyruvate_oxidation_50(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& agent_2(fn_eukaryotic_pyruvate_oxidation_85(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& result_2(fn_eukaryotic_pyruvate_oxidation_48(X),fn_eukaryotic_pyruvate_oxidation_50(X))
& agent_2(fn_eukaryotic_pyruvate_oxidation_47(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& is_between_2(fn_eukaryotic_pyruvate_oxidation_59(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& agent_2(fn_eukaryotic_pyruvate_oxidation_56(X),fn_eukaryotic_pyruvate_oxidation_59(X))
& object_2(fn_eukaryotic_pyruvate_oxidation_56(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& is_between_2(fn_eukaryotic_pyruvate_oxidation_83(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& agent_2(fn_eukaryotic_pyruvate_oxidation_48(X),fn_eukaryotic_pyruvate_oxidation_78(X))
& has_function_2(fn_eukaryotic_pyruvate_oxidation_83(X),fn_eukaryotic_pyruvate_oxidation_86(X))
& result_2(fn_eukaryotic_pyruvate_oxidation_32(X),fn_eukaryotic_pyruvate_oxidation_17(X))
& result_2(fn_eukaryotic_pyruvate_oxidation_33(X),fn_eukaryotic_pyruvate_oxidation_20(X))
& result_2(fn_eukaryotic_pyruvate_oxidation_68(X),fn_eukaryotic_pyruvate_oxidation_66(X))
& fn_eukaryotic_pyruvate_oxidation_75(X) = fn_locomotion_1(fn_eukaryotic_pyruvate_oxidation_72(X))
& fn_eukaryotic_pyruvate_oxidation_73(X) = fn_move_into_1(fn_eukaryotic_pyruvate_oxidation_72(X))
& fn_eukaryotic_pyruvate_oxidation_54(X) = fn_electron_carrier_1(fn_eukaryotic_pyruvate_oxidation_26(X))
& fn_eukaryotic_pyruvate_oxidation_75(X) = fn_decomposition_reaction_5(fn_eukaryotic_pyruvate_oxidation_67(X))
& fn_eukaryotic_pyruvate_oxidation_86(X) = fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_eukaryotic_pyruvate_oxidation_54(X) = fn_coenzyme_1(fn_eukaryotic_pyruvate_oxidation_28(X))
& fn_eukaryotic_pyruvate_oxidation_70(X) = fn_waste_1(fn_eukaryotic_pyruvate_oxidation_52(X))
& fn_eukaryotic_pyruvate_oxidation_13(X) = fn_decomposition_reaction_2(fn_eukaryotic_pyruvate_oxidation_67(X))
& fn_eukaryotic_pyruvate_oxidation_72(X) = fn_active_transport_22(fn_eukaryotic_pyruvate_oxidation_71(X))
& fn_eukaryotic_pyruvate_oxidation_75(X) = fn_active_transport_19(fn_eukaryotic_pyruvate_oxidation_71(X))
& fn_eukaryotic_pyruvate_oxidation_76(X) = fn_cellular_work_2(fn_eukaryotic_pyruvate_oxidation_71(X))
& fn_eukaryotic_pyruvate_oxidation_76(X) = fn_metabolic_pathway_1(X)
& fn_eukaryotic_pyruvate_oxidation_79(X) = fn_decarboxylation_1(fn_eukaryotic_pyruvate_oxidation_67(X))
& fn_eukaryotic_pyruvate_oxidation_84(X) = fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_eukaryotic_pyruvate_oxidation_61(X) = fn_redox_reaction_16(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_eukaryotic_pyruvate_oxidation_9(X) = fn_pyruvate_oxidation_82(X)
& fn_eukaryotic_pyruvate_oxidation_32(X) = fn_pyruvate_oxidation_25(X)
& fn_eukaryotic_pyruvate_oxidation_17(X) = fn_pyruvate_oxidation_20(X)
& fn_eukaryotic_pyruvate_oxidation_51(X) = fn_pyruvate_oxidation_47(X)
& fn_eukaryotic_pyruvate_oxidation_29(X) = fn_pyruvate_oxidation_24(X)
& fn_eukaryotic_pyruvate_oxidation_46(X) = fn_pyruvate_oxidation_60(X)
& fn_eukaryotic_pyruvate_oxidation_20(X) = fn_pyruvate_oxidation_20(X)
& fn_eukaryotic_pyruvate_oxidation_12(X) = fn_pyruvate_oxidation_14(X)
& fn_eukaryotic_pyruvate_oxidation_11(X) = fn_pyruvate_oxidation_13(X)
& fn_eukaryotic_pyruvate_oxidation_84(X) = fn_pyruvate_oxidation_62(X)
& fn_eukaryotic_pyruvate_oxidation_10(X) = fn_pyruvate_oxidation_25(X)
& fn_eukaryotic_pyruvate_oxidation_104(X) = fn_pyruvate_oxidation_30(X)
& fn_eukaryotic_pyruvate_oxidation_48(X) = fn_pyruvate_oxidation_62(X)
& fn_eukaryotic_pyruvate_oxidation_47(X) = fn_pyruvate_oxidation_61(X)
& fn_eukaryotic_pyruvate_oxidation_49(X) = fn_pyruvate_oxidation_63(X)
& fn_eukaryotic_pyruvate_oxidation_53(X) = fn_pyruvate_oxidation_10(X)
& fn_eukaryotic_pyruvate_oxidation_68(X) = fn_pyruvate_oxidation_65(X)
& fn_eukaryotic_pyruvate_oxidation_70(X) = fn_pyruvate_oxidation_86(X)
& fn_eukaryotic_pyruvate_oxidation_83(X) = fn_pyruvate_oxidation_63(X)
& fn_eukaryotic_pyruvate_oxidation_86(X) = fn_pyruvate_oxidation_60(X)
& fn_eukaryotic_pyruvate_oxidation_87(X) = fn_pyruvate_oxidation_59(X)
& fn_eukaryotic_pyruvate_oxidation_82(X) = fn_pyruvate_oxidation_64(X)
& fn_eukaryotic_pyruvate_oxidation_63(X) = fn_pyruvate_oxidation_90(X)
& fn_eukaryotic_pyruvate_oxidation_79(X) = fn_pyruvate_oxidation_8(X)
& fn_eukaryotic_pyruvate_oxidation_64(X) = fn_pyruvate_oxidation_58(X)
& fn_eukaryotic_pyruvate_oxidation_88(X) = fn_pyruvate_oxidation_61(X)
& fn_eukaryotic_pyruvate_oxidation_89(X) = fn_pyruvate_oxidation_62(X)
& fn_eukaryotic_pyruvate_oxidation_77(X) = fn_pyruvate_oxidation_89(X)
& fn_eukaryotic_pyruvate_oxidation_44(X) = fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_49(X))
& fn_eukaryotic_pyruvate_oxidation_44(X) = fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_eukaryotic_pyruvate_oxidation_44(X) = fn_pyruvate_oxidation_60(X)
& fn_eukaryotic_pyruvate_oxidation_43(X) = fn_pyruvate_oxidation_59(X)
& fn_eukaryotic_pyruvate_oxidation_78(X) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_49(X))
& fn_eukaryotic_pyruvate_oxidation_62(X) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_49(X))
& fn_eukaryotic_pyruvate_oxidation_78(X) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_eukaryotic_pyruvate_oxidation_62(X) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_eukaryotic_pyruvate_oxidation_62(X) = fn_pyruvate_oxidation_54(X)
& fn_eukaryotic_pyruvate_oxidation_78(X) = fn_pyruvate_oxidation_67(X)
& fn_eukaryotic_pyruvate_oxidation_75(X) = fn_pyruvate_oxidation_85(X)
& fn_eukaryotic_pyruvate_oxidation_81(X) = fn_pyruvate_oxidation_88(X)
& fn_eukaryotic_pyruvate_oxidation_69(X) = fn_pyruvate_oxidation_77(X)
& fn_eukaryotic_pyruvate_oxidation_66(X) = fn_pyruvate_oxidation_11(X)
& fn_eukaryotic_pyruvate_oxidation_80(X) = fn_pyruvate_oxidation_7(X)
& fn_eukaryotic_pyruvate_oxidation_91(X) = fn_pyruvate_oxidation_74(X)
& fn_eukaryotic_pyruvate_oxidation_92(X) = fn_redox_reaction_2(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_eukaryotic_pyruvate_oxidation_92(X) = fn_pyruvate_oxidation_35(X)
& fn_eukaryotic_pyruvate_oxidation_96(X) = fn_pyruvate_oxidation_15(X)
& fn_eukaryotic_pyruvate_oxidation_22(X) = fn_pyruvate_oxidation_22(X)
& fn_eukaryotic_pyruvate_oxidation_39(X) = fn_pyruvate_oxidation_27(X)
& fn_eukaryotic_pyruvate_oxidation_40(X) = fn_pyruvate_oxidation_28(X)
& fn_eukaryotic_pyruvate_oxidation_19(X) = fn_pyruvate_oxidation_21(X)
& fn_eukaryotic_pyruvate_oxidation_98(X) = fn_redox_reaction_10(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_eukaryotic_pyruvate_oxidation_98(X) = fn_pyruvate_oxidation_32(X)
& fn_eukaryotic_pyruvate_oxidation_99(X) = fn_redox_reaction_11(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_eukaryotic_pyruvate_oxidation_97(X) = fn_redox_reaction_7(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_eukaryotic_pyruvate_oxidation_97(X) = fn_pyruvate_oxidation_33(X)
& fn_eukaryotic_pyruvate_oxidation_61(X) = fn_pyruvate_oxidation_92(X)
& fn_eukaryotic_pyruvate_oxidation_16(X) = fn_pyruvate_oxidation_84(X)
& fn_eukaryotic_pyruvate_oxidation_16(X) = fn_pyruvate_oxidation_19(X)
& fn_eukaryotic_pyruvate_oxidation_54(X) = fn_redox_reaction_16(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_eukaryotic_pyruvate_oxidation_68(X) = fn_pyruvate_oxidation_38(X)
& fn_eukaryotic_pyruvate_oxidation_99(X) = fn_pyruvate_oxidation_31(X)
& fn_eukaryotic_pyruvate_oxidation_103(X) = fn_redox_reaction_15(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_eukaryotic_pyruvate_oxidation_103(X) = fn_pyruvate_oxidation_29(X)
& fn_eukaryotic_pyruvate_oxidation_93(X) = fn_redox_reaction_1(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_eukaryotic_pyruvate_oxidation_94(X) = fn_redox_reaction_14(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_eukaryotic_pyruvate_oxidation_93(X) = fn_pyruvate_oxidation_36(X)
& fn_eukaryotic_pyruvate_oxidation_94(X) = fn_pyruvate_oxidation_37(X)
& fn_eukaryotic_pyruvate_oxidation_95(X) = fn_pyruvate_oxidation_34(X)
& fn_eukaryotic_pyruvate_oxidation_30(X) = fn_pyruvate_oxidation_24(X)
& fn_eukaryotic_pyruvate_oxidation_24(X) = fn_pyruvate_oxidation_23(X)
& fn_eukaryotic_pyruvate_oxidation_100(X) = fn_pyruvate_oxidation_82(X)
& fn_eukaryotic_pyruvate_oxidation_13(X) = fn_redox_reaction_12(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_eukaryotic_pyruvate_oxidation_54(X) = fn_redox_reaction_12(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_eukaryotic_pyruvate_oxidation_9(X) = fn_redox_reaction_7(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_eukaryotic_pyruvate_oxidation_54(X) = fn_pyruvate_oxidation_81(X)
& fn_eukaryotic_pyruvate_oxidation_9(X) = fn_pyruvate_oxidation_33(X)
& fn_eukaryotic_pyruvate_oxidation_13(X) = fn_pyruvate_oxidation_92(X)
& fn_eukaryotic_pyruvate_oxidation_14(X) = fn_pyruvate_oxidation_82(X)
& fn_eukaryotic_pyruvate_oxidation_61(X) = fn_pyruvate_oxidation_84(X)
& fn_eukaryotic_pyruvate_oxidation_65(X) = fn_pyruvate_oxidation_57(X)
& fn_eukaryotic_pyruvate_oxidation_74(X) = fn_pyruvate_oxidation_87(X)
& fn_eukaryotic_pyruvate_oxidation_31(X) = fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_17(X))
& fn_eukaryotic_pyruvate_oxidation_10(X) = fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_20(X))
& fn_eukaryotic_pyruvate_oxidation_85(X) = fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_83(X))
& fn_eukaryotic_pyruvate_oxidation_66(X) = fn_chemical_reaction_1(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_eukaryotic_pyruvate_oxidation_33(X) = fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_20(X))
& fn_eukaryotic_pyruvate_oxidation_32(X) = fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_17(X))
& fn_eukaryotic_pyruvate_oxidation_47(X) = fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_83(X))
& fn_eukaryotic_pyruvate_oxidation_78(X) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_83(X))
& fn_eukaryotic_pyruvate_oxidation_56(X) = fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_83(X))
& fn_eukaryotic_pyruvate_oxidation_48(X) = fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_83(X))
& fn_eukaryotic_pyruvate_oxidation_78(X) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_83(X))
& fn_eukaryotic_pyruvate_oxidation_86(X) = fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_83(X))
& fn_eukaryotic_pyruvate_oxidation_45(X) = fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_50(X))
& fn_eukaryotic_pyruvate_oxidation_78(X) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_50(X))
& fn_eukaryotic_pyruvate_oxidation_55(X) = fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_50(X))
& fn_eukaryotic_pyruvate_oxidation_85(X) = fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_50(X))
& fn_eukaryotic_pyruvate_oxidation_78(X) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_50(X))
& fn_eukaryotic_pyruvate_oxidation_48(X) = fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_50(X))
& fn_eukaryotic_pyruvate_oxidation_55(X) = fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_eukaryotic_pyruvate_oxidation_58(X) = fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_eukaryotic_pyruvate_oxidation_78(X) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_eukaryotic_pyruvate_oxidation_87(X) = fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_eukaryotic_pyruvate_oxidation_56(X) = fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_49(X))
& fn_eukaryotic_pyruvate_oxidation_57(X) = fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_49(X))
& fn_eukaryotic_pyruvate_oxidation_78(X) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_49(X))
& fn_eukaryotic_pyruvate_oxidation_46(X) = fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_49(X))
& fn_eukaryotic_pyruvate_oxidation_23(X) = fn_nad_plus_7(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_29(X) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_17(X))
& fn_eukaryotic_pyruvate_oxidation_29(X) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_17(X))
& fn_eukaryotic_pyruvate_oxidation_29(X) = fn_nad_plus_20(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_17(X) = fn_nad_plus_17(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_90(X) = fn_nad_plus_18(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_18(X) = fn_nad_plus_5(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_21(X) = fn_nad_plus_6(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_30(X) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_20(X))
& fn_eukaryotic_pyruvate_oxidation_30(X) = fn_organic_molecule_1(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_30(X) = fn_nad_plus_20(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_25(X) = fn_nad_plus_10(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_35(X) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_20(X))
& fn_eukaryotic_pyruvate_oxidation_35(X) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_20(X))
& fn_eukaryotic_pyruvate_oxidation_20(X) = fn_nad_plus_17(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_102(X) = fn_nad_plus_3(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_41(X) = fn_nad_plus_8(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_15(X) = fn_nad_plus_1(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_101(X) = fn_nad_plus_4(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_42(X) = fn_nad_plus_9(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_34(X) = fn_nad_plus_2(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_27(X) = fn_nad_plus_11(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_35(X) = fn_nad_plus_16(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_37(X) = fn_nad_plus_14(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_38(X) = fn_nad_plus_15(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_eukaryotic_pyruvate_oxidation_36(X) = fn_nad_plus_19(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_cellular_work_2(fn_eukaryotic_pyruvate_oxidation_71(X)) = fn_metabolic_pathway_1(X)
& fn_metabolic_pathway_1(X) = fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_82(X)) = fn_pyruvate_oxidation_62(X)
& fn_pyruvate_oxidation_62(X) = fn_waste_1(fn_eukaryotic_pyruvate_oxidation_52(X))
& fn_waste_1(fn_eukaryotic_pyruvate_oxidation_52(X)) = fn_pyruvate_oxidation_86(X)
& fn_pyruvate_oxidation_86(X) = fn_pyruvate_oxidation_86(X)
& fn_pyruvate_oxidation_86(X) = fn_decarboxylation_1(fn_eukaryotic_pyruvate_oxidation_67(X))
& fn_decarboxylation_1(fn_eukaryotic_pyruvate_oxidation_67(X)) = fn_pyruvate_oxidation_8(X)
& fn_pyruvate_oxidation_8(X) = fn_pyruvate_oxidation_8(X)
& fn_pyruvate_oxidation_8(X) = fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_49(X))
& fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_49(X)) = fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_pyruvate_oxidation_60(X) = fn_pyruvate_oxidation_54(X)
& fn_pyruvate_oxidation_54(X) = fn_pyruvate_oxidation_54(X)
& fn_pyruvate_oxidation_54(X) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_49(X))
& fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_49(X)) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_82(X)) = fn_pyruvate_oxidation_54(X)
& fn_pyruvate_oxidation_54(X) = fn_locomotion_1(fn_eukaryotic_pyruvate_oxidation_72(X))
& fn_locomotion_1(fn_eukaryotic_pyruvate_oxidation_72(X)) = fn_decomposition_reaction_5(fn_eukaryotic_pyruvate_oxidation_67(X))
& fn_decomposition_reaction_5(fn_eukaryotic_pyruvate_oxidation_67(X)) = fn_decomposition_reaction_5(fn_eukaryotic_pyruvate_oxidation_67(X))
& fn_decomposition_reaction_5(fn_eukaryotic_pyruvate_oxidation_67(X)) = fn_active_transport_19(fn_eukaryotic_pyruvate_oxidation_71(X))
& fn_active_transport_19(fn_eukaryotic_pyruvate_oxidation_71(X)) = fn_active_transport_19(fn_eukaryotic_pyruvate_oxidation_71(X))
& fn_active_transport_19(fn_eukaryotic_pyruvate_oxidation_71(X)) = fn_pyruvate_oxidation_85(X)
& fn_pyruvate_oxidation_85(X) = fn_pyruvate_oxidation_85(X)
& fn_pyruvate_oxidation_85(X) = fn_redox_reaction_2(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_pyruvate_oxidation_35(X) = fn_redox_reaction_2(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_redox_reaction_2(fn_eukaryotic_pyruvate_oxidation_68(X)) = fn_pyruvate_oxidation_35(X)
& fn_pyruvate_oxidation_35(X) = fn_pyruvate_oxidation_32(X)
& fn_pyruvate_oxidation_32(X) = fn_pyruvate_oxidation_32(X)
& fn_pyruvate_oxidation_32(X) = fn_redox_reaction_10(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_redox_reaction_10(fn_eukaryotic_pyruvate_oxidation_68(X)) = fn_pyruvate_oxidation_32(X)
& fn_pyruvate_oxidation_32(X) = fn_pyruvate_oxidation_33(X)
& fn_pyruvate_oxidation_33(X) = fn_redox_reaction_7(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_redox_reaction_7(fn_eukaryotic_pyruvate_oxidation_68(X)) = fn_pyruvate_oxidation_33(X)
& fn_pyruvate_oxidation_33(X) = fn_pyruvate_oxidation_19(X)
& fn_pyruvate_oxidation_19(X) = fn_pyruvate_oxidation_84(X)
& fn_pyruvate_oxidation_84(X) = fn_pyruvate_oxidation_19(X)
& fn_pyruvate_oxidation_19(X) = fn_pyruvate_oxidation_19(X)
& fn_pyruvate_oxidation_19(X) = fn_redox_reaction_11(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_pyruvate_oxidation_31(X) = fn_redox_reaction_11(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_redox_reaction_11(fn_eukaryotic_pyruvate_oxidation_68(X)) = fn_pyruvate_oxidation_31(X)
& fn_pyruvate_oxidation_31(X) = fn_pyruvate_oxidation_31(X)
& fn_pyruvate_oxidation_31(X) = fn_redox_reaction_15(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_redox_reaction_15(fn_eukaryotic_pyruvate_oxidation_68(X)) = fn_pyruvate_oxidation_29(X)
& fn_pyruvate_oxidation_29(X) = fn_pyruvate_oxidation_36(X)
& fn_pyruvate_oxidation_36(X) = fn_pyruvate_oxidation_36(X)
& fn_pyruvate_oxidation_36(X) = fn_redox_reaction_1(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_redox_reaction_1(fn_eukaryotic_pyruvate_oxidation_68(X)) = fn_pyruvate_oxidation_36(X)
& fn_pyruvate_oxidation_36(X) = fn_redox_reaction_14(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_pyruvate_oxidation_37(X) = fn_redox_reaction_14(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_redox_reaction_14(fn_eukaryotic_pyruvate_oxidation_68(X)) = fn_pyruvate_oxidation_37(X)
& fn_pyruvate_oxidation_37(X) = fn_pyruvate_oxidation_37(X)
& fn_pyruvate_oxidation_37(X) = fn_redox_reaction_7(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_pyruvate_oxidation_82(X) = fn_redox_reaction_7(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_redox_reaction_7(fn_eukaryotic_pyruvate_oxidation_68(X)) = fn_redox_reaction_7(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_redox_reaction_7(fn_eukaryotic_pyruvate_oxidation_68(X)) = fn_pyruvate_oxidation_82(X)
& fn_pyruvate_oxidation_82(X) = fn_pyruvate_oxidation_82(X)
& fn_pyruvate_oxidation_82(X) = fn_pyruvate_oxidation_33(X)
& fn_pyruvate_oxidation_33(X) = fn_pyruvate_oxidation_33(X)
& fn_pyruvate_oxidation_33(X) = fn_decomposition_reaction_2(fn_eukaryotic_pyruvate_oxidation_67(X))
& fn_decomposition_reaction_2(fn_eukaryotic_pyruvate_oxidation_67(X)) = fn_redox_reaction_12(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_pyruvate_oxidation_92(X) = fn_redox_reaction_12(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_redox_reaction_12(fn_eukaryotic_pyruvate_oxidation_68(X)) = fn_pyruvate_oxidation_92(X)
& fn_pyruvate_oxidation_92(X) = fn_redox_reaction_16(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_redox_reaction_16(fn_eukaryotic_pyruvate_oxidation_68(X)) = fn_pyruvate_oxidation_92(X)
& fn_pyruvate_oxidation_92(X) = fn_pyruvate_oxidation_92(X)
& fn_pyruvate_oxidation_84(X) = fn_pyruvate_oxidation_92(X)
& fn_pyruvate_oxidation_92(X) = fn_pyruvate_oxidation_84(X)
& fn_pyruvate_oxidation_84(X) = fn_pyruvate_oxidation_84(X)
& fn_pyruvate_oxidation_84(X) = fn_pyruvate_oxidation_25(X)
& fn_pyruvate_oxidation_25(X) = fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_20(X))
& fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_20(X)) = fn_pyruvate_oxidation_11(X)
& fn_pyruvate_oxidation_11(X) = fn_pyruvate_oxidation_11(X)
& fn_pyruvate_oxidation_11(X) = fn_chemical_reaction_1(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_chemical_reaction_1(fn_eukaryotic_pyruvate_oxidation_68(X)) = fn_pyruvate_oxidation_38(X)
& fn_pyruvate_oxidation_38(X) = fn_pyruvate_oxidation_65(X)
& fn_pyruvate_oxidation_65(X) = fn_pyruvate_oxidation_38(X)
& fn_pyruvate_oxidation_38(X) = fn_pyruvate_oxidation_38(X)
& fn_pyruvate_oxidation_38(X) = fn_pyruvate_oxidation_25(X)
& fn_pyruvate_oxidation_25(X) = fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_17(X))
& fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_17(X)) = fn_pyruvate_oxidation_61(X)
& fn_pyruvate_oxidation_61(X) = fn_pyruvate_oxidation_61(X)
& fn_pyruvate_oxidation_61(X) = fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_83(X))
& fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_83(X)) = fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_82(X)) = fn_pyruvate_oxidation_60(X)
& fn_pyruvate_oxidation_60(X) = fn_pyruvate_oxidation_60(X)
& fn_pyruvate_oxidation_60(X) = fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_83(X))
& fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_83(X)) = fn_pyruvate_oxidation_62(X)
& fn_pyruvate_oxidation_62(X) = fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_83(X))
& fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_83(X)) = fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_50(X))
& fn_covalent_bond_17(fn_eukaryotic_pyruvate_oxidation_50(X)) = fn_pyruvate_oxidation_59(X)
& fn_pyruvate_oxidation_59(X) = fn_pyruvate_oxidation_59(X)
& fn_pyruvate_oxidation_59(X) = fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_82(X)) = fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_82(X)) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_49(X)) = fn_pyruvate_oxidation_67(X)
& fn_pyruvate_oxidation_67(X) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_pyruvate_oxidation_67(X) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_49(X))
& fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_82(X)) = fn_pyruvate_oxidation_67(X)
& fn_pyruvate_oxidation_67(X) = fn_pyruvate_oxidation_67(X)
& fn_pyruvate_oxidation_67(X) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_83(X))
& fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_83(X)) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_50(X))
& fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_82(X)) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_49(X))
& fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_49(X)) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_49(X))
& fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_49(X)) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_82(X)) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_82(X)) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_49(X))
& fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_49(X)) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_82(X)) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_83(X))
& fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_83(X)) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_83(X))
& fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_83(X)) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_83(X))
& fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_83(X)) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_83(X))
& fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_83(X)) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_50(X))
& fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_50(X)) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_50(X))
& fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_50(X)) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_50(X))
& fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_50(X)) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_50(X))
& fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_50(X)) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_82(X)) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_82(X))
& fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_82(X)) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_49(X))
& fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_49(X)) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_49(X))
& fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_49(X)) = fn_pyruvate_oxidation_60(X)
& fn_pyruvate_oxidation_60(X) = fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_49(X))
& fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_49(X)) = fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_49(X))
& fn_covalent_bond_14(fn_eukaryotic_pyruvate_oxidation_49(X)) = fn_pyruvate_oxidation_24(X)
& fn_pyruvate_oxidation_24(X) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_17(X))
& fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_17(X)) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_17(X))
& fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_17(X)) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_17(X))
& fn_nad_plus_20(fn_eukaryotic_pyruvate_oxidation_54(X)) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_17(X))
& fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_17(X)) = fn_nad_plus_20(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_nad_plus_17(fn_eukaryotic_pyruvate_oxidation_54(X)) = fn_pyruvate_oxidation_24(X)
& fn_pyruvate_oxidation_24(X) = fn_organic_molecule_1(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_organic_molecule_1(fn_eukaryotic_pyruvate_oxidation_54(X)) = fn_pyruvate_oxidation_24(X)
& fn_pyruvate_oxidation_24(X) = fn_pyruvate_oxidation_24(X)
& fn_pyruvate_oxidation_24(X) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_20(X))
& fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_20(X)) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_20(X))
& fn_nad_plus_20(fn_eukaryotic_pyruvate_oxidation_54(X)) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_20(X))
& fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_20(X)) = fn_nad_plus_20(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_nad_plus_20(fn_eukaryotic_pyruvate_oxidation_54(X)) = fn_nad_plus_20(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_nad_plus_20(fn_eukaryotic_pyruvate_oxidation_54(X)) = fn_pyruvate_oxidation_20(X)
& fn_pyruvate_oxidation_20(X) = fn_nad_plus_17(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_nad_plus_17(fn_eukaryotic_pyruvate_oxidation_54(X)) = fn_nad_plus_17(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_nad_plus_17(fn_eukaryotic_pyruvate_oxidation_54(X)) = fn_electron_carrier_1(fn_eukaryotic_pyruvate_oxidation_26(X))
& fn_electron_carrier_1(fn_eukaryotic_pyruvate_oxidation_26(X)) = fn_coenzyme_1(fn_eukaryotic_pyruvate_oxidation_28(X))
& fn_coenzyme_1(fn_eukaryotic_pyruvate_oxidation_28(X)) = fn_coenzyme_1(fn_eukaryotic_pyruvate_oxidation_28(X))
& fn_coenzyme_1(fn_eukaryotic_pyruvate_oxidation_28(X)) = fn_redox_reaction_16(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_redox_reaction_16(fn_eukaryotic_pyruvate_oxidation_68(X)) = fn_redox_reaction_16(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_redox_reaction_16(fn_eukaryotic_pyruvate_oxidation_68(X)) = fn_redox_reaction_12(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_redox_reaction_12(fn_eukaryotic_pyruvate_oxidation_68(X)) = fn_redox_reaction_12(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_pyruvate_oxidation_81(X) = fn_redox_reaction_12(fn_eukaryotic_pyruvate_oxidation_68(X))
& fn_redox_reaction_12(fn_eukaryotic_pyruvate_oxidation_68(X)) = fn_pyruvate_oxidation_81(X)
& fn_pyruvate_oxidation_81(X) = fn_pyruvate_oxidation_81(X)
& fn_pyruvate_oxidation_81(X) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_20(X))
& fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_20(X)) = fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_20(X))
& fn_covalent_bond_20(fn_eukaryotic_pyruvate_oxidation_20(X)) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_20(X))
& fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_20(X)) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_20(X))
& fn_nad_plus_16(fn_eukaryotic_pyruvate_oxidation_54(X)) = fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_20(X))
& fn_covalent_bond_19(fn_eukaryotic_pyruvate_oxidation_20(X)) = fn_nad_plus_16(fn_eukaryotic_pyruvate_oxidation_54(X))
& fn_nad_plus_16(fn_eukaryotic_pyruvate_oxidation_54(X)) = fn_nad_plus_16(fn_eukaryotic_pyruvate_oxidation_54(X)) ) ) ).
fof(a529428,axiom,
! [X] :
( eukaryotic_ribosome_1(X)
=> ( original_name_2(X,'Eukaryotic-Ribosome')
& user_description_2(X,'These are the ribosome molecule found in an Eukaryote. They are slightly larger than the ribosomes found in Prokaryotes')
& concept2words_2(X,'eukaryotic ribosome')
& concept2words_2(X,'eukaryotic-ribosome')
& ribosome_1(X)
& ~ prokaryotic_ribosome_1(X)
& size_value_1(fn_eukaryotic_ribosome_2(X))
& the_scalar_value_2(fn_eukaryotic_ribosome_2(X),big_0)
& scalar_unit_class_2(fn_eukaryotic_ribosome_2(X),prokaryotic_ribosome_0)
& size_2(X,fn_eukaryotic_ribosome_2(X))
& fn_eukaryotic_ribosome_1(X) = fn_ribosome_1(X)
& fn_eukaryotic_ribosome_2(X) = fn_ribosome_5(X) ) ) ).
fof(a529429,axiom,
! [X,X1] :
( ( site_2(X,X1)
& transcription_1(X)
& nucleus_1(X1) )
=> ( eukaryotic_transcription_1(X)
& fn_eukaryotic_transcription_3(X) = X1 ) ) ).
fof(a529430,axiom,
! [X] :
( eukaryotic_transcription_1(X)
=> ( original_name_2(X,'Eukaryotic-Transcription')
& user_description_2(X,'The synthesis of RNA using a DNA template in the nucleus of the cell.')
& concept2words_2(X,'transcription in eukaryotes')
& concept2words_2(X,transcribe)
& concept2words_2(X,'eukaryotic transcription')
& concept2words_2(X,'eukaryotic-transcription')
& transcription_1(X)
& dna_1(fn_eukaryotic_transcription_1(X))
& nucleus_1(fn_eukaryotic_transcription_3(X))
& transcription_termination_in_eukaryotes_1(fn_eukaryotic_transcription_4(X))
& eukaryotic_transcription_initiation_1(fn_eukaryotic_transcription_5(X))
& synthesis_of_rna_1(fn_nucleus_3(fn_eukaryotic_transcription_3(X)))
& is_inside_2(fn_eukaryotic_transcription_1(X),fn_eukaryotic_transcription_3(X))
& subevent_2(X,fn_eukaryotic_transcription_4(X))
& subevent_2(X,fn_eukaryotic_transcription_5(X))
& site_2(X,fn_eukaryotic_transcription_3(X))
& fn_eukaryotic_transcription_4(X) = fn_transcription_20(X)
& fn_eukaryotic_transcription_5(X) = fn_transcription_1(X)
& X = fn_nucleus_3(fn_eukaryotic_transcription_3(X)) ) ) ).
fof(a529431,axiom,
! [X] :
( eukaryotic_transcription_initiation_1(X)
=> ( original_name_2(X,'Eukaryotic-Transcription-Initiation')
& user_description_2(X,'The events that begin the process of RNA synthesis including the binding of RNA polymerase to a collection of proteins, called transcription factors, that are bound to the DNA molecule at the promotor sequence .')
& concept2words_2(X,'eukaryotic transcription initiation')
& concept2words_2(X,'eukaryotic-transcription-initiation')
& transcription_initiation_1(X)
& create_1(fn_eukaryotic_transcription_initiation_1(X))
& tata_box_1(fn_eukaryotic_transcription_initiation_2(X))
& eukaryote_1(fn_eukaryotic_transcription_initiation_3(X))
& eukaryotic_gene_activation_1(fn_eukaryotic_transcription_initiation_4(X))
& cellular_process_1(fn_eukaryotic_transcription_initiation_4(X))
& detach_1(fn_eukaryotic_transcription_initiation_5(X))
& attach_1(fn_eukaryotic_transcription_initiation_6(X))
& promoter_1(fn_eukaryotic_transcription_initiation_7(X))
& attach_1(fn_eukaryotic_transcription_initiation_8(X))
& rna_polymerase_1(fn_eukaryotic_transcription_initiation_9(X))
& dna_strand_1(fn_eukaryotic_transcription_initiation_10(X))
& spatial_entity_1(fn_attach_1(fn_eukaryotic_transcription_initiation_8(X)))
& spatial_entity_1(fn_detach_2(fn_eukaryotic_transcription_initiation_5(X)))
& spatial_entity_1(fn_attach_2(fn_eukaryotic_transcription_initiation_6(X)))
& spatial_entity_1(fn_attach_2(fn_eukaryotic_transcription_initiation_8(X)))
& subevent_2(fn_eukaryotic_transcription_initiation_4(X),fn_eukaryotic_transcription_initiation_1(X))
& subevent_2(fn_eukaryotic_transcription_initiation_4(X),fn_eukaryotic_transcription_initiation_8(X))
& subevent_2(fn_eukaryotic_transcription_initiation_4(X),fn_eukaryotic_transcription_initiation_6(X))
& next_event_2(fn_eukaryotic_transcription_initiation_6(X),fn_eukaryotic_transcription_initiation_8(X))
& site_2(fn_eukaryotic_transcription_initiation_6(X),fn_eukaryotic_transcription_initiation_2(X))
& causes_2(fn_eukaryotic_transcription_initiation_8(X),fn_eukaryotic_transcription_initiation_1(X))
& experiencer_2(X,fn_eukaryotic_transcription_initiation_3(X))
& object_2(fn_eukaryotic_transcription_initiation_8(X),fn_eukaryotic_transcription_initiation_9(X))
& base_2(fn_eukaryotic_transcription_initiation_5(X),fn_eukaryotic_transcription_initiation_10(X))
& base_2(fn_eukaryotic_transcription_initiation_6(X),fn_eukaryotic_transcription_initiation_7(X))
& base_2(fn_eukaryotic_transcription_initiation_8(X),fn_eukaryotic_transcription_initiation_7(X))
& subevent_2(X,fn_eukaryotic_transcription_initiation_4(X))
& next_event_2(fn_eukaryotic_transcription_initiation_4(X),fn_eukaryotic_transcription_initiation_5(X))
& subevent_2(X,fn_eukaryotic_transcription_initiation_5(X))
& fn_eukaryotic_transcription_initiation_9(X) = fn_attach_1(fn_eukaryotic_transcription_initiation_8(X))
& fn_eukaryotic_transcription_initiation_10(X) = fn_detach_2(fn_eukaryotic_transcription_initiation_5(X))
& fn_eukaryotic_transcription_initiation_7(X) = fn_attach_2(fn_eukaryotic_transcription_initiation_6(X))
& fn_eukaryotic_transcription_initiation_7(X) = fn_attach_2(fn_eukaryotic_transcription_initiation_8(X))
& fn_eukaryotic_transcription_initiation_5(X) = fn_transcription_initiation_5(X)
& fn_eukaryotic_transcription_initiation_4(X) = fn_transcription_initiation_7(X) ) ) ).
fof(a529432,axiom,
! [X] :
( eukaryotic_translation_1(X)
=> ( original_name_2(X,'Eukaryotic-Translation')
& user_description_2(X,'The synthesis of a polypeptide using the genetic information encoded in an mRNA molecule. The nucleotide code is translated into a particular sequence of amino acids.')
& concept2words_2(X,'protein synthesis in eukaryotes')
& concept2words_2(X,'translation in eukaryotes')
& concept2words_2(X,'translation in eukaryotic cell')
& concept2words_2(X,convert)
& concept2words_2(X,'eukaryotic translation')
& concept2words_2(X,'eukaryotic-translation')
& translation_1(X)
& rna_splicing_1(fn_eukaryotic_translation_1(X))
& post_transcriptional_modification_of_rna_1(fn_eukaryotic_translation_2(X))
& polyadenylation_1(fn_eukaryotic_translation_3(X))
& time_interval_1(fn_eukaryotic_translation_4(X))
& time_interval_1(fn_eukaryotic_translation_5(X))
& time_interval_1(fn_eukaryotic_translation_6(X))
& monomer_1(fn_eukaryotic_translation_8(X))
& reactant_1(fn_eukaryotic_translation_9(X))
& chemical_bond_1(fn_eukaryotic_translation_10(X))
& polar_covalent_bond_1(fn_eukaryotic_translation_10(X))
& structural_complexity_value_1(fn_eukaryotic_translation_11(X))
& entity_1(fn_eukaryotic_translation_12(X))
& chemical_entity_1(fn_eukaryotic_translation_12(X))
& atom_1(fn_eukaryotic_translation_12(X))
& oxygen_1(fn_eukaryotic_translation_12(X))
& hydroxyl_group_1(fn_eukaryotic_translation_13(X))
& monomer_1(fn_eukaryotic_translation_14(X))
& quantity_value_1(fn_eukaryotic_translation_18(X))
& quantity_value_1(fn_eukaryotic_translation_19(X))
& cell_1(fn_eukaryotic_translation_20(X))
& eukaryotic_cell_1(fn_eukaryotic_translation_20(X))
& add_1(fn_eukaryotic_translation_21(X))
& five_prime_cap_1(fn_eukaryotic_translation_22(X))
& ribosome_1(fn_eukaryotic_translation_23(X))
& mixture_1(fn_eukaryotic_translation_24(X))
& cytoplasm_1(fn_eukaryotic_translation_24(X))
& polymer_1(fn_eukaryotic_translation_25(X))
& chemical_entity_1(fn_eukaryotic_translation_25(X))
& polypeptide_1(fn_eukaryotic_translation_25(X))
& dehydration_reaction_1(fn_eukaryotic_translation_26(X))
& translation_elongation_1(fn_eukaryotic_translation_27(X))
& translation_termination_1(fn_eukaryotic_translation_28(X))
& translation_initiation_1(fn_eukaryotic_translation_29(X))
& chemical_entity_1(fn_eukaryotic_translation_30(X))
& amino_acid_1(fn_eukaryotic_translation_30(X))
& monomer_1(fn_eukaryotic_translation_30(X))
& monomer_1(fn_eukaryotic_translation_31(X))
& free_energy_1(fn_eukaryotic_translation_32(X))
& structural_complexity_value_1(fn_eukaryotic_translation_33(X))
& free_energy_1(fn_eukaryotic_translation_34(X))
& molecule_1(fn_eukaryotic_translation_35(X))
& polar_molecule_1(fn_eukaryotic_translation_35(X))
& chemical_entity_1(fn_eukaryotic_translation_35(X))
& water_molecule_1(fn_eukaryotic_translation_35(X))
& spatial_entity_1(fn_add_1(fn_eukaryotic_translation_21(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_eukaryotic_translation_20(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_eukaryotic_translation_20(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_eukaryotic_translation_13(X)))
& chemical_entity_1(fn_functional_group_1(fn_eukaryotic_translation_13(X)))
& ribosome_1(fn_cell_14(fn_eukaryotic_translation_20(X)))
& site_2(X,fn_eukaryotic_translation_24(X))
& site_2(X,fn_eukaryotic_translation_23(X))
& subevent_2(X,fn_eukaryotic_translation_1(X))
& subevent_2(X,fn_eukaryotic_translation_2(X))
& subevent_2(X,fn_eukaryotic_translation_3(X))
& subevent_2(X,fn_eukaryotic_translation_21(X))
& instrument_2(X,fn_eukaryotic_translation_23(X))
& time_during_2(fn_eukaryotic_translation_27(X),fn_eukaryotic_translation_6(X))
& time_during_2(fn_eukaryotic_translation_28(X),fn_eukaryotic_translation_4(X))
& time_during_2(fn_eukaryotic_translation_29(X),fn_eukaryotic_translation_5(X))
& time_before_2(fn_eukaryotic_translation_5(X),fn_eukaryotic_translation_6(X))
& time_before_2(fn_eukaryotic_translation_6(X),fn_eukaryotic_translation_4(X))
& object_2(fn_eukaryotic_translation_21(X),fn_eukaryotic_translation_22(X))
& has_region_2(fn_eukaryotic_translation_30(X),fn_eukaryotic_translation_13(X))
& base_2(X,fn_eukaryotic_translation_20(X))
& has_part_2(fn_eukaryotic_translation_20(X),fn_eukaryotic_translation_23(X))
& has_part_2(fn_eukaryotic_translation_20(X),fn_eukaryotic_translation_24(X))
& is_inside_2(fn_eukaryotic_translation_12(X),fn_eukaryotic_translation_13(X))
& structural_complexity_2(fn_eukaryotic_translation_30(X),fn_eukaryotic_translation_11(X))
& plays_2(fn_eukaryotic_translation_30(X),fn_eukaryotic_translation_9(X))
& raw_material_2(fn_eukaryotic_translation_26(X),fn_eukaryotic_translation_30(X))
& possesses_2(fn_eukaryotic_translation_30(X),fn_eukaryotic_translation_10(X))
& called_2(fn_eukaryotic_translation_19(X),'FE_r')
& has_state_2(fn_eukaryotic_translation_30(X),fn_eukaryotic_translation_31(X))
& quantity_2(fn_eukaryotic_translation_32(X),fn_eukaryotic_translation_18(X))
& fn_eukaryotic_translation_35(X) != fn_eukaryotic_translation_30(X)
& fn_eukaryotic_translation_30(X) != fn_eukaryotic_translation_35(X)
& fn_eukaryotic_translation_8(X) != fn_eukaryotic_translation_30(X)
& fn_eukaryotic_translation_30(X) != fn_eukaryotic_translation_8(X)
& has_part_2(fn_eukaryotic_translation_30(X),fn_eukaryotic_translation_12(X))
& is_between_2(fn_eukaryotic_translation_10(X),fn_eukaryotic_translation_12(X))
& raw_material_2(X,fn_eukaryotic_translation_30(X))
& possesses_2(fn_eukaryotic_translation_30(X),fn_eukaryotic_translation_34(X))
& quantity_2(fn_eukaryotic_translation_34(X),fn_eukaryotic_translation_19(X))
& greater_than_2(fn_eukaryotic_translation_18(X),fn_eukaryotic_translation_19(X))
& called_2(fn_eukaryotic_translation_18(X),'FE_p')
& raw_material_2(X,fn_eukaryotic_translation_8(X))
& subevent_2(X,fn_eukaryotic_translation_28(X))
& has_part_2(fn_eukaryotic_translation_25(X),fn_eukaryotic_translation_31(X))
& in_event_2(fn_eukaryotic_translation_9(X),X)
& structural_complexity_2(fn_eukaryotic_translation_35(X),fn_eukaryotic_translation_33(X))
& result_2(X,fn_eukaryotic_translation_35(X))
& result_2(X,fn_eukaryotic_translation_25(X))
& structural_complexity_2(fn_eukaryotic_translation_25(X),fn_eukaryotic_translation_33(X))
& greater_than_2(fn_eukaryotic_translation_33(X),fn_eukaryotic_translation_11(X))
& result_2(fn_eukaryotic_translation_26(X),fn_eukaryotic_translation_35(X))
& possesses_2(fn_eukaryotic_translation_35(X),fn_eukaryotic_translation_32(X))
& possesses_2(fn_eukaryotic_translation_25(X),fn_eukaryotic_translation_32(X))
& has_part_2(fn_eukaryotic_translation_25(X),fn_eukaryotic_translation_14(X))
& has_state_2(fn_eukaryotic_translation_8(X),fn_eukaryotic_translation_14(X))
& subevent_2(X,fn_eukaryotic_translation_27(X))
& next_event_2(fn_eukaryotic_translation_29(X),fn_eukaryotic_translation_27(X))
& first_subevent_2(X,fn_eukaryotic_translation_29(X))
& subevent_2(X,fn_eukaryotic_translation_26(X))
& result_2(fn_eukaryotic_translation_26(X),fn_eukaryotic_translation_25(X))
& subevent_2(X,fn_eukaryotic_translation_29(X))
& site_2(fn_eukaryotic_translation_29(X),fn_eukaryotic_translation_23(X))
& instrument_2(fn_eukaryotic_translation_27(X),fn_eukaryotic_translation_23(X))
& next_event_2(fn_eukaryotic_translation_27(X),fn_eukaryotic_translation_28(X))
& result_2(fn_eukaryotic_translation_28(X),fn_eukaryotic_translation_25(X))
& fn_eukaryotic_translation_22(X) = fn_add_1(fn_eukaryotic_translation_21(X))
& fn_eukaryotic_translation_30(X) = fn_functional_group_1(fn_eukaryotic_translation_13(X))
& fn_eukaryotic_translation_20(X) = fn_metabolic_pathway_1(X)
& fn_eukaryotic_translation_23(X) = fn_cell_14(fn_eukaryotic_translation_20(X))
& fn_eukaryotic_translation_24(X) = fn_eukaryotic_cell_31(fn_eukaryotic_translation_20(X))
& fn_eukaryotic_translation_12(X) = fn_hydroxyl_group_4(fn_eukaryotic_translation_13(X))
& fn_eukaryotic_translation_26(X) = fn_polymer_synthesis_24(X)
& fn_eukaryotic_translation_31(X) = fn_polymer_synthesis_7(X)
& fn_eukaryotic_translation_16(X) = fn_polymer_synthesis_6(X)
& fn_eukaryotic_translation_32(X) = fn_polymer_synthesis_19(X)
& fn_eukaryotic_translation_15(X) = fn_polymer_synthesis_5(X)
& fn_eukaryotic_translation_35(X) = fn_polymer_synthesis_11(X)
& fn_eukaryotic_translation_8(X) = fn_polymer_synthesis_22(X)
& fn_eukaryotic_translation_10(X) = fn_polymer_synthesis_15(X)
& fn_eukaryotic_translation_12(X) = fn_polymer_synthesis_12(X)
& fn_eukaryotic_translation_18(X) = fn_polymer_synthesis_9(X)
& fn_eukaryotic_translation_19(X) = fn_polymer_synthesis_10(X)
& fn_eukaryotic_translation_34(X) = fn_translation_27(X)
& fn_eukaryotic_translation_34(X) = fn_polymer_synthesis_18(X)
& fn_eukaryotic_translation_30(X) = fn_translation_18(X)
& fn_eukaryotic_translation_30(X) = fn_polymer_synthesis_20(X)
& fn_eukaryotic_translation_8(X) = fn_translation_11(X)
& fn_eukaryotic_translation_31(X) = fn_translation_15(X)
& fn_eukaryotic_translation_9(X) = fn_translation_13(X)
& fn_eukaryotic_translation_17(X) = fn_translation_37(X)
& fn_eukaryotic_translation_7(X) = fn_translation_10(X)
& fn_eukaryotic_translation_11(X) = fn_translation_26(X)
& fn_eukaryotic_translation_33(X) = fn_translation_29(X)
& fn_eukaryotic_translation_25(X) = fn_anabolic_pathway_5(X)
& fn_eukaryotic_translation_8(X) = fn_translation_36(X)
& fn_eukaryotic_translation_14(X) = fn_translation_14(X)
& fn_eukaryotic_translation_32(X) = fn_translation_28(X)
& fn_eukaryotic_translation_35(X) = fn_translation_16(X)
& fn_eukaryotic_translation_26(X) = fn_translation_12(X)
& fn_eukaryotic_translation_25(X) = fn_translation_23(X)
& fn_eukaryotic_translation_28(X) = fn_translation_19(X)
& fn_eukaryotic_translation_27(X) = fn_translation_8(X)
& fn_eukaryotic_translation_23(X) = fn_translation_20(X)
& fn_eukaryotic_translation_29(X) = fn_translation_17(X)
& fn_hydroxyl_group_4(fn_eukaryotic_translation_13(X)) = fn_polymer_synthesis_12(X)
& fn_polymer_synthesis_12(X) = fn_polymer_synthesis_12(X)
& fn_polymer_synthesis_12(X) = fn_polymer_synthesis_18(X)
& fn_polymer_synthesis_18(X) = fn_translation_27(X)
& fn_translation_27(X) = fn_polymer_synthesis_18(X)
& fn_polymer_synthesis_18(X) = fn_functional_group_1(fn_eukaryotic_translation_13(X))
& fn_functional_group_1(fn_eukaryotic_translation_13(X)) = fn_translation_18(X)
& fn_translation_18(X) = fn_translation_18(X)
& fn_polymer_synthesis_20(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_translation_18(X)
& fn_translation_18(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_polymer_synthesis_7(X)
& fn_polymer_synthesis_7(X) = fn_translation_15(X)
& fn_translation_15(X) = fn_polymer_synthesis_22(X)
& fn_polymer_synthesis_22(X) = fn_translation_11(X)
& fn_translation_11(X) = fn_translation_11(X)
& fn_translation_11(X) = fn_translation_36(X)
& fn_translation_36(X) = fn_polymer_synthesis_19(X)
& fn_polymer_synthesis_19(X) = fn_translation_28(X)
& fn_translation_28(X) = fn_translation_28(X)
& fn_translation_28(X) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_translation_16(X)
& fn_translation_16(X) = fn_translation_16(X)
& fn_translation_16(X) = fn_polymer_synthesis_24(X)
& fn_polymer_synthesis_24(X) = fn_translation_12(X)
& fn_translation_12(X) = fn_translation_12(X)
& fn_translation_12(X) = fn_translation_23(X)
& fn_translation_23(X) = fn_anabolic_pathway_5(X)
& fn_anabolic_pathway_5(X) = fn_translation_23(X)
& fn_translation_23(X) = fn_translation_23(X)
& fn_translation_23(X) = fn_cell_14(fn_eukaryotic_translation_20(X))
& fn_cell_14(fn_eukaryotic_translation_20(X)) = fn_translation_20(X)
& fn_translation_20(X) = fn_translation_20(X) ) ) ).
fof(a529433,axiom,
! [X] :
( eumetazoan_1(X)
=> ( original_name_2(X,'Eumetazoan')
& user_description_2(X,'Any animal that has true tissues.')
& concept2words_2(X,eumetazoa)
& concept2words_2(X,eumetazoan)
& animal_1(X)
& protein_1(fn_eumetazoan_1(X))
& chemical_entity_1(fn_eumetazoan_2(X))
& carbohydrate_1(fn_eumetazoan_2(X))
& entity_1(fn_eumetazoan_3(X))
& chemical_entity_1(fn_eumetazoan_3(X))
& atom_1(fn_eumetazoan_3(X))
& hydrogen_1(fn_eumetazoan_3(X))
& entity_1(fn_eumetazoan_4(X))
& atom_1(fn_eumetazoan_4(X))
& chemical_entity_1(fn_eumetazoan_4(X))
& oxygen_1(fn_eumetazoan_4(X))
& tangible_entity_1(fn_eumetazoan_4(X))
& entity_1(fn_eumetazoan_5(X))
& atom_1(fn_eumetazoan_5(X))
& chemical_entity_1(fn_eumetazoan_5(X))
& oxygen_1(fn_eumetazoan_5(X))
& entity_1(fn_eumetazoan_6(X))
& chemical_entity_1(fn_eumetazoan_6(X))
& atom_1(fn_eumetazoan_6(X))
& carbon_1(fn_eumetazoan_6(X))
& hold_together_1(fn_eumetazoan_7(X))
& hold_1(fn_eumetazoan_7(X))
& spatial_entity_1(fn_eumetazoan_8(X))
& chemical_entity_1(fn_eumetazoan_8(X))
& monomer_1(fn_eumetazoan_8(X))
& molecule_1(fn_eumetazoan_8(X))
& amino_acid_1(fn_eumetazoan_8(X))
& organic_molecule_1(fn_eumetazoan_9(X))
& polypeptide_1(fn_eumetazoan_9(X))
& cellular_work_1(fn_eumetazoan_10(X))
& cellular_work_utilizing_atp_1(fn_eumetazoan_10(X))
& tangible_entity_1(fn_eumetazoan_11(X))
& chemical_entity_1(fn_eumetazoan_11(X))
& ribonucleotide_1(fn_eumetazoan_11(X))
& nucleoside_triphosphate_1(fn_eumetazoan_11(X))
& atp_1(fn_eumetazoan_11(X))
& molecule_1(fn_eumetazoan_11(X))
& organic_molecule_1(fn_eumetazoan_11(X))
& energy_1(fn_eumetazoan_12(X))
& entity_1(fn_eumetazoan_12(X))
& chemical_energy_1(fn_eumetazoan_12(X))
& release_1(fn_eumetazoan_13(X))
& phosphorylation_1(fn_eumetazoan_14(X))
& cellular_respiration_1(fn_eumetazoan_15(X))
& carbon_skeleton_1(fn_eumetazoan_16(X))
& carbon_1(fn_eumetazoan_17(X))
& atom_1(fn_eumetazoan_18(X))
& chemical_entity_1(fn_eumetazoan_18(X))
& chemical_bond_1(fn_eumetazoan_19(X))
& tissue_1(fn_eumetazoan_20(X))
& animal_cell_1(fn_eumetazoan_21(X))
& nutrition_1(fn_eumetazoan_22(X))
& tangible_entity_1(fn_eumetazoan_23(X))
& entity_1(fn_eumetazoan_23(X))
& chemical_entity_1(fn_eumetazoan_23(X))
& atom_1(fn_eumetazoan_23(X))
& oxygen_1(fn_eumetazoan_23(X))
& entity_1(fn_eumetazoan_24(X))
& chemical_entity_1(fn_eumetazoan_24(X))
& atom_1(fn_eumetazoan_24(X))
& hydrogen_1(fn_eumetazoan_24(X))
& entity_1(fn_eumetazoan_25(X))
& chemical_entity_1(fn_eumetazoan_25(X))
& atom_1(fn_eumetazoan_25(X))
& carbon_1(fn_eumetazoan_25(X))
& entity_1(fn_eumetazoan_26(X))
& chemical_entity_1(fn_eumetazoan_26(X))
& atom_1(fn_eumetazoan_26(X))
& hydrogen_1(fn_eumetazoan_26(X))
& tangible_entity_1(fn_eumetazoan_27(X))
& entity_1(fn_eumetazoan_27(X))
& chemical_entity_1(fn_eumetazoan_27(X))
& atom_1(fn_eumetazoan_27(X))
& nitrogen_1(fn_eumetazoan_27(X))
& animal_nutritional_requirement_1(fn_eumetazoan_28(X))
& tangible_entity_1(fn_eumetazoan_29(X))
& entity_1(fn_eumetazoan_29(X))
& chemical_entity_1(fn_eumetazoan_29(X))
& atom_1(fn_eumetazoan_29(X))
& oxygen_1(fn_eumetazoan_29(X))
& cellular_work_1(fn_eukaryotic_cell_32(fn_eumetazoan_21(X)))
& release_1(fn_cellular_work_utilizing_atp_44(fn_eumetazoan_10(X)))
& animal_1(fn_animal_nutritional_requirement_6(fn_eumetazoan_28(X)))
& polypeptide_1(fn_animal_nutritional_requirement_40(fn_eumetazoan_28(X)))
& organic_molecule_1(fn_animal_nutritional_requirement_40(fn_eumetazoan_28(X)))
& protein_1(fn_animal_nutritional_requirement_46(fn_eumetazoan_28(X)))
& nutrition_1(fn_animal_nutritional_requirement_4(fn_eumetazoan_28(X)))
& hold_together_1(fn_animal_nutritional_requirement_60(fn_eumetazoan_28(X)))
& entity_1(fn_animal_nutritional_requirement_53(fn_eumetazoan_28(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_53(fn_eumetazoan_28(X)))
& atom_1(fn_animal_nutritional_requirement_53(fn_eumetazoan_28(X)))
& hydrogen_1(fn_animal_nutritional_requirement_53(fn_eumetazoan_28(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_48(fn_eumetazoan_28(X)))
& carbohydrate_1(fn_animal_nutritional_requirement_48(fn_eumetazoan_28(X)))
& entity_1(fn_animal_nutritional_requirement_61(fn_eumetazoan_28(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_61(fn_eumetazoan_28(X)))
& atom_1(fn_animal_nutritional_requirement_61(fn_eumetazoan_28(X)))
& carbon_1(fn_animal_nutritional_requirement_61(fn_eumetazoan_28(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_eumetazoan_11(X)))
& chemical_bond_1(fn_molecule_10(fn_eumetazoan_11(X)))
& carbon_1(fn_organic_molecule_1(fn_eumetazoan_11(X)))
& atom_1(fn_organic_molecule_2(fn_eumetazoan_11(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_eumetazoan_11(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_eumetazoan_20(X)))
& cell_1(fn_cellular_work_2(fn_eumetazoan_10(X)))
& entity_1(fn_animal_nutritional_requirement_54(fn_eumetazoan_28(X)))
& atom_1(fn_animal_nutritional_requirement_54(fn_eumetazoan_28(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_54(fn_eumetazoan_28(X)))
& oxygen_1(fn_animal_nutritional_requirement_54(fn_eumetazoan_28(X)))
& entity_1(fn_animal_nutritional_requirement_52(fn_eumetazoan_28(X)))
& atom_1(fn_animal_nutritional_requirement_52(fn_eumetazoan_28(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_52(fn_eumetazoan_28(X)))
& oxygen_1(fn_animal_nutritional_requirement_52(fn_eumetazoan_28(X)))
& tangible_entity_1(fn_hold_2(fn_eumetazoan_7(X)))
& energy_1(fn_cellular_work_utilizing_atp_45(fn_eumetazoan_10(X)))
& entity_1(fn_cellular_work_utilizing_atp_45(fn_eumetazoan_10(X)))
& chemical_energy_1(fn_cellular_work_utilizing_atp_45(fn_eumetazoan_10(X)))
& chemical_energy_1(fn_chemical_bond_2(fn_eumetazoan_19(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_eumetazoan_14(X)))
& molecule_1(fn_phosphorylation_1(fn_eumetazoan_14(X)))
& organic_molecule_1(fn_catabolic_pathway_9(fn_eumetazoan_15(X)))
& organic_molecule_1(fn_cellular_respiration_36(fn_eumetazoan_15(X)))
& molecule_1(fn_cellular_respiration_36(fn_eumetazoan_15(X)))
& chemical_entity_1(fn_cellular_respiration_36(fn_eumetazoan_15(X)))
& ribonucleotide_1(fn_cellular_respiration_36(fn_eumetazoan_15(X)))
& nucleoside_triphosphate_1(fn_cellular_respiration_36(fn_eumetazoan_15(X)))
& atp_1(fn_cellular_respiration_36(fn_eumetazoan_15(X)))
& tangible_entity_1(fn_cellular_work_utilizing_atp_41(fn_eumetazoan_10(X)))
& molecule_1(fn_cellular_work_utilizing_atp_41(fn_eumetazoan_10(X)))
& chemical_entity_1(fn_cellular_work_utilizing_atp_41(fn_eumetazoan_10(X)))
& organic_molecule_1(fn_cellular_work_utilizing_atp_41(fn_eumetazoan_10(X)))
& ribonucleotide_1(fn_cellular_work_utilizing_atp_41(fn_eumetazoan_10(X)))
& nucleoside_triphosphate_1(fn_cellular_work_utilizing_atp_41(fn_eumetazoan_10(X)))
& atp_1(fn_cellular_work_utilizing_atp_41(fn_eumetazoan_10(X)))
& tangible_entity_1(fn_polypeptide_101(fn_eumetazoan_9(X)))
& entity_1(fn_polypeptide_101(fn_eumetazoan_9(X)))
& oxygen_1(fn_polypeptide_101(fn_eumetazoan_9(X)))
& atom_1(fn_polypeptide_101(fn_eumetazoan_9(X)))
& entity_1(fn_polypeptide_120(fn_eumetazoan_9(X)))
& chemical_entity_1(fn_polypeptide_120(fn_eumetazoan_9(X)))
& atom_1(fn_polypeptide_120(fn_eumetazoan_9(X)))
& hydrogen_1(fn_polypeptide_120(fn_eumetazoan_9(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_62(fn_eumetazoan_28(X)))
& tangible_entity_1(fn_animal_nutritional_requirement_62(fn_eumetazoan_28(X)))
& entity_1(fn_animal_nutritional_requirement_62(fn_eumetazoan_28(X)))
& atom_1(fn_animal_nutritional_requirement_62(fn_eumetazoan_28(X)))
& nitrogen_1(fn_animal_nutritional_requirement_62(fn_eumetazoan_28(X)))
& chemical_entity_1(fn_amino_acid_17(fn_eumetazoan_8(X)))
& tangible_entity_1(fn_amino_acid_17(fn_eumetazoan_8(X)))
& entity_1(fn_amino_acid_17(fn_eumetazoan_8(X)))
& atom_1(fn_amino_acid_17(fn_eumetazoan_8(X)))
& nitrogen_1(fn_amino_acid_17(fn_eumetazoan_8(X)))
& tangible_entity_1(fn_polypeptide_125(fn_eumetazoan_9(X)))
& entity_1(fn_polypeptide_125(fn_eumetazoan_9(X)))
& chemical_entity_1(fn_polypeptide_125(fn_eumetazoan_9(X)))
& atom_1(fn_polypeptide_125(fn_eumetazoan_9(X)))
& nitrogen_1(fn_polypeptide_125(fn_eumetazoan_9(X)))
& oxygen_1(fn_amino_acid_11(fn_eumetazoan_8(X)))
& tangible_entity_1(fn_polypeptide_100(fn_eumetazoan_9(X)))
& entity_1(fn_polypeptide_100(fn_eumetazoan_9(X)))
& oxygen_1(fn_polypeptide_100(fn_eumetazoan_9(X)))
& atom_1(fn_polypeptide_100(fn_eumetazoan_9(X)))
& oxygen_1(fn_amino_acid_27(fn_eumetazoan_8(X)))
& entity_1(fn_polypeptide_15(fn_eumetazoan_9(X)))
& chemical_entity_1(fn_polypeptide_15(fn_eumetazoan_9(X)))
& atom_1(fn_polypeptide_15(fn_eumetazoan_9(X)))
& oxygen_1(fn_polypeptide_15(fn_eumetazoan_9(X)))
& entity_1(fn_amino_acid_28(fn_eumetazoan_8(X)))
& chemical_entity_1(fn_amino_acid_28(fn_eumetazoan_8(X)))
& atom_1(fn_amino_acid_28(fn_eumetazoan_8(X)))
& hydrogen_1(fn_amino_acid_28(fn_eumetazoan_8(X)))
& entity_1(fn_amino_acid_22(fn_eumetazoan_8(X)))
& chemical_entity_1(fn_amino_acid_22(fn_eumetazoan_8(X)))
& atom_1(fn_amino_acid_22(fn_eumetazoan_8(X)))
& hydrogen_1(fn_amino_acid_22(fn_eumetazoan_8(X)))
& entity_1(fn_polypeptide_44(fn_eumetazoan_9(X)))
& chemical_entity_1(fn_polypeptide_44(fn_eumetazoan_9(X)))
& atom_1(fn_polypeptide_44(fn_eumetazoan_9(X)))
& hydrogen_1(fn_polypeptide_44(fn_eumetazoan_9(X)))
& entity_1(fn_polypeptide_118(fn_eumetazoan_9(X)))
& chemical_entity_1(fn_polypeptide_118(fn_eumetazoan_9(X)))
& atom_1(fn_polypeptide_118(fn_eumetazoan_9(X)))
& hydrogen_1(fn_polypeptide_118(fn_eumetazoan_9(X)))
& entity_1(fn_amino_acid_24(fn_eumetazoan_8(X)))
& chemical_entity_1(fn_amino_acid_24(fn_eumetazoan_8(X)))
& atom_1(fn_amino_acid_24(fn_eumetazoan_8(X)))
& carbon_1(fn_amino_acid_24(fn_eumetazoan_8(X)))
& entity_1(fn_polypeptide_126(fn_eumetazoan_9(X)))
& chemical_entity_1(fn_polypeptide_126(fn_eumetazoan_9(X)))
& atom_1(fn_polypeptide_126(fn_eumetazoan_9(X)))
& carbon_1(fn_polypeptide_126(fn_eumetazoan_9(X)))
& entity_1(fn_polypeptide_119(fn_eumetazoan_9(X)))
& chemical_entity_1(fn_polypeptide_119(fn_eumetazoan_9(X)))
& atom_1(fn_polypeptide_119(fn_eumetazoan_9(X)))
& carbon_1(fn_polypeptide_119(fn_eumetazoan_9(X)))
& spatial_entity_1(fn_polypeptide_83(fn_eumetazoan_9(X)))
& chemical_entity_1(fn_polypeptide_83(fn_eumetazoan_9(X)))
& monomer_1(fn_polypeptide_83(fn_eumetazoan_9(X)))
& molecule_1(fn_polypeptide_83(fn_eumetazoan_9(X)))
& amino_acid_1(fn_polypeptide_83(fn_eumetazoan_9(X)))
& chemical_entity_1(fn_polypeptide_82(fn_eumetazoan_9(X)))
& monomer_1(fn_polypeptide_82(fn_eumetazoan_9(X)))
& molecule_1(fn_polypeptide_82(fn_eumetazoan_9(X)))
& amino_acid_1(fn_polypeptide_82(fn_eumetazoan_9(X)))
& has_part_2(X,fn_eumetazoan_20(X))
& subevent_2(fn_eumetazoan_10(X),fn_eumetazoan_14(X))
& raw_material_2(fn_eumetazoan_14(X),fn_eumetazoan_11(X))
& has_part_2(fn_eumetazoan_20(X),fn_eumetazoan_21(X))
& base_2(fn_eumetazoan_10(X),fn_eumetazoan_21(X))
& result_2(fn_eumetazoan_15(X),fn_eumetazoan_11(X))
& subevent_2(fn_eumetazoan_10(X),fn_eumetazoan_13(X))
& base_2(fn_eumetazoan_13(X),fn_eumetazoan_11(X))
& raw_material_2(fn_eumetazoan_10(X),fn_eumetazoan_11(X))
& raw_material_2(fn_eumetazoan_10(X),fn_eumetazoan_12(X))
& agent_2(fn_eumetazoan_22(X),X)
& fn_eumetazoan_3(X) != fn_eumetazoan_4(X)
& fn_eumetazoan_4(X) != fn_eumetazoan_3(X)
& element_2(fn_eumetazoan_28(X),fn_eumetazoan_27(X))
& result_2(fn_eumetazoan_22(X),fn_eumetazoan_2(X))
& result_2(fn_eumetazoan_22(X),fn_eumetazoan_1(X))
& has_part_2(fn_eumetazoan_1(X),fn_eumetazoan_9(X))
& object_2(fn_eumetazoan_7(X),fn_eumetazoan_6(X))
& object_2(fn_eumetazoan_7(X),fn_eumetazoan_5(X))
& fn_eumetazoan_6(X) != fn_eumetazoan_5(X)
& fn_eumetazoan_5(X) != fn_eumetazoan_6(X)
& has_part_2(fn_eumetazoan_2(X),fn_eumetazoan_6(X))
& has_part_2(fn_eumetazoan_2(X),fn_eumetazoan_5(X))
& fn_eumetazoan_5(X) != fn_eumetazoan_3(X)
& has_part_2(fn_eumetazoan_2(X),fn_eumetazoan_3(X))
& has_part_2(fn_eumetazoan_2(X),fn_eumetazoan_4(X))
& fn_eumetazoan_3(X) != fn_eumetazoan_5(X)
& element_2(fn_eumetazoan_28(X),fn_eumetazoan_6(X))
& fn_eumetazoan_4(X) != fn_eumetazoan_6(X)
& fn_eumetazoan_5(X) != fn_eumetazoan_4(X)
& fn_eumetazoan_4(X) != fn_eumetazoan_5(X)
& fn_eumetazoan_6(X) != fn_eumetazoan_4(X)
& has_part_2(fn_eumetazoan_11(X),fn_eumetazoan_17(X))
& has_region_2(fn_eumetazoan_11(X),fn_eumetazoan_16(X))
& is_inside_2(fn_eumetazoan_17(X),fn_eumetazoan_16(X))
& fn_eumetazoan_26(X) != fn_eumetazoan_23(X)
& fn_eumetazoan_23(X) != fn_eumetazoan_25(X)
& fn_eumetazoan_25(X) != fn_eumetazoan_29(X)
& fn_eumetazoan_23(X) != fn_eumetazoan_26(X)
& fn_eumetazoan_25(X) != fn_eumetazoan_23(X)
& fn_eumetazoan_29(X) != fn_eumetazoan_25(X)
& has_part_2(fn_eumetazoan_8(X),fn_eumetazoan_29(X))
& has_part_2(fn_eumetazoan_9(X),fn_eumetazoan_8(X))
& fn_eumetazoan_24(X) != fn_eumetazoan_25(X)
& fn_eumetazoan_25(X) != fn_eumetazoan_27(X)
& fn_eumetazoan_27(X) != fn_eumetazoan_24(X)
& fn_eumetazoan_24(X) != fn_eumetazoan_27(X)
& fn_eumetazoan_26(X) != fn_eumetazoan_27(X)
& fn_eumetazoan_25(X) != fn_eumetazoan_24(X)
& fn_eumetazoan_27(X) != fn_eumetazoan_25(X)
& fn_eumetazoan_27(X) != fn_eumetazoan_26(X)
& fn_eumetazoan_25(X) != fn_eumetazoan_26(X)
& fn_eumetazoan_26(X) != fn_eumetazoan_24(X)
& fn_eumetazoan_24(X) != fn_eumetazoan_26(X)
& fn_eumetazoan_26(X) != fn_eumetazoan_25(X)
& has_part_2(fn_eumetazoan_8(X),fn_eumetazoan_26(X))
& has_part_2(fn_eumetazoan_8(X),fn_eumetazoan_27(X))
& fn_eumetazoan_23(X) != fn_eumetazoan_24(X)
& fn_eumetazoan_24(X) != fn_eumetazoan_23(X)
& has_part_2(fn_eumetazoan_8(X),fn_eumetazoan_24(X))
& has_part_2(fn_eumetazoan_8(X),fn_eumetazoan_25(X))
& fn_eumetazoan_23(X) != fn_eumetazoan_29(X)
& fn_eumetazoan_29(X) != fn_eumetazoan_26(X)
& fn_eumetazoan_26(X) != fn_eumetazoan_29(X)
& fn_eumetazoan_29(X) != fn_eumetazoan_23(X)
& has_part_2(fn_eumetazoan_8(X),fn_eumetazoan_23(X))
& fn_eumetazoan_18(X) != fn_eumetazoan_17(X)
& fn_eumetazoan_17(X) != fn_eumetazoan_18(X)
& has_part_2(fn_eumetazoan_11(X),fn_eumetazoan_18(X))
& possesses_2(fn_eumetazoan_19(X),fn_eumetazoan_12(X))
& possesses_2(fn_eumetazoan_11(X),fn_eumetazoan_19(X))
& object_2(fn_eumetazoan_7(X),fn_eumetazoan_4(X))
& fn_eumetazoan_11(X) = fn_phosphorylation_5(fn_eumetazoan_14(X))
& fn_eumetazoan_11(X) = fn_phosphorylation_1(fn_eumetazoan_14(X))
& fn_eumetazoan_21(X) = fn_tissue_1(fn_eumetazoan_20(X))
& fn_eumetazoan_21(X) = fn_cellular_work_2(fn_eumetazoan_10(X))
& fn_eumetazoan_10(X) = fn_eukaryotic_cell_32(fn_eumetazoan_21(X))
& fn_eumetazoan_11(X) = fn_catabolic_pathway_9(fn_eumetazoan_15(X))
& fn_eumetazoan_11(X) = fn_cellular_respiration_36(fn_eumetazoan_15(X))
& fn_eumetazoan_12(X) = fn_cellular_work_utilizing_atp_45(fn_eumetazoan_10(X))
& fn_eumetazoan_11(X) = fn_cellular_work_utilizing_atp_41(fn_eumetazoan_10(X))
& fn_eumetazoan_13(X) = fn_cellular_work_utilizing_atp_44(fn_eumetazoan_10(X))
& X = fn_animal_nutritional_requirement_6(fn_eumetazoan_28(X))
& fn_eumetazoan_27(X) = fn_animal_nutritional_requirement_62(fn_eumetazoan_28(X))
& fn_eumetazoan_9(X) = fn_animal_nutritional_requirement_40(fn_eumetazoan_28(X))
& fn_eumetazoan_1(X) = fn_animal_nutritional_requirement_46(fn_eumetazoan_28(X))
& fn_eumetazoan_22(X) = fn_animal_nutritional_requirement_4(fn_eumetazoan_28(X))
& fn_eumetazoan_7(X) = fn_animal_nutritional_requirement_60(fn_eumetazoan_28(X))
& fn_eumetazoan_4(X) = fn_animal_nutritional_requirement_54(fn_eumetazoan_28(X))
& fn_eumetazoan_3(X) = fn_animal_nutritional_requirement_53(fn_eumetazoan_28(X))
& fn_eumetazoan_5(X) = fn_animal_nutritional_requirement_52(fn_eumetazoan_28(X))
& fn_eumetazoan_2(X) = fn_animal_nutritional_requirement_48(fn_eumetazoan_28(X))
& fn_eumetazoan_5(X) = fn_animal_nutritional_requirement_54(fn_eumetazoan_28(X))
& fn_eumetazoan_4(X) = fn_animal_nutritional_requirement_52(fn_eumetazoan_28(X))
& fn_eumetazoan_6(X) = fn_animal_nutritional_requirement_61(fn_eumetazoan_28(X))
& fn_eumetazoan_16(X) = fn_organic_molecule_3(fn_eumetazoan_11(X))
& fn_eumetazoan_4(X) = fn_hold_2(fn_eumetazoan_7(X))
& fn_eumetazoan_19(X) = fn_molecule_10(fn_eumetazoan_11(X))
& fn_eumetazoan_12(X) = fn_chemical_bond_2(fn_eumetazoan_19(X))
& fn_eumetazoan_17(X) = fn_organic_molecule_1(fn_eumetazoan_11(X))
& fn_eumetazoan_18(X) = fn_organic_molecule_2(fn_eumetazoan_11(X))
& fn_eumetazoan_23(X) = fn_polypeptide_100(fn_eumetazoan_9(X))
& fn_eumetazoan_23(X) = fn_amino_acid_27(fn_eumetazoan_8(X))
& fn_eumetazoan_23(X) = fn_amino_acid_11(fn_eumetazoan_8(X))
& fn_eumetazoan_25(X) = fn_polypeptide_126(fn_eumetazoan_9(X))
& fn_eumetazoan_29(X) = fn_amino_acid_11(fn_eumetazoan_8(X))
& fn_eumetazoan_29(X) = fn_polypeptide_101(fn_eumetazoan_9(X))
& fn_eumetazoan_29(X) = fn_polypeptide_15(fn_eumetazoan_9(X))
& fn_eumetazoan_8(X) = fn_polypeptide_83(fn_eumetazoan_9(X))
& fn_eumetazoan_24(X) = fn_amino_acid_28(fn_eumetazoan_8(X))
& fn_eumetazoan_24(X) = fn_polypeptide_44(fn_eumetazoan_9(X))
& fn_eumetazoan_26(X) = fn_polypeptide_118(fn_eumetazoan_9(X))
& fn_eumetazoan_24(X) = fn_amino_acid_22(fn_eumetazoan_8(X))
& fn_eumetazoan_26(X) = fn_amino_acid_28(fn_eumetazoan_8(X))
& fn_eumetazoan_26(X) = fn_amino_acid_22(fn_eumetazoan_8(X))
& fn_eumetazoan_26(X) = fn_polypeptide_120(fn_eumetazoan_9(X))
& fn_eumetazoan_27(X) = fn_amino_acid_17(fn_eumetazoan_8(X))
& fn_eumetazoan_27(X) = fn_polypeptide_125(fn_eumetazoan_9(X))
& fn_eumetazoan_23(X) = fn_polypeptide_15(fn_eumetazoan_9(X))
& fn_eumetazoan_24(X) = fn_polypeptide_118(fn_eumetazoan_9(X))
& fn_eumetazoan_25(X) = fn_amino_acid_24(fn_eumetazoan_8(X))
& fn_eumetazoan_8(X) = fn_polypeptide_82(fn_eumetazoan_9(X))
& fn_eumetazoan_25(X) = fn_polypeptide_119(fn_eumetazoan_9(X))
& fn_tissue_1(fn_eumetazoan_20(X)) = fn_cellular_work_2(fn_eumetazoan_10(X))
& fn_cellular_work_2(fn_eumetazoan_10(X)) = fn_animal_nutritional_requirement_54(fn_eumetazoan_28(X))
& fn_animal_nutritional_requirement_54(fn_eumetazoan_28(X)) = fn_animal_nutritional_requirement_54(fn_eumetazoan_28(X))
& fn_animal_nutritional_requirement_52(fn_eumetazoan_28(X)) = fn_animal_nutritional_requirement_54(fn_eumetazoan_28(X))
& fn_animal_nutritional_requirement_54(fn_eumetazoan_28(X)) = fn_animal_nutritional_requirement_52(fn_eumetazoan_28(X))
& fn_animal_nutritional_requirement_52(fn_eumetazoan_28(X)) = fn_animal_nutritional_requirement_52(fn_eumetazoan_28(X))
& fn_animal_nutritional_requirement_52(fn_eumetazoan_28(X)) = fn_hold_2(fn_eumetazoan_7(X))
& fn_hold_2(fn_eumetazoan_7(X)) = fn_cellular_work_utilizing_atp_45(fn_eumetazoan_10(X))
& fn_cellular_work_utilizing_atp_45(fn_eumetazoan_10(X)) = fn_chemical_bond_2(fn_eumetazoan_19(X))
& fn_chemical_bond_2(fn_eumetazoan_19(X)) = fn_phosphorylation_5(fn_eumetazoan_14(X))
& fn_phosphorylation_5(fn_eumetazoan_14(X)) = fn_phosphorylation_1(fn_eumetazoan_14(X))
& fn_phosphorylation_1(fn_eumetazoan_14(X)) = fn_phosphorylation_1(fn_eumetazoan_14(X))
& fn_phosphorylation_1(fn_eumetazoan_14(X)) = fn_catabolic_pathway_9(fn_eumetazoan_15(X))
& fn_catabolic_pathway_9(fn_eumetazoan_15(X)) = fn_catabolic_pathway_9(fn_eumetazoan_15(X))
& fn_catabolic_pathway_9(fn_eumetazoan_15(X)) = fn_cellular_respiration_36(fn_eumetazoan_15(X))
& fn_cellular_respiration_36(fn_eumetazoan_15(X)) = fn_cellular_respiration_36(fn_eumetazoan_15(X))
& fn_cellular_respiration_36(fn_eumetazoan_15(X)) = fn_cellular_work_utilizing_atp_41(fn_eumetazoan_10(X))
& fn_cellular_work_utilizing_atp_41(fn_eumetazoan_10(X)) = fn_cellular_work_utilizing_atp_41(fn_eumetazoan_10(X))
& fn_cellular_work_utilizing_atp_41(fn_eumetazoan_10(X)) = fn_polypeptide_101(fn_eumetazoan_9(X))
& fn_amino_acid_11(fn_eumetazoan_8(X)) = fn_polypeptide_101(fn_eumetazoan_9(X))
& fn_polypeptide_101(fn_eumetazoan_9(X)) = fn_amino_acid_11(fn_eumetazoan_8(X))
& fn_amino_acid_11(fn_eumetazoan_8(X)) = fn_amino_acid_11(fn_eumetazoan_8(X))
& fn_polypeptide_15(fn_eumetazoan_9(X)) = fn_amino_acid_11(fn_eumetazoan_8(X))
& fn_amino_acid_11(fn_eumetazoan_8(X)) = fn_polypeptide_15(fn_eumetazoan_9(X))
& fn_polypeptide_118(fn_eumetazoan_9(X)) = fn_amino_acid_28(fn_eumetazoan_8(X))
& fn_amino_acid_28(fn_eumetazoan_8(X)) = fn_amino_acid_28(fn_eumetazoan_8(X))
& fn_amino_acid_28(fn_eumetazoan_8(X)) = fn_polypeptide_118(fn_eumetazoan_9(X))
& fn_polypeptide_118(fn_eumetazoan_9(X)) = fn_polypeptide_120(fn_eumetazoan_9(X))
& fn_polypeptide_120(fn_eumetazoan_9(X)) = fn_polypeptide_120(fn_eumetazoan_9(X))
& fn_polypeptide_120(fn_eumetazoan_9(X)) = fn_animal_nutritional_requirement_62(fn_eumetazoan_28(X))
& fn_animal_nutritional_requirement_62(fn_eumetazoan_28(X)) = fn_amino_acid_17(fn_eumetazoan_8(X))
& fn_amino_acid_17(fn_eumetazoan_8(X)) = fn_amino_acid_17(fn_eumetazoan_8(X))
& fn_polypeptide_125(fn_eumetazoan_9(X)) = fn_polypeptide_125(fn_eumetazoan_9(X))
& fn_polypeptide_125(fn_eumetazoan_9(X)) = fn_amino_acid_17(fn_eumetazoan_8(X))
& fn_amino_acid_17(fn_eumetazoan_8(X)) = fn_polypeptide_125(fn_eumetazoan_9(X))
& fn_polypeptide_125(fn_eumetazoan_9(X)) = fn_polypeptide_100(fn_eumetazoan_9(X))
& fn_polypeptide_100(fn_eumetazoan_9(X)) = fn_polypeptide_100(fn_eumetazoan_9(X))
& fn_polypeptide_100(fn_eumetazoan_9(X)) = fn_amino_acid_11(fn_eumetazoan_8(X))
& fn_amino_acid_11(fn_eumetazoan_8(X)) = fn_polypeptide_100(fn_eumetazoan_9(X))
& fn_amino_acid_27(fn_eumetazoan_8(X)) = fn_polypeptide_100(fn_eumetazoan_9(X))
& fn_polypeptide_100(fn_eumetazoan_9(X)) = fn_amino_acid_27(fn_eumetazoan_8(X))
& fn_amino_acid_27(fn_eumetazoan_8(X)) = fn_amino_acid_27(fn_eumetazoan_8(X))
& fn_polypeptide_15(fn_eumetazoan_9(X)) = fn_amino_acid_27(fn_eumetazoan_8(X))
& fn_amino_acid_27(fn_eumetazoan_8(X)) = fn_polypeptide_15(fn_eumetazoan_9(X))
& fn_polypeptide_15(fn_eumetazoan_9(X)) = fn_polypeptide_15(fn_eumetazoan_9(X))
& fn_polypeptide_15(fn_eumetazoan_9(X)) = fn_amino_acid_28(fn_eumetazoan_8(X))
& fn_amino_acid_22(fn_eumetazoan_8(X)) = fn_amino_acid_28(fn_eumetazoan_8(X))
& fn_amino_acid_28(fn_eumetazoan_8(X)) = fn_amino_acid_22(fn_eumetazoan_8(X))
& fn_amino_acid_22(fn_eumetazoan_8(X)) = fn_polypeptide_44(fn_eumetazoan_9(X))
& fn_polypeptide_44(fn_eumetazoan_9(X)) = fn_amino_acid_22(fn_eumetazoan_8(X))
& fn_amino_acid_22(fn_eumetazoan_8(X)) = fn_amino_acid_22(fn_eumetazoan_8(X))
& fn_amino_acid_22(fn_eumetazoan_8(X)) = fn_polypeptide_118(fn_eumetazoan_9(X))
& fn_polypeptide_118(fn_eumetazoan_9(X)) = fn_polypeptide_44(fn_eumetazoan_9(X))
& fn_polypeptide_44(fn_eumetazoan_9(X)) = fn_polypeptide_44(fn_eumetazoan_9(X))
& fn_polypeptide_44(fn_eumetazoan_9(X)) = fn_polypeptide_118(fn_eumetazoan_9(X))
& fn_polypeptide_118(fn_eumetazoan_9(X)) = fn_polypeptide_118(fn_eumetazoan_9(X))
& fn_polypeptide_118(fn_eumetazoan_9(X)) = fn_amino_acid_24(fn_eumetazoan_8(X))
& fn_amino_acid_24(fn_eumetazoan_8(X)) = fn_polypeptide_126(fn_eumetazoan_9(X))
& fn_polypeptide_126(fn_eumetazoan_9(X)) = fn_amino_acid_24(fn_eumetazoan_8(X))
& fn_amino_acid_24(fn_eumetazoan_8(X)) = fn_amino_acid_24(fn_eumetazoan_8(X))
& fn_amino_acid_24(fn_eumetazoan_8(X)) = fn_polypeptide_119(fn_eumetazoan_9(X))
& fn_polypeptide_119(fn_eumetazoan_9(X)) = fn_polypeptide_126(fn_eumetazoan_9(X))
& fn_polypeptide_126(fn_eumetazoan_9(X)) = fn_polypeptide_119(fn_eumetazoan_9(X))
& fn_polypeptide_119(fn_eumetazoan_9(X)) = fn_polypeptide_119(fn_eumetazoan_9(X))
& fn_polypeptide_119(fn_eumetazoan_9(X)) = fn_polypeptide_83(fn_eumetazoan_9(X))
& fn_polypeptide_82(fn_eumetazoan_9(X)) = fn_polypeptide_83(fn_eumetazoan_9(X))
& fn_polypeptide_83(fn_eumetazoan_9(X)) = fn_polypeptide_82(fn_eumetazoan_9(X))
& fn_polypeptide_82(fn_eumetazoan_9(X)) = fn_polypeptide_82(fn_eumetazoan_9(X)) ) ) ).
fof(a529434,axiom,
! [X] :
( europium_1(X)
=> ( original_name_2(X,'Europium')
& user_description_2(X,'Europium is a metal atom with atomic number 63. It is represented by the symbol Eu.')
& concept2words_2(X,europium)
& concept2words_2(X,eu)
& metal_atom_1(X)
& neutron_1(fn_europium_3(X))
& atomic_mass_value_1(fn_europium_4(X))
& electronegativity_value_1(fn_europium_5(X))
& valence_electron_1(fn_europium_9(X))
& atomic_weight_value_1(fn_europium_10(X))
& atomic_number_value_1(fn_europium_11(X))
& quantity_value_1(fn_europium_12(X))
& electronegativity_2(X,fn_europium_5(X))
& mass_number_2(X,fn_europium_4(X))
& exactCardinality(X,has_part_0,"89",neutron_0)
& exactCardinality(X,has_part_0,"63",proton_0)
& exactCardinality(X,has_part_0,"63",electron_0)
& has_part_2(X,fn_europium_3(X))
& the_cardinal_value_2(fn_europium_12(X),"9")
& cardinal_unit_class_2(fn_europium_12(X),unity_0)
& the_cardinal_value_2(fn_europium_5(X),"1.2")
& cardinal_unit_class_2(fn_europium_5(X),unity_0)
& the_cardinal_value_2(fn_europium_4(X),"152")
& cardinal_unit_class_2(fn_europium_4(X),unity_0)
& the_cardinal_value_2(fn_europium_11(X),"63")
& cardinal_unit_class_2(fn_europium_11(X),unity_0)
& the_cardinal_value_2(fn_europium_10(X),"152")
& cardinal_unit_class_2(fn_europium_10(X),dalton_0)
& atomic_number_2(X,fn_europium_11(X))
& atomic_weight_2(X,fn_europium_10(X))
& has_part_2(X,fn_europium_9(X))
& quantity_2(fn_europium_9(X),fn_europium_12(X))
& fn_europium_7(X) = fn_atom_12(X)
& fn_europium_11(X) = fn_atom_17(X)
& fn_europium_8(X) = fn_atom_13(X)
& fn_europium_10(X) = fn_atom_16(X)
& fn_europium_6(X) = fn_atom_1(X)
& fn_europium_12(X) = fn_atom_5(X)
& fn_europium_9(X) = fn_atom_14(X) ) ) ).
fof(a529435,axiom,
! [X] :
( euryarchaeota_1(X)
=> ( original_name_2(X,'Euryarchaeota')
& user_description_2(X,'Phylum of archaen organisms, including methanogens, halophiles, and some thermophiles.')
& concept2words_2(X,euryarchaeota)
& archaea_1(X)
& ~ crenarchaeota_1(X) ) ) ).
fof(a529436,axiom,
! [X] :
( euryhaline_1(X)
=> ( original_name_2(X,'Euryhaline')
& user_description_2(X,'Able to tolerate substantial changes in external osmolarity.')
& concept2words_2(X,euryhaline)
& organism_1(X)
& ~ regulator_animal_1(X)
& osmoregulator_1(fn_euryhaline_1(X))
& organism_1(fn_osmoregulator_3(fn_euryhaline_1(X)))
& plays_2(X,fn_euryhaline_1(X))
& X = fn_osmoregulator_3(fn_euryhaline_1(X)) ) ) ).
fof(a529437,axiom,
! [X] :
( eurypterid_1(X)
=> ( original_name_2(X,'Eurypterid')
& user_description_2(X,'Member of an extinct group of chelicerates called sea scorpions.')
& concept2words_2(X,'water scorpion')
& concept2words_2(X,'water-scorpion')
& concept2words_2(X,eurypterid)
& cheliceriform_1(X)
& extinct_invertebrate_1(X)
& ~ arachnid_1(X)
& ~ acanthodian_1(X)
& ~ ammonite_1(X)
& ~ anapsid_1(X)
& ~ archaeopteryx_1(X)
& ~ conodont_1(X)
& ~ cooksonia_1(X)
& ~ dinosaur_1(X)
& ~ great_auk_1(X)
& ~ neanderthal_1(X)
& ~ paranthropus_boisei_1(X)
& ~ parareptile_1(X)
& ~ placoderm_1(X)
& ~ pterosaur_1(X)
& ~ trilobite_1(X) ) ) ).
fof(a529438,axiom,
! [X] :
( eustachian_tube_1(X)
=> ( original_name_2(X,'Eustachian-Tube')
& user_description_2(X,'The tube that links the middle ear and the nasopharynx.')
& concept2words_2(X,'eustachian tube')
& concept2words_2(X,'eustachian-tube')
& sensory_organ_1(X) ) ) ).
fof(a529439,axiom,
! [X] :
( eutherian_1(X)
=> ( original_name_2(X,'Eutherian')
& user_description_2(X,'A placental mammal, in which embryonic and fetal development occur within the uterus.')
& concept2words_2(X,eutherian)
& mammal_1(X)
& ~ insectivora_1(X)
& ~ lagomorpha_1(X)
& ~ marsupial_1(X)
& ~ monotreme_1(X) ) ) ).
fof(a529440,axiom,
! [X] :
( eutrophic_lake_1(X)
=> ( original_name_2(X,'Eutrophic-Lake')
& user_description_2(X,'A lake that has a high rate of biological productivity supported by a high rate of nutrient cycling.')
& concept2words_2(X,'eutrophic lake')
& concept2words_2(X,'eutrophic-lake')
& lake_1(X)
& ~ abyssal_zone_1(X)
& ~ aphotic_zone_1(X)
& ~ benthic_zone_1(X)
& ~ deep_sea_hydrothermal_vent_1(X)
& ~ estuary_1(X)
& ~ intertidal_zone_1(X)
& ~ limnetic_zone_1(X)
& ~ littoral_zone_1(X)
& ~ marine_benthic_zone_1(X)
& ~ neritic_zone_1(X)
& ~ oceanic_pelagic_zone_1(X)
& ~ oligotrophic_lake_1(X)
& ~ photic_zone_1(X) ) ) ).
fof(a529441,axiom,
! [X] :
( eutrophication_1(X)
=> ( original_name_2(X,'Eutrophication')
& user_description_2(X,'A process by which nutrients such as phosphate and nitrate become highly concentrated in a body of water. This results in rapid population increases of cyanobacteria and phytoplankton.')
& concept2words_2(X,eutrophication)
& ecological_process_1(X) ) ) ).
fof(a529442,axiom,
! [X] :
( evaporation_1(X)
=> ( original_name_2(X,'Evaporation')
& user_description_2(X,'A state change during which a liquid substance becomes a gas.')
& concept2words_2(X,vaporisation)
& concept2words_2(X,vaporization)
& concept2words_2(X,vaporise)
& concept2words_2(X,vaporize)
& concept2words_2(X,evaporate)
& concept2words_2(X,evaporation)
& change_of_state_1(X)
& ~ alteration_of_mrna_ends_1(X)
& ~ coil_1(X)
& ~ conformational_change_1(X)
& ~ conversion_to_isomer_1(X)
& ~ detoxification_1(X)
& ~ fold_1(X)
& ~ freezing_1(X)
& ~ gene_therapy_1(X)
& ~ melting_1(X)
& ~ metamorphosis_1(X)
& ~ mutation_1(X)
& ~ post_translational_modification_1(X)
& ~ refract_1(X)
& ~ temperature_fluctuation_1(X)
& ~ transformation_1(X)
& ~ twist_1(X)
& rate_value_1(fn_evaporation_3(X))
& temperature_value_1(fn_evaporation_4(X))
& gas_substance_1(fn_evaporation_5(X))
& time_interval_1(fn_evaporation_6(X))
& time_interval_1(fn_evaporation_7(X))
& temperature_value_1(fn_evaporation_8(X))
& attract_1(fn_evaporation_10(X))
& entity_1(fn_evaporation_11(X))
& molecule_1(fn_evaporation_11(X))
& leave_1(fn_evaporation_12(X))
& liquid_substance_1(fn_evaporation_13(X))
& entity_1(fn_evaporation_14(X))
& spatial_entity_1(fn_evaporation_14(X))
& molecule_1(fn_evaporation_14(X))
& speed_value_1(fn_evaporation_15(X))
& quantity_value_1(fn_evaporation_16(X))
& kinetic_energy_1(fn_evaporation_17(X))
& constant_motion_1(fn_evaporation_18(X))
& chemical_entity_1(fn_evaporation_19(X))
& atom_1(fn_evaporation_19(X))
& hold_together_1(fn_evaporation_20(X))
& atom_1(fn_evaporation_21(X))
& chemical_entity_1(fn_evaporation_21(X))
& tangible_entity_1(fn_evaporation_22(X))
& chemical_bond_1(fn_evaporation_22(X))
& break_1(fn_evaporation_23(X))
& move_1(fn_evaporation_24(X))
& entity_1(fn_attract_1(fn_evaporation_10(X)))
& spatial_entity_1(fn_leave_1(fn_evaporation_12(X)))
& tangible_entity_1(fn_impair_1(fn_evaporation_23(X)))
& hold_together_1(fn_chemical_bond_3(fn_evaporation_22(X)))
& property_node_1(fn_molecule_2(fn_evaporation_14(X)))
& property_node_1(fn_molecule_1(fn_evaporation_14(X)))
& constant_motion_1(fn_molecule_8(fn_evaporation_14(X)))
& speed_value_1(fn_molecule_3(fn_evaporation_14(X)))
& quantity_value_1(fn_molecule_4(fn_evaporation_14(X)))
& kinetic_energy_1(fn_molecule_12(fn_evaporation_14(X)))
& atom_1(fn_molecule_7(fn_evaporation_11(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_evaporation_22(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_evaporation_22(X)))
& atom_1(fn_molecule_7(fn_evaporation_14(X)))
& entity_1(fn_attract_2(fn_evaporation_10(X)))
& spatial_entity_1(fn_move_1(fn_evaporation_24(X)))
& spatial_entity_1(fn_locomotion_1(fn_evaporation_12(X)))
& greater_than_2(fn_evaporation_8(X),fn_evaporation_4(X))
& base_2(fn_evaporation_10(X),fn_evaporation_13(X))
& fn_evaporation_11(X) != fn_evaporation_14(X)
& time_before_2(fn_evaporation_6(X),fn_evaporation_7(X))
& time_during_2(fn_evaporation_12(X),fn_evaporation_7(X))
& temperature_2(fn_evaporation_5(X),fn_evaporation_8(X))
& object_2(X,fn_evaporation_13(X))
& result_2(X,fn_evaporation_5(X))
& subevent_2(X,fn_evaporation_12(X))
& subevent_2(X,fn_evaporation_24(X))
& subevent_2(X,fn_evaporation_23(X))
& rate_2(X,fn_evaporation_3(X))
& has_part_2(fn_evaporation_13(X),fn_evaporation_14(X))
& has_part_2(fn_evaporation_13(X),fn_evaporation_11(X))
& temperature_2(fn_evaporation_13(X),fn_evaporation_4(X))
& fn_evaporation_14(X) != fn_evaporation_11(X)
& directly_proportional_2(fn_evaporation_4(X),fn_evaporation_3(X))
& next_event_2(fn_evaporation_23(X),fn_evaporation_12(X))
& next_event_2(fn_evaporation_24(X),fn_evaporation_23(X))
& object_2(fn_evaporation_10(X),fn_evaporation_11(X))
& agent_2(fn_evaporation_10(X),fn_evaporation_14(X))
& origin_2(fn_evaporation_12(X),fn_evaporation_13(X))
& object_2(fn_evaporation_24(X),fn_evaporation_14(X))
& object_2(fn_evaporation_23(X),fn_evaporation_22(X))
& object_2(fn_evaporation_12(X),fn_evaporation_14(X))
& agent_2(fn_evaporation_12(X),fn_evaporation_14(X))
& has_part_2(fn_evaporation_11(X),fn_evaporation_21(X))
& agent_2(fn_evaporation_20(X),fn_evaporation_22(X))
& is_between_2(fn_evaporation_22(X),fn_evaporation_19(X))
& object_2(fn_evaporation_20(X),fn_evaporation_19(X))
& object_2(fn_evaporation_20(X),fn_evaporation_21(X))
& is_between_2(fn_evaporation_22(X),fn_evaporation_21(X))
& has_function_2(fn_evaporation_22(X),fn_evaporation_20(X))
& has_part_2(fn_evaporation_14(X),fn_evaporation_19(X))
& possesses_2(fn_evaporation_14(X),fn_evaporation_17(X))
& quantity_2(fn_evaporation_17(X),fn_evaporation_16(X))
& directly_proportional_2(fn_evaporation_15(X),fn_evaporation_16(X))
& speed_2(fn_evaporation_18(X),fn_evaporation_15(X))
& object_2(fn_evaporation_18(X),fn_evaporation_14(X))
& fn_evaporation_11(X) = fn_attract_1(fn_evaporation_10(X))
& fn_evaporation_14(X) = fn_attract_2(fn_evaporation_10(X))
& fn_evaporation_13(X) = fn_leave_1(fn_evaporation_12(X))
& fn_evaporation_14(X) = fn_move_1(fn_evaporation_24(X))
& fn_evaporation_22(X) = fn_impair_1(fn_evaporation_23(X))
& fn_evaporation_14(X) = fn_locomotion_1(fn_evaporation_12(X))
& fn_evaporation_21(X) = fn_molecule_7(fn_evaporation_11(X))
& fn_evaporation_21(X) = fn_chemical_bond_1(fn_evaporation_22(X))
& fn_evaporation_20(X) = fn_chemical_bond_3(fn_evaporation_22(X))
& fn_evaporation_19(X) = fn_chemical_bond_4(fn_evaporation_22(X))
& fn_evaporation_25(X) = fn_molecule_2(fn_evaporation_14(X))
& fn_evaporation_19(X) = fn_molecule_7(fn_evaporation_14(X))
& fn_evaporation_26(X) = fn_molecule_1(fn_evaporation_14(X))
& fn_evaporation_18(X) = fn_molecule_8(fn_evaporation_14(X))
& fn_evaporation_15(X) = fn_molecule_3(fn_evaporation_14(X))
& fn_evaporation_16(X) = fn_molecule_4(fn_evaporation_14(X))
& fn_evaporation_17(X) = fn_molecule_12(fn_evaporation_14(X))
& fn_molecule_7(fn_evaporation_11(X)) = fn_chemical_bond_1(fn_evaporation_22(X))
& fn_chemical_bond_1(fn_evaporation_22(X)) = fn_chemical_bond_1(fn_evaporation_22(X))
& fn_chemical_bond_1(fn_evaporation_22(X)) = fn_chemical_bond_4(fn_evaporation_22(X))
& fn_chemical_bond_4(fn_evaporation_22(X)) = fn_chemical_bond_4(fn_evaporation_22(X))
& fn_chemical_bond_4(fn_evaporation_22(X)) = fn_molecule_7(fn_evaporation_14(X))
& fn_molecule_7(fn_evaporation_14(X)) = fn_attract_2(fn_evaporation_10(X))
& fn_attract_2(fn_evaporation_10(X)) = fn_move_1(fn_evaporation_24(X))
& fn_move_1(fn_evaporation_24(X)) = fn_move_1(fn_evaporation_24(X))
& fn_move_1(fn_evaporation_24(X)) = fn_locomotion_1(fn_evaporation_12(X))
& fn_locomotion_1(fn_evaporation_12(X)) = fn_locomotion_1(fn_evaporation_12(X)) ) ) ).
fof(a529443,axiom,
! [X] :
( evaporation_by_heat_1(X)
=> ( original_name_2(X,'Evaporation-By-Heat')
& user_description_2(X,'The vaporization of a liquid from its surface caused by the application of heat to the liquid.')
& concept2words_2(X,'evaporation by heat')
& concept2words_2(X,'evaporation-by-heat')
& evaporation_1(X)
& speed_value_1(fn_evaporation_by_heat_3(X))
& intensity_value_1(fn_evaporation_by_heat_4(X))
& temperature_value_1(fn_evaporation_by_heat_5(X))
& attract_1(fn_evaporation_by_heat_6(X))
& entity_1(fn_evaporation_by_heat_7(X))
& molecule_1(fn_evaporation_by_heat_7(X))
& entity_1(fn_evaporation_by_heat_8(X))
& spatial_entity_1(fn_evaporation_by_heat_8(X))
& molecule_1(fn_evaporation_by_heat_8(X))
& temperature_value_1(fn_evaporation_by_heat_9(X))
& tangible_entity_1(fn_evaporation_by_heat_10(X))
& liquid_substance_1(fn_evaporation_by_heat_10(X))
& heat_1(fn_evaporation_by_heat_11(X))
& leave_1(fn_evaporation_by_heat_12(X))
& move_1(fn_evaporation_by_heat_13(X))
& rate_value_1(fn_evaporation_by_heat_16(X))
& temperature_value_1(fn_heat_5(fn_evaporation_by_heat_11(X)))
& temperature_value_1(fn_heat_4(fn_evaporation_by_heat_11(X)))
& tangible_entity_1(fn_heat_1(fn_evaporation_by_heat_11(X)))
& speed_2(fn_evaporation_by_heat_13(X),fn_evaporation_by_heat_3(X))
& next_event_2(fn_evaporation_by_heat_11(X),fn_evaporation_by_heat_13(X))
& intensity_2(fn_evaporation_by_heat_11(X),fn_evaporation_by_heat_4(X))
& directly_proportional_2(fn_evaporation_by_heat_4(X),fn_evaporation_by_heat_3(X))
& directly_proportional_2(fn_evaporation_by_heat_4(X),fn_evaporation_by_heat_16(X))
& first_subevent_2(X,fn_evaporation_by_heat_11(X))
& subevent_2(X,fn_evaporation_by_heat_11(X))
& base_2(fn_evaporation_by_heat_11(X),fn_evaporation_by_heat_10(X))
& from_value_2(fn_evaporation_by_heat_11(X),fn_evaporation_by_heat_9(X))
& to_value_2(fn_evaporation_by_heat_11(X),fn_evaporation_by_heat_5(X))
& greater_than_2(fn_evaporation_by_heat_5(X),fn_evaporation_by_heat_9(X))
& origin_2(fn_evaporation_by_heat_12(X),fn_evaporation_by_heat_10(X))
& base_2(fn_evaporation_by_heat_6(X),fn_evaporation_by_heat_10(X))
& subevent_2(X,fn_evaporation_by_heat_12(X))
& object_2(X,fn_evaporation_by_heat_10(X))
& temperature_2(fn_evaporation_by_heat_10(X),fn_evaporation_by_heat_9(X))
& directly_proportional_2(fn_evaporation_by_heat_9(X),fn_evaporation_by_heat_16(X))
& rate_2(X,fn_evaporation_by_heat_16(X))
& object_2(fn_evaporation_by_heat_12(X),fn_evaporation_by_heat_8(X))
& agent_2(fn_evaporation_by_heat_12(X),fn_evaporation_by_heat_8(X))
& has_part_2(fn_evaporation_by_heat_10(X),fn_evaporation_by_heat_8(X))
& has_part_2(fn_evaporation_by_heat_10(X),fn_evaporation_by_heat_7(X))
& object_2(fn_evaporation_by_heat_6(X),fn_evaporation_by_heat_7(X))
& subevent_2(X,fn_evaporation_by_heat_13(X))
& object_2(fn_evaporation_by_heat_13(X),fn_evaporation_by_heat_8(X))
& agent_2(fn_evaporation_by_heat_6(X),fn_evaporation_by_heat_8(X))
& fn_evaporation_by_heat_7(X) != fn_evaporation_by_heat_8(X)
& fn_evaporation_by_heat_8(X) != fn_evaporation_by_heat_7(X)
& fn_evaporation_by_heat_10(X) = fn_heat_1(fn_evaporation_by_heat_11(X))
& fn_evaporation_by_heat_9(X) = fn_heat_4(fn_evaporation_by_heat_11(X))
& fn_evaporation_by_heat_5(X) = fn_heat_5(fn_evaporation_by_heat_11(X))
& fn_evaporation_by_heat_14(X) = fn_evaporation_2(X)
& fn_evaporation_by_heat_17(X) = fn_evaporation_1(X)
& fn_evaporation_by_heat_15(X) = fn_evaporation_9(X)
& fn_evaporation_by_heat_5(X) = fn_evaporation_8(X)
& fn_evaporation_by_heat_16(X) = fn_evaporation_3(X)
& fn_evaporation_by_heat_9(X) = fn_evaporation_4(X)
& fn_evaporation_by_heat_10(X) = fn_evaporation_13(X)
& fn_evaporation_by_heat_12(X) = fn_evaporation_12(X)
& fn_evaporation_by_heat_6(X) = fn_evaporation_10(X)
& fn_evaporation_by_heat_7(X) = fn_evaporation_11(X)
& fn_evaporation_by_heat_8(X) = fn_evaporation_14(X)
& fn_evaporation_by_heat_13(X) = fn_evaporation_24(X)
& fn_heat_5(fn_evaporation_by_heat_11(X)) = fn_evaporation_8(X)
& fn_evaporation_8(X) = fn_evaporation_8(X)
& fn_evaporation_8(X) = fn_heat_4(fn_evaporation_by_heat_11(X))
& fn_heat_4(fn_evaporation_by_heat_11(X)) = fn_evaporation_4(X)
& fn_evaporation_4(X) = fn_evaporation_4(X)
& fn_evaporation_4(X) = fn_heat_1(fn_evaporation_by_heat_11(X))
& fn_heat_1(fn_evaporation_by_heat_11(X)) = fn_evaporation_13(X)
& fn_evaporation_13(X) = fn_evaporation_13(X) ) ) ).
fof(a529444,axiom,
! [X] :
( evaporative_cooling_1(X)
=> ( original_name_2(X,'Evaporative-Cooling')
& user_description_2(X,'Water evaporates from the surface of the liquid, resulting in cooling of the remaining water.')
& concept2words_2(X,'cooling of water body')
& concept2words_2(X,'cooling of body with water')
& concept2words_2(X,'cooling through evaporation')
& concept2words_2(X,evaporate)
& concept2words_2(X,'evaporative cooling')
& concept2words_2(X,'evaporative-cooling')
& cool_1(X)
& surface_1(fn_evaporative_cooling_1(X))
& temperature_value_1(fn_evaporative_cooling_2(X))
& evaporation_1(fn_evaporative_cooling_5(X))
& temperature_value_1(fn_evaporative_cooling_6(X))
& entity_1(fn_evaporative_cooling_7(X))
& molecule_1(fn_evaporative_cooling_7(X))
& quantity_value_1(fn_evaporative_cooling_8(X))
& quantity_value_1(fn_evaporative_cooling_9(X))
& kinetic_energy_1(fn_evaporative_cooling_10(X))
& tangible_entity_1(fn_evaporative_cooling_11(X))
& liquid_substance_1(fn_evaporative_cooling_11(X))
& kinetic_energy_1(fn_evaporative_cooling_12(X))
& entity_1(fn_evaporative_cooling_13(X))
& spatial_entity_1(fn_evaporative_cooling_13(X))
& molecule_1(fn_evaporative_cooling_13(X))
& move_1(fn_evaporative_cooling_14(X))
& leave_1(fn_evaporative_cooling_14(X))
& property_node_1(fn_molecule_2(fn_evaporative_cooling_7(X)))
& quantity_value_1(fn_molecule_4(fn_evaporative_cooling_7(X)))
& kinetic_energy_1(fn_molecule_12(fn_evaporative_cooling_7(X)))
& property_node_1(fn_evaporation_2(fn_evaporative_cooling_5(X)))
& property_node_1(fn_evaporation_25(fn_evaporative_cooling_5(X)))
& quantity_value_1(fn_evaporation_16(fn_evaporative_cooling_5(X)))
& kinetic_energy_1(fn_evaporation_17(fn_evaporative_cooling_5(X)))
& entity_1(fn_evaporation_11(fn_evaporative_cooling_5(X)))
& molecule_1(fn_evaporation_11(fn_evaporative_cooling_5(X)))
& entity_1(fn_evaporation_14(fn_evaporative_cooling_5(X)))
& spatial_entity_1(fn_evaporation_14(fn_evaporative_cooling_5(X)))
& molecule_1(fn_evaporation_14(fn_evaporative_cooling_5(X)))
& temperature_value_1(fn_evaporation_4(fn_evaporative_cooling_5(X)))
& liquid_substance_1(fn_evaporation_13(fn_evaporative_cooling_5(X)))
& move_1(fn_evaporation_24(fn_evaporative_cooling_5(X)))
& leave_1(fn_evaporation_12(fn_evaporative_cooling_5(X)))
& is_at_2(fn_evaporative_cooling_13(X),fn_evaporative_cooling_1(X))
& has_region_2(fn_evaporative_cooling_11(X),fn_evaporative_cooling_1(X))
& greater_than_2(fn_evaporative_cooling_8(X),fn_evaporative_cooling_9(X))
& causes_2(fn_evaporative_cooling_5(X),X)
& base_2(X,fn_evaporative_cooling_11(X))
& possesses_2(fn_evaporative_cooling_7(X),fn_evaporative_cooling_10(X))
& quantity_2(fn_evaporative_cooling_10(X),fn_evaporative_cooling_9(X))
& from_value_2(X,fn_evaporative_cooling_6(X))
& greater_than_2(fn_evaporative_cooling_6(X),fn_evaporative_cooling_2(X))
& to_value_2(X,fn_evaporative_cooling_2(X))
& has_part_2(fn_evaporative_cooling_11(X),fn_evaporative_cooling_7(X))
& object_2(fn_evaporative_cooling_14(X),fn_evaporative_cooling_13(X))
& object_2(fn_evaporative_cooling_5(X),fn_evaporative_cooling_11(X))
& temperature_2(fn_evaporative_cooling_11(X),fn_evaporative_cooling_6(X))
& agent_2(fn_evaporative_cooling_14(X),fn_evaporative_cooling_13(X))
& possesses_2(fn_evaporative_cooling_13(X),fn_evaporative_cooling_12(X))
& quantity_2(fn_evaporative_cooling_12(X),fn_evaporative_cooling_8(X))
& subevent_2(fn_evaporative_cooling_5(X),fn_evaporative_cooling_14(X))
& origin_2(fn_evaporative_cooling_14(X),fn_evaporative_cooling_11(X))
& has_part_2(fn_evaporative_cooling_11(X),fn_evaporative_cooling_13(X))
& fn_evaporative_cooling_7(X) != fn_evaporative_cooling_13(X)
& fn_evaporative_cooling_13(X) != fn_evaporative_cooling_7(X)
& fn_evaporative_cooling_11(X) = fn_cool_1(X)
& fn_evaporative_cooling_3(X) = fn_molecule_2(fn_evaporative_cooling_7(X))
& fn_evaporative_cooling_9(X) = fn_molecule_4(fn_evaporative_cooling_7(X))
& fn_evaporative_cooling_10(X) = fn_molecule_12(fn_evaporative_cooling_7(X))
& fn_evaporative_cooling_16(X) = fn_cool_2(X)
& fn_evaporative_cooling_2(X) = fn_cool_5(X)
& fn_evaporative_cooling_6(X) = fn_cool_4(X)
& fn_evaporative_cooling_15(X) = fn_evaporation_2(fn_evaporative_cooling_5(X))
& fn_evaporative_cooling_6(X) = fn_evaporation_4(fn_evaporative_cooling_5(X))
& fn_evaporative_cooling_4(X) = fn_evaporation_25(fn_evaporative_cooling_5(X))
& fn_evaporative_cooling_8(X) = fn_evaporation_16(fn_evaporative_cooling_5(X))
& fn_evaporative_cooling_12(X) = fn_evaporation_17(fn_evaporative_cooling_5(X))
& fn_evaporative_cooling_7(X) = fn_evaporation_11(fn_evaporative_cooling_5(X))
& fn_evaporative_cooling_13(X) = fn_evaporation_14(fn_evaporative_cooling_5(X))
& fn_evaporative_cooling_11(X) = fn_evaporation_13(fn_evaporative_cooling_5(X))
& fn_evaporative_cooling_14(X) = fn_evaporation_24(fn_evaporative_cooling_5(X))
& fn_evaporative_cooling_14(X) = fn_evaporation_12(fn_evaporative_cooling_5(X))
& fn_cool_4(X) = fn_cool_4(X)
& fn_cool_4(X) = fn_evaporation_4(fn_evaporative_cooling_5(X))
& fn_evaporation_4(fn_evaporative_cooling_5(X)) = fn_evaporation_4(fn_evaporative_cooling_5(X))
& fn_evaporation_4(fn_evaporative_cooling_5(X)) = fn_cool_1(X)
& fn_cool_1(X) = fn_evaporation_13(fn_evaporative_cooling_5(X))
& fn_evaporation_13(fn_evaporative_cooling_5(X)) = fn_evaporation_13(fn_evaporative_cooling_5(X))
& fn_evaporation_13(fn_evaporative_cooling_5(X)) = fn_evaporation_24(fn_evaporative_cooling_5(X))
& fn_evaporation_12(fn_evaporative_cooling_5(X)) = fn_evaporation_12(fn_evaporative_cooling_5(X))
& fn_evaporation_12(fn_evaporative_cooling_5(X)) = fn_evaporation_24(fn_evaporative_cooling_5(X))
& fn_evaporation_24(fn_evaporative_cooling_5(X)) = fn_evaporation_12(fn_evaporative_cooling_5(X)) ) ) ).
fof(a529445,axiom,
! [X] :
( evaporative_cooling_from_human_skin_1(X)
=> ( original_name_2(X,'Evaporative-Cooling-From-Human-Skin')
& user_description_2(X,'The cooling of the bodies of terrestrial animals by the evaporation of water (sweat) from their skin.')
& concept2words_2(X,sweating)
& concept2words_2(X,perspiring)
& concept2words_2(X,evaporate)
& concept2words_2(X,'evaporative cooling from human skin')
& concept2words_2(X,'evaporative-cooling-from-human-skin')
& evaporative_cooling_in_terrestrial_organism_1(X)
& ~ evaporative_cooling_from_leaf_1(X)
& skin_1(fn_evaporative_cooling_from_human_skin_1(X))
& person_1(fn_evaporative_cooling_from_human_skin_2(X))
& quantity_value_1(fn_evaporative_cooling_from_human_skin_3(X))
& thermal_energy_1(fn_evaporative_cooling_from_human_skin_4(X))
& damage_1(fn_evaporative_cooling_from_human_skin_5(X))
& decrease_1(fn_evaporative_cooling_from_human_skin_6(X))
& water_evaporation_1(fn_evaporative_cooling_from_human_skin_7(X))
& property_node_1(fn_decrease_2(fn_evaporative_cooling_from_human_skin_6(X)))
& property_value_1(fn_decrease_3(fn_evaporative_cooling_from_human_skin_6(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_evaporative_cooling_from_human_skin_4(X)))
& next_event_2(fn_evaporative_cooling_from_human_skin_7(X),fn_evaporative_cooling_from_human_skin_6(X))
& causes_2(fn_evaporative_cooling_from_human_skin_7(X),fn_evaporative_cooling_from_human_skin_6(X))
& prevents_2(fn_evaporative_cooling_from_human_skin_6(X),fn_evaporative_cooling_from_human_skin_5(X))
& quantity_2(fn_evaporative_cooling_from_human_skin_4(X),fn_evaporative_cooling_from_human_skin_3(X))
& subevent_2(X,fn_evaporative_cooling_from_human_skin_6(X))
& site_2(X,fn_evaporative_cooling_from_human_skin_1(X))
& possesses_2(fn_evaporative_cooling_from_human_skin_2(X),fn_evaporative_cooling_from_human_skin_4(X))
& base_2(X,fn_evaporative_cooling_from_human_skin_2(X))
& object_2(fn_evaporative_cooling_from_human_skin_5(X),fn_evaporative_cooling_from_human_skin_2(X))
& prevents_2(X,fn_evaporative_cooling_from_human_skin_5(X))
& subevent_2(X,fn_evaporative_cooling_from_human_skin_7(X))
& from_value_2(fn_evaporative_cooling_from_human_skin_6(X),fn_evaporative_cooling_from_human_skin_3(X))
& fn_evaporative_cooling_from_human_skin_2(X) = fn_kinetic_energy_2(fn_evaporative_cooling_from_human_skin_4(X))
& fn_evaporative_cooling_from_human_skin_2(X) = fn_evaporative_cooling_in_terrestrial_organism_4(X)
& fn_evaporative_cooling_from_human_skin_5(X) = fn_evaporative_cooling_in_terrestrial_organism_5(X)
& fn_evaporative_cooling_from_human_skin_7(X) = fn_evaporative_cooling_in_terrestrial_organism_3(X)
& fn_evaporative_cooling_from_human_skin_8(X) = fn_decrease_2(fn_evaporative_cooling_from_human_skin_6(X))
& fn_evaporative_cooling_from_human_skin_3(X) = fn_decrease_3(fn_evaporative_cooling_from_human_skin_6(X))
& fn_kinetic_energy_2(fn_evaporative_cooling_from_human_skin_4(X)) = fn_evaporative_cooling_in_terrestrial_organism_4(X)
& fn_evaporative_cooling_in_terrestrial_organism_4(X) = fn_evaporative_cooling_in_terrestrial_organism_4(X) ) ) ).
fof(a529446,axiom,
! [X] :
( evaporative_cooling_from_leaf_1(X)
=> ( original_name_2(X,'Evaporative-Cooling-From-Leaf')
& user_description_2(X,'Evaporation of water from the xylem in the leaf into the atmosphere to keep the leaf from burning in the sun.')
& concept2words_2(X,evaporate)
& concept2words_2(X,'evaporative cooling from leaf')
& concept2words_2(X,'evaporative-cooling-from-leaf')
& evaporative_cooling_in_terrestrial_organism_1(X)
& ~ evaporative_cooling_from_human_skin_1(X)
& heat_1(fn_evaporative_cooling_from_leaf_1(X))
& thermal_energy_1(fn_evaporative_cooling_from_leaf_2(X))
& tangible_entity_1(fn_evaporative_cooling_from_leaf_3(X))
& liquid_substance_1(fn_evaporative_cooling_from_leaf_3(X))
& terrestrial_plant_1(fn_evaporative_cooling_from_leaf_4(X))
& temperature_value_1(fn_evaporative_cooling_from_leaf_5(X))
& temperature_value_1(fn_evaporative_cooling_from_leaf_6(X))
& temperature_value_1(fn_plant_14(fn_evaporative_cooling_from_leaf_4(X)))
& agent_2(fn_evaporative_cooling_from_leaf_1(X),fn_evaporative_cooling_from_leaf_2(X))
& prevents_2(fn_evaporative_cooling_from_leaf_1(X),X)
& base_2(X,fn_evaporative_cooling_from_leaf_4(X))
& temperature_2(fn_evaporative_cooling_from_leaf_4(X),fn_evaporative_cooling_from_leaf_6(X))
& from_value_2(X,fn_evaporative_cooling_from_leaf_6(X))
& greater_than_2(fn_evaporative_cooling_from_leaf_6(X),fn_evaporative_cooling_from_leaf_5(X))
& to_value_2(X,fn_evaporative_cooling_from_leaf_5(X))
& base_2(X,fn_evaporative_cooling_from_leaf_3(X))
& temperature_2(fn_evaporative_cooling_from_leaf_3(X),fn_evaporative_cooling_from_leaf_6(X))
& fn_evaporative_cooling_from_leaf_4(X) = fn_evaporative_cooling_in_terrestrial_organism_4(X)
& fn_evaporative_cooling_from_leaf_6(X) = fn_plant_14(fn_evaporative_cooling_from_leaf_4(X))
& fn_evaporative_cooling_from_leaf_8(X) = fn_evaporative_cooling_15(X)
& fn_evaporative_cooling_from_leaf_7(X) = fn_evaporative_cooling_16(X)
& fn_evaporative_cooling_from_leaf_3(X) = fn_evaporative_cooling_11(X)
& fn_evaporative_cooling_from_leaf_5(X) = fn_evaporative_cooling_2(X)
& fn_evaporative_cooling_from_leaf_6(X) = fn_evaporative_cooling_6(X)
& fn_plant_14(fn_evaporative_cooling_from_leaf_4(X)) = fn_evaporative_cooling_6(X)
& fn_evaporative_cooling_6(X) = fn_evaporative_cooling_6(X) ) ) ).
fof(a529447,axiom,
! [X] :
( evaporative_cooling_in_lake_1(X)
=> ( original_name_2(X,'Evaporative-Cooling-In-Lake')
& user_description_2(X,'Evaporation of water from the surface of the lake cooling the lake. This contributes to the stability of temperature in the lake.')
& concept2words_2(X,evaporate)
& concept2words_2(X,'evaporative cooling in lake')
& concept2words_2(X,'evaporative-cooling-in-lake')
& evaporative_cooling_of_water_1(X)
& ~ evaporative_cooling_in_terrestrial_organism_1(X)
& ~ evaporative_cooling_in_pond_1(X)
& lake_1(fn_evaporative_cooling_in_lake_1(X))
& water_evaporation_1(fn_evaporative_cooling_in_lake_2(X))
& tangible_entity_1(fn_evaporative_cooling_in_lake_5(X))
& liquid_substance_1(fn_evaporative_cooling_in_lake_5(X))
& temperature_value_1(fn_evaporative_cooling_in_lake_6(X))
& evaporation_1(fn_evaporative_cooling_in_lake_7(X))
& temperature_value_1(fn_evaporative_cooling_in_lake_8(X))
& base_2(fn_evaporative_cooling_in_lake_2(X),fn_evaporative_cooling_in_lake_1(X))
& subevent_2(X,fn_evaporative_cooling_in_lake_2(X))
& fn_evaporative_cooling_in_lake_3(X) = fn_evaporative_cooling_15(X)
& fn_evaporative_cooling_in_lake_4(X) = fn_evaporative_cooling_16(X)
& fn_evaporative_cooling_in_lake_7(X) = fn_evaporative_cooling_5(X)
& fn_evaporative_cooling_in_lake_5(X) = fn_evaporative_cooling_11(X)
& fn_evaporative_cooling_in_lake_6(X) = fn_evaporative_cooling_2(X)
& fn_evaporative_cooling_in_lake_8(X) = fn_evaporative_cooling_6(X) ) ) ).
fof(a529448,axiom,
! [X,X1] :
( ( base_2(X,X1)
& evaporative_cooling_of_water_1(X)
& pond_1(X1) )
=> ( evaporative_cooling_in_pond_1(X)
& fn_evaporative_cooling_in_pond_2(X) = X1 ) ) ).
fof(a529449,axiom,
! [X] :
( evaporative_cooling_in_pond_1(X)
=> ( original_name_2(X,'Evaporative-Cooling-In-Pond')
& user_description_2(X,'Evaporation of water from the surface of the pond cooling the pond. This contributes to the stability of temperature in the pond.')
& concept2words_2(X,evaporate)
& concept2words_2(X,'evaporative cooling in pond')
& concept2words_2(X,'evaporative-cooling-in-pond')
& evaporative_cooling_of_water_1(X)
& ~ evaporative_cooling_in_lake_1(X)
& ~ evaporative_cooling_in_terrestrial_organism_1(X)
& water_evaporation_1(fn_evaporative_cooling_in_pond_1(X))
& pond_1(fn_evaporative_cooling_in_pond_2(X))
& quantity_value_1(fn_evaporative_cooling_in_pond_4(X))
& quantity_value_1(fn_evaporative_cooling_in_pond_5(X))
& density_value_1(fn_evaporative_cooling_in_pond_6(X))
& density_value_1(fn_evaporative_cooling_in_pond_7(X))
& system_1(fn_evaporative_cooling_in_pond_11(X))
& base_2(X,fn_evaporative_cooling_in_pond_2(X))
& subevent_2(X,fn_evaporative_cooling_in_pond_1(X))
& base_2(fn_evaporative_cooling_in_pond_1(X),fn_evaporative_cooling_in_pond_2(X))
& fn_evaporative_cooling_in_pond_4(X) = fn_evaporative_cooling_in_pond_5(X)
& called_2(fn_evaporative_cooling_in_pond_4(X),'Quantity_H')
& fn_evaporative_cooling_in_pond_5(X) = fn_evaporative_cooling_in_pond_4(X)
& called_2(fn_evaporative_cooling_in_pond_5(X),'Quantity_OH')
& called_2(fn_evaporative_cooling_in_pond_6(X),'Concentration_H')
& called_2(fn_evaporative_cooling_in_pond_7(X),'Concentration_OH') ) ) ).
fof(a529450,axiom,
! [X,X1] :
( ( base_2(X,X1)
& evaporative_cooling_of_water_1(X)
& terrestrial_organism_1(X1) )
=> ( evaporative_cooling_in_terrestrial_organism_1(X)
& fn_evaporative_cooling_in_terrestrial_organism_4(X) = X1 ) ) ).
fof(a529451,axiom,
! [X] :
( evaporative_cooling_in_terrestrial_organism_1(X)
=> ( original_name_2(X,'Evaporative-Cooling-In-Terrestrial-Organism')
& user_description_2(X,'Evaporation of water from the surface of a land-dwelling organism. This contributes to the stability of temperature in the organism.')
& concept2words_2(X,evaporate)
& concept2words_2(X,'evaporative cooling in terrestrial organism')
& concept2words_2(X,'evaporative-cooling-in-terrestrial-organism')
& evaporative_cooling_of_water_1(X)
& ~ evaporative_cooling_in_lake_1(X)
& ~ evaporative_cooling_in_pond_1(X)
& thermal_energy_1(fn_evaporative_cooling_in_terrestrial_organism_2(X))
& water_evaporation_1(fn_evaporative_cooling_in_terrestrial_organism_3(X))
& terrestrial_organism_1(fn_evaporative_cooling_in_terrestrial_organism_4(X))
& damage_1(fn_evaporative_cooling_in_terrestrial_organism_5(X))
& tangible_entity_1(fn_impair_1(fn_evaporative_cooling_in_terrestrial_organism_5(X)))
& prevents_2(X,fn_evaporative_cooling_in_terrestrial_organism_5(X))
& subevent_2(X,fn_evaporative_cooling_in_terrestrial_organism_3(X))
& agent_2(fn_evaporative_cooling_in_terrestrial_organism_5(X),fn_evaporative_cooling_in_terrestrial_organism_2(X))
& base_2(X,fn_evaporative_cooling_in_terrestrial_organism_4(X))
& object_2(fn_evaporative_cooling_in_terrestrial_organism_5(X),fn_evaporative_cooling_in_terrestrial_organism_4(X))
& fn_evaporative_cooling_in_terrestrial_organism_4(X) = fn_cool_1(X)
& fn_evaporative_cooling_in_terrestrial_organism_4(X) = fn_impair_1(fn_evaporative_cooling_in_terrestrial_organism_5(X))
& fn_cool_1(X) = fn_impair_1(fn_evaporative_cooling_in_terrestrial_organism_5(X)) ) ) ).
fof(a529452,axiom,
! [X,X1] :
( ( object_2(X,X1)
& evaporative_cooling_1(X)
& water_1(X1) )
=> ( evaporative_cooling_of_water_1(X)
& fn_evaporative_cooling_of_water_1(X) = X1 ) ) ).
fof(a529453,axiom,
! [X] :
( evaporative_cooling_of_water_1(X)
=> ( original_name_2(X,'Evaporative-Cooling-Of-Water')
& user_description_2(X,'The process in which the surface of an object becomes cooler during evaporation, a result of the molecules with the greatest kinetic energy changing from the liquid to the gaseous state.')
& concept2words_2(X,evaporate)
& concept2words_2(X,'evaporative cooling of water')
& concept2words_2(X,'evaporative-cooling-of-water')
& evaporative_cooling_1(X)
& water_1(fn_evaporative_cooling_of_water_1(X))
& object_2(X,fn_evaporative_cooling_of_water_1(X)) ) ) ).
fof(a529454,axiom,
! [X] :
( evapotranspiration_1(X)
=> ( original_name_2(X,'Evapotranspiration')
& user_description_2(X,'The total evaporation of water from an ecosystem, including evaporation from soil and the outside of plants, as well as the transpiration of water from within plants through stomata.')
& concept2words_2(X,evapotranspiration)
& water_cycle_process_1(X)
& ~ transpiration_1(X)
& landscape_1(fn_evapotranspiration_1(X))
& transpiration_1(fn_evapotranspiration_2(X))
& rate_value_1(fn_evapotranspiration_3(X))
& liquid_substance_1(fn_evapotranspiration_7(X))
& water_1(fn_evapotranspiration_7(X))
& water_vapor_1(fn_evapotranspiration_8(X))
& evaporation_1(fn_evapotranspiration_9(X))
& shape_value_1(fn_evapotranspiration_10(X))
& polarity_value_1(fn_evapotranspiration_11(X))
& tangible_entity_1(fn_evapotranspiration_12(X))
& entity_1(fn_evapotranspiration_12(X))
& chemical_entity_1(fn_evapotranspiration_12(X))
& atom_1(fn_evapotranspiration_12(X))
& hydrogen_1(fn_evapotranspiration_12(X))
& entity_1(fn_evapotranspiration_13(X))
& chemical_entity_1(fn_evapotranspiration_13(X))
& atom_1(fn_evapotranspiration_13(X))
& oxygen_1(fn_evapotranspiration_13(X))
& tangible_entity_1(fn_evapotranspiration_14(X))
& entity_1(fn_evapotranspiration_14(X))
& chemical_entity_1(fn_evapotranspiration_14(X))
& atom_1(fn_evapotranspiration_14(X))
& hydrogen_1(fn_evapotranspiration_14(X))
& tangible_entity_1(fn_evapotranspiration_15(X))
& entity_1(fn_evapotranspiration_15(X))
& chemical_entity_1(fn_evapotranspiration_15(X))
& atom_1(fn_evapotranspiration_15(X))
& hydrogen_1(fn_evapotranspiration_15(X))
& tangible_entity_1(fn_evapotranspiration_16(X))
& chemical_entity_1(fn_evapotranspiration_16(X))
& entity_1(fn_evapotranspiration_16(X))
& atom_1(fn_evapotranspiration_16(X))
& hydrogen_1(fn_evapotranspiration_16(X))
& entity_1(fn_evapotranspiration_17(X))
& chemical_entity_1(fn_evapotranspiration_17(X))
& atom_1(fn_evapotranspiration_17(X))
& oxygen_1(fn_evapotranspiration_17(X))
& hydrogen_bond_1(fn_evapotranspiration_18(X))
& entity_1(fn_evapotranspiration_19(X))
& molecule_1(fn_evapotranspiration_19(X))
& spatial_entity_1(fn_evapotranspiration_19(X))
& tangible_entity_1(fn_evapotranspiration_19(X))
& polar_molecule_1(fn_evapotranspiration_19(X))
& hydrophilic_compound_1(fn_evapotranspiration_19(X))
& water_molecule_1(fn_evapotranspiration_19(X))
& sunlight_1(fn_evapotranspiration_20(X))
& molecule_1(fn_evapotranspiration_21(X))
& entity_1(fn_evapotranspiration_21(X))
& spatial_entity_1(fn_evapotranspiration_21(X))
& chemical_entity_1(fn_evapotranspiration_21(X))
& tangible_entity_1(fn_evapotranspiration_21(X))
& polar_molecule_1(fn_evapotranspiration_21(X))
& water_molecule_1(fn_evapotranspiration_21(X))
& move_1(fn_evapotranspiration_22(X))
& leave_1(fn_evapotranspiration_22(X))
& temperature_value_1(fn_evapotranspiration_23(X))
& quantity_value_1(fn_evapotranspiration_24(X))
& gas_substance_1(fn_evaporation_5(fn_evapotranspiration_9(X)))
& property_node_1(fn_electromagnetic_energy_2(fn_evapotranspiration_20(X)))
& quantity_value_1(fn_electromagnetic_energy_3(fn_evapotranspiration_20(X)))
& liquid_substance_1(fn_evaporation_13(fn_evapotranspiration_9(X)))
& property_node_1(fn_water_molecule_4(fn_evapotranspiration_21(X)))
& shape_value_1(fn_water_molecule_3(fn_evapotranspiration_21(X)))
& property_node_1(fn_water_molecule_2(fn_evapotranspiration_21(X)))
& polarity_value_1(fn_water_molecule_1(fn_evapotranspiration_21(X)))
& hydrogen_bond_1(fn_water_107(fn_evapotranspiration_7(X)))
& property_node_1(fn_water_92(fn_evapotranspiration_7(X)))
& temperature_value_1(fn_water_93(fn_evapotranspiration_7(X)))
& move_1(fn_evaporation_24(fn_evapotranspiration_9(X)))
& leave_1(fn_evaporation_12(fn_evapotranspiration_9(X)))
& atom_1(fn_polar_molecule_3(fn_evapotranspiration_21(X)))
& entity_1(fn_water_molecule_72(fn_evapotranspiration_21(X)))
& chemical_entity_1(fn_water_molecule_72(fn_evapotranspiration_21(X)))
& atom_1(fn_water_molecule_72(fn_evapotranspiration_21(X)))
& oxygen_1(fn_water_molecule_72(fn_evapotranspiration_21(X)))
& tangible_entity_1(fn_water_molecule_64(fn_evapotranspiration_21(X)))
& entity_1(fn_water_molecule_64(fn_evapotranspiration_21(X)))
& chemical_entity_1(fn_water_molecule_64(fn_evapotranspiration_21(X)))
& atom_1(fn_water_molecule_64(fn_evapotranspiration_21(X)))
& hydrogen_1(fn_water_molecule_64(fn_evapotranspiration_21(X)))
& entity_1(fn_water_molecule_63(fn_evapotranspiration_21(X)))
& atom_1(fn_water_molecule_63(fn_evapotranspiration_21(X)))
& hydrogen_1(fn_water_molecule_63(fn_evapotranspiration_21(X)))
& tangible_entity_1(fn_water_80(fn_evapotranspiration_7(X)))
& entity_1(fn_water_80(fn_evapotranspiration_7(X)))
& chemical_entity_1(fn_water_80(fn_evapotranspiration_7(X)))
& atom_1(fn_water_80(fn_evapotranspiration_7(X)))
& hydrogen_1(fn_water_80(fn_evapotranspiration_7(X)))
& tangible_entity_1(fn_water_81(fn_evapotranspiration_7(X)))
& entity_1(fn_water_81(fn_evapotranspiration_7(X)))
& chemical_entity_1(fn_water_81(fn_evapotranspiration_7(X)))
& atom_1(fn_water_81(fn_evapotranspiration_7(X)))
& hydrogen_1(fn_water_81(fn_evapotranspiration_7(X)))
& entity_1(fn_polar_molecule_2(fn_evapotranspiration_21(X)))
& atom_1(fn_polar_molecule_2(fn_evapotranspiration_21(X)))
& entity_1(fn_water_79(fn_evapotranspiration_7(X)))
& chemical_entity_1(fn_water_79(fn_evapotranspiration_7(X)))
& atom_1(fn_water_79(fn_evapotranspiration_7(X)))
& oxygen_1(fn_water_79(fn_evapotranspiration_7(X)))
& entity_1(fn_evaporation_11(fn_evapotranspiration_9(X)))
& molecule_1(fn_evaporation_11(fn_evapotranspiration_9(X)))
& spatial_entity_1(fn_water_83(fn_evapotranspiration_7(X)))
& tangible_entity_1(fn_water_83(fn_evapotranspiration_7(X)))
& polar_molecule_1(fn_water_83(fn_evapotranspiration_7(X)))
& hydrophilic_compound_1(fn_water_83(fn_evapotranspiration_7(X)))
& water_molecule_1(fn_water_83(fn_evapotranspiration_7(X)))
& tangible_entity_1(fn_water_106(fn_evapotranspiration_7(X)))
& entity_1(fn_water_106(fn_evapotranspiration_7(X)))
& chemical_entity_1(fn_water_106(fn_evapotranspiration_7(X)))
& atom_1(fn_water_106(fn_evapotranspiration_7(X)))
& hydrogen_1(fn_water_106(fn_evapotranspiration_7(X)))
& entity_1(fn_water_84(fn_evapotranspiration_7(X)))
& atom_1(fn_water_84(fn_evapotranspiration_7(X)))
& hydrogen_1(fn_water_84(fn_evapotranspiration_7(X)))
& entity_1(fn_evaporation_14(fn_evapotranspiration_9(X)))
& spatial_entity_1(fn_evaporation_14(fn_evapotranspiration_9(X)))
& molecule_1(fn_evaporation_14(fn_evapotranspiration_9(X)))
& entity_1(fn_water_98(fn_evapotranspiration_7(X)))
& spatial_entity_1(fn_water_98(fn_evapotranspiration_7(X)))
& chemical_entity_1(fn_water_98(fn_evapotranspiration_7(X)))
& tangible_entity_1(fn_water_98(fn_evapotranspiration_7(X)))
& polar_molecule_1(fn_water_98(fn_evapotranspiration_7(X)))
& water_molecule_1(fn_water_98(fn_evapotranspiration_7(X)))
& directly_proportional_2(fn_evapotranspiration_3(X),fn_evapotranspiration_24(X))
& directly_proportional_2(fn_evapotranspiration_3(X),fn_evapotranspiration_23(X))
& rate_2(X,fn_evapotranspiration_3(X))
& subevent_2(X,fn_evapotranspiration_2(X))
& subevent_2(X,fn_evapotranspiration_9(X))
& base_2(fn_evapotranspiration_9(X),fn_evapotranspiration_1(X))
& agent_2(fn_evapotranspiration_9(X),fn_evapotranspiration_20(X))
& result_2(fn_evapotranspiration_9(X),fn_evapotranspiration_8(X))
& fn_evapotranspiration_19(X) != fn_evapotranspiration_21(X)
& fn_evapotranspiration_21(X) != fn_evapotranspiration_19(X)
& quantity_2(fn_evapotranspiration_20(X),fn_evapotranspiration_24(X))
& subevent_2(fn_evapotranspiration_9(X),fn_evapotranspiration_22(X))
& agent_2(fn_evapotranspiration_22(X),fn_evapotranspiration_21(X))
& object_2(fn_evapotranspiration_22(X),fn_evapotranspiration_21(X))
& origin_2(fn_evapotranspiration_22(X),fn_evapotranspiration_7(X))
& object_2(fn_evapotranspiration_9(X),fn_evapotranspiration_7(X))
& fn_evapotranspiration_14(X) != fn_evapotranspiration_12(X)
& fn_evapotranspiration_12(X) != fn_evapotranspiration_15(X)
& fn_evapotranspiration_15(X) != fn_evapotranspiration_12(X)
& fn_evapotranspiration_12(X) != fn_evapotranspiration_14(X)
& has_part_2(fn_evapotranspiration_21(X),fn_evapotranspiration_12(X))
& has_part_2(fn_evapotranspiration_7(X),fn_evapotranspiration_21(X))
& fn_evapotranspiration_17(X) != fn_evapotranspiration_14(X)
& fn_evapotranspiration_14(X) != fn_evapotranspiration_16(X)
& fn_evapotranspiration_16(X) != fn_evapotranspiration_14(X)
& same_type_2(fn_evapotranspiration_19(X),fn_evapotranspiration_21(X))
& fn_evapotranspiration_14(X) != fn_evapotranspiration_17(X)
& has_part_2(fn_evapotranspiration_19(X),fn_evapotranspiration_14(X))
& same_type_2(fn_evapotranspiration_21(X),fn_evapotranspiration_19(X))
& fn_evapotranspiration_16(X) != fn_evapotranspiration_15(X)
& has_part_2(fn_evapotranspiration_19(X),fn_evapotranspiration_15(X))
& fn_evapotranspiration_15(X) != fn_evapotranspiration_16(X)
& is_between_2(fn_evapotranspiration_18(X),fn_evapotranspiration_16(X))
& possesses_2(fn_evapotranspiration_7(X),fn_evapotranspiration_18(X))
& has_part_2(fn_evapotranspiration_7(X),fn_evapotranspiration_19(X))
& is_between_2(fn_evapotranspiration_18(X),fn_evapotranspiration_17(X))
& has_part_2(fn_evapotranspiration_19(X),fn_evapotranspiration_17(X))
& temperature_2(fn_evapotranspiration_7(X),fn_evapotranspiration_23(X))
& called_2(fn_evapotranspiration_21(X),"1")
& has_part_2(fn_evapotranspiration_21(X),fn_evapotranspiration_16(X))
& has_part_2(fn_evapotranspiration_21(X),fn_evapotranspiration_13(X))
& polarity_2(fn_evapotranspiration_21(X),fn_evapotranspiration_11(X))
& correspondence_2(fn_evapotranspiration_11(X),fn_evapotranspiration_10(X))
& shape_2(fn_evapotranspiration_21(X),fn_evapotranspiration_10(X))
& the_categorical_value_2(fn_evapotranspiration_10(X),v_like_0)
& fn_evapotranspiration_13(X) != fn_evapotranspiration_17(X)
& fn_evapotranspiration_17(X) != fn_evapotranspiration_13(X)
& fn_evapotranspiration_8(X) = fn_evaporation_5(fn_evapotranspiration_9(X))
& fn_evapotranspiration_19(X) = fn_evaporation_11(fn_evapotranspiration_9(X))
& fn_evapotranspiration_26(X) = fn_electromagnetic_energy_2(fn_evapotranspiration_20(X))
& fn_evapotranspiration_24(X) = fn_electromagnetic_energy_3(fn_evapotranspiration_20(X))
& fn_evapotranspiration_7(X) = fn_evaporation_13(fn_evapotranspiration_9(X))
& fn_evapotranspiration_21(X) = fn_evaporation_14(fn_evapotranspiration_9(X))
& fn_evapotranspiration_22(X) = fn_evaporation_24(fn_evapotranspiration_9(X))
& fn_evapotranspiration_22(X) = fn_evaporation_12(fn_evapotranspiration_9(X))
& fn_evapotranspiration_17(X) = fn_polar_molecule_2(fn_evapotranspiration_21(X))
& fn_evapotranspiration_13(X) = fn_polar_molecule_3(fn_evapotranspiration_21(X))
& fn_evapotranspiration_13(X) = fn_water_molecule_72(fn_evapotranspiration_21(X))
& fn_evapotranspiration_5(X) = fn_water_molecule_4(fn_evapotranspiration_21(X))
& fn_evapotranspiration_10(X) = fn_water_molecule_3(fn_evapotranspiration_21(X))
& fn_evapotranspiration_6(X) = fn_water_molecule_2(fn_evapotranspiration_21(X))
& fn_evapotranspiration_11(X) = fn_water_molecule_1(fn_evapotranspiration_21(X))
& fn_evapotranspiration_15(X) = fn_water_molecule_63(fn_evapotranspiration_21(X))
& fn_evapotranspiration_15(X) = fn_water_80(fn_evapotranspiration_7(X))
& fn_evapotranspiration_12(X) = fn_water_molecule_64(fn_evapotranspiration_21(X))
& fn_evapotranspiration_12(X) = fn_water_106(fn_evapotranspiration_7(X))
& fn_evapotranspiration_14(X) = fn_water_81(fn_evapotranspiration_7(X))
& fn_evapotranspiration_14(X) = fn_water_80(fn_evapotranspiration_7(X))
& fn_evapotranspiration_15(X) = fn_water_81(fn_evapotranspiration_7(X))
& fn_evapotranspiration_16(X) = fn_water_106(fn_evapotranspiration_7(X))
& fn_evapotranspiration_18(X) = fn_water_107(fn_evapotranspiration_7(X))
& fn_evapotranspiration_19(X) = fn_water_83(fn_evapotranspiration_7(X))
& fn_evapotranspiration_17(X) = fn_water_79(fn_evapotranspiration_7(X))
& fn_evapotranspiration_25(X) = fn_water_92(fn_evapotranspiration_7(X))
& fn_evapotranspiration_23(X) = fn_water_93(fn_evapotranspiration_7(X))
& fn_evapotranspiration_21(X) = fn_water_98(fn_evapotranspiration_7(X))
& fn_evapotranspiration_16(X) = fn_water_84(fn_evapotranspiration_7(X))
& fn_evaporation_12(fn_evapotranspiration_9(X)) = fn_evaporation_12(fn_evapotranspiration_9(X))
& fn_evaporation_12(fn_evapotranspiration_9(X)) = fn_evaporation_24(fn_evapotranspiration_9(X))
& fn_evaporation_24(fn_evapotranspiration_9(X)) = fn_evaporation_12(fn_evapotranspiration_9(X))
& fn_evaporation_12(fn_evapotranspiration_9(X)) = fn_polar_molecule_3(fn_evapotranspiration_21(X))
& fn_polar_molecule_3(fn_evapotranspiration_21(X)) = fn_polar_molecule_3(fn_evapotranspiration_21(X))
& fn_polar_molecule_3(fn_evapotranspiration_21(X)) = fn_water_molecule_72(fn_evapotranspiration_21(X))
& fn_water_molecule_72(fn_evapotranspiration_21(X)) = fn_water_106(fn_evapotranspiration_7(X))
& fn_water_106(fn_evapotranspiration_7(X)) = fn_water_molecule_64(fn_evapotranspiration_21(X))
& fn_water_molecule_64(fn_evapotranspiration_21(X)) = fn_water_106(fn_evapotranspiration_7(X))
& fn_water_106(fn_evapotranspiration_7(X)) = fn_water_81(fn_evapotranspiration_7(X))
& fn_water_81(fn_evapotranspiration_7(X)) = fn_water_80(fn_evapotranspiration_7(X))
& fn_water_80(fn_evapotranspiration_7(X)) = fn_water_molecule_63(fn_evapotranspiration_21(X))
& fn_water_molecule_63(fn_evapotranspiration_21(X)) = fn_water_80(fn_evapotranspiration_7(X))
& fn_water_80(fn_evapotranspiration_7(X)) = fn_water_80(fn_evapotranspiration_7(X))
& fn_water_80(fn_evapotranspiration_7(X)) = fn_water_81(fn_evapotranspiration_7(X))
& fn_water_81(fn_evapotranspiration_7(X)) = fn_water_81(fn_evapotranspiration_7(X))
& fn_water_81(fn_evapotranspiration_7(X)) = fn_polar_molecule_2(fn_evapotranspiration_21(X))
& fn_polar_molecule_2(fn_evapotranspiration_21(X)) = fn_polar_molecule_2(fn_evapotranspiration_21(X))
& fn_polar_molecule_2(fn_evapotranspiration_21(X)) = fn_water_79(fn_evapotranspiration_7(X))
& fn_water_79(fn_evapotranspiration_7(X)) = fn_water_79(fn_evapotranspiration_7(X))
& fn_water_79(fn_evapotranspiration_7(X)) = fn_evaporation_11(fn_evapotranspiration_9(X))
& fn_evaporation_11(fn_evapotranspiration_9(X)) = fn_evaporation_11(fn_evapotranspiration_9(X))
& fn_evaporation_11(fn_evapotranspiration_9(X)) = fn_water_83(fn_evapotranspiration_7(X))
& fn_water_83(fn_evapotranspiration_7(X)) = fn_water_83(fn_evapotranspiration_7(X))
& fn_water_83(fn_evapotranspiration_7(X)) = fn_water_84(fn_evapotranspiration_7(X))
& fn_water_84(fn_evapotranspiration_7(X)) = fn_water_84(fn_evapotranspiration_7(X))
& fn_water_84(fn_evapotranspiration_7(X)) = fn_water_106(fn_evapotranspiration_7(X))
& fn_water_106(fn_evapotranspiration_7(X)) = fn_water_106(fn_evapotranspiration_7(X))
& fn_water_106(fn_evapotranspiration_7(X)) = fn_water_84(fn_evapotranspiration_7(X))
& fn_water_84(fn_evapotranspiration_7(X)) = fn_evaporation_14(fn_evapotranspiration_9(X))
& fn_evaporation_14(fn_evapotranspiration_9(X)) = fn_evaporation_14(fn_evapotranspiration_9(X))
& fn_evaporation_14(fn_evapotranspiration_9(X)) = fn_water_98(fn_evapotranspiration_7(X))
& fn_water_98(fn_evapotranspiration_7(X)) = fn_water_98(fn_evapotranspiration_7(X)) ) ) ).
fof(a529455,axiom,
! [X] :
( event_1(X)
=> ( original_name_2(X,'Event')
& concept2words_2(X,measure)
& concept2words_2(X,role)
& concept2words_2(X,support)
& concept2words_2(X,'sub event')
& concept2words_2(X,'sub-event')
& concept2words_2(X,phase)
& concept2words_2(X,step)
& concept2words_2(X,stage)
& concept2words_2(X,pathway)
& concept2words_2(X,subevent)
& concept2words_2(X,prevent)
& concept2words_2(X,'previous event')
& concept2words_2(X,objective)
& concept2words_2(X,'next event')
& concept2words_2(X,'next-event')
& concept2words_2(X,inhibit)
& concept2words_2(X,'event of in')
& concept2words_2(X,'in event')
& concept2words_2(X,'in-event')
& concept2words_2(X,'has goal')
& concept2words_2(X,'has-goal')
& concept2words_2(X,purpose)
& concept2words_2(X,function)
& concept2words_2(X,'has function')
& concept2words_2(X,'has-function')
& concept2words_2(X,'first step')
& concept2words_2(X,'first subevent')
& concept2words_2(X,'first-subevent')
& concept2words_2(X,facilitate)
& concept2words_2(X,enable)
& concept2words_2(X,during)
& concept2words_2(X,cause)
& concept2words_2(X,mean)
& concept2words_2(X,means)
& concept2words_2(X,'by means of')
& concept2words_2(X,'by-means-of')
& concept2words_2(X,event)
& thing_1(X)
& ~ concept_word_frame_1(X)
& ~ temporal_entity_1(X)
& ~ role_1(X)
& ~ entity_1(X) ) ) ).
fof(a529456,axiom,
! [X] :
( eventproperty_1(X)
=> ( original_name_2(X,'EventProperty')
& concept2words_2(X,eventproperty)
& property_1(X) ) ) ).
fof(a529457,axiom,
! [X] :
( evolution_1(X)
=> ( original_name_2(X,'Evolution')
& user_description_2(X,'Descent with modification; the idea that living species are descendants of ancestral species that were different from the present-day ones; also defined more narrowly as the change in the genetic composition of a population from generation to generation.')
& concept2words_2(X,evolve)
& concept2words_2(X,evolution)
& biology_1(X) ) ) ).
fof(a529458,axiom,
! [X] :
( evolution_of_mitosis_hypothesis_1(X)
=> ( original_name_2(X,'Evolution-Of-Mitosis-Hypothesis')
& user_description_2(X,'Hypothesis which seeks to explain the origin of eukaryotic evolution by comparing it to binary fission in prokaryotes.')
& concept2words_2(X,'evolution of mitosis hypothesis')
& concept2words_2(X,'evolution-of-mitosis-hypothesis')
& hypothesis_1(X) ) ) ).
fof(a529459,axiom,
! [X] :
( evolutionary_developmental_biology_1(X)
=> ( original_name_2(X,'Evolutionary-Developmental-Biology')
& user_description_2(X,'The interface between evolutionary biology and the study of how organisms develop. Involves the comparison of development in related groups of organisms and the formation of hypotheses as to how developmental processes evolved.')
& concept2words_2(X,'evolutionary developmental biology')
& concept2words_2(X,'evolutionary-developmental-biology')
& evolution_1(X)
& ~ human_evolution_1(X)
& ~ macroevolution_1(X)
& ~ microevolution_1(X) ) ) ).
fof(a529460,axiom,
! [X] :
( evolutionary_process_1(X)
=> ( original_name_2(X,'Evolutionary-Process')
& user_description_2(X,'A process related to biological evolution.')
& concept2words_2(X,'evolutionary process')
& concept2words_2(X,'evolutionary-process')
& biological_process_1(X) ) ) ).
fof(a529461,axiom,
! [X] :
( evolutionary_representation_1(X)
=> ( original_name_2(X,'Evolutionary-Representation')
& user_description_2(X,'A method of representing evolutionary data.')
& concept2words_2(X,'evolutionary representation')
& concept2words_2(X,'evolutionary-representation')
& representation_of_data_1(X) ) ) ).
fof(a529462,axiom,
! [X] :
( exaptation_1(X)
=> ( original_name_2(X,'Exaptation')
& user_description_2(X,'A structure that has evolved for a certain function but is co-opted for a different function.')
& concept2words_2(X,exaptation)
& trait_1(X) ) ) ).
fof(a529463,axiom,
! [X] :
( excavata_1(X)
=> ( original_name_2(X,'Excavata')
& user_description_2(X,'One of five major groups of eukaryotic organisms proposed in a current taxonomic scheme. Most excavates have two or more flagella and a characteristic ventral feeding groove.')
& concept2words_2(X,excavata)
& eukaryotic_clade_1(X)
& ~ archaeplastid_1(X)
& ~ rhizaria_1(X)
& ~ unikonta_1(X) ) ) ).
fof(a529464,axiom,
! [X] :
( exchange_1(X)
=> ( original_name_2(X,'Exchange')
& user_description_2(X,'The act of changing one thing for another thing.')
& concept2words_2(X,exchange)
& alter_1(X)
& entity_1(fn_exchange_1(X))
& entity_1(fn_exchange_2(X))
& transfer_1(fn_exchange_3(X))
& transfer_1(fn_exchange_4(X))
& entity_1(fn_transfer_1(fn_exchange_3(X)))
& entity_1(fn_transfer_1(fn_exchange_4(X)))
& object_2(X,fn_exchange_1(X))
& object_2(X,fn_exchange_2(X))
& subevent_2(X,fn_exchange_3(X))
& subevent_2(X,fn_exchange_4(X))
& object_2(fn_exchange_3(X),fn_exchange_1(X))
& object_2(fn_exchange_4(X),fn_exchange_2(X))
& fn_exchange_1(X) = fn_transfer_1(fn_exchange_3(X))
& fn_exchange_2(X) = fn_transfer_1(fn_exchange_4(X)) ) ) ).
fof(a529465,axiom,
! [X] :
( excited_nerve_cell_1(X)
=> ( original_name_2(X,'Excited-Nerve-Cell')
& user_description_2(X,'Nerve cells when excited are called excited nerve cell.')
& concept2words_2(X,'excited nerve cell')
& concept2words_2(X,'excited nerve-cell')
& concept2words_2(X,'excited-nerve-cell')
& nerve_cell_1(X)
& ~ resting_nerve_cell_1(X) ) ) ).
fof(a529466,axiom,
! [X] :
( excreted_fluid_1(X)
=> ( original_name_2(X,'Excreted-Fluid')
& user_description_2(X,'Fluids which are produced and eliminated from an organism as waste.')
& concept2words_2(X,'excreted fluid')
& concept2words_2(X,'excreted-fluid')
& bodily_fluid_1(X) ) ) ).
fof(a529467,axiom,
! [X] :
( excretion_1(X)
=> ( original_name_2(X,'Excretion')
& user_description_2(X,'Excretion is the removal of waste products from an organism.')
& concept2words_2(X,excrete)
& concept2words_2(X,excretion)
& animal_process_1(X)
& biological_region_1(fn_excretion_1(X))
& move_out_of_1(fn_excretion_2(X))
& spatial_entity_1(fn_excretion_3(X))
& tangible_entity_1(fn_excretion_3(X))
& waste_1(fn_excretion_4(X))
& organism_1(fn_excretion_5(X))
& tangible_entity_1(fn_move_out_of_1(fn_excretion_2(X)))
& spatial_entity_1(fn_move_1(fn_excretion_2(X)))
& tangible_entity_1(fn_waste_1(fn_excretion_4(X)))
& has_region_2(fn_excretion_5(X),fn_excretion_1(X))
& object_2(X,fn_excretion_3(X))
& by_means_of_2(X,fn_excretion_2(X))
& base_2(X,fn_excretion_5(X))
& is_inside_2(fn_excretion_3(X),fn_excretion_5(X))
& path_2(fn_excretion_2(X),fn_excretion_1(X))
& base_2(fn_excretion_2(X),fn_excretion_5(X))
& object_2(fn_excretion_2(X),fn_excretion_3(X))
& plays_2(fn_excretion_3(X),fn_excretion_4(X))
& fn_excretion_5(X) = fn_move_out_of_1(fn_excretion_2(X))
& fn_excretion_3(X) = fn_move_1(fn_excretion_2(X))
& fn_excretion_3(X) = fn_waste_1(fn_excretion_4(X))
& fn_move_1(fn_excretion_2(X)) = fn_waste_1(fn_excretion_4(X)) ) ) ).
fof(a529468,axiom,
! [X] :
( excretion_of_nitrogenous_waste_by_animal_1(X)
=> ( original_name_2(X,'Excretion-Of-Nitrogenous-Waste-By-Animal')
& user_description_2(X,'Excretion of nitrogenous wastes is the process by which nitrogenous waste products of metabolism and other non-useful materials are eliminated from an organism in the form of ammonia, urea or other waste products.')
& concept2words_2(X,excrete)
& concept2words_2(X,'excretion of nitrogenous waste by animal')
& concept2words_2(X,'excretion-of-nitrogenous-waste-by-animal')
& excretion_1(X)
& urea_1(fn_excretion_of_nitrogenous_waste_by_animal_1(X))
& ammonia_1(fn_excretion_of_nitrogenous_waste_by_animal_2(X))
& animal_1(fn_excretion_of_nitrogenous_waste_by_animal_3(X))
& agent_2(X,fn_excretion_of_nitrogenous_waste_by_animal_3(X))
& object_2(X,fn_excretion_of_nitrogenous_waste_by_animal_1(X))
& object_2(X,fn_excretion_of_nitrogenous_waste_by_animal_2(X))
& is_inside_2(fn_excretion_of_nitrogenous_waste_by_animal_2(X),fn_excretion_of_nitrogenous_waste_by_animal_3(X))
& base_2(X,fn_excretion_of_nitrogenous_waste_by_animal_3(X))
& fn_excretion_of_nitrogenous_waste_by_animal_3(X) = fn_excretion_5(X)
& fn_excretion_of_nitrogenous_waste_by_animal_2(X) = fn_excretion_3(X) ) ) ).
fof(a529469,axiom,
! [X] :
( excretory_organ_1(X)
=> ( original_name_2(X,'Excretory-Organ')
& user_description_2(X,'Organ which is part of the excretory system of animals.')
& concept2words_2(X,'excretory organ')
& concept2words_2(X,'excretory-organ')
& animal_organ_1(X) ) ) ).
fof(a529470,axiom,
! [X] :
( excretory_system_1(X)
=> ( original_name_2(X,'Excretory-System')
& user_description_2(X,'A system of organs responsible for the maintaneance of water balance and the removal of nitrogenous waste products of metabolism.')
& concept2words_2(X,'excretory system')
& concept2words_2(X,'excretory-system')
& animal_system_1(X) ) ) ).
fof(a529471,axiom,
! [X] :
( exergonic_process_1(X)
=> ( original_name_2(X,'Exergonic-Process')
& user_description_2(X,'A process in which there is a net release of free energy.')
& concept2words_2(X,'spontaneous process')
& concept2words_2(X,'spontaneous-process')
& concept2words_2(X,'undergo exergonic process')
& concept2words_2(X,release)
& concept2words_2(X,'exergonic process')
& concept2words_2(X,'exergonic-process')
& energy_related_process_1(X)
& ~ endergonic_process_1(X)
& free_energy_change_value_1(fn_exergonic_process_2(X))
& free_energy_1(fn_exergonic_process_3(X))
& free_energy_change_2(X,fn_exergonic_process_2(X))
& result_2(X,fn_exergonic_process_3(X))
& the_scalar_value_2(fn_exergonic_process_2(X),negative_energy_0)
& scalar_unit_class_2(fn_exergonic_process_2(X),endergonic_process_0) ) ) ).
fof(a529472,axiom,
! [X,X1] :
( ( free_energy_change_2(X,X1)
& free_energy_change_value_1(X1)
& energy_reaction_1(X)
& exergonic_process_1(X) )
=> ( exergonic_reaction_1(X)
& fn_exergonic_reaction_8(X) = X1 ) ) ).
fof(a529473,axiom,
! [X] :
( exergonic_reaction_1(X)
=> ( original_name_2(X,'Exergonic-Reaction')
& user_description_2(X,'An exergonic reaction is a chemical reaction where the change in the Gibbs free energy is negative, indicating a spontaneous reaction.')
& concept2words_2(X,'favorable reaction')
& concept2words_2(X,'favorable-reaction')
& concept2words_2(X,'spontaneous reaction')
& concept2words_2(X,'spontaneous-reaction')
& concept2words_2(X,convert)
& concept2words_2(X,'exergonic reaction')
& concept2words_2(X,'exergonic-reaction')
& exergonic_process_1(X)
& energy_reaction_1(X)
& chemical_energy_1(fn_exergonic_reaction_3(X))
& quantity_value_1(fn_exergonic_reaction_4(X))
& quantity_value_1(fn_exergonic_reaction_5(X))
& chemical_energy_1(fn_exergonic_reaction_6(X))
& free_energy_change_value_1(fn_exergonic_reaction_8(X))
& chemical_entity_1(fn_exergonic_reaction_10(X))
& chemical_entity_1(fn_exergonic_reaction_11(X))
& the_scalar_value_2(fn_exergonic_reaction_8(X),negative_energy_0)
& scalar_unit_class_2(fn_exergonic_reaction_8(X),endergonic_reaction_0)
& quantity_2(fn_exergonic_reaction_6(X),fn_exergonic_reaction_5(X))
& greater_than_2(fn_exergonic_reaction_4(X),fn_exergonic_reaction_5(X))
& quantity_2(fn_exergonic_reaction_3(X),fn_exergonic_reaction_4(X))
& possesses_2(fn_exergonic_reaction_10(X),fn_exergonic_reaction_3(X))
& possesses_2(fn_exergonic_reaction_11(X),fn_exergonic_reaction_6(X))
& raw_material_2(X,fn_exergonic_reaction_10(X))
& result_2(X,fn_exergonic_reaction_11(X))
& free_energy_change_2(X,fn_exergonic_reaction_8(X))
& fn_exergonic_reaction_10(X) = fn_chemical_reaction_2(X)
& fn_exergonic_reaction_11(X) = fn_chemical_reaction_1(X)
& fn_exergonic_reaction_9(X) = fn_exergonic_process_1(X)
& fn_exergonic_reaction_8(X) = fn_exergonic_process_2(X) ) ) ).
fof(a529474,axiom,
! [X] :
( exit_1(X)
=> ( original_name_2(X,'Exit')
& concept2words_2(X,'go out')
& concept2words_2(X,'get out')
& concept2words_2(X,exit)
& concept2words_2(X,go_out)
& concept2words_2(X,get_out)
& concept2words_2(X,leave)
& move_out_of_1(X)
& locomotion_1(X)
& ~ withdraw_1(X) ) ) ).
fof(a529475,axiom,
! [X] :
( exocrine_gland_1(X)
=> ( original_name_2(X,'Exocrine-Gland')
& user_description_2(X,'Glands which have ducts to carry secreted substances onto body surfaces or into body cavities.')
& concept2words_2(X,'exocrine gland')
& concept2words_2(X,'exocrine-gland')
& gland_1(X) ) ) ).
fof(a529476,axiom,
! [X] :
( exocytosis_1(X)
=> ( original_name_2(X,'Exocytosis')
& user_description_2(X,'Exocytosis is the durable process by which a cell directs the contents of secretory vesicles out of the cell membrane. These membrane-bound vesicles contain soluble proteins to be secreted to the extracellular environment, as well as membrane proteins and lipids that are sent to become components of the cell membrane.')
& concept2words_2(X,'reverse pino cytosis')
& concept2words_2(X,'reverse-pino-cytosis')
& concept2words_2(X,'perform exocytosis')
& concept2words_2(X,transport)
& concept2words_2(X,exocytosis)
& bulk_transport_1(X)
& ~ calvin_cycle_1(X)
& ~ light_reaction_1(X)
& protein_1(fn_exocytosis_1(X))
& rearrangement_1(fn_exocytosis_2(X))
& asymmetrical_distribution_1(fn_exocytosis_3(X))
& extra_cellular_matrix_1(fn_exocytosis_4(X))
& angle_value_1(fn_exocytosis_5(X))
& microtubule_1(fn_exocytosis_7(X))
& chemical_energy_1(fn_exocytosis_8(X))
& time_interval_1(fn_exocytosis_9(X))
& time_interval_1(fn_exocytosis_10(X))
& time_interval_1(fn_exocytosis_11(X))
& time_interval_1(fn_exocytosis_12(X))
& time_interval_1(fn_exocytosis_13(X))
& time_interval_1(fn_exocytosis_14(X))
& secretor_1(fn_exocytosis_15(X))
& secretor_1(fn_exocytosis_16(X))
& consume_1(fn_exocytosis_17(X))
& release_1(fn_exocytosis_18(X))
& molecule_1(fn_exocytosis_19(X))
& forward_reaction_1(fn_exocytosis_20(X))
& reverse_reaction_1(fn_exocytosis_21(X))
& energy_1(fn_exocytosis_22(X))
& entity_1(fn_exocytosis_22(X))
& chemical_energy_1(fn_exocytosis_22(X))
& fusion_1(fn_exocytosis_23(X))
& transport_vesicle_1(fn_exocytosis_24(X))
& carry_1(fn_exocytosis_25(X))
& spatial_entity_1(fn_exocytosis_26(X))
& biomembrane_1(fn_exocytosis_26(X))
& plasma_membrane_1(fn_exocytosis_26(X))
& make_contact_1(fn_exocytosis_27(X))
& phospholipid_1(fn_exocytosis_28(X))
& negatively_charged_region_1(fn_exocytosis_29(X))
& outside_face_1(fn_exocytosis_30(X))
& extracellular_side_1(fn_exocytosis_30(X))
& cytoplasm_1(fn_exocytosis_31(X))
& hydrogen_1(fn_exocytosis_32(X))
& tangible_entity_1(fn_exocytosis_33(X))
& cell_1(fn_exocytosis_33(X))
& cytoplasmic_side_1(fn_exocytosis_34(X))
& tangible_entity_1(fn_exocytosis_35(X))
& molecule_1(fn_exocytosis_35(X))
& organic_molecule_1(fn_exocytosis_35(X))
& produce_1(fn_exocytosis_36(X))
& speed_value_1(fn_exocytosis_37(X))
& quantity_value_1(fn_exocytosis_38(X))
& carbon_skeleton_1(fn_exocytosis_39(X))
& kinetic_energy_1(fn_exocytosis_40(X))
& carbon_1(fn_exocytosis_41(X))
& atom_1(fn_exocytosis_42(X))
& chemical_entity_1(fn_exocytosis_42(X))
& constant_motion_1(fn_exocytosis_43(X))
& organic_molecule_1(fn_exocytosis_44(X))
& container_1(fn_exocytosis_47(X))
& release_1(fn_exocytosis_48(X))
& atom_1(fn_organic_molecule_2(fn_exocytosis_28(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_exocytosis_28(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_exocytosis_34(X)))
& container_1(fn_release_3(fn_exocytosis_48(X)))
& cellular_work_1(fn_cytoplasm_6(fn_exocytosis_31(X)))
& negatively_charged_region_1(fn_cytoplasm_3(fn_exocytosis_31(X)))
& constant_motion_1(fn_molecule_8(fn_exocytosis_35(X)))
& kinetic_energy_1(fn_molecule_12(fn_exocytosis_35(X)))
& property_node_1(fn_molecule_1(fn_exocytosis_35(X)))
& speed_value_1(fn_molecule_3(fn_exocytosis_35(X)))
& property_node_1(fn_molecule_2(fn_exocytosis_35(X)))
& quantity_value_1(fn_molecule_4(fn_exocytosis_35(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_exocytosis_35(X)))
& carbon_1(fn_organic_molecule_1(fn_exocytosis_35(X)))
& atom_1(fn_organic_molecule_2(fn_exocytosis_35(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_exocytosis_35(X)))
& spatial_entity_1(fn_forward_reaction_6(fn_exocytosis_20(X)))
& chemical_entity_1(fn_forward_reaction_6(fn_exocytosis_20(X)))
& spatial_entity_1(fn_reverse_reaction_5(fn_exocytosis_21(X)))
& chemical_entity_1(fn_reverse_reaction_5(fn_exocytosis_21(X)))
& chemical_entity_1(fn_reverse_reaction_6(fn_exocytosis_21(X)))
& spatial_entity_1(fn_forward_reaction_5(fn_exocytosis_20(X)))
& chemical_entity_1(fn_forward_reaction_5(fn_exocytosis_20(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_exocytosis_20(X)))
& chemical_entity_1(fn_reverse_reaction_7(fn_exocytosis_21(X)))
& spatial_entity_1(fn_add_1(fn_exocytosis_23(X)))
& spatial_entity_1(fn_make_contact_1(fn_exocytosis_27(X)))
& tangible_entity_1(fn_release_2(fn_exocytosis_48(X)))
& cell_1(fn_cytoplasm_7(fn_exocytosis_31(X)))
& outside_face_1(fn_biomembrane_41(fn_exocytosis_26(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_exocytosis_26(X)))
& spatial_entity_1(fn_make_contact_2(fn_exocytosis_27(X)))
& spatial_entity_1(fn_add_2(fn_exocytosis_23(X)))
& tangible_entity_1(fn_release_1(fn_exocytosis_48(X)))
& origin_2(fn_exocytosis_48(X),fn_exocytosis_31(X))
& destination_2(fn_exocytosis_48(X),fn_exocytosis_30(X))
& time_during_2(fn_exocytosis_36(X),fn_exocytosis_12(X))
& is_oriented_toward_2(fn_exocytosis_34(X),fn_exocytosis_31(X))
& in_event_2(fn_exocytosis_15(X),X)
& time_before_2(fn_exocytosis_14(X),fn_exocytosis_12(X))
& time_before_2(fn_exocytosis_13(X),fn_exocytosis_14(X))
& time_before_2(fn_exocytosis_12(X),fn_exocytosis_11(X))
& time_before_2(fn_exocytosis_12(X),fn_exocytosis_10(X))
& time_before_2(fn_exocytosis_10(X),fn_exocytosis_13(X))
& time_before_2(fn_exocytosis_9(X),fn_exocytosis_11(X))
& plays_2(fn_exocytosis_33(X),fn_exocytosis_15(X))
& plays_2(fn_exocytosis_33(X),fn_exocytosis_16(X))
& is_inside_2(fn_exocytosis_31(X),fn_exocytosis_26(X))
& is_outside_2(fn_exocytosis_4(X),fn_exocytosis_26(X))
& base_2(fn_exocytosis_3(X),fn_exocytosis_31(X))
& possesses_2(fn_exocytosis_28(X),fn_exocytosis_8(X))
& has_isomer_2(fn_exocytosis_28(X),fn_exocytosis_19(X))
& time_during_2(fn_exocytosis_27(X),fn_exocytosis_13(X))
& next_event_2(fn_exocytosis_27(X),fn_exocytosis_2(X))
& raw_material_2(fn_exocytosis_2(X),fn_exocytosis_28(X))
& time_during_2(fn_exocytosis_2(X),fn_exocytosis_14(X))
& base_2(fn_exocytosis_2(X),fn_exocytosis_26(X))
& agent_2(fn_exocytosis_2(X),fn_exocytosis_1(X))
& next_event_2(fn_exocytosis_2(X),fn_exocytosis_23(X))
& subevent_2(fn_exocytosis_2(X),fn_exocytosis_21(X))
& subevent_2(fn_exocytosis_2(X),fn_exocytosis_20(X))
& result_2(fn_exocytosis_2(X),fn_exocytosis_19(X))
& has_part_2(fn_exocytosis_26(X),fn_exocytosis_28(X))
& is_between_2(fn_exocytosis_26(X),fn_exocytosis_29(X))
& is_outside_2(fn_exocytosis_26(X),fn_exocytosis_31(X))
& has_region_2(fn_exocytosis_26(X),fn_exocytosis_34(X))
& has_function_2(fn_exocytosis_26(X),X)
& next_event_2(fn_exocytosis_25(X),fn_exocytosis_27(X))
& path_2(fn_exocytosis_25(X),fn_exocytosis_7(X))
& time_during_2(fn_exocytosis_25(X),fn_exocytosis_10(X))
& first_subevent_2(X,fn_exocytosis_36(X))
& direction_2(X,fn_exocytosis_5(X))
& origin_2(X,fn_exocytosis_31(X))
& destination_2(X,fn_exocytosis_30(X))
& subevent_2(X,fn_exocytosis_48(X))
& subevent_2(X,fn_exocytosis_2(X))
& subevent_2(X,fn_exocytosis_27(X))
& subevent_2(X,fn_exocytosis_23(X))
& time_during_2(fn_exocytosis_23(X),fn_exocytosis_12(X))
& next_event_2(fn_exocytosis_23(X),fn_exocytosis_48(X))
& result_2(fn_exocytosis_21(X),fn_exocytosis_28(X))
& raw_material_2(fn_exocytosis_20(X),fn_exocytosis_28(X))
& base_2(fn_exocytosis_27(X),fn_exocytosis_26(X))
& object_2(fn_exocytosis_23(X),fn_exocytosis_24(X))
& object_2(fn_exocytosis_27(X),fn_exocytosis_24(X))
& base_2(fn_exocytosis_23(X),fn_exocytosis_26(X))
& has_part_2(fn_exocytosis_28(X),fn_exocytosis_32(X))
& result_2(fn_exocytosis_20(X),fn_exocytosis_19(X))
& raw_material_2(fn_exocytosis_21(X),fn_exocytosis_19(X))
& is_facing_2(fn_exocytosis_34(X),fn_exocytosis_31(X))
& base_2(fn_exocytosis_48(X),fn_exocytosis_33(X))
& plays_2(fn_exocytosis_33(X),fn_exocytosis_47(X))
& in_event_2(fn_exocytosis_47(X),fn_exocytosis_48(X))
& object_2(fn_exocytosis_48(X),fn_exocytosis_35(X))
& object_2(fn_exocytosis_25(X),fn_exocytosis_35(X))
& subevent_2(X,fn_exocytosis_36(X))
& result_2(fn_exocytosis_36(X),fn_exocytosis_24(X))
& is_inside_2(fn_exocytosis_35(X),fn_exocytosis_24(X))
& object_2(X,fn_exocytosis_35(X))
& instrument_2(X,fn_exocytosis_24(X))
& agent_2(fn_exocytosis_25(X),fn_exocytosis_24(X))
& path_2(X,fn_exocytosis_26(X))
& has_part_2(fn_exocytosis_33(X),fn_exocytosis_26(X))
& has_part_2(fn_exocytosis_33(X),fn_exocytosis_24(X))
& has_function_2(fn_exocytosis_24(X),fn_exocytosis_25(X))
& subevent_2(X,fn_exocytosis_25(X))
& subevent_2(X,fn_exocytosis_17(X))
& next_event_2(fn_exocytosis_17(X),fn_exocytosis_18(X))
& subevent_2(X,fn_exocytosis_18(X))
& base_2(fn_exocytosis_18(X),fn_exocytosis_44(X))
& raw_material_2(X,fn_exocytosis_44(X))
& raw_material_2(X,fn_exocytosis_22(X))
& object_2(fn_exocytosis_17(X),fn_exocytosis_22(X))
& has_part_2(fn_exocytosis_33(X),fn_exocytosis_31(X))
& base_2(X,fn_exocytosis_33(X))
& fn_exocytosis_41(X) != fn_exocytosis_42(X)
& has_part_2(fn_exocytosis_35(X),fn_exocytosis_41(X))
& has_region_2(fn_exocytosis_35(X),fn_exocytosis_39(X))
& is_inside_2(fn_exocytosis_41(X),fn_exocytosis_39(X))
& fn_exocytosis_42(X) != fn_exocytosis_41(X)
& has_part_2(fn_exocytosis_35(X),fn_exocytosis_42(X))
& object_2(fn_exocytosis_43(X),fn_exocytosis_35(X))
& speed_2(fn_exocytosis_43(X),fn_exocytosis_37(X))
& directly_proportional_2(fn_exocytosis_37(X),fn_exocytosis_38(X))
& quantity_2(fn_exocytosis_40(X),fn_exocytosis_38(X))
& possesses_2(fn_exocytosis_35(X),fn_exocytosis_40(X))
& is_outside_2(fn_exocytosis_30(X),fn_exocytosis_26(X))
& has_region_2(fn_exocytosis_26(X),fn_exocytosis_30(X))
& has_region_2(fn_exocytosis_31(X),fn_exocytosis_29(X))
& fn_exocytosis_28(X) = fn_reverse_reaction_5(fn_exocytosis_21(X))
& fn_exocytosis_28(X) = fn_reverse_reaction_6(fn_exocytosis_21(X))
& fn_exocytosis_28(X) = fn_forward_reaction_6(fn_exocytosis_20(X))
& fn_exocytosis_28(X) = fn_forward_reaction_5(fn_exocytosis_20(X))
& fn_exocytosis_26(X) = fn_make_contact_2(fn_exocytosis_27(X))
& fn_exocytosis_24(X) = fn_add_1(fn_exocytosis_23(X))
& fn_exocytosis_24(X) = fn_make_contact_1(fn_exocytosis_27(X))
& fn_exocytosis_26(X) = fn_add_2(fn_exocytosis_23(X))
& fn_exocytosis_32(X) = fn_organic_molecule_2(fn_exocytosis_28(X))
& fn_exocytosis_19(X) = fn_chemical_reaction_1(fn_exocytosis_20(X))
& fn_exocytosis_19(X) = fn_reverse_reaction_7(fn_exocytosis_21(X))
& fn_exocytosis_31(X) = fn_cytoplasmic_side_1(fn_exocytosis_34(X))
& fn_exocytosis_35(X) = fn_release_1(fn_exocytosis_48(X))
& fn_exocytosis_47(X) = fn_release_3(fn_exocytosis_48(X))
& fn_exocytosis_33(X) = fn_release_2(fn_exocytosis_48(X))
& fn_exocytosis_35(X) = fn_bulk_transport_4(X)
& fn_exocytosis_36(X) = fn_bulk_transport_2(X)
& fn_exocytosis_25(X) = fn_bulk_transport_3(X)
& fn_exocytosis_24(X) = fn_bulk_transport_5(X)
& fn_exocytosis_33(X) = fn_bulk_transport_6(X)
& fn_exocytosis_26(X) = fn_bulk_transport_1(X)
& fn_exocytosis_17(X) = fn_cellular_work_11(X)
& fn_exocytosis_22(X) = fn_cellular_work_15(X)
& fn_exocytosis_44(X) = fn_cellular_work_10(X)
& fn_exocytosis_18(X) = fn_cellular_work_12(X)
& X = fn_cytoplasm_6(fn_exocytosis_31(X))
& fn_exocytosis_33(X) = fn_cytoplasm_7(fn_exocytosis_31(X))
& fn_exocytosis_29(X) = fn_cytoplasm_3(fn_exocytosis_31(X))
& fn_exocytosis_30(X) = fn_biomembrane_41(fn_exocytosis_26(X))
& fn_exocytosis_30(X) = fn_plasma_membrane_65(fn_exocytosis_26(X))
& fn_exocytosis_43(X) = fn_molecule_8(fn_exocytosis_35(X))
& fn_exocytosis_40(X) = fn_molecule_12(fn_exocytosis_35(X))
& fn_exocytosis_45(X) = fn_molecule_1(fn_exocytosis_35(X))
& fn_exocytosis_37(X) = fn_molecule_3(fn_exocytosis_35(X))
& fn_exocytosis_46(X) = fn_molecule_2(fn_exocytosis_35(X))
& fn_exocytosis_38(X) = fn_molecule_4(fn_exocytosis_35(X))
& fn_exocytosis_39(X) = fn_organic_molecule_3(fn_exocytosis_35(X))
& fn_exocytosis_41(X) = fn_organic_molecule_1(fn_exocytosis_35(X))
& fn_exocytosis_42(X) = fn_organic_molecule_2(fn_exocytosis_35(X))
& fn_reverse_reaction_5(fn_exocytosis_21(X)) = fn_forward_reaction_6(fn_exocytosis_20(X))
& fn_forward_reaction_6(fn_exocytosis_20(X)) = fn_reverse_reaction_5(fn_exocytosis_21(X))
& fn_reverse_reaction_5(fn_exocytosis_21(X)) = fn_reverse_reaction_6(fn_exocytosis_21(X))
& fn_reverse_reaction_6(fn_exocytosis_21(X)) = fn_reverse_reaction_6(fn_exocytosis_21(X))
& fn_reverse_reaction_6(fn_exocytosis_21(X)) = fn_forward_reaction_5(fn_exocytosis_20(X))
& fn_forward_reaction_5(fn_exocytosis_20(X)) = fn_chemical_reaction_1(fn_exocytosis_20(X))
& fn_chemical_reaction_1(fn_exocytosis_20(X)) = fn_reverse_reaction_7(fn_exocytosis_21(X))
& fn_reverse_reaction_7(fn_exocytosis_21(X)) = fn_add_1(fn_exocytosis_23(X))
& fn_add_1(fn_exocytosis_23(X)) = fn_make_contact_1(fn_exocytosis_27(X))
& fn_make_contact_1(fn_exocytosis_27(X)) = fn_make_contact_1(fn_exocytosis_27(X))
& fn_make_contact_1(fn_exocytosis_27(X)) = fn_bulk_transport_5(X)
& fn_bulk_transport_5(X) = fn_bulk_transport_5(X)
& fn_bulk_transport_5(X) = fn_release_2(fn_exocytosis_48(X))
& fn_release_2(fn_exocytosis_48(X)) = fn_release_2(fn_exocytosis_48(X))
& fn_release_2(fn_exocytosis_48(X)) = fn_bulk_transport_6(X)
& fn_bulk_transport_6(X) = fn_bulk_transport_6(X)
& fn_bulk_transport_6(X) = fn_cytoplasm_7(fn_exocytosis_31(X))
& fn_cytoplasm_7(fn_exocytosis_31(X)) = fn_cytoplasm_7(fn_exocytosis_31(X))
& fn_cytoplasm_7(fn_exocytosis_31(X)) = fn_plasma_membrane_65(fn_exocytosis_26(X))
& fn_plasma_membrane_65(fn_exocytosis_26(X)) = fn_biomembrane_41(fn_exocytosis_26(X))
& fn_biomembrane_41(fn_exocytosis_26(X)) = fn_plasma_membrane_65(fn_exocytosis_26(X))
& fn_plasma_membrane_65(fn_exocytosis_26(X)) = fn_make_contact_2(fn_exocytosis_27(X))
& fn_make_contact_2(fn_exocytosis_27(X)) = fn_add_2(fn_exocytosis_23(X))
& fn_add_2(fn_exocytosis_23(X)) = fn_add_2(fn_exocytosis_23(X))
& fn_add_2(fn_exocytosis_23(X)) = fn_bulk_transport_1(X)
& fn_bulk_transport_1(X) = fn_bulk_transport_1(X)
& fn_bulk_transport_1(X) = fn_release_1(fn_exocytosis_48(X))
& fn_release_1(fn_exocytosis_48(X)) = fn_bulk_transport_4(X)
& fn_bulk_transport_4(X) = fn_bulk_transport_4(X) ) ) ).
fof(a529477,axiom,
! [X] :
( exocytosis_of_polysaccharide_across_plasma_membrane_1(X)
=> ( original_name_2(X,'Exocytosis-Of-Polysaccharide-Across-Plasma-Membrane')
& user_description_2(X,'The cellular secretion of sugar polymer molecules by the fusion of vesicles containing them with the plasma membrane.')
& concept2words_2(X,'perform exocytosis')
& concept2words_2(X,'exocytosis of polysaccharide across plasma membrane')
& concept2words_2(X,'exocytosis-of-polysaccharide-across-plasma-membrane')
& exocytosis_1(X)
& detach_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_1(X))
& dephosphorylation_of_atp_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_2(X))
& attach_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_3(X))
& phosphorylation_of_protein_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_4(X))
& change_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_5(X))
& time_interval_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_6(X))
& time_interval_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_7(X))
& constant_motion_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_8(X))
& speed_value_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_9(X))
& quantity_value_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_10(X))
& release_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_11(X))
& carry_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_12(X))
& fusion_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_13(X))
& make_contact_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_14(X))
& rearrangement_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_15(X))
& tangible_entity_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_16(X))
& cell_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_16(X))
& transport_vesicle_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_17(X))
& polysaccharide_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_18(X))
& organic_molecule_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X))
& atp_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X))
& thermal_energy_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_20(X))
& consume_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_21(X))
& produce_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_22(X))
& property_node_1(fn_atp_23(fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X)))
& property_node_1(fn_atp_22(fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X)))
& constant_motion_1(fn_atp_68(fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X)))
& speed_value_1(fn_atp_67(fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X)))
& quantity_value_1(fn_atp_66(fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X)))
& tangible_entity_1(fn_release_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_11(X)))
& kinetic_energy_1(fn_atp_28(fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X)))
& time_during_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_11(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_6(X))
& object_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_11(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_17(X))
& object_2(X,fn_exocytosis_of_polysaccharide_across_plasma_membrane_17(X))
& subevent_2(X,fn_exocytosis_of_polysaccharide_across_plasma_membrane_1(X))
& subevent_2(X,fn_exocytosis_of_polysaccharide_across_plasma_membrane_2(X))
& subevent_2(X,fn_exocytosis_of_polysaccharide_across_plasma_membrane_3(X))
& subevent_2(X,fn_exocytosis_of_polysaccharide_across_plasma_membrane_4(X))
& subevent_2(X,fn_exocytosis_of_polysaccharide_across_plasma_membrane_5(X))
& is_inside_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_18(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_16(X))
& next_event_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_5(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_1(X))
& next_event_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_4(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_5(X))
& causes_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_4(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_5(X))
& instrument_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_4(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X))
& next_event_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_3(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_2(X))
& next_event_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_2(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_4(X))
& time_during_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_21(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_7(X))
& object_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_11(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_20(X))
& is_inside_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_18(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_17(X))
& object_2(X,fn_exocytosis_of_polysaccharide_across_plasma_membrane_18(X))
& object_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_11(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_18(X))
& raw_material_2(X,fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X))
& base_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_11(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X))
& possesses_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_20(X))
& quantity_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_20(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_10(X))
& directly_proportional_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_9(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_10(X))
& speed_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_8(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_9(X))
& object_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_8(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X))
& subevent_2(X,fn_exocytosis_of_polysaccharide_across_plasma_membrane_15(X))
& time_during_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_13(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_7(X))
& subevent_2(X,fn_exocytosis_of_polysaccharide_across_plasma_membrane_21(X))
& next_event_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_21(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_11(X))
& base_2(X,fn_exocytosis_of_polysaccharide_across_plasma_membrane_16(X))
& subevent_2(X,fn_exocytosis_of_polysaccharide_across_plasma_membrane_13(X))
& next_event_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_15(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_13(X))
& next_event_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_13(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_11(X))
& base_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_11(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_16(X))
& has_part_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_16(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_17(X))
& instrument_2(X,fn_exocytosis_of_polysaccharide_across_plasma_membrane_17(X))
& subevent_2(X,fn_exocytosis_of_polysaccharide_across_plasma_membrane_11(X))
& object_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_13(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_17(X))
& time_before_2(fn_exocytosis_of_polysaccharide_across_plasma_membrane_7(X),fn_exocytosis_of_polysaccharide_across_plasma_membrane_6(X))
& fn_exocytosis_of_polysaccharide_across_plasma_membrane_20(X) = fn_release_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_11(X))
& fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X) = fn_exocytosis_44(X)
& fn_exocytosis_of_polysaccharide_across_plasma_membrane_18(X) = fn_exocytosis_35(X)
& fn_exocytosis_of_polysaccharide_across_plasma_membrane_24(X) = fn_atp_23(fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X))
& fn_exocytosis_of_polysaccharide_across_plasma_membrane_23(X) = fn_atp_22(fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X))
& fn_exocytosis_of_polysaccharide_across_plasma_membrane_8(X) = fn_atp_68(fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X))
& fn_exocytosis_of_polysaccharide_across_plasma_membrane_9(X) = fn_atp_67(fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X))
& fn_exocytosis_of_polysaccharide_across_plasma_membrane_10(X) = fn_atp_66(fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X))
& fn_exocytosis_of_polysaccharide_across_plasma_membrane_20(X) = fn_atp_28(fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X))
& fn_exocytosis_of_polysaccharide_across_plasma_membrane_21(X) = fn_exocytosis_17(X)
& fn_exocytosis_of_polysaccharide_across_plasma_membrane_15(X) = fn_exocytosis_2(X)
& fn_exocytosis_of_polysaccharide_across_plasma_membrane_16(X) = fn_bulk_transport_6(X)
& fn_exocytosis_of_polysaccharide_across_plasma_membrane_11(X) = fn_exocytosis_18(X)
& fn_exocytosis_of_polysaccharide_across_plasma_membrane_16(X) = fn_exocytosis_33(X)
& fn_exocytosis_of_polysaccharide_across_plasma_membrane_11(X) = fn_exocytosis_48(X)
& fn_exocytosis_of_polysaccharide_across_plasma_membrane_13(X) = fn_exocytosis_23(X)
& fn_exocytosis_of_polysaccharide_across_plasma_membrane_14(X) = fn_exocytosis_27(X)
& fn_exocytosis_of_polysaccharide_across_plasma_membrane_17(X) = fn_exocytosis_24(X)
& fn_exocytosis_of_polysaccharide_across_plasma_membrane_12(X) = fn_exocytosis_25(X)
& fn_exocytosis_of_polysaccharide_across_plasma_membrane_6(X) = fn_exocytosis_10(X)
& fn_exocytosis_of_polysaccharide_across_plasma_membrane_7(X) = fn_exocytosis_12(X)
& fn_exocytosis_of_polysaccharide_across_plasma_membrane_22(X) = fn_exocytosis_36(X)
& fn_release_1(fn_exocytosis_of_polysaccharide_across_plasma_membrane_11(X)) = fn_atp_28(fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X))
& fn_atp_28(fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X)) = fn_atp_28(fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X))
& fn_atp_28(fn_exocytosis_of_polysaccharide_across_plasma_membrane_19(X)) = fn_bulk_transport_6(X)
& fn_bulk_transport_6(X) = fn_exocytosis_33(X)
& fn_exocytosis_33(X) = fn_exocytosis_33(X)
& fn_exocytosis_33(X) = fn_exocytosis_18(X)
& fn_exocytosis_48(X) = fn_exocytosis_18(X)
& fn_exocytosis_18(X) = fn_exocytosis_48(X)
& fn_exocytosis_48(X) = fn_exocytosis_48(X) ) ) ).
fof(a529478,axiom,
! [X] :
( exoenzyme_1(X)
=> ( original_name_2(X,'Exoenzyme')
& user_description_2(X,'An enzyme secreted outside a cell, and that functions outside the secreting cell.')
& concept2words_2(X,exoenzyme)
& protein_enzyme_1(X) ) ) ).
fof(a529479,axiom,
! [X] :
( exon_1(X)
=> ( original_name_2(X,'Exon')
& user_description_2(X,'(1) A nucleotide sequence in a primary RNA transcript that remains after RNA processing. (2) The region of DNA from which this sequence was transcribed.')
& concept2words_2(X,'coding segment')
& concept2words_2(X,'coding-segment')
& concept2words_2(X,exon)
& eukaryote_dna_sequence_1(X)
& codon_1(fn_exon_1(X))
& minCardinality(X,has_part_0,"2",codon_0)
& has_part_2(X,fn_exon_1(X)) ) ) ).
fof(a529480,axiom,
! [X] :
( exoskeleton_1(X)
=> ( original_name_2(X,'Exoskeleton')
& user_description_2(X,'An external skeleton which occurs in certain animals and functions in protection and for attachment of muscles.')
& concept2words_2(X,exoskeleton)
& skeleton_1(X)
& ~ endoskeleton_1(X)
& ~ hydrostatic_skeleton_1(X)
& consistency_value_1(fn_exoskeleton_2(X))
& chitin_1(fn_exoskeleton_3(X))
& organism_1(fn_exoskeleton_4(X))
& defense_1(fn_exoskeleton_5(X))
& object_2(fn_exoskeleton_5(X),fn_exoskeleton_4(X))
& agent_2(fn_exoskeleton_5(X),X)
& has_part_2(fn_exoskeleton_4(X),X)
& has_function_2(X,fn_exoskeleton_5(X))
& consistency_2(X,fn_exoskeleton_2(X))
& has_part_2(X,fn_exoskeleton_3(X))
& the_categorical_value_2(fn_exoskeleton_2(X),hard_0) ) ) ).
fof(a529481,axiom,
! [X] :
( exotoxin_1(X)
=> ( original_name_2(X,'Exotoxin')
& user_description_2(X,'A toxic protein secreted by bacteria and other pathogens and damages the host by destroying cells or disrupting cellular metabolism. Examples include the botulinum toxin produced by Clostridium botulinum and the diphtheria toxin produced by Corynebacterium diphtheriae.')
& concept2words_2(X,exotoxin)
& protein_1(X) ) ) ).
fof(a529482,axiom,
! [X] :
( expand_1(X)
=> ( original_name_2(X,'Expand')
& concept2words_2(X,expand)
& concept2words_2(X,'spread out')
& concept2words_2(X,spread_out)
& concept2words_2(X,enlarge)
& concept2words_2(X,magnify)
& increase_1(X)
& ~ wet_1(X)
& ~ heat_1(X)
& ~ condense_1(X)
& ~ brighten_1(X)
& ~ cell_elongation_1(X)
& ~ increase_of_activation_energy_1(X)
& tangible_entity_1(fn_expand_1(X))
& volume_value_1(fn_expand_4(X))
& volume_value_1(fn_expand_5(X))
& base_2(X,fn_expand_1(X))
& to_value_2(X,fn_expand_5(X))
& from_value_2(X,fn_expand_4(X))
& greater_than_2(fn_expand_5(X),fn_expand_4(X))
& fn_expand_3(X) = fn_increase_2(X)
& fn_expand_2(X) = fn_increase_1(X)
& fn_expand_5(X) = fn_increase_4(X)
& fn_expand_4(X) = fn_increase_3(X) ) ) ).
fof(a529483,axiom,
! [X] :
( expansin_1(X)
=> ( original_name_2(X,'Expansin')
& user_description_2(X,'Expansin is a class of plant enzymes that break hydrogen bonds between plant cell consituents such as cellulose which enable plants cells to grow.')
& concept2words_2(X,expansin)
& protein_1(X) ) ) ).
fof(a529484,axiom,
! [X] :
( experiment_1(X)
=> ( original_name_2(X,'Experiment')
& user_description_2(X,'An act or operation undertaken in order to discover some unknown principle or effect, or to test, establish, or illustrate some suggest or known truth; practical test; proof.')
& concept2words_2(X,experiment)
& study_1(X)
& scientific_method_1(X) ) ) ).
fof(a529485,axiom,
! [X] :
( experimental_group_1(X)
=> ( original_name_2(X,'Experimental-Group')
& user_description_2(X,'In an experiment, the group of test subjects that is subjected to the experimental treatment, as opposed to the control group.')
& concept2words_2(X,'experimental group')
& concept2words_2(X,'experimental-group')
& role_1(X) ) ) ).
fof(a529486,axiom,
! [X] :
( exponential_population_growth_1(X)
=> ( original_name_2(X,'Exponential-Population-Growth')
& user_description_2(X,'A model of population growth in which the population continuously doubles each generation.')
& concept2words_2(X,'exponential population growth')
& concept2words_2(X,'exponential-population-growth')
& population_process_1(X)
& ~ demography_1(X)
& ~ extinction_vortex_1(X)
& ~ logistic_population_growth_1(X)
& ~ propagation_1(X) ) ) ).
fof(a529487,axiom,
! [X] :
( expose_1(X)
=> ( original_name_2(X,'Expose')
& concept2words_2(X,expose)
& concept2words_2(X,disclose)
& concept2words_2(X,display)
& concept2words_2(X,exhibit)
& make_accessible_1(X)
& ~ unobstruct_1(X)
& ~ unblock_1(X)
& ~ activate_1(X)
& tangible_entity_1(fn_expose_1(X))
& object_2(X,fn_expose_1(X))
& fn_expose_1(X) = fn_make_accessible_1(X) ) ) ).
fof(a529488,axiom,
! [X] :
( express_1(X)
=> ( original_name_2(X,'Express')
& concept2words_2(X,express)
& concept2words_2(X,show)
& concept2words_2(X,evince)
& concept2words_2(X,utter)
& concept2words_2(X,carry)
& concept2words_2(X,convey)
& concept2words_2(X,state)
& action_1(X)
& message_1(fn_express_1(X))
& information_1(fn_express_2(X))
& tangible_entity_1(fn_express_3(X))
& agent_2(X,fn_express_3(X))
& object_2(X,fn_express_2(X))
& result_2(X,fn_express_1(X)) ) ) ).
fof(a529489,axiom,
! [X] :
( expression_vector_1(X)
=> ( original_name_2(X,'Expression-Vector')
& user_description_2(X,'A plasmid genetically engineered to contain the promotor sequences upstream of the sequence (gene) of interest, allowing the gene to be expessed when the plasmid is inserted into a host cell.')
& concept2words_2(X,'vector of expression')
& concept2words_2(X,'expression vector')
& concept2words_2(X,'expression-vector')
& cloning_vector_1(X)
& ~ bacterial_artificial_chromosome_1(X)
& ~ cloning_phage_1(X)
& ~ cloning_plasmid_1(X)
& eukaryote_1(fn_expression_vector_1(X))
& gene_expression_1(fn_expression_vector_2(X))
& prokaryote_1(fn_expression_vector_3(X))
& entity_1(fn_expression_vector_4(X))
& chemical_entity_1(fn_expression_vector_4(X))
& protein_1(fn_expression_vector_4(X))
& code_for_1(fn_expression_vector_5(X))
& move_together_1(fn_expression_vector_6(X))
& entity_1(fn_expression_vector_7(X))
& spatial_entity_1(fn_expression_vector_7(X))
& foreign_dna_1(fn_expression_vector_7(X))
& recognize_1(fn_expression_vector_8(X))
& restriction_site_1(fn_expression_vector_9(X))
& promoter_1(fn_expression_vector_10(X))
& synthesis_of_protein_1(fn_expression_vector_11(X))
& carry_1(fn_expression_vector_12(X))
& entity_1(fn_perceive_1(fn_expression_vector_8(X)))
& spatial_entity_1(fn_move_together_3(fn_expression_vector_6(X)))
& entity_1(fn_code_for_2(fn_expression_vector_5(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_expression_vector_11(X)))
& protein_1(fn_synthesis_of_protein_16(fn_expression_vector_11(X)))
& entity_1(fn_code_for_1(fn_expression_vector_5(X)))
& spatial_entity_1(fn_move_together_2(fn_expression_vector_6(X)))
& spatial_entity_1(fn_move_together_1(fn_expression_vector_6(X)))
& site_2(fn_expression_vector_12(X),fn_expression_vector_3(X))
& agent_2(fn_expression_vector_11(X),X)
& abuts_2(fn_expression_vector_10(X),fn_expression_vector_9(X))
& abuts_2(fn_expression_vector_9(X),fn_expression_vector_10(X))
& agent_2(fn_expression_vector_8(X),fn_expression_vector_3(X))
& object_2(fn_expression_vector_2(X),fn_expression_vector_7(X))
& has_part_2(fn_expression_vector_1(X),fn_expression_vector_4(X))
& has_part_2(X,fn_expression_vector_3(X))
& has_part_2(X,fn_expression_vector_10(X))
& agent_2(fn_expression_vector_5(X),fn_expression_vector_7(X))
& object_2(fn_expression_vector_6(X),fn_expression_vector_7(X))
& result_2(fn_expression_vector_5(X),fn_expression_vector_4(X))
& object_2(fn_expression_vector_8(X),fn_expression_vector_10(X))
& destination_2(fn_expression_vector_6(X),fn_expression_vector_9(X))
& result_2(fn_expression_vector_11(X),fn_expression_vector_4(X))
& agent_2(fn_expression_vector_12(X),X)
& object_2(fn_expression_vector_12(X),fn_expression_vector_7(X))
& fn_expression_vector_7(X) = fn_code_for_1(fn_expression_vector_5(X))
& fn_expression_vector_7(X) = fn_move_together_2(fn_expression_vector_6(X))
& fn_expression_vector_7(X) = fn_move_together_1(fn_expression_vector_6(X))
& fn_expression_vector_4(X) = fn_code_for_2(fn_expression_vector_5(X))
& fn_expression_vector_10(X) = fn_perceive_1(fn_expression_vector_8(X))
& fn_expression_vector_9(X) = fn_move_together_3(fn_expression_vector_6(X))
& fn_expression_vector_4(X) = fn_anabolic_pathway_5(fn_expression_vector_11(X))
& fn_expression_vector_4(X) = fn_synthesis_of_protein_16(fn_expression_vector_11(X))
& fn_expression_vector_7(X) = fn_cloning_vector_4(X)
& fn_expression_vector_12(X) = fn_cloning_vector_5(X)
& fn_code_for_2(fn_expression_vector_5(X)) = fn_anabolic_pathway_5(fn_expression_vector_11(X))
& fn_anabolic_pathway_5(fn_expression_vector_11(X)) = fn_anabolic_pathway_5(fn_expression_vector_11(X))
& fn_anabolic_pathway_5(fn_expression_vector_11(X)) = fn_synthesis_of_protein_16(fn_expression_vector_11(X))
& fn_synthesis_of_protein_16(fn_expression_vector_11(X)) = fn_code_for_1(fn_expression_vector_5(X))
& fn_code_for_1(fn_expression_vector_5(X)) = fn_move_together_2(fn_expression_vector_6(X))
& fn_move_together_2(fn_expression_vector_6(X)) = fn_move_together_2(fn_expression_vector_6(X))
& fn_move_together_2(fn_expression_vector_6(X)) = fn_move_together_1(fn_expression_vector_6(X))
& fn_move_together_1(fn_expression_vector_6(X)) = fn_move_together_1(fn_expression_vector_6(X))
& fn_move_together_1(fn_expression_vector_6(X)) = fn_cloning_vector_4(X) ) ) ).
fof(a529490,axiom,
! [X] :
( extension_of_replication_bubble_1(X)
=> ( original_name_2(X,'Extension-of-Replication-Bubble')
& user_description_2(X,'The elongation of the open section of the chromosome between the replication forks that is open for DNA replication.')
& concept2words_2(X,extend)
& concept2words_2(X,'extension of replication bubble')
& concept2words_2(X,'extension-of-replication-bubble')
& expand_1(X)
& replication_fork_1(fn_extension_of_replication_bubble_1(X))
& replication_bubble_1(fn_extension_of_replication_bubble_2(X))
& replication_bubble_1(fn_replication_fork_1(fn_extension_of_replication_bubble_1(X)))
& object_2(X,fn_extension_of_replication_bubble_2(X))
& site_2(X,fn_extension_of_replication_bubble_1(X))
& is_beside_2(fn_extension_of_replication_bubble_2(X),fn_extension_of_replication_bubble_1(X))
& is_beside_2(fn_extension_of_replication_bubble_1(X),fn_extension_of_replication_bubble_2(X))
& fn_extension_of_replication_bubble_2(X) = fn_replication_fork_1(fn_extension_of_replication_bubble_1(X)) ) ) ).
fof(a529491,axiom,
! [X,X1] :
( ( agent_2(X,X1)
& work_1(X)
& person_1(X1) )
=> ( extensive_work_by_human_1(X)
& fn_extensive_work_by_human_2(X) = X1 ) ) ).
fof(a529492,axiom,
! [X] :
( extensive_work_by_human_1(X)
=> ( original_name_2(X,'Extensive-Work-By-Human')
& user_description_2(X,'Work done by a person that requires a major physical effort, such as running or climbing.')
& concept2words_2(X,'human working hard')
& concept2words_2(X,'human-working-hard')
& concept2words_2(X,'human exercising hard')
& concept2words_2(X,'human-exercising-hard')
& concept2words_2(X,'perform extensive work')
& concept2words_2(X,'extensive work by human')
& concept2words_2(X,'extensive-work-by-human')
& work_1(X)
& person_1(fn_extensive_work_by_human_2(X))
& evaporative_cooling_1(fn_extensive_work_by_human_3(X))
& tangible_entity_1(fn_cool_1(fn_extensive_work_by_human_3(X)))
& subevent_2(X,fn_extensive_work_by_human_3(X))
& agent_2(X,fn_extensive_work_by_human_2(X))
& base_2(fn_extensive_work_by_human_3(X),fn_extensive_work_by_human_2(X))
& fn_extensive_work_by_human_2(X) = fn_cool_1(fn_extensive_work_by_human_3(X)) ) ) ).
fof(a529493,axiom,
! [X] :
( external_fertilization_1(X)
=> ( original_name_2(X,'External-Fertilization')
& user_description_2(X,'Fertilization that takes place between gametes that have been discharged into the environment.')
& concept2words_2(X,fertilize)
& concept2words_2(X,'fertilization of external')
& concept2words_2(X,'external fertilization')
& concept2words_2(X,'external-fertilization')
& fertilization_1(X) ) ) ).
fof(a529494,axiom,
! [X] :
( exteroceptor_1(X)
=> ( original_name_2(X,'Exteroceptor')
& user_description_2(X,'A class of sensory receptors that detect stimuli outside the body such as heat, light, pressure, and chemicals.')
& concept2words_2(X,exteroceptor)
& sensory_receptor_1(X)
& ~ chemoreceptor_1(X)
& ~ electromagnetic_receptor_1(X)
& ~ mechanoreceptor_1(X)
& ~ nociceptor_1(X)
& ~ pain_receptor_1(X)
& ~ thermoreceptor_1(X) ) ) ).
fof(a529495,axiom,
! [X] :
( extinct_bird_1(X)
=> ( original_name_2(X,'Extinct-Bird')
& user_description_2(X,'A group of birds which existed in the past but has no currently living members.')
& concept2words_2(X,'extinct bird')
& concept2words_2(X,'extinct-bird')
& bird_1(X)
& extinct_vertebrate_1(X) ) ) ).
fof(a529496,axiom,
! [X] :
( extinct_hominid_1(X)
=> ( original_name_2(X,'Extinct-Hominid')
& user_description_2(X,'A group of hominids which existed in the past but has no currently living members.')
& concept2words_2(X,'extinct hominid')
& concept2words_2(X,'extinct-hominid')
& hominid_1(X)
& extinct_vertebrate_1(X) ) ) ).
fof(a529497,axiom,
! [X] :
( extinct_invertebrate_1(X)
=> ( original_name_2(X,'Extinct-Invertebrate')
& user_description_2(X,'A group of invertebrates which existed in the past but has no currently living members.')
& concept2words_2(X,'extinct invertebrate')
& concept2words_2(X,'extinct-invertebrate')
& extinct_species_1(X) ) ) ).
fof(a529498,axiom,
! [X] :
( extinct_plant_1(X)
=> ( original_name_2(X,'Extinct-Plant')
& user_description_2(X,'A group of plants which existed in the past but has no currently living members.')
& concept2words_2(X,'extinct plant')
& concept2words_2(X,'extinct-plant')
& plant_1(X)
& extinct_species_1(X) ) ) ).
fof(a529499,axiom,
! [X] :
( extinct_species_1(X)
=> ( original_name_2(X,'Extinct-Species')
& user_description_2(X,'A group of organisms which existed in the past but has no currently living members.')
& concept2words_2(X,'extinct species')
& concept2words_2(X,'extinct-specy')
& organism_1(X) ) ) ).
fof(a529500,axiom,
! [X] :
( extinct_vertebrate_1(X)
=> ( original_name_2(X,'Extinct-Vertebrate')
& user_description_2(X,'A group of vertebrates which existed in the past but has no currently living members.')
& concept2words_2(X,'extinct vertebrate')
& concept2words_2(X,'extinct-vertebrate')
& extinct_species_1(X) ) ) ).
fof(a529501,axiom,
! [X] :
( extinction_1(X)
=> ( original_name_2(X,'Extinction')
& user_description_2(X,'The end of a lineage of organisms.')
& concept2words_2(X,extinguish)
& concept2words_2(X,extinction)
& ecological_process_1(X) ) ) ).
fof(a529502,axiom,
! [X] :
( extinction_vortex_1(X)
=> ( original_name_2(X,'Extinction-Vortex')
& user_description_2(X,'A downward population trend in which the effects of small population size (e.g., inbreeding and genetic drift) combine to cause an already-small population to shrink further. Unless the spiral is reversed, the population will go extinct.')
& concept2words_2(X,'vortex of extinction')
& concept2words_2(X,'extinction vortex')
& concept2words_2(X,'extinction-vortex')
& population_process_1(X)
& ~ demography_1(X)
& ~ exponential_population_growth_1(X)
& ~ logistic_population_growth_1(X)
& ~ propagation_1(X) ) ) ).
fof(a529503,axiom,
! [X] :
( extra_cellular_fluid_1(X)
=> ( original_name_2(X,'Extra-Cellular-Fluid')
& user_description_2(X,'Extracellular fluid (ECF) usually denotes all body fluid outside of cells.')
& concept2words_2(X,'extracellular fluid')
& concept2words_2(X,'extra cellular fluid')
& concept2words_2(X,'extra-cellular-fluid')
& biological_fluid_1(X)
& cell_1(fn_extra_cellular_fluid_1(X))
& biomembrane_1(fn_extra_cellular_fluid_2(X))
& plasma_membrane_1(fn_extra_cellular_fluid_2(X))
& substance_1(fn_extra_cellular_fluid_3(X))
& aqueous_solution_1(fn_extra_cellular_fluid_3(X))
& outside_face_1(fn_extra_cellular_fluid_4(X))
& extracellular_side_1(fn_extra_cellular_fluid_4(X))
& plasma_membrane_1(fn_cell_30(fn_extra_cellular_fluid_1(X)))
& outside_face_1(fn_biomembrane_41(fn_extra_cellular_fluid_2(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_extra_cellular_fluid_2(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_extra_cellular_fluid_2(X)))
& substance_1(fn_plasma_membrane_70(fn_extra_cellular_fluid_2(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_extra_cellular_fluid_2(X)))
& is_along_2(fn_extra_cellular_fluid_4(X),X)
& is_outside_2(X,fn_extra_cellular_fluid_1(X))
& is_along_2(X,fn_extra_cellular_fluid_4(X))
& has_part_2(fn_extra_cellular_fluid_1(X),fn_extra_cellular_fluid_2(X))
& is_between_2(fn_extra_cellular_fluid_2(X),fn_extra_cellular_fluid_3(X))
& is_inside_2(fn_extra_cellular_fluid_4(X),fn_extra_cellular_fluid_3(X))
& is_outside_2(fn_extra_cellular_fluid_4(X),fn_extra_cellular_fluid_2(X))
& has_region_2(fn_extra_cellular_fluid_2(X),fn_extra_cellular_fluid_4(X))
& fn_extra_cellular_fluid_2(X) = fn_cell_30(fn_extra_cellular_fluid_1(X))
& fn_extra_cellular_fluid_4(X) = fn_biomembrane_41(fn_extra_cellular_fluid_2(X))
& fn_extra_cellular_fluid_4(X) = fn_plasma_membrane_65(fn_extra_cellular_fluid_2(X))
& fn_extra_cellular_fluid_3(X) = fn_plasma_membrane_77(fn_extra_cellular_fluid_2(X))
& fn_extra_cellular_fluid_3(X) = fn_plasma_membrane_70(fn_extra_cellular_fluid_2(X))
& fn_biomembrane_41(fn_extra_cellular_fluid_2(X)) = fn_plasma_membrane_65(fn_extra_cellular_fluid_2(X))
& fn_plasma_membrane_65(fn_extra_cellular_fluid_2(X)) = fn_plasma_membrane_65(fn_extra_cellular_fluid_2(X))
& fn_plasma_membrane_65(fn_extra_cellular_fluid_2(X)) = fn_plasma_membrane_70(fn_extra_cellular_fluid_2(X))
& fn_plasma_membrane_70(fn_extra_cellular_fluid_2(X)) = fn_plasma_membrane_77(fn_extra_cellular_fluid_2(X))
& fn_plasma_membrane_77(fn_extra_cellular_fluid_2(X)) = fn_plasma_membrane_70(fn_extra_cellular_fluid_2(X)) ) ) ).
fof(a529504,axiom,
! [X] :
( extra_cellular_matrix_1(X)
=> ( original_name_2(X,'Extra-Cellular-Matrix')
& user_description_2(X,'The extracellular matrix (ECM) is the extracellular part of animal tissue that usually provides structural support to the animal cells in addition to performing various other important functions. The extracellular matrix is the defining feature of connective tissue in animals.')
& concept2words_2(X,'extracellular matrix')
& concept2words_2(X,'extracellular-matrix')
& concept2words_2(X,ecm)
& concept2words_2(X,'extra cellular matrix')
& concept2words_2(X,'extra-cellular-matrix')
& organismal_region_1(X)
& ~ body_axis_1(X)
& fiber_1(fn_extra_cellular_matrix_1(X))
& concentration_value_1(fn_extra_cellular_matrix_2(X))
& concentration_value_1(fn_extra_cellular_matrix_3(X))
& system_1(fn_extra_cellular_matrix_5(X))
& protein_1(fn_extra_cellular_matrix_9(X))
& spatial_entity_1(fn_extra_cellular_matrix_9(X))
& motor_protein_1(fn_extra_cellular_matrix_9(X))
& spatial_entity_1(fn_extra_cellular_matrix_10(X))
& polymer_1(fn_extra_cellular_matrix_10(X))
& organic_molecule_1(fn_extra_cellular_matrix_10(X))
& tangible_entity_1(fn_extra_cellular_matrix_10(X))
& membrane_protein_1(fn_extra_cellular_matrix_10(X))
& protein_1(fn_extra_cellular_matrix_10(X))
& glycoprotein_1(fn_extra_cellular_matrix_10(X))
& integral_protein_1(fn_extra_cellular_matrix_10(X))
& fibronectin_1(fn_extra_cellular_matrix_10(X))
& tangible_entity_1(fn_extra_cellular_matrix_11(X))
& spatial_entity_1(fn_extra_cellular_matrix_11(X))
& biomembrane_1(fn_extra_cellular_matrix_11(X))
& animal_plasma_membrane_1(fn_extra_cellular_matrix_11(X))
& plasma_membrane_1(fn_extra_cellular_matrix_11(X))
& transmembrane_protein_1(fn_extra_cellular_matrix_12(X))
& tangible_entity_1(fn_extra_cellular_matrix_12(X))
& membrane_protein_1(fn_extra_cellular_matrix_12(X))
& protein_1(fn_extra_cellular_matrix_12(X))
& spatial_entity_1(fn_extra_cellular_matrix_12(X))
& polymer_1(fn_extra_cellular_matrix_12(X))
& integrin_1(fn_extra_cellular_matrix_12(X))
& attach_1(fn_extra_cellular_matrix_13(X))
& eukaryotic_cell_1(fn_extra_cellular_matrix_14(X))
& animal_cell_1(fn_extra_cellular_matrix_14(X))
& tangible_entity_1(fn_extra_cellular_matrix_14(X))
& cell_1(fn_extra_cellular_matrix_14(X))
& aqueous_solution_1(fn_extra_cellular_matrix_15(X))
& chemical_1(fn_extra_cellular_matrix_16(X))
& calcium_ion_1(fn_extra_cellular_matrix_17(X))
& mixture_1(fn_extra_cellular_matrix_18(X))
& cytoplasm_1(fn_extra_cellular_matrix_18(X))
& solution_1(fn_extra_cellular_matrix_19(X))
& substance_1(fn_extra_cellular_matrix_19(X))
& cytosol_1(fn_extra_cellular_matrix_19(X))
& chemical_1(fn_extra_cellular_matrix_20(X))
& calcium_ion_1(fn_extra_cellular_matrix_21(X))
& water_1(fn_extra_cellular_matrix_22(X))
& eukaryotic_cell_1(fn_integrin_6(fn_extra_cellular_matrix_12(X)))
& animal_cell_1(fn_integrin_6(fn_extra_cellular_matrix_12(X)))
& tangible_entity_1(fn_integrin_6(fn_extra_cellular_matrix_12(X)))
& cell_1(fn_integrin_6(fn_extra_cellular_matrix_12(X)))
& transmembrane_protein_1(fn_animal_cell_80(fn_extra_cellular_matrix_14(X)))
& tangible_entity_1(fn_animal_cell_80(fn_extra_cellular_matrix_14(X)))
& membrane_protein_1(fn_animal_cell_80(fn_extra_cellular_matrix_14(X)))
& protein_1(fn_animal_cell_80(fn_extra_cellular_matrix_14(X)))
& spatial_entity_1(fn_animal_cell_80(fn_extra_cellular_matrix_14(X)))
& polymer_1(fn_animal_cell_80(fn_extra_cellular_matrix_14(X)))
& integrin_1(fn_animal_cell_80(fn_extra_cellular_matrix_14(X)))
& chemical_entity_1(fn_chemical_3(fn_extra_cellular_matrix_16(X)))
& chemical_entity_1(fn_chemical_3(fn_extra_cellular_matrix_20(X)))
& chemical_1(fn_solution_6(fn_extra_cellular_matrix_19(X)))
& chemical_1(fn_solution_5(fn_extra_cellular_matrix_19(X)))
& substance_1(fn_cell_29(fn_extra_cellular_matrix_14(X)))
& cytosol_1(fn_cell_29(fn_extra_cellular_matrix_14(X)))
& extra_cellular_matrix_1(fn_animal_cell_77(fn_extra_cellular_matrix_14(X)))
& extra_cellular_matrix_1(fn_integrin_2(fn_extra_cellular_matrix_12(X)))
& protein_1(fn_integrin_36(fn_extra_cellular_matrix_12(X)))
& spatial_entity_1(fn_integrin_5(fn_extra_cellular_matrix_12(X)))
& motor_protein_1(fn_integrin_5(fn_extra_cellular_matrix_12(X)))
& attach_1(fn_integrin_39(fn_extra_cellular_matrix_12(X)))
& attach_1(fn_integrin_10(fn_extra_cellular_matrix_12(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_extra_cellular_matrix_12(X)))
& tangible_entity_1(fn_animal_cell_73(fn_extra_cellular_matrix_14(X)))
& spatial_entity_1(fn_animal_cell_73(fn_extra_cellular_matrix_14(X)))
& biomembrane_1(fn_animal_cell_73(fn_extra_cellular_matrix_14(X)))
& animal_plasma_membrane_1(fn_animal_cell_73(fn_extra_cellular_matrix_14(X)))
& plasma_membrane_1(fn_animal_cell_73(fn_extra_cellular_matrix_14(X)))
& spatial_entity_1(fn_integrin_30(fn_extra_cellular_matrix_12(X)))
& biomembrane_1(fn_integrin_30(fn_extra_cellular_matrix_12(X)))
& animal_plasma_membrane_1(fn_integrin_30(fn_extra_cellular_matrix_12(X)))
& plasma_membrane_1(fn_integrin_30(fn_extra_cellular_matrix_12(X)))
& spatial_entity_1(fn_integrin_9(fn_extra_cellular_matrix_12(X)))
& polymer_1(fn_integrin_9(fn_extra_cellular_matrix_12(X)))
& organic_molecule_1(fn_integrin_9(fn_extra_cellular_matrix_12(X)))
& tangible_entity_1(fn_integrin_9(fn_extra_cellular_matrix_12(X)))
& membrane_protein_1(fn_integrin_9(fn_extra_cellular_matrix_12(X)))
& protein_1(fn_integrin_9(fn_extra_cellular_matrix_12(X)))
& glycoprotein_1(fn_integrin_7(fn_extra_cellular_matrix_12(X)))
& integral_protein_1(fn_integrin_7(fn_extra_cellular_matrix_12(X)))
& fibronectin_1(fn_integrin_7(fn_extra_cellular_matrix_12(X)))
& chemical_1(fn_solution_6(fn_extra_cellular_matrix_15(X)))
& chemical_1(fn_solution_5(fn_extra_cellular_matrix_15(X)))
& cytoplasm_1(fn_cytosol_1(fn_extra_cellular_matrix_19(X)))
& mixture_1(fn_animal_cell_79(fn_extra_cellular_matrix_14(X)))
& cytoplasm_1(fn_animal_cell_79(fn_extra_cellular_matrix_14(X)))
& mixture_1(fn_cell_28(fn_extra_cellular_matrix_14(X)))
& cytoplasm_1(fn_cell_28(fn_extra_cellular_matrix_14(X)))
& is_inside_2(fn_extra_cellular_matrix_1(X),X)
& called_2(fn_extra_cellular_matrix_12(X),'MP2')
& is_inside_2(fn_extra_cellular_matrix_15(X),X)
& concentration_2(fn_extra_cellular_matrix_17(X),fn_extra_cellular_matrix_3(X))
& concentration_2(fn_extra_cellular_matrix_21(X),fn_extra_cellular_matrix_2(X))
& called_2(fn_extra_cellular_matrix_2(X),'Concentration_Ca2PlusAnimalCell')
& called_2(fn_extra_cellular_matrix_3(X),'Concentration_Ca2PlusExtraCellularMatrix')
& has_part_2(fn_extra_cellular_matrix_15(X),fn_extra_cellular_matrix_16(X))
& has_solute_2(fn_extra_cellular_matrix_15(X),fn_extra_cellular_matrix_16(X))
& is_between_2(fn_extra_cellular_matrix_18(X),fn_extra_cellular_matrix_11(X))
& is_inside_2(fn_extra_cellular_matrix_18(X),fn_extra_cellular_matrix_11(X))
& object_2(fn_extra_cellular_matrix_13(X),fn_extra_cellular_matrix_12(X))
& base_2(fn_extra_cellular_matrix_13(X),fn_extra_cellular_matrix_9(X))
& is_inside_2(fn_extra_cellular_matrix_9(X),X)
& is_outside_2(X,fn_extra_cellular_matrix_14(X))
& has_part_2(fn_extra_cellular_matrix_14(X),fn_extra_cellular_matrix_11(X))
& has_part_2(fn_extra_cellular_matrix_11(X),fn_extra_cellular_matrix_12(X))
& has_part_2(fn_extra_cellular_matrix_11(X),fn_extra_cellular_matrix_10(X))
& called_2(fn_extra_cellular_matrix_10(X),'MP1')
& fn_extra_cellular_matrix_10(X) != fn_extra_cellular_matrix_12(X)
& fn_extra_cellular_matrix_12(X) != fn_extra_cellular_matrix_10(X)
& has_part_2(fn_extra_cellular_matrix_18(X),fn_extra_cellular_matrix_19(X))
& has_part_2(fn_extra_cellular_matrix_14(X),fn_extra_cellular_matrix_18(X))
& fn_extra_cellular_matrix_22(X) != fn_extra_cellular_matrix_20(X)
& fn_extra_cellular_matrix_20(X) != fn_extra_cellular_matrix_22(X)
& has_part_2(fn_extra_cellular_matrix_19(X),fn_extra_cellular_matrix_20(X))
& has_solvent_2(fn_extra_cellular_matrix_19(X),fn_extra_cellular_matrix_22(X))
& has_part_2(fn_extra_cellular_matrix_19(X),fn_extra_cellular_matrix_22(X))
& has_solute_2(fn_extra_cellular_matrix_19(X),fn_extra_cellular_matrix_20(X))
& has_part_2(fn_extra_cellular_matrix_20(X),fn_extra_cellular_matrix_21(X))
& has_part_2(fn_extra_cellular_matrix_16(X),fn_extra_cellular_matrix_17(X))
& fn_extra_cellular_matrix_16(X) = fn_solution_6(fn_extra_cellular_matrix_15(X))
& fn_extra_cellular_matrix_16(X) = fn_solution_5(fn_extra_cellular_matrix_15(X))
& fn_extra_cellular_matrix_18(X) = fn_animal_cell_79(fn_extra_cellular_matrix_14(X))
& X = fn_animal_cell_77(fn_extra_cellular_matrix_14(X))
& fn_extra_cellular_matrix_14(X) = fn_integrin_6(fn_extra_cellular_matrix_12(X))
& X = fn_integrin_2(fn_extra_cellular_matrix_12(X))
& fn_extra_cellular_matrix_9(X) = fn_integrin_36(fn_extra_cellular_matrix_12(X))
& fn_extra_cellular_matrix_9(X) = fn_integrin_5(fn_extra_cellular_matrix_12(X))
& fn_extra_cellular_matrix_13(X) = fn_integrin_39(fn_extra_cellular_matrix_12(X))
& fn_extra_cellular_matrix_13(X) = fn_integrin_10(fn_extra_cellular_matrix_12(X))
& fn_extra_cellular_matrix_11(X) = fn_transmembrane_protein_4(fn_extra_cellular_matrix_12(X))
& fn_extra_cellular_matrix_11(X) = fn_animal_cell_73(fn_extra_cellular_matrix_14(X))
& fn_extra_cellular_matrix_12(X) = fn_animal_cell_80(fn_extra_cellular_matrix_14(X))
& fn_extra_cellular_matrix_11(X) = fn_integrin_30(fn_extra_cellular_matrix_12(X))
& fn_extra_cellular_matrix_10(X) = fn_integrin_9(fn_extra_cellular_matrix_12(X))
& fn_extra_cellular_matrix_10(X) = fn_integrin_7(fn_extra_cellular_matrix_12(X))
& fn_extra_cellular_matrix_17(X) = fn_chemical_3(fn_extra_cellular_matrix_16(X))
& fn_extra_cellular_matrix_21(X) = fn_chemical_3(fn_extra_cellular_matrix_20(X))
& fn_extra_cellular_matrix_22(X) = fn_solution_6(fn_extra_cellular_matrix_19(X))
& fn_extra_cellular_matrix_20(X) = fn_solution_5(fn_extra_cellular_matrix_19(X))
& fn_extra_cellular_matrix_18(X) = fn_cytosol_1(fn_extra_cellular_matrix_19(X))
& fn_extra_cellular_matrix_19(X) = fn_cell_29(fn_extra_cellular_matrix_14(X))
& fn_extra_cellular_matrix_18(X) = fn_cell_28(fn_extra_cellular_matrix_14(X))
& fn_animal_cell_77(fn_extra_cellular_matrix_14(X)) = fn_integrin_2(fn_extra_cellular_matrix_12(X))
& fn_integrin_2(fn_extra_cellular_matrix_12(X)) = fn_integrin_2(fn_extra_cellular_matrix_12(X))
& fn_integrin_2(fn_extra_cellular_matrix_12(X)) = fn_integrin_5(fn_extra_cellular_matrix_12(X))
& fn_integrin_5(fn_extra_cellular_matrix_12(X)) = fn_integrin_36(fn_extra_cellular_matrix_12(X))
& fn_integrin_36(fn_extra_cellular_matrix_12(X)) = fn_integrin_5(fn_extra_cellular_matrix_12(X))
& fn_integrin_5(fn_extra_cellular_matrix_12(X)) = fn_integrin_39(fn_extra_cellular_matrix_12(X))
& fn_integrin_10(fn_extra_cellular_matrix_12(X)) = fn_integrin_39(fn_extra_cellular_matrix_12(X))
& fn_integrin_39(fn_extra_cellular_matrix_12(X)) = fn_integrin_10(fn_extra_cellular_matrix_12(X))
& fn_integrin_10(fn_extra_cellular_matrix_12(X)) = fn_animal_cell_73(fn_extra_cellular_matrix_14(X))
& fn_animal_cell_73(fn_extra_cellular_matrix_14(X)) = fn_transmembrane_protein_4(fn_extra_cellular_matrix_12(X))
& fn_transmembrane_protein_4(fn_extra_cellular_matrix_12(X)) = fn_animal_cell_73(fn_extra_cellular_matrix_14(X))
& fn_animal_cell_73(fn_extra_cellular_matrix_14(X)) = fn_animal_cell_73(fn_extra_cellular_matrix_14(X))
& fn_integrin_30(fn_extra_cellular_matrix_12(X)) = fn_integrin_30(fn_extra_cellular_matrix_12(X))
& fn_integrin_30(fn_extra_cellular_matrix_12(X)) = fn_animal_cell_73(fn_extra_cellular_matrix_14(X))
& fn_animal_cell_73(fn_extra_cellular_matrix_14(X)) = fn_integrin_30(fn_extra_cellular_matrix_12(X))
& fn_integrin_30(fn_extra_cellular_matrix_12(X)) = fn_integrin_7(fn_extra_cellular_matrix_12(X))
& fn_integrin_7(fn_extra_cellular_matrix_12(X)) = fn_integrin_7(fn_extra_cellular_matrix_12(X))
& fn_integrin_7(fn_extra_cellular_matrix_12(X)) = fn_integrin_9(fn_extra_cellular_matrix_12(X))
& fn_integrin_9(fn_extra_cellular_matrix_12(X)) = fn_integrin_7(fn_extra_cellular_matrix_12(X))
& fn_integrin_7(fn_extra_cellular_matrix_12(X)) = fn_solution_6(fn_extra_cellular_matrix_15(X))
& fn_solution_6(fn_extra_cellular_matrix_15(X)) = fn_solution_5(fn_extra_cellular_matrix_15(X))
& fn_solution_5(fn_extra_cellular_matrix_15(X)) = fn_solution_5(fn_extra_cellular_matrix_15(X))
& fn_solution_5(fn_extra_cellular_matrix_15(X)) = fn_animal_cell_79(fn_extra_cellular_matrix_14(X))
& fn_animal_cell_79(fn_extra_cellular_matrix_14(X)) = fn_cytosol_1(fn_extra_cellular_matrix_19(X))
& fn_cytosol_1(fn_extra_cellular_matrix_19(X)) = fn_animal_cell_79(fn_extra_cellular_matrix_14(X))
& fn_animal_cell_79(fn_extra_cellular_matrix_14(X)) = fn_animal_cell_79(fn_extra_cellular_matrix_14(X))
& fn_animal_cell_79(fn_extra_cellular_matrix_14(X)) = fn_cell_28(fn_extra_cellular_matrix_14(X))
& fn_cell_28(fn_extra_cellular_matrix_14(X)) = fn_cell_28(fn_extra_cellular_matrix_14(X)) ) ) ).
fof(a529505,axiom,
! [X] :
( extracellular_digestion_1(X)
=> ( original_name_2(X,'Extracellular-Digestion')
& user_description_2(X,'Digestion of food in which enzymes are secreted from cells onto the food, which is thus broken down outside the cells. Such digestion occurs within the lumen of a digestive tract organ that is continuous with the outside of the animal\'s body.')
& concept2words_2(X,'extracellular digestion')
& concept2words_2(X,'extracellular-digestion')
& digestive_process_1(X)
& ~ food_absorption_1(X)
& ~ elimination_1(X)
& ~ ingestion_1(X)
& system_1(fn_extracellular_digestion_1(X)) ) ) ).
fof(a529506,axiom,
! [X] :
( extracellular_side_1(X)
=> ( original_name_2(X,'Extracellular-Side')
& user_description_2(X,'Region on the outside of a cell.')
& concept2words_2(X,'extracellular side')
& concept2words_2(X,'extracellular-side')
& outside_face_1(X) ) ) ).
fof(a529507,axiom,
! [X] :
( extraembryonic_membrane_1(X)
=> ( original_name_2(X,'Extraembryonic-Membrane')
& user_description_2(X,'One of the four membranes--yolk sac, amnion, chorion, and allantois--located external to the embryo and which support the embryo as it develops. Found in reptiles (including birds) and mammals.')
& concept2words_2(X,'extraembryonic membrane')
& concept2words_2(X,'extraembryonic-membrane')
& biomembrane_1(X)
& ~ basement_membrane_1(X)
& ~ middle_lamella_1(X)
& ~ zona_pellucida_1(X) ) ) ).
fof(a529508,axiom,
! [X] :
( extranuclear_gene_1(X)
=> ( original_name_2(X,'Extranuclear-Gene')
& user_description_2(X,'Eukaryotic genes that are located in mitochondria or plant plastids that do not display Mendelian inheritance.')
& concept2words_2(X,'cytoplasmic gene')
& concept2words_2(X,'cytoplasmic-gene')
& concept2words_2(X,'extranuclear gene')
& concept2words_2(X,'extranuclear-gene')
& eukaryotic_gene_1(X)
& nucleus_1(fn_extranuclear_gene_1(X))
& size_value_1(fn_extranuclear_gene_3(X))
& circular_dna_1(fn_extranuclear_gene_4(X))
& property_node_1(fn_nucleic_acid_33(fn_extranuclear_gene_4(X)))
& size_value_1(fn_nucleic_acid_29(fn_extranuclear_gene_4(X)))
& is_outside_2(X,fn_extranuclear_gene_1(X))
& is_at_2(X,fn_extranuclear_gene_4(X))
& the_scalar_value_2(fn_extranuclear_gene_3(X),small_0)
& scalar_unit_class_2(fn_extranuclear_gene_3(X),chromosome_0)
& size_2(fn_extranuclear_gene_4(X),fn_extranuclear_gene_3(X))
& fn_extranuclear_gene_2(X) = fn_nucleic_acid_33(fn_extranuclear_gene_4(X))
& fn_extranuclear_gene_3(X) = fn_nucleic_acid_29(fn_extranuclear_gene_4(X)) ) ) ).
fof(a529509,axiom,
! [X] :
( extreme_halophile_1(X)
=> ( original_name_2(X,'Extreme-Halophile')
& user_description_2(X,'An organism that survives and thrives in a highly saline environment such as the Dead Sea or the Great Salt Lake.')
& concept2words_2(X,'halophile of extreme')
& concept2words_2(X,'extreme halophile')
& concept2words_2(X,'extreme-halophile')
& extremophile_1(X)
& ~ extreme_thermophile_1(X) ) ) ).
fof(a529510,axiom,
! [X] :
( extreme_thermophile_1(X)
=> ( original_name_2(X,'Extreme-Thermophile')
& user_description_2(X,'An organism that thrives in hot environments (often 60-80 deg C or hotter).')
& extremophile_1(X)
& ~ extreme_halophile_1(X) ) ) ).
fof(a529511,axiom,
! [X] :
( extremophile_1(X)
=> ( original_name_2(X,'Extremophile')
& user_description_2(X,'An organism that lives in an environment whose conditions are so extreme that few other species can survive there. Extremophiles include extreme halophiles and extreme thermophiles.')
& role_1(X)
& prokaryote_1(fn_extremophile_1(X))
& plays_2(fn_extremophile_1(X),X) ) ) ).
fof(a529512,axiom,
! [X] :
( eye_1(X)
=> ( original_name_2(X,'Eye')
& user_description_2(X,'An eye is a light-detecting organ present in many animals which operates to help produce the sense of vision.')
& concept2words_2(X,eye)
& sensory_organ_1(X) ) ) ).
fof(a529513,axiom,
! [X] :
( eye_cup_1(X)
=> ( original_name_2(X,'Eye-Cup')
& user_description_2(X,'A simple eye used to detect light and dark, found in planarians and some other invertebrates.')
& concept2words_2(X,'cup of eye')
& concept2words_2(X,'eye cup')
& concept2words_2(X,'eye-cup')
& sensory_organ_1(X)
& ~ antenna_1(X)
& ~ cochlea_1(X)
& ~ inner_ear_1(X)
& ~ lateral_line_1(X)
& ~ organ_of_corti_1(X)
& ~ organ_of_equilibrium_1(X) ) ) ).
fof(a529514,axiom,
! [X] :
( f_plus_cell_1(X)
=> ( original_name_2(X,'F+Cell')
& user_description_2(X,'F+ bacteria possess F factor as a plasmid independent of the bacterial genome. The F plasmid contains only F factor DNA and no DNA from the bacterial genome.')
& concept2words_2(X,'f+ donor')
& concept2words_2(X,'f donor')
& concept2words_2(X,'hfr donor')
& concept2words_2(X,hfr)
& concept2words_2(X,'f factor cell')
& concept2words_2(X,'f-factor-cell')
& concept2words_2(X,'f+cell')
& prokaryote_1(X)
& f_plasmid_1(fn_f_plus_cell_1(X))
& membrane_1(fn_f_plus_cell_2(X))
& spatial_entity_1(fn_f_plus_cell_2(X))
& biomembrane_1(fn_f_plus_cell_2(X))
& plasma_membrane_1(fn_f_plus_cell_2(X))
& prokaryote_1(fn_f_plus_cell_3(X))
& f_plasmid_1(fn_f_plus_cell_4(X))
& conjugation_1(fn_f_plus_cell_5(X))
& prokaryote_1(fn_f_plus_cell_6(X))
& facilitated_diffusion_of_polar_molecule_1(fn_f_plus_cell_7(X))
& entity_1(fn_transfer_1(fn_f_plus_cell_5(X)))
& prokaryote_1(fn_dna_transfer_3(fn_f_plus_cell_5(X)))
& prokaryote_1(fn_conjugation_7(fn_f_plus_cell_5(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_f_plus_cell_7(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_f_plus_cell_7(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_f_plus_cell_7(X)))
& fn_f_plus_cell_3(X) != fn_f_plus_cell_6(X)
& donor_2(fn_f_plus_cell_5(X),X)
& has_part_2(X,fn_f_plus_cell_1(X))
& has_part_2(X,fn_f_plus_cell_4(X))
& fn_f_plus_cell_6(X) != fn_f_plus_cell_3(X)
& object_2(fn_f_plus_cell_5(X),fn_f_plus_cell_4(X))
& path_2(fn_f_plus_cell_7(X),fn_f_plus_cell_2(X))
& destination_2(fn_f_plus_cell_5(X),fn_f_plus_cell_6(X))
& origin_2(fn_f_plus_cell_5(X),fn_f_plus_cell_3(X))
& has_part_2(X,fn_f_plus_cell_2(X))
& fn_f_plus_cell_4(X) = fn_transfer_1(fn_f_plus_cell_5(X))
& fn_f_plus_cell_2(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_f_plus_cell_7(X))
& fn_f_plus_cell_6(X) = fn_dna_transfer_3(fn_f_plus_cell_5(X))
& fn_f_plus_cell_3(X) = fn_conjugation_7(fn_f_plus_cell_5(X))
& fn_f_plus_cell_2(X) = fn_prokaryote_13(X)
& fn_facilitated_diffusion_of_polar_molecule_5(fn_f_plus_cell_7(X)) = fn_prokaryote_13(X) ) ) ).
fof(a529515,axiom,
! [X] :
( f_cell_1(X)
=> ( original_name_2(X,'F-Cell')
& user_description_2(X,'Cells that lack F plasmids are called F-negative or F-minus (F-) and as such can function as recipient cells.')
& concept2words_2(X,'cell missing f plasmid')
& concept2words_2(X,'f minus cell')
& concept2words_2(X,'f-minus-cell')
& concept2words_2(X,'cell of f')
& concept2words_2(X,'f cell')
& concept2words_2(X,'f-cell')
& prokaryote_1(X)
& f_plus_cell_1(fn_f_cell_1(X))
& conjugation_1(fn_f_cell_2(X))
& f_plus_cell_1(fn_f_cell_3(X))
& conjugation_1(fn_f_plus_cell_5(fn_f_cell_3(X)))
& recipient_2(fn_f_cell_2(X),X)
& result_2(fn_f_cell_2(X),fn_f_cell_1(X))
& donor_2(fn_f_cell_2(X),fn_f_cell_3(X))
& fn_f_cell_2(X) = fn_f_plus_cell_5(fn_f_cell_3(X)) ) ) ).
fof(a529516,axiom,
! [X] :
( f_factor_1(X)
=> ( original_name_2(X,'F-Factor')
& user_description_2(X,'The F factor is a segment of DNA in bacteria which codes for the ability to form pili for bacterial conjugation. The f factor may exist as part of a separate plasmid or be contained within the bacterial chromosome.')
& concept2words_2(X,'factor of f')
& concept2words_2(X,'f factor')
& concept2words_2(X,'f-factor')
& prokaryote_dna_sequence_1(X)
& conjugation_1(fn_f_factor_1(X))
& dna_strand_1(fn_f_factor_2(X))
& quantity_value_1(fn_f_factor_3(X))
& speed_value_1(fn_f_factor_4(X))
& kinetic_energy_1(fn_f_factor_7(X))
& constant_motion_1(fn_f_factor_8(X))
& carbon_1(fn_f_factor_9(X))
& deoxyribonucleoside_monophosphate_1(fn_f_factor_10(X))
& atom_1(fn_f_factor_11(X))
& chemical_entity_1(fn_f_factor_11(X))
& carbon_skeleton_1(fn_f_factor_12(X))
& sex_pili_1(fn_f_factor_13(X))
& code_for_1(fn_f_factor_14(X))
& attach_1(fn_f_factor_15(X))
& spatial_entity_1(fn_attach_1(fn_f_factor_15(X)))
& entity_1(fn_code_for_2(fn_f_factor_14(X)))
& constant_motion_1(fn_kinetic_energy_1(fn_f_factor_7(X)))
& atom_1(fn_carbon_skeleton_2(fn_f_factor_12(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_f_factor_12(X)))
& carbon_1(fn_carbon_skeleton_4(fn_f_factor_12(X)))
& entity_1(fn_code_for_1(fn_f_factor_14(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_f_factor_7(X)))
& quantity_2(fn_f_factor_7(X),fn_f_factor_3(X))
& speed_2(fn_f_factor_8(X),fn_f_factor_4(X))
& directly_proportional_2(fn_f_factor_4(X),fn_f_factor_3(X))
& has_part_2(X,fn_f_factor_9(X))
& has_part_2(X,fn_f_factor_10(X))
& has_part_2(X,fn_f_factor_11(X))
& has_part_2(X,fn_f_factor_2(X))
& has_region_2(X,fn_f_factor_12(X))
& agent_2(fn_f_factor_1(X),X)
& object_2(fn_f_factor_15(X),fn_f_factor_10(X))
& result_2(fn_f_factor_14(X),fn_f_factor_13(X))
& agent_2(fn_f_factor_14(X),X)
& possesses_2(X,fn_f_factor_7(X))
& object_2(fn_f_factor_8(X),X)
& is_inside_2(fn_f_factor_9(X),fn_f_factor_12(X))
& fn_f_factor_11(X) != fn_f_factor_9(X)
& fn_f_factor_9(X) != fn_f_factor_11(X)
& fn_f_factor_10(X) = fn_attach_1(fn_f_factor_15(X))
& fn_f_factor_13(X) = fn_code_for_2(fn_f_factor_14(X))
& X = fn_code_for_1(fn_f_factor_14(X))
& fn_f_factor_8(X) = fn_kinetic_energy_1(fn_f_factor_7(X))
& X = fn_kinetic_energy_2(fn_f_factor_7(X))
& fn_f_factor_11(X) = fn_carbon_skeleton_2(fn_f_factor_12(X))
& fn_f_factor_9(X) = fn_carbon_skeleton_4(fn_f_factor_12(X))
& fn_code_for_1(fn_f_factor_14(X)) = fn_kinetic_energy_2(fn_f_factor_7(X))
& fn_kinetic_energy_2(fn_f_factor_7(X)) = fn_kinetic_energy_2(fn_f_factor_7(X)) ) ) ).
fof(a529517,axiom,
! [X] :
( f_plasmid_1(X)
=> ( original_name_2(X,'F-Plasmid')
& user_description_2(X,'The plasmid form of the F factor.')
& concept2words_2(X,'plasmid of f')
& concept2words_2(X,'f plasmid')
& concept2words_2(X,'f-plasmid')
& prokaryote_dna_sequence_1(X)
& plasmid_1(X)
& ~ r_plasmid_1(X)
& ~ ti_plasmid_1(X)
& dna_strand_1(fn_f_plasmid_1(X))
& deoxyribose_1(fn_f_plasmid_2(X))
& adaptation_1(fn_f_plasmid_3(X))
& quantity_value_1(fn_f_plasmid_4(X))
& speed_value_1(fn_f_plasmid_5(X))
& kinetic_energy_1(fn_f_plasmid_8(X))
& constant_motion_1(fn_f_plasmid_9(X))
& carbon_skeleton_1(fn_f_plasmid_10(X))
& conjugation_1(fn_f_plasmid_11(X))
& random_recombination_1(fn_f_plasmid_12(X))
& code_for_1(fn_f_plasmid_13(X))
& plasmid_1(fn_f_plasmid_14(X))
& f_factor_1(fn_f_plasmid_15(X))
& attach_1(fn_f_plasmid_16(X))
& carbon_1(fn_f_plasmid_17(X))
& atom_1(fn_f_plasmid_18(X))
& chemical_entity_1(fn_f_plasmid_18(X))
& deoxyribonucleoside_monophosphate_1(fn_f_plasmid_19(X))
& attach_1(fn_f_plasmid_20(X))
& spatial_entity_1(fn_attach_1(fn_f_plasmid_20(X)))
& spatial_entity_1(fn_attach_1(fn_f_plasmid_16(X)))
& spatial_entity_1(fn_attach_2(fn_f_plasmid_16(X)))
& recombination_1(fn_dna_transfer_1(fn_f_plasmid_11(X)))
& constant_motion_1(fn_kinetic_energy_1(fn_f_plasmid_8(X)))
& atom_1(fn_carbon_skeleton_2(fn_f_plasmid_10(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_f_plasmid_10(X)))
& carbon_1(fn_carbon_skeleton_4(fn_f_plasmid_10(X)))
& entity_1(fn_code_for_1(fn_f_plasmid_13(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_f_plasmid_8(X)))
& quantity_2(fn_f_plasmid_8(X),fn_f_plasmid_4(X))
& speed_2(fn_f_plasmid_9(X),fn_f_plasmid_5(X))
& directly_proportional_2(fn_f_plasmid_5(X),fn_f_plasmid_4(X))
& has_part_2(X,fn_f_plasmid_17(X))
& has_part_2(X,fn_f_plasmid_19(X))
& has_part_2(X,fn_f_plasmid_18(X))
& has_part_2(X,fn_f_plasmid_1(X))
& has_part_2(X,fn_f_plasmid_2(X))
& minCardinality(X,has_part_0,"25",gene_0)
& has_goal_2(X,fn_f_plasmid_11(X))
& has_region_2(X,fn_f_plasmid_10(X))
& enables_2(fn_f_plasmid_12(X),fn_f_plasmid_3(X))
& enables_2(fn_f_plasmid_13(X),fn_f_plasmid_11(X))
& result_2(fn_f_plasmid_16(X),X)
& object_2(fn_f_plasmid_20(X),fn_f_plasmid_19(X))
& object_2(fn_f_plasmid_16(X),fn_f_plasmid_15(X))
& base_2(fn_f_plasmid_16(X),fn_f_plasmid_14(X))
& enables_2(fn_f_plasmid_11(X),fn_f_plasmid_12(X))
& agent_2(fn_f_plasmid_13(X),X)
& possesses_2(X,fn_f_plasmid_8(X))
& object_2(fn_f_plasmid_9(X),X)
& is_inside_2(fn_f_plasmid_17(X),fn_f_plasmid_10(X))
& fn_f_plasmid_18(X) != fn_f_plasmid_17(X)
& fn_f_plasmid_17(X) != fn_f_plasmid_18(X)
& fn_f_plasmid_19(X) = fn_attach_1(fn_f_plasmid_20(X))
& fn_f_plasmid_15(X) = fn_attach_1(fn_f_plasmid_16(X))
& fn_f_plasmid_14(X) = fn_attach_2(fn_f_plasmid_16(X))
& fn_f_plasmid_12(X) = fn_dna_transfer_1(fn_f_plasmid_11(X))
& X = fn_code_for_1(fn_f_plasmid_13(X))
& fn_f_plasmid_9(X) = fn_kinetic_energy_1(fn_f_plasmid_8(X))
& X = fn_kinetic_energy_2(fn_f_plasmid_8(X))
& fn_f_plasmid_18(X) = fn_carbon_skeleton_2(fn_f_plasmid_10(X))
& fn_f_plasmid_17(X) = fn_carbon_skeleton_4(fn_f_plasmid_10(X))
& fn_code_for_1(fn_f_plasmid_13(X)) = fn_kinetic_energy_2(fn_f_plasmid_8(X))
& fn_kinetic_energy_2(fn_f_plasmid_8(X)) = fn_kinetic_energy_2(fn_f_plasmid_8(X)) ) ) ).
fof(a529518,axiom,
! [X] :
( f1_generation_1(X)
=> ( original_name_2(X,'F1-Generation')
& user_description_2(X,'The first filial, or hybrid, offspring in a series of genetic crosses.')
& concept2words_2(X,'f1 generation')
& concept2words_2(X,'f1-generation')
& generation_1(X)
& ~ p_generation_1(X)
& self_pollination_1(fn_f1_generation_1(X))
& cross_breeding_event_1(fn_f1_generation_2(X))
& f2_generation_1(fn_f1_generation_3(X))
& hybrid_1(fn_f1_generation_4(X))
& f1_generation_1(fn_f2_generation_1(fn_f1_generation_3(X)))
& cross_breeding_event_1(fn_f2_generation_2(fn_f1_generation_3(X)))
& by_means_of_2(fn_f1_generation_2(X),fn_f1_generation_1(X))
& element_2(X,fn_f1_generation_4(X))
& result_2(fn_f1_generation_2(X),fn_f1_generation_3(X))
& agent_2(fn_f1_generation_2(X),X)
& fn_f1_generation_4(X) = fn_generation_6(X)
& fn_f1_generation_4(X) = fn_generation_5(X)
& X = fn_f2_generation_1(fn_f1_generation_3(X))
& fn_f1_generation_2(X) = fn_f2_generation_2(fn_f1_generation_3(X))
& fn_generation_6(X) = fn_generation_5(X) ) ) ).
fof(a529519,axiom,
! [X] :
( f2_generation_1(X)
=> ( original_name_2(X,'F2-Generation')
& user_description_2(X,'Offspring resulting from interbreeding of the hybrid F1 generation.')
& concept2words_2(X,'f2 generation')
& concept2words_2(X,'f2-generation')
& generation_1(X)
& f1_generation_1(fn_f2_generation_1(X))
& cross_breeding_event_1(fn_f2_generation_2(X))
& organism_1(fn_f2_generation_3(X))
& organism_1(fn_cross_breeding_event_1(fn_f2_generation_2(X)))
& organism_1(fn_cross_breeding_event_10(fn_f2_generation_2(X)))
& organism_1(fn_cross_breeding_event_9(fn_f2_generation_2(X)))
& organism_1(fn_cross_breeding_event_11(fn_f2_generation_2(X)))
& next_element_2(X,fn_f2_generation_3(X))
& result_2(fn_f2_generation_2(X),X)
& agent_2(fn_f2_generation_2(X),fn_f2_generation_1(X))
& next_element_2(fn_f2_generation_3(X),X)
& result_2(fn_f2_generation_2(X),fn_f2_generation_3(X))
& fn_f2_generation_3(X) = fn_cross_breeding_event_1(fn_f2_generation_2(X))
& fn_f2_generation_3(X) = fn_cross_breeding_event_10(fn_f2_generation_2(X))
& fn_f2_generation_3(X) = fn_cross_breeding_event_9(fn_f2_generation_2(X))
& fn_f2_generation_3(X) = fn_cross_breeding_event_11(fn_f2_generation_2(X))
& fn_cross_breeding_event_1(fn_f2_generation_2(X)) = fn_cross_breeding_event_10(fn_f2_generation_2(X))
& fn_cross_breeding_event_10(fn_f2_generation_2(X)) = fn_cross_breeding_event_10(fn_f2_generation_2(X))
& fn_cross_breeding_event_10(fn_f2_generation_2(X)) = fn_cross_breeding_event_9(fn_f2_generation_2(X))
& fn_cross_breeding_event_9(fn_f2_generation_2(X)) = fn_cross_breeding_event_9(fn_f2_generation_2(X))
& fn_cross_breeding_event_9(fn_f2_generation_2(X)) = fn_cross_breeding_event_11(fn_f2_generation_2(X)) ) ) ).
fof(a529520,axiom,
! [X] :
( face_region_1(X)
=> ( original_name_2(X,'Face-Region')
& user_description_2(X,'Refers to any of the surfaces of a molecule, organ or other object.')
& concept2words_2(X,'region of face')
& concept2words_2(X,'face region')
& concept2words_2(X,'face-region')
& surface_1(X) ) ) ).
fof(a529521,axiom,
! [X] :
( facilitated_diffusion_1(X)
=> ( original_name_2(X,'Facilitated-Diffusion')
& user_description_2(X,'Facilitated diffusion (also known as facilitated transport or passive-mediated transport) is a process of passive transport, facilitated by integral proteins. Facilitated diffusion is the spontaneous passage of molecules or ions across a biological membrane passing through specific transmembrane integral proteins. The facilitated diffusion may occur either across biological membranes or through aqueous compartments of an organism.')
& concept2words_2(X,diffuse)
& concept2words_2(X,'facilitated diffusion')
& concept2words_2(X,'facilitated-diffusion')
& passive_transport_1(X)
& glycoprotein_1(fn_facilitated_diffusion_5(X))
& block_1(fn_facilitated_diffusion_6(X))
& fluidity_value_1(fn_facilitated_diffusion_7(X))
& quantity_value_1(fn_facilitated_diffusion_8(X))
& temperature_value_1(fn_facilitated_diffusion_9(X))
& density_value_1(fn_facilitated_diffusion_10(X))
& saturated_fatty_acid_1(fn_facilitated_diffusion_11(X))
& block_1(fn_facilitated_diffusion_12(X))
& block_1(fn_facilitated_diffusion_13(X))
& aqueous_solution_1(fn_facilitated_diffusion_14(X))
& aqueous_solution_1(fn_facilitated_diffusion_15(X))
& inside_face_1(fn_facilitated_diffusion_16(X))
& surface_1(fn_facilitated_diffusion_17(X))
& outside_face_1(fn_facilitated_diffusion_17(X))
& carbon_skeleton_1(fn_facilitated_diffusion_18(X))
& carbohydrate_side_chain_1(fn_facilitated_diffusion_19(X))
& attach_1(fn_facilitated_diffusion_20(X))
& transport_protein_1(fn_facilitated_diffusion_25(X))
& spatial_entity_1(fn_facilitated_diffusion_26(X))
& tangible_entity_1(fn_facilitated_diffusion_26(X))
& chemical_entity_1(fn_facilitated_diffusion_26(X))
& spatial_entity_1(fn_facilitated_diffusion_27(X))
& chemical_entity_1(fn_facilitated_diffusion_27(X))
& monomer_1(fn_facilitated_diffusion_27(X))
& molecule_1(fn_facilitated_diffusion_27(X))
& amino_acid_1(fn_facilitated_diffusion_27(X))
& size_value_1(fn_facilitated_diffusion_28(X))
& speed_value_1(fn_facilitated_diffusion_29(X))
& quantity_value_1(fn_facilitated_diffusion_30(X))
& covalent_bond_1(fn_facilitated_diffusion_31(X))
& chemical_bond_1(fn_facilitated_diffusion_31(X))
& kinetic_energy_1(fn_facilitated_diffusion_32(X))
& constant_motion_1(fn_facilitated_diffusion_33(X))
& expose_1(fn_facilitated_diffusion_34(X))
& polar_amino_acid_1(fn_facilitated_diffusion_35(X))
& hydrophobic_amino_acid_1(fn_facilitated_diffusion_36(X))
& monomer_1(fn_facilitated_diffusion_37(X))
& carbon_1(fn_facilitated_diffusion_38(X))
& atom_1(fn_facilitated_diffusion_39(X))
& chemical_entity_1(fn_facilitated_diffusion_39(X))
& polypeptide_1(fn_facilitated_diffusion_40(X))
& hydrophobic_region_1(fn_facilitated_diffusion_41(X))
& hydrophilic_end_1(fn_facilitated_diffusion_42(X))
& carbon_skeleton_1(fn_facilitated_diffusion_43(X))
& outside_face_1(fn_facilitated_diffusion_44(X))
& hydrophilic_region_1(fn_facilitated_diffusion_45(X))
& hydrophilic_end_1(fn_facilitated_diffusion_45(X))
& protein_domain_1(fn_facilitated_diffusion_46(X))
& size_value_1(fn_facilitated_diffusion_47(X))
& tangible_entity_1(fn_facilitated_diffusion_48(X))
& phospholipid_bilayer_1(fn_facilitated_diffusion_48(X))
& spatial_entity_1(fn_facilitated_diffusion_49(X))
& biomembrane_1(fn_facilitated_diffusion_49(X))
& spatial_entity_1(fn_facilitated_diffusion_50(X))
& membrane_protein_1(fn_facilitated_diffusion_50(X))
& attach_1(fn_facilitated_diffusion_51(X))
& attach_1(fn_facilitated_diffusion_52(X))
& repel_1(fn_facilitated_diffusion_53(X))
& attract_1(fn_facilitated_diffusion_54(X))
& move_through_1(fn_facilitated_diffusion_55(X))
& surface_1(fn_integral_protein_29(fn_facilitated_diffusion_25(X)))
& carbon_skeleton_1(fn_integral_protein_32(fn_facilitated_diffusion_25(X)))
& polar_amino_acid_1(fn_integral_protein_6(fn_facilitated_diffusion_25(X)))
& property_node_1(fn_integral_protein_34(fn_facilitated_diffusion_25(X)))
& property_node_1(fn_integral_protein_35(fn_facilitated_diffusion_25(X)))
& property_node_1(fn_integral_protein_36(fn_facilitated_diffusion_25(X)))
& attract_1(fn_integral_protein_7(fn_facilitated_diffusion_25(X)))
& property_node_1(fn_integral_protein_37(fn_facilitated_diffusion_25(X)))
& protein_domain_1(fn_integral_protein_14(fn_facilitated_diffusion_25(X)))
& spatial_entity_1(fn_integral_protein_21(fn_facilitated_diffusion_25(X)))
& chemical_entity_1(fn_integral_protein_21(fn_facilitated_diffusion_25(X)))
& monomer_1(fn_integral_protein_21(fn_facilitated_diffusion_25(X)))
& molecule_1(fn_integral_protein_21(fn_facilitated_diffusion_25(X)))
& amino_acid_1(fn_integral_protein_21(fn_facilitated_diffusion_25(X)))
& polypeptide_1(fn_integral_protein_13(fn_facilitated_diffusion_25(X)))
& hydrophobic_amino_acid_1(fn_integral_protein_5(fn_facilitated_diffusion_25(X)))
& hydrophobic_region_1(fn_integral_protein_28(fn_facilitated_diffusion_25(X)))
& repel_1(fn_integral_protein_8(fn_facilitated_diffusion_25(X)))
& kinetic_energy_1(fn_integral_protein_17(fn_facilitated_diffusion_25(X)))
& quantity_value_1(fn_integral_protein_18(fn_facilitated_diffusion_25(X)))
& speed_value_1(fn_integral_protein_19(fn_facilitated_diffusion_25(X)))
& constant_motion_1(fn_integral_protein_15(fn_facilitated_diffusion_25(X)))
& size_value_1(fn_integral_protein_20(fn_facilitated_diffusion_25(X)))
& monomer_1(fn_integral_protein_30(fn_facilitated_diffusion_25(X)))
& hydrophilic_end_1(fn_transmembrane_protein_3(fn_facilitated_diffusion_25(X)))
& saturated_fatty_acid_1(fn_biomembrane_32(fn_facilitated_diffusion_49(X)))
& glycoprotein_1(fn_biomembrane_30(fn_facilitated_diffusion_49(X)))
& block_1(fn_biomembrane_101(fn_facilitated_diffusion_49(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_facilitated_diffusion_49(X)))
& block_1(fn_biomembrane_100(fn_facilitated_diffusion_49(X)))
& property_node_1(fn_biomembrane_19(fn_facilitated_diffusion_49(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_facilitated_diffusion_49(X)))
& inside_face_1(fn_biomembrane_42(fn_facilitated_diffusion_49(X)))
& attach_1(fn_biomembrane_73(fn_facilitated_diffusion_49(X)))
& carbon_skeleton_1(fn_biomembrane_71(fn_facilitated_diffusion_49(X)))
& fluidity_value_1(fn_biomembrane_18(fn_facilitated_diffusion_49(X)))
& property_node_1(fn_biomembrane_3(fn_facilitated_diffusion_49(X)))
& density_value_1(fn_biomembrane_4(fn_facilitated_diffusion_49(X)))
& carbohydrate_side_chain_1(fn_biomembrane_70(fn_facilitated_diffusion_49(X)))
& property_node_1(fn_biomembrane_26(fn_facilitated_diffusion_49(X)))
& temperature_value_1(fn_biomembrane_25(fn_facilitated_diffusion_49(X)))
& property_node_1(fn_biomembrane_39(fn_facilitated_diffusion_49(X)))
& quantity_value_1(fn_biomembrane_31(fn_facilitated_diffusion_49(X)))
& spatial_entity_1(fn_attach_1(fn_facilitated_diffusion_52(X)))
& size_value_1(fn_biomembrane_56(fn_facilitated_diffusion_49(X)))
& size_value_1(fn_integral_protein_16(fn_facilitated_diffusion_25(X)))
& covalent_bond_1(fn_polymer_1(fn_facilitated_diffusion_25(X)))
& chemical_bond_1(fn_molecule_10(fn_facilitated_diffusion_25(X)))
& chemical_bond_1(fn_carbon_skeleton_5(fn_facilitated_diffusion_43(X)))
& atom_1(fn_molecule_11(fn_facilitated_diffusion_25(X)))
& atom_1(fn_integral_protein_33(fn_facilitated_diffusion_25(X)))
& chemical_entity_1(fn_integral_protein_33(fn_facilitated_diffusion_25(X)))
& atom_1(fn_carbon_skeleton_2(fn_facilitated_diffusion_43(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_facilitated_diffusion_43(X)))
& carbon_1(fn_integral_protein_31(fn_facilitated_diffusion_25(X)))
& carbon_1(fn_carbon_skeleton_4(fn_facilitated_diffusion_43(X)))
& hydrophilic_region_1(fn_integral_protein_23(fn_facilitated_diffusion_25(X)))
& hydrophilic_end_1(fn_transmembrane_protein_2(fn_facilitated_diffusion_25(X)))
& tangible_entity_1(fn_expose_1(fn_facilitated_diffusion_34(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_facilitated_diffusion_43(X)))
& tangible_entity_1(fn_biomembrane_54(fn_facilitated_diffusion_49(X)))
& membrane_protein_1(fn_biomembrane_54(fn_facilitated_diffusion_49(X)))
& protein_1(fn_biomembrane_54(fn_facilitated_diffusion_49(X)))
& tangible_entity_1(fn_integral_protein_27(fn_facilitated_diffusion_25(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_facilitated_diffusion_25(X)))
& tangible_entity_1(fn_biomembrane_63(fn_facilitated_diffusion_49(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_facilitated_diffusion_49(X)))
& chemical_entity_1(fn_biomembrane_55(fn_facilitated_diffusion_49(X)))
& block_1(fn_integral_protein_25(fn_facilitated_diffusion_25(X)))
& block_1(fn_biomembrane_102(fn_facilitated_diffusion_49(X)))
& surface_1(fn_biomembrane_47(fn_facilitated_diffusion_49(X)))
& outside_face_1(fn_biomembrane_41(fn_facilitated_diffusion_49(X)))
& move_through_1(fn_biomembrane_52(fn_facilitated_diffusion_49(X)))
& spatial_entity_1(fn_attach_2(fn_facilitated_diffusion_52(X)))
& biomembrane_1(fn_integral_protein_24(fn_facilitated_diffusion_25(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_facilitated_diffusion_25(X)))
& facilitates_2(fn_facilitated_diffusion_25(X),fn_facilitated_diffusion_55(X))
& instrument_2(X,fn_facilitated_diffusion_25(X))
& site_2(fn_facilitated_diffusion_34(X),fn_facilitated_diffusion_45(X))
& agent_2(fn_facilitated_diffusion_55(X),fn_facilitated_diffusion_25(X))
& object_2(fn_facilitated_diffusion_34(X),fn_facilitated_diffusion_25(X))
& object_2(fn_facilitated_diffusion_52(X),fn_facilitated_diffusion_50(X))
& base_2(fn_facilitated_diffusion_52(X),fn_facilitated_diffusion_49(X))
& site_2(fn_facilitated_diffusion_54(X),fn_facilitated_diffusion_45(X))
& has_region_2(fn_facilitated_diffusion_25(X),fn_facilitated_diffusion_44(X))
& is_at_2(fn_facilitated_diffusion_45(X),fn_facilitated_diffusion_44(X))
& is_at_2(fn_facilitated_diffusion_35(X),fn_facilitated_diffusion_45(X))
& possesses_2(fn_facilitated_diffusion_25(X),fn_facilitated_diffusion_31(X))
& instrument_2(fn_facilitated_diffusion_6(X),fn_facilitated_diffusion_49(X))
& object_2(X,fn_facilitated_diffusion_26(X))
& subevent_2(X,fn_facilitated_diffusion_55(X))
& path_2(X,fn_facilitated_diffusion_49(X))
& base_2(fn_facilitated_diffusion_51(X),fn_facilitated_diffusion_49(X))
& object_2(fn_facilitated_diffusion_51(X),fn_facilitated_diffusion_50(X))
& is_at_2(fn_facilitated_diffusion_50(X),fn_facilitated_diffusion_49(X))
& has_region_2(fn_facilitated_diffusion_25(X),fn_facilitated_diffusion_41(X))
& has_region_2(fn_facilitated_diffusion_25(X),fn_facilitated_diffusion_43(X))
& has_part_2(fn_facilitated_diffusion_25(X),fn_facilitated_diffusion_39(X))
& has_region_2(fn_facilitated_diffusion_25(X),fn_facilitated_diffusion_46(X))
& has_part_2(fn_facilitated_diffusion_25(X),fn_facilitated_diffusion_38(X))
& is_inside_2(fn_facilitated_diffusion_25(X),fn_facilitated_diffusion_48(X))
& has_part_2(fn_facilitated_diffusion_25(X),fn_facilitated_diffusion_36(X))
& has_function_2(fn_facilitated_diffusion_25(X),fn_facilitated_diffusion_54(X))
& has_part_2(fn_facilitated_diffusion_25(X),fn_facilitated_diffusion_35(X))
& possesses_2(fn_facilitated_diffusion_25(X),fn_facilitated_diffusion_32(X))
& agent_2(fn_facilitated_diffusion_53(X),fn_facilitated_diffusion_25(X))
& agent_2(fn_facilitated_diffusion_54(X),fn_facilitated_diffusion_25(X))
& size_2(fn_facilitated_diffusion_25(X),fn_facilitated_diffusion_47(X))
& has_part_2(fn_facilitated_diffusion_25(X),fn_facilitated_diffusion_40(X))
& has_part_2(fn_facilitated_diffusion_40(X),fn_facilitated_diffusion_27(X))
& is_at_2(fn_facilitated_diffusion_27(X),fn_facilitated_diffusion_46(X))
& has_function_2(fn_facilitated_diffusion_25(X),fn_facilitated_diffusion_53(X))
& site_2(fn_facilitated_diffusion_53(X),fn_facilitated_diffusion_41(X))
& is_inside_2(fn_facilitated_diffusion_36(X),fn_facilitated_diffusion_41(X))
& object_2(fn_facilitated_diffusion_33(X),fn_facilitated_diffusion_25(X))
& speed_2(fn_facilitated_diffusion_33(X),fn_facilitated_diffusion_29(X))
& directly_proportional_2(fn_facilitated_diffusion_29(X),fn_facilitated_diffusion_30(X))
& quantity_2(fn_facilitated_diffusion_32(X),fn_facilitated_diffusion_30(X))
& has_part_2(fn_facilitated_diffusion_25(X),fn_facilitated_diffusion_37(X))
& size_2(fn_facilitated_diffusion_37(X),fn_facilitated_diffusion_28(X))
& greater_than_2(fn_facilitated_diffusion_47(X),fn_facilitated_diffusion_28(X))
& the_scalar_value_2(fn_facilitated_diffusion_47(X),big_0)
& scalar_unit_class_2(fn_facilitated_diffusion_47(X),polypeptide_0)
& is_inside_2(fn_facilitated_diffusion_38(X),fn_facilitated_diffusion_43(X))
& is_between_2(fn_facilitated_diffusion_31(X),fn_facilitated_diffusion_38(X))
& is_between_2(fn_facilitated_diffusion_31(X),fn_facilitated_diffusion_39(X))
& fn_facilitated_diffusion_39(X) != fn_facilitated_diffusion_38(X)
& fn_facilitated_diffusion_38(X) != fn_facilitated_diffusion_39(X)
& has_region_2(fn_facilitated_diffusion_25(X),fn_facilitated_diffusion_42(X))
& is_across_2(fn_facilitated_diffusion_25(X),fn_facilitated_diffusion_49(X))
& has_part_2(fn_facilitated_diffusion_49(X),fn_facilitated_diffusion_25(X))
& has_region_2(fn_facilitated_diffusion_25(X),fn_facilitated_diffusion_45(X))
& is_opposite_2(fn_facilitated_diffusion_42(X),fn_facilitated_diffusion_45(X))
& is_opposite_2(fn_facilitated_diffusion_45(X),fn_facilitated_diffusion_42(X))
& quantity_2(fn_facilitated_diffusion_11(X),fn_facilitated_diffusion_8(X))
& has_part_2(fn_facilitated_diffusion_49(X),fn_facilitated_diffusion_11(X))
& has_part_2(fn_facilitated_diffusion_49(X),fn_facilitated_diffusion_48(X))
& is_inside_2(fn_facilitated_diffusion_5(X),fn_facilitated_diffusion_48(X))
& has_part_2(fn_facilitated_diffusion_49(X),fn_facilitated_diffusion_5(X))
& fn_facilitated_diffusion_13(X) != fn_facilitated_diffusion_6(X)
& fn_facilitated_diffusion_6(X) != fn_facilitated_diffusion_13(X)
& has_function_2(fn_facilitated_diffusion_49(X),fn_facilitated_diffusion_6(X))
& is_permeable_to_2(fn_facilitated_diffusion_49(X),fn_facilitated_diffusion_26(X))
& object_2(fn_facilitated_diffusion_55(X),fn_facilitated_diffusion_26(X))
& base_2(fn_facilitated_diffusion_55(X),fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_6(X) != fn_facilitated_diffusion_12(X)
& fn_facilitated_diffusion_12(X) != fn_facilitated_diffusion_13(X)
& fn_facilitated_diffusion_13(X) != fn_facilitated_diffusion_12(X)
& fn_facilitated_diffusion_12(X) != fn_facilitated_diffusion_6(X)
& called_2(fn_facilitated_diffusion_6(X),"1")
& called_2(fn_facilitated_diffusion_12(X),"2")
& has_function_2(fn_facilitated_diffusion_49(X),fn_facilitated_diffusion_12(X))
& is_between_2(fn_facilitated_diffusion_49(X),fn_facilitated_diffusion_15(X))
& is_inside_2(fn_facilitated_diffusion_17(X),fn_facilitated_diffusion_15(X))
& has_region_2(fn_facilitated_diffusion_49(X),fn_facilitated_diffusion_17(X))
& called_2(fn_facilitated_diffusion_13(X),"3")
& has_function_2(fn_facilitated_diffusion_49(X),fn_facilitated_diffusion_13(X))
& temperature_2(fn_facilitated_diffusion_49(X),fn_facilitated_diffusion_9(X))
& directly_proportional_2(fn_facilitated_diffusion_9(X),fn_facilitated_diffusion_7(X))
& directly_proportional_2(fn_facilitated_diffusion_8(X),fn_facilitated_diffusion_7(X))
& fluidity_2(fn_facilitated_diffusion_49(X),fn_facilitated_diffusion_7(X))
& is_between_2(fn_facilitated_diffusion_49(X),fn_facilitated_diffusion_14(X))
& is_inside_2(fn_facilitated_diffusion_14(X),fn_facilitated_diffusion_16(X))
& has_region_2(fn_facilitated_diffusion_49(X),fn_facilitated_diffusion_16(X))
& object_2(fn_facilitated_diffusion_20(X),fn_facilitated_diffusion_19(X))
& base_2(fn_facilitated_diffusion_20(X),fn_facilitated_diffusion_18(X))
& is_inside_2(fn_facilitated_diffusion_18(X),fn_facilitated_diffusion_49(X))
& density_2(fn_facilitated_diffusion_49(X),fn_facilitated_diffusion_10(X))
& inversely_proportional_2(fn_facilitated_diffusion_10(X),fn_facilitated_diffusion_7(X))
& has_function_2(fn_facilitated_diffusion_49(X),fn_facilitated_diffusion_55(X))
& is_outside_2(fn_facilitated_diffusion_19(X),fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_25(X) = fn_expose_1(fn_facilitated_diffusion_34(X))
& fn_facilitated_diffusion_50(X) = fn_attach_1(fn_facilitated_diffusion_52(X))
& fn_facilitated_diffusion_49(X) = fn_attach_2(fn_facilitated_diffusion_52(X))
& fn_facilitated_diffusion_45(X) = fn_integral_protein_23(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_44(X) = fn_integral_protein_29(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_31(X) = fn_polymer_1(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_6(X) = fn_integral_protein_25(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_26(X) = fn_passive_transport_14(X)
& fn_facilitated_diffusion_55(X) = fn_passive_transport_24(X)
& fn_facilitated_diffusion_50(X) = fn_passive_transport_21(X)
& fn_facilitated_diffusion_51(X) = fn_passive_transport_20(X)
& fn_facilitated_diffusion_49(X) = fn_passive_transport_25(X)
& fn_facilitated_diffusion_43(X) = fn_integral_protein_32(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_39(X) = fn_integral_protein_33(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_25(X) = fn_carbon_skeleton_3(fn_facilitated_diffusion_43(X))
& fn_facilitated_diffusion_38(X) = fn_integral_protein_31(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_48(X) = fn_integral_protein_27(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_35(X) = fn_integral_protein_6(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_24(X) = fn_integral_protein_34(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_23(X) = fn_integral_protein_35(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_22(X) = fn_integral_protein_36(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_54(X) = fn_integral_protein_7(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_21(X) = fn_integral_protein_37(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_46(X) = fn_integral_protein_14(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_27(X) = fn_integral_protein_21(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_40(X) = fn_integral_protein_13(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_36(X) = fn_integral_protein_5(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_41(X) = fn_integral_protein_28(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_53(X) = fn_integral_protein_8(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_32(X) = fn_integral_protein_17(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_30(X) = fn_integral_protein_18(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_29(X) = fn_integral_protein_19(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_33(X) = fn_integral_protein_15(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_47(X) = fn_biomembrane_56(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_47(X) = fn_integral_protein_16(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_28(X) = fn_integral_protein_20(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_37(X) = fn_integral_protein_30(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_31(X) = fn_molecule_10(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_39(X) = fn_molecule_11(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_31(X) = fn_carbon_skeleton_5(fn_facilitated_diffusion_43(X))
& fn_facilitated_diffusion_39(X) = fn_carbon_skeleton_2(fn_facilitated_diffusion_43(X))
& fn_facilitated_diffusion_38(X) = fn_carbon_skeleton_4(fn_facilitated_diffusion_43(X))
& fn_facilitated_diffusion_42(X) = fn_transmembrane_protein_3(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_45(X) = fn_transmembrane_protein_2(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_25(X) = fn_biomembrane_54(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_49(X) = fn_integral_protein_24(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_49(X) = fn_transmembrane_protein_4(fn_facilitated_diffusion_25(X))
& fn_facilitated_diffusion_11(X) = fn_biomembrane_32(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_48(X) = fn_biomembrane_63(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_5(X) = fn_biomembrane_30(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_26(X) = fn_biomembrane_55(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_6(X) = fn_biomembrane_102(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_12(X) = fn_biomembrane_101(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_15(X) = fn_biomembrane_15(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_17(X) = fn_biomembrane_47(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_17(X) = fn_biomembrane_41(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_13(X) = fn_biomembrane_100(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_4(X) = fn_biomembrane_19(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_14(X) = fn_biomembrane_14(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_16(X) = fn_biomembrane_42(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_20(X) = fn_biomembrane_73(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_18(X) = fn_biomembrane_71(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_7(X) = fn_biomembrane_18(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_55(X) = fn_biomembrane_52(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_1(X) = fn_biomembrane_3(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_10(X) = fn_biomembrane_4(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_19(X) = fn_biomembrane_70(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_2(X) = fn_biomembrane_26(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_9(X) = fn_biomembrane_25(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_3(X) = fn_biomembrane_39(fn_facilitated_diffusion_49(X))
& fn_facilitated_diffusion_8(X) = fn_biomembrane_31(fn_facilitated_diffusion_49(X))
& fn_attach_1(fn_facilitated_diffusion_52(X)) = fn_passive_transport_21(X)
& fn_passive_transport_21(X) = fn_passive_transport_21(X)
& fn_passive_transport_21(X) = fn_integral_protein_16(fn_facilitated_diffusion_25(X))
& fn_integral_protein_16(fn_facilitated_diffusion_25(X)) = fn_biomembrane_56(fn_facilitated_diffusion_49(X))
& fn_biomembrane_56(fn_facilitated_diffusion_49(X)) = fn_integral_protein_16(fn_facilitated_diffusion_25(X))
& fn_integral_protein_16(fn_facilitated_diffusion_25(X)) = fn_integral_protein_16(fn_facilitated_diffusion_25(X))
& fn_integral_protein_16(fn_facilitated_diffusion_25(X)) = fn_polymer_1(fn_facilitated_diffusion_25(X))
& fn_polymer_1(fn_facilitated_diffusion_25(X)) = fn_molecule_10(fn_facilitated_diffusion_25(X))
& fn_molecule_10(fn_facilitated_diffusion_25(X)) = fn_molecule_10(fn_facilitated_diffusion_25(X))
& fn_molecule_10(fn_facilitated_diffusion_25(X)) = fn_carbon_skeleton_5(fn_facilitated_diffusion_43(X))
& fn_carbon_skeleton_5(fn_facilitated_diffusion_43(X)) = fn_carbon_skeleton_5(fn_facilitated_diffusion_43(X))
& fn_carbon_skeleton_5(fn_facilitated_diffusion_43(X)) = fn_integral_protein_33(fn_facilitated_diffusion_25(X))
& fn_integral_protein_33(fn_facilitated_diffusion_25(X)) = fn_molecule_11(fn_facilitated_diffusion_25(X))
& fn_molecule_11(fn_facilitated_diffusion_25(X)) = fn_integral_protein_33(fn_facilitated_diffusion_25(X))
& fn_integral_protein_33(fn_facilitated_diffusion_25(X)) = fn_carbon_skeleton_2(fn_facilitated_diffusion_43(X))
& fn_carbon_skeleton_2(fn_facilitated_diffusion_43(X)) = fn_carbon_skeleton_2(fn_facilitated_diffusion_43(X))
& fn_carbon_skeleton_2(fn_facilitated_diffusion_43(X)) = fn_carbon_skeleton_4(fn_facilitated_diffusion_43(X))
& fn_carbon_skeleton_4(fn_facilitated_diffusion_43(X)) = fn_integral_protein_31(fn_facilitated_diffusion_25(X))
& fn_integral_protein_31(fn_facilitated_diffusion_25(X)) = fn_carbon_skeleton_4(fn_facilitated_diffusion_43(X))
& fn_carbon_skeleton_4(fn_facilitated_diffusion_43(X)) = fn_carbon_skeleton_4(fn_facilitated_diffusion_43(X))
& fn_carbon_skeleton_4(fn_facilitated_diffusion_43(X)) = fn_integral_protein_23(fn_facilitated_diffusion_25(X))
& fn_integral_protein_23(fn_facilitated_diffusion_25(X)) = fn_integral_protein_23(fn_facilitated_diffusion_25(X))
& fn_integral_protein_23(fn_facilitated_diffusion_25(X)) = fn_transmembrane_protein_2(fn_facilitated_diffusion_25(X))
& fn_transmembrane_protein_2(fn_facilitated_diffusion_25(X)) = fn_transmembrane_protein_2(fn_facilitated_diffusion_25(X))
& fn_transmembrane_protein_2(fn_facilitated_diffusion_25(X)) = fn_expose_1(fn_facilitated_diffusion_34(X))
& fn_expose_1(fn_facilitated_diffusion_34(X)) = fn_carbon_skeleton_3(fn_facilitated_diffusion_43(X))
& fn_carbon_skeleton_3(fn_facilitated_diffusion_43(X)) = fn_carbon_skeleton_3(fn_facilitated_diffusion_43(X))
& fn_carbon_skeleton_3(fn_facilitated_diffusion_43(X)) = fn_biomembrane_54(fn_facilitated_diffusion_49(X))
& fn_biomembrane_54(fn_facilitated_diffusion_49(X)) = fn_biomembrane_54(fn_facilitated_diffusion_49(X))
& fn_biomembrane_54(fn_facilitated_diffusion_49(X)) = fn_integral_protein_27(fn_facilitated_diffusion_25(X))
& fn_integral_protein_27(fn_facilitated_diffusion_25(X)) = fn_biomembrane_63(fn_facilitated_diffusion_49(X))
& fn_biomembrane_63(fn_facilitated_diffusion_49(X)) = fn_biomembrane_63(fn_facilitated_diffusion_49(X))
& fn_biomembrane_63(fn_facilitated_diffusion_49(X)) = fn_passive_transport_14(X)
& fn_passive_transport_14(X) = fn_biomembrane_55(fn_facilitated_diffusion_49(X))
& fn_biomembrane_55(fn_facilitated_diffusion_49(X)) = fn_biomembrane_55(fn_facilitated_diffusion_49(X))
& fn_biomembrane_55(fn_facilitated_diffusion_49(X)) = fn_integral_protein_25(fn_facilitated_diffusion_25(X))
& fn_integral_protein_25(fn_facilitated_diffusion_25(X)) = fn_biomembrane_102(fn_facilitated_diffusion_49(X))
& fn_biomembrane_102(fn_facilitated_diffusion_49(X)) = fn_biomembrane_102(fn_facilitated_diffusion_49(X))
& fn_biomembrane_102(fn_facilitated_diffusion_49(X)) = fn_biomembrane_41(fn_facilitated_diffusion_49(X))
& fn_biomembrane_41(fn_facilitated_diffusion_49(X)) = fn_biomembrane_47(fn_facilitated_diffusion_49(X))
& fn_biomembrane_47(fn_facilitated_diffusion_49(X)) = fn_biomembrane_41(fn_facilitated_diffusion_49(X))
& fn_biomembrane_41(fn_facilitated_diffusion_49(X)) = fn_passive_transport_24(X)
& fn_passive_transport_24(X) = fn_biomembrane_52(fn_facilitated_diffusion_49(X))
& fn_biomembrane_52(fn_facilitated_diffusion_49(X)) = fn_biomembrane_52(fn_facilitated_diffusion_49(X))
& fn_biomembrane_52(fn_facilitated_diffusion_49(X)) = fn_attach_2(fn_facilitated_diffusion_52(X))
& fn_attach_2(fn_facilitated_diffusion_52(X)) = fn_integral_protein_24(fn_facilitated_diffusion_25(X))
& fn_integral_protein_24(fn_facilitated_diffusion_25(X)) = fn_integral_protein_24(fn_facilitated_diffusion_25(X))
& fn_passive_transport_25(X) = fn_integral_protein_24(fn_facilitated_diffusion_25(X))
& fn_integral_protein_24(fn_facilitated_diffusion_25(X)) = fn_passive_transport_25(X)
& fn_passive_transport_25(X) = fn_passive_transport_25(X)
& fn_passive_transport_25(X) = fn_transmembrane_protein_4(fn_facilitated_diffusion_25(X))
& fn_transmembrane_protein_4(fn_facilitated_diffusion_25(X)) = fn_transmembrane_protein_4(fn_facilitated_diffusion_25(X)) ) ) ).
fof(a529522,axiom,
! [X] :
( facilitated_diffusion_of_hydrated_ions_1(X)
=> ( original_name_2(X,'Facilitated-Diffusion-Of-Hydrated-Ions')
& user_description_2(X,'The process of moving of a hydrated ions across a biomembrane.')
& concept2words_2(X,diffuse)
& concept2words_2(X,'facilitated diffusion of hydrated ion')
& concept2words_2(X,'facilitated-diffusion-of-hydrated-ion')
& facilitated_diffusion_of_ion_1(X)
& increase_1(fn_facilitated_diffusion_of_hydrated_ions_1(X))
& symmetrical_distribution_1(fn_facilitated_diffusion_of_hydrated_ions_3(X))
& attract_1(fn_facilitated_diffusion_of_hydrated_ions_4(X))
& quantity_value_1(fn_facilitated_diffusion_of_hydrated_ions_5(X))
& channel_protein_1(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& membrane_1(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& spatial_entity_1(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& biomembrane_1(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& plasma_membrane_1(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& spatial_entity_1(fn_facilitated_diffusion_of_hydrated_ions_8(X))
& tangible_entity_1(fn_facilitated_diffusion_of_hydrated_ions_8(X))
& hydrophobic_compound_1(fn_facilitated_diffusion_of_hydrated_ions_8(X))
& chemical_1(fn_facilitated_diffusion_of_hydrated_ions_9(X))
& gradient_1(fn_facilitated_diffusion_of_hydrated_ions_10(X))
& concentration_gradient_1(fn_facilitated_diffusion_of_hydrated_ions_10(X))
& move_1(fn_facilitated_diffusion_of_hydrated_ions_11(X))
& move_through_1(fn_facilitated_diffusion_of_hydrated_ions_11(X))
& rate_value_1(fn_facilitated_diffusion_of_hydrated_ions_12(X))
& aqueous_solution_1(fn_facilitated_diffusion_of_hydrated_ions_13(X))
& hypotonic_solution_1(fn_facilitated_diffusion_of_hydrated_ions_13(X))
& aqueous_solution_1(fn_facilitated_diffusion_of_hydrated_ions_14(X))
& hypertonic_solution_1(fn_facilitated_diffusion_of_hydrated_ions_14(X))
& potential_energy_1(fn_facilitated_diffusion_of_hydrated_ions_15(X))
& decrease_1(fn_facilitated_diffusion_of_hydrated_ions_16(X))
& thermal_motion_1(fn_facilitated_diffusion_of_hydrated_ions_17(X))
& quantity_value_1(fn_facilitated_diffusion_of_hydrated_ions_19(X))
& quantity_value_1(fn_facilitated_diffusion_of_hydrated_ions_20(X))
& chemical_1(fn_facilitated_diffusion_of_hydrated_ions_21(X))
& water_1(fn_facilitated_diffusion_of_hydrated_ions_21(X))
& block_1(fn_facilitated_diffusion_of_hydrated_ions_22(X))
& size_value_1(fn_facilitated_diffusion_of_hydrated_ions_23(X))
& expose_1(fn_facilitated_diffusion_of_hydrated_ions_24(X))
& expose_1(fn_facilitated_diffusion_of_hydrated_ions_25(X))
& polar_amino_acid_1(fn_facilitated_diffusion_of_hydrated_ions_26(X))
& monomer_1(fn_facilitated_diffusion_of_hydrated_ions_27(X))
& entity_1(fn_facilitated_diffusion_of_hydrated_ions_28(X))
& atom_1(fn_facilitated_diffusion_of_hydrated_ions_28(X))
& chemical_entity_1(fn_facilitated_diffusion_of_hydrated_ions_28(X))
& carbon_1(fn_facilitated_diffusion_of_hydrated_ions_28(X))
& hydrophilic_region_1(fn_facilitated_diffusion_of_hydrated_ions_29(X))
& hydrophilic_end_1(fn_facilitated_diffusion_of_hydrated_ions_29(X))
& carbon_skeleton_1(fn_facilitated_diffusion_of_hydrated_ions_30(X))
& surface_1(fn_facilitated_diffusion_of_hydrated_ions_31(X))
& outside_face_1(fn_facilitated_diffusion_of_hydrated_ions_31(X))
& hydrophilic_region_1(fn_facilitated_diffusion_of_hydrated_ions_32(X))
& hydrophilic_end_1(fn_facilitated_diffusion_of_hydrated_ions_32(X))
& size_value_1(fn_facilitated_diffusion_of_hydrated_ions_33(X))
& hydrophobic_core_1(fn_facilitated_diffusion_of_hydrated_ions_34(X))
& free_energy_1(fn_facilitated_diffusion_of_hydrated_ions_35(X))
& cell_1(fn_facilitated_diffusion_of_hydrated_ions_36(X))
& hydrated_ion_1(fn_facilitated_diffusion_of_hydrated_ions_41(X))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& property_node_1(fn_transport_protein_23(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& carbon_skeleton_1(fn_transport_protein_18(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& chemical_1(fn_hypotonic_solution_7(fn_facilitated_diffusion_of_hydrated_ions_13(X)))
& spatial_entity_1(fn_thermal_motion_5(fn_facilitated_diffusion_of_hydrated_ions_17(X)))
& tangible_entity_1(fn_thermal_motion_5(fn_facilitated_diffusion_of_hydrated_ions_17(X)))
& chemical_entity_1(fn_plasma_membrane_73(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& surface_1(fn_integral_protein_29(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& spatial_entity_1(fn_membrane_5(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& tangible_entity_1(fn_membrane_5(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& hydrophobic_compound_1(fn_biomembrane_99(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& hydrophobic_compound_1(fn_transport_protein_11(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& hydrophobic_compound_1(fn_plasma_membrane_98(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& block_1(fn_membrane_2(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& block_1(fn_biomembrane_102(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& block_1(fn_biomembrane_101(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& block_1(fn_integral_protein_25(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& block_1(fn_transport_protein_31(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& block_1(fn_plasma_membrane_33(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& plasma_membrane_1(fn_cell_30(fn_facilitated_diffusion_of_hydrated_ions_36(X)))
& biomembrane_1(fn_integral_protein_24(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& spatial_entity_1(fn_transport_protein_35(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& biomembrane_1(fn_transport_protein_35(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& entity_1(fn_transport_protein_17(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& atom_1(fn_transport_protein_17(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& chemical_entity_1(fn_transport_protein_17(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& carbon_1(fn_transport_protein_14(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& property_node_1(fn_transport_protein_22(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& move_through_1(fn_transport_protein_10(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& move_through_1(fn_plasma_membrane_74(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& move_1(fn_plasma_membrane_74(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& move_through_1(fn_transport_protein_34(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& size_value_1(fn_integral_protein_16(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& size_value_1(fn_plasma_membrane_85(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& size_value_1(fn_transport_protein_20(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& size_value_1(fn_plasma_membrane_84(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& size_value_1(fn_transport_protein_19(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& monomer_1(fn_polymer_6(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& monomer_1(fn_plasma_membrane_86(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& monomer_1(fn_transport_protein_21(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& polar_amino_acid_1(fn_integral_protein_6(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& polar_amino_acid_1(fn_transport_protein_32(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& hydrophilic_region_1(fn_integral_protein_23(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& hydrophilic_end_1(fn_transport_protein_16(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& hydrophilic_region_1(fn_transport_protein_33(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& hydrophilic_end_1(fn_transport_protein_33(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& attract_1(fn_transport_protein_4(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& protein_1(fn_plasma_membrane_68(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& protein_1(fn_plasma_membrane_54(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& polymer_1(fn_plasma_membrane_54(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_facilitated_diffusion_of_hydrated_ions_7(X)))
& water_1(fn_aqueous_solution_14(fn_facilitated_diffusion_of_hydrated_ions_13(X)))
& chemical_1(fn_hypotonic_solution_3(fn_facilitated_diffusion_of_hydrated_ions_13(X)))
& water_1(fn_hypotonic_solution_3(fn_facilitated_diffusion_of_hydrated_ions_13(X)))
& hypertonic_solution_1(fn_hypotonic_solution_2(fn_facilitated_diffusion_of_hydrated_ions_13(X)))
& facilitated_diffusion_1(fn_transport_protein_28(fn_facilitated_diffusion_of_hydrated_ions_6(X)))
& the_scalar_value_2(fn_facilitated_diffusion_of_hydrated_ions_12(X),slow_0)
& scalar_unit_class_2(fn_facilitated_diffusion_of_hydrated_ions_12(X),move_0)
& supports_2(X,fn_facilitated_diffusion_of_hydrated_ions_1(X))
& site_2(X,fn_facilitated_diffusion_of_hydrated_ions_34(X))
& destination_2(fn_facilitated_diffusion_of_hydrated_ions_11(X),fn_facilitated_diffusion_of_hydrated_ions_13(X))
& origin_2(fn_facilitated_diffusion_of_hydrated_ions_11(X),fn_facilitated_diffusion_of_hydrated_ions_14(X))
& object_2(fn_facilitated_diffusion_of_hydrated_ions_3(X),fn_facilitated_diffusion_of_hydrated_ions_41(X))
& object_2(fn_facilitated_diffusion_of_hydrated_ions_17(X),fn_facilitated_diffusion_of_hydrated_ions_41(X))
& has_part_2(fn_facilitated_diffusion_of_hydrated_ions_36(X),fn_facilitated_diffusion_of_hydrated_ions_7(X))
& is_permeable_to_2(fn_facilitated_diffusion_of_hydrated_ions_7(X),fn_facilitated_diffusion_of_hydrated_ions_41(X))
& object_2(X,fn_facilitated_diffusion_of_hydrated_ions_41(X))
& object_2(fn_facilitated_diffusion_of_hydrated_ions_11(X),fn_facilitated_diffusion_of_hydrated_ions_41(X))
& object_2(fn_facilitated_diffusion_of_hydrated_ions_24(X),fn_facilitated_diffusion_of_hydrated_ions_6(X))
& site_2(fn_facilitated_diffusion_of_hydrated_ions_24(X),fn_facilitated_diffusion_of_hydrated_ions_32(X))
& has_region_2(fn_facilitated_diffusion_of_hydrated_ions_6(X),fn_facilitated_diffusion_of_hydrated_ions_31(X))
& object_2(fn_facilitated_diffusion_of_hydrated_ions_25(X),fn_facilitated_diffusion_of_hydrated_ions_6(X))
& site_2(fn_facilitated_diffusion_of_hydrated_ions_25(X),fn_facilitated_diffusion_of_hydrated_ions_32(X))
& is_at_2(fn_facilitated_diffusion_of_hydrated_ions_32(X),fn_facilitated_diffusion_of_hydrated_ions_31(X))
& path_2(X,fn_facilitated_diffusion_of_hydrated_ions_7(X))
& instrument_2(fn_facilitated_diffusion_of_hydrated_ions_22(X),fn_facilitated_diffusion_of_hydrated_ions_7(X))
& object_2(fn_facilitated_diffusion_of_hydrated_ions_22(X),fn_facilitated_diffusion_of_hydrated_ions_8(X))
& is_impermeable_to_2(fn_facilitated_diffusion_of_hydrated_ions_7(X),fn_facilitated_diffusion_of_hydrated_ions_8(X))
& called_2(fn_facilitated_diffusion_of_hydrated_ions_22(X),"1")
& is_across_2(fn_facilitated_diffusion_of_hydrated_ions_6(X),fn_facilitated_diffusion_of_hydrated_ions_34(X))
& has_function_2(fn_facilitated_diffusion_of_hydrated_ions_7(X),fn_facilitated_diffusion_of_hydrated_ions_11(X))
& base_2(fn_facilitated_diffusion_of_hydrated_ions_11(X),fn_facilitated_diffusion_of_hydrated_ions_7(X))
& has_part_2(fn_facilitated_diffusion_of_hydrated_ions_7(X),fn_facilitated_diffusion_of_hydrated_ions_6(X))
& is_across_2(fn_facilitated_diffusion_of_hydrated_ions_6(X),fn_facilitated_diffusion_of_hydrated_ions_7(X))
& has_function_2(fn_facilitated_diffusion_of_hydrated_ions_7(X),fn_facilitated_diffusion_of_hydrated_ions_22(X))
& base_2(X,fn_facilitated_diffusion_of_hydrated_ions_36(X))
& by_means_of_2(X,fn_facilitated_diffusion_of_hydrated_ions_17(X))
& causes_2(fn_facilitated_diffusion_of_hydrated_ions_17(X),fn_facilitated_diffusion_of_hydrated_ions_11(X))
& possesses_2(fn_facilitated_diffusion_of_hydrated_ions_10(X),fn_facilitated_diffusion_of_hydrated_ions_15(X))
& base_2(X,fn_facilitated_diffusion_of_hydrated_ions_10(X))
& rate_2(X,fn_facilitated_diffusion_of_hydrated_ions_12(X))
& quantity_2(fn_facilitated_diffusion_of_hydrated_ions_35(X),fn_facilitated_diffusion_of_hydrated_ions_19(X))
& result_2(X,fn_facilitated_diffusion_of_hydrated_ions_35(X))
& raw_material_2(X,fn_facilitated_diffusion_of_hydrated_ions_15(X))
& quantity_2(fn_facilitated_diffusion_of_hydrated_ions_15(X),fn_facilitated_diffusion_of_hydrated_ions_20(X))
& causes_2(X,fn_facilitated_diffusion_of_hydrated_ions_16(X))
& object_2(fn_facilitated_diffusion_of_hydrated_ions_16(X),fn_facilitated_diffusion_of_hydrated_ions_10(X))
& quantity_2(fn_facilitated_diffusion_of_hydrated_ions_10(X),fn_facilitated_diffusion_of_hydrated_ions_5(X))
& directly_proportional_2(fn_facilitated_diffusion_of_hydrated_ions_5(X),fn_facilitated_diffusion_of_hydrated_ions_20(X))
& directly_proportional_2(fn_facilitated_diffusion_of_hydrated_ions_20(X),fn_facilitated_diffusion_of_hydrated_ions_19(X))
& objective_2(X,fn_facilitated_diffusion_of_hydrated_ions_3(X))
& destination_2(X,fn_facilitated_diffusion_of_hydrated_ions_13(X))
& is_between_2(fn_facilitated_diffusion_of_hydrated_ions_10(X),fn_facilitated_diffusion_of_hydrated_ions_13(X))
& is_between_2(fn_facilitated_diffusion_of_hydrated_ions_10(X),fn_facilitated_diffusion_of_hydrated_ions_14(X))
& origin_2(X,fn_facilitated_diffusion_of_hydrated_ions_14(X))
& agent_2(X,fn_facilitated_diffusion_of_hydrated_ions_10(X))
& has_part_2(fn_facilitated_diffusion_of_hydrated_ions_6(X),fn_facilitated_diffusion_of_hydrated_ions_26(X))
& has_region_2(fn_facilitated_diffusion_of_hydrated_ions_6(X),fn_facilitated_diffusion_of_hydrated_ions_29(X))
& facilitates_2(fn_facilitated_diffusion_of_hydrated_ions_6(X),fn_facilitated_diffusion_of_hydrated_ions_11(X))
& has_region_2(fn_facilitated_diffusion_of_hydrated_ions_6(X),fn_facilitated_diffusion_of_hydrated_ions_30(X))
& agent_2(fn_facilitated_diffusion_of_hydrated_ions_11(X),fn_facilitated_diffusion_of_hydrated_ions_6(X))
& has_region_2(fn_facilitated_diffusion_of_hydrated_ions_6(X),fn_facilitated_diffusion_of_hydrated_ions_32(X))
& agent_2(fn_facilitated_diffusion_of_hydrated_ions_4(X),fn_facilitated_diffusion_of_hydrated_ions_6(X))
& has_part_2(fn_facilitated_diffusion_of_hydrated_ions_6(X),fn_facilitated_diffusion_of_hydrated_ions_28(X))
& is_inside_2(fn_facilitated_diffusion_of_hydrated_ions_28(X),fn_facilitated_diffusion_of_hydrated_ions_30(X))
& size_2(fn_facilitated_diffusion_of_hydrated_ions_6(X),fn_facilitated_diffusion_of_hydrated_ions_33(X))
& instrument_2(X,fn_facilitated_diffusion_of_hydrated_ions_6(X))
& subevent_2(X,fn_facilitated_diffusion_of_hydrated_ions_11(X))
& has_part_2(fn_facilitated_diffusion_of_hydrated_ions_6(X),fn_facilitated_diffusion_of_hydrated_ions_27(X))
& size_2(fn_facilitated_diffusion_of_hydrated_ions_27(X),fn_facilitated_diffusion_of_hydrated_ions_23(X))
& greater_than_2(fn_facilitated_diffusion_of_hydrated_ions_33(X),fn_facilitated_diffusion_of_hydrated_ions_23(X))
& the_scalar_value_2(fn_facilitated_diffusion_of_hydrated_ions_33(X),big_0)
& scalar_unit_class_2(fn_facilitated_diffusion_of_hydrated_ions_33(X),polypeptide_0)
& has_function_2(fn_facilitated_diffusion_of_hydrated_ions_6(X),fn_facilitated_diffusion_of_hydrated_ions_4(X))
& site_2(fn_facilitated_diffusion_of_hydrated_ions_4(X),fn_facilitated_diffusion_of_hydrated_ions_32(X))
& is_at_2(fn_facilitated_diffusion_of_hydrated_ions_26(X),fn_facilitated_diffusion_of_hydrated_ions_32(X))
& is_opposite_2(fn_facilitated_diffusion_of_hydrated_ions_29(X),fn_facilitated_diffusion_of_hydrated_ions_32(X))
& is_opposite_2(fn_facilitated_diffusion_of_hydrated_ions_32(X),fn_facilitated_diffusion_of_hydrated_ions_29(X))
& fn_facilitated_diffusion_of_hydrated_ions_9(X) != fn_facilitated_diffusion_of_hydrated_ions_21(X)
& fn_facilitated_diffusion_of_hydrated_ions_21(X) != fn_facilitated_diffusion_of_hydrated_ions_9(X)
& has_part_2(fn_facilitated_diffusion_of_hydrated_ions_13(X),fn_facilitated_diffusion_of_hydrated_ions_21(X))
& has_solute_2(fn_facilitated_diffusion_of_hydrated_ions_13(X),fn_facilitated_diffusion_of_hydrated_ions_9(X))
& has_part_2(fn_facilitated_diffusion_of_hydrated_ions_13(X),fn_facilitated_diffusion_of_hydrated_ions_9(X))
& is_hypotonic_to_2(fn_facilitated_diffusion_of_hydrated_ions_13(X),fn_facilitated_diffusion_of_hydrated_ions_14(X))
& is_hypertonic_to_2(fn_facilitated_diffusion_of_hydrated_ions_14(X),fn_facilitated_diffusion_of_hydrated_ions_13(X))
& has_solvent_2(fn_facilitated_diffusion_of_hydrated_ions_13(X),fn_facilitated_diffusion_of_hydrated_ions_21(X))
& fn_facilitated_diffusion_of_hydrated_ions_41(X) = fn_thermal_motion_5(fn_facilitated_diffusion_of_hydrated_ions_17(X))
& fn_facilitated_diffusion_of_hydrated_ions_7(X) = fn_cell_30(fn_facilitated_diffusion_of_hydrated_ions_36(X))
& fn_facilitated_diffusion_of_hydrated_ions_41(X) = fn_plasma_membrane_73(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_facilitated_diffusion_of_hydrated_ions_41(X) = fn_facilitated_diffusion_26(X)
& fn_facilitated_diffusion_of_hydrated_ions_24(X) = fn_facilitated_diffusion_34(X)
& fn_facilitated_diffusion_of_hydrated_ions_31(X) = fn_integral_protein_29(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_31(X) = fn_facilitated_diffusion_44(X)
& fn_facilitated_diffusion_of_hydrated_ions_25(X) = fn_facilitated_diffusion_34(X)
& fn_facilitated_diffusion_of_hydrated_ions_22(X) = fn_membrane_2(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_facilitated_diffusion_of_hydrated_ions_8(X) = fn_biomembrane_99(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_facilitated_diffusion_of_hydrated_ions_8(X) = fn_transport_protein_11(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_8(X) = fn_membrane_5(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_facilitated_diffusion_of_hydrated_ions_8(X) = fn_plasma_membrane_98(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_facilitated_diffusion_of_hydrated_ions_34(X) = fn_plasma_membrane_6(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_facilitated_diffusion_of_hydrated_ions_22(X) = fn_biomembrane_102(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_facilitated_diffusion_of_hydrated_ions_22(X) = fn_biomembrane_101(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_facilitated_diffusion_of_hydrated_ions_22(X) = fn_integral_protein_25(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_22(X) = fn_facilitated_diffusion_6(X)
& fn_facilitated_diffusion_of_hydrated_ions_22(X) = fn_transport_protein_31(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_22(X) = fn_plasma_membrane_33(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_facilitated_diffusion_of_hydrated_ions_6(X) = fn_plasma_membrane_68(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_facilitated_diffusion_of_hydrated_ions_7(X) = fn_transmembrane_protein_4(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_7(X) = fn_integral_protein_24(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_6(X) = fn_plasma_membrane_55(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_facilitated_diffusion_of_hydrated_ions_11(X) = fn_transport_protein_10(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_7(X) = fn_facilitated_diffusion_49(X)
& fn_facilitated_diffusion_of_hydrated_ions_7(X) = fn_transport_protein_35(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_11(X) = fn_plasma_membrane_74(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_facilitated_diffusion_of_hydrated_ions_36(X) = fn_passive_transport_1(X)
& fn_facilitated_diffusion_of_hydrated_ions_40(X) = fn_passive_transport_15(X)
& fn_facilitated_diffusion_of_hydrated_ions_2(X) = fn_passive_transport_30(X)
& fn_facilitated_diffusion_of_hydrated_ions_11(X) = fn_passive_transport_24(X)
& fn_facilitated_diffusion_of_hydrated_ions_17(X) = fn_passive_transport_22(X)
& fn_facilitated_diffusion_of_hydrated_ions_18(X) = fn_passive_transport_7(X)
& fn_facilitated_diffusion_of_hydrated_ions_12(X) = fn_passive_transport_6(X)
& fn_facilitated_diffusion_of_hydrated_ions_39(X) = fn_passive_transport_16(X)
& fn_facilitated_diffusion_of_hydrated_ions_15(X) = fn_passive_transport_27(X)
& fn_facilitated_diffusion_of_hydrated_ions_35(X) = fn_passive_transport_17(X)
& fn_facilitated_diffusion_of_hydrated_ions_19(X) = fn_passive_transport_19(X)
& fn_facilitated_diffusion_of_hydrated_ions_20(X) = fn_passive_transport_18(X)
& fn_facilitated_diffusion_of_hydrated_ions_5(X) = fn_passive_transport_28(X)
& fn_facilitated_diffusion_of_hydrated_ions_10(X) = fn_passive_transport_26(X)
& fn_facilitated_diffusion_of_hydrated_ions_16(X) = fn_passive_transport_23(X)
& fn_facilitated_diffusion_of_hydrated_ions_3(X) = fn_facilitated_diffusion_of_ion_25(X)
& fn_facilitated_diffusion_of_hydrated_ions_14(X) = fn_facilitated_diffusion_of_ion_29(X)
& fn_facilitated_diffusion_of_hydrated_ions_10(X) = fn_facilitated_diffusion_of_ion_26(X)
& fn_facilitated_diffusion_of_hydrated_ions_13(X) = fn_facilitated_diffusion_of_ion_23(X)
& fn_facilitated_diffusion_of_hydrated_ions_29(X) = fn_transport_protein_33(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_32(X) = fn_transport_protein_16(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_38(X) = fn_transport_protein_23(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_30(X) = fn_transport_protein_18(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_28(X) = fn_transport_protein_17(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_28(X) = fn_transport_protein_14(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_37(X) = fn_facilitated_diffusion_21(X)
& fn_facilitated_diffusion_of_hydrated_ions_37(X) = fn_transport_protein_22(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_11(X) = fn_facilitated_diffusion_55(X)
& fn_facilitated_diffusion_of_hydrated_ions_11(X) = fn_transport_protein_34(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& X = fn_transport_protein_28(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_33(X) = fn_integral_protein_16(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_33(X) = fn_plasma_membrane_85(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_facilitated_diffusion_of_hydrated_ions_33(X) = fn_facilitated_diffusion_47(X)
& fn_facilitated_diffusion_of_hydrated_ions_33(X) = fn_transport_protein_20(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_23(X) = fn_plasma_membrane_84(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_facilitated_diffusion_of_hydrated_ions_23(X) = fn_facilitated_diffusion_28(X)
& fn_facilitated_diffusion_of_hydrated_ions_23(X) = fn_transport_protein_19(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_27(X) = fn_polymer_6(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_6(X) = fn_plasma_membrane_54(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_facilitated_diffusion_of_hydrated_ions_27(X) = fn_plasma_membrane_86(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_facilitated_diffusion_of_hydrated_ions_27(X) = fn_facilitated_diffusion_37(X)
& fn_facilitated_diffusion_of_hydrated_ions_27(X) = fn_transport_protein_21(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_26(X) = fn_integral_protein_6(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_32(X) = fn_integral_protein_23(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_26(X) = fn_transport_protein_32(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_29(X) = fn_facilitated_diffusion_42(X)
& fn_facilitated_diffusion_of_hydrated_ions_29(X) = fn_transport_protein_16(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_32(X) = fn_facilitated_diffusion_45(X)
& fn_facilitated_diffusion_of_hydrated_ions_32(X) = fn_transport_protein_33(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_6(X) = fn_facilitated_diffusion_25(X)
& fn_facilitated_diffusion_of_hydrated_ions_4(X) = fn_facilitated_diffusion_54(X)
& fn_facilitated_diffusion_of_hydrated_ions_4(X) = fn_transport_protein_4(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_of_hydrated_ions_21(X) = fn_aqueous_solution_14(fn_facilitated_diffusion_of_hydrated_ions_13(X))
& fn_facilitated_diffusion_of_hydrated_ions_9(X) = fn_hypotonic_solution_7(fn_facilitated_diffusion_of_hydrated_ions_13(X))
& fn_facilitated_diffusion_of_hydrated_ions_21(X) = fn_hypotonic_solution_3(fn_facilitated_diffusion_of_hydrated_ions_13(X))
& fn_facilitated_diffusion_of_hydrated_ions_14(X) = fn_hypotonic_solution_2(fn_facilitated_diffusion_of_hydrated_ions_13(X))
& fn_thermal_motion_5(fn_facilitated_diffusion_of_hydrated_ions_17(X)) = fn_plasma_membrane_73(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_plasma_membrane_73(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_plasma_membrane_73(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_plasma_membrane_73(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_facilitated_diffusion_26(X)
& fn_facilitated_diffusion_26(X) = fn_facilitated_diffusion_26(X)
& fn_facilitated_diffusion_26(X) = fn_integral_protein_29(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_44(X) = fn_integral_protein_29(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_integral_protein_29(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_facilitated_diffusion_44(X)
& fn_facilitated_diffusion_44(X) = fn_membrane_5(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_biomembrane_99(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_membrane_5(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_membrane_5(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_biomembrane_99(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_biomembrane_99(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_transport_protein_11(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_11(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_transport_protein_11(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_11(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_plasma_membrane_98(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_plasma_membrane_98(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_membrane_2(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_membrane_2(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_biomembrane_102(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_biomembrane_101(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_biomembrane_102(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_biomembrane_102(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_biomembrane_101(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_biomembrane_101(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_biomembrane_101(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_integral_protein_25(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_biomembrane_101(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_biomembrane_101(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_integral_protein_25(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_6(X) = fn_integral_protein_25(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_integral_protein_25(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_integral_protein_25(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_integral_protein_25(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_facilitated_diffusion_6(X)
& fn_transport_protein_31(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_facilitated_diffusion_6(X)
& fn_facilitated_diffusion_6(X) = fn_transport_protein_31(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_31(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_transport_protein_31(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_plasma_membrane_33(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_transport_protein_31(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_31(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_plasma_membrane_33(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_plasma_membrane_33(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_cell_30(fn_facilitated_diffusion_of_hydrated_ions_36(X))
& fn_cell_30(fn_facilitated_diffusion_of_hydrated_ions_36(X)) = fn_transmembrane_protein_4(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transmembrane_protein_4(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_cell_30(fn_facilitated_diffusion_of_hydrated_ions_36(X))
& fn_cell_30(fn_facilitated_diffusion_of_hydrated_ions_36(X)) = fn_integral_protein_24(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_integral_protein_24(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_integral_protein_24(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_49(X) = fn_integral_protein_24(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_integral_protein_24(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_facilitated_diffusion_49(X)
& fn_facilitated_diffusion_49(X) = fn_facilitated_diffusion_49(X)
& fn_transport_protein_35(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_transport_protein_35(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_35(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_facilitated_diffusion_49(X)
& fn_facilitated_diffusion_49(X) = fn_transport_protein_35(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_35(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_passive_transport_26(X)
& fn_passive_transport_26(X) = fn_passive_transport_26(X)
& fn_passive_transport_26(X) = fn_facilitated_diffusion_of_ion_26(X)
& fn_facilitated_diffusion_of_ion_26(X) = fn_facilitated_diffusion_of_ion_26(X)
& fn_facilitated_diffusion_of_ion_26(X) = fn_transport_protein_14(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_14(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_transport_protein_17(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_17(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_transport_protein_14(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_14(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_facilitated_diffusion_21(X)
& fn_facilitated_diffusion_21(X) = fn_transport_protein_22(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_22(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_facilitated_diffusion_55(X)
& fn_facilitated_diffusion_55(X) = fn_transport_protein_10(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_10(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_facilitated_diffusion_55(X)
& fn_plasma_membrane_74(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_facilitated_diffusion_55(X)
& fn_facilitated_diffusion_55(X) = fn_facilitated_diffusion_55(X)
& fn_facilitated_diffusion_55(X) = fn_plasma_membrane_74(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_plasma_membrane_74(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_plasma_membrane_74(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_plasma_membrane_74(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_passive_transport_24(X)
& fn_transport_protein_34(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_passive_transport_24(X)
& fn_passive_transport_24(X) = fn_transport_protein_34(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_34(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_transport_protein_34(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_34(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_integral_protein_16(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_integral_protein_16(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_integral_protein_16(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_integral_protein_16(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_plasma_membrane_85(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_plasma_membrane_85(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_plasma_membrane_85(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_facilitated_diffusion_47(X) = fn_plasma_membrane_85(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_plasma_membrane_85(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_facilitated_diffusion_47(X)
& fn_facilitated_diffusion_47(X) = fn_facilitated_diffusion_47(X)
& fn_transport_protein_20(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_facilitated_diffusion_47(X)
& fn_facilitated_diffusion_47(X) = fn_transport_protein_20(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_20(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_plasma_membrane_84(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_facilitated_diffusion_28(X) = fn_plasma_membrane_84(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_plasma_membrane_84(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_facilitated_diffusion_28(X)
& fn_transport_protein_19(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_facilitated_diffusion_28(X)
& fn_facilitated_diffusion_28(X) = fn_transport_protein_19(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_19(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_plasma_membrane_86(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_plasma_membrane_86(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_polymer_6(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_polymer_6(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_plasma_membrane_86(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_plasma_membrane_86(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_plasma_membrane_86(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_facilitated_diffusion_37(X) = fn_plasma_membrane_86(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_plasma_membrane_86(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_facilitated_diffusion_37(X)
& fn_facilitated_diffusion_37(X) = fn_facilitated_diffusion_37(X)
& fn_transport_protein_21(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_facilitated_diffusion_37(X)
& fn_facilitated_diffusion_37(X) = fn_transport_protein_21(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_21(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_transport_protein_32(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_32(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_integral_protein_6(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_integral_protein_6(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_transport_protein_32(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_32(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_transport_protein_33(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_33(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_facilitated_diffusion_42(X)
& fn_facilitated_diffusion_42(X) = fn_transport_protein_33(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_33(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_transport_protein_16(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_16(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_transport_protein_16(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_facilitated_diffusion_45(X) = fn_integral_protein_23(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_integral_protein_23(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_facilitated_diffusion_45(X)
& fn_transport_protein_16(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_facilitated_diffusion_45(X)
& fn_facilitated_diffusion_45(X) = fn_facilitated_diffusion_45(X)
& fn_facilitated_diffusion_45(X) = fn_transport_protein_16(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_16(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_transport_protein_33(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_33(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_transport_protein_33(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_33(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_transport_protein_4(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_4(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_facilitated_diffusion_54(X)
& fn_facilitated_diffusion_54(X) = fn_transport_protein_4(fn_facilitated_diffusion_of_hydrated_ions_6(X))
& fn_transport_protein_4(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_plasma_membrane_68(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_plasma_membrane_68(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_plasma_membrane_54(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_plasma_membrane_54(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_plasma_membrane_54(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_facilitated_diffusion_25(X) = fn_plasma_membrane_54(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_plasma_membrane_54(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_facilitated_diffusion_25(X)
& fn_facilitated_diffusion_25(X) = fn_plasma_membrane_55(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_plasma_membrane_55(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_plasma_membrane_55(fn_facilitated_diffusion_of_hydrated_ions_7(X))
& fn_plasma_membrane_55(fn_facilitated_diffusion_of_hydrated_ions_7(X)) = fn_facilitated_diffusion_25(X)
& fn_facilitated_diffusion_25(X) = fn_facilitated_diffusion_25(X)
& fn_facilitated_diffusion_25(X) = fn_aqueous_solution_14(fn_facilitated_diffusion_of_hydrated_ions_13(X))
& fn_aqueous_solution_14(fn_facilitated_diffusion_of_hydrated_ions_13(X)) = fn_hypotonic_solution_3(fn_facilitated_diffusion_of_hydrated_ions_13(X))
& fn_hypotonic_solution_3(fn_facilitated_diffusion_of_hydrated_ions_13(X)) = fn_hypotonic_solution_3(fn_facilitated_diffusion_of_hydrated_ions_13(X))
& fn_hypotonic_solution_3(fn_facilitated_diffusion_of_hydrated_ions_13(X)) = fn_facilitated_diffusion_of_ion_29(X)
& fn_facilitated_diffusion_of_ion_29(X) = fn_facilitated_diffusion_of_ion_29(X)
& fn_facilitated_diffusion_of_ion_29(X) = fn_hypotonic_solution_2(fn_facilitated_diffusion_of_hydrated_ions_13(X))
& fn_hypotonic_solution_2(fn_facilitated_diffusion_of_hydrated_ions_13(X)) = fn_hypotonic_solution_2(fn_facilitated_diffusion_of_hydrated_ions_13(X))
& fn_transport_protein_28(fn_facilitated_diffusion_of_hydrated_ions_6(X)) = fn_transport_protein_28(fn_facilitated_diffusion_of_hydrated_ions_6(X)) ) ) ).
fof(a529523,axiom,
! [X] :
( facilitated_diffusion_of_ion_1(X)
=> ( original_name_2(X,'Facilitated-Diffusion-Of-Ion')
& user_description_2(X,'The membrane potential acts like a battery, an energy source that affects the traffic of all charged substances across the membrane.')
& concept2words_2(X,diffuse)
& concept2words_2(X,'facilitated diffusion of ion')
& concept2words_2(X,'facilitated-diffusion-of-ion')
& passive_transport_of_solute_1(X)
& facilitated_diffusion_1(X)
& ~ diffusion_of_water_across_membrane_separating_two_isotonic_solution_1(X)
& ~ osmosis_1(X)
& system_1(fn_facilitated_diffusion_of_ion_11(X))
& density_value_1(fn_facilitated_diffusion_of_ion_16(X))
& density_value_1(fn_facilitated_diffusion_of_ion_17(X))
& quantity_value_1(fn_facilitated_diffusion_of_ion_18(X))
& quantity_value_1(fn_facilitated_diffusion_of_ion_19(X))
& quantity_value_1(fn_facilitated_diffusion_of_ion_20(X))
& quantity_value_1(fn_facilitated_diffusion_of_ion_21(X))
& membrane_potential_1(fn_facilitated_diffusion_of_ion_22(X))
& aqueous_solution_1(fn_facilitated_diffusion_of_ion_23(X))
& hypotonic_solution_1(fn_facilitated_diffusion_of_ion_23(X))
& ion_1(fn_facilitated_diffusion_of_ion_24(X))
& symmetrical_distribution_1(fn_facilitated_diffusion_of_ion_25(X))
& gradient_1(fn_facilitated_diffusion_of_ion_26(X))
& concentration_gradient_1(fn_facilitated_diffusion_of_ion_26(X))
& chemical_1(fn_facilitated_diffusion_of_ion_27(X))
& water_1(fn_facilitated_diffusion_of_ion_28(X))
& chemical_1(fn_facilitated_diffusion_of_ion_28(X))
& aqueous_solution_1(fn_facilitated_diffusion_of_ion_29(X))
& hypertonic_solution_1(fn_facilitated_diffusion_of_ion_29(X))
& ion_1(fn_facilitated_diffusion_of_ion_30(X))
& chemical_1(fn_hypertonic_solution_5(fn_facilitated_diffusion_of_ion_29(X)))
& chemical_1(fn_hypertonic_solution_8(fn_facilitated_diffusion_of_ion_29(X)))
& water_1(fn_aqueous_solution_14(fn_facilitated_diffusion_of_ion_29(X)))
& water_1(fn_hypertonic_solution_7(fn_facilitated_diffusion_of_ion_29(X)))
& chemical_1(fn_hypertonic_solution_7(fn_facilitated_diffusion_of_ion_29(X)))
& hypotonic_solution_1(fn_hypertonic_solution_6(fn_facilitated_diffusion_of_ion_29(X)))
& raw_material_2(X,fn_facilitated_diffusion_of_ion_22(X))
& fn_facilitated_diffusion_of_ion_21(X) = fn_facilitated_diffusion_of_ion_20(X)
& called_2(fn_facilitated_diffusion_of_ion_21(X),'Quantity_OH')
& fn_facilitated_diffusion_of_ion_20(X) = fn_facilitated_diffusion_of_ion_21(X)
& called_2(fn_facilitated_diffusion_of_ion_20(X),'Quantity_H')
& called_2(fn_facilitated_diffusion_of_ion_19(X),'Quantity_OH')
& called_2(fn_facilitated_diffusion_of_ion_18(X),'Quantity_H')
& called_2(fn_facilitated_diffusion_of_ion_17(X),'Concentration_OH')
& called_2(fn_facilitated_diffusion_of_ion_16(X),'Concentration_H')
& same_type_2(fn_facilitated_diffusion_of_ion_27(X),fn_facilitated_diffusion_of_ion_28(X))
& same_type_2(fn_facilitated_diffusion_of_ion_28(X),fn_facilitated_diffusion_of_ion_27(X))
& object_2(X,fn_facilitated_diffusion_of_ion_30(X))
& objective_2(X,fn_facilitated_diffusion_of_ion_25(X))
& object_2(fn_facilitated_diffusion_of_ion_25(X),fn_facilitated_diffusion_of_ion_24(X))
& destination_2(X,fn_facilitated_diffusion_of_ion_23(X))
& is_between_2(fn_facilitated_diffusion_of_ion_26(X),fn_facilitated_diffusion_of_ion_23(X))
& is_between_2(fn_facilitated_diffusion_of_ion_26(X),fn_facilitated_diffusion_of_ion_29(X))
& origin_2(X,fn_facilitated_diffusion_of_ion_29(X))
& agent_2(X,fn_facilitated_diffusion_of_ion_26(X))
& has_solvent_2(fn_facilitated_diffusion_of_ion_29(X),fn_facilitated_diffusion_of_ion_28(X))
& has_part_2(fn_facilitated_diffusion_of_ion_23(X),fn_facilitated_diffusion_of_ion_27(X))
& has_solute_2(fn_facilitated_diffusion_of_ion_23(X),fn_facilitated_diffusion_of_ion_27(X))
& has_part_2(fn_facilitated_diffusion_of_ion_29(X),fn_facilitated_diffusion_of_ion_28(X))
& is_hypotonic_to_2(fn_facilitated_diffusion_of_ion_23(X),fn_facilitated_diffusion_of_ion_29(X))
& is_hypertonic_to_2(fn_facilitated_diffusion_of_ion_29(X),fn_facilitated_diffusion_of_ion_23(X))
& fn_facilitated_diffusion_of_ion_30(X) = fn_facilitated_diffusion_26(X)
& fn_facilitated_diffusion_of_ion_24(X) = fn_passive_transport_14(X)
& fn_facilitated_diffusion_of_ion_25(X) = fn_passive_transport_29(X)
& fn_facilitated_diffusion_of_ion_29(X) = fn_passive_transport_of_solute_1(X)
& fn_facilitated_diffusion_of_ion_26(X) = fn_passive_transport_of_solute_3(X)
& fn_facilitated_diffusion_of_ion_23(X) = fn_passive_transport_of_solute_2(X)
& fn_facilitated_diffusion_of_ion_28(X) = fn_hypertonic_solution_8(fn_facilitated_diffusion_of_ion_29(X))
& fn_facilitated_diffusion_of_ion_28(X) = fn_aqueous_solution_14(fn_facilitated_diffusion_of_ion_29(X))
& fn_facilitated_diffusion_of_ion_28(X) = fn_hypertonic_solution_7(fn_facilitated_diffusion_of_ion_29(X))
& fn_facilitated_diffusion_of_ion_27(X) = fn_hypertonic_solution_5(fn_facilitated_diffusion_of_ion_29(X))
& fn_facilitated_diffusion_of_ion_23(X) = fn_hypertonic_solution_6(fn_facilitated_diffusion_of_ion_29(X))
& fn_hypertonic_solution_8(fn_facilitated_diffusion_of_ion_29(X)) = fn_aqueous_solution_14(fn_facilitated_diffusion_of_ion_29(X))
& fn_hypertonic_solution_7(fn_facilitated_diffusion_of_ion_29(X)) = fn_aqueous_solution_14(fn_facilitated_diffusion_of_ion_29(X))
& fn_aqueous_solution_14(fn_facilitated_diffusion_of_ion_29(X)) = fn_hypertonic_solution_7(fn_facilitated_diffusion_of_ion_29(X))
& fn_hypertonic_solution_7(fn_facilitated_diffusion_of_ion_29(X)) = fn_passive_transport_of_solute_2(X)
& fn_passive_transport_of_solute_2(X) = fn_passive_transport_of_solute_2(X)
& fn_passive_transport_of_solute_2(X) = fn_hypertonic_solution_6(fn_facilitated_diffusion_of_ion_29(X))
& fn_hypertonic_solution_6(fn_facilitated_diffusion_of_ion_29(X)) = fn_hypertonic_solution_6(fn_facilitated_diffusion_of_ion_29(X)) ) ) ).
fof(a529524,axiom,
! [X] :
( facilitated_diffusion_of_polar_molecule_1(X)
=> ( original_name_2(X,'Facilitated-Diffusion-Of-Polar-Molecule')
& user_description_2(X,'The proteins mediate the movement of molecules that are too polar or too large to move across a membrane.')
& concept2words_2(X,diffuse)
& concept2words_2(X,'facilitated diffusion of polar molecule')
& concept2words_2(X,'facilitated-diffusion-of-polar-molecule')
& passive_transport_of_solute_1(X)
& facilitated_diffusion_1(X)
& cell_pole_1(fn_facilitated_diffusion_of_polar_molecule_1(X))
& cell_pole_1(fn_facilitated_diffusion_of_polar_molecule_2(X))
& surface_1(fn_facilitated_diffusion_of_polar_molecule_3(X))
& increase_1(fn_facilitated_diffusion_of_polar_molecule_4(X))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(X))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(X))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(X))
& polymer_1(fn_facilitated_diffusion_of_polar_molecule_6(X))
& tangible_entity_1(fn_facilitated_diffusion_of_polar_molecule_6(X))
& membrane_protein_1(fn_facilitated_diffusion_of_polar_molecule_6(X))
& protein_1(fn_facilitated_diffusion_of_polar_molecule_6(X))
& transmembrane_protein_1(fn_facilitated_diffusion_of_polar_molecule_6(X))
& integral_protein_1(fn_facilitated_diffusion_of_polar_molecule_6(X))
& transport_protein_1(fn_facilitated_diffusion_of_polar_molecule_6(X))
& rate_value_1(fn_facilitated_diffusion_of_polar_molecule_7(X))
& polar_molecule_1(fn_facilitated_diffusion_of_polar_molecule_9(X))
& symmetrical_distribution_1(fn_facilitated_diffusion_of_polar_molecule_10(X))
& size_value_1(fn_facilitated_diffusion_of_polar_molecule_11(X))
& monomer_1(fn_facilitated_diffusion_of_polar_molecule_12(X))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_14(X))
& tangible_entity_1(fn_facilitated_diffusion_of_polar_molecule_14(X))
& hydrophobic_compound_1(fn_facilitated_diffusion_of_polar_molecule_14(X))
& size_value_1(fn_facilitated_diffusion_of_polar_molecule_15(X))
& property_node_1(fn_transport_protein_22(fn_facilitated_diffusion_of_polar_molecule_6(X)))
& property_node_1(fn_transport_protein_23(fn_facilitated_diffusion_of_polar_molecule_6(X)))
& spatial_entity_1(fn_membrane_5(fn_facilitated_diffusion_of_polar_molecule_5(X)))
& tangible_entity_1(fn_membrane_5(fn_facilitated_diffusion_of_polar_molecule_5(X)))
& hydrophobic_compound_1(fn_biomembrane_48(fn_facilitated_diffusion_of_polar_molecule_5(X)))
& chemical_entity_1(fn_biomembrane_55(fn_facilitated_diffusion_of_polar_molecule_5(X)))
& monomer_1(fn_polymer_6(fn_facilitated_diffusion_of_polar_molecule_6(X)))
& monomer_1(fn_transport_protein_21(fn_facilitated_diffusion_of_polar_molecule_6(X)))
& size_value_1(fn_transport_protein_19(fn_facilitated_diffusion_of_polar_molecule_6(X)))
& size_value_1(fn_biomembrane_56(fn_facilitated_diffusion_of_polar_molecule_5(X)))
& size_value_1(fn_integral_protein_16(fn_facilitated_diffusion_of_polar_molecule_6(X)))
& size_value_1(fn_transport_protein_20(fn_facilitated_diffusion_of_polar_molecule_6(X)))
& biomembrane_1(fn_integral_protein_24(fn_facilitated_diffusion_of_polar_molecule_6(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_facilitated_diffusion_of_polar_molecule_6(X)))
& spatial_entity_1(fn_transport_protein_35(fn_facilitated_diffusion_of_polar_molecule_6(X)))
& biomembrane_1(fn_transport_protein_35(fn_facilitated_diffusion_of_polar_molecule_6(X)))
& tangible_entity_1(fn_biomembrane_54(fn_facilitated_diffusion_of_polar_molecule_5(X)))
& membrane_protein_1(fn_biomembrane_54(fn_facilitated_diffusion_of_polar_molecule_5(X)))
& protein_1(fn_biomembrane_54(fn_facilitated_diffusion_of_polar_molecule_5(X)))
& facilitated_diffusion_1(fn_transport_protein_28(fn_facilitated_diffusion_of_polar_molecule_6(X)))
& complement_2(fn_facilitated_diffusion_of_polar_molecule_9(X),fn_facilitated_diffusion_of_polar_molecule_6(X))
& the_scalar_value_2(fn_facilitated_diffusion_of_polar_molecule_7(X),slow_0)
& scalar_unit_class_2(fn_facilitated_diffusion_of_polar_molecule_7(X),move_0)
& supports_2(X,fn_facilitated_diffusion_of_polar_molecule_4(X))
& path_2(X,fn_facilitated_diffusion_of_polar_molecule_3(X))
& path_2(X,fn_facilitated_diffusion_of_polar_molecule_2(X))
& path_2(X,fn_facilitated_diffusion_of_polar_molecule_1(X))
& complement_2(fn_facilitated_diffusion_of_polar_molecule_6(X),fn_facilitated_diffusion_of_polar_molecule_9(X))
& is_permeable_to_2(fn_facilitated_diffusion_of_polar_molecule_5(X),fn_facilitated_diffusion_of_polar_molecule_9(X))
& is_impermeable_to_2(fn_facilitated_diffusion_of_polar_molecule_5(X),fn_facilitated_diffusion_of_polar_molecule_14(X))
& object_2(X,fn_facilitated_diffusion_of_polar_molecule_9(X))
& object_2(fn_facilitated_diffusion_of_polar_molecule_10(X),fn_facilitated_diffusion_of_polar_molecule_9(X))
& objective_2(X,fn_facilitated_diffusion_of_polar_molecule_10(X))
& rate_2(X,fn_facilitated_diffusion_of_polar_molecule_7(X))
& the_scalar_value_2(fn_facilitated_diffusion_of_polar_molecule_15(X),big_0)
& scalar_unit_class_2(fn_facilitated_diffusion_of_polar_molecule_15(X),polypeptide_0)
& path_2(X,fn_facilitated_diffusion_of_polar_molecule_5(X))
& instrument_2(X,fn_facilitated_diffusion_of_polar_molecule_6(X))
& has_part_2(fn_facilitated_diffusion_of_polar_molecule_6(X),fn_facilitated_diffusion_of_polar_molecule_12(X))
& is_across_2(fn_facilitated_diffusion_of_polar_molecule_6(X),fn_facilitated_diffusion_of_polar_molecule_5(X))
& has_part_2(fn_facilitated_diffusion_of_polar_molecule_5(X),fn_facilitated_diffusion_of_polar_molecule_6(X))
& size_2(fn_facilitated_diffusion_of_polar_molecule_6(X),fn_facilitated_diffusion_of_polar_molecule_15(X))
& greater_than_2(fn_facilitated_diffusion_of_polar_molecule_15(X),fn_facilitated_diffusion_of_polar_molecule_11(X))
& size_2(fn_facilitated_diffusion_of_polar_molecule_12(X),fn_facilitated_diffusion_of_polar_molecule_11(X))
& fn_facilitated_diffusion_of_polar_molecule_9(X) = fn_biomembrane_55(fn_facilitated_diffusion_of_polar_molecule_5(X))
& fn_facilitated_diffusion_of_polar_molecule_14(X) = fn_membrane_5(fn_facilitated_diffusion_of_polar_molecule_5(X))
& fn_facilitated_diffusion_of_polar_molecule_14(X) = fn_biomembrane_48(fn_facilitated_diffusion_of_polar_molecule_5(X))
& fn_facilitated_diffusion_of_polar_molecule_8(X) = fn_passive_transport_7(X)
& fn_facilitated_diffusion_of_polar_molecule_7(X) = fn_passive_transport_6(X)
& fn_facilitated_diffusion_of_polar_molecule_10(X) = fn_passive_transport_29(X)
& fn_facilitated_diffusion_of_polar_molecule_9(X) = fn_passive_transport_14(X)
& fn_facilitated_diffusion_of_polar_molecule_16(X) = fn_transport_protein_22(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_facilitated_diffusion_of_polar_molecule_13(X) = fn_transport_protein_23(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_facilitated_diffusion_of_polar_molecule_12(X) = fn_polymer_6(fn_facilitated_diffusion_of_polar_molecule_6(X))
& X = fn_transport_protein_28(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_facilitated_diffusion_of_polar_molecule_12(X) = fn_facilitated_diffusion_37(X)
& fn_facilitated_diffusion_of_polar_molecule_12(X) = fn_transport_protein_21(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_facilitated_diffusion_of_polar_molecule_11(X) = fn_facilitated_diffusion_28(X)
& fn_facilitated_diffusion_of_polar_molecule_11(X) = fn_transport_protein_19(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_facilitated_diffusion_of_polar_molecule_15(X) = fn_biomembrane_56(fn_facilitated_diffusion_of_polar_molecule_5(X))
& fn_facilitated_diffusion_of_polar_molecule_15(X) = fn_facilitated_diffusion_47(X)
& fn_facilitated_diffusion_of_polar_molecule_15(X) = fn_integral_protein_16(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_facilitated_diffusion_of_polar_molecule_15(X) = fn_transport_protein_20(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_facilitated_diffusion_of_polar_molecule_5(X) = fn_integral_protein_24(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_facilitated_diffusion_of_polar_molecule_6(X) = fn_biomembrane_54(fn_facilitated_diffusion_of_polar_molecule_5(X))
& fn_facilitated_diffusion_of_polar_molecule_5(X) = fn_transmembrane_protein_4(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_facilitated_diffusion_of_polar_molecule_6(X) = fn_facilitated_diffusion_25(X)
& fn_facilitated_diffusion_of_polar_molecule_5(X) = fn_facilitated_diffusion_49(X)
& fn_facilitated_diffusion_of_polar_molecule_5(X) = fn_transport_protein_35(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_membrane_5(fn_facilitated_diffusion_of_polar_molecule_5(X)) = fn_biomembrane_48(fn_facilitated_diffusion_of_polar_molecule_5(X))
& fn_biomembrane_48(fn_facilitated_diffusion_of_polar_molecule_5(X)) = fn_biomembrane_55(fn_facilitated_diffusion_of_polar_molecule_5(X))
& fn_biomembrane_55(fn_facilitated_diffusion_of_polar_molecule_5(X)) = fn_passive_transport_14(X)
& fn_passive_transport_14(X) = fn_passive_transport_14(X)
& fn_passive_transport_14(X) = fn_polymer_6(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_polymer_6(fn_facilitated_diffusion_of_polar_molecule_6(X)) = fn_facilitated_diffusion_37(X)
& fn_transport_protein_21(fn_facilitated_diffusion_of_polar_molecule_6(X)) = fn_facilitated_diffusion_37(X)
& fn_facilitated_diffusion_37(X) = fn_transport_protein_21(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_transport_protein_21(fn_facilitated_diffusion_of_polar_molecule_6(X)) = fn_transport_protein_19(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_transport_protein_19(fn_facilitated_diffusion_of_polar_molecule_6(X)) = fn_facilitated_diffusion_28(X)
& fn_facilitated_diffusion_28(X) = fn_transport_protein_19(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_transport_protein_19(fn_facilitated_diffusion_of_polar_molecule_6(X)) = fn_biomembrane_56(fn_facilitated_diffusion_of_polar_molecule_5(X))
& fn_facilitated_diffusion_47(X) = fn_biomembrane_56(fn_facilitated_diffusion_of_polar_molecule_5(X))
& fn_biomembrane_56(fn_facilitated_diffusion_of_polar_molecule_5(X)) = fn_facilitated_diffusion_47(X)
& fn_integral_protein_16(fn_facilitated_diffusion_of_polar_molecule_6(X)) = fn_facilitated_diffusion_47(X)
& fn_facilitated_diffusion_47(X) = fn_facilitated_diffusion_47(X)
& fn_facilitated_diffusion_47(X) = fn_integral_protein_16(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_integral_protein_16(fn_facilitated_diffusion_of_polar_molecule_6(X)) = fn_integral_protein_16(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_transport_protein_20(fn_facilitated_diffusion_of_polar_molecule_6(X)) = fn_transport_protein_20(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_transport_protein_20(fn_facilitated_diffusion_of_polar_molecule_6(X)) = fn_integral_protein_16(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_integral_protein_16(fn_facilitated_diffusion_of_polar_molecule_6(X)) = fn_transport_protein_20(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_transport_protein_20(fn_facilitated_diffusion_of_polar_molecule_6(X)) = fn_integral_protein_24(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_integral_protein_24(fn_facilitated_diffusion_of_polar_molecule_6(X)) = fn_transmembrane_protein_4(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_facilitated_diffusion_49(X) = fn_transmembrane_protein_4(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_transmembrane_protein_4(fn_facilitated_diffusion_of_polar_molecule_6(X)) = fn_facilitated_diffusion_49(X)
& fn_facilitated_diffusion_49(X) = fn_facilitated_diffusion_49(X)
& fn_transport_protein_35(fn_facilitated_diffusion_of_polar_molecule_6(X)) = fn_facilitated_diffusion_49(X)
& fn_facilitated_diffusion_49(X) = fn_transport_protein_35(fn_facilitated_diffusion_of_polar_molecule_6(X))
& fn_transport_protein_35(fn_facilitated_diffusion_of_polar_molecule_6(X)) = fn_facilitated_diffusion_25(X)
& fn_facilitated_diffusion_25(X) = fn_biomembrane_54(fn_facilitated_diffusion_of_polar_molecule_5(X))
& fn_biomembrane_54(fn_facilitated_diffusion_of_polar_molecule_5(X)) = fn_facilitated_diffusion_25(X)
& fn_facilitated_diffusion_25(X) = fn_facilitated_diffusion_25(X)
& fn_transport_protein_28(fn_facilitated_diffusion_of_polar_molecule_6(X)) = fn_transport_protein_28(fn_facilitated_diffusion_of_polar_molecule_6(X)) ) ) ).
fof(a529525,axiom,
! [X] :
( facilitated_diffusion_of_water_using_aquaporin_1(X)
=> ( original_name_2(X,'Facilitated-Diffusion-Of-Water-Using-Aquaporin')
& user_description_2(X,'The movement of water through biomembrane. Flow of water through water channels can occur as a result of diffusion or by filtration.')
& concept2words_2(X,'perform osmosis')
& concept2words_2(X,diffuse)
& concept2words_2(X,'facilitated diffusion of water using aquaporin')
& concept2words_2(X,'facilitated-diffusion-of-water-using-aquaporin')
& passive_transport_of_water_1(X)
& facilitated_diffusion_using_channel_protein_1(X)
& cell_survival_1(fn_facilitated_diffusion_of_water_using_aquaporin_1(X))
& hydrophilic_channel_1(fn_facilitated_diffusion_of_water_using_aquaporin_2(X))
& water_molecule_1(fn_facilitated_diffusion_of_water_using_aquaporin_3(X))
& move_through_1(fn_facilitated_diffusion_of_water_using_aquaporin_4(X))
& facilitated_diffusion_of_polar_molecule_1(fn_facilitated_diffusion_of_water_using_aquaporin_5(X))
& membrane_potential_1(fn_facilitated_diffusion_of_water_using_aquaporin_6(X))
& rate_value_1(fn_facilitated_diffusion_of_water_using_aquaporin_7(X))
& plasma_membrane_1(fn_facilitated_diffusion_of_water_using_aquaporin_9(X))
& thermal_motion_1(fn_facilitated_diffusion_of_water_using_aquaporin_10(X))
& thermal_energy_1(fn_facilitated_diffusion_of_water_using_aquaporin_11(X))
& symmetrical_distribution_1(fn_facilitated_diffusion_of_water_using_aquaporin_12(X))
& gradient_1(fn_passive_transport_of_solute_3(fn_facilitated_diffusion_of_water_using_aquaporin_5(X)))
& concentration_gradient_1(fn_passive_transport_of_solute_3(fn_facilitated_diffusion_of_water_using_aquaporin_5(X)))
& spatial_entity_1(fn_thermal_motion_5(fn_facilitated_diffusion_of_water_using_aquaporin_10(X)))
& tangible_entity_1(fn_thermal_motion_5(fn_facilitated_diffusion_of_water_using_aquaporin_10(X)))
& facilitates_2(fn_facilitated_diffusion_of_water_using_aquaporin_2(X),X)
& the_scalar_value_2(fn_facilitated_diffusion_of_water_using_aquaporin_7(X),slow_0)
& scalar_unit_class_2(fn_facilitated_diffusion_of_water_using_aquaporin_7(X),move_0)
& supports_2(X,fn_facilitated_diffusion_of_water_using_aquaporin_1(X))
& is_across_2(fn_facilitated_diffusion_of_water_using_aquaporin_6(X),fn_facilitated_diffusion_of_water_using_aquaporin_9(X))
& object_2(fn_facilitated_diffusion_of_water_using_aquaporin_10(X),fn_facilitated_diffusion_of_water_using_aquaporin_3(X))
& agent_2(fn_facilitated_diffusion_of_water_using_aquaporin_5(X),fn_facilitated_diffusion_of_water_using_aquaporin_6(X))
& possesses_2(fn_facilitated_diffusion_of_water_using_aquaporin_3(X),fn_facilitated_diffusion_of_water_using_aquaporin_11(X))
& object_2(X,fn_facilitated_diffusion_of_water_using_aquaporin_3(X))
& path_2(fn_facilitated_diffusion_of_water_using_aquaporin_4(X),fn_facilitated_diffusion_of_water_using_aquaporin_2(X))
& object_2(fn_facilitated_diffusion_of_water_using_aquaporin_12(X),fn_facilitated_diffusion_of_water_using_aquaporin_3(X))
& path_2(X,fn_facilitated_diffusion_of_water_using_aquaporin_9(X))
& has_function_2(fn_facilitated_diffusion_of_water_using_aquaporin_9(X),fn_facilitated_diffusion_of_water_using_aquaporin_4(X))
& base_2(fn_facilitated_diffusion_of_water_using_aquaporin_4(X),fn_facilitated_diffusion_of_water_using_aquaporin_9(X))
& is_permeable_to_2(fn_facilitated_diffusion_of_water_using_aquaporin_9(X),fn_facilitated_diffusion_of_water_using_aquaporin_3(X))
& object_2(fn_facilitated_diffusion_of_water_using_aquaporin_4(X),fn_facilitated_diffusion_of_water_using_aquaporin_3(X))
& agent_2(fn_facilitated_diffusion_of_water_using_aquaporin_10(X),fn_facilitated_diffusion_of_water_using_aquaporin_11(X))
& objective_2(X,fn_facilitated_diffusion_of_water_using_aquaporin_12(X))
& by_means_of_2(X,fn_facilitated_diffusion_of_water_using_aquaporin_10(X))
& causes_2(fn_facilitated_diffusion_of_water_using_aquaporin_10(X),fn_facilitated_diffusion_of_water_using_aquaporin_4(X))
& subevent_2(X,fn_facilitated_diffusion_of_water_using_aquaporin_4(X))
& rate_2(X,fn_facilitated_diffusion_of_water_using_aquaporin_7(X))
& fn_facilitated_diffusion_of_water_using_aquaporin_3(X) = fn_thermal_motion_5(fn_facilitated_diffusion_of_water_using_aquaporin_10(X))
& fn_facilitated_diffusion_of_water_using_aquaporin_6(X) = fn_passive_transport_of_solute_3(fn_facilitated_diffusion_of_water_using_aquaporin_5(X))
& fn_facilitated_diffusion_of_water_using_aquaporin_2(X) = fn_passive_transport_10(X)
& fn_facilitated_diffusion_of_water_using_aquaporin_12(X) = fn_facilitated_diffusion_using_channel_protein_4(X)
& fn_facilitated_diffusion_of_water_using_aquaporin_3(X) = fn_passive_transport_14(X)
& fn_facilitated_diffusion_of_water_using_aquaporin_3(X) = fn_facilitated_diffusion_using_channel_protein_8(X)
& fn_facilitated_diffusion_of_water_using_aquaporin_4(X) = fn_facilitated_diffusion_using_channel_protein_13(X)
& fn_facilitated_diffusion_of_water_using_aquaporin_9(X) = fn_facilitated_diffusion_using_channel_protein_18(X)
& fn_facilitated_diffusion_of_water_using_aquaporin_11(X) = fn_passive_transport_13(X)
& fn_facilitated_diffusion_of_water_using_aquaporin_12(X) = fn_passive_transport_29(X)
& fn_facilitated_diffusion_of_water_using_aquaporin_8(X) = fn_passive_transport_7(X)
& fn_facilitated_diffusion_of_water_using_aquaporin_7(X) = fn_passive_transport_6(X)
& fn_facilitated_diffusion_of_water_using_aquaporin_4(X) = fn_passive_transport_24(X)
& fn_facilitated_diffusion_of_water_using_aquaporin_10(X) = fn_passive_transport_22(X)
& fn_thermal_motion_5(fn_facilitated_diffusion_of_water_using_aquaporin_10(X)) = fn_passive_transport_14(X)
& fn_passive_transport_14(X) = fn_passive_transport_14(X)
& fn_facilitated_diffusion_using_channel_protein_8(X) = fn_passive_transport_14(X)
& fn_passive_transport_14(X) = fn_facilitated_diffusion_using_channel_protein_8(X)
& fn_facilitated_diffusion_using_channel_protein_8(X) = fn_facilitated_diffusion_using_channel_protein_8(X)
& fn_facilitated_diffusion_using_channel_protein_8(X) = fn_facilitated_diffusion_using_channel_protein_4(X)
& fn_facilitated_diffusion_using_channel_protein_4(X) = fn_passive_transport_29(X)
& fn_passive_transport_29(X) = fn_passive_transport_24(X)
& fn_passive_transport_24(X) = fn_facilitated_diffusion_using_channel_protein_13(X)
& fn_facilitated_diffusion_using_channel_protein_13(X) = fn_facilitated_diffusion_using_channel_protein_13(X)
& fn_facilitated_diffusion_using_channel_protein_13(X) = fn_passive_transport_24(X)
& fn_passive_transport_24(X) = fn_passive_transport_24(X) ) ) ).
fof(a529526,axiom,
! [X] :
( facilitated_diffusion_using_carrier_protein_1(X)
=> ( original_name_2(X,'Facilitated-Diffusion-Using-Carrier-Protein')
& user_description_2(X,'The transport proteins hold onto their passengers and physically move them across the membrane. The transport protein is specific for the substances it translocates.')
& concept2words_2(X,diffuse)
& concept2words_2(X,'facilitated diffusion using carrier protein')
& concept2words_2(X,'facilitated-diffusion-using-carrier-protein')
& passive_transport_of_solute_1(X)
& facilitated_diffusion_1(X)
& ~ facilitated_diffusion_using_channel_protein_1(X)
& change_of_shape_1(fn_facilitated_diffusion_using_carrier_protein_3(X))
& shape_value_1(fn_facilitated_diffusion_using_carrier_protein_4(X))
& carrier_protein_1(fn_facilitated_diffusion_using_carrier_protein_5(X))
& shape_value_1(fn_facilitated_diffusion_using_carrier_protein_6(X))
& binding_site_1(fn_facilitated_diffusion_using_carrier_protein_7(X))
& symmetrical_distribution_1(fn_facilitated_diffusion_using_carrier_protein_8(X))
& spatial_entity_1(fn_facilitated_diffusion_using_carrier_protein_9(X))
& tangible_entity_1(fn_facilitated_diffusion_using_carrier_protein_9(X))
& chemical_entity_1(fn_facilitated_diffusion_using_carrier_protein_9(X))
& thermal_energy_1(fn_facilitated_diffusion_using_carrier_protein_10(X))
& attract_1(fn_facilitated_diffusion_using_carrier_protein_11(X))
& repel_1(fn_facilitated_diffusion_using_carrier_protein_12(X))
& size_value_1(fn_facilitated_diffusion_using_carrier_protein_13(X))
& protein_domain_1(fn_facilitated_diffusion_using_carrier_protein_14(X))
& hydrophilic_region_1(fn_facilitated_diffusion_using_carrier_protein_15(X))
& hydrophilic_end_1(fn_facilitated_diffusion_using_carrier_protein_15(X))
& carbon_skeleton_1(fn_facilitated_diffusion_using_carrier_protein_16(X))
& hydrophilic_region_1(fn_facilitated_diffusion_using_carrier_protein_17(X))
& hydrophilic_end_1(fn_facilitated_diffusion_using_carrier_protein_17(X))
& hydrophobic_region_1(fn_facilitated_diffusion_using_carrier_protein_18(X))
& polypeptide_1(fn_facilitated_diffusion_using_carrier_protein_19(X))
& entity_1(fn_facilitated_diffusion_using_carrier_protein_20(X))
& atom_1(fn_facilitated_diffusion_using_carrier_protein_20(X))
& chemical_entity_1(fn_facilitated_diffusion_using_carrier_protein_20(X))
& carbon_1(fn_facilitated_diffusion_using_carrier_protein_21(X))
& monomer_1(fn_facilitated_diffusion_using_carrier_protein_22(X))
& hydrophobic_amino_acid_1(fn_facilitated_diffusion_using_carrier_protein_23(X))
& polar_amino_acid_1(fn_facilitated_diffusion_using_carrier_protein_24(X))
& expose_1(fn_facilitated_diffusion_using_carrier_protein_25(X))
& constant_motion_1(fn_facilitated_diffusion_using_carrier_protein_26(X))
& kinetic_energy_1(fn_facilitated_diffusion_using_carrier_protein_27(X))
& covalent_bond_1(fn_facilitated_diffusion_using_carrier_protein_28(X))
& peptide_bond_1(fn_facilitated_diffusion_using_carrier_protein_28(X))
& quantity_value_1(fn_facilitated_diffusion_using_carrier_protein_29(X))
& speed_value_1(fn_facilitated_diffusion_using_carrier_protein_30(X))
& size_value_1(fn_facilitated_diffusion_using_carrier_protein_31(X))
& spatial_entity_1(fn_facilitated_diffusion_using_carrier_protein_32(X))
& chemical_entity_1(fn_facilitated_diffusion_using_carrier_protein_32(X))
& monomer_1(fn_facilitated_diffusion_using_carrier_protein_32(X))
& molecule_1(fn_facilitated_diffusion_using_carrier_protein_32(X))
& amino_acid_1(fn_facilitated_diffusion_using_carrier_protein_32(X))
& carrier_protein_1(fn_facilitated_diffusion_using_carrier_protein_33(X))
& move_through_1(fn_facilitated_diffusion_using_carrier_protein_34(X))
& attach_1(fn_facilitated_diffusion_using_carrier_protein_35(X))
& gradient_1(fn_facilitated_diffusion_using_carrier_protein_36(X))
& concentration_gradient_1(fn_facilitated_diffusion_using_carrier_protein_36(X))
& hypotonic_solution_1(fn_facilitated_diffusion_using_carrier_protein_37(X))
& aqueous_solution_1(fn_facilitated_diffusion_using_carrier_protein_37(X))
& solution_1(fn_facilitated_diffusion_using_carrier_protein_37(X))
& hypertonic_solution_1(fn_facilitated_diffusion_using_carrier_protein_38(X))
& aqueous_solution_1(fn_facilitated_diffusion_using_carrier_protein_38(X))
& solution_1(fn_facilitated_diffusion_using_carrier_protein_38(X))
& tangible_entity_1(fn_facilitated_diffusion_using_carrier_protein_39(X))
& phospholipid_bilayer_1(fn_facilitated_diffusion_using_carrier_protein_39(X))
& spatial_entity_1(fn_facilitated_diffusion_using_carrier_protein_40(X))
& membrane_1(fn_facilitated_diffusion_using_carrier_protein_40(X))
& biomembrane_1(fn_facilitated_diffusion_using_carrier_protein_40(X))
& thermal_motion_1(fn_facilitated_diffusion_using_carrier_protein_45(X))
& spatial_entity_1(fn_facilitated_diffusion_using_carrier_protein_46(X))
& tangible_entity_1(fn_facilitated_diffusion_using_carrier_protein_46(X))
& hydrophobic_compound_1(fn_facilitated_diffusion_using_carrier_protein_46(X))
& gradient_1(fn_facilitated_diffusion_using_carrier_protein_47(X))
& concentration_gradient_1(fn_facilitated_diffusion_using_carrier_protein_47(X))
& outside_face_1(fn_facilitated_diffusion_using_carrier_protein_48(X))
& surface_1(fn_integral_protein_29(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& property_node_1(fn_transport_protein_23(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& property_node_1(fn_transport_protein_29(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& property_node_1(fn_transport_protein_30(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& hydrophobic_amino_acid_1(fn_transport_protein_13(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& property_node_1(fn_transport_protein_22(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& polypeptide_1(fn_transport_protein_7(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& spatial_entity_1(fn_transport_protein_8(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& chemical_entity_1(fn_transport_protein_8(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& monomer_1(fn_transport_protein_8(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& molecule_1(fn_transport_protein_8(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& amino_acid_1(fn_transport_protein_8(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& protein_domain_1(fn_transport_protein_6(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& size_value_1(fn_transport_protein_19(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& monomer_1(fn_transport_protein_21(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& repel_1(fn_transport_protein_5(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& hydrophobic_region_1(fn_transport_protein_15(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& carbon_skeleton_1(fn_transport_protein_18(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& polar_amino_acid_1(fn_integral_protein_6(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& polar_amino_acid_1(fn_transport_protein_32(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& size_value_1(fn_biomembrane_56(fn_facilitated_diffusion_using_carrier_protein_40(X)))
& size_value_1(fn_integral_protein_16(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& size_value_1(fn_transport_protein_20(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& kinetic_energy_1(fn_transport_protein_27(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& quantity_value_1(fn_transport_protein_24(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& speed_value_1(fn_transport_protein_25(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& constant_motion_1(fn_transport_protein_26(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& covalent_bond_1(fn_polymer_1(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& peptide_bond_1(fn_protein_6(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& peptide_bond_1(fn_transport_protein_9(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& entity_1(fn_transport_protein_17(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& atom_1(fn_transport_protein_17(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& chemical_entity_1(fn_transport_protein_17(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& carbon_1(fn_transport_protein_14(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& hydrophilic_region_1(fn_integral_protein_23(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& hydrophilic_end_1(fn_transport_protein_16(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& hydrophilic_region_1(fn_transport_protein_33(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& hydrophilic_end_1(fn_transport_protein_33(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& attract_1(fn_integral_protein_7(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& attract_1(fn_transport_protein_4(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& tangible_entity_1(fn_biomembrane_54(fn_facilitated_diffusion_using_carrier_protein_40(X)))
& membrane_protein_1(fn_biomembrane_54(fn_facilitated_diffusion_using_carrier_protein_40(X)))
& protein_1(fn_biomembrane_54(fn_facilitated_diffusion_using_carrier_protein_40(X)))
& tangible_entity_1(fn_integral_protein_27(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& tangible_entity_1(fn_transport_protein_12(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& tangible_entity_1(fn_biomembrane_63(fn_facilitated_diffusion_using_carrier_protein_40(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_facilitated_diffusion_using_carrier_protein_40(X)))
& spatial_entity_1(fn_attach_1(fn_facilitated_diffusion_using_carrier_protein_35(X)))
& spatial_entity_1(fn_thermal_motion_5(fn_facilitated_diffusion_using_carrier_protein_45(X)))
& tangible_entity_1(fn_thermal_motion_5(fn_facilitated_diffusion_using_carrier_protein_45(X)))
& chemical_entity_1(fn_biomembrane_55(fn_facilitated_diffusion_using_carrier_protein_40(X)))
& move_through_1(fn_transport_protein_34(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& move_through_1(fn_biomembrane_52(fn_facilitated_diffusion_using_carrier_protein_40(X)))
& solution_1(fn_concentration_gradient_8(fn_facilitated_diffusion_using_carrier_protein_47(X)))
& solution_1(fn_concentration_gradient_9(fn_facilitated_diffusion_using_carrier_protein_47(X)))
& spatial_entity_1(fn_membrane_5(fn_facilitated_diffusion_using_carrier_protein_40(X)))
& tangible_entity_1(fn_membrane_5(fn_facilitated_diffusion_using_carrier_protein_40(X)))
& hydrophobic_compound_1(fn_biomembrane_48(fn_facilitated_diffusion_using_carrier_protein_40(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& biomembrane_1(fn_integral_protein_24(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& spatial_entity_1(fn_transport_protein_35(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& biomembrane_1(fn_transport_protein_35(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& facilitated_diffusion_1(fn_transport_protein_28(fn_facilitated_diffusion_using_carrier_protein_33(X)))
& next_event_2(fn_facilitated_diffusion_using_carrier_protein_3(X),fn_facilitated_diffusion_using_carrier_protein_34(X))
& object_2(fn_facilitated_diffusion_using_carrier_protein_3(X),fn_facilitated_diffusion_using_carrier_protein_33(X))
& result_2(fn_facilitated_diffusion_using_carrier_protein_3(X),fn_facilitated_diffusion_using_carrier_protein_5(X))
& different_type_2(fn_facilitated_diffusion_using_carrier_protein_4(X),fn_facilitated_diffusion_using_carrier_protein_6(X))
& shape_2(fn_facilitated_diffusion_using_carrier_protein_5(X),fn_facilitated_diffusion_using_carrier_protein_6(X))
& different_type_2(fn_facilitated_diffusion_using_carrier_protein_6(X),fn_facilitated_diffusion_using_carrier_protein_4(X))
& shape_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_4(X))
& has_state_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_5(X))
& has_region_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_7(X))
& subevent_2(X,fn_facilitated_diffusion_using_carrier_protein_35(X))
& subevent_2(X,fn_facilitated_diffusion_using_carrier_protein_3(X))
& next_event_2(fn_facilitated_diffusion_using_carrier_protein_35(X),fn_facilitated_diffusion_using_carrier_protein_3(X))
& site_2(fn_facilitated_diffusion_using_carrier_protein_35(X),fn_facilitated_diffusion_using_carrier_protein_7(X))
& object_2(fn_facilitated_diffusion_using_carrier_protein_35(X),fn_facilitated_diffusion_using_carrier_protein_9(X))
& object_2(fn_facilitated_diffusion_using_carrier_protein_45(X),fn_facilitated_diffusion_using_carrier_protein_9(X))
& possesses_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_28(X))
& object_2(fn_facilitated_diffusion_using_carrier_protein_25(X),fn_facilitated_diffusion_using_carrier_protein_33(X))
& site_2(fn_facilitated_diffusion_using_carrier_protein_25(X),fn_facilitated_diffusion_using_carrier_protein_15(X))
& has_region_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_48(X))
& is_at_2(fn_facilitated_diffusion_using_carrier_protein_15(X),fn_facilitated_diffusion_using_carrier_protein_48(X))
& object_2(X,fn_facilitated_diffusion_using_carrier_protein_9(X))
& base_2(X,fn_facilitated_diffusion_using_carrier_protein_47(X))
& causes_2(fn_facilitated_diffusion_using_carrier_protein_45(X),fn_facilitated_diffusion_using_carrier_protein_34(X))
& by_means_of_2(X,fn_facilitated_diffusion_using_carrier_protein_45(X))
& agent_2(fn_facilitated_diffusion_using_carrier_protein_45(X),fn_facilitated_diffusion_using_carrier_protein_10(X))
& possesses_2(fn_facilitated_diffusion_using_carrier_protein_9(X),fn_facilitated_diffusion_using_carrier_protein_10(X))
& object_2(fn_facilitated_diffusion_using_carrier_protein_8(X),fn_facilitated_diffusion_using_carrier_protein_9(X))
& objective_2(X,fn_facilitated_diffusion_using_carrier_protein_8(X))
& destination_2(X,fn_facilitated_diffusion_using_carrier_protein_37(X))
& agent_2(X,fn_facilitated_diffusion_using_carrier_protein_36(X))
& origin_2(X,fn_facilitated_diffusion_using_carrier_protein_38(X))
& is_between_2(fn_facilitated_diffusion_using_carrier_protein_36(X),fn_facilitated_diffusion_using_carrier_protein_38(X))
& is_between_2(fn_facilitated_diffusion_using_carrier_protein_36(X),fn_facilitated_diffusion_using_carrier_protein_37(X))
& is_hypotonic_to_2(fn_facilitated_diffusion_using_carrier_protein_37(X),fn_facilitated_diffusion_using_carrier_protein_38(X))
& is_hypertonic_to_2(fn_facilitated_diffusion_using_carrier_protein_38(X),fn_facilitated_diffusion_using_carrier_protein_37(X))
& possesses_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_27(X))
& is_across_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_40(X))
& has_part_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_20(X))
& is_inside_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_39(X))
& has_part_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_19(X))
& facilitates_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_34(X))
& has_region_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_18(X))
& instrument_2(X,fn_facilitated_diffusion_using_carrier_protein_33(X))
& has_region_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_17(X))
& has_part_2(fn_facilitated_diffusion_using_carrier_protein_40(X),fn_facilitated_diffusion_using_carrier_protein_33(X))
& has_region_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_15(X))
& has_function_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_12(X))
& has_function_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_11(X))
& agent_2(fn_facilitated_diffusion_using_carrier_protein_12(X),fn_facilitated_diffusion_using_carrier_protein_33(X))
& has_part_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_23(X))
& is_inside_2(fn_facilitated_diffusion_using_carrier_protein_23(X),fn_facilitated_diffusion_using_carrier_protein_18(X))
& has_region_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_16(X))
& is_inside_2(fn_facilitated_diffusion_using_carrier_protein_21(X),fn_facilitated_diffusion_using_carrier_protein_16(X))
& has_part_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_24(X))
& is_at_2(fn_facilitated_diffusion_using_carrier_protein_24(X),fn_facilitated_diffusion_using_carrier_protein_15(X))
& size_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_13(X))
& agent_2(fn_facilitated_diffusion_using_carrier_protein_34(X),fn_facilitated_diffusion_using_carrier_protein_33(X))
& subevent_2(X,fn_facilitated_diffusion_using_carrier_protein_34(X))
& has_region_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_14(X))
& is_at_2(fn_facilitated_diffusion_using_carrier_protein_32(X),fn_facilitated_diffusion_using_carrier_protein_14(X))
& has_part_2(fn_facilitated_diffusion_using_carrier_protein_19(X),fn_facilitated_diffusion_using_carrier_protein_32(X))
& has_part_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_22(X))
& size_2(fn_facilitated_diffusion_using_carrier_protein_22(X),fn_facilitated_diffusion_using_carrier_protein_31(X))
& greater_than_2(fn_facilitated_diffusion_using_carrier_protein_13(X),fn_facilitated_diffusion_using_carrier_protein_31(X))
& the_scalar_value_2(fn_facilitated_diffusion_using_carrier_protein_13(X),big_0)
& scalar_unit_class_2(fn_facilitated_diffusion_using_carrier_protein_13(X),polypeptide_0)
& object_2(fn_facilitated_diffusion_using_carrier_protein_26(X),fn_facilitated_diffusion_using_carrier_protein_33(X))
& speed_2(fn_facilitated_diffusion_using_carrier_protein_26(X),fn_facilitated_diffusion_using_carrier_protein_30(X))
& directly_proportional_2(fn_facilitated_diffusion_using_carrier_protein_30(X),fn_facilitated_diffusion_using_carrier_protein_29(X))
& quantity_2(fn_facilitated_diffusion_using_carrier_protein_27(X),fn_facilitated_diffusion_using_carrier_protein_29(X))
& has_part_2(fn_facilitated_diffusion_using_carrier_protein_33(X),fn_facilitated_diffusion_using_carrier_protein_21(X))
& is_between_2(fn_facilitated_diffusion_using_carrier_protein_28(X),fn_facilitated_diffusion_using_carrier_protein_21(X))
& is_between_2(fn_facilitated_diffusion_using_carrier_protein_28(X),fn_facilitated_diffusion_using_carrier_protein_20(X))
& fn_facilitated_diffusion_using_carrier_protein_20(X) != fn_facilitated_diffusion_using_carrier_protein_21(X)
& fn_facilitated_diffusion_using_carrier_protein_21(X) != fn_facilitated_diffusion_using_carrier_protein_20(X)
& agent_2(fn_facilitated_diffusion_using_carrier_protein_11(X),fn_facilitated_diffusion_using_carrier_protein_33(X))
& site_2(fn_facilitated_diffusion_using_carrier_protein_11(X),fn_facilitated_diffusion_using_carrier_protein_15(X))
& facilitates_2(fn_facilitated_diffusion_using_carrier_protein_15(X),fn_facilitated_diffusion_using_carrier_protein_11(X))
& is_opposite_2(fn_facilitated_diffusion_using_carrier_protein_17(X),fn_facilitated_diffusion_using_carrier_protein_15(X))
& is_opposite_2(fn_facilitated_diffusion_using_carrier_protein_15(X),fn_facilitated_diffusion_using_carrier_protein_17(X))
& has_function_2(fn_facilitated_diffusion_using_carrier_protein_33(X),X)
& path_2(X,fn_facilitated_diffusion_using_carrier_protein_40(X))
& is_inside_2(fn_facilitated_diffusion_using_carrier_protein_18(X),fn_facilitated_diffusion_using_carrier_protein_40(X))
& facilitates_2(fn_facilitated_diffusion_using_carrier_protein_18(X),fn_facilitated_diffusion_using_carrier_protein_12(X))
& site_2(fn_facilitated_diffusion_using_carrier_protein_12(X),fn_facilitated_diffusion_using_carrier_protein_18(X))
& has_part_2(fn_facilitated_diffusion_using_carrier_protein_40(X),fn_facilitated_diffusion_using_carrier_protein_39(X))
& has_function_2(fn_facilitated_diffusion_using_carrier_protein_40(X),fn_facilitated_diffusion_using_carrier_protein_34(X))
& base_2(fn_facilitated_diffusion_using_carrier_protein_34(X),fn_facilitated_diffusion_using_carrier_protein_40(X))
& is_permeable_to_2(fn_facilitated_diffusion_using_carrier_protein_40(X),fn_facilitated_diffusion_using_carrier_protein_9(X))
& object_2(fn_facilitated_diffusion_using_carrier_protein_34(X),fn_facilitated_diffusion_using_carrier_protein_9(X))
& is_impermeable_to_2(fn_facilitated_diffusion_using_carrier_protein_40(X),fn_facilitated_diffusion_using_carrier_protein_46(X))
& is_between_2(fn_facilitated_diffusion_using_carrier_protein_47(X),fn_facilitated_diffusion_using_carrier_protein_37(X))
& is_between_2(fn_facilitated_diffusion_using_carrier_protein_47(X),fn_facilitated_diffusion_using_carrier_protein_38(X))
& fn_facilitated_diffusion_using_carrier_protein_9(X) = fn_attach_1(fn_facilitated_diffusion_using_carrier_protein_35(X))
& fn_facilitated_diffusion_using_carrier_protein_9(X) = fn_thermal_motion_5(fn_facilitated_diffusion_using_carrier_protein_45(X))
& fn_facilitated_diffusion_using_carrier_protein_28(X) = fn_polymer_1(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_28(X) = fn_protein_6(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_25(X) = fn_facilitated_diffusion_34(X)
& fn_facilitated_diffusion_using_carrier_protein_48(X) = fn_integral_protein_29(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_47(X) = fn_passive_transport_26(X)
& fn_facilitated_diffusion_using_carrier_protein_34(X) = fn_passive_transport_24(X)
& fn_facilitated_diffusion_using_carrier_protein_8(X) = fn_passive_transport_29(X)
& fn_facilitated_diffusion_using_carrier_protein_9(X) = fn_passive_transport_14(X)
& fn_facilitated_diffusion_using_carrier_protein_10(X) = fn_passive_transport_13(X)
& fn_facilitated_diffusion_using_carrier_protein_45(X) = fn_passive_transport_22(X)
& fn_facilitated_diffusion_using_carrier_protein_36(X) = fn_passive_transport_of_solute_3(X)
& fn_facilitated_diffusion_using_carrier_protein_37(X) = fn_passive_transport_of_solute_2(X)
& fn_facilitated_diffusion_using_carrier_protein_38(X) = fn_passive_transport_of_solute_1(X)
& fn_facilitated_diffusion_using_carrier_protein_39(X) = fn_transport_protein_12(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_17(X) = fn_transport_protein_33(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_40(X) = fn_transmembrane_protein_4(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_15(X) = fn_transport_protein_16(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_41(X) = fn_transport_protein_23(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_42(X) = fn_transport_protein_29(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_43(X) = fn_transport_protein_30(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_23(X) = fn_transport_protein_13(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_16(X) = fn_facilitated_diffusion_43(X)
& fn_facilitated_diffusion_using_carrier_protein_16(X) = fn_transport_protein_18(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_24(X) = fn_integral_protein_6(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_24(X) = fn_facilitated_diffusion_35(X)
& fn_facilitated_diffusion_using_carrier_protein_24(X) = fn_transport_protein_32(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_44(X) = fn_transport_protein_22(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_33(X) = fn_biomembrane_54(fn_facilitated_diffusion_using_carrier_protein_40(X))
& fn_facilitated_diffusion_using_carrier_protein_34(X) = fn_facilitated_diffusion_55(X)
& fn_facilitated_diffusion_using_carrier_protein_33(X) = fn_facilitated_diffusion_25(X)
& fn_facilitated_diffusion_using_carrier_protein_34(X) = fn_transport_protein_34(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_19(X) = fn_transport_protein_7(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_32(X) = fn_transport_protein_8(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_14(X) = fn_transport_protein_6(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_13(X) = fn_biomembrane_56(fn_facilitated_diffusion_using_carrier_protein_40(X))
& fn_facilitated_diffusion_using_carrier_protein_13(X) = fn_integral_protein_16(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_13(X) = fn_transport_protein_20(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_31(X) = fn_transport_protein_19(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_22(X) = fn_transport_protein_21(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_27(X) = fn_facilitated_diffusion_32(X)
& fn_facilitated_diffusion_using_carrier_protein_27(X) = fn_transport_protein_27(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_29(X) = fn_facilitated_diffusion_30(X)
& fn_facilitated_diffusion_using_carrier_protein_29(X) = fn_transport_protein_24(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_26(X) = fn_facilitated_diffusion_33(X)
& fn_facilitated_diffusion_using_carrier_protein_30(X) = fn_facilitated_diffusion_29(X)
& fn_facilitated_diffusion_using_carrier_protein_30(X) = fn_transport_protein_25(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_26(X) = fn_transport_protein_26(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_28(X) = fn_transport_protein_9(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_21(X) = fn_facilitated_diffusion_38(X)
& fn_facilitated_diffusion_using_carrier_protein_20(X) = fn_facilitated_diffusion_39(X)
& fn_facilitated_diffusion_using_carrier_protein_20(X) = fn_transport_protein_17(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_21(X) = fn_transport_protein_14(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_15(X) = fn_facilitated_diffusion_45(X)
& fn_facilitated_diffusion_using_carrier_protein_17(X) = fn_facilitated_diffusion_42(X)
& fn_facilitated_diffusion_using_carrier_protein_17(X) = fn_transport_protein_16(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_11(X) = fn_integral_protein_7(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_15(X) = fn_integral_protein_23(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_15(X) = fn_transport_protein_33(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_11(X) = fn_transport_protein_4(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_12(X) = fn_transport_protein_5(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_18(X) = fn_transport_protein_15(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_40(X) = fn_facilitated_diffusion_49(X)
& fn_facilitated_diffusion_using_carrier_protein_40(X) = fn_transport_protein_35(fn_facilitated_diffusion_using_carrier_protein_33(X))
& X = fn_transport_protein_28(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_40(X) = fn_integral_protein_24(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_39(X) = fn_integral_protein_27(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_facilitated_diffusion_using_carrier_protein_39(X) = fn_biomembrane_63(fn_facilitated_diffusion_using_carrier_protein_40(X))
& fn_facilitated_diffusion_using_carrier_protein_9(X) = fn_biomembrane_55(fn_facilitated_diffusion_using_carrier_protein_40(X))
& fn_facilitated_diffusion_using_carrier_protein_34(X) = fn_biomembrane_52(fn_facilitated_diffusion_using_carrier_protein_40(X))
& fn_facilitated_diffusion_using_carrier_protein_38(X) = fn_concentration_gradient_8(fn_facilitated_diffusion_using_carrier_protein_47(X))
& fn_facilitated_diffusion_using_carrier_protein_37(X) = fn_concentration_gradient_9(fn_facilitated_diffusion_using_carrier_protein_47(X))
& fn_facilitated_diffusion_using_carrier_protein_46(X) = fn_membrane_5(fn_facilitated_diffusion_using_carrier_protein_40(X))
& fn_facilitated_diffusion_using_carrier_protein_46(X) = fn_biomembrane_48(fn_facilitated_diffusion_using_carrier_protein_40(X))
& fn_transport_protein_18(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_facilitated_diffusion_43(X)
& fn_facilitated_diffusion_43(X) = fn_transport_protein_18(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_18(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_facilitated_diffusion_35(X)
& fn_integral_protein_6(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_facilitated_diffusion_35(X)
& fn_facilitated_diffusion_35(X) = fn_integral_protein_6(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_integral_protein_6(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_32(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_32(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_32(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_32(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_biomembrane_56(fn_facilitated_diffusion_using_carrier_protein_40(X))
& fn_integral_protein_16(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_biomembrane_56(fn_facilitated_diffusion_using_carrier_protein_40(X))
& fn_biomembrane_56(fn_facilitated_diffusion_using_carrier_protein_40(X)) = fn_integral_protein_16(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_20(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_integral_protein_16(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_integral_protein_16(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_20(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_20(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_20(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_20(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_facilitated_diffusion_32(X)
& fn_transport_protein_27(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_facilitated_diffusion_32(X)
& fn_facilitated_diffusion_32(X) = fn_transport_protein_27(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_27(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_24(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_24(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_facilitated_diffusion_30(X)
& fn_facilitated_diffusion_30(X) = fn_transport_protein_24(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_24(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_25(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_25(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_facilitated_diffusion_29(X)
& fn_facilitated_diffusion_29(X) = fn_transport_protein_25(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_25(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_facilitated_diffusion_33(X)
& fn_facilitated_diffusion_33(X) = fn_transport_protein_26(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_26(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_26(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_26(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_polymer_1(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_polymer_1(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_protein_6(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_protein_6(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_protein_6(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_protein_6(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_9(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_9(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_9(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_9(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_17(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_17(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_17(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_17(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_facilitated_diffusion_39(X)
& fn_facilitated_diffusion_39(X) = fn_transport_protein_17(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_17(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_facilitated_diffusion_38(X)
& fn_transport_protein_14(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_facilitated_diffusion_38(X)
& fn_facilitated_diffusion_38(X) = fn_transport_protein_14(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_14(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_14(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_14(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_33(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_33(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_facilitated_diffusion_42(X)
& fn_facilitated_diffusion_42(X) = fn_transport_protein_33(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_33(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_16(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_16(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_16(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_16(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_facilitated_diffusion_45(X)
& fn_integral_protein_23(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_facilitated_diffusion_45(X)
& fn_facilitated_diffusion_45(X) = fn_integral_protein_23(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_16(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_integral_protein_23(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_integral_protein_23(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_integral_protein_23(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_integral_protein_23(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_16(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_16(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_33(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_33(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_33(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_33(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_4(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_4(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_integral_protein_7(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_integral_protein_7(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_4(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_4(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_4(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_4(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_facilitated_diffusion_25(X)
& fn_facilitated_diffusion_25(X) = fn_facilitated_diffusion_25(X)
& fn_facilitated_diffusion_25(X) = fn_biomembrane_54(fn_facilitated_diffusion_using_carrier_protein_40(X))
& fn_biomembrane_54(fn_facilitated_diffusion_using_carrier_protein_40(X)) = fn_facilitated_diffusion_25(X)
& fn_facilitated_diffusion_25(X) = fn_transport_protein_12(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_12(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_integral_protein_27(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_integral_protein_27(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_12(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_12(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_biomembrane_63(fn_facilitated_diffusion_using_carrier_protein_40(X))
& fn_biomembrane_63(fn_facilitated_diffusion_using_carrier_protein_40(X)) = fn_attach_1(fn_facilitated_diffusion_using_carrier_protein_35(X))
& fn_attach_1(fn_facilitated_diffusion_using_carrier_protein_35(X)) = fn_thermal_motion_5(fn_facilitated_diffusion_using_carrier_protein_45(X))
& fn_thermal_motion_5(fn_facilitated_diffusion_using_carrier_protein_45(X)) = fn_thermal_motion_5(fn_facilitated_diffusion_using_carrier_protein_45(X))
& fn_thermal_motion_5(fn_facilitated_diffusion_using_carrier_protein_45(X)) = fn_passive_transport_14(X)
& fn_passive_transport_14(X) = fn_passive_transport_14(X)
& fn_passive_transport_14(X) = fn_biomembrane_55(fn_facilitated_diffusion_using_carrier_protein_40(X))
& fn_biomembrane_55(fn_facilitated_diffusion_using_carrier_protein_40(X)) = fn_biomembrane_55(fn_facilitated_diffusion_using_carrier_protein_40(X))
& fn_biomembrane_55(fn_facilitated_diffusion_using_carrier_protein_40(X)) = fn_passive_transport_24(X)
& fn_passive_transport_24(X) = fn_facilitated_diffusion_55(X)
& fn_facilitated_diffusion_55(X) = fn_facilitated_diffusion_55(X)
& fn_facilitated_diffusion_55(X) = fn_passive_transport_24(X)
& fn_passive_transport_24(X) = fn_transport_protein_34(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_34(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_34(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_34(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_biomembrane_52(fn_facilitated_diffusion_using_carrier_protein_40(X))
& fn_biomembrane_52(fn_facilitated_diffusion_using_carrier_protein_40(X)) = fn_biomembrane_52(fn_facilitated_diffusion_using_carrier_protein_40(X))
& fn_biomembrane_52(fn_facilitated_diffusion_using_carrier_protein_40(X)) = fn_passive_transport_of_solute_1(X)
& fn_passive_transport_of_solute_1(X) = fn_passive_transport_of_solute_1(X)
& fn_passive_transport_of_solute_1(X) = fn_concentration_gradient_8(fn_facilitated_diffusion_using_carrier_protein_47(X))
& fn_concentration_gradient_8(fn_facilitated_diffusion_using_carrier_protein_47(X)) = fn_passive_transport_of_solute_2(X)
& fn_passive_transport_of_solute_2(X) = fn_passive_transport_of_solute_2(X)
& fn_passive_transport_of_solute_2(X) = fn_concentration_gradient_9(fn_facilitated_diffusion_using_carrier_protein_47(X))
& fn_concentration_gradient_9(fn_facilitated_diffusion_using_carrier_protein_47(X)) = fn_membrane_5(fn_facilitated_diffusion_using_carrier_protein_40(X))
& fn_membrane_5(fn_facilitated_diffusion_using_carrier_protein_40(X)) = fn_biomembrane_48(fn_facilitated_diffusion_using_carrier_protein_40(X))
& fn_biomembrane_48(fn_facilitated_diffusion_using_carrier_protein_40(X)) = fn_transmembrane_protein_4(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transmembrane_protein_4(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_integral_protein_24(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_integral_protein_24(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_integral_protein_24(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_integral_protein_24(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_facilitated_diffusion_49(X)
& fn_facilitated_diffusion_49(X) = fn_facilitated_diffusion_49(X)
& fn_facilitated_diffusion_49(X) = fn_integral_protein_24(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_integral_protein_24(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_35(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_35(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_35(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_35(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_facilitated_diffusion_49(X)
& fn_facilitated_diffusion_49(X) = fn_transport_protein_35(fn_facilitated_diffusion_using_carrier_protein_33(X))
& fn_transport_protein_28(fn_facilitated_diffusion_using_carrier_protein_33(X)) = fn_transport_protein_28(fn_facilitated_diffusion_using_carrier_protein_33(X)) ) ) ).
fof(a529527,axiom,
! [X] :
( facilitated_diffusion_using_channel_protein_1(X)
=> ( original_name_2(X,'Facilitated-Diffusion-Using-Channel-Protein')
& user_description_2(X,'The molecules move with the help of channel protein across the biomembrane.')
& concept2words_2(X,diffuse)
& concept2words_2(X,'facilitated diffusion using channel protein')
& concept2words_2(X,'facilitated-diffusion-using-channel-protein')
& facilitated_diffusion_1(X)
& ~ facilitated_diffusion_using_carrier_protein_1(X)
& aqueous_solution_1(fn_facilitated_diffusion_using_channel_protein_1(X))
& aqueous_solution_1(fn_facilitated_diffusion_using_channel_protein_2(X))
& symmetrical_distribution_1(fn_facilitated_diffusion_using_channel_protein_4(X))
& size_value_1(fn_facilitated_diffusion_using_channel_protein_5(X))
& spatial_entity_1(fn_facilitated_diffusion_using_channel_protein_8(X))
& tangible_entity_1(fn_facilitated_diffusion_using_channel_protein_8(X))
& chemical_entity_1(fn_facilitated_diffusion_using_channel_protein_8(X))
& free_energy_1(fn_facilitated_diffusion_using_channel_protein_9(X))
& quantity_value_1(fn_facilitated_diffusion_using_channel_protein_10(X))
& quantity_value_1(fn_facilitated_diffusion_using_channel_protein_11(X))
& gradient_1(fn_facilitated_diffusion_using_channel_protein_12(X))
& concentration_gradient_1(fn_facilitated_diffusion_using_channel_protein_12(X))
& move_through_1(fn_facilitated_diffusion_using_channel_protein_13(X))
& channel_protein_1(fn_facilitated_diffusion_using_channel_protein_14(X))
& potential_energy_1(fn_facilitated_diffusion_using_channel_protein_15(X))
& thermal_motion_1(fn_facilitated_diffusion_using_channel_protein_16(X))
& decrease_1(fn_facilitated_diffusion_using_channel_protein_17(X))
& spatial_entity_1(fn_facilitated_diffusion_using_channel_protein_18(X))
& biomembrane_1(fn_facilitated_diffusion_using_channel_protein_18(X))
& size_value_1(fn_facilitated_diffusion_using_channel_protein_19(X))
& monomer_1(fn_facilitated_diffusion_using_channel_protein_20(X))
& property_node_1(fn_transport_protein_23(fn_facilitated_diffusion_using_channel_protein_14(X)))
& property_node_1(fn_transport_protein_22(fn_facilitated_diffusion_using_channel_protein_14(X)))
& spatial_entity_1(fn_thermal_motion_5(fn_facilitated_diffusion_using_channel_protein_16(X)))
& tangible_entity_1(fn_thermal_motion_5(fn_facilitated_diffusion_using_channel_protein_16(X)))
& size_value_1(fn_integral_protein_16(fn_facilitated_diffusion_using_channel_protein_14(X)))
& size_value_1(fn_transport_protein_20(fn_facilitated_diffusion_using_channel_protein_14(X)))
& size_value_1(fn_transport_protein_19(fn_facilitated_diffusion_using_channel_protein_14(X)))
& monomer_1(fn_polymer_6(fn_facilitated_diffusion_using_channel_protein_14(X)))
& monomer_1(fn_transport_protein_21(fn_facilitated_diffusion_using_channel_protein_14(X)))
& move_through_1(fn_transport_protein_34(fn_facilitated_diffusion_using_channel_protein_14(X)))
& biomembrane_1(fn_integral_protein_24(fn_facilitated_diffusion_using_channel_protein_14(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_facilitated_diffusion_using_channel_protein_14(X)))
& spatial_entity_1(fn_transport_protein_35(fn_facilitated_diffusion_using_channel_protein_14(X)))
& biomembrane_1(fn_transport_protein_35(fn_facilitated_diffusion_using_channel_protein_14(X)))
& facilitated_diffusion_1(fn_transport_protein_28(fn_facilitated_diffusion_using_channel_protein_14(X)))
& agent_2(X,fn_facilitated_diffusion_using_channel_protein_12(X))
& object_2(fn_facilitated_diffusion_using_channel_protein_16(X),fn_facilitated_diffusion_using_channel_protein_8(X))
& is_permeable_to_2(fn_facilitated_diffusion_using_channel_protein_18(X),fn_facilitated_diffusion_using_channel_protein_8(X))
& quantity_2(fn_facilitated_diffusion_using_channel_protein_9(X),fn_facilitated_diffusion_using_channel_protein_10(X))
& object_2(fn_facilitated_diffusion_using_channel_protein_17(X),fn_facilitated_diffusion_using_channel_protein_12(X))
& base_2(X,fn_facilitated_diffusion_using_channel_protein_12(X))
& possesses_2(fn_facilitated_diffusion_using_channel_protein_12(X),fn_facilitated_diffusion_using_channel_protein_15(X))
& destination_2(X,fn_facilitated_diffusion_using_channel_protein_2(X))
& is_between_2(fn_facilitated_diffusion_using_channel_protein_12(X),fn_facilitated_diffusion_using_channel_protein_2(X))
& is_between_2(fn_facilitated_diffusion_using_channel_protein_12(X),fn_facilitated_diffusion_using_channel_protein_1(X))
& origin_2(X,fn_facilitated_diffusion_using_channel_protein_1(X))
& causes_2(X,fn_facilitated_diffusion_using_channel_protein_17(X))
& object_2(fn_facilitated_diffusion_using_channel_protein_4(X),fn_facilitated_diffusion_using_channel_protein_8(X))
& objective_2(X,fn_facilitated_diffusion_using_channel_protein_4(X))
& raw_material_2(X,fn_facilitated_diffusion_using_channel_protein_15(X))
& quantity_2(fn_facilitated_diffusion_using_channel_protein_15(X),fn_facilitated_diffusion_using_channel_protein_11(X))
& directly_proportional_2(fn_facilitated_diffusion_using_channel_protein_11(X),fn_facilitated_diffusion_using_channel_protein_10(X))
& object_2(X,fn_facilitated_diffusion_using_channel_protein_8(X))
& object_2(fn_facilitated_diffusion_using_channel_protein_13(X),fn_facilitated_diffusion_using_channel_protein_8(X))
& causes_2(fn_facilitated_diffusion_using_channel_protein_16(X),fn_facilitated_diffusion_using_channel_protein_13(X))
& by_means_of_2(X,fn_facilitated_diffusion_using_channel_protein_16(X))
& result_2(X,fn_facilitated_diffusion_using_channel_protein_9(X))
& facilitates_2(fn_facilitated_diffusion_using_channel_protein_14(X),fn_facilitated_diffusion_using_channel_protein_13(X))
& has_part_2(fn_facilitated_diffusion_using_channel_protein_18(X),fn_facilitated_diffusion_using_channel_protein_14(X))
& agent_2(fn_facilitated_diffusion_using_channel_protein_13(X),fn_facilitated_diffusion_using_channel_protein_14(X))
& instrument_2(X,fn_facilitated_diffusion_using_channel_protein_14(X))
& size_2(fn_facilitated_diffusion_using_channel_protein_14(X),fn_facilitated_diffusion_using_channel_protein_5(X))
& has_part_2(fn_facilitated_diffusion_using_channel_protein_14(X),fn_facilitated_diffusion_using_channel_protein_20(X))
& size_2(fn_facilitated_diffusion_using_channel_protein_20(X),fn_facilitated_diffusion_using_channel_protein_19(X))
& greater_than_2(fn_facilitated_diffusion_using_channel_protein_5(X),fn_facilitated_diffusion_using_channel_protein_19(X))
& the_scalar_value_2(fn_facilitated_diffusion_using_channel_protein_5(X),big_0)
& scalar_unit_class_2(fn_facilitated_diffusion_using_channel_protein_5(X),polypeptide_0)
& is_across_2(fn_facilitated_diffusion_using_channel_protein_14(X),fn_facilitated_diffusion_using_channel_protein_18(X))
& has_function_2(fn_facilitated_diffusion_using_channel_protein_18(X),fn_facilitated_diffusion_using_channel_protein_13(X))
& base_2(fn_facilitated_diffusion_using_channel_protein_13(X),fn_facilitated_diffusion_using_channel_protein_18(X))
& path_2(X,fn_facilitated_diffusion_using_channel_protein_18(X))
& subevent_2(X,fn_facilitated_diffusion_using_channel_protein_13(X))
& fn_facilitated_diffusion_using_channel_protein_8(X) = fn_thermal_motion_5(fn_facilitated_diffusion_using_channel_protein_16(X))
& fn_facilitated_diffusion_using_channel_protein_7(X) = fn_passive_transport_16(X)
& fn_facilitated_diffusion_using_channel_protein_6(X) = fn_passive_transport_15(X)
& fn_facilitated_diffusion_using_channel_protein_17(X) = fn_passive_transport_23(X)
& fn_facilitated_diffusion_using_channel_protein_1(X) = fn_passive_transport_11(X)
& fn_facilitated_diffusion_using_channel_protein_12(X) = fn_passive_transport_26(X)
& fn_facilitated_diffusion_using_channel_protein_2(X) = fn_passive_transport_12(X)
& fn_facilitated_diffusion_using_channel_protein_10(X) = fn_passive_transport_19(X)
& fn_facilitated_diffusion_using_channel_protein_11(X) = fn_passive_transport_18(X)
& fn_facilitated_diffusion_using_channel_protein_15(X) = fn_passive_transport_27(X)
& fn_facilitated_diffusion_using_channel_protein_4(X) = fn_passive_transport_29(X)
& fn_facilitated_diffusion_using_channel_protein_9(X) = fn_passive_transport_17(X)
& fn_facilitated_diffusion_using_channel_protein_16(X) = fn_passive_transport_22(X)
& fn_facilitated_diffusion_using_channel_protein_8(X) = fn_facilitated_diffusion_26(X)
& fn_facilitated_diffusion_using_channel_protein_13(X) = fn_passive_transport_24(X)
& fn_facilitated_diffusion_using_channel_protein_8(X) = fn_passive_transport_14(X)
& fn_facilitated_diffusion_using_channel_protein_18(X) = fn_integral_protein_24(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_facilitated_diffusion_using_channel_protein_18(X) = fn_transmembrane_protein_4(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_facilitated_diffusion_using_channel_protein_21(X) = fn_transport_protein_23(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_facilitated_diffusion_using_channel_protein_3(X) = fn_transport_protein_22(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_facilitated_diffusion_using_channel_protein_5(X) = fn_integral_protein_16(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_facilitated_diffusion_using_channel_protein_5(X) = fn_facilitated_diffusion_47(X)
& fn_facilitated_diffusion_using_channel_protein_5(X) = fn_transport_protein_20(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_facilitated_diffusion_using_channel_protein_19(X) = fn_facilitated_diffusion_28(X)
& fn_facilitated_diffusion_using_channel_protein_19(X) = fn_transport_protein_19(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_facilitated_diffusion_using_channel_protein_20(X) = fn_polymer_6(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_facilitated_diffusion_using_channel_protein_20(X) = fn_facilitated_diffusion_37(X)
& fn_facilitated_diffusion_using_channel_protein_20(X) = fn_transport_protein_21(fn_facilitated_diffusion_using_channel_protein_14(X))
& X = fn_transport_protein_28(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_facilitated_diffusion_using_channel_protein_13(X) = fn_facilitated_diffusion_55(X)
& fn_facilitated_diffusion_using_channel_protein_13(X) = fn_transport_protein_34(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_facilitated_diffusion_using_channel_protein_14(X) = fn_facilitated_diffusion_25(X)
& fn_facilitated_diffusion_using_channel_protein_18(X) = fn_facilitated_diffusion_49(X)
& fn_facilitated_diffusion_using_channel_protein_18(X) = fn_transport_protein_35(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_thermal_motion_5(fn_facilitated_diffusion_using_channel_protein_16(X)) = fn_facilitated_diffusion_26(X)
& fn_facilitated_diffusion_26(X) = fn_facilitated_diffusion_26(X)
& fn_passive_transport_14(X) = fn_facilitated_diffusion_26(X)
& fn_facilitated_diffusion_26(X) = fn_passive_transport_14(X)
& fn_passive_transport_14(X) = fn_passive_transport_14(X)
& fn_passive_transport_14(X) = fn_facilitated_diffusion_47(X)
& fn_facilitated_diffusion_47(X) = fn_integral_protein_16(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_integral_protein_16(fn_facilitated_diffusion_using_channel_protein_14(X)) = fn_facilitated_diffusion_47(X)
& fn_facilitated_diffusion_47(X) = fn_transport_protein_20(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_transport_protein_20(fn_facilitated_diffusion_using_channel_protein_14(X)) = fn_integral_protein_16(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_integral_protein_16(fn_facilitated_diffusion_using_channel_protein_14(X)) = fn_transport_protein_20(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_transport_protein_20(fn_facilitated_diffusion_using_channel_protein_14(X)) = fn_transport_protein_20(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_transport_protein_20(fn_facilitated_diffusion_using_channel_protein_14(X)) = fn_transport_protein_19(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_transport_protein_19(fn_facilitated_diffusion_using_channel_protein_14(X)) = fn_facilitated_diffusion_28(X)
& fn_facilitated_diffusion_28(X) = fn_transport_protein_19(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_transport_protein_19(fn_facilitated_diffusion_using_channel_protein_14(X)) = fn_facilitated_diffusion_37(X)
& fn_facilitated_diffusion_37(X) = fn_polymer_6(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_polymer_6(fn_facilitated_diffusion_using_channel_protein_14(X)) = fn_facilitated_diffusion_37(X)
& fn_facilitated_diffusion_37(X) = fn_facilitated_diffusion_37(X)
& fn_transport_protein_21(fn_facilitated_diffusion_using_channel_protein_14(X)) = fn_facilitated_diffusion_37(X)
& fn_facilitated_diffusion_37(X) = fn_transport_protein_21(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_transport_protein_21(fn_facilitated_diffusion_using_channel_protein_14(X)) = fn_passive_transport_24(X)
& fn_passive_transport_24(X) = fn_facilitated_diffusion_55(X)
& fn_facilitated_diffusion_55(X) = fn_facilitated_diffusion_55(X)
& fn_facilitated_diffusion_55(X) = fn_passive_transport_24(X)
& fn_passive_transport_24(X) = fn_passive_transport_24(X)
& fn_passive_transport_24(X) = fn_transport_protein_34(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_transport_protein_34(fn_facilitated_diffusion_using_channel_protein_14(X)) = fn_transport_protein_34(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_transport_protein_34(fn_facilitated_diffusion_using_channel_protein_14(X)) = fn_integral_protein_24(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_integral_protein_24(fn_facilitated_diffusion_using_channel_protein_14(X)) = fn_transmembrane_protein_4(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_facilitated_diffusion_49(X) = fn_transmembrane_protein_4(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_transmembrane_protein_4(fn_facilitated_diffusion_using_channel_protein_14(X)) = fn_facilitated_diffusion_49(X)
& fn_facilitated_diffusion_49(X) = fn_facilitated_diffusion_49(X)
& fn_transport_protein_35(fn_facilitated_diffusion_using_channel_protein_14(X)) = fn_facilitated_diffusion_49(X)
& fn_facilitated_diffusion_49(X) = fn_transport_protein_35(fn_facilitated_diffusion_using_channel_protein_14(X))
& fn_transport_protein_28(fn_facilitated_diffusion_using_channel_protein_14(X)) = fn_transport_protein_28(fn_facilitated_diffusion_using_channel_protein_14(X)) ) ) ).
fof(a529528,axiom,
! [X] :
( facilitator_1(X)
=> ( original_name_2(X,'Facilitator')
& user_description_2(X,'A species that has a positive effect on the survival and reproduction of other species in a community and that influences community structure.')
& concept2words_2(X,facilitator)
& role_1(X) ) ) ).
fof(a529529,axiom,
! [X] :
( factory_1(X)
=> ( original_name_2(X,'Factory')
& user_description_2(X,'A building where a product is manufactured.')
& concept2words_2(X,factory)
& architectural_structure_1(X)
& ~ wall_1(X)
& ~ room_1(X)
& ~ roof_1(X)
& ~ platform_1(X)
& ~ parkinglot_1(X)
& ~ door_1(X)
& ~ ceiling_1(X)
& ~ building_1(X)
& ~ building_complex_1(X)
& ~ bridge_1(X)
& ~ laboratory_1(X) ) ) ).
fof(a529530,axiom,
! [X] :
( facultative_anaerobe_1(X)
=> ( original_name_2(X,'Facultative-Anaerobe')
& user_description_2(X,'Cells or organisms with the ability to make ATP by aerobic respiration or by anaerobic respiration. Most facultative anaerobes preferentially utilize aerobic respiration.')
& concept2words_2(X,'facultative anaerobe')
& concept2words_2(X,'facultative-anaerobe')
& anaerobe_1(X)
& ~ parasite_1(X)
& ~ primary_consumer_1(X)
& ~ secondary_consumer_1(X)
& ~ tertiary_consumer_1(X) ) ) ).
fof(a529531,axiom,
! [X] :
( fad_1(X)
=> ( original_name_2(X,'FAD')
& user_description_2(X,'FAD (Flavin Adenine Dinucleotide) is a derivative of the B-vitamin riboflavin.')
& concept2words_2(X,'flavin adenine dinucleotide')
& concept2words_2(X,'electron carrier')
& concept2words_2(X,'electron carrier of cellular respiration')
& concept2words_2(X,fad)
& dinucleotide_1(X)
& metabolism_1(fn_fad_1(X))
& transfer_1(fn_fad_2(X))
& fadh2_1(fn_fad_3(X))
& oxidizing_agent_1(fn_fad_4(X))
& coenzyme_1(fn_fad_5(X))
& chemical_entity_1(fn_oxidizing_agent_1(fn_fad_4(X)))
& organic_molecule_1(fn_coenzyme_1(fn_fad_5(X)))
& fad_1(fn_fadh2_1(fn_fad_3(X)))
& agent_2(fn_fad_2(X),X)
& has_state_2(X,fn_fad_3(X))
& in_event_2(fn_fad_5(X),fn_fad_1(X))
& plays_2(X,fn_fad_4(X))
& plays_2(X,fn_fad_5(X))
& has_reduced_form_2(X,fn_fad_3(X))
& has_oxidized_form_2(fn_fad_3(X),X)
& X = fn_oxidizing_agent_1(fn_fad_4(X))
& X = fn_coenzyme_1(fn_fad_5(X))
& X = fn_fadh2_1(fn_fad_3(X))
& fn_oxidizing_agent_1(fn_fad_4(X)) = fn_coenzyme_1(fn_fad_5(X))
& fn_coenzyme_1(fn_fad_5(X)) = fn_coenzyme_1(fn_fad_5(X))
& fn_coenzyme_1(fn_fad_5(X)) = fn_fadh2_1(fn_fad_3(X))
& fn_fadh2_1(fn_fad_3(X)) = fn_fadh2_1(fn_fad_3(X)) ) ) ).
fof(a529532,axiom,
! [X] :
( fadh2_1(X)
=> ( original_name_2(X,'FADH2')
& user_description_2(X,'The reduced form of FAD is FADH2. This acts as a reducing agent in most chemical reactions.')
& concept2words_2(X,'flavin adenine dinucleotide')
& concept2words_2(X,'flavin-adenine-dinucleotide')
& concept2words_2(X,'electron carrier of cellular respiration')
& concept2words_2(X,fadh2)
& dinucleotide_1(X)
& ~ acetyl_coa_1(X)
& ~ coenzyme_a_1(X)
& ~ nad_plus_1(X)
& ~ nadh_1(X)
& ~ nadp_plus_1(X)
& ~ nadph_1(X)
& ~ succinyl_coa_1(X)
& fad_1(fn_fadh2_1(X))
& carry_1(fn_fadh2_2(X))
& constant_motion_1(fn_fadh2_3(X))
& atom_1(fn_fadh2_4(X))
& chemical_entity_1(fn_fadh2_4(X))
& carbon_1(fn_fadh2_5(X))
& kinetic_energy_1(fn_fadh2_6(X))
& carbon_skeleton_1(fn_fadh2_7(X))
& quantity_value_1(fn_fadh2_8(X))
& speed_value_1(fn_fadh2_9(X))
& electron_carrier_1(fn_fadh2_10(X))
& coenzyme_1(fn_fadh2_11(X))
& carry_1(fn_electron_carrier_2(fn_fadh2_10(X)))
& organic_molecule_1(fn_coenzyme_1(fn_fadh2_11(X)))
& chemical_entity_1(fn_electron_carrier_1(fn_fadh2_10(X)))
& has_function_2(X,fn_fadh2_2(X))
& has_state_2(X,fn_fadh2_1(X))
& has_oxidized_form_2(X,fn_fadh2_1(X))
& has_reduced_form_2(fn_fadh2_1(X),X)
& plays_2(X,fn_fadh2_11(X))
& in_event_2(fn_fadh2_10(X),fn_fadh2_2(X))
& agent_2(fn_fadh2_2(X),X)
& plays_2(X,fn_fadh2_10(X))
& possesses_2(X,fn_fadh2_6(X))
& quantity_2(fn_fadh2_6(X),fn_fadh2_8(X))
& directly_proportional_2(fn_fadh2_9(X),fn_fadh2_8(X))
& speed_2(fn_fadh2_3(X),fn_fadh2_9(X))
& object_2(fn_fadh2_3(X),X)
& has_part_2(X,fn_fadh2_4(X))
& has_part_2(X,fn_fadh2_5(X))
& is_inside_2(fn_fadh2_5(X),fn_fadh2_7(X))
& has_region_2(X,fn_fadh2_7(X))
& fn_fadh2_4(X) != fn_fadh2_5(X)
& fn_fadh2_5(X) != fn_fadh2_4(X)
& X = fn_coenzyme_1(fn_fadh2_11(X))
& X = fn_electron_carrier_1(fn_fadh2_10(X))
& fn_fadh2_2(X) = fn_electron_carrier_2(fn_fadh2_10(X))
& fn_fadh2_3(X) = fn_molecule_8(X)
& fn_fadh2_9(X) = fn_molecule_3(X)
& fn_fadh2_8(X) = fn_molecule_4(X)
& fn_fadh2_6(X) = fn_molecule_12(X)
& fn_fadh2_7(X) = fn_organic_molecule_3(X)
& fn_fadh2_4(X) = fn_organic_molecule_2(X)
& fn_fadh2_5(X) = fn_organic_molecule_1(X)
& fn_coenzyme_1(fn_fadh2_11(X)) = fn_electron_carrier_1(fn_fadh2_10(X))
& fn_electron_carrier_1(fn_fadh2_10(X)) = fn_electron_carrier_1(fn_fadh2_10(X)) ) ) ).
fof(a529533,axiom,
! [X] :
( fall_1(X)
=> ( original_name_2(X,'Fall')
& concept2words_2(X,fall)
& move_1(X) ) ) ).
fof(a529534,axiom,
! [X] :
( familial_hypercholesterolemia_1(X)
=> ( original_name_2(X,'Familial-Hypercholesterolemia')
& user_description_2(X,'In humans with familial hypercholesterolemia, an inherited disease characterized by a very high level of cholesterol in the blood, the LDL receptor proteins are defective, and the LDL particles cannot enter cells.')
& concept2words_2(X,'familial hypercholesterolaemia')
& concept2words_2(X,'familial-hypercholesterolaemia')
& concept2words_2(X,fh)
& concept2words_2(X,'familial hypercholesterolemia')
& concept2words_2(X,'familial-hypercholesterolemia')
& human_genetic_disorder_1(X) ) ) ).
fof(a529535,axiom,
! [X] :
( family_1(X)
=> ( original_name_2(X,'Family')
& concept2words_2(X,house)
& concept2words_2(X,home)
& concept2words_2(X,family)
& concept2words_2(X,household)
& concept2words_2(X,menage)
& concept2words_2(X,'family unit')
& concept2words_2(X,family_unit)
& group_1(X) ) ) ).
fof(a529536,axiom,
! [X] :
( family_as_classification_1(X)
=> ( original_name_2(X,'Family-As-Classification')
& user_description_2(X,'In Linnean classification, the taxonomy category above genus and below order.')
& concept2words_2(X,'family as classification')
& concept2words_2(X,'family-as-classification')
& taxon_1(X) ) ) ).
fof(a529537,axiom,
! [X] :
( fang_1(X)
=> ( original_name_2(X,'Fang')
& user_description_2(X,'Specialized elongated canine tooth which is sharply pointed. In some species, fangs are hollow for injecting venom into prey.')
& concept2words_2(X,fang)
& canine_tooth_1(X) ) ) ).
fof(a529538,axiom,
! [X] :
( fasciated_gene_1(X)
=> ( original_name_2(X,'Fasciated-Gene')
& user_description_2(X,'Gene associated with fasciation, or lengthening of structures at the apical meristem of plants.')
& concept2words_2(X,'fasciated gene')
& concept2words_2(X,'fasciated-gene')
& plant_gene_1(X)
& carbon_1(fn_fasciated_gene_1(X))
& nucleoside_monophosphate_1(fn_fasciated_gene_2(X))
& monomer_1(fn_fasciated_gene_2(X))
& monomer_1(fn_fasciated_gene_3(X))
& nucleoside_monophosphate_1(fn_fasciated_gene_3(X))
& speed_value_1(fn_fasciated_gene_6(X))
& quantity_value_1(fn_fasciated_gene_7(X))
& nitrogen_1(fn_fasciated_gene_8(X))
& chemical_entity_1(fn_fasciated_gene_9(X))
& deoxyribonucleoside_monophosphate_1(fn_fasciated_gene_9(X))
& deoxyribonucleoside_monophosphate_1(fn_fasciated_gene_10(X))
& intron_1(fn_fasciated_gene_16(X))
& exon_1(fn_fasciated_gene_17(X))
& exon_1(fn_fasciated_gene_18(X))
& size_value_1(fn_fasciated_gene_19(X))
& size_value_1(fn_fasciated_gene_20(X))
& atomic_number_value_1(fn_fasciated_gene_22(X))
& quantity_value_1(fn_fasciated_gene_23(X))
& entity_1(fn_fasciated_gene_24(X))
& chemical_entity_1(fn_fasciated_gene_24(X))
& atom_1(fn_fasciated_gene_24(X))
& carbon_1(fn_fasciated_gene_24(X))
& hydrogen_1(fn_fasciated_gene_25(X))
& entity_1(fn_fasciated_gene_26(X))
& atom_1(fn_fasciated_gene_26(X))
& oxygen_1(fn_fasciated_gene_26(X))
& entity_1(fn_fasciated_gene_27(X))
& valence_electron_1(fn_fasciated_gene_27(X))
& constant_motion_1(fn_fasciated_gene_28(X))
& share_1(fn_fasciated_gene_29(X))
& unequal_sharing_1(fn_fasciated_gene_30(X))
& dna_strand_1(fn_fasciated_gene_31(X))
& nucleoside_1(fn_fasciated_gene_31(X))
& number_5_prime_carbon_1(fn_fasciated_gene_32(X))
& entity_1(fn_fasciated_gene_33(X))
& oxygen_1(fn_fasciated_gene_33(X))
& code_for_1(fn_fasciated_gene_34(X))
& phosphodiester_bond_1(fn_fasciated_gene_35(X))
& plant_1(fn_fasciated_gene_36(X))
& genotype_1(fn_fasciated_gene_37(X))
& gene_related_aggregates_1(fn_fasciated_gene_37(X))
& kinetic_energy_1(fn_fasciated_gene_38(X))
& valence_electron_1(fn_fasciated_gene_39(X))
& system_1(fn_fasciated_gene_40(X))
& genotype_1(fn_organism_3(fn_fasciated_gene_36(X)))
& constant_motion_1(fn_kinetic_energy_1(fn_fasciated_gene_38(X)))
& valence_electron_1(fn_oxygen_8(fn_fasciated_gene_33(X)))
& share_1(fn_phosphodiester_bond_6(fn_fasciated_gene_35(X)))
& equation_big_node_1(fn_carbon_7(fn_fasciated_gene_24(X)))
& system_1(fn_carbon_11(fn_fasciated_gene_24(X)))
& property_node_1(fn_carbon_13(fn_fasciated_gene_24(X)))
& property_node_1(fn_carbon_9(fn_fasciated_gene_24(X)))
& equation_set_1(fn_carbon_20(fn_fasciated_gene_24(X)))
& atom_1(fn_dna_strand_38(fn_fasciated_gene_31(X)))
& chemical_entity_1(fn_dna_strand_38(fn_fasciated_gene_31(X)))
& carbon_1(fn_dna_strand_39(fn_fasciated_gene_31(X)))
& entity_1(fn_share_1(fn_fasciated_gene_30(X)))
& exon_1(fn_intron_6(fn_fasciated_gene_16(X)))
& gene_1(fn_dna_strand_14(fn_fasciated_gene_31(X)))
& gene_1(fn_gene_related_aggregates_1(fn_fasciated_gene_37(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_fasciated_gene_38(X)))
& entity_1(fn_share_2(fn_fasciated_gene_30(X)))
& valence_electron_1(fn_oxygen_1(fn_fasciated_gene_33(X)))
& entity_1(fn_share_1(fn_fasciated_gene_29(X)))
& oxygen_1(fn_phosphodiester_bond_4(fn_fasciated_gene_35(X)))
& entity_1(fn_share_3(fn_fasciated_gene_29(X)))
& entity_1(fn_share_3(fn_fasciated_gene_30(X)))
& atom_1(fn_phosphodiester_bond_18(fn_fasciated_gene_35(X)))
& oxygen_1(fn_phosphodiester_bond_18(fn_fasciated_gene_35(X)))
& atom_1(fn_phosphodiester_bond_27(fn_fasciated_gene_35(X)))
& oxygen_1(fn_phosphodiester_bond_27(fn_fasciated_gene_35(X)))
& entity_1(fn_phosphodiester_bond_16(fn_fasciated_gene_35(X)))
& chemical_entity_1(fn_phosphodiester_bond_16(fn_fasciated_gene_35(X)))
& atom_1(fn_phosphodiester_bond_16(fn_fasciated_gene_35(X)))
& carbon_1(fn_phosphodiester_bond_16(fn_fasciated_gene_35(X)))
& entity_1(fn_phosphodiester_bond_15(fn_fasciated_gene_35(X)))
& chemical_entity_1(fn_phosphodiester_bond_15(fn_fasciated_gene_35(X)))
& atom_1(fn_phosphodiester_bond_15(fn_fasciated_gene_35(X)))
& carbon_1(fn_phosphodiester_bond_15(fn_fasciated_gene_35(X)))
& quantity_value_1(fn_atom_11(fn_fasciated_gene_24(X)))
& quantity_value_1(fn_carbon_12(fn_fasciated_gene_24(X)))
& quantity_value_1(fn_carbon_19(fn_fasciated_gene_24(X)))
& atomic_number_value_1(fn_atom_17(fn_fasciated_gene_24(X)))
& atomic_number_value_1(fn_carbon_16(fn_fasciated_gene_24(X)))
& fn_fasciated_gene_1(X) != fn_fasciated_gene_33(X)
& fn_fasciated_gene_39(X) != fn_fasciated_gene_27(X)
& quantity_2(fn_fasciated_gene_38(X),fn_fasciated_gene_7(X))
& element_2(X,fn_fasciated_gene_3(X))
& element_2(X,fn_fasciated_gene_2(X))
& first_element_2(X,fn_fasciated_gene_2(X))
& is_between_2(fn_fasciated_gene_35(X),fn_fasciated_gene_33(X))
& is_between_2(fn_fasciated_gene_35(X),fn_fasciated_gene_8(X))
& donor_2(fn_fasciated_gene_34(X),X)
& fn_fasciated_gene_33(X) != fn_fasciated_gene_1(X)
& object_2(fn_fasciated_gene_30(X),fn_fasciated_gene_39(X))
& agent_2(fn_fasciated_gene_30(X),fn_fasciated_gene_24(X))
& agent_2(fn_fasciated_gene_30(X),fn_fasciated_gene_8(X))
& agent_2(fn_fasciated_gene_30(X),fn_fasciated_gene_33(X))
& directly_proportional_2(fn_fasciated_gene_6(X),fn_fasciated_gene_7(X))
& speed_2(fn_fasciated_gene_28(X),fn_fasciated_gene_6(X))
& fn_fasciated_gene_27(X) != fn_fasciated_gene_39(X)
& is_between_2(fn_fasciated_gene_16(X),fn_fasciated_gene_17(X))
& next_element_2(fn_fasciated_gene_2(X),fn_fasciated_gene_3(X))
& size_2(fn_fasciated_gene_2(X),fn_fasciated_gene_20(X))
& agent_2(fn_fasciated_gene_29(X),fn_fasciated_gene_26(X))
& agent_2(fn_fasciated_gene_29(X),fn_fasciated_gene_33(X))
& fn_fasciated_gene_25(X) != fn_fasciated_gene_33(X)
& fn_fasciated_gene_33(X) != fn_fasciated_gene_25(X)
& has_part_2(fn_fasciated_gene_31(X),fn_fasciated_gene_32(X))
& agent_2(fn_fasciated_gene_30(X),fn_fasciated_gene_25(X))
& fn_fasciated_gene_25(X) != fn_fasciated_gene_26(X)
& agent_2(fn_fasciated_gene_30(X),fn_fasciated_gene_26(X))
& object_2(fn_fasciated_gene_30(X),fn_fasciated_gene_27(X))
& fn_fasciated_gene_26(X) != fn_fasciated_gene_25(X)
& has_part_2(fn_fasciated_gene_31(X),X)
& has_part_2(fn_fasciated_gene_36(X),fn_fasciated_gene_37(X))
& is_between_2(fn_fasciated_gene_16(X),fn_fasciated_gene_18(X))
& element_2(fn_fasciated_gene_37(X),X)
& possesses_2(X,fn_fasciated_gene_38(X))
& object_2(fn_fasciated_gene_28(X),X)
& next_element_2(fn_fasciated_gene_18(X),fn_fasciated_gene_16(X))
& element_2(X,fn_fasciated_gene_18(X))
& has_function_2(X,fn_fasciated_gene_34(X))
& agent_2(fn_fasciated_gene_34(X),X)
& element_2(X,fn_fasciated_gene_9(X))
& first_element_2(X,fn_fasciated_gene_9(X))
& size_2(X,fn_fasciated_gene_19(X))
& next_element_2(fn_fasciated_gene_9(X),fn_fasciated_gene_10(X))
& element_2(X,fn_fasciated_gene_10(X))
& element_2(X,fn_fasciated_gene_16(X))
& next_element_2(fn_fasciated_gene_16(X),fn_fasciated_gene_17(X))
& element_2(X,fn_fasciated_gene_17(X))
& possesses_2(X,fn_fasciated_gene_35(X))
& is_between_2(fn_fasciated_gene_35(X),fn_fasciated_gene_9(X))
& size_2(fn_fasciated_gene_9(X),fn_fasciated_gene_20(X))
& greater_than_2(fn_fasciated_gene_19(X),fn_fasciated_gene_20(X))
& fn_fasciated_gene_22(X) = fn_fasciated_gene_23(X)
& fn_fasciated_gene_23(X) = fn_fasciated_gene_22(X)
& atomic_number_2(fn_fasciated_gene_24(X),fn_fasciated_gene_22(X))
& called_2(fn_fasciated_gene_23(X),'Number_Proton')
& the_cardinal_value_2(fn_fasciated_gene_22(X),"6")
& cardinal_unit_class_2(fn_fasciated_gene_22(X),unity_0)
& called_2(fn_fasciated_gene_22(X),'Atomic_Number')
& fn_fasciated_gene_24(X) != fn_fasciated_gene_26(X)
& fn_fasciated_gene_26(X) != fn_fasciated_gene_24(X)
& result_2(fn_fasciated_gene_29(X),fn_fasciated_gene_35(X))
& agent_2(fn_fasciated_gene_29(X),fn_fasciated_gene_24(X))
& is_between_2(fn_fasciated_gene_35(X),fn_fasciated_gene_24(X))
& fn_fasciated_gene_26(X) != fn_fasciated_gene_33(X)
& fn_fasciated_gene_33(X) != fn_fasciated_gene_26(X)
& has_part_2(fn_fasciated_gene_33(X),fn_fasciated_gene_27(X))
& has_part_2(fn_fasciated_gene_33(X),fn_fasciated_gene_39(X))
& fn_fasciated_gene_26(X) = fn_share_3(fn_fasciated_gene_29(X))
& fn_fasciated_gene_25(X) = fn_share_3(fn_fasciated_gene_29(X))
& fn_fasciated_gene_33(X) = fn_share_1(fn_fasciated_gene_29(X))
& fn_fasciated_gene_32(X) = fn_dna_strand_38(fn_fasciated_gene_31(X))
& fn_fasciated_gene_32(X) = fn_dna_strand_39(fn_fasciated_gene_31(X))
& fn_fasciated_gene_27(X) = fn_share_2(fn_fasciated_gene_30(X))
& fn_fasciated_gene_26(X) = fn_share_3(fn_fasciated_gene_30(X))
& fn_fasciated_gene_25(X) = fn_share_1(fn_fasciated_gene_30(X))
& X = fn_dna_strand_14(fn_fasciated_gene_31(X))
& fn_fasciated_gene_37(X) = fn_organism_3(fn_fasciated_gene_36(X))
& fn_fasciated_gene_18(X) = fn_intron_6(fn_fasciated_gene_16(X))
& X = fn_gene_related_aggregates_1(fn_fasciated_gene_37(X))
& fn_fasciated_gene_28(X) = fn_kinetic_energy_1(fn_fasciated_gene_38(X))
& X = fn_kinetic_energy_2(fn_fasciated_gene_38(X))
& fn_fasciated_gene_13(X) = fn_gene_8(X)
& fn_fasciated_gene_18(X) = fn_gene_3(X)
& fn_fasciated_gene_34(X) = fn_gene_13(X)
& fn_fasciated_gene_17(X) = fn_gene_5(X)
& fn_fasciated_gene_16(X) = fn_gene_4(X)
& fn_fasciated_gene_10(X) = fn_gene_10(X)
& fn_fasciated_gene_12(X) = fn_gene_9(X)
& fn_fasciated_gene_19(X) = fn_gene_11(X)
& fn_fasciated_gene_20(X) = fn_gene_12(X)
& fn_fasciated_gene_9(X) = fn_gene_17(X)
& fn_fasciated_gene_35(X) = fn_gene_16(X)
& fn_fasciated_gene_27(X) = fn_oxygen_1(fn_fasciated_gene_33(X))
& fn_fasciated_gene_39(X) = fn_oxygen_8(fn_fasciated_gene_33(X))
& fn_fasciated_gene_33(X) = fn_phosphodiester_bond_4(fn_fasciated_gene_35(X))
& fn_fasciated_gene_29(X) = fn_phosphodiester_bond_6(fn_fasciated_gene_35(X))
& fn_fasciated_gene_26(X) = fn_phosphodiester_bond_18(fn_fasciated_gene_35(X))
& fn_fasciated_gene_26(X) = fn_phosphodiester_bond_27(fn_fasciated_gene_35(X))
& fn_fasciated_gene_24(X) = fn_phosphodiester_bond_16(fn_fasciated_gene_35(X))
& fn_fasciated_gene_24(X) = fn_phosphodiester_bond_15(fn_fasciated_gene_35(X))
& fn_fasciated_gene_23(X) = fn_carbon_12(fn_fasciated_gene_24(X))
& fn_fasciated_gene_23(X) = fn_atom_11(fn_fasciated_gene_24(X))
& fn_fasciated_gene_11(X) = fn_carbon_7(fn_fasciated_gene_24(X))
& fn_fasciated_gene_40(X) = fn_carbon_11(fn_fasciated_gene_24(X))
& fn_fasciated_gene_14(X) = fn_carbon_13(fn_fasciated_gene_24(X))
& fn_fasciated_gene_15(X) = fn_carbon_9(fn_fasciated_gene_24(X))
& fn_fasciated_gene_23(X) = fn_carbon_19(fn_fasciated_gene_24(X))
& fn_fasciated_gene_22(X) = fn_atom_17(fn_fasciated_gene_24(X))
& fn_fasciated_gene_22(X) = fn_carbon_16(fn_fasciated_gene_24(X))
& fn_fasciated_gene_21(X) = fn_carbon_20(fn_fasciated_gene_24(X))
& fn_dna_strand_38(fn_fasciated_gene_31(X)) = fn_dna_strand_39(fn_fasciated_gene_31(X))
& fn_dna_strand_39(fn_fasciated_gene_31(X)) = fn_share_3(fn_fasciated_gene_29(X))
& fn_share_3(fn_fasciated_gene_29(X)) = fn_share_3(fn_fasciated_gene_29(X))
& fn_share_3(fn_fasciated_gene_29(X)) = fn_share_1(fn_fasciated_gene_30(X))
& fn_share_1(fn_fasciated_gene_30(X)) = fn_share_1(fn_fasciated_gene_30(X))
& fn_share_1(fn_fasciated_gene_30(X)) = fn_intron_6(fn_fasciated_gene_16(X))
& fn_intron_6(fn_fasciated_gene_16(X)) = fn_gene_3(X)
& fn_gene_3(X) = fn_gene_3(X)
& fn_gene_3(X) = fn_dna_strand_14(fn_fasciated_gene_31(X))
& fn_dna_strand_14(fn_fasciated_gene_31(X)) = fn_gene_related_aggregates_1(fn_fasciated_gene_37(X))
& fn_gene_related_aggregates_1(fn_fasciated_gene_37(X)) = fn_gene_related_aggregates_1(fn_fasciated_gene_37(X))
& fn_gene_related_aggregates_1(fn_fasciated_gene_37(X)) = fn_kinetic_energy_2(fn_fasciated_gene_38(X))
& fn_kinetic_energy_2(fn_fasciated_gene_38(X)) = fn_kinetic_energy_2(fn_fasciated_gene_38(X))
& fn_kinetic_energy_2(fn_fasciated_gene_38(X)) = fn_share_2(fn_fasciated_gene_30(X))
& fn_share_2(fn_fasciated_gene_30(X)) = fn_oxygen_1(fn_fasciated_gene_33(X))
& fn_oxygen_1(fn_fasciated_gene_33(X)) = fn_share_1(fn_fasciated_gene_29(X))
& fn_share_1(fn_fasciated_gene_29(X)) = fn_share_1(fn_fasciated_gene_29(X))
& fn_share_1(fn_fasciated_gene_29(X)) = fn_phosphodiester_bond_4(fn_fasciated_gene_35(X))
& fn_phosphodiester_bond_4(fn_fasciated_gene_35(X)) = fn_phosphodiester_bond_4(fn_fasciated_gene_35(X))
& fn_phosphodiester_bond_4(fn_fasciated_gene_35(X)) = fn_share_3(fn_fasciated_gene_29(X))
& fn_share_3(fn_fasciated_gene_29(X)) = fn_share_3(fn_fasciated_gene_30(X))
& fn_share_3(fn_fasciated_gene_30(X)) = fn_share_3(fn_fasciated_gene_30(X))
& fn_share_3(fn_fasciated_gene_30(X)) = fn_phosphodiester_bond_18(fn_fasciated_gene_35(X))
& fn_phosphodiester_bond_18(fn_fasciated_gene_35(X)) = fn_phosphodiester_bond_18(fn_fasciated_gene_35(X))
& fn_phosphodiester_bond_27(fn_fasciated_gene_35(X)) = fn_phosphodiester_bond_18(fn_fasciated_gene_35(X))
& fn_phosphodiester_bond_18(fn_fasciated_gene_35(X)) = fn_phosphodiester_bond_27(fn_fasciated_gene_35(X))
& fn_phosphodiester_bond_27(fn_fasciated_gene_35(X)) = fn_phosphodiester_bond_15(fn_fasciated_gene_35(X))
& fn_phosphodiester_bond_15(fn_fasciated_gene_35(X)) = fn_phosphodiester_bond_16(fn_fasciated_gene_35(X))
& fn_phosphodiester_bond_16(fn_fasciated_gene_35(X)) = fn_phosphodiester_bond_15(fn_fasciated_gene_35(X))
& fn_phosphodiester_bond_15(fn_fasciated_gene_35(X)) = fn_carbon_12(fn_fasciated_gene_24(X))
& fn_carbon_12(fn_fasciated_gene_24(X)) = fn_atom_11(fn_fasciated_gene_24(X))
& fn_atom_11(fn_fasciated_gene_24(X)) = fn_atom_11(fn_fasciated_gene_24(X))
& fn_atom_11(fn_fasciated_gene_24(X)) = fn_carbon_12(fn_fasciated_gene_24(X))
& fn_carbon_12(fn_fasciated_gene_24(X)) = fn_carbon_19(fn_fasciated_gene_24(X))
& fn_carbon_19(fn_fasciated_gene_24(X)) = fn_carbon_19(fn_fasciated_gene_24(X))
& fn_carbon_19(fn_fasciated_gene_24(X)) = fn_carbon_16(fn_fasciated_gene_24(X))
& fn_carbon_16(fn_fasciated_gene_24(X)) = fn_carbon_16(fn_fasciated_gene_24(X))
& fn_carbon_16(fn_fasciated_gene_24(X)) = fn_atom_17(fn_fasciated_gene_24(X))
& fn_atom_17(fn_fasciated_gene_24(X)) = fn_carbon_16(fn_fasciated_gene_24(X)) ) ) ).
fof(a529539,axiom,
! [X] :
( fast_block_1(X)
=> ( original_name_2(X,'Fast-Block')
& user_description_2(X,'A rapid depolarization of the egg membrane that is triggered when a sperm fuses to the egg membrane. The depolarization prevents other sperm from fusing with the same egg.')
& concept2words_2(X,'block of fast')
& concept2words_2(X,'fast block')
& concept2words_2(X,'fast-block')
& change_in_membrane_potential_1(X) ) ) ).
fof(a529540,axiom,
! [X] :
( fast_muscle_fiber_1(X)
=> ( original_name_2(X,'Fast-Muscle-Fiber')
& user_description_2(X,'Skeletal muscle fiber that contracts quickly and strongly but fatigues rapidly.')
& concept2words_2(X,'fast muscle fiber')
& concept2words_2(X,'fast-muscle-fiber')
& fiber_1(X)
& skeletal_muscle_1(X)
& ~ slow_twitch_fiber_1(X) ) ) ).
fof(a529541,axiom,
! [X] :
( fat_1(X)
=> ( original_name_2(X,'Fat')
& user_description_2(X,'Fats consist of a wide group of compounds that are generally soluble in organic solvents and largely insoluble in water. Chemically, fats are generally triesters of glycerol and fatty acids. Fats may be either solid or liquid at room temperature, depending on their structure and composition')
& concept2words_2(X,triglyceride)
& concept2words_2(X,triacylglycerol)
& concept2words_2(X,tag)
& concept2words_2(X,tg)
& concept2words_2(X,fat)
& lipid_1(X)
& glycerol_1(fn_fat_1(X))
& shape_value_1(fn_fat_2(X))
& fatty_acid_tail_1(fn_fat_3(X))
& glycerol_head_1(fn_fat_5(X))
& quantity_value_1(fn_fat_6(X))
& chemical_energy_1(fn_fat_7(X))
& unitless_value_1(fn_fat_9(X))
& hydrophobic_region_1(fn_fat_11(X))
& carbon_skeleton_1(fn_fat_12(X))
& ester_linkage_1(fn_fat_13(X))
& fatty_acid_1(fn_fat_14(X))
& carbon_skeleton_1(fn_fatty_acid_27(fn_fat_14(X)))
& the_scalar_value_2(fn_fat_9(X),high_0)
& scalar_unit_class_2(fn_fat_9(X),organic_molecule_0)
& quantity_2(fn_fat_7(X),fn_fat_6(X))
& the_scalar_value_2(fn_fat_6(X),high_0)
& scalar_unit_class_2(fn_fat_6(X),tangible_entity_0)
& shape_2(fn_fat_12(X),fn_fat_2(X))
& the_categorical_value_2(fn_fat_2(X),zig_zag_0)
& has_part_2(X,fn_fat_1(X))
& has_part_2(X,fn_fat_14(X))
& exactCardinality(X,has_part_0,"3",fatty_acid_0)
& exactCardinality(X,has_part_0,"1",glycerol_0)
& possesses_2(X,fn_fat_7(X))
& exactCardinality(X,possesses_0,"3",ester_linkage_0)
& has_region_2(X,fn_fat_5(X))
& has_region_2(X,fn_fat_3(X))
& exactCardinality(X,has_region_0,"3",fatty_acid_tail_0)
& importance_2(X,fn_fat_9(X))
& is_inside_2(fn_fat_14(X),fn_fat_3(X))
& is_inside_2(fn_fat_1(X),fn_fat_5(X))
& possesses_2(X,fn_fat_13(X))
& has_region_2(fn_fat_14(X),fn_fat_12(X))
& has_region_2(X,fn_fat_11(X))
& fn_fat_13(X) = fn_molecule_10(X)
& fn_fat_12(X) = fn_fatty_acid_27(fn_fat_14(X))
& fn_fat_11(X) = fn_lipid_16(X) ) ) ).
fof(a529542,axiom,
! [X] :
( fat_soluble_vitamin_1(X)
=> ( original_name_2(X,'Fat-Soluble-Vitamin')
& user_description_2(X,'A fat-soluble organic molecule required in the diet in very small amounts.')
& concept2words_2(X,'fat soluble vitamin')
& concept2words_2(X,'fat-soluble-vitamin')
& vitamin_1(X)
& solubility_value_1(fn_fat_soluble_vitamin_2(X))
& property_node_1(fn_solubility_value_1(fn_fat_soluble_vitamin_2(X)))
& the_scalar_value_2(fn_fat_soluble_vitamin_2(X),soluble_0)
& scalar_unit_class_2(fn_fat_soluble_vitamin_2(X),vitamin_0)
& solubility_in_lipid_2(X,fn_fat_soluble_vitamin_2(X))
& fn_fat_soluble_vitamin_1(X) = fn_solubility_value_1(fn_fat_soluble_vitamin_2(X)) ) ) ).
fof(a529543,axiom,
! [X] :
( fat_substance_1(X)
=> ( original_name_2(X,'Fat-Substance')
& user_description_2(X,'Substance composed of fat molecules.')
& concept2words_2(X,'substance of fat')
& concept2words_2(X,'fat substance')
& concept2words_2(X,'fat-substance')
& substance_1(X)
& fat_1(fn_fat_substance_1(X))
& has_part_2(X,fn_fat_substance_1(X)) ) ) ).
fof(a529544,axiom,
! [X] :
( fate_map_1(X)
=> ( original_name_2(X,'Fate-Map')
& user_description_2(X,'A diagram of an embryo showing the resulting tissues and structures derived from each of the cells.')
& concept2words_2(X,'map of fate')
& concept2words_2(X,'fate map')
& concept2words_2(X,'fate-map')
& map_1(X)
& cell_lineage_1(X)
& ~ action_spectrum_1(X)
& ~ age_structure_diagram_1(X)
& ~ cladogram_1(X)
& ~ climograph_1(X)
& ~ genetic_map_1(X)
& ~ genomic_representation_1(X)
& ~ genotypic_ratio_1(X)
& ~ life_table_1(X)
& ~ pedigree_1(X)
& ~ periodic_table_1(X)
& ~ phenotypic_ratio_1(X)
& ~ phylogenetic_tree_1(X)
& ~ punnett_square_1(X)
& ~ reproductive_table_1(X)
& ~ species_area_curve_1(X)
& ~ survivorship_curve_1(X)
& ~ tree_of_life_1(X) ) ) ).
fof(a529545,axiom,
! [X] :
( fatty_acid_1(X)
=> ( original_name_2(X,'Fatty-Acid')
& user_description_2(X,'A fatty acid has a carboxylic acid on a long chain of carbon atoms. The carboxylic acid may also be called the carboxyl functional group. Fatty acids are a major source of energy for the cell. Compounds called phospholipids are created from fatty acids.')
& concept2words_2(X,'acid of fatty')
& concept2words_2(X,'fatty acid')
& concept2words_2(X,'fatty-acid')
& hydrophobic_compound_1(X)
& carboxylic_acid_1(X)
& length_value_1(fn_fatty_acid_2(X))
& end_1(fn_fatty_acid_3(X))
& mass_value_1(fn_fatty_acid_4(X))
& mass_value_1(fn_fatty_acid_5(X))
& system_1(fn_fatty_acid_7(X))
& hold_together_1(fn_fatty_acid_11(X))
& hold_1(fn_fatty_acid_12(X))
& hold_together_1(fn_fatty_acid_12(X))
& hold_1(fn_fatty_acid_13(X))
& hold_together_1(fn_fatty_acid_13(X))
& share_1(fn_fatty_acid_14(X))
& share_1(fn_fatty_acid_15(X))
& share_1(fn_fatty_acid_16(X))
& center_1(fn_fatty_acid_17(X))
& atomic_nucleus_1(fn_fatty_acid_18(X))
& atomic_nucleus_1(fn_fatty_acid_19(X))
& electron_shell_1(fn_fatty_acid_20(X))
& atom_1(fn_fatty_acid_21(X))
& chemical_entity_1(fn_fatty_acid_21(X))
& entity_1(fn_fatty_acid_21(X))
& tangible_entity_1(fn_fatty_acid_21(X))
& oxygen_1(fn_fatty_acid_21(X))
& electron_shell_1(fn_fatty_acid_22(X))
& first_electron_shell_1(fn_fatty_acid_22(X))
& second_electron_shell_1(fn_fatty_acid_23(X))
& first_electron_shell_1(fn_fatty_acid_24(X))
& attract_1(fn_fatty_acid_25(X))
& entity_1(fn_fatty_acid_26(X))
& tangible_entity_1(fn_fatty_acid_26(X))
& electron_1(fn_fatty_acid_26(X))
& valence_electron_1(fn_fatty_acid_26(X))
& carbon_skeleton_1(fn_fatty_acid_27(X))
& entity_1(fn_fatty_acid_28(X))
& atom_1(fn_fatty_acid_28(X))
& chemical_entity_1(fn_fatty_acid_28(X))
& hydrogen_1(fn_fatty_acid_28(X))
& hydrocarbon_chain_1(fn_fatty_acid_29(X))
& attach_1(fn_fatty_acid_30(X))
& atom_1(fn_fatty_acid_31(X))
& chemical_entity_1(fn_fatty_acid_31(X))
& entity_1(fn_fatty_acid_31(X))
& tangible_entity_1(fn_fatty_acid_31(X))
& oxygen_1(fn_fatty_acid_31(X))
& hold_together_1(fn_fatty_acid_32(X))
& entity_1(fn_fatty_acid_33(X))
& chemical_entity_1(fn_fatty_acid_33(X))
& atom_1(fn_fatty_acid_33(X))
& carbon_1(fn_fatty_acid_33(X))
& tangible_entity_1(fn_fatty_acid_34(X))
& entity_1(fn_fatty_acid_34(X))
& chemical_entity_1(fn_fatty_acid_34(X))
& atom_1(fn_fatty_acid_34(X))
& carbon_1(fn_fatty_acid_34(X))
& entity_1(fn_fatty_acid_35(X))
& proton_1(fn_fatty_acid_35(X))
& center_1(fn_fatty_acid_36(X))
& atomic_nucleus_1(fn_fatty_acid_37(X))
& center_1(fn_fatty_acid_38(X))
& entity_1(fn_fatty_acid_39(X))
& proton_1(fn_fatty_acid_39(X))
& share_1(fn_fatty_acid_40(X))
& hold_1(fn_fatty_acid_41(X))
& hold_together_1(fn_fatty_acid_41(X))
& kinetic_energy_1(fn_fatty_acid_42(X))
& functional_group_1(fn_fatty_acid_43(X))
& carboxyl_group_1(fn_fatty_acid_43(X))
& entity_1(fn_fatty_acid_44(X))
& chemical_entity_1(fn_fatty_acid_44(X))
& atom_1(fn_fatty_acid_44(X))
& hydrogen_1(fn_fatty_acid_44(X))
& entity_1(fn_fatty_acid_45(X))
& tangible_entity_1(fn_fatty_acid_45(X))
& electron_1(fn_fatty_acid_45(X))
& valence_electron_1(fn_fatty_acid_45(X))
& center_1(fn_fatty_acid_46(X))
& electron_shell_1(fn_fatty_acid_47(X))
& atomic_nucleus_1(fn_fatty_acid_48(X))
& electron_1(fn_fatty_acid_49(X))
& valence_electron_1(fn_fatty_acid_49(X))
& entity_1(fn_fatty_acid_50(X))
& valence_electron_1(fn_fatty_acid_50(X))
& electron_1(fn_fatty_acid_50(X))
& electron_1(fn_fatty_acid_51(X))
& valence_electron_1(fn_fatty_acid_51(X))
& electron_shell_1(fn_fatty_acid_52(X))
& center_1(fn_fatty_acid_53(X))
& atomic_nucleus_1(fn_fatty_acid_54(X))
& share_1(fn_fatty_acid_55(X))
& equal_sharing_1(fn_fatty_acid_55(X))
& entity_1(fn_fatty_acid_56(X))
& chemical_entity_1(fn_fatty_acid_56(X))
& atom_1(fn_fatty_acid_56(X))
& carbon_1(fn_fatty_acid_56(X))
& center_1(fn_fatty_acid_57(X))
& entity_1(fn_fatty_acid_58(X))
& tangible_entity_1(fn_fatty_acid_58(X))
& electron_1(fn_fatty_acid_58(X))
& valence_electron_1(fn_fatty_acid_58(X))
& center_1(fn_fatty_acid_59(X))
& atomic_nucleus_1(fn_fatty_acid_60(X))
& electron_shell_1(fn_fatty_acid_61(X))
& tangible_entity_1(fn_fatty_acid_62(X))
& electron_1(fn_fatty_acid_62(X))
& entity_1(fn_fatty_acid_62(X))
& valence_electron_1(fn_fatty_acid_62(X))
& share_1(fn_fatty_acid_63(X))
& share_1(fn_fatty_acid_64(X))
& hold_1(fn_fatty_acid_65(X))
& hold_together_1(fn_fatty_acid_65(X))
& hold_1(fn_fatty_acid_66(X))
& hold_together_1(fn_fatty_acid_66(X))
& spatial_entity_1(fn_attach_1(fn_fatty_acid_30(X)))
& electron_shell_1(fn_atom_9(fn_fatty_acid_28(X)))
& center_1(fn_second_electron_shell_9(fn_fatty_acid_23(X)))
& electron_shell_1(fn_hydrocarbon_molecule_20(fn_fatty_acid_29(X)))
& equal_sharing_1(fn_hydrocarbon_molecule_22(fn_fatty_acid_29(X)))
& entity_1(fn_hydrocarbon_molecule_15(fn_fatty_acid_29(X)))
& atom_1(fn_hydrocarbon_molecule_15(fn_fatty_acid_29(X)))
& chemical_entity_1(fn_hydrocarbon_molecule_15(fn_fatty_acid_29(X)))
& hydrogen_1(fn_hydrocarbon_molecule_15(fn_fatty_acid_29(X)))
& entity_1(fn_hydrocarbon_molecule_16(fn_fatty_acid_29(X)))
& chemical_entity_1(fn_hydrocarbon_molecule_16(fn_fatty_acid_29(X)))
& atom_1(fn_hydrocarbon_molecule_16(fn_fatty_acid_29(X)))
& carbon_1(fn_hydrocarbon_molecule_16(fn_fatty_acid_29(X)))
& chemical_entity_1(fn_functional_group_1(fn_fatty_acid_43(X)))
& entity_1(fn_carboxyl_group_42(fn_fatty_acid_43(X)))
& proton_1(fn_carboxyl_group_42(fn_fatty_acid_43(X)))
& share_1(fn_carboxyl_group_49(fn_fatty_acid_43(X)))
& electron_shell_1(fn_carboxyl_group_16(fn_fatty_acid_43(X)))
& share_1(fn_carboxyl_group_56(fn_fatty_acid_43(X)))
& hold_together_1(fn_carboxyl_group_47(fn_fatty_acid_43(X)))
& entity_1(fn_attract_2(fn_fatty_acid_25(X)))
& proton_1(fn_second_electron_shell_20(fn_fatty_acid_23(X)))
& electron_shell_1(fn_atom_9(fn_fatty_acid_31(X)))
& first_electron_shell_1(fn_second_electron_shell_21(fn_fatty_acid_23(X)))
& electron_1(fn_atom_14(fn_fatty_acid_56(X)))
& electron_1(fn_carbon_10(fn_fatty_acid_56(X)))
& center_1(fn_hydrocarbon_molecule_19(fn_fatty_acid_29(X)))
& atomic_nucleus_1(fn_hydrocarbon_molecule_18(fn_fatty_acid_29(X)))
& entity_1(fn_share_2(fn_fatty_acid_55(X)))
& center_1(fn_hydrocarbon_molecule_24(fn_fatty_acid_29(X)))
& center_1(fn_hydrogen_14(fn_fatty_acid_28(X)))
& atomic_nucleus_1(fn_hydrocarbon_molecule_23(fn_fatty_acid_29(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_fatty_acid_28(X)))
& valence_electron_1(fn_hydrocarbon_molecule_8(fn_fatty_acid_29(X)))
& electron_1(fn_hydrocarbon_molecule_8(fn_fatty_acid_29(X)))
& electron_1(fn_hydrocarbon_molecule_11(fn_fatty_acid_29(X)))
& valence_electron_1(fn_hydrocarbon_molecule_11(fn_fatty_acid_29(X)))
& valence_electron_1(fn_hydrogen_12(fn_fatty_acid_28(X)))
& hold_together_1(fn_carboxyl_group_67(fn_fatty_acid_43(X)))
& atom_1(fn_second_electron_shell_13(fn_fatty_acid_23(X)))
& center_1(fn_carboxyl_group_20(fn_fatty_acid_43(X)))
& atomic_nucleus_1(fn_carboxyl_group_57(fn_fatty_acid_43(X)))
& entity_1(fn_attract_1(fn_fatty_acid_25(X)))
& entity_1(fn_carboxyl_group_25(fn_fatty_acid_43(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_fatty_acid_43(X)))
& atom_1(fn_carboxyl_group_25(fn_fatty_acid_43(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_fatty_acid_43(X)))
& center_1(fn_carboxyl_group_64(fn_fatty_acid_43(X)))
& center_1(fn_carboxyl_group_18(fn_fatty_acid_43(X)))
& entity_1(fn_share_3(fn_fatty_acid_63(X)))
& entity_1(fn_share_3(fn_fatty_acid_64(X)))
& entity_1(fn_share_3(fn_fatty_acid_14(X)))
& entity_1(fn_share_1(fn_fatty_acid_63(X)))
& entity_1(fn_share_1(fn_fatty_acid_64(X)))
& entity_1(fn_share_1(fn_fatty_acid_14(X)))
& tangible_entity_1(fn_hold_2(fn_fatty_acid_65(X)))
& tangible_entity_1(fn_hold_2(fn_fatty_acid_32(X)))
& tangible_entity_1(fn_hold_2(fn_fatty_acid_66(X)))
& hold_together_1(fn_carboxyl_group_55(fn_fatty_acid_43(X)))
& atomic_nucleus_1(fn_first_electron_shell_7(fn_fatty_acid_24(X)))
& atomic_nucleus_1(fn_carboxyl_group_48(fn_fatty_acid_43(X)))
& entity_1(fn_share_3(fn_fatty_acid_40(X)))
& tangible_entity_1(fn_hold_2(fn_fatty_acid_12(X)))
& entity_1(fn_share_1(fn_fatty_acid_40(X)))
& atom_1(fn_first_electron_shell_3(fn_fatty_acid_24(X)))
& entity_1(fn_carboxyl_group_19(fn_fatty_acid_43(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_fatty_acid_43(X)))
& atom_1(fn_carboxyl_group_19(fn_fatty_acid_43(X)))
& carbon_1(fn_carboxyl_group_19(fn_fatty_acid_43(X)))
& atomic_nucleus_1(fn_carboxyl_group_65(fn_fatty_acid_43(X)))
& atomic_nucleus_1(fn_carboxyl_group_46(fn_fatty_acid_43(X)))
& electron_1(fn_carboxyl_group_40(fn_fatty_acid_43(X)))
& valence_electron_1(fn_carboxyl_group_40(fn_fatty_acid_43(X)))
& entity_1(fn_share_2(fn_fatty_acid_15(X)))
& entity_1(fn_share_2(fn_fatty_acid_63(X)))
& electron_1(fn_first_electron_shell_5(fn_fatty_acid_24(X)))
& electron_1(fn_carboxyl_group_45(fn_fatty_acid_43(X)))
& valence_electron_1(fn_carboxyl_group_45(fn_fatty_acid_43(X)))
& entity_1(fn_carboxyl_group_17(fn_fatty_acid_43(X)))
& tangible_entity_1(fn_carboxyl_group_17(fn_fatty_acid_43(X)))
& electron_1(fn_carboxyl_group_17(fn_fatty_acid_43(X)))
& valence_electron_1(fn_carboxyl_group_17(fn_fatty_acid_43(X)))
& tangible_entity_1(fn_carboxyl_group_58(fn_fatty_acid_43(X)))
& electron_1(fn_carboxyl_group_58(fn_fatty_acid_43(X)))
& valence_electron_1(fn_carboxyl_group_58(fn_fatty_acid_43(X)))
& entity_1(fn_carboxyl_group_21(fn_fatty_acid_43(X)))
& valence_electron_1(fn_carboxyl_group_21(fn_fatty_acid_43(X)))
& oxygen_1(fn_carboxyl_group_24(fn_fatty_acid_43(X)))
& oxygen_1(fn_carboxyl_group_23(fn_fatty_acid_43(X)))
& fn_fatty_acid_20(X) != fn_fatty_acid_23(X)
& fn_fatty_acid_20(X) != fn_fatty_acid_22(X)
& fn_fatty_acid_20(X) != fn_fatty_acid_24(X)
& called_2(fn_fatty_acid_5(X),mass_electron)
& the_cardinal_value_2(fn_fatty_acid_4(X),"1.0e0")
& cardinal_unit_class_2(fn_fatty_acid_4(X),dalton_0)
& called_2(fn_fatty_acid_4(X),mass_proton)
& fn_fatty_acid_22(X) != fn_fatty_acid_20(X)
& fn_fatty_acid_22(X) != fn_fatty_acid_24(X)
& fn_fatty_acid_22(X) != fn_fatty_acid_23(X)
& fn_fatty_acid_23(X) != fn_fatty_acid_20(X)
& fn_fatty_acid_23(X) != fn_fatty_acid_22(X)
& fn_fatty_acid_24(X) != fn_fatty_acid_20(X)
& fn_fatty_acid_24(X) != fn_fatty_acid_22(X)
& fn_fatty_acid_24(X) != fn_fatty_acid_61(X)
& length_2(fn_fatty_acid_27(X),fn_fatty_acid_2(X))
& has_part_2(X,fn_fatty_acid_29(X))
& minCardinality(X,has_part_0,"2",carbon_0)
& has_region_2(X,fn_fatty_acid_3(X))
& minCardinality(X,possesses_0,"1",single_bond_0)
& minCardinality(fn_fatty_acid_29(X),has_part_0,"4",carbon_0)
& maxCardinality(fn_fatty_acid_29(X),has_part_0,"22",carbon_0)
& object_2(fn_fatty_acid_32(X),fn_fatty_acid_34(X))
& is_at_2(fn_fatty_acid_33(X),fn_fatty_acid_3(X))
& fn_fatty_acid_38(X) != fn_fatty_acid_57(X)
& the_scalar_value_2(fn_fatty_acid_2(X),long_0)
& scalar_unit_class_2(fn_fatty_acid_2(X),molecular_region_0)
& fn_fatty_acid_47(X) != fn_fatty_acid_52(X)
& fn_fatty_acid_50(X) != fn_fatty_acid_51(X)
& fn_fatty_acid_51(X) != fn_fatty_acid_50(X)
& fn_fatty_acid_52(X) != fn_fatty_acid_47(X)
& fn_fatty_acid_57(X) != fn_fatty_acid_38(X)
& fn_fatty_acid_61(X) != fn_fatty_acid_24(X)
& object_2(fn_fatty_acid_25(X),fn_fatty_acid_45(X))
& object_2(fn_fatty_acid_55(X),fn_fatty_acid_50(X))
& object_2(fn_fatty_acid_15(X),fn_fatty_acid_58(X))
& object_2(fn_fatty_acid_63(X),fn_fatty_acid_58(X))
& object_2(fn_fatty_acid_30(X),fn_fatty_acid_29(X))
& agent_2(fn_fatty_acid_63(X),fn_fatty_acid_31(X))
& agent_2(fn_fatty_acid_25(X),fn_fatty_acid_39(X))
& agent_2(fn_fatty_acid_64(X),fn_fatty_acid_31(X))
& agent_2(fn_fatty_acid_14(X),fn_fatty_acid_31(X))
& object_2(fn_fatty_acid_65(X),fn_fatty_acid_31(X))
& object_2(fn_fatty_acid_32(X),fn_fatty_acid_31(X))
& object_2(fn_fatty_acid_66(X),fn_fatty_acid_31(X))
& object_2(fn_fatty_acid_12(X),fn_fatty_acid_34(X))
& agent_2(fn_fatty_acid_40(X),fn_fatty_acid_34(X))
& fn_fatty_acid_33(X) != fn_fatty_acid_34(X)
& fn_fatty_acid_34(X) != fn_fatty_acid_33(X)
& has_part_2(fn_fatty_acid_56(X),fn_fatty_acid_51(X))
& has_region_2(fn_fatty_acid_31(X),fn_fatty_acid_22(X))
& has_region_2(fn_fatty_acid_34(X),fn_fatty_acid_24(X))
& has_region_2(fn_fatty_acid_28(X),fn_fatty_acid_47(X))
& is_inside_2(fn_fatty_acid_37(X),fn_fatty_acid_24(X))
& has_part_2(fn_fatty_acid_33(X),fn_fatty_acid_39(X))
& has_region_2(fn_fatty_acid_33(X),fn_fatty_acid_57(X))
& is_inside_2(fn_fatty_acid_22(X),fn_fatty_acid_23(X))
& has_region_2(fn_fatty_acid_33(X),fn_fatty_acid_22(X))
& has_region_2(fn_fatty_acid_33(X),fn_fatty_acid_23(X))
& is_inside_2(fn_fatty_acid_33(X),fn_fatty_acid_27(X))
& object_2(fn_fatty_acid_40(X),fn_fatty_acid_58(X))
& has_part_2(X,fn_fatty_acid_33(X))
& object_2(fn_fatty_acid_41(X),fn_fatty_acid_33(X))
& object_2(fn_fatty_acid_41(X),fn_fatty_acid_21(X))
& agent_2(fn_fatty_acid_40(X),fn_fatty_acid_21(X))
& agent_2(fn_fatty_acid_40(X),fn_fatty_acid_33(X))
& has_region_2(fn_fatty_acid_33(X),fn_fatty_acid_18(X))
& has_region_2(fn_fatty_acid_33(X),fn_fatty_acid_38(X))
& fn_fatty_acid_36(X) != fn_fatty_acid_38(X)
& fn_fatty_acid_38(X) != fn_fatty_acid_36(X)
& has_region_2(fn_fatty_acid_56(X),fn_fatty_acid_52(X))
& is_at_2(fn_fatty_acid_54(X),fn_fatty_acid_53(X))
& object_2(fn_fatty_acid_55(X),fn_fatty_acid_51(X))
& fn_fatty_acid_51(X) != fn_fatty_acid_49(X)
& object_2(fn_fatty_acid_55(X),fn_fatty_acid_49(X))
& is_near_2(fn_fatty_acid_54(X),fn_fatty_acid_51(X))
& is_near_2(fn_fatty_acid_51(X),fn_fatty_acid_54(X))
& fn_fatty_acid_49(X) != fn_fatty_acid_51(X)
& has_part_2(fn_fatty_acid_29(X),fn_fatty_acid_28(X))
& agent_2(fn_fatty_acid_55(X),fn_fatty_acid_28(X))
& agent_2(fn_fatty_acid_55(X),fn_fatty_acid_56(X))
& has_region_2(fn_fatty_acid_56(X),fn_fatty_acid_53(X))
& fn_fatty_acid_53(X) != fn_fatty_acid_46(X)
& fn_fatty_acid_46(X) != fn_fatty_acid_53(X)
& has_region_2(fn_fatty_acid_56(X),fn_fatty_acid_54(X))
& fn_fatty_acid_48(X) != fn_fatty_acid_54(X)
& fn_fatty_acid_54(X) != fn_fatty_acid_48(X)
& is_near_2(fn_fatty_acid_50(X),fn_fatty_acid_54(X))
& is_near_2(fn_fatty_acid_54(X),fn_fatty_acid_50(X))
& has_part_2(fn_fatty_acid_29(X),fn_fatty_acid_56(X))
& has_part_2(fn_fatty_acid_56(X),fn_fatty_acid_50(X))
& fn_fatty_acid_50(X) != fn_fatty_acid_49(X)
& fn_fatty_acid_28(X) != fn_fatty_acid_56(X)
& fn_fatty_acid_56(X) != fn_fatty_acid_28(X)
& fn_fatty_acid_49(X) != fn_fatty_acid_50(X)
& possesses_2(X,fn_fatty_acid_42(X))
& has_region_2(X,fn_fatty_acid_27(X))
& has_region_2(fn_fatty_acid_31(X),fn_fatty_acid_20(X))
& has_part_2(X,fn_fatty_acid_21(X))
& has_region_2(fn_fatty_acid_31(X),fn_fatty_acid_17(X))
& has_part_2(X,fn_fatty_acid_44(X))
& has_region_2(fn_fatty_acid_31(X),fn_fatty_acid_18(X))
& object_2(fn_fatty_acid_16(X),fn_fatty_acid_58(X))
& object_2(fn_fatty_acid_41(X),fn_fatty_acid_34(X))
& object_2(fn_fatty_acid_11(X),fn_fatty_acid_21(X))
& is_inside_2(fn_fatty_acid_33(X),fn_fatty_acid_43(X))
& has_region_2(X,fn_fatty_acid_43(X))
& has_part_2(X,fn_fatty_acid_31(X))
& agent_2(fn_fatty_acid_40(X),fn_fatty_acid_31(X))
& object_2(fn_fatty_acid_40(X),fn_fatty_acid_45(X))
& agent_2(fn_fatty_acid_15(X),fn_fatty_acid_34(X))
& agent_2(fn_fatty_acid_15(X),fn_fatty_acid_31(X))
& agent_2(fn_fatty_acid_16(X),fn_fatty_acid_31(X))
& agent_2(fn_fatty_acid_16(X),fn_fatty_acid_34(X))
& is_inside_2(fn_fatty_acid_34(X),fn_fatty_acid_27(X))
& agent_2(fn_fatty_acid_63(X),fn_fatty_acid_34(X))
& agent_2(fn_fatty_acid_63(X),fn_fatty_acid_21(X))
& agent_2(fn_fatty_acid_16(X),fn_fatty_acid_21(X))
& object_2(fn_fatty_acid_16(X),fn_fatty_acid_62(X))
& object_2(fn_fatty_acid_63(X),fn_fatty_acid_62(X))
& object_2(fn_fatty_acid_13(X),fn_fatty_acid_34(X))
& object_2(fn_fatty_acid_13(X),fn_fatty_acid_21(X))
& agent_2(fn_fatty_acid_15(X),fn_fatty_acid_21(X))
& object_2(fn_fatty_acid_15(X),fn_fatty_acid_26(X))
& object_2(fn_fatty_acid_40(X),fn_fatty_acid_26(X))
& object_2(fn_fatty_acid_65(X),fn_fatty_acid_34(X))
& object_2(fn_fatty_acid_65(X),fn_fatty_acid_21(X))
& object_2(fn_fatty_acid_12(X),fn_fatty_acid_21(X))
& object_2(fn_fatty_acid_12(X),fn_fatty_acid_31(X))
& object_2(fn_fatty_acid_13(X),fn_fatty_acid_31(X))
& has_part_2(X,fn_fatty_acid_34(X))
& fn_fatty_acid_34(X) != fn_fatty_acid_44(X)
& fn_fatty_acid_44(X) != fn_fatty_acid_33(X)
& fn_fatty_acid_44(X) != fn_fatty_acid_34(X)
& fn_fatty_acid_31(X) != fn_fatty_acid_44(X)
& fn_fatty_acid_44(X) != fn_fatty_acid_31(X)
& fn_fatty_acid_33(X) != fn_fatty_acid_44(X)
& has_part_2(fn_fatty_acid_28(X),fn_fatty_acid_49(X))
& is_near_2(fn_fatty_acid_49(X),fn_fatty_acid_48(X))
& is_at_2(fn_fatty_acid_48(X),fn_fatty_acid_46(X))
& has_region_2(fn_fatty_acid_28(X),fn_fatty_acid_46(X))
& has_region_2(fn_fatty_acid_28(X),fn_fatty_acid_48(X))
& is_near_2(fn_fatty_acid_48(X),fn_fatty_acid_49(X))
& is_at_2(fn_fatty_acid_18(X),fn_fatty_acid_38(X))
& is_at_2(fn_fatty_acid_37(X),fn_fatty_acid_36(X))
& is_at_2(fn_fatty_acid_60(X),fn_fatty_acid_59(X))
& is_near_2(fn_fatty_acid_60(X),fn_fatty_acid_62(X))
& is_near_2(fn_fatty_acid_62(X),fn_fatty_acid_60(X))
& is_inside_2(fn_fatty_acid_44(X),fn_fatty_acid_43(X))
& object_2(fn_fatty_acid_41(X),fn_fatty_acid_44(X))
& object_2(fn_fatty_acid_41(X),fn_fatty_acid_31(X))
& fn_fatty_acid_37(X) != fn_fatty_acid_19(X)
& is_inside_2(fn_fatty_acid_35(X),fn_fatty_acid_37(X))
& has_part_2(fn_fatty_acid_34(X),fn_fatty_acid_35(X))
& has_part_2(fn_fatty_acid_34(X),fn_fatty_acid_58(X))
& fn_fatty_acid_19(X) != fn_fatty_acid_37(X)
& has_part_2(fn_fatty_acid_31(X),fn_fatty_acid_26(X))
& fn_fatty_acid_31(X) != fn_fatty_acid_33(X)
& has_part_2(fn_fatty_acid_33(X),fn_fatty_acid_45(X))
& fn_fatty_acid_26(X) != fn_fatty_acid_45(X)
& fn_fatty_acid_45(X) != fn_fatty_acid_26(X)
& fn_fatty_acid_33(X) != fn_fatty_acid_31(X)
& agent_2(fn_fatty_acid_14(X),fn_fatty_acid_34(X))
& is_inside_2(fn_fatty_acid_34(X),fn_fatty_acid_43(X))
& is_inside_2(fn_fatty_acid_31(X),fn_fatty_acid_43(X))
& fn_fatty_acid_31(X) != fn_fatty_acid_21(X)
& fn_fatty_acid_21(X) != fn_fatty_acid_33(X)
& fn_fatty_acid_21(X) != fn_fatty_acid_31(X)
& fn_fatty_acid_33(X) != fn_fatty_acid_21(X)
& object_2(fn_fatty_acid_64(X),fn_fatty_acid_26(X))
& is_near_2(fn_fatty_acid_19(X),fn_fatty_acid_26(X))
& fn_fatty_acid_18(X) != fn_fatty_acid_19(X)
& fn_fatty_acid_19(X) != fn_fatty_acid_18(X)
& is_near_2(fn_fatty_acid_26(X),fn_fatty_acid_19(X))
& agent_2(fn_fatty_acid_14(X),fn_fatty_acid_21(X))
& has_region_2(fn_fatty_acid_21(X),fn_fatty_acid_59(X))
& fn_fatty_acid_36(X) != fn_fatty_acid_59(X)
& has_region_2(fn_fatty_acid_34(X),fn_fatty_acid_36(X))
& has_region_2(fn_fatty_acid_34(X),fn_fatty_acid_37(X))
& fn_fatty_acid_59(X) != fn_fatty_acid_36(X)
& agent_2(fn_fatty_acid_64(X),fn_fatty_acid_34(X))
& fn_fatty_acid_34(X) != fn_fatty_acid_31(X)
& has_region_2(fn_fatty_acid_31(X),fn_fatty_acid_19(X))
& is_at_2(fn_fatty_acid_19(X),fn_fatty_acid_17(X))
& fn_fatty_acid_17(X) != fn_fatty_acid_36(X)
& fn_fatty_acid_31(X) != fn_fatty_acid_34(X)
& fn_fatty_acid_36(X) != fn_fatty_acid_17(X)
& object_2(fn_fatty_acid_14(X),fn_fatty_acid_26(X))
& object_2(fn_fatty_acid_14(X),fn_fatty_acid_58(X))
& is_near_2(fn_fatty_acid_58(X),fn_fatty_acid_37(X))
& fn_fatty_acid_37(X) != fn_fatty_acid_18(X)
& is_near_2(fn_fatty_acid_18(X),fn_fatty_acid_45(X))
& is_near_2(fn_fatty_acid_37(X),fn_fatty_acid_58(X))
& fn_fatty_acid_18(X) != fn_fatty_acid_37(X)
& is_near_2(fn_fatty_acid_45(X),fn_fatty_acid_18(X))
& object_2(fn_fatty_acid_64(X),fn_fatty_acid_58(X))
& agent_2(fn_fatty_acid_64(X),fn_fatty_acid_21(X))
& has_region_2(fn_fatty_acid_21(X),fn_fatty_acid_61(X))
& fn_fatty_acid_44(X) != fn_fatty_acid_21(X)
& fn_fatty_acid_21(X) != fn_fatty_acid_44(X)
& object_2(fn_fatty_acid_11(X),fn_fatty_acid_34(X))
& object_2(fn_fatty_acid_11(X),fn_fatty_acid_31(X))
& has_region_2(fn_fatty_acid_31(X),fn_fatty_acid_38(X))
& fn_fatty_acid_17(X) != fn_fatty_acid_38(X)
& fn_fatty_acid_38(X) != fn_fatty_acid_17(X)
& object_2(fn_fatty_acid_66(X),fn_fatty_acid_21(X))
& object_2(fn_fatty_acid_66(X),fn_fatty_acid_34(X))
& fn_fatty_acid_34(X) != fn_fatty_acid_21(X)
& has_region_2(fn_fatty_acid_21(X),fn_fatty_acid_60(X))
& fn_fatty_acid_60(X) != fn_fatty_acid_37(X)
& fn_fatty_acid_21(X) != fn_fatty_acid_34(X)
& fn_fatty_acid_37(X) != fn_fatty_acid_60(X)
& is_inside_2(fn_fatty_acid_21(X),fn_fatty_acid_43(X))
& has_part_2(fn_fatty_acid_21(X),fn_fatty_acid_62(X))
& fn_fatty_acid_62(X) != fn_fatty_acid_58(X)
& fn_fatty_acid_58(X) != fn_fatty_acid_26(X)
& is_near_2(fn_fatty_acid_26(X),fn_fatty_acid_18(X))
& fn_fatty_acid_58(X) != fn_fatty_acid_62(X)
& fn_fatty_acid_26(X) != fn_fatty_acid_58(X)
& is_near_2(fn_fatty_acid_18(X),fn_fatty_acid_26(X))
& fn_fatty_acid_45(X) = fn_attract_1(fn_fatty_acid_25(X))
& fn_fatty_acid_50(X) = fn_share_2(fn_fatty_acid_55(X))
& fn_fatty_acid_58(X) = fn_share_2(fn_fatty_acid_15(X))
& fn_fatty_acid_58(X) = fn_share_2(fn_fatty_acid_63(X))
& fn_fatty_acid_29(X) = fn_attach_1(fn_fatty_acid_30(X))
& fn_fatty_acid_31(X) = fn_share_3(fn_fatty_acid_63(X))
& fn_fatty_acid_31(X) = fn_share_1(fn_fatty_acid_63(X))
& fn_fatty_acid_39(X) = fn_attract_2(fn_fatty_acid_25(X))
& fn_fatty_acid_31(X) = fn_share_3(fn_fatty_acid_64(X))
& fn_fatty_acid_31(X) = fn_share_1(fn_fatty_acid_64(X))
& fn_fatty_acid_31(X) = fn_share_3(fn_fatty_acid_14(X))
& fn_fatty_acid_31(X) = fn_share_1(fn_fatty_acid_14(X))
& fn_fatty_acid_31(X) = fn_hold_2(fn_fatty_acid_65(X))
& fn_fatty_acid_31(X) = fn_hold_2(fn_fatty_acid_32(X))
& fn_fatty_acid_31(X) = fn_hold_2(fn_fatty_acid_66(X))
& fn_fatty_acid_34(X) = fn_hold_2(fn_fatty_acid_12(X))
& fn_fatty_acid_33(X) = fn_share_3(fn_fatty_acid_40(X))
& fn_fatty_acid_34(X) = fn_share_3(fn_fatty_acid_40(X))
& fn_fatty_acid_34(X) = fn_share_1(fn_fatty_acid_40(X))
& fn_fatty_acid_51(X) = fn_atom_14(fn_fatty_acid_56(X))
& fn_fatty_acid_51(X) = fn_carbon_10(fn_fatty_acid_56(X))
& fn_fatty_acid_22(X) = fn_atom_9(fn_fatty_acid_31(X))
& fn_fatty_acid_47(X) = fn_atom_9(fn_fatty_acid_28(X))
& fn_fatty_acid_39(X) = fn_second_electron_shell_20(fn_fatty_acid_23(X))
& fn_fatty_acid_57(X) = fn_second_electron_shell_9(fn_fatty_acid_23(X))
& fn_fatty_acid_33(X) = fn_second_electron_shell_13(fn_fatty_acid_23(X))
& fn_fatty_acid_22(X) = fn_second_electron_shell_21(fn_fatty_acid_23(X))
& fn_fatty_acid_27(X) = fn_organic_acid_12(X)
& fn_fatty_acid_58(X) = fn_organic_acid_2(X)
& fn_fatty_acid_18(X) = fn_organic_acid_8(X)
& fn_fatty_acid_40(X) = fn_organic_acid_15(X)
& fn_fatty_acid_21(X) = fn_organic_acid_13(X)
& fn_fatty_acid_41(X) = fn_organic_acid_1(X)
& fn_fatty_acid_36(X) = fn_organic_acid_5(X)
& fn_fatty_acid_38(X) = fn_organic_acid_9(X)
& fn_fatty_acid_52(X) = fn_hydrocarbon_molecule_20(fn_fatty_acid_29(X))
& fn_fatty_acid_53(X) = fn_hydrocarbon_molecule_24(fn_fatty_acid_29(X))
& fn_fatty_acid_49(X) = fn_hydrocarbon_molecule_8(fn_fatty_acid_29(X))
& fn_fatty_acid_54(X) = fn_hydrocarbon_molecule_23(fn_fatty_acid_29(X))
& fn_fatty_acid_51(X) = fn_hydrocarbon_molecule_11(fn_fatty_acid_29(X))
& fn_fatty_acid_46(X) = fn_hydrocarbon_molecule_24(fn_fatty_acid_29(X))
& fn_fatty_acid_53(X) = fn_hydrocarbon_molecule_19(fn_fatty_acid_29(X))
& fn_fatty_acid_55(X) = fn_hydrocarbon_molecule_22(fn_fatty_acid_29(X))
& fn_fatty_acid_48(X) = fn_hydrocarbon_molecule_23(fn_fatty_acid_29(X))
& fn_fatty_acid_54(X) = fn_hydrocarbon_molecule_18(fn_fatty_acid_29(X))
& fn_fatty_acid_49(X) = fn_hydrocarbon_molecule_11(fn_fatty_acid_29(X))
& fn_fatty_acid_50(X) = fn_hydrocarbon_molecule_8(fn_fatty_acid_29(X))
& fn_fatty_acid_28(X) = fn_hydrocarbon_molecule_15(fn_fatty_acid_29(X))
& fn_fatty_acid_56(X) = fn_hydrocarbon_molecule_16(fn_fatty_acid_29(X))
& fn_fatty_acid_42(X) = fn_carboxylic_acid_23(X)
& fn_fatty_acid_20(X) = fn_carboxylic_acid_14(X)
& fn_fatty_acid_17(X) = fn_carboxylic_acid_12(X)
& fn_fatty_acid_18(X) = fn_carboxylic_acid_13(X)
& fn_fatty_acid_58(X) = fn_carboxylic_acid_18(X)
& fn_fatty_acid_41(X) = fn_carboxylic_acid_19(X)
& fn_fatty_acid_11(X) = fn_carboxylic_acid_25(X)
& fn_fatty_acid_45(X) = fn_carboxylic_acid_15(X)
& fn_fatty_acid_40(X) = fn_carboxylic_acid_24(X)
& X = fn_functional_group_1(fn_fatty_acid_43(X))
& fn_fatty_acid_33(X) = fn_organic_acid_14(X)
& fn_fatty_acid_43(X) = fn_organic_acid_11(X)
& fn_fatty_acid_43(X) = fn_carboxylic_acid_6(X)
& fn_fatty_acid_27(X) = fn_carboxylic_acid_10(X)
& fn_fatty_acid_16(X) = fn_carboxylic_acid_24(X)
& fn_fatty_acid_15(X) = fn_carboxylic_acid_16(X)
& fn_fatty_acid_62(X) = fn_carboxylic_acid_18(X)
& fn_fatty_acid_16(X) = fn_carboxylic_acid_16(X)
& fn_fatty_acid_63(X) = fn_carboxylic_acid_3(X)
& fn_fatty_acid_40(X) = fn_carboxylic_acid_16(X)
& fn_fatty_acid_26(X) = fn_carboxylic_acid_15(X)
& fn_fatty_acid_15(X) = fn_carboxylic_acid_3(X)
& fn_fatty_acid_21(X) = fn_carboxylic_acid_4(X)
& fn_fatty_acid_13(X) = fn_carboxylic_acid_25(X)
& fn_fatty_acid_13(X) = fn_carboxylic_acid_2(X)
& fn_fatty_acid_31(X) = fn_carboxylic_acid_4(X)
& fn_fatty_acid_12(X) = fn_carboxylic_acid_19(X)
& fn_fatty_acid_21(X) = fn_carboxylic_acid_5(X)
& fn_fatty_acid_65(X) = fn_carboxylic_acid_2(X)
& fn_fatty_acid_33(X) = fn_carboxylic_acid_9(X)
& fn_fatty_acid_31(X) = fn_carboxylic_acid_5(X)
& fn_fatty_acid_44(X) = fn_carboxylic_acid_11(X)
& fn_fatty_acid_34(X) = fn_carboxylic_acid_9(X)
& fn_fatty_acid_46(X) = fn_hydrogen_14(fn_fatty_acid_28(X))
& fn_fatty_acid_48(X) = fn_hydrogen_15(fn_fatty_acid_28(X))
& fn_fatty_acid_49(X) = fn_hydrogen_12(fn_fatty_acid_28(X))
& fn_fatty_acid_38(X) = fn_carboxyl_group_64(fn_fatty_acid_43(X))
& fn_fatty_acid_62(X) = fn_carboxyl_group_58(fn_fatty_acid_43(X))
& fn_fatty_acid_41(X) = fn_carboxyl_group_67(fn_fatty_acid_43(X))
& fn_fatty_acid_58(X) = fn_carboxyl_group_45(fn_fatty_acid_43(X))
& fn_fatty_acid_35(X) = fn_carboxyl_group_42(fn_fatty_acid_43(X))
& fn_fatty_acid_45(X) = fn_carboxyl_group_40(fn_fatty_acid_43(X))
& fn_fatty_acid_33(X) = fn_carboxyl_group_19(fn_fatty_acid_43(X))
& fn_fatty_acid_26(X) = fn_carboxyl_group_40(fn_fatty_acid_43(X))
& fn_fatty_acid_18(X) = fn_carboxyl_group_65(fn_fatty_acid_43(X))
& fn_fatty_acid_19(X) = fn_carboxyl_group_57(fn_fatty_acid_43(X))
& fn_fatty_acid_26(X) = fn_carboxyl_group_58(fn_fatty_acid_43(X))
& fn_fatty_acid_34(X) = fn_first_electron_shell_3(fn_fatty_acid_24(X))
& fn_fatty_acid_59(X) = fn_carboxyl_group_18(fn_fatty_acid_43(X))
& fn_fatty_acid_36(X) = fn_carboxyl_group_20(fn_fatty_acid_43(X))
& fn_fatty_acid_17(X) = fn_carboxyl_group_18(fn_fatty_acid_43(X))
& fn_fatty_acid_19(X) = fn_carboxyl_group_48(fn_fatty_acid_43(X))
& fn_fatty_acid_31(X) = fn_carboxyl_group_23(fn_fatty_acid_43(X))
& fn_fatty_acid_45(X) = fn_carboxyl_group_17(fn_fatty_acid_43(X))
& fn_fatty_acid_58(X) = fn_first_electron_shell_5(fn_fatty_acid_24(X))
& fn_fatty_acid_37(X) = fn_first_electron_shell_7(fn_fatty_acid_24(X))
& fn_fatty_acid_37(X) = fn_carboxyl_group_48(fn_fatty_acid_43(X))
& fn_fatty_acid_58(X) = fn_carboxyl_group_21(fn_fatty_acid_43(X))
& fn_fatty_acid_14(X) = fn_carboxyl_group_49(fn_fatty_acid_43(X))
& fn_fatty_acid_61(X) = fn_carboxyl_group_16(fn_fatty_acid_43(X))
& fn_fatty_acid_44(X) = fn_carboxyl_group_25(fn_fatty_acid_43(X))
& fn_fatty_acid_64(X) = fn_carboxyl_group_56(fn_fatty_acid_43(X))
& fn_fatty_acid_17(X) = fn_carboxyl_group_64(fn_fatty_acid_43(X))
& fn_fatty_acid_38(X) = fn_carboxyl_group_18(fn_fatty_acid_43(X))
& fn_fatty_acid_31(X) = fn_carboxyl_group_24(fn_fatty_acid_43(X))
& fn_fatty_acid_11(X) = fn_carboxyl_group_55(fn_fatty_acid_43(X))
& fn_fatty_acid_37(X) = fn_carboxyl_group_46(fn_fatty_acid_43(X))
& fn_fatty_acid_60(X) = fn_carboxyl_group_57(fn_fatty_acid_43(X))
& fn_fatty_acid_21(X) = fn_carboxyl_group_24(fn_fatty_acid_43(X))
& fn_fatty_acid_34(X) = fn_carboxyl_group_19(fn_fatty_acid_43(X))
& fn_fatty_acid_66(X) = fn_carboxyl_group_47(fn_fatty_acid_43(X))
& fn_fatty_acid_18(X) = fn_carboxyl_group_46(fn_fatty_acid_43(X))
& fn_fatty_acid_26(X) = fn_carboxyl_group_45(fn_fatty_acid_43(X))
& fn_fatty_acid_58(X) = fn_carboxyl_group_17(fn_fatty_acid_43(X))
& fn_fatty_acid_62(X) = fn_carboxyl_group_21(fn_fatty_acid_43(X))
& fn_fatty_acid_21(X) = fn_carboxyl_group_23(fn_fatty_acid_43(X))
& fn_attract_2(fn_fatty_acid_25(X)) = fn_second_electron_shell_20(fn_fatty_acid_23(X))
& fn_second_electron_shell_20(fn_fatty_acid_23(X)) = fn_atom_9(fn_fatty_acid_31(X))
& fn_atom_9(fn_fatty_acid_31(X)) = fn_second_electron_shell_21(fn_fatty_acid_23(X))
& fn_second_electron_shell_21(fn_fatty_acid_23(X)) = fn_second_electron_shell_21(fn_fatty_acid_23(X))
& fn_second_electron_shell_21(fn_fatty_acid_23(X)) = fn_atom_14(fn_fatty_acid_56(X))
& fn_atom_14(fn_fatty_acid_56(X)) = fn_carbon_10(fn_fatty_acid_56(X))
& fn_carbon_10(fn_fatty_acid_56(X)) = fn_carbon_10(fn_fatty_acid_56(X))
& fn_carbon_10(fn_fatty_acid_56(X)) = fn_hydrocarbon_molecule_11(fn_fatty_acid_29(X))
& fn_hydrocarbon_molecule_11(fn_fatty_acid_29(X)) = fn_hydrocarbon_molecule_24(fn_fatty_acid_29(X))
& fn_hydrocarbon_molecule_24(fn_fatty_acid_29(X)) = fn_hydrocarbon_molecule_19(fn_fatty_acid_29(X))
& fn_hydrocarbon_molecule_19(fn_fatty_acid_29(X)) = fn_hydrocarbon_molecule_19(fn_fatty_acid_29(X))
& fn_hydrocarbon_molecule_19(fn_fatty_acid_29(X)) = fn_hydrocarbon_molecule_23(fn_fatty_acid_29(X))
& fn_hydrocarbon_molecule_23(fn_fatty_acid_29(X)) = fn_hydrocarbon_molecule_18(fn_fatty_acid_29(X))
& fn_hydrocarbon_molecule_18(fn_fatty_acid_29(X)) = fn_hydrocarbon_molecule_18(fn_fatty_acid_29(X))
& fn_hydrocarbon_molecule_18(fn_fatty_acid_29(X)) = fn_share_2(fn_fatty_acid_55(X))
& fn_share_2(fn_fatty_acid_55(X)) = fn_hydrocarbon_molecule_8(fn_fatty_acid_29(X))
& fn_hydrocarbon_molecule_8(fn_fatty_acid_29(X)) = fn_organic_acid_12(X)
& fn_organic_acid_12(X) = fn_carboxylic_acid_10(X)
& fn_carboxylic_acid_10(X) = fn_carboxylic_acid_10(X)
& fn_carboxylic_acid_10(X) = fn_carboxylic_acid_24(X)
& fn_carboxylic_acid_16(X) = fn_organic_acid_15(X)
& fn_organic_acid_15(X) = fn_organic_acid_15(X)
& fn_organic_acid_15(X) = fn_carboxylic_acid_24(X)
& fn_carboxylic_acid_24(X) = fn_carboxylic_acid_24(X)
& fn_carboxylic_acid_24(X) = fn_carboxylic_acid_16(X)
& fn_carboxylic_acid_16(X) = fn_carboxylic_acid_16(X)
& fn_carboxylic_acid_16(X) = fn_carboxylic_acid_3(X)
& fn_carboxylic_acid_3(X) = fn_carboxylic_acid_3(X)
& fn_carboxylic_acid_3(X) = fn_carboxylic_acid_25(X)
& fn_carboxylic_acid_25(X) = fn_carboxylic_acid_25(X)
& fn_carboxylic_acid_25(X) = fn_carboxylic_acid_2(X)
& fn_carboxylic_acid_2(X) = fn_hydrocarbon_molecule_24(fn_fatty_acid_29(X))
& fn_hydrocarbon_molecule_24(fn_fatty_acid_29(X)) = fn_hydrogen_14(fn_fatty_acid_28(X))
& fn_hydrogen_14(fn_fatty_acid_28(X)) = fn_hydrogen_14(fn_fatty_acid_28(X))
& fn_hydrogen_14(fn_fatty_acid_28(X)) = fn_hydrocarbon_molecule_23(fn_fatty_acid_29(X))
& fn_hydrocarbon_molecule_23(fn_fatty_acid_29(X)) = fn_hydrocarbon_molecule_23(fn_fatty_acid_29(X))
& fn_hydrocarbon_molecule_23(fn_fatty_acid_29(X)) = fn_hydrogen_15(fn_fatty_acid_28(X))
& fn_hydrogen_15(fn_fatty_acid_28(X)) = fn_hydrogen_15(fn_fatty_acid_28(X))
& fn_hydrogen_15(fn_fatty_acid_28(X)) = fn_hydrocarbon_molecule_8(fn_fatty_acid_29(X))
& fn_hydrocarbon_molecule_8(fn_fatty_acid_29(X)) = fn_hydrocarbon_molecule_8(fn_fatty_acid_29(X))
& fn_hydrocarbon_molecule_8(fn_fatty_acid_29(X)) = fn_hydrocarbon_molecule_11(fn_fatty_acid_29(X))
& fn_hydrocarbon_molecule_11(fn_fatty_acid_29(X)) = fn_hydrocarbon_molecule_11(fn_fatty_acid_29(X))
& fn_hydrocarbon_molecule_11(fn_fatty_acid_29(X)) = fn_hydrogen_12(fn_fatty_acid_28(X))
& fn_hydrogen_12(fn_fatty_acid_28(X)) = fn_hydrogen_12(fn_fatty_acid_28(X))
& fn_hydrogen_12(fn_fatty_acid_28(X)) = fn_organic_acid_1(X)
& fn_organic_acid_1(X) = fn_organic_acid_1(X)
& fn_organic_acid_1(X) = fn_carboxylic_acid_19(X)
& fn_carboxylic_acid_19(X) = fn_carboxylic_acid_19(X)
& fn_carboxylic_acid_19(X) = fn_carboxyl_group_67(fn_fatty_acid_43(X))
& fn_carboxyl_group_67(fn_fatty_acid_43(X)) = fn_carboxyl_group_67(fn_fatty_acid_43(X))
& fn_carboxyl_group_67(fn_fatty_acid_43(X)) = fn_share_3(fn_fatty_acid_40(X))
& fn_share_3(fn_fatty_acid_40(X)) = fn_share_3(fn_fatty_acid_40(X))
& fn_share_3(fn_fatty_acid_40(X)) = fn_second_electron_shell_13(fn_fatty_acid_23(X))
& fn_second_electron_shell_13(fn_fatty_acid_23(X)) = fn_second_electron_shell_13(fn_fatty_acid_23(X))
& fn_second_electron_shell_13(fn_fatty_acid_23(X)) = fn_organic_acid_14(X)
& fn_organic_acid_14(X) = fn_organic_acid_14(X)
& fn_organic_acid_14(X) = fn_carboxylic_acid_9(X)
& fn_carboxyl_group_19(fn_fatty_acid_43(X)) = fn_organic_acid_5(X)
& fn_organic_acid_5(X) = fn_organic_acid_5(X)
& fn_organic_acid_5(X) = fn_carboxyl_group_20(fn_fatty_acid_43(X))
& fn_carboxyl_group_20(fn_fatty_acid_43(X)) = fn_carboxyl_group_20(fn_fatty_acid_43(X))
& fn_carboxyl_group_20(fn_fatty_acid_43(X)) = fn_carboxyl_group_57(fn_fatty_acid_43(X))
& fn_carboxyl_group_57(fn_fatty_acid_43(X)) = fn_carboxyl_group_57(fn_fatty_acid_43(X))
& fn_carboxyl_group_57(fn_fatty_acid_43(X)) = fn_carboxyl_group_48(fn_fatty_acid_43(X))
& fn_carboxyl_group_48(fn_fatty_acid_43(X)) = fn_attract_1(fn_fatty_acid_25(X))
& fn_attract_1(fn_fatty_acid_25(X)) = fn_carboxylic_acid_15(X)
& fn_carboxyl_group_17(fn_fatty_acid_43(X)) = fn_carboxyl_group_40(fn_fatty_acid_43(X))
& fn_carboxyl_group_40(fn_fatty_acid_43(X)) = fn_carboxyl_group_40(fn_fatty_acid_43(X))
& fn_carboxyl_group_40(fn_fatty_acid_43(X)) = fn_carboxyl_group_17(fn_fatty_acid_43(X))
& fn_carboxyl_group_17(fn_fatty_acid_43(X)) = fn_carboxylic_acid_11(X)
& fn_carboxylic_acid_11(X) = fn_carboxylic_acid_11(X)
& fn_carboxylic_acid_11(X) = fn_carboxyl_group_25(fn_fatty_acid_43(X))
& fn_carboxyl_group_25(fn_fatty_acid_43(X)) = fn_carboxyl_group_25(fn_fatty_acid_43(X))
& fn_carboxyl_group_25(fn_fatty_acid_43(X)) = fn_carboxylic_acid_12(X)
& fn_carboxylic_acid_12(X) = fn_carboxyl_group_18(fn_fatty_acid_43(X))
& fn_carboxyl_group_18(fn_fatty_acid_43(X)) = fn_carboxyl_group_64(fn_fatty_acid_43(X))
& fn_carboxyl_group_64(fn_fatty_acid_43(X)) = fn_organic_acid_9(X)
& fn_organic_acid_9(X) = fn_organic_acid_9(X)
& fn_organic_acid_9(X) = fn_carboxyl_group_64(fn_fatty_acid_43(X))
& fn_carboxyl_group_64(fn_fatty_acid_43(X)) = fn_carboxyl_group_64(fn_fatty_acid_43(X))
& fn_carboxyl_group_64(fn_fatty_acid_43(X)) = fn_carboxyl_group_18(fn_fatty_acid_43(X))
& fn_carboxyl_group_18(fn_fatty_acid_43(X)) = fn_carboxyl_group_18(fn_fatty_acid_43(X))
& fn_carboxyl_group_18(fn_fatty_acid_43(X)) = fn_share_3(fn_fatty_acid_63(X))
& fn_share_3(fn_fatty_acid_63(X)) = fn_share_1(fn_fatty_acid_63(X))
& fn_share_1(fn_fatty_acid_63(X)) = fn_share_3(fn_fatty_acid_64(X))
& fn_share_3(fn_fatty_acid_64(X)) = fn_share_1(fn_fatty_acid_64(X))
& fn_share_1(fn_fatty_acid_64(X)) = fn_share_3(fn_fatty_acid_14(X))
& fn_share_3(fn_fatty_acid_14(X)) = fn_share_1(fn_fatty_acid_14(X))
& fn_share_1(fn_fatty_acid_14(X)) = fn_share_1(fn_fatty_acid_63(X))
& fn_share_1(fn_fatty_acid_63(X)) = fn_share_1(fn_fatty_acid_64(X))
& fn_share_1(fn_fatty_acid_64(X)) = fn_share_1(fn_fatty_acid_14(X))
& fn_share_1(fn_fatty_acid_14(X)) = fn_hold_2(fn_fatty_acid_65(X))
& fn_hold_2(fn_fatty_acid_66(X)) = fn_hold_2(fn_fatty_acid_65(X))
& fn_hold_2(fn_fatty_acid_65(X)) = fn_hold_2(fn_fatty_acid_32(X))
& fn_hold_2(fn_fatty_acid_32(X)) = fn_hold_2(fn_fatty_acid_66(X))
& fn_hold_2(fn_fatty_acid_66(X)) = fn_carboxylic_acid_4(X)
& fn_carboxylic_acid_5(X) = fn_carboxyl_group_23(fn_fatty_acid_43(X))
& fn_carboxyl_group_24(fn_fatty_acid_43(X)) = fn_carboxylic_acid_25(X)
& fn_carboxylic_acid_25(X) = fn_carboxyl_group_55(fn_fatty_acid_43(X))
& fn_carboxyl_group_55(fn_fatty_acid_43(X)) = fn_carboxyl_group_55(fn_fatty_acid_43(X))
& fn_carboxyl_group_55(fn_fatty_acid_43(X)) = fn_first_electron_shell_7(fn_fatty_acid_24(X))
& fn_first_electron_shell_7(fn_fatty_acid_24(X)) = fn_first_electron_shell_7(fn_fatty_acid_24(X))
& fn_carboxyl_group_48(fn_fatty_acid_43(X)) = fn_first_electron_shell_7(fn_fatty_acid_24(X))
& fn_first_electron_shell_7(fn_fatty_acid_24(X)) = fn_carboxyl_group_48(fn_fatty_acid_43(X))
& fn_carboxyl_group_46(fn_fatty_acid_43(X)) = fn_carboxyl_group_48(fn_fatty_acid_43(X))
& fn_carboxyl_group_48(fn_fatty_acid_43(X)) = fn_carboxyl_group_48(fn_fatty_acid_43(X))
& fn_carboxyl_group_48(fn_fatty_acid_43(X)) = fn_carboxyl_group_46(fn_fatty_acid_43(X))
& fn_carboxyl_group_46(fn_fatty_acid_43(X)) = fn_hold_2(fn_fatty_acid_12(X))
& fn_hold_2(fn_fatty_acid_12(X)) = fn_share_3(fn_fatty_acid_40(X))
& fn_share_3(fn_fatty_acid_40(X)) = fn_hold_2(fn_fatty_acid_12(X))
& fn_hold_2(fn_fatty_acid_12(X)) = fn_share_1(fn_fatty_acid_40(X))
& fn_share_1(fn_fatty_acid_40(X)) = fn_share_1(fn_fatty_acid_40(X))
& fn_share_1(fn_fatty_acid_40(X)) = fn_first_electron_shell_3(fn_fatty_acid_24(X))
& fn_first_electron_shell_3(fn_fatty_acid_24(X)) = fn_first_electron_shell_3(fn_fatty_acid_24(X))
& fn_carboxylic_acid_9(X) = fn_first_electron_shell_3(fn_fatty_acid_24(X))
& fn_first_electron_shell_3(fn_fatty_acid_24(X)) = fn_carboxylic_acid_9(X)
& fn_carboxylic_acid_9(X) = fn_carboxylic_acid_9(X)
& fn_carboxylic_acid_9(X) = fn_carboxyl_group_19(fn_fatty_acid_43(X))
& fn_carboxyl_group_19(fn_fatty_acid_43(X)) = fn_carboxyl_group_19(fn_fatty_acid_43(X))
& fn_carboxyl_group_19(fn_fatty_acid_43(X)) = fn_organic_acid_8(X)
& fn_organic_acid_8(X) = fn_carboxylic_acid_13(X)
& fn_carboxylic_acid_13(X) = fn_carboxylic_acid_13(X)
& fn_carboxylic_acid_13(X) = fn_carboxyl_group_65(fn_fatty_acid_43(X))
& fn_carboxyl_group_65(fn_fatty_acid_43(X)) = fn_carboxyl_group_65(fn_fatty_acid_43(X))
& fn_carboxyl_group_65(fn_fatty_acid_43(X)) = fn_carboxyl_group_46(fn_fatty_acid_43(X))
& fn_carboxyl_group_46(fn_fatty_acid_43(X)) = fn_carboxyl_group_46(fn_fatty_acid_43(X))
& fn_carboxyl_group_46(fn_fatty_acid_43(X)) = fn_carboxylic_acid_15(X)
& fn_carboxylic_acid_15(X) = fn_carboxylic_acid_15(X)
& fn_carboxylic_acid_15(X) = fn_carboxyl_group_40(fn_fatty_acid_43(X))
& fn_carboxyl_group_58(fn_fatty_acid_43(X)) = fn_carboxyl_group_40(fn_fatty_acid_43(X))
& fn_carboxyl_group_40(fn_fatty_acid_43(X)) = fn_carboxyl_group_58(fn_fatty_acid_43(X))
& fn_carboxyl_group_58(fn_fatty_acid_43(X)) = fn_carboxyl_group_45(fn_fatty_acid_43(X))
& fn_carboxyl_group_45(fn_fatty_acid_43(X)) = fn_share_2(fn_fatty_acid_15(X))
& fn_share_2(fn_fatty_acid_15(X)) = fn_share_2(fn_fatty_acid_63(X))
& fn_share_2(fn_fatty_acid_63(X)) = fn_first_electron_shell_5(fn_fatty_acid_24(X))
& fn_organic_acid_2(X) = fn_first_electron_shell_5(fn_fatty_acid_24(X))
& fn_first_electron_shell_5(fn_fatty_acid_24(X)) = fn_organic_acid_2(X)
& fn_organic_acid_2(X) = fn_carboxylic_acid_18(X)
& fn_carboxylic_acid_18(X) = fn_carboxyl_group_45(fn_fatty_acid_43(X))
& fn_carboxyl_group_45(fn_fatty_acid_43(X)) = fn_carboxyl_group_45(fn_fatty_acid_43(X))
& fn_carboxyl_group_45(fn_fatty_acid_43(X)) = fn_carboxyl_group_21(fn_fatty_acid_43(X))
& fn_carboxyl_group_21(fn_fatty_acid_43(X)) = fn_carboxyl_group_17(fn_fatty_acid_43(X))
& fn_carboxyl_group_17(fn_fatty_acid_43(X)) = fn_carboxyl_group_17(fn_fatty_acid_43(X))
& fn_carboxyl_group_17(fn_fatty_acid_43(X)) = fn_carboxylic_acid_18(X)
& fn_carboxylic_acid_18(X) = fn_carboxylic_acid_18(X)
& fn_carboxylic_acid_18(X) = fn_carboxyl_group_58(fn_fatty_acid_43(X))
& fn_carboxyl_group_58(fn_fatty_acid_43(X)) = fn_carboxyl_group_58(fn_fatty_acid_43(X))
& fn_carboxyl_group_58(fn_fatty_acid_43(X)) = fn_carboxyl_group_21(fn_fatty_acid_43(X))
& fn_carboxyl_group_21(fn_fatty_acid_43(X)) = fn_carboxyl_group_21(fn_fatty_acid_43(X))
& fn_carboxyl_group_21(fn_fatty_acid_43(X)) = fn_organic_acid_11(X)
& fn_carboxylic_acid_6(X) = fn_organic_acid_11(X)
& fn_organic_acid_11(X) = fn_carboxylic_acid_6(X)
& fn_carboxylic_acid_6(X) = fn_organic_acid_13(X)
& fn_organic_acid_13(X) = fn_organic_acid_13(X)
& fn_organic_acid_13(X) = fn_carboxylic_acid_4(X)
& fn_carboxylic_acid_5(X) = fn_carboxylic_acid_4(X)
& fn_carboxylic_acid_4(X) = fn_carboxylic_acid_4(X)
& fn_carboxylic_acid_4(X) = fn_carboxylic_acid_5(X)
& fn_carboxylic_acid_5(X) = fn_carboxylic_acid_5(X)
& fn_carboxylic_acid_5(X) = fn_carboxyl_group_24(fn_fatty_acid_43(X))
& fn_carboxyl_group_23(fn_fatty_acid_43(X)) = fn_carboxyl_group_24(fn_fatty_acid_43(X))
& fn_carboxyl_group_24(fn_fatty_acid_43(X)) = fn_carboxyl_group_24(fn_fatty_acid_43(X))
& fn_carboxyl_group_24(fn_fatty_acid_43(X)) = fn_carboxyl_group_23(fn_fatty_acid_43(X))
& fn_carboxyl_group_23(fn_fatty_acid_43(X)) = fn_carboxyl_group_23(fn_fatty_acid_43(X)) ) ) ).
fof(a529546,axiom,
! [X] :
( fatty_acid_tail_1(X)
=> ( original_name_2(X,'Fatty-Acid-Tail')
& user_description_2(X,'A fatty acid tail is a long tail-like region of a molecule which consists of fatty acids.')
& concept2words_2(X,'hydrophobic tail')
& concept2words_2(X,'hydrocarbon tail')
& concept2words_2(X,'hydrocarbon-tail')
& concept2words_2(X,'fatty acid tail')
& concept2words_2(X,'fatty-acid-tail')
& hydrophobic_end_1(X)
& tail_region_1(X)
& system_1(fn_fatty_acid_tail_2(X))
& mass_value_1(fn_fatty_acid_tail_6(X))
& mass_value_1(fn_fatty_acid_tail_7(X))
& called_2(fn_fatty_acid_tail_7(X),mass_electron)
& called_2(fn_fatty_acid_tail_6(X),mass_proton)
& the_cardinal_value_2(fn_fatty_acid_tail_6(X),"1.0e0")
& cardinal_unit_class_2(fn_fatty_acid_tail_6(X),dalton_0) ) ) ).
fof(a529547,axiom,
! [X] :
( fe_plus_3_1(X)
=> ( original_name_2(X,'Fe-Plus-3')
& user_description_2(X,'An ion of Iron with 3 positive charge.')
& concept2words_2(X,'fe plus 3')
& concept2words_2(X,'fe-plus-3')
& monoatomic_ion_1(X)
& cation_1(X)
& iron_1(fn_fe_plus_3_1(X))
& has_ion_2(fn_fe_plus_3_1(X),X) ) ) ).
fof(a529548,axiom,
! [X] :
( feather_1(X)
=> ( original_name_2(X,'Feather')
& user_description_2(X,'An epidermal outgrowth that forms the outer covering of birds.')
& concept2words_2(X,feather)
& specialised_organ_1(X)
& keratin_1(fn_feather_1(X))
& has_part_2(X,fn_feather_1(X)) ) ) ).
fof(a529549,axiom,
! [X] :
( feces_1(X)
=> ( original_name_2(X,'Feces')
& user_description_2(X,'The waste products of digestion.')
& concept2words_2(X,faeces)
& concept2words_2(X,'fecal matter')
& concept2words_2(X,'fecal-matter')
& concept2words_2(X,'bowel movement')
& concept2words_2(X,'bowel-movement')
& concept2words_2(X,poop)
& concept2words_2(X,'bowel movement')
& concept2words_2(X,'bowel-movement')
& concept2words_2(X,feces)
& detritus_1(X)
& ~ suspension_1(X)
& ~ acid_chyme_1(X)
& ~ homogenate_1(X)
& ~ homogeneous_mixture_1(X)
& ~ loam_1(X)
& ~ mesohyl_1(X)
& ~ peat_1(X)
& ~ protobiont_1(X)
& ~ saliva_1(X)
& ~ soil_1(X)
& ~ topsoil_1(X)
& tangible_entity_1(fn_feces_1(X))
& substance_1(fn_feces_2(X))
& tangible_entity_1(fn_feces_3(X))
& fiber_1(fn_feces_4(X))
& cellulose_1(fn_feces_5(X))
& bacterium_1(fn_feces_6(X))
& elimination_1(fn_feces_7(X))
& digestive_system_1(fn_feces_8(X))
& quantity_value_1(fn_feces_9(X))
& water_molecule_1(fn_feces_11(X))
& chemical_entity_1(fn_feces_12(X))
& activation_energy_1(fn_feces_13(X))
& waste_1(fn_feces_14(X))
& chemical_1(fn_feces_15(X))
& chemical_digestion_1(fn_feces_16(X))
& tangible_entity_1(fn_chemical_digestion_1(fn_feces_16(X)))
& chemical_entity_1(fn_chemical_3(fn_feces_15(X)))
& tangible_entity_1(fn_waste_1(fn_feces_14(X)))
& fn_feces_12(X) != fn_feces_11(X)
& fn_feces_11(X) != fn_feces_12(X)
& the_scalar_value_2(fn_feces_9(X),high_0)
& scalar_unit_class_2(fn_feces_9(X),tangible_entity_0)
& has_part_2(X,fn_feces_1(X))
& has_part_2(X,fn_feces_4(X))
& has_part_2(X,fn_feces_6(X))
& has_function_2(fn_feces_8(X),fn_feces_7(X))
& result_2(fn_feces_7(X),X)
& agent_2(fn_feces_7(X),fn_feces_8(X))
& in_event_2(fn_feces_14(X),fn_feces_7(X))
& quantity_2(fn_feces_6(X),fn_feces_9(X))
& has_part_2(fn_feces_4(X),fn_feces_5(X))
& has_state_2(fn_feces_3(X),fn_feces_1(X))
& has_part_2(fn_feces_2(X),fn_feces_3(X))
& has_part_2(fn_feces_2(X),fn_feces_15(X))
& raw_material_2(fn_feces_16(X),fn_feces_11(X))
& raw_material_2(fn_feces_16(X),fn_feces_13(X))
& has_part_2(fn_feces_15(X),fn_feces_12(X))
& plays_2(X,fn_feces_14(X))
& fn_feces_13(X) = fn_chemical_digestion_1(fn_feces_16(X))
& fn_feces_12(X) = fn_chemical_3(fn_feces_15(X))
& X = fn_waste_1(fn_feces_14(X)) ) ) ).
fof(a529550,axiom,
! [X] :
( feed_1(X)
=> ( original_name_2(X,'Feed')
& concept2words_2(X,feed)
& concept2words_2(X,give)
& concept2words_2(X,grub)
& supply_1(X)
& living_entity_1(fn_feed_1(X))
& food_1(fn_feed_2(X))
& living_entity_1(fn_feed_3(X))
& tangible_entity_1(fn_feed_4(X))
& plays_2(fn_feed_4(X),fn_feed_2(X))
& in_event_2(fn_feed_2(X),X)
& recipient_2(X,fn_feed_1(X))
& object_2(X,fn_feed_4(X))
& donor_2(X,fn_feed_3(X))
& agent_2(X,fn_feed_3(X))
& fn_feed_4(X) = fn_transfer_1(X)
& fn_feed_3(X) = fn_relinquish_1(X) ) ) ).
fof(a529551,axiom,
! [X] :
( feedback_inhibition_1(X)
=> ( original_name_2(X,'Feedback-Inhibition')
& user_description_2(X,'A cellular control mechanism in which an enzyme that catalyzes the production of a particular substance in the cell is inhibited when that substance has accumulated to a certain level, thereby balancing the amount provided with the amount needed.')
& concept2words_2(X,'negative feedback')
& concept2words_2(X,'negative-feedback')
& concept2words_2(X,'perform feedback inhibition')
& concept2words_2(X,'inhibition of feedback')
& concept2words_2(X,'feedback inhibition')
& concept2words_2(X,'feedback-inhibition')
& inhibition_1(X)
& feedback_mechanism_1(X)
& ~ allosteric_regulation_1(X)
& ~ induced_fit_1(X)
& inhibitor_1(fn_feedback_inhibition_1(X))
& metabolic_pathway_1(fn_feedback_inhibition_2(X))
& chemical_entity_1(fn_feedback_inhibition_3(X))
& chemical_entity_1(fn_chemical_reaction_1(fn_feedback_inhibition_2(X)))
& chemical_entity_1(fn_inhibitor_2(fn_feedback_inhibition_1(X)))
& inhibition_1(fn_inhibitor_3(fn_feedback_inhibition_1(X)))
& inhibits_2(X,fn_feedback_inhibition_2(X))
& result_2(fn_feedback_inhibition_2(X),fn_feedback_inhibition_3(X))
& plays_2(fn_feedback_inhibition_3(X),fn_feedback_inhibition_1(X))
& in_event_2(fn_feedback_inhibition_1(X),X)
& agent_2(X,fn_feedback_inhibition_3(X))
& has_function_2(fn_feedback_inhibition_3(X),X)
& fn_feedback_inhibition_3(X) = fn_chemical_reaction_1(fn_feedback_inhibition_2(X))
& fn_feedback_inhibition_3(X) = fn_inhibitor_2(fn_feedback_inhibition_1(X))
& X = fn_inhibitor_3(fn_feedback_inhibition_1(X))
& fn_chemical_reaction_1(fn_feedback_inhibition_2(X)) = fn_inhibitor_2(fn_feedback_inhibition_1(X))
& fn_inhibitor_2(fn_feedback_inhibition_1(X)) = fn_inhibitor_2(fn_feedback_inhibition_1(X))
& fn_inhibitor_3(fn_feedback_inhibition_1(X)) = fn_inhibitor_3(fn_feedback_inhibition_1(X)) ) ) ).
fof(a529552,axiom,
! [X,X1] :
( ( inhibits_2(X,X1)
& feedback_inhibition_1(X)
& anabolic_pathway_1(X1) )
=> ( feedback_inhibition_of_anabolic_pathway_1(X)
& fn_feedback_inhibition_of_anabolic_pathway_8(X) = X1 ) ) ).
fof(a529553,axiom,
! [X] :
( feedback_inhibition_of_anabolic_pathway_1(X)
=> ( original_name_2(X,'Feedback-Inhibition-Of-Anabolic-Pathway')
& user_description_2(X,'A cellular control mechanism in which teh anabolic pathway in the cell is inhibited thereby balancing the substance amount provided with the amount needed.')
& concept2words_2(X,'perform feedback inhibition of an anabolic pathway')
& concept2words_2(X,'feedback inhibition of anabolic pathway')
& concept2words_2(X,'feedback-inhibition-of-anabolic-pathway')
& feedback_inhibition_1(X)
& inhibition_1(fn_feedback_inhibition_of_anabolic_pathway_1(X))
& protein_enzyme_1(fn_feedback_inhibition_of_anabolic_pathway_2(X))
& activity_1(fn_feedback_inhibition_of_anabolic_pathway_3(X))
& cell_1(fn_feedback_inhibition_of_anabolic_pathway_4(X))
& event_1(fn_feedback_inhibition_of_anabolic_pathway_5(X))
& chemical_entity_1(fn_feedback_inhibition_of_anabolic_pathway_7(X))
& metabolic_pathway_1(fn_feedback_inhibition_of_anabolic_pathway_8(X))
& anabolic_pathway_1(fn_feedback_inhibition_of_anabolic_pathway_8(X))
& chemical_entity_1(fn_anabolic_pathway_5(fn_feedback_inhibition_of_anabolic_pathway_8(X)))
& inhibits_2(fn_feedback_inhibition_of_anabolic_pathway_1(X),fn_feedback_inhibition_of_anabolic_pathway_3(X))
& agent_2(fn_feedback_inhibition_of_anabolic_pathway_1(X),fn_feedback_inhibition_of_anabolic_pathway_2(X))
& subevent_2(X,fn_feedback_inhibition_of_anabolic_pathway_1(X))
& base_2(X,fn_feedback_inhibition_of_anabolic_pathway_4(X))
& subevent_2(fn_feedback_inhibition_of_anabolic_pathway_8(X),fn_feedback_inhibition_of_anabolic_pathway_5(X))
& inhibits_2(X,fn_feedback_inhibition_of_anabolic_pathway_8(X))
& agent_2(X,fn_feedback_inhibition_of_anabolic_pathway_7(X))
& result_2(fn_feedback_inhibition_of_anabolic_pathway_8(X),fn_feedback_inhibition_of_anabolic_pathway_7(X))
& fn_feedback_inhibition_of_anabolic_pathway_8(X) = fn_feedback_inhibition_2(X)
& fn_feedback_inhibition_of_anabolic_pathway_7(X) = fn_feedback_inhibition_3(X)
& fn_feedback_inhibition_of_anabolic_pathway_7(X) = fn_anabolic_pathway_5(fn_feedback_inhibition_of_anabolic_pathway_8(X))
& fn_feedback_inhibition_3(X) = fn_anabolic_pathway_5(fn_feedback_inhibition_of_anabolic_pathway_8(X)) ) ) ).
fof(a529554,axiom,
! [X,X1] :
( ( inhibits_2(X,X1)
& feedback_inhibition_1(X)
& glycolysis_1(X1) )
=> ( feedback_inhibition_of_glycolysis_1(X)
& fn_feedback_inhibition_of_glycolysis_3(X) = X1 ) ) ).
fof(a529555,axiom,
! [X] :
( feedback_inhibition_of_glycolysis_1(X)
=> ( original_name_2(X,'Feedback-Inhibition-Of-Glycolysis')
& user_description_2(X,'A method of metabolic control of glycolysis where the end products of the pathway act as inhibitors of enzymes within the glycolytic pathway.')
& concept2words_2(X,'perform feedback inhibition of glycolysis')
& concept2words_2(X,inhibit)
& concept2words_2(X,'feedback inhibition of glycolysis')
& concept2words_2(X,'feedback-inhibition-of-glycolysis')
& feedback_inhibition_1(X)
& cell_1(fn_feedback_inhibition_of_glycolysis_2(X))
& glycolysis_1(fn_feedback_inhibition_of_glycolysis_3(X))
& base_2(X,fn_feedback_inhibition_of_glycolysis_2(X))
& inhibits_2(X,fn_feedback_inhibition_of_glycolysis_3(X))
& fn_feedback_inhibition_of_glycolysis_3(X) = fn_feedback_inhibition_2(X) ) ) ).
fof(a529556,axiom,
! [X] :
( feedback_inhibition_of_glycolysis_by_atp_1(X)
=> ( original_name_2(X,'Feedback-Inhibition-Of-Glycolysis-By-ATP')
& user_description_2(X,'A method of metabolic control of glycolysis in which excess ATP molecules produced during glycolysis act as an inhibitor of phosphofructokinase (PFK), an enzyme within the glycolytic pathway.')
& concept2words_2(X,'perform feedback inhibition of glycolysis')
& concept2words_2(X,inhibit)
& concept2words_2(X,'feedback inhibition of glycolysis by atp')
& concept2words_2(X,'feedback-inhibition-of-glycolysis-by-atp')
& feedback_inhibition_of_glycolysis_1(X)
& ~ feedback_inhibition_of_glycolysis_by_citrate_1(X)
& collecting_1(fn_feedback_inhibition_of_glycolysis_by_atp_1(X))
& cell_1(fn_feedback_inhibition_of_glycolysis_by_atp_2(X))
& base_2(fn_feedback_inhibition_of_glycolysis_by_atp_1(X),fn_feedback_inhibition_of_glycolysis_by_atp_2(X))
& by_means_of_2(X,fn_feedback_inhibition_of_glycolysis_by_atp_1(X))
& base_2(X,fn_feedback_inhibition_of_glycolysis_by_atp_2(X))
& fn_feedback_inhibition_of_glycolysis_by_atp_2(X) = fn_feedback_inhibition_of_glycolysis_2(X) ) ) ).
fof(a529557,axiom,
! [X,X1,X2] :
( ( agent_2(X,X1)
& inhibits_2(X,X2)
& citrate_1(X1)
& feedback_inhibition_of_glycolysis_1(X)
& glycolysis_1(X2) )
=> ( feedback_inhibition_of_glycolysis_by_citrate_1(X)
& fn_feedback_inhibition_of_glycolysis_by_citrate_8(X) = X2
& fn_feedback_inhibition_of_glycolysis_by_citrate_5(X) = X1 ) ) ).
fof(a529558,axiom,
! [X] :
( feedback_inhibition_of_glycolysis_by_citrate_1(X)
=> ( original_name_2(X,'Feedback-Inhibition-Of-Glycolysis-By-Citrate')
& user_description_2(X,'High concentrations of ATP and citrate inhibit glycolysis by allosteric regulation of phosphofructokinase. This is referred to as feedback inhibition.')
& concept2words_2(X,'perform feedback inhibition of glycolysis')
& concept2words_2(X,inhibit)
& concept2words_2(X,'feedback inhibition of glycolysis by citrate')
& concept2words_2(X,'feedback-inhibition-of-glycolysis-by-citrate')
& feedback_inhibition_of_glycolysis_1(X)
& ~ feedback_inhibition_of_glycolysis_by_atp_1(X)
& cell_1(fn_feedback_inhibition_of_glycolysis_by_citrate_2(X))
& cytoplasm_1(fn_feedback_inhibition_of_glycolysis_by_citrate_3(X))
& mitochondrion_1(fn_feedback_inhibition_of_glycolysis_by_citrate_4(X))
& citrate_1(fn_feedback_inhibition_of_glycolysis_by_citrate_5(X))
& inhibitor_1(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X))
& enzyme_regulator_1(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X))
& enzyme_inhibitor_1(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X))
& collecting_1(fn_feedback_inhibition_of_glycolysis_by_citrate_7(X))
& glycolysis_1(fn_feedback_inhibition_of_glycolysis_by_citrate_8(X))
& spatial_entity_1(fn_mitochondrion_23(fn_feedback_inhibition_of_glycolysis_by_citrate_4(X)))
& entity_1(fn_collecting_1(fn_feedback_inhibition_of_glycolysis_by_citrate_7(X)))
& spatial_entity_1(fn_mitochondrion_24(fn_feedback_inhibition_of_glycolysis_by_citrate_4(X)))
& chemical_entity_1(fn_inhibitor_2(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X)))
& molecule_1(fn_enzyme_regulator_2(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X)))
& spatial_entity_1(fn_enzyme_inhibitor_3(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X)))
& chemical_entity_1(fn_enzyme_inhibitor_3(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X)))
& molecule_1(fn_enzyme_inhibitor_3(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X)))
& inhibition_1(fn_inhibitor_3(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X)))
& regulation_1(fn_enzyme_regulator_3(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X)))
& inhibition_1(fn_enzyme_inhibitor_2(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X)))
& regulation_1(fn_enzyme_inhibitor_2(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X)))
& base_2(fn_feedback_inhibition_of_glycolysis_by_citrate_7(X),fn_feedback_inhibition_of_glycolysis_by_citrate_2(X))
& is_between_2(fn_feedback_inhibition_of_glycolysis_by_citrate_4(X),fn_feedback_inhibition_of_glycolysis_by_citrate_5(X))
& is_between_2(fn_feedback_inhibition_of_glycolysis_by_citrate_4(X),fn_feedback_inhibition_of_glycolysis_by_citrate_3(X))
& subevent_2(X,fn_feedback_inhibition_of_glycolysis_by_citrate_7(X))
& object_2(fn_feedback_inhibition_of_glycolysis_by_citrate_7(X),fn_feedback_inhibition_of_glycolysis_by_citrate_5(X))
& is_inside_2(fn_feedback_inhibition_of_glycolysis_by_citrate_5(X),fn_feedback_inhibition_of_glycolysis_by_citrate_4(X))
& is_outside_2(fn_feedback_inhibition_of_glycolysis_by_citrate_3(X),fn_feedback_inhibition_of_glycolysis_by_citrate_4(X))
& inhibits_2(X,fn_feedback_inhibition_of_glycolysis_by_citrate_8(X))
& plays_2(fn_feedback_inhibition_of_glycolysis_by_citrate_5(X),fn_feedback_inhibition_of_glycolysis_by_citrate_6(X))
& in_event_2(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X),X)
& agent_2(X,fn_feedback_inhibition_of_glycolysis_by_citrate_5(X))
& has_function_2(fn_feedback_inhibition_of_glycolysis_by_citrate_5(X),X)
& fn_feedback_inhibition_of_glycolysis_by_citrate_5(X) = fn_collecting_1(fn_feedback_inhibition_of_glycolysis_by_citrate_7(X))
& fn_feedback_inhibition_of_glycolysis_by_citrate_5(X) = fn_mitochondrion_24(fn_feedback_inhibition_of_glycolysis_by_citrate_4(X))
& fn_feedback_inhibition_of_glycolysis_by_citrate_3(X) = fn_mitochondrion_23(fn_feedback_inhibition_of_glycolysis_by_citrate_4(X))
& fn_feedback_inhibition_of_glycolysis_by_citrate_8(X) = fn_feedback_inhibition_of_glycolysis_3(X)
& fn_feedback_inhibition_of_glycolysis_by_citrate_5(X) = fn_inhibitor_2(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X))
& X = fn_inhibitor_3(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X))
& fn_feedback_inhibition_of_glycolysis_by_citrate_5(X) = fn_feedback_inhibition_3(X)
& fn_feedback_inhibition_of_glycolysis_by_citrate_5(X) = fn_enzyme_regulator_2(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X))
& fn_feedback_inhibition_of_glycolysis_by_citrate_5(X) = fn_enzyme_inhibitor_3(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X))
& fn_feedback_inhibition_of_glycolysis_by_citrate_6(X) = fn_feedback_inhibition_1(X)
& X = fn_enzyme_regulator_3(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X))
& X = fn_enzyme_inhibitor_2(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X))
& fn_collecting_1(fn_feedback_inhibition_of_glycolysis_by_citrate_7(X)) = fn_mitochondrion_24(fn_feedback_inhibition_of_glycolysis_by_citrate_4(X))
& fn_mitochondrion_24(fn_feedback_inhibition_of_glycolysis_by_citrate_4(X)) = fn_mitochondrion_24(fn_feedback_inhibition_of_glycolysis_by_citrate_4(X))
& fn_mitochondrion_24(fn_feedback_inhibition_of_glycolysis_by_citrate_4(X)) = fn_feedback_inhibition_3(X)
& fn_feedback_inhibition_3(X) = fn_feedback_inhibition_3(X)
& fn_inhibitor_2(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X)) = fn_feedback_inhibition_3(X)
& fn_feedback_inhibition_3(X) = fn_inhibitor_2(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X))
& fn_enzyme_regulator_2(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X)) = fn_inhibitor_2(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X))
& fn_inhibitor_2(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X)) = fn_enzyme_regulator_2(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X))
& fn_enzyme_regulator_2(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X)) = fn_enzyme_regulator_2(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X))
& fn_enzyme_inhibitor_3(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X)) = fn_enzyme_regulator_2(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X))
& fn_enzyme_regulator_2(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X)) = fn_enzyme_inhibitor_3(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X))
& fn_enzyme_inhibitor_3(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X)) = fn_inhibitor_3(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X))
& fn_inhibitor_3(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X)) = fn_enzyme_regulator_3(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X))
& fn_enzyme_regulator_3(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X)) = fn_enzyme_regulator_3(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X))
& fn_enzyme_inhibitor_2(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X)) = fn_enzyme_regulator_3(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X))
& fn_enzyme_regulator_3(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X)) = fn_enzyme_inhibitor_2(fn_feedback_inhibition_of_glycolysis_by_citrate_6(X)) ) ) ).
fof(a529559,axiom,
! [X] :
( feedback_mechanism_1(X)
=> ( original_name_2(X,'Feedback-Mechanism')
& user_description_2(X,'Mechanism by which the output or product of a process regulates that process.')
& concept2words_2(X,regulate)
& concept2words_2(X,'mechanism of feedback')
& concept2words_2(X,'feedback mechanism')
& concept2words_2(X,'feedback-mechanism')
& regulation_1(X) ) ) ).
fof(a529560,axiom,
! [X] :
( feeder_1(X)
=> ( original_name_2(X,'Feeder')
& user_description_2(X,'Role assumed by an organism which refers to the way it obtains food.')
& concept2words_2(X,feeder)
& role_1(X) ) ) ).
fof(a529561,axiom,
! [X] :
( feeding_1(X)
=> ( original_name_2(X,'Feeding')
& user_description_2(X,'The process of ingesting food to supply an animal\'s nutrient and energy needs.')
& concept2words_2(X,feed)
& concept2words_2(X,feeding)
& animal_process_1(X) ) ) ).
fof(a529562,axiom,
! [X] :
( feeding_behavior_1(X)
=> ( original_name_2(X,'Feeding-Behavior')
& user_description_2(X,'Behaviors relating to the obtaining of food by animals.')
& concept2words_2(X,'behavior of feeding')
& concept2words_2(X,'feeding behavior')
& concept2words_2(X,'feeding-behavior')
& behavior_1(X) ) ) ).
fof(a529563,axiom,
! [X] :
( female_calico_cat_expressing_fur_color_1(X)
=> ( original_name_2(X,'Female-Calico-Cat-Expressing-Fur-Color')
& user_description_2(X,'A cat with Oo and white spotting genes is commonly called a calico. The reason for the patchwork effect in female cats heterozygous for the O gene (Oo) is X-inactivation one or the other X chromosome in every cell in the embryo is randomly inactivated (see Barr body), and the gene in the other X chromosome is expressed.')
& concept2words_2(X,'female calico cat expressing fur color')
& concept2words_2(X,'female-calico-cat-expressing-fur-color')
& barr_body_mosaic_1(X)
& color_value_1(fn_female_calico_cat_expressing_fur_color_1(X))
& fur_1(fn_female_calico_cat_expressing_fur_color_3(X))
& code_for_1(fn_female_calico_cat_expressing_fur_color_4(X))
& x_chromosome_1(fn_female_calico_cat_expressing_fur_color_5(X))
& female_somatic_cell_1(fn_female_calico_cat_expressing_fur_color_6(X))
& entity_1(fn_code_for_2(fn_female_calico_cat_expressing_fur_color_4(X)))
& entity_1(fn_code_for_1(fn_female_calico_cat_expressing_fur_color_4(X)))
& eukaryotic_chromosome_1(fn_animal_cell_52(fn_female_calico_cat_expressing_fur_color_6(X)))
& chromosome_1(fn_animal_cell_52(fn_female_calico_cat_expressing_fur_color_6(X)))
& color_2(fn_female_calico_cat_expressing_fur_color_3(X),fn_female_calico_cat_expressing_fur_color_1(X))
& the_categorical_value_2(fn_female_calico_cat_expressing_fur_color_1(X),orange_0)
& has_part_2(X,fn_female_calico_cat_expressing_fur_color_6(X))
& agent_2(fn_female_calico_cat_expressing_fur_color_4(X),fn_female_calico_cat_expressing_fur_color_5(X))
& result_2(fn_female_calico_cat_expressing_fur_color_4(X),fn_female_calico_cat_expressing_fur_color_3(X))
& has_part_2(fn_female_calico_cat_expressing_fur_color_6(X),fn_female_calico_cat_expressing_fur_color_5(X))
& fn_female_calico_cat_expressing_fur_color_5(X) = fn_code_for_1(fn_female_calico_cat_expressing_fur_color_4(X))
& fn_female_calico_cat_expressing_fur_color_3(X) = fn_code_for_2(fn_female_calico_cat_expressing_fur_color_4(X))
& fn_female_calico_cat_expressing_fur_color_5(X) = fn_animal_cell_52(fn_female_calico_cat_expressing_fur_color_6(X))
& fn_code_for_1(fn_female_calico_cat_expressing_fur_color_4(X)) = fn_animal_cell_52(fn_female_calico_cat_expressing_fur_color_6(X)) ) ) ).
fof(a529564,axiom,
! [X] :
( female_reproductive_cycle_events_1(X)
=> ( original_name_2(X,'Female-Reproductive-Cycle-Events')
& user_description_2(X,'Events related to the female sexual reproductive cycle in animals.')
& concept2words_2(X,'female reproductive cycle event')
& concept2words_2(X,'female-reproductive-cycle-event')
& reproductive_process_1(X) ) ) ).
fof(a529565,axiom,
! [X] :
( female_somatic_cell_1(X)
=> ( original_name_2(X,'Female-Somatic-Cell')
& user_description_2(X,'Any cell in a female multicellular organism except a sperm or egg or their precursors.')
& concept2words_2(X,'female somatic cell')
& concept2words_2(X,'female-somatic-cell')
& somatic_cell_1(X)
& ~ male_somatic_cell_1(X)
& dna_polymerase_iii_1(fn_female_somatic_cell_1(X))
& barr_body_1(fn_female_somatic_cell_2(X))
& exactCardinality(X,has_part_0,"2",x_chromosome_0)
& exactCardinality(X,has_part_0,"1",barr_body_0)
& has_part_2(X,fn_female_somatic_cell_2(X))
& has_part_2(X,fn_female_somatic_cell_1(X))
& fn_female_somatic_cell_2(X) = fn_animal_cell_52(X)
& fn_female_somatic_cell_1(X) = fn_eukaryotic_cell_3(X) ) ) ).
fof(a529566,axiom,
! [X] :
( fermentation_1(X)
=> ( original_name_2(X,'Fermentation')
& user_description_2(X,'Fermentation in food processing typically is the conversion of carbohydrates to alcohols and carbon dioxide or organic acids using yeasts, bacteria, or a combination thereof, under anaerobic conditions.')
& concept2words_2(X,convert)
& concept2words_2(X,ferment)
& concept2words_2(X,fermentation)
& catabolic_pathway_1(X)
& ~ cellular_respiration_1(X)
& ~ anaerobic_respiration_1(X)
& monomer_1(fn_fermentation_1(X))
& size_value_1(fn_fermentation_2(X))
& size_value_1(fn_fermentation_3(X))
& water_molecule_1(fn_fermentation_4(X))
& chemical_stability_value_1(fn_fermentation_9(X))
& rate_value_1(fn_fermentation_10(X))
& pyruvate_1(fn_fermentation_11(X))
& chemical_entity_1(fn_fermentation_11(X))
& chemical_bond_1(fn_fermentation_12(X))
& covalent_bond_1(fn_fermentation_12(X))
& organic_molecule_1(fn_fermentation_17(X))
& chemical_entity_1(fn_fermentation_17(X))
& aldehyde_1(fn_fermentation_17(X))
& carbohydrate_1(fn_fermentation_17(X))
& monosaccharide_1(fn_fermentation_17(X))
& aldose_1(fn_fermentation_17(X))
& glucose_1(fn_fermentation_17(X))
& entity_1(fn_fermentation_18(X))
& chemical_entity_1(fn_fermentation_18(X))
& atom_1(fn_fermentation_18(X))
& carbon_1(fn_fermentation_18(X))
& iron_1(fn_fermentation_19(X))
& atom_1(fn_fermentation_19(X))
& chemical_entity_1(fn_fermentation_19(X))
& organic_molecule_1(fn_fermentation_20(X))
& tangible_entity_1(fn_fermentation_21(X))
& electron_1(fn_fermentation_21(X))
& atom_1(fn_fermentation_22(X))
& oxidation_1(fn_fermentation_23(X))
& reduction_1(fn_fermentation_24(X))
& atom_1(fn_fermentation_25(X))
& electronegativity_value_1(fn_fermentation_26(X))
& electronegativity_value_1(fn_fermentation_27(X))
& synthesis_of_organic_molecule_1(fn_fermentation_28(X))
& anabolic_pathway_1(fn_fermentation_28(X))
& chemical_reaction_1(fn_fermentation_28(X))
& synthesis_of_atp_1(fn_fermentation_28(X))
& substrate_level_phosphorylation_1(fn_fermentation_28(X))
& organic_molecule_1(fn_fermentation_29(X))
& chemical_entity_1(fn_fermentation_29(X))
& molecule_1(fn_fermentation_29(X))
& glyceraldehyde_3_phosphate_1(fn_fermentation_29(X))
& organic_molecule_1(fn_fermentation_30(X))
& molecule_1(fn_fermentation_30(X))
& chemical_entity_1(fn_fermentation_30(X))
& nadh_1(fn_fermentation_30(X))
& organic_molecule_1(fn_fermentation_31(X))
& molecule_1(fn_fermentation_31(X))
& chemical_entity_1(fn_fermentation_31(X))
& ribonucleotide_1(fn_fermentation_31(X))
& nucleoside_triphosphate_1(fn_fermentation_31(X))
& atp_1(fn_fermentation_31(X))
& spatial_entity_1(fn_fermentation_32(X))
& tangible_entity_1(fn_fermentation_32(X))
& chemical_entity_1(fn_fermentation_32(X))
& molecule_1(fn_fermentation_32(X))
& organic_molecule_1(fn_fermentation_32(X))
& nad_plus_1(fn_fermentation_32(X))
& glycolysis_1(fn_fermentation_33(X))
& synthesis_of_organic_molecule_1(fn_fermentation_34(X))
& anabolic_pathway_1(fn_fermentation_34(X))
& chemical_reaction_1(fn_fermentation_34(X))
& synthesis_of_atp_1(fn_fermentation_34(X))
& substrate_level_phosphorylation_1(fn_fermentation_34(X))
& activation_energy_1(fn_fermentation_35(X))
& isomerization_reaction_1(fn_fermentation_36(X))
& enzymatic_reaction_1(fn_fermentation_37(X))
& redox_reaction_1(fn_fermentation_38(X))
& quantity_value_1(fn_fermentation_39(X))
& speed_value_1(fn_fermentation_40(X))
& carbon_skeleton_1(fn_fermentation_41(X))
& constant_motion_1(fn_fermentation_42(X))
& kinetic_energy_1(fn_fermentation_43(X))
& quantity_value_1(fn_fermentation_44(X))
& speed_value_1(fn_fermentation_45(X))
& electronegativity_value_1(fn_fermentation_46(X))
& chemical_energy_1(fn_fermentation_47(X))
& structural_complexity_value_1(fn_fermentation_48(X))
& energy_investment_phase_of_glycolysis_1(fn_fermentation_49(X))
& structural_complexity_value_1(fn_fermentation_50(X))
& functional_group_1(fn_fermentation_51(X))
& carbonyl_group_1(fn_fermentation_51(X))
& end_1(fn_fermentation_52(X))
& carbon_skeleton_1(fn_fermentation_53(X))
& entity_1(fn_fermentation_54(X))
& chemical_entity_1(fn_fermentation_54(X))
& atom_1(fn_fermentation_54(X))
& carbon_1(fn_fermentation_54(X))
& atom_1(fn_fermentation_55(X))
& chemical_entity_1(fn_fermentation_55(X))
& oxygen_1(fn_fermentation_55(X))
& entity_1(fn_fermentation_55(X))
& atom_1(fn_fermentation_56(X))
& chemical_entity_1(fn_fermentation_56(X))
& oxygen_1(fn_fermentation_56(X))
& entity_1(fn_fermentation_56(X))
& constant_motion_1(fn_fermentation_57(X))
& chemical_energy_1(fn_fermentation_58(X))
& kinetic_energy_1(fn_fermentation_59(X))
& oxidation_1(fn_redox_reaction_11(fn_fermentation_38(X)))
& reduction_1(fn_redox_reaction_10(fn_fermentation_38(X)))
& property_node_1(fn_glycolysis_97(fn_fermentation_33(X)))
& property_node_1(fn_glycolysis_1(fn_fermentation_33(X)))
& property_node_1(fn_glycolysis_4(fn_fermentation_33(X)))
& chemical_energy_1(fn_glycolysis_108(fn_fermentation_33(X)))
& structural_complexity_value_1(fn_glycolysis_80(fn_fermentation_33(X)))
& isomerization_reaction_1(fn_glycolysis_67(fn_fermentation_33(X)))
& enzymatic_reaction_1(fn_glycolysis_56(fn_fermentation_33(X)))
& activation_energy_1(fn_glycolysis_70(fn_fermentation_33(X)))
& energy_investment_phase_of_glycolysis_1(fn_glycolysis_73(fn_fermentation_33(X)))
& organic_molecule_1(fn_glycolysis_79(fn_fermentation_33(X)))
& chemical_entity_1(fn_glycolysis_79(fn_fermentation_33(X)))
& molecule_1(fn_glycolysis_79(fn_fermentation_33(X)))
& glyceraldehyde_3_phosphate_1(fn_glycolysis_79(fn_fermentation_33(X)))
& pyruvate_1(fn_glycolysis_55(fn_fermentation_33(X)))
& chemical_entity_1(fn_glycolysis_55(fn_fermentation_33(X)))
& rate_value_1(fn_glycolysis_2(fn_fermentation_33(X)))
& chemical_stability_value_1(fn_glycolysis_3(fn_fermentation_33(X)))
& property_node_1(fn_oxidation_5(fn_fermentation_23(X)))
& atom_1(fn_oxidation_1(fn_fermentation_23(X)))
& property_node_1(fn_carbohydrate_42(fn_fermentation_17(X)))
& property_node_1(fn_carbohydrate_43(fn_fermentation_17(X)))
& end_1(fn_aldose_2(fn_fermentation_17(X)))
& constant_motion_1(fn_nad_plus_6(fn_fermentation_32(X)))
& kinetic_energy_1(fn_nad_plus_5(fn_fermentation_32(X)))
& chemical_bond_1(fn_nad_plus_17(fn_fermentation_32(X)))
& covalent_bond_1(fn_nad_plus_17(fn_fermentation_32(X)))
& carbon_skeleton_1(fn_nad_plus_7(fn_fermentation_32(X)))
& property_node_1(fn_nad_plus_4(fn_fermentation_32(X)))
& quantity_value_1(fn_nad_plus_9(fn_fermentation_32(X)))
& property_node_1(fn_nad_plus_3(fn_fermentation_32(X)))
& speed_value_1(fn_nad_plus_8(fn_fermentation_32(X)))
& property_node_1(fn_glucose_1(fn_fermentation_17(X)))
& property_node_1(fn_glucose_6(fn_fermentation_17(X)))
& property_node_1(fn_redox_reaction_15(fn_fermentation_38(X)))
& property_node_1(fn_redox_reaction_3(fn_fermentation_38(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_fermentation_38(X)))
& atom_1(fn_redox_reaction_13(fn_fermentation_38(X)))
& atom_1(fn_redox_reaction_2(fn_fermentation_38(X)))
& chemical_reaction_1(fn_glycolysis_16(fn_fermentation_33(X)))
& synthesis_of_atp_1(fn_glycolysis_16(fn_fermentation_33(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_16(fn_fermentation_33(X)))
& synthesis_of_organic_molecule_1(fn_glycolysis_69(fn_fermentation_33(X)))
& chemical_reaction_1(fn_glycolysis_69(fn_fermentation_33(X)))
& synthesis_of_atp_1(fn_glycolysis_69(fn_fermentation_33(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_69(fn_fermentation_33(X)))
& chemical_reaction_1(fn_glycolysis_68(fn_fermentation_33(X)))
& synthesis_of_atp_1(fn_glycolysis_68(fn_fermentation_33(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_68(fn_fermentation_33(X)))
& anabolic_pathway_1(fn_glycolysis_68(fn_fermentation_33(X)))
& chemical_reaction_1(fn_glycolysis_15(fn_fermentation_33(X)))
& synthesis_of_atp_1(fn_glycolysis_15(fn_fermentation_33(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_15(fn_fermentation_33(X)))
& atp_1(fn_energy_investment_phase_of_glycolysis_33(fn_fermentation_49(X)))
& organic_molecule_1(fn_energy_investment_phase_of_glycolysis_34(fn_fermentation_49(X)))
& molecule_1(fn_energy_investment_phase_of_glycolysis_34(fn_fermentation_49(X)))
& atp_1(fn_energy_investment_phase_of_glycolysis_34(fn_fermentation_49(X)))
& organic_molecule_1(fn_glycolysis_75(fn_fermentation_33(X)))
& molecule_1(fn_glycolysis_75(fn_fermentation_33(X)))
& chemical_entity_1(fn_glycolysis_75(fn_fermentation_33(X)))
& ribonucleotide_1(fn_glycolysis_75(fn_fermentation_33(X)))
& nucleoside_triphosphate_1(fn_glycolysis_75(fn_fermentation_33(X)))
& atp_1(fn_glycolysis_75(fn_fermentation_33(X)))
& chemical_energy_1(fn_glycolysis_88(fn_fermentation_33(X)))
& iron_1(fn_glycolysis_28(fn_fermentation_33(X)))
& atom_1(fn_organic_molecule_2(fn_fermentation_32(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_fermentation_32(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_fermentation_38(X)))
& electronegativity_value_1(fn_oxidation_2(fn_fermentation_23(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_fermentation_38(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_fermentation_38(X)))
& chemical_entity_1(fn_oxidation_7(fn_fermentation_23(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_fermentation_38(X)))
& electron_1(fn_redox_reaction_7(fn_fermentation_38(X)))
& electron_1(fn_reduction_4(fn_fermentation_24(X)))
& electron_1(fn_oxidation_9(fn_fermentation_23(X)))
& kinetic_energy_1(fn_aldehyde_7(fn_fermentation_17(X)))
& kinetic_energy_1(fn_carbohydrate_7(fn_fermentation_17(X)))
& quantity_value_1(fn_aldehyde_8(fn_fermentation_17(X)))
& quantity_value_1(fn_carbohydrate_10(fn_fermentation_17(X)))
& constant_motion_1(fn_aldehyde_4(fn_fermentation_17(X)))
& constant_motion_1(fn_carbohydrate_8(fn_fermentation_17(X)))
& speed_value_1(fn_aldehyde_9(fn_fermentation_17(X)))
& speed_value_1(fn_carbohydrate_9(fn_fermentation_17(X)))
& carbon_skeleton_1(fn_monosaccharide_6(fn_fermentation_17(X)))
& carbon_skeleton_1(fn_aldose_11(fn_fermentation_17(X)))
& carbon_1(fn_organic_molecule_1(fn_fermentation_32(X)))
& entity_1(fn_nad_plus_20(fn_fermentation_32(X)))
& chemical_entity_1(fn_nad_plus_20(fn_fermentation_32(X)))
& atom_1(fn_nad_plus_20(fn_fermentation_32(X)))
& carbon_1(fn_nad_plus_20(fn_fermentation_32(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_fermentation_38(X)))
& spatial_entity_1(fn_glycolysis_78(fn_fermentation_33(X)))
& tangible_entity_1(fn_glycolysis_78(fn_fermentation_33(X)))
& chemical_entity_1(fn_glycolysis_78(fn_fermentation_33(X)))
& organic_molecule_1(fn_glycolysis_78(fn_fermentation_33(X)))
& nad_plus_1(fn_glycolysis_78(fn_fermentation_33(X)))
& molecule_1(fn_glycolysis_78(fn_fermentation_33(X)))
& organic_molecule_1(fn_glycolysis_74(fn_fermentation_33(X)))
& nadh_1(fn_glycolysis_74(fn_fermentation_33(X)))
& molecule_1(fn_glycolysis_74(fn_fermentation_33(X)))
& chemical_entity_1(fn_reduction_1(fn_fermentation_24(X)))
& chemical_entity_1(fn_oxidation_10(fn_fermentation_23(X)))
& nadh_1(fn_nad_plus_1(fn_fermentation_32(X)))
& carbonyl_group_1(fn_aldehyde_10(fn_fermentation_17(X)))
& carbonyl_group_1(fn_carbohydrate_34(fn_fermentation_17(X)))
& functional_group_1(fn_monosaccharide_17(fn_fermentation_17(X)))
& carbonyl_group_1(fn_monosaccharide_17(fn_fermentation_17(X)))
& functional_group_1(fn_aldose_6(fn_fermentation_17(X)))
& carbonyl_group_1(fn_aldose_6(fn_fermentation_17(X)))
& functional_group_1(fn_glucose_27(fn_fermentation_17(X)))
& carbonyl_group_1(fn_glucose_27(fn_fermentation_17(X)))
& entity_1(fn_monosaccharide_18(fn_fermentation_17(X)))
& atom_1(fn_monosaccharide_18(fn_fermentation_17(X)))
& chemical_entity_1(fn_monosaccharide_18(fn_fermentation_17(X)))
& oxygen_1(fn_monosaccharide_18(fn_fermentation_17(X)))
& entity_1(fn_aldose_9(fn_fermentation_17(X)))
& chemical_entity_1(fn_aldose_9(fn_fermentation_17(X)))
& atom_1(fn_aldose_9(fn_fermentation_17(X)))
& oxygen_1(fn_aldose_9(fn_fermentation_17(X)))
& carbon_1(fn_aldehyde_6(fn_fermentation_17(X)))
& entity_1(fn_monosaccharide_5(fn_fermentation_17(X)))
& chemical_entity_1(fn_monosaccharide_5(fn_fermentation_17(X)))
& atom_1(fn_monosaccharide_5(fn_fermentation_17(X)))
& carbon_1(fn_monosaccharide_5(fn_fermentation_17(X)))
& entity_1(fn_aldose_10(fn_fermentation_17(X)))
& chemical_entity_1(fn_aldose_10(fn_fermentation_17(X)))
& atom_1(fn_aldose_10(fn_fermentation_17(X)))
& carbon_1(fn_aldose_10(fn_fermentation_17(X)))
& entity_1(fn_glucose_24(fn_fermentation_17(X)))
& chemical_entity_1(fn_glucose_24(fn_fermentation_17(X)))
& atom_1(fn_glucose_24(fn_fermentation_17(X)))
& carbon_1(fn_glucose_24(fn_fermentation_17(X)))
& chemical_entity_1(fn_glycolysis_77(fn_fermentation_33(X)))
& monosaccharide_1(fn_glycolysis_77(fn_fermentation_33(X)))
& glucose_1(fn_glycolysis_77(fn_fermentation_33(X)))
& aldehyde_1(fn_glycolysis_77(fn_fermentation_33(X)))
& carbohydrate_1(fn_glycolysis_77(fn_fermentation_33(X)))
& aldose_1(fn_glycolysis_77(fn_fermentation_33(X)))
& chemical_entity_1(fn_reduction_3(fn_fermentation_24(X)))
& atom_1(fn_aldehyde_5(fn_fermentation_17(X)))
& chemical_entity_1(fn_aldehyde_5(fn_fermentation_17(X)))
& entity_1(fn_monosaccharide_13(fn_fermentation_17(X)))
& chemical_entity_1(fn_monosaccharide_13(fn_fermentation_17(X)))
& atom_1(fn_monosaccharide_13(fn_fermentation_17(X)))
& oxygen_1(fn_monosaccharide_13(fn_fermentation_17(X)))
& entity_1(fn_aldose_4(fn_fermentation_17(X)))
& atom_1(fn_aldose_4(fn_fermentation_17(X)))
& chemical_entity_1(fn_aldose_4(fn_fermentation_17(X)))
& oxygen_1(fn_aldose_4(fn_fermentation_17(X)))
& atom_1(fn_glucose_21(fn_fermentation_17(X)))
& chemical_entity_1(fn_glucose_21(fn_fermentation_17(X)))
& oxygen_1(fn_glucose_21(fn_fermentation_17(X)))
& entity_1(fn_glucose_21(fn_fermentation_17(X)))
& atom_1(fn_glucose_22(fn_fermentation_17(X)))
& chemical_entity_1(fn_glucose_22(fn_fermentation_17(X)))
& oxygen_1(fn_glucose_22(fn_fermentation_17(X)))
& entity_1(fn_glucose_22(fn_fermentation_17(X)))
& structural_complexity_value_1(fn_glycolysis_81(fn_fermentation_33(X)))
& structural_complexity_value_1(fn_glycolysis_35(fn_fermentation_33(X)))
& structural_complexity_value_1(fn_glucose_2(fn_fermentation_17(X)))
& electronegativity_value_1(fn_carbon_2(fn_fermentation_54(X)))
& electronegativity_value_1(fn_glucose_33(fn_fermentation_17(X)))
& electronegativity_value_1(fn_glucose_15(fn_fermentation_17(X)))
& raw_material_2(fn_fermentation_38(X),fn_fermentation_30(X))
& next_event_2(fn_fermentation_36(X),fn_fermentation_28(X))
& possesses_2(fn_fermentation_4(X),fn_fermentation_47(X))
& next_event_2(fn_fermentation_34(X),fn_fermentation_36(X))
& result_2(fn_fermentation_33(X),fn_fermentation_4(X))
& first_subevent_2(X,fn_fermentation_33(X))
& minCardinality(X,result_0,"2",organic_molecule_0)
& exactCardinality(X,result_0,"2",atp_0)
& result_2(X,fn_fermentation_30(X))
& subevent_2(X,fn_fermentation_38(X))
& subevent_2(X,fn_fermentation_33(X))
& size_2(fn_fermentation_32(X),fn_fermentation_2(X))
& has_part_2(fn_fermentation_32(X),fn_fermentation_1(X))
& greater_than_2(fn_fermentation_2(X),fn_fermentation_3(X))
& size_2(fn_fermentation_1(X),fn_fermentation_3(X))
& raw_material_2(X,fn_fermentation_17(X))
& result_2(fn_fermentation_38(X),fn_fermentation_32(X))
& result_2(X,fn_fermentation_31(X))
& possesses_2(fn_fermentation_31(X),fn_fermentation_58(X))
& raw_material_2(fn_fermentation_49(X),fn_fermentation_31(X))
& greater_than_2(fn_fermentation_26(X),fn_fermentation_27(X))
& raw_material_2(fn_fermentation_38(X),fn_fermentation_20(X))
& fn_fermentation_20(X) != fn_fermentation_21(X)
& fn_fermentation_21(X) != fn_fermentation_20(X)
& subevent_2(fn_fermentation_38(X),fn_fermentation_23(X))
& subevent_2(fn_fermentation_38(X),fn_fermentation_24(X))
& recipient_2(fn_fermentation_24(X),fn_fermentation_20(X))
& has_atom_2(fn_fermentation_20(X),fn_fermentation_25(X))
& electronegativity_2(fn_fermentation_25(X),fn_fermentation_26(X))
& greater_than_or_equal_to_2(fn_fermentation_26(X),fn_fermentation_27(X))
& raw_material_2(fn_fermentation_49(X),fn_fermentation_17(X))
& raw_material_2(fn_fermentation_37(X),fn_fermentation_29(X))
& next_event_2(fn_fermentation_37(X),fn_fermentation_28(X))
& next_event_2(fn_fermentation_37(X),fn_fermentation_34(X))
& result_2(fn_fermentation_34(X),fn_fermentation_11(X))
& raw_material_2(fn_fermentation_36(X),fn_fermentation_32(X))
& result_2(fn_fermentation_36(X),fn_fermentation_30(X))
& result_2(fn_fermentation_34(X),fn_fermentation_30(X))
& fn_fermentation_37(X) != fn_fermentation_36(X)
& fn_fermentation_36(X) != fn_fermentation_37(X)
& raw_material_2(fn_fermentation_33(X),fn_fermentation_32(X))
& subevent_2(fn_fermentation_33(X),fn_fermentation_49(X))
& first_subevent_2(fn_fermentation_33(X),fn_fermentation_49(X))
& result_2(fn_fermentation_33(X),fn_fermentation_30(X))
& possesses_2(fn_fermentation_30(X),fn_fermentation_47(X))
& raw_material_2(fn_fermentation_37(X),fn_fermentation_32(X))
& structural_complexity_2(fn_fermentation_32(X),fn_fermentation_50(X))
& greater_than_2(fn_fermentation_50(X),fn_fermentation_48(X))
& structural_complexity_2(fn_fermentation_30(X),fn_fermentation_48(X))
& fn_fermentation_30(X) != fn_fermentation_29(X)
& fn_fermentation_29(X) != fn_fermentation_30(X)
& next_event_2(fn_fermentation_28(X),fn_fermentation_36(X))
& fn_fermentation_36(X) != fn_fermentation_28(X)
& fn_fermentation_28(X) != fn_fermentation_36(X)
& fn_fermentation_34(X) != fn_fermentation_36(X)
& fn_fermentation_36(X) != fn_fermentation_34(X)
& result_2(fn_fermentation_37(X),fn_fermentation_30(X))
& fn_fermentation_28(X) != fn_fermentation_37(X)
& fn_fermentation_37(X) != fn_fermentation_28(X)
& fn_fermentation_34(X) != fn_fermentation_37(X)
& fn_fermentation_37(X) != fn_fermentation_34(X)
& result_2(fn_fermentation_28(X),fn_fermentation_11(X))
& fn_fermentation_28(X) != fn_fermentation_34(X)
& result_2(fn_fermentation_34(X),fn_fermentation_31(X))
& result_2(fn_fermentation_28(X),fn_fermentation_31(X))
& result_2(fn_fermentation_28(X),fn_fermentation_30(X))
& fn_fermentation_34(X) != fn_fermentation_28(X)
& result_2(fn_fermentation_49(X),fn_fermentation_29(X))
& result_2(fn_fermentation_33(X),fn_fermentation_31(X))
& structural_complexity_2(fn_fermentation_31(X),fn_fermentation_50(X))
& possesses_2(fn_fermentation_17(X),fn_fermentation_58(X))
& possesses_2(fn_fermentation_32(X),fn_fermentation_58(X))
& has_part_2(fn_fermentation_32(X),fn_fermentation_19(X))
& fn_fermentation_29(X) != fn_fermentation_32(X)
& fn_fermentation_32(X) != fn_fermentation_29(X)
& raw_material_2(fn_fermentation_33(X),fn_fermentation_17(X))
& chemical_stability_2(fn_fermentation_17(X),fn_fermentation_9(X))
& correspondence_2(fn_fermentation_10(X),fn_fermentation_9(X))
& rate_2(fn_fermentation_33(X),fn_fermentation_10(X))
& result_2(fn_fermentation_33(X),fn_fermentation_11(X))
& object_2(fn_fermentation_24(X),fn_fermentation_21(X))
& object_2(fn_fermentation_23(X),fn_fermentation_21(X))
& electronegativity_2(fn_fermentation_55(X),fn_fermentation_46(X))
& has_part_2(fn_fermentation_17(X),fn_fermentation_55(X))
& has_region_2(fn_fermentation_17(X),fn_fermentation_51(X))
& is_inside_2(fn_fermentation_56(X),fn_fermentation_51(X))
& has_part_2(fn_fermentation_17(X),fn_fermentation_56(X))
& fn_fermentation_54(X) != fn_fermentation_56(X)
& fn_fermentation_56(X) != fn_fermentation_54(X)
& fn_fermentation_55(X) != fn_fermentation_56(X)
& is_inside_2(fn_fermentation_54(X),fn_fermentation_51(X))
& is_inside_2(fn_fermentation_55(X),fn_fermentation_51(X))
& fn_fermentation_56(X) != fn_fermentation_55(X)
& the_scalar_value_2(fn_fermentation_50(X),complex_0)
& scalar_unit_class_2(fn_fermentation_50(X),chemical_entity_0)
& structural_complexity_2(fn_fermentation_17(X),fn_fermentation_50(X))
& has_part_2(fn_fermentation_17(X),fn_fermentation_54(X))
& the_cardinal_value_2(fn_fermentation_46(X),"3.44")
& cardinal_unit_class_2(fn_fermentation_46(X),unity_0)
& electronegativity_2(fn_fermentation_56(X),fn_fermentation_46(X))
& object_2(fn_fermentation_42(X),fn_fermentation_32(X))
& speed_2(fn_fermentation_42(X),fn_fermentation_40(X))
& directly_proportional_2(fn_fermentation_40(X),fn_fermentation_39(X))
& quantity_2(fn_fermentation_43(X),fn_fermentation_39(X))
& possesses_2(fn_fermentation_32(X),fn_fermentation_43(X))
& has_part_2(fn_fermentation_32(X),fn_fermentation_18(X))
& possesses_2(fn_fermentation_32(X),fn_fermentation_12(X))
& is_between_2(fn_fermentation_12(X),fn_fermentation_18(X))
& is_inside_2(fn_fermentation_18(X),fn_fermentation_41(X))
& has_region_2(fn_fermentation_32(X),fn_fermentation_41(X))
& has_oxidized_form_2(fn_fermentation_30(X),fn_fermentation_32(X))
& fn_fermentation_30(X) != fn_fermentation_32(X)
& has_reduced_form_2(fn_fermentation_32(X),fn_fermentation_30(X))
& fn_fermentation_32(X) != fn_fermentation_30(X)
& is_inside_2(fn_fermentation_54(X),fn_fermentation_53(X))
& is_at_2(fn_fermentation_52(X),fn_fermentation_53(X))
& is_at_2(fn_fermentation_51(X),fn_fermentation_52(X))
& has_region_2(fn_fermentation_17(X),fn_fermentation_53(X))
& has_region_2(fn_fermentation_17(X),fn_fermentation_52(X))
& speed_2(fn_fermentation_57(X),fn_fermentation_45(X))
& directly_proportional_2(fn_fermentation_45(X),fn_fermentation_44(X))
& quantity_2(fn_fermentation_59(X),fn_fermentation_44(X))
& possesses_2(fn_fermentation_17(X),fn_fermentation_59(X))
& object_2(fn_fermentation_57(X),fn_fermentation_17(X))
& fn_fermentation_30(X) != fn_fermentation_20(X)
& electronegativity_2(fn_fermentation_22(X),fn_fermentation_27(X))
& has_atom_2(fn_fermentation_30(X),fn_fermentation_22(X))
& fn_fermentation_20(X) != fn_fermentation_30(X)
& recipient_2(fn_fermentation_23(X),fn_fermentation_20(X))
& fn_fermentation_21(X) != fn_fermentation_30(X)
& fn_fermentation_30(X) != fn_fermentation_21(X)
& donor_2(fn_fermentation_23(X),fn_fermentation_30(X))
& fn_fermentation_18(X) != fn_fermentation_19(X)
& fn_fermentation_19(X) != fn_fermentation_18(X)
& electronegativity_2(fn_fermentation_54(X),fn_fermentation_46(X))
& fn_fermentation_30(X) != fn_fermentation_17(X)
& fn_fermentation_17(X) != fn_fermentation_30(X)
& donor_2(fn_fermentation_24(X),fn_fermentation_30(X))
& fn_fermentation_17(X) = fn_catabolic_pathway_10(X)
& fn_fermentation_32(X) = fn_chemical_reaction_1(fn_fermentation_38(X))
& fn_fermentation_58(X) = fn_exergonic_reaction_6(X)
& fn_fermentation_31(X) = fn_exergonic_reaction_11(X)
& fn_fermentation_31(X) = fn_energy_investment_phase_of_glycolysis_33(fn_fermentation_49(X))
& fn_fermentation_31(X) = fn_energy_investment_phase_of_glycolysis_34(fn_fermentation_49(X))
& fn_fermentation_21(X) = fn_redox_reaction_7(fn_fermentation_38(X))
& fn_fermentation_23(X) = fn_redox_reaction_11(fn_fermentation_38(X))
& fn_fermentation_13(X) = fn_redox_reaction_15(fn_fermentation_38(X))
& fn_fermentation_13(X) = fn_redox_reaction_3(fn_fermentation_38(X))
& fn_fermentation_27(X) = fn_redox_reaction_14(fn_fermentation_38(X))
& fn_fermentation_26(X) = fn_redox_reaction_14(fn_fermentation_38(X))
& fn_fermentation_26(X) = fn_redox_reaction_1(fn_fermentation_38(X))
& fn_fermentation_20(X) = fn_redox_reaction_12(fn_fermentation_38(X))
& fn_fermentation_25(X) = fn_redox_reaction_13(fn_fermentation_38(X))
& fn_fermentation_25(X) = fn_redox_reaction_2(fn_fermentation_38(X))
& fn_fermentation_20(X) = fn_reduction_3(fn_fermentation_24(X))
& fn_fermentation_20(X) = fn_redox_reaction_16(fn_fermentation_38(X))
& fn_fermentation_24(X) = fn_redox_reaction_10(fn_fermentation_38(X))
& fn_fermentation_61(X) = fn_glycolysis_97(fn_fermentation_33(X))
& fn_fermentation_8(X) = fn_glycolysis_1(fn_fermentation_33(X))
& fn_fermentation_7(X) = fn_glycolysis_4(fn_fermentation_33(X))
& fn_fermentation_34(X) = fn_glycolysis_69(fn_fermentation_33(X))
& fn_fermentation_47(X) = fn_glycolysis_108(fn_fermentation_33(X))
& fn_fermentation_48(X) = fn_glycolysis_80(fn_fermentation_33(X))
& fn_fermentation_50(X) = fn_glycolysis_81(fn_fermentation_33(X))
& fn_fermentation_36(X) = fn_glycolysis_67(fn_fermentation_33(X))
& fn_fermentation_34(X) = fn_glycolysis_68(fn_fermentation_33(X))
& fn_fermentation_28(X) = fn_glycolysis_69(fn_fermentation_33(X))
& fn_fermentation_37(X) = fn_glycolysis_56(fn_fermentation_33(X))
& fn_fermentation_30(X) = fn_glycolysis_74(fn_fermentation_33(X))
& fn_fermentation_28(X) = fn_glycolysis_68(fn_fermentation_33(X))
& fn_fermentation_34(X) = fn_glycolysis_16(fn_fermentation_33(X))
& fn_fermentation_28(X) = fn_glycolysis_15(fn_fermentation_33(X))
& fn_fermentation_50(X) = fn_glycolysis_35(fn_fermentation_33(X))
& fn_fermentation_31(X) = fn_glycolysis_75(fn_fermentation_33(X))
& fn_fermentation_35(X) = fn_glycolysis_70(fn_fermentation_33(X))
& fn_fermentation_49(X) = fn_glycolysis_73(fn_fermentation_33(X))
& fn_fermentation_19(X) = fn_glycolysis_28(fn_fermentation_33(X))
& fn_fermentation_29(X) = fn_glycolysis_79(fn_fermentation_33(X))
& fn_fermentation_32(X) = fn_glycolysis_78(fn_fermentation_33(X))
& fn_fermentation_58(X) = fn_glycolysis_88(fn_fermentation_33(X))
& fn_fermentation_11(X) = fn_glycolysis_55(fn_fermentation_33(X))
& fn_fermentation_10(X) = fn_glycolysis_2(fn_fermentation_33(X))
& fn_fermentation_9(X) = fn_glycolysis_3(fn_fermentation_33(X))
& fn_fermentation_17(X) = fn_glycolysis_77(fn_fermentation_33(X))
& fn_fermentation_21(X) = fn_reduction_4(fn_fermentation_24(X))
& fn_fermentation_17(X) = fn_reduction_3(fn_fermentation_24(X))
& fn_fermentation_30(X) = fn_reduction_1(fn_fermentation_24(X))
& fn_fermentation_46(X) = fn_carbon_2(fn_fermentation_54(X))
& fn_fermentation_19(X) = fn_organic_molecule_2(fn_fermentation_32(X))
& fn_fermentation_14(X) = fn_oxidation_5(fn_fermentation_23(X))
& fn_fermentation_27(X) = fn_oxidation_2(fn_fermentation_23(X))
& fn_fermentation_22(X) = fn_oxidation_1(fn_fermentation_23(X))
& fn_fermentation_20(X) = fn_oxidation_7(fn_fermentation_23(X))
& fn_fermentation_21(X) = fn_oxidation_9(fn_fermentation_23(X))
& fn_fermentation_30(X) = fn_oxidation_10(fn_fermentation_23(X))
& fn_fermentation_45(X) = fn_aldehyde_9(fn_fermentation_17(X))
& fn_fermentation_44(X) = fn_aldehyde_8(fn_fermentation_17(X))
& fn_fermentation_59(X) = fn_aldehyde_7(fn_fermentation_17(X))
& fn_fermentation_59(X) = fn_carbohydrate_7(fn_fermentation_17(X))
& fn_fermentation_64(X) = fn_carbohydrate_42(fn_fermentation_17(X))
& fn_fermentation_44(X) = fn_carbohydrate_10(fn_fermentation_17(X))
& fn_fermentation_57(X) = fn_aldehyde_4(fn_fermentation_17(X))
& fn_fermentation_57(X) = fn_carbohydrate_8(fn_fermentation_17(X))
& fn_fermentation_63(X) = fn_carbohydrate_43(fn_fermentation_17(X))
& fn_fermentation_45(X) = fn_carbohydrate_9(fn_fermentation_17(X))
& fn_fermentation_53(X) = fn_monosaccharide_6(fn_fermentation_17(X))
& fn_fermentation_53(X) = fn_aldose_11(fn_fermentation_17(X))
& fn_fermentation_52(X) = fn_aldose_2(fn_fermentation_17(X))
& fn_fermentation_42(X) = fn_nad_plus_6(fn_fermentation_32(X))
& fn_fermentation_43(X) = fn_nad_plus_5(fn_fermentation_32(X))
& fn_fermentation_18(X) = fn_organic_molecule_1(fn_fermentation_32(X))
& fn_fermentation_12(X) = fn_nad_plus_17(fn_fermentation_32(X))
& fn_fermentation_18(X) = fn_nad_plus_20(fn_fermentation_32(X))
& fn_fermentation_41(X) = fn_nad_plus_7(fn_fermentation_32(X))
& fn_fermentation_30(X) = fn_nad_plus_1(fn_fermentation_32(X))
& fn_fermentation_16(X) = fn_nad_plus_4(fn_fermentation_32(X))
& fn_fermentation_39(X) = fn_nad_plus_9(fn_fermentation_32(X))
& fn_fermentation_15(X) = fn_nad_plus_3(fn_fermentation_32(X))
& fn_fermentation_40(X) = fn_nad_plus_8(fn_fermentation_32(X))
& fn_fermentation_46(X) = fn_glucose_33(fn_fermentation_17(X))
& fn_fermentation_51(X) = fn_aldehyde_10(fn_fermentation_17(X))
& fn_fermentation_51(X) = fn_carbohydrate_34(fn_fermentation_17(X))
& fn_fermentation_54(X) = fn_aldehyde_6(fn_fermentation_17(X))
& fn_fermentation_56(X) = fn_aldehyde_5(fn_fermentation_17(X))
& fn_fermentation_56(X) = fn_glucose_21(fn_fermentation_17(X))
& fn_fermentation_54(X) = fn_monosaccharide_5(fn_fermentation_17(X))
& fn_fermentation_51(X) = fn_monosaccharide_17(fn_fermentation_17(X))
& fn_fermentation_51(X) = fn_aldose_6(fn_fermentation_17(X))
& fn_fermentation_51(X) = fn_glucose_27(fn_fermentation_17(X))
& fn_fermentation_56(X) = fn_monosaccharide_13(fn_fermentation_17(X))
& fn_fermentation_55(X) = fn_monosaccharide_18(fn_fermentation_17(X))
& fn_fermentation_56(X) = fn_aldose_4(fn_fermentation_17(X))
& fn_fermentation_55(X) = fn_aldose_9(fn_fermentation_17(X))
& fn_fermentation_55(X) = fn_glucose_21(fn_fermentation_17(X))
& fn_fermentation_54(X) = fn_aldose_10(fn_fermentation_17(X))
& fn_fermentation_54(X) = fn_glucose_24(fn_fermentation_17(X))
& fn_fermentation_56(X) = fn_glucose_22(fn_fermentation_17(X))
& fn_fermentation_60(X) = fn_glucose_1(fn_fermentation_17(X))
& fn_fermentation_50(X) = fn_glucose_2(fn_fermentation_17(X))
& fn_fermentation_62(X) = fn_glucose_6(fn_fermentation_17(X))
& fn_fermentation_46(X) = fn_glucose_15(fn_fermentation_17(X))
& fn_redox_reaction_15(fn_fermentation_38(X)) = fn_redox_reaction_3(fn_fermentation_38(X))
& fn_redox_reaction_3(fn_fermentation_38(X)) = fn_redox_reaction_1(fn_fermentation_38(X))
& fn_redox_reaction_1(fn_fermentation_38(X)) = fn_redox_reaction_1(fn_fermentation_38(X))
& fn_redox_reaction_1(fn_fermentation_38(X)) = fn_redox_reaction_14(fn_fermentation_38(X))
& fn_redox_reaction_14(fn_fermentation_38(X)) = fn_redox_reaction_1(fn_fermentation_38(X))
& fn_redox_reaction_1(fn_fermentation_38(X)) = fn_redox_reaction_13(fn_fermentation_38(X))
& fn_redox_reaction_2(fn_fermentation_38(X)) = fn_redox_reaction_13(fn_fermentation_38(X))
& fn_redox_reaction_13(fn_fermentation_38(X)) = fn_redox_reaction_2(fn_fermentation_38(X))
& fn_redox_reaction_2(fn_fermentation_38(X)) = fn_glycolysis_68(fn_fermentation_33(X))
& fn_glycolysis_68(fn_fermentation_33(X)) = fn_glycolysis_69(fn_fermentation_33(X))
& fn_glycolysis_68(fn_fermentation_33(X)) = fn_glycolysis_16(fn_fermentation_33(X))
& fn_glycolysis_16(fn_fermentation_33(X)) = fn_glycolysis_16(fn_fermentation_33(X))
& fn_glycolysis_16(fn_fermentation_33(X)) = fn_glycolysis_69(fn_fermentation_33(X))
& fn_glycolysis_69(fn_fermentation_33(X)) = fn_glycolysis_69(fn_fermentation_33(X))
& fn_glycolysis_69(fn_fermentation_33(X)) = fn_glycolysis_68(fn_fermentation_33(X))
& fn_glycolysis_68(fn_fermentation_33(X)) = fn_glycolysis_68(fn_fermentation_33(X))
& fn_glycolysis_68(fn_fermentation_33(X)) = fn_glycolysis_15(fn_fermentation_33(X))
& fn_glycolysis_15(fn_fermentation_33(X)) = fn_glycolysis_15(fn_fermentation_33(X))
& fn_glycolysis_15(fn_fermentation_33(X)) = fn_exergonic_reaction_11(X)
& fn_exergonic_reaction_11(X) = fn_exergonic_reaction_11(X)
& fn_exergonic_reaction_11(X) = fn_energy_investment_phase_of_glycolysis_33(fn_fermentation_49(X))
& fn_energy_investment_phase_of_glycolysis_33(fn_fermentation_49(X)) = fn_energy_investment_phase_of_glycolysis_33(fn_fermentation_49(X))
& fn_energy_investment_phase_of_glycolysis_33(fn_fermentation_49(X)) = fn_energy_investment_phase_of_glycolysis_34(fn_fermentation_49(X))
& fn_energy_investment_phase_of_glycolysis_34(fn_fermentation_49(X)) = fn_energy_investment_phase_of_glycolysis_34(fn_fermentation_49(X))
& fn_energy_investment_phase_of_glycolysis_34(fn_fermentation_49(X)) = fn_glycolysis_75(fn_fermentation_33(X))
& fn_glycolysis_75(fn_fermentation_33(X)) = fn_glycolysis_75(fn_fermentation_33(X))
& fn_glycolysis_75(fn_fermentation_33(X)) = fn_exergonic_reaction_6(X)
& fn_exergonic_reaction_6(X) = fn_glycolysis_88(fn_fermentation_33(X))
& fn_glycolysis_88(fn_fermentation_33(X)) = fn_glycolysis_88(fn_fermentation_33(X))
& fn_glycolysis_88(fn_fermentation_33(X)) = fn_glycolysis_28(fn_fermentation_33(X))
& fn_glycolysis_28(fn_fermentation_33(X)) = fn_organic_molecule_2(fn_fermentation_32(X))
& fn_organic_molecule_2(fn_fermentation_32(X)) = fn_organic_molecule_2(fn_fermentation_32(X))
& fn_organic_molecule_2(fn_fermentation_32(X)) = fn_redox_reaction_14(fn_fermentation_38(X))
& fn_redox_reaction_14(fn_fermentation_38(X)) = fn_redox_reaction_14(fn_fermentation_38(X))
& fn_redox_reaction_14(fn_fermentation_38(X)) = fn_oxidation_2(fn_fermentation_23(X))
& fn_oxidation_2(fn_fermentation_23(X)) = fn_oxidation_2(fn_fermentation_23(X))
& fn_oxidation_2(fn_fermentation_23(X)) = fn_redox_reaction_12(fn_fermentation_38(X))
& fn_redox_reaction_12(fn_fermentation_38(X)) = fn_reduction_3(fn_fermentation_24(X))
& fn_reduction_3(fn_fermentation_24(X)) = fn_redox_reaction_12(fn_fermentation_38(X))
& fn_redox_reaction_16(fn_fermentation_38(X)) = fn_redox_reaction_12(fn_fermentation_38(X))
& fn_redox_reaction_12(fn_fermentation_38(X)) = fn_redox_reaction_16(fn_fermentation_38(X))
& fn_redox_reaction_16(fn_fermentation_38(X)) = fn_redox_reaction_16(fn_fermentation_38(X))
& fn_redox_reaction_16(fn_fermentation_38(X)) = fn_oxidation_7(fn_fermentation_23(X))
& fn_oxidation_7(fn_fermentation_23(X)) = fn_oxidation_7(fn_fermentation_23(X))
& fn_oxidation_7(fn_fermentation_23(X)) = fn_reduction_4(fn_fermentation_24(X))
& fn_reduction_4(fn_fermentation_24(X)) = fn_redox_reaction_7(fn_fermentation_38(X))
& fn_redox_reaction_7(fn_fermentation_38(X)) = fn_reduction_4(fn_fermentation_24(X))
& fn_reduction_4(fn_fermentation_24(X)) = fn_reduction_4(fn_fermentation_24(X))
& fn_reduction_4(fn_fermentation_24(X)) = fn_oxidation_9(fn_fermentation_23(X))
& fn_oxidation_9(fn_fermentation_23(X)) = fn_oxidation_9(fn_fermentation_23(X))
& fn_oxidation_9(fn_fermentation_23(X)) = fn_aldehyde_7(fn_fermentation_17(X))
& fn_carbohydrate_7(fn_fermentation_17(X)) = fn_aldehyde_7(fn_fermentation_17(X))
& fn_aldehyde_7(fn_fermentation_17(X)) = fn_carbohydrate_7(fn_fermentation_17(X))
& fn_carbohydrate_7(fn_fermentation_17(X)) = fn_aldehyde_8(fn_fermentation_17(X))
& fn_carbohydrate_10(fn_fermentation_17(X)) = fn_aldehyde_8(fn_fermentation_17(X))
& fn_aldehyde_8(fn_fermentation_17(X)) = fn_carbohydrate_10(fn_fermentation_17(X))
& fn_carbohydrate_10(fn_fermentation_17(X)) = fn_carbohydrate_10(fn_fermentation_17(X))
& fn_carbohydrate_10(fn_fermentation_17(X)) = fn_aldehyde_4(fn_fermentation_17(X))
& fn_carbohydrate_8(fn_fermentation_17(X)) = fn_aldehyde_4(fn_fermentation_17(X))
& fn_aldehyde_4(fn_fermentation_17(X)) = fn_carbohydrate_8(fn_fermentation_17(X))
& fn_carbohydrate_8(fn_fermentation_17(X)) = fn_aldehyde_9(fn_fermentation_17(X))
& fn_carbohydrate_9(fn_fermentation_17(X)) = fn_aldehyde_9(fn_fermentation_17(X))
& fn_aldehyde_9(fn_fermentation_17(X)) = fn_carbohydrate_9(fn_fermentation_17(X))
& fn_carbohydrate_9(fn_fermentation_17(X)) = fn_carbohydrate_9(fn_fermentation_17(X))
& fn_carbohydrate_9(fn_fermentation_17(X)) = fn_monosaccharide_6(fn_fermentation_17(X))
& fn_aldose_11(fn_fermentation_17(X)) = fn_aldose_11(fn_fermentation_17(X))
& fn_aldose_11(fn_fermentation_17(X)) = fn_monosaccharide_6(fn_fermentation_17(X))
& fn_monosaccharide_6(fn_fermentation_17(X)) = fn_aldose_11(fn_fermentation_17(X))
& fn_aldose_11(fn_fermentation_17(X)) = fn_organic_molecule_1(fn_fermentation_32(X))
& fn_organic_molecule_1(fn_fermentation_32(X)) = fn_organic_molecule_1(fn_fermentation_32(X))
& fn_organic_molecule_1(fn_fermentation_32(X)) = fn_nad_plus_20(fn_fermentation_32(X))
& fn_nad_plus_20(fn_fermentation_32(X)) = fn_nad_plus_20(fn_fermentation_32(X))
& fn_nad_plus_20(fn_fermentation_32(X)) = fn_chemical_reaction_1(fn_fermentation_38(X))
& fn_chemical_reaction_1(fn_fermentation_38(X)) = fn_glycolysis_78(fn_fermentation_33(X))
& fn_glycolysis_78(fn_fermentation_33(X)) = fn_glycolysis_78(fn_fermentation_33(X))
& fn_glycolysis_78(fn_fermentation_33(X)) = fn_glycolysis_74(fn_fermentation_33(X))
& fn_glycolysis_74(fn_fermentation_33(X)) = fn_glycolysis_74(fn_fermentation_33(X))
& fn_glycolysis_74(fn_fermentation_33(X)) = fn_reduction_1(fn_fermentation_24(X))
& fn_reduction_1(fn_fermentation_24(X)) = fn_reduction_1(fn_fermentation_24(X))
& fn_reduction_1(fn_fermentation_24(X)) = fn_oxidation_10(fn_fermentation_23(X))
& fn_oxidation_10(fn_fermentation_23(X)) = fn_oxidation_10(fn_fermentation_23(X))
& fn_oxidation_10(fn_fermentation_23(X)) = fn_nad_plus_1(fn_fermentation_32(X))
& fn_nad_plus_1(fn_fermentation_32(X)) = fn_nad_plus_1(fn_fermentation_32(X))
& fn_nad_plus_1(fn_fermentation_32(X)) = fn_aldehyde_10(fn_fermentation_17(X))
& fn_aldehyde_10(fn_fermentation_17(X)) = fn_carbohydrate_34(fn_fermentation_17(X))
& fn_carbohydrate_34(fn_fermentation_17(X)) = fn_carbohydrate_34(fn_fermentation_17(X))
& fn_carbohydrate_34(fn_fermentation_17(X)) = fn_monosaccharide_17(fn_fermentation_17(X))
& fn_monosaccharide_17(fn_fermentation_17(X)) = fn_monosaccharide_17(fn_fermentation_17(X))
& fn_aldose_6(fn_fermentation_17(X)) = fn_monosaccharide_17(fn_fermentation_17(X))
& fn_monosaccharide_17(fn_fermentation_17(X)) = fn_aldose_6(fn_fermentation_17(X))
& fn_aldose_6(fn_fermentation_17(X)) = fn_aldose_6(fn_fermentation_17(X))
& fn_glucose_27(fn_fermentation_17(X)) = fn_glucose_27(fn_fermentation_17(X))
& fn_glucose_27(fn_fermentation_17(X)) = fn_aldose_6(fn_fermentation_17(X))
& fn_aldose_6(fn_fermentation_17(X)) = fn_glucose_27(fn_fermentation_17(X))
& fn_glucose_27(fn_fermentation_17(X)) = fn_monosaccharide_18(fn_fermentation_17(X))
& fn_aldose_9(fn_fermentation_17(X)) = fn_monosaccharide_18(fn_fermentation_17(X))
& fn_monosaccharide_18(fn_fermentation_17(X)) = fn_aldose_9(fn_fermentation_17(X))
& fn_glucose_21(fn_fermentation_17(X)) = fn_aldose_9(fn_fermentation_17(X))
& fn_aldose_9(fn_fermentation_17(X)) = fn_glucose_21(fn_fermentation_17(X))
& fn_glucose_21(fn_fermentation_17(X)) = fn_monosaccharide_5(fn_fermentation_17(X))
& fn_monosaccharide_5(fn_fermentation_17(X)) = fn_aldehyde_6(fn_fermentation_17(X))
& fn_aldehyde_6(fn_fermentation_17(X)) = fn_monosaccharide_5(fn_fermentation_17(X))
& fn_monosaccharide_5(fn_fermentation_17(X)) = fn_monosaccharide_5(fn_fermentation_17(X))
& fn_aldose_10(fn_fermentation_17(X)) = fn_monosaccharide_5(fn_fermentation_17(X))
& fn_monosaccharide_5(fn_fermentation_17(X)) = fn_aldose_10(fn_fermentation_17(X))
& fn_aldose_10(fn_fermentation_17(X)) = fn_aldose_10(fn_fermentation_17(X))
& fn_glucose_24(fn_fermentation_17(X)) = fn_aldose_10(fn_fermentation_17(X))
& fn_aldose_10(fn_fermentation_17(X)) = fn_glucose_24(fn_fermentation_17(X))
& fn_glucose_24(fn_fermentation_17(X)) = fn_catabolic_pathway_10(X)
& fn_catabolic_pathway_10(X) = fn_glycolysis_77(fn_fermentation_33(X))
& fn_glycolysis_77(fn_fermentation_33(X)) = fn_glycolysis_77(fn_fermentation_33(X))
& fn_glycolysis_77(fn_fermentation_33(X)) = fn_reduction_3(fn_fermentation_24(X))
& fn_reduction_3(fn_fermentation_24(X)) = fn_reduction_3(fn_fermentation_24(X))
& fn_reduction_3(fn_fermentation_24(X)) = fn_monosaccharide_13(fn_fermentation_17(X))
& fn_aldehyde_5(fn_fermentation_17(X)) = fn_aldehyde_5(fn_fermentation_17(X))
& fn_monosaccharide_13(fn_fermentation_17(X)) = fn_aldehyde_5(fn_fermentation_17(X))
& fn_aldehyde_5(fn_fermentation_17(X)) = fn_monosaccharide_13(fn_fermentation_17(X))
& fn_monosaccharide_13(fn_fermentation_17(X)) = fn_monosaccharide_13(fn_fermentation_17(X))
& fn_aldose_4(fn_fermentation_17(X)) = fn_monosaccharide_13(fn_fermentation_17(X))
& fn_monosaccharide_13(fn_fermentation_17(X)) = fn_aldose_4(fn_fermentation_17(X))
& fn_aldose_4(fn_fermentation_17(X)) = fn_aldose_4(fn_fermentation_17(X))
& fn_aldose_4(fn_fermentation_17(X)) = fn_glucose_21(fn_fermentation_17(X))
& fn_glucose_21(fn_fermentation_17(X)) = fn_aldose_4(fn_fermentation_17(X))
& fn_aldose_4(fn_fermentation_17(X)) = fn_glucose_22(fn_fermentation_17(X))
& fn_glucose_22(fn_fermentation_17(X)) = fn_glucose_21(fn_fermentation_17(X))
& fn_glucose_21(fn_fermentation_17(X)) = fn_glucose_21(fn_fermentation_17(X))
& fn_glucose_21(fn_fermentation_17(X)) = fn_glucose_22(fn_fermentation_17(X))
& fn_glucose_22(fn_fermentation_17(X)) = fn_glucose_22(fn_fermentation_17(X))
& fn_glucose_22(fn_fermentation_17(X)) = fn_glycolysis_81(fn_fermentation_33(X))
& fn_glycolysis_81(fn_fermentation_33(X)) = fn_glycolysis_81(fn_fermentation_33(X))
& fn_glycolysis_81(fn_fermentation_33(X)) = fn_glycolysis_35(fn_fermentation_33(X))
& fn_glycolysis_35(fn_fermentation_33(X)) = fn_glycolysis_35(fn_fermentation_33(X))
& fn_glycolysis_35(fn_fermentation_33(X)) = fn_glucose_2(fn_fermentation_17(X))
& fn_glucose_2(fn_fermentation_17(X)) = fn_glucose_2(fn_fermentation_17(X))
& fn_glucose_2(fn_fermentation_17(X)) = fn_carbon_2(fn_fermentation_54(X))
& fn_carbon_2(fn_fermentation_54(X)) = fn_glucose_33(fn_fermentation_17(X))
& fn_glucose_33(fn_fermentation_17(X)) = fn_glucose_33(fn_fermentation_17(X))
& fn_glucose_33(fn_fermentation_17(X)) = fn_glucose_15(fn_fermentation_17(X))
& fn_glucose_15(fn_fermentation_17(X)) = fn_glucose_15(fn_fermentation_17(X)) ) ) ).
fof(a529567,axiom,
! [X] :
( fermenting_cell_1(X)
=> ( original_name_2(X,'Fermenting-Cell')
& user_description_2(X,'Fermentation in food processing typically is the conversion of carbohydrates to alcohols and carbon dioxide or organic acids using yeasts, bacteria, or a combination thereof, under anaerobic conditions. Some cells are involved in fermentation.')
& concept2words_2(X,'cell involved in fermentation')
& concept2words_2(X,'cell of fermenting')
& concept2words_2(X,'fermenting cell')
& concept2words_2(X,'fermenting-cell')
& cell_state_1(X) ) ) ).
fof(a529568,axiom,
! [X] :
( fermium_1(X)
=> ( original_name_2(X,'Fermium')
& user_description_2(X,'Fermium is a metal atom with atomic number 100. It is represented by the symbol Fm.')
& concept2words_2(X,fermium)
& concept2words_2(X,fm)
& metal_atom_1(X)
& neutron_1(fn_fermium_3(X))
& atomic_mass_value_1(fn_fermium_4(X))
& electronegativity_value_1(fn_fermium_5(X))
& valence_electron_1(fn_fermium_9(X))
& atomic_weight_value_1(fn_fermium_10(X))
& atomic_number_value_1(fn_fermium_11(X))
& quantity_value_1(fn_fermium_12(X))
& electronegativity_2(X,fn_fermium_5(X))
& mass_number_2(X,fn_fermium_4(X))
& exactCardinality(X,has_part_0,"157",neutron_0)
& exactCardinality(X,has_part_0,"100",proton_0)
& exactCardinality(X,has_part_0,"100",electron_0)
& has_part_2(X,fn_fermium_3(X))
& the_cardinal_value_2(fn_fermium_12(X),"14")
& cardinal_unit_class_2(fn_fermium_12(X),unity_0)
& the_cardinal_value_2(fn_fermium_5(X),"1.3")
& cardinal_unit_class_2(fn_fermium_5(X),unity_0)
& the_cardinal_value_2(fn_fermium_4(X),"257")
& cardinal_unit_class_2(fn_fermium_4(X),unity_0)
& the_cardinal_value_2(fn_fermium_11(X),"100")
& cardinal_unit_class_2(fn_fermium_11(X),unity_0)
& the_cardinal_value_2(fn_fermium_10(X),"257")
& cardinal_unit_class_2(fn_fermium_10(X),dalton_0)
& atomic_number_2(X,fn_fermium_11(X))
& atomic_weight_2(X,fn_fermium_10(X))
& has_part_2(X,fn_fermium_9(X))
& quantity_2(fn_fermium_9(X),fn_fermium_12(X))
& fn_fermium_7(X) = fn_atom_12(X)
& fn_fermium_11(X) = fn_atom_17(X)
& fn_fermium_8(X) = fn_atom_13(X)
& fn_fermium_10(X) = fn_atom_16(X)
& fn_fermium_6(X) = fn_atom_1(X)
& fn_fermium_12(X) = fn_atom_5(X)
& fn_fermium_9(X) = fn_atom_14(X) ) ) ).
fof(a529569,axiom,
! [X] :
( ferredoxin_1(X)
=> ( original_name_2(X,'Ferredoxin')
& user_description_2(X,'Ferredoxins are iron-sulfur proteins that mediate electron transfer in a range of metabolic reactions.')
& concept2words_2(X,fd)
& concept2words_2(X,ferredoxin)
& iron_sulfur_protein_1(X) ) ) ).
fof(a529570,axiom,
! [X] :
( fertility_constant_1(X)
=> ( original_name_2(X,'Fertility-Constant')
& concept2words_2(X,'constant of fertility')
& concept2words_2(X,'fertility constant')
& concept2words_2(X,'fertility-constant')
& constant_1(X) ) ) ).
fof(a529571,axiom,
! [X] :
( fertility_scalar_constant_1(X)
=> ( original_name_2(X,'Fertility-Scalar-Constant')
& concept2words_2(X,'fertility scalar constant')
& concept2words_2(X,'fertility-scalar-constant')
& constant_1(X) ) ) ).
fof(a529572,axiom,
! [X] :
( fertility_scale_1(X)
=> ( original_name_2(X,'Fertility-Scale')
& concept2words_2(X,'scale of fertility')
& concept2words_2(X,'fertility scale')
& concept2words_2(X,'fertility-scale')
& scale_1(X) ) ) ).
fof(a529573,axiom,
! [X] :
( fertility_value_1(X)
=> ( original_name_2(X,'Fertility-Value')
& concept2words_2(X,fecundity)
& concept2words_2(X,fertility)
& concept2words_2(X,'value of fertility')
& concept2words_2(X,'fertility value')
& concept2words_2(X,'fertility-value')
& property_value_1(X) ) ) ).
fof(a529574,axiom,
! [X] :
( fertilization_1(X)
=> ( original_name_2(X,'Fertilization')
& user_description_2(X,'(1) The fusing of haploid gametes to form a diploid zygote. (2) The addition of nutrients to the soil, to promote plant growth.')
& concept2words_2(X,syngamy)
& concept2words_2(X,fertilize)
& concept2words_2(X,fertilization)
& fusion_1(X)
& zygote_1(fn_fertilization_1(X))
& gamete_1(fn_fertilization_2(X))
& gamete_1(fn_fertilization_3(X))
& haploid_number_1(fn_fertilization_4(X))
& chromosome_1(fn_fertilization_5(X))
& haploid_number_1(fn_fertilization_7(X))
& chromosome_1(fn_fertilization_8(X))
& property_node_1(fn_haploid_number_1(fn_fertilization_4(X)))
& chromosome_1(fn_cell_25(fn_fertilization_3(X)))
& property_node_1(fn_haploid_number_1(fn_fertilization_7(X)))
& chromosome_1(fn_cell_25(fn_fertilization_2(X)))
& quantity_2(fn_fertilization_8(X),fn_fertilization_7(X))
& quantity_2(fn_fertilization_5(X),fn_fertilization_4(X))
& result_2(X,fn_fertilization_1(X))
& base_2(X,fn_fertilization_3(X))
& object_2(X,fn_fertilization_2(X))
& has_part_2(fn_fertilization_3(X),fn_fertilization_5(X))
& has_part_2(fn_fertilization_2(X),fn_fertilization_8(X))
& fn_fertilization_3(X) = fn_add_2(X)
& fn_fertilization_2(X) = fn_add_1(X)
& fn_fertilization_6(X) = fn_haploid_number_1(fn_fertilization_4(X))
& fn_fertilization_5(X) = fn_cell_25(fn_fertilization_3(X))
& fn_fertilization_9(X) = fn_haploid_number_1(fn_fertilization_7(X))
& fn_fertilization_8(X) = fn_cell_25(fn_fertilization_2(X)) ) ) ).
fof(a529575,axiom,
! [X] :
( fertilization_envelope_1(X)
=> ( original_name_2(X,'Fertilization-Envelope')
& user_description_2(X,'The protective layer formed when the vitelline layer of an egg is pushed away from the plasma membrane and hardened after fertilization by molecules exocytosed during the cortical reaction. The fertilization envelope is the slow block to polyspermy.')
& concept2words_2(X,'envelope of fertilization')
& concept2words_2(X,'fertilization envelope')
& concept2words_2(X,'fertilization-envelope')
& animal_cell_structure_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X) ) ) ).
fof(a529576,axiom,
! [X] :
( fertilizer_1(X)
=> ( original_name_2(X,'Fertilizer')
& user_description_2(X,'Any substance such as manure or a mixture of nitrates used to make soil more fertile.')
& concept2words_2(X,fertilizer)
& concept2words_2(X,'agricultural fertilizer')
& concept2words_2(X,'agricultural-fertilizer')
& aggregate_1(X) ) ) ).
fof(a529577,axiom,
! [X] :
( fetal_stage_1(X)
=> ( original_name_2(X,'Fetal-Stage')
& user_description_2(X,'A developing mammal that has all the major structures of an adult. In humans, the fetal stage lasts from the 9th week of gestation until birth.')
& concept2words_2(X,'fetal stage')
& concept2words_2(X,'fetal-stage')
& developmental_stage_1(X)
& ~ adulthood_1(X)
& ~ algae_bloom_1(X)
& ~ axes_formation_1(X)
& ~ blastulation_1(X)
& ~ eight_cell_stage_1(X)
& ~ embryogenesis_1(X)
& ~ follicular_phase_1(X)
& ~ juvenile_stage_1(X)
& ~ larval_stage_1(X)
& ~ menopause_1(X)
& ~ multinucleated_stage_1(X)
& ~ segment_formation_1(X)
& ~ sensitive_period_1(X)
& ~ two_cell_stage_1(X) ) ) ).
fof(a529578,axiom,
! [X] :
( fetal_testing_1(X)
=> ( original_name_2(X,'Fetal-Testing')
& user_description_2(X,'The process of determing genetic information from a fetus, such as genetic abnormalities.')
& concept2words_2(X,'fetal testing')
& concept2words_2(X,'fetal-testing')
& genetic_testing_1(X)
& culturing_1(fn_fetal_testing_1(X))
& distinguishing_1(fn_fetal_testing_2(X))
& syringe_1(fn_fetal_testing_3(X))
& suction_tube_1(fn_fetal_testing_4(X))
& placenta_1(fn_fetal_testing_5(X))
& chemical_entity_1(fn_fetal_testing_6(X))
& karyotyping_1(fn_fetal_testing_7(X))
& collecting_1(fn_fetal_testing_8(X))
& entity_1(fn_fetal_testing_9(X))
& tissue_1(fn_fetal_testing_9(X))
& fetus_1(fn_fetal_testing_10(X))
& analysis_1(fn_fetal_testing_11(X))
& genetic_disorder_1(fn_fetal_testing_12(X))
& diagnosis_1(fn_fetal_testing_13(X))
& disease_1(fn_diagnosis_2(fn_fetal_testing_13(X)))
& entity_1(fn_collecting_1(fn_fetal_testing_8(X)))
& entity_1(fn_analysis_1(fn_fetal_testing_11(X)))
& tissue_1(fn_eumetazoan_20(fn_fetal_testing_10(X)))
& next_event_2(fn_fetal_testing_8(X),fn_fetal_testing_11(X))
& instrument_2(fn_fetal_testing_8(X),fn_fetal_testing_4(X))
& instrument_2(fn_fetal_testing_8(X),fn_fetal_testing_3(X))
& next_event_2(fn_fetal_testing_1(X),fn_fetal_testing_7(X))
& object_2(fn_fetal_testing_2(X),fn_fetal_testing_6(X))
& is_inside_2(fn_fetal_testing_10(X),fn_fetal_testing_5(X))
& first_subevent_2(X,fn_fetal_testing_8(X))
& subevent_2(X,fn_fetal_testing_8(X))
& subevent_2(X,fn_fetal_testing_11(X))
& subevent_2(X,fn_fetal_testing_1(X))
& next_event_2(fn_fetal_testing_11(X),fn_fetal_testing_1(X))
& enables_2(fn_fetal_testing_11(X),fn_fetal_testing_2(X))
& by_means_of_2(fn_fetal_testing_13(X),X)
& object_2(fn_fetal_testing_8(X),fn_fetal_testing_9(X))
& object_2(fn_fetal_testing_11(X),fn_fetal_testing_9(X))
& object_2(fn_fetal_testing_13(X),fn_fetal_testing_12(X))
& has_part_2(fn_fetal_testing_10(X),fn_fetal_testing_9(X))
& fn_fetal_testing_9(X) = fn_collecting_1(fn_fetal_testing_8(X))
& fn_fetal_testing_9(X) = fn_analysis_1(fn_fetal_testing_11(X))
& fn_fetal_testing_12(X) = fn_diagnosis_2(fn_fetal_testing_13(X))
& fn_fetal_testing_9(X) = fn_eumetazoan_20(fn_fetal_testing_10(X))
& fn_collecting_1(fn_fetal_testing_8(X)) = fn_analysis_1(fn_fetal_testing_11(X))
& fn_analysis_1(fn_fetal_testing_11(X)) = fn_analysis_1(fn_fetal_testing_11(X))
& fn_analysis_1(fn_fetal_testing_11(X)) = fn_eumetazoan_20(fn_fetal_testing_10(X)) ) ) ).
fof(a529579,axiom,
! [X] :
( fetoscopy_1(X)
=> ( original_name_2(X,'Fetoscopy')
& user_description_2(X,'Technique for using fiber optics to examine a fetus in the uterus.')
& concept2words_2(X,fetoscopy)
& diagnostic_procedure_1(X)
& ~ absolute_dating_1(X)
& ~ atomic_tracking_1(X)
& ~ autoradiography_1(X)
& ~ cloning_1(X)
& ~ dna_mapping_1(X)
& ~ dna_microarray_1(X)
& ~ genetic_linkage_mapping_1(X)
& ~ gram_stain_1(X)
& ~ in_situ_hybridization_1(X)
& ~ in_vitro_hybridization_1(X)
& ~ mark_recapture_method_1(X)
& ~ microscopy_1(X)
& ~ molecular_clock_1(X)
& ~ nuclear_transplantation_1(X)
& ~ population_viability_analysis_1(X)
& ~ positron_emission_tomography_1(X)
& ~ radiometric_dating_1(X)
& ~ rule_of_addition_1(X)
& ~ shotgun_sequencing_1(X)
& ~ testcross_1(X)
& ~ x_ray_crystallography_1(X) ) ) ).
fof(a529580,axiom,
! [X] :
( fetus_1(X)
=> ( original_name_2(X,'Fetus')
& user_description_2(X,'A developing mammal that has all the major structures of an adult. In humans, the fetal stage lasts from the 9th week of gestation until birth.')
& concept2words_2(X,fetus)
& mammal_1(X) ) ) ).
fof(a529581,axiom,
! [X] :
( fetus_cell_1(X)
=> ( original_name_2(X,'Fetus-Cell')
& user_description_2(X,'Cell of unborn offspring.')
& concept2words_2(X,'cell of a fetus')
& concept2words_2(X,'cell-of-a-fetus')
& concept2words_2(X,'cell of fetus')
& concept2words_2(X,'fetus cell')
& concept2words_2(X,'fetus-cell')
& animal_development_cell_1(X) ) ) ).
fof(a529582,axiom,
! [X] :
( fever_1(X)
=> ( original_name_2(X,'Fever')
& user_description_2(X,'A systemic response to infection in which the body\'s thermostat is set at a higher temperature.')
& concept2words_2(X,'have fever')
& concept2words_2(X,fever)
& immune_response_1(X) ) ) ).
fof(a529583,axiom,
! [X] :
( fiber_1(X)
=> ( original_name_2(X,'Fiber')
& user_description_2(X,'Fiber is a class of materials that are continuous filaments or are in discrete elongated pieces, similar to lengths of thread. They are very important in the biology of both plants and animals, for holding tissues together.')
& concept2words_2(X,fibre)
& concept2words_2(X,fiber)
& organic_entity_1(X) ) ) ).
fof(a529584,axiom,
! [X] :
( fiber_cell_1(X)
=> ( original_name_2(X,'Fiber-Cell')
& user_description_2(X,'A type of long, slender sclerenchyma cell that typically occurs in bundles and provides mechanical support to the plant.')
& concept2words_2(X,'cell of fiber')
& concept2words_2(X,'fiber cell')
& concept2words_2(X,'fiber-cell')
& plant_support_cell_1(X)
& ~ bundle_sheath_cell_1(X)
& ~ collenchyma_cell_1(X)
& ~ companion_cell_1(X)
& ~ fusiform_initials_1(X)
& ~ guard_cell_1(X)
& ~ initial_meristem_1(X)
& ~ mesophyll_cell_1(X)
& ~ parenchyma_cell_1(X)
& ~ placental_transfer_cell_1(X)
& ~ plant_cell_inside_hypertonic_solution_1(X)
& ~ plant_cell_inside_hypotonic_solution_1(X)
& ~ plant_cell_inside_isotonic_solution_1(X)
& ~ rhizoid_1(X)
& ~ sclereid_1(X)
& ~ sclerenchyma_cell_1(X)
& ~ sieve_tube_element_1(X)
& ~ tracheid_1(X)
& ~ vessel_element_1(X) ) ) ).
fof(a529585,axiom,
! [X] :
( fibrin_1(X)
=> ( original_name_2(X,'Fibrin')
& user_description_2(X,'The activated form of the blood-clotting protein fibrinogen. Fibrin aggregates into threads that form the fabric of the clot.')
& concept2words_2(X,fibrin)
& filament_protein_1(X)
& structural_protein_1(X)
& ~ alpha_keratin_1(X)
& ~ collagen_1(X)
& ~ fibronectin_1(X)
& ~ histone_1(X) ) ) ).
fof(a529586,axiom,
! [X] :
( fibroblast_1(X)
=> ( original_name_2(X,'Fibroblast')
& user_description_2(X,'A type of cell that synthesizes the extracellular matrix and collagen of loose connective tissue.')
& concept2words_2(X,fibroblast)
& animal_cell_1(X)
& chromosome_arm_1(fn_fibroblast_1(X))
& chromosome_arm_1(fn_fibroblast_2(X))
& pdgf_receptor_1(fn_fibroblast_3(X))
& electron_transport_chain_pathway_1(fn_fibroblast_4(X))
& eukaryotic_oxidative_phosphorylation_1(fn_fibroblast_5(X))
& metabolic_pathway_1(fn_fibroblast_6(X))
& endergonic_process_1(fn_fibroblast_6(X))
& chemical_reaction_1(fn_fibroblast_6(X))
& synthesis_of_organic_molecule_1(fn_fibroblast_6(X))
& anabolic_pathway_1(fn_fibroblast_6(X))
& synthesis_of_atp_1(fn_fibroblast_6(X))
& catabolic_pathway_1(fn_fibroblast_7(X))
& cellular_work_1(fn_fibroblast_8(X))
& active_transport_1(fn_fibroblast_8(X))
& active_movement_of_ions_1(fn_fibroblast_8(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_fibroblast_8(X))
& mixture_1(fn_fibroblast_9(X))
& cytoplasm_1(fn_fibroblast_9(X))
& eukaryotic_chromosome_1(fn_fibroblast_10(X))
& chromosome_1(fn_fibroblast_10(X))
& endoplasmic_reticulum_1(fn_fibroblast_11(X))
& rough_endoplasmic_reticulum_1(fn_fibroblast_11(X))
& tangible_entity_1(fn_fibroblast_12(X))
& nucleus_1(fn_fibroblast_12(X))
& centrosome_1(fn_fibroblast_13(X))
& facilitated_diffusion_of_polar_molecule_1(fn_fibroblast_14(X))
& support_1(fn_fibroblast_15(X))
& support_1(fn_fibroblast_16(X))
& cell_pole_1(fn_fibroblast_17(X))
& cell_pole_1(fn_fibroblast_18(X))
& volume_value_1(fn_fibroblast_19(X))
& size_value_1(fn_fibroblast_20(X))
& eukaryotic_cellular_respiration_1(fn_fibroblast_21(X))
& protein_1(fn_fibroblast_22(X))
& organic_molecule_1(fn_fibroblast_22(X))
& polymer_1(fn_fibroblast_22(X))
& spatial_entity_1(fn_fibroblast_22(X))
& membrane_protein_1(fn_fibroblast_22(X))
& tangible_entity_1(fn_fibroblast_22(X))
& transmembrane_protein_1(fn_fibroblast_22(X))
& integral_protein_1(fn_fibroblast_22(X))
& transport_protein_1(fn_fibroblast_22(X))
& sodium_potassium_pump_1(fn_fibroblast_22(X))
& create_1(fn_fibroblast_23(X))
& produce_1(fn_fibroblast_23(X))
& microtubule_1(fn_fibroblast_24(X))
& surface_1(fn_fibroblast_25(X))
& lipid_1(fn_fibroblast_26(X))
& spatial_entity_1(fn_fibroblast_26(X))
& phospholipid_1(fn_fibroblast_26(X))
& lipid_1(fn_fibroblast_27(X))
& spatial_entity_1(fn_fibroblast_27(X))
& phospholipid_1(fn_fibroblast_27(X))
& substance_1(fn_fibroblast_28(X))
& cytosol_1(fn_fibroblast_28(X))
& tangible_entity_1(fn_fibroblast_29(X))
& phospholipid_bilayer_1(fn_fibroblast_29(X))
& synthesis_reaction_1(fn_fibroblast_30(X))
& chemical_reaction_1(fn_fibroblast_30(X))
& anabolic_pathway_1(fn_fibroblast_30(X))
& metabolic_pathway_1(fn_fibroblast_30(X))
& synthesis_of_lipid_1(fn_fibroblast_30(X))
& smooth_endoplasmic_reticulum_1(fn_fibroblast_31(X))
& golgi_apparatus_1(fn_fibroblast_32(X))
& ribosome_1(fn_fibroblast_33(X))
& eukaryotic_ribosome_1(fn_fibroblast_33(X))
& membrane_1(fn_fibroblast_34(X))
& tangible_entity_1(fn_fibroblast_34(X))
& spatial_entity_1(fn_fibroblast_34(X))
& biomembrane_1(fn_fibroblast_34(X))
& animal_plasma_membrane_1(fn_fibroblast_34(X))
& plasma_membrane_1(fn_fibroblast_34(X))
& semiautonomous_organelle_1(fn_fibroblast_37(X))
& organelle_1(fn_fibroblast_37(X))
& mitochondrion_1(fn_fibroblast_37(X))
& end_1(fn_fibroblast_38(X))
& centromere_1(fn_fibroblast_39(X))
& telomere_1(fn_fibroblast_40(X))
& protein_1(fn_fibroblast_41(X))
& coil_1(fn_fibroblast_42(X))
& polymer_1(fn_fibroblast_43(X))
& entity_1(fn_fibroblast_43(X))
& dna_1(fn_fibroblast_43(X))
& move_1(fn_fibroblast_44(X))
& peroxisome_1(fn_fibroblast_45(X))
& centromere_1(fn_chromosome_6(fn_fibroblast_10(X)))
& coil_1(fn_chromosome_8(fn_fibroblast_10(X)))
& protein_1(fn_chromosome_3(fn_fibroblast_10(X)))
& end_1(fn_eukaryotic_chromosome_5(fn_fibroblast_10(X)))
& telomere_1(fn_eukaryotic_chromosome_4(fn_fibroblast_10(X)))
& lipid_1(fn_phospholipid_bilayer_2(fn_fibroblast_29(X)))
& spatial_entity_1(fn_phospholipid_bilayer_55(fn_fibroblast_29(X)))
& phospholipid_1(fn_phospholipid_bilayer_55(fn_fibroblast_29(X)))
& lipid_1(fn_phospholipid_bilayer_46(fn_fibroblast_29(X)))
& lipid_1(fn_phospholipid_bilayer_44(fn_fibroblast_29(X)))
& lipid_1(fn_phospholipid_bilayer_1(fn_fibroblast_29(X)))
& spatial_entity_1(fn_phospholipid_bilayer_32(fn_fibroblast_29(X)))
& phospholipid_1(fn_phospholipid_bilayer_32(fn_fibroblast_29(X)))
& phospholipid_1(fn_phospholipid_bilayer_24(fn_fibroblast_29(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_fibroblast_31(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_fibroblast_31(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_fibroblast_31(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_fibroblast_31(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_fibroblast_31(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_fibroblast_31(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_fibroblast_31(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_fibroblast_31(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_fibroblast_31(X)))
& entity_1(fn_eukaryotic_chromosome_3(fn_fibroblast_10(X)))
& dna_1(fn_eukaryotic_chromosome_3(fn_fibroblast_10(X)))
& polymer_1(fn_eukaryotic_chromosome_3(fn_fibroblast_10(X)))
& entity_1(fn_chromosome_4(fn_fibroblast_10(X)))
& dna_1(fn_chromosome_4(fn_fibroblast_10(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_fibroblast_31(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_fibroblast_31(X)))
& eukaryotic_ribosome_1(fn_smooth_endoplasmic_reticulum_11(fn_fibroblast_31(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_fibroblast_14(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_fibroblast_14(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_fibroblast_14(X)))
& cell_1(fn_metabolic_pathway_1(fn_fibroblast_30(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_fibroblast_31(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_fibroblast_31(X)))
& is_between_2(fn_fibroblast_39(X),fn_fibroblast_2(X))
& is_between_2(fn_fibroblast_39(X),fn_fibroblast_1(X))
& has_part_2(fn_fibroblast_34(X),fn_fibroblast_3(X))
& called_2(fn_fibroblast_27(X),'P3')
& called_2(fn_fibroblast_26(X),'P3')
& site_2(fn_fibroblast_21(X),fn_fibroblast_9(X))
& agent_2(fn_fibroblast_14(X),fn_fibroblast_22(X))
& has_part_2(fn_fibroblast_10(X),fn_fibroblast_2(X))
& has_part_2(fn_fibroblast_10(X),fn_fibroblast_1(X))
& path_2(fn_fibroblast_14(X),fn_fibroblast_34(X))
& base_2(fn_fibroblast_30(X),X)
& has_part_2(fn_fibroblast_29(X),fn_fibroblast_27(X))
& has_part_2(fn_fibroblast_29(X),fn_fibroblast_26(X))
& fn_fibroblast_27(X) != fn_fibroblast_26(X)
& fn_fibroblast_26(X) != fn_fibroblast_27(X)
& has_region_2(fn_fibroblast_10(X),fn_fibroblast_39(X))
& has_part_2(fn_fibroblast_10(X),fn_fibroblast_41(X))
& agent_2(fn_fibroblast_42(X),fn_fibroblast_41(X))
& object_2(fn_fibroblast_42(X),fn_fibroblast_43(X))
& has_function_2(fn_fibroblast_31(X),fn_fibroblast_30(X))
& site_2(fn_fibroblast_30(X),fn_fibroblast_31(X))
& is_inside_2(fn_fibroblast_31(X),fn_fibroblast_28(X))
& called_2(fn_fibroblast_22(X),'MP1')
& the_scalar_value_2(fn_fibroblast_20(X),big_0)
& scalar_unit_class_2(fn_fibroblast_20(X),prokaryote_0)
& has_region_2(X,fn_fibroblast_25(X))
& has_part_2(fn_fibroblast_10(X),fn_fibroblast_43(X))
& has_part_2(fn_fibroblast_9(X),fn_fibroblast_28(X))
& is_between_2(fn_fibroblast_9(X),fn_fibroblast_12(X))
& causes_2(fn_fibroblast_44(X),fn_fibroblast_7(X))
& first_subevent_2(fn_fibroblast_5(X),fn_fibroblast_4(X))
& is_across_2(fn_fibroblast_22(X),fn_fibroblast_34(X))
& is_inside_2(fn_fibroblast_22(X),fn_fibroblast_29(X))
& result_2(fn_fibroblast_23(X),fn_fibroblast_24(X))
& has_function_2(fn_fibroblast_24(X),fn_fibroblast_16(X))
& object_2(fn_fibroblast_16(X),X)
& has_region_2(X,fn_fibroblast_18(X))
& has_function_2(X,fn_fibroblast_21(X))
& base_2(fn_fibroblast_21(X),X)
& has_region_2(X,fn_fibroblast_17(X))
& is_opposite_2(fn_fibroblast_18(X),fn_fibroblast_17(X))
& is_opposite_2(fn_fibroblast_17(X),fn_fibroblast_18(X))
& is_between_2(fn_fibroblast_9(X),fn_fibroblast_34(X))
& agent_2(fn_fibroblast_15(X),fn_fibroblast_34(X))
& object_2(fn_fibroblast_15(X),X)
& has_part_2(X,fn_fibroblast_13(X))
& has_function_2(fn_fibroblast_13(X),fn_fibroblast_23(X))
& fn_fibroblast_31(X) != fn_fibroblast_11(X)
& has_part_2(X,fn_fibroblast_11(X))
& has_part_2(X,fn_fibroblast_12(X))
& fn_fibroblast_11(X) != fn_fibroblast_31(X)
& is_near_2(fn_fibroblast_13(X),fn_fibroblast_12(X))
& is_near_2(fn_fibroblast_12(X),fn_fibroblast_13(X))
& base_2(fn_fibroblast_8(X),X)
& has_function_2(X,fn_fibroblast_8(X))
& has_part_2(X,fn_fibroblast_10(X))
& is_inside_2(fn_fibroblast_10(X),fn_fibroblast_12(X))
& is_inside_2(fn_fibroblast_12(X),fn_fibroblast_28(X))
& destination_2(fn_fibroblast_44(X),fn_fibroblast_37(X))
& origin_2(fn_fibroblast_44(X),fn_fibroblast_45(X))
& has_part_2(X,fn_fibroblast_45(X))
& has_part_2(X,fn_fibroblast_9(X))
& is_inside_2(fn_fibroblast_9(X),fn_fibroblast_34(X))
& base_2(fn_fibroblast_7(X),X)
& site_2(fn_fibroblast_7(X),fn_fibroblast_37(X))
& has_part_2(X,fn_fibroblast_37(X))
& has_part_2(X,fn_fibroblast_31(X))
& abuts_2(fn_fibroblast_31(X),fn_fibroblast_11(X))
& abuts_2(fn_fibroblast_11(X),fn_fibroblast_31(X))
& is_inside_2(fn_fibroblast_37(X),fn_fibroblast_28(X))
& has_function_2(fn_fibroblast_37(X),fn_fibroblast_5(X))
& site_2(fn_fibroblast_5(X),fn_fibroblast_37(X))
& site_2(fn_fibroblast_6(X),fn_fibroblast_37(X))
& base_2(fn_fibroblast_6(X),X)
& base_2(fn_fibroblast_4(X),X)
& subevent_2(fn_fibroblast_5(X),fn_fibroblast_4(X))
& base_2(fn_fibroblast_5(X),X)
& has_part_2(X,fn_fibroblast_32(X))
& is_inside_2(fn_fibroblast_32(X),fn_fibroblast_28(X))
& size_2(X,fn_fibroblast_20(X))
& directly_proportional_2(fn_fibroblast_20(X),fn_fibroblast_19(X))
& volume_2(X,fn_fibroblast_19(X))
& has_part_2(X,fn_fibroblast_33(X))
& is_inside_2(fn_fibroblast_33(X),fn_fibroblast_28(X))
& has_part_2(X,fn_fibroblast_34(X))
& has_part_2(fn_fibroblast_34(X),fn_fibroblast_22(X))
& is_at_2(fn_fibroblast_22(X),fn_fibroblast_34(X))
& has_part_2(fn_fibroblast_34(X),fn_fibroblast_29(X))
& is_at_2(fn_fibroblast_29(X),fn_fibroblast_25(X))
& fn_fibroblast_34(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_fibroblast_14(X))
& X = fn_metabolic_pathway_1(fn_fibroblast_30(X))
& fn_fibroblast_27(X) = fn_phospholipid_bilayer_1(fn_fibroblast_29(X))
& fn_fibroblast_27(X) = fn_phospholipid_bilayer_2(fn_fibroblast_29(X))
& fn_fibroblast_27(X) = fn_phospholipid_bilayer_24(fn_fibroblast_29(X))
& fn_fibroblast_27(X) = fn_phospholipid_bilayer_55(fn_fibroblast_29(X))
& fn_fibroblast_26(X) = fn_phospholipid_bilayer_46(fn_fibroblast_29(X))
& fn_fibroblast_26(X) = fn_phospholipid_bilayer_44(fn_fibroblast_29(X))
& fn_fibroblast_26(X) = fn_phospholipid_bilayer_1(fn_fibroblast_29(X))
& fn_fibroblast_26(X) = fn_phospholipid_bilayer_32(fn_fibroblast_29(X))
& fn_fibroblast_26(X) = fn_phospholipid_bilayer_24(fn_fibroblast_29(X))
& fn_fibroblast_39(X) = fn_chromosome_6(fn_fibroblast_10(X))
& fn_fibroblast_43(X) = fn_chromosome_4(fn_fibroblast_10(X))
& fn_fibroblast_42(X) = fn_chromosome_8(fn_fibroblast_10(X))
& fn_fibroblast_41(X) = fn_chromosome_3(fn_fibroblast_10(X))
& fn_fibroblast_30(X) = fn_smooth_endoplasmic_reticulum_23(fn_fibroblast_31(X))
& fn_fibroblast_30(X) = fn_smooth_endoplasmic_reticulum_7(fn_fibroblast_31(X))
& fn_fibroblast_30(X) = fn_smooth_endoplasmic_reticulum_49(fn_fibroblast_31(X))
& fn_fibroblast_30(X) = fn_smooth_endoplasmic_reticulum_48(fn_fibroblast_31(X))
& fn_fibroblast_30(X) = fn_smooth_endoplasmic_reticulum_8(fn_fibroblast_31(X))
& fn_fibroblast_30(X) = fn_smooth_endoplasmic_reticulum_42(fn_fibroblast_31(X))
& fn_fibroblast_38(X) = fn_eukaryotic_chromosome_5(fn_fibroblast_10(X))
& fn_fibroblast_40(X) = fn_eukaryotic_chromosome_4(fn_fibroblast_10(X))
& fn_fibroblast_43(X) = fn_eukaryotic_chromosome_3(fn_fibroblast_10(X))
& fn_fibroblast_43(X) = fn_animal_cell_88(X)
& fn_fibroblast_35(X) = fn_animal_cell_49(X)
& fn_fibroblast_36(X) = fn_animal_cell_50(X)
& fn_fibroblast_16(X) = fn_animal_cell_61(X)
& fn_fibroblast_24(X) = fn_animal_cell_63(X)
& fn_fibroblast_18(X) = fn_animal_cell_13(X)
& fn_fibroblast_17(X) = fn_animal_cell_1(X)
& fn_fibroblast_21(X) = fn_animal_cell_81(X)
& fn_fibroblast_23(X) = fn_animal_cell_64(X)
& fn_fibroblast_15(X) = fn_animal_cell_76(X)
& fn_fibroblast_13(X) = fn_animal_cell_74(X)
& fn_fibroblast_12(X) = fn_animal_cell_78(X)
& fn_fibroblast_10(X) = fn_animal_cell_52(X)
& fn_fibroblast_8(X) = fn_animal_cell_90(X)
& fn_fibroblast_9(X) = fn_eukaryotic_cell_31(X)
& fn_fibroblast_9(X) = fn_animal_cell_79(X)
& fn_fibroblast_45(X) = fn_animal_cell_45(X)
& fn_fibroblast_44(X) = fn_animal_cell_22(X)
& fn_fibroblast_11(X) = fn_animal_cell_53(X)
& fn_fibroblast_31(X) = fn_animal_cell_54(X)
& fn_fibroblast_37(X) = fn_eukaryotic_cell_25(X)
& fn_fibroblast_7(X) = fn_animal_cell_21(X)
& fn_fibroblast_6(X) = fn_animal_cell_20(X)
& fn_fibroblast_37(X) = fn_animal_cell_59(X)
& fn_fibroblast_32(X) = fn_animal_cell_82(X)
& fn_fibroblast_5(X) = fn_animal_cell_19(X)
& fn_fibroblast_4(X) = fn_animal_cell_18(X)
& fn_fibroblast_28(X) = fn_smooth_endoplasmic_reticulum_34(fn_fibroblast_31(X))
& fn_fibroblast_28(X) = fn_animal_cell_62(X)
& X = fn_smooth_endoplasmic_reticulum_33(fn_fibroblast_31(X))
& fn_fibroblast_33(X) = fn_smooth_endoplasmic_reticulum_11(fn_fibroblast_31(X))
& fn_fibroblast_33(X) = fn_animal_cell_51(X)
& fn_fibroblast_19(X) = fn_animal_cell_56(X)
& fn_fibroblast_20(X) = fn_animal_cell_57(X)
& fn_fibroblast_25(X) = fn_animal_cell_55(X)
& fn_fibroblast_29(X) = fn_eukaryotic_cell_41(X)
& fn_fibroblast_29(X) = fn_animal_cell_58(X)
& fn_fibroblast_22(X) = fn_eukaryotic_cell_15(X)
& fn_fibroblast_22(X) = fn_animal_cell_75(X)
& fn_fibroblast_34(X) = fn_eukaryotic_cell_29(X)
& fn_fibroblast_34(X) = fn_animal_cell_73(X)
& fn_phospholipid_bilayer_2(fn_fibroblast_29(X)) = fn_phospholipid_bilayer_1(fn_fibroblast_29(X))
& fn_phospholipid_bilayer_1(fn_fibroblast_29(X)) = fn_phospholipid_bilayer_2(fn_fibroblast_29(X))
& fn_phospholipid_bilayer_24(fn_fibroblast_29(X)) = fn_phospholipid_bilayer_2(fn_fibroblast_29(X))
& fn_phospholipid_bilayer_2(fn_fibroblast_29(X)) = fn_phospholipid_bilayer_2(fn_fibroblast_29(X))
& fn_phospholipid_bilayer_2(fn_fibroblast_29(X)) = fn_phospholipid_bilayer_24(fn_fibroblast_29(X))
& fn_phospholipid_bilayer_55(fn_fibroblast_29(X)) = fn_phospholipid_bilayer_24(fn_fibroblast_29(X))
& fn_phospholipid_bilayer_24(fn_fibroblast_29(X)) = fn_phospholipid_bilayer_55(fn_fibroblast_29(X))
& fn_phospholipid_bilayer_55(fn_fibroblast_29(X)) = fn_phospholipid_bilayer_46(fn_fibroblast_29(X))
& fn_phospholipid_bilayer_46(fn_fibroblast_29(X)) = fn_phospholipid_bilayer_46(fn_fibroblast_29(X))
& fn_phospholipid_bilayer_44(fn_fibroblast_29(X)) = fn_phospholipid_bilayer_46(fn_fibroblast_29(X))
& fn_phospholipid_bilayer_46(fn_fibroblast_29(X)) = fn_phospholipid_bilayer_44(fn_fibroblast_29(X))
& fn_phospholipid_bilayer_44(fn_fibroblast_29(X)) = fn_phospholipid_bilayer_44(fn_fibroblast_29(X))
& fn_phospholipid_bilayer_1(fn_fibroblast_29(X)) = fn_phospholipid_bilayer_44(fn_fibroblast_29(X))
& fn_phospholipid_bilayer_44(fn_fibroblast_29(X)) = fn_phospholipid_bilayer_1(fn_fibroblast_29(X))
& fn_phospholipid_bilayer_32(fn_fibroblast_29(X)) = fn_phospholipid_bilayer_1(fn_fibroblast_29(X))
& fn_phospholipid_bilayer_1(fn_fibroblast_29(X)) = fn_phospholipid_bilayer_32(fn_fibroblast_29(X))
& fn_phospholipid_bilayer_32(fn_fibroblast_29(X)) = fn_phospholipid_bilayer_32(fn_fibroblast_29(X))
& fn_phospholipid_bilayer_24(fn_fibroblast_29(X)) = fn_phospholipid_bilayer_32(fn_fibroblast_29(X))
& fn_phospholipid_bilayer_32(fn_fibroblast_29(X)) = fn_phospholipid_bilayer_24(fn_fibroblast_29(X))
& fn_phospholipid_bilayer_24(fn_fibroblast_29(X)) = fn_smooth_endoplasmic_reticulum_23(fn_fibroblast_31(X))
& fn_smooth_endoplasmic_reticulum_23(fn_fibroblast_31(X)) = fn_smooth_endoplasmic_reticulum_7(fn_fibroblast_31(X))
& fn_smooth_endoplasmic_reticulum_7(fn_fibroblast_31(X)) = fn_smooth_endoplasmic_reticulum_7(fn_fibroblast_31(X))
& fn_smooth_endoplasmic_reticulum_7(fn_fibroblast_31(X)) = fn_smooth_endoplasmic_reticulum_49(fn_fibroblast_31(X))
& fn_smooth_endoplasmic_reticulum_49(fn_fibroblast_31(X)) = fn_smooth_endoplasmic_reticulum_49(fn_fibroblast_31(X))
& fn_smooth_endoplasmic_reticulum_49(fn_fibroblast_31(X)) = fn_smooth_endoplasmic_reticulum_48(fn_fibroblast_31(X))
& fn_smooth_endoplasmic_reticulum_48(fn_fibroblast_31(X)) = fn_smooth_endoplasmic_reticulum_48(fn_fibroblast_31(X))
& fn_smooth_endoplasmic_reticulum_48(fn_fibroblast_31(X)) = fn_smooth_endoplasmic_reticulum_8(fn_fibroblast_31(X))
& fn_smooth_endoplasmic_reticulum_8(fn_fibroblast_31(X)) = fn_smooth_endoplasmic_reticulum_8(fn_fibroblast_31(X))
& fn_smooth_endoplasmic_reticulum_42(fn_fibroblast_31(X)) = fn_smooth_endoplasmic_reticulum_8(fn_fibroblast_31(X))
& fn_smooth_endoplasmic_reticulum_8(fn_fibroblast_31(X)) = fn_smooth_endoplasmic_reticulum_42(fn_fibroblast_31(X))
& fn_smooth_endoplasmic_reticulum_42(fn_fibroblast_31(X)) = fn_chromosome_4(fn_fibroblast_10(X))
& fn_chromosome_4(fn_fibroblast_10(X)) = fn_eukaryotic_chromosome_3(fn_fibroblast_10(X))
& fn_eukaryotic_chromosome_3(fn_fibroblast_10(X)) = fn_chromosome_4(fn_fibroblast_10(X))
& fn_chromosome_4(fn_fibroblast_10(X)) = fn_animal_cell_88(X)
& fn_animal_cell_88(X) = fn_animal_cell_79(X)
& fn_animal_cell_79(X) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_animal_cell_79(X)
& fn_animal_cell_79(X) = fn_animal_cell_79(X)
& fn_animal_cell_79(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_eukaryotic_cell_25(X)
& fn_eukaryotic_cell_25(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_smooth_endoplasmic_reticulum_34(fn_fibroblast_31(X))
& fn_animal_cell_62(X) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_smooth_endoplasmic_reticulum_34(fn_fibroblast_31(X))
& fn_smooth_endoplasmic_reticulum_34(fn_fibroblast_31(X)) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_smooth_endoplasmic_reticulum_11(fn_fibroblast_31(X))
& fn_animal_cell_51(X) = fn_smooth_endoplasmic_reticulum_11(fn_fibroblast_31(X))
& fn_smooth_endoplasmic_reticulum_11(fn_fibroblast_31(X)) = fn_animal_cell_51(X)
& fn_animal_cell_51(X) = fn_eukaryotic_cell_41(X)
& fn_animal_cell_58(X) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_fibroblast_14(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_fibroblast_14(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_eukaryotic_cell_29(X)
& fn_animal_cell_73(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_metabolic_pathway_1(fn_fibroblast_30(X))
& fn_metabolic_pathway_1(fn_fibroblast_30(X)) = fn_smooth_endoplasmic_reticulum_33(fn_fibroblast_31(X))
& fn_smooth_endoplasmic_reticulum_33(fn_fibroblast_31(X)) = fn_smooth_endoplasmic_reticulum_33(fn_fibroblast_31(X)) ) ) ).
fof(a529587,axiom,
! [X] :
( fibroblast_division_1(X)
=> ( original_name_2(X,'Fibroblast-Division')
& user_description_2(X,'Process of cell division in fibroblasts, specialized cells which produce collagen.')
& concept2words_2(X,'division of fibroblast')
& concept2words_2(X,'fibroblast division')
& concept2words_2(X,'fibroblast-division')
& cell_division_1(X)
& platelet_derived_growth_factor_1(fn_fibroblast_division_1(X))
& fibroblast_1(fn_fibroblast_division_2(X))
& fibroblast_1(fn_fibroblast_division_3(X))
& facilitates_2(fn_fibroblast_division_1(X),X)
& object_2(X,fn_fibroblast_division_3(X))
& result_2(X,fn_fibroblast_division_2(X))
& fn_fibroblast_division_3(X) = fn_cell_division_3(X)
& fn_fibroblast_division_2(X) = fn_cell_division_2(X) ) ) ).
fof(a529588,axiom,
! [X] :
( fibronectin_1(X)
=> ( original_name_2(X,'Fibronectin')
& user_description_2(X,'A glycoprotein that helps animal cells attach to the extracellular matrix.')
& concept2words_2(X,fibronectin)
& integral_protein_1(X)
& glycoprotein_1(X)
& structural_protein_1(X)
& motor_protein_1(X)
& ~ alpha_keratin_1(X)
& ~ fibrin_1(X)
& ~ histone_1(X)
& ~ cell_adhesion_molecule_1(X)
& ~ collagen_1(X)
& ~ glycoprotein_hormone_1(X)
& ~ peptidoglycan_1(X)
& ~ proteoglycan_1(X)
& center_1(fn_fibronectin_1(X))
& metabolism_1(fn_fibronectin_2(X))
& negatively_charged_region_1(fn_fibronectin_3(X))
& cytoplasmic_side_1(fn_fibronectin_4(X))
& move_1(fn_fibronectin_5(X))
& entity_1(fn_fibronectin_6(X))
& atom_1(fn_fibronectin_6(X))
& chemical_entity_1(fn_fibronectin_6(X))
& oxygen_1(fn_fibronectin_6(X))
& hold_together_1(fn_fibronectin_7(X))
& entity_1(fn_fibronectin_8(X))
& valence_electron_1(fn_fibronectin_8(X))
& electron_shell_1(fn_fibronectin_9(X))
& attract_1(fn_fibronectin_10(X))
& entity_1(fn_fibronectin_11(X))
& atom_1(fn_fibronectin_11(X))
& chemical_entity_1(fn_fibronectin_11(X))
& carbon_1(fn_fibronectin_11(X))
& chemical_bond_1(fn_fibronectin_12(X))
& covalent_bond_1(fn_fibronectin_12(X))
& peptide_bond_1(fn_fibronectin_12(X))
& constant_motion_1(fn_fibronectin_17(X))
& size_value_1(fn_fibronectin_18(X))
& protein_domain_1(fn_fibronectin_19(X))
& hydrophilic_region_1(fn_fibronectin_20(X))
& surface_1(fn_fibronectin_21(X))
& hydrophobic_region_1(fn_fibronectin_22(X))
& carbon_skeleton_1(fn_fibronectin_23(X))
& monomer_1(fn_fibronectin_24(X))
& polymer_1(fn_fibronectin_24(X))
& polypeptide_1(fn_fibronectin_24(X))
& organic_molecule_1(fn_fibronectin_24(X))
& chemical_entity_1(fn_fibronectin_25(X))
& carbon_1(fn_fibronectin_25(X))
& tangible_entity_1(fn_fibronectin_25(X))
& atom_1(fn_fibronectin_25(X))
& hydrophobic_amino_acid_1(fn_fibronectin_26(X))
& polar_amino_acid_1(fn_fibronectin_27(X))
& entity_1(fn_fibronectin_28(X))
& carbon_1(fn_fibronectin_28(X))
& chemical_entity_1(fn_fibronectin_28(X))
& atom_1(fn_fibronectin_28(X))
& carbohydrate_side_chain_1(fn_fibronectin_29(X))
& kinetic_energy_1(fn_fibronectin_30(X))
& quantity_value_1(fn_fibronectin_31(X))
& speed_value_1(fn_fibronectin_32(X))
& spatial_entity_1(fn_fibronectin_33(X))
& chemical_entity_1(fn_fibronectin_33(X))
& monomer_1(fn_fibronectin_33(X))
& molecule_1(fn_fibronectin_33(X))
& amino_acid_1(fn_fibronectin_33(X))
& size_value_1(fn_fibronectin_34(X))
& attract_1(fn_fibronectin_35(X))
& tangible_entity_1(fn_fibronectin_36(X))
& attach_1(fn_fibronectin_37(X))
& lipid_1(fn_fibronectin_38(X))
& spatial_entity_1(fn_fibronectin_38(X))
& phospholipid_1(fn_fibronectin_38(X))
& directed_motion_1(fn_fibronectin_39(X))
& lipid_1(fn_fibronectin_40(X))
& spatial_entity_1(fn_fibronectin_40(X))
& phospholipid_1(fn_fibronectin_40(X))
& move_together_1(fn_fibronectin_41(X))
& phospholipid_layer_1(fn_fibronectin_42(X))
& move_1(fn_fibronectin_43(X))
& move_through_1(fn_fibronectin_43(X))
& attach_1(fn_fibronectin_44(X))
& sodium_potassium_pump_1(fn_fibronectin_45(X))
& animal_cell_1(fn_fibronectin_46(X))
& tangible_entity_1(fn_fibronectin_47(X))
& phospholipid_bilayer_1(fn_fibronectin_47(X))
& attach_1(fn_fibronectin_48(X))
& atp_1(fn_fibronectin_49(X))
& hold_1(fn_fibronectin_50(X))
& hold_together_1(fn_fibronectin_50(X))
& attach_1(fn_fibronectin_51(X))
& attach_1(fn_fibronectin_52(X))
& biomembrane_1(fn_fibronectin_53(X))
& plasma_membrane_1(fn_fibronectin_53(X))
& animal_plasma_membrane_1(fn_fibronectin_53(X))
& tangible_entity_1(fn_fibronectin_54(X))
& entity_1(fn_fibronectin_54(X))
& chemical_entity_1(fn_fibronectin_54(X))
& atom_1(fn_fibronectin_54(X))
& nitrogen_1(fn_fibronectin_54(X))
& change_of_shape_1(fn_fibronectin_55(X))
& repel_1(fn_fibronectin_56(X))
& move_1(fn_animal_plasma_membrane_82(fn_fibronectin_53(X)))
& hold_together_1(fn_biomembrane_57(fn_fibronectin_53(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_fibronectin_53(X)))
& attach_1(fn_animal_plasma_membrane_66(fn_fibronectin_53(X)))
& attach_1(fn_animal_plasma_membrane_52(fn_fibronectin_53(X)))
& move_1(fn_animal_plasma_membrane_50(fn_fibronectin_53(X)))
& move_through_1(fn_animal_plasma_membrane_50(fn_fibronectin_53(X)))
& entity_1(fn_attract_1(fn_fibronectin_35(X)))
& electron_shell_1(fn_atom_9(fn_fibronectin_28(X)))
& electron_shell_1(fn_atom_9(fn_fibronectin_25(X)))
& tangible_entity_1(fn_hold_2(fn_fibronectin_50(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_fibronectin_53(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_fibronectin_53(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_fibronectin_53(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_fibronectin_53(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_fibronectin_53(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_fibronectin_53(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_fibronectin_53(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_fibronectin_53(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_fibronectin_53(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_fibronectin_53(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_fibronectin_53(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_fibronectin_53(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_fibronectin_53(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_fibronectin_53(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_fibronectin_53(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_fibronectin_53(X)))
& lipid_1(fn_phospholipid_bilayer_46(fn_fibronectin_47(X)))
& lipid_1(fn_phospholipid_bilayer_44(fn_fibronectin_47(X)))
& spatial_entity_1(fn_phospholipid_bilayer_32(fn_fibronectin_47(X)))
& phospholipid_1(fn_phospholipid_bilayer_32(fn_fibronectin_47(X)))
& attach_1(fn_animal_plasma_membrane_83(fn_fibronectin_53(X)))
& attach_1(fn_animal_plasma_membrane_23(fn_fibronectin_53(X)))
& attach_1(fn_animal_plasma_membrane_77(fn_fibronectin_53(X)))
& tangible_entity_1(fn_polypeptide_125(fn_fibronectin_24(X)))
& entity_1(fn_polypeptide_125(fn_fibronectin_24(X)))
& chemical_entity_1(fn_polypeptide_125(fn_fibronectin_24(X)))
& atom_1(fn_polypeptide_125(fn_fibronectin_24(X)))
& nitrogen_1(fn_polypeptide_125(fn_fibronectin_24(X)))
& covalent_bond_1(fn_polymer_1(fn_fibronectin_24(X)))
& chemical_bond_1(fn_polypeptide_130(fn_fibronectin_24(X)))
& covalent_bond_1(fn_polypeptide_130(fn_fibronectin_24(X)))
& peptide_bond_1(fn_polypeptide_130(fn_fibronectin_24(X)))
& spatial_entity_1(fn_move_together_2(fn_fibronectin_41(X)))
& spatial_entity_1(fn_move_together_1(fn_fibronectin_41(X)))
& lipid_1(fn_phospholipid_bilayer_1(fn_fibronectin_47(X)))
& lipid_1(fn_phospholipid_bilayer_2(fn_fibronectin_47(X)))
& phospholipid_1(fn_phospholipid_bilayer_24(fn_fibronectin_47(X)))
& spatial_entity_1(fn_phospholipid_bilayer_55(fn_fibronectin_47(X)))
& phospholipid_1(fn_phospholipid_bilayer_55(fn_fibronectin_47(X)))
& phospholipid_1(fn_animal_plasma_membrane_84(fn_fibronectin_53(X)))
& phospholipid_layer_1(fn_phospholipid_bilayer_34(fn_fibronectin_47(X)))
& phospholipid_layer_1(fn_integral_protein_11(fn_fibronectin_49(X)))
& phospholipid_layer_1(fn_integral_protein_12(fn_fibronectin_49(X)))
& phospholipid_layer_1(fn_phospholipid_bilayer_33(fn_fibronectin_47(X)))
& phospholipid_layer_1(fn_animal_plasma_membrane_59(fn_fibronectin_53(X)))
& phospholipid_layer_1(fn_animal_plasma_membrane_60(fn_fibronectin_53(X)))
& tangible_entity_1(fn_biomembrane_63(fn_fibronectin_53(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_fibronectin_53(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_fibronectin_53(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_fibronectin_53(X)))
& tangible_entity_1(fn_integral_protein_27(fn_fibronectin_49(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_fibronectin_49(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_fibronectin_53(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_fibronectin_53(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_fibronectin_49(X)))
& biomembrane_1(fn_integral_protein_24(fn_fibronectin_49(X)))
& spatial_entity_1(fn_polypeptide_83(fn_fibronectin_24(X)))
& chemical_entity_1(fn_polypeptide_83(fn_fibronectin_24(X)))
& monomer_1(fn_polypeptide_83(fn_fibronectin_24(X)))
& molecule_1(fn_polypeptide_83(fn_fibronectin_24(X)))
& amino_acid_1(fn_polypeptide_83(fn_fibronectin_24(X)))
& chemical_entity_1(fn_polypeptide_82(fn_fibronectin_24(X)))
& monomer_1(fn_polypeptide_82(fn_fibronectin_24(X)))
& molecule_1(fn_polypeptide_82(fn_fibronectin_24(X)))
& amino_acid_1(fn_polypeptide_82(fn_fibronectin_24(X)))
& attach_1(fn_integrin_39(fn_fibronectin_49(X)))
& attach_1(fn_integrin_10(fn_fibronectin_49(X)))
& property_node_1(fn_polymer_9(fn_fibronectin_24(X)))
& property_node_1(fn_animal_plasma_membrane_85(fn_fibronectin_53(X)))
& property_node_1(fn_plasma_membrane_91(fn_fibronectin_53(X)))
& size_value_1(fn_polymer_8(fn_fibronectin_24(X)))
& size_value_1(fn_animal_plasma_membrane_72(fn_fibronectin_53(X)))
& size_value_1(fn_plasma_membrane_84(fn_fibronectin_53(X)))
& size_value_1(fn_animal_plasma_membrane_69(fn_fibronectin_53(X)))
& size_value_1(fn_biomembrane_56(fn_fibronectin_53(X)))
& size_value_1(fn_plasma_membrane_85(fn_fibronectin_53(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_fibronectin_53(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_fibronectin_53(X)))
& protein_1(fn_plasma_membrane_68(fn_fibronectin_53(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_fibronectin_53(X)))
& protein_1(fn_integrin_36(fn_fibronectin_49(X)))
& glycoprotein_1(fn_integral_protein_9(fn_fibronectin_49(X)))
& spatial_entity_1(fn_integrin_9(fn_fibronectin_49(X)))
& polymer_1(fn_integrin_9(fn_fibronectin_49(X)))
& organic_molecule_1(fn_integrin_9(fn_fibronectin_49(X)))
& tangible_entity_1(fn_integrin_9(fn_fibronectin_49(X)))
& membrane_protein_1(fn_integrin_9(fn_fibronectin_49(X)))
& protein_1(fn_integrin_9(fn_fibronectin_49(X)))
& tangible_entity_1(fn_biomembrane_54(fn_fibronectin_53(X)))
& membrane_protein_1(fn_biomembrane_54(fn_fibronectin_53(X)))
& protein_1(fn_biomembrane_54(fn_fibronectin_53(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_fibronectin_53(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_fibronectin_53(X)))
& protein_1(fn_plasma_membrane_54(fn_fibronectin_53(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_fibronectin_53(X)))
& polymer_1(fn_plasma_membrane_54(fn_fibronectin_53(X)))
& glycoprotein_1(fn_animal_plasma_membrane_76(fn_fibronectin_53(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_fibronectin_53(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_fibronectin_53(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_fibronectin_53(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_fibronectin_53(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_fibronectin_53(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_fibronectin_53(X)))
& entity_1(fn_attract_2(fn_fibronectin_35(X)))
& organic_molecule_1(fn_carbohydrate_side_chain_4(fn_fibronectin_29(X)))
& entity_1(fn_polypeptide_126(fn_fibronectin_24(X)))
& chemical_entity_1(fn_polypeptide_126(fn_fibronectin_24(X)))
& atom_1(fn_polypeptide_126(fn_fibronectin_24(X)))
& carbon_1(fn_polypeptide_126(fn_fibronectin_24(X)))
& atom_1(fn_organic_molecule_2(fn_fibronectin_24(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_fibronectin_24(X)))
& carbon_1(fn_organic_molecule_1(fn_fibronectin_24(X)))
& entity_1(fn_attract_2(fn_fibronectin_10(X)))
& entity_1(fn_carbohydrate_side_chain_22(fn_fibronectin_29(X)))
& carbon_1(fn_carbohydrate_side_chain_22(fn_fibronectin_29(X)))
& atom_1(fn_carbohydrate_side_chain_22(fn_fibronectin_29(X)))
& chemical_entity_1(fn_carbohydrate_side_chain_22(fn_fibronectin_29(X)))
& carbon_1(fn_carbohydrate_side_chain_23(fn_fibronectin_29(X)))
& tangible_entity_1(fn_hold_2(fn_fibronectin_7(X)))
& carbon_skeleton_1(fn_carbohydrate_side_chain_31(fn_fibronectin_29(X)))
& entity_1(fn_attract_1(fn_fibronectin_10(X)))
& valence_electron_1(fn_oxygen_8(fn_fibronectin_6(X)))
& valence_electron_1(fn_oxygen_1(fn_fibronectin_6(X)))
& entity_1(fn_carbohydrate_side_chain_26(fn_fibronectin_29(X)))
& atom_1(fn_carbohydrate_side_chain_26(fn_fibronectin_29(X)))
& chemical_entity_1(fn_carbohydrate_side_chain_26(fn_fibronectin_29(X)))
& oxygen_1(fn_carbohydrate_side_chain_26(fn_fibronectin_29(X)))
& entity_1(fn_carbohydrate_side_chain_24(fn_fibronectin_29(X)))
& atom_1(fn_carbohydrate_side_chain_24(fn_fibronectin_29(X)))
& chemical_entity_1(fn_carbohydrate_side_chain_24(fn_fibronectin_29(X)))
& oxygen_1(fn_carbohydrate_side_chain_24(fn_fibronectin_29(X)))
& has_region_2(fn_fibronectin_53(X),fn_fibronectin_4(X))
& is_between_2(fn_fibronectin_53(X),fn_fibronectin_3(X))
& fn_fibronectin_52(X) != fn_fibronectin_51(X)
& by_means_of_2(fn_fibronectin_52(X),fn_fibronectin_48(X))
& site_2(fn_fibronectin_52(X),fn_fibronectin_4(X))
& fn_fibronectin_51(X) != fn_fibronectin_52(X)
& has_function_2(fn_fibronectin_49(X),fn_fibronectin_48(X))
& site_2(fn_fibronectin_48(X),fn_fibronectin_4(X))
& has_function_2(X,fn_fibronectin_50(X))
& site_2(fn_fibronectin_44(X),fn_fibronectin_4(X))
& path_2(fn_fibronectin_43(X),fn_fibronectin_53(X))
& base_2(fn_fibronectin_2(X),fn_fibronectin_46(X))
& called_2(fn_fibronectin_40(X),'P3')
& is_at_2(fn_fibronectin_40(X),fn_fibronectin_42(X))
& called_2(fn_fibronectin_38(X),'P3')
& is_inside_2(fn_fibronectin_38(X),fn_fibronectin_42(X))
& is_at_2(fn_fibronectin_38(X),fn_fibronectin_42(X))
& site_2(fn_fibronectin_37(X),fn_fibronectin_4(X))
& has_region_2(fn_fibronectin_28(X),fn_fibronectin_1(X))
& has_region_2(fn_fibronectin_25(X),fn_fibronectin_1(X))
& object_2(fn_fibronectin_7(X),fn_fibronectin_6(X))
& object_2(fn_fibronectin_7(X),fn_fibronectin_28(X))
& object_2(fn_fibronectin_50(X),fn_fibronectin_49(X))
& object_2(fn_fibronectin_41(X),fn_fibronectin_40(X))
& object_2(fn_fibronectin_10(X),fn_fibronectin_8(X))
& agent_2(fn_fibronectin_10(X),fn_fibronectin_28(X))
& is_across_2(fn_fibronectin_49(X),fn_fibronectin_53(X))
& is_across_2(fn_fibronectin_45(X),fn_fibronectin_53(X))
& fn_fibronectin_49(X) != fn_fibronectin_45(X)
& called_2(fn_fibronectin_49(X),'MP2')
& fn_fibronectin_45(X) != fn_fibronectin_49(X)
& has_part_2(fn_fibronectin_53(X),fn_fibronectin_49(X))
& is_inside_2(fn_fibronectin_49(X),fn_fibronectin_47(X))
& object_2(fn_fibronectin_48(X),fn_fibronectin_49(X))
& X != fn_fibronectin_49(X)
& fn_fibronectin_49(X) != X
& prevents_2(fn_fibronectin_44(X),fn_fibronectin_39(X))
& object_2(fn_fibronectin_39(X),fn_fibronectin_45(X))
& size_2(fn_fibronectin_24(X),fn_fibronectin_34(X))
& is_inside_2(fn_fibronectin_45(X),fn_fibronectin_47(X))
& called_2(fn_fibronectin_45(X),'MP1')
& is_at_2(fn_fibronectin_45(X),fn_fibronectin_47(X))
& has_part_2(fn_fibronectin_53(X),fn_fibronectin_45(X))
& object_2(fn_fibronectin_44(X),fn_fibronectin_45(X))
& is_at_2(fn_fibronectin_45(X),fn_fibronectin_53(X))
& fn_fibronectin_45(X) != X
& X != fn_fibronectin_45(X)
& agent_2(fn_fibronectin_50(X),X)
& has_part_2(fn_fibronectin_47(X),fn_fibronectin_40(X))
& has_part_2(fn_fibronectin_47(X),fn_fibronectin_38(X))
& fn_fibronectin_40(X) != fn_fibronectin_38(X)
& fn_fibronectin_38(X) != fn_fibronectin_40(X)
& base_2(fn_fibronectin_44(X),fn_fibronectin_53(X))
& is_between_2(fn_fibronectin_12(X),fn_fibronectin_54(X))
& has_part_2(fn_fibronectin_24(X),fn_fibronectin_33(X))
& has_part_2(X,fn_fibronectin_24(X))
& possesses_2(fn_fibronectin_24(X),fn_fibronectin_12(X))
& is_between_2(fn_fibronectin_12(X),fn_fibronectin_11(X))
& fn_fibronectin_54(X) != fn_fibronectin_11(X)
& fn_fibronectin_11(X) != fn_fibronectin_54(X)
& is_at_2(fn_fibronectin_27(X),fn_fibronectin_20(X))
& has_part_2(X,fn_fibronectin_27(X))
& has_part_2(X,fn_fibronectin_26(X))
& is_inside_2(fn_fibronectin_26(X),fn_fibronectin_22(X))
& is_at_2(fn_fibronectin_29(X),fn_fibronectin_21(X))
& base_2(fn_fibronectin_37(X),fn_fibronectin_53(X))
& has_part_2(fn_fibronectin_46(X),fn_fibronectin_53(X))
& has_region_2(fn_fibronectin_47(X),fn_fibronectin_42(X))
& is_inside_2(fn_fibronectin_40(X),fn_fibronectin_42(X))
& has_function_2(fn_fibronectin_53(X),fn_fibronectin_43(X))
& base_2(fn_fibronectin_43(X),fn_fibronectin_53(X))
& base_2(fn_fibronectin_52(X),fn_fibronectin_53(X))
& object_2(fn_fibronectin_52(X),X)
& object_2(fn_fibronectin_51(X),X)
& has_part_2(fn_fibronectin_53(X),fn_fibronectin_47(X))
& is_inside_2(X,fn_fibronectin_47(X))
& is_at_2(X,fn_fibronectin_53(X))
& has_part_2(fn_fibronectin_53(X),X)
& called_2(X,'MP1')
& has_part_2(X,fn_fibronectin_25(X))
& has_function_2(X,fn_fibronectin_35(X))
& site_2(fn_fibronectin_35(X),fn_fibronectin_20(X))
& facilitates_2(fn_fibronectin_20(X),fn_fibronectin_35(X))
& has_region_2(X,fn_fibronectin_22(X))
& facilitates_2(fn_fibronectin_22(X),fn_fibronectin_56(X))
& agent_2(fn_fibronectin_56(X),X)
& has_function_2(X,fn_fibronectin_56(X))
& site_2(fn_fibronectin_56(X),fn_fibronectin_22(X))
& the_scalar_value_2(fn_fibronectin_18(X),big_0)
& scalar_unit_class_2(fn_fibronectin_18(X),polypeptide_0)
& has_region_2(X,fn_fibronectin_23(X))
& has_part_2(X,fn_fibronectin_28(X))
& enables_2(fn_fibronectin_48(X),fn_fibronectin_5(X))
& base_2(fn_fibronectin_48(X),X)
& has_region_2(X,fn_fibronectin_19(X))
& is_at_2(fn_fibronectin_33(X),fn_fibronectin_19(X))
& causes_2(fn_fibronectin_55(X),fn_fibronectin_5(X))
& object_2(fn_fibronectin_55(X),X)
& has_region_2(X,fn_fibronectin_21(X))
& is_at_2(fn_fibronectin_20(X),fn_fibronectin_21(X))
& has_region_2(X,fn_fibronectin_20(X))
& object_2(fn_fibronectin_17(X),X)
& speed_2(fn_fibronectin_17(X),fn_fibronectin_32(X))
& directly_proportional_2(fn_fibronectin_32(X),fn_fibronectin_31(X))
& quantity_2(fn_fibronectin_30(X),fn_fibronectin_31(X))
& possesses_2(X,fn_fibronectin_30(X))
& has_function_2(X,fn_fibronectin_5(X))
& agent_2(fn_fibronectin_5(X),X)
& size_2(X,fn_fibronectin_18(X))
& greater_than_2(fn_fibronectin_18(X),fn_fibronectin_34(X))
& agent_2(fn_fibronectin_35(X),X)
& has_part_2(X,fn_fibronectin_29(X))
& has_part_2(fn_fibronectin_29(X),fn_fibronectin_6(X))
& is_inside_2(fn_fibronectin_28(X),fn_fibronectin_23(X))
& fn_fibronectin_28(X) != fn_fibronectin_25(X)
& is_inside_2(fn_fibronectin_25(X),fn_fibronectin_23(X))
& fn_fibronectin_25(X) != fn_fibronectin_28(X)
& has_part_2(fn_fibronectin_6(X),fn_fibronectin_8(X))
& has_region_2(fn_fibronectin_29(X),fn_fibronectin_23(X))
& has_region_2(fn_fibronectin_25(X),fn_fibronectin_9(X))
& has_region_2(fn_fibronectin_28(X),fn_fibronectin_9(X))
& has_part_2(fn_fibronectin_24(X),fn_fibronectin_11(X))
& object_2(fn_fibronectin_35(X),fn_fibronectin_36(X))
& object_2(fn_fibronectin_7(X),fn_fibronectin_25(X))
& fn_fibronectin_49(X) = fn_hold_2(fn_fibronectin_50(X))
& fn_fibronectin_40(X) = fn_move_together_2(fn_fibronectin_41(X))
& fn_fibronectin_40(X) = fn_move_together_1(fn_fibronectin_41(X))
& fn_fibronectin_8(X) = fn_attract_1(fn_fibronectin_10(X))
& fn_fibronectin_28(X) = fn_attract_2(fn_fibronectin_10(X))
& fn_fibronectin_45(X) = fn_plasma_membrane_55(fn_fibronectin_53(X))
& fn_fibronectin_48(X) = fn_integrin_10(fn_fibronectin_49(X))
& fn_fibronectin_49(X) = fn_plasma_membrane_54(fn_fibronectin_53(X))
& X = fn_plasma_membrane_68(fn_fibronectin_53(X))
& X = fn_integrin_9(fn_fibronectin_49(X))
& fn_fibronectin_39(X) = fn_animal_plasma_membrane_82(fn_fibronectin_53(X))
& fn_fibronectin_53(X) = fn_transmembrane_protein_4(fn_fibronectin_49(X))
& fn_fibronectin_44(X) = fn_animal_plasma_membrane_83(fn_fibronectin_53(X))
& fn_fibronectin_44(X) = fn_animal_plasma_membrane_23(fn_fibronectin_53(X))
& fn_fibronectin_45(X) = fn_animal_plasma_membrane_62(fn_fibronectin_53(X))
& fn_fibronectin_45(X) = fn_animal_plasma_membrane_53(fn_fibronectin_53(X))
& fn_fibronectin_50(X) = fn_biomembrane_57(fn_fibronectin_53(X))
& fn_fibronectin_40(X) = fn_phospholipid_bilayer_1(fn_fibronectin_47(X))
& fn_fibronectin_40(X) = fn_phospholipid_bilayer_2(fn_fibronectin_47(X))
& fn_fibronectin_40(X) = fn_phospholipid_bilayer_24(fn_fibronectin_47(X))
& fn_fibronectin_40(X) = fn_phospholipid_bilayer_55(fn_fibronectin_47(X))
& fn_fibronectin_38(X) = fn_phospholipid_bilayer_46(fn_fibronectin_47(X))
& fn_fibronectin_38(X) = fn_phospholipid_bilayer_44(fn_fibronectin_47(X))
& fn_fibronectin_38(X) = fn_phospholipid_bilayer_1(fn_fibronectin_47(X))
& fn_fibronectin_38(X) = fn_phospholipid_bilayer_32(fn_fibronectin_47(X))
& fn_fibronectin_38(X) = fn_phospholipid_bilayer_24(fn_fibronectin_47(X))
& fn_fibronectin_44(X) = fn_animal_plasma_membrane_77(fn_fibronectin_53(X))
& fn_fibronectin_33(X) = fn_polypeptide_83(fn_fibronectin_24(X))
& fn_fibronectin_33(X) = fn_polypeptide_82(fn_fibronectin_24(X))
& fn_fibronectin_33(X) = fn_protein_14(X)
& fn_fibronectin_54(X) = fn_polypeptide_125(fn_fibronectin_24(X))
& fn_fibronectin_54(X) = fn_protein_11(X)
& fn_fibronectin_11(X) = fn_polypeptide_126(fn_fibronectin_24(X))
& fn_fibronectin_11(X) = fn_protein_13(X)
& fn_fibronectin_12(X) = fn_polymer_1(fn_fibronectin_24(X))
& fn_fibronectin_12(X) = fn_polypeptide_130(fn_fibronectin_24(X))
& fn_fibronectin_12(X) = fn_protein_12(X)
& fn_fibronectin_24(X) = fn_motor_protein_12(X)
& fn_fibronectin_24(X) = fn_integral_protein_30(X)
& fn_fibronectin_24(X) = fn_glycoprotein_3(X)
& fn_fibronectin_24(X) = fn_protein_8(X)
& fn_fibronectin_26(X) = fn_integral_protein_5(X)
& fn_fibronectin_27(X) = fn_integral_protein_6(X)
& fn_fibronectin_37(X) = fn_animal_plasma_membrane_77(fn_fibronectin_53(X))
& fn_fibronectin_46(X) = fn_animal_plasma_membrane_56(fn_fibronectin_53(X))
& fn_fibronectin_40(X) = fn_animal_plasma_membrane_84(fn_fibronectin_53(X))
& fn_fibronectin_42(X) = fn_phospholipid_bilayer_34(fn_fibronectin_47(X))
& fn_fibronectin_42(X) = fn_integral_protein_11(fn_fibronectin_49(X))
& fn_fibronectin_42(X) = fn_integral_protein_12(fn_fibronectin_49(X))
& fn_fibronectin_42(X) = fn_phospholipid_bilayer_33(fn_fibronectin_47(X))
& fn_fibronectin_42(X) = fn_animal_plasma_membrane_59(fn_fibronectin_53(X))
& fn_fibronectin_42(X) = fn_animal_plasma_membrane_60(fn_fibronectin_53(X))
& fn_fibronectin_51(X) = fn_animal_plasma_membrane_66(fn_fibronectin_53(X))
& fn_fibronectin_52(X) = fn_animal_plasma_membrane_52(fn_fibronectin_53(X))
& fn_fibronectin_43(X) = fn_animal_plasma_membrane_50(fn_fibronectin_53(X))
& fn_fibronectin_53(X) = fn_integral_protein_24(fn_fibronectin_49(X))
& X = fn_plasma_membrane_3(fn_fibronectin_53(X))
& X = fn_integral_protein_9(fn_fibronectin_49(X))
& fn_fibronectin_47(X) = fn_integral_protein_27(fn_fibronectin_49(X))
& X = fn_animal_plasma_membrane_76(fn_fibronectin_53(X))
& fn_fibronectin_47(X) = fn_biomembrane_63(fn_fibronectin_53(X))
& fn_fibronectin_47(X) = fn_plasma_membrane_71(fn_fibronectin_53(X))
& fn_fibronectin_53(X) = fn_integral_protein_24(X)
& fn_fibronectin_47(X) = fn_integral_protein_27(X)
& fn_fibronectin_47(X) = fn_animal_plasma_membrane_54(fn_fibronectin_53(X))
& fn_fibronectin_25(X) = fn_glycoprotein_5(X)
& fn_fibronectin_35(X) = fn_integral_protein_7(X)
& fn_fibronectin_35(X) = fn_glycoprotein_25(X)
& fn_fibronectin_56(X) = fn_integral_protein_8(X)
& fn_fibronectin_56(X) = fn_glycoprotein_24(X)
& fn_fibronectin_22(X) = fn_integral_protein_28(X)
& fn_fibronectin_22(X) = fn_glycoprotein_26(X)
& fn_fibronectin_16(X) = fn_motor_protein_25(X)
& fn_fibronectin_15(X) = fn_motor_protein_27(X)
& fn_fibronectin_14(X) = fn_motor_protein_26(X)
& fn_fibronectin_33(X) = fn_glycoprotein_19(X)
& fn_fibronectin_33(X) = fn_integral_protein_21(X)
& fn_fibronectin_33(X) = fn_motor_protein_16(X)
& fn_fibronectin_19(X) = fn_glycoprotein_10(X)
& fn_fibronectin_19(X) = fn_integral_protein_14(X)
& fn_fibronectin_19(X) = fn_motor_protein_24(X)
& fn_fibronectin_48(X) = fn_integrin_39(fn_fibronectin_49(X))
& X = fn_integrin_36(fn_fibronectin_49(X))
& fn_fibronectin_48(X) = fn_motor_protein_6(X)
& fn_fibronectin_20(X) = fn_integral_protein_23(X)
& fn_fibronectin_20(X) = fn_glycoprotein_18(X)
& fn_fibronectin_20(X) = fn_motor_protein_8(X)
& fn_fibronectin_21(X) = fn_integral_protein_29(X)
& fn_fibronectin_21(X) = fn_glycoprotein_14(X)
& fn_fibronectin_21(X) = fn_motor_protein_9(X)
& fn_fibronectin_55(X) = fn_motor_protein_3(X)
& fn_fibronectin_30(X) = fn_integral_protein_17(X)
& fn_fibronectin_30(X) = fn_glycoprotein_23(X)
& fn_fibronectin_30(X) = fn_motor_protein_21(X)
& fn_fibronectin_31(X) = fn_integral_protein_18(X)
& fn_fibronectin_31(X) = fn_glycoprotein_20(X)
& fn_fibronectin_31(X) = fn_motor_protein_18(X)
& fn_fibronectin_32(X) = fn_integral_protein_19(X)
& fn_fibronectin_32(X) = fn_glycoprotein_21(X)
& fn_fibronectin_32(X) = fn_motor_protein_19(X)
& fn_fibronectin_17(X) = fn_integral_protein_15(X)
& fn_fibronectin_17(X) = fn_glycoprotein_22(X)
& fn_fibronectin_17(X) = fn_motor_protein_20(X)
& fn_fibronectin_13(X) = fn_integral_protein_34(X)
& fn_fibronectin_13(X) = fn_glycoprotein_9(X)
& fn_fibronectin_13(X) = fn_polymer_9(fn_fibronectin_24(X))
& fn_fibronectin_34(X) = fn_polymer_8(fn_fibronectin_24(X))
& fn_fibronectin_13(X) = fn_animal_plasma_membrane_85(fn_fibronectin_53(X))
& fn_fibronectin_13(X) = fn_plasma_membrane_91(fn_fibronectin_53(X))
& fn_fibronectin_13(X) = fn_motor_protein_28(X)
& fn_fibronectin_34(X) = fn_animal_plasma_membrane_72(fn_fibronectin_53(X))
& fn_fibronectin_34(X) = fn_plasma_membrane_84(fn_fibronectin_53(X))
& fn_fibronectin_34(X) = fn_integral_protein_20(X)
& fn_fibronectin_34(X) = fn_glycoprotein_12(X)
& fn_fibronectin_34(X) = fn_motor_protein_17(X)
& X = fn_animal_plasma_membrane_47(fn_fibronectin_53(X))
& fn_fibronectin_18(X) = fn_animal_plasma_membrane_69(fn_fibronectin_53(X))
& X = fn_biomembrane_54(fn_fibronectin_53(X))
& fn_fibronectin_18(X) = fn_biomembrane_56(fn_fibronectin_53(X))
& X = fn_plasma_membrane_54(fn_fibronectin_53(X))
& fn_fibronectin_18(X) = fn_plasma_membrane_85(fn_fibronectin_53(X))
& fn_fibronectin_18(X) = fn_integral_protein_16(X)
& fn_fibronectin_18(X) = fn_glycoprotein_11(X)
& fn_fibronectin_18(X) = fn_motor_protein_22(X)
& fn_fibronectin_5(X) = fn_motor_protein_14(X)
& X = fn_attract_2(fn_fibronectin_35(X))
& fn_fibronectin_29(X) = fn_glycoprotein_17(X)
& X = fn_carbohydrate_side_chain_4(fn_fibronectin_29(X))
& fn_fibronectin_6(X) = fn_carbohydrate_side_chain_26(fn_fibronectin_29(X))
& fn_fibronectin_6(X) = fn_carbohydrate_side_chain_24(fn_fibronectin_29(X))
& fn_fibronectin_25(X) = fn_integral_protein_31(X)
& fn_fibronectin_23(X) = fn_integral_protein_32(X)
& fn_fibronectin_28(X) = fn_integral_protein_31(X)
& fn_fibronectin_25(X) = fn_integral_protein_33(X)
& fn_fibronectin_25(X) = fn_motor_protein_13(X)
& fn_fibronectin_25(X) = fn_glycoprotein_4(X)
& fn_fibronectin_25(X) = fn_carbohydrate_side_chain_23(fn_fibronectin_29(X))
& fn_fibronectin_28(X) = fn_motor_protein_11(X)
& fn_fibronectin_23(X) = fn_motor_protein_10(X)
& fn_fibronectin_28(X) = fn_glycoprotein_5(X)
& fn_fibronectin_23(X) = fn_glycoprotein_1(X)
& fn_fibronectin_28(X) = fn_carbohydrate_side_chain_22(fn_fibronectin_29(X))
& fn_fibronectin_25(X) = fn_hold_2(fn_fibronectin_7(X))
& fn_fibronectin_36(X) = fn_attract_1(fn_fibronectin_35(X))
& fn_fibronectin_11(X) = fn_organic_molecule_2(fn_fibronectin_24(X))
& fn_fibronectin_11(X) = fn_organic_molecule_1(fn_fibronectin_24(X))
& fn_fibronectin_9(X) = fn_atom_9(fn_fibronectin_28(X))
& fn_fibronectin_9(X) = fn_atom_9(fn_fibronectin_25(X))
& fn_fibronectin_23(X) = fn_carbohydrate_side_chain_31(fn_fibronectin_29(X))
& fn_fibronectin_8(X) = fn_oxygen_8(fn_fibronectin_6(X))
& fn_fibronectin_8(X) = fn_oxygen_1(fn_fibronectin_6(X))
& fn_hold_2(fn_fibronectin_50(X)) = fn_plasma_membrane_54(fn_fibronectin_53(X))
& fn_plasma_membrane_54(fn_fibronectin_53(X)) = fn_plasma_membrane_55(fn_fibronectin_53(X))
& fn_plasma_membrane_55(fn_fibronectin_53(X)) = fn_plasma_membrane_55(fn_fibronectin_53(X))
& fn_plasma_membrane_55(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_62(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_62(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_62(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_53(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_53(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_53(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_62(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_62(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_53(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_53(fn_fibronectin_53(X)) = fn_phospholipid_bilayer_46(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_46(fn_fibronectin_47(X)) = fn_phospholipid_bilayer_46(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_44(fn_fibronectin_47(X)) = fn_phospholipid_bilayer_46(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_46(fn_fibronectin_47(X)) = fn_phospholipid_bilayer_44(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_44(fn_fibronectin_47(X)) = fn_phospholipid_bilayer_44(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_1(fn_fibronectin_47(X)) = fn_phospholipid_bilayer_44(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_44(fn_fibronectin_47(X)) = fn_phospholipid_bilayer_1(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_32(fn_fibronectin_47(X)) = fn_phospholipid_bilayer_1(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_1(fn_fibronectin_47(X)) = fn_phospholipid_bilayer_32(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_32(fn_fibronectin_47(X)) = fn_phospholipid_bilayer_32(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_24(fn_fibronectin_47(X)) = fn_phospholipid_bilayer_32(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_32(fn_fibronectin_47(X)) = fn_phospholipid_bilayer_24(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_24(fn_fibronectin_47(X)) = fn_animal_plasma_membrane_83(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_83(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_83(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_83(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_23(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_23(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_23(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_23(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_77(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_77(fn_fibronectin_53(X)) = fn_protein_11(X)
& fn_protein_11(X) = fn_polypeptide_125(fn_fibronectin_24(X))
& fn_polypeptide_125(fn_fibronectin_24(X)) = fn_protein_11(X)
& fn_protein_11(X) = fn_polypeptide_130(fn_fibronectin_24(X))
& fn_polypeptide_130(fn_fibronectin_24(X)) = fn_polymer_1(fn_fibronectin_24(X))
& fn_polymer_1(fn_fibronectin_24(X)) = fn_polypeptide_130(fn_fibronectin_24(X))
& fn_protein_12(X) = fn_polypeptide_130(fn_fibronectin_24(X))
& fn_polypeptide_130(fn_fibronectin_24(X)) = fn_protein_12(X)
& fn_protein_12(X) = fn_move_together_2(fn_fibronectin_41(X))
& fn_move_together_2(fn_fibronectin_41(X)) = fn_move_together_1(fn_fibronectin_41(X))
& fn_move_together_1(fn_fibronectin_41(X)) = fn_move_together_1(fn_fibronectin_41(X))
& fn_move_together_1(fn_fibronectin_41(X)) = fn_phospholipid_bilayer_1(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_1(fn_fibronectin_47(X)) = fn_phospholipid_bilayer_1(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_2(fn_fibronectin_47(X)) = fn_phospholipid_bilayer_1(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_1(fn_fibronectin_47(X)) = fn_phospholipid_bilayer_2(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_24(fn_fibronectin_47(X)) = fn_phospholipid_bilayer_2(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_2(fn_fibronectin_47(X)) = fn_phospholipid_bilayer_2(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_2(fn_fibronectin_47(X)) = fn_phospholipid_bilayer_24(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_55(fn_fibronectin_47(X)) = fn_phospholipid_bilayer_24(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_24(fn_fibronectin_47(X)) = fn_phospholipid_bilayer_55(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_55(fn_fibronectin_47(X)) = fn_phospholipid_bilayer_55(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_55(fn_fibronectin_47(X)) = fn_animal_plasma_membrane_84(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_84(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_84(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_84(fn_fibronectin_53(X)) = fn_phospholipid_bilayer_34(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_34(fn_fibronectin_47(X)) = fn_integral_protein_11(fn_fibronectin_49(X))
& fn_integral_protein_11(fn_fibronectin_49(X)) = fn_integral_protein_11(fn_fibronectin_49(X))
& fn_integral_protein_11(fn_fibronectin_49(X)) = fn_integral_protein_12(fn_fibronectin_49(X))
& fn_integral_protein_12(fn_fibronectin_49(X)) = fn_integral_protein_12(fn_fibronectin_49(X))
& fn_integral_protein_12(fn_fibronectin_49(X)) = fn_phospholipid_bilayer_33(fn_fibronectin_47(X))
& fn_animal_plasma_membrane_59(fn_fibronectin_53(X)) = fn_phospholipid_bilayer_33(fn_fibronectin_47(X))
& fn_phospholipid_bilayer_33(fn_fibronectin_47(X)) = fn_animal_plasma_membrane_59(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_59(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_59(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_60(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_59(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_59(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_60(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_60(fn_fibronectin_53(X)) = fn_biomembrane_63(fn_fibronectin_53(X))
& fn_biomembrane_63(fn_fibronectin_53(X)) = fn_plasma_membrane_71(fn_fibronectin_53(X))
& fn_plasma_membrane_71(fn_fibronectin_53(X)) = fn_integral_protein_27(fn_fibronectin_49(X))
& fn_integral_protein_27(X) = fn_plasma_membrane_71(fn_fibronectin_53(X))
& fn_plasma_membrane_71(fn_fibronectin_53(X)) = fn_integral_protein_27(X)
& fn_integral_protein_27(X) = fn_integral_protein_27(fn_fibronectin_49(X))
& fn_integral_protein_27(fn_fibronectin_49(X)) = fn_integral_protein_27(fn_fibronectin_49(X))
& fn_integral_protein_27(fn_fibronectin_49(X)) = fn_animal_plasma_membrane_54(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_54(fn_fibronectin_53(X)) = fn_integral_protein_27(fn_fibronectin_49(X))
& fn_integral_protein_27(fn_fibronectin_49(X)) = fn_integral_protein_27(X)
& fn_animal_plasma_membrane_54(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_54(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_54(fn_fibronectin_53(X)) = fn_integral_protein_27(X)
& fn_integral_protein_27(X) = fn_animal_plasma_membrane_54(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_54(fn_fibronectin_53(X)) = fn_transmembrane_protein_4(fn_fibronectin_49(X))
& fn_integral_protein_24(fn_fibronectin_49(X)) = fn_transmembrane_protein_4(fn_fibronectin_49(X))
& fn_transmembrane_protein_4(fn_fibronectin_49(X)) = fn_integral_protein_24(fn_fibronectin_49(X))
& fn_integral_protein_24(fn_fibronectin_49(X)) = fn_integral_protein_24(X)
& fn_integral_protein_24(X) = fn_integral_protein_24(X)
& fn_integral_protein_24(X) = fn_integral_protein_8(X)
& fn_glycoprotein_24(X) = fn_integral_protein_8(X)
& fn_integral_protein_8(X) = fn_glycoprotein_24(X)
& fn_glycoprotein_24(X) = fn_integral_protein_28(X)
& fn_integral_protein_28(X) = fn_integral_protein_28(X)
& fn_glycoprotein_26(X) = fn_integral_protein_28(X)
& fn_integral_protein_28(X) = fn_glycoprotein_26(X)
& fn_glycoprotein_26(X) = fn_polypeptide_83(fn_fibronectin_24(X))
& fn_polypeptide_83(fn_fibronectin_24(X)) = fn_polypeptide_82(fn_fibronectin_24(X))
& fn_polypeptide_82(fn_fibronectin_24(X)) = fn_polypeptide_82(fn_fibronectin_24(X))
& fn_polypeptide_82(fn_fibronectin_24(X)) = fn_glycoprotein_19(X)
& fn_glycoprotein_19(X) = fn_glycoprotein_19(X)
& fn_glycoprotein_19(X) = fn_integral_protein_21(X)
& fn_protein_14(X) = fn_integral_protein_21(X)
& fn_integral_protein_21(X) = fn_protein_14(X)
& fn_protein_14(X) = fn_motor_protein_16(X)
& fn_motor_protein_16(X) = fn_glycoprotein_10(X)
& fn_integral_protein_14(X) = fn_glycoprotein_10(X)
& fn_glycoprotein_10(X) = fn_integral_protein_14(X)
& fn_integral_protein_14(X) = fn_integral_protein_14(X)
& fn_motor_protein_24(X) = fn_integral_protein_14(X)
& fn_integral_protein_14(X) = fn_motor_protein_24(X)
& fn_motor_protein_24(X) = fn_integrin_39(fn_fibronectin_49(X))
& fn_integrin_10(fn_fibronectin_49(X)) = fn_integrin_39(fn_fibronectin_49(X))
& fn_integrin_39(fn_fibronectin_49(X)) = fn_integrin_10(fn_fibronectin_49(X))
& fn_integrin_10(fn_fibronectin_49(X)) = fn_motor_protein_6(X)
& fn_motor_protein_6(X) = fn_motor_protein_6(X)
& fn_motor_protein_6(X) = fn_integral_protein_23(X)
& fn_integral_protein_23(X) = fn_integral_protein_23(X)
& fn_glycoprotein_18(X) = fn_integral_protein_23(X)
& fn_integral_protein_23(X) = fn_glycoprotein_18(X)
& fn_glycoprotein_18(X) = fn_glycoprotein_18(X)
& fn_motor_protein_8(X) = fn_glycoprotein_18(X)
& fn_glycoprotein_18(X) = fn_motor_protein_8(X)
& fn_motor_protein_8(X) = fn_glycoprotein_14(X)
& fn_glycoprotein_14(X) = fn_integral_protein_29(X)
& fn_integral_protein_29(X) = fn_glycoprotein_14(X)
& fn_glycoprotein_14(X) = fn_glycoprotein_14(X)
& fn_motor_protein_9(X) = fn_glycoprotein_14(X)
& fn_glycoprotein_14(X) = fn_motor_protein_9(X)
& fn_motor_protein_9(X) = fn_integral_protein_17(X)
& fn_glycoprotein_23(X) = fn_integral_protein_17(X)
& fn_integral_protein_17(X) = fn_glycoprotein_23(X)
& fn_glycoprotein_23(X) = fn_glycoprotein_23(X)
& fn_motor_protein_21(X) = fn_glycoprotein_23(X)
& fn_glycoprotein_23(X) = fn_motor_protein_21(X)
& fn_motor_protein_21(X) = fn_integral_protein_18(X)
& fn_glycoprotein_20(X) = fn_integral_protein_18(X)
& fn_integral_protein_18(X) = fn_glycoprotein_20(X)
& fn_motor_protein_18(X) = fn_glycoprotein_20(X)
& fn_glycoprotein_20(X) = fn_motor_protein_18(X)
& fn_motor_protein_18(X) = fn_integral_protein_19(X)
& fn_glycoprotein_21(X) = fn_integral_protein_19(X)
& fn_integral_protein_19(X) = fn_glycoprotein_21(X)
& fn_motor_protein_19(X) = fn_glycoprotein_21(X)
& fn_glycoprotein_21(X) = fn_motor_protein_19(X)
& fn_motor_protein_19(X) = fn_integral_protein_15(X)
& fn_glycoprotein_22(X) = fn_integral_protein_15(X)
& fn_integral_protein_15(X) = fn_glycoprotein_22(X)
& fn_glycoprotein_22(X) = fn_glycoprotein_22(X)
& fn_motor_protein_20(X) = fn_glycoprotein_22(X)
& fn_glycoprotein_22(X) = fn_motor_protein_20(X)
& fn_motor_protein_20(X) = fn_integral_protein_34(X)
& fn_integral_protein_34(X) = fn_glycoprotein_9(X)
& fn_glycoprotein_9(X) = fn_glycoprotein_9(X)
& fn_glycoprotein_9(X) = fn_polymer_9(fn_fibronectin_24(X))
& fn_polymer_9(fn_fibronectin_24(X)) = fn_polymer_9(fn_fibronectin_24(X))
& fn_polymer_9(fn_fibronectin_24(X)) = fn_animal_plasma_membrane_85(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_85(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_85(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_85(fn_fibronectin_53(X)) = fn_plasma_membrane_91(fn_fibronectin_53(X))
& fn_plasma_membrane_91(fn_fibronectin_53(X)) = fn_plasma_membrane_91(fn_fibronectin_53(X))
& fn_plasma_membrane_91(fn_fibronectin_53(X)) = fn_motor_protein_28(X)
& fn_motor_protein_28(X) = fn_polymer_8(fn_fibronectin_24(X))
& fn_polymer_8(fn_fibronectin_24(X)) = fn_polymer_8(fn_fibronectin_24(X))
& fn_polymer_8(fn_fibronectin_24(X)) = fn_animal_plasma_membrane_72(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_72(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_72(fn_fibronectin_53(X))
& fn_plasma_membrane_84(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_72(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_72(fn_fibronectin_53(X)) = fn_plasma_membrane_84(fn_fibronectin_53(X))
& fn_integral_protein_20(X) = fn_plasma_membrane_84(fn_fibronectin_53(X))
& fn_plasma_membrane_84(fn_fibronectin_53(X)) = fn_plasma_membrane_84(fn_fibronectin_53(X))
& fn_plasma_membrane_84(fn_fibronectin_53(X)) = fn_integral_protein_20(X)
& fn_integral_protein_20(X) = fn_integral_protein_20(X)
& fn_glycoprotein_12(X) = fn_integral_protein_20(X)
& fn_integral_protein_20(X) = fn_glycoprotein_12(X)
& fn_glycoprotein_12(X) = fn_glycoprotein_12(X)
& fn_motor_protein_17(X) = fn_glycoprotein_12(X)
& fn_glycoprotein_12(X) = fn_motor_protein_17(X)
& fn_motor_protein_17(X) = fn_biomembrane_56(fn_fibronectin_53(X))
& fn_biomembrane_56(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_69(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_69(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_69(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_69(fn_fibronectin_53(X)) = fn_biomembrane_56(fn_fibronectin_53(X))
& fn_biomembrane_56(fn_fibronectin_53(X)) = fn_biomembrane_56(fn_fibronectin_53(X))
& fn_plasma_membrane_85(fn_fibronectin_53(X)) = fn_biomembrane_56(fn_fibronectin_53(X))
& fn_biomembrane_56(fn_fibronectin_53(X)) = fn_plasma_membrane_85(fn_fibronectin_53(X))
& fn_plasma_membrane_85(fn_fibronectin_53(X)) = fn_plasma_membrane_85(fn_fibronectin_53(X))
& fn_integral_protein_16(X) = fn_plasma_membrane_85(fn_fibronectin_53(X))
& fn_plasma_membrane_85(fn_fibronectin_53(X)) = fn_integral_protein_16(X)
& fn_integral_protein_16(X) = fn_integral_protein_16(X)
& fn_glycoprotein_11(X) = fn_integral_protein_16(X)
& fn_integral_protein_16(X) = fn_glycoprotein_11(X)
& fn_motor_protein_22(X) = fn_motor_protein_22(X)
& fn_motor_protein_22(X) = fn_glycoprotein_11(X)
& fn_glycoprotein_11(X) = fn_motor_protein_22(X)
& fn_motor_protein_22(X) = fn_plasma_membrane_68(fn_fibronectin_53(X))
& fn_plasma_membrane_68(fn_fibronectin_53(X)) = fn_plasma_membrane_68(fn_fibronectin_53(X))
& fn_plasma_membrane_68(fn_fibronectin_53(X)) = fn_plasma_membrane_3(fn_fibronectin_53(X))
& fn_plasma_membrane_3(fn_fibronectin_53(X)) = fn_plasma_membrane_3(fn_fibronectin_53(X))
& fn_plasma_membrane_3(fn_fibronectin_53(X)) = fn_integrin_36(fn_fibronectin_49(X))
& fn_integrin_36(fn_fibronectin_49(X)) = fn_integral_protein_9(fn_fibronectin_49(X))
& fn_integral_protein_9(fn_fibronectin_49(X)) = fn_integrin_36(fn_fibronectin_49(X))
& fn_integrin_36(fn_fibronectin_49(X)) = fn_integrin_9(fn_fibronectin_49(X))
& fn_integrin_9(fn_fibronectin_49(X)) = fn_integral_protein_9(fn_fibronectin_49(X))
& fn_integral_protein_9(fn_fibronectin_49(X)) = fn_integral_protein_9(fn_fibronectin_49(X))
& fn_integral_protein_9(fn_fibronectin_49(X)) = fn_integrin_9(fn_fibronectin_49(X))
& fn_integrin_9(fn_fibronectin_49(X)) = fn_integrin_9(fn_fibronectin_49(X))
& fn_integrin_9(fn_fibronectin_49(X)) = fn_biomembrane_54(fn_fibronectin_53(X))
& fn_biomembrane_54(fn_fibronectin_53(X)) = fn_biomembrane_54(fn_fibronectin_53(X))
& fn_plasma_membrane_54(fn_fibronectin_53(X)) = fn_biomembrane_54(fn_fibronectin_53(X))
& fn_biomembrane_54(fn_fibronectin_53(X)) = fn_plasma_membrane_54(fn_fibronectin_53(X))
& fn_plasma_membrane_54(fn_fibronectin_53(X)) = fn_plasma_membrane_54(fn_fibronectin_53(X))
& fn_plasma_membrane_54(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_76(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_76(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_76(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_76(fn_fibronectin_53(X)) = fn_plasma_membrane_54(fn_fibronectin_53(X))
& fn_plasma_membrane_54(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_47(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_47(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_76(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_76(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_47(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_47(fn_fibronectin_53(X)) = fn_animal_plasma_membrane_47(fn_fibronectin_53(X))
& fn_animal_plasma_membrane_47(fn_fibronectin_53(X)) = fn_attract_2(fn_fibronectin_35(X))
& fn_attract_2(fn_fibronectin_35(X)) = fn_attract_2(fn_fibronectin_35(X))
& fn_attract_2(fn_fibronectin_35(X)) = fn_carbohydrate_side_chain_4(fn_fibronectin_29(X))
& fn_carbohydrate_side_chain_4(fn_fibronectin_29(X)) = fn_integral_protein_7(X)
& fn_glycoprotein_25(X) = fn_integral_protein_7(X)
& fn_integral_protein_7(X) = fn_glycoprotein_25(X)
& fn_glycoprotein_25(X) = fn_polypeptide_126(fn_fibronectin_24(X))
& fn_protein_13(X) = fn_polypeptide_126(fn_fibronectin_24(X))
& fn_polypeptide_126(fn_fibronectin_24(X)) = fn_protein_13(X)
& fn_protein_13(X) = fn_protein_13(X)
& fn_protein_13(X) = fn_organic_molecule_2(fn_fibronectin_24(X))
& fn_organic_molecule_2(fn_fibronectin_24(X)) = fn_organic_molecule_2(fn_fibronectin_24(X))
& fn_organic_molecule_2(fn_fibronectin_24(X)) = fn_organic_molecule_1(fn_fibronectin_24(X))
& fn_organic_molecule_1(fn_fibronectin_24(X)) = fn_motor_protein_12(X)
& fn_integral_protein_30(X) = fn_motor_protein_12(X)
& fn_motor_protein_12(X) = fn_integral_protein_30(X)
& fn_integral_protein_30(X) = fn_integral_protein_30(X)
& fn_glycoprotein_3(X) = fn_integral_protein_30(X)
& fn_integral_protein_30(X) = fn_glycoprotein_3(X)
& fn_glycoprotein_3(X) = fn_glycoprotein_3(X)
& fn_protein_8(X) = fn_protein_8(X)
& fn_protein_8(X) = fn_glycoprotein_3(X)
& fn_glycoprotein_3(X) = fn_protein_8(X)
& fn_protein_8(X) = fn_attract_2(fn_fibronectin_10(X))
& fn_attract_2(fn_fibronectin_10(X)) = fn_integral_protein_31(X)
& fn_glycoprotein_5(X) = fn_glycoprotein_5(X)
& fn_motor_protein_11(X) = fn_glycoprotein_5(X)
& fn_glycoprotein_5(X) = fn_motor_protein_11(X)
& fn_motor_protein_11(X) = fn_motor_protein_11(X)
& fn_carbohydrate_side_chain_22(fn_fibronectin_29(X)) = fn_motor_protein_11(X)
& fn_motor_protein_11(X) = fn_carbohydrate_side_chain_22(fn_fibronectin_29(X))
& fn_carbohydrate_side_chain_22(fn_fibronectin_29(X)) = fn_integral_protein_33(X)
& fn_motor_protein_13(X) = fn_integral_protein_33(X)
& fn_integral_protein_33(X) = fn_motor_protein_13(X)
& fn_motor_protein_13(X) = fn_motor_protein_13(X)
& fn_glycoprotein_4(X) = fn_motor_protein_13(X)
& fn_motor_protein_13(X) = fn_glycoprotein_4(X)
& fn_glycoprotein_4(X) = fn_glycoprotein_4(X)
& fn_integral_protein_31(X) = fn_integral_protein_31(X)
& fn_integral_protein_31(X) = fn_glycoprotein_4(X)
& fn_glycoprotein_4(X) = fn_integral_protein_31(X)
& fn_glycoprotein_5(X) = fn_integral_protein_31(X)
& fn_integral_protein_31(X) = fn_glycoprotein_5(X)
& fn_glycoprotein_5(X) = fn_carbohydrate_side_chain_23(fn_fibronectin_29(X))
& fn_carbohydrate_side_chain_23(fn_fibronectin_29(X)) = fn_carbohydrate_side_chain_23(fn_fibronectin_29(X))
& fn_carbohydrate_side_chain_23(fn_fibronectin_29(X)) = fn_hold_2(fn_fibronectin_7(X))
& fn_hold_2(fn_fibronectin_7(X)) = fn_glycoprotein_1(X)
& fn_integral_protein_32(X) = fn_integral_protein_32(X)
& fn_integral_protein_32(X) = fn_glycoprotein_1(X)
& fn_glycoprotein_1(X) = fn_integral_protein_32(X)
& fn_motor_protein_10(X) = fn_integral_protein_32(X)
& fn_integral_protein_32(X) = fn_motor_protein_10(X)
& fn_motor_protein_10(X) = fn_motor_protein_10(X)
& fn_carbohydrate_side_chain_31(fn_fibronectin_29(X)) = fn_motor_protein_10(X)
& fn_motor_protein_10(X) = fn_carbohydrate_side_chain_31(fn_fibronectin_29(X))
& fn_carbohydrate_side_chain_31(fn_fibronectin_29(X)) = fn_carbohydrate_side_chain_31(fn_fibronectin_29(X))
& fn_carbohydrate_side_chain_31(fn_fibronectin_29(X)) = fn_attract_1(fn_fibronectin_10(X))
& fn_attract_1(fn_fibronectin_10(X)) = fn_oxygen_8(fn_fibronectin_6(X))
& fn_oxygen_8(fn_fibronectin_6(X)) = fn_oxygen_8(fn_fibronectin_6(X))
& fn_oxygen_8(fn_fibronectin_6(X)) = fn_oxygen_1(fn_fibronectin_6(X))
& fn_oxygen_1(fn_fibronectin_6(X)) = fn_carbohydrate_side_chain_26(fn_fibronectin_29(X))
& fn_carbohydrate_side_chain_26(fn_fibronectin_29(X)) = fn_carbohydrate_side_chain_24(fn_fibronectin_29(X)) ) ) ).
fof(a529589,axiom,
! [X] :
( fibrous_connective_tissue_1(X)
=> ( original_name_2(X,'Fibrous-Connective-Tissue')
& user_description_2(X,'Dense connective tissue with collagenous fibers organized into parallel bundles (e.g., tendons and ligaments). Dense connective tissue usually connects two tissues.')
& concept2words_2(X,'fibrous connective tissue')
& concept2words_2(X,'fibrous-connective-tissue')
& connective_tissue_1(X)
& ~ adipose_tissue_1(X)
& ~ av_valve_1(X)
& ~ bone_1(X)
& ~ cartilage_1(X)
& ~ loose_connective_tissue_1(X)
& ~ sclera_1(X)
& ~ semilunar_valve_1(X)
& ~ submucosa_1(X)
& ~ vocal_cord_1(X) ) ) ).
fof(a529590,axiom,
! [X] :
( fibrous_protein_1(X)
=> ( original_name_2(X,'Fibrous-Protein')
& user_description_2(X,'Proteins that tend to be insoluble and strong and so play a structural role in organisms for support or protection. Fibrous proteins can be subdivided into several different types: 1.keratins, found in hair, fingernails, and bird feathers 2. collagens the most abundant proteins in a vertebrate body found in connective tissues such as cartilage 3. elastins, found in ligaments, around blood vessels.')
& concept2words_2(X,'fibrous protein')
& concept2words_2(X,'fibrous-protein')
& protein_1(X) ) ) ).
fof(a529591,axiom,
! [X] :
( fibrous_root_1(X)
=> ( original_name_2(X,'Fibrous-Root')
& user_description_2(X,'Root system consisting of many small roots, often forming a mat which spreads out vertically and laterally in the soil.')
& concept2words_2(X,'fibrous root')
& concept2words_2(X,'fibrous-root')
& root_1(X)
& ~ adventitious_root_1(X)
& ~ carrot_1(X)
& ~ lateral_root_1(X)
& ~ radicle_1(X)
& ~ taproot_1(X) ) ) ).
fof(a529592,axiom,
! [X] :
( fidget_1(X)
=> ( original_name_2(X,'Fidget')
& concept2words_2(X,fidget)
& orient_1(X)
& ~ stand_up_1(X)
& ~ sit_down_1(X)
& ~ gesticulate_1(X)
& tangible_entity_1(fn_fidget_1(X))
& object_2(X,fn_fidget_1(X))
& agent_2(X,fn_fidget_1(X)) ) ) ).
fof(a529593,axiom,
! [X] :
( fight_or_flight_response_1(X)
=> ( original_name_2(X,'Fight-Or-Flight-Response')
& user_description_2(X,'Physiological response to stress in animals in which the body prepares for either aggressive action (fight) or avoidance action (flight) as a response to potential danger or conflict. The response is initiated by adrenaline signaling.')
& concept2words_2(X,'fight or flight response')
& concept2words_2(X,'fight-or-flight-response')
& macrophysiological_process_1(X)
& stimulus_generation_1(fn_fight_or_flight_response_1(X))
& epinephrine_1(fn_fight_or_flight_response_2(X))
& time_interval_1(fn_fight_or_flight_response_3(X))
& time_interval_1(fn_fight_or_flight_response_4(X))
& g_protein_1(fn_fight_or_flight_response_5(X))
& time_interval_1(fn_fight_or_flight_response_6(X))
& time_interval_1(fn_fight_or_flight_response_7(X))
& blood_vessel_1(fn_fight_or_flight_response_8(X))
& blood_1(fn_fight_or_flight_response_9(X))
& catabolic_pathway_1(fn_fight_or_flight_response_10(X))
& cellular_respiration_1(fn_fight_or_flight_response_10(X))
& system_1(fn_fight_or_flight_response_11(X))
& chemical_signaling_1(fn_fight_or_flight_response_12(X))
& cell_signaling_with_plasma_membrane_receptor_1(fn_fight_or_flight_response_12(X))
& cell_signaling_1(fn_fight_or_flight_response_12(X))
& cell_signaling_with_g_protein_coupled_receptor_1(fn_fight_or_flight_response_12(X))
& cell_signaling_with_camp_and_g_protein_coupled_receptor_1(fn_fight_or_flight_response_12(X))
& signal_transmission_1(fn_fight_or_flight_response_13(X))
& signal_reception_1(fn_fight_or_flight_response_14(X))
& signal_transduction_1(fn_fight_or_flight_response_15(X))
& cell_signaling_event_1(fn_fight_or_flight_response_15(X))
& make_accessible_1(fn_fight_or_flight_response_16(X))
& activate_1(fn_fight_or_flight_response_16(X))
& organic_molecule_1(fn_fight_or_flight_response_17(X))
& tangible_entity_1(fn_fight_or_flight_response_17(X))
& membrane_protein_1(fn_fight_or_flight_response_17(X))
& protein_1(fn_fight_or_flight_response_17(X))
& cell_surface_receptor_1(fn_fight_or_flight_response_17(X))
& spatial_entity_1(fn_fight_or_flight_response_17(X))
& polymer_1(fn_fight_or_flight_response_17(X))
& receptor_protein_1(fn_fight_or_flight_response_17(X))
& g_protein_coupled_receptor_1(fn_fight_or_flight_response_17(X))
& release_1(fn_fight_or_flight_response_18(X))
& metabolic_pathway_1(fn_fight_or_flight_response_19(X))
& exergonic_reaction_1(fn_fight_or_flight_response_19(X))
& catabolic_pathway_1(fn_fight_or_flight_response_19(X))
& glycogen_breakdown_1(fn_fight_or_flight_response_19(X))
& protein_1(fn_fight_or_flight_response_20(X))
& protein_kinase_1(fn_fight_or_flight_response_20(X))
& spatial_entity_1(fn_fight_or_flight_response_21(X))
& chemical_entity_1(fn_fight_or_flight_response_21(X))
& polymer_1(fn_fight_or_flight_response_21(X))
& organic_molecule_1(fn_fight_or_flight_response_21(X))
& protein_1(fn_fight_or_flight_response_21(X))
& molecule_1(fn_fight_or_flight_response_21(X))
& g_protein_1(fn_fight_or_flight_response_21(X))
& glycogen_phosphorylase_1(fn_fight_or_flight_response_22(X))
& chemical_entity_1(fn_fight_or_flight_response_23(X))
& molecule_1(fn_fight_or_flight_response_23(X))
& polymer_1(fn_fight_or_flight_response_23(X))
& glycogen_phosphorylase_1(fn_fight_or_flight_response_23(X))
& spatial_entity_1(fn_fight_or_flight_response_24(X))
& chemical_entity_1(fn_fight_or_flight_response_24(X))
& polymer_1(fn_fight_or_flight_response_24(X))
& organic_molecule_1(fn_fight_or_flight_response_24(X))
& protein_1(fn_fight_or_flight_response_24(X))
& molecule_1(fn_fight_or_flight_response_24(X))
& g_protein_1(fn_fight_or_flight_response_24(X))
& make_accessible_1(fn_fight_or_flight_response_25(X))
& activate_1(fn_fight_or_flight_response_25(X))
& quantity_value_1(fn_fight_or_flight_response_26(X))
& chemical_entity_1(fn_fight_or_flight_response_28(X))
& glucose_1(fn_fight_or_flight_response_28(X))
& tangible_entity_1(fn_fight_or_flight_response_29(X))
& vertebrate_cell_1(fn_fight_or_flight_response_29(X))
& eukaryotic_cell_1(fn_fight_or_flight_response_29(X))
& cell_1(fn_fight_or_flight_response_29(X))
& animal_cell_1(fn_fight_or_flight_response_29(X))
& liver_cell_1(fn_fight_or_flight_response_29(X))
& cellular_response_1(fn_fight_or_flight_response_30(X))
& cytoplasmic_response_1(fn_fight_or_flight_response_30(X))
& mobilization_of_fuel_reserve_1(fn_fight_or_flight_response_31(X))
& dephosphorylation_of_glucose_6_phosphate_1(fn_fight_or_flight_response_32(X))
& cell_communication_with_epinephrine_in_muscle_cell_1(fn_fight_or_flight_response_33(X))
& cell_communication_with_epinephrine_in_liver_cell_1(fn_fight_or_flight_response_34(X))
& dephosphorylation_of_glucose_6_phosphate_1(fn_fight_or_flight_response_35(X))
& mobilization_of_fuel_reserve_1(fn_fight_or_flight_response_36(X))
& cytoplasmic_response_1(fn_fight_or_flight_response_37(X))
& muscle_cell_1(fn_fight_or_flight_response_38(X))
& tangible_entity_1(fn_fight_or_flight_response_39(X))
& organic_molecule_1(fn_fight_or_flight_response_39(X))
& chemical_entity_1(fn_fight_or_flight_response_39(X))
& monosaccharide_1(fn_fight_or_flight_response_39(X))
& glucose_1(fn_fight_or_flight_response_39(X))
& aldehyde_1(fn_fight_or_flight_response_39(X))
& carbohydrate_1(fn_fight_or_flight_response_39(X))
& aldose_1(fn_fight_or_flight_response_39(X))
& catabolic_pathway_1(fn_mobilization_of_fuel_reserve_3(fn_fight_or_flight_response_31(X)))
& cytoplasmic_response_1(fn_cell_communication_with_epinephrine_in_muscle_cell_25(fn_fight_or_flight_response_33(X)))
& muscle_cell_1(fn_cell_communication_with_epinephrine_in_muscle_cell_26(fn_fight_or_flight_response_33(X)))
& spatial_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_111(fn_fight_or_flight_response_34(X)))
& chemical_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_111(fn_fight_or_flight_response_34(X)))
& polymer_1(fn_cell_communication_with_epinephrine_in_liver_cell_111(fn_fight_or_flight_response_34(X)))
& organic_molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_111(fn_fight_or_flight_response_34(X)))
& protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_111(fn_fight_or_flight_response_34(X)))
& molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_111(fn_fight_or_flight_response_34(X)))
& g_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_111(fn_fight_or_flight_response_34(X)))
& property_node_1(fn_cell_communication_with_epinephrine_in_liver_cell_38(fn_fight_or_flight_response_34(X)))
& equation_big_node_1(fn_cell_communication_with_epinephrine_in_liver_cell_37(fn_fight_or_flight_response_34(X)))
& make_accessible_1(fn_cell_communication_with_epinephrine_in_liver_cell_66(fn_fight_or_flight_response_34(X)))
& activate_1(fn_cell_communication_with_epinephrine_in_liver_cell_66(fn_fight_or_flight_response_34(X)))
& signal_reception_1(fn_cell_communication_with_epinephrine_in_liver_cell_144(fn_fight_or_flight_response_34(X)))
& chemical_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_98(fn_fight_or_flight_response_34(X)))
& molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_98(fn_fight_or_flight_response_34(X)))
& polymer_1(fn_cell_communication_with_epinephrine_in_liver_cell_98(fn_fight_or_flight_response_34(X)))
& glycogen_phosphorylase_1(fn_cell_communication_with_epinephrine_in_liver_cell_98(fn_fight_or_flight_response_34(X)))
& glycogen_phosphorylase_1(fn_cell_communication_with_epinephrine_in_liver_cell_8(fn_fight_or_flight_response_34(X)))
& signal_transmission_1(fn_cell_communication_with_epinephrine_in_liver_cell_62(fn_fight_or_flight_response_34(X)))
& system_1(fn_cell_communication_with_epinephrine_in_liver_cell_107(fn_fight_or_flight_response_34(X)))
& equation_set_1(fn_cell_communication_with_epinephrine_in_liver_cell_36(fn_fight_or_flight_response_34(X)))
& quantity_value_1(fn_cell_communication_with_epinephrine_in_liver_cell_35(fn_fight_or_flight_response_34(X)))
& organic_molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_78(fn_fight_or_flight_response_34(X)))
& tangible_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_78(fn_fight_or_flight_response_34(X)))
& membrane_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_78(fn_fight_or_flight_response_34(X)))
& protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_78(fn_fight_or_flight_response_34(X)))
& cell_surface_receptor_1(fn_cell_communication_with_epinephrine_in_liver_cell_78(fn_fight_or_flight_response_34(X)))
& spatial_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_78(fn_fight_or_flight_response_34(X)))
& polymer_1(fn_cell_communication_with_epinephrine_in_liver_cell_78(fn_fight_or_flight_response_34(X)))
& receptor_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_78(fn_fight_or_flight_response_34(X)))
& g_protein_coupled_receptor_1(fn_cell_communication_with_epinephrine_in_liver_cell_78(fn_fight_or_flight_response_34(X)))
& metabolic_pathway_1(fn_cell_communication_with_epinephrine_in_liver_cell_82(fn_fight_or_flight_response_34(X)))
& exergonic_reaction_1(fn_cell_communication_with_epinephrine_in_liver_cell_82(fn_fight_or_flight_response_34(X)))
& catabolic_pathway_1(fn_cell_communication_with_epinephrine_in_liver_cell_82(fn_fight_or_flight_response_34(X)))
& glycogen_breakdown_1(fn_cell_communication_with_epinephrine_in_liver_cell_82(fn_fight_or_flight_response_34(X)))
& cytoplasmic_response_1(fn_cell_communication_with_epinephrine_in_liver_cell_81(fn_fight_or_flight_response_34(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_fight_or_flight_response_35(X)))
& chemical_entity_1(fn_mobilization_of_fuel_reserve_4(fn_fight_or_flight_response_36(X)))
& glucose_1(fn_dephosphorylation_of_glucose_6_phosphate_2(fn_fight_or_flight_response_35(X)))
& tangible_entity_1(fn_release_1(fn_fight_or_flight_response_18(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_fight_or_flight_response_32(X)))
& chemical_entity_1(fn_mobilization_of_fuel_reserve_4(fn_fight_or_flight_response_31(X)))
& organic_molecule_1(fn_catabolic_pathway_10(fn_fight_or_flight_response_10(X)))
& glucose_1(fn_dephosphorylation_of_glucose_6_phosphate_2(fn_fight_or_flight_response_32(X)))
& chemical_entity_1(fn_cellular_respiration_42(fn_fight_or_flight_response_10(X)))
& monosaccharide_1(fn_cellular_respiration_42(fn_fight_or_flight_response_10(X)))
& glucose_1(fn_cellular_respiration_42(fn_fight_or_flight_response_10(X)))
& aldehyde_1(fn_cellular_respiration_42(fn_fight_or_flight_response_10(X)))
& carbohydrate_1(fn_cellular_respiration_42(fn_fight_or_flight_response_10(X)))
& aldose_1(fn_cellular_respiration_42(fn_fight_or_flight_response_10(X)))
& protein_1(fn_cellular_response_1(fn_fight_or_flight_response_30(X)))
& protein_kinase_1(fn_cell_communication_with_epinephrine_in_liver_cell_70(fn_fight_or_flight_response_34(X)))
& make_accessible_1(fn_cell_communication_with_epinephrine_in_liver_cell_68(fn_fight_or_flight_response_34(X)))
& activate_1(fn_cell_communication_with_epinephrine_in_liver_cell_68(fn_fight_or_flight_response_34(X)))
& make_accessible_1(fn_cell_communication_with_epinephrine_in_liver_cell_139(fn_fight_or_flight_response_34(X)))
& activate_1(fn_cell_communication_with_epinephrine_in_liver_cell_139(fn_fight_or_flight_response_34(X)))
& signal_transduction_1(fn_cell_communication_with_epinephrine_21(fn_fight_or_flight_response_34(X)))
& cell_signaling_event_1(fn_cell_communication_with_epinephrine_21(fn_fight_or_flight_response_34(X)))
& signal_transduction_1(fn_cell_communication_with_epinephrine_in_liver_cell_97(fn_fight_or_flight_response_34(X)))
& cell_signaling_event_1(fn_cell_communication_with_epinephrine_in_liver_cell_97(fn_fight_or_flight_response_34(X)))
& spatial_entity_1(fn_cell_communication_with_epinephrine_22(fn_fight_or_flight_response_34(X)))
& chemical_entity_1(fn_cell_communication_with_epinephrine_22(fn_fight_or_flight_response_34(X)))
& polymer_1(fn_cell_communication_with_epinephrine_22(fn_fight_or_flight_response_34(X)))
& organic_molecule_1(fn_cell_communication_with_epinephrine_22(fn_fight_or_flight_response_34(X)))
& protein_1(fn_cell_communication_with_epinephrine_22(fn_fight_or_flight_response_34(X)))
& molecule_1(fn_cell_communication_with_epinephrine_22(fn_fight_or_flight_response_34(X)))
& g_protein_1(fn_cell_communication_with_epinephrine_22(fn_fight_or_flight_response_34(X)))
& spatial_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(fn_fight_or_flight_response_34(X)))
& chemical_entity_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(fn_fight_or_flight_response_34(X)))
& polymer_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(fn_fight_or_flight_response_34(X)))
& organic_molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(fn_fight_or_flight_response_34(X)))
& protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(fn_fight_or_flight_response_34(X)))
& molecule_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(fn_fight_or_flight_response_34(X)))
& g_protein_1(fn_cell_communication_with_epinephrine_in_liver_cell_73(fn_fight_or_flight_response_34(X)))
& tangible_entity_1(fn_release_2(fn_fight_or_flight_response_18(X)))
& cell_1(fn_cell_communication_with_epinephrine_20(fn_fight_or_flight_response_34(X)))
& animal_cell_1(fn_cell_communication_with_epinephrine_20(fn_fight_or_flight_response_34(X)))
& vertebrate_cell_1(fn_cell_communication_with_epinephrine_in_liver_cell_69(fn_fight_or_flight_response_34(X)))
& eukaryotic_cell_1(fn_cell_communication_with_epinephrine_in_liver_cell_69(fn_fight_or_flight_response_34(X)))
& cell_1(fn_cell_communication_with_epinephrine_in_liver_cell_69(fn_fight_or_flight_response_34(X)))
& animal_cell_1(fn_cell_communication_with_epinephrine_in_liver_cell_69(fn_fight_or_flight_response_34(X)))
& liver_cell_1(fn_cell_communication_with_epinephrine_in_liver_cell_69(fn_fight_or_flight_response_34(X)))
& cell_signaling_with_plasma_membrane_receptor_1(fn_cell_communication_with_epinephrine_43(fn_fight_or_flight_response_34(X)))
& cell_signaling_1(fn_cell_communication_with_epinephrine_43(fn_fight_or_flight_response_34(X)))
& cell_signaling_with_g_protein_coupled_receptor_1(fn_cell_communication_with_epinephrine_43(fn_fight_or_flight_response_34(X)))
& cell_signaling_with_camp_and_g_protein_coupled_receptor_1(fn_cell_communication_with_epinephrine_43(fn_fight_or_flight_response_34(X)))
& chemical_signaling_1(fn_cell_communication_with_epinephrine_in_liver_cell_74(fn_fight_or_flight_response_34(X)))
& cell_signaling_with_plasma_membrane_receptor_1(fn_cell_communication_with_epinephrine_in_liver_cell_74(fn_fight_or_flight_response_34(X)))
& cell_signaling_1(fn_cell_communication_with_epinephrine_in_liver_cell_74(fn_fight_or_flight_response_34(X)))
& cell_signaling_with_g_protein_coupled_receptor_1(fn_cell_communication_with_epinephrine_in_liver_cell_74(fn_fight_or_flight_response_34(X)))
& cell_signaling_with_camp_and_g_protein_coupled_receptor_1(fn_cell_communication_with_epinephrine_in_liver_cell_74(fn_fight_or_flight_response_34(X)))
& subevent_2(fn_fight_or_flight_response_37(X),fn_fight_or_flight_response_36(X))
& subevent_2(fn_fight_or_flight_response_37(X),fn_fight_or_flight_response_35(X))
& time_during_2(fn_fight_or_flight_response_36(X),fn_fight_or_flight_response_4(X))
& next_event_2(fn_fight_or_flight_response_35(X),fn_fight_or_flight_response_36(X))
& site_2(fn_fight_or_flight_response_35(X),fn_fight_or_flight_response_38(X))
& time_during_2(fn_fight_or_flight_response_35(X),fn_fight_or_flight_response_3(X))
& causes_2(fn_fight_or_flight_response_1(X),fn_fight_or_flight_response_34(X))
& next_event_2(fn_fight_or_flight_response_1(X),fn_fight_or_flight_response_34(X))
& first_subevent_2(X,fn_fight_or_flight_response_1(X))
& agent_2(X,fn_fight_or_flight_response_2(X))
& subevent_2(X,fn_fight_or_flight_response_33(X))
& subevent_2(X,fn_fight_or_flight_response_34(X))
& subevent_2(X,fn_fight_or_flight_response_1(X))
& next_event_2(fn_fight_or_flight_response_32(X),fn_fight_or_flight_response_31(X))
& site_2(fn_fight_or_flight_response_32(X),fn_fight_or_flight_response_29(X))
& time_during_2(fn_fight_or_flight_response_32(X),fn_fight_or_flight_response_6(X))
& subevent_2(fn_fight_or_flight_response_31(X),fn_fight_or_flight_response_18(X))
& time_during_2(fn_fight_or_flight_response_31(X),fn_fight_or_flight_response_7(X))
& agent_2(fn_fight_or_flight_response_30(X),fn_fight_or_flight_response_29(X))
& subevent_2(fn_fight_or_flight_response_30(X),fn_fight_or_flight_response_31(X))
& subevent_2(fn_fight_or_flight_response_30(X),fn_fight_or_flight_response_32(X))
& has_part_2(fn_fight_or_flight_response_29(X),fn_fight_or_flight_response_5(X))
& time_before_2(fn_fight_or_flight_response_3(X),fn_fight_or_flight_response_4(X))
& has_state_2(fn_fight_or_flight_response_5(X),fn_fight_or_flight_response_24(X))
& origin_2(fn_fight_or_flight_response_18(X),fn_fight_or_flight_response_29(X))
& destination_2(fn_fight_or_flight_response_18(X),fn_fight_or_flight_response_9(X))
& recipient_2(fn_fight_or_flight_response_14(X),fn_fight_or_flight_response_29(X))
& time_before_2(fn_fight_or_flight_response_6(X),fn_fight_or_flight_response_7(X))
& is_inside_2(fn_fight_or_flight_response_9(X),fn_fight_or_flight_response_8(X))
& base_2(fn_fight_or_flight_response_18(X),fn_fight_or_flight_response_29(X))
& object_2(fn_fight_or_flight_response_18(X),fn_fight_or_flight_response_39(X))
& object_2(fn_fight_or_flight_response_36(X),fn_fight_or_flight_response_28(X))
& object_2(fn_fight_or_flight_response_31(X),fn_fight_or_flight_response_39(X))
& instrument_2(fn_fight_or_flight_response_30(X),fn_fight_or_flight_response_20(X))
& subevent_2(fn_fight_or_flight_response_31(X),fn_fight_or_flight_response_10(X))
& result_2(fn_fight_or_flight_response_32(X),fn_fight_or_flight_response_39(X))
& result_2(fn_fight_or_flight_response_35(X),fn_fight_or_flight_response_28(X))
& raw_material_2(fn_fight_or_flight_response_10(X),fn_fight_or_flight_response_39(X))
& object_2(fn_fight_or_flight_response_33(X),fn_fight_or_flight_response_38(X))
& base_2(fn_fight_or_flight_response_37(X),fn_fight_or_flight_response_38(X))
& called_2(fn_fight_or_flight_response_26(X),'Quantity_GProtein')
& has_state_2(fn_fight_or_flight_response_21(X),fn_fight_or_flight_response_24(X))
& first_subevent_2(fn_fight_or_flight_response_15(X),fn_fight_or_flight_response_16(X))
& destination_2(fn_fight_or_flight_response_13(X),fn_fight_or_flight_response_29(X))
& has_function_2(fn_fight_or_flight_response_23(X),fn_fight_or_flight_response_19(X))
& agent_2(fn_fight_or_flight_response_19(X),fn_fight_or_flight_response_29(X))
& has_part_2(fn_fight_or_flight_response_29(X),fn_fight_or_flight_response_20(X))
& object_2(fn_fight_or_flight_response_16(X),fn_fight_or_flight_response_17(X))
& subevent_2(fn_fight_or_flight_response_15(X),fn_fight_or_flight_response_16(X))
& subevent_2(fn_fight_or_flight_response_15(X),fn_fight_or_flight_response_25(X))
& fn_fight_or_flight_response_25(X) != fn_fight_or_flight_response_16(X)
& fn_fight_or_flight_response_16(X) != fn_fight_or_flight_response_25(X)
& subevent_2(fn_fight_or_flight_response_12(X),fn_fight_or_flight_response_14(X))
& next_event_2(fn_fight_or_flight_response_14(X),fn_fight_or_flight_response_15(X))
& agent_2(fn_fight_or_flight_response_15(X),fn_fight_or_flight_response_29(X))
& base_2(fn_fight_or_flight_response_12(X),fn_fight_or_flight_response_29(X))
& first_subevent_2(fn_fight_or_flight_response_12(X),fn_fight_or_flight_response_14(X))
& base_2(fn_fight_or_flight_response_30(X),fn_fight_or_flight_response_29(X))
& next_event_2(fn_fight_or_flight_response_15(X),fn_fight_or_flight_response_30(X))
& base_2(fn_fight_or_flight_response_15(X),fn_fight_or_flight_response_29(X))
& has_part_2(fn_fight_or_flight_response_29(X),fn_fight_or_flight_response_22(X))
& has_state_2(fn_fight_or_flight_response_22(X),fn_fight_or_flight_response_23(X))
& subevent_2(fn_fight_or_flight_response_34(X),fn_fight_or_flight_response_13(X))
& next_event_2(fn_fight_or_flight_response_13(X),fn_fight_or_flight_response_12(X))
& subevent_2(fn_fight_or_flight_response_12(X),fn_fight_or_flight_response_15(X))
& object_2(fn_fight_or_flight_response_34(X),fn_fight_or_flight_response_29(X))
& has_part_2(fn_fight_or_flight_response_29(X),fn_fight_or_flight_response_21(X))
& quantity_2(fn_fight_or_flight_response_21(X),fn_fight_or_flight_response_26(X))
& subevent_2(fn_fight_or_flight_response_34(X),fn_fight_or_flight_response_12(X))
& subevent_2(fn_fight_or_flight_response_12(X),fn_fight_or_flight_response_30(X))
& subevent_2(fn_fight_or_flight_response_30(X),fn_fight_or_flight_response_19(X))
& base_2(fn_fight_or_flight_response_19(X),fn_fight_or_flight_response_29(X))
& fn_fight_or_flight_response_29(X) != fn_fight_or_flight_response_17(X)
& fn_fight_or_flight_response_17(X) != fn_fight_or_flight_response_29(X)
& fn_fight_or_flight_response_29(X) = fn_release_2(fn_fight_or_flight_response_18(X))
& fn_fight_or_flight_response_39(X) = fn_release_1(fn_fight_or_flight_response_18(X))
& fn_fight_or_flight_response_28(X) = fn_mobilization_of_fuel_reserve_4(fn_fight_or_flight_response_36(X))
& fn_fight_or_flight_response_39(X) = fn_mobilization_of_fuel_reserve_4(fn_fight_or_flight_response_31(X))
& fn_fight_or_flight_response_20(X) = fn_cellular_response_1(fn_fight_or_flight_response_30(X))
& fn_fight_or_flight_response_10(X) = fn_mobilization_of_fuel_reserve_3(fn_fight_or_flight_response_31(X))
& fn_fight_or_flight_response_39(X) = fn_decomposition_reaction_2(fn_fight_or_flight_response_32(X))
& fn_fight_or_flight_response_39(X) = fn_dephosphorylation_of_glucose_6_phosphate_2(fn_fight_or_flight_response_32(X))
& fn_fight_or_flight_response_28(X) = fn_decomposition_reaction_2(fn_fight_or_flight_response_35(X))
& fn_fight_or_flight_response_28(X) = fn_dephosphorylation_of_glucose_6_phosphate_2(fn_fight_or_flight_response_35(X))
& fn_fight_or_flight_response_39(X) = fn_catabolic_pathway_10(fn_fight_or_flight_response_10(X))
& fn_fight_or_flight_response_39(X) = fn_cellular_respiration_42(fn_fight_or_flight_response_10(X))
& fn_fight_or_flight_response_37(X) = fn_cell_communication_with_epinephrine_in_muscle_cell_25(fn_fight_or_flight_response_33(X))
& fn_fight_or_flight_response_38(X) = fn_cell_communication_with_epinephrine_in_muscle_cell_26(fn_fight_or_flight_response_33(X))
& fn_fight_or_flight_response_24(X) = fn_cell_communication_with_epinephrine_in_liver_cell_111(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_40(X) = fn_cell_communication_with_epinephrine_in_liver_cell_38(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_41(X) = fn_cell_communication_with_epinephrine_in_liver_cell_37(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_20(X) = fn_cell_communication_with_epinephrine_in_liver_cell_70(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_25(X) = fn_cell_communication_with_epinephrine_in_liver_cell_68(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_25(X) = fn_cell_communication_with_epinephrine_in_liver_cell_139(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_16(X) = fn_cell_communication_with_epinephrine_in_liver_cell_66(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_14(X) = fn_cell_communication_with_epinephrine_in_liver_cell_144(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_23(X) = fn_cell_communication_with_epinephrine_in_liver_cell_98(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_22(X) = fn_cell_communication_with_epinephrine_in_liver_cell_8(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_12(X) = fn_cell_communication_with_epinephrine_43(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_15(X) = fn_cell_communication_with_epinephrine_21(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_15(X) = fn_cell_communication_with_epinephrine_in_liver_cell_97(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_13(X) = fn_cell_communication_with_epinephrine_in_liver_cell_62(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_11(X) = fn_cell_communication_with_epinephrine_in_liver_cell_107(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_27(X) = fn_cell_communication_with_epinephrine_in_liver_cell_36(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_26(X) = fn_cell_communication_with_epinephrine_in_liver_cell_35(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_21(X) = fn_cell_communication_with_epinephrine_22(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_21(X) = fn_cell_communication_with_epinephrine_in_liver_cell_73(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_29(X) = fn_cell_communication_with_epinephrine_20(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_17(X) = fn_cell_communication_with_epinephrine_in_liver_cell_78(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_29(X) = fn_cell_communication_with_epinephrine_in_liver_cell_69(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_19(X) = fn_cell_communication_with_epinephrine_in_liver_cell_82(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_30(X) = fn_cell_communication_with_epinephrine_in_liver_cell_81(fn_fight_or_flight_response_34(X))
& fn_fight_or_flight_response_12(X) = fn_cell_communication_with_epinephrine_in_liver_cell_74(fn_fight_or_flight_response_34(X))
& fn_mobilization_of_fuel_reserve_4(fn_fight_or_flight_response_36(X)) = fn_decomposition_reaction_2(fn_fight_or_flight_response_35(X))
& fn_decomposition_reaction_2(fn_fight_or_flight_response_35(X)) = fn_mobilization_of_fuel_reserve_4(fn_fight_or_flight_response_36(X))
& fn_mobilization_of_fuel_reserve_4(fn_fight_or_flight_response_36(X)) = fn_dephosphorylation_of_glucose_6_phosphate_2(fn_fight_or_flight_response_35(X))
& fn_dephosphorylation_of_glucose_6_phosphate_2(fn_fight_or_flight_response_35(X)) = fn_release_1(fn_fight_or_flight_response_18(X))
& fn_release_1(fn_fight_or_flight_response_18(X)) = fn_decomposition_reaction_2(fn_fight_or_flight_response_32(X))
& fn_mobilization_of_fuel_reserve_4(fn_fight_or_flight_response_31(X)) = fn_decomposition_reaction_2(fn_fight_or_flight_response_32(X))
& fn_decomposition_reaction_2(fn_fight_or_flight_response_32(X)) = fn_mobilization_of_fuel_reserve_4(fn_fight_or_flight_response_31(X))
& fn_mobilization_of_fuel_reserve_4(fn_fight_or_flight_response_31(X)) = fn_catabolic_pathway_10(fn_fight_or_flight_response_10(X))
& fn_dephosphorylation_of_glucose_6_phosphate_2(fn_fight_or_flight_response_32(X)) = fn_catabolic_pathway_10(fn_fight_or_flight_response_10(X))
& fn_catabolic_pathway_10(fn_fight_or_flight_response_10(X)) = fn_dephosphorylation_of_glucose_6_phosphate_2(fn_fight_or_flight_response_32(X))
& fn_dephosphorylation_of_glucose_6_phosphate_2(fn_fight_or_flight_response_32(X)) = fn_cellular_respiration_42(fn_fight_or_flight_response_10(X))
& fn_cellular_respiration_42(fn_fight_or_flight_response_10(X)) = fn_cellular_response_1(fn_fight_or_flight_response_30(X))
& fn_cellular_response_1(fn_fight_or_flight_response_30(X)) = fn_cell_communication_with_epinephrine_in_liver_cell_70(fn_fight_or_flight_response_34(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_70(fn_fight_or_flight_response_34(X)) = fn_cell_communication_with_epinephrine_in_liver_cell_68(fn_fight_or_flight_response_34(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_68(fn_fight_or_flight_response_34(X)) = fn_cell_communication_with_epinephrine_in_liver_cell_139(fn_fight_or_flight_response_34(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_139(fn_fight_or_flight_response_34(X)) = fn_cell_communication_with_epinephrine_in_liver_cell_139(fn_fight_or_flight_response_34(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_139(fn_fight_or_flight_response_34(X)) = fn_cell_communication_with_epinephrine_in_liver_cell_97(fn_fight_or_flight_response_34(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_97(fn_fight_or_flight_response_34(X)) = fn_cell_communication_with_epinephrine_in_liver_cell_97(fn_fight_or_flight_response_34(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_97(fn_fight_or_flight_response_34(X)) = fn_cell_communication_with_epinephrine_21(fn_fight_or_flight_response_34(X))
& fn_cell_communication_with_epinephrine_21(fn_fight_or_flight_response_34(X)) = fn_cell_communication_with_epinephrine_in_liver_cell_97(fn_fight_or_flight_response_34(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_97(fn_fight_or_flight_response_34(X)) = fn_cell_communication_with_epinephrine_in_liver_cell_73(fn_fight_or_flight_response_34(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_73(fn_fight_or_flight_response_34(X)) = fn_cell_communication_with_epinephrine_in_liver_cell_73(fn_fight_or_flight_response_34(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_73(fn_fight_or_flight_response_34(X)) = fn_cell_communication_with_epinephrine_22(fn_fight_or_flight_response_34(X))
& fn_cell_communication_with_epinephrine_22(fn_fight_or_flight_response_34(X)) = fn_cell_communication_with_epinephrine_in_liver_cell_73(fn_fight_or_flight_response_34(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_73(fn_fight_or_flight_response_34(X)) = fn_release_2(fn_fight_or_flight_response_18(X))
& fn_release_2(fn_fight_or_flight_response_18(X)) = fn_cell_communication_with_epinephrine_20(fn_fight_or_flight_response_34(X))
& fn_cell_communication_with_epinephrine_20(fn_fight_or_flight_response_34(X)) = fn_cell_communication_with_epinephrine_20(fn_fight_or_flight_response_34(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_69(fn_fight_or_flight_response_34(X)) = fn_cell_communication_with_epinephrine_20(fn_fight_or_flight_response_34(X))
& fn_cell_communication_with_epinephrine_20(fn_fight_or_flight_response_34(X)) = fn_cell_communication_with_epinephrine_in_liver_cell_69(fn_fight_or_flight_response_34(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_69(fn_fight_or_flight_response_34(X)) = fn_cell_communication_with_epinephrine_in_liver_cell_69(fn_fight_or_flight_response_34(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_69(fn_fight_or_flight_response_34(X)) = fn_cell_communication_with_epinephrine_in_liver_cell_74(fn_fight_or_flight_response_34(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_74(fn_fight_or_flight_response_34(X)) = fn_cell_communication_with_epinephrine_43(fn_fight_or_flight_response_34(X))
& fn_cell_communication_with_epinephrine_43(fn_fight_or_flight_response_34(X)) = fn_cell_communication_with_epinephrine_in_liver_cell_74(fn_fight_or_flight_response_34(X))
& fn_cell_communication_with_epinephrine_in_liver_cell_74(fn_fight_or_flight_response_34(X)) = fn_cell_communication_with_epinephrine_in_liver_cell_74(fn_fight_or_flight_response_34(X)) ) ) ).
fof(a529594,axiom,
! [X] :
( fight_or_flight_response_leading_to_fight_1(X)
=> ( original_name_2(X,'Fight-Or-Flight-Response-Leading-To-Fight')
& user_description_2(X,'Physiological response to stress in animals resulting in aggresive action (fight) as a response to potential danger or conflict. The response is initiated by adrenaline signaling.')
& concept2words_2(X,'fight or flight response leading to fight')
& concept2words_2(X,'fight-or-flight-response-leading-to-fight')
& fight_or_flight_response_1(X)
& defense_1(fn_fight_or_flight_response_leading_to_fight_1(X))
& cell_communication_1(fn_fight_or_flight_response_leading_to_fight_2(X))
& cell_communication_with_epinephrine_in_liver_cell_1(fn_fight_or_flight_response_leading_to_fight_3(X))
& cell_communication_with_epinephrine_in_muscle_cell_1(fn_fight_or_flight_response_leading_to_fight_4(X))
& subevent_2(X,fn_fight_or_flight_response_leading_to_fight_1(X))
& subevent_2(X,fn_fight_or_flight_response_leading_to_fight_2(X))
& enables_2(fn_fight_or_flight_response_leading_to_fight_2(X),fn_fight_or_flight_response_leading_to_fight_1(X))
& subevent_2(X,fn_fight_or_flight_response_leading_to_fight_4(X))
& subevent_2(X,fn_fight_or_flight_response_leading_to_fight_3(X))
& fn_fight_or_flight_response_leading_to_fight_4(X) = fn_fight_or_flight_response_33(X)
& fn_fight_or_flight_response_leading_to_fight_3(X) = fn_fight_or_flight_response_34(X) ) ) ).
fof(a529595,axiom,
! [X] :
( fight_or_flight_response_leading_to_flight_1(X)
=> ( original_name_2(X,'Fight-Or-Flight-Response-Leading-To-Flight')
& user_description_2(X,'Physiological response to stress in animals resulting in avoidance action (flight) as a response to potential danger or conflict. The response is initiated by adrenaline signaling.')
& concept2words_2(X,'fight or flight response leading to flight')
& concept2words_2(X,'fight-or-flight-response-leading-to-flight')
& fight_or_flight_response_1(X)
& cell_communication_1(fn_fight_or_flight_response_leading_to_flight_1(X))
& organism_1(fn_fight_or_flight_response_leading_to_flight_2(X))
& locomotion_1(fn_fight_or_flight_response_leading_to_flight_3(X))
& cell_communication_with_epinephrine_in_liver_cell_1(fn_fight_or_flight_response_leading_to_flight_4(X))
& cell_communication_with_epinephrine_in_muscle_cell_1(fn_fight_or_flight_response_leading_to_flight_5(X))
& spatial_entity_1(fn_locomotion_1(fn_fight_or_flight_response_leading_to_flight_3(X)))
& enables_2(fn_fight_or_flight_response_leading_to_flight_1(X),fn_fight_or_flight_response_leading_to_flight_3(X))
& subevent_2(X,fn_fight_or_flight_response_leading_to_flight_3(X))
& subevent_2(X,fn_fight_or_flight_response_leading_to_flight_1(X))
& object_2(fn_fight_or_flight_response_leading_to_flight_3(X),fn_fight_or_flight_response_leading_to_flight_2(X))
& agent_2(fn_fight_or_flight_response_leading_to_flight_3(X),fn_fight_or_flight_response_leading_to_flight_2(X))
& subevent_2(X,fn_fight_or_flight_response_leading_to_flight_5(X))
& subevent_2(X,fn_fight_or_flight_response_leading_to_flight_4(X))
& fn_fight_or_flight_response_leading_to_flight_2(X) = fn_locomotion_1(fn_fight_or_flight_response_leading_to_flight_3(X))
& fn_fight_or_flight_response_leading_to_flight_5(X) = fn_fight_or_flight_response_33(X)
& fn_fight_or_flight_response_leading_to_flight_4(X) = fn_fight_or_flight_response_34(X) ) ) ).
fof(a529596,axiom,
! [X] :
( filament_protein_1(X)
=> ( original_name_2(X,'Filament-Protein')
& user_description_2(X,'A long chain of protein subunits.')
& concept2words_2(X,filament)
& concept2words_2(X,'protein of filament')
& concept2words_2(X,'filament protein')
& concept2words_2(X,'filament-protein')
& protein_1(X) ) ) ).
fof(a529597,axiom,
! [X] :
( filter_1(X)
=> ( original_name_2(X,'Filter')
& concept2words_2(X,filter)
& role_1(X)
& entity_1(fn_filter_1(X))
& plays_2(fn_filter_1(X),X) ) ) ).
fof(a529598,axiom,
! [X] :
( filter_feeder_1(X)
=> ( original_name_2(X,'Filter-Feeder')
& user_description_2(X,'Type of suspension feeder which actively filters food particles from water with specialized filtering structures.')
& concept2words_2(X,'feeder of filter')
& concept2words_2(X,'filter feeder')
& concept2words_2(X,'filter-feeder')
& suspension_feeder_1(X)
& chemical_1(fn_filter_feeder_1(X))
& water_1(fn_filter_feeder_2(X))
& tangible_entity_1(fn_filter_feeder_3(X))
& solid_substance_1(fn_filter_feeder_3(X))
& filter_1(fn_filter_feeder_4(X))
& spatial_entity_1(fn_filter_feeder_5(X))
& suspension_1(fn_filter_feeder_5(X))
& mixture_1(fn_filter_feeder_5(X))
& specific_heat_value_1(fn_filter_feeder_6(X))
& temperature_value_1(fn_filter_feeder_7(X))
& move_through_1(fn_filter_feeder_8(X))
& animal_structure_1(fn_filter_feeder_9(X))
& water_1(fn_filter_feeder_10(X))
& nutrition_1(fn_filter_feeder_11(X))
& heterotroph_1(fn_filter_feeder_12(X))
& agent_role_1(fn_filter_feeder_13(X))
& entity_1(fn_filter_feeder_14(X))
& animal_1(fn_filter_feeder_14(X))
& organism_1(fn_filter_feeder_14(X))
& ingestion_1(fn_filter_feeder_15(X))
& food_1(fn_filter_feeder_16(X))
& entity_1(fn_filter_1(fn_filter_feeder_4(X)))
& nutrition_1(fn_animal_19(fn_filter_feeder_14(X)))
& heterotroph_1(fn_animal_18(fn_filter_feeder_14(X)))
& specific_heat_value_1(fn_organism_5(fn_filter_feeder_14(X)))
& temperature_value_1(fn_organism_2(fn_filter_feeder_14(X)))
& water_1(fn_organism_4(fn_filter_feeder_14(X)))
& tangible_entity_1(fn_ingestion_3(fn_filter_feeder_15(X)))
& tangible_entity_1(fn_food_3(fn_filter_feeder_16(X)))
& substance_1(fn_mixture_2(fn_filter_feeder_5(X)))
& substance_1(fn_mixture_1(fn_filter_feeder_5(X)))
& spatial_entity_1(fn_move_1(fn_filter_feeder_8(X)))
& entity_1(fn_agent_role_1(fn_filter_feeder_13(X)))
& animal_1(fn_ingestion_1(fn_filter_feeder_15(X)))
& subevent_2(fn_filter_feeder_15(X),fn_filter_feeder_8(X))
& has_part_2(fn_filter_feeder_14(X),fn_filter_feeder_9(X))
& path_2(fn_filter_feeder_8(X),fn_filter_feeder_9(X))
& base_2(fn_filter_feeder_8(X),fn_filter_feeder_14(X))
& plays_2(fn_filter_feeder_14(X),fn_filter_feeder_13(X))
& plays_2(fn_filter_feeder_9(X),fn_filter_feeder_4(X))
& object_2(fn_filter_feeder_8(X),fn_filter_feeder_5(X))
& plays_2(fn_filter_feeder_1(X),fn_filter_feeder_16(X))
& plays_2(fn_filter_feeder_14(X),X)
& base_2(fn_filter_feeder_15(X),fn_filter_feeder_14(X))
& plays_2(fn_filter_feeder_14(X),fn_filter_feeder_12(X))
& in_event_2(fn_filter_feeder_12(X),fn_filter_feeder_11(X))
& agent_2(fn_filter_feeder_11(X),fn_filter_feeder_14(X))
& in_event_2(X,fn_filter_feeder_15(X))
& object_2(fn_filter_feeder_15(X),fn_filter_feeder_3(X))
& is_inside_2(fn_filter_feeder_3(X),fn_filter_feeder_2(X))
& has_part_2(fn_filter_feeder_5(X),fn_filter_feeder_2(X))
& has_part_2(fn_filter_feeder_5(X),fn_filter_feeder_3(X))
& specific_heat_2(fn_filter_feeder_10(X),fn_filter_feeder_6(X))
& correspondence_2(fn_filter_feeder_7(X),fn_filter_feeder_6(X))
& temperature_2(fn_filter_feeder_14(X),fn_filter_feeder_7(X))
& has_part_2(fn_filter_feeder_14(X),fn_filter_feeder_10(X))
& has_part_2(fn_filter_feeder_5(X),fn_filter_feeder_1(X))
& fn_filter_feeder_14(X) = fn_agent_role_1(fn_filter_feeder_13(X))
& fn_filter_feeder_9(X) = fn_filter_1(fn_filter_feeder_4(X))
& fn_filter_feeder_5(X) = fn_move_1(fn_filter_feeder_8(X))
& fn_filter_feeder_1(X) = fn_food_3(fn_filter_feeder_16(X))
& fn_filter_feeder_14(X) = fn_suspension_feeder_1(X)
& fn_filter_feeder_14(X) = fn_ingestion_1(fn_filter_feeder_15(X))
& fn_filter_feeder_11(X) = fn_animal_19(fn_filter_feeder_14(X))
& fn_filter_feeder_12(X) = fn_animal_18(fn_filter_feeder_14(X))
& fn_filter_feeder_5(X) = fn_suspension_feeder_3(X)
& fn_filter_feeder_2(X) = fn_suspension_feeder_4(X)
& fn_filter_feeder_3(X) = fn_ingestion_3(fn_filter_feeder_15(X))
& fn_filter_feeder_3(X) = fn_suspension_feeder_5(X)
& fn_filter_feeder_15(X) = fn_suspension_feeder_2(X)
& fn_filter_feeder_1(X) = fn_mixture_2(fn_filter_feeder_5(X))
& fn_filter_feeder_1(X) = fn_mixture_1(fn_filter_feeder_5(X))
& fn_filter_feeder_6(X) = fn_organism_5(fn_filter_feeder_14(X))
& fn_filter_feeder_7(X) = fn_organism_2(fn_filter_feeder_14(X))
& fn_filter_feeder_10(X) = fn_organism_4(fn_filter_feeder_14(X))
& fn_suspension_feeder_5(X) = fn_suspension_feeder_5(X)
& fn_suspension_feeder_5(X) = fn_ingestion_3(fn_filter_feeder_15(X))
& fn_ingestion_3(fn_filter_feeder_15(X)) = fn_suspension_feeder_5(X)
& fn_suspension_feeder_5(X) = fn_food_3(fn_filter_feeder_16(X))
& fn_food_3(fn_filter_feeder_16(X)) = fn_mixture_2(fn_filter_feeder_5(X))
& fn_mixture_2(fn_filter_feeder_5(X)) = fn_mixture_2(fn_filter_feeder_5(X))
& fn_mixture_2(fn_filter_feeder_5(X)) = fn_mixture_1(fn_filter_feeder_5(X))
& fn_mixture_1(fn_filter_feeder_5(X)) = fn_move_1(fn_filter_feeder_8(X))
& fn_move_1(fn_filter_feeder_8(X)) = fn_suspension_feeder_3(X)
& fn_suspension_feeder_3(X) = fn_suspension_feeder_3(X)
& fn_suspension_feeder_3(X) = fn_agent_role_1(fn_filter_feeder_13(X))
& fn_agent_role_1(fn_filter_feeder_13(X)) = fn_suspension_feeder_1(X)
& fn_suspension_feeder_1(X) = fn_suspension_feeder_1(X)
& fn_suspension_feeder_1(X) = fn_ingestion_1(fn_filter_feeder_15(X)) ) ) ).
fof(a529599,axiom,
! [X] :
( filtrate_1(X)
=> ( original_name_2(X,'Filtrate')
& user_description_2(X,'Acellular liquid collected from body fluid and disposed of by the excretory system.')
& concept2words_2(X,filtrate)
& extra_cellular_fluid_1(X)
& ~ amniotic_fluid_1(X)
& ~ aqueous_humor_1(X)
& ~ bile_1(X)
& ~ cerebrospinal_fluid_1(X)
& ~ colloid_1(X)
& ~ gastric_juice_1(X)
& ~ hemolymph_1(X)
& ~ interstitial_fluid_1(X)
& ~ lymph_1(X)
& ~ mucus_1(X)
& ~ semen_1(X)
& ~ sweat_1(X)
& ~ urine_1(X)
& ~ vitreous_humor_1(X) ) ) ).
fof(a529600,axiom,
! [X] :
( filtration_1(X)
=> ( original_name_2(X,'Filtration')
& user_description_2(X,'In animals with excretory systems, the collection of water and small solute molecules, including metabolic wastes, from the fluids of the body.')
& concept2words_2(X,filter)
& concept2words_2(X,filtration)
& excretion_1(X) ) ) ).
fof(a529601,axiom,
! [X] :
( fimbria_1(X)
=> ( original_name_2(X,'Fimbria')
& user_description_2(X,'A short, hairlike appendage of a prokaryotic cell that helps it adhere to the substrate or to other cells; also known as an attachment pilus.')
& concept2words_2(X,fimbria)
& prokaryotic_cell_structure_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X)
& volume_value_1(fn_fimbria_1(X))
& size_value_1(fn_fimbria_2(X))
& mixture_1(fn_fimbria_3(X))
& cytoplasm_1(fn_fimbria_3(X))
& binary_fission_1(fn_fimbria_4(X))
& metabolism_1(fn_fimbria_5(X))
& surface_1(fn_fimbria_6(X))
& spatial_entity_1(fn_fimbria_7(X))
& organism_1(fn_fimbria_7(X))
& prokaryote_1(fn_fimbria_7(X))
& unicellular_organism_1(fn_fimbria_7(X))
& cell_1(fn_fimbria_7(X))
& attach_1(fn_fimbria_8(X))
& surface_1(fn_cell_4(fn_fimbria_7(X)))
& size_value_1(fn_cell_11(fn_fimbria_7(X)))
& volume_value_1(fn_cell_22(fn_fimbria_7(X)))
& mixture_1(fn_prokaryote_12(fn_fimbria_7(X)))
& cytoplasm_1(fn_prokaryote_12(fn_fimbria_7(X)))
& mixture_1(fn_cell_28(fn_fimbria_7(X)))
& cytoplasm_1(fn_cell_28(fn_fimbria_7(X)))
& spatial_entity_1(fn_attach_1(fn_fimbria_8(X)))
& organism_1(fn_metabolism_1(fn_fimbria_5(X)))
& unicellular_organism_1(fn_binary_fission_10(fn_fimbria_4(X)))
& agent_2(fn_fimbria_8(X),X)
& has_part_2(fn_fimbria_7(X),X)
& site_2(fn_fimbria_5(X),fn_fimbria_3(X))
& is_at_2(X,fn_fimbria_6(X))
& object_2(fn_fimbria_8(X),fn_fimbria_7(X))
& base_2(fn_fimbria_5(X),fn_fimbria_7(X))
& object_2(fn_fimbria_4(X),fn_fimbria_7(X))
& base_2(fn_fimbria_4(X),fn_fimbria_7(X))
& has_region_2(fn_fimbria_7(X),fn_fimbria_6(X))
& volume_2(fn_fimbria_7(X),fn_fimbria_1(X))
& directly_proportional_2(fn_fimbria_2(X),fn_fimbria_1(X))
& size_2(fn_fimbria_7(X),fn_fimbria_2(X))
& has_part_2(fn_fimbria_7(X),fn_fimbria_3(X))
& fn_fimbria_7(X) = fn_attach_1(fn_fimbria_8(X))
& fn_fimbria_7(X) = fn_metabolism_1(fn_fimbria_5(X))
& fn_fimbria_7(X) = fn_binary_fission_10(fn_fimbria_4(X))
& fn_fimbria_6(X) = fn_cell_4(fn_fimbria_7(X))
& fn_fimbria_3(X) = fn_prokaryote_12(fn_fimbria_7(X))
& fn_fimbria_3(X) = fn_cell_28(fn_fimbria_7(X))
& fn_fimbria_2(X) = fn_cell_11(fn_fimbria_7(X))
& fn_fimbria_1(X) = fn_cell_22(fn_fimbria_7(X))
& fn_prokaryote_12(fn_fimbria_7(X)) = fn_cell_28(fn_fimbria_7(X))
& fn_cell_28(fn_fimbria_7(X)) = fn_attach_1(fn_fimbria_8(X))
& fn_attach_1(fn_fimbria_8(X)) = fn_metabolism_1(fn_fimbria_5(X))
& fn_metabolism_1(fn_fimbria_5(X)) = fn_metabolism_1(fn_fimbria_5(X))
& fn_metabolism_1(fn_fimbria_5(X)) = fn_binary_fission_10(fn_fimbria_4(X))
& fn_binary_fission_10(fn_fimbria_4(X)) = fn_binary_fission_10(fn_fimbria_4(X)) ) ) ).
fof(a529602,axiom,
! [X] :
( fin_1(X)
=> ( original_name_2(X,'Fin')
& user_description_2(X,'An organ of locomotion and balance in fishes and other aquatic animals.')
& concept2words_2(X,fin)
& invertebrate_appendage_1(X) ) ) ).
fof(a529603,axiom,
! [X] :
( final_electron_acceptor_1(X)
=> ( original_name_2(X,'Final-Electron-Acceptor')
& user_description_2(X,'The molecule which accepts the electron at the end of an electron transport chain.')
& concept2words_2(X,'final electron acceptor')
& concept2words_2(X,'final-electron-acceptor')
& electron_recipient_1(X) ) ) ).
fof(a529604,axiom,
! [X] :
( financing_1(X)
=> ( original_name_2(X,'Financing')
& concept2words_2(X,funding)
& concept2words_2(X,financing)
& concept2words_2(X,finance)
& activity_1(X) ) ) ).
fof(a529605,axiom,
! [X] :
( finger_1(X)
=> ( original_name_2(X,'Finger')
& user_description_2(X,'A finger is a limb of the human body and a type of digit, an organ of manipulation and sensation found in the hands of humans and other primates.')
& concept2words_2(X,finger)
& digit_1(X) ) ) ).
fof(a529606,axiom,
! [X] :
( first_electron_shell_1(X)
=> ( original_name_2(X,'First-Electron-Shell')
& user_description_2(X,'The first energy shell of an atom, containing the valence electrons involved in the chemical reactions of that atom.')
& concept2words_2(X,'first electron shell')
& concept2words_2(X,'first electron-shell')
& concept2words_2(X,'first-electron-shell')
& electron_shell_1(X)
& ~ second_electron_shell_1(X)
& ~ third_electron_shell_1(X)
& quantity_value_1(fn_first_electron_shell_1(X))
& atom_1(fn_first_electron_shell_3(X))
& s_orbital_1(fn_first_electron_shell_4(X))
& electron_1(fn_first_electron_shell_5(X))
& potential_energy_1(fn_first_electron_shell_6(X))
& atomic_nucleus_1(fn_first_electron_shell_7(X))
& potential_energy_1(fn_electron_3(fn_first_electron_shell_5(X)))
& atomic_nucleus_1(fn_atom_18(fn_first_electron_shell_3(X)))
& electron_1(fn_atom_14(fn_first_electron_shell_3(X)))
& is_inside_2(fn_first_electron_shell_7(X),X)
& quantity_2(fn_first_electron_shell_6(X),fn_first_electron_shell_1(X))
& possesses_2(fn_first_electron_shell_5(X),fn_first_electron_shell_6(X))
& is_near_2(fn_first_electron_shell_5(X),fn_first_electron_shell_7(X))
& is_near_2(fn_first_electron_shell_7(X),fn_first_electron_shell_5(X))
& has_region_2(X,fn_first_electron_shell_4(X))
& is_inside_2(fn_first_electron_shell_5(X),fn_first_electron_shell_4(X))
& fn_first_electron_shell_6(X) = fn_electron_3(fn_first_electron_shell_5(X))
& fn_first_electron_shell_5(X) = fn_atom_14(fn_first_electron_shell_3(X))
& fn_first_electron_shell_7(X) = fn_atom_18(fn_first_electron_shell_3(X))
& fn_first_electron_shell_3(X) = fn_electron_shell_1(X)
& fn_first_electron_shell_5(X) = fn_electron_shell_2(X)
& fn_first_electron_shell_4(X) = fn_electron_shell_3(X)
& fn_atom_14(fn_first_electron_shell_3(X)) = fn_atom_14(fn_first_electron_shell_3(X))
& fn_atom_14(fn_first_electron_shell_3(X)) = fn_electron_shell_2(X) ) ) ).
fof(a529607,axiom,
! [X] :
( first_law_thermodynamics_1(X)
=> ( original_name_2(X,'First-Law-Thermodynamics')
& user_description_2(X,'The law of conservation of energy, which states that the amount of energy in the universe is constant. Energy can be transferred from one form to another but can be neither created nor destroyed.')
& concept2words_2(X,'principle of conservation of energy')
& concept2words_2(X,'principle-of-conservation-of-energy')
& concept2words_2(X,'first law of thermodynamics')
& concept2words_2(X,'first-law-of-thermodynamics')
& concept2words_2(X,'first law thermodynamics')
& concept2words_2(X,'first-law-thermodynamic')
& scientific_laws_1(X)
& ~ mendelian_law_1(X)
& ~ rule_of_probability_1(X)
& ~ second_law_thermodynamics_1(X) ) ) ).
fof(a529608,axiom,
! [X] :
( fish_1(X)
=> ( original_name_2(X,'Fish')
& user_description_2(X,'A member of a paraphyletic group of aquatic animals that breathe with gills and have limbs that lack digits. Many have bodies covered with scales and most are ectothermic.')
& concept2words_2(X,fish)
& vertebrate_1(X)
& ecotherm_1(fn_fish_1(X))
& length_value_1(fn_fish_3(X))
& omega_3_fatty_acid_1(fn_fish_4(X))
& fish_fat_1(fn_fish_5(X))
& hold_together_1(fn_fish_6(X))
& hold_1(fn_fish_6(X))
& nutrition_1(fn_fish_7(X))
& glucose_1(fn_fish_8(X))
& esophagus_1(fn_fish_9(X))
& mouth_1(fn_fish_10(X))
& chemical_digestion_1(fn_fish_11(X))
& organic_molecule_1(fn_fish_12(X))
& polypeptide_1(fn_fish_12(X))
& spatial_entity_1(fn_fish_13(X))
& chemical_entity_1(fn_fish_13(X))
& monomer_1(fn_fish_13(X))
& molecule_1(fn_fish_13(X))
& amino_acid_1(fn_fish_13(X))
& hold_together_1(fn_fish_14(X))
& tangible_entity_1(fn_fish_15(X))
& entity_1(fn_fish_15(X))
& chemical_entity_1(fn_fish_15(X))
& atom_1(fn_fish_15(X))
& carbon_1(fn_fish_15(X))
& entity_1(fn_fish_16(X))
& atom_1(fn_fish_16(X))
& chemical_entity_1(fn_fish_16(X))
& oxygen_1(fn_fish_16(X))
& entity_1(fn_fish_17(X))
& atom_1(fn_fish_17(X))
& chemical_entity_1(fn_fish_17(X))
& oxygen_1(fn_fish_17(X))
& tangible_entity_1(fn_fish_17(X))
& chemical_entity_1(fn_fish_18(X))
& carbohydrate_1(fn_fish_18(X))
& protein_1(fn_fish_19(X))
& activation_energy_1(fn_fish_20(X))
& water_molecule_1(fn_fish_21(X))
& tangible_entity_1(fn_fish_22(X))
& entity_1(fn_fish_22(X))
& chemical_entity_1(fn_fish_22(X))
& atom_1(fn_fish_22(X))
& oxygen_1(fn_fish_22(X))
& entity_1(fn_fish_23(X))
& chemical_entity_1(fn_fish_23(X))
& atom_1(fn_fish_23(X))
& hydrogen_1(fn_fish_23(X))
& oral_cavity_1(fn_fish_24(X))
& remove_1(fn_fish_25(X))
& remove_1(fn_fish_26(X))
& hydrolysis_1(fn_fish_27(X))
& hold_together_1(fn_fish_28(X))
& tangible_entity_1(fn_chemical_digestion_1(fn_fish_11(X)))
& chemical_entity_1(fn_hydrolysis_1(fn_fish_27(X)))
& spatial_entity_1(fn_remove_1(fn_fish_25(X)))
& spatial_entity_1(fn_remove_1(fn_fish_26(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_fish_27(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_fish_27(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_fish_27(X)))
& tangible_entity_1(fn_hold_2(fn_fish_14(X)))
& tangible_entity_1(fn_hold_2(fn_fish_28(X)))
& has_part_2(X,fn_fish_4(X))
& has_part_2(X,fn_fish_5(X))
& plays_2(X,fn_fish_1(X))
& the_scalar_value_2(fn_fish_3(X),short_0)
& scalar_unit_class_2(fn_fish_3(X),esophagus_0)
& length_2(fn_fish_9(X),fn_fish_3(X))
& raw_material_2(fn_fish_11(X),fn_fish_8(X))
& raw_material_2(fn_fish_11(X),fn_fish_21(X))
& base_2(fn_fish_11(X),fn_fish_24(X))
& called_2(fn_fish_11(X),'Protist')
& object_2(fn_fish_14(X),fn_fish_16(X))
& object_2(fn_fish_14(X),fn_fish_15(X))
& object_2(fn_fish_28(X),fn_fish_16(X))
& object_2(fn_fish_28(X),fn_fish_17(X))
& object_2(fn_fish_25(X),fn_fish_8(X))
& object_2(fn_fish_26(X),fn_fish_8(X))
& object_2(fn_fish_14(X),fn_fish_17(X))
& object_2(fn_fish_28(X),fn_fish_15(X))
& raw_material_2(fn_fish_11(X),fn_fish_20(X))
& result_2(fn_fish_27(X),fn_fish_8(X))
& fn_fish_21(X) != fn_fish_8(X)
& fn_fish_8(X) != fn_fish_21(X)
& has_part_2(X,fn_fish_9(X))
& has_part_2(X,fn_fish_10(X))
& has_region_2(fn_fish_10(X),fn_fish_24(X))
& has_part_2(fn_fish_18(X),fn_fish_17(X))
& object_2(fn_fish_6(X),fn_fish_15(X))
& has_part_2(fn_fish_13(X),fn_fish_22(X))
& fn_fish_23(X) != fn_fish_22(X)
& fn_fish_22(X) != fn_fish_23(X)
& object_2(fn_fish_6(X),fn_fish_17(X))
& object_2(fn_fish_6(X),fn_fish_16(X))
& has_part_2(fn_fish_18(X),fn_fish_16(X))
& fn_fish_17(X) != fn_fish_16(X)
& fn_fish_16(X) != fn_fish_17(X)
& result_2(fn_fish_7(X),fn_fish_18(X))
& has_part_2(fn_fish_18(X),fn_fish_15(X))
& fn_fish_15(X) != fn_fish_16(X)
& fn_fish_17(X) != fn_fish_15(X)
& fn_fish_15(X) != fn_fish_17(X)
& fn_fish_16(X) != fn_fish_15(X)
& agent_2(fn_fish_7(X),X)
& result_2(fn_fish_7(X),fn_fish_19(X))
& has_part_2(fn_fish_19(X),fn_fish_12(X))
& has_part_2(fn_fish_12(X),fn_fish_13(X))
& has_part_2(fn_fish_13(X),fn_fish_23(X))
& fn_fish_8(X) = fn_remove_1(fn_fish_25(X))
& fn_fish_8(X) = fn_remove_1(fn_fish_26(X))
& fn_fish_17(X) = fn_hold_2(fn_fish_14(X))
& fn_fish_15(X) = fn_hold_2(fn_fish_28(X))
& fn_fish_20(X) = fn_chemical_digestion_1(fn_fish_11(X))
& fn_fish_21(X) = fn_hydrolysis_1(fn_fish_27(X))
& fn_fish_8(X) = fn_decomposition_reaction_4(fn_fish_27(X))
& fn_fish_8(X) = fn_exergonic_reaction_11(fn_fish_27(X))
& fn_fish_8(X) = fn_hydrolysis_9(fn_fish_27(X))
& fn_fish_9(X) = fn_vertebrate_26(X)
& fn_fish_24(X) = fn_vertebrate_42(X)
& fn_fish_10(X) = fn_vertebrate_41(X)
& fn_fish_22(X) = fn_eumetazoan_23(X)
& fn_fish_22(X) = fn_eumetazoan_29(X)
& fn_fish_6(X) = fn_eumetazoan_7(X)
& fn_fish_16(X) = fn_eumetazoan_5(X)
& fn_fish_17(X) = fn_animal_17(X)
& fn_fish_17(X) = fn_eumetazoan_4(X)
& fn_fish_15(X) = fn_animal_12(X)
& fn_fish_15(X) = fn_eumetazoan_6(X)
& fn_fish_18(X) = fn_animal_8(X)
& fn_fish_18(X) = fn_eumetazoan_2(X)
& fn_fish_23(X) = fn_eumetazoan_26(X)
& fn_fish_13(X) = fn_eumetazoan_8(X)
& fn_fish_12(X) = fn_eumetazoan_9(X)
& fn_fish_19(X) = fn_eumetazoan_1(X)
& fn_fish_7(X) = fn_animal_19(X)
& fn_fish_7(X) = fn_eumetazoan_22(X)
& fn_remove_1(fn_fish_25(X)) = fn_remove_1(fn_fish_26(X))
& fn_remove_1(fn_fish_26(X)) = fn_decomposition_reaction_4(fn_fish_27(X))
& fn_decomposition_reaction_4(fn_fish_27(X)) = fn_decomposition_reaction_4(fn_fish_27(X))
& fn_decomposition_reaction_4(fn_fish_27(X)) = fn_exergonic_reaction_11(fn_fish_27(X))
& fn_hydrolysis_9(fn_fish_27(X)) = fn_hydrolysis_9(fn_fish_27(X))
& fn_hydrolysis_9(fn_fish_27(X)) = fn_exergonic_reaction_11(fn_fish_27(X))
& fn_exergonic_reaction_11(fn_fish_27(X)) = fn_hydrolysis_9(fn_fish_27(X))
& fn_hydrolysis_9(fn_fish_27(X)) = fn_eumetazoan_23(X)
& fn_eumetazoan_23(X) = fn_eumetazoan_29(X)
& fn_eumetazoan_29(X) = fn_eumetazoan_29(X)
& fn_eumetazoan_29(X) = fn_hold_2(fn_fish_14(X))
& fn_hold_2(fn_fish_14(X)) = fn_animal_17(X)
& fn_animal_17(X) = fn_animal_17(X)
& fn_eumetazoan_4(X) = fn_eumetazoan_4(X)
& fn_eumetazoan_4(X) = fn_animal_17(X)
& fn_animal_17(X) = fn_eumetazoan_4(X)
& fn_eumetazoan_4(X) = fn_hold_2(fn_fish_28(X))
& fn_hold_2(fn_fish_28(X)) = fn_animal_12(X)
& fn_animal_12(X) = fn_animal_12(X)
& fn_eumetazoan_6(X) = fn_eumetazoan_6(X)
& fn_eumetazoan_6(X) = fn_animal_12(X)
& fn_animal_12(X) = fn_eumetazoan_6(X)
& fn_eumetazoan_6(X) = fn_eumetazoan_2(X)
& fn_eumetazoan_2(X) = fn_eumetazoan_2(X)
& fn_eumetazoan_2(X) = fn_animal_8(X)
& fn_animal_8(X) = fn_eumetazoan_2(X)
& fn_eumetazoan_2(X) = fn_animal_19(X)
& fn_eumetazoan_22(X) = fn_eumetazoan_22(X)
& fn_eumetazoan_22(X) = fn_animal_19(X)
& fn_animal_19(X) = fn_eumetazoan_22(X) ) ) ).
fof(a529609,axiom,
! [X] :
( fish_fat_1(X)
=> ( original_name_2(X,'Fish-Fat')
& user_description_2(X,'The unsaturated fat obtained from fish is called fish fat.')
& concept2words_2(X,'fat of fish')
& concept2words_2(X,'fish fat')
& concept2words_2(X,'fish-fat')
& unsaturated_fat_1(X)
& oil_1(X)
& ~ plant_fat_1(X)
& ~ trans_fat_1(X) ) ) ).
fof(a529610,axiom,
! [X] :
( fish_homeotic_gene_1(X)
=> ( original_name_2(X,'Fish-Homeotic-Gene')
& user_description_2(X,'Homeotic gene present in fish.')
& concept2words_2(X,'fish homeotic gene')
& concept2words_2(X,'fish-homeotic-gene')
& vertebrate_homeotic_gene_1(X)
& animal_development_1(fn_fish_homeotic_gene_1(X))
& fish_1(fn_fish_homeotic_gene_2(X))
& agent_2(fn_fish_homeotic_gene_1(X),X)
& experiencer_2(fn_fish_homeotic_gene_1(X),fn_fish_homeotic_gene_2(X))
& fn_fish_homeotic_gene_2(X) = fn_vertebrate_homeotic_gene_18(X)
& fn_fish_homeotic_gene_1(X) = fn_vertebrate_homeotic_gene_20(X) ) ) ).
fof(a529611,axiom,
! [X] :
( fission_1(X)
=> ( original_name_2(X,'Fission')
& user_description_2(X,'A form of asexual reproduction in which an animal divides into two approximately equal-sized clonal offspring.')
& concept2words_2(X,fission)
& macrophysiological_process_1(X) ) ) ).
fof(a529612,axiom,
! [X] :
( five_kingdom_system_1(X)
=> ( original_name_2(X,'Five-Kingdom-System')
& user_description_2(X,'A model that divides all life into five distinct kingdoms - Monera, Protisa, Fungi, Plantae, and Animalia.')
& concept2words_2(X,'five kingdom system')
& concept2words_2(X,'five-kingdom system')
& concept2words_2(X,'five-kingdom-system')
& model_1(X)
& ~ closed_system_1(X)
& ~ cognitive_map_1(X)
& ~ ecological_model_1(X)
& ~ fluid_mosaic_model_1(X)
& ~ molecular_formula_1(X)
& ~ open_system_1(X)
& ~ redundancy_model_1(X)
& ~ representation_of_data_1(X)
& ~ rivet_model_1(X)
& ~ sandwich_model_1(X)
& ~ stable_system_1(X)
& ~ thermodynamic_system_1(X)
& ~ unstable_system_1(X) ) ) ).
fof(a529613,axiom,
! [X] :
( five_prime_cap_1(X)
=> ( original_name_2(X,'Five-Prime-Cap')
& user_description_2(X,'A modified form of guanine added onto the nucleotide at the 5\' end of a pre-mRNA molecule.')
& concept2words_2(X,'5 prime cap')
& concept2words_2(X,'5-prime-cap')
& concept2words_2(X,'5\' cap')
& concept2words_2(X,'5\'-cap')
& concept2words_2(X,'five prime cap')
& concept2words_2(X,'five-prime-cap')
& rna_1(X)
& size_value_1(fn_five_prime_cap_2(X))
& covalent_bond_1(fn_five_prime_cap_3(X))
& chemical_bond_1(fn_five_prime_cap_3(X))
& phosphodiester_bond_1(fn_five_prime_cap_3(X))
& ribonucleoside_monophosphate_1(fn_five_prime_cap_4(X))
& entity_1(fn_five_prime_cap_5(X))
& chemical_entity_1(fn_five_prime_cap_5(X))
& atom_1(fn_five_prime_cap_5(X))
& carbon_1(fn_five_prime_cap_5(X))
& system_1(fn_five_prime_cap_7(X))
& atomic_number_value_1(fn_five_prime_cap_8(X))
& ribonucleoside_monophosphate_1(fn_five_prime_cap_9(X))
& property_node_1(fn_carbon_13(fn_five_prime_cap_5(X)))
& equation_big_node_1(fn_carbon_7(fn_five_prime_cap_5(X)))
& system_1(fn_carbon_11(fn_five_prime_cap_5(X)))
& equation_set_1(fn_carbon_20(fn_five_prime_cap_5(X)))
& atomic_number_value_1(fn_atom_17(fn_five_prime_cap_5(X)))
& atomic_number_value_1(fn_carbon_16(fn_five_prime_cap_5(X)))
& size_2(fn_five_prime_cap_9(X),fn_five_prime_cap_2(X))
& size_2(fn_five_prime_cap_4(X),fn_five_prime_cap_2(X))
& has_part_2(X,fn_five_prime_cap_4(X))
& fn_five_prime_cap_4(X) != fn_five_prime_cap_9(X)
& has_part_2(X,fn_five_prime_cap_9(X))
& possesses_2(X,fn_five_prime_cap_3(X))
& is_between_2(fn_five_prime_cap_3(X),fn_five_prime_cap_5(X))
& fn_five_prime_cap_9(X) != fn_five_prime_cap_4(X)
& called_2(fn_five_prime_cap_8(X),'Atomic_Number')
& atomic_number_2(fn_five_prime_cap_5(X),fn_five_prime_cap_8(X))
& fn_five_prime_cap_5(X) = fn_rna_5(X)
& fn_five_prime_cap_3(X) = fn_polymer_1(X)
& fn_five_prime_cap_3(X) = fn_rna_8(X)
& fn_five_prime_cap_9(X) = fn_rna_3(X)
& fn_five_prime_cap_4(X) = fn_rna_10(X)
& fn_five_prime_cap_10(X) = fn_carbon_13(fn_five_prime_cap_5(X))
& fn_five_prime_cap_11(X) = fn_carbon_7(fn_five_prime_cap_5(X))
& fn_five_prime_cap_7(X) = fn_carbon_11(fn_five_prime_cap_5(X))
& fn_five_prime_cap_6(X) = fn_carbon_20(fn_five_prime_cap_5(X))
& fn_five_prime_cap_8(X) = fn_atom_17(fn_five_prime_cap_5(X))
& fn_five_prime_cap_8(X) = fn_carbon_16(fn_five_prime_cap_5(X))
& fn_rna_8(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_rna_8(X)
& fn_rna_8(X) = fn_atom_17(fn_five_prime_cap_5(X))
& fn_carbon_16(fn_five_prime_cap_5(X)) = fn_carbon_16(fn_five_prime_cap_5(X))
& fn_carbon_16(fn_five_prime_cap_5(X)) = fn_atom_17(fn_five_prime_cap_5(X))
& fn_atom_17(fn_five_prime_cap_5(X)) = fn_carbon_16(fn_five_prime_cap_5(X)) ) ) ).
fof(a529614,axiom,
! [X] :
( five_prime_end_of_mrna_1(X)
=> ( original_name_2(X,'Five-Prime-End-of-mRNA')
& user_description_2(X,'The end of the RNA molecule which shows the fifth carbon on the ribose.')
& concept2words_2(X,'five prime end of mrna')
& concept2words_2(X,'five-prime-end-of-mrna')
& number_5_prime_end_1(X) ) ) ).
fof(a529615,axiom,
! [X] :
( fixation_1(X)
=> ( original_name_2(X,'Fixation')
& user_description_2(X,'Chemical process in which molecules are converted to a form which is more usable by organisms.')
& concept2words_2(X,fixate)
& concept2words_2(X,fixation)
& synthesis_reaction_1(X)
& molecule_1(fn_fixation_1(X))
& raw_material_2(X,fn_fixation_1(X))
& fn_fixation_1(X) = fn_chemical_reaction_2(X) ) ) ).
fof(a529616,axiom,
! [X] :
( fixed_action_pattern_1(X)
=> ( original_name_2(X,'Fixed-Action-Pattern')
& user_description_2(X,'In ethology, an instinctive behavioral pattern that cannot be broken down into smaller actions and that, once started, goes to completion.')
& concept2words_2(X,'fixed action pattern')
& concept2words_2(X,'fixed-action-pattern')
& innate_behavior_1(X) ) ) ).
fof(a529617,axiom,
! [X] :
( flaccid_1(X)
=> ( original_name_2(X,'Flaccid')
& user_description_2(X,'Limp or lacking in stiffness. Said of a plant cell when there is no tendency for water to enter the cell.')
& concept2words_2(X,flaccid)
& condition_1(X) ) ) ).
fof(a529618,axiom,
! [X] :
( flaccid_cell_1(X)
=> ( original_name_2(X,'Flaccid-Cell')
& user_description_2(X,'A flaccid cell is a walled cell which has lost turgor pressure due to osmosis and is no longer rigid.')
& concept2words_2(X,'shriveled cell')
& concept2words_2(X,'shriveled-cell')
& concept2words_2(X,'flaccid cell')
& concept2words_2(X,'flaccid-cell')
& walled_cell_1(X)
& intensity_value_1(fn_flaccid_cell_2(X))
& turgor_pressure_1(fn_flaccid_cell_3(X))
& intensity_value_1(fn_flaccid_cell_4(X))
& isotonic_solution_1(fn_flaccid_cell_6(X))
& turgor_pressure_1(fn_flaccid_cell_7(X))
& potential_value_1(fn_flaccid_cell_8(X))
& ribosome_1(fn_flaccid_cell_12(X))
& volume_value_1(fn_flaccid_cell_13(X))
& size_value_1(fn_flaccid_cell_14(X))
& substance_1(fn_flaccid_cell_15(X))
& cytosol_1(fn_flaccid_cell_15(X))
& osmosis_1(fn_flaccid_cell_16(X))
& facilitated_diffusion_of_polar_molecule_1(fn_flaccid_cell_17(X))
& spatial_entity_1(fn_flaccid_cell_18(X))
& biomembrane_1(fn_flaccid_cell_18(X))
& plasma_membrane_1(fn_flaccid_cell_18(X))
& membrane_potential_1(fn_flaccid_cell_19(X))
& cell_1(fn_flaccid_cell_20(X))
& walled_cell_inside_isotonic_solution_1(fn_flaccid_cell_20(X))
& membrane_1(fn_flaccid_cell_21(X))
& spatial_entity_1(fn_flaccid_cell_21(X))
& biomembrane_1(fn_flaccid_cell_21(X))
& plasma_membrane_1(fn_flaccid_cell_21(X))
& spatial_entity_1(fn_flaccid_cell_22(X))
& cell_wall_1(fn_flaccid_cell_22(X))
& mixture_1(fn_flaccid_cell_23(X))
& cytoplasm_1(fn_flaccid_cell_23(X))
& attach_1(fn_flaccid_cell_24(X))
& surface_1(fn_flaccid_cell_25(X))
& cytoplasmic_side_1(fn_flaccid_cell_25(X))
& outside_face_1(fn_flaccid_cell_26(X))
& extracellular_side_1(fn_flaccid_cell_26(X))
& hydrophobic_core_1(fn_flaccid_cell_27(X))
& spatial_entity_1(fn_flaccid_cell_28(X))
& membrane_protein_1(fn_flaccid_cell_28(X))
& tangible_entity_1(fn_flaccid_cell_29(X))
& membrane_protein_1(fn_flaccid_cell_29(X))
& protein_1(fn_flaccid_cell_29(X))
& tangible_entity_1(fn_flaccid_cell_30(X))
& membrane_protein_1(fn_flaccid_cell_30(X))
& protein_1(fn_flaccid_cell_30(X))
& spatial_entity_1(fn_flaccid_cell_30(X))
& polymer_1(fn_flaccid_cell_30(X))
& glycoprotein_1(fn_flaccid_cell_31(X))
& tangible_entity_1(fn_flaccid_cell_32(X))
& transmembrane_protein_1(fn_flaccid_cell_32(X))
& integral_protein_1(fn_flaccid_cell_32(X))
& transport_protein_1(fn_flaccid_cell_32(X))
& tangible_entity_1(fn_flaccid_cell_33(X))
& phospholipid_bilayer_1(fn_flaccid_cell_33(X))
& make_contact_1(fn_flaccid_cell_34(X))
& surface_1(fn_flaccid_cell_35(X))
& cell_1(fn_passive_transport_1(fn_flaccid_cell_16(X)))
& gradient_1(fn_passive_transport_of_solute_3(fn_flaccid_cell_17(X)))
& concentration_gradient_1(fn_passive_transport_of_solute_3(fn_flaccid_cell_17(X)))
& tangible_entity_1(fn_cell_wall_13(fn_flaccid_cell_22(X)))
& cell_1(fn_cell_wall_13(fn_flaccid_cell_22(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_flaccid_cell_18(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_flaccid_cell_18(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_flaccid_cell_18(X)))
& protein_1(fn_plasma_membrane_68(fn_flaccid_cell_18(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_flaccid_cell_18(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_flaccid_cell_18(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_flaccid_cell_18(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_flaccid_cell_18(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_flaccid_cell_18(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_flaccid_cell_18(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_flaccid_cell_18(X)))
& protein_1(fn_plasma_membrane_54(fn_flaccid_cell_18(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_flaccid_cell_18(X)))
& polymer_1(fn_plasma_membrane_54(fn_flaccid_cell_18(X)))
& spatial_entity_1(fn_osmosis_22(fn_flaccid_cell_16(X)))
& biomembrane_1(fn_osmosis_22(fn_flaccid_cell_16(X)))
& membrane_1(fn_walled_cell_inside_isotonic_solution_16(fn_flaccid_cell_20(X)))
& spatial_entity_1(fn_walled_cell_inside_isotonic_solution_16(fn_flaccid_cell_20(X)))
& biomembrane_1(fn_walled_cell_inside_isotonic_solution_16(fn_flaccid_cell_20(X)))
& plasma_membrane_1(fn_walled_cell_inside_isotonic_solution_16(fn_flaccid_cell_20(X)))
& spatial_entity_1(fn_make_contact_2(fn_flaccid_cell_34(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_flaccid_cell_18(X)))
& tangible_entity_1(fn_biomembrane_63(fn_flaccid_cell_18(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_flaccid_cell_18(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_flaccid_cell_18(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_flaccid_cell_18(X)))
& outside_face_1(fn_biomembrane_41(fn_flaccid_cell_18(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_flaccid_cell_18(X)))
& spatial_entity_1(fn_attach_2(fn_flaccid_cell_24(X)))
& spatial_entity_1(fn_make_contact_1(fn_flaccid_cell_34(X)))
& spatial_entity_1(fn_attach_1(fn_flaccid_cell_24(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_flaccid_cell_18(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_flaccid_cell_18(X)))
& the_cardinal_value_2(fn_flaccid_cell_8(X),"0.0e0")
& cardinal_unit_class_2(fn_flaccid_cell_8(X),pascal_0)
& intensity_2(fn_flaccid_cell_7(X),fn_flaccid_cell_4(X))
& pressure_potential_2(fn_flaccid_cell_6(X),fn_flaccid_cell_8(X))
& fn_flaccid_cell_21(X) != fn_flaccid_cell_18(X)
& possesses_2(fn_flaccid_cell_20(X),fn_flaccid_cell_7(X))
& has_state_2(fn_flaccid_cell_20(X),X)
& is_across_2(fn_flaccid_cell_19(X),fn_flaccid_cell_18(X))
& greater_than_or_equal_to_2(fn_flaccid_cell_4(X),fn_flaccid_cell_2(X))
& intensity_2(fn_flaccid_cell_3(X),fn_flaccid_cell_2(X))
& fn_flaccid_cell_18(X) != fn_flaccid_cell_21(X)
& is_inside_2(X,fn_flaccid_cell_6(X))
& possesses_2(X,fn_flaccid_cell_3(X))
& object_2(fn_flaccid_cell_24(X),fn_flaccid_cell_28(X))
& base_2(fn_flaccid_cell_24(X),fn_flaccid_cell_18(X))
& object_2(fn_flaccid_cell_34(X),fn_flaccid_cell_18(X))
& base_2(fn_flaccid_cell_34(X),fn_flaccid_cell_22(X))
& base_2(fn_flaccid_cell_16(X),fn_flaccid_cell_20(X))
& agent_2(fn_flaccid_cell_17(X),fn_flaccid_cell_19(X))
& path_2(fn_flaccid_cell_16(X),fn_flaccid_cell_21(X))
& has_part_2(fn_flaccid_cell_20(X),fn_flaccid_cell_21(X))
& has_part_2(X,fn_flaccid_cell_22(X))
& is_oriented_toward_2(fn_flaccid_cell_25(X),fn_flaccid_cell_23(X))
& has_region_2(X,fn_flaccid_cell_35(X))
& is_at_2(fn_flaccid_cell_33(X),fn_flaccid_cell_35(X))
& volume_2(X,fn_flaccid_cell_13(X))
& directly_proportional_2(fn_flaccid_cell_14(X),fn_flaccid_cell_13(X))
& size_2(X,fn_flaccid_cell_14(X))
& has_part_2(X,fn_flaccid_cell_23(X))
& is_facing_2(fn_flaccid_cell_25(X),fn_flaccid_cell_23(X))
& has_part_2(X,fn_flaccid_cell_18(X))
& is_inside_2(fn_flaccid_cell_23(X),fn_flaccid_cell_18(X))
& has_part_2(fn_flaccid_cell_23(X),fn_flaccid_cell_15(X))
& is_inside_2(fn_flaccid_cell_12(X),fn_flaccid_cell_15(X))
& has_part_2(X,fn_flaccid_cell_12(X))
& has_part_2(fn_flaccid_cell_18(X),fn_flaccid_cell_33(X))
& has_region_2(fn_flaccid_cell_18(X),fn_flaccid_cell_25(X))
& is_inside_2(fn_flaccid_cell_32(X),fn_flaccid_cell_33(X))
& is_inside_2(fn_flaccid_cell_31(X),fn_flaccid_cell_33(X))
& has_part_2(fn_flaccid_cell_18(X),fn_flaccid_cell_31(X))
& is_across_2(fn_flaccid_cell_32(X),fn_flaccid_cell_18(X))
& has_part_2(fn_flaccid_cell_18(X),fn_flaccid_cell_32(X))
& fn_flaccid_cell_32(X) != fn_flaccid_cell_30(X)
& fn_flaccid_cell_30(X) != fn_flaccid_cell_29(X)
& fn_flaccid_cell_29(X) != fn_flaccid_cell_30(X)
& fn_flaccid_cell_30(X) != fn_flaccid_cell_32(X)
& is_across_2(fn_flaccid_cell_32(X),fn_flaccid_cell_27(X))
& called_2(fn_flaccid_cell_29(X),'MP1')
& has_part_2(fn_flaccid_cell_18(X),fn_flaccid_cell_29(X))
& is_outside_2(fn_flaccid_cell_26(X),fn_flaccid_cell_18(X))
& has_region_2(fn_flaccid_cell_18(X),fn_flaccid_cell_26(X))
& has_part_2(fn_flaccid_cell_18(X),fn_flaccid_cell_30(X))
& has_region_2(fn_flaccid_cell_32(X),fn_flaccid_cell_26(X))
& has_region_2(fn_flaccid_cell_18(X),fn_flaccid_cell_27(X))
& called_2(fn_flaccid_cell_30(X),'MP2')
& is_at_2(fn_flaccid_cell_28(X),fn_flaccid_cell_18(X))
& fn_flaccid_cell_28(X) = fn_attach_1(fn_flaccid_cell_24(X))
& fn_flaccid_cell_18(X) = fn_attach_2(fn_flaccid_cell_24(X))
& fn_flaccid_cell_18(X) = fn_make_contact_1(fn_flaccid_cell_34(X))
& fn_flaccid_cell_22(X) = fn_make_contact_2(fn_flaccid_cell_34(X))
& fn_flaccid_cell_20(X) = fn_passive_transport_1(fn_flaccid_cell_16(X))
& fn_flaccid_cell_19(X) = fn_passive_transport_of_solute_3(fn_flaccid_cell_17(X))
& fn_flaccid_cell_21(X) = fn_osmosis_22(fn_flaccid_cell_16(X))
& fn_flaccid_cell_21(X) = fn_walled_cell_inside_isotonic_solution_16(fn_flaccid_cell_20(X))
& fn_flaccid_cell_22(X) = fn_walled_cell_1(X)
& X = fn_cell_wall_13(fn_flaccid_cell_22(X))
& fn_flaccid_cell_11(X) = fn_cell_23(X)
& fn_flaccid_cell_10(X) = fn_cell_10(X)
& fn_flaccid_cell_33(X) = fn_cell_26(X)
& fn_flaccid_cell_35(X) = fn_cell_4(X)
& fn_flaccid_cell_25(X) = fn_cell_27(X)
& fn_flaccid_cell_14(X) = fn_cell_11(X)
& fn_flaccid_cell_13(X) = fn_cell_22(X)
& fn_flaccid_cell_12(X) = fn_cell_14(X)
& fn_flaccid_cell_15(X) = fn_cell_29(X)
& fn_flaccid_cell_23(X) = fn_cell_28(X)
& fn_flaccid_cell_18(X) = fn_cell_30(X)
& fn_flaccid_cell_33(X) = fn_biomembrane_63(fn_flaccid_cell_18(X))
& fn_flaccid_cell_25(X) = fn_plasma_membrane_66(fn_flaccid_cell_18(X))
& fn_flaccid_cell_33(X) = fn_plasma_membrane_71(fn_flaccid_cell_18(X))
& fn_flaccid_cell_31(X) = fn_plasma_membrane_34(fn_flaccid_cell_18(X))
& fn_flaccid_cell_29(X) = fn_plasma_membrane_68(fn_flaccid_cell_18(X))
& fn_flaccid_cell_26(X) = fn_biomembrane_41(fn_flaccid_cell_18(X))
& fn_flaccid_cell_32(X) = fn_plasma_membrane_55(fn_flaccid_cell_18(X))
& fn_flaccid_cell_26(X) = fn_plasma_membrane_65(fn_flaccid_cell_18(X))
& fn_flaccid_cell_27(X) = fn_plasma_membrane_6(fn_flaccid_cell_18(X))
& fn_flaccid_cell_30(X) = fn_plasma_membrane_54(fn_flaccid_cell_18(X))
& fn_flaccid_cell_28(X) = fn_plasma_membrane_4(fn_flaccid_cell_18(X))
& fn_flaccid_cell_28(X) = fn_plasma_membrane_3(fn_flaccid_cell_18(X))
& fn_osmosis_22(fn_flaccid_cell_16(X)) = fn_walled_cell_inside_isotonic_solution_16(fn_flaccid_cell_20(X))
& fn_walled_cell_inside_isotonic_solution_16(fn_flaccid_cell_20(X)) = fn_make_contact_2(fn_flaccid_cell_34(X))
& fn_make_contact_2(fn_flaccid_cell_34(X)) = fn_walled_cell_1(X)
& fn_walled_cell_1(X) = fn_cell_27(X)
& fn_cell_27(X) = fn_cell_27(X)
& fn_cell_27(X) = fn_plasma_membrane_66(fn_flaccid_cell_18(X))
& fn_plasma_membrane_66(fn_flaccid_cell_18(X)) = fn_cell_26(X)
& fn_cell_26(X) = fn_biomembrane_63(fn_flaccid_cell_18(X))
& fn_biomembrane_63(fn_flaccid_cell_18(X)) = fn_cell_26(X)
& fn_cell_26(X) = fn_plasma_membrane_71(fn_flaccid_cell_18(X))
& fn_plasma_membrane_71(fn_flaccid_cell_18(X)) = fn_plasma_membrane_71(fn_flaccid_cell_18(X))
& fn_plasma_membrane_71(fn_flaccid_cell_18(X)) = fn_plasma_membrane_65(fn_flaccid_cell_18(X))
& fn_plasma_membrane_65(fn_flaccid_cell_18(X)) = fn_biomembrane_41(fn_flaccid_cell_18(X))
& fn_biomembrane_41(fn_flaccid_cell_18(X)) = fn_plasma_membrane_65(fn_flaccid_cell_18(X))
& fn_plasma_membrane_65(fn_flaccid_cell_18(X)) = fn_plasma_membrane_65(fn_flaccid_cell_18(X))
& fn_plasma_membrane_65(fn_flaccid_cell_18(X)) = fn_attach_2(fn_flaccid_cell_24(X))
& fn_attach_2(fn_flaccid_cell_24(X)) = fn_make_contact_1(fn_flaccid_cell_34(X))
& fn_make_contact_1(fn_flaccid_cell_34(X)) = fn_make_contact_1(fn_flaccid_cell_34(X))
& fn_make_contact_1(fn_flaccid_cell_34(X)) = fn_cell_30(X)
& fn_cell_30(X) = fn_cell_30(X)
& fn_cell_30(X) = fn_attach_1(fn_flaccid_cell_24(X))
& fn_attach_1(fn_flaccid_cell_24(X)) = fn_plasma_membrane_4(fn_flaccid_cell_18(X))
& fn_plasma_membrane_4(fn_flaccid_cell_18(X)) = fn_plasma_membrane_4(fn_flaccid_cell_18(X))
& fn_plasma_membrane_4(fn_flaccid_cell_18(X)) = fn_plasma_membrane_3(fn_flaccid_cell_18(X)) ) ) ).
fof(a529619,axiom,
! [X] :
( flagellated_cell_1(X)
=> ( original_name_2(X,'Flagellated-cell')
& user_description_2(X,'A cell or one-celled organism that has a flagellum, a long, cellular appendage specialized for locomotion.')
& concept2words_2(X,'cell with a flagellum')
& concept2words_2(X,'cell-with-a-flagellum')
& concept2words_2(X,'flagellated cell')
& concept2words_2(X,'flagellated-cell')
& locomotor_cell_1(X)
& membrane_1(fn_flagellated_cell_1(X))
& spatial_entity_1(fn_flagellated_cell_1(X))
& biomembrane_1(fn_flagellated_cell_1(X))
& plasma_membrane_1(fn_flagellated_cell_1(X))
& facilitated_diffusion_of_polar_molecule_1(fn_flagellated_cell_2(X))
& volume_value_1(fn_flagellated_cell_3(X))
& size_value_1(fn_flagellated_cell_4(X))
& flagellum_1(fn_flagellated_cell_5(X))
& mixture_1(fn_flagellated_cell_6(X))
& cytoplasm_1(fn_flagellated_cell_6(X))
& substance_1(fn_flagellated_cell_7(X))
& cytosol_1(fn_flagellated_cell_7(X))
& tangible_entity_1(fn_flagellated_cell_8(X))
& phospholipid_bilayer_1(fn_flagellated_cell_8(X))
& surface_1(fn_flagellated_cell_9(X))
& ribosome_1(fn_flagellated_cell_10(X))
& surface_1(fn_flagellated_cell_11(X))
& cytoplasmic_side_1(fn_flagellated_cell_11(X))
& tangible_entity_1(fn_flagellated_cell_12(X))
& membrane_protein_1(fn_flagellated_cell_12(X))
& protein_1(fn_flagellated_cell_12(X))
& tangible_entity_1(fn_flagellated_cell_13(X))
& membrane_protein_1(fn_flagellated_cell_13(X))
& protein_1(fn_flagellated_cell_13(X))
& spatial_entity_1(fn_flagellated_cell_13(X))
& polymer_1(fn_flagellated_cell_13(X))
& tangible_entity_1(fn_flagellated_cell_14(X))
& transmembrane_protein_1(fn_flagellated_cell_14(X))
& integral_protein_1(fn_flagellated_cell_14(X))
& transport_protein_1(fn_flagellated_cell_14(X))
& glycoprotein_1(fn_flagellated_cell_15(X))
& cell_1(fn_flagellum_35(fn_flagellated_cell_5(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_flagellated_cell_1(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_flagellated_cell_1(X)))
& protein_1(fn_plasma_membrane_68(fn_flagellated_cell_1(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_flagellated_cell_1(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_flagellated_cell_1(X)))
& protein_1(fn_plasma_membrane_54(fn_flagellated_cell_1(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_flagellated_cell_1(X)))
& polymer_1(fn_plasma_membrane_54(fn_flagellated_cell_1(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_flagellated_cell_1(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_flagellated_cell_1(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_flagellated_cell_1(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_flagellated_cell_1(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_flagellated_cell_1(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_flagellated_cell_1(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_flagellated_cell_1(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_flagellated_cell_1(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_flagellated_cell_2(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_flagellated_cell_2(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_flagellated_cell_2(X)))
& path_2(fn_flagellated_cell_2(X),fn_flagellated_cell_1(X))
& has_part_2(X,fn_flagellated_cell_5(X))
& is_oriented_toward_2(fn_flagellated_cell_11(X),fn_flagellated_cell_6(X))
& has_region_2(X,fn_flagellated_cell_9(X))
& is_at_2(fn_flagellated_cell_8(X),fn_flagellated_cell_9(X))
& volume_2(X,fn_flagellated_cell_3(X))
& directly_proportional_2(fn_flagellated_cell_4(X),fn_flagellated_cell_3(X))
& size_2(X,fn_flagellated_cell_4(X))
& has_part_2(X,fn_flagellated_cell_6(X))
& is_facing_2(fn_flagellated_cell_11(X),fn_flagellated_cell_6(X))
& has_part_2(X,fn_flagellated_cell_1(X))
& is_inside_2(fn_flagellated_cell_6(X),fn_flagellated_cell_1(X))
& has_part_2(fn_flagellated_cell_6(X),fn_flagellated_cell_7(X))
& is_inside_2(fn_flagellated_cell_10(X),fn_flagellated_cell_7(X))
& has_part_2(X,fn_flagellated_cell_10(X))
& has_region_2(fn_flagellated_cell_1(X),fn_flagellated_cell_11(X))
& called_2(fn_flagellated_cell_13(X),'MP2')
& has_part_2(fn_flagellated_cell_1(X),fn_flagellated_cell_13(X))
& has_part_2(fn_flagellated_cell_1(X),fn_flagellated_cell_12(X))
& called_2(fn_flagellated_cell_12(X),'MP1')
& is_inside_2(fn_flagellated_cell_14(X),fn_flagellated_cell_8(X))
& fn_flagellated_cell_13(X) != fn_flagellated_cell_14(X)
& fn_flagellated_cell_12(X) != fn_flagellated_cell_13(X)
& fn_flagellated_cell_13(X) != fn_flagellated_cell_12(X)
& fn_flagellated_cell_14(X) != fn_flagellated_cell_13(X)
& has_part_2(fn_flagellated_cell_1(X),fn_flagellated_cell_15(X))
& is_inside_2(fn_flagellated_cell_15(X),fn_flagellated_cell_8(X))
& has_part_2(fn_flagellated_cell_1(X),fn_flagellated_cell_8(X))
& has_part_2(fn_flagellated_cell_1(X),fn_flagellated_cell_14(X))
& is_across_2(fn_flagellated_cell_14(X),fn_flagellated_cell_1(X))
& fn_flagellated_cell_1(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_flagellated_cell_2(X))
& X = fn_flagellum_35(fn_flagellated_cell_5(X))
& fn_flagellated_cell_16(X) = fn_cell_10(X)
& fn_flagellated_cell_17(X) = fn_cell_23(X)
& fn_flagellated_cell_8(X) = fn_cell_26(X)
& fn_flagellated_cell_9(X) = fn_cell_4(X)
& fn_flagellated_cell_11(X) = fn_cell_27(X)
& fn_flagellated_cell_4(X) = fn_cell_11(X)
& fn_flagellated_cell_3(X) = fn_cell_22(X)
& fn_flagellated_cell_10(X) = fn_cell_14(X)
& fn_flagellated_cell_7(X) = fn_cell_29(X)
& fn_flagellated_cell_6(X) = fn_cell_28(X)
& fn_flagellated_cell_1(X) = fn_cell_30(X)
& fn_flagellated_cell_11(X) = fn_plasma_membrane_66(fn_flagellated_cell_1(X))
& fn_flagellated_cell_12(X) = fn_plasma_membrane_68(fn_flagellated_cell_1(X))
& fn_flagellated_cell_13(X) = fn_plasma_membrane_54(fn_flagellated_cell_1(X))
& fn_flagellated_cell_14(X) = fn_plasma_membrane_55(fn_flagellated_cell_1(X))
& fn_flagellated_cell_8(X) = fn_plasma_membrane_71(fn_flagellated_cell_1(X))
& fn_flagellated_cell_15(X) = fn_plasma_membrane_34(fn_flagellated_cell_1(X))
& fn_cell_27(X) = fn_cell_27(X)
& fn_cell_27(X) = fn_plasma_membrane_66(fn_flagellated_cell_1(X))
& fn_plasma_membrane_66(fn_flagellated_cell_1(X)) = fn_cell_26(X)
& fn_cell_26(X) = fn_plasma_membrane_71(fn_flagellated_cell_1(X))
& fn_plasma_membrane_71(fn_flagellated_cell_1(X)) = fn_plasma_membrane_71(fn_flagellated_cell_1(X))
& fn_plasma_membrane_71(fn_flagellated_cell_1(X)) = fn_facilitated_diffusion_of_polar_molecule_5(fn_flagellated_cell_2(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_flagellated_cell_2(X)) = fn_cell_30(X)
& fn_cell_30(X) = fn_cell_30(X) ) ) ).
fof(a529620,axiom,
! [X] :
( flagellum_1(X)
=> ( original_name_2(X,'Flagellum')
& user_description_2(X,'A long appendage that protrudes from the cell body of some eukaryotic and prokaryotic cells, specialized for locomotion. A eukaryotic flagellum consists of nine pairs of fused microtubules surrounding two unfused central microtubules.')
& concept2words_2(X,flagella)
& concept2words_2(X,flagellum)
& cellular_structure_1(X)
& microtubule_1(fn_flagellum_1(X))
& length_value_1(fn_flagellum_4(X))
& length_value_1(fn_flagellum_5(X))
& length_value_1(fn_flagellum_7(X))
& protein_enzyme_1(fn_flagellum_8(X))
& length_value_1(fn_flagellum_9(X))
& quantity_value_1(fn_flagellum_11(X))
& shape_value_1(fn_flagellum_13(X))
& quantity_value_1(fn_flagellum_15(X))
& quantity_value_1(fn_flagellum_16(X))
& density_value_1(fn_flagellum_17(X))
& density_value_1(fn_flagellum_18(X))
& system_1(fn_flagellum_21(X))
& biomembrane_1(fn_flagellum_28(X))
& periphery_1(fn_flagellum_29(X))
& center_1(fn_flagellum_30(X))
& protein_1(fn_flagellum_31(X))
& dynein_1(fn_flagellum_32(X))
& molecular_assembly_1(fn_flagellum_33(X))
& locomotion_1(fn_flagellum_34(X))
& cell_1(fn_flagellum_35(X))
& microtubule_1(fn_flagellum_36(X))
& microtubule_1(fn_flagellum_37(X))
& microtubule_1(fn_flagellum_38(X))
& microtubule_1(fn_flagellum_39(X))
& microtubule_doublet_1(fn_flagellum_40(X))
& microtubule_doublet_1(fn_flagellum_41(X))
& spatial_entity_1(fn_locomotion_1(fn_flagellum_34(X)))
& microtubule_1(fn_microtubule_doublet_2(fn_flagellum_41(X)))
& microtubule_1(fn_microtubule_doublet_1(fn_flagellum_41(X)))
& microtubule_1(fn_microtubule_doublet_1(fn_flagellum_40(X)))
& microtubule_1(fn_microtubule_doublet_2(fn_flagellum_40(X)))
& has_region_2(fn_flagellum_33(X),fn_flagellum_30(X))
& has_region_2(fn_flagellum_33(X),fn_flagellum_29(X))
& exactCardinality(fn_flagellum_33(X),element_0,"2",microtubule_0)
& element_2(fn_flagellum_33(X),fn_flagellum_1(X))
& element_2(fn_flagellum_33(X),fn_flagellum_31(X))
& element_2(fn_flagellum_33(X),fn_flagellum_32(X))
& element_2(fn_flagellum_33(X),fn_flagellum_40(X))
& element_2(fn_flagellum_33(X),fn_flagellum_41(X))
& called_2(fn_flagellum_41(X),"1")
& is_at_2(fn_flagellum_41(X),fn_flagellum_29(X))
& called_2(fn_flagellum_40(X),"2")
& is_at_2(fn_flagellum_40(X),fn_flagellum_29(X))
& is_between_2(fn_flagellum_32(X),fn_flagellum_37(X))
& is_between_2(fn_flagellum_32(X),fn_flagellum_36(X))
& is_between_2(fn_flagellum_31(X),fn_flagellum_39(X))
& is_between_2(fn_flagellum_31(X),fn_flagellum_38(X))
& called_2(fn_flagellum_18(X),'Concentration_H')
& called_2(fn_flagellum_17(X),'Concentration_OH')
& called_2(fn_flagellum_16(X),'Quantity_H')
& called_2(fn_flagellum_15(X),'Quantity_OH')
& the_categorical_value_2(fn_flagellum_13(X),line_0)
& has_part_2(fn_flagellum_35(X),X)
& the_scalar_value_2(fn_flagellum_11(X),few_0)
& scalar_unit_class_2(fn_flagellum_11(X),cilium_0)
& the_scalar_value_2(fn_flagellum_9(X),long_0)
& scalar_unit_class_2(fn_flagellum_9(X),cilium_0)
& greater_than_or_equal_to_2(fn_flagellum_9(X),fn_flagellum_4(X))
& instrument_2(fn_flagellum_34(X),X)
& shape_2(X,fn_flagellum_13(X))
& diameter_2(X,fn_flagellum_7(X))
& has_part_2(X,fn_flagellum_33(X))
& has_part_2(X,fn_flagellum_28(X))
& has_part_2(X,fn_flagellum_8(X))
& quantity_2(X,fn_flagellum_11(X))
& length_2(X,fn_flagellum_9(X))
& has_function_2(X,fn_flagellum_34(X))
& the_cardinal_value_2(fn_flagellum_7(X),"0.25e0")
& cardinal_unit_class_2(fn_flagellum_7(X),micrometer_0)
& the_cardinal_value_2(fn_flagellum_5(X),"200.0e0")
& cardinal_unit_class_2(fn_flagellum_5(X),micrometer_0)
& greater_than_or_equal_to_2(fn_flagellum_5(X),fn_flagellum_9(X))
& the_cardinal_value_2(fn_flagellum_4(X),"10.0e0")
& cardinal_unit_class_2(fn_flagellum_4(X),micrometer_0)
& is_at_2(fn_flagellum_1(X),fn_flagellum_30(X))
& called_2(fn_flagellum_1(X),"3")
& agent_2(fn_flagellum_34(X),fn_flagellum_35(X))
& object_2(fn_flagellum_34(X),fn_flagellum_35(X))
& element_2(fn_flagellum_41(X),fn_flagellum_39(X))
& called_2(fn_flagellum_39(X),"1")
& element_2(fn_flagellum_41(X),fn_flagellum_36(X))
& called_2(fn_flagellum_36(X),"2")
& element_2(fn_flagellum_40(X),fn_flagellum_38(X))
& called_2(fn_flagellum_38(X),"2")
& element_2(fn_flagellum_40(X),fn_flagellum_37(X))
& called_2(fn_flagellum_37(X),"1")
& fn_flagellum_35(X) = fn_locomotion_1(fn_flagellum_34(X))
& fn_flagellum_39(X) = fn_microtubule_doublet_2(fn_flagellum_41(X))
& fn_flagellum_36(X) = fn_microtubule_doublet_1(fn_flagellum_41(X))
& fn_flagellum_38(X) = fn_microtubule_doublet_1(fn_flagellum_40(X))
& fn_flagellum_37(X) = fn_microtubule_doublet_2(fn_flagellum_40(X)) ) ) ).
fof(a529621,axiom,
! [X] :
( flask_1(X)
=> ( original_name_2(X,'Flask')
& user_description_2(X,'Container, usually made from glass, in which scientific experiments are conducted.')
& concept2words_2(X,flask)
& scientific_device_1(X) ) ) ).
fof(a529622,axiom,
! [X] :
( flatworm_1(X)
=> ( original_name_2(X,'Flatworm')
& user_description_2(X,'A member of the Phylum Platyhelminthes. Includes the non-parasitic planarians and the parasitic flukes and tapeworms.')
& concept2words_2(X,flatworm)
& platyhelminthes_1(X)
& diet_1(fn_flatworm_1(X))
& organic_entity_1(fn_flatworm_2(X))
& tangible_entity_1(fn_flatworm_3(X))
& distributing_1(fn_flatworm_5(X))
& biological_region_1(fn_flatworm_6(X))
& shape_value_1(fn_flatworm_7(X))
& end_1(fn_flatworm_8(X))
& spatial_entity_1(fn_flatworm_11(X))
& spatial_entity_1(fn_flatworm_12(X))
& elimination_1(fn_flatworm_13(X))
& protein_1(fn_flatworm_14(X))
& chemical_entity_1(fn_flatworm_15(X))
& carbohydrate_1(fn_flatworm_15(X))
& entity_1(fn_flatworm_16(X))
& chemical_entity_1(fn_flatworm_16(X))
& atom_1(fn_flatworm_16(X))
& carbon_1(fn_flatworm_16(X))
& spatial_entity_1(fn_flatworm_17(X))
& chemical_entity_1(fn_flatworm_17(X))
& monomer_1(fn_flatworm_17(X))
& molecule_1(fn_flatworm_17(X))
& amino_acid_1(fn_flatworm_17(X))
& polypeptide_1(fn_flatworm_18(X))
& organic_molecule_1(fn_flatworm_18(X))
& move_out_of_1(fn_flatworm_19(X))
& temperature_value_1(fn_flatworm_20(X))
& specific_heat_value_1(fn_flatworm_21(X))
& digestive_system_1(fn_flatworm_22(X))
& animal_cell_1(fn_flatworm_23(X))
& water_1(fn_flatworm_24(X))
& tangible_entity_1(fn_flatworm_25(X))
& food_1(fn_flatworm_26(X))
& gastrovascular_cavity_1(fn_flatworm_27(X))
& pore_1(fn_flatworm_28(X))
& end_1(fn_flatworm_29(X))
& nutrition_1(fn_flatworm_30(X))
& barrier_1(fn_flatworm_31(X))
& heterotroph_1(fn_flatworm_32(X))
& container_1(fn_flatworm_33(X))
& oxygen_1(fn_flatworm_34(X))
& oxygen_1(fn_flatworm_35(X))
& entity_1(fn_flatworm_36(X))
& chemical_entity_1(fn_flatworm_36(X))
& atom_1(fn_flatworm_36(X))
& hydrogen_1(fn_flatworm_36(X))
& entity_1(fn_flatworm_37(X))
& chemical_entity_1(fn_flatworm_37(X))
& atom_1(fn_flatworm_37(X))
& hydrogen_1(fn_flatworm_37(X))
& animal_nutritional_requirement_1(fn_flatworm_38(X))
& tangible_entity_1(fn_food_3(fn_flatworm_26(X)))
& container_1(fn_move_out_of_2(fn_flatworm_19(X)))
& entity_1(fn_amino_acid_28(fn_flatworm_17(X)))
& chemical_entity_1(fn_amino_acid_28(fn_flatworm_17(X)))
& atom_1(fn_amino_acid_28(fn_flatworm_17(X)))
& hydrogen_1(fn_amino_acid_28(fn_flatworm_17(X)))
& entity_1(fn_amino_acid_22(fn_flatworm_17(X)))
& chemical_entity_1(fn_amino_acid_22(fn_flatworm_17(X)))
& atom_1(fn_amino_acid_22(fn_flatworm_17(X)))
& hydrogen_1(fn_amino_acid_22(fn_flatworm_17(X)))
& polypeptide_1(fn_animal_nutritional_requirement_40(fn_flatworm_38(X)))
& organic_molecule_1(fn_animal_nutritional_requirement_40(fn_flatworm_38(X)))
& protein_1(fn_animal_nutritional_requirement_46(fn_flatworm_38(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_48(fn_flatworm_38(X)))
& carbohydrate_1(fn_animal_nutritional_requirement_48(fn_flatworm_38(X)))
& entity_1(fn_animal_nutritional_requirement_61(fn_flatworm_38(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_61(fn_flatworm_38(X)))
& atom_1(fn_animal_nutritional_requirement_61(fn_flatworm_38(X)))
& carbon_1(fn_animal_nutritional_requirement_61(fn_flatworm_38(X)))
& end_1(fn_gastrovascular_cavity_1(fn_flatworm_27(X)))
& oxygen_1(fn_amino_acid_27(fn_flatworm_17(X)))
& oxygen_1(fn_amino_acid_11(fn_flatworm_17(X)))
& spatial_entity_1(fn_polypeptide_83(fn_flatworm_18(X)))
& chemical_entity_1(fn_polypeptide_83(fn_flatworm_18(X)))
& monomer_1(fn_polypeptide_83(fn_flatworm_18(X)))
& molecule_1(fn_polypeptide_83(fn_flatworm_18(X)))
& amino_acid_1(fn_polypeptide_83(fn_flatworm_18(X)))
& chemical_entity_1(fn_polypeptide_82(fn_flatworm_18(X)))
& monomer_1(fn_polypeptide_82(fn_flatworm_18(X)))
& molecule_1(fn_polypeptide_82(fn_flatworm_18(X)))
& amino_acid_1(fn_polypeptide_82(fn_flatworm_18(X)))
& tangible_entity_1(fn_barrier_1(fn_flatworm_31(X)))
& tangible_entity_1(fn_move_out_of_1(fn_flatworm_19(X)))
& animal_1(fn_animal_nutritional_requirement_6(fn_flatworm_38(X)))
& nutrition_1(fn_animal_nutritional_requirement_4(fn_flatworm_38(X)))
& pore_1(fn_gastrovascular_cavity_2(fn_flatworm_27(X)))
& fn_flatworm_37(X) != fn_flatworm_35(X)
& fn_flatworm_37(X) != fn_flatworm_34(X)
& fn_flatworm_36(X) != fn_flatworm_35(X)
& fn_flatworm_35(X) != fn_flatworm_36(X)
& fn_flatworm_35(X) != fn_flatworm_37(X)
& fn_flatworm_34(X) != fn_flatworm_37(X)
& raw_material_2(fn_flatworm_30(X),fn_flatworm_2(X))
& raw_material_2(fn_flatworm_30(X),fn_flatworm_3(X))
& has_region_2(fn_flatworm_27(X),fn_flatworm_6(X))
& has_region_2(fn_flatworm_27(X),fn_flatworm_8(X))
& has_function_2(fn_flatworm_27(X),fn_flatworm_5(X))
& the_categorical_value_2(fn_flatworm_7(X),branched_0)
& shape_2(fn_flatworm_6(X),fn_flatworm_7(X))
& object_2(fn_flatworm_5(X),fn_flatworm_25(X))
& instrument_2(fn_flatworm_5(X),fn_flatworm_27(X))
& destination_2(fn_flatworm_5(X),fn_flatworm_23(X))
& element_2(fn_flatworm_1(X),fn_flatworm_2(X))
& element_2(fn_flatworm_1(X),fn_flatworm_3(X))
& has_part_2(X,fn_flatworm_23(X))
& plays_2(fn_flatworm_25(X),fn_flatworm_26(X))
& plays_2(X,fn_flatworm_31(X))
& has_part_2(fn_flatworm_18(X),fn_flatworm_17(X))
& in_event_2(fn_flatworm_33(X),fn_flatworm_19(X))
& plays_2(X,fn_flatworm_33(X))
& has_part_2(fn_flatworm_17(X),fn_flatworm_36(X))
& has_part_2(fn_flatworm_17(X),fn_flatworm_34(X))
& has_part_2(fn_flatworm_17(X),fn_flatworm_35(X))
& fn_flatworm_34(X) != fn_flatworm_35(X)
& fn_flatworm_35(X) != fn_flatworm_34(X)
& has_part_2(fn_flatworm_17(X),fn_flatworm_37(X))
& fn_flatworm_36(X) != fn_flatworm_37(X)
& fn_flatworm_34(X) != fn_flatworm_36(X)
& fn_flatworm_36(X) != fn_flatworm_34(X)
& fn_flatworm_37(X) != fn_flatworm_36(X)
& in_event_2(fn_flatworm_32(X),fn_flatworm_30(X))
& temperature_2(X,fn_flatworm_20(X))
& correspondence_2(fn_flatworm_20(X),fn_flatworm_21(X))
& specific_heat_2(fn_flatworm_24(X),fn_flatworm_21(X))
& has_part_2(X,fn_flatworm_24(X))
& plays_2(X,fn_flatworm_32(X))
& subevent_2(fn_flatworm_13(X),fn_flatworm_19(X))
& has_region_2(fn_flatworm_22(X),fn_flatworm_27(X))
& is_inside_2(fn_flatworm_11(X),X)
& origin_2(fn_flatworm_19(X),fn_flatworm_11(X))
& base_2(fn_flatworm_19(X),X)
& is_outside_2(fn_flatworm_12(X),X)
& destination_2(fn_flatworm_19(X),fn_flatworm_12(X))
& has_region_2(X,fn_flatworm_22(X))
& has_region_2(fn_flatworm_22(X),fn_flatworm_28(X))
& has_function_2(fn_flatworm_28(X),fn_flatworm_13(X))
& path_2(fn_flatworm_13(X),fn_flatworm_28(X))
& path_2(fn_flatworm_19(X),fn_flatworm_28(X))
& agent_2(fn_flatworm_30(X),X)
& element_2(fn_flatworm_38(X),fn_flatworm_16(X))
& has_part_2(fn_flatworm_15(X),fn_flatworm_16(X))
& result_2(fn_flatworm_30(X),fn_flatworm_15(X))
& result_2(fn_flatworm_30(X),fn_flatworm_14(X))
& has_part_2(fn_flatworm_14(X),fn_flatworm_18(X))
& is_at_2(fn_flatworm_28(X),fn_flatworm_29(X))
& has_region_2(fn_flatworm_27(X),fn_flatworm_29(X))
& fn_flatworm_23(X) = fn_animal_21(X)
& fn_flatworm_25(X) = fn_food_3(fn_flatworm_26(X))
& X = fn_barrier_1(fn_flatworm_31(X))
& fn_flatworm_17(X) = fn_polypeptide_83(fn_flatworm_18(X))
& fn_flatworm_17(X) = fn_polypeptide_82(fn_flatworm_18(X))
& fn_flatworm_33(X) = fn_move_out_of_2(fn_flatworm_19(X))
& fn_flatworm_34(X) = fn_amino_acid_27(fn_flatworm_17(X))
& fn_flatworm_35(X) = fn_amino_acid_11(fn_flatworm_17(X))
& fn_flatworm_34(X) = fn_amino_acid_11(fn_flatworm_17(X))
& fn_flatworm_36(X) = fn_amino_acid_28(fn_flatworm_17(X))
& fn_flatworm_37(X) = fn_amino_acid_22(fn_flatworm_17(X))
& fn_flatworm_30(X) = fn_invertebrate_4(X)
& fn_flatworm_32(X) = fn_invertebrate_1(X)
& fn_flatworm_24(X) = fn_invertebrate_5(X)
& fn_flatworm_21(X) = fn_invertebrate_3(X)
& fn_flatworm_20(X) = fn_invertebrate_6(X)
& fn_flatworm_27(X) = fn_platyhelminthes_9(X)
& fn_flatworm_12(X) = fn_platyhelminthes_2(X)
& X = fn_move_out_of_1(fn_flatworm_19(X))
& fn_flatworm_11(X) = fn_platyhelminthes_1(X)
& fn_flatworm_19(X) = fn_platyhelminthes_10(X)
& fn_flatworm_13(X) = fn_platyhelminthes_3(X)
& fn_flatworm_28(X) = fn_platyhelminthes_4(X)
& fn_flatworm_22(X) = fn_platyhelminthes_11(X)
& X = fn_animal_nutritional_requirement_6(fn_flatworm_38(X))
& fn_flatworm_18(X) = fn_animal_nutritional_requirement_40(fn_flatworm_38(X))
& fn_flatworm_14(X) = fn_animal_nutritional_requirement_46(fn_flatworm_38(X))
& fn_flatworm_30(X) = fn_animal_nutritional_requirement_4(fn_flatworm_38(X))
& fn_flatworm_15(X) = fn_animal_nutritional_requirement_48(fn_flatworm_38(X))
& fn_flatworm_16(X) = fn_animal_nutritional_requirement_61(fn_flatworm_38(X))
& fn_flatworm_28(X) = fn_gastrovascular_cavity_2(fn_flatworm_27(X))
& fn_flatworm_29(X) = fn_gastrovascular_cavity_1(fn_flatworm_27(X))
& fn_amino_acid_27(fn_flatworm_17(X)) = fn_amino_acid_27(fn_flatworm_17(X))
& fn_amino_acid_27(fn_flatworm_17(X)) = fn_amino_acid_11(fn_flatworm_17(X))
& fn_amino_acid_11(fn_flatworm_17(X)) = fn_amino_acid_11(fn_flatworm_17(X))
& fn_amino_acid_11(fn_flatworm_17(X)) = fn_polypeptide_83(fn_flatworm_18(X))
& fn_polypeptide_83(fn_flatworm_18(X)) = fn_polypeptide_82(fn_flatworm_18(X))
& fn_polypeptide_82(fn_flatworm_18(X)) = fn_barrier_1(fn_flatworm_31(X))
& fn_barrier_1(fn_flatworm_31(X)) = fn_move_out_of_1(fn_flatworm_19(X))
& fn_move_out_of_1(fn_flatworm_19(X)) = fn_move_out_of_1(fn_flatworm_19(X))
& fn_move_out_of_1(fn_flatworm_19(X)) = fn_animal_nutritional_requirement_6(fn_flatworm_38(X))
& fn_animal_nutritional_requirement_6(fn_flatworm_38(X)) = fn_invertebrate_4(X)
& fn_invertebrate_4(X) = fn_animal_nutritional_requirement_4(fn_flatworm_38(X))
& fn_animal_nutritional_requirement_4(fn_flatworm_38(X)) = fn_animal_nutritional_requirement_4(fn_flatworm_38(X))
& fn_animal_nutritional_requirement_4(fn_flatworm_38(X)) = fn_platyhelminthes_4(X)
& fn_platyhelminthes_4(X) = fn_platyhelminthes_4(X)
& fn_platyhelminthes_4(X) = fn_gastrovascular_cavity_2(fn_flatworm_27(X)) ) ) ).
fof(a529623,axiom,
! [X] :
( flavin_mononucleotide_1(X)
=> ( original_name_2(X,'Flavin-Mononucleotide')
& user_description_2(X,'A biological molecule derived from riboflavin (Vitamin B2); functions as a cofactor in various enzymes and photoreceptors.')
& concept2words_2(X,fmn)
& concept2words_2(X,'riboflavin 5 phosphate')
& concept2words_2(X,'riboflavin-5-phosphate')
& concept2words_2(X,'fmn,')
& concept2words_2(X,'riboflavin 5? phosphate')
& concept2words_2(X,'riboflavin-5?-phosphate')
& concept2words_2(X,'flavin mononucleotide')
& concept2words_2(X,'flavin-mononucleotide')
& prosthetic_group_1(X) ) ) ).
fof(a529624,axiom,
! [X] :
( flavoprotein_1(X)
=> ( original_name_2(X,'Flavoprotein')
& user_description_2(X,'Flavoproteins are proteins that contain a nucleic acid derivative of riboflavin: the flavin adenine dinucleotide (FAD) or flavin mononucleotide (FMN).')
& concept2words_2(X,flavoprotein)
& protein_1(X)
& flavin_mononucleotide_1(fn_flavoprotein_1(X))
& has_part_2(X,fn_flavoprotein_1(X)) ) ) ).
fof(a529625,axiom,
! [X] :
( flexibility_constant_1(X)
=> ( original_name_2(X,'Flexibility-Constant')
& concept2words_2(X,'constant of flexibility')
& concept2words_2(X,'flexibility constant')
& concept2words_2(X,'flexibility-constant')
& constant_1(X) ) ) ).
fof(a529626,axiom,
! [X] :
( flexibility_value_1(X)
=> ( original_name_2(X,'Flexibility-Value')
& concept2words_2(X,flexibility)
& concept2words_2(X,'value of flexibility')
& concept2words_2(X,'flexibility value')
& concept2words_2(X,'flexibility-value')
& property_value_1(X) ) ) ).
fof(a529627,axiom,
! [X] :
( flight_1(X)
=> ( original_name_2(X,'Flight')
& user_description_2(X,'A means of locomotion through the air.')
& concept2words_2(X,flight)
& locomotion_1(X)
& ~ walk_1(X)
& ~ bipedalism_1(X)
& atp_1(fn_flight_1(X))
& raw_material_2(X,fn_flight_1(X)) ) ) ).
fof(a529628,axiom,
! [X] :
( flightless_birds_1(X)
=> ( original_name_2(X,'Flightless-Birds')
& user_description_2(X,'Birds which evolved from flying ancestors but have lost the ability to fly.')
& concept2words_2(X,'flightless birds')
& concept2words_2(X,'flightless bird')
& concept2words_2(X,'flightless-bird')
& bird_1(X)
& ~ brown_headed_cowbird_1(X)
& ~ florida_scrub_jay_1(X)
& ~ galapagos_finch_1(X)
& ~ great_auk_1(X)
& ~ greylag_geese_1(X)
& ~ killdeer_1(X)
& ~ ratite_1(X)
& ~ red_cockaded_woodpecker_1(X) ) ) ).
fof(a529629,axiom,
! [X] :
( float_1(X)
=> ( original_name_2(X,'Float')
& user_description_2(X,'To stay on the surface of a liquid.')
& concept2words_2(X,float)
& action_1(X)
& liquid_substance_1(fn_float_1(X))
& solid_substance_1(fn_float_2(X))
& is_above_2(fn_float_2(X),fn_float_1(X))
& base_2(X,fn_float_1(X))
& object_2(X,fn_float_2(X)) ) ) ).
fof(a529630,axiom,
! [X] :
( flooding_1(X)
=> ( original_name_2(X,'Flooding')
& user_description_2(X,'An overflow of an expanse of water that submerges land.')
& concept2words_2(X,flood)
& concept2words_2(X,flooding)
& ecological_process_1(X) ) ) ).
fof(a529631,axiom,
! [X] :
( floor_1(X)
=> ( original_name_2(X,'Floor')
& description_2(X,'a platform supporting the contents of a container')
& concept2words_2(X,floor)
& platform_1(X)
& tangible_entity_1(fn_floor_1(X))
& container_1(fn_floor_2(X))
& tangible_entity_1(fn_barrier_1(fn_floor_2(X)))
& has_part_2(fn_floor_1(X),X)
& plays_2(fn_floor_1(X),fn_floor_2(X))
& fn_floor_1(X) = fn_barrier_1(fn_floor_2(X)) ) ) ).
fof(a529632,axiom,
! [X] :
( floral_meristem_1(X)
=> ( original_name_2(X,'Floral-Meristem')
& user_description_2(X,'The shoot apical meristem is transformed into an inflorescence meristem, which goes on to produce the floral meristem, which produces the familiar sepals, petals, stamens, and carpels of the flower during the developmental process of flowering.')
& concept2words_2(X,'floral meristem')
& concept2words_2(X,'floral-meristem')
& meristem_1(X)
& ~ apical_meristem_1(X)
& ~ cork_cambium_1(X)
& ~ lateral_meristem_1(X)
& layer_1(fn_floral_meristem_1(X))
& flower_development_1(fn_floral_meristem_2(X))
& cell_signaling_1(fn_floral_meristem_3(X))
& shoot_apical_meristem_1(fn_floral_meristem_4(X))
& layer_1(fn_floral_meristem_5(X))
& layer_1(fn_floral_meristem_6(X))
& plant_cell_1(fn_floral_meristem_7(X))
& create_1(fn_floral_meristem_8(X))
& entity_1(fn_create_1(fn_floral_meristem_8(X)))
& is_at_2(fn_floral_meristem_1(X),X)
& called_2(fn_floral_meristem_1(X),'Layer I')
& base_2(fn_floral_meristem_2(X),X)
& subevent_2(fn_floral_meristem_3(X),fn_floral_meristem_8(X))
& base_2(fn_floral_meristem_8(X),fn_floral_meristem_4(X))
& is_at_2(fn_floral_meristem_5(X),X)
& called_2(fn_floral_meristem_5(X),'Layer III')
& is_at_2(fn_floral_meristem_6(X),X)
& called_2(fn_floral_meristem_6(X),'Layer II')
& has_part_2(X,fn_floral_meristem_7(X))
& result_2(fn_floral_meristem_8(X),X)
& fn_floral_meristem_7(X) = fn_tissue_1(X)
& X = fn_create_1(fn_floral_meristem_8(X)) ) ) ).
fof(a529633,axiom,
! [X] :
( florida_scrub_jay_1(X)
=> ( original_name_2(X,'Florida-Scrub-Jay')
& user_description_2(X,'The only bird species that is endemic to the state of Florida.')
& concept2words_2(X,'florida scrub jay')
& concept2words_2(X,'florida-scrub-jay')
& bird_1(X)
& ~ brown_headed_cowbird_1(X)
& ~ flightless_birds_1(X)
& ~ galapagos_finch_1(X)
& ~ great_auk_1(X)
& ~ greylag_geese_1(X)
& ~ killdeer_1(X)
& ~ ratite_1(X)
& ~ red_cockaded_woodpecker_1(X) ) ) ).
fof(a529634,axiom,
! [X] :
( florigen_1(X)
=> ( original_name_2(X,'Florigen')
& user_description_2(X,'A flowering signal in angiosperms, not yet chemically identified, that may be a hormone or may be a change in relative concentrations of multiple hormones.')
& concept2words_2(X,florigen)
& hormone_1(X)
& ~ electrical_signal_1(X)
& ~ elicitor_1(X)
& ~ local_regulator_1(X) ) ) ).
fof(a529635,axiom,
! [X] :
( flow_1(X)
=> ( original_name_2(X,'Flow')
& user_description_2(X,'Fluid movement of a liquid or gas.')
& concept2words_2(X,flow)
& move_1(X) ) ) ).
fof(a529636,axiom,
! [X] :
( flower_1(X)
=> ( original_name_2(X,'Flower')
& user_description_2(X,'The reproductive structure of an angiosperm which is formed from a specially modified shoot.')
& concept2words_2(X,flower)
& leaf_organ_1(X)
& color_value_1(fn_flower_3(X))
& color_value_1(fn_flower_4(X))
& sepal_1(fn_flower_5(X))
& carpel_1(fn_flower_6(X))
& stamen_1(fn_flower_7(X))
& sepal_1(fn_flower_8(X))
& petal_1(fn_flower_9(X))
& whorl_1(fn_flower_10(X))
& whorl_1(fn_flower_11(X))
& whorl_1(fn_flower_12(X))
& whorl_1(fn_flower_13(X))
& correspondence_2(fn_flower_3(X),fn_flower_4(X))
& has_region_2(X,fn_flower_13(X))
& has_region_2(X,fn_flower_12(X))
& has_region_2(X,fn_flower_11(X))
& has_region_2(X,fn_flower_10(X))
& has_part_2(X,fn_flower_9(X))
& has_part_2(X,fn_flower_8(X))
& has_part_2(X,fn_flower_7(X))
& has_part_2(X,fn_flower_6(X))
& has_part_2(X,fn_flower_5(X))
& color_2(X,fn_flower_3(X))
& is_at_2(fn_flower_6(X),fn_flower_13(X))
& is_at_2(fn_flower_7(X),fn_flower_10(X))
& is_at_2(fn_flower_8(X),fn_flower_11(X))
& is_at_2(fn_flower_9(X),fn_flower_12(X))
& is_outside_2(fn_flower_10(X),fn_flower_13(X))
& is_outside_2(fn_flower_11(X),fn_flower_12(X))
& is_outside_2(fn_flower_12(X),fn_flower_10(X)) ) ) ).
fof(a529637,axiom,
! [X] :
( flower_color_1(X)
=> ( original_name_2(X,'Flower-Color')
& user_description_2(X,'The color of the flower.')
& concept2words_2(X,'color of flower')
& concept2words_2(X,'flower color')
& concept2words_2(X,'flower-color')
& character_1(X)
& purple_1(fn_flower_color_1(X))
& white_1(fn_flower_color_2(X))
& element_2(X,fn_flower_color_2(X))
& element_2(X,fn_flower_color_1(X)) ) ) ).
fof(a529638,axiom,
! [X] :
( flower_development_1(X)
=> ( original_name_2(X,'Flower-Development')
& user_description_2(X,'The process involved in the development of the flower during developmental process of a plant.')
& concept2words_2(X,develop)
& concept2words_2(X,'development of flower')
& concept2words_2(X,'flower development')
& concept2words_2(X,'flower-development')
& organ_development_1(X)
& create_1(fn_flower_development_1(X))
& cellular_response_1(fn_flower_development_2(X))
& cell_differentiation_1(fn_flower_development_3(X))
& apical_meristem_1(fn_flower_development_4(X))
& organ_identity_gene_1(fn_flower_development_5(X))
& create_1(fn_flower_development_6(X))
& create_1(fn_flower_development_7(X))
& role_1(fn_flower_development_8(X))
& floral_meristem_1(fn_flower_development_9(X))
& cell_differentiation_induction_1(fn_flower_development_10(X))
& entity_1(fn_flower_development_11(X))
& flower_1(fn_flower_development_11(X))
& create_1(fn_flower_development_12(X))
& entity_1(fn_flower_development_13(X))
& sepal_1(fn_flower_development_13(X))
& gene_expression_1(fn_flower_development_14(X))
& organ_identity_gene_1(fn_flower_development_15(X))
& gene_expression_1(fn_flower_development_16(X))
& gene_expression_1(fn_flower_development_17(X))
& organ_identity_gene_1(fn_flower_development_18(X))
& gene_expression_1(fn_flower_development_19(X))
& gene_expression_1(fn_flower_development_20(X))
& organ_identity_gene_1(fn_flower_development_21(X))
& gene_expression_1(fn_flower_development_22(X))
& create_1(fn_flower_development_23(X))
& pattern_formation_1(fn_flower_development_24(X))
& entity_1(fn_create_1(fn_flower_development_12(X)))
& gene_1(fn_gene_expression_6(fn_flower_development_22(X)))
& gene_1(fn_gene_expression_6(fn_flower_development_20(X)))
& gene_1(fn_gene_expression_6(fn_flower_development_19(X)))
& gene_1(fn_gene_expression_6(fn_flower_development_16(X)))
& gene_1(fn_gene_expression_6(fn_flower_development_14(X)))
& gene_1(fn_gene_expression_6(fn_flower_development_17(X)))
& create_1(fn_pattern_formation_6(fn_flower_development_24(X)))
& entity_1(fn_create_1(fn_flower_development_23(X)))
& sepal_1(fn_flower_5(fn_flower_development_11(X)))
& sepal_1(fn_flower_8(fn_flower_development_11(X)))
& next_event_2(fn_flower_development_10(X),fn_flower_development_2(X))
& next_event_2(fn_flower_development_2(X),fn_flower_development_3(X))
& subevent_2(X,fn_flower_development_12(X))
& subevent_2(X,fn_flower_development_2(X))
& subevent_2(X,fn_flower_development_3(X))
& subevent_2(X,fn_flower_development_24(X))
& result_2(X,fn_flower_development_11(X))
& base_2(X,fn_flower_development_4(X))
& base_2(fn_flower_development_12(X),fn_flower_development_4(X))
& plays_2(fn_flower_development_5(X),fn_flower_development_8(X))
& called_2(fn_flower_development_15(X),'Organ Identity Gene A')
& called_2(fn_flower_development_18(X),'Organ Identity Gene B')
& called_2(fn_flower_development_21(X),'Organ Identity C')
& subevent_2(fn_flower_development_1(X),fn_flower_development_22(X))
& subevent_2(fn_flower_development_23(X),fn_flower_development_14(X))
& subevent_2(fn_flower_development_6(X),fn_flower_development_19(X))
& subevent_2(fn_flower_development_6(X),fn_flower_development_20(X))
& subevent_2(fn_flower_development_7(X),fn_flower_development_16(X))
& subevent_2(fn_flower_development_7(X),fn_flower_development_17(X))
& in_event_2(fn_flower_development_8(X),fn_flower_development_24(X))
& next_event_2(fn_flower_development_24(X),fn_flower_development_12(X))
& causes_2(fn_flower_development_24(X),fn_flower_development_12(X))
& subevent_2(fn_flower_development_24(X),fn_flower_development_1(X))
& subevent_2(fn_flower_development_24(X),fn_flower_development_6(X))
& subevent_2(fn_flower_development_24(X),fn_flower_development_7(X))
& base_2(fn_flower_development_24(X),fn_flower_development_9(X))
& result_2(fn_flower_development_12(X),fn_flower_development_11(X))
& result_2(fn_flower_development_23(X),fn_flower_development_13(X))
& object_2(fn_flower_development_22(X),fn_flower_development_21(X))
& object_2(fn_flower_development_20(X),fn_flower_development_21(X))
& object_2(fn_flower_development_19(X),fn_flower_development_18(X))
& object_2(fn_flower_development_16(X),fn_flower_development_15(X))
& object_2(fn_flower_development_14(X),fn_flower_development_15(X))
& object_2(fn_flower_development_17(X),fn_flower_development_18(X))
& causes_2(fn_flower_development_10(X),X)
& subevent_2(fn_flower_development_24(X),fn_flower_development_23(X))
& has_part_2(fn_flower_development_11(X),fn_flower_development_13(X))
& fn_flower_development_11(X) = fn_create_1(fn_flower_development_12(X))
& fn_flower_development_13(X) = fn_create_1(fn_flower_development_23(X))
& fn_flower_development_21(X) = fn_gene_expression_6(fn_flower_development_22(X))
& fn_flower_development_21(X) = fn_gene_expression_6(fn_flower_development_20(X))
& fn_flower_development_18(X) = fn_gene_expression_6(fn_flower_development_19(X))
& fn_flower_development_15(X) = fn_gene_expression_6(fn_flower_development_16(X))
& fn_flower_development_15(X) = fn_gene_expression_6(fn_flower_development_14(X))
& fn_flower_development_18(X) = fn_gene_expression_6(fn_flower_development_17(X))
& fn_flower_development_10(X) = fn_organ_development_1(X)
& fn_flower_development_23(X) = fn_pattern_formation_6(fn_flower_development_24(X))
& fn_flower_development_13(X) = fn_flower_5(fn_flower_development_11(X))
& fn_flower_development_13(X) = fn_flower_8(fn_flower_development_11(X))
& fn_create_1(fn_flower_development_23(X)) = fn_flower_5(fn_flower_development_11(X))
& fn_flower_5(fn_flower_development_11(X)) = fn_flower_5(fn_flower_development_11(X))
& fn_flower_5(fn_flower_development_11(X)) = fn_flower_8(fn_flower_development_11(X)) ) ) ).
fof(a529639,axiom,
! [X] :
( flower_filament_1(X)
=> ( original_name_2(X,'Flower-Filament')
& user_description_2(X,'In an angiosperm, the stalk portion of the stamen, the pollen-producing reproductive organ of a flower.')
& concept2words_2(X,filament)
& concept2words_2(X,'filament of flower')
& concept2words_2(X,'flower filament')
& concept2words_2(X,'flower-filament')
& flower_organ_1(X) ) ) ).
fof(a529640,axiom,
! [X] :
( flower_organ_1(X)
=> ( original_name_2(X,'Flower-Organ')
& user_description_2(X,'A specialized center of plant function composed of specialized leaf tissue, called flower tissue, and specific to plants.')
& concept2words_2(X,'organ of flower')
& concept2words_2(X,'flower organ')
& concept2words_2(X,'flower-organ')
& leaf_organ_1(X) ) ) ).
fof(a529641,axiom,
! [X] :
( flowering_control_plant_1(X)
=> ( original_name_2(X,'Flowering-Control-Plant')
& user_description_2(X,'Flowering control plants are plants which utilize mechanisms such as hours of daylight or level of maturity to determine when they flower.')
& concept2words_2(X,'plant with flowering control')
& concept2words_2(X,'plant-with-flowering-control')
& concept2words_2(X,'flowering control plant')
& concept2words_2(X,'flowering-control-plant')
& angiosperm_1(X) ) ) ).
fof(a529642,axiom,
! [X] :
( fluent_status_1(X)
=> ( original_name_2(X,'Fluent-Status')
& thing_1(X) ) ) ).
fof(a529643,axiom,
! [X] :
( fluid_feeder_1(X)
=> ( original_name_2(X,'Fluid-Feeder')
& user_description_2(X,'An animal that feeds on fluids from another living organism.')
& concept2words_2(X,'feeder of fluid')
& concept2words_2(X,'fluid feeder')
& concept2words_2(X,'fluid-feeder')
& feeder_1(X)
& biological_region_1(fn_fluid_feeder_1(X))
& biological_region_1(fn_fluid_feeder_2(X))
& digestive_system_1(fn_fluid_feeder_3(X))
& circulatory_system_1(fn_fluid_feeder_4(X))
& nervous_system_1(fn_fluid_feeder_5(X))
& animal_1(fn_fluid_feeder_6(X))
& organism_1(fn_fluid_feeder_7(X))
& fluid_substance_1(fn_fluid_feeder_8(X))
& withdraw_1(fn_fluid_feeder_9(X))
& ingestion_1(fn_fluid_feeder_10(X))
& tangible_entity_1(fn_withdraw_1(fn_fluid_feeder_9(X)))
& spatial_entity_1(fn_move_1(fn_fluid_feeder_9(X)))
& digestive_system_1(fn_animal_5(fn_fluid_feeder_6(X)))
& circulatory_system_1(fn_animal_4(fn_fluid_feeder_6(X)))
& nervous_system_1(fn_animal_3(fn_fluid_feeder_6(X)))
& animal_1(fn_ingestion_1(fn_fluid_feeder_10(X)))
& plays_2(fn_fluid_feeder_6(X),X)
& has_region_2(fn_fluid_feeder_6(X),fn_fluid_feeder_1(X))
& in_event_2(X,fn_fluid_feeder_10(X))
& has_region_2(fn_fluid_feeder_7(X),fn_fluid_feeder_2(X))
& is_outside_2(fn_fluid_feeder_1(X),fn_fluid_feeder_7(X))
& is_inside_2(fn_fluid_feeder_2(X),fn_fluid_feeder_7(X))
& agent_2(fn_fluid_feeder_9(X),fn_fluid_feeder_6(X))
& destination_2(fn_fluid_feeder_9(X),fn_fluid_feeder_1(X))
& origin_2(fn_fluid_feeder_9(X),fn_fluid_feeder_2(X))
& subevent_2(fn_fluid_feeder_10(X),fn_fluid_feeder_9(X))
& base_2(fn_fluid_feeder_9(X),fn_fluid_feeder_7(X))
& object_2(fn_fluid_feeder_9(X),fn_fluid_feeder_8(X))
& has_region_2(fn_fluid_feeder_6(X),fn_fluid_feeder_3(X))
& has_region_2(fn_fluid_feeder_6(X),fn_fluid_feeder_4(X))
& has_region_2(fn_fluid_feeder_6(X),fn_fluid_feeder_5(X))
& agent_2(fn_fluid_feeder_10(X),fn_fluid_feeder_6(X))
& fn_fluid_feeder_7(X) = fn_withdraw_1(fn_fluid_feeder_9(X))
& fn_fluid_feeder_8(X) = fn_move_1(fn_fluid_feeder_9(X))
& fn_fluid_feeder_3(X) = fn_animal_5(fn_fluid_feeder_6(X))
& fn_fluid_feeder_4(X) = fn_animal_4(fn_fluid_feeder_6(X))
& fn_fluid_feeder_5(X) = fn_animal_3(fn_fluid_feeder_6(X))
& fn_fluid_feeder_6(X) = fn_ingestion_1(fn_fluid_feeder_10(X)) ) ) ).
fof(a529644,axiom,
! [X] :
( fluid_feeding_1(X)
=> ( original_name_2(X,'Fluid-Feeding')
& user_description_2(X,'Obtaining food by sucking fluids from a live host.')
& concept2words_2(X,'feeding of fluid')
& concept2words_2(X,'fluid feeding')
& concept2words_2(X,'fluid-feeding')
& feeding_1(X)
& ~ bulk_feeding_1(X)
& ~ opportunistic_feeding_1(X)
& ~ substrate_feeding_1(X)
& ~ suspension_feeding_1(X) ) ) ).
fof(a529645,axiom,
! [X] :
( fluid_mosaic_model_1(X)
=> ( original_name_2(X,'Fluid-Mosaic-Model')
& user_description_2(X,'The fluid mosaic model of S. J. Singer and Garth Nicolson 1972, the biological membranes can be considered as a two-dimensional liquid where all lipid and protein molecules diffuse more or less easily.')
& concept2words_2(X,'fluid mosaic model')
& concept2words_2(X,'fluid-mosaic-model')
& biochemical_model_1(X)
& ~ closed_system_1(X)
& ~ cognitive_map_1(X)
& ~ ecological_model_1(X)
& ~ five_kingdom_system_1(X)
& ~ molecular_formula_1(X)
& ~ open_system_1(X)
& ~ redundancy_model_1(X)
& ~ representation_of_data_1(X)
& ~ rivet_model_1(X)
& ~ sandwich_model_1(X)
& ~ stable_system_1(X)
& ~ thermodynamic_system_1(X)
& ~ unstable_system_1(X)
& aqueous_solution_1(fn_fluid_mosaic_model_1(X))
& tangible_entity_1(fn_fluid_mosaic_model_2(X))
& hydrophilic_face_1(fn_fluid_mosaic_model_3(X))
& inside_face_1(fn_fluid_mosaic_model_3(X))
& s_j_singer_1(fn_fluid_mosaic_model_4(X))
& acceptance_value_1(fn_fluid_mosaic_model_6(X))
& tangible_entity_1(fn_fluid_mosaic_model_7(X))
& phospholipid_bilayer_1(fn_fluid_mosaic_model_7(X))
& thing_1(fn_fluid_mosaic_model_8(X))
& spatial_entity_1(fn_fluid_mosaic_model_8(X))
& biomembrane_1(fn_fluid_mosaic_model_8(X))
& convey_1(fn_fluid_mosaic_model_9(X))
& suggest_1(fn_fluid_mosaic_model_10(X))
& g_nicolson_1(fn_fluid_mosaic_model_11(X))
& outside_face_1(fn_fluid_mosaic_model_12(X))
& transmembrane_protein_1(fn_fluid_mosaic_model_13(X))
& peripheral_protein_1(fn_fluid_mosaic_model_14(X))
& integral_protein_1(fn_fluid_mosaic_model_15(X))
& hydrophilic_end_1(fn_fluid_mosaic_model_16(X))
& hydrophilic_end_1(fn_fluid_mosaic_model_17(X))
& attach_1(fn_fluid_mosaic_model_18(X))
& move_through_1(fn_fluid_mosaic_model_19(X))
& tangible_entity_1(fn_convey_4(fn_fluid_mosaic_model_9(X)))
& information_1(fn_communicate_2(fn_fluid_mosaic_model_10(X)))
& move_through_1(fn_peripheral_protein_41(fn_fluid_mosaic_model_14(X)))
& attach_1(fn_peripheral_protein_46(fn_fluid_mosaic_model_14(X)))
& hydrophilic_face_1(fn_peripheral_protein_1(fn_fluid_mosaic_model_14(X)))
& hydrophilic_end_1(fn_transmembrane_protein_2(fn_fluid_mosaic_model_13(X)))
& hydrophilic_end_1(fn_transmembrane_protein_3(fn_fluid_mosaic_model_13(X)))
& tangible_entity_1(fn_integral_protein_27(fn_fluid_mosaic_model_13(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_fluid_mosaic_model_13(X)))
& tangible_entity_1(fn_peripheral_protein_45(fn_fluid_mosaic_model_14(X)))
& phospholipid_bilayer_1(fn_peripheral_protein_45(fn_fluid_mosaic_model_14(X)))
& biomembrane_1(fn_integral_protein_24(fn_fluid_mosaic_model_13(X)))
& spatial_entity_1(fn_peripheral_protein_10(fn_fluid_mosaic_model_14(X)))
& biomembrane_1(fn_peripheral_protein_10(fn_fluid_mosaic_model_14(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_fluid_mosaic_model_13(X)))
& acceptance_2(X,fn_fluid_mosaic_model_6(X))
& object_2(fn_fluid_mosaic_model_9(X),X)
& agent_2(fn_fluid_mosaic_model_9(X),fn_fluid_mosaic_model_4(X))
& subevent_2(fn_fluid_mosaic_model_10(X),fn_fluid_mosaic_model_9(X))
& agent_2(fn_fluid_mosaic_model_10(X),fn_fluid_mosaic_model_11(X))
& agent_2(fn_fluid_mosaic_model_10(X),fn_fluid_mosaic_model_4(X))
& donor_2(fn_fluid_mosaic_model_10(X),fn_fluid_mosaic_model_11(X))
& donor_2(fn_fluid_mosaic_model_10(X),fn_fluid_mosaic_model_4(X))
& the_categorical_value_2(fn_fluid_mosaic_model_6(X),accepted_0)
& is_inside_2(fn_fluid_mosaic_model_3(X),fn_fluid_mosaic_model_8(X))
& is_inside_2(fn_fluid_mosaic_model_12(X),fn_fluid_mosaic_model_1(X))
& is_at_2(fn_fluid_mosaic_model_13(X),fn_fluid_mosaic_model_8(X))
& fn_fluid_mosaic_model_13(X) != fn_fluid_mosaic_model_15(X)
& called_2(fn_fluid_mosaic_model_13(X),'TP')
& is_outside_2(fn_fluid_mosaic_model_14(X),fn_fluid_mosaic_model_7(X))
& called_2(fn_fluid_mosaic_model_14(X),'PP')
& fn_fluid_mosaic_model_15(X) != fn_fluid_mosaic_model_13(X)
& called_2(fn_fluid_mosaic_model_15(X),'IP')
& is_at_2(fn_fluid_mosaic_model_16(X),fn_fluid_mosaic_model_3(X))
& is_at_2(fn_fluid_mosaic_model_17(X),fn_fluid_mosaic_model_12(X))
& has_part_2(fn_fluid_mosaic_model_2(X),fn_fluid_mosaic_model_8(X))
& path_2(fn_fluid_mosaic_model_19(X),fn_fluid_mosaic_model_12(X))
& agent_2(fn_fluid_mosaic_model_9(X),fn_fluid_mosaic_model_11(X))
& information_content_2(X,fn_fluid_mosaic_model_8(X))
& object_2(fn_fluid_mosaic_model_10(X),X)
& is_inside_2(fn_fluid_mosaic_model_13(X),fn_fluid_mosaic_model_7(X))
& has_part_2(fn_fluid_mosaic_model_8(X),fn_fluid_mosaic_model_15(X))
& has_part_2(fn_fluid_mosaic_model_8(X),fn_fluid_mosaic_model_7(X))
& base_2(fn_fluid_mosaic_model_19(X),fn_fluid_mosaic_model_8(X))
& is_at_2(fn_fluid_mosaic_model_14(X),fn_fluid_mosaic_model_12(X))
& is_outside_2(fn_fluid_mosaic_model_12(X),fn_fluid_mosaic_model_8(X))
& has_part_2(fn_fluid_mosaic_model_8(X),fn_fluid_mosaic_model_14(X))
& object_2(fn_fluid_mosaic_model_18(X),fn_fluid_mosaic_model_14(X))
& base_2(fn_fluid_mosaic_model_18(X),fn_fluid_mosaic_model_8(X))
& has_region_2(fn_fluid_mosaic_model_13(X),fn_fluid_mosaic_model_16(X))
& is_across_2(fn_fluid_mosaic_model_13(X),fn_fluid_mosaic_model_8(X))
& has_part_2(fn_fluid_mosaic_model_8(X),fn_fluid_mosaic_model_13(X))
& has_region_2(fn_fluid_mosaic_model_13(X),fn_fluid_mosaic_model_17(X))
& is_opposite_2(fn_fluid_mosaic_model_16(X),fn_fluid_mosaic_model_17(X))
& is_opposite_2(fn_fluid_mosaic_model_17(X),fn_fluid_mosaic_model_16(X))
& fn_fluid_mosaic_model_11(X) = fn_convey_4(fn_fluid_mosaic_model_9(X))
& fn_fluid_mosaic_model_8(X) = fn_information_1(X)
& X = fn_communicate_2(fn_fluid_mosaic_model_10(X))
& fn_fluid_mosaic_model_8(X) = fn_integral_protein_24(fn_fluid_mosaic_model_13(X))
& fn_fluid_mosaic_model_7(X) = fn_integral_protein_27(fn_fluid_mosaic_model_13(X))
& fn_fluid_mosaic_model_7(X) = fn_peripheral_protein_45(fn_fluid_mosaic_model_14(X))
& fn_fluid_mosaic_model_19(X) = fn_peripheral_protein_41(fn_fluid_mosaic_model_14(X))
& fn_fluid_mosaic_model_18(X) = fn_peripheral_protein_46(fn_fluid_mosaic_model_14(X))
& fn_fluid_mosaic_model_8(X) = fn_peripheral_protein_10(fn_fluid_mosaic_model_14(X))
& fn_fluid_mosaic_model_12(X) = fn_peripheral_protein_1(fn_fluid_mosaic_model_14(X))
& fn_fluid_mosaic_model_16(X) = fn_transmembrane_protein_2(fn_fluid_mosaic_model_13(X))
& fn_fluid_mosaic_model_17(X) = fn_transmembrane_protein_3(fn_fluid_mosaic_model_13(X))
& fn_fluid_mosaic_model_8(X) = fn_transmembrane_protein_4(fn_fluid_mosaic_model_13(X))
& fn_integral_protein_27(fn_fluid_mosaic_model_13(X)) = fn_integral_protein_27(fn_fluid_mosaic_model_13(X))
& fn_integral_protein_27(fn_fluid_mosaic_model_13(X)) = fn_peripheral_protein_45(fn_fluid_mosaic_model_14(X))
& fn_peripheral_protein_45(fn_fluid_mosaic_model_14(X)) = fn_information_1(X)
& fn_information_1(X) = fn_integral_protein_24(fn_fluid_mosaic_model_13(X))
& fn_integral_protein_24(fn_fluid_mosaic_model_13(X)) = fn_integral_protein_24(fn_fluid_mosaic_model_13(X))
& fn_integral_protein_24(fn_fluid_mosaic_model_13(X)) = fn_peripheral_protein_10(fn_fluid_mosaic_model_14(X))
& fn_peripheral_protein_10(fn_fluid_mosaic_model_14(X)) = fn_peripheral_protein_10(fn_fluid_mosaic_model_14(X))
& fn_peripheral_protein_10(fn_fluid_mosaic_model_14(X)) = fn_transmembrane_protein_4(fn_fluid_mosaic_model_13(X))
& fn_transmembrane_protein_4(fn_fluid_mosaic_model_13(X)) = fn_transmembrane_protein_4(fn_fluid_mosaic_model_13(X)) ) ) ).
fof(a529646,axiom,
! [X] :
( fluid_substance_1(X)
=> ( original_name_2(X,'Fluid-Substance')
& description_2(X,'A substance, as a liquid or a gas, that is capable of flowing and which changes its shape at a steady rate when acted upon by a force. RHCD:508.')
& concept2words_2(X,fluid)
& concept2words_2(X,'substance of fluid')
& concept2words_2(X,'fluid substance')
& concept2words_2(X,'fluid-substance')
& substance_1(X) ) ) ).
fof(a529647,axiom,
! [X] :
( fluidity_constant_1(X)
=> ( original_name_2(X,'Fluidity-Constant')
& concept2words_2(X,'constant of fluidity')
& concept2words_2(X,'fluidity constant')
& concept2words_2(X,'fluidity-constant')
& constant_1(X) ) ) ).
fof(a529648,axiom,
! [X] :
( fluidity_value_1(X)
=> ( original_name_2(X,'Fluidity-Value')
& concept2words_2(X,fluidity)
& concept2words_2(X,'value of fluidity')
& concept2words_2(X,'fluidity value')
& concept2words_2(X,'fluidity-value')
& property_value_1(X) ) ) ).
fof(a529649,axiom,
! [X] :
( fluorescence_1(X)
=> ( original_name_2(X,'Fluorescence')
& user_description_2(X,'Fluorescence is the emission of light by a substance that has absorbed light or other electromagnetic radiation of a different wavelength. In most cases, emitted light has a longer wavelength, and therefore lower energy, than the absorbed radiation.')
& concept2words_2(X,fluoresce)
& concept2words_2(X,fluorescence)
& emit_1(X)
& shape_value_1(fn_fluorescence_2(X))
& molecular_region_1(fn_fluorescence_3(X))
& light_transmission_1(fn_fluorescence_4(X))
& absorb_1(fn_fluorescence_5(X))
& molecule_1(fn_fluorescence_6(X))
& light_1(fn_fluorescence_7(X))
& length_value_1(fn_fluorescence_8(X))
& length_value_1(fn_fluorescence_10(X))
& light_1(fn_fluorescence_11(X))
& spatial_entity_1(fn_move_1(fn_fluorescence_4(X)))
& spatial_entity_1(fn_move_1(fn_fluorescence_5(X)))
& tangible_entity_1(fn_take_in_1(fn_fluorescence_5(X)))
& property_node_1(fn_electromagnetic_energy_1(fn_fluorescence_11(X)))
& length_value_1(fn_electromagnetic_energy_4(fn_fluorescence_11(X)))
& property_node_1(fn_electromagnetic_energy_1(fn_fluorescence_7(X)))
& length_value_1(fn_electromagnetic_energy_4(fn_fluorescence_7(X)))
& greater_than_2(fn_fluorescence_8(X),fn_fluorescence_10(X))
& the_categorical_value_2(fn_fluorescence_2(X),hollow_volume_0)
& shape_2(fn_fluorescence_6(X),fn_fluorescence_2(X))
& has_region_2(fn_fluorescence_6(X),fn_fluorescence_3(X))
& path_2(fn_fluorescence_5(X),fn_fluorescence_3(X))
& next_event_2(fn_fluorescence_5(X),fn_fluorescence_4(X))
& first_subevent_2(X,fn_fluorescence_5(X))
& subevent_2(X,fn_fluorescence_4(X))
& subevent_2(X,fn_fluorescence_5(X))
& origin_2(X,fn_fluorescence_6(X))
& object_2(X,fn_fluorescence_7(X))
& object_2(fn_fluorescence_4(X),fn_fluorescence_7(X))
& object_2(fn_fluorescence_5(X),fn_fluorescence_11(X))
& agent_2(fn_fluorescence_5(X),fn_fluorescence_6(X))
& base_2(fn_fluorescence_5(X),fn_fluorescence_6(X))
& wavelength_2(fn_fluorescence_11(X),fn_fluorescence_10(X))
& wavelength_2(fn_fluorescence_7(X),fn_fluorescence_8(X))
& fn_fluorescence_7(X) = fn_move_1(X)
& fn_fluorescence_7(X) = fn_move_1(fn_fluorescence_4(X))
& fn_fluorescence_11(X) = fn_move_1(fn_fluorescence_5(X))
& fn_fluorescence_6(X) = fn_take_in_1(fn_fluorescence_5(X))
& fn_fluorescence_12(X) = fn_electromagnetic_energy_1(fn_fluorescence_11(X))
& fn_fluorescence_10(X) = fn_electromagnetic_energy_4(fn_fluorescence_11(X))
& fn_fluorescence_9(X) = fn_electromagnetic_energy_1(fn_fluorescence_7(X))
& fn_fluorescence_8(X) = fn_electromagnetic_energy_4(fn_fluorescence_7(X)) ) ) ).
fof(a529650,axiom,
! [X] :
( fluorescent_specimen_1(X)
=> ( original_name_2(X,'Fluorescent-Specimen')
& user_description_2(X,'A fluorescent specimen has an inherent property of fluorescence. This property is due to presence of a fluorescent molecule as a part of their structure.')
& concept2words_2(X,'fluorescent specimen')
& concept2words_2(X,'fluorescent-specimen')
& specimen_1(X)
& ~ specimen_stained_with_fluorescent_substance_1(X) ) ) ).
fof(a529651,axiom,
! [X,X1] :
( ( agent_2(X,X1)
& staining_1(X)
& fluorescent_substance_1(X1) )
=> ( fluorescent_staining_1(X)
& fn_fluorescent_staining_2(X) = X1 ) ) ).
fof(a529652,axiom,
! [X] :
( fluorescent_staining_1(X)
=> ( original_name_2(X,'Fluorescent-Staining')
& user_description_2(X,'A process of staining certain tissue components by combining it with a fluorescent dye or substance. This process is required to study a specimen with the fluorescent microscopy.')
& concept2words_2(X,stain)
& concept2words_2(X,'fluorescent staining')
& concept2words_2(X,'fluorescent-staining')
& staining_1(X)
& fluorescent_substance_1(fn_fluorescent_staining_2(X))
& fluorescent_substance_1(fn_fluorescent_staining_3(X))
& specimen_stained_with_fluorescent_substance_1(fn_fluorescent_staining_4(X))
& tangible_entity_1(fn_fluorescent_staining_5(X))
& fluorescent_substance_1(fn_specimen_stained_with_fluorescent_substance_1(fn_fluorescent_staining_4(X)))
& has_state_2(fn_fluorescent_staining_5(X),fn_fluorescent_staining_4(X))
& has_state_2(fn_fluorescent_staining_2(X),fn_fluorescent_staining_3(X))
& agent_2(X,fn_fluorescent_staining_2(X))
& result_2(X,fn_fluorescent_staining_4(X))
& base_2(X,fn_fluorescent_staining_5(X))
& has_part_2(fn_fluorescent_staining_4(X),fn_fluorescent_staining_3(X))
& fn_fluorescent_staining_5(X) = fn_add_2(X)
& fn_fluorescent_staining_3(X) = fn_specimen_stained_with_fluorescent_substance_1(fn_fluorescent_staining_4(X)) ) ) ).
fof(a529653,axiom,
! [X] :
( fluorescent_substance_1(X)
=> ( original_name_2(X,'Fluorescent-Substance')
& user_description_2(X,'A substance with the ability to emit light after absorbing light or other electromagnetic radiation.')
& concept2words_2(X,'fluorescent material')
& concept2words_2(X,'fluorescent-material')
& concept2words_2(X,'fluorescent molecule')
& concept2words_2(X,'fluorescent-molecule')
& concept2words_2(X,'fluorescent dye')
& concept2words_2(X,'fluorescent-dye')
& concept2words_2(X,fluorophore)
& concept2words_2(X,'fluorescent substance')
& concept2words_2(X,'fluorescent-substance')
& physical_object_1(X)
& radiation_1(fn_fluorescent_substance_1(X))
& absorb_1(fn_fluorescent_substance_2(X))
& emit_1(fn_fluorescent_substance_3(X))
& radiation_1(fn_fluorescent_substance_4(X))
& spatial_entity_1(fn_move_1(fn_fluorescent_substance_2(X)))
& spatial_entity_1(fn_move_1(fn_fluorescent_substance_3(X)))
& tangible_entity_1(fn_take_in_1(fn_fluorescent_substance_2(X)))
& origin_2(fn_fluorescent_substance_3(X),X)
& object_2(fn_fluorescent_substance_2(X),fn_fluorescent_substance_1(X))
& object_2(fn_fluorescent_substance_3(X),fn_fluorescent_substance_4(X))
& agent_2(fn_fluorescent_substance_2(X),X)
& base_2(fn_fluorescent_substance_2(X),X)
& fn_fluorescent_substance_1(X) = fn_move_1(fn_fluorescent_substance_2(X))
& fn_fluorescent_substance_4(X) = fn_move_1(fn_fluorescent_substance_3(X))
& X = fn_take_in_1(fn_fluorescent_substance_2(X))
& fn_take_in_1(fn_fluorescent_substance_2(X)) = fn_take_in_1(fn_fluorescent_substance_2(X)) ) ) ).
fof(a529654,axiom,
! [X] :
( fluorine_1(X)
=> ( original_name_2(X,'Fluorine')
& user_description_2(X,'Fluorine is a non metal atom with atomic number 9. It is represented by the symbol F.')
& concept2words_2(X,'F')
& concept2words_2(X,fluorine)
& non_metal_atom_1(X)
& atomic_mass_value_1(fn_fluorine_4(X))
& valence_value_1(fn_fluorine_5(X))
& electronegativity_value_1(fn_fluorine_6(X))
& neutron_1(fn_fluorine_7(X))
& valence_electron_1(fn_fluorine_11(X))
& atomic_weight_value_1(fn_fluorine_12(X))
& atomic_number_value_1(fn_fluorine_13(X))
& quantity_value_1(fn_fluorine_14(X))
& electronegativity_2(X,fn_fluorine_6(X))
& valence_2(X,fn_fluorine_5(X))
& mass_number_2(X,fn_fluorine_4(X))
& exactCardinality(X,has_part_0,"10",neutron_0)
& exactCardinality(X,has_part_0,"9",proton_0)
& exactCardinality(X,has_part_0,"9",electron_0)
& has_part_2(X,fn_fluorine_7(X))
& the_cardinal_value_2(fn_fluorine_14(X),"7")
& cardinal_unit_class_2(fn_fluorine_14(X),unity_0)
& the_cardinal_value_2(fn_fluorine_6(X),"3.98")
& cardinal_unit_class_2(fn_fluorine_6(X),unity_0)
& the_cardinal_value_2(fn_fluorine_5(X),"1")
& cardinal_unit_class_2(fn_fluorine_5(X),unity_0)
& the_cardinal_value_2(fn_fluorine_4(X),"19")
& cardinal_unit_class_2(fn_fluorine_4(X),unity_0)
& the_cardinal_value_2(fn_fluorine_13(X),"9")
& cardinal_unit_class_2(fn_fluorine_13(X),unity_0)
& the_cardinal_value_2(fn_fluorine_12(X),"19")
& cardinal_unit_class_2(fn_fluorine_12(X),dalton_0)
& atomic_number_2(X,fn_fluorine_13(X))
& atomic_weight_2(X,fn_fluorine_12(X))
& has_part_2(X,fn_fluorine_11(X))
& quantity_2(fn_fluorine_11(X),fn_fluorine_14(X))
& fn_fluorine_9(X) = fn_atom_12(X)
& fn_fluorine_13(X) = fn_atom_17(X)
& fn_fluorine_10(X) = fn_atom_13(X)
& fn_fluorine_12(X) = fn_atom_16(X)
& fn_fluorine_8(X) = fn_atom_1(X)
& fn_fluorine_14(X) = fn_atom_5(X)
& fn_fluorine_11(X) = fn_atom_14(X) ) ) ).
fof(a529655,axiom,
! [X] :
( fog_1(X)
=> ( original_name_2(X,'Fog')
& user_description_2(X,'A cloudlike mass or layer of minute water droplets near the surface of the earth.')
& concept2words_2(X,fog)
& precipitation_form_1(X)
& liquid_substance_1(X)
& ~ rain_1(X)
& ~ snow_1(X) ) ) ).
fof(a529656,axiom,
! [X] :
( fold_1(X)
=> ( original_name_2(X,'Fold')
& user_description_2(X,'The verb FOLD has 6 senses:1. bend or lay so that one part covers the other2. intertwine3. incorporate a food ingredient into a mixture by repeatedly turning it over without stirring or beating4. cease to operate or cause to cease operating5. confine in a fold, like sheep6. become folded or folded up')
& concept2words_2(X,bend)
& concept2words_2(X,loop)
& concept2words_2(X,fold)
& change_of_shape_1(X)
& ~ alteration_of_mrna_ends_1(X)
& ~ coil_1(X)
& ~ conformational_change_1(X)
& ~ conversion_to_isomer_1(X)
& ~ detoxification_1(X)
& ~ evaporation_1(X)
& ~ freezing_1(X)
& ~ gene_therapy_1(X)
& ~ melting_1(X)
& ~ metamorphosis_1(X)
& ~ mutation_1(X)
& ~ post_translational_modification_1(X)
& ~ refract_1(X)
& ~ temperature_fluctuation_1(X)
& ~ transformation_1(X)
& ~ twist_1(X)
& entity_1(fn_fold_1(X))
& object_2(X,fn_fold_1(X)) ) ) ).
fof(a529657,axiom,
! [X] :
( folded_protein_1(X)
=> ( original_name_2(X,'Folded-Protein')
& user_description_2(X,'A protein that is properly folded.')
& concept2words_2(X,'folded protein')
& concept2words_2(X,'folded-protein')
& protein_1(X) ) ) ).
fof(a529658,axiom,
! [X] :
( follicle_cell_1(X)
=> ( original_name_2(X,'Follicle-Cell')
& user_description_2(X,'Follicle cells of ovary are the basic units of female reproductive biology, each of which is composed of roughly spherical aggregations of cells found in the ovary.')
& concept2words_2(X,follicle)
& concept2words_2(X,'ovarian follicle')
& concept2words_2(X,'ovarian-follicle')
& concept2words_2(X,'cell of follicle')
& concept2words_2(X,'follicle cell')
& concept2words_2(X,'follicle-cell')
& ovarian_cell_1(X)
& ~ nurse_cell_1(X) ) ) ).
fof(a529659,axiom,
! [X] :
( follicular_phase_1(X)
=> ( original_name_2(X,'Follicular-Phase')
& user_description_2(X,'Phase of the menstrual cycle in which blood levels of estrogen are increasing and follicles are maturing in the ovaries.')
& concept2words_2(X,'proliferative phase')
& concept2words_2(X,'proliferative-phase')
& concept2words_2(X,'follicular phase')
& concept2words_2(X,'follicular-phase')
& female_reproductive_cycle_events_1(X)
& ~ adulthood_1(X)
& ~ algae_bloom_1(X)
& ~ axes_formation_1(X)
& ~ blastulation_1(X)
& ~ eight_cell_stage_1(X)
& ~ embryogenesis_1(X)
& ~ fetal_stage_1(X)
& ~ juvenile_stage_1(X)
& ~ larval_stage_1(X)
& ~ menopause_1(X)
& ~ multinucleated_stage_1(X)
& ~ segment_formation_1(X)
& ~ sensitive_period_1(X)
& ~ two_cell_stage_1(X) ) ) ).
fof(a529660,axiom,
! [X] :
( follow_1(X)
=> ( original_name_2(X,'Follow')
& concept2words_2(X,follow)
& action_1(X)
& entity_1(fn_follow_1(X))
& entity_1(fn_follow_2(X))
& agent_2(X,fn_follow_2(X))
& object_2(X,fn_follow_1(X)) ) ) ).
fof(a529661,axiom,
! [X] :
( food_1(X)
=> ( original_name_2(X,'Food')
& description_2(X,'Substance which provides nourishment to an organism.')
& user_description_2(X,'Food is a substance which when consumed provides energy and nutrition.')
& concept2words_2(X,food)
& concept2words_2(X,nutrient)
& role_1(X)
& nutrition_1(fn_food_1(X))
& polymer_1(fn_food_2(X))
& tangible_entity_1(fn_food_3(X))
& organic_molecule_1(fn_food_4(X))
& raw_material_2(fn_food_1(X),fn_food_2(X))
& raw_material_2(fn_food_1(X),fn_food_4(X))
& plays_2(fn_food_3(X),X)
& has_part_2(fn_food_3(X),fn_food_4(X))
& has_part_2(fn_food_3(X),fn_food_2(X))
& in_event_2(X,fn_food_1(X)) ) ) ).
fof(a529662,axiom,
! [X] :
( food_absorption_1(X)
=> ( original_name_2(X,'Food-Absorption')
& user_description_2(X,'The stage during food processing in which small nutrient molecules are absorbed by the cells of an organism.')
& concept2words_2(X,'absorption of food')
& concept2words_2(X,'food absorption')
& concept2words_2(X,'food-absorption')
& animal_process_1(X)
& ~ elimination_1(X)
& ~ extracellular_digestion_1(X)
& ~ ingestion_1(X)
& nutrient_1(fn_food_absorption_1(X))
& chemical_entity_1(fn_food_absorption_2(X))
& animal_cell_1(fn_food_absorption_3(X))
& base_2(X,fn_food_absorption_3(X))
& object_2(X,fn_food_absorption_2(X))
& plays_2(fn_food_absorption_2(X),fn_food_absorption_1(X)) ) ) ).
fof(a529663,axiom,
! [X] :
( food_chain_1(X)
=> ( original_name_2(X,'Food-Chain')
& user_description_2(X,'A linear series of species through which food energy flows in an ecosystem, beginning with primary producers and ending with top-level consumers.')
& concept2words_2(X,'chain of food')
& concept2words_2(X,'food chain')
& concept2words_2(X,'food-chain')
& aggregate_1(X) ) ) ).
fof(a529664,axiom,
! [X] :
( food_plant_1(X)
=> ( original_name_2(X,'Food-Plant')
& user_description_2(X,'A plant that is used for food.')
& concept2words_2(X,'food plants')
& concept2words_2(X,'food-plants')
& concept2words_2(X,'host plant')
& concept2words_2(X,'host-plant')
& concept2words_2(X,'host plants')
& concept2words_2(X,'host-plants')
& concept2words_2(X,'plant of food')
& concept2words_2(X,'food plant')
& concept2words_2(X,'food-plant')
& plant_1(X) ) ) ).
fof(a529665,axiom,
! [X] :
( food_processing_1(X)
=> ( original_name_2(X,'Food-Processing')
& user_description_2(X,'A sequence of events that digest food into its usable forms and eliminate the wastes.')
& concept2words_2(X,digestion)
& concept2words_2(X,process)
& concept2words_2(X,'processing of food')
& concept2words_2(X,'food processing')
& concept2words_2(X,'food-processing')
& animal_process_1(X)
& digestive_system_1(fn_food_processing_1(X))
& hydrogen_1(fn_food_processing_2(X))
& carbon_1(fn_food_processing_3(X))
& charge_value_1(fn_food_processing_4(X))
& catalyst_1(fn_food_processing_5(X))
& digestion_1(fn_food_processing_6(X))
& food_absorption_1(fn_food_processing_7(X))
& elimination_1(fn_food_processing_8(X))
& tangible_entity_1(fn_food_processing_9(X))
& ingestion_1(fn_food_processing_10(X))
& animal_1(fn_food_processing_11(X))
& enzymatic_reaction_1(fn_food_processing_12(X))
& attach_1(fn_food_processing_13(X))
& attach_1(fn_enzymatic_reaction_10(fn_food_processing_12(X)))
& tangible_entity_1(fn_ingestion_3(fn_food_processing_10(X)))
& animal_1(fn_ingestion_1(fn_food_processing_10(X)))
& has_function_2(fn_food_processing_1(X),X)
& the_cardinal_value_2(fn_food_processing_4(X),"0.0e0")
& cardinal_unit_class_2(fn_food_processing_4(X),unity_0)
& the_categorical_value_2(fn_food_processing_4(X),partial_positive_0)
& the_categorical_value_2(fn_food_processing_4(X),partial_negative_0)
& in_event_2(fn_food_processing_5(X),fn_food_processing_6(X))
& subevent_2(X,fn_food_processing_10(X))
& subevent_2(X,fn_food_processing_6(X))
& subevent_2(X,fn_food_processing_7(X))
& subevent_2(X,fn_food_processing_8(X))
& base_2(X,fn_food_processing_11(X))
& beneficiary_2(X,fn_food_processing_11(X))
& object_2(X,fn_food_processing_9(X))
& enables_2(fn_food_processing_13(X),fn_food_processing_6(X))
& enables_2(fn_food_processing_13(X),fn_food_processing_12(X))
& agent_2(fn_food_processing_10(X),fn_food_processing_11(X))
& base_2(fn_food_processing_10(X),fn_food_processing_11(X))
& object_2(fn_food_processing_10(X),fn_food_processing_9(X))
& fn_food_processing_13(X) = fn_enzymatic_reaction_10(fn_food_processing_12(X))
& fn_food_processing_9(X) = fn_ingestion_3(fn_food_processing_10(X))
& fn_food_processing_11(X) = fn_ingestion_1(fn_food_processing_10(X)) ) ) ).
fof(a529666,axiom,
! [X] :
( food_processing_in_bird_1(X)
=> ( original_name_2(X,'Food-Processing-In-Bird')
& user_description_2(X,'A sequence of events in birds that digest food into its usable forms and eliminate the wastes.')
& concept2words_2(X,process)
& concept2words_2(X,'food processing in bird')
& concept2words_2(X,'food-processing-in-bird')
& food_processing_1(X) ) ) ).
fof(a529667,axiom,
! [X] :
( food_processing_in_cnidaria_1(X)
=> ( original_name_2(X,'Food-Processing-In-Cnidaria')
& user_description_2(X,'A sequence of events in cnidarians that digest food into its usable forms and eliminate the wastes.')
& concept2words_2(X,process)
& concept2words_2(X,'food processing in cnidaria')
& concept2words_2(X,'food-processing-in-cnidaria')
& food_processing_1(X)
& time_interval_1(fn_food_processing_in_cnidaria_1(X))
& time_interval_1(fn_food_processing_in_cnidaria_2(X))
& prey_1(fn_food_processing_in_cnidaria_3(X))
& pore_1(fn_food_processing_in_cnidaria_4(X))
& consistency_value_1(fn_food_processing_in_cnidaria_5(X))
& protein_enzyme_1(fn_food_processing_in_cnidaria_7(X))
& protein_enzyme_1(fn_food_processing_in_cnidaria_8(X))
& time_interval_1(fn_food_processing_in_cnidaria_9(X))
& time_interval_1(fn_food_processing_in_cnidaria_10(X))
& lysosome_1(fn_food_processing_in_cnidaria_11(X))
& intracellular_digestion_1(fn_food_processing_in_cnidaria_12(X))
& gastrodermal_cell_1(fn_food_processing_in_cnidaria_13(X))
& tangible_entity_1(fn_food_processing_in_cnidaria_14(X))
& cell_1(fn_food_processing_in_cnidaria_14(X))
& eukaryotic_cell_1(fn_food_processing_in_cnidaria_14(X))
& spatial_entity_1(fn_food_processing_in_cnidaria_15(X))
& food_vacuole_1(fn_food_processing_in_cnidaria_15(X))
& mixture_1(fn_food_processing_in_cnidaria_16(X))
& cytoplasm_1(fn_food_processing_in_cnidaria_16(X))
& spatial_entity_1(fn_food_processing_in_cnidaria_17(X))
& biomembrane_1(fn_food_processing_in_cnidaria_17(X))
& plasma_membrane_1(fn_food_processing_in_cnidaria_17(X))
& locomotion_1(fn_food_processing_in_cnidaria_18(X))
& chemical_digestion_1(fn_food_processing_in_cnidaria_20(X))
& tangible_entity_1(fn_food_processing_in_cnidaria_21(X))
& polymer_1(fn_food_processing_in_cnidaria_21(X))
& size_value_1(fn_food_processing_in_cnidaria_22(X))
& animal_1(fn_food_processing_in_cnidaria_23(X))
& ingestion_1(fn_food_processing_in_cnidaria_24(X))
& digestion_1(fn_food_processing_in_cnidaria_25(X))
& food_absorption_1(fn_food_processing_in_cnidaria_26(X))
& elimination_1(fn_food_processing_in_cnidaria_27(X))
& digestive_system_1(fn_food_processing_in_cnidaria_28(X))
& entity_1(fn_food_processing_in_cnidaria_29(X))
& cnidaria_1(fn_food_processing_in_cnidaria_29(X))
& animal_1(fn_food_processing_in_cnidaria_29(X))
& body_wall_1(fn_food_processing_in_cnidaria_30(X))
& tentacle_1(fn_food_processing_in_cnidaria_31(X))
& heterotroph_1(fn_food_processing_in_cnidaria_32(X))
& agent_role_1(fn_food_processing_in_cnidaria_33(X))
& nutrition_1(fn_food_processing_in_cnidaria_34(X))
& gastrovascular_cavity_1(fn_food_processing_in_cnidaria_35(X))
& animal_tissue_1(fn_food_processing_in_cnidaria_36(X))
& genotype_1(fn_food_processing_in_cnidaria_37(X))
& transmembrane_protein_1(fn_food_processing_in_cnidaria_38(X))
& tangible_entity_1(fn_food_processing_in_cnidaria_38(X))
& membrane_protein_1(fn_food_processing_in_cnidaria_38(X))
& protein_1(fn_food_processing_in_cnidaria_38(X))
& spatial_entity_1(fn_food_processing_in_cnidaria_38(X))
& polymer_1(fn_food_processing_in_cnidaria_38(X))
& integrin_1(fn_food_processing_in_cnidaria_38(X))
& tangible_entity_1(fn_food_processing_in_cnidaria_39(X))
& phospholipid_bilayer_1(fn_food_processing_in_cnidaria_39(X))
& protein_1(fn_food_processing_in_cnidaria_40(X))
& organic_molecule_1(fn_food_processing_in_cnidaria_40(X))
& polymer_1(fn_food_processing_in_cnidaria_40(X))
& spatial_entity_1(fn_food_processing_in_cnidaria_40(X))
& membrane_protein_1(fn_food_processing_in_cnidaria_40(X))
& tangible_entity_1(fn_food_processing_in_cnidaria_40(X))
& transmembrane_protein_1(fn_food_processing_in_cnidaria_40(X))
& integral_protein_1(fn_food_processing_in_cnidaria_40(X))
& transport_protein_1(fn_food_processing_in_cnidaria_40(X))
& metabolic_pathway_1(fn_food_processing_in_cnidaria_41(X))
& endergonic_process_1(fn_food_processing_in_cnidaria_41(X))
& chemical_reaction_1(fn_food_processing_in_cnidaria_41(X))
& synthesis_of_organic_molecule_1(fn_food_processing_in_cnidaria_41(X))
& anabolic_pathway_1(fn_food_processing_in_cnidaria_41(X))
& synthesis_of_atp_1(fn_food_processing_in_cnidaria_41(X))
& synthesis_reaction_1(fn_food_processing_in_cnidaria_42(X))
& chemical_reaction_1(fn_food_processing_in_cnidaria_42(X))
& anabolic_pathway_1(fn_food_processing_in_cnidaria_42(X))
& synthesis_of_lipid_1(fn_food_processing_in_cnidaria_42(X))
& facilitated_diffusion_of_polar_molecule_1(fn_food_processing_in_cnidaria_43(X))
& gastrodermis_1(fn_food_processing_in_cnidaria_44(X))
& membrane_1(fn_food_processing_in_cnidaria_45(X))
& tangible_entity_1(fn_food_processing_in_cnidaria_45(X))
& spatial_entity_1(fn_food_processing_in_cnidaria_45(X))
& biomembrane_1(fn_food_processing_in_cnidaria_45(X))
& plasma_membrane_1(fn_food_processing_in_cnidaria_45(X))
& animal_plasma_membrane_1(fn_food_processing_in_cnidaria_45(X))
& endoplasmic_reticulum_1(fn_food_processing_in_cnidaria_46(X))
& smooth_endoplasmic_reticulum_1(fn_food_processing_in_cnidaria_46(X))
& digestive_enzyme_1(fn_food_processing_in_cnidaria_47(X))
& living_entity_1(fn_food_processing_in_cnidaria_48(X))
& cell_1(fn_food_processing_in_cnidaria_48(X))
& eukaryotic_cell_1(fn_food_processing_in_cnidaria_48(X))
& gastrodermal_cell_1(fn_food_processing_in_cnidaria_48(X))
& animal_cell_1(fn_food_processing_in_cnidaria_48(X))
& secretion_1(fn_food_processing_in_cnidaria_49(X))
& waste_1(fn_food_processing_in_cnidaria_50(X))
& chemical_entity_1(fn_food_processing_in_cnidaria_51(X))
& tangible_entity_1(fn_secretion_1(fn_food_processing_in_cnidaria_49(X)))
& tangible_entity_1(fn_chemical_digestion_1(fn_food_processing_in_cnidaria_20(X)))
& tangible_entity_1(fn_waste_1(fn_food_processing_in_cnidaria_50(X)))
& spatial_entity_1(fn_locomotion_1(fn_food_processing_in_cnidaria_18(X)))
& genotype_1(fn_organism_3(fn_food_processing_in_cnidaria_23(X)))
& intracellular_digestion_1(fn_lysosome_4(fn_food_processing_in_cnidaria_11(X)))
& animal_cell_1(fn_gastrodermis_1(fn_food_processing_in_cnidaria_44(X)))
& tangible_entity_1(fn_food_vacuole_17(fn_food_processing_in_cnidaria_15(X)))
& eukaryotic_cell_1(fn_food_vacuole_17(fn_food_processing_in_cnidaria_15(X)))
& cell_1(fn_food_vacuole_17(fn_food_processing_in_cnidaria_15(X)))
& property_node_1(fn_polymer_9(fn_food_processing_in_cnidaria_21(X)))
& size_value_1(fn_polymer_8(fn_food_processing_in_cnidaria_21(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_food_processing_in_cnidaria_14(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_food_processing_in_cnidaria_14(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_food_processing_in_cnidaria_14(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_food_processing_in_cnidaria_14(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_food_processing_in_cnidaria_14(X)))
& gastrodermis_1(fn_cnidaria_25(fn_food_processing_in_cnidaria_29(X)))
& body_wall_1(fn_cnidaria_7(fn_food_processing_in_cnidaria_29(X)))
& tentacle_1(fn_cnidaria_16(fn_food_processing_in_cnidaria_29(X)))
& smooth_endoplasmic_reticulum_1(fn_animal_cell_54(fn_food_processing_in_cnidaria_48(X)))
& metabolic_pathway_1(fn_animal_cell_20(fn_food_processing_in_cnidaria_48(X)))
& endergonic_process_1(fn_animal_cell_20(fn_food_processing_in_cnidaria_48(X)))
& chemical_reaction_1(fn_animal_cell_20(fn_food_processing_in_cnidaria_48(X)))
& synthesis_of_organic_molecule_1(fn_animal_cell_20(fn_food_processing_in_cnidaria_48(X)))
& anabolic_pathway_1(fn_animal_cell_20(fn_food_processing_in_cnidaria_48(X)))
& synthesis_of_atp_1(fn_animal_cell_20(fn_food_processing_in_cnidaria_48(X)))
& digestive_tract_1(fn_animal_2(fn_food_processing_in_cnidaria_29(X)))
& heterotroph_1(fn_animal_18(fn_food_processing_in_cnidaria_29(X)))
& tangible_entity_1(fn_chemical_digestion_2(fn_food_processing_in_cnidaria_20(X)))
& tangible_entity_1(fn_food_vacuole_24(fn_food_processing_in_cnidaria_15(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_food_processing_in_cnidaria_46(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_food_processing_in_cnidaria_46(X)))
& synthesis_of_lipid_1(fn_endoplasmic_reticulum_23(fn_food_processing_in_cnidaria_46(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_food_processing_in_cnidaria_46(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_food_processing_in_cnidaria_46(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_food_processing_in_cnidaria_46(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_food_processing_in_cnidaria_46(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_food_processing_in_cnidaria_46(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_food_processing_in_cnidaria_46(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_food_processing_in_cnidaria_46(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_food_processing_in_cnidaria_45(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_food_processing_in_cnidaria_45(X)))
& protein_1(fn_plasma_membrane_68(fn_food_processing_in_cnidaria_45(X)))
& tangible_entity_1(fn_eukaryotic_cell_50(fn_food_processing_in_cnidaria_48(X)))
& membrane_protein_1(fn_eukaryotic_cell_50(fn_food_processing_in_cnidaria_48(X)))
& protein_1(fn_eukaryotic_cell_50(fn_food_processing_in_cnidaria_48(X)))
& spatial_entity_1(fn_eukaryotic_cell_50(fn_food_processing_in_cnidaria_48(X)))
& polymer_1(fn_eukaryotic_cell_50(fn_food_processing_in_cnidaria_48(X)))
& transmembrane_protein_1(fn_animal_cell_80(fn_food_processing_in_cnidaria_48(X)))
& tangible_entity_1(fn_animal_cell_80(fn_food_processing_in_cnidaria_48(X)))
& membrane_protein_1(fn_animal_cell_80(fn_food_processing_in_cnidaria_48(X)))
& protein_1(fn_animal_cell_80(fn_food_processing_in_cnidaria_48(X)))
& spatial_entity_1(fn_animal_cell_80(fn_food_processing_in_cnidaria_48(X)))
& polymer_1(fn_animal_cell_80(fn_food_processing_in_cnidaria_48(X)))
& integrin_1(fn_animal_cell_80(fn_food_processing_in_cnidaria_48(X)))
& living_entity_1(fn_secretion_2(fn_food_processing_in_cnidaria_49(X)))
& eukaryotic_cell_1(fn_endoplasmic_reticulum_11(fn_food_processing_in_cnidaria_46(X)))
& cell_1(fn_endoplasmic_reticulum_11(fn_food_processing_in_cnidaria_46(X)))
& gastrodermal_cell_1(fn_cnidaria_19(fn_food_processing_in_cnidaria_29(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_food_processing_in_cnidaria_45(X)))
& digestive_system_1(fn_animal_5(fn_food_processing_in_cnidaria_29(X)))
& nutrition_1(fn_cnidaria_11(fn_food_processing_in_cnidaria_29(X)))
& nutrition_1(fn_animal_19(fn_food_processing_in_cnidaria_29(X)))
& entity_1(fn_agent_role_1(fn_food_processing_in_cnidaria_33(X)))
& tangible_entity_1(fn_biomembrane_63(fn_food_processing_in_cnidaria_45(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_food_processing_in_cnidaria_45(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_food_processing_in_cnidaria_45(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_food_processing_in_cnidaria_45(X)))
& tangible_entity_1(fn_eukaryotic_cell_41(fn_food_processing_in_cnidaria_48(X)))
& phospholipid_bilayer_1(fn_eukaryotic_cell_41(fn_food_processing_in_cnidaria_48(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_food_processing_in_cnidaria_43(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_food_processing_in_cnidaria_43(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_food_processing_in_cnidaria_43(X)))
& tangible_entity_1(fn_animal_cell_73(fn_food_processing_in_cnidaria_48(X)))
& spatial_entity_1(fn_animal_cell_73(fn_food_processing_in_cnidaria_48(X)))
& biomembrane_1(fn_animal_cell_73(fn_food_processing_in_cnidaria_48(X)))
& animal_plasma_membrane_1(fn_animal_cell_73(fn_food_processing_in_cnidaria_48(X)))
& plasma_membrane_1(fn_animal_cell_73(fn_food_processing_in_cnidaria_48(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_food_processing_in_cnidaria_48(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_food_processing_in_cnidaria_48(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_food_processing_in_cnidaria_48(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_food_processing_in_cnidaria_45(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X)))
& protein_1(fn_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X)))
& polymer_1(fn_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_food_processing_in_cnidaria_45(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_food_processing_in_cnidaria_45(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_food_processing_in_cnidaria_45(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_food_processing_in_cnidaria_45(X)))
& spatial_entity_1(fn_eukaryotic_cell_15(fn_food_processing_in_cnidaria_48(X)))
& membrane_protein_1(fn_eukaryotic_cell_15(fn_food_processing_in_cnidaria_48(X)))
& tangible_entity_1(fn_eukaryotic_cell_15(fn_food_processing_in_cnidaria_48(X)))
& transmembrane_protein_1(fn_eukaryotic_cell_15(fn_food_processing_in_cnidaria_48(X)))
& integral_protein_1(fn_eukaryotic_cell_15(fn_food_processing_in_cnidaria_48(X)))
& transport_protein_1(fn_eukaryotic_cell_15(fn_food_processing_in_cnidaria_48(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_food_processing_in_cnidaria_45(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_food_processing_in_cnidaria_45(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_food_processing_in_cnidaria_45(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_food_processing_in_cnidaria_45(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_food_processing_in_cnidaria_45(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_food_processing_in_cnidaria_45(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_food_processing_in_cnidaria_45(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_food_processing_in_cnidaria_45(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_food_processing_in_cnidaria_45(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_food_processing_in_cnidaria_45(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_food_processing_in_cnidaria_45(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_food_processing_in_cnidaria_45(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_food_processing_in_cnidaria_45(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_food_processing_in_cnidaria_45(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_food_processing_in_cnidaria_45(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_food_processing_in_cnidaria_45(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_food_processing_in_cnidaria_45(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_food_processing_in_cnidaria_45(X)))
& fn_food_processing_in_cnidaria_13(X) != fn_food_processing_in_cnidaria_48(X)
& called_2(fn_food_processing_in_cnidaria_13(X),"2")
& agent_2(fn_food_processing_in_cnidaria_12(X),fn_food_processing_in_cnidaria_11(X))
& site_2(fn_food_processing_in_cnidaria_12(X),fn_food_processing_in_cnidaria_11(X))
& has_part_2(fn_food_processing_in_cnidaria_14(X),fn_food_processing_in_cnidaria_11(X))
& is_between_2(fn_food_processing_in_cnidaria_14(X),fn_food_processing_in_cnidaria_16(X))
& is_inside_2(fn_food_processing_in_cnidaria_16(X),fn_food_processing_in_cnidaria_14(X))
& fn_food_processing_in_cnidaria_16(X) != fn_food_processing_in_cnidaria_21(X)
& fn_food_processing_in_cnidaria_17(X) != fn_food_processing_in_cnidaria_21(X)
& time_during_2(fn_food_processing_in_cnidaria_18(X),fn_food_processing_in_cnidaria_1(X))
& time_int_during_2(fn_food_processing_in_cnidaria_1(X),fn_food_processing_in_cnidaria_2(X))
& fn_food_processing_in_cnidaria_21(X) != fn_food_processing_in_cnidaria_16(X)
& fn_food_processing_in_cnidaria_21(X) != fn_food_processing_in_cnidaria_17(X)
& the_scalar_value_2(fn_food_processing_in_cnidaria_22(X),small_0)
& scalar_unit_class_2(fn_food_processing_in_cnidaria_22(X),chemical_entity_0)
& plays_2(fn_food_processing_in_cnidaria_23(X),fn_food_processing_in_cnidaria_3(X))
& has_part_2(fn_food_processing_in_cnidaria_23(X),fn_food_processing_in_cnidaria_51(X))
& has_part_2(fn_food_processing_in_cnidaria_23(X),fn_food_processing_in_cnidaria_36(X))
& destination_2(fn_food_processing_in_cnidaria_24(X),fn_food_processing_in_cnidaria_35(X))
& path_2(fn_food_processing_in_cnidaria_24(X),fn_food_processing_in_cnidaria_4(X))
& subevent_2(fn_food_processing_in_cnidaria_25(X),fn_food_processing_in_cnidaria_12(X))
& subevent_2(fn_food_processing_in_cnidaria_25(X),fn_food_processing_in_cnidaria_20(X))
& time_during_2(fn_food_processing_in_cnidaria_26(X),fn_food_processing_in_cnidaria_9(X))
& time_during_2(fn_food_processing_in_cnidaria_27(X),fn_food_processing_in_cnidaria_10(X))
& object_2(fn_food_processing_in_cnidaria_27(X),fn_food_processing_in_cnidaria_51(X))
& result_2(fn_food_processing_in_cnidaria_27(X),fn_food_processing_in_cnidaria_51(X))
& origin_2(fn_food_processing_in_cnidaria_27(X),fn_food_processing_in_cnidaria_35(X))
& path_2(fn_food_processing_in_cnidaria_27(X),fn_food_processing_in_cnidaria_4(X))
& has_region_2(fn_food_processing_in_cnidaria_28(X),fn_food_processing_in_cnidaria_4(X))
& facilitates_2(fn_food_processing_in_cnidaria_31(X),fn_food_processing_in_cnidaria_24(X))
& the_categorical_value_2(fn_food_processing_in_cnidaria_5(X),soft_0)
& consistency_2(fn_food_processing_in_cnidaria_36(X),fn_food_processing_in_cnidaria_5(X))
& fn_food_processing_in_cnidaria_7(X) != fn_food_processing_in_cnidaria_8(X)
& fn_food_processing_in_cnidaria_8(X) != fn_food_processing_in_cnidaria_7(X)
& agent_2(fn_food_processing_in_cnidaria_41(X),fn_food_processing_in_cnidaria_7(X))
& agent_2(fn_food_processing_in_cnidaria_42(X),fn_food_processing_in_cnidaria_7(X))
& agent_2(fn_food_processing_in_cnidaria_42(X),fn_food_processing_in_cnidaria_8(X))
& has_function_2(fn_food_processing_in_cnidaria_47(X),fn_food_processing_in_cnidaria_20(X))
& fn_food_processing_in_cnidaria_48(X) != fn_food_processing_in_cnidaria_13(X)
& has_function_2(fn_food_processing_in_cnidaria_48(X),fn_food_processing_in_cnidaria_49(X))
& called_2(fn_food_processing_in_cnidaria_48(X),"1")
& time_before_2(fn_food_processing_in_cnidaria_9(X),fn_food_processing_in_cnidaria_10(X))
& in_event_2(fn_food_processing_in_cnidaria_50(X),fn_food_processing_in_cnidaria_27(X))
& plays_2(fn_food_processing_in_cnidaria_29(X),fn_food_processing_in_cnidaria_33(X))
& object_2(fn_food_processing_in_cnidaria_49(X),fn_food_processing_in_cnidaria_47(X))
& raw_material_2(fn_food_processing_in_cnidaria_20(X),fn_food_processing_in_cnidaria_36(X))
& base_2(fn_food_processing_in_cnidaria_49(X),fn_food_processing_in_cnidaria_48(X))
& result_2(fn_food_processing_in_cnidaria_20(X),fn_food_processing_in_cnidaria_21(X))
& plays_2(fn_food_processing_in_cnidaria_51(X),fn_food_processing_in_cnidaria_50(X))
& path_2(fn_food_processing_in_cnidaria_43(X),fn_food_processing_in_cnidaria_45(X))
& object_2(X,fn_food_processing_in_cnidaria_23(X))
& object_2(fn_food_processing_in_cnidaria_24(X),fn_food_processing_in_cnidaria_23(X))
& object_2(fn_food_processing_in_cnidaria_18(X),fn_food_processing_in_cnidaria_15(X))
& agent_2(fn_food_processing_in_cnidaria_18(X),fn_food_processing_in_cnidaria_15(X))
& has_part_2(fn_food_processing_in_cnidaria_23(X),fn_food_processing_in_cnidaria_37(X))
& has_function_2(fn_food_processing_in_cnidaria_11(X),fn_food_processing_in_cnidaria_12(X))
& subevent_2(X,fn_food_processing_in_cnidaria_26(X))
& subevent_2(X,fn_food_processing_in_cnidaria_25(X))
& subevent_2(X,fn_food_processing_in_cnidaria_27(X))
& has_function_2(fn_food_processing_in_cnidaria_28(X),X)
& beneficiary_2(X,fn_food_processing_in_cnidaria_29(X))
& agent_2(fn_food_processing_in_cnidaria_24(X),fn_food_processing_in_cnidaria_29(X))
& base_2(fn_food_processing_in_cnidaria_24(X),fn_food_processing_in_cnidaria_29(X))
& base_2(X,fn_food_processing_in_cnidaria_29(X))
& subevent_2(X,fn_food_processing_in_cnidaria_24(X))
& is_inside_2(fn_food_processing_in_cnidaria_40(X),fn_food_processing_in_cnidaria_39(X))
& has_part_2(fn_food_processing_in_cnidaria_45(X),fn_food_processing_in_cnidaria_40(X))
& is_at_2(fn_food_processing_in_cnidaria_40(X),fn_food_processing_in_cnidaria_45(X))
& is_at_2(fn_food_processing_in_cnidaria_40(X),fn_food_processing_in_cnidaria_39(X))
& has_part_2(fn_food_processing_in_cnidaria_45(X),fn_food_processing_in_cnidaria_39(X))
& called_2(fn_food_processing_in_cnidaria_40(X),'MP1')
& is_across_2(fn_food_processing_in_cnidaria_40(X),fn_food_processing_in_cnidaria_45(X))
& has_region_2(fn_food_processing_in_cnidaria_28(X),fn_food_processing_in_cnidaria_35(X))
& has_region_2(fn_food_processing_in_cnidaria_29(X),fn_food_processing_in_cnidaria_28(X))
& agent_2(fn_food_processing_in_cnidaria_34(X),fn_food_processing_in_cnidaria_29(X))
& in_event_2(fn_food_processing_in_cnidaria_32(X),fn_food_processing_in_cnidaria_34(X))
& plays_2(fn_food_processing_in_cnidaria_29(X),fn_food_processing_in_cnidaria_32(X))
& called_2(fn_food_processing_in_cnidaria_38(X),'MP1')
& has_part_2(fn_food_processing_in_cnidaria_45(X),fn_food_processing_in_cnidaria_38(X))
& has_part_2(fn_food_processing_in_cnidaria_48(X),fn_food_processing_in_cnidaria_45(X))
& has_part_2(fn_food_processing_in_cnidaria_48(X),fn_food_processing_in_cnidaria_46(X))
& base_2(fn_food_processing_in_cnidaria_41(X),fn_food_processing_in_cnidaria_48(X))
& has_part_2(fn_food_processing_in_cnidaria_44(X),fn_food_processing_in_cnidaria_48(X))
& has_part_2(fn_food_processing_in_cnidaria_30(X),fn_food_processing_in_cnidaria_44(X))
& has_part_2(fn_food_processing_in_cnidaria_29(X),fn_food_processing_in_cnidaria_30(X))
& has_part_2(fn_food_processing_in_cnidaria_29(X),fn_food_processing_in_cnidaria_31(X))
& has_part_2(fn_food_processing_in_cnidaria_14(X),fn_food_processing_in_cnidaria_17(X))
& is_inside_2(fn_food_processing_in_cnidaria_16(X),fn_food_processing_in_cnidaria_17(X))
& has_part_2(fn_food_processing_in_cnidaria_14(X),fn_food_processing_in_cnidaria_16(X))
& site_2(fn_food_processing_in_cnidaria_42(X),fn_food_processing_in_cnidaria_46(X))
& has_function_2(fn_food_processing_in_cnidaria_46(X),fn_food_processing_in_cnidaria_42(X))
& size_2(fn_food_processing_in_cnidaria_21(X),fn_food_processing_in_cnidaria_22(X))
& fn_food_processing_in_cnidaria_40(X) != fn_food_processing_in_cnidaria_38(X)
& fn_food_processing_in_cnidaria_38(X) != fn_food_processing_in_cnidaria_40(X)
& has_part_2(fn_food_processing_in_cnidaria_14(X),fn_food_processing_in_cnidaria_15(X))
& base_2(fn_food_processing_in_cnidaria_42(X),fn_food_processing_in_cnidaria_48(X))
& has_part_2(fn_food_processing_in_cnidaria_44(X),fn_food_processing_in_cnidaria_13(X))
& is_inside_2(fn_food_processing_in_cnidaria_21(X),fn_food_processing_in_cnidaria_15(X))
& fn_food_processing_in_cnidaria_29(X) = fn_agent_role_1(fn_food_processing_in_cnidaria_33(X))
& fn_food_processing_in_cnidaria_47(X) = fn_secretion_1(fn_food_processing_in_cnidaria_49(X))
& fn_food_processing_in_cnidaria_36(X) = fn_chemical_digestion_1(fn_food_processing_in_cnidaria_20(X))
& fn_food_processing_in_cnidaria_48(X) = fn_secretion_2(fn_food_processing_in_cnidaria_49(X))
& fn_food_processing_in_cnidaria_21(X) = fn_chemical_digestion_2(fn_food_processing_in_cnidaria_20(X))
& fn_food_processing_in_cnidaria_51(X) = fn_waste_1(fn_food_processing_in_cnidaria_50(X))
& fn_food_processing_in_cnidaria_45(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_food_processing_in_cnidaria_43(X))
& fn_food_processing_in_cnidaria_23(X) = fn_food_processing_9(X)
& fn_food_processing_in_cnidaria_15(X) = fn_locomotion_1(fn_food_processing_in_cnidaria_18(X))
& fn_food_processing_in_cnidaria_37(X) = fn_organism_3(fn_food_processing_in_cnidaria_23(X))
& fn_food_processing_in_cnidaria_12(X) = fn_lysosome_4(fn_food_processing_in_cnidaria_11(X))
& fn_food_processing_in_cnidaria_26(X) = fn_food_processing_7(X)
& fn_food_processing_in_cnidaria_25(X) = fn_food_processing_6(X)
& fn_food_processing_in_cnidaria_27(X) = fn_food_processing_8(X)
& fn_food_processing_in_cnidaria_28(X) = fn_food_processing_1(X)
& fn_food_processing_in_cnidaria_24(X) = fn_food_processing_10(X)
& fn_food_processing_in_cnidaria_29(X) = fn_food_processing_11(X)
& fn_food_processing_in_cnidaria_21(X) = fn_food_vacuole_24(fn_food_processing_in_cnidaria_15(X))
& fn_food_processing_in_cnidaria_13(X) = fn_gastrodermis_1(fn_food_processing_in_cnidaria_44(X))
& fn_food_processing_in_cnidaria_42(X) = fn_endoplasmic_reticulum_23(fn_food_processing_in_cnidaria_46(X))
& fn_food_processing_in_cnidaria_14(X) = fn_food_vacuole_17(fn_food_processing_in_cnidaria_15(X))
& fn_food_processing_in_cnidaria_40(X) = fn_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X))
& fn_food_processing_in_cnidaria_19(X) = fn_polymer_9(fn_food_processing_in_cnidaria_21(X))
& fn_food_processing_in_cnidaria_22(X) = fn_polymer_8(fn_food_processing_in_cnidaria_21(X))
& fn_food_processing_in_cnidaria_42(X) = fn_smooth_endoplasmic_reticulum_23(fn_food_processing_in_cnidaria_46(X))
& fn_food_processing_in_cnidaria_42(X) = fn_smooth_endoplasmic_reticulum_7(fn_food_processing_in_cnidaria_46(X))
& fn_food_processing_in_cnidaria_42(X) = fn_smooth_endoplasmic_reticulum_49(fn_food_processing_in_cnidaria_46(X))
& fn_food_processing_in_cnidaria_42(X) = fn_smooth_endoplasmic_reticulum_48(fn_food_processing_in_cnidaria_46(X))
& fn_food_processing_in_cnidaria_42(X) = fn_smooth_endoplasmic_reticulum_8(fn_food_processing_in_cnidaria_46(X))
& fn_food_processing_in_cnidaria_42(X) = fn_smooth_endoplasmic_reticulum_42(fn_food_processing_in_cnidaria_46(X))
& fn_food_processing_in_cnidaria_17(X) = fn_eukaryotic_cell_29(fn_food_processing_in_cnidaria_14(X))
& fn_food_processing_in_cnidaria_16(X) = fn_eukaryotic_cell_31(fn_food_processing_in_cnidaria_14(X))
& fn_food_processing_in_cnidaria_48(X) = fn_cnidaria_19(fn_food_processing_in_cnidaria_29(X))
& fn_food_processing_in_cnidaria_44(X) = fn_cnidaria_25(fn_food_processing_in_cnidaria_29(X))
& fn_food_processing_in_cnidaria_30(X) = fn_cnidaria_7(fn_food_processing_in_cnidaria_29(X))
& fn_food_processing_in_cnidaria_31(X) = fn_cnidaria_16(fn_food_processing_in_cnidaria_29(X))
& fn_food_processing_in_cnidaria_38(X) = fn_plasma_membrane_68(fn_food_processing_in_cnidaria_45(X))
& fn_food_processing_in_cnidaria_38(X) = fn_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X))
& fn_food_processing_in_cnidaria_38(X) = fn_eukaryotic_cell_50(fn_food_processing_in_cnidaria_48(X))
& fn_food_processing_in_cnidaria_38(X) = fn_animal_cell_80(fn_food_processing_in_cnidaria_48(X))
& fn_food_processing_in_cnidaria_48(X) = fn_animal_plasma_membrane_56(fn_food_processing_in_cnidaria_45(X))
& fn_food_processing_in_cnidaria_45(X) = fn_animal_cell_73(fn_food_processing_in_cnidaria_48(X))
& fn_food_processing_in_cnidaria_48(X) = fn_endoplasmic_reticulum_11(fn_food_processing_in_cnidaria_46(X))
& fn_food_processing_in_cnidaria_46(X) = fn_animal_cell_54(fn_food_processing_in_cnidaria_48(X))
& fn_food_processing_in_cnidaria_41(X) = fn_animal_cell_20(fn_food_processing_in_cnidaria_48(X))
& fn_food_processing_in_cnidaria_35(X) = fn_animal_2(fn_food_processing_in_cnidaria_29(X))
& fn_food_processing_in_cnidaria_28(X) = fn_animal_5(fn_food_processing_in_cnidaria_29(X))
& fn_food_processing_in_cnidaria_34(X) = fn_cnidaria_11(fn_food_processing_in_cnidaria_29(X))
& fn_food_processing_in_cnidaria_34(X) = fn_animal_19(fn_food_processing_in_cnidaria_29(X))
& fn_food_processing_in_cnidaria_32(X) = fn_animal_18(fn_food_processing_in_cnidaria_29(X))
& fn_food_processing_in_cnidaria_40(X) = fn_plasma_membrane_55(fn_food_processing_in_cnidaria_45(X))
& fn_food_processing_in_cnidaria_40(X) = fn_plasma_membrane_3(fn_food_processing_in_cnidaria_45(X))
& fn_food_processing_in_cnidaria_40(X) = fn_eukaryotic_cell_15(fn_food_processing_in_cnidaria_48(X))
& fn_food_processing_in_cnidaria_39(X) = fn_biomembrane_63(fn_food_processing_in_cnidaria_45(X))
& fn_food_processing_in_cnidaria_39(X) = fn_plasma_membrane_71(fn_food_processing_in_cnidaria_45(X))
& fn_food_processing_in_cnidaria_45(X) = fn_eukaryotic_cell_29(fn_food_processing_in_cnidaria_48(X))
& fn_food_processing_in_cnidaria_39(X) = fn_eukaryotic_cell_41(fn_food_processing_in_cnidaria_48(X))
& fn_food_processing_in_cnidaria_39(X) = fn_animal_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X))
& fn_food_processing_in_cnidaria_40(X) = fn_animal_plasma_membrane_47(fn_food_processing_in_cnidaria_45(X))
& fn_food_processing_in_cnidaria_40(X) = fn_animal_plasma_membrane_62(fn_food_processing_in_cnidaria_45(X))
& fn_food_processing_in_cnidaria_40(X) = fn_animal_plasma_membrane_53(fn_food_processing_in_cnidaria_45(X))
& fn_chemical_digestion_2(fn_food_processing_in_cnidaria_20(X)) = fn_food_vacuole_24(fn_food_processing_in_cnidaria_15(X))
& fn_food_vacuole_24(fn_food_processing_in_cnidaria_15(X)) = fn_smooth_endoplasmic_reticulum_23(fn_food_processing_in_cnidaria_46(X))
& fn_smooth_endoplasmic_reticulum_23(fn_food_processing_in_cnidaria_46(X)) = fn_smooth_endoplasmic_reticulum_7(fn_food_processing_in_cnidaria_46(X))
& fn_endoplasmic_reticulum_23(fn_food_processing_in_cnidaria_46(X)) = fn_smooth_endoplasmic_reticulum_7(fn_food_processing_in_cnidaria_46(X))
& fn_smooth_endoplasmic_reticulum_7(fn_food_processing_in_cnidaria_46(X)) = fn_endoplasmic_reticulum_23(fn_food_processing_in_cnidaria_46(X))
& fn_endoplasmic_reticulum_23(fn_food_processing_in_cnidaria_46(X)) = fn_smooth_endoplasmic_reticulum_49(fn_food_processing_in_cnidaria_46(X))
& fn_smooth_endoplasmic_reticulum_49(fn_food_processing_in_cnidaria_46(X)) = fn_smooth_endoplasmic_reticulum_49(fn_food_processing_in_cnidaria_46(X))
& fn_smooth_endoplasmic_reticulum_49(fn_food_processing_in_cnidaria_46(X)) = fn_smooth_endoplasmic_reticulum_48(fn_food_processing_in_cnidaria_46(X))
& fn_smooth_endoplasmic_reticulum_48(fn_food_processing_in_cnidaria_46(X)) = fn_smooth_endoplasmic_reticulum_48(fn_food_processing_in_cnidaria_46(X))
& fn_smooth_endoplasmic_reticulum_48(fn_food_processing_in_cnidaria_46(X)) = fn_smooth_endoplasmic_reticulum_8(fn_food_processing_in_cnidaria_46(X))
& fn_smooth_endoplasmic_reticulum_8(fn_food_processing_in_cnidaria_46(X)) = fn_smooth_endoplasmic_reticulum_8(fn_food_processing_in_cnidaria_46(X))
& fn_smooth_endoplasmic_reticulum_42(fn_food_processing_in_cnidaria_46(X)) = fn_smooth_endoplasmic_reticulum_8(fn_food_processing_in_cnidaria_46(X))
& fn_smooth_endoplasmic_reticulum_8(fn_food_processing_in_cnidaria_46(X)) = fn_smooth_endoplasmic_reticulum_42(fn_food_processing_in_cnidaria_46(X))
& fn_smooth_endoplasmic_reticulum_42(fn_food_processing_in_cnidaria_46(X)) = fn_plasma_membrane_68(fn_food_processing_in_cnidaria_45(X))
& fn_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X)) = fn_plasma_membrane_68(fn_food_processing_in_cnidaria_45(X))
& fn_plasma_membrane_68(fn_food_processing_in_cnidaria_45(X)) = fn_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X))
& fn_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X)) = fn_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X))
& fn_eukaryotic_cell_50(fn_food_processing_in_cnidaria_48(X)) = fn_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X))
& fn_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X)) = fn_eukaryotic_cell_50(fn_food_processing_in_cnidaria_48(X))
& fn_eukaryotic_cell_50(fn_food_processing_in_cnidaria_48(X)) = fn_eukaryotic_cell_50(fn_food_processing_in_cnidaria_48(X))
& fn_animal_cell_80(fn_food_processing_in_cnidaria_48(X)) = fn_eukaryotic_cell_50(fn_food_processing_in_cnidaria_48(X))
& fn_eukaryotic_cell_50(fn_food_processing_in_cnidaria_48(X)) = fn_animal_cell_80(fn_food_processing_in_cnidaria_48(X))
& fn_animal_cell_80(fn_food_processing_in_cnidaria_48(X)) = fn_secretion_2(fn_food_processing_in_cnidaria_49(X))
& fn_secretion_2(fn_food_processing_in_cnidaria_49(X)) = fn_endoplasmic_reticulum_11(fn_food_processing_in_cnidaria_46(X))
& fn_endoplasmic_reticulum_11(fn_food_processing_in_cnidaria_46(X)) = fn_endoplasmic_reticulum_11(fn_food_processing_in_cnidaria_46(X))
& fn_endoplasmic_reticulum_11(fn_food_processing_in_cnidaria_46(X)) = fn_animal_plasma_membrane_56(fn_food_processing_in_cnidaria_45(X))
& fn_animal_plasma_membrane_56(fn_food_processing_in_cnidaria_45(X)) = fn_endoplasmic_reticulum_11(fn_food_processing_in_cnidaria_46(X))
& fn_endoplasmic_reticulum_11(fn_food_processing_in_cnidaria_46(X)) = fn_cnidaria_19(fn_food_processing_in_cnidaria_29(X))
& fn_cnidaria_19(fn_food_processing_in_cnidaria_29(X)) = fn_animal_plasma_membrane_56(fn_food_processing_in_cnidaria_45(X))
& fn_animal_plasma_membrane_56(fn_food_processing_in_cnidaria_45(X)) = fn_food_processing_1(X)
& fn_food_processing_1(X) = fn_animal_5(fn_food_processing_in_cnidaria_29(X))
& fn_animal_5(fn_food_processing_in_cnidaria_29(X)) = fn_animal_5(fn_food_processing_in_cnidaria_29(X))
& fn_animal_5(fn_food_processing_in_cnidaria_29(X)) = fn_cnidaria_11(fn_food_processing_in_cnidaria_29(X))
& fn_cnidaria_11(fn_food_processing_in_cnidaria_29(X)) = fn_animal_19(fn_food_processing_in_cnidaria_29(X))
& fn_animal_19(fn_food_processing_in_cnidaria_29(X)) = fn_animal_19(fn_food_processing_in_cnidaria_29(X))
& fn_animal_19(fn_food_processing_in_cnidaria_29(X)) = fn_agent_role_1(fn_food_processing_in_cnidaria_33(X))
& fn_agent_role_1(fn_food_processing_in_cnidaria_33(X)) = fn_food_processing_11(X)
& fn_food_processing_11(X) = fn_food_processing_11(X)
& fn_food_processing_11(X) = fn_biomembrane_63(fn_food_processing_in_cnidaria_45(X))
& fn_biomembrane_63(fn_food_processing_in_cnidaria_45(X)) = fn_plasma_membrane_71(fn_food_processing_in_cnidaria_45(X))
& fn_plasma_membrane_71(fn_food_processing_in_cnidaria_45(X)) = fn_plasma_membrane_71(fn_food_processing_in_cnidaria_45(X))
& fn_plasma_membrane_71(fn_food_processing_in_cnidaria_45(X)) = fn_eukaryotic_cell_41(fn_food_processing_in_cnidaria_48(X))
& fn_animal_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X)) = fn_animal_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X))
& fn_animal_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X)) = fn_eukaryotic_cell_41(fn_food_processing_in_cnidaria_48(X))
& fn_eukaryotic_cell_41(fn_food_processing_in_cnidaria_48(X)) = fn_animal_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X))
& fn_animal_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X)) = fn_facilitated_diffusion_of_polar_molecule_5(fn_food_processing_in_cnidaria_43(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_food_processing_in_cnidaria_43(X)) = fn_eukaryotic_cell_29(fn_food_processing_in_cnidaria_48(X))
& fn_eukaryotic_cell_29(fn_food_processing_in_cnidaria_48(X)) = fn_animal_cell_73(fn_food_processing_in_cnidaria_48(X))
& fn_animal_cell_73(fn_food_processing_in_cnidaria_48(X)) = fn_eukaryotic_cell_29(fn_food_processing_in_cnidaria_48(X))
& fn_eukaryotic_cell_29(fn_food_processing_in_cnidaria_48(X)) = fn_eukaryotic_cell_29(fn_food_processing_in_cnidaria_48(X))
& fn_eukaryotic_cell_29(fn_food_processing_in_cnidaria_48(X)) = fn_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X))
& fn_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X)) = fn_plasma_membrane_3(fn_food_processing_in_cnidaria_45(X))
& fn_plasma_membrane_3(fn_food_processing_in_cnidaria_45(X)) = fn_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X))
& fn_plasma_membrane_54(fn_food_processing_in_cnidaria_45(X)) = fn_plasma_membrane_55(fn_food_processing_in_cnidaria_45(X))
& fn_plasma_membrane_55(fn_food_processing_in_cnidaria_45(X)) = fn_plasma_membrane_55(fn_food_processing_in_cnidaria_45(X))
& fn_eukaryotic_cell_15(fn_food_processing_in_cnidaria_48(X)) = fn_plasma_membrane_55(fn_food_processing_in_cnidaria_45(X))
& fn_plasma_membrane_55(fn_food_processing_in_cnidaria_45(X)) = fn_eukaryotic_cell_15(fn_food_processing_in_cnidaria_48(X))
& fn_eukaryotic_cell_15(fn_food_processing_in_cnidaria_48(X)) = fn_eukaryotic_cell_15(fn_food_processing_in_cnidaria_48(X))
& fn_animal_plasma_membrane_47(fn_food_processing_in_cnidaria_45(X)) = fn_eukaryotic_cell_15(fn_food_processing_in_cnidaria_48(X))
& fn_eukaryotic_cell_15(fn_food_processing_in_cnidaria_48(X)) = fn_animal_plasma_membrane_47(fn_food_processing_in_cnidaria_45(X))
& fn_animal_plasma_membrane_62(fn_food_processing_in_cnidaria_45(X)) = fn_animal_plasma_membrane_47(fn_food_processing_in_cnidaria_45(X))
& fn_animal_plasma_membrane_47(fn_food_processing_in_cnidaria_45(X)) = fn_animal_plasma_membrane_47(fn_food_processing_in_cnidaria_45(X))
& fn_animal_plasma_membrane_47(fn_food_processing_in_cnidaria_45(X)) = fn_animal_plasma_membrane_62(fn_food_processing_in_cnidaria_45(X))
& fn_animal_plasma_membrane_62(fn_food_processing_in_cnidaria_45(X)) = fn_animal_plasma_membrane_62(fn_food_processing_in_cnidaria_45(X))
& fn_animal_plasma_membrane_53(fn_food_processing_in_cnidaria_45(X)) = fn_animal_plasma_membrane_53(fn_food_processing_in_cnidaria_45(X))
& fn_animal_plasma_membrane_53(fn_food_processing_in_cnidaria_45(X)) = fn_animal_plasma_membrane_62(fn_food_processing_in_cnidaria_45(X))
& fn_animal_plasma_membrane_62(fn_food_processing_in_cnidaria_45(X)) = fn_animal_plasma_membrane_53(fn_food_processing_in_cnidaria_45(X)) ) ) ).
fof(a529668,axiom,
! [X] :
( food_processing_in_earthworm_1(X)
=> ( original_name_2(X,'Food-Processing-In-Earthworm')
& user_description_2(X,'A sequence of events in earthworms that digest food into its usable forms and eliminate the wastes.')
& concept2words_2(X,process)
& concept2words_2(X,'food processing in earthworm')
& concept2words_2(X,'food-processing-in-earthworm')
& food_processing_1(X)
& temperature_value_1(fn_food_processing_in_earthworm_1(X))
& specific_heat_value_1(fn_food_processing_in_earthworm_2(X))
& chemical_digestion_1(fn_food_processing_in_earthworm_3(X))
& tangible_entity_1(fn_food_processing_in_earthworm_4(X))
& chemical_entity_1(fn_food_processing_in_earthworm_4(X))
& tissue_1(fn_food_processing_in_earthworm_5(X))
& eukaryotic_cell_1(fn_food_processing_in_earthworm_6(X))
& animal_cell_1(fn_food_processing_in_earthworm_6(X))
& mechanical_digestion_1(fn_food_processing_in_earthworm_7(X))
& move_1(fn_food_processing_in_earthworm_8(X))
& spatial_entity_1(fn_food_processing_in_earthworm_9(X))
& substance_1(fn_food_processing_in_earthworm_9(X))
& move_1(fn_food_processing_in_earthworm_10(X))
& chemical_entity_1(fn_food_processing_in_earthworm_11(X))
& wet_1(fn_food_processing_in_earthworm_14(X))
& wetness_value_1(fn_food_processing_in_earthworm_15(X))
& wetness_value_1(fn_food_processing_in_earthworm_16(X))
& store_1(fn_food_processing_in_earthworm_17(X))
& container_1(fn_food_processing_in_earthworm_18(X))
& move_1(fn_food_processing_in_earthworm_19(X))
& substance_1(fn_food_processing_in_earthworm_20(X))
& entity_1(fn_food_processing_in_earthworm_20(X))
& tangible_entity_1(fn_food_processing_in_earthworm_20(X))
& spatial_entity_1(fn_food_processing_in_earthworm_21(X))
& tangible_entity_1(fn_food_processing_in_earthworm_21(X))
& substance_1(fn_food_processing_in_earthworm_21(X))
& ingestion_1(fn_food_processing_in_earthworm_22(X))
& digestion_1(fn_food_processing_in_earthworm_23(X))
& food_absorption_1(fn_food_processing_in_earthworm_24(X))
& tangible_entity_1(fn_food_processing_in_earthworm_25(X))
& animal_1(fn_food_processing_in_earthworm_25(X))
& annelid_1(fn_food_processing_in_earthworm_25(X))
& earthworm_1(fn_food_processing_in_earthworm_25(X))
& soil_1(fn_food_processing_in_earthworm_26(X))
& digestive_system_1(fn_food_processing_in_earthworm_27(X))
& earthworm_digestive_system_1(fn_food_processing_in_earthworm_27(X))
& water_1(fn_food_processing_in_earthworm_28(X))
& mouth_1(fn_food_processing_in_earthworm_29(X))
& barrier_1(fn_food_processing_in_earthworm_30(X))
& digestive_organ_1(fn_food_processing_in_earthworm_31(X))
& esophagus_1(fn_food_processing_in_earthworm_31(X))
& digestive_tract_1(fn_food_processing_in_earthworm_32(X))
& alimentary_canal_1(fn_food_processing_in_earthworm_32(X))
& anus_1(fn_food_processing_in_earthworm_33(X))
& organ_1(fn_food_processing_in_earthworm_34(X))
& intestine_1(fn_food_processing_in_earthworm_34(X))
& spatial_entity_1(fn_food_processing_in_earthworm_35(X))
& crop_1(fn_food_processing_in_earthworm_35(X))
& gizzard_1(fn_food_processing_in_earthworm_36(X))
& pharynx_1(fn_food_processing_in_earthworm_37(X))
& tangible_entity_1(fn_chemical_digestion_1(fn_food_processing_in_earthworm_3(X)))
& container_1(fn_store_3(fn_food_processing_in_earthworm_17(X)))
& property_node_1(fn_wet_3(fn_food_processing_in_earthworm_14(X)))
& property_node_1(fn_wet_2(fn_food_processing_in_earthworm_14(X)))
& wetness_value_1(fn_wet_4(fn_food_processing_in_earthworm_14(X)))
& wetness_value_1(fn_wet_5(fn_food_processing_in_earthworm_14(X)))
& tissue_1(fn_organ_1(fn_food_processing_in_earthworm_34(X)))
& specific_heat_value_1(fn_annelid_8(fn_food_processing_in_earthworm_25(X)))
& temperature_value_1(fn_annelid_9(fn_food_processing_in_earthworm_25(X)))
& water_1(fn_annelid_7(fn_food_processing_in_earthworm_25(X)))
& spatial_entity_1(fn_move_1(fn_food_processing_in_earthworm_8(X)))
& tangible_entity_1(fn_mechanical_digestion_7(fn_food_processing_in_earthworm_7(X)))
& substance_1(fn_mixture_2(fn_food_processing_in_earthworm_26(X)))
& spatial_entity_1(fn_move_1(fn_food_processing_in_earthworm_10(X)))
& substance_1(fn_mechanical_digestion_1(fn_food_processing_in_earthworm_7(X)))
& spatial_entity_1(fn_move_1(fn_food_processing_in_earthworm_19(X)))
& substance_1(fn_mixture_1(fn_food_processing_in_earthworm_26(X)))
& entity_1(fn_store_1(fn_food_processing_in_earthworm_17(X)))
& tangible_entity_1(fn_wet_1(fn_food_processing_in_earthworm_14(X)))
& tangible_entity_1(fn_chemical_digestion_2(fn_food_processing_in_earthworm_3(X)))
& chemical_entity_1(fn_food_absorption_2(fn_food_processing_in_earthworm_24(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_food_processing_in_earthworm_5(X)))
& animal_cell_1(fn_food_absorption_3(fn_food_processing_in_earthworm_24(X)))
& digestive_tract_1(fn_animal_2(fn_food_processing_in_earthworm_25(X)))
& alimentary_canal_1(fn_earthworm_digestive_system_15(fn_food_processing_in_earthworm_27(X)))
& digestive_system_1(fn_animal_5(fn_food_processing_in_earthworm_25(X)))
& digestive_organ_1(fn_earthworm_digestive_system_14(fn_food_processing_in_earthworm_27(X)))
& esophagus_1(fn_earthworm_digestive_system_14(fn_food_processing_in_earthworm_27(X)))
& esophagus_1(fn_earthworm_7(fn_food_processing_in_earthworm_25(X)))
& anus_1(fn_earthworm_digestive_system_1(fn_food_processing_in_earthworm_27(X)))
& anus_1(fn_earthworm_9(fn_food_processing_in_earthworm_25(X)))
& intestine_1(fn_earthworm_digestive_system_3(fn_food_processing_in_earthworm_27(X)))
& intestine_1(fn_earthworm_8(fn_food_processing_in_earthworm_25(X)))
& pharynx_1(fn_earthworm_digestive_system_16(fn_food_processing_in_earthworm_27(X)))
& pharynx_1(fn_earthworm_10(fn_food_processing_in_earthworm_25(X)))
& mouth_1(fn_earthworm_digestive_system_2(fn_food_processing_in_earthworm_27(X)))
& mouth_1(fn_earthworm_1(fn_food_processing_in_earthworm_25(X)))
& gizzard_1(fn_earthworm_digestive_system_5(fn_food_processing_in_earthworm_27(X)))
& gizzard_1(fn_earthworm_11(fn_food_processing_in_earthworm_25(X)))
& spatial_entity_1(fn_store_2(fn_food_processing_in_earthworm_17(X)))
& crop_1(fn_earthworm_digestive_system_4(fn_food_processing_in_earthworm_27(X)))
& crop_1(fn_earthworm_12(fn_food_processing_in_earthworm_25(X)))
& tangible_entity_1(fn_barrier_1(fn_food_processing_in_earthworm_30(X)))
& facilitates_2(fn_food_processing_in_earthworm_26(X),fn_food_processing_in_earthworm_7(X))
& subevent_2(fn_food_processing_in_earthworm_23(X),fn_food_processing_in_earthworm_7(X))
& subevent_2(fn_food_processing_in_earthworm_23(X),fn_food_processing_in_earthworm_3(X))
& origin_2(fn_food_processing_in_earthworm_22(X),fn_food_processing_in_earthworm_29(X))
& destination_2(fn_food_processing_in_earthworm_22(X),fn_food_processing_in_earthworm_37(X))
& next_event_2(fn_food_processing_in_earthworm_22(X),fn_food_processing_in_earthworm_19(X))
& called_2(fn_food_processing_in_earthworm_21(X),'S2')
& wetness_2(fn_food_processing_in_earthworm_21(X),fn_food_processing_in_earthworm_15(X))
& fn_food_processing_in_earthworm_21(X) != fn_food_processing_in_earthworm_20(X)
& fn_food_processing_in_earthworm_21(X) != fn_food_processing_in_earthworm_9(X)
& called_2(fn_food_processing_in_earthworm_20(X),'S1')
& wetness_2(fn_food_processing_in_earthworm_20(X),fn_food_processing_in_earthworm_16(X))
& fn_food_processing_in_earthworm_20(X) != fn_food_processing_in_earthworm_21(X)
& fn_food_processing_in_earthworm_20(X) != fn_food_processing_in_earthworm_9(X)
& path_2(fn_food_processing_in_earthworm_19(X),fn_food_processing_in_earthworm_31(X))
& destination_2(fn_food_processing_in_earthworm_19(X),fn_food_processing_in_earthworm_35(X))
& origin_2(fn_food_processing_in_earthworm_19(X),fn_food_processing_in_earthworm_37(X))
& next_event_2(fn_food_processing_in_earthworm_19(X),fn_food_processing_in_earthworm_17(X))
& next_event_2(fn_food_processing_in_earthworm_17(X),fn_food_processing_in_earthworm_14(X))
& greater_than_or_equal_to_2(fn_food_processing_in_earthworm_15(X),fn_food_processing_in_earthworm_16(X))
& result_2(fn_food_processing_in_earthworm_14(X),fn_food_processing_in_earthworm_21(X))
& site_2(fn_food_processing_in_earthworm_14(X),fn_food_processing_in_earthworm_35(X))
& next_event_2(fn_food_processing_in_earthworm_14(X),fn_food_processing_in_earthworm_8(X))
& destination_2(fn_food_processing_in_earthworm_10(X),fn_food_processing_in_earthworm_34(X))
& origin_2(fn_food_processing_in_earthworm_10(X),fn_food_processing_in_earthworm_36(X))
& next_event_2(fn_food_processing_in_earthworm_10(X),fn_food_processing_in_earthworm_3(X))
& called_2(fn_food_processing_in_earthworm_9(X),"3")
& has_part_2(fn_food_processing_in_earthworm_9(X),fn_food_processing_in_earthworm_11(X))
& fn_food_processing_in_earthworm_9(X) != fn_food_processing_in_earthworm_20(X)
& fn_food_processing_in_earthworm_9(X) != fn_food_processing_in_earthworm_21(X)
& origin_2(fn_food_processing_in_earthworm_8(X),fn_food_processing_in_earthworm_35(X))
& destination_2(fn_food_processing_in_earthworm_8(X),fn_food_processing_in_earthworm_36(X))
& next_event_2(fn_food_processing_in_earthworm_8(X),fn_food_processing_in_earthworm_7(X))
& next_event_2(fn_food_processing_in_earthworm_7(X),fn_food_processing_in_earthworm_10(X))
& base_2(fn_food_processing_in_earthworm_7(X),fn_food_processing_in_earthworm_36(X))
& base_2(fn_food_processing_in_earthworm_3(X),fn_food_processing_in_earthworm_34(X))
& plays_2(fn_food_processing_in_earthworm_25(X),fn_food_processing_in_earthworm_30(X))
& object_2(fn_food_processing_in_earthworm_19(X),fn_food_processing_in_earthworm_26(X))
& object_2(fn_food_processing_in_earthworm_8(X),fn_food_processing_in_earthworm_21(X))
& object_2(fn_food_processing_in_earthworm_10(X),fn_food_processing_in_earthworm_9(X))
& result_2(fn_food_processing_in_earthworm_3(X),fn_food_processing_in_earthworm_4(X))
& raw_material_2(fn_food_processing_in_earthworm_3(X),fn_food_processing_in_earthworm_11(X))
& object_2(fn_food_processing_in_earthworm_7(X),fn_food_processing_in_earthworm_21(X))
& has_part_2(fn_food_processing_in_earthworm_26(X),fn_food_processing_in_earthworm_21(X))
& has_part_2(fn_food_processing_in_earthworm_26(X),fn_food_processing_in_earthworm_20(X))
& result_2(fn_food_processing_in_earthworm_7(X),fn_food_processing_in_earthworm_9(X))
& base_2(fn_food_processing_in_earthworm_17(X),fn_food_processing_in_earthworm_35(X))
& plays_2(fn_food_processing_in_earthworm_35(X),fn_food_processing_in_earthworm_18(X))
& in_event_2(fn_food_processing_in_earthworm_18(X),fn_food_processing_in_earthworm_17(X))
& object_2(fn_food_processing_in_earthworm_17(X),fn_food_processing_in_earthworm_20(X))
& beneficiary_2(X,fn_food_processing_in_earthworm_25(X))
& agent_2(fn_food_processing_in_earthworm_22(X),fn_food_processing_in_earthworm_25(X))
& base_2(fn_food_processing_in_earthworm_22(X),fn_food_processing_in_earthworm_25(X))
& base_2(X,fn_food_processing_in_earthworm_25(X))
& has_function_2(fn_food_processing_in_earthworm_27(X),X)
& subevent_2(X,fn_food_processing_in_earthworm_24(X))
& object_2(X,fn_food_processing_in_earthworm_26(X))
& object_2(fn_food_processing_in_earthworm_22(X),fn_food_processing_in_earthworm_26(X))
& subevent_2(X,fn_food_processing_in_earthworm_22(X))
& subevent_2(X,fn_food_processing_in_earthworm_23(X))
& to_value_2(fn_food_processing_in_earthworm_14(X),fn_food_processing_in_earthworm_15(X))
& greater_than_2(fn_food_processing_in_earthworm_15(X),fn_food_processing_in_earthworm_16(X))
& from_value_2(fn_food_processing_in_earthworm_14(X),fn_food_processing_in_earthworm_16(X))
& base_2(fn_food_processing_in_earthworm_14(X),fn_food_processing_in_earthworm_20(X))
& next_element_2(fn_food_processing_in_earthworm_36(X),fn_food_processing_in_earthworm_34(X))
& next_element_2(fn_food_processing_in_earthworm_35(X),fn_food_processing_in_earthworm_36(X))
& next_element_2(fn_food_processing_in_earthworm_31(X),fn_food_processing_in_earthworm_35(X))
& next_element_2(fn_food_processing_in_earthworm_37(X),fn_food_processing_in_earthworm_31(X))
& has_part_2(fn_food_processing_in_earthworm_25(X),fn_food_processing_in_earthworm_37(X))
& has_part_2(fn_food_processing_in_earthworm_25(X),fn_food_processing_in_earthworm_33(X))
& next_element_2(fn_food_processing_in_earthworm_34(X),fn_food_processing_in_earthworm_33(X))
& has_part_2(fn_food_processing_in_earthworm_25(X),fn_food_processing_in_earthworm_34(X))
& has_part_2(fn_food_processing_in_earthworm_25(X),fn_food_processing_in_earthworm_29(X))
& next_element_2(fn_food_processing_in_earthworm_29(X),fn_food_processing_in_earthworm_37(X))
& has_part_2(fn_food_processing_in_earthworm_25(X),fn_food_processing_in_earthworm_36(X))
& has_part_2(fn_food_processing_in_earthworm_25(X),fn_food_processing_in_earthworm_35(X))
& element_2(fn_food_processing_in_earthworm_27(X),fn_food_processing_in_earthworm_37(X))
& has_region_2(fn_food_processing_in_earthworm_27(X),fn_food_processing_in_earthworm_32(X))
& is_inside_2(fn_food_processing_in_earthworm_31(X),fn_food_processing_in_earthworm_32(X))
& element_2(fn_food_processing_in_earthworm_27(X),fn_food_processing_in_earthworm_31(X))
& element_2(fn_food_processing_in_earthworm_27(X),fn_food_processing_in_earthworm_29(X))
& element_2(fn_food_processing_in_earthworm_27(X),fn_food_processing_in_earthworm_36(X))
& element_2(fn_food_processing_in_earthworm_27(X),fn_food_processing_in_earthworm_33(X))
& element_2(fn_food_processing_in_earthworm_27(X),fn_food_processing_in_earthworm_35(X))
& element_2(fn_food_processing_in_earthworm_27(X),fn_food_processing_in_earthworm_34(X))
& specific_heat_2(fn_food_processing_in_earthworm_28(X),fn_food_processing_in_earthworm_2(X))
& correspondence_2(fn_food_processing_in_earthworm_1(X),fn_food_processing_in_earthworm_2(X))
& temperature_2(fn_food_processing_in_earthworm_25(X),fn_food_processing_in_earthworm_1(X))
& has_part_2(fn_food_processing_in_earthworm_25(X),fn_food_processing_in_earthworm_28(X))
& has_part_2(fn_food_processing_in_earthworm_34(X),fn_food_processing_in_earthworm_5(X))
& object_2(fn_food_processing_in_earthworm_24(X),fn_food_processing_in_earthworm_4(X))
& base_2(fn_food_processing_in_earthworm_24(X),fn_food_processing_in_earthworm_6(X))
& has_region_2(fn_food_processing_in_earthworm_25(X),fn_food_processing_in_earthworm_27(X))
& has_part_2(fn_food_processing_in_earthworm_5(X),fn_food_processing_in_earthworm_6(X))
& fn_food_processing_in_earthworm_25(X) = fn_barrier_1(fn_food_processing_in_earthworm_30(X))
& fn_food_processing_in_earthworm_26(X) = fn_move_1(fn_food_processing_in_earthworm_19(X))
& fn_food_processing_in_earthworm_21(X) = fn_move_1(fn_food_processing_in_earthworm_8(X))
& fn_food_processing_in_earthworm_9(X) = fn_move_1(fn_food_processing_in_earthworm_10(X))
& fn_food_processing_in_earthworm_4(X) = fn_chemical_digestion_2(fn_food_processing_in_earthworm_3(X))
& fn_food_processing_in_earthworm_11(X) = fn_chemical_digestion_1(fn_food_processing_in_earthworm_3(X))
& fn_food_processing_in_earthworm_21(X) = fn_mechanical_digestion_7(fn_food_processing_in_earthworm_7(X))
& fn_food_processing_in_earthworm_21(X) = fn_mixture_2(fn_food_processing_in_earthworm_26(X))
& fn_food_processing_in_earthworm_20(X) = fn_mixture_1(fn_food_processing_in_earthworm_26(X))
& fn_food_processing_in_earthworm_9(X) = fn_mechanical_digestion_1(fn_food_processing_in_earthworm_7(X))
& fn_food_processing_in_earthworm_20(X) = fn_store_1(fn_food_processing_in_earthworm_17(X))
& fn_food_processing_in_earthworm_18(X) = fn_store_3(fn_food_processing_in_earthworm_17(X))
& fn_food_processing_in_earthworm_35(X) = fn_store_2(fn_food_processing_in_earthworm_17(X))
& fn_food_processing_in_earthworm_27(X) = fn_food_processing_1(X)
& fn_food_processing_in_earthworm_25(X) = fn_food_processing_11(X)
& fn_food_processing_in_earthworm_24(X) = fn_food_processing_7(X)
& fn_food_processing_in_earthworm_23(X) = fn_food_processing_6(X)
& fn_food_processing_in_earthworm_22(X) = fn_food_processing_10(X)
& fn_food_processing_in_earthworm_26(X) = fn_food_processing_9(X)
& fn_food_processing_in_earthworm_13(X) = fn_wet_3(fn_food_processing_in_earthworm_14(X))
& fn_food_processing_in_earthworm_12(X) = fn_wet_2(fn_food_processing_in_earthworm_14(X))
& fn_food_processing_in_earthworm_20(X) = fn_wet_1(fn_food_processing_in_earthworm_14(X))
& fn_food_processing_in_earthworm_16(X) = fn_wet_4(fn_food_processing_in_earthworm_14(X))
& fn_food_processing_in_earthworm_15(X) = fn_wet_5(fn_food_processing_in_earthworm_14(X))
& fn_food_processing_in_earthworm_6(X) = fn_tissue_1(fn_food_processing_in_earthworm_5(X))
& fn_food_processing_in_earthworm_4(X) = fn_food_absorption_2(fn_food_processing_in_earthworm_24(X))
& fn_food_processing_in_earthworm_6(X) = fn_food_absorption_3(fn_food_processing_in_earthworm_24(X))
& fn_food_processing_in_earthworm_5(X) = fn_organ_1(fn_food_processing_in_earthworm_34(X))
& fn_food_processing_in_earthworm_2(X) = fn_annelid_8(fn_food_processing_in_earthworm_25(X))
& fn_food_processing_in_earthworm_1(X) = fn_annelid_9(fn_food_processing_in_earthworm_25(X))
& fn_food_processing_in_earthworm_28(X) = fn_annelid_7(fn_food_processing_in_earthworm_25(X))
& fn_food_processing_in_earthworm_37(X) = fn_earthworm_digestive_system_16(fn_food_processing_in_earthworm_27(X))
& fn_food_processing_in_earthworm_27(X) = fn_animal_5(fn_food_processing_in_earthworm_25(X))
& fn_food_processing_in_earthworm_32(X) = fn_animal_2(fn_food_processing_in_earthworm_25(X))
& fn_food_processing_in_earthworm_32(X) = fn_earthworm_digestive_system_15(fn_food_processing_in_earthworm_27(X))
& fn_food_processing_in_earthworm_31(X) = fn_earthworm_digestive_system_14(fn_food_processing_in_earthworm_27(X))
& fn_food_processing_in_earthworm_29(X) = fn_earthworm_digestive_system_2(fn_food_processing_in_earthworm_27(X))
& fn_food_processing_in_earthworm_36(X) = fn_earthworm_digestive_system_5(fn_food_processing_in_earthworm_27(X))
& fn_food_processing_in_earthworm_33(X) = fn_earthworm_digestive_system_1(fn_food_processing_in_earthworm_27(X))
& fn_food_processing_in_earthworm_35(X) = fn_earthworm_digestive_system_4(fn_food_processing_in_earthworm_27(X))
& fn_food_processing_in_earthworm_34(X) = fn_earthworm_digestive_system_3(fn_food_processing_in_earthworm_27(X))
& fn_food_processing_in_earthworm_31(X) = fn_earthworm_7(fn_food_processing_in_earthworm_25(X))
& fn_food_processing_in_earthworm_33(X) = fn_earthworm_9(fn_food_processing_in_earthworm_25(X))
& fn_food_processing_in_earthworm_34(X) = fn_earthworm_8(fn_food_processing_in_earthworm_25(X))
& fn_food_processing_in_earthworm_29(X) = fn_earthworm_1(fn_food_processing_in_earthworm_25(X))
& fn_food_processing_in_earthworm_37(X) = fn_earthworm_10(fn_food_processing_in_earthworm_25(X))
& fn_food_processing_in_earthworm_36(X) = fn_earthworm_11(fn_food_processing_in_earthworm_25(X))
& fn_food_processing_in_earthworm_35(X) = fn_earthworm_12(fn_food_processing_in_earthworm_25(X))
& fn_move_1(fn_food_processing_in_earthworm_8(X)) = fn_mechanical_digestion_7(fn_food_processing_in_earthworm_7(X))
& fn_mechanical_digestion_7(fn_food_processing_in_earthworm_7(X)) = fn_mechanical_digestion_7(fn_food_processing_in_earthworm_7(X))
& fn_mechanical_digestion_7(fn_food_processing_in_earthworm_7(X)) = fn_mixture_2(fn_food_processing_in_earthworm_26(X))
& fn_mixture_2(fn_food_processing_in_earthworm_26(X)) = fn_move_1(fn_food_processing_in_earthworm_10(X))
& fn_move_1(fn_food_processing_in_earthworm_10(X)) = fn_mechanical_digestion_1(fn_food_processing_in_earthworm_7(X))
& fn_mechanical_digestion_1(fn_food_processing_in_earthworm_7(X)) = fn_move_1(fn_food_processing_in_earthworm_19(X))
& fn_move_1(fn_food_processing_in_earthworm_19(X)) = fn_food_processing_9(X)
& fn_food_processing_9(X) = fn_food_processing_9(X)
& fn_food_processing_9(X) = fn_mixture_1(fn_food_processing_in_earthworm_26(X))
& fn_mixture_1(fn_food_processing_in_earthworm_26(X)) = fn_store_1(fn_food_processing_in_earthworm_17(X))
& fn_store_1(fn_food_processing_in_earthworm_17(X)) = fn_store_1(fn_food_processing_in_earthworm_17(X))
& fn_store_1(fn_food_processing_in_earthworm_17(X)) = fn_wet_1(fn_food_processing_in_earthworm_14(X))
& fn_wet_1(fn_food_processing_in_earthworm_14(X)) = fn_chemical_digestion_2(fn_food_processing_in_earthworm_3(X))
& fn_chemical_digestion_2(fn_food_processing_in_earthworm_3(X)) = fn_food_absorption_2(fn_food_processing_in_earthworm_24(X))
& fn_food_absorption_2(fn_food_processing_in_earthworm_24(X)) = fn_tissue_1(fn_food_processing_in_earthworm_5(X))
& fn_tissue_1(fn_food_processing_in_earthworm_5(X)) = fn_food_absorption_3(fn_food_processing_in_earthworm_24(X))
& fn_food_absorption_3(fn_food_processing_in_earthworm_24(X)) = fn_animal_2(fn_food_processing_in_earthworm_25(X))
& fn_animal_2(fn_food_processing_in_earthworm_25(X)) = fn_earthworm_digestive_system_15(fn_food_processing_in_earthworm_27(X))
& fn_earthworm_digestive_system_15(fn_food_processing_in_earthworm_27(X)) = fn_earthworm_digestive_system_15(fn_food_processing_in_earthworm_27(X))
& fn_earthworm_digestive_system_15(fn_food_processing_in_earthworm_27(X)) = fn_food_processing_1(X)
& fn_food_processing_1(X) = fn_animal_5(fn_food_processing_in_earthworm_25(X))
& fn_animal_5(fn_food_processing_in_earthworm_25(X)) = fn_animal_5(fn_food_processing_in_earthworm_25(X))
& fn_animal_5(fn_food_processing_in_earthworm_25(X)) = fn_earthworm_digestive_system_14(fn_food_processing_in_earthworm_27(X))
& fn_earthworm_digestive_system_14(fn_food_processing_in_earthworm_27(X)) = fn_earthworm_digestive_system_14(fn_food_processing_in_earthworm_27(X))
& fn_earthworm_digestive_system_14(fn_food_processing_in_earthworm_27(X)) = fn_earthworm_7(fn_food_processing_in_earthworm_25(X))
& fn_earthworm_7(fn_food_processing_in_earthworm_25(X)) = fn_earthworm_7(fn_food_processing_in_earthworm_25(X))
& fn_earthworm_7(fn_food_processing_in_earthworm_25(X)) = fn_earthworm_digestive_system_1(fn_food_processing_in_earthworm_27(X))
& fn_earthworm_digestive_system_1(fn_food_processing_in_earthworm_27(X)) = fn_earthworm_9(fn_food_processing_in_earthworm_25(X))
& fn_earthworm_9(fn_food_processing_in_earthworm_25(X)) = fn_earthworm_9(fn_food_processing_in_earthworm_25(X))
& fn_earthworm_9(fn_food_processing_in_earthworm_25(X)) = fn_earthworm_digestive_system_3(fn_food_processing_in_earthworm_27(X))
& fn_earthworm_digestive_system_3(fn_food_processing_in_earthworm_27(X)) = fn_earthworm_8(fn_food_processing_in_earthworm_25(X))
& fn_earthworm_8(fn_food_processing_in_earthworm_25(X)) = fn_earthworm_8(fn_food_processing_in_earthworm_25(X))
& fn_earthworm_8(fn_food_processing_in_earthworm_25(X)) = fn_earthworm_digestive_system_16(fn_food_processing_in_earthworm_27(X))
& fn_earthworm_digestive_system_16(fn_food_processing_in_earthworm_27(X)) = fn_earthworm_10(fn_food_processing_in_earthworm_25(X))
& fn_earthworm_10(fn_food_processing_in_earthworm_25(X)) = fn_earthworm_10(fn_food_processing_in_earthworm_25(X))
& fn_earthworm_10(fn_food_processing_in_earthworm_25(X)) = fn_earthworm_digestive_system_2(fn_food_processing_in_earthworm_27(X))
& fn_earthworm_digestive_system_2(fn_food_processing_in_earthworm_27(X)) = fn_earthworm_1(fn_food_processing_in_earthworm_25(X))
& fn_earthworm_1(fn_food_processing_in_earthworm_25(X)) = fn_earthworm_1(fn_food_processing_in_earthworm_25(X))
& fn_earthworm_1(fn_food_processing_in_earthworm_25(X)) = fn_earthworm_digestive_system_5(fn_food_processing_in_earthworm_27(X))
& fn_earthworm_digestive_system_5(fn_food_processing_in_earthworm_27(X)) = fn_earthworm_11(fn_food_processing_in_earthworm_25(X))
& fn_earthworm_11(fn_food_processing_in_earthworm_25(X)) = fn_earthworm_11(fn_food_processing_in_earthworm_25(X))
& fn_earthworm_11(fn_food_processing_in_earthworm_25(X)) = fn_store_2(fn_food_processing_in_earthworm_17(X))
& fn_store_2(fn_food_processing_in_earthworm_17(X)) = fn_store_2(fn_food_processing_in_earthworm_17(X))
& fn_store_2(fn_food_processing_in_earthworm_17(X)) = fn_earthworm_digestive_system_4(fn_food_processing_in_earthworm_27(X))
& fn_earthworm_digestive_system_4(fn_food_processing_in_earthworm_27(X)) = fn_earthworm_digestive_system_4(fn_food_processing_in_earthworm_27(X))
& fn_earthworm_digestive_system_4(fn_food_processing_in_earthworm_27(X)) = fn_earthworm_12(fn_food_processing_in_earthworm_25(X))
& fn_earthworm_12(fn_food_processing_in_earthworm_25(X)) = fn_earthworm_12(fn_food_processing_in_earthworm_25(X))
& fn_earthworm_12(fn_food_processing_in_earthworm_25(X)) = fn_barrier_1(fn_food_processing_in_earthworm_30(X))
& fn_barrier_1(fn_food_processing_in_earthworm_30(X)) = fn_food_processing_11(X)
& fn_food_processing_11(X) = fn_food_processing_11(X) ) ) ).
fof(a529669,axiom,
! [X] :
( food_processing_in_grasshopper_1(X)
=> ( original_name_2(X,'Food-Processing-In-Grasshopper')
& user_description_2(X,'A sequence of events in grasshoppers that digest food into its usable forms and eliminate the wastes.')
& concept2words_2(X,process)
& concept2words_2(X,'food processing in grasshopper')
& concept2words_2(X,'food-processing-in-grasshopper')
& food_processing_1(X)
& move_1(fn_food_processing_in_grasshopper_1(X))
& ingestion_1(fn_food_processing_in_grasshopper_2(X))
& digestion_1(fn_food_processing_in_grasshopper_3(X))
& food_absorption_1(fn_food_processing_in_grasshopper_4(X))
& animal_1(fn_food_processing_in_grasshopper_5(X))
& grasshopper_1(fn_food_processing_in_grasshopper_5(X))
& end_1(fn_food_processing_in_grasshopper_6(X))
& end_1(fn_food_processing_in_grasshopper_7(X))
& container_1(fn_food_processing_in_grasshopper_8(X))
& alimentary_canal_1(fn_food_processing_in_grasshopper_9(X))
& digestive_organ_1(fn_food_processing_in_grasshopper_10(X))
& esophagus_1(fn_food_processing_in_grasshopper_10(X))
& mouth_1(fn_food_processing_in_grasshopper_11(X))
& anus_1(fn_food_processing_in_grasshopper_12(X))
& spatial_entity_1(fn_food_processing_in_grasshopper_13(X))
& crop_1(fn_food_processing_in_grasshopper_13(X))
& rectum_1(fn_food_processing_in_grasshopper_14(X))
& gastric_cecum_1(fn_food_processing_in_grasshopper_15(X))
& hindgut_1(fn_food_processing_in_grasshopper_16(X))
& midgut_1(fn_food_processing_in_grasshopper_17(X))
& foregut_1(fn_food_processing_in_grasshopper_18(X))
& digestive_system_1(fn_food_processing_in_grasshopper_19(X))
& grasshopper_digestive_system_1(fn_food_processing_in_grasshopper_19(X))
& substance_1(fn_food_processing_in_grasshopper_20(X))
& wetness_value_1(fn_food_processing_in_grasshopper_21(X))
& wetness_value_1(fn_food_processing_in_grasshopper_22(X))
& wet_1(fn_food_processing_in_grasshopper_23(X))
& store_1(fn_food_processing_in_grasshopper_24(X))
& animal_cell_1(fn_food_processing_in_grasshopper_27(X))
& chemical_entity_1(fn_food_processing_in_grasshopper_28(X))
& move_1(fn_food_processing_in_grasshopper_29(X))
& spatial_entity_1(fn_move_1(fn_food_processing_in_grasshopper_29(X)))
& container_1(fn_store_3(fn_food_processing_in_grasshopper_24(X)))
& property_node_1(fn_wet_2(fn_food_processing_in_grasshopper_23(X)))
& property_node_1(fn_wet_3(fn_food_processing_in_grasshopper_23(X)))
& wetness_value_1(fn_wet_5(fn_food_processing_in_grasshopper_23(X)))
& wetness_value_1(fn_wet_4(fn_food_processing_in_grasshopper_23(X)))
& chemical_entity_1(fn_food_absorption_2(fn_food_processing_in_grasshopper_4(X)))
& animal_cell_1(fn_food_absorption_3(fn_food_processing_in_grasshopper_4(X)))
& end_1(fn_grasshopper_44(fn_food_processing_in_grasshopper_5(X)))
& alimentary_canal_1(fn_grasshopper_46(fn_food_processing_in_grasshopper_5(X)))
& foregut_1(fn_grasshopper_29(fn_food_processing_in_grasshopper_5(X)))
& hindgut_1(fn_grasshopper_31(fn_food_processing_in_grasshopper_5(X)))
& mouth_1(fn_grasshopper_25(fn_food_processing_in_grasshopper_5(X)))
& digestive_organ_1(fn_grasshopper_26(fn_food_processing_in_grasshopper_5(X)))
& esophagus_1(fn_grasshopper_26(fn_food_processing_in_grasshopper_5(X)))
& midgut_1(fn_grasshopper_30(fn_food_processing_in_grasshopper_5(X)))
& gastric_cecum_1(fn_grasshopper_22(fn_food_processing_in_grasshopper_5(X)))
& end_1(fn_grasshopper_45(fn_food_processing_in_grasshopper_5(X)))
& rectum_1(fn_grasshopper_27(fn_food_processing_in_grasshopper_5(X)))
& anus_1(fn_grasshopper_28(fn_food_processing_in_grasshopper_5(X)))
& food_absorption_1(fn_gastric_cecum_2(fn_food_processing_in_grasshopper_15(X)))
& digestion_1(fn_gastric_cecum_1(fn_food_processing_in_grasshopper_15(X)))
& spatial_entity_1(fn_store_2(fn_food_processing_in_grasshopper_24(X)))
& crop_1(fn_grasshopper_47(fn_food_processing_in_grasshopper_5(X)))
& digestive_system_1(fn_grasshopper_32(fn_food_processing_in_grasshopper_5(X)))
& grasshopper_digestive_system_1(fn_grasshopper_32(fn_food_processing_in_grasshopper_5(X)))
& destination_2(fn_food_processing_in_grasshopper_29(X),fn_food_processing_in_grasshopper_15(X))
& origin_2(fn_food_processing_in_grasshopper_29(X),fn_food_processing_in_grasshopper_13(X))
& next_event_2(fn_food_processing_in_grasshopper_29(X),fn_food_processing_in_grasshopper_3(X))
& next_event_2(fn_food_processing_in_grasshopper_24(X),fn_food_processing_in_grasshopper_23(X))
& next_event_2(fn_food_processing_in_grasshopper_23(X),fn_food_processing_in_grasshopper_29(X))
& result_2(fn_food_processing_in_grasshopper_23(X),fn_food_processing_in_grasshopper_20(X))
& site_2(fn_food_processing_in_grasshopper_23(X),fn_food_processing_in_grasshopper_13(X))
& greater_than_or_equal_to_2(fn_food_processing_in_grasshopper_21(X),fn_food_processing_in_grasshopper_22(X))
& called_2(fn_food_processing_in_grasshopper_20(X),"2")
& wetness_2(fn_food_processing_in_grasshopper_20(X),fn_food_processing_in_grasshopper_21(X))
& next_event_2(fn_food_processing_in_grasshopper_1(X),fn_food_processing_in_grasshopper_24(X))
& destination_2(fn_food_processing_in_grasshopper_1(X),fn_food_processing_in_grasshopper_13(X))
& origin_2(fn_food_processing_in_grasshopper_1(X),fn_food_processing_in_grasshopper_11(X))
& path_2(fn_food_processing_in_grasshopper_1(X),fn_food_processing_in_grasshopper_10(X))
& has_part_2(fn_food_processing_in_grasshopper_15(X),fn_food_processing_in_grasshopper_27(X))
& base_2(fn_food_processing_in_grasshopper_3(X),fn_food_processing_in_grasshopper_15(X))
& object_2(fn_food_processing_in_grasshopper_3(X),fn_food_processing_in_grasshopper_20(X))
& result_2(fn_food_processing_in_grasshopper_3(X),fn_food_processing_in_grasshopper_28(X))
& next_event_2(fn_food_processing_in_grasshopper_2(X),fn_food_processing_in_grasshopper_1(X))
& object_2(fn_food_processing_in_grasshopper_29(X),fn_food_processing_in_grasshopper_20(X))
& base_2(fn_food_processing_in_grasshopper_24(X),fn_food_processing_in_grasshopper_13(X))
& plays_2(fn_food_processing_in_grasshopper_13(X),fn_food_processing_in_grasshopper_8(X))
& has_function_2(fn_food_processing_in_grasshopper_19(X),X)
& in_event_2(fn_food_processing_in_grasshopper_8(X),fn_food_processing_in_grasshopper_24(X))
& beneficiary_2(X,fn_food_processing_in_grasshopper_5(X))
& agent_2(fn_food_processing_in_grasshopper_2(X),fn_food_processing_in_grasshopper_5(X))
& subevent_2(X,fn_food_processing_in_grasshopper_4(X))
& base_2(X,fn_food_processing_in_grasshopper_5(X))
& base_2(fn_food_processing_in_grasshopper_2(X),fn_food_processing_in_grasshopper_5(X))
& subevent_2(X,fn_food_processing_in_grasshopper_2(X))
& subevent_2(X,fn_food_processing_in_grasshopper_3(X))
& from_value_2(fn_food_processing_in_grasshopper_23(X),fn_food_processing_in_grasshopper_22(X))
& greater_than_2(fn_food_processing_in_grasshopper_21(X),fn_food_processing_in_grasshopper_22(X))
& to_value_2(fn_food_processing_in_grasshopper_23(X),fn_food_processing_in_grasshopper_21(X))
& next_element_2(fn_food_processing_in_grasshopper_11(X),fn_food_processing_in_grasshopper_10(X))
& has_region_2(fn_food_processing_in_grasshopper_19(X),fn_food_processing_in_grasshopper_9(X))
& has_region_2(fn_food_processing_in_grasshopper_5(X),fn_food_processing_in_grasshopper_19(X))
& has_region_2(fn_food_processing_in_grasshopper_9(X),fn_food_processing_in_grasshopper_16(X))
& next_element_2(fn_food_processing_in_grasshopper_17(X),fn_food_processing_in_grasshopper_16(X))
& next_element_2(fn_food_processing_in_grasshopper_18(X),fn_food_processing_in_grasshopper_17(X))
& element_2(fn_food_processing_in_grasshopper_19(X),fn_food_processing_in_grasshopper_18(X))
& next_element_2(fn_food_processing_in_grasshopper_14(X),fn_food_processing_in_grasshopper_12(X))
& next_element_2(fn_food_processing_in_grasshopper_15(X),fn_food_processing_in_grasshopper_14(X))
& has_part_2(fn_food_processing_in_grasshopper_5(X),fn_food_processing_in_grasshopper_15(X))
& is_inside_2(fn_food_processing_in_grasshopper_10(X),fn_food_processing_in_grasshopper_9(X))
& is_inside_2(fn_food_processing_in_grasshopper_10(X),fn_food_processing_in_grasshopper_18(X))
& has_region_2(fn_food_processing_in_grasshopper_9(X),fn_food_processing_in_grasshopper_18(X))
& has_region_2(fn_food_processing_in_grasshopper_9(X),fn_food_processing_in_grasshopper_17(X))
& element_2(fn_food_processing_in_grasshopper_19(X),fn_food_processing_in_grasshopper_17(X))
& has_part_2(fn_food_processing_in_grasshopper_5(X),fn_food_processing_in_grasshopper_13(X))
& has_part_2(fn_food_processing_in_grasshopper_5(X),fn_food_processing_in_grasshopper_12(X))
& is_inside_2(fn_food_processing_in_grasshopper_12(X),fn_food_processing_in_grasshopper_16(X))
& is_inside_2(fn_food_processing_in_grasshopper_14(X),fn_food_processing_in_grasshopper_16(X))
& has_part_2(fn_food_processing_in_grasshopper_5(X),fn_food_processing_in_grasshopper_14(X))
& is_inside_2(fn_food_processing_in_grasshopper_11(X),fn_food_processing_in_grasshopper_18(X))
& is_inside_2(fn_food_processing_in_grasshopper_13(X),fn_food_processing_in_grasshopper_18(X))
& next_element_2(fn_food_processing_in_grasshopper_10(X),fn_food_processing_in_grasshopper_13(X))
& element_2(fn_food_processing_in_grasshopper_19(X),fn_food_processing_in_grasshopper_10(X))
& element_2(fn_food_processing_in_grasshopper_19(X),fn_food_processing_in_grasshopper_16(X))
& next_element_2(fn_food_processing_in_grasshopper_13(X),fn_food_processing_in_grasshopper_15(X))
& element_2(fn_food_processing_in_grasshopper_19(X),fn_food_processing_in_grasshopper_13(X))
& element_2(fn_food_processing_in_grasshopper_19(X),fn_food_processing_in_grasshopper_11(X))
& has_part_2(fn_food_processing_in_grasshopper_5(X),fn_food_processing_in_grasshopper_11(X))
& has_part_2(fn_food_processing_in_grasshopper_5(X),fn_food_processing_in_grasshopper_10(X))
& is_inside_2(fn_food_processing_in_grasshopper_15(X),fn_food_processing_in_grasshopper_17(X))
& element_2(fn_food_processing_in_grasshopper_19(X),fn_food_processing_in_grasshopper_15(X))
& element_2(fn_food_processing_in_grasshopper_19(X),fn_food_processing_in_grasshopper_14(X))
& element_2(fn_food_processing_in_grasshopper_19(X),fn_food_processing_in_grasshopper_12(X))
& site_2(fn_food_processing_in_grasshopper_4(X),fn_food_processing_in_grasshopper_15(X))
& has_function_2(fn_food_processing_in_grasshopper_15(X),fn_food_processing_in_grasshopper_4(X))
& site_2(fn_food_processing_in_grasshopper_3(X),fn_food_processing_in_grasshopper_15(X))
& has_function_2(fn_food_processing_in_grasshopper_15(X),fn_food_processing_in_grasshopper_3(X))
& object_2(fn_food_processing_in_grasshopper_4(X),fn_food_processing_in_grasshopper_28(X))
& base_2(fn_food_processing_in_grasshopper_4(X),fn_food_processing_in_grasshopper_27(X))
& fn_food_processing_in_grasshopper_20(X) = fn_move_1(fn_food_processing_in_grasshopper_29(X))
& fn_food_processing_in_grasshopper_13(X) = fn_store_2(fn_food_processing_in_grasshopper_24(X))
& fn_food_processing_in_grasshopper_19(X) = fn_food_processing_1(X)
& fn_food_processing_in_grasshopper_8(X) = fn_store_3(fn_food_processing_in_grasshopper_24(X))
& fn_food_processing_in_grasshopper_4(X) = fn_food_processing_7(X)
& fn_food_processing_in_grasshopper_3(X) = fn_food_processing_6(X)
& fn_food_processing_in_grasshopper_2(X) = fn_food_processing_10(X)
& fn_food_processing_in_grasshopper_5(X) = fn_food_processing_11(X)
& fn_food_processing_in_grasshopper_26(X) = fn_wet_2(fn_food_processing_in_grasshopper_23(X))
& fn_food_processing_in_grasshopper_25(X) = fn_wet_3(fn_food_processing_in_grasshopper_23(X))
& fn_food_processing_in_grasshopper_21(X) = fn_wet_5(fn_food_processing_in_grasshopper_23(X))
& fn_food_processing_in_grasshopper_22(X) = fn_wet_4(fn_food_processing_in_grasshopper_23(X))
& fn_food_processing_in_grasshopper_28(X) = fn_food_absorption_2(fn_food_processing_in_grasshopper_4(X))
& fn_food_processing_in_grasshopper_27(X) = fn_food_absorption_3(fn_food_processing_in_grasshopper_4(X))
& fn_food_processing_in_grasshopper_4(X) = fn_gastric_cecum_2(fn_food_processing_in_grasshopper_15(X))
& fn_food_processing_in_grasshopper_3(X) = fn_gastric_cecum_1(fn_food_processing_in_grasshopper_15(X))
& fn_food_processing_in_grasshopper_7(X) = fn_grasshopper_44(fn_food_processing_in_grasshopper_5(X))
& fn_food_processing_in_grasshopper_9(X) = fn_grasshopper_46(fn_food_processing_in_grasshopper_5(X))
& fn_food_processing_in_grasshopper_18(X) = fn_grasshopper_29(fn_food_processing_in_grasshopper_5(X))
& fn_food_processing_in_grasshopper_16(X) = fn_grasshopper_31(fn_food_processing_in_grasshopper_5(X))
& fn_food_processing_in_grasshopper_13(X) = fn_grasshopper_47(fn_food_processing_in_grasshopper_5(X))
& fn_food_processing_in_grasshopper_11(X) = fn_grasshopper_25(fn_food_processing_in_grasshopper_5(X))
& fn_food_processing_in_grasshopper_10(X) = fn_grasshopper_26(fn_food_processing_in_grasshopper_5(X))
& fn_food_processing_in_grasshopper_17(X) = fn_grasshopper_30(fn_food_processing_in_grasshopper_5(X))
& fn_food_processing_in_grasshopper_15(X) = fn_grasshopper_22(fn_food_processing_in_grasshopper_5(X))
& fn_food_processing_in_grasshopper_6(X) = fn_grasshopper_45(fn_food_processing_in_grasshopper_5(X))
& fn_food_processing_in_grasshopper_14(X) = fn_grasshopper_27(fn_food_processing_in_grasshopper_5(X))
& fn_food_processing_in_grasshopper_19(X) = fn_grasshopper_32(fn_food_processing_in_grasshopper_5(X))
& fn_food_processing_in_grasshopper_12(X) = fn_grasshopper_28(fn_food_processing_in_grasshopper_5(X))
& fn_food_processing_7(X) = fn_gastric_cecum_2(fn_food_processing_in_grasshopper_15(X))
& fn_gastric_cecum_2(fn_food_processing_in_grasshopper_15(X)) = fn_gastric_cecum_2(fn_food_processing_in_grasshopper_15(X))
& fn_gastric_cecum_2(fn_food_processing_in_grasshopper_15(X)) = fn_food_processing_6(X)
& fn_food_processing_6(X) = fn_gastric_cecum_1(fn_food_processing_in_grasshopper_15(X))
& fn_gastric_cecum_1(fn_food_processing_in_grasshopper_15(X)) = fn_gastric_cecum_1(fn_food_processing_in_grasshopper_15(X))
& fn_gastric_cecum_1(fn_food_processing_in_grasshopper_15(X)) = fn_store_2(fn_food_processing_in_grasshopper_24(X))
& fn_store_2(fn_food_processing_in_grasshopper_24(X)) = fn_store_2(fn_food_processing_in_grasshopper_24(X))
& fn_store_2(fn_food_processing_in_grasshopper_24(X)) = fn_grasshopper_47(fn_food_processing_in_grasshopper_5(X))
& fn_grasshopper_47(fn_food_processing_in_grasshopper_5(X)) = fn_grasshopper_47(fn_food_processing_in_grasshopper_5(X))
& fn_grasshopper_47(fn_food_processing_in_grasshopper_5(X)) = fn_food_processing_1(X)
& fn_food_processing_1(X) = fn_grasshopper_32(fn_food_processing_in_grasshopper_5(X))
& fn_grasshopper_32(fn_food_processing_in_grasshopper_5(X)) = fn_grasshopper_32(fn_food_processing_in_grasshopper_5(X)) ) ) ).
fof(a529670,axiom,
! [X] :
( food_processing_in_mammal_1(X)
=> ( original_name_2(X,'Food-Processing-In-Mammal')
& user_description_2(X,'A sequence of events in mammals that digest food into its usable forms and eliminate the wastes.')
& concept2words_2(X,process)
& concept2words_2(X,'food processing in mammal')
& concept2words_2(X,'food-processing-in-mammal')
& food_processing_1(X)
& mammal_1(fn_food_processing_in_mammal_1(X))
& beneficiary_2(X,fn_food_processing_in_mammal_1(X))
& base_2(X,fn_food_processing_in_mammal_1(X))
& fn_food_processing_in_mammal_1(X) = fn_food_processing_11(X) ) ) ).
fof(a529671,axiom,
! [X] :
( food_processing_in_porifera_1(X)
=> ( original_name_2(X,'Food-Processing-In-Porifera')
& user_description_2(X,'A sequence of events in poriferans that digest food into its usable forms and eliminate the wastes.')
& concept2words_2(X,process)
& concept2words_2(X,'food processing in porifera')
& concept2words_2(X,'food-processing-in-porifera')
& food_processing_1(X)
& block_1(fn_food_processing_in_porifera_1(X))
& nutrient_1(fn_food_processing_in_porifera_2(X))
& solid_substance_1(fn_food_processing_in_porifera_3(X))
& tangible_entity_1(fn_food_processing_in_porifera_3(X))
& fusion_1(fn_food_processing_in_porifera_4(X))
& metabolic_pathway_1(fn_food_processing_in_porifera_5(X))
& endergonic_process_1(fn_food_processing_in_porifera_5(X))
& chemical_reaction_1(fn_food_processing_in_porifera_5(X))
& synthesis_of_organic_molecule_1(fn_food_processing_in_porifera_5(X))
& anabolic_pathway_1(fn_food_processing_in_porifera_5(X))
& synthesis_of_atp_1(fn_food_processing_in_porifera_5(X))
& protein_enzyme_1(fn_food_processing_in_porifera_6(X))
& protein_1(fn_food_processing_in_porifera_7(X))
& organic_molecule_1(fn_food_processing_in_porifera_7(X))
& polymer_1(fn_food_processing_in_porifera_7(X))
& spatial_entity_1(fn_food_processing_in_porifera_7(X))
& membrane_protein_1(fn_food_processing_in_porifera_7(X))
& tangible_entity_1(fn_food_processing_in_porifera_7(X))
& transmembrane_protein_1(fn_food_processing_in_porifera_7(X))
& integral_protein_1(fn_food_processing_in_porifera_7(X))
& transport_protein_1(fn_food_processing_in_porifera_7(X))
& protein_1(fn_food_processing_in_porifera_8(X))
& organic_molecule_1(fn_food_processing_in_porifera_8(X))
& polymer_1(fn_food_processing_in_porifera_8(X))
& spatial_entity_1(fn_food_processing_in_porifera_8(X))
& membrane_protein_1(fn_food_processing_in_porifera_8(X))
& tangible_entity_1(fn_food_processing_in_porifera_8(X))
& transmembrane_protein_1(fn_food_processing_in_porifera_8(X))
& integral_protein_1(fn_food_processing_in_porifera_8(X))
& transport_protein_1(fn_food_processing_in_porifera_8(X))
& sodium_potassium_pump_1(fn_food_processing_in_porifera_8(X))
& tangible_entity_1(fn_food_processing_in_porifera_9(X))
& phospholipid_bilayer_1(fn_food_processing_in_porifera_9(X))
& transmembrane_protein_1(fn_food_processing_in_porifera_10(X))
& tangible_entity_1(fn_food_processing_in_porifera_10(X))
& membrane_protein_1(fn_food_processing_in_porifera_10(X))
& protein_1(fn_food_processing_in_porifera_10(X))
& spatial_entity_1(fn_food_processing_in_porifera_10(X))
& polymer_1(fn_food_processing_in_porifera_10(X))
& integrin_1(fn_food_processing_in_porifera_10(X))
& cell_pole_1(fn_food_processing_in_porifera_11(X))
& entity_1(fn_food_processing_in_porifera_12(X))
& spatial_entity_1(fn_food_processing_in_porifera_12(X))
& food_vacuole_1(fn_food_processing_in_porifera_12(X))
& carry_1(fn_food_processing_in_porifera_13(X))
& chemical_entity_1(fn_food_processing_in_porifera_14(X))
& release_1(fn_food_processing_in_porifera_15(X))
& facilitated_diffusion_of_polar_molecule_1(fn_food_processing_in_porifera_16(X))
& barrier_1(fn_food_processing_in_porifera_17(X))
& shape_value_1(fn_food_processing_in_porifera_18(X))
& suspension_1(fn_food_processing_in_porifera_19(X))
& water_1(fn_food_processing_in_porifera_20(X))
& animal_cell_1(fn_food_processing_in_porifera_21(X))
& digestive_system_1(fn_food_processing_in_porifera_22(X))
& animal_1(fn_food_processing_in_porifera_23(X))
& porifera_1(fn_food_processing_in_porifera_23(X))
& digestion_1(fn_food_processing_in_porifera_24(X))
& ingestion_1(fn_food_processing_in_porifera_25(X))
& spatial_entity_1(fn_food_processing_in_porifera_26(X))
& lysosome_1(fn_food_processing_in_porifera_26(X))
& organelle_1(fn_food_processing_in_porifera_26(X))
& mixture_1(fn_food_processing_in_porifera_27(X))
& cytoplasm_1(fn_food_processing_in_porifera_27(X))
& tangible_entity_1(fn_food_processing_in_porifera_28(X))
& spatial_entity_1(fn_food_processing_in_porifera_28(X))
& biomembrane_1(fn_food_processing_in_porifera_28(X))
& animal_plasma_membrane_1(fn_food_processing_in_porifera_28(X))
& plasma_membrane_1(fn_food_processing_in_porifera_28(X))
& tangible_entity_1(fn_food_processing_in_porifera_29(X))
& eukaryotic_cell_1(fn_food_processing_in_porifera_29(X))
& cell_1(fn_food_processing_in_porifera_29(X))
& animal_cell_1(fn_food_processing_in_porifera_29(X))
& choanocyte_1(fn_food_processing_in_porifera_29(X))
& cell_1(fn_food_processing_in_porifera_30(X))
& eukaryotic_cell_1(fn_food_processing_in_porifera_30(X))
& amoebocyte_1(fn_food_processing_in_porifera_30(X))
& animal_cell_1(fn_food_processing_in_porifera_30(X))
& tangible_entity_1(fn_food_processing_in_porifera_31(X))
& spatial_entity_1(fn_food_processing_in_porifera_31(X))
& biomembrane_1(fn_food_processing_in_porifera_31(X))
& plasma_membrane_1(fn_food_processing_in_porifera_31(X))
& animal_plasma_membrane_1(fn_food_processing_in_porifera_31(X))
& endocytosis_1(fn_food_processing_in_porifera_32(X))
& cellular_work_1(fn_food_processing_in_porifera_32(X))
& phagocytosis_1(fn_food_processing_in_porifera_32(X))
& suspension_1(fn_food_processing_in_porifera_33(X))
& colloid_1(fn_food_processing_in_porifera_33(X))
& mixture_1(fn_food_processing_in_porifera_33(X))
& cytoplasm_1(fn_food_processing_in_porifera_33(X))
& shape_value_1(fn_food_processing_in_porifera_34(X))
& protein_enzyme_1(fn_food_processing_in_porifera_35(X))
& protein_enzyme_1(fn_food_processing_in_porifera_36(X))
& metabolic_pathway_1(fn_food_processing_in_porifera_37(X))
& endergonic_process_1(fn_food_processing_in_porifera_37(X))
& chemical_reaction_1(fn_food_processing_in_porifera_37(X))
& synthesis_of_organic_molecule_1(fn_food_processing_in_porifera_37(X))
& anabolic_pathway_1(fn_food_processing_in_porifera_37(X))
& synthesis_of_atp_1(fn_food_processing_in_porifera_37(X))
& metabolic_pathway_1(fn_food_processing_in_porifera_38(X))
& synthesis_of_lipid_1(fn_food_processing_in_porifera_38(X))
& organic_molecule_1(fn_food_processing_in_porifera_39(X))
& protein_1(fn_food_processing_in_porifera_39(X))
& polymer_1(fn_food_processing_in_porifera_39(X))
& spatial_entity_1(fn_food_processing_in_porifera_39(X))
& membrane_protein_1(fn_food_processing_in_porifera_39(X))
& tangible_entity_1(fn_food_processing_in_porifera_39(X))
& transmembrane_protein_1(fn_food_processing_in_porifera_39(X))
& integral_protein_1(fn_food_processing_in_porifera_39(X))
& transport_protein_1(fn_food_processing_in_porifera_39(X))
& protein_1(fn_food_processing_in_porifera_40(X))
& organic_molecule_1(fn_food_processing_in_porifera_40(X))
& polymer_1(fn_food_processing_in_porifera_40(X))
& spatial_entity_1(fn_food_processing_in_porifera_40(X))
& membrane_protein_1(fn_food_processing_in_porifera_40(X))
& tangible_entity_1(fn_food_processing_in_porifera_40(X))
& transmembrane_protein_1(fn_food_processing_in_porifera_40(X))
& integral_protein_1(fn_food_processing_in_porifera_40(X))
& transport_protein_1(fn_food_processing_in_porifera_40(X))
& tangible_entity_1(fn_food_processing_in_porifera_41(X))
& phospholipid_bilayer_1(fn_food_processing_in_porifera_41(X))
& protein_1(fn_food_processing_in_porifera_42(X))
& organic_molecule_1(fn_food_processing_in_porifera_42(X))
& polymer_1(fn_food_processing_in_porifera_42(X))
& spatial_entity_1(fn_food_processing_in_porifera_42(X))
& membrane_protein_1(fn_food_processing_in_porifera_42(X))
& tangible_entity_1(fn_food_processing_in_porifera_42(X))
& transmembrane_protein_1(fn_food_processing_in_porifera_42(X))
& integral_protein_1(fn_food_processing_in_porifera_42(X))
& transport_protein_1(fn_food_processing_in_porifera_42(X))
& sodium_potassium_pump_1(fn_food_processing_in_porifera_42(X))
& intracellular_digestion_1(fn_food_processing_in_porifera_43(X))
& intracellular_digestion_1(fn_food_processing_in_porifera_44(X))
& animal_cell_1(fn_animal_21(fn_food_processing_in_porifera_23(X)))
& liquid_substance_1(fn_suspension_2(fn_food_processing_in_porifera_19(X)))
& property_node_1(fn_cell_3(fn_food_processing_in_porifera_29(X)))
& property_node_1(fn_cell_3(fn_food_processing_in_porifera_30(X)))
& shape_value_1(fn_cell_5(fn_food_processing_in_porifera_30(X)))
& carry_1(fn_intracellular_digestion_8(fn_food_processing_in_porifera_44(X)))
& protein_enzyme_1(fn_animal_cell_72(fn_food_processing_in_porifera_29(X)))
& protein_enzyme_1(fn_animal_cell_71(fn_food_processing_in_porifera_29(X)))
& metabolic_pathway_1(fn_choanocyte_30(fn_food_processing_in_porifera_29(X)))
& synthesis_of_lipid_1(fn_choanocyte_30(fn_food_processing_in_porifera_29(X)))
& metabolic_pathway_1(fn_choanocyte_5(fn_food_processing_in_porifera_29(X)))
& endergonic_process_1(fn_choanocyte_5(fn_food_processing_in_porifera_29(X)))
& chemical_reaction_1(fn_choanocyte_5(fn_food_processing_in_porifera_29(X)))
& synthesis_of_organic_molecule_1(fn_choanocyte_5(fn_food_processing_in_porifera_29(X)))
& anabolic_pathway_1(fn_choanocyte_5(fn_food_processing_in_porifera_29(X)))
& synthesis_of_atp_1(fn_choanocyte_5(fn_food_processing_in_porifera_29(X)))
& barrier_1(fn_porifera_24(fn_food_processing_in_porifera_23(X)))
& intracellular_digestion_1(fn_porifera_34(fn_food_processing_in_porifera_23(X)))
& spatial_entity_1(fn_porifera_28(fn_food_processing_in_porifera_23(X)))
& lysosome_1(fn_porifera_28(fn_food_processing_in_porifera_23(X)))
& organelle_1(fn_porifera_28(fn_food_processing_in_porifera_23(X)))
& fusion_1(fn_porifera_12(fn_food_processing_in_porifera_23(X)))
& metabolic_pathway_1(fn_animal_cell_20(fn_food_processing_in_porifera_30(X)))
& endergonic_process_1(fn_animal_cell_20(fn_food_processing_in_porifera_30(X)))
& chemical_reaction_1(fn_animal_cell_20(fn_food_processing_in_porifera_30(X)))
& synthesis_of_organic_molecule_1(fn_animal_cell_20(fn_food_processing_in_porifera_30(X)))
& anabolic_pathway_1(fn_animal_cell_20(fn_food_processing_in_porifera_30(X)))
& synthesis_of_atp_1(fn_animal_cell_20(fn_food_processing_in_porifera_30(X)))
& protein_enzyme_1(fn_animal_cell_71(fn_food_processing_in_porifera_30(X)))
& tangible_entity_1(fn_intracellular_digestion_3(fn_food_processing_in_porifera_43(X)))
& tangible_entity_1(fn_intracellular_digestion_3(fn_food_processing_in_porifera_44(X)))
& tangible_entity_1(fn_release_1(fn_food_processing_in_porifera_15(X)))
& cell_pole_1(fn_facilitated_diffusion_of_polar_molecule_2(fn_food_processing_in_porifera_16(X)))
& cell_pole_1(fn_facilitated_diffusion_of_polar_molecule_1(fn_food_processing_in_porifera_16(X)))
& shape_value_1(fn_endocytosis_12(fn_food_processing_in_porifera_32(X)))
& shape_value_1(fn_cell_5(fn_food_processing_in_porifera_29(X)))
& tangible_entity_1(fn_intracellular_digestion_30(fn_food_processing_in_porifera_43(X)))
& solid_substance_1(fn_suspension_1(fn_food_processing_in_porifera_19(X)))
& tangible_entity_1(fn_intracellular_digestion_30(fn_food_processing_in_porifera_44(X)))
& digestive_system_1(fn_animal_5(fn_food_processing_in_porifera_23(X)))
& cellular_work_1(fn_eukaryotic_cell_32(fn_food_processing_in_porifera_29(X)))
& cellular_work_1(fn_choanocyte_38(fn_food_processing_in_porifera_29(X)))
& phagocytosis_1(fn_choanocyte_38(fn_food_processing_in_porifera_29(X)))
& protein_1(fn_animal_cell_75(fn_food_processing_in_porifera_29(X)))
& organic_molecule_1(fn_animal_cell_75(fn_food_processing_in_porifera_29(X)))
& polymer_1(fn_animal_cell_75(fn_food_processing_in_porifera_29(X)))
& spatial_entity_1(fn_animal_cell_75(fn_food_processing_in_porifera_29(X)))
& membrane_protein_1(fn_animal_cell_75(fn_food_processing_in_porifera_29(X)))
& tangible_entity_1(fn_animal_cell_75(fn_food_processing_in_porifera_29(X)))
& transmembrane_protein_1(fn_animal_cell_75(fn_food_processing_in_porifera_29(X)))
& integral_protein_1(fn_animal_cell_75(fn_food_processing_in_porifera_29(X)))
& transport_protein_1(fn_animal_cell_75(fn_food_processing_in_porifera_29(X)))
& sodium_potassium_pump_1(fn_animal_cell_75(fn_food_processing_in_porifera_29(X)))
& protein_1(fn_choanocyte_35(fn_food_processing_in_porifera_29(X)))
& organic_molecule_1(fn_choanocyte_35(fn_food_processing_in_porifera_29(X)))
& polymer_1(fn_choanocyte_35(fn_food_processing_in_porifera_29(X)))
& spatial_entity_1(fn_choanocyte_35(fn_food_processing_in_porifera_29(X)))
& membrane_protein_1(fn_choanocyte_35(fn_food_processing_in_porifera_29(X)))
& tangible_entity_1(fn_choanocyte_35(fn_food_processing_in_porifera_29(X)))
& transmembrane_protein_1(fn_choanocyte_35(fn_food_processing_in_porifera_29(X)))
& integral_protein_1(fn_choanocyte_35(fn_food_processing_in_porifera_29(X)))
& transport_protein_1(fn_choanocyte_35(fn_food_processing_in_porifera_29(X)))
& sodium_potassium_pump_1(fn_choanocyte_35(fn_food_processing_in_porifera_29(X)))
& suspension_1(fn_phagocytosis_71(fn_food_processing_in_porifera_32(X)))
& colloid_1(fn_phagocytosis_71(fn_food_processing_in_porifera_32(X)))
& cytoplasm_1(fn_phagocytosis_71(fn_food_processing_in_porifera_32(X)))
& mixture_1(fn_phagocytosis_71(fn_food_processing_in_porifera_32(X)))
& mixture_1(fn_animal_cell_79(fn_food_processing_in_porifera_29(X)))
& cytoplasm_1(fn_animal_cell_79(fn_food_processing_in_porifera_29(X)))
& mixture_1(fn_choanocyte_13(fn_food_processing_in_porifera_29(X)))
& cytoplasm_1(fn_choanocyte_13(fn_food_processing_in_porifera_29(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_food_processing_in_porifera_31(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_food_processing_in_porifera_31(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_food_processing_in_porifera_31(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_food_processing_in_porifera_31(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_food_processing_in_porifera_31(X)))
& membrane_protein_1(fn_phagocytosis_46(fn_food_processing_in_porifera_32(X)))
& tangible_entity_1(fn_phagocytosis_46(fn_food_processing_in_porifera_32(X)))
& transmembrane_protein_1(fn_phagocytosis_46(fn_food_processing_in_porifera_32(X)))
& integral_protein_1(fn_phagocytosis_46(fn_food_processing_in_porifera_32(X)))
& transport_protein_1(fn_phagocytosis_46(fn_food_processing_in_porifera_32(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_food_processing_in_porifera_31(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_food_processing_in_porifera_31(X)))
& protein_1(fn_plasma_membrane_68(fn_food_processing_in_porifera_31(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_31(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_31(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_31(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_31(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_31(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_31(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_food_processing_in_porifera_31(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_food_processing_in_porifera_31(X)))
& protein_1(fn_plasma_membrane_54(fn_food_processing_in_porifera_31(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_food_processing_in_porifera_31(X)))
& polymer_1(fn_plasma_membrane_54(fn_food_processing_in_porifera_31(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_31(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_31(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_31(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_31(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_31(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_31(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_31(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_31(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_31(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_31(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_31(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_31(X)))
& tangible_entity_1(fn_phagocytosis_49(fn_food_processing_in_porifera_32(X)))
& phospholipid_bilayer_1(fn_phagocytosis_49(fn_food_processing_in_porifera_32(X)))
& tangible_entity_1(fn_biomembrane_63(fn_food_processing_in_porifera_31(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_food_processing_in_porifera_31(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_food_processing_in_porifera_31(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_food_processing_in_porifera_31(X)))
& tangible_entity_1(fn_animal_cell_58(fn_food_processing_in_porifera_29(X)))
& phospholipid_bilayer_1(fn_animal_cell_58(fn_food_processing_in_porifera_29(X)))
& tangible_entity_1(fn_choanocyte_34(fn_food_processing_in_porifera_29(X)))
& phospholipid_bilayer_1(fn_choanocyte_34(fn_food_processing_in_porifera_29(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_food_processing_in_porifera_31(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_food_processing_in_porifera_31(X)))
& plasma_membrane_1(fn_endocytosis_13(fn_food_processing_in_porifera_32(X)))
& tangible_entity_1(fn_phagocytosis_19(fn_food_processing_in_porifera_32(X)))
& spatial_entity_1(fn_phagocytosis_19(fn_food_processing_in_porifera_32(X)))
& biomembrane_1(fn_phagocytosis_19(fn_food_processing_in_porifera_32(X)))
& plasma_membrane_1(fn_phagocytosis_19(fn_food_processing_in_porifera_32(X)))
& tangible_entity_1(fn_animal_cell_73(fn_food_processing_in_porifera_29(X)))
& spatial_entity_1(fn_animal_cell_73(fn_food_processing_in_porifera_29(X)))
& biomembrane_1(fn_animal_cell_73(fn_food_processing_in_porifera_29(X)))
& animal_plasma_membrane_1(fn_animal_cell_73(fn_food_processing_in_porifera_29(X)))
& plasma_membrane_1(fn_animal_cell_73(fn_food_processing_in_porifera_29(X)))
& tangible_entity_1(fn_choanocyte_37(fn_food_processing_in_porifera_29(X)))
& spatial_entity_1(fn_choanocyte_37(fn_food_processing_in_porifera_29(X)))
& biomembrane_1(fn_choanocyte_37(fn_food_processing_in_porifera_29(X)))
& animal_plasma_membrane_1(fn_choanocyte_37(fn_food_processing_in_porifera_29(X)))
& plasma_membrane_1(fn_choanocyte_37(fn_food_processing_in_porifera_29(X)))
& tangible_entity_1(fn_endocytosis_20(fn_food_processing_in_porifera_32(X)))
& eukaryotic_cell_1(fn_endocytosis_20(fn_food_processing_in_porifera_32(X)))
& cell_1(fn_endocytosis_20(fn_food_processing_in_porifera_32(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_food_processing_in_porifera_31(X)))
& tangible_entity_1(fn_phagocytosis_70(fn_food_processing_in_porifera_32(X)))
& eukaryotic_cell_1(fn_phagocytosis_70(fn_food_processing_in_porifera_32(X)))
& cell_1(fn_phagocytosis_70(fn_food_processing_in_porifera_32(X)))
& choanocyte_1(fn_porifera_2(fn_food_processing_in_porifera_23(X)))
& entity_1(fn_intracellular_digestion_9(fn_food_processing_in_porifera_44(X)))
& food_vacuole_1(fn_intracellular_digestion_9(fn_food_processing_in_porifera_44(X)))
& spatial_entity_1(fn_porifera_11(fn_food_processing_in_porifera_23(X)))
& food_vacuole_1(fn_porifera_11(fn_food_processing_in_porifera_23(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_food_processing_in_porifera_28(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_food_processing_in_porifera_28(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_food_processing_in_porifera_28(X)))
& protein_1(fn_plasma_membrane_68(fn_food_processing_in_porifera_28(X)))
& transport_protein_1(fn_facilitated_diffusion_25(fn_food_processing_in_porifera_16(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_food_processing_in_porifera_28(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_food_processing_in_porifera_28(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_food_processing_in_porifera_28(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_food_processing_in_porifera_28(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_28(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_28(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_28(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_28(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_28(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_28(X)))
& spatial_entity_1(fn_eukaryotic_cell_15(fn_food_processing_in_porifera_30(X)))
& membrane_protein_1(fn_eukaryotic_cell_15(fn_food_processing_in_porifera_30(X)))
& tangible_entity_1(fn_eukaryotic_cell_15(fn_food_processing_in_porifera_30(X)))
& transmembrane_protein_1(fn_eukaryotic_cell_15(fn_food_processing_in_porifera_30(X)))
& integral_protein_1(fn_eukaryotic_cell_15(fn_food_processing_in_porifera_30(X)))
& transport_protein_1(fn_eukaryotic_cell_15(fn_food_processing_in_porifera_30(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_28(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_28(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_28(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_28(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_28(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_28(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_28(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_28(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_28(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_28(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_28(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_28(X)))
& tangible_entity_1(fn_facilitated_diffusion_48(fn_food_processing_in_porifera_16(X)))
& phospholipid_bilayer_1(fn_facilitated_diffusion_48(fn_food_processing_in_porifera_16(X)))
& tangible_entity_1(fn_biomembrane_63(fn_food_processing_in_porifera_28(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_food_processing_in_porifera_28(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_food_processing_in_porifera_28(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_food_processing_in_porifera_28(X)))
& tangible_entity_1(fn_eukaryotic_cell_41(fn_food_processing_in_porifera_30(X)))
& phospholipid_bilayer_1(fn_eukaryotic_cell_41(fn_food_processing_in_porifera_30(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_food_processing_in_porifera_28(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_food_processing_in_porifera_28(X)))
& tangible_entity_1(fn_animal_cell_58(fn_food_processing_in_porifera_30(X)))
& phospholipid_bilayer_1(fn_animal_cell_58(fn_food_processing_in_porifera_30(X)))
& transmembrane_protein_1(fn_animal_cell_80(fn_food_processing_in_porifera_30(X)))
& tangible_entity_1(fn_animal_cell_80(fn_food_processing_in_porifera_30(X)))
& membrane_protein_1(fn_animal_cell_80(fn_food_processing_in_porifera_30(X)))
& protein_1(fn_animal_cell_80(fn_food_processing_in_porifera_30(X)))
& spatial_entity_1(fn_animal_cell_80(fn_food_processing_in_porifera_30(X)))
& polymer_1(fn_animal_cell_80(fn_food_processing_in_porifera_30(X)))
& integrin_1(fn_animal_cell_80(fn_food_processing_in_porifera_30(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_food_processing_in_porifera_28(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_food_processing_in_porifera_28(X)))
& protein_1(fn_plasma_membrane_54(fn_food_processing_in_porifera_28(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_food_processing_in_porifera_28(X)))
& polymer_1(fn_plasma_membrane_54(fn_food_processing_in_porifera_28(X)))
& protein_1(fn_animal_cell_75(fn_food_processing_in_porifera_30(X)))
& organic_molecule_1(fn_animal_cell_75(fn_food_processing_in_porifera_30(X)))
& polymer_1(fn_animal_cell_75(fn_food_processing_in_porifera_30(X)))
& spatial_entity_1(fn_animal_cell_75(fn_food_processing_in_porifera_30(X)))
& membrane_protein_1(fn_animal_cell_75(fn_food_processing_in_porifera_30(X)))
& tangible_entity_1(fn_animal_cell_75(fn_food_processing_in_porifera_30(X)))
& transmembrane_protein_1(fn_animal_cell_75(fn_food_processing_in_porifera_30(X)))
& integral_protein_1(fn_animal_cell_75(fn_food_processing_in_porifera_30(X)))
& transport_protein_1(fn_animal_cell_75(fn_food_processing_in_porifera_30(X)))
& sodium_potassium_pump_1(fn_animal_cell_75(fn_food_processing_in_porifera_30(X)))
& spatial_entity_1(fn_facilitated_diffusion_49(fn_food_processing_in_porifera_16(X)))
& biomembrane_1(fn_facilitated_diffusion_49(fn_food_processing_in_porifera_16(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_food_processing_in_porifera_30(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_food_processing_in_porifera_30(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_food_processing_in_porifera_30(X)))
& tangible_entity_1(fn_animal_cell_73(fn_food_processing_in_porifera_30(X)))
& spatial_entity_1(fn_animal_cell_73(fn_food_processing_in_porifera_30(X)))
& biomembrane_1(fn_animal_cell_73(fn_food_processing_in_porifera_30(X)))
& animal_plasma_membrane_1(fn_animal_cell_73(fn_food_processing_in_porifera_30(X)))
& plasma_membrane_1(fn_animal_cell_73(fn_food_processing_in_porifera_30(X)))
& mixture_1(fn_porifera_26(fn_food_processing_in_porifera_23(X)))
& cytoplasm_1(fn_porifera_26(fn_food_processing_in_porifera_23(X)))
& mixture_1(fn_animal_cell_79(fn_food_processing_in_porifera_30(X)))
& cytoplasm_1(fn_animal_cell_79(fn_food_processing_in_porifera_30(X)))
& amoebocyte_1(fn_porifera_32(fn_food_processing_in_porifera_23(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_food_processing_in_porifera_28(X)))
& instrument_2(fn_food_processing_in_porifera_1(X),fn_food_processing_in_porifera_30(X))
& called_2(fn_food_processing_in_porifera_44(X),'ID1')
& fn_food_processing_in_porifera_44(X) != fn_food_processing_in_porifera_43(X)
& enables_2(fn_food_processing_in_porifera_44(X),fn_food_processing_in_porifera_15(X))
& called_2(fn_food_processing_in_porifera_43(X),'ID2')
& fn_food_processing_in_porifera_43(X) != fn_food_processing_in_porifera_44(X)
& first_subevent_2(fn_food_processing_in_porifera_43(X),fn_food_processing_in_porifera_4(X))
& subevent_2(fn_food_processing_in_porifera_43(X),fn_food_processing_in_porifera_4(X))
& fn_food_processing_in_porifera_42(X) != fn_food_processing_in_porifera_39(X)
& fn_food_processing_in_porifera_39(X) != fn_food_processing_in_porifera_42(X)
& agent_2(fn_food_processing_in_porifera_38(X),fn_food_processing_in_porifera_36(X))
& agent_2(fn_food_processing_in_porifera_38(X),fn_food_processing_in_porifera_35(X))
& agent_2(fn_food_processing_in_porifera_37(X),fn_food_processing_in_porifera_36(X))
& agent_2(fn_food_processing_in_porifera_37(X),fn_food_processing_in_porifera_35(X))
& is_between_2(fn_food_processing_in_porifera_30(X),fn_food_processing_in_porifera_27(X))
& by_means_of_2(fn_food_processing_in_porifera_25(X),fn_food_processing_in_porifera_32(X))
& subevent_2(fn_food_processing_in_porifera_24(X),fn_food_processing_in_porifera_43(X))
& subevent_2(fn_food_processing_in_porifera_24(X),fn_food_processing_in_porifera_44(X))
& has_part_2(fn_food_processing_in_porifera_23(X),fn_food_processing_in_porifera_29(X))
& the_categorical_value_2(fn_food_processing_in_porifera_18(X),hollow_volume_0)
& in_event_2(fn_food_processing_in_porifera_17(X),fn_food_processing_in_porifera_1(X))
& agent_2(fn_food_processing_in_porifera_16(X),fn_food_processing_in_porifera_8(X))
& destination_2(fn_food_processing_in_porifera_15(X),fn_food_processing_in_porifera_21(X))
& plays_2(fn_food_processing_in_porifera_14(X),fn_food_processing_in_porifera_2(X))
& is_at_2(fn_food_processing_in_porifera_8(X),fn_food_processing_in_porifera_9(X))
& agent_2(fn_food_processing_in_porifera_5(X),fn_food_processing_in_porifera_6(X))
& the_categorical_value_2(fn_food_processing_in_porifera_34(X),hollow_volume_0)
& result_2(fn_food_processing_in_porifera_43(X),fn_food_processing_in_porifera_14(X))
& object_2(fn_food_processing_in_porifera_43(X),fn_food_processing_in_porifera_3(X))
& result_2(fn_food_processing_in_porifera_44(X),fn_food_processing_in_porifera_14(X))
& object_2(fn_food_processing_in_porifera_15(X),fn_food_processing_in_porifera_14(X))
& fn_food_processing_in_porifera_42(X) != fn_food_processing_in_porifera_40(X)
& fn_food_processing_in_porifera_40(X) != fn_food_processing_in_porifera_42(X)
& fn_food_processing_in_porifera_8(X) != fn_food_processing_in_porifera_7(X)
& fn_food_processing_in_porifera_7(X) != fn_food_processing_in_porifera_8(X)
& path_2(fn_food_processing_in_porifera_16(X),fn_food_processing_in_porifera_28(X))
& path_2(fn_food_processing_in_porifera_16(X),fn_food_processing_in_porifera_11(X))
& has_part_2(fn_food_processing_in_porifera_23(X),fn_food_processing_in_porifera_21(X))
& has_region_2(fn_food_processing_in_porifera_23(X),fn_food_processing_in_porifera_22(X))
& destination_2(fn_food_processing_in_porifera_32(X),fn_food_processing_in_porifera_33(X))
& is_inside_2(fn_food_processing_in_porifera_33(X),fn_food_processing_in_porifera_29(X))
& is_between_2(fn_food_processing_in_porifera_29(X),fn_food_processing_in_porifera_33(X))
& fn_food_processing_in_porifera_7(X) != fn_food_processing_in_porifera_10(X)
& fn_food_processing_in_porifera_10(X) != fn_food_processing_in_porifera_7(X)
& has_part_2(fn_food_processing_in_porifera_19(X),fn_food_processing_in_porifera_3(X))
& is_inside_2(fn_food_processing_in_porifera_3(X),fn_food_processing_in_porifera_20(X))
& has_part_2(fn_food_processing_in_porifera_19(X),fn_food_processing_in_porifera_20(X))
& called_2(fn_food_processing_in_porifera_39(X),'MP1')
& shape_2(fn_food_processing_in_porifera_29(X),fn_food_processing_in_porifera_34(X))
& shape_2(fn_food_processing_in_porifera_30(X),fn_food_processing_in_porifera_18(X))
& object_2(fn_food_processing_in_porifera_13(X),fn_food_processing_in_porifera_3(X))
& object_2(fn_food_processing_in_porifera_44(X),fn_food_processing_in_porifera_3(X))
& is_inside_2(fn_food_processing_in_porifera_3(X),fn_food_processing_in_porifera_12(X))
& has_function_2(fn_food_processing_in_porifera_12(X),fn_food_processing_in_porifera_13(X))
& agent_2(fn_food_processing_in_porifera_13(X),fn_food_processing_in_porifera_12(X))
& subevent_2(X,fn_food_processing_in_porifera_24(X))
& has_function_2(fn_food_processing_in_porifera_22(X),X)
& subevent_2(X,fn_food_processing_in_porifera_25(X))
& base_2(fn_food_processing_in_porifera_25(X),fn_food_processing_in_porifera_23(X))
& base_2(X,fn_food_processing_in_porifera_23(X))
& beneficiary_2(X,fn_food_processing_in_porifera_23(X))
& agent_2(fn_food_processing_in_porifera_25(X),fn_food_processing_in_porifera_23(X))
& has_part_2(fn_food_processing_in_porifera_33(X),fn_food_processing_in_porifera_36(X))
& fn_food_processing_in_porifera_36(X) != fn_food_processing_in_porifera_35(X)
& has_part_2(fn_food_processing_in_porifera_33(X),fn_food_processing_in_porifera_35(X))
& fn_food_processing_in_porifera_35(X) != fn_food_processing_in_porifera_36(X)
& called_2(fn_food_processing_in_porifera_42(X),'MP1')
& base_2(fn_food_processing_in_porifera_38(X),fn_food_processing_in_porifera_29(X))
& path_2(fn_food_processing_in_porifera_32(X),fn_food_processing_in_porifera_31(X))
& is_between_2(fn_food_processing_in_porifera_33(X),fn_food_processing_in_porifera_31(X))
& base_2(fn_food_processing_in_porifera_32(X),fn_food_processing_in_porifera_29(X))
& agent_2(fn_food_processing_in_porifera_32(X),fn_food_processing_in_porifera_29(X))
& base_2(fn_food_processing_in_porifera_37(X),fn_food_processing_in_porifera_29(X))
& is_inside_2(fn_food_processing_in_porifera_42(X),fn_food_processing_in_porifera_41(X))
& is_at_2(fn_food_processing_in_porifera_42(X),fn_food_processing_in_porifera_41(X))
& is_across_2(fn_food_processing_in_porifera_42(X),fn_food_processing_in_porifera_31(X))
& has_part_2(fn_food_processing_in_porifera_29(X),fn_food_processing_in_porifera_31(X))
& has_function_2(fn_food_processing_in_porifera_29(X),fn_food_processing_in_porifera_32(X))
& has_part_2(fn_food_processing_in_porifera_29(X),fn_food_processing_in_porifera_33(X))
& is_inside_2(fn_food_processing_in_porifera_33(X),fn_food_processing_in_porifera_31(X))
& has_part_2(fn_food_processing_in_porifera_31(X),fn_food_processing_in_porifera_42(X))
& is_at_2(fn_food_processing_in_porifera_42(X),fn_food_processing_in_porifera_31(X))
& has_function_2(fn_food_processing_in_porifera_31(X),fn_food_processing_in_porifera_32(X))
& is_inside_2(fn_food_processing_in_porifera_39(X),fn_food_processing_in_porifera_41(X))
& has_part_2(fn_food_processing_in_porifera_31(X),fn_food_processing_in_porifera_39(X))
& is_across_2(fn_food_processing_in_porifera_39(X),fn_food_processing_in_porifera_31(X))
& is_at_2(fn_food_processing_in_porifera_40(X),fn_food_processing_in_porifera_31(X))
& called_2(fn_food_processing_in_porifera_40(X),'MP1')
& has_part_2(fn_food_processing_in_porifera_31(X),fn_food_processing_in_porifera_41(X))
& is_at_2(fn_food_processing_in_porifera_39(X),fn_food_processing_in_porifera_41(X))
& is_at_2(fn_food_processing_in_porifera_39(X),fn_food_processing_in_porifera_31(X))
& has_part_2(fn_food_processing_in_porifera_31(X),fn_food_processing_in_porifera_40(X))
& fn_food_processing_in_porifera_40(X) != fn_food_processing_in_porifera_39(X)
& fn_food_processing_in_porifera_39(X) != fn_food_processing_in_porifera_40(X)
& is_outside_2(fn_food_processing_in_porifera_29(X),fn_food_processing_in_porifera_30(X))
& subevent_2(fn_food_processing_in_porifera_44(X),fn_food_processing_in_porifera_4(X))
& is_inside_2(fn_food_processing_in_porifera_27(X),fn_food_processing_in_porifera_30(X))
& first_subevent_2(fn_food_processing_in_porifera_44(X),fn_food_processing_in_porifera_4(X))
& agent_2(fn_food_processing_in_porifera_44(X),fn_food_processing_in_porifera_26(X))
& has_part_2(fn_food_processing_in_porifera_30(X),fn_food_processing_in_porifera_26(X))
& plays_2(fn_food_processing_in_porifera_30(X),fn_food_processing_in_porifera_17(X))
& has_part_2(fn_food_processing_in_porifera_23(X),fn_food_processing_in_porifera_30(X))
& has_part_2(fn_food_processing_in_porifera_30(X),fn_food_processing_in_porifera_12(X))
& object_2(fn_food_processing_in_porifera_4(X),fn_food_processing_in_porifera_12(X))
& base_2(fn_food_processing_in_porifera_4(X),fn_food_processing_in_porifera_26(X))
& has_function_2(fn_food_processing_in_porifera_26(X),fn_food_processing_in_porifera_44(X))
& called_2(fn_food_processing_in_porifera_7(X),'MP1')
& has_part_2(fn_food_processing_in_porifera_28(X),fn_food_processing_in_porifera_7(X))
& is_across_2(fn_food_processing_in_porifera_7(X),fn_food_processing_in_porifera_28(X))
& is_at_2(fn_food_processing_in_porifera_7(X),fn_food_processing_in_porifera_28(X))
& is_at_2(fn_food_processing_in_porifera_7(X),fn_food_processing_in_porifera_9(X))
& is_inside_2(fn_food_processing_in_porifera_7(X),fn_food_processing_in_porifera_9(X))
& called_2(fn_food_processing_in_porifera_10(X),'MP1')
& base_2(fn_food_processing_in_porifera_5(X),fn_food_processing_in_porifera_30(X))
& is_between_2(fn_food_processing_in_porifera_27(X),fn_food_processing_in_porifera_28(X))
& has_part_2(fn_food_processing_in_porifera_27(X),fn_food_processing_in_porifera_6(X))
& is_at_2(fn_food_processing_in_porifera_8(X),fn_food_processing_in_porifera_28(X))
& called_2(fn_food_processing_in_porifera_8(X),'MP1')
& has_part_2(fn_food_processing_in_porifera_30(X),fn_food_processing_in_porifera_28(X))
& has_part_2(fn_food_processing_in_porifera_28(X),fn_food_processing_in_porifera_9(X))
& is_inside_2(fn_food_processing_in_porifera_8(X),fn_food_processing_in_porifera_9(X))
& is_across_2(fn_food_processing_in_porifera_8(X),fn_food_processing_in_porifera_28(X))
& has_part_2(fn_food_processing_in_porifera_28(X),fn_food_processing_in_porifera_10(X))
& has_part_2(fn_food_processing_in_porifera_30(X),fn_food_processing_in_porifera_27(X))
& is_inside_2(fn_food_processing_in_porifera_27(X),fn_food_processing_in_porifera_28(X))
& has_part_2(fn_food_processing_in_porifera_28(X),fn_food_processing_in_porifera_8(X))
& fn_food_processing_in_porifera_10(X) != fn_food_processing_in_porifera_8(X)
& fn_food_processing_in_porifera_8(X) != fn_food_processing_in_porifera_10(X)
& fn_food_processing_in_porifera_14(X) = fn_intracellular_digestion_3(fn_food_processing_in_porifera_43(X))
& fn_food_processing_in_porifera_3(X) = fn_intracellular_digestion_30(fn_food_processing_in_porifera_43(X))
& fn_food_processing_in_porifera_14(X) = fn_intracellular_digestion_3(fn_food_processing_in_porifera_44(X))
& fn_food_processing_in_porifera_14(X) = fn_release_1(fn_food_processing_in_porifera_15(X))
& fn_food_processing_in_porifera_8(X) = fn_plasma_membrane_54(fn_food_processing_in_porifera_28(X))
& fn_food_processing_in_porifera_11(X) = fn_facilitated_diffusion_of_polar_molecule_2(fn_food_processing_in_porifera_16(X))
& fn_food_processing_in_porifera_11(X) = fn_facilitated_diffusion_of_polar_molecule_1(fn_food_processing_in_porifera_16(X))
& fn_food_processing_in_porifera_21(X) = fn_animal_21(fn_food_processing_in_porifera_23(X))
& fn_food_processing_in_porifera_22(X) = fn_animal_5(fn_food_processing_in_porifera_23(X))
& fn_food_processing_in_porifera_20(X) = fn_suspension_2(fn_food_processing_in_porifera_19(X))
& fn_food_processing_in_porifera_3(X) = fn_suspension_1(fn_food_processing_in_porifera_19(X))
& fn_food_processing_in_porifera_46(X) = fn_cell_3(fn_food_processing_in_porifera_29(X))
& fn_food_processing_in_porifera_34(X) = fn_endocytosis_12(fn_food_processing_in_porifera_32(X))
& fn_food_processing_in_porifera_34(X) = fn_cell_5(fn_food_processing_in_porifera_29(X))
& fn_food_processing_in_porifera_45(X) = fn_cell_3(fn_food_processing_in_porifera_30(X))
& fn_food_processing_in_porifera_18(X) = fn_cell_5(fn_food_processing_in_porifera_30(X))
& fn_food_processing_in_porifera_13(X) = fn_intracellular_digestion_8(fn_food_processing_in_porifera_44(X))
& fn_food_processing_in_porifera_12(X) = fn_intracellular_digestion_9(fn_food_processing_in_porifera_44(X))
& fn_food_processing_in_porifera_3(X) = fn_intracellular_digestion_30(fn_food_processing_in_porifera_44(X))
& fn_food_processing_in_porifera_24(X) = fn_food_processing_6(X)
& fn_food_processing_in_porifera_22(X) = fn_food_processing_1(X)
& fn_food_processing_in_porifera_23(X) = fn_food_processing_11(X)
& fn_food_processing_in_porifera_25(X) = fn_food_processing_10(X)
& fn_food_processing_in_porifera_35(X) = fn_animal_cell_72(fn_food_processing_in_porifera_29(X))
& fn_food_processing_in_porifera_36(X) = fn_animal_cell_71(fn_food_processing_in_porifera_29(X))
& fn_food_processing_in_porifera_38(X) = fn_choanocyte_30(fn_food_processing_in_porifera_29(X))
& fn_food_processing_in_porifera_37(X) = fn_choanocyte_5(fn_food_processing_in_porifera_29(X))
& fn_food_processing_in_porifera_32(X) = fn_eukaryotic_cell_32(fn_food_processing_in_porifera_29(X))
& fn_food_processing_in_porifera_29(X) = fn_endocytosis_20(fn_food_processing_in_porifera_32(X))
& fn_food_processing_in_porifera_31(X) = fn_endocytosis_13(fn_food_processing_in_porifera_32(X))
& fn_food_processing_in_porifera_29(X) = fn_animal_plasma_membrane_56(fn_food_processing_in_porifera_31(X))
& fn_food_processing_in_porifera_41(X) = fn_animal_cell_58(fn_food_processing_in_porifera_29(X))
& fn_food_processing_in_porifera_41(X) = fn_choanocyte_34(fn_food_processing_in_porifera_29(X))
& fn_food_processing_in_porifera_32(X) = fn_choanocyte_38(fn_food_processing_in_porifera_29(X))
& fn_food_processing_in_porifera_42(X) = fn_animal_cell_75(fn_food_processing_in_porifera_29(X))
& fn_food_processing_in_porifera_42(X) = fn_plasma_membrane_68(fn_food_processing_in_porifera_31(X))
& fn_food_processing_in_porifera_42(X) = fn_choanocyte_35(fn_food_processing_in_porifera_29(X))
& fn_food_processing_in_porifera_31(X) = fn_animal_cell_73(fn_food_processing_in_porifera_29(X))
& fn_food_processing_in_porifera_31(X) = fn_choanocyte_37(fn_food_processing_in_porifera_29(X))
& fn_food_processing_in_porifera_29(X) = fn_phagocytosis_70(fn_food_processing_in_porifera_32(X))
& fn_food_processing_in_porifera_33(X) = fn_phagocytosis_71(fn_food_processing_in_porifera_32(X))
& fn_food_processing_in_porifera_33(X) = fn_animal_cell_79(fn_food_processing_in_porifera_29(X))
& fn_food_processing_in_porifera_33(X) = fn_choanocyte_13(fn_food_processing_in_porifera_29(X))
& fn_food_processing_in_porifera_39(X) = fn_phagocytosis_46(fn_food_processing_in_porifera_32(X))
& fn_food_processing_in_porifera_40(X) = fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_31(X))
& fn_food_processing_in_porifera_40(X) = fn_plasma_membrane_54(fn_food_processing_in_porifera_31(X))
& fn_food_processing_in_porifera_39(X) = fn_plasma_membrane_68(fn_food_processing_in_porifera_31(X))
& fn_food_processing_in_porifera_39(X) = fn_plasma_membrane_54(fn_food_processing_in_porifera_31(X))
& fn_food_processing_in_porifera_39(X) = fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_31(X))
& fn_food_processing_in_porifera_40(X) = fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_31(X))
& fn_food_processing_in_porifera_40(X) = fn_plasma_membrane_55(fn_food_processing_in_porifera_31(X))
& fn_food_processing_in_porifera_40(X) = fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_31(X))
& fn_food_processing_in_porifera_39(X) = fn_plasma_membrane_3(fn_food_processing_in_porifera_31(X))
& fn_food_processing_in_porifera_39(X) = fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_31(X))
& fn_food_processing_in_porifera_39(X) = fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_31(X))
& fn_food_processing_in_porifera_31(X) = fn_phagocytosis_19(fn_food_processing_in_porifera_32(X))
& fn_food_processing_in_porifera_41(X) = fn_phagocytosis_49(fn_food_processing_in_porifera_32(X))
& fn_food_processing_in_porifera_41(X) = fn_biomembrane_63(fn_food_processing_in_porifera_31(X))
& fn_food_processing_in_porifera_41(X) = fn_plasma_membrane_71(fn_food_processing_in_porifera_31(X))
& fn_food_processing_in_porifera_41(X) = fn_animal_plasma_membrane_54(fn_food_processing_in_porifera_31(X))
& fn_food_processing_in_porifera_29(X) = fn_porifera_2(fn_food_processing_in_porifera_23(X))
& fn_food_processing_in_porifera_27(X) = fn_porifera_26(fn_food_processing_in_porifera_23(X))
& fn_food_processing_in_porifera_17(X) = fn_porifera_24(fn_food_processing_in_porifera_23(X))
& fn_food_processing_in_porifera_44(X) = fn_porifera_34(fn_food_processing_in_porifera_23(X))
& fn_food_processing_in_porifera_26(X) = fn_porifera_28(fn_food_processing_in_porifera_23(X))
& fn_food_processing_in_porifera_4(X) = fn_porifera_12(fn_food_processing_in_porifera_23(X))
& fn_food_processing_in_porifera_12(X) = fn_porifera_11(fn_food_processing_in_porifera_23(X))
& fn_food_processing_in_porifera_30(X) = fn_porifera_32(fn_food_processing_in_porifera_23(X))
& fn_food_processing_in_porifera_7(X) = fn_plasma_membrane_3(fn_food_processing_in_porifera_28(X))
& fn_food_processing_in_porifera_7(X) = fn_plasma_membrane_68(fn_food_processing_in_porifera_28(X))
& fn_food_processing_in_porifera_7(X) = fn_facilitated_diffusion_25(fn_food_processing_in_porifera_16(X))
& fn_food_processing_in_porifera_7(X) = fn_plasma_membrane_55(fn_food_processing_in_porifera_28(X))
& fn_food_processing_in_porifera_7(X) = fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_28(X))
& fn_food_processing_in_porifera_7(X) = fn_eukaryotic_cell_15(fn_food_processing_in_porifera_30(X))
& fn_food_processing_in_porifera_7(X) = fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_28(X))
& fn_food_processing_in_porifera_7(X) = fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_28(X))
& fn_food_processing_in_porifera_5(X) = fn_animal_cell_20(fn_food_processing_in_porifera_30(X))
& fn_food_processing_in_porifera_6(X) = fn_animal_cell_71(fn_food_processing_in_porifera_30(X))
& fn_food_processing_in_porifera_10(X) = fn_plasma_membrane_54(fn_food_processing_in_porifera_28(X))
& fn_food_processing_in_porifera_28(X) = fn_facilitated_diffusion_49(fn_food_processing_in_porifera_16(X))
& fn_food_processing_in_porifera_9(X) = fn_facilitated_diffusion_48(fn_food_processing_in_porifera_16(X))
& fn_food_processing_in_porifera_9(X) = fn_biomembrane_63(fn_food_processing_in_porifera_28(X))
& fn_food_processing_in_porifera_9(X) = fn_plasma_membrane_71(fn_food_processing_in_porifera_28(X))
& fn_food_processing_in_porifera_9(X) = fn_animal_plasma_membrane_54(fn_food_processing_in_porifera_28(X))
& fn_food_processing_in_porifera_9(X) = fn_eukaryotic_cell_41(fn_food_processing_in_porifera_30(X))
& fn_food_processing_in_porifera_9(X) = fn_animal_cell_58(fn_food_processing_in_porifera_30(X))
& fn_food_processing_in_porifera_30(X) = fn_animal_plasma_membrane_56(fn_food_processing_in_porifera_28(X))
& fn_food_processing_in_porifera_28(X) = fn_eukaryotic_cell_29(fn_food_processing_in_porifera_30(X))
& fn_food_processing_in_porifera_10(X) = fn_animal_cell_80(fn_food_processing_in_porifera_30(X))
& fn_food_processing_in_porifera_8(X) = fn_animal_cell_75(fn_food_processing_in_porifera_30(X))
& fn_food_processing_in_porifera_28(X) = fn_animal_cell_73(fn_food_processing_in_porifera_30(X))
& fn_food_processing_in_porifera_27(X) = fn_animal_cell_79(fn_food_processing_in_porifera_30(X))
& fn_intracellular_digestion_3(fn_food_processing_in_porifera_43(X)) = fn_intracellular_digestion_3(fn_food_processing_in_porifera_44(X))
& fn_intracellular_digestion_3(fn_food_processing_in_porifera_44(X)) = fn_release_1(fn_food_processing_in_porifera_15(X))
& fn_release_1(fn_food_processing_in_porifera_15(X)) = fn_facilitated_diffusion_of_polar_molecule_2(fn_food_processing_in_porifera_16(X))
& fn_facilitated_diffusion_of_polar_molecule_2(fn_food_processing_in_porifera_16(X)) = fn_facilitated_diffusion_of_polar_molecule_1(fn_food_processing_in_porifera_16(X))
& fn_facilitated_diffusion_of_polar_molecule_1(fn_food_processing_in_porifera_16(X)) = fn_endocytosis_12(fn_food_processing_in_porifera_32(X))
& fn_cell_5(fn_food_processing_in_porifera_29(X)) = fn_endocytosis_12(fn_food_processing_in_porifera_32(X))
& fn_endocytosis_12(fn_food_processing_in_porifera_32(X)) = fn_cell_5(fn_food_processing_in_porifera_29(X))
& fn_cell_5(fn_food_processing_in_porifera_29(X)) = fn_intracellular_digestion_30(fn_food_processing_in_porifera_43(X))
& fn_intracellular_digestion_30(fn_food_processing_in_porifera_43(X)) = fn_suspension_1(fn_food_processing_in_porifera_19(X))
& fn_suspension_1(fn_food_processing_in_porifera_19(X)) = fn_suspension_1(fn_food_processing_in_porifera_19(X))
& fn_suspension_1(fn_food_processing_in_porifera_19(X)) = fn_intracellular_digestion_30(fn_food_processing_in_porifera_44(X))
& fn_intracellular_digestion_30(fn_food_processing_in_porifera_44(X)) = fn_intracellular_digestion_30(fn_food_processing_in_porifera_44(X))
& fn_intracellular_digestion_30(fn_food_processing_in_porifera_44(X)) = fn_animal_5(fn_food_processing_in_porifera_23(X))
& fn_animal_5(fn_food_processing_in_porifera_23(X)) = fn_food_processing_1(X)
& fn_food_processing_1(X) = fn_choanocyte_38(fn_food_processing_in_porifera_29(X))
& fn_choanocyte_38(fn_food_processing_in_porifera_29(X)) = fn_eukaryotic_cell_32(fn_food_processing_in_porifera_29(X))
& fn_eukaryotic_cell_32(fn_food_processing_in_porifera_29(X)) = fn_choanocyte_38(fn_food_processing_in_porifera_29(X))
& fn_choanocyte_38(fn_food_processing_in_porifera_29(X)) = fn_choanocyte_38(fn_food_processing_in_porifera_29(X))
& fn_choanocyte_38(fn_food_processing_in_porifera_29(X)) = fn_plasma_membrane_68(fn_food_processing_in_porifera_31(X))
& fn_plasma_membrane_68(fn_food_processing_in_porifera_31(X)) = fn_animal_cell_75(fn_food_processing_in_porifera_29(X))
& fn_animal_cell_75(fn_food_processing_in_porifera_29(X)) = fn_animal_cell_75(fn_food_processing_in_porifera_29(X))
& fn_animal_cell_75(fn_food_processing_in_porifera_29(X)) = fn_plasma_membrane_68(fn_food_processing_in_porifera_31(X))
& fn_plasma_membrane_68(fn_food_processing_in_porifera_31(X)) = fn_choanocyte_35(fn_food_processing_in_porifera_29(X))
& fn_choanocyte_35(fn_food_processing_in_porifera_29(X)) = fn_animal_cell_75(fn_food_processing_in_porifera_29(X))
& fn_animal_cell_75(fn_food_processing_in_porifera_29(X)) = fn_choanocyte_35(fn_food_processing_in_porifera_29(X))
& fn_choanocyte_35(fn_food_processing_in_porifera_29(X)) = fn_choanocyte_35(fn_food_processing_in_porifera_29(X))
& fn_choanocyte_35(fn_food_processing_in_porifera_29(X)) = fn_phagocytosis_71(fn_food_processing_in_porifera_32(X))
& fn_phagocytosis_71(fn_food_processing_in_porifera_32(X)) = fn_phagocytosis_71(fn_food_processing_in_porifera_32(X))
& fn_animal_cell_79(fn_food_processing_in_porifera_29(X)) = fn_phagocytosis_71(fn_food_processing_in_porifera_32(X))
& fn_phagocytosis_71(fn_food_processing_in_porifera_32(X)) = fn_animal_cell_79(fn_food_processing_in_porifera_29(X))
& fn_animal_cell_79(fn_food_processing_in_porifera_29(X)) = fn_animal_cell_79(fn_food_processing_in_porifera_29(X))
& fn_choanocyte_13(fn_food_processing_in_porifera_29(X)) = fn_animal_cell_79(fn_food_processing_in_porifera_29(X))
& fn_animal_cell_79(fn_food_processing_in_porifera_29(X)) = fn_choanocyte_13(fn_food_processing_in_porifera_29(X))
& fn_choanocyte_13(fn_food_processing_in_porifera_29(X)) = fn_plasma_membrane_54(fn_food_processing_in_porifera_31(X))
& fn_plasma_membrane_55(fn_food_processing_in_porifera_31(X)) = fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_31(X))
& fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_31(X)) = fn_plasma_membrane_55(fn_food_processing_in_porifera_31(X))
& fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_31(X)) = fn_plasma_membrane_55(fn_food_processing_in_porifera_31(X))
& fn_plasma_membrane_55(fn_food_processing_in_porifera_31(X)) = fn_plasma_membrane_55(fn_food_processing_in_porifera_31(X))
& fn_plasma_membrane_55(fn_food_processing_in_porifera_31(X)) = fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_31(X))
& fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_31(X)) = fn_phagocytosis_46(fn_food_processing_in_porifera_32(X))
& fn_phagocytosis_46(fn_food_processing_in_porifera_32(X)) = fn_plasma_membrane_3(fn_food_processing_in_porifera_31(X))
& fn_plasma_membrane_3(fn_food_processing_in_porifera_31(X)) = fn_plasma_membrane_68(fn_food_processing_in_porifera_31(X))
& fn_plasma_membrane_68(fn_food_processing_in_porifera_31(X)) = fn_phagocytosis_46(fn_food_processing_in_porifera_32(X))
& fn_phagocytosis_46(fn_food_processing_in_porifera_32(X)) = fn_plasma_membrane_68(fn_food_processing_in_porifera_31(X))
& fn_plasma_membrane_68(fn_food_processing_in_porifera_31(X)) = fn_plasma_membrane_68(fn_food_processing_in_porifera_31(X))
& fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_31(X)) = fn_plasma_membrane_68(fn_food_processing_in_porifera_31(X))
& fn_plasma_membrane_68(fn_food_processing_in_porifera_31(X)) = fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_31(X))
& fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_31(X)) = fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_31(X))
& fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_31(X)) = fn_plasma_membrane_54(fn_food_processing_in_porifera_31(X))
& fn_plasma_membrane_54(fn_food_processing_in_porifera_31(X)) = fn_plasma_membrane_54(fn_food_processing_in_porifera_31(X))
& fn_plasma_membrane_54(fn_food_processing_in_porifera_31(X)) = fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_31(X))
& fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_31(X)) = fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_31(X))
& fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_31(X)) = fn_plasma_membrane_54(fn_food_processing_in_porifera_31(X))
& fn_plasma_membrane_54(fn_food_processing_in_porifera_31(X)) = fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_31(X))
& fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_31(X)) = fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_31(X))
& fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_31(X)) = fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_31(X))
& fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_31(X)) = fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_31(X))
& fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_31(X)) = fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_31(X))
& fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_31(X)) = fn_phagocytosis_49(fn_food_processing_in_porifera_32(X))
& fn_phagocytosis_49(fn_food_processing_in_porifera_32(X)) = fn_phagocytosis_49(fn_food_processing_in_porifera_32(X))
& fn_phagocytosis_49(fn_food_processing_in_porifera_32(X)) = fn_biomembrane_63(fn_food_processing_in_porifera_31(X))
& fn_biomembrane_63(fn_food_processing_in_porifera_31(X)) = fn_biomembrane_63(fn_food_processing_in_porifera_31(X))
& fn_biomembrane_63(fn_food_processing_in_porifera_31(X)) = fn_plasma_membrane_71(fn_food_processing_in_porifera_31(X))
& fn_plasma_membrane_71(fn_food_processing_in_porifera_31(X)) = fn_animal_cell_58(fn_food_processing_in_porifera_29(X))
& fn_animal_cell_58(fn_food_processing_in_porifera_29(X)) = fn_plasma_membrane_71(fn_food_processing_in_porifera_31(X))
& fn_plasma_membrane_71(fn_food_processing_in_porifera_31(X)) = fn_choanocyte_34(fn_food_processing_in_porifera_29(X))
& fn_choanocyte_34(fn_food_processing_in_porifera_29(X)) = fn_animal_cell_58(fn_food_processing_in_porifera_29(X))
& fn_animal_cell_58(fn_food_processing_in_porifera_29(X)) = fn_choanocyte_34(fn_food_processing_in_porifera_29(X))
& fn_choanocyte_34(fn_food_processing_in_porifera_29(X)) = fn_choanocyte_34(fn_food_processing_in_porifera_29(X))
& fn_choanocyte_34(fn_food_processing_in_porifera_29(X)) = fn_animal_plasma_membrane_54(fn_food_processing_in_porifera_31(X))
& fn_animal_plasma_membrane_54(fn_food_processing_in_porifera_31(X)) = fn_animal_plasma_membrane_54(fn_food_processing_in_porifera_31(X))
& fn_animal_plasma_membrane_54(fn_food_processing_in_porifera_31(X)) = fn_endocytosis_13(fn_food_processing_in_porifera_32(X))
& fn_endocytosis_13(fn_food_processing_in_porifera_32(X)) = fn_endocytosis_13(fn_food_processing_in_porifera_32(X))
& fn_endocytosis_13(fn_food_processing_in_porifera_32(X)) = fn_phagocytosis_19(fn_food_processing_in_porifera_32(X))
& fn_phagocytosis_19(fn_food_processing_in_porifera_32(X)) = fn_phagocytosis_19(fn_food_processing_in_porifera_32(X))
& fn_animal_cell_73(fn_food_processing_in_porifera_29(X)) = fn_animal_cell_73(fn_food_processing_in_porifera_29(X))
& fn_phagocytosis_19(fn_food_processing_in_porifera_32(X)) = fn_animal_cell_73(fn_food_processing_in_porifera_29(X))
& fn_animal_cell_73(fn_food_processing_in_porifera_29(X)) = fn_phagocytosis_19(fn_food_processing_in_porifera_32(X))
& fn_phagocytosis_19(fn_food_processing_in_porifera_32(X)) = fn_choanocyte_37(fn_food_processing_in_porifera_29(X))
& fn_choanocyte_37(fn_food_processing_in_porifera_29(X)) = fn_choanocyte_37(fn_food_processing_in_porifera_29(X))
& fn_choanocyte_37(fn_food_processing_in_porifera_29(X)) = fn_animal_cell_73(fn_food_processing_in_porifera_29(X))
& fn_animal_cell_73(fn_food_processing_in_porifera_29(X)) = fn_choanocyte_37(fn_food_processing_in_porifera_29(X))
& fn_choanocyte_37(fn_food_processing_in_porifera_29(X)) = fn_endocytosis_20(fn_food_processing_in_porifera_32(X))
& fn_endocytosis_20(fn_food_processing_in_porifera_32(X)) = fn_endocytosis_20(fn_food_processing_in_porifera_32(X))
& fn_endocytosis_20(fn_food_processing_in_porifera_32(X)) = fn_animal_plasma_membrane_56(fn_food_processing_in_porifera_31(X))
& fn_phagocytosis_70(fn_food_processing_in_porifera_32(X)) = fn_animal_plasma_membrane_56(fn_food_processing_in_porifera_31(X))
& fn_animal_plasma_membrane_56(fn_food_processing_in_porifera_31(X)) = fn_phagocytosis_70(fn_food_processing_in_porifera_32(X))
& fn_phagocytosis_70(fn_food_processing_in_porifera_32(X)) = fn_phagocytosis_70(fn_food_processing_in_porifera_32(X))
& fn_phagocytosis_70(fn_food_processing_in_porifera_32(X)) = fn_porifera_2(fn_food_processing_in_porifera_23(X))
& fn_porifera_2(fn_food_processing_in_porifera_23(X)) = fn_intracellular_digestion_9(fn_food_processing_in_porifera_44(X))
& fn_intracellular_digestion_9(fn_food_processing_in_porifera_44(X)) = fn_intracellular_digestion_9(fn_food_processing_in_porifera_44(X))
& fn_intracellular_digestion_9(fn_food_processing_in_porifera_44(X)) = fn_porifera_11(fn_food_processing_in_porifera_23(X))
& fn_porifera_11(fn_food_processing_in_porifera_23(X)) = fn_porifera_11(fn_food_processing_in_porifera_23(X))
& fn_porifera_11(fn_food_processing_in_porifera_23(X)) = fn_plasma_membrane_68(fn_food_processing_in_porifera_28(X))
& fn_plasma_membrane_68(fn_food_processing_in_porifera_28(X)) = fn_plasma_membrane_3(fn_food_processing_in_porifera_28(X))
& fn_plasma_membrane_3(fn_food_processing_in_porifera_28(X)) = fn_plasma_membrane_68(fn_food_processing_in_porifera_28(X))
& fn_plasma_membrane_68(fn_food_processing_in_porifera_28(X)) = fn_plasma_membrane_68(fn_food_processing_in_porifera_28(X))
& fn_facilitated_diffusion_25(fn_food_processing_in_porifera_16(X)) = fn_plasma_membrane_68(fn_food_processing_in_porifera_28(X))
& fn_plasma_membrane_68(fn_food_processing_in_porifera_28(X)) = fn_facilitated_diffusion_25(fn_food_processing_in_porifera_16(X))
& fn_plasma_membrane_55(fn_food_processing_in_porifera_28(X)) = fn_facilitated_diffusion_25(fn_food_processing_in_porifera_16(X))
& fn_facilitated_diffusion_25(fn_food_processing_in_porifera_16(X)) = fn_facilitated_diffusion_25(fn_food_processing_in_porifera_16(X))
& fn_facilitated_diffusion_25(fn_food_processing_in_porifera_16(X)) = fn_plasma_membrane_55(fn_food_processing_in_porifera_28(X))
& fn_plasma_membrane_55(fn_food_processing_in_porifera_28(X)) = fn_plasma_membrane_55(fn_food_processing_in_porifera_28(X))
& fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_28(X)) = fn_plasma_membrane_55(fn_food_processing_in_porifera_28(X))
& fn_plasma_membrane_55(fn_food_processing_in_porifera_28(X)) = fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_28(X))
& fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_28(X)) = fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_28(X))
& fn_eukaryotic_cell_15(fn_food_processing_in_porifera_30(X)) = fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_28(X))
& fn_animal_plasma_membrane_47(fn_food_processing_in_porifera_28(X)) = fn_eukaryotic_cell_15(fn_food_processing_in_porifera_30(X))
& fn_eukaryotic_cell_15(fn_food_processing_in_porifera_30(X)) = fn_eukaryotic_cell_15(fn_food_processing_in_porifera_30(X))
& fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_28(X)) = fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_28(X))
& fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_28(X)) = fn_eukaryotic_cell_15(fn_food_processing_in_porifera_30(X))
& fn_eukaryotic_cell_15(fn_food_processing_in_porifera_30(X)) = fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_28(X))
& fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_28(X)) = fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_28(X))
& fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_28(X)) = fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_28(X))
& fn_animal_plasma_membrane_62(fn_food_processing_in_porifera_28(X)) = fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_28(X))
& fn_animal_plasma_membrane_53(fn_food_processing_in_porifera_28(X)) = fn_facilitated_diffusion_48(fn_food_processing_in_porifera_16(X))
& fn_facilitated_diffusion_48(fn_food_processing_in_porifera_16(X)) = fn_facilitated_diffusion_48(fn_food_processing_in_porifera_16(X))
& fn_facilitated_diffusion_48(fn_food_processing_in_porifera_16(X)) = fn_biomembrane_63(fn_food_processing_in_porifera_28(X))
& fn_biomembrane_63(fn_food_processing_in_porifera_28(X)) = fn_biomembrane_63(fn_food_processing_in_porifera_28(X))
& fn_biomembrane_63(fn_food_processing_in_porifera_28(X)) = fn_plasma_membrane_71(fn_food_processing_in_porifera_28(X))
& fn_eukaryotic_cell_41(fn_food_processing_in_porifera_30(X)) = fn_plasma_membrane_71(fn_food_processing_in_porifera_28(X))
& fn_plasma_membrane_71(fn_food_processing_in_porifera_28(X)) = fn_eukaryotic_cell_41(fn_food_processing_in_porifera_30(X))
& fn_eukaryotic_cell_41(fn_food_processing_in_porifera_30(X)) = fn_eukaryotic_cell_41(fn_food_processing_in_porifera_30(X))
& fn_animal_plasma_membrane_54(fn_food_processing_in_porifera_28(X)) = fn_eukaryotic_cell_41(fn_food_processing_in_porifera_30(X))
& fn_eukaryotic_cell_41(fn_food_processing_in_porifera_30(X)) = fn_animal_plasma_membrane_54(fn_food_processing_in_porifera_28(X))
& fn_animal_plasma_membrane_54(fn_food_processing_in_porifera_28(X)) = fn_animal_plasma_membrane_54(fn_food_processing_in_porifera_28(X))
& fn_animal_cell_58(fn_food_processing_in_porifera_30(X)) = fn_animal_plasma_membrane_54(fn_food_processing_in_porifera_28(X))
& fn_animal_plasma_membrane_54(fn_food_processing_in_porifera_28(X)) = fn_animal_cell_58(fn_food_processing_in_porifera_30(X))
& fn_animal_cell_58(fn_food_processing_in_porifera_30(X)) = fn_plasma_membrane_54(fn_food_processing_in_porifera_28(X))
& fn_plasma_membrane_54(fn_food_processing_in_porifera_28(X)) = fn_animal_cell_80(fn_food_processing_in_porifera_30(X))
& fn_animal_cell_80(fn_food_processing_in_porifera_30(X)) = fn_animal_cell_80(fn_food_processing_in_porifera_30(X))
& fn_animal_cell_80(fn_food_processing_in_porifera_30(X)) = fn_plasma_membrane_54(fn_food_processing_in_porifera_28(X))
& fn_plasma_membrane_54(fn_food_processing_in_porifera_28(X)) = fn_plasma_membrane_54(fn_food_processing_in_porifera_28(X))
& fn_plasma_membrane_54(fn_food_processing_in_porifera_28(X)) = fn_animal_cell_75(fn_food_processing_in_porifera_30(X))
& fn_animal_cell_75(fn_food_processing_in_porifera_30(X)) = fn_animal_cell_75(fn_food_processing_in_porifera_30(X))
& fn_animal_cell_75(fn_food_processing_in_porifera_30(X)) = fn_facilitated_diffusion_49(fn_food_processing_in_porifera_16(X))
& fn_facilitated_diffusion_49(fn_food_processing_in_porifera_16(X)) = fn_facilitated_diffusion_49(fn_food_processing_in_porifera_16(X))
& fn_eukaryotic_cell_29(fn_food_processing_in_porifera_30(X)) = fn_facilitated_diffusion_49(fn_food_processing_in_porifera_16(X))
& fn_facilitated_diffusion_49(fn_food_processing_in_porifera_16(X)) = fn_eukaryotic_cell_29(fn_food_processing_in_porifera_30(X))
& fn_eukaryotic_cell_29(fn_food_processing_in_porifera_30(X)) = fn_eukaryotic_cell_29(fn_food_processing_in_porifera_30(X))
& fn_animal_cell_73(fn_food_processing_in_porifera_30(X)) = fn_eukaryotic_cell_29(fn_food_processing_in_porifera_30(X))
& fn_eukaryotic_cell_29(fn_food_processing_in_porifera_30(X)) = fn_animal_cell_73(fn_food_processing_in_porifera_30(X))
& fn_animal_cell_73(fn_food_processing_in_porifera_30(X)) = fn_animal_cell_73(fn_food_processing_in_porifera_30(X))
& fn_animal_cell_73(fn_food_processing_in_porifera_30(X)) = fn_porifera_26(fn_food_processing_in_porifera_23(X))
& fn_porifera_26(fn_food_processing_in_porifera_23(X)) = fn_animal_cell_79(fn_food_processing_in_porifera_30(X))
& fn_animal_cell_79(fn_food_processing_in_porifera_30(X)) = fn_animal_cell_79(fn_food_processing_in_porifera_30(X))
& fn_animal_cell_79(fn_food_processing_in_porifera_30(X)) = fn_porifera_32(fn_food_processing_in_porifera_23(X))
& fn_porifera_32(fn_food_processing_in_porifera_23(X)) = fn_porifera_32(fn_food_processing_in_porifera_23(X))
& fn_porifera_32(fn_food_processing_in_porifera_23(X)) = fn_animal_plasma_membrane_56(fn_food_processing_in_porifera_28(X)) ) ) ).
fof(a529672,axiom,
! [X] :
( food_processing_in_ruminant_1(X)
=> ( original_name_2(X,'Food-Processing-In-Ruminant')
& user_description_2(X,'A sequence of events in ruminants that digest food into its usable forms and eliminate the wastes.')
& concept2words_2(X,process)
& concept2words_2(X,'food processing in ruminant')
& concept2words_2(X,'food-processing-in-ruminant')
& food_processing_1(X) ) ) ).
fof(a529673,axiom,
! [X] :
( food_vacuole_1(X)
=> ( original_name_2(X,'Food-Vacuole')
& user_description_2(X,'Food vacoule is a food storing vacuole')
& concept2words_2(X,'vacuole of food')
& concept2words_2(X,'food vacuole')
& concept2words_2(X,'food-vacuole')
& vacuole_1(X)
& state_value_1(fn_food_vacuole_2(X))
& area_value_1(fn_food_vacuole_3(X))
& surface_1(fn_food_vacuole_7(X))
& inside_face_1(fn_food_vacuole_7(X))
& barrier_1(fn_food_vacuole_8(X))
& block_1(fn_food_vacuole_9(X))
& tangible_entity_1(fn_food_vacuole_10(X))
& membrane_protein_1(fn_food_vacuole_10(X))
& protein_1(fn_food_vacuole_10(X))
& tangible_entity_1(fn_food_vacuole_11(X))
& phospholipid_bilayer_1(fn_food_vacuole_11(X))
& phospholipid_layer_1(fn_food_vacuole_12(X))
& lipid_1(fn_food_vacuole_13(X))
& size_value_1(fn_food_vacuole_14(X))
& size_value_1(fn_food_vacuole_15(X))
& surface_1(fn_food_vacuole_16(X))
& outside_face_1(fn_food_vacuole_16(X))
& tangible_entity_1(fn_food_vacuole_17(X))
& eukaryotic_cell_1(fn_food_vacuole_17(X))
& cell_1(fn_food_vacuole_17(X))
& suspension_1(fn_food_vacuole_18(X))
& colloid_1(fn_food_vacuole_18(X))
& cytoplasm_1(fn_food_vacuole_18(X))
& mixture_1(fn_food_vacuole_18(X))
& chemical_1(fn_food_vacuole_19(X))
& container_1(fn_food_vacuole_20(X))
& biomembrane_1(fn_food_vacuole_21(X))
& carry_1(fn_food_vacuole_22(X))
& phagocytosis_1(fn_food_vacuole_23(X))
& tangible_entity_1(fn_food_vacuole_24(X))
& store_1(fn_food_vacuole_25(X))
& aqueous_solution_1(fn_food_vacuole_26(X))
& liquid_substance_1(fn_food_vacuole_26(X))
& cytosol_1(fn_food_vacuole_26(X))
& solution_1(fn_food_vacuole_26(X))
& food_1(fn_food_vacuole_27(X))
& aqueous_solution_1(fn_food_vacuole_28(X))
& property_node_1(fn_biomembrane_76(fn_food_vacuole_21(X)))
& block_1(fn_biomembrane_50(fn_food_vacuole_21(X)))
& barrier_1(fn_biomembrane_49(fn_food_vacuole_21(X)))
& phospholipid_layer_1(fn_biomembrane_61(fn_food_vacuole_21(X)))
& tangible_entity_1(fn_biomembrane_63(fn_food_vacuole_21(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_food_vacuole_21(X)))
& size_value_1(fn_biomembrane_56(fn_food_vacuole_21(X)))
& tangible_entity_1(fn_biomembrane_54(fn_food_vacuole_21(X)))
& membrane_protein_1(fn_biomembrane_54(fn_food_vacuole_21(X)))
& protein_1(fn_biomembrane_54(fn_food_vacuole_21(X)))
& carry_1(fn_endocytosis_14(fn_food_vacuole_23(X)))
& lipid_1(fn_phospholipid_layer_20(fn_food_vacuole_12(X)))
& property_node_1(fn_lipid_1(fn_food_vacuole_13(X)))
& size_value_1(fn_lipid_2(fn_food_vacuole_13(X)))
& surface_1(fn_biomembrane_47(fn_food_vacuole_21(X)))
& inside_face_1(fn_biomembrane_42(fn_food_vacuole_21(X)))
& cell_1(fn_cytoplasm_7(fn_food_vacuole_18(X)))
& tangible_entity_1(fn_endocytosis_20(fn_food_vacuole_23(X)))
& eukaryotic_cell_1(fn_endocytosis_20(fn_food_vacuole_23(X)))
& cell_1(fn_endocytosis_20(fn_food_vacuole_23(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_food_vacuole_21(X)))
& tangible_entity_1(fn_food_3(fn_food_vacuole_27(X)))
& tangible_entity_1(fn_endocytosis_6(fn_food_vacuole_23(X)))
& substance_1(fn_mixture_2(fn_food_vacuole_18(X)))
& substance_1(fn_mixture_1(fn_food_vacuole_18(X)))
& mixture_1(fn_endocytosis_16(fn_food_vacuole_23(X)))
& cytoplasm_1(fn_endocytosis_16(fn_food_vacuole_23(X)))
& entity_1(fn_endocytosis_21(fn_food_vacuole_23(X)))
& tangible_entity_1(fn_endocytosis_21(fn_food_vacuole_23(X)))
& vesicle_1(fn_endocytosis_21(fn_food_vacuole_23(X)))
& the_scalar_value_2(fn_food_vacuole_3(X),huge_0)
& scalar_unit_class_2(fn_food_vacuole_3(X),vesicle_0)
& agent_2(fn_food_vacuole_25(X),X)
& area_2(X,fn_food_vacuole_3(X))
& physical_state_2(fn_food_vacuole_24(X),fn_food_vacuole_2(X))
& greater_than_2(fn_food_vacuole_15(X),fn_food_vacuole_14(X))
& instrument_2(fn_food_vacuole_9(X),fn_food_vacuole_21(X))
& the_categorical_value_2(fn_food_vacuole_2(X),solid_0)
& plays_2(fn_food_vacuole_24(X),fn_food_vacuole_27(X))
& plays_2(fn_food_vacuole_21(X),fn_food_vacuole_8(X))
& in_event_2(fn_food_vacuole_8(X),fn_food_vacuole_9(X))
& has_region_2(fn_food_vacuole_21(X),fn_food_vacuole_7(X))
& is_inside_2(fn_food_vacuole_28(X),fn_food_vacuole_7(X))
& has_part_2(fn_food_vacuole_21(X),fn_food_vacuole_11(X))
& has_region_2(fn_food_vacuole_11(X),fn_food_vacuole_12(X))
& has_part_2(fn_food_vacuole_21(X),fn_food_vacuole_10(X))
& size_2(fn_food_vacuole_10(X),fn_food_vacuole_15(X))
& the_scalar_value_2(fn_food_vacuole_15(X),big_0)
& scalar_unit_class_2(fn_food_vacuole_15(X),polypeptide_0)
& subevent_2(fn_food_vacuole_23(X),fn_food_vacuole_22(X))
& object_2(fn_food_vacuole_23(X),fn_food_vacuole_24(X))
& object_2(fn_food_vacuole_22(X),fn_food_vacuole_24(X))
& instrument_2(fn_food_vacuole_23(X),X)
& has_function_2(X,fn_food_vacuole_22(X))
& agent_2(fn_food_vacuole_22(X),X)
& has_part_2(fn_food_vacuole_17(X),X)
& has_part_2(fn_food_vacuole_17(X),fn_food_vacuole_18(X))
& has_part_2(X,fn_food_vacuole_28(X))
& has_part_2(fn_food_vacuole_18(X),fn_food_vacuole_26(X))
& base_2(fn_food_vacuole_25(X),X)
& has_part_2(X,fn_food_vacuole_21(X))
& has_region_2(fn_food_vacuole_21(X),fn_food_vacuole_16(X))
& is_inside_2(fn_food_vacuole_16(X),fn_food_vacuole_26(X))
& is_between_2(fn_food_vacuole_21(X),fn_food_vacuole_26(X))
& is_between_2(fn_food_vacuole_21(X),fn_food_vacuole_28(X))
& plays_2(X,fn_food_vacuole_20(X))
& in_event_2(fn_food_vacuole_20(X),fn_food_vacuole_25(X))
& object_2(fn_food_vacuole_25(X),fn_food_vacuole_24(X))
& is_inside_2(fn_food_vacuole_24(X),X)
& has_function_2(X,fn_food_vacuole_25(X))
& size_2(fn_food_vacuole_13(X),fn_food_vacuole_14(X))
& element_2(fn_food_vacuole_12(X),fn_food_vacuole_13(X))
& has_part_2(fn_food_vacuole_18(X),fn_food_vacuole_19(X))
& fn_food_vacuole_24(X) = fn_food_3(fn_food_vacuole_27(X))
& fn_food_vacuole_5(X) = fn_biomembrane_76(fn_food_vacuole_21(X))
& fn_food_vacuole_9(X) = fn_biomembrane_50(fn_food_vacuole_21(X))
& fn_food_vacuole_8(X) = fn_biomembrane_49(fn_food_vacuole_21(X))
& fn_food_vacuole_28(X) = fn_biomembrane_14(fn_food_vacuole_21(X))
& fn_food_vacuole_7(X) = fn_biomembrane_47(fn_food_vacuole_21(X))
& fn_food_vacuole_7(X) = fn_biomembrane_42(fn_food_vacuole_21(X))
& fn_food_vacuole_12(X) = fn_biomembrane_61(fn_food_vacuole_21(X))
& fn_food_vacuole_11(X) = fn_biomembrane_63(fn_food_vacuole_21(X))
& fn_food_vacuole_15(X) = fn_biomembrane_56(fn_food_vacuole_21(X))
& fn_food_vacuole_10(X) = fn_biomembrane_54(fn_food_vacuole_21(X))
& fn_food_vacuole_24(X) = fn_endocytosis_6(fn_food_vacuole_23(X))
& fn_food_vacuole_17(X) = fn_cytoplasm_7(fn_food_vacuole_18(X))
& fn_food_vacuole_18(X) = fn_vesicle_8(X)
& fn_food_vacuole_18(X) = fn_endocytosis_16(fn_food_vacuole_23(X))
& fn_food_vacuole_17(X) = fn_vesicle_5(X)
& fn_food_vacuole_17(X) = fn_endocytosis_20(fn_food_vacuole_23(X))
& fn_food_vacuole_22(X) = fn_endocytosis_14(fn_food_vacuole_23(X))
& X = fn_endocytosis_21(fn_food_vacuole_23(X))
& fn_food_vacuole_18(X) = fn_vacuole_10(X)
& fn_food_vacuole_28(X) = fn_vesicle_10(X)
& fn_food_vacuole_28(X) = fn_vacuole_2(X)
& fn_food_vacuole_26(X) = fn_vacuole_9(X)
& fn_food_vacuole_16(X) = fn_vacuole_8(X)
& fn_food_vacuole_21(X) = fn_vesicle_9(X)
& fn_food_vacuole_21(X) = fn_vacuole_7(X)
& fn_food_vacuole_24(X) = fn_vacuole_6(X)
& fn_food_vacuole_25(X) = fn_vacuole_3(X)
& fn_food_vacuole_20(X) = fn_vacuole_11(X)
& fn_food_vacuole_19(X) = fn_mixture_2(fn_food_vacuole_18(X))
& fn_food_vacuole_19(X) = fn_mixture_1(fn_food_vacuole_18(X))
& fn_food_vacuole_13(X) = fn_phospholipid_layer_20(fn_food_vacuole_12(X))
& fn_food_vacuole_6(X) = fn_lipid_1(fn_food_vacuole_13(X))
& fn_food_vacuole_14(X) = fn_lipid_2(fn_food_vacuole_13(X))
& fn_biomembrane_42(fn_food_vacuole_21(X)) = fn_biomembrane_47(fn_food_vacuole_21(X))
& fn_biomembrane_47(fn_food_vacuole_21(X)) = fn_biomembrane_42(fn_food_vacuole_21(X))
& fn_biomembrane_42(fn_food_vacuole_21(X)) = fn_cytoplasm_7(fn_food_vacuole_18(X))
& fn_cytoplasm_7(fn_food_vacuole_18(X)) = fn_vesicle_5(X)
& fn_vesicle_5(X) = fn_vesicle_5(X)
& fn_endocytosis_20(fn_food_vacuole_23(X)) = fn_vesicle_5(X)
& fn_vesicle_5(X) = fn_endocytosis_20(fn_food_vacuole_23(X))
& fn_endocytosis_20(fn_food_vacuole_23(X)) = fn_biomembrane_14(fn_food_vacuole_21(X))
& fn_biomembrane_14(fn_food_vacuole_21(X)) = fn_vesicle_10(X)
& fn_vesicle_10(X) = fn_vesicle_10(X)
& fn_vacuole_2(X) = fn_vesicle_10(X)
& fn_vesicle_10(X) = fn_vacuole_2(X)
& fn_vacuole_2(X) = fn_vesicle_9(X)
& fn_vacuole_7(X) = fn_vacuole_7(X)
& fn_vacuole_7(X) = fn_vesicle_9(X)
& fn_vesicle_9(X) = fn_vacuole_7(X)
& fn_vacuole_7(X) = fn_food_3(fn_food_vacuole_27(X))
& fn_food_3(fn_food_vacuole_27(X)) = fn_endocytosis_6(fn_food_vacuole_23(X))
& fn_endocytosis_6(fn_food_vacuole_23(X)) = fn_endocytosis_6(fn_food_vacuole_23(X))
& fn_endocytosis_6(fn_food_vacuole_23(X)) = fn_vacuole_6(X)
& fn_vacuole_6(X) = fn_vacuole_6(X)
& fn_vacuole_6(X) = fn_mixture_2(fn_food_vacuole_18(X))
& fn_mixture_2(fn_food_vacuole_18(X)) = fn_mixture_1(fn_food_vacuole_18(X))
& fn_mixture_1(fn_food_vacuole_18(X)) = fn_vesicle_8(X)
& fn_vesicle_8(X) = fn_endocytosis_16(fn_food_vacuole_23(X))
& fn_endocytosis_16(fn_food_vacuole_23(X)) = fn_endocytosis_16(fn_food_vacuole_23(X))
& fn_endocytosis_16(fn_food_vacuole_23(X)) = fn_vacuole_10(X)
& fn_endocytosis_21(fn_food_vacuole_23(X)) = fn_endocytosis_21(fn_food_vacuole_23(X)) ) ) ).
fof(a529674,axiom,
! [X] :
( food_web_1(X)
=> ( original_name_2(X,'Food-Web')
& user_description_2(X,'A diagram of trophic relationships in an ecosystem.')
& concept2words_2(X,'web of food')
& concept2words_2(X,'food web')
& concept2words_2(X,'food-web')
& aggregate_1(X)
& organism_1(fn_food_web_1(X))
& food_chain_1(fn_food_web_2(X))
& element_2(X,fn_food_web_2(X))
& element_2(fn_food_web_2(X),fn_food_web_1(X))
& minCardinality(fn_food_web_2(X),element_0,"2",organism_0)
& maxCardinality(fn_food_web_2(X),element_0,"5",organism_0) ) ) ).
fof(a529675,axiom,
! [X] :
( foot_1(X)
=> ( original_name_2(X,'Foot')
& user_description_2(X,'(1) In the sporophyte of a bryophyte, the structure that collects photosynthate, water, minerals, and amino acids from the parent gametophyte; (2) In molluscs, a muscular structure usually located ventrally and used for locomotion; (3) In vertebrates, the distal portion of a limb that bears the animal\'s weight and is used for locomotion.')
& concept2words_2(X,foot)
& specialised_organ_1(X) ) ) ).
fof(a529676,axiom,
! [X] :
( foraging_1(X)
=> ( original_name_2(X,'Foraging')
& user_description_2(X,'The search for and exploitation of food sources.')
& concept2words_2(X,forage)
& concept2words_2(X,foraging)
& feeding_behavior_1(X) ) ) ).
fof(a529677,axiom,
! [X] :
( foraminiferan_1(X)
=> ( original_name_2(X,'Foraminiferan')
& user_description_2(X,'Member of a group of amoeboid protists that secrete a shell of CaCO3 and extend pseudopodia through pores in the shell.')
& concept2words_2(X,foram)
& concept2words_2(X,foraminiferan)
& protist_1(X)
& ~ alveolate_1(X)
& ~ amoeba_1(X)
& ~ charophycean_1(X)
& ~ chlorophyta_1(X)
& ~ dinoflagellate_1(X)
& ~ diplomonad_1(X)
& ~ freshwater_protist_1(X)
& ~ oomycete_1(X)
& ~ parabasalid_1(X)
& ~ radiolarian_1(X)
& ~ rhizaria_1(X)
& ~ rhodophyte_1(X)
& ~ seaweed_1(X)
& ~ stramenopile_1(X) ) ) ).
fof(a529678,axiom,
! [X] :
( force_1(X)
=> ( original_name_2(X,'Force')
& user_description_2(X,'In physics, a force is any influence that causes a free body to undergo a change in speed, a change in direction, or a change in shape.')
& concept2words_2(X,force)
& tangible_entity_1(X) ) ) ).
fof(a529679,axiom,
! [X] :
( forebrain_1(X)
=> ( original_name_2(X,'Forebrain')
& user_description_2(X,'The ancestral and embryonic region of the vertebrate brain that develops into the thalamus, hypothalamus, and cerebrum.')
& concept2words_2(X,prosencephalon)
& concept2words_2(X,forebrain)
& embryonic_brain_region_1(X)
& ~ reticular_formation_1(X)
& ~ primary_visual_cortex_1(X)
& ~ brainstem_1(X)
& ~ breathing_control_center_1(X)
& ~ cerebellum_1(X)
& ~ cerebrum_1(X)
& ~ hindbrain_1(X)
& ~ hypothalamus_1(X)
& ~ medulla_oblongata_1(X)
& ~ midbrain_1(X)
& ~ pons_1(X)
& ~ posterior_pituitary_1(X)
& ~ primary_motor_cortex_1(X)
& ~ primary_somatosensory_cortex_1(X)
& ~ reticular_system_1(X)
& ~ suprachiasmatic_nucleus_1(X)
& ~ thalamus_1(X)
& ~ lateral_geniculate_1(X)
& ~ corpus_callosum_1(X)
& ~ cerebral_cortex_1(X) ) ) ).
fof(a529680,axiom,
! [X] :
( foregut_1(X)
=> ( original_name_2(X,'Foregut')
& user_description_2(X,'Anterior (frontmost) region of the alimentary canal in some animals which consists of the mouth, crop and esophagus.')
& concept2words_2(X,foregut)
& animal_space_1(X) ) ) ).
fof(a529681,axiom,
! [X] :
( foreign_1(X)
=> ( original_name_2(X,'Foreign')
& user_description_2(X,'Of non-native origin.')
& concept2words_2(X,foreign)
& role_1(X) ) ) ).
fof(a529682,axiom,
! [X] :
( foreign_cell_1(X)
=> ( original_name_2(X,'Foreign-Cell')
& user_description_2(X,'A cell foreign to the body is foreign cell.')
& concept2words_2(X,'invasive cell')
& concept2words_2(X,'foreign cell')
& concept2words_2(X,'foreign-cell')
& cell_state_1(X) ) ) ).
fof(a529683,axiom,
! [X] :
( foreign_dna_1(X)
=> ( original_name_2(X,'Foreign-DNA')
& user_description_2(X,'DNA belonging to or extracted from another organism.')
& concept2words_2(X,'foreign dna')
& concept2words_2(X,'foreign-dna')
& dna_1(X) ) ) ).
fof(a529684,axiom,
! [X] :
( foreign_substance_1(X)
=> ( original_name_2(X,'Foreign-Substance')
& user_description_2(X,'A substance foreign to the body is a foreign substance. Examples of foreign substances are allergens.')
& concept2words_2(X,'foreign particle')
& concept2words_2(X,'foreign substance')
& concept2words_2(X,'foreign-substance')
& substance_1(X) ) ) ).
fof(a529685,axiom,
! [X] :
( forensic_detection_of_similarities_and_differences_in_dna_samples_1(X)
=> ( original_name_2(X,'Forensic-Detection-Of-Similarities-And-Differences-In-DNA-Samples')
& user_description_2(X,'A laboratory method using Southern blotting for detecting the similarities and differences in the DNA of two individuals.')
& concept2words_2(X,'rflp in forensics')
& concept2words_2(X,'dna analysis in forensics')
& concept2words_2(X,detect)
& concept2words_2(X,'forensic detection of similarities and differences in dna sample')
& concept2words_2(X,'forensic-detection-of-similarities-and-differences-in-dna-sample')
& southern_blotting_1(X)
& volume_value_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_1(X))
& time_interval_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_3(X))
& time_interval_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_4(X))
& time_interval_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_5(X))
& time_interval_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_6(X))
& region_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_7(X))
& time_interval_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_8(X))
& tangible_entity_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_9(X))
& person_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_10(X))
& entity_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_11(X))
& tangible_entity_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_11(X))
& nucleic_acid_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_11(X))
& dna_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_11(X))
& entity_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_12(X))
& dna_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_12(X))
& restriction_fragment_analysis_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_13(X))
& dna_fingerprint_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_14(X))
& restriction_fragment_length_polymorphism_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_15(X))
& restriction_fragment_length_polymorphism_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_16(X))
& person_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_17(X))
& tissue_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_18(X))
& eukaryotic_cell_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_19(X))
& tangible_entity_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_20(X))
& nucleus_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_20(X))
& human_cell_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_21(X))
& eukaryotic_cell_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_22(X))
& cell_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_22(X))
& mammalian_cell_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_22(X))
& human_cell_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_22(X))
& tangible_entity_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_23(X))
& nucleus_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_23(X))
& chromosome_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_24(X))
& chromosome_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_25(X))
& gel_electrophoresis_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_26(X))
& move_into_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_27(X))
& blotting_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_27(X))
& gel_electrophoresis_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_28(X))
& break_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_29(X))
& lyse_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_29(X))
& impair_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_29(X))
& impair_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_30(X))
& lyse_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_30(X))
& tissue_1(fn_eumetazoan_20(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_17(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_18(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_19(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_19(X)))
& human_cell_1(fn_person_8(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_10(X)))
& eukaryotic_cell_1(fn_person_61(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_10(X)))
& cell_1(fn_person_61(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_10(X)))
& human_cell_1(fn_person_61(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_10(X)))
& mammalian_cell_1(fn_person_61(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_10(X)))
& tangible_entity_1(fn_move_into_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_27(X)))
& tangible_entity_1(fn_human_cell_13(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_22(X)))
& nucleus_1(fn_human_cell_13(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_22(X)))
& restriction_fragment_analysis_1(fn_band_pattern_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_14(X)))
& restriction_fragment_analysis_1(fn_restriction_fragment_length_polymorphism_19(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_16(X)))
& restriction_fragment_analysis_1(fn_restriction_fragment_length_polymorphism_19(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_15(X)))
& entity_1(fn_chromosome_4(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_24(X)))
& dna_1(fn_chromosome_4(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_24(X)))
& entity_1(fn_chromosome_4(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_25(X)))
& dna_1(fn_chromosome_4(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_25(X)))
& has_region_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_9(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_7(X))
& time_before_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_5(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_6(X))
& time_before_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_4(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_3(X))
& time_before_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_3(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_8(X))
& the_scalar_value_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_1(X),small_0)
& scalar_unit_class_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_1(X),tissue_0)
& has_part_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_11(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_15(X))
& has_part_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_12(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_16(X))
& minCardinality(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_13(X),object_0,"5",restriction_fragment_length_polymorphism_0)
& volume_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_18(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_1(X))
& minCardinality(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_18(X),has_part_0,"1000",eukaryotic_cell_0)
& by_means_of_2(X,fn_forensic_detection_of_similarities_and_differences_in_dna_samples_13(X))
& is_inside_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_20(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_19(X))
& has_part_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_20(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_25(X))
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_21(X) != fn_forensic_detection_of_similarities_and_differences_in_dna_samples_22(X)
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_22(X) != fn_forensic_detection_of_similarities_and_differences_in_dna_samples_21(X)
& is_inside_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_23(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_22(X))
& has_part_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_23(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_24(X))
& time_during_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_26(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_6(X))
& time_during_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_27(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_8(X))
& time_during_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_28(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_3(X))
& time_during_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_29(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_5(X))
& time_during_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_30(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_4(X))
& has_part_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_17(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_18(X))
& has_part_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_18(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_19(X))
& has_part_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_19(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_20(X))
& result_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_13(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_14(X))
& has_part_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_24(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_12(X))
& object_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_13(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_16(X))
& has_part_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_25(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_11(X))
& object_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_13(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_15(X))
& has_part_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_10(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_21(X))
& has_part_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_10(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_22(X))
& base_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_27(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_9(X))
& has_part_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_22(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_23(X))
& subevent_2(X,fn_forensic_detection_of_similarities_and_differences_in_dna_samples_27(X))
& next_event_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_28(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_27(X))
& subevent_2(X,fn_forensic_detection_of_similarities_and_differences_in_dna_samples_29(X))
& first_subevent_2(X,fn_forensic_detection_of_similarities_and_differences_in_dna_samples_29(X))
& object_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_30(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_12(X))
& next_event_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_30(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_28(X))
& subevent_2(X,fn_forensic_detection_of_similarities_and_differences_in_dna_samples_28(X))
& subevent_2(X,fn_forensic_detection_of_similarities_and_differences_in_dna_samples_30(X))
& first_subevent_2(X,fn_forensic_detection_of_similarities_and_differences_in_dna_samples_30(X))
& object_2(X,fn_forensic_detection_of_similarities_and_differences_in_dna_samples_11(X))
& object_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_29(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_11(X))
& next_event_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_29(X),fn_forensic_detection_of_similarities_and_differences_in_dna_samples_26(X))
& subevent_2(X,fn_forensic_detection_of_similarities_and_differences_in_dna_samples_26(X))
& object_2(X,fn_forensic_detection_of_similarities_and_differences_in_dna_samples_12(X))
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_18(X) = fn_eumetazoan_20(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_17(X))
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_19(X) = fn_tissue_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_18(X))
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_20(X) = fn_eukaryotic_cell_26(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_19(X))
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_13(X) = fn_band_pattern_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_14(X))
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_12(X) = fn_chromosome_4(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_24(X))
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_13(X) = fn_restriction_fragment_length_polymorphism_19(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_16(X))
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_11(X) = fn_chromosome_4(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_25(X))
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_13(X) = fn_restriction_fragment_length_polymorphism_19(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_15(X))
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_21(X) = fn_person_8(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_10(X))
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_22(X) = fn_person_61(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_10(X))
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_9(X) = fn_move_into_1(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_27(X))
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_23(X) = fn_human_cell_13(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_22(X))
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_28(X) = fn_southern_blotting_14(X)
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_27(X) = fn_southern_blotting_15(X)
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_28(X) = fn_restriction_fragment_analysis_5(X)
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_30(X) = fn_restriction_fragment_analysis_6(X)
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_12(X) = fn_restriction_fragment_analysis_12(X)
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_26(X) = fn_restriction_fragment_analysis_8(X)
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_29(X) = fn_restriction_fragment_analysis_7(X)
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_11(X) = fn_analysis_1(X)
& fn_forensic_detection_of_similarities_and_differences_in_dna_samples_11(X) = fn_restriction_fragment_analysis_11(X)
& fn_band_pattern_2(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_14(X)) = fn_restriction_fragment_length_polymorphism_19(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_16(X))
& fn_restriction_fragment_length_polymorphism_19(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_16(X)) = fn_restriction_fragment_length_polymorphism_19(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_15(X))
& fn_restriction_fragment_length_polymorphism_19(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_15(X)) = fn_southern_blotting_14(X)
& fn_southern_blotting_14(X) = fn_restriction_fragment_analysis_5(X)
& fn_restriction_fragment_analysis_5(X) = fn_restriction_fragment_analysis_5(X)
& fn_restriction_fragment_analysis_5(X) = fn_chromosome_4(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_24(X))
& fn_chromosome_4(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_24(X)) = fn_restriction_fragment_analysis_12(X)
& fn_restriction_fragment_analysis_12(X) = fn_restriction_fragment_analysis_12(X)
& fn_restriction_fragment_analysis_12(X) = fn_chromosome_4(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_25(X))
& fn_chromosome_4(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_25(X)) = fn_analysis_1(X)
& fn_analysis_1(X) = fn_chromosome_4(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_25(X))
& fn_chromosome_4(fn_forensic_detection_of_similarities_and_differences_in_dna_samples_25(X)) = fn_restriction_fragment_analysis_11(X)
& fn_restriction_fragment_analysis_11(X) = fn_restriction_fragment_analysis_11(X) ) ) ).
fof(a529686,axiom,
! [X] :
( forensic_science_1(X)
=> ( original_name_2(X,'Forensic-Science')
& user_description_2(X,'The use of a broad range of sciences to address questions of interest to a criminal or civil legal system.')
& concept2words_2(X,forensics)
& concept2words_2(X,'forensic science')
& concept2words_2(X,'forensic-science')
& science_as_process_1(X) ) ) ).
fof(a529687,axiom,
! [X] :
( forest_1(X)
=> ( original_name_2(X,'Forest')
& user_description_2(X,'An area with a high density of trees. More broadly, any area with tall, densely packed vegetation, such as a kelp forest.')
& concept2words_2(X,forest)
& ecosystem_1(X)
& nutrient_1(fn_forest_1(X))
& root_1(fn_forest_2(X))
& nitrogen_fixation_1(fn_forest_3(X))
& spatial_entity_1(fn_forest_4(X))
& population_1(fn_forest_5(X))
& producers_1(fn_forest_6(X))
& photosynthesis_1(fn_forest_7(X))
& anabolic_pathway_1(fn_forest_7(X))
& metabolic_pathway_1(fn_forest_7(X))
& root_hair_1(fn_forest_8(X))
& plant_cell_1(fn_forest_9(X))
& cell_1(fn_forest_9(X))
& eukaryotic_cell_1(fn_forest_9(X))
& tangible_entity_1(fn_forest_10(X))
& substance_1(fn_forest_10(X))
& mineral_1(fn_forest_10(X))
& mixture_1(fn_forest_11(X))
& soil_1(fn_forest_11(X))
& spatial_entity_1(fn_forest_12(X))
& stone_1(fn_forest_12(X))
& tangible_entity_1(fn_forest_13(X))
& ground_1(fn_forest_13(X))
& community_1(fn_forest_14(X))
& organism_1(fn_forest_15(X))
& plant_1(fn_forest_15(X))
& leaching_1(fn_forest_16(X))
& entity_1(fn_forest_17(X))
& chemical_energy_1(fn_forest_17(X))
& visible_light_1(fn_forest_18(X))
& energy_1(fn_forest_18(X))
& metabolic_pathway_1(fn_forest_19(X))
& light_reaction_1(fn_forest_19(X))
& soil_1(fn_root_hair_1(fn_forest_8(X)))
& spatial_entity_1(fn_leaching_2(fn_forest_16(X)))
& light_reaction_1(fn_photosynthesis_35(fn_forest_7(X)))
& photosynthesis_1(fn_plant_18(fn_forest_15(X)))
& anabolic_pathway_1(fn_plant_18(fn_forest_15(X)))
& metabolic_pathway_1(fn_plant_18(fn_forest_15(X)))
& tangible_entity_1(fn_leaching_3(fn_forest_16(X)))
& substance_1(fn_mixture_2(fn_forest_11(X)))
& mineral_1(fn_soil_2(fn_forest_11(X)))
& spatial_entity_1(fn_leaching_1(fn_forest_16(X)))
& stone_1(fn_ground_1(fn_forest_13(X)))
& ground_1(fn_soil_1(fn_forest_11(X)))
& chemical_energy_1(fn_photosynthesis_40(fn_forest_7(X)))
& chemical_energy_1(fn_photosynthesis_1(fn_forest_7(X)))
& entity_1(fn_plant_25(fn_forest_15(X)))
& chemical_energy_1(fn_plant_25(fn_forest_15(X)))
& visible_light_1(fn_photosynthesis_34(fn_forest_7(X)))
& energy_1(fn_photosynthesis_34(fn_forest_7(X)))
& visible_light_1(fn_plant_37(fn_forest_15(X)))
& energy_1(fn_plant_37(fn_forest_15(X)))
& cell_1(fn_metabolic_pathway_1(fn_forest_19(X)))
& cell_1(fn_metabolic_pathway_1(fn_forest_7(X)))
& plant_cell_1(fn_plant_20(fn_forest_15(X)))
& cell_1(fn_plant_20(fn_forest_15(X)))
& eukaryotic_cell_1(fn_plant_20(fn_forest_15(X)))
& base_2(fn_forest_3(X),fn_forest_11(X))
& has_part_2(fn_forest_15(X),fn_forest_2(X))
& is_above_2(fn_forest_13(X),fn_forest_4(X))
& plays_2(fn_forest_10(X),fn_forest_1(X))
& has_part_2(fn_forest_2(X),fn_forest_8(X))
& base_2(fn_forest_19(X),fn_forest_9(X))
& origin_2(fn_forest_16(X),fn_forest_12(X))
& element_2(X,fn_forest_13(X))
& object_2(fn_forest_16(X),fn_forest_10(X))
& is_outside_2(fn_forest_11(X),fn_forest_8(X))
& destination_2(fn_forest_16(X),fn_forest_4(X))
& raw_material_2(fn_forest_19(X),fn_forest_18(X))
& element_2(X,fn_forest_14(X))
& element_2(fn_forest_14(X),fn_forest_6(X))
& element_2(fn_forest_6(X),fn_forest_5(X))
& element_2(fn_forest_5(X),fn_forest_15(X))
& fn_forest_18(X) != fn_forest_17(X)
& fn_forest_17(X) != fn_forest_18(X)
& raw_material_2(fn_forest_7(X),fn_forest_18(X))
& base_2(fn_forest_7(X),fn_forest_9(X))
& has_part_2(fn_forest_15(X),fn_forest_9(X))
& has_function_2(fn_forest_15(X),fn_forest_7(X))
& result_2(fn_forest_7(X),fn_forest_17(X))
& has_part_2(fn_forest_13(X),fn_forest_12(X))
& has_part_2(fn_forest_11(X),fn_forest_10(X))
& has_part_2(fn_forest_13(X),fn_forest_11(X))
& fn_forest_9(X) = fn_metabolic_pathway_1(fn_forest_19(X))
& fn_forest_12(X) = fn_leaching_1(fn_forest_16(X))
& fn_forest_13(X) = fn_ecosystem_31(X)
& fn_forest_10(X) = fn_leaching_3(fn_forest_16(X))
& fn_forest_11(X) = fn_root_hair_1(fn_forest_8(X))
& fn_forest_4(X) = fn_leaching_2(fn_forest_16(X))
& fn_forest_19(X) = fn_photosynthesis_35(fn_forest_7(X))
& fn_forest_15(X) = fn_ecosystem_28(X)
& fn_forest_5(X) = fn_ecosystem_20(X)
& fn_forest_6(X) = fn_ecosystem_21(X)
& fn_forest_14(X) = fn_ecosystem_18(X)
& fn_forest_10(X) = fn_mixture_2(fn_forest_11(X))
& fn_forest_10(X) = fn_soil_2(fn_forest_11(X))
& fn_forest_13(X) = fn_soil_1(fn_forest_11(X))
& fn_forest_12(X) = fn_ground_1(fn_forest_13(X))
& fn_forest_17(X) = fn_photosynthesis_1(fn_forest_7(X))
& fn_forest_17(X) = fn_photosynthesis_40(fn_forest_7(X))
& fn_forest_17(X) = fn_plant_25(fn_forest_15(X))
& fn_forest_18(X) = fn_photosynthesis_34(fn_forest_7(X))
& fn_forest_18(X) = fn_plant_37(fn_forest_15(X))
& fn_forest_9(X) = fn_metabolic_pathway_1(fn_forest_7(X))
& fn_forest_9(X) = fn_plant_20(fn_forest_15(X))
& fn_forest_7(X) = fn_plant_18(fn_forest_15(X))
& fn_leaching_3(fn_forest_16(X)) = fn_mixture_2(fn_forest_11(X))
& fn_mixture_2(fn_forest_11(X)) = fn_mixture_2(fn_forest_11(X))
& fn_mixture_2(fn_forest_11(X)) = fn_soil_2(fn_forest_11(X))
& fn_soil_2(fn_forest_11(X)) = fn_leaching_1(fn_forest_16(X))
& fn_leaching_1(fn_forest_16(X)) = fn_ground_1(fn_forest_13(X))
& fn_ground_1(fn_forest_13(X)) = fn_ecosystem_31(X)
& fn_ecosystem_31(X) = fn_soil_1(fn_forest_11(X))
& fn_soil_1(fn_forest_11(X)) = fn_photosynthesis_1(fn_forest_7(X))
& fn_photosynthesis_1(fn_forest_7(X)) = fn_photosynthesis_40(fn_forest_7(X))
& fn_photosynthesis_40(fn_forest_7(X)) = fn_photosynthesis_40(fn_forest_7(X))
& fn_photosynthesis_40(fn_forest_7(X)) = fn_photosynthesis_1(fn_forest_7(X))
& fn_photosynthesis_1(fn_forest_7(X)) = fn_plant_25(fn_forest_15(X))
& fn_plant_25(fn_forest_15(X)) = fn_plant_25(fn_forest_15(X))
& fn_plant_25(fn_forest_15(X)) = fn_photosynthesis_34(fn_forest_7(X))
& fn_photosynthesis_34(fn_forest_7(X)) = fn_photosynthesis_34(fn_forest_7(X))
& fn_plant_37(fn_forest_15(X)) = fn_photosynthesis_34(fn_forest_7(X))
& fn_photosynthesis_34(fn_forest_7(X)) = fn_plant_37(fn_forest_15(X))
& fn_plant_37(fn_forest_15(X)) = fn_metabolic_pathway_1(fn_forest_19(X))
& fn_metabolic_pathway_1(fn_forest_19(X)) = fn_metabolic_pathway_1(fn_forest_7(X))
& fn_metabolic_pathway_1(fn_forest_7(X)) = fn_plant_20(fn_forest_15(X))
& fn_plant_20(fn_forest_15(X)) = fn_plant_20(fn_forest_15(X)) ) ) ).
fof(a529688,axiom,
! [X] :
( forget_1(X)
=> ( original_name_2(X,'Forget')
& concept2words_2(X,forget)
& concept2words_2(X,bury)
& concept2words_2(X,block)
& concept2words_2(X,'draw a blank')
& concept2words_2(X,draw_a_blank)
& concept2words_2(X,'blank out')
& concept2words_2(X,blank_out)
& action_1(X)
& information_1(fn_forget_1(X))
& tangible_entity_1(fn_forget_2(X))
& agent_2(X,fn_forget_2(X))
& object_2(X,fn_forget_1(X)) ) ) ).
fof(a529689,axiom,
! [X] :
( formaldehyde_1(X)
=> ( original_name_2(X,'Formaldehyde')
& user_description_2(X,'A colorless gaseous compound (molecular formula CH2O), the simplest aldehyde')
& concept2words_2(X,ch2o)
& concept2words_2(X,formaldehyde)
& organic_molecule_1(X)
& double_bond_1(fn_formaldehyde_1(X))
& hold_together_1(fn_formaldehyde_2(X))
& electron_shell_1(fn_formaldehyde_3(X))
& share_1(fn_formaldehyde_4(X))
& share_1(fn_formaldehyde_5(X))
& atomic_nucleus_1(fn_formaldehyde_6(X))
& electron_shell_1(fn_formaldehyde_7(X))
& center_1(fn_formaldehyde_8(X))
& center_1(fn_formaldehyde_9(X))
& electron_shell_1(fn_formaldehyde_10(X))
& atomic_nucleus_1(fn_formaldehyde_11(X))
& hold_together_1(fn_formaldehyde_12(X))
& oxygen_1(fn_formaldehyde_13(X))
& hydrogen_1(fn_formaldehyde_14(X))
& carbon_1(fn_formaldehyde_15(X))
& entity_1(fn_formaldehyde_15(X))
& chemical_entity_1(fn_formaldehyde_15(X))
& atom_1(fn_formaldehyde_15(X))
& single_bond_1(fn_formaldehyde_16(X))
& share_1(fn_covalent_bond_17(fn_formaldehyde_1(X)))
& hold_together_1(fn_covalent_bond_14(fn_formaldehyde_1(X)))
& hold_together_1(fn_covalent_bond_14(fn_formaldehyde_16(X)))
& share_1(fn_covalent_bond_17(fn_formaldehyde_16(X)))
& electron_shell_1(fn_covalent_bond_11(fn_formaldehyde_16(X)))
& electron_shell_1(fn_covalent_bond_12(fn_formaldehyde_16(X)))
& entity_1(fn_covalent_bond_20(fn_formaldehyde_1(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_formaldehyde_1(X)))
& atom_1(fn_covalent_bond_20(fn_formaldehyde_1(X)))
& entity_1(fn_covalent_bond_20(fn_formaldehyde_16(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_formaldehyde_16(X)))
& atom_1(fn_covalent_bond_20(fn_formaldehyde_16(X)))
& center_1(fn_covalent_bond_21(fn_formaldehyde_16(X)))
& center_1(fn_covalent_bond_23(fn_formaldehyde_16(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_formaldehyde_16(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_formaldehyde_16(X)))
& entity_1(fn_covalent_bond_19(fn_formaldehyde_1(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_formaldehyde_1(X)))
& atom_1(fn_covalent_bond_19(fn_formaldehyde_1(X)))
& entity_1(fn_covalent_bond_19(fn_formaldehyde_16(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_formaldehyde_16(X)))
& atom_1(fn_covalent_bond_19(fn_formaldehyde_16(X)))
& fn_formaldehyde_1(X) != fn_formaldehyde_16(X)
& possesses_2(X,fn_formaldehyde_16(X))
& exactCardinality(X,possesses_0,"1",double_bond_0)
& exactCardinality(X,possesses_0,"2",single_bond_0)
& has_part_2(X,fn_formaldehyde_13(X))
& fn_formaldehyde_16(X) != fn_formaldehyde_1(X)
& has_part_2(X,fn_formaldehyde_14(X))
& possesses_2(X,fn_formaldehyde_1(X))
& is_between_2(fn_formaldehyde_1(X),fn_formaldehyde_13(X))
& agent_2(fn_formaldehyde_5(X),fn_formaldehyde_15(X))
& has_part_2(X,fn_formaldehyde_15(X))
& fn_formaldehyde_14(X) != fn_formaldehyde_15(X)
& fn_formaldehyde_15(X) != fn_formaldehyde_14(X)
& is_between_2(fn_formaldehyde_1(X),fn_formaldehyde_15(X))
& object_2(fn_formaldehyde_12(X),fn_formaldehyde_15(X))
& object_2(fn_formaldehyde_12(X),fn_formaldehyde_13(X))
& fn_formaldehyde_13(X) != fn_formaldehyde_14(X)
& agent_2(fn_formaldehyde_4(X),fn_formaldehyde_14(X))
& fn_formaldehyde_14(X) != fn_formaldehyde_13(X)
& has_region_2(fn_formaldehyde_13(X),fn_formaldehyde_9(X))
& agent_2(fn_formaldehyde_5(X),fn_formaldehyde_13(X))
& has_region_2(fn_formaldehyde_13(X),fn_formaldehyde_10(X))
& result_2(fn_formaldehyde_5(X),fn_formaldehyde_1(X))
& has_region_2(fn_formaldehyde_13(X),fn_formaldehyde_11(X))
& agent_2(fn_formaldehyde_4(X),fn_formaldehyde_15(X))
& has_region_2(fn_formaldehyde_15(X),fn_formaldehyde_3(X))
& object_2(fn_formaldehyde_2(X),fn_formaldehyde_15(X))
& is_between_2(fn_formaldehyde_16(X),fn_formaldehyde_15(X))
& fn_formaldehyde_15(X) != fn_formaldehyde_13(X)
& object_2(fn_formaldehyde_2(X),fn_formaldehyde_13(X))
& agent_2(fn_formaldehyde_2(X),fn_formaldehyde_1(X))
& has_function_2(fn_formaldehyde_1(X),fn_formaldehyde_2(X))
& fn_formaldehyde_13(X) != fn_formaldehyde_15(X)
& result_2(fn_formaldehyde_4(X),fn_formaldehyde_16(X))
& is_at_2(fn_formaldehyde_11(X),fn_formaldehyde_9(X))
& has_region_2(fn_formaldehyde_14(X),fn_formaldehyde_7(X))
& fn_formaldehyde_7(X) != fn_formaldehyde_3(X)
& fn_formaldehyde_3(X) != fn_formaldehyde_10(X)
& fn_formaldehyde_3(X) != fn_formaldehyde_7(X)
& fn_formaldehyde_10(X) != fn_formaldehyde_3(X)
& has_region_2(fn_formaldehyde_14(X),fn_formaldehyde_8(X))
& fn_formaldehyde_9(X) != fn_formaldehyde_8(X)
& fn_formaldehyde_8(X) != fn_formaldehyde_9(X)
& is_between_2(fn_formaldehyde_16(X),fn_formaldehyde_14(X))
& has_region_2(fn_formaldehyde_14(X),fn_formaldehyde_6(X))
& is_at_2(fn_formaldehyde_6(X),fn_formaldehyde_8(X))
& fn_formaldehyde_11(X) != fn_formaldehyde_6(X)
& fn_formaldehyde_6(X) != fn_formaldehyde_11(X)
& fn_formaldehyde_13(X) = fn_molecule_11(X)
& fn_formaldehyde_1(X) = fn_molecule_10(X)
& fn_formaldehyde_5(X) = fn_covalent_bond_17(fn_formaldehyde_1(X))
& fn_formaldehyde_14(X) = fn_organic_molecule_2(X)
& fn_formaldehyde_15(X) = fn_organic_molecule_1(X)
& fn_formaldehyde_4(X) = fn_covalent_bond_17(fn_formaldehyde_1(X))
& fn_formaldehyde_14(X) = fn_covalent_bond_19(fn_formaldehyde_1(X))
& fn_formaldehyde_13(X) = fn_covalent_bond_20(fn_formaldehyde_1(X))
& fn_formaldehyde_12(X) = fn_covalent_bond_14(fn_formaldehyde_1(X))
& fn_formaldehyde_15(X) = fn_covalent_bond_20(fn_formaldehyde_1(X))
& fn_formaldehyde_15(X) = fn_covalent_bond_19(fn_formaldehyde_1(X))
& fn_formaldehyde_9(X) = fn_covalent_bond_21(fn_formaldehyde_16(X))
& fn_formaldehyde_5(X) = fn_covalent_bond_17(fn_formaldehyde_16(X))
& fn_formaldehyde_11(X) = fn_covalent_bond_22(fn_formaldehyde_16(X))
& fn_formaldehyde_2(X) = fn_covalent_bond_14(fn_formaldehyde_16(X))
& fn_formaldehyde_13(X) = fn_covalent_bond_19(fn_formaldehyde_16(X))
& fn_formaldehyde_15(X) = fn_covalent_bond_20(fn_formaldehyde_16(X))
& fn_formaldehyde_4(X) = fn_covalent_bond_17(fn_formaldehyde_16(X))
& fn_formaldehyde_10(X) = fn_covalent_bond_12(fn_formaldehyde_16(X))
& fn_formaldehyde_3(X) = fn_covalent_bond_11(fn_formaldehyde_16(X))
& fn_formaldehyde_7(X) = fn_covalent_bond_12(fn_formaldehyde_16(X))
& fn_formaldehyde_9(X) = fn_covalent_bond_23(fn_formaldehyde_16(X))
& fn_formaldehyde_8(X) = fn_covalent_bond_21(fn_formaldehyde_16(X))
& fn_formaldehyde_11(X) = fn_covalent_bond_24(fn_formaldehyde_16(X))
& fn_formaldehyde_6(X) = fn_covalent_bond_22(fn_formaldehyde_16(X))
& fn_formaldehyde_14(X) = fn_covalent_bond_19(fn_formaldehyde_16(X))
& fn_molecule_11(X) = fn_covalent_bond_20(fn_formaldehyde_1(X))
& fn_covalent_bond_20(fn_formaldehyde_1(X)) = fn_covalent_bond_20(fn_formaldehyde_1(X))
& fn_covalent_bond_20(fn_formaldehyde_1(X)) = fn_covalent_bond_19(fn_formaldehyde_16(X))
& fn_covalent_bond_19(fn_formaldehyde_16(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_covalent_bond_19(fn_formaldehyde_1(X))
& fn_covalent_bond_19(fn_formaldehyde_1(X)) = fn_covalent_bond_20(fn_formaldehyde_1(X))
& fn_covalent_bond_20(fn_formaldehyde_1(X)) = fn_covalent_bond_19(fn_formaldehyde_1(X))
& fn_covalent_bond_19(fn_formaldehyde_1(X)) = fn_covalent_bond_20(fn_formaldehyde_16(X))
& fn_covalent_bond_20(fn_formaldehyde_16(X)) = fn_covalent_bond_20(fn_formaldehyde_16(X))
& fn_covalent_bond_20(fn_formaldehyde_16(X)) = fn_covalent_bond_21(fn_formaldehyde_16(X))
& fn_covalent_bond_21(fn_formaldehyde_16(X)) = fn_covalent_bond_23(fn_formaldehyde_16(X))
& fn_covalent_bond_23(fn_formaldehyde_16(X)) = fn_covalent_bond_23(fn_formaldehyde_16(X))
& fn_covalent_bond_23(fn_formaldehyde_16(X)) = fn_covalent_bond_22(fn_formaldehyde_16(X))
& fn_covalent_bond_22(fn_formaldehyde_16(X)) = fn_covalent_bond_24(fn_formaldehyde_16(X))
& fn_covalent_bond_24(fn_formaldehyde_16(X)) = fn_covalent_bond_24(fn_formaldehyde_16(X))
& fn_covalent_bond_24(fn_formaldehyde_16(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_covalent_bond_19(fn_formaldehyde_1(X))
& fn_covalent_bond_19(fn_formaldehyde_1(X)) = fn_covalent_bond_19(fn_formaldehyde_1(X))
& fn_covalent_bond_19(fn_formaldehyde_1(X)) = fn_covalent_bond_19(fn_formaldehyde_16(X))
& fn_covalent_bond_19(fn_formaldehyde_16(X)) = fn_covalent_bond_19(fn_formaldehyde_16(X)) ) ) ).
fof(a529690,axiom,
! [X] :
( format_equation_1(X)
=> ( original_name_2(X,'Format-Equation')
& concept2words_2(X,'equation of format')
& concept2words_2(X,'format equation')
& concept2words_2(X,'format-equation')
& method_1(X) ) ) ).
fof(a529691,axiom,
! [X] :
( formation_of_cell_plate_1(X)
=> ( original_name_2(X,'Formation-Of-Cell-Plate')
& user_description_2(X,'During mitosis in plant cells, the process of forming a new cell wall, which results in separation of the two daughter cells.')
& concept2words_2(X,form)
& concept2words_2(X,'formation of cell plate')
& concept2words_2(X,'formation-of-cell-plate')
& mitotic_event_1(X)
& golgi_apparatus_1(fn_formation_of_cell_plate_1(X))
& microtubule_1(fn_formation_of_cell_plate_2(X))
& plant_cell_1(fn_formation_of_cell_plate_3(X))
& cell_wall_material_1(fn_formation_of_cell_plate_4(X))
& cell_plate_1(fn_formation_of_cell_plate_5(X))
& tangible_entity_1(fn_formation_of_cell_plate_6(X))
& cell_wall_material_1(fn_formation_of_cell_plate_7(X))
& produce_1(fn_formation_of_cell_plate_8(X))
& center_1(fn_formation_of_cell_plate_9(X))
& move_together_1(fn_formation_of_cell_plate_10(X))
& vesicle_1(fn_formation_of_cell_plate_11(X))
& vesicle_1(fn_formation_of_cell_plate_12(X))
& fusion_1(fn_formation_of_cell_plate_13(X))
& move_1(fn_formation_of_cell_plate_14(X))
& move_1(fn_formation_of_cell_plate_15(X))
& spatial_entity_1(fn_move_together_3(fn_formation_of_cell_plate_10(X)))
& entity_1(fn_create_1(fn_formation_of_cell_plate_8(X)))
& spatial_entity_1(fn_add_1(fn_formation_of_cell_plate_13(X)))
& spatial_entity_1(fn_move_1(fn_formation_of_cell_plate_14(X)))
& spatial_entity_1(fn_move_together_2(fn_formation_of_cell_plate_10(X)))
& spatial_entity_1(fn_add_2(fn_formation_of_cell_plate_13(X)))
& spatial_entity_1(fn_move_1(fn_formation_of_cell_plate_15(X)))
& spatial_entity_1(fn_move_together_1(fn_formation_of_cell_plate_10(X)))
& result_2(fn_formation_of_cell_plate_8(X),fn_formation_of_cell_plate_12(X))
& minCardinality(fn_formation_of_cell_plate_8(X),result_0,"2",vesicle_0)
& next_event_2(fn_formation_of_cell_plate_8(X),fn_formation_of_cell_plate_10(X))
& base_2(fn_formation_of_cell_plate_8(X),fn_formation_of_cell_plate_1(X))
& has_region_2(fn_formation_of_cell_plate_3(X),fn_formation_of_cell_plate_9(X))
& path_2(fn_formation_of_cell_plate_10(X),fn_formation_of_cell_plate_2(X))
& subevent_2(fn_formation_of_cell_plate_10(X),fn_formation_of_cell_plate_15(X))
& subevent_2(fn_formation_of_cell_plate_10(X),fn_formation_of_cell_plate_14(X))
& first_subevent_2(fn_formation_of_cell_plate_10(X),fn_formation_of_cell_plate_15(X))
& first_subevent_2(fn_formation_of_cell_plate_10(X),fn_formation_of_cell_plate_14(X))
& next_event_2(fn_formation_of_cell_plate_10(X),fn_formation_of_cell_plate_13(X))
& subevent_2(X,fn_formation_of_cell_plate_8(X))
& subevent_2(X,fn_formation_of_cell_plate_10(X))
& subevent_2(X,fn_formation_of_cell_plate_13(X))
& raw_material_2(X,fn_formation_of_cell_plate_6(X))
& result_2(X,fn_formation_of_cell_plate_5(X))
& first_subevent_2(X,fn_formation_of_cell_plate_8(X))
& is_inside_2(fn_formation_of_cell_plate_4(X),fn_formation_of_cell_plate_11(X))
& fn_formation_of_cell_plate_11(X) != fn_formation_of_cell_plate_12(X)
& is_inside_2(fn_formation_of_cell_plate_7(X),fn_formation_of_cell_plate_12(X))
& fn_formation_of_cell_plate_12(X) != fn_formation_of_cell_plate_11(X)
& path_2(fn_formation_of_cell_plate_14(X),fn_formation_of_cell_plate_2(X))
& destination_2(fn_formation_of_cell_plate_14(X),fn_formation_of_cell_plate_9(X))
& path_2(fn_formation_of_cell_plate_15(X),fn_formation_of_cell_plate_2(X))
& destination_2(fn_formation_of_cell_plate_15(X),fn_formation_of_cell_plate_9(X))
& result_2(fn_formation_of_cell_plate_8(X),fn_formation_of_cell_plate_11(X))
& base_2(fn_formation_of_cell_plate_13(X),fn_formation_of_cell_plate_12(X))
& object_2(fn_formation_of_cell_plate_13(X),fn_formation_of_cell_plate_11(X))
& object_2(fn_formation_of_cell_plate_14(X),fn_formation_of_cell_plate_11(X))
& object_2(fn_formation_of_cell_plate_10(X),fn_formation_of_cell_plate_11(X))
& object_2(fn_formation_of_cell_plate_15(X),fn_formation_of_cell_plate_12(X))
& object_2(fn_formation_of_cell_plate_10(X),fn_formation_of_cell_plate_12(X))
& destination_2(fn_formation_of_cell_plate_10(X),fn_formation_of_cell_plate_9(X))
& fn_formation_of_cell_plate_11(X) = fn_create_1(fn_formation_of_cell_plate_8(X))
& fn_formation_of_cell_plate_12(X) = fn_add_2(fn_formation_of_cell_plate_13(X))
& fn_formation_of_cell_plate_11(X) = fn_add_1(fn_formation_of_cell_plate_13(X))
& fn_formation_of_cell_plate_11(X) = fn_move_1(fn_formation_of_cell_plate_14(X))
& fn_formation_of_cell_plate_11(X) = fn_move_together_2(fn_formation_of_cell_plate_10(X))
& fn_formation_of_cell_plate_12(X) = fn_move_1(fn_formation_of_cell_plate_15(X))
& fn_formation_of_cell_plate_12(X) = fn_move_together_1(fn_formation_of_cell_plate_10(X))
& fn_formation_of_cell_plate_9(X) = fn_move_together_3(fn_formation_of_cell_plate_10(X))
& fn_create_1(fn_formation_of_cell_plate_8(X)) = fn_add_1(fn_formation_of_cell_plate_13(X))
& fn_add_1(fn_formation_of_cell_plate_13(X)) = fn_add_1(fn_formation_of_cell_plate_13(X))
& fn_add_1(fn_formation_of_cell_plate_13(X)) = fn_move_1(fn_formation_of_cell_plate_14(X))
& fn_move_1(fn_formation_of_cell_plate_14(X)) = fn_move_1(fn_formation_of_cell_plate_14(X))
& fn_move_1(fn_formation_of_cell_plate_14(X)) = fn_move_together_2(fn_formation_of_cell_plate_10(X))
& fn_move_together_2(fn_formation_of_cell_plate_10(X)) = fn_add_2(fn_formation_of_cell_plate_13(X))
& fn_add_2(fn_formation_of_cell_plate_13(X)) = fn_move_1(fn_formation_of_cell_plate_15(X))
& fn_move_1(fn_formation_of_cell_plate_15(X)) = fn_move_1(fn_formation_of_cell_plate_15(X))
& fn_move_1(fn_formation_of_cell_plate_15(X)) = fn_move_together_1(fn_formation_of_cell_plate_10(X)) ) ) ).
fof(a529692,axiom,
! [X] :
( formation_of_cleavage_furrow_1(X)
=> ( original_name_2(X,'Formation-Of-Cleavage-Furrow')
& user_description_2(X,'During mitosis in animal cells, the process of pinching together of the plasma membrane and cytoplasm which results in separation of the two daughter cells.')
& concept2words_2(X,form)
& concept2words_2(X,'formation of cleavage furrow')
& concept2words_2(X,'formation-of-cleavage-furrow')
& mitotic_event_1(X)
& cleavage_furrow_1(fn_formation_of_cleavage_furrow_1(X))
& contract_1(fn_formation_of_cleavage_furrow_2(X))
& contractile_ring_1(fn_formation_of_cleavage_furrow_3(X))
& cell_1(fn_formation_of_cleavage_furrow_4(X))
& animal_cell_1(fn_formation_of_cleavage_furrow_4(X))
& tangible_entity_1(fn_contract_1(fn_formation_of_cleavage_furrow_2(X)))
& cell_1(fn_cleavage_furrow_7(fn_formation_of_cleavage_furrow_1(X)))
& animal_cell_1(fn_cleavage_furrow_7(fn_formation_of_cleavage_furrow_1(X)))
& subevent_2(X,fn_formation_of_cleavage_furrow_2(X))
& result_2(X,fn_formation_of_cleavage_furrow_1(X))
& has_part_2(fn_formation_of_cleavage_furrow_4(X),fn_formation_of_cleavage_furrow_3(X))
& base_2(fn_formation_of_cleavage_furrow_2(X),fn_formation_of_cleavage_furrow_3(X))
& is_inside_2(fn_formation_of_cleavage_furrow_1(X),fn_formation_of_cleavage_furrow_4(X))
& fn_formation_of_cleavage_furrow_3(X) = fn_contract_1(fn_formation_of_cleavage_furrow_2(X))
& fn_formation_of_cleavage_furrow_4(X) = fn_cleavage_furrow_7(fn_formation_of_cleavage_furrow_1(X)) ) ) ).
fof(a529693,axiom,
! [X,X1,X3,X2,X4] :
( ( result_2(X,X1)
& result_2(X2,X1)
& object_2(X2,X3)
& base_2(X2,X4)
& water_molecule_1(X1)
& hydrogen_ion_1(X3)
& add_1(X2)
& hydroxide_ion_1(X4)
& condensation_reaction_1(X) )
=> ( formation_of_water_molecule_1(X)
& fn_formation_of_water_molecule_8(X) = X4
& fn_formation_of_water_molecule_6(X) = X2
& fn_formation_of_water_molecule_7(X) = X3
& fn_formation_of_water_molecule_5(X) = X1 ) ) ).
fof(a529694,axiom,
! [X] :
( formation_of_water_molecule_1(X)
=> ( original_name_2(X,'Formation-Of-Water-Molecule')
& user_description_2(X,'Condensation of H+ and OH- to form water.')
& concept2words_2(X,'synthesis of water')
& concept2words_2(X,'formation of water')
& concept2words_2(X,'condensation reaction of water')
& concept2words_2(X,'water synthesis')
& concept2words_2(X,'water formation')
& concept2words_2(X,'form a water molecule')
& concept2words_2(X,form)
& concept2words_2(X,convert)
& concept2words_2(X,'formation of water molecule')
& concept2words_2(X,'formation-of-water-molecule')
& condensation_reaction_1(X)
& free_energy_1(fn_formation_of_water_molecule_1(X))
& molecule_1(fn_formation_of_water_molecule_3(X))
& molecule_1(fn_formation_of_water_molecule_4(X))
& water_molecule_1(fn_formation_of_water_molecule_5(X))
& add_1(fn_formation_of_water_molecule_6(X))
& hydrogen_ion_1(fn_formation_of_water_molecule_7(X))
& hydroxide_ion_1(fn_formation_of_water_molecule_8(X))
& spatial_entity_1(fn_add_1(fn_formation_of_water_molecule_6(X)))
& spatial_entity_1(fn_add_2(fn_formation_of_water_molecule_6(X)))
& result_2(fn_formation_of_water_molecule_6(X),fn_formation_of_water_molecule_5(X))
& result_2(X,fn_formation_of_water_molecule_1(X))
& subevent_2(X,fn_formation_of_water_molecule_6(X))
& raw_material_2(X,fn_formation_of_water_molecule_8(X))
& object_2(fn_formation_of_water_molecule_6(X),fn_formation_of_water_molecule_7(X))
& base_2(fn_formation_of_water_molecule_6(X),fn_formation_of_water_molecule_8(X))
& result_2(X,fn_formation_of_water_molecule_5(X))
& fn_formation_of_water_molecule_5(X) != fn_formation_of_water_molecule_3(X)
& fn_formation_of_water_molecule_3(X) != fn_formation_of_water_molecule_5(X)
& fn_formation_of_water_molecule_5(X) != fn_formation_of_water_molecule_4(X)
& fn_formation_of_water_molecule_4(X) != fn_formation_of_water_molecule_5(X)
& raw_material_2(X,fn_formation_of_water_molecule_4(X))
& raw_material_2(X,fn_formation_of_water_molecule_3(X))
& fn_formation_of_water_molecule_4(X) != fn_formation_of_water_molecule_3(X)
& fn_formation_of_water_molecule_3(X) != fn_formation_of_water_molecule_4(X)
& fn_formation_of_water_molecule_7(X) = fn_add_1(fn_formation_of_water_molecule_6(X))
& fn_formation_of_water_molecule_8(X) = fn_add_2(fn_formation_of_water_molecule_6(X))
& fn_formation_of_water_molecule_5(X) = fn_condensation_reaction_2(X)
& fn_formation_of_water_molecule_5(X) = fn_endergonic_reaction_9(X)
& fn_formation_of_water_molecule_5(X) = fn_condensation_reaction_3(X)
& fn_formation_of_water_molecule_4(X) = fn_condensation_reaction_3(X)
& fn_formation_of_water_molecule_4(X) = fn_condensation_reaction_2(X)
& fn_formation_of_water_molecule_3(X) = fn_condensation_reaction_1(X)
& fn_condensation_reaction_2(X) = fn_endergonic_reaction_9(X)
& fn_endergonic_reaction_9(X) = fn_condensation_reaction_2(X)
& fn_condensation_reaction_3(X) = fn_condensation_reaction_3(X)
& fn_condensation_reaction_2(X) = fn_condensation_reaction_2(X)
& fn_condensation_reaction_2(X) = fn_condensation_reaction_3(X)
& fn_condensation_reaction_3(X) = fn_condensation_reaction_2(X) ) ) ).
fof(a529695,axiom,
! [X] :
( formic_acid_1(X)
=> ( original_name_2(X,'Formic-Acid')
& user_description_2(X,'Formic acid (also called methanoic acid) is the simplest carboxylic acid. Its formula is HCOOH or HCO2H. It is an important intermediate in chemical synthesis and occurs naturally, most notably in the venom of bee and ant stings.')
& concept2words_2(X,'formic acid')
& concept2words_2(X,'formic-acid')
& carboxylic_acid_1(X)
& ~ acetic_acid_1(X)
& ~ pyruvic_acid_1(X)
& entity_1(fn_formic_acid_1(X))
& chemical_entity_1(fn_formic_acid_1(X))
& atom_1(fn_formic_acid_1(X))
& carbon_1(fn_formic_acid_1(X))
& exactCardinality(X,has_part_0,"1",carbon_0)
& has_part_2(X,fn_formic_acid_1(X))
& fn_formic_acid_1(X) = fn_organic_molecule_2(X)
& fn_formic_acid_1(X) = fn_carboxylic_acid_9(X)
& fn_organic_molecule_2(X) = fn_carboxylic_acid_9(X) ) ) ).
fof(a529696,axiom,
! [X] :
( formin_1(X)
=> ( original_name_2(X,'Formin')
& user_description_2(X,'Protein first identified in yeast cells which plays a role in the growth of cytoskeletal elements in cell division.')
& concept2words_2(X,formin)
& protein_1(X) ) ) ).
fof(a529697,axiom,
! [X] :
( forward_reaction_1(X)
=> ( original_name_2(X,'Forward-Reaction')
& user_description_2(X,'A chemical reaction symbolized by a chemical equation in which the reactants and product are separated by an arrow that points to the right, toward the products.')
& concept2words_2(X,convert)
& concept2words_2(X,'reaction of forward')
& concept2words_2(X,'forward reaction')
& concept2words_2(X,'forward-reaction')
& chemical_reaction_1(X)
& concentration_value_1(fn_forward_reaction_1(X))
& rate_value_1(fn_forward_reaction_2(X))
& spatial_entity_1(fn_forward_reaction_5(X))
& chemical_entity_1(fn_forward_reaction_5(X))
& spatial_entity_1(fn_forward_reaction_6(X))
& chemical_entity_1(fn_forward_reaction_6(X))
& collide_1(fn_forward_reaction_7(X))
& chemical_1(fn_forward_reaction_8(X))
& spatial_entity_1(fn_make_contact_1(fn_forward_reaction_7(X)))
& chemical_entity_1(fn_chemical_3(fn_forward_reaction_8(X)))
& spatial_entity_1(fn_make_contact_2(fn_forward_reaction_7(X)))
& same_type_2(fn_forward_reaction_5(X),fn_forward_reaction_6(X))
& same_type_2(fn_forward_reaction_6(X),fn_forward_reaction_5(X))
& rate_2(fn_forward_reaction_7(X),fn_forward_reaction_2(X))
& concentration_2(fn_forward_reaction_8(X),fn_forward_reaction_1(X))
& directly_proportional_2(fn_forward_reaction_2(X),fn_forward_reaction_1(X))
& raw_material_2(X,fn_forward_reaction_5(X))
& base_2(fn_forward_reaction_7(X),fn_forward_reaction_6(X))
& object_2(fn_forward_reaction_7(X),fn_forward_reaction_5(X))
& has_part_2(fn_forward_reaction_8(X),fn_forward_reaction_5(X))
& raw_material_2(X,fn_forward_reaction_6(X))
& intensity_2(fn_forward_reaction_7(X),'*strong')
& fn_forward_reaction_6(X) = fn_make_contact_2(fn_forward_reaction_7(X))
& fn_forward_reaction_5(X) = fn_make_contact_1(fn_forward_reaction_7(X))
& fn_forward_reaction_5(X) = fn_chemical_3(fn_forward_reaction_8(X))
& fn_forward_reaction_6(X) = fn_chemical_reaction_2(X)
& fn_make_contact_1(fn_forward_reaction_7(X)) = fn_chemical_3(fn_forward_reaction_8(X))
& fn_chemical_3(fn_forward_reaction_8(X)) = fn_make_contact_2(fn_forward_reaction_7(X))
& fn_make_contact_2(fn_forward_reaction_7(X)) = fn_chemical_reaction_2(X) ) ) ).
fof(a529698,axiom,
! [X] :
( fossil_1(X)
=> ( original_name_2(X,'Fossil')
& user_description_2(X,'Any remains, impression, or trace of a living thing of a former geologic age.')
& concept2words_2(X,fossil)
& geologic_entity_1(X) ) ) ).
fof(a529699,axiom,
! [X] :
( fossil_fuel_1(X)
=> ( original_name_2(X,'Fossil-Fuel')
& user_description_2(X,'Fossil fuel is the fuel produced from the dead remains of the ancient organisms. They comprises of coal, oil, gas etc.')
& concept2words_2(X,'organic fuel')
& concept2words_2(X,'organic-fuel')
& concept2words_2(X,'fuel of fossil')
& concept2words_2(X,'fossil fuel')
& concept2words_2(X,'fossil-fuel')
& organic_entity_1(X)
& substance_1(X)
& nonrenewable_resource_1(fn_fossil_fuel_1(X))
& hydrocarbon_molecule_1(fn_fossil_fuel_2(X))
& earth_1(fn_fossil_fuel_3(X))
& region_1(fn_fossil_fuel_4(X))
& rate_value_1(fn_fossil_fuel_5(X))
& fuel_1(fn_fossil_fuel_7(X))
& produce_1(fn_fossil_fuel_8(X))
& dead_organism_1(fn_fossil_fuel_9(X))
& tangible_entity_1(fn_produce_1(fn_fossil_fuel_8(X)))
& tangible_entity_1(fn_fuel_7(fn_fossil_fuel_7(X)))
& entity_1(fn_create_1(fn_fossil_fuel_8(X)))
& the_scalar_value_2(fn_fossil_fuel_5(X),slow_0)
& scalar_unit_class_2(fn_fossil_fuel_5(X),create_0)
& rate_2(fn_fossil_fuel_8(X),fn_fossil_fuel_5(X))
& site_2(fn_fossil_fuel_8(X),fn_fossil_fuel_4(X))
& is_inside_2(fn_fossil_fuel_4(X),fn_fossil_fuel_3(X))
& plays_2(X,fn_fossil_fuel_1(X))
& has_part_2(X,fn_fossil_fuel_2(X))
& minCardinality(X,has_part_0,"2",hydrocarbon_molecule_0)
& raw_material_2(fn_fossil_fuel_8(X),fn_fossil_fuel_9(X))
& plays_2(X,fn_fossil_fuel_7(X))
& result_2(fn_fossil_fuel_8(X),X)
& fn_fossil_fuel_9(X) = fn_produce_1(fn_fossil_fuel_8(X))
& X = fn_fuel_7(fn_fossil_fuel_7(X))
& X = fn_create_1(fn_fossil_fuel_8(X))
& fn_fuel_7(fn_fossil_fuel_7(X)) = fn_create_1(fn_fossil_fuel_8(X)) ) ) ).
fof(a529700,axiom,
! [X] :
( fossil_record_1(X)
=> ( original_name_2(X,'Fossil-Record')
& user_description_2(X,'The collection of fossils found that, although incomplete, is substantial and chronicles evolutionary history.')
& concept2words_2(X,'record of fossil')
& concept2words_2(X,'fossil record')
& concept2words_2(X,'fossil-record')
& information_1(X)
& ~ genetic_code_1(X)
& ~ suggestion_1(X)
& ~ request_1(X)
& ~ information_sequence_1(X)
& ~ cdna_library_1(X)
& ~ classification_unit_1(X)
& ~ dna_library_1(X)
& ~ ethics_1(X)
& ~ genomic_library_1(X)
& ~ hypothesis_1(X)
& ~ positional_information_1(X)
& ~ proximate_causation_1(X)
& ~ representation_1(X)
& ~ rna_world_1(X)
& ~ scientific_laws_1(X)
& ~ species_concept_1(X) ) ) ).
fof(a529701,axiom,
! [X] :
( founder_effect_1(X)
=> ( original_name_2(X,'Founder-Effect')
& user_description_2(X,'In population genetics, the founder effect is the loss of genetic diversity when a new population arises from a small number of members from a larger population. This form of genetic drift occurs because the alleles of the new population represent only a small fraction of the genetic diversity of the larger population.')
& concept2words_2(X,'effect of founder')
& concept2words_2(X,'founder effect')
& concept2words_2(X,'founder-effect')
& genetic_drift_1(X) ) ) ).
fof(a529702,axiom,
! [X] :
( fovea_1(X)
=> ( original_name_2(X,'Fovea')
& user_description_2(X,'The area of the retina that contains the highest concentration of cones and is responsible for sharp central vision.')
& concept2words_2(X,fovea)
& organ_region_1(X) ) ) ).
fof(a529703,axiom,
! [X] :
( foxp2_gene_1(X)
=> ( original_name_2(X,'FOXP2-Gene')
& user_description_2(X,'Forkhead box protein P2 also known as FOXP2 is a protein that in humans is encoded by the FOXP2 gene.')
& concept2words_2(X,'foxp2 gene')
& concept2words_2(X,'foxp2-gene')
& regulatory_gene_1(X)
& origin_of_replication_1(fn_foxp2_gene_2(X))
& centromere_1(fn_foxp2_gene_3(X))
& density_value_1(fn_foxp2_gene_4(X))
& system_1(fn_foxp2_gene_5(X))
& deoxyribose_1(fn_foxp2_gene_6(X))
& chromosome_arm_1(fn_foxp2_gene_7(X))
& chromosome_arm_1(fn_foxp2_gene_8(X))
& quantity_value_1(fn_foxp2_gene_9(X))
& speed_value_1(fn_foxp2_gene_10(X))
& unequal_sharing_1(fn_foxp2_gene_13(X))
& hydrogen_1(fn_foxp2_gene_14(X))
& hydrophilic_region_1(fn_foxp2_gene_15(X))
& attract_1(fn_foxp2_gene_16(X))
& electron_1(fn_foxp2_gene_17(X))
& valence_electron_1(fn_foxp2_gene_17(X))
& kinetic_energy_1(fn_foxp2_gene_18(X))
& genotype_1(fn_foxp2_gene_19(X))
& gene_related_aggregates_1(fn_foxp2_gene_19(X))
& person_1(fn_foxp2_gene_20(X))
& phosphodiester_bond_1(fn_foxp2_gene_21(X))
& covalent_bond_1(fn_foxp2_gene_21(X))
& oxygen_1(fn_foxp2_gene_22(X))
& entity_1(fn_foxp2_gene_22(X))
& chemical_entity_1(fn_foxp2_gene_22(X))
& atom_1(fn_foxp2_gene_22(X))
& nitrogen_1(fn_foxp2_gene_23(X))
& number_5_prime_carbon_1(fn_foxp2_gene_24(X))
& dna_strand_1(fn_foxp2_gene_25(X))
& unequal_sharing_1(fn_foxp2_gene_26(X))
& constant_motion_1(fn_foxp2_gene_27(X))
& entity_1(fn_foxp2_gene_28(X))
& tangible_entity_1(fn_foxp2_gene_28(X))
& electron_1(fn_foxp2_gene_28(X))
& valence_electron_1(fn_foxp2_gene_28(X))
& size_value_1(fn_foxp2_gene_29(X))
& size_value_1(fn_foxp2_gene_30(X))
& monomer_1(fn_foxp2_gene_31(X))
& monomer_1(fn_foxp2_gene_32(X))
& exon_1(fn_foxp2_gene_33(X))
& exon_1(fn_foxp2_gene_34(X))
& intron_1(fn_foxp2_gene_35(X))
& code_for_1(fn_foxp2_gene_38(X))
& genotype_1(fn_organism_3(fn_foxp2_gene_20(X)))
& attract_1(fn_hydrophilic_region_2(fn_foxp2_gene_15(X)))
& constant_motion_1(fn_kinetic_energy_1(fn_foxp2_gene_18(X)))
& atom_1(fn_dna_strand_38(fn_foxp2_gene_25(X)))
& chemical_entity_1(fn_dna_strand_38(fn_foxp2_gene_25(X)))
& carbon_1(fn_dna_strand_39(fn_foxp2_gene_25(X)))
& valence_electron_1(fn_oxygen_1(fn_foxp2_gene_22(X)))
& valence_electron_1(fn_oxygen_8(fn_foxp2_gene_22(X)))
& electron_1(fn_phosphodiester_bond_23(fn_foxp2_gene_21(X)))
& valence_electron_1(fn_phosphodiester_bond_23(fn_foxp2_gene_21(X)))
& share_1(fn_covalent_bond_17(fn_foxp2_gene_21(X)))
& share_1(fn_phosphodiester_bond_6(fn_foxp2_gene_21(X)))
& gene_1(fn_dna_strand_14(fn_foxp2_gene_25(X)))
& gene_1(fn_gene_related_aggregates_1(fn_foxp2_gene_19(X)))
& entity_1(fn_attract_2(fn_foxp2_gene_16(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_foxp2_gene_18(X)))
& entity_1(fn_phosphodiester_bond_38(fn_foxp2_gene_21(X)))
& tangible_entity_1(fn_phosphodiester_bond_38(fn_foxp2_gene_21(X)))
& electron_1(fn_phosphodiester_bond_38(fn_foxp2_gene_21(X)))
& valence_electron_1(fn_phosphodiester_bond_38(fn_foxp2_gene_21(X)))
& valence_electron_1(fn_covalent_bond_15(fn_foxp2_gene_21(X)))
& exon_1(fn_intron_6(fn_foxp2_gene_35(X)))
& entity_1(fn_share_3(fn_foxp2_gene_26(X)))
& entity_1(fn_share_3(fn_foxp2_gene_13(X)))
& entity_1(fn_covalent_bond_19(fn_foxp2_gene_21(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_foxp2_gene_21(X)))
& atom_1(fn_covalent_bond_19(fn_foxp2_gene_21(X)))
& entity_1(fn_share_1(fn_foxp2_gene_26(X)))
& entity_1(fn_share_1(fn_foxp2_gene_13(X)))
& entity_1(fn_covalent_bond_20(fn_foxp2_gene_21(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_foxp2_gene_21(X)))
& atom_1(fn_covalent_bond_20(fn_foxp2_gene_21(X)))
& speed_2(fn_foxp2_gene_27(X),fn_foxp2_gene_10(X))
& directly_proportional_2(fn_foxp2_gene_10(X),fn_foxp2_gene_9(X))
& density_2(X,fn_foxp2_gene_4(X))
& has_function_2(X,fn_foxp2_gene_16(X))
& has_region_2(X,fn_foxp2_gene_15(X))
& has_region_2(X,fn_foxp2_gene_3(X))
& has_region_2(X,fn_foxp2_gene_2(X))
& has_part_2(fn_foxp2_gene_25(X),fn_foxp2_gene_6(X))
& quantity_2(fn_foxp2_gene_18(X),fn_foxp2_gene_9(X))
& the_scalar_value_2(fn_foxp2_gene_4(X),loose_0)
& scalar_unit_class_2(fn_foxp2_gene_4(X),chromosome_0)
& is_between_2(fn_foxp2_gene_3(X),fn_foxp2_gene_7(X))
& is_between_2(fn_foxp2_gene_3(X),fn_foxp2_gene_8(X))
& agent_2(fn_foxp2_gene_26(X),fn_foxp2_gene_14(X))
& agent_2(fn_foxp2_gene_13(X),fn_foxp2_gene_14(X))
& agent_2(fn_foxp2_gene_26(X),fn_foxp2_gene_22(X))
& agent_2(fn_foxp2_gene_13(X),fn_foxp2_gene_22(X))
& has_part_2(fn_foxp2_gene_25(X),fn_foxp2_gene_24(X))
& has_part_2(fn_foxp2_gene_20(X),fn_foxp2_gene_19(X))
& has_part_2(fn_foxp2_gene_25(X),X)
& element_2(fn_foxp2_gene_19(X),X)
& site_2(fn_foxp2_gene_16(X),fn_foxp2_gene_15(X))
& has_part_2(fn_foxp2_gene_22(X),fn_foxp2_gene_17(X))
& agent_2(fn_foxp2_gene_16(X),X)
& is_between_2(fn_foxp2_gene_21(X),fn_foxp2_gene_23(X))
& agent_2(fn_foxp2_gene_26(X),fn_foxp2_gene_23(X))
& object_2(fn_foxp2_gene_26(X),fn_foxp2_gene_28(X))
& possesses_2(X,fn_foxp2_gene_18(X))
& object_2(fn_foxp2_gene_27(X),X)
& result_2(fn_foxp2_gene_26(X),fn_foxp2_gene_21(X))
& object_2(fn_foxp2_gene_26(X),fn_foxp2_gene_17(X))
& fn_foxp2_gene_28(X) != fn_foxp2_gene_17(X)
& fn_foxp2_gene_17(X) != fn_foxp2_gene_28(X)
& is_between_2(fn_foxp2_gene_35(X),fn_foxp2_gene_33(X))
& element_2(X,fn_foxp2_gene_32(X))
& has_function_2(X,fn_foxp2_gene_38(X))
& element_2(X,fn_foxp2_gene_35(X))
& next_element_2(fn_foxp2_gene_35(X),fn_foxp2_gene_34(X))
& element_2(X,fn_foxp2_gene_34(X))
& element_2(X,fn_foxp2_gene_33(X))
& next_element_2(fn_foxp2_gene_33(X),fn_foxp2_gene_35(X))
& donor_2(fn_foxp2_gene_38(X),X)
& agent_2(fn_foxp2_gene_38(X),X)
& possesses_2(X,fn_foxp2_gene_21(X))
& is_between_2(fn_foxp2_gene_21(X),fn_foxp2_gene_32(X))
& first_element_2(X,fn_foxp2_gene_32(X))
& size_2(X,fn_foxp2_gene_30(X))
& greater_than_2(fn_foxp2_gene_30(X),fn_foxp2_gene_29(X))
& size_2(fn_foxp2_gene_32(X),fn_foxp2_gene_29(X))
& next_element_2(fn_foxp2_gene_32(X),fn_foxp2_gene_31(X))
& element_2(X,fn_foxp2_gene_31(X))
& has_part_2(fn_foxp2_gene_22(X),fn_foxp2_gene_28(X))
& fn_foxp2_gene_22(X) != fn_foxp2_gene_14(X)
& fn_foxp2_gene_14(X) != fn_foxp2_gene_22(X)
& is_between_2(fn_foxp2_gene_21(X),fn_foxp2_gene_22(X))
& is_between_2(fn_foxp2_gene_35(X),fn_foxp2_gene_34(X))
& fn_foxp2_gene_14(X) = fn_share_3(fn_foxp2_gene_26(X))
& fn_foxp2_gene_14(X) = fn_share_3(fn_foxp2_gene_13(X))
& fn_foxp2_gene_22(X) = fn_share_1(fn_foxp2_gene_26(X))
& fn_foxp2_gene_22(X) = fn_share_1(fn_foxp2_gene_13(X))
& fn_foxp2_gene_24(X) = fn_dna_strand_38(fn_foxp2_gene_25(X))
& fn_foxp2_gene_24(X) = fn_dna_strand_39(fn_foxp2_gene_25(X))
& fn_foxp2_gene_19(X) = fn_organism_3(fn_foxp2_gene_20(X))
& X = fn_dna_strand_14(fn_foxp2_gene_25(X))
& X = fn_gene_related_aggregates_1(fn_foxp2_gene_19(X))
& fn_foxp2_gene_16(X) = fn_hydrophilic_region_2(fn_foxp2_gene_15(X))
& fn_foxp2_gene_17(X) = fn_oxygen_1(fn_foxp2_gene_22(X))
& fn_foxp2_gene_17(X) = fn_oxygen_8(fn_foxp2_gene_22(X))
& X = fn_attract_2(fn_foxp2_gene_16(X))
& fn_foxp2_gene_26(X) = fn_covalent_bond_17(fn_foxp2_gene_21(X))
& fn_foxp2_gene_23(X) = fn_covalent_bond_19(fn_foxp2_gene_21(X))
& fn_foxp2_gene_27(X) = fn_kinetic_energy_1(fn_foxp2_gene_18(X))
& X = fn_kinetic_energy_2(fn_foxp2_gene_18(X))
& fn_foxp2_gene_28(X) = fn_phosphodiester_bond_38(fn_foxp2_gene_21(X))
& fn_foxp2_gene_17(X) = fn_phosphodiester_bond_23(fn_foxp2_gene_21(X))
& fn_foxp2_gene_26(X) = fn_phosphodiester_bond_6(fn_foxp2_gene_21(X))
& fn_foxp2_gene_36(X) = fn_regulatory_gene_12(X)
& fn_foxp2_gene_37(X) = fn_regulatory_gene_13(X)
& fn_foxp2_gene_33(X) = fn_regulatory_gene_7(X)
& fn_foxp2_gene_34(X) = fn_regulatory_gene_9(X)
& fn_foxp2_gene_35(X) = fn_regulatory_gene_8(X)
& fn_foxp2_gene_21(X) = fn_regulatory_gene_6(X)
& fn_foxp2_gene_38(X) = fn_regulatory_gene_1(X)
& fn_foxp2_gene_31(X) = fn_regulatory_gene_10(X)
& fn_foxp2_gene_32(X) = fn_regulatory_gene_11(X)
& fn_foxp2_gene_29(X) = fn_regulatory_gene_4(X)
& fn_foxp2_gene_30(X) = fn_regulatory_gene_5(X)
& fn_foxp2_gene_28(X) = fn_covalent_bond_15(fn_foxp2_gene_21(X))
& fn_foxp2_gene_34(X) = fn_intron_6(fn_foxp2_gene_35(X))
& fn_foxp2_gene_14(X) = fn_covalent_bond_19(fn_foxp2_gene_21(X))
& fn_foxp2_gene_22(X) = fn_covalent_bond_20(fn_foxp2_gene_21(X))
& fn_dna_strand_38(fn_foxp2_gene_25(X)) = fn_dna_strand_39(fn_foxp2_gene_25(X))
& fn_dna_strand_39(fn_foxp2_gene_25(X)) = fn_oxygen_1(fn_foxp2_gene_22(X))
& fn_oxygen_1(fn_foxp2_gene_22(X)) = fn_oxygen_8(fn_foxp2_gene_22(X))
& fn_oxygen_8(fn_foxp2_gene_22(X)) = fn_oxygen_8(fn_foxp2_gene_22(X))
& fn_oxygen_8(fn_foxp2_gene_22(X)) = fn_phosphodiester_bond_23(fn_foxp2_gene_21(X))
& fn_phosphodiester_bond_23(fn_foxp2_gene_21(X)) = fn_phosphodiester_bond_23(fn_foxp2_gene_21(X))
& fn_phosphodiester_bond_23(fn_foxp2_gene_21(X)) = fn_covalent_bond_17(fn_foxp2_gene_21(X))
& fn_covalent_bond_17(fn_foxp2_gene_21(X)) = fn_covalent_bond_17(fn_foxp2_gene_21(X))
& fn_covalent_bond_17(fn_foxp2_gene_21(X)) = fn_phosphodiester_bond_6(fn_foxp2_gene_21(X))
& fn_phosphodiester_bond_6(fn_foxp2_gene_21(X)) = fn_phosphodiester_bond_6(fn_foxp2_gene_21(X))
& fn_phosphodiester_bond_6(fn_foxp2_gene_21(X)) = fn_dna_strand_14(fn_foxp2_gene_25(X))
& fn_dna_strand_14(fn_foxp2_gene_25(X)) = fn_gene_related_aggregates_1(fn_foxp2_gene_19(X))
& fn_gene_related_aggregates_1(fn_foxp2_gene_19(X)) = fn_gene_related_aggregates_1(fn_foxp2_gene_19(X))
& fn_gene_related_aggregates_1(fn_foxp2_gene_19(X)) = fn_attract_2(fn_foxp2_gene_16(X))
& fn_attract_2(fn_foxp2_gene_16(X)) = fn_attract_2(fn_foxp2_gene_16(X))
& fn_attract_2(fn_foxp2_gene_16(X)) = fn_kinetic_energy_2(fn_foxp2_gene_18(X))
& fn_kinetic_energy_2(fn_foxp2_gene_18(X)) = fn_kinetic_energy_2(fn_foxp2_gene_18(X))
& fn_kinetic_energy_2(fn_foxp2_gene_18(X)) = fn_covalent_bond_15(fn_foxp2_gene_21(X))
& fn_covalent_bond_15(fn_foxp2_gene_21(X)) = fn_phosphodiester_bond_38(fn_foxp2_gene_21(X))
& fn_phosphodiester_bond_38(fn_foxp2_gene_21(X)) = fn_phosphodiester_bond_38(fn_foxp2_gene_21(X))
& fn_phosphodiester_bond_38(fn_foxp2_gene_21(X)) = fn_covalent_bond_15(fn_foxp2_gene_21(X))
& fn_covalent_bond_15(fn_foxp2_gene_21(X)) = fn_regulatory_gene_9(X)
& fn_regulatory_gene_9(X) = fn_regulatory_gene_9(X)
& fn_regulatory_gene_9(X) = fn_intron_6(fn_foxp2_gene_35(X))
& fn_intron_6(fn_foxp2_gene_35(X)) = fn_share_3(fn_foxp2_gene_26(X))
& fn_share_3(fn_foxp2_gene_26(X)) = fn_share_3(fn_foxp2_gene_13(X))
& fn_share_3(fn_foxp2_gene_13(X)) = fn_covalent_bond_19(fn_foxp2_gene_21(X))
& fn_covalent_bond_19(fn_foxp2_gene_21(X)) = fn_covalent_bond_19(fn_foxp2_gene_21(X))
& fn_covalent_bond_19(fn_foxp2_gene_21(X)) = fn_share_1(fn_foxp2_gene_26(X))
& fn_share_1(fn_foxp2_gene_26(X)) = fn_share_1(fn_foxp2_gene_13(X))
& fn_share_1(fn_foxp2_gene_13(X)) = fn_covalent_bond_20(fn_foxp2_gene_21(X))
& fn_covalent_bond_20(fn_foxp2_gene_21(X)) = fn_covalent_bond_20(fn_foxp2_gene_21(X)) ) ) ).
fof(a529704,axiom,
! [X] :
( fragmentation_1(X)
=> ( original_name_2(X,'Fragmentation')
& user_description_2(X,'A method of asexual multiplication in which a single organism breaks into fragments that regenerate into new individuals.')
& concept2words_2(X,fragment)
& concept2words_2(X,fragmentation)
& reproductive_process_1(X) ) ) ).
fof(a529705,axiom,
! [X] :
( frameshift_mutation_1(X)
=> ( original_name_2(X,'Frameshift-Mutation')
& user_description_2(X,'A type of mutation that occurs when the number of nucleotides inserted into or deleted from a gene is not divisable by three. This results in a different translation from the original DNA transcript and a different amino acid sequence.')
& concept2words_2(X,mutate)
& concept2words_2(X,'frameshift mutation')
& concept2words_2(X,'frameshift-mutation')
& mutation_1(X)
& reading_frame_1(fn_frameshift_mutation_1(X))
& codon_1(fn_frameshift_mutation_2(X))
& change_1(fn_frameshift_mutation_3(X))
& dna_damage_1(fn_frameshift_mutation_4(X))
& has_part_2(fn_frameshift_mutation_1(X),fn_frameshift_mutation_2(X))
& causes_2(X,fn_frameshift_mutation_3(X))
& subevent_2(X,fn_frameshift_mutation_3(X))
& by_means_of_2(fn_frameshift_mutation_3(X),X)
& object_2(fn_frameshift_mutation_3(X),fn_frameshift_mutation_2(X))
& object_2(fn_frameshift_mutation_3(X),fn_frameshift_mutation_1(X))
& minCardinality(fn_frameshift_mutation_3(X),object_0,"1",codon_0)
& causes_2(fn_frameshift_mutation_3(X),fn_frameshift_mutation_4(X)) ) ) ).
fof(a529706,axiom,
! [X] :
( francium_1(X)
=> ( original_name_2(X,'Francium')
& user_description_2(X,'Francium is a metal atom with atomic number 87. It is represented by the symbol Fr.')
& concept2words_2(X,francium)
& concept2words_2(X,'Fr')
& metal_atom_1(X)
& neutron_1(fn_francium_3(X))
& atomic_mass_value_1(fn_francium_4(X))
& electronegativity_value_1(fn_francium_5(X))
& valence_electron_1(fn_francium_9(X))
& atomic_weight_value_1(fn_francium_10(X))
& atomic_number_value_1(fn_francium_11(X))
& quantity_value_1(fn_francium_12(X))
& electronegativity_2(X,fn_francium_5(X))
& mass_number_2(X,fn_francium_4(X))
& exactCardinality(X,has_part_0,"136",neutron_0)
& exactCardinality(X,has_part_0,"87",proton_0)
& exactCardinality(X,has_part_0,"87",electron_0)
& has_part_2(X,fn_francium_3(X))
& the_cardinal_value_2(fn_francium_12(X),"1")
& cardinal_unit_class_2(fn_francium_12(X),unity_0)
& the_cardinal_value_2(fn_francium_5(X),"0.7")
& cardinal_unit_class_2(fn_francium_5(X),unity_0)
& the_cardinal_value_2(fn_francium_4(X),"223")
& cardinal_unit_class_2(fn_francium_4(X),unity_0)
& the_cardinal_value_2(fn_francium_11(X),"87")
& cardinal_unit_class_2(fn_francium_11(X),unity_0)
& the_cardinal_value_2(fn_francium_10(X),"223")
& cardinal_unit_class_2(fn_francium_10(X),dalton_0)
& atomic_number_2(X,fn_francium_11(X))
& atomic_weight_2(X,fn_francium_10(X))
& has_part_2(X,fn_francium_9(X))
& quantity_2(fn_francium_9(X),fn_francium_12(X))
& fn_francium_7(X) = fn_atom_12(X)
& fn_francium_11(X) = fn_atom_17(X)
& fn_francium_8(X) = fn_atom_13(X)
& fn_francium_10(X) = fn_atom_16(X)
& fn_francium_6(X) = fn_atom_1(X)
& fn_francium_12(X) = fn_atom_5(X)
& fn_francium_9(X) = fn_atom_14(X) ) ) ).
fof(a529707,axiom,
! [X] :
( franklin_x_ray_diffraction_experiment_1(X)
=> ( original_name_2(X,'Franklin-X-ray-Diffraction-Experiment')
& user_description_2(X,'X-ray diffraction was a method used by Rosalind Franklin to produce an image of the DNA molecule. This image was the key in determining the structure of the molecule.')
& concept2words_2(X,'franklin x ray crystallography')
& concept2words_2(X,'franklin x-ray crystallography')
& concept2words_2(X,'perform a franklin x ray diffraction experiment')
& concept2words_2(X,'perform a franklin x-ray diffraction experiment')
& concept2words_2(X,'franklin x ray diffraction experiment')
& concept2words_2(X,'franklin-x-ray-diffraction-experiment')
& x_ray_crystallography_1(X)
& experiment_1(X)
& dna_double_helix_1(fn_franklin_x_ray_diffraction_experiment_1(X))
& x_ray_crystallography_1(fn_franklin_x_ray_diffraction_experiment_2(X))
& result_2(X,fn_franklin_x_ray_diffraction_experiment_1(X))
& subevent_2(X,fn_franklin_x_ray_diffraction_experiment_2(X)) ) ) ).
fof(a529708,axiom,
! [X] :
( free_energy_1(X)
=> ( original_name_2(X,'Free-Energy')
& user_description_2(X,'The portion of the energy in a biological system that can be used to perform work under conditions of uniform temperature and pressure.')
& concept2words_2(X,g)
& concept2words_2(X,'gibbs free energy')
& concept2words_2(X,'gibbs-free-energy')
& concept2words_2(X,'energy of free')
& concept2words_2(X,'free energy')
& concept2words_2(X,'free-energy')
& energy_1(X)
& role_1(fn_free_energy_1(X))
& work_1(fn_free_energy_2(X))
& energy_1(fn_work_1(fn_free_energy_2(X)))
& plays_2(X,fn_free_energy_1(X))
& in_event_2(fn_free_energy_1(X),fn_free_energy_2(X))
& raw_material_2(fn_free_energy_2(X),X)
& X = fn_work_1(fn_free_energy_2(X)) ) ) ).
fof(a529709,axiom,
! [X] :
( free_energy_change_value_1(X)
=> ( original_name_2(X,'Free-Energy-Change-Value')
& concept2words_2(X,'free energy change')
& concept2words_2(X,'free-energy-change')
& concept2words_2(X,'free energy change value')
& concept2words_2(X,'free-energy-change-value')
& property_value_1(X) ) ) ).
fof(a529710,axiom,
! [X] :
( free_ribosome_1(X)
=> ( original_name_2(X,'Free-Ribosome')
& user_description_2(X,'Ribosomes which are found in the cytosol of a cell, not attached to any organelle or membrane.')
& concept2words_2(X,'ribosome of free')
& concept2words_2(X,'free ribosome')
& concept2words_2(X,'free-ribosome')
& eukaryotic_ribosome_1(X)
& ~ bound_ribosome_1(X)
& translation_initiation_1(fn_free_ribosome_1(X))
& attach_1(fn_free_ribosome_2(X))
& p_site_1(fn_free_ribosome_3(X))
& move_1(fn_free_ribosome_4(X))
& spatial_entity_1(fn_free_ribosome_5(X))
& methionine_1(fn_free_ribosome_5(X))
& initiator_trna_1(fn_free_ribosome_6(X))
& protein_1(fn_free_ribosome_7(X))
& anabolic_pathway_1(fn_free_ribosome_8(X))
& synthesis_of_protein_1(fn_free_ribosome_8(X))
& protein_enzyme_1(fn_free_ribosome_9(X))
& cytoplasm_1(fn_free_ribosome_10(X))
& cytosol_1(fn_free_ribosome_11(X))
& translation_1(fn_free_ribosome_12(X))
& chemical_entity_1(fn_anabolic_pathway_5(fn_free_ribosome_8(X)))
& cytoplasm_1(fn_cytosol_1(fn_free_ribosome_11(X)))
& protein_1(fn_synthesis_of_protein_16(fn_free_ribosome_8(X)))
& translation_1(fn_synthesis_of_protein_13(fn_free_ribosome_8(X)))
& attach_1(fn_p_site_6(fn_free_ribosome_3(X)))
& ribosome_1(fn_translation_20(fn_free_ribosome_12(X)))
& ribosome_1(fn_p_site_4(fn_free_ribosome_3(X)))
& agent_2(fn_free_ribosome_8(X),X)
& site_2(fn_free_ribosome_8(X),fn_free_ribosome_10(X))
& result_2(fn_free_ribosome_8(X),fn_free_ribosome_9(X))
& agent_2(fn_free_ribosome_12(X),X)
& has_part_2(fn_free_ribosome_10(X),fn_free_ribosome_11(X))
& has_region_2(X,fn_free_ribosome_3(X))
& site_2(fn_free_ribosome_2(X),fn_free_ribosome_3(X))
& subevent_2(fn_free_ribosome_8(X),fn_free_ribosome_12(X))
& first_subevent_2(fn_free_ribosome_8(X),fn_free_ribosome_12(X))
& has_function_2(X,fn_free_ribosome_8(X))
& is_at_2(fn_free_ribosome_5(X),fn_free_ribosome_6(X))
& object_2(fn_free_ribosome_2(X),fn_free_ribosome_6(X))
& site_2(fn_free_ribosome_1(X),X)
& subevent_2(fn_free_ribosome_1(X),fn_free_ribosome_2(X))
& agent_2(fn_free_ribosome_2(X),X)
& destination_2(fn_free_ribosome_4(X),X)
& object_2(fn_free_ribosome_4(X),fn_free_ribosome_5(X))
& fn_free_ribosome_9(X) = fn_anabolic_pathway_5(fn_free_ribosome_8(X))
& X = fn_translation_20(fn_free_ribosome_12(X))
& fn_free_ribosome_10(X) = fn_cytosol_1(fn_free_ribosome_11(X))
& X = fn_p_site_4(fn_free_ribosome_3(X))
& fn_free_ribosome_2(X) = fn_p_site_6(fn_free_ribosome_3(X))
& fn_free_ribosome_7(X) = fn_synthesis_of_protein_16(fn_free_ribosome_8(X))
& fn_free_ribosome_12(X) = fn_synthesis_of_protein_13(fn_free_ribosome_8(X))
& fn_free_ribosome_8(X) = fn_ribosome_2(X)
& fn_free_ribosome_6(X) = fn_ribosome_7(X)
& fn_free_ribosome_5(X) = fn_ribosome_10(X)
& fn_free_ribosome_4(X) = fn_ribosome_11(X)
& fn_free_ribosome_2(X) = fn_ribosome_9(X)
& fn_free_ribosome_1(X) = fn_ribosome_6(X)
& fn_p_site_6(fn_free_ribosome_3(X)) = fn_ribosome_9(X)
& fn_ribosome_9(X) = fn_ribosome_9(X)
& fn_ribosome_9(X) = fn_translation_20(fn_free_ribosome_12(X))
& fn_translation_20(fn_free_ribosome_12(X)) = fn_p_site_4(fn_free_ribosome_3(X)) ) ) ).
fof(a529711,axiom,
! [X,X1] :
( ( object_2(X,X1)
& technique_1(X)
& biomembrane_1(X1) )
=> ( freeze_fracture_of_membrane_1(X)
& fn_freeze_fracture_of_membrane_1(X) = X1 ) ) ).
fof(a529712,axiom,
! [X] :
( freeze_fracture_of_membrane_1(X)
=> ( original_name_2(X,'Freeze-Fracture-Of-Membrane')
& user_description_2(X,'Freeze-fracture splits a membrane along the middle of the phospholipid bilayer.')
& concept2words_2(X,'freeze fracture')
& concept2words_2(X,'freeze-fracture')
& concept2words_2(X,'freeze fracturing')
& concept2words_2(X,'freeze-fracturing')
& concept2words_2(X,'freeze fracture technique')
& concept2words_2(X,'freeze-fracture-technique')
& concept2words_2(X,'freeze fracture of membrane')
& concept2words_2(X,'freeze-fracture-of-membrane')
& technique_1(X)
& biomembrane_1(fn_freeze_fracture_of_membrane_1(X))
& damage_1(fn_freeze_fracture_of_membrane_3(X))
& divide_1(fn_freeze_fracture_of_membrane_4(X))
& phospholipid_bilayer_1(fn_freeze_fracture_of_membrane_5(X))
& phospholipid_bilayer_1(fn_freeze_fracture_of_membrane_6(X))
& phospholipid_layer_1(fn_freeze_fracture_of_membrane_7(X))
& phospholipid_layer_1(fn_freeze_fracture_of_membrane_8(X))
& move_1(fn_freeze_fracture_of_membrane_9(X))
& move_1(fn_freeze_fracture_of_membrane_10(X))
& move_apart_1(fn_freeze_fracture_of_membrane_11(X))
& freezing_1(fn_freeze_fracture_of_membrane_12(X))
& liquid_substance_1(fn_freezing_2(fn_freeze_fracture_of_membrane_12(X)))
& spatial_entity_1(fn_move_apart_2(fn_freeze_fracture_of_membrane_11(X)))
& spatial_entity_1(fn_move_1(fn_freeze_fracture_of_membrane_10(X)))
& spatial_entity_1(fn_move_1(fn_freeze_fracture_of_membrane_9(X)))
& spatial_entity_1(fn_move_apart_1(fn_freeze_fracture_of_membrane_11(X)))
& tangible_entity_1(fn_impair_1(fn_freeze_fracture_of_membrane_4(X)))
& solid_substance_1(fn_freezing_1(fn_freeze_fracture_of_membrane_12(X)))
& next_event_2(fn_freeze_fracture_of_membrane_4(X),fn_freeze_fracture_of_membrane_3(X))
& result_2(fn_freeze_fracture_of_membrane_4(X),fn_freeze_fracture_of_membrane_8(X))
& result_2(fn_freeze_fracture_of_membrane_4(X),fn_freeze_fracture_of_membrane_7(X))
& object_2(X,fn_freeze_fracture_of_membrane_1(X))
& first_subevent_2(X,fn_freeze_fracture_of_membrane_12(X))
& first_subevent_2(X,fn_freeze_fracture_of_membrane_11(X))
& subevent_2(X,fn_freeze_fracture_of_membrane_12(X))
& subevent_2(X,fn_freeze_fracture_of_membrane_11(X))
& subevent_2(X,fn_freeze_fracture_of_membrane_3(X))
& is_along_2(fn_freeze_fracture_of_membrane_7(X),fn_freeze_fracture_of_membrane_8(X))
& fn_freeze_fracture_of_membrane_7(X) != fn_freeze_fracture_of_membrane_8(X)
& is_along_2(fn_freeze_fracture_of_membrane_8(X),fn_freeze_fracture_of_membrane_7(X))
& fn_freeze_fracture_of_membrane_8(X) != fn_freeze_fracture_of_membrane_7(X)
& subevent_2(fn_freeze_fracture_of_membrane_11(X),fn_freeze_fracture_of_membrane_9(X))
& subevent_2(fn_freeze_fracture_of_membrane_11(X),fn_freeze_fracture_of_membrane_10(X))
& first_subevent_2(fn_freeze_fracture_of_membrane_11(X),fn_freeze_fracture_of_membrane_9(X))
& first_subevent_2(fn_freeze_fracture_of_membrane_11(X),fn_freeze_fracture_of_membrane_10(X))
& next_event_2(fn_freeze_fracture_of_membrane_12(X),fn_freeze_fracture_of_membrane_4(X))
& object_2(fn_freeze_fracture_of_membrane_4(X),fn_freeze_fracture_of_membrane_5(X))
& object_2(fn_freeze_fracture_of_membrane_9(X),fn_freeze_fracture_of_membrane_7(X))
& object_2(fn_freeze_fracture_of_membrane_11(X),fn_freeze_fracture_of_membrane_8(X))
& object_2(fn_freeze_fracture_of_membrane_10(X),fn_freeze_fracture_of_membrane_8(X))
& object_2(fn_freeze_fracture_of_membrane_11(X),fn_freeze_fracture_of_membrane_7(X))
& base_2(fn_freeze_fracture_of_membrane_12(X),fn_freeze_fracture_of_membrane_6(X))
& object_2(fn_freeze_fracture_of_membrane_12(X),fn_freeze_fracture_of_membrane_6(X))
& result_2(fn_freeze_fracture_of_membrane_12(X),fn_freeze_fracture_of_membrane_5(X))
& fn_freeze_fracture_of_membrane_5(X) = fn_impair_1(fn_freeze_fracture_of_membrane_4(X))
& fn_freeze_fracture_of_membrane_7(X) = fn_move_1(fn_freeze_fracture_of_membrane_9(X))
& fn_freeze_fracture_of_membrane_8(X) = fn_move_apart_2(fn_freeze_fracture_of_membrane_11(X))
& fn_freeze_fracture_of_membrane_8(X) = fn_move_1(fn_freeze_fracture_of_membrane_10(X))
& fn_freeze_fracture_of_membrane_7(X) = fn_move_apart_1(fn_freeze_fracture_of_membrane_11(X))
& fn_freeze_fracture_of_membrane_5(X) = fn_freezing_1(fn_freeze_fracture_of_membrane_12(X))
& fn_freeze_fracture_of_membrane_6(X) = fn_freezing_2(fn_freeze_fracture_of_membrane_12(X))
& fn_move_apart_2(fn_freeze_fracture_of_membrane_11(X)) = fn_move_1(fn_freeze_fracture_of_membrane_10(X))
& fn_move_1(fn_freeze_fracture_of_membrane_10(X)) = fn_move_1(fn_freeze_fracture_of_membrane_9(X))
& fn_move_1(fn_freeze_fracture_of_membrane_9(X)) = fn_move_apart_1(fn_freeze_fracture_of_membrane_11(X))
& fn_move_apart_1(fn_freeze_fracture_of_membrane_11(X)) = fn_impair_1(fn_freeze_fracture_of_membrane_4(X))
& fn_impair_1(fn_freeze_fracture_of_membrane_4(X)) = fn_freezing_1(fn_freeze_fracture_of_membrane_12(X)) ) ) ).
fof(a529713,axiom,
! [X,X1,X2] :
( ( result_2(X,X1)
& object_2(X,X2)
& solid_substance_1(X1)
& change_of_state_1(X)
& liquid_substance_1(X2) )
=> ( freezing_1(X)
& fn_freezing_2(X) = X2
& fn_freezing_1(X) = X1 ) ) ).
fof(a529714,axiom,
! [X] :
( freezing_1(X)
=> ( original_name_2(X,'Freezing')
& user_description_2(X,'The process of cooling a substance to the point in which it changes to its solid state.')
& concept2words_2(X,'making ice')
& concept2words_2(X,freeze)
& concept2words_2(X,freezing)
& change_of_state_1(X)
& ~ alteration_of_mrna_ends_1(X)
& ~ coil_1(X)
& ~ conformational_change_1(X)
& ~ conversion_to_isomer_1(X)
& ~ detoxification_1(X)
& ~ evaporation_1(X)
& ~ fold_1(X)
& ~ gene_therapy_1(X)
& ~ melting_1(X)
& ~ metamorphosis_1(X)
& ~ mutation_1(X)
& ~ post_translational_modification_1(X)
& ~ refract_1(X)
& ~ temperature_fluctuation_1(X)
& ~ transformation_1(X)
& ~ twist_1(X)
& solid_substance_1(fn_freezing_1(X))
& liquid_substance_1(fn_freezing_2(X))
& base_2(X,fn_freezing_2(X))
& result_2(X,fn_freezing_1(X))
& object_2(X,fn_freezing_2(X)) ) ) ).
fof(a529715,axiom,
! [X] :
( freezing_of_water_1(X)
=> ( original_name_2(X,'Freezing-Of-Water')
& user_description_2(X,'The process of cooling water to the point in which it changes to ice, its solid state. The freezing point of water is 32 degrees F or 0 degrees C.')
& concept2words_2(X,icing)
& concept2words_2(X,'water solidification')
& concept2words_2(X,'solidifying water')
& concept2words_2(X,'water freezing')
& concept2words_2(X,freeze)
& concept2words_2(X,'water-freezing')
& concept2words_2(X,'freezing of water')
& concept2words_2(X,'freezing-of-water')
& freezing_1(X)
& speed_value_1(fn_freezing_of_water_2(X))
& intensity_value_1(fn_freezing_of_water_3(X))
& property_value_1(fn_freezing_of_water_6(X))
& density_value_1(fn_freezing_of_water_6(X))
& heat_1(fn_freezing_of_water_7(X))
& cohesion_1(fn_freezing_of_water_8(X))
& attract_1(fn_freezing_of_water_8(X))
& hydrophilic_compound_1(fn_freezing_of_water_9(X))
& entity_1(fn_freezing_of_water_9(X))
& spatial_entity_1(fn_freezing_of_water_9(X))
& chemical_entity_1(fn_freezing_of_water_9(X))
& tangible_entity_1(fn_freezing_of_water_9(X))
& polar_molecule_1(fn_freezing_of_water_9(X))
& water_molecule_1(fn_freezing_of_water_9(X))
& hydrogen_bond_1(fn_freezing_of_water_10(X))
& surface_1(fn_freezing_of_water_11(X))
& attract_1(fn_freezing_of_water_12(X))
& attach_1(fn_freezing_of_water_13(X))
& tangible_entity_1(fn_freezing_of_water_14(X))
& entity_1(fn_freezing_of_water_14(X))
& chemical_entity_1(fn_freezing_of_water_14(X))
& atom_1(fn_freezing_of_water_14(X))
& hydrogen_1(fn_freezing_of_water_14(X))
& tangible_entity_1(fn_freezing_of_water_15(X))
& chemical_entity_1(fn_freezing_of_water_15(X))
& entity_1(fn_freezing_of_water_15(X))
& atom_1(fn_freezing_of_water_15(X))
& hydrogen_1(fn_freezing_of_water_15(X))
& attract_1(fn_freezing_of_water_16(X))
& tangible_entity_1(fn_freezing_of_water_17(X))
& entity_1(fn_freezing_of_water_17(X))
& chemical_entity_1(fn_freezing_of_water_17(X))
& atom_1(fn_freezing_of_water_17(X))
& hydrogen_1(fn_freezing_of_water_17(X))
& tangible_entity_1(fn_freezing_of_water_18(X))
& entity_1(fn_freezing_of_water_18(X))
& chemical_entity_1(fn_freezing_of_water_18(X))
& atom_1(fn_freezing_of_water_18(X))
& hydrogen_1(fn_freezing_of_water_18(X))
& move_1(fn_freezing_of_water_19(X))
& entity_1(fn_freezing_of_water_20(X))
& chemical_entity_1(fn_freezing_of_water_20(X))
& spatial_entity_1(fn_freezing_of_water_20(X))
& tangible_entity_1(fn_freezing_of_water_20(X))
& polar_molecule_1(fn_freezing_of_water_20(X))
& hydrophilic_compound_1(fn_freezing_of_water_20(X))
& water_molecule_1(fn_freezing_of_water_20(X))
& decrease_1(fn_freezing_of_water_21(X))
& create_1(fn_freezing_of_water_22(X))
& solid_substance_1(fn_freezing_of_water_23(X))
& ice_1(fn_freezing_of_water_23(X))
& liquid_substance_1(fn_freezing_of_water_24(X))
& water_1(fn_freezing_of_water_24(X))
& entity_1(fn_freezing_of_water_25(X))
& atom_1(fn_freezing_of_water_25(X))
& chemical_entity_1(fn_freezing_of_water_25(X))
& hydrogen_1(fn_freezing_of_water_25(X))
& entity_1(fn_freezing_of_water_26(X))
& chemical_entity_1(fn_freezing_of_water_26(X))
& atom_1(fn_freezing_of_water_26(X))
& attract_1(fn_freezing_of_water_27(X))
& hold_together_1(fn_freezing_of_water_28(X))
& attach_1(fn_freezing_of_water_29(X))
& entity_1(fn_freezing_of_water_30(X))
& hydrogen_bond_1(fn_freezing_of_water_30(X))
& water_molecule_1(fn_freezing_of_water_31(X))
& attach_1(fn_ice_17(fn_freezing_of_water_23(X)))
& hold_together_1(fn_hydrogen_bond_14(fn_freezing_of_water_30(X)))
& attract_1(fn_hydrogen_bond_13(fn_freezing_of_water_30(X)))
& entity_1(fn_hydrogen_bond_11(fn_freezing_of_water_30(X)))
& chemical_entity_1(fn_hydrogen_bond_11(fn_freezing_of_water_30(X)))
& atom_1(fn_hydrogen_bond_11(fn_freezing_of_water_30(X)))
& entity_1(fn_hydrogen_bond_12(fn_freezing_of_water_30(X)))
& atom_1(fn_hydrogen_bond_12(fn_freezing_of_water_30(X)))
& chemical_entity_1(fn_hydrogen_bond_12(fn_freezing_of_water_30(X)))
& hydrogen_1(fn_hydrogen_bond_12(fn_freezing_of_water_30(X)))
& property_node_1(fn_water_43(fn_freezing_of_water_24(X)))
& attach_1(fn_water_114(fn_freezing_of_water_24(X)))
& attract_1(fn_water_105(fn_freezing_of_water_24(X)))
& cohesion_1(fn_water_78(fn_freezing_of_water_24(X)))
& attract_1(fn_water_78(fn_freezing_of_water_24(X)))
& hydrogen_bond_1(fn_water_107(fn_freezing_of_water_24(X)))
& attract_1(fn_water_99(fn_freezing_of_water_24(X)))
& heat_1(fn_water_101(fn_freezing_of_water_24(X)))
& surface_1(fn_water_14(fn_freezing_of_water_24(X)))
& water_molecule_1(fn_ice_19(fn_freezing_of_water_23(X)))
& water_molecule_1(fn_ice_20(fn_freezing_of_water_23(X)))
& entity_1(fn_create_1(fn_freezing_of_water_22(X)))
& hydrogen_bond_1(fn_ice_18(fn_freezing_of_water_23(X)))
& property_value_1(fn_decrease_3(fn_freezing_of_water_21(X)))
& density_value_1(fn_water_33(fn_freezing_of_water_24(X)))
& entity_1(fn_water_84(fn_freezing_of_water_24(X)))
& atom_1(fn_water_84(fn_freezing_of_water_24(X)))
& hydrogen_1(fn_water_84(fn_freezing_of_water_24(X)))
& tangible_entity_1(fn_water_81(fn_freezing_of_water_24(X)))
& entity_1(fn_water_81(fn_freezing_of_water_24(X)))
& chemical_entity_1(fn_water_81(fn_freezing_of_water_24(X)))
& atom_1(fn_water_81(fn_freezing_of_water_24(X)))
& hydrogen_1(fn_water_81(fn_freezing_of_water_24(X)))
& tangible_entity_1(fn_water_80(fn_freezing_of_water_24(X)))
& entity_1(fn_water_80(fn_freezing_of_water_24(X)))
& chemical_entity_1(fn_water_80(fn_freezing_of_water_24(X)))
& atom_1(fn_water_80(fn_freezing_of_water_24(X)))
& hydrogen_1(fn_water_80(fn_freezing_of_water_24(X)))
& tangible_entity_1(fn_water_106(fn_freezing_of_water_24(X)))
& entity_1(fn_water_106(fn_freezing_of_water_24(X)))
& chemical_entity_1(fn_water_106(fn_freezing_of_water_24(X)))
& atom_1(fn_water_106(fn_freezing_of_water_24(X)))
& hydrogen_1(fn_water_106(fn_freezing_of_water_24(X)))
& spatial_entity_1(fn_move_1(fn_freezing_of_water_19(X)))
& spatial_entity_1(fn_water_83(fn_freezing_of_water_24(X)))
& tangible_entity_1(fn_water_83(fn_freezing_of_water_24(X)))
& polar_molecule_1(fn_water_83(fn_freezing_of_water_24(X)))
& hydrophilic_compound_1(fn_water_83(fn_freezing_of_water_24(X)))
& water_molecule_1(fn_water_83(fn_freezing_of_water_24(X)))
& entity_1(fn_water_98(fn_freezing_of_water_24(X)))
& spatial_entity_1(fn_water_98(fn_freezing_of_water_24(X)))
& chemical_entity_1(fn_water_98(fn_freezing_of_water_24(X)))
& tangible_entity_1(fn_water_98(fn_freezing_of_water_24(X)))
& polar_molecule_1(fn_water_98(fn_freezing_of_water_24(X)))
& water_molecule_1(fn_water_98(fn_freezing_of_water_24(X)))
& intensity_2(fn_freezing_of_water_22(X),fn_freezing_of_water_3(X))
& called_2(fn_freezing_of_water_20(X),"1")
& is_at_2(fn_freezing_of_water_20(X),fn_freezing_of_water_11(X))
& speed_2(fn_freezing_of_water_19(X),fn_freezing_of_water_2(X))
& causes_2(X,fn_freezing_of_water_21(X))
& minCardinality(X,subevent_0,"1",create_0)
& subevent_2(X,fn_freezing_of_water_22(X))
& inversely_proportional_2(fn_freezing_of_water_3(X),fn_freezing_of_water_2(X))
& object_2(fn_freezing_of_water_19(X),fn_freezing_of_water_20(X))
& result_2(fn_freezing_of_water_22(X),fn_freezing_of_water_30(X))
& from_value_2(fn_freezing_of_water_21(X),fn_freezing_of_water_6(X))
& object_2(X,fn_freezing_of_water_24(X))
& base_2(X,fn_freezing_of_water_24(X))
& result_2(X,fn_freezing_of_water_23(X))
& has_part_2(fn_freezing_of_water_23(X),fn_freezing_of_water_31(X))
& base_2(fn_freezing_of_water_29(X),fn_freezing_of_water_31(X))
& instrument_2(fn_freezing_of_water_29(X),fn_freezing_of_water_30(X))
& possesses_2(fn_freezing_of_water_23(X),fn_freezing_of_water_30(X))
& result_2(fn_freezing_of_water_27(X),fn_freezing_of_water_30(X))
& object_2(fn_freezing_of_water_28(X),fn_freezing_of_water_25(X))
& object_2(fn_freezing_of_water_28(X),fn_freezing_of_water_26(X))
& is_between_2(fn_freezing_of_water_30(X),fn_freezing_of_water_26(X))
& has_function_2(fn_freezing_of_water_30(X),fn_freezing_of_water_28(X))
& agent_2(fn_freezing_of_water_28(X),fn_freezing_of_water_30(X))
& is_between_2(fn_freezing_of_water_30(X),fn_freezing_of_water_25(X))
& object_2(fn_freezing_of_water_27(X),fn_freezing_of_water_25(X))
& agent_2(fn_freezing_of_water_27(X),fn_freezing_of_water_26(X))
& fn_freezing_of_water_26(X) != fn_freezing_of_water_25(X)
& fn_freezing_of_water_25(X) != fn_freezing_of_water_26(X)
& fn_freezing_of_water_18(X) != fn_freezing_of_water_15(X)
& fn_freezing_of_water_15(X) != fn_freezing_of_water_18(X)
& has_part_2(fn_freezing_of_water_24(X),fn_freezing_of_water_20(X))
& has_part_2(fn_freezing_of_water_20(X),fn_freezing_of_water_14(X))
& instrument_2(fn_freezing_of_water_13(X),fn_freezing_of_water_10(X))
& is_between_2(fn_freezing_of_water_10(X),fn_freezing_of_water_14(X))
& base_2(fn_freezing_of_water_8(X),fn_freezing_of_water_24(X))
& density_2(fn_freezing_of_water_24(X),fn_freezing_of_water_6(X))
& object_2(fn_freezing_of_water_8(X),fn_freezing_of_water_9(X))
& agent_2(fn_freezing_of_water_8(X),fn_freezing_of_water_9(X))
& agent_2(fn_freezing_of_water_8(X),fn_freezing_of_water_20(X))
& base_2(fn_freezing_of_water_13(X),fn_freezing_of_water_20(X))
& object_2(fn_freezing_of_water_13(X),fn_freezing_of_water_9(X))
& possesses_2(fn_freezing_of_water_24(X),fn_freezing_of_water_10(X))
& instrument_2(fn_freezing_of_water_8(X),fn_freezing_of_water_10(X))
& object_2(fn_freezing_of_water_8(X),fn_freezing_of_water_20(X))
& has_function_2(fn_freezing_of_water_20(X),fn_freezing_of_water_16(X))
& object_2(fn_freezing_of_water_16(X),fn_freezing_of_water_9(X))
& object_2(fn_freezing_of_water_7(X),fn_freezing_of_water_24(X))
& inhibits_2(fn_freezing_of_water_12(X),fn_freezing_of_water_7(X))
& object_2(fn_freezing_of_water_12(X),fn_freezing_of_water_20(X))
& has_part_2(fn_freezing_of_water_20(X),fn_freezing_of_water_15(X))
& fn_freezing_of_water_15(X) != fn_freezing_of_water_17(X)
& fn_freezing_of_water_17(X) != fn_freezing_of_water_15(X)
& has_region_2(fn_freezing_of_water_24(X),fn_freezing_of_water_11(X))
& is_above_2(fn_freezing_of_water_11(X),fn_freezing_of_water_9(X))
& has_part_2(fn_freezing_of_water_9(X),fn_freezing_of_water_18(X))
& fn_freezing_of_water_14(X) != fn_freezing_of_water_18(X)
& fn_freezing_of_water_18(X) != fn_freezing_of_water_14(X)
& has_part_2(fn_freezing_of_water_24(X),fn_freezing_of_water_9(X))
& has_part_2(fn_freezing_of_water_9(X),fn_freezing_of_water_17(X))
& fn_freezing_of_water_17(X) != fn_freezing_of_water_14(X)
& same_type_2(fn_freezing_of_water_20(X),fn_freezing_of_water_9(X))
& same_type_2(fn_freezing_of_water_9(X),fn_freezing_of_water_20(X))
& fn_freezing_of_water_14(X) != fn_freezing_of_water_17(X)
& fn_freezing_of_water_20(X) = fn_move_1(fn_freezing_of_water_19(X))
& fn_freezing_of_water_30(X) = fn_create_1(fn_freezing_of_water_22(X))
& fn_freezing_of_water_6(X) = fn_decrease_3(fn_freezing_of_water_21(X))
& fn_freezing_of_water_23(X) = fn_freezing_1(X)
& fn_freezing_of_water_24(X) = fn_freezing_2(X)
& fn_freezing_of_water_30(X) = fn_ice_18(fn_freezing_of_water_23(X))
& fn_freezing_of_water_29(X) = fn_ice_17(fn_freezing_of_water_23(X))
& fn_freezing_of_water_31(X) = fn_ice_19(fn_freezing_of_water_23(X))
& fn_freezing_of_water_31(X) = fn_ice_20(fn_freezing_of_water_23(X))
& fn_freezing_of_water_28(X) = fn_hydrogen_bond_14(fn_freezing_of_water_30(X))
& fn_freezing_of_water_27(X) = fn_hydrogen_bond_13(fn_freezing_of_water_30(X))
& fn_freezing_of_water_26(X) = fn_hydrogen_bond_11(fn_freezing_of_water_30(X))
& fn_freezing_of_water_25(X) = fn_hydrogen_bond_12(fn_freezing_of_water_30(X))
& fn_freezing_of_water_15(X) = fn_water_106(fn_freezing_of_water_24(X))
& fn_freezing_of_water_14(X) = fn_water_81(fn_freezing_of_water_24(X))
& fn_freezing_of_water_5(X) = fn_water_43(fn_freezing_of_water_24(X))
& fn_freezing_of_water_6(X) = fn_water_33(fn_freezing_of_water_24(X))
& fn_freezing_of_water_13(X) = fn_water_114(fn_freezing_of_water_24(X))
& fn_freezing_of_water_16(X) = fn_water_105(fn_freezing_of_water_24(X))
& fn_freezing_of_water_8(X) = fn_water_78(fn_freezing_of_water_24(X))
& fn_freezing_of_water_10(X) = fn_water_107(fn_freezing_of_water_24(X))
& fn_freezing_of_water_17(X) = fn_water_80(fn_freezing_of_water_24(X))
& fn_freezing_of_water_15(X) = fn_water_84(fn_freezing_of_water_24(X))
& fn_freezing_of_water_20(X) = fn_water_98(fn_freezing_of_water_24(X))
& fn_freezing_of_water_12(X) = fn_water_99(fn_freezing_of_water_24(X))
& fn_freezing_of_water_7(X) = fn_water_101(fn_freezing_of_water_24(X))
& fn_freezing_of_water_18(X) = fn_water_81(fn_freezing_of_water_24(X))
& fn_freezing_of_water_14(X) = fn_water_106(fn_freezing_of_water_24(X))
& fn_freezing_of_water_18(X) = fn_water_80(fn_freezing_of_water_24(X))
& fn_freezing_of_water_9(X) = fn_water_83(fn_freezing_of_water_24(X))
& fn_freezing_of_water_11(X) = fn_water_14(fn_freezing_of_water_24(X))
& fn_freezing_of_water_14(X) = fn_water_80(fn_freezing_of_water_24(X))
& fn_freezing_of_water_17(X) = fn_water_106(fn_freezing_of_water_24(X))
& fn_freezing_of_water_20(X) = fn_water_83(fn_freezing_of_water_24(X))
& fn_freezing_of_water_9(X) = fn_water_98(fn_freezing_of_water_24(X))
& fn_ice_20(fn_freezing_of_water_23(X)) = fn_ice_19(fn_freezing_of_water_23(X))
& fn_ice_19(fn_freezing_of_water_23(X)) = fn_ice_20(fn_freezing_of_water_23(X))
& fn_ice_20(fn_freezing_of_water_23(X)) = fn_create_1(fn_freezing_of_water_22(X))
& fn_create_1(fn_freezing_of_water_22(X)) = fn_ice_18(fn_freezing_of_water_23(X))
& fn_ice_18(fn_freezing_of_water_23(X)) = fn_ice_18(fn_freezing_of_water_23(X))
& fn_ice_18(fn_freezing_of_water_23(X)) = fn_decrease_3(fn_freezing_of_water_21(X))
& fn_decrease_3(fn_freezing_of_water_21(X)) = fn_water_33(fn_freezing_of_water_24(X))
& fn_water_33(fn_freezing_of_water_24(X)) = fn_water_33(fn_freezing_of_water_24(X))
& fn_water_33(fn_freezing_of_water_24(X)) = fn_water_106(fn_freezing_of_water_24(X))
& fn_water_106(fn_freezing_of_water_24(X)) = fn_water_84(fn_freezing_of_water_24(X))
& fn_water_84(fn_freezing_of_water_24(X)) = fn_water_84(fn_freezing_of_water_24(X))
& fn_water_84(fn_freezing_of_water_24(X)) = fn_water_81(fn_freezing_of_water_24(X))
& fn_water_81(fn_freezing_of_water_24(X)) = fn_water_81(fn_freezing_of_water_24(X))
& fn_water_81(fn_freezing_of_water_24(X)) = fn_water_80(fn_freezing_of_water_24(X))
& fn_water_80(fn_freezing_of_water_24(X)) = fn_water_81(fn_freezing_of_water_24(X))
& fn_water_81(fn_freezing_of_water_24(X)) = fn_water_106(fn_freezing_of_water_24(X))
& fn_water_106(fn_freezing_of_water_24(X)) = fn_water_80(fn_freezing_of_water_24(X))
& fn_water_80(fn_freezing_of_water_24(X)) = fn_water_80(fn_freezing_of_water_24(X))
& fn_water_80(fn_freezing_of_water_24(X)) = fn_water_106(fn_freezing_of_water_24(X))
& fn_water_106(fn_freezing_of_water_24(X)) = fn_water_106(fn_freezing_of_water_24(X))
& fn_water_106(fn_freezing_of_water_24(X)) = fn_move_1(fn_freezing_of_water_19(X))
& fn_move_1(fn_freezing_of_water_19(X)) = fn_water_98(fn_freezing_of_water_24(X))
& fn_water_98(fn_freezing_of_water_24(X)) = fn_water_83(fn_freezing_of_water_24(X))
& fn_water_83(fn_freezing_of_water_24(X)) = fn_water_83(fn_freezing_of_water_24(X))
& fn_water_83(fn_freezing_of_water_24(X)) = fn_water_98(fn_freezing_of_water_24(X))
& fn_water_98(fn_freezing_of_water_24(X)) = fn_water_98(fn_freezing_of_water_24(X)) ) ) ).
fof(a529716,axiom,
! [X] :
( frequency_constant_1(X)
=> ( original_name_2(X,'Frequency-Constant')
& concept2words_2(X,'constant of frequency')
& concept2words_2(X,'frequency constant')
& concept2words_2(X,'frequency-constant')
& constant_1(X) ) ) ).
fof(a529717,axiom,
! [X] :
( frequency_dependent_selection_1(X)
=> ( original_name_2(X,'Frequency-Dependent-Selection')
& user_description_2(X,'A type of selection in which the survival and reproduction of any one phenotype depends on its relative frequency compared to other phenotypes in the population.')
& concept2words_2(X,'frequency dependent selection')
& concept2words_2(X,'frequency-dependent-selection')
& selection_force_1(X) ) ) ).
fof(a529718,axiom,
! [X] :
( frequency_scale_1(X)
=> ( original_name_2(X,'Frequency-Scale')
& concept2words_2(X,'scale of frequency')
& concept2words_2(X,'frequency scale')
& concept2words_2(X,'frequency-scale')
& scale_1(X) ) ) ).
fof(a529719,axiom,
! [X] :
( frequency_value_1(X)
=> ( original_name_2(X,'Frequency-Value')
& description_2(X,'the rate of repetition of an Event')
& concept2words_2(X,frequence)
& concept2words_2(X,oftenness)
& concept2words_2(X,frequency)
& concept2words_2(X,'value of frequency')
& concept2words_2(X,'frequency value')
& concept2words_2(X,'frequency-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a529720,axiom,
! [X] :
( freshwater_animal_1(X)
=> ( original_name_2(X,'Freshwater-Animal')
& user_description_2(X,'An animal that lives in low-saline bodies of water such as ponds, lakes, and rivers.')
& concept2words_2(X,'freshwater animal')
& concept2words_2(X,'freshwater-animal')
& animal_1(X) ) ) ).
fof(a529721,axiom,
! [X] :
( freshwater_biome_1(X)
=> ( original_name_2(X,'Freshwater-Biome')
& user_description_2(X,'A biome in a freshwater ecosystem.')
& concept2words_2(X,'freshwater biome')
& concept2words_2(X,'freshwater-biome')
& biome_1(X)
& ~ marine_biome_1(X)
& ~ terrestrial_biome_1(X) ) ) ).
fof(a529722,axiom,
! [X] :
( freshwater_protist_1(X)
=> ( original_name_2(X,'Freshwater-Protist')
& user_description_2(X,'The protist that are known to occur in freshwater are called freshwater protists.')
& concept2words_2(X,'freshwater protist')
& concept2words_2(X,'freshwater-protist')
& protist_1(X)
& ~ alveolate_1(X)
& ~ amoeba_1(X)
& ~ charophycean_1(X)
& ~ chlorophyta_1(X)
& ~ dinoflagellate_1(X)
& ~ diplomonad_1(X)
& ~ foraminiferan_1(X)
& ~ oomycete_1(X)
& ~ parabasalid_1(X)
& ~ radiolarian_1(X)
& ~ rhizaria_1(X)
& ~ rhodophyte_1(X)
& ~ seaweed_1(X)
& ~ stramenopile_1(X) ) ) ).
fof(a529723,axiom,
! [X] :
( friction_1(X)
=> ( original_name_2(X,'Friction')
& user_description_2(X,'A force that opposes active movement.')
& concept2words_2(X,friction)
& force_1(X) ) ) ).
fof(a529724,axiom,
! [X] :
( frog_1(X)
=> ( original_name_2(X,'Frog')
& user_description_2(X,'Frogs are amphibians falling in the order Anura')
& concept2words_2(X,frog)
& anuran_1(X) ) ) ).
fof(a529725,axiom,
! [X] :
( frog_egg_1(X)
=> ( original_name_2(X,'Frog-Egg')
& user_description_2(X,'The female gamete of a frog.')
& concept2words_2(X,'egg of frog')
& concept2words_2(X,'frog egg')
& concept2words_2(X,'frog-egg')
& egg_1(X)
& fertilization_1(fn_frog_egg_1(X))
& sperm_cell_1(fn_frog_egg_2(X))
& gamete_1(fn_fertilization_2(fn_frog_egg_1(X)))
& spatial_entity_1(fn_add_2(fn_frog_egg_1(X)))
& object_2(fn_frog_egg_1(X),fn_frog_egg_2(X))
& base_2(fn_frog_egg_1(X),X)
& fn_frog_egg_2(X) = fn_fertilization_2(fn_frog_egg_1(X))
& X = fn_add_2(fn_frog_egg_1(X)) ) ) ).
fof(a529726,axiom,
! [X] :
( frog_homeotic_gene_1(X)
=> ( original_name_2(X,'Frog-Homeotic-Gene')
& user_description_2(X,'Homeotic gene present in frogs.')
& concept2words_2(X,'frog homeotic gene')
& concept2words_2(X,'frog-homeotic-gene')
& vertebrate_homeotic_gene_1(X)
& animal_development_1(fn_frog_homeotic_gene_1(X))
& frog_1(fn_frog_homeotic_gene_2(X))
& animal_1(fn_animal_development_17(fn_frog_homeotic_gene_1(X)))
& agent_2(fn_frog_homeotic_gene_1(X),X)
& experiencer_2(fn_frog_homeotic_gene_1(X),fn_frog_homeotic_gene_2(X))
& fn_frog_homeotic_gene_1(X) = fn_vertebrate_homeotic_gene_20(X)
& fn_frog_homeotic_gene_2(X) = fn_animal_development_17(fn_frog_homeotic_gene_1(X)) ) ) ).
fof(a529727,axiom,
! [X] :
( frontal_lobe_1(X)
=> ( original_name_2(X,'Frontal-Lobe')
& user_description_2(X,'Anterior region of the cerebral cortex, respobsible for control of skeletal muscles, speech, and decision making.')
& concept2words_2(X,'lobe of frontal')
& concept2words_2(X,'frontal lobe')
& concept2words_2(X,'frontal-lobe')
& cerebral_cortex_1(X) ) ) ).
fof(a529728,axiom,
! [X] :
( frozen_cell_1(X)
=> ( original_name_2(X,'Frozen-Cell')
& user_description_2(X,'Cell which has been affected by low temperature to the point where membrane fluidity is lost and cellular transport ceases.')
& concept2words_2(X,'cell of frozen')
& concept2words_2(X,'frozen cell')
& concept2words_2(X,'frozen-cell')
& cell_state_1(X)
& extra_cellular_matrix_1(fn_frozen_cell_1(X))
& barrier_1(fn_frozen_cell_2(X))
& tangible_entity_1(fn_barrier_1(fn_frozen_cell_2(X)))
& is_outside_2(fn_frozen_cell_1(X),X)
& plays_2(X,fn_frozen_cell_2(X))
& X = fn_barrier_1(fn_frozen_cell_2(X)) ) ) ).
fof(a529729,axiom,
! [X] :
( fructose_1(X)
=> ( original_name_2(X,'Fructose')
& user_description_2(X,'Fructose, or fruit sugar, is a simple monosaccharide found in many foods. It is one of the three important dietary monosaccharides along with glucose and galactose.')
& concept2words_2(X,fructose)
& ketose_1(X)
& hexose_1(X)
& ~ glucose_1(X)
& glucose_1(fn_fructose_1(X))
& fructose_1(fn_glucose_3(fn_fructose_1(X)))
& has_isomer_2(X,fn_fructose_1(X))
& X = fn_glucose_3(fn_fructose_1(X)) ) ) ).
fof(a529730,axiom,
! [X] :
( fructose_1_comma_6_bisphosphate_1(X)
=> ( original_name_2(X,'Fructose-1,6-Bisphosphate')
& user_description_2(X,'An intermediate formed during the third step of glycolysis.')
& concept2words_2(X,'harden young ester')
& concept2words_2(X,'harden-young-ester')
& concept2words_2(X,'fructose 1, 6 bisphosphate')
& concept2words_2(X,'fructose 1,6 bisphosphate')
& concept2words_2(X,'fructose-1,6-bisphosphate')
& phosphorylated_intermediate_1(X)
& end_1(fn_fructose_1_comma_6_bisphosphate_1(X))
& end_1(fn_fructose_1_comma_6_bisphosphate_2(X))
& add_1(fn_fructose_1_comma_6_bisphosphate_3(X))
& system_1(fn_fructose_1_comma_6_bisphosphate_4(X))
& electronegativity_value_1(fn_fructose_1_comma_6_bisphosphate_5(X))
& unequal_sharing_1(fn_fructose_1_comma_6_bisphosphate_7(X))
& electron_1(fn_fructose_1_comma_6_bisphosphate_8(X))
& valence_electron_1(fn_fructose_1_comma_6_bisphosphate_8(X))
& hold_together_1(fn_fructose_1_comma_6_bisphosphate_9(X))
& share_1(fn_fructose_1_comma_6_bisphosphate_10(X))
& share_1(fn_fructose_1_comma_6_bisphosphate_11(X))
& electron_1(fn_fructose_1_comma_6_bisphosphate_12(X))
& valence_electron_1(fn_fructose_1_comma_6_bisphosphate_12(X))
& electron_1(fn_fructose_1_comma_6_bisphosphate_13(X))
& valence_electron_1(fn_fructose_1_comma_6_bisphosphate_13(X))
& unequal_sharing_1(fn_fructose_1_comma_6_bisphosphate_14(X))
& hold_together_1(fn_fructose_1_comma_6_bisphosphate_15(X))
& electronegativity_value_1(fn_fructose_1_comma_6_bisphosphate_17(X))
& hydroxyl_group_1(fn_fructose_1_comma_6_bisphosphate_18(X))
& carbonyl_group_1(fn_fructose_1_comma_6_bisphosphate_19(X))
& entity_1(fn_fructose_1_comma_6_bisphosphate_20(X))
& chemical_entity_1(fn_fructose_1_comma_6_bisphosphate_20(X))
& atom_1(fn_fructose_1_comma_6_bisphosphate_20(X))
& hydrogen_1(fn_fructose_1_comma_6_bisphosphate_20(X))
& entity_1(fn_fructose_1_comma_6_bisphosphate_21(X))
& chemical_entity_1(fn_fructose_1_comma_6_bisphosphate_21(X))
& atom_1(fn_fructose_1_comma_6_bisphosphate_21(X))
& carbon_1(fn_fructose_1_comma_6_bisphosphate_21(X))
& chemical_bond_1(fn_fructose_1_comma_6_bisphosphate_22(X))
& polar_covalent_bond_1(fn_fructose_1_comma_6_bisphosphate_22(X))
& electronegativity_value_1(fn_fructose_1_comma_6_bisphosphate_23(X))
& phosphorylation_1(fn_fructose_1_comma_6_bisphosphate_24(X))
& organic_molecule_1(fn_fructose_1_comma_6_bisphosphate_25(X))
& spatial_entity_1(fn_fructose_1_comma_6_bisphosphate_26(X))
& functional_group_1(fn_fructose_1_comma_6_bisphosphate_26(X))
& phosphate_group_1(fn_fructose_1_comma_6_bisphosphate_26(X))
& attach_1(fn_fructose_1_comma_6_bisphosphate_27(X))
& functional_group_1(fn_fructose_1_comma_6_bisphosphate_28(X))
& phosphate_group_1(fn_fructose_1_comma_6_bisphosphate_28(X))
& covalent_bond_1(fn_fructose_1_comma_6_bisphosphate_29(X))
& single_bond_1(fn_fructose_1_comma_6_bisphosphate_29(X))
& covalent_bond_1(fn_fructose_1_comma_6_bisphosphate_30(X))
& double_bond_1(fn_fructose_1_comma_6_bisphosphate_30(X))
& phosphorus_1(fn_fructose_1_comma_6_bisphosphate_31(X))
& entity_1(fn_fructose_1_comma_6_bisphosphate_32(X))
& chemical_entity_1(fn_fructose_1_comma_6_bisphosphate_32(X))
& atom_1(fn_fructose_1_comma_6_bisphosphate_32(X))
& carbon_1(fn_fructose_1_comma_6_bisphosphate_32(X))
& carbon_skeleton_1(fn_fructose_1_comma_6_bisphosphate_33(X))
& electronegativity_value_1(fn_fructose_1_comma_6_bisphosphate_35(X))
& atomic_number_value_1(fn_fructose_1_comma_6_bisphosphate_36(X))
& entity_1(fn_fructose_1_comma_6_bisphosphate_37(X))
& chemical_entity_1(fn_fructose_1_comma_6_bisphosphate_37(X))
& atom_1(fn_fructose_1_comma_6_bisphosphate_37(X))
& oxygen_1(fn_fructose_1_comma_6_bisphosphate_37(X))
& entity_1(fn_fructose_1_comma_6_bisphosphate_38(X))
& chemical_entity_1(fn_fructose_1_comma_6_bisphosphate_38(X))
& atom_1(fn_fructose_1_comma_6_bisphosphate_38(X))
& oxygen_1(fn_fructose_1_comma_6_bisphosphate_38(X))
& center_1(fn_fructose_1_comma_6_bisphosphate_41(X))
& atomic_nucleus_1(fn_fructose_1_comma_6_bisphosphate_42(X))
& first_electron_shell_1(fn_fructose_1_comma_6_bisphosphate_43(X))
& electron_shell_1(fn_fructose_1_comma_6_bisphosphate_44(X))
& center_1(fn_fructose_1_comma_6_bisphosphate_45(X))
& atomic_nucleus_1(fn_fructose_1_comma_6_bisphosphate_46(X))
& electronegativity_value_1(fn_fructose_1_comma_6_bisphosphate_47(X))
& proton_1(fn_fructose_1_comma_6_bisphosphate_48(X))
& quantity_value_1(fn_fructose_1_comma_6_bisphosphate_49(X))
& speed_value_1(fn_fructose_1_comma_6_bisphosphate_50(X))
& constant_motion_1(fn_fructose_1_comma_6_bisphosphate_51(X))
& kinetic_energy_1(fn_fructose_1_comma_6_bisphosphate_52(X))
& electron_shell_1(fn_covalent_bond_12(fn_fructose_1_comma_6_bisphosphate_30(X)))
& property_node_1(fn_polar_covalent_bond_4(fn_fructose_1_comma_6_bisphosphate_22(X)))
& property_node_1(fn_polar_covalent_bond_3(fn_fructose_1_comma_6_bisphosphate_22(X)))
& electronegativity_value_1(fn_polar_covalent_bond_2(fn_fructose_1_comma_6_bisphosphate_22(X)))
& electronegativity_value_1(fn_polar_covalent_bond_1(fn_fructose_1_comma_6_bisphosphate_22(X)))
& center_1(fn_phosphate_group_10(fn_fructose_1_comma_6_bisphosphate_28(X)))
& property_node_1(fn_phosphate_group_26(fn_fructose_1_comma_6_bisphosphate_28(X)))
& single_bond_1(fn_phosphate_group_37(fn_fructose_1_comma_6_bisphosphate_28(X)))
& property_node_1(fn_carbonyl_group_2(fn_fructose_1_comma_6_bisphosphate_19(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_fructose_1_comma_6_bisphosphate_22(X)))
& electron_shell_1(fn_covalent_bond_11(fn_fructose_1_comma_6_bisphosphate_30(X)))
& electron_shell_1(fn_covalent_bond_12(fn_fructose_1_comma_6_bisphosphate_29(X)))
& proton_1(fn_polar_covalent_bond_5(fn_fructose_1_comma_6_bisphosphate_22(X)))
& proton_1(fn_covalent_bond_4(fn_fructose_1_comma_6_bisphosphate_29(X)))
& electronegativity_value_1(fn_oxygen_5(fn_fructose_1_comma_6_bisphosphate_38(X)))
& electronegativity_value_1(fn_phosphate_group_25(fn_fructose_1_comma_6_bisphosphate_28(X)))
& atomic_number_value_1(fn_covalent_bond_6(fn_fructose_1_comma_6_bisphosphate_30(X)))
& atomic_number_value_1(fn_oxygen_17(fn_fructose_1_comma_6_bisphosphate_38(X)))
& atomic_number_value_1(fn_carbonyl_group_12(fn_fructose_1_comma_6_bisphosphate_19(X)))
& share_1(fn_covalent_bond_17(fn_fructose_1_comma_6_bisphosphate_29(X)))
& share_1(fn_covalent_bond_17(fn_fructose_1_comma_6_bisphosphate_30(X)))
& share_1(fn_phosphate_group_39(fn_fructose_1_comma_6_bisphosphate_28(X)))
& share_1(fn_carbonyl_group_5(fn_fructose_1_comma_6_bisphosphate_19(X)))
& hold_together_1(fn_covalent_bond_14(fn_fructose_1_comma_6_bisphosphate_29(X)))
& hold_together_1(fn_covalent_bond_14(fn_fructose_1_comma_6_bisphosphate_30(X)))
& hold_together_1(fn_carbonyl_group_10(fn_fructose_1_comma_6_bisphosphate_19(X)))
& double_bond_1(fn_phosphate_group_41(fn_fructose_1_comma_6_bisphosphate_28(X)))
& double_bond_1(fn_carbonyl_group_8(fn_fructose_1_comma_6_bisphosphate_19(X)))
& entity_1(fn_covalent_bond_20(fn_fructose_1_comma_6_bisphosphate_29(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_fructose_1_comma_6_bisphosphate_29(X)))
& atom_1(fn_covalent_bond_20(fn_fructose_1_comma_6_bisphosphate_29(X)))
& entity_1(fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_29(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_29(X)))
& atom_1(fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_29(X)))
& spatial_entity_1(fn_attach_1(fn_fructose_1_comma_6_bisphosphate_27(X)))
& phosphorus_1(fn_phosphate_group_6(fn_fructose_1_comma_6_bisphosphate_28(X)))
& entity_1(fn_covalent_bond_20(fn_fructose_1_comma_6_bisphosphate_30(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_fructose_1_comma_6_bisphosphate_30(X)))
& atom_1(fn_covalent_bond_20(fn_fructose_1_comma_6_bisphosphate_30(X)))
& entity_1(fn_polar_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_22(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_22(X)))
& atom_1(fn_polar_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_22(X)))
& entity_1(fn_carbonyl_group_7(fn_fructose_1_comma_6_bisphosphate_19(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_fructose_1_comma_6_bisphosphate_19(X)))
& atom_1(fn_carbonyl_group_7(fn_fructose_1_comma_6_bisphosphate_19(X)))
& carbon_1(fn_carbonyl_group_7(fn_fructose_1_comma_6_bisphosphate_19(X)))
& atomic_nucleus_1(fn_phosphate_group_11(fn_fructose_1_comma_6_bisphosphate_28(X)))
& atomic_nucleus_1(fn_hydroxyl_group_9(fn_fructose_1_comma_6_bisphosphate_18(X)))
& oxygen_1(fn_phosphate_group_5(fn_fructose_1_comma_6_bisphosphate_28(X)))
& entity_1(fn_phosphate_group_5(fn_fructose_1_comma_6_bisphosphate_28(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_fructose_1_comma_6_bisphosphate_28(X)))
& atom_1(fn_phosphate_group_5(fn_fructose_1_comma_6_bisphosphate_28(X)))
& entity_1(fn_phosphate_group_22(fn_fructose_1_comma_6_bisphosphate_28(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_fructose_1_comma_6_bisphosphate_28(X)))
& atom_1(fn_phosphate_group_22(fn_fructose_1_comma_6_bisphosphate_28(X)))
& oxygen_1(fn_phosphate_group_22(fn_fructose_1_comma_6_bisphosphate_28(X)))
& oxygen_1(fn_carbonyl_group_9(fn_fructose_1_comma_6_bisphosphate_19(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_fructose_1_comma_6_bisphosphate_18(X)))
& entity_1(fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_30(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_30(X)))
& atom_1(fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_30(X)))
& entity_1(fn_polar_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_22(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_22(X)))
& atom_1(fn_polar_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_22(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_fructose_1_comma_6_bisphosphate_18(X)))
& center_1(fn_covalent_bond_23(fn_fructose_1_comma_6_bisphosphate_29(X)))
& center_1(fn_covalent_bond_21(fn_fructose_1_comma_6_bisphosphate_29(X)))
& center_1(fn_polar_covalent_bond_23(fn_fructose_1_comma_6_bisphosphate_22(X)))
& valence_electron_1(fn_covalent_bond_15(fn_fructose_1_comma_6_bisphosphate_30(X)))
& valence_electron_1(fn_carbonyl_group_4(fn_fructose_1_comma_6_bisphosphate_19(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_fructose_1_comma_6_bisphosphate_29(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_13(fn_fructose_1_comma_6_bisphosphate_22(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_fructose_1_comma_6_bisphosphate_29(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_14(fn_fructose_1_comma_6_bisphosphate_22(X)))
& valence_electron_1(fn_covalent_bond_15(fn_fructose_1_comma_6_bisphosphate_29(X)))
& valence_electron_1(fn_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_29(X)))
& valence_electron_1(fn_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_30(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_fructose_1_comma_6_bisphosphate_22(X)))
& valence_electron_1(fn_carbonyl_group_6(fn_fructose_1_comma_6_bisphosphate_19(X)))
& electron_1(fn_hydroxyl_group_8(fn_fructose_1_comma_6_bisphosphate_18(X)))
& valence_electron_1(fn_hydroxyl_group_8(fn_fructose_1_comma_6_bisphosphate_18(X)))
& electron_1(fn_polar_covalent_bond_11(fn_fructose_1_comma_6_bisphosphate_22(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_fructose_1_comma_6_bisphosphate_22(X)))
& unequal_sharing_1(fn_hydroxyl_group_5(fn_fructose_1_comma_6_bisphosphate_18(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_fructose_1_comma_6_bisphosphate_22(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_fructose_1_comma_6_bisphosphate_18(X)))
& chemical_entity_1(fn_functional_group_1(fn_fructose_1_comma_6_bisphosphate_19(X)))
& chemical_entity_1(fn_functional_group_1(fn_fructose_1_comma_6_bisphosphate_18(X)))
& chemical_entity_1(fn_functional_group_1(fn_fructose_1_comma_6_bisphosphate_28(X)))
& the_cardinal_value_2(fn_fructose_1_comma_6_bisphosphate_47(X),"3.44")
& cardinal_unit_class_2(fn_fructose_1_comma_6_bisphosphate_47(X),unity_0)
& fn_fructose_1_comma_6_bisphosphate_38(X) != fn_fructose_1_comma_6_bisphosphate_32(X)
& is_inside_2(fn_fructose_1_comma_6_bisphosphate_38(X),fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_fructose_1_comma_6_bisphosphate_37(X) != fn_fructose_1_comma_6_bisphosphate_20(X)
& is_inside_2(fn_fructose_1_comma_6_bisphosphate_37(X),fn_fructose_1_comma_6_bisphosphate_18(X))
& fn_fructose_1_comma_6_bisphosphate_35(X) != fn_fructose_1_comma_6_bisphosphate_23(X)
& fn_fructose_1_comma_6_bisphosphate_32(X) != fn_fructose_1_comma_6_bisphosphate_38(X)
& is_inside_2(fn_fructose_1_comma_6_bisphosphate_32(X),fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_fructose_1_comma_6_bisphosphate_28(X) != fn_fructose_1_comma_6_bisphosphate_26(X)
& is_at_2(fn_fructose_1_comma_6_bisphosphate_28(X),fn_fructose_1_comma_6_bisphosphate_1(X))
& is_at_2(fn_fructose_1_comma_6_bisphosphate_28(X),fn_fructose_1_comma_6_bisphosphate_2(X))
& fn_fructose_1_comma_6_bisphosphate_26(X) != fn_fructose_1_comma_6_bisphosphate_28(X)
& possesses_2(X,fn_fructose_1_comma_6_bisphosphate_29(X))
& possesses_2(X,fn_fructose_1_comma_6_bisphosphate_30(X))
& has_region_2(X,fn_fructose_1_comma_6_bisphosphate_1(X))
& has_region_2(X,fn_fructose_1_comma_6_bisphosphate_2(X))
& has_part_2(X,fn_fructose_1_comma_6_bisphosphate_20(X))
& is_opposite_2(fn_fructose_1_comma_6_bisphosphate_1(X),fn_fructose_1_comma_6_bisphosphate_2(X))
& is_opposite_2(fn_fructose_1_comma_6_bisphosphate_2(X),fn_fructose_1_comma_6_bisphosphate_1(X))
& result_2(fn_fructose_1_comma_6_bisphosphate_3(X),X)
& the_cardinal_value_2(fn_fructose_1_comma_6_bisphosphate_5(X),"3.44")
& cardinal_unit_class_2(fn_fructose_1_comma_6_bisphosphate_5(X),unity_0)
& fn_fructose_1_comma_6_bisphosphate_5(X) != fn_fructose_1_comma_6_bisphosphate_23(X)
& the_cardinal_value_2(fn_fructose_1_comma_6_bisphosphate_23(X),"2.1")
& cardinal_unit_class_2(fn_fructose_1_comma_6_bisphosphate_23(X),unity_0)
& fn_fructose_1_comma_6_bisphosphate_23(X) != fn_fructose_1_comma_6_bisphosphate_5(X)
& fn_fructose_1_comma_6_bisphosphate_23(X) != fn_fructose_1_comma_6_bisphosphate_35(X)
& fn_fructose_1_comma_6_bisphosphate_20(X) != fn_fructose_1_comma_6_bisphosphate_37(X)
& the_cardinal_value_2(fn_fructose_1_comma_6_bisphosphate_17(X),"3.44")
& cardinal_unit_class_2(fn_fructose_1_comma_6_bisphosphate_17(X),unity_0)
& object_2(fn_fructose_1_comma_6_bisphosphate_27(X),fn_fructose_1_comma_6_bisphosphate_26(X))
& possesses_2(X,fn_fructose_1_comma_6_bisphosphate_22(X))
& is_between_2(fn_fructose_1_comma_6_bisphosphate_22(X),fn_fructose_1_comma_6_bisphosphate_21(X))
& the_cardinal_value_2(fn_fructose_1_comma_6_bisphosphate_35(X),"3.44")
& cardinal_unit_class_2(fn_fructose_1_comma_6_bisphosphate_35(X),unity_0)
& has_region_2(X,fn_fructose_1_comma_6_bisphosphate_19(X))
& atomic_number_2(fn_fructose_1_comma_6_bisphosphate_38(X),fn_fructose_1_comma_6_bisphosphate_36(X))
& has_region_2(X,fn_fructose_1_comma_6_bisphosphate_18(X))
& has_region_2(X,fn_fructose_1_comma_6_bisphosphate_28(X))
& has_part_2(X,fn_fructose_1_comma_6_bisphosphate_21(X))
& is_inside_2(fn_fructose_1_comma_6_bisphosphate_21(X),fn_fructose_1_comma_6_bisphosphate_33(X))
& has_state_2(fn_fructose_1_comma_6_bisphosphate_25(X),X)
& raw_material_2(fn_fructose_1_comma_6_bisphosphate_24(X),fn_fructose_1_comma_6_bisphosphate_25(X))
& agent_2(fn_fructose_1_comma_6_bisphosphate_10(X),fn_fructose_1_comma_6_bisphosphate_32(X))
& is_between_2(fn_fructose_1_comma_6_bisphosphate_30(X),fn_fructose_1_comma_6_bisphosphate_32(X))
& fn_fructose_1_comma_6_bisphosphate_32(X) != fn_fructose_1_comma_6_bisphosphate_21(X)
& fn_fructose_1_comma_6_bisphosphate_21(X) != fn_fructose_1_comma_6_bisphosphate_20(X)
& has_region_2(fn_fructose_1_comma_6_bisphosphate_20(X),fn_fructose_1_comma_6_bisphosphate_43(X))
& fn_fructose_1_comma_6_bisphosphate_43(X) != fn_fructose_1_comma_6_bisphosphate_44(X)
& fn_fructose_1_comma_6_bisphosphate_21(X) != fn_fructose_1_comma_6_bisphosphate_32(X)
& fn_fructose_1_comma_6_bisphosphate_20(X) != fn_fructose_1_comma_6_bisphosphate_21(X)
& fn_fructose_1_comma_6_bisphosphate_44(X) != fn_fructose_1_comma_6_bisphosphate_43(X)
& object_2(fn_fructose_1_comma_6_bisphosphate_15(X),fn_fructose_1_comma_6_bisphosphate_37(X))
& is_between_2(fn_fructose_1_comma_6_bisphosphate_22(X),fn_fructose_1_comma_6_bisphosphate_37(X))
& agent_2(fn_fructose_1_comma_6_bisphosphate_14(X),fn_fructose_1_comma_6_bisphosphate_37(X))
& electronegativity_2(fn_fructose_1_comma_6_bisphosphate_37(X),fn_fructose_1_comma_6_bisphosphate_47(X))
& fn_fructose_1_comma_6_bisphosphate_23(X) != fn_fructose_1_comma_6_bisphosphate_47(X)
& fn_fructose_1_comma_6_bisphosphate_47(X) != fn_fructose_1_comma_6_bisphosphate_23(X)
& fn_fructose_1_comma_6_bisphosphate_32(X) != fn_fructose_1_comma_6_bisphosphate_37(X)
& fn_fructose_1_comma_6_bisphosphate_37(X) != fn_fructose_1_comma_6_bisphosphate_32(X)
& object_2(fn_fructose_1_comma_6_bisphosphate_11(X),fn_fructose_1_comma_6_bisphosphate_12(X))
& object_2(fn_fructose_1_comma_6_bisphosphate_9(X),fn_fructose_1_comma_6_bisphosphate_37(X))
& has_region_2(fn_fructose_1_comma_6_bisphosphate_37(X),fn_fructose_1_comma_6_bisphosphate_44(X))
& agent_2(fn_fructose_1_comma_6_bisphosphate_11(X),fn_fructose_1_comma_6_bisphosphate_37(X))
& object_2(fn_fructose_1_comma_6_bisphosphate_11(X),fn_fructose_1_comma_6_bisphosphate_13(X))
& is_between_2(fn_fructose_1_comma_6_bisphosphate_29(X),fn_fructose_1_comma_6_bisphosphate_37(X))
& has_part_2(fn_fructose_1_comma_6_bisphosphate_37(X),fn_fructose_1_comma_6_bisphosphate_48(X))
& is_inside_2(fn_fructose_1_comma_6_bisphosphate_48(X),fn_fructose_1_comma_6_bisphosphate_46(X))
& has_region_2(fn_fructose_1_comma_6_bisphosphate_37(X),fn_fructose_1_comma_6_bisphosphate_46(X))
& has_region_2(fn_fructose_1_comma_6_bisphosphate_37(X),fn_fructose_1_comma_6_bisphosphate_45(X))
& object_2(fn_fructose_1_comma_6_bisphosphate_15(X),fn_fructose_1_comma_6_bisphosphate_20(X))
& agent_2(fn_fructose_1_comma_6_bisphosphate_14(X),fn_fructose_1_comma_6_bisphosphate_20(X))
& is_between_2(fn_fructose_1_comma_6_bisphosphate_22(X),fn_fructose_1_comma_6_bisphosphate_32(X))
& fn_fructose_1_comma_6_bisphosphate_32(X) != fn_fructose_1_comma_6_bisphosphate_20(X)
& electronegativity_2(fn_fructose_1_comma_6_bisphosphate_20(X),fn_fructose_1_comma_6_bisphosphate_23(X))
& fn_fructose_1_comma_6_bisphosphate_20(X) != fn_fructose_1_comma_6_bisphosphate_32(X)
& fn_fructose_1_comma_6_bisphosphate_17(X) != fn_fructose_1_comma_6_bisphosphate_23(X)
& fn_fructose_1_comma_6_bisphosphate_23(X) != fn_fructose_1_comma_6_bisphosphate_17(X)
& result_2(fn_fructose_1_comma_6_bisphosphate_10(X),fn_fructose_1_comma_6_bisphosphate_30(X))
& is_between_2(fn_fructose_1_comma_6_bisphosphate_30(X),fn_fructose_1_comma_6_bisphosphate_31(X))
& is_between_2(fn_fructose_1_comma_6_bisphosphate_30(X),fn_fructose_1_comma_6_bisphosphate_38(X))
& has_region_2(fn_fructose_1_comma_6_bisphosphate_38(X),fn_fructose_1_comma_6_bisphosphate_41(X))
& is_at_2(fn_fructose_1_comma_6_bisphosphate_42(X),fn_fructose_1_comma_6_bisphosphate_41(X))
& is_inside_2(fn_fructose_1_comma_6_bisphosphate_31(X),fn_fructose_1_comma_6_bisphosphate_28(X))
& is_between_2(fn_fructose_1_comma_6_bisphosphate_29(X),fn_fructose_1_comma_6_bisphosphate_31(X))
& is_between_2(fn_fructose_1_comma_6_bisphosphate_29(X),fn_fructose_1_comma_6_bisphosphate_38(X))
& electronegativity_2(fn_fructose_1_comma_6_bisphosphate_38(X),fn_fructose_1_comma_6_bisphosphate_35(X))
& object_2(fn_fructose_1_comma_6_bisphosphate_10(X),fn_fructose_1_comma_6_bisphosphate_12(X))
& the_cardinal_value_2(fn_fructose_1_comma_6_bisphosphate_36(X),"6")
& cardinal_unit_class_2(fn_fructose_1_comma_6_bisphosphate_36(X),unity_0)
& agent_2(fn_fructose_1_comma_6_bisphosphate_9(X),fn_fructose_1_comma_6_bisphosphate_30(X))
& result_2(fn_fructose_1_comma_6_bisphosphate_11(X),fn_fructose_1_comma_6_bisphosphate_30(X))
& agent_2(fn_fructose_1_comma_6_bisphosphate_11(X),fn_fructose_1_comma_6_bisphosphate_32(X))
& atomic_number_2(fn_fructose_1_comma_6_bisphosphate_32(X),fn_fructose_1_comma_6_bisphosphate_36(X))
& called_2(fn_fructose_1_comma_6_bisphosphate_36(X),'Atomic_Number')
& is_inside_2(fn_fructose_1_comma_6_bisphosphate_37(X),fn_fructose_1_comma_6_bisphosphate_19(X))
& has_part_2(fn_fructose_1_comma_6_bisphosphate_37(X),fn_fructose_1_comma_6_bisphosphate_13(X))
& object_2(fn_fructose_1_comma_6_bisphosphate_10(X),fn_fructose_1_comma_6_bisphosphate_13(X))
& agent_2(fn_fructose_1_comma_6_bisphosphate_10(X),fn_fructose_1_comma_6_bisphosphate_37(X))
& is_between_2(fn_fructose_1_comma_6_bisphosphate_30(X),fn_fructose_1_comma_6_bisphosphate_37(X))
& object_2(fn_fructose_1_comma_6_bisphosphate_9(X),fn_fructose_1_comma_6_bisphosphate_38(X))
& object_2(fn_fructose_1_comma_6_bisphosphate_9(X),fn_fructose_1_comma_6_bisphosphate_32(X))
& has_part_2(fn_fructose_1_comma_6_bisphosphate_32(X),fn_fructose_1_comma_6_bisphosphate_12(X))
& fn_fructose_1_comma_6_bisphosphate_8(X) != fn_fructose_1_comma_6_bisphosphate_12(X)
& fn_fructose_1_comma_6_bisphosphate_12(X) != fn_fructose_1_comma_6_bisphosphate_8(X)
& is_inside_2(fn_fructose_1_comma_6_bisphosphate_21(X),fn_fructose_1_comma_6_bisphosphate_19(X))
& is_between_2(fn_fructose_1_comma_6_bisphosphate_30(X),fn_fructose_1_comma_6_bisphosphate_21(X))
& has_function_2(fn_fructose_1_comma_6_bisphosphate_30(X),fn_fructose_1_comma_6_bisphosphate_9(X))
& fn_fructose_1_comma_6_bisphosphate_38(X) != fn_fructose_1_comma_6_bisphosphate_21(X)
& fn_fructose_1_comma_6_bisphosphate_21(X) != fn_fructose_1_comma_6_bisphosphate_38(X)
& result_2(fn_fructose_1_comma_6_bisphosphate_24(X),X)
& fn_fructose_1_comma_6_bisphosphate_37(X) != fn_fructose_1_comma_6_bisphosphate_38(X)
& fn_fructose_1_comma_6_bisphosphate_38(X) != fn_fructose_1_comma_6_bisphosphate_37(X)
& fn_fructose_1_comma_6_bisphosphate_37(X) != fn_fructose_1_comma_6_bisphosphate_31(X)
& fn_fructose_1_comma_6_bisphosphate_37(X) != fn_fructose_1_comma_6_bisphosphate_21(X)
& fn_fructose_1_comma_6_bisphosphate_21(X) != fn_fructose_1_comma_6_bisphosphate_37(X)
& fn_fructose_1_comma_6_bisphosphate_31(X) != fn_fructose_1_comma_6_bisphosphate_37(X)
& fn_fructose_1_comma_6_bisphosphate_38(X) != fn_fructose_1_comma_6_bisphosphate_31(X)
& fn_fructose_1_comma_6_bisphosphate_31(X) != fn_fructose_1_comma_6_bisphosphate_38(X)
& object_2(fn_fructose_1_comma_6_bisphosphate_51(X),X)
& speed_2(fn_fructose_1_comma_6_bisphosphate_51(X),fn_fructose_1_comma_6_bisphosphate_50(X))
& directly_proportional_2(fn_fructose_1_comma_6_bisphosphate_50(X),fn_fructose_1_comma_6_bisphosphate_49(X))
& quantity_2(fn_fructose_1_comma_6_bisphosphate_52(X),fn_fructose_1_comma_6_bisphosphate_49(X))
& possesses_2(X,fn_fructose_1_comma_6_bisphosphate_52(X))
& has_part_2(X,fn_fructose_1_comma_6_bisphosphate_38(X))
& is_inside_2(fn_fructose_1_comma_6_bisphosphate_38(X),fn_fructose_1_comma_6_bisphosphate_26(X))
& has_region_2(X,fn_fructose_1_comma_6_bisphosphate_26(X))
& has_part_2(X,fn_fructose_1_comma_6_bisphosphate_37(X))
& is_inside_2(fn_fructose_1_comma_6_bisphosphate_37(X),fn_fructose_1_comma_6_bisphosphate_26(X))
& has_part_2(X,fn_fructose_1_comma_6_bisphosphate_32(X))
& is_inside_2(fn_fructose_1_comma_6_bisphosphate_32(X),fn_fructose_1_comma_6_bisphosphate_33(X))
& has_region_2(X,fn_fructose_1_comma_6_bisphosphate_33(X))
& has_part_2(X,fn_fructose_1_comma_6_bisphosphate_31(X))
& is_inside_2(fn_fructose_1_comma_6_bisphosphate_31(X),fn_fructose_1_comma_6_bisphosphate_26(X))
& has_part_2(fn_fructose_1_comma_6_bisphosphate_38(X),fn_fructose_1_comma_6_bisphosphate_8(X))
& has_region_2(fn_fructose_1_comma_6_bisphosphate_38(X),fn_fructose_1_comma_6_bisphosphate_42(X))
& result_2(fn_fructose_1_comma_6_bisphosphate_14(X),fn_fructose_1_comma_6_bisphosphate_22(X))
& is_inside_2(fn_fructose_1_comma_6_bisphosphate_38(X),fn_fructose_1_comma_6_bisphosphate_18(X))
& is_between_2(fn_fructose_1_comma_6_bisphosphate_22(X),fn_fructose_1_comma_6_bisphosphate_38(X))
& is_between_2(fn_fructose_1_comma_6_bisphosphate_22(X),fn_fructose_1_comma_6_bisphosphate_20(X))
& is_inside_2(fn_fructose_1_comma_6_bisphosphate_20(X),fn_fructose_1_comma_6_bisphosphate_18(X))
& agent_2(fn_fructose_1_comma_6_bisphosphate_7(X),fn_fructose_1_comma_6_bisphosphate_20(X))
& agent_2(fn_fructose_1_comma_6_bisphosphate_7(X),fn_fructose_1_comma_6_bisphosphate_38(X))
& fn_fructose_1_comma_6_bisphosphate_38(X) != fn_fructose_1_comma_6_bisphosphate_20(X)
& fn_fructose_1_comma_6_bisphosphate_20(X) != fn_fructose_1_comma_6_bisphosphate_38(X)
& is_at_2(fn_fructose_1_comma_6_bisphosphate_46(X),fn_fructose_1_comma_6_bisphosphate_45(X))
& object_2(fn_fructose_1_comma_6_bisphosphate_14(X),fn_fructose_1_comma_6_bisphosphate_13(X))
& fn_fructose_1_comma_6_bisphosphate_13(X) != fn_fructose_1_comma_6_bisphosphate_12(X)
& is_near_2(fn_fructose_1_comma_6_bisphosphate_13(X),fn_fructose_1_comma_6_bisphosphate_46(X))
& is_near_2(fn_fructose_1_comma_6_bisphosphate_46(X),fn_fructose_1_comma_6_bisphosphate_13(X))
& fn_fructose_1_comma_6_bisphosphate_12(X) != fn_fructose_1_comma_6_bisphosphate_13(X)
& has_function_2(fn_fructose_1_comma_6_bisphosphate_22(X),fn_fructose_1_comma_6_bisphosphate_15(X))
& agent_2(fn_fructose_1_comma_6_bisphosphate_15(X),fn_fructose_1_comma_6_bisphosphate_22(X))
& result_2(fn_fructose_1_comma_6_bisphosphate_7(X),fn_fructose_1_comma_6_bisphosphate_22(X))
& object_2(fn_fructose_1_comma_6_bisphosphate_7(X),fn_fructose_1_comma_6_bisphosphate_8(X))
& fn_fructose_1_comma_6_bisphosphate_8(X) != fn_fructose_1_comma_6_bisphosphate_13(X)
& fn_fructose_1_comma_6_bisphosphate_13(X) != fn_fructose_1_comma_6_bisphosphate_8(X)
& fn_fructose_1_comma_6_bisphosphate_26(X) = fn_attach_1(fn_fructose_1_comma_6_bisphosphate_27(X))
& fn_fructose_1_comma_6_bisphosphate_21(X) = fn_molecule_11(X)
& fn_fructose_1_comma_6_bisphosphate_22(X) = fn_molecule_10(X)
& X = fn_functional_group_1(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_fructose_1_comma_6_bisphosphate_36(X) = fn_oxygen_17(fn_fructose_1_comma_6_bisphosphate_38(X))
& X = fn_functional_group_1(fn_fructose_1_comma_6_bisphosphate_18(X))
& X = fn_functional_group_1(fn_fructose_1_comma_6_bisphosphate_28(X))
& fn_fructose_1_comma_6_bisphosphate_28(X) = fn_phosphorylated_intermediate_11(X)
& fn_fructose_1_comma_6_bisphosphate_25(X) = fn_phosphorylated_intermediate_1(X)
& fn_fructose_1_comma_6_bisphosphate_44(X) = fn_covalent_bond_11(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_fructose_1_comma_6_bisphosphate_43(X) = fn_covalent_bond_12(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_fructose_1_comma_6_bisphosphate_20(X) = fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_fructose_1_comma_6_bisphosphate_21(X) = fn_covalent_bond_20(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_fructose_1_comma_6_bisphosphate_32(X) = fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_fructose_1_comma_6_bisphosphate_55(X) = fn_polar_covalent_bond_3(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_fructose_1_comma_6_bisphosphate_47(X) = fn_polar_covalent_bond_2(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_fructose_1_comma_6_bisphosphate_12(X) = fn_covalent_bond_15(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_fructose_1_comma_6_bisphosphate_9(X) = fn_covalent_bond_14(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_fructose_1_comma_6_bisphosphate_44(X) = fn_covalent_bond_12(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_fructose_1_comma_6_bisphosphate_13(X) = fn_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_fructose_1_comma_6_bisphosphate_11(X) = fn_covalent_bond_17(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_fructose_1_comma_6_bisphosphate_45(X) = fn_covalent_bond_21(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_fructose_1_comma_6_bisphosphate_46(X) = fn_covalent_bond_22(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_fructose_1_comma_6_bisphosphate_37(X) = fn_polar_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_fructose_1_comma_6_bisphosphate_48(X) = fn_polar_covalent_bond_5(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_fructose_1_comma_6_bisphosphate_48(X) = fn_covalent_bond_4(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_fructose_1_comma_6_bisphosphate_37(X) = fn_covalent_bond_20(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_fructose_1_comma_6_bisphosphate_37(X) = fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_fructose_1_comma_6_bisphosphate_16(X) = fn_polar_covalent_bond_4(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_fructose_1_comma_6_bisphosphate_34(X) = fn_polar_covalent_bond_3(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_fructose_1_comma_6_bisphosphate_17(X) = fn_polar_covalent_bond_2(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_fructose_1_comma_6_bisphosphate_23(X) = fn_polar_covalent_bond_1(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_fructose_1_comma_6_bisphosphate_20(X) = fn_polar_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_fructose_1_comma_6_bisphosphate_32(X) = fn_polar_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_fructose_1_comma_6_bisphosphate_32(X) = fn_polar_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_fructose_1_comma_6_bisphosphate_10(X) = fn_phosphate_group_39(fn_fructose_1_comma_6_bisphosphate_28(X))
& fn_fructose_1_comma_6_bisphosphate_42(X) = fn_phosphate_group_11(fn_fructose_1_comma_6_bisphosphate_28(X))
& fn_fructose_1_comma_6_bisphosphate_41(X) = fn_phosphate_group_10(fn_fructose_1_comma_6_bisphosphate_28(X))
& fn_fructose_1_comma_6_bisphosphate_38(X) = fn_phosphate_group_5(fn_fructose_1_comma_6_bisphosphate_28(X))
& fn_fructose_1_comma_6_bisphosphate_30(X) = fn_phosphate_group_41(fn_fructose_1_comma_6_bisphosphate_28(X))
& fn_fructose_1_comma_6_bisphosphate_40(X) = fn_phosphate_group_26(fn_fructose_1_comma_6_bisphosphate_28(X))
& fn_fructose_1_comma_6_bisphosphate_35(X) = fn_oxygen_5(fn_fructose_1_comma_6_bisphosphate_38(X))
& fn_fructose_1_comma_6_bisphosphate_35(X) = fn_phosphate_group_25(fn_fructose_1_comma_6_bisphosphate_28(X))
& fn_fructose_1_comma_6_bisphosphate_38(X) = fn_phosphate_group_22(fn_fructose_1_comma_6_bisphosphate_28(X))
& fn_fructose_1_comma_6_bisphosphate_29(X) = fn_phosphate_group_37(fn_fructose_1_comma_6_bisphosphate_28(X))
& fn_fructose_1_comma_6_bisphosphate_31(X) = fn_phosphate_group_6(fn_fructose_1_comma_6_bisphosphate_28(X))
& fn_fructose_1_comma_6_bisphosphate_39(X) = fn_carbonyl_group_2(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_fructose_1_comma_6_bisphosphate_36(X) = fn_covalent_bond_6(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_fructose_1_comma_6_bisphosphate_36(X) = fn_carbonyl_group_12(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_fructose_1_comma_6_bisphosphate_11(X) = fn_carbonyl_group_5(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_fructose_1_comma_6_bisphosphate_10(X) = fn_covalent_bond_17(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_fructose_1_comma_6_bisphosphate_13(X) = fn_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_fructose_1_comma_6_bisphosphate_10(X) = fn_carbonyl_group_5(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_fructose_1_comma_6_bisphosphate_13(X) = fn_carbonyl_group_6(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_fructose_1_comma_6_bisphosphate_37(X) = fn_carbonyl_group_9(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_fructose_1_comma_6_bisphosphate_8(X) = fn_carbonyl_group_6(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_fructose_1_comma_6_bisphosphate_12(X) = fn_covalent_bond_15(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_fructose_1_comma_6_bisphosphate_12(X) = fn_carbonyl_group_4(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_fructose_1_comma_6_bisphosphate_32(X) = fn_covalent_bond_20(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_fructose_1_comma_6_bisphosphate_32(X) = fn_carbonyl_group_7(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_fructose_1_comma_6_bisphosphate_38(X) = fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_fructose_1_comma_6_bisphosphate_9(X) = fn_covalent_bond_14(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_fructose_1_comma_6_bisphosphate_9(X) = fn_carbonyl_group_10(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_fructose_1_comma_6_bisphosphate_30(X) = fn_carbonyl_group_8(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_fructose_1_comma_6_bisphosphate_38(X) = fn_carbonyl_group_9(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_fructose_1_comma_6_bisphosphate_21(X) = fn_carbonyl_group_7(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_fructose_1_comma_6_bisphosphate_53(X) = fn_phosphorylated_intermediate_15(X)
& fn_fructose_1_comma_6_bisphosphate_54(X) = fn_phosphorylated_intermediate_14(X)
& fn_fructose_1_comma_6_bisphosphate_24(X) = fn_phosphorylated_intermediate_2(X)
& fn_fructose_1_comma_6_bisphosphate_21(X) = fn_phosphorylated_intermediate_8(X)
& fn_fructose_1_comma_6_bisphosphate_52(X) = fn_phosphorylated_intermediate_4(X)
& fn_fructose_1_comma_6_bisphosphate_49(X) = fn_phosphorylated_intermediate_13(X)
& fn_fructose_1_comma_6_bisphosphate_50(X) = fn_phosphorylated_intermediate_12(X)
& fn_fructose_1_comma_6_bisphosphate_51(X) = fn_phosphorylated_intermediate_9(X)
& fn_fructose_1_comma_6_bisphosphate_37(X) = fn_phosphorylated_intermediate_7(X)
& fn_fructose_1_comma_6_bisphosphate_38(X) = fn_phosphorylated_intermediate_5(X)
& fn_fructose_1_comma_6_bisphosphate_26(X) = fn_phosphorylated_intermediate_11(X)
& fn_fructose_1_comma_6_bisphosphate_31(X) = fn_phosphorylated_intermediate_6(X)
& fn_fructose_1_comma_6_bisphosphate_33(X) = fn_phosphorylated_intermediate_10(X)
& fn_fructose_1_comma_6_bisphosphate_32(X) = fn_phosphorylated_intermediate_8(X)
& fn_fructose_1_comma_6_bisphosphate_8(X) = fn_hydroxyl_group_8(fn_fructose_1_comma_6_bisphosphate_18(X))
& fn_fructose_1_comma_6_bisphosphate_42(X) = fn_hydroxyl_group_9(fn_fructose_1_comma_6_bisphosphate_18(X))
& fn_fructose_1_comma_6_bisphosphate_14(X) = fn_hydroxyl_group_5(fn_fructose_1_comma_6_bisphosphate_18(X))
& fn_fructose_1_comma_6_bisphosphate_22(X) = fn_hydroxyl_group_7(fn_fructose_1_comma_6_bisphosphate_18(X))
& fn_fructose_1_comma_6_bisphosphate_7(X) = fn_hydroxyl_group_5(fn_fructose_1_comma_6_bisphosphate_18(X))
& fn_fructose_1_comma_6_bisphosphate_38(X) = fn_hydroxyl_group_4(fn_fructose_1_comma_6_bisphosphate_18(X))
& fn_fructose_1_comma_6_bisphosphate_20(X) = fn_hydroxyl_group_6(fn_fructose_1_comma_6_bisphosphate_18(X))
& fn_fructose_1_comma_6_bisphosphate_45(X) = fn_covalent_bond_23(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_fructose_1_comma_6_bisphosphate_45(X) = fn_polar_covalent_bond_23(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_fructose_1_comma_6_bisphosphate_14(X) = fn_polar_covalent_bond_16(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_fructose_1_comma_6_bisphosphate_12(X) = fn_polar_covalent_bond_11(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_fructose_1_comma_6_bisphosphate_46(X) = fn_covalent_bond_24(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_fructose_1_comma_6_bisphosphate_13(X) = fn_covalent_bond_15(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_fructose_1_comma_6_bisphosphate_46(X) = fn_polar_covalent_bond_13(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_fructose_1_comma_6_bisphosphate_13(X) = fn_polar_covalent_bond_11(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_fructose_1_comma_6_bisphosphate_46(X) = fn_polar_covalent_bond_14(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_fructose_1_comma_6_bisphosphate_13(X) = fn_polar_covalent_bond_12(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_fructose_1_comma_6_bisphosphate_8(X) = fn_polar_covalent_bond_11(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_fructose_1_comma_6_bisphosphate_7(X) = fn_polar_covalent_bond_16(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_fructose_1_comma_6_bisphosphate_15(X) = fn_polar_covalent_bond_17(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_covalent_bond_11(fn_fructose_1_comma_6_bisphosphate_30(X)) = fn_covalent_bond_12(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_covalent_bond_12(fn_fructose_1_comma_6_bisphosphate_29(X)) = fn_polar_covalent_bond_5(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_covalent_bond_4(fn_fructose_1_comma_6_bisphosphate_29(X)) = fn_polar_covalent_bond_5(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_polar_covalent_bond_5(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_covalent_bond_4(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_covalent_bond_4(fn_fructose_1_comma_6_bisphosphate_29(X)) = fn_oxygen_5(fn_fructose_1_comma_6_bisphosphate_38(X))
& fn_phosphate_group_25(fn_fructose_1_comma_6_bisphosphate_28(X)) = fn_oxygen_5(fn_fructose_1_comma_6_bisphosphate_38(X))
& fn_oxygen_5(fn_fructose_1_comma_6_bisphosphate_38(X)) = fn_phosphate_group_25(fn_fructose_1_comma_6_bisphosphate_28(X))
& fn_phosphate_group_25(fn_fructose_1_comma_6_bisphosphate_28(X)) = fn_covalent_bond_6(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_oxygen_17(fn_fructose_1_comma_6_bisphosphate_38(X)) = fn_covalent_bond_6(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_covalent_bond_6(fn_fructose_1_comma_6_bisphosphate_30(X)) = fn_oxygen_17(fn_fructose_1_comma_6_bisphosphate_38(X))
& fn_oxygen_17(fn_fructose_1_comma_6_bisphosphate_38(X)) = fn_carbonyl_group_12(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_carbonyl_group_12(fn_fructose_1_comma_6_bisphosphate_19(X)) = fn_carbonyl_group_12(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_carbonyl_group_12(fn_fructose_1_comma_6_bisphosphate_19(X)) = fn_covalent_bond_17(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_covalent_bond_17(fn_fructose_1_comma_6_bisphosphate_29(X)) = fn_covalent_bond_17(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_covalent_bond_17(fn_fructose_1_comma_6_bisphosphate_29(X)) = fn_carbonyl_group_5(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_carbonyl_group_5(fn_fructose_1_comma_6_bisphosphate_19(X)) = fn_covalent_bond_17(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_phosphate_group_39(fn_fructose_1_comma_6_bisphosphate_28(X)) = fn_covalent_bond_17(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_covalent_bond_17(fn_fructose_1_comma_6_bisphosphate_30(X)) = fn_covalent_bond_17(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_covalent_bond_17(fn_fructose_1_comma_6_bisphosphate_30(X)) = fn_phosphate_group_39(fn_fructose_1_comma_6_bisphosphate_28(X))
& fn_phosphate_group_39(fn_fructose_1_comma_6_bisphosphate_28(X)) = fn_carbonyl_group_5(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_carbonyl_group_5(fn_fructose_1_comma_6_bisphosphate_19(X)) = fn_carbonyl_group_5(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_carbonyl_group_5(fn_fructose_1_comma_6_bisphosphate_19(X)) = fn_covalent_bond_14(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_covalent_bond_14(fn_fructose_1_comma_6_bisphosphate_29(X)) = fn_covalent_bond_14(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_carbonyl_group_10(fn_fructose_1_comma_6_bisphosphate_19(X)) = fn_covalent_bond_14(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_covalent_bond_14(fn_fructose_1_comma_6_bisphosphate_30(X)) = fn_carbonyl_group_10(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_carbonyl_group_10(fn_fructose_1_comma_6_bisphosphate_19(X)) = fn_phosphate_group_41(fn_fructose_1_comma_6_bisphosphate_28(X))
& fn_phosphate_group_41(fn_fructose_1_comma_6_bisphosphate_28(X)) = fn_phosphate_group_41(fn_fructose_1_comma_6_bisphosphate_28(X))
& fn_phosphate_group_41(fn_fructose_1_comma_6_bisphosphate_28(X)) = fn_carbonyl_group_8(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_carbonyl_group_8(fn_fructose_1_comma_6_bisphosphate_19(X)) = fn_carbonyl_group_8(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_carbonyl_group_8(fn_fructose_1_comma_6_bisphosphate_19(X)) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_covalent_bond_20(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_covalent_bond_20(fn_fructose_1_comma_6_bisphosphate_30(X)) = fn_carbonyl_group_7(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_phosphorylated_intermediate_8(X) = fn_carbonyl_group_7(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_phosphorylated_intermediate_8(X) = fn_polar_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_polar_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_covalent_bond_20(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_covalent_bond_20(fn_fructose_1_comma_6_bisphosphate_29(X)) = fn_polar_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_29(X)) = fn_polar_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_polar_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_29(X)) = fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_29(X)) = fn_carbonyl_group_9(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_carbonyl_group_9(fn_fructose_1_comma_6_bisphosphate_19(X)) = fn_phosphorylated_intermediate_7(X)
& fn_phosphorylated_intermediate_7(X) = fn_phosphorylated_intermediate_7(X)
& fn_phosphorylated_intermediate_7(X) = fn_attach_1(fn_fructose_1_comma_6_bisphosphate_27(X))
& fn_attach_1(fn_fructose_1_comma_6_bisphosphate_27(X)) = fn_phosphorylated_intermediate_11(X)
& fn_phosphorylated_intermediate_11(X) = fn_phosphorylated_intermediate_11(X)
& fn_phosphorylated_intermediate_11(X) = fn_phosphate_group_6(fn_fructose_1_comma_6_bisphosphate_28(X))
& fn_phosphate_group_6(fn_fructose_1_comma_6_bisphosphate_28(X)) = fn_phosphate_group_6(fn_fructose_1_comma_6_bisphosphate_28(X))
& fn_phosphate_group_6(fn_fructose_1_comma_6_bisphosphate_28(X)) = fn_phosphorylated_intermediate_6(X)
& fn_phosphorylated_intermediate_6(X) = fn_phosphorylated_intermediate_6(X)
& fn_phosphorylated_intermediate_6(X) = fn_covalent_bond_20(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_30(X)) = fn_covalent_bond_20(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_covalent_bond_20(fn_fructose_1_comma_6_bisphosphate_30(X)) = fn_covalent_bond_20(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_covalent_bond_20(fn_fructose_1_comma_6_bisphosphate_30(X)) = fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_polar_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_polar_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_polar_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_polar_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_polar_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_polar_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_polar_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_carbonyl_group_7(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_carbonyl_group_7(fn_fructose_1_comma_6_bisphosphate_19(X)) = fn_carbonyl_group_7(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_carbonyl_group_7(fn_fructose_1_comma_6_bisphosphate_19(X)) = fn_phosphorylated_intermediate_8(X)
& fn_phosphorylated_intermediate_8(X) = fn_phosphorylated_intermediate_8(X)
& fn_phosphorylated_intermediate_8(X) = fn_phosphate_group_11(fn_fructose_1_comma_6_bisphosphate_28(X))
& fn_phosphate_group_11(fn_fructose_1_comma_6_bisphosphate_28(X)) = fn_hydroxyl_group_9(fn_fructose_1_comma_6_bisphosphate_18(X))
& fn_hydroxyl_group_9(fn_fructose_1_comma_6_bisphosphate_18(X)) = fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_phosphate_group_5(fn_fructose_1_comma_6_bisphosphate_28(X)) = fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_30(X)) = fn_phosphate_group_5(fn_fructose_1_comma_6_bisphosphate_28(X))
& fn_phosphate_group_5(fn_fructose_1_comma_6_bisphosphate_28(X)) = fn_phosphate_group_5(fn_fructose_1_comma_6_bisphosphate_28(X))
& fn_phosphate_group_5(fn_fructose_1_comma_6_bisphosphate_28(X)) = fn_phosphate_group_22(fn_fructose_1_comma_6_bisphosphate_28(X))
& fn_phosphate_group_22(fn_fructose_1_comma_6_bisphosphate_28(X)) = fn_phosphate_group_22(fn_fructose_1_comma_6_bisphosphate_28(X))
& fn_phosphate_group_22(fn_fructose_1_comma_6_bisphosphate_28(X)) = fn_carbonyl_group_9(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_carbonyl_group_9(fn_fructose_1_comma_6_bisphosphate_19(X)) = fn_carbonyl_group_9(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_carbonyl_group_9(fn_fructose_1_comma_6_bisphosphate_19(X)) = fn_phosphorylated_intermediate_5(X)
& fn_phosphorylated_intermediate_5(X) = fn_phosphorylated_intermediate_5(X)
& fn_phosphorylated_intermediate_5(X) = fn_hydroxyl_group_4(fn_fructose_1_comma_6_bisphosphate_18(X))
& fn_hydroxyl_group_4(fn_fructose_1_comma_6_bisphosphate_18(X)) = fn_hydroxyl_group_4(fn_fructose_1_comma_6_bisphosphate_18(X))
& fn_hydroxyl_group_4(fn_fructose_1_comma_6_bisphosphate_18(X)) = fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_30(X)) = fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_30(X)) = fn_polar_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_polar_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_polar_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_polar_covalent_bond_19(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_hydroxyl_group_6(fn_fructose_1_comma_6_bisphosphate_18(X))
& fn_hydroxyl_group_6(fn_fructose_1_comma_6_bisphosphate_18(X)) = fn_hydroxyl_group_6(fn_fructose_1_comma_6_bisphosphate_18(X))
& fn_hydroxyl_group_6(fn_fructose_1_comma_6_bisphosphate_18(X)) = fn_covalent_bond_21(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_covalent_bond_21(fn_fructose_1_comma_6_bisphosphate_29(X)) = fn_covalent_bond_23(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_covalent_bond_23(fn_fructose_1_comma_6_bisphosphate_29(X)) = fn_covalent_bond_21(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_covalent_bond_21(fn_fructose_1_comma_6_bisphosphate_29(X)) = fn_polar_covalent_bond_23(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_polar_covalent_bond_23(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_polar_covalent_bond_16(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_polar_covalent_bond_16(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_hydroxyl_group_5(fn_fructose_1_comma_6_bisphosphate_18(X))
& fn_polar_covalent_bond_16(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_covalent_bond_15(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_covalent_bond_15(fn_fructose_1_comma_6_bisphosphate_29(X)) = fn_covalent_bond_15(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_carbonyl_group_4(fn_fructose_1_comma_6_bisphosphate_19(X)) = fn_covalent_bond_15(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_covalent_bond_15(fn_fructose_1_comma_6_bisphosphate_30(X)) = fn_carbonyl_group_4(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_carbonyl_group_4(fn_fructose_1_comma_6_bisphosphate_19(X)) = fn_carbonyl_group_4(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_carbonyl_group_4(fn_fructose_1_comma_6_bisphosphate_19(X)) = fn_polar_covalent_bond_11(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_polar_covalent_bond_11(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_covalent_bond_24(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_polar_covalent_bond_13(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_covalent_bond_24(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_covalent_bond_24(fn_fructose_1_comma_6_bisphosphate_29(X)) = fn_covalent_bond_24(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_covalent_bond_24(fn_fructose_1_comma_6_bisphosphate_29(X)) = fn_polar_covalent_bond_13(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_covalent_bond_22(fn_fructose_1_comma_6_bisphosphate_29(X)) = fn_polar_covalent_bond_13(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_polar_covalent_bond_13(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_covalent_bond_22(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_covalent_bond_22(fn_fructose_1_comma_6_bisphosphate_29(X)) = fn_covalent_bond_22(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_covalent_bond_22(fn_fructose_1_comma_6_bisphosphate_29(X)) = fn_polar_covalent_bond_14(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_polar_covalent_bond_14(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_polar_covalent_bond_14(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_polar_covalent_bond_14(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_covalent_bond_15(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_covalent_bond_15(fn_fructose_1_comma_6_bisphosphate_29(X)) = fn_covalent_bond_15(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_covalent_bond_15(fn_fructose_1_comma_6_bisphosphate_29(X)) = fn_polar_covalent_bond_11(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_30(X)) = fn_polar_covalent_bond_11(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_polar_covalent_bond_11(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_29(X))
& fn_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_29(X)) = fn_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_30(X))
& fn_covalent_bond_18(fn_fructose_1_comma_6_bisphosphate_30(X)) = fn_carbonyl_group_6(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_carbonyl_group_6(fn_fructose_1_comma_6_bisphosphate_19(X)) = fn_polar_covalent_bond_12(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_polar_covalent_bond_12(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_polar_covalent_bond_12(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_polar_covalent_bond_12(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_carbonyl_group_6(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_carbonyl_group_6(fn_fructose_1_comma_6_bisphosphate_19(X)) = fn_carbonyl_group_6(fn_fructose_1_comma_6_bisphosphate_19(X))
& fn_carbonyl_group_6(fn_fructose_1_comma_6_bisphosphate_19(X)) = fn_hydroxyl_group_8(fn_fructose_1_comma_6_bisphosphate_18(X))
& fn_hydroxyl_group_8(fn_fructose_1_comma_6_bisphosphate_18(X)) = fn_hydroxyl_group_8(fn_fructose_1_comma_6_bisphosphate_18(X))
& fn_hydroxyl_group_8(fn_fructose_1_comma_6_bisphosphate_18(X)) = fn_polar_covalent_bond_11(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_polar_covalent_bond_11(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_polar_covalent_bond_11(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_polar_covalent_bond_11(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_hydroxyl_group_5(fn_fructose_1_comma_6_bisphosphate_18(X))
& fn_hydroxyl_group_5(fn_fructose_1_comma_6_bisphosphate_18(X)) = fn_hydroxyl_group_5(fn_fructose_1_comma_6_bisphosphate_18(X))
& fn_hydroxyl_group_5(fn_fructose_1_comma_6_bisphosphate_18(X)) = fn_polar_covalent_bond_16(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_polar_covalent_bond_16(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_polar_covalent_bond_16(fn_fructose_1_comma_6_bisphosphate_22(X))
& fn_polar_covalent_bond_16(fn_fructose_1_comma_6_bisphosphate_22(X)) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_hydroxyl_group_7(fn_fructose_1_comma_6_bisphosphate_18(X))
& fn_hydroxyl_group_7(fn_fructose_1_comma_6_bisphosphate_18(X)) = fn_hydroxyl_group_7(fn_fructose_1_comma_6_bisphosphate_18(X))
& fn_functional_group_1(fn_fructose_1_comma_6_bisphosphate_19(X)) = fn_functional_group_1(fn_fructose_1_comma_6_bisphosphate_18(X))
& fn_functional_group_1(fn_fructose_1_comma_6_bisphosphate_18(X)) = fn_functional_group_1(fn_fructose_1_comma_6_bisphosphate_28(X)) ) ) ).
fof(a529731,axiom,
! [X] :
( fructose_6_phosphate_1(X)
=> ( original_name_2(X,'Fructose-6-Phosphate')
& user_description_2(X,'Fructose 6-phosphate (also known as the Neuberg ester) is fructose sugar phosphorylated on carbon 6 (i.e., is a fructosephosphate).')
& concept2words_2(X,'neuberg ester')
& concept2words_2(X,'neuberg -ester')
& concept2words_2(X,'fructose 6 phosphate')
& concept2words_2(X,'fructose-6-phosphate')
& phosphorylated_intermediate_1(X)
& electronegativity_value_1(fn_fructose_6_phosphate_1(X))
& kinetic_energy_1(fn_fructose_6_phosphate_5(X))
& constant_motion_1(fn_fructose_6_phosphate_6(X))
& speed_value_1(fn_fructose_6_phosphate_7(X))
& quantity_value_1(fn_fructose_6_phosphate_8(X))
& proton_1(fn_fructose_6_phosphate_9(X))
& atomic_nucleus_1(fn_fructose_6_phosphate_10(X))
& center_1(fn_fructose_6_phosphate_11(X))
& electron_shell_1(fn_fructose_6_phosphate_12(X))
& first_electron_shell_1(fn_fructose_6_phosphate_13(X))
& electron_shell_1(fn_fructose_6_phosphate_13(X))
& carbon_1(fn_fructose_6_phosphate_16(X))
& entity_1(fn_fructose_6_phosphate_16(X))
& atom_1(fn_fructose_6_phosphate_16(X))
& chemical_entity_1(fn_fructose_6_phosphate_16(X))
& electronegativity_value_1(fn_fructose_6_phosphate_17(X))
& quantity_value_1(fn_fructose_6_phosphate_18(X))
& entity_1(fn_fructose_6_phosphate_22(X))
& oxygen_1(fn_fructose_6_phosphate_22(X))
& atom_1(fn_fructose_6_phosphate_22(X))
& chemical_entity_1(fn_fructose_6_phosphate_22(X))
& quantity_value_1(fn_fructose_6_phosphate_23(X))
& atomic_number_value_1(fn_fructose_6_phosphate_24(X))
& electronegativity_value_1(fn_fructose_6_phosphate_25(X))
& functional_group_1(fn_fructose_6_phosphate_26(X))
& phosphate_group_1(fn_fructose_6_phosphate_26(X))
& hydroxyl_group_1(fn_fructose_6_phosphate_27(X))
& carbonyl_group_1(fn_fructose_6_phosphate_28(X))
& atom_1(fn_fructose_6_phosphate_29(X))
& phosphorus_1(fn_fructose_6_phosphate_29(X))
& entity_1(fn_fructose_6_phosphate_30(X))
& chemical_entity_1(fn_fructose_6_phosphate_30(X))
& atom_1(fn_fructose_6_phosphate_30(X))
& oxygen_1(fn_fructose_6_phosphate_30(X))
& hydrogen_1(fn_fructose_6_phosphate_31(X))
& entity_1(fn_fructose_6_phosphate_31(X))
& chemical_entity_1(fn_fructose_6_phosphate_31(X))
& atom_1(fn_fructose_6_phosphate_31(X))
& entity_1(fn_fructose_6_phosphate_32(X))
& chemical_entity_1(fn_fructose_6_phosphate_32(X))
& atom_1(fn_fructose_6_phosphate_32(X))
& carbon_1(fn_fructose_6_phosphate_32(X))
& single_bond_1(fn_fructose_6_phosphate_33(X))
& polar_covalent_bond_1(fn_fructose_6_phosphate_34(X))
& phosphorylation_1(fn_fructose_6_phosphate_35(X))
& glucose_6_phosphate_1(fn_fructose_6_phosphate_36(X))
& hold_together_1(fn_fructose_6_phosphate_37(X))
& covalent_bond_1(fn_fructose_6_phosphate_38(X))
& double_bond_1(fn_fructose_6_phosphate_38(X))
& carbon_skeleton_1(fn_fructose_6_phosphate_39(X))
& electronegativity_value_1(fn_fructose_6_phosphate_40(X))
& share_1(fn_fructose_6_phosphate_42(X))
& share_1(fn_fructose_6_phosphate_43(X))
& electron_1(fn_fructose_6_phosphate_44(X))
& valence_electron_1(fn_fructose_6_phosphate_44(X))
& unequal_sharing_1(fn_fructose_6_phosphate_45(X))
& valence_electron_1(fn_fructose_6_phosphate_46(X))
& center_1(fn_covalent_bond_21(fn_fructose_6_phosphate_38(X)))
& center_1(fn_covalent_bond_21(fn_fructose_6_phosphate_33(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_fructose_6_phosphate_27(X)))
& double_bond_1(fn_carbonyl_group_8(fn_fructose_6_phosphate_28(X)))
& property_node_1(fn_polar_covalent_bond_4(fn_fructose_6_phosphate_34(X)))
& electronegativity_value_1(fn_polar_covalent_bond_1(fn_fructose_6_phosphate_34(X)))
& property_node_1(fn_polar_covalent_bond_3(fn_fructose_6_phosphate_34(X)))
& property_node_1(fn_oxygen_11(fn_fructose_6_phosphate_30(X)))
& quantity_value_1(fn_oxygen_13(fn_fructose_6_phosphate_30(X)))
& property_node_1(fn_oxygen_14(fn_fructose_6_phosphate_30(X)))
& atomic_number_value_1(fn_oxygen_17(fn_fructose_6_phosphate_30(X)))
& property_node_1(fn_oxygen_6(fn_fructose_6_phosphate_30(X)))
& electronegativity_value_1(fn_oxygen_5(fn_fructose_6_phosphate_30(X)))
& property_node_1(fn_oxygen_12(fn_fructose_6_phosphate_30(X)))
& quantity_value_1(fn_oxygen_19(fn_fructose_6_phosphate_30(X)))
& electron_shell_1(fn_hydrogen_16(fn_fructose_6_phosphate_31(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_fructose_6_phosphate_31(X)))
& electron_shell_1(fn_covalent_bond_11(fn_fructose_6_phosphate_38(X)))
& electron_shell_1(fn_atom_9(fn_fructose_6_phosphate_30(X)))
& electron_shell_1(fn_covalent_bond_12(fn_fructose_6_phosphate_38(X)))
& electron_shell_1(fn_covalent_bond_11(fn_fructose_6_phosphate_33(X)))
& electron_shell_1(fn_covalent_bond_12(fn_fructose_6_phosphate_33(X)))
& atomic_nucleus_1(fn_atom_18(fn_fructose_6_phosphate_30(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_fructose_6_phosphate_38(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_fructose_6_phosphate_33(X)))
& atomic_nucleus_1(fn_hydroxyl_group_9(fn_fructose_6_phosphate_27(X)))
& share_1(fn_covalent_bond_17(fn_fructose_6_phosphate_38(X)))
& share_1(fn_carbonyl_group_5(fn_fructose_6_phosphate_28(X)))
& valence_electron_1(fn_carbonyl_group_6(fn_fructose_6_phosphate_28(X)))
& valence_electron_1(fn_carbonyl_group_4(fn_fructose_6_phosphate_28(X)))
& electron_1(fn_polar_covalent_bond_11(fn_fructose_6_phosphate_34(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_fructose_6_phosphate_34(X)))
& unequal_sharing_1(fn_hydroxyl_group_5(fn_fructose_6_phosphate_27(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_fructose_6_phosphate_34(X)))
& valence_electron_1(fn_oxygen_1(fn_fructose_6_phosphate_30(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_fructose_6_phosphate_34(X)))
& valence_electron_1(fn_oxygen_8(fn_fructose_6_phosphate_30(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_fructose_6_phosphate_27(X)))
& entity_1(fn_polar_covalent_bond_19(fn_fructose_6_phosphate_34(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_fructose_6_phosphate_34(X)))
& atom_1(fn_polar_covalent_bond_19(fn_fructose_6_phosphate_34(X)))
& electronegativity_value_1(fn_oxygen_5(fn_fructose_6_phosphate_22(X)))
& electronegativity_value_1(fn_polar_covalent_bond_2(fn_fructose_6_phosphate_34(X)))
& hold_together_1(fn_covalent_bond_14(fn_fructose_6_phosphate_38(X)))
& hold_together_1(fn_carbonyl_group_10(fn_fructose_6_phosphate_28(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_fructose_6_phosphate_34(X)))
& hold_together_1(fn_carbon_skeleton_1(fn_fructose_6_phosphate_39(X)))
& entity_1(fn_covalent_bond_20(fn_fructose_6_phosphate_38(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_fructose_6_phosphate_38(X)))
& atom_1(fn_covalent_bond_20(fn_fructose_6_phosphate_38(X)))
& entity_1(fn_polar_covalent_bond_18(fn_fructose_6_phosphate_34(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_fructose_6_phosphate_34(X)))
& atom_1(fn_polar_covalent_bond_18(fn_fructose_6_phosphate_34(X)))
& atom_1(fn_carbon_skeleton_2(fn_fructose_6_phosphate_39(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_fructose_6_phosphate_39(X)))
& entity_1(fn_carbonyl_group_7(fn_fructose_6_phosphate_28(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_fructose_6_phosphate_28(X)))
& atom_1(fn_carbonyl_group_7(fn_fructose_6_phosphate_28(X)))
& carbon_1(fn_carbonyl_group_7(fn_fructose_6_phosphate_28(X)))
& carbon_1(fn_carbon_skeleton_4(fn_fructose_6_phosphate_39(X)))
& proton_1(fn_covalent_bond_4(fn_fructose_6_phosphate_33(X)))
& proton_1(fn_oxygen_18(fn_fructose_6_phosphate_30(X)))
& entity_1(fn_covalent_bond_20(fn_fructose_6_phosphate_33(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_fructose_6_phosphate_33(X)))
& atom_1(fn_covalent_bond_20(fn_fructose_6_phosphate_33(X)))
& entity_1(fn_covalent_bond_19(fn_fructose_6_phosphate_33(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_fructose_6_phosphate_33(X)))
& atom_1(fn_covalent_bond_19(fn_fructose_6_phosphate_33(X)))
& entity_1(fn_covalent_bond_19(fn_fructose_6_phosphate_38(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_fructose_6_phosphate_38(X)))
& atom_1(fn_covalent_bond_19(fn_fructose_6_phosphate_38(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_fructose_6_phosphate_27(X)))
& oxygen_1(fn_carbonyl_group_9(fn_fructose_6_phosphate_28(X)))
& chemical_entity_1(fn_functional_group_1(fn_fructose_6_phosphate_27(X)))
& chemical_entity_1(fn_functional_group_1(fn_fructose_6_phosphate_28(X)))
& the_cardinal_value_2(fn_fructose_6_phosphate_40(X),"2.1")
& cardinal_unit_class_2(fn_fructose_6_phosphate_40(X),unity_0)
& fn_fructose_6_phosphate_40(X) != fn_fructose_6_phosphate_1(X)
& fn_fructose_6_phosphate_40(X) != fn_fructose_6_phosphate_25(X)
& the_cardinal_value_2(fn_fructose_6_phosphate_1(X),"3.44")
& cardinal_unit_class_2(fn_fructose_6_phosphate_1(X),unity_0)
& fn_fructose_6_phosphate_1(X) != fn_fructose_6_phosphate_40(X)
& is_between_2(fn_fructose_6_phosphate_38(X),fn_fructose_6_phosphate_29(X))
& possesses_2(X,fn_fructose_6_phosphate_34(X))
& possesses_2(X,fn_fructose_6_phosphate_38(X))
& has_part_2(X,fn_fructose_6_phosphate_31(X))
& has_isomer_2(fn_fructose_6_phosphate_36(X),X)
& is_between_2(fn_fructose_6_phosphate_34(X),fn_fructose_6_phosphate_32(X))
& is_between_2(fn_fructose_6_phosphate_34(X),fn_fructose_6_phosphate_30(X))
& is_between_2(fn_fructose_6_phosphate_33(X),fn_fructose_6_phosphate_22(X))
& is_inside_2(fn_fructose_6_phosphate_32(X),fn_fructose_6_phosphate_28(X))
& fn_fructose_6_phosphate_32(X) != fn_fructose_6_phosphate_31(X)
& fn_fructose_6_phosphate_32(X) != fn_fructose_6_phosphate_22(X)
& fn_fructose_6_phosphate_31(X) != fn_fructose_6_phosphate_32(X)
& fn_fructose_6_phosphate_25(X) != fn_fructose_6_phosphate_40(X)
& is_inside_2(fn_fructose_6_phosphate_22(X),fn_fructose_6_phosphate_27(X))
& is_inside_2(fn_fructose_6_phosphate_22(X),fn_fructose_6_phosphate_28(X))
& fn_fructose_6_phosphate_22(X) != fn_fructose_6_phosphate_32(X)
& possesses_2(X,fn_fructose_6_phosphate_33(X))
& is_between_2(fn_fructose_6_phosphate_33(X),fn_fructose_6_phosphate_29(X))
& has_region_2(fn_fructose_6_phosphate_31(X),fn_fructose_6_phosphate_13(X))
& has_region_2(X,fn_fructose_6_phosphate_27(X))
& has_region_2(X,fn_fructose_6_phosphate_28(X))
& has_part_2(X,fn_fructose_6_phosphate_16(X))
& has_state_2(fn_fructose_6_phosphate_36(X),X)
& raw_material_2(fn_fructose_6_phosphate_35(X),fn_fructose_6_phosphate_36(X))
& fn_fructose_6_phosphate_36(X) != X
& X != fn_fructose_6_phosphate_36(X)
& fn_fructose_6_phosphate_13(X) != fn_fructose_6_phosphate_12(X)
& fn_fructose_6_phosphate_12(X) != fn_fructose_6_phosphate_13(X)
& is_between_2(fn_fructose_6_phosphate_38(X),fn_fructose_6_phosphate_22(X))
& agent_2(fn_fructose_6_phosphate_42(X),fn_fructose_6_phosphate_22(X))
& agent_2(fn_fructose_6_phosphate_42(X),fn_fructose_6_phosphate_16(X))
& is_between_2(fn_fructose_6_phosphate_38(X),fn_fructose_6_phosphate_16(X))
& result_2(fn_fructose_6_phosphate_43(X),fn_fructose_6_phosphate_38(X))
& has_region_2(fn_fructose_6_phosphate_30(X),fn_fructose_6_phosphate_12(X))
& is_between_2(fn_fructose_6_phosphate_33(X),fn_fructose_6_phosphate_30(X))
& has_region_2(fn_fructose_6_phosphate_30(X),fn_fructose_6_phosphate_11(X))
& is_at_2(fn_fructose_6_phosphate_10(X),fn_fructose_6_phosphate_11(X))
& is_inside_2(fn_fructose_6_phosphate_9(X),fn_fructose_6_phosphate_10(X))
& is_inside_2(fn_fructose_6_phosphate_31(X),fn_fructose_6_phosphate_27(X))
& agent_2(fn_fructose_6_phosphate_45(X),fn_fructose_6_phosphate_30(X))
& has_region_2(fn_fructose_6_phosphate_30(X),fn_fructose_6_phosphate_10(X))
& is_inside_2(fn_fructose_6_phosphate_30(X),fn_fructose_6_phosphate_27(X))
& fn_fructose_6_phosphate_30(X) != fn_fructose_6_phosphate_31(X)
& fn_fructose_6_phosphate_31(X) != fn_fructose_6_phosphate_22(X)
& is_between_2(fn_fructose_6_phosphate_34(X),fn_fructose_6_phosphate_22(X))
& fn_fructose_6_phosphate_31(X) != fn_fructose_6_phosphate_30(X)
& fn_fructose_6_phosphate_22(X) != fn_fructose_6_phosphate_31(X)
& is_inside_2(fn_fructose_6_phosphate_16(X),fn_fructose_6_phosphate_28(X))
& object_2(fn_fructose_6_phosphate_43(X),fn_fructose_6_phosphate_44(X))
& agent_2(fn_fructose_6_phosphate_37(X),fn_fructose_6_phosphate_38(X))
& object_2(fn_fructose_6_phosphate_37(X),fn_fructose_6_phosphate_30(X))
& agent_2(fn_fructose_6_phosphate_43(X),fn_fructose_6_phosphate_16(X))
& agent_2(fn_fructose_6_phosphate_43(X),fn_fructose_6_phosphate_22(X))
& has_part_2(fn_fructose_6_phosphate_16(X),fn_fructose_6_phosphate_44(X))
& object_2(fn_fructose_6_phosphate_42(X),fn_fructose_6_phosphate_44(X))
& result_2(fn_fructose_6_phosphate_42(X),fn_fructose_6_phosphate_38(X))
& has_function_2(fn_fructose_6_phosphate_38(X),fn_fructose_6_phosphate_37(X))
& object_2(fn_fructose_6_phosphate_37(X),fn_fructose_6_phosphate_16(X))
& is_inside_2(fn_fructose_6_phosphate_30(X),fn_fructose_6_phosphate_28(X))
& is_between_2(fn_fructose_6_phosphate_38(X),fn_fructose_6_phosphate_30(X))
& is_between_2(fn_fructose_6_phosphate_38(X),fn_fructose_6_phosphate_32(X))
& fn_fructose_6_phosphate_16(X) != fn_fructose_6_phosphate_30(X)
& fn_fructose_6_phosphate_30(X) != fn_fructose_6_phosphate_16(X)
& result_2(fn_fructose_6_phosphate_35(X),X)
& has_part_2(X,fn_fructose_6_phosphate_29(X))
& has_part_2(X,fn_fructose_6_phosphate_30(X))
& has_part_2(X,fn_fructose_6_phosphate_32(X))
& fn_fructose_6_phosphate_32(X) != fn_fructose_6_phosphate_30(X)
& fn_fructose_6_phosphate_29(X) != fn_fructose_6_phosphate_30(X)
& is_inside_2(fn_fructose_6_phosphate_29(X),fn_fructose_6_phosphate_26(X))
& is_inside_2(fn_fructose_6_phosphate_30(X),fn_fructose_6_phosphate_26(X))
& fn_fructose_6_phosphate_30(X) != fn_fructose_6_phosphate_32(X)
& fn_fructose_6_phosphate_30(X) != fn_fructose_6_phosphate_29(X)
& object_2(fn_fructose_6_phosphate_6(X),X)
& speed_2(fn_fructose_6_phosphate_6(X),fn_fructose_6_phosphate_7(X))
& directly_proportional_2(fn_fructose_6_phosphate_7(X),fn_fructose_6_phosphate_8(X))
& quantity_2(fn_fructose_6_phosphate_5(X),fn_fructose_6_phosphate_8(X))
& possesses_2(X,fn_fructose_6_phosphate_5(X))
& has_region_2(X,fn_fructose_6_phosphate_26(X))
& is_inside_2(fn_fructose_6_phosphate_22(X),fn_fructose_6_phosphate_26(X))
& fn_fructose_6_phosphate_22(X) != fn_fructose_6_phosphate_16(X)
& is_inside_2(fn_fructose_6_phosphate_16(X),fn_fructose_6_phosphate_39(X))
& has_region_2(X,fn_fructose_6_phosphate_39(X))
& fn_fructose_6_phosphate_16(X) != fn_fructose_6_phosphate_22(X)
& has_part_2(X,fn_fructose_6_phosphate_22(X))
& fn_fructose_6_phosphate_30(X) != fn_fructose_6_phosphate_22(X)
& fn_fructose_6_phosphate_22(X) != fn_fructose_6_phosphate_30(X)
& fn_fructose_6_phosphate_29(X) != fn_fructose_6_phosphate_22(X)
& fn_fructose_6_phosphate_22(X) != fn_fructose_6_phosphate_29(X)
& agent_2(fn_fructose_6_phosphate_45(X),fn_fructose_6_phosphate_31(X))
& is_between_2(fn_fructose_6_phosphate_34(X),fn_fructose_6_phosphate_31(X))
& result_2(fn_fructose_6_phosphate_45(X),fn_fructose_6_phosphate_34(X))
& object_2(fn_fructose_6_phosphate_45(X),fn_fructose_6_phosphate_46(X))
& fn_fructose_6_phosphate_44(X) != fn_fructose_6_phosphate_46(X)
& fn_fructose_6_phosphate_46(X) != fn_fructose_6_phosphate_44(X)
& has_part_2(fn_fructose_6_phosphate_30(X),fn_fructose_6_phosphate_46(X))
& the_cardinal_value_2(fn_fructose_6_phosphate_25(X),"3.44")
& cardinal_unit_class_2(fn_fructose_6_phosphate_25(X),unity_0)
& electronegativity_2(fn_fructose_6_phosphate_30(X),fn_fructose_6_phosphate_25(X))
& has_part_2(fn_fructose_6_phosphate_30(X),fn_fructose_6_phosphate_9(X))
& fn_fructose_6_phosphate_32(X) != fn_fructose_6_phosphate_16(X)
& fn_fructose_6_phosphate_16(X) != fn_fructose_6_phosphate_32(X)
& object_2(fn_fructose_6_phosphate_37(X),fn_fructose_6_phosphate_22(X))
& object_2(fn_fructose_6_phosphate_37(X),fn_fructose_6_phosphate_32(X))
& is_inside_2(fn_fructose_6_phosphate_32(X),fn_fructose_6_phosphate_39(X))
& fn_fructose_6_phosphate_40(X) != fn_fructose_6_phosphate_17(X)
& fn_fructose_6_phosphate_17(X) != fn_fructose_6_phosphate_40(X)
& fn_fructose_6_phosphate_31(X) != fn_fructose_6_phosphate_16(X)
& electronegativity_2(fn_fructose_6_phosphate_31(X),fn_fructose_6_phosphate_40(X))
& fn_fructose_6_phosphate_16(X) != fn_fructose_6_phosphate_31(X)
& is_between_2(fn_fructose_6_phosphate_34(X),fn_fructose_6_phosphate_16(X))
& has_function_2(fn_fructose_6_phosphate_34(X),fn_fructose_6_phosphate_37(X))
& agent_2(fn_fructose_6_phosphate_37(X),fn_fructose_6_phosphate_34(X))
& object_2(fn_fructose_6_phosphate_37(X),fn_fructose_6_phosphate_31(X))
& the_cardinal_value_2(fn_fructose_6_phosphate_17(X),"3.44")
& cardinal_unit_class_2(fn_fructose_6_phosphate_17(X),unity_0)
& electronegativity_2(fn_fructose_6_phosphate_22(X),fn_fructose_6_phosphate_17(X))
& fn_fructose_6_phosphate_29(X) = fn_molecule_11(X)
& fn_fructose_6_phosphate_33(X) = fn_molecule_10(X)
& fn_fructose_6_phosphate_13(X) = fn_hydrogen_16(fn_fructose_6_phosphate_31(X))
& X = fn_functional_group_1(fn_fructose_6_phosphate_27(X))
& X = fn_functional_group_1(fn_fructose_6_phosphate_28(X))
& fn_fructose_6_phosphate_36(X) = fn_phosphorylated_intermediate_1(X)
& fn_fructose_6_phosphate_36(X) = fn_phosphorylated_intermediate_3(X)
& fn_fructose_6_phosphate_13(X) = fn_covalent_bond_11(fn_fructose_6_phosphate_38(X))
& fn_fructose_6_phosphate_13(X) = fn_covalent_bond_12(fn_fructose_6_phosphate_33(X))
& fn_fructose_6_phosphate_43(X) = fn_covalent_bond_17(fn_fructose_6_phosphate_38(X))
& fn_fructose_6_phosphate_16(X) = fn_covalent_bond_19(fn_fructose_6_phosphate_38(X))
& fn_fructose_6_phosphate_42(X) = fn_covalent_bond_17(fn_fructose_6_phosphate_38(X))
& fn_fructose_6_phosphate_22(X) = fn_covalent_bond_20(fn_fructose_6_phosphate_38(X))
& fn_fructose_6_phosphate_12(X) = fn_atom_9(fn_fructose_6_phosphate_30(X))
& fn_fructose_6_phosphate_12(X) = fn_covalent_bond_12(fn_fructose_6_phosphate_38(X))
& fn_fructose_6_phosphate_12(X) = fn_covalent_bond_11(fn_fructose_6_phosphate_33(X))
& fn_fructose_6_phosphate_12(X) = fn_covalent_bond_12(fn_fructose_6_phosphate_33(X))
& fn_fructose_6_phosphate_9(X) = fn_covalent_bond_4(fn_fructose_6_phosphate_33(X))
& fn_fructose_6_phosphate_10(X) = fn_covalent_bond_22(fn_fructose_6_phosphate_38(X))
& fn_fructose_6_phosphate_10(X) = fn_covalent_bond_22(fn_fructose_6_phosphate_33(X))
& fn_fructose_6_phosphate_11(X) = fn_covalent_bond_21(fn_fructose_6_phosphate_38(X))
& fn_fructose_6_phosphate_11(X) = fn_covalent_bond_21(fn_fructose_6_phosphate_33(X))
& fn_fructose_6_phosphate_30(X) = fn_covalent_bond_20(fn_fructose_6_phosphate_33(X))
& fn_fructose_6_phosphate_30(X) = fn_covalent_bond_19(fn_fructose_6_phosphate_33(X))
& fn_fructose_6_phosphate_45(X) = fn_hydroxyl_group_5(fn_fructose_6_phosphate_27(X))
& fn_fructose_6_phosphate_10(X) = fn_atom_18(fn_fructose_6_phosphate_30(X))
& fn_fructose_6_phosphate_10(X) = fn_hydroxyl_group_9(fn_fructose_6_phosphate_27(X))
& fn_fructose_6_phosphate_34(X) = fn_hydroxyl_group_7(fn_fructose_6_phosphate_27(X))
& fn_fructose_6_phosphate_22(X) = fn_hydroxyl_group_4(fn_fructose_6_phosphate_27(X))
& fn_fructose_6_phosphate_31(X) = fn_hydroxyl_group_6(fn_fructose_6_phosphate_27(X))
& fn_fructose_6_phosphate_30(X) = fn_hydroxyl_group_4(fn_fructose_6_phosphate_27(X))
& fn_fructose_6_phosphate_44(X) = fn_carbonyl_group_6(fn_fructose_6_phosphate_28(X))
& fn_fructose_6_phosphate_22(X) = fn_carbonyl_group_9(fn_fructose_6_phosphate_28(X))
& fn_fructose_6_phosphate_43(X) = fn_carbonyl_group_5(fn_fructose_6_phosphate_28(X))
& fn_fructose_6_phosphate_37(X) = fn_covalent_bond_14(fn_fructose_6_phosphate_38(X))
& fn_fructose_6_phosphate_37(X) = fn_carbonyl_group_10(fn_fructose_6_phosphate_28(X))
& fn_fructose_6_phosphate_42(X) = fn_carbonyl_group_5(fn_fructose_6_phosphate_28(X))
& fn_fructose_6_phosphate_44(X) = fn_carbonyl_group_4(fn_fructose_6_phosphate_28(X))
& fn_fructose_6_phosphate_32(X) = fn_carbonyl_group_7(fn_fructose_6_phosphate_28(X))
& fn_fructose_6_phosphate_38(X) = fn_carbonyl_group_8(fn_fructose_6_phosphate_28(X))
& fn_fructose_6_phosphate_16(X) = fn_covalent_bond_20(fn_fructose_6_phosphate_38(X))
& fn_fructose_6_phosphate_30(X) = fn_covalent_bond_19(fn_fructose_6_phosphate_38(X))
& fn_fructose_6_phosphate_16(X) = fn_carbonyl_group_7(fn_fructose_6_phosphate_28(X))
& fn_fructose_6_phosphate_30(X) = fn_carbonyl_group_9(fn_fructose_6_phosphate_28(X))
& fn_fructose_6_phosphate_35(X) = fn_phosphorylated_intermediate_2(X)
& fn_fructose_6_phosphate_4(X) = fn_phosphorylated_intermediate_15(X)
& fn_fructose_6_phosphate_3(X) = fn_phosphorylated_intermediate_14(X)
& fn_fructose_6_phosphate_30(X) = fn_phosphorylated_intermediate_7(X)
& fn_fructose_6_phosphate_32(X) = fn_phosphorylated_intermediate_8(X)
& fn_fructose_6_phosphate_5(X) = fn_phosphorylated_intermediate_4(X)
& fn_fructose_6_phosphate_8(X) = fn_phosphorylated_intermediate_13(X)
& fn_fructose_6_phosphate_7(X) = fn_phosphorylated_intermediate_12(X)
& fn_fructose_6_phosphate_6(X) = fn_phosphorylated_intermediate_9(X)
& fn_fructose_6_phosphate_39(X) = fn_phosphorylated_intermediate_10(X)
& fn_fructose_6_phosphate_16(X) = fn_phosphorylated_intermediate_8(X)
& fn_fructose_6_phosphate_26(X) = fn_phosphorylated_intermediate_11(X)
& fn_fructose_6_phosphate_22(X) = fn_phosphorylated_intermediate_5(X)
& fn_fructose_6_phosphate_29(X) = fn_phosphorylated_intermediate_6(X)
& fn_fructose_6_phosphate_30(X) = fn_phosphorylated_intermediate_5(X)
& fn_fructose_6_phosphate_22(X) = fn_phosphorylated_intermediate_7(X)
& fn_fructose_6_phosphate_44(X) = fn_polar_covalent_bond_11(fn_fructose_6_phosphate_34(X))
& fn_fructose_6_phosphate_46(X) = fn_polar_covalent_bond_12(fn_fructose_6_phosphate_34(X))
& fn_fructose_6_phosphate_45(X) = fn_polar_covalent_bond_16(fn_fructose_6_phosphate_34(X))
& fn_fructose_6_phosphate_46(X) = fn_oxygen_1(fn_fructose_6_phosphate_30(X))
& fn_fructose_6_phosphate_46(X) = fn_oxygen_8(fn_fructose_6_phosphate_30(X))
& fn_fructose_6_phosphate_17(X) = fn_oxygen_5(fn_fructose_6_phosphate_22(X))
& fn_fructose_6_phosphate_16(X) = fn_polar_covalent_bond_18(fn_fructose_6_phosphate_34(X))
& fn_fructose_6_phosphate_37(X) = fn_polar_covalent_bond_17(fn_fructose_6_phosphate_34(X))
& fn_fructose_6_phosphate_31(X) = fn_polar_covalent_bond_19(fn_fructose_6_phosphate_34(X))
& fn_fructose_6_phosphate_41(X) = fn_polar_covalent_bond_4(fn_fructose_6_phosphate_34(X))
& fn_fructose_6_phosphate_40(X) = fn_polar_covalent_bond_1(fn_fructose_6_phosphate_34(X))
& fn_fructose_6_phosphate_15(X) = fn_polar_covalent_bond_3(fn_fructose_6_phosphate_34(X))
& fn_fructose_6_phosphate_17(X) = fn_polar_covalent_bond_2(fn_fructose_6_phosphate_34(X))
& fn_fructose_6_phosphate_22(X) = fn_carbon_skeleton_2(fn_fructose_6_phosphate_39(X))
& fn_fructose_6_phosphate_37(X) = fn_carbon_skeleton_1(fn_fructose_6_phosphate_39(X))
& fn_fructose_6_phosphate_16(X) = fn_carbon_skeleton_2(fn_fructose_6_phosphate_39(X))
& fn_fructose_6_phosphate_32(X) = fn_carbon_skeleton_4(fn_fructose_6_phosphate_39(X))
& fn_fructose_6_phosphate_9(X) = fn_oxygen_18(fn_fructose_6_phosphate_30(X))
& fn_fructose_6_phosphate_14(X) = fn_oxygen_11(fn_fructose_6_phosphate_30(X))
& fn_fructose_6_phosphate_18(X) = fn_oxygen_13(fn_fructose_6_phosphate_30(X))
& fn_fructose_6_phosphate_19(X) = fn_oxygen_14(fn_fructose_6_phosphate_30(X))
& fn_fructose_6_phosphate_24(X) = fn_oxygen_17(fn_fructose_6_phosphate_30(X))
& fn_fructose_6_phosphate_20(X) = fn_oxygen_6(fn_fructose_6_phosphate_30(X))
& fn_fructose_6_phosphate_25(X) = fn_oxygen_5(fn_fructose_6_phosphate_30(X))
& fn_fructose_6_phosphate_21(X) = fn_oxygen_12(fn_fructose_6_phosphate_30(X))
& fn_fructose_6_phosphate_23(X) = fn_oxygen_19(fn_fructose_6_phosphate_30(X))
& fn_phosphorylated_intermediate_1(X) = fn_phosphorylated_intermediate_1(X)
& fn_phosphorylated_intermediate_1(X) = fn_phosphorylated_intermediate_3(X)
& fn_phosphorylated_intermediate_3(X) = fn_phosphorylated_intermediate_3(X)
& fn_phosphorylated_intermediate_3(X) = fn_hydrogen_16(fn_fructose_6_phosphate_31(X))
& fn_hydrogen_16(fn_fructose_6_phosphate_31(X)) = fn_covalent_bond_11(fn_fructose_6_phosphate_38(X))
& fn_covalent_bond_11(fn_fructose_6_phosphate_38(X)) = fn_covalent_bond_11(fn_fructose_6_phosphate_38(X))
& fn_covalent_bond_12(fn_fructose_6_phosphate_33(X)) = fn_covalent_bond_11(fn_fructose_6_phosphate_38(X))
& fn_covalent_bond_11(fn_fructose_6_phosphate_38(X)) = fn_covalent_bond_12(fn_fructose_6_phosphate_33(X))
& fn_covalent_bond_12(fn_fructose_6_phosphate_33(X)) = fn_covalent_bond_11(fn_fructose_6_phosphate_33(X))
& fn_covalent_bond_11(fn_fructose_6_phosphate_33(X)) = fn_covalent_bond_11(fn_fructose_6_phosphate_33(X))
& fn_covalent_bond_11(fn_fructose_6_phosphate_33(X)) = fn_atom_9(fn_fructose_6_phosphate_30(X))
& fn_atom_9(fn_fructose_6_phosphate_30(X)) = fn_covalent_bond_11(fn_fructose_6_phosphate_33(X))
& fn_covalent_bond_11(fn_fructose_6_phosphate_33(X)) = fn_covalent_bond_12(fn_fructose_6_phosphate_38(X))
& fn_covalent_bond_12(fn_fructose_6_phosphate_38(X)) = fn_covalent_bond_11(fn_fructose_6_phosphate_33(X))
& fn_covalent_bond_11(fn_fructose_6_phosphate_33(X)) = fn_covalent_bond_12(fn_fructose_6_phosphate_33(X))
& fn_covalent_bond_12(fn_fructose_6_phosphate_33(X)) = fn_covalent_bond_22(fn_fructose_6_phosphate_33(X))
& fn_covalent_bond_22(fn_fructose_6_phosphate_33(X)) = fn_atom_18(fn_fructose_6_phosphate_30(X))
& fn_atom_18(fn_fructose_6_phosphate_30(X)) = fn_covalent_bond_22(fn_fructose_6_phosphate_33(X))
& fn_covalent_bond_22(fn_fructose_6_phosphate_33(X)) = fn_covalent_bond_22(fn_fructose_6_phosphate_38(X))
& fn_covalent_bond_22(fn_fructose_6_phosphate_38(X)) = fn_covalent_bond_22(fn_fructose_6_phosphate_33(X))
& fn_covalent_bond_22(fn_fructose_6_phosphate_33(X)) = fn_hydroxyl_group_9(fn_fructose_6_phosphate_27(X))
& fn_hydroxyl_group_9(fn_fructose_6_phosphate_27(X)) = fn_covalent_bond_17(fn_fructose_6_phosphate_38(X))
& fn_carbonyl_group_5(fn_fructose_6_phosphate_28(X)) = fn_covalent_bond_17(fn_fructose_6_phosphate_38(X))
& fn_covalent_bond_17(fn_fructose_6_phosphate_38(X)) = fn_covalent_bond_17(fn_fructose_6_phosphate_38(X))
& fn_covalent_bond_17(fn_fructose_6_phosphate_38(X)) = fn_carbonyl_group_5(fn_fructose_6_phosphate_28(X))
& fn_carbonyl_group_5(fn_fructose_6_phosphate_28(X)) = fn_carbonyl_group_5(fn_fructose_6_phosphate_28(X))
& fn_carbonyl_group_5(fn_fructose_6_phosphate_28(X)) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_phosphorylated_intermediate_6(X)
& fn_phosphorylated_intermediate_6(X) = fn_phosphorylated_intermediate_6(X)
& fn_phosphorylated_intermediate_6(X) = fn_carbonyl_group_6(fn_fructose_6_phosphate_28(X))
& fn_carbonyl_group_6(fn_fructose_6_phosphate_28(X)) = fn_carbonyl_group_4(fn_fructose_6_phosphate_28(X))
& fn_carbonyl_group_4(fn_fructose_6_phosphate_28(X)) = fn_carbonyl_group_4(fn_fructose_6_phosphate_28(X))
& fn_carbonyl_group_4(fn_fructose_6_phosphate_28(X)) = fn_polar_covalent_bond_11(fn_fructose_6_phosphate_34(X))
& fn_polar_covalent_bond_11(fn_fructose_6_phosphate_34(X)) = fn_polar_covalent_bond_11(fn_fructose_6_phosphate_34(X))
& fn_polar_covalent_bond_11(fn_fructose_6_phosphate_34(X)) = fn_hydroxyl_group_5(fn_fructose_6_phosphate_27(X))
& fn_hydroxyl_group_5(fn_fructose_6_phosphate_27(X)) = fn_polar_covalent_bond_16(fn_fructose_6_phosphate_34(X))
& fn_polar_covalent_bond_16(fn_fructose_6_phosphate_34(X)) = fn_polar_covalent_bond_16(fn_fructose_6_phosphate_34(X))
& fn_polar_covalent_bond_16(fn_fructose_6_phosphate_34(X)) = fn_polar_covalent_bond_12(fn_fructose_6_phosphate_34(X))
& fn_polar_covalent_bond_12(fn_fructose_6_phosphate_34(X)) = fn_oxygen_1(fn_fructose_6_phosphate_30(X))
& fn_oxygen_1(fn_fructose_6_phosphate_30(X)) = fn_polar_covalent_bond_12(fn_fructose_6_phosphate_34(X))
& fn_polar_covalent_bond_12(fn_fructose_6_phosphate_34(X)) = fn_polar_covalent_bond_12(fn_fructose_6_phosphate_34(X))
& fn_polar_covalent_bond_12(fn_fructose_6_phosphate_34(X)) = fn_oxygen_8(fn_fructose_6_phosphate_30(X))
& fn_oxygen_8(fn_fructose_6_phosphate_30(X)) = fn_hydroxyl_group_6(fn_fructose_6_phosphate_27(X))
& fn_hydroxyl_group_6(fn_fructose_6_phosphate_27(X)) = fn_hydroxyl_group_6(fn_fructose_6_phosphate_27(X))
& fn_hydroxyl_group_6(fn_fructose_6_phosphate_27(X)) = fn_polar_covalent_bond_19(fn_fructose_6_phosphate_34(X))
& fn_polar_covalent_bond_19(fn_fructose_6_phosphate_34(X)) = fn_polar_covalent_bond_19(fn_fructose_6_phosphate_34(X))
& fn_polar_covalent_bond_19(fn_fructose_6_phosphate_34(X)) = fn_oxygen_5(fn_fructose_6_phosphate_22(X))
& fn_oxygen_5(fn_fructose_6_phosphate_22(X)) = fn_oxygen_5(fn_fructose_6_phosphate_22(X))
& fn_oxygen_5(fn_fructose_6_phosphate_22(X)) = fn_polar_covalent_bond_2(fn_fructose_6_phosphate_34(X))
& fn_polar_covalent_bond_2(fn_fructose_6_phosphate_34(X)) = fn_polar_covalent_bond_2(fn_fructose_6_phosphate_34(X))
& fn_polar_covalent_bond_2(fn_fructose_6_phosphate_34(X)) = fn_covalent_bond_20(fn_fructose_6_phosphate_38(X))
& fn_covalent_bond_20(fn_fructose_6_phosphate_38(X)) = fn_hydroxyl_group_4(fn_fructose_6_phosphate_27(X))
& fn_carbonyl_group_9(fn_fructose_6_phosphate_28(X)) = fn_phosphorylated_intermediate_5(X)
& fn_phosphorylated_intermediate_7(X) = fn_carbon_skeleton_2(fn_fructose_6_phosphate_39(X))
& fn_carbon_skeleton_2(fn_fructose_6_phosphate_39(X)) = fn_covalent_bond_14(fn_fructose_6_phosphate_38(X))
& fn_carbonyl_group_10(fn_fructose_6_phosphate_28(X)) = fn_covalent_bond_14(fn_fructose_6_phosphate_38(X))
& fn_covalent_bond_14(fn_fructose_6_phosphate_38(X)) = fn_carbonyl_group_10(fn_fructose_6_phosphate_28(X))
& fn_carbonyl_group_10(fn_fructose_6_phosphate_28(X)) = fn_carbonyl_group_10(fn_fructose_6_phosphate_28(X))
& fn_carbonyl_group_10(fn_fructose_6_phosphate_28(X)) = fn_polar_covalent_bond_17(fn_fructose_6_phosphate_34(X))
& fn_polar_covalent_bond_17(fn_fructose_6_phosphate_34(X)) = fn_polar_covalent_bond_17(fn_fructose_6_phosphate_34(X))
& fn_polar_covalent_bond_17(fn_fructose_6_phosphate_34(X)) = fn_carbon_skeleton_1(fn_fructose_6_phosphate_39(X))
& fn_carbon_skeleton_1(fn_fructose_6_phosphate_39(X)) = fn_carbon_skeleton_1(fn_fructose_6_phosphate_39(X))
& fn_carbon_skeleton_1(fn_fructose_6_phosphate_39(X)) = fn_covalent_bond_19(fn_fructose_6_phosphate_38(X))
& fn_covalent_bond_19(fn_fructose_6_phosphate_38(X)) = fn_covalent_bond_20(fn_fructose_6_phosphate_38(X))
& fn_covalent_bond_20(fn_fructose_6_phosphate_38(X)) = fn_covalent_bond_20(fn_fructose_6_phosphate_38(X))
& fn_covalent_bond_20(fn_fructose_6_phosphate_38(X)) = fn_covalent_bond_19(fn_fructose_6_phosphate_38(X))
& fn_covalent_bond_19(fn_fructose_6_phosphate_38(X)) = fn_carbonyl_group_7(fn_fructose_6_phosphate_28(X))
& fn_phosphorylated_intermediate_8(X) = fn_carbonyl_group_7(fn_fructose_6_phosphate_28(X))
& fn_carbonyl_group_7(fn_fructose_6_phosphate_28(X)) = fn_carbonyl_group_7(fn_fructose_6_phosphate_28(X))
& fn_phosphorylated_intermediate_8(X) = fn_polar_covalent_bond_18(fn_fructose_6_phosphate_34(X))
& fn_polar_covalent_bond_18(fn_fructose_6_phosphate_34(X)) = fn_polar_covalent_bond_18(fn_fructose_6_phosphate_34(X))
& fn_polar_covalent_bond_18(fn_fructose_6_phosphate_34(X)) = fn_carbon_skeleton_2(fn_fructose_6_phosphate_39(X))
& fn_carbon_skeleton_2(fn_fructose_6_phosphate_39(X)) = fn_carbon_skeleton_2(fn_fructose_6_phosphate_39(X))
& fn_carbon_skeleton_2(fn_fructose_6_phosphate_39(X)) = fn_carbonyl_group_7(fn_fructose_6_phosphate_28(X))
& fn_carbonyl_group_7(fn_fructose_6_phosphate_28(X)) = fn_phosphorylated_intermediate_8(X)
& fn_phosphorylated_intermediate_8(X) = fn_phosphorylated_intermediate_8(X)
& fn_phosphorylated_intermediate_8(X) = fn_carbon_skeleton_4(fn_fructose_6_phosphate_39(X))
& fn_carbon_skeleton_4(fn_fructose_6_phosphate_39(X)) = fn_carbon_skeleton_4(fn_fructose_6_phosphate_39(X))
& fn_carbon_skeleton_4(fn_fructose_6_phosphate_39(X)) = fn_covalent_bond_4(fn_fructose_6_phosphate_33(X))
& fn_covalent_bond_4(fn_fructose_6_phosphate_33(X)) = fn_oxygen_18(fn_fructose_6_phosphate_30(X))
& fn_oxygen_18(fn_fructose_6_phosphate_30(X)) = fn_covalent_bond_19(fn_fructose_6_phosphate_38(X))
& fn_covalent_bond_19(fn_fructose_6_phosphate_38(X)) = fn_covalent_bond_20(fn_fructose_6_phosphate_33(X))
& fn_covalent_bond_19(fn_fructose_6_phosphate_33(X)) = fn_covalent_bond_20(fn_fructose_6_phosphate_33(X))
& fn_covalent_bond_20(fn_fructose_6_phosphate_33(X)) = fn_covalent_bond_19(fn_fructose_6_phosphate_33(X))
& fn_covalent_bond_19(fn_fructose_6_phosphate_33(X)) = fn_covalent_bond_19(fn_fructose_6_phosphate_38(X))
& fn_covalent_bond_19(fn_fructose_6_phosphate_38(X)) = fn_covalent_bond_19(fn_fructose_6_phosphate_33(X))
& fn_covalent_bond_19(fn_fructose_6_phosphate_33(X)) = fn_covalent_bond_19(fn_fructose_6_phosphate_33(X))
& fn_covalent_bond_19(fn_fructose_6_phosphate_33(X)) = fn_hydroxyl_group_4(fn_fructose_6_phosphate_27(X))
& fn_hydroxyl_group_4(fn_fructose_6_phosphate_27(X)) = fn_covalent_bond_19(fn_fructose_6_phosphate_38(X))
& fn_covalent_bond_19(fn_fructose_6_phosphate_38(X)) = fn_covalent_bond_19(fn_fructose_6_phosphate_38(X))
& fn_covalent_bond_19(fn_fructose_6_phosphate_38(X)) = fn_hydroxyl_group_4(fn_fructose_6_phosphate_27(X))
& fn_hydroxyl_group_4(fn_fructose_6_phosphate_27(X)) = fn_hydroxyl_group_4(fn_fructose_6_phosphate_27(X))
& fn_hydroxyl_group_4(fn_fructose_6_phosphate_27(X)) = fn_carbonyl_group_9(fn_fructose_6_phosphate_28(X))
& fn_carbonyl_group_9(fn_fructose_6_phosphate_28(X)) = fn_carbonyl_group_9(fn_fructose_6_phosphate_28(X))
& fn_carbonyl_group_9(fn_fructose_6_phosphate_28(X)) = fn_phosphorylated_intermediate_7(X)
& fn_phosphorylated_intermediate_5(X) = fn_phosphorylated_intermediate_7(X)
& fn_phosphorylated_intermediate_7(X) = fn_phosphorylated_intermediate_7(X)
& fn_phosphorylated_intermediate_7(X) = fn_phosphorylated_intermediate_5(X)
& fn_phosphorylated_intermediate_5(X) = fn_phosphorylated_intermediate_5(X)
& fn_functional_group_1(fn_fructose_6_phosphate_27(X)) = fn_functional_group_1(fn_fructose_6_phosphate_28(X)) ) ) ).
fof(a529732,axiom,
! [X] :
( fruit_1(X)
=> ( original_name_2(X,'Fruit')
& user_description_2(X,'Flowering plants produce fruits from one or more ovaries and sometimes other tissues as a means of seed dispersal.')
& concept2words_2(X,fruit)
& flower_organ_1(X)
& chromoplast_1(fn_fruit_1(X))
& color_value_1(fn_fruit_2(X))
& texture_value_1(fn_fruit_4(X))
& seed_1(fn_fruit_5(X))
& starch_storage_by_plant_1(fn_fruit_7(X))
& transfer_1(fn_fruit_8(X))
& color_value_1(fn_fruit_9(X))
& plant_cell_1(fn_fruit_11(X))
& tissue_1(fn_fruit_12(X))
& eukaryotic_cell_1(fn_tissue_1(fn_fruit_12(X)))
& destination_2(fn_fruit_8(X),X)
& site_2(fn_fruit_7(X),X)
& is_inside_2(fn_fruit_5(X),X)
& correspondence_2(fn_fruit_2(X),fn_fruit_9(X))
& has_part_2(fn_fruit_11(X),fn_fruit_1(X))
& texture_2(X,fn_fruit_4(X))
& color_2(X,fn_fruit_2(X))
& has_part_2(X,fn_fruit_12(X))
& has_part_2(fn_fruit_12(X),fn_fruit_11(X))
& fn_fruit_12(X) = fn_organ_1(X)
& fn_fruit_11(X) = fn_tissue_1(fn_fruit_12(X)) ) ) ).
fof(a529733,axiom,
! [X] :
( fruit_fly_1(X)
=> ( original_name_2(X,'Fruit-Fly')
& user_description_2(X,'A group of flies belonging to the order Diptera.')
& concept2words_2(X,'drosophila melanogaster')
& concept2words_2(X,drosophila)
& concept2words_2(X,'fruit flies')
& concept2words_2(X,'fly of fruit')
& concept2words_2(X,'fruit fly')
& concept2words_2(X,'fruit-fly')
& diptera_1(X)
& ~ mosquito_1(X)
& cell_1(fn_fruit_fly_3(X))
& sex_chromosome_1(fn_fruit_fly_4(X))
& gamete_1(fn_fruit_fly_5(X))
& autosome_1(fn_fruit_fly_6(X))
& water_molecule_1(fn_fruit_fly_7(X))
& time_interval_1(fn_fruit_fly_8(X))
& time_interval_1(fn_fruit_fly_9(X))
& support_1(fn_fruit_fly_10(X))
& exoskeleton_1(fn_fruit_fly_11(X))
& carbohydrate_1(fn_fruit_fly_12(X))
& take_in_1(fn_fruit_fly_13(X))
& entity_1(fn_fruit_fly_14(X))
& chemical_entity_1(fn_fruit_fly_14(X))
& atom_1(fn_fruit_fly_14(X))
& carbon_1(fn_fruit_fly_14(X))
& animal_nutritional_requirement_1(fn_fruit_fly_15(X))
& chemical_1(fn_fruit_fly_16(X))
& rectum_1(fn_fruit_fly_17(X))
& tangible_entity_1(fn_fruit_fly_18(X))
& crop_1(fn_fruit_fly_18(X))
& container_1(fn_fruit_fly_19(X))
& animal_cell_1(fn_fruit_fly_20(X))
& water_1(fn_fruit_fly_21(X))
& agent_role_1(fn_fruit_fly_22(X))
& heterotroph_1(fn_fruit_fly_23(X))
& gastric_cecum_1(fn_fruit_fly_24(X))
& specific_heat_value_1(fn_fruit_fly_25(X))
& temperature_value_1(fn_fruit_fly_26(X))
& foregut_1(fn_fruit_fly_27(X))
& midgut_1(fn_fruit_fly_28(X))
& hindgut_1(fn_fruit_fly_29(X))
& digestive_system_1(fn_fruit_fly_30(X))
& nutrition_1(fn_fruit_fly_31(X))
& activation_energy_1(fn_fruit_fly_32(X))
& protein_1(fn_fruit_fly_33(X))
& chemical_digestion_1(fn_fruit_fly_34(X))
& feed_1(fn_fruit_fly_35(X))
& anus_1(fn_fruit_fly_36(X))
& esophagus_1(fn_fruit_fly_37(X))
& mouth_1(fn_fruit_fly_38(X))
& locomotion_1(fn_fruit_fly_39(X))
& chemical_entity_1(fn_chemical_3(fn_fruit_fly_16(X)))
& tangible_entity_1(fn_chemical_digestion_1(fn_fruit_fly_34(X)))
& tangible_entity_1(fn_feed_4(fn_fruit_fly_35(X)))
& tangible_entity_1(fn_barrier_1(fn_fruit_fly_19(X)))
& entity_1(fn_agent_role_1(fn_fruit_fly_22(X)))
& time_before_2(fn_fruit_fly_8(X),fn_fruit_fly_9(X))
& time_during_2(fn_fruit_fly_34(X),fn_fruit_fly_9(X))
& raw_material_2(fn_fruit_fly_34(X),fn_fruit_fly_7(X))
& fn_fruit_fly_33(X) != fn_fruit_fly_7(X)
& fn_fruit_fly_7(X) != fn_fruit_fly_33(X)
& exactCardinality(X,has_part_0,"2",sex_chromosome_0)
& exactCardinality(X,has_part_0,"6",autosome_0)
& has_part_2(X,fn_fruit_fly_4(X))
& has_part_2(X,fn_fruit_fly_6(X))
& has_part_2(X,fn_fruit_fly_5(X))
& fn_fruit_fly_20(X) != fn_fruit_fly_3(X)
& fn_fruit_fly_3(X) != fn_fruit_fly_20(X)
& has_part_2(fn_fruit_fly_18(X),fn_fruit_fly_16(X))
& object_2(fn_fruit_fly_35(X),fn_fruit_fly_18(X))
& has_part_2(fn_fruit_fly_16(X),fn_fruit_fly_33(X))
& raw_material_2(fn_fruit_fly_34(X),fn_fruit_fly_32(X))
& plays_2(X,fn_fruit_fly_19(X))
& plays_2(X,fn_fruit_fly_22(X))
& has_part_2(X,fn_fruit_fly_11(X))
& has_function_2(fn_fruit_fly_11(X),fn_fruit_fly_10(X))
& object_2(fn_fruit_fly_10(X),X)
& object_2(fn_fruit_fly_39(X),X)
& agent_2(fn_fruit_fly_39(X),X)
& base_2(fn_fruit_fly_13(X),X)
& agent_2(fn_fruit_fly_13(X),X)
& has_part_2(X,fn_fruit_fly_20(X))
& has_region_2(X,fn_fruit_fly_30(X))
& element_2(fn_fruit_fly_30(X),fn_fruit_fly_29(X))
& is_inside_2(fn_fruit_fly_36(X),fn_fruit_fly_29(X))
& has_part_2(X,fn_fruit_fly_36(X))
& has_part_2(X,fn_fruit_fly_17(X))
& has_part_2(X,fn_fruit_fly_37(X))
& is_inside_2(fn_fruit_fly_37(X),fn_fruit_fly_27(X))
& element_2(fn_fruit_fly_30(X),fn_fruit_fly_27(X))
& element_2(fn_fruit_fly_30(X),fn_fruit_fly_28(X))
& is_inside_2(fn_fruit_fly_24(X),fn_fruit_fly_28(X))
& is_inside_2(fn_fruit_fly_38(X),fn_fruit_fly_27(X))
& has_part_2(X,fn_fruit_fly_38(X))
& plays_2(X,fn_fruit_fly_23(X))
& in_event_2(fn_fruit_fly_23(X),fn_fruit_fly_31(X))
& agent_2(fn_fruit_fly_31(X),X)
& has_part_2(X,fn_fruit_fly_21(X))
& specific_heat_2(fn_fruit_fly_21(X),fn_fruit_fly_25(X))
& correspondence_2(fn_fruit_fly_26(X),fn_fruit_fly_25(X))
& temperature_2(X,fn_fruit_fly_26(X))
& has_part_2(X,fn_fruit_fly_24(X))
& has_part_2(X,fn_fruit_fly_18(X))
& is_inside_2(fn_fruit_fly_18(X),fn_fruit_fly_27(X))
& next_element_2(fn_fruit_fly_27(X),fn_fruit_fly_28(X))
& next_element_2(fn_fruit_fly_28(X),fn_fruit_fly_29(X))
& is_inside_2(fn_fruit_fly_17(X),fn_fruit_fly_29(X))
& fn_fruit_fly_18(X) = fn_feed_4(fn_fruit_fly_35(X))
& fn_fruit_fly_33(X) = fn_chemical_3(fn_fruit_fly_16(X))
& fn_fruit_fly_32(X) = fn_chemical_digestion_1(fn_fruit_fly_34(X))
& X = fn_barrier_1(fn_fruit_fly_19(X))
& X = fn_agent_role_1(fn_fruit_fly_22(X))
& fn_fruit_fly_10(X) = fn_arthropod_7(X)
& fn_fruit_fly_11(X) = fn_arthropod_8(X)
& fn_fruit_fly_20(X) = fn_animal_21(X)
& fn_fruit_fly_13(X) = fn_animal_9(X)
& fn_fruit_fly_39(X) = fn_animal_22(X)
& fn_fruit_fly_15(X) = fn_insect_16(X)
& fn_fruit_fly_14(X) = fn_insect_15(X)
& fn_fruit_fly_12(X) = fn_insect_22(X)
& fn_fruit_fly_36(X) = fn_insect_4(X)
& fn_fruit_fly_30(X) = fn_insect_19(X)
& fn_fruit_fly_37(X) = fn_insect_6(X)
& fn_fruit_fly_31(X) = fn_insect_17(X)
& fn_fruit_fly_23(X) = fn_insect_21(X)
& fn_fruit_fly_38(X) = fn_insect_11(X)
& fn_fruit_fly_24(X) = fn_insect_5(X)
& fn_fruit_fly_26(X) = fn_insect_25(X)
& fn_fruit_fly_25(X) = fn_insect_23(X)
& fn_fruit_fly_21(X) = fn_insect_18(X)
& fn_fruit_fly_17(X) = fn_insect_3(X)
& fn_fruit_fly_29(X) = fn_insect_14(X)
& fn_fruit_fly_28(X) = fn_insect_13(X)
& fn_fruit_fly_27(X) = fn_insect_12(X)
& fn_fruit_fly_18(X) = fn_insect_20(X)
& fn_feed_4(fn_fruit_fly_35(X)) = fn_insect_20(X)
& fn_insect_20(X) = fn_insect_20(X)
& fn_insect_20(X) = fn_barrier_1(fn_fruit_fly_19(X))
& fn_barrier_1(fn_fruit_fly_19(X)) = fn_agent_role_1(fn_fruit_fly_22(X)) ) ) ).
fof(a529734,axiom,
! [X] :
( fruit_fly_maternal_gene_1(X)
=> ( original_name_2(X,'Fruit-Fly-Maternal-Gene')
& user_description_2(X,'The genes of the fruit fly that code for mRNA are maternal effect genes.')
& concept2words_2(X,'fruit fly maternal gene')
& concept2words_2(X,'fruit-fly-maternal-gene')
& maternal_effect_gene_1(X) ) ) ).
fof(a529735,axiom,
! [X] :
( fruit_fly_reproduction_1(X)
=> ( original_name_2(X,'Fruit-Fly-Reproduction')
& user_description_2(X,'Sexual reproduction in fruit fly species.')
& concept2words_2(X,'fruit fly reproduction')
& concept2words_2(X,'fruit-fly-reproduction')
& sexual_reproduction_1(X)
& rate_value_1(fn_fruit_fly_reproduction_1(X))
& fruit_fly_1(fn_fruit_fly_reproduction_3(X))
& fruit_fly_1(fn_fruit_fly_reproduction_4(X))
& the_scalar_value_2(fn_fruit_fly_reproduction_1(X),fast_0)
& scalar_unit_class_2(fn_fruit_fly_reproduction_1(X),sexual_reproduction_0)
& rate_2(X,fn_fruit_fly_reproduction_1(X))
& agent_2(X,fn_fruit_fly_reproduction_4(X))
& base_2(X,fn_fruit_fly_reproduction_4(X))
& result_2(X,fn_fruit_fly_reproduction_3(X))
& fn_fruit_fly_reproduction_3(X) = fn_sexual_reproduction_7(X)
& fn_fruit_fly_reproduction_4(X) = fn_sexual_reproduction_4(X) ) ) ).
fof(a529736,axiom,
! [X] :
( fruiting_body_1(X)
=> ( original_name_2(X,'Fruiting-Body')
& user_description_2(X,'Multicellular reproductive structure of fungi and some prokaryotes which produces spores.')
& concept2words_2(X,'fruiting body')
& concept2words_2(X,'fruiting-body')
& living_entity_1(X) ) ) ).
fof(a529737,axiom,
! [X] :
( fruiting_body_formation_in_myxobacterium_1(X)
=> ( original_name_2(X,'Fruiting-Body-Formation-In-Myxobacterium')
& user_description_2(X,'Multicellular reproductive structure of myxobacterium which produces spores. The fruiting body forms when individual cells aggregate together as a response to environmental stress.')
& concept2words_2(X,form)
& concept2words_2(X,'fruiting body formation in myxobacterium')
& concept2words_2(X,'fruiting-body-formation-in-myxobacterium')
& fruiting_body_formation_in_prokaryote_1(X)
& myxobacterium_1(fn_fruiting_body_formation_in_myxobacterium_1(X))
& myxobacterium_1(fn_fruiting_body_formation_in_myxobacterium_2(X))
& experiencer_2(X,fn_fruiting_body_formation_in_myxobacterium_1(X))
& fn_fruiting_body_formation_in_myxobacterium_1(X) != fn_fruiting_body_formation_in_myxobacterium_2(X)
& experiencer_2(X,fn_fruiting_body_formation_in_myxobacterium_2(X))
& is_near_2(fn_fruiting_body_formation_in_myxobacterium_2(X),fn_fruiting_body_formation_in_myxobacterium_1(X))
& is_near_2(fn_fruiting_body_formation_in_myxobacterium_1(X),fn_fruiting_body_formation_in_myxobacterium_2(X))
& fn_fruiting_body_formation_in_myxobacterium_2(X) != fn_fruiting_body_formation_in_myxobacterium_1(X)
& fn_fruiting_body_formation_in_myxobacterium_2(X) = fn_fruiting_body_formation_in_prokaryote_15(X)
& fn_fruiting_body_formation_in_myxobacterium_1(X) = fn_fruiting_body_formation_in_prokaryote_16(X) ) ) ).
fof(a529738,axiom,
! [X] :
( fruiting_body_formation_in_prokaryote_1(X)
=> ( original_name_2(X,'Fruiting-Body-Formation-In-Prokaryote')
& user_description_2(X,'Multicellular reproductive structure of prokaryotes which produces spores. The fruiting body forms when individual cells aggregate together as a response to environmental stress.')
& concept2words_2(X,form)
& concept2words_2(X,'fruiting body formation in prokaryote')
& concept2words_2(X,'fruiting-body-formation-in-prokaryote')
& biological_process_1(X)
& spore_wall_1(fn_fruiting_body_formation_in_prokaryote_1(X))
& rate_value_1(fn_fruiting_body_formation_in_prokaryote_2(X))
& quantity_value_1(fn_fruiting_body_formation_in_prokaryote_3(X))
& come_together_1(fn_fruiting_body_formation_in_prokaryote_6(X))
& produce_1(fn_fruiting_body_formation_in_prokaryote_7(X))
& quorum_sensing_in_prokaryote_1(fn_fruiting_body_formation_in_prokaryote_8(X))
& fruiting_body_1(fn_fruiting_body_formation_in_prokaryote_9(X))
& produce_1(fn_fruiting_body_formation_in_prokaryote_10(X))
& spore_1(fn_fruiting_body_formation_in_prokaryote_11(X))
& secretion_1(fn_fruiting_body_formation_in_prokaryote_12(X))
& substance_1(fn_fruiting_body_formation_in_prokaryote_13(X))
& feed_1(fn_fruiting_body_formation_in_prokaryote_14(X))
& living_entity_1(fn_fruiting_body_formation_in_prokaryote_15(X))
& prokaryote_1(fn_fruiting_body_formation_in_prokaryote_15(X))
& prokaryote_1(fn_fruiting_body_formation_in_prokaryote_16(X))
& entity_1(fn_create_1(fn_fruiting_body_formation_in_prokaryote_10(X)))
& entity_1(fn_create_1(fn_fruiting_body_formation_in_prokaryote_7(X)))
& tangible_entity_1(fn_feed_4(fn_fruiting_body_formation_in_prokaryote_14(X)))
& secretion_1(fn_quorum_sensing_in_prokaryote_11(fn_fruiting_body_formation_in_prokaryote_8(X)))
& prokaryote_1(fn_quorum_sensing_in_prokaryote_7(fn_fruiting_body_formation_in_prokaryote_8(X)))
& come_together_1(fn_quorum_sensing_in_prokaryote_12(fn_fruiting_body_formation_in_prokaryote_8(X)))
& living_entity_1(fn_feed_1(fn_fruiting_body_formation_in_prokaryote_14(X)))
& prokaryote_1(fn_quorum_sensing_in_prokaryote_9(fn_fruiting_body_formation_in_prokaryote_8(X)))
& enables_2(fn_fruiting_body_formation_in_prokaryote_6(X),fn_fruiting_body_formation_in_prokaryote_7(X))
& next_event_2(fn_fruiting_body_formation_in_prokaryote_7(X),fn_fruiting_body_formation_in_prokaryote_10(X))
& next_event_2(fn_fruiting_body_formation_in_prokaryote_8(X),fn_fruiting_body_formation_in_prokaryote_7(X))
& base_2(fn_fruiting_body_formation_in_prokaryote_10(X),fn_fruiting_body_formation_in_prokaryote_9(X))
& minCardinality(fn_fruiting_body_formation_in_prokaryote_10(X),result_0,"1",spore_0)
& has_part_2(fn_fruiting_body_formation_in_prokaryote_11(X),fn_fruiting_body_formation_in_prokaryote_1(X))
& subevent_2(X,fn_fruiting_body_formation_in_prokaryote_8(X))
& subevent_2(X,fn_fruiting_body_formation_in_prokaryote_7(X))
& subevent_2(X,fn_fruiting_body_formation_in_prokaryote_10(X))
& experiencer_2(X,fn_fruiting_body_formation_in_prokaryote_16(X))
& experiencer_2(X,fn_fruiting_body_formation_in_prokaryote_15(X))
& minCardinality(X,experiencer_0,"2",prokaryote_0)
& first_subevent_2(X,fn_fruiting_body_formation_in_prokaryote_8(X))
& rate_2(fn_fruiting_body_formation_in_prokaryote_12(X),fn_fruiting_body_formation_in_prokaryote_2(X))
& directly_proportional_2(fn_fruiting_body_formation_in_prokaryote_2(X),fn_fruiting_body_formation_in_prokaryote_3(X))
& the_scalar_value_2(fn_fruiting_body_formation_in_prokaryote_3(X),low_0)
& scalar_unit_class_2(fn_fruiting_body_formation_in_prokaryote_3(X),tangible_entity_0)
& quantity_2(fn_fruiting_body_formation_in_prokaryote_13(X),fn_fruiting_body_formation_in_prokaryote_3(X))
& result_2(fn_fruiting_body_formation_in_prokaryote_10(X),fn_fruiting_body_formation_in_prokaryote_11(X))
& result_2(fn_fruiting_body_formation_in_prokaryote_7(X),fn_fruiting_body_formation_in_prokaryote_9(X))
& recipient_2(fn_fruiting_body_formation_in_prokaryote_14(X),fn_fruiting_body_formation_in_prokaryote_15(X))
& object_2(fn_fruiting_body_formation_in_prokaryote_14(X),fn_fruiting_body_formation_in_prokaryote_13(X))
& object_2(fn_fruiting_body_formation_in_prokaryote_6(X),fn_fruiting_body_formation_in_prokaryote_15(X))
& base_2(fn_fruiting_body_formation_in_prokaryote_12(X),fn_fruiting_body_formation_in_prokaryote_15(X))
& subevent_2(fn_fruiting_body_formation_in_prokaryote_8(X),fn_fruiting_body_formation_in_prokaryote_6(X))
& object_2(fn_fruiting_body_formation_in_prokaryote_6(X),fn_fruiting_body_formation_in_prokaryote_16(X))
& is_near_2(fn_fruiting_body_formation_in_prokaryote_16(X),fn_fruiting_body_formation_in_prokaryote_15(X))
& is_near_2(fn_fruiting_body_formation_in_prokaryote_15(X),fn_fruiting_body_formation_in_prokaryote_16(X))
& fn_fruiting_body_formation_in_prokaryote_16(X) != fn_fruiting_body_formation_in_prokaryote_15(X)
& fn_fruiting_body_formation_in_prokaryote_15(X) != fn_fruiting_body_formation_in_prokaryote_16(X)
& fn_fruiting_body_formation_in_prokaryote_11(X) = fn_create_1(fn_fruiting_body_formation_in_prokaryote_10(X))
& fn_fruiting_body_formation_in_prokaryote_9(X) = fn_create_1(fn_fruiting_body_formation_in_prokaryote_7(X))
& fn_fruiting_body_formation_in_prokaryote_15(X) = fn_feed_1(fn_fruiting_body_formation_in_prokaryote_14(X))
& fn_fruiting_body_formation_in_prokaryote_13(X) = fn_feed_4(fn_fruiting_body_formation_in_prokaryote_14(X))
& fn_fruiting_body_formation_in_prokaryote_12(X) = fn_quorum_sensing_in_prokaryote_11(fn_fruiting_body_formation_in_prokaryote_8(X))
& fn_fruiting_body_formation_in_prokaryote_15(X) = fn_quorum_sensing_in_prokaryote_9(fn_fruiting_body_formation_in_prokaryote_8(X))
& fn_fruiting_body_formation_in_prokaryote_16(X) = fn_quorum_sensing_in_prokaryote_7(fn_fruiting_body_formation_in_prokaryote_8(X))
& fn_fruiting_body_formation_in_prokaryote_6(X) = fn_quorum_sensing_in_prokaryote_12(fn_fruiting_body_formation_in_prokaryote_8(X))
& fn_feed_1(fn_fruiting_body_formation_in_prokaryote_14(X)) = fn_quorum_sensing_in_prokaryote_9(fn_fruiting_body_formation_in_prokaryote_8(X))
& fn_quorum_sensing_in_prokaryote_9(fn_fruiting_body_formation_in_prokaryote_8(X)) = fn_quorum_sensing_in_prokaryote_9(fn_fruiting_body_formation_in_prokaryote_8(X)) ) ) ).
fof(a529739,axiom,
! [X] :
( fsh_1(X)
=> ( original_name_2(X,'FSH')
& user_description_2(X,'Follicle-stimulating hormone. A tropic hormone secreted from the anterior pituitary that stimulates follicle growth.')
& concept2words_2(X,'follicle stimulating hormone')
& concept2words_2(X,'follicle-stimulating-hormone')
& concept2words_2(X,fsh)
& tropic_hormone_1(X)
& glycoprotein_hormone_1(X)
& ~ gonadotropin_releasing_hormone_1(X)
& ~ lh_1(X)
& ~ hcg_1(X) ) ) ).
fof(a529740,axiom,
! [X] :
( fuel_1(X)
=> ( original_name_2(X,'Fuel')
& description_2(X,'Any material which is burned to supply power or heat.')
& user_description_2(X,'Fuel is a substance which when consumed provides energy.')
& concept2words_2(X,fuel)
& resource_1(X)
& temperature_value_1(fn_fuel_3(X))
& temperature_value_1(fn_fuel_4(X))
& tangible_entity_1(fn_fuel_5(X))
& heat_1(fn_fuel_6(X))
& tangible_entity_1(fn_fuel_7(X))
& consume_1(fn_fuel_8(X))
& entity_1(fn_consume_1(fn_fuel_8(X)))
& property_node_1(fn_heat_2(fn_fuel_6(X)))
& property_node_1(fn_heat_3(fn_fuel_6(X)))
& tangible_entity_1(fn_heat_1(fn_fuel_6(X)))
& temperature_value_1(fn_heat_5(fn_fuel_6(X)))
& temperature_value_1(fn_heat_4(fn_fuel_6(X)))
& resource_1(fn_consume_2(fn_fuel_8(X)))
& objective_2(fn_fuel_8(X),fn_fuel_6(X))
& is_near_2(fn_fuel_7(X),fn_fuel_5(X))
& is_near_2(fn_fuel_5(X),fn_fuel_7(X))
& object_2(fn_fuel_8(X),fn_fuel_7(X))
& plays_2(fn_fuel_7(X),X)
& in_event_2(X,fn_fuel_8(X))
& base_2(fn_fuel_6(X),fn_fuel_5(X))
& X = fn_consume_2(fn_fuel_8(X))
& fn_fuel_7(X) = fn_consume_1(fn_fuel_8(X))
& fn_fuel_1(X) = fn_heat_2(fn_fuel_6(X))
& fn_fuel_2(X) = fn_heat_3(fn_fuel_6(X))
& fn_fuel_5(X) = fn_heat_1(fn_fuel_6(X))
& fn_fuel_4(X) = fn_heat_5(fn_fuel_6(X))
& fn_fuel_3(X) = fn_heat_4(fn_fuel_6(X))
& fn_consume_2(fn_fuel_8(X)) = fn_consume_2(fn_fuel_8(X)) ) ) ).
fof(a529741,axiom,
! [X] :
( fumarate_1(X)
=> ( original_name_2(X,'Fumarate')
& user_description_2(X,'Fumarate is an intermediate compound formed in citric acid cycle.')
& concept2words_2(X,fumarate)
& ester_1(X)
& ~ acetate_1(X)
& ~ alpha_ketoglutarate_1(X)
& ~ citrate_1(X)
& ~ isocitrate_1(X)
& ~ malate_1(X)
& ~ oxaloacetate_1(X)
& ~ succinate_1(X) ) ) ).
fof(a529742,axiom,
! [X] :
( function_1(X)
=> ( original_name_2(X,'Function')
& thing_1(X) ) ) ).
fof(a529743,axiom,
! [X] :
( functional_group_1(X)
=> ( original_name_2(X,'Functional-Group')
& user_description_2(X,'Functional groups are specific groups of atoms within organic molecules that are responsible for the characteristic chemical reactions of those organic molecules.')
& concept2words_2(X,'chemical group')
& concept2words_2(X,'functional group')
& concept2words_2(X,'functional-group')
& molecular_region_1(X)
& chemical_entity_1(fn_functional_group_1(X))
& has_region_2(fn_functional_group_1(X),X) ) ) ).
fof(a529744,axiom,
! [X] :
( functional_protein_1(X)
=> ( original_name_2(X,'Functional-Protein')
& user_description_2(X,'A protein in its functional (non-denatured), completely folded conformation.')
& concept2words_2(X,'functional protein')
& concept2words_2(X,'functional-protein')
& protein_1(X)
& target_destination_1(fn_functional_protein_1(X))
& post_translational_modification_1(fn_functional_protein_2(X))
& change_1(fn_functional_protein_3(X))
& move_1(fn_functional_protein_4(X))
& spatial_entity_1(fn_functional_protein_5(X))
& polypeptide_1(fn_functional_protein_5(X))
& recognize_1(fn_functional_protein_6(X))
& molecule_1(fn_functional_protein_7(X))
& attach_1(fn_functional_protein_8(X))
& atom_1(fn_functional_protein_9(X))
& chemical_entity_1(fn_functional_protein_9(X))
& monomer_1(fn_functional_protein_10(X))
& carbon_1(fn_functional_protein_11(X))
& carbon_skeleton_1(fn_functional_protein_12(X))
& surface_1(fn_functional_protein_13(X))
& hydrophilic_region_1(fn_functional_protein_14(X))
& change_1(fn_post_translational_modification_5(fn_functional_protein_2(X)))
& carbon_1(fn_carbon_skeleton_4(fn_functional_protein_12(X)))
& entity_1(fn_perceive_1(fn_functional_protein_6(X)))
& spatial_entity_1(fn_attach_2(fn_functional_protein_8(X)))
& spatial_entity_1(fn_move_1(fn_functional_protein_4(X)))
& polypeptide_1(fn_post_translational_modification_10(fn_functional_protein_2(X)))
& spatial_entity_1(fn_attach_1(fn_functional_protein_8(X)))
& functional_protein_1(fn_post_translational_modification_4(fn_functional_protein_2(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_functional_protein_12(X)))
& atom_1(fn_carbon_skeleton_2(fn_functional_protein_12(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_functional_protein_12(X)))
& subevent_2(fn_functional_protein_2(X),fn_functional_protein_4(X))
& base_2(fn_functional_protein_3(X),fn_functional_protein_5(X))
& destination_2(fn_functional_protein_4(X),fn_functional_protein_1(X))
& enables_2(fn_functional_protein_6(X),fn_functional_protein_8(X))
& object_2(fn_functional_protein_4(X),fn_functional_protein_5(X))
& object_2(fn_functional_protein_6(X),fn_functional_protein_7(X))
& base_2(fn_functional_protein_8(X),fn_functional_protein_7(X))
& has_part_2(X,fn_functional_protein_10(X))
& object_2(fn_functional_protein_8(X),X)
& has_part_2(X,fn_functional_protein_9(X))
& has_region_2(X,fn_functional_protein_13(X))
& is_at_2(fn_functional_protein_14(X),fn_functional_protein_13(X))
& has_region_2(X,fn_functional_protein_14(X))
& subevent_2(fn_functional_protein_2(X),fn_functional_protein_3(X))
& object_2(fn_functional_protein_3(X),fn_functional_protein_5(X))
& object_2(fn_functional_protein_2(X),fn_functional_protein_5(X))
& result_2(fn_functional_protein_2(X),X)
& result_2(fn_functional_protein_3(X),X)
& is_inside_2(fn_functional_protein_11(X),fn_functional_protein_12(X))
& has_part_2(X,fn_functional_protein_11(X))
& has_region_2(X,fn_functional_protein_12(X))
& fn_functional_protein_9(X) != fn_functional_protein_11(X)
& fn_functional_protein_11(X) != fn_functional_protein_9(X)
& fn_functional_protein_5(X) = fn_move_1(fn_functional_protein_4(X))
& fn_functional_protein_7(X) = fn_perceive_1(fn_functional_protein_6(X))
& fn_functional_protein_7(X) = fn_attach_2(fn_functional_protein_8(X))
& fn_functional_protein_10(X) = fn_polymer_6(X)
& fn_functional_protein_10(X) = fn_polymer_4(X)
& X = fn_attach_1(fn_functional_protein_8(X))
& fn_functional_protein_9(X) = fn_organic_molecule_2(X)
& fn_functional_protein_14(X) = fn_protein_1(X)
& fn_functional_protein_13(X) = fn_protein_5(X)
& X = fn_post_translational_modification_4(fn_functional_protein_2(X))
& fn_functional_protein_5(X) = fn_post_translational_modification_10(fn_functional_protein_2(X))
& fn_functional_protein_3(X) = fn_post_translational_modification_5(fn_functional_protein_2(X))
& X = fn_carbon_skeleton_3(fn_functional_protein_12(X))
& fn_functional_protein_9(X) = fn_carbon_skeleton_2(fn_functional_protein_12(X))
& fn_functional_protein_11(X) = fn_carbon_skeleton_4(fn_functional_protein_12(X))
& fn_perceive_1(fn_functional_protein_6(X)) = fn_attach_2(fn_functional_protein_8(X))
& fn_attach_2(fn_functional_protein_8(X)) = fn_polymer_6(X)
& fn_polymer_6(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_move_1(fn_functional_protein_4(X))
& fn_move_1(fn_functional_protein_4(X)) = fn_post_translational_modification_10(fn_functional_protein_2(X))
& fn_post_translational_modification_10(fn_functional_protein_2(X)) = fn_post_translational_modification_10(fn_functional_protein_2(X))
& fn_post_translational_modification_10(fn_functional_protein_2(X)) = fn_attach_1(fn_functional_protein_8(X))
& fn_attach_1(fn_functional_protein_8(X)) = fn_post_translational_modification_4(fn_functional_protein_2(X))
& fn_post_translational_modification_4(fn_functional_protein_2(X)) = fn_post_translational_modification_4(fn_functional_protein_2(X))
& fn_post_translational_modification_4(fn_functional_protein_2(X)) = fn_carbon_skeleton_3(fn_functional_protein_12(X))
& fn_carbon_skeleton_3(fn_functional_protein_12(X)) = fn_carbon_skeleton_3(fn_functional_protein_12(X))
& fn_carbon_skeleton_3(fn_functional_protein_12(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_carbon_skeleton_2(fn_functional_protein_12(X))
& fn_carbon_skeleton_2(fn_functional_protein_12(X)) = fn_carbon_skeleton_2(fn_functional_protein_12(X)) ) ) ).
fof(a529745,axiom,
! [X] :
( functional_region_1(X)
=> ( original_name_2(X,'Functional-Region')
& user_description_2(X,'Functional region is a region present on a molecule which enables the function of the molecule.')
& concept2words_2(X,'functional region')
& concept2words_2(X,'functional-region')
& molecular_region_1(X) ) ) ).
fof(a529746,axiom,
! [X] :
( fungal_appendage_1(X)
=> ( original_name_2(X,'Fungal-Appendage')
& user_description_2(X,'An external part, or natural prolongation, that protrudes from a fungus.')
& concept2words_2(X,'fungal appendage')
& concept2words_2(X,'fungal-appendage')
& anatomical_appendage_1(X) ) ) ).
fof(a529747,axiom,
! [X] :
( fungal_cell_1(X)
=> ( original_name_2(X,'Fungal-Cell')
& user_description_2(X,'Fungal cell is a eukaryotic cell having a cell wall that is made up from chitin molecule.')
& concept2words_2(X,'fungus cell')
& concept2words_2(X,'fungus-cell')
& concept2words_2(X,'fungi cells')
& concept2words_2(X,'fungi-cells')
& concept2words_2(X,'cell of a fungus')
& concept2words_2(X,'cell-of-a-fungus')
& concept2words_2(X,'fungi cells')
& concept2words_2(X,'fungi-cells')
& concept2words_2(X,'fungal cell')
& concept2words_2(X,'fungal-cell')
& walled_cell_1(X)
& eukaryotic_cell_1(X)
& ~ animal_cell_1(X)
& extra_cellular_matrix_1(fn_fungal_cell_1(X))
& glycoprotein_1(fn_fungal_cell_2(X))
& surface_1(fn_fungal_cell_3(X))
& cytoplasmic_side_1(fn_fungal_cell_3(X))
& ribosome_1(fn_fungal_cell_6(X))
& eukaryotic_ribosome_1(fn_fungal_cell_6(X))
& golgi_apparatus_1(fn_fungal_cell_7(X))
& substance_1(fn_fungal_cell_8(X))
& cytosol_1(fn_fungal_cell_8(X))
& hydrophobic_core_1(fn_fungal_cell_9(X))
& spatial_entity_1(fn_fungal_cell_10(X))
& membrane_protein_1(fn_fungal_cell_10(X))
& tangible_entity_1(fn_fungal_cell_10(X))
& transmembrane_protein_1(fn_fungal_cell_10(X))
& integral_protein_1(fn_fungal_cell_10(X))
& transport_protein_1(fn_fungal_cell_10(X))
& synthesis_reaction_1(fn_fungal_cell_11(X))
& anabolic_pathway_1(fn_fungal_cell_11(X))
& synthesis_of_protein_1(fn_fungal_cell_11(X))
& synthesis_of_membrane_protein_1(fn_fungal_cell_11(X))
& tangible_entity_1(fn_fungal_cell_12(X))
& er_membrane_1(fn_fungal_cell_12(X))
& biomembrane_1(fn_fungal_cell_12(X))
& cisternal_space_1(fn_fungal_cell_13(X))
& rough_endoplasmic_reticulum_1(fn_fungal_cell_14(X))
& endoplasmic_reticulum_1(fn_fungal_cell_14(X))
& semiautonomous_organelle_1(fn_fungal_cell_15(X))
& organelle_1(fn_fungal_cell_15(X))
& mitochondrion_1(fn_fungal_cell_15(X))
& proton_pump_1(fn_fungal_cell_16(X))
& membrane_1(fn_fungal_cell_17(X))
& spatial_entity_1(fn_fungal_cell_17(X))
& biomembrane_1(fn_fungal_cell_17(X))
& plasma_membrane_1(fn_fungal_cell_17(X))
& fungal_cell_wall_1(fn_fungal_cell_18(X))
& mixture_1(fn_fungal_cell_19(X))
& cytoplasm_1(fn_fungal_cell_19(X))
& eukaryotic_chromosome_1(fn_fungal_cell_20(X))
& chromosome_1(fn_fungal_cell_20(X))
& tangible_entity_1(fn_fungal_cell_21(X))
& membrane_protein_1(fn_fungal_cell_21(X))
& protein_1(fn_fungal_cell_21(X))
& spatial_entity_1(fn_fungal_cell_21(X))
& polymer_1(fn_fungal_cell_21(X))
& attach_1(fn_fungal_cell_22(X))
& outside_face_1(fn_fungal_cell_23(X))
& extracellular_side_1(fn_fungal_cell_23(X))
& tangible_entity_1(fn_fungal_cell_24(X))
& phospholipid_bilayer_1(fn_fungal_cell_24(X))
& size_value_1(fn_fungal_cell_25(X))
& surface_1(fn_fungal_cell_26(X))
& volume_value_1(fn_fungal_cell_27(X))
& smooth_endoplasmic_reticulum_1(fn_fungal_cell_28(X))
& tangible_entity_1(fn_fungal_cell_29(X))
& nucleus_1(fn_fungal_cell_29(X))
& cytoskeleton_1(fn_fungal_cell_30(X))
& aqueous_solution_1(fn_fungal_cell_31(X))
& cellular_work_1(fn_fungal_cell_32(X))
& eukaryotic_cellular_respiration_1(fn_fungal_cell_33(X))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_fungal_cell_17(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_fungal_cell_28(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_fungal_cell_17(X)))
& aqueous_solution_1(fn_smooth_endoplasmic_reticulum_30(fn_fungal_cell_28(X)))
& tangible_entity_1(fn_smooth_endoplasmic_reticulum_28(fn_fungal_cell_28(X)))
& er_membrane_1(fn_smooth_endoplasmic_reticulum_28(fn_fungal_cell_28(X)))
& biomembrane_1(fn_smooth_endoplasmic_reticulum_28(fn_fungal_cell_28(X)))
& synthesis_reaction_1(fn_rough_endoplasmic_reticulum_22(fn_fungal_cell_14(X)))
& anabolic_pathway_1(fn_rough_endoplasmic_reticulum_47(fn_fungal_cell_14(X)))
& synthesis_of_protein_1(fn_rough_endoplasmic_reticulum_47(fn_fungal_cell_14(X)))
& synthesis_of_protein_1(fn_rough_endoplasmic_reticulum_39(fn_fungal_cell_14(X)))
& synthesis_of_membrane_protein_1(fn_rough_endoplasmic_reticulum_39(fn_fungal_cell_14(X)))
& mixture_1(fn_rough_endoplasmic_reticulum_32(fn_fungal_cell_14(X)))
& cytoplasm_1(fn_rough_endoplasmic_reticulum_32(fn_fungal_cell_14(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_fungal_cell_17(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_fungal_cell_17(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_fungal_cell_17(X)))
& protein_1(fn_plasma_membrane_68(fn_fungal_cell_17(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_fungal_cell_17(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_fungal_cell_17(X)))
& protein_1(fn_plasma_membrane_54(fn_fungal_cell_17(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_fungal_cell_17(X)))
& polymer_1(fn_plasma_membrane_54(fn_fungal_cell_17(X)))
& tangible_entity_1(fn_transport_protein_12(fn_fungal_cell_16(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_fungal_cell_16(X)))
& tangible_entity_1(fn_integral_protein_27(fn_fungal_cell_16(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_fungal_cell_16(X)))
& tangible_entity_1(fn_biomembrane_63(fn_fungal_cell_17(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_fungal_cell_17(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_fungal_cell_17(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_fungal_cell_17(X)))
& glycoprotein_1(fn_integral_protein_9(fn_fungal_cell_16(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_fungal_cell_17(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_fungal_cell_17(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_fungal_cell_17(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_fungal_cell_17(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_fungal_cell_17(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_fungal_cell_17(X)))
& outside_face_1(fn_biomembrane_41(fn_fungal_cell_17(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_fungal_cell_17(X)))
& nucleus_1(fn_endoplasmic_reticulum_41(fn_fungal_cell_14(X)))
& mitochondrion_1(fn_endoplasmic_reticulum_14(fn_fungal_cell_14(X)))
& eukaryotic_ribosome_1(fn_endoplasmic_reticulum_12(fn_fungal_cell_14(X)))
& cell_1(fn_cytoskeleton_6(fn_fungal_cell_30(X)))
& tangible_entity_1(fn_cytoskeleton_6(fn_fungal_cell_30(X)))
& tangible_entity_1(fn_cell_wall_13(fn_fungal_cell_18(X)))
& cell_1(fn_cell_wall_13(fn_fungal_cell_18(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_62(fn_fungal_cell_14(X)))
& eukaryotic_cell_1(fn_rough_endoplasmic_reticulum_62(fn_fungal_cell_14(X)))
& cell_1(fn_rough_endoplasmic_reticulum_62(fn_fungal_cell_14(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_fungal_cell_28(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_fungal_cell_28(X)))
& eukaryotic_cell_1(fn_endoplasmic_reticulum_11(fn_fungal_cell_14(X)))
& cell_1(fn_endoplasmic_reticulum_11(fn_fungal_cell_14(X)))
& spatial_entity_1(fn_protein_pump_3(fn_fungal_cell_16(X)))
& biomembrane_1(fn_protein_pump_3(fn_fungal_cell_16(X)))
& spatial_entity_1(fn_transport_protein_35(fn_fungal_cell_16(X)))
& biomembrane_1(fn_transport_protein_35(fn_fungal_cell_16(X)))
& biomembrane_1(fn_integral_protein_24(fn_fungal_cell_16(X)))
& membrane_1(fn_carrier_protein_18(fn_fungal_cell_16(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_fungal_cell_16(X)))
& biomembrane_1(fn_carrier_protein_18(fn_fungal_cell_16(X)))
& membrane_1(fn_electrogenic_pump_30(fn_fungal_cell_16(X)))
& spatial_entity_1(fn_electrogenic_pump_30(fn_fungal_cell_16(X)))
& biomembrane_1(fn_electrogenic_pump_30(fn_fungal_cell_16(X)))
& membrane_1(fn_cell_wall_15(fn_fungal_cell_18(X)))
& spatial_entity_1(fn_cell_wall_15(fn_fungal_cell_18(X)))
& biomembrane_1(fn_cell_wall_15(fn_fungal_cell_18(X)))
& plasma_membrane_1(fn_cell_wall_15(fn_fungal_cell_18(X)))
& substance_1(fn_rough_endoplasmic_reticulum_23(fn_fungal_cell_14(X)))
& cytosol_1(fn_rough_endoplasmic_reticulum_23(fn_fungal_cell_14(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_fungal_cell_28(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_fungal_cell_28(X)))
& substance_1(fn_endoplasmic_reticulum_40(fn_fungal_cell_14(X)))
& cytosol_1(fn_endoplasmic_reticulum_40(fn_fungal_cell_14(X)))
& cisternal_space_1(fn_endoplasmic_reticulum_31(fn_fungal_cell_14(X)))
& cisternal_space_1(fn_smooth_endoplasmic_reticulum_39(fn_fungal_cell_28(X)))
& fn_fungal_cell_10(X) != fn_fungal_cell_16(X)
& called_2(fn_fungal_cell_10(X),'MP2')
& site_2(fn_fungal_cell_11(X),fn_fungal_cell_12(X))
& is_across_2(fn_fungal_cell_16(X),fn_fungal_cell_9(X))
& fn_fungal_cell_16(X) != fn_fungal_cell_10(X)
& fn_fungal_cell_16(X) != fn_fungal_cell_21(X)
& called_2(fn_fungal_cell_16(X),'MP1')
& is_outside_2(fn_fungal_cell_1(X),fn_fungal_cell_17(X))
& fn_fungal_cell_21(X) != fn_fungal_cell_16(X)
& is_inside_2(fn_fungal_cell_31(X),fn_fungal_cell_12(X))
& is_across_2(fn_fungal_cell_16(X),fn_fungal_cell_17(X))
& has_part_2(fn_fungal_cell_17(X),fn_fungal_cell_16(X))
& has_part_2(X,fn_fungal_cell_18(X))
& is_outside_2(fn_fungal_cell_18(X),fn_fungal_cell_17(X))
& called_2(fn_fungal_cell_21(X),'MP1')
& abuts_2(fn_fungal_cell_28(X),fn_fungal_cell_14(X))
& abuts_2(fn_fungal_cell_14(X),fn_fungal_cell_28(X))
& fn_fungal_cell_28(X) != fn_fungal_cell_14(X)
& fn_fungal_cell_14(X) != fn_fungal_cell_28(X)
& site_2(fn_fungal_cell_11(X),fn_fungal_cell_14(X))
& has_function_2(fn_fungal_cell_14(X),fn_fungal_cell_11(X))
& base_2(fn_fungal_cell_11(X),X)
& the_scalar_value_2(fn_fungal_cell_25(X),big_0)
& scalar_unit_class_2(fn_fungal_cell_25(X),prokaryote_0)
& has_part_2(fn_fungal_cell_19(X),fn_fungal_cell_8(X))
& is_inside_2(fn_fungal_cell_15(X),fn_fungal_cell_8(X))
& size_2(X,fn_fungal_cell_25(X))
& directly_proportional_2(fn_fungal_cell_25(X),fn_fungal_cell_27(X))
& volume_2(X,fn_fungal_cell_27(X))
& has_region_2(X,fn_fungal_cell_26(X))
& is_at_2(fn_fungal_cell_24(X),fn_fungal_cell_26(X))
& is_facing_2(fn_fungal_cell_3(X),fn_fungal_cell_19(X))
& is_oriented_toward_2(fn_fungal_cell_3(X),fn_fungal_cell_19(X))
& is_inside_2(fn_fungal_cell_19(X),fn_fungal_cell_17(X))
& base_2(fn_fungal_cell_22(X),fn_fungal_cell_17(X))
& object_2(fn_fungal_cell_22(X),fn_fungal_cell_10(X))
& base_2(fn_fungal_cell_32(X),X)
& has_function_2(X,fn_fungal_cell_32(X))
& has_part_2(X,fn_fungal_cell_20(X))
& is_inside_2(fn_fungal_cell_20(X),fn_fungal_cell_29(X))
& is_between_2(fn_fungal_cell_19(X),fn_fungal_cell_29(X))
& has_part_2(X,fn_fungal_cell_19(X))
& is_between_2(fn_fungal_cell_19(X),fn_fungal_cell_17(X))
& has_part_2(X,fn_fungal_cell_17(X))
& has_function_2(X,fn_fungal_cell_33(X))
& base_2(fn_fungal_cell_33(X),X)
& has_region_2(fn_fungal_cell_17(X),fn_fungal_cell_3(X))
& is_at_2(fn_fungal_cell_10(X),fn_fungal_cell_17(X))
& has_region_2(fn_fungal_cell_17(X),fn_fungal_cell_23(X))
& has_part_2(fn_fungal_cell_17(X),fn_fungal_cell_10(X))
& has_part_2(fn_fungal_cell_17(X),fn_fungal_cell_21(X))
& called_2(fn_fungal_cell_21(X),'MP2')
& is_across_2(fn_fungal_cell_10(X),fn_fungal_cell_9(X))
& has_region_2(fn_fungal_cell_17(X),fn_fungal_cell_9(X))
& has_part_2(fn_fungal_cell_17(X),fn_fungal_cell_24(X))
& is_inside_2(fn_fungal_cell_10(X),fn_fungal_cell_24(X))
& fn_fungal_cell_10(X) != fn_fungal_cell_21(X)
& fn_fungal_cell_21(X) != fn_fungal_cell_10(X)
& is_outside_2(fn_fungal_cell_23(X),fn_fungal_cell_17(X))
& has_region_2(fn_fungal_cell_10(X),fn_fungal_cell_23(X))
& is_across_2(fn_fungal_cell_10(X),fn_fungal_cell_17(X))
& has_part_2(fn_fungal_cell_17(X),fn_fungal_cell_2(X))
& is_inside_2(fn_fungal_cell_2(X),fn_fungal_cell_24(X))
& has_part_2(X,fn_fungal_cell_28(X))
& has_part_2(X,fn_fungal_cell_7(X))
& is_inside_2(fn_fungal_cell_7(X),fn_fungal_cell_8(X))
& has_part_2(X,fn_fungal_cell_29(X))
& has_part_2(X,fn_fungal_cell_15(X))
& has_part_2(X,fn_fungal_cell_14(X))
& has_part_2(X,fn_fungal_cell_6(X))
& is_inside_2(fn_fungal_cell_6(X),fn_fungal_cell_8(X))
& is_between_2(fn_fungal_cell_12(X),fn_fungal_cell_31(X))
& is_inside_2(fn_fungal_cell_13(X),fn_fungal_cell_12(X))
& has_region_2(fn_fungal_cell_28(X),fn_fungal_cell_13(X))
& is_inside_2(fn_fungal_cell_14(X),fn_fungal_cell_8(X))
& has_region_2(fn_fungal_cell_14(X),fn_fungal_cell_13(X))
& is_at_2(fn_fungal_cell_16(X),fn_fungal_cell_17(X))
& fn_fungal_cell_17(X) = fn_protein_pump_3(fn_fungal_cell_16(X))
& fn_fungal_cell_17(X) = fn_carrier_protein_18(fn_fungal_cell_16(X))
& fn_fungal_cell_17(X) = fn_electrogenic_pump_30(fn_fungal_cell_16(X))
& fn_fungal_cell_30(X) = fn_cell_2(X)
& X = fn_cytoskeleton_6(fn_fungal_cell_30(X))
& fn_fungal_cell_18(X) = fn_walled_cell_1(X)
& X = fn_cell_wall_13(fn_fungal_cell_18(X))
& fn_fungal_cell_17(X) = fn_cell_wall_15(fn_fungal_cell_18(X))
& fn_fungal_cell_28(X) = fn_eukaryotic_cell_20(X)
& fn_fungal_cell_11(X) = fn_rough_endoplasmic_reticulum_22(fn_fungal_cell_14(X))
& fn_fungal_cell_11(X) = fn_rough_endoplasmic_reticulum_47(fn_fungal_cell_14(X))
& fn_fungal_cell_11(X) = fn_rough_endoplasmic_reticulum_39(fn_fungal_cell_14(X))
& fn_fungal_cell_5(X) = fn_eukaryotic_cell_28(X)
& fn_fungal_cell_4(X) = fn_eukaryotic_cell_60(X)
& fn_fungal_cell_15(X) = fn_eukaryotic_cell_25(X)
& fn_fungal_cell_8(X) = fn_rough_endoplasmic_reticulum_23(fn_fungal_cell_14(X))
& fn_fungal_cell_24(X) = fn_eukaryotic_cell_41(X)
& fn_fungal_cell_26(X) = fn_eukaryotic_cell_44(X)
& fn_fungal_cell_27(X) = fn_eukaryotic_cell_59(X)
& fn_fungal_cell_25(X) = fn_eukaryotic_cell_27(X)
& fn_fungal_cell_10(X) = fn_eukaryotic_cell_15(X)
& fn_fungal_cell_22(X) = fn_eukaryotic_cell_16(X)
& fn_fungal_cell_3(X) = fn_eukaryotic_cell_46(X)
& fn_fungal_cell_20(X) = fn_eukaryotic_cell_30(X)
& fn_fungal_cell_32(X) = fn_eukaryotic_cell_32(X)
& fn_fungal_cell_33(X) = fn_eukaryotic_cell_23(X)
& fn_fungal_cell_17(X) = fn_eukaryotic_cell_29(X)
& X = fn_rough_endoplasmic_reticulum_62(fn_fungal_cell_14(X))
& fn_fungal_cell_19(X) = fn_rough_endoplasmic_reticulum_32(fn_fungal_cell_14(X))
& fn_fungal_cell_19(X) = fn_eukaryotic_cell_31(X)
& fn_fungal_cell_3(X) = fn_plasma_membrane_66(fn_fungal_cell_17(X))
& fn_fungal_cell_23(X) = fn_biomembrane_41(fn_fungal_cell_17(X))
& fn_fungal_cell_10(X) = fn_plasma_membrane_3(fn_fungal_cell_17(X))
& fn_fungal_cell_21(X) = fn_plasma_membrane_68(fn_fungal_cell_17(X))
& fn_fungal_cell_21(X) = fn_plasma_membrane_54(fn_fungal_cell_17(X))
& fn_fungal_cell_17(X) = fn_transport_protein_35(fn_fungal_cell_16(X))
& fn_fungal_cell_24(X) = fn_transport_protein_12(fn_fungal_cell_16(X))
& fn_fungal_cell_24(X) = fn_biomembrane_63(fn_fungal_cell_17(X))
& fn_fungal_cell_9(X) = fn_plasma_membrane_6(fn_fungal_cell_17(X))
& fn_fungal_cell_24(X) = fn_integral_protein_27(fn_fungal_cell_16(X))
& fn_fungal_cell_24(X) = fn_plasma_membrane_71(fn_fungal_cell_17(X))
& fn_fungal_cell_17(X) = fn_integral_protein_24(fn_fungal_cell_16(X))
& fn_fungal_cell_2(X) = fn_integral_protein_9(fn_fungal_cell_16(X))
& fn_fungal_cell_2(X) = fn_plasma_membrane_34(fn_fungal_cell_17(X))
& fn_fungal_cell_10(X) = fn_plasma_membrane_55(fn_fungal_cell_17(X))
& fn_fungal_cell_23(X) = fn_plasma_membrane_65(fn_fungal_cell_17(X))
& fn_fungal_cell_8(X) = fn_smooth_endoplasmic_reticulum_34(fn_fungal_cell_28(X))
& fn_fungal_cell_7(X) = fn_smooth_endoplasmic_reticulum_3(fn_fungal_cell_28(X))
& X = fn_smooth_endoplasmic_reticulum_33(fn_fungal_cell_28(X))
& fn_fungal_cell_29(X) = fn_eukaryotic_cell_26(X)
& fn_fungal_cell_29(X) = fn_endoplasmic_reticulum_41(fn_fungal_cell_14(X))
& fn_fungal_cell_15(X) = fn_endoplasmic_reticulum_14(fn_fungal_cell_14(X))
& fn_fungal_cell_8(X) = fn_eukaryotic_cell_42(X)
& fn_fungal_cell_6(X) = fn_eukaryotic_cell_45(X)
& fn_fungal_cell_6(X) = fn_endoplasmic_reticulum_12(fn_fungal_cell_14(X))
& fn_fungal_cell_14(X) = fn_eukaryotic_cell_19(X)
& X = fn_endoplasmic_reticulum_11(fn_fungal_cell_14(X))
& fn_fungal_cell_16(X) = fn_plasma_membrane_4(fn_fungal_cell_17(X))
& fn_fungal_cell_8(X) = fn_endoplasmic_reticulum_40(fn_fungal_cell_14(X))
& fn_fungal_cell_13(X) = fn_endoplasmic_reticulum_31(fn_fungal_cell_14(X))
& fn_fungal_cell_31(X) = fn_smooth_endoplasmic_reticulum_30(fn_fungal_cell_28(X))
& fn_fungal_cell_12(X) = fn_smooth_endoplasmic_reticulum_28(fn_fungal_cell_28(X))
& fn_fungal_cell_13(X) = fn_smooth_endoplasmic_reticulum_39(fn_fungal_cell_28(X))
& fn_rough_endoplasmic_reticulum_22(fn_fungal_cell_14(X)) = fn_rough_endoplasmic_reticulum_47(fn_fungal_cell_14(X))
& fn_rough_endoplasmic_reticulum_47(fn_fungal_cell_14(X)) = fn_rough_endoplasmic_reticulum_47(fn_fungal_cell_14(X))
& fn_rough_endoplasmic_reticulum_39(fn_fungal_cell_14(X)) = fn_rough_endoplasmic_reticulum_47(fn_fungal_cell_14(X))
& fn_rough_endoplasmic_reticulum_47(fn_fungal_cell_14(X)) = fn_rough_endoplasmic_reticulum_39(fn_fungal_cell_14(X))
& fn_rough_endoplasmic_reticulum_39(fn_fungal_cell_14(X)) = fn_rough_endoplasmic_reticulum_32(fn_fungal_cell_14(X))
& fn_eukaryotic_cell_31(X) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_rough_endoplasmic_reticulum_32(fn_fungal_cell_14(X))
& fn_rough_endoplasmic_reticulum_32(fn_fungal_cell_14(X)) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_eukaryotic_cell_46(X)
& fn_eukaryotic_cell_46(X) = fn_eukaryotic_cell_46(X)
& fn_eukaryotic_cell_46(X) = fn_plasma_membrane_66(fn_fungal_cell_17(X))
& fn_plasma_membrane_66(fn_fungal_cell_17(X)) = fn_plasma_membrane_68(fn_fungal_cell_17(X))
& fn_plasma_membrane_54(fn_fungal_cell_17(X)) = fn_plasma_membrane_68(fn_fungal_cell_17(X))
& fn_plasma_membrane_68(fn_fungal_cell_17(X)) = fn_plasma_membrane_54(fn_fungal_cell_17(X))
& fn_plasma_membrane_54(fn_fungal_cell_17(X)) = fn_plasma_membrane_54(fn_fungal_cell_17(X))
& fn_plasma_membrane_54(fn_fungal_cell_17(X)) = fn_transport_protein_12(fn_fungal_cell_16(X))
& fn_transport_protein_12(fn_fungal_cell_16(X)) = fn_transport_protein_12(fn_fungal_cell_16(X))
& fn_transport_protein_12(fn_fungal_cell_16(X)) = fn_integral_protein_27(fn_fungal_cell_16(X))
& fn_integral_protein_27(fn_fungal_cell_16(X)) = fn_integral_protein_27(fn_fungal_cell_16(X))
& fn_integral_protein_27(fn_fungal_cell_16(X)) = fn_biomembrane_63(fn_fungal_cell_17(X))
& fn_biomembrane_63(fn_fungal_cell_17(X)) = fn_integral_protein_27(fn_fungal_cell_16(X))
& fn_integral_protein_27(fn_fungal_cell_16(X)) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_biomembrane_63(fn_fungal_cell_17(X))
& fn_biomembrane_63(fn_fungal_cell_17(X)) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_plasma_membrane_71(fn_fungal_cell_17(X))
& fn_plasma_membrane_71(fn_fungal_cell_17(X)) = fn_plasma_membrane_71(fn_fungal_cell_17(X))
& fn_plasma_membrane_71(fn_fungal_cell_17(X)) = fn_integral_protein_9(fn_fungal_cell_16(X))
& fn_plasma_membrane_34(fn_fungal_cell_17(X)) = fn_integral_protein_9(fn_fungal_cell_16(X))
& fn_integral_protein_9(fn_fungal_cell_16(X)) = fn_plasma_membrane_34(fn_fungal_cell_17(X))
& fn_plasma_membrane_34(fn_fungal_cell_17(X)) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_plasma_membrane_3(fn_fungal_cell_17(X))
& fn_plasma_membrane_3(fn_fungal_cell_17(X)) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_plasma_membrane_55(fn_fungal_cell_17(X))
& fn_plasma_membrane_55(fn_fungal_cell_17(X)) = fn_plasma_membrane_55(fn_fungal_cell_17(X))
& fn_plasma_membrane_55(fn_fungal_cell_17(X)) = fn_biomembrane_41(fn_fungal_cell_17(X))
& fn_biomembrane_41(fn_fungal_cell_17(X)) = fn_plasma_membrane_65(fn_fungal_cell_17(X))
& fn_plasma_membrane_65(fn_fungal_cell_17(X)) = fn_plasma_membrane_65(fn_fungal_cell_17(X))
& fn_plasma_membrane_65(fn_fungal_cell_17(X)) = fn_eukaryotic_cell_26(X)
& fn_eukaryotic_cell_26(X) = fn_eukaryotic_cell_26(X)
& fn_eukaryotic_cell_26(X) = fn_endoplasmic_reticulum_41(fn_fungal_cell_14(X))
& fn_endoplasmic_reticulum_41(fn_fungal_cell_14(X)) = fn_eukaryotic_cell_25(X)
& fn_eukaryotic_cell_25(X) = fn_endoplasmic_reticulum_14(fn_fungal_cell_14(X))
& fn_endoplasmic_reticulum_14(fn_fungal_cell_14(X)) = fn_eukaryotic_cell_45(X)
& fn_endoplasmic_reticulum_12(fn_fungal_cell_14(X)) = fn_eukaryotic_cell_45(X)
& fn_eukaryotic_cell_45(X) = fn_endoplasmic_reticulum_12(fn_fungal_cell_14(X))
& fn_endoplasmic_reticulum_12(fn_fungal_cell_14(X)) = fn_cytoskeleton_6(fn_fungal_cell_30(X))
& fn_cytoskeleton_6(fn_fungal_cell_30(X)) = fn_cell_wall_13(fn_fungal_cell_18(X))
& fn_cell_wall_13(fn_fungal_cell_18(X)) = fn_cell_wall_13(fn_fungal_cell_18(X))
& fn_cell_wall_13(fn_fungal_cell_18(X)) = fn_rough_endoplasmic_reticulum_62(fn_fungal_cell_14(X))
& fn_rough_endoplasmic_reticulum_62(fn_fungal_cell_14(X)) = fn_rough_endoplasmic_reticulum_62(fn_fungal_cell_14(X))
& fn_rough_endoplasmic_reticulum_62(fn_fungal_cell_14(X)) = fn_smooth_endoplasmic_reticulum_33(fn_fungal_cell_28(X))
& fn_smooth_endoplasmic_reticulum_33(fn_fungal_cell_28(X)) = fn_smooth_endoplasmic_reticulum_33(fn_fungal_cell_28(X))
& fn_smooth_endoplasmic_reticulum_33(fn_fungal_cell_28(X)) = fn_endoplasmic_reticulum_11(fn_fungal_cell_14(X))
& fn_endoplasmic_reticulum_11(fn_fungal_cell_14(X)) = fn_endoplasmic_reticulum_11(fn_fungal_cell_14(X))
& fn_endoplasmic_reticulum_11(fn_fungal_cell_14(X)) = fn_protein_pump_3(fn_fungal_cell_16(X))
& fn_protein_pump_3(fn_fungal_cell_16(X)) = fn_transport_protein_35(fn_fungal_cell_16(X))
& fn_transport_protein_35(fn_fungal_cell_16(X)) = fn_transport_protein_35(fn_fungal_cell_16(X))
& fn_integral_protein_24(fn_fungal_cell_16(X)) = fn_transport_protein_35(fn_fungal_cell_16(X))
& fn_transport_protein_35(fn_fungal_cell_16(X)) = fn_integral_protein_24(fn_fungal_cell_16(X))
& fn_carrier_protein_18(fn_fungal_cell_16(X)) = fn_carrier_protein_18(fn_fungal_cell_16(X))
& fn_carrier_protein_18(fn_fungal_cell_16(X)) = fn_integral_protein_24(fn_fungal_cell_16(X))
& fn_integral_protein_24(fn_fungal_cell_16(X)) = fn_integral_protein_24(fn_fungal_cell_16(X))
& fn_integral_protein_24(fn_fungal_cell_16(X)) = fn_carrier_protein_18(fn_fungal_cell_16(X))
& fn_electrogenic_pump_30(fn_fungal_cell_16(X)) = fn_carrier_protein_18(fn_fungal_cell_16(X))
& fn_carrier_protein_18(fn_fungal_cell_16(X)) = fn_electrogenic_pump_30(fn_fungal_cell_16(X))
& fn_electrogenic_pump_30(fn_fungal_cell_16(X)) = fn_electrogenic_pump_30(fn_fungal_cell_16(X))
& fn_electrogenic_pump_30(fn_fungal_cell_16(X)) = fn_cell_wall_15(fn_fungal_cell_18(X))
& fn_cell_wall_15(fn_fungal_cell_18(X)) = fn_cell_wall_15(fn_fungal_cell_18(X))
& fn_cell_wall_15(fn_fungal_cell_18(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_rough_endoplasmic_reticulum_23(fn_fungal_cell_14(X))
& fn_rough_endoplasmic_reticulum_23(fn_fungal_cell_14(X)) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_eukaryotic_cell_42(X)
& fn_smooth_endoplasmic_reticulum_34(fn_fungal_cell_28(X)) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_smooth_endoplasmic_reticulum_34(fn_fungal_cell_28(X))
& fn_smooth_endoplasmic_reticulum_34(fn_fungal_cell_28(X)) = fn_endoplasmic_reticulum_40(fn_fungal_cell_14(X))
& fn_endoplasmic_reticulum_40(fn_fungal_cell_14(X)) = fn_endoplasmic_reticulum_40(fn_fungal_cell_14(X))
& fn_endoplasmic_reticulum_40(fn_fungal_cell_14(X)) = fn_endoplasmic_reticulum_31(fn_fungal_cell_14(X))
& fn_endoplasmic_reticulum_31(fn_fungal_cell_14(X)) = fn_smooth_endoplasmic_reticulum_39(fn_fungal_cell_28(X))
& fn_smooth_endoplasmic_reticulum_39(fn_fungal_cell_28(X)) = fn_smooth_endoplasmic_reticulum_39(fn_fungal_cell_28(X)) ) ) ).
fof(a529748,axiom,
! [X] :
( fungal_cell_inside_hypertonic_solution_1(X)
=> ( original_name_2(X,'Fungal-Cell-Inside-Hypertonic-Solution')
& user_description_2(X,'This is the situation in which fungal cell is placed inside hypertonic solution.')
& concept2words_2(X,'fungal cell inside hypertonic solution')
& concept2words_2(X,'fungal-cell-inside-hypertonic-solution')
& walled_cell_inside_hypertonic_solution_1(X)
& fungal_cell_1(X)
& ~ bacterial_cell_inside_hypertonic_solution_1(X)
& ~ plant_cell_inside_hypertonic_solution_1(X) ) ) ).
fof(a529749,axiom,
! [X] :
( fungal_cell_wall_1(X)
=> ( original_name_2(X,'Fungal-Cell-Wall')
& user_description_2(X,'A rigid barrier around the cells of fungi consisting largely of chitin and other polysaccharides, though not cellulose.')
& concept2words_2(X,'fungal cell wall')
& concept2words_2(X,'fungal cell-wall')
& concept2words_2(X,'fungal-cell-wall')
& cell_wall_1(X)
& chitin_1(fn_fungal_cell_wall_1(X))
& has_part_2(X,fn_fungal_cell_wall_1(X))
& fn_fungal_cell_wall_1(X) = fn_cell_wall_5(X) ) ) ).
fof(a529750,axiom,
! [X,X1] :
( ( object_2(X,X1)
& life_cycle_1(X)
& fungus_1(X1) )
=> ( fungal_life_cycle_1(X)
& fn_fungal_life_cycle_3(X) = X1 ) ) ).
fof(a529751,axiom,
! [X] :
( fungal_life_cycle_1(X)
=> ( original_name_2(X,'Fungal-Life-Cycle')
& user_description_2(X,'The generation-to-generation sequence of stages in the reproductive history of a fungus.')
& concept2words_2(X,'life cycle of fungus')
& concept2words_2(X,'life-cycle-of-fungus')
& concept2words_2(X,'undergo the fungal life cycle')
& concept2words_2(X,'fungal life cycle')
& concept2words_2(X,'fungal-life-cycle')
& life_cycle_1(X)
& ~ animal_life_cycle_1(X)
& ~ determinate_growth_1(X)
& ~ gastrulation_1(X)
& ~ iteroparity_1(X)
& ~ life_cycle_of_drosophila_1(X)
& ~ life_history_1(X)
& ~ morphogenesis_1(X)
& ~ muscle_cell_determination_1(X)
& ~ plant_life_cycle_1(X)
& ~ sexual_life_cycle_1(X)
& ~ skeletal_muscle_cell_differentiation_1(X)
& mitosis_1(fn_fungal_life_cycle_2(X))
& fungus_1(fn_fungal_life_cycle_3(X))
& gamete_1(fn_fungal_life_cycle_4(X))
& haploid_cell_1(fn_fungal_life_cycle_5(X))
& fertilization_1(fn_fungal_life_cycle_6(X))
& mitosis_1(fn_fungal_life_cycle_7(X))
& create_1(fn_fungal_life_cycle_8(X))
& meiosis_1(fn_fungal_life_cycle_9(X))
& entity_1(fn_create_1(fn_fungal_life_cycle_8(X)))
& gamete_1(fn_fertilization_2(fn_fungal_life_cycle_6(X)))
& tangible_entity_1(fn_impair_1(fn_fungal_life_cycle_7(X)))
& cell_1(fn_cell_division_2(fn_fungal_life_cycle_9(X)))
& first_subevent_2(X,fn_fungal_life_cycle_2(X))
& subevent_2(X,fn_fungal_life_cycle_2(X))
& subevent_2(X,fn_fungal_life_cycle_9(X))
& subevent_2(X,fn_fungal_life_cycle_8(X))
& subevent_2(X,fn_fungal_life_cycle_6(X))
& object_2(X,fn_fungal_life_cycle_3(X))
& site_2(fn_fungal_life_cycle_2(X),fn_fungal_life_cycle_3(X))
& result_2(fn_fungal_life_cycle_2(X),fn_fungal_life_cycle_4(X))
& next_event_2(fn_fungal_life_cycle_2(X),fn_fungal_life_cycle_6(X))
& next_event_2(fn_fungal_life_cycle_6(X),fn_fungal_life_cycle_9(X))
& result_2(fn_fungal_life_cycle_7(X),fn_fungal_life_cycle_5(X))
& subevent_2(fn_fungal_life_cycle_8(X),fn_fungal_life_cycle_7(X))
& minCardinality(fn_fungal_life_cycle_8(X),subevent_0,"2",mitosis_0)
& next_event_2(fn_fungal_life_cycle_9(X),fn_fungal_life_cycle_8(X))
& result_2(fn_fungal_life_cycle_8(X),fn_fungal_life_cycle_3(X))
& object_2(fn_fungal_life_cycle_7(X),fn_fungal_life_cycle_5(X))
& result_2(fn_fungal_life_cycle_9(X),fn_fungal_life_cycle_5(X))
& object_2(fn_fungal_life_cycle_6(X),fn_fungal_life_cycle_4(X))
& fn_fungal_life_cycle_3(X) = fn_create_1(fn_fungal_life_cycle_8(X))
& fn_fungal_life_cycle_5(X) = fn_impair_1(fn_fungal_life_cycle_7(X))
& fn_fungal_life_cycle_5(X) = fn_cell_division_2(fn_fungal_life_cycle_9(X))
& fn_fungal_life_cycle_4(X) = fn_fertilization_2(fn_fungal_life_cycle_6(X))
& fn_impair_1(fn_fungal_life_cycle_7(X)) = fn_cell_division_2(fn_fungal_life_cycle_9(X)) ) ) ).
fof(a529752,axiom,
! [X] :
( fungal_organ_1(X)
=> ( original_name_2(X,'Fungal-Organ')
& user_description_2(X,'A specialized center of function composed of several different types of tissues specific to fungi.')
& concept2words_2(X,'fungal organ')
& concept2words_2(X,'fungal-organ')
& organ_1(X) ) ) ).
fof(a529753,axiom,
! [X] :
( fungal_tissue_1(X)
=> ( original_name_2(X,'Fungal-Tissue')
& user_description_2(X,'A tissue found in a fungus.')
& concept2words_2(X,'fungal tissue')
& concept2words_2(X,'fungal-tissue')
& tissue_1(X) ) ) ).
fof(a529754,axiom,
! [X] :
( fungus_1(X)
=> ( original_name_2(X,'Fungus')
& description_2(X,'Plantlike organisms lacking chlorophyll. Include mushrooms, molds, yeasts, and mildews. Kingdom Fungi.')
& user_description_2(X,'Fungi comprise a kingdom of eukaryotes that acts decomposers and absorb nutrients from their surroundings .')
& concept2words_2(X,fungi)
& concept2words_2(X,mold)
& concept2words_2(X,yeast)
& concept2words_2(X,fungus)
& eukaryote_1(X)
& ~ animal_1(X)
& ~ protist_1(X)
& decomposer_1(fn_fungus_1(X))
& organism_1(fn_decomposer_1(fn_fungus_1(X)))
& plays_2(X,fn_fungus_1(X))
& X = fn_decomposer_1(fn_fungus_1(X)) ) ) ).
fof(a529755,axiom,
! [X] :
( fur_1(X)
=> ( original_name_2(X,'Fur')
& user_description_2(X,'The soft, thick, hairy coat that covers the skin of some mammals.')
& concept2words_2(X,fur)
& fiber_1(X) ) ) ).
fof(a529756,axiom,
! [X] :
( furnishing_1(X)
=> ( original_name_2(X,'Furnishing')
& description_2(X,'furniture, fixtures, room accessories, etc.')
& concept2words_2(X,furnishings)
& concept2words_2(X,furnishing)
& artifact_1(X)
& ~ physical_document_1(X)
& ~ device_1(X)
& ~ architectural_structure_1(X)
& ~ pharmaceutical_product_1(X)
& ~ photographic_film_1(X)
& ~ scientific_device_1(X)
& ~ useful_product_1(X) ) ) ).
fof(a529757,axiom,
! [X] :
( furniture_1(X)
=> ( original_name_2(X,'Furniture')
& description_2(X,'any artifact that helps make a room usable, though maybe not directly instrumental')
& concept2words_2(X,furniture)
& furnishing_1(X) ) ) ).
fof(a529758,axiom,
! [X] :
( fus3_1(X)
=> ( original_name_2(X,'Fus3')
& user_description_2(X,'FUs3 (mitogen activated protein kinase) is an enzyme which plays a role in cell signaling pathways leading to mating in yeast cells.')
& concept2words_2(X,fus3)
& protein_kinase_1(X) ) ) ).
fof(a529759,axiom,
! [X] :
( fusiform_initials_1(X)
=> ( original_name_2(X,'Fusiform-Initials')
& user_description_2(X,'Plant cambium cells with tapered ends that produce new vascular tissue in secondary growth.')
& concept2words_2(X,'fusiform initials')
& concept2words_2(X,'fusiform initial')
& concept2words_2(X,'fusiform-initial')
& plant_metabolic_cell_1(X)
& ~ bundle_sheath_cell_1(X)
& ~ collenchyma_cell_1(X)
& ~ companion_cell_1(X)
& ~ fiber_cell_1(X)
& ~ guard_cell_1(X)
& ~ initial_meristem_1(X)
& ~ mesophyll_cell_1(X)
& ~ parenchyma_cell_1(X)
& ~ placental_transfer_cell_1(X)
& ~ plant_cell_inside_hypertonic_solution_1(X)
& ~ plant_cell_inside_hypotonic_solution_1(X)
& ~ plant_cell_inside_isotonic_solution_1(X)
& ~ rhizoid_1(X)
& ~ sclereid_1(X)
& ~ sclerenchyma_cell_1(X)
& ~ sieve_tube_element_1(X)
& ~ tracheid_1(X)
& ~ vessel_element_1(X) ) ) ).
fof(a529760,axiom,
! [X] :
( fusion_1(X)
=> ( original_name_2(X,'Fusion')
& user_description_2(X,'An occurrence that involves the production of a union from different entities.')
& concept2words_2(X,merge)
& concept2words_2(X,fuse)
& concept2words_2(X,fusion)
& add_1(X)
& ~ recombination_1(X)
& ~ staining_1(X) ) ) ).
fof(a529761,axiom,
! [X] :
( g_protein_1(X)
=> ( original_name_2(X,'G-Protein')
& user_description_2(X,'A protein that acts as a molecular switch, transmitting chemical signals from the outside of a cell to the inside.')
& concept2words_2(X,'protein of g')
& concept2words_2(X,'g protein')
& concept2words_2(X,'g-protein')
& relay_protein_1(X)
& ~ calmodulin_1(X)
& ~ scaffolding_protein_1(X)
& cytoplasmic_side_1(fn_g_protein_1(X))
& gtpase_1(fn_g_protein_2(X))
& size_value_1(fn_g_protein_3(X))
& size_value_1(fn_g_protein_4(X))
& monomer_1(fn_g_protein_5(X))
& has_part_2(X,fn_g_protein_2(X))
& is_at_2(X,fn_g_protein_1(X))
& has_part_2(X,fn_g_protein_5(X))
& size_2(fn_g_protein_5(X),fn_g_protein_4(X))
& greater_than_2(fn_g_protein_3(X),fn_g_protein_4(X))
& size_2(X,fn_g_protein_3(X))
& the_scalar_value_2(fn_g_protein_3(X),big_0)
& scalar_unit_class_2(fn_g_protein_3(X),polypeptide_0)
& fn_g_protein_3(X) = fn_polymer_8(X)
& fn_g_protein_4(X) = fn_polymer_7(X)
& fn_g_protein_5(X) = fn_polymer_6(X)
& fn_g_protein_5(X) = fn_polymer_4(X)
& fn_g_protein_3(X) = fn_protein_9(X)
& fn_polymer_4(X) = fn_polymer_6(X)
& fn_polymer_6(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_polymer_8(X)
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X) ) ) ).
fof(a529762,axiom,
! [X] :
( g_protein_coupled_receptor_1(X)
=> ( original_name_2(X,'G-Protein-Coupled-Receptor')
& user_description_2(X,'Member of a large group of transmembrane proteins that detect chemicals outside the cell and activate intracellular transduction pathways, thus triggering a cellular response to the external signal.')
& concept2words_2(X,'g protein linked receptor')
& concept2words_2(X,'g protein linked receptor protein')
& concept2words_2(X,'g protein coupled receptor')
& concept2words_2(X,'g-protein coupled receptor')
& concept2words_2(X,gpcr)
& concept2words_2(X,'g-protein-coupled-receptor')
& cell_surface_receptor_1(X)
& ~ growth_factor_receptor_1(X)
& ~ intracellular_receptor_1(X)
& ~ receptor_tyrosine_kinase_1(X)
& extracellular_side_1(fn_g_protein_coupled_receptor_1(X))
& has_region_2(X,fn_g_protein_coupled_receptor_1(X))
& fn_g_protein_coupled_receptor_1(X) = fn_protein_5(X) ) ) ).
fof(a529763,axiom,
! [X] :
( g_nicolson_1(X)
=> ( original_name_2(X,'G.Nicolson')
& user_description_2(X,'Biologist that studied biomembranes and developed the Fluid Mosaic Model for placement of membrane proteins.')
& concept2words_2(X,nicolson)
& concept2words_2(X,'g.nicolson')
& biologist_1(X) ) ) ).
fof(a529764,axiom,
! [X] :
( g0_phase_1(X)
=> ( original_name_2(X,'G0-Phase')
& user_description_2(X,'A resting state in which cells have left the cell cycle and are not dividing.')
& concept2words_2(X,'resting phase')
& concept2words_2(X,'resting-phase')
& concept2words_2(X,'undergo the g0 phase')
& concept2words_2(X,'undergo the g0-phase')
& concept2words_2(X,'g0 phase')
& concept2words_2(X,'g0-phase')
& cell_cycle_process_1(X)
& eukaryotic_cell_1(fn_g0_phase_1(X))
& base_2(X,fn_g0_phase_1(X)) ) ) ).
fof(a529765,axiom,
! [X] :
( g1_checkpoint_1(X)
=> ( original_name_2(X,'G1-Checkpoint')
& user_description_2(X,'Checkpoint in the regulation of the cell cycle which occurs between the G1 and S phases of the cycle.')
& concept2words_2(X,'restriction point')
& concept2words_2(X,'g1 checkpoint')
& concept2words_2(X,'g1-checkpoint')
& checkpoint_1(X)
& unitless_value_1(fn_g1_checkpoint_2(X))
& importance_2(X,fn_g1_checkpoint_2(X))
& the_scalar_value_2(fn_g1_checkpoint_2(X),important_0)
& scalar_unit_class_2(fn_g1_checkpoint_2(X),checkpoint_0) ) ) ).
fof(a529766,axiom,
! [X] :
( g1_checkpoint_in_animal_cell_1(X)
=> ( original_name_2(X,'G1-Checkpoint-In-Animal-Cell')
& user_description_2(X,'Checkpoint in the regulation of the animal cell cycle which occurs between the G1 and S phases of the cycle..')
& concept2words_2(X,'g1 checkpoint in animal cell')
& concept2words_2(X,'g1-checkpoint-in-animal-cell')
& g1_checkpoint_1(X)
& activation_value_1(fn_g1_checkpoint_in_animal_cell_2(X))
& animal_cell_1(fn_g1_checkpoint_in_animal_cell_3(X))
& cyclin_dependent_kinase_1(fn_g1_checkpoint_in_animal_cell_4(X))
& the_categorical_value_2(fn_g1_checkpoint_in_animal_cell_2(X),active_0)
& has_part_2(fn_g1_checkpoint_in_animal_cell_3(X),fn_g1_checkpoint_in_animal_cell_4(X))
& minCardinality(fn_g1_checkpoint_in_animal_cell_3(X),has_part_0,"3",cyclin_dependent_kinase_0)
& activation_2(fn_g1_checkpoint_in_animal_cell_4(X),fn_g1_checkpoint_in_animal_cell_2(X))
& base_2(X,fn_g1_checkpoint_in_animal_cell_3(X)) ) ) ).
fof(a529767,axiom,
! [X] :
( g1_phase_1(X)
=> ( original_name_2(X,'G1-Phase')
& user_description_2(X,'The first gap phase of the cell cycle. During the G1 phase the cell grows and produces the proteins and mRNA that are required for DNA synthesis.')
& concept2words_2(X,'first gap')
& concept2words_2(X,'initial interphase')
& concept2words_2(X,'initial-interphase')
& concept2words_2(X,'g1 phase')
& concept2words_2(X,'g1-phase')
& cell_cycle_process_1(X)
& eukaryotic_cell_1(fn_g1_phase_1(X))
& synthesis_of_organelle_1(fn_g1_phase_2(X))
& cell_growth_1(fn_g1_phase_3(X))
& synthesis_of_protein_1(fn_g1_phase_4(X))
& eukaryotic_cell_1(fn_g1_phase_5(X))
& motor_protein_1(fn_g1_phase_6(X))
& chemical_entity_1(fn_g1_phase_7(X))
& protein_1(fn_g1_phase_7(X))
& cell_1(fn_cell_growth_2(fn_g1_phase_3(X)))
& motor_protein_1(fn_cell_8(fn_g1_phase_5(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_g1_phase_4(X)))
& protein_1(fn_synthesis_of_protein_16(fn_g1_phase_4(X)))
& subevent_2(X,fn_g1_phase_2(X))
& subevent_2(X,fn_g1_phase_4(X))
& subevent_2(X,fn_g1_phase_3(X))
& result_2(X,fn_g1_phase_5(X))
& base_2(X,fn_g1_phase_1(X))
& base_2(fn_g1_phase_3(X),fn_g1_phase_5(X))
& by_means_of_2(fn_g1_phase_3(X),fn_g1_phase_2(X))
& by_means_of_2(fn_g1_phase_3(X),fn_g1_phase_4(X))
& has_state_2(fn_g1_phase_1(X),fn_g1_phase_5(X))
& has_part_2(fn_g1_phase_5(X),fn_g1_phase_7(X))
& object_2(fn_g1_phase_3(X),fn_g1_phase_5(X))
& result_2(fn_g1_phase_4(X),fn_g1_phase_7(X))
& has_part_2(fn_g1_phase_5(X),fn_g1_phase_6(X))
& fn_g1_phase_5(X) = fn_cell_growth_2(fn_g1_phase_3(X))
& fn_g1_phase_7(X) = fn_anabolic_pathway_5(fn_g1_phase_4(X))
& fn_g1_phase_7(X) = fn_synthesis_of_protein_16(fn_g1_phase_4(X))
& fn_g1_phase_6(X) = fn_cell_8(fn_g1_phase_5(X))
& fn_anabolic_pathway_5(fn_g1_phase_4(X)) = fn_synthesis_of_protein_16(fn_g1_phase_4(X)) ) ) ).
fof(a529768,axiom,
! [X] :
( g2_checkpoint_1(X)
=> ( original_name_2(X,'G2-Checkpoint')
& user_description_2(X,'A control checkpoint at the end of the G2 phase of the cell cycle where the cell determines whether the cell can proceed to the M phase.')
& concept2words_2(X,'g2 checkpoint')
& concept2words_2(X,'g2-checkpoint')
& checkpoint_1(X)
& time_interval_1(fn_g2_checkpoint_1(X))
& g2_phase_1(fn_g2_checkpoint_2(X))
& time_interval_1(fn_g2_checkpoint_3(X))
& time_interval_1(fn_g2_checkpoint_4(X))
& m_phase_1(fn_g2_checkpoint_5(X))
& time_before_2(fn_g2_checkpoint_1(X),fn_g2_checkpoint_4(X))
& next_event_2(fn_g2_checkpoint_2(X),X)
& time_during_2(fn_g2_checkpoint_2(X),fn_g2_checkpoint_3(X))
& time_before_2(fn_g2_checkpoint_3(X),fn_g2_checkpoint_1(X))
& time_during_2(fn_g2_checkpoint_5(X),fn_g2_checkpoint_4(X))
& causes_2(X,fn_g2_checkpoint_5(X))
& enables_2(X,fn_g2_checkpoint_5(X))
& time_during_2(X,fn_g2_checkpoint_1(X))
& next_event_2(X,fn_g2_checkpoint_5(X)) ) ) ).
fof(a529769,axiom,
! [X] :
( g2_phase_1(X)
=> ( original_name_2(X,'G2-Phase')
& user_description_2(X,'The second gap phase of the cell cycle. The G2 phase is the last portion of interphase, following DNA synthesis.')
& concept2words_2(X,'second gap')
& concept2words_2(X,'late interphase')
& concept2words_2(X,'late-interphase')
& concept2words_2(X,'g2 phase')
& concept2words_2(X,'g2-phase')
& cell_cycle_process_1(X)
& visibility_value_1(fn_g2_phase_1(X))
& smooth_endoplasmic_reticulum_1(fn_g2_phase_3(X))
& synthesis_reaction_1(fn_g2_phase_4(X))
& chemical_reaction_1(fn_g2_phase_4(X))
& anabolic_pathway_1(fn_g2_phase_4(X))
& synthesis_of_lipid_1(fn_g2_phase_4(X))
& organelle_1(fn_g2_phase_5(X))
& synthesis_of_organelle_1(fn_g2_phase_6(X))
& synthesis_of_protein_1(fn_g2_phase_7(X))
& eukaryotic_cell_1(fn_g2_phase_8(X))
& cell_1(fn_g2_phase_8(X))
& cell_growth_1(fn_g2_phase_9(X))
& cell_1(fn_g2_phase_10(X))
& eukaryotic_cell_1(fn_g2_phase_10(X))
& chemical_entity_1(fn_g2_phase_11(X))
& protein_1(fn_g2_phase_11(X))
& motor_protein_1(fn_g2_phase_12(X))
& nucleolus_1(fn_g2_phase_13(X))
& tangible_entity_1(fn_g2_phase_14(X))
& nucleus_1(fn_g2_phase_14(X))
& cell_1(fn_cell_growth_2(fn_g2_phase_9(X)))
& motor_protein_1(fn_cell_8(fn_g2_phase_10(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_g2_phase_10(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_g2_phase_10(X)))
& nucleolus_1(fn_nucleus_5(fn_g2_phase_14(X)))
& organelle_1(fn_synthesis_of_organelle_1(fn_g2_phase_6(X)))
& eukaryotic_cell_1(fn_endoplasmic_reticulum_11(fn_g2_phase_3(X)))
& cell_1(fn_endoplasmic_reticulum_11(fn_g2_phase_3(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_g2_phase_7(X)))
& protein_1(fn_synthesis_of_protein_16(fn_g2_phase_7(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_g2_phase_3(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_g2_phase_3(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_g2_phase_3(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_g2_phase_3(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_g2_phase_3(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_g2_phase_3(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_g2_phase_3(X)))
& synthesis_of_lipid_1(fn_endoplasmic_reticulum_23(fn_g2_phase_3(X)))
& subevent_2(X,fn_g2_phase_6(X))
& subevent_2(X,fn_g2_phase_7(X))
& subevent_2(X,fn_g2_phase_9(X))
& first_subevent_2(X,fn_g2_phase_6(X))
& result_2(X,fn_g2_phase_10(X))
& base_2(X,fn_g2_phase_8(X))
& has_state_2(fn_g2_phase_8(X),fn_g2_phase_10(X))
& by_means_of_2(fn_g2_phase_9(X),fn_g2_phase_6(X))
& by_means_of_2(fn_g2_phase_9(X),fn_g2_phase_7(X))
& base_2(fn_g2_phase_9(X),fn_g2_phase_10(X))
& has_part_2(fn_g2_phase_10(X),fn_g2_phase_5(X))
& has_part_2(fn_g2_phase_10(X),fn_g2_phase_11(X))
& the_categorical_value_2(fn_g2_phase_1(X),visible_0)
& visibility_2(fn_g2_phase_13(X),fn_g2_phase_1(X))
& object_2(fn_g2_phase_9(X),fn_g2_phase_10(X))
& has_part_2(fn_g2_phase_10(X),fn_g2_phase_12(X))
& has_part_2(fn_g2_phase_10(X),fn_g2_phase_14(X))
& result_2(fn_g2_phase_7(X),fn_g2_phase_11(X))
& has_part_2(fn_g2_phase_14(X),fn_g2_phase_13(X))
& result_2(fn_g2_phase_6(X),fn_g2_phase_5(X))
& has_function_2(fn_g2_phase_3(X),fn_g2_phase_4(X))
& site_2(fn_g2_phase_4(X),fn_g2_phase_3(X))
& has_part_2(fn_g2_phase_8(X),fn_g2_phase_3(X))
& base_2(fn_g2_phase_4(X),fn_g2_phase_8(X))
& fn_g2_phase_10(X) = fn_cell_growth_2(fn_g2_phase_9(X))
& fn_g2_phase_12(X) = fn_cell_8(fn_g2_phase_10(X))
& fn_g2_phase_14(X) = fn_eukaryotic_cell_26(fn_g2_phase_10(X))
& fn_g2_phase_11(X) = fn_anabolic_pathway_5(fn_g2_phase_7(X))
& fn_g2_phase_11(X) = fn_synthesis_of_protein_16(fn_g2_phase_7(X))
& fn_g2_phase_13(X) = fn_nucleus_5(fn_g2_phase_14(X))
& fn_g2_phase_5(X) = fn_synthesis_of_organelle_1(fn_g2_phase_6(X))
& fn_g2_phase_8(X) = fn_endoplasmic_reticulum_11(fn_g2_phase_3(X))
& fn_g2_phase_4(X) = fn_smooth_endoplasmic_reticulum_23(fn_g2_phase_3(X))
& fn_g2_phase_4(X) = fn_smooth_endoplasmic_reticulum_7(fn_g2_phase_3(X))
& fn_g2_phase_4(X) = fn_smooth_endoplasmic_reticulum_49(fn_g2_phase_3(X))
& fn_g2_phase_4(X) = fn_smooth_endoplasmic_reticulum_48(fn_g2_phase_3(X))
& fn_g2_phase_4(X) = fn_endoplasmic_reticulum_23(fn_g2_phase_3(X))
& fn_anabolic_pathway_5(fn_g2_phase_7(X)) = fn_synthesis_of_protein_16(fn_g2_phase_7(X))
& fn_synthesis_of_protein_16(fn_g2_phase_7(X)) = fn_smooth_endoplasmic_reticulum_23(fn_g2_phase_3(X))
& fn_smooth_endoplasmic_reticulum_23(fn_g2_phase_3(X)) = fn_smooth_endoplasmic_reticulum_7(fn_g2_phase_3(X))
& fn_smooth_endoplasmic_reticulum_7(fn_g2_phase_3(X)) = fn_smooth_endoplasmic_reticulum_7(fn_g2_phase_3(X))
& fn_smooth_endoplasmic_reticulum_7(fn_g2_phase_3(X)) = fn_smooth_endoplasmic_reticulum_49(fn_g2_phase_3(X))
& fn_smooth_endoplasmic_reticulum_49(fn_g2_phase_3(X)) = fn_smooth_endoplasmic_reticulum_49(fn_g2_phase_3(X))
& fn_smooth_endoplasmic_reticulum_49(fn_g2_phase_3(X)) = fn_smooth_endoplasmic_reticulum_48(fn_g2_phase_3(X))
& fn_endoplasmic_reticulum_23(fn_g2_phase_3(X)) = fn_smooth_endoplasmic_reticulum_48(fn_g2_phase_3(X))
& fn_smooth_endoplasmic_reticulum_48(fn_g2_phase_3(X)) = fn_endoplasmic_reticulum_23(fn_g2_phase_3(X))
& fn_endoplasmic_reticulum_23(fn_g2_phase_3(X)) = fn_endoplasmic_reticulum_23(fn_g2_phase_3(X)) ) ) ).
fof(a529770,axiom,
! [X] :
( gaba_1(X)
=> ( original_name_2(X,'GABA')
& user_description_2(X,'Gamma-aminobutyric acid, the primary inhibitory neurotransmitter in the central nervous system of mammals.')
& concept2words_2(X,'gamma aminobutyric acid')
& concept2words_2(X,'gamma-aminobutyric-acid')
& concept2words_2(X,gaba)
& amino_acid_neurotransmitter_1(X) ) ) ).
fof(a529771,axiom,
! [X] :
( gadolinium_1(X)
=> ( original_name_2(X,'Gadolinium')
& user_description_2(X,'Gadolinium is a metal atom with atomic number 64. It is represented by the symbol Gd.')
& concept2words_2(X,gadolinium)
& concept2words_2(X,gd)
& metal_atom_1(X)
& neutron_1(fn_gadolinium_4(X))
& atomic_mass_value_1(fn_gadolinium_5(X))
& valence_value_1(fn_gadolinium_6(X))
& electronegativity_value_1(fn_gadolinium_7(X))
& valence_electron_1(fn_gadolinium_11(X))
& atomic_weight_value_1(fn_gadolinium_12(X))
& atomic_number_value_1(fn_gadolinium_13(X))
& quantity_value_1(fn_gadolinium_14(X))
& electronegativity_2(X,fn_gadolinium_7(X))
& valence_2(X,fn_gadolinium_6(X))
& mass_number_2(X,fn_gadolinium_5(X))
& exactCardinality(X,has_part_0,"93",neutron_0)
& exactCardinality(X,has_part_0,"64",proton_0)
& exactCardinality(X,has_part_0,"64",electron_0)
& has_part_2(X,fn_gadolinium_4(X))
& the_cardinal_value_2(fn_gadolinium_14(X),"10")
& cardinal_unit_class_2(fn_gadolinium_14(X),unity_0)
& the_cardinal_value_2(fn_gadolinium_7(X),"1.2")
& cardinal_unit_class_2(fn_gadolinium_7(X),unity_0)
& the_cardinal_value_2(fn_gadolinium_6(X),"3")
& cardinal_unit_class_2(fn_gadolinium_6(X),unity_0)
& the_cardinal_value_2(fn_gadolinium_5(X),"157")
& cardinal_unit_class_2(fn_gadolinium_5(X),unity_0)
& the_cardinal_value_2(fn_gadolinium_13(X),"64")
& cardinal_unit_class_2(fn_gadolinium_13(X),unity_0)
& the_cardinal_value_2(fn_gadolinium_12(X),"157.3")
& cardinal_unit_class_2(fn_gadolinium_12(X),dalton_0)
& atomic_number_2(X,fn_gadolinium_13(X))
& atomic_weight_2(X,fn_gadolinium_12(X))
& has_part_2(X,fn_gadolinium_11(X))
& quantity_2(fn_gadolinium_11(X),fn_gadolinium_14(X))
& fn_gadolinium_9(X) = fn_atom_12(X)
& fn_gadolinium_13(X) = fn_atom_17(X)
& fn_gadolinium_10(X) = fn_atom_13(X)
& fn_gadolinium_12(X) = fn_atom_16(X)
& fn_gadolinium_8(X) = fn_atom_1(X)
& fn_gadolinium_14(X) = fn_atom_5(X)
& fn_gadolinium_11(X) = fn_atom_14(X) ) ) ).
fof(a529772,axiom,
! [X] :
( gain_1(X)
=> ( original_name_2(X,'Gain')
& user_description_2(X,'The result of making profit')
& concept2words_2(X,gain)
& increase_1(X) ) ) ).
fof(a529773,axiom,
! [X] :
( galactose_1(X)
=> ( original_name_2(X,'Galactose')
& user_description_2(X,'Galactose is a simple six carbon monosaccharide having an aldehyde group. It is a monomer of Lactose.')
& concept2words_2(X,galactose)
& aldose_1(X)
& hexose_1(X) ) ) ).
fof(a529774,axiom,
! [X] :
( galapagos_finch_1(X)
=> ( original_name_2(X,'Galapagos-Finch')
& user_description_2(X,'A group of about 15 species of passerine birds, all but one of which are endemic to the Galapagos Islands. They were collected and studied by Charles Darwin.')
& concept2words_2(X,'finch of galapagos')
& concept2words_2(X,'galapagos finch')
& concept2words_2(X,'galapagos-finch')
& bird_1(X)
& ~ brown_headed_cowbird_1(X)
& ~ flightless_birds_1(X)
& ~ florida_scrub_jay_1(X)
& ~ great_auk_1(X)
& ~ greylag_geese_1(X)
& ~ killdeer_1(X)
& ~ ratite_1(X)
& ~ red_cockaded_woodpecker_1(X) ) ) ).
fof(a529775,axiom,
! [X] :
( gallbladder_1(X)
=> ( original_name_2(X,'Gallbladder')
& user_description_2(X,'A small organ that aids in the digestion of fats. It stores and concentrates bile that is secreted by the liver and releases it into the small intestine as needed.')
& concept2words_2(X,gallbladder)
& secretory_organ_1(X)
& container_1(fn_gallbladder_1(X))
& store_1(fn_gallbladder_2(X))
& bile_1(fn_gallbladder_3(X))
& entity_1(fn_store_1(fn_gallbladder_2(X)))
& container_1(fn_store_3(fn_gallbladder_2(X)))
& spatial_entity_1(fn_store_2(fn_gallbladder_2(X)))
& has_function_2(X,fn_gallbladder_2(X))
& object_2(fn_gallbladder_2(X),fn_gallbladder_3(X))
& base_2(fn_gallbladder_2(X),X)
& plays_2(X,fn_gallbladder_1(X))
& in_event_2(fn_gallbladder_1(X),fn_gallbladder_2(X))
& fn_gallbladder_3(X) = fn_store_1(fn_gallbladder_2(X))
& fn_gallbladder_1(X) = fn_store_3(fn_gallbladder_2(X))
& X = fn_store_2(fn_gallbladder_2(X))
& fn_store_2(fn_gallbladder_2(X)) = fn_store_2(fn_gallbladder_2(X)) ) ) ).
fof(a529776,axiom,
! [X] :
( gallium_1(X)
=> ( original_name_2(X,'Gallium')
& user_description_2(X,'Gallium is a metal atom with atomic number 31. It is represented by the symbol Ga.')
& concept2words_2(X,gallium)
& metal_atom_1(X)
& neutron_1(fn_gallium_3(X))
& atomic_mass_value_1(fn_gallium_4(X))
& electronegativity_value_1(fn_gallium_5(X))
& valence_electron_1(fn_gallium_9(X))
& atomic_weight_value_1(fn_gallium_10(X))
& atomic_number_value_1(fn_gallium_11(X))
& quantity_value_1(fn_gallium_12(X))
& electronegativity_2(X,fn_gallium_5(X))
& mass_number_2(X,fn_gallium_4(X))
& exactCardinality(X,has_part_0,"39",neutron_0)
& exactCardinality(X,has_part_0,"31",proton_0)
& exactCardinality(X,has_part_0,"31",electron_0)
& has_part_2(X,fn_gallium_3(X))
& the_cardinal_value_2(fn_gallium_12(X),"3")
& cardinal_unit_class_2(fn_gallium_12(X),unity_0)
& the_cardinal_value_2(fn_gallium_5(X),"1.81")
& cardinal_unit_class_2(fn_gallium_5(X),unity_0)
& the_cardinal_value_2(fn_gallium_4(X),"70")
& cardinal_unit_class_2(fn_gallium_4(X),unity_0)
& the_cardinal_value_2(fn_gallium_11(X),"31")
& cardinal_unit_class_2(fn_gallium_11(X),unity_0)
& the_cardinal_value_2(fn_gallium_10(X),"69.72")
& cardinal_unit_class_2(fn_gallium_10(X),dalton_0)
& atomic_number_2(X,fn_gallium_11(X))
& atomic_weight_2(X,fn_gallium_10(X))
& has_part_2(X,fn_gallium_9(X))
& quantity_2(fn_gallium_9(X),fn_gallium_12(X))
& fn_gallium_7(X) = fn_atom_12(X)
& fn_gallium_11(X) = fn_atom_17(X)
& fn_gallium_8(X) = fn_atom_13(X)
& fn_gallium_10(X) = fn_atom_16(X)
& fn_gallium_6(X) = fn_atom_1(X)
& fn_gallium_12(X) = fn_atom_5(X)
& fn_gallium_9(X) = fn_atom_14(X) ) ) ).
fof(a529777,axiom,
! [X] :
( galvanometer_1(X)
=> ( original_name_2(X,'Galvanometer')
& user_description_2(X,'An instrument which measures electrical current.')
& concept2words_2(X,galvanometer)
& scientific_device_1(X)
& electric_current_1(fn_galvanometer_1(X))
& measure_1(fn_galvanometer_2(X))
& galvanometer_1(fn_electric_current_2(fn_galvanometer_1(X)))
& measure_1(fn_electric_current_1(fn_galvanometer_1(X)))
& object_2(fn_galvanometer_2(X),fn_galvanometer_1(X))
& instrument_2(fn_galvanometer_2(X),X)
& X = fn_electric_current_2(fn_galvanometer_1(X))
& fn_galvanometer_2(X) = fn_electric_current_1(fn_galvanometer_1(X)) ) ) ).
fof(a529778,axiom,
! [X] :
( game_theory_1(X)
=> ( original_name_2(X,'Game-Theory')
& user_description_2(X,'An approach to the study of animal behavior in situations in which the outcome of one alternative strategy is dependent on the strategies used by other individuals in the population.')
& concept2words_2(X,inquire)
& concept2words_2(X,'theory of game')
& concept2words_2(X,'game theory')
& concept2words_2(X,'game-theory')
& inquiry_1(X) ) ) ).
fof(a529779,axiom,
! [X] :
( gametangium_1(X)
=> ( original_name_2(X,'Gametangium')
& user_description_2(X,'An organ in which gametes are produced. Found in algae, fungi, and the gametophytes of plants. Archegonia are female gametangia; antheridia are male gametangia.')
& concept2words_2(X,gametangia)
& concept2words_2(X,gametangium)
& alternating_generation_organ_1(X) ) ) ).
fof(a529780,axiom,
! [X] :
( gamete_1(X)
=> ( original_name_2(X,'Gamete')
& user_description_2(X,'A haploid germ cell, such as an egg or sperm. During sexual fertilization, gametes fuse to produce a diploid zygote.')
& concept2words_2(X,'sex cell')
& concept2words_2(X,'germ cell')
& concept2words_2(X,'reproductive cell')
& concept2words_2(X,'human sex cell')
& concept2words_2(X,gamete)
& haploid_cell_1(X)
& reproductive_cell_1(X)
& ~ spore_1(X) ) ) ).
fof(a529781,axiom,
! [X] :
( gamete_production_1(X)
=> ( original_name_2(X,'Gamete-Production')
& user_description_2(X,'The formation of sex cells, egg cells in females and sperm cells in males, within the gonads, ovaries in females and testes in males, in a process known as gametogenesis.')
& concept2words_2(X,gametogenesis)
& concept2words_2(X,'production of gamete')
& concept2words_2(X,'gamete production')
& concept2words_2(X,'gamete-production')
& reproductive_process_1(X) ) ) ).
fof(a529782,axiom,
! [X] :
( gametogenesis_1(X)
=> ( original_name_2(X,'Gametogenesis')
& user_description_2(X,'The biological process by which haploid gametes are produced from diploid or haploid precursors.')
& concept2words_2(X,gametogenesis)
& biological_process_1(X)
& ~ eukaryotic_cell_cycle_1(X)
& ~ meiotic_cell_cycle_1(X)
& ~ prokaryotic_cell_cycle_1(X)
& gamete_1(fn_gametogenesis_1(X))
& meiosis_1(fn_gametogenesis_2(X))
& cell_1(fn_cell_division_2(fn_gametogenesis_2(X)))
& subevent_2(X,fn_gametogenesis_2(X))
& result_2(X,fn_gametogenesis_1(X))
& result_2(fn_gametogenesis_2(X),fn_gametogenesis_1(X))
& fn_gametogenesis_1(X) = fn_cell_division_2(fn_gametogenesis_2(X)) ) ) ).
fof(a529783,axiom,
! [X] :
( gametogenesis_in_animal_1(X)
=> ( original_name_2(X,'Gametogenesis-In-Animal')
& user_description_2(X,'The process in which gametes are produced in animals.')
& concept2words_2(X,'gametogenesis in animal')
& concept2words_2(X,'gametogenesis-in-animal')
& gametogenesis_1(X)
& gonad_1(fn_gametogenesis_in_animal_1(X))
& diploid_cell_1(fn_gametogenesis_in_animal_2(X))
& meiosis_1(fn_gametogenesis_in_animal_3(X))
& cell_division_1(fn_gametogenesis_in_animal_3(X))
& cell_1(fn_cell_division_3(fn_gametogenesis_in_animal_3(X)))
& base_2(fn_gametogenesis_in_animal_3(X),fn_gametogenesis_in_animal_2(X))
& site_2(X,fn_gametogenesis_in_animal_1(X))
& has_part_2(fn_gametogenesis_in_animal_1(X),fn_gametogenesis_in_animal_2(X))
& subevent_2(X,fn_gametogenesis_in_animal_3(X))
& object_2(fn_gametogenesis_in_animal_3(X),fn_gametogenesis_in_animal_2(X))
& fn_gametogenesis_in_animal_3(X) = fn_gametogenesis_2(X)
& fn_gametogenesis_in_animal_2(X) = fn_cell_division_3(fn_gametogenesis_in_animal_3(X)) ) ) ).
fof(a529784,axiom,
! [X] :
( gametogenesis_in_human_1(X)
=> ( original_name_2(X,'Gametogenesis-In-Human')
& user_description_2(X,'The process in which gametes are produced in humans.')
& concept2words_2(X,'gametogenesis in human')
& concept2words_2(X,'gametogenesis-in-human')
& gametogenesis_in_animal_1(X)
& gonad_1(fn_gametogenesis_in_human_1(X))
& spatial_entity_1(fn_gametogenesis_in_human_2(X))
& biomembrane_1(fn_gametogenesis_in_human_2(X))
& plasma_membrane_1(fn_gametogenesis_in_human_2(X))
& gamete_1(fn_gametogenesis_in_human_3(X))
& cell_1(fn_gametogenesis_in_human_3(X))
& eukaryotic_cell_1(fn_gametogenesis_in_human_3(X))
& cytoskeleton_1(fn_gametogenesis_in_human_4(X))
& smooth_endoplasmic_reticulum_1(fn_gametogenesis_in_human_5(X))
& diploid_cell_1(fn_gametogenesis_in_human_6(X))
& eukaryotic_cell_1(fn_gametogenesis_in_human_6(X))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_gametogenesis_in_human_6(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_gametogenesis_in_human_6(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_gametogenesis_in_human_6(X)))
& cytoskeleton_1(fn_cell_2(fn_gametogenesis_in_human_3(X)))
& smooth_endoplasmic_reticulum_1(fn_eukaryotic_cell_20(fn_gametogenesis_in_human_3(X)))
& exactCardinality(fn_gametogenesis_in_human_3(X),has_part_0,"23",eukaryotic_chromosome_0)
& exactCardinality(fn_gametogenesis_in_human_6(X),has_part_0,"46",eukaryotic_chromosome_0)
& result_2(X,fn_gametogenesis_in_human_3(X))
& site_2(X,fn_gametogenesis_in_human_1(X))
& has_part_2(fn_gametogenesis_in_human_1(X),fn_gametogenesis_in_human_6(X))
& has_part_2(fn_gametogenesis_in_human_3(X),fn_gametogenesis_in_human_4(X))
& has_part_2(fn_gametogenesis_in_human_6(X),fn_gametogenesis_in_human_2(X))
& fn_gametogenesis_in_human_3(X) = fn_gametogenesis_1(X)
& fn_gametogenesis_in_human_6(X) = fn_gametogenesis_in_animal_2(X)
& fn_gametogenesis_in_human_1(X) = fn_gametogenesis_in_animal_1(X)
& fn_gametogenesis_in_human_2(X) = fn_eukaryotic_cell_29(fn_gametogenesis_in_human_6(X))
& fn_gametogenesis_in_human_4(X) = fn_cell_2(fn_gametogenesis_in_human_3(X))
& fn_gametogenesis_in_human_5(X) = fn_eukaryotic_cell_20(fn_gametogenesis_in_human_3(X)) ) ) ).
fof(a529785,axiom,
! [X] :
( gametophore_1(X)
=> ( original_name_2(X,'Gametophore')
& user_description_2(X,'The structure in mosses and ferns that bears the sexually mature gametangia.')
& concept2words_2(X,gametophore)
& alternating_generation_organ_1(X) ) ) ).
fof(a529786,axiom,
! [X] :
( gametophyte_1(X)
=> ( original_name_2(X,'Gametophyte')
& user_description_2(X,'The haploid, multicellular stage of organisms (e.g., plants and some algae) that undergo alternation of generations. The gametophyte generation produces gametes via mitosis. Fertilization occurs between gametes from different individuals, resulting in a diploid zygote that develops into the sporophyte generation.')
& concept2words_2(X,gametophyte)
& multicellular_organism_1(X)
& ~ animal_1(X)
& ~ sporophyte_1(X) ) ) ).
fof(a529787,axiom,
! [X] :
( gamma_rays_1(X)
=> ( original_name_2(X,'Gamma-Rays')
& user_description_2(X,'Gamma-rays are the radiation with wavelenth ranging from 0.00001 nm to 0.001 nm. Their wavelength is shortest of all the radiations.')
& concept2words_2(X,'gamma ray')
& concept2words_2(X,'gamma-ray')
& radiation_1(X)
& length_value_1(fn_gamma_rays_4(X))
& length_value_1(fn_gamma_rays_5(X))
& length_value_1(fn_gamma_rays_6(X))
& electromagnetic_spectrum_1(fn_gamma_rays_7(X))
& greater_than_or_equal_to_2(fn_gamma_rays_4(X),fn_gamma_rays_5(X))
& the_cardinal_value_2(fn_gamma_rays_5(X),"1.0e-5")
& cardinal_unit_class_2(fn_gamma_rays_5(X),nanometer_0)
& greater_than_or_equal_to_2(fn_gamma_rays_6(X),fn_gamma_rays_4(X))
& the_cardinal_value_2(fn_gamma_rays_6(X),"0.001e0")
& cardinal_unit_class_2(fn_gamma_rays_6(X),nanometer_0)
& wavelength_2(X,fn_gamma_rays_4(X))
& element_2(fn_gamma_rays_7(X),X) ) ) ).
fof(a529788,axiom,
! [X] :
( ganglion_1(X)
=> ( original_name_2(X,'Ganglion')
& user_description_2(X,'A tissue of concentrated nerve cell bodies.')
& concept2words_2(X,ganglion)
& nervous_tissue_1(X)
& ~ brain_region_1(X)
& ~ gray_matter_1(X)
& ~ nerve_circuit_1(X)
& ~ neural_crest_1(X)
& ~ neuromast_1(X)
& ~ notochord_1(X)
& ~ ommatidium_1(X)
& ~ optic_nerve_1(X)
& ~ retina_1(X)
& ~ white_matter_1(X) ) ) ).
fof(a529789,axiom,
! [X] :
( ganglion_cell_1(X)
=> ( original_name_2(X,'Ganglion-Cell')
& user_description_2(X,'A type of neuron in the retina that receives visual information from the photoreceptors and relays that information via action potentials to the brain.')
& concept2words_2(X,'cell of ganglion')
& concept2words_2(X,'ganglion cell')
& concept2words_2(X,'ganglion-cell')
& sensory_neuron_1(X)
& ~ amacrine_cell_1(X)
& ~ bipolar_cell_1(X)
& ~ horizontal_cell_1(X) ) ) ).
fof(a529790,axiom,
! [X] :
( gap_gene_1(X)
=> ( original_name_2(X,'Gap-Gene')
& user_description_2(X,'A type of gene that is involved in the development of segmented embryos in arthropods. Mutations in gap genes cause the loss of a series of adjacent segments, producing a')
& concept2words_2(X,'gene of gap')
& concept2words_2(X,'gap gene')
& concept2words_2(X,'gap-gene')
& regulatory_gene_1(X)
& segmentation_gene_1(X)
& ~ laci_1(X)
& ~ master_control_gene_1(X)
& ~ operon_1(X)
& ~ sonic_hedgehog_factor_1(X)
& ~ trpr_1(X)
& ~ pair_rule_gene_1(X)
& ~ segment_polarity_gene_1(X) ) ) ).
fof(a529791,axiom,
! [X] :
( gap_gene_mutation_1(X)
=> ( original_name_2(X,'Gap-Gene-Mutation')
& user_description_2(X,'Mutations in the gene encoding gap junction protein .')
& concept2words_2(X,mutate)
& concept2words_2(X,'gap gene mutation')
& concept2words_2(X,'gap-gene-mutation')
& development_related_mutation_1(X)
& embryo_1(fn_gap_gene_mutation_1(X))
& abnormal_1(fn_gap_gene_mutation_2(X))
& gap_in_segmentation_1(fn_gap_gene_mutation_3(X))
& gap_gene_1(fn_gap_gene_mutation_4(X))
& gap_gene_mutation_1(fn_gap_in_segmentation_1(fn_gap_gene_mutation_3(X)))
& plays_2(fn_gap_gene_mutation_1(X),fn_gap_gene_mutation_2(X))
& result_2(X,fn_gap_gene_mutation_1(X))
& object_2(X,fn_gap_gene_mutation_4(X))
& result_2(X,fn_gap_gene_mutation_3(X))
& fn_gap_gene_mutation_4(X) = fn_mutation_2(X)
& X = fn_gap_in_segmentation_1(fn_gap_gene_mutation_3(X)) ) ) ).
fof(a529792,axiom,
! [X] :
( gap_in_segmentation_1(X)
=> ( original_name_2(X,'Gap-In-Segmentation')
& user_description_2(X,'Mutations in the gap genes result in gaps in the segmentation pattern.')
& concept2words_2(X,'gap in segmentation')
& concept2words_2(X,'gap-in-segmentation')
& genetic_disorder_1(X)
& gap_gene_mutation_1(fn_gap_in_segmentation_1(X))
& embryo_1(fn_gap_in_segmentation_2(X))
& body_segment_1(fn_gap_in_segmentation_3(X))
& remove_1(fn_gap_in_segmentation_4(X))
& spatial_entity_1(fn_remove_1(fn_gap_in_segmentation_4(X)))
& spatial_entity_1(fn_remove_2(fn_gap_in_segmentation_4(X)))
& result_2(fn_gap_in_segmentation_4(X),X)
& result_2(fn_gap_in_segmentation_1(X),X)
& causes_2(fn_gap_in_segmentation_1(X),fn_gap_in_segmentation_4(X))
& object_2(fn_gap_in_segmentation_4(X),fn_gap_in_segmentation_3(X))
& base_2(fn_gap_in_segmentation_4(X),fn_gap_in_segmentation_2(X))
& fn_gap_in_segmentation_3(X) = fn_remove_1(fn_gap_in_segmentation_4(X))
& fn_gap_in_segmentation_2(X) = fn_remove_2(fn_gap_in_segmentation_4(X)) ) ) ).
fof(a529793,axiom,
! [X] :
( gap_junction_1(X)
=> ( original_name_2(X,'Gap-Junction')
& user_description_2(X,'Gap junctions, also called communicating junctions, provide cytoplasmic channels between animal cells.')
& concept2words_2(X,'communicating junction')
& concept2words_2(X,'junction of gap')
& concept2words_2(X,'gap junction')
& concept2words_2(X,'gap-junction')
& intercellular_junction_1(X)
& size_value_1(fn_gap_junction_2(X))
& cytoplasmic_channel_1(fn_gap_junction_3(X))
& membrane_protein_1(fn_gap_junction_4(X))
& pore_1(fn_gap_junction_5(X))
& move_through_1(fn_gap_junction_6(X))
& move_through_1(fn_gap_junction_7(X))
& move_through_1(fn_gap_junction_8(X))
& animal_cell_1(fn_gap_junction_9(X))
& animal_cell_1(fn_gap_junction_10(X))
& move_through_1(fn_gap_junction_11(X))
& ion_1(fn_gap_junction_12(X))
& sugar_1(fn_gap_junction_13(X))
& molecule_1(fn_gap_junction_14(X))
& amino_acid_1(fn_gap_junction_15(X))
& spatial_entity_1(fn_move_1(fn_gap_junction_8(X)))
& spatial_entity_1(fn_move_1(fn_gap_junction_6(X)))
& spatial_entity_1(fn_move_1(fn_gap_junction_11(X)))
& spatial_entity_1(fn_move_1(fn_gap_junction_7(X)))
& is_at_2(fn_gap_junction_4(X),fn_gap_junction_5(X))
& has_region_2(X,fn_gap_junction_5(X))
& has_region_2(X,fn_gap_junction_3(X))
& the_scalar_value_2(fn_gap_junction_2(X),small_0)
& scalar_unit_class_2(fn_gap_junction_2(X),molecule_0)
& size_2(fn_gap_junction_14(X),fn_gap_junction_2(X))
& path_2(fn_gap_junction_11(X),fn_gap_junction_5(X))
& base_2(fn_gap_junction_11(X),X)
& path_2(fn_gap_junction_8(X),fn_gap_junction_5(X))
& base_2(fn_gap_junction_8(X),X)
& path_2(fn_gap_junction_7(X),fn_gap_junction_5(X))
& base_2(fn_gap_junction_7(X),X)
& path_2(fn_gap_junction_6(X),fn_gap_junction_5(X))
& base_2(fn_gap_junction_6(X),X)
& object_2(fn_gap_junction_8(X),fn_gap_junction_13(X))
& object_2(fn_gap_junction_6(X),fn_gap_junction_15(X))
& object_2(fn_gap_junction_11(X),fn_gap_junction_14(X))
& object_2(fn_gap_junction_7(X),fn_gap_junction_12(X))
& is_between_2(X,fn_gap_junction_10(X))
& fn_gap_junction_10(X) != fn_gap_junction_9(X)
& is_between_2(X,fn_gap_junction_9(X))
& fn_gap_junction_9(X) != fn_gap_junction_10(X)
& abuts_2(fn_gap_junction_10(X),fn_gap_junction_9(X))
& abuts_2(fn_gap_junction_9(X),fn_gap_junction_10(X))
& fn_gap_junction_13(X) = fn_move_1(fn_gap_junction_8(X))
& fn_gap_junction_15(X) = fn_move_1(fn_gap_junction_6(X))
& fn_gap_junction_14(X) = fn_move_1(fn_gap_junction_11(X))
& fn_gap_junction_12(X) = fn_move_1(fn_gap_junction_7(X))
& fn_gap_junction_9(X) = fn_intercellular_junction_2(X)
& fn_gap_junction_10(X) = fn_intercellular_junction_1(X) ) ) ).
fof(a529794,axiom,
! [X] :
( gary_borisy_1(X)
=> ( original_name_2(X,'Gary-Borisy')
& user_description_2(X,'Scientist at the University of Wisconsin who studied the shortening of microtubules during mitosis.')
& concept2words_2(X,'gary borisy')
& concept2words_2(X,'gary-borisy')
& scientist_1(X) ) ) ).
fof(a529795,axiom,
! [X] :
( gas_exchange_1(X)
=> ( original_name_2(X,'Gas-Exchange')
& user_description_2(X,'The exchange of gases between an organism and the environment. In animals, gas exchange refers to the uptake of oxygen from the environment and discharge of carbon dioxide to the environment.')
& concept2words_2(X,exchange)
& concept2words_2(X,'exchange of gas')
& concept2words_2(X,'gas exchange')
& concept2words_2(X,'gas-exchange')
& respiratory_process_1(X) ) ) ).
fof(a529796,axiom,
! [X] :
( gas_substance_1(X)
=> ( original_name_2(X,'Gas-Substance')
& description_2(X,'A substance in the gaseous state at room temperature')
& concept2words_2(X,gas)
& concept2words_2(X,'substance of gas')
& concept2words_2(X,'gas substance')
& concept2words_2(X,'gas-substance')
& fluid_substance_1(X)
& state_value_1(fn_gas_substance_2(X))
& physical_state_2(X,fn_gas_substance_2(X))
& the_categorical_value_2(fn_gas_substance_2(X),gas_0) ) ) ).
fof(a529797,axiom,
! [X] :
( gasoline_1(X)
=> ( original_name_2(X,'Gasoline')
& user_description_2(X,'A volatile mixture of flammable liquid hydrocarbons derived from crude petroleum and used principally as a fuel for internal-combustion engines.')
& concept2words_2(X,gasoline)
& fossil_fuel_1(X)
& hydrocarbon_substance_1(X)
& hydrocarbon_molecule_1(fn_gasoline_1(X))
& chemical_entity_1(fn_gasoline_1(X))
& combustion_of_fossil_fuel_1(fn_gasoline_2(X))
& electron_donor_1(fn_gasoline_3(X))
& fossil_fuel_1(fn_combustion_of_fossil_fuel_14(fn_gasoline_2(X)))
& chemical_entity_1(fn_electron_donor_2(fn_gasoline_3(X)))
& hydrocarbon_molecule_1(fn_combustion_of_fossil_fuel_10(fn_gasoline_2(X)))
& chemical_entity_1(fn_combustion_of_fossil_fuel_10(fn_gasoline_2(X)))
& plays_2(fn_gasoline_1(X),fn_gasoline_3(X))
& raw_material_2(fn_gasoline_2(X),fn_gasoline_1(X))
& has_part_2(X,fn_gasoline_1(X))
& fn_gasoline_1(X) = fn_electron_donor_2(fn_gasoline_3(X))
& X = fn_combustion_of_fossil_fuel_14(fn_gasoline_2(X))
& fn_gasoline_1(X) = fn_combustion_of_fossil_fuel_10(fn_gasoline_2(X))
& fn_electron_donor_2(fn_gasoline_3(X)) = fn_combustion_of_fossil_fuel_10(fn_gasoline_2(X))
& fn_combustion_of_fossil_fuel_10(fn_gasoline_2(X)) = fn_combustion_of_fossil_fuel_10(fn_gasoline_2(X)) ) ) ).
fof(a529798,axiom,
! [X] :
( gastric_cecum_1(X)
=> ( original_name_2(X,'Gastric-Cecum')
& user_description_2(X,'Pouch in the midgut of the alimentary canal of insects which function in digestion and absorption.')
& concept2words_2(X,'gastric cecum')
& concept2words_2(X,'gastric-cecum')
& animal_structure_1(X)
& digestion_1(fn_gastric_cecum_1(X))
& food_absorption_1(fn_gastric_cecum_2(X))
& has_function_2(X,fn_gastric_cecum_2(X))
& has_function_2(X,fn_gastric_cecum_1(X))
& site_2(fn_gastric_cecum_1(X),X)
& site_2(fn_gastric_cecum_2(X),X) ) ) ).
fof(a529799,axiom,
! [X] :
( gastric_gland_1(X)
=> ( original_name_2(X,'Gastric-Gland')
& user_description_2(X,'Exocrine glands found in the lining of the stomach which secrete mucus, pepsinogen and hydrochloric acid into the stomack lumen.')
& concept2words_2(X,'gastric gland')
& concept2words_2(X,'gastric-gland')
& exocrine_gland_1(X)
& parietal_cell_1(fn_gastric_gland_1(X))
& has_part_2(X,fn_gastric_gland_1(X)) ) ) ).
fof(a529800,axiom,
! [X] :
( gastric_juice_1(X)
=> ( original_name_2(X,'Gastric-Juice')
& user_description_2(X,'A digestive fluid secreted by the stomach which is acidic in nature.')
& concept2words_2(X,'gastric juice')
& concept2words_2(X,'gastric-juice')
& acidic_solution_1(X)
& digestive_fluid_1(X)
& ~ amniotic_fluid_1(X)
& ~ aqueous_humor_1(X)
& ~ bile_1(X)
& ~ cerebrospinal_fluid_1(X)
& ~ colloid_1(X)
& ~ filtrate_1(X)
& ~ hemolymph_1(X)
& ~ interstitial_fluid_1(X)
& ~ lymph_1(X)
& ~ mucus_1(X)
& ~ plasma_1(X)
& ~ semen_1(X)
& ~ sweat_1(X)
& ~ urine_1(X)
& ~ vitreous_humor_1(X)
& concentration_value_1(fn_gastric_juice_2(X))
& pepsin_1(fn_gastric_juice_3(X))
& anion_1(fn_gastric_juice_6(X))
& acid_dissociation_reaction_1(fn_gastric_juice_7(X))
& quantity_value_1(fn_gastric_juice_10(X))
& quantity_value_1(fn_gastric_juice_11(X))
& spatial_entity_1(fn_gastric_juice_12(X))
& tangible_entity_1(fn_gastric_juice_12(X))
& polar_molecule_1(fn_gastric_juice_12(X))
& hydrophilic_compound_1(fn_gastric_juice_12(X))
& water_molecule_1(fn_gastric_juice_12(X))
& hydrogen_ion_1(fn_gastric_juice_13(X))
& hydrochloric_acid_1(fn_gastric_juice_14(X))
& chemical_1(fn_gastric_juice_15(X))
& water_1(fn_gastric_juice_15(X))
& cohesion_1(fn_gastric_juice_16(X))
& attract_1(fn_gastric_juice_16(X))
& heat_1(fn_gastric_juice_17(X))
& entity_1(fn_gastric_juice_18(X))
& spatial_entity_1(fn_gastric_juice_18(X))
& chemical_entity_1(fn_gastric_juice_18(X))
& tangible_entity_1(fn_gastric_juice_18(X))
& polar_molecule_1(fn_gastric_juice_18(X))
& water_molecule_1(fn_gastric_juice_18(X))
& increase_1(fn_gastric_juice_19(X))
& ph_value_1(fn_gastric_juice_21(X))
& surface_1(fn_gastric_juice_22(X))
& antibacterial_agent_1(fn_gastric_juice_23(X))
& bacterium_1(fn_gastric_juice_24(X))
& destroy_1(fn_gastric_juice_25(X))
& potential_value_1(fn_gastric_juice_26(X))
& concentration_value_1(fn_gastric_juice_27(X))
& hydroxide_ion_1(fn_gastric_juice_28(X))
& add_1(fn_gastric_juice_29(X))
& tangible_entity_1(fn_impair_1(fn_gastric_juice_25(X)))
& increase_1(fn_water_100(fn_gastric_juice_15(X)))
& heat_1(fn_water_101(fn_gastric_juice_15(X)))
& cohesion_1(fn_water_78(fn_gastric_juice_15(X)))
& attract_1(fn_water_78(fn_gastric_juice_15(X)))
& surface_1(fn_water_14(fn_gastric_juice_15(X)))
& spatial_entity_1(fn_water_83(fn_gastric_juice_15(X)))
& tangible_entity_1(fn_water_83(fn_gastric_juice_15(X)))
& polar_molecule_1(fn_water_83(fn_gastric_juice_15(X)))
& hydrophilic_compound_1(fn_water_83(fn_gastric_juice_15(X)))
& water_molecule_1(fn_water_83(fn_gastric_juice_15(X)))
& entity_1(fn_water_98(fn_gastric_juice_15(X)))
& spatial_entity_1(fn_water_98(fn_gastric_juice_15(X)))
& chemical_entity_1(fn_water_98(fn_gastric_juice_15(X)))
& tangible_entity_1(fn_water_98(fn_gastric_juice_15(X)))
& polar_molecule_1(fn_water_98(fn_gastric_juice_15(X)))
& water_molecule_1(fn_water_98(fn_gastric_juice_15(X)))
& chemical_1(fn_strong_acid_6(fn_gastric_juice_14(X)))
& water_1(fn_strong_acid_6(fn_gastric_juice_14(X)))
& concentration_value_1(fn_strong_acid_3(fn_gastric_juice_14(X)))
& potential_value_1(fn_strong_acid_4(fn_gastric_juice_14(X)))
& tangible_entity_1(fn_toxin_1(fn_gastric_juice_23(X)))
& acidic_solution_1(fn_strong_acid_5(fn_gastric_juice_14(X)))
& in_event_2(fn_gastric_juice_23(X),fn_gastric_juice_25(X))
& is_above_2(fn_gastric_juice_22(X),fn_gastric_juice_18(X))
& the_scalar_value_2(fn_gastric_juice_2(X),high_0)
& scalar_unit_class_2(fn_gastric_juice_2(X),strong_acid_0)
& has_part_2(X,fn_gastric_juice_3(X))
& the_cardinal_value_2(fn_gastric_juice_21(X),"2.0e0")
& cardinal_unit_class_2(fn_gastric_juice_21(X),unity_0)
& inversely_proportional_2(fn_gastric_juice_21(X),fn_gastric_juice_2(X))
& inhibits_2(fn_gastric_juice_16(X),fn_gastric_juice_17(X))
& inhibits_2(fn_gastric_juice_16(X),fn_gastric_juice_19(X))
& concentration_2(fn_gastric_juice_14(X),fn_gastric_juice_2(X))
& object_2(fn_gastric_juice_25(X),fn_gastric_juice_24(X))
& plays_2(X,fn_gastric_juice_23(X))
& result_2(fn_gastric_juice_7(X),fn_gastric_juice_13(X))
& result_2(fn_gastric_juice_7(X),fn_gastric_juice_6(X))
& has_part_2(X,fn_gastric_juice_6(X))
& ph_2(X,fn_gastric_juice_21(X))
& has_part_2(X,fn_gastric_juice_13(X))
& agent_2(fn_gastric_juice_16(X),fn_gastric_juice_12(X))
& has_region_2(fn_gastric_juice_15(X),fn_gastric_juice_22(X))
& called_2(fn_gastric_juice_18(X),"1")
& object_2(fn_gastric_juice_17(X),fn_gastric_juice_15(X))
& by_means_of_2(fn_gastric_juice_19(X),fn_gastric_juice_17(X))
& base_2(fn_gastric_juice_16(X),fn_gastric_juice_15(X))
& object_2(fn_gastric_juice_16(X),fn_gastric_juice_18(X))
& agent_2(fn_gastric_juice_16(X),fn_gastric_juice_18(X))
& object_2(fn_gastric_juice_16(X),fn_gastric_juice_12(X))
& has_part_2(fn_gastric_juice_15(X),fn_gastric_juice_12(X))
& has_part_2(fn_gastric_juice_15(X),fn_gastric_juice_18(X))
& is_at_2(fn_gastric_juice_18(X),fn_gastric_juice_22(X))
& is_above_2(fn_gastric_juice_22(X),fn_gastric_juice_12(X))
& same_type_2(fn_gastric_juice_12(X),fn_gastric_juice_18(X))
& same_type_2(fn_gastric_juice_18(X),fn_gastric_juice_12(X))
& has_solute_2(X,fn_gastric_juice_14(X))
& fn_gastric_juice_14(X) != fn_gastric_juice_15(X)
& fn_gastric_juice_15(X) != fn_gastric_juice_14(X)
& has_part_2(X,fn_gastric_juice_14(X))
& solute_potential_2(fn_gastric_juice_14(X),fn_gastric_juice_26(X))
& directly_proportional_2(fn_gastric_juice_27(X),fn_gastric_juice_26(X))
& concentration_2(X,fn_gastric_juice_27(X))
& has_solvent_2(X,fn_gastric_juice_15(X))
& has_part_2(X,fn_gastric_juice_15(X))
& fn_gastric_juice_24(X) = fn_impair_1(fn_gastric_juice_25(X))
& X = fn_toxin_1(fn_gastric_juice_23(X))
& fn_gastric_juice_9(X) = fn_acidic_solution_3(X)
& fn_gastric_juice_8(X) = fn_acidic_solution_8(X)
& fn_gastric_juice_20(X) = fn_biological_fluid_2(X)
& fn_gastric_juice_20(X) = fn_acidic_solution_5(X)
& fn_gastric_juice_21(X) = fn_biological_fluid_1(X)
& fn_gastric_juice_21(X) = fn_acidic_solution_6(X)
& fn_gastric_juice_6(X) = fn_acidic_solution_32(X)
& fn_gastric_juice_7(X) = fn_acidic_solution_19(X)
& fn_gastric_juice_29(X) = fn_acidic_solution_17(X)
& fn_gastric_juice_28(X) = fn_acidic_solution_20(X)
& fn_gastric_juice_11(X) = fn_acidic_solution_12(X)
& fn_gastric_juice_10(X) = fn_acidic_solution_11(X)
& fn_gastric_juice_13(X) = fn_acidic_solution_21(X)
& fn_gastric_juice_19(X) = fn_water_100(fn_gastric_juice_15(X))
& fn_gastric_juice_17(X) = fn_water_101(fn_gastric_juice_15(X))
& fn_gastric_juice_16(X) = fn_water_78(fn_gastric_juice_15(X))
& fn_gastric_juice_22(X) = fn_water_14(fn_gastric_juice_15(X))
& fn_gastric_juice_12(X) = fn_water_83(fn_gastric_juice_15(X))
& fn_gastric_juice_18(X) = fn_water_98(fn_gastric_juice_15(X))
& fn_gastric_juice_15(X) = fn_strong_acid_6(fn_gastric_juice_14(X))
& X = fn_strong_acid_5(fn_gastric_juice_14(X))
& fn_gastric_juice_27(X) = fn_strong_acid_3(fn_gastric_juice_14(X))
& fn_gastric_juice_26(X) = fn_strong_acid_4(fn_gastric_juice_14(X))
& fn_biological_fluid_2(X) = fn_acidic_solution_5(X)
& fn_acidic_solution_5(X) = fn_biological_fluid_1(X)
& fn_acidic_solution_6(X) = fn_biological_fluid_1(X)
& fn_biological_fluid_1(X) = fn_acidic_solution_6(X)
& fn_acidic_solution_6(X) = fn_toxin_1(fn_gastric_juice_23(X))
& fn_toxin_1(fn_gastric_juice_23(X)) = fn_strong_acid_5(fn_gastric_juice_14(X))
& fn_strong_acid_5(fn_gastric_juice_14(X)) = fn_strong_acid_5(fn_gastric_juice_14(X)) ) ) ).
fof(a529801,axiom,
! [X] :
( gastric_ulcer_1(X)
=> ( original_name_2(X,'Gastric-Ulcer')
& user_description_2(X,'An erosion of the stomach lining, typically caused by the bacterium Helicobacter pylori.')
& concept2words_2(X,ulcer)
& concept2words_2(X,'gastric ulcer')
& concept2words_2(X,'gastric-ulcer')
& bacterial_disease_1(X)
& ~ african_sleeping_sickness_1(X)
& ~ aids_1(X)
& ~ cholera_1(X)
& ~ cowpox_1(X)
& ~ encephalitis_1(X)
& ~ gonorrhea_1(X)
& ~ hemorrhagic_fever_1(X)
& ~ influenza_1(X)
& ~ lyme_disease_1(X)
& ~ malaria_1(X)
& ~ mycosis_1(X)
& ~ smallpox_1(X)
& ~ tetanus_1(X)
& ~ tobacco_mosaic_disease_1(X)
& ~ tuberculosis_1(X) ) ) ).
fof(a529802,axiom,
! [X] :
( gastrin_1(X)
=> ( original_name_2(X,'Gastrin')
& user_description_2(X,'Peptide hormone secreted by the stomach which stimulates the production of gastric acid.')
& concept2words_2(X,gastrin)
& digestive_peptide_hormone_1(X)
& ~ adrenocorticotropic_hormone_1(X)
& ~ anp_1(X)
& ~ antidiuretic_hormone_1(X)
& ~ calcitonin_1(X)
& ~ cholecystokinin_1(X)
& ~ glucagon_1(X)
& ~ gonadotropin_releasing_hormone_1(X)
& ~ melanocyte_stimulating_hormone_1(X)
& ~ oxytocin_1(X)
& ~ parathyroid_hormone_1(X)
& ~ secretin_1(X)
& disulfide_bond_1(fn_gastrin_1(X))
& protein_1(fn_disulfide_bond_3(fn_gastrin_1(X)))
& possesses_2(X,fn_gastrin_1(X))
& X = fn_disulfide_bond_3(fn_gastrin_1(X)) ) ) ).
fof(a529803,axiom,
! [X] :
( gastrodermal_cell_1(X)
=> ( original_name_2(X,'Gastrodermal-Cell')
& user_description_2(X,'Cells specialized for nutrient absorption in some invertebrates.')
& concept2words_2(X,'gastrodermal cell')
& concept2words_2(X,'gastrodermal-cell')
& animal_cell_1(X) ) ) ).
fof(a529804,axiom,
! [X] :
( gastrodermis_1(X)
=> ( original_name_2(X,'Gastrodermis')
& user_description_2(X,'Inner layer of body plan of some invertebrates which lines the gastrovascular cavity and contains cells specialized for nutrient absorption.')
& concept2words_2(X,gastrodermis)
& tissue_1(X)
& animal_cell_1(fn_gastrodermis_1(X))
& has_part_2(X,fn_gastrodermis_1(X))
& fn_gastrodermis_1(X) = fn_tissue_1(X) ) ) ).
fof(a529805,axiom,
! [X] :
( gastropod_1(X)
=> ( original_name_2(X,'Gastropod')
& user_description_2(X,'Any member of the molluscan class Gastropoda, characterized by a distinct head, a single foot used for creeping, and the process of torsion during larval development. Examples of gastropods include snails, slugs, limpets, and abalones.')
& concept2words_2(X,gastropod)
& mollusc_1(X)
& ~ bivalve_1(X)
& ~ cephalopod_1(X)
& ~ chiton_1(X) ) ) ).
fof(a529806,axiom,
! [X] :
( gastrovascular_cavity_1(X)
=> ( original_name_2(X,'Gastrovascular-Cavity')
& user_description_2(X,'A digestive cavity with a single opening that serves as both mouth and anus, found in cnidarians and ctenophores. The cavity is continually open to the surrounding environment and functions to distribute nutrients as well as digest food.')
& concept2words_2(X,'gastrovascular cavity')
& concept2words_2(X,'gastrovascular-cavity')
& digestive_tract_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X)
& end_1(fn_gastrovascular_cavity_1(X))
& pore_1(fn_gastrovascular_cavity_2(X))
& has_region_2(X,fn_gastrovascular_cavity_1(X))
& is_at_2(fn_gastrovascular_cavity_2(X),fn_gastrovascular_cavity_1(X)) ) ) ).
fof(a529807,axiom,
! [X] :
( gastrula_1(X)
=> ( original_name_2(X,'Gastrula')
& user_description_2(X,'In early animal development, the embryonic stage that follows the blastula. A gastrula contains an invagination that becomes the animal\'s first digestive tract, called the archenteron, and the first two embryonic germ layers (ectoderm and endoderm).')
& concept2words_2(X,'gastrula stage')
& concept2words_2(X,gastrula)
& embryonic_stages_1(X)
& cell_1(fn_gastrula_1(X))
& endoderm_1(fn_gastrula_2(X))
& ectoderm_1(fn_gastrula_3(X))
& archenteron_1(fn_gastrula_4(X))
& blastopore_1(fn_gastrula_5(X))
& has_part_2(X,fn_gastrula_3(X))
& has_part_2(X,fn_gastrula_2(X))
& has_part_2(X,fn_gastrula_1(X))
& has_region_2(X,fn_gastrula_5(X))
& has_region_2(X,fn_gastrula_4(X))
& is_outside_2(fn_gastrula_2(X),fn_gastrula_4(X))
& is_outside_2(fn_gastrula_3(X),fn_gastrula_2(X)) ) ) ).
fof(a529808,axiom,
! [X] :
( gastrulation_1(X)
=> ( original_name_2(X,'Gastrulation')
& user_description_2(X,'In early animal development, a process by which the single-layered blastula becomes a three-layered stage called a gastrula. Gastrulation involves the migration of cells inward, forming an invagination which becomes the archenteron. Gastrulation also establishes the three embryonic germ layers: ectoderm, mesoderm, and endoderm.')
& concept2words_2(X,'gastrula stage')
& concept2words_2(X,'undergo gastrulation')
& concept2words_2(X,gastrulation)
& embryonic_process_1(X)
& ~ cell_determination_1(X)
& ~ childbirth_1(X)
& ~ compaction_1(X)
& ~ gestation_1(X)
& ~ molting_1(X)
& ~ organogenesis_1(X)
& ~ oviparous_1(X)
& ~ ovoviviparous_1(X)
& ~ ovulation_1(X)
& ~ paedomorphosis_1(X)
& ~ pattern_formation_1(X)
& ~ phase_change_1(X)
& ~ primary_growth_1(X)
& ~ protostome_development_1(X)
& ~ radial_cleavage_1(X)
& ~ senescence_1(X)
& ~ torsion_1(X)
& ~ viviparous_1(X)
& ~ animal_life_cycle_1(X)
& ~ determinate_growth_1(X)
& ~ fungal_life_cycle_1(X)
& ~ iteroparity_1(X)
& ~ life_cycle_of_drosophila_1(X)
& ~ life_history_1(X)
& ~ morphogenesis_1(X)
& ~ muscle_cell_determination_1(X)
& ~ plant_life_cycle_1(X)
& ~ sexual_life_cycle_1(X)
& ~ skeletal_muscle_cell_differentiation_1(X)
& cell_signaling_1(fn_gastrulation_1(X))
& blastula_1(fn_gastrulation_2(X))
& gastrula_1(fn_gastrulation_3(X))
& cell_differentiation_1(fn_gastrulation_4(X))
& inside_face_1(fn_gastrulation_5(X))
& rudimentary_gut_cavity_1(fn_gastrulation_6(X))
& fold_1(fn_gastrulation_7(X))
& biological_region_1(fn_gastrulation_8(X))
& entity_1(fn_fold_1(fn_gastrulation_7(X)))
& subevent_2(X,fn_gastrulation_1(X))
& subevent_2(X,fn_gastrulation_4(X))
& subevent_2(X,fn_gastrulation_7(X))
& result_2(X,fn_gastrulation_3(X))
& base_2(X,fn_gastrulation_2(X))
& toward_2(fn_gastrulation_7(X),fn_gastrulation_5(X))
& result_2(fn_gastrulation_7(X),fn_gastrulation_6(X))
& has_region_2(fn_gastrulation_2(X),fn_gastrulation_8(X))
& next_event_2(fn_gastrulation_1(X),fn_gastrulation_4(X))
& object_2(fn_gastrulation_7(X),fn_gastrulation_8(X))
& fn_gastrulation_8(X) = fn_fold_1(fn_gastrulation_7(X)) ) ) ).
fof(a529809,axiom,
! [X] :
( gated_channel_1(X)
=> ( original_name_2(X,'Gated-Channel')
& user_description_2(X,'A transmembrane protein channel that opens or closes in response to a particular stimulus.')
& concept2words_2(X,'gated channel')
& concept2words_2(X,'gated-channel')
& channel_protein_1(X)
& ~ atp_synthase_1(X)
& stimulus_1(fn_gated_channel_1(X))
& stimulus_1(fn_gated_channel_2(X))
& move_1(fn_gated_channel_3(X))
& move_through_1(fn_gated_channel_3(X))
& open_1(fn_gated_channel_4(X))
& close_1(fn_gated_channel_5(X))
& spatial_entity_1(fn_gated_channel_6(X))
& chemical_entity_1(fn_gated_channel_6(X))
& monomer_1(fn_gated_channel_6(X))
& molecule_1(fn_gated_channel_6(X))
& amino_acid_1(fn_gated_channel_6(X))
& size_value_1(fn_gated_channel_7(X))
& rate_value_1(fn_gated_channel_8(X))
& speed_value_1(fn_gated_channel_9(X))
& quantity_value_1(fn_gated_channel_10(X))
& covalent_bond_1(fn_gated_channel_11(X))
& peptide_bond_1(fn_gated_channel_11(X))
& kinetic_energy_1(fn_gated_channel_12(X))
& tangible_entity_1(fn_gated_channel_13(X))
& phospholipid_bilayer_1(fn_gated_channel_13(X))
& quantity_value_1(fn_gated_channel_14(X))
& facilitated_diffusion_1(fn_gated_channel_15(X))
& passive_transport_1(fn_gated_channel_15(X))
& facilitated_diffusion_using_channel_protein_1(fn_gated_channel_15(X))
& spatial_entity_1(fn_gated_channel_16(X))
& biomembrane_1(fn_gated_channel_16(X))
& polar_amino_acid_1(fn_gated_channel_17(X))
& hydrophobic_amino_acid_1(fn_gated_channel_18(X))
& entity_1(fn_gated_channel_19(X))
& atom_1(fn_gated_channel_19(X))
& chemical_entity_1(fn_gated_channel_19(X))
& monomer_1(fn_gated_channel_20(X))
& carbon_1(fn_gated_channel_21(X))
& polypeptide_1(fn_gated_channel_22(X))
& hydrophobic_region_1(fn_gated_channel_23(X))
& hydrophilic_end_1(fn_gated_channel_24(X))
& hydrophilic_region_1(fn_gated_channel_25(X))
& hydrophilic_end_1(fn_gated_channel_25(X))
& carbon_skeleton_1(fn_gated_channel_26(X))
& center_1(fn_gated_channel_27(X))
& hydrophilic_region_1(fn_gated_channel_28(X))
& hydrophilic_channel_1(fn_gated_channel_28(X))
& protein_domain_1(fn_gated_channel_29(X))
& size_value_1(fn_gated_channel_30(X))
& constant_motion_1(fn_gated_channel_31(X))
& repel_1(fn_gated_channel_38(X))
& attract_1(fn_gated_channel_39(X))
& expose_1(fn_gated_channel_40(X))
& center_1(fn_hydrophilic_channel_1(fn_gated_channel_28(X)))
& spatial_entity_1(fn_facilitated_diffusion_using_channel_protein_18(fn_gated_channel_15(X)))
& biomembrane_1(fn_facilitated_diffusion_using_channel_protein_18(fn_gated_channel_15(X)))
& attract_1(fn_hydrophilic_region_2(fn_gated_channel_28(X)))
& monomer_1(fn_facilitated_diffusion_using_channel_protein_20(fn_gated_channel_15(X)))
& size_value_1(fn_facilitated_diffusion_using_channel_protein_19(fn_gated_channel_15(X)))
& size_value_1(fn_facilitated_diffusion_using_channel_protein_5(fn_gated_channel_15(X)))
& property_node_1(fn_passive_transport_7(fn_gated_channel_15(X)))
& rate_value_1(fn_passive_transport_6(fn_gated_channel_15(X)))
& move_through_1(fn_facilitated_diffusion_using_channel_protein_13(fn_gated_channel_15(X)))
& channel_protein_1(fn_facilitated_diffusion_using_channel_protein_14(fn_gated_channel_15(X)))
& spatial_entity_1(fn_close_2(fn_gated_channel_5(X)))
& spatial_entity_1(fn_open_1(fn_gated_channel_4(X)))
& tangible_entity_1(fn_expose_1(fn_gated_channel_40(X)))
& channel_protein_1(fn_hydrophilic_channel_2(fn_gated_channel_28(X)))
& site_2(fn_gated_channel_40(X),fn_gated_channel_25(X))
& facilitates_2(fn_gated_channel_28(X),fn_gated_channel_39(X))
& is_at_2(fn_gated_channel_17(X),fn_gated_channel_28(X))
& agent_2(fn_gated_channel_5(X),fn_gated_channel_2(X))
& agent_2(fn_gated_channel_4(X),fn_gated_channel_1(X))
& path_2(fn_gated_channel_15(X),fn_gated_channel_16(X))
& object_2(fn_gated_channel_5(X),X)
& site_2(fn_gated_channel_39(X),fn_gated_channel_28(X))
& object_2(fn_gated_channel_4(X),X)
& object_2(fn_gated_channel_40(X),X)
& possesses_2(X,fn_gated_channel_11(X))
& is_at_2(fn_gated_channel_28(X),fn_gated_channel_27(X))
& has_region_2(X,fn_gated_channel_27(X))
& the_scalar_value_2(fn_gated_channel_30(X),big_0)
& scalar_unit_class_2(fn_gated_channel_30(X),polypeptide_0)
& is_between_2(fn_gated_channel_11(X),fn_gated_channel_21(X))
& is_inside_2(X,fn_gated_channel_13(X))
& has_part_2(fn_gated_channel_16(X),fn_gated_channel_13(X))
& is_across_2(X,fn_gated_channel_16(X))
& has_function_2(X,fn_gated_channel_39(X))
& has_part_2(X,fn_gated_channel_18(X))
& is_inside_2(fn_gated_channel_18(X),fn_gated_channel_23(X))
& facilitates_2(fn_gated_channel_23(X),fn_gated_channel_38(X))
& has_function_2(X,fn_gated_channel_38(X))
& has_region_2(X,fn_gated_channel_24(X))
& object_2(fn_gated_channel_31(X),X)
& speed_2(fn_gated_channel_31(X),fn_gated_channel_9(X))
& directly_proportional_2(fn_gated_channel_9(X),fn_gated_channel_10(X))
& quantity_2(fn_gated_channel_12(X),fn_gated_channel_10(X))
& possesses_2(X,fn_gated_channel_12(X))
& base_2(fn_gated_channel_3(X),fn_gated_channel_16(X))
& has_function_2(fn_gated_channel_16(X),fn_gated_channel_3(X))
& has_part_2(fn_gated_channel_16(X),X)
& has_part_2(X,fn_gated_channel_19(X))
& is_between_2(fn_gated_channel_11(X),fn_gated_channel_19(X))
& site_2(fn_gated_channel_38(X),fn_gated_channel_23(X))
& agent_2(fn_gated_channel_38(X),X)
& has_part_2(X,fn_gated_channel_22(X))
& has_part_2(fn_gated_channel_22(X),fn_gated_channel_6(X))
& is_at_2(fn_gated_channel_6(X),fn_gated_channel_29(X))
& has_region_2(X,fn_gated_channel_25(X))
& is_at_2(fn_gated_channel_17(X),fn_gated_channel_25(X))
& has_part_2(X,fn_gated_channel_17(X))
& has_region_2(X,fn_gated_channel_23(X))
& is_inside_2(fn_gated_channel_23(X),fn_gated_channel_16(X))
& agent_2(fn_gated_channel_39(X),X)
& site_2(fn_gated_channel_39(X),fn_gated_channel_25(X))
& facilitates_2(fn_gated_channel_25(X),fn_gated_channel_39(X))
& is_opposite_2(fn_gated_channel_24(X),fn_gated_channel_25(X))
& is_opposite_2(fn_gated_channel_25(X),fn_gated_channel_24(X))
& has_region_2(X,fn_gated_channel_26(X))
& is_inside_2(fn_gated_channel_21(X),fn_gated_channel_26(X))
& has_part_2(X,fn_gated_channel_21(X))
& fn_gated_channel_19(X) != fn_gated_channel_21(X)
& fn_gated_channel_21(X) != fn_gated_channel_19(X)
& size_2(X,fn_gated_channel_30(X))
& greater_than_2(fn_gated_channel_30(X),fn_gated_channel_7(X))
& size_2(fn_gated_channel_20(X),fn_gated_channel_7(X))
& has_part_2(X,fn_gated_channel_20(X))
& has_region_2(X,fn_gated_channel_29(X))
& path_2(fn_gated_channel_3(X),fn_gated_channel_28(X))
& rate_2(fn_gated_channel_15(X),fn_gated_channel_8(X))
& directly_proportional_2(fn_gated_channel_14(X),fn_gated_channel_8(X))
& quantity_2(X,fn_gated_channel_14(X))
& facilitates_2(X,fn_gated_channel_3(X))
& agent_2(fn_gated_channel_3(X),X)
& has_region_2(X,fn_gated_channel_28(X))
& facilitates_2(fn_gated_channel_28(X),fn_gated_channel_15(X))
& instrument_2(fn_gated_channel_15(X),X)
& has_function_2(X,fn_gated_channel_15(X))
& subevent_2(fn_gated_channel_15(X),fn_gated_channel_3(X))
& X = fn_close_2(fn_gated_channel_5(X))
& fn_gated_channel_39(X) = fn_hydrophilic_region_2(fn_gated_channel_28(X))
& X = fn_open_1(fn_gated_channel_4(X))
& X = fn_expose_1(fn_gated_channel_40(X))
& fn_gated_channel_11(X) = fn_polymer_1(X)
& fn_gated_channel_11(X) = fn_protein_6(X)
& fn_gated_channel_27(X) = fn_hydrophilic_channel_1(fn_gated_channel_28(X))
& fn_gated_channel_34(X) = fn_transport_protein_30(X)
& fn_gated_channel_32(X) = fn_transport_protein_22(X)
& fn_gated_channel_35(X) = fn_transport_protein_29(X)
& fn_gated_channel_37(X) = fn_transport_protein_23(X)
& fn_gated_channel_13(X) = fn_integral_protein_27(X)
& fn_gated_channel_13(X) = fn_transport_protein_12(X)
& fn_gated_channel_18(X) = fn_transport_protein_13(X)
& fn_gated_channel_12(X) = fn_transport_protein_27(X)
& fn_gated_channel_10(X) = fn_transport_protein_24(X)
& fn_gated_channel_9(X) = fn_transport_protein_25(X)
& fn_gated_channel_31(X) = fn_transport_protein_26(X)
& fn_gated_channel_11(X) = fn_transport_protein_9(X)
& fn_gated_channel_16(X) = fn_facilitated_diffusion_using_channel_protein_18(fn_gated_channel_15(X))
& fn_gated_channel_16(X) = fn_transmembrane_protein_4(X)
& fn_gated_channel_16(X) = fn_integral_protein_24(X)
& fn_gated_channel_3(X) = fn_transport_protein_10(X)
& fn_gated_channel_6(X) = fn_transport_protein_8(X)
& fn_gated_channel_22(X) = fn_transport_protein_7(X)
& fn_gated_channel_38(X) = fn_transport_protein_5(X)
& fn_gated_channel_16(X) = fn_transport_protein_35(X)
& fn_gated_channel_23(X) = fn_transport_protein_15(X)
& fn_gated_channel_17(X) = fn_transport_protein_32(X)
& fn_gated_channel_24(X) = fn_transport_protein_16(X)
& fn_gated_channel_25(X) = fn_transport_protein_33(X)
& fn_gated_channel_39(X) = fn_transport_protein_4(X)
& fn_gated_channel_19(X) = fn_transport_protein_17(X)
& fn_gated_channel_21(X) = fn_transport_protein_14(X)
& fn_gated_channel_26(X) = fn_transport_protein_18(X)
& fn_gated_channel_29(X) = fn_transport_protein_6(X)
& fn_gated_channel_20(X) = fn_facilitated_diffusion_using_channel_protein_20(fn_gated_channel_15(X))
& fn_gated_channel_20(X) = fn_transport_protein_21(X)
& fn_gated_channel_7(X) = fn_facilitated_diffusion_using_channel_protein_19(fn_gated_channel_15(X))
& fn_gated_channel_7(X) = fn_transport_protein_19(X)
& fn_gated_channel_30(X) = fn_facilitated_diffusion_using_channel_protein_5(fn_gated_channel_15(X))
& fn_gated_channel_30(X) = fn_integral_protein_16(X)
& fn_gated_channel_30(X) = fn_transport_protein_20(X)
& fn_gated_channel_33(X) = fn_channel_protein_1(X)
& fn_gated_channel_36(X) = fn_passive_transport_7(fn_gated_channel_15(X))
& fn_gated_channel_36(X) = fn_channel_protein_10(X)
& fn_gated_channel_14(X) = fn_channel_protein_2(X)
& fn_gated_channel_8(X) = fn_passive_transport_6(fn_gated_channel_15(X))
& fn_gated_channel_8(X) = fn_channel_protein_9(X)
& fn_gated_channel_3(X) = fn_facilitated_diffusion_using_channel_protein_13(fn_gated_channel_15(X))
& fn_gated_channel_3(X) = fn_transport_protein_34(X)
& fn_gated_channel_3(X) = fn_channel_protein_5(X)
& X = fn_facilitated_diffusion_using_channel_protein_14(fn_gated_channel_15(X))
& fn_gated_channel_15(X) = fn_transport_protein_28(X)
& fn_gated_channel_15(X) = fn_channel_protein_8(X)
& X = fn_hydrophilic_channel_2(fn_gated_channel_28(X))
& fn_gated_channel_28(X) = fn_channel_protein_7(X)
& fn_integral_protein_27(X) = fn_transport_protein_12(X)
& fn_transport_protein_12(X) = fn_transport_protein_12(X)
& fn_transport_protein_12(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_protein_6(X)
& fn_protein_6(X) = fn_protein_6(X)
& fn_protein_6(X) = fn_transport_protein_9(X)
& fn_transport_protein_9(X) = fn_transport_protein_9(X)
& fn_transport_protein_9(X) = fn_facilitated_diffusion_using_channel_protein_18(fn_gated_channel_15(X))
& fn_facilitated_diffusion_using_channel_protein_18(fn_gated_channel_15(X)) = fn_transmembrane_protein_4(X)
& fn_transmembrane_protein_4(X) = fn_facilitated_diffusion_using_channel_protein_18(fn_gated_channel_15(X))
& fn_facilitated_diffusion_using_channel_protein_18(fn_gated_channel_15(X)) = fn_facilitated_diffusion_using_channel_protein_18(fn_gated_channel_15(X))
& fn_integral_protein_24(X) = fn_facilitated_diffusion_using_channel_protein_18(fn_gated_channel_15(X))
& fn_facilitated_diffusion_using_channel_protein_18(fn_gated_channel_15(X)) = fn_integral_protein_24(X)
& fn_transport_protein_35(X) = fn_integral_protein_24(X)
& fn_integral_protein_24(X) = fn_transport_protein_35(X)
& fn_transport_protein_35(X) = fn_transport_protein_35(X)
& fn_transport_protein_35(X) = fn_hydrophilic_region_2(fn_gated_channel_28(X))
& fn_hydrophilic_region_2(fn_gated_channel_28(X)) = fn_transport_protein_4(X)
& fn_transport_protein_4(X) = fn_transport_protein_4(X)
& fn_transport_protein_4(X) = fn_facilitated_diffusion_using_channel_protein_20(fn_gated_channel_15(X))
& fn_transport_protein_21(X) = fn_facilitated_diffusion_using_channel_protein_20(fn_gated_channel_15(X))
& fn_facilitated_diffusion_using_channel_protein_20(fn_gated_channel_15(X)) = fn_transport_protein_21(X)
& fn_transport_protein_21(X) = fn_transport_protein_19(X)
& fn_transport_protein_19(X) = fn_facilitated_diffusion_using_channel_protein_19(fn_gated_channel_15(X))
& fn_facilitated_diffusion_using_channel_protein_19(fn_gated_channel_15(X)) = fn_transport_protein_19(X)
& fn_transport_protein_19(X) = fn_integral_protein_16(X)
& fn_integral_protein_16(X) = fn_facilitated_diffusion_using_channel_protein_5(fn_gated_channel_15(X))
& fn_facilitated_diffusion_using_channel_protein_5(fn_gated_channel_15(X)) = fn_facilitated_diffusion_using_channel_protein_5(fn_gated_channel_15(X))
& fn_facilitated_diffusion_using_channel_protein_5(fn_gated_channel_15(X)) = fn_integral_protein_16(X)
& fn_transport_protein_20(X) = fn_transport_protein_20(X)
& fn_transport_protein_20(X) = fn_integral_protein_16(X)
& fn_integral_protein_16(X) = fn_transport_protein_20(X)
& fn_transport_protein_20(X) = fn_passive_transport_7(fn_gated_channel_15(X))
& fn_passive_transport_7(fn_gated_channel_15(X)) = fn_channel_protein_10(X)
& fn_channel_protein_10(X) = fn_passive_transport_6(fn_gated_channel_15(X))
& fn_channel_protein_9(X) = fn_channel_protein_9(X)
& fn_channel_protein_9(X) = fn_passive_transport_6(fn_gated_channel_15(X))
& fn_passive_transport_6(fn_gated_channel_15(X)) = fn_channel_protein_9(X)
& fn_channel_protein_9(X) = fn_transport_protein_34(X)
& fn_facilitated_diffusion_using_channel_protein_13(fn_gated_channel_15(X)) = fn_facilitated_diffusion_using_channel_protein_13(fn_gated_channel_15(X))
& fn_transport_protein_34(X) = fn_facilitated_diffusion_using_channel_protein_13(fn_gated_channel_15(X))
& fn_facilitated_diffusion_using_channel_protein_13(fn_gated_channel_15(X)) = fn_transport_protein_34(X)
& fn_transport_protein_10(X) = fn_transport_protein_34(X)
& fn_transport_protein_34(X) = fn_transport_protein_34(X)
& fn_transport_protein_34(X) = fn_transport_protein_10(X)
& fn_transport_protein_10(X) = fn_transport_protein_10(X)
& fn_transport_protein_10(X) = fn_channel_protein_5(X)
& fn_channel_protein_5(X) = fn_channel_protein_5(X)
& fn_channel_protein_5(X) = fn_channel_protein_8(X)
& fn_channel_protein_8(X) = fn_transport_protein_28(X)
& fn_transport_protein_28(X) = fn_channel_protein_8(X)
& fn_channel_protein_8(X) = fn_channel_protein_8(X)
& fn_channel_protein_8(X) = fn_close_2(fn_gated_channel_5(X))
& fn_close_2(fn_gated_channel_5(X)) = fn_facilitated_diffusion_using_channel_protein_14(fn_gated_channel_15(X))
& fn_facilitated_diffusion_using_channel_protein_14(fn_gated_channel_15(X)) = fn_facilitated_diffusion_using_channel_protein_14(fn_gated_channel_15(X))
& fn_facilitated_diffusion_using_channel_protein_14(fn_gated_channel_15(X)) = fn_close_2(fn_gated_channel_5(X))
& fn_close_2(fn_gated_channel_5(X)) = fn_open_1(fn_gated_channel_4(X))
& fn_open_1(fn_gated_channel_4(X)) = fn_open_1(fn_gated_channel_4(X))
& fn_open_1(fn_gated_channel_4(X)) = fn_expose_1(fn_gated_channel_40(X))
& fn_expose_1(fn_gated_channel_40(X)) = fn_expose_1(fn_gated_channel_40(X))
& fn_expose_1(fn_gated_channel_40(X)) = fn_hydrophilic_channel_2(fn_gated_channel_28(X))
& fn_hydrophilic_channel_2(fn_gated_channel_28(X)) = fn_hydrophilic_channel_2(fn_gated_channel_28(X)) ) ) ).
fof(a529810,axiom,
! [X] :
( gated_ion_channel_1(X)
=> ( original_name_2(X,'Gated-Ion-Channel')
& user_description_2(X,'A membrane channel that responds to a specific ion. Opening or closing of ion channels can change the membrane potential of a cell.')
& concept2words_2(X,'gated ion channel')
& concept2words_2(X,'gated-ion-channel')
& ion_channel_1(X)
& gated_channel_1(X)
& change_in_membrane_potential_1(fn_gated_ion_channel_1(X))
& open_1(fn_gated_ion_channel_2(X))
& ion_1(fn_gated_ion_channel_3(X))
& block_1(fn_gated_ion_channel_4(X))
& move_1(fn_gated_ion_channel_5(X))
& move_through_1(fn_gated_ion_channel_5(X))
& open_1(fn_gated_ion_channel_6(X))
& causes_2(fn_gated_ion_channel_5(X),fn_gated_ion_channel_1(X))
& instrument_2(fn_gated_ion_channel_4(X),X)
& agent_2(fn_gated_ion_channel_6(X),fn_gated_ion_channel_3(X))
& base_2(fn_gated_ion_channel_2(X),X)
& facilitates_2(X,fn_gated_ion_channel_5(X))
& agent_2(fn_gated_ion_channel_5(X),X)
& object_2(fn_gated_ion_channel_6(X),X)
& fn_gated_ion_channel_6(X) = fn_gated_channel_4(X)
& fn_gated_ion_channel_5(X) = fn_transport_protein_34(X)
& fn_gated_ion_channel_5(X) = fn_channel_protein_5(X)
& fn_gated_ion_channel_5(X) = fn_gated_channel_3(X)
& fn_channel_protein_5(X) = fn_transport_protein_34(X)
& fn_transport_protein_34(X) = fn_channel_protein_5(X)
& fn_channel_protein_5(X) = fn_channel_protein_5(X)
& fn_gated_channel_3(X) = fn_channel_protein_5(X)
& fn_channel_protein_5(X) = fn_gated_channel_3(X) ) ) ).
fof(a529811,axiom,
! [X] :
( gdp_1(X)
=> ( original_name_2(X,'GDP')
& user_description_2(X,'The dephosphorylated state of GTP.')
& concept2words_2(X,'guanosine diphosphate')
& concept2words_2(X,'guanosine-diphosphate')
& concept2words_2(X,gdp)
& nucleoside_diphosphate_1(X)
& electron_1(fn_gdp_1(X))
& valence_electron_1(fn_gdp_1(X))
& share_1(fn_gdp_2(X))
& valence_electron_1(fn_gdp_3(X))
& share_1(fn_gdp_4(X))
& electron_shell_1(fn_gdp_5(X))
& number_5_prime_region_1(fn_gdp_6(X))
& phosphate_group_1(fn_gdp_7(X))
& valence_electron_1(fn_gdp_8(X))
& nucleoside_1(fn_gdp_9(X))
& guanine_1(fn_gdp_10(X))
& entity_1(fn_gdp_11(X))
& chemical_entity_1(fn_gdp_11(X))
& atom_1(fn_gdp_11(X))
& phosphorus_1(fn_gdp_11(X))
& entity_1(fn_gdp_12(X))
& chemical_entity_1(fn_gdp_12(X))
& atom_1(fn_gdp_12(X))
& oxygen_1(fn_gdp_12(X))
& entity_1(fn_gdp_13(X))
& chemical_entity_1(fn_gdp_13(X))
& atom_1(fn_gdp_13(X))
& oxygen_1(fn_gdp_13(X))
& number_5_prime_carbon_1(fn_gdp_14(X))
& polar_covalent_bond_1(fn_gdp_15(X))
& functional_group_1(fn_gdp_16(X))
& phosphate_group_1(fn_gdp_16(X))
& center_1(fn_gdp_17(X))
& share_1(fn_gdp_18(X))
& center_1(fn_gdp_19(X))
& center_1(fn_gdp_20(X))
& electron_shell_1(fn_gdp_21(X))
& first_electron_shell_1(fn_gdp_21(X))
& electron_1(fn_gdp_22(X))
& valence_electron_1(fn_gdp_22(X))
& electron_1(fn_gdp_23(X))
& valence_electron_1(fn_gdp_23(X))
& electron_1(fn_gdp_24(X))
& valence_electron_1(fn_gdp_24(X))
& single_bond_1(fn_gdp_25(X))
& covalent_bond_1(fn_gdp_25(X))
& chemical_bond_1(fn_gdp_26(X))
& covalent_bond_1(fn_gdp_26(X))
& double_bond_1(fn_gdp_26(X))
& oxygen_1(fn_gdp_27(X))
& entity_1(fn_gdp_27(X))
& chemical_entity_1(fn_gdp_27(X))
& atom_1(fn_gdp_27(X))
& hold_together_1(fn_gdp_28(X))
& electron_1(fn_gdp_29(X))
& valence_electron_1(fn_gdp_29(X))
& proton_1(fn_gdp_30(X))
& atomic_nucleus_1(fn_gdp_31(X))
& atomic_nucleus_1(fn_gdp_32(X))
& carbon_skeleton_1(fn_gdp_33(X))
& nitrogenous_base_1(fn_nucleoside_21(fn_gdp_9(X)))
& chemical_entity_1(fn_functional_group_1(fn_gdp_16(X)))
& entity_1(fn_share_1(fn_gdp_18(X)))
& entity_1(fn_polar_covalent_bond_19(fn_gdp_15(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_gdp_15(X)))
& atom_1(fn_polar_covalent_bond_19(fn_gdp_15(X)))
& electron_shell_1(fn_atom_9(fn_gdp_14(X)))
& electron_shell_1(fn_covalent_bond_11(fn_gdp_25(X)))
& electron_shell_1(fn_covalent_bond_12(fn_gdp_25(X)))
& electron_shell_1(fn_phosphate_group_16(fn_gdp_16(X)))
& valence_electron_1(fn_phosphate_group_21(fn_gdp_16(X)))
& valence_electron_1(fn_phosphate_group_8(fn_gdp_16(X)))
& double_bond_1(fn_phosphate_group_41(fn_gdp_16(X)))
& entity_1(fn_share_3(fn_gdp_18(X)))
& valence_electron_1(fn_phosphate_group_9(fn_gdp_16(X)))
& electron_1(fn_phosphate_group_3(fn_gdp_16(X)))
& valence_electron_1(fn_phosphate_group_3(fn_gdp_16(X)))
& entity_1(fn_phosphate_group_22(fn_gdp_16(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_gdp_16(X)))
& atom_1(fn_phosphate_group_22(fn_gdp_16(X)))
& oxygen_1(fn_phosphate_group_22(fn_gdp_16(X)))
& oxygen_1(fn_phosphate_group_5(fn_gdp_16(X)))
& entity_1(fn_phosphate_group_5(fn_gdp_16(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_gdp_16(X)))
& atom_1(fn_phosphate_group_5(fn_gdp_16(X)))
& entity_1(fn_polar_covalent_bond_18(fn_gdp_15(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_gdp_15(X)))
& atom_1(fn_polar_covalent_bond_18(fn_gdp_15(X)))
& entity_1(fn_covalent_bond_19(fn_gdp_25(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_gdp_25(X)))
& atom_1(fn_covalent_bond_19(fn_gdp_25(X)))
& entity_1(fn_covalent_bond_20(fn_gdp_25(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_gdp_25(X)))
& atom_1(fn_covalent_bond_20(fn_gdp_25(X)))
& phosphorus_1(fn_phosphate_group_6(fn_gdp_16(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_gdp_15(X)))
& hold_together_1(fn_phosphate_group_36(fn_gdp_16(X)))
& hold_together_1(fn_phosphate_group_40(fn_gdp_16(X)))
& hold_together_1(fn_covalent_bond_14(fn_gdp_25(X)))
& center_1(fn_phosphate_group_10(fn_gdp_16(X)))
& proton_1(fn_phosphate_group_19(fn_gdp_16(X)))
& proton_1(fn_covalent_bond_4(fn_gdp_25(X)))
& valence_electron_1(fn_covalent_bond_15(fn_gdp_25(X)))
& atomic_nucleus_1(fn_phosphate_group_18(fn_gdp_16(X)))
& atomic_nucleus_1(fn_phosphate_group_14(fn_gdp_16(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_gdp_25(X)))
& center_1(fn_polar_covalent_bond_23(fn_gdp_15(X)))
& center_1(fn_phosphate_group_17(fn_gdp_16(X)))
& center_1(fn_phosphate_group_12(fn_gdp_16(X)))
& center_1(fn_covalent_bond_23(fn_gdp_25(X)))
& center_1(fn_covalent_bond_21(fn_gdp_25(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_gdp_25(X)))
& electron_1(fn_phosphate_group_20(fn_gdp_16(X)))
& valence_electron_1(fn_phosphate_group_20(fn_gdp_16(X)))
& electron_1(fn_phosphate_group_38(fn_gdp_16(X)))
& valence_electron_1(fn_phosphate_group_38(fn_gdp_16(X)))
& valence_electron_1(fn_covalent_bond_18(fn_gdp_25(X)))
& single_bond_1(fn_phosphate_group_37(fn_gdp_16(X)))
& share_1(fn_phosphate_group_35(fn_gdp_16(X)))
& share_1(fn_phosphate_group_39(fn_gdp_16(X)))
& share_1(fn_covalent_bond_17(fn_gdp_25(X)))
& fn_gdp_29(X) != fn_gdp_8(X)
& called_2(fn_gdp_16(X),'P2')
& is_between_2(fn_gdp_15(X),fn_gdp_13(X))
& is_between_2(fn_gdp_15(X),fn_gdp_12(X))
& possesses_2(X,fn_gdp_15(X))
& called_2(fn_gdp_14(X),'A4')
& has_region_2(fn_gdp_14(X),fn_gdp_17(X))
& has_region_2(fn_gdp_14(X),fn_gdp_19(X))
& fn_gdp_8(X) != fn_gdp_29(X)
& has_part_2(fn_gdp_9(X),fn_gdp_10(X))
& agent_2(fn_gdp_18(X),fn_gdp_14(X))
& fn_gdp_13(X) != fn_gdp_14(X)
& fn_gdp_14(X) != fn_gdp_13(X)
& has_region_2(fn_gdp_14(X),fn_gdp_21(X))
& is_between_2(fn_gdp_15(X),fn_gdp_14(X))
& object_2(fn_gdp_28(X),fn_gdp_14(X))
& is_between_2(fn_gdp_15(X),fn_gdp_11(X))
& fn_gdp_11(X) != fn_gdp_14(X)
& has_region_2(fn_gdp_14(X),fn_gdp_20(X))
& fn_gdp_14(X) != fn_gdp_11(X)
& has_part_2(X,fn_gdp_9(X))
& is_inside_2(fn_gdp_14(X),fn_gdp_33(X))
& fn_gdp_27(X) != fn_gdp_14(X)
& agent_2(fn_gdp_18(X),fn_gdp_27(X))
& fn_gdp_14(X) != fn_gdp_27(X)
& has_part_2(X,fn_gdp_14(X))
& fn_gdp_14(X) != fn_gdp_12(X)
& fn_gdp_12(X) != fn_gdp_14(X)
& has_region_2(fn_gdp_27(X),fn_gdp_20(X))
& called_2(fn_gdp_16(X),'P1')
& has_region_2(fn_gdp_27(X),fn_gdp_31(X))
& called_2(fn_gdp_7(X),'P2')
& result_2(fn_gdp_18(X),fn_gdp_26(X))
& result_2(fn_gdp_4(X),fn_gdp_26(X))
& agent_2(fn_gdp_18(X),fn_gdp_11(X))
& has_region_2(fn_gdp_11(X),fn_gdp_19(X))
& object_2(fn_gdp_18(X),fn_gdp_24(X))
& agent_2(fn_gdp_18(X),fn_gdp_12(X))
& has_part_2(X,fn_gdp_12(X))
& has_region_2(X,fn_gdp_33(X))
& has_region_2(X,fn_gdp_16(X))
& is_inside_2(fn_gdp_16(X),fn_gdp_6(X))
& is_inside_2(fn_gdp_7(X),fn_gdp_6(X))
& fn_gdp_16(X) != fn_gdp_7(X)
& fn_gdp_7(X) != fn_gdp_16(X)
& is_between_2(fn_gdp_26(X),fn_gdp_27(X))
& possesses_2(X,fn_gdp_26(X))
& has_part_2(X,fn_gdp_27(X))
& is_between_2(fn_gdp_25(X),fn_gdp_27(X))
& possesses_2(X,fn_gdp_25(X))
& fn_gdp_23(X) != fn_gdp_24(X)
& fn_gdp_23(X) != fn_gdp_3(X)
& fn_gdp_3(X) != fn_gdp_23(X)
& fn_gdp_22(X) != fn_gdp_23(X)
& fn_gdp_23(X) != fn_gdp_22(X)
& fn_gdp_24(X) != fn_gdp_23(X)
& has_region_2(fn_gdp_27(X),fn_gdp_17(X))
& agent_2(fn_gdp_4(X),fn_gdp_27(X))
& object_2(fn_gdp_4(X),fn_gdp_23(X))
& fn_gdp_1(X) != fn_gdp_23(X)
& fn_gdp_23(X) != fn_gdp_1(X)
& has_region_2(fn_gdp_11(X),fn_gdp_17(X))
& has_region_2(fn_gdp_12(X),fn_gdp_17(X))
& has_part_2(fn_gdp_12(X),fn_gdp_23(X))
& fn_gdp_13(X) != fn_gdp_12(X)
& fn_gdp_12(X) != fn_gdp_13(X)
& has_part_2(X,fn_gdp_11(X))
& has_region_2(fn_gdp_11(X),fn_gdp_21(X))
& fn_gdp_21(X) != fn_gdp_5(X)
& has_region_2(fn_gdp_12(X),fn_gdp_5(X))
& has_region_2(fn_gdp_12(X),fn_gdp_19(X))
& fn_gdp_5(X) != fn_gdp_21(X)
& object_2(fn_gdp_18(X),fn_gdp_23(X))
& has_function_2(fn_gdp_26(X),fn_gdp_28(X))
& has_region_2(fn_gdp_12(X),fn_gdp_20(X))
& has_region_2(fn_gdp_27(X),fn_gdp_5(X))
& result_2(fn_gdp_2(X),fn_gdp_26(X))
& has_part_2(fn_gdp_27(X),fn_gdp_30(X))
& is_between_2(fn_gdp_25(X),fn_gdp_12(X))
& object_2(fn_gdp_28(X),fn_gdp_12(X))
& agent_2(fn_gdp_28(X),fn_gdp_25(X))
& is_between_2(fn_gdp_25(X),fn_gdp_11(X))
& is_between_2(fn_gdp_26(X),fn_gdp_11(X))
& has_part_2(fn_gdp_27(X),fn_gdp_22(X))
& object_2(fn_gdp_18(X),fn_gdp_22(X))
& result_2(fn_gdp_18(X),fn_gdp_25(X))
& fn_gdp_24(X) != fn_gdp_22(X)
& fn_gdp_22(X) != fn_gdp_24(X)
& fn_gdp_3(X) != fn_gdp_29(X)
& fn_gdp_29(X) != fn_gdp_24(X)
& has_part_2(fn_gdp_12(X),fn_gdp_24(X))
& is_inside_2(fn_gdp_12(X),fn_gdp_16(X))
& is_inside_2(fn_gdp_27(X),fn_gdp_16(X))
& fn_gdp_29(X) != fn_gdp_3(X)
& fn_gdp_24(X) != fn_gdp_29(X)
& agent_2(fn_gdp_28(X),fn_gdp_26(X))
& is_between_2(fn_gdp_26(X),fn_gdp_12(X))
& fn_gdp_12(X) != fn_gdp_11(X)
& agent_2(fn_gdp_4(X),fn_gdp_11(X))
& object_2(fn_gdp_4(X),fn_gdp_3(X))
& fn_gdp_11(X) != fn_gdp_12(X)
& agent_2(fn_gdp_2(X),fn_gdp_11(X))
& agent_2(fn_gdp_2(X),fn_gdp_12(X))
& has_region_2(fn_gdp_12(X),fn_gdp_32(X))
& fn_gdp_27(X) != fn_gdp_12(X)
& fn_gdp_12(X) != fn_gdp_27(X)
& object_2(fn_gdp_28(X),fn_gdp_27(X))
& object_2(fn_gdp_28(X),fn_gdp_11(X))
& has_region_2(fn_gdp_11(X),fn_gdp_20(X))
& fn_gdp_13(X) != fn_gdp_11(X)
& fn_gdp_11(X) != fn_gdp_13(X)
& agent_2(fn_gdp_2(X),fn_gdp_27(X))
& object_2(fn_gdp_2(X),fn_gdp_1(X))
& fn_gdp_1(X) != fn_gdp_22(X)
& fn_gdp_22(X) != fn_gdp_29(X)
& is_near_2(fn_gdp_29(X),fn_gdp_32(X))
& fn_gdp_22(X) != fn_gdp_1(X)
& fn_gdp_29(X) != fn_gdp_22(X)
& is_near_2(fn_gdp_32(X),fn_gdp_29(X))
& is_inside_2(fn_gdp_11(X),fn_gdp_16(X))
& fn_gdp_11(X) != fn_gdp_27(X)
& has_region_2(fn_gdp_27(X),fn_gdp_19(X))
& fn_gdp_27(X) != fn_gdp_11(X)
& fn_gdp_20(X) != fn_gdp_19(X)
& fn_gdp_19(X) != fn_gdp_20(X)
& has_function_2(fn_gdp_25(X),fn_gdp_28(X))
& is_near_2(fn_gdp_31(X),fn_gdp_23(X))
& is_near_2(fn_gdp_23(X),fn_gdp_31(X))
& fn_gdp_19(X) != fn_gdp_17(X)
& fn_gdp_17(X) != fn_gdp_19(X)
& is_inside_2(fn_gdp_30(X),fn_gdp_31(X))
& object_2(fn_gdp_2(X),fn_gdp_23(X))
& is_at_2(fn_gdp_32(X),fn_gdp_20(X))
& is_near_2(fn_gdp_8(X),fn_gdp_32(X))
& is_near_2(fn_gdp_32(X),fn_gdp_8(X))
& result_2(fn_gdp_2(X),fn_gdp_25(X))
& object_2(fn_gdp_2(X),fn_gdp_22(X))
& is_near_2(fn_gdp_22(X),fn_gdp_31(X))
& is_at_2(fn_gdp_31(X),fn_gdp_17(X))
& fn_gdp_17(X) != fn_gdp_20(X)
& is_near_2(fn_gdp_31(X),fn_gdp_22(X))
& fn_gdp_20(X) != fn_gdp_17(X)
& fn_gdp_10(X) = fn_nucleoside_21(fn_gdp_9(X))
& fn_gdp_13(X) = fn_share_3(fn_gdp_18(X))
& fn_gdp_14(X) = fn_share_3(fn_gdp_18(X))
& fn_gdp_14(X) = fn_share_1(fn_gdp_18(X))
& fn_gdp_21(X) = fn_atom_9(fn_gdp_14(X))
& fn_gdp_28(X) = fn_polar_covalent_bond_17(fn_gdp_15(X))
& fn_gdp_20(X) = fn_polar_covalent_bond_23(fn_gdp_15(X))
& fn_gdp_14(X) = fn_polar_covalent_bond_19(fn_gdp_15(X))
& fn_gdp_11(X) = fn_polar_covalent_bond_18(fn_gdp_15(X))
& fn_gdp_9(X) = fn_nucleotide_16(X)
& fn_gdp_33(X) = fn_nucleotide_3(X)
& fn_gdp_18(X) = fn_nucleotide_24(X)
& fn_gdp_27(X) = fn_nucleotide_13(X)
& fn_gdp_14(X) = fn_nucleotide_9(X)
& fn_gdp_20(X) = fn_nucleoside_diphosphate_35(X)
& fn_gdp_31(X) = fn_nucleoside_diphosphate_48(X)
& fn_gdp_33(X) = fn_nucleoside_diphosphate_27(X)
& fn_gdp_18(X) = fn_nucleoside_diphosphate_1(X)
& fn_gdp_7(X) = fn_nucleoside_diphosphate_26(X)
& fn_gdp_6(X) = fn_nucleoside_diphosphate_34(X)
& X = fn_functional_group_1(fn_gdp_16(X))
& fn_gdp_16(X) = fn_nucleoside_diphosphate_25(X)
& fn_gdp_25(X) = fn_nucleoside_diphosphate_32(X)
& fn_gdp_26(X) = fn_nucleoside_diphosphate_38(X)
& fn_gdp_24(X) = fn_nucleoside_diphosphate_47(X)
& fn_gdp_23(X) = fn_nucleoside_diphosphate_3(X)
& fn_gdp_22(X) = fn_nucleoside_diphosphate_47(X)
& fn_gdp_3(X) = fn_nucleoside_diphosphate_37(X)
& fn_gdp_1(X) = fn_nucleoside_diphosphate_3(X)
& fn_gdp_23(X) = fn_nucleoside_diphosphate_36(X)
& fn_gdp_4(X) = fn_nucleoside_diphosphate_45(X)
& fn_gdp_27(X) = fn_nucleoside_diphosphate_30(X)
& fn_gdp_23(X) = fn_nucleoside_diphosphate_37(X)
& fn_gdp_13(X) = fn_nucleotide_10(X)
& fn_gdp_13(X) = fn_nucleoside_diphosphate_30(X)
& fn_gdp_17(X) = fn_nucleoside_diphosphate_41(X)
& fn_gdp_12(X) = fn_nucleotide_13(X)
& fn_gdp_19(X) = fn_nucleotide_25(X)
& fn_gdp_19(X) = fn_nucleoside_diphosphate_44(X)
& fn_gdp_12(X) = fn_nucleoside_diphosphate_29(X)
& fn_gdp_5(X) = fn_covalent_bond_12(fn_gdp_25(X))
& fn_gdp_5(X) = fn_nucleoside_diphosphate_40(X)
& fn_gdp_21(X) = fn_covalent_bond_11(fn_gdp_25(X))
& fn_gdp_21(X) = fn_nucleoside_diphosphate_39(X)
& fn_gdp_11(X) = fn_nucleoside_diphosphate_33(X)
& fn_gdp_23(X) = fn_phosphate_group_38(fn_gdp_16(X))
& fn_gdp_20(X) = fn_phosphate_group_17(fn_gdp_16(X))
& fn_gdp_5(X) = fn_phosphate_group_16(fn_gdp_16(X))
& fn_gdp_30(X) = fn_phosphate_group_19(fn_gdp_16(X))
& fn_gdp_28(X) = fn_phosphate_group_36(fn_gdp_16(X))
& fn_gdp_25(X) = fn_phosphate_group_37(fn_gdp_16(X))
& fn_gdp_18(X) = fn_phosphate_group_35(fn_gdp_16(X))
& fn_gdp_24(X) = fn_phosphate_group_21(fn_gdp_16(X))
& fn_gdp_22(X) = fn_phosphate_group_20(fn_gdp_16(X))
& fn_gdp_27(X) = fn_phosphate_group_22(fn_gdp_16(X))
& fn_gdp_24(X) = fn_phosphate_group_8(fn_gdp_16(X))
& fn_gdp_29(X) = fn_phosphate_group_9(fn_gdp_16(X))
& fn_gdp_3(X) = fn_phosphate_group_8(fn_gdp_16(X))
& fn_gdp_4(X) = fn_phosphate_group_39(fn_gdp_16(X))
& fn_gdp_12(X) = fn_phosphate_group_5(fn_gdp_16(X))
& fn_gdp_26(X) = fn_phosphate_group_41(fn_gdp_16(X))
& fn_gdp_12(X) = fn_covalent_bond_19(fn_gdp_25(X))
& fn_gdp_32(X) = fn_covalent_bond_22(fn_gdp_25(X))
& fn_gdp_32(X) = fn_phosphate_group_18(fn_gdp_16(X))
& fn_gdp_12(X) = fn_covalent_bond_20(fn_gdp_25(X))
& fn_gdp_12(X) = fn_phosphate_group_22(fn_gdp_16(X))
& fn_gdp_11(X) = fn_covalent_bond_19(fn_gdp_25(X))
& fn_gdp_2(X) = fn_phosphate_group_35(fn_gdp_16(X))
& fn_gdp_13(X) = fn_phosphate_group_22(fn_gdp_16(X))
& fn_gdp_11(X) = fn_covalent_bond_20(fn_gdp_25(X))
& fn_gdp_28(X) = fn_phosphate_group_40(fn_gdp_16(X))
& fn_gdp_32(X) = fn_phosphate_group_14(fn_gdp_16(X))
& fn_gdp_29(X) = fn_phosphate_group_3(fn_gdp_16(X))
& fn_gdp_22(X) = fn_phosphate_group_38(fn_gdp_16(X))
& fn_gdp_1(X) = fn_phosphate_group_3(fn_gdp_16(X))
& fn_gdp_2(X) = fn_phosphate_group_39(fn_gdp_16(X))
& fn_gdp_20(X) = fn_phosphate_group_12(fn_gdp_16(X))
& fn_gdp_19(X) = fn_phosphate_group_10(fn_gdp_16(X))
& fn_gdp_27(X) = fn_nucleotide_10(X)
& fn_gdp_27(X) = fn_phosphate_group_5(fn_gdp_16(X))
& fn_gdp_11(X) = fn_nucleotide_30(X)
& fn_gdp_16(X) = fn_nucleotide_15(X)
& fn_gdp_11(X) = fn_phosphate_group_6(fn_gdp_16(X))
& fn_gdp_28(X) = fn_covalent_bond_14(fn_gdp_25(X))
& fn_gdp_23(X) = fn_covalent_bond_18(fn_gdp_25(X))
& fn_gdp_19(X) = fn_covalent_bond_23(fn_gdp_25(X))
& fn_gdp_30(X) = fn_covalent_bond_4(fn_gdp_25(X))
& fn_gdp_23(X) = fn_covalent_bond_15(fn_gdp_25(X))
& fn_gdp_8(X) = fn_covalent_bond_15(fn_gdp_25(X))
& fn_gdp_32(X) = fn_covalent_bond_24(fn_gdp_25(X))
& fn_gdp_20(X) = fn_covalent_bond_23(fn_gdp_25(X))
& fn_gdp_31(X) = fn_nucleotide_35(X)
& fn_gdp_17(X) = fn_nucleotide_34(X)
& fn_gdp_17(X) = fn_covalent_bond_21(fn_gdp_25(X))
& fn_gdp_31(X) = fn_covalent_bond_22(fn_gdp_25(X))
& fn_gdp_22(X) = fn_covalent_bond_18(fn_gdp_25(X))
& fn_gdp_2(X) = fn_covalent_bond_17(fn_gdp_25(X))
& fn_share_1(fn_gdp_18(X)) = fn_share_3(fn_gdp_18(X))
& fn_share_3(fn_gdp_18(X)) = fn_share_1(fn_gdp_18(X))
& fn_share_1(fn_gdp_18(X)) = fn_share_1(fn_gdp_18(X))
& fn_share_1(fn_gdp_18(X)) = fn_polar_covalent_bond_19(fn_gdp_15(X))
& fn_polar_covalent_bond_19(fn_gdp_15(X)) = fn_polar_covalent_bond_19(fn_gdp_15(X))
& fn_polar_covalent_bond_19(fn_gdp_15(X)) = fn_nucleotide_9(X)
& fn_nucleotide_9(X) = fn_nucleotide_9(X)
& fn_nucleotide_9(X) = fn_nucleotide_3(X)
& fn_nucleotide_3(X) = fn_nucleoside_diphosphate_27(X)
& fn_nucleoside_diphosphate_27(X) = fn_atom_9(fn_gdp_14(X))
& fn_atom_9(fn_gdp_14(X)) = fn_covalent_bond_11(fn_gdp_25(X))
& fn_covalent_bond_11(fn_gdp_25(X)) = fn_covalent_bond_11(fn_gdp_25(X))
& fn_nucleoside_diphosphate_39(X) = fn_covalent_bond_11(fn_gdp_25(X))
& fn_covalent_bond_11(fn_gdp_25(X)) = fn_nucleoside_diphosphate_39(X)
& fn_nucleoside_diphosphate_39(X) = fn_covalent_bond_12(fn_gdp_25(X))
& fn_nucleoside_diphosphate_40(X) = fn_covalent_bond_12(fn_gdp_25(X))
& fn_covalent_bond_12(fn_gdp_25(X)) = fn_nucleoside_diphosphate_40(X)
& fn_nucleoside_diphosphate_40(X) = fn_nucleoside_diphosphate_40(X)
& fn_nucleoside_diphosphate_40(X) = fn_phosphate_group_16(fn_gdp_16(X))
& fn_phosphate_group_16(fn_gdp_16(X)) = fn_nucleotide_24(X)
& fn_nucleotide_24(X) = fn_nucleoside_diphosphate_1(X)
& fn_nucleoside_diphosphate_1(X) = fn_nucleoside_diphosphate_1(X)
& fn_nucleoside_diphosphate_1(X) = fn_phosphate_group_35(fn_gdp_16(X))
& fn_phosphate_group_35(fn_gdp_16(X)) = fn_nucleoside_diphosphate_47(X)
& fn_nucleoside_diphosphate_47(X) = fn_phosphate_group_21(fn_gdp_16(X))
& fn_phosphate_group_21(fn_gdp_16(X)) = fn_phosphate_group_21(fn_gdp_16(X))
& fn_phosphate_group_21(fn_gdp_16(X)) = fn_phosphate_group_8(fn_gdp_16(X))
& fn_phosphate_group_8(fn_gdp_16(X)) = fn_nucleoside_diphosphate_37(X)
& fn_nucleoside_diphosphate_37(X) = fn_phosphate_group_8(fn_gdp_16(X))
& fn_phosphate_group_8(fn_gdp_16(X)) = fn_phosphate_group_8(fn_gdp_16(X))
& fn_phosphate_group_8(fn_gdp_16(X)) = fn_nucleoside_diphosphate_45(X)
& fn_nucleoside_diphosphate_45(X) = fn_nucleoside_diphosphate_45(X)
& fn_nucleoside_diphosphate_45(X) = fn_phosphate_group_39(fn_gdp_16(X))
& fn_phosphate_group_39(fn_gdp_16(X)) = fn_nucleoside_diphosphate_38(X)
& fn_nucleoside_diphosphate_38(X) = fn_nucleoside_diphosphate_38(X)
& fn_nucleoside_diphosphate_38(X) = fn_phosphate_group_41(fn_gdp_16(X))
& fn_phosphate_group_41(fn_gdp_16(X)) = fn_phosphate_group_41(fn_gdp_16(X))
& fn_phosphate_group_41(fn_gdp_16(X)) = fn_covalent_bond_19(fn_gdp_25(X))
& fn_covalent_bond_20(fn_gdp_25(X)) = fn_nucleotide_13(X)
& fn_nucleotide_13(X) = fn_covalent_bond_19(fn_gdp_25(X))
& fn_covalent_bond_19(fn_gdp_25(X)) = fn_nucleotide_13(X)
& fn_nucleoside_diphosphate_29(X) = fn_nucleotide_13(X)
& fn_nucleotide_13(X) = fn_nucleoside_diphosphate_29(X)
& fn_nucleoside_diphosphate_29(X) = fn_nucleoside_diphosphate_29(X)
& fn_nucleoside_diphosphate_29(X) = fn_phosphate_group_5(fn_gdp_16(X))
& fn_phosphate_group_5(fn_gdp_16(X)) = fn_phosphate_group_22(fn_gdp_16(X))
& fn_phosphate_group_22(fn_gdp_16(X)) = fn_share_3(fn_gdp_18(X))
& fn_share_3(fn_gdp_18(X)) = fn_share_3(fn_gdp_18(X))
& fn_share_3(fn_gdp_18(X)) = fn_nucleotide_10(X)
& fn_nucleoside_diphosphate_30(X) = fn_nucleotide_10(X)
& fn_nucleotide_10(X) = fn_nucleoside_diphosphate_30(X)
& fn_phosphate_group_22(fn_gdp_16(X)) = fn_phosphate_group_9(fn_gdp_16(X))
& fn_phosphate_group_9(fn_gdp_16(X)) = fn_phosphate_group_9(fn_gdp_16(X))
& fn_phosphate_group_9(fn_gdp_16(X)) = fn_phosphate_group_3(fn_gdp_16(X))
& fn_phosphate_group_3(fn_gdp_16(X)) = fn_nucleoside_diphosphate_3(X)
& fn_nucleoside_diphosphate_3(X) = fn_phosphate_group_3(fn_gdp_16(X))
& fn_phosphate_group_3(fn_gdp_16(X)) = fn_phosphate_group_3(fn_gdp_16(X))
& fn_phosphate_group_3(fn_gdp_16(X)) = fn_nucleotide_13(X)
& fn_nucleotide_13(X) = fn_nucleotide_10(X)
& fn_nucleotide_10(X) = fn_nucleotide_10(X)
& fn_nucleotide_10(X) = fn_nucleotide_13(X)
& fn_nucleotide_13(X) = fn_nucleotide_13(X)
& fn_nucleotide_13(X) = fn_nucleoside_diphosphate_30(X)
& fn_nucleoside_diphosphate_30(X) = fn_nucleoside_diphosphate_30(X)
& fn_nucleoside_diphosphate_30(X) = fn_phosphate_group_22(fn_gdp_16(X))
& fn_phosphate_group_22(fn_gdp_16(X)) = fn_phosphate_group_22(fn_gdp_16(X))
& fn_phosphate_group_22(fn_gdp_16(X)) = fn_phosphate_group_5(fn_gdp_16(X))
& fn_phosphate_group_5(fn_gdp_16(X)) = fn_phosphate_group_5(fn_gdp_16(X))
& fn_phosphate_group_5(fn_gdp_16(X)) = fn_nucleoside_diphosphate_25(X)
& fn_nucleoside_diphosphate_25(X) = fn_nucleoside_diphosphate_25(X)
& fn_nucleotide_15(X) = fn_nucleoside_diphosphate_25(X)
& fn_nucleoside_diphosphate_25(X) = fn_nucleotide_15(X)
& fn_nucleotide_15(X) = fn_polar_covalent_bond_18(fn_gdp_15(X))
& fn_polar_covalent_bond_18(fn_gdp_15(X)) = fn_nucleotide_30(X)
& fn_nucleotide_30(X) = fn_nucleotide_30(X)
& fn_nucleotide_30(X) = fn_polar_covalent_bond_18(fn_gdp_15(X))
& fn_polar_covalent_bond_18(fn_gdp_15(X)) = fn_polar_covalent_bond_18(fn_gdp_15(X))
& fn_polar_covalent_bond_18(fn_gdp_15(X)) = fn_covalent_bond_19(fn_gdp_25(X))
& fn_covalent_bond_20(fn_gdp_25(X)) = fn_covalent_bond_19(fn_gdp_25(X))
& fn_covalent_bond_19(fn_gdp_25(X)) = fn_covalent_bond_19(fn_gdp_25(X))
& fn_covalent_bond_19(fn_gdp_25(X)) = fn_covalent_bond_20(fn_gdp_25(X))
& fn_nucleoside_diphosphate_33(X) = fn_covalent_bond_20(fn_gdp_25(X))
& fn_covalent_bond_20(fn_gdp_25(X)) = fn_covalent_bond_20(fn_gdp_25(X))
& fn_covalent_bond_20(fn_gdp_25(X)) = fn_nucleoside_diphosphate_33(X)
& fn_nucleoside_diphosphate_33(X) = fn_nucleoside_diphosphate_33(X)
& fn_nucleoside_diphosphate_33(X) = fn_phosphate_group_6(fn_gdp_16(X))
& fn_phosphate_group_6(fn_gdp_16(X)) = fn_phosphate_group_6(fn_gdp_16(X))
& fn_phosphate_group_6(fn_gdp_16(X)) = fn_polar_covalent_bond_17(fn_gdp_15(X))
& fn_polar_covalent_bond_17(fn_gdp_15(X)) = fn_phosphate_group_36(fn_gdp_16(X))
& fn_phosphate_group_40(fn_gdp_16(X)) = fn_phosphate_group_36(fn_gdp_16(X))
& fn_phosphate_group_36(fn_gdp_16(X)) = fn_phosphate_group_36(fn_gdp_16(X))
& fn_phosphate_group_36(fn_gdp_16(X)) = fn_phosphate_group_40(fn_gdp_16(X))
& fn_covalent_bond_14(fn_gdp_25(X)) = fn_phosphate_group_40(fn_gdp_16(X))
& fn_phosphate_group_40(fn_gdp_16(X)) = fn_phosphate_group_40(fn_gdp_16(X))
& fn_phosphate_group_40(fn_gdp_16(X)) = fn_covalent_bond_14(fn_gdp_25(X))
& fn_covalent_bond_14(fn_gdp_25(X)) = fn_nucleoside_diphosphate_44(X)
& fn_nucleoside_diphosphate_44(X) = fn_nucleotide_25(X)
& fn_nucleotide_25(X) = fn_nucleoside_diphosphate_44(X)
& fn_nucleoside_diphosphate_44(X) = fn_nucleoside_diphosphate_44(X)
& fn_nucleoside_diphosphate_44(X) = fn_phosphate_group_10(fn_gdp_16(X))
& fn_phosphate_group_10(fn_gdp_16(X)) = fn_phosphate_group_10(fn_gdp_16(X))
& fn_phosphate_group_10(fn_gdp_16(X)) = fn_covalent_bond_23(fn_gdp_25(X))
& fn_covalent_bond_23(fn_gdp_25(X)) = fn_phosphate_group_19(fn_gdp_16(X))
& fn_phosphate_group_19(fn_gdp_16(X)) = fn_covalent_bond_4(fn_gdp_25(X))
& fn_covalent_bond_4(fn_gdp_25(X)) = fn_nucleoside_diphosphate_3(X)
& fn_nucleoside_diphosphate_3(X) = fn_nucleoside_diphosphate_3(X)
& fn_nucleoside_diphosphate_3(X) = fn_nucleoside_diphosphate_36(X)
& fn_nucleoside_diphosphate_36(X) = fn_nucleoside_diphosphate_36(X)
& fn_nucleoside_diphosphate_36(X) = fn_nucleoside_diphosphate_37(X)
& fn_nucleoside_diphosphate_37(X) = fn_nucleoside_diphosphate_37(X)
& fn_nucleoside_diphosphate_37(X) = fn_phosphate_group_38(fn_gdp_16(X))
& fn_covalent_bond_18(fn_gdp_25(X)) = fn_covalent_bond_15(fn_gdp_25(X))
& fn_covalent_bond_15(fn_gdp_25(X)) = fn_covalent_bond_22(fn_gdp_25(X))
& fn_covalent_bond_22(fn_gdp_25(X)) = fn_phosphate_group_18(fn_gdp_16(X))
& fn_phosphate_group_18(fn_gdp_16(X)) = fn_phosphate_group_18(fn_gdp_16(X))
& fn_phosphate_group_18(fn_gdp_16(X)) = fn_phosphate_group_14(fn_gdp_16(X))
& fn_covalent_bond_24(fn_gdp_25(X)) = fn_phosphate_group_14(fn_gdp_16(X))
& fn_phosphate_group_14(fn_gdp_16(X)) = fn_covalent_bond_24(fn_gdp_25(X))
& fn_covalent_bond_24(fn_gdp_25(X)) = fn_covalent_bond_24(fn_gdp_25(X))
& fn_covalent_bond_24(fn_gdp_25(X)) = fn_polar_covalent_bond_23(fn_gdp_15(X))
& fn_polar_covalent_bond_23(fn_gdp_15(X)) = fn_nucleoside_diphosphate_35(X)
& fn_nucleoside_diphosphate_35(X) = fn_nucleoside_diphosphate_35(X)
& fn_nucleoside_diphosphate_35(X) = fn_phosphate_group_17(fn_gdp_16(X))
& fn_phosphate_group_17(fn_gdp_16(X)) = fn_phosphate_group_17(fn_gdp_16(X))
& fn_phosphate_group_17(fn_gdp_16(X)) = fn_phosphate_group_12(fn_gdp_16(X))
& fn_covalent_bond_23(fn_gdp_25(X)) = fn_phosphate_group_12(fn_gdp_16(X))
& fn_phosphate_group_12(fn_gdp_16(X)) = fn_phosphate_group_12(fn_gdp_16(X))
& fn_phosphate_group_12(fn_gdp_16(X)) = fn_covalent_bond_23(fn_gdp_25(X))
& fn_covalent_bond_23(fn_gdp_25(X)) = fn_covalent_bond_23(fn_gdp_25(X))
& fn_covalent_bond_23(fn_gdp_25(X)) = fn_nucleoside_diphosphate_41(X)
& fn_nucleoside_diphosphate_41(X) = fn_nucleotide_34(X)
& fn_nucleotide_34(X) = fn_nucleoside_diphosphate_41(X)
& fn_nucleoside_diphosphate_41(X) = fn_nucleoside_diphosphate_41(X)
& fn_nucleoside_diphosphate_41(X) = fn_covalent_bond_21(fn_gdp_25(X))
& fn_covalent_bond_21(fn_gdp_25(X)) = fn_covalent_bond_21(fn_gdp_25(X))
& fn_covalent_bond_21(fn_gdp_25(X)) = fn_nucleotide_35(X)
& fn_nucleoside_diphosphate_48(X) = fn_nucleotide_35(X)
& fn_nucleotide_35(X) = fn_nucleoside_diphosphate_48(X)
& fn_nucleoside_diphosphate_48(X) = fn_covalent_bond_22(fn_gdp_25(X))
& fn_covalent_bond_22(fn_gdp_25(X)) = fn_covalent_bond_22(fn_gdp_25(X))
& fn_covalent_bond_22(fn_gdp_25(X)) = fn_nucleoside_diphosphate_47(X)
& fn_nucleoside_diphosphate_47(X) = fn_nucleoside_diphosphate_47(X)
& fn_nucleoside_diphosphate_47(X) = fn_phosphate_group_20(fn_gdp_16(X))
& fn_phosphate_group_20(fn_gdp_16(X)) = fn_phosphate_group_20(fn_gdp_16(X))
& fn_phosphate_group_20(fn_gdp_16(X)) = fn_phosphate_group_38(fn_gdp_16(X))
& fn_phosphate_group_38(fn_gdp_16(X)) = fn_phosphate_group_38(fn_gdp_16(X))
& fn_phosphate_group_38(fn_gdp_16(X)) = fn_covalent_bond_18(fn_gdp_25(X))
& fn_covalent_bond_18(fn_gdp_25(X)) = fn_covalent_bond_18(fn_gdp_25(X))
& fn_covalent_bond_18(fn_gdp_25(X)) = fn_nucleoside_diphosphate_32(X)
& fn_nucleoside_diphosphate_32(X) = fn_nucleoside_diphosphate_32(X)
& fn_nucleoside_diphosphate_32(X) = fn_phosphate_group_37(fn_gdp_16(X))
& fn_phosphate_group_37(fn_gdp_16(X)) = fn_phosphate_group_37(fn_gdp_16(X))
& fn_phosphate_group_37(fn_gdp_16(X)) = fn_phosphate_group_39(fn_gdp_16(X))
& fn_phosphate_group_39(fn_gdp_16(X)) = fn_phosphate_group_35(fn_gdp_16(X))
& fn_phosphate_group_35(fn_gdp_16(X)) = fn_phosphate_group_35(fn_gdp_16(X))
& fn_phosphate_group_35(fn_gdp_16(X)) = fn_phosphate_group_39(fn_gdp_16(X))
& fn_covalent_bond_17(fn_gdp_25(X)) = fn_phosphate_group_39(fn_gdp_16(X))
& fn_phosphate_group_39(fn_gdp_16(X)) = fn_phosphate_group_39(fn_gdp_16(X))
& fn_phosphate_group_39(fn_gdp_16(X)) = fn_covalent_bond_17(fn_gdp_25(X))
& fn_covalent_bond_17(fn_gdp_25(X)) = fn_covalent_bond_17(fn_gdp_25(X)) ) ) ).
fof(a529812,axiom,
! [X] :
( gecko_lizard_1(X)
=> ( original_name_2(X,'Gecko-Lizard')
& user_description_2(X,'Order of tropical lizards with specialized toes for climbing.')
& concept2words_2(X,gecko)
& concept2words_2(X,'lizard of gecko')
& concept2words_2(X,'gecko lizard')
& concept2words_2(X,'gecko-lizard')
& squamata_1(X)
& area_value_1(fn_gecko_lizard_2(X))
& foot_1(fn_gecko_lizard_3(X))
& hair_1(fn_gecko_lizard_4(X))
& toe_1(fn_gecko_lizard_5(X))
& leg_1(fn_gecko_lizard_6(X))
& size_value_1(fn_gecko_lizard_7(X))
& quantity_value_1(fn_gecko_lizard_8(X))
& tip_1(fn_gecko_lizard_11(X))
& shape_value_1(fn_gecko_lizard_12(X))
& wall_1(fn_gecko_lizard_14(X))
& surface_1(fn_gecko_lizard_15(X))
& take_in_1(fn_gecko_lizard_18(X))
& water_1(fn_gecko_lizard_19(X))
& gallbladder_1(fn_gecko_lizard_20(X))
& pancreas_1(fn_gecko_lizard_21(X))
& liver_1(fn_gecko_lizard_22(X))
& trachea_1(fn_gecko_lizard_23(X))
& lung_1(fn_gecko_lizard_24(X))
& esophagus_1(fn_gecko_lizard_25(X))
& pharynx_1(fn_gecko_lizard_26(X))
& stomach_1(fn_gecko_lizard_27(X))
& temperature_value_1(fn_gecko_lizard_28(X))
& digestive_system_1(fn_gecko_lizard_29(X))
& respiratory_system_1(fn_gecko_lizard_30(X))
& specific_heat_value_1(fn_gecko_lizard_31(X))
& tissue_1(fn_gecko_lizard_32(X))
& bone_1(fn_gecko_lizard_32(X))
& nutrition_1(fn_gecko_lizard_33(X))
& heterotroph_1(fn_gecko_lizard_34(X))
& molecule_1(fn_gecko_lizard_35(X))
& chemical_entity_1(fn_gecko_lizard_36(X))
& atom_1(fn_gecko_lizard_36(X))
& chemical_entity_1(fn_gecko_lizard_37(X))
& atom_1(fn_gecko_lizard_37(X))
& organic_molecule_1(fn_gecko_lizard_38(X))
& van_der_waal_interaction_1(fn_gecko_lizard_39(X))
& walk_1(fn_gecko_lizard_40(X))
& organic_structure_1(fn_gecko_lizard_41(X))
& support_1(fn_gecko_lizard_42(X))
& abrade_1(fn_gecko_lizard_43(X))
& move_through_1(fn_gecko_lizard_44(X))
& animal_cell_1(fn_gecko_lizard_45(X))
& hold_together_1(fn_gecko_lizard_46(X))
& eukaryotic_cell_1(fn_tissue_1(fn_gecko_lizard_32(X)))
& organic_molecule_1(fn_organic_structure_1(fn_gecko_lizard_41(X)))
& tangible_entity_1(fn_support_1(fn_gecko_lizard_42(X)))
& hold_together_1(fn_chemical_bond_3(fn_gecko_lizard_39(X)))
& atom_1(fn_molecule_7(fn_gecko_lizard_35(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_gecko_lizard_39(X)))
& atom_1(fn_van_der_waal_interaction_2(fn_gecko_lizard_39(X)))
& atom_1(fn_organic_molecule_2(fn_gecko_lizard_38(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_gecko_lizard_38(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_gecko_lizard_39(X)))
& atom_1(fn_van_der_waal_interaction_1(fn_gecko_lizard_39(X)))
& has_part_2(fn_gecko_lizard_3(X),fn_gecko_lizard_5(X))
& base_2(fn_gecko_lizard_42(X),fn_gecko_lizard_14(X))
& instrument_2(fn_gecko_lizard_42(X),fn_gecko_lizard_39(X))
& exactCardinality(X,has_part_0,"4",leg_0)
& has_part_2(X,fn_gecko_lizard_6(X))
& is_on_2(fn_gecko_lizard_4(X),fn_gecko_lizard_5(X))
& size_2(fn_gecko_lizard_4(X),fn_gecko_lizard_7(X))
& quantity_2(fn_gecko_lizard_4(X),fn_gecko_lizard_8(X))
& has_region_2(fn_gecko_lizard_4(X),fn_gecko_lizard_11(X))
& has_part_2(fn_gecko_lizard_4(X),fn_gecko_lizard_41(X))
& has_part_2(fn_gecko_lizard_5(X),fn_gecko_lizard_4(X))
& area_2(fn_gecko_lizard_5(X),fn_gecko_lizard_2(X))
& has_part_2(fn_gecko_lizard_6(X),fn_gecko_lizard_3(X))
& has_function_2(fn_gecko_lizard_6(X),fn_gecko_lizard_40(X))
& the_scalar_value_2(fn_gecko_lizard_7(X),tiny_0)
& scalar_unit_class_2(fn_gecko_lizard_7(X),hair_0)
& directly_proportional_2(fn_gecko_lizard_8(X),fn_gecko_lizard_2(X))
& the_scalar_value_2(fn_gecko_lizard_8(X),numerous_0)
& scalar_unit_class_2(fn_gecko_lizard_8(X),hair_0)
& the_categorical_value_2(fn_gecko_lizard_12(X),tube_0)
& shape_2(fn_gecko_lizard_41(X),fn_gecko_lizard_12(X))
& is_at_2(fn_gecko_lizard_41(X),fn_gecko_lizard_11(X))
& facilitates_2(fn_gecko_lizard_41(X),fn_gecko_lizard_40(X))
& has_region_2(fn_gecko_lizard_14(X),fn_gecko_lizard_15(X))
& base_2(fn_gecko_lizard_40(X),fn_gecko_lizard_14(X))
& instrument_2(fn_gecko_lizard_40(X),fn_gecko_lizard_6(X))
& is_at_2(fn_gecko_lizard_35(X),fn_gecko_lizard_15(X))
& has_part_2(fn_gecko_lizard_32(X),fn_gecko_lizard_45(X))
& has_part_2(fn_gecko_lizard_38(X),fn_gecko_lizard_36(X))
& has_part_2(fn_gecko_lizard_41(X),fn_gecko_lizard_38(X))
& has_part_2(fn_gecko_lizard_35(X),fn_gecko_lizard_37(X))
& object_2(fn_gecko_lizard_42(X),X)
& agent_2(fn_gecko_lizard_46(X),fn_gecko_lizard_39(X))
& object_2(fn_gecko_lizard_46(X),fn_gecko_lizard_37(X))
& has_function_2(fn_gecko_lizard_39(X),fn_gecko_lizard_46(X))
& object_2(fn_gecko_lizard_46(X),fn_gecko_lizard_36(X))
& agent_2(fn_gecko_lizard_40(X),X)
& object_2(fn_gecko_lizard_40(X),X)
& is_between_2(fn_gecko_lizard_39(X),fn_gecko_lizard_37(X))
& is_between_2(fn_gecko_lizard_39(X),fn_gecko_lizard_36(X))
& is_near_2(fn_gecko_lizard_37(X),fn_gecko_lizard_36(X))
& is_near_2(fn_gecko_lizard_36(X),fn_gecko_lizard_37(X))
& element_2(fn_gecko_lizard_29(X),fn_gecko_lizard_22(X))
& has_part_2(X,fn_gecko_lizard_25(X))
& has_part_2(X,fn_gecko_lizard_32(X))
& element_2(fn_gecko_lizard_30(X),fn_gecko_lizard_24(X))
& has_region_2(X,fn_gecko_lizard_30(X))
& plays_2(X,fn_gecko_lizard_34(X))
& in_event_2(fn_gecko_lizard_34(X),fn_gecko_lizard_33(X))
& agent_2(fn_gecko_lizard_33(X),X)
& has_region_2(X,fn_gecko_lizard_29(X))
& has_part_2(X,fn_gecko_lizard_26(X))
& element_2(fn_gecko_lizard_29(X),fn_gecko_lizard_26(X))
& element_2(fn_gecko_lizard_29(X),fn_gecko_lizard_27(X))
& has_part_2(X,fn_gecko_lizard_27(X))
& next_element_2(fn_gecko_lizard_26(X),fn_gecko_lizard_25(X))
& element_2(fn_gecko_lizard_29(X),fn_gecko_lizard_25(X))
& element_2(fn_gecko_lizard_29(X),fn_gecko_lizard_20(X))
& abuts_2(fn_gecko_lizard_27(X),fn_gecko_lizard_25(X))
& abuts_2(fn_gecko_lizard_25(X),fn_gecko_lizard_27(X))
& enables_2(fn_gecko_lizard_44(X),fn_gecko_lizard_43(X))
& path_2(fn_gecko_lizard_43(X),X)
& has_part_2(X,fn_gecko_lizard_24(X))
& next_element_2(fn_gecko_lizard_23(X),fn_gecko_lizard_24(X))
& element_2(fn_gecko_lizard_30(X),fn_gecko_lizard_23(X))
& agent_2(fn_gecko_lizard_18(X),X)
& base_2(fn_gecko_lizard_18(X),X)
& has_part_2(X,fn_gecko_lizard_23(X))
& abuts_2(fn_gecko_lizard_26(X),fn_gecko_lizard_23(X))
& abuts_2(fn_gecko_lizard_23(X),fn_gecko_lizard_26(X))
& path_2(fn_gecko_lizard_44(X),X)
& base_2(fn_gecko_lizard_44(X),fn_gecko_lizard_29(X))
& element_2(fn_gecko_lizard_29(X),fn_gecko_lizard_21(X))
& has_part_2(X,fn_gecko_lizard_21(X))
& has_part_2(X,fn_gecko_lizard_22(X))
& has_part_2(X,fn_gecko_lizard_19(X))
& specific_heat_2(fn_gecko_lizard_19(X),fn_gecko_lizard_31(X))
& correspondence_2(fn_gecko_lizard_28(X),fn_gecko_lizard_31(X))
& temperature_2(X,fn_gecko_lizard_28(X))
& has_part_2(X,fn_gecko_lizard_20(X))
& fn_gecko_lizard_45(X) = fn_tissue_1(fn_gecko_lizard_32(X))
& fn_gecko_lizard_36(X) = fn_organic_molecule_2(fn_gecko_lizard_38(X))
& fn_gecko_lizard_38(X) = fn_organic_structure_1(fn_gecko_lizard_41(X))
& fn_gecko_lizard_37(X) = fn_molecule_7(fn_gecko_lizard_35(X))
& X = fn_support_1(fn_gecko_lizard_42(X))
& fn_gecko_lizard_37(X) = fn_chemical_bond_1(fn_gecko_lizard_39(X))
& fn_gecko_lizard_36(X) = fn_chemical_bond_4(fn_gecko_lizard_39(X))
& fn_gecko_lizard_46(X) = fn_chemical_bond_3(fn_gecko_lizard_39(X))
& fn_gecko_lizard_40(X) = fn_animal_22(X)
& fn_gecko_lizard_37(X) = fn_van_der_waal_interaction_2(fn_gecko_lizard_39(X))
& fn_gecko_lizard_36(X) = fn_van_der_waal_interaction_1(fn_gecko_lizard_39(X))
& fn_gecko_lizard_17(X) = fn_vertebrate_61(X)
& fn_gecko_lizard_16(X) = fn_vertebrate_60(X)
& fn_gecko_lizard_32(X) = fn_vertebrate_27(X)
& fn_gecko_lizard_33(X) = fn_animal_19(X)
& fn_gecko_lizard_33(X) = fn_vertebrate_25(X)
& fn_gecko_lizard_34(X) = fn_vertebrate_56(X)
& fn_gecko_lizard_27(X) = fn_vertebrate_18(X)
& fn_gecko_lizard_25(X) = fn_vertebrate_26(X)
& fn_gecko_lizard_30(X) = fn_vertebrate_6(X)
& fn_gecko_lizard_24(X) = fn_vertebrate_5(X)
& fn_gecko_lizard_43(X) = fn_vertebrate_34(X)
& fn_gecko_lizard_26(X) = fn_vertebrate_19(X)
& fn_gecko_lizard_23(X) = fn_vertebrate_4(X)
& fn_gecko_lizard_18(X) = fn_vertebrate_58(X)
& fn_gecko_lizard_22(X) = fn_vertebrate_15(X)
& fn_gecko_lizard_21(X) = fn_vertebrate_16(X)
& fn_gecko_lizard_29(X) = fn_vertebrate_40(X)
& fn_gecko_lizard_44(X) = fn_vertebrate_33(X)
& fn_gecko_lizard_20(X) = fn_vertebrate_17(X)
& fn_gecko_lizard_28(X) = fn_vertebrate_55(X)
& fn_gecko_lizard_31(X) = fn_vertebrate_54(X)
& fn_gecko_lizard_19(X) = fn_vertebrate_57(X)
& fn_molecule_7(fn_gecko_lizard_35(X)) = fn_chemical_bond_1(fn_gecko_lizard_39(X))
& fn_chemical_bond_1(fn_gecko_lizard_39(X)) = fn_chemical_bond_1(fn_gecko_lizard_39(X))
& fn_chemical_bond_1(fn_gecko_lizard_39(X)) = fn_van_der_waal_interaction_2(fn_gecko_lizard_39(X))
& fn_van_der_waal_interaction_2(fn_gecko_lizard_39(X)) = fn_van_der_waal_interaction_2(fn_gecko_lizard_39(X))
& fn_van_der_waal_interaction_2(fn_gecko_lizard_39(X)) = fn_organic_molecule_2(fn_gecko_lizard_38(X))
& fn_organic_molecule_2(fn_gecko_lizard_38(X)) = fn_chemical_bond_4(fn_gecko_lizard_39(X))
& fn_chemical_bond_4(fn_gecko_lizard_39(X)) = fn_chemical_bond_4(fn_gecko_lizard_39(X))
& fn_chemical_bond_4(fn_gecko_lizard_39(X)) = fn_van_der_waal_interaction_1(fn_gecko_lizard_39(X))
& fn_van_der_waal_interaction_1(fn_gecko_lizard_39(X)) = fn_van_der_waal_interaction_1(fn_gecko_lizard_39(X))
& fn_van_der_waal_interaction_1(fn_gecko_lizard_39(X)) = fn_animal_19(X)
& fn_animal_19(X) = fn_vertebrate_25(X)
& fn_vertebrate_25(X) = fn_vertebrate_25(X) ) ) ).
fof(a529813,axiom,
! [X] :
( gel_1(X)
=> ( original_name_2(X,'Gel')
& user_description_2(X,'A matrix used to measure the size of nucleic acids via gel electrophoresis.')
& concept2words_2(X,'agorose gel')
& concept2words_2(X,gel)
& semisolid_substance_1(X)
& solution_1(X)
& ~ aqueous_solution_1(X)
& ~ basic_solution_1(X)
& ~ buffered_solution_1(X)
& ~ hypertonic_solution_1(X)
& ~ hypotonic_solution_1(X)
& ~ isotonic_solution_1(X)
& fluid_substance_1(fn_gel_1(X))
& has_part_2(X,fn_gel_1(X))
& has_solvent_2(X,fn_gel_1(X))
& fn_gel_1(X) = fn_solution_6(X) ) ) ).
fof(a529814,axiom,
! [X] :
( gel_electrophoresis_1(X)
=> ( original_name_2(X,'Gel-Electrophoresis')
& user_description_2(X,'A technique for separating nucleic acids or proteins on the basis of their size and electrical charge, both of which affect their rate of movement through an electric field in a gel.')
& concept2words_2(X,'perform gel electrophoresis')
& concept2words_2(X,'electrophoresis of gel')
& concept2words_2(X,'gel electrophoresis')
& concept2words_2(X,'gel-electrophoresis')
& engineering_1(X)
& move_apart_1(X)
& band_pattern_1(fn_gel_electrophoresis_1(X))
& gel_1(fn_gel_electrophoresis_2(X))
& dna_piece_1(fn_gel_electrophoresis_3(X))
& dna_piece_1(fn_gel_electrophoresis_4(X))
& negatively_charged_region_1(fn_gel_electrophoresis_5(X))
& instrument_2(X,fn_gel_electrophoresis_2(X))
& result_2(X,fn_gel_electrophoresis_1(X))
& object_2(X,fn_gel_electrophoresis_4(X))
& object_2(X,fn_gel_electrophoresis_3(X))
& origin_2(X,fn_gel_electrophoresis_5(X))
& fn_gel_electrophoresis_4(X) = fn_move_apart_2(X)
& fn_gel_electrophoresis_3(X) = fn_move_apart_1(X)
& fn_gel_electrophoresis_5(X) = fn_move_apart_3(X) ) ) ).
fof(a529815,axiom,
! [X] :
( gemmules_1(X)
=> ( original_name_2(X,'Gemmules')
& user_description_2(X,'Asexual dormant buds formed by some sponges in response to hostile environmental conditions. Gemmules can resist freezing, desiccation, and hypoxic conditions. When the environment becomes favorable, gemmules begin growing again.')
& concept2words_2(X,gemmules)
& concept2words_2(X,gemmule)
& animal_structure_1(X) ) ) ).
fof(a529816,axiom,
! [X] :
( gene_1(X)
=> ( original_name_2(X,'Gene')
& user_description_2(X,'A specific length of a DNA or RNA molecule (in some viruses) that functions as a discrete unit of inheritence.')
& concept2words_2(X,'mendel\'s inheritable factor')
& concept2words_2(X,'inheritable factor')
& concept2words_2(X,gene)
& dna_sequence_1(X)
& number_5_prime_end_1(fn_gene_1(X))
& number_3_prime_end_1(fn_gene_2(X))
& exon_1(fn_gene_3(X))
& intron_1(fn_gene_4(X))
& exon_1(fn_gene_5(X))
& protein_1(fn_gene_6(X))
& mrna_1(fn_gene_7(X))
& deoxyribonucleoside_monophosphate_1(fn_gene_10(X))
& size_value_1(fn_gene_11(X))
& size_value_1(fn_gene_12(X))
& code_for_1(fn_gene_13(X))
& trait_1(fn_gene_14(X))
& inheritance_1(fn_gene_15(X))
& phosphodiester_bond_1(fn_gene_16(X))
& chemical_entity_1(fn_gene_17(X))
& deoxyribonucleoside_monophosphate_1(fn_gene_17(X))
& entity_1(fn_code_for_2(fn_gene_13(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_gene_16(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_gene_16(X)))
& entity_1(fn_inheritance_4(fn_gene_15(X)))
& gene_1(fn_inheritance_4(fn_gene_15(X)))
& entity_1(fn_code_for_1(fn_gene_13(X)))
& result_2(fn_gene_13(X),fn_gene_7(X))
& result_2(fn_gene_13(X),fn_gene_6(X))
& next_element_2(fn_gene_3(X),fn_gene_4(X))
& next_element_2(fn_gene_4(X),fn_gene_5(X))
& has_region_2(X,fn_gene_1(X))
& has_region_2(X,fn_gene_2(X))
& element_2(X,fn_gene_3(X))
& element_2(X,fn_gene_4(X))
& element_2(X,fn_gene_5(X))
& possesses_2(X,fn_gene_16(X))
& has_function_2(X,fn_gene_13(X))
& size_2(fn_gene_17(X),fn_gene_12(X))
& is_between_2(fn_gene_16(X),fn_gene_17(X))
& result_2(fn_gene_13(X),fn_gene_14(X))
& object_2(fn_gene_15(X),X)
& agent_2(fn_gene_13(X),X)
& size_2(X,fn_gene_11(X))
& greater_than_2(fn_gene_11(X),fn_gene_12(X))
& first_element_2(X,fn_gene_17(X))
& next_element_2(fn_gene_17(X),fn_gene_10(X))
& element_2(X,fn_gene_10(X))
& element_2(X,fn_gene_17(X))
& fn_gene_17(X) = fn_chemical_bond_1(fn_gene_16(X))
& fn_gene_17(X) = fn_chemical_bond_4(fn_gene_16(X))
& fn_gene_14(X) = fn_code_for_2(fn_gene_13(X))
& X = fn_inheritance_4(fn_gene_15(X))
& X = fn_code_for_1(fn_gene_13(X))
& fn_gene_9(X) = fn_nucleic_acid_sequence_4(X)
& fn_gene_8(X) = fn_nucleic_acid_sequence_3(X)
& fn_gene_12(X) = fn_nucleic_acid_sequence_1(X)
& fn_gene_11(X) = fn_nucleic_acid_sequence_2(X)
& fn_gene_10(X) = fn_dna_sequence_2(X)
& fn_gene_17(X) = fn_dna_sequence_1(X)
& fn_chemical_bond_1(fn_gene_16(X)) = fn_chemical_bond_4(fn_gene_16(X))
& fn_chemical_bond_4(fn_gene_16(X)) = fn_chemical_bond_4(fn_gene_16(X))
& fn_chemical_bond_4(fn_gene_16(X)) = fn_dna_sequence_1(X)
& fn_dna_sequence_1(X) = fn_dna_sequence_1(X)
& fn_dna_sequence_1(X) = fn_inheritance_4(fn_gene_15(X))
& fn_inheritance_4(fn_gene_15(X)) = fn_code_for_1(fn_gene_13(X)) ) ) ).
fof(a529817,axiom,
! [X,X1] :
( ( object_2(X,X1)
& gene_regulation_1(X)
& activate_1(X)
& gene_1(X1) )
=> ( gene_activation_1(X)
& fn_gene_activation_10(X) = X1 ) ) ).
fof(a529818,axiom,
! [X] :
( gene_activation_1(X)
=> ( original_name_2(X,'Gene-Activation')
& user_description_2(X,'The process of activation of a gene so that it is expressed at a particular time and location.')
& concept2words_2(X,activate)
& concept2words_2(X,'activation of gene')
& concept2words_2(X,'gene activation')
& concept2words_2(X,'gene-activation')
& activate_1(X)
& gene_regulation_1(X)
& time_interval_1(fn_gene_activation_1(X))
& time_interval_1(fn_gene_activation_2(X))
& pattern_formation_1(fn_gene_activation_4(X))
& promoter_1(fn_gene_activation_5(X))
& regulatory_gene_1(fn_gene_activation_6(X))
& gene_expression_1(fn_gene_activation_7(X))
& chemical_entity_1(fn_gene_activation_8(X))
& protein_1(fn_gene_activation_8(X))
& transcription_factor_1(fn_gene_activation_8(X))
& gene_expression_1(fn_gene_activation_9(X))
& entity_1(fn_gene_activation_10(X))
& gene_1(fn_gene_activation_10(X))
& gene_1(fn_gene_expression_6(fn_gene_activation_7(X)))
& time_during_2(X,fn_gene_activation_1(X))
& next_event_2(X,fn_gene_activation_7(X))
& site_2(X,fn_gene_activation_5(X))
& minCardinality(fn_gene_activation_7(X),object_0,"2",regulatory_gene_0)
& causes_2(fn_gene_activation_7(X),fn_gene_activation_4(X))
& time_during_2(fn_gene_activation_7(X),fn_gene_activation_2(X))
& time_before_2(fn_gene_activation_1(X),fn_gene_activation_2(X))
& object_2(fn_gene_activation_7(X),fn_gene_activation_6(X))
& agent_2(X,fn_gene_activation_8(X))
& result_2(fn_gene_activation_9(X),fn_gene_activation_8(X))
& object_2(fn_gene_activation_9(X),fn_gene_activation_10(X))
& object_2(X,fn_gene_activation_10(X))
& fn_gene_activation_6(X) = fn_gene_expression_6(fn_gene_activation_7(X))
& fn_gene_activation_10(X) = fn_make_accessible_1(X)
& fn_gene_activation_10(X) = fn_gene_regulation_1(X)
& fn_gene_activation_9(X) = fn_gene_regulation_2(X)
& fn_gene_activation_8(X) = fn_gene_regulation_3(X)
& fn_make_accessible_1(X) = fn_gene_regulation_1(X)
& fn_gene_regulation_1(X) = fn_gene_regulation_1(X) ) ) ).
fof(a529819,axiom,
! [X] :
( gene_activation_cascade_1(X)
=> ( original_name_2(X,'Gene-Activation-Cascade')
& user_description_2(X,'Cascade of reactions that results in gene activation, or initiation of transcription.')
& concept2words_2(X,'gene activation cascade')
& concept2words_2(X,'gene-activation-cascade')
& cascade_1(X)
& ~ phosphorylation_cascade_1(X)
& chemical_reaction_1(fn_gene_activation_cascade_1(X))
& gene_activation_1(fn_gene_activation_cascade_2(X))
& minCardinality(X,subevent_0,"2",gene_activation_0)
& first_subevent_2(X,fn_gene_activation_cascade_2(X))
& next_event_2(fn_gene_activation_cascade_2(X),fn_gene_activation_cascade_1(X))
& subevent_2(X,fn_gene_activation_cascade_1(X))
& subevent_2(X,fn_gene_activation_cascade_2(X))
& fn_gene_activation_cascade_1(X) = fn_cascade_2(X)
& fn_gene_activation_cascade_2(X) = fn_cascade_1(X) ) ) ).
fof(a529820,axiom,
! [X] :
( gene_allele_relationship_1(X)
=> ( original_name_2(X,'Gene-Allele-Relationship')
& user_description_2(X,'A particular gene on a chromosome has two or more versions, and each version of a gene is called an allele.')
& concept2words_2(X,'have a gene allele relationship')
& concept2words_2(X,'have a gene-allele relationship')
& concept2words_2(X,'gene allele relationship')
& concept2words_2(X,'gene-allele-relationship')
& genetic_process_1(X)
& homozygous_1(fn_gene_allele_relationship_1(X))
& homozygous_1(fn_gene_allele_relationship_2(X))
& allele_1(fn_gene_allele_relationship_3(X))
& allele_1(fn_gene_allele_relationship_4(X))
& heterozygous_1(fn_gene_allele_relationship_5(X))
& allele_1(fn_gene_allele_relationship_6(X))
& allele_1(fn_gene_allele_relationship_7(X))
& allele_1(fn_heterozygous_2(fn_gene_allele_relationship_5(X)))
& allele_1(fn_heterozygous_1(fn_gene_allele_relationship_5(X)))
& same_type_2(fn_gene_allele_relationship_3(X),fn_gene_allele_relationship_7(X))
& same_type_2(fn_gene_allele_relationship_6(X),fn_gene_allele_relationship_4(X))
& same_type_2(fn_gene_allele_relationship_7(X),fn_gene_allele_relationship_3(X))
& object_2(X,fn_gene_allele_relationship_5(X))
& object_2(X,fn_gene_allele_relationship_1(X))
& object_2(X,fn_gene_allele_relationship_2(X))
& same_type_2(fn_gene_allele_relationship_4(X),fn_gene_allele_relationship_6(X))
& element_2(fn_gene_allele_relationship_5(X),fn_gene_allele_relationship_6(X))
& has_part_2(fn_gene_allele_relationship_5(X),fn_gene_allele_relationship_7(X))
& fn_gene_allele_relationship_6(X) = fn_heterozygous_2(fn_gene_allele_relationship_5(X))
& fn_gene_allele_relationship_7(X) = fn_heterozygous_1(fn_gene_allele_relationship_5(X)) ) ) ).
fof(a529821,axiom,
! [X] :
( gene_amplification_1(X)
=> ( original_name_2(X,'Gene-Amplification')
& user_description_2(X,'In cells, the process of temporarily increasing the number of copies of a gene or gene family during a particular stage of development. In the laboratory, this term refers to the process of Polymerase Chain Reaction')
& concept2words_2(X,'polymerase chain reaction')
& concept2words_2(X,'polymerase-chain-reaction')
& concept2words_2(X,pcr)
& concept2words_2(X,'amplification of gene')
& concept2words_2(X,'gene amplification')
& concept2words_2(X,'gene-amplification')
& genetic_process_1(X)
& ~ anabolism_1(X)
& ~ antigen_presentation_1(X)
& ~ catabolism_1(X)
& ~ denaturation_1(X)
& ~ dna_methylation_1(X)
& ~ dynein_walking_1(X)
& ~ hydrolysis_1(X)
& ~ protein_folding_1(X)
& ~ gene_loss_1(X)
& ~ gene_rearrangement_1(X)
& gene_1(fn_gene_amplification_1(X))
& replication_1(fn_gene_amplification_2(X))
& gene_1(fn_gene_amplification_3(X))
& cell_1(fn_gene_amplification_4(X))
& gene_expression_1(fn_gene_amplification_5(X))
& agent_2(fn_gene_amplification_5(X),fn_gene_amplification_3(X))
& agent_2(fn_gene_amplification_5(X),fn_gene_amplification_1(X))
& by_means_of_2(X,fn_gene_amplification_2(X))
& minCardinality(fn_gene_amplification_2(X),result_0,"2",gene_0)
& result_2(fn_gene_amplification_2(X),fn_gene_amplification_3(X))
& agent_2(fn_gene_amplification_2(X),fn_gene_amplification_4(X))
& enables_2(fn_gene_amplification_2(X),fn_gene_amplification_5(X))
& exactCardinality(fn_gene_amplification_2(X),object_0,"1",gene_0)
& object_2(fn_gene_amplification_2(X),fn_gene_amplification_1(X)) ) ) ).
fof(a529822,axiom,
! [X] :
( gene_cloning_1(X)
=> ( original_name_2(X,'Gene-Cloning')
& user_description_2(X,'The production of multiple copies of a gene.')
& concept2words_2(X,'genetic cloning')
& concept2words_2(X,'cloning of gene')
& concept2words_2(X,'gene cloning')
& concept2words_2(X,'gene-cloning')
& genetic_process_1(X)
& ~ epistasis_1(X)
& ~ gene_expression_1(X)
& ~ gene_for_gene_recognition_1(X)
& ~ gene_inactivation_1(X)
& ~ gene_regulation_1(X)
& ~ histone_acetylation_1(X)
& ~ horizontal_gene_transfer_1(X)
& ~ polygenic_inheritance_1(X)
& ~ proofreading_of_dna_replication_1(X)
& ~ rna_interference_1(X)
& ~ transduction_1(X)
& ~ transformation_of_cell_to_cancerous_cell_1(X) ) ) ).
fof(a529823,axiom,
! [X] :
( gene_expression_1(X)
=> ( original_name_2(X,'Gene-Expression')
& user_description_2(X,'The processes by which the information encoded in a gene is used to direct the synthesis of a polypeptide.')
& concept2words_2(X,express)
& concept2words_2(X,'expression of gene')
& concept2words_2(X,'gene expression')
& concept2words_2(X,'gene-expression')
& cellular_process_1(X)
& genetic_process_1(X)
& ~ epistasis_1(X)
& ~ gene_cloning_1(X)
& ~ gene_for_gene_recognition_1(X)
& ~ gene_inactivation_1(X)
& ~ gene_regulation_1(X)
& ~ histone_acetylation_1(X)
& ~ horizontal_gene_transfer_1(X)
& ~ polygenic_inheritance_1(X)
& ~ proofreading_of_dna_replication_1(X)
& ~ rna_interference_1(X)
& ~ transduction_1(X)
& ~ transformation_of_cell_to_cancerous_cell_1(X)
& synthesis_of_mrna_1(fn_gene_expression_1(X))
& transcription_factor_1(fn_gene_expression_2(X))
& code_for_1(fn_gene_expression_3(X))
& chemical_entity_1(fn_gene_expression_4(X))
& protein_1(fn_gene_expression_4(X))
& synthesis_of_protein_1(fn_gene_expression_5(X))
& gene_1(fn_gene_expression_6(X))
& code_for_1(fn_gene_13(fn_gene_expression_6(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_gene_expression_5(X)))
& protein_1(fn_synthesis_of_protein_16(fn_gene_expression_5(X)))
& protein_1(fn_gene_6(fn_gene_expression_6(X)))
& object_2(X,fn_gene_expression_6(X))
& subevent_2(X,fn_gene_expression_1(X))
& subevent_2(X,fn_gene_expression_5(X))
& agent_2(X,fn_gene_expression_2(X))
& result_2(X,fn_gene_expression_4(X))
& next_event_2(fn_gene_expression_1(X),fn_gene_expression_5(X))
& result_2(fn_gene_expression_5(X),fn_gene_expression_4(X))
& agent_2(fn_gene_expression_3(X),fn_gene_expression_6(X))
& result_2(fn_gene_expression_3(X),fn_gene_expression_4(X))
& fn_gene_expression_4(X) = fn_anabolic_pathway_5(fn_gene_expression_5(X))
& fn_gene_expression_4(X) = fn_synthesis_of_protein_16(fn_gene_expression_5(X))
& fn_gene_expression_4(X) = fn_gene_6(fn_gene_expression_6(X))
& fn_gene_expression_3(X) = fn_gene_13(fn_gene_expression_6(X))
& fn_anabolic_pathway_5(fn_gene_expression_5(X)) = fn_synthesis_of_protein_16(fn_gene_expression_5(X))
& fn_synthesis_of_protein_16(fn_gene_expression_5(X)) = fn_synthesis_of_protein_16(fn_gene_expression_5(X))
& fn_synthesis_of_protein_16(fn_gene_expression_5(X)) = fn_gene_6(fn_gene_expression_6(X)) ) ) ).
fof(a529824,axiom,
! [X] :
( gene_flow_1(X)
=> ( original_name_2(X,'Gene-Flow')
& user_description_2(X,'The movement of alleles between populations, resulting from the migration of fertile individuals or dispersal of gametes.')
& concept2words_2(X,'gene migration')
& concept2words_2(X,'gene-migration')
& concept2words_2(X,'flow of gene')
& concept2words_2(X,'gene flow')
& concept2words_2(X,'gene-flow')
& evolutionary_process_1(X)
& ~ adaptation_1(X)
& ~ adaptive_radiation_1(X)
& ~ allopatric_speciation_1(X)
& ~ anagenesis_1(X)
& ~ bottleneck_effect_1(X)
& ~ cephalization_1(X)
& ~ character_displacement_1(X)
& ~ cladogenesis_1(X)
& ~ convergent_evolution_1(X)
& ~ endosymbiosis_1(X)
& ~ genetic_drift_1(X)
& ~ heterochrony_1(X)
& ~ homology_1(X)
& ~ mechanical_isolation_1(X)
& ~ mimicry_1(X)
& ~ natural_selection_1(X)
& ~ paedomorphosis_1(X)
& ~ punctuated_equilibria_1(X)
& ~ reproductive_isolation_1(X)
& ~ selection_force_1(X)
& ~ speciation_1(X) ) ) ).
fof(a529825,axiom,
! [X] :
( gene_for_gene_recognition_1(X)
=> ( original_name_2(X,'Gene-For-Gene-Recognition')
& user_description_2(X,'Specific resistance to a plant disease due to a precise match-up between an allele in the plant and an allele in the pathogen.')
& concept2words_2(X,'gene for gene recognition')
& concept2words_2(X,'gene-for-gene-recognition')
& gene_interactions_1(X)
& ~ epistasis_1(X)
& ~ gene_cloning_1(X)
& ~ gene_expression_1(X)
& ~ gene_inactivation_1(X)
& ~ gene_regulation_1(X)
& ~ histone_acetylation_1(X)
& ~ horizontal_gene_transfer_1(X)
& ~ polygenic_inheritance_1(X)
& ~ proofreading_of_dna_replication_1(X)
& ~ rna_interference_1(X)
& ~ transduction_1(X)
& ~ transformation_of_cell_to_cancerous_cell_1(X) ) ) ).
fof(a529826,axiom,
! [X,X2,X1] :
( ( subevent_2(X,X1)
& object_2(X1,X2)
& gene_regulation_1(X)
& deactivate_1(X1)
& gene_1(X2) )
=> ( gene_inactivation_1(X)
& fn_gene_inactivation_2(X) = X1
& fn_gene_inactivation_3(X) = X2 ) ) ).
fof(a529827,axiom,
! [X] :
( gene_inactivation_1(X)
=> ( original_name_2(X,'Gene-Inactivation')
& user_description_2(X,'Process of making a gene inaccessible for transcription.')
& concept2words_2(X,'gene silencing')
& concept2words_2(X,'gene-silencing')
& concept2words_2(X,inactivate)
& concept2words_2(X,'inactivation of gene')
& concept2words_2(X,'gene inactivation')
& concept2words_2(X,'gene-inactivation')
& gene_regulation_1(X)
& ~ epistasis_1(X)
& ~ gene_cloning_1(X)
& ~ gene_expression_1(X)
& ~ gene_for_gene_recognition_1(X)
& ~ histone_acetylation_1(X)
& ~ horizontal_gene_transfer_1(X)
& ~ polygenic_inheritance_1(X)
& ~ proofreading_of_dna_replication_1(X)
& ~ rna_interference_1(X)
& ~ transduction_1(X)
& ~ transformation_of_cell_to_cancerous_cell_1(X)
& deactivate_1(fn_gene_inactivation_2(X))
& gene_1(fn_gene_inactivation_3(X))
& entity_1(fn_make_inaccessible_1(fn_gene_inactivation_2(X)))
& subevent_2(X,fn_gene_inactivation_2(X))
& object_2(fn_gene_inactivation_2(X),fn_gene_inactivation_3(X))
& fn_gene_inactivation_3(X) = fn_make_inaccessible_1(fn_gene_inactivation_2(X)) ) ) ).
fof(a529828,axiom,
! [X] :
( gene_interactions_1(X)
=> ( original_name_2(X,'Gene-Interactions')
& user_description_2(X,'The process in which two or more genes interact with and affect one another.')
& concept2words_2(X,'gene interaction')
& concept2words_2(X,'gene-interaction')
& genetic_process_1(X) ) ) ).
fof(a529829,axiom,
! [X] :
( gene_loss_1(X)
=> ( original_name_2(X,'Gene-Loss')
& user_description_2(X,'A process in certain insects whereby genes are selectively lost in certain tissues.')
& concept2words_2(X,lose)
& concept2words_2(X,'loss of gene')
& concept2words_2(X,'gene loss')
& concept2words_2(X,'gene-loss')
& alter_genome_1(X)
& ~ gene_amplification_1(X)
& ~ gene_rearrangement_1(X)
& insect_1(fn_gene_loss_1(X))
& cell_1(fn_gene_loss_2(X))
& cell_1(fn_multicellular_organism_1(fn_gene_loss_1(X)))
& object_2(X,fn_gene_loss_2(X))
& has_part_2(fn_gene_loss_1(X),fn_gene_loss_2(X))
& fn_gene_loss_2(X) = fn_multicellular_organism_1(fn_gene_loss_1(X)) ) ) ).
fof(a529830,axiom,
! [X] :
( gene_pool_1(X)
=> ( original_name_2(X,'Gene-Pool')
& user_description_2(X,'The sum total of all alleles for all loci in a population. May also refer to the sum total of alleles for a single locus in a population.')
& concept2words_2(X,'pool of gene')
& concept2words_2(X,'gene pool')
& concept2words_2(X,'gene-pool')
& gene_related_aggregates_1(X) ) ) ).
fof(a529831,axiom,
! [X] :
( gene_rearrangement_1(X)
=> ( original_name_2(X,'Gene-Rearrangement')
& user_description_2(X,'A somatic cell process whereby a gene\'s location in the DNA sequence is altered.')
& concept2words_2(X,rearrange)
& concept2words_2(X,'rearrangement of gene')
& concept2words_2(X,'gene rearrangement')
& concept2words_2(X,'gene-rearrangement')
& rearrangement_1(X)
& alter_genome_1(X)
& ~ gene_amplification_1(X)
& ~ gene_loss_1(X)
& locus_1(fn_gene_rearrangement_1(X))
& locus_1(fn_gene_rearrangement_2(X))
& dna_sequence_1(fn_gene_rearrangement_3(X))
& somatic_cell_1(fn_gene_rearrangement_4(X))
& change_sequence_1(fn_gene_rearrangement_5(X))
& move_1(fn_gene_rearrangement_6(X))
& tangible_entity_1(fn_gene_rearrangement_7(X))
& spatial_entity_1(fn_move_1(fn_gene_rearrangement_6(X)))
& has_part_2(fn_gene_rearrangement_4(X),fn_gene_rearrangement_3(X))
& has_part_2(fn_gene_rearrangement_3(X),fn_gene_rearrangement_7(X))
& origin_2(fn_gene_rearrangement_6(X),fn_gene_rearrangement_2(X))
& destination_2(fn_gene_rearrangement_6(X),fn_gene_rearrangement_1(X))
& site_2(X,fn_gene_rearrangement_4(X))
& agent_2(X,fn_gene_rearrangement_7(X))
& by_means_of_2(X,fn_gene_rearrangement_5(X))
& object_2(fn_gene_rearrangement_6(X),fn_gene_rearrangement_7(X))
& fn_gene_rearrangement_7(X) = fn_move_1(fn_gene_rearrangement_6(X)) ) ) ).
fof(a529832,axiom,
! [X] :
( gene_regulation_1(X)
=> ( original_name_2(X,'Gene-Regulation')
& user_description_2(X,'The processes used by cells to promote or inhibit the expression of genes.')
& concept2words_2(X,'genetic control')
& concept2words_2(X,'genetic-control')
& concept2words_2(X,'regulation of gene expression')
& concept2words_2(X,'regulation-of-gene-expression')
& concept2words_2(X,regulate)
& concept2words_2(X,'regulation of gene')
& concept2words_2(X,'gene regulation')
& concept2words_2(X,'gene-regulation')
& regulation_1(X)
& ~ epistasis_1(X)
& ~ gene_cloning_1(X)
& ~ gene_expression_1(X)
& ~ gene_for_gene_recognition_1(X)
& ~ horizontal_gene_transfer_1(X)
& ~ polygenic_inheritance_1(X)
& ~ proofreading_of_dna_replication_1(X)
& ~ transduction_1(X)
& ~ transformation_of_cell_to_cancerous_cell_1(X)
& gene_1(fn_gene_regulation_1(X))
& gene_expression_1(fn_gene_regulation_2(X))
& chemical_entity_1(fn_gene_regulation_3(X))
& protein_1(fn_gene_regulation_3(X))
& transcription_factor_1(fn_gene_regulation_3(X))
& chemical_entity_1(fn_gene_expression_4(fn_gene_regulation_2(X)))
& protein_1(fn_gene_expression_4(fn_gene_regulation_2(X)))
& gene_1(fn_gene_expression_6(fn_gene_regulation_2(X)))
& gene_regulation_1(fn_transcription_factor_1(fn_gene_regulation_3(X)))
& object_2(X,fn_gene_regulation_1(X))
& result_2(fn_gene_regulation_2(X),fn_gene_regulation_3(X))
& object_2(fn_gene_regulation_2(X),fn_gene_regulation_1(X))
& agent_2(X,fn_gene_regulation_3(X))
& fn_gene_regulation_3(X) = fn_gene_expression_4(fn_gene_regulation_2(X))
& fn_gene_regulation_1(X) = fn_gene_expression_6(fn_gene_regulation_2(X))
& X = fn_transcription_factor_1(fn_gene_regulation_3(X)) ) ) ).
fof(a529833,axiom,
! [X] :
( gene_regulation_at_post_translational_level_1(X)
=> ( original_name_2(X,'Gene-Regulation-At-Post-Translational-Level')
& user_description_2(X,'Gene Regulation that inhibits gene expression by inhibiting post-translational modification. This kind of gene regulation can be accomplished by cleaving the protein, attaching a sugar to the protein, phosphorylating the protein, or inhibiting a transport protein.')
& concept2words_2(X,regulate)
& concept2words_2(X,'gene regulation at post translational level')
& concept2words_2(X,'gene-regulation-at-post-translational-level')
& gene_regulation_1(X)
& ~ gene_regulation_at_translational_level_1(X)
& inhibition_of_transport_protein_1(fn_gene_regulation_at_post_translational_level_1(X))
& post_translational_modification_1(fn_gene_regulation_at_post_translational_level_2(X))
& gene_expression_1(fn_gene_regulation_at_post_translational_level_3(X))
& phosphorylation_of_protein_1(fn_gene_regulation_at_post_translational_level_4(X))
& attach_1(fn_gene_regulation_at_post_translational_level_5(X))
& sugar_1(fn_gene_regulation_at_post_translational_level_6(X))
& gene_1(fn_gene_regulation_at_post_translational_level_7(X))
& code_for_1(fn_gene_regulation_at_post_translational_level_8(X))
& spatial_entity_1(fn_gene_regulation_at_post_translational_level_9(X))
& tangible_entity_1(fn_gene_regulation_at_post_translational_level_9(X))
& chemical_entity_1(fn_gene_regulation_at_post_translational_level_9(X))
& protein_1(fn_gene_regulation_at_post_translational_level_9(X))
& break_1(fn_gene_regulation_at_post_translational_level_10(X))
& spatial_entity_1(fn_attach_1(fn_gene_regulation_at_post_translational_level_5(X)))
& code_for_1(fn_gene_expression_3(fn_gene_regulation_at_post_translational_level_3(X)))
& gene_1(fn_gene_expression_6(fn_gene_regulation_at_post_translational_level_3(X)))
& spatial_entity_1(fn_attach_2(fn_gene_regulation_at_post_translational_level_5(X)))
& tangible_entity_1(fn_impair_1(fn_gene_regulation_at_post_translational_level_10(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_gene_regulation_at_post_translational_level_4(X)))
& protein_1(fn_phosphorylation_of_protein_3(fn_gene_regulation_at_post_translational_level_4(X)))
& chemical_entity_1(fn_gene_expression_4(fn_gene_regulation_at_post_translational_level_3(X)))
& protein_1(fn_gene_expression_4(fn_gene_regulation_at_post_translational_level_3(X)))
& object_2(fn_gene_regulation_at_post_translational_level_1(X),fn_gene_regulation_at_post_translational_level_9(X))
& inhibits_2(X,fn_gene_regulation_at_post_translational_level_2(X))
& inhibits_2(X,fn_gene_regulation_at_post_translational_level_3(X))
& by_means_of_2(X,fn_gene_regulation_at_post_translational_level_1(X))
& by_means_of_2(X,fn_gene_regulation_at_post_translational_level_4(X))
& by_means_of_2(X,fn_gene_regulation_at_post_translational_level_5(X))
& by_means_of_2(X,fn_gene_regulation_at_post_translational_level_10(X))
& object_2(fn_gene_regulation_at_post_translational_level_5(X),fn_gene_regulation_at_post_translational_level_6(X))
& base_2(fn_gene_regulation_at_post_translational_level_5(X),fn_gene_regulation_at_post_translational_level_9(X))
& object_2(fn_gene_regulation_at_post_translational_level_10(X),fn_gene_regulation_at_post_translational_level_9(X))
& raw_material_2(fn_gene_regulation_at_post_translational_level_4(X),fn_gene_regulation_at_post_translational_level_9(X))
& object_2(fn_gene_regulation_at_post_translational_level_3(X),fn_gene_regulation_at_post_translational_level_7(X))
& agent_2(fn_gene_regulation_at_post_translational_level_8(X),fn_gene_regulation_at_post_translational_level_7(X))
& result_2(fn_gene_regulation_at_post_translational_level_8(X),fn_gene_regulation_at_post_translational_level_9(X))
& fn_gene_regulation_at_post_translational_level_6(X) = fn_attach_1(fn_gene_regulation_at_post_translational_level_5(X))
& fn_gene_regulation_at_post_translational_level_9(X) = fn_attach_2(fn_gene_regulation_at_post_translational_level_5(X))
& fn_gene_regulation_at_post_translational_level_9(X) = fn_impair_1(fn_gene_regulation_at_post_translational_level_10(X))
& fn_gene_regulation_at_post_translational_level_9(X) = fn_phosphorylation_5(fn_gene_regulation_at_post_translational_level_4(X))
& fn_gene_regulation_at_post_translational_level_9(X) = fn_phosphorylation_of_protein_3(fn_gene_regulation_at_post_translational_level_4(X))
& fn_gene_regulation_at_post_translational_level_9(X) = fn_gene_expression_4(fn_gene_regulation_at_post_translational_level_3(X))
& fn_gene_regulation_at_post_translational_level_8(X) = fn_gene_expression_3(fn_gene_regulation_at_post_translational_level_3(X))
& fn_gene_regulation_at_post_translational_level_7(X) = fn_gene_expression_6(fn_gene_regulation_at_post_translational_level_3(X))
& fn_attach_2(fn_gene_regulation_at_post_translational_level_5(X)) = fn_impair_1(fn_gene_regulation_at_post_translational_level_10(X))
& fn_impair_1(fn_gene_regulation_at_post_translational_level_10(X)) = fn_impair_1(fn_gene_regulation_at_post_translational_level_10(X))
& fn_impair_1(fn_gene_regulation_at_post_translational_level_10(X)) = fn_phosphorylation_5(fn_gene_regulation_at_post_translational_level_4(X))
& fn_phosphorylation_5(fn_gene_regulation_at_post_translational_level_4(X)) = fn_phosphorylation_5(fn_gene_regulation_at_post_translational_level_4(X))
& fn_phosphorylation_5(fn_gene_regulation_at_post_translational_level_4(X)) = fn_phosphorylation_of_protein_3(fn_gene_regulation_at_post_translational_level_4(X))
& fn_phosphorylation_of_protein_3(fn_gene_regulation_at_post_translational_level_4(X)) = fn_phosphorylation_of_protein_3(fn_gene_regulation_at_post_translational_level_4(X))
& fn_phosphorylation_of_protein_3(fn_gene_regulation_at_post_translational_level_4(X)) = fn_gene_expression_4(fn_gene_regulation_at_post_translational_level_3(X)) ) ) ).
fof(a529834,axiom,
! [X,X1] :
( ( inhibits_2(X,X1)
& gene_regulation_1(X)
& translation_1(X1) )
=> ( gene_regulation_at_translational_level_1(X)
& fn_gene_regulation_at_translational_level_1(X) = X1 ) ) ).
fof(a529835,axiom,
! [X] :
( gene_regulation_at_translational_level_1(X)
=> ( original_name_2(X,'Gene-Regulation-At-Translational-Level')
& user_description_2(X,'Inhibition of gene expression at the level of translation. Attachment of a regulatory protein to the 5-prime end of mRNA blocks the ribosome, preventing translation initiation.')
& concept2words_2(X,regulate)
& concept2words_2(X,'gene regulation at translational level')
& concept2words_2(X,'gene-regulation-at-translational-level')
& gene_regulation_1(X)
& ~ gene_regulation_at_post_translational_level_1(X)
& translation_1(fn_gene_regulation_at_translational_level_1(X))
& gene_expression_1(fn_gene_regulation_at_translational_level_2(X))
& number_5_prime_end_1(fn_gene_regulation_at_translational_level_3(X))
& block_1(fn_gene_regulation_at_translational_level_4(X))
& regulatory_protein_1(fn_gene_regulation_at_translational_level_6(X))
& attach_1(fn_gene_regulation_at_translational_level_7(X))
& attach_1(fn_gene_regulation_at_translational_level_8(X))
& attach_1(fn_gene_regulation_at_translational_level_9(X))
& translation_initiation_1(fn_gene_regulation_at_translational_level_10(X))
& spatial_entity_1(fn_attach_1(fn_gene_regulation_at_translational_level_7(X)))
& attach_1(fn_translation_initiation_10(fn_gene_regulation_at_translational_level_10(X)))
& attach_1(fn_translation_initiation_8(fn_gene_regulation_at_translational_level_10(X)))
& inhibits_2(fn_gene_regulation_at_translational_level_7(X),fn_gene_regulation_at_translational_level_1(X))
& site_2(fn_gene_regulation_at_translational_level_7(X),fn_gene_regulation_at_translational_level_3(X))
& causes_2(fn_gene_regulation_at_translational_level_7(X),fn_gene_regulation_at_translational_level_4(X))
& by_means_of_2(X,fn_gene_regulation_at_translational_level_4(X))
& by_means_of_2(X,fn_gene_regulation_at_translational_level_7(X))
& inhibits_2(X,fn_gene_regulation_at_translational_level_8(X))
& inhibits_2(X,fn_gene_regulation_at_translational_level_9(X))
& inhibits_2(X,fn_gene_regulation_at_translational_level_2(X))
& inhibits_2(X,fn_gene_regulation_at_translational_level_10(X))
& inhibits_2(X,fn_gene_regulation_at_translational_level_1(X))
& object_2(fn_gene_regulation_at_translational_level_7(X),fn_gene_regulation_at_translational_level_6(X))
& subevent_2(fn_gene_regulation_at_translational_level_10(X),fn_gene_regulation_at_translational_level_8(X))
& next_event_2(fn_gene_regulation_at_translational_level_9(X),fn_gene_regulation_at_translational_level_8(X))
& subevent_2(fn_gene_regulation_at_translational_level_10(X),fn_gene_regulation_at_translational_level_9(X))
& fn_gene_regulation_at_translational_level_6(X) = fn_attach_1(fn_gene_regulation_at_translational_level_7(X))
& fn_gene_regulation_at_translational_level_9(X) = fn_translation_initiation_10(fn_gene_regulation_at_translational_level_10(X))
& fn_gene_regulation_at_translational_level_8(X) = fn_translation_initiation_8(fn_gene_regulation_at_translational_level_10(X)) ) ) ).
fof(a529836,axiom,
! [X] :
( gene_related_aggregates_1(X)
=> ( original_name_2(X,'Gene-Related-Aggregates')
& user_description_2(X,'An entity which is formed by the combination of many separate genetic-related units.')
& concept2words_2(X,'gene related aggregate')
& concept2words_2(X,'gene-related-aggregate')
& molecular_assembly_1(X)
& gene_1(fn_gene_related_aggregates_1(X))
& element_2(X,fn_gene_related_aggregates_1(X)) ) ) ).
fof(a529837,axiom,
! [X] :
( gene_therapy_1(X)
=> ( original_name_2(X,'Gene-Therapy')
& user_description_2(X,'The introduction of genes into an afflicted individual\'s somatic cells for therapeutic purposes.')
& concept2words_2(X,'perform gene therapy')
& concept2words_2(X,'therapy of gene')
& concept2words_2(X,'gene therapy')
& concept2words_2(X,'gene-therapy')
& biochemical_change_1(X)
& ~ alteration_of_mrna_ends_1(X)
& ~ coil_1(X)
& ~ conformational_change_1(X)
& ~ conversion_to_isomer_1(X)
& ~ detoxification_1(X)
& ~ evaporation_1(X)
& ~ fold_1(X)
& ~ freezing_1(X)
& ~ melting_1(X)
& ~ metamorphosis_1(X)
& ~ mutation_1(X)
& ~ post_translational_modification_1(X)
& ~ refract_1(X)
& ~ temperature_fluctuation_1(X)
& ~ transformation_1(X)
& ~ twist_1(X)
& abnormal_1(fn_gene_therapy_1(X))
& normal_1(fn_gene_therapy_2(X))
& replication_1(fn_gene_therapy_3(X))
& stem_cell_1(fn_gene_therapy_4(X))
& organism_1(fn_gene_therapy_5(X))
& somatic_cell_1(fn_gene_therapy_6(X))
& scientist_1(fn_gene_therapy_7(X))
& medical_procedure_1(fn_gene_therapy_8(X))
& move_into_1(fn_gene_therapy_9(X))
& allele_1(fn_gene_therapy_10(X))
& code_for_1(fn_gene_therapy_11(X))
& genetic_disorder_1(fn_gene_therapy_12(X))
& allele_1(fn_gene_therapy_13(X))
& spatial_entity_1(fn_move_1(fn_gene_therapy_9(X)))
& entity_1(fn_code_for_2(fn_gene_therapy_11(X)))
& code_for_1(fn_gene_13(fn_gene_therapy_10(X)))
& object_2(fn_gene_therapy_8(X),fn_gene_therapy_12(X))
& path_2(fn_gene_therapy_9(X),fn_gene_therapy_4(X))
& path_2(fn_gene_therapy_9(X),fn_gene_therapy_6(X))
& prevents_2(fn_gene_therapy_9(X),fn_gene_therapy_11(X))
& plays_2(fn_gene_therapy_10(X),fn_gene_therapy_1(X))
& has_part_2(fn_gene_therapy_6(X),fn_gene_therapy_10(X))
& has_part_2(fn_gene_therapy_5(X),fn_gene_therapy_6(X))
& plays_2(fn_gene_therapy_13(X),fn_gene_therapy_2(X))
& result_2(fn_gene_therapy_3(X),fn_gene_therapy_4(X))
& result_2(fn_gene_therapy_3(X),fn_gene_therapy_13(X))
& object_2(fn_gene_therapy_3(X),fn_gene_therapy_4(X))
& object_2(fn_gene_therapy_3(X),fn_gene_therapy_13(X))
& agent_2(fn_gene_therapy_3(X),fn_gene_therapy_4(X))
& enables_2(X,fn_gene_therapy_8(X))
& agent_2(X,fn_gene_therapy_7(X))
& subevent_2(X,fn_gene_therapy_9(X))
& object_2(X,fn_gene_therapy_10(X))
& object_2(fn_gene_therapy_9(X),fn_gene_therapy_13(X))
& result_2(fn_gene_therapy_11(X),fn_gene_therapy_12(X))
& agent_2(fn_gene_therapy_11(X),fn_gene_therapy_10(X))
& fn_gene_therapy_13(X) = fn_move_1(fn_gene_therapy_9(X))
& fn_gene_therapy_12(X) = fn_code_for_2(fn_gene_therapy_11(X))
& fn_gene_therapy_11(X) = fn_gene_13(fn_gene_therapy_10(X)) ) ) ).
fof(a529838,axiom,
! [X] :
( gene_with_multiple_alleles_1(X)
=> ( original_name_2(X,'Gene-with-Multiple-Alleles')
& user_description_2(X,'Alleles are forms of a gene, for example, a hair color gene with forms black, brown, and blond. A gene with multiple alleles has more than one form, and each form encodes a different version of a trait.')
& concept2words_2(X,'gene with multiple allele')
& concept2words_2(X,'gene-with-multiple-allele')
& gene_related_aggregates_1(X) ) ) ).
fof(a529839,axiom,
! [X] :
( genealogical_species_concept_1(X)
=> ( original_name_2(X,'Genealogical-Species-Concept')
& user_description_2(X,'Species identified as such based on the consensus of estimated genealogies of many different genes.')
& concept2words_2(X,'genealogical species concept')
& concept2words_2(X,'genealogical-species-concept')
& phylogenetic_species_concept_1(X) ) ) ).
fof(a529840,axiom,
! [X] :
( general_chemical_process_1(X)
=> ( original_name_2(X,'General-Chemical-Process')
& user_description_2(X,'A process related to chemical interactions that may happen independent of biolological processes.')
& concept2words_2(X,'general chemical process')
& concept2words_2(X,'general-chemical-process')
& physical_process_1(X) ) ) ).
fof(a529841,axiom,
! [X] :
( generalized_transduction_1(X)
=> ( original_name_2(X,'Generalized-Transduction')
& user_description_2(X,'A type of viral transduction in which the phage transfers bacterial genes at random.')
& concept2words_2(X,'generalized transduction')
& concept2words_2(X,'generalized-transduction')
& transduction_gene_transfer_1(X)
& ~ specialized_transduction_1(X)
& gain_1(fn_generalized_transduction_1(X))
& lose_1(fn_generalized_transduction_2(X))
& attach_1(fn_generalized_transduction_3(X))
& move_into_1(fn_generalized_transduction_4(X))
& spatial_entity_1(fn_generalized_transduction_5(X))
& gene_1(fn_generalized_transduction_5(X))
& genome_1(fn_generalized_transduction_6(X))
& carry_1(fn_generalized_transduction_7(X))
& move_1(fn_generalized_transduction_7(X))
& spatial_entity_1(fn_generalized_transduction_8(X))
& dna_piece_1(fn_generalized_transduction_8(X))
& entity_1(fn_generalized_transduction_9(X))
& tangible_entity_1(fn_generalized_transduction_9(X))
& virus_1(fn_generalized_transduction_9(X))
& phage_1(fn_generalized_transduction_9(X))
& prokaryote_1(fn_generalized_transduction_10(X))
& spatial_entity_1(fn_generalized_transduction_11(X))
& prokaryote_1(fn_generalized_transduction_11(X))
& tangible_entity_1(fn_generalized_transduction_12(X))
& capsid_1(fn_generalized_transduction_12(X))
& spatial_entity_1(fn_move_1(fn_generalized_transduction_7(X)))
& tangible_entity_1(fn_lose_1(fn_generalized_transduction_2(X)))
& capsid_1(fn_virus_21(fn_generalized_transduction_9(X)))
& spatial_entity_1(fn_attach_1(fn_generalized_transduction_3(X)))
& spatial_entity_1(fn_move_1(fn_generalized_transduction_4(X)))
& tangible_entity_1(fn_carry_1(fn_generalized_transduction_7(X)))
& subevent_2(X,fn_generalized_transduction_4(X))
& subevent_2(X,fn_generalized_transduction_3(X))
& subevent_2(X,fn_generalized_transduction_2(X))
& first_subevent_2(X,fn_generalized_transduction_2(X))
& is_inside_2(fn_generalized_transduction_8(X),fn_generalized_transduction_12(X))
& destination_2(fn_generalized_transduction_7(X),fn_generalized_transduction_11(X))
& recipient_2(fn_generalized_transduction_1(X),fn_generalized_transduction_12(X))
& object_2(fn_generalized_transduction_1(X),fn_generalized_transduction_5(X))
& next_event_2(fn_generalized_transduction_1(X),fn_generalized_transduction_3(X))
& agent_2(fn_generalized_transduction_4(X),fn_generalized_transduction_9(X))
& origin_2(fn_generalized_transduction_4(X),fn_generalized_transduction_10(X))
& destination_2(fn_generalized_transduction_4(X),fn_generalized_transduction_11(X))
& next_event_2(fn_generalized_transduction_3(X),fn_generalized_transduction_4(X))
& agent_2(fn_generalized_transduction_3(X),fn_generalized_transduction_9(X))
& next_event_2(fn_generalized_transduction_2(X),fn_generalized_transduction_1(X))
& subevent_2(fn_generalized_transduction_2(X),fn_generalized_transduction_1(X))
& donor_2(fn_generalized_transduction_2(X),fn_generalized_transduction_12(X))
& object_2(fn_generalized_transduction_3(X),fn_generalized_transduction_11(X))
& object_2(fn_generalized_transduction_4(X),fn_generalized_transduction_5(X))
& has_part_2(fn_generalized_transduction_9(X),fn_generalized_transduction_12(X))
& destination_2(X,fn_generalized_transduction_11(X))
& object_2(X,fn_generalized_transduction_5(X))
& object_2(fn_generalized_transduction_7(X),fn_generalized_transduction_5(X))
& origin_2(fn_generalized_transduction_7(X),fn_generalized_transduction_10(X))
& agent_2(X,fn_generalized_transduction_9(X))
& agent_2(fn_generalized_transduction_7(X),fn_generalized_transduction_9(X))
& object_2(fn_generalized_transduction_7(X),fn_generalized_transduction_8(X))
& object_2(X,fn_generalized_transduction_8(X))
& origin_2(X,fn_generalized_transduction_10(X))
& object_2(fn_generalized_transduction_7(X),fn_generalized_transduction_6(X))
& fn_generalized_transduction_12(X) = fn_lose_1(fn_generalized_transduction_2(X))
& fn_generalized_transduction_11(X) = fn_attach_1(fn_generalized_transduction_3(X))
& fn_generalized_transduction_5(X) = fn_move_1(fn_generalized_transduction_4(X))
& fn_generalized_transduction_12(X) = fn_virus_21(fn_generalized_transduction_9(X))
& fn_generalized_transduction_11(X) = fn_dna_transfer_3(X)
& fn_generalized_transduction_5(X) = fn_transduction_gene_transfer_3(X)
& fn_generalized_transduction_10(X) = fn_transduction_gene_transfer_5(X)
& fn_generalized_transduction_8(X) = fn_transduction_gene_transfer_8(X)
& fn_generalized_transduction_9(X) = fn_carry_1(fn_generalized_transduction_7(X))
& fn_generalized_transduction_7(X) = fn_transduction_gene_transfer_9(X)
& fn_generalized_transduction_9(X) = fn_transduction_gene_transfer_1(X)
& fn_generalized_transduction_9(X) = fn_transduction_gene_transfer_7(X)
& fn_generalized_transduction_6(X) = fn_move_1(fn_generalized_transduction_7(X))
& fn_lose_1(fn_generalized_transduction_2(X)) = fn_virus_21(fn_generalized_transduction_9(X))
& fn_virus_21(fn_generalized_transduction_9(X)) = fn_attach_1(fn_generalized_transduction_3(X))
& fn_attach_1(fn_generalized_transduction_3(X)) = fn_dna_transfer_3(X)
& fn_dna_transfer_3(X) = fn_move_1(fn_generalized_transduction_4(X))
& fn_move_1(fn_generalized_transduction_4(X)) = fn_transduction_gene_transfer_3(X)
& fn_transduction_gene_transfer_3(X) = fn_transduction_gene_transfer_3(X)
& fn_transduction_gene_transfer_3(X) = fn_carry_1(fn_generalized_transduction_7(X))
& fn_carry_1(fn_generalized_transduction_7(X)) = fn_transduction_gene_transfer_1(X)
& fn_transduction_gene_transfer_1(X) = fn_carry_1(fn_generalized_transduction_7(X))
& fn_carry_1(fn_generalized_transduction_7(X)) = fn_transduction_gene_transfer_7(X)
& fn_transduction_gene_transfer_7(X) = fn_transduction_gene_transfer_7(X) ) ) ).
fof(a529842,axiom,
! [X] :
( generation_1(X)
=> ( original_name_2(X,'Generation')
& user_description_2(X,'The set of individuals born at the same time.')
& concept2words_2(X,generation)
& aggregate_1(X)
& sex_value_1(fn_generation_3(X))
& sex_value_1(fn_generation_4(X))
& organism_1(fn_generation_5(X))
& organism_1(fn_generation_6(X))
& organism_1(fn_generation_7(X))
& cross_breeding_event_1(fn_generation_8(X))
& organism_1(fn_cross_breeding_event_1(fn_generation_8(X)))
& organism_1(fn_cross_breeding_event_10(fn_generation_8(X)))
& organism_1(fn_cross_breeding_event_9(fn_generation_8(X)))
& organism_1(fn_cross_breeding_event_11(fn_generation_8(X)))
& the_categorical_value_2(fn_generation_3(X),male_0)
& the_categorical_value_2(fn_generation_4(X),female_0)
& element_2(X,fn_generation_6(X))
& element_2(X,fn_generation_5(X))
& agent_2(fn_generation_8(X),fn_generation_6(X))
& agent_2(fn_generation_8(X),fn_generation_5(X))
& sex_2(fn_generation_5(X),fn_generation_3(X))
& sex_2(fn_generation_6(X),fn_generation_4(X))
& result_2(fn_generation_8(X),fn_generation_7(X))
& fn_generation_7(X) = fn_cross_breeding_event_1(fn_generation_8(X))
& fn_generation_7(X) = fn_cross_breeding_event_10(fn_generation_8(X))
& fn_generation_7(X) = fn_cross_breeding_event_9(fn_generation_8(X))
& fn_generation_7(X) = fn_cross_breeding_event_11(fn_generation_8(X))
& fn_cross_breeding_event_1(fn_generation_8(X)) = fn_cross_breeding_event_10(fn_generation_8(X))
& fn_cross_breeding_event_10(fn_generation_8(X)) = fn_cross_breeding_event_10(fn_generation_8(X))
& fn_cross_breeding_event_10(fn_generation_8(X)) = fn_cross_breeding_event_9(fn_generation_8(X))
& fn_cross_breeding_event_9(fn_generation_8(X)) = fn_cross_breeding_event_9(fn_generation_8(X))
& fn_cross_breeding_event_9(fn_generation_8(X)) = fn_cross_breeding_event_11(fn_generation_8(X)) ) ) ).
fof(a529843,axiom,
! [X] :
( generation_of_heat_energy_1(X)
=> ( original_name_2(X,'Generation-Of-Heat-Energy')
& user_description_2(X,'The process of genration of heat energy is generation of heat energy.')
& concept2words_2(X,generate)
& concept2words_2(X,'generation of heat energy')
& concept2words_2(X,'generation-of-heat-energy')
& generation_of_kinetic_energy_1(X)
& change_1(fn_generation_of_heat_energy_1(X))
& chemical_energy_1(fn_generation_of_heat_energy_2(X))
& thermal_energy_1(fn_generation_of_heat_energy_3(X))
& result_2(fn_generation_of_heat_energy_1(X),fn_generation_of_heat_energy_3(X))
& object_2(fn_generation_of_heat_energy_1(X),fn_generation_of_heat_energy_2(X))
& subevent_2(X,fn_generation_of_heat_energy_1(X))
& raw_material_2(X,fn_generation_of_heat_energy_2(X))
& result_2(X,fn_generation_of_heat_energy_3(X))
& fn_generation_of_heat_energy_2(X) = fn_produce_1(X)
& fn_generation_of_heat_energy_3(X) = fn_generation_of_kinetic_energy_3(X) ) ) ).
fof(a529844,axiom,
! [X] :
( generation_of_hydrogen_ion_gradient_across_biomembrane_1(X)
=> ( original_name_2(X,'Generation-Of-Hydrogen-Ion-Gradient-Across-Biomembrane')
& user_description_2(X,'Proton pump proteins within membranes generate a hydrogen ion gradient across the membrane, which can be used to produce energy for cellular work.')
& concept2words_2(X,transport)
& concept2words_2(X,'generation of hydrogen ion gradient across biomembrane')
& concept2words_2(X,'generation-of-hydrogen-ion-gradient-across-biomembrane')
& active_movement_of_ions_1(X)
& proton_motive_force_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_1(X))
& hydrogen_ion_gradient_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(X))
& hydrogen_ion_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(X))
& chemical_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(X))
& move_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(X))
& move_through_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(X))
& aqueous_solution_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(X))
& chemical_1(fn_solution_6(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(X)))
& chemical_1(fn_solution_5(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(X)))
& chemical_entity_1(fn_chemical_3(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(X)))
& result_2(X,fn_generation_of_hydrogen_ion_gradient_across_biomembrane_1(X))
& result_2(X,fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(X))
& has_part_2(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(X),fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(X))
& has_solute_2(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(X),fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(X))
& has_part_2(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(X),fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(X))
& object_2(X,fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(X))
& object_2(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(X),fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(X))
& origin_2(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(X),fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(X))
& origin_2(X,fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(X))
& subevent_2(X,fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(X) = fn_chemical_3(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(X) = fn_solution_6(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(X) = fn_solution_5(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(X) = fn_active_transport_20(X)
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(X) = fn_active_transport_22(X)
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(X) = fn_active_transport_19(X)
& fn_solution_5(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(X)) = fn_solution_6(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(X))
& fn_solution_6(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(X)) = fn_solution_5(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(X))
& fn_solution_5(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(X)) = fn_chemical_3(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(X))
& fn_chemical_3(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(X)) = fn_active_transport_19(X)
& fn_active_transport_19(X) = fn_active_transport_19(X) ) ) ).
fof(a529845,axiom,
! [X,X1] :
( ( result_2(X,X1)
& produce_1(X)
& kinetic_energy_1(X1) )
=> ( generation_of_kinetic_energy_1(X)
& fn_generation_of_kinetic_energy_3(X) = X1 ) ) ).
fof(a529846,axiom,
! [X] :
( generation_of_kinetic_energy_1(X)
=> ( original_name_2(X,'Generation-of-Kinetic-Energy')
& user_description_2(X,'The process of genration of kinetic energy is generation of kinetic energy.')
& concept2words_2(X,produce)
& concept2words_2(X,'generation of kinetic energy')
& concept2words_2(X,'generation-of-kinetic-energy')
& produce_1(X)
& ~ mark_1(X)
& ~ optical_sectioning_1(X)
& move_1(fn_generation_of_kinetic_energy_1(X))
& kinetic_energy_1(fn_generation_of_kinetic_energy_3(X))
& subevent_2(X,fn_generation_of_kinetic_energy_1(X))
& result_2(X,fn_generation_of_kinetic_energy_3(X))
& fn_generation_of_kinetic_energy_3(X) = fn_create_1(X) ) ) ).
fof(a529847,axiom,
! [X] :
( genetic_code_1(X)
=> ( original_name_2(X,'Genetic-Code')
& user_description_2(X,'The set of rules that govern the way that information in genetic material is translated into amino acid sequences.')
& concept2words_2(X,'genetic information')
& concept2words_2(X,'genetic-information')
& concept2words_2(X,'genetic code')
& concept2words_2(X,'genetic-code')
& nucleic_acid_sequence_1(X)
& ~ coding_segment_1(X)
& ~ leader_segment_1(X)
& ~ telomere_with_3_prime_overhang_1(X)
& ~ terminator_sequence_1(X)
& ~ suggestion_1(X)
& ~ request_1(X)
& ~ cdna_library_1(X)
& ~ classification_unit_1(X)
& ~ dna_library_1(X)
& ~ ethics_1(X)
& ~ fossil_record_1(X)
& ~ genomic_library_1(X)
& ~ hypothesis_1(X)
& ~ positional_information_1(X)
& ~ proximate_causation_1(X)
& ~ rna_world_1(X)
& ~ scientific_laws_1(X)
& ~ species_concept_1(X)
& codon_1(fn_genetic_code_3(X))
& codon_1(fn_genetic_code_4(X))
& carbon_skeleton_1(fn_genetic_code_5(X))
& quantity_value_1(fn_genetic_code_6(X))
& speed_value_1(fn_genetic_code_7(X))
& constant_motion_1(fn_genetic_code_8(X))
& size_value_1(fn_genetic_code_9(X))
& size_value_1(fn_genetic_code_10(X))
& monomer_1(fn_genetic_code_11(X))
& kinetic_energy_1(fn_genetic_code_12(X))
& entity_1(fn_genetic_code_13(X))
& nucleoside_monophosphate_1(fn_genetic_code_13(X))
& constant_motion_1(fn_kinetic_energy_1(fn_genetic_code_12(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_genetic_code_12(X)))
& quantity_2(fn_genetic_code_12(X),fn_genetic_code_6(X))
& has_region_2(X,fn_genetic_code_5(X))
& element_2(X,fn_genetic_code_3(X))
& element_2(X,fn_genetic_code_4(X))
& first_element_2(X,fn_genetic_code_4(X))
& next_element_2(fn_genetic_code_4(X),fn_genetic_code_3(X))
& directly_proportional_2(fn_genetic_code_7(X),fn_genetic_code_6(X))
& speed_2(fn_genetic_code_8(X),fn_genetic_code_7(X))
& element_2(X,fn_genetic_code_11(X))
& possesses_2(X,fn_genetic_code_12(X))
& object_2(fn_genetic_code_8(X),X)
& next_element_2(fn_genetic_code_11(X),fn_genetic_code_13(X))
& first_element_2(X,fn_genetic_code_11(X))
& size_2(fn_genetic_code_11(X),fn_genetic_code_10(X))
& greater_than_2(fn_genetic_code_9(X),fn_genetic_code_10(X))
& size_2(X,fn_genetic_code_9(X))
& element_2(X,fn_genetic_code_13(X))
& fn_genetic_code_11(X) = fn_nucleic_acid_sequence_6(X)
& fn_genetic_code_8(X) = fn_kinetic_energy_1(fn_genetic_code_12(X))
& X = fn_kinetic_energy_2(fn_genetic_code_12(X))
& fn_genetic_code_14(X) = fn_nucleic_acid_sequence_3(X)
& fn_genetic_code_13(X) = fn_nucleic_acid_sequence_6(X)
& fn_genetic_code_15(X) = fn_nucleic_acid_sequence_4(X)
& fn_genetic_code_13(X) = fn_nucleic_acid_sequence_5(X)
& fn_genetic_code_9(X) = fn_nucleic_acid_sequence_2(X)
& fn_genetic_code_10(X) = fn_nucleic_acid_sequence_1(X)
& fn_genetic_code_11(X) = fn_nucleic_acid_sequence_5(X)
& fn_nucleic_acid_sequence_5(X) = fn_nucleic_acid_sequence_6(X)
& fn_nucleic_acid_sequence_6(X) = fn_nucleic_acid_sequence_5(X)
& fn_nucleic_acid_sequence_5(X) = fn_nucleic_acid_sequence_5(X)
& fn_kinetic_energy_2(fn_genetic_code_12(X)) = fn_kinetic_energy_2(fn_genetic_code_12(X)) ) ) ).
fof(a529848,axiom,
! [X] :
( genetic_disorder_1(X)
=> ( original_name_2(X,'Genetic-Disorder')
& user_description_2(X,'An illness caused by abnormalities in genes, usually hereditary.')
& concept2words_2(X,'genetic disease')
& concept2words_2(X,'genetic disorder')
& concept2words_2(X,'genetic-disorder')
& disease_1(X) ) ) ).
fof(a529849,axiom,
! [X] :
( genetic_drift_1(X)
=> ( original_name_2(X,'Genetic-Drift')
& user_description_2(X,'Changes in alelle frequencies between generations due to random sampling biases. Small populations are especially vulnerable to the effects of genetic drift.')
& concept2words_2(X,'genetic drift')
& concept2words_2(X,'genetic-drift')
& evolutionary_process_1(X)
& ~ adaptation_1(X)
& ~ adaptive_radiation_1(X)
& ~ allopatric_speciation_1(X)
& ~ anagenesis_1(X)
& ~ cephalization_1(X)
& ~ character_displacement_1(X)
& ~ cladogenesis_1(X)
& ~ convergent_evolution_1(X)
& ~ endosymbiosis_1(X)
& ~ gene_flow_1(X)
& ~ heterochrony_1(X)
& ~ homology_1(X)
& ~ mechanical_isolation_1(X)
& ~ mimicry_1(X)
& ~ natural_selection_1(X)
& ~ paedomorphosis_1(X)
& ~ punctuated_equilibria_1(X)
& ~ reproductive_isolation_1(X)
& ~ selection_force_1(X)
& ~ speciation_1(X) ) ) ).
fof(a529850,axiom,
! [X,X3,X1,X2] :
( ( by_means_of_2(X,X1)
& object_2(X1,X2)
& agent_2(X,X3)
& object_2(X,X2)
& change_1(X1)
& scientist_1(X3)
& genome_1(X2)
& biotechnology_1(X) )
=> ( genetic_engineering_1(X)
& fn_genetic_engineering_3(X) = X2
& fn_genetic_engineering_4(X) = X1
& fn_genetic_engineering_2(X) = X3 ) ) ).
fof(a529851,axiom,
! [X] :
( genetic_engineering_1(X)
=> ( original_name_2(X,'Genetic-Engineering')
& user_description_2(X,'The direct manipulation of genes for practical purposes.')
& concept2words_2(X,'genetically engineer')
& concept2words_2(X,'genetic engineering')
& concept2words_2(X,'genetic-engineering')
& biotechnology_1(X)
& scientist_1(fn_genetic_engineering_2(X))
& genome_1(fn_genetic_engineering_3(X))
& change_1(fn_genetic_engineering_4(X))
& agent_2(fn_genetic_engineering_4(X),fn_genetic_engineering_2(X))
& agent_2(X,fn_genetic_engineering_2(X))
& object_2(X,fn_genetic_engineering_3(X))
& by_means_of_2(X,fn_genetic_engineering_4(X))
& object_2(fn_genetic_engineering_4(X),fn_genetic_engineering_3(X))
& fn_genetic_engineering_3(X) = fn_biotechnology_4(X)
& fn_genetic_engineering_4(X) = fn_biotechnology_2(X) ) ) ).
fof(a529852,axiom,
! [X] :
( genetic_linkage_mapping_1(X)
=> ( original_name_2(X,'Genetic-Linkage-Mapping')
& user_description_2(X,'The technique of mapping several thousand genetic markers spaced at equal distances throughout the chromosomes.')
& concept2words_2(X,'genetic linkage mapping')
& concept2words_2(X,'genetic-linkage-mapping')
& dna_technique_1(X)
& ~ absolute_dating_1(X)
& ~ atomic_tracking_1(X)
& ~ autoradiography_1(X)
& ~ cloning_1(X)
& ~ dna_mapping_1(X)
& ~ dna_microarray_1(X)
& ~ fetoscopy_1(X)
& ~ gram_stain_1(X)
& ~ in_situ_hybridization_1(X)
& ~ in_vitro_hybridization_1(X)
& ~ mark_recapture_method_1(X)
& ~ microscopy_1(X)
& ~ molecular_clock_1(X)
& ~ nuclear_transplantation_1(X)
& ~ population_viability_analysis_1(X)
& ~ positron_emission_tomography_1(X)
& ~ radiometric_dating_1(X)
& ~ rule_of_addition_1(X)
& ~ shotgun_sequencing_1(X)
& ~ testcross_1(X)
& ~ x_ray_crystallography_1(X) ) ) ).
fof(a529853,axiom,
! [X] :
( genetic_map_1(X)
=> ( original_name_2(X,'Genetic-Map')
& user_description_2(X,'An ordered list of genetic loci (genes or other genetic markers) along a chromosome.')
& concept2words_2(X,'genetic map')
& concept2words_2(X,'genetic-map')
& map_1(X)
& genetic_representation_1(X)
& ~ action_spectrum_1(X)
& ~ age_structure_diagram_1(X)
& ~ cell_lineage_1(X)
& ~ cladogram_1(X)
& ~ climograph_1(X)
& ~ fate_map_1(X)
& ~ genomic_representation_1(X)
& ~ genotypic_ratio_1(X)
& ~ life_table_1(X)
& ~ pedigree_1(X)
& ~ periodic_table_1(X)
& ~ phenotypic_ratio_1(X)
& ~ phylogenetic_tree_1(X)
& ~ punnett_square_1(X)
& ~ reproductive_table_1(X)
& ~ species_area_curve_1(X)
& ~ survivorship_curve_1(X)
& ~ tree_of_life_1(X)
& discovery_1(fn_genetic_map_1(X))
& sturtevant_1(fn_genetic_map_2(X))
& gene_1(fn_genetic_map_3(X))
& chromosome_1(fn_genetic_map_4(X))
& thing_1(fn_genetic_map_5(X))
& sequence_1(fn_genetic_map_5(X))
& gene_1(fn_genetic_map_6(X))
& entity_1(fn_genetic_map_6(X))
& gene_1(fn_genetic_map_7(X))
& locus_1(fn_genetic_map_8(X))
& entity_1(fn_sequence_1(fn_genetic_map_5(X)))
& gene_1(fn_locus_1(fn_genetic_map_8(X)))
& entity_1(fn_sequence_2(fn_genetic_map_5(X)))
& element_2(fn_genetic_map_5(X),fn_genetic_map_3(X))
& object_2(fn_genetic_map_1(X),X)
& agent_2(fn_genetic_map_1(X),fn_genetic_map_2(X))
& next_element_2(fn_genetic_map_7(X),fn_genetic_map_3(X))
& is_at_2(fn_genetic_map_8(X),fn_genetic_map_4(X))
& information_content_2(X,fn_genetic_map_5(X))
& is_at_2(fn_genetic_map_6(X),fn_genetic_map_8(X))
& first_element_2(fn_genetic_map_5(X),fn_genetic_map_6(X))
& element_2(fn_genetic_map_5(X),fn_genetic_map_6(X))
& next_element_2(fn_genetic_map_6(X),fn_genetic_map_7(X))
& element_2(fn_genetic_map_5(X),fn_genetic_map_7(X))
& fn_genetic_map_5(X) = fn_information_1(X)
& fn_genetic_map_6(X) = fn_locus_1(fn_genetic_map_8(X))
& fn_genetic_map_6(X) = fn_sequence_2(fn_genetic_map_5(X))
& fn_genetic_map_7(X) = fn_sequence_1(fn_genetic_map_5(X))
& fn_locus_1(fn_genetic_map_8(X)) = fn_sequence_2(fn_genetic_map_5(X))
& fn_sequence_2(fn_genetic_map_5(X)) = fn_sequence_2(fn_genetic_map_5(X)) ) ) ).
fof(a529854,axiom,
! [X] :
( genetic_marker_1(X)
=> ( original_name_2(X,'Genetic-Marker')
& user_description_2(X,'A genetic marker is a gene or DNA sequence with a known location on a chromosome that can be used to identify cells, individual or species.')
& concept2words_2(X,'genetic marker')
& concept2words_2(X,'genetic-marker')
& chemical_marker_1(X)
& ~ constant_region_dna_sequence_1(X)
& ~ control_element_1(X)
& ~ dna_strand_1(X)
& ~ episome_1(X)
& ~ pseudogene_1(X)
& ~ restriction_fragment_length_polymorphism_1(X)
& ~ restriction_site_1(X)
& ~ tata_box_1(X)
& ~ telomere_1(X)
& ~ transcription_unit_1(X)
& ~ transposon_1(X)
& ~ ttaggg_1(X)
& ~ variable_region_dna_sequence_1(X)
& dna_sequence_1(fn_genetic_marker_1(X))
& plays_2(fn_genetic_marker_1(X),X)
& fn_genetic_marker_1(X) = fn_chemical_marker_2(X) ) ) ).
fof(a529855,axiom,
! [X] :
( genetic_process_1(X)
=> ( original_name_2(X,'Genetic-Process')
& user_description_2(X,'A process involved in the transmission of genetic information from one organism to another.')
& concept2words_2(X,'genetic process')
& concept2words_2(X,'genetic-process')
& biomolecular_process_1(X)
& ~ anabolism_1(X)
& ~ antigen_presentation_1(X)
& ~ catabolism_1(X)
& ~ denaturation_1(X)
& ~ dna_methylation_1(X)
& ~ dynein_walking_1(X)
& ~ hydrolysis_1(X)
& ~ protein_folding_1(X) ) ) ).
fof(a529856,axiom,
! [X] :
( genetic_profile_1(X)
=> ( original_name_2(X,'Genetic-Profile')
& user_description_2(X,'An individual\'s one-of-a-kind set of genetic markers. Genetic profiles can be used to determine familial relationships.')
& concept2words_2(X,'genetic profile')
& concept2words_2(X,'genetic-profile')
& genomic_representation_1(X) ) ) ).
fof(a529857,axiom,
! [X] :
( genetic_recombination_1(X)
=> ( original_name_2(X,'Genetic-recombination')
& user_description_2(X,'Genetic recombination is the exchange of DNA fragments between sister chromatids of a chromosome or non sister chromatids of homologous chromosomes. It is a common occurenence in meiosis and result in daughter cells with a different combination of genes than the parent cell')
& concept2words_2(X,recombine)
& concept2words_2(X,'genetic recombination')
& concept2words_2(X,'genetic-recombination')
& recombination_1(X)
& recombinant_1(fn_genetic_recombination_1(X))
& allele_1(fn_genetic_recombination_2(X))
& parent_1(fn_genetic_recombination_3(X))
& organism_1(fn_genetic_recombination_4(X))
& event_1(fn_organism_role_2(fn_genetic_recombination_3(X)))
& organism_1(fn_parent_3(fn_genetic_recombination_3(X)))
& has_part_2(fn_genetic_recombination_1(X),fn_genetic_recombination_2(X))
& result_2(X,fn_genetic_recombination_1(X))
& agent_2(X,fn_genetic_recombination_4(X))
& in_event_2(fn_genetic_recombination_3(X),X)
& plays_2(fn_genetic_recombination_4(X),fn_genetic_recombination_3(X))
& X = fn_organism_role_2(fn_genetic_recombination_3(X))
& fn_genetic_recombination_4(X) = fn_parent_3(fn_genetic_recombination_3(X)) ) ) ).
fof(a529858,axiom,
! [X,X2,X1] :
( ( base_2(X,X1)
& object_2(X,X1)
& object_2(X,X2)
& sticky_end_fragment_1(X1)
& genetic_recombination_in_lab_of_fragments_1(X)
& sticky_end_fragment_1(X2) )
=> ( genetic_recombination_in_lab_fragments_with_sticky_ends_1(X)
& fn_genetic_recombination_in_lab_fragments_with_sticky_ends_3(X) = X1
& fn_genetic_recombination_in_lab_fragments_with_sticky_ends_2(X) = X2 ) ) ).
fof(a529859,axiom,
! [X] :
( genetic_recombination_in_lab_fragments_with_sticky_ends_1(X)
=> ( original_name_2(X,'Genetic-Recombination-In-Lab-Fragments-With-Sticky-Ends')
& user_description_2(X,'A process in which (1) restriction nuclease and two kinds of DNA are mixed, (2) the restriction nuclease applies a staggered cut to the two types of DNA to make sticky-end fragments, and (3) the restriction fragments attach with the help of ligase to make recombinant DNA.')
& concept2words_2(X,recombine)
& concept2words_2(X,'genetic recombination in lab fragments with sticky end')
& concept2words_2(X,'genetic-recombination-in-lab-fragments-with-sticky-end')
& genetic_recombination_in_lab_of_fragments_1(X)
& ~ genetic_recombination_in_lab_of_fragments_with_blunt_ends_1(X)
& sticky_end_fragment_1(fn_genetic_recombination_in_lab_fragments_with_sticky_ends_2(X))
& sticky_end_fragment_1(fn_genetic_recombination_in_lab_fragments_with_sticky_ends_3(X))
& staggered_cut_1(fn_genetic_recombination_in_lab_fragments_with_sticky_ends_4(X))
& staggered_cut_1(fn_genetic_recombination_in_lab_fragments_with_sticky_ends_5(X))
& object_2(X,fn_genetic_recombination_in_lab_fragments_with_sticky_ends_3(X))
& subevent_2(X,fn_genetic_recombination_in_lab_fragments_with_sticky_ends_5(X))
& subevent_2(X,fn_genetic_recombination_in_lab_fragments_with_sticky_ends_4(X))
& object_2(X,fn_genetic_recombination_in_lab_fragments_with_sticky_ends_2(X))
& result_2(fn_genetic_recombination_in_lab_fragments_with_sticky_ends_4(X),fn_genetic_recombination_in_lab_fragments_with_sticky_ends_2(X))
& next_event_2(fn_genetic_recombination_in_lab_fragments_with_sticky_ends_4(X),fn_genetic_recombination_in_lab_fragments_with_sticky_ends_5(X))
& result_2(fn_genetic_recombination_in_lab_fragments_with_sticky_ends_5(X),fn_genetic_recombination_in_lab_fragments_with_sticky_ends_3(X))
& base_2(X,fn_genetic_recombination_in_lab_fragments_with_sticky_ends_3(X))
& fn_genetic_recombination_in_lab_fragments_with_sticky_ends_3(X) = fn_genetic_recombination_in_lab_of_fragments_3(X)
& fn_genetic_recombination_in_lab_fragments_with_sticky_ends_3(X) = fn_genetic_recombination_in_lab_of_fragments_14(X)
& fn_genetic_recombination_in_lab_fragments_with_sticky_ends_5(X) = fn_genetic_recombination_in_lab_of_fragments_11(X)
& fn_genetic_recombination_in_lab_fragments_with_sticky_ends_4(X) = fn_genetic_recombination_in_lab_of_fragments_13(X)
& fn_genetic_recombination_in_lab_fragments_with_sticky_ends_2(X) = fn_genetic_recombination_in_lab_of_fragments_15(X)
& fn_genetic_recombination_in_lab_of_fragments_3(X) = fn_genetic_recombination_in_lab_of_fragments_14(X)
& fn_genetic_recombination_in_lab_of_fragments_14(X) = fn_genetic_recombination_in_lab_of_fragments_14(X) ) ) ).
fof(a529860,axiom,
! [X,X1,X2] :
( ( object_2(X,X1)
& base_2(X,X2)
& restriction_fragment_1(X1)
& recombination_1(X)
& restriction_fragment_1(X2) )
=> ( genetic_recombination_in_lab_of_fragments_1(X)
& fn_genetic_recombination_in_lab_of_fragments_14(X) = X2
& fn_genetic_recombination_in_lab_of_fragments_15(X) = X1 ) ) ).
fof(a529861,axiom,
! [X] :
( genetic_recombination_in_lab_of_fragments_1(X)
=> ( original_name_2(X,'Genetic-Recombination-In-Lab-Of-Fragments')
& user_description_2(X,'A process in which (1) restriction nuclease and two kinds of DNA are mixed, (2) the restriction nuclease lyses both types of DNA at restriction sites to make restriction fragments, and (3) the restriction fragments attach with the help of ligase to make recombinant DNA.')
& concept2words_2(X,recombine)
& concept2words_2(X,'genetic recombination in lab of fragment')
& concept2words_2(X,'genetic-recombination-in-lab-of-fragment')
& recombination_1(X)
& mix_1(fn_genetic_recombination_in_lab_of_fragments_2(X))
& restriction_fragment_1(fn_genetic_recombination_in_lab_of_fragments_3(X))
& hydrophobic_region_1(fn_genetic_recombination_in_lab_of_fragments_4(X))
& restriction_site_1(fn_genetic_recombination_in_lab_of_fragments_5(X))
& dna_1(fn_genetic_recombination_in_lab_of_fragments_6(X))
& restriction_nuclease_1(fn_genetic_recombination_in_lab_of_fragments_7(X))
& dna_1(fn_genetic_recombination_in_lab_of_fragments_8(X))
& dna_ligase_1(fn_genetic_recombination_in_lab_of_fragments_9(X))
& recombinant_dna_1(fn_genetic_recombination_in_lab_of_fragments_10(X))
& break_1(fn_genetic_recombination_in_lab_of_fragments_11(X))
& lyse_1(fn_genetic_recombination_in_lab_of_fragments_11(X))
& attach_1(fn_genetic_recombination_in_lab_of_fragments_12(X))
& break_1(fn_genetic_recombination_in_lab_of_fragments_13(X))
& impair_1(fn_genetic_recombination_in_lab_of_fragments_13(X))
& lyse_1(fn_genetic_recombination_in_lab_of_fragments_13(X))
& spatial_entity_1(fn_genetic_recombination_in_lab_of_fragments_14(X))
& restriction_fragment_1(fn_genetic_recombination_in_lab_of_fragments_14(X))
& spatial_entity_1(fn_genetic_recombination_in_lab_of_fragments_15(X))
& dna_piece_1(fn_genetic_recombination_in_lab_of_fragments_15(X))
& restriction_fragment_1(fn_genetic_recombination_in_lab_of_fragments_15(X))
& nucleic_acid_1(fn_nuclease_5(fn_genetic_recombination_in_lab_of_fragments_7(X)))
& spatial_entity_1(fn_attach_1(fn_genetic_recombination_in_lab_of_fragments_12(X)))
& tangible_entity_1(fn_impair_1(fn_genetic_recombination_in_lab_of_fragments_13(X)))
& restriction_site_1(fn_restriction_fragment_6(fn_genetic_recombination_in_lab_of_fragments_15(X)))
& attach_1(fn_dna_ligase_7(fn_genetic_recombination_in_lab_of_fragments_9(X)))
& attach_1(fn_recombinant_dna_18(fn_genetic_recombination_in_lab_of_fragments_10(X)))
& attach_1(fn_dna_ligase_12(fn_genetic_recombination_in_lab_of_fragments_9(X)))
& break_1(fn_nuclease_4(fn_genetic_recombination_in_lab_of_fragments_7(X)))
& lyse_1(fn_restriction_fragment_16(fn_genetic_recombination_in_lab_of_fragments_14(X)))
& spatial_entity_1(fn_attach_2(fn_genetic_recombination_in_lab_of_fragments_12(X)))
& dna_piece_1(fn_dna_ligase_10(fn_genetic_recombination_in_lab_of_fragments_9(X)))
& break_1(fn_restriction_nuclease_26(fn_genetic_recombination_in_lab_of_fragments_7(X)))
& lyse_1(fn_restriction_nuclease_26(fn_genetic_recombination_in_lab_of_fragments_7(X)))
& impair_1(fn_restriction_nuclease_26(fn_genetic_recombination_in_lab_of_fragments_7(X)))
& lyse_1(fn_restriction_fragment_16(fn_genetic_recombination_in_lab_of_fragments_15(X)))
& object_2(X,fn_genetic_recombination_in_lab_of_fragments_15(X))
& subevent_2(X,fn_genetic_recombination_in_lab_of_fragments_2(X))
& subevent_2(X,fn_genetic_recombination_in_lab_of_fragments_13(X))
& subevent_2(X,fn_genetic_recombination_in_lab_of_fragments_12(X))
& subevent_2(X,fn_genetic_recombination_in_lab_of_fragments_11(X))
& first_subevent_2(X,fn_genetic_recombination_in_lab_of_fragments_2(X))
& result_2(X,fn_genetic_recombination_in_lab_of_fragments_10(X))
& base_2(X,fn_genetic_recombination_in_lab_of_fragments_3(X))
& base_2(X,fn_genetic_recombination_in_lab_of_fragments_14(X))
& has_part_2(fn_genetic_recombination_in_lab_of_fragments_5(X),fn_genetic_recombination_in_lab_of_fragments_6(X))
& has_region_2(fn_genetic_recombination_in_lab_of_fragments_9(X),fn_genetic_recombination_in_lab_of_fragments_4(X))
& next_event_2(fn_genetic_recombination_in_lab_of_fragments_11(X),fn_genetic_recombination_in_lab_of_fragments_12(X))
& next_event_2(fn_genetic_recombination_in_lab_of_fragments_13(X),fn_genetic_recombination_in_lab_of_fragments_11(X))
& minCardinality(fn_genetic_recombination_in_lab_of_fragments_13(X),result_0,"1",restriction_fragment_0)
& object_2(fn_genetic_recombination_in_lab_of_fragments_2(X),fn_genetic_recombination_in_lab_of_fragments_6(X))
& object_2(fn_genetic_recombination_in_lab_of_fragments_2(X),fn_genetic_recombination_in_lab_of_fragments_7(X))
& object_2(fn_genetic_recombination_in_lab_of_fragments_2(X),fn_genetic_recombination_in_lab_of_fragments_8(X))
& next_event_2(fn_genetic_recombination_in_lab_of_fragments_2(X),fn_genetic_recombination_in_lab_of_fragments_13(X))
& result_2(fn_genetic_recombination_in_lab_of_fragments_12(X),fn_genetic_recombination_in_lab_of_fragments_10(X))
& agent_2(fn_genetic_recombination_in_lab_of_fragments_13(X),fn_genetic_recombination_in_lab_of_fragments_7(X))
& agent_2(fn_genetic_recombination_in_lab_of_fragments_11(X),fn_genetic_recombination_in_lab_of_fragments_7(X))
& object_2(fn_genetic_recombination_in_lab_of_fragments_11(X),fn_genetic_recombination_in_lab_of_fragments_8(X))
& agent_2(fn_genetic_recombination_in_lab_of_fragments_12(X),fn_genetic_recombination_in_lab_of_fragments_9(X))
& base_2(fn_genetic_recombination_in_lab_of_fragments_12(X),fn_genetic_recombination_in_lab_of_fragments_15(X))
& site_2(fn_genetic_recombination_in_lab_of_fragments_13(X),fn_genetic_recombination_in_lab_of_fragments_5(X))
& result_2(fn_genetic_recombination_in_lab_of_fragments_13(X),fn_genetic_recombination_in_lab_of_fragments_15(X))
& result_2(fn_genetic_recombination_in_lab_of_fragments_11(X),fn_genetic_recombination_in_lab_of_fragments_14(X))
& object_2(fn_genetic_recombination_in_lab_of_fragments_13(X),fn_genetic_recombination_in_lab_of_fragments_6(X))
& object_2(fn_genetic_recombination_in_lab_of_fragments_12(X),fn_genetic_recombination_in_lab_of_fragments_14(X))
& fn_genetic_recombination_in_lab_of_fragments_12(X) = fn_recombinant_dna_18(fn_genetic_recombination_in_lab_of_fragments_10(X))
& fn_genetic_recombination_in_lab_of_fragments_13(X) = fn_restriction_nuclease_26(fn_genetic_recombination_in_lab_of_fragments_7(X))
& fn_genetic_recombination_in_lab_of_fragments_8(X) = fn_nuclease_5(fn_genetic_recombination_in_lab_of_fragments_7(X))
& fn_genetic_recombination_in_lab_of_fragments_11(X) = fn_nuclease_4(fn_genetic_recombination_in_lab_of_fragments_7(X))
& fn_genetic_recombination_in_lab_of_fragments_15(X) = fn_attach_2(fn_genetic_recombination_in_lab_of_fragments_12(X))
& fn_genetic_recombination_in_lab_of_fragments_15(X) = fn_dna_ligase_10(fn_genetic_recombination_in_lab_of_fragments_9(X))
& fn_genetic_recombination_in_lab_of_fragments_12(X) = fn_dna_ligase_7(fn_genetic_recombination_in_lab_of_fragments_9(X))
& fn_genetic_recombination_in_lab_of_fragments_12(X) = fn_dna_ligase_12(fn_genetic_recombination_in_lab_of_fragments_9(X))
& fn_genetic_recombination_in_lab_of_fragments_14(X) = fn_attach_1(fn_genetic_recombination_in_lab_of_fragments_12(X))
& fn_genetic_recombination_in_lab_of_fragments_6(X) = fn_impair_1(fn_genetic_recombination_in_lab_of_fragments_13(X))
& fn_genetic_recombination_in_lab_of_fragments_11(X) = fn_restriction_fragment_16(fn_genetic_recombination_in_lab_of_fragments_14(X))
& fn_genetic_recombination_in_lab_of_fragments_5(X) = fn_restriction_fragment_6(fn_genetic_recombination_in_lab_of_fragments_15(X))
& fn_genetic_recombination_in_lab_of_fragments_13(X) = fn_restriction_fragment_16(fn_genetic_recombination_in_lab_of_fragments_15(X))
& fn_recombinant_dna_18(fn_genetic_recombination_in_lab_of_fragments_10(X)) = fn_dna_ligase_7(fn_genetic_recombination_in_lab_of_fragments_9(X))
& fn_dna_ligase_7(fn_genetic_recombination_in_lab_of_fragments_9(X)) = fn_recombinant_dna_18(fn_genetic_recombination_in_lab_of_fragments_10(X))
& fn_recombinant_dna_18(fn_genetic_recombination_in_lab_of_fragments_10(X)) = fn_dna_ligase_12(fn_genetic_recombination_in_lab_of_fragments_9(X))
& fn_dna_ligase_12(fn_genetic_recombination_in_lab_of_fragments_9(X)) = fn_dna_ligase_12(fn_genetic_recombination_in_lab_of_fragments_9(X))
& fn_dna_ligase_12(fn_genetic_recombination_in_lab_of_fragments_9(X)) = fn_nuclease_4(fn_genetic_recombination_in_lab_of_fragments_7(X))
& fn_nuclease_4(fn_genetic_recombination_in_lab_of_fragments_7(X)) = fn_nuclease_4(fn_genetic_recombination_in_lab_of_fragments_7(X))
& fn_nuclease_4(fn_genetic_recombination_in_lab_of_fragments_7(X)) = fn_restriction_fragment_16(fn_genetic_recombination_in_lab_of_fragments_14(X))
& fn_restriction_fragment_16(fn_genetic_recombination_in_lab_of_fragments_14(X)) = fn_attach_2(fn_genetic_recombination_in_lab_of_fragments_12(X))
& fn_attach_2(fn_genetic_recombination_in_lab_of_fragments_12(X)) = fn_dna_ligase_10(fn_genetic_recombination_in_lab_of_fragments_9(X))
& fn_dna_ligase_10(fn_genetic_recombination_in_lab_of_fragments_9(X)) = fn_restriction_nuclease_26(fn_genetic_recombination_in_lab_of_fragments_7(X))
& fn_restriction_nuclease_26(fn_genetic_recombination_in_lab_of_fragments_7(X)) = fn_restriction_fragment_16(fn_genetic_recombination_in_lab_of_fragments_15(X))
& fn_restriction_fragment_16(fn_genetic_recombination_in_lab_of_fragments_15(X)) = fn_restriction_fragment_16(fn_genetic_recombination_in_lab_of_fragments_15(X)) ) ) ).
fof(a529862,axiom,
! [X,X2,X1] :
( ( base_2(X,X1)
& object_2(X,X1)
& object_2(X,X2)
& blunt_end_fragment_1(X1)
& genetic_recombination_in_lab_of_fragments_1(X)
& blunt_end_fragment_1(X2) )
=> ( genetic_recombination_in_lab_of_fragments_with_blunt_ends_1(X)
& fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_3(X) = X1
& fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_2(X) = X2 ) ) ).
fof(a529863,axiom,
! [X] :
( genetic_recombination_in_lab_of_fragments_with_blunt_ends_1(X)
=> ( original_name_2(X,'Genetic-Recombination-In-Lab-Of-Fragments-With-Blunt-Ends')
& user_description_2(X,'A process in which (1) restriction nuclease and two kinds of DNA are mixed, (2) the restriction nuclease applies a blunt cut to the two types of DNA to make blunt-end fragments, and (3) the restriction fragments attach with the help of ligase to make recombinant DNA.')
& concept2words_2(X,recombine)
& concept2words_2(X,'genetic recombination in lab of fragments with blunt end')
& concept2words_2(X,'genetic-recombination-in-lab-of-fragments-with-blunt-end')
& genetic_recombination_in_lab_of_fragments_1(X)
& ~ genetic_recombination_in_lab_fragments_with_sticky_ends_1(X)
& blunt_end_fragment_1(fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_2(X))
& spatial_entity_1(fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_3(X))
& restriction_fragment_1(fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_3(X))
& blunt_end_fragment_1(fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_3(X))
& break_1(fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_4(X))
& impair_1(fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_4(X))
& lyse_1(fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_4(X))
& blunt_cut_1(fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_4(X))
& blunt_cut_1(fn_blunt_end_fragment_7(fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_3(X)))
& blunt_cut_1(fn_blunt_end_fragment_4(fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_3(X)))
& object_2(X,fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_3(X))
& base_2(X,fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_3(X))
& subevent_2(X,fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_4(X))
& object_2(X,fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_2(X))
& result_2(fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_4(X),fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_3(X))
& fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_3(X) = fn_genetic_recombination_in_lab_of_fragments_14(X)
& fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_3(X) = fn_genetic_recombination_in_lab_of_fragments_3(X)
& fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_4(X) = fn_genetic_recombination_in_lab_of_fragments_11(X)
& fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_4(X) = fn_genetic_recombination_in_lab_of_fragments_13(X)
& fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_2(X) = fn_genetic_recombination_in_lab_of_fragments_15(X)
& fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_4(X) = fn_blunt_end_fragment_7(fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_3(X))
& fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_4(X) = fn_blunt_end_fragment_4(fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_3(X))
& fn_genetic_recombination_in_lab_of_fragments_14(X) = fn_genetic_recombination_in_lab_of_fragments_3(X)
& fn_genetic_recombination_in_lab_of_fragments_3(X) = fn_genetic_recombination_in_lab_of_fragments_11(X)
& fn_genetic_recombination_in_lab_of_fragments_11(X) = fn_genetic_recombination_in_lab_of_fragments_13(X)
& fn_genetic_recombination_in_lab_of_fragments_13(X) = fn_genetic_recombination_in_lab_of_fragments_13(X)
& fn_genetic_recombination_in_lab_of_fragments_13(X) = fn_blunt_end_fragment_7(fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_3(X))
& fn_blunt_end_fragment_7(fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_3(X)) = fn_blunt_end_fragment_7(fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_3(X))
& fn_blunt_end_fragment_7(fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_3(X)) = fn_blunt_end_fragment_4(fn_genetic_recombination_in_lab_of_fragments_with_blunt_ends_3(X)) ) ) ).
fof(a529864,axiom,
! [X] :
( genetic_representation_1(X)
=> ( original_name_2(X,'Genetic-Representation')
& user_description_2(X,'A method of representing genetic data.')
& concept2words_2(X,'genetic representation')
& concept2words_2(X,'genetic-representation')
& representation_of_data_1(X) ) ) ).
fof(a529865,axiom,
! [X] :
( genetic_testing_1(X)
=> ( original_name_2(X,'Genetic-Testing')
& user_description_2(X,'The process of determining an individual\'s genetic information, including genetic abnormalities and disorders.')
& concept2words_2(X,'genetic screening')
& concept2words_2(X,'genetic-screening')
& concept2words_2(X,'dna based testing')
& concept2words_2(X,'dna-based-testing')
& concept2words_2(X,'genetic testing')
& concept2words_2(X,'genetic-testing')
& diagnostic_procedure_1(X)
& ~ abortion_1(X)
& ~ assisted_reproductive_technology_1(X)
& ~ electrocardiogram_1(X)
& ~ immunization_1(X)
& ~ newborn_screening_1(X)
& ~ paternity_testing_1(X)
& ~ tubal_ligation_1(X)
& ~ ultrasound_imaging_1(X)
& ~ vasectomy_1(X) ) ) ).
fof(a529866,axiom,
! [X] :
( genetic_variation_1(X)
=> ( original_name_2(X,'Genetic-Variation')
& user_description_2(X,'Genetic variation, variation in alleles of genes, occurs both within and among populations. Three mechanisms that contribute to the genetic variation arising from sexual reproduction are independent assortment of chromosomes, crossing over and random fertilization.')
& concept2words_2(X,'genetic diversity')
& concept2words_2(X,'genetic-diversity')
& concept2words_2(X,'variation in offspring')
& concept2words_2(X,'genetic variation')
& concept2words_2(X,'genetic-variation')
& genetic_process_1(X) ) ) ).
fof(a529867,axiom,
! [X] :
( genetically_modified_organism_1(X)
=> ( original_name_2(X,'Genetically-Modified-Organism')
& user_description_2(X,'An organism whose genetic material has been manipulated using the techniques of genetic engineering.')
& concept2words_2(X,'genetically modified organism')
& concept2words_2(X,'genetically-modified-organism')
& organism_1(X) ) ) ).
fof(a529868,axiom,
! [X] :
( geneticist_1(X)
=> ( original_name_2(X,'Geneticist')
& user_description_2(X,'A biologist who specializes in genetics.')
& concept2words_2(X,geneticist)
& biologist_1(X)
& ~ steward_1(X) ) ) ).
fof(a529869,axiom,
! [X] :
( genetics_1(X)
=> ( original_name_2(X,'Genetics')
& user_description_2(X,'The science of genes, heredity, and genetic variation.')
& concept2words_2(X,genetics)
& biology_1(X) ) ) ).
fof(a529870,axiom,
! [X] :
( genome_1(X)
=> ( original_name_2(X,'Genome')
& user_description_2(X,'The genetic material of an organism or virus; the complete complement of an organism\'s or virus\'s genes along with its noncoding nucleic acid sequences.')
& concept2words_2(X,genome)
& gene_related_aggregates_1(X) ) ) ).
fof(a529871,axiom,
! [X] :
( genome_mapping_1(X)
=> ( original_name_2(X,'Genome-Mapping')
& user_description_2(X,'The determination of the sequence of specific genes and their relative distances from each other on a given chromosome.')
& concept2words_2(X,'mapping genome')
& concept2words_2(X,'genome sequencing')
& concept2words_2(X,'chromosome walking')
& concept2words_2(X,map)
& concept2words_2(X,'mapping of genome')
& concept2words_2(X,'genome mapping')
& concept2words_2(X,'genome-mapping')
& biotechnology_1(X)
& nucleotide_1(fn_genome_mapping_1(X))
& monomer_1(fn_genome_mapping_1(X))
& nucleoside_monophosphate_1(fn_genome_mapping_2(X))
& deoxyribose_1(fn_genome_mapping_3(X))
& dna_sequence_1(fn_genome_mapping_4(X))
& dna_sequence_1(fn_genome_mapping_5(X))
& dna_sequence_1(fn_genome_mapping_6(X))
& linkage_map_1(fn_genome_mapping_7(X))
& genetic_map_1(fn_genome_mapping_8(X))
& dna_sequence_1(fn_genome_mapping_9(X))
& deoxyribose_1(fn_genome_mapping_10(X))
& nucleotide_1(fn_genome_mapping_11(X))
& monomer_1(fn_genome_mapping_11(X))
& monomer_1(fn_genome_mapping_12(X))
& tangible_entity_1(fn_genome_mapping_13(X))
& entity_1(fn_genome_mapping_13(X))
& restriction_fragment_1(fn_genome_mapping_13(X))
& genome_1(fn_genome_mapping_14(X))
& research_1(fn_genome_mapping_15(X))
& determine_order_1(fn_genome_mapping_16(X))
& break_1(fn_genome_mapping_17(X))
& impair_1(fn_genome_mapping_17(X))
& lyse_1(fn_genome_mapping_17(X))
& break_1(fn_genome_mapping_18(X))
& impair_1(fn_genome_mapping_18(X))
& lyse_1(fn_genome_mapping_18(X))
& create_1(fn_genome_mapping_19(X))
& copy_1(fn_genome_mapping_19(X))
& copy_1(fn_genome_mapping_20(X))
& cloned_dna_1(fn_genome_mapping_21(X))
& chromosome_1(fn_genome_mapping_22(X))
& amphipathic_molecule_1(fn_genome_mapping_23(X))
& restriction_nuclease_1(fn_genome_mapping_23(X))
& amphipathic_molecule_1(fn_genome_mapping_24(X))
& restriction_nuclease_1(fn_genome_mapping_24(X))
& cloned_dna_1(fn_genome_mapping_25(X))
& detect_1(fn_genome_mapping_26(X))
& dna_sequence_1(fn_genome_mapping_27(X))
& cloning_vector_1(fn_genome_mapping_28(X))
& dna_1(fn_genome_mapping_28(X))
& nucleic_acid_probe_1(fn_genome_mapping_29(X))
& tangible_entity_1(fn_genome_mapping_30(X))
& restriction_fragment_1(fn_genome_mapping_30(X))
& sequence_1(fn_genome_mapping_31(X))
& dna_piece_1(fn_genome_mapping_32(X))
& gene_1(fn_genome_mapping_33(X))
& dna_strand_1(fn_genome_mapping_34(X))
& monomer_1(fn_genome_mapping_35(X))
& tangible_entity_1(fn_copy_1(fn_genome_mapping_20(X)))
& tangible_entity_1(fn_impair_1(fn_genome_mapping_17(X)))
& tangible_entity_1(fn_impair_1(fn_genome_mapping_18(X)))
& sequence_1(fn_determine_order_5(fn_genome_mapping_16(X)))
& entity_1(fn_determine_order_4(fn_genome_mapping_16(X)))
& copy_1(fn_cloned_dna_1(fn_genome_mapping_21(X)))
& research_1(fn_determine_order_1(fn_genome_mapping_16(X)))
& gene_1(fn_dna_strand_14(fn_genome_mapping_34(X)))
& dna_1(fn_cloned_dna_2(fn_genome_mapping_25(X)))
& dna_sequence_1(fn_nucleic_acid_probe_3(fn_genome_mapping_29(X)))
& detect_1(fn_nucleic_acid_probe_4(fn_genome_mapping_29(X)))
& monomer_1(fn_polymer_6(fn_genome_mapping_21(X)))
& monomer_1(fn_polymer_4(fn_genome_mapping_21(X)))
& monomer_1(fn_polymer_6(fn_genome_mapping_25(X)))
& monomer_1(fn_polymer_4(fn_genome_mapping_25(X)))
& break_1(fn_nuclease_4(fn_genome_mapping_23(X)))
& break_1(fn_restriction_nuclease_26(fn_genome_mapping_23(X)))
& lyse_1(fn_restriction_nuclease_26(fn_genome_mapping_23(X)))
& impair_1(fn_restriction_nuclease_26(fn_genome_mapping_23(X)))
& lyse_1(fn_restriction_fragment_16(fn_genome_mapping_30(X)))
& dna_strand_1(fn_dna_2(fn_genome_mapping_21(X)))
& dna_strand_1(fn_dna_11(fn_genome_mapping_21(X)))
& tangible_entity_1(fn_copy_1(fn_genome_mapping_19(X)))
& entity_1(fn_determine_order_3(fn_genome_mapping_16(X)))
& break_1(fn_nuclease_4(fn_genome_mapping_24(X)))
& break_1(fn_restriction_nuclease_26(fn_genome_mapping_24(X)))
& lyse_1(fn_restriction_nuclease_26(fn_genome_mapping_24(X)))
& impair_1(fn_restriction_nuclease_26(fn_genome_mapping_24(X)))
& lyse_1(fn_restriction_fragment_16(fn_genome_mapping_13(X)))
& create_1(fn_cloning_vector_6(fn_genome_mapping_28(X)))
& copy_1(fn_cloned_dna_1(fn_genome_mapping_25(X)))
& has_part_2(fn_genome_mapping_34(X),fn_genome_mapping_4(X))
& has_part_2(fn_genome_mapping_5(X),fn_genome_mapping_32(X))
& has_part_2(fn_genome_mapping_5(X),fn_genome_mapping_13(X))
& has_part_2(fn_genome_mapping_30(X),fn_genome_mapping_27(X))
& first_subevent_2(X,fn_genome_mapping_18(X))
& subevent_2(X,fn_genome_mapping_20(X))
& subevent_2(X,fn_genome_mapping_19(X))
& subevent_2(X,fn_genome_mapping_17(X))
& subevent_2(X,fn_genome_mapping_18(X))
& result_2(X,fn_genome_mapping_31(X))
& result_2(X,fn_genome_mapping_5(X))
& result_2(X,fn_genome_mapping_7(X))
& result_2(X,fn_genome_mapping_8(X))
& object_2(X,fn_genome_mapping_14(X))
& instrument_2(X,fn_genome_mapping_28(X))
& same_type_2(fn_genome_mapping_27(X),fn_genome_mapping_6(X))
& object_2(fn_genome_mapping_26(X),fn_genome_mapping_6(X))
& has_part_2(fn_genome_mapping_25(X),fn_genome_mapping_9(X))
& has_part_2(fn_genome_mapping_25(X),fn_genome_mapping_10(X))
& has_part_2(fn_genome_mapping_25(X),fn_genome_mapping_11(X))
& same_type_2(fn_genome_mapping_6(X),fn_genome_mapping_9(X))
& same_type_2(fn_genome_mapping_6(X),fn_genome_mapping_27(X))
& has_part_2(fn_genome_mapping_21(X),fn_genome_mapping_3(X))
& has_part_2(fn_genome_mapping_21(X),fn_genome_mapping_2(X))
& has_part_2(fn_genome_mapping_21(X),fn_genome_mapping_1(X))
& minCardinality(fn_genome_mapping_20(X),result_0,"10",cloned_dna_0)
& agent_2(fn_genome_mapping_20(X),fn_genome_mapping_28(X))
& next_event_2(fn_genome_mapping_20(X),fn_genome_mapping_16(X))
& next_event_2(fn_genome_mapping_19(X),fn_genome_mapping_16(X))
& next_event_2(fn_genome_mapping_19(X),fn_genome_mapping_20(X))
& fn_genome_mapping_18(X) != fn_genome_mapping_17(X)
& next_event_2(fn_genome_mapping_18(X),fn_genome_mapping_17(X))
& fn_genome_mapping_17(X) != fn_genome_mapping_18(X)
& next_event_2(fn_genome_mapping_16(X),fn_genome_mapping_26(X))
& subevent_2(fn_genome_mapping_16(X),fn_genome_mapping_26(X))
& result_2(fn_genome_mapping_16(X),fn_genome_mapping_7(X))
& result_2(fn_genome_mapping_16(X),fn_genome_mapping_8(X))
& object_2(fn_genome_mapping_15(X),fn_genome_mapping_14(X))
& enables_2(fn_genome_mapping_15(X),X)
& has_part_2(fn_genome_mapping_14(X),fn_genome_mapping_22(X))
& has_part_2(fn_genome_mapping_13(X),fn_genome_mapping_6(X))
& same_type_2(fn_genome_mapping_9(X),fn_genome_mapping_6(X))
& object_2(fn_genome_mapping_16(X),fn_genome_mapping_14(X))
& object_2(fn_genome_mapping_19(X),fn_genome_mapping_13(X))
& object_2(fn_genome_mapping_20(X),fn_genome_mapping_30(X))
& object_2(fn_genome_mapping_17(X),fn_genome_mapping_22(X))
& object_2(fn_genome_mapping_18(X),fn_genome_mapping_22(X))
& agent_2(fn_genome_mapping_19(X),fn_genome_mapping_28(X))
& object_2(fn_genome_mapping_16(X),fn_genome_mapping_13(X))
& next_element_2(fn_genome_mapping_13(X),fn_genome_mapping_32(X))
& element_2(fn_genome_mapping_31(X),fn_genome_mapping_32(X))
& element_2(fn_genome_mapping_31(X),fn_genome_mapping_13(X))
& first_element_2(fn_genome_mapping_31(X),fn_genome_mapping_13(X))
& has_part_2(fn_genome_mapping_21(X),fn_genome_mapping_35(X))
& has_part_2(fn_genome_mapping_21(X),fn_genome_mapping_34(X))
& result_2(fn_genome_mapping_20(X),fn_genome_mapping_21(X))
& agent_2(fn_genome_mapping_18(X),fn_genome_mapping_24(X))
& has_part_2(fn_genome_mapping_25(X),fn_genome_mapping_12(X))
& agent_2(fn_genome_mapping_17(X),fn_genome_mapping_23(X))
& result_2(fn_genome_mapping_17(X),fn_genome_mapping_30(X))
& enables_2(fn_genome_mapping_15(X),fn_genome_mapping_16(X))
& has_part_2(fn_genome_mapping_34(X),fn_genome_mapping_33(X))
& result_2(fn_genome_mapping_18(X),fn_genome_mapping_13(X))
& result_2(fn_genome_mapping_19(X),fn_genome_mapping_25(X))
& object_2(fn_genome_mapping_19(X),fn_genome_mapping_28(X))
& agent_2(fn_genome_mapping_26(X),fn_genome_mapping_29(X))
& object_2(fn_genome_mapping_26(X),fn_genome_mapping_27(X))
& fn_genome_mapping_14(X) = fn_determine_order_4(fn_genome_mapping_16(X))
& fn_genome_mapping_13(X) = fn_copy_1(fn_genome_mapping_19(X))
& fn_genome_mapping_30(X) = fn_copy_1(fn_genome_mapping_20(X))
& fn_genome_mapping_22(X) = fn_impair_1(fn_genome_mapping_17(X))
& fn_genome_mapping_22(X) = fn_impair_1(fn_genome_mapping_18(X))
& fn_genome_mapping_19(X) = fn_cloning_vector_6(fn_genome_mapping_28(X))
& fn_genome_mapping_31(X) = fn_determine_order_5(fn_genome_mapping_16(X))
& fn_genome_mapping_32(X) = fn_determine_order_4(fn_genome_mapping_16(X))
& fn_genome_mapping_13(X) = fn_determine_order_3(fn_genome_mapping_16(X))
& fn_genome_mapping_35(X) = fn_polymer_6(fn_genome_mapping_21(X))
& fn_genome_mapping_35(X) = fn_polymer_4(fn_genome_mapping_21(X))
& fn_genome_mapping_34(X) = fn_dna_2(fn_genome_mapping_21(X))
& fn_genome_mapping_34(X) = fn_dna_11(fn_genome_mapping_21(X))
& fn_genome_mapping_20(X) = fn_cloned_dna_1(fn_genome_mapping_21(X))
& fn_genome_mapping_18(X) = fn_nuclease_4(fn_genome_mapping_24(X))
& fn_genome_mapping_18(X) = fn_restriction_nuclease_26(fn_genome_mapping_24(X))
& fn_genome_mapping_12(X) = fn_polymer_6(fn_genome_mapping_25(X))
& fn_genome_mapping_12(X) = fn_polymer_4(fn_genome_mapping_25(X))
& fn_genome_mapping_17(X) = fn_nuclease_4(fn_genome_mapping_23(X))
& fn_genome_mapping_17(X) = fn_restriction_nuclease_26(fn_genome_mapping_23(X))
& fn_genome_mapping_17(X) = fn_restriction_fragment_16(fn_genome_mapping_30(X))
& fn_genome_mapping_15(X) = fn_determine_order_1(fn_genome_mapping_16(X))
& fn_genome_mapping_33(X) = fn_dna_strand_14(fn_genome_mapping_34(X))
& fn_genome_mapping_18(X) = fn_restriction_fragment_16(fn_genome_mapping_13(X))
& fn_genome_mapping_28(X) = fn_cloned_dna_2(fn_genome_mapping_25(X))
& fn_genome_mapping_19(X) = fn_cloned_dna_1(fn_genome_mapping_25(X))
& fn_genome_mapping_27(X) = fn_nucleic_acid_probe_3(fn_genome_mapping_29(X))
& fn_genome_mapping_26(X) = fn_nucleic_acid_probe_4(fn_genome_mapping_29(X))
& fn_polymer_6(fn_genome_mapping_21(X)) = fn_polymer_4(fn_genome_mapping_21(X))
& fn_polymer_4(fn_genome_mapping_21(X)) = fn_polymer_6(fn_genome_mapping_25(X))
& fn_polymer_6(fn_genome_mapping_25(X)) = fn_polymer_4(fn_genome_mapping_25(X))
& fn_polymer_4(fn_genome_mapping_25(X)) = fn_nuclease_4(fn_genome_mapping_23(X))
& fn_nuclease_4(fn_genome_mapping_23(X)) = fn_restriction_nuclease_26(fn_genome_mapping_23(X))
& fn_restriction_nuclease_26(fn_genome_mapping_23(X)) = fn_restriction_nuclease_26(fn_genome_mapping_23(X))
& fn_restriction_nuclease_26(fn_genome_mapping_23(X)) = fn_restriction_fragment_16(fn_genome_mapping_30(X))
& fn_restriction_fragment_16(fn_genome_mapping_30(X)) = fn_dna_2(fn_genome_mapping_21(X))
& fn_dna_2(fn_genome_mapping_21(X)) = fn_dna_11(fn_genome_mapping_21(X))
& fn_dna_11(fn_genome_mapping_21(X)) = fn_copy_1(fn_genome_mapping_19(X))
& fn_copy_1(fn_genome_mapping_19(X)) = fn_determine_order_3(fn_genome_mapping_16(X))
& fn_determine_order_3(fn_genome_mapping_16(X)) = fn_determine_order_3(fn_genome_mapping_16(X))
& fn_determine_order_3(fn_genome_mapping_16(X)) = fn_nuclease_4(fn_genome_mapping_24(X))
& fn_nuclease_4(fn_genome_mapping_24(X)) = fn_restriction_nuclease_26(fn_genome_mapping_24(X))
& fn_restriction_nuclease_26(fn_genome_mapping_24(X)) = fn_restriction_nuclease_26(fn_genome_mapping_24(X))
& fn_restriction_nuclease_26(fn_genome_mapping_24(X)) = fn_restriction_fragment_16(fn_genome_mapping_13(X))
& fn_restriction_fragment_16(fn_genome_mapping_13(X)) = fn_cloning_vector_6(fn_genome_mapping_28(X))
& fn_cloning_vector_6(fn_genome_mapping_28(X)) = fn_cloned_dna_1(fn_genome_mapping_25(X))
& fn_cloned_dna_1(fn_genome_mapping_25(X)) = fn_cloned_dna_1(fn_genome_mapping_25(X)) ) ) ).
fof(a529872,axiom,
! [X] :
( genome_of_host_cell_1(X)
=> ( original_name_2(X,'Genome-Of-Host-Cell')
& user_description_2(X,'The complete complement of a host organism\'s genes along with its noncoding nucleic acid sequences.')
& concept2words_2(X,'host cell gemome')
& concept2words_2(X,'genome of host cell')
& concept2words_2(X,'genome-of-host-cell')
& genome_1(X)
& host_1(fn_genome_of_host_cell_1(X))
& living_entity_1(fn_genome_of_host_cell_2(X))
& cell_1(fn_genome_of_host_cell_2(X))
& living_entity_1(fn_host_1(fn_genome_of_host_cell_1(X)))
& genome_1(fn_cell_24(fn_genome_of_host_cell_2(X)))
& plays_2(fn_genome_of_host_cell_2(X),fn_genome_of_host_cell_1(X))
& has_part_2(fn_genome_of_host_cell_2(X),X)
& fn_genome_of_host_cell_2(X) = fn_host_1(fn_genome_of_host_cell_1(X))
& X = fn_cell_24(fn_genome_of_host_cell_2(X)) ) ) ).
fof(a529873,axiom,
! [X] :
( genome_of_virus_1(X)
=> ( original_name_2(X,'Genome-Of-Virus')
& user_description_2(X,'The complete complement of a virus\'s genes along with its noncoding nucleic acid sequences.')
& concept2words_2(X,'viral genome')
& concept2words_2(X,'virus genome')
& concept2words_2(X,'virus-genome')
& concept2words_2(X,'genome of virus')
& concept2words_2(X,'genome-of-virus')
& genome_1(X)
& virus_1(fn_genome_of_virus_1(X))
& has_part_2(fn_genome_of_virus_1(X),X) ) ) ).
fof(a529874,axiom,
! [X] :
( genomic_imprinting_1(X)
=> ( original_name_2(X,'Genomic-Imprinting')
& user_description_2(X,'A phenomenon in which expression of an allele in offspring depends on whether the allele is inherited from the male or female parent.')
& concept2words_2(X,'perform genomic imprinting')
& concept2words_2(X,'genomic imprinting')
& concept2words_2(X,'genomic-imprinting')
& gene_expression_1(X)
& methylation_1(fn_genomic_imprinting_1(X))
& phenotype_1(fn_genomic_imprinting_2(X))
& gene_1(fn_genomic_imprinting_3(X))
& code_for_1(fn_genomic_imprinting_4(X))
& phenotype_1(fn_genomic_imprinting_5(X))
& gene_1(fn_genomic_imprinting_6(X))
& code_for_1(fn_genomic_imprinting_7(X))
& entity_1(fn_code_for_2(fn_genomic_imprinting_7(X)))
& entity_1(fn_code_for_2(fn_genomic_imprinting_4(X)))
& code_for_1(fn_gene_13(fn_genomic_imprinting_3(X)))
& code_for_1(fn_gene_13(fn_genomic_imprinting_6(X)))
& same_type_2(fn_genomic_imprinting_6(X),fn_genomic_imprinting_3(X))
& same_type_2(fn_genomic_imprinting_5(X),fn_genomic_imprinting_2(X))
& inhibits_2(fn_genomic_imprinting_1(X),fn_genomic_imprinting_4(X))
& same_type_2(fn_genomic_imprinting_3(X),fn_genomic_imprinting_6(X))
& same_type_2(fn_genomic_imprinting_2(X),fn_genomic_imprinting_5(X))
& by_means_of_2(X,fn_genomic_imprinting_1(X))
& result_2(fn_genomic_imprinting_7(X),fn_genomic_imprinting_5(X))
& result_2(fn_genomic_imprinting_4(X),fn_genomic_imprinting_2(X))
& agent_2(fn_genomic_imprinting_4(X),fn_genomic_imprinting_3(X))
& agent_2(fn_genomic_imprinting_7(X),fn_genomic_imprinting_6(X))
& fn_genomic_imprinting_5(X) = fn_code_for_2(fn_genomic_imprinting_7(X))
& fn_genomic_imprinting_2(X) = fn_code_for_2(fn_genomic_imprinting_4(X))
& fn_genomic_imprinting_4(X) = fn_gene_13(fn_genomic_imprinting_3(X))
& fn_genomic_imprinting_7(X) = fn_gene_13(fn_genomic_imprinting_6(X)) ) ) ).
fof(a529875,axiom,
! [X] :
( genomic_library_1(X)
=> ( original_name_2(X,'Genomic-Library')
& user_description_2(X,'A set of cell clones containing all the DNA segments from a genome, each within a plasmid, phage, or other cloning vector.')
& concept2words_2(X,'genomic library')
& concept2words_2(X,'genomic-library')
& gene_related_aggregates_1(X)
& ~ genetic_code_1(X)
& ~ suggestion_1(X)
& ~ request_1(X)
& ~ information_sequence_1(X)
& ~ classification_unit_1(X)
& ~ ethics_1(X)
& ~ fossil_record_1(X)
& ~ hypothesis_1(X)
& ~ positional_information_1(X)
& ~ proximate_causation_1(X)
& ~ representation_1(X)
& ~ rna_world_1(X)
& ~ scientific_laws_1(X)
& ~ species_concept_1(X)
& plasmid_1(fn_genomic_library_1(X))
& foreign_dna_1(fn_genomic_library_2(X))
& cloning_vector_1(fn_genomic_library_3(X))
& create_1(fn_genomic_library_4(X))
& clone_1(fn_genomic_library_5(X))
& genome_1(fn_genomic_library_6(X))
& tangible_entity_1(fn_genomic_library_7(X))
& gene_1(fn_genomic_library_7(X))
& copy_1(fn_genomic_library_8(X))
& entity_1(fn_create_1(fn_genomic_library_8(X)))
& entity_1(fn_create_1(fn_genomic_library_4(X)))
& tangible_entity_1(fn_copy_1(fn_genomic_library_8(X)))
& gene_1(fn_gene_related_aggregates_1(fn_genomic_library_6(X)))
& agent_2(fn_genomic_library_4(X),fn_genomic_library_3(X))
& same_type_2(fn_genomic_library_6(X),X)
& has_part_2(fn_genomic_library_6(X),fn_genomic_library_2(X))
& element_2(X,fn_genomic_library_1(X))
& element_2(X,fn_genomic_library_5(X))
& minCardinality(X,element_0,"2000",plasmid_0)
& same_type_2(X,fn_genomic_library_6(X))
& result_2(fn_genomic_library_8(X),fn_genomic_library_5(X))
& object_2(fn_genomic_library_8(X),fn_genomic_library_7(X))
& result_2(fn_genomic_library_4(X),X)
& element_2(fn_genomic_library_6(X),fn_genomic_library_7(X))
& fn_genomic_library_5(X) = fn_create_1(fn_genomic_library_8(X))
& fn_genomic_library_7(X) = fn_copy_1(fn_genomic_library_8(X))
& X = fn_create_1(fn_genomic_library_4(X))
& fn_genomic_library_7(X) = fn_gene_related_aggregates_1(fn_genomic_library_6(X))
& fn_copy_1(fn_genomic_library_8(X)) = fn_gene_related_aggregates_1(fn_genomic_library_6(X)) ) ) ).
fof(a529876,axiom,
! [X] :
( genomic_representation_1(X)
=> ( original_name_2(X,'Genomic-Representation')
& user_description_2(X,'A way to represent the entire gneome of an individual organism.')
& concept2words_2(X,'genomic library')
& concept2words_2(X,'genomic-library')
& concept2words_2(X,'genomic representation')
& concept2words_2(X,'genomic-representation')
& genetic_representation_1(X)
& ~ action_spectrum_1(X)
& ~ age_structure_diagram_1(X)
& ~ cell_lineage_1(X)
& ~ cladogram_1(X)
& ~ climograph_1(X)
& ~ fate_map_1(X)
& ~ genetic_map_1(X)
& ~ genotypic_ratio_1(X)
& ~ life_table_1(X)
& ~ pedigree_1(X)
& ~ periodic_table_1(X)
& ~ phenotypic_ratio_1(X)
& ~ phylogenetic_tree_1(X)
& ~ punnett_square_1(X)
& ~ reproductive_table_1(X)
& ~ species_area_curve_1(X)
& ~ survivorship_curve_1(X)
& ~ tree_of_life_1(X) ) ) ).
fof(a529877,axiom,
! [X] :
( genomics_1(X)
=> ( original_name_2(X,'Genomics')
& user_description_2(X,'A subset of the study of genetics that focuses on the study of entire genomes and the ways that genomes interact among individuals')
& concept2words_2(X,'perform genomics')
& concept2words_2(X,genomics)
& biotechnology_1(X) ) ) ).
fof(a529878,axiom,
! [X] :
( genotype_1(X)
=> ( original_name_2(X,'Genotype')
& user_description_2(X,'An individual\'s collection of alleles.')
& concept2words_2(X,genotype)
& genome_1(X)
& phenotype_1(fn_genotype_1(X))
& code_for_1(fn_genotype_2(X))
& entity_1(fn_code_for_2(fn_genotype_2(X)))
& entity_1(fn_code_for_1(fn_genotype_2(X)))
& result_2(fn_genotype_2(X),fn_genotype_1(X))
& agent_2(fn_genotype_2(X),X)
& fn_genotype_1(X) = fn_code_for_2(fn_genotype_2(X))
& X = fn_code_for_1(fn_genotype_2(X)) ) ) ).
fof(a529879,axiom,
! [X] :
( genotype_of_offspring_1(X)
=> ( original_name_2(X,'Genotype-Of-Offspring')
& user_description_2(X,'The genotype of the offspring of a genetic cross or mating.')
& concept2words_2(X,'offspring phenotype')
& concept2words_2(X,'offspring genotype')
& concept2words_2(X,'offspring-genotype')
& concept2words_2(X,'genotype of offspring')
& concept2words_2(X,'genotype-of-offspring')
& genotype_1(X) ) ) ).
fof(a529880,axiom,
! [X] :
( genotype_of_parent_1(X)
=> ( original_name_2(X,'Genotype-Of-Parent')
& user_description_2(X,'The genotype of the parent of a genetic cross or mating.')
& concept2words_2(X,'parental genotype')
& concept2words_2(X,'parental-genotype')
& concept2words_2(X,'parent genotype')
& concept2words_2(X,'parent-genotype')
& concept2words_2(X,'genotype of parent')
& concept2words_2(X,'genotype-of-parent')
& genotype_1(X)
& parent_1(fn_genotype_of_parent_1(X))
& organism_1(fn_genotype_of_parent_2(X))
& genotype_1(fn_organism_3(fn_genotype_of_parent_2(X)))
& organism_1(fn_parent_3(fn_genotype_of_parent_1(X)))
& has_part_2(fn_genotype_of_parent_2(X),X)
& plays_2(fn_genotype_of_parent_2(X),fn_genotype_of_parent_1(X))
& X = fn_organism_3(fn_genotype_of_parent_2(X))
& fn_genotype_of_parent_2(X) = fn_parent_3(fn_genotype_of_parent_1(X)) ) ) ).
fof(a529881,axiom,
! [X] :
( genotypic_ratio_1(X)
=> ( original_name_2(X,'Genotypic-Ratio')
& user_description_2(X,'The proportion of genotypes found in individuals after a cross. For example, consider a cross between two heterozygous individuals for trait A: Aa X Aa The result is a 1:2:1 ratio for the genotypes AA, Aa, and aa respectively. Put another way, if the parents had 100 offspring, 25 would be expected to have the genotype AA, 50 the genotype Aa and 25 the genotype aa.')
& concept2words_2(X,'genotype ratio')
& concept2words_2(X,'genotype-ratio')
& concept2words_2(X,'genotypic ratio')
& concept2words_2(X,'genotypic-ratio')
& genetic_representation_1(X)
& ~ action_spectrum_1(X)
& ~ age_structure_diagram_1(X)
& ~ cell_lineage_1(X)
& ~ cladogram_1(X)
& ~ climograph_1(X)
& ~ fate_map_1(X)
& ~ genetic_map_1(X)
& ~ genomic_representation_1(X)
& ~ life_table_1(X)
& ~ pedigree_1(X)
& ~ periodic_table_1(X)
& ~ phenotypic_ratio_1(X)
& ~ phylogenetic_tree_1(X)
& ~ punnett_square_1(X)
& ~ reproductive_table_1(X)
& ~ species_area_curve_1(X)
& ~ survivorship_curve_1(X)
& ~ tree_of_life_1(X) ) ) ).
fof(a529882,axiom,
! [X] :
( genus_1(X)
=> ( original_name_2(X,'Genus')
& user_description_2(X,'In Linnean taxonomy, the category above the species and below the family. The genus is the first part of a species\' scientific name.')
& concept2words_2(X,genus)
& taxon_1(X) ) ) ).
fof(a529883,axiom,
! [X] :
( geographic_barrier_1(X)
=> ( original_name_2(X,'Geographic-Barrier')
& user_description_2(X,'A geographic feature, such as a river or canyon, that separates populations and can thus lead to allopatric speciation.')
& concept2words_2(X,'geographic barrier')
& concept2words_2(X,'geographic-barrier')
& barrier_1(X) ) ) ).
fof(a529884,axiom,
! [X] :
( geographic_region_1(X)
=> ( original_name_2(X,'Geographic-Region')
& user_description_2(X,'A location on the Earth.')
& concept2words_2(X,'geographic region')
& concept2words_2(X,'geographic-region')
& region_1(X) ) ) ).
fof(a529885,axiom,
! [X] :
( geologic_entity_1(X)
=> ( original_name_2(X,'Geologic-Entity')
& user_description_2(X,'An object created by geologic processes.')
& concept2words_2(X,'geologic entity')
& concept2words_2(X,'geologic-entity')
& substance_1(X) ) ) ).
fof(a529886,axiom,
! [X] :
( geologic_process_1(X)
=> ( original_name_2(X,'Geologic-Process')
& user_description_2(X,'Any of the processes that shapes the physical structure of the Earth.')
& concept2words_2(X,'geologic process')
& concept2words_2(X,'geologic-process')
& physical_process_1(X) ) ) ).
fof(a529887,axiom,
! [X] :
( geologic_uplift_1(X)
=> ( original_name_2(X,'Geologic-Uplift')
& user_description_2(X,'A geologic process that results in the elevation of rock layers.')
& concept2words_2(X,'geologic uplift')
& concept2words_2(X,'geologic-uplift')
& geologic_process_1(X) ) ) ).
fof(a529888,axiom,
! [X] :
( geological_time_period_1(X)
=> ( original_name_2(X,'Geological-Time-Period')
& user_description_2(X,'A division of time related to the history of the earth.')
& concept2words_2(X,'geological time period')
& concept2words_2(X,'geological-time-period')
& time_span_1(X) ) ) ).
fof(a529889,axiom,
! [X] :
( geology_1(X)
=> ( original_name_2(X,'Geology')
& user_description_2(X,'The study of the physical matter and energy that constitute the Earth.')
& concept2words_2(X,geology)
& inquiry_1(X) ) ) ).
fof(a529890,axiom,
! [X] :
( germ_layer_1(X)
=> ( original_name_2(X,'Germ-Layer')
& user_description_2(X,'In animal development, one of three layers of cells that will give rise to all of the tissues and organs of the body.')
& concept2words_2(X,'layer of germ')
& concept2words_2(X,'germ layer')
& concept2words_2(X,'germ-layer')
& embryonic_tissue_1(X) ) ) ).
fof(a529891,axiom,
! [X] :
( germanium_1(X)
=> ( original_name_2(X,'Germanium')
& user_description_2(X,'Germanium is a metalloid atom with atomic number 32. It is represented by the symbol Ge.')
& concept2words_2(X,germanium)
& concept2words_2(X,'Ge')
& metalloid_atom_1(X)
& neutron_1(fn_germanium_3(X))
& atomic_mass_value_1(fn_germanium_4(X))
& electronegativity_value_1(fn_germanium_5(X))
& valence_electron_1(fn_germanium_9(X))
& atomic_weight_value_1(fn_germanium_10(X))
& atomic_number_value_1(fn_germanium_11(X))
& quantity_value_1(fn_germanium_12(X))
& electronegativity_2(X,fn_germanium_5(X))
& mass_number_2(X,fn_germanium_4(X))
& exactCardinality(X,has_part_0,"41",neutron_0)
& exactCardinality(X,has_part_0,"32",proton_0)
& exactCardinality(X,has_part_0,"32",electron_0)
& has_part_2(X,fn_germanium_3(X))
& the_cardinal_value_2(fn_germanium_12(X),"4")
& cardinal_unit_class_2(fn_germanium_12(X),unity_0)
& the_cardinal_value_2(fn_germanium_5(X),"2.01")
& cardinal_unit_class_2(fn_germanium_5(X),unity_0)
& the_cardinal_value_2(fn_germanium_4(X),"73")
& cardinal_unit_class_2(fn_germanium_4(X),unity_0)
& the_cardinal_value_2(fn_germanium_11(X),"32")
& cardinal_unit_class_2(fn_germanium_11(X),unity_0)
& the_cardinal_value_2(fn_germanium_10(X),"72.64")
& cardinal_unit_class_2(fn_germanium_10(X),dalton_0)
& atomic_number_2(X,fn_germanium_11(X))
& atomic_weight_2(X,fn_germanium_10(X))
& has_part_2(X,fn_germanium_9(X))
& quantity_2(fn_germanium_9(X),fn_germanium_12(X))
& fn_germanium_7(X) = fn_atom_12(X)
& fn_germanium_11(X) = fn_atom_17(X)
& fn_germanium_8(X) = fn_atom_13(X)
& fn_germanium_10(X) = fn_atom_16(X)
& fn_germanium_6(X) = fn_atom_1(X)
& fn_germanium_12(X) = fn_atom_5(X)
& fn_germanium_9(X) = fn_atom_14(X) ) ) ).
fof(a529892,axiom,
! [X] :
( germination_1(X)
=> ( original_name_2(X,'Germination')
& user_description_2(X,'The process by which a seed or spore begins to grow.')
& concept2words_2(X,sprouting)
& concept2words_2(X,germinate)
& concept2words_2(X,germination)
& developmental_process_1(X)
& seedling_1(fn_germination_1(X))
& result_2(X,fn_germination_1(X)) ) ) ).
fof(a529893,axiom,
! [X] :
( germline_cell_1(X)
=> ( original_name_2(X,'Germline-Cell')
& user_description_2(X,'The germline cell of a mature or developing individual is the group of cells containing genetic material that may be passed to offspring.')
& concept2words_2(X,'germ line cell')
& concept2words_2(X,'germ-line cell')
& concept2words_2(X,'germline cell')
& concept2words_2(X,'germline-cell')
& reproductive_cell_1(X)
& telomerase_1(fn_germline_cell_1(X))
& has_part_2(X,fn_germline_cell_1(X)) ) ) ).
fof(a529894,axiom,
! [X] :
( gestation_1(X)
=> ( original_name_2(X,'Gestation')
& user_description_2(X,'The state of pregnancy, in which a female carries developing young in her reproductive tract.')
& concept2words_2(X,gestate)
& concept2words_2(X,gestation)
& female_reproductive_cycle_events_1(X)
& ~ cell_determination_1(X)
& ~ childbirth_1(X)
& ~ compaction_1(X)
& ~ gastrulation_1(X)
& ~ molting_1(X)
& ~ morphogenesis_1(X)
& ~ organogenesis_1(X)
& ~ oviparous_1(X)
& ~ ovoviviparous_1(X)
& ~ ovulation_1(X)
& ~ paedomorphosis_1(X)
& ~ pattern_formation_1(X)
& ~ phase_change_1(X)
& ~ primary_growth_1(X)
& ~ protostome_development_1(X)
& ~ radial_cleavage_1(X)
& ~ senescence_1(X)
& ~ torsion_1(X)
& ~ viviparous_1(X) ) ) ).
fof(a529895,axiom,
! [X] :
( gesticulate_1(X)
=> ( original_name_2(X,'Gesticulate')
& concept2words_2(X,gesticulate)
& concept2words_2(X,gesture)
& concept2words_2(X,motion)
& concept2words_2(X,orient)
& embody_1(X)
& orient_1(X)
& ~ stand_up_1(X)
& ~ sit_down_1(X)
& ~ fidget_1(X)
& ~ speak_1(X)
& ~ mark_1(X)
& tangible_entity_1(fn_gesticulate_1(X))
& light_1(fn_gesticulate_2(X))
& agent_2(X,fn_gesticulate_1(X))
& result_2(X,fn_gesticulate_2(X))
& fn_gesticulate_2(X) = fn_embody_2(X) ) ) ).
fof(a529896,axiom,
! [X] :
( get_free_dna_into_cell_1(X)
=> ( original_name_2(X,'Get-Free-DNA-Into-Cell')
& user_description_2(X,'Process of moving extant DNA inside a cell.')
& concept2words_2(X,insert)
& concept2words_2(X,'get free dna into cell')
& concept2words_2(X,'get-free-dna-into-cell')
& move_into_1(X)
& engineering_1(X)
& pore_1(fn_get_free_dna_into_cell_1(X))
& event_1(fn_get_free_dna_into_cell_2(X))
& scientist_1(fn_get_free_dna_into_cell_3(X))
& plasma_membrane_1(fn_get_free_dna_into_cell_4(X))
& tangible_entity_1(fn_get_free_dna_into_cell_5(X))
& cell_1(fn_get_free_dna_into_cell_5(X))
& move_through_1(fn_get_free_dna_into_cell_6(X))
& move_1(fn_get_free_dna_into_cell_6(X))
& dna_1(fn_get_free_dna_into_cell_7(X))
& spatial_entity_1(fn_move_1(fn_get_free_dna_into_cell_6(X)))
& move_through_1(fn_plasma_membrane_74(fn_get_free_dna_into_cell_4(X)))
& move_1(fn_plasma_membrane_74(fn_get_free_dna_into_cell_4(X)))
& plasma_membrane_1(fn_cell_30(fn_get_free_dna_into_cell_5(X)))
& agent_2(fn_get_free_dna_into_cell_2(X),fn_get_free_dna_into_cell_3(X))
& next_event_2(fn_get_free_dna_into_cell_2(X),fn_get_free_dna_into_cell_6(X))
& base_2(fn_get_free_dna_into_cell_2(X),fn_get_free_dna_into_cell_5(X))
& result_2(fn_get_free_dna_into_cell_2(X),fn_get_free_dna_into_cell_1(X))
& agent_2(X,fn_get_free_dna_into_cell_3(X))
& subevent_2(X,fn_get_free_dna_into_cell_2(X))
& subevent_2(X,fn_get_free_dna_into_cell_6(X))
& first_subevent_2(X,fn_get_free_dna_into_cell_2(X))
& path_2(X,fn_get_free_dna_into_cell_4(X))
& is_inside_2(fn_get_free_dna_into_cell_1(X),fn_get_free_dna_into_cell_4(X))
& object_2(X,fn_get_free_dna_into_cell_7(X))
& object_2(fn_get_free_dna_into_cell_6(X),fn_get_free_dna_into_cell_7(X))
& base_2(X,fn_get_free_dna_into_cell_5(X))
& base_2(fn_get_free_dna_into_cell_6(X),fn_get_free_dna_into_cell_4(X))
& has_part_2(fn_get_free_dna_into_cell_5(X),fn_get_free_dna_into_cell_4(X))
& fn_get_free_dna_into_cell_7(X) = fn_move_1(X)
& fn_get_free_dna_into_cell_7(X) = fn_move_1(fn_get_free_dna_into_cell_6(X))
& fn_get_free_dna_into_cell_5(X) = fn_move_into_1(X)
& fn_get_free_dna_into_cell_6(X) = fn_plasma_membrane_74(fn_get_free_dna_into_cell_4(X))
& fn_get_free_dna_into_cell_4(X) = fn_cell_30(fn_get_free_dna_into_cell_5(X)) ) ) ).
fof(a529897,axiom,
! [X] :
( giant_tubeworm_1(X)
=> ( original_name_2(X,'Giant-Tubeworm')
& user_description_2(X,'Large polychaete worm, lacking a mouth or digestive system, which lives under deep pressure around hydrothermal vents in the ocean. Giant tube worms rely on mutualistic bacteria for their nutrition and survival. Scientific name Riftia pachyptila.')
& concept2words_2(X,'giant tubeworm')
& concept2words_2(X,'giant-tubeworm')
& polychaete_1(X)
& length_value_1(fn_giant_tubeworm_1(X))
& nutrient_1(fn_giant_tubeworm_3(X))
& nitrate_ion_1(fn_giant_tubeworm_4(X))
& sulfide_1(fn_giant_tubeworm_5(X))
& oxygen_1(fn_giant_tubeworm_6(X))
& carbon_dioxide_1(fn_giant_tubeworm_7(X))
& substance_1(fn_giant_tubeworm_8(X))
& esophagus_1(fn_giant_tubeworm_9(X))
& locomotion_1(fn_giant_tubeworm_12(X))
& take_in_1(fn_giant_tubeworm_13(X))
& heterotroph_1(fn_giant_tubeworm_14(X))
& nutrition_1(fn_giant_tubeworm_15(X))
& mutualism_1(fn_giant_tubeworm_16(X))
& water_1(fn_giant_tubeworm_17(X))
& produce_1(fn_giant_tubeworm_18(X))
& temperature_value_1(fn_giant_tubeworm_19(X))
& bacterium_1(fn_giant_tubeworm_20(X))
& energy_1(fn_giant_tubeworm_21(X))
& hydrogen_1(fn_giant_tubeworm_22(X))
& specific_heat_value_1(fn_giant_tubeworm_23(X))
& tangible_entity_1(fn_produce_1(fn_giant_tubeworm_18(X)))
& entity_1(fn_create_1(fn_giant_tubeworm_18(X)))
& organism_1(fn_mutualism_2(fn_giant_tubeworm_16(X)))
& organism_1(fn_mutualism_1(fn_giant_tubeworm_16(X)))
& beneficiary_2(fn_giant_tubeworm_16(X),fn_giant_tubeworm_20(X))
& base_2(fn_giant_tubeworm_18(X),X)
& raw_material_2(fn_giant_tubeworm_18(X),fn_giant_tubeworm_4(X))
& raw_material_2(fn_giant_tubeworm_18(X),fn_giant_tubeworm_5(X))
& raw_material_2(fn_giant_tubeworm_18(X),fn_giant_tubeworm_6(X))
& raw_material_2(fn_giant_tubeworm_18(X),fn_giant_tubeworm_7(X))
& result_2(fn_giant_tubeworm_18(X),fn_giant_tubeworm_8(X))
& agent_2(fn_giant_tubeworm_18(X),fn_giant_tubeworm_20(X))
& plays_2(fn_giant_tubeworm_8(X),fn_giant_tubeworm_3(X))
& the_cardinal_value_2(fn_giant_tubeworm_1(X),"3.0e0")
& cardinal_unit_class_2(fn_giant_tubeworm_1(X),meter_0)
& length_2(X,fn_giant_tubeworm_1(X))
& has_part_2(X,fn_giant_tubeworm_9(X))
& raw_material_2(fn_giant_tubeworm_18(X),fn_giant_tubeworm_22(X))
& result_2(fn_giant_tubeworm_18(X),fn_giant_tubeworm_21(X))
& agent_2(fn_giant_tubeworm_16(X),X)
& X != fn_giant_tubeworm_20(X)
& agent_2(fn_giant_tubeworm_16(X),fn_giant_tubeworm_20(X))
& beneficiary_2(fn_giant_tubeworm_16(X),X)
& fn_giant_tubeworm_20(X) != X
& agent_2(fn_giant_tubeworm_12(X),X)
& object_2(fn_giant_tubeworm_12(X),X)
& agent_2(fn_giant_tubeworm_13(X),X)
& base_2(fn_giant_tubeworm_13(X),X)
& agent_2(fn_giant_tubeworm_15(X),X)
& in_event_2(fn_giant_tubeworm_14(X),fn_giant_tubeworm_15(X))
& temperature_2(X,fn_giant_tubeworm_19(X))
& correspondence_2(fn_giant_tubeworm_19(X),fn_giant_tubeworm_23(X))
& specific_heat_2(fn_giant_tubeworm_17(X),fn_giant_tubeworm_23(X))
& has_part_2(X,fn_giant_tubeworm_17(X))
& plays_2(X,fn_giant_tubeworm_14(X))
& fn_giant_tubeworm_22(X) = fn_produce_1(fn_giant_tubeworm_18(X))
& fn_giant_tubeworm_21(X) = fn_create_1(fn_giant_tubeworm_18(X))
& X = fn_mutualism_2(fn_giant_tubeworm_16(X))
& fn_giant_tubeworm_20(X) = fn_mutualism_2(fn_giant_tubeworm_16(X))
& X = fn_mutualism_1(fn_giant_tubeworm_16(X))
& fn_giant_tubeworm_13(X) = fn_animal_9(X)
& fn_giant_tubeworm_12(X) = fn_animal_22(X)
& fn_giant_tubeworm_15(X) = fn_animal_19(X)
& fn_giant_tubeworm_15(X) = fn_annelid_10(X)
& fn_giant_tubeworm_14(X) = fn_annelid_11(X)
& fn_giant_tubeworm_17(X) = fn_annelid_7(X)
& fn_giant_tubeworm_23(X) = fn_annelid_8(X)
& fn_giant_tubeworm_19(X) = fn_annelid_9(X)
& fn_annelid_10(X) = fn_animal_19(X)
& fn_animal_19(X) = fn_annelid_10(X)
& fn_annelid_10(X) = fn_mutualism_1(fn_giant_tubeworm_16(X))
& fn_mutualism_1(fn_giant_tubeworm_16(X)) = fn_mutualism_2(fn_giant_tubeworm_16(X))
& fn_mutualism_2(fn_giant_tubeworm_16(X)) = fn_mutualism_1(fn_giant_tubeworm_16(X))
& fn_mutualism_1(fn_giant_tubeworm_16(X)) = fn_mutualism_1(fn_giant_tubeworm_16(X)) ) ) ).
fof(a529898,axiom,
! [X] :
( gibberellin_1(X)
=> ( original_name_2(X,'Gibberellin')
& user_description_2(X,'Any of a group of plant hormones that regulate growth and developmental processes such as stem elongation, germination, flowering, and senescence.')
& concept2words_2(X,gibberellin)
& growth_factor_1(X) ) ) ).
fof(a529899,axiom,
! [X] :
( gigantism_1(X)
=> ( original_name_2(X,'Gigantism')
& user_description_2(X,'A medical condition a person grows excessively and reaches a height significantly above average. In humans, gigantism is caused by an excessive production of growth hormone during childhood.')
& concept2words_2(X,gigantism)
& metabolic_disorder_1(X)
& ~ hypopituitarism_1(X)
& ~ cretinism_1(X)
& ~ hyperthyroidism_1(X)
& ~ diabetes_mellitus_1(X)
& ~ mitochondrial_myopathy_1(X) ) ) ).
fof(a529900,axiom,
! [X] :
( gill_1(X)
=> ( original_name_2(X,'Gill')
& user_description_2(X,'The respiratory organ of aquatic animals.')
& concept2words_2(X,gill)
& respiratory_organ_1(X)
& oxygen_molecule_1(fn_gill_2(X))
& quantity_value_1(fn_gill_3(X))
& the_scalar_value_2(fn_gill_3(X),high_0)
& scalar_unit_class_2(fn_gill_3(X),molecule_0)
& quantity_2(fn_gill_2(X),fn_gill_3(X))
& is_inside_2(fn_gill_2(X),X) ) ) ).
fof(a529901,axiom,
! [X] :
( give_1(X)
=> ( original_name_2(X,'Give')
& concept2words_2(X,give)
& relinquish_1(X)
& tangible_entity_1(fn_give_1(X))
& recipient_2(X,fn_give_1(X)) ) ) ).
fof(a529902,axiom,
! [X] :
( gizzard_1(X)
=> ( original_name_2(X,'Gizzard')
& user_description_2(X,'Muscular, thick walled organ found in the digestive tract of birds and some reptiles, fish and invertebrates which serves to help grind up food.')
& concept2words_2(X,gizzard)
& animal_structure_1(X) ) ) ).
fof(a529903,axiom,
! [X] :
( glacier_1(X)
=> ( original_name_2(X,'Glacier')
& user_description_2(X,'A large mass of ice that persists for many years and moves slowly over the land.')
& concept2words_2(X,glacier)
& geographic_region_1(X)
& ~ earth_pole_1(X)
& ~ tropical_region_1(X) ) ) ).
fof(a529904,axiom,
! [X] :
( gland_1(X)
=> ( original_name_2(X,'Gland')
& user_description_2(X,'Any of several organs in the body that produce a chemical substance needed by the body and release it for circulation either via ducts or directly into the bloodstream.')
& concept2words_2(X,gland)
& secretory_organ_1(X) ) ) ).
fof(a529905,axiom,
! [X] :
( glandular_epithelium_1(X)
=> ( original_name_2(X,'Glandular-Epithelium')
& user_description_2(X,'Type of epithelial tissue which is specialized for secretory activity.')
& concept2words_2(X,'secretory epithelium')
& concept2words_2(X,'secretory-epithelium')
& concept2words_2(X,'glandular epithelium')
& concept2words_2(X,'glandular-epithelium')
& tissue_1(X) ) ) ).
fof(a529906,axiom,
! [X] :
( glans_1(X)
=> ( original_name_2(X,'Glans')
& user_description_2(X,'The rounded tip of the penis or clitoris that is extremely sensitive and plays a key role in sexual arousal.')
& concept2words_2(X,glans)
& stratified_squamous_epithelium_1(X)
& ~ proximal_tubule_1(X)
& ~ labia_majora_1(X)
& ~ collecting_duct_1(X)
& ~ alveolus_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ bronchus_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ corpus_luteum_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endometrium_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ islets_of_langerhans_1(X)
& ~ labia_minora_1(X)
& ~ lacteal_1(X)
& ~ loop_of_henle_1(X)
& ~ prepuce_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ seminiferous_tubule_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a529907,axiom,
! [X] :
( glans_penis_1(X)
=> ( original_name_2(X,'Glans-Penis')
& user_description_2(X,'The distal end of the human penis.')
& concept2words_2(X,'head of penis')
& concept2words_2(X,'penis head')
& concept2words_2(X,'penis of glans')
& concept2words_2(X,'glans penis')
& concept2words_2(X,'glans-penis')
& invertebrate_appendage_1(X) ) ) ).
fof(a529908,axiom,
! [X] :
( glass_1(X)
=> ( original_name_2(X,'Glass')
& concept2words_2(X,glass)
& solid_substance_1(X)
& ~ wood_1(X)
& ~ tissue_1(X)
& ~ stone_1(X)
& ~ rubber_1(X)
& ~ plastic_1(X)
& ~ paper_1(X)
& ~ pellet_1(X)
& ~ solid_support_1(X) ) ) ).
fof(a529909,axiom,
! [X] :
( glass_lens_1(X)
=> ( original_name_2(X,'Glass-Lens')
& user_description_2(X,'A glass lens is a lens made of glass and is an optical device with perfect or approximate axial symmetry which transmits and refracts light, converging or diverging the beam.')
& concept2words_2(X,'glass-lens')
& concept2words_2(X,'lens of glass')
& concept2words_2(X,'glass lens')
& concept2words_2(X,'glass-len')
& lens_1(X)
& glass_1(X)
& ~ electromagnet_1(X) ) ) ).
fof(a529910,axiom,
! [X] :
( glial_cell_1(X)
=> ( original_name_2(X,'Glial-Cell')
& user_description_2(X,'Supporting cells that are essential for the structural integrity of the nervous system and for the normal functioning of neurons.')
& concept2words_2(X,'glial cell')
& concept2words_2(X,'glial-cell')
& animal_cell_1(X) ) ) ).
fof(a529911,axiom,
! [X] :
( global_air_circulation_1(X)
=> ( original_name_2(X,'Global-Air-Circulation')
& user_description_2(X,'A pattern of air circulation over the surface of the Earth, driven by latitude and temperature. The driving force for global air circulation is heating of the atmosphere at the equator.')
& concept2words_2(X,'global air circulation')
& concept2words_2(X,'global-air-circulation')
& physical_process_1(X)
& ~ water_cycle_1(X) ) ) ).
fof(a529912,axiom,
! [X] :
( global_biogeochemical_cycle_1(X)
=> ( original_name_2(X,'Global-Biogeochemical-Cycle')
& user_description_2(X,'Biogeochemical cycle which cycles chemicals through biotic and abiotic components of ecosystems on a global scale. Chemicals which naturally exist in gaseous form (such as nitrogen and oxygen) cycle globally.')
& concept2words_2(X,'undergo the global biogeochemical cycle')
& concept2words_2(X,'global biogeochemical cycle')
& concept2words_2(X,'global-biogeochemical-cycle')
& biogeochemical_cycle_1(X)
& biosphere_1(fn_global_biogeochemical_cycle_1(X))
& site_2(X,fn_global_biogeochemical_cycle_1(X))
& fn_global_biogeochemical_cycle_1(X) = fn_biogeochemical_cycle_2(X) ) ) ).
fof(a529913,axiom,
! [X] :
( global_ecology_1(X)
=> ( original_name_2(X,'Global-Ecology')
& user_description_2(X,'The study of how organisms function and interact with their environment over a global scale.')
& concept2words_2(X,'global ecology')
& concept2words_2(X,'global-ecology')
& ecology_1(X) ) ) ).
fof(a529914,axiom,
! [X] :
( global_warming_1(X)
=> ( original_name_2(X,'Global-Warming')
& user_description_2(X,'A process involving buildup of atmospheric CO2 and other greenhouse gases that increases global average temperature.')
& concept2words_2(X,'undergo global warming')
& concept2words_2(X,heat)
& concept2words_2(X,'global warming')
& concept2words_2(X,'global-warming')
& climate_change_1(X)
& earth_1(fn_global_warming_1(X))
& greenhouse_gas_1(fn_global_warming_2(X))
& agent_2(X,fn_global_warming_2(X))
& object_2(X,fn_global_warming_1(X)) ) ) ).
fof(a529915,axiom,
! [X] :
( globin_ancestral_gene_1(X)
=> ( original_name_2(X,'Globin-Ancestral-Gene')
& user_description_2(X,'Common evolutionary gene for beta globin ancestral gene and alpha globin ancestral gene.')
& concept2words_2(X,'globin ancestral gene')
& concept2words_2(X,'globin-ancestral-gene')
& ancestral_gene_1(X)
& alpha_globin_ancestral_gene_1(fn_globin_ancestral_gene_1(X))
& evolution_1(fn_globin_ancestral_gene_2(X))
& object_2(fn_globin_ancestral_gene_2(X),X)
& result_2(fn_globin_ancestral_gene_2(X),fn_globin_ancestral_gene_1(X))
& fn_globin_ancestral_gene_1(X) = fn_ancestral_gene_1(X)
& fn_globin_ancestral_gene_2(X) = fn_ancestral_gene_2(X) ) ) ).
fof(a529916,axiom,
! [X] :
( globins_1(X)
=> ( original_name_2(X,'Globins')
& user_description_2(X,'A group of proteins that contain a heme group and function in transporting oxygen.')
& concept2words_2(X,globins)
& concept2words_2(X,globin)
& polypeptide_1(X)
& ~ endothelin_1(X)
& ~ heavy_chain_1(X)
& ~ light_chain_1(X)
& ~ neuropeptide_1(X)
& ~ peptide_hormone_1(X)
& ~ polypeptide_segment_1(X)
& ~ signal_peptide_1(X) ) ) ).
fof(a529917,axiom,
! [X] :
( globular_protein_1(X)
=> ( original_name_2(X,'Globular-Protein')
& user_description_2(X,'A protein which has a roughly spherical shape in its functional conformation.')
& concept2words_2(X,'protein of globular')
& concept2words_2(X,'globular protein')
& concept2words_2(X,'globular-protein')
& water_soluble_protein_1(X)
& shape_value_1(fn_globular_protein_1(X))
& the_categorical_value_2(fn_globular_protein_1(X),sphere_0)
& shape_2(X,fn_globular_protein_1(X)) ) ) ).
fof(a529918,axiom,
! [X] :
( glomeromycete_1(X)
=> ( original_name_2(X,'Glomeromycete')
& user_description_2(X,'One of a group of several phyla of fungi that form mutualistic associations, called arbuscular mycorrhizae, with plant roots.')
& concept2words_2(X,glomeromycete)
& fungus_1(X)
& ~ ascomycete_1(X)
& ~ chytrid_1(X)
& ~ club_fungus_1(X)
& ~ deuteromycete_1(X)
& ~ symbiotic_fungi_1(X)
& ~ zygomycete_1(X) ) ) ).
fof(a529919,axiom,
! [X] :
( glomerulus_1(X)
=> ( original_name_2(X,'Glomerulus')
& user_description_2(X,'In the nephron of a mammalian kidney, a ball of capillaries that is surrounded by the Bowman\'s capsule and is the site of filtration.')
& concept2words_2(X,glomerulus)
& capillary_1(X)
& ~ peritubular_capillary_1(X)
& ~ vasa_recta_1(X) ) ) ).
fof(a529920,axiom,
! [X] :
( glottis_1(X)
=> ( original_name_2(X,'Glottis')
& user_description_2(X,'The region of the larnyx which contains the vocal chords and the space between them.')
& concept2words_2(X,glottis)
& anatomical_region_1(X)
& vocal_cord_1(fn_glottis_1(X))
& vocal_cord_1(fn_glottis_2(X))
& anatomical_space_1(fn_glottis_3(X))
& is_inside_2(fn_glottis_1(X),X)
& is_inside_2(fn_glottis_2(X),X)
& is_between_2(fn_glottis_3(X),fn_glottis_1(X))
& is_between_2(fn_glottis_3(X),fn_glottis_2(X))
& has_region_2(X,fn_glottis_3(X)) ) ) ).
fof(a529921,axiom,
! [X] :
( glucagon_1(X)
=> ( original_name_2(X,'Glucagon')
& user_description_2(X,'A hormone, secreted by alpha cells of the pancreas, that raises blood glucose levels. It acts by stimulating the liver to break down glycogen and release glucose into the blood.')
& concept2words_2(X,glucagon)
& pancreatic_hormone_1(X)
& digestive_peptide_hormone_1(X)
& ~ adrenocorticotropic_hormone_1(X)
& ~ anp_1(X)
& ~ antidiuretic_hormone_1(X)
& ~ calcitonin_1(X)
& ~ cholecystokinin_1(X)
& ~ gastrin_1(X)
& ~ gonadotropin_releasing_hormone_1(X)
& ~ melanocyte_stimulating_hormone_1(X)
& ~ oxytocin_1(X)
& ~ parathyroid_hormone_1(X)
& ~ secretin_1(X) ) ) ).
fof(a529922,axiom,
! [X] :
( glucocorticoid_1(X)
=> ( original_name_2(X,'Glucocorticoid')
& user_description_2(X,'A class of steroid hormones that are secreted by the adrenal cortex. They play a role in regulating glucose metabolism and immune function.')
& concept2words_2(X,glucocorticoid)
& corticosteroid_1(X)
& ~ mineralocorticoid_1(X) ) ) ).
fof(a529923,axiom,
! [X] :
( glucose_1(X)
=> ( original_name_2(X,'Glucose')
& user_description_2(X,'Glucose is the most common simple sugar and the most important to the chemistry of life, as it is the substrate for cellular respiration and a product of photosynthesis.')
& concept2words_2(X,c6h12o6)
& concept2words_2(X,glucose)
& aldose_1(X)
& ~ fructose_1(X)
& structural_complexity_value_1(fn_glucose_2(X))
& fructose_1(fn_glucose_3(X))
& nutrient_1(fn_glucose_4(X))
& share_1(fn_glucose_5(X))
& unequal_sharing_1(fn_glucose_5(X))
& share_1(fn_glucose_8(X))
& share_1(fn_glucose_9(X))
& share_1(fn_glucose_10(X))
& unequal_sharing_1(fn_glucose_10(X))
& unequal_sharing_1(fn_glucose_11(X))
& unequal_sharing_1(fn_glucose_12(X))
& electronegativity_value_1(fn_glucose_13(X))
& hold_1(fn_glucose_14(X))
& hold_together_1(fn_glucose_14(X))
& electronegativity_value_1(fn_glucose_15(X))
& electron_1(fn_glucose_16(X))
& valence_electron_1(fn_glucose_16(X))
& attract_1(fn_glucose_17(X))
& entity_1(fn_glucose_18(X))
& electron_1(fn_glucose_18(X))
& valence_electron_1(fn_glucose_18(X))
& entity_1(fn_glucose_19(X))
& valence_electron_1(fn_glucose_19(X))
& unequal_sharing_1(fn_glucose_20(X))
& share_1(fn_glucose_20(X))
& atom_1(fn_glucose_21(X))
& chemical_entity_1(fn_glucose_21(X))
& oxygen_1(fn_glucose_21(X))
& entity_1(fn_glucose_21(X))
& atom_1(fn_glucose_22(X))
& chemical_entity_1(fn_glucose_22(X))
& oxygen_1(fn_glucose_22(X))
& entity_1(fn_glucose_22(X))
& tangible_entity_1(fn_glucose_23(X))
& chemical_entity_1(fn_glucose_23(X))
& atom_1(fn_glucose_23(X))
& hydrogen_1(fn_glucose_23(X))
& entity_1(fn_glucose_23(X))
& entity_1(fn_glucose_24(X))
& chemical_entity_1(fn_glucose_24(X))
& atom_1(fn_glucose_24(X))
& carbon_1(fn_glucose_24(X))
& polar_covalent_bond_1(fn_glucose_25(X))
& double_bond_1(fn_glucose_26(X))
& covalent_bond_1(fn_glucose_26(X))
& functional_group_1(fn_glucose_27(X))
& carbonyl_group_1(fn_glucose_27(X))
& functional_group_1(fn_glucose_28(X))
& hydroxyl_group_1(fn_glucose_28(X))
& s_orbital_1(fn_glucose_29(X))
& electron_shell_1(fn_glucose_30(X))
& center_1(fn_glucose_31(X))
& atomic_nucleus_1(fn_glucose_32(X))
& electronegativity_value_1(fn_glucose_33(X))
& proton_1(fn_glucose_34(X))
& unequal_sharing_1(fn_glucose_35(X))
& share_1(fn_glucose_35(X))
& atomic_orbital_1(fn_electron_shell_3(fn_glucose_30(X)))
& share_1(fn_carbonyl_group_5(fn_glucose_27(X)))
& attract_1(fn_covalent_bond_10(fn_glucose_26(X)))
& electronegativity_value_1(fn_polar_covalent_bond_1(fn_glucose_25(X)))
& electronegativity_value_1(fn_polar_covalent_bond_2(fn_glucose_25(X)))
& entity_1(fn_carbonyl_group_7(fn_glucose_27(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_glucose_27(X)))
& atom_1(fn_carbonyl_group_7(fn_glucose_27(X)))
& carbon_1(fn_carbonyl_group_7(fn_glucose_27(X)))
& proton_1(fn_covalent_bond_4(fn_glucose_26(X)))
& proton_1(fn_polar_covalent_bond_5(fn_glucose_25(X)))
& center_1(fn_polar_covalent_bond_23(fn_glucose_25(X)))
& center_1(fn_covalent_bond_21(fn_glucose_26(X)))
& center_1(fn_polar_covalent_bond_21(fn_glucose_25(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_14(fn_glucose_25(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_glucose_26(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_glucose_26(X)))
& atomic_nucleus_1(fn_hydroxyl_group_9(fn_glucose_28(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_13(fn_glucose_25(X)))
& entity_1(fn_share_2(fn_glucose_20(X)))
& entity_1(fn_share_2(fn_glucose_35(X)))
& electron_1(fn_electron_shell_2(fn_glucose_30(X)))
& electron_1(fn_hydroxyl_group_8(fn_glucose_28(X)))
& valence_electron_1(fn_hydroxyl_group_8(fn_glucose_28(X)))
& electron_1(fn_polar_covalent_bond_11(fn_glucose_25(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_glucose_25(X)))
& hold_together_1(fn_carbonyl_group_10(fn_glucose_27(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_glucose_25(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_glucose_28(X)))
& entity_1(fn_share_1(fn_glucose_5(X)))
& entity_1(fn_share_1(fn_glucose_10(X)))
& tangible_entity_1(fn_hold_2(fn_glucose_14(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_glucose_28(X)))
& entity_1(fn_share_3(fn_glucose_5(X)))
& entity_1(fn_share_3(fn_glucose_10(X)))
& entity_1(fn_share_3(fn_glucose_35(X)))
& entity_1(fn_share_3(fn_glucose_20(X)))
& atom_1(fn_electron_shell_1(fn_glucose_30(X)))
& entity_1(fn_polar_covalent_bond_19(fn_glucose_25(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_glucose_25(X)))
& atom_1(fn_polar_covalent_bond_19(fn_glucose_25(X)))
& entity_1(fn_polar_covalent_bond_18(fn_glucose_25(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_glucose_25(X)))
& atom_1(fn_polar_covalent_bond_18(fn_glucose_25(X)))
& entity_1(fn_covalent_bond_19(fn_glucose_26(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_glucose_26(X)))
& atom_1(fn_covalent_bond_19(fn_glucose_26(X)))
& entity_1(fn_covalent_bond_20(fn_glucose_26(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_glucose_26(X)))
& atom_1(fn_covalent_bond_20(fn_glucose_26(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_glucose_28(X)))
& oxygen_1(fn_carbonyl_group_9(fn_glucose_27(X)))
& entity_1(fn_share_1(fn_glucose_20(X)))
& entity_1(fn_share_1(fn_glucose_35(X)))
& electron_1(fn_carbonyl_group_13(fn_glucose_27(X)))
& valence_electron_1(fn_covalent_bond_18(fn_glucose_26(X)))
& double_bond_1(fn_carbonyl_group_8(fn_glucose_27(X)))
& entity_1(fn_share_2(fn_glucose_10(X)))
& entity_1(fn_attract_1(fn_glucose_17(X)))
& valence_electron_1(fn_carbonyl_group_4(fn_glucose_27(X)))
& valence_electron_1(fn_carbonyl_group_6(fn_glucose_27(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_glucose_25(X)))
& valence_electron_1(fn_covalent_bond_15(fn_glucose_26(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_glucose_25(X)))
& unequal_sharing_1(fn_hydroxyl_group_5(fn_glucose_28(X)))
& share_1(fn_covalent_bond_17(fn_glucose_26(X)))
& chemical_entity_1(fn_functional_group_1(fn_glucose_27(X)))
& chemical_entity_1(fn_functional_group_1(fn_glucose_28(X)))
& the_scalar_value_2(fn_glucose_2(X),complex_0)
& scalar_unit_class_2(fn_glucose_2(X),chemical_entity_0)
& has_isomer_2(fn_glucose_3(X),X)
& has_state_2(fn_glucose_3(X),X)
& plays_2(X,fn_glucose_4(X))
& structural_complexity_2(X,fn_glucose_2(X))
& result_2(fn_glucose_35(X),fn_glucose_25(X))
& object_2(fn_glucose_10(X),fn_glucose_19(X))
& object_2(fn_glucose_17(X),fn_glucose_19(X))
& agent_2(fn_glucose_5(X),fn_glucose_23(X))
& agent_2(fn_glucose_10(X),fn_glucose_23(X))
& object_2(fn_glucose_14(X),fn_glucose_23(X))
& has_region_2(fn_glucose_30(X),fn_glucose_29(X))
& is_inside_2(fn_glucose_18(X),fn_glucose_29(X))
& result_2(fn_glucose_5(X),fn_glucose_25(X))
& agent_2(fn_glucose_12(X),fn_glucose_23(X))
& agent_2(fn_glucose_12(X),fn_glucose_22(X))
& result_2(fn_glucose_11(X),fn_glucose_25(X))
& object_2(fn_glucose_11(X),fn_glucose_19(X))
& agent_2(fn_glucose_20(X),fn_glucose_24(X))
& result_2(fn_glucose_20(X),fn_glucose_25(X))
& agent_2(fn_glucose_5(X),fn_glucose_21(X))
& object_2(fn_glucose_5(X),fn_glucose_18(X))
& object_2(fn_glucose_17(X),fn_glucose_18(X))
& has_part_2(fn_glucose_21(X),fn_glucose_34(X))
& has_region_2(fn_glucose_21(X),fn_glucose_31(X))
& has_region_2(fn_glucose_21(X),fn_glucose_30(X))
& object_2(fn_glucose_9(X),fn_glucose_16(X))
& object_2(fn_glucose_9(X),fn_glucose_18(X))
& result_2(fn_glucose_9(X),fn_glucose_26(X))
& agent_2(fn_glucose_9(X),fn_glucose_24(X))
& agent_2(fn_glucose_9(X),fn_glucose_21(X))
& object_2(fn_glucose_14(X),fn_glucose_21(X))
& the_cardinal_value_2(fn_glucose_15(X),"3.44")
& cardinal_unit_class_2(fn_glucose_15(X),unity_0)
& electronegativity_2(fn_glucose_22(X),fn_glucose_15(X))
& the_cardinal_value_2(fn_glucose_13(X),"2.1")
& cardinal_unit_class_2(fn_glucose_13(X),unity_0)
& electronegativity_2(fn_glucose_23(X),fn_glucose_13(X))
& the_cardinal_value_2(fn_glucose_33(X),"3.44")
& cardinal_unit_class_2(fn_glucose_33(X),unity_0)
& electronegativity_2(fn_glucose_21(X),fn_glucose_33(X))
& fn_glucose_13(X) != fn_glucose_33(X)
& fn_glucose_15(X) != fn_glucose_13(X)
& fn_glucose_13(X) != fn_glucose_15(X)
& fn_glucose_33(X) != fn_glucose_13(X)
& is_between_2(fn_glucose_25(X),fn_glucose_22(X))
& agent_2(fn_glucose_20(X),fn_glucose_23(X))
& object_2(fn_glucose_20(X),fn_glucose_18(X))
& has_part_2(fn_glucose_21(X),fn_glucose_18(X))
& has_region_2(fn_glucose_21(X),fn_glucose_32(X))
& is_inside_2(fn_glucose_22(X),fn_glucose_28(X))
& agent_2(fn_glucose_10(X),fn_glucose_22(X))
& result_2(fn_glucose_10(X),fn_glucose_25(X))
& fn_glucose_23(X) != fn_glucose_22(X)
& fn_glucose_22(X) != fn_glucose_23(X)
& agent_2(fn_glucose_8(X),fn_glucose_21(X))
& has_part_2(fn_glucose_24(X),fn_glucose_16(X))
& agent_2(fn_glucose_8(X),fn_glucose_24(X))
& result_2(fn_glucose_8(X),fn_glucose_26(X))
& is_between_2(fn_glucose_26(X),fn_glucose_22(X))
& object_2(fn_glucose_14(X),fn_glucose_22(X))
& is_inside_2(fn_glucose_22(X),fn_glucose_27(X))
& has_part_2(fn_glucose_22(X),fn_glucose_19(X))
& fn_glucose_19(X) != fn_glucose_16(X)
& object_2(fn_glucose_8(X),fn_glucose_16(X))
& object_2(fn_glucose_8(X),fn_glucose_18(X))
& fn_glucose_16(X) != fn_glucose_19(X)
& is_inside_2(fn_glucose_23(X),fn_glucose_28(X))
& is_inside_2(fn_glucose_24(X),fn_glucose_27(X))
& has_part_2(X,fn_glucose_23(X))
& has_part_2(X,fn_glucose_22(X))
& is_between_2(fn_glucose_25(X),fn_glucose_23(X))
& fn_glucose_24(X) != fn_glucose_23(X)
& fn_glucose_23(X) != fn_glucose_24(X)
& fn_glucose_21(X) != fn_glucose_23(X)
& fn_glucose_23(X) != fn_glucose_21(X)
& possesses_2(X,fn_glucose_25(X))
& is_between_2(fn_glucose_25(X),fn_glucose_21(X))
& has_part_2(X,fn_glucose_21(X))
& has_part_2(X,fn_glucose_24(X))
& fn_glucose_24(X) != fn_glucose_22(X)
& fn_glucose_22(X) != fn_glucose_24(X)
& is_between_2(fn_glucose_26(X),fn_glucose_24(X))
& is_between_2(fn_glucose_26(X),fn_glucose_21(X))
& is_inside_2(fn_glucose_21(X),fn_glucose_27(X))
& has_region_2(X,fn_glucose_27(X))
& possesses_2(X,fn_glucose_26(X))
& has_region_2(X,fn_glucose_28(X))
& is_inside_2(fn_glucose_21(X),fn_glucose_28(X))
& fn_glucose_21(X) != fn_glucose_22(X)
& fn_glucose_24(X) != fn_glucose_21(X)
& fn_glucose_21(X) != fn_glucose_24(X)
& fn_glucose_22(X) != fn_glucose_21(X)
& is_inside_2(fn_glucose_34(X),fn_glucose_32(X))
& is_at_2(fn_glucose_32(X),fn_glucose_31(X))
& object_2(fn_glucose_35(X),fn_glucose_18(X))
& fn_glucose_18(X) != fn_glucose_16(X)
& is_near_2(fn_glucose_32(X),fn_glucose_18(X))
& is_near_2(fn_glucose_18(X),fn_glucose_32(X))
& fn_glucose_16(X) != fn_glucose_18(X)
& has_function_2(fn_glucose_25(X),fn_glucose_14(X))
& agent_2(fn_glucose_14(X),fn_glucose_25(X))
& result_2(fn_glucose_12(X),fn_glucose_25(X))
& object_2(fn_glucose_12(X),fn_glucose_19(X))
& fn_glucose_19(X) != fn_glucose_18(X)
& fn_glucose_18(X) != fn_glucose_19(X)
& object_2(fn_glucose_17(X),fn_glucose_16(X))
& object_2(fn_glucose_20(X),fn_glucose_16(X))
& result_2(fn_glucose_20(X),fn_glucose_26(X))
& object_2(fn_glucose_20(X),fn_glucose_19(X))
& agent_2(fn_glucose_35(X),fn_glucose_21(X))
& agent_2(fn_glucose_20(X),fn_glucose_22(X))
& agent_2(fn_glucose_35(X),fn_glucose_23(X))
& agent_2(fn_glucose_20(X),fn_glucose_21(X))
& fn_glucose_19(X) = fn_share_2(fn_glucose_10(X))
& fn_glucose_19(X) = fn_attract_1(fn_glucose_17(X))
& fn_glucose_23(X) = fn_share_3(fn_glucose_5(X))
& fn_glucose_23(X) = fn_share_1(fn_glucose_5(X))
& fn_glucose_23(X) = fn_share_3(fn_glucose_10(X))
& fn_glucose_23(X) = fn_share_1(fn_glucose_10(X))
& fn_glucose_23(X) = fn_hold_2(fn_glucose_14(X))
& fn_glucose_29(X) = fn_electron_shell_3(fn_glucose_30(X))
& fn_glucose_5(X) = fn_hydroxyl_group_5(fn_glucose_28(X))
& fn_glucose_12(X) = fn_hydroxyl_group_5(fn_glucose_28(X))
& fn_glucose_11(X) = fn_polar_covalent_bond_16(fn_glucose_25(X))
& fn_glucose_20(X) = fn_polar_covalent_bond_16(fn_glucose_25(X))
& fn_glucose_5(X) = fn_polar_covalent_bond_16(fn_glucose_25(X))
& fn_glucose_34(X) = fn_covalent_bond_4(fn_glucose_26(X))
& fn_glucose_31(X) = fn_carbohydrate_20(X)
& fn_glucose_30(X) = fn_carbohydrate_21(X)
& fn_glucose_9(X) = fn_carbonyl_group_5(fn_glucose_27(X))
& fn_glucose_7(X) = fn_monosaccharide_19(X)
& fn_glucose_6(X) = fn_monosaccharide_3(X)
& fn_glucose_36(X) = fn_monosaccharide_1(X)
& fn_glucose_15(X) = fn_monosaccharide_4(X)
& fn_glucose_13(X) = fn_polar_covalent_bond_1(fn_glucose_25(X))
& fn_glucose_13(X) = fn_monosaccharide_7(X)
& fn_glucose_33(X) = fn_polar_covalent_bond_2(fn_glucose_25(X))
& fn_glucose_33(X) = fn_monosaccharide_8(X)
& fn_glucose_32(X) = fn_carbohydrate_19(X)
& fn_glucose_32(X) = fn_hydroxyl_group_9(fn_glucose_28(X))
& fn_glucose_21(X) = fn_electron_shell_1(fn_glucose_30(X))
& fn_glucose_18(X) = fn_electron_shell_2(fn_glucose_30(X))
& fn_glucose_21(X) = fn_hydroxyl_group_4(fn_glucose_28(X))
& fn_glucose_18(X) = fn_share_2(fn_glucose_20(X))
& fn_glucose_18(X) = fn_hydroxyl_group_8(fn_glucose_28(X))
& fn_glucose_20(X) = fn_hydroxyl_group_5(fn_glucose_28(X))
& fn_glucose_10(X) = fn_hydroxyl_group_5(fn_glucose_28(X))
& fn_glucose_22(X) = fn_hydroxyl_group_4(fn_glucose_28(X))
& fn_glucose_14(X) = fn_carbonyl_group_10(fn_glucose_27(X))
& fn_glucose_26(X) = fn_carbonyl_group_8(fn_glucose_27(X))
& fn_glucose_18(X) = fn_carbonyl_group_6(fn_glucose_27(X))
& fn_glucose_8(X) = fn_carbonyl_group_5(fn_glucose_27(X))
& fn_glucose_19(X) = fn_carbonyl_group_4(fn_glucose_27(X))
& fn_glucose_16(X) = fn_carbonyl_group_13(fn_glucose_27(X))
& fn_glucose_16(X) = fn_carbonyl_group_4(fn_glucose_27(X))
& fn_glucose_19(X) = fn_carbonyl_group_6(fn_glucose_27(X))
& fn_glucose_22(X) = fn_carbonyl_group_9(fn_glucose_27(X))
& fn_glucose_22(X) = fn_aldose_9(X)
& fn_glucose_23(X) = fn_monosaccharide_9(X)
& fn_glucose_25(X) = fn_hydroxyl_group_7(fn_glucose_28(X))
& fn_glucose_23(X) = fn_hydroxyl_group_6(fn_glucose_28(X))
& fn_glucose_23(X) = fn_aldose_3(X)
& fn_glucose_21(X) = fn_polar_covalent_bond_19(fn_glucose_25(X))
& fn_glucose_25(X) = fn_aldose_8(X)
& X = fn_functional_group_1(fn_glucose_27(X))
& fn_glucose_27(X) = fn_aldehyde_10(X)
& fn_glucose_21(X) = fn_carbohydrate_39(X)
& fn_glucose_27(X) = fn_carbohydrate_34(X)
& fn_glucose_27(X) = fn_monosaccharide_17(X)
& fn_glucose_27(X) = fn_aldose_6(X)
& fn_glucose_21(X) = fn_covalent_bond_19(fn_glucose_26(X))
& fn_glucose_26(X) = fn_monosaccharide_16(X)
& fn_glucose_26(X) = fn_aldose_7(X)
& fn_glucose_22(X) = fn_monosaccharide_13(X)
& fn_glucose_22(X) = fn_aldose_4(X)
& fn_glucose_21(X) = fn_aldose_9(X)
& fn_glucose_21(X) = fn_polar_covalent_bond_18(fn_glucose_25(X))
& fn_glucose_24(X) = fn_polar_covalent_bond_19(fn_glucose_25(X))
& fn_glucose_21(X) = fn_covalent_bond_20(fn_glucose_26(X))
& fn_glucose_24(X) = fn_covalent_bond_19(fn_glucose_26(X))
& fn_glucose_21(X) = fn_carbonyl_group_9(fn_glucose_27(X))
& fn_glucose_24(X) = fn_carbonyl_group_7(fn_glucose_27(X))
& fn_glucose_21(X) = fn_monosaccharide_13(X)
& fn_glucose_24(X) = fn_monosaccharide_5(X)
& fn_glucose_24(X) = fn_aldose_10(X)
& fn_glucose_21(X) = fn_monosaccharide_18(X)
& fn_glucose_21(X) = fn_aldose_4(X)
& X = fn_functional_group_1(fn_glucose_28(X))
& fn_glucose_28(X) = fn_monosaccharide_10(X)
& fn_glucose_28(X) = fn_aldose_5(X)
& fn_glucose_34(X) = fn_polar_covalent_bond_5(fn_glucose_25(X))
& fn_glucose_31(X) = fn_polar_covalent_bond_23(fn_glucose_25(X))
& fn_glucose_31(X) = fn_covalent_bond_21(fn_glucose_26(X))
& fn_glucose_31(X) = fn_polar_covalent_bond_21(fn_glucose_25(X))
& fn_glucose_18(X) = fn_share_2(fn_glucose_35(X))
& fn_glucose_35(X) = fn_polar_covalent_bond_16(fn_glucose_25(X))
& fn_glucose_16(X) = fn_polar_covalent_bond_12(fn_glucose_25(X))
& fn_glucose_32(X) = fn_covalent_bond_24(fn_glucose_26(X))
& fn_glucose_18(X) = fn_covalent_bond_15(fn_glucose_26(X))
& fn_glucose_18(X) = fn_polar_covalent_bond_12(fn_glucose_25(X))
& fn_glucose_32(X) = fn_polar_covalent_bond_14(fn_glucose_25(X))
& fn_glucose_18(X) = fn_covalent_bond_18(fn_glucose_26(X))
& fn_glucose_32(X) = fn_covalent_bond_22(fn_glucose_26(X))
& fn_glucose_32(X) = fn_polar_covalent_bond_13(fn_glucose_25(X))
& fn_glucose_18(X) = fn_polar_covalent_bond_11(fn_glucose_25(X))
& fn_glucose_19(X) = fn_polar_covalent_bond_12(fn_glucose_25(X))
& fn_glucose_12(X) = fn_polar_covalent_bond_16(fn_glucose_25(X))
& fn_glucose_14(X) = fn_polar_covalent_bond_17(fn_glucose_25(X))
& fn_glucose_21(X) = fn_share_1(fn_glucose_20(X))
& fn_glucose_23(X) = fn_share_3(fn_glucose_35(X))
& fn_glucose_22(X) = fn_share_3(fn_glucose_20(X))
& fn_glucose_21(X) = fn_share_1(fn_glucose_35(X))
& fn_glucose_17(X) = fn_covalent_bond_10(fn_glucose_26(X))
& fn_glucose_16(X) = fn_covalent_bond_18(fn_glucose_26(X))
& fn_glucose_20(X) = fn_covalent_bond_17(fn_glucose_26(X))
& fn_glucose_19(X) = fn_covalent_bond_15(fn_glucose_26(X))
& fn_polar_covalent_bond_16(fn_glucose_25(X)) = fn_monosaccharide_7(X)
& fn_monosaccharide_7(X) = fn_monosaccharide_7(X)
& fn_monosaccharide_7(X) = fn_polar_covalent_bond_1(fn_glucose_25(X))
& fn_polar_covalent_bond_1(fn_glucose_25(X)) = fn_monosaccharide_7(X)
& fn_monosaccharide_7(X) = fn_monosaccharide_8(X)
& fn_monosaccharide_8(X) = fn_monosaccharide_8(X)
& fn_monosaccharide_8(X) = fn_polar_covalent_bond_2(fn_glucose_25(X))
& fn_polar_covalent_bond_2(fn_glucose_25(X)) = fn_monosaccharide_8(X)
& fn_monosaccharide_8(X) = fn_aldehyde_10(X)
& fn_aldehyde_10(X) = fn_carbohydrate_34(X)
& fn_carbohydrate_34(X) = fn_carbohydrate_34(X)
& fn_monosaccharide_17(X) = fn_carbohydrate_34(X)
& fn_carbohydrate_34(X) = fn_monosaccharide_17(X)
& fn_monosaccharide_17(X) = fn_monosaccharide_17(X)
& fn_aldose_6(X) = fn_monosaccharide_17(X)
& fn_monosaccharide_17(X) = fn_aldose_6(X)
& fn_aldose_6(X) = fn_polar_covalent_bond_19(fn_glucose_25(X))
& fn_covalent_bond_19(fn_glucose_26(X)) = fn_polar_covalent_bond_19(fn_glucose_25(X))
& fn_polar_covalent_bond_19(fn_glucose_25(X)) = fn_covalent_bond_19(fn_glucose_26(X))
& fn_monosaccharide_5(X) = fn_covalent_bond_19(fn_glucose_26(X))
& fn_covalent_bond_19(fn_glucose_26(X)) = fn_monosaccharide_5(X)
& fn_monosaccharide_5(X) = fn_monosaccharide_5(X)
& fn_carbonyl_group_7(fn_glucose_27(X)) = fn_monosaccharide_5(X)
& fn_monosaccharide_5(X) = fn_carbonyl_group_7(fn_glucose_27(X))
& fn_carbonyl_group_7(fn_glucose_27(X)) = fn_carbonyl_group_7(fn_glucose_27(X))
& fn_aldose_10(X) = fn_aldose_10(X)
& fn_aldose_10(X) = fn_carbonyl_group_7(fn_glucose_27(X))
& fn_carbonyl_group_7(fn_glucose_27(X)) = fn_aldose_10(X)
& fn_aldose_10(X) = fn_aldose_5(X)
& fn_aldose_5(X) = fn_monosaccharide_10(X)
& fn_monosaccharide_10(X) = fn_aldose_5(X)
& fn_aldose_5(X) = fn_covalent_bond_4(fn_glucose_26(X))
& fn_covalent_bond_4(fn_glucose_26(X)) = fn_polar_covalent_bond_5(fn_glucose_25(X))
& fn_polar_covalent_bond_5(fn_glucose_25(X)) = fn_polar_covalent_bond_23(fn_glucose_25(X))
& fn_polar_covalent_bond_23(fn_glucose_25(X)) = fn_covalent_bond_21(fn_glucose_26(X))
& fn_carbohydrate_20(X) = fn_covalent_bond_21(fn_glucose_26(X))
& fn_covalent_bond_21(fn_glucose_26(X)) = fn_carbohydrate_20(X)
& fn_carbohydrate_20(X) = fn_polar_covalent_bond_21(fn_glucose_25(X))
& fn_polar_covalent_bond_21(fn_glucose_25(X)) = fn_polar_covalent_bond_14(fn_glucose_25(X))
& fn_covalent_bond_22(fn_glucose_26(X)) = fn_polar_covalent_bond_14(fn_glucose_25(X))
& fn_polar_covalent_bond_14(fn_glucose_25(X)) = fn_covalent_bond_22(fn_glucose_26(X))
& fn_covalent_bond_22(fn_glucose_26(X)) = fn_covalent_bond_22(fn_glucose_26(X))
& fn_covalent_bond_24(fn_glucose_26(X)) = fn_covalent_bond_22(fn_glucose_26(X))
& fn_covalent_bond_22(fn_glucose_26(X)) = fn_covalent_bond_24(fn_glucose_26(X))
& fn_carbohydrate_19(X) = fn_covalent_bond_24(fn_glucose_26(X))
& fn_covalent_bond_24(fn_glucose_26(X)) = fn_carbohydrate_19(X)
& fn_carbohydrate_19(X) = fn_hydroxyl_group_9(fn_glucose_28(X))
& fn_hydroxyl_group_9(fn_glucose_28(X)) = fn_hydroxyl_group_9(fn_glucose_28(X))
& fn_hydroxyl_group_9(fn_glucose_28(X)) = fn_polar_covalent_bond_13(fn_glucose_25(X))
& fn_polar_covalent_bond_13(fn_glucose_25(X)) = fn_polar_covalent_bond_13(fn_glucose_25(X))
& fn_polar_covalent_bond_13(fn_glucose_25(X)) = fn_electron_shell_2(fn_glucose_30(X))
& fn_electron_shell_2(fn_glucose_30(X)) = fn_electron_shell_2(fn_glucose_30(X))
& fn_electron_shell_2(fn_glucose_30(X)) = fn_share_2(fn_glucose_20(X))
& fn_share_2(fn_glucose_20(X)) = fn_share_2(fn_glucose_35(X))
& fn_share_2(fn_glucose_35(X)) = fn_electron_shell_2(fn_glucose_30(X))
& fn_polar_covalent_bond_12(fn_glucose_25(X)) = fn_electron_shell_2(fn_glucose_30(X))
& fn_electron_shell_2(fn_glucose_30(X)) = fn_polar_covalent_bond_12(fn_glucose_25(X))
& fn_covalent_bond_18(fn_glucose_26(X)) = fn_polar_covalent_bond_12(fn_glucose_25(X))
& fn_covalent_bond_18(fn_glucose_26(X)) = fn_covalent_bond_15(fn_glucose_26(X))
& fn_covalent_bond_15(fn_glucose_26(X)) = fn_covalent_bond_18(fn_glucose_26(X))
& fn_covalent_bond_18(fn_glucose_26(X)) = fn_hydroxyl_group_8(fn_glucose_28(X))
& fn_hydroxyl_group_8(fn_glucose_28(X)) = fn_covalent_bond_15(fn_glucose_26(X))
& fn_covalent_bond_15(fn_glucose_26(X)) = fn_carbonyl_group_6(fn_glucose_27(X))
& fn_carbonyl_group_6(fn_glucose_27(X)) = fn_hydroxyl_group_8(fn_glucose_28(X))
& fn_hydroxyl_group_8(fn_glucose_28(X)) = fn_hydroxyl_group_8(fn_glucose_28(X))
& fn_hydroxyl_group_8(fn_glucose_28(X)) = fn_carbonyl_group_6(fn_glucose_27(X))
& fn_carbonyl_group_6(fn_glucose_27(X)) = fn_polar_covalent_bond_11(fn_glucose_25(X))
& fn_polar_covalent_bond_11(fn_glucose_25(X)) = fn_polar_covalent_bond_11(fn_glucose_25(X))
& fn_polar_covalent_bond_11(fn_glucose_25(X)) = fn_hydroxyl_group_5(fn_glucose_28(X))
& fn_hydroxyl_group_5(fn_glucose_28(X)) = fn_polar_covalent_bond_16(fn_glucose_25(X))
& fn_polar_covalent_bond_16(fn_glucose_25(X)) = fn_carbonyl_group_10(fn_glucose_27(X))
& fn_carbonyl_group_10(fn_glucose_27(X)) = fn_carbonyl_group_10(fn_glucose_27(X))
& fn_carbonyl_group_10(fn_glucose_27(X)) = fn_polar_covalent_bond_17(fn_glucose_25(X))
& fn_polar_covalent_bond_17(fn_glucose_25(X)) = fn_polar_covalent_bond_17(fn_glucose_25(X))
& fn_polar_covalent_bond_17(fn_glucose_25(X)) = fn_hydroxyl_group_7(fn_glucose_28(X))
& fn_hydroxyl_group_7(fn_glucose_28(X)) = fn_hydroxyl_group_7(fn_glucose_28(X))
& fn_hydroxyl_group_7(fn_glucose_28(X)) = fn_aldose_8(X)
& fn_aldose_8(X) = fn_aldose_8(X)
& fn_aldose_8(X) = fn_share_1(fn_glucose_5(X))
& fn_share_1(fn_glucose_5(X)) = fn_share_1(fn_glucose_10(X))
& fn_share_1(fn_glucose_10(X)) = fn_hold_2(fn_glucose_14(X))
& fn_hold_2(fn_glucose_14(X)) = fn_hold_2(fn_glucose_14(X))
& fn_hold_2(fn_glucose_14(X)) = fn_monosaccharide_9(X)
& fn_hydroxyl_group_6(fn_glucose_28(X)) = fn_monosaccharide_9(X)
& fn_monosaccharide_9(X) = fn_monosaccharide_9(X)
& fn_monosaccharide_9(X) = fn_hydroxyl_group_6(fn_glucose_28(X))
& fn_hydroxyl_group_6(fn_glucose_28(X)) = fn_hydroxyl_group_6(fn_glucose_28(X))
& fn_aldose_3(X) = fn_hydroxyl_group_6(fn_glucose_28(X))
& fn_hydroxyl_group_6(fn_glucose_28(X)) = fn_aldose_3(X)
& fn_aldose_3(X) = fn_share_3(fn_glucose_5(X))
& fn_share_3(fn_glucose_5(X)) = fn_share_3(fn_glucose_10(X))
& fn_share_3(fn_glucose_10(X)) = fn_aldose_3(X)
& fn_aldose_3(X) = fn_aldose_3(X)
& fn_aldose_3(X) = fn_share_3(fn_glucose_35(X))
& fn_share_3(fn_glucose_35(X)) = fn_hydroxyl_group_4(fn_glucose_28(X))
& fn_hydroxyl_group_4(fn_glucose_28(X)) = fn_monosaccharide_13(X)
& fn_monosaccharide_13(X) = fn_hydroxyl_group_4(fn_glucose_28(X))
& fn_aldose_4(X) = fn_share_3(fn_glucose_20(X))
& fn_share_3(fn_glucose_20(X)) = fn_electron_shell_1(fn_glucose_30(X))
& fn_polar_covalent_bond_19(fn_glucose_25(X)) = fn_electron_shell_1(fn_glucose_30(X))
& fn_electron_shell_1(fn_glucose_30(X)) = fn_polar_covalent_bond_19(fn_glucose_25(X))
& fn_polar_covalent_bond_18(fn_glucose_25(X)) = fn_polar_covalent_bond_19(fn_glucose_25(X))
& fn_polar_covalent_bond_19(fn_glucose_25(X)) = fn_polar_covalent_bond_19(fn_glucose_25(X))
& fn_polar_covalent_bond_19(fn_glucose_25(X)) = fn_polar_covalent_bond_18(fn_glucose_25(X))
& fn_covalent_bond_19(fn_glucose_26(X)) = fn_polar_covalent_bond_18(fn_glucose_25(X))
& fn_polar_covalent_bond_18(fn_glucose_25(X)) = fn_polar_covalent_bond_18(fn_glucose_25(X))
& fn_polar_covalent_bond_18(fn_glucose_25(X)) = fn_covalent_bond_19(fn_glucose_26(X))
& fn_covalent_bond_19(fn_glucose_26(X)) = fn_covalent_bond_19(fn_glucose_26(X))
& fn_covalent_bond_20(fn_glucose_26(X)) = fn_covalent_bond_19(fn_glucose_26(X))
& fn_covalent_bond_19(fn_glucose_26(X)) = fn_covalent_bond_20(fn_glucose_26(X))
& fn_carbohydrate_39(X) = fn_covalent_bond_20(fn_glucose_26(X))
& fn_covalent_bond_20(fn_glucose_26(X)) = fn_covalent_bond_20(fn_glucose_26(X))
& fn_covalent_bond_20(fn_glucose_26(X)) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_monosaccharide_13(X)
& fn_monosaccharide_18(X) = fn_monosaccharide_13(X)
& fn_monosaccharide_13(X) = fn_monosaccharide_13(X)
& fn_monosaccharide_13(X) = fn_monosaccharide_18(X)
& fn_monosaccharide_18(X) = fn_hydroxyl_group_4(fn_glucose_28(X))
& fn_hydroxyl_group_4(fn_glucose_28(X)) = fn_monosaccharide_18(X)
& fn_monosaccharide_18(X) = fn_monosaccharide_18(X)
& fn_monosaccharide_18(X) = fn_carbonyl_group_9(fn_glucose_27(X))
& fn_carbonyl_group_9(fn_glucose_27(X)) = fn_hydroxyl_group_4(fn_glucose_28(X))
& fn_hydroxyl_group_4(fn_glucose_28(X)) = fn_hydroxyl_group_4(fn_glucose_28(X))
& fn_hydroxyl_group_4(fn_glucose_28(X)) = fn_carbonyl_group_9(fn_glucose_27(X))
& fn_carbonyl_group_9(fn_glucose_27(X)) = fn_carbonyl_group_9(fn_glucose_27(X))
& fn_aldose_9(X) = fn_carbonyl_group_9(fn_glucose_27(X))
& fn_carbonyl_group_9(fn_glucose_27(X)) = fn_aldose_9(X)
& fn_aldose_4(X) = fn_aldose_9(X)
& fn_aldose_9(X) = fn_aldose_9(X)
& fn_aldose_9(X) = fn_aldose_4(X)
& fn_aldose_4(X) = fn_aldose_4(X)
& fn_aldose_4(X) = fn_share_1(fn_glucose_20(X))
& fn_share_1(fn_glucose_20(X)) = fn_share_1(fn_glucose_35(X))
& fn_share_1(fn_glucose_35(X)) = fn_carbonyl_group_4(fn_glucose_27(X))
& fn_carbonyl_group_4(fn_glucose_27(X)) = fn_carbonyl_group_13(fn_glucose_27(X))
& fn_carbonyl_group_13(fn_glucose_27(X)) = fn_carbonyl_group_4(fn_glucose_27(X))
& fn_carbonyl_group_4(fn_glucose_27(X)) = fn_polar_covalent_bond_12(fn_glucose_25(X))
& fn_polar_covalent_bond_12(fn_glucose_25(X)) = fn_covalent_bond_18(fn_glucose_26(X))
& fn_covalent_bond_18(fn_glucose_26(X)) = fn_covalent_bond_18(fn_glucose_26(X))
& fn_covalent_bond_18(fn_glucose_26(X)) = fn_carbonyl_group_8(fn_glucose_27(X))
& fn_carbonyl_group_8(fn_glucose_27(X)) = fn_monosaccharide_16(X)
& fn_monosaccharide_16(X) = fn_carbonyl_group_8(fn_glucose_27(X))
& fn_carbonyl_group_8(fn_glucose_27(X)) = fn_carbonyl_group_8(fn_glucose_27(X))
& fn_carbonyl_group_8(fn_glucose_27(X)) = fn_aldose_7(X)
& fn_aldose_7(X) = fn_aldose_7(X)
& fn_aldose_7(X) = fn_share_2(fn_glucose_10(X))
& fn_share_2(fn_glucose_10(X)) = fn_attract_1(fn_glucose_17(X))
& fn_attract_1(fn_glucose_17(X)) = fn_attract_1(fn_glucose_17(X))
& fn_attract_1(fn_glucose_17(X)) = fn_carbonyl_group_4(fn_glucose_27(X))
& fn_carbonyl_group_4(fn_glucose_27(X)) = fn_carbonyl_group_4(fn_glucose_27(X))
& fn_carbonyl_group_4(fn_glucose_27(X)) = fn_carbonyl_group_6(fn_glucose_27(X))
& fn_polar_covalent_bond_12(fn_glucose_25(X)) = fn_carbonyl_group_6(fn_glucose_27(X))
& fn_carbonyl_group_6(fn_glucose_27(X)) = fn_carbonyl_group_6(fn_glucose_27(X))
& fn_carbonyl_group_6(fn_glucose_27(X)) = fn_polar_covalent_bond_12(fn_glucose_25(X))
& fn_polar_covalent_bond_12(fn_glucose_25(X)) = fn_polar_covalent_bond_12(fn_glucose_25(X))
& fn_polar_covalent_bond_12(fn_glucose_25(X)) = fn_covalent_bond_15(fn_glucose_26(X))
& fn_covalent_bond_15(fn_glucose_26(X)) = fn_polar_covalent_bond_16(fn_glucose_25(X))
& fn_polar_covalent_bond_16(fn_glucose_25(X)) = fn_polar_covalent_bond_16(fn_glucose_25(X))
& fn_polar_covalent_bond_16(fn_glucose_25(X)) = fn_hydroxyl_group_5(fn_glucose_28(X))
& fn_hydroxyl_group_5(fn_glucose_28(X)) = fn_hydroxyl_group_5(fn_glucose_28(X))
& fn_hydroxyl_group_5(fn_glucose_28(X)) = fn_covalent_bond_17(fn_glucose_26(X))
& fn_covalent_bond_17(fn_glucose_26(X)) = fn_covalent_bond_17(fn_glucose_26(X))
& fn_functional_group_1(fn_glucose_27(X)) = fn_functional_group_1(fn_glucose_28(X)) ) ) ).
fof(a529924,axiom,
! [X] :
( glucose_1_phosphate_1(X)
=> ( original_name_2(X,'Glucose-1-Phosphate')
& user_description_2(X,'An ion constituting both glucose and phosphate.')
& concept2words_2(X,'glucose 1 phosphate')
& concept2words_2(X,'glucose-1-phosphate')
& phosphorylated_intermediate_1(X)
& structural_complexity_value_1(fn_glucose_1_phosphate_2(X))
& nutrient_1(fn_glucose_1_phosphate_3(X))
& oxygen_1(fn_glucose_1_phosphate_4(X))
& entity_1(fn_glucose_1_phosphate_4(X))
& chemical_entity_1(fn_glucose_1_phosphate_4(X))
& atom_1(fn_glucose_1_phosphate_4(X))
& entity_1(fn_glucose_1_phosphate_5(X))
& chemical_entity_1(fn_glucose_1_phosphate_5(X))
& atom_1(fn_glucose_1_phosphate_5(X))
& oxygen_1(fn_glucose_1_phosphate_5(X))
& single_bond_1(fn_glucose_1_phosphate_6(X))
& entity_1(fn_covalent_bond_20(fn_glucose_1_phosphate_6(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_glucose_1_phosphate_6(X)))
& atom_1(fn_covalent_bond_20(fn_glucose_1_phosphate_6(X)))
& entity_1(fn_covalent_bond_19(fn_glucose_1_phosphate_6(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_glucose_1_phosphate_6(X)))
& atom_1(fn_covalent_bond_19(fn_glucose_1_phosphate_6(X)))
& structural_complexity_2(X,fn_glucose_1_phosphate_2(X))
& plays_2(X,fn_glucose_1_phosphate_3(X))
& the_scalar_value_2(fn_glucose_1_phosphate_2(X),complex_0)
& scalar_unit_class_2(fn_glucose_1_phosphate_2(X),chemical_entity_0)
& is_between_2(fn_glucose_1_phosphate_6(X),fn_glucose_1_phosphate_5(X))
& possesses_2(X,fn_glucose_1_phosphate_6(X))
& is_between_2(fn_glucose_1_phosphate_6(X),fn_glucose_1_phosphate_4(X))
& has_part_2(X,fn_glucose_1_phosphate_5(X))
& has_part_2(X,fn_glucose_1_phosphate_4(X))
& fn_glucose_1_phosphate_5(X) != fn_glucose_1_phosphate_4(X)
& fn_glucose_1_phosphate_4(X) != fn_glucose_1_phosphate_5(X)
& fn_glucose_1_phosphate_5(X) = fn_covalent_bond_20(fn_glucose_1_phosphate_6(X))
& fn_glucose_1_phosphate_5(X) = fn_covalent_bond_19(fn_glucose_1_phosphate_6(X))
& fn_glucose_1_phosphate_4(X) = fn_molecule_11(X)
& fn_glucose_1_phosphate_6(X) = fn_molecule_10(X)
& fn_glucose_1_phosphate_5(X) = fn_phosphorylated_intermediate_7(X)
& fn_glucose_1_phosphate_4(X) = fn_phosphorylated_intermediate_5(X)
& fn_covalent_bond_20(fn_glucose_1_phosphate_6(X)) = fn_covalent_bond_19(fn_glucose_1_phosphate_6(X))
& fn_covalent_bond_19(fn_glucose_1_phosphate_6(X)) = fn_covalent_bond_19(fn_glucose_1_phosphate_6(X))
& fn_covalent_bond_19(fn_glucose_1_phosphate_6(X)) = fn_phosphorylated_intermediate_7(X)
& fn_phosphorylated_intermediate_7(X) = fn_phosphorylated_intermediate_7(X)
& fn_phosphorylated_intermediate_7(X) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_phosphorylated_intermediate_5(X)
& fn_phosphorylated_intermediate_5(X) = fn_phosphorylated_intermediate_5(X) ) ) ).
fof(a529925,axiom,
! [X] :
( glucose_6_phosphate_1(X)
=> ( original_name_2(X,'Glucose-6-Phosphate')
& user_description_2(X,'Glucose 6-phosphate is glucose sugar phosphorylated on carbon 6.')
& concept2words_2(X,'robison ester')
& concept2words_2(X,'robison-ester')
& concept2words_2(X,'glucose 6 phosphate')
& concept2words_2(X,'glucose-6-phosphate')
& phosphorylated_intermediate_1(X)
& structural_complexity_value_1(fn_glucose_6_phosphate_2(X))
& end_1(fn_glucose_6_phosphate_3(X))
& chemical_stability_value_1(fn_glucose_6_phosphate_4(X))
& chemical_stability_value_1(fn_glucose_6_phosphate_5(X))
& unequal_sharing_1(fn_glucose_6_phosphate_8(X))
& share_1(fn_glucose_6_phosphate_8(X))
& fructose_6_phosphate_1(fn_glucose_6_phosphate_9(X))
& chemical_bond_1(fn_glucose_6_phosphate_10(X))
& double_bond_1(fn_glucose_6_phosphate_10(X))
& single_bond_1(fn_glucose_6_phosphate_11(X))
& entity_1(fn_glucose_6_phosphate_12(X))
& chemical_entity_1(fn_glucose_6_phosphate_12(X))
& atom_1(fn_glucose_6_phosphate_12(X))
& phosphorus_1(fn_glucose_6_phosphate_12(X))
& functional_group_1(fn_glucose_6_phosphate_13(X))
& phosphate_group_1(fn_glucose_6_phosphate_13(X))
& carbon_skeleton_1(fn_glucose_6_phosphate_14(X))
& carbonyl_group_1(fn_glucose_6_phosphate_15(X))
& polar_covalent_bond_1(fn_glucose_6_phosphate_16(X))
& entity_1(fn_glucose_6_phosphate_17(X))
& chemical_entity_1(fn_glucose_6_phosphate_17(X))
& atom_1(fn_glucose_6_phosphate_17(X))
& carbon_1(fn_glucose_6_phosphate_17(X))
& quantity_value_1(fn_glucose_6_phosphate_18(X))
& speed_value_1(fn_glucose_6_phosphate_19(X))
& constant_motion_1(fn_glucose_6_phosphate_20(X))
& kinetic_energy_1(fn_glucose_6_phosphate_21(X))
& molecule_1(fn_glucose_6_phosphate_24(X))
& phosphorylation_1(fn_glucose_6_phosphate_25(X))
& glucose_1(fn_glucose_6_phosphate_26(X))
& double_bond_1(fn_carbonyl_group_8(fn_glucose_6_phosphate_15(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_glucose_6_phosphate_16(X)))
& share_1(fn_carbonyl_group_5(fn_glucose_6_phosphate_15(X)))
& entity_1(fn_covalent_bond_20(fn_glucose_6_phosphate_11(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_glucose_6_phosphate_11(X)))
& atom_1(fn_covalent_bond_20(fn_glucose_6_phosphate_11(X)))
& entity_1(fn_covalent_bond_19(fn_glucose_6_phosphate_11(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_glucose_6_phosphate_11(X)))
& atom_1(fn_covalent_bond_19(fn_glucose_6_phosphate_11(X)))
& entity_1(fn_carbonyl_group_7(fn_glucose_6_phosphate_15(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_glucose_6_phosphate_15(X)))
& atom_1(fn_carbonyl_group_7(fn_glucose_6_phosphate_15(X)))
& carbon_1(fn_carbonyl_group_7(fn_glucose_6_phosphate_15(X)))
& chemical_entity_1(fn_functional_group_1(fn_glucose_6_phosphate_15(X)))
& glucose_6_phosphate_1(fn_fructose_6_phosphate_36(fn_glucose_6_phosphate_9(X)))
& the_scalar_value_2(fn_glucose_6_phosphate_2(X),complex_0)
& scalar_unit_class_2(fn_glucose_6_phosphate_2(X),chemical_entity_0)
& is_at_2(fn_glucose_6_phosphate_3(X),fn_glucose_6_phosphate_14(X))
& is_at_2(fn_glucose_6_phosphate_15(X),fn_glucose_6_phosphate_3(X))
& the_categorical_value_2(fn_glucose_6_phosphate_4(X),stable_0)
& greater_than_or_equal_to_2(fn_glucose_6_phosphate_4(X),fn_glucose_6_phosphate_5(X))
& greater_than_2(fn_glucose_6_phosphate_4(X),fn_glucose_6_phosphate_5(X))
& the_categorical_value_2(fn_glucose_6_phosphate_5(X),unstable_0)
& structural_complexity_2(X,fn_glucose_6_phosphate_2(X))
& possesses_2(X,fn_glucose_6_phosphate_16(X))
& possesses_2(X,fn_glucose_6_phosphate_11(X))
& has_region_2(X,fn_glucose_6_phosphate_3(X))
& chemical_stability_2(X,fn_glucose_6_phosphate_5(X))
& is_between_2(fn_glucose_6_phosphate_11(X),fn_glucose_6_phosphate_12(X))
& has_state_2(fn_glucose_6_phosphate_26(X),X)
& raw_material_2(fn_glucose_6_phosphate_25(X),fn_glucose_6_phosphate_26(X))
& possesses_2(X,fn_glucose_6_phosphate_10(X))
& is_between_2(fn_glucose_6_phosphate_10(X),fn_glucose_6_phosphate_12(X))
& result_2(fn_glucose_6_phosphate_8(X),fn_glucose_6_phosphate_16(X))
& has_region_2(X,fn_glucose_6_phosphate_15(X))
& has_isomer_2(X,fn_glucose_6_phosphate_9(X))
& has_state_2(X,fn_glucose_6_phosphate_9(X))
& is_inside_2(fn_glucose_6_phosphate_17(X),fn_glucose_6_phosphate_15(X))
& agent_2(fn_glucose_6_phosphate_8(X),fn_glucose_6_phosphate_17(X))
& result_2(fn_glucose_6_phosphate_8(X),fn_glucose_6_phosphate_10(X))
& is_between_2(fn_glucose_6_phosphate_10(X),fn_glucose_6_phosphate_17(X))
& directly_proportional_2(fn_glucose_6_phosphate_19(X),fn_glucose_6_phosphate_18(X))
& speed_2(fn_glucose_6_phosphate_20(X),fn_glucose_6_phosphate_19(X))
& object_2(fn_glucose_6_phosphate_20(X),X)
& has_region_2(X,fn_glucose_6_phosphate_13(X))
& result_2(fn_glucose_6_phosphate_25(X),X)
& raw_material_2(fn_glucose_6_phosphate_25(X),fn_glucose_6_phosphate_24(X))
& fn_glucose_6_phosphate_24(X) != X
& possesses_2(X,fn_glucose_6_phosphate_21(X))
& quantity_2(fn_glucose_6_phosphate_21(X),fn_glucose_6_phosphate_18(X))
& X != fn_glucose_6_phosphate_24(X)
& has_part_2(X,fn_glucose_6_phosphate_17(X))
& is_inside_2(fn_glucose_6_phosphate_17(X),fn_glucose_6_phosphate_14(X))
& has_region_2(X,fn_glucose_6_phosphate_14(X))
& has_part_2(X,fn_glucose_6_phosphate_12(X))
& is_inside_2(fn_glucose_6_phosphate_12(X),fn_glucose_6_phosphate_13(X))
& fn_glucose_6_phosphate_12(X) = fn_covalent_bond_20(fn_glucose_6_phosphate_11(X))
& fn_glucose_6_phosphate_12(X) = fn_covalent_bond_19(fn_glucose_6_phosphate_11(X))
& fn_glucose_6_phosphate_26(X) = fn_phosphorylated_intermediate_1(X)
& fn_glucose_6_phosphate_12(X) = fn_molecule_11(X)
& fn_glucose_6_phosphate_10(X) = fn_molecule_10(X)
& fn_glucose_6_phosphate_8(X) = fn_polar_covalent_bond_16(fn_glucose_6_phosphate_16(X))
& X = fn_functional_group_1(fn_glucose_6_phosphate_15(X))
& X = fn_fructose_6_phosphate_36(fn_glucose_6_phosphate_9(X))
& fn_glucose_6_phosphate_10(X) = fn_carbonyl_group_8(fn_glucose_6_phosphate_15(X))
& fn_glucose_6_phosphate_8(X) = fn_carbonyl_group_5(fn_glucose_6_phosphate_15(X))
& fn_glucose_6_phosphate_17(X) = fn_carbonyl_group_7(fn_glucose_6_phosphate_15(X))
& fn_glucose_6_phosphate_22(X) = fn_phosphorylated_intermediate_15(X)
& fn_glucose_6_phosphate_23(X) = fn_phosphorylated_intermediate_14(X)
& fn_glucose_6_phosphate_20(X) = fn_phosphorylated_intermediate_9(X)
& fn_glucose_6_phosphate_19(X) = fn_phosphorylated_intermediate_12(X)
& fn_glucose_6_phosphate_18(X) = fn_phosphorylated_intermediate_13(X)
& fn_glucose_6_phosphate_21(X) = fn_phosphorylated_intermediate_4(X)
& fn_glucose_6_phosphate_24(X) = fn_phosphorylated_intermediate_3(X)
& fn_glucose_6_phosphate_25(X) = fn_phosphorylated_intermediate_2(X)
& fn_glucose_6_phosphate_13(X) = fn_phosphorylated_intermediate_11(X)
& fn_glucose_6_phosphate_12(X) = fn_phosphorylated_intermediate_6(X)
& fn_glucose_6_phosphate_14(X) = fn_phosphorylated_intermediate_10(X)
& fn_glucose_6_phosphate_17(X) = fn_molecule_7(X)
& fn_glucose_6_phosphate_17(X) = fn_phosphorylated_intermediate_8(X)
& fn_molecule_10(X) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_carbonyl_group_8(fn_glucose_6_phosphate_15(X))
& fn_carbonyl_group_8(fn_glucose_6_phosphate_15(X)) = fn_carbonyl_group_8(fn_glucose_6_phosphate_15(X))
& fn_carbonyl_group_8(fn_glucose_6_phosphate_15(X)) = fn_polar_covalent_bond_16(fn_glucose_6_phosphate_16(X))
& fn_polar_covalent_bond_16(fn_glucose_6_phosphate_16(X)) = fn_carbonyl_group_5(fn_glucose_6_phosphate_15(X))
& fn_carbonyl_group_5(fn_glucose_6_phosphate_15(X)) = fn_carbonyl_group_5(fn_glucose_6_phosphate_15(X))
& fn_carbonyl_group_5(fn_glucose_6_phosphate_15(X)) = fn_covalent_bond_20(fn_glucose_6_phosphate_11(X))
& fn_covalent_bond_20(fn_glucose_6_phosphate_11(X)) = fn_covalent_bond_19(fn_glucose_6_phosphate_11(X))
& fn_covalent_bond_19(fn_glucose_6_phosphate_11(X)) = fn_covalent_bond_19(fn_glucose_6_phosphate_11(X))
& fn_covalent_bond_19(fn_glucose_6_phosphate_11(X)) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_phosphorylated_intermediate_6(X)
& fn_phosphorylated_intermediate_6(X) = fn_phosphorylated_intermediate_6(X)
& fn_phosphorylated_intermediate_6(X) = fn_carbonyl_group_7(fn_glucose_6_phosphate_15(X))
& fn_carbonyl_group_7(fn_glucose_6_phosphate_15(X)) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_carbonyl_group_7(fn_glucose_6_phosphate_15(X))
& fn_carbonyl_group_7(fn_glucose_6_phosphate_15(X)) = fn_carbonyl_group_7(fn_glucose_6_phosphate_15(X))
& fn_carbonyl_group_7(fn_glucose_6_phosphate_15(X)) = fn_phosphorylated_intermediate_8(X)
& fn_phosphorylated_intermediate_8(X) = fn_phosphorylated_intermediate_8(X)
& fn_phosphorylated_intermediate_8(X) = fn_functional_group_1(fn_glucose_6_phosphate_15(X))
& fn_functional_group_1(fn_glucose_6_phosphate_15(X)) = fn_fructose_6_phosphate_36(fn_glucose_6_phosphate_9(X))
& fn_fructose_6_phosphate_36(fn_glucose_6_phosphate_9(X)) = fn_fructose_6_phosphate_36(fn_glucose_6_phosphate_9(X)) ) ) ).
fof(a529926,axiom,
! [X] :
( glucose_isomer_1(X)
=> ( original_name_2(X,'Glucose-Isomer')
& user_description_2(X,'One of the two forms of glucose, each with the same atomic parts, but different structure, shape and function.')
& concept2words_2(X,'isomer of glucose')
& concept2words_2(X,'glucose isomer')
& concept2words_2(X,'glucose-isomer')
& aldose_1(X)
& hexose_1(X)
& isomer_1(X)
& glucose_1(fn_glucose_isomer_1(X))
& nutrient_1(fn_glucose_isomer_3(X))
& structural_complexity_value_1(fn_glucose_isomer_4(X))
& structural_complexity_2(X,fn_glucose_isomer_4(X))
& plays_2(X,fn_glucose_isomer_3(X))
& the_scalar_value_2(fn_glucose_isomer_4(X),complex_0)
& scalar_unit_class_2(fn_glucose_isomer_4(X),chemical_entity_0)
& has_isomer_2(fn_glucose_isomer_1(X),X) ) ) ).
fof(a529927,axiom,
! [X,X1,X2] :
( ( agent_2(X,X1)
& object_2(X,X2)
& animal_1(X1)
& store_1(X)
& glucose_1(X2) )
=> ( glucose_storage_by_animals_1(X)
& fn_glucose_storage_by_animals_4(X) = X2
& fn_glucose_storage_by_animals_1(X) = X1 ) ) ).
fof(a529928,axiom,
! [X] :
( glucose_storage_by_animals_1(X)
=> ( original_name_2(X,'Glucose-Storage-By-Animals')
& user_description_2(X,'Animals cannot store much glucose. Surplus energy would be stored as glycogen and then fat.')
& concept2words_2(X,store)
& concept2words_2(X,'glucose storage by animal')
& concept2words_2(X,'glucose-storage-by-animal')
& store_1(X)
& ~ glycogen_storage_by_vertebrate_1(X)
& ~ starch_storage_by_plant_1(X)
& animal_1(fn_glucose_storage_by_animals_1(X))
& glycogen_1(fn_glucose_storage_by_animals_3(X))
& glucose_1(fn_glucose_storage_by_animals_4(X))
& store_1(fn_glycogen_8(fn_glucose_storage_by_animals_3(X)))
& agent_2(X,fn_glucose_storage_by_animals_1(X))
& object_2(X,fn_glucose_storage_by_animals_4(X))
& base_2(X,fn_glucose_storage_by_animals_3(X))
& fn_glucose_storage_by_animals_4(X) = fn_store_1(X)
& X = fn_glycogen_8(fn_glucose_storage_by_animals_3(X)) ) ) ).
fof(a529929,axiom,
! [X] :
( glucose_transporter_1(X)
=> ( original_name_2(X,'Glucose-Transporter')
& user_description_2(X,'An entity performing transport of glucose molecule within cells.')
& concept2words_2(X,'glucose transporter')
& concept2words_2(X,'glucose-transporter')
& carrier_protein_1(X) ) ) ).
fof(a529930,axiom,
! [X] :
( glutamate_1(X)
=> ( original_name_2(X,'Glutamate')
& user_description_2(X,'A neurotransmitter in the central nervous system. It is a salt form of the amino acid glutamic acid.')
& concept2words_2(X,glutamate)
& amino_acid_neurotransmitter_1(X)
& ~ biogenic_amine_1(X)
& synthesis_reaction_1(fn_glutamate_1(X))
& alpha_ketoglutarate_1(fn_glutamate_2(X))
& chemical_entity_1(fn_chemical_reaction_2(fn_glutamate_1(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_glutamate_1(X)))
& raw_material_2(fn_glutamate_1(X),fn_glutamate_2(X))
& result_2(fn_glutamate_1(X),X)
& fn_glutamate_2(X) = fn_chemical_reaction_2(fn_glutamate_1(X))
& X = fn_chemical_reaction_1(fn_glutamate_1(X)) ) ) ).
fof(a529931,axiom,
! [X] :
( glutamic_acid_1(X)
=> ( original_name_2(X,'Glutamic-Acid')
& user_description_2(X,'One of the 20 most common amino acids which make up proteins.')
& concept2words_2(X,glu)
& concept2words_2(X,e)
& concept2words_2(X,glu)
& concept2words_2(X,'glutamic acid')
& concept2words_2(X,'glutamic-acid')
& acidic_amino_acid_1(X) ) ) ).
fof(a529932,axiom,
! [X] :
( glutamine_1(X)
=> ( original_name_2(X,'Glutamine')
& user_description_2(X,'One of the 20 most common amino acids which make up proteins.')
& concept2words_2(X,gln)
& concept2words_2(X,q)
& concept2words_2(X,glutamine)
& polar_amino_acid_1(X) ) ) ).
fof(a529933,axiom,
! [X] :
( glyceraldehyde_3_phosphate_1(X)
=> ( original_name_2(X,'Glyceraldehyde-3-Phosphate')
& user_description_2(X,'Glyceraldehyde 3-phosphate, also known as triose phosphate or 3-phosphoglyceraldehyde and abbreviated as G3P, GADP, GAP, TP, GALP or PGAL, is a chemical compound that occurs as an intermediate in several central metabolic pathways of all organisms.')
& concept2words_2(X,'glyceraldehyde phosphate')
& concept2words_2(X,'p gal')
& concept2words_2(X,'p-gal')
& concept2words_2(X,pgal)
& concept2words_2(X,glyceraldehyde)
& concept2words_2(X,'glyceraldehyde 3 phosphate')
& concept2words_2(X,'glyceraldehyde-3-phosphate')
& triose_1(X)
& aldose_1(X)
& ~ acetaldehyde_1(X)
& charge_value_1(fn_glyceraldehyde_3_phosphate_1(X))
& charge_value_1(fn_glyceraldehyde_3_phosphate_2(X))
& dihydroxyacetone_phosphate_1(fn_glyceraldehyde_3_phosphate_5(X))
& glyceraldehyde_3_phosphate_1(fn_dihydroxyacetone_phosphate_1(fn_glyceraldehyde_3_phosphate_5(X)))
& the_cardinal_value_2(fn_glyceraldehyde_3_phosphate_2(X),"0.0e0")
& cardinal_unit_class_2(fn_glyceraldehyde_3_phosphate_2(X),unity_0)
& the_categorical_value_2(fn_glyceraldehyde_3_phosphate_2(X),partial_negative_0)
& the_categorical_value_2(fn_glyceraldehyde_3_phosphate_2(X),partial_positive_0)
& the_cardinal_value_2(fn_glyceraldehyde_3_phosphate_1(X),"0.0e0")
& cardinal_unit_class_2(fn_glyceraldehyde_3_phosphate_1(X),unity_0)
& the_categorical_value_2(fn_glyceraldehyde_3_phosphate_1(X),partial_negative_0)
& the_categorical_value_2(fn_glyceraldehyde_3_phosphate_1(X),partial_positive_0)
& has_isomer_2(fn_glyceraldehyde_3_phosphate_5(X),X)
& has_isomer_2(X,fn_glyceraldehyde_3_phosphate_5(X))
& has_state_2(fn_glyceraldehyde_3_phosphate_5(X),X)
& has_state_2(X,fn_glyceraldehyde_3_phosphate_5(X))
& X = fn_dihydroxyacetone_phosphate_1(fn_glyceraldehyde_3_phosphate_5(X))
& fn_dihydroxyacetone_phosphate_1(fn_glyceraldehyde_3_phosphate_5(X)) = fn_dihydroxyacetone_phosphate_1(fn_glyceraldehyde_3_phosphate_5(X)) ) ) ).
fof(a529934,axiom,
! [X] :
( glycerol_1(X)
=> ( original_name_2(X,'Glycerol')
& user_description_2(X,'Simple alcohol which forms the base of a triglyceride.')
& concept2words_2(X,glycerol)
& alcohol_1(X)
& ~ alcohol_hormone_1(X)
& ~ alcoholic_beverage_1(X)
& ~ ethyl_alcohol_1(X)
& atom_1(fn_glycerol_1(X))
& chemical_entity_1(fn_glycerol_1(X))
& hydrogen_1(fn_glycerol_1(X))
& exactCardinality(X,has_part_0,"3",carbon_0)
& has_part_2(X,fn_glycerol_1(X))
& fn_glycerol_1(X) = fn_organic_molecule_2(X)
& fn_glycerol_1(X) = fn_alcohol_6(X)
& fn_organic_molecule_2(X) = fn_alcohol_6(X) ) ) ).
fof(a529935,axiom,
! [X] :
( glycerol_head_1(X)
=> ( original_name_2(X,'Glycerol-Head')
& user_description_2(X,'Portion of a lipid containing glycerol.')
& concept2words_2(X,'head of glycerol')
& concept2words_2(X,'glycerol head')
& concept2words_2(X,'glycerol-head')
& molecular_region_1(X) ) ) ).
fof(a529936,axiom,
! [X] :
( glycerol_substance_1(X)
=> ( original_name_2(X,'Glycerol-Substance')
& user_description_2(X,'Liquid glycerol which is composed of glycerol molecules.')
& concept2words_2(X,'substance of glycerol')
& concept2words_2(X,'glycerol substance')
& concept2words_2(X,'glycerol-substance')
& substance_1(X)
& glycerol_1(fn_glycerol_substance_1(X))
& solubility_value_1(fn_glycerol_substance_3(X))
& property_node_1(fn_solubility_value_1(fn_glycerol_substance_3(X)))
& the_scalar_value_2(fn_glycerol_substance_3(X),soluble_0)
& scalar_unit_class_2(fn_glycerol_substance_3(X),substance_0)
& solubility_in_water_2(X,fn_glycerol_substance_3(X))
& has_part_2(X,fn_glycerol_substance_1(X))
& fn_glycerol_substance_2(X) = fn_solubility_value_1(fn_glycerol_substance_3(X)) ) ) ).
fof(a529937,axiom,
! [X] :
( glycine_1(X)
=> ( original_name_2(X,'Glycine')
& user_description_2(X,'One of the 20 most common amino acids that make up proteins. It is the smallest of all amino acids. On its own , it can function as a neurotransmitter.')
& concept2words_2(X,gly)
& concept2words_2(X,g)
& concept2words_2(X,glycine)
& hydrophobic_amino_acid_1(X)
& end_1(fn_glycine_1(X))
& electron_1(fn_glycine_2(X))
& entity_1(fn_glycine_9(X))
& tangible_entity_1(fn_glycine_9(X))
& oxygen_1(fn_glycine_9(X))
& atom_1(fn_glycine_10(X))
& entity_1(fn_glycine_10(X))
& tangible_entity_1(fn_glycine_10(X))
& oxygen_1(fn_glycine_10(X))
& functional_group_1(fn_glycine_11(X))
& carboxyl_group_1(fn_glycine_11(X))
& amino_group_1(fn_glycine_12(X))
& hydrophobic_region_1(fn_glycine_13(X))
& single_bond_1(fn_glycine_14(X))
& nonpolar_covalent_bond_1(fn_glycine_15(X))
& kinetic_energy_1(fn_glycine_16(X))
& repel_1(fn_glycine_17(X))
& constant_motion_1(fn_glycine_18(X))
& speed_value_1(fn_glycine_19(X))
& quantity_value_1(fn_glycine_20(X))
& entity_1(fn_glycine_21(X))
& proton_1(fn_glycine_21(X))
& share_1(fn_glycine_22(X))
& share_1(fn_glycine_23(X))
& equal_sharing_1(fn_glycine_23(X))
& system_1(fn_glycine_24(X))
& atomic_number_value_1(fn_glycine_25(X))
& atomic_nucleus_1(fn_glycine_26(X))
& entity_1(fn_glycine_27(X))
& tangible_entity_1(fn_glycine_27(X))
& electron_1(fn_glycine_27(X))
& valence_electron_1(fn_glycine_27(X))
& quantity_value_1(fn_glycine_28(X))
& quantity_value_1(fn_glycine_30(X))
& entity_1(fn_glycine_31(X))
& tangible_entity_1(fn_glycine_31(X))
& electron_1(fn_glycine_31(X))
& valence_electron_1(fn_glycine_31(X))
& entity_1(fn_glycine_32(X))
& tangible_entity_1(fn_glycine_32(X))
& electron_1(fn_glycine_32(X))
& valence_electron_1(fn_glycine_32(X))
& carbon_skeleton_1(fn_glycine_33(X))
& non_polar_side_chain_1(fn_glycine_34(X))
& tangible_entity_1(fn_glycine_35(X))
& entity_1(fn_glycine_35(X))
& chemical_entity_1(fn_glycine_35(X))
& atom_1(fn_glycine_35(X))
& carbon_1(fn_glycine_35(X))
& entity_1(fn_glycine_36(X))
& chemical_entity_1(fn_glycine_36(X))
& atom_1(fn_glycine_36(X))
& hydrogen_1(fn_glycine_36(X))
& synthesis_reaction_1(fn_glycine_37(X))
& phosphoenolpyruvate_1(fn_glycine_38(X))
& tangible_entity_1(fn_glycine_39(X))
& entity_1(fn_glycine_39(X))
& chemical_entity_1(fn_glycine_39(X))
& atom_1(fn_glycine_39(X))
& hydrogen_1(fn_glycine_39(X))
& chemical_entity_1(fn_chemical_reaction_2(fn_glycine_37(X)))
& equal_sharing_1(fn_nonpolar_covalent_bond_27(fn_glycine_15(X)))
& system_1(fn_hydrogen_19(fn_glycine_36(X)))
& equation_big_node_1(fn_hydrogen_20(fn_glycine_36(X)))
& equation_set_1(fn_hydrogen_18(fn_glycine_36(X)))
& property_node_1(fn_carboxyl_group_1(fn_glycine_11(X)))
& property_node_1(fn_carboxyl_group_3(fn_glycine_11(X)))
& property_node_1(fn_carboxyl_group_2(fn_glycine_11(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_glycine_37(X)))
& chemical_entity_1(fn_functional_group_1(fn_glycine_11(X)))
& share_1(fn_carboxyl_group_49(fn_glycine_11(X)))
& atomic_number_value_1(fn_hydrogen_10(fn_glycine_36(X)))
& atomic_number_value_1(fn_carboxyl_group_37(fn_glycine_11(X)))
& quantity_value_1(fn_hydrogen_17(fn_glycine_36(X)))
& quantity_value_1(fn_carboxyl_group_36(fn_glycine_11(X)))
& quantity_value_1(fn_hydrogen_11(fn_glycine_36(X)))
& quantity_value_1(fn_carboxyl_group_35(fn_glycine_11(X)))
& valence_electron_1(fn_nonpolar_covalent_bond_22(fn_glycine_15(X)))
& valence_electron_1(fn_hydrogen_12(fn_glycine_36(X)))
& entity_1(fn_carboxyl_group_21(fn_glycine_11(X)))
& valence_electron_1(fn_carboxyl_group_21(fn_glycine_11(X)))
& electron_1(fn_nonpolar_covalent_bond_26(fn_glycine_15(X)))
& valence_electron_1(fn_nonpolar_covalent_bond_26(fn_glycine_15(X)))
& electron_1(fn_carboxyl_group_45(fn_glycine_11(X)))
& valence_electron_1(fn_carboxyl_group_45(fn_glycine_11(X)))
& entity_1(fn_carboxyl_group_17(fn_glycine_11(X)))
& tangible_entity_1(fn_carboxyl_group_17(fn_glycine_11(X)))
& electron_1(fn_carboxyl_group_17(fn_glycine_11(X)))
& valence_electron_1(fn_carboxyl_group_17(fn_glycine_11(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_glycine_36(X)))
& atomic_nucleus_1(fn_carboxyl_group_46(fn_glycine_11(X)))
& atomic_nucleus_1(fn_carboxyl_group_65(fn_glycine_11(X)))
& proton_1(fn_hydrogen_13(fn_glycine_36(X)))
& entity_1(fn_carboxyl_group_38(fn_glycine_11(X)))
& proton_1(fn_carboxyl_group_38(fn_glycine_11(X)))
& proton_1(fn_carboxyl_group_10(fn_glycine_11(X)))
& entity_1(fn_share_3(fn_glycine_23(X)))
& entity_1(fn_carboxyl_group_25(fn_glycine_11(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_glycine_11(X)))
& atom_1(fn_carboxyl_group_25(fn_glycine_11(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_glycine_11(X)))
& entity_1(fn_share_1(fn_glycine_23(X)))
& entity_1(fn_carboxyl_group_19(fn_glycine_11(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_glycine_11(X)))
& atom_1(fn_carboxyl_group_19(fn_glycine_11(X)))
& carbon_1(fn_carboxyl_group_19(fn_glycine_11(X)))
& oxygen_1(fn_carboxyl_group_24(fn_glycine_11(X)))
& oxygen_1(fn_carboxyl_group_23(fn_glycine_11(X)))
& is_inside_2(fn_glycine_39(X),fn_glycine_34(X))
& is_inside_2(fn_glycine_1(X),fn_glycine_34(X))
& is_at_2(fn_glycine_36(X),fn_glycine_1(X))
& fn_glycine_32(X) != fn_glycine_2(X)
& fn_glycine_2(X) != fn_glycine_32(X)
& fn_glycine_2(X) != fn_glycine_31(X)
& fn_glycine_31(X) != fn_glycine_2(X)
& agent_2(fn_glycine_23(X),fn_glycine_36(X))
& agent_2(fn_glycine_23(X),fn_glycine_35(X))
& raw_material_2(fn_glycine_37(X),fn_glycine_38(X))
& result_2(fn_glycine_37(X),X)
& object_2(fn_glycine_23(X),fn_glycine_27(X))
& result_2(fn_glycine_23(X),fn_glycine_15(X))
& object_2(fn_glycine_23(X),fn_glycine_32(X))
& has_region_2(X,fn_glycine_12(X))
& is_inside_2(fn_glycine_39(X),fn_glycine_12(X))
& possesses_2(X,fn_glycine_16(X))
& quantity_2(fn_glycine_16(X),fn_glycine_20(X))
& directly_proportional_2(fn_glycine_19(X),fn_glycine_20(X))
& speed_2(fn_glycine_18(X),fn_glycine_19(X))
& object_2(fn_glycine_18(X),X)
& has_part_2(X,fn_glycine_9(X))
& has_part_2(X,fn_glycine_39(X))
& has_part_2(X,fn_glycine_10(X))
& has_region_2(X,fn_glycine_11(X))
& possesses_2(X,fn_glycine_15(X))
& site_2(fn_glycine_17(X),fn_glycine_13(X))
& has_region_2(X,fn_glycine_13(X))
& has_part_2(X,fn_glycine_36(X))
& agent_2(fn_glycine_22(X),fn_glycine_36(X))
& result_2(fn_glycine_22(X),fn_glycine_15(X))
& has_function_2(X,fn_glycine_17(X))
& agent_2(fn_glycine_17(X),X)
& has_part_2(X,fn_glycine_35(X))
& is_between_2(fn_glycine_15(X),fn_glycine_35(X))
& is_between_2(fn_glycine_15(X),fn_glycine_36(X))
& is_between_2(fn_glycine_14(X),fn_glycine_39(X))
& possesses_2(X,fn_glycine_14(X))
& has_region_2(X,fn_glycine_34(X))
& is_inside_2(fn_glycine_13(X),fn_glycine_34(X))
& facilitates_2(fn_glycine_13(X),fn_glycine_17(X))
& has_part_2(fn_glycine_39(X),fn_glycine_31(X))
& fn_glycine_36(X) != fn_glycine_39(X)
& fn_glycine_10(X) != fn_glycine_36(X)
& fn_glycine_36(X) != fn_glycine_10(X)
& fn_glycine_39(X) != fn_glycine_36(X)
& has_region_2(X,fn_glycine_33(X))
& is_inside_2(fn_glycine_35(X),fn_glycine_33(X))
& fn_glycine_35(X) != fn_glycine_36(X)
& fn_glycine_39(X) != fn_glycine_35(X)
& fn_glycine_35(X) != fn_glycine_39(X)
& fn_glycine_36(X) != fn_glycine_35(X)
& has_part_2(fn_glycine_36(X),fn_glycine_32(X))
& has_region_2(fn_glycine_36(X),fn_glycine_26(X))
& atomic_number_2(fn_glycine_36(X),fn_glycine_25(X))
& quantity_2(fn_glycine_21(X),fn_glycine_30(X))
& object_2(fn_glycine_22(X),fn_glycine_27(X))
& called_2(fn_glycine_25(X),'Atomic_Number')
& called_2(fn_glycine_28(X),'Number_Electron')
& called_2(fn_glycine_30(X),'Number_Proton')
& is_inside_2(fn_glycine_10(X),fn_glycine_11(X))
& is_inside_2(fn_glycine_35(X),fn_glycine_11(X))
& agent_2(fn_glycine_22(X),fn_glycine_35(X))
& object_2(fn_glycine_22(X),fn_glycine_32(X))
& quantity_2(fn_glycine_32(X),fn_glycine_28(X))
& fn_glycine_28(X) = fn_glycine_30(X)
& fn_glycine_30(X) = fn_glycine_25(X)
& fn_glycine_31(X) != fn_glycine_32(X)
& fn_glycine_32(X) != fn_glycine_31(X)
& fn_glycine_30(X) = fn_glycine_28(X)
& fn_glycine_25(X) = fn_glycine_30(X)
& fn_glycine_10(X) != fn_glycine_35(X)
& has_part_2(fn_glycine_35(X),fn_glycine_27(X))
& fn_glycine_27(X) != fn_glycine_32(X)
& fn_glycine_35(X) != fn_glycine_10(X)
& fn_glycine_32(X) != fn_glycine_27(X)
& is_near_2(fn_glycine_26(X),fn_glycine_32(X))
& is_near_2(fn_glycine_32(X),fn_glycine_26(X))
& is_inside_2(fn_glycine_36(X),fn_glycine_11(X))
& has_part_2(fn_glycine_36(X),fn_glycine_21(X))
& is_inside_2(fn_glycine_21(X),fn_glycine_26(X))
& fn_glycine_9(X) != fn_glycine_36(X)
& fn_glycine_36(X) != fn_glycine_9(X)
& is_inside_2(fn_glycine_9(X),fn_glycine_11(X))
& fn_glycine_10(X) != fn_glycine_9(X)
& fn_glycine_9(X) != fn_glycine_10(X)
& fn_glycine_35(X) != fn_glycine_9(X)
& fn_glycine_9(X) != fn_glycine_35(X)
& fn_glycine_36(X) = fn_share_3(fn_glycine_23(X))
& fn_glycine_35(X) = fn_share_1(fn_glycine_23(X))
& fn_glycine_38(X) = fn_chemical_reaction_2(fn_glycine_37(X))
& X = fn_chemical_reaction_1(fn_glycine_37(X))
& fn_glycine_27(X) = fn_nonpolar_covalent_bond_26(fn_glycine_15(X))
& fn_glycine_32(X) = fn_nonpolar_covalent_bond_22(fn_glycine_15(X))
& fn_glycine_23(X) = fn_nonpolar_covalent_bond_27(fn_glycine_15(X))
& fn_glycine_8(X) = fn_amino_acid_3(X)
& fn_glycine_7(X) = fn_amino_acid_4(X)
& fn_glycine_39(X) = fn_amino_acid_22(X)
& fn_glycine_12(X) = fn_amino_acid_25(X)
& fn_glycine_18(X) = fn_amino_acid_5(X)
& fn_glycine_19(X) = fn_amino_acid_6(X)
& fn_glycine_20(X) = fn_amino_acid_7(X)
& fn_glycine_16(X) = fn_amino_acid_16(X)
& fn_glycine_9(X) = fn_hydrophobic_amino_acid_23(X)
& fn_glycine_10(X) = fn_hydrophobic_amino_acid_22(X)
& X = fn_functional_group_1(fn_glycine_11(X))
& fn_glycine_11(X) = fn_hydrophobic_amino_acid_27(X)
& fn_glycine_22(X) = fn_hydrophobic_amino_acid_65(X)
& fn_glycine_15(X) = fn_hydrophobic_amino_acid_19(X)
& fn_glycine_17(X) = fn_hydrophobic_amino_acid_26(X)
& fn_glycine_13(X) = fn_hydrophobic_amino_acid_29(X)
& fn_glycine_34(X) = fn_hydrophobic_amino_acid_28(X)
& fn_glycine_14(X) = fn_hydrophobic_amino_acid_18(X)
& fn_glycine_31(X) = fn_hydrophobic_amino_acid_36(X)
& fn_glycine_10(X) = fn_hydrophobic_amino_acid_23(X)
& fn_glycine_36(X) = fn_hydrophobic_amino_acid_21(X)
& fn_glycine_39(X) = fn_hydrophobic_amino_acid_24(X)
& fn_glycine_35(X) = fn_hydrophobic_amino_acid_20(X)
& fn_glycine_33(X) = fn_hydrophobic_amino_acid_69(X)
& fn_glycine_24(X) = fn_hydrogen_19(fn_glycine_36(X))
& fn_glycine_4(X) = fn_hydrogen_20(fn_glycine_36(X))
& fn_glycine_29(X) = fn_hydrogen_18(fn_glycine_36(X))
& fn_glycine_25(X) = fn_hydrogen_10(fn_glycine_36(X))
& fn_glycine_21(X) = fn_carboxyl_group_38(fn_glycine_11(X))
& fn_glycine_27(X) = fn_carboxyl_group_45(fn_glycine_11(X))
& fn_glycine_6(X) = fn_carboxyl_group_1(fn_glycine_11(X))
& fn_glycine_5(X) = fn_carboxyl_group_3(fn_glycine_11(X))
& fn_glycine_3(X) = fn_carboxyl_group_2(fn_glycine_11(X))
& fn_glycine_22(X) = fn_carboxyl_group_49(fn_glycine_11(X))
& fn_glycine_25(X) = fn_carboxyl_group_37(fn_glycine_11(X))
& fn_glycine_30(X) = fn_hydrogen_17(fn_glycine_36(X))
& fn_glycine_30(X) = fn_carboxyl_group_36(fn_glycine_11(X))
& fn_glycine_28(X) = fn_hydrogen_11(fn_glycine_36(X))
& fn_glycine_28(X) = fn_carboxyl_group_35(fn_glycine_11(X))
& fn_glycine_32(X) = fn_carboxyl_group_21(fn_glycine_11(X))
& fn_glycine_31(X) = fn_carboxyl_group_17(fn_glycine_11(X))
& fn_glycine_32(X) = fn_hydrogen_12(fn_glycine_36(X))
& fn_glycine_32(X) = fn_carboxyl_group_17(fn_glycine_11(X))
& fn_glycine_26(X) = fn_carboxyl_group_46(fn_glycine_11(X))
& fn_glycine_32(X) = fn_carboxyl_group_45(fn_glycine_11(X))
& fn_glycine_27(X) = fn_carboxyl_group_17(fn_glycine_11(X))
& fn_glycine_26(X) = fn_hydrogen_15(fn_glycine_36(X))
& fn_glycine_26(X) = fn_carboxyl_group_65(fn_glycine_11(X))
& fn_glycine_21(X) = fn_hydrogen_13(fn_glycine_36(X))
& fn_glycine_21(X) = fn_carboxyl_group_10(fn_glycine_11(X))
& fn_glycine_36(X) = fn_carboxyl_group_25(fn_glycine_11(X))
& fn_glycine_9(X) = fn_carboxyl_group_24(fn_glycine_11(X))
& fn_glycine_35(X) = fn_carboxyl_group_19(fn_glycine_11(X))
& fn_glycine_10(X) = fn_carboxyl_group_24(fn_glycine_11(X))
& fn_glycine_9(X) = fn_carboxyl_group_23(fn_glycine_11(X))
& fn_amino_acid_22(X) = fn_hydrophobic_amino_acid_24(X)
& fn_hydrophobic_amino_acid_24(X) = fn_hydrophobic_amino_acid_24(X)
& fn_hydrophobic_amino_acid_24(X) = fn_chemical_reaction_1(fn_glycine_37(X))
& fn_chemical_reaction_1(fn_glycine_37(X)) = fn_functional_group_1(fn_glycine_11(X))
& fn_functional_group_1(fn_glycine_11(X)) = fn_hydrophobic_amino_acid_65(X)
& fn_hydrophobic_amino_acid_65(X) = fn_hydrophobic_amino_acid_65(X)
& fn_hydrophobic_amino_acid_65(X) = fn_carboxyl_group_49(fn_glycine_11(X))
& fn_carboxyl_group_49(fn_glycine_11(X)) = fn_carboxyl_group_49(fn_glycine_11(X))
& fn_carboxyl_group_49(fn_glycine_11(X)) = fn_hydrogen_10(fn_glycine_36(X))
& fn_hydrogen_10(fn_glycine_36(X)) = fn_hydrogen_10(fn_glycine_36(X))
& fn_hydrogen_10(fn_glycine_36(X)) = fn_carboxyl_group_37(fn_glycine_11(X))
& fn_carboxyl_group_37(fn_glycine_11(X)) = fn_carboxyl_group_37(fn_glycine_11(X))
& fn_carboxyl_group_37(fn_glycine_11(X)) = fn_hydrogen_17(fn_glycine_36(X))
& fn_carboxyl_group_36(fn_glycine_11(X)) = fn_carboxyl_group_36(fn_glycine_11(X))
& fn_carboxyl_group_36(fn_glycine_11(X)) = fn_hydrogen_17(fn_glycine_36(X))
& fn_hydrogen_17(fn_glycine_36(X)) = fn_carboxyl_group_36(fn_glycine_11(X))
& fn_carboxyl_group_36(fn_glycine_11(X)) = fn_hydrogen_11(fn_glycine_36(X))
& fn_carboxyl_group_35(fn_glycine_11(X)) = fn_carboxyl_group_35(fn_glycine_11(X))
& fn_carboxyl_group_35(fn_glycine_11(X)) = fn_hydrogen_11(fn_glycine_36(X))
& fn_hydrogen_11(fn_glycine_36(X)) = fn_carboxyl_group_35(fn_glycine_11(X))
& fn_carboxyl_group_35(fn_glycine_11(X)) = fn_hydrophobic_amino_acid_36(X)
& fn_hydrophobic_amino_acid_36(X) = fn_carboxyl_group_17(fn_glycine_11(X))
& fn_carboxyl_group_17(fn_glycine_11(X)) = fn_nonpolar_covalent_bond_22(fn_glycine_15(X))
& fn_nonpolar_covalent_bond_22(fn_glycine_15(X)) = fn_hydrogen_12(fn_glycine_36(X))
& fn_hydrogen_12(fn_glycine_36(X)) = fn_hydrogen_12(fn_glycine_36(X))
& fn_carboxyl_group_21(fn_glycine_11(X)) = fn_hydrogen_12(fn_glycine_36(X))
& fn_hydrogen_12(fn_glycine_36(X)) = fn_carboxyl_group_21(fn_glycine_11(X))
& fn_carboxyl_group_21(fn_glycine_11(X)) = fn_carboxyl_group_21(fn_glycine_11(X))
& fn_carboxyl_group_21(fn_glycine_11(X)) = fn_carboxyl_group_17(fn_glycine_11(X))
& fn_carboxyl_group_17(fn_glycine_11(X)) = fn_carboxyl_group_45(fn_glycine_11(X))
& fn_carboxyl_group_45(fn_glycine_11(X)) = fn_nonpolar_covalent_bond_26(fn_glycine_15(X))
& fn_nonpolar_covalent_bond_26(fn_glycine_15(X)) = fn_carboxyl_group_45(fn_glycine_11(X))
& fn_carboxyl_group_45(fn_glycine_11(X)) = fn_carboxyl_group_45(fn_glycine_11(X))
& fn_carboxyl_group_45(fn_glycine_11(X)) = fn_carboxyl_group_17(fn_glycine_11(X))
& fn_carboxyl_group_17(fn_glycine_11(X)) = fn_carboxyl_group_17(fn_glycine_11(X))
& fn_carboxyl_group_17(fn_glycine_11(X)) = fn_hydrogen_15(fn_glycine_36(X))
& fn_hydrogen_15(fn_glycine_36(X)) = fn_hydrogen_15(fn_glycine_36(X))
& fn_carboxyl_group_46(fn_glycine_11(X)) = fn_hydrogen_15(fn_glycine_36(X))
& fn_hydrogen_15(fn_glycine_36(X)) = fn_carboxyl_group_46(fn_glycine_11(X))
& fn_carboxyl_group_46(fn_glycine_11(X)) = fn_carboxyl_group_46(fn_glycine_11(X))
& fn_carboxyl_group_46(fn_glycine_11(X)) = fn_carboxyl_group_65(fn_glycine_11(X))
& fn_carboxyl_group_65(fn_glycine_11(X)) = fn_carboxyl_group_38(fn_glycine_11(X))
& fn_carboxyl_group_38(fn_glycine_11(X)) = fn_hydrogen_13(fn_glycine_36(X))
& fn_hydrogen_13(fn_glycine_36(X)) = fn_hydrogen_13(fn_glycine_36(X))
& fn_hydrogen_13(fn_glycine_36(X)) = fn_carboxyl_group_38(fn_glycine_11(X))
& fn_carboxyl_group_38(fn_glycine_11(X)) = fn_carboxyl_group_10(fn_glycine_11(X))
& fn_carboxyl_group_10(fn_glycine_11(X)) = fn_carboxyl_group_10(fn_glycine_11(X))
& fn_carboxyl_group_10(fn_glycine_11(X)) = fn_share_3(fn_glycine_23(X))
& fn_share_3(fn_glycine_23(X)) = fn_hydrophobic_amino_acid_21(X)
& fn_hydrophobic_amino_acid_21(X) = fn_hydrophobic_amino_acid_21(X)
& fn_hydrophobic_amino_acid_21(X) = fn_carboxyl_group_25(fn_glycine_11(X))
& fn_carboxyl_group_25(fn_glycine_11(X)) = fn_carboxyl_group_25(fn_glycine_11(X))
& fn_carboxyl_group_25(fn_glycine_11(X)) = fn_share_1(fn_glycine_23(X))
& fn_share_1(fn_glycine_23(X)) = fn_hydrophobic_amino_acid_20(X)
& fn_hydrophobic_amino_acid_20(X) = fn_hydrophobic_amino_acid_20(X)
& fn_hydrophobic_amino_acid_20(X) = fn_carboxyl_group_19(fn_glycine_11(X))
& fn_carboxyl_group_19(fn_glycine_11(X)) = fn_carboxyl_group_19(fn_glycine_11(X))
& fn_carboxyl_group_19(fn_glycine_11(X)) = fn_hydrophobic_amino_acid_22(X)
& fn_hydrophobic_amino_acid_22(X) = fn_hydrophobic_amino_acid_23(X)
& fn_hydrophobic_amino_acid_23(X) = fn_hydrophobic_amino_acid_23(X)
& fn_carboxyl_group_24(fn_glycine_11(X)) = fn_hydrophobic_amino_acid_23(X)
& fn_hydrophobic_amino_acid_23(X) = fn_carboxyl_group_24(fn_glycine_11(X))
& fn_carboxyl_group_24(fn_glycine_11(X)) = fn_carboxyl_group_24(fn_glycine_11(X))
& fn_carboxyl_group_24(fn_glycine_11(X)) = fn_carboxyl_group_23(fn_glycine_11(X))
& fn_carboxyl_group_23(fn_glycine_11(X)) = fn_carboxyl_group_23(fn_glycine_11(X)) ) ) ).
fof(a529938,axiom,
! [X] :
( glycogen_1(X)
=> ( original_name_2(X,'Glycogen')
& user_description_2(X,'Glycogen is a polysaccharide. The presence of side chains affects the density of energy storage and function of stuctural starches, and is characteristic to the structure of glycogen.')
& concept2words_2(X,'major storage carbohydrate in animals')
& concept2words_2(X,glycogen)
& animal_storage_polysaccharide_1(X)
& ~ amylose_1(X)
& ~ noncellulose_polysaccharide_1(X)
& ~ oligosaccharin_1(X)
& ~ structural_polysaccharide_1(X)
& shape_value_1(fn_glycogen_2(X))
& shape_value_1(fn_glycogen_4(X))
& size_value_1(fn_glycogen_7(X))
& store_1(fn_glycogen_8(X))
& container_1(fn_glycogen_9(X))
& size_value_1(fn_glycogen_10(X))
& entity_1(fn_glycogen_11(X))
& chemical_entity_1(fn_glycogen_11(X))
& atom_1(fn_glycogen_11(X))
& oxygen_1(fn_glycogen_11(X))
& tangible_entity_1(fn_glycogen_12(X))
& entity_1(fn_glycogen_12(X))
& chemical_entity_1(fn_glycogen_12(X))
& atom_1(fn_glycogen_12(X))
& hydrogen_1(fn_glycogen_12(X))
& entity_1(fn_glycogen_13(X))
& atom_1(fn_glycogen_13(X))
& chemical_entity_1(fn_glycogen_13(X))
& oxygen_1(fn_glycogen_13(X))
& glucose_1(fn_glycogen_14(X))
& glucose_1(fn_glycogen_15(X))
& kinetic_energy_1(fn_glycogen_16(X))
& carbon_skeleton_1(fn_glycogen_17(X))
& functional_group_1(fn_glycogen_18(X))
& hydroxyl_group_1(fn_glycogen_18(X))
& entity_1(fn_glycogen_19(X))
& chemical_entity_1(fn_glycogen_19(X))
& atom_1(fn_glycogen_19(X))
& oxygen_1(fn_glycogen_19(X))
& entity_1(fn_glycogen_20(X))
& chemical_entity_1(fn_glycogen_20(X))
& atom_1(fn_glycogen_20(X))
& carbon_1(fn_glycogen_20(X))
& functional_group_1(fn_glycogen_21(X))
& carbonyl_group_1(fn_glycogen_21(X))
& tangible_entity_1(fn_glycogen_22(X))
& entity_1(fn_glycogen_22(X))
& chemical_entity_1(fn_glycogen_22(X))
& atom_1(fn_glycogen_22(X))
& hydrogen_1(fn_glycogen_22(X))
& quantity_value_1(fn_glycogen_23(X))
& speed_value_1(fn_glycogen_24(X))
& constant_motion_1(fn_glycogen_25(X))
& chemical_bond_1(fn_glycogen_28(X))
& covalent_bond_1(fn_glycogen_28(X))
& polar_covalent_bond_1(fn_glycogen_28(X))
& chemical_entity_1(fn_functional_group_1(fn_glycogen_21(X)))
& oxygen_1(fn_carbonyl_group_9(fn_glycogen_21(X)))
& entity_1(fn_carbonyl_group_7(fn_glycogen_21(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_glycogen_21(X)))
& atom_1(fn_carbonyl_group_7(fn_glycogen_21(X)))
& carbon_1(fn_carbonyl_group_7(fn_glycogen_21(X)))
& fn_glycogen_22(X) != fn_glycogen_20(X)
& fn_glycogen_22(X) != fn_glycogen_19(X)
& fn_glycogen_22(X) != fn_glycogen_13(X)
& fn_glycogen_20(X) != fn_glycogen_22(X)
& fn_glycogen_19(X) != fn_glycogen_22(X)
& fn_glycogen_19(X) != fn_glycogen_13(X)
& shape_2(fn_glycogen_17(X),fn_glycogen_4(X))
& the_categorical_value_2(fn_glycogen_2(X),helix_0)
& the_categorical_value_2(fn_glycogen_4(X),branched_0)
& shape_2(X,fn_glycogen_2(X))
& fn_glycogen_15(X) != fn_glycogen_14(X)
& fn_glycogen_14(X) != fn_glycogen_15(X)
& fn_glycogen_13(X) != fn_glycogen_22(X)
& fn_glycogen_13(X) != fn_glycogen_19(X)
& size_2(fn_glycogen_15(X),fn_glycogen_10(X))
& has_part_2(X,fn_glycogen_15(X))
& has_part_2(X,fn_glycogen_14(X))
& size_2(fn_glycogen_14(X),fn_glycogen_10(X))
& is_inside_2(fn_glycogen_19(X),fn_glycogen_21(X))
& is_inside_2(fn_glycogen_19(X),fn_glycogen_18(X))
& has_part_2(X,fn_glycogen_19(X))
& has_part_2(X,fn_glycogen_22(X))
& fn_glycogen_20(X) != fn_glycogen_19(X)
& fn_glycogen_19(X) != fn_glycogen_20(X)
& is_between_2(fn_glycogen_28(X),fn_glycogen_13(X))
& fn_glycogen_11(X) != fn_glycogen_13(X)
& fn_glycogen_13(X) != fn_glycogen_11(X)
& fn_glycogen_12(X) != fn_glycogen_13(X)
& fn_glycogen_13(X) != fn_glycogen_12(X)
& is_inside_2(fn_glycogen_22(X),fn_glycogen_18(X))
& has_region_2(X,fn_glycogen_21(X))
& possesses_2(X,fn_glycogen_28(X))
& has_region_2(X,fn_glycogen_18(X))
& has_part_2(X,fn_glycogen_13(X))
& has_function_2(X,fn_glycogen_8(X))
& has_part_2(X,fn_glycogen_12(X))
& is_inside_2(fn_glycogen_20(X),fn_glycogen_17(X))
& has_region_2(X,fn_glycogen_17(X))
& size_2(X,fn_glycogen_7(X))
& greater_than_2(fn_glycogen_7(X),fn_glycogen_10(X))
& is_inside_2(fn_glycogen_20(X),fn_glycogen_21(X))
& is_inside_2(fn_glycogen_13(X),fn_glycogen_21(X))
& is_inside_2(fn_glycogen_13(X),fn_glycogen_18(X))
& fn_glycogen_20(X) != fn_glycogen_13(X)
& fn_glycogen_13(X) != fn_glycogen_20(X)
& is_inside_2(fn_glycogen_11(X),fn_glycogen_18(X))
& is_inside_2(fn_glycogen_12(X),fn_glycogen_18(X))
& fn_glycogen_12(X) != fn_glycogen_19(X)
& fn_glycogen_20(X) != fn_glycogen_12(X)
& fn_glycogen_12(X) != fn_glycogen_20(X)
& fn_glycogen_19(X) != fn_glycogen_12(X)
& object_2(fn_glycogen_25(X),X)
& speed_2(fn_glycogen_25(X),fn_glycogen_24(X))
& directly_proportional_2(fn_glycogen_24(X),fn_glycogen_23(X))
& quantity_2(fn_glycogen_16(X),fn_glycogen_23(X))
& possesses_2(X,fn_glycogen_16(X))
& base_2(fn_glycogen_8(X),X)
& in_event_2(fn_glycogen_9(X),fn_glycogen_8(X))
& plays_2(X,fn_glycogen_9(X))
& has_part_2(X,fn_glycogen_11(X))
& is_inside_2(fn_glycogen_11(X),fn_glycogen_21(X))
& is_between_2(fn_glycogen_28(X),fn_glycogen_22(X))
& is_between_2(fn_glycogen_28(X),fn_glycogen_11(X))
& fn_glycogen_11(X) != fn_glycogen_12(X)
& fn_glycogen_19(X) != fn_glycogen_11(X)
& fn_glycogen_11(X) != fn_glycogen_19(X)
& fn_glycogen_12(X) != fn_glycogen_11(X)
& has_part_2(X,fn_glycogen_20(X))
& fn_glycogen_11(X) != fn_glycogen_20(X)
& fn_glycogen_22(X) != fn_glycogen_11(X)
& fn_glycogen_11(X) != fn_glycogen_22(X)
& fn_glycogen_20(X) != fn_glycogen_11(X)
& fn_glycogen_10(X) = fn_polysaccharide_22(X)
& fn_glycogen_15(X) = fn_polysaccharide_23(X)
& fn_glycogen_14(X) = fn_storage_polysaccharide_38(X)
& fn_glycogen_19(X) = fn_carbonyl_group_9(fn_glycogen_21(X))
& fn_glycogen_20(X) = fn_polysaccharide_14(X)
& fn_glycogen_19(X) = fn_polysaccharide_15(X)
& fn_glycogen_12(X) = fn_polysaccharide_26(X)
& fn_glycogen_13(X) = fn_polysaccharide_15(X)
& X = fn_functional_group_1(fn_glycogen_21(X))
& fn_glycogen_21(X) = fn_polysaccharide_17(X)
& fn_glycogen_18(X) = fn_polysaccharide_16(X)
& fn_glycogen_26(X) = fn_storage_polysaccharide_73(X)
& fn_glycogen_5(X) = fn_storage_polysaccharide_33(X)
& fn_glycogen_27(X) = fn_storage_polysaccharide_74(X)
& fn_glycogen_6(X) = fn_storage_polysaccharide_34(X)
& fn_glycogen_10(X) = fn_storage_polysaccharide_37(X)
& fn_glycogen_7(X) = fn_storage_polysaccharide_36(X)
& fn_glycogen_17(X) = fn_storage_polysaccharide_54(X)
& fn_glycogen_13(X) = fn_storage_polysaccharide_55(X)
& fn_glycogen_19(X) = fn_storage_polysaccharide_55(X)
& fn_glycogen_18(X) = fn_storage_polysaccharide_42(X)
& fn_glycogen_16(X) = fn_storage_polysaccharide_72(X)
& fn_glycogen_23(X) = fn_storage_polysaccharide_69(X)
& fn_glycogen_24(X) = fn_storage_polysaccharide_70(X)
& fn_glycogen_25(X) = fn_storage_polysaccharide_71(X)
& fn_glycogen_21(X) = fn_storage_polysaccharide_43(X)
& fn_glycogen_9(X) = fn_storage_polysaccharide_51(X)
& fn_glycogen_8(X) = fn_storage_polysaccharide_49(X)
& fn_glycogen_12(X) = fn_storage_polysaccharide_40(X)
& fn_glycogen_19(X) = fn_storage_polysaccharide_41(X)
& fn_glycogen_28(X) = fn_molecule_10(X)
& fn_glycogen_11(X) = fn_molecule_11(X)
& fn_glycogen_11(X) = fn_storage_polysaccharide_55(X)
& fn_glycogen_28(X) = fn_polysaccharide_25(X)
& fn_glycogen_28(X) = fn_storage_polysaccharide_23(X)
& fn_glycogen_11(X) = fn_polysaccharide_11(X)
& fn_glycogen_22(X) = fn_polysaccharide_26(X)
& fn_glycogen_22(X) = fn_storage_polysaccharide_40(X)
& fn_glycogen_20(X) = fn_carbonyl_group_7(fn_glycogen_21(X))
& fn_glycogen_11(X) = fn_carbonyl_group_9(fn_glycogen_21(X))
& fn_glycogen_11(X) = fn_storage_polysaccharide_41(X)
& fn_glycogen_20(X) = fn_storage_polysaccharide_56(X)
& fn_polysaccharide_22(X) = fn_storage_polysaccharide_37(X)
& fn_storage_polysaccharide_37(X) = fn_storage_polysaccharide_37(X)
& fn_storage_polysaccharide_37(X) = fn_polysaccharide_15(X)
& fn_storage_polysaccharide_55(X) = fn_polysaccharide_16(X)
& fn_polysaccharide_16(X) = fn_polysaccharide_16(X)
& fn_polysaccharide_16(X) = fn_storage_polysaccharide_42(X)
& fn_storage_polysaccharide_42(X) = fn_storage_polysaccharide_42(X)
& fn_storage_polysaccharide_42(X) = fn_polysaccharide_17(X)
& fn_polysaccharide_17(X) = fn_storage_polysaccharide_43(X)
& fn_storage_polysaccharide_43(X) = fn_storage_polysaccharide_43(X)
& fn_storage_polysaccharide_43(X) = fn_polysaccharide_26(X)
& fn_storage_polysaccharide_40(X) = fn_storage_polysaccharide_40(X)
& fn_storage_polysaccharide_40(X) = fn_carbonyl_group_9(fn_glycogen_21(X))
& fn_carbonyl_group_9(fn_glycogen_21(X)) = fn_polysaccharide_15(X)
& fn_polysaccharide_15(X) = fn_polysaccharide_15(X)
& fn_polysaccharide_15(X) = fn_storage_polysaccharide_55(X)
& fn_storage_polysaccharide_41(X) = fn_polysaccharide_25(X)
& fn_polysaccharide_25(X) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_polysaccharide_25(X)
& fn_polysaccharide_25(X) = fn_polysaccharide_25(X)
& fn_storage_polysaccharide_23(X) = fn_storage_polysaccharide_23(X)
& fn_storage_polysaccharide_23(X) = fn_polysaccharide_25(X)
& fn_polysaccharide_25(X) = fn_storage_polysaccharide_23(X)
& fn_storage_polysaccharide_23(X) = fn_polysaccharide_26(X)
& fn_polysaccharide_26(X) = fn_polysaccharide_26(X)
& fn_storage_polysaccharide_40(X) = fn_polysaccharide_26(X)
& fn_polysaccharide_26(X) = fn_storage_polysaccharide_40(X)
& fn_storage_polysaccharide_40(X) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_carbonyl_group_9(fn_glycogen_21(X))
& fn_carbonyl_group_9(fn_glycogen_21(X)) = fn_carbonyl_group_9(fn_glycogen_21(X))
& fn_polysaccharide_11(X) = fn_carbonyl_group_9(fn_glycogen_21(X))
& fn_carbonyl_group_9(fn_glycogen_21(X)) = fn_polysaccharide_11(X)
& fn_polysaccharide_11(X) = fn_storage_polysaccharide_55(X)
& fn_storage_polysaccharide_55(X) = fn_polysaccharide_11(X)
& fn_polysaccharide_11(X) = fn_polysaccharide_11(X)
& fn_polysaccharide_11(X) = fn_storage_polysaccharide_41(X)
& fn_storage_polysaccharide_41(X) = fn_storage_polysaccharide_55(X)
& fn_storage_polysaccharide_55(X) = fn_storage_polysaccharide_55(X)
& fn_storage_polysaccharide_55(X) = fn_storage_polysaccharide_41(X)
& fn_storage_polysaccharide_41(X) = fn_storage_polysaccharide_41(X)
& fn_storage_polysaccharide_41(X) = fn_polysaccharide_14(X)
& fn_polysaccharide_14(X) = fn_carbonyl_group_7(fn_glycogen_21(X))
& fn_carbonyl_group_7(fn_glycogen_21(X)) = fn_carbonyl_group_7(fn_glycogen_21(X))
& fn_carbonyl_group_7(fn_glycogen_21(X)) = fn_polysaccharide_14(X)
& fn_polysaccharide_14(X) = fn_polysaccharide_14(X)
& fn_polysaccharide_14(X) = fn_storage_polysaccharide_56(X)
& fn_storage_polysaccharide_56(X) = fn_storage_polysaccharide_56(X) ) ) ).
fof(a529939,axiom,
! [X] :
( glycogen_breakdown_1(X)
=> ( original_name_2(X,'Glycogen-Breakdown')
& user_description_2(X,'The enzymatic breakdown, through hydrolysis, of glycogen, resulting in glucose.')
& concept2words_2(X,hydrolyze)
& concept2words_2(X,'glycogen hydrolysis')
& concept2words_2(X,'glycogen breakdown')
& concept2words_2(X,convert)
& concept2words_2(X,'breakdown of glycogen')
& concept2words_2(X,'glycogen-breakdown')
& storage_polysaccharide_breakdown_1(X)
& ~ hydrolysis_of_sucrose_1(X)
& chemical_energy_1(fn_glycogen_breakdown_1(X))
& cytoplasm_1(fn_glycogen_breakdown_2(X))
& inorganic_phosphate_1(fn_glycogen_breakdown_3(X))
& waste_product_1(fn_glycogen_breakdown_6(X))
& tangible_entity_1(fn_glycogen_breakdown_7(X))
& free_energy_1(fn_glycogen_breakdown_7(X))
& polypeptide_1(fn_glycogen_breakdown_8(X))
& catalyst_1(fn_glycogen_breakdown_9(X))
& active_site_1(fn_glycogen_breakdown_10(X))
& r_group_1(fn_glycogen_breakdown_11(X))
& size_value_1(fn_glycogen_breakdown_12(X))
& size_value_1(fn_glycogen_breakdown_13(X))
& spatial_entity_1(fn_glycogen_breakdown_14(X))
& chemical_entity_1(fn_glycogen_breakdown_14(X))
& monomer_1(fn_glycogen_breakdown_14(X))
& molecule_1(fn_glycogen_breakdown_14(X))
& amino_acid_1(fn_glycogen_breakdown_14(X))
& monomer_1(fn_glycogen_breakdown_15(X))
& glycogen_phosphorylase_1(fn_glycogen_breakdown_16(X))
& glycogen_1(fn_glycogen_breakdown_17(X))
& glucose_1_phosphate_1(fn_glycogen_breakdown_18(X))
& atom_1(fn_glycogen_breakdown_19(X))
& chemical_entity_1(fn_glycogen_breakdown_19(X))
& remove_1(fn_glycogen_breakdown_20(X))
& monomer_1(fn_glycogen_breakdown_21(X))
& monosaccharide_1(fn_glycogen_breakdown_21(X))
& decrease_1(fn_glycogen_breakdown_22(X))
& reactant_1(fn_glycogen_breakdown_23(X))
& structural_complexity_value_1(fn_glycogen_breakdown_24(X))
& structural_complexity_value_1(fn_glycogen_breakdown_25(X))
& carbon_skeleton_1(fn_glycogen_breakdown_26(X))
& carbon_1(fn_glycogen_breakdown_27(X))
& polypeptide_1(fn_protein_8(fn_glycogen_breakdown_16(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_glycogen_breakdown_17(X)))
& atom_1(fn_organic_molecule_2(fn_glycogen_breakdown_17(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_glycogen_breakdown_17(X)))
& carbon_1(fn_organic_molecule_1(fn_glycogen_breakdown_17(X)))
& size_value_1(fn_glycogen_phosphorylase_15(fn_glycogen_breakdown_16(X)))
& catalyst_1(fn_glycogen_phosphorylase_12(fn_glycogen_breakdown_16(X)))
& r_group_1(fn_glycogen_phosphorylase_18(fn_glycogen_breakdown_16(X)))
& active_site_1(fn_glycogen_phosphorylase_19(fn_glycogen_breakdown_16(X)))
& decrease_1(fn_glycogen_phosphorylase_8(fn_glycogen_breakdown_16(X)))
& tangible_entity_1(fn_waste_1(fn_glycogen_breakdown_6(X)))
& spatial_entity_1(fn_remove_1(fn_glycogen_breakdown_20(X)))
& molecule_1(fn_phosphorylated_intermediate_3(fn_glycogen_breakdown_18(X)))
& spatial_entity_1(fn_remove_2(fn_glycogen_breakdown_20(X)))
& chemical_entity_1(fn_reactant_3(fn_glycogen_breakdown_23(X)))
& size_value_1(fn_protein_enzyme_3(fn_glycogen_breakdown_16(X)))
& size_value_1(fn_glycogen_phosphorylase_9(fn_glycogen_breakdown_16(X)))
& monomer_1(fn_protein_enzyme_9(fn_glycogen_breakdown_16(X)))
& monomer_1(fn_glycogen_phosphorylase_5(fn_glycogen_breakdown_16(X)))
& spatial_entity_1(fn_protein_14(fn_glycogen_breakdown_16(X)))
& chemical_entity_1(fn_protein_14(fn_glycogen_breakdown_16(X)))
& monomer_1(fn_protein_14(fn_glycogen_breakdown_16(X)))
& molecule_1(fn_protein_14(fn_glycogen_breakdown_16(X)))
& amino_acid_1(fn_protein_14(fn_glycogen_breakdown_16(X)))
& spatial_entity_1(fn_glycogen_phosphorylase_17(fn_glycogen_breakdown_16(X)))
& chemical_entity_1(fn_glycogen_phosphorylase_17(fn_glycogen_breakdown_16(X)))
& monomer_1(fn_glycogen_phosphorylase_17(fn_glycogen_breakdown_16(X)))
& molecule_1(fn_glycogen_phosphorylase_17(fn_glycogen_breakdown_16(X)))
& amino_acid_1(fn_glycogen_phosphorylase_17(fn_glycogen_breakdown_16(X)))
& chemical_reaction_1(fn_reactant_2(fn_glycogen_breakdown_23(X)))
& glycogen_breakdown_1(fn_glycogen_phosphorylase_16(fn_glycogen_breakdown_16(X)))
& in_event_2(fn_glycogen_breakdown_6(X),X)
& facilitates_2(fn_glycogen_breakdown_10(X),X)
& result_2(X,fn_glycogen_breakdown_18(X))
& raw_material_2(X,fn_glycogen_breakdown_3(X))
& possesses_2(fn_glycogen_breakdown_18(X),fn_glycogen_breakdown_1(X))
& is_inside_2(fn_glycogen_breakdown_18(X),fn_glycogen_breakdown_2(X))
& has_state_2(fn_glycogen_breakdown_19(X),fn_glycogen_breakdown_18(X))
& possesses_2(fn_glycogen_breakdown_21(X),fn_glycogen_breakdown_1(X))
& object_2(fn_glycogen_breakdown_20(X),fn_glycogen_breakdown_21(X))
& base_2(fn_glycogen_breakdown_20(X),fn_glycogen_breakdown_17(X))
& plays_2(fn_glycogen_breakdown_7(X),fn_glycogen_breakdown_6(X))
& plays_2(fn_glycogen_breakdown_17(X),fn_glycogen_breakdown_23(X))
& raw_material_2(X,fn_glycogen_breakdown_17(X))
& structural_complexity_2(fn_glycogen_breakdown_17(X),fn_glycogen_breakdown_25(X))
& fn_glycogen_breakdown_21(X) != fn_glycogen_breakdown_18(X)
& fn_glycogen_breakdown_18(X) != fn_glycogen_breakdown_21(X)
& in_event_2(fn_glycogen_breakdown_23(X),X)
& has_part_2(fn_glycogen_breakdown_16(X),fn_glycogen_breakdown_8(X))
& has_part_2(fn_glycogen_breakdown_8(X),fn_glycogen_breakdown_14(X))
& result_2(X,fn_glycogen_breakdown_7(X))
& result_2(X,fn_glycogen_breakdown_21(X))
& structural_complexity_2(fn_glycogen_breakdown_21(X),fn_glycogen_breakdown_24(X))
& greater_than_2(fn_glycogen_breakdown_25(X),fn_glycogen_breakdown_24(X))
& has_region_2(fn_glycogen_breakdown_17(X),fn_glycogen_breakdown_26(X))
& has_part_2(fn_glycogen_breakdown_17(X),fn_glycogen_breakdown_19(X))
& has_part_2(fn_glycogen_breakdown_17(X),fn_glycogen_breakdown_27(X))
& is_inside_2(fn_glycogen_breakdown_27(X),fn_glycogen_breakdown_26(X))
& fn_glycogen_breakdown_19(X) != fn_glycogen_breakdown_27(X)
& fn_glycogen_breakdown_27(X) != fn_glycogen_breakdown_19(X)
& has_region_2(fn_glycogen_breakdown_16(X),fn_glycogen_breakdown_10(X))
& has_function_2(fn_glycogen_breakdown_16(X),X)
& size_2(fn_glycogen_breakdown_16(X),fn_glycogen_breakdown_12(X))
& the_scalar_value_2(fn_glycogen_breakdown_12(X),big_0)
& scalar_unit_class_2(fn_glycogen_breakdown_12(X),polypeptide_0)
& in_event_2(fn_glycogen_breakdown_9(X),X)
& plays_2(fn_glycogen_breakdown_16(X),fn_glycogen_breakdown_9(X))
& has_part_2(fn_glycogen_breakdown_16(X),fn_glycogen_breakdown_15(X))
& size_2(fn_glycogen_breakdown_15(X),fn_glycogen_breakdown_13(X))
& greater_than_2(fn_glycogen_breakdown_12(X),fn_glycogen_breakdown_13(X))
& has_function_2(fn_glycogen_breakdown_16(X),fn_glycogen_breakdown_22(X))
& enables_2(fn_glycogen_breakdown_22(X),X)
& site_2(X,fn_glycogen_breakdown_10(X))
& is_inside_2(fn_glycogen_breakdown_11(X),fn_glycogen_breakdown_10(X))
& has_region_2(fn_glycogen_breakdown_14(X),fn_glycogen_breakdown_11(X))
& fn_glycogen_breakdown_21(X) = fn_remove_1(fn_glycogen_breakdown_20(X))
& fn_glycogen_breakdown_17(X) = fn_remove_2(fn_glycogen_breakdown_20(X))
& fn_glycogen_breakdown_7(X) = fn_waste_1(fn_glycogen_breakdown_6(X))
& fn_glycogen_breakdown_17(X) = fn_reactant_3(fn_glycogen_breakdown_23(X))
& fn_glycogen_breakdown_17(X) = fn_catabolic_pathway_10(X)
& fn_glycogen_breakdown_21(X) = fn_phosphorylated_intermediate_3(fn_glycogen_breakdown_18(X))
& X = fn_reactant_2(fn_glycogen_breakdown_23(X))
& fn_glycogen_breakdown_14(X) = fn_protein_14(fn_glycogen_breakdown_16(X))
& fn_glycogen_breakdown_8(X) = fn_protein_8(fn_glycogen_breakdown_16(X))
& fn_glycogen_breakdown_7(X) = fn_catabolic_pathway_11(X)
& fn_glycogen_breakdown_29(X) = fn_catabolic_pathway_1(X)
& fn_glycogen_breakdown_28(X) = fn_catabolic_pathway_5(X)
& fn_glycogen_breakdown_25(X) = fn_catabolic_pathway_4(X)
& fn_glycogen_breakdown_24(X) = fn_catabolic_pathway_2(X)
& fn_glycogen_breakdown_21(X) = fn_catabolic_pathway_9(X)
& fn_glycogen_breakdown_26(X) = fn_organic_molecule_3(fn_glycogen_breakdown_17(X))
& fn_glycogen_breakdown_19(X) = fn_organic_molecule_2(fn_glycogen_breakdown_17(X))
& fn_glycogen_breakdown_27(X) = fn_organic_molecule_1(fn_glycogen_breakdown_17(X))
& fn_glycogen_breakdown_12(X) = fn_protein_enzyme_3(fn_glycogen_breakdown_16(X))
& fn_glycogen_breakdown_12(X) = fn_glycogen_phosphorylase_9(fn_glycogen_breakdown_16(X))
& fn_glycogen_breakdown_13(X) = fn_glycogen_phosphorylase_15(fn_glycogen_breakdown_16(X))
& fn_glycogen_breakdown_15(X) = fn_protein_enzyme_9(fn_glycogen_breakdown_16(X))
& fn_glycogen_breakdown_15(X) = fn_glycogen_phosphorylase_5(fn_glycogen_breakdown_16(X))
& fn_glycogen_breakdown_9(X) = fn_glycogen_phosphorylase_12(fn_glycogen_breakdown_16(X))
& fn_glycogen_breakdown_14(X) = fn_glycogen_phosphorylase_17(fn_glycogen_breakdown_16(X))
& fn_glycogen_breakdown_11(X) = fn_glycogen_phosphorylase_18(fn_glycogen_breakdown_16(X))
& fn_glycogen_breakdown_10(X) = fn_glycogen_phosphorylase_19(fn_glycogen_breakdown_16(X))
& X = fn_glycogen_phosphorylase_16(fn_glycogen_breakdown_16(X))
& fn_glycogen_breakdown_22(X) = fn_glycogen_phosphorylase_8(fn_glycogen_breakdown_16(X))
& fn_waste_1(fn_glycogen_breakdown_6(X)) = fn_catabolic_pathway_11(X)
& fn_catabolic_pathway_11(X) = fn_remove_1(fn_glycogen_breakdown_20(X))
& fn_remove_1(fn_glycogen_breakdown_20(X)) = fn_phosphorylated_intermediate_3(fn_glycogen_breakdown_18(X))
& fn_phosphorylated_intermediate_3(fn_glycogen_breakdown_18(X)) = fn_phosphorylated_intermediate_3(fn_glycogen_breakdown_18(X))
& fn_phosphorylated_intermediate_3(fn_glycogen_breakdown_18(X)) = fn_catabolic_pathway_9(X)
& fn_catabolic_pathway_9(X) = fn_catabolic_pathway_9(X)
& fn_catabolic_pathway_9(X) = fn_remove_2(fn_glycogen_breakdown_20(X))
& fn_remove_2(fn_glycogen_breakdown_20(X)) = fn_reactant_3(fn_glycogen_breakdown_23(X))
& fn_reactant_3(fn_glycogen_breakdown_23(X)) = fn_reactant_3(fn_glycogen_breakdown_23(X))
& fn_catabolic_pathway_10(X) = fn_reactant_3(fn_glycogen_breakdown_23(X))
& fn_reactant_3(fn_glycogen_breakdown_23(X)) = fn_catabolic_pathway_10(X)
& fn_catabolic_pathway_10(X) = fn_protein_enzyme_3(fn_glycogen_breakdown_16(X))
& fn_glycogen_phosphorylase_9(fn_glycogen_breakdown_16(X)) = fn_protein_enzyme_3(fn_glycogen_breakdown_16(X))
& fn_protein_enzyme_3(fn_glycogen_breakdown_16(X)) = fn_glycogen_phosphorylase_9(fn_glycogen_breakdown_16(X))
& fn_glycogen_phosphorylase_9(fn_glycogen_breakdown_16(X)) = fn_glycogen_phosphorylase_9(fn_glycogen_breakdown_16(X))
& fn_glycogen_phosphorylase_9(fn_glycogen_breakdown_16(X)) = fn_glycogen_phosphorylase_5(fn_glycogen_breakdown_16(X))
& fn_glycogen_phosphorylase_5(fn_glycogen_breakdown_16(X)) = fn_protein_enzyme_9(fn_glycogen_breakdown_16(X))
& fn_protein_enzyme_9(fn_glycogen_breakdown_16(X)) = fn_glycogen_phosphorylase_5(fn_glycogen_breakdown_16(X))
& fn_glycogen_phosphorylase_5(fn_glycogen_breakdown_16(X)) = fn_protein_14(fn_glycogen_breakdown_16(X))
& fn_protein_14(fn_glycogen_breakdown_16(X)) = fn_glycogen_phosphorylase_17(fn_glycogen_breakdown_16(X))
& fn_glycogen_phosphorylase_17(fn_glycogen_breakdown_16(X)) = fn_reactant_2(fn_glycogen_breakdown_23(X))
& fn_reactant_2(fn_glycogen_breakdown_23(X)) = fn_reactant_2(fn_glycogen_breakdown_23(X))
& fn_reactant_2(fn_glycogen_breakdown_23(X)) = fn_glycogen_phosphorylase_16(fn_glycogen_breakdown_16(X))
& fn_glycogen_phosphorylase_16(fn_glycogen_breakdown_16(X)) = fn_glycogen_phosphorylase_16(fn_glycogen_breakdown_16(X)) ) ) ).
fof(a529940,axiom,
! [X] :
( glycogen_breakdown_in_vertebrates_1(X)
=> ( original_name_2(X,'Glycogen-Breakdown-In-Vertebrates')
& user_description_2(X,'The breakdown of the storage polysaccharide, glycogen, stimulated by epinephrine. Glycogen breakdown can lead to the production of glucose 6-phosphate, an early intermediate in the process of glycolysis or an increase in the glucose concentration in the bloodstream.')
& concept2words_2(X,hydrolyze)
& concept2words_2(X,convert)
& concept2words_2(X,'glycogen breakdown in vertebrate')
& concept2words_2(X,'glycogen-breakdown-in-vertebrate')
& glycogen_breakdown_1(X)
& ~ hydrolysis_of_sucrose_1(X)
& cell_1(fn_glycogen_breakdown_in_vertebrates_1(X))
& oxygen_1(fn_glycogen_breakdown_in_vertebrates_2(X))
& hydrogen_1(fn_glycogen_breakdown_in_vertebrates_3(X))
& hydrogen_1(fn_glycogen_breakdown_in_vertebrates_4(X))
& chemical_energy_1(fn_glycogen_breakdown_in_vertebrates_7(X))
& quantity_value_1(fn_glycogen_breakdown_in_vertebrates_8(X))
& quantity_value_1(fn_glycogen_breakdown_in_vertebrates_9(X))
& entity_1(fn_glycogen_breakdown_in_vertebrates_18(X))
& atom_1(fn_glycogen_breakdown_in_vertebrates_18(X))
& chemical_entity_1(fn_glycogen_breakdown_in_vertebrates_18(X))
& carbon_1(fn_glycogen_breakdown_in_vertebrates_18(X))
& chemical_bond_1(fn_glycogen_breakdown_in_vertebrates_19(X))
& covalent_bond_1(fn_glycogen_breakdown_in_vertebrates_19(X))
& peptide_bond_1(fn_glycogen_breakdown_in_vertebrates_19(X))
& phosphorylated_intermediate_1(fn_glycogen_breakdown_in_vertebrates_20(X))
& chemical_entity_1(fn_glycogen_breakdown_in_vertebrates_20(X))
& molecule_1(fn_glycogen_breakdown_in_vertebrates_20(X))
& glucose_1_phosphate_1(fn_glycogen_breakdown_in_vertebrates_20(X))
& hydrogen_1(fn_glycogen_breakdown_in_vertebrates_21(X))
& structural_complexity_value_1(fn_glycogen_breakdown_in_vertebrates_22(X))
& chemical_entity_1(fn_glycogen_breakdown_in_vertebrates_23(X))
& atom_1(fn_glycogen_breakdown_in_vertebrates_23(X))
& cell_1(fn_glycogen_breakdown_in_vertebrates_24(X))
& animal_cell_1(fn_glycogen_breakdown_in_vertebrates_24(X))
& break_1(fn_glycogen_breakdown_in_vertebrates_25(X))
& structural_complexity_value_1(fn_glycogen_breakdown_in_vertebrates_26(X))
& remove_1(fn_glycogen_breakdown_in_vertebrates_27(X))
& chemical_bond_1(fn_glycogen_breakdown_in_vertebrates_28(X))
& tangible_entity_1(fn_glycogen_breakdown_in_vertebrates_29(X))
& free_energy_1(fn_glycogen_breakdown_in_vertebrates_29(X))
& monomer_1(fn_glycogen_breakdown_in_vertebrates_30(X))
& phosphorylation_1(fn_glycogen_breakdown_in_vertebrates_31(X))
& spatial_entity_1(fn_glycogen_breakdown_in_vertebrates_32(X))
& tangible_entity_1(fn_glycogen_breakdown_in_vertebrates_32(X))
& chemical_entity_1(fn_glycogen_breakdown_in_vertebrates_32(X))
& molecule_1(fn_glycogen_breakdown_in_vertebrates_32(X))
& glycogen_1(fn_glycogen_breakdown_in_vertebrates_32(X))
& vertebrate_1(fn_glycogen_breakdown_in_vertebrates_33(X))
& chemical_energy_1(fn_glycogen_breakdown_in_vertebrates_34(X))
& entity_1(fn_glycogen_breakdown_in_vertebrates_35(X))
& chemical_entity_1(fn_glycogen_breakdown_in_vertebrates_35(X))
& atom_1(fn_glycogen_breakdown_in_vertebrates_35(X))
& oxygen_1(fn_glycogen_breakdown_in_vertebrates_35(X))
& hydrogen_1(fn_glycogen_breakdown_in_vertebrates_36(X))
& quantity_value_1(fn_glycogen_breakdown_in_vertebrates_37(X))
& speed_value_1(fn_glycogen_breakdown_in_vertebrates_38(X))
& hydroxyl_group_1(fn_glycogen_breakdown_in_vertebrates_39(X))
& functional_group_1(fn_glycogen_breakdown_in_vertebrates_40(X))
& phosphate_group_1(fn_glycogen_breakdown_in_vertebrates_40(X))
& carbon_skeleton_1(fn_glycogen_breakdown_in_vertebrates_41(X))
& constant_motion_1(fn_glycogen_breakdown_in_vertebrates_42(X))
& hydrogen_1(fn_glycogen_breakdown_in_vertebrates_43(X))
& carbon_1(fn_glycogen_breakdown_in_vertebrates_44(X))
& phosphorus_1(fn_glycogen_breakdown_in_vertebrates_45(X))
& entity_1(fn_glycogen_breakdown_in_vertebrates_45(X))
& chemical_entity_1(fn_glycogen_breakdown_in_vertebrates_45(X))
& atom_1(fn_glycogen_breakdown_in_vertebrates_45(X))
& oxygen_1(fn_glycogen_breakdown_in_vertebrates_46(X))
& entity_1(fn_glycogen_breakdown_in_vertebrates_46(X))
& chemical_entity_1(fn_glycogen_breakdown_in_vertebrates_46(X))
& atom_1(fn_glycogen_breakdown_in_vertebrates_46(X))
& polar_covalent_bond_1(fn_glycogen_breakdown_in_vertebrates_47(X))
& single_bond_1(fn_glycogen_breakdown_in_vertebrates_48(X))
& covalent_bond_1(fn_glycogen_breakdown_in_vertebrates_48(X))
& double_bond_1(fn_glycogen_breakdown_in_vertebrates_49(X))
& kinetic_energy_1(fn_glycogen_breakdown_in_vertebrates_50(X))
& molecule_1(fn_glycogen_breakdown_in_vertebrates_51(X))
& chemical_entity_1(fn_glycogen_breakdown_in_vertebrates_51(X))
& spatial_entity_1(fn_glycogen_breakdown_in_vertebrates_52(X))
& chemical_entity_1(fn_glycogen_breakdown_in_vertebrates_52(X))
& monomer_1(fn_glycogen_breakdown_in_vertebrates_52(X))
& molecule_1(fn_glycogen_breakdown_in_vertebrates_52(X))
& amino_acid_1(fn_glycogen_breakdown_in_vertebrates_52(X))
& size_value_1(fn_glycogen_breakdown_in_vertebrates_53(X))
& size_value_1(fn_glycogen_breakdown_in_vertebrates_54(X))
& protein_domain_1(fn_glycogen_breakdown_in_vertebrates_55(X))
& monomer_1(fn_glycogen_breakdown_in_vertebrates_56(X))
& polymer_1(fn_glycogen_breakdown_in_vertebrates_57(X))
& polypeptide_1(fn_glycogen_breakdown_in_vertebrates_57(X))
& organic_molecule_1(fn_glycogen_breakdown_in_vertebrates_57(X))
& r_group_1(fn_glycogen_breakdown_in_vertebrates_58(X))
& active_site_1(fn_glycogen_breakdown_in_vertebrates_59(X))
& remove_1(fn_glycogen_breakdown_in_vertebrates_60(X))
& reactant_1(fn_glycogen_breakdown_in_vertebrates_61(X))
& speed_value_1(fn_glycogen_breakdown_in_vertebrates_62(X))
& quantity_value_1(fn_glycogen_breakdown_in_vertebrates_63(X))
& carbon_skeleton_1(fn_glycogen_breakdown_in_vertebrates_64(X))
& kinetic_energy_1(fn_glycogen_breakdown_in_vertebrates_65(X))
& constant_motion_1(fn_glycogen_breakdown_in_vertebrates_66(X))
& entity_1(fn_glycogen_breakdown_in_vertebrates_67(X))
& chemical_entity_1(fn_glycogen_breakdown_in_vertebrates_67(X))
& atom_1(fn_glycogen_breakdown_in_vertebrates_67(X))
& carbon_1(fn_glycogen_breakdown_in_vertebrates_67(X))
& protein_enzyme_1(fn_glycogen_breakdown_in_vertebrates_68(X))
& protein_1(fn_glycogen_breakdown_in_vertebrates_68(X))
& glycogen_phosphorylase_1(fn_glycogen_breakdown_in_vertebrates_68(X))
& inorganic_phosphate_1(fn_glycogen_breakdown_in_vertebrates_69(X))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_glycogen_breakdown_in_vertebrates_39(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_glycogen_breakdown_in_vertebrates_39(X)))
& protein_domain_1(fn_glycogen_phosphorylase_1(fn_glycogen_breakdown_in_vertebrates_68(X)))
& phosphorylation_1(fn_phosphorylated_intermediate_2(fn_glycogen_breakdown_in_vertebrates_30(X)))
& property_node_1(fn_phosphorylated_intermediate_14(fn_glycogen_breakdown_in_vertebrates_30(X)))
& constant_motion_1(fn_phosphorylated_intermediate_9(fn_glycogen_breakdown_in_vertebrates_30(X)))
& property_node_1(fn_phosphorylated_intermediate_15(fn_glycogen_breakdown_in_vertebrates_30(X)))
& speed_value_1(fn_phosphorylated_intermediate_12(fn_glycogen_breakdown_in_vertebrates_30(X)))
& quantity_value_1(fn_phosphorylated_intermediate_13(fn_glycogen_breakdown_in_vertebrates_30(X)))
& kinetic_energy_1(fn_phosphorylated_intermediate_4(fn_glycogen_breakdown_in_vertebrates_30(X)))
& carbon_1(fn_phosphorylated_intermediate_8(fn_glycogen_breakdown_in_vertebrates_30(X)))
& carbon_skeleton_1(fn_phosphorylated_intermediate_10(fn_glycogen_breakdown_in_vertebrates_30(X)))
& single_bond_1(fn_glucose_1_phosphate_6(fn_glycogen_breakdown_in_vertebrates_30(X)))
& property_node_1(fn_glucose_1_phosphate_1(fn_glycogen_breakdown_in_vertebrates_20(X)))
& atom_1(fn_molecule_7(fn_glycogen_breakdown_in_vertebrates_20(X)))
& chemical_bond_1(fn_molecule_10(fn_glycogen_breakdown_in_vertebrates_32(X)))
& constant_motion_1(fn_glycogen_25(fn_glycogen_breakdown_in_vertebrates_32(X)))
& kinetic_energy_1(fn_glycogen_16(fn_glycogen_breakdown_in_vertebrates_32(X)))
& carbon_skeleton_1(fn_glycogen_17(fn_glycogen_breakdown_in_vertebrates_32(X)))
& property_node_1(fn_glycogen_26(fn_glycogen_breakdown_in_vertebrates_32(X)))
& speed_value_1(fn_glycogen_24(fn_glycogen_breakdown_in_vertebrates_32(X)))
& property_node_1(fn_glycogen_27(fn_glycogen_breakdown_in_vertebrates_32(X)))
& quantity_value_1(fn_glycogen_23(fn_glycogen_breakdown_in_vertebrates_32(X)))
& animal_cell_1(fn_animal_21(fn_glycogen_breakdown_in_vertebrates_33(X)))
& covalent_bond_1(fn_polymer_1(fn_glycogen_breakdown_in_vertebrates_57(X)))
& chemical_bond_1(fn_polypeptide_130(fn_glycogen_breakdown_in_vertebrates_57(X)))
& covalent_bond_1(fn_polypeptide_130(fn_glycogen_breakdown_in_vertebrates_57(X)))
& peptide_bond_1(fn_polypeptide_130(fn_glycogen_breakdown_in_vertebrates_57(X)))
& chemical_bond_1(fn_protein_12(fn_glycogen_breakdown_in_vertebrates_68(X)))
& covalent_bond_1(fn_protein_12(fn_glycogen_breakdown_in_vertebrates_68(X)))
& peptide_bond_1(fn_protein_12(fn_glycogen_breakdown_in_vertebrates_68(X)))
& monomer_1(fn_protein_enzyme_9(fn_glycogen_breakdown_in_vertebrates_68(X)))
& monomer_1(fn_glycogen_phosphorylase_5(fn_glycogen_breakdown_in_vertebrates_68(X)))
& size_value_1(fn_glycogen_phosphorylase_15(fn_glycogen_breakdown_in_vertebrates_68(X)))
& size_value_1(fn_protein_enzyme_3(fn_glycogen_breakdown_in_vertebrates_68(X)))
& size_value_1(fn_glycogen_phosphorylase_9(fn_glycogen_breakdown_in_vertebrates_68(X)))
& spatial_entity_1(fn_polypeptide_83(fn_glycogen_breakdown_in_vertebrates_57(X)))
& chemical_entity_1(fn_polypeptide_83(fn_glycogen_breakdown_in_vertebrates_57(X)))
& monomer_1(fn_polypeptide_83(fn_glycogen_breakdown_in_vertebrates_57(X)))
& molecule_1(fn_polypeptide_83(fn_glycogen_breakdown_in_vertebrates_57(X)))
& amino_acid_1(fn_polypeptide_83(fn_glycogen_breakdown_in_vertebrates_57(X)))
& chemical_entity_1(fn_polypeptide_82(fn_glycogen_breakdown_in_vertebrates_57(X)))
& monomer_1(fn_polypeptide_82(fn_glycogen_breakdown_in_vertebrates_57(X)))
& molecule_1(fn_polypeptide_82(fn_glycogen_breakdown_in_vertebrates_57(X)))
& amino_acid_1(fn_polypeptide_82(fn_glycogen_breakdown_in_vertebrates_57(X)))
& spatial_entity_1(fn_protein_14(fn_glycogen_breakdown_in_vertebrates_68(X)))
& chemical_entity_1(fn_protein_14(fn_glycogen_breakdown_in_vertebrates_68(X)))
& monomer_1(fn_protein_14(fn_glycogen_breakdown_in_vertebrates_68(X)))
& molecule_1(fn_protein_14(fn_glycogen_breakdown_in_vertebrates_68(X)))
& amino_acid_1(fn_protein_14(fn_glycogen_breakdown_in_vertebrates_68(X)))
& spatial_entity_1(fn_glycogen_phosphorylase_17(fn_glycogen_breakdown_in_vertebrates_68(X)))
& chemical_entity_1(fn_glycogen_phosphorylase_17(fn_glycogen_breakdown_in_vertebrates_68(X)))
& monomer_1(fn_glycogen_phosphorylase_17(fn_glycogen_breakdown_in_vertebrates_68(X)))
& molecule_1(fn_glycogen_phosphorylase_17(fn_glycogen_breakdown_in_vertebrates_68(X)))
& amino_acid_1(fn_glycogen_phosphorylase_17(fn_glycogen_breakdown_in_vertebrates_68(X)))
& r_group_1(fn_glycogen_phosphorylase_18(fn_glycogen_breakdown_in_vertebrates_68(X)))
& active_site_1(fn_glycogen_phosphorylase_19(fn_glycogen_breakdown_in_vertebrates_68(X)))
& catabolic_pathway_1(fn_animal_cell_21(fn_glycogen_breakdown_in_vertebrates_24(X)))
& glycogen_breakdown_1(fn_glycogen_phosphorylase_16(fn_glycogen_breakdown_in_vertebrates_68(X)))
& phosphate_group_1(fn_phosphorylation_3(fn_glycogen_breakdown_in_vertebrates_31(X)))
& functional_group_1(fn_phosphorylated_intermediate_11(fn_glycogen_breakdown_in_vertebrates_30(X)))
& phosphate_group_1(fn_phosphorylated_intermediate_11(fn_glycogen_breakdown_in_vertebrates_30(X)))
& entity_1(fn_covalent_bond_20(fn_glycogen_breakdown_in_vertebrates_49(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_glycogen_breakdown_in_vertebrates_49(X)))
& atom_1(fn_covalent_bond_20(fn_glycogen_breakdown_in_vertebrates_49(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_glycogen_breakdown_in_vertebrates_39(X)))
& entity_1(fn_phosphorylated_intermediate_7(fn_glycogen_breakdown_in_vertebrates_30(X)))
& chemical_entity_1(fn_phosphorylated_intermediate_7(fn_glycogen_breakdown_in_vertebrates_30(X)))
& atom_1(fn_phosphorylated_intermediate_7(fn_glycogen_breakdown_in_vertebrates_30(X)))
& oxygen_1(fn_phosphorylated_intermediate_7(fn_glycogen_breakdown_in_vertebrates_30(X)))
& entity_1(fn_glucose_1_phosphate_5(fn_glycogen_breakdown_in_vertebrates_30(X)))
& chemical_entity_1(fn_glucose_1_phosphate_5(fn_glycogen_breakdown_in_vertebrates_30(X)))
& atom_1(fn_glucose_1_phosphate_5(fn_glycogen_breakdown_in_vertebrates_30(X)))
& oxygen_1(fn_glucose_1_phosphate_5(fn_glycogen_breakdown_in_vertebrates_30(X)))
& entity_1(fn_covalent_bond_19(fn_glycogen_breakdown_in_vertebrates_49(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_glycogen_breakdown_in_vertebrates_49(X)))
& atom_1(fn_covalent_bond_19(fn_glycogen_breakdown_in_vertebrates_49(X)))
& oxygen_1(fn_phosphorylated_intermediate_5(fn_glycogen_breakdown_in_vertebrates_30(X)))
& entity_1(fn_phosphorylated_intermediate_5(fn_glycogen_breakdown_in_vertebrates_30(X)))
& chemical_entity_1(fn_phosphorylated_intermediate_5(fn_glycogen_breakdown_in_vertebrates_30(X)))
& atom_1(fn_phosphorylated_intermediate_5(fn_glycogen_breakdown_in_vertebrates_30(X)))
& oxygen_1(fn_glucose_1_phosphate_4(fn_glycogen_breakdown_in_vertebrates_30(X)))
& entity_1(fn_glucose_1_phosphate_4(fn_glycogen_breakdown_in_vertebrates_30(X)))
& chemical_entity_1(fn_glucose_1_phosphate_4(fn_glycogen_breakdown_in_vertebrates_30(X)))
& atom_1(fn_glucose_1_phosphate_4(fn_glycogen_breakdown_in_vertebrates_30(X)))
& spatial_entity_1(fn_remove_1(fn_glycogen_breakdown_in_vertebrates_27(X)))
& spatial_entity_1(fn_remove_1(fn_glycogen_breakdown_in_vertebrates_60(X)))
& chemical_entity_1(fn_functional_group_1(fn_glycogen_breakdown_in_vertebrates_39(X)))
& molecule_1(fn_phosphorylated_intermediate_3(fn_glycogen_breakdown_in_vertebrates_20(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_glycogen_breakdown_in_vertebrates_31(X)))
& phosphorus_1(fn_phosphorylated_intermediate_6(fn_glycogen_breakdown_in_vertebrates_30(X)))
& entity_1(fn_covalent_bond_20(fn_glycogen_breakdown_in_vertebrates_48(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_glycogen_breakdown_in_vertebrates_48(X)))
& atom_1(fn_covalent_bond_20(fn_glycogen_breakdown_in_vertebrates_48(X)))
& entity_1(fn_covalent_bond_19(fn_glycogen_breakdown_in_vertebrates_48(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_glycogen_breakdown_in_vertebrates_48(X)))
& atom_1(fn_covalent_bond_19(fn_glycogen_breakdown_in_vertebrates_48(X)))
& chemical_entity_1(fn_phosphorylated_intermediate_1(fn_glycogen_breakdown_in_vertebrates_30(X)))
& molecule_1(fn_phosphorylated_intermediate_1(fn_glycogen_breakdown_in_vertebrates_30(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_glycogen_breakdown_in_vertebrates_28(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_glycogen_breakdown_in_vertebrates_28(X)))
& entity_1(fn_polypeptide_126(fn_glycogen_breakdown_in_vertebrates_57(X)))
& chemical_entity_1(fn_polypeptide_126(fn_glycogen_breakdown_in_vertebrates_57(X)))
& atom_1(fn_polypeptide_126(fn_glycogen_breakdown_in_vertebrates_57(X)))
& carbon_1(fn_polypeptide_126(fn_glycogen_breakdown_in_vertebrates_57(X)))
& entity_1(fn_protein_13(fn_glycogen_breakdown_in_vertebrates_68(X)))
& chemical_entity_1(fn_protein_13(fn_glycogen_breakdown_in_vertebrates_68(X)))
& atom_1(fn_protein_13(fn_glycogen_breakdown_in_vertebrates_68(X)))
& carbon_1(fn_protein_13(fn_glycogen_breakdown_in_vertebrates_68(X)))
& atom_1(fn_organic_molecule_2(fn_glycogen_breakdown_in_vertebrates_57(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_glycogen_breakdown_in_vertebrates_57(X)))
& carbon_1(fn_organic_molecule_1(fn_glycogen_breakdown_in_vertebrates_57(X)))
& polypeptide_1(fn_protein_8(fn_glycogen_breakdown_in_vertebrates_68(X)))
& structural_complexity_value_1(fn_glucose_1_phosphate_2(fn_glycogen_breakdown_in_vertebrates_30(X)))
& structural_complexity_value_1(fn_glucose_1_phosphate_2(fn_glycogen_breakdown_in_vertebrates_20(X)))
& molecule_1(fn_phosphorylated_intermediate_3(fn_glycogen_breakdown_in_vertebrates_30(X)))
& atom_1(fn_molecule_7(fn_glycogen_breakdown_in_vertebrates_32(X)))
& atom_1(fn_molecule_11(fn_glycogen_breakdown_in_vertebrates_32(X)))
& entity_1(fn_glycogen_20(fn_glycogen_breakdown_in_vertebrates_32(X)))
& chemical_entity_1(fn_glycogen_20(fn_glycogen_breakdown_in_vertebrates_32(X)))
& atom_1(fn_glycogen_20(fn_glycogen_breakdown_in_vertebrates_32(X)))
& carbon_1(fn_glycogen_20(fn_glycogen_breakdown_in_vertebrates_32(X)))
& spatial_entity_1(fn_remove_2(fn_glycogen_breakdown_in_vertebrates_27(X)))
& tangible_entity_1(fn_impair_1(fn_glycogen_breakdown_in_vertebrates_25(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_glycogen_breakdown_in_vertebrates_31(X)))
& molecule_1(fn_phosphorylation_1(fn_glycogen_breakdown_in_vertebrates_31(X)))
& fn_glycogen_breakdown_in_vertebrates_1(X) != fn_glycogen_breakdown_in_vertebrates_24(X)
& fn_glycogen_breakdown_in_vertebrates_24(X) != fn_glycogen_breakdown_in_vertebrates_1(X)
& fn_glycogen_breakdown_in_vertebrates_30(X) != fn_glycogen_breakdown_in_vertebrates_32(X)
& possesses_2(fn_glycogen_breakdown_in_vertebrates_30(X),fn_glycogen_breakdown_in_vertebrates_49(X))
& possesses_2(fn_glycogen_breakdown_in_vertebrates_30(X),fn_glycogen_breakdown_in_vertebrates_47(X))
& possesses_2(fn_glycogen_breakdown_in_vertebrates_30(X),fn_glycogen_breakdown_in_vertebrates_34(X))
& has_part_2(fn_glycogen_breakdown_in_vertebrates_30(X),fn_glycogen_breakdown_in_vertebrates_43(X))
& has_part_2(fn_glycogen_breakdown_in_vertebrates_32(X),fn_glycogen_breakdown_in_vertebrates_51(X))
& fn_glycogen_breakdown_in_vertebrates_32(X) != fn_glycogen_breakdown_in_vertebrates_30(X)
& result_2(X,fn_glycogen_breakdown_in_vertebrates_30(X))
& minCardinality(X,result_0,"2",glucose_1_phosphate_0)
& has_state_2(fn_glycogen_breakdown_in_vertebrates_2(X),fn_glycogen_breakdown_in_vertebrates_35(X))
& has_state_2(fn_glycogen_breakdown_in_vertebrates_3(X),fn_glycogen_breakdown_in_vertebrates_36(X))
& has_state_2(fn_glycogen_breakdown_in_vertebrates_4(X),fn_glycogen_breakdown_in_vertebrates_43(X))
& has_state_2(fn_glycogen_breakdown_in_vertebrates_4(X),fn_glycogen_breakdown_in_vertebrates_21(X))
& fn_glycogen_breakdown_in_vertebrates_43(X) != fn_glycogen_breakdown_in_vertebrates_44(X)
& fn_glycogen_breakdown_in_vertebrates_44(X) != fn_glycogen_breakdown_in_vertebrates_43(X)
& is_between_2(fn_glycogen_breakdown_in_vertebrates_49(X),fn_glycogen_breakdown_in_vertebrates_44(X))
& is_between_2(fn_glycogen_breakdown_in_vertebrates_49(X),fn_glycogen_breakdown_in_vertebrates_45(X))
& object_2(fn_glycogen_breakdown_in_vertebrates_27(X),fn_glycogen_breakdown_in_vertebrates_30(X))
& object_2(fn_glycogen_breakdown_in_vertebrates_60(X),fn_glycogen_breakdown_in_vertebrates_30(X))
& base_2(fn_glycogen_breakdown_in_vertebrates_27(X),fn_glycogen_breakdown_in_vertebrates_32(X))
& object_2(fn_glycogen_breakdown_in_vertebrates_25(X),fn_glycogen_breakdown_in_vertebrates_32(X))
& has_region_2(fn_glycogen_breakdown_in_vertebrates_30(X),fn_glycogen_breakdown_in_vertebrates_39(X))
& is_between_2(fn_glycogen_breakdown_in_vertebrates_49(X),fn_glycogen_breakdown_in_vertebrates_46(X))
& possesses_2(fn_glycogen_breakdown_in_vertebrates_32(X),fn_glycogen_breakdown_in_vertebrates_7(X))
& fn_glycogen_breakdown_in_vertebrates_20(X) != fn_glycogen_breakdown_in_vertebrates_30(X)
& fn_glycogen_breakdown_in_vertebrates_30(X) != fn_glycogen_breakdown_in_vertebrates_20(X)
& has_part_2(fn_glycogen_breakdown_in_vertebrates_33(X),fn_glycogen_breakdown_in_vertebrates_24(X))
& base_2(X,fn_glycogen_breakdown_in_vertebrates_24(X))
& is_between_2(fn_glycogen_breakdown_in_vertebrates_49(X),fn_glycogen_breakdown_in_vertebrates_35(X))
& fn_glycogen_breakdown_in_vertebrates_36(X) != fn_glycogen_breakdown_in_vertebrates_35(X)
& fn_glycogen_breakdown_in_vertebrates_35(X) != fn_glycogen_breakdown_in_vertebrates_36(X)
& has_part_2(fn_glycogen_breakdown_in_vertebrates_57(X),fn_glycogen_breakdown_in_vertebrates_52(X))
& has_part_2(fn_glycogen_breakdown_in_vertebrates_68(X),fn_glycogen_breakdown_in_vertebrates_57(X))
& possesses_2(fn_glycogen_breakdown_in_vertebrates_57(X),fn_glycogen_breakdown_in_vertebrates_19(X))
& is_between_2(fn_glycogen_breakdown_in_vertebrates_19(X),fn_glycogen_breakdown_in_vertebrates_18(X))
& quantity_2(fn_glycogen_breakdown_in_vertebrates_7(X),fn_glycogen_breakdown_in_vertebrates_8(X))
& quantity_2(fn_glycogen_breakdown_in_vertebrates_34(X),fn_glycogen_breakdown_in_vertebrates_9(X))
& greater_than_2(fn_glycogen_breakdown_in_vertebrates_8(X),fn_glycogen_breakdown_in_vertebrates_9(X))
& is_inside_2(fn_glycogen_breakdown_in_vertebrates_43(X),fn_glycogen_breakdown_in_vertebrates_39(X))
& is_inside_2(fn_glycogen_breakdown_in_vertebrates_35(X),fn_glycogen_breakdown_in_vertebrates_39(X))
& is_between_2(fn_glycogen_breakdown_in_vertebrates_47(X),fn_glycogen_breakdown_in_vertebrates_35(X))
& is_between_2(fn_glycogen_breakdown_in_vertebrates_47(X),fn_glycogen_breakdown_in_vertebrates_43(X))
& fn_glycogen_breakdown_in_vertebrates_43(X) != fn_glycogen_breakdown_in_vertebrates_35(X)
& fn_glycogen_breakdown_in_vertebrates_35(X) != fn_glycogen_breakdown_in_vertebrates_43(X)
& facilitates_2(fn_glycogen_breakdown_in_vertebrates_59(X),X)
& result_2(X,fn_glycogen_breakdown_in_vertebrates_29(X))
& base_2(fn_glycogen_breakdown_in_vertebrates_60(X),fn_glycogen_breakdown_in_vertebrates_32(X))
& structural_complexity_2(fn_glycogen_breakdown_in_vertebrates_32(X),fn_glycogen_breakdown_in_vertebrates_26(X))
& greater_than_2(fn_glycogen_breakdown_in_vertebrates_26(X),fn_glycogen_breakdown_in_vertebrates_22(X))
& has_state_2(fn_glycogen_breakdown_in_vertebrates_23(X),fn_glycogen_breakdown_in_vertebrates_20(X))
& fn_glycogen_breakdown_in_vertebrates_67(X) != fn_glycogen_breakdown_in_vertebrates_23(X)
& fn_glycogen_breakdown_in_vertebrates_23(X) != fn_glycogen_breakdown_in_vertebrates_67(X)
& raw_material_2(X,fn_glycogen_breakdown_in_vertebrates_32(X))
& plays_2(fn_glycogen_breakdown_in_vertebrates_32(X),fn_glycogen_breakdown_in_vertebrates_61(X))
& in_event_2(fn_glycogen_breakdown_in_vertebrates_61(X),X)
& result_2(X,fn_glycogen_breakdown_in_vertebrates_20(X))
& possesses_2(fn_glycogen_breakdown_in_vertebrates_20(X),fn_glycogen_breakdown_in_vertebrates_34(X))
& the_scalar_value_2(fn_glycogen_breakdown_in_vertebrates_54(X),big_0)
& scalar_unit_class_2(fn_glycogen_breakdown_in_vertebrates_54(X),polypeptide_0)
& has_region_2(fn_glycogen_breakdown_in_vertebrates_68(X),fn_glycogen_breakdown_in_vertebrates_59(X))
& size_2(fn_glycogen_breakdown_in_vertebrates_68(X),fn_glycogen_breakdown_in_vertebrates_54(X))
& greater_than_2(fn_glycogen_breakdown_in_vertebrates_54(X),fn_glycogen_breakdown_in_vertebrates_53(X))
& size_2(fn_glycogen_breakdown_in_vertebrates_56(X),fn_glycogen_breakdown_in_vertebrates_53(X))
& has_part_2(fn_glycogen_breakdown_in_vertebrates_68(X),fn_glycogen_breakdown_in_vertebrates_56(X))
& has_region_2(fn_glycogen_breakdown_in_vertebrates_68(X),fn_glycogen_breakdown_in_vertebrates_55(X))
& has_function_2(fn_glycogen_breakdown_in_vertebrates_68(X),X)
& site_2(X,fn_glycogen_breakdown_in_vertebrates_59(X))
& is_inside_2(fn_glycogen_breakdown_in_vertebrates_58(X),fn_glycogen_breakdown_in_vertebrates_59(X))
& has_region_2(fn_glycogen_breakdown_in_vertebrates_52(X),fn_glycogen_breakdown_in_vertebrates_58(X))
& is_at_2(fn_glycogen_breakdown_in_vertebrates_52(X),fn_glycogen_breakdown_in_vertebrates_55(X))
& has_part_2(fn_glycogen_breakdown_in_vertebrates_30(X),fn_glycogen_breakdown_in_vertebrates_44(X))
& result_2(fn_glycogen_breakdown_in_vertebrates_31(X),fn_glycogen_breakdown_in_vertebrates_30(X))
& has_state_2(fn_glycogen_breakdown_in_vertebrates_51(X),fn_glycogen_breakdown_in_vertebrates_30(X))
& has_region_2(fn_glycogen_breakdown_in_vertebrates_30(X),fn_glycogen_breakdown_in_vertebrates_40(X))
& is_inside_2(fn_glycogen_breakdown_in_vertebrates_46(X),fn_glycogen_breakdown_in_vertebrates_40(X))
& object_2(fn_glycogen_breakdown_in_vertebrates_42(X),fn_glycogen_breakdown_in_vertebrates_30(X))
& speed_2(fn_glycogen_breakdown_in_vertebrates_42(X),fn_glycogen_breakdown_in_vertebrates_38(X))
& possesses_2(fn_glycogen_breakdown_in_vertebrates_30(X),fn_glycogen_breakdown_in_vertebrates_50(X))
& quantity_2(fn_glycogen_breakdown_in_vertebrates_50(X),fn_glycogen_breakdown_in_vertebrates_37(X))
& directly_proportional_2(fn_glycogen_breakdown_in_vertebrates_38(X),fn_glycogen_breakdown_in_vertebrates_37(X))
& has_region_2(fn_glycogen_breakdown_in_vertebrates_30(X),fn_glycogen_breakdown_in_vertebrates_41(X))
& is_inside_2(fn_glycogen_breakdown_in_vertebrates_44(X),fn_glycogen_breakdown_in_vertebrates_41(X))
& fn_glycogen_breakdown_in_vertebrates_44(X) != fn_glycogen_breakdown_in_vertebrates_35(X)
& is_inside_2(fn_glycogen_breakdown_in_vertebrates_35(X),fn_glycogen_breakdown_in_vertebrates_40(X))
& is_inside_2(fn_glycogen_breakdown_in_vertebrates_45(X),fn_glycogen_breakdown_in_vertebrates_40(X))
& fn_glycogen_breakdown_in_vertebrates_35(X) != fn_glycogen_breakdown_in_vertebrates_44(X)
& has_part_2(fn_glycogen_breakdown_in_vertebrates_30(X),fn_glycogen_breakdown_in_vertebrates_45(X))
& fn_glycogen_breakdown_in_vertebrates_46(X) != fn_glycogen_breakdown_in_vertebrates_45(X)
& fn_glycogen_breakdown_in_vertebrates_45(X) != fn_glycogen_breakdown_in_vertebrates_46(X)
& fn_glycogen_breakdown_in_vertebrates_35(X) != fn_glycogen_breakdown_in_vertebrates_45(X)
& fn_glycogen_breakdown_in_vertebrates_45(X) != fn_glycogen_breakdown_in_vertebrates_35(X)
& possesses_2(fn_glycogen_breakdown_in_vertebrates_30(X),fn_glycogen_breakdown_in_vertebrates_48(X))
& structural_complexity_2(fn_glycogen_breakdown_in_vertebrates_30(X),fn_glycogen_breakdown_in_vertebrates_22(X))
& has_part_2(fn_glycogen_breakdown_in_vertebrates_30(X),fn_glycogen_breakdown_in_vertebrates_35(X))
& has_part_2(fn_glycogen_breakdown_in_vertebrates_30(X),fn_glycogen_breakdown_in_vertebrates_46(X))
& is_between_2(fn_glycogen_breakdown_in_vertebrates_48(X),fn_glycogen_breakdown_in_vertebrates_46(X))
& is_between_2(fn_glycogen_breakdown_in_vertebrates_48(X),fn_glycogen_breakdown_in_vertebrates_35(X))
& fn_glycogen_breakdown_in_vertebrates_35(X) != fn_glycogen_breakdown_in_vertebrates_46(X)
& fn_glycogen_breakdown_in_vertebrates_46(X) != fn_glycogen_breakdown_in_vertebrates_35(X)
& raw_material_2(fn_glycogen_breakdown_in_vertebrates_31(X),fn_glycogen_breakdown_in_vertebrates_51(X))
& has_part_2(fn_glycogen_breakdown_in_vertebrates_32(X),fn_glycogen_breakdown_in_vertebrates_23(X))
& object_2(fn_glycogen_breakdown_in_vertebrates_66(X),fn_glycogen_breakdown_in_vertebrates_32(X))
& speed_2(fn_glycogen_breakdown_in_vertebrates_66(X),fn_glycogen_breakdown_in_vertebrates_62(X))
& directly_proportional_2(fn_glycogen_breakdown_in_vertebrates_62(X),fn_glycogen_breakdown_in_vertebrates_63(X))
& quantity_2(fn_glycogen_breakdown_in_vertebrates_65(X),fn_glycogen_breakdown_in_vertebrates_63(X))
& possesses_2(fn_glycogen_breakdown_in_vertebrates_32(X),fn_glycogen_breakdown_in_vertebrates_65(X))
& has_region_2(fn_glycogen_breakdown_in_vertebrates_32(X),fn_glycogen_breakdown_in_vertebrates_64(X))
& is_inside_2(fn_glycogen_breakdown_in_vertebrates_67(X),fn_glycogen_breakdown_in_vertebrates_64(X))
& has_part_2(fn_glycogen_breakdown_in_vertebrates_32(X),fn_glycogen_breakdown_in_vertebrates_67(X))
& is_between_2(fn_glycogen_breakdown_in_vertebrates_28(X),fn_glycogen_breakdown_in_vertebrates_23(X))
& possesses_2(fn_glycogen_breakdown_in_vertebrates_32(X),fn_glycogen_breakdown_in_vertebrates_28(X))
& structural_complexity_2(fn_glycogen_breakdown_in_vertebrates_20(X),fn_glycogen_breakdown_in_vertebrates_22(X))
& has_part_2(fn_glycogen_breakdown_in_vertebrates_57(X),fn_glycogen_breakdown_in_vertebrates_18(X))
& is_between_2(fn_glycogen_breakdown_in_vertebrates_28(X),fn_glycogen_breakdown_in_vertebrates_51(X))
& has_part_2(fn_glycogen_breakdown_in_vertebrates_20(X),fn_glycogen_breakdown_in_vertebrates_21(X))
& is_between_2(fn_glycogen_breakdown_in_vertebrates_48(X),fn_glycogen_breakdown_in_vertebrates_45(X))
& raw_material_2(fn_glycogen_breakdown_in_vertebrates_31(X),fn_glycogen_breakdown_in_vertebrates_32(X))
& fn_glycogen_breakdown_in_vertebrates_30(X) = fn_remove_1(fn_glycogen_breakdown_in_vertebrates_27(X))
& fn_glycogen_breakdown_in_vertebrates_30(X) = fn_remove_1(fn_glycogen_breakdown_in_vertebrates_60(X))
& fn_glycogen_breakdown_in_vertebrates_32(X) = fn_remove_2(fn_glycogen_breakdown_in_vertebrates_27(X))
& fn_glycogen_breakdown_in_vertebrates_32(X) = fn_impair_1(fn_glycogen_breakdown_in_vertebrates_25(X))
& fn_glycogen_breakdown_in_vertebrates_30(X) = fn_functional_group_1(fn_glycogen_breakdown_in_vertebrates_39(X))
& fn_glycogen_breakdown_in_vertebrates_46(X) = fn_covalent_bond_19(fn_glycogen_breakdown_in_vertebrates_49(X))
& fn_glycogen_breakdown_in_vertebrates_30(X) = fn_phosphorylated_intermediate_3(fn_glycogen_breakdown_in_vertebrates_20(X))
& fn_glycogen_breakdown_in_vertebrates_20(X) = fn_phosphorylated_intermediate_3(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glycogen_breakdown_in_vertebrates_24(X) = fn_animal_21(fn_glycogen_breakdown_in_vertebrates_33(X))
& fn_glycogen_breakdown_in_vertebrates_24(X) = fn_metabolic_pathway_1(X)
& X = fn_animal_cell_21(fn_glycogen_breakdown_in_vertebrates_24(X))
& fn_glycogen_breakdown_in_vertebrates_36(X) = fn_covalent_bond_19(fn_glycogen_breakdown_in_vertebrates_49(X))
& fn_glycogen_breakdown_in_vertebrates_35(X) = fn_covalent_bond_20(fn_glycogen_breakdown_in_vertebrates_49(X))
& fn_glycogen_breakdown_in_vertebrates_11(X) = fn_glycogen_breakdown_4(X)
& fn_glycogen_breakdown_in_vertebrates_10(X) = fn_glycogen_breakdown_5(X)
& fn_glycogen_breakdown_in_vertebrates_52(X) = fn_polypeptide_83(fn_glycogen_breakdown_in_vertebrates_57(X))
& fn_glycogen_breakdown_in_vertebrates_52(X) = fn_polypeptide_82(fn_glycogen_breakdown_in_vertebrates_57(X))
& fn_glycogen_breakdown_in_vertebrates_52(X) = fn_protein_14(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_breakdown_in_vertebrates_18(X) = fn_polypeptide_126(fn_glycogen_breakdown_in_vertebrates_57(X))
& fn_glycogen_breakdown_in_vertebrates_18(X) = fn_protein_13(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_breakdown_in_vertebrates_19(X) = fn_polymer_1(fn_glycogen_breakdown_in_vertebrates_57(X))
& fn_glycogen_breakdown_in_vertebrates_19(X) = fn_polypeptide_130(fn_glycogen_breakdown_in_vertebrates_57(X))
& fn_glycogen_breakdown_in_vertebrates_19(X) = fn_protein_12(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_breakdown_in_vertebrates_57(X) = fn_glycogen_breakdown_8(X)
& fn_glycogen_breakdown_in_vertebrates_57(X) = fn_protein_8(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_breakdown_in_vertebrates_7(X) = fn_exergonic_reaction_3(X)
& fn_glycogen_breakdown_in_vertebrates_5(X) = fn_exergonic_reaction_1(X)
& fn_glycogen_breakdown_in_vertebrates_6(X) = fn_exergonic_reaction_2(X)
& fn_glycogen_breakdown_in_vertebrates_8(X) = fn_exergonic_reaction_4(X)
& fn_glycogen_breakdown_in_vertebrates_9(X) = fn_exergonic_reaction_5(X)
& fn_glycogen_breakdown_in_vertebrates_47(X) = fn_hydroxyl_group_7(fn_glycogen_breakdown_in_vertebrates_39(X))
& fn_glycogen_breakdown_in_vertebrates_43(X) = fn_hydroxyl_group_6(fn_glycogen_breakdown_in_vertebrates_39(X))
& fn_glycogen_breakdown_in_vertebrates_35(X) = fn_hydroxyl_group_4(fn_glycogen_breakdown_in_vertebrates_39(X))
& fn_glycogen_breakdown_in_vertebrates_69(X) = fn_glycogen_breakdown_3(X)
& fn_glycogen_breakdown_in_vertebrates_29(X) = fn_polymer_breakdown_1(X)
& fn_glycogen_breakdown_in_vertebrates_29(X) = fn_glycogen_breakdown_7(X)
& fn_glycogen_breakdown_in_vertebrates_60(X) = fn_glycogen_breakdown_20(X)
& fn_glycogen_breakdown_in_vertebrates_12(X) = fn_glycogen_breakdown_28(X)
& fn_glycogen_breakdown_in_vertebrates_22(X) = fn_glycogen_breakdown_24(X)
& fn_glycogen_breakdown_in_vertebrates_26(X) = fn_glycogen_breakdown_25(X)
& fn_glycogen_breakdown_in_vertebrates_67(X) = fn_glycogen_breakdown_27(X)
& fn_glycogen_breakdown_in_vertebrates_23(X) = fn_glycogen_breakdown_19(X)
& fn_glycogen_breakdown_in_vertebrates_34(X) = fn_exergonic_reaction_6(X)
& fn_glycogen_breakdown_in_vertebrates_34(X) = fn_glycogen_breakdown_1(X)
& fn_glycogen_breakdown_in_vertebrates_20(X) = fn_exergonic_reaction_11(X)
& fn_glycogen_breakdown_in_vertebrates_20(X) = fn_glycogen_breakdown_18(X)
& fn_glycogen_breakdown_in_vertebrates_61(X) = fn_glycogen_breakdown_23(X)
& fn_glycogen_breakdown_in_vertebrates_32(X) = fn_exergonic_reaction_10(X)
& fn_glycogen_breakdown_in_vertebrates_32(X) = fn_glycogen_breakdown_17(X)
& fn_glycogen_breakdown_in_vertebrates_56(X) = fn_protein_enzyme_9(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_breakdown_in_vertebrates_56(X) = fn_glycogen_breakdown_15(X)
& fn_glycogen_breakdown_in_vertebrates_56(X) = fn_glycogen_phosphorylase_5(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_breakdown_in_vertebrates_54(X) = fn_glycogen_breakdown_12(X)
& fn_glycogen_breakdown_in_vertebrates_53(X) = fn_glycogen_breakdown_13(X)
& fn_glycogen_breakdown_in_vertebrates_53(X) = fn_glycogen_phosphorylase_15(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_breakdown_in_vertebrates_54(X) = fn_protein_enzyme_3(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_breakdown_in_vertebrates_54(X) = fn_glycogen_phosphorylase_9(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_breakdown_in_vertebrates_55(X) = fn_glycogen_phosphorylase_1(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_breakdown_in_vertebrates_52(X) = fn_glycogen_breakdown_14(X)
& fn_glycogen_breakdown_in_vertebrates_52(X) = fn_glycogen_phosphorylase_17(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_breakdown_in_vertebrates_58(X) = fn_glycogen_breakdown_11(X)
& fn_glycogen_breakdown_in_vertebrates_58(X) = fn_glycogen_phosphorylase_18(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_breakdown_in_vertebrates_59(X) = fn_glycogen_breakdown_10(X)
& fn_glycogen_breakdown_in_vertebrates_59(X) = fn_glycogen_phosphorylase_19(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_breakdown_in_vertebrates_68(X) = fn_glycogen_breakdown_16(X)
& X = fn_glycogen_phosphorylase_16(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_breakdown_in_vertebrates_31(X) = fn_phosphorylated_intermediate_2(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glycogen_breakdown_in_vertebrates_14(X) = fn_phosphorylated_intermediate_14(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glycogen_breakdown_in_vertebrates_51(X) = fn_phosphorylated_intermediate_1(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glycogen_breakdown_in_vertebrates_30(X) = fn_phosphorylation_2(fn_glycogen_breakdown_in_vertebrates_31(X))
& fn_glycogen_breakdown_in_vertebrates_40(X) = fn_phosphorylation_3(fn_glycogen_breakdown_in_vertebrates_31(X))
& fn_glycogen_breakdown_in_vertebrates_42(X) = fn_phosphorylated_intermediate_9(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glycogen_breakdown_in_vertebrates_15(X) = fn_phosphorylated_intermediate_15(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glycogen_breakdown_in_vertebrates_38(X) = fn_phosphorylated_intermediate_12(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glycogen_breakdown_in_vertebrates_37(X) = fn_phosphorylated_intermediate_13(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glycogen_breakdown_in_vertebrates_50(X) = fn_phosphorylated_intermediate_4(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glycogen_breakdown_in_vertebrates_40(X) = fn_phosphorylated_intermediate_11(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glycogen_breakdown_in_vertebrates_44(X) = fn_phosphorylated_intermediate_8(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glycogen_breakdown_in_vertebrates_41(X) = fn_phosphorylated_intermediate_10(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glycogen_breakdown_in_vertebrates_35(X) = fn_phosphorylated_intermediate_7(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glycogen_breakdown_in_vertebrates_46(X) = fn_phosphorylated_intermediate_5(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glycogen_breakdown_in_vertebrates_45(X) = fn_phosphorylated_intermediate_6(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glycogen_breakdown_in_vertebrates_22(X) = fn_glucose_1_phosphate_2(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glycogen_breakdown_in_vertebrates_48(X) = fn_glucose_1_phosphate_6(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glycogen_breakdown_in_vertebrates_35(X) = fn_glucose_1_phosphate_5(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glycogen_breakdown_in_vertebrates_46(X) = fn_glucose_1_phosphate_4(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glycogen_breakdown_in_vertebrates_51(X) = fn_phosphorylation_1(fn_glycogen_breakdown_in_vertebrates_31(X))
& fn_glycogen_breakdown_in_vertebrates_13(X) = fn_glucose_1_phosphate_1(fn_glycogen_breakdown_in_vertebrates_20(X))
& fn_glycogen_breakdown_in_vertebrates_23(X) = fn_molecule_7(fn_glycogen_breakdown_in_vertebrates_32(X))
& fn_glycogen_breakdown_in_vertebrates_32(X) = fn_phosphorylation_5(fn_glycogen_breakdown_in_vertebrates_31(X))
& fn_glycogen_breakdown_in_vertebrates_32(X) = fn_phosphorylation_1(fn_glycogen_breakdown_in_vertebrates_31(X))
& fn_glycogen_breakdown_in_vertebrates_45(X) = fn_covalent_bond_20(fn_glycogen_breakdown_in_vertebrates_48(X))
& fn_glycogen_breakdown_in_vertebrates_45(X) = fn_covalent_bond_19(fn_glycogen_breakdown_in_vertebrates_48(X))
& fn_glycogen_breakdown_in_vertebrates_21(X) = fn_molecule_7(fn_glycogen_breakdown_in_vertebrates_20(X))
& fn_glycogen_breakdown_in_vertebrates_51(X) = fn_chemical_bond_1(fn_glycogen_breakdown_in_vertebrates_28(X))
& fn_glycogen_breakdown_in_vertebrates_51(X) = fn_chemical_bond_4(fn_glycogen_breakdown_in_vertebrates_28(X))
& fn_glycogen_breakdown_in_vertebrates_18(X) = fn_organic_molecule_2(fn_glycogen_breakdown_in_vertebrates_57(X))
& fn_glycogen_breakdown_in_vertebrates_18(X) = fn_organic_molecule_1(fn_glycogen_breakdown_in_vertebrates_57(X))
& fn_glycogen_breakdown_in_vertebrates_22(X) = fn_glucose_1_phosphate_2(fn_glycogen_breakdown_in_vertebrates_20(X))
& fn_glycogen_breakdown_in_vertebrates_23(X) = fn_molecule_11(fn_glycogen_breakdown_in_vertebrates_32(X))
& fn_glycogen_breakdown_in_vertebrates_28(X) = fn_molecule_10(fn_glycogen_breakdown_in_vertebrates_32(X))
& fn_glycogen_breakdown_in_vertebrates_66(X) = fn_glycogen_25(fn_glycogen_breakdown_in_vertebrates_32(X))
& fn_glycogen_breakdown_in_vertebrates_65(X) = fn_glycogen_16(fn_glycogen_breakdown_in_vertebrates_32(X))
& fn_glycogen_breakdown_in_vertebrates_64(X) = fn_glycogen_17(fn_glycogen_breakdown_in_vertebrates_32(X))
& fn_glycogen_breakdown_in_vertebrates_67(X) = fn_glycogen_20(fn_glycogen_breakdown_in_vertebrates_32(X))
& fn_glycogen_breakdown_in_vertebrates_17(X) = fn_glycogen_26(fn_glycogen_breakdown_in_vertebrates_32(X))
& fn_glycogen_breakdown_in_vertebrates_62(X) = fn_glycogen_24(fn_glycogen_breakdown_in_vertebrates_32(X))
& fn_glycogen_breakdown_in_vertebrates_16(X) = fn_glycogen_27(fn_glycogen_breakdown_in_vertebrates_32(X))
& fn_glycogen_breakdown_in_vertebrates_63(X) = fn_glycogen_23(fn_glycogen_breakdown_in_vertebrates_32(X))
& fn_animal_21(fn_glycogen_breakdown_in_vertebrates_33(X)) = fn_metabolic_pathway_1(X)
& fn_metabolic_pathway_1(X) = fn_polypeptide_130(fn_glycogen_breakdown_in_vertebrates_57(X))
& fn_polypeptide_130(fn_glycogen_breakdown_in_vertebrates_57(X)) = fn_polymer_1(fn_glycogen_breakdown_in_vertebrates_57(X))
& fn_polymer_1(fn_glycogen_breakdown_in_vertebrates_57(X)) = fn_polypeptide_130(fn_glycogen_breakdown_in_vertebrates_57(X))
& fn_polypeptide_130(fn_glycogen_breakdown_in_vertebrates_57(X)) = fn_polypeptide_130(fn_glycogen_breakdown_in_vertebrates_57(X))
& fn_protein_12(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_polypeptide_130(fn_glycogen_breakdown_in_vertebrates_57(X))
& fn_polypeptide_130(fn_glycogen_breakdown_in_vertebrates_57(X)) = fn_protein_12(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_protein_12(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_polymer_breakdown_1(X)
& fn_polymer_breakdown_1(X) = fn_glycogen_breakdown_7(X)
& fn_glycogen_breakdown_7(X) = fn_exergonic_reaction_6(X)
& fn_exergonic_reaction_6(X) = fn_exergonic_reaction_6(X)
& fn_exergonic_reaction_6(X) = fn_glycogen_breakdown_1(X)
& fn_glycogen_breakdown_1(X) = fn_protein_enzyme_9(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_protein_enzyme_9(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_glycogen_breakdown_15(X)
& fn_glycogen_breakdown_15(X) = fn_glycogen_breakdown_15(X)
& fn_glycogen_phosphorylase_5(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_glycogen_breakdown_15(X)
& fn_glycogen_breakdown_15(X) = fn_glycogen_phosphorylase_5(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_phosphorylase_5(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_glycogen_breakdown_13(X)
& fn_glycogen_breakdown_13(X) = fn_glycogen_breakdown_13(X)
& fn_glycogen_phosphorylase_15(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_glycogen_breakdown_13(X)
& fn_glycogen_breakdown_13(X) = fn_glycogen_phosphorylase_15(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_phosphorylase_15(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_glycogen_breakdown_12(X)
& fn_glycogen_breakdown_12(X) = fn_protein_enzyme_3(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_protein_enzyme_3(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_glycogen_breakdown_12(X)
& fn_glycogen_breakdown_12(X) = fn_glycogen_breakdown_12(X)
& fn_glycogen_phosphorylase_9(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_glycogen_breakdown_12(X)
& fn_glycogen_breakdown_12(X) = fn_glycogen_phosphorylase_9(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_phosphorylase_9(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_glycogen_phosphorylase_9(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_phosphorylase_9(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_polypeptide_83(fn_glycogen_breakdown_in_vertebrates_57(X))
& fn_polypeptide_83(fn_glycogen_breakdown_in_vertebrates_57(X)) = fn_polypeptide_82(fn_glycogen_breakdown_in_vertebrates_57(X))
& fn_polypeptide_82(fn_glycogen_breakdown_in_vertebrates_57(X)) = fn_polypeptide_82(fn_glycogen_breakdown_in_vertebrates_57(X))
& fn_polypeptide_82(fn_glycogen_breakdown_in_vertebrates_57(X)) = fn_glycogen_breakdown_14(X)
& fn_glycogen_breakdown_14(X) = fn_glycogen_breakdown_14(X)
& fn_protein_14(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_glycogen_breakdown_14(X)
& fn_glycogen_breakdown_14(X) = fn_protein_14(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_protein_14(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_glycogen_phosphorylase_17(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_phosphorylase_17(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_glycogen_phosphorylase_17(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_phosphorylase_17(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_glycogen_breakdown_11(X)
& fn_glycogen_phosphorylase_18(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_glycogen_breakdown_11(X)
& fn_glycogen_breakdown_11(X) = fn_glycogen_phosphorylase_18(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_phosphorylase_18(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_glycogen_breakdown_10(X)
& fn_glycogen_phosphorylase_19(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_glycogen_breakdown_10(X)
& fn_glycogen_breakdown_10(X) = fn_glycogen_phosphorylase_19(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_phosphorylase_19(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_animal_cell_21(fn_glycogen_breakdown_in_vertebrates_24(X))
& fn_animal_cell_21(fn_glycogen_breakdown_in_vertebrates_24(X)) = fn_glycogen_phosphorylase_16(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_phosphorylase_16(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_glycogen_phosphorylase_16(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_glycogen_phosphorylase_16(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_phosphorylated_intermediate_11(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_phosphorylated_intermediate_11(fn_glycogen_breakdown_in_vertebrates_30(X)) = fn_phosphorylation_3(fn_glycogen_breakdown_in_vertebrates_31(X))
& fn_phosphorylation_3(fn_glycogen_breakdown_in_vertebrates_31(X)) = fn_phosphorylated_intermediate_11(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_phosphorylated_intermediate_11(fn_glycogen_breakdown_in_vertebrates_30(X)) = fn_phosphorylated_intermediate_11(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_phosphorylated_intermediate_11(fn_glycogen_breakdown_in_vertebrates_30(X)) = fn_covalent_bond_20(fn_glycogen_breakdown_in_vertebrates_49(X))
& fn_covalent_bond_20(fn_glycogen_breakdown_in_vertebrates_49(X)) = fn_covalent_bond_20(fn_glycogen_breakdown_in_vertebrates_49(X))
& fn_covalent_bond_20(fn_glycogen_breakdown_in_vertebrates_49(X)) = fn_hydroxyl_group_4(fn_glycogen_breakdown_in_vertebrates_39(X))
& fn_hydroxyl_group_4(fn_glycogen_breakdown_in_vertebrates_39(X)) = fn_hydroxyl_group_4(fn_glycogen_breakdown_in_vertebrates_39(X))
& fn_hydroxyl_group_4(fn_glycogen_breakdown_in_vertebrates_39(X)) = fn_phosphorylated_intermediate_7(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_phosphorylated_intermediate_7(fn_glycogen_breakdown_in_vertebrates_30(X)) = fn_phosphorylated_intermediate_7(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_phosphorylated_intermediate_7(fn_glycogen_breakdown_in_vertebrates_30(X)) = fn_glucose_1_phosphate_5(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glucose_1_phosphate_5(fn_glycogen_breakdown_in_vertebrates_30(X)) = fn_glucose_1_phosphate_5(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glucose_1_phosphate_5(fn_glycogen_breakdown_in_vertebrates_30(X)) = fn_covalent_bond_19(fn_glycogen_breakdown_in_vertebrates_49(X))
& fn_covalent_bond_19(fn_glycogen_breakdown_in_vertebrates_49(X)) = fn_phosphorylated_intermediate_5(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_phosphorylated_intermediate_5(fn_glycogen_breakdown_in_vertebrates_30(X)) = fn_phosphorylated_intermediate_5(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_phosphorylated_intermediate_5(fn_glycogen_breakdown_in_vertebrates_30(X)) = fn_glucose_1_phosphate_4(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glucose_1_phosphate_4(fn_glycogen_breakdown_in_vertebrates_30(X)) = fn_glucose_1_phosphate_4(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glucose_1_phosphate_4(fn_glycogen_breakdown_in_vertebrates_30(X)) = fn_remove_1(fn_glycogen_breakdown_in_vertebrates_27(X))
& fn_remove_1(fn_glycogen_breakdown_in_vertebrates_27(X)) = fn_remove_1(fn_glycogen_breakdown_in_vertebrates_60(X))
& fn_remove_1(fn_glycogen_breakdown_in_vertebrates_60(X)) = fn_functional_group_1(fn_glycogen_breakdown_in_vertebrates_39(X))
& fn_functional_group_1(fn_glycogen_breakdown_in_vertebrates_39(X)) = fn_functional_group_1(fn_glycogen_breakdown_in_vertebrates_39(X))
& fn_functional_group_1(fn_glycogen_breakdown_in_vertebrates_39(X)) = fn_phosphorylation_2(fn_glycogen_breakdown_in_vertebrates_31(X))
& fn_phosphorylation_2(fn_glycogen_breakdown_in_vertebrates_31(X)) = fn_phosphorylated_intermediate_3(fn_glycogen_breakdown_in_vertebrates_20(X))
& fn_phosphorylated_intermediate_3(fn_glycogen_breakdown_in_vertebrates_20(X)) = fn_phosphorylated_intermediate_3(fn_glycogen_breakdown_in_vertebrates_20(X))
& fn_phosphorylated_intermediate_3(fn_glycogen_breakdown_in_vertebrates_20(X)) = fn_phosphorylation_2(fn_glycogen_breakdown_in_vertebrates_31(X))
& fn_phosphorylation_2(fn_glycogen_breakdown_in_vertebrates_31(X)) = fn_phosphorylation_2(fn_glycogen_breakdown_in_vertebrates_31(X))
& fn_phosphorylation_2(fn_glycogen_breakdown_in_vertebrates_31(X)) = fn_phosphorylated_intermediate_6(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_phosphorylated_intermediate_6(fn_glycogen_breakdown_in_vertebrates_30(X)) = fn_phosphorylated_intermediate_6(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_phosphorylated_intermediate_6(fn_glycogen_breakdown_in_vertebrates_30(X)) = fn_covalent_bond_20(fn_glycogen_breakdown_in_vertebrates_48(X))
& fn_covalent_bond_20(fn_glycogen_breakdown_in_vertebrates_48(X)) = fn_covalent_bond_20(fn_glycogen_breakdown_in_vertebrates_48(X))
& fn_covalent_bond_20(fn_glycogen_breakdown_in_vertebrates_48(X)) = fn_covalent_bond_19(fn_glycogen_breakdown_in_vertebrates_48(X))
& fn_covalent_bond_19(fn_glycogen_breakdown_in_vertebrates_48(X)) = fn_phosphorylated_intermediate_1(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_phosphorylated_intermediate_1(fn_glycogen_breakdown_in_vertebrates_30(X)) = fn_phosphorylation_1(fn_glycogen_breakdown_in_vertebrates_31(X))
& fn_phosphorylation_1(fn_glycogen_breakdown_in_vertebrates_31(X)) = fn_phosphorylation_1(fn_glycogen_breakdown_in_vertebrates_31(X))
& fn_phosphorylation_1(fn_glycogen_breakdown_in_vertebrates_31(X)) = fn_chemical_bond_1(fn_glycogen_breakdown_in_vertebrates_28(X))
& fn_chemical_bond_1(fn_glycogen_breakdown_in_vertebrates_28(X)) = fn_chemical_bond_1(fn_glycogen_breakdown_in_vertebrates_28(X))
& fn_chemical_bond_1(fn_glycogen_breakdown_in_vertebrates_28(X)) = fn_chemical_bond_4(fn_glycogen_breakdown_in_vertebrates_28(X))
& fn_chemical_bond_4(fn_glycogen_breakdown_in_vertebrates_28(X)) = fn_polypeptide_126(fn_glycogen_breakdown_in_vertebrates_57(X))
& fn_polypeptide_126(fn_glycogen_breakdown_in_vertebrates_57(X)) = fn_protein_13(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_protein_13(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_protein_13(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_protein_13(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_organic_molecule_2(fn_glycogen_breakdown_in_vertebrates_57(X))
& fn_organic_molecule_2(fn_glycogen_breakdown_in_vertebrates_57(X)) = fn_organic_molecule_2(fn_glycogen_breakdown_in_vertebrates_57(X))
& fn_organic_molecule_2(fn_glycogen_breakdown_in_vertebrates_57(X)) = fn_organic_molecule_1(fn_glycogen_breakdown_in_vertebrates_57(X))
& fn_organic_molecule_1(fn_glycogen_breakdown_in_vertebrates_57(X)) = fn_glycogen_breakdown_8(X)
& fn_protein_8(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_protein_8(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_protein_8(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_glycogen_breakdown_8(X)
& fn_glycogen_breakdown_8(X) = fn_protein_8(fn_glycogen_breakdown_in_vertebrates_68(X))
& fn_protein_8(fn_glycogen_breakdown_in_vertebrates_68(X)) = fn_glycogen_breakdown_24(X)
& fn_glycogen_breakdown_24(X) = fn_glucose_1_phosphate_2(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_glucose_1_phosphate_2(fn_glycogen_breakdown_in_vertebrates_30(X)) = fn_glucose_1_phosphate_2(fn_glycogen_breakdown_in_vertebrates_20(X))
& fn_glucose_1_phosphate_2(fn_glycogen_breakdown_in_vertebrates_20(X)) = fn_glucose_1_phosphate_2(fn_glycogen_breakdown_in_vertebrates_20(X))
& fn_glucose_1_phosphate_2(fn_glycogen_breakdown_in_vertebrates_20(X)) = fn_phosphorylated_intermediate_3(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_phosphorylated_intermediate_3(fn_glycogen_breakdown_in_vertebrates_30(X)) = fn_phosphorylated_intermediate_3(fn_glycogen_breakdown_in_vertebrates_30(X))
& fn_phosphorylated_intermediate_3(fn_glycogen_breakdown_in_vertebrates_30(X)) = fn_exergonic_reaction_11(X)
& fn_exergonic_reaction_11(X) = fn_exergonic_reaction_11(X)
& fn_glycogen_breakdown_18(X) = fn_exergonic_reaction_11(X)
& fn_exergonic_reaction_11(X) = fn_glycogen_breakdown_18(X)
& fn_glycogen_breakdown_18(X) = fn_glycogen_breakdown_19(X)
& fn_glycogen_breakdown_19(X) = fn_glycogen_breakdown_19(X)
& fn_glycogen_breakdown_19(X) = fn_molecule_7(fn_glycogen_breakdown_in_vertebrates_32(X))
& fn_molecule_7(fn_glycogen_breakdown_in_vertebrates_32(X)) = fn_molecule_7(fn_glycogen_breakdown_in_vertebrates_32(X))
& fn_molecule_7(fn_glycogen_breakdown_in_vertebrates_32(X)) = fn_molecule_11(fn_glycogen_breakdown_in_vertebrates_32(X))
& fn_molecule_11(fn_glycogen_breakdown_in_vertebrates_32(X)) = fn_glycogen_breakdown_27(X)
& fn_glycogen_breakdown_27(X) = fn_glycogen_breakdown_27(X)
& fn_glycogen_breakdown_27(X) = fn_glycogen_20(fn_glycogen_breakdown_in_vertebrates_32(X))
& fn_glycogen_20(fn_glycogen_breakdown_in_vertebrates_32(X)) = fn_glycogen_20(fn_glycogen_breakdown_in_vertebrates_32(X))
& fn_glycogen_20(fn_glycogen_breakdown_in_vertebrates_32(X)) = fn_remove_2(fn_glycogen_breakdown_in_vertebrates_27(X))
& fn_remove_2(fn_glycogen_breakdown_in_vertebrates_27(X)) = fn_impair_1(fn_glycogen_breakdown_in_vertebrates_25(X))
& fn_impair_1(fn_glycogen_breakdown_in_vertebrates_25(X)) = fn_impair_1(fn_glycogen_breakdown_in_vertebrates_25(X))
& fn_impair_1(fn_glycogen_breakdown_in_vertebrates_25(X)) = fn_exergonic_reaction_10(X)
& fn_exergonic_reaction_10(X) = fn_exergonic_reaction_10(X)
& fn_glycogen_breakdown_17(X) = fn_exergonic_reaction_10(X)
& fn_exergonic_reaction_10(X) = fn_glycogen_breakdown_17(X)
& fn_glycogen_breakdown_17(X) = fn_glycogen_breakdown_17(X)
& fn_glycogen_breakdown_17(X) = fn_phosphorylation_5(fn_glycogen_breakdown_in_vertebrates_31(X))
& fn_phosphorylation_5(fn_glycogen_breakdown_in_vertebrates_31(X)) = fn_phosphorylation_5(fn_glycogen_breakdown_in_vertebrates_31(X))
& fn_phosphorylation_5(fn_glycogen_breakdown_in_vertebrates_31(X)) = fn_phosphorylation_1(fn_glycogen_breakdown_in_vertebrates_31(X)) ) ) ).
fof(a529941,axiom,
! [X] :
( glycogen_phosphorylase_1(X)
=> ( original_name_2(X,'Glycogen-Phosphorylase')
& user_description_2(X,'Enzyme which catalyzes the breakdown of glycogen into glucose.')
& concept2words_2(X,'phosphorylase of glycogen')
& concept2words_2(X,'glycogen phosphorylase')
& concept2words_2(X,'glycogen-phosphorylase')
& phosphorylase_1(X)
& protein_domain_1(fn_glycogen_phosphorylase_1(X))
& hydrophilic_region_1(fn_glycogen_phosphorylase_2(X))
& surface_1(fn_glycogen_phosphorylase_3(X))
& carbon_skeleton_1(fn_glycogen_phosphorylase_4(X))
& monomer_1(fn_glycogen_phosphorylase_5(X))
& carbon_1(fn_glycogen_phosphorylase_6(X))
& atom_1(fn_glycogen_phosphorylase_7(X))
& chemical_entity_1(fn_glycogen_phosphorylase_7(X))
& decrease_1(fn_glycogen_phosphorylase_8(X))
& size_value_1(fn_glycogen_phosphorylase_9(X))
& kinetic_energy_1(fn_glycogen_phosphorylase_10(X))
& constant_motion_1(fn_glycogen_phosphorylase_11(X))
& catalyst_1(fn_glycogen_phosphorylase_12(X))
& speed_value_1(fn_glycogen_phosphorylase_13(X))
& quantity_value_1(fn_glycogen_phosphorylase_14(X))
& size_value_1(fn_glycogen_phosphorylase_15(X))
& glycogen_breakdown_1(fn_glycogen_phosphorylase_16(X))
& spatial_entity_1(fn_glycogen_phosphorylase_17(X))
& chemical_entity_1(fn_glycogen_phosphorylase_17(X))
& monomer_1(fn_glycogen_phosphorylase_17(X))
& molecule_1(fn_glycogen_phosphorylase_17(X))
& amino_acid_1(fn_glycogen_phosphorylase_17(X))
& r_group_1(fn_glycogen_phosphorylase_18(X))
& active_site_1(fn_glycogen_phosphorylase_19(X))
& chemical_entity_1(fn_catalyst_2(fn_glycogen_phosphorylase_12(X)))
& enables_2(fn_glycogen_phosphorylase_8(X),fn_glycogen_phosphorylase_16(X))
& in_event_2(fn_glycogen_phosphorylase_12(X),fn_glycogen_phosphorylase_16(X))
& has_function_2(X,fn_glycogen_phosphorylase_16(X))
& site_2(fn_glycogen_phosphorylase_16(X),fn_glycogen_phosphorylase_19(X))
& has_function_2(X,fn_glycogen_phosphorylase_8(X))
& plays_2(X,fn_glycogen_phosphorylase_12(X))
& has_region_2(X,fn_glycogen_phosphorylase_3(X))
& is_at_2(fn_glycogen_phosphorylase_2(X),fn_glycogen_phosphorylase_3(X))
& has_region_2(X,fn_glycogen_phosphorylase_2(X))
& possesses_2(X,fn_glycogen_phosphorylase_10(X))
& quantity_2(fn_glycogen_phosphorylase_10(X),fn_glycogen_phosphorylase_14(X))
& directly_proportional_2(fn_glycogen_phosphorylase_13(X),fn_glycogen_phosphorylase_14(X))
& speed_2(fn_glycogen_phosphorylase_11(X),fn_glycogen_phosphorylase_13(X))
& object_2(fn_glycogen_phosphorylase_11(X),X)
& the_scalar_value_2(fn_glycogen_phosphorylase_9(X),big_0)
& scalar_unit_class_2(fn_glycogen_phosphorylase_9(X),polypeptide_0)
& size_2(X,fn_glycogen_phosphorylase_9(X))
& greater_than_2(fn_glycogen_phosphorylase_9(X),fn_glycogen_phosphorylase_15(X))
& size_2(fn_glycogen_phosphorylase_5(X),fn_glycogen_phosphorylase_15(X))
& has_part_2(X,fn_glycogen_phosphorylase_5(X))
& has_part_2(X,fn_glycogen_phosphorylase_7(X))
& has_region_2(X,fn_glycogen_phosphorylase_19(X))
& is_inside_2(fn_glycogen_phosphorylase_18(X),fn_glycogen_phosphorylase_19(X))
& has_region_2(fn_glycogen_phosphorylase_17(X),fn_glycogen_phosphorylase_18(X))
& is_at_2(fn_glycogen_phosphorylase_17(X),fn_glycogen_phosphorylase_1(X))
& has_region_2(X,fn_glycogen_phosphorylase_1(X))
& has_region_2(X,fn_glycogen_phosphorylase_4(X))
& is_inside_2(fn_glycogen_phosphorylase_6(X),fn_glycogen_phosphorylase_4(X))
& has_part_2(X,fn_glycogen_phosphorylase_6(X))
& fn_glycogen_phosphorylase_7(X) != fn_glycogen_phosphorylase_6(X)
& fn_glycogen_phosphorylase_6(X) != fn_glycogen_phosphorylase_7(X)
& fn_glycogen_phosphorylase_19(X) = fn_enzyme_2(X)
& fn_glycogen_phosphorylase_16(X) = fn_enzyme_4(X)
& fn_glycogen_phosphorylase_8(X) = fn_enzyme_5(X)
& fn_glycogen_phosphorylase_12(X) = fn_enzyme_6(X)
& X = fn_catalyst_2(fn_glycogen_phosphorylase_12(X))
& fn_glycogen_phosphorylase_2(X) = fn_protein_1(X)
& fn_glycogen_phosphorylase_3(X) = fn_protein_5(X)
& fn_glycogen_phosphorylase_11(X) = fn_molecule_8(X)
& fn_glycogen_phosphorylase_13(X) = fn_molecule_3(X)
& fn_glycogen_phosphorylase_14(X) = fn_molecule_4(X)
& fn_glycogen_phosphorylase_10(X) = fn_molecule_12(X)
& fn_glycogen_phosphorylase_5(X) = fn_polymer_4(X)
& fn_glycogen_phosphorylase_5(X) = fn_protein_enzyme_9(X)
& fn_glycogen_phosphorylase_15(X) = fn_protein_enzyme_4(X)
& fn_glycogen_phosphorylase_9(X) = fn_protein_9(X)
& fn_glycogen_phosphorylase_9(X) = fn_protein_enzyme_3(X)
& fn_glycogen_phosphorylase_1(X) = fn_protein_enzyme_5(X)
& fn_glycogen_phosphorylase_17(X) = fn_protein_enzyme_11(X)
& fn_glycogen_phosphorylase_18(X) = fn_protein_enzyme_12(X)
& fn_glycogen_phosphorylase_19(X) = fn_protein_enzyme_10(X)
& fn_glycogen_phosphorylase_7(X) = fn_organic_molecule_2(X)
& fn_glycogen_phosphorylase_7(X) = fn_protein_enzyme_8(X)
& fn_glycogen_phosphorylase_6(X) = fn_organic_molecule_1(X)
& fn_glycogen_phosphorylase_6(X) = fn_protein_enzyme_7(X)
& fn_glycogen_phosphorylase_4(X) = fn_organic_molecule_3(X)
& fn_glycogen_phosphorylase_4(X) = fn_protein_enzyme_6(X)
& fn_polymer_4(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_1(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_3(X)
& fn_protein_enzyme_6(X) = fn_organic_molecule_3(X)
& fn_organic_molecule_3(X) = fn_protein_enzyme_6(X) ) ) ).
fof(a529942,axiom,
! [X,X1] :
( ( object_2(X,X1)
& animal_process_1(X)
& glycogen_1(X1) )
=> ( glycogen_storage_by_vertebrate_1(X)
& fn_glycogen_storage_by_vertebrate_11(X) = X1 ) ) ).
fof(a529943,axiom,
! [X] :
( glycogen_storage_by_vertebrate_1(X)
=> ( original_name_2(X,'Glycogen-Storage-By-Vertebrate')
& user_description_2(X,'The process by which the liver converts glucose to the polysaccharide glycogen, which is susequently stored in muscle and liver cells until needed.')
& concept2words_2(X,store)
& concept2words_2(X,'glycogen storage by vertebrate')
& concept2words_2(X,'glycogen-storage-by-vertebrate')
& animal_process_1(X)
& ~ glucose_storage_by_animals_1(X)
& ~ starch_storage_by_plant_1(X)
& spatial_entity_1(fn_glycogen_storage_by_vertebrate_2(X))
& spatial_entity_1(fn_glycogen_storage_by_vertebrate_3(X))
& spatial_entity_1(fn_glycogen_storage_by_vertebrate_4(X))
& spatial_entity_1(fn_glycogen_storage_by_vertebrate_5(X))
& cell_1(fn_glycogen_storage_by_vertebrate_6(X))
& store_1(fn_glycogen_storage_by_vertebrate_8(X))
& store_1(fn_glycogen_storage_by_vertebrate_9(X))
& shape_value_1(fn_glycogen_storage_by_vertebrate_10(X))
& entity_1(fn_glycogen_storage_by_vertebrate_11(X))
& storage_polysaccharide_1(fn_glycogen_storage_by_vertebrate_11(X))
& spatial_entity_1(fn_glycogen_storage_by_vertebrate_11(X))
& tangible_entity_1(fn_glycogen_storage_by_vertebrate_11(X))
& chemical_entity_1(fn_glycogen_storage_by_vertebrate_11(X))
& molecule_1(fn_glycogen_storage_by_vertebrate_11(X))
& glycogen_1(fn_glycogen_storage_by_vertebrate_11(X))
& liver_cell_1(fn_glycogen_storage_by_vertebrate_12(X))
& vertebrate_1(fn_glycogen_storage_by_vertebrate_13(X))
& animal_cell_1(fn_glycogen_storage_by_vertebrate_14(X))
& muscle_cell_1(fn_glycogen_storage_by_vertebrate_14(X))
& animal_cell_1(fn_animal_21(fn_glycogen_storage_by_vertebrate_13(X)))
& store_1(fn_muscle_cell_54(fn_glycogen_storage_by_vertebrate_14(X)))
& property_node_1(fn_cell_3(fn_glycogen_storage_by_vertebrate_12(X)))
& shape_value_1(fn_cell_5(fn_glycogen_storage_by_vertebrate_12(X)))
& store_1(fn_liver_cell_50(fn_glycogen_storage_by_vertebrate_12(X)))
& entity_1(fn_muscle_cell_55(fn_glycogen_storage_by_vertebrate_14(X)))
& storage_polysaccharide_1(fn_muscle_cell_55(fn_glycogen_storage_by_vertebrate_14(X)))
& spatial_entity_1(fn_muscle_cell_55(fn_glycogen_storage_by_vertebrate_14(X)))
& tangible_entity_1(fn_muscle_cell_55(fn_glycogen_storage_by_vertebrate_14(X)))
& chemical_entity_1(fn_muscle_cell_55(fn_glycogen_storage_by_vertebrate_14(X)))
& molecule_1(fn_muscle_cell_55(fn_glycogen_storage_by_vertebrate_14(X)))
& glycogen_1(fn_muscle_cell_55(fn_glycogen_storage_by_vertebrate_14(X)))
& entity_1(fn_liver_cell_51(fn_glycogen_storage_by_vertebrate_12(X)))
& storage_polysaccharide_1(fn_liver_cell_51(fn_glycogen_storage_by_vertebrate_12(X)))
& spatial_entity_1(fn_liver_cell_51(fn_glycogen_storage_by_vertebrate_12(X)))
& tangible_entity_1(fn_liver_cell_51(fn_glycogen_storage_by_vertebrate_12(X)))
& chemical_entity_1(fn_liver_cell_51(fn_glycogen_storage_by_vertebrate_12(X)))
& molecule_1(fn_liver_cell_51(fn_glycogen_storage_by_vertebrate_12(X)))
& glycogen_1(fn_liver_cell_51(fn_glycogen_storage_by_vertebrate_12(X)))
& base_2(X,fn_glycogen_storage_by_vertebrate_13(X))
& subevent_2(X,fn_glycogen_storage_by_vertebrate_9(X))
& subevent_2(X,fn_glycogen_storage_by_vertebrate_8(X))
& site_2(X,fn_glycogen_storage_by_vertebrate_12(X))
& site_2(X,fn_glycogen_storage_by_vertebrate_14(X))
& object_2(X,fn_glycogen_storage_by_vertebrate_11(X))
& has_part_2(fn_glycogen_storage_by_vertebrate_13(X),fn_glycogen_storage_by_vertebrate_12(X))
& is_between_2(fn_glycogen_storage_by_vertebrate_12(X),fn_glycogen_storage_by_vertebrate_2(X))
& is_between_2(fn_glycogen_storage_by_vertebrate_12(X),fn_glycogen_storage_by_vertebrate_3(X))
& is_between_2(fn_glycogen_storage_by_vertebrate_12(X),fn_glycogen_storage_by_vertebrate_4(X))
& is_between_2(fn_glycogen_storage_by_vertebrate_12(X),fn_glycogen_storage_by_vertebrate_5(X))
& fn_glycogen_storage_by_vertebrate_12(X) != fn_glycogen_storage_by_vertebrate_6(X)
& the_categorical_value_2(fn_glycogen_storage_by_vertebrate_10(X),hollow_volume_0)
& is_outside_2(fn_glycogen_storage_by_vertebrate_2(X),fn_glycogen_storage_by_vertebrate_12(X))
& is_outside_2(fn_glycogen_storage_by_vertebrate_3(X),fn_glycogen_storage_by_vertebrate_12(X))
& is_inside_2(fn_glycogen_storage_by_vertebrate_4(X),fn_glycogen_storage_by_vertebrate_12(X))
& is_inside_2(fn_glycogen_storage_by_vertebrate_5(X),fn_glycogen_storage_by_vertebrate_12(X))
& fn_glycogen_storage_by_vertebrate_6(X) != fn_glycogen_storage_by_vertebrate_12(X)
& has_part_2(fn_glycogen_storage_by_vertebrate_13(X),fn_glycogen_storage_by_vertebrate_14(X))
& base_2(fn_glycogen_storage_by_vertebrate_9(X),fn_glycogen_storage_by_vertebrate_14(X))
& object_2(fn_glycogen_storage_by_vertebrate_9(X),fn_glycogen_storage_by_vertebrate_11(X))
& shape_2(fn_glycogen_storage_by_vertebrate_12(X),fn_glycogen_storage_by_vertebrate_10(X))
& base_2(fn_glycogen_storage_by_vertebrate_8(X),fn_glycogen_storage_by_vertebrate_12(X))
& object_2(fn_glycogen_storage_by_vertebrate_8(X),fn_glycogen_storage_by_vertebrate_11(X))
& fn_glycogen_storage_by_vertebrate_14(X) = fn_animal_21(fn_glycogen_storage_by_vertebrate_13(X))
& fn_glycogen_storage_by_vertebrate_11(X) = fn_muscle_cell_55(fn_glycogen_storage_by_vertebrate_14(X))
& fn_glycogen_storage_by_vertebrate_9(X) = fn_muscle_cell_54(fn_glycogen_storage_by_vertebrate_14(X))
& fn_glycogen_storage_by_vertebrate_7(X) = fn_cell_3(fn_glycogen_storage_by_vertebrate_12(X))
& fn_glycogen_storage_by_vertebrate_10(X) = fn_cell_5(fn_glycogen_storage_by_vertebrate_12(X))
& fn_glycogen_storage_by_vertebrate_11(X) = fn_liver_cell_51(fn_glycogen_storage_by_vertebrate_12(X))
& fn_glycogen_storage_by_vertebrate_8(X) = fn_liver_cell_50(fn_glycogen_storage_by_vertebrate_12(X))
& fn_muscle_cell_55(fn_glycogen_storage_by_vertebrate_14(X)) = fn_liver_cell_51(fn_glycogen_storage_by_vertebrate_12(X)) ) ) ).
fof(a529944,axiom,
! [X] :
( glycolipid_1(X)
=> ( original_name_2(X,'Glycolipid')
& user_description_2(X,'Glycolipids are lipids with a carbohydrate attached. Their role is to provide energy and also serve as markers for cellular recognition.')
& concept2words_2(X,glycolipid)
& lipid_1(X)
& amphipathic_molecule_1(X)
& surface_1(fn_glycolipid_1(X))
& center_1(fn_glycolipid_2(X))
& carbohydrate_side_chain_1(fn_glycolipid_3(X))
& carbon_skeleton_1(fn_glycolipid_4(X))
& hydrophilic_region_1(fn_glycolipid_5(X))
& attract_1(fn_glycolipid_6(X))
& atom_1(fn_glycolipid_7(X))
& chemical_entity_1(fn_glycolipid_7(X))
& hydrophobic_region_1(fn_glycolipid_8(X))
& repel_1(fn_glycolipid_9(X))
& constant_motion_1(fn_glycolipid_10(X))
& electron_shell_1(fn_glycolipid_11(X))
& unequal_sharing_1(fn_glycolipid_12(X))
& entity_1(fn_glycolipid_13(X))
& atom_1(fn_glycolipid_13(X))
& carbon_1(fn_glycolipid_13(X))
& speed_value_1(fn_glycolipid_14(X))
& quantity_value_1(fn_glycolipid_15(X))
& kinetic_energy_1(fn_glycolipid_16(X))
& electron_shell_1(fn_atom_9(fn_glycolipid_13(X)))
& atom_1(fn_carbon_skeleton_2(fn_glycolipid_4(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_glycolipid_4(X)))
& entity_1(fn_share_3(fn_glycolipid_12(X)))
& entity_1(fn_share_1(fn_glycolipid_12(X)))
& carbon_1(fn_carbon_skeleton_4(fn_glycolipid_4(X)))
& organic_molecule_1(fn_carbohydrate_side_chain_4(fn_glycolipid_3(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_glycolipid_4(X)))
& is_at_2(fn_glycolipid_3(X),fn_glycolipid_1(X))
& has_region_2(X,fn_glycolipid_1(X))
& has_region_2(fn_glycolipid_13(X),fn_glycolipid_2(X))
& agent_2(fn_glycolipid_12(X),fn_glycolipid_13(X))
& has_part_2(X,fn_glycolipid_3(X))
& has_part_2(X,fn_glycolipid_7(X))
& has_region_2(X,fn_glycolipid_4(X))
& has_part_2(X,fn_glycolipid_13(X))
& is_inside_2(fn_glycolipid_13(X),fn_glycolipid_4(X))
& fn_glycolipid_7(X) != fn_glycolipid_13(X)
& fn_glycolipid_13(X) != fn_glycolipid_7(X)
& site_2(fn_glycolipid_6(X),fn_glycolipid_5(X))
& has_function_2(X,fn_glycolipid_6(X))
& has_region_2(X,fn_glycolipid_8(X))
& facilitates_2(fn_glycolipid_8(X),fn_glycolipid_9(X))
& site_2(fn_glycolipid_9(X),fn_glycolipid_8(X))
& has_function_2(X,fn_glycolipid_9(X))
& agent_2(fn_glycolipid_9(X),X)
& has_region_2(X,fn_glycolipid_5(X))
& facilitates_2(fn_glycolipid_5(X),fn_glycolipid_6(X))
& agent_2(fn_glycolipid_6(X),X)
& possesses_2(X,fn_glycolipid_16(X))
& quantity_2(fn_glycolipid_16(X),fn_glycolipid_15(X))
& directly_proportional_2(fn_glycolipid_14(X),fn_glycolipid_15(X))
& speed_2(fn_glycolipid_10(X),fn_glycolipid_14(X))
& object_2(fn_glycolipid_10(X),X)
& fn_glycolipid_13(X) = fn_share_3(fn_glycolipid_12(X))
& fn_glycolipid_13(X) = fn_share_1(fn_glycolipid_12(X))
& X = fn_carbohydrate_side_chain_4(fn_glycolipid_3(X))
& fn_glycolipid_11(X) = fn_atom_9(fn_glycolipid_13(X))
& fn_glycolipid_7(X) = fn_organic_molecule_2(X)
& fn_glycolipid_7(X) = fn_carbon_skeleton_2(fn_glycolipid_4(X))
& fn_glycolipid_13(X) = fn_organic_molecule_1(X)
& fn_glycolipid_13(X) = fn_carbon_skeleton_4(fn_glycolipid_4(X))
& fn_glycolipid_4(X) = fn_organic_molecule_3(X)
& X = fn_carbon_skeleton_3(fn_glycolipid_4(X))
& fn_glycolipid_17(X) = fn_amphipathic_molecule_9(X)
& fn_glycolipid_18(X) = fn_amphipathic_molecule_10(X)
& fn_glycolipid_8(X) = fn_lipid_16(X)
& fn_glycolipid_8(X) = fn_amphipathic_molecule_2(X)
& fn_glycolipid_6(X) = fn_amphipathic_molecule_6(X)
& fn_glycolipid_5(X) = fn_amphipathic_molecule_1(X)
& fn_glycolipid_9(X) = fn_lipid_15(X)
& fn_glycolipid_9(X) = fn_amphipathic_molecule_5(X)
& fn_glycolipid_10(X) = fn_amphipathic_molecule_8(X)
& fn_glycolipid_14(X) = fn_amphipathic_molecule_3(X)
& fn_glycolipid_15(X) = fn_amphipathic_molecule_4(X)
& fn_glycolipid_16(X) = fn_amphipathic_molecule_7(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_carbon_skeleton_2(fn_glycolipid_4(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_carbon_skeleton_2(fn_glycolipid_4(X))
& fn_carbon_skeleton_2(fn_glycolipid_4(X)) = fn_share_3(fn_glycolipid_12(X))
& fn_share_3(fn_glycolipid_12(X)) = fn_share_1(fn_glycolipid_12(X))
& fn_share_1(fn_glycolipid_12(X)) = fn_share_1(fn_glycolipid_12(X))
& fn_share_1(fn_glycolipid_12(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_1(X)
& fn_carbon_skeleton_4(fn_glycolipid_4(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_carbon_skeleton_4(fn_glycolipid_4(X))
& fn_carbon_skeleton_4(fn_glycolipid_4(X)) = fn_lipid_16(X)
& fn_amphipathic_molecule_2(X) = fn_lipid_16(X)
& fn_lipid_16(X) = fn_amphipathic_molecule_2(X)
& fn_amphipathic_molecule_2(X) = fn_lipid_15(X)
& fn_amphipathic_molecule_5(X) = fn_lipid_15(X)
& fn_lipid_15(X) = fn_amphipathic_molecule_5(X)
& fn_amphipathic_molecule_5(X) = fn_carbohydrate_side_chain_4(fn_glycolipid_3(X))
& fn_carbohydrate_side_chain_4(fn_glycolipid_3(X)) = fn_carbon_skeleton_3(fn_glycolipid_4(X))
& fn_carbon_skeleton_3(fn_glycolipid_4(X)) = fn_carbon_skeleton_3(fn_glycolipid_4(X)) ) ) ).
fof(a529945,axiom,
! [X] :
( glycolysis_1(X)
=> ( original_name_2(X,'Glycolysis')
& user_description_2(X,'A series of chemical reactions that breaks a glucose into two molecules of pyruvate and yields two molecules of ATP.')
& concept2words_2(X,'splitting of sugar')
& concept2words_2(X,'splitting-of-sugar')
& concept2words_2(X,'glycolytic pathway')
& concept2words_2(X,'sugar splitting')
& concept2words_2(X,'sugar-splitting')
& concept2words_2(X,'perform glycolysis')
& concept2words_2(X,convert)
& concept2words_2(X,glycolysis)
& catabolic_pathway_1(X)
& ~ cellular_respiration_1(X)
& ~ citric_acid_cycle_in_eukaryote_1(X)
& ~ citric_acid_cycle_in_prokaryote_1(X)
& rate_value_1(fn_glycolysis_2(X))
& chemical_stability_value_1(fn_glycolysis_3(X))
& energy_payoff_phase_of_glycolysis_1(fn_glycolysis_12(X))
& organic_molecule_1(fn_glycolysis_13(X))
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& chemical_entity_1(fn_energy_payoff_phase_of_glycolysis_46(fn_glycolysis_12(X)))
& organic_molecule_1(fn_energy_payoff_phase_of_glycolysis_46(fn_glycolysis_12(X)))
& nad_plus_1(fn_energy_payoff_phase_of_glycolysis_46(fn_glycolysis_12(X)))
& molecule_1(fn_isomerization_reaction_2(fn_glycolysis_67(X)))
& substance_1(fn_mixture_1(fn_glycolysis_82(X)))
& cytosol_1(fn_cytoplasm_8(fn_glycolysis_82(X)))
& cell_1(fn_cytoplasm_7(fn_glycolysis_82(X)))
& pyruvate_1(fn_energy_payoff_phase_of_glycolysis_5(fn_glycolysis_12(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_glycolysis_68(X)))
& chemical_reaction_1(fn_energy_payoff_phase_of_glycolysis_41(fn_glycolysis_12(X)))
& synthesis_of_atp_1(fn_energy_payoff_phase_of_glycolysis_41(fn_glycolysis_12(X)))
& substrate_level_phosphorylation_1(fn_energy_payoff_phase_of_glycolysis_41(fn_glycolysis_12(X)))
& chemical_reaction_1(fn_energy_payoff_phase_of_glycolysis_52(fn_glycolysis_12(X)))
& synthesis_of_atp_1(fn_energy_payoff_phase_of_glycolysis_52(fn_glycolysis_12(X)))
& substrate_level_phosphorylation_1(fn_energy_payoff_phase_of_glycolysis_52(fn_glycolysis_12(X)))
& structural_complexity_value_1(fn_glucose_2(fn_glycolysis_77(X)))
& kinetic_energy_1(fn_aldehyde_7(fn_glycolysis_77(X)))
& kinetic_energy_1(fn_carbohydrate_7(fn_glycolysis_77(X)))
& quantity_value_1(fn_aldehyde_8(fn_glycolysis_77(X)))
& quantity_value_1(fn_carbohydrate_10(fn_glycolysis_77(X)))
& constant_motion_1(fn_aldehyde_4(fn_glycolysis_77(X)))
& constant_motion_1(fn_carbohydrate_8(fn_glycolysis_77(X)))
& speed_value_1(fn_aldehyde_9(fn_glycolysis_77(X)))
& speed_value_1(fn_carbohydrate_9(fn_glycolysis_77(X)))
& carbonyl_group_1(fn_carbohydrate_34(fn_glycolysis_77(X)))
& functional_group_1(fn_monosaccharide_17(fn_glycolysis_77(X)))
& carbonyl_group_1(fn_monosaccharide_17(fn_glycolysis_77(X)))
& carbonyl_group_1(fn_aldehyde_10(fn_glycolysis_77(X)))
& functional_group_1(fn_glucose_27(fn_glycolysis_77(X)))
& carbonyl_group_1(fn_glucose_27(fn_glycolysis_77(X)))
& functional_group_1(fn_aldose_6(fn_glycolysis_77(X)))
& carbonyl_group_1(fn_aldose_6(fn_glycolysis_77(X)))
& carbon_skeleton_1(fn_monosaccharide_6(fn_glycolysis_77(X)))
& carbon_skeleton_1(fn_aldose_11(fn_glycolysis_77(X)))
& chemical_entity_1(fn_electron_donor_2(fn_glycolysis_71(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_glycolysis_73(X)))
& glucose_1(fn_energy_investment_phase_of_glycolysis_22(fn_glycolysis_73(X)))
& chemical_reaction_1(fn_enzyme_4(fn_glycolysis_53(X)))
& chemical_reaction_1(fn_enzyme_4(fn_glycolysis_91(X)))
& fn_glycolysis_101(X) != fn_glycolysis_79(X)
& greater_than_or_equal_to_2(fn_glycolysis_89(X),fn_glycolysis_83(X))
& has_part_2(fn_glycolysis_82(X),fn_glycolysis_53(X))
& has_part_2(fn_glycolysis_82(X),fn_glycolysis_91(X))
& fn_glycolysis_79(X) != fn_glycolysis_101(X)
& fn_glycolysis_79(X) != fn_glycolysis_74(X)
& chemical_stability_2(fn_glycolysis_77(X),fn_glycolysis_3(X))
& fn_glycolysis_74(X) != fn_glycolysis_79(X)
& possesses_2(fn_glycolysis_74(X),fn_glycolysis_108(X))
& next_event_2(fn_glycolysis_73(X),fn_glycolysis_12(X))
& subevent_2(fn_glycolysis_69(X),fn_glycolysis_64(X))
& fn_glycolysis_69(X) != fn_glycolysis_66(X)
& fn_glycolysis_69(X) != fn_glycolysis_56(X)
& subevent_2(fn_glycolysis_68(X),fn_glycolysis_64(X))
& fn_glycolysis_68(X) != fn_glycolysis_67(X)
& fn_glycolysis_68(X) != fn_glycolysis_56(X)
& result_2(fn_glycolysis_68(X),fn_glycolysis_74(X))
& fn_glycolysis_67(X) != fn_glycolysis_68(X)
& fn_glycolysis_67(X) != fn_glycolysis_66(X)
& fn_glycolysis_67(X) != fn_glycolysis_56(X)
& next_event_2(fn_glycolysis_66(X),fn_glycolysis_68(X))
& fn_glycolysis_66(X) != fn_glycolysis_67(X)
& fn_glycolysis_66(X) != fn_glycolysis_69(X)
& fn_glycolysis_66(X) != fn_glycolysis_56(X)
& first_subevent_2(X,fn_glycolysis_73(X))
& rate_2(X,fn_glycolysis_2(X))
& exactCardinality(X,raw_material_0,"1",glucose_0)
& exactCardinality(X,raw_material_0,"2",nad_plus_0)
& exactCardinality(X,raw_material_0,"2",adp_0)
& raw_material_2(X,fn_glycolysis_62(X))
& raw_material_2(X,fn_glycolysis_63(X))
& raw_material_2(X,fn_glycolysis_77(X))
& site_2(X,fn_glycolysis_76(X))
& exactCardinality(X,result_0,"2",pyruvate_0)
& exactCardinality(X,result_0,"2",atp_0)
& exactCardinality(X,result_0,"2",nadh_0)
& result_2(X,fn_glycolysis_55(X))
& result_2(X,fn_glycolysis_75(X))
& subevent_2(X,fn_glycolysis_12(X))
& subevent_2(X,fn_glycolysis_73(X))
& correspondence_2(fn_glycolysis_2(X),fn_glycolysis_3(X))
& next_event_2(fn_glycolysis_56(X),fn_glycolysis_68(X))
& next_event_2(fn_glycolysis_56(X),fn_glycolysis_69(X))
& fn_glycolysis_56(X) != fn_glycolysis_66(X)
& fn_glycolysis_56(X) != fn_glycolysis_67(X)
& fn_glycolysis_56(X) != fn_glycolysis_68(X)
& fn_glycolysis_56(X) != fn_glycolysis_69(X)
& result_2(fn_glycolysis_56(X),fn_glycolysis_74(X))
& raw_material_2(fn_glycolysis_56(X),fn_glycolysis_79(X))
& in_event_2(fn_glycolysis_52(X),X)
& greater_than_2(fn_glycolysis_47(X),fn_glycolysis_48(X))
& called_2(fn_glycolysis_38(X),'Terminal PO4 Group')
& plays_2(fn_glycolysis_77(X),fn_glycolysis_71(X))
& result_2(fn_glycolysis_64(X),fn_glycolysis_75(X))
& result_2(fn_glycolysis_61(X),fn_glycolysis_82(X))
& raw_material_2(fn_glycolysis_64(X),fn_glycolysis_63(X))
& result_2(fn_glycolysis_59(X),fn_glycolysis_82(X))
& raw_material_2(fn_glycolysis_64(X),fn_glycolysis_62(X))
& raw_material_2(fn_glycolysis_56(X),fn_glycolysis_78(X))
& result_2(fn_glycolysis_56(X),fn_glycolysis_57(X))
& result_2(fn_glycolysis_69(X),fn_glycolysis_74(X))
& plays_2(fn_glycolysis_54(X),fn_glycolysis_52(X))
& possesses_2(fn_glycolysis_77(X),fn_glycolysis_88(X))
& result_2(fn_glycolysis_72(X),fn_glycolysis_75(X))
& result_2(fn_glycolysis_58(X),fn_glycolysis_75(X))
& raw_material_2(fn_glycolysis_73(X),fn_glycolysis_70(X))
& result_2(fn_glycolysis_73(X),fn_glycolysis_79(X))
& raw_material_2(fn_glycolysis_73(X),fn_glycolysis_77(X))
& base_2(X,fn_glycolysis_65(X))
& has_function_2(fn_glycolysis_53(X),X)
& in_event_2(fn_glycolysis_60(X),X)
& plays_2(fn_glycolysis_91(X),fn_glycolysis_60(X))
& has_function_2(fn_glycolysis_91(X),fn_glycolysis_92(X))
& possesses_2(fn_glycolysis_78(X),fn_glycolysis_88(X))
& quantity_2(fn_glycolysis_88(X),fn_glycolysis_89(X))
& greater_than_2(fn_glycolysis_89(X),fn_glycolysis_83(X))
& quantity_2(fn_glycolysis_108(X),fn_glycolysis_83(X))
& raw_material_2(X,fn_glycolysis_70(X))
& result_2(X,fn_glycolysis_54(X))
& raw_material_2(X,fn_glycolysis_78(X))
& structural_complexity_2(fn_glycolysis_78(X),fn_glycolysis_81(X))
& greater_than_2(fn_glycolysis_81(X),fn_glycolysis_80(X))
& structural_complexity_2(fn_glycolysis_74(X),fn_glycolysis_80(X))
& result_2(X,fn_glycolysis_74(X))
& has_function_2(fn_glycolysis_91(X),X)
& enables_2(fn_glycolysis_92(X),X)
& has_function_2(fn_glycolysis_53(X),fn_glycolysis_92(X))
& plays_2(fn_glycolysis_53(X),fn_glycolysis_51(X))
& in_event_2(fn_glycolysis_51(X),X)
& result_2(fn_glycolysis_68(X),fn_glycolysis_75(X))
& has_region_2(fn_glycolysis_75(X),fn_glycolysis_39(X))
& raw_material_2(fn_glycolysis_68(X),fn_glycolysis_63(X))
& fn_glycolysis_63(X) != fn_glycolysis_75(X)
& fn_glycolysis_75(X) != fn_glycolysis_63(X)
& is_inside_2(fn_glycolysis_42(X),fn_glycolysis_38(X))
& is_inside_2(fn_glycolysis_43(X),fn_glycolysis_40(X))
& in_event_2(fn_glycolysis_25(X),fn_glycolysis_22(X))
& called_2(fn_glycolysis_45(X),'FE_r')
& object_2(fn_glycolysis_22(X),fn_glycolysis_19(X))
& fn_glycolysis_69(X) != fn_glycolysis_68(X)
& fn_glycolysis_68(X) != fn_glycolysis_69(X)
& has_part_2(fn_glycolysis_78(X),fn_glycolysis_27(X))
& has_part_2(fn_glycolysis_78(X),fn_glycolysis_28(X))
& fn_glycolysis_62(X) != fn_glycolysis_63(X)
& fn_glycolysis_63(X) != fn_glycolysis_62(X)
& quantity_2(fn_glycolysis_46(X),fn_glycolysis_45(X))
& greater_than_2(fn_glycolysis_44(X),fn_glycolysis_45(X))
& called_2(fn_glycolysis_44(X),'FE_p')
& raw_material_2(fn_glycolysis_69(X),fn_glycolysis_62(X))
& next_event_2(fn_glycolysis_69(X),fn_glycolysis_67(X))
& fn_glycolysis_67(X) != fn_glycolysis_69(X)
& raw_material_2(fn_glycolysis_69(X),fn_glycolysis_57(X))
& fn_glycolysis_57(X) != fn_glycolysis_101(X)
& fn_glycolysis_69(X) != fn_glycolysis_67(X)
& fn_glycolysis_101(X) != fn_glycolysis_57(X)
& is_between_2(fn_glycolysis_36(X),fn_glycolysis_43(X))
& is_between_2(fn_glycolysis_36(X),fn_glycolysis_41(X))
& is_inside_2(fn_glycolysis_41(X),fn_glycolysis_39(X))
& fn_glycolysis_41(X) != fn_glycolysis_42(X)
& fn_glycolysis_42(X) != fn_glycolysis_41(X)
& has_region_2(fn_glycolysis_75(X),fn_glycolysis_40(X))
& is_inside_2(fn_glycolysis_42(X),fn_glycolysis_40(X))
& fn_glycolysis_42(X) != fn_glycolysis_43(X)
& fn_glycolysis_43(X) != fn_glycolysis_41(X)
& is_inside_2(fn_glycolysis_41(X),fn_glycolysis_40(X))
& fn_glycolysis_43(X) != fn_glycolysis_42(X)
& fn_glycolysis_41(X) != fn_glycolysis_43(X)
& is_specific_to_2(fn_glycolysis_18(X),fn_glycolysis_79(X))
& raw_material_2(fn_glycolysis_17(X),fn_glycolysis_79(X))
& has_function_2(fn_glycolysis_18(X),fn_glycolysis_17(X))
& has_function_2(fn_glycolysis_18(X),fn_glycolysis_14(X))
& next_event_2(fn_glycolysis_14(X),fn_glycolysis_16(X))
& has_part_2(fn_glycolysis_75(X),fn_glycolysis_41(X))
& is_inside_2(fn_glycolysis_41(X),fn_glycolysis_38(X))
& has_region_2(fn_glycolysis_75(X),fn_glycolysis_38(X))
& possesses_2(fn_glycolysis_75(X),fn_glycolysis_37(X))
& quantity_2(fn_glycolysis_37(X),fn_glycolysis_44(X))
& raw_material_2(fn_glycolysis_17(X),fn_glycolysis_78(X))
& has_state_2(fn_glycolysis_74(X),fn_glycolysis_78(X))
& result_2(fn_glycolysis_17(X),fn_glycolysis_74(X))
& result_2(fn_glycolysis_17(X),fn_glycolysis_20(X))
& fn_glycolysis_20(X) != fn_glycolysis_18(X)
& fn_glycolysis_18(X) != fn_glycolysis_20(X)
& has_part_2(fn_glycolysis_75(X),fn_glycolysis_42(X))
& is_inside_2(fn_glycolysis_42(X),fn_glycolysis_39(X))
& is_inside_2(fn_glycolysis_43(X),fn_glycolysis_39(X))
& fn_glycolysis_40(X) != fn_glycolysis_39(X)
& fn_glycolysis_39(X) != fn_glycolysis_40(X)
& first_subevent_2(fn_glycolysis_14(X),fn_glycolysis_17(X))
& subevent_2(fn_glycolysis_17(X),fn_glycolysis_22(X))
& recipient_2(fn_glycolysis_22(X),fn_glycolysis_78(X))
& has_atom_2(fn_glycolysis_78(X),fn_glycolysis_26(X))
& electronegativity_2(fn_glycolysis_26(X),fn_glycolysis_50(X))
& has_part_2(fn_glycolysis_75(X),fn_glycolysis_43(X))
& is_inside_2(fn_glycolysis_43(X),fn_glycolysis_38(X))
& fn_glycolysis_38(X) != fn_glycolysis_39(X)
& fn_glycolysis_40(X) != fn_glycolysis_38(X)
& fn_glycolysis_38(X) != fn_glycolysis_40(X)
& fn_glycolysis_39(X) != fn_glycolysis_38(X)
& first_subevent_2(fn_glycolysis_12(X),fn_glycolysis_14(X))
& subevent_2(fn_glycolysis_14(X),fn_glycolysis_17(X))
& subevent_2(fn_glycolysis_17(X),fn_glycolysis_21(X))
& recipient_2(fn_glycolysis_21(X),fn_glycolysis_78(X))
& plays_2(fn_glycolysis_78(X),fn_glycolysis_25(X))
& possesses_2(fn_glycolysis_78(X),fn_glycolysis_30(X))
& result_2(fn_glycolysis_29(X),fn_glycolysis_30(X))
& result_2(fn_glycolysis_29(X),fn_glycolysis_78(X))
& plays_2(fn_glycolysis_78(X),fn_glycolysis_24(X))
& in_event_2(fn_glycolysis_24(X),fn_glycolysis_21(X))
& subevent_2(fn_glycolysis_12(X),fn_glycolysis_16(X))
& result_2(fn_glycolysis_16(X),fn_glycolysis_75(X))
& possesses_2(fn_glycolysis_75(X),fn_glycolysis_36(X))
& fn_glycolysis_62(X) != fn_glycolysis_75(X)
& fn_glycolysis_75(X) != fn_glycolysis_62(X)
& has_region_2(fn_glycolysis_78(X),fn_glycolysis_31(X))
& is_inside_2(fn_glycolysis_27(X),fn_glycolysis_31(X))
& is_between_2(fn_glycolysis_30(X),fn_glycolysis_27(X))
& fn_glycolysis_28(X) != fn_glycolysis_27(X)
& fn_glycolysis_27(X) != fn_glycolysis_28(X)
& subevent_2(fn_glycolysis_12(X),fn_glycolysis_14(X))
& raw_material_2(fn_glycolysis_14(X),fn_glycolysis_79(X))
& donor_2(fn_glycolysis_21(X),fn_glycolysis_79(X))
& object_2(fn_glycolysis_21(X),fn_glycolysis_19(X))
& fn_glycolysis_19(X) != fn_glycolysis_18(X)
& fn_glycolysis_18(X) != fn_glycolysis_19(X)
& has_state_2(fn_glycolysis_78(X),fn_glycolysis_74(X))
& plays_2(fn_glycolysis_78(X),fn_glycolysis_23(X))
& in_event_2(fn_glycolysis_23(X),fn_glycolysis_17(X))
& fn_glycolysis_19(X) != fn_glycolysis_78(X)
& fn_glycolysis_78(X) != fn_glycolysis_19(X)
& result_2(fn_glycolysis_12(X),fn_glycolysis_75(X))
& structural_complexity_2(fn_glycolysis_75(X),fn_glycolysis_35(X))
& greater_than_2(fn_glycolysis_35(X),fn_glycolysis_47(X))
& structural_complexity_2(fn_glycolysis_13(X),fn_glycolysis_47(X))
& possesses_2(fn_glycolysis_13(X),fn_glycolysis_46(X))
& has_atom_2(fn_glycolysis_79(X),fn_glycolysis_32(X))
& electronegativity_2(fn_glycolysis_32(X),fn_glycolysis_49(X))
& greater_than_2(fn_glycolysis_50(X),fn_glycolysis_49(X))
& greater_than_or_equal_to_2(fn_glycolysis_50(X),fn_glycolysis_49(X))
& result_2(fn_glycolysis_12(X),fn_glycolysis_55(X))
& result_2(fn_glycolysis_15(X),fn_glycolysis_55(X))
& subevent_2(fn_glycolysis_12(X),fn_glycolysis_15(X))
& result_2(fn_glycolysis_12(X),fn_glycolysis_74(X))
& has_oxidized_form_2(fn_glycolysis_74(X),fn_glycolysis_78(X))
& has_reduced_form_2(fn_glycolysis_78(X),fn_glycolysis_74(X))
& plays_2(fn_glycolysis_79(X),fn_glycolysis_33(X))
& in_event_2(fn_glycolysis_33(X),fn_glycolysis_22(X))
& donor_2(fn_glycolysis_22(X),fn_glycolysis_79(X))
& fn_glycolysis_79(X) != fn_glycolysis_78(X)
& fn_glycolysis_78(X) != fn_glycolysis_74(X)
& fn_glycolysis_78(X) != fn_glycolysis_79(X)
& fn_glycolysis_74(X) != fn_glycolysis_78(X)
& raw_material_2(fn_glycolysis_12(X),fn_glycolysis_79(X))
& plays_2(fn_glycolysis_79(X),fn_glycolysis_34(X))
& in_event_2(fn_glycolysis_34(X),fn_glycolysis_21(X))
& fn_glycolysis_19(X) != fn_glycolysis_79(X)
& fn_glycolysis_79(X) != fn_glycolysis_19(X)
& object_2(fn_glycolysis_95(X),fn_glycolysis_78(X))
& speed_2(fn_glycolysis_95(X),fn_glycolysis_94(X))
& directly_proportional_2(fn_glycolysis_94(X),fn_glycolysis_93(X))
& quantity_2(fn_glycolysis_96(X),fn_glycolysis_93(X))
& possesses_2(fn_glycolysis_78(X),fn_glycolysis_96(X))
& raw_material_2(fn_glycolysis_12(X),fn_glycolysis_78(X))
& fn_glycolysis_78(X) != fn_glycolysis_18(X)
& fn_glycolysis_18(X) != fn_glycolysis_79(X)
& fn_glycolysis_18(X) != fn_glycolysis_78(X)
& fn_glycolysis_79(X) != fn_glycolysis_18(X)
& fn_glycolysis_20(X) != fn_glycolysis_79(X)
& fn_glycolysis_79(X) != fn_glycolysis_20(X)
& result_2(fn_glycolysis_69(X),fn_glycolysis_75(X))
& next_event_2(fn_glycolysis_66(X),fn_glycolysis_69(X))
& next_event_2(fn_glycolysis_67(X),fn_glycolysis_66(X))
& fn_glycolysis_68(X) != fn_glycolysis_66(X)
& fn_glycolysis_66(X) != fn_glycolysis_68(X)
& raw_material_2(fn_glycolysis_12(X),fn_glycolysis_13(X))
& raw_material_2(fn_glycolysis_16(X),fn_glycolysis_13(X))
& fn_glycolysis_16(X) != fn_glycolysis_15(X)
& fn_glycolysis_75(X) != fn_glycolysis_13(X)
& fn_glycolysis_13(X) != fn_glycolysis_75(X)
& fn_glycolysis_15(X) != fn_glycolysis_16(X)
& is_at_2(fn_glycolysis_85(X),fn_glycolysis_86(X))
& has_region_2(fn_glycolysis_77(X),fn_glycolysis_85(X))
& has_region_2(fn_glycolysis_77(X),fn_glycolysis_86(X))
& is_at_2(fn_glycolysis_86(X),fn_glycolysis_87(X))
& has_region_2(fn_glycolysis_77(X),fn_glycolysis_87(X))
& speed_2(fn_glycolysis_104(X),fn_glycolysis_103(X))
& directly_proportional_2(fn_glycolysis_103(X),fn_glycolysis_102(X))
& quantity_2(fn_glycolysis_105(X),fn_glycolysis_102(X))
& possesses_2(fn_glycolysis_77(X),fn_glycolysis_105(X))
& object_2(fn_glycolysis_104(X),fn_glycolysis_77(X))
& the_scalar_value_2(fn_glycolysis_81(X),complex_0)
& scalar_unit_class_2(fn_glycolysis_81(X),chemical_entity_0)
& structural_complexity_2(fn_glycolysis_77(X),fn_glycolysis_81(X))
& structural_complexity_2(fn_glycolysis_55(X),fn_glycolysis_48(X))
& result_2(fn_glycolysis_68(X),fn_glycolysis_55(X))
& has_part_2(fn_glycolysis_82(X),fn_glycolysis_76(X))
& has_part_2(fn_glycolysis_65(X),fn_glycolysis_82(X))
& raw_material_2(fn_glycolysis_67(X),fn_glycolysis_78(X))
& result_2(fn_glycolysis_67(X),fn_glycolysis_74(X))
& fn_glycolysis_77(X) = fn_electron_donor_2(fn_glycolysis_71(X))
& fn_glycolysis_75(X) = fn_phosphorylation_2(fn_glycolysis_64(X))
& fn_glycolysis_82(X) = fn_create_1(fn_glycolysis_61(X))
& fn_glycolysis_63(X) = fn_phosphorylation_5(fn_glycolysis_64(X))
& fn_glycolysis_82(X) = fn_create_1(fn_glycolysis_59(X))
& fn_glycolysis_62(X) = fn_phosphorylation_1(fn_glycolysis_64(X))
& fn_glycolysis_78(X) = fn_enzymatic_reaction_12(fn_glycolysis_56(X))
& fn_glycolysis_57(X) = fn_chemical_reaction_1(fn_glycolysis_56(X))
& fn_glycolysis_74(X) = fn_synthesis_of_organic_molecule_1(fn_glycolysis_69(X))
& fn_glycolysis_54(X) = fn_waste_1(fn_glycolysis_52(X))
& fn_glycolysis_75(X) = fn_catabolism_2(fn_glycolysis_72(X))
& fn_glycolysis_75(X) = fn_catabolism_7(fn_glycolysis_72(X))
& fn_glycolysis_75(X) = fn_catabolism_2(fn_glycolysis_58(X))
& fn_glycolysis_75(X) = fn_catabolism_7(fn_glycolysis_58(X))
& fn_glycolysis_70(X) = fn_catabolic_pathway_6(fn_glycolysis_73(X))
& fn_glycolysis_79(X) = fn_catabolic_pathway_9(fn_glycolysis_73(X))
& fn_glycolysis_79(X) = fn_energy_investment_phase_of_glycolysis_27(fn_glycolysis_73(X))
& fn_glycolysis_77(X) = fn_exergonic_reaction_10(fn_glycolysis_73(X))
& fn_glycolysis_77(X) = fn_energy_investment_phase_of_glycolysis_22(fn_glycolysis_73(X))
& fn_glycolysis_65(X) = fn_metabolic_pathway_1(X)
& fn_glycolysis_92(X) = fn_enzyme_5(fn_glycolysis_53(X))
& fn_glycolysis_60(X) = fn_enzyme_6(fn_glycolysis_53(X))
& X = fn_enzyme_4(fn_glycolysis_53(X))
& fn_glycolysis_84(X) = fn_exergonic_reaction_1(fn_glycolysis_12(X))
& fn_glycolysis_90(X) = fn_exergonic_reaction_2(fn_glycolysis_12(X))
& fn_glycolysis_108(X) = fn_exergonic_reaction_6(fn_glycolysis_73(X))
& fn_glycolysis_108(X) = fn_exergonic_reaction_6(fn_glycolysis_12(X))
& fn_glycolysis_83(X) = fn_exergonic_reaction_5(fn_glycolysis_73(X))
& fn_glycolysis_83(X) = fn_exergonic_reaction_5(fn_glycolysis_12(X))
& fn_glycolysis_88(X) = fn_exergonic_reaction_3(fn_glycolysis_73(X))
& fn_glycolysis_89(X) = fn_exergonic_reaction_4(fn_glycolysis_73(X))
& fn_glycolysis_89(X) = fn_exergonic_reaction_4(fn_glycolysis_12(X))
& fn_glycolysis_88(X) = fn_exergonic_reaction_3(fn_glycolysis_12(X))
& fn_glycolysis_70(X) = fn_catabolic_pathway_6(X)
& fn_glycolysis_54(X) = fn_catabolic_pathway_11(X)
& fn_glycolysis_97(X) = fn_catabolic_pathway_1(X)
& fn_glycolysis_74(X) = fn_catabolic_pathway_9(X)
& fn_glycolysis_80(X) = fn_catabolic_pathway_2(X)
& fn_glycolysis_81(X) = fn_catabolic_pathway_4(X)
& fn_glycolysis_78(X) = fn_catabolic_pathway_10(X)
& fn_glycolysis_51(X) = fn_enzyme_6(fn_glycolysis_91(X))
& fn_glycolysis_92(X) = fn_enzyme_5(fn_glycolysis_91(X))
& X = fn_enzyme_4(fn_glycolysis_91(X))
& fn_glycolysis_39(X) = fn_substrate_level_phosphorylation_9(fn_glycolysis_68(X))
& fn_glycolysis_63(X) = fn_substrate_level_phosphorylation_4(fn_glycolysis_68(X))
& fn_glycolysis_63(X) = fn_substrate_level_phosphorylation_6(fn_glycolysis_68(X))
& fn_glycolysis_38(X) = fn_energy_payoff_phase_of_glycolysis_92(fn_glycolysis_12(X))
& fn_glycolysis_68(X) = fn_energy_payoff_phase_of_glycolysis_41(fn_glycolysis_12(X))
& fn_glycolysis_10(X) = fn_energy_payoff_phase_of_glycolysis_8(fn_glycolysis_12(X))
& fn_glycolysis_9(X) = fn_energy_payoff_phase_of_glycolysis_100(fn_glycolysis_12(X))
& fn_glycolysis_8(X) = fn_energy_payoff_phase_of_glycolysis_101(fn_glycolysis_12(X))
& fn_glycolysis_98(X) = fn_energy_payoff_phase_of_glycolysis_19(fn_glycolysis_12(X))
& fn_glycolysis_7(X) = fn_energy_payoff_phase_of_glycolysis_102(fn_glycolysis_12(X))
& fn_glycolysis_99(X) = fn_energy_payoff_phase_of_glycolysis_18(fn_glycolysis_12(X))
& fn_glycolysis_6(X) = fn_energy_payoff_phase_of_glycolysis_103(fn_glycolysis_12(X))
& fn_glycolysis_63(X) = fn_energy_payoff_phase_of_glycolysis_31(fn_glycolysis_12(X))
& fn_glycolysis_45(X) = fn_substrate_level_phosphorylation_14(fn_glycolysis_68(X))
& fn_glycolysis_45(X) = fn_energy_payoff_phase_of_glycolysis_87(fn_glycolysis_12(X))
& fn_glycolysis_101(X) = fn_energy_payoff_phase_of_glycolysis_83(fn_glycolysis_12(X))
& fn_glycolysis_57(X) = fn_energy_payoff_phase_of_glycolysis_29(fn_glycolysis_12(X))
& fn_glycolysis_69(X) = fn_energy_payoff_phase_of_glycolysis_52(fn_glycolysis_12(X))
& fn_glycolysis_41(X) = fn_energy_payoff_phase_of_glycolysis_89(fn_glycolysis_12(X))
& fn_glycolysis_40(X) = fn_energy_payoff_phase_of_glycolysis_94(fn_glycolysis_12(X))
& fn_glycolysis_44(X) = fn_energy_payoff_phase_of_glycolysis_88(fn_glycolysis_12(X))
& fn_glycolysis_37(X) = fn_energy_payoff_phase_of_glycolysis_95(fn_glycolysis_12(X))
& fn_glycolysis_41(X) = fn_energy_payoff_phase_of_glycolysis_91(fn_glycolysis_12(X))
& fn_glycolysis_43(X) = fn_energy_payoff_phase_of_glycolysis_91(fn_glycolysis_12(X))
& fn_glycolysis_39(X) = fn_energy_payoff_phase_of_glycolysis_93(fn_glycolysis_12(X))
& fn_glycolysis_42(X) = fn_energy_payoff_phase_of_glycolysis_90(fn_glycolysis_12(X))
& fn_glycolysis_26(X) = fn_energy_payoff_phase_of_glycolysis_11(fn_glycolysis_12(X))
& fn_glycolysis_39(X) = fn_energy_payoff_phase_of_glycolysis_94(fn_glycolysis_12(X))
& fn_glycolysis_38(X) = fn_energy_payoff_phase_of_glycolysis_93(fn_glycolysis_12(X))
& fn_glycolysis_40(X) = fn_energy_payoff_phase_of_glycolysis_92(fn_glycolysis_12(X))
& fn_glycolysis_38(X) = fn_energy_payoff_phase_of_glycolysis_94(fn_glycolysis_12(X))
& fn_glycolysis_43(X) = fn_energy_payoff_phase_of_glycolysis_89(fn_glycolysis_12(X))
& fn_glycolysis_25(X) = fn_energy_payoff_phase_of_glycolysis_34(fn_glycolysis_12(X))
& fn_glycolysis_24(X) = fn_energy_payoff_phase_of_glycolysis_10(fn_glycolysis_12(X))
& fn_glycolysis_29(X) = fn_energy_payoff_phase_of_glycolysis_22(fn_glycolysis_12(X))
& fn_glycolysis_36(X) = fn_energy_payoff_phase_of_glycolysis_96(fn_glycolysis_12(X))
& fn_glycolysis_62(X) = fn_energy_payoff_phase_of_glycolysis_30(fn_glycolysis_12(X))
& fn_glycolysis_16(X) = fn_energy_payoff_phase_of_glycolysis_52(fn_glycolysis_12(X))
& fn_glycolysis_30(X) = fn_energy_payoff_phase_of_glycolysis_23(fn_glycolysis_12(X))
& fn_glycolysis_28(X) = fn_energy_payoff_phase_of_glycolysis_21(fn_glycolysis_12(X))
& fn_glycolysis_27(X) = fn_energy_payoff_phase_of_glycolysis_20(fn_glycolysis_12(X))
& fn_glycolysis_31(X) = fn_energy_payoff_phase_of_glycolysis_26(fn_glycolysis_12(X))
& fn_glycolysis_14(X) = fn_energy_payoff_phase_of_glycolysis_76(fn_glycolysis_12(X))
& fn_glycolysis_17(X) = fn_energy_payoff_phase_of_glycolysis_49(fn_glycolysis_12(X))
& fn_glycolysis_23(X) = fn_energy_payoff_phase_of_glycolysis_61(fn_glycolysis_12(X))
& fn_glycolysis_46(X) = fn_substrate_level_phosphorylation_15(fn_glycolysis_68(X))
& fn_glycolysis_46(X) = fn_energy_payoff_phase_of_glycolysis_99(fn_glycolysis_12(X))
& fn_glycolysis_13(X) = fn_energy_payoff_phase_of_glycolysis_30(fn_glycolysis_12(X))
& fn_glycolysis_47(X) = fn_energy_payoff_phase_of_glycolysis_98(fn_glycolysis_12(X))
& fn_glycolysis_35(X) = fn_energy_payoff_phase_of_glycolysis_97(fn_glycolysis_12(X))
& fn_glycolysis_75(X) = fn_energy_payoff_phase_of_glycolysis_32(fn_glycolysis_12(X))
& fn_glycolysis_11(X) = fn_energy_payoff_phase_of_glycolysis_7(fn_glycolysis_12(X))
& fn_glycolysis_50(X) = fn_energy_payoff_phase_of_glycolysis_12(fn_glycolysis_12(X))
& fn_glycolysis_49(X) = fn_energy_payoff_phase_of_glycolysis_13(fn_glycolysis_12(X))
& fn_glycolysis_32(X) = fn_energy_payoff_phase_of_glycolysis_14(fn_glycolysis_12(X))
& fn_glycolysis_15(X) = fn_energy_payoff_phase_of_glycolysis_41(fn_glycolysis_12(X))
& fn_glycolysis_55(X) = fn_energy_payoff_phase_of_glycolysis_5(fn_glycolysis_12(X))
& fn_glycolysis_74(X) = fn_energy_payoff_phase_of_glycolysis_50(fn_glycolysis_12(X))
& fn_glycolysis_22(X) = fn_energy_payoff_phase_of_glycolysis_45(fn_glycolysis_12(X))
& fn_glycolysis_33(X) = fn_energy_payoff_phase_of_glycolysis_57(fn_glycolysis_12(X))
& fn_glycolysis_21(X) = fn_energy_payoff_phase_of_glycolysis_33(fn_glycolysis_12(X))
& fn_glycolysis_34(X) = fn_energy_payoff_phase_of_glycolysis_15(fn_glycolysis_12(X))
& fn_glycolysis_19(X) = fn_energy_payoff_phase_of_glycolysis_9(fn_glycolysis_12(X))
& fn_glycolysis_96(X) = fn_energy_payoff_phase_of_glycolysis_24(fn_glycolysis_12(X))
& fn_glycolysis_93(X) = fn_energy_payoff_phase_of_glycolysis_28(fn_glycolysis_12(X))
& fn_glycolysis_94(X) = fn_energy_payoff_phase_of_glycolysis_27(fn_glycolysis_12(X))
& fn_glycolysis_95(X) = fn_energy_payoff_phase_of_glycolysis_25(fn_glycolysis_12(X))
& fn_glycolysis_20(X) = fn_energy_payoff_phase_of_glycolysis_83(fn_glycolysis_12(X))
& fn_glycolysis_79(X) = fn_energy_payoff_phase_of_glycolysis_47(fn_glycolysis_12(X))
& fn_glycolysis_18(X) = fn_energy_payoff_phase_of_glycolysis_62(fn_glycolysis_12(X))
& fn_glycolysis_78(X) = fn_exergonic_reaction_10(fn_glycolysis_12(X))
& fn_glycolysis_78(X) = fn_energy_payoff_phase_of_glycolysis_46(fn_glycolysis_12(X))
& fn_glycolysis_67(X) = fn_energy_payoff_phase_of_glycolysis_40(fn_glycolysis_12(X))
& fn_glycolysis_68(X) = fn_energy_payoff_phase_of_glycolysis_52(fn_glycolysis_12(X))
& fn_glycolysis_66(X) = fn_energy_payoff_phase_of_glycolysis_42(fn_glycolysis_12(X))
& fn_glycolysis_69(X) = fn_energy_payoff_phase_of_glycolysis_41(fn_glycolysis_12(X))
& fn_glycolysis_15(X) = fn_energy_payoff_phase_of_glycolysis_52(fn_glycolysis_12(X))
& fn_glycolysis_16(X) = fn_energy_payoff_phase_of_glycolysis_41(fn_glycolysis_12(X))
& fn_glycolysis_75(X) = fn_substrate_level_phosphorylation_5(fn_glycolysis_68(X))
& fn_glycolysis_13(X) = fn_substrate_level_phosphorylation_6(fn_glycolysis_68(X))
& fn_glycolysis_75(X) = fn_energy_payoff_phase_of_glycolysis_39(fn_glycolysis_12(X))
& fn_glycolysis_13(X) = fn_energy_payoff_phase_of_glycolysis_31(fn_glycolysis_12(X))
& fn_glycolysis_100(X) = fn_glucose_1(fn_glycolysis_77(X))
& fn_glycolysis_74(X) = fn_isomerization_reaction_1(fn_glycolysis_67(X))
& fn_glycolysis_78(X) = fn_isomerization_reaction_2(fn_glycolysis_67(X))
& fn_glycolysis_76(X) = fn_mixture_1(fn_glycolysis_82(X))
& fn_glycolysis_76(X) = fn_cytoplasm_8(fn_glycolysis_82(X))
& fn_glycolysis_65(X) = fn_cytoplasm_7(fn_glycolysis_82(X))
& fn_glycolysis_5(X) = fn_anabolic_pathway_1(fn_glycolysis_68(X))
& fn_glycolysis_48(X) = fn_anabolic_pathway_3(fn_glycolysis_68(X))
& fn_glycolysis_55(X) = fn_anabolic_pathway_5(fn_glycolysis_68(X))
& fn_glycolysis_81(X) = fn_glucose_2(fn_glycolysis_77(X))
& fn_glycolysis_103(X) = fn_aldehyde_9(fn_glycolysis_77(X))
& fn_glycolysis_102(X) = fn_aldehyde_8(fn_glycolysis_77(X))
& fn_glycolysis_105(X) = fn_aldehyde_7(fn_glycolysis_77(X))
& fn_glycolysis_105(X) = fn_carbohydrate_7(fn_glycolysis_77(X))
& fn_glycolysis_107(X) = fn_carbohydrate_42(fn_glycolysis_77(X))
& fn_glycolysis_102(X) = fn_carbohydrate_10(fn_glycolysis_77(X))
& fn_glycolysis_104(X) = fn_aldehyde_4(fn_glycolysis_77(X))
& fn_glycolysis_104(X) = fn_carbohydrate_8(fn_glycolysis_77(X))
& fn_glycolysis_106(X) = fn_carbohydrate_43(fn_glycolysis_77(X))
& fn_glycolysis_103(X) = fn_carbohydrate_9(fn_glycolysis_77(X))
& fn_glycolysis_85(X) = fn_carbohydrate_34(fn_glycolysis_77(X))
& fn_glycolysis_85(X) = fn_monosaccharide_17(fn_glycolysis_77(X))
& fn_glycolysis_85(X) = fn_aldehyde_10(fn_glycolysis_77(X))
& fn_glycolysis_85(X) = fn_glucose_27(fn_glycolysis_77(X))
& fn_glycolysis_85(X) = fn_aldose_6(fn_glycolysis_77(X))
& fn_glycolysis_86(X) = fn_aldose_2(fn_glycolysis_77(X))
& fn_glycolysis_87(X) = fn_monosaccharide_6(fn_glycolysis_77(X))
& fn_glycolysis_87(X) = fn_aldose_11(fn_glycolysis_77(X))
& fn_waste_1(fn_glycolysis_52(X)) = fn_catabolic_pathway_11(X)
& fn_catabolic_pathway_11(X) = fn_phosphorylation_5(fn_glycolysis_64(X))
& fn_phosphorylation_5(fn_glycolysis_64(X)) = fn_substrate_level_phosphorylation_4(fn_glycolysis_68(X))
& fn_substrate_level_phosphorylation_6(fn_glycolysis_68(X)) = fn_substrate_level_phosphorylation_4(fn_glycolysis_68(X))
& fn_substrate_level_phosphorylation_4(fn_glycolysis_68(X)) = fn_substrate_level_phosphorylation_6(fn_glycolysis_68(X))
& fn_substrate_level_phosphorylation_6(fn_glycolysis_68(X)) = fn_substrate_level_phosphorylation_6(fn_glycolysis_68(X))
& fn_substrate_level_phosphorylation_6(fn_glycolysis_68(X)) = fn_energy_payoff_phase_of_glycolysis_31(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_31(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_87(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_87(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_87(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_87(fn_glycolysis_12(X)) = fn_substrate_level_phosphorylation_14(fn_glycolysis_68(X))
& fn_substrate_level_phosphorylation_14(fn_glycolysis_68(X)) = fn_energy_payoff_phase_of_glycolysis_87(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_87(fn_glycolysis_12(X)) = fn_chemical_reaction_1(fn_glycolysis_56(X))
& fn_chemical_reaction_1(fn_glycolysis_56(X)) = fn_energy_payoff_phase_of_glycolysis_29(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_29(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_29(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_29(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_89(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_91(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_91(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_91(fn_glycolysis_12(X)) = fn_substrate_level_phosphorylation_9(fn_glycolysis_68(X))
& fn_substrate_level_phosphorylation_9(fn_glycolysis_68(X)) = fn_energy_payoff_phase_of_glycolysis_93(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_94(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_93(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_92(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_94(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_94(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_92(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_92(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_92(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_92(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_93(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_93(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_93(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_93(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_94(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_94(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_94(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_94(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_89(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_89(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_91(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_91(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_89(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_89(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_89(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_89(fn_glycolysis_12(X)) = fn_phosphorylation_1(fn_glycolysis_64(X))
& fn_phosphorylation_1(fn_glycolysis_64(X)) = fn_energy_payoff_phase_of_glycolysis_30(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_30(fn_glycolysis_12(X)) = fn_substrate_level_phosphorylation_15(fn_glycolysis_68(X))
& fn_energy_payoff_phase_of_glycolysis_99(fn_glycolysis_12(X)) = fn_substrate_level_phosphorylation_15(fn_glycolysis_68(X))
& fn_substrate_level_phosphorylation_15(fn_glycolysis_68(X)) = fn_energy_payoff_phase_of_glycolysis_99(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_99(fn_glycolysis_12(X)) = fn_catabolic_pathway_9(fn_glycolysis_73(X))
& fn_catabolic_pathway_9(fn_glycolysis_73(X)) = fn_energy_investment_phase_of_glycolysis_27(fn_glycolysis_73(X))
& fn_energy_investment_phase_of_glycolysis_27(fn_glycolysis_73(X)) = fn_energy_investment_phase_of_glycolysis_27(fn_glycolysis_73(X))
& fn_energy_investment_phase_of_glycolysis_27(fn_glycolysis_73(X)) = fn_energy_payoff_phase_of_glycolysis_47(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_47(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_47(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_47(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_52(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_52(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_41(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_41(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_41(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_41(fn_glycolysis_12(X)) = fn_phosphorylation_2(fn_glycolysis_64(X))
& fn_phosphorylation_2(fn_glycolysis_64(X)) = fn_catabolism_2(fn_glycolysis_72(X))
& fn_catabolism_2(fn_glycolysis_72(X)) = fn_catabolism_2(fn_glycolysis_58(X))
& fn_catabolism_2(fn_glycolysis_58(X)) = fn_catabolism_2(fn_glycolysis_72(X))
& fn_catabolism_2(fn_glycolysis_72(X)) = fn_catabolism_7(fn_glycolysis_72(X))
& fn_catabolism_7(fn_glycolysis_72(X)) = fn_catabolism_2(fn_glycolysis_58(X))
& fn_catabolism_2(fn_glycolysis_58(X)) = fn_catabolism_7(fn_glycolysis_58(X))
& fn_catabolism_7(fn_glycolysis_58(X)) = fn_catabolism_7(fn_glycolysis_72(X))
& fn_catabolism_7(fn_glycolysis_72(X)) = fn_catabolism_7(fn_glycolysis_58(X))
& fn_catabolism_7(fn_glycolysis_58(X)) = fn_substrate_level_phosphorylation_5(fn_glycolysis_68(X))
& fn_substrate_level_phosphorylation_5(fn_glycolysis_68(X)) = fn_substrate_level_phosphorylation_5(fn_glycolysis_68(X))
& fn_energy_payoff_phase_of_glycolysis_32(fn_glycolysis_12(X)) = fn_substrate_level_phosphorylation_5(fn_glycolysis_68(X))
& fn_substrate_level_phosphorylation_5(fn_glycolysis_68(X)) = fn_energy_payoff_phase_of_glycolysis_32(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_32(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_32(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_39(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_32(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_32(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_39(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_39(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_39(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_39(fn_glycolysis_12(X)) = fn_substrate_level_phosphorylation_6(fn_glycolysis_68(X))
& fn_energy_payoff_phase_of_glycolysis_30(fn_glycolysis_12(X)) = fn_substrate_level_phosphorylation_6(fn_glycolysis_68(X))
& fn_substrate_level_phosphorylation_6(fn_glycolysis_68(X)) = fn_energy_payoff_phase_of_glycolysis_30(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_30(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_30(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_30(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_31(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_31(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_31(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_31(fn_glycolysis_12(X)) = fn_synthesis_of_organic_molecule_1(fn_glycolysis_69(X))
& fn_synthesis_of_organic_molecule_1(fn_glycolysis_69(X)) = fn_catabolic_pathway_9(X)
& fn_catabolic_pathway_9(X) = fn_catabolic_pathway_9(X)
& fn_catabolic_pathway_9(X) = fn_energy_payoff_phase_of_glycolysis_50(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_50(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_50(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_50(fn_glycolysis_12(X)) = fn_isomerization_reaction_1(fn_glycolysis_67(X))
& fn_isomerization_reaction_1(fn_glycolysis_67(X)) = fn_enzymatic_reaction_12(fn_glycolysis_56(X))
& fn_enzymatic_reaction_12(fn_glycolysis_56(X)) = fn_exergonic_reaction_10(fn_glycolysis_12(X))
& fn_exergonic_reaction_10(fn_glycolysis_12(X)) = fn_exergonic_reaction_10(fn_glycolysis_12(X))
& fn_catabolic_pathway_10(X) = fn_exergonic_reaction_10(fn_glycolysis_12(X))
& fn_exergonic_reaction_10(fn_glycolysis_12(X)) = fn_catabolic_pathway_10(X)
& fn_catabolic_pathway_10(X) = fn_catabolic_pathway_10(X)
& fn_catabolic_pathway_10(X) = fn_energy_payoff_phase_of_glycolysis_46(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_46(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_46(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_46(fn_glycolysis_12(X)) = fn_isomerization_reaction_2(fn_glycolysis_67(X))
& fn_isomerization_reaction_2(fn_glycolysis_67(X)) = fn_mixture_1(fn_glycolysis_82(X))
& fn_mixture_1(fn_glycolysis_82(X)) = fn_cytoplasm_8(fn_glycolysis_82(X))
& fn_cytoplasm_8(fn_glycolysis_82(X)) = fn_metabolic_pathway_1(X)
& fn_metabolic_pathway_1(X) = fn_cytoplasm_7(fn_glycolysis_82(X))
& fn_cytoplasm_7(fn_glycolysis_82(X)) = fn_energy_payoff_phase_of_glycolysis_5(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_5(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_5(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_5(fn_glycolysis_12(X)) = fn_anabolic_pathway_5(fn_glycolysis_68(X))
& fn_anabolic_pathway_5(fn_glycolysis_68(X)) = fn_anabolic_pathway_5(fn_glycolysis_68(X))
& fn_anabolic_pathway_5(fn_glycolysis_68(X)) = fn_energy_payoff_phase_of_glycolysis_41(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_41(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_52(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_52(fn_glycolysis_12(X)) = fn_energy_payoff_phase_of_glycolysis_52(fn_glycolysis_12(X))
& fn_energy_payoff_phase_of_glycolysis_52(fn_glycolysis_12(X)) = fn_catabolic_pathway_4(X)
& fn_catabolic_pathway_4(X) = fn_catabolic_pathway_4(X)
& fn_catabolic_pathway_4(X) = fn_glucose_2(fn_glycolysis_77(X))
& fn_glucose_2(fn_glycolysis_77(X)) = fn_glucose_2(fn_glycolysis_77(X))
& fn_glucose_2(fn_glycolysis_77(X)) = fn_aldehyde_7(fn_glycolysis_77(X))
& fn_carbohydrate_7(fn_glycolysis_77(X)) = fn_aldehyde_7(fn_glycolysis_77(X))
& fn_aldehyde_7(fn_glycolysis_77(X)) = fn_carbohydrate_7(fn_glycolysis_77(X))
& fn_carbohydrate_7(fn_glycolysis_77(X)) = fn_aldehyde_8(fn_glycolysis_77(X))
& fn_carbohydrate_10(fn_glycolysis_77(X)) = fn_aldehyde_8(fn_glycolysis_77(X))
& fn_aldehyde_8(fn_glycolysis_77(X)) = fn_carbohydrate_10(fn_glycolysis_77(X))
& fn_carbohydrate_10(fn_glycolysis_77(X)) = fn_carbohydrate_10(fn_glycolysis_77(X))
& fn_carbohydrate_10(fn_glycolysis_77(X)) = fn_aldehyde_4(fn_glycolysis_77(X))
& fn_carbohydrate_8(fn_glycolysis_77(X)) = fn_aldehyde_4(fn_glycolysis_77(X))
& fn_aldehyde_4(fn_glycolysis_77(X)) = fn_carbohydrate_8(fn_glycolysis_77(X))
& fn_carbohydrate_8(fn_glycolysis_77(X)) = fn_aldehyde_9(fn_glycolysis_77(X))
& fn_carbohydrate_9(fn_glycolysis_77(X)) = fn_aldehyde_9(fn_glycolysis_77(X))
& fn_aldehyde_9(fn_glycolysis_77(X)) = fn_carbohydrate_9(fn_glycolysis_77(X))
& fn_carbohydrate_9(fn_glycolysis_77(X)) = fn_carbohydrate_9(fn_glycolysis_77(X))
& fn_carbohydrate_9(fn_glycolysis_77(X)) = fn_carbohydrate_34(fn_glycolysis_77(X))
& fn_carbohydrate_34(fn_glycolysis_77(X)) = fn_monosaccharide_17(fn_glycolysis_77(X))
& fn_monosaccharide_17(fn_glycolysis_77(X)) = fn_monosaccharide_17(fn_glycolysis_77(X))
& fn_monosaccharide_17(fn_glycolysis_77(X)) = fn_aldehyde_10(fn_glycolysis_77(X))
& fn_aldehyde_10(fn_glycolysis_77(X)) = fn_aldehyde_10(fn_glycolysis_77(X))
& fn_aldehyde_10(fn_glycolysis_77(X)) = fn_glucose_27(fn_glycolysis_77(X))
& fn_aldose_6(fn_glycolysis_77(X)) = fn_glucose_27(fn_glycolysis_77(X))
& fn_glucose_27(fn_glycolysis_77(X)) = fn_aldose_6(fn_glycolysis_77(X))
& fn_aldose_6(fn_glycolysis_77(X)) = fn_aldose_11(fn_glycolysis_77(X))
& fn_aldose_11(fn_glycolysis_77(X)) = fn_monosaccharide_6(fn_glycolysis_77(X))
& fn_monosaccharide_6(fn_glycolysis_77(X)) = fn_aldose_11(fn_glycolysis_77(X))
& fn_aldose_11(fn_glycolysis_77(X)) = fn_electron_donor_2(fn_glycolysis_71(X))
& fn_electron_donor_2(fn_glycolysis_71(X)) = fn_exergonic_reaction_10(fn_glycolysis_73(X))
& fn_exergonic_reaction_10(fn_glycolysis_73(X)) = fn_exergonic_reaction_10(fn_glycolysis_73(X))
& fn_exergonic_reaction_10(fn_glycolysis_73(X)) = fn_energy_investment_phase_of_glycolysis_22(fn_glycolysis_73(X))
& fn_enzyme_4(fn_glycolysis_53(X)) = fn_enzyme_4(fn_glycolysis_53(X))
& fn_enzyme_4(fn_glycolysis_53(X)) = fn_enzyme_4(fn_glycolysis_91(X))
& fn_enzyme_4(fn_glycolysis_91(X)) = fn_enzyme_4(fn_glycolysis_91(X)) ) ) ).
fof(a529946,axiom,
! [X] :
( glycoprotein_1(X)
=> ( original_name_2(X,'Glycoprotein')
& user_description_2(X,'Glycoprotein are proteins containing oligosaccharide chains covalently attached to their polypeptide side chains')
& concept2words_2(X,'glyco protein')
& concept2words_2(X,'glyco-protein')
& concept2words_2(X,glycoprotein)
& protein_1(X)
& amphipathic_molecule_1(X)
& carbon_skeleton_1(fn_glycoprotein_1(X))
& polypeptide_1(fn_glycoprotein_2(X))
& monomer_1(fn_glycoprotein_3(X))
& atom_1(fn_glycoprotein_4(X))
& chemical_entity_1(fn_glycoprotein_4(X))
& carbon_1(fn_glycoprotein_5(X))
& protein_domain_1(fn_glycoprotein_10(X))
& size_value_1(fn_glycoprotein_11(X))
& size_value_1(fn_glycoprotein_12(X))
& hold_1(fn_glycoprotein_13(X))
& hold_together_1(fn_glycoprotein_13(X))
& surface_1(fn_glycoprotein_14(X))
& solubility_value_1(fn_glycoprotein_16(X))
& carbohydrate_side_chain_1(fn_glycoprotein_17(X))
& hydrophilic_region_1(fn_glycoprotein_18(X))
& spatial_entity_1(fn_glycoprotein_19(X))
& chemical_entity_1(fn_glycoprotein_19(X))
& monomer_1(fn_glycoprotein_19(X))
& molecule_1(fn_glycoprotein_19(X))
& amino_acid_1(fn_glycoprotein_19(X))
& quantity_value_1(fn_glycoprotein_20(X))
& speed_value_1(fn_glycoprotein_21(X))
& constant_motion_1(fn_glycoprotein_22(X))
& kinetic_energy_1(fn_glycoprotein_23(X))
& repel_1(fn_glycoprotein_24(X))
& attract_1(fn_glycoprotein_25(X))
& hydrophobic_region_1(fn_glycoprotein_26(X))
& entity_1(fn_glycoprotein_27(X))
& atom_1(fn_glycoprotein_27(X))
& chemical_entity_1(fn_glycoprotein_27(X))
& oxygen_1(fn_glycoprotein_27(X))
& entity_1(fn_glycoprotein_28(X))
& chemical_entity_1(fn_glycoprotein_28(X))
& atom_1(fn_glycoprotein_28(X))
& hydrogen_1(fn_glycoprotein_28(X))
& entity_1(fn_glycoprotein_29(X))
& atom_1(fn_glycoprotein_29(X))
& chemical_entity_1(fn_glycoprotein_29(X))
& oxygen_1(fn_glycoprotein_29(X))
& tangible_entity_1(fn_glycoprotein_30(X))
& entity_1(fn_glycoprotein_30(X))
& carbon_1(fn_glycoprotein_30(X))
& atom_1(fn_glycoprotein_30(X))
& chemical_entity_1(fn_glycoprotein_30(X))
& double_bond_1(fn_glycoprotein_31(X))
& property_node_1(fn_solubility_value_1(fn_glycoprotein_16(X)))
& entity_1(fn_carbohydrate_side_chain_25(fn_glycoprotein_17(X)))
& chemical_entity_1(fn_carbohydrate_side_chain_25(fn_glycoprotein_17(X)))
& atom_1(fn_carbohydrate_side_chain_25(fn_glycoprotein_17(X)))
& hydrogen_1(fn_carbohydrate_side_chain_25(fn_glycoprotein_17(X)))
& hold_together_1(fn_carbohydrate_side_chain_11(fn_glycoprotein_17(X)))
& double_bond_1(fn_carbohydrate_side_chain_28(fn_glycoprotein_17(X)))
& carbon_1(fn_carbon_skeleton_4(fn_glycoprotein_1(X)))
& tangible_entity_1(fn_hold_2(fn_glycoprotein_13(X)))
& carbon_1(fn_carbohydrate_side_chain_23(fn_glycoprotein_17(X)))
& entity_1(fn_carbohydrate_side_chain_22(fn_glycoprotein_17(X)))
& carbon_1(fn_carbohydrate_side_chain_22(fn_glycoprotein_17(X)))
& atom_1(fn_carbohydrate_side_chain_22(fn_glycoprotein_17(X)))
& chemical_entity_1(fn_carbohydrate_side_chain_22(fn_glycoprotein_17(X)))
& entity_1(fn_carbohydrate_side_chain_26(fn_glycoprotein_17(X)))
& atom_1(fn_carbohydrate_side_chain_26(fn_glycoprotein_17(X)))
& chemical_entity_1(fn_carbohydrate_side_chain_26(fn_glycoprotein_17(X)))
& oxygen_1(fn_carbohydrate_side_chain_26(fn_glycoprotein_17(X)))
& entity_1(fn_carbohydrate_side_chain_24(fn_glycoprotein_17(X)))
& atom_1(fn_carbohydrate_side_chain_24(fn_glycoprotein_17(X)))
& chemical_entity_1(fn_carbohydrate_side_chain_24(fn_glycoprotein_17(X)))
& oxygen_1(fn_carbohydrate_side_chain_24(fn_glycoprotein_17(X)))
& organic_molecule_1(fn_carbohydrate_side_chain_4(fn_glycoprotein_17(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_glycoprotein_1(X)))
& atom_1(fn_carbon_skeleton_2(fn_glycoprotein_1(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_glycoprotein_1(X)))
& greater_than_or_equal_to_2(fn_glycoprotein_11(X),fn_glycoprotein_12(X))
& object_2(fn_glycoprotein_13(X),fn_glycoprotein_28(X))
& the_scalar_value_2(fn_glycoprotein_16(X),insoluble_0)
& scalar_unit_class_2(fn_glycoprotein_16(X),protein_0)
& solubility_in_water_2(X,fn_glycoprotein_16(X))
& is_at_2(fn_glycoprotein_17(X),fn_glycoprotein_14(X))
& object_2(fn_glycoprotein_13(X),fn_glycoprotein_30(X))
& has_part_2(X,fn_glycoprotein_4(X))
& greater_than_2(fn_glycoprotein_11(X),fn_glycoprotein_12(X))
& has_part_2(X,fn_glycoprotein_3(X))
& size_2(fn_glycoprotein_3(X),fn_glycoprotein_12(X))
& is_at_2(fn_glycoprotein_18(X),fn_glycoprotein_14(X))
& size_2(X,fn_glycoprotein_11(X))
& the_scalar_value_2(fn_glycoprotein_11(X),big_0)
& scalar_unit_class_2(fn_glycoprotein_11(X),polypeptide_0)
& has_part_2(X,fn_glycoprotein_2(X))
& has_part_2(fn_glycoprotein_2(X),fn_glycoprotein_19(X))
& is_at_2(fn_glycoprotein_19(X),fn_glycoprotein_10(X))
& has_region_2(X,fn_glycoprotein_10(X))
& has_region_2(X,fn_glycoprotein_14(X))
& has_part_2(fn_glycoprotein_17(X),fn_glycoprotein_28(X))
& has_part_2(X,fn_glycoprotein_17(X))
& has_part_2(fn_glycoprotein_17(X),fn_glycoprotein_27(X))
& has_part_2(fn_glycoprotein_17(X),fn_glycoprotein_30(X))
& has_part_2(fn_glycoprotein_17(X),fn_glycoprotein_29(X))
& fn_glycoprotein_30(X) != fn_glycoprotein_29(X)
& fn_glycoprotein_29(X) != fn_glycoprotein_30(X)
& fn_glycoprotein_28(X) != fn_glycoprotein_29(X)
& fn_glycoprotein_30(X) != fn_glycoprotein_28(X)
& fn_glycoprotein_28(X) != fn_glycoprotein_30(X)
& fn_glycoprotein_29(X) != fn_glycoprotein_28(X)
& object_2(fn_glycoprotein_13(X),fn_glycoprotein_27(X))
& fn_glycoprotein_27(X) != fn_glycoprotein_30(X)
& fn_glycoprotein_28(X) != fn_glycoprotein_27(X)
& fn_glycoprotein_27(X) != fn_glycoprotein_28(X)
& fn_glycoprotein_30(X) != fn_glycoprotein_27(X)
& object_2(fn_glycoprotein_13(X),fn_glycoprotein_29(X))
& fn_glycoprotein_27(X) != fn_glycoprotein_29(X)
& fn_glycoprotein_29(X) != fn_glycoprotein_27(X)
& site_2(fn_glycoprotein_24(X),fn_glycoprotein_26(X))
& site_2(fn_glycoprotein_25(X),fn_glycoprotein_18(X))
& has_function_2(X,fn_glycoprotein_25(X))
& has_function_2(X,fn_glycoprotein_24(X))
& agent_2(fn_glycoprotein_24(X),X)
& possesses_2(X,fn_glycoprotein_23(X))
& quantity_2(fn_glycoprotein_23(X),fn_glycoprotein_20(X))
& directly_proportional_2(fn_glycoprotein_21(X),fn_glycoprotein_20(X))
& speed_2(fn_glycoprotein_22(X),fn_glycoprotein_21(X))
& object_2(fn_glycoprotein_22(X),X)
& has_region_2(X,fn_glycoprotein_18(X))
& facilitates_2(fn_glycoprotein_18(X),fn_glycoprotein_25(X))
& agent_2(fn_glycoprotein_25(X),X)
& has_region_2(X,fn_glycoprotein_26(X))
& facilitates_2(fn_glycoprotein_26(X),fn_glycoprotein_24(X))
& is_inside_2(fn_glycoprotein_5(X),fn_glycoprotein_1(X))
& has_part_2(X,fn_glycoprotein_5(X))
& has_region_2(X,fn_glycoprotein_1(X))
& fn_glycoprotein_4(X) != fn_glycoprotein_5(X)
& fn_glycoprotein_5(X) != fn_glycoprotein_4(X)
& fn_glycoprotein_30(X) = fn_hold_2(fn_glycoprotein_13(X))
& fn_glycoprotein_4(X) = fn_organic_molecule_2(X)
& fn_glycoprotein_15(X) = fn_solubility_value_1(fn_glycoprotein_16(X))
& fn_glycoprotein_11(X) = fn_polymer_8(X)
& fn_glycoprotein_9(X) = fn_polymer_10(X)
& fn_glycoprotein_12(X) = fn_polymer_7(X)
& fn_glycoprotein_3(X) = fn_polymer_4(X)
& fn_glycoprotein_8(X) = fn_protein_10(X)
& fn_glycoprotein_11(X) = fn_protein_9(X)
& fn_glycoprotein_14(X) = fn_protein_5(X)
& fn_glycoprotein_10(X) = fn_protein_7(X)
& fn_glycoprotein_19(X) = fn_protein_14(X)
& fn_glycoprotein_2(X) = fn_protein_8(X)
& X = fn_carbohydrate_side_chain_4(fn_glycoprotein_17(X))
& fn_glycoprotein_29(X) = fn_carbohydrate_side_chain_26(fn_glycoprotein_17(X))
& fn_glycoprotein_30(X) = fn_carbohydrate_side_chain_23(fn_glycoprotein_17(X))
& fn_glycoprotein_30(X) = fn_carbohydrate_side_chain_22(fn_glycoprotein_17(X))
& fn_glycoprotein_27(X) = fn_carbohydrate_side_chain_24(fn_glycoprotein_17(X))
& fn_glycoprotein_28(X) = fn_carbohydrate_side_chain_25(fn_glycoprotein_17(X))
& fn_glycoprotein_27(X) = fn_carbohydrate_side_chain_26(fn_glycoprotein_17(X))
& fn_glycoprotein_29(X) = fn_carbohydrate_side_chain_24(fn_glycoprotein_17(X))
& fn_glycoprotein_13(X) = fn_carbohydrate_side_chain_11(fn_glycoprotein_17(X))
& fn_glycoprotein_31(X) = fn_carbohydrate_side_chain_28(fn_glycoprotein_17(X))
& fn_glycoprotein_7(X) = fn_amphipathic_molecule_9(X)
& fn_glycoprotein_6(X) = fn_amphipathic_molecule_10(X)
& fn_glycoprotein_22(X) = fn_amphipathic_molecule_8(X)
& fn_glycoprotein_21(X) = fn_amphipathic_molecule_3(X)
& fn_glycoprotein_20(X) = fn_amphipathic_molecule_4(X)
& fn_glycoprotein_23(X) = fn_amphipathic_molecule_7(X)
& fn_glycoprotein_24(X) = fn_amphipathic_molecule_5(X)
& fn_glycoprotein_26(X) = fn_amphipathic_molecule_2(X)
& fn_glycoprotein_25(X) = fn_amphipathic_molecule_6(X)
& fn_glycoprotein_18(X) = fn_protein_1(X)
& fn_glycoprotein_18(X) = fn_amphipathic_molecule_1(X)
& X = fn_carbon_skeleton_3(fn_glycoprotein_1(X))
& fn_glycoprotein_4(X) = fn_carbon_skeleton_2(fn_glycoprotein_1(X))
& fn_glycoprotein_5(X) = fn_carbon_skeleton_4(fn_glycoprotein_1(X))
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_hold_2(fn_glycoprotein_13(X))
& fn_hold_2(fn_glycoprotein_13(X)) = fn_carbohydrate_side_chain_23(fn_glycoprotein_17(X))
& fn_carbohydrate_side_chain_23(fn_glycoprotein_17(X)) = fn_carbohydrate_side_chain_23(fn_glycoprotein_17(X))
& fn_carbohydrate_side_chain_22(fn_glycoprotein_17(X)) = fn_carbohydrate_side_chain_23(fn_glycoprotein_17(X))
& fn_carbohydrate_side_chain_23(fn_glycoprotein_17(X)) = fn_carbohydrate_side_chain_22(fn_glycoprotein_17(X))
& fn_carbohydrate_side_chain_22(fn_glycoprotein_17(X)) = fn_carbohydrate_side_chain_22(fn_glycoprotein_17(X))
& fn_carbohydrate_side_chain_22(fn_glycoprotein_17(X)) = fn_carbohydrate_side_chain_26(fn_glycoprotein_17(X))
& fn_carbohydrate_side_chain_26(fn_glycoprotein_17(X)) = fn_carbohydrate_side_chain_26(fn_glycoprotein_17(X))
& fn_carbohydrate_side_chain_24(fn_glycoprotein_17(X)) = fn_carbohydrate_side_chain_26(fn_glycoprotein_17(X))
& fn_carbohydrate_side_chain_26(fn_glycoprotein_17(X)) = fn_carbohydrate_side_chain_24(fn_glycoprotein_17(X))
& fn_carbohydrate_side_chain_24(fn_glycoprotein_17(X)) = fn_carbohydrate_side_chain_24(fn_glycoprotein_17(X))
& fn_carbohydrate_side_chain_24(fn_glycoprotein_17(X)) = fn_protein_1(X)
& fn_amphipathic_molecule_1(X) = fn_amphipathic_molecule_1(X)
& fn_amphipathic_molecule_1(X) = fn_protein_1(X)
& fn_protein_1(X) = fn_amphipathic_molecule_1(X)
& fn_amphipathic_molecule_1(X) = fn_carbohydrate_side_chain_4(fn_glycoprotein_17(X))
& fn_carbohydrate_side_chain_4(fn_glycoprotein_17(X)) = fn_carbon_skeleton_3(fn_glycoprotein_1(X))
& fn_carbon_skeleton_3(fn_glycoprotein_1(X)) = fn_carbon_skeleton_3(fn_glycoprotein_1(X))
& fn_carbon_skeleton_3(fn_glycoprotein_1(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_carbon_skeleton_2(fn_glycoprotein_1(X))
& fn_carbon_skeleton_2(fn_glycoprotein_1(X)) = fn_carbon_skeleton_2(fn_glycoprotein_1(X)) ) ) ).
fof(a529947,axiom,
! [X] :
( glycoprotein_hormone_1(X)
=> ( original_name_2(X,'Glycoprotein-Hormone')
& user_description_2(X,'A molecule that functions as a hormone and consists of a protein with at least one carbohydrate covalently bonded to it.')
& concept2words_2(X,'hormone of glycoprotein')
& concept2words_2(X,'glycoprotein hormone')
& concept2words_2(X,'glycoprotein-hormone')
& glycoprotein_1(X)
& ~ cell_adhesion_molecule_1(X)
& ~ collagen_1(X)
& ~ fibronectin_1(X)
& ~ peptidoglycan_1(X)
& ~ proteoglycan_1(X) ) ) ).
fof(a529948,axiom,
! [X] :
( glycosidic_linkage_1(X)
=> ( original_name_2(X,'Glycosidic-Linkage')
& user_description_2(X,'A covalent bond between two monosaccharides, or between a carbohydrate and another molecule, formed by a dehydration synthesis reaction.')
& concept2words_2(X,'glycosidic linkage')
& concept2words_2(X,'glycosidic-linkage')
& aggregate_1(X)
& polar_covalent_bond_1(X)
& asymmetrical_distribution_1(fn_glycosidic_linkage_1(X))
& asymmetrical_distribution_1(fn_glycosidic_linkage_4(X))
& asymmetrical_distribution_1(fn_glycosidic_linkage_5(X))
& share_1(fn_glycosidic_linkage_9(X))
& share_1(fn_glycosidic_linkage_10(X))
& share_1(fn_glycosidic_linkage_11(X))
& unequal_sharing_1(fn_glycosidic_linkage_11(X))
& entity_1(fn_glycosidic_linkage_12(X))
& chemical_entity_1(fn_glycosidic_linkage_12(X))
& atom_1(fn_glycosidic_linkage_12(X))
& oxygen_1(fn_glycosidic_linkage_12(X))
& hold_together_1(fn_glycosidic_linkage_13(X))
& attract_1(fn_glycosidic_linkage_14(X))
& asymmetrical_distribution_1(fn_glycosidic_linkage_15(X))
& constant_motion_1(fn_glycosidic_linkage_16(X))
& valence_electron_1(fn_glycosidic_linkage_17(X))
& share_1(fn_glycosidic_linkage_18(X))
& unequal_sharing_1(fn_glycosidic_linkage_19(X))
& asymmetrical_distribution_1(fn_glycosidic_linkage_20(X))
& constant_motion_1(fn_glycosidic_linkage_21(X))
& hold_together_1(fn_glycosidic_linkage_22(X))
& proton_1(fn_glycosidic_linkage_23(X))
& atomic_number_value_1(fn_glycosidic_linkage_24(X))
& atomic_nucleus_1(fn_glycosidic_linkage_25(X))
& center_1(fn_glycosidic_linkage_26(X))
& electron_shell_1(fn_glycosidic_linkage_27(X))
& electronegativity_value_1(fn_glycosidic_linkage_28(X))
& quantity_value_1(fn_glycosidic_linkage_29(X))
& share_1(fn_glycosidic_linkage_33(X))
& share_1(fn_glycosidic_linkage_34(X))
& unequal_sharing_1(fn_glycosidic_linkage_34(X))
& entity_1(fn_glycosidic_linkage_35(X))
& proton_1(fn_glycosidic_linkage_35(X))
& atomic_number_value_1(fn_glycosidic_linkage_36(X))
& quantity_value_1(fn_glycosidic_linkage_37(X))
& quantity_value_1(fn_glycosidic_linkage_38(X))
& attract_1(fn_glycosidic_linkage_39(X))
& constant_motion_1(fn_glycosidic_linkage_40(X))
& hold_1(fn_glycosidic_linkage_41(X))
& hold_together_1(fn_glycosidic_linkage_41(X))
& electron_shell_1(fn_glycosidic_linkage_42(X))
& center_1(fn_glycosidic_linkage_43(X))
& share_1(fn_glycosidic_linkage_44(X))
& unequal_sharing_1(fn_glycosidic_linkage_44(X))
& tangible_entity_1(fn_glycosidic_linkage_45(X))
& entity_1(fn_glycosidic_linkage_45(X))
& chemical_entity_1(fn_glycosidic_linkage_45(X))
& atom_1(fn_glycosidic_linkage_45(X))
& carbon_1(fn_glycosidic_linkage_45(X))
& entity_1(fn_glycosidic_linkage_46(X))
& chemical_entity_1(fn_glycosidic_linkage_46(X))
& atom_1(fn_glycosidic_linkage_46(X))
& carbon_1(fn_glycosidic_linkage_46(X))
& tangible_entity_1(fn_glycosidic_linkage_47(X))
& entity_1(fn_glycosidic_linkage_47(X))
& electron_1(fn_glycosidic_linkage_47(X))
& valence_electron_1(fn_glycosidic_linkage_47(X))
& tangible_entity_1(fn_glycosidic_linkage_48(X))
& entity_1(fn_glycosidic_linkage_48(X))
& electron_1(fn_glycosidic_linkage_48(X))
& valence_electron_1(fn_glycosidic_linkage_48(X))
& atomic_orbital_1(fn_glycosidic_linkage_49(X))
& electron_shell_1(fn_glycosidic_linkage_50(X))
& center_1(fn_glycosidic_linkage_51(X))
& carbonyl_group_1(fn_glycosidic_linkage_52(X))
& share_1(fn_glycosidic_linkage_53(X))
& oxygen_1(fn_glycosidic_linkage_54(X))
& entity_1(fn_glycosidic_linkage_55(X))
& oxygen_1(fn_glycosidic_linkage_55(X))
& attract_1(fn_glycosidic_linkage_56(X))
& constant_motion_1(fn_glycosidic_linkage_57(X))
& quantity_value_1(fn_glycosidic_linkage_58(X))
& quantity_value_1(fn_glycosidic_linkage_59(X))
& atomic_number_value_1(fn_glycosidic_linkage_60(X))
& proton_1(fn_glycosidic_linkage_61(X))
& atomic_nucleus_1(fn_glycosidic_linkage_62(X))
& electronegativity_value_1(fn_glycosidic_linkage_63(X))
& electronegativity_value_1(fn_glycosidic_linkage_64(X))
& atomic_nucleus_1(fn_glycosidic_linkage_65(X))
& share_1(fn_glycosidic_linkage_66(X))
& unequal_sharing_1(fn_glycosidic_linkage_66(X))
& share_1(fn_glycosidic_linkage_67(X))
& constant_motion_1(fn_glycosidic_linkage_71(X))
& share_1(fn_glycosidic_linkage_72(X))
& polar_covalent_bond_1(fn_glycosidic_linkage_73(X))
& polar_covalent_bond_1(fn_glycosidic_linkage_74(X))
& property_node_1(fn_carbon_8(fn_glycosidic_linkage_45(X)))
& property_node_1(fn_polar_covalent_bond_4(fn_glycosidic_linkage_73(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_glycosidic_linkage_73(X)))
& property_node_1(fn_polar_covalent_bond_3(fn_glycosidic_linkage_73(X)))
& property_node_1(fn_carbonyl_group_2(fn_glycosidic_linkage_52(X)))
& share_1(fn_carbonyl_group_5(fn_glycosidic_linkage_52(X)))
& attract_1(fn_covalent_bond_10(fn_glycosidic_linkage_73(X)))
& constant_motion_1(fn_covalent_bond_16(fn_glycosidic_linkage_73(X)))
& asymmetrical_distribution_1(fn_covalent_bond_1(fn_glycosidic_linkage_73(X)))
& share_1(fn_covalent_bond_17(fn_glycosidic_linkage_73(X)))
& atomic_orbital_1(fn_polar_covalent_bond_15(fn_glycosidic_linkage_74(X)))
& center_1(fn_polar_covalent_bond_21(fn_glycosidic_linkage_74(X)))
& quantity_value_1(fn_polar_covalent_bond_9(fn_glycosidic_linkage_74(X)))
& quantity_value_1(fn_polar_covalent_bond_10(fn_glycosidic_linkage_74(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_glycosidic_linkage_74(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_glycosidic_linkage_74(X)))
& property_node_1(fn_carbon_9(fn_glycosidic_linkage_45(X)))
& property_node_1(fn_carbon_13(fn_glycosidic_linkage_45(X)))
& property_node_1(fn_carbon_1(fn_glycosidic_linkage_45(X)))
& electronegativity_value_1(fn_polar_covalent_bond_1(fn_glycosidic_linkage_73(X)))
& electronegativity_value_1(fn_polar_covalent_bond_1(fn_glycosidic_linkage_74(X)))
& electronegativity_value_1(fn_polar_covalent_bond_2(fn_glycosidic_linkage_73(X)))
& entity_1(fn_share_1(fn_glycosidic_linkage_53(X)))
& entity_1(fn_polar_covalent_bond_19(fn_glycosidic_linkage_73(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_glycosidic_linkage_73(X)))
& atom_1(fn_polar_covalent_bond_19(fn_glycosidic_linkage_73(X)))
& entity_1(fn_polar_covalent_bond_18(fn_glycosidic_linkage_74(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_glycosidic_linkage_74(X)))
& atom_1(fn_polar_covalent_bond_18(fn_glycosidic_linkage_74(X)))
& entity_1(fn_polar_covalent_bond_18(fn_glycosidic_linkage_73(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_glycosidic_linkage_73(X)))
& atom_1(fn_polar_covalent_bond_18(fn_glycosidic_linkage_73(X)))
& oxygen_1(fn_carbonyl_group_9(fn_glycosidic_linkage_52(X)))
& entity_1(fn_share_1(fn_glycosidic_linkage_44(X)))
& entity_1(fn_share_3(fn_glycosidic_linkage_66(X)))
& entity_1(fn_share_3(fn_glycosidic_linkage_67(X)))
& entity_1(fn_share_3(fn_glycosidic_linkage_53(X)))
& entity_1(fn_share_3(fn_glycosidic_linkage_72(X)))
& entity_1(fn_polar_covalent_bond_19(fn_glycosidic_linkage_74(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_glycosidic_linkage_74(X)))
& atom_1(fn_polar_covalent_bond_19(fn_glycosidic_linkage_74(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_glycosidic_linkage_73(X)))
& hold_together_1(fn_carbonyl_group_10(fn_glycosidic_linkage_52(X)))
& hold_together_1(fn_covalent_bond_14(fn_glycosidic_linkage_73(X)))
& proton_1(fn_carbonyl_group_14(fn_glycosidic_linkage_52(X)))
& proton_1(fn_polar_covalent_bond_5(fn_glycosidic_linkage_74(X)))
& atomic_number_value_1(fn_carbonyl_group_12(fn_glycosidic_linkage_52(X)))
& atomic_number_value_1(fn_polar_covalent_bond_7(fn_glycosidic_linkage_74(X)))
& electronegativity_value_1(fn_polar_covalent_bond_2(fn_glycosidic_linkage_74(X)))
& electronegativity_value_1(fn_carbon_2(fn_glycosidic_linkage_45(X)))
& atomic_number_value_1(fn_atom_17(fn_glycosidic_linkage_45(X)))
& atomic_number_value_1(fn_carbon_16(fn_glycosidic_linkage_45(X)))
& entity_1(fn_attract_2(fn_glycosidic_linkage_39(X)))
& proton_1(fn_atom_8(fn_glycosidic_linkage_45(X)))
& proton_1(fn_covalent_bond_4(fn_glycosidic_linkage_73(X)))
& proton_1(fn_carbon_17(fn_glycosidic_linkage_45(X)))
& entity_1(fn_share_3(fn_glycosidic_linkage_34(X)))
& entity_1(fn_share_3(fn_glycosidic_linkage_44(X)))
& entity_1(fn_share_3(fn_glycosidic_linkage_33(X)))
& entity_1(fn_share_3(fn_glycosidic_linkage_11(X)))
& entity_1(fn_share_3(fn_glycosidic_linkage_10(X)))
& entity_1(fn_share_3(fn_glycosidic_linkage_9(X)))
& tangible_entity_1(fn_hold_2(fn_glycosidic_linkage_41(X)))
& entity_1(fn_share_1(fn_glycosidic_linkage_34(X)))
& entity_1(fn_share_1(fn_glycosidic_linkage_33(X)))
& entity_1(fn_share_1(fn_glycosidic_linkage_11(X)))
& entity_1(fn_share_1(fn_glycosidic_linkage_66(X)))
& entity_1(fn_share_1(fn_glycosidic_linkage_10(X)))
& entity_1(fn_share_1(fn_glycosidic_linkage_9(X)))
& entity_1(fn_share_1(fn_glycosidic_linkage_67(X)))
& entity_1(fn_share_1(fn_glycosidic_linkage_72(X)))
& entity_1(fn_carbonyl_group_7(fn_glycosidic_linkage_52(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_glycosidic_linkage_52(X)))
& atom_1(fn_carbonyl_group_7(fn_glycosidic_linkage_52(X)))
& carbon_1(fn_carbonyl_group_7(fn_glycosidic_linkage_52(X)))
& electron_shell_1(fn_polar_covalent_bond_20(fn_glycosidic_linkage_74(X)))
& electron_shell_1(fn_atom_9(fn_glycosidic_linkage_45(X)))
& atomic_number_value_1(fn_polar_covalent_bond_7(fn_glycosidic_linkage_73(X)))
& proton_1(fn_polar_covalent_bond_5(fn_glycosidic_linkage_73(X)))
& center_1(fn_polar_covalent_bond_21(fn_glycosidic_linkage_73(X)))
& center_1(fn_polar_covalent_bond_23(fn_glycosidic_linkage_73(X)))
& center_1(fn_polar_covalent_bond_23(fn_glycosidic_linkage_74(X)))
& atomic_nucleus_1(fn_atom_18(fn_glycosidic_linkage_45(X)))
& atomic_nucleus_1(fn_carbon_18(fn_glycosidic_linkage_45(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_14(fn_glycosidic_linkage_73(X)))
& quantity_value_1(fn_atom_11(fn_glycosidic_linkage_45(X)))
& quantity_value_1(fn_carbon_19(fn_glycosidic_linkage_45(X)))
& quantity_value_1(fn_atom_5(fn_glycosidic_linkage_45(X)))
& quantity_value_1(fn_carbon_12(fn_glycosidic_linkage_45(X)))
& entity_1(fn_attract_1(fn_glycosidic_linkage_39(X)))
& tangible_entity_1(fn_constant_motion_1(fn_glycosidic_linkage_40(X)))
& entity_1(fn_share_2(fn_glycosidic_linkage_44(X)))
& entity_1(fn_share_2(fn_glycosidic_linkage_33(X)))
& entity_1(fn_share_2(fn_glycosidic_linkage_67(X)))
& entity_1(fn_share_2(fn_glycosidic_linkage_72(X)))
& electron_1(fn_atom_14(fn_glycosidic_linkage_45(X)))
& electron_1(fn_carbon_10(fn_glycosidic_linkage_45(X)))
& valence_electron_1(fn_covalent_bond_18(fn_glycosidic_linkage_73(X)))
& electron_1(fn_polar_covalent_bond_11(fn_glycosidic_linkage_73(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_glycosidic_linkage_73(X)))
& electron_shell_1(fn_polar_covalent_bond_20(fn_glycosidic_linkage_73(X)))
& electron_shell_1(fn_polar_covalent_bond_22(fn_glycosidic_linkage_74(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_14(fn_glycosidic_linkage_74(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_13(fn_glycosidic_linkage_73(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_13(fn_glycosidic_linkage_74(X)))
& valence_electron_1(fn_carbonyl_group_6(fn_glycosidic_linkage_52(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_glycosidic_linkage_74(X)))
& valence_electron_1(fn_covalent_bond_15(fn_glycosidic_linkage_73(X)))
& tangible_entity_1(fn_constant_motion_1(fn_glycosidic_linkage_57(X)))
& tangible_entity_1(fn_constant_motion_1(fn_glycosidic_linkage_71(X)))
& entity_1(fn_share_2(fn_glycosidic_linkage_53(X)))
& valence_electron_1(fn_carbonyl_group_4(fn_glycosidic_linkage_52(X)))
& electron_1(fn_polar_covalent_bond_11(fn_glycosidic_linkage_74(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_glycosidic_linkage_74(X)))
& result_2(fn_glycosidic_linkage_18(X),fn_glycosidic_linkage_74(X))
& result_2(fn_glycosidic_linkage_33(X),X)
& object_2(fn_glycosidic_linkage_5(X),fn_glycosidic_linkage_47(X))
& causes_2(fn_glycosidic_linkage_40(X),fn_glycosidic_linkage_5(X))
& is_between_2(X,fn_glycosidic_linkage_45(X))
& element_2(X,fn_glycosidic_linkage_74(X))
& element_2(X,fn_glycosidic_linkage_73(X))
& has_region_2(fn_glycosidic_linkage_45(X),fn_glycosidic_linkage_51(X))
& has_region_2(fn_glycosidic_linkage_45(X),fn_glycosidic_linkage_43(X))
& agent_2(fn_glycosidic_linkage_53(X),fn_glycosidic_linkage_46(X))
& fn_glycosidic_linkage_54(X) != fn_glycosidic_linkage_55(X)
& fn_glycosidic_linkage_55(X) != fn_glycosidic_linkage_54(X)
& causes_2(fn_glycosidic_linkage_57(X),fn_glycosidic_linkage_4(X))
& object_2(fn_glycosidic_linkage_4(X),fn_glycosidic_linkage_48(X))
& result_2(fn_glycosidic_linkage_67(X),X)
& object_2(fn_glycosidic_linkage_67(X),fn_glycosidic_linkage_48(X))
& causes_2(fn_glycosidic_linkage_71(X),fn_glycosidic_linkage_1(X))
& object_2(fn_glycosidic_linkage_1(X),fn_glycosidic_linkage_48(X))
& result_2(fn_glycosidic_linkage_72(X),X)
& object_2(fn_glycosidic_linkage_72(X),fn_glycosidic_linkage_48(X))
& is_between_2(fn_glycosidic_linkage_73(X),fn_glycosidic_linkage_45(X))
& is_between_2(fn_glycosidic_linkage_74(X),fn_glycosidic_linkage_46(X))
& object_2(fn_glycosidic_linkage_39(X),fn_glycosidic_linkage_47(X))
& object_2(fn_glycosidic_linkage_44(X),fn_glycosidic_linkage_47(X))
& object_2(fn_glycosidic_linkage_33(X),fn_glycosidic_linkage_47(X))
& object_2(fn_glycosidic_linkage_67(X),fn_glycosidic_linkage_47(X))
& agent_2(fn_glycosidic_linkage_39(X),fn_glycosidic_linkage_35(X))
& agent_2(fn_glycosidic_linkage_34(X),fn_glycosidic_linkage_45(X))
& agent_2(fn_glycosidic_linkage_44(X),fn_glycosidic_linkage_45(X))
& agent_2(fn_glycosidic_linkage_33(X),fn_glycosidic_linkage_45(X))
& agent_2(fn_glycosidic_linkage_66(X),fn_glycosidic_linkage_46(X))
& agent_2(fn_glycosidic_linkage_11(X),fn_glycosidic_linkage_45(X))
& agent_2(fn_glycosidic_linkage_66(X),fn_glycosidic_linkage_45(X))
& agent_2(fn_glycosidic_linkage_10(X),fn_glycosidic_linkage_45(X))
& agent_2(fn_glycosidic_linkage_67(X),fn_glycosidic_linkage_46(X))
& agent_2(fn_glycosidic_linkage_9(X),fn_glycosidic_linkage_45(X))
& agent_2(fn_glycosidic_linkage_67(X),fn_glycosidic_linkage_45(X))
& object_2(fn_glycosidic_linkage_57(X),fn_glycosidic_linkage_48(X))
& object_2(fn_glycosidic_linkage_71(X),fn_glycosidic_linkage_48(X))
& object_2(fn_glycosidic_linkage_40(X),fn_glycosidic_linkage_47(X))
& object_2(fn_glycosidic_linkage_41(X),fn_glycosidic_linkage_45(X))
& agent_2(fn_glycosidic_linkage_44(X),fn_glycosidic_linkage_46(X))
& fn_glycosidic_linkage_54(X) != fn_glycosidic_linkage_46(X)
& fn_glycosidic_linkage_46(X) != fn_glycosidic_linkage_54(X)
& agent_2(fn_glycosidic_linkage_53(X),fn_glycosidic_linkage_55(X))
& fn_glycosidic_linkage_55(X) != fn_glycosidic_linkage_46(X)
& agent_2(fn_glycosidic_linkage_33(X),fn_glycosidic_linkage_46(X))
& object_2(fn_glycosidic_linkage_33(X),fn_glycosidic_linkage_48(X))
& fn_glycosidic_linkage_46(X) != fn_glycosidic_linkage_55(X)
& agent_2(fn_glycosidic_linkage_72(X),fn_glycosidic_linkage_45(X))
& fn_glycosidic_linkage_45(X) != fn_glycosidic_linkage_46(X)
& agent_2(fn_glycosidic_linkage_9(X),fn_glycosidic_linkage_46(X))
& object_2(fn_glycosidic_linkage_9(X),fn_glycosidic_linkage_47(X))
& fn_glycosidic_linkage_46(X) != fn_glycosidic_linkage_45(X)
& agent_2(fn_glycosidic_linkage_10(X),fn_glycosidic_linkage_12(X))
& object_2(fn_glycosidic_linkage_56(X),fn_glycosidic_linkage_48(X))
& agent_2(fn_glycosidic_linkage_56(X),fn_glycosidic_linkage_61(X))
& agent_2(fn_glycosidic_linkage_72(X),fn_glycosidic_linkage_46(X))
& object_2(fn_glycosidic_linkage_72(X),fn_glycosidic_linkage_47(X))
& result_2(fn_glycosidic_linkage_9(X),X)
& object_2(fn_glycosidic_linkage_9(X),fn_glycosidic_linkage_48(X))
& object_2(fn_glycosidic_linkage_20(X),fn_glycosidic_linkage_48(X))
& causes_2(fn_glycosidic_linkage_21(X),fn_glycosidic_linkage_20(X))
& object_2(fn_glycosidic_linkage_21(X),fn_glycosidic_linkage_48(X))
& has_region_2(fn_glycosidic_linkage_45(X),fn_glycosidic_linkage_50(X))
& has_part_2(fn_glycosidic_linkage_45(X),fn_glycosidic_linkage_47(X))
& has_region_2(fn_glycosidic_linkage_46(X),fn_glycosidic_linkage_43(X))
& has_region_2(fn_glycosidic_linkage_46(X),fn_glycosidic_linkage_42(X))
& object_2(fn_glycosidic_linkage_41(X),fn_glycosidic_linkage_46(X))
& result_2(fn_glycosidic_linkage_66(X),X)
& object_2(fn_glycosidic_linkage_66(X),fn_glycosidic_linkage_48(X))
& agent_2(fn_glycosidic_linkage_34(X),fn_glycosidic_linkage_46(X))
& object_2(fn_glycosidic_linkage_34(X),fn_glycosidic_linkage_47(X))
& has_region_2(fn_glycosidic_linkage_46(X),fn_glycosidic_linkage_51(X))
& has_region_2(fn_glycosidic_linkage_46(X),fn_glycosidic_linkage_62(X))
& has_region_2(fn_glycosidic_linkage_46(X),fn_glycosidic_linkage_50(X))
& object_2(fn_glycosidic_linkage_22(X),fn_glycosidic_linkage_46(X))
& fn_glycosidic_linkage_64(X) != fn_glycosidic_linkage_28(X)
& fn_glycosidic_linkage_28(X) != fn_glycosidic_linkage_64(X)
& object_2(fn_glycosidic_linkage_19(X),fn_glycosidic_linkage_17(X))
& is_between_2(X,fn_glycosidic_linkage_46(X))
& result_2(fn_glycosidic_linkage_44(X),X)
& object_2(fn_glycosidic_linkage_44(X),fn_glycosidic_linkage_48(X))
& is_between_2(fn_glycosidic_linkage_74(X),fn_glycosidic_linkage_12(X))
& agent_2(fn_glycosidic_linkage_19(X),fn_glycosidic_linkage_12(X))
& agent_2(fn_glycosidic_linkage_19(X),fn_glycosidic_linkage_46(X))
& electronegativity_2(fn_glycosidic_linkage_46(X),fn_glycosidic_linkage_63(X))
& fn_glycosidic_linkage_63(X) != fn_glycosidic_linkage_64(X)
& fn_glycosidic_linkage_64(X) != fn_glycosidic_linkage_63(X)
& has_region_2(fn_glycosidic_linkage_12(X),fn_glycosidic_linkage_26(X))
& atomic_number_2(fn_glycosidic_linkage_12(X),fn_glycosidic_linkage_24(X))
& has_region_2(fn_glycosidic_linkage_12(X),fn_glycosidic_linkage_27(X))
& has_part_2(fn_glycosidic_linkage_12(X),fn_glycosidic_linkage_23(X))
& object_2(fn_glycosidic_linkage_22(X),fn_glycosidic_linkage_12(X))
& object_2(fn_glycosidic_linkage_11(X),fn_glycosidic_linkage_47(X))
& agent_2(fn_glycosidic_linkage_11(X),fn_glycosidic_linkage_12(X))
& result_2(fn_glycosidic_linkage_11(X),fn_glycosidic_linkage_73(X))
& agent_2(fn_glycosidic_linkage_13(X),fn_glycosidic_linkage_73(X))
& has_region_2(fn_glycosidic_linkage_12(X),fn_glycosidic_linkage_25(X))
& fn_glycosidic_linkage_65(X) != fn_glycosidic_linkage_25(X)
& fn_glycosidic_linkage_25(X) != fn_glycosidic_linkage_65(X)
& is_between_2(fn_glycosidic_linkage_73(X),fn_glycosidic_linkage_12(X))
& electronegativity_2(fn_glycosidic_linkage_12(X),fn_glycosidic_linkage_28(X))
& fn_glycosidic_linkage_63(X) != fn_glycosidic_linkage_28(X)
& fn_glycosidic_linkage_28(X) != fn_glycosidic_linkage_63(X)
& has_region_2(fn_glycosidic_linkage_45(X),fn_glycosidic_linkage_42(X))
& is_inside_2(fn_glycosidic_linkage_55(X),fn_glycosidic_linkage_52(X))
& has_part_2(fn_glycosidic_linkage_46(X),fn_glycosidic_linkage_61(X))
& has_part_2(fn_glycosidic_linkage_46(X),fn_glycosidic_linkage_48(X))
& atomic_number_2(fn_glycosidic_linkage_46(X),fn_glycosidic_linkage_60(X))
& fn_glycosidic_linkage_12(X) != fn_glycosidic_linkage_45(X)
& object_2(fn_glycosidic_linkage_13(X),fn_glycosidic_linkage_45(X))
& object_2(fn_glycosidic_linkage_13(X),fn_glycosidic_linkage_12(X))
& agent_2(fn_glycosidic_linkage_18(X),fn_glycosidic_linkage_12(X))
& object_2(fn_glycosidic_linkage_18(X),fn_glycosidic_linkage_48(X))
& fn_glycosidic_linkage_45(X) != fn_glycosidic_linkage_12(X)
& is_inside_2(fn_glycosidic_linkage_46(X),fn_glycosidic_linkage_52(X))
& fn_glycosidic_linkage_46(X) != fn_glycosidic_linkage_12(X)
& has_part_2(fn_glycosidic_linkage_12(X),fn_glycosidic_linkage_17(X))
& object_2(fn_glycosidic_linkage_18(X),fn_glycosidic_linkage_17(X))
& agent_2(fn_glycosidic_linkage_18(X),fn_glycosidic_linkage_46(X))
& fn_glycosidic_linkage_12(X) != fn_glycosidic_linkage_46(X)
& object_2(fn_glycosidic_linkage_10(X),fn_glycosidic_linkage_17(X))
& has_function_2(fn_glycosidic_linkage_73(X),fn_glycosidic_linkage_13(X))
& object_2(fn_glycosidic_linkage_14(X),fn_glycosidic_linkage_47(X))
& agent_2(fn_glycosidic_linkage_14(X),fn_glycosidic_linkage_35(X))
& result_2(fn_glycosidic_linkage_10(X),fn_glycosidic_linkage_73(X))
& object_2(fn_glycosidic_linkage_10(X),fn_glycosidic_linkage_47(X))
& object_2(fn_glycosidic_linkage_15(X),fn_glycosidic_linkage_47(X))
& causes_2(fn_glycosidic_linkage_16(X),fn_glycosidic_linkage_15(X))
& object_2(fn_glycosidic_linkage_16(X),fn_glycosidic_linkage_47(X))
& called_2(fn_glycosidic_linkage_59(X),'Number_Proton')
& called_2(fn_glycosidic_linkage_60(X),'Atomic_Number')
& called_2(fn_glycosidic_linkage_58(X),'Number_Electron')
& object_2(fn_glycosidic_linkage_66(X),fn_glycosidic_linkage_47(X))
& is_inside_2(fn_glycosidic_linkage_48(X),fn_glycosidic_linkage_49(X))
& has_region_2(fn_glycosidic_linkage_42(X),fn_glycosidic_linkage_49(X))
& fn_glycosidic_linkage_27(X) != fn_glycosidic_linkage_42(X)
& fn_glycosidic_linkage_42(X) != fn_glycosidic_linkage_27(X)
& quantity_2(fn_glycosidic_linkage_61(X),fn_glycosidic_linkage_59(X))
& is_inside_2(fn_glycosidic_linkage_61(X),fn_glycosidic_linkage_62(X))
& is_at_2(fn_glycosidic_linkage_62(X),fn_glycosidic_linkage_43(X))
& fn_glycosidic_linkage_26(X) != fn_glycosidic_linkage_43(X)
& fn_glycosidic_linkage_43(X) != fn_glycosidic_linkage_26(X)
& quantity_2(fn_glycosidic_linkage_48(X),fn_glycosidic_linkage_58(X))
& fn_glycosidic_linkage_59(X) = fn_glycosidic_linkage_58(X)
& fn_glycosidic_linkage_60(X) = fn_glycosidic_linkage_59(X)
& fn_glycosidic_linkage_59(X) = fn_glycosidic_linkage_60(X)
& fn_glycosidic_linkage_58(X) = fn_glycosidic_linkage_59(X)
& has_function_2(fn_glycosidic_linkage_74(X),fn_glycosidic_linkage_22(X))
& agent_2(fn_glycosidic_linkage_22(X),fn_glycosidic_linkage_74(X))
& result_2(fn_glycosidic_linkage_19(X),fn_glycosidic_linkage_74(X))
& object_2(fn_glycosidic_linkage_19(X),fn_glycosidic_linkage_48(X))
& fn_glycosidic_linkage_48(X) != fn_glycosidic_linkage_47(X)
& fn_glycosidic_linkage_47(X) != fn_glycosidic_linkage_48(X)
& electronegativity_2(fn_glycosidic_linkage_45(X),fn_glycosidic_linkage_64(X))
& quantity_2(fn_glycosidic_linkage_35(X),fn_glycosidic_linkage_37(X))
& called_2(fn_glycosidic_linkage_37(X),'Number_Proton')
& fn_glycosidic_linkage_36(X) = fn_glycosidic_linkage_37(X)
& fn_glycosidic_linkage_37(X) = fn_glycosidic_linkage_36(X)
& has_part_2(fn_glycosidic_linkage_45(X),fn_glycosidic_linkage_35(X))
& is_inside_2(fn_glycosidic_linkage_35(X),fn_glycosidic_linkage_65(X))
& has_region_2(fn_glycosidic_linkage_45(X),fn_glycosidic_linkage_65(X))
& atomic_number_2(fn_glycosidic_linkage_45(X),fn_glycosidic_linkage_36(X))
& called_2(fn_glycosidic_linkage_36(X),'Atomic_Number')
& fn_glycosidic_linkage_42(X) != fn_glycosidic_linkage_50(X)
& fn_glycosidic_linkage_50(X) != fn_glycosidic_linkage_42(X)
& called_2(fn_glycosidic_linkage_24(X),'Atomic_Number')
& fn_glycosidic_linkage_43(X) != fn_glycosidic_linkage_51(X)
& fn_glycosidic_linkage_51(X) != fn_glycosidic_linkage_43(X)
& object_2(fn_glycosidic_linkage_11(X),fn_glycosidic_linkage_17(X))
& fn_glycosidic_linkage_50(X) != fn_glycosidic_linkage_27(X)
& has_region_2(fn_glycosidic_linkage_50(X),fn_glycosidic_linkage_49(X))
& is_inside_2(fn_glycosidic_linkage_47(X),fn_glycosidic_linkage_49(X))
& is_near_2(fn_glycosidic_linkage_47(X),fn_glycosidic_linkage_65(X))
& fn_glycosidic_linkage_27(X) != fn_glycosidic_linkage_50(X)
& is_near_2(fn_glycosidic_linkage_65(X),fn_glycosidic_linkage_47(X))
& quantity_2(fn_glycosidic_linkage_23(X),fn_glycosidic_linkage_29(X))
& called_2(fn_glycosidic_linkage_29(X),'Number_Proton')
& fn_glycosidic_linkage_24(X) = fn_glycosidic_linkage_29(X)
& fn_glycosidic_linkage_29(X) = fn_glycosidic_linkage_24(X)
& fn_glycosidic_linkage_65(X) != fn_glycosidic_linkage_62(X)
& is_at_2(fn_glycosidic_linkage_65(X),fn_glycosidic_linkage_51(X))
& fn_glycosidic_linkage_51(X) != fn_glycosidic_linkage_26(X)
& is_at_2(fn_glycosidic_linkage_25(X),fn_glycosidic_linkage_26(X))
& is_inside_2(fn_glycosidic_linkage_23(X),fn_glycosidic_linkage_25(X))
& fn_glycosidic_linkage_62(X) != fn_glycosidic_linkage_65(X)
& fn_glycosidic_linkage_26(X) != fn_glycosidic_linkage_51(X)
& fn_glycosidic_linkage_17(X) != fn_glycosidic_linkage_47(X)
& quantity_2(fn_glycosidic_linkage_47(X),fn_glycosidic_linkage_38(X))
& called_2(fn_glycosidic_linkage_38(X),'Number_Electron')
& fn_glycosidic_linkage_47(X) != fn_glycosidic_linkage_17(X)
& fn_glycosidic_linkage_37(X) = fn_glycosidic_linkage_38(X)
& fn_glycosidic_linkage_38(X) = fn_glycosidic_linkage_37(X)
& is_near_2(fn_glycosidic_linkage_62(X),fn_glycosidic_linkage_48(X))
& fn_glycosidic_linkage_62(X) != fn_glycosidic_linkage_25(X)
& is_near_2(fn_glycosidic_linkage_25(X),fn_glycosidic_linkage_17(X))
& is_inside_2(fn_glycosidic_linkage_17(X),fn_glycosidic_linkage_49(X))
& has_region_2(fn_glycosidic_linkage_27(X),fn_glycosidic_linkage_49(X))
& is_near_2(fn_glycosidic_linkage_48(X),fn_glycosidic_linkage_62(X))
& fn_glycosidic_linkage_25(X) != fn_glycosidic_linkage_62(X)
& is_near_2(fn_glycosidic_linkage_17(X),fn_glycosidic_linkage_25(X))
& has_function_2(X,fn_glycosidic_linkage_41(X))
& agent_2(fn_glycosidic_linkage_41(X),X)
& result_2(fn_glycosidic_linkage_34(X),X)
& object_2(fn_glycosidic_linkage_34(X),fn_glycosidic_linkage_48(X))
& fn_glycosidic_linkage_48(X) != fn_glycosidic_linkage_17(X)
& fn_glycosidic_linkage_17(X) != fn_glycosidic_linkage_48(X)
& fn_glycosidic_linkage_47(X) = fn_attract_1(fn_glycosidic_linkage_39(X))
& fn_glycosidic_linkage_47(X) = fn_share_2(fn_glycosidic_linkage_44(X))
& fn_glycosidic_linkage_47(X) = fn_share_2(fn_glycosidic_linkage_33(X))
& fn_glycosidic_linkage_47(X) = fn_share_2(fn_glycosidic_linkage_67(X))
& fn_glycosidic_linkage_35(X) = fn_attract_2(fn_glycosidic_linkage_39(X))
& fn_glycosidic_linkage_45(X) = fn_share_3(fn_glycosidic_linkage_34(X))
& fn_glycosidic_linkage_45(X) = fn_share_1(fn_glycosidic_linkage_34(X))
& fn_glycosidic_linkage_45(X) = fn_share_3(fn_glycosidic_linkage_44(X))
& fn_glycosidic_linkage_45(X) = fn_share_3(fn_glycosidic_linkage_33(X))
& fn_glycosidic_linkage_45(X) = fn_share_1(fn_glycosidic_linkage_33(X))
& fn_glycosidic_linkage_46(X) = fn_share_3(fn_glycosidic_linkage_66(X))
& fn_glycosidic_linkage_45(X) = fn_share_3(fn_glycosidic_linkage_11(X))
& fn_glycosidic_linkage_45(X) = fn_share_1(fn_glycosidic_linkage_11(X))
& fn_glycosidic_linkage_45(X) = fn_share_1(fn_glycosidic_linkage_66(X))
& fn_glycosidic_linkage_45(X) = fn_share_3(fn_glycosidic_linkage_10(X))
& fn_glycosidic_linkage_45(X) = fn_share_1(fn_glycosidic_linkage_10(X))
& fn_glycosidic_linkage_46(X) = fn_share_3(fn_glycosidic_linkage_67(X))
& fn_glycosidic_linkage_45(X) = fn_share_3(fn_glycosidic_linkage_9(X))
& fn_glycosidic_linkage_45(X) = fn_share_1(fn_glycosidic_linkage_9(X))
& fn_glycosidic_linkage_45(X) = fn_share_1(fn_glycosidic_linkage_67(X))
& fn_glycosidic_linkage_48(X) = fn_constant_motion_1(fn_glycosidic_linkage_57(X))
& fn_glycosidic_linkage_48(X) = fn_constant_motion_1(fn_glycosidic_linkage_71(X))
& fn_glycosidic_linkage_47(X) = fn_constant_motion_1(fn_glycosidic_linkage_40(X))
& fn_glycosidic_linkage_45(X) = fn_hold_2(fn_glycosidic_linkage_41(X))
& fn_glycosidic_linkage_54(X) = fn_share_3(fn_glycosidic_linkage_44(X))
& fn_glycosidic_linkage_46(X) = fn_share_1(fn_glycosidic_linkage_44(X))
& fn_glycosidic_linkage_48(X) = fn_share_2(fn_glycosidic_linkage_53(X))
& fn_glycosidic_linkage_46(X) = fn_share_3(fn_glycosidic_linkage_53(X))
& fn_glycosidic_linkage_55(X) = fn_share_1(fn_glycosidic_linkage_53(X))
& fn_glycosidic_linkage_47(X) = fn_share_2(fn_glycosidic_linkage_72(X))
& fn_glycosidic_linkage_46(X) = fn_share_3(fn_glycosidic_linkage_72(X))
& fn_glycosidic_linkage_45(X) = fn_share_1(fn_glycosidic_linkage_72(X))
& fn_glycosidic_linkage_10(X) = fn_covalent_bond_17(X)
& fn_glycosidic_linkage_61(X) = fn_covalent_bond_4(X)
& fn_glycosidic_linkage_56(X) = fn_covalent_bond_10(X)
& fn_glycosidic_linkage_47(X) = fn_covalent_bond_15(X)
& fn_glycosidic_linkage_72(X) = fn_covalent_bond_17(X)
& fn_glycosidic_linkage_21(X) = fn_covalent_bond_16(X)
& fn_glycosidic_linkage_20(X) = fn_covalent_bond_1(X)
& fn_glycosidic_linkage_48(X) = fn_covalent_bond_18(X)
& fn_glycosidic_linkage_9(X) = fn_covalent_bond_17(X)
& fn_glycosidic_linkage_50(X) = fn_atom_9(fn_glycosidic_linkage_45(X))
& fn_glycosidic_linkage_30(X) = fn_carbon_8(fn_glycosidic_linkage_45(X))
& fn_glycosidic_linkage_48(X) = fn_polar_covalent_bond_12(X)
& fn_glycosidic_linkage_66(X) = fn_polar_covalent_bond_16(X)
& fn_glycosidic_linkage_51(X) = fn_polar_covalent_bond_23(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_62(X) = fn_polar_covalent_bond_14(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_50(X) = fn_polar_covalent_bond_22(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_28(X) = fn_polar_covalent_bond_1(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_17(X) = fn_polar_covalent_bond_12(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_44(X) = fn_polar_covalent_bond_16(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_64(X) = fn_polar_covalent_bond_2(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_63(X) = fn_polar_covalent_bond_1(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_46(X) = fn_polar_covalent_bond_19(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_12(X) = fn_polar_covalent_bond_18(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_26(X) = fn_polar_covalent_bond_21(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_24(X) = fn_polar_covalent_bond_7(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_27(X) = fn_polar_covalent_bond_20(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_23(X) = fn_polar_covalent_bond_5(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_22(X) = fn_polar_covalent_bond_17(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_47(X) = fn_polar_covalent_bond_11(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_69(X) = fn_polar_covalent_bond_4(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_13(X) = fn_polar_covalent_bond_17(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_11(X) = fn_polar_covalent_bond_16(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_65(X) = fn_polar_covalent_bond_14(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_25(X) = fn_polar_covalent_bond_13(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_8(X) = fn_polar_covalent_bond_3(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_63(X) = fn_polar_covalent_bond_2(X)
& fn_glycosidic_linkage_63(X) = fn_polar_covalent_bond_1(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_28(X) = fn_polar_covalent_bond_1(X)
& fn_glycosidic_linkage_28(X) = fn_polar_covalent_bond_2(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_12(X) = fn_polar_covalent_bond_19(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_12(X) = fn_polar_covalent_bond_18(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_42(X) = fn_atom_9(fn_glycosidic_linkage_45(X))
& fn_glycosidic_linkage_55(X) = fn_carbonyl_group_9(fn_glycosidic_linkage_52(X))
& fn_glycosidic_linkage_61(X) = fn_carbonyl_group_14(fn_glycosidic_linkage_52(X))
& fn_glycosidic_linkage_70(X) = fn_carbonyl_group_2(fn_glycosidic_linkage_52(X))
& fn_glycosidic_linkage_60(X) = fn_carbonyl_group_12(fn_glycosidic_linkage_52(X))
& fn_glycosidic_linkage_48(X) = fn_carbonyl_group_4(fn_glycosidic_linkage_52(X))
& fn_glycosidic_linkage_13(X) = fn_carbonyl_group_10(fn_glycosidic_linkage_52(X))
& fn_glycosidic_linkage_45(X) = fn_carbonyl_group_7(fn_glycosidic_linkage_52(X))
& fn_glycosidic_linkage_18(X) = fn_carbonyl_group_5(fn_glycosidic_linkage_52(X))
& fn_glycosidic_linkage_17(X) = fn_carbonyl_group_6(fn_glycosidic_linkage_52(X))
& fn_glycosidic_linkage_46(X) = fn_covalent_bond_20(X)
& fn_glycosidic_linkage_12(X) = fn_covalent_bond_19(X)
& fn_glycosidic_linkage_46(X) = fn_polar_covalent_bond_18(X)
& fn_glycosidic_linkage_12(X) = fn_polar_covalent_bond_19(X)
& fn_glycosidic_linkage_12(X) = fn_carbonyl_group_9(fn_glycosidic_linkage_52(X))
& fn_glycosidic_linkage_46(X) = fn_carbonyl_group_7(fn_glycosidic_linkage_52(X))
& fn_glycosidic_linkage_17(X) = fn_covalent_bond_15(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_13(X) = fn_covalent_bond_14(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_35(X) = fn_covalent_bond_4(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_14(X) = fn_covalent_bond_10(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_16(X) = fn_covalent_bond_16(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_15(X) = fn_covalent_bond_1(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_47(X) = fn_covalent_bond_18(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_10(X) = fn_covalent_bond_17(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_66(X) = fn_polar_covalent_bond_16(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_27(X) = fn_polar_covalent_bond_22(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_42(X) = fn_polar_covalent_bond_20(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_49(X) = fn_polar_covalent_bond_15(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_26(X) = fn_polar_covalent_bond_23(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_26(X) = fn_polar_covalent_bond_23(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_43(X) = fn_polar_covalent_bond_21(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_43(X) = fn_polar_covalent_bond_21(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_61(X) = fn_polar_covalent_bond_5(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_62(X) = fn_polar_covalent_bond_13(fn_glycosidic_linkage_73(X))
& fn_glycosidic_linkage_62(X) = fn_polar_covalent_bond_13(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_61(X) = fn_polar_covalent_bond_5(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_60(X) = fn_polar_covalent_bond_7(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_59(X) = fn_polar_covalent_bond_9(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_58(X) = fn_polar_covalent_bond_10(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_47(X) = fn_polar_covalent_bond_12(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_48(X) = fn_polar_covalent_bond_11(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_19(X) = fn_polar_covalent_bond_16(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_22(X) = fn_polar_covalent_bond_17(fn_glycosidic_linkage_74(X))
& fn_glycosidic_linkage_31(X) = fn_carbon_9(fn_glycosidic_linkage_45(X))
& fn_glycosidic_linkage_32(X) = fn_carbon_13(fn_glycosidic_linkage_45(X))
& fn_glycosidic_linkage_68(X) = fn_carbon_1(fn_glycosidic_linkage_45(X))
& fn_glycosidic_linkage_64(X) = fn_carbon_2(fn_glycosidic_linkage_45(X))
& fn_glycosidic_linkage_37(X) = fn_atom_11(fn_glycosidic_linkage_45(X))
& fn_glycosidic_linkage_36(X) = fn_atom_17(fn_glycosidic_linkage_45(X))
& fn_glycosidic_linkage_36(X) = fn_carbon_16(fn_glycosidic_linkage_45(X))
& fn_glycosidic_linkage_65(X) = fn_carbon_18(fn_glycosidic_linkage_45(X))
& fn_glycosidic_linkage_35(X) = fn_atom_8(fn_glycosidic_linkage_45(X))
& fn_glycosidic_linkage_35(X) = fn_carbon_17(fn_glycosidic_linkage_45(X))
& fn_glycosidic_linkage_42(X) = fn_polar_covalent_bond_20(X)
& fn_glycosidic_linkage_43(X) = fn_polar_covalent_bond_21(X)
& fn_glycosidic_linkage_11(X) = fn_polar_covalent_bond_16(X)
& fn_glycosidic_linkage_65(X) = fn_atom_18(fn_glycosidic_linkage_45(X))
& fn_glycosidic_linkage_65(X) = fn_polar_covalent_bond_13(X)
& fn_glycosidic_linkage_50(X) = fn_polar_covalent_bond_22(X)
& fn_glycosidic_linkage_24(X) = fn_covalent_bond_6(X)
& fn_glycosidic_linkage_24(X) = fn_polar_covalent_bond_7(X)
& fn_glycosidic_linkage_23(X) = fn_covalent_bond_4(X)
& fn_glycosidic_linkage_29(X) = fn_covalent_bond_8(X)
& fn_glycosidic_linkage_29(X) = fn_polar_covalent_bond_9(X)
& fn_glycosidic_linkage_23(X) = fn_polar_covalent_bond_5(X)
& fn_glycosidic_linkage_25(X) = fn_polar_covalent_bond_13(X)
& fn_glycosidic_linkage_26(X) = fn_polar_covalent_bond_21(X)
& fn_glycosidic_linkage_51(X) = fn_polar_covalent_bond_23(X)
& fn_glycosidic_linkage_65(X) = fn_polar_covalent_bond_14(X)
& fn_glycosidic_linkage_37(X) = fn_carbon_19(fn_glycosidic_linkage_45(X))
& fn_glycosidic_linkage_37(X) = fn_polar_covalent_bond_9(X)
& fn_glycosidic_linkage_47(X) = fn_atom_14(fn_glycosidic_linkage_45(X))
& fn_glycosidic_linkage_38(X) = fn_atom_5(fn_glycosidic_linkage_45(X))
& fn_glycosidic_linkage_47(X) = fn_carbon_10(fn_glycosidic_linkage_45(X))
& fn_glycosidic_linkage_38(X) = fn_carbon_12(fn_glycosidic_linkage_45(X))
& fn_glycosidic_linkage_38(X) = fn_polar_covalent_bond_10(X)
& fn_glycosidic_linkage_47(X) = fn_polar_covalent_bond_11(X)
& fn_glycosidic_linkage_27(X) = fn_polar_covalent_bond_20(X)
& fn_glycosidic_linkage_49(X) = fn_polar_covalent_bond_15(X)
& fn_glycosidic_linkage_25(X) = fn_polar_covalent_bond_14(X)
& fn_glycosidic_linkage_62(X) = fn_polar_covalent_bond_13(X)
& fn_glycosidic_linkage_17(X) = fn_polar_covalent_bond_12(X)
& fn_glycosidic_linkage_48(X) = fn_polar_covalent_bond_11(X)
& fn_glycosidic_linkage_34(X) = fn_polar_covalent_bond_16(X)
& fn_glycosidic_linkage_41(X) = fn_polar_covalent_bond_17(X)
& fn_polar_covalent_bond_1(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_1(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_1(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_1(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_1(fn_glycosidic_linkage_73(X)) = fn_polar_covalent_bond_2(X)
& fn_polar_covalent_bond_2(X) = fn_polar_covalent_bond_1(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_1(fn_glycosidic_linkage_73(X)) = fn_polar_covalent_bond_1(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_1(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_2(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_2(fn_glycosidic_linkage_73(X)) = fn_polar_covalent_bond_1(X)
& fn_polar_covalent_bond_1(X) = fn_polar_covalent_bond_2(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_2(fn_glycosidic_linkage_73(X)) = fn_share_1(fn_glycosidic_linkage_53(X))
& fn_share_1(fn_glycosidic_linkage_53(X)) = fn_share_1(fn_glycosidic_linkage_53(X))
& fn_share_1(fn_glycosidic_linkage_53(X)) = fn_carbonyl_group_9(fn_glycosidic_linkage_52(X))
& fn_carbonyl_group_9(fn_glycosidic_linkage_52(X)) = fn_covalent_bond_19(X)
& fn_covalent_bond_19(X) = fn_polar_covalent_bond_19(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_19(X) = fn_polar_covalent_bond_19(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_19(fn_glycosidic_linkage_73(X)) = fn_covalent_bond_19(X)
& fn_covalent_bond_19(X) = fn_polar_covalent_bond_19(X)
& fn_polar_covalent_bond_18(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_19(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_19(X) = fn_polar_covalent_bond_18(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_18(fn_glycosidic_linkage_73(X)) = fn_polar_covalent_bond_19(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_19(fn_glycosidic_linkage_73(X)) = fn_polar_covalent_bond_18(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_18(fn_glycosidic_linkage_73(X)) = fn_polar_covalent_bond_19(X)
& fn_polar_covalent_bond_19(X) = fn_polar_covalent_bond_18(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_18(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_18(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_18(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_18(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_18(fn_glycosidic_linkage_73(X)) = fn_polar_covalent_bond_18(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_18(fn_glycosidic_linkage_73(X)) = fn_carbonyl_group_9(fn_glycosidic_linkage_52(X))
& fn_carbonyl_group_9(fn_glycosidic_linkage_52(X)) = fn_carbonyl_group_9(fn_glycosidic_linkage_52(X))
& fn_carbonyl_group_9(fn_glycosidic_linkage_52(X)) = fn_share_3(fn_glycosidic_linkage_66(X))
& fn_share_3(fn_glycosidic_linkage_67(X)) = fn_share_1(fn_glycosidic_linkage_44(X))
& fn_share_1(fn_glycosidic_linkage_44(X)) = fn_share_1(fn_glycosidic_linkage_44(X))
& fn_share_1(fn_glycosidic_linkage_44(X)) = fn_share_3(fn_glycosidic_linkage_53(X))
& fn_share_3(fn_glycosidic_linkage_72(X)) = fn_share_3(fn_glycosidic_linkage_66(X))
& fn_share_3(fn_glycosidic_linkage_66(X)) = fn_share_3(fn_glycosidic_linkage_67(X))
& fn_share_3(fn_glycosidic_linkage_67(X)) = fn_share_3(fn_glycosidic_linkage_53(X))
& fn_share_3(fn_glycosidic_linkage_53(X)) = fn_share_3(fn_glycosidic_linkage_53(X))
& fn_share_3(fn_glycosidic_linkage_53(X)) = fn_share_3(fn_glycosidic_linkage_72(X))
& fn_share_3(fn_glycosidic_linkage_72(X)) = fn_share_3(fn_glycosidic_linkage_72(X))
& fn_share_3(fn_glycosidic_linkage_72(X)) = fn_covalent_bond_20(X)
& fn_covalent_bond_20(X) = fn_covalent_bond_20(X)
& fn_polar_covalent_bond_18(X) = fn_covalent_bond_20(X)
& fn_covalent_bond_20(X) = fn_polar_covalent_bond_18(X)
& fn_polar_covalent_bond_18(X) = fn_polar_covalent_bond_18(X)
& fn_polar_covalent_bond_19(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_18(X)
& fn_polar_covalent_bond_18(X) = fn_polar_covalent_bond_19(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_19(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_19(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_19(fn_glycosidic_linkage_74(X)) = fn_carbonyl_group_7(fn_glycosidic_linkage_52(X))
& fn_carbonyl_group_7(fn_glycosidic_linkage_52(X)) = fn_polar_covalent_bond_17(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_17(fn_glycosidic_linkage_73(X)) = fn_carbonyl_group_10(fn_glycosidic_linkage_52(X))
& fn_carbonyl_group_10(fn_glycosidic_linkage_52(X)) = fn_carbonyl_group_10(fn_glycosidic_linkage_52(X))
& fn_carbonyl_group_10(fn_glycosidic_linkage_52(X)) = fn_covalent_bond_14(fn_glycosidic_linkage_73(X))
& fn_covalent_bond_14(fn_glycosidic_linkage_73(X)) = fn_covalent_bond_4(X)
& fn_covalent_bond_4(X) = fn_carbonyl_group_14(fn_glycosidic_linkage_52(X))
& fn_carbonyl_group_14(fn_glycosidic_linkage_52(X)) = fn_carbonyl_group_14(fn_glycosidic_linkage_52(X))
& fn_carbonyl_group_14(fn_glycosidic_linkage_52(X)) = fn_polar_covalent_bond_5(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_5(fn_glycosidic_linkage_73(X)) = fn_polar_covalent_bond_5(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_5(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_5(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_5(fn_glycosidic_linkage_74(X)) = fn_carbonyl_group_12(fn_glycosidic_linkage_52(X))
& fn_carbonyl_group_12(fn_glycosidic_linkage_52(X)) = fn_carbonyl_group_12(fn_glycosidic_linkage_52(X))
& fn_carbonyl_group_12(fn_glycosidic_linkage_52(X)) = fn_polar_covalent_bond_7(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_7(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_7(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_7(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_2(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_2(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_2(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_2(fn_glycosidic_linkage_74(X)) = fn_carbon_2(fn_glycosidic_linkage_45(X))
& fn_carbon_2(fn_glycosidic_linkage_45(X)) = fn_carbon_2(fn_glycosidic_linkage_45(X))
& fn_carbon_2(fn_glycosidic_linkage_45(X)) = fn_carbon_16(fn_glycosidic_linkage_45(X))
& fn_carbon_16(fn_glycosidic_linkage_45(X)) = fn_atom_17(fn_glycosidic_linkage_45(X))
& fn_atom_17(fn_glycosidic_linkage_45(X)) = fn_carbon_16(fn_glycosidic_linkage_45(X))
& fn_carbon_16(fn_glycosidic_linkage_45(X)) = fn_attract_2(fn_glycosidic_linkage_39(X))
& fn_attract_2(fn_glycosidic_linkage_39(X)) = fn_atom_8(fn_glycosidic_linkage_45(X))
& fn_covalent_bond_4(fn_glycosidic_linkage_73(X)) = fn_atom_8(fn_glycosidic_linkage_45(X))
& fn_atom_8(fn_glycosidic_linkage_45(X)) = fn_atom_8(fn_glycosidic_linkage_45(X))
& fn_atom_8(fn_glycosidic_linkage_45(X)) = fn_covalent_bond_4(fn_glycosidic_linkage_73(X))
& fn_covalent_bond_4(fn_glycosidic_linkage_73(X)) = fn_carbon_17(fn_glycosidic_linkage_45(X))
& fn_carbon_17(fn_glycosidic_linkage_45(X)) = fn_carbon_17(fn_glycosidic_linkage_45(X))
& fn_carbon_17(fn_glycosidic_linkage_45(X)) = fn_share_3(fn_glycosidic_linkage_34(X))
& fn_share_3(fn_glycosidic_linkage_34(X)) = fn_share_3(fn_glycosidic_linkage_44(X))
& fn_share_3(fn_glycosidic_linkage_44(X)) = fn_share_3(fn_glycosidic_linkage_33(X))
& fn_share_3(fn_glycosidic_linkage_33(X)) = fn_share_3(fn_glycosidic_linkage_11(X))
& fn_share_3(fn_glycosidic_linkage_11(X)) = fn_share_3(fn_glycosidic_linkage_10(X))
& fn_share_3(fn_glycosidic_linkage_10(X)) = fn_share_3(fn_glycosidic_linkage_9(X))
& fn_share_3(fn_glycosidic_linkage_9(X)) = fn_hold_2(fn_glycosidic_linkage_41(X))
& fn_hold_2(fn_glycosidic_linkage_41(X)) = fn_share_1(fn_glycosidic_linkage_34(X))
& fn_share_1(fn_glycosidic_linkage_67(X)) = fn_hold_2(fn_glycosidic_linkage_41(X))
& fn_hold_2(fn_glycosidic_linkage_41(X)) = fn_share_1(fn_glycosidic_linkage_72(X))
& fn_share_1(fn_glycosidic_linkage_72(X)) = fn_share_1(fn_glycosidic_linkage_34(X))
& fn_share_1(fn_glycosidic_linkage_34(X)) = fn_share_1(fn_glycosidic_linkage_33(X))
& fn_share_1(fn_glycosidic_linkage_33(X)) = fn_share_1(fn_glycosidic_linkage_11(X))
& fn_share_1(fn_glycosidic_linkage_11(X)) = fn_share_1(fn_glycosidic_linkage_66(X))
& fn_share_1(fn_glycosidic_linkage_66(X)) = fn_share_1(fn_glycosidic_linkage_10(X))
& fn_share_1(fn_glycosidic_linkage_10(X)) = fn_share_1(fn_glycosidic_linkage_9(X))
& fn_share_1(fn_glycosidic_linkage_9(X)) = fn_share_1(fn_glycosidic_linkage_67(X))
& fn_share_1(fn_glycosidic_linkage_67(X)) = fn_share_1(fn_glycosidic_linkage_72(X))
& fn_share_1(fn_glycosidic_linkage_72(X)) = fn_share_1(fn_glycosidic_linkage_72(X))
& fn_share_1(fn_glycosidic_linkage_72(X)) = fn_carbonyl_group_7(fn_glycosidic_linkage_52(X))
& fn_carbonyl_group_7(fn_glycosidic_linkage_52(X)) = fn_carbonyl_group_7(fn_glycosidic_linkage_52(X))
& fn_carbonyl_group_7(fn_glycosidic_linkage_52(X)) = fn_polar_covalent_bond_20(X)
& fn_atom_9(fn_glycosidic_linkage_45(X)) = fn_polar_covalent_bond_20(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_20(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_20(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_20(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_20(X)
& fn_polar_covalent_bond_20(X) = fn_atom_9(fn_glycosidic_linkage_45(X))
& fn_atom_9(fn_glycosidic_linkage_45(X)) = fn_polar_covalent_bond_22(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_22(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_22(X)
& fn_polar_covalent_bond_22(X) = fn_polar_covalent_bond_22(X)
& fn_polar_covalent_bond_22(X) = fn_polar_covalent_bond_7(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_7(fn_glycosidic_linkage_73(X)) = fn_polar_covalent_bond_7(X)
& fn_polar_covalent_bond_7(X) = fn_polar_covalent_bond_7(X)
& fn_polar_covalent_bond_7(X) = fn_covalent_bond_6(X)
& fn_covalent_bond_6(X) = fn_polar_covalent_bond_7(X)
& fn_polar_covalent_bond_7(X) = fn_polar_covalent_bond_9(X)
& fn_polar_covalent_bond_9(X) = fn_polar_covalent_bond_9(X)
& fn_polar_covalent_bond_9(X) = fn_covalent_bond_8(X)
& fn_covalent_bond_8(X) = fn_polar_covalent_bond_9(X)
& fn_polar_covalent_bond_9(X) = fn_covalent_bond_4(X)
& fn_covalent_bond_4(X) = fn_polar_covalent_bond_5(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_5(fn_glycosidic_linkage_73(X)) = fn_covalent_bond_4(X)
& fn_covalent_bond_4(X) = fn_polar_covalent_bond_5(X)
& fn_polar_covalent_bond_5(X) = fn_polar_covalent_bond_5(X)
& fn_polar_covalent_bond_5(X) = fn_polar_covalent_bond_23(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_23(fn_glycosidic_linkage_73(X)) = fn_polar_covalent_bond_21(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_21(fn_glycosidic_linkage_73(X)) = fn_polar_covalent_bond_23(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_23(fn_glycosidic_linkage_73(X)) = fn_polar_covalent_bond_23(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_23(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_23(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_23(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_21(X)
& fn_polar_covalent_bond_21(X) = fn_polar_covalent_bond_21(X)
& fn_polar_covalent_bond_21(X) = fn_atom_18(fn_glycosidic_linkage_45(X))
& fn_carbon_18(fn_glycosidic_linkage_45(X)) = fn_atom_18(fn_glycosidic_linkage_45(X))
& fn_atom_18(fn_glycosidic_linkage_45(X)) = fn_carbon_18(fn_glycosidic_linkage_45(X))
& fn_carbon_18(fn_glycosidic_linkage_45(X)) = fn_carbon_18(fn_glycosidic_linkage_45(X))
& fn_carbon_18(fn_glycosidic_linkage_45(X)) = fn_polar_covalent_bond_13(X)
& fn_polar_covalent_bond_13(X) = fn_polar_covalent_bond_14(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_14(fn_glycosidic_linkage_73(X)) = fn_polar_covalent_bond_14(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_14(fn_glycosidic_linkage_73(X)) = fn_polar_covalent_bond_13(X)
& fn_polar_covalent_bond_14(X) = fn_carbon_19(fn_glycosidic_linkage_45(X))
& fn_carbon_19(fn_glycosidic_linkage_45(X)) = fn_atom_11(fn_glycosidic_linkage_45(X))
& fn_atom_11(fn_glycosidic_linkage_45(X)) = fn_carbon_19(fn_glycosidic_linkage_45(X))
& fn_carbon_19(fn_glycosidic_linkage_45(X)) = fn_carbon_19(fn_glycosidic_linkage_45(X))
& fn_polar_covalent_bond_9(X) = fn_carbon_19(fn_glycosidic_linkage_45(X))
& fn_carbon_19(fn_glycosidic_linkage_45(X)) = fn_polar_covalent_bond_9(X)
& fn_polar_covalent_bond_9(X) = fn_carbon_12(fn_glycosidic_linkage_45(X))
& fn_carbon_12(fn_glycosidic_linkage_45(X)) = fn_atom_5(fn_glycosidic_linkage_45(X))
& fn_atom_5(fn_glycosidic_linkage_45(X)) = fn_carbon_12(fn_glycosidic_linkage_45(X))
& fn_carbon_12(fn_glycosidic_linkage_45(X)) = fn_carbon_12(fn_glycosidic_linkage_45(X))
& fn_polar_covalent_bond_10(X) = fn_carbon_12(fn_glycosidic_linkage_45(X))
& fn_carbon_12(fn_glycosidic_linkage_45(X)) = fn_polar_covalent_bond_10(X)
& fn_polar_covalent_bond_10(X) = fn_attract_1(fn_glycosidic_linkage_39(X))
& fn_attract_1(fn_glycosidic_linkage_39(X)) = fn_constant_motion_1(fn_glycosidic_linkage_40(X))
& fn_constant_motion_1(fn_glycosidic_linkage_40(X)) = fn_share_2(fn_glycosidic_linkage_44(X))
& fn_share_2(fn_glycosidic_linkage_67(X)) = fn_constant_motion_1(fn_glycosidic_linkage_40(X))
& fn_constant_motion_1(fn_glycosidic_linkage_40(X)) = fn_share_2(fn_glycosidic_linkage_72(X))
& fn_share_2(fn_glycosidic_linkage_72(X)) = fn_share_2(fn_glycosidic_linkage_44(X))
& fn_share_2(fn_glycosidic_linkage_44(X)) = fn_share_2(fn_glycosidic_linkage_33(X))
& fn_share_2(fn_glycosidic_linkage_33(X)) = fn_share_2(fn_glycosidic_linkage_67(X))
& fn_share_2(fn_glycosidic_linkage_67(X)) = fn_share_2(fn_glycosidic_linkage_72(X))
& fn_share_2(fn_glycosidic_linkage_72(X)) = fn_covalent_bond_15(X)
& fn_covalent_bond_15(X) = fn_covalent_bond_15(X)
& fn_covalent_bond_15(X) = fn_atom_14(fn_glycosidic_linkage_45(X))
& fn_carbon_10(fn_glycosidic_linkage_45(X)) = fn_atom_14(fn_glycosidic_linkage_45(X))
& fn_atom_14(fn_glycosidic_linkage_45(X)) = fn_atom_14(fn_glycosidic_linkage_45(X))
& fn_atom_14(fn_glycosidic_linkage_45(X)) = fn_carbon_10(fn_glycosidic_linkage_45(X))
& fn_carbon_10(fn_glycosidic_linkage_45(X)) = fn_carbon_10(fn_glycosidic_linkage_45(X))
& fn_covalent_bond_18(fn_glycosidic_linkage_73(X)) = fn_carbon_10(fn_glycosidic_linkage_45(X))
& fn_carbon_10(fn_glycosidic_linkage_45(X)) = fn_covalent_bond_18(fn_glycosidic_linkage_73(X))
& fn_covalent_bond_18(fn_glycosidic_linkage_73(X)) = fn_covalent_bond_18(fn_glycosidic_linkage_73(X))
& fn_covalent_bond_18(fn_glycosidic_linkage_73(X)) = fn_polar_covalent_bond_12(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_11(X) = fn_polar_covalent_bond_11(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_11(fn_glycosidic_linkage_73(X)) = fn_polar_covalent_bond_12(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_12(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_12(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_12(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_11(X)
& fn_polar_covalent_bond_11(X) = fn_polar_covalent_bond_20(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_20(fn_glycosidic_linkage_73(X)) = fn_polar_covalent_bond_22(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_22(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_22(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_22(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_20(X)
& fn_polar_covalent_bond_20(X) = fn_polar_covalent_bond_20(X)
& fn_polar_covalent_bond_20(X) = fn_polar_covalent_bond_13(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_13(fn_glycosidic_linkage_73(X)) = fn_polar_covalent_bond_13(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_13(fn_glycosidic_linkage_73(X)) = fn_polar_covalent_bond_13(X)
& fn_polar_covalent_bond_13(X) = fn_polar_covalent_bond_14(X)
& fn_polar_covalent_bond_14(X) = fn_polar_covalent_bond_14(X)
& fn_polar_covalent_bond_14(X) = fn_polar_covalent_bond_14(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_14(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_13(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_13(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_13(fn_glycosidic_linkage_73(X))
& fn_polar_covalent_bond_13(fn_glycosidic_linkage_73(X)) = fn_polar_covalent_bond_13(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_13(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_13(X)
& fn_polar_covalent_bond_13(X) = fn_polar_covalent_bond_13(X)
& fn_polar_covalent_bond_13(X) = fn_carbonyl_group_6(fn_glycosidic_linkage_52(X))
& fn_carbonyl_group_6(fn_glycosidic_linkage_52(X)) = fn_carbonyl_group_6(fn_glycosidic_linkage_52(X))
& fn_carbonyl_group_6(fn_glycosidic_linkage_52(X)) = fn_covalent_bond_15(fn_glycosidic_linkage_73(X))
& fn_covalent_bond_15(fn_glycosidic_linkage_73(X)) = fn_polar_covalent_bond_12(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_12(fn_glycosidic_linkage_74(X)) = fn_covalent_bond_15(fn_glycosidic_linkage_73(X))
& fn_covalent_bond_15(fn_glycosidic_linkage_73(X)) = fn_polar_covalent_bond_12(X)
& fn_polar_covalent_bond_12(X) = fn_constant_motion_1(fn_glycosidic_linkage_57(X))
& fn_constant_motion_1(fn_glycosidic_linkage_57(X)) = fn_constant_motion_1(fn_glycosidic_linkage_71(X))
& fn_constant_motion_1(fn_glycosidic_linkage_71(X)) = fn_share_2(fn_glycosidic_linkage_53(X))
& fn_share_2(fn_glycosidic_linkage_53(X)) = fn_share_2(fn_glycosidic_linkage_53(X))
& fn_share_2(fn_glycosidic_linkage_53(X)) = fn_covalent_bond_18(X)
& fn_covalent_bond_18(X) = fn_covalent_bond_18(X)
& fn_covalent_bond_18(X) = fn_polar_covalent_bond_12(X)
& fn_polar_covalent_bond_12(X) = fn_polar_covalent_bond_12(X)
& fn_polar_covalent_bond_12(X) = fn_carbonyl_group_4(fn_glycosidic_linkage_52(X))
& fn_polar_covalent_bond_11(fn_glycosidic_linkage_74(X)) = fn_carbonyl_group_4(fn_glycosidic_linkage_52(X))
& fn_carbonyl_group_4(fn_glycosidic_linkage_52(X)) = fn_carbonyl_group_4(fn_glycosidic_linkage_52(X))
& fn_carbonyl_group_4(fn_glycosidic_linkage_52(X)) = fn_polar_covalent_bond_11(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_11(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_11(fn_glycosidic_linkage_74(X))
& fn_polar_covalent_bond_11(fn_glycosidic_linkage_74(X)) = fn_polar_covalent_bond_11(X)
& fn_polar_covalent_bond_11(X) = fn_polar_covalent_bond_11(X) ) ) ).
fof(a529949,axiom,
! [X] :
( glyoxysome_1(X)
=> ( original_name_2(X,'Glyoxysome')
& user_description_2(X,'A specialized peroxisome that occurs in plants and some algae. Glyoxysomes contain enzymes that initiate the catalysis of fats, as well as enzymes that convert stored lipids into carbohydrates which the young seedling can use until it is mature enough for photosynthesis.')
& concept2words_2(X,glyoxysome)
& peroxisome_1(X)
& smooth_endoplasmic_reticulum_1(fn_glyoxysome_1(X))
& biomembrane_1(fn_glyoxysome_2(X))
& aqueous_solution_1(fn_glyoxysome_3(X))
& substance_1(fn_glyoxysome_4(X))
& cytosol_1(fn_glyoxysome_4(X))
& grow_1(fn_glyoxysome_5(X))
& divide_1(fn_glyoxysome_6(X))
& protein_enzyme_1(fn_glyoxysome_7(X))
& synthesis_of_lipid_1(fn_glyoxysome_8(X))
& metabolic_pathway_1(fn_glyoxysome_8(X))
& transfer_1(fn_glyoxysome_9(X))
& receive_1(fn_glyoxysome_9(X))
& acid_compound_1(fn_glyoxysome_10(X))
& chemical_reaction_1(fn_glyoxysome_11(X))
& decomposition_reaction_1(fn_glyoxysome_11(X))
& smooth_endoplasmic_reticulum_1(fn_glyoxysome_12(X))
& synthesis_reaction_1(fn_glyoxysome_13(X))
& chemical_reaction_1(fn_glyoxysome_13(X))
& anabolic_pathway_1(fn_glyoxysome_13(X))
& synthesis_of_lipid_1(fn_glyoxysome_13(X))
& metabolic_pathway_1(fn_glyoxysome_13(X))
& catalase_1(fn_glyoxysome_14(X))
& decomposition_reaction_1(fn_glyoxysome_15(X))
& chemical_reaction_1(fn_glyoxysome_15(X))
& fatty_acid_1(fn_glyoxysome_16(X))
& carbohydrate_1(fn_glyoxysome_17(X))
& seed_1(fn_glyoxysome_18(X))
& tissue_1(fn_glyoxysome_19(X))
& plant_cell_1(fn_glyoxysome_20(X))
& eukaryotic_cell_1(fn_glyoxysome_20(X))
& cell_1(fn_glyoxysome_20(X))
& remove_1(fn_glyoxysome_21(X))
& hydrogen_1(fn_glyoxysome_22(X))
& protein_enzyme_1(fn_glyoxysome_23(X))
& size_value_1(fn_glyoxysome_24(X))
& synthesis_reaction_1(fn_glyoxysome_26(X))
& metabolism_1(fn_glyoxysome_27(X))
& spatial_entity_1(fn_remove_1(fn_glyoxysome_21(X)))
& chemical_entity_1(fn_decomposition_reaction_5(fn_glyoxysome_15(X)))
& chemical_entity_1(fn_decomposition_reaction_5(fn_glyoxysome_11(X)))
& chemical_reaction_1(fn_catalase_11(fn_glyoxysome_14(X)))
& tissue_1(fn_seed_6(fn_glyoxysome_18(X)))
& tissue_1(fn_seed_5(fn_glyoxysome_18(X)))
& tangible_entity_1(fn_impair_1(fn_glyoxysome_6(X)))
& peroxisome_1(fn_smooth_endoplasmic_reticulum_12(fn_glyoxysome_12(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_glyoxysome_12(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_glyoxysome_12(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_glyoxysome_12(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_glyoxysome_12(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_glyoxysome_12(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_glyoxysome_12(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_glyoxysome_12(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_glyoxysome_12(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_glyoxysome_12(X)))
& plant_cell_1(fn_seed_7(fn_glyoxysome_18(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_glyoxysome_12(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_glyoxysome_12(X)))
& cell_1(fn_metabolic_pathway_1(fn_glyoxysome_13(X)))
& cell_1(fn_metabolic_pathway_1(fn_glyoxysome_8(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_glyoxysome_15(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_glyoxysome_15(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_glyoxysome_12(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_glyoxysome_12(X)))
& agent_2(fn_glyoxysome_21(X),fn_glyoxysome_23(X))
& agent_2(fn_glyoxysome_15(X),fn_glyoxysome_14(X))
& site_2(fn_glyoxysome_15(X),X)
& donor_2(fn_glyoxysome_9(X),fn_glyoxysome_12(X))
& causes_2(fn_glyoxysome_5(X),fn_glyoxysome_6(X))
& object_2(fn_glyoxysome_5(X),X)
& object_2(fn_glyoxysome_21(X),fn_glyoxysome_22(X))
& object_2(fn_glyoxysome_6(X),X)
& has_part_2(fn_glyoxysome_18(X),fn_glyoxysome_19(X))
& has_part_2(fn_glyoxysome_19(X),fn_glyoxysome_20(X))
& has_part_2(fn_glyoxysome_20(X),fn_glyoxysome_12(X))
& has_part_2(fn_glyoxysome_20(X),X)
& is_inside_2(fn_glyoxysome_23(X),X)
& has_function_2(fn_glyoxysome_14(X),fn_glyoxysome_26(X))
& has_part_2(X,fn_glyoxysome_7(X))
& donor_2(fn_glyoxysome_9(X),fn_glyoxysome_1(X))
& is_inside_2(fn_glyoxysome_1(X),fn_glyoxysome_4(X))
& has_part_2(X,fn_glyoxysome_14(X))
& is_inside_2(fn_glyoxysome_14(X),X)
& site_2(fn_glyoxysome_8(X),X)
& fn_glyoxysome_13(X) != fn_glyoxysome_8(X)
& fn_glyoxysome_8(X) != fn_glyoxysome_13(X)
& supports_2(fn_glyoxysome_27(X),fn_glyoxysome_26(X))
& agent_2(fn_glyoxysome_27(X),X)
& has_part_2(X,fn_glyoxysome_3(X))
& is_between_2(fn_glyoxysome_2(X),fn_glyoxysome_3(X))
& has_part_2(X,fn_glyoxysome_2(X))
& recipient_2(fn_glyoxysome_9(X),X)
& causes_2(fn_glyoxysome_9(X),fn_glyoxysome_5(X))
& from_value_2(fn_glyoxysome_5(X),fn_glyoxysome_24(X))
& size_2(X,fn_glyoxysome_24(X))
& has_goal_2(X,fn_glyoxysome_5(X))
& has_function_2(X,fn_glyoxysome_11(X))
& has_function_2(fn_glyoxysome_7(X),fn_glyoxysome_11(X))
& is_inside_2(fn_glyoxysome_7(X),X)
& fn_glyoxysome_26(X) != fn_glyoxysome_11(X)
& fn_glyoxysome_11(X) != fn_glyoxysome_26(X)
& is_inside_2(X,fn_glyoxysome_4(X))
& site_2(fn_glyoxysome_13(X),fn_glyoxysome_12(X))
& has_function_2(fn_glyoxysome_12(X),fn_glyoxysome_13(X))
& is_inside_2(fn_glyoxysome_12(X),fn_glyoxysome_4(X))
& has_function_2(fn_glyoxysome_14(X),fn_glyoxysome_15(X))
& raw_material_2(fn_glyoxysome_11(X),fn_glyoxysome_10(X))
& result_2(fn_glyoxysome_15(X),fn_glyoxysome_17(X))
& base_2(fn_glyoxysome_8(X),fn_glyoxysome_20(X))
& base_2(fn_glyoxysome_13(X),fn_glyoxysome_20(X))
& raw_material_2(fn_glyoxysome_15(X),fn_glyoxysome_16(X))
& fn_glyoxysome_22(X) = fn_remove_1(fn_glyoxysome_21(X))
& X = fn_impair_1(fn_glyoxysome_6(X))
& fn_glyoxysome_20(X) = fn_seed_7(fn_glyoxysome_18(X))
& fn_glyoxysome_19(X) = fn_seed_6(fn_glyoxysome_18(X))
& fn_glyoxysome_19(X) = fn_seed_5(fn_glyoxysome_18(X))
& fn_glyoxysome_20(X) = fn_smooth_endoplasmic_reticulum_33(fn_glyoxysome_12(X))
& fn_glyoxysome_23(X) = fn_peroxisome_2(X)
& fn_glyoxysome_25(X) = fn_peroxisome_53(X)
& fn_glyoxysome_1(X) = fn_peroxisome_11(X)
& fn_glyoxysome_13(X) = fn_peroxisome_41(X)
& fn_glyoxysome_8(X) = fn_peroxisome_28(X)
& fn_glyoxysome_14(X) = fn_peroxisome_42(X)
& fn_glyoxysome_2(X) = fn_peroxisome_25(X)
& fn_glyoxysome_3(X) = fn_peroxisome_26(X)
& fn_glyoxysome_27(X) = fn_peroxisome_7(X)
& fn_glyoxysome_24(X) = fn_peroxisome_52(X)
& fn_glyoxysome_5(X) = fn_peroxisome_49(X)
& fn_glyoxysome_9(X) = fn_peroxisome_47(X)
& fn_glyoxysome_7(X) = fn_peroxisome_43(X)
& fn_glyoxysome_26(X) = fn_peroxisome_30(X)
& fn_glyoxysome_11(X) = fn_peroxisome_32(X)
& fn_glyoxysome_4(X) = fn_peroxisome_40(X)
& X = fn_smooth_endoplasmic_reticulum_12(fn_glyoxysome_12(X))
& fn_glyoxysome_13(X) = fn_smooth_endoplasmic_reticulum_23(fn_glyoxysome_12(X))
& fn_glyoxysome_13(X) = fn_smooth_endoplasmic_reticulum_7(fn_glyoxysome_12(X))
& fn_glyoxysome_13(X) = fn_smooth_endoplasmic_reticulum_49(fn_glyoxysome_12(X))
& fn_glyoxysome_13(X) = fn_smooth_endoplasmic_reticulum_48(fn_glyoxysome_12(X))
& fn_glyoxysome_13(X) = fn_smooth_endoplasmic_reticulum_8(fn_glyoxysome_12(X))
& fn_glyoxysome_13(X) = fn_smooth_endoplasmic_reticulum_42(fn_glyoxysome_12(X))
& fn_glyoxysome_16(X) = fn_decomposition_reaction_5(fn_glyoxysome_15(X))
& fn_glyoxysome_20(X) = fn_metabolic_pathway_1(fn_glyoxysome_13(X))
& fn_glyoxysome_20(X) = fn_metabolic_pathway_1(fn_glyoxysome_8(X))
& fn_glyoxysome_17(X) = fn_decomposition_reaction_2(fn_glyoxysome_15(X))
& fn_glyoxysome_17(X) = fn_decomposition_reaction_4(fn_glyoxysome_15(X))
& fn_glyoxysome_10(X) = fn_decomposition_reaction_5(fn_glyoxysome_11(X))
& fn_glyoxysome_15(X) = fn_catalase_11(fn_glyoxysome_14(X))
& fn_glyoxysome_4(X) = fn_smooth_endoplasmic_reticulum_34(fn_glyoxysome_12(X))
& fn_seed_5(fn_glyoxysome_18(X)) = fn_seed_6(fn_glyoxysome_18(X))
& fn_seed_6(fn_glyoxysome_18(X)) = fn_seed_5(fn_glyoxysome_18(X))
& fn_seed_5(fn_glyoxysome_18(X)) = fn_impair_1(fn_glyoxysome_6(X))
& fn_impair_1(fn_glyoxysome_6(X)) = fn_smooth_endoplasmic_reticulum_12(fn_glyoxysome_12(X))
& fn_smooth_endoplasmic_reticulum_12(fn_glyoxysome_12(X)) = fn_smooth_endoplasmic_reticulum_12(fn_glyoxysome_12(X))
& fn_smooth_endoplasmic_reticulum_12(fn_glyoxysome_12(X)) = fn_smooth_endoplasmic_reticulum_23(fn_glyoxysome_12(X))
& fn_smooth_endoplasmic_reticulum_23(fn_glyoxysome_12(X)) = fn_smooth_endoplasmic_reticulum_7(fn_glyoxysome_12(X))
& fn_smooth_endoplasmic_reticulum_7(fn_glyoxysome_12(X)) = fn_smooth_endoplasmic_reticulum_7(fn_glyoxysome_12(X))
& fn_smooth_endoplasmic_reticulum_7(fn_glyoxysome_12(X)) = fn_smooth_endoplasmic_reticulum_49(fn_glyoxysome_12(X))
& fn_smooth_endoplasmic_reticulum_49(fn_glyoxysome_12(X)) = fn_smooth_endoplasmic_reticulum_49(fn_glyoxysome_12(X))
& fn_smooth_endoplasmic_reticulum_49(fn_glyoxysome_12(X)) = fn_smooth_endoplasmic_reticulum_48(fn_glyoxysome_12(X))
& fn_smooth_endoplasmic_reticulum_8(fn_glyoxysome_12(X)) = fn_smooth_endoplasmic_reticulum_48(fn_glyoxysome_12(X))
& fn_smooth_endoplasmic_reticulum_48(fn_glyoxysome_12(X)) = fn_smooth_endoplasmic_reticulum_8(fn_glyoxysome_12(X))
& fn_peroxisome_41(X) = fn_smooth_endoplasmic_reticulum_8(fn_glyoxysome_12(X))
& fn_smooth_endoplasmic_reticulum_8(fn_glyoxysome_12(X)) = fn_smooth_endoplasmic_reticulum_8(fn_glyoxysome_12(X))
& fn_smooth_endoplasmic_reticulum_8(fn_glyoxysome_12(X)) = fn_peroxisome_41(X)
& fn_peroxisome_41(X) = fn_peroxisome_41(X)
& fn_peroxisome_41(X) = fn_smooth_endoplasmic_reticulum_42(fn_glyoxysome_12(X))
& fn_smooth_endoplasmic_reticulum_42(fn_glyoxysome_12(X)) = fn_smooth_endoplasmic_reticulum_42(fn_glyoxysome_12(X))
& fn_smooth_endoplasmic_reticulum_42(fn_glyoxysome_12(X)) = fn_seed_7(fn_glyoxysome_18(X))
& fn_seed_7(fn_glyoxysome_18(X)) = fn_smooth_endoplasmic_reticulum_33(fn_glyoxysome_12(X))
& fn_smooth_endoplasmic_reticulum_33(fn_glyoxysome_12(X)) = fn_smooth_endoplasmic_reticulum_33(fn_glyoxysome_12(X))
& fn_smooth_endoplasmic_reticulum_33(fn_glyoxysome_12(X)) = fn_metabolic_pathway_1(fn_glyoxysome_13(X))
& fn_metabolic_pathway_1(fn_glyoxysome_13(X)) = fn_metabolic_pathway_1(fn_glyoxysome_8(X))
& fn_metabolic_pathway_1(fn_glyoxysome_8(X)) = fn_decomposition_reaction_2(fn_glyoxysome_15(X))
& fn_decomposition_reaction_2(fn_glyoxysome_15(X)) = fn_decomposition_reaction_4(fn_glyoxysome_15(X))
& fn_decomposition_reaction_4(fn_glyoxysome_15(X)) = fn_peroxisome_40(X)
& fn_peroxisome_40(X) = fn_peroxisome_40(X)
& fn_peroxisome_40(X) = fn_smooth_endoplasmic_reticulum_34(fn_glyoxysome_12(X))
& fn_smooth_endoplasmic_reticulum_34(fn_glyoxysome_12(X)) = fn_smooth_endoplasmic_reticulum_34(fn_glyoxysome_12(X)) ) ) ).
fof(a529950,axiom,
! [X] :
( gmp_1(X)
=> ( original_name_2(X,'GMP')
& user_description_2(X,'Molecule which functions as a second messenger in some cell signalling pathways.')
& concept2words_2(X,gmp)
& nucleoside_monophosphate_1(X) ) ) ).
fof(a529951,axiom,
! [X] :
( gnathostome_1(X)
=> ( original_name_2(X,'Gnathostome')
& user_description_2(X,'Any vertebrate animal that possesses jaws.')
& concept2words_2(X,gnathostomata)
& concept2words_2(X,'jawed vertebrates')
& concept2words_2(X,gnathostome)
& vertebrate_1(X) ) ) ).
fof(a529952,axiom,
! [X] :
( gnetophyta_1(X)
=> ( original_name_2(X,'Gnetophyta')
& user_description_2(X,'Type of gymnosperm characterized by double fertilization and vessel elements in its vascular tissue.')
& concept2words_2(X,gnetophyta)
& gymnosperm_1(X)
& vessel_1(fn_gnetophyta_1(X))
& cytoplasm_1(fn_gnetophyta_2(X))
& length_value_1(fn_gnetophyta_3(X))
& electron_1(fn_gnetophyta_4(X))
& oxygen_molecule_1(fn_gnetophyta_5(X))
& water_molecule_1(fn_gnetophyta_6(X))
& plant_cell_1(fn_gnetophyta_8(X))
& photosynthesis_1(fn_gnetophyta_9(X))
& store_1(fn_gnetophyta_10(X))
& shoot_1(fn_gnetophyta_17(X))
& visible_light_1(fn_gnetophyta_18(X))
& energy_1(fn_gnetophyta_18(X))
& organelle_1(fn_gnetophyta_19(X))
& mitochondrion_1(fn_gnetophyta_19(X))
& semiautonomous_organelle_1(fn_gnetophyta_19(X))
& organic_molecule_1(fn_gnetophyta_20(X))
& chemical_entity_1(fn_gnetophyta_20(X))
& pyruvate_1(fn_gnetophyta_20(X))
& chemical_entity_1(fn_gnetophyta_21(X))
& organic_molecule_1(fn_gnetophyta_21(X))
& molecule_1(fn_gnetophyta_21(X))
& entity_1(fn_gnetophyta_21(X))
& nadh_1(fn_gnetophyta_21(X))
& oxygen_molecule_1(fn_gnetophyta_22(X))
& glycolysis_1(fn_gnetophyta_23(X))
& chemical_reaction_1(fn_gnetophyta_24(X))
& oxidative_phosphorylation_1(fn_gnetophyta_24(X))
& eukaryotic_oxidative_phosphorylation_1(fn_gnetophyta_24(X))
& exergonic_reaction_1(fn_gnetophyta_25(X))
& pyruvate_oxidation_1(fn_gnetophyta_25(X))
& chemical_energy_1(fn_gnetophyta_26(X))
& free_energy_1(fn_gnetophyta_27(X))
& structural_complexity_value_1(fn_gnetophyta_28(X))
& size_value_1(fn_gnetophyta_29(X))
& size_value_1(fn_gnetophyta_30(X))
& free_energy_1(fn_gnetophyta_31(X))
& structural_complexity_value_1(fn_gnetophyta_32(X))
& quantity_value_1(fn_gnetophyta_33(X))
& quantity_value_1(fn_gnetophyta_34(X))
& entity_1(fn_gnetophyta_35(X))
& chemical_energy_1(fn_gnetophyta_35(X))
& seed_1(fn_gnetophyta_36(X))
& starch_1(fn_gnetophyta_37(X))
& xylem_1(fn_gnetophyta_38(X))
& stem_1(fn_gnetophyta_39(X))
& taproot_1(fn_gnetophyta_40(X))
& root_1(fn_gnetophyta_40(X))
& membrane_1(fn_gnetophyta_41(X))
& spatial_entity_1(fn_gnetophyta_41(X))
& biomembrane_1(fn_gnetophyta_41(X))
& plasma_membrane_1(fn_gnetophyta_41(X))
& store_1(fn_gnetophyta_42(X))
& store_1(fn_gnetophyta_43(X))
& starch_storage_by_plant_1(fn_gnetophyta_43(X))
& cellular_respiration_1(fn_gnetophyta_44(X))
& metabolic_pathway_1(fn_gnetophyta_44(X))
& eukaryotic_cellular_respiration_1(fn_gnetophyta_44(X))
& length_value_1(fn_gnetophyta_45(X))
& spatial_entity_1(fn_gnetophyta_46(X))
& tangible_entity_1(fn_gnetophyta_46(X))
& chemical_entity_1(fn_gnetophyta_46(X))
& sugar_1(fn_gnetophyta_46(X))
& glucose_1(fn_gnetophyta_46(X))
& spatial_entity_1(fn_gnetophyta_47(X))
& chemical_entity_1(fn_gnetophyta_47(X))
& hydrophobic_compound_1(fn_gnetophyta_47(X))
& molecule_1(fn_gnetophyta_47(X))
& tangible_entity_1(fn_gnetophyta_47(X))
& carbon_dioxide_1(fn_gnetophyta_47(X))
& plant_vein_1(fn_gnetophyta_48(X))
& plant_cell_wall_1(fn_gnetophyta_49(X))
& container_1(fn_gnetophyta_50(X))
& specific_heat_value_1(fn_gnetophyta_52(X))
& plant_cell_1(fn_gnetophyta_53(X))
& root_hair_1(fn_gnetophyta_54(X))
& tissue_1(fn_gnetophyta_55(X))
& epidermis_1(fn_gnetophyta_55(X))
& shoot_system_1(fn_gnetophyta_56(X))
& root_system_1(fn_gnetophyta_57(X))
& temperature_value_1(fn_gnetophyta_58(X))
& metabolic_pathway_1(fn_gnetophyta_59(X))
& anabolic_pathway_1(fn_gnetophyta_59(X))
& photosynthesis_1(fn_gnetophyta_59(X))
& photoautotroph_1(fn_gnetophyta_60(X))
& anchor_1(fn_gnetophyta_61(X))
& nutrition_1(fn_gnetophyta_62(X))
& tuber_1(fn_gnetophyta_63(X))
& cell_1(fn_gnetophyta_64(X))
& eukaryotic_cell_1(fn_gnetophyta_64(X))
& plant_cell_1(fn_gnetophyta_64(X))
& water_1(fn_gnetophyta_65(X))
& membrane_1(fn_plant_cell_wall_26(fn_gnetophyta_49(X)))
& spatial_entity_1(fn_plant_cell_wall_26(fn_gnetophyta_49(X)))
& biomembrane_1(fn_plant_cell_wall_26(fn_gnetophyta_49(X)))
& plasma_membrane_1(fn_plant_cell_wall_26(fn_gnetophyta_49(X)))
& container_1(fn_store_3(fn_gnetophyta_43(X)))
& plant_vein_1(fn_root_5(fn_gnetophyta_40(X)))
& xylem_1(fn_plant_vein_1(fn_gnetophyta_48(X)))
& stem_1(fn_shoot_1(fn_gnetophyta_17(X)))
& oxygen_molecule_1(fn_cellular_respiration_68(fn_gnetophyta_44(X)))
& free_energy_1(fn_photosynthesis_50(fn_gnetophyta_59(X)))
& property_node_1(fn_photosynthesis_57(fn_gnetophyta_59(X)))
& visible_light_1(fn_photosynthesis_34(fn_gnetophyta_59(X)))
& energy_1(fn_photosynthesis_34(fn_gnetophyta_59(X)))
& property_node_1(fn_photosynthesis_6(fn_gnetophyta_59(X)))
& size_value_1(fn_photosynthesis_4(fn_gnetophyta_59(X)))
& property_node_1(fn_photosynthesis_56(fn_gnetophyta_59(X)))
& free_energy_1(fn_photosynthesis_53(fn_gnetophyta_59(X)))
& quantity_value_1(fn_photosynthesis_52(fn_gnetophyta_59(X)))
& property_node_1(fn_photosynthesis_55(fn_gnetophyta_59(X)))
& quantity_value_1(fn_photosynthesis_51(fn_gnetophyta_59(X)))
& property_node_1(fn_photosynthesis_54(fn_gnetophyta_59(X)))
& structural_complexity_value_1(fn_photosynthesis_24(fn_gnetophyta_59(X)))
& property_node_1(fn_photosynthesis_5(fn_gnetophyta_59(X)))
& size_value_1(fn_photosynthesis_3(fn_gnetophyta_59(X)))
& glycolysis_1(fn_eukaryotic_cellular_respiration_82(fn_gnetophyta_44(X)))
& pyruvate_oxidation_1(fn_eukaryotic_cellular_respiration_94(fn_gnetophyta_44(X)))
& starch_1(fn_root_25(fn_gnetophyta_40(X)))
& starch_1(fn_starch_storage_by_plant_9(fn_gnetophyta_43(X)))
& store_1(fn_starch_storage_by_plant_5(fn_gnetophyta_43(X)))
& store_1(fn_starch_storage_by_plant_6(fn_gnetophyta_43(X)))
& spatial_entity_1(fn_store_2(fn_gnetophyta_43(X)))
& plant_1(fn_starch_storage_by_plant_3(fn_gnetophyta_43(X)))
& plant_1(fn_seed_2(fn_gnetophyta_36(X)))
& plant_cell_1(fn_root_26(fn_gnetophyta_40(X)))
& tissue_1(fn_root_27(fn_gnetophyta_40(X)))
& epidermis_1(fn_root_30(fn_gnetophyta_40(X)))
& store_1(fn_root_33(fn_gnetophyta_40(X)))
& store_1(fn_root_28(fn_gnetophyta_40(X)))
& starch_storage_by_plant_1(fn_seed_1(fn_gnetophyta_36(X)))
& spatial_entity_1(fn_store_2(fn_gnetophyta_10(X)))
& tangible_entity_1(fn_photosynthesis_37(fn_gnetophyta_59(X)))
& chemical_entity_1(fn_photosynthesis_37(fn_gnetophyta_59(X)))
& sugar_1(fn_photosynthesis_37(fn_gnetophyta_59(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_gnetophyta_59(X)))
& pyruvate_1(fn_glycolysis_55(fn_gnetophyta_23(X)))
& chemical_entity_1(fn_glycolysis_55(fn_gnetophyta_23(X)))
& organic_molecule_1(fn_pyruvate_oxidation_85(fn_gnetophyta_25(X)))
& chemical_entity_1(fn_pyruvate_oxidation_85(fn_gnetophyta_25(X)))
& pyruvate_1(fn_pyruvate_oxidation_85(fn_gnetophyta_25(X)))
& cell_1(fn_metabolic_pathway_1(fn_gnetophyta_59(X)))
& cell_1(fn_metabolic_pathway_1(fn_gnetophyta_44(X)))
& structural_complexity_value_1(fn_anabolic_pathway_3(fn_gnetophyta_59(X)))
& structural_complexity_value_1(fn_glucose_2(fn_gnetophyta_46(X)))
& structural_complexity_value_1(fn_photosynthesis_25(fn_gnetophyta_59(X)))
& entity_1(fn_store_1(fn_gnetophyta_10(X)))
& chemical_energy_1(fn_photosynthesis_40(fn_gnetophyta_59(X)))
& chemical_energy_1(fn_exergonic_reaction_6(fn_gnetophyta_25(X)))
& chemical_energy_1(fn_glycolysis_108(fn_gnetophyta_23(X)))
& chemical_energy_1(fn_pyruvate_oxidation_7(fn_gnetophyta_25(X)))
& chemical_energy_1(fn_pyruvate_oxidation_3(fn_gnetophyta_25(X)))
& chemical_energy_1(fn_eukaryotic_cellular_respiration_68(fn_gnetophyta_44(X)))
& spatial_entity_1(fn_photosynthesis_38(fn_gnetophyta_59(X)))
& tangible_entity_1(fn_photosynthesis_38(fn_gnetophyta_59(X)))
& chemical_entity_1(fn_photosynthesis_38(fn_gnetophyta_59(X)))
& hydrophobic_compound_1(fn_photosynthesis_38(fn_gnetophyta_59(X)))
& molecule_1(fn_photosynthesis_38(fn_gnetophyta_59(X)))
& carbon_dioxide_1(fn_photosynthesis_38(fn_gnetophyta_59(X)))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_62(fn_gnetophyta_44(X)))
& carbon_dioxide_1(fn_eukaryotic_cellular_respiration_62(fn_gnetophyta_44(X)))
& oxidative_phosphorylation_1(fn_cellular_respiration_63(fn_gnetophyta_44(X)))
& chemical_reaction_1(fn_eukaryotic_cellular_respiration_96(fn_gnetophyta_44(X)))
& oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_gnetophyta_44(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_gnetophyta_44(X)))
& organelle_1(fn_plant_cell_59(fn_gnetophyta_64(X)))
& mitochondrion_1(fn_plant_cell_59(fn_gnetophyta_64(X)))
& semiautonomous_organelle_1(fn_plant_cell_59(fn_gnetophyta_64(X)))
& organelle_1(fn_eukaryotic_cellular_respiration_101(fn_gnetophyta_44(X)))
& mitochondrion_1(fn_eukaryotic_cellular_respiration_101(fn_gnetophyta_44(X)))
& semiautonomous_organelle_1(fn_eukaryotic_cellular_respiration_101(fn_gnetophyta_44(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_gnetophyta_25(X)))
& organic_molecule_1(fn_glycolysis_74(fn_gnetophyta_23(X)))
& nadh_1(fn_glycolysis_74(fn_gnetophyta_23(X)))
& molecule_1(fn_glycolysis_74(fn_gnetophyta_23(X)))
& nadh_1(fn_pyruvate_oxidation_84(fn_gnetophyta_25(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_42(fn_gnetophyta_44(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_42(fn_gnetophyta_44(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_42(fn_gnetophyta_44(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_42(fn_gnetophyta_44(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_111(fn_gnetophyta_44(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_111(fn_gnetophyta_44(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_111(fn_gnetophyta_44(X)))
& entity_1(fn_eukaryotic_cellular_respiration_111(fn_gnetophyta_44(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_111(fn_gnetophyta_44(X)))
& eukaryotic_cellular_respiration_1(fn_eukaryotic_cell_23(fn_gnetophyta_64(X)))
& metabolic_pathway_1(fn_plant_cell_63(fn_gnetophyta_64(X)))
& eukaryotic_cellular_respiration_1(fn_plant_cell_63(fn_gnetophyta_64(X)))
& has_part_2(fn_gnetophyta_38(X),fn_gnetophyta_1(X))
& thickness_2(fn_gnetophyta_39(X),fn_gnetophyta_3(X))
& is_inside_2(fn_gnetophyta_2(X),fn_gnetophyta_41(X))
& is_inside_2(fn_gnetophyta_41(X),fn_gnetophyta_49(X))
& directly_proportional_2(fn_gnetophyta_3(X),fn_gnetophyta_45(X))
& result_2(fn_gnetophyta_44(X),fn_gnetophyta_20(X))
& site_2(fn_gnetophyta_44(X),fn_gnetophyta_2(X))
& fn_gnetophyta_4(X) != fn_gnetophyta_47(X)
& fn_gnetophyta_47(X) != fn_gnetophyta_4(X)
& has_part_2(fn_gnetophyta_48(X),fn_gnetophyta_8(X))
& site_2(fn_gnetophyta_9(X),fn_gnetophyta_2(X))
& raw_material_2(fn_gnetophyta_59(X),fn_gnetophyta_6(X))
& site_2(fn_gnetophyta_59(X),fn_gnetophyta_2(X))
& result_2(fn_gnetophyta_59(X),fn_gnetophyta_5(X))
& base_2(fn_gnetophyta_10(X),fn_gnetophyta_46(X))
& object_2(fn_gnetophyta_10(X),fn_gnetophyta_35(X))
& site_2(fn_gnetophyta_43(X),fn_gnetophyta_40(X))
& is_outside_2(fn_gnetophyta_49(X),fn_gnetophyta_41(X))
& in_event_2(fn_gnetophyta_50(X),fn_gnetophyta_43(X))
& plays_2(X,fn_gnetophyta_50(X))
& has_function_2(X,fn_gnetophyta_43(X))
& subevent_2(fn_gnetophyta_43(X),fn_gnetophyta_42(X))
& object_2(fn_gnetophyta_42(X),fn_gnetophyta_37(X))
& object_2(fn_gnetophyta_43(X),fn_gnetophyta_37(X))
& agent_2(fn_gnetophyta_43(X),X)
& base_2(fn_gnetophyta_43(X),X)
& site_2(fn_gnetophyta_42(X),fn_gnetophyta_63(X))
& has_part_2(X,fn_gnetophyta_64(X))
& object_2(fn_gnetophyta_61(X),X)
& agent_2(fn_gnetophyta_61(X),fn_gnetophyta_40(X))
& has_part_2(fn_gnetophyta_40(X),fn_gnetophyta_54(X))
& is_inside_2(fn_gnetophyta_53(X),fn_gnetophyta_54(X))
& has_part_2(X,fn_gnetophyta_17(X))
& is_inside_2(fn_gnetophyta_17(X),fn_gnetophyta_56(X))
& has_region_2(X,fn_gnetophyta_56(X))
& plays_2(X,fn_gnetophyta_60(X))
& in_event_2(fn_gnetophyta_60(X),fn_gnetophyta_62(X))
& agent_2(fn_gnetophyta_62(X),X)
& by_means_of_2(fn_gnetophyta_62(X),fn_gnetophyta_59(X))
& experiencer_2(fn_gnetophyta_59(X),X)
& has_function_2(X,fn_gnetophyta_59(X))
& base_2(fn_gnetophyta_59(X),fn_gnetophyta_64(X))
& has_part_2(X,fn_gnetophyta_65(X))
& specific_heat_2(fn_gnetophyta_65(X),fn_gnetophyta_52(X))
& correspondence_2(fn_gnetophyta_58(X),fn_gnetophyta_52(X))
& temperature_2(X,fn_gnetophyta_58(X))
& has_part_2(X,fn_gnetophyta_63(X))
& has_region_2(X,fn_gnetophyta_57(X))
& is_inside_2(fn_gnetophyta_40(X),fn_gnetophyta_57(X))
& has_part_2(X,fn_gnetophyta_40(X))
& height_2(X,fn_gnetophyta_45(X))
& the_scalar_value_2(fn_gnetophyta_45(X),tall_0)
& scalar_unit_class_2(fn_gnetophyta_45(X),vascular_plant_0)
& has_part_2(X,fn_gnetophyta_36(X))
& has_part_2(fn_gnetophyta_40(X),fn_gnetophyta_55(X))
& has_part_2(fn_gnetophyta_55(X),fn_gnetophyta_53(X))
& next_event_2(fn_gnetophyta_23(X),fn_gnetophyta_25(X))
& result_2(fn_gnetophyta_23(X),fn_gnetophyta_21(X))
& possesses_2(fn_gnetophyta_21(X),fn_gnetophyta_26(X))
& possesses_2(fn_gnetophyta_47(X),fn_gnetophyta_26(X))
& result_2(fn_gnetophyta_44(X),fn_gnetophyta_47(X))
& subevent_2(fn_gnetophyta_44(X),fn_gnetophyta_24(X))
& raw_material_2(fn_gnetophyta_24(X),fn_gnetophyta_21(X))
& result_2(fn_gnetophyta_44(X),fn_gnetophyta_21(X))
& subevent_2(fn_gnetophyta_44(X),fn_gnetophyta_23(X))
& first_subevent_2(fn_gnetophyta_44(X),fn_gnetophyta_23(X))
& site_2(fn_gnetophyta_25(X),fn_gnetophyta_19(X))
& result_2(fn_gnetophyta_25(X),fn_gnetophyta_21(X))
& subevent_2(fn_gnetophyta_44(X),fn_gnetophyta_25(X))
& called_2(fn_gnetophyta_33(X),'FE_p')
& greater_than_2(fn_gnetophyta_33(X),fn_gnetophyta_34(X))
& quantity_2(fn_gnetophyta_27(X),fn_gnetophyta_34(X))
& possesses_2(fn_gnetophyta_47(X),fn_gnetophyta_27(X))
& raw_material_2(fn_gnetophyta_59(X),fn_gnetophyta_47(X))
& greater_than_2(fn_gnetophyta_32(X),fn_gnetophyta_28(X))
& structural_complexity_2(fn_gnetophyta_47(X),fn_gnetophyta_28(X))
& fn_gnetophyta_18(X) != fn_gnetophyta_35(X)
& fn_gnetophyta_35(X) != fn_gnetophyta_18(X)
& raw_material_2(fn_gnetophyta_59(X),fn_gnetophyta_18(X))
& greater_than_2(fn_gnetophyta_30(X),fn_gnetophyta_29(X))
& size_2(fn_gnetophyta_47(X),fn_gnetophyta_29(X))
& called_2(fn_gnetophyta_34(X),'FE_r')
& quantity_2(fn_gnetophyta_31(X),fn_gnetophyta_33(X))
& has_function_2(fn_gnetophyta_64(X),fn_gnetophyta_44(X))
& base_2(fn_gnetophyta_44(X),fn_gnetophyta_64(X))
& has_function_2(fn_gnetophyta_19(X),fn_gnetophyta_44(X))
& has_part_2(fn_gnetophyta_64(X),fn_gnetophyta_19(X))
& possesses_2(fn_gnetophyta_20(X),fn_gnetophyta_26(X))
& raw_material_2(fn_gnetophyta_25(X),fn_gnetophyta_20(X))
& raw_material_2(fn_gnetophyta_24(X),fn_gnetophyta_22(X))
& raw_material_2(fn_gnetophyta_44(X),fn_gnetophyta_22(X))
& structural_complexity_2(fn_gnetophyta_46(X),fn_gnetophyta_32(X))
& has_part_2(fn_gnetophyta_17(X),fn_gnetophyta_39(X))
& has_part_2(fn_gnetophyta_48(X),fn_gnetophyta_38(X))
& result_2(fn_gnetophyta_23(X),fn_gnetophyta_20(X))
& has_part_2(fn_gnetophyta_40(X),fn_gnetophyta_48(X))
& size_2(fn_gnetophyta_46(X),fn_gnetophyta_30(X))
& result_2(fn_gnetophyta_59(X),fn_gnetophyta_46(X))
& possesses_2(fn_gnetophyta_46(X),fn_gnetophyta_31(X))
& site_2(fn_gnetophyta_43(X),fn_gnetophyta_36(X))
& fn_gnetophyta_46(X) = fn_store_2(fn_gnetophyta_10(X))
& fn_gnetophyta_35(X) = fn_store_1(fn_gnetophyta_10(X))
& fn_gnetophyta_43(X) = fn_root_33(fn_gnetophyta_40(X))
& fn_gnetophyta_41(X) = fn_plant_cell_wall_26(fn_gnetophyta_49(X))
& fn_gnetophyta_50(X) = fn_store_3(fn_gnetophyta_43(X))
& X = fn_store_2(fn_gnetophyta_43(X))
& X = fn_starch_storage_by_plant_3(fn_gnetophyta_43(X))
& fn_gnetophyta_43(X) = fn_root_28(fn_gnetophyta_40(X))
& fn_gnetophyta_37(X) = fn_root_25(fn_gnetophyta_40(X))
& fn_gnetophyta_37(X) = fn_starch_storage_by_plant_9(fn_gnetophyta_43(X))
& fn_gnetophyta_42(X) = fn_starch_storage_by_plant_5(fn_gnetophyta_43(X))
& fn_gnetophyta_43(X) = fn_gymnosperm_4(X)
& fn_gnetophyta_42(X) = fn_starch_storage_by_plant_6(fn_gnetophyta_43(X))
& fn_gnetophyta_51(X) = fn_gymnosperm_16(X)
& fn_gnetophyta_66(X) = fn_gymnosperm_6(X)
& fn_gnetophyta_42(X) = fn_gymnosperm_5(X)
& fn_gnetophyta_67(X) = fn_gymnosperm_7(X)
& fn_gnetophyta_53(X) = fn_gymnosperm_17(X)
& fn_gnetophyta_54(X) = fn_gymnosperm_1(X)
& fn_gnetophyta_61(X) = fn_gymnosperm_14(X)
& fn_gnetophyta_60(X) = fn_gymnosperm_10(X)
& fn_gnetophyta_56(X) = fn_gymnosperm_20(X)
& fn_gnetophyta_17(X) = fn_gymnosperm_3(X)
& fn_gnetophyta_64(X) = fn_metabolic_pathway_1(fn_gnetophyta_59(X))
& fn_gnetophyta_64(X) = fn_gymnosperm_8(X)
& fn_gnetophyta_59(X) = fn_gymnosperm_11(X)
& fn_gnetophyta_62(X) = fn_gymnosperm_9(X)
& fn_gnetophyta_63(X) = fn_gymnosperm_2(X)
& fn_gnetophyta_58(X) = fn_gymnosperm_22(X)
& fn_gnetophyta_52(X) = fn_gymnosperm_19(X)
& fn_gnetophyta_65(X) = fn_gymnosperm_23(X)
& fn_gnetophyta_45(X) = fn_gymnosperm_15(X)
& fn_gnetophyta_40(X) = fn_gymnosperm_13(X)
& fn_gnetophyta_57(X) = fn_gymnosperm_21(X)
& X = fn_seed_2(fn_gnetophyta_36(X))
& fn_gnetophyta_53(X) = fn_root_26(fn_gnetophyta_40(X))
& fn_gnetophyta_55(X) = fn_root_27(fn_gnetophyta_40(X))
& fn_gnetophyta_55(X) = fn_root_30(fn_gnetophyta_40(X))
& fn_gnetophyta_43(X) = fn_seed_1(fn_gnetophyta_36(X))
& fn_gnetophyta_46(X) = fn_photosynthesis_37(fn_gnetophyta_59(X))
& fn_gnetophyta_48(X) = fn_root_5(fn_gnetophyta_40(X))
& fn_gnetophyta_20(X) = fn_glycolysis_55(fn_gnetophyta_23(X))
& fn_gnetophyta_38(X) = fn_plant_vein_1(fn_gnetophyta_48(X))
& fn_gnetophyta_39(X) = fn_shoot_1(fn_gnetophyta_17(X))
& fn_gnetophyta_46(X) = fn_anabolic_pathway_5(fn_gnetophyta_59(X))
& fn_gnetophyta_32(X) = fn_anabolic_pathway_3(fn_gnetophyta_59(X))
& fn_gnetophyta_32(X) = fn_glucose_2(fn_gnetophyta_46(X))
& fn_gnetophyta_24(X) = fn_cellular_respiration_63(fn_gnetophyta_44(X))
& fn_gnetophyta_22(X) = fn_cellular_respiration_68(fn_gnetophyta_44(X))
& fn_gnetophyta_26(X) = fn_pyruvate_oxidation_3(fn_gnetophyta_25(X))
& fn_gnetophyta_20(X) = fn_pyruvate_oxidation_85(fn_gnetophyta_25(X))
& fn_gnetophyta_64(X) = fn_metabolic_pathway_1(fn_gnetophyta_44(X))
& fn_gnetophyta_44(X) = fn_eukaryotic_cell_23(fn_gnetophyta_64(X))
& fn_gnetophyta_44(X) = fn_plant_cell_63(fn_gnetophyta_64(X))
& fn_gnetophyta_19(X) = fn_plant_cell_59(fn_gnetophyta_64(X))
& fn_gnetophyta_27(X) = fn_photosynthesis_50(fn_gnetophyta_59(X))
& fn_gnetophyta_15(X) = fn_photosynthesis_57(fn_gnetophyta_59(X))
& fn_gnetophyta_32(X) = fn_photosynthesis_25(fn_gnetophyta_59(X))
& fn_gnetophyta_35(X) = fn_photosynthesis_40(fn_gnetophyta_59(X))
& fn_gnetophyta_18(X) = fn_photosynthesis_34(fn_gnetophyta_59(X))
& fn_gnetophyta_16(X) = fn_photosynthesis_6(fn_gnetophyta_59(X))
& fn_gnetophyta_30(X) = fn_photosynthesis_4(fn_gnetophyta_59(X))
& fn_gnetophyta_47(X) = fn_photosynthesis_38(fn_gnetophyta_59(X))
& fn_gnetophyta_11(X) = fn_photosynthesis_56(fn_gnetophyta_59(X))
& fn_gnetophyta_31(X) = fn_photosynthesis_53(fn_gnetophyta_59(X))
& fn_gnetophyta_33(X) = fn_photosynthesis_52(fn_gnetophyta_59(X))
& fn_gnetophyta_12(X) = fn_photosynthesis_55(fn_gnetophyta_59(X))
& fn_gnetophyta_34(X) = fn_photosynthesis_51(fn_gnetophyta_59(X))
& fn_gnetophyta_14(X) = fn_photosynthesis_54(fn_gnetophyta_59(X))
& fn_gnetophyta_28(X) = fn_photosynthesis_24(fn_gnetophyta_59(X))
& fn_gnetophyta_13(X) = fn_photosynthesis_5(fn_gnetophyta_59(X))
& fn_gnetophyta_29(X) = fn_photosynthesis_3(fn_gnetophyta_59(X))
& fn_gnetophyta_26(X) = fn_exergonic_reaction_6(fn_gnetophyta_25(X))
& fn_gnetophyta_21(X) = fn_glycolysis_74(fn_gnetophyta_23(X))
& fn_gnetophyta_26(X) = fn_glycolysis_108(fn_gnetophyta_23(X))
& fn_gnetophyta_26(X) = fn_pyruvate_oxidation_7(fn_gnetophyta_25(X))
& fn_gnetophyta_26(X) = fn_eukaryotic_cellular_respiration_68(fn_gnetophyta_44(X))
& fn_gnetophyta_47(X) = fn_eukaryotic_cellular_respiration_62(fn_gnetophyta_44(X))
& fn_gnetophyta_24(X) = fn_eukaryotic_cellular_respiration_96(fn_gnetophyta_44(X))
& fn_gnetophyta_21(X) = fn_eukaryotic_cellular_respiration_42(fn_gnetophyta_44(X))
& fn_gnetophyta_23(X) = fn_eukaryotic_cellular_respiration_82(fn_gnetophyta_44(X))
& fn_gnetophyta_19(X) = fn_eukaryotic_cellular_respiration_101(fn_gnetophyta_44(X))
& fn_gnetophyta_21(X) = fn_exergonic_reaction_11(fn_gnetophyta_25(X))
& fn_gnetophyta_21(X) = fn_pyruvate_oxidation_84(fn_gnetophyta_25(X))
& fn_gnetophyta_21(X) = fn_eukaryotic_cellular_respiration_111(fn_gnetophyta_44(X))
& fn_gnetophyta_25(X) = fn_eukaryotic_cellular_respiration_94(fn_gnetophyta_44(X))
& fn_root_25(fn_gnetophyta_40(X)) = fn_starch_storage_by_plant_9(fn_gnetophyta_43(X))
& fn_starch_storage_by_plant_9(fn_gnetophyta_43(X)) = fn_starch_storage_by_plant_9(fn_gnetophyta_43(X))
& fn_starch_storage_by_plant_9(fn_gnetophyta_43(X)) = fn_starch_storage_by_plant_6(fn_gnetophyta_43(X))
& fn_starch_storage_by_plant_6(fn_gnetophyta_43(X)) = fn_starch_storage_by_plant_5(fn_gnetophyta_43(X))
& fn_starch_storage_by_plant_5(fn_gnetophyta_43(X)) = fn_starch_storage_by_plant_6(fn_gnetophyta_43(X))
& fn_starch_storage_by_plant_6(fn_gnetophyta_43(X)) = fn_starch_storage_by_plant_6(fn_gnetophyta_43(X))
& fn_gymnosperm_5(X) = fn_starch_storage_by_plant_6(fn_gnetophyta_43(X))
& fn_starch_storage_by_plant_6(fn_gnetophyta_43(X)) = fn_gymnosperm_5(X)
& fn_gymnosperm_5(X) = fn_store_2(fn_gnetophyta_43(X))
& fn_store_2(fn_gnetophyta_43(X)) = fn_store_2(fn_gnetophyta_43(X))
& fn_store_2(fn_gnetophyta_43(X)) = fn_starch_storage_by_plant_3(fn_gnetophyta_43(X))
& fn_starch_storage_by_plant_3(fn_gnetophyta_43(X)) = fn_starch_storage_by_plant_3(fn_gnetophyta_43(X))
& fn_starch_storage_by_plant_3(fn_gnetophyta_43(X)) = fn_seed_2(fn_gnetophyta_36(X))
& fn_seed_2(fn_gnetophyta_36(X)) = fn_gymnosperm_17(X)
& fn_gymnosperm_17(X) = fn_root_26(fn_gnetophyta_40(X))
& fn_root_26(fn_gnetophyta_40(X)) = fn_root_30(fn_gnetophyta_40(X))
& fn_root_30(fn_gnetophyta_40(X)) = fn_root_27(fn_gnetophyta_40(X))
& fn_root_27(fn_gnetophyta_40(X)) = fn_root_30(fn_gnetophyta_40(X))
& fn_root_30(fn_gnetophyta_40(X)) = fn_root_33(fn_gnetophyta_40(X))
& fn_root_33(fn_gnetophyta_40(X)) = fn_root_28(fn_gnetophyta_40(X))
& fn_root_28(fn_gnetophyta_40(X)) = fn_root_28(fn_gnetophyta_40(X))
& fn_gymnosperm_4(X) = fn_root_28(fn_gnetophyta_40(X))
& fn_root_28(fn_gnetophyta_40(X)) = fn_gymnosperm_4(X)
& fn_gymnosperm_4(X) = fn_gymnosperm_4(X)
& fn_gymnosperm_4(X) = fn_seed_1(fn_gnetophyta_36(X))
& fn_seed_1(fn_gnetophyta_36(X)) = fn_store_2(fn_gnetophyta_10(X))
& fn_store_2(fn_gnetophyta_10(X)) = fn_anabolic_pathway_5(fn_gnetophyta_59(X))
& fn_anabolic_pathway_5(fn_gnetophyta_59(X)) = fn_anabolic_pathway_5(fn_gnetophyta_59(X))
& fn_anabolic_pathway_5(fn_gnetophyta_59(X)) = fn_photosynthesis_37(fn_gnetophyta_59(X))
& fn_photosynthesis_37(fn_gnetophyta_59(X)) = fn_photosynthesis_37(fn_gnetophyta_59(X))
& fn_photosynthesis_37(fn_gnetophyta_59(X)) = fn_anabolic_pathway_5(fn_gnetophyta_59(X))
& fn_anabolic_pathway_5(fn_gnetophyta_59(X)) = fn_glycolysis_55(fn_gnetophyta_23(X))
& fn_glycolysis_55(fn_gnetophyta_23(X)) = fn_pyruvate_oxidation_85(fn_gnetophyta_25(X))
& fn_pyruvate_oxidation_85(fn_gnetophyta_25(X)) = fn_pyruvate_oxidation_85(fn_gnetophyta_25(X))
& fn_pyruvate_oxidation_85(fn_gnetophyta_25(X)) = fn_gymnosperm_8(X)
& fn_gymnosperm_8(X) = fn_metabolic_pathway_1(fn_gnetophyta_59(X))
& fn_metabolic_pathway_1(fn_gnetophyta_59(X)) = fn_gymnosperm_8(X)
& fn_gymnosperm_8(X) = fn_metabolic_pathway_1(fn_gnetophyta_44(X))
& fn_metabolic_pathway_1(fn_gnetophyta_44(X)) = fn_anabolic_pathway_3(fn_gnetophyta_59(X))
& fn_anabolic_pathway_3(fn_gnetophyta_59(X)) = fn_glucose_2(fn_gnetophyta_46(X))
& fn_glucose_2(fn_gnetophyta_46(X)) = fn_glucose_2(fn_gnetophyta_46(X))
& fn_glucose_2(fn_gnetophyta_46(X)) = fn_photosynthesis_25(fn_gnetophyta_59(X))
& fn_photosynthesis_25(fn_gnetophyta_59(X)) = fn_photosynthesis_25(fn_gnetophyta_59(X))
& fn_photosynthesis_25(fn_gnetophyta_59(X)) = fn_store_1(fn_gnetophyta_10(X))
& fn_store_1(fn_gnetophyta_10(X)) = fn_photosynthesis_40(fn_gnetophyta_59(X))
& fn_photosynthesis_40(fn_gnetophyta_59(X)) = fn_photosynthesis_40(fn_gnetophyta_59(X))
& fn_photosynthesis_40(fn_gnetophyta_59(X)) = fn_exergonic_reaction_6(fn_gnetophyta_25(X))
& fn_exergonic_reaction_6(fn_gnetophyta_25(X)) = fn_glycolysis_108(fn_gnetophyta_23(X))
& fn_glycolysis_108(fn_gnetophyta_23(X)) = fn_glycolysis_108(fn_gnetophyta_23(X))
& fn_glycolysis_108(fn_gnetophyta_23(X)) = fn_pyruvate_oxidation_7(fn_gnetophyta_25(X))
& fn_pyruvate_oxidation_3(fn_gnetophyta_25(X)) = fn_pyruvate_oxidation_7(fn_gnetophyta_25(X))
& fn_pyruvate_oxidation_7(fn_gnetophyta_25(X)) = fn_pyruvate_oxidation_3(fn_gnetophyta_25(X))
& fn_pyruvate_oxidation_3(fn_gnetophyta_25(X)) = fn_eukaryotic_cellular_respiration_68(fn_gnetophyta_44(X))
& fn_eukaryotic_cellular_respiration_68(fn_gnetophyta_44(X)) = fn_eukaryotic_cellular_respiration_68(fn_gnetophyta_44(X))
& fn_eukaryotic_cellular_respiration_68(fn_gnetophyta_44(X)) = fn_photosynthesis_38(fn_gnetophyta_59(X))
& fn_photosynthesis_38(fn_gnetophyta_59(X)) = fn_photosynthesis_38(fn_gnetophyta_59(X))
& fn_photosynthesis_38(fn_gnetophyta_59(X)) = fn_eukaryotic_cellular_respiration_62(fn_gnetophyta_44(X))
& fn_eukaryotic_cellular_respiration_62(fn_gnetophyta_44(X)) = fn_eukaryotic_cellular_respiration_62(fn_gnetophyta_44(X))
& fn_eukaryotic_cellular_respiration_62(fn_gnetophyta_44(X)) = fn_cellular_respiration_63(fn_gnetophyta_44(X))
& fn_cellular_respiration_63(fn_gnetophyta_44(X)) = fn_eukaryotic_cellular_respiration_96(fn_gnetophyta_44(X))
& fn_eukaryotic_cellular_respiration_96(fn_gnetophyta_44(X)) = fn_eukaryotic_cellular_respiration_96(fn_gnetophyta_44(X))
& fn_eukaryotic_cellular_respiration_96(fn_gnetophyta_44(X)) = fn_plant_cell_59(fn_gnetophyta_64(X))
& fn_plant_cell_59(fn_gnetophyta_64(X)) = fn_plant_cell_59(fn_gnetophyta_64(X))
& fn_plant_cell_59(fn_gnetophyta_64(X)) = fn_eukaryotic_cellular_respiration_101(fn_gnetophyta_44(X))
& fn_eukaryotic_cellular_respiration_101(fn_gnetophyta_44(X)) = fn_glycolysis_74(fn_gnetophyta_23(X))
& fn_glycolysis_74(fn_gnetophyta_23(X)) = fn_exergonic_reaction_11(fn_gnetophyta_25(X))
& fn_exergonic_reaction_11(fn_gnetophyta_25(X)) = fn_glycolysis_74(fn_gnetophyta_23(X))
& fn_glycolysis_74(fn_gnetophyta_23(X)) = fn_glycolysis_74(fn_gnetophyta_23(X))
& fn_glycolysis_74(fn_gnetophyta_23(X)) = fn_pyruvate_oxidation_84(fn_gnetophyta_25(X))
& fn_pyruvate_oxidation_84(fn_gnetophyta_25(X)) = fn_pyruvate_oxidation_84(fn_gnetophyta_25(X))
& fn_eukaryotic_cellular_respiration_42(fn_gnetophyta_44(X)) = fn_pyruvate_oxidation_84(fn_gnetophyta_25(X))
& fn_pyruvate_oxidation_84(fn_gnetophyta_25(X)) = fn_eukaryotic_cellular_respiration_42(fn_gnetophyta_44(X))
& fn_eukaryotic_cellular_respiration_42(fn_gnetophyta_44(X)) = fn_eukaryotic_cellular_respiration_42(fn_gnetophyta_44(X))
& fn_eukaryotic_cellular_respiration_111(fn_gnetophyta_44(X)) = fn_eukaryotic_cellular_respiration_42(fn_gnetophyta_44(X))
& fn_eukaryotic_cellular_respiration_42(fn_gnetophyta_44(X)) = fn_eukaryotic_cellular_respiration_111(fn_gnetophyta_44(X))
& fn_eukaryotic_cellular_respiration_111(fn_gnetophyta_44(X)) = fn_eukaryotic_cellular_respiration_111(fn_gnetophyta_44(X))
& fn_eukaryotic_cellular_respiration_111(fn_gnetophyta_44(X)) = fn_plant_cell_63(fn_gnetophyta_64(X))
& fn_plant_cell_63(fn_gnetophyta_64(X)) = fn_eukaryotic_cell_23(fn_gnetophyta_64(X))
& fn_eukaryotic_cell_23(fn_gnetophyta_64(X)) = fn_plant_cell_63(fn_gnetophyta_64(X))
& fn_plant_cell_63(fn_gnetophyta_64(X)) = fn_plant_cell_63(fn_gnetophyta_64(X)) ) ) ).
fof(a529953,axiom,
! [X] :
( go_through_1(X)
=> ( original_name_2(X,'Go-Through')
& concept2words_2(X,'go through')
& concept2words_2(X,go_through)
& concept2words_2(X,go)
& concept2words_2(X,'go-through')
& move_through_1(X)
& locomotion_1(X) ) ) ).
fof(a529954,axiom,
! [X] :
( go_to_1(X)
=> ( original_name_2(X,'Go-To')
& concept2words_2(X,travel)
& concept2words_2(X,locomote)
& concept2words_2(X,go)
& concept2words_2(X,move)
& concept2words_2(X,reach)
& concept2words_2(X,'move to')
& concept2words_2(X,'go to')
& concept2words_2(X,'go-to')
& locomotion_1(X)
& spatial_entity_1(fn_go_to_1(X))
& destination_2(X,fn_go_to_1(X)) ) ) ).
fof(a529955,axiom,
! [X] :
( goal_1(X)
=> ( original_name_2(X,'Goal')
& concept2words_2(X,goal)
& concept2words_2(X,end)
& concept2words_2(X,finish)
& concept2words_2(X,destination)
& concept2words_2(X,behavior)
& event_1(X) ) ) ).
fof(a529956,axiom,
! [X] :
( goiter_1(X)
=> ( original_name_2(X,'Goiter')
& user_description_2(X,'Medical condition in which the thyroid gland becomes enlarged.')
& concept2words_2(X,goiter)
& disease_1(X) ) ) ).
fof(a529957,axiom,
! [X] :
( gold_1(X)
=> ( original_name_2(X,'Gold')
& user_description_2(X,'Gold is a metal atom with atomic number 79. It is represented by the symbol Au.')
& concept2words_2(X,gold)
& concept2words_2(X,'Au')
& metal_atom_1(X)
& neutron_1(fn_gold_3(X))
& atomic_mass_value_1(fn_gold_4(X))
& electronegativity_value_1(fn_gold_5(X))
& valence_electron_1(fn_gold_9(X))
& atomic_weight_value_1(fn_gold_10(X))
& atomic_number_value_1(fn_gold_11(X))
& quantity_value_1(fn_gold_12(X))
& electronegativity_2(X,fn_gold_5(X))
& mass_number_2(X,fn_gold_4(X))
& exactCardinality(X,has_part_0,"118",neutron_0)
& exactCardinality(X,has_part_0,"79",proton_0)
& exactCardinality(X,has_part_0,"79",electron_0)
& has_part_2(X,fn_gold_3(X))
& the_cardinal_value_2(fn_gold_12(X),"11")
& cardinal_unit_class_2(fn_gold_12(X),unity_0)
& the_cardinal_value_2(fn_gold_5(X),"2.54")
& cardinal_unit_class_2(fn_gold_5(X),unity_0)
& the_cardinal_value_2(fn_gold_4(X),"197")
& cardinal_unit_class_2(fn_gold_4(X),unity_0)
& the_cardinal_value_2(fn_gold_11(X),"79")
& cardinal_unit_class_2(fn_gold_11(X),unity_0)
& the_cardinal_value_2(fn_gold_10(X),"197")
& cardinal_unit_class_2(fn_gold_10(X),dalton_0)
& atomic_number_2(X,fn_gold_11(X))
& atomic_weight_2(X,fn_gold_10(X))
& has_part_2(X,fn_gold_9(X))
& quantity_2(fn_gold_9(X),fn_gold_12(X))
& fn_gold_7(X) = fn_atom_12(X)
& fn_gold_11(X) = fn_atom_17(X)
& fn_gold_8(X) = fn_atom_13(X)
& fn_gold_10(X) = fn_atom_16(X)
& fn_gold_6(X) = fn_atom_1(X)
& fn_gold_12(X) = fn_atom_5(X)
& fn_gold_9(X) = fn_atom_14(X) ) ) ).
fof(a529958,axiom,
! [X] :
( golden_alga_1(X)
=> ( original_name_2(X,'Golden-Alga')
& user_description_2(X,'A biflagellated, photosynthetic protist named for its color, which results from its yellow and brown carotenoids.')
& concept2words_2(X,'golden alga')
& concept2words_2(X,'golden-alga')
& stramenopile_1(X)
& ~ brown_alga_1(X) ) ) ).
fof(a529959,axiom,
! [X] :
( golgi_apparatus_1(X)
=> ( original_name_2(X,'Golgi-Apparatus')
& user_description_2(X,'The Golgi apparatus is an organelle found in most eukaryotic cells.The primary function of the Golgi apparatus is to synthesize, process, store and package macromolecules, such as proteins and lipids. It is a part of the cellular endomembrane system.. Golgi consists of cisternae arranged as stacks but physically unconnected')
& concept2words_2(X,golgi)
& concept2words_2(X,'golgi complex')
& concept2words_2(X,'golgi-complex')
& concept2words_2(X,'golgi bodies')
& concept2words_2(X,'golgi-bodies')
& concept2words_2(X,dictyosome)
& concept2words_2(X,'apparatus of golgi')
& concept2words_2(X,'golgi apparatus')
& concept2words_2(X,'golgi-apparatus')
& organelle_1(X)
& ~ endoplasmic_reticulum_1(X)
& ~ mitochondrion_1(X)
& ~ nucleus_1(X)
& ~ plastid_1(X)
& ~ vesicle_1(X)
& microtubule_1(fn_golgi_apparatus_1(X))
& synthesis_of_endomembranous_system_membrane_1(fn_golgi_apparatus_2(X))
& change_1(fn_golgi_apparatus_3(X))
& shape_value_1(fn_golgi_apparatus_4(X))
& biomembrane_1(fn_golgi_apparatus_6(X))
& shape_value_1(fn_golgi_apparatus_7(X))
& receive_1(fn_golgi_apparatus_9(X))
& organic_molecule_1(fn_golgi_apparatus_12(X))
& organic_molecule_1(fn_golgi_apparatus_13(X))
& organic_molecule_1(fn_golgi_apparatus_14(X))
& eukaryotic_chromosome_1(fn_golgi_apparatus_15(X))
& chromosome_1(fn_golgi_apparatus_15(X))
& produce_1(fn_golgi_apparatus_16(X))
& monomer_1(fn_golgi_apparatus_17(X))
& polypeptide_1(fn_golgi_apparatus_17(X))
& chemical_entity_1(fn_golgi_apparatus_18(X))
& carbohydrate_side_chain_1(fn_golgi_apparatus_18(X))
& surface_1(fn_golgi_apparatus_19(X))
& synthesis_reaction_1(fn_golgi_apparatus_20(X))
& chemical_reaction_1(fn_golgi_apparatus_20(X))
& polymer_1(fn_golgi_apparatus_21(X))
& tangible_entity_1(fn_golgi_apparatus_22(X))
& cell_1(fn_golgi_apparatus_22(X))
& eukaryotic_cell_1(fn_golgi_apparatus_22(X))
& exocytosis_1(fn_golgi_apparatus_23(X))
& carry_1(fn_golgi_apparatus_24(X))
& move_1(fn_golgi_apparatus_24(X))
& secretion_1(fn_golgi_apparatus_25(X))
& tangible_entity_1(fn_golgi_apparatus_26(X))
& protein_1(fn_golgi_apparatus_26(X))
& add_1(fn_golgi_apparatus_27(X))
& protein_enzyme_1(fn_golgi_apparatus_28(X))
& chemical_entity_1(fn_golgi_apparatus_29(X))
& receive_1(fn_golgi_apparatus_30(X))
& trans_face_1(fn_golgi_apparatus_31(X))
& cisterna_1(fn_golgi_apparatus_32(X))
& cis_face_1(fn_golgi_apparatus_33(X))
& distinguishing_1(fn_golgi_apparatus_34(X))
& synthesis_reaction_1(fn_golgi_apparatus_35(X))
& lysosomal_enzyme_1(fn_golgi_apparatus_36(X))
& entity_1(fn_golgi_apparatus_37(X))
& spatial_entity_1(fn_golgi_apparatus_37(X))
& protein_1(fn_golgi_apparatus_37(X))
& chemical_entity_1(fn_golgi_apparatus_37(X))
& polymer_1(fn_golgi_apparatus_37(X))
& amphipathic_molecule_1(fn_golgi_apparatus_37(X))
& glycoprotein_1(fn_golgi_apparatus_37(X))
& polypeptide_1(fn_golgi_apparatus_38(X))
& protein_1(fn_golgi_apparatus_39(X))
& create_1(fn_golgi_apparatus_40(X))
& produce_1(fn_golgi_apparatus_40(X))
& entity_1(fn_golgi_apparatus_41(X))
& spatial_entity_1(fn_golgi_apparatus_41(X))
& tangible_entity_1(fn_golgi_apparatus_41(X))
& transport_vesicle_1(fn_golgi_apparatus_41(X))
& deliver_1(fn_golgi_apparatus_42(X))
& transfer_1(fn_golgi_apparatus_42(X))
& chemical_entity_1(fn_golgi_apparatus_43(X))
& carbohydrate_side_chain_1(fn_golgi_apparatus_43(X))
& chemical_entity_1(fn_golgi_apparatus_44(X))
& phosphate_group_1(fn_golgi_apparatus_45(X))
& add_1(fn_golgi_apparatus_46(X))
& segregate_1(fn_golgi_apparatus_47(X))
& move_1(fn_golgi_apparatus_48(X))
& product_1(fn_golgi_apparatus_49(X))
& biomembrane_1(fn_golgi_apparatus_50(X))
& create_1(fn_golgi_apparatus_51(X))
& produce_1(fn_golgi_apparatus_51(X))
& spatial_entity_1(fn_golgi_apparatus_52(X))
& tangible_entity_1(fn_golgi_apparatus_52(X))
& biomembrane_1(fn_golgi_apparatus_52(X))
& fusion_1(fn_golgi_apparatus_53(X))
& deliver_1(fn_golgi_apparatus_54(X))
& lysosomal_enzyme_1(fn_golgi_apparatus_55(X))
& polysaccharide_1(fn_golgi_apparatus_56(X))
& protein_1(fn_golgi_apparatus_57(X))
& chemical_entity_1(fn_golgi_apparatus_58(X))
& polymer_1(fn_golgi_apparatus_58(X))
& glycoprotein_1(fn_golgi_apparatus_58(X))
& aqueous_solution_1(fn_golgi_apparatus_59(X))
& chemical_reaction_1(fn_golgi_apparatus_60(X))
& chemical_reaction_1(fn_golgi_apparatus_61(X))
& chemical_reaction_1(fn_golgi_apparatus_62(X))
& chemical_reaction_1(fn_golgi_apparatus_63(X))
& chemical_reaction_1(fn_golgi_apparatus_64(X))
& endoplasmic_reticulum_1(fn_golgi_apparatus_65(X))
& rough_endoplasmic_reticulum_1(fn_golgi_apparatus_65(X))
& detach_1(fn_golgi_apparatus_66(X))
& attach_1(fn_golgi_apparatus_67(X))
& replace_1(fn_golgi_apparatus_68(X))
& remove_1(fn_golgi_apparatus_69(X))
& synthesis_reaction_1(fn_golgi_apparatus_70(X))
& metabolic_pathway_1(fn_golgi_apparatus_70(X))
& translation_1(fn_golgi_apparatus_70(X))
& anabolic_pathway_1(fn_golgi_apparatus_70(X))
& polymer_synthesis_1(fn_golgi_apparatus_70(X))
& attach_1(fn_golgi_apparatus_71(X))
& change_1(fn_golgi_apparatus_72(X))
& post_translational_modification_1(fn_golgi_apparatus_72(X))
& move_1(fn_golgi_apparatus_73(X))
& transfer_1(fn_golgi_apparatus_74(X))
& move_1(fn_golgi_apparatus_75(X))
& store_1(fn_golgi_apparatus_76(X))
& move_1(fn_golgi_apparatus_77(X))
& aqueous_solution_1(fn_golgi_apparatus_78(X))
& biomembrane_1(fn_golgi_apparatus_79(X))
& leave_1(fn_golgi_apparatus_80(X))
& make_contact_1(fn_golgi_apparatus_81(X))
& spatial_entity_1(fn_golgi_apparatus_82(X))
& biomembrane_1(fn_golgi_apparatus_82(X))
& plasma_membrane_1(fn_golgi_apparatus_82(X))
& carry_1(fn_golgi_apparatus_83(X))
& spatial_entity_1(fn_golgi_apparatus_84(X))
& membrane_protein_1(fn_golgi_apparatus_84(X))
& attach_1(fn_golgi_apparatus_85(X))
& volume_value_1(fn_golgi_apparatus_86(X))
& size_value_1(fn_golgi_apparatus_87(X))
& synthesis_of_atp_1(fn_golgi_apparatus_88(X))
& synthesis_reaction_1(fn_golgi_apparatus_89(X))
& metabolic_pathway_1(fn_golgi_apparatus_89(X))
& chemical_reaction_1(fn_golgi_apparatus_89(X))
& anabolic_pathway_1(fn_golgi_apparatus_89(X))
& synthesis_of_lipid_1(fn_golgi_apparatus_89(X))
& tangible_entity_1(fn_golgi_apparatus_90(X))
& nucleus_1(fn_golgi_apparatus_90(X))
& substance_1(fn_golgi_apparatus_91(X))
& cytosol_1(fn_golgi_apparatus_91(X))
& protein_enzyme_1(fn_golgi_apparatus_92(X))
& smooth_endoplasmic_reticulum_1(fn_golgi_apparatus_93(X))
& anabolic_pathway_1(fn_golgi_apparatus_94(X))
& synthesis_of_protein_1(fn_golgi_apparatus_94(X))
& synthesis_of_membrane_protein_1(fn_golgi_apparatus_94(X))
& receive_1(fn_golgi_apparatus_95(X))
& transfer_1(fn_golgi_apparatus_96(X))
& biological_region_1(fn_golgi_apparatus_97(X))
& biomembrane_1(fn_golgi_apparatus_98(X))
& spatial_entity_1(fn_golgi_apparatus_98(X))
& move_out_of_1(fn_golgi_apparatus_99(X))
& fusion_1(fn_golgi_apparatus_100(X))
& add_1(fn_golgi_apparatus_100(X))
& transport_vesicle_1(fn_golgi_apparatus_101(X))
& hydrophilic_region_1(fn_golgi_apparatus_102(X))
& surface_1(fn_golgi_apparatus_103(X))
& monomer_1(fn_golgi_apparatus_104(X))
& organic_molecule_1(fn_golgi_apparatus_104(X))
& polypeptide_1(fn_golgi_apparatus_104(X))
& hydrogen_1(fn_golgi_apparatus_105(X))
& eukaryotic_cell_1(fn_golgi_apparatus_106(X))
& release_1(fn_golgi_apparatus_107(X))
& spatial_entity_1(fn_add_1(fn_golgi_apparatus_46(X)))
& tangible_entity_1(fn_produce_1(fn_golgi_apparatus_16(X)))
& living_entity_1(fn_secretion_2(fn_golgi_apparatus_25(X)))
& spatial_entity_1(fn_cis_face_60(fn_golgi_apparatus_33(X)))
& membrane_protein_1(fn_cis_face_60(fn_golgi_apparatus_33(X)))
& synthesis_of_atp_1(fn_cis_face_37(fn_golgi_apparatus_33(X)))
& protein_enzyme_1(fn_cis_face_13(fn_golgi_apparatus_33(X)))
& synthesis_reaction_1(fn_cis_face_36(fn_golgi_apparatus_33(X)))
& metabolic_pathway_1(fn_cis_face_36(fn_golgi_apparatus_33(X)))
& chemical_reaction_1(fn_cis_face_36(fn_golgi_apparatus_33(X)))
& anabolic_pathway_1(fn_cis_face_36(fn_golgi_apparatus_33(X)))
& synthesis_of_lipid_1(fn_cis_face_36(fn_golgi_apparatus_33(X)))
& move_1(fn_cis_face_61(fn_golgi_apparatus_33(X)))
& aqueous_solution_1(fn_cis_face_31(fn_golgi_apparatus_33(X)))
& attach_1(fn_cis_face_16(fn_golgi_apparatus_33(X)))
& change_1(fn_cis_face_62(fn_golgi_apparatus_33(X)))
& post_translational_modification_1(fn_cis_face_62(fn_golgi_apparatus_33(X)))
& chemical_reaction_1(fn_cis_face_27(fn_golgi_apparatus_33(X)))
& deliver_1(fn_cis_face_28(fn_golgi_apparatus_33(X)))
& chemical_reaction_1(fn_cis_face_11(fn_golgi_apparatus_33(X)))
& receive_1(fn_cis_face_23(fn_golgi_apparatus_33(X)))
& synthesis_reaction_1(fn_cis_face_38(fn_golgi_apparatus_33(X)))
& metabolic_pathway_1(fn_cis_face_38(fn_golgi_apparatus_33(X)))
& translation_1(fn_cis_face_38(fn_golgi_apparatus_33(X)))
& anabolic_pathway_1(fn_cis_face_38(fn_golgi_apparatus_33(X)))
& polymer_synthesis_1(fn_cis_face_38(fn_golgi_apparatus_33(X)))
& anabolic_pathway_1(fn_cis_face_35(fn_golgi_apparatus_33(X)))
& synthesis_of_protein_1(fn_cis_face_35(fn_golgi_apparatus_33(X)))
& synthesis_of_membrane_protein_1(fn_cis_face_35(fn_golgi_apparatus_33(X)))
& chemical_reaction_1(fn_cis_face_10(fn_golgi_apparatus_33(X)))
& chemical_reaction_1(fn_cis_face_9(fn_golgi_apparatus_33(X)))
& protein_enzyme_1(fn_cis_face_32(fn_golgi_apparatus_33(X)))
& deliver_1(fn_cis_face_21(fn_golgi_apparatus_33(X)))
& move_1(fn_cis_face_51(fn_golgi_apparatus_33(X)))
& chemical_reaction_1(fn_cis_face_8(fn_golgi_apparatus_33(X)))
& trans_face_1(fn_cis_face_2(fn_golgi_apparatus_33(X)))
& add_1(fn_cis_face_52(fn_golgi_apparatus_33(X)))
& make_contact_1(fn_cis_face_57(fn_golgi_apparatus_33(X)))
& store_1(fn_cis_face_25(fn_golgi_apparatus_33(X)))
& cisterna_1(fn_cis_face_1(fn_golgi_apparatus_33(X)))
& segregate_1(fn_cis_face_5(fn_golgi_apparatus_33(X)))
& synthesis_reaction_1(fn_cis_face_7(fn_golgi_apparatus_33(X)))
& distinguishing_1(fn_cis_face_4(fn_golgi_apparatus_33(X)))
& synthesis_reaction_1(fn_cis_face_3(fn_golgi_apparatus_33(X)))
& transfer_1(fn_cis_face_20(fn_golgi_apparatus_33(X)))
& move_out_of_1(fn_cis_face_34(fn_golgi_apparatus_33(X)))
& carry_1(fn_cis_face_50(fn_golgi_apparatus_33(X)))
& move_1(fn_cis_face_50(fn_golgi_apparatus_33(X)))
& release_1(fn_cis_face_24(fn_golgi_apparatus_33(X)))
& biological_region_1(fn_cis_face_12(fn_golgi_apparatus_33(X)))
& polypeptide_1(fn_cis_face_47(fn_golgi_apparatus_33(X)))
& carry_1(fn_cis_face_48(fn_golgi_apparatus_33(X)))
& exocytosis_1(fn_cis_face_49(fn_golgi_apparatus_33(X)))
& produce_1(fn_cis_face_22(fn_golgi_apparatus_33(X)))
& fusion_1(fn_cis_face_58(fn_golgi_apparatus_33(X)))
& fusion_1(fn_cis_face_26(fn_golgi_apparatus_33(X)))
& receive_1(fn_cis_face_65(fn_golgi_apparatus_33(X)))
& receive_1(fn_cis_face_19(fn_golgi_apparatus_33(X)))
& property_node_1(fn_eukaryotic_cell_60(fn_golgi_apparatus_22(X)))
& property_node_1(fn_eukaryotic_cell_28(fn_golgi_apparatus_22(X)))
& size_value_1(fn_eukaryotic_cell_27(fn_golgi_apparatus_22(X)))
& volume_value_1(fn_eukaryotic_cell_59(fn_golgi_apparatus_22(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_golgi_apparatus_22(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_golgi_apparatus_22(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_golgi_apparatus_63(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_golgi_apparatus_63(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_golgi_apparatus_60(X)))
& entity_1(fn_transfer_1(fn_golgi_apparatus_42(X)))
& tangible_entity_1(fn_produce_1(fn_golgi_apparatus_51(X)))
& tangible_entity_1(fn_produce_1(fn_golgi_apparatus_40(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_golgi_apparatus_61(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_golgi_apparatus_61(X)))
& atom_1(fn_organic_molecule_2(fn_golgi_apparatus_104(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_golgi_apparatus_104(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_golgi_apparatus_20(X)))
& locomotion_1(fn_trans_face_4(fn_golgi_apparatus_31(X)))
& surface_1(fn_glycoprotein_14(fn_golgi_apparatus_58(X)))
& surface_1(fn_glycoprotein_14(fn_golgi_apparatus_37(X)))
& entity_1(fn_create_1(fn_golgi_apparatus_51(X)))
& tangible_entity_1(fn_product_1(fn_golgi_apparatus_49(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_golgi_apparatus_79(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_golgi_apparatus_79(X)))
& tangible_entity_1(fn_deliver_1(fn_golgi_apparatus_42(X)))
& spatial_entity_1(fn_cis_face_30(fn_golgi_apparatus_33(X)))
& tangible_entity_1(fn_cis_face_30(fn_golgi_apparatus_33(X)))
& biomembrane_1(fn_cis_face_30(fn_golgi_apparatus_33(X)))
& entity_1(fn_create_1(fn_golgi_apparatus_40(X)))
& entity_1(fn_cis_face_64(fn_golgi_apparatus_33(X)))
& spatial_entity_1(fn_cis_face_64(fn_golgi_apparatus_33(X)))
& tangible_entity_1(fn_cis_face_64(fn_golgi_apparatus_33(X)))
& transport_vesicle_1(fn_cis_face_64(fn_golgi_apparatus_33(X)))
& tangible_entity_1(fn_secretion_1(fn_golgi_apparatus_25(X)))
& protein_1(fn_cis_face_63(fn_golgi_apparatus_33(X)))
& substance_1(fn_cis_face_29(fn_golgi_apparatus_33(X)))
& cytosol_1(fn_cis_face_29(fn_golgi_apparatus_33(X)))
& substance_1(fn_eukaryotic_cell_42(fn_golgi_apparatus_22(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_golgi_apparatus_22(X)))
& entity_1(fn_cis_face_66(fn_golgi_apparatus_33(X)))
& spatial_entity_1(fn_cis_face_66(fn_golgi_apparatus_33(X)))
& tangible_entity_1(fn_cis_face_66(fn_golgi_apparatus_33(X)))
& golgi_apparatus_1(fn_cis_face_66(fn_golgi_apparatus_33(X)))
& organelle_1(fn_cis_face_66(fn_golgi_apparatus_33(X)))
& golgi_apparatus_1(fn_eukaryotic_cell_24(fn_golgi_apparatus_22(X)))
& attach_1(fn_cis_face_59(fn_golgi_apparatus_33(X)))
& attach_1(fn_eukaryotic_cell_16(fn_golgi_apparatus_22(X)))
& spatial_entity_1(fn_add_2(fn_golgi_apparatus_100(X)))
& spatial_entity_1(fn_cis_face_41(fn_golgi_apparatus_33(X)))
& biomembrane_1(fn_cis_face_41(fn_golgi_apparatus_33(X)))
& plasma_membrane_1(fn_cis_face_41(fn_golgi_apparatus_33(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_golgi_apparatus_22(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_golgi_apparatus_22(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_golgi_apparatus_22(X)))
& tangible_entity_1(fn_cis_face_40(fn_golgi_apparatus_33(X)))
& nucleus_1(fn_cis_face_40(fn_golgi_apparatus_33(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_golgi_apparatus_22(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_golgi_apparatus_22(X)))
& rough_endoplasmic_reticulum_1(fn_cis_face_42(fn_golgi_apparatus_33(X)))
& endoplasmic_reticulum_1(fn_cis_face_42(fn_golgi_apparatus_33(X)))
& rough_endoplasmic_reticulum_1(fn_eukaryotic_cell_19(fn_golgi_apparatus_22(X)))
& smooth_endoplasmic_reticulum_1(fn_cis_face_39(fn_golgi_apparatus_33(X)))
& smooth_endoplasmic_reticulum_1(fn_eukaryotic_cell_20(fn_golgi_apparatus_22(X)))
& cell_1(fn_synthesis_of_protein_11(fn_golgi_apparatus_94(X)))
& tangible_entity_1(fn_cis_face_33(fn_golgi_apparatus_33(X)))
& eukaryotic_cell_1(fn_cis_face_33(fn_golgi_apparatus_33(X)))
& cell_1(fn_cis_face_33(fn_golgi_apparatus_33(X)))
& spatial_entity_1(fn_move_1(fn_golgi_apparatus_77(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_golgi_apparatus_64(X)))
& spatial_entity_1(fn_add_2(fn_golgi_apparatus_46(X)))
& entity_1(fn_segregate_1(fn_golgi_apparatus_47(X)))
& produce_1(fn_product_2(fn_golgi_apparatus_49(X)))
& produce_1(fn_cis_face_6(fn_golgi_apparatus_33(X)))
& biomembrane_1(fn_transport_vesicle_6(fn_golgi_apparatus_101(X)))
& spatial_entity_1(fn_add_1(fn_golgi_apparatus_100(X)))
& monomer_1(fn_polymer_6(fn_golgi_apparatus_37(X)))
& monomer_1(fn_glycoprotein_3(fn_golgi_apparatus_37(X)))
& polypeptide_1(fn_glycoprotein_2(fn_golgi_apparatus_37(X)))
& monomer_1(fn_polymer_6(fn_golgi_apparatus_58(X)))
& monomer_1(fn_glycoprotein_3(fn_golgi_apparatus_58(X)))
& polypeptide_1(fn_glycoprotein_2(fn_golgi_apparatus_58(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_golgi_apparatus_62(X)))
& carbohydrate_side_chain_1(fn_glycoprotein_17(fn_golgi_apparatus_58(X)))
& hydrophilic_region_1(fn_amphipathic_molecule_1(fn_golgi_apparatus_37(X)))
& hydrophilic_region_1(fn_glycoprotein_18(fn_golgi_apparatus_37(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_golgi_apparatus_62(X)))
& carbohydrate_side_chain_1(fn_glycoprotein_17(fn_golgi_apparatus_37(X)))
& entity_1(fn_transfer_1(fn_golgi_apparatus_74(X)))
& spatial_entity_1(fn_attach_2(fn_golgi_apparatus_67(X)))
& spatial_entity_1(fn_replace_3(fn_golgi_apparatus_68(X)))
& spatial_entity_1(fn_detach_2(fn_golgi_apparatus_66(X)))
& spatial_entity_1(fn_remove_2(fn_golgi_apparatus_69(X)))
& spatial_entity_1(fn_move_1(fn_golgi_apparatus_73(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_golgi_apparatus_60(X)))
& entity_1(fn_cis_face_53(fn_golgi_apparatus_33(X)))
& spatial_entity_1(fn_cis_face_53(fn_golgi_apparatus_33(X)))
& protein_1(fn_cis_face_53(fn_golgi_apparatus_33(X)))
& glycoprotein_1(fn_cis_face_53(fn_golgi_apparatus_33(X)))
& polymer_1(fn_cis_face_53(fn_golgi_apparatus_33(X)))
& chemical_entity_1(fn_cis_face_53(fn_golgi_apparatus_33(X)))
& by_means_of_2(fn_golgi_apparatus_25(X),fn_golgi_apparatus_24(X))
& shape_2(fn_golgi_apparatus_32(X),fn_golgi_apparatus_7(X))
& has_part_2(fn_golgi_apparatus_32(X),fn_golgi_apparatus_6(X))
& by_means_of_2(fn_golgi_apparatus_34(X),fn_golgi_apparatus_46(X))
& object_2(fn_golgi_apparatus_34(X),fn_golgi_apparatus_44(X))
& minCardinality(X,has_part_0,"1",cisterna_0)
& shape_2(X,fn_golgi_apparatus_4(X))
& path_2(fn_golgi_apparatus_48(X),fn_golgi_apparatus_1(X))
& subevent_2(fn_golgi_apparatus_2(X),fn_golgi_apparatus_53(X))
& result_2(fn_golgi_apparatus_2(X),fn_golgi_apparatus_52(X))
& fn_golgi_apparatus_52(X) != fn_golgi_apparatus_79(X)
& fn_golgi_apparatus_59(X) != fn_golgi_apparatus_78(X)
& has_function_2(fn_golgi_apparatus_65(X),fn_golgi_apparatus_16(X))
& subevent_2(fn_golgi_apparatus_3(X),fn_golgi_apparatus_69(X))
& subevent_2(fn_golgi_apparatus_3(X),fn_golgi_apparatus_68(X))
& next_event_2(fn_golgi_apparatus_66(X),fn_golgi_apparatus_67(X))
& called_2(fn_golgi_apparatus_66(X),'RemoveOld')
& called_2(fn_golgi_apparatus_67(X),'AttachNew')
& subevent_2(fn_golgi_apparatus_68(X),fn_golgi_apparatus_66(X))
& subevent_2(fn_golgi_apparatus_68(X),fn_golgi_apparatus_67(X))
& first_subevent_2(fn_golgi_apparatus_68(X),fn_golgi_apparatus_66(X))
& next_event_2(fn_golgi_apparatus_72(X),fn_golgi_apparatus_74(X))
& next_event_2(fn_golgi_apparatus_73(X),fn_golgi_apparatus_3(X))
& next_event_2(fn_golgi_apparatus_74(X),fn_golgi_apparatus_73(X))
& the_categorical_value_2(fn_golgi_apparatus_4(X),hollow_volume_0)
& destination_2(fn_golgi_apparatus_77(X),fn_golgi_apparatus_31(X))
& origin_2(fn_golgi_apparatus_77(X),fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_78(X) != fn_golgi_apparatus_59(X)
& fn_golgi_apparatus_79(X) != fn_golgi_apparatus_52(X)
& the_categorical_value_2(fn_golgi_apparatus_7(X),disc_like_0)
& instrument_2(fn_golgi_apparatus_96(X),fn_golgi_apparatus_101(X))
& object_2(fn_golgi_apparatus_74(X),fn_golgi_apparatus_37(X))
& base_2(fn_golgi_apparatus_67(X),fn_golgi_apparatus_37(X))
& base_2(fn_golgi_apparatus_68(X),fn_golgi_apparatus_37(X))
& base_2(fn_golgi_apparatus_66(X),fn_golgi_apparatus_37(X))
& base_2(fn_golgi_apparatus_69(X),fn_golgi_apparatus_37(X))
& object_2(fn_golgi_apparatus_73(X),fn_golgi_apparatus_37(X))
& object_2(fn_golgi_apparatus_77(X),fn_golgi_apparatus_56(X))
& object_2(fn_golgi_apparatus_25(X),fn_golgi_apparatus_26(X))
& object_2(fn_golgi_apparatus_46(X),fn_golgi_apparatus_45(X))
& raw_material_2(fn_golgi_apparatus_16(X),fn_golgi_apparatus_13(X))
& base_2(fn_golgi_apparatus_46(X),fn_golgi_apparatus_44(X))
& base_2(fn_golgi_apparatus_25(X),fn_golgi_apparatus_106(X))
& base_2(fn_golgi_apparatus_94(X),fn_golgi_apparatus_22(X))
& plays_2(fn_golgi_apparatus_50(X),fn_golgi_apparatus_49(X))
& result_2(fn_golgi_apparatus_51(X),fn_golgi_apparatus_50(X))
& is_between_2(fn_golgi_apparatus_79(X),fn_golgi_apparatus_78(X))
& has_part_2(fn_golgi_apparatus_101(X),fn_golgi_apparatus_98(X))
& site_2(fn_golgi_apparatus_61(X),X)
& object_2(fn_golgi_apparatus_76(X),fn_golgi_apparatus_37(X))
& agent_2(fn_golgi_apparatus_51(X),X)
& is_inside_2(fn_golgi_apparatus_90(X),fn_golgi_apparatus_91(X))
& enables_2(fn_golgi_apparatus_48(X),fn_golgi_apparatus_53(X))
& site_2(fn_golgi_apparatus_94(X),fn_golgi_apparatus_65(X))
& path_2(fn_golgi_apparatus_99(X),fn_golgi_apparatus_97(X))
& is_at_2(fn_golgi_apparatus_84(X),fn_golgi_apparatus_82(X))
& object_2(fn_golgi_apparatus_85(X),fn_golgi_apparatus_84(X))
& site_2(fn_golgi_apparatus_89(X),fn_golgi_apparatus_93(X))
& base_2(fn_golgi_apparatus_89(X),fn_golgi_apparatus_22(X))
& result_2(fn_golgi_apparatus_40(X),fn_golgi_apparatus_41(X))
& agent_2(fn_golgi_apparatus_83(X),fn_golgi_apparatus_41(X))
& next_event_2(fn_golgi_apparatus_83(X),fn_golgi_apparatus_81(X))
& site_2(fn_golgi_apparatus_42(X),fn_golgi_apparatus_31(X))
& enables_2(fn_golgi_apparatus_53(X),fn_golgi_apparatus_42(X))
& base_2(fn_golgi_apparatus_53(X),fn_golgi_apparatus_52(X))
& base_2(fn_golgi_apparatus_27(X),fn_golgi_apparatus_52(X))
& result_2(fn_golgi_apparatus_70(X),fn_golgi_apparatus_37(X))
& next_event_2(fn_golgi_apparatus_70(X),fn_golgi_apparatus_71(X))
& next_event_2(fn_golgi_apparatus_71(X),fn_golgi_apparatus_75(X))
& object_2(fn_golgi_apparatus_75(X),fn_golgi_apparatus_37(X))
& object_2(fn_golgi_apparatus_54(X),fn_golgi_apparatus_37(X))
& is_inside_2(fn_golgi_apparatus_93(X),fn_golgi_apparatus_91(X))
& has_function_2(fn_golgi_apparatus_93(X),fn_golgi_apparatus_89(X))
& agent_2(fn_golgi_apparatus_89(X),fn_golgi_apparatus_92(X))
& agent_2(fn_golgi_apparatus_88(X),fn_golgi_apparatus_92(X))
& base_2(fn_golgi_apparatus_88(X),fn_golgi_apparatus_22(X))
& has_region_2(X,fn_golgi_apparatus_31(X))
& site_2(fn_golgi_apparatus_40(X),fn_golgi_apparatus_31(X))
& agent_2(fn_golgi_apparatus_40(X),X)
& site_2(fn_golgi_apparatus_60(X),X)
& raw_material_2(fn_golgi_apparatus_60(X),fn_golgi_apparatus_37(X))
& subevent_2(fn_golgi_apparatus_94(X),fn_golgi_apparatus_70(X))
& site_2(fn_golgi_apparatus_70(X),fn_golgi_apparatus_65(X))
& site_2(fn_golgi_apparatus_72(X),fn_golgi_apparatus_65(X))
& next_event_2(fn_golgi_apparatus_75(X),fn_golgi_apparatus_72(X))
& site_2(fn_golgi_apparatus_75(X),fn_golgi_apparatus_65(X))
& enables_2(fn_golgi_apparatus_34(X),fn_golgi_apparatus_47(X))
& site_2(fn_golgi_apparatus_34(X),X)
& has_part_2(X,fn_golgi_apparatus_52(X))
& is_between_2(fn_golgi_apparatus_52(X),fn_golgi_apparatus_59(X))
& has_part_2(X,fn_golgi_apparatus_59(X))
& subevent_2(fn_golgi_apparatus_94(X),fn_golgi_apparatus_72(X))
& object_2(fn_golgi_apparatus_72(X),fn_golgi_apparatus_37(X))
& result_2(fn_golgi_apparatus_71(X),fn_golgi_apparatus_37(X))
& site_2(fn_golgi_apparatus_71(X),fn_golgi_apparatus_65(X))
& is_inside_2(fn_golgi_apparatus_65(X),fn_golgi_apparatus_91(X))
& object_2(fn_golgi_apparatus_30(X),fn_golgi_apparatus_37(X))
& is_inside_2(fn_golgi_apparatus_37(X),fn_golgi_apparatus_41(X))
& agent_2(fn_golgi_apparatus_54(X),fn_golgi_apparatus_41(X))
& donor_2(fn_golgi_apparatus_54(X),X)
& has_function_2(X,fn_golgi_apparatus_60(X))
& donor_2(fn_golgi_apparatus_95(X),fn_golgi_apparatus_65(X))
& recipient_2(fn_golgi_apparatus_95(X),X)
& has_function_2(X,fn_golgi_apparatus_62(X))
& site_2(fn_golgi_apparatus_62(X),X)
& has_function_2(X,fn_golgi_apparatus_107(X))
& recipient_2(fn_golgi_apparatus_30(X),X)
& donor_2(fn_golgi_apparatus_30(X),fn_golgi_apparatus_65(X))
& has_function_2(fn_golgi_apparatus_65(X),fn_golgi_apparatus_94(X))
& first_subevent_2(fn_golgi_apparatus_94(X),fn_golgi_apparatus_70(X))
& base_2(fn_golgi_apparatus_70(X),fn_golgi_apparatus_22(X))
& object_2(fn_golgi_apparatus_96(X),fn_golgi_apparatus_28(X))
& has_part_2(X,fn_golgi_apparatus_28(X))
& has_function_2(X,fn_golgi_apparatus_63(X))
& site_2(fn_golgi_apparatus_63(X),X)
& has_function_2(X,fn_golgi_apparatus_61(X))
& object_2(fn_golgi_apparatus_23(X),fn_golgi_apparatus_38(X))
& is_inside_2(fn_golgi_apparatus_38(X),fn_golgi_apparatus_41(X))
& object_2(fn_golgi_apparatus_48(X),fn_golgi_apparatus_41(X))
& next_event_2(fn_golgi_apparatus_48(X),fn_golgi_apparatus_42(X))
& recipient_2(fn_golgi_apparatus_42(X),fn_golgi_apparatus_52(X))
& site_2(fn_golgi_apparatus_96(X),fn_golgi_apparatus_31(X))
& is_between_2(fn_golgi_apparatus_32(X),fn_golgi_apparatus_31(X))
& has_part_2(X,fn_golgi_apparatus_32(X))
& has_function_2(X,fn_golgi_apparatus_64(X))
& site_2(fn_golgi_apparatus_64(X),X)
& subevent_2(fn_golgi_apparatus_23(X),fn_golgi_apparatus_81(X))
& base_2(fn_golgi_apparatus_81(X),fn_golgi_apparatus_82(X))
& path_2(fn_golgi_apparatus_23(X),fn_golgi_apparatus_82(X))
& instrument_2(fn_golgi_apparatus_23(X),fn_golgi_apparatus_41(X))
& object_2(fn_golgi_apparatus_27(X),fn_golgi_apparatus_41(X))
& recipient_2(fn_golgi_apparatus_96(X),fn_golgi_apparatus_32(X))
& is_between_2(fn_golgi_apparatus_32(X),fn_golgi_apparatus_33(X))
& has_region_2(X,fn_golgi_apparatus_33(X))
& has_function_2(X,fn_golgi_apparatus_76(X))
& base_2(fn_golgi_apparatus_76(X),X)
& fn_golgi_apparatus_20(X) != fn_golgi_apparatus_35(X)
& has_function_2(X,fn_golgi_apparatus_20(X))
& has_function_2(X,fn_golgi_apparatus_47(X))
& site_2(fn_golgi_apparatus_47(X),X)
& has_function_2(X,fn_golgi_apparatus_51(X))
& fn_golgi_apparatus_35(X) != fn_golgi_apparatus_20(X)
& enables_2(fn_golgi_apparatus_96(X),fn_golgi_apparatus_100(X))
& donor_2(fn_golgi_apparatus_96(X),X)
& has_function_2(X,fn_golgi_apparatus_35(X))
& site_2(fn_golgi_apparatus_35(X),X)
& has_function_2(X,fn_golgi_apparatus_34(X))
& has_part_2(fn_golgi_apparatus_22(X),fn_golgi_apparatus_41(X))
& base_2(fn_golgi_apparatus_99(X),fn_golgi_apparatus_22(X))
& enables_2(fn_golgi_apparatus_100(X),fn_golgi_apparatus_99(X))
& base_2(fn_golgi_apparatus_100(X),fn_golgi_apparatus_82(X))
& has_function_2(fn_golgi_apparatus_82(X),fn_golgi_apparatus_23(X))
& base_2(fn_golgi_apparatus_107(X),X)
& object_2(fn_golgi_apparatus_107(X),fn_golgi_apparatus_26(X))
& object_2(fn_golgi_apparatus_24(X),fn_golgi_apparatus_26(X))
& agent_2(fn_golgi_apparatus_24(X),fn_golgi_apparatus_41(X))
& has_function_2(fn_golgi_apparatus_41(X),fn_golgi_apparatus_83(X))
& first_subevent_2(fn_golgi_apparatus_23(X),fn_golgi_apparatus_40(X))
& subevent_2(fn_golgi_apparatus_23(X),fn_golgi_apparatus_83(X))
& object_2(fn_golgi_apparatus_83(X),fn_golgi_apparatus_38(X))
& is_outside_2(fn_golgi_apparatus_38(X),fn_golgi_apparatus_22(X))
& has_region_2(fn_golgi_apparatus_22(X),fn_golgi_apparatus_97(X))
& enables_2(fn_golgi_apparatus_53(X),fn_golgi_apparatus_30(X))
& base_2(fn_golgi_apparatus_53(X),X)
& has_function_2(X,fn_golgi_apparatus_40(X))
& fn_golgi_apparatus_100(X) != fn_golgi_apparatus_53(X)
& fn_golgi_apparatus_53(X) != fn_golgi_apparatus_100(X)
& site_2(fn_golgi_apparatus_30(X),fn_golgi_apparatus_33(X))
& has_part_2(fn_golgi_apparatus_22(X),fn_golgi_apparatus_65(X))
& the_scalar_value_2(fn_golgi_apparatus_87(X),big_0)
& scalar_unit_class_2(fn_golgi_apparatus_87(X),prokaryote_0)
& volume_2(fn_golgi_apparatus_22(X),fn_golgi_apparatus_86(X))
& directly_proportional_2(fn_golgi_apparatus_87(X),fn_golgi_apparatus_86(X))
& size_2(fn_golgi_apparatus_22(X),fn_golgi_apparatus_87(X))
& has_part_2(fn_golgi_apparatus_22(X),X)
& is_inside_2(X,fn_golgi_apparatus_91(X))
& has_part_2(fn_golgi_apparatus_22(X),fn_golgi_apparatus_90(X))
& is_inside_2(fn_golgi_apparatus_15(X),fn_golgi_apparatus_90(X))
& has_part_2(fn_golgi_apparatus_22(X),fn_golgi_apparatus_15(X))
& has_part_2(fn_golgi_apparatus_22(X),fn_golgi_apparatus_82(X))
& base_2(fn_golgi_apparatus_85(X),fn_golgi_apparatus_82(X))
& has_part_2(fn_golgi_apparatus_22(X),fn_golgi_apparatus_93(X))
& abuts_2(fn_golgi_apparatus_65(X),fn_golgi_apparatus_93(X))
& abuts_2(fn_golgi_apparatus_93(X),fn_golgi_apparatus_65(X))
& fn_golgi_apparatus_65(X) != fn_golgi_apparatus_93(X)
& fn_golgi_apparatus_93(X) != fn_golgi_apparatus_65(X)
& is_at_2(fn_golgi_apparatus_102(X),fn_golgi_apparatus_103(X))
& has_region_2(fn_golgi_apparatus_37(X),fn_golgi_apparatus_102(X))
& has_region_2(fn_golgi_apparatus_37(X),fn_golgi_apparatus_103(X))
& is_at_2(fn_golgi_apparatus_43(X),fn_golgi_apparatus_103(X))
& has_part_2(fn_golgi_apparatus_37(X),fn_golgi_apparatus_43(X))
& has_part_2(fn_golgi_apparatus_58(X),fn_golgi_apparatus_17(X))
& has_region_2(fn_golgi_apparatus_58(X),fn_golgi_apparatus_19(X))
& is_at_2(fn_golgi_apparatus_18(X),fn_golgi_apparatus_19(X))
& has_part_2(fn_golgi_apparatus_58(X),fn_golgi_apparatus_18(X))
& origin_2(fn_golgi_apparatus_80(X),fn_golgi_apparatus_31(X))
& result_2(fn_golgi_apparatus_20(X),fn_golgi_apparatus_21(X))
& has_part_2(fn_golgi_apparatus_37(X),fn_golgi_apparatus_104(X))
& has_part_2(fn_golgi_apparatus_104(X),fn_golgi_apparatus_105(X))
& object_2(fn_golgi_apparatus_100(X),fn_golgi_apparatus_98(X))
& raw_material_2(fn_golgi_apparatus_61(X),fn_golgi_apparatus_39(X))
& result_2(fn_golgi_apparatus_61(X),fn_golgi_apparatus_57(X))
& raw_material_2(fn_golgi_apparatus_40(X),fn_golgi_apparatus_12(X))
& raw_material_2(fn_golgi_apparatus_51(X),fn_golgi_apparatus_14(X))
& object_2(fn_golgi_apparatus_42(X),fn_golgi_apparatus_29(X))
& object_2(fn_golgi_apparatus_47(X),fn_golgi_apparatus_44(X))
& result_2(fn_golgi_apparatus_62(X),fn_golgi_apparatus_18(X))
& result_2(fn_golgi_apparatus_64(X),fn_golgi_apparatus_56(X))
& raw_material_2(fn_golgi_apparatus_62(X),fn_golgi_apparatus_43(X))
& result_2(fn_golgi_apparatus_60(X),fn_golgi_apparatus_58(X))
& raw_material_2(fn_golgi_apparatus_63(X),fn_golgi_apparatus_36(X))
& result_2(fn_golgi_apparatus_63(X),fn_golgi_apparatus_55(X))
& fn_golgi_apparatus_37(X) = fn_transfer_1(fn_golgi_apparatus_74(X))
& fn_golgi_apparatus_37(X) = fn_attach_2(fn_golgi_apparatus_67(X))
& fn_golgi_apparatus_37(X) = fn_replace_3(fn_golgi_apparatus_68(X))
& fn_golgi_apparatus_37(X) = fn_detach_2(fn_golgi_apparatus_66(X))
& fn_golgi_apparatus_37(X) = fn_remove_2(fn_golgi_apparatus_69(X))
& fn_golgi_apparatus_37(X) = fn_move_1(fn_golgi_apparatus_73(X))
& fn_golgi_apparatus_56(X) = fn_move_1(fn_golgi_apparatus_77(X))
& fn_golgi_apparatus_26(X) = fn_secretion_1(fn_golgi_apparatus_25(X))
& fn_golgi_apparatus_45(X) = fn_add_1(fn_golgi_apparatus_46(X))
& fn_golgi_apparatus_13(X) = fn_produce_1(fn_golgi_apparatus_16(X))
& fn_golgi_apparatus_44(X) = fn_add_2(fn_golgi_apparatus_46(X))
& fn_golgi_apparatus_106(X) = fn_secretion_2(fn_golgi_apparatus_25(X))
& fn_golgi_apparatus_22(X) = fn_synthesis_of_protein_11(fn_golgi_apparatus_94(X))
& fn_golgi_apparatus_50(X) = fn_create_1(fn_golgi_apparatus_51(X))
& fn_golgi_apparatus_51(X) = fn_product_2(fn_golgi_apparatus_49(X))
& fn_golgi_apparatus_50(X) = fn_product_1(fn_golgi_apparatus_49(X))
& fn_golgi_apparatus_78(X) = fn_biomembrane_14(fn_golgi_apparatus_79(X))
& fn_golgi_apparatus_78(X) = fn_biomembrane_15(fn_golgi_apparatus_79(X))
& fn_golgi_apparatus_98(X) = fn_transport_vesicle_6(fn_golgi_apparatus_101(X))
& fn_golgi_apparatus_90(X) = fn_cis_face_40(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_85(X) = fn_cis_face_59(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_84(X) = fn_cis_face_60(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_41(X) = fn_create_1(fn_golgi_apparatus_40(X))
& fn_golgi_apparatus_88(X) = fn_cis_face_37(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_92(X) = fn_cis_face_13(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_89(X) = fn_cis_face_36(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_93(X) = fn_cis_face_39(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_37(X) = fn_chemical_reaction_2(fn_golgi_apparatus_60(X))
& fn_golgi_apparatus_75(X) = fn_cis_face_61(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_59(X) = fn_cis_face_31(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_91(X) = fn_cis_face_29(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_71(X) = fn_cis_face_16(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_72(X) = fn_cis_face_62(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_60(X) = fn_cis_face_27(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_54(X) = fn_cis_face_28(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_37(X) = fn_cis_face_53(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_62(X) = fn_cis_face_11(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_95(X) = fn_cis_face_23(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_70(X) = fn_cis_face_38(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_94(X) = fn_cis_face_35(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_65(X) = fn_cis_face_42(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_61(X) = fn_cis_face_10(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_63(X) = fn_cis_face_9(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_28(X) = fn_cis_face_32(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_52(X) = fn_deliver_1(fn_golgi_apparatus_42(X))
& fn_golgi_apparatus_52(X) = fn_cis_face_30(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_42(X) = fn_cis_face_21(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_48(X) = fn_cis_face_51(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_64(X) = fn_cis_face_8(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_31(X) = fn_cis_face_2(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_27(X) = fn_cis_face_52(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_81(X) = fn_cis_face_57(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_76(X) = fn_cis_face_25(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_32(X) = fn_cis_face_1(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_51(X) = fn_cis_face_6(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_47(X) = fn_cis_face_5(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_20(X) = fn_cis_face_7(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_34(X) = fn_cis_face_4(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_35(X) = fn_cis_face_3(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_96(X) = fn_cis_face_20(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_82(X) = fn_add_2(fn_golgi_apparatus_100(X))
& fn_golgi_apparatus_82(X) = fn_cis_face_41(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_99(X) = fn_cis_face_34(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_41(X) = fn_cis_face_64(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_24(X) = fn_cis_face_50(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_26(X) = fn_cis_face_63(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_107(X) = fn_cis_face_24(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_97(X) = fn_cis_face_12(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_22(X) = fn_cis_face_33(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_38(X) = fn_cis_face_47(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_83(X) = fn_cis_face_48(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_23(X) = fn_cis_face_49(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_40(X) = fn_cis_face_22(fn_golgi_apparatus_33(X))
& X = fn_cis_face_66(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_100(X) = fn_cis_face_58(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_53(X) = fn_cis_face_26(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_30(X) = fn_cis_face_65(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_9(X) = fn_cis_face_19(fn_golgi_apparatus_33(X))
& fn_golgi_apparatus_11(X) = fn_eukaryotic_cell_60(fn_golgi_apparatus_22(X))
& fn_golgi_apparatus_10(X) = fn_eukaryotic_cell_28(fn_golgi_apparatus_22(X))
& fn_golgi_apparatus_91(X) = fn_eukaryotic_cell_42(fn_golgi_apparatus_22(X))
& X = fn_eukaryotic_cell_24(fn_golgi_apparatus_22(X))
& fn_golgi_apparatus_87(X) = fn_eukaryotic_cell_27(fn_golgi_apparatus_22(X))
& fn_golgi_apparatus_86(X) = fn_eukaryotic_cell_59(fn_golgi_apparatus_22(X))
& fn_golgi_apparatus_85(X) = fn_eukaryotic_cell_16(fn_golgi_apparatus_22(X))
& fn_golgi_apparatus_82(X) = fn_eukaryotic_cell_29(fn_golgi_apparatus_22(X))
& fn_golgi_apparatus_15(X) = fn_eukaryotic_cell_30(fn_golgi_apparatus_22(X))
& fn_golgi_apparatus_90(X) = fn_eukaryotic_cell_26(fn_golgi_apparatus_22(X))
& fn_golgi_apparatus_65(X) = fn_eukaryotic_cell_19(fn_golgi_apparatus_22(X))
& fn_golgi_apparatus_93(X) = fn_eukaryotic_cell_20(fn_golgi_apparatus_22(X))
& fn_golgi_apparatus_55(X) = fn_chemical_reaction_1(fn_golgi_apparatus_63(X))
& fn_golgi_apparatus_36(X) = fn_chemical_reaction_2(fn_golgi_apparatus_63(X))
& fn_golgi_apparatus_58(X) = fn_chemical_reaction_1(fn_golgi_apparatus_60(X))
& fn_golgi_apparatus_43(X) = fn_chemical_reaction_2(fn_golgi_apparatus_62(X))
& fn_golgi_apparatus_56(X) = fn_chemical_reaction_1(fn_golgi_apparatus_64(X))
& fn_golgi_apparatus_18(X) = fn_chemical_reaction_1(fn_golgi_apparatus_62(X))
& fn_golgi_apparatus_44(X) = fn_segregate_1(fn_golgi_apparatus_47(X))
& fn_golgi_apparatus_29(X) = fn_transfer_1(fn_golgi_apparatus_42(X))
& fn_golgi_apparatus_14(X) = fn_produce_1(fn_golgi_apparatus_51(X))
& fn_golgi_apparatus_12(X) = fn_produce_1(fn_golgi_apparatus_40(X))
& fn_golgi_apparatus_57(X) = fn_chemical_reaction_1(fn_golgi_apparatus_61(X))
& fn_golgi_apparatus_39(X) = fn_chemical_reaction_2(fn_golgi_apparatus_61(X))
& fn_golgi_apparatus_98(X) = fn_add_1(fn_golgi_apparatus_100(X))
& fn_golgi_apparatus_105(X) = fn_organic_molecule_2(fn_golgi_apparatus_104(X))
& fn_golgi_apparatus_104(X) = fn_polymer_6(fn_golgi_apparatus_37(X))
& fn_golgi_apparatus_104(X) = fn_glycoprotein_3(fn_golgi_apparatus_37(X))
& fn_golgi_apparatus_104(X) = fn_glycoprotein_2(fn_golgi_apparatus_37(X))
& fn_golgi_apparatus_21(X) = fn_chemical_reaction_1(fn_golgi_apparatus_20(X))
& fn_golgi_apparatus_80(X) = fn_trans_face_4(fn_golgi_apparatus_31(X))
& fn_golgi_apparatus_17(X) = fn_polymer_6(fn_golgi_apparatus_58(X))
& fn_golgi_apparatus_17(X) = fn_glycoprotein_3(fn_golgi_apparatus_58(X))
& fn_golgi_apparatus_17(X) = fn_glycoprotein_2(fn_golgi_apparatus_58(X))
& fn_golgi_apparatus_19(X) = fn_glycoprotein_14(fn_golgi_apparatus_58(X))
& fn_golgi_apparatus_18(X) = fn_glycoprotein_17(fn_golgi_apparatus_58(X))
& fn_golgi_apparatus_102(X) = fn_amphipathic_molecule_1(fn_golgi_apparatus_37(X))
& fn_golgi_apparatus_102(X) = fn_glycoprotein_18(fn_golgi_apparatus_37(X))
& fn_golgi_apparatus_103(X) = fn_glycoprotein_14(fn_golgi_apparatus_37(X))
& fn_golgi_apparatus_43(X) = fn_glycoprotein_17(fn_golgi_apparatus_37(X))
& fn_create_1(fn_golgi_apparatus_51(X)) = fn_product_1(fn_golgi_apparatus_49(X))
& fn_product_1(fn_golgi_apparatus_49(X)) = fn_product_1(fn_golgi_apparatus_49(X))
& fn_product_1(fn_golgi_apparatus_49(X)) = fn_biomembrane_14(fn_golgi_apparatus_79(X))
& fn_biomembrane_14(fn_golgi_apparatus_79(X)) = fn_biomembrane_15(fn_golgi_apparatus_79(X))
& fn_biomembrane_15(fn_golgi_apparatus_79(X)) = fn_cis_face_30(fn_golgi_apparatus_33(X))
& fn_cis_face_30(fn_golgi_apparatus_33(X)) = fn_cis_face_30(fn_golgi_apparatus_33(X))
& fn_cis_face_30(fn_golgi_apparatus_33(X)) = fn_deliver_1(fn_golgi_apparatus_42(X))
& fn_deliver_1(fn_golgi_apparatus_42(X)) = fn_cis_face_30(fn_golgi_apparatus_33(X))
& fn_cis_face_30(fn_golgi_apparatus_33(X)) = fn_cis_face_64(fn_golgi_apparatus_33(X))
& fn_cis_face_64(fn_golgi_apparatus_33(X)) = fn_create_1(fn_golgi_apparatus_40(X))
& fn_create_1(fn_golgi_apparatus_40(X)) = fn_cis_face_64(fn_golgi_apparatus_33(X))
& fn_cis_face_64(fn_golgi_apparatus_33(X)) = fn_cis_face_64(fn_golgi_apparatus_33(X))
& fn_cis_face_64(fn_golgi_apparatus_33(X)) = fn_secretion_1(fn_golgi_apparatus_25(X))
& fn_secretion_1(fn_golgi_apparatus_25(X)) = fn_cis_face_63(fn_golgi_apparatus_33(X))
& fn_cis_face_63(fn_golgi_apparatus_33(X)) = fn_cis_face_63(fn_golgi_apparatus_33(X))
& fn_cis_face_63(fn_golgi_apparatus_33(X)) = fn_cis_face_29(fn_golgi_apparatus_33(X))
& fn_cis_face_29(fn_golgi_apparatus_33(X)) = fn_cis_face_29(fn_golgi_apparatus_33(X))
& fn_cis_face_29(fn_golgi_apparatus_33(X)) = fn_eukaryotic_cell_42(fn_golgi_apparatus_22(X))
& fn_eukaryotic_cell_42(fn_golgi_apparatus_22(X)) = fn_cis_face_66(fn_golgi_apparatus_33(X))
& fn_cis_face_66(fn_golgi_apparatus_33(X)) = fn_cis_face_66(fn_golgi_apparatus_33(X))
& fn_cis_face_66(fn_golgi_apparatus_33(X)) = fn_eukaryotic_cell_24(fn_golgi_apparatus_22(X))
& fn_eukaryotic_cell_24(fn_golgi_apparatus_22(X)) = fn_eukaryotic_cell_24(fn_golgi_apparatus_22(X))
& fn_eukaryotic_cell_24(fn_golgi_apparatus_22(X)) = fn_cis_face_59(fn_golgi_apparatus_33(X))
& fn_cis_face_59(fn_golgi_apparatus_33(X)) = fn_eukaryotic_cell_16(fn_golgi_apparatus_22(X))
& fn_eukaryotic_cell_16(fn_golgi_apparatus_22(X)) = fn_cis_face_41(fn_golgi_apparatus_33(X))
& fn_cis_face_41(fn_golgi_apparatus_33(X)) = fn_add_2(fn_golgi_apparatus_100(X))
& fn_add_2(fn_golgi_apparatus_100(X)) = fn_cis_face_41(fn_golgi_apparatus_33(X))
& fn_cis_face_41(fn_golgi_apparatus_33(X)) = fn_cis_face_41(fn_golgi_apparatus_33(X))
& fn_cis_face_41(fn_golgi_apparatus_33(X)) = fn_eukaryotic_cell_29(fn_golgi_apparatus_22(X))
& fn_eukaryotic_cell_29(fn_golgi_apparatus_22(X)) = fn_eukaryotic_cell_29(fn_golgi_apparatus_22(X))
& fn_eukaryotic_cell_29(fn_golgi_apparatus_22(X)) = fn_cis_face_40(fn_golgi_apparatus_33(X))
& fn_cis_face_40(fn_golgi_apparatus_33(X)) = fn_eukaryotic_cell_26(fn_golgi_apparatus_22(X))
& fn_eukaryotic_cell_26(fn_golgi_apparatus_22(X)) = fn_eukaryotic_cell_26(fn_golgi_apparatus_22(X))
& fn_eukaryotic_cell_26(fn_golgi_apparatus_22(X)) = fn_cis_face_42(fn_golgi_apparatus_33(X))
& fn_cis_face_42(fn_golgi_apparatus_33(X)) = fn_cis_face_42(fn_golgi_apparatus_33(X))
& fn_cis_face_42(fn_golgi_apparatus_33(X)) = fn_eukaryotic_cell_19(fn_golgi_apparatus_22(X))
& fn_eukaryotic_cell_19(fn_golgi_apparatus_22(X)) = fn_eukaryotic_cell_19(fn_golgi_apparatus_22(X))
& fn_eukaryotic_cell_19(fn_golgi_apparatus_22(X)) = fn_cis_face_39(fn_golgi_apparatus_33(X))
& fn_cis_face_39(fn_golgi_apparatus_33(X)) = fn_cis_face_39(fn_golgi_apparatus_33(X))
& fn_cis_face_39(fn_golgi_apparatus_33(X)) = fn_eukaryotic_cell_20(fn_golgi_apparatus_22(X))
& fn_eukaryotic_cell_20(fn_golgi_apparatus_22(X)) = fn_eukaryotic_cell_20(fn_golgi_apparatus_22(X))
& fn_eukaryotic_cell_20(fn_golgi_apparatus_22(X)) = fn_synthesis_of_protein_11(fn_golgi_apparatus_94(X))
& fn_synthesis_of_protein_11(fn_golgi_apparatus_94(X)) = fn_cis_face_33(fn_golgi_apparatus_33(X))
& fn_cis_face_33(fn_golgi_apparatus_33(X)) = fn_cis_face_33(fn_golgi_apparatus_33(X))
& fn_cis_face_33(fn_golgi_apparatus_33(X)) = fn_move_1(fn_golgi_apparatus_77(X))
& fn_move_1(fn_golgi_apparatus_77(X)) = fn_chemical_reaction_1(fn_golgi_apparatus_64(X))
& fn_chemical_reaction_1(fn_golgi_apparatus_64(X)) = fn_add_2(fn_golgi_apparatus_46(X))
& fn_add_2(fn_golgi_apparatus_46(X)) = fn_segregate_1(fn_golgi_apparatus_47(X))
& fn_segregate_1(fn_golgi_apparatus_47(X)) = fn_product_2(fn_golgi_apparatus_49(X))
& fn_product_2(fn_golgi_apparatus_49(X)) = fn_cis_face_6(fn_golgi_apparatus_33(X))
& fn_cis_face_6(fn_golgi_apparatus_33(X)) = fn_cis_face_6(fn_golgi_apparatus_33(X))
& fn_cis_face_6(fn_golgi_apparatus_33(X)) = fn_transport_vesicle_6(fn_golgi_apparatus_101(X))
& fn_transport_vesicle_6(fn_golgi_apparatus_101(X)) = fn_add_1(fn_golgi_apparatus_100(X))
& fn_add_1(fn_golgi_apparatus_100(X)) = fn_polymer_6(fn_golgi_apparatus_37(X))
& fn_polymer_6(fn_golgi_apparatus_37(X)) = fn_glycoprotein_3(fn_golgi_apparatus_37(X))
& fn_glycoprotein_3(fn_golgi_apparatus_37(X)) = fn_glycoprotein_3(fn_golgi_apparatus_37(X))
& fn_glycoprotein_3(fn_golgi_apparatus_37(X)) = fn_glycoprotein_2(fn_golgi_apparatus_37(X))
& fn_glycoprotein_2(fn_golgi_apparatus_37(X)) = fn_polymer_6(fn_golgi_apparatus_58(X))
& fn_polymer_6(fn_golgi_apparatus_58(X)) = fn_glycoprotein_3(fn_golgi_apparatus_58(X))
& fn_glycoprotein_3(fn_golgi_apparatus_58(X)) = fn_glycoprotein_3(fn_golgi_apparatus_58(X))
& fn_glycoprotein_3(fn_golgi_apparatus_58(X)) = fn_glycoprotein_2(fn_golgi_apparatus_58(X))
& fn_glycoprotein_2(fn_golgi_apparatus_58(X)) = fn_chemical_reaction_1(fn_golgi_apparatus_62(X))
& fn_chemical_reaction_1(fn_golgi_apparatus_62(X)) = fn_glycoprotein_17(fn_golgi_apparatus_58(X))
& fn_glycoprotein_17(fn_golgi_apparatus_58(X)) = fn_glycoprotein_17(fn_golgi_apparatus_58(X))
& fn_glycoprotein_17(fn_golgi_apparatus_58(X)) = fn_glycoprotein_18(fn_golgi_apparatus_37(X))
& fn_glycoprotein_18(fn_golgi_apparatus_37(X)) = fn_amphipathic_molecule_1(fn_golgi_apparatus_37(X))
& fn_amphipathic_molecule_1(fn_golgi_apparatus_37(X)) = fn_glycoprotein_18(fn_golgi_apparatus_37(X))
& fn_glycoprotein_18(fn_golgi_apparatus_37(X)) = fn_chemical_reaction_2(fn_golgi_apparatus_62(X))
& fn_chemical_reaction_2(fn_golgi_apparatus_62(X)) = fn_glycoprotein_17(fn_golgi_apparatus_37(X))
& fn_glycoprotein_17(fn_golgi_apparatus_37(X)) = fn_glycoprotein_17(fn_golgi_apparatus_37(X))
& fn_glycoprotein_17(fn_golgi_apparatus_37(X)) = fn_transfer_1(fn_golgi_apparatus_74(X))
& fn_transfer_1(fn_golgi_apparatus_74(X)) = fn_attach_2(fn_golgi_apparatus_67(X))
& fn_attach_2(fn_golgi_apparatus_67(X)) = fn_attach_2(fn_golgi_apparatus_67(X))
& fn_attach_2(fn_golgi_apparatus_67(X)) = fn_replace_3(fn_golgi_apparatus_68(X))
& fn_replace_3(fn_golgi_apparatus_68(X)) = fn_replace_3(fn_golgi_apparatus_68(X))
& fn_replace_3(fn_golgi_apparatus_68(X)) = fn_detach_2(fn_golgi_apparatus_66(X))
& fn_detach_2(fn_golgi_apparatus_66(X)) = fn_detach_2(fn_golgi_apparatus_66(X))
& fn_detach_2(fn_golgi_apparatus_66(X)) = fn_remove_2(fn_golgi_apparatus_69(X))
& fn_remove_2(fn_golgi_apparatus_69(X)) = fn_remove_2(fn_golgi_apparatus_69(X))
& fn_remove_2(fn_golgi_apparatus_69(X)) = fn_move_1(fn_golgi_apparatus_73(X))
& fn_move_1(fn_golgi_apparatus_73(X)) = fn_move_1(fn_golgi_apparatus_73(X))
& fn_move_1(fn_golgi_apparatus_73(X)) = fn_chemical_reaction_2(fn_golgi_apparatus_60(X))
& fn_cis_face_53(fn_golgi_apparatus_33(X)) = fn_chemical_reaction_2(fn_golgi_apparatus_60(X))
& fn_chemical_reaction_2(fn_golgi_apparatus_60(X)) = fn_cis_face_53(fn_golgi_apparatus_33(X))
& fn_cis_face_53(fn_golgi_apparatus_33(X)) = fn_cis_face_53(fn_golgi_apparatus_33(X)) ) ) ).
fof(a529960,axiom,
! [X] :
( gonad_1(X)
=> ( original_name_2(X,'Gonad')
& user_description_2(X,'In most animals, the organ that produces either eggs or sperm.')
& concept2words_2(X,'sex organ')
& concept2words_2(X,'sex-organ')
& concept2words_2(X,gonad)
& reproductive_organ_1(X) ) ) ).
fof(a529961,axiom,
! [X] :
( gonadotropin_releasing_hormone_1(X)
=> ( original_name_2(X,'Gonadotropin-Releasing-Hormone')
& user_description_2(X,'A tropic peptide hormone produced and released by the hypothalamus and responsible for the release of FSH and LH from the anterior pituitary.')
& concept2words_2(X,gnrh)
& concept2words_2(X,'gonadotropin releasing hormone')
& concept2words_2(X,'gonadotropin-releasing hormone')
& concept2words_2(X,'gonadotropin-releasing-hormone')
& tropic_hormone_1(X)
& peptide_hormone_1(X)
& polypeptide_1(X)
& ~ fsh_1(X)
& ~ lh_1(X)
& ~ adrenocorticotropic_hormone_1(X)
& ~ anp_1(X)
& ~ antidiuretic_hormone_1(X)
& ~ calcitonin_1(X)
& ~ cholecystokinin_1(X)
& ~ gastrin_1(X)
& ~ glucagon_1(X)
& ~ melanocyte_stimulating_hormone_1(X)
& ~ oxytocin_1(X)
& ~ parathyroid_hormone_1(X)
& ~ secretin_1(X) ) ) ).
fof(a529962,axiom,
! [X] :
( gonadotropin_role_1(X)
=> ( original_name_2(X,'Gonadotropin-Role')
& user_description_2(X,'When a molecule functions as a hormone which causes gonadal growth.')
& concept2words_2(X,'role of gonadotropin')
& concept2words_2(X,'gonadotropin role')
& concept2words_2(X,'gonadotropin-role')
& chemical_messenger_1(X) ) ) ).
fof(a529963,axiom,
! [X] :
( gonorrhea_1(X)
=> ( original_name_2(X,'Gonorrhea')
& user_description_2(X,'A sexually transmitted infection caused by the bacterium Neisseria gonorrhoeae.')
& concept2words_2(X,'the clap')
& concept2words_2(X,'the-clap')
& concept2words_2(X,gonorrhea)
& bacterial_disease_1(X)
& ~ african_sleeping_sickness_1(X)
& ~ aids_1(X)
& ~ cholera_1(X)
& ~ cowpox_1(X)
& ~ encephalitis_1(X)
& ~ gastric_ulcer_1(X)
& ~ hemorrhagic_fever_1(X)
& ~ influenza_1(X)
& ~ lyme_disease_1(X)
& ~ malaria_1(X)
& ~ mycosis_1(X)
& ~ smallpox_1(X)
& ~ tetanus_1(X)
& ~ tobacco_mosaic_disease_1(X)
& ~ tuberculosis_1(X) ) ) ).
fof(a529964,axiom,
! [X] :
( grade_1(X)
=> ( original_name_2(X,'Grade')
& user_description_2(X,'A group of organisms that share a key adaptation or a similar level of organizational complexity.')
& concept2words_2(X,grade)
& clade_1(X) ) ) ).
fof(a529965,axiom,
! [X] :
( graded_potential_1(X)
=> ( original_name_2(X,'Graded-Potential')
& user_description_2(X,'A change in the voltage across the membrane that is proportional to the strength of the stimulus.')
& concept2words_2(X,'graded potential')
& concept2words_2(X,'graded-potential')
& receptor_potential_1(X) ) ) ).
fof(a529966,axiom,
! [X] :
( gradient_1(X)
=> ( original_name_2(X,'Gradient')
& user_description_2(X,'A graded change in the magnitude of some physical quantity or dimension.')
& concept2words_2(X,gradient)
& tangible_entity_1(X)
& potential_energy_1(fn_gradient_1(X))
& quantity_value_1(fn_gradient_2(X))
& quantity_value_1(fn_gradient_3(X))
& directly_proportional_2(fn_gradient_3(X),fn_gradient_2(X))
& quantity_2(X,fn_gradient_3(X))
& possesses_2(X,fn_gradient_1(X))
& quantity_2(fn_gradient_1(X),fn_gradient_2(X)) ) ) ).
fof(a529967,axiom,
! [X] :
( gradualism_theory_1(X)
=> ( original_name_2(X,'Gradualism-Theory')
& user_description_2(X,'The theory that changes in lineages occur due to slow but continuous processes.')
& concept2words_2(X,'gradualism theory')
& concept2words_2(X,'gradualism-theory')
& theory_1(X)
& ~ epigenesis_1(X)
& ~ lamarcks_theory_of_evolution_1(X) ) ) ).
fof(a529968,axiom,
! [X] :
( gram_negative_bacteria_1(X)
=> ( original_name_2(X,'Gram-Negative-Bacteria')
& user_description_2(X,'Bacteria that do not absorb the crystal violet dye of the Gram stain and thus appear reddish or pink after counterstaining step of the Gram staining protocol. Gram-negative bacteria have an outer membrane that prevents the dye from adhering to the cell wall.')
& concept2words_2(X,'gram negative bacterium')
& concept2words_2(X,'gram-negative bacterium')
& concept2words_2(X,'gram-negative-bacteria')
& bacterium_1(X)
& ~ cellulose_digesting_bacteria_1(X)
& ~ gram_positive_bacteria_1(X)
& ~ mycoplasma_1(X)
& ~ rhizobacterium_1(X) ) ) ).
fof(a529969,axiom,
! [X] :
( gram_positive_bacteria_1(X)
=> ( original_name_2(X,'Gram-Positive-Bacteria')
& user_description_2(X,'Bacteria whose cell walls absorb the crystal violet dye of the Gram stain and appear dark blue or violet after the Gram staining protocol. Gram-positive bacteria do not have an outer membrane that prevents the dye from adhering to the cell wall.')
& concept2words_2(X,'gram positive bacterium')
& concept2words_2(X,'gram-positive bacterium')
& concept2words_2(X,'gram-positive-bacteria')
& bacterium_1(X)
& ~ cellulose_digesting_bacteria_1(X)
& ~ escherichia_coli_1(X)
& ~ gram_negative_bacteria_1(X)
& ~ mycoplasma_1(X)
& ~ rhizobacterium_1(X) ) ) ).
fof(a529970,axiom,
! [X] :
( gram_stain_1(X)
=> ( original_name_2(X,'Gram-Stain')
& user_description_2(X,'A staining method that distinguishes between two different kinds of bacterial cell walls. The Gram staining protocol has two steps: (1) staining with crystal violet dye; and (2) destaining with safranin or carbol fuchsin. After the staining protocol, Gram-negative bacteria appear reddish or pink, while Gram-positive bacteria are dark blue or violet.')
& concept2words_2(X,'stain of gram')
& concept2words_2(X,'gram stain')
& concept2words_2(X,'gram-stain')
& technique_1(X)
& ~ absolute_dating_1(X)
& ~ atomic_tracking_1(X)
& ~ autoradiography_1(X)
& ~ cloning_1(X)
& ~ dna_mapping_1(X)
& ~ dna_microarray_1(X)
& ~ fetoscopy_1(X)
& ~ genetic_linkage_mapping_1(X)
& ~ in_situ_hybridization_1(X)
& ~ in_vitro_hybridization_1(X)
& ~ mark_recapture_method_1(X)
& ~ microscopy_1(X)
& ~ molecular_clock_1(X)
& ~ nuclear_transplantation_1(X)
& ~ population_viability_analysis_1(X)
& ~ positron_emission_tomography_1(X)
& ~ radiometric_dating_1(X)
& ~ rule_of_addition_1(X)
& ~ shotgun_sequencing_1(X)
& ~ testcross_1(X)
& ~ x_ray_crystallography_1(X) ) ) ).
fof(a529971,axiom,
! [X] :
( granum_1(X)
=> ( original_name_2(X,'Granum')
& user_description_2(X,'Granum is a part of a chloroplast containing a stack of thylakoids.')
& concept2words_2(X,'chloroplast membranous system')
& concept2words_2(X,'chloroplast-membranous-system')
& concept2words_2(X,grana)
& concept2words_2(X,granum)
& cellular_structure_1(X)
& aggregate_1(X)
& thylakoid_1(fn_granum_1(X))
& thylakoid_1(fn_granum_2(X))
& thylakoid_1(fn_granum_3(X))
& abuts_2(fn_granum_1(X),fn_granum_3(X))
& abuts_2(fn_granum_2(X),fn_granum_3(X))
& is_above_2(fn_granum_2(X),fn_granum_3(X))
& element_2(X,fn_granum_3(X))
& element_2(X,fn_granum_1(X))
& element_2(X,fn_granum_2(X))
& minCardinality(X,element_0,"3",thylakoid_0)
& is_above_2(fn_granum_3(X),fn_granum_1(X))
& abuts_2(fn_granum_3(X),fn_granum_1(X))
& abuts_2(fn_granum_3(X),fn_granum_2(X)) ) ) ).
fof(a529972,axiom,
! [X] :
( graphical_representation_1(X)
=> ( original_name_2(X,'Graphical-Representation')
& user_description_2(X,'A method of representing data in a graph, chart or image.')
& concept2words_2(X,'graphical representation')
& concept2words_2(X,'graphical-representation')
& representation_of_data_1(X) ) ) ).
fof(a529973,axiom,
! [X] :
( grass_1(X)
=> ( original_name_2(X,'Grass')
& user_description_2(X,'Plants that are typically short with long narrow leaves, that grow wild or are cultivated on lawns and pasture, and as a fodder crop.')
& concept2words_2(X,grass)
& food_plant_1(X)
& monocot_1(X)
& shape_value_1(fn_grass_2(X))
& agricultural_process_1(fn_grass_4(X))
& unitless_value_1(fn_grass_5(X))
& environment_1(fn_grass_6(X))
& tuber_1(fn_grass_7(X))
& shoot_1(fn_grass_8(X))
& store_1(fn_grass_9(X))
& starch_storage_by_plant_1(fn_grass_9(X))
& store_1(fn_grass_10(X))
& starch_1(fn_grass_11(X))
& specific_heat_value_1(fn_grass_12(X))
& temperature_value_1(fn_grass_13(X))
& root_1(fn_grass_14(X))
& water_1(fn_grass_15(X))
& root_system_1(fn_grass_16(X))
& shoot_system_1(fn_grass_17(X))
& container_1(fn_grass_18(X))
& photosynthesis_1(fn_grass_19(X))
& anabolic_pathway_1(fn_grass_19(X))
& metabolic_pathway_1(fn_grass_19(X))
& plant_cell_1(fn_grass_20(X))
& cell_1(fn_grass_20(X))
& eukaryotic_cell_1(fn_grass_20(X))
& photoautotroph_1(fn_grass_21(X))
& nutrition_1(fn_grass_22(X))
& container_1(fn_store_3(fn_grass_9(X)))
& starch_1(fn_starch_storage_by_plant_9(fn_grass_9(X)))
& store_1(fn_root_33(fn_grass_14(X)))
& store_1(fn_root_28(fn_grass_14(X)))
& store_1(fn_starch_storage_by_plant_5(fn_grass_9(X)))
& store_1(fn_starch_storage_by_plant_6(fn_grass_9(X)))
& spatial_entity_1(fn_store_2(fn_grass_9(X)))
& plant_1(fn_starch_storage_by_plant_3(fn_grass_9(X)))
& the_categorical_value_2(fn_grass_2(X),hollow_volume_0)
& result_2(fn_grass_4(X),X)
& the_scalar_value_2(fn_grass_5(X),important_0)
& scalar_unit_class_2(fn_grass_5(X),plant_0)
& is_outside_2(fn_grass_6(X),X)
& importance_2(X,fn_grass_5(X))
& shape_2(X,fn_grass_2(X))
& is_between_2(X,fn_grass_6(X))
& site_2(fn_grass_9(X),fn_grass_14(X))
& in_event_2(fn_grass_18(X),fn_grass_9(X))
& plays_2(X,fn_grass_18(X))
& has_function_2(X,fn_grass_9(X))
& agent_2(fn_grass_9(X),X)
& base_2(fn_grass_9(X),X)
& object_2(fn_grass_9(X),fn_grass_11(X))
& object_2(fn_grass_10(X),fn_grass_11(X))
& subevent_2(fn_grass_9(X),fn_grass_10(X))
& has_part_2(X,fn_grass_8(X))
& correspondence_2(fn_grass_13(X),fn_grass_12(X))
& temperature_2(X,fn_grass_13(X))
& has_part_2(X,fn_grass_7(X))
& site_2(fn_grass_10(X),fn_grass_7(X))
& has_part_2(X,fn_grass_20(X))
& base_2(fn_grass_19(X),fn_grass_20(X))
& has_function_2(X,fn_grass_19(X))
& has_part_2(X,fn_grass_15(X))
& specific_heat_2(fn_grass_15(X),fn_grass_12(X))
& by_means_of_2(fn_grass_22(X),fn_grass_19(X))
& experiencer_2(fn_grass_19(X),X)
& has_region_2(X,fn_grass_16(X))
& is_inside_2(fn_grass_14(X),fn_grass_16(X))
& has_part_2(X,fn_grass_14(X))
& plays_2(X,fn_grass_21(X))
& in_event_2(fn_grass_21(X),fn_grass_22(X))
& agent_2(fn_grass_22(X),X)
& has_region_2(X,fn_grass_17(X))
& is_inside_2(fn_grass_8(X),fn_grass_17(X))
& fn_grass_9(X) = fn_root_33(fn_grass_14(X))
& fn_grass_9(X) = fn_root_28(fn_grass_14(X))
& fn_grass_18(X) = fn_store_3(fn_grass_9(X))
& fn_grass_10(X) = fn_starch_storage_by_plant_5(fn_grass_9(X))
& fn_grass_10(X) = fn_starch_storage_by_plant_6(fn_grass_9(X))
& fn_grass_11(X) = fn_starch_storage_by_plant_9(fn_grass_9(X))
& X = fn_store_2(fn_grass_9(X))
& fn_grass_9(X) = fn_seed_plant_3(X)
& X = fn_starch_storage_by_plant_3(fn_grass_9(X))
& fn_grass_23(X) = fn_seed_plant_17(X)
& fn_grass_24(X) = fn_seed_plant_16(X)
& fn_grass_10(X) = fn_seed_plant_4(X)
& fn_grass_7(X) = fn_seed_plant_1(X)
& fn_grass_13(X) = fn_seed_plant_12(X)
& fn_grass_12(X) = fn_seed_plant_6(X)
& fn_grass_15(X) = fn_seed_plant_14(X)
& fn_grass_20(X) = fn_seed_plant_13(X)
& fn_grass_14(X) = fn_seed_plant_15(X)
& fn_grass_16(X) = fn_seed_plant_9(X)
& fn_grass_19(X) = fn_seed_plant_7(X)
& fn_grass_8(X) = fn_seed_plant_2(X)
& fn_grass_17(X) = fn_seed_plant_8(X)
& fn_grass_22(X) = fn_seed_plant_10(X)
& fn_grass_21(X) = fn_seed_plant_11(X)
& fn_root_33(fn_grass_14(X)) = fn_root_28(fn_grass_14(X))
& fn_root_28(fn_grass_14(X)) = fn_root_28(fn_grass_14(X))
& fn_root_28(fn_grass_14(X)) = fn_seed_plant_3(X)
& fn_seed_plant_3(X) = fn_seed_plant_3(X)
& fn_seed_plant_3(X) = fn_starch_storage_by_plant_5(fn_grass_9(X))
& fn_starch_storage_by_plant_5(fn_grass_9(X)) = fn_starch_storage_by_plant_6(fn_grass_9(X))
& fn_seed_plant_4(X) = fn_starch_storage_by_plant_6(fn_grass_9(X))
& fn_starch_storage_by_plant_6(fn_grass_9(X)) = fn_starch_storage_by_plant_6(fn_grass_9(X))
& fn_starch_storage_by_plant_6(fn_grass_9(X)) = fn_seed_plant_4(X)
& fn_seed_plant_4(X) = fn_store_2(fn_grass_9(X))
& fn_store_2(fn_grass_9(X)) = fn_store_2(fn_grass_9(X))
& fn_store_2(fn_grass_9(X)) = fn_starch_storage_by_plant_3(fn_grass_9(X))
& fn_starch_storage_by_plant_3(fn_grass_9(X)) = fn_starch_storage_by_plant_3(fn_grass_9(X)) ) ) ).
fof(a529974,axiom,
! [X] :
( grasshopper_1(X)
=> ( original_name_2(X,'Grasshopper')
& user_description_2(X,'An insect in the order Orthoptera, similar to crickets and katydids. Grasshoppers are herbivores and feed on a wide variety of plants.')
& concept2words_2(X,grasshopper)
& orthoptera_1(X)
& ~ cockroach_1(X)
& ~ cricket_1(X)
& chew_1(fn_grasshopper_1(X))
& mandible_1(fn_grasshopper_2(X))
& mouth_1(fn_grasshopper_3(X))
& lining_1(fn_grasshopper_4(X))
& temperature_value_1(fn_grasshopper_5(X))
& specific_heat_value_1(fn_grasshopper_6(X))
& animal_nutritional_requirement_1(fn_grasshopper_7(X))
& entity_1(fn_grasshopper_8(X))
& chemical_entity_1(fn_grasshopper_8(X))
& atom_1(fn_grasshopper_8(X))
& hydrogen_1(fn_grasshopper_8(X))
& entity_1(fn_grasshopper_9(X))
& chemical_entity_1(fn_grasshopper_9(X))
& atom_1(fn_grasshopper_9(X))
& carbon_1(fn_grasshopper_9(X))
& entity_1(fn_grasshopper_10(X))
& chemical_entity_1(fn_grasshopper_10(X))
& atom_1(fn_grasshopper_10(X))
& hydrogen_1(fn_grasshopper_10(X))
& entity_1(fn_grasshopper_11(X))
& chemical_entity_1(fn_grasshopper_11(X))
& atom_1(fn_grasshopper_11(X))
& oxygen_1(fn_grasshopper_11(X))
& tangible_entity_1(fn_grasshopper_12(X))
& entity_1(fn_grasshopper_12(X))
& chemical_entity_1(fn_grasshopper_12(X))
& atom_1(fn_grasshopper_12(X))
& oxygen_1(fn_grasshopper_12(X))
& protein_1(fn_grasshopper_13(X))
& carbohydrate_1(fn_grasshopper_14(X))
& entity_1(fn_grasshopper_15(X))
& chemical_entity_1(fn_grasshopper_15(X))
& atom_1(fn_grasshopper_15(X))
& hydrogen_1(fn_grasshopper_15(X))
& entity_1(fn_grasshopper_16(X))
& atom_1(fn_grasshopper_16(X))
& chemical_entity_1(fn_grasshopper_16(X))
& oxygen_1(fn_grasshopper_16(X))
& entity_1(fn_grasshopper_17(X))
& chemical_entity_1(fn_grasshopper_17(X))
& atom_1(fn_grasshopper_17(X))
& oxygen_1(fn_grasshopper_17(X))
& tangible_entity_1(fn_grasshopper_17(X))
& entity_1(fn_grasshopper_18(X))
& chemical_entity_1(fn_grasshopper_18(X))
& atom_1(fn_grasshopper_18(X))
& carbon_1(fn_grasshopper_18(X))
& hold_together_1(fn_grasshopper_19(X))
& hold_1(fn_grasshopper_19(X))
& spatial_entity_1(fn_grasshopper_20(X))
& chemical_entity_1(fn_grasshopper_20(X))
& monomer_1(fn_grasshopper_20(X))
& molecule_1(fn_grasshopper_20(X))
& amino_acid_1(fn_grasshopper_20(X))
& polypeptide_1(fn_grasshopper_21(X))
& gastric_cecum_1(fn_grasshopper_22(X))
& head_1(fn_grasshopper_23(X))
& water_1(fn_grasshopper_24(X))
& mouth_1(fn_grasshopper_25(X))
& digestive_organ_1(fn_grasshopper_26(X))
& esophagus_1(fn_grasshopper_26(X))
& rectum_1(fn_grasshopper_27(X))
& anus_1(fn_grasshopper_28(X))
& foregut_1(fn_grasshopper_29(X))
& midgut_1(fn_grasshopper_30(X))
& hindgut_1(fn_grasshopper_31(X))
& digestive_system_1(fn_grasshopper_32(X))
& grasshopper_digestive_system_1(fn_grasshopper_32(X))
& nutrition_1(fn_grasshopper_33(X))
& agent_role_1(fn_grasshopper_34(X))
& container_1(fn_grasshopper_35(X))
& heterotroph_1(fn_grasshopper_36(X))
& peristalsis_1(fn_grasshopper_37(X))
& tissue_1(fn_grasshopper_38(X))
& smooth_muscle_1(fn_grasshopper_38(X))
& move_1(fn_grasshopper_39(X))
& sphincter_1(fn_grasshopper_40(X))
& sphincter_1(fn_grasshopper_41(X))
& stomach_1(fn_grasshopper_42(X))
& sphincter_1(fn_grasshopper_43(X))
& end_1(fn_grasshopper_44(X))
& end_1(fn_grasshopper_45(X))
& alimentary_canal_1(fn_grasshopper_46(X))
& crop_1(fn_grasshopper_47(X))
& polypeptide_1(fn_protein_8(fn_grasshopper_13(X)))
& hold_together_1(fn_animal_nutritional_requirement_60(fn_grasshopper_7(X)))
& entity_1(fn_carbohydrate_32(fn_grasshopper_14(X)))
& chemical_entity_1(fn_carbohydrate_32(fn_grasshopper_14(X)))
& atom_1(fn_carbohydrate_32(fn_grasshopper_14(X)))
& hydrogen_1(fn_carbohydrate_32(fn_grasshopper_14(X)))
& peristalsis_1(fn_esophagus_11(fn_grasshopper_26(X)))
& move_1(fn_esophagus_7(fn_grasshopper_26(X)))
& end_1(fn_alimentary_canal_16(fn_grasshopper_46(X)))
& tangible_entity_1(fn_barrier_1(fn_grasshopper_35(X)))
& entity_1(fn_agent_role_1(fn_grasshopper_34(X)))
& oxygen_1(fn_amino_acid_11(fn_grasshopper_20(X)))
& entity_1(fn_amino_acid_24(fn_grasshopper_20(X)))
& chemical_entity_1(fn_amino_acid_24(fn_grasshopper_20(X)))
& atom_1(fn_amino_acid_24(fn_grasshopper_20(X)))
& carbon_1(fn_amino_acid_24(fn_grasshopper_20(X)))
& entity_1(fn_polypeptide_126(fn_grasshopper_21(X)))
& chemical_entity_1(fn_polypeptide_126(fn_grasshopper_21(X)))
& atom_1(fn_polypeptide_126(fn_grasshopper_21(X)))
& carbon_1(fn_polypeptide_126(fn_grasshopper_21(X)))
& entity_1(fn_polypeptide_119(fn_grasshopper_21(X)))
& chemical_entity_1(fn_polypeptide_119(fn_grasshopper_21(X)))
& atom_1(fn_polypeptide_119(fn_grasshopper_21(X)))
& carbon_1(fn_polypeptide_119(fn_grasshopper_21(X)))
& tangible_entity_1(fn_polypeptide_101(fn_grasshopper_21(X)))
& entity_1(fn_polypeptide_101(fn_grasshopper_21(X)))
& oxygen_1(fn_polypeptide_101(fn_grasshopper_21(X)))
& atom_1(fn_polypeptide_101(fn_grasshopper_21(X)))
& oxygen_1(fn_amino_acid_27(fn_grasshopper_20(X)))
& entity_1(fn_polypeptide_15(fn_grasshopper_21(X)))
& chemical_entity_1(fn_polypeptide_15(fn_grasshopper_21(X)))
& atom_1(fn_polypeptide_15(fn_grasshopper_21(X)))
& oxygen_1(fn_polypeptide_15(fn_grasshopper_21(X)))
& entity_1(fn_amino_acid_28(fn_grasshopper_20(X)))
& chemical_entity_1(fn_amino_acid_28(fn_grasshopper_20(X)))
& atom_1(fn_amino_acid_28(fn_grasshopper_20(X)))
& hydrogen_1(fn_amino_acid_28(fn_grasshopper_20(X)))
& entity_1(fn_amino_acid_22(fn_grasshopper_20(X)))
& chemical_entity_1(fn_amino_acid_22(fn_grasshopper_20(X)))
& atom_1(fn_amino_acid_22(fn_grasshopper_20(X)))
& hydrogen_1(fn_amino_acid_22(fn_grasshopper_20(X)))
& entity_1(fn_polypeptide_89(fn_grasshopper_21(X)))
& chemical_entity_1(fn_polypeptide_89(fn_grasshopper_21(X)))
& atom_1(fn_polypeptide_89(fn_grasshopper_21(X)))
& hydrogen_1(fn_polypeptide_89(fn_grasshopper_21(X)))
& entity_1(fn_polypeptide_90(fn_grasshopper_21(X)))
& chemical_entity_1(fn_polypeptide_90(fn_grasshopper_21(X)))
& atom_1(fn_polypeptide_90(fn_grasshopper_21(X)))
& hydrogen_1(fn_polypeptide_90(fn_grasshopper_21(X)))
& entity_1(fn_polypeptide_120(fn_grasshopper_21(X)))
& chemical_entity_1(fn_polypeptide_120(fn_grasshopper_21(X)))
& atom_1(fn_polypeptide_120(fn_grasshopper_21(X)))
& hydrogen_1(fn_polypeptide_120(fn_grasshopper_21(X)))
& entity_1(fn_polypeptide_118(fn_grasshopper_21(X)))
& chemical_entity_1(fn_polypeptide_118(fn_grasshopper_21(X)))
& atom_1(fn_polypeptide_118(fn_grasshopper_21(X)))
& hydrogen_1(fn_polypeptide_118(fn_grasshopper_21(X)))
& spatial_entity_1(fn_polypeptide_83(fn_grasshopper_21(X)))
& chemical_entity_1(fn_polypeptide_83(fn_grasshopper_21(X)))
& monomer_1(fn_polypeptide_83(fn_grasshopper_21(X)))
& molecule_1(fn_polypeptide_83(fn_grasshopper_21(X)))
& amino_acid_1(fn_polypeptide_83(fn_grasshopper_21(X)))
& chemical_entity_1(fn_polypeptide_82(fn_grasshopper_21(X)))
& monomer_1(fn_polypeptide_82(fn_grasshopper_21(X)))
& molecule_1(fn_polypeptide_82(fn_grasshopper_21(X)))
& amino_acid_1(fn_polypeptide_82(fn_grasshopper_21(X)))
& entity_1(fn_animal_nutritional_requirement_54(fn_grasshopper_7(X)))
& atom_1(fn_animal_nutritional_requirement_54(fn_grasshopper_7(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_54(fn_grasshopper_7(X)))
& oxygen_1(fn_animal_nutritional_requirement_54(fn_grasshopper_7(X)))
& entity_1(fn_animal_nutritional_requirement_61(fn_grasshopper_7(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_61(fn_grasshopper_7(X)))
& atom_1(fn_animal_nutritional_requirement_61(fn_grasshopper_7(X)))
& carbon_1(fn_animal_nutritional_requirement_61(fn_grasshopper_7(X)))
& carbon_1(fn_carbohydrate_5(fn_grasshopper_14(X)))
& entity_1(fn_carbohydrate_38(fn_grasshopper_14(X)))
& atom_1(fn_carbohydrate_38(fn_grasshopper_14(X)))
& chemical_entity_1(fn_carbohydrate_38(fn_grasshopper_14(X)))
& oxygen_1(fn_carbohydrate_38(fn_grasshopper_14(X)))
& entity_1(fn_carbohydrate_39(fn_grasshopper_14(X)))
& chemical_entity_1(fn_carbohydrate_39(fn_grasshopper_14(X)))
& atom_1(fn_carbohydrate_39(fn_grasshopper_14(X)))
& oxygen_1(fn_carbohydrate_39(fn_grasshopper_14(X)))
& tangible_entity_1(fn_hold_2(fn_grasshopper_19(X)))
& midgut_1(fn_grasshopper_digestive_system_5(fn_grasshopper_32(X)))
& rectum_1(fn_grasshopper_digestive_system_9(fn_grasshopper_32(X)))
& hindgut_1(fn_grasshopper_digestive_system_6(fn_grasshopper_32(X)))
& foregut_1(fn_grasshopper_digestive_system_7(fn_grasshopper_32(X)))
& gastric_cecum_1(fn_grasshopper_digestive_system_10(fn_grasshopper_32(X)))
& crop_1(fn_grasshopper_digestive_system_8(fn_grasshopper_32(X)))
& tissue_1(fn_esophagus_9(fn_grasshopper_26(X)))
& smooth_muscle_1(fn_esophagus_10(fn_grasshopper_26(X)))
& sphincter_1(fn_alimentary_canal_3(fn_grasshopper_46(X)))
& anus_1(fn_grasshopper_digestive_system_4(fn_grasshopper_32(X)))
& anus_1(fn_alimentary_canal_6(fn_grasshopper_46(X)))
& sphincter_1(fn_alimentary_canal_2(fn_grasshopper_46(X)))
& stomach_1(fn_esophagus_4(fn_grasshopper_26(X)))
& stomach_1(fn_alimentary_canal_12(fn_grasshopper_46(X)))
& digestive_organ_1(fn_grasshopper_digestive_system_12(fn_grasshopper_32(X)))
& esophagus_1(fn_grasshopper_digestive_system_12(fn_grasshopper_32(X)))
& esophagus_1(fn_alimentary_canal_11(fn_grasshopper_46(X)))
& mouth_1(fn_grasshopper_digestive_system_3(fn_grasshopper_32(X)))
& mouth_1(fn_alimentary_canal_5(fn_grasshopper_46(X)))
& end_1(fn_esophagus_2(fn_grasshopper_26(X)))
& end_1(fn_alimentary_canal_15(fn_grasshopper_46(X)))
& alimentary_canal_1(fn_grasshopper_digestive_system_11(fn_grasshopper_32(X)))
& alimentary_canal_1(fn_esophagus_8(fn_grasshopper_26(X)))
& sphincter_1(fn_esophagus_5(fn_grasshopper_26(X)))
& sphincter_1(fn_alimentary_canal_9(fn_grasshopper_46(X)))
& sphincter_1(fn_alimentary_canal_1(fn_grasshopper_46(X)))
& has_region_2(fn_grasshopper_46(X),fn_grasshopper_4(X))
& is_inside_2(fn_grasshopper_38(X),fn_grasshopper_4(X))
& result_2(fn_grasshopper_33(X),fn_grasshopper_13(X))
& minCardinality(fn_grasshopper_3(X),has_part_0,"2",mandible_0)
& has_part_2(fn_grasshopper_3(X),fn_grasshopper_2(X))
& has_part_2(fn_grasshopper_23(X),fn_grasshopper_3(X))
& has_function_2(fn_grasshopper_2(X),fn_grasshopper_1(X))
& plays_2(X,fn_grasshopper_35(X))
& has_part_2(X,fn_grasshopper_23(X))
& plays_2(X,fn_grasshopper_34(X))
& has_part_2(fn_grasshopper_13(X),fn_grasshopper_21(X))
& element_2(fn_grasshopper_7(X),fn_grasshopper_18(X))
& object_2(fn_grasshopper_19(X),fn_grasshopper_18(X))
& object_2(fn_grasshopper_19(X),fn_grasshopper_16(X))
& element_2(fn_grasshopper_32(X),fn_grasshopper_30(X))
& has_region_2(X,fn_grasshopper_32(X))
& element_2(fn_grasshopper_32(X),fn_grasshopper_31(X))
& next_element_2(fn_grasshopper_30(X),fn_grasshopper_31(X))
& next_element_2(fn_grasshopper_29(X),fn_grasshopper_30(X))
& element_2(fn_grasshopper_32(X),fn_grasshopper_29(X))
& has_part_2(X,fn_grasshopper_28(X))
& has_part_2(X,fn_grasshopper_22(X))
& has_part_2(X,fn_grasshopper_27(X))
& has_part_2(X,fn_grasshopper_26(X))
& result_2(fn_grasshopper_33(X),fn_grasshopper_14(X))
& plays_2(X,fn_grasshopper_36(X))
& in_event_2(fn_grasshopper_36(X),fn_grasshopper_33(X))
& agent_2(fn_grasshopper_33(X),X)
& has_part_2(X,fn_grasshopper_47(X))
& temperature_2(X,fn_grasshopper_5(X))
& correspondence_2(fn_grasshopper_5(X),fn_grasshopper_6(X))
& specific_heat_2(fn_grasshopper_24(X),fn_grasshopper_6(X))
& has_part_2(X,fn_grasshopper_24(X))
& has_part_2(X,fn_grasshopper_25(X))
& has_part_2(fn_grasshopper_20(X),fn_grasshopper_11(X))
& fn_grasshopper_10(X) != fn_grasshopper_11(X)
& fn_grasshopper_11(X) != fn_grasshopper_10(X)
& fn_grasshopper_12(X) != fn_grasshopper_11(X)
& fn_grasshopper_11(X) != fn_grasshopper_12(X)
& has_part_2(fn_grasshopper_20(X),fn_grasshopper_10(X))
& has_part_2(fn_grasshopper_20(X),fn_grasshopper_9(X))
& fn_grasshopper_9(X) != fn_grasshopper_11(X)
& fn_grasshopper_11(X) != fn_grasshopper_9(X)
& has_part_2(fn_grasshopper_20(X),fn_grasshopper_12(X))
& fn_grasshopper_12(X) != fn_grasshopper_9(X)
& fn_grasshopper_9(X) != fn_grasshopper_10(X)
& fn_grasshopper_9(X) != fn_grasshopper_12(X)
& fn_grasshopper_10(X) != fn_grasshopper_9(X)
& fn_grasshopper_8(X) != fn_grasshopper_10(X)
& fn_grasshopper_10(X) != fn_grasshopper_8(X)
& has_part_2(fn_grasshopper_21(X),fn_grasshopper_20(X))
& has_part_2(fn_grasshopper_20(X),fn_grasshopper_8(X))
& fn_grasshopper_8(X) != fn_grasshopper_9(X)
& fn_grasshopper_12(X) != fn_grasshopper_8(X)
& fn_grasshopper_8(X) != fn_grasshopper_12(X)
& fn_grasshopper_9(X) != fn_grasshopper_8(X)
& has_part_2(fn_grasshopper_14(X),fn_grasshopper_15(X))
& fn_grasshopper_17(X) != fn_grasshopper_18(X)
& has_part_2(fn_grasshopper_14(X),fn_grasshopper_17(X))
& has_part_2(fn_grasshopper_14(X),fn_grasshopper_16(X))
& fn_grasshopper_18(X) != fn_grasshopper_17(X)
& has_part_2(fn_grasshopper_14(X),fn_grasshopper_18(X))
& fn_grasshopper_18(X) != fn_grasshopper_16(X)
& fn_grasshopper_16(X) != fn_grasshopper_17(X)
& fn_grasshopper_17(X) != fn_grasshopper_15(X)
& fn_grasshopper_15(X) != fn_grasshopper_16(X)
& fn_grasshopper_16(X) != fn_grasshopper_18(X)
& fn_grasshopper_17(X) != fn_grasshopper_16(X)
& fn_grasshopper_15(X) != fn_grasshopper_17(X)
& fn_grasshopper_16(X) != fn_grasshopper_15(X)
& has_region_2(fn_grasshopper_46(X),fn_grasshopper_45(X))
& is_inside_2(fn_grasshopper_40(X),fn_grasshopper_46(X))
& is_between_2(fn_grasshopper_40(X),fn_grasshopper_28(X))
& is_at_2(fn_grasshopper_28(X),fn_grasshopper_44(X))
& has_region_2(fn_grasshopper_46(X),fn_grasshopper_44(X))
& is_inside_2(fn_grasshopper_41(X),fn_grasshopper_46(X))
& is_inside_2(fn_grasshopper_42(X),fn_grasshopper_46(X))
& is_between_2(fn_grasshopper_43(X),fn_grasshopper_42(X))
& is_between_2(fn_grasshopper_43(X),fn_grasshopper_26(X))
& is_inside_2(fn_grasshopper_26(X),fn_grasshopper_46(X))
& called_2(fn_grasshopper_45(X),'E1')
& is_at_2(fn_grasshopper_25(X),fn_grasshopper_45(X))
& called_2(fn_grasshopper_44(X),'E2')
& is_inside_2(fn_grasshopper_43(X),fn_grasshopper_46(X))
& has_function_2(fn_grasshopper_26(X),fn_grasshopper_37(X))
& origin_2(fn_grasshopper_39(X),fn_grasshopper_26(X))
& enables_2(fn_grasshopper_37(X),fn_grasshopper_39(X))
& facilitates_2(fn_grasshopper_38(X),fn_grasshopper_37(X))
& has_part_2(fn_grasshopper_26(X),fn_grasshopper_38(X))
& destination_2(fn_grasshopper_39(X),fn_grasshopper_42(X))
& is_inside_2(fn_grasshopper_25(X),fn_grasshopper_29(X))
& has_region_2(fn_grasshopper_46(X),fn_grasshopper_29(X))
& has_region_2(fn_grasshopper_46(X),fn_grasshopper_30(X))
& is_inside_2(fn_grasshopper_22(X),fn_grasshopper_30(X))
& element_2(fn_grasshopper_32(X),fn_grasshopper_22(X))
& element_2(fn_grasshopper_32(X),fn_grasshopper_27(X))
& next_element_2(fn_grasshopper_27(X),fn_grasshopper_28(X))
& is_inside_2(fn_grasshopper_28(X),fn_grasshopper_31(X))
& is_inside_2(fn_grasshopper_27(X),fn_grasshopper_31(X))
& next_element_2(fn_grasshopper_22(X),fn_grasshopper_27(X))
& element_2(fn_grasshopper_32(X),fn_grasshopper_47(X))
& element_2(fn_grasshopper_32(X),fn_grasshopper_25(X))
& next_element_2(fn_grasshopper_25(X),fn_grasshopper_26(X))
& next_element_2(fn_grasshopper_26(X),fn_grasshopper_47(X))
& is_inside_2(fn_grasshopper_47(X),fn_grasshopper_29(X))
& has_region_2(fn_grasshopper_46(X),fn_grasshopper_31(X))
& has_region_2(fn_grasshopper_32(X),fn_grasshopper_46(X))
& element_2(fn_grasshopper_32(X),fn_grasshopper_26(X))
& is_inside_2(fn_grasshopper_26(X),fn_grasshopper_29(X))
& next_element_2(fn_grasshopper_47(X),fn_grasshopper_22(X))
& element_2(fn_grasshopper_32(X),fn_grasshopper_28(X))
& fn_grasshopper_40(X) != fn_grasshopper_41(X)
& fn_grasshopper_41(X) != fn_grasshopper_40(X)
& called_2(fn_grasshopper_41(X),'SP4')
& called_2(fn_grasshopper_40(X),'SP5')
& is_between_2(fn_grasshopper_41(X),fn_grasshopper_28(X))
& called_2(fn_grasshopper_43(X),'SP1')
& object_2(fn_grasshopper_19(X),fn_grasshopper_17(X))
& X = fn_barrier_1(fn_grasshopper_35(X))
& fn_grasshopper_23(X) = fn_arthropod_6(X)
& X = fn_agent_role_1(fn_grasshopper_34(X))
& fn_grasshopper_21(X) = fn_protein_8(fn_grasshopper_13(X))
& fn_grasshopper_16(X) = fn_animal_nutritional_requirement_54(fn_grasshopper_7(X))
& fn_grasshopper_19(X) = fn_animal_nutritional_requirement_60(fn_grasshopper_7(X))
& fn_grasshopper_18(X) = fn_animal_nutritional_requirement_61(fn_grasshopper_7(X))
& fn_grasshopper_29(X) = fn_insect_12(X)
& fn_grasshopper_30(X) = fn_insect_13(X)
& fn_grasshopper_31(X) = fn_insect_14(X)
& fn_grasshopper_32(X) = fn_insect_19(X)
& fn_grasshopper_28(X) = fn_insect_4(X)
& fn_grasshopper_22(X) = fn_insect_5(X)
& fn_grasshopper_27(X) = fn_insect_3(X)
& fn_grasshopper_26(X) = fn_insect_6(X)
& fn_grasshopper_14(X) = fn_insect_22(X)
& fn_grasshopper_47(X) = fn_insect_20(X)
& fn_grasshopper_33(X) = fn_insect_17(X)
& fn_grasshopper_36(X) = fn_insect_21(X)
& fn_grasshopper_25(X) = fn_insect_11(X)
& fn_grasshopper_24(X) = fn_insect_18(X)
& fn_grasshopper_6(X) = fn_insect_23(X)
& fn_grasshopper_5(X) = fn_insect_25(X)
& fn_grasshopper_12(X) = fn_amino_acid_27(fn_grasshopper_20(X))
& fn_grasshopper_10(X) = fn_amino_acid_28(fn_grasshopper_20(X))
& fn_grasshopper_11(X) = fn_amino_acid_11(fn_grasshopper_20(X))
& fn_grasshopper_10(X) = fn_polypeptide_120(fn_grasshopper_21(X))
& fn_grasshopper_11(X) = fn_amino_acid_27(fn_grasshopper_20(X))
& fn_grasshopper_11(X) = fn_polypeptide_15(fn_grasshopper_21(X))
& fn_grasshopper_8(X) = fn_polypeptide_120(fn_grasshopper_21(X))
& fn_grasshopper_10(X) = fn_amino_acid_22(fn_grasshopper_20(X))
& fn_grasshopper_10(X) = fn_polypeptide_118(fn_grasshopper_21(X))
& fn_grasshopper_9(X) = fn_amino_acid_24(fn_grasshopper_20(X))
& fn_grasshopper_9(X) = fn_polypeptide_126(fn_grasshopper_21(X))
& fn_grasshopper_9(X) = fn_polypeptide_119(fn_grasshopper_21(X))
& fn_grasshopper_8(X) = fn_polypeptide_89(fn_grasshopper_21(X))
& fn_grasshopper_12(X) = fn_polypeptide_101(fn_grasshopper_21(X))
& fn_grasshopper_12(X) = fn_polypeptide_15(fn_grasshopper_21(X))
& fn_grasshopper_8(X) = fn_amino_acid_28(fn_grasshopper_20(X))
& fn_grasshopper_8(X) = fn_amino_acid_22(fn_grasshopper_20(X))
& fn_grasshopper_8(X) = fn_polypeptide_90(fn_grasshopper_21(X))
& fn_grasshopper_8(X) = fn_polypeptide_118(fn_grasshopper_21(X))
& fn_grasshopper_20(X) = fn_polypeptide_83(fn_grasshopper_21(X))
& fn_grasshopper_20(X) = fn_polypeptide_82(fn_grasshopper_21(X))
& fn_grasshopper_17(X) = fn_carbohydrate_38(fn_grasshopper_14(X))
& fn_grasshopper_16(X) = fn_carbohydrate_39(fn_grasshopper_14(X))
& fn_grasshopper_15(X) = fn_carbohydrate_32(fn_grasshopper_14(X))
& fn_grasshopper_17(X) = fn_carbohydrate_39(fn_grasshopper_14(X))
& fn_grasshopper_16(X) = fn_carbohydrate_38(fn_grasshopper_14(X))
& fn_grasshopper_18(X) = fn_carbohydrate_5(fn_grasshopper_14(X))
& fn_grasshopper_17(X) = fn_hold_2(fn_grasshopper_19(X))
& fn_grasshopper_41(X) = fn_alimentary_canal_2(fn_grasshopper_46(X))
& fn_grasshopper_30(X) = fn_grasshopper_digestive_system_5(fn_grasshopper_32(X))
& fn_grasshopper_27(X) = fn_grasshopper_digestive_system_9(fn_grasshopper_32(X))
& fn_grasshopper_25(X) = fn_grasshopper_digestive_system_3(fn_grasshopper_32(X))
& fn_grasshopper_31(X) = fn_grasshopper_digestive_system_6(fn_grasshopper_32(X))
& fn_grasshopper_46(X) = fn_grasshopper_digestive_system_11(fn_grasshopper_32(X))
& fn_grasshopper_26(X) = fn_grasshopper_digestive_system_12(fn_grasshopper_32(X))
& fn_grasshopper_29(X) = fn_grasshopper_digestive_system_7(fn_grasshopper_32(X))
& fn_grasshopper_47(X) = fn_grasshopper_digestive_system_8(fn_grasshopper_32(X))
& fn_grasshopper_22(X) = fn_grasshopper_digestive_system_10(fn_grasshopper_32(X))
& fn_grasshopper_28(X) = fn_grasshopper_digestive_system_4(fn_grasshopper_32(X))
& fn_grasshopper_37(X) = fn_esophagus_11(fn_grasshopper_26(X))
& fn_grasshopper_38(X) = fn_esophagus_9(fn_grasshopper_26(X))
& fn_grasshopper_38(X) = fn_esophagus_10(fn_grasshopper_26(X))
& fn_grasshopper_39(X) = fn_esophagus_7(fn_grasshopper_26(X))
& fn_grasshopper_40(X) = fn_alimentary_canal_3(fn_grasshopper_46(X))
& fn_grasshopper_40(X) = fn_alimentary_canal_2(fn_grasshopper_46(X))
& fn_grasshopper_28(X) = fn_alimentary_canal_6(fn_grasshopper_46(X))
& fn_grasshopper_44(X) = fn_esophagus_2(fn_grasshopper_26(X))
& fn_grasshopper_41(X) = fn_alimentary_canal_9(fn_grasshopper_46(X))
& fn_grasshopper_42(X) = fn_esophagus_4(fn_grasshopper_26(X))
& fn_grasshopper_42(X) = fn_alimentary_canal_12(fn_grasshopper_46(X))
& fn_grasshopper_43(X) = fn_alimentary_canal_9(fn_grasshopper_46(X))
& fn_grasshopper_26(X) = fn_alimentary_canal_11(fn_grasshopper_46(X))
& fn_grasshopper_25(X) = fn_alimentary_canal_5(fn_grasshopper_46(X))
& fn_grasshopper_45(X) = fn_alimentary_canal_16(fn_grasshopper_46(X))
& fn_grasshopper_44(X) = fn_alimentary_canal_15(fn_grasshopper_46(X))
& fn_grasshopper_43(X) = fn_esophagus_5(fn_grasshopper_26(X))
& fn_grasshopper_46(X) = fn_esophagus_8(fn_grasshopper_26(X))
& fn_grasshopper_43(X) = fn_alimentary_canal_1(fn_grasshopper_46(X))
& fn_barrier_1(fn_grasshopper_35(X)) = fn_agent_role_1(fn_grasshopper_34(X))
& fn_agent_role_1(fn_grasshopper_34(X)) = fn_amino_acid_11(fn_grasshopper_20(X))
& fn_amino_acid_11(fn_grasshopper_20(X)) = fn_amino_acid_27(fn_grasshopper_20(X))
& fn_amino_acid_27(fn_grasshopper_20(X)) = fn_amino_acid_11(fn_grasshopper_20(X))
& fn_amino_acid_11(fn_grasshopper_20(X)) = fn_amino_acid_11(fn_grasshopper_20(X))
& fn_amino_acid_11(fn_grasshopper_20(X)) = fn_polypeptide_15(fn_grasshopper_21(X))
& fn_amino_acid_28(fn_grasshopper_20(X)) = fn_polypeptide_120(fn_grasshopper_21(X))
& fn_polypeptide_118(fn_grasshopper_21(X)) = fn_amino_acid_24(fn_grasshopper_20(X))
& fn_amino_acid_24(fn_grasshopper_20(X)) = fn_amino_acid_24(fn_grasshopper_20(X))
& fn_amino_acid_24(fn_grasshopper_20(X)) = fn_polypeptide_126(fn_grasshopper_21(X))
& fn_polypeptide_119(fn_grasshopper_21(X)) = fn_polypeptide_119(fn_grasshopper_21(X))
& fn_polypeptide_119(fn_grasshopper_21(X)) = fn_polypeptide_126(fn_grasshopper_21(X))
& fn_polypeptide_126(fn_grasshopper_21(X)) = fn_polypeptide_119(fn_grasshopper_21(X))
& fn_polypeptide_119(fn_grasshopper_21(X)) = fn_amino_acid_27(fn_grasshopper_20(X))
& fn_amino_acid_27(fn_grasshopper_20(X)) = fn_polypeptide_101(fn_grasshopper_21(X))
& fn_polypeptide_101(fn_grasshopper_21(X)) = fn_polypeptide_101(fn_grasshopper_21(X))
& fn_polypeptide_101(fn_grasshopper_21(X)) = fn_amino_acid_27(fn_grasshopper_20(X))
& fn_amino_acid_27(fn_grasshopper_20(X)) = fn_amino_acid_27(fn_grasshopper_20(X))
& fn_amino_acid_27(fn_grasshopper_20(X)) = fn_polypeptide_15(fn_grasshopper_21(X))
& fn_polypeptide_15(fn_grasshopper_21(X)) = fn_polypeptide_15(fn_grasshopper_21(X))
& fn_polypeptide_15(fn_grasshopper_21(X)) = fn_amino_acid_28(fn_grasshopper_20(X))
& fn_amino_acid_28(fn_grasshopper_20(X)) = fn_amino_acid_28(fn_grasshopper_20(X))
& fn_amino_acid_22(fn_grasshopper_20(X)) = fn_amino_acid_28(fn_grasshopper_20(X))
& fn_amino_acid_28(fn_grasshopper_20(X)) = fn_amino_acid_22(fn_grasshopper_20(X))
& fn_amino_acid_22(fn_grasshopper_20(X)) = fn_amino_acid_22(fn_grasshopper_20(X))
& fn_polypeptide_89(fn_grasshopper_21(X)) = fn_amino_acid_22(fn_grasshopper_20(X))
& fn_amino_acid_22(fn_grasshopper_20(X)) = fn_polypeptide_89(fn_grasshopper_21(X))
& fn_polypeptide_89(fn_grasshopper_21(X)) = fn_polypeptide_89(fn_grasshopper_21(X))
& fn_polypeptide_89(fn_grasshopper_21(X)) = fn_polypeptide_90(fn_grasshopper_21(X))
& fn_polypeptide_120(fn_grasshopper_21(X)) = fn_polypeptide_90(fn_grasshopper_21(X))
& fn_polypeptide_90(fn_grasshopper_21(X)) = fn_polypeptide_90(fn_grasshopper_21(X))
& fn_polypeptide_90(fn_grasshopper_21(X)) = fn_polypeptide_120(fn_grasshopper_21(X))
& fn_polypeptide_120(fn_grasshopper_21(X)) = fn_polypeptide_120(fn_grasshopper_21(X))
& fn_polypeptide_120(fn_grasshopper_21(X)) = fn_polypeptide_118(fn_grasshopper_21(X))
& fn_polypeptide_118(fn_grasshopper_21(X)) = fn_polypeptide_118(fn_grasshopper_21(X))
& fn_polypeptide_118(fn_grasshopper_21(X)) = fn_polypeptide_82(fn_grasshopper_21(X))
& fn_polypeptide_82(fn_grasshopper_21(X)) = fn_polypeptide_82(fn_grasshopper_21(X))
& fn_polypeptide_82(fn_grasshopper_21(X)) = fn_polypeptide_83(fn_grasshopper_21(X))
& fn_polypeptide_83(fn_grasshopper_21(X)) = fn_polypeptide_82(fn_grasshopper_21(X))
& fn_polypeptide_82(fn_grasshopper_21(X)) = fn_animal_nutritional_requirement_54(fn_grasshopper_7(X))
& fn_animal_nutritional_requirement_54(fn_grasshopper_7(X)) = fn_carbohydrate_39(fn_grasshopper_14(X))
& fn_carbohydrate_39(fn_grasshopper_14(X)) = fn_carbohydrate_38(fn_grasshopper_14(X))
& fn_carbohydrate_38(fn_grasshopper_14(X)) = fn_animal_nutritional_requirement_61(fn_grasshopper_7(X))
& fn_animal_nutritional_requirement_61(fn_grasshopper_7(X)) = fn_animal_nutritional_requirement_61(fn_grasshopper_7(X))
& fn_animal_nutritional_requirement_61(fn_grasshopper_7(X)) = fn_carbohydrate_5(fn_grasshopper_14(X))
& fn_carbohydrate_5(fn_grasshopper_14(X)) = fn_carbohydrate_5(fn_grasshopper_14(X))
& fn_carbohydrate_5(fn_grasshopper_14(X)) = fn_carbohydrate_38(fn_grasshopper_14(X))
& fn_carbohydrate_38(fn_grasshopper_14(X)) = fn_carbohydrate_38(fn_grasshopper_14(X))
& fn_carbohydrate_38(fn_grasshopper_14(X)) = fn_carbohydrate_39(fn_grasshopper_14(X))
& fn_carbohydrate_39(fn_grasshopper_14(X)) = fn_carbohydrate_39(fn_grasshopper_14(X))
& fn_carbohydrate_39(fn_grasshopper_14(X)) = fn_hold_2(fn_grasshopper_19(X))
& fn_hold_2(fn_grasshopper_19(X)) = fn_insect_13(X)
& fn_insect_13(X) = fn_insect_13(X)
& fn_insect_13(X) = fn_grasshopper_digestive_system_5(fn_grasshopper_32(X))
& fn_grasshopper_digestive_system_5(fn_grasshopper_32(X)) = fn_grasshopper_digestive_system_5(fn_grasshopper_32(X))
& fn_grasshopper_digestive_system_5(fn_grasshopper_32(X)) = fn_insect_3(X)
& fn_insect_3(X) = fn_grasshopper_digestive_system_9(fn_grasshopper_32(X))
& fn_grasshopper_digestive_system_9(fn_grasshopper_32(X)) = fn_grasshopper_digestive_system_9(fn_grasshopper_32(X))
& fn_grasshopper_digestive_system_9(fn_grasshopper_32(X)) = fn_insect_14(X)
& fn_insect_14(X) = fn_insect_14(X)
& fn_insect_14(X) = fn_grasshopper_digestive_system_6(fn_grasshopper_32(X))
& fn_grasshopper_digestive_system_6(fn_grasshopper_32(X)) = fn_grasshopper_digestive_system_6(fn_grasshopper_32(X))
& fn_grasshopper_digestive_system_6(fn_grasshopper_32(X)) = fn_insect_12(X)
& fn_insect_12(X) = fn_insect_12(X)
& fn_insect_12(X) = fn_grasshopper_digestive_system_7(fn_grasshopper_32(X))
& fn_grasshopper_digestive_system_7(fn_grasshopper_32(X)) = fn_grasshopper_digestive_system_7(fn_grasshopper_32(X))
& fn_grasshopper_digestive_system_7(fn_grasshopper_32(X)) = fn_insect_5(X)
& fn_insect_5(X) = fn_grasshopper_digestive_system_10(fn_grasshopper_32(X))
& fn_grasshopper_digestive_system_10(fn_grasshopper_32(X)) = fn_grasshopper_digestive_system_10(fn_grasshopper_32(X))
& fn_grasshopper_digestive_system_10(fn_grasshopper_32(X)) = fn_insect_20(X)
& fn_insect_20(X) = fn_grasshopper_digestive_system_8(fn_grasshopper_32(X))
& fn_grasshopper_digestive_system_8(fn_grasshopper_32(X)) = fn_grasshopper_digestive_system_8(fn_grasshopper_32(X))
& fn_grasshopper_digestive_system_8(fn_grasshopper_32(X)) = fn_esophagus_10(fn_grasshopper_26(X))
& fn_esophagus_10(fn_grasshopper_26(X)) = fn_esophagus_9(fn_grasshopper_26(X))
& fn_esophagus_9(fn_grasshopper_26(X)) = fn_esophagus_10(fn_grasshopper_26(X))
& fn_esophagus_10(fn_grasshopper_26(X)) = fn_alimentary_canal_3(fn_grasshopper_46(X))
& fn_alimentary_canal_3(fn_grasshopper_46(X)) = fn_alimentary_canal_3(fn_grasshopper_46(X))
& fn_alimentary_canal_2(fn_grasshopper_46(X)) = fn_alimentary_canal_3(fn_grasshopper_46(X))
& fn_alimentary_canal_3(fn_grasshopper_46(X)) = fn_alimentary_canal_2(fn_grasshopper_46(X))
& fn_alimentary_canal_2(fn_grasshopper_46(X)) = fn_insect_4(X)
& fn_insect_4(X) = fn_grasshopper_digestive_system_4(fn_grasshopper_32(X))
& fn_alimentary_canal_6(fn_grasshopper_46(X)) = fn_grasshopper_digestive_system_4(fn_grasshopper_32(X))
& fn_grasshopper_digestive_system_4(fn_grasshopper_32(X)) = fn_grasshopper_digestive_system_4(fn_grasshopper_32(X))
& fn_grasshopper_digestive_system_4(fn_grasshopper_32(X)) = fn_alimentary_canal_6(fn_grasshopper_46(X))
& fn_alimentary_canal_6(fn_grasshopper_46(X)) = fn_alimentary_canal_6(fn_grasshopper_46(X))
& fn_alimentary_canal_6(fn_grasshopper_46(X)) = fn_alimentary_canal_2(fn_grasshopper_46(X))
& fn_alimentary_canal_2(fn_grasshopper_46(X)) = fn_alimentary_canal_2(fn_grasshopper_46(X))
& fn_alimentary_canal_2(fn_grasshopper_46(X)) = fn_alimentary_canal_9(fn_grasshopper_46(X))
& fn_alimentary_canal_9(fn_grasshopper_46(X)) = fn_esophagus_4(fn_grasshopper_26(X))
& fn_esophagus_4(fn_grasshopper_26(X)) = fn_esophagus_4(fn_grasshopper_26(X))
& fn_alimentary_canal_12(fn_grasshopper_46(X)) = fn_esophagus_4(fn_grasshopper_26(X))
& fn_esophagus_4(fn_grasshopper_26(X)) = fn_alimentary_canal_12(fn_grasshopper_46(X))
& fn_alimentary_canal_12(fn_grasshopper_46(X)) = fn_insect_6(X)
& fn_insect_6(X) = fn_grasshopper_digestive_system_12(fn_grasshopper_32(X))
& fn_grasshopper_digestive_system_12(fn_grasshopper_32(X)) = fn_grasshopper_digestive_system_12(fn_grasshopper_32(X))
& fn_grasshopper_digestive_system_12(fn_grasshopper_32(X)) = fn_alimentary_canal_11(fn_grasshopper_46(X))
& fn_alimentary_canal_11(fn_grasshopper_46(X)) = fn_alimentary_canal_11(fn_grasshopper_46(X))
& fn_alimentary_canal_11(fn_grasshopper_46(X)) = fn_insect_11(X)
& fn_insect_11(X) = fn_grasshopper_digestive_system_3(fn_grasshopper_32(X))
& fn_grasshopper_digestive_system_3(fn_grasshopper_32(X)) = fn_grasshopper_digestive_system_3(fn_grasshopper_32(X))
& fn_grasshopper_digestive_system_3(fn_grasshopper_32(X)) = fn_alimentary_canal_5(fn_grasshopper_46(X))
& fn_alimentary_canal_5(fn_grasshopper_46(X)) = fn_alimentary_canal_15(fn_grasshopper_46(X))
& fn_alimentary_canal_15(fn_grasshopper_46(X)) = fn_esophagus_2(fn_grasshopper_26(X))
& fn_esophagus_2(fn_grasshopper_26(X)) = fn_alimentary_canal_15(fn_grasshopper_46(X))
& fn_alimentary_canal_15(fn_grasshopper_46(X)) = fn_alimentary_canal_15(fn_grasshopper_46(X))
& fn_alimentary_canal_15(fn_grasshopper_46(X)) = fn_grasshopper_digestive_system_11(fn_grasshopper_32(X))
& fn_grasshopper_digestive_system_11(fn_grasshopper_32(X)) = fn_grasshopper_digestive_system_11(fn_grasshopper_32(X))
& fn_grasshopper_digestive_system_11(fn_grasshopper_32(X)) = fn_esophagus_8(fn_grasshopper_26(X))
& fn_esophagus_8(fn_grasshopper_26(X)) = fn_esophagus_8(fn_grasshopper_26(X))
& fn_esophagus_8(fn_grasshopper_26(X)) = fn_esophagus_5(fn_grasshopper_26(X))
& fn_esophagus_5(fn_grasshopper_26(X)) = fn_esophagus_5(fn_grasshopper_26(X))
& fn_alimentary_canal_9(fn_grasshopper_46(X)) = fn_esophagus_5(fn_grasshopper_26(X))
& fn_esophagus_5(fn_grasshopper_26(X)) = fn_alimentary_canal_9(fn_grasshopper_46(X))
& fn_alimentary_canal_9(fn_grasshopper_46(X)) = fn_alimentary_canal_9(fn_grasshopper_46(X))
& fn_alimentary_canal_9(fn_grasshopper_46(X)) = fn_alimentary_canal_1(fn_grasshopper_46(X)) ) ) ).
fof(a529975,axiom,
! [X] :
( grasshopper_digestive_system_1(X)
=> ( original_name_2(X,'Grasshopper-Digestive-System')
& user_description_2(X,'A system of organs in a grasshopper\'s body which is responsible for the digestion and absorption of nutrients from food.')
& concept2words_2(X,'grasshopper digestive system')
& concept2words_2(X,'grasshopper-digestive-system')
& digestive_system_1(X)
& shape_value_1(fn_grasshopper_digestive_system_1(X))
& mouth_1(fn_grasshopper_digestive_system_3(X))
& anus_1(fn_grasshopper_digestive_system_4(X))
& midgut_1(fn_grasshopper_digestive_system_5(X))
& hindgut_1(fn_grasshopper_digestive_system_6(X))
& foregut_1(fn_grasshopper_digestive_system_7(X))
& crop_1(fn_grasshopper_digestive_system_8(X))
& rectum_1(fn_grasshopper_digestive_system_9(X))
& gastric_cecum_1(fn_grasshopper_digestive_system_10(X))
& alimentary_canal_1(fn_grasshopper_digestive_system_11(X))
& digestive_organ_1(fn_grasshopper_digestive_system_12(X))
& esophagus_1(fn_grasshopper_digestive_system_12(X))
& alimentary_canal_1(fn_esophagus_8(fn_grasshopper_digestive_system_12(X)))
& has_region_2(X,fn_grasshopper_digestive_system_11(X))
& element_2(X,fn_grasshopper_digestive_system_10(X))
& element_2(X,fn_grasshopper_digestive_system_9(X))
& element_2(X,fn_grasshopper_digestive_system_8(X))
& element_2(X,fn_grasshopper_digestive_system_4(X))
& element_2(X,fn_grasshopper_digestive_system_3(X))
& the_categorical_value_2(fn_grasshopper_digestive_system_1(X),line_0)
& shape_2(fn_grasshopper_digestive_system_11(X),fn_grasshopper_digestive_system_1(X))
& has_region_2(fn_grasshopper_digestive_system_11(X),fn_grasshopper_digestive_system_7(X))
& has_region_2(fn_grasshopper_digestive_system_11(X),fn_grasshopper_digestive_system_6(X))
& has_region_2(fn_grasshopper_digestive_system_11(X),fn_grasshopper_digestive_system_5(X))
& is_inside_2(fn_grasshopper_digestive_system_12(X),fn_grasshopper_digestive_system_7(X))
& next_element_2(fn_grasshopper_digestive_system_12(X),fn_grasshopper_digestive_system_8(X))
& next_element_2(fn_grasshopper_digestive_system_3(X),fn_grasshopper_digestive_system_12(X))
& is_inside_2(fn_grasshopper_digestive_system_3(X),fn_grasshopper_digestive_system_7(X))
& is_inside_2(fn_grasshopper_digestive_system_4(X),fn_grasshopper_digestive_system_6(X))
& is_inside_2(fn_grasshopper_digestive_system_8(X),fn_grasshopper_digestive_system_7(X))
& next_element_2(fn_grasshopper_digestive_system_8(X),fn_grasshopper_digestive_system_10(X))
& next_element_2(fn_grasshopper_digestive_system_9(X),fn_grasshopper_digestive_system_4(X))
& is_inside_2(fn_grasshopper_digestive_system_9(X),fn_grasshopper_digestive_system_6(X))
& is_inside_2(fn_grasshopper_digestive_system_10(X),fn_grasshopper_digestive_system_5(X))
& next_element_2(fn_grasshopper_digestive_system_10(X),fn_grasshopper_digestive_system_9(X))
& element_2(X,fn_grasshopper_digestive_system_12(X))
& is_inside_2(fn_grasshopper_digestive_system_12(X),fn_grasshopper_digestive_system_11(X))
& fn_grasshopper_digestive_system_12(X) = fn_digestive_system_1(X)
& fn_grasshopper_digestive_system_11(X) = fn_esophagus_8(fn_grasshopper_digestive_system_12(X)) ) ) ).
fof(a529976,axiom,
! [X] :
( grasshopper_homeotic_gene_1(X)
=> ( original_name_2(X,'Grasshopper-Homeotic-Gene')
& user_description_2(X,'Homeotic gene present in grasshopper.')
& concept2words_2(X,'grasshopper homeotic gene')
& concept2words_2(X,'grasshopper-homeotic-gene')
& insect_homeotic_gene_1(X) ) ) ).
fof(a529977,axiom,
! [X] :
( grasshopper_homeotic_gene_mutation_1(X)
=> ( original_name_2(X,'Grasshopper-Homeotic-Gene-Mutation')
& user_description_2(X,'Mutation of homeotic gene of grasshopper.')
& concept2words_2(X,mutate)
& concept2words_2(X,'grasshopper homeotic gene mutation')
& concept2words_2(X,'grasshopper-homeotic-gene-mutation')
& development_related_mutation_1(X)
& abnormal_1(fn_grasshopper_homeotic_gene_mutation_1(X))
& antenna_1(fn_grasshopper_homeotic_gene_mutation_2(X))
& grasshopper_1(fn_grasshopper_homeotic_gene_mutation_3(X))
& mutant_phenotype_1(fn_grasshopper_homeotic_gene_mutation_3(X))
& thorax_1(fn_grasshopper_homeotic_gene_mutation_4(X))
& grasshopper_homeotic_gene_1(fn_grasshopper_homeotic_gene_mutation_5(X))
& thorax_1(fn_arthropod_5(fn_grasshopper_homeotic_gene_mutation_3(X)))
& result_2(X,fn_grasshopper_homeotic_gene_mutation_3(X))
& minCardinality(fn_grasshopper_homeotic_gene_mutation_4(X),has_part_0,"3",leg_0)
& has_part_2(fn_grasshopper_homeotic_gene_mutation_4(X),fn_grasshopper_homeotic_gene_mutation_2(X))
& plays_2(fn_grasshopper_homeotic_gene_mutation_3(X),fn_grasshopper_homeotic_gene_mutation_1(X))
& object_2(X,fn_grasshopper_homeotic_gene_mutation_5(X))
& has_part_2(fn_grasshopper_homeotic_gene_mutation_3(X),fn_grasshopper_homeotic_gene_mutation_4(X))
& fn_grasshopper_homeotic_gene_mutation_5(X) = fn_mutation_2(X)
& fn_grasshopper_homeotic_gene_mutation_4(X) = fn_arthropod_5(fn_grasshopper_homeotic_gene_mutation_3(X)) ) ) ).
fof(a529978,axiom,
! [X] :
( gravitropism_1(X)
=> ( original_name_2(X,'Gravitropism')
& user_description_2(X,'The response of an organism to gravity. Positive gravitropism is movement along the direction of the pull of gravity, and negative gravitropism is movement in the opposite direction.')
& concept2words_2(X,respond)
& concept2words_2(X,gravitropism)
& tropism_1(X)
& ~ phototropism_1(X)
& ~ thigmotropism_1(X)
& gravity_1(fn_gravitropism_1(X))
& agent_2(X,fn_gravitropism_1(X)) ) ) ).
fof(a529979,axiom,
! [X] :
( gravity_1(X)
=> ( original_name_2(X,'Gravity')
& user_description_2(X,'The force that attracts physical bodies toward the earth\'s center, or toward any other physical body that has mass.')
& concept2words_2(X,gravity)
& force_1(X) ) ) ).
fof(a529980,axiom,
! [X] :
( gray_crescent_1(X)
=> ( original_name_2(X,'Gray-Crescent')
& user_description_2(X,'In animal development, a pale gray, crescent-shaped region of cytoplasm that becomes exposed after the cortical rotation, located near the equator of an egg on the side opposite sperm entry. It marks the future dorsal side of the embryo.')
& concept2words_2(X,'crescent of gray')
& concept2words_2(X,'gray crescent')
& concept2words_2(X,'gray-crescent')
& embryonic_region_1(X) ) ) ).
fof(a529981,axiom,
! [X] :
( gray_matter_1(X)
=> ( original_name_2(X,'Gray-Matter')
& user_description_2(X,'A major component of the central nervous system, consisting of the cell bodies of neurons, capillaries, and glial cells.')
& concept2words_2(X,'matter of gray')
& concept2words_2(X,'gray matter')
& concept2words_2(X,'gray-matter')
& nervous_tissue_1(X)
& ~ brain_region_1(X)
& ~ ganglion_1(X)
& ~ nerve_circuit_1(X)
& ~ neural_crest_1(X)
& ~ neuromast_1(X)
& ~ notochord_1(X)
& ~ ommatidium_1(X)
& ~ optic_nerve_1(X)
& ~ retina_1(X)
& ~ white_matter_1(X) ) ) ).
fof(a529982,axiom,
! [X] :
( great_auk_1(X)
=> ( original_name_2(X,'Great-Auk')
& user_description_2(X,'A large, flightless bird that was driven to extinction in the mid-19th century by human hunting. Its scientific name is Pinguinus impennis.')
& concept2words_2(X,auk)
& concept2words_2(X,'great auk')
& concept2words_2(X,'great-auk')
& seabird_1(X)
& extinct_bird_1(X)
& ~ brown_headed_cowbird_1(X)
& ~ flightless_birds_1(X)
& ~ florida_scrub_jay_1(X)
& ~ galapagos_finch_1(X)
& ~ greylag_geese_1(X)
& ~ killdeer_1(X)
& ~ ratite_1(X)
& ~ red_cockaded_woodpecker_1(X)
& ~ acanthodian_1(X)
& ~ ammonite_1(X)
& ~ anapsid_1(X)
& ~ archaeopteryx_1(X)
& ~ conodont_1(X)
& ~ cooksonia_1(X)
& ~ dinosaur_1(X)
& ~ eurypterid_1(X)
& ~ neanderthal_1(X)
& ~ paranthropus_boisei_1(X)
& ~ parareptile_1(X)
& ~ placoderm_1(X)
& ~ pterosaur_1(X)
& ~ trilobite_1(X) ) ) ).
fof(a529983,axiom,
! [X] :
( green_algae_1(X)
=> ( original_name_2(X,'Green-Algae')
& user_description_2(X,'A paraphyletic grouping of photosynthetic protists whose chloroplasts are similar to those of land plants. Some green algae are more closely related to land plants than to other green algae.')
& concept2words_2(X,'algae of green')
& concept2words_2(X,'green algae')
& concept2words_2(X,'green-algae')
& chlorophyta_1(X) ) ) ).
fof(a529984,axiom,
! [X,X1] :
( ( color_2(X,X1)
& light_1(X)
& color_value_1(X1) )
=> ( green_light_1(X)
& fn_green_light_5(X) = X1 ) ) ).
fof(a529985,axiom,
! [X] :
( green_light_1(X)
=> ( original_name_2(X,'Green-Light')
& user_description_2(X,'The portion of the electromagnetic spectrum that can be detected as green by the human eye, ranging in wavelength from about 495 nm to 570 nm.')
& concept2words_2(X,'light of green')
& concept2words_2(X,'green light')
& concept2words_2(X,'green-light')
& light_1(X)
& length_value_1(fn_green_light_3(X))
& length_value_1(fn_green_light_4(X))
& color_value_1(fn_green_light_5(X))
& length_value_1(fn_green_light_8(X))
& the_categorical_value_2(fn_green_light_5(X),green_0)
& color_2(X,fn_green_light_5(X))
& greater_than_or_equal_to_2(fn_green_light_4(X),fn_green_light_8(X))
& the_cardinal_value_2(fn_green_light_4(X),"560.0e0")
& cardinal_unit_class_2(fn_green_light_4(X),nanometer_0)
& the_cardinal_value_2(fn_green_light_3(X),"520.0e0")
& cardinal_unit_class_2(fn_green_light_3(X),nanometer_0)
& greater_than_or_equal_to_2(fn_green_light_8(X),fn_green_light_3(X))
& wavelength_2(X,fn_green_light_8(X))
& fn_green_light_9(X) = fn_electromagnetic_energy_1(X)
& fn_green_light_8(X) = fn_electromagnetic_energy_4(X) ) ) ).
fof(a529986,axiom,
! [X] :
( greenhouse_effect_1(X)
=> ( original_name_2(X,'Greenhouse-Effect')
& user_description_2(X,'A process by which solar radiation is absorbed at atmospheric gases and reradiated back towards the Earth, resulting in warmer temperatures than would occur in the absence of such atmospheric gases.')
& concept2words_2(X,'effect of greenhouse')
& concept2words_2(X,'greenhouse effect')
& concept2words_2(X,'greenhouse-effect')
& climate_change_1(X)
& sunlight_1(fn_greenhouse_effect_1(X))
& retain_1(fn_greenhouse_effect_2(X))
& life_cycle_1(fn_greenhouse_effect_3(X))
& object_2(fn_greenhouse_effect_2(X),fn_greenhouse_effect_1(X))
& subevent_2(X,fn_greenhouse_effect_2(X))
& supports_2(X,fn_greenhouse_effect_3(X)) ) ) ).
fof(a529987,axiom,
! [X] :
( greenhouse_gas_1(X)
=> ( original_name_2(X,'Greenhouse-Gas')
& user_description_2(X,'Atmospheric gas that traps infrared radiation and causes heating of the atmosphere, resulting in global warming.')
& concept2words_2(X,'gas of greenhouse')
& concept2words_2(X,'greenhouse gas')
& concept2words_2(X,'greenhouse-gas')
& gas_substance_1(X)
& atmosphere_1(fn_greenhouse_gas_1(X))
& is_inside_2(X,fn_greenhouse_gas_1(X)) ) ) ).
fof(a529988,axiom,
! [X] :
( greylag_geese_1(X)
=> ( original_name_2(X,'Greylag-Geese')
& user_description_2(X,'Geese of the species Anser anser, notable as the birds used in studies of behavioral imprinting.')
& concept2words_2(X,'greylag goose')
& concept2words_2(X,'greylag-geese')
& bird_1(X)
& ~ brown_headed_cowbird_1(X)
& ~ flightless_birds_1(X)
& ~ florida_scrub_jay_1(X)
& ~ galapagos_finch_1(X)
& ~ great_auk_1(X)
& ~ killdeer_1(X)
& ~ ratite_1(X)
& ~ red_cockaded_woodpecker_1(X) ) ) ).
fof(a529989,axiom,
! [X] :
( grind_1(X)
=> ( original_name_2(X,'Grind')
& user_description_2(X,'To crush a substance to very small particles or powder.')
& concept2words_2(X,grind)
& break_1(X) ) ) ).
fof(a529990,axiom,
! [X] :
( gross_primary_production_1(X)
=> ( original_name_2(X,'Gross-Primary-Production')
& user_description_2(X,'Gross primary production is the total rate of biomass produced by primary producers in an ecosystem.')
& concept2words_2(X,'gross primary production')
& concept2words_2(X,'gross-primary-production')
& bioenergetics_1(X)
& ~ ecosystem_service_1(X)
& ~ nonequilibrium_model_1(X) ) ) ).
fof(a529991,axiom,
! [X] :
( ground_1(X)
=> ( original_name_2(X,'Ground')
& user_description_2(X,'The solid surface of the earth is referred to as Ground.')
& concept2words_2(X,ground)
& geologic_entity_1(X)
& stone_1(fn_ground_1(X))
& has_part_2(X,fn_ground_1(X)) ) ) ).
fof(a529992,axiom,
! [X] :
( ground_tissue_1(X)
=> ( original_name_2(X,'Ground-Tissue')
& user_description_2(X,'In plants, tissues that are not part of the vascular bundle or dermal system. Ground tissue has a variety of functions, including photosynthesis, support, and storage.')
& concept2words_2(X,'tissue of ground')
& concept2words_2(X,'ground tissue')
& concept2words_2(X,'ground-tissue')
& plant_specific_tissue_1(X)
& ~ dermal_tissue_1(X)
& ~ vascular_tissue_1(X) ) ) ).
fof(a529993,axiom,
! [X] :
( ground_tissue_system_1(X)
=> ( original_name_2(X,'Ground-Tissue-System')
& user_description_2(X,'Ground tissue system is responsible for most of the plants metabolic functions, is located between the dermal tissue and the vascular tissue in each organ. Tissues that are neither dermal nor vascular are part of the ground tissue system.')
& concept2words_2(X,'ground tissue system')
& concept2words_2(X,'ground-tissue-system')
& tissue_system_1(X) ) ) ).
fof(a529994,axiom,
! [X] :
( groundwater_1(X)
=> ( original_name_2(X,'Groundwater')
& user_description_2(X,'Groundwater is water located beneath the surface of ground')
& concept2words_2(X,groundwater)
& water_1(X) ) ) ).
fof(a529995,axiom,
! [X] :
( group_1(X)
=> ( original_name_2(X,'Group')
& description_2(X,'a relatively small organization of Roles')
& concept2words_2(X,'working group')
& concept2words_2(X,working_group)
& concept2words_2(X,'working party')
& concept2words_2(X,working_party)
& concept2words_2(X,unit)
& concept2words_2(X,group)
& organization_1(X)
& ~ institution_1(X)
& ~ department_1(X) ) ) ).
fof(a529996,axiom,
! [X] :
( group_node_1(X)
=> ( original_name_2(X,'Group-Node')
& concept2words_2(X,'node of group')
& concept2words_2(X,'group node')
& concept2words_2(X,'group-node')
& big_node_1(X) ) ) ).
fof(a529997,axiom,
! [X] :
( grouping_activity_1(X)
=> ( original_name_2(X,'Grouping-Activity')
& user_description_2(X,'An activity which relates to the grouping or arrangement of persons or things.')
& concept2words_2(X,group)
& concept2words_2(X,'activity of grouping')
& concept2words_2(X,'grouping activity')
& concept2words_2(X,'grouping-activity')
& activity_1(X) ) ) ).
fof(a529998,axiom,
! [X] :
( grow_1(X)
=> ( original_name_2(X,'Grow')
& user_description_2(X,'Increase or become larger in size.')
& concept2words_2(X,grow)
& increase_1(X) ) ) ).
fof(a529999,axiom,
! [X] :
( growth_1(X)
=> ( original_name_2(X,'Growth')
& concept2words_2(X,grow)
& concept2words_2(X,mature)
& concept2words_2(X,maturate)
& concept2words_2(X,growth)
& concept2words_2(X,growing)
& concept2words_2(X,maturation)
& concept2words_2(X,development)
& concept2words_2(X,ontogeny)
& concept2words_2(X,ontogenesis)
& concept2words_2(X,increase)
& concept2words_2(X,increment)
& activity_1(X) ) ) ).
fof(a530000,axiom,
! [X] :
( growth_cone_1(X)
=> ( original_name_2(X,'Growth-Cone')
& user_description_2(X,'In a neuron, the responsive region at the leading edge of the growing axon.')
& concept2words_2(X,'cone of growth')
& concept2words_2(X,'growth cone')
& concept2words_2(X,'growth-cone')
& neuron_structure_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X) ) ) ).
fof(a530001,axiom,
! [X] :
( growth_factor_1(X)
=> ( original_name_2(X,'Growth-Factor')
& user_description_2(X,'A local regulator that acts on nearby cells to stimulate cell proliferation and differentiation.')
& concept2words_2(X,'paracrine growth factor')
& concept2words_2(X,'factor of growth')
& concept2words_2(X,'growth factor')
& concept2words_2(X,'growth-factor')
& regulatory_protein_1(X)
& local_regulator_1(fn_growth_factor_1(X))
& chemical_entity_1(fn_local_regulator_2(fn_growth_factor_1(X)))
& plays_2(X,fn_growth_factor_1(X))
& X = fn_local_regulator_2(fn_growth_factor_1(X)) ) ) ).
fof(a530002,axiom,
! [X] :
( growth_factor_receptor_1(X)
=> ( original_name_2(X,'Growth-Factor-Receptor')
& user_description_2(X,'A regulatory protein in the cell membrane or in the cell that binds to another molecule leading to a change in cell growth behavior.')
& concept2words_2(X,'growth factor receptor')
& concept2words_2(X,'growth-factor receptor')
& concept2words_2(X,'growth-factor-receptor')
& receptor_protein_1(X)
& ~ g_protein_coupled_receptor_1(X)
& ~ intracellular_receptor_1(X)
& ~ receptor_tyrosine_kinase_1(X) ) ) ).
fof(a530003,axiom,
! [X] :
( growth_factor_release_1(X)
=> ( original_name_2(X,'Growth-Factor-Release')
& user_description_2(X,'Process of cell releasing growth factor.')
& concept2words_2(X,release)
& concept2words_2(X,'growth factor release')
& concept2words_2(X,'growth-factor-release')
& release_1(X)
& signal_generation_1(X)
& cell_growth_1(fn_growth_factor_release_1(X))
& tangible_entity_1(fn_growth_factor_release_2(X))
& release_1(fn_growth_factor_release_3(X))
& growth_factor_1(fn_growth_factor_release_4(X))
& target_cell_1(fn_growth_factor_release_5(X))
& tangible_entity_1(fn_growth_factor_release_6(X))
& cell_1(fn_growth_factor_release_6(X))
& tangible_entity_1(fn_release_1(fn_growth_factor_release_3(X)))
& tangible_entity_1(fn_release_2(fn_growth_factor_release_3(X)))
& cell_1(fn_target_cell_3(fn_growth_factor_release_5(X)))
& is_inside_2(fn_growth_factor_release_4(X),fn_growth_factor_release_2(X))
& is_inside_2(fn_growth_factor_release_4(X),fn_growth_factor_release_6(X))
& agent_2(fn_growth_factor_release_1(X),fn_growth_factor_release_4(X))
& subevent_2(X,fn_growth_factor_release_3(X))
& object_2(fn_growth_factor_release_3(X),fn_growth_factor_release_4(X))
& object_2(X,fn_growth_factor_release_4(X))
& base_2(X,fn_growth_factor_release_6(X))
& base_2(fn_growth_factor_release_3(X),fn_growth_factor_release_2(X))
& plays_2(fn_growth_factor_release_6(X),fn_growth_factor_release_5(X))
& fn_growth_factor_release_4(X) = fn_release_1(fn_growth_factor_release_3(X))
& fn_growth_factor_release_4(X) = fn_release_1(X)
& fn_growth_factor_release_6(X) = fn_release_2(X)
& fn_growth_factor_release_6(X) = fn_signal_generation_4(X)
& fn_growth_factor_release_2(X) = fn_release_2(fn_growth_factor_release_3(X))
& fn_growth_factor_release_6(X) = fn_target_cell_3(fn_growth_factor_release_5(X))
& fn_release_2(X) = fn_signal_generation_4(X)
& fn_signal_generation_4(X) = fn_signal_generation_4(X)
& fn_signal_generation_4(X) = fn_target_cell_3(fn_growth_factor_release_5(X)) ) ) ).
fof(a530004,axiom,
! [X] :
( growth_hormone_1(X)
=> ( original_name_2(X,'Growth-Hormone')
& user_description_2(X,'A hormone of the anterior pituitary that causes body growth, cell growth, and cell regeneration in humans and some other animals.')
& concept2words_2(X,gh)
& concept2words_2(X,'growth factor')
& concept2words_2(X,'growth-factor')
& concept2words_2(X,'hormone of growth')
& concept2words_2(X,'growth hormone')
& concept2words_2(X,'growth-hormone')
& growth_factor_1(X)
& pituitary_peptide_hormone_1(X)
& ~ bmp_4_1(X)
& ~ erythropoietin_1(X)
& ~ inhibin_1(X)
& ~ leptin_1(X)
& ~ prolactin_1(X) ) ) ).
fof(a530005,axiom,
! [X] :
( gtp_1(X)
=> ( original_name_2(X,'GTP')
& description_2(X,'Major nucleoside triphosphate used in the synthesis of RNA and in some energy-transfer reactions. Has a special role in microtubule assembly, protein synthesis, and cell signaling.')
& user_description_2(X,'A molecule which is structurally and functionally very similar to ATP. This molecule stores energy in the covalent bonds between phosphate groups, which when broken releases energy and can be used to make ATP or to directly power cell processes.')
& concept2words_2(X,'guanosine triphosphate')
& concept2words_2(X,'guanosine-triphosphate')
& concept2words_2(X,gtp)
& nucleoside_triphosphate_1(X)
& hold_1(fn_gtp_3(X))
& hold_together_1(fn_gtp_3(X))
& hold_1(fn_gtp_4(X))
& hold_together_1(fn_gtp_4(X))
& share_1(fn_gtp_5(X))
& share_1(fn_gtp_6(X))
& share_1(fn_gtp_7(X))
& entity_1(fn_gtp_8(X))
& chemical_entity_1(fn_gtp_8(X))
& atom_1(fn_gtp_8(X))
& carbon_1(fn_gtp_8(X))
& carbon_skeleton_1(fn_gtp_9(X))
& entity_1(fn_gtp_10(X))
& number_5_prime_carbon_1(fn_gtp_10(X))
& spatial_entity_1(fn_gtp_11(X))
& molecule_1(fn_gtp_11(X))
& organic_molecule_1(fn_gtp_11(X))
& pentose_1(fn_gtp_11(X))
& guanine_1(fn_gtp_12(X))
& energy_1(fn_gtp_13(X))
& store_1(fn_gtp_14(X))
& single_bond_1(fn_gtp_15(X))
& covalent_bond_1(fn_gtp_15(X))
& nucleoside_1(fn_gtp_16(X))
& entity_1(fn_gtp_17(X))
& chemical_entity_1(fn_gtp_17(X))
& atom_1(fn_gtp_17(X))
& oxygen_1(fn_gtp_17(X))
& phosphate_group_1(fn_gtp_18(X))
& chemical_bond_1(fn_gtp_19(X))
& double_bond_1(fn_gtp_19(X))
& covalent_bond_1(fn_gtp_19(X))
& entity_1(fn_gtp_20(X))
& chemical_entity_1(fn_gtp_20(X))
& atom_1(fn_gtp_20(X))
& oxygen_1(fn_gtp_20(X))
& tangible_entity_1(fn_gtp_21(X))
& entity_1(fn_gtp_21(X))
& chemical_entity_1(fn_gtp_21(X))
& atom_1(fn_gtp_21(X))
& phosphorus_1(fn_gtp_21(X))
& electron_shell_1(fn_gtp_22(X))
& first_electron_shell_1(fn_gtp_22(X))
& center_1(fn_gtp_23(X))
& center_1(fn_gtp_24(X))
& electron_1(fn_gtp_25(X))
& valence_electron_1(fn_gtp_25(X))
& electron_1(fn_gtp_26(X))
& valence_electron_1(fn_gtp_26(X))
& electron_1(fn_gtp_27(X))
& valence_electron_1(fn_gtp_27(X))
& share_1(fn_gtp_28(X))
& hold_1(fn_gtp_29(X))
& hold_together_1(fn_gtp_29(X))
& number_5_prime_region_1(fn_gtp_30(X))
& electron_1(fn_gtp_31(X))
& valence_electron_1(fn_gtp_31(X))
& center_1(fn_gtp_32(X))
& quantity_value_1(fn_gtp_33(X))
& speed_value_1(fn_gtp_34(X))
& constant_motion_1(fn_gtp_35(X))
& kinetic_energy_1(fn_gtp_36(X))
& proton_1(fn_gtp_37(X))
& electron_shell_1(fn_gtp_38(X))
& electron_shell_1(fn_gtp_39(X))
& atomic_nucleus_1(fn_gtp_40(X))
& proton_1(fn_gtp_41(X))
& entity_1(fn_store_1(fn_gtp_14(X)))
& nitrogenous_base_1(fn_nucleoside_21(fn_gtp_16(X)))
& spatial_entity_1(fn_store_2(fn_gtp_14(X)))
& proton_1(fn_covalent_bond_4(fn_gtp_15(X)))
& share_1(fn_covalent_bond_17(fn_gtp_19(X)))
& electron_shell_1(fn_covalent_bond_12(fn_gtp_15(X)))
& electron_shell_1(fn_covalent_bond_11(fn_gtp_15(X)))
& entity_1(fn_covalent_bond_19(fn_gtp_19(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_gtp_19(X)))
& atom_1(fn_covalent_bond_19(fn_gtp_19(X)))
& entity_1(fn_covalent_bond_20(fn_gtp_19(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_gtp_19(X)))
& atom_1(fn_covalent_bond_20(fn_gtp_19(X)))
& hold_together_1(fn_covalent_bond_14(fn_gtp_19(X)))
& entity_1(fn_share_3(fn_gtp_28(X)))
& entity_1(fn_share_1(fn_gtp_28(X)))
& entity_1(fn_covalent_bond_20(fn_gtp_15(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_gtp_15(X)))
& atom_1(fn_covalent_bond_20(fn_gtp_15(X)))
& entity_1(fn_covalent_bond_19(fn_gtp_15(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_gtp_15(X)))
& atom_1(fn_covalent_bond_19(fn_gtp_15(X)))
& valence_electron_1(fn_covalent_bond_15(fn_gtp_19(X)))
& hold_together_1(fn_covalent_bond_14(fn_gtp_15(X)))
& center_1(fn_covalent_bond_21(fn_gtp_19(X)))
& center_1(fn_covalent_bond_23(fn_gtp_15(X)))
& center_1(fn_covalent_bond_23(fn_gtp_19(X)))
& center_1(fn_covalent_bond_21(fn_gtp_15(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_gtp_15(X)))
& valence_electron_1(fn_covalent_bond_15(fn_gtp_15(X)))
& valence_electron_1(fn_covalent_bond_18(fn_gtp_15(X)))
& share_1(fn_covalent_bond_17(fn_gtp_15(X)))
& has_function_2(X,fn_gtp_14(X))
& agent_2(fn_gtp_28(X),fn_gtp_10(X))
& object_2(fn_gtp_14(X),fn_gtp_13(X))
& has_part_2(fn_gtp_16(X),fn_gtp_12(X))
& base_2(fn_gtp_14(X),X)
& is_between_2(fn_gtp_19(X),fn_gtp_20(X))
& has_region_2(fn_gtp_20(X),fn_gtp_23(X))
& object_2(fn_gtp_29(X),fn_gtp_20(X))
& has_part_2(fn_gtp_20(X),fn_gtp_31(X))
& result_2(fn_gtp_28(X),fn_gtp_19(X))
& agent_2(fn_gtp_28(X),fn_gtp_20(X))
& has_region_2(fn_gtp_20(X),fn_gtp_32(X))
& has_part_2(fn_gtp_17(X),fn_gtp_25(X))
& has_region_2(fn_gtp_17(X),fn_gtp_23(X))
& agent_2(fn_gtp_5(X),fn_gtp_17(X))
& has_region_2(fn_gtp_21(X),fn_gtp_22(X))
& has_part_2(fn_gtp_17(X),fn_gtp_41(X))
& has_region_2(fn_gtp_21(X),fn_gtp_23(X))
& object_2(fn_gtp_28(X),fn_gtp_27(X))
& is_between_2(fn_gtp_15(X),fn_gtp_21(X))
& agent_2(fn_gtp_28(X),fn_gtp_21(X))
& object_2(fn_gtp_28(X),fn_gtp_26(X))
& fn_gtp_8(X) != fn_gtp_21(X)
& fn_gtp_21(X) != fn_gtp_8(X)
& has_part_2(X,fn_gtp_16(X))
& has_part_2(fn_gtp_16(X),fn_gtp_11(X))
& has_region_2(fn_gtp_11(X),fn_gtp_30(X))
& is_inside_2(fn_gtp_18(X),fn_gtp_30(X))
& possesses_2(X,fn_gtp_36(X))
& quantity_2(fn_gtp_36(X),fn_gtp_33(X))
& directly_proportional_2(fn_gtp_34(X),fn_gtp_33(X))
& speed_2(fn_gtp_35(X),fn_gtp_34(X))
& object_2(fn_gtp_35(X),X)
& has_region_2(fn_gtp_20(X),fn_gtp_40(X))
& fn_gtp_10(X) != fn_gtp_20(X)
& fn_gtp_20(X) != fn_gtp_10(X)
& object_2(fn_gtp_7(X),fn_gtp_27(X))
& object_2(fn_gtp_6(X),fn_gtp_27(X))
& object_2(fn_gtp_6(X),fn_gtp_26(X))
& has_part_2(X,fn_gtp_8(X))
& is_inside_2(fn_gtp_8(X),fn_gtp_9(X))
& has_region_2(X,fn_gtp_9(X))
& possesses_2(X,fn_gtp_15(X))
& is_between_2(fn_gtp_15(X),fn_gtp_17(X))
& agent_2(fn_gtp_29(X),fn_gtp_19(X))
& has_function_2(fn_gtp_19(X),fn_gtp_29(X))
& possesses_2(X,fn_gtp_19(X))
& has_part_2(X,fn_gtp_17(X))
& has_region_2(fn_gtp_17(X),fn_gtp_24(X))
& result_2(fn_gtp_6(X),fn_gtp_19(X))
& is_between_2(fn_gtp_19(X),fn_gtp_17(X))
& agent_2(fn_gtp_7(X),fn_gtp_17(X))
& result_2(fn_gtp_7(X),fn_gtp_19(X))
& is_between_2(fn_gtp_19(X),fn_gtp_21(X))
& result_2(fn_gtp_28(X),fn_gtp_15(X))
& is_between_2(fn_gtp_15(X),fn_gtp_20(X))
& agent_2(fn_gtp_6(X),fn_gtp_20(X))
& agent_2(fn_gtp_6(X),fn_gtp_21(X))
& agent_2(fn_gtp_7(X),fn_gtp_21(X))
& agent_2(fn_gtp_5(X),fn_gtp_20(X))
& has_region_2(fn_gtp_20(X),fn_gtp_24(X))
& has_region_2(fn_gtp_21(X),fn_gtp_24(X))
& fn_gtp_23(X) != fn_gtp_24(X)
& fn_gtp_24(X) != fn_gtp_23(X)
& object_2(fn_gtp_28(X),fn_gtp_31(X))
& agent_2(fn_gtp_28(X),fn_gtp_17(X))
& has_region_2(fn_gtp_17(X),fn_gtp_32(X))
& has_region_2(fn_gtp_10(X),fn_gtp_32(X))
& has_region_2(fn_gtp_10(X),fn_gtp_22(X))
& agent_2(fn_gtp_5(X),fn_gtp_10(X))
& agent_2(fn_gtp_5(X),fn_gtp_21(X))
& is_inside_2(fn_gtp_21(X),fn_gtp_18(X))
& is_inside_2(fn_gtp_17(X),fn_gtp_18(X))
& has_region_2(fn_gtp_17(X),fn_gtp_39(X))
& fn_gtp_26(X) != fn_gtp_27(X)
& fn_gtp_27(X) != fn_gtp_31(X)
& fn_gtp_26(X) != fn_gtp_31(X)
& fn_gtp_31(X) != fn_gtp_26(X)
& fn_gtp_31(X) != fn_gtp_27(X)
& fn_gtp_27(X) != fn_gtp_26(X)
& object_2(fn_gtp_3(X),fn_gtp_21(X))
& object_2(fn_gtp_3(X),fn_gtp_20(X))
& has_region_2(fn_gtp_20(X),fn_gtp_38(X))
& fn_gtp_38(X) != fn_gtp_22(X)
& fn_gtp_22(X) != fn_gtp_39(X)
& fn_gtp_22(X) != fn_gtp_38(X)
& fn_gtp_39(X) != fn_gtp_22(X)
& is_inside_2(fn_gtp_37(X),fn_gtp_40(X))
& has_part_2(fn_gtp_20(X),fn_gtp_37(X))
& is_inside_2(fn_gtp_20(X),fn_gtp_18(X))
& has_region_2(X,fn_gtp_18(X))
& has_part_2(X,fn_gtp_20(X))
& object_2(fn_gtp_4(X),fn_gtp_21(X))
& object_2(fn_gtp_4(X),fn_gtp_20(X))
& fn_gtp_20(X) != fn_gtp_8(X)
& fn_gtp_21(X) != fn_gtp_20(X)
& fn_gtp_20(X) != fn_gtp_21(X)
& fn_gtp_8(X) != fn_gtp_20(X)
& is_near_2(fn_gtp_40(X),fn_gtp_27(X))
& is_near_2(fn_gtp_27(X),fn_gtp_40(X))
& is_near_2(fn_gtp_25(X),fn_gtp_40(X))
& fn_gtp_26(X) != fn_gtp_25(X)
& fn_gtp_25(X) != fn_gtp_26(X)
& is_near_2(fn_gtp_40(X),fn_gtp_25(X))
& object_2(fn_gtp_3(X),fn_gtp_10(X))
& object_2(fn_gtp_3(X),fn_gtp_17(X))
& has_part_2(fn_gtp_17(X),fn_gtp_27(X))
& fn_gtp_25(X) != fn_gtp_27(X)
& fn_gtp_27(X) != fn_gtp_25(X)
& object_2(fn_gtp_29(X),fn_gtp_21(X))
& object_2(fn_gtp_29(X),fn_gtp_17(X))
& has_region_2(fn_gtp_17(X),fn_gtp_40(X))
& fn_gtp_20(X) != fn_gtp_17(X)
& fn_gtp_17(X) != fn_gtp_20(X)
& has_part_2(X,fn_gtp_21(X))
& fn_gtp_21(X) != fn_gtp_17(X)
& fn_gtp_17(X) != fn_gtp_10(X)
& fn_gtp_17(X) != fn_gtp_21(X)
& fn_gtp_8(X) != fn_gtp_17(X)
& fn_gtp_17(X) != fn_gtp_8(X)
& fn_gtp_10(X) != fn_gtp_17(X)
& fn_gtp_24(X) != fn_gtp_32(X)
& fn_gtp_32(X) != fn_gtp_24(X)
& has_function_2(fn_gtp_15(X),fn_gtp_3(X))
& is_near_2(fn_gtp_40(X),fn_gtp_31(X))
& is_near_2(fn_gtp_31(X),fn_gtp_40(X))
& agent_2(fn_gtp_3(X),fn_gtp_15(X))
& is_inside_2(fn_gtp_41(X),fn_gtp_40(X))
& result_2(fn_gtp_5(X),fn_gtp_15(X))
& object_2(fn_gtp_5(X),fn_gtp_26(X))
& is_near_2(fn_gtp_26(X),fn_gtp_40(X))
& is_at_2(fn_gtp_40(X),fn_gtp_32(X))
& fn_gtp_32(X) != fn_gtp_23(X)
& is_near_2(fn_gtp_40(X),fn_gtp_26(X))
& fn_gtp_23(X) != fn_gtp_32(X)
& fn_gtp_10(X) = fn_share_3(fn_gtp_28(X))
& fn_gtp_10(X) = fn_share_1(fn_gtp_28(X))
& fn_gtp_13(X) = fn_store_1(fn_gtp_14(X))
& fn_gtp_12(X) = fn_nucleoside_21(fn_gtp_16(X))
& X = fn_store_2(fn_gtp_14(X))
& fn_gtp_23(X) = fn_covalent_bond_21(fn_gtp_19(X))
& fn_gtp_20(X) = fn_covalent_bond_19(fn_gtp_19(X))
& fn_gtp_29(X) = fn_covalent_bond_14(fn_gtp_19(X))
& fn_gtp_31(X) = fn_covalent_bond_15(fn_gtp_19(X))
& fn_gtp_32(X) = fn_covalent_bond_23(fn_gtp_19(X))
& fn_gtp_20(X) = fn_covalent_bond_20(fn_gtp_19(X))
& fn_gtp_28(X) = fn_covalent_bond_17(fn_gtp_19(X))
& fn_gtp_25(X) = fn_covalent_bond_18(fn_gtp_15(X))
& fn_gtp_23(X) = fn_covalent_bond_21(fn_gtp_15(X))
& fn_gtp_27(X) = fn_covalent_bond_18(fn_gtp_15(X))
& fn_gtp_26(X) = fn_covalent_bond_15(fn_gtp_15(X))
& fn_gtp_28(X) = fn_covalent_bond_17(fn_gtp_15(X))
& fn_gtp_8(X) = fn_covalent_bond_20(fn_gtp_15(X))
& fn_gtp_21(X) = fn_covalent_bond_20(fn_gtp_15(X))
& fn_gtp_21(X) = fn_covalent_bond_19(fn_gtp_15(X))
& fn_gtp_2(X) = fn_nucleotide_52(X)
& fn_gtp_1(X) = fn_nucleotide_53(X)
& fn_gtp_18(X) = fn_nucleotide_15(X)
& fn_gtp_30(X) = fn_nucleotide_36(X)
& fn_gtp_11(X) = fn_nucleotide_12(X)
& fn_gtp_16(X) = fn_nucleotide_16(X)
& fn_gtp_35(X) = fn_nucleotide_4(X)
& fn_gtp_34(X) = fn_nucleotide_5(X)
& fn_gtp_33(X) = fn_nucleotide_6(X)
& fn_gtp_36(X) = fn_nucleotide_2(X)
& fn_gtp_27(X) = fn_nucleoside_triphosphate_19(X)
& fn_gtp_9(X) = fn_nucleoside_triphosphate_30(X)
& fn_gtp_24(X) = fn_nucleoside_triphosphate_22(X)
& fn_gtp_29(X) = fn_nucleoside_triphosphate_18(X)
& fn_gtp_19(X) = fn_nucleoside_triphosphate_28(X)
& fn_gtp_7(X) = fn_nucleoside_triphosphate_16(X)
& fn_gtp_6(X) = fn_nucleoside_triphosphate_1(X)
& fn_gtp_15(X) = fn_nucleoside_triphosphate_35(X)
& fn_gtp_23(X) = fn_nucleoside_triphosphate_12(X)
& fn_gtp_24(X) = fn_nucleoside_triphosphate_20(X)
& fn_gtp_22(X) = fn_nucleoside_triphosphate_13(X)
& fn_gtp_32(X) = fn_nucleoside_triphosphate_12(X)
& fn_gtp_28(X) = fn_nucleoside_triphosphate_10(X)
& fn_gtp_17(X) = fn_covalent_bond_19(fn_gtp_15(X))
& fn_gtp_39(X) = fn_nucleoside_triphosphate_4(X)
& fn_gtp_5(X) = fn_nucleoside_triphosphate_10(X)
& fn_gtp_26(X) = fn_nucleoside_triphosphate_7(X)
& fn_gtp_27(X) = fn_nucleoside_triphosphate_2(X)
& fn_gtp_31(X) = fn_nucleoside_triphosphate_7(X)
& fn_gtp_26(X) = fn_nucleoside_triphosphate_19(X)
& fn_gtp_31(X) = fn_nucleoside_triphosphate_15(X)
& fn_gtp_22(X) = fn_covalent_bond_11(fn_gtp_15(X))
& fn_gtp_39(X) = fn_covalent_bond_12(fn_gtp_15(X))
& fn_gtp_39(X) = fn_nucleoside_triphosphate_25(X)
& fn_gtp_22(X) = fn_nucleoside_triphosphate_8(X)
& fn_gtp_38(X) = fn_nucleoside_triphosphate_25(X)
& fn_gtp_3(X) = fn_nucleoside_triphosphate_18(X)
& fn_gtp_18(X) = fn_nucleoside_triphosphate_27(X)
& fn_gtp_37(X) = fn_nucleoside_triphosphate_24(X)
& fn_gtp_20(X) = fn_nucleoside_triphosphate_32(X)
& fn_gtp_4(X) = fn_nucleoside_triphosphate_17(X)
& fn_gtp_25(X) = fn_nucleoside_triphosphate_7(X)
& fn_gtp_26(X) = fn_nucleoside_triphosphate_3(X)
& fn_gtp_25(X) = fn_nucleoside_triphosphate_19(X)
& fn_gtp_40(X) = fn_nucleoside_triphosphate_21(X)
& fn_gtp_27(X) = fn_nucleoside_triphosphate_14(X)
& fn_gtp_25(X) = fn_nucleoside_triphosphate_15(X)
& fn_gtp_27(X) = fn_nucleoside_triphosphate_23(X)
& fn_gtp_3(X) = fn_nucleoside_triphosphate_11(X)
& fn_gtp_40(X) = fn_nucleoside_triphosphate_6(X)
& fn_gtp_20(X) = fn_nucleoside_triphosphate_29(X)
& fn_gtp_17(X) = fn_nucleoside_triphosphate_32(X)
& fn_gtp_29(X) = fn_nucleoside_triphosphate_11(X)
& fn_gtp_10(X) = fn_nucleoside_triphosphate_34(X)
& fn_gtp_8(X) = fn_nucleoside_triphosphate_31(X)
& fn_gtp_17(X) = fn_nucleoside_triphosphate_29(X)
& fn_gtp_21(X) = fn_nucleoside_triphosphate_33(X)
& fn_gtp_24(X) = fn_covalent_bond_23(fn_gtp_15(X))
& fn_gtp_31(X) = fn_covalent_bond_18(fn_gtp_15(X))
& fn_gtp_3(X) = fn_covalent_bond_14(fn_gtp_15(X))
& fn_gtp_41(X) = fn_covalent_bond_4(fn_gtp_15(X))
& fn_gtp_23(X) = fn_covalent_bond_23(fn_gtp_15(X))
& fn_gtp_32(X) = fn_covalent_bond_21(fn_gtp_15(X))
& fn_gtp_40(X) = fn_covalent_bond_22(fn_gtp_15(X))
& fn_gtp_26(X) = fn_covalent_bond_18(fn_gtp_15(X))
& fn_gtp_5(X) = fn_covalent_bond_17(fn_gtp_15(X))
& fn_covalent_bond_17(fn_gtp_19(X)) = fn_covalent_bond_17(fn_gtp_19(X))
& fn_covalent_bond_17(fn_gtp_19(X)) = fn_covalent_bond_17(fn_gtp_15(X))
& fn_nucleoside_triphosphate_10(X) = fn_covalent_bond_12(fn_gtp_15(X))
& fn_nucleoside_triphosphate_4(X) = fn_covalent_bond_12(fn_gtp_15(X))
& fn_covalent_bond_12(fn_gtp_15(X)) = fn_nucleoside_triphosphate_4(X)
& fn_nucleoside_triphosphate_4(X) = fn_nucleoside_triphosphate_25(X)
& fn_nucleoside_triphosphate_25(X) = fn_covalent_bond_11(fn_gtp_15(X))
& fn_nucleoside_triphosphate_13(X) = fn_covalent_bond_11(fn_gtp_15(X))
& fn_covalent_bond_11(fn_gtp_15(X)) = fn_nucleoside_triphosphate_13(X)
& fn_nucleoside_triphosphate_13(X) = fn_nucleoside_triphosphate_8(X)
& fn_nucleoside_triphosphate_8(X) = fn_nucleoside_triphosphate_8(X)
& fn_nucleoside_triphosphate_8(X) = fn_nucleotide_15(X)
& fn_nucleotide_15(X) = fn_nucleoside_triphosphate_27(X)
& fn_nucleoside_triphosphate_27(X) = fn_nucleoside_triphosphate_27(X)
& fn_nucleoside_triphosphate_27(X) = fn_covalent_bond_18(fn_gtp_15(X))
& fn_covalent_bond_18(fn_gtp_15(X)) = fn_nucleoside_triphosphate_7(X)
& fn_nucleoside_triphosphate_19(X) = fn_nucleoside_triphosphate_15(X)
& fn_covalent_bond_18(fn_gtp_15(X)) = fn_nucleoside_triphosphate_19(X)
& fn_nucleoside_triphosphate_19(X) = fn_nucleoside_triphosphate_2(X)
& fn_nucleoside_triphosphate_2(X) = fn_nucleoside_triphosphate_2(X)
& fn_nucleoside_triphosphate_2(X) = fn_nucleoside_triphosphate_14(X)
& fn_nucleoside_triphosphate_23(X) = fn_nucleoside_triphosphate_14(X)
& fn_nucleoside_triphosphate_14(X) = fn_nucleoside_triphosphate_23(X)
& fn_nucleoside_triphosphate_23(X) = fn_nucleoside_triphosphate_23(X)
& fn_nucleoside_triphosphate_23(X) = fn_covalent_bond_19(fn_gtp_19(X))
& fn_covalent_bond_20(fn_gtp_19(X)) = fn_covalent_bond_19(fn_gtp_19(X))
& fn_covalent_bond_19(fn_gtp_19(X)) = fn_covalent_bond_20(fn_gtp_19(X))
& fn_covalent_bond_20(fn_gtp_19(X)) = fn_covalent_bond_20(fn_gtp_19(X))
& fn_covalent_bond_20(fn_gtp_19(X)) = fn_nucleoside_triphosphate_32(X)
& fn_nucleoside_triphosphate_29(X) = fn_covalent_bond_14(fn_gtp_19(X))
& fn_covalent_bond_14(fn_gtp_19(X)) = fn_nucleoside_triphosphate_18(X)
& fn_nucleoside_triphosphate_11(X) = fn_share_3(fn_gtp_28(X))
& fn_share_3(fn_gtp_28(X)) = fn_share_1(fn_gtp_28(X))
& fn_share_1(fn_gtp_28(X)) = fn_share_1(fn_gtp_28(X))
& fn_share_1(fn_gtp_28(X)) = fn_nucleoside_triphosphate_34(X)
& fn_nucleoside_triphosphate_34(X) = fn_nucleoside_triphosphate_34(X)
& fn_nucleoside_triphosphate_34(X) = fn_covalent_bond_20(fn_gtp_15(X))
& fn_covalent_bond_20(fn_gtp_15(X)) = fn_covalent_bond_20(fn_gtp_15(X))
& fn_covalent_bond_20(fn_gtp_15(X)) = fn_nucleoside_triphosphate_31(X)
& fn_nucleoside_triphosphate_31(X) = fn_nucleoside_triphosphate_31(X)
& fn_nucleoside_triphosphate_31(X) = fn_covalent_bond_19(fn_gtp_15(X))
& fn_nucleoside_triphosphate_32(X) = fn_covalent_bond_19(fn_gtp_15(X))
& fn_covalent_bond_19(fn_gtp_15(X)) = fn_nucleoside_triphosphate_32(X)
& fn_nucleoside_triphosphate_29(X) = fn_nucleoside_triphosphate_32(X)
& fn_nucleoside_triphosphate_32(X) = fn_nucleoside_triphosphate_32(X)
& fn_nucleoside_triphosphate_32(X) = fn_nucleoside_triphosphate_29(X)
& fn_nucleoside_triphosphate_29(X) = fn_nucleoside_triphosphate_29(X)
& fn_nucleoside_triphosphate_29(X) = fn_covalent_bond_20(fn_gtp_15(X))
& fn_covalent_bond_19(fn_gtp_15(X)) = fn_covalent_bond_20(fn_gtp_15(X))
& fn_covalent_bond_20(fn_gtp_15(X)) = fn_covalent_bond_19(fn_gtp_15(X))
& fn_covalent_bond_19(fn_gtp_15(X)) = fn_covalent_bond_19(fn_gtp_15(X))
& fn_covalent_bond_19(fn_gtp_15(X)) = fn_nucleoside_triphosphate_33(X)
& fn_nucleoside_triphosphate_33(X) = fn_nucleoside_triphosphate_33(X)
& fn_nucleoside_triphosphate_33(X) = fn_nucleoside_triphosphate_22(X)
& fn_nucleoside_triphosphate_22(X) = fn_nucleoside_triphosphate_20(X)
& fn_nucleoside_triphosphate_20(X) = fn_nucleoside_triphosphate_20(X)
& fn_nucleoside_triphosphate_20(X) = fn_covalent_bond_23(fn_gtp_15(X))
& fn_covalent_bond_23(fn_gtp_15(X)) = fn_covalent_bond_15(fn_gtp_19(X))
& fn_covalent_bond_15(fn_gtp_19(X)) = fn_nucleoside_triphosphate_7(X)
& fn_nucleoside_triphosphate_15(X) = fn_nucleoside_triphosphate_7(X)
& fn_nucleoside_triphosphate_7(X) = fn_nucleoside_triphosphate_15(X)
& fn_nucleoside_triphosphate_15(X) = fn_nucleoside_triphosphate_15(X)
& fn_nucleoside_triphosphate_15(X) = fn_covalent_bond_18(fn_gtp_15(X))
& fn_covalent_bond_18(fn_gtp_15(X)) = fn_nucleoside_triphosphate_18(X)
& fn_nucleoside_triphosphate_18(X) = fn_nucleoside_triphosphate_18(X)
& fn_nucleoside_triphosphate_18(X) = fn_nucleoside_triphosphate_11(X)
& fn_nucleoside_triphosphate_11(X) = fn_nucleoside_triphosphate_11(X)
& fn_nucleoside_triphosphate_11(X) = fn_covalent_bond_14(fn_gtp_15(X))
& fn_covalent_bond_14(fn_gtp_15(X)) = fn_covalent_bond_14(fn_gtp_15(X))
& fn_covalent_bond_14(fn_gtp_15(X)) = fn_covalent_bond_21(fn_gtp_19(X))
& fn_covalent_bond_21(fn_gtp_19(X)) = fn_covalent_bond_21(fn_gtp_15(X))
& fn_covalent_bond_21(fn_gtp_15(X)) = fn_nucleoside_triphosphate_12(X)
& fn_nucleoside_triphosphate_12(X) = fn_covalent_bond_23(fn_gtp_15(X))
& fn_covalent_bond_23(fn_gtp_15(X)) = fn_covalent_bond_23(fn_gtp_19(X))
& fn_covalent_bond_23(fn_gtp_19(X)) = fn_nucleoside_triphosphate_12(X)
& fn_nucleoside_triphosphate_12(X) = fn_nucleoside_triphosphate_12(X)
& fn_nucleoside_triphosphate_12(X) = fn_covalent_bond_21(fn_gtp_15(X))
& fn_covalent_bond_21(fn_gtp_15(X)) = fn_covalent_bond_21(fn_gtp_15(X))
& fn_covalent_bond_21(fn_gtp_15(X)) = fn_nucleoside_triphosphate_21(X)
& fn_nucleoside_triphosphate_6(X) = fn_nucleoside_triphosphate_21(X)
& fn_nucleoside_triphosphate_21(X) = fn_nucleoside_triphosphate_21(X)
& fn_nucleoside_triphosphate_21(X) = fn_nucleoside_triphosphate_6(X)
& fn_nucleoside_triphosphate_6(X) = fn_nucleoside_triphosphate_6(X)
& fn_nucleoside_triphosphate_6(X) = fn_covalent_bond_22(fn_gtp_15(X))
& fn_covalent_bond_22(fn_gtp_15(X)) = fn_covalent_bond_22(fn_gtp_15(X))
& fn_covalent_bond_22(fn_gtp_15(X)) = fn_covalent_bond_15(fn_gtp_15(X))
& fn_covalent_bond_15(fn_gtp_15(X)) = fn_nucleoside_triphosphate_7(X)
& fn_nucleoside_triphosphate_7(X) = fn_nucleoside_triphosphate_7(X)
& fn_nucleoside_triphosphate_7(X) = fn_nucleoside_triphosphate_19(X)
& fn_nucleoside_triphosphate_3(X) = fn_nucleoside_triphosphate_19(X)
& fn_nucleoside_triphosphate_19(X) = fn_nucleoside_triphosphate_19(X)
& fn_nucleoside_triphosphate_19(X) = fn_nucleoside_triphosphate_3(X)
& fn_nucleoside_triphosphate_3(X) = fn_nucleoside_triphosphate_3(X)
& fn_nucleoside_triphosphate_3(X) = fn_covalent_bond_18(fn_gtp_15(X))
& fn_covalent_bond_18(fn_gtp_15(X)) = fn_covalent_bond_18(fn_gtp_15(X))
& fn_covalent_bond_18(fn_gtp_15(X)) = fn_covalent_bond_17(fn_gtp_15(X))
& fn_covalent_bond_17(fn_gtp_15(X)) = fn_nucleoside_triphosphate_10(X)
& fn_nucleoside_triphosphate_10(X) = fn_nucleoside_triphosphate_10(X)
& fn_nucleoside_triphosphate_10(X) = fn_covalent_bond_17(fn_gtp_15(X))
& fn_covalent_bond_17(fn_gtp_15(X)) = fn_covalent_bond_17(fn_gtp_15(X)) ) ) ).
fof(a530006,axiom,
! [X] :
( gtpase_1(X)
=> ( original_name_2(X,'GTPase')
& user_description_2(X,'Enzymes which catalyze the hydrolysis of guanine triphosphate to guanine diphosphate.')
& concept2words_2(X,gtpase)
& phosphatase_1(X)
& hydrophobic_region_1(fn_gtpase_1(X))
& chemical_bond_1(fn_gtpase_2(X))
& covalent_bond_1(fn_gtpase_2(X))
& double_bond_1(fn_gtpase_2(X))
& oxygen_1(fn_gtpase_3(X))
& entity_1(fn_gtpase_3(X))
& chemical_entity_1(fn_gtpase_3(X))
& atom_1(fn_gtpase_3(X))
& tangible_entity_1(fn_gtpase_4(X))
& entity_1(fn_gtpase_4(X))
& chemical_entity_1(fn_gtpase_4(X))
& atom_1(fn_gtpase_4(X))
& phosphorus_1(fn_gtpase_4(X))
& entity_1(fn_gtpase_5(X))
& chemical_entity_1(fn_gtpase_5(X))
& atom_1(fn_gtpase_5(X))
& oxygen_1(fn_gtpase_5(X))
& functional_group_1(fn_gtpase_6(X))
& phosphate_group_1(fn_gtpase_6(X))
& gdp_1(fn_gtpase_7(X))
& molecule_1(fn_gtpase_8(X))
& chemical_entity_1(fn_gtpase_8(X))
& organic_molecule_1(fn_gtpase_8(X))
& gtp_1(fn_gtpase_8(X))
& decomposition_reaction_1(fn_gtpase_9(X))
& dephosphorylation_1(fn_gtpase_9(X))
& phosphate_group_1(fn_gtp_18(fn_gtpase_8(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_gtpase_9(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_gtpase_9(X)))
& molecule_1(fn_dephosphorylation_11(fn_gtpase_9(X)))
& chemical_entity_1(fn_dephosphorylation_11(fn_gtpase_9(X)))
& organic_molecule_1(fn_dephosphorylation_11(fn_gtpase_9(X)))
& chemical_entity_1(fn_functional_group_1(fn_gtpase_6(X)))
& chemical_bond_1(fn_gtp_19(fn_gtpase_8(X)))
& double_bond_1(fn_gtp_19(fn_gtpase_8(X)))
& covalent_bond_1(fn_gtp_19(fn_gtpase_8(X)))
& double_bond_1(fn_phosphate_group_41(fn_gtpase_6(X)))
& tangible_entity_1(fn_gtp_21(fn_gtpase_8(X)))
& entity_1(fn_gtp_21(fn_gtpase_8(X)))
& chemical_entity_1(fn_gtp_21(fn_gtpase_8(X)))
& atom_1(fn_gtp_21(fn_gtpase_8(X)))
& phosphorus_1(fn_gtp_21(fn_gtpase_8(X)))
& phosphorus_1(fn_phosphate_group_6(fn_gtpase_6(X)))
& entity_1(fn_gtp_17(fn_gtpase_8(X)))
& chemical_entity_1(fn_gtp_17(fn_gtpase_8(X)))
& atom_1(fn_gtp_17(fn_gtpase_8(X)))
& oxygen_1(fn_gtp_17(fn_gtpase_8(X)))
& entity_1(fn_phosphate_group_22(fn_gtpase_6(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_gtpase_6(X)))
& atom_1(fn_phosphate_group_22(fn_gtpase_6(X)))
& oxygen_1(fn_phosphate_group_22(fn_gtpase_6(X)))
& entity_1(fn_gtp_20(fn_gtpase_8(X)))
& chemical_entity_1(fn_gtp_20(fn_gtpase_8(X)))
& atom_1(fn_gtp_20(fn_gtpase_8(X)))
& oxygen_1(fn_gtp_20(fn_gtpase_8(X)))
& oxygen_1(fn_phosphate_group_5(fn_gtpase_6(X)))
& entity_1(fn_phosphate_group_5(fn_gtpase_6(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_gtpase_6(X)))
& atom_1(fn_phosphate_group_5(fn_gtpase_6(X)))
& has_state_2(fn_gtpase_3(X),fn_gtpase_7(X))
& has_region_2(X,fn_gtpase_1(X))
& result_2(fn_gtpase_9(X),fn_gtpase_7(X))
& raw_material_2(fn_gtpase_9(X),fn_gtpase_8(X))
& has_function_2(X,fn_gtpase_9(X))
& has_part_2(fn_gtpase_8(X),fn_gtpase_5(X))
& has_part_2(fn_gtpase_8(X),fn_gtpase_4(X))
& has_region_2(fn_gtpase_8(X),fn_gtpase_6(X))
& has_part_2(fn_gtpase_8(X),fn_gtpase_3(X))
& possesses_2(fn_gtpase_8(X),fn_gtpase_2(X))
& is_between_2(fn_gtpase_2(X),fn_gtpase_3(X))
& is_inside_2(fn_gtpase_5(X),fn_gtpase_6(X))
& is_inside_2(fn_gtpase_4(X),fn_gtpase_6(X))
& is_between_2(fn_gtpase_2(X),fn_gtpase_4(X))
& fn_gtpase_4(X) != fn_gtpase_5(X)
& fn_gtpase_5(X) != fn_gtpase_4(X)
& is_inside_2(fn_gtpase_3(X),fn_gtpase_6(X))
& fn_gtpase_5(X) != fn_gtpase_3(X)
& fn_gtpase_3(X) != fn_gtpase_5(X)
& fn_gtpase_4(X) != fn_gtpase_3(X)
& fn_gtpase_3(X) != fn_gtpase_4(X)
& fn_gtpase_7(X) = fn_decomposition_reaction_2(fn_gtpase_9(X))
& fn_gtpase_7(X) = fn_decomposition_reaction_4(fn_gtpase_9(X))
& fn_gtpase_8(X) = fn_dephosphorylation_11(fn_gtpase_9(X))
& fn_gtpase_9(X) = fn_phosphatase_6(X)
& fn_gtpase_5(X) = fn_gtp_17(fn_gtpase_8(X))
& fn_gtpase_4(X) = fn_gtp_21(fn_gtpase_8(X))
& fn_gtpase_8(X) = fn_functional_group_1(fn_gtpase_6(X))
& fn_gtpase_6(X) = fn_gtp_18(fn_gtpase_8(X))
& fn_gtpase_3(X) = fn_gtp_20(fn_gtpase_8(X))
& fn_gtpase_2(X) = fn_gtp_19(fn_gtpase_8(X))
& fn_gtpase_2(X) = fn_phosphate_group_41(fn_gtpase_6(X))
& fn_gtpase_4(X) = fn_phosphate_group_6(fn_gtpase_6(X))
& fn_gtpase_5(X) = fn_phosphate_group_22(fn_gtpase_6(X))
& fn_gtpase_3(X) = fn_phosphate_group_5(fn_gtpase_6(X))
& fn_decomposition_reaction_2(fn_gtpase_9(X)) = fn_decomposition_reaction_4(fn_gtpase_9(X))
& fn_decomposition_reaction_4(fn_gtpase_9(X)) = fn_dephosphorylation_11(fn_gtpase_9(X))
& fn_dephosphorylation_11(fn_gtpase_9(X)) = fn_functional_group_1(fn_gtpase_6(X))
& fn_functional_group_1(fn_gtpase_6(X)) = fn_gtp_19(fn_gtpase_8(X))
& fn_gtp_19(fn_gtpase_8(X)) = fn_phosphate_group_41(fn_gtpase_6(X))
& fn_phosphate_group_41(fn_gtpase_6(X)) = fn_phosphate_group_41(fn_gtpase_6(X))
& fn_phosphate_group_41(fn_gtpase_6(X)) = fn_gtp_21(fn_gtpase_8(X))
& fn_gtp_21(fn_gtpase_8(X)) = fn_phosphate_group_6(fn_gtpase_6(X))
& fn_phosphate_group_6(fn_gtpase_6(X)) = fn_phosphate_group_6(fn_gtpase_6(X))
& fn_phosphate_group_6(fn_gtpase_6(X)) = fn_gtp_17(fn_gtpase_8(X))
& fn_gtp_17(fn_gtpase_8(X)) = fn_phosphate_group_22(fn_gtpase_6(X))
& fn_phosphate_group_22(fn_gtpase_6(X)) = fn_phosphate_group_22(fn_gtpase_6(X))
& fn_phosphate_group_22(fn_gtpase_6(X)) = fn_gtp_20(fn_gtpase_8(X))
& fn_gtp_20(fn_gtpase_8(X)) = fn_phosphate_group_5(fn_gtpase_6(X))
& fn_phosphate_group_5(fn_gtpase_6(X)) = fn_phosphate_group_5(fn_gtpase_6(X)) ) ) ).
fof(a530007,axiom,
! [X] :
( guanine_1(X)
=> ( original_name_2(X,'Guanine')
& user_description_2(X,'One of the five most common nitrogenous bases which make up nucleotide monomers of nucleic acids. Guanine is present in both DNA and RNA.')
& concept2words_2(X,guanine)
& purine_1(X)
& ~ adenine_1(X)
& cytosine_1(fn_guanine_1(X))
& guanine_1(fn_cytosine_1(fn_guanine_1(X)))
& complement_2(X,fn_guanine_1(X))
& complement_2(fn_guanine_1(X),X)
& X = fn_cytosine_1(fn_guanine_1(X))
& fn_cytosine_1(fn_guanine_1(X)) = fn_cytosine_1(fn_guanine_1(X)) ) ) ).
fof(a530008,axiom,
! [X,X1] :
( ( is_at_2(X,X1)
& nitrogenous_base_present_in_dna_1(X)
& guanine_1(X)
& dna_strand_1(X1) )
=> ( guanine_at_dna_strand_1(X)
& fn_guanine_at_dna_strand_2(X) = X1 ) ) ).
fof(a530009,axiom,
! [X] :
( guanine_at_dna_strand_1(X)
=> ( original_name_2(X,'Guanine-At-DNA-Strand')
& user_description_2(X,'Guanine(G) is a nucleobase (a purine derivative) which is present at DNA.')
& concept2words_2(X,'guanine at dna strand')
& concept2words_2(X,'guanine-at-dna-strand')
& guanine_1(X)
& nitrogenous_base_present_in_dna_1(X)
& ~ guanine_at_rna_strand_1(X)
& ~ adenine_at_dna_strand_1(X)
& ~ cytosine_at_dna_strand_1(X)
& ~ thymine_1(X)
& dna_strand_1(fn_guanine_at_dna_strand_2(X))
& is_at_2(X,fn_guanine_at_dna_strand_2(X))
& fn_guanine_at_dna_strand_2(X) = fn_nitrogenous_base_present_in_dna_2(X) ) ) ).
fof(a530010,axiom,
! [X,X2,X1] :
( ( is_at_2(X,X1)
& is_opposite_2(X1,X2)
& guanine_at_dna_strand_1(X)
& dna_strand_1(X1)
& dna_strand_1(X2) )
=> ( guanine_at_dna_strand_opposite_to_dna_strand_1(X)
& fn_guanine_at_dna_strand_opposite_to_dna_strand_4(X) = X1
& fn_guanine_at_dna_strand_opposite_to_dna_strand_3(X) = X2 ) ) ).
fof(a530011,axiom,
! [X] :
( guanine_at_dna_strand_opposite_to_dna_strand_1(X)
=> ( original_name_2(X,'Guanine-At-DNA-Strand-Opposite-To-DNA-Strand')
& user_description_2(X,'Guanine is a nitrogenous base which is present at DNA strand and is present opposite to other DNA strand having Cytosine.')
& concept2words_2(X,'guanine at dna strand opposite to dna strand')
& concept2words_2(X,'guanine-at-dna-strand-opposite-to-dna-strand')
& guanine_at_dna_strand_1(X)
& cytosine_at_dna_strand_opposite_to_dna_strand_1(fn_guanine_at_dna_strand_opposite_to_dna_strand_2(X))
& dna_strand_1(fn_guanine_at_dna_strand_opposite_to_dna_strand_3(X))
& dna_strand_1(fn_guanine_at_dna_strand_opposite_to_dna_strand_4(X))
& guanine_1(fn_cytosine_1(fn_guanine_at_dna_strand_opposite_to_dna_strand_2(X)))
& dna_strand_1(fn_cytosine_at_dna_strand_2(fn_guanine_at_dna_strand_opposite_to_dna_strand_2(X)))
& complement_2(fn_guanine_at_dna_strand_opposite_to_dna_strand_3(X),fn_guanine_at_dna_strand_opposite_to_dna_strand_4(X))
& is_opposite_2(fn_guanine_at_dna_strand_opposite_to_dna_strand_3(X),fn_guanine_at_dna_strand_opposite_to_dna_strand_4(X))
& complement_2(fn_guanine_at_dna_strand_opposite_to_dna_strand_4(X),fn_guanine_at_dna_strand_opposite_to_dna_strand_3(X))
& is_opposite_2(fn_guanine_at_dna_strand_opposite_to_dna_strand_4(X),fn_guanine_at_dna_strand_opposite_to_dna_strand_3(X))
& complement_2(fn_guanine_at_dna_strand_opposite_to_dna_strand_2(X),X)
& complement_2(X,fn_guanine_at_dna_strand_opposite_to_dna_strand_2(X))
& is_at_2(X,fn_guanine_at_dna_strand_opposite_to_dna_strand_4(X))
& is_at_2(fn_guanine_at_dna_strand_opposite_to_dna_strand_2(X),fn_guanine_at_dna_strand_opposite_to_dna_strand_3(X))
& fn_guanine_at_dna_strand_opposite_to_dna_strand_2(X) = fn_guanine_1(X)
& X = fn_cytosine_1(fn_guanine_at_dna_strand_opposite_to_dna_strand_2(X))
& fn_guanine_at_dna_strand_opposite_to_dna_strand_4(X) = fn_guanine_at_dna_strand_2(X)
& fn_guanine_at_dna_strand_opposite_to_dna_strand_3(X) = fn_cytosine_at_dna_strand_2(fn_guanine_at_dna_strand_opposite_to_dna_strand_2(X)) ) ) ).
fof(a530012,axiom,
! [X,X1,X2] :
( ( is_at_2(X,X1)
& is_opposite_2(X1,X2)
& guanine_at_dna_strand_1(X)
& dna_strand_1(X1)
& rna_strand_1(X2) )
=> ( guanine_at_dna_strand_opposite_to_rna_strand_1(X)
& fn_guanine_at_dna_strand_opposite_to_rna_strand_3(X) = X2
& fn_guanine_at_dna_strand_opposite_to_rna_strand_2(X) = X1 ) ) ).
fof(a530013,axiom,
! [X] :
( guanine_at_dna_strand_opposite_to_rna_strand_1(X)
=> ( original_name_2(X,'Guanine-At-DNA-Strand-Opposite-To-RNA-Strand')
& user_description_2(X,'Guanine is a nitrogenous base which is present at DNA strand and is present opposite to RNA strand having Cytosine.')
& concept2words_2(X,'guanine at dna strand opposite to rna strand')
& concept2words_2(X,'guanine-at-dna-strand-opposite-to-rna-strand')
& guanine_at_dna_strand_1(X)
& dna_strand_1(fn_guanine_at_dna_strand_opposite_to_rna_strand_2(X))
& nucleic_acid_1(fn_guanine_at_dna_strand_opposite_to_rna_strand_3(X))
& organic_molecule_1(fn_guanine_at_dna_strand_opposite_to_rna_strand_3(X))
& rna_strand_1(fn_guanine_at_dna_strand_opposite_to_rna_strand_3(X))
& cytosine_at_rna_strand_opposite_to_dna_strand_1(fn_guanine_at_dna_strand_opposite_to_rna_strand_4(X))
& nucleic_acid_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(fn_guanine_at_dna_strand_opposite_to_rna_strand_4(X)))
& organic_molecule_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(fn_guanine_at_dna_strand_opposite_to_rna_strand_4(X)))
& rna_strand_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(fn_guanine_at_dna_strand_opposite_to_rna_strand_4(X)))
& dna_strand_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_2(fn_guanine_at_dna_strand_opposite_to_rna_strand_4(X)))
& guanine_at_dna_strand_opposite_to_rna_strand_1(fn_cytosine_at_rna_strand_opposite_to_dna_strand_10(fn_guanine_at_dna_strand_opposite_to_rna_strand_4(X)))
& is_at_2(fn_guanine_at_dna_strand_opposite_to_rna_strand_4(X),fn_guanine_at_dna_strand_opposite_to_rna_strand_3(X))
& complement_2(fn_guanine_at_dna_strand_opposite_to_rna_strand_4(X),X)
& is_at_2(X,fn_guanine_at_dna_strand_opposite_to_rna_strand_2(X))
& complement_2(fn_guanine_at_dna_strand_opposite_to_rna_strand_2(X),fn_guanine_at_dna_strand_opposite_to_rna_strand_3(X))
& complement_2(X,fn_guanine_at_dna_strand_opposite_to_rna_strand_4(X))
& is_opposite_2(fn_guanine_at_dna_strand_opposite_to_rna_strand_3(X),fn_guanine_at_dna_strand_opposite_to_rna_strand_2(X))
& is_opposite_2(fn_guanine_at_dna_strand_opposite_to_rna_strand_2(X),fn_guanine_at_dna_strand_opposite_to_rna_strand_3(X))
& complement_2(fn_guanine_at_dna_strand_opposite_to_rna_strand_3(X),fn_guanine_at_dna_strand_opposite_to_rna_strand_2(X))
& fn_guanine_at_dna_strand_opposite_to_rna_strand_3(X) = fn_cytosine_at_rna_strand_opposite_to_dna_strand_11(fn_guanine_at_dna_strand_opposite_to_rna_strand_4(X))
& fn_guanine_at_dna_strand_opposite_to_rna_strand_2(X) = fn_cytosine_at_rna_strand_opposite_to_dna_strand_2(fn_guanine_at_dna_strand_opposite_to_rna_strand_4(X))
& X = fn_cytosine_at_rna_strand_opposite_to_dna_strand_10(fn_guanine_at_dna_strand_opposite_to_rna_strand_4(X))
& fn_cytosine_at_rna_strand_opposite_to_dna_strand_10(fn_guanine_at_dna_strand_opposite_to_rna_strand_4(X)) = fn_cytosine_at_rna_strand_opposite_to_dna_strand_10(fn_guanine_at_dna_strand_opposite_to_rna_strand_4(X)) ) ) ).
fof(a530014,axiom,
! [X,X1] :
( ( is_at_2(X,X1)
& nitrogenous_base_present_in_rna_1(X)
& guanine_1(X)
& rna_strand_1(X1) )
=> ( guanine_at_rna_strand_1(X)
& fn_guanine_at_rna_strand_2(X) = X1 ) ) ).
fof(a530015,axiom,
! [X] :
( guanine_at_rna_strand_1(X)
=> ( original_name_2(X,'Guanine-At-RNA-Strand')
& user_description_2(X,'Guanine(G) is a nucleobase (a purine derivative) which is present at RNA.')
& concept2words_2(X,'guanine at rna strand')
& concept2words_2(X,'guanine-at-rna-strand')
& guanine_1(X)
& nitrogenous_base_present_in_rna_1(X)
& ~ guanine_at_dna_strand_1(X)
& ~ adenine_at_rna_strand_1(X)
& ~ cytosine_at_rna_strand_1(X)
& ~ uracil_at_rna_strand_opposite_to_dna_strand_1(X)
& ~ uracil_at_rna_strand_opposite_to_rna_strand_1(X)
& rna_strand_1(fn_guanine_at_rna_strand_2(X))
& is_at_2(X,fn_guanine_at_rna_strand_2(X))
& fn_guanine_at_rna_strand_2(X) = fn_nitrogenous_base_present_in_rna_2(X) ) ) ).
fof(a530016,axiom,
! [X,X1,X2] :
( ( is_at_2(X,X1)
& is_opposite_2(X1,X2)
& guanine_at_rna_strand_1(X)
& rna_strand_1(X1)
& dna_strand_1(X2) )
=> ( guanine_at_rna_strand_opposite_to_dna_strand_1(X)
& fn_guanine_at_rna_strand_opposite_to_dna_strand_3(X) = X2
& fn_guanine_at_rna_strand_opposite_to_dna_strand_2(X) = X1 ) ) ).
fof(a530017,axiom,
! [X] :
( guanine_at_rna_strand_opposite_to_dna_strand_1(X)
=> ( original_name_2(X,'Guanine-At-RNA-Strand-Opposite-To-DNA-Strand')
& user_description_2(X,'Guanine is a nitrogenous base which is present at RNA strand and is present opposite to other DNA strand having Cytosine.')
& concept2words_2(X,'guanine at rna strand opposite to dna strand')
& concept2words_2(X,'guanine-at-rna-strand-opposite-to-dna-strand')
& guanine_at_rna_strand_1(X)
& ~ guanine_at_rna_strand_opposite_to_rna_strand_1(X)
& rna_strand_1(fn_guanine_at_rna_strand_opposite_to_dna_strand_2(X))
& dna_strand_1(fn_guanine_at_rna_strand_opposite_to_dna_strand_3(X))
& cytosine_at_dna_strand_opposite_to_rna_strand_1(fn_guanine_at_rna_strand_opposite_to_dna_strand_4(X))
& guanine_1(fn_cytosine_1(fn_guanine_at_rna_strand_opposite_to_dna_strand_4(X)))
& dna_strand_1(fn_cytosine_at_dna_strand_2(fn_guanine_at_rna_strand_opposite_to_dna_strand_4(X)))
& complement_2(fn_guanine_at_rna_strand_opposite_to_dna_strand_2(X),fn_guanine_at_rna_strand_opposite_to_dna_strand_3(X))
& is_opposite_2(fn_guanine_at_rna_strand_opposite_to_dna_strand_2(X),fn_guanine_at_rna_strand_opposite_to_dna_strand_3(X))
& complement_2(fn_guanine_at_rna_strand_opposite_to_dna_strand_3(X),fn_guanine_at_rna_strand_opposite_to_dna_strand_2(X))
& is_opposite_2(fn_guanine_at_rna_strand_opposite_to_dna_strand_3(X),fn_guanine_at_rna_strand_opposite_to_dna_strand_2(X))
& complement_2(fn_guanine_at_rna_strand_opposite_to_dna_strand_4(X),X)
& complement_2(X,fn_guanine_at_rna_strand_opposite_to_dna_strand_4(X))
& is_at_2(X,fn_guanine_at_rna_strand_opposite_to_dna_strand_2(X))
& is_at_2(fn_guanine_at_rna_strand_opposite_to_dna_strand_4(X),fn_guanine_at_rna_strand_opposite_to_dna_strand_3(X))
& fn_guanine_at_rna_strand_opposite_to_dna_strand_4(X) = fn_guanine_1(X)
& X = fn_cytosine_1(fn_guanine_at_rna_strand_opposite_to_dna_strand_4(X))
& fn_guanine_at_rna_strand_opposite_to_dna_strand_2(X) = fn_guanine_at_rna_strand_2(X)
& fn_guanine_at_rna_strand_opposite_to_dna_strand_3(X) = fn_cytosine_at_dna_strand_2(fn_guanine_at_rna_strand_opposite_to_dna_strand_4(X)) ) ) ).
fof(a530018,axiom,
! [X,X1,X2] :
( ( is_at_2(X,X1)
& is_opposite_2(X1,X2)
& guanine_at_rna_strand_1(X)
& rna_strand_1(X1)
& rna_strand_1(X2) )
=> ( guanine_at_rna_strand_opposite_to_rna_strand_1(X)
& fn_guanine_at_rna_strand_opposite_to_rna_strand_3(X) = X2
& fn_guanine_at_rna_strand_opposite_to_rna_strand_4(X) = X1 ) ) ).
fof(a530019,axiom,
! [X] :
( guanine_at_rna_strand_opposite_to_rna_strand_1(X)
=> ( original_name_2(X,'Guanine-At-RNA-Strand-Opposite-To-RNA-Strand')
& user_description_2(X,'Guanine is a nitrogenous base which is present at RNA strand and is present opposite to other RNA strand having Cytosine.')
& concept2words_2(X,'guanine at rna strand opposite to rna strand')
& concept2words_2(X,'guanine-at-rna-strand-opposite-to-rna-strand')
& guanine_at_rna_strand_1(X)
& ~ guanine_at_rna_strand_opposite_to_dna_strand_1(X)
& cytosine_at_rna_strand_opposite_to_rna_strand_1(fn_guanine_at_rna_strand_opposite_to_rna_strand_2(X))
& rna_strand_1(fn_guanine_at_rna_strand_opposite_to_rna_strand_3(X))
& rna_strand_1(fn_guanine_at_rna_strand_opposite_to_rna_strand_4(X))
& rna_strand_1(fn_cytosine_at_rna_strand_opposite_to_rna_strand_2(fn_guanine_at_rna_strand_opposite_to_rna_strand_2(X)))
& rna_strand_1(fn_cytosine_at_rna_strand_opposite_to_rna_strand_3(fn_guanine_at_rna_strand_opposite_to_rna_strand_2(X)))
& guanine_at_rna_strand_opposite_to_rna_strand_1(fn_cytosine_at_rna_strand_opposite_to_rna_strand_4(fn_guanine_at_rna_strand_opposite_to_rna_strand_2(X)))
& is_at_2(fn_guanine_at_rna_strand_opposite_to_rna_strand_2(X),fn_guanine_at_rna_strand_opposite_to_rna_strand_3(X))
& complement_2(fn_guanine_at_rna_strand_opposite_to_rna_strand_2(X),X)
& is_at_2(X,fn_guanine_at_rna_strand_opposite_to_rna_strand_4(X))
& is_opposite_2(fn_guanine_at_rna_strand_opposite_to_rna_strand_4(X),fn_guanine_at_rna_strand_opposite_to_rna_strand_3(X))
& complement_2(X,fn_guanine_at_rna_strand_opposite_to_rna_strand_2(X))
& complement_2(fn_guanine_at_rna_strand_opposite_to_rna_strand_3(X),fn_guanine_at_rna_strand_opposite_to_rna_strand_4(X))
& complement_2(fn_guanine_at_rna_strand_opposite_to_rna_strand_4(X),fn_guanine_at_rna_strand_opposite_to_rna_strand_3(X))
& is_opposite_2(fn_guanine_at_rna_strand_opposite_to_rna_strand_3(X),fn_guanine_at_rna_strand_opposite_to_rna_strand_4(X))
& fn_guanine_at_rna_strand_opposite_to_rna_strand_3(X) = fn_cytosine_at_rna_strand_opposite_to_rna_strand_2(fn_guanine_at_rna_strand_opposite_to_rna_strand_2(X))
& fn_guanine_at_rna_strand_opposite_to_rna_strand_4(X) = fn_cytosine_at_rna_strand_opposite_to_rna_strand_3(fn_guanine_at_rna_strand_opposite_to_rna_strand_2(X))
& X = fn_cytosine_at_rna_strand_opposite_to_rna_strand_4(fn_guanine_at_rna_strand_opposite_to_rna_strand_2(X))
& fn_cytosine_at_rna_strand_opposite_to_rna_strand_4(fn_guanine_at_rna_strand_opposite_to_rna_strand_2(X)) = fn_cytosine_at_rna_strand_opposite_to_rna_strand_4(fn_guanine_at_rna_strand_opposite_to_rna_strand_2(X)) ) ) ).
fof(a530020,axiom,
! [X] :
( guard_cell_1(X)
=> ( original_name_2(X,'Guard-Cell')
& user_description_2(X,'In plants, one of two cells that surround a stoma and control the opening and closing of the stoma.')
& concept2words_2(X,'guard cells')
& concept2words_2(X,'guard-cells')
& concept2words_2(X,'cell of guard')
& concept2words_2(X,'guard cell')
& concept2words_2(X,'guard-cell')
& plant_transport_cell_1(X)
& ~ bundle_sheath_cell_1(X)
& ~ collenchyma_cell_1(X)
& ~ companion_cell_1(X)
& ~ fiber_cell_1(X)
& ~ fusiform_initials_1(X)
& ~ initial_meristem_1(X)
& ~ mesophyll_cell_1(X)
& ~ parenchyma_cell_1(X)
& ~ placental_transfer_cell_1(X)
& ~ plant_cell_inside_hypertonic_solution_1(X)
& ~ plant_cell_inside_hypotonic_solution_1(X)
& ~ plant_cell_inside_isotonic_solution_1(X)
& ~ rhizoid_1(X)
& ~ sclereid_1(X)
& ~ sclerenchyma_cell_1(X)
& ~ sieve_tube_element_1(X)
& ~ tracheid_1(X)
& ~ vessel_element_1(X)
& angle_value_1(fn_guard_cell_2(X))
& potassium_ion_1(fn_guard_cell_3(X))
& region_1(fn_guard_cell_4(X))
& potassium_ion_1(fn_guard_cell_5(X))
& cytoplasmic_streaming_1(fn_guard_cell_6(X))
& maintenance_1(fn_guard_cell_7(X))
& support_1(fn_guard_cell_8(X))
& chemical_reaction_1(fn_guard_cell_9(X))
& oxidative_phosphorylation_1(fn_guard_cell_9(X))
& eukaryotic_oxidative_phosphorylation_1(fn_guard_cell_9(X))
& ribosome_1(fn_guard_cell_10(X))
& eukaryotic_ribosome_1(fn_guard_cell_10(X))
& aqueous_solution_1(fn_guard_cell_11(X))
& liquid_substance_1(fn_guard_cell_11(X))
& solution_1(fn_guard_cell_11(X))
& substance_1(fn_guard_cell_11(X))
& cytosol_1(fn_guard_cell_11(X))
& membrane_1(fn_guard_cell_12(X))
& spatial_entity_1(fn_guard_cell_12(X))
& biomembrane_1(fn_guard_cell_12(X))
& plasma_membrane_1(fn_guard_cell_12(X))
& surface_1(fn_guard_cell_13(X))
& tangible_entity_1(fn_guard_cell_14(X))
& phospholipid_bilayer_1(fn_guard_cell_14(X))
& tangible_entity_1(fn_guard_cell_15(X))
& microfibril_1(fn_guard_cell_15(X))
& eukaryotic_chromosome_1(fn_guard_cell_16(X))
& chromosome_1(fn_guard_cell_16(X))
& golgi_apparatus_1(fn_guard_cell_17(X))
& smooth_endoplasmic_reticulum_1(fn_guard_cell_18(X))
& rough_endoplasmic_reticulum_1(fn_guard_cell_19(X))
& endoplasmic_reticulum_1(fn_guard_cell_19(X))
& spatial_entity_1(fn_guard_cell_20(X))
& vesicle_1(fn_guard_cell_20(X))
& central_vacuole_1(fn_guard_cell_20(X))
& spatial_entity_1(fn_guard_cell_21(X))
& vacuole_1(fn_guard_cell_21(X))
& central_vacuole_1(fn_guard_cell_21(X))
& cell_wall_1(fn_guard_cell_22(X))
& plant_cell_wall_1(fn_guard_cell_22(X))
& spatial_entity_1(fn_guard_cell_23(X))
& mixture_1(fn_guard_cell_23(X))
& suspension_1(fn_guard_cell_23(X))
& colloid_1(fn_guard_cell_23(X))
& cytoplasm_1(fn_guard_cell_23(X))
& tangible_entity_1(fn_guard_cell_24(X))
& nucleus_1(fn_guard_cell_24(X))
& synthesis_reaction_1(fn_guard_cell_25(X))
& metabolic_pathway_1(fn_guard_cell_25(X))
& chemical_reaction_1(fn_guard_cell_25(X))
& anabolic_pathway_1(fn_guard_cell_25(X))
& synthesis_of_lipid_1(fn_guard_cell_25(X))
& protein_enzyme_1(fn_guard_cell_26(X))
& protein_enzyme_1(fn_guard_cell_27(X))
& metabolic_pathway_1(fn_guard_cell_28(X))
& eukaryotic_cellular_respiration_1(fn_guard_cell_28(X))
& exchange_1(fn_guard_cell_29(X))
& enzyme_1(fn_guard_cell_30(X))
& protein_enzyme_1(fn_guard_cell_30(X))
& defense_1(fn_guard_cell_31(X))
& size_value_1(fn_guard_cell_32(X))
& volume_value_1(fn_guard_cell_33(X))
& peroxisome_1(fn_guard_cell_34(X))
& cytoskeleton_1(fn_guard_cell_35(X))
& absorb_1(fn_guard_cell_38(X))
& grow_1(fn_guard_cell_39(X))
& cellular_work_1(fn_guard_cell_40(X))
& organelle_1(fn_guard_cell_41(X))
& mitochondrion_1(fn_guard_cell_41(X))
& semiautonomous_organelle_1(fn_guard_cell_41(X))
& dna_polymerase_iii_1(fn_guard_cell_42(X))
& dna_replication_in_eukaryotes_1(fn_guard_cell_43(X))
& spatial_entity_1(fn_guard_cell_44(X))
& biomembrane_1(fn_guard_cell_44(X))
& nuclear_membrane_1(fn_guard_cell_44(X))
& aqueous_solution_1(fn_guard_cell_45(X))
& nuclear_lamina_1(fn_guard_cell_46(X))
& protein_enzyme_1(fn_smooth_endoplasmic_reticulum_50(fn_guard_cell_18(X)))
& enzyme_1(fn_smooth_endoplasmic_reticulum_50(fn_guard_cell_18(X)))
& protein_enzyme_1(fn_smooth_endoplasmic_reticulum_37(fn_guard_cell_18(X)))
& enzyme_1(fn_smooth_endoplasmic_reticulum_37(fn_guard_cell_18(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_guard_cell_18(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_guard_cell_18(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_guard_cell_18(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_guard_cell_18(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_guard_cell_18(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_guard_cell_18(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_guard_cell_18(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_guard_cell_18(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_guard_cell_18(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_guard_cell_18(X)))
& eukaryotic_ribosome_1(fn_smooth_endoplasmic_reticulum_11(fn_guard_cell_18(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_guard_cell_18(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_guard_cell_18(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_guard_cell_18(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_guard_cell_18(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_guard_cell_18(X)))
& fn_guard_cell_30(X) != fn_guard_cell_26(X)
& site_2(fn_guard_cell_28(X),fn_guard_cell_23(X))
& fn_guard_cell_26(X) != fn_guard_cell_30(X)
& has_part_2(fn_guard_cell_21(X),fn_guard_cell_3(X))
& has_region_2(fn_guard_cell_20(X),fn_guard_cell_4(X))
& has_part_2(fn_guard_cell_20(X),fn_guard_cell_5(X))
& orientation_2(fn_guard_cell_15(X),fn_guard_cell_2(X))
& has_part_2(fn_guard_cell_18(X),fn_guard_cell_30(X))
& subevent_2(fn_guard_cell_28(X),fn_guard_cell_9(X))
& fn_guard_cell_30(X) != fn_guard_cell_27(X)
& fn_guard_cell_27(X) != fn_guard_cell_30(X)
& is_inside_2(fn_guard_cell_23(X),fn_guard_cell_12(X))
& agent_2(fn_guard_cell_31(X),fn_guard_cell_22(X))
& has_part_2(fn_guard_cell_22(X),fn_guard_cell_15(X))
& the_scalar_value_2(fn_guard_cell_32(X),big_0)
& scalar_unit_class_2(fn_guard_cell_32(X),prokaryote_0)
& has_function_2(fn_guard_cell_22(X),fn_guard_cell_8(X))
& has_part_2(X,fn_guard_cell_17(X))
& has_part_2(X,fn_guard_cell_20(X))
& base_2(fn_guard_cell_40(X),X)
& abuts_2(fn_guard_cell_19(X),fn_guard_cell_18(X))
& abuts_2(fn_guard_cell_18(X),fn_guard_cell_19(X))
& fn_guard_cell_19(X) != fn_guard_cell_18(X)
& fn_guard_cell_18(X) != fn_guard_cell_19(X)
& agent_2(fn_guard_cell_29(X),X)
& base_2(fn_guard_cell_29(X),X)
& base_2(fn_guard_cell_25(X),X)
& site_2(fn_guard_cell_25(X),fn_guard_cell_18(X))
& has_function_2(fn_guard_cell_18(X),fn_guard_cell_25(X))
& volume_2(X,fn_guard_cell_33(X))
& directly_proportional_2(fn_guard_cell_32(X),fn_guard_cell_33(X))
& size_2(X,fn_guard_cell_32(X))
& has_part_2(X,fn_guard_cell_41(X))
& has_function_2(fn_guard_cell_41(X),fn_guard_cell_28(X))
& is_inside_2(fn_guard_cell_35(X),fn_guard_cell_11(X))
& has_part_2(X,fn_guard_cell_35(X))
& has_part_2(X,fn_guard_cell_16(X))
& is_inside_2(fn_guard_cell_16(X),fn_guard_cell_24(X))
& is_between_2(fn_guard_cell_23(X),fn_guard_cell_24(X))
& has_part_2(X,fn_guard_cell_18(X))
& is_inside_2(fn_guard_cell_18(X),fn_guard_cell_11(X))
& is_inside_2(fn_guard_cell_34(X),fn_guard_cell_11(X))
& has_part_2(X,fn_guard_cell_34(X))
& has_part_2(X,fn_guard_cell_22(X))
& agent_2(fn_guard_cell_38(X),fn_guard_cell_21(X))
& has_part_2(X,fn_guard_cell_21(X))
& has_part_2(X,fn_guard_cell_19(X))
& is_inside_2(fn_guard_cell_19(X),fn_guard_cell_11(X))
& is_inside_2(fn_guard_cell_17(X),fn_guard_cell_11(X))
& is_inside_2(fn_guard_cell_10(X),fn_guard_cell_11(X))
& has_part_2(X,fn_guard_cell_10(X))
& has_part_2(X,fn_guard_cell_23(X))
& has_part_2(fn_guard_cell_23(X),fn_guard_cell_27(X))
& fn_guard_cell_27(X) != fn_guard_cell_26(X)
& fn_guard_cell_26(X) != fn_guard_cell_27(X)
& is_between_2(fn_guard_cell_44(X),fn_guard_cell_45(X))
& has_part_2(fn_guard_cell_24(X),fn_guard_cell_44(X))
& has_part_2(fn_guard_cell_24(X),fn_guard_cell_46(X))
& is_along_2(fn_guard_cell_46(X),fn_guard_cell_44(X))
& is_along_2(fn_guard_cell_44(X),fn_guard_cell_46(X))
& object_2(fn_guard_cell_8(X),X)
& agent_2(fn_guard_cell_8(X),fn_guard_cell_22(X))
& is_outside_2(fn_guard_cell_22(X),fn_guard_cell_12(X))
& is_between_2(fn_guard_cell_23(X),fn_guard_cell_12(X))
& has_part_2(fn_guard_cell_23(X),fn_guard_cell_26(X))
& site_2(fn_guard_cell_43(X),fn_guard_cell_24(X))
& agent_2(fn_guard_cell_43(X),fn_guard_cell_42(X))
& is_inside_2(fn_guard_cell_42(X),fn_guard_cell_45(X))
& has_part_2(fn_guard_cell_24(X),fn_guard_cell_45(X))
& is_inside_2(fn_guard_cell_24(X),fn_guard_cell_11(X))
& object_2(fn_guard_cell_7(X),X)
& agent_2(fn_guard_cell_7(X),fn_guard_cell_22(X))
& has_function_2(fn_guard_cell_22(X),fn_guard_cell_31(X))
& object_2(fn_guard_cell_31(X),X)
& has_part_2(X,fn_guard_cell_24(X))
& is_inside_2(fn_guard_cell_41(X),fn_guard_cell_11(X))
& has_function_2(fn_guard_cell_41(X),fn_guard_cell_9(X))
& base_2(fn_guard_cell_9(X),X)
& has_function_2(X,fn_guard_cell_28(X))
& base_2(fn_guard_cell_28(X),X)
& base_2(fn_guard_cell_6(X),X)
& agent_2(fn_guard_cell_6(X),fn_guard_cell_35(X))
& has_function_2(fn_guard_cell_35(X),fn_guard_cell_6(X))
& object_2(fn_guard_cell_6(X),fn_guard_cell_23(X))
& has_part_2(fn_guard_cell_23(X),fn_guard_cell_11(X))
& object_2(fn_guard_cell_39(X),X)
& causes_2(fn_guard_cell_38(X),fn_guard_cell_39(X))
& agent_2(fn_guard_cell_38(X),fn_guard_cell_20(X))
& fn_guard_cell_21(X) != fn_guard_cell_20(X)
& fn_guard_cell_20(X) != fn_guard_cell_21(X)
& has_region_2(X,fn_guard_cell_13(X))
& is_at_2(fn_guard_cell_14(X),fn_guard_cell_13(X))
& has_part_2(fn_guard_cell_12(X),fn_guard_cell_14(X))
& has_part_2(X,fn_guard_cell_12(X))
& has_function_2(X,fn_guard_cell_40(X))
& fn_guard_cell_30(X) = fn_smooth_endoplasmic_reticulum_50(fn_guard_cell_18(X))
& fn_guard_cell_30(X) = fn_smooth_endoplasmic_reticulum_37(fn_guard_cell_18(X))
& fn_guard_cell_30(X) = fn_plant_cell_92(X)
& fn_guard_cell_15(X) = fn_plant_cell_23(X)
& fn_guard_cell_36(X) = fn_plant_cell_57(X)
& fn_guard_cell_37(X) = fn_plant_cell_56(X)
& fn_guard_cell_25(X) = fn_smooth_endoplasmic_reticulum_23(fn_guard_cell_18(X))
& fn_guard_cell_25(X) = fn_smooth_endoplasmic_reticulum_7(fn_guard_cell_18(X))
& fn_guard_cell_25(X) = fn_smooth_endoplasmic_reticulum_49(fn_guard_cell_18(X))
& fn_guard_cell_25(X) = fn_smooth_endoplasmic_reticulum_48(fn_guard_cell_18(X))
& fn_guard_cell_25(X) = fn_smooth_endoplasmic_reticulum_8(fn_guard_cell_18(X))
& fn_guard_cell_25(X) = fn_smooth_endoplasmic_reticulum_42(fn_guard_cell_18(X))
& fn_guard_cell_25(X) = fn_plant_cell_76(X)
& fn_guard_cell_29(X) = fn_plant_cell_71(X)
& fn_guard_cell_32(X) = fn_plant_cell_62(X)
& fn_guard_cell_33(X) = fn_plant_cell_60(X)
& fn_guard_cell_16(X) = fn_plant_cell_95(X)
& fn_guard_cell_34(X) = fn_plant_cell_93(X)
& fn_guard_cell_18(X) = fn_eukaryotic_cell_20(X)
& fn_guard_cell_18(X) = fn_plant_cell_77(X)
& fn_guard_cell_17(X) = fn_smooth_endoplasmic_reticulum_3(fn_guard_cell_18(X))
& fn_guard_cell_17(X) = fn_eukaryotic_cell_24(X)
& fn_guard_cell_17(X) = fn_plant_cell_100(X)
& fn_guard_cell_19(X) = fn_eukaryotic_cell_19(X)
& fn_guard_cell_19(X) = fn_plant_cell_90(X)
& fn_guard_cell_27(X) = fn_plant_cell_11(X)
& fn_guard_cell_10(X) = fn_smooth_endoplasmic_reticulum_11(fn_guard_cell_18(X))
& fn_guard_cell_10(X) = fn_eukaryotic_cell_45(X)
& fn_guard_cell_10(X) = fn_plant_cell_58(X)
& fn_guard_cell_46(X) = fn_plant_cell_16(X)
& fn_guard_cell_44(X) = fn_plant_cell_75(X)
& fn_guard_cell_26(X) = fn_plant_cell_92(X)
& fn_guard_cell_8(X) = fn_plant_cell_21(X)
& fn_guard_cell_11(X) = fn_smooth_endoplasmic_reticulum_34(fn_guard_cell_18(X))
& fn_guard_cell_45(X) = fn_plant_cell_17(X)
& fn_guard_cell_42(X) = fn_plant_cell_19(X)
& fn_guard_cell_43(X) = fn_plant_cell_18(X)
& X = fn_smooth_endoplasmic_reticulum_33(fn_guard_cell_18(X))
& fn_guard_cell_24(X) = fn_smooth_endoplasmic_reticulum_10(fn_guard_cell_18(X))
& fn_guard_cell_24(X) = fn_eukaryotic_cell_26(X)
& fn_guard_cell_24(X) = fn_plant_cell_84(X)
& fn_guard_cell_31(X) = fn_plant_cell_78(X)
& fn_guard_cell_22(X) = fn_plant_cell_82(X)
& fn_guard_cell_7(X) = fn_plant_cell_1(X)
& fn_guard_cell_28(X) = fn_eukaryotic_cell_23(X)
& fn_guard_cell_28(X) = fn_plant_cell_63(X)
& fn_guard_cell_9(X) = fn_plant_cell_80(X)
& fn_guard_cell_41(X) = fn_plant_cell_59(X)
& fn_guard_cell_23(X) = fn_eukaryotic_cell_31(X)
& fn_guard_cell_11(X) = fn_eukaryotic_cell_42(X)
& fn_guard_cell_11(X) = fn_plant_cell_91(X)
& fn_guard_cell_23(X) = fn_plant_cell_83(X)
& fn_guard_cell_35(X) = fn_plant_cell_94(X)
& fn_guard_cell_6(X) = fn_plant_cell_89(X)
& fn_guard_cell_21(X) = fn_plant_cell_81(X)
& fn_guard_cell_20(X) = fn_plant_cell_87(X)
& fn_guard_cell_38(X) = fn_plant_cell_27(X)
& fn_guard_cell_39(X) = fn_plant_cell_24(X)
& fn_guard_cell_40(X) = fn_plant_cell_15(X)
& fn_guard_cell_12(X) = fn_plant_cell_97(X)
& fn_guard_cell_14(X) = fn_plant_cell_65(X)
& fn_guard_cell_13(X) = fn_plant_cell_61(X)
& fn_smooth_endoplasmic_reticulum_50(fn_guard_cell_18(X)) = fn_smooth_endoplasmic_reticulum_37(fn_guard_cell_18(X))
& fn_smooth_endoplasmic_reticulum_37(fn_guard_cell_18(X)) = fn_smooth_endoplasmic_reticulum_37(fn_guard_cell_18(X))
& fn_smooth_endoplasmic_reticulum_37(fn_guard_cell_18(X)) = fn_plant_cell_92(X)
& fn_plant_cell_92(X) = fn_smooth_endoplasmic_reticulum_23(fn_guard_cell_18(X))
& fn_smooth_endoplasmic_reticulum_23(fn_guard_cell_18(X)) = fn_smooth_endoplasmic_reticulum_7(fn_guard_cell_18(X))
& fn_smooth_endoplasmic_reticulum_7(fn_guard_cell_18(X)) = fn_smooth_endoplasmic_reticulum_7(fn_guard_cell_18(X))
& fn_smooth_endoplasmic_reticulum_7(fn_guard_cell_18(X)) = fn_smooth_endoplasmic_reticulum_49(fn_guard_cell_18(X))
& fn_smooth_endoplasmic_reticulum_49(fn_guard_cell_18(X)) = fn_smooth_endoplasmic_reticulum_49(fn_guard_cell_18(X))
& fn_smooth_endoplasmic_reticulum_49(fn_guard_cell_18(X)) = fn_smooth_endoplasmic_reticulum_48(fn_guard_cell_18(X))
& fn_smooth_endoplasmic_reticulum_8(fn_guard_cell_18(X)) = fn_smooth_endoplasmic_reticulum_48(fn_guard_cell_18(X))
& fn_smooth_endoplasmic_reticulum_48(fn_guard_cell_18(X)) = fn_smooth_endoplasmic_reticulum_8(fn_guard_cell_18(X))
& fn_smooth_endoplasmic_reticulum_8(fn_guard_cell_18(X)) = fn_smooth_endoplasmic_reticulum_8(fn_guard_cell_18(X))
& fn_smooth_endoplasmic_reticulum_42(fn_guard_cell_18(X)) = fn_smooth_endoplasmic_reticulum_8(fn_guard_cell_18(X))
& fn_smooth_endoplasmic_reticulum_8(fn_guard_cell_18(X)) = fn_smooth_endoplasmic_reticulum_42(fn_guard_cell_18(X))
& fn_smooth_endoplasmic_reticulum_42(fn_guard_cell_18(X)) = fn_smooth_endoplasmic_reticulum_42(fn_guard_cell_18(X))
& fn_plant_cell_76(X) = fn_smooth_endoplasmic_reticulum_42(fn_guard_cell_18(X))
& fn_smooth_endoplasmic_reticulum_42(fn_guard_cell_18(X)) = fn_plant_cell_76(X)
& fn_plant_cell_76(X) = fn_plant_cell_76(X)
& fn_plant_cell_76(X) = fn_plant_cell_77(X)
& fn_plant_cell_77(X) = fn_plant_cell_77(X)
& fn_plant_cell_77(X) = fn_eukaryotic_cell_20(X)
& fn_eukaryotic_cell_20(X) = fn_plant_cell_77(X)
& fn_plant_cell_77(X) = fn_smooth_endoplasmic_reticulum_3(fn_guard_cell_18(X))
& fn_eukaryotic_cell_24(X) = fn_smooth_endoplasmic_reticulum_3(fn_guard_cell_18(X))
& fn_smooth_endoplasmic_reticulum_3(fn_guard_cell_18(X)) = fn_eukaryotic_cell_24(X)
& fn_eukaryotic_cell_24(X) = fn_eukaryotic_cell_24(X)
& fn_plant_cell_100(X) = fn_eukaryotic_cell_24(X)
& fn_eukaryotic_cell_24(X) = fn_plant_cell_100(X)
& fn_plant_cell_100(X) = fn_plant_cell_90(X)
& fn_plant_cell_90(X) = fn_plant_cell_90(X)
& fn_plant_cell_90(X) = fn_eukaryotic_cell_19(X)
& fn_eukaryotic_cell_19(X) = fn_plant_cell_90(X)
& fn_plant_cell_90(X) = fn_smooth_endoplasmic_reticulum_11(fn_guard_cell_18(X))
& fn_eukaryotic_cell_45(X) = fn_smooth_endoplasmic_reticulum_11(fn_guard_cell_18(X))
& fn_smooth_endoplasmic_reticulum_11(fn_guard_cell_18(X)) = fn_eukaryotic_cell_45(X)
& fn_eukaryotic_cell_45(X) = fn_eukaryotic_cell_45(X)
& fn_plant_cell_58(X) = fn_eukaryotic_cell_45(X)
& fn_eukaryotic_cell_45(X) = fn_plant_cell_58(X)
& fn_plant_cell_58(X) = fn_smooth_endoplasmic_reticulum_10(fn_guard_cell_18(X))
& fn_smooth_endoplasmic_reticulum_10(fn_guard_cell_18(X)) = fn_smooth_endoplasmic_reticulum_10(fn_guard_cell_18(X))
& fn_smooth_endoplasmic_reticulum_10(fn_guard_cell_18(X)) = fn_eukaryotic_cell_26(X)
& fn_plant_cell_84(X) = fn_plant_cell_84(X)
& fn_plant_cell_84(X) = fn_eukaryotic_cell_26(X)
& fn_eukaryotic_cell_26(X) = fn_plant_cell_84(X)
& fn_plant_cell_84(X) = fn_plant_cell_63(X)
& fn_plant_cell_63(X) = fn_eukaryotic_cell_23(X)
& fn_eukaryotic_cell_23(X) = fn_plant_cell_63(X)
& fn_plant_cell_63(X) = fn_plant_cell_63(X)
& fn_plant_cell_63(X) = fn_smooth_endoplasmic_reticulum_34(fn_guard_cell_18(X))
& fn_smooth_endoplasmic_reticulum_34(fn_guard_cell_18(X)) = fn_smooth_endoplasmic_reticulum_34(fn_guard_cell_18(X))
& fn_eukaryotic_cell_42(X) = fn_smooth_endoplasmic_reticulum_34(fn_guard_cell_18(X))
& fn_smooth_endoplasmic_reticulum_34(fn_guard_cell_18(X)) = fn_eukaryotic_cell_42(X)
& fn_plant_cell_91(X) = fn_plant_cell_91(X)
& fn_plant_cell_91(X) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_plant_cell_91(X)
& fn_plant_cell_91(X) = fn_plant_cell_83(X)
& fn_plant_cell_83(X) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_plant_cell_83(X)
& fn_plant_cell_83(X) = fn_plant_cell_83(X)
& fn_smooth_endoplasmic_reticulum_33(fn_guard_cell_18(X)) = fn_smooth_endoplasmic_reticulum_33(fn_guard_cell_18(X)) ) ) ).
fof(a530021,axiom,
! [X] :
( gustation_1(X)
=> ( original_name_2(X,'Gustation')
& user_description_2(X,'The process of interpreting information from the effects of chemicals interacting with chemorecetpors in the tongue.')
& concept2words_2(X,taste)
& concept2words_2(X,gustation)
& sensory_process_1(X)
& ~ color_vision_1(X)
& ~ de_etiolation_1(X)
& ~ lateral_line_system_1(X)
& ~ olfaction_1(X)
& ~ sight_1(X)
& ~ touch_1(X) ) ) ).
fof(a530022,axiom,
! [X] :
( gustatory_receptor_1(X)
=> ( original_name_2(X,'Gustatory-Receptor')
& user_description_2(X,'A type of chemoreceptor that responds to categories of related chemicals.')
& concept2words_2(X,'gustatory receptor')
& concept2words_2(X,'gustatory-receptor')
& chemoreceptor_1(X) ) ) ).
fof(a530023,axiom,
! [X] :
( guttation_1(X)
=> ( original_name_2(X,'Guttation')
& user_description_2(X,'The exudation of water droplets, caused by root pressure in certain plants.')
& concept2words_2(X,guttation)
& plant_transport_1(X)
& tip_1(fn_guttation_1(X))
& vascular_plant_1(fn_guttation_2(X))
& atmosphere_1(fn_guttation_3(X))
& move_out_of_1(fn_guttation_4(X))
& tangible_entity_1(fn_guttation_5(X))
& leaf_1(fn_guttation_5(X))
& shoot_1(fn_guttation_6(X))
& shoot_1(fn_vascular_plant_26(fn_guttation_2(X)))
& atmosphere_1(fn_leaf_41(fn_guttation_5(X)))
& tangible_entity_1(fn_move_out_of_1(fn_guttation_4(X)))
& leaf_1(fn_shoot_2(fn_guttation_6(X)))
& destination_2(fn_guttation_4(X),fn_guttation_3(X))
& origin_2(fn_guttation_4(X),fn_guttation_1(X))
& is_inside_2(fn_guttation_1(X),fn_guttation_5(X))
& has_region_2(fn_guttation_5(X),fn_guttation_1(X))
& subevent_2(X,fn_guttation_4(X))
& base_2(fn_guttation_4(X),fn_guttation_5(X))
& has_part_2(fn_guttation_2(X),fn_guttation_6(X))
& is_outside_2(fn_guttation_3(X),fn_guttation_5(X))
& has_part_2(fn_guttation_6(X),fn_guttation_5(X))
& fn_guttation_5(X) = fn_move_out_of_1(fn_guttation_4(X))
& fn_guttation_6(X) = fn_vascular_plant_26(fn_guttation_2(X))
& fn_guttation_3(X) = fn_leaf_41(fn_guttation_5(X))
& fn_guttation_5(X) = fn_shoot_2(fn_guttation_6(X))
& fn_move_out_of_1(fn_guttation_4(X)) = fn_shoot_2(fn_guttation_6(X)) ) ) ).
fof(a530024,axiom,
! [X] :
( gymnamoeba_1(X)
=> ( original_name_2(X,'Gymnamoeba')
& user_description_2(X,'A phylum of the kingdom Amoebozoa.')
& concept2words_2(X,gymnamoeba)
& amoeba_1(X) ) ) ).
fof(a530025,axiom,
! [X] :
( gymnosperm_1(X)
=> ( original_name_2(X,'Gymnosperm')
& user_description_2(X,'A vascular plant whose seeds are not encased in an ovary.')
& concept2words_2(X,gymnosperm)
& seed_plant_1(X)
& ~ angiosperm_1(X)
& root_hair_1(fn_gymnosperm_1(X))
& tuber_1(fn_gymnosperm_2(X))
& shoot_1(fn_gymnosperm_3(X))
& starch_storage_by_plant_1(fn_gymnosperm_4(X))
& store_1(fn_gymnosperm_5(X))
& plant_cell_1(fn_gymnosperm_8(X))
& cell_1(fn_gymnosperm_8(X))
& eukaryotic_cell_1(fn_gymnosperm_8(X))
& nutrition_1(fn_gymnosperm_9(X))
& photoautotroph_1(fn_gymnosperm_10(X))
& photosynthesis_1(fn_gymnosperm_11(X))
& anabolic_pathway_1(fn_gymnosperm_11(X))
& metabolic_pathway_1(fn_gymnosperm_11(X))
& seed_1(fn_gymnosperm_12(X))
& taproot_1(fn_gymnosperm_13(X))
& anchor_1(fn_gymnosperm_14(X))
& length_value_1(fn_gymnosperm_15(X))
& plant_cell_1(fn_gymnosperm_17(X))
& tissue_1(fn_gymnosperm_18(X))
& epidermis_1(fn_gymnosperm_18(X))
& specific_heat_value_1(fn_gymnosperm_19(X))
& shoot_system_1(fn_gymnosperm_20(X))
& root_system_1(fn_gymnosperm_21(X))
& temperature_value_1(fn_gymnosperm_22(X))
& water_1(fn_gymnosperm_23(X))
& tangible_entity_1(fn_support_1(fn_gymnosperm_14(X)))
& plant_cell_1(fn_root_26(fn_gymnosperm_13(X)))
& tissue_1(fn_root_27(fn_gymnosperm_13(X)))
& epidermis_1(fn_root_30(fn_gymnosperm_13(X)))
& is_inside_2(fn_gymnosperm_17(X),fn_gymnosperm_1(X))
& the_scalar_value_2(fn_gymnosperm_15(X),tall_0)
& scalar_unit_class_2(fn_gymnosperm_15(X),vascular_plant_0)
& agent_2(fn_gymnosperm_14(X),fn_gymnosperm_13(X))
& has_part_2(fn_gymnosperm_13(X),fn_gymnosperm_1(X))
& object_2(fn_gymnosperm_14(X),X)
& has_part_2(X,fn_gymnosperm_13(X))
& is_inside_2(fn_gymnosperm_13(X),fn_gymnosperm_21(X))
& height_2(X,fn_gymnosperm_15(X))
& has_part_2(fn_gymnosperm_13(X),fn_gymnosperm_18(X))
& has_part_2(fn_gymnosperm_18(X),fn_gymnosperm_17(X))
& has_region_2(X,fn_gymnosperm_21(X))
& has_function_2(X,fn_gymnosperm_4(X))
& has_region_2(X,fn_gymnosperm_20(X))
& is_inside_2(fn_gymnosperm_3(X),fn_gymnosperm_20(X))
& has_part_2(X,fn_gymnosperm_3(X))
& has_function_2(X,fn_gymnosperm_11(X))
& by_means_of_2(fn_gymnosperm_9(X),fn_gymnosperm_11(X))
& agent_2(fn_gymnosperm_4(X),X)
& base_2(fn_gymnosperm_4(X),X)
& has_part_2(X,fn_gymnosperm_2(X))
& site_2(fn_gymnosperm_5(X),fn_gymnosperm_2(X))
& subevent_2(fn_gymnosperm_4(X),fn_gymnosperm_5(X))
& correspondence_2(fn_gymnosperm_22(X),fn_gymnosperm_19(X))
& temperature_2(X,fn_gymnosperm_22(X))
& has_part_2(X,fn_gymnosperm_8(X))
& base_2(fn_gymnosperm_11(X),fn_gymnosperm_8(X))
& experiencer_2(fn_gymnosperm_11(X),X)
& plays_2(X,fn_gymnosperm_10(X))
& in_event_2(fn_gymnosperm_10(X),fn_gymnosperm_9(X))
& agent_2(fn_gymnosperm_9(X),X)
& has_part_2(X,fn_gymnosperm_23(X))
& specific_heat_2(fn_gymnosperm_23(X),fn_gymnosperm_19(X))
& X = fn_support_1(fn_gymnosperm_14(X))
& fn_gymnosperm_13(X) = fn_seed_plant_15(X)
& fn_gymnosperm_16(X) = fn_vascular_plant_7(X)
& fn_gymnosperm_15(X) = fn_vascular_plant_8(X)
& fn_gymnosperm_17(X) = fn_root_26(fn_gymnosperm_13(X))
& fn_gymnosperm_18(X) = fn_root_27(fn_gymnosperm_13(X))
& fn_gymnosperm_18(X) = fn_root_30(fn_gymnosperm_13(X))
& fn_gymnosperm_12(X) = fn_seed_plant_5(X)
& fn_gymnosperm_21(X) = fn_seed_plant_9(X)
& fn_gymnosperm_7(X) = fn_seed_plant_17(X)
& fn_gymnosperm_6(X) = fn_seed_plant_16(X)
& fn_gymnosperm_3(X) = fn_seed_plant_2(X)
& fn_gymnosperm_20(X) = fn_seed_plant_8(X)
& fn_gymnosperm_5(X) = fn_seed_plant_4(X)
& fn_gymnosperm_2(X) = fn_seed_plant_1(X)
& fn_gymnosperm_4(X) = fn_seed_plant_3(X)
& fn_gymnosperm_11(X) = fn_seed_plant_7(X)
& fn_gymnosperm_8(X) = fn_seed_plant_13(X)
& fn_gymnosperm_22(X) = fn_seed_plant_12(X)
& fn_gymnosperm_19(X) = fn_seed_plant_6(X)
& fn_gymnosperm_23(X) = fn_seed_plant_14(X)
& fn_gymnosperm_9(X) = fn_seed_plant_10(X)
& fn_gymnosperm_10(X) = fn_seed_plant_11(X)
& fn_root_30(fn_gymnosperm_13(X)) = fn_root_27(fn_gymnosperm_13(X))
& fn_root_27(fn_gymnosperm_13(X)) = fn_root_30(fn_gymnosperm_13(X)) ) ) ).
fof(a530026,axiom,
! [X] :
( h1_1(X)
=> ( original_name_2(X,'H1')
& user_description_2(X,'Histone that keeps DNA in place as it wraps around the nucleosome.')
& concept2words_2(X,h1)
& histone_1(X)
& ~ h2a_1(X)
& ~ h2b_1(X)
& ~ h3_1(X)
& ~ h4_1(X)
& dna_1(fn_h1_1(X))
& attach_1(fn_h1_2(X))
& spatial_entity_1(fn_attach_2(fn_h1_2(X)))
& spatial_entity_1(fn_attach_1(fn_h1_2(X)))
& base_2(fn_h1_2(X),fn_h1_1(X))
& object_2(fn_h1_2(X),X)
& fn_h1_1(X) = fn_attach_2(fn_h1_2(X))
& X = fn_attach_1(fn_h1_2(X)) ) ) ).
fof(a530027,axiom,
! [X] :
( h2a_1(X)
=> ( original_name_2(X,'H2A')
& user_description_2(X,'A type of histone.')
& concept2words_2(X,'h2a histone')
& concept2words_2(X,h2a)
& histone_1(X)
& ~ h1_1(X)
& ~ h2b_1(X)
& ~ h3_1(X)
& ~ h4_1(X) ) ) ).
fof(a530028,axiom,
! [X] :
( h2b_1(X)
=> ( original_name_2(X,'H2B')
& user_description_2(X,'A type of histone.')
& concept2words_2(X,'h2b histone')
& concept2words_2(X,h2b)
& histone_1(X)
& ~ h1_1(X)
& ~ h2a_1(X)
& ~ h3_1(X)
& ~ h4_1(X) ) ) ).
fof(a530029,axiom,
! [X] :
( h3_1(X)
=> ( original_name_2(X,'H3')
& user_description_2(X,'A type of histone.')
& concept2words_2(X,'h3 histone')
& concept2words_2(X,h3)
& histone_1(X)
& ~ h1_1(X)
& ~ h2a_1(X)
& ~ h2b_1(X)
& ~ h4_1(X) ) ) ).
fof(a530030,axiom,
! [X] :
( h4_1(X)
=> ( original_name_2(X,'H4')
& user_description_2(X,'A type of histone.')
& concept2words_2(X,'h4 histone')
& concept2words_2(X,h4)
& histone_1(X)
& ~ h1_1(X)
& ~ h2a_1(X)
& ~ h2b_1(X)
& ~ h3_1(X) ) ) ).
fof(a530031,axiom,
! [X] :
( habitat_selection_1(X)
=> ( original_name_2(X,'Habitat-Selection')
& user_description_2(X,'The processes by which organisms select the type of habitat to occupy.')
& concept2words_2(X,'selection of habitat')
& concept2words_2(X,'habitat selection')
& concept2words_2(X,'habitat-selection')
& behavior_1(X) ) ) ).
fof(a530032,axiom,
! [X] :
( habituation_1(X)
=> ( original_name_2(X,'Habituation')
& user_description_2(X,'Diminished response to a stimulus after repeated exposure.')
& concept2words_2(X,habituation)
& learning_1(X)
& ~ associative_learning_1(X)
& ~ social_learning_1(X)
& ~ spatial_learning_1(X) ) ) ).
fof(a530033,axiom,
! [X] :
( hafnium_1(X)
=> ( original_name_2(X,'Hafnium')
& user_description_2(X,'Hafnium is a metal atom with atomic number 72. It is represented by the symbol Hf.')
& concept2words_2(X,hafnium)
& concept2words_2(X,'Hf')
& metal_atom_1(X)
& neutron_1(fn_hafnium_4(X))
& atomic_mass_value_1(fn_hafnium_5(X))
& valence_value_1(fn_hafnium_6(X))
& electronegativity_value_1(fn_hafnium_7(X))
& valence_electron_1(fn_hafnium_11(X))
& atomic_weight_value_1(fn_hafnium_12(X))
& atomic_number_value_1(fn_hafnium_13(X))
& quantity_value_1(fn_hafnium_14(X))
& electronegativity_2(X,fn_hafnium_7(X))
& valence_2(X,fn_hafnium_6(X))
& mass_number_2(X,fn_hafnium_5(X))
& exactCardinality(X,has_part_0,"107",neutron_0)
& exactCardinality(X,has_part_0,"72",proton_0)
& exactCardinality(X,has_part_0,"72",electron_0)
& has_part_2(X,fn_hafnium_4(X))
& the_cardinal_value_2(fn_hafnium_14(X),"8")
& cardinal_unit_class_2(fn_hafnium_14(X),unity_0)
& the_cardinal_value_2(fn_hafnium_7(X),"1.3")
& cardinal_unit_class_2(fn_hafnium_7(X),unity_0)
& the_cardinal_value_2(fn_hafnium_6(X),"4")
& cardinal_unit_class_2(fn_hafnium_6(X),unity_0)
& the_cardinal_value_2(fn_hafnium_5(X),"179")
& cardinal_unit_class_2(fn_hafnium_5(X),unity_0)
& the_cardinal_value_2(fn_hafnium_13(X),"72")
& cardinal_unit_class_2(fn_hafnium_13(X),unity_0)
& the_cardinal_value_2(fn_hafnium_12(X),"178.5")
& cardinal_unit_class_2(fn_hafnium_12(X),dalton_0)
& atomic_number_2(X,fn_hafnium_13(X))
& atomic_weight_2(X,fn_hafnium_12(X))
& has_part_2(X,fn_hafnium_11(X))
& quantity_2(fn_hafnium_11(X),fn_hafnium_14(X))
& fn_hafnium_9(X) = fn_atom_12(X)
& fn_hafnium_13(X) = fn_atom_17(X)
& fn_hafnium_10(X) = fn_atom_13(X)
& fn_hafnium_12(X) = fn_atom_16(X)
& fn_hafnium_8(X) = fn_atom_1(X)
& fn_hafnium_14(X) = fn_atom_5(X)
& fn_hafnium_11(X) = fn_atom_14(X) ) ) ).
fof(a530034,axiom,
! [X] :
( hagfish_1(X)
=> ( original_name_2(X,'Hagfish')
& user_description_2(X,'Marine animal of the clade Myxini, considered by some researchers not to be vertebrates because they have a skull but lack a vertebral column.')
& concept2words_2(X,hagfish)
& craniate_1(X)
& ~ lamprey_1(X) ) ) ).
fof(a530035,axiom,
! [X] :
( hair_1(X)
=> ( original_name_2(X,'Hair')
& user_description_2(X,'Hair is a body covering that grows from the skin of mammals.')
& concept2words_2(X,hair)
& fiber_1(X)
& structural_protein_1(fn_hair_1(X))
& has_part_2(X,fn_hair_1(X)) ) ) ).
fof(a530036,axiom,
! [X] :
( hair_cell_1(X)
=> ( original_name_2(X,'Hair-Cell')
& user_description_2(X,'A type of mechanoreceptor found in the vertebrate ear and in the lateral line organs of fishes and amphibians, where they detect movement relative to the environment.')
& concept2words_2(X,'cell of hair')
& concept2words_2(X,'hair cell')
& concept2words_2(X,'hair-cell')
& mechanoreceptor_1(X) ) ) ).
fof(a530037,axiom,
! [X] :
( hallway_1(X)
=> ( original_name_2(X,'Hallway')
& concept2words_2(X,hallway)
& room_1(X)
& ~ elevator_1(X)
& ~ bathroom_1(X) ) ) ).
fof(a530038,axiom,
! [X] :
( hand_1(X)
=> ( original_name_2(X,'Hand')
& user_description_2(X,'A hand is a prehensile, multi-fingered extremity located at the end of an arm or forelimb of primates such as humans, chimpanzees, monkeys, and lemurs.')
& concept2words_2(X,hand)
& anatomical_appendage_1(X) ) ) ).
fof(a530039,axiom,
! [X] :
( hantavirus_1(X)
=> ( original_name_2(X,'Hantavirus')
& user_description_2(X,'A group of viruses carried by rodents but which can cause disease in humans.')
& concept2words_2(X,hantavirus)
& rna_virus_1(X)
& ~ ebola_virus_1(X)
& ~ influenza_virus_1(X)
& ~ nipah_virus_1(X)
& ~ retrovirus_1(X)
& ~ rna_virus_class_iv_1(X)
& ~ rna_virus_class_v_1(X) ) ) ).
fof(a530040,axiom,
! [X] :
( haploid_cell_1(X)
=> ( original_name_2(X,'Haploid-cell')
& user_description_2(X,'The haploid cell is the cell which have half number of chromosomes as present in the normal somatic cells of an organism')
& concept2words_2(X,'n cell')
& concept2words_2(X,'n-cell')
& concept2words_2(X,'cell of haploid')
& concept2words_2(X,'haploid cell')
& concept2words_2(X,'haploid-cell')
& eukaryotic_cell_1(X)
& quantity_value_1(fn_haploid_cell_2(X))
& entity_1(fn_haploid_cell_3(X))
& dna_1(fn_haploid_cell_3(X))
& eukaryotic_cellular_respiration_1(fn_haploid_cell_7(X))
& tangible_entity_1(fn_haploid_cell_8(X))
& nucleus_1(fn_haploid_cell_8(X))
& eukaryotic_chromosome_1(fn_haploid_cell_9(X))
& chromosome_1(fn_haploid_cell_9(X))
& haploid_number_1(fn_haploid_cell_10(X))
& smooth_endoplasmic_reticulum_1(fn_haploid_cell_12(X))
& semiautonomous_organelle_1(fn_haploid_cell_13(X))
& mitochondrion_1(fn_haploid_cell_13(X))
& organelle_1(fn_haploid_cell_13(X))
& mixture_1(fn_haploid_cell_14(X))
& cytoplasm_1(fn_haploid_cell_14(X))
& membrane_1(fn_haploid_cell_15(X))
& spatial_entity_1(fn_haploid_cell_15(X))
& biomembrane_1(fn_haploid_cell_15(X))
& plasma_membrane_1(fn_haploid_cell_15(X))
& rough_endoplasmic_reticulum_1(fn_haploid_cell_16(X))
& tangible_entity_1(fn_haploid_cell_17(X))
& membrane_protein_1(fn_haploid_cell_17(X))
& protein_1(fn_haploid_cell_17(X))
& spatial_entity_1(fn_haploid_cell_17(X))
& polymer_1(fn_haploid_cell_17(X))
& tangible_entity_1(fn_haploid_cell_18(X))
& phospholipid_bilayer_1(fn_haploid_cell_18(X))
& spatial_entity_1(fn_haploid_cell_19(X))
& membrane_protein_1(fn_haploid_cell_19(X))
& tangible_entity_1(fn_haploid_cell_19(X))
& transmembrane_protein_1(fn_haploid_cell_19(X))
& integral_protein_1(fn_haploid_cell_19(X))
& transport_protein_1(fn_haploid_cell_19(X))
& membrane_potential_1(fn_haploid_cell_20(X))
& substance_1(fn_haploid_cell_21(X))
& cytosol_1(fn_haploid_cell_21(X))
& dna_1(fn_haploid_cell_22(X))
& mitochondrial_dna_1(fn_haploid_cell_22(X))
& quantity_value_1(fn_haploid_cell_23(X))
& surface_1(fn_haploid_cell_24(X))
& ribosome_1(fn_haploid_cell_25(X))
& eukaryotic_ribosome_1(fn_haploid_cell_25(X))
& facilitated_diffusion_of_polar_molecule_1(fn_haploid_cell_26(X))
& size_value_1(fn_haploid_cell_27(X))
& volume_value_1(fn_haploid_cell_28(X))
& golgi_apparatus_1(fn_haploid_cell_29(X))
& cellular_work_1(fn_haploid_cell_30(X))
& gradient_1(fn_passive_transport_of_solute_3(fn_haploid_cell_26(X)))
& concentration_gradient_1(fn_passive_transport_of_solute_3(fn_haploid_cell_26(X)))
& eukaryotic_cell_1(fn_mitochondrion_51(fn_haploid_cell_13(X)))
& property_node_1(fn_haploid_number_1(fn_haploid_cell_10(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_haploid_cell_26(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_haploid_cell_26(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_haploid_cell_26(X)))
& is_across_2(fn_haploid_cell_20(X),fn_haploid_cell_15(X))
& called_2(fn_haploid_cell_17(X),'MP1')
& quantity_2(fn_haploid_cell_9(X),fn_haploid_cell_10(X))
& agent_2(fn_haploid_cell_26(X),fn_haploid_cell_20(X))
& path_2(fn_haploid_cell_26(X),fn_haploid_cell_15(X))
& has_part_2(X,fn_haploid_cell_13(X))
& the_scalar_value_2(fn_haploid_cell_27(X),big_0)
& scalar_unit_class_2(fn_haploid_cell_27(X),prokaryote_0)
& is_inside_2(fn_haploid_cell_14(X),fn_haploid_cell_15(X))
& is_between_2(fn_haploid_cell_14(X),fn_haploid_cell_8(X))
& fn_haploid_cell_17(X) != fn_haploid_cell_19(X)
& fn_haploid_cell_19(X) != fn_haploid_cell_17(X)
& volume_2(X,fn_haploid_cell_28(X))
& directly_proportional_2(fn_haploid_cell_27(X),fn_haploid_cell_28(X))
& size_2(X,fn_haploid_cell_27(X))
& has_part_2(X,fn_haploid_cell_9(X))
& is_inside_2(fn_haploid_cell_25(X),fn_haploid_cell_21(X))
& has_part_2(X,fn_haploid_cell_25(X))
& has_part_2(X,fn_haploid_cell_12(X))
& fn_haploid_cell_16(X) != fn_haploid_cell_12(X)
& fn_haploid_cell_12(X) != fn_haploid_cell_16(X)
& has_region_2(X,fn_haploid_cell_24(X))
& is_at_2(fn_haploid_cell_18(X),fn_haploid_cell_24(X))
& is_inside_2(fn_haploid_cell_19(X),fn_haploid_cell_18(X))
& is_at_2(fn_haploid_cell_19(X),fn_haploid_cell_15(X))
& has_part_2(fn_haploid_cell_15(X),fn_haploid_cell_17(X))
& is_inside_2(fn_haploid_cell_29(X),fn_haploid_cell_21(X))
& has_part_2(X,fn_haploid_cell_29(X))
& has_part_2(X,fn_haploid_cell_14(X))
& is_between_2(fn_haploid_cell_14(X),fn_haploid_cell_15(X))
& has_part_2(fn_haploid_cell_15(X),fn_haploid_cell_18(X))
& base_2(fn_haploid_cell_7(X),X)
& has_function_2(X,fn_haploid_cell_7(X))
& has_part_2(X,fn_haploid_cell_15(X))
& has_part_2(fn_haploid_cell_15(X),fn_haploid_cell_19(X))
& is_across_2(fn_haploid_cell_19(X),fn_haploid_cell_15(X))
& base_2(fn_haploid_cell_30(X),X)
& has_function_2(X,fn_haploid_cell_30(X))
& has_part_2(X,fn_haploid_cell_16(X))
& abuts_2(fn_haploid_cell_12(X),fn_haploid_cell_16(X))
& abuts_2(fn_haploid_cell_16(X),fn_haploid_cell_12(X))
& is_inside_2(fn_haploid_cell_13(X),fn_haploid_cell_21(X))
& has_part_2(fn_haploid_cell_14(X),fn_haploid_cell_21(X))
& has_part_2(X,fn_haploid_cell_8(X))
& is_inside_2(fn_haploid_cell_9(X),fn_haploid_cell_8(X))
& fn_haploid_cell_20(X) = fn_passive_transport_of_solute_3(fn_haploid_cell_26(X))
& fn_haploid_cell_15(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_haploid_cell_26(X))
& X = fn_mitochondrion_51(fn_haploid_cell_13(X))
& fn_haploid_cell_11(X) = fn_haploid_number_1(fn_haploid_cell_10(X))
& fn_haploid_cell_5(X) = fn_eukaryotic_cell_28(X)
& fn_haploid_cell_4(X) = fn_eukaryotic_cell_60(X)
& fn_haploid_cell_6(X) = fn_eukaryotic_cell_7(X)
& fn_haploid_cell_1(X) = fn_eukaryotic_cell_8(X)
& fn_haploid_cell_27(X) = fn_eukaryotic_cell_27(X)
& fn_haploid_cell_28(X) = fn_eukaryotic_cell_59(X)
& fn_haploid_cell_25(X) = fn_eukaryotic_cell_45(X)
& fn_haploid_cell_17(X) = fn_eukaryotic_cell_50(X)
& fn_haploid_cell_24(X) = fn_eukaryotic_cell_44(X)
& fn_haploid_cell_18(X) = fn_eukaryotic_cell_41(X)
& fn_haploid_cell_29(X) = fn_eukaryotic_cell_24(X)
& fn_haploid_cell_19(X) = fn_eukaryotic_cell_15(X)
& fn_haploid_cell_15(X) = fn_eukaryotic_cell_29(X)
& fn_haploid_cell_7(X) = fn_eukaryotic_cell_23(X)
& fn_haploid_cell_12(X) = fn_eukaryotic_cell_20(X)
& fn_haploid_cell_16(X) = fn_eukaryotic_cell_19(X)
& fn_haploid_cell_30(X) = fn_eukaryotic_cell_32(X)
& fn_haploid_cell_14(X) = fn_eukaryotic_cell_31(X)
& fn_haploid_cell_21(X) = fn_eukaryotic_cell_42(X)
& fn_haploid_cell_13(X) = fn_eukaryotic_cell_25(X)
& fn_haploid_cell_22(X) = fn_eukaryotic_cell_33(X)
& fn_haploid_cell_23(X) = fn_eukaryotic_cell_6(X)
& fn_haploid_cell_2(X) = fn_eukaryotic_cell_5(X)
& fn_haploid_cell_3(X) = fn_eukaryotic_cell_56(X)
& fn_haploid_cell_9(X) = fn_eukaryotic_cell_30(X)
& fn_haploid_cell_8(X) = fn_eukaryotic_cell_26(X)
& fn_facilitated_diffusion_of_polar_molecule_5(fn_haploid_cell_26(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_eukaryotic_cell_29(X) ) ) ).
fof(a530041,axiom,
! [X] :
( haploid_gamete_1(X)
=> ( original_name_2(X,'Haploid-Gamete')
& user_description_2(X,'A gamete is a sex cell, either egg cells or sperm cells. A haploid gamete describes a sex cell with one full set of chromosomes.')
& concept2words_2(X,gamete)
& concept2words_2(X,'gamete of haploid')
& concept2words_2(X,'haploid gamete')
& concept2words_2(X,'haploid-gamete')
& gamete_1(X) ) ) ).
fof(a530042,axiom,
! [X] :
( haploid_number_1(X)
=> ( original_name_2(X,'Haploid-Number')
& user_description_2(X,'For humans, the haploid number, abbreviated n, is 23 (n = 23).')
& concept2words_2(X,'number of haploid')
& concept2words_2(X,'haploid number')
& concept2words_2(X,'haploid-number')
& quantity_value_1(X)
& ~ diploid_number_1(X) ) ) ).
fof(a530043,axiom,
! [X] :
( haploidization_1(X)
=> ( original_name_2(X,'Haploidization')
& user_description_2(X,'It is the process of reduction of number of chromosomes of a parent cell to half after cell division to result in daughter cells with their number of chromosomes half as compared to those in parent cells')
& concept2words_2(X,haploidisation)
& concept2words_2(X,haploidization)
& genetic_process_1(X)
& diploid_cell_1(fn_haploidization_1(X))
& haploid_cell_1(fn_haploidization_2(X))
& object_2(X,fn_haploidization_1(X))
& result_2(X,fn_haploidization_2(X)) ) ) ).
fof(a530044,axiom,
! [X] :
( hardy_weinberg_equilibrium_1(X)
=> ( original_name_2(X,'Hardy-Weinberg-Equilibrium')
& user_description_2(X,'A theoretical condition in which a population is not evolving (i.e., allele frequencies are not changing) at a particular locus or loci being studied.')
& concept2words_2(X,'hardy weinberg equilibrium')
& concept2words_2(X,'hardy-weinberg-equilibrium')
& condition_1(X) ) ) ).
fof(a530045,axiom,
! [X] :
( harm_1(X)
=> ( original_name_2(X,'Harm')
& concept2words_2(X,harm)
& impair_1(X)
& living_entity_1(fn_harm_1(X))
& object_2(X,fn_harm_1(X))
& fn_harm_1(X) = fn_impair_1(X) ) ) ).
fof(a530046,axiom,
! [X] :
( has_condition_1(X)
=> ( original_name_2(X,'Has-Condition')
& user_description_2(X,'This axiom is built to introduce conditions on edges and nodes.')
& concept2words_2(X,'have condition')
& concept2words_2(X,'has condition')
& concept2words_2(X,'has-condition')
& action_1(X) ) ) ).
fof(a530047,axiom,
! [X] :
( hassium_1(X)
=> ( original_name_2(X,'Hassium')
& user_description_2(X,'Hassium is a metal atom with atomic number 108. It is represented by the symbol Hs.')
& concept2words_2(X,hassium)
& concept2words_2(X,'Hs')
& metal_atom_1(X)
& atomic_mass_value_1(fn_hassium_1(X))
& neutron_1(fn_hassium_2(X))
& atomic_weight_value_1(fn_hassium_6(X))
& atomic_number_value_1(fn_hassium_7(X))
& mass_number_2(X,fn_hassium_1(X))
& exactCardinality(X,has_part_0,"161",neutron_0)
& exactCardinality(X,has_part_0,"108",proton_0)
& exactCardinality(X,has_part_0,"108",electron_0)
& has_part_2(X,fn_hassium_2(X))
& the_cardinal_value_2(fn_hassium_1(X),"269")
& cardinal_unit_class_2(fn_hassium_1(X),unity_0)
& the_cardinal_value_2(fn_hassium_7(X),"108")
& cardinal_unit_class_2(fn_hassium_7(X),unity_0)
& the_cardinal_value_2(fn_hassium_6(X),"269")
& cardinal_unit_class_2(fn_hassium_6(X),dalton_0)
& atomic_number_2(X,fn_hassium_7(X))
& atomic_weight_2(X,fn_hassium_6(X))
& fn_hassium_4(X) = fn_atom_12(X)
& fn_hassium_7(X) = fn_atom_17(X)
& fn_hassium_5(X) = fn_atom_13(X)
& fn_hassium_6(X) = fn_atom_16(X) ) ) ).
fof(a530048,axiom,
! [X] :
( haustorium_1(X)
=> ( original_name_2(X,'Haustorium')
& user_description_2(X,'The specialized hypha of some symbiotic fungi, which penetrates the tissue of host plants. In parasitic fungi, the haustorium withdraws nutrients from the host.')
& concept2words_2(X,haustorium)
& hypha_1(X) ) ) ).
fof(a530049,axiom,
! [X] :
( hay_1(X)
=> ( original_name_2(X,'Hay')
& user_description_2(X,'Hay is grass, legumes or other herbaceous plants that have been cut, dried, and stored for use as animal fodder, particularly for grazing livestock such as cattle, horses, goats, and sheep.')
& concept2words_2(X,hay)
& detritus_1(X)
& solid_substance_1(X) ) ) ).
fof(a530050,axiom,
! [X] :
( hcg_1(X)
=> ( original_name_2(X,'HCG')
& user_description_2(X,'Human chorionic gonadotropin; a tropic hormone secreted by the placenta during the first trimester of pregnancy. HCG maintains the post-ovulatory corpus luteum and causes it to secrete progesterone, which in turn thickens the endometrial lining of the uterus.')
& concept2words_2(X,'human chorionic gonadotropin')
& concept2words_2(X,'human-chorionic-gonadotropin')
& concept2words_2(X,hcg)
& glycoprotein_hormone_1(X)
& ~ fsh_1(X)
& ~ lh_1(X) ) ) ).
fof(a530051,axiom,
! [X] :
( head_1(X)
=> ( original_name_2(X,'Head')
& user_description_2(X,'The upper part of the human body or the front part of the body in animals is called the head.')
& concept2words_2(X,head)
& body_segment_1(X)
& ~ abdomen_1(X)
& ~ thorax_1(X) ) ) ).
fof(a530052,axiom,
! [X] :
( head_nod_1(X)
=> ( original_name_2(X,'Head-Nod')
& concept2words_2(X,nod)
& concept2words_2(X,orient)
& concept2words_2(X,'nod of head')
& concept2words_2(X,'head nod')
& concept2words_2(X,'head-nod')
& gesticulate_1(X)
& ~ head_shake_1(X)
& animal_1(fn_head_nod_1(X))
& agent_2(X,fn_head_nod_1(X))
& fn_head_nod_1(X) = fn_gesticulate_1(X) ) ) ).
fof(a530053,axiom,
! [X] :
( head_shake_1(X)
=> ( original_name_2(X,'Head-Shake')
& concept2words_2(X,headshake)
& concept2words_2(X,headshaking)
& concept2words_2(X,orient)
& concept2words_2(X,'shake of head')
& concept2words_2(X,'head shake')
& concept2words_2(X,'head-shake')
& gesticulate_1(X)
& ~ head_nod_1(X)
& animal_1(fn_head_shake_1(X))
& agent_2(X,fn_head_shake_1(X))
& fn_head_shake_1(X) = fn_gesticulate_1(X) ) ) ).
fof(a530054,axiom,
! [X] :
( healing_1(X)
=> ( original_name_2(X,'Healing')
& concept2words_2(X,heal)
& concept2words_2(X,healing)
& improvement_1(X)
& tangible_entity_1(fn_healing_1(X))
& object_2(X,fn_healing_1(X))
& fn_healing_1(X) = fn_improvement_1(X) ) ) ).
fof(a530055,axiom,
! [X] :
( hear_1(X)
=> ( original_name_2(X,'Hear')
& concept2words_2(X,hear)
& concept2words_2(X,sense)
& sense_1(X)
& ~ see_1(X)
& ~ read_1(X)
& sound_1(fn_hear_1(X))
& object_2(X,fn_hear_1(X))
& fn_hear_1(X) = fn_sense_2(X) ) ) ).
fof(a530056,axiom,
! [X] :
( heart_1(X)
=> ( original_name_2(X,'Heart')
& user_description_2(X,'A hollow muscular pump that circulates blood through the circulatory system.')
& concept2words_2(X,heart)
& circulatory_organ_1(X)
& blood_vessel_1(fn_heart_1(X))
& heart_cell_1(fn_heart_2(X))
& tissue_1(fn_heart_3(X))
& eukaryotic_cell_1(fn_tissue_1(fn_heart_3(X)))
& abuts_2(fn_heart_2(X),fn_heart_1(X))
& abuts_2(fn_heart_1(X),fn_heart_2(X))
& has_part_2(X,fn_heart_3(X))
& has_part_2(fn_heart_3(X),fn_heart_2(X))
& fn_heart_3(X) = fn_organ_1(X)
& fn_heart_2(X) = fn_tissue_1(fn_heart_3(X)) ) ) ).
fof(a530057,axiom,
! [X] :
( heart_attack_1(X)
=> ( original_name_2(X,'Heart-Attack')
& user_description_2(X,'Damage or death of cardiac tissue due to an interruption of blood supply to the heart.')
& concept2words_2(X,'attack of heart')
& concept2words_2(X,'heart attack')
& concept2words_2(X,'heart-attack')
& cardiovascular_process_1(X)
& ~ cardiac_cycle_1(X)
& ~ countercurrent_multiplier_system_1(X)
& ~ diastole_1(X)
& ~ heart_murmur_1(X)
& ~ hypertension_1(X)
& ~ pulse_1(X) ) ) ).
fof(a530058,axiom,
! [X] :
( heart_beat_1(X)
=> ( original_name_2(X,'Heart-Beat')
& user_description_2(X,'The sound or pulse generated by the pumping action and the closing of the valves of the heart.')
& concept2words_2(X,'beat of heart')
& concept2words_2(X,'heart beat')
& concept2words_2(X,'heart-beat')
& cardiovascular_process_1(X) ) ) ).
fof(a530059,axiom,
! [X] :
( heart_cell_1(X)
=> ( original_name_2(X,'Heart-Cell')
& user_description_2(X,'A cell which makes up the heart, an organ of the animal circulatory system.')
& concept2words_2(X,'cell of heart')
& concept2words_2(X,'heart cell')
& concept2words_2(X,'heart-cell')
& animal_cell_1(X) ) ) ).
fof(a530060,axiom,
! [X] :
( heart_murmur_1(X)
=> ( original_name_2(X,'Heart-Murmur')
& user_description_2(X,'Audible abnormal heart sounds that are usually due to blood leaking through faulty valves.')
& concept2words_2(X,'murmur of heart')
& concept2words_2(X,'heart murmur')
& concept2words_2(X,'heart-murmur')
& cardiovascular_process_1(X)
& ~ cardiac_cycle_1(X)
& ~ countercurrent_multiplier_system_1(X)
& ~ diastole_1(X)
& ~ heart_attack_1(X)
& ~ hypertension_1(X)
& ~ pulse_1(X) ) ) ).
fof(a530061,axiom,
! [X] :
( heartwood_1(X)
=> ( original_name_2(X,'Heartwood')
& user_description_2(X,'Plant tissue comprised of secondary xylem that no longer functions in transporting water.')
& concept2words_2(X,heartwood)
& secondary_plant_tissue_1(X)
& ~ sapwood_1(X) ) ) ).
fof(a530062,axiom,
! [X] :
( heat_1(X)
=> ( original_name_2(X,'Heat')
& concept2words_2(X,heat)
& concept2words_2(X,'heat up')
& concept2words_2(X,heat_up)
& concept2words_2(X,'hot up')
& concept2words_2(X,hot_up)
& increase_1(X)
& ~ wet_1(X)
& ~ expand_1(X)
& ~ condense_1(X)
& ~ brighten_1(X)
& ~ cell_elongation_1(X)
& ~ increase_in_cell_size_1(X)
& ~ increase_of_activation_energy_1(X)
& tangible_entity_1(fn_heat_1(X))
& temperature_value_1(fn_heat_4(X))
& temperature_value_1(fn_heat_5(X))
& base_2(X,fn_heat_1(X))
& to_value_2(X,fn_heat_5(X))
& from_value_2(X,fn_heat_4(X))
& greater_than_2(fn_heat_5(X),fn_heat_4(X))
& fn_heat_3(X) = fn_increase_2(X)
& fn_heat_2(X) = fn_increase_1(X)
& fn_heat_5(X) = fn_increase_4(X)
& fn_heat_4(X) = fn_increase_3(X) ) ) ).
fof(a530063,axiom,
! [X] :
( heat_absorption_by_tropical_sea_1(X)
=> ( original_name_2(X,'Heat-Absorption-By-Tropical-Sea')
& user_description_2(X,'The absorption of heat by a sea near the equator.')
& concept2words_2(X,absorb)
& concept2words_2(X,'heat absorption by tropical sea')
& concept2words_2(X,'heat-absorption-by-tropical-sea')
& take_in_1(X)
& spatial_entity_1(fn_heat_absorption_by_tropical_sea_1(X))
& spatial_entity_1(fn_heat_absorption_by_tropical_sea_2(X))
& region_1(fn_heat_absorption_by_tropical_sea_3(X))
& tangible_entity_1(fn_heat_absorption_by_tropical_sea_4(X))
& tropical_sea_1(fn_heat_absorption_by_tropical_sea_5(X))
& thermal_energy_1(fn_heat_absorption_by_tropical_sea_6(X))
& water_evaporation_1(fn_heat_absorption_by_tropical_sea_7(X))
& liquid_substance_1(fn_heat_absorption_by_tropical_sea_8(X))
& water_1(fn_heat_absorption_by_tropical_sea_8(X))
& surface_1(fn_heat_absorption_by_tropical_sea_9(X))
& surface_1(fn_water_body_2(fn_heat_absorption_by_tropical_sea_5(X)))
& liquid_substance_1(fn_water_evaporation_9(fn_heat_absorption_by_tropical_sea_7(X)))
& water_1(fn_water_evaporation_9(fn_heat_absorption_by_tropical_sea_7(X)))
& liquid_substance_1(fn_water_body_10(fn_heat_absorption_by_tropical_sea_5(X)))
& water_1(fn_water_body_10(fn_heat_absorption_by_tropical_sea_5(X)))
& has_region_2(fn_heat_absorption_by_tropical_sea_4(X),fn_heat_absorption_by_tropical_sea_3(X))
& is_outside_2(fn_heat_absorption_by_tropical_sea_1(X),fn_heat_absorption_by_tropical_sea_4(X))
& is_outside_2(fn_heat_absorption_by_tropical_sea_1(X),fn_heat_absorption_by_tropical_sea_5(X))
& is_inside_2(fn_heat_absorption_by_tropical_sea_2(X),fn_heat_absorption_by_tropical_sea_4(X))
& is_inside_2(fn_heat_absorption_by_tropical_sea_2(X),fn_heat_absorption_by_tropical_sea_5(X))
& base_2(X,fn_heat_absorption_by_tropical_sea_5(X))
& path_2(X,fn_heat_absorption_by_tropical_sea_3(X))
& causes_2(X,fn_heat_absorption_by_tropical_sea_7(X))
& agent_2(X,fn_heat_absorption_by_tropical_sea_5(X))
& origin_2(X,fn_heat_absorption_by_tropical_sea_1(X))
& destination_2(X,fn_heat_absorption_by_tropical_sea_2(X))
& object_2(X,fn_heat_absorption_by_tropical_sea_6(X))
& object_2(fn_heat_absorption_by_tropical_sea_7(X),fn_heat_absorption_by_tropical_sea_8(X))
& has_region_2(fn_heat_absorption_by_tropical_sea_5(X),fn_heat_absorption_by_tropical_sea_9(X))
& is_at_2(fn_heat_absorption_by_tropical_sea_8(X),fn_heat_absorption_by_tropical_sea_9(X))
& agent_2(X,fn_heat_absorption_by_tropical_sea_4(X))
& base_2(X,fn_heat_absorption_by_tropical_sea_4(X))
& fn_heat_absorption_by_tropical_sea_6(X) = fn_move_1(X)
& fn_heat_absorption_by_tropical_sea_8(X) = fn_water_evaporation_9(fn_heat_absorption_by_tropical_sea_7(X))
& fn_heat_absorption_by_tropical_sea_8(X) = fn_water_body_10(fn_heat_absorption_by_tropical_sea_5(X))
& fn_heat_absorption_by_tropical_sea_9(X) = fn_water_body_2(fn_heat_absorption_by_tropical_sea_5(X))
& fn_heat_absorption_by_tropical_sea_4(X) = fn_take_in_1(X)
& fn_water_evaporation_9(fn_heat_absorption_by_tropical_sea_7(X)) = fn_water_body_10(fn_heat_absorption_by_tropical_sea_5(X)) ) ) ).
fof(a530064,axiom,
! [X] :
( heat_of_vaporization_constant_1(X)
=> ( original_name_2(X,'Heat-of-Vaporization-Constant')
& concept2words_2(X,'heat of vaporization constant')
& concept2words_2(X,'heat-of-vaporization-constant')
& constant_1(X) ) ) ).
fof(a530065,axiom,
! [X] :
( heat_of_vaporization_scale_1(X)
=> ( original_name_2(X,'Heat-of-Vaporization-Scale')
& concept2words_2(X,'heat of vaporization scale')
& concept2words_2(X,'heat-of-vaporization-scale')
& scale_1(X) ) ) ).
fof(a530066,axiom,
! [X] :
( heat_of_vaporization_value_1(X)
=> ( original_name_2(X,'Heat-of-Vaporization-Value')
& concept2words_2(X,'vaporization heat')
& concept2words_2(X,'vaporization-heat')
& concept2words_2(X,'heat of vaporization')
& concept2words_2(X,'heat-of-vaporization')
& concept2words_2(X,'heat of vaporization value')
& concept2words_2(X,'heat-of-vaporization-value')
& property_value_1(X) ) ) ).
fof(a530067,axiom,
! [X] :
( heat_shock_protein_1(X)
=> ( original_name_2(X,'Heat-Shock-Protein')
& user_description_2(X,'A group of proteins whose expression increases when cells are exposed to high temperatures.')
& concept2words_2(X,'heat shock protein')
& concept2words_2(X,'heat-shock protein')
& concept2words_2(X,'heat-shock-protein')
& protein_1(X) ) ) ).
fof(a530068,axiom,
! [X] :
( heat_transfer_1(X)
=> ( original_name_2(X,'Heat-Transfer')
& user_description_2(X,'The movement of heat energy from one object to another.')
& concept2words_2(X,'transfer of heat')
& concept2words_2(X,'heat transfer')
& concept2words_2(X,'heat-transfer')
& energy_related_process_1(X)
& increase_1(fn_heat_transfer_2(X))
& frequency_value_1(fn_heat_transfer_3(X))
& molecular_region_1(fn_heat_transfer_6(X))
& molecular_region_1(fn_heat_transfer_7(X))
& temperature_value_1(fn_heat_transfer_8(X))
& temperature_value_1(fn_heat_transfer_9(X))
& molecule_1(fn_heat_transfer_10(X))
& kinetic_energy_1(fn_heat_transfer_11(X))
& thermal_motion_1(fn_heat_transfer_12(X))
& molecule_1(fn_heat_transfer_13(X))
& spatial_entity_1(fn_thermal_motion_5(fn_heat_transfer_12(X)))
& tangible_entity_1(fn_thermal_motion_5(fn_heat_transfer_12(X)))
& kinetic_energy_1(fn_molecule_12(fn_heat_transfer_10(X)))
& has_region_2(fn_heat_transfer_10(X),fn_heat_transfer_7(X))
& raw_material_2(fn_heat_transfer_2(X),fn_heat_transfer_11(X))
& enables_2(fn_heat_transfer_2(X),fn_heat_transfer_12(X))
& frequency_2(fn_heat_transfer_12(X),fn_heat_transfer_3(X))
& has_region_2(fn_heat_transfer_13(X),fn_heat_transfer_6(X))
& temperature_2(fn_heat_transfer_6(X),fn_heat_transfer_9(X))
& temperature_2(fn_heat_transfer_7(X),fn_heat_transfer_8(X))
& the_scalar_value_2(fn_heat_transfer_8(X),warm_0)
& scalar_unit_class_2(fn_heat_transfer_8(X),spatial_entity_0)
& the_scalar_value_2(fn_heat_transfer_9(X),cool_0)
& scalar_unit_class_2(fn_heat_transfer_9(X),spatial_entity_0)
& origin_2(X,fn_heat_transfer_7(X))
& destination_2(X,fn_heat_transfer_6(X))
& object_2(fn_heat_transfer_12(X),fn_heat_transfer_13(X))
& possesses_2(fn_heat_transfer_10(X),fn_heat_transfer_11(X))
& fn_heat_transfer_13(X) = fn_thermal_motion_5(fn_heat_transfer_12(X))
& fn_heat_transfer_11(X) = fn_molecule_12(fn_heat_transfer_10(X)) ) ) ).
fof(a530069,axiom,
! [X] :
( heating_of_liquid_1(X)
=> ( original_name_2(X,'Heating-Of-Liquid')
& user_description_2(X,'The absorption of heat by a liquid causing an increase to the liquid\'s temperature.')
& concept2words_2(X,'heating liquid')
& concept2words_2(X,heat)
& concept2words_2(X,'liquid heating')
& concept2words_2(X,'liquid-heating')
& concept2words_2(X,'heating of liquid')
& concept2words_2(X,'heating-of-liquid')
& heat_1(X)
& increase_1(fn_heating_of_liquid_1(X))
& kinetic_energy_1(fn_heating_of_liquid_2(X))
& rate_value_1(fn_heating_of_liquid_4(X))
& evaporation_1(fn_heating_of_liquid_5(X))
& liquid_substance_1(fn_heating_of_liquid_6(X))
& liquid_substance_1(fn_evaporation_13(fn_heating_of_liquid_5(X)))
& property_node_1(fn_evaporation_1(fn_heating_of_liquid_5(X)))
& rate_value_1(fn_evaporation_3(fn_heating_of_liquid_5(X)))
& the_scalar_value_2(fn_heating_of_liquid_4(X),fast_0)
& scalar_unit_class_2(fn_heating_of_liquid_4(X),event_0)
& object_2(X,fn_heating_of_liquid_6(X))
& subevent_2(X,fn_heating_of_liquid_1(X))
& subevent_2(X,fn_heating_of_liquid_5(X))
& first_subevent_2(X,fn_heating_of_liquid_1(X))
& object_2(fn_heating_of_liquid_1(X),fn_heating_of_liquid_2(X))
& object_2(fn_heating_of_liquid_5(X),fn_heating_of_liquid_6(X))
& rate_2(fn_heating_of_liquid_5(X),fn_heating_of_liquid_4(X))
& fn_heating_of_liquid_6(X) = fn_evaporation_13(fn_heating_of_liquid_5(X))
& fn_heating_of_liquid_3(X) = fn_evaporation_1(fn_heating_of_liquid_5(X))
& fn_heating_of_liquid_4(X) = fn_evaporation_3(fn_heating_of_liquid_5(X)) ) ) ).
fof(a530070,axiom,
! [X,X1] :
( ( object_2(X,X1)
& heat_1(X)
& water_body_1(X1) )
=> ( heating_of_water_body_1(X)
& fn_heating_of_water_body_2(X) = X1 ) ) ).
fof(a530071,axiom,
! [X] :
( heating_of_water_body_1(X)
=> ( original_name_2(X,'Heating-Of-Water-Body')
& user_description_2(X,'The absorption of heat by water causing an increase to the water\'s temperature. Water has a high specific heat and so a lot of heat is required to raise the temperature of water.')
& concept2words_2(X,'heating of water')
& concept2words_2(X,heat)
& concept2words_2(X,'heating of water body')
& concept2words_2(X,'heating-of-water-body')
& heat_1(X)
& water_body_1(fn_heating_of_water_body_2(X))
& quantity_value_1(fn_heating_of_water_body_3(X))
& increase_1(fn_heating_of_water_body_4(X))
& thermal_energy_1(fn_heating_of_water_body_6(X))
& water_body_1(fn_heating_of_water_body_7(X))
& absorb_1(fn_heating_of_water_body_8(X))
& spatial_entity_1(fn_move_1(fn_heating_of_water_body_8(X)))
& tangible_entity_1(fn_take_in_1(fn_heating_of_water_body_8(X)))
& subevent_2(X,fn_heating_of_water_body_8(X))
& subevent_2(X,fn_heating_of_water_body_4(X))
& object_2(X,fn_heating_of_water_body_2(X))
& the_scalar_value_2(fn_heating_of_water_body_3(X),many_0)
& scalar_unit_class_2(fn_heating_of_water_body_3(X),thermal_energy_0)
& quantity_2(fn_heating_of_water_body_6(X),fn_heating_of_water_body_3(X))
& destination_2(fn_heating_of_water_body_8(X),fn_heating_of_water_body_2(X))
& object_2(fn_heating_of_water_body_8(X),fn_heating_of_water_body_6(X))
& agent_2(fn_heating_of_water_body_8(X),fn_heating_of_water_body_7(X))
& base_2(fn_heating_of_water_body_8(X),fn_heating_of_water_body_7(X))
& fn_heating_of_water_body_6(X) = fn_move_1(fn_heating_of_water_body_8(X))
& fn_heating_of_water_body_7(X) = fn_take_in_1(fn_heating_of_water_body_8(X)) ) ) ).
fof(a530072,axiom,
! [X] :
( heavy_chain_1(X)
=> ( original_name_2(X,'Heavy-Chain')
& user_description_2(X,'The larger of the two types of polypeptide chains making up an antibody molecule. It consists of a constant region, which confers lysis and phagocytosis of microbes, and a variable region, which binds to specific antigens.')
& concept2words_2(X,'chain of heavy')
& concept2words_2(X,'heavy chain')
& concept2words_2(X,'heavy-chain')
& polypeptide_1(X)
& ~ endothelin_1(X)
& ~ globins_1(X)
& ~ light_chain_1(X)
& ~ neuropeptide_1(X)
& ~ peptide_hormone_1(X)
& ~ polypeptide_segment_1(X)
& ~ signal_peptide_1(X) ) ) ).
fof(a530073,axiom,
! [X] :
( hedgehog_1(X)
=> ( original_name_2(X,'Hedgehog')
& user_description_2(X,'Omniverous mammal found in parts of Asia, Europe and Africa, characterized by presence of protective spines and ability to roll into a tight ball when threatened.')
& concept2words_2(X,hedgehog)
& mammal_1(X)
& mammalian_cell_1(fn_hedgehog_1(X))
& vertebrate_cell_1(fn_hedgehog_1(X))
& non_motile_cilium_1(fn_hedgehog_2(X))
& non_motile_cilium_1(fn_vertebrate_cell_5(fn_hedgehog_1(X)))
& exactCardinality(fn_hedgehog_1(X),has_part_0,"90",eukaryotic_chromosome_0)
& has_part_2(X,fn_hedgehog_1(X))
& has_part_2(fn_hedgehog_1(X),fn_hedgehog_2(X))
& fn_hedgehog_1(X) = fn_mammal_75(X)
& fn_hedgehog_2(X) = fn_vertebrate_cell_5(fn_hedgehog_1(X)) ) ) ).
fof(a530074,axiom,
! [X] :
( height_constant_1(X)
=> ( original_name_2(X,'Height-Constant')
& concept2words_2(X,'constant of height')
& concept2words_2(X,'height constant')
& concept2words_2(X,'height-constant')
& constant_1(X) ) ) ).
fof(a530075,axiom,
! [X] :
( height_scale_1(X)
=> ( original_name_2(X,'Height-Scale')
& concept2words_2(X,'scale of height')
& concept2words_2(X,'height scale')
& concept2words_2(X,'height-scale')
& scale_1(X) ) ) ).
fof(a530076,axiom,
! [X] :
( hela_cell_1(X)
=> ( original_name_2(X,'Hela-Cell')
& user_description_2(X,'Immortal cell line derived from a tumor removed from cancer patient Henrietta Lacks, which has been used extensively in cell biology and cancer research.')
& concept2words_2(X,'cell of hela')
& concept2words_2(X,'hela cell')
& concept2words_2(X,'hela-cell')
& cancer_cell_1(X)
& henrietta_lacks_1(fn_hela_cell_1(X))
& resource_1(fn_hela_cell_2(X))
& er_membrane_1(fn_hela_cell_3(X))
& protein_enzyme_1(fn_hela_cell_4(X))
& cellular_work_1(fn_hela_cell_5(X))
& mixture_1(fn_hela_cell_8(X))
& cytoplasm_1(fn_hela_cell_8(X))
& spatial_entity_1(fn_hela_cell_9(X))
& biomembrane_1(fn_hela_cell_9(X))
& plasma_membrane_1(fn_hela_cell_9(X))
& ribosome_1(fn_hela_cell_10(X))
& eukaryotic_ribosome_1(fn_hela_cell_10(X))
& eukaryotic_chromosome_1(fn_hela_cell_11(X))
& chromosome_1(fn_hela_cell_11(X))
& rough_endoplasmic_reticulum_1(fn_hela_cell_12(X))
& tangible_entity_1(fn_hela_cell_13(X))
& nucleus_1(fn_hela_cell_13(X))
& semiautonomous_organelle_1(fn_hela_cell_14(X))
& mitochondrion_1(fn_hela_cell_14(X))
& organelle_1(fn_hela_cell_14(X))
& volume_value_1(fn_hela_cell_15(X))
& surface_1(fn_hela_cell_16(X))
& size_value_1(fn_hela_cell_17(X))
& eukaryotic_cellular_respiration_1(fn_hela_cell_18(X))
& gene_amplification_1(fn_hela_cell_19(X))
& translocation_during_translation_1(fn_hela_cell_20(X))
& oncogene_1(fn_hela_cell_21(X))
& substance_1(fn_hela_cell_22(X))
& cytosol_1(fn_hela_cell_22(X))
& tangible_entity_1(fn_hela_cell_23(X))
& phospholipid_bilayer_1(fn_hela_cell_23(X))
& transfer_1(fn_hela_cell_24(X))
& transfer_1(fn_hela_cell_25(X))
& tumor_1(fn_hela_cell_26(X))
& endoplasmic_reticulum_1(fn_hela_cell_27(X))
& smooth_endoplasmic_reticulum_1(fn_hela_cell_27(X))
& synthesis_reaction_1(fn_hela_cell_28(X))
& chemical_reaction_1(fn_hela_cell_28(X))
& anabolic_pathway_1(fn_hela_cell_28(X))
& synthesis_of_lipid_1(fn_hela_cell_28(X))
& remove_1(fn_hela_cell_29(X))
& golgi_apparatus_1(fn_hela_cell_30(X))
& attach_1(fn_hela_cell_31(X))
& outside_face_1(fn_hela_cell_32(X))
& extracellular_side_1(fn_hela_cell_32(X))
& hydrophobic_core_1(fn_hela_cell_33(X))
& tangible_entity_1(fn_hela_cell_34(X))
& membrane_protein_1(fn_hela_cell_34(X))
& protein_1(fn_hela_cell_34(X))
& spatial_entity_1(fn_hela_cell_34(X))
& polymer_1(fn_hela_cell_34(X))
& membrane_protein_1(fn_hela_cell_35(X))
& protein_1(fn_hela_cell_35(X))
& spatial_entity_1(fn_hela_cell_35(X))
& polymer_1(fn_hela_cell_35(X))
& tangible_entity_1(fn_hela_cell_35(X))
& transmembrane_protein_1(fn_hela_cell_35(X))
& integral_protein_1(fn_hela_cell_35(X))
& transport_protein_1(fn_hela_cell_35(X))
& cytoplasmic_side_1(fn_hela_cell_36(X))
& nuclear_membrane_1(fn_hela_cell_37(X))
& biomembrane_1(fn_hela_cell_37(X))
& tumor_suppressor_gene_1(fn_hela_cell_38(X))
& dna_strand_1(fn_hela_cell_39(X))
& entity_1(fn_hela_cell_40(X))
& dna_1(fn_hela_cell_40(X))
& eukaryotic_chromosome_1(fn_hela_cell_41(X))
& chromosome_1(fn_hela_cell_41(X))
& somatic_cell_1(fn_hela_cell_42(X))
& damage_1(fn_hela_cell_43(X))
& attach_1(fn_hela_cell_44(X))
& spatial_entity_1(fn_remove_2(fn_hela_cell_29(X)))
& transfer_1(fn_rough_endoplasmic_reticulum_55(fn_hela_cell_12(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_hela_cell_13(X)))
& biomembrane_1(fn_nucleus_13(fn_hela_cell_13(X)))
& attach_1(fn_plasma_membrane_52(fn_hela_cell_9(X)))
& transfer_1(fn_endoplasmic_reticulum_25(fn_hela_cell_27(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_hela_cell_9(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_hela_cell_9(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_hela_cell_27(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_hela_cell_27(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_hela_cell_27(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_hela_cell_27(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_hela_cell_27(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_hela_cell_27(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_hela_cell_27(X)))
& synthesis_of_lipid_1(fn_endoplasmic_reticulum_23(fn_hela_cell_27(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_hela_cell_9(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_hela_cell_9(X)))
& protein_1(fn_plasma_membrane_68(fn_hela_cell_9(X)))
& outside_face_1(fn_biomembrane_41(fn_hela_cell_9(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_hela_cell_9(X)))
& spatial_entity_1(fn_attach_1(fn_hela_cell_44(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_hela_cell_9(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_hela_cell_9(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_hela_cell_9(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_hela_cell_9(X)))
& protein_1(fn_plasma_membrane_54(fn_hela_cell_9(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_hela_cell_9(X)))
& polymer_1(fn_plasma_membrane_54(fn_hela_cell_9(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_hela_cell_9(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_hela_cell_9(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_hela_cell_9(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_hela_cell_9(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_hela_cell_9(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_hela_cell_9(X)))
& spatial_entity_1(fn_attach_2(fn_hela_cell_44(X)))
& spatial_entity_1(fn_attach_2(fn_hela_cell_31(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_hela_cell_36(X)))
& spatial_entity_1(fn_remove_1(fn_hela_cell_29(X)))
& eukaryotic_cell_1(fn_endoplasmic_reticulum_11(fn_hela_cell_27(X)))
& cell_1(fn_endoplasmic_reticulum_11(fn_hela_cell_27(X)))
& abuts_2(fn_hela_cell_37(X),fn_hela_cell_3(X))
& is_oriented_toward_2(fn_hela_cell_36(X),fn_hela_cell_8(X))
& plays_2(fn_hela_cell_1(X),fn_hela_cell_2(X))
& has_part_2(fn_hela_cell_1(X),fn_hela_cell_26(X))
& in_event_2(fn_hela_cell_2(X),fn_hela_cell_29(X))
& recipient_2(fn_hela_cell_25(X),fn_hela_cell_27(X))
& recipient_2(fn_hela_cell_24(X),fn_hela_cell_12(X))
& abuts_2(fn_hela_cell_3(X),fn_hela_cell_37(X))
& is_inside_2(fn_hela_cell_4(X),fn_hela_cell_3(X))
& has_part_2(fn_hela_cell_8(X),fn_hela_cell_4(X))
& object_2(fn_hela_cell_44(X),fn_hela_cell_35(X))
& base_2(fn_hela_cell_29(X),fn_hela_cell_26(X))
& base_2(fn_hela_cell_44(X),fn_hela_cell_9(X))
& base_2(fn_hela_cell_31(X),fn_hela_cell_9(X))
& donor_2(fn_hela_cell_25(X),fn_hela_cell_12(X))
& object_2(fn_hela_cell_29(X),X)
& has_part_2(fn_hela_cell_13(X),fn_hela_cell_37(X))
& is_facing_2(fn_hela_cell_36(X),fn_hela_cell_8(X))
& object_2(fn_hela_cell_31(X),fn_hela_cell_35(X))
& base_2(fn_hela_cell_28(X),X)
& has_function_2(fn_hela_cell_27(X),fn_hela_cell_28(X))
& site_2(fn_hela_cell_28(X),fn_hela_cell_27(X))
& agent_2(fn_hela_cell_24(X),fn_hela_cell_27(X))
& called_2(fn_hela_cell_34(X),'MP2')
& has_region_2(fn_hela_cell_35(X),fn_hela_cell_32(X))
& has_part_2(fn_hela_cell_9(X),fn_hela_cell_34(X))
& has_region_2(fn_hela_cell_9(X),fn_hela_cell_36(X))
& is_at_2(fn_hela_cell_35(X),fn_hela_cell_9(X))
& has_part_2(fn_hela_cell_9(X),fn_hela_cell_35(X))
& is_inside_2(fn_hela_cell_35(X),fn_hela_cell_23(X))
& fn_hela_cell_34(X) != fn_hela_cell_35(X)
& fn_hela_cell_35(X) != fn_hela_cell_34(X)
& has_region_2(fn_hela_cell_9(X),fn_hela_cell_33(X))
& is_across_2(fn_hela_cell_35(X),fn_hela_cell_33(X))
& is_across_2(fn_hela_cell_35(X),fn_hela_cell_9(X))
& has_region_2(fn_hela_cell_9(X),fn_hela_cell_32(X))
& is_outside_2(fn_hela_cell_32(X),fn_hela_cell_9(X))
& is_inside_2(fn_hela_cell_8(X),fn_hela_cell_9(X))
& the_scalar_value_2(fn_hela_cell_17(X),big_0)
& scalar_unit_class_2(fn_hela_cell_17(X),prokaryote_0)
& directly_proportional_2(fn_hela_cell_17(X),fn_hela_cell_15(X))
& result_2(fn_hela_cell_20(X),X)
& result_2(fn_hela_cell_20(X),fn_hela_cell_21(X))
& result_2(fn_hela_cell_19(X),fn_hela_cell_21(X))
& result_2(fn_hela_cell_19(X),X)
& size_2(X,fn_hela_cell_17(X))
& is_inside_2(fn_hela_cell_14(X),fn_hela_cell_22(X))
& has_part_2(X,fn_hela_cell_14(X))
& has_function_2(X,fn_hela_cell_18(X))
& base_2(fn_hela_cell_18(X),X)
& volume_2(X,fn_hela_cell_15(X))
& is_inside_2(fn_hela_cell_30(X),fn_hela_cell_22(X))
& has_part_2(X,fn_hela_cell_30(X))
& has_part_2(X,fn_hela_cell_27(X))
& fn_hela_cell_12(X) != fn_hela_cell_27(X)
& fn_hela_cell_27(X) != fn_hela_cell_12(X)
& is_between_2(fn_hela_cell_8(X),fn_hela_cell_9(X))
& has_part_2(fn_hela_cell_9(X),fn_hela_cell_23(X))
& is_at_2(fn_hela_cell_23(X),fn_hela_cell_16(X))
& has_region_2(X,fn_hela_cell_16(X))
& has_part_2(X,fn_hela_cell_13(X))
& has_part_2(fn_hela_cell_42(X),fn_hela_cell_41(X))
& has_state_2(fn_hela_cell_42(X),X)
& has_part_2(X,fn_hela_cell_12(X))
& abuts_2(fn_hela_cell_27(X),fn_hela_cell_12(X))
& abuts_2(fn_hela_cell_12(X),fn_hela_cell_27(X))
& base_2(fn_hela_cell_5(X),X)
& has_function_2(X,fn_hela_cell_5(X))
& has_part_2(X,fn_hela_cell_11(X))
& is_inside_2(fn_hela_cell_11(X),fn_hela_cell_13(X))
& is_between_2(fn_hela_cell_8(X),fn_hela_cell_13(X))
& result_2(fn_hela_cell_43(X),X)
& object_2(fn_hela_cell_43(X),fn_hela_cell_38(X))
& has_part_2(fn_hela_cell_39(X),fn_hela_cell_38(X))
& has_part_2(fn_hela_cell_40(X),fn_hela_cell_39(X))
& has_part_2(fn_hela_cell_41(X),fn_hela_cell_40(X))
& has_part_2(X,fn_hela_cell_8(X))
& has_part_2(fn_hela_cell_8(X),fn_hela_cell_22(X))
& is_inside_2(fn_hela_cell_10(X),fn_hela_cell_22(X))
& has_part_2(X,fn_hela_cell_10(X))
& has_part_2(X,fn_hela_cell_9(X))
& fn_hela_cell_35(X) = fn_attach_1(fn_hela_cell_44(X))
& fn_hela_cell_26(X) = fn_remove_2(fn_hela_cell_29(X))
& fn_hela_cell_9(X) = fn_attach_2(fn_hela_cell_44(X))
& fn_hela_cell_9(X) = fn_attach_2(fn_hela_cell_31(X))
& fn_hela_cell_25(X) = fn_rough_endoplasmic_reticulum_55(fn_hela_cell_12(X))
& X = fn_remove_1(fn_hela_cell_29(X))
& fn_hela_cell_37(X) = fn_nucleus_13(fn_hela_cell_13(X))
& fn_hela_cell_8(X) = fn_cytoplasmic_side_1(fn_hela_cell_36(X))
& fn_hela_cell_31(X) = fn_plasma_membrane_52(fn_hela_cell_9(X))
& X = fn_endoplasmic_reticulum_11(fn_hela_cell_27(X))
& fn_hela_cell_24(X) = fn_endoplasmic_reticulum_25(fn_hela_cell_27(X))
& fn_hela_cell_28(X) = fn_smooth_endoplasmic_reticulum_23(fn_hela_cell_27(X))
& fn_hela_cell_28(X) = fn_smooth_endoplasmic_reticulum_7(fn_hela_cell_27(X))
& fn_hela_cell_28(X) = fn_smooth_endoplasmic_reticulum_49(fn_hela_cell_27(X))
& fn_hela_cell_28(X) = fn_smooth_endoplasmic_reticulum_48(fn_hela_cell_27(X))
& fn_hela_cell_28(X) = fn_endoplasmic_reticulum_23(fn_hela_cell_27(X))
& fn_hela_cell_36(X) = fn_plasma_membrane_66(fn_hela_cell_9(X))
& fn_hela_cell_23(X) = fn_plasma_membrane_71(fn_hela_cell_9(X))
& fn_hela_cell_35(X) = fn_plasma_membrane_4(fn_hela_cell_9(X))
& fn_hela_cell_35(X) = fn_plasma_membrane_3(fn_hela_cell_9(X))
& fn_hela_cell_35(X) = fn_plasma_membrane_54(fn_hela_cell_9(X))
& fn_hela_cell_34(X) = fn_plasma_membrane_68(fn_hela_cell_9(X))
& fn_hela_cell_34(X) = fn_plasma_membrane_54(fn_hela_cell_9(X))
& fn_hela_cell_32(X) = fn_biomembrane_41(fn_hela_cell_9(X))
& fn_hela_cell_32(X) = fn_plasma_membrane_65(fn_hela_cell_9(X))
& fn_hela_cell_35(X) = fn_plasma_membrane_55(fn_hela_cell_9(X))
& fn_hela_cell_33(X) = fn_plasma_membrane_6(fn_hela_cell_9(X))
& fn_hela_cell_7(X) = fn_cancer_cell_3(X)
& fn_hela_cell_6(X) = fn_cancer_cell_2(X)
& fn_hela_cell_17(X) = fn_cancer_cell_8(X)
& fn_hela_cell_19(X) = fn_cancer_cell_13(X)
& fn_hela_cell_21(X) = fn_cancer_cell_15(X)
& fn_hela_cell_20(X) = fn_cancer_cell_14(X)
& fn_hela_cell_15(X) = fn_cancer_cell_9(X)
& fn_hela_cell_18(X) = fn_cancer_cell_19(X)
& fn_hela_cell_14(X) = fn_cancer_cell_20(X)
& fn_hela_cell_30(X) = fn_cancer_cell_5(X)
& fn_hela_cell_16(X) = fn_cancer_cell_7(X)
& fn_hela_cell_23(X) = fn_cancer_cell_10(X)
& fn_hela_cell_27(X) = fn_cancer_cell_12(X)
& fn_hela_cell_12(X) = fn_cancer_cell_21(X)
& fn_hela_cell_42(X) = fn_cancer_cell_27(X)
& fn_hela_cell_13(X) = fn_cancer_cell_6(X)
& fn_hela_cell_11(X) = fn_cancer_cell_18(X)
& fn_hela_cell_5(X) = fn_cancer_cell_1(X)
& fn_hela_cell_41(X) = fn_cancer_cell_26(X)
& fn_hela_cell_40(X) = fn_cancer_cell_25(X)
& fn_hela_cell_39(X) = fn_cancer_cell_24(X)
& fn_hela_cell_38(X) = fn_cancer_cell_16(X)
& fn_hela_cell_43(X) = fn_cancer_cell_17(X)
& fn_hela_cell_9(X) = fn_cancer_cell_22(X)
& fn_hela_cell_10(X) = fn_cancer_cell_4(X)
& fn_hela_cell_22(X) = fn_cancer_cell_11(X)
& fn_hela_cell_8(X) = fn_cancer_cell_23(X)
& fn_smooth_endoplasmic_reticulum_23(fn_hela_cell_27(X)) = fn_smooth_endoplasmic_reticulum_7(fn_hela_cell_27(X))
& fn_smooth_endoplasmic_reticulum_7(fn_hela_cell_27(X)) = fn_smooth_endoplasmic_reticulum_7(fn_hela_cell_27(X))
& fn_smooth_endoplasmic_reticulum_7(fn_hela_cell_27(X)) = fn_smooth_endoplasmic_reticulum_49(fn_hela_cell_27(X))
& fn_smooth_endoplasmic_reticulum_49(fn_hela_cell_27(X)) = fn_smooth_endoplasmic_reticulum_49(fn_hela_cell_27(X))
& fn_smooth_endoplasmic_reticulum_49(fn_hela_cell_27(X)) = fn_smooth_endoplasmic_reticulum_48(fn_hela_cell_27(X))
& fn_endoplasmic_reticulum_23(fn_hela_cell_27(X)) = fn_smooth_endoplasmic_reticulum_48(fn_hela_cell_27(X))
& fn_smooth_endoplasmic_reticulum_48(fn_hela_cell_27(X)) = fn_endoplasmic_reticulum_23(fn_hela_cell_27(X))
& fn_endoplasmic_reticulum_23(fn_hela_cell_27(X)) = fn_endoplasmic_reticulum_23(fn_hela_cell_27(X))
& fn_endoplasmic_reticulum_23(fn_hela_cell_27(X)) = fn_plasma_membrane_54(fn_hela_cell_9(X))
& fn_plasma_membrane_54(fn_hela_cell_9(X)) = fn_plasma_membrane_68(fn_hela_cell_9(X))
& fn_plasma_membrane_68(fn_hela_cell_9(X)) = fn_plasma_membrane_54(fn_hela_cell_9(X))
& fn_plasma_membrane_54(fn_hela_cell_9(X)) = fn_plasma_membrane_65(fn_hela_cell_9(X))
& fn_plasma_membrane_65(fn_hela_cell_9(X)) = fn_plasma_membrane_65(fn_hela_cell_9(X))
& fn_plasma_membrane_65(fn_hela_cell_9(X)) = fn_biomembrane_41(fn_hela_cell_9(X))
& fn_biomembrane_41(fn_hela_cell_9(X)) = fn_plasma_membrane_65(fn_hela_cell_9(X))
& fn_plasma_membrane_65(fn_hela_cell_9(X)) = fn_attach_1(fn_hela_cell_44(X))
& fn_attach_1(fn_hela_cell_44(X)) = fn_plasma_membrane_4(fn_hela_cell_9(X))
& fn_plasma_membrane_4(fn_hela_cell_9(X)) = fn_plasma_membrane_4(fn_hela_cell_9(X))
& fn_plasma_membrane_4(fn_hela_cell_9(X)) = fn_plasma_membrane_3(fn_hela_cell_9(X))
& fn_plasma_membrane_54(fn_hela_cell_9(X)) = fn_plasma_membrane_3(fn_hela_cell_9(X))
& fn_plasma_membrane_3(fn_hela_cell_9(X)) = fn_plasma_membrane_54(fn_hela_cell_9(X))
& fn_plasma_membrane_54(fn_hela_cell_9(X)) = fn_plasma_membrane_54(fn_hela_cell_9(X))
& fn_plasma_membrane_55(fn_hela_cell_9(X)) = fn_plasma_membrane_54(fn_hela_cell_9(X))
& fn_plasma_membrane_54(fn_hela_cell_9(X)) = fn_plasma_membrane_55(fn_hela_cell_9(X))
& fn_plasma_membrane_55(fn_hela_cell_9(X)) = fn_plasma_membrane_55(fn_hela_cell_9(X))
& fn_plasma_membrane_55(fn_hela_cell_9(X)) = fn_plasma_membrane_71(fn_hela_cell_9(X))
& fn_plasma_membrane_71(fn_hela_cell_9(X)) = fn_cancer_cell_10(X)
& fn_cancer_cell_10(X) = fn_cancer_cell_10(X)
& fn_cancer_cell_10(X) = fn_attach_2(fn_hela_cell_44(X))
& fn_attach_2(fn_hela_cell_44(X)) = fn_attach_2(fn_hela_cell_31(X))
& fn_attach_2(fn_hela_cell_31(X)) = fn_cancer_cell_22(X)
& fn_cancer_cell_22(X) = fn_cancer_cell_22(X)
& fn_cancer_cell_22(X) = fn_cytoplasmic_side_1(fn_hela_cell_36(X))
& fn_cytoplasmic_side_1(fn_hela_cell_36(X)) = fn_cancer_cell_23(X)
& fn_cancer_cell_23(X) = fn_cancer_cell_23(X)
& fn_cancer_cell_23(X) = fn_remove_1(fn_hela_cell_29(X))
& fn_remove_1(fn_hela_cell_29(X)) = fn_endoplasmic_reticulum_11(fn_hela_cell_27(X)) ) ) ).
fof(a530077,axiom,
! [X] :
( helicase_1(X)
=> ( original_name_2(X,'Helicase')
& user_description_2(X,'Helicases are enzymes which untwist double-stranded DNA during DNA replication.')
& concept2words_2(X,'dna helicase')
& concept2words_2(X,'dna-helicase')
& concept2words_2(X,helicase)
& transferase_1(X)
& detach_1(fn_helicase_1(X))
& origin_of_replication_1(fn_helicase_2(X))
& move_apart_1(fn_helicase_3(X))
& spatial_entity_1(fn_move_apart_3(fn_helicase_3(X)))
& agent_2(fn_helicase_1(X),X)
& agent_2(fn_helicase_3(X),X)
& origin_2(fn_helicase_3(X),fn_helicase_2(X))
& fn_helicase_2(X) = fn_move_apart_3(fn_helicase_3(X)) ) ) ).
fof(a530078,axiom,
! [X] :
( helium_1(X)
=> ( original_name_2(X,'Helium')
& user_description_2(X,'Helium is a non metal atom with atomic number 2. It is represented by the symbol He.')
& concept2words_2(X,helium)
& inert_atom_1(X)
& neutron_1(fn_helium_1(X))
& electronegativity_value_1(fn_helium_2(X))
& valence_value_1(fn_helium_3(X))
& atomic_mass_value_1(fn_helium_4(X))
& system_1(fn_helium_11(X))
& quantity_value_1(fn_helium_13(X))
& quantity_value_1(fn_helium_14(X))
& electron_1(fn_helium_18(X))
& atomic_weight_value_1(fn_helium_19(X))
& atomic_number_value_1(fn_helium_20(X))
& quantity_value_1(fn_helium_21(X))
& electronegativity_2(X,fn_helium_2(X))
& valence_2(X,fn_helium_3(X))
& mass_number_2(X,fn_helium_4(X))
& exactCardinality(X,has_part_0,"2",neutron_0)
& exactCardinality(X,has_part_0,"2",proton_0)
& exactCardinality(X,has_part_0,"2",electron_0)
& has_part_2(X,fn_helium_1(X))
& the_cardinal_value_2(fn_helium_21(X),"2")
& cardinal_unit_class_2(fn_helium_21(X),unity_0)
& the_cardinal_value_2(fn_helium_2(X),"0")
& cardinal_unit_class_2(fn_helium_2(X),unity_0)
& the_cardinal_value_2(fn_helium_3(X),"0")
& cardinal_unit_class_2(fn_helium_3(X),unity_0)
& the_cardinal_value_2(fn_helium_4(X),"4")
& cardinal_unit_class_2(fn_helium_4(X),unity_0)
& the_cardinal_value_2(fn_helium_20(X),"2")
& cardinal_unit_class_2(fn_helium_20(X),unity_0)
& the_cardinal_value_2(fn_helium_19(X),"4.003")
& cardinal_unit_class_2(fn_helium_19(X),dalton_0)
& quantity_2(fn_helium_18(X),fn_helium_21(X))
& called_2(fn_helium_20(X),'Atomic_Number')
& atomic_weight_2(X,fn_helium_19(X))
& has_part_2(X,fn_helium_18(X))
& atomic_number_2(X,fn_helium_20(X))
& fn_helium_16(X) = fn_atom_12(X)
& fn_helium_9(X) = fn_atom_10(X)
& fn_helium_15(X) = fn_atom_1(X)
& fn_helium_21(X) = fn_atom_5(X)
& fn_helium_17(X) = fn_atom_13(X)
& fn_helium_19(X) = fn_atom_16(X)
& fn_helium_18(X) = fn_atom_14(X)
& fn_helium_11(X) = fn_atom_3(X)
& fn_helium_10(X) = fn_atom_2(X)
& fn_helium_12(X) = fn_atom_4(X)
& fn_helium_14(X) = fn_atom_5(X)
& fn_helium_13(X) = fn_atom_11(X)
& fn_helium_20(X) = fn_atom_17(X) ) ) ).
fof(a530079,axiom,
! [X] :
( helper_t_1(X)
=> ( original_name_2(X,'Helper-T')
& user_description_2(X,'A type of white blood cell with a role in adaptive immunity. Activated helper T cells secrete chemicals that promote the response of B cells (the humoral response) and cytotoxic T cells (the cell-mediated response).')
& concept2words_2(X,'t of helper')
& concept2words_2(X,'helper t')
& concept2words_2(X,'helper-t')
& t_cells_1(X)
& ~ cytotoxic_t_1(X)
& ~ memory_cell_1(X) ) ) ).
fof(a530080,axiom,
! [X] :
( heme_1(X)
=> ( original_name_2(X,'Heme')
& user_description_2(X,'A heme is a porphyrin prosthetic group of hemoglobin that binds iron and is valuable for oxygen transport in the body.')
& concept2words_2(X,'heme group')
& concept2words_2(X,'heme-group')
& concept2words_2(X,heme)
& porphyrin_1(X)
& prosthetic_group_1(X)
& center_1(fn_heme_1(X))
& iron_1(fn_heme_2(X))
& is_at_2(fn_heme_2(X),fn_heme_1(X))
& has_part_2(X,fn_heme_2(X))
& has_region_2(X,fn_heme_1(X))
& fn_heme_2(X) = fn_organic_molecule_2(X)
& fn_heme_1(X) = fn_porphyrin_5(X) ) ) ).
fof(a530081,axiom,
! [X] :
( hemiptera_1(X)
=> ( original_name_2(X,'Hemiptera')
& user_description_2(X,'Order of the class Insecta having sucking mouthparts.')
& concept2words_2(X,'true bugs')
& concept2words_2(X,'true-bugs')
& concept2words_2(X,hemiptera)
& insect_1(X) ) ) ).
fof(a530082,axiom,
! [X] :
( hemizygous_1(X)
=> ( original_name_2(X,'Hemizygous')
& user_description_2(X,'Having only a single copy of a gene instead of the customary two copies.')
& concept2words_2(X,hemizygous)
& genotype_1(X)
& homologous_chromosome_1(fn_hemizygous_1(X))
& has_part_2(X,fn_hemizygous_1(X))
& exactCardinality(X,has_part_0,"1",homologous_chromosome_0) ) ) ).
fof(a530083,axiom,
! [X] :
( hemizygous_for_x_1(X)
=> ( original_name_2(X,'Hemizygous-For-X')
& user_description_2(X,'Having only a single copy of a gene on one X chromsome instead of the customary two copies. Given that normal human males have only one X chromosome, they are thus hemizygous for X.')
& concept2words_2(X,'hemizygous for x')
& concept2words_2(X,'hemizygous-for-x')
& hemizygous_1(X)
& x_chromosome_1(fn_hemizygous_for_x_1(X))
& sex_value_1(fn_hemizygous_for_x_3(X))
& organism_1(fn_hemizygous_for_x_4(X))
& sex_2(fn_hemizygous_for_x_4(X),fn_hemizygous_for_x_3(X))
& exactCardinality(X,has_part_0,"1",x_chromosome_0)
& has_part_2(X,fn_hemizygous_for_x_1(X))
& element_2(X,fn_hemizygous_for_x_4(X))
& the_categorical_value_2(fn_hemizygous_for_x_3(X),male_0) ) ) ).
fof(a530084,axiom,
! [X] :
( hemocyanin_1(X)
=> ( original_name_2(X,'Hemocyanin')
& user_description_2(X,'A respiratory pigment found in the hemolymph of arthropods and many mollusks; it has copper, rather than iron, as its oxygen-binding component.')
& concept2words_2(X,hemocyanin)
& respiratory_pigment_1(X) ) ) ).
fof(a530085,axiom,
! [X] :
( hemoglobin_1(X)
=> ( original_name_2(X,'Hemoglobin')
& user_description_2(X,'Hemoglobin is a quaternary protein in the red blood cells of vertebrates which forms a loose bond with oxygen and allows the oxygen to be transported by the blood from a respiratory structure to working cells within the body.')
& concept2words_2(X,haemoglobin)
& concept2words_2(X,hemoglobin)
& respiratory_pigment_1(X)
& globular_protein_1(X)
& erythrocyte_1(fn_hemoglobin_1(X))
& atom_1(fn_hemoglobin_4(X))
& chemical_entity_1(fn_hemoglobin_4(X))
& carbon_1(fn_hemoglobin_5(X))
& ionic_region_1(fn_hemoglobin_6(X))
& carry_1(fn_hemoglobin_7(X))
& oxygen_molecule_1(fn_hemoglobin_8(X))
& polypeptide_1(fn_hemoglobin_9(X))
& alpha_globin_1(fn_hemoglobin_9(X))
& monomer_1(fn_hemoglobin_10(X))
& size_value_1(fn_hemoglobin_11(X))
& size_value_1(fn_hemoglobin_12(X))
& spatial_entity_1(fn_move_1(fn_hemoglobin_7(X)))
& hemoglobin_1(fn_alpha_globin_1(fn_hemoglobin_9(X)))
& tangible_entity_1(fn_carry_1(fn_hemoglobin_7(X)))
& the_scalar_value_2(fn_hemoglobin_12(X),big_0)
& scalar_unit_class_2(fn_hemoglobin_12(X),polypeptide_0)
& has_part_2(fn_hemoglobin_1(X),X)
& has_function_2(X,fn_hemoglobin_7(X))
& object_2(fn_hemoglobin_7(X),fn_hemoglobin_8(X))
& agent_2(fn_hemoglobin_7(X),X)
& has_part_2(X,fn_hemoglobin_5(X))
& has_part_2(X,fn_hemoglobin_4(X))
& fn_hemoglobin_5(X) != fn_hemoglobin_4(X)
& fn_hemoglobin_4(X) != fn_hemoglobin_5(X)
& size_2(X,fn_hemoglobin_12(X))
& has_part_2(X,fn_hemoglobin_10(X))
& size_2(fn_hemoglobin_10(X),fn_hemoglobin_11(X))
& greater_than_2(fn_hemoglobin_12(X),fn_hemoglobin_11(X))
& fn_hemoglobin_8(X) = fn_move_1(fn_hemoglobin_7(X))
& fn_hemoglobin_9(X) = fn_protein_8(X)
& X = fn_alpha_globin_1(fn_hemoglobin_9(X))
& X = fn_carry_1(fn_hemoglobin_7(X))
& fn_hemoglobin_6(X) = fn_water_soluble_protein_6(X)
& fn_hemoglobin_5(X) = fn_organic_molecule_1(X)
& fn_hemoglobin_4(X) = fn_organic_molecule_2(X)
& fn_hemoglobin_3(X) = fn_polymer_10(X)
& fn_hemoglobin_2(X) = fn_polymer_9(X)
& fn_hemoglobin_12(X) = fn_polymer_8(X)
& fn_hemoglobin_11(X) = fn_polymer_7(X)
& fn_hemoglobin_10(X) = fn_polymer_6(X)
& fn_hemoglobin_10(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_polymer_6(X)
& fn_polymer_6(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_alpha_globin_1(fn_hemoglobin_9(X))
& fn_alpha_globin_1(fn_hemoglobin_9(X)) = fn_carry_1(fn_hemoglobin_7(X)) ) ) ).
fof(a530086,axiom,
! [X] :
( hemolymph_1(X)
=> ( original_name_2(X,'Hemolymph')
& user_description_2(X,'The fluid that permeates body tissues, in invertebrate animals with an open circulatory system.')
& concept2words_2(X,hemolymph)
& extra_cellular_fluid_1(X)
& ~ amniotic_fluid_1(X)
& ~ aqueous_humor_1(X)
& ~ bile_1(X)
& ~ cerebrospinal_fluid_1(X)
& ~ colloid_1(X)
& ~ filtrate_1(X)
& ~ gastric_juice_1(X)
& ~ interstitial_fluid_1(X)
& ~ lymph_1(X)
& ~ mucus_1(X)
& ~ plasma_1(X)
& ~ semen_1(X)
& ~ sweat_1(X)
& ~ urine_1(X)
& ~ vitreous_humor_1(X) ) ) ).
fof(a530087,axiom,
! [X] :
( hemophilia_1(X)
=> ( original_name_2(X,'Hemophilia')
& user_description_2(X,'A human genetic disease caused by a sex-linked recessive allele resulting in the absence of one or more blood-clotting proteins; characterized by excessive bleeding following injury.')
& concept2words_2(X,hemophilia)
& sex_linked_human_genetic_disorder_1(X)
& ~ color_blindness_1(X)
& ~ duchenne_muscular_dystrophy_1(X)
& volume_value_1(fn_hemophilia_2(X))
& has_condition_1(fn_hemophilia_3(X))
& hemophiliac_1(fn_hemophilia_4(X))
& code_for_1(fn_hemophilia_5(X))
& clotting_factor_1(fn_hemophilia_6(X))
& entity_1(fn_code_for_2(fn_hemophilia_5(X)))
& entity_1(fn_code_for_1(fn_hemophilia_5(X)))
& the_scalar_value_2(fn_hemophilia_2(X),small_0)
& scalar_unit_class_2(fn_hemophilia_2(X),clotting_factor_0)
& volume_2(fn_hemophilia_6(X),fn_hemophilia_2(X))
& object_2(fn_hemophilia_3(X),X)
& experiencer_2(fn_hemophilia_3(X),fn_hemophilia_4(X))
& has_part_2(fn_hemophilia_4(X),fn_hemophilia_6(X))
& result_2(fn_hemophilia_5(X),fn_hemophilia_6(X))
& agent_2(fn_hemophilia_5(X),X)
& fn_hemophilia_6(X) = fn_code_for_2(fn_hemophilia_5(X))
& X = fn_code_for_1(fn_hemophilia_5(X)) ) ) ).
fof(a530088,axiom,
! [X] :
( hemophiliac_1(X)
=> ( original_name_2(X,'Hemophiliac')
& user_description_2(X,'Someone who has hemophilia and is subject to uncontrollable bleeding.')
& concept2words_2(X,'person with hemophilia')
& concept2words_2(X,'human with hemophilia')
& concept2words_2(X,'hemophilic man')
& concept2words_2(X,'hemophilic-man')
& concept2words_2(X,hemophiliac)
& person_1(X)
& hemophilia_1(fn_hemophiliac_1(X))
& has_condition_1(fn_hemophiliac_2(X))
& hemophiliac_1(fn_hemophilia_4(fn_hemophiliac_1(X)))
& has_condition_1(fn_hemophilia_3(fn_hemophiliac_1(X)))
& object_2(fn_hemophiliac_2(X),fn_hemophiliac_1(X))
& experiencer_2(fn_hemophiliac_2(X),X)
& X = fn_hemophilia_4(fn_hemophiliac_1(X))
& fn_hemophiliac_2(X) = fn_hemophilia_3(fn_hemophiliac_1(X)) ) ) ).
fof(a530089,axiom,
! [X] :
( hemorrhagic_fever_1(X)
=> ( original_name_2(X,'Hemorrhagic-Fever')
& user_description_2(X,'Any of several diverse virally-caused animal or human disease. Symptoms include high fever, bleeding disorders, shock, and death. There are 5 families of virus known to cause hemorrhagic fevers; for example, the Ebola virus.')
& concept2words_2(X,ebola)
& concept2words_2(X,'viral hemorrhagic fevers')
& concept2words_2(X,'viral-hemorrhagic-fevers')
& concept2words_2(X,vhf)
& concept2words_2(X,vhf)
& concept2words_2(X,'hemorrhagic fever')
& concept2words_2(X,'hemorrhagic-fever')
& viral_disease_1(X)
& ~ african_sleeping_sickness_1(X)
& ~ aids_1(X)
& ~ cholera_1(X)
& ~ cowpox_1(X)
& ~ encephalitis_1(X)
& ~ gastric_ulcer_1(X)
& ~ gonorrhea_1(X)
& ~ influenza_1(X)
& ~ lyme_disease_1(X)
& ~ malaria_1(X)
& ~ mycosis_1(X)
& ~ smallpox_1(X)
& ~ tetanus_1(X)
& ~ tobacco_mosaic_disease_1(X)
& ~ tuberculosis_1(X) ) ) ).
fof(a530090,axiom,
! [X] :
( henrietta_lacks_1(X)
=> ( original_name_2(X,'Henrietta-Lacks')
& user_description_2(X,'African-American woman from whom the immortal HeLa cell line was isolated and created, without her consent or any compensation.')
& concept2words_2(X,'henrietta lack')
& concept2words_2(X,'henrietta-lack')
& person_1(X) ) ) ).
fof(a530091,axiom,
! [X] :
( hepatic_portal_vessel_1(X)
=> ( original_name_2(X,'Hepatic-Portal-Vessel')
& user_description_2(X,'The vascular supply from the intestine, which carries products from digested food to the liver.')
& concept2words_2(X,'hepatic portal vessel')
& concept2words_2(X,'hepatic-portal-vessel')
& blood_vessel_1(X) ) ) ).
fof(a530092,axiom,
! [X] :
( hepatitis_b_virus_1(X)
=> ( original_name_2(X,'Hepatitis-B-Virus')
& user_description_2(X,'A DNA virus which is responsible for Hepatitis B.')
& concept2words_2(X,'hepatitis b virus')
& concept2words_2(X,'hepatitis-b-virus')
& dna_virus_1(X)
& ~ adenovirus_1(X)
& ~ cowpox_virus_1(X)
& ~ herpesvirus_1(X)
& ~ papovavirus_1(X) ) ) ).
fof(a530093,axiom,
! [X] :
( her2_1(X)
=> ( original_name_2(X,'HER2')
& user_description_2(X,'Human Epidermal Growth Factor Receptor 2, a receptor protein which functions in cell signalling events leading to cell growth and division. It is implicated in certain types of cancer.')
& concept2words_2(X,her2)
& receptor_tyrosine_kinase_1(X)
& chemical_reaction_1(fn_her2_1(X))
& phosphorylation_1(fn_her2_1(X))
& chemical_entity_1(fn_her2_2(X))
& protein_1(fn_her2_2(X))
& inorganic_phosphate_1(fn_her2_3(X))
& chemical_entity_1(fn_her2_4(X))
& magnesium_1(fn_her2_4(X))
& reactant_1(fn_her2_5(X))
& cofactor_1(fn_her2_6(X))
& chemical_entity_1(fn_her2_7(X))
& molecule_1(fn_her2_7(X))
& protein_1(fn_her2_7(X))
& catalyst_1(fn_her2_8(X))
& active_site_1(fn_her2_9(X))
& decrease_1(fn_her2_10(X))
& chemical_entity_1(fn_phosphorylation_5(fn_her2_1(X)))
& chemical_entity_1(fn_reactant_3(fn_her2_5(X)))
& chemical_entity_1(fn_cofactor_1(fn_her2_6(X)))
& in_event_2(fn_her2_6(X),fn_her2_1(X))
& plays_2(fn_her2_7(X),fn_her2_5(X))
& plays_2(fn_her2_4(X),fn_her2_6(X))
& raw_material_2(fn_her2_1(X),fn_her2_3(X))
& in_event_2(fn_her2_5(X),fn_her2_1(X))
& has_function_2(X,fn_her2_10(X))
& enables_2(fn_her2_10(X),fn_her2_1(X))
& in_event_2(fn_her2_8(X),fn_her2_1(X))
& plays_2(X,fn_her2_8(X))
& raw_material_2(fn_her2_1(X),fn_her2_7(X))
& has_state_2(fn_her2_7(X),fn_her2_2(X))
& result_2(fn_her2_1(X),fn_her2_2(X))
& called_2(X,'MP2')
& instrument_2(fn_her2_1(X),fn_her2_4(X))
& has_region_2(X,fn_her2_9(X))
& has_function_2(X,fn_her2_1(X))
& site_2(fn_her2_1(X),fn_her2_9(X))
& facilitates_2(fn_her2_9(X),fn_her2_1(X))
& agent_2(fn_her2_1(X),fn_her2_4(X))
& is_at_2(fn_her2_4(X),fn_her2_9(X))
& fn_her2_7(X) = fn_reactant_3(fn_her2_5(X))
& fn_her2_4(X) = fn_cofactor_1(fn_her2_6(X))
& fn_her2_3(X) = fn_phosphorylation_5(fn_her2_1(X))
& fn_her2_5(X) = fn_enzyme_7(X)
& fn_her2_8(X) = fn_enzyme_6(X)
& fn_her2_1(X) = fn_enzyme_4(X)
& fn_her2_10(X) = fn_enzyme_5(X)
& fn_her2_2(X) = fn_tyrosine_kinase_9(X)
& fn_her2_7(X) = fn_tyrosine_kinase_10(X)
& fn_her2_9(X) = fn_kinase_7(X)
& fn_her2_4(X) = fn_receptor_tyrosine_kinase_19(X)
& fn_her2_9(X) = fn_receptor_tyrosine_kinase_12(X)
& fn_her2_1(X) = fn_tyrosine_kinase_11(X)
& fn_her2_1(X) = fn_receptor_tyrosine_kinase_20(X)
& fn_reactant_3(fn_her2_5(X)) = fn_tyrosine_kinase_10(X)
& fn_tyrosine_kinase_10(X) = fn_tyrosine_kinase_10(X)
& fn_tyrosine_kinase_10(X) = fn_cofactor_1(fn_her2_6(X))
& fn_cofactor_1(fn_her2_6(X)) = fn_receptor_tyrosine_kinase_19(X)
& fn_receptor_tyrosine_kinase_19(X) = fn_receptor_tyrosine_kinase_19(X)
& fn_receptor_tyrosine_kinase_19(X) = fn_kinase_7(X)
& fn_kinase_7(X) = fn_receptor_tyrosine_kinase_12(X)
& fn_receptor_tyrosine_kinase_12(X) = fn_receptor_tyrosine_kinase_12(X)
& fn_receptor_tyrosine_kinase_12(X) = fn_enzyme_4(X)
& fn_enzyme_4(X) = fn_enzyme_4(X)
& fn_enzyme_4(X) = fn_tyrosine_kinase_11(X)
& fn_tyrosine_kinase_11(X) = fn_tyrosine_kinase_11(X)
& fn_receptor_tyrosine_kinase_20(X) = fn_receptor_tyrosine_kinase_20(X)
& fn_receptor_tyrosine_kinase_20(X) = fn_tyrosine_kinase_11(X)
& fn_tyrosine_kinase_11(X) = fn_receptor_tyrosine_kinase_20(X) ) ) ).
fof(a530094,axiom,
! [X] :
( herbivore_1(X)
=> ( original_name_2(X,'Herbivore')
& user_description_2(X,'An animal which primarily consumes plants or algae as a source of energy and nutrients.')
& concept2words_2(X,herbivore)
& heterotroph_1(X)
& length_value_1(fn_herbivore_2(X))
& surface_area_value_1(fn_herbivore_5(X))
& rate_value_1(fn_herbivore_6(X))
& algae_1(fn_herbivore_7(X))
& plant_1(fn_herbivore_8(X))
& alimentary_canal_1(fn_herbivore_9(X))
& length_value_1(fn_herbivore_10(X))
& cecum_1(fn_herbivore_12(X))
& intestine_1(fn_herbivore_13(X))
& colon_1(fn_herbivore_14(X))
& atom_1(fn_herbivore_15(X))
& carbon_1(fn_herbivore_15(X))
& digestive_organ_1(fn_herbivore_16(X))
& entity_1(fn_herbivore_17(X))
& organism_1(fn_herbivore_17(X))
& animal_1(fn_herbivore_17(X))
& nutrition_1(fn_herbivore_18(X))
& animal_cell_1(fn_herbivore_19(X))
& digestive_system_1(fn_herbivore_20(X))
& agent_role_1(fn_herbivore_21(X))
& food_absorption_1(fn_herbivore_22(X))
& genome_1(fn_herbivore_23(X))
& genotype_1(fn_herbivore_23(X))
& organism_1(fn_herbivore_24(X))
& bacterium_1(fn_herbivore_24(X))
& symbiosis_1(fn_herbivore_25(X))
& bacterium_1(fn_herbivore_26(X))
& symbiosis_1(fn_herbivore_27(X))
& organism_1(fn_symbiosis_2(fn_herbivore_25(X)))
& organism_1(fn_symbiosis_2(fn_herbivore_27(X)))
& atom_1(fn_animal_6(fn_herbivore_17(X)))
& carbon_1(fn_animal_6(fn_herbivore_17(X)))
& digestive_system_1(fn_animal_5(fn_herbivore_17(X)))
& nutrition_1(fn_animal_19(fn_herbivore_17(X)))
& digestive_organ_1(fn_digestive_system_1(fn_herbivore_20(X)))
& animal_cell_1(fn_food_absorption_3(fn_herbivore_22(X)))
& animal_cell_1(fn_animal_21(fn_herbivore_17(X)))
& entity_1(fn_agent_role_1(fn_herbivore_21(X)))
& organism_1(fn_symbiosis_1(fn_herbivore_25(X)))
& organism_1(fn_symbiosis_1(fn_herbivore_27(X)))
& genotype_1(fn_organism_3(fn_herbivore_24(X)))
& genome_1(fn_bacterium_13(fn_herbivore_24(X)))
& genotype_1(fn_bacterium_13(fn_herbivore_24(X)))
& heterotroph_1(fn_animal_18(fn_herbivore_17(X)))
& site_2(fn_herbivore_27(X),fn_herbivore_14(X))
& site_2(fn_herbivore_25(X),fn_herbivore_12(X))
& rate_2(fn_herbivore_22(X),fn_herbivore_6(X))
& has_part_2(fn_herbivore_13(X),fn_herbivore_12(X))
& has_region_2(fn_herbivore_20(X),fn_herbivore_9(X))
& element_2(fn_herbivore_20(X),fn_herbivore_14(X))
& element_2(fn_herbivore_20(X),fn_herbivore_12(X))
& element_2(fn_herbivore_20(X),fn_herbivore_13(X))
& the_scalar_value_2(fn_herbivore_10(X),long_0)
& scalar_unit_class_2(fn_herbivore_10(X),digestive_tract_0)
& positive_influence_2(fn_herbivore_10(X),fn_herbivore_5(X))
& greater_than_2(fn_herbivore_10(X),fn_herbivore_2(X))
& length_2(fn_herbivore_9(X),fn_herbivore_10(X))
& surface_area_2(fn_herbivore_9(X),fn_herbivore_5(X))
& donor_2(fn_herbivore_18(X),fn_herbivore_7(X))
& raw_material_2(fn_herbivore_18(X),fn_herbivore_8(X))
& raw_material_2(fn_herbivore_18(X),fn_herbivore_7(X))
& has_part_2(fn_herbivore_17(X),fn_herbivore_13(X))
& length_2(fn_herbivore_17(X),fn_herbivore_2(X))
& has_part_2(fn_herbivore_7(X),fn_herbivore_15(X))
& directly_proportional_2(fn_herbivore_6(X),fn_herbivore_5(X))
& plays_2(fn_herbivore_17(X),fn_herbivore_21(X))
& base_2(fn_herbivore_25(X),fn_herbivore_17(X))
& fn_herbivore_17(X) != fn_herbivore_24(X)
& agent_2(fn_herbivore_25(X),fn_herbivore_24(X))
& fn_herbivore_24(X) != fn_herbivore_17(X)
& agent_2(fn_herbivore_27(X),fn_herbivore_26(X))
& fn_herbivore_26(X) != fn_herbivore_17(X)
& base_2(fn_herbivore_27(X),fn_herbivore_17(X))
& fn_herbivore_17(X) != fn_herbivore_26(X)
& base_2(fn_herbivore_22(X),fn_herbivore_19(X))
& raw_material_2(fn_herbivore_18(X),fn_herbivore_15(X))
& has_region_2(fn_herbivore_17(X),fn_herbivore_20(X))
& plays_2(fn_herbivore_17(X),X)
& in_event_2(X,fn_herbivore_18(X))
& agent_2(fn_herbivore_18(X),fn_herbivore_17(X))
& has_part_2(fn_herbivore_17(X),fn_herbivore_19(X))
& element_2(fn_herbivore_20(X),fn_herbivore_16(X))
& has_part_2(fn_herbivore_24(X),fn_herbivore_23(X))
& fn_herbivore_17(X) = fn_agent_role_1(fn_herbivore_21(X))
& fn_herbivore_24(X) = fn_symbiosis_2(fn_herbivore_25(X))
& fn_herbivore_17(X) = fn_symbiosis_1(fn_herbivore_25(X))
& fn_herbivore_17(X) = fn_symbiosis_1(fn_herbivore_27(X))
& fn_herbivore_26(X) = fn_symbiosis_2(fn_herbivore_27(X))
& fn_herbivore_19(X) = fn_food_absorption_3(fn_herbivore_22(X))
& fn_herbivore_15(X) = fn_animal_6(fn_herbivore_17(X))
& fn_herbivore_20(X) = fn_animal_5(fn_herbivore_17(X))
& fn_herbivore_19(X) = fn_animal_21(fn_herbivore_17(X))
& fn_herbivore_18(X) = fn_animal_19(fn_herbivore_17(X))
& X = fn_animal_18(fn_herbivore_17(X))
& fn_herbivore_23(X) = fn_organism_3(fn_herbivore_24(X))
& fn_herbivore_23(X) = fn_bacterium_13(fn_herbivore_24(X))
& fn_herbivore_16(X) = fn_digestive_system_1(fn_herbivore_20(X))
& fn_food_absorption_3(fn_herbivore_22(X)) = fn_animal_21(fn_herbivore_17(X))
& fn_animal_21(fn_herbivore_17(X)) = fn_agent_role_1(fn_herbivore_21(X))
& fn_agent_role_1(fn_herbivore_21(X)) = fn_symbiosis_1(fn_herbivore_25(X))
& fn_symbiosis_1(fn_herbivore_25(X)) = fn_symbiosis_1(fn_herbivore_25(X))
& fn_symbiosis_1(fn_herbivore_25(X)) = fn_symbiosis_1(fn_herbivore_27(X))
& fn_symbiosis_1(fn_herbivore_27(X)) = fn_symbiosis_1(fn_herbivore_27(X))
& fn_symbiosis_1(fn_herbivore_27(X)) = fn_organism_3(fn_herbivore_24(X))
& fn_organism_3(fn_herbivore_24(X)) = fn_bacterium_13(fn_herbivore_24(X))
& fn_animal_18(fn_herbivore_17(X)) = fn_animal_18(fn_herbivore_17(X)) ) ) ).
fof(a530095,axiom,
! [X] :
( herbivory_1(X)
=> ( original_name_2(X,'Herbivory')
& user_description_2(X,'The consumption of all or part of a plant or alga for food.')
& concept2words_2(X,herbivory)
& species_interactions_1(X)
& ~ competition_1(X)
& ~ symbiosis_1(X) ) ) ).
fof(a530096,axiom,
! [X] :
( herceptin_1(X)
=> ( original_name_2(X,'Herceptin')
& user_description_2(X,'Treatment for breast cancer involving abnormal HER2 receptors.')
& concept2words_2(X,herceptin)
& chemotherapeutic_drug_1(X)
& protein_enzyme_1(X)
& size_value_1(fn_herceptin_1(X))
& spatial_entity_1(fn_herceptin_2(X))
& chemical_entity_1(fn_herceptin_2(X))
& monomer_1(fn_herceptin_2(X))
& molecule_1(fn_herceptin_2(X))
& amino_acid_1(fn_herceptin_2(X))
& chemical_reaction_1(fn_herceptin_3(X))
& size_value_1(fn_herceptin_4(X))
& monomer_1(fn_herceptin_5(X))
& polypeptide_1(fn_herceptin_6(X))
& active_site_1(fn_herceptin_7(X))
& protein_domain_1(fn_herceptin_8(X))
& her2_1(fn_herceptin_9(X))
& attach_1(fn_herceptin_10(X))
& block_1(fn_herceptin_11(X))
& r_group_1(fn_herceptin_12(X))
& spatial_entity_1(fn_attach_1(fn_herceptin_10(X)))
& spatial_entity_1(fn_attach_2(fn_herceptin_10(X)))
& spatial_entity_1(fn_block_1(fn_herceptin_11(X)))
& agent_2(fn_herceptin_11(X),X)
& causes_2(fn_herceptin_10(X),fn_herceptin_11(X))
& has_function_2(X,fn_herceptin_11(X))
& base_2(fn_herceptin_10(X),fn_herceptin_9(X))
& object_2(fn_herceptin_11(X),fn_herceptin_9(X))
& object_2(fn_herceptin_10(X),X)
& has_part_2(X,fn_herceptin_6(X))
& has_part_2(fn_herceptin_6(X),fn_herceptin_2(X))
& has_function_2(X,fn_herceptin_3(X))
& site_2(fn_herceptin_3(X),fn_herceptin_7(X))
& facilitates_2(fn_herceptin_7(X),fn_herceptin_3(X))
& the_scalar_value_2(fn_herceptin_4(X),big_0)
& scalar_unit_class_2(fn_herceptin_4(X),polypeptide_0)
& size_2(X,fn_herceptin_4(X))
& greater_than_2(fn_herceptin_4(X),fn_herceptin_1(X))
& size_2(fn_herceptin_5(X),fn_herceptin_1(X))
& has_part_2(X,fn_herceptin_5(X))
& has_region_2(X,fn_herceptin_8(X))
& is_at_2(fn_herceptin_2(X),fn_herceptin_8(X))
& has_region_2(fn_herceptin_2(X),fn_herceptin_12(X))
& is_inside_2(fn_herceptin_12(X),fn_herceptin_7(X))
& has_region_2(X,fn_herceptin_7(X))
& fn_herceptin_9(X) = fn_attach_2(fn_herceptin_10(X))
& fn_herceptin_9(X) = fn_block_1(fn_herceptin_11(X))
& X = fn_attach_1(fn_herceptin_10(X))
& fn_herceptin_2(X) = fn_protein_14(X)
& fn_herceptin_6(X) = fn_protein_8(X)
& fn_herceptin_7(X) = fn_enzyme_2(X)
& fn_herceptin_3(X) = fn_enzyme_4(X)
& fn_herceptin_5(X) = fn_polymer_4(X)
& fn_herceptin_5(X) = fn_protein_enzyme_9(X)
& fn_herceptin_1(X) = fn_protein_enzyme_4(X)
& fn_herceptin_4(X) = fn_protein_9(X)
& fn_herceptin_4(X) = fn_protein_enzyme_3(X)
& fn_herceptin_7(X) = fn_protein_enzyme_10(X)
& fn_herceptin_12(X) = fn_protein_enzyme_12(X)
& fn_herceptin_2(X) = fn_protein_enzyme_11(X)
& fn_herceptin_8(X) = fn_protein_enzyme_5(X)
& fn_attach_2(fn_herceptin_10(X)) = fn_block_1(fn_herceptin_11(X))
& fn_block_1(fn_herceptin_11(X)) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_14(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_protein_enzyme_11(X) ) ) ).
fof(a530097,axiom,
! [X] :
( hermaphroditism_1(X)
=> ( original_name_2(X,'Hermaphroditism')
& user_description_2(X,'In animals, the condition of having both female and male sexual function, producing both eggs and sperm.')
& concept2words_2(X,hermaphroditism)
& state_1(X) ) ) ).
fof(a530098,axiom,
! [X] :
( heroin_1(X)
=> ( original_name_2(X,'Heroin')
& user_description_2(X,'Heroin is an opiate which relieves pain and alters mood by weakly binding to specific receptor molecules on the surfaces of brain cells.')
& concept2words_2(X,heroin)
& opiate_1(X)
& intensity_value_1(fn_heroin_1(X))
& ligand_binding_1(fn_heroin_3(X))
& intensity_2(fn_heroin_3(X),fn_heroin_1(X))
& the_scalar_value_2(fn_heroin_1(X),weak_0)
& scalar_unit_class_2(fn_heroin_1(X),attach_0)
& object_2(fn_heroin_3(X),X)
& fn_heroin_3(X) = fn_opiate_7(X) ) ) ).
fof(a530099,axiom,
! [X] :
( herpesvirus_1(X)
=> ( original_name_2(X,'Herpesvirus')
& user_description_2(X,'A class of DNA viruses that cause disease in humans and other animals.')
& concept2words_2(X,herpesvirus)
& dna_virus_1(X)
& ~ adenovirus_1(X)
& ~ cowpox_virus_1(X)
& ~ hepatitis_b_virus_1(X)
& ~ papovavirus_1(X) ) ) ).
fof(a530100,axiom,
! [X] :
( hershey_chase_experiment_1(X)
=> ( original_name_2(X,'Hershey-Chase-Experiment')
& user_description_2(X,'An experiment in which scientists used autoradiography to determine that DNA, not protein, was the genetic material in a bacteriophage.')
& concept2words_2(X,'hershey and chase experiment')
& concept2words_2(X,'hershey chase experiment')
& concept2words_2(X,'hershey-chase-experiment')
& controlled_experiment_1(X)
& ~ testcross_1(X)
& t2_phage_1(fn_hershey_chase_experiment_1(X))
& plasmolysis_1(fn_hershey_chase_experiment_2(X))
& isotopic_labeling_1(fn_hershey_chase_experiment_3(X))
& solution_containing_labeled_phage_1(fn_hershey_chase_experiment_4(X))
& add_1(fn_hershey_chase_experiment_5(X))
& attach_1(fn_hershey_chase_experiment_6(X))
& attach_1(fn_hershey_chase_experiment_7(X))
& sulfur_35_1(fn_hershey_chase_experiment_8(X))
& phosphorus_32_1(fn_hershey_chase_experiment_9(X))
& deoxyribonuclease_1(fn_hershey_chase_experiment_10(X))
& solution_containing_labeled_phage_1(fn_hershey_chase_experiment_11(X))
& isolation_of_phage_1(fn_hershey_chase_experiment_12(X))
& t2_phage_1(fn_hershey_chase_experiment_13(X))
& dna_1(fn_hershey_chase_experiment_14(X))
& protein_1(fn_hershey_chase_experiment_15(X))
& spatial_entity_1(fn_add_1(fn_hershey_chase_experiment_5(X)))
& spatial_entity_1(fn_attach_1(fn_hershey_chase_experiment_7(X)))
& entity_1(fn_collecting_1(fn_hershey_chase_experiment_12(X)))
& spatial_entity_1(fn_attach_1(fn_hershey_chase_experiment_6(X)))
& spatial_entity_1(fn_attach_2(fn_hershey_chase_experiment_6(X)))
& spatial_entity_1(fn_attach_2(fn_hershey_chase_experiment_7(X)))
& spatial_entity_1(fn_add_2(fn_hershey_chase_experiment_5(X)))
& has_part_2(fn_hershey_chase_experiment_4(X),fn_hershey_chase_experiment_1(X))
& subevent_2(X,fn_hershey_chase_experiment_3(X))
& subevent_2(X,fn_hershey_chase_experiment_12(X))
& subevent_2(X,fn_hershey_chase_experiment_7(X))
& subevent_2(X,fn_hershey_chase_experiment_6(X))
& subevent_2(X,fn_hershey_chase_experiment_5(X))
& subevent_2(X,fn_hershey_chase_experiment_2(X))
& has_part_2(fn_hershey_chase_experiment_13(X),fn_hershey_chase_experiment_14(X))
& has_part_2(fn_hershey_chase_experiment_13(X),fn_hershey_chase_experiment_15(X))
& object_2(fn_hershey_chase_experiment_3(X),fn_hershey_chase_experiment_13(X))
& agent_2(fn_hershey_chase_experiment_3(X),fn_hershey_chase_experiment_9(X))
& agent_2(fn_hershey_chase_experiment_3(X),fn_hershey_chase_experiment_8(X))
& next_event_2(fn_hershey_chase_experiment_3(X),fn_hershey_chase_experiment_5(X))
& next_event_2(fn_hershey_chase_experiment_12(X),fn_hershey_chase_experiment_3(X))
& has_part_2(fn_hershey_chase_experiment_11(X),fn_hershey_chase_experiment_13(X))
& result_2(fn_hershey_chase_experiment_5(X),fn_hershey_chase_experiment_4(X))
& next_event_2(fn_hershey_chase_experiment_5(X),fn_hershey_chase_experiment_2(X))
& object_2(fn_hershey_chase_experiment_2(X),fn_hershey_chase_experiment_13(X))
& object_2(fn_hershey_chase_experiment_5(X),fn_hershey_chase_experiment_10(X))
& object_2(fn_hershey_chase_experiment_7(X),fn_hershey_chase_experiment_8(X))
& object_2(fn_hershey_chase_experiment_12(X),fn_hershey_chase_experiment_13(X))
& object_2(fn_hershey_chase_experiment_6(X),fn_hershey_chase_experiment_9(X))
& base_2(fn_hershey_chase_experiment_6(X),fn_hershey_chase_experiment_14(X))
& base_2(fn_hershey_chase_experiment_7(X),fn_hershey_chase_experiment_15(X))
& base_2(fn_hershey_chase_experiment_5(X),fn_hershey_chase_experiment_11(X))
& fn_hershey_chase_experiment_10(X) = fn_add_1(fn_hershey_chase_experiment_5(X))
& fn_hershey_chase_experiment_8(X) = fn_attach_1(fn_hershey_chase_experiment_7(X))
& fn_hershey_chase_experiment_13(X) = fn_collecting_1(fn_hershey_chase_experiment_12(X))
& fn_hershey_chase_experiment_9(X) = fn_attach_1(fn_hershey_chase_experiment_6(X))
& fn_hershey_chase_experiment_14(X) = fn_attach_2(fn_hershey_chase_experiment_6(X))
& fn_hershey_chase_experiment_15(X) = fn_attach_2(fn_hershey_chase_experiment_7(X))
& fn_hershey_chase_experiment_11(X) = fn_add_2(fn_hershey_chase_experiment_5(X)) ) ) ).
fof(a530101,axiom,
! [X] :
( heterochromatin_1(X)
=> ( original_name_2(X,'Heterochromatin')
& user_description_2(X,'Eukaryotic chromatin that remains highly compacted during interphase and is generally not transcribed.')
& concept2words_2(X,heterochromatin)
& eukaryotic_chromatin_1(X)
& visibility_value_1(fn_heterochromatin_2(X))
& chromosome_arm_1(fn_heterochromatin_3(X))
& chromosome_arm_1(fn_heterochromatin_4(X))
& chromosome_arm_1(fn_heterochromatin_5(X))
& chromosome_arm_1(fn_heterochromatin_6(X))
& centromere_1(fn_heterochromatin_7(X))
& condense_1(fn_heterochromatin_8(X))
& eukaryotic_chromosome_1(fn_heterochromatin_9(X))
& chromosome_1(fn_heterochromatin_9(X))
& fold_1(fn_heterochromatin_10(X))
& fold_1(fn_heterochromatin_11(X))
& tangible_entity_1(fn_heterochromatin_12(X))
& nucleus_1(fn_heterochromatin_12(X))
& eukaryotic_cell_1(fn_heterochromatin_13(X))
& entity_1(fn_heterochromatin_14(X))
& dna_1(fn_heterochromatin_14(X))
& protein_1(fn_heterochromatin_15(X))
& telomere_1(fn_heterochromatin_16(X))
& centromere_1(fn_heterochromatin_17(X))
& end_1(fn_heterochromatin_18(X))
& coil_1(fn_heterochromatin_19(X))
& chromatin_packing_1(fn_heterochromatin_22(X))
& dna_strand_1(fn_heterochromatin_23(X))
& dna_strand_1(fn_heterochromatin_24(X))
& monomer_1(fn_heterochromatin_25(X))
& nucleoside_monophosphate_1(fn_heterochromatin_25(X))
& size_value_1(fn_heterochromatin_26(X))
& size_value_1(fn_heterochromatin_27(X))
& spatial_entity_1(fn_heterochromatin_28(X))
& histone_1(fn_heterochromatin_28(X))
& entity_1(fn_heterochromatin_29(X))
& spatial_entity_1(fn_heterochromatin_29(X))
& polymer_1(fn_heterochromatin_29(X))
& nucleic_acid_1(fn_heterochromatin_29(X))
& dna_1(fn_heterochromatin_29(X))
& attach_1(fn_heterochromatin_30(X))
& coil_1(fn_heterochromatin_31(X))
& eukaryotic_chromatin_1(fn_chromatin_packing_4(fn_heterochromatin_22(X)))
& heterochromatin_1(fn_chromatin_packing_4(fn_heterochromatin_22(X)))
& fold_1(fn_chromatin_packing_8(fn_heterochromatin_22(X)))
& chromosome_arm_1(fn_eukaryotic_cell_9(fn_heterochromatin_13(X)))
& chromosome_arm_1(fn_eukaryotic_cell_10(fn_heterochromatin_13(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_heterochromatin_13(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_heterochromatin_13(X)))
& telomere_1(fn_eukaryotic_chromosome_4(fn_heterochromatin_9(X)))
& end_1(fn_eukaryotic_chromosome_5(fn_heterochromatin_9(X)))
& property_node_1(fn_nucleic_acid_33(fn_heterochromatin_29(X)))
& property_node_1(fn_nucleic_acid_34(fn_heterochromatin_29(X)))
& size_value_1(fn_nucleic_acid_28(fn_heterochromatin_29(X)))
& size_value_1(fn_nucleic_acid_29(fn_heterochromatin_29(X)))
& entity_1(fn_chromosome_4(fn_heterochromatin_9(X)))
& dna_1(fn_chromosome_4(fn_heterochromatin_9(X)))
& coil_1(fn_chromosome_8(fn_heterochromatin_9(X)))
& protein_1(fn_chromosome_3(fn_heterochromatin_9(X)))
& dna_strand_1(fn_dna_11(fn_heterochromatin_29(X)))
& dna_strand_1(fn_dna_2(fn_heterochromatin_29(X)))
& fold_1(fn_chromatin_packing_2(fn_heterochromatin_22(X)))
& fold_1(fn_chromatin_packing_9(fn_heterochromatin_22(X)))
& spatial_entity_1(fn_attach_1(fn_heterochromatin_30(X)))
& monomer_1(fn_polymer_4(fn_heterochromatin_29(X)))
& nucleoside_monophosphate_1(fn_nucleic_acid_20(fn_heterochromatin_29(X)))
& centromere_1(fn_eukaryotic_cell_53(fn_heterochromatin_13(X)))
& centromere_1(fn_chromosome_6(fn_heterochromatin_9(X)))
& chromosome_1(fn_chromatin_packing_5(fn_heterochromatin_22(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_heterochromatin_13(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_heterochromatin_13(X)))
& spatial_entity_1(fn_attach_2(fn_heterochromatin_30(X)))
& visibility_2(X,fn_heterochromatin_2(X))
& agent_2(fn_heterochromatin_31(X),fn_heterochromatin_28(X))
& the_categorical_value_2(fn_heterochromatin_2(X),visible_0)
& result_2(fn_heterochromatin_10(X),fn_heterochromatin_9(X))
& has_part_2(X,fn_heterochromatin_29(X))
& object_2(fn_heterochromatin_31(X),fn_heterochromatin_29(X))
& result_2(fn_heterochromatin_11(X),X)
& subevent_2(fn_heterochromatin_22(X),fn_heterochromatin_10(X))
& next_event_2(fn_heterochromatin_10(X),fn_heterochromatin_11(X))
& object_2(fn_heterochromatin_11(X),fn_heterochromatin_9(X))
& object_2(fn_heterochromatin_22(X),fn_heterochromatin_9(X))
& subevent_2(fn_heterochromatin_22(X),fn_heterochromatin_11(X))
& has_part_2(fn_heterochromatin_13(X),fn_heterochromatin_9(X))
& has_part_2(fn_heterochromatin_9(X),fn_heterochromatin_4(X))
& has_part_2(fn_heterochromatin_13(X),fn_heterochromatin_12(X))
& is_inside_2(fn_heterochromatin_9(X),fn_heterochromatin_12(X))
& has_part_2(fn_heterochromatin_9(X),fn_heterochromatin_3(X))
& is_between_2(fn_heterochromatin_17(X),fn_heterochromatin_3(X))
& is_between_2(fn_heterochromatin_17(X),fn_heterochromatin_4(X))
& is_between_2(fn_heterochromatin_7(X),fn_heterochromatin_5(X))
& has_part_2(X,fn_heterochromatin_5(X))
& object_2(fn_heterochromatin_8(X),X)
& base_2(fn_heterochromatin_8(X),X)
& has_region_2(X,fn_heterochromatin_7(X))
& has_part_2(X,fn_heterochromatin_28(X))
& object_2(fn_heterochromatin_30(X),fn_heterochromatin_28(X))
& result_2(fn_heterochromatin_30(X),X)
& has_part_2(X,fn_heterochromatin_6(X))
& is_between_2(fn_heterochromatin_7(X),fn_heterochromatin_6(X))
& fn_heterochromatin_23(X) != fn_heterochromatin_24(X)
& fn_heterochromatin_24(X) != fn_heterochromatin_23(X)
& complement_2(fn_heterochromatin_23(X),fn_heterochromatin_24(X))
& complement_2(fn_heterochromatin_24(X),fn_heterochromatin_23(X))
& has_part_2(fn_heterochromatin_29(X),fn_heterochromatin_23(X))
& has_part_2(fn_heterochromatin_29(X),fn_heterochromatin_24(X))
& has_region_2(fn_heterochromatin_9(X),fn_heterochromatin_17(X))
& has_part_2(fn_heterochromatin_9(X),fn_heterochromatin_14(X))
& object_2(fn_heterochromatin_19(X),fn_heterochromatin_14(X))
& agent_2(fn_heterochromatin_19(X),fn_heterochromatin_15(X))
& has_part_2(fn_heterochromatin_9(X),fn_heterochromatin_15(X))
& greater_than_2(fn_heterochromatin_26(X),fn_heterochromatin_27(X))
& size_2(fn_heterochromatin_25(X),fn_heterochromatin_27(X))
& has_part_2(fn_heterochromatin_29(X),fn_heterochromatin_25(X))
& size_2(fn_heterochromatin_29(X),fn_heterochromatin_26(X))
& has_part_2(fn_heterochromatin_9(X),fn_heterochromatin_16(X))
& is_at_2(fn_heterochromatin_16(X),fn_heterochromatin_18(X))
& has_region_2(fn_heterochromatin_9(X),fn_heterochromatin_18(X))
& base_2(fn_heterochromatin_30(X),fn_heterochromatin_29(X))
& fn_heterochromatin_31(X) = fn_chromosome_8(X)
& fn_heterochromatin_29(X) = fn_chromosome_4(X)
& X = fn_chromatin_packing_4(fn_heterochromatin_22(X))
& fn_heterochromatin_9(X) = fn_chromatin_packing_5(fn_heterochromatin_22(X))
& fn_heterochromatin_11(X) = fn_chromatin_packing_8(fn_heterochromatin_22(X))
& fn_heterochromatin_10(X) = fn_chromatin_packing_2(fn_heterochromatin_22(X))
& fn_heterochromatin_10(X) = fn_chromatin_packing_9(fn_heterochromatin_22(X))
& fn_heterochromatin_4(X) = fn_eukaryotic_cell_9(fn_heterochromatin_13(X))
& fn_heterochromatin_17(X) = fn_eukaryotic_cell_53(fn_heterochromatin_13(X))
& fn_heterochromatin_3(X) = fn_eukaryotic_cell_10(fn_heterochromatin_13(X))
& fn_heterochromatin_9(X) = fn_eukaryotic_cell_30(fn_heterochromatin_13(X))
& fn_heterochromatin_12(X) = fn_eukaryotic_cell_26(fn_heterochromatin_13(X))
& fn_heterochromatin_8(X) = fn_eukaryotic_chromatin_15(X)
& fn_heterochromatin_5(X) = fn_eukaryotic_chromatin_2(X)
& fn_heterochromatin_7(X) = fn_eukaryotic_chromatin_12(X)
& fn_heterochromatin_6(X) = fn_eukaryotic_chromatin_1(X)
& fn_heterochromatin_28(X) = fn_attach_1(fn_heterochromatin_30(X))
& fn_heterochromatin_30(X) = fn_eukaryotic_chromatin_14(X)
& fn_heterochromatin_28(X) = fn_eukaryotic_chromatin_13(X)
& fn_heterochromatin_29(X) = fn_attach_2(fn_heterochromatin_30(X))
& fn_heterochromatin_16(X) = fn_eukaryotic_chromosome_4(fn_heterochromatin_9(X))
& fn_heterochromatin_18(X) = fn_eukaryotic_chromosome_5(fn_heterochromatin_9(X))
& fn_heterochromatin_21(X) = fn_nucleic_acid_33(fn_heterochromatin_29(X))
& fn_heterochromatin_25(X) = fn_polymer_4(fn_heterochromatin_29(X))
& fn_heterochromatin_25(X) = fn_nucleic_acid_20(fn_heterochromatin_29(X))
& fn_heterochromatin_20(X) = fn_nucleic_acid_34(fn_heterochromatin_29(X))
& fn_heterochromatin_27(X) = fn_nucleic_acid_28(fn_heterochromatin_29(X))
& fn_heterochromatin_26(X) = fn_nucleic_acid_29(fn_heterochromatin_29(X))
& fn_heterochromatin_17(X) = fn_chromosome_6(fn_heterochromatin_9(X))
& fn_heterochromatin_14(X) = fn_chromosome_4(fn_heterochromatin_9(X))
& fn_heterochromatin_19(X) = fn_chromosome_8(fn_heterochromatin_9(X))
& fn_heterochromatin_15(X) = fn_chromosome_3(fn_heterochromatin_9(X))
& fn_heterochromatin_23(X) = fn_dna_11(fn_heterochromatin_29(X))
& fn_heterochromatin_24(X) = fn_dna_2(fn_heterochromatin_29(X))
& fn_chromatin_packing_9(fn_heterochromatin_22(X)) = fn_chromatin_packing_2(fn_heterochromatin_22(X))
& fn_chromatin_packing_2(fn_heterochromatin_22(X)) = fn_chromatin_packing_9(fn_heterochromatin_22(X))
& fn_chromatin_packing_9(fn_heterochromatin_22(X)) = fn_attach_1(fn_heterochromatin_30(X))
& fn_attach_1(fn_heterochromatin_30(X)) = fn_eukaryotic_chromatin_13(X)
& fn_eukaryotic_chromatin_13(X) = fn_eukaryotic_chromatin_13(X)
& fn_eukaryotic_chromatin_13(X) = fn_nucleic_acid_20(fn_heterochromatin_29(X))
& fn_nucleic_acid_20(fn_heterochromatin_29(X)) = fn_polymer_4(fn_heterochromatin_29(X))
& fn_polymer_4(fn_heterochromatin_29(X)) = fn_nucleic_acid_20(fn_heterochromatin_29(X))
& fn_nucleic_acid_20(fn_heterochromatin_29(X)) = fn_eukaryotic_cell_53(fn_heterochromatin_13(X))
& fn_eukaryotic_cell_53(fn_heterochromatin_13(X)) = fn_eukaryotic_cell_53(fn_heterochromatin_13(X))
& fn_eukaryotic_cell_53(fn_heterochromatin_13(X)) = fn_chromosome_6(fn_heterochromatin_9(X))
& fn_chromosome_6(fn_heterochromatin_9(X)) = fn_chromatin_packing_5(fn_heterochromatin_22(X))
& fn_chromatin_packing_5(fn_heterochromatin_22(X)) = fn_chromatin_packing_5(fn_heterochromatin_22(X))
& fn_chromatin_packing_5(fn_heterochromatin_22(X)) = fn_eukaryotic_cell_30(fn_heterochromatin_13(X))
& fn_eukaryotic_cell_30(fn_heterochromatin_13(X)) = fn_eukaryotic_cell_30(fn_heterochromatin_13(X))
& fn_eukaryotic_cell_30(fn_heterochromatin_13(X)) = fn_chromosome_4(X)
& fn_chromosome_4(X) = fn_chromosome_4(X)
& fn_chromosome_4(X) = fn_attach_2(fn_heterochromatin_30(X)) ) ) ).
fof(a530102,axiom,
! [X] :
( heterochrony_1(X)
=> ( original_name_2(X,'Heterochrony')
& user_description_2(X,'A change in the timing of developmental events or rate of growth.')
& concept2words_2(X,heterochrony)
& evolutionary_process_1(X)
& ~ adaptation_1(X)
& ~ adaptive_radiation_1(X)
& ~ allopatric_speciation_1(X)
& ~ anagenesis_1(X)
& ~ bottleneck_effect_1(X)
& ~ cephalization_1(X)
& ~ character_displacement_1(X)
& ~ cladogenesis_1(X)
& ~ convergent_evolution_1(X)
& ~ endosymbiosis_1(X)
& ~ gene_flow_1(X)
& ~ genetic_drift_1(X)
& ~ homology_1(X)
& ~ mechanical_isolation_1(X)
& ~ mimicry_1(X)
& ~ natural_selection_1(X)
& ~ paedomorphosis_1(X)
& ~ punctuated_equilibria_1(X)
& ~ reproductive_isolation_1(X)
& ~ selection_force_1(X)
& ~ speciation_1(X) ) ) ).
fof(a530103,axiom,
! [X] :
( heterocyte_1(X)
=> ( original_name_2(X,'Heterocyte')
& user_description_2(X,'A specialized cell that engages in nitrogen fixationin a chain of cyanobacteria that form a filament; formerly called heterocyst.')
& concept2words_2(X,heterocyte)
& cyanobacterium_1(X)
& ~ coccus_1(X)
& ~ proteobacteria_1(X)
& ~ spirochete_1(X) ) ) ).
fof(a530104,axiom,
! [X] :
( heterogeneous_mixture_1(X)
=> ( original_name_2(X,'Heterogeneous-Mixture')
& user_description_2(X,'A substance which is not uniform throughout its composition.')
& concept2words_2(X,'heterogeneous mixture')
& concept2words_2(X,'heterogeneous-mixture')
& mixture_1(X) ) ) ).
fof(a530105,axiom,
! [X] :
( heterokaryon_1(X)
=> ( original_name_2(X,'Heterokaryon')
& user_description_2(X,'In a fungal mycelium, a cell containing at least two haploid nuclei.')
& concept2words_2(X,heterokaryon)
& mycelium_1(X)
& ~ dikaryotic_1(X) ) ) ).
fof(a530106,axiom,
! [X] :
( heteromorphic_1(X)
=> ( original_name_2(X,'Heteromorphic')
& user_description_2(X,'Having different forms at various stages of the life cycle, such as the sporophyte and gametophyte generations of plants and algae, and the larval and adult stages of many animals.')
& concept2words_2(X,heteromorphic)
& condition_1(X) ) ) ).
fof(a530107,axiom,
! [X] :
( heterotroph_1(X)
=> ( original_name_2(X,'Heterotroph')
& user_description_2(X,'An organism which obtains energy and nutrients from organic matter.')
& concept2words_2(X,'heterotrophic organism')
& concept2words_2(X,'non autrotrophic organism')
& concept2words_2(X,consumer)
& concept2words_2(X,heterotroph)
& ecological_role_1(X)
& energy_source_1(fn_heterotroph_1(X))
& organism_1(fn_heterotroph_2(X))
& nutrition_1(fn_heterotroph_3(X))
& chemical_entity_1(fn_heterotroph_4(X))
& atom_1(fn_heterotroph_5(X))
& carbon_1(fn_heterotroph_5(X))
& organic_molecule_1(fn_heterotroph_6(X))
& nutritional_requirement_1(fn_heterotroph_7(X))
& iron_1(fn_heterotroph_8(X))
& carbon_1(fn_heterotroph_9(X))
& hydrogen_1(fn_heterotroph_10(X))
& nitrogen_1(fn_heterotroph_11(X))
& oxygen_1(fn_heterotroph_12(X))
& phosphorus_1(fn_heterotroph_13(X))
& sulfur_1(fn_heterotroph_14(X))
& calcium_1(fn_heterotroph_15(X))
& potassium_1(fn_heterotroph_16(X))
& carbon_source_1(fn_heterotroph_17(X))
& oxygen_1(fn_nutritional_requirement_6(fn_heterotroph_7(X)))
& phosphorus_1(fn_nutritional_requirement_5(fn_heterotroph_7(X)))
& nitrogen_1(fn_nutritional_requirement_7(fn_heterotroph_7(X)))
& sulfur_1(fn_nutritional_requirement_4(fn_heterotroph_7(X)))
& hydrogen_1(fn_nutritional_requirement_8(fn_heterotroph_7(X)))
& calcium_1(fn_nutritional_requirement_3(fn_heterotroph_7(X)))
& carbon_1(fn_nutritional_requirement_9(fn_heterotroph_7(X)))
& potassium_1(fn_nutritional_requirement_2(fn_heterotroph_7(X)))
& iron_1(fn_nutritional_requirement_10(fn_heterotroph_7(X)))
& atom_1(fn_carbon_source_3(fn_heterotroph_17(X)))
& carbon_1(fn_carbon_source_3(fn_heterotroph_17(X)))
& molecule_1(fn_carbon_source_2(fn_heterotroph_17(X)))
& plays_2(fn_heterotroph_5(X),fn_heterotroph_1(X))
& plays_2(fn_heterotroph_2(X),X)
& raw_material_2(fn_heterotroph_3(X),fn_heterotroph_5(X))
& raw_material_2(fn_heterotroph_3(X),fn_heterotroph_6(X))
& agent_2(fn_heterotroph_3(X),fn_heterotroph_2(X))
& result_2(fn_heterotroph_3(X),fn_heterotroph_4(X))
& element_2(fn_heterotroph_7(X),fn_heterotroph_4(X))
& in_event_2(X,fn_heterotroph_3(X))
& element_2(fn_heterotroph_7(X),fn_heterotroph_12(X))
& element_2(fn_heterotroph_7(X),fn_heterotroph_13(X))
& element_2(fn_heterotroph_7(X),fn_heterotroph_11(X))
& element_2(fn_heterotroph_7(X),fn_heterotroph_14(X))
& element_2(fn_heterotroph_7(X),fn_heterotroph_10(X))
& element_2(fn_heterotroph_7(X),fn_heterotroph_15(X))
& element_2(fn_heterotroph_7(X),fn_heterotroph_9(X))
& element_2(fn_heterotroph_7(X),fn_heterotroph_16(X))
& element_2(fn_heterotroph_7(X),fn_heterotroph_8(X))
& plays_2(fn_heterotroph_6(X),fn_heterotroph_17(X))
& has_part_2(fn_heterotroph_6(X),fn_heterotroph_5(X))
& fn_heterotroph_12(X) = fn_nutritional_requirement_6(fn_heterotroph_7(X))
& fn_heterotroph_13(X) = fn_nutritional_requirement_5(fn_heterotroph_7(X))
& fn_heterotroph_11(X) = fn_nutritional_requirement_7(fn_heterotroph_7(X))
& fn_heterotroph_14(X) = fn_nutritional_requirement_4(fn_heterotroph_7(X))
& fn_heterotroph_10(X) = fn_nutritional_requirement_8(fn_heterotroph_7(X))
& fn_heterotroph_15(X) = fn_nutritional_requirement_3(fn_heterotroph_7(X))
& fn_heterotroph_9(X) = fn_nutritional_requirement_9(fn_heterotroph_7(X))
& fn_heterotroph_16(X) = fn_nutritional_requirement_2(fn_heterotroph_7(X))
& fn_heterotroph_8(X) = fn_nutritional_requirement_10(fn_heterotroph_7(X))
& fn_heterotroph_5(X) = fn_carbon_source_3(fn_heterotroph_17(X))
& fn_heterotroph_6(X) = fn_carbon_source_2(fn_heterotroph_17(X)) ) ) ).
fof(a530108,axiom,
! [X] :
( heterozygote_1(X)
=> ( original_name_2(X,'Heterozygote')
& user_description_2(X,'A person possessing two different forms of a particular gene, one inherited from each parent. A heterozygote is also called a carrier. For example, a woman who is a heterozygote for cystic fibrosis (CF) carries the CF gene on one of her chromosomes number 7 and the normal paired (non-CF) gene at the same position on her other chromosome 7. She is a carrier for CF but has no signs or symptoms of the disease. A manifesting heterozygote is a person who manifests signs or symptoms of what is usually a recessive condition and ordinarily only is evident in someone who has two copies of the gene. A compound heterozygote has two different mutant forms of a particular gene.')
& concept2words_2(X,heterozygote)
& eukaryote_1(X)
& allele_1(fn_heterozygote_1(X))
& character_1(fn_heterozygote_2(X))
& code_for_1(fn_heterozygote_3(X))
& allele_1(fn_heterozygote_4(X))
& entity_1(fn_code_for_2(fn_heterozygote_3(X)))
& code_for_1(fn_gene_13(fn_heterozygote_4(X)))
& code_for_1(fn_gene_13(fn_heterozygote_1(X)))
& minCardinality(fn_heterozygote_3(X),agent_0,"2",allele_0)
& exactCardinality(fn_heterozygote_3(X),result_0,"1",character_0)
& has_part_2(X,fn_heterozygote_1(X))
& result_2(fn_heterozygote_3(X),fn_heterozygote_2(X))
& agent_2(fn_heterozygote_3(X),fn_heterozygote_4(X))
& agent_2(fn_heterozygote_3(X),fn_heterozygote_1(X))
& fn_heterozygote_2(X) = fn_code_for_2(fn_heterozygote_3(X))
& fn_heterozygote_3(X) = fn_gene_13(fn_heterozygote_4(X))
& fn_heterozygote_3(X) = fn_gene_13(fn_heterozygote_1(X)) ) ) ).
fof(a530109,axiom,
! [X] :
( heterozygote_advantage_1(X)
=> ( original_name_2(X,'Heterozygote-Advantage')
& user_description_2(X,'The situation in which heterozygous individuals have greater reproductive success when compared to homozygous individuals. This tends to preserve multiple alleles in a population.')
& concept2words_2(X,'heterozygous advantage')
& concept2words_2(X,'heterozygous-advantage')
& concept2words_2(X,'advantage of heterozygote')
& concept2words_2(X,'heterozygote advantage')
& concept2words_2(X,'heterozygote-advantage')
& selection_force_1(X) ) ) ).
fof(a530110,axiom,
! [X] :
( heterozygous_1(X)
=> ( original_name_2(X,'Heterozygous')
& user_description_2(X,'Possessing two different alleles for a particular gene.')
& concept2words_2(X,heterozygous)
& genotype_1(X)
& ~ homozygous_1(X)
& allele_1(fn_heterozygous_1(X))
& allele_1(fn_heterozygous_2(X))
& exactCardinality(X,has_part_0,"2",allele_0)
& has_part_2(X,fn_heterozygous_1(X))
& element_2(X,fn_heterozygous_2(X))
& fn_heterozygous_2(X) = fn_gene_related_aggregates_1(X) ) ) ).
fof(a530111,axiom,
! [X] :
( heterozygous_complete_dominant_1(X)
=> ( original_name_2(X,'Heterozygous-Complete-Dominant')
& user_description_2(X,'An individual that has two different alleles for the same gene. One allele is dominant, and one is recessive.')
& concept2words_2(X,'heterozygote complete dominant')
& concept2words_2(X,'heterozygote-complete-dominant')
& concept2words_2(X,'heterozygous complete dominant')
& concept2words_2(X,'heterozygous-complete-dominant')
& heterozygous_1(X) ) ) ).
fof(a530112,axiom,
! [X] :
( heterozygous_female_1(X)
=> ( original_name_2(X,'Heterozygous-Female')
& user_description_2(X,'A female who is heterozygous for an X chromosome gene.')
& concept2words_2(X,'female of heterozygous')
& concept2words_2(X,'heterozygous female')
& concept2words_2(X,'heterozygous-female')
& heterozygous_1(X)
& ~ dominant_male_1(X)
& ~ homozygous_dominant_female_1(X)
& ~ recessive_male_1(X)
& ~ x_dominant_and_y_1(X)
& allele_1(fn_heterozygous_female_1(X))
& x_chromosome_dominant_1(fn_heterozygous_female_2(X))
& x_chromosome_recessive_1(fn_heterozygous_female_3(X))
& allele_1(fn_heterozygous_female_4(X))
& code_for_1(fn_heterozygous_female_5(X))
& element_2(X,fn_heterozygous_female_1(X))
& element_2(X,fn_heterozygous_female_2(X))
& element_2(X,fn_heterozygous_female_3(X))
& donor_2(fn_heterozygous_female_5(X),X)
& agent_2(fn_heterozygous_female_5(X),X)
& element_2(X,fn_heterozygous_female_4(X))
& fn_heterozygous_female_5(X) = fn_genotype_2(X)
& fn_heterozygous_female_4(X) = fn_heterozygous_2(X) ) ) ).
fof(a530113,axiom,
! [X] :
( heterozygous_trait_incomplete_dominance_1(X)
=> ( original_name_2(X,'Heterozygous-Trait-Incomplete-Dominance')
& user_description_2(X,'The phenoype of a heterozygous individual intermediate between the phenotypes of individuals homozygous for either allele.')
& concept2words_2(X,'heterozygous trait incomplete dominance')
& concept2words_2(X,'heterozygous-trait-incomplete-dominance')
& trait_1(X)
& ~ dominant_trait_1(X)
& ~ multifactorial_phenotype_1(X)
& ~ recessive_trait_1(X)
& incomplete_dominance_1(fn_heterozygous_trait_incomplete_dominance_1(X))
& code_for_1(fn_heterozygous_trait_incomplete_dominance_2(X))
& heterozygous_1(fn_heterozygous_trait_incomplete_dominance_3(X))
& entity_1(fn_code_for_1(fn_heterozygous_trait_incomplete_dominance_2(X)))
& code_for_1(fn_genotype_2(fn_heterozygous_trait_incomplete_dominance_3(X)))
& entity_1(fn_code_for_2(fn_heterozygous_trait_incomplete_dominance_2(X)))
& by_means_of_2(fn_heterozygous_trait_incomplete_dominance_2(X),fn_heterozygous_trait_incomplete_dominance_1(X))
& agent_2(fn_heterozygous_trait_incomplete_dominance_2(X),fn_heterozygous_trait_incomplete_dominance_3(X))
& result_2(fn_heterozygous_trait_incomplete_dominance_2(X),X)
& fn_heterozygous_trait_incomplete_dominance_3(X) = fn_code_for_1(fn_heterozygous_trait_incomplete_dominance_2(X))
& fn_heterozygous_trait_incomplete_dominance_2(X) = fn_genotype_2(fn_heterozygous_trait_incomplete_dominance_3(X))
& X = fn_code_for_2(fn_heterozygous_trait_incomplete_dominance_2(X)) ) ) ).
fof(a530114,axiom,
! [X] :
( hexapod_1(X)
=> ( original_name_2(X,'Hexapod')
& user_description_2(X,'A group of arthropods possessing six legs; includes the insects as well as three smaller groups of wingless six-legged animals.')
& concept2words_2(X,hexapod)
& arthropod_1(X)
& ~ cheliceriform_1(X)
& ~ crustacean_1(X)
& ~ daphnia_1(X)
& ~ diplopode_1(X)
& ~ myriapod_1(X)
& ~ trilobite_1(X) ) ) ).
fof(a530115,axiom,
! [X] :
( hexokinase_1(X)
=> ( original_name_2(X,'Hexokinase')
& user_description_2(X,'A hexokinase is an enzyme that phosphorylates a six-carbon sugar, a hexose, to a hexose phosphate.')
& concept2words_2(X,hexokinase)
& transferase_1(X)
& disulfide_bond_1(fn_hexokinase_1(X))
& size_value_1(fn_hexokinase_2(X))
& quantity_value_1(fn_hexokinase_3(X))
& speed_value_1(fn_hexokinase_4(X))
& spatial_entity_1(fn_hexokinase_5(X))
& chemical_entity_1(fn_hexokinase_5(X))
& monomer_1(fn_hexokinase_5(X))
& molecule_1(fn_hexokinase_5(X))
& amino_acid_1(fn_hexokinase_5(X))
& catalyst_1(fn_hexokinase_6(X))
& constant_motion_1(fn_hexokinase_7(X))
& decrease_1(fn_hexokinase_8(X))
& chemical_reaction_1(fn_hexokinase_9(X))
& size_value_1(fn_hexokinase_10(X))
& atom_1(fn_hexokinase_11(X))
& chemical_entity_1(fn_hexokinase_11(X))
& carbon_1(fn_hexokinase_12(X))
& monomer_1(fn_hexokinase_13(X))
& polypeptide_1(fn_hexokinase_14(X))
& active_site_1(fn_hexokinase_15(X))
& carbon_skeleton_1(fn_hexokinase_16(X))
& surface_1(fn_hexokinase_17(X))
& hydrophilic_region_1(fn_hexokinase_18(X))
& protein_domain_1(fn_hexokinase_19(X))
& kinetic_energy_1(fn_hexokinase_20(X))
& protein_1(fn_disulfide_bond_3(fn_hexokinase_1(X)))
& possesses_2(X,fn_hexokinase_1(X))
& possesses_2(X,fn_hexokinase_20(X))
& quantity_2(fn_hexokinase_20(X),fn_hexokinase_3(X))
& directly_proportional_2(fn_hexokinase_4(X),fn_hexokinase_3(X))
& speed_2(fn_hexokinase_7(X),fn_hexokinase_4(X))
& object_2(fn_hexokinase_7(X),X)
& has_function_2(X,fn_hexokinase_8(X))
& enables_2(fn_hexokinase_8(X),fn_hexokinase_9(X))
& has_function_2(X,fn_hexokinase_9(X))
& site_2(fn_hexokinase_9(X),fn_hexokinase_15(X))
& facilitates_2(fn_hexokinase_15(X),fn_hexokinase_9(X))
& in_event_2(fn_hexokinase_6(X),fn_hexokinase_9(X))
& plays_2(X,fn_hexokinase_6(X))
& has_region_2(X,fn_hexokinase_18(X))
& is_at_2(fn_hexokinase_18(X),fn_hexokinase_17(X))
& has_region_2(X,fn_hexokinase_17(X))
& has_part_2(X,fn_hexokinase_14(X))
& has_part_2(fn_hexokinase_14(X),fn_hexokinase_5(X))
& is_at_2(fn_hexokinase_5(X),fn_hexokinase_19(X))
& has_part_2(X,fn_hexokinase_11(X))
& the_scalar_value_2(fn_hexokinase_10(X),big_0)
& scalar_unit_class_2(fn_hexokinase_10(X),polypeptide_0)
& has_region_2(X,fn_hexokinase_15(X))
& size_2(X,fn_hexokinase_10(X))
& greater_than_2(fn_hexokinase_10(X),fn_hexokinase_2(X))
& size_2(fn_hexokinase_13(X),fn_hexokinase_2(X))
& has_part_2(X,fn_hexokinase_13(X))
& has_region_2(X,fn_hexokinase_19(X))
& has_region_2(X,fn_hexokinase_16(X))
& is_inside_2(fn_hexokinase_12(X),fn_hexokinase_16(X))
& has_part_2(X,fn_hexokinase_12(X))
& fn_hexokinase_11(X) != fn_hexokinase_12(X)
& fn_hexokinase_12(X) != fn_hexokinase_11(X)
& X = fn_disulfide_bond_3(fn_hexokinase_1(X))
& fn_hexokinase_7(X) = fn_molecule_8(X)
& fn_hexokinase_4(X) = fn_molecule_3(X)
& fn_hexokinase_3(X) = fn_molecule_4(X)
& fn_hexokinase_20(X) = fn_molecule_12(X)
& fn_hexokinase_8(X) = fn_enzyme_5(X)
& fn_hexokinase_6(X) = fn_enzyme_6(X)
& fn_hexokinase_15(X) = fn_enzyme_2(X)
& fn_hexokinase_9(X) = fn_enzyme_4(X)
& fn_hexokinase_5(X) = fn_protein_14(X)
& fn_hexokinase_14(X) = fn_protein_8(X)
& fn_hexokinase_17(X) = fn_protein_5(X)
& fn_hexokinase_18(X) = fn_protein_1(X)
& fn_hexokinase_5(X) = fn_protein_enzyme_11(X)
& fn_hexokinase_15(X) = fn_protein_enzyme_10(X)
& fn_hexokinase_19(X) = fn_protein_enzyme_5(X)
& fn_hexokinase_13(X) = fn_protein_enzyme_9(X)
& fn_hexokinase_2(X) = fn_protein_enzyme_4(X)
& fn_hexokinase_10(X) = fn_protein_9(X)
& fn_hexokinase_10(X) = fn_protein_enzyme_3(X)
& fn_hexokinase_11(X) = fn_organic_molecule_2(X)
& fn_hexokinase_11(X) = fn_protein_enzyme_8(X)
& fn_hexokinase_12(X) = fn_organic_molecule_1(X)
& fn_hexokinase_12(X) = fn_protein_enzyme_7(X)
& fn_hexokinase_16(X) = fn_organic_molecule_3(X)
& fn_hexokinase_16(X) = fn_protein_enzyme_6(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_1(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_3(X)
& fn_protein_enzyme_6(X) = fn_organic_molecule_3(X)
& fn_organic_molecule_3(X) = fn_protein_enzyme_6(X) ) ) ).
fof(a530116,axiom,
! [X] :
( hexose_1(X)
=> ( original_name_2(X,'Hexose')
& user_description_2(X,'Hexose is a monosaccharide with six carbon atoms, having the chemical formula C6H12O6.')
& concept2words_2(X,hexose)
& monosaccharide_1(X)
& entity_1(fn_hexose_3(X))
& chemical_entity_1(fn_hexose_3(X))
& atom_1(fn_hexose_3(X))
& hydrogen_1(fn_hexose_3(X))
& entity_1(fn_hexose_4(X))
& chemical_entity_1(fn_hexose_4(X))
& atom_1(fn_hexose_4(X))
& oxygen_1(fn_hexose_4(X))
& share_1(fn_hexose_5(X))
& hold_together_1(fn_hexose_6(X))
& share_1(fn_hexose_7(X))
& unequal_sharing_1(fn_hexose_7(X))
& electronegativity_value_1(fn_hexose_8(X))
& electronegativity_value_1(fn_hexose_9(X))
& functional_group_1(fn_hexose_10(X))
& hydroxyl_group_1(fn_hexose_10(X))
& polar_covalent_bond_1(fn_hexose_11(X))
& entity_1(fn_hexose_12(X))
& atom_1(fn_hexose_12(X))
& chemical_entity_1(fn_hexose_12(X))
& oxygen_1(fn_hexose_12(X))
& functional_group_1(fn_hexose_13(X))
& carbonyl_group_1(fn_hexose_13(X))
& covalent_bond_1(fn_hexose_14(X))
& double_bond_1(fn_hexose_14(X))
& unequal_sharing_1(fn_hexose_15(X))
& share_1(fn_hexose_16(X))
& carbon_skeleton_1(fn_hexose_17(X))
& electron_1(fn_hexose_18(X))
& valence_electron_1(fn_hexose_18(X))
& electron_1(fn_hexose_19(X))
& valence_electron_1(fn_hexose_19(X))
& entity_1(fn_hexose_20(X))
& electron_1(fn_hexose_20(X))
& valence_electron_1(fn_hexose_20(X))
& entity_1(fn_hexose_21(X))
& chemical_entity_1(fn_hexose_21(X))
& atom_1(fn_hexose_21(X))
& carbon_1(fn_hexose_21(X))
& entity_1(fn_hexose_22(X))
& electron_1(fn_hexose_22(X))
& valence_electron_1(fn_hexose_22(X))
& attract_1(fn_hexose_23(X))
& share_1(fn_carbonyl_group_5(fn_hexose_13(X)))
& attract_1(fn_covalent_bond_10(fn_hexose_14(X)))
& double_bond_1(fn_carbonyl_group_8(fn_hexose_13(X)))
& valence_electron_1(fn_carbonyl_group_4(fn_hexose_13(X)))
& valence_electron_1(fn_covalent_bond_15(fn_hexose_14(X)))
& valence_electron_1(fn_carbonyl_group_6(fn_hexose_13(X)))
& hold_together_1(fn_covalent_bond_14(fn_hexose_14(X)))
& hold_together_1(fn_carbonyl_group_10(fn_hexose_13(X)))
& entity_1(fn_carbonyl_group_7(fn_hexose_13(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_hexose_13(X)))
& atom_1(fn_carbonyl_group_7(fn_hexose_13(X)))
& carbon_1(fn_carbonyl_group_7(fn_hexose_13(X)))
& valence_electron_1(fn_covalent_bond_18(fn_hexose_14(X)))
& electron_1(fn_hydroxyl_group_8(fn_hexose_10(X)))
& valence_electron_1(fn_hydroxyl_group_8(fn_hexose_10(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_hexose_10(X)))
& share_1(fn_covalent_bond_17(fn_hexose_14(X)))
& unequal_sharing_1(fn_hydroxyl_group_5(fn_hexose_10(X)))
& oxygen_1(fn_carbonyl_group_9(fn_hexose_13(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_hexose_10(X)))
& entity_1(fn_covalent_bond_19(fn_hexose_14(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_hexose_14(X)))
& atom_1(fn_covalent_bond_19(fn_hexose_14(X)))
& entity_1(fn_covalent_bond_20(fn_hexose_14(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_hexose_14(X)))
& atom_1(fn_covalent_bond_20(fn_hexose_14(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_hexose_10(X)))
& chemical_entity_1(fn_functional_group_1(fn_hexose_13(X)))
& chemical_entity_1(fn_functional_group_1(fn_hexose_10(X)))
& fn_hexose_18(X) != fn_hexose_19(X)
& fn_hexose_19(X) != fn_hexose_18(X)
& fn_hexose_19(X) != fn_hexose_20(X)
& fn_hexose_20(X) != fn_hexose_19(X)
& fn_hexose_20(X) != fn_hexose_22(X)
& exactCardinality(X,has_part_0,"6",carbon_0)
& fn_hexose_22(X) != fn_hexose_20(X)
& agent_2(fn_hexose_16(X),fn_hexose_21(X))
& agent_2(fn_hexose_16(X),fn_hexose_12(X))
& object_2(fn_hexose_6(X),fn_hexose_12(X))
& object_2(fn_hexose_7(X),fn_hexose_20(X))
& object_2(fn_hexose_23(X),fn_hexose_20(X))
& object_2(fn_hexose_16(X),fn_hexose_18(X))
& result_2(fn_hexose_16(X),fn_hexose_14(X))
& object_2(fn_hexose_16(X),fn_hexose_22(X))
& result_2(fn_hexose_15(X),fn_hexose_11(X))
& object_2(fn_hexose_23(X),fn_hexose_19(X))
& object_2(fn_hexose_15(X),fn_hexose_20(X))
& object_2(fn_hexose_15(X),fn_hexose_19(X))
& fn_hexose_19(X) != fn_hexose_22(X)
& object_2(fn_hexose_23(X),fn_hexose_22(X))
& fn_hexose_22(X) != fn_hexose_19(X)
& has_part_2(fn_hexose_3(X),fn_hexose_20(X))
& fn_hexose_20(X) != fn_hexose_18(X)
& fn_hexose_18(X) != fn_hexose_20(X)
& the_cardinal_value_2(fn_hexose_8(X),"2.1")
& cardinal_unit_class_2(fn_hexose_8(X),unity_0)
& the_cardinal_value_2(fn_hexose_9(X),"3.44")
& cardinal_unit_class_2(fn_hexose_9(X),unity_0)
& is_inside_2(fn_hexose_12(X),fn_hexose_13(X))
& has_region_2(X,fn_hexose_13(X))
& has_part_2(X,fn_hexose_4(X))
& is_between_2(fn_hexose_11(X),fn_hexose_4(X))
& possesses_2(X,fn_hexose_11(X))
& possesses_2(X,fn_hexose_14(X))
& is_between_2(fn_hexose_14(X),fn_hexose_4(X))
& is_inside_2(fn_hexose_4(X),fn_hexose_10(X))
& has_region_2(X,fn_hexose_10(X))
& has_part_2(X,fn_hexose_3(X))
& electronegativity_2(fn_hexose_3(X),fn_hexose_8(X))
& fn_hexose_8(X) != fn_hexose_9(X)
& electronegativity_2(fn_hexose_12(X),fn_hexose_9(X))
& fn_hexose_9(X) != fn_hexose_8(X)
& fn_hexose_21(X) != fn_hexose_12(X)
& fn_hexose_12(X) != fn_hexose_21(X)
& is_inside_2(fn_hexose_21(X),fn_hexose_17(X))
& has_region_2(X,fn_hexose_17(X))
& has_part_2(X,fn_hexose_12(X))
& fn_hexose_4(X) != fn_hexose_12(X)
& fn_hexose_12(X) != fn_hexose_4(X)
& has_part_2(X,fn_hexose_21(X))
& fn_hexose_3(X) != fn_hexose_21(X)
& fn_hexose_12(X) != fn_hexose_3(X)
& fn_hexose_3(X) != fn_hexose_12(X)
& fn_hexose_21(X) != fn_hexose_3(X)
& is_inside_2(fn_hexose_21(X),fn_hexose_13(X))
& result_2(fn_hexose_5(X),fn_hexose_14(X))
& has_function_2(fn_hexose_14(X),fn_hexose_6(X))
& agent_2(fn_hexose_6(X),fn_hexose_14(X))
& has_part_2(fn_hexose_21(X),fn_hexose_22(X))
& object_2(fn_hexose_5(X),fn_hexose_22(X))
& agent_2(fn_hexose_5(X),fn_hexose_12(X))
& is_between_2(fn_hexose_14(X),fn_hexose_12(X))
& is_between_2(fn_hexose_14(X),fn_hexose_21(X))
& agent_2(fn_hexose_5(X),fn_hexose_21(X))
& object_2(fn_hexose_5(X),fn_hexose_18(X))
& has_part_2(fn_hexose_12(X),fn_hexose_18(X))
& fn_hexose_22(X) != fn_hexose_18(X)
& fn_hexose_18(X) != fn_hexose_22(X)
& is_inside_2(fn_hexose_4(X),fn_hexose_13(X))
& object_2(fn_hexose_6(X),fn_hexose_4(X))
& object_2(fn_hexose_6(X),fn_hexose_21(X))
& fn_hexose_21(X) != fn_hexose_4(X)
& fn_hexose_4(X) != fn_hexose_21(X)
& is_between_2(fn_hexose_11(X),fn_hexose_3(X))
& is_inside_2(fn_hexose_12(X),fn_hexose_10(X))
& is_between_2(fn_hexose_11(X),fn_hexose_12(X))
& result_2(fn_hexose_7(X),fn_hexose_11(X))
& object_2(fn_hexose_7(X),fn_hexose_19(X))
& has_part_2(fn_hexose_4(X),fn_hexose_19(X))
& is_inside_2(fn_hexose_3(X),fn_hexose_10(X))
& agent_2(fn_hexose_7(X),fn_hexose_3(X))
& agent_2(fn_hexose_7(X),fn_hexose_4(X))
& fn_hexose_4(X) != fn_hexose_3(X)
& fn_hexose_3(X) != fn_hexose_4(X)
& fn_hexose_20(X) = fn_covalent_bond_18(fn_hexose_14(X))
& fn_hexose_22(X) = fn_covalent_bond_18(fn_hexose_14(X))
& fn_hexose_16(X) = fn_covalent_bond_17(fn_hexose_14(X))
& fn_hexose_11(X) = fn_carbohydrate_36(X)
& fn_hexose_23(X) = fn_covalent_bond_10(fn_hexose_14(X))
& fn_hexose_23(X) = fn_carbohydrate_14(X)
& fn_hexose_23(X) = fn_carbohydrate_40(X)
& fn_hexose_22(X) = fn_carbohydrate_29(X)
& fn_hexose_19(X) = fn_carbohydrate_31(X)
& fn_hexose_15(X) = fn_carbohydrate_30(X)
& fn_hexose_18(X) = fn_carbohydrate_31(X)
& fn_hexose_20(X) = fn_carbohydrate_29(X)
& fn_hexose_2(X) = fn_monosaccharide_19(X)
& fn_hexose_1(X) = fn_monosaccharide_3(X)
& fn_hexose_11(X) = fn_monosaccharide_12(X)
& X = fn_functional_group_1(fn_hexose_13(X))
& fn_hexose_13(X) = fn_carbohydrate_34(X)
& fn_hexose_13(X) = fn_monosaccharide_17(X)
& X = fn_functional_group_1(fn_hexose_10(X))
& fn_hexose_10(X) = fn_monosaccharide_10(X)
& fn_hexose_14(X) = fn_monosaccharide_16(X)
& fn_hexose_12(X) = fn_monosaccharide_13(X)
& fn_hexose_9(X) = fn_monosaccharide_4(X)
& fn_hexose_8(X) = fn_monosaccharide_7(X)
& fn_hexose_4(X) = fn_monosaccharide_13(X)
& fn_hexose_17(X) = fn_monosaccharide_6(X)
& fn_hexose_12(X) = fn_carbohydrate_39(X)
& fn_hexose_12(X) = fn_monosaccharide_18(X)
& fn_hexose_3(X) = fn_monosaccharide_9(X)
& fn_hexose_21(X) = fn_monosaccharide_5(X)
& fn_hexose_14(X) = fn_carbonyl_group_8(fn_hexose_13(X))
& fn_hexose_12(X) = fn_covalent_bond_20(fn_hexose_14(X))
& fn_hexose_18(X) = fn_covalent_bond_15(fn_hexose_14(X))
& fn_hexose_12(X) = fn_carbonyl_group_9(fn_hexose_13(X))
& fn_hexose_22(X) = fn_carbonyl_group_4(fn_hexose_13(X))
& fn_hexose_18(X) = fn_carbonyl_group_6(fn_hexose_13(X))
& fn_hexose_5(X) = fn_carbonyl_group_5(fn_hexose_13(X))
& fn_hexose_6(X) = fn_covalent_bond_14(fn_hexose_14(X))
& fn_hexose_21(X) = fn_covalent_bond_19(fn_hexose_14(X))
& fn_hexose_6(X) = fn_carbonyl_group_10(fn_hexose_13(X))
& fn_hexose_21(X) = fn_carbonyl_group_7(fn_hexose_13(X))
& fn_hexose_4(X) = fn_carbonyl_group_9(fn_hexose_13(X))
& fn_hexose_19(X) = fn_covalent_bond_18(fn_hexose_14(X))
& fn_hexose_19(X) = fn_hydroxyl_group_8(fn_hexose_10(X))
& fn_hexose_11(X) = fn_hydroxyl_group_7(fn_hexose_10(X))
& fn_hexose_12(X) = fn_hydroxyl_group_4(fn_hexose_10(X))
& fn_hexose_4(X) = fn_covalent_bond_20(fn_hexose_14(X))
& fn_hexose_7(X) = fn_covalent_bond_17(fn_hexose_14(X))
& fn_hexose_3(X) = fn_covalent_bond_19(fn_hexose_14(X))
& fn_hexose_7(X) = fn_hydroxyl_group_5(fn_hexose_10(X))
& fn_hexose_3(X) = fn_covalent_bond_20(fn_hexose_14(X))
& fn_hexose_4(X) = fn_covalent_bond_19(fn_hexose_14(X))
& fn_hexose_4(X) = fn_carbohydrate_38(X)
& fn_hexose_4(X) = fn_hydroxyl_group_4(fn_hexose_10(X))
& fn_hexose_3(X) = fn_carbohydrate_32(X)
& fn_hexose_10(X) = fn_carbohydrate_33(X)
& fn_hexose_3(X) = fn_hydroxyl_group_6(fn_hexose_10(X))
& fn_covalent_bond_10(fn_hexose_14(X)) = fn_covalent_bond_10(fn_hexose_14(X))
& fn_covalent_bond_10(fn_hexose_14(X)) = fn_carbohydrate_14(X)
& fn_carbohydrate_14(X) = fn_carbohydrate_14(X)
& fn_carbohydrate_14(X) = fn_carbohydrate_40(X)
& fn_carbohydrate_40(X) = fn_covalent_bond_18(fn_hexose_14(X))
& fn_covalent_bond_18(fn_hexose_14(X)) = fn_covalent_bond_18(fn_hexose_14(X))
& fn_carbohydrate_29(X) = fn_monosaccharide_16(X)
& fn_monosaccharide_16(X) = fn_monosaccharide_16(X)
& fn_monosaccharide_16(X) = fn_carbonyl_group_8(fn_hexose_13(X))
& fn_carbonyl_group_8(fn_hexose_13(X)) = fn_carbonyl_group_8(fn_hexose_13(X))
& fn_carbonyl_group_8(fn_hexose_13(X)) = fn_covalent_bond_18(fn_hexose_14(X))
& fn_covalent_bond_18(fn_hexose_14(X)) = fn_carbohydrate_29(X)
& fn_carbohydrate_29(X) = fn_carbohydrate_29(X)
& fn_carbohydrate_29(X) = fn_carbonyl_group_4(fn_hexose_13(X))
& fn_carbonyl_group_4(fn_hexose_13(X)) = fn_carbonyl_group_4(fn_hexose_13(X))
& fn_carbonyl_group_4(fn_hexose_13(X)) = fn_covalent_bond_15(fn_hexose_14(X))
& fn_carbohydrate_31(X) = fn_covalent_bond_15(fn_hexose_14(X))
& fn_covalent_bond_15(fn_hexose_14(X)) = fn_carbohydrate_31(X)
& fn_carbohydrate_31(X) = fn_carbonyl_group_6(fn_hexose_13(X))
& fn_carbonyl_group_6(fn_hexose_13(X)) = fn_carbonyl_group_6(fn_hexose_13(X))
& fn_carbonyl_group_6(fn_hexose_13(X)) = fn_covalent_bond_14(fn_hexose_14(X))
& fn_covalent_bond_14(fn_hexose_14(X)) = fn_covalent_bond_14(fn_hexose_14(X))
& fn_carbonyl_group_10(fn_hexose_13(X)) = fn_covalent_bond_14(fn_hexose_14(X))
& fn_covalent_bond_14(fn_hexose_14(X)) = fn_carbonyl_group_10(fn_hexose_13(X))
& fn_carbonyl_group_10(fn_hexose_13(X)) = fn_carbonyl_group_10(fn_hexose_13(X))
& fn_carbonyl_group_10(fn_hexose_13(X)) = fn_covalent_bond_19(fn_hexose_14(X))
& fn_monosaccharide_5(X) = fn_covalent_bond_19(fn_hexose_14(X))
& fn_covalent_bond_19(fn_hexose_14(X)) = fn_monosaccharide_5(X)
& fn_monosaccharide_5(X) = fn_monosaccharide_5(X)
& fn_monosaccharide_5(X) = fn_carbonyl_group_7(fn_hexose_13(X))
& fn_carbonyl_group_7(fn_hexose_13(X)) = fn_carbonyl_group_7(fn_hexose_13(X))
& fn_carbonyl_group_7(fn_hexose_13(X)) = fn_carbohydrate_34(X)
& fn_monosaccharide_17(X) = fn_carbohydrate_34(X)
& fn_carbohydrate_34(X) = fn_monosaccharide_17(X)
& fn_monosaccharide_17(X) = fn_covalent_bond_18(fn_hexose_14(X))
& fn_carbohydrate_31(X) = fn_covalent_bond_18(fn_hexose_14(X))
& fn_covalent_bond_18(fn_hexose_14(X)) = fn_carbohydrate_31(X)
& fn_carbohydrate_31(X) = fn_carbohydrate_31(X)
& fn_carbohydrate_31(X) = fn_hydroxyl_group_8(fn_hexose_10(X))
& fn_hydroxyl_group_8(fn_hexose_10(X)) = fn_hydroxyl_group_8(fn_hexose_10(X))
& fn_hydroxyl_group_8(fn_hexose_10(X)) = fn_carbohydrate_36(X)
& fn_carbohydrate_36(X) = fn_monosaccharide_12(X)
& fn_monosaccharide_12(X) = fn_monosaccharide_12(X)
& fn_monosaccharide_12(X) = fn_hydroxyl_group_7(fn_hexose_10(X))
& fn_hydroxyl_group_7(fn_hexose_10(X)) = fn_hydroxyl_group_7(fn_hexose_10(X))
& fn_hydroxyl_group_7(fn_hexose_10(X)) = fn_covalent_bond_20(fn_hexose_14(X))
& fn_carbohydrate_39(X) = fn_covalent_bond_20(fn_hexose_14(X))
& fn_covalent_bond_20(fn_hexose_14(X)) = fn_carbohydrate_39(X)
& fn_monosaccharide_13(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_monosaccharide_13(X)
& fn_monosaccharide_18(X) = fn_monosaccharide_13(X)
& fn_monosaccharide_13(X) = fn_monosaccharide_18(X)
& fn_monosaccharide_18(X) = fn_monosaccharide_18(X)
& fn_monosaccharide_18(X) = fn_carbonyl_group_9(fn_hexose_13(X))
& fn_hydroxyl_group_4(fn_hexose_10(X)) = fn_covalent_bond_17(fn_hexose_14(X))
& fn_hydroxyl_group_5(fn_hexose_10(X)) = fn_hydroxyl_group_5(fn_hexose_10(X))
& fn_hydroxyl_group_5(fn_hexose_10(X)) = fn_covalent_bond_17(fn_hexose_14(X))
& fn_covalent_bond_17(fn_hexose_14(X)) = fn_hydroxyl_group_5(fn_hexose_10(X))
& fn_hydroxyl_group_5(fn_hexose_10(X)) = fn_covalent_bond_20(fn_hexose_14(X))
& fn_covalent_bond_20(fn_hexose_14(X)) = fn_covalent_bond_19(fn_hexose_14(X))
& fn_covalent_bond_19(fn_hexose_14(X)) = fn_covalent_bond_19(fn_hexose_14(X))
& fn_carbohydrate_38(X) = fn_covalent_bond_19(fn_hexose_14(X))
& fn_covalent_bond_19(fn_hexose_14(X)) = fn_carbohydrate_38(X)
& fn_monosaccharide_13(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_monosaccharide_13(X)
& fn_monosaccharide_13(X) = fn_monosaccharide_13(X)
& fn_monosaccharide_13(X) = fn_carbonyl_group_9(fn_hexose_13(X))
& fn_carbonyl_group_9(fn_hexose_13(X)) = fn_carbonyl_group_9(fn_hexose_13(X))
& fn_carbonyl_group_9(fn_hexose_13(X)) = fn_hydroxyl_group_4(fn_hexose_10(X))
& fn_hydroxyl_group_4(fn_hexose_10(X)) = fn_hydroxyl_group_4(fn_hexose_10(X))
& fn_hydroxyl_group_4(fn_hexose_10(X)) = fn_carbohydrate_33(X)
& fn_carbohydrate_33(X) = fn_monosaccharide_10(X)
& fn_monosaccharide_10(X) = fn_monosaccharide_10(X)
& fn_monosaccharide_10(X) = fn_carbohydrate_33(X)
& fn_carbohydrate_33(X) = fn_covalent_bond_19(fn_hexose_14(X))
& fn_covalent_bond_19(fn_hexose_14(X)) = fn_covalent_bond_20(fn_hexose_14(X))
& fn_covalent_bond_20(fn_hexose_14(X)) = fn_covalent_bond_20(fn_hexose_14(X))
& fn_carbohydrate_32(X) = fn_covalent_bond_20(fn_hexose_14(X))
& fn_covalent_bond_20(fn_hexose_14(X)) = fn_carbohydrate_32(X)
& fn_monosaccharide_9(X) = fn_carbohydrate_32(X)
& fn_carbohydrate_32(X) = fn_carbohydrate_32(X)
& fn_carbohydrate_32(X) = fn_monosaccharide_9(X)
& fn_monosaccharide_9(X) = fn_monosaccharide_9(X)
& fn_monosaccharide_9(X) = fn_hydroxyl_group_6(fn_hexose_10(X))
& fn_hydroxyl_group_6(fn_hexose_10(X)) = fn_hydroxyl_group_6(fn_hexose_10(X))
& fn_functional_group_1(fn_hexose_13(X)) = fn_functional_group_1(fn_hexose_10(X)) ) ) ).
fof(a530117,axiom,
! [X] :
( hibernation_1(X)
=> ( original_name_2(X,'Hibernation')
& user_description_2(X,'A state of decreased metabolic rate, body temperature, and activity in mammals. Hibernation occurs in the winter and conserves energy at a time when food is scarce.')
& concept2words_2(X,hibernate)
& concept2words_2(X,hibernation)
& homeostatic_response_1(X)
& ~ acclimatization_1(X)
& ~ biological_clock_1(X)
& ~ negative_feedback_1(X)
& ~ plant_response_1(X)
& ~ thermoregulation_1(X)
& temperature_value_1(fn_hibernation_2(X))
& air_1(fn_hibernation_3(X))
& rate_value_1(fn_hibernation_4(X))
& activity_1(fn_hibernation_5(X))
& activate_1(fn_hibernation_7(X))
& oxidation_1(fn_hibernation_8(X))
& fat_1(fn_hibernation_9(X))
& chemical_entity_1(fn_hibernation_10(X))
& mammal_1(fn_hibernation_12(X))
& temperature_value_1(fn_hibernation_13(X))
& brown_fat_1(fn_hibernation_14(X))
& uncoupling_protein_1(fn_hibernation_15(X))
& entity_1(fn_make_accessible_1(fn_hibernation_7(X)))
& tissue_1(fn_eumetazoan_20(fn_hibernation_12(X)))
& chemical_entity_1(fn_oxidation_10(fn_hibernation_8(X)))
& chemical_entity_1(fn_oxidation_7(fn_hibernation_8(X)))
& property_node_1(fn_mammal_100(fn_hibernation_12(X)))
& temperature_value_1(fn_mammal_90(fn_hibernation_12(X)))
& rate_2(fn_hibernation_5(X),fn_hibernation_4(X))
& agent_2(fn_hibernation_5(X),fn_hibernation_12(X))
& the_scalar_value_2(fn_hibernation_4(X),slow_0)
& scalar_unit_class_2(fn_hibernation_4(X),event_0)
& subevent_2(X,fn_hibernation_7(X))
& experiencer_2(X,fn_hibernation_12(X))
& temperature_2(fn_hibernation_3(X),fn_hibernation_2(X))
& the_scalar_value_2(fn_hibernation_13(X),low_0)
& scalar_unit_class_2(fn_hibernation_13(X),mammal_0)
& greater_than_2(fn_hibernation_13(X),fn_hibernation_2(X))
& has_function_2(fn_hibernation_10(X),fn_hibernation_8(X))
& causes_2(fn_hibernation_7(X),fn_hibernation_8(X))
& object_2(fn_hibernation_7(X),fn_hibernation_15(X))
& donor_2(fn_hibernation_8(X),fn_hibernation_9(X))
& has_part_2(fn_hibernation_12(X),fn_hibernation_14(X))
& recipient_2(fn_hibernation_8(X),fn_hibernation_10(X))
& fn_hibernation_9(X) != fn_hibernation_10(X)
& fn_hibernation_10(X) != fn_hibernation_9(X)
& temperature_2(fn_hibernation_12(X),fn_hibernation_13(X))
& fn_hibernation_15(X) = fn_make_accessible_1(fn_hibernation_7(X))
& fn_hibernation_14(X) = fn_eumetazoan_20(fn_hibernation_12(X))
& fn_hibernation_9(X) = fn_oxidation_10(fn_hibernation_8(X))
& fn_hibernation_10(X) = fn_oxidation_7(fn_hibernation_8(X))
& fn_hibernation_11(X) = fn_mammal_100(fn_hibernation_12(X))
& fn_hibernation_13(X) = fn_mammal_90(fn_hibernation_12(X)) ) ) ).
fof(a530118,axiom,
! [X] :
( high_density_lipoprotein_1(X)
=> ( original_name_2(X,'High-Density-Lipoprotein')
& user_description_2(X,'One of five groups of lipoproteins that allow lipids such as triglycerides and cholesterol to be transported in the aqueous environment of blood.')
& concept2words_2(X,hdl)
& concept2words_2(X,'high density lipoprotein')
& concept2words_2(X,'high-density-lipoprotein')
& lipoprotein_1(X)
& ~ low_density_lipoprotein_1(X) ) ) ).
fof(a530119,axiom,
! [X] :
( hindbrain_1(X)
=> ( original_name_2(X,'Hindbrain')
& user_description_2(X,'The most posterior of the three embryonic and ancestral regions of the vertebrate brain. It develops into the cerebellum, pons, and medulla oblongata.')
& concept2words_2(X,rhombencephalon)
& concept2words_2(X,hindbrain)
& embryonic_brain_region_1(X)
& ~ reticular_formation_1(X)
& ~ primary_visual_cortex_1(X)
& ~ brainstem_1(X)
& ~ cerebellum_1(X)
& ~ cerebrum_1(X)
& ~ forebrain_1(X)
& ~ hypothalamus_1(X)
& ~ medulla_oblongata_1(X)
& ~ midbrain_1(X)
& ~ pons_1(X)
& ~ posterior_pituitary_1(X)
& ~ primary_motor_cortex_1(X)
& ~ reticular_system_1(X)
& ~ suprachiasmatic_nucleus_1(X)
& ~ thalamus_1(X)
& ~ lateral_geniculate_1(X)
& ~ corpus_callosum_1(X)
& ~ cerebral_cortex_1(X) ) ) ).
fof(a530120,axiom,
! [X] :
( hindgut_1(X)
=> ( original_name_2(X,'Hindgut')
& user_description_2(X,'Posterior (hindmost) region of the alimentary canal in some animals which consists of the rectum and anus.')
& concept2words_2(X,hindgut)
& animal_space_1(X) ) ) ).
fof(a530121,axiom,
! [X] :
( hinge_joint_1(X)
=> ( original_name_2(X,'Hinge-Joint')
& user_description_2(X,'A joint between two bones in which the bones are articulated so as to allow freedom of movement in a single plane only.')
& concept2words_2(X,'joint of hinge')
& concept2words_2(X,'hinge joint')
& concept2words_2(X,'hinge-joint')
& joint_1(X)
& ~ ball_and_socket_joint_1(X)
& ~ pivot_joint_1(X) ) ) ).
fof(a530122,axiom,
! [X] :
( hirudinea_1(X)
=> ( original_name_2(X,'Hirudinea')
& user_description_2(X,'Annelid taxon that includes the leeches.')
& concept2words_2(X,hirudinea)
& annelid_1(X) ) ) ).
fof(a530123,axiom,
! [X] :
( histamine_1(X)
=> ( original_name_2(X,'Histamine')
& user_description_2(X,'A substance released by the degranulation of mast cells. Histamine causes the dilation of blood vessels and triggers inflammatory and allergic responses.')
& concept2words_2(X,histamine)
& hormone_1(X) ) ) ).
fof(a530124,axiom,
! [X] :
( histidine_1(X)
=> ( original_name_2(X,'Histidine')
& user_description_2(X,'One of the 20 most common amino acids that make up proteins.')
& concept2words_2(X,histidine)
& basic_amino_acid_1(X)
& share_1(fn_histidine_1(X))
& hold_1(fn_histidine_2(X))
& hold_together_1(fn_histidine_2(X))
& hold_1(fn_histidine_3(X))
& hold_together_1(fn_histidine_3(X))
& hold_1(fn_histidine_4(X))
& hold_together_1(fn_histidine_4(X))
& hold_1(fn_histidine_5(X))
& hold_together_1(fn_histidine_5(X))
& hold_together_1(fn_histidine_6(X))
& hold_1(fn_histidine_7(X))
& hold_together_1(fn_histidine_7(X))
& polar_side_chain_1(fn_histidine_8(X))
& hydrophilic_region_1(fn_histidine_9(X))
& end_1(fn_histidine_10(X))
& positively_charged_region_1(fn_histidine_11(X))
& single_bond_1(fn_histidine_12(X))
& covalent_bond_1(fn_histidine_12(X))
& kinetic_energy_1(fn_histidine_13(X))
& tangible_entity_1(fn_histidine_14(X))
& entity_1(fn_histidine_14(X))
& chemical_entity_1(fn_histidine_14(X))
& atom_1(fn_histidine_14(X))
& carbon_1(fn_histidine_14(X))
& entity_1(fn_histidine_15(X))
& chemical_entity_1(fn_histidine_15(X))
& atom_1(fn_histidine_15(X))
& hydrogen_1(fn_histidine_15(X))
& tangible_entity_1(fn_histidine_16(X))
& entity_1(fn_histidine_16(X))
& oxygen_1(fn_histidine_16(X))
& tangible_entity_1(fn_histidine_17(X))
& entity_1(fn_histidine_17(X))
& oxygen_1(fn_histidine_17(X))
& entity_1(fn_histidine_18(X))
& chemical_entity_1(fn_histidine_18(X))
& atom_1(fn_histidine_18(X))
& hydrogen_1(fn_histidine_18(X))
& chemical_entity_1(fn_histidine_19(X))
& tangible_entity_1(fn_histidine_19(X))
& entity_1(fn_histidine_19(X))
& atom_1(fn_histidine_19(X))
& nitrogen_1(fn_histidine_19(X))
& constant_motion_1(fn_histidine_20(X))
& carbon_skeleton_1(fn_histidine_21(X))
& functional_group_1(fn_histidine_22(X))
& carboxyl_group_1(fn_histidine_22(X))
& functional_group_1(fn_histidine_23(X))
& amino_group_1(fn_histidine_23(X))
& quantity_value_1(fn_histidine_24(X))
& speed_value_1(fn_histidine_25(X))
& electron_shell_1(fn_histidine_26(X))
& electron_shell_1(fn_histidine_27(X))
& electron_shell_1(fn_histidine_28(X))
& electron_1(fn_histidine_29(X))
& valence_electron_1(fn_histidine_30(X))
& atomic_nucleus_1(fn_histidine_31(X))
& hold_1(fn_histidine_32(X))
& hold_together_1(fn_histidine_32(X))
& electron_shell_1(fn_histidine_33(X))
& electron_shell_1(fn_histidine_34(X))
& atomic_nucleus_1(fn_histidine_35(X))
& valence_electron_1(fn_histidine_36(X))
& share_1(fn_histidine_37(X))
& hold_together_1(fn_histidine_38(X))
& hold_1(fn_histidine_39(X))
& hold_together_1(fn_histidine_39(X))
& hold_1(fn_histidine_40(X))
& hold_together_1(fn_histidine_40(X))
& hold_together_1(fn_histidine_41(X))
& share_1(fn_histidine_42(X))
& electron_1(fn_atomic_nucleus_8(fn_histidine_35(X)))
& hold_together_1(fn_covalent_bond_14(fn_histidine_12(X)))
& electron_shell_1(fn_covalent_bond_12(fn_histidine_12(X)))
& electron_shell_1(fn_covalent_bond_11(fn_histidine_12(X)))
& entity_1(fn_covalent_bond_20(fn_histidine_12(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_histidine_12(X)))
& atom_1(fn_covalent_bond_20(fn_histidine_12(X)))
& entity_1(fn_covalent_bond_19(fn_histidine_12(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_histidine_12(X)))
& atom_1(fn_covalent_bond_19(fn_histidine_12(X)))
& share_1(fn_covalent_bond_17(fn_histidine_12(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_histidine_12(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_histidine_12(X)))
& valence_electron_1(fn_covalent_bond_15(fn_histidine_12(X)))
& valence_electron_1(fn_covalent_bond_18(fn_histidine_12(X)))
& fn_histidine_36(X) != fn_histidine_29(X)
& fn_histidine_29(X) != fn_histidine_36(X)
& is_near_2(fn_histidine_29(X),fn_histidine_35(X))
& is_near_2(fn_histidine_35(X),fn_histidine_29(X))
& fn_histidine_28(X) != fn_histidine_27(X)
& fn_histidine_27(X) != fn_histidine_28(X)
& object_2(fn_histidine_1(X),fn_histidine_30(X))
& agent_2(fn_histidine_38(X),fn_histidine_12(X))
& object_2(fn_histidine_38(X),fn_histidine_18(X))
& agent_2(fn_histidine_1(X),fn_histidine_18(X))
& agent_2(fn_histidine_1(X),fn_histidine_19(X))
& object_2(fn_histidine_38(X),fn_histidine_19(X))
& object_2(fn_histidine_37(X),fn_histidine_36(X))
& result_2(fn_histidine_42(X),fn_histidine_12(X))
& object_2(fn_histidine_32(X),fn_histidine_18(X))
& agent_2(fn_histidine_37(X),fn_histidine_19(X))
& agent_2(fn_histidine_37(X),fn_histidine_18(X))
& object_2(fn_histidine_5(X),fn_histidine_18(X))
& has_region_2(fn_histidine_19(X),fn_histidine_34(X))
& has_part_2(fn_histidine_18(X),fn_histidine_30(X))
& object_2(fn_histidine_32(X),fn_histidine_16(X))
& has_region_2(fn_histidine_17(X),fn_histidine_26(X))
& object_2(fn_histidine_37(X),fn_histidine_30(X))
& result_2(fn_histidine_37(X),fn_histidine_12(X))
& has_region_2(fn_histidine_14(X),fn_histidine_27(X))
& fn_histidine_26(X) != fn_histidine_27(X)
& fn_histidine_27(X) != fn_histidine_26(X)
& object_2(fn_histidine_42(X),fn_histidine_36(X))
& has_part_2(fn_histidine_19(X),fn_histidine_36(X))
& has_region_2(fn_histidine_19(X),fn_histidine_35(X))
& fn_histidine_30(X) != fn_histidine_36(X)
& fn_histidine_36(X) != fn_histidine_30(X)
& object_2(fn_histidine_6(X),fn_histidine_18(X))
& object_2(fn_histidine_6(X),fn_histidine_16(X))
& object_2(fn_histidine_7(X),fn_histidine_16(X))
& object_2(fn_histidine_7(X),fn_histidine_18(X))
& has_region_2(fn_histidine_18(X),fn_histidine_31(X))
& agent_2(fn_histidine_42(X),fn_histidine_19(X))
& agent_2(fn_histidine_42(X),fn_histidine_18(X))
& has_region_2(fn_histidine_18(X),fn_histidine_33(X))
& fn_histidine_34(X) != fn_histidine_33(X)
& fn_histidine_33(X) != fn_histidine_34(X)
& has_part_2(X,fn_histidine_16(X))
& has_part_2(X,fn_histidine_15(X))
& has_part_2(X,fn_histidine_19(X))
& has_region_2(X,fn_histidine_23(X))
& is_inside_2(fn_histidine_17(X),fn_histidine_22(X))
& object_2(fn_histidine_39(X),fn_histidine_14(X))
& object_2(fn_histidine_39(X),fn_histidine_17(X))
& has_part_2(X,fn_histidine_17(X))
& possesses_2(X,fn_histidine_12(X))
& is_between_2(fn_histidine_12(X),fn_histidine_18(X))
& object_2(fn_histidine_7(X),fn_histidine_17(X))
& object_2(fn_histidine_7(X),fn_histidine_14(X))
& has_part_2(X,fn_histidine_14(X))
& has_region_2(X,fn_histidine_22(X))
& is_inside_2(fn_histidine_15(X),fn_histidine_22(X))
& object_2(fn_histidine_32(X),fn_histidine_17(X))
& object_2(fn_histidine_32(X),fn_histidine_14(X))
& object_2(fn_histidine_6(X),fn_histidine_14(X))
& object_2(fn_histidine_6(X),fn_histidine_17(X))
& object_2(fn_histidine_5(X),fn_histidine_17(X))
& object_2(fn_histidine_4(X),fn_histidine_16(X))
& object_2(fn_histidine_4(X),fn_histidine_18(X))
& is_inside_2(fn_histidine_18(X),fn_histidine_23(X))
& is_inside_2(fn_histidine_19(X),fn_histidine_23(X))
& is_between_2(fn_histidine_12(X),fn_histidine_19(X))
& object_2(fn_histidine_39(X),fn_histidine_18(X))
& object_2(fn_histidine_39(X),fn_histidine_16(X))
& has_region_2(fn_histidine_16(X),fn_histidine_26(X))
& fn_histidine_28(X) != fn_histidine_26(X)
& fn_histidine_26(X) != fn_histidine_28(X)
& object_2(fn_histidine_3(X),fn_histidine_17(X))
& object_2(fn_histidine_3(X),fn_histidine_18(X))
& has_part_2(X,fn_histidine_18(X))
& fn_histidine_19(X) != fn_histidine_18(X)
& fn_histidine_18(X) != fn_histidine_19(X)
& object_2(fn_histidine_40(X),fn_histidine_17(X))
& object_2(fn_histidine_40(X),fn_histidine_14(X))
& object_2(fn_histidine_5(X),fn_histidine_14(X))
& object_2(fn_histidine_5(X),fn_histidine_16(X))
& is_inside_2(fn_histidine_16(X),fn_histidine_22(X))
& object_2(fn_histidine_3(X),fn_histidine_16(X))
& object_2(fn_histidine_3(X),fn_histidine_14(X))
& object_2(fn_histidine_4(X),fn_histidine_14(X))
& object_2(fn_histidine_4(X),fn_histidine_17(X))
& has_region_2(fn_histidine_17(X),fn_histidine_28(X))
& object_2(fn_histidine_40(X),fn_histidine_18(X))
& object_2(fn_histidine_40(X),fn_histidine_16(X))
& has_region_2(fn_histidine_16(X),fn_histidine_28(X))
& fn_histidine_17(X) != fn_histidine_16(X)
& fn_histidine_16(X) != fn_histidine_17(X)
& object_2(fn_histidine_2(X),fn_histidine_17(X))
& object_2(fn_histidine_2(X),fn_histidine_18(X))
& fn_histidine_18(X) != fn_histidine_15(X)
& fn_histidine_15(X) != fn_histidine_18(X)
& fn_histidine_19(X) != fn_histidine_15(X)
& fn_histidine_15(X) != fn_histidine_19(X)
& object_2(fn_histidine_41(X),fn_histidine_18(X))
& object_2(fn_histidine_41(X),fn_histidine_17(X))
& fn_histidine_17(X) != fn_histidine_15(X)
& fn_histidine_14(X) != fn_histidine_17(X)
& fn_histidine_17(X) != fn_histidine_14(X)
& fn_histidine_15(X) != fn_histidine_17(X)
& object_2(fn_histidine_2(X),fn_histidine_14(X))
& object_2(fn_histidine_2(X),fn_histidine_16(X))
& fn_histidine_16(X) != fn_histidine_15(X)
& fn_histidine_15(X) != fn_histidine_14(X)
& fn_histidine_14(X) != fn_histidine_18(X)
& fn_histidine_15(X) != fn_histidine_16(X)
& fn_histidine_14(X) != fn_histidine_15(X)
& fn_histidine_18(X) != fn_histidine_14(X)
& object_2(fn_histidine_41(X),fn_histidine_14(X))
& object_2(fn_histidine_41(X),fn_histidine_16(X))
& fn_histidine_16(X) != fn_histidine_14(X)
& fn_histidine_14(X) != fn_histidine_16(X)
& fn_histidine_19(X) != fn_histidine_14(X)
& fn_histidine_14(X) != fn_histidine_19(X)
& has_region_2(X,fn_histidine_21(X))
& is_inside_2(fn_histidine_14(X),fn_histidine_21(X))
& is_inside_2(fn_histidine_14(X),fn_histidine_22(X))
& has_function_2(fn_histidine_12(X),fn_histidine_38(X))
& object_2(fn_histidine_42(X),fn_histidine_30(X))
& result_2(fn_histidine_1(X),fn_histidine_12(X))
& object_2(fn_histidine_1(X),fn_histidine_36(X))
& is_near_2(fn_histidine_36(X),fn_histidine_35(X))
& fn_histidine_35(X) != fn_histidine_31(X)
& is_near_2(fn_histidine_31(X),fn_histidine_30(X))
& is_near_2(fn_histidine_35(X),fn_histidine_36(X))
& fn_histidine_31(X) != fn_histidine_35(X)
& is_near_2(fn_histidine_30(X),fn_histidine_31(X))
& fn_histidine_29(X) = fn_atomic_nucleus_8(fn_histidine_35(X))
& fn_histidine_28(X) = fn_covalent_bond_11(fn_histidine_12(X))
& fn_histidine_30(X) = fn_covalent_bond_18(fn_histidine_12(X))
& fn_histidine_19(X) = fn_covalent_bond_19(fn_histidine_12(X))
& fn_histidine_18(X) = fn_covalent_bond_20(fn_histidine_12(X))
& fn_histidine_32(X) = fn_hydrophilic_amino_acid_7(X)
& fn_histidine_5(X) = fn_hydrophilic_amino_acid_1(X)
& fn_histidine_32(X) = fn_hydrophilic_amino_acid_15(X)
& fn_histidine_17(X) = fn_hydrophilic_amino_acid_31(X)
& fn_histidine_37(X) = fn_hydrophilic_amino_acid_8(X)
& fn_histidine_26(X) = fn_hydrophilic_amino_acid_21(X)
& fn_histidine_27(X) = fn_covalent_bond_12(fn_histidine_12(X))
& fn_histidine_27(X) = fn_hydrophilic_amino_acid_20(X)
& fn_histidine_35(X) = fn_hydrophilic_amino_acid_13(X)
& fn_histidine_30(X) = fn_hydrophilic_amino_acid_11(X)
& fn_histidine_36(X) = fn_hydrophilic_amino_acid_12(X)
& fn_histidine_31(X) = fn_hydrophilic_amino_acid_9(X)
& fn_histidine_7(X) = fn_hydrophilic_amino_acid_7(X)
& fn_histidine_16(X) = fn_hydrophilic_amino_acid_31(X)
& fn_histidine_6(X) = fn_hydrophilic_amino_acid_1(X)
& fn_histidine_34(X) = fn_hydrophilic_amino_acid_14(X)
& fn_histidine_33(X) = fn_hydrophilic_amino_acid_10(X)
& fn_histidine_42(X) = fn_hydrophilic_amino_acid_8(X)
& fn_histidine_43(X) = fn_basic_amino_acid_4(X)
& fn_histidine_44(X) = fn_basic_amino_acid_5(X)
& fn_histidine_13(X) = fn_basic_amino_acid_7(X)
& fn_histidine_24(X) = fn_basic_amino_acid_11(X)
& fn_histidine_25(X) = fn_basic_amino_acid_10(X)
& fn_histidine_20(X) = fn_basic_amino_acid_8(X)
& fn_histidine_39(X) = fn_basic_amino_acid_44(X)
& fn_histidine_7(X) = fn_basic_amino_acid_45(X)
& fn_histidine_5(X) = fn_basic_amino_acid_43(X)
& fn_histidine_6(X) = fn_basic_amino_acid_42(X)
& fn_histidine_32(X) = fn_basic_amino_acid_21(X)
& fn_histidine_12(X) = fn_hydrophilic_amino_acid_28(X)
& fn_histidine_12(X) = fn_basic_amino_acid_46(X)
& fn_histidine_18(X) = fn_hydrophilic_amino_acid_30(X)
& fn_histidine_23(X) = fn_hydrophilic_amino_acid_25(X)
& fn_histidine_23(X) = fn_basic_amino_acid_47(X)
& fn_histidine_4(X) = fn_basic_amino_acid_45(X)
& fn_histidine_26(X) = fn_basic_amino_acid_26(X)
& fn_histidine_39(X) = fn_basic_amino_acid_20(X)
& fn_histidine_18(X) = fn_basic_amino_acid_35(X)
& fn_histidine_18(X) = fn_covalent_bond_19(fn_histidine_12(X))
& fn_histidine_3(X) = fn_basic_amino_acid_44(X)
& fn_histidine_5(X) = fn_basic_amino_acid_20(X)
& fn_histidine_40(X) = fn_basic_amino_acid_16(X)
& fn_histidine_4(X) = fn_basic_amino_acid_15(X)
& fn_histidine_3(X) = fn_basic_amino_acid_14(X)
& fn_histidine_28(X) = fn_basic_amino_acid_25(X)
& fn_histidine_40(X) = fn_basic_amino_acid_13(X)
& fn_histidine_19(X) = fn_hydrophilic_amino_acid_29(X)
& fn_histidine_15(X) = fn_hydrophilic_amino_acid_33(X)
& fn_histidine_15(X) = fn_basic_amino_acid_32(X)
& fn_histidine_2(X) = fn_basic_amino_acid_14(X)
& fn_histidine_17(X) = fn_basic_amino_acid_33(X)
& fn_histidine_17(X) = fn_basic_amino_acid_34(X)
& fn_histidine_18(X) = fn_hydrophilic_amino_acid_33(X)
& fn_histidine_18(X) = fn_basic_amino_acid_32(X)
& fn_histidine_15(X) = fn_basic_amino_acid_35(X)
& fn_histidine_16(X) = fn_basic_amino_acid_34(X)
& fn_histidine_2(X) = fn_basic_amino_acid_13(X)
& fn_histidine_19(X) = fn_covalent_bond_20(fn_histidine_12(X))
& fn_histidine_14(X) = fn_covalent_bond_19(fn_histidine_12(X))
& fn_histidine_19(X) = fn_basic_amino_acid_31(X)
& fn_histidine_16(X) = fn_basic_amino_acid_33(X)
& fn_histidine_41(X) = fn_basic_amino_acid_12(X)
& fn_histidine_14(X) = fn_hydrophilic_amino_acid_34(X)
& fn_histidine_22(X) = fn_hydrophilic_amino_acid_26(X)
& fn_histidine_22(X) = fn_basic_amino_acid_29(X)
& fn_histidine_14(X) = fn_basic_amino_acid_36(X)
& fn_histidine_21(X) = fn_basic_amino_acid_30(X)
& fn_histidine_11(X) = fn_basic_amino_acid_2(X)
& fn_histidine_10(X) = fn_basic_amino_acid_6(X)
& fn_histidine_9(X) = fn_basic_amino_acid_1(X)
& fn_histidine_8(X) = fn_basic_amino_acid_28(X)
& fn_histidine_38(X) = fn_covalent_bond_14(fn_histidine_12(X))
& fn_histidine_42(X) = fn_covalent_bond_17(fn_histidine_12(X))
& fn_histidine_30(X) = fn_covalent_bond_15(fn_histidine_12(X))
& fn_histidine_31(X) = fn_covalent_bond_22(fn_histidine_12(X))
& fn_histidine_31(X) = fn_covalent_bond_24(fn_histidine_12(X))
& fn_histidine_36(X) = fn_covalent_bond_15(fn_histidine_12(X))
& fn_histidine_35(X) = fn_covalent_bond_24(fn_histidine_12(X))
& fn_histidine_35(X) = fn_covalent_bond_22(fn_histidine_12(X))
& fn_histidine_36(X) = fn_covalent_bond_18(fn_histidine_12(X))
& fn_histidine_1(X) = fn_covalent_bond_17(fn_histidine_12(X))
& fn_covalent_bond_12(fn_histidine_12(X)) = fn_covalent_bond_12(fn_histidine_12(X))
& fn_hydrophilic_amino_acid_20(X) = fn_hydrophilic_amino_acid_20(X)
& fn_hydrophilic_amino_acid_20(X) = fn_covalent_bond_12(fn_histidine_12(X))
& fn_covalent_bond_12(fn_histidine_12(X)) = fn_hydrophilic_amino_acid_20(X)
& fn_hydrophilic_amino_acid_20(X) = fn_hydrophilic_amino_acid_7(X)
& fn_hydrophilic_amino_acid_7(X) = fn_hydrophilic_amino_acid_7(X)
& fn_hydrophilic_amino_acid_7(X) = fn_basic_amino_acid_45(X)
& fn_basic_amino_acid_45(X) = fn_hydrophilic_amino_acid_1(X)
& fn_hydrophilic_amino_acid_1(X) = fn_hydrophilic_amino_acid_1(X)
& fn_hydrophilic_amino_acid_1(X) = fn_basic_amino_acid_42(X)
& fn_basic_amino_acid_42(X) = fn_basic_amino_acid_42(X)
& fn_basic_amino_acid_42(X) = fn_hydrophilic_amino_acid_7(X)
& fn_hydrophilic_amino_acid_7(X) = fn_hydrophilic_amino_acid_15(X)
& fn_hydrophilic_amino_acid_15(X) = fn_hydrophilic_amino_acid_15(X)
& fn_hydrophilic_amino_acid_15(X) = fn_basic_amino_acid_21(X)
& fn_basic_amino_acid_21(X) = fn_basic_amino_acid_21(X)
& fn_basic_amino_acid_21(X) = fn_hydrophilic_amino_acid_25(X)
& fn_basic_amino_acid_47(X) = fn_hydrophilic_amino_acid_25(X)
& fn_hydrophilic_amino_acid_25(X) = fn_basic_amino_acid_47(X)
& fn_basic_amino_acid_47(X) = fn_hydrophilic_amino_acid_21(X)
& fn_hydrophilic_amino_acid_21(X) = fn_hydrophilic_amino_acid_21(X)
& fn_hydrophilic_amino_acid_21(X) = fn_basic_amino_acid_26(X)
& fn_basic_amino_acid_26(X) = fn_basic_amino_acid_26(X)
& fn_basic_amino_acid_26(X) = fn_basic_amino_acid_44(X)
& fn_basic_amino_acid_44(X) = fn_basic_amino_acid_20(X)
& fn_basic_amino_acid_20(X) = fn_hydrophilic_amino_acid_1(X)
& fn_hydrophilic_amino_acid_1(X) = fn_basic_amino_acid_43(X)
& fn_basic_amino_acid_43(X) = fn_basic_amino_acid_43(X)
& fn_basic_amino_acid_43(X) = fn_basic_amino_acid_20(X)
& fn_basic_amino_acid_20(X) = fn_basic_amino_acid_20(X)
& fn_basic_amino_acid_20(X) = fn_basic_amino_acid_45(X)
& fn_basic_amino_acid_45(X) = fn_basic_amino_acid_45(X)
& fn_basic_amino_acid_45(X) = fn_basic_amino_acid_15(X)
& fn_basic_amino_acid_15(X) = fn_basic_amino_acid_15(X)
& fn_basic_amino_acid_15(X) = fn_basic_amino_acid_44(X)
& fn_basic_amino_acid_44(X) = fn_basic_amino_acid_44(X)
& fn_basic_amino_acid_44(X) = fn_basic_amino_acid_14(X)
& fn_basic_amino_acid_14(X) = fn_covalent_bond_11(fn_histidine_12(X))
& fn_covalent_bond_11(fn_histidine_12(X)) = fn_covalent_bond_11(fn_histidine_12(X))
& fn_covalent_bond_11(fn_histidine_12(X)) = fn_basic_amino_acid_25(X)
& fn_basic_amino_acid_25(X) = fn_basic_amino_acid_25(X)
& fn_basic_amino_acid_25(X) = fn_basic_amino_acid_16(X)
& fn_basic_amino_acid_16(X) = fn_basic_amino_acid_16(X)
& fn_basic_amino_acid_16(X) = fn_basic_amino_acid_13(X)
& fn_basic_amino_acid_13(X) = fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_31(X) = fn_basic_amino_acid_33(X)
& fn_basic_amino_acid_34(X) = fn_covalent_bond_20(fn_histidine_12(X))
& fn_covalent_bond_20(fn_histidine_12(X)) = fn_hydrophilic_amino_acid_30(X)
& fn_hydrophilic_amino_acid_30(X) = fn_hydrophilic_amino_acid_30(X)
& fn_hydrophilic_amino_acid_30(X) = fn_hydrophilic_amino_acid_33(X)
& fn_hydrophilic_amino_acid_33(X) = fn_basic_amino_acid_35(X)
& fn_basic_amino_acid_35(X) = fn_hydrophilic_amino_acid_33(X)
& fn_hydrophilic_amino_acid_33(X) = fn_hydrophilic_amino_acid_33(X)
& fn_basic_amino_acid_32(X) = fn_hydrophilic_amino_acid_33(X)
& fn_hydrophilic_amino_acid_33(X) = fn_basic_amino_acid_32(X)
& fn_basic_amino_acid_32(X) = fn_basic_amino_acid_32(X)
& fn_basic_amino_acid_35(X) = fn_basic_amino_acid_32(X)
& fn_basic_amino_acid_32(X) = fn_basic_amino_acid_35(X)
& fn_basic_amino_acid_35(X) = fn_basic_amino_acid_35(X)
& fn_basic_amino_acid_35(X) = fn_basic_amino_acid_14(X)
& fn_basic_amino_acid_14(X) = fn_basic_amino_acid_14(X)
& fn_basic_amino_acid_14(X) = fn_basic_amino_acid_13(X)
& fn_basic_amino_acid_13(X) = fn_basic_amino_acid_13(X)
& fn_basic_amino_acid_13(X) = fn_covalent_bond_19(fn_histidine_12(X))
& fn_covalent_bond_19(fn_histidine_12(X)) = fn_covalent_bond_20(fn_histidine_12(X))
& fn_covalent_bond_20(fn_histidine_12(X)) = fn_covalent_bond_20(fn_histidine_12(X))
& fn_covalent_bond_20(fn_histidine_12(X)) = fn_covalent_bond_19(fn_histidine_12(X))
& fn_covalent_bond_19(fn_histidine_12(X)) = fn_covalent_bond_19(fn_histidine_12(X))
& fn_covalent_bond_19(fn_histidine_12(X)) = fn_hydrophilic_amino_acid_29(X)
& fn_hydrophilic_amino_acid_29(X) = fn_hydrophilic_amino_acid_29(X)
& fn_basic_amino_acid_31(X) = fn_hydrophilic_amino_acid_29(X)
& fn_hydrophilic_amino_acid_29(X) = fn_basic_amino_acid_31(X)
& fn_basic_amino_acid_31(X) = fn_basic_amino_acid_31(X)
& fn_basic_amino_acid_31(X) = fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_31(X) = fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_31(X) = fn_basic_amino_acid_34(X)
& fn_basic_amino_acid_33(X) = fn_basic_amino_acid_34(X)
& fn_basic_amino_acid_34(X) = fn_basic_amino_acid_34(X)
& fn_basic_amino_acid_34(X) = fn_basic_amino_acid_33(X)
& fn_basic_amino_acid_33(X) = fn_basic_amino_acid_33(X)
& fn_basic_amino_acid_33(X) = fn_basic_amino_acid_29(X)
& fn_basic_amino_acid_29(X) = fn_basic_amino_acid_29(X)
& fn_basic_amino_acid_29(X) = fn_hydrophilic_amino_acid_26(X)
& fn_hydrophilic_amino_acid_26(X) = fn_basic_amino_acid_29(X)
& fn_basic_amino_acid_29(X) = fn_covalent_bond_19(fn_histidine_12(X))
& fn_hydrophilic_amino_acid_34(X) = fn_covalent_bond_19(fn_histidine_12(X))
& fn_covalent_bond_19(fn_histidine_12(X)) = fn_hydrophilic_amino_acid_34(X)
& fn_hydrophilic_amino_acid_34(X) = fn_hydrophilic_amino_acid_34(X)
& fn_basic_amino_acid_36(X) = fn_hydrophilic_amino_acid_34(X)
& fn_hydrophilic_amino_acid_34(X) = fn_basic_amino_acid_36(X)
& fn_basic_amino_acid_36(X) = fn_basic_amino_acid_36(X)
& fn_basic_amino_acid_36(X) = fn_hydrophilic_amino_acid_8(X)
& fn_hydrophilic_amino_acid_8(X) = fn_hydrophilic_amino_acid_8(X)
& fn_hydrophilic_amino_acid_8(X) = fn_covalent_bond_17(fn_histidine_12(X))
& fn_covalent_bond_17(fn_histidine_12(X)) = fn_covalent_bond_18(fn_histidine_12(X))
& fn_covalent_bond_18(fn_histidine_12(X)) = fn_hydrophilic_amino_acid_11(X)
& fn_hydrophilic_amino_acid_11(X) = fn_hydrophilic_amino_acid_11(X)
& fn_hydrophilic_amino_acid_11(X) = fn_covalent_bond_15(fn_histidine_12(X))
& fn_covalent_bond_15(fn_histidine_12(X)) = fn_covalent_bond_15(fn_histidine_12(X))
& fn_covalent_bond_15(fn_histidine_12(X)) = fn_hydrophilic_amino_acid_9(X)
& fn_hydrophilic_amino_acid_9(X) = fn_covalent_bond_22(fn_histidine_12(X))
& fn_covalent_bond_22(fn_histidine_12(X)) = fn_hydrophilic_amino_acid_9(X)
& fn_hydrophilic_amino_acid_9(X) = fn_covalent_bond_24(fn_histidine_12(X))
& fn_hydrophilic_amino_acid_13(X) = fn_covalent_bond_24(fn_histidine_12(X))
& fn_covalent_bond_24(fn_histidine_12(X)) = fn_covalent_bond_24(fn_histidine_12(X))
& fn_covalent_bond_24(fn_histidine_12(X)) = fn_hydrophilic_amino_acid_13(X)
& fn_hydrophilic_amino_acid_13(X) = fn_covalent_bond_22(fn_histidine_12(X))
& fn_covalent_bond_22(fn_histidine_12(X)) = fn_covalent_bond_22(fn_histidine_12(X))
& fn_covalent_bond_22(fn_histidine_12(X)) = fn_hydrophilic_amino_acid_12(X)
& fn_hydrophilic_amino_acid_12(X) = fn_covalent_bond_15(fn_histidine_12(X))
& fn_covalent_bond_15(fn_histidine_12(X)) = fn_hydrophilic_amino_acid_12(X)
& fn_hydrophilic_amino_acid_12(X) = fn_hydrophilic_amino_acid_12(X)
& fn_hydrophilic_amino_acid_12(X) = fn_covalent_bond_18(fn_histidine_12(X))
& fn_covalent_bond_18(fn_histidine_12(X)) = fn_covalent_bond_18(fn_histidine_12(X))
& fn_covalent_bond_18(fn_histidine_12(X)) = fn_hydrophilic_amino_acid_28(X)
& fn_hydrophilic_amino_acid_28(X) = fn_hydrophilic_amino_acid_28(X)
& fn_basic_amino_acid_46(X) = fn_basic_amino_acid_46(X)
& fn_basic_amino_acid_46(X) = fn_hydrophilic_amino_acid_28(X)
& fn_hydrophilic_amino_acid_28(X) = fn_basic_amino_acid_46(X) ) ) ).
fof(a530125,axiom,
! [X] :
( histone_1(X)
=> ( original_name_2(X,'Histone')
& user_description_2(X,'A small protein with a high proportion of positively charged amino acids that binds to the negatively charged DNA and plays a key role in chromatin structure.')
& concept2words_2(X,histone)
& structural_protein_1(X)
& ~ alpha_keratin_1(X)
& ~ collagen_1(X)
& ~ fibrin_1(X)
& ~ fibronectin_1(X)
& mass_value_1(fn_histone_5(X))
& mass_value_1(fn_histone_6(X))
& quantity_value_1(fn_histone_7(X))
& quantity_value_1(fn_histone_8(X))
& acidic_amino_acid_1(fn_histone_9(X))
& charge_value_1(fn_histone_10(X))
& size_value_1(fn_histone_16(X))
& kinetic_energy_1(fn_histone_17(X))
& constant_motion_1(fn_histone_18(X))
& speed_value_1(fn_histone_19(X))
& quantity_value_1(fn_histone_20(X))
& size_value_1(fn_histone_21(X))
& monomer_1(fn_histone_22(X))
& spatial_entity_1(fn_histone_23(X))
& chemical_entity_1(fn_histone_23(X))
& monomer_1(fn_histone_23(X))
& molecule_1(fn_histone_23(X))
& amino_acid_1(fn_histone_23(X))
& basic_amino_acid_1(fn_histone_24(X))
& monomer_1(fn_histone_25(X))
& attach_1(fn_histone_26(X))
& charge_value_1(fn_histone_27(X))
& eukaryotic_chromatin_1(fn_histone_28(X))
& spatial_entity_1(fn_histone_29(X))
& entity_1(fn_histone_29(X))
& dna_1(fn_histone_29(X))
& molecule_1(fn_histone_29(X))
& atom_1(fn_histone_31(X))
& chemical_entity_1(fn_histone_31(X))
& carbon_1(fn_histone_32(X))
& carbon_skeleton_1(fn_histone_33(X))
& surface_1(fn_histone_34(X))
& hydrophilic_region_1(fn_histone_35(X))
& protein_domain_1(fn_histone_36(X))
& spatial_entity_1(fn_attach_1(fn_histone_26(X)))
& carbon_1(fn_carbon_skeleton_4(fn_histone_33(X)))
& property_node_1(fn_molecule_6(fn_histone_29(X)))
& charge_value_1(fn_molecule_5(fn_histone_29(X)))
& spatial_entity_1(fn_polypeptide_83(fn_histone_25(X)))
& chemical_entity_1(fn_polypeptide_83(fn_histone_25(X)))
& monomer_1(fn_polypeptide_83(fn_histone_25(X)))
& molecule_1(fn_polypeptide_83(fn_histone_25(X)))
& amino_acid_1(fn_polypeptide_83(fn_histone_25(X)))
& chemical_entity_1(fn_polypeptide_82(fn_histone_25(X)))
& monomer_1(fn_polypeptide_82(fn_histone_25(X)))
& molecule_1(fn_polypeptide_82(fn_histone_25(X)))
& amino_acid_1(fn_polypeptide_82(fn_histone_25(X)))
& atom_1(fn_carbon_skeleton_2(fn_histone_33(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_histone_33(X)))
& spatial_entity_1(fn_attach_2(fn_histone_26(X)))
& entity_1(fn_chromosome_4(fn_histone_28(X)))
& dna_1(fn_chromosome_4(fn_histone_28(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_histone_33(X)))
& fn_histone_5(X) = fn_histone_6(X)
& fn_histone_6(X) = fn_histone_5(X)
& greater_than_2(fn_histone_7(X),fn_histone_8(X))
& mass_2(X,fn_histone_5(X))
& quantity_2(fn_histone_24(X),fn_histone_7(X))
& quantity_2(fn_histone_9(X),fn_histone_8(X))
& has_part_2(fn_histone_25(X),fn_histone_24(X))
& has_part_2(fn_histone_25(X),fn_histone_9(X))
& greater_than_or_equal_to_2(fn_histone_10(X),fn_histone_27(X))
& the_cardinal_value_2(fn_histone_10(X),"-1.0e0")
& cardinal_unit_class_2(fn_histone_10(X),unity_0)
& mass_2(fn_histone_29(X),fn_histone_6(X))
& object_2(fn_histone_26(X),fn_histone_24(X))
& base_2(fn_histone_26(X),fn_histone_29(X))
& has_part_2(X,fn_histone_25(X))
& has_part_2(fn_histone_25(X),fn_histone_23(X))
& has_part_2(fn_histone_28(X),fn_histone_29(X))
& greater_than_2(fn_histone_16(X),fn_histone_21(X))
& has_part_2(X,fn_histone_22(X))
& size_2(fn_histone_22(X),fn_histone_21(X))
& has_part_2(X,fn_histone_31(X))
& possesses_2(X,fn_histone_17(X))
& quantity_2(fn_histone_17(X),fn_histone_20(X))
& directly_proportional_2(fn_histone_19(X),fn_histone_20(X))
& speed_2(fn_histone_18(X),fn_histone_19(X))
& object_2(fn_histone_18(X),X)
& size_2(X,fn_histone_16(X))
& the_scalar_value_2(fn_histone_16(X),big_0)
& scalar_unit_class_2(fn_histone_16(X),polypeptide_0)
& has_region_2(X,fn_histone_34(X))
& is_at_2(fn_histone_35(X),fn_histone_34(X))
& has_region_2(X,fn_histone_35(X))
& has_region_2(X,fn_histone_36(X))
& is_at_2(fn_histone_23(X),fn_histone_36(X))
& is_inside_2(fn_histone_32(X),fn_histone_33(X))
& has_part_2(X,fn_histone_32(X))
& has_region_2(X,fn_histone_33(X))
& fn_histone_31(X) != fn_histone_32(X)
& fn_histone_32(X) != fn_histone_31(X)
& charge_2(fn_histone_29(X),fn_histone_27(X))
& fn_histone_24(X) = fn_attach_1(fn_histone_26(X))
& fn_histone_29(X) = fn_attach_2(fn_histone_26(X))
& fn_histone_23(X) = fn_polypeptide_83(fn_histone_25(X))
& fn_histone_25(X) = fn_protein_8(X)
& fn_histone_23(X) = fn_polypeptide_82(fn_histone_25(X))
& fn_histone_29(X) = fn_chromosome_4(fn_histone_28(X))
& fn_histone_16(X) = fn_polymer_8(X)
& fn_histone_15(X) = fn_polymer_10(X)
& fn_histone_21(X) = fn_polymer_7(X)
& fn_histone_22(X) = fn_polymer_4(X)
& fn_histone_14(X) = fn_molecule_2(X)
& fn_histone_31(X) = fn_molecule_7(X)
& fn_histone_13(X) = fn_molecule_1(X)
& fn_histone_18(X) = fn_molecule_8(X)
& fn_histone_19(X) = fn_molecule_3(X)
& fn_histone_20(X) = fn_molecule_4(X)
& fn_histone_17(X) = fn_molecule_12(X)
& fn_histone_12(X) = fn_protein_10(X)
& fn_histone_16(X) = fn_protein_9(X)
& fn_histone_23(X) = fn_protein_14(X)
& fn_histone_36(X) = fn_protein_7(X)
& fn_histone_35(X) = fn_protein_1(X)
& fn_histone_34(X) = fn_protein_5(X)
& X = fn_carbon_skeleton_3(fn_histone_33(X))
& fn_histone_31(X) = fn_carbon_skeleton_2(fn_histone_33(X))
& fn_histone_32(X) = fn_carbon_skeleton_4(fn_histone_33(X))
& fn_histone_30(X) = fn_molecule_6(fn_histone_29(X))
& fn_histone_27(X) = fn_molecule_5(fn_histone_29(X))
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_polypeptide_83(fn_histone_25(X))
& fn_polypeptide_83(fn_histone_25(X)) = fn_polypeptide_82(fn_histone_25(X))
& fn_protein_14(X) = fn_polypeptide_82(fn_histone_25(X))
& fn_polypeptide_82(fn_histone_25(X)) = fn_protein_14(X)
& fn_protein_14(X) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_carbon_skeleton_2(fn_histone_33(X))
& fn_carbon_skeleton_2(fn_histone_33(X)) = fn_carbon_skeleton_2(fn_histone_33(X))
& fn_carbon_skeleton_2(fn_histone_33(X)) = fn_attach_2(fn_histone_26(X))
& fn_attach_2(fn_histone_26(X)) = fn_chromosome_4(fn_histone_28(X))
& fn_carbon_skeleton_3(fn_histone_33(X)) = fn_carbon_skeleton_3(fn_histone_33(X)) ) ) ).
fof(a530126,axiom,
! [X,X3,X1,X2] :
( ( by_means_of_2(X,X1)
& base_2(X1,X2)
& object_2(X1,X3)
& gene_regulation_1(X)
& amino_acid_1(X2)
& attach_1(X1)
& acetyl_group_1(X3)
& minCardinality(X1,base_0,"1",amino_acid_0) )
=> ( histone_acetylation_1(X)
& fn_histone_acetylation_11(X) = X2
& fn_histone_acetylation_6(X) = X1
& fn_histone_acetylation_12(X) = X3 ) ) ).
fof(a530127,axiom,
! [X] :
( histone_acetylation_1(X)
=> ( original_name_2(X,'Histone-Acetylation')
& user_description_2(X,'The attachment of acetyl groups to certain amino acids of histone proteins.')
& concept2words_2(X,'acetylation of histone')
& concept2words_2(X,'histone acetylation')
& concept2words_2(X,'histone-acetylation')
& gene_regulation_1(X)
& ~ epistasis_1(X)
& ~ gene_cloning_1(X)
& ~ gene_expression_1(X)
& ~ gene_for_gene_recognition_1(X)
& ~ gene_inactivation_1(X)
& ~ horizontal_gene_transfer_1(X)
& ~ polygenic_inheritance_1(X)
& ~ proofreading_of_dna_replication_1(X)
& ~ rna_interference_1(X)
& ~ transduction_1(X)
& ~ transformation_of_cell_to_cancerous_cell_1(X)
& nucleoside_monophosphate_1(fn_histone_acetylation_1(X))
& transcription_1(fn_histone_acetylation_2(X))
& change_1(fn_histone_acetylation_3(X))
& nucleotide_1(fn_histone_acetylation_5(X))
& attach_1(fn_histone_acetylation_6(X))
& attach_1(fn_histone_acetylation_7(X))
& dna_1(fn_histone_acetylation_8(X))
& attach_1(fn_histone_acetylation_9(X))
& histone_1(fn_histone_acetylation_10(X))
& amino_acid_1(fn_histone_acetylation_11(X))
& acetyl_group_1(fn_histone_acetylation_12(X))
& spatial_entity_1(fn_attach_1(fn_histone_acetylation_9(X)))
& spatial_entity_1(fn_attach_2(fn_histone_acetylation_7(X)))
& spatial_entity_1(fn_attach_2(fn_histone_acetylation_9(X)))
& spatial_entity_1(fn_attach_2(fn_histone_acetylation_6(X)))
& spatial_entity_1(fn_attach_1(fn_histone_acetylation_6(X)))
& monomer_1(fn_polymer_6(fn_histone_acetylation_8(X)))
& monomer_1(fn_polymer_4(fn_histone_acetylation_8(X)))
& enables_2(X,fn_histone_acetylation_2(X))
& by_means_of_2(X,fn_histone_acetylation_6(X))
& object_2(fn_histone_acetylation_3(X),fn_histone_acetylation_10(X))
& inhibits_2(fn_histone_acetylation_3(X),fn_histone_acetylation_9(X))
& has_part_2(fn_histone_acetylation_10(X),fn_histone_acetylation_11(X))
& has_part_2(fn_histone_acetylation_8(X),fn_histone_acetylation_1(X))
& enables_2(fn_histone_acetylation_7(X),fn_histone_acetylation_2(X))
& enables_2(fn_histone_acetylation_6(X),fn_histone_acetylation_3(X))
& minCardinality(fn_histone_acetylation_6(X),base_0,"1",amino_acid_0)
& object_2(fn_histone_acetylation_9(X),fn_histone_acetylation_10(X))
& base_2(fn_histone_acetylation_7(X),fn_histone_acetylation_8(X))
& base_2(fn_histone_acetylation_9(X),fn_histone_acetylation_8(X))
& base_2(fn_histone_acetylation_6(X),fn_histone_acetylation_11(X))
& object_2(fn_histone_acetylation_6(X),fn_histone_acetylation_12(X))
& has_part_2(fn_histone_acetylation_8(X),fn_histone_acetylation_5(X))
& fn_histone_acetylation_10(X) = fn_attach_1(fn_histone_acetylation_9(X))
& fn_histone_acetylation_8(X) = fn_attach_2(fn_histone_acetylation_7(X))
& fn_histone_acetylation_8(X) = fn_attach_2(fn_histone_acetylation_9(X))
& fn_histone_acetylation_11(X) = fn_attach_2(fn_histone_acetylation_6(X))
& fn_histone_acetylation_12(X) = fn_attach_1(fn_histone_acetylation_6(X))
& fn_histone_acetylation_5(X) = fn_polymer_6(fn_histone_acetylation_8(X))
& fn_histone_acetylation_5(X) = fn_polymer_4(fn_histone_acetylation_8(X))
& fn_polymer_6(fn_histone_acetylation_8(X)) = fn_polymer_4(fn_histone_acetylation_8(X)) ) ) ).
fof(a530128,axiom,
! [X] :
( hiv_1(X)
=> ( original_name_2(X,'HIV')
& user_description_2(X,'A retrovirus that has been identified as the causative agent of AIDS.')
& concept2words_2(X,'human immunodeficiency virus')
& concept2words_2(X,hiv)
& retrovirus_1(X)
& animal_virus_1(X)
& ~ htlv_1(X)
& ~ adenovirus_1(X)
& ~ papovavirus_1(X)
& aids_1(fn_hiv_1(X))
& has_condition_1(fn_hiv_2(X))
& viral_infection_1(fn_hiv_3(X))
& infection_1(fn_hiv_3(X))
& cell_1(fn_hiv_4(X))
& person_1(fn_hiv_5(X))
& host_1(fn_hiv_6(X))
& replication_1(fn_hiv_7(X))
& host_1(fn_viral_infection_10(fn_hiv_3(X)))
& cell_1(fn_multicellular_organism_1(fn_hiv_5(X)))
& cell_1(fn_viral_infection_16(fn_hiv_3(X)))
& causes_2(fn_hiv_3(X),fn_hiv_2(X))
& experiencer_2(fn_hiv_2(X),fn_hiv_5(X))
& object_2(fn_hiv_2(X),fn_hiv_1(X))
& has_part_2(fn_hiv_5(X),fn_hiv_4(X))
& in_event_2(fn_hiv_6(X),fn_hiv_3(X))
& plays_2(fn_hiv_4(X),fn_hiv_6(X))
& agent_2(fn_hiv_3(X),X)
& object_2(fn_hiv_3(X),fn_hiv_4(X))
& site_2(fn_hiv_7(X),fn_hiv_4(X))
& agent_2(fn_hiv_7(X),X)
& fn_hiv_4(X) = fn_multicellular_organism_1(fn_hiv_5(X))
& fn_hiv_4(X) = fn_viral_infection_16(fn_hiv_3(X))
& fn_hiv_6(X) = fn_viral_infection_10(fn_hiv_3(X))
& fn_hiv_7(X) = fn_virus_1(X)
& fn_hiv_4(X) = fn_virus_23(X)
& fn_hiv_3(X) = fn_virus_22(X)
& fn_multicellular_organism_1(fn_hiv_5(X)) = fn_viral_infection_16(fn_hiv_3(X))
& fn_viral_infection_16(fn_hiv_3(X)) = fn_viral_infection_16(fn_hiv_3(X))
& fn_viral_infection_16(fn_hiv_3(X)) = fn_virus_23(X)
& fn_virus_23(X) = fn_virus_23(X) ) ) ).
fof(a530129,axiom,
! [X] :
( hold_1(X)
=> ( original_name_2(X,'Hold')
& concept2words_2(X,hold)
& concept2words_2(X,'hold up')
& concept2words_2(X,hold_up)
& concept2words_2(X,support)
& concept2words_2(X,sustain)
& concept2words_2(X,'take hold')
& concept2words_2(X,take_hold)
& concept2words_2(X,grasp)
& obstruct_1(X)
& tangible_entity_1(fn_hold_1(X))
& tangible_entity_1(fn_hold_2(X))
& agent_2(X,fn_hold_1(X))
& object_2(X,fn_hold_2(X))
& fn_hold_2(X) = fn_obstruct_1(X) ) ) ).
fof(a530130,axiom,
! [X] :
( hold_together_1(X)
=> ( original_name_2(X,'Hold-Together')
& user_description_2(X,'To be joined and not separate.')
& concept2words_2(X,bind)
& concept2words_2(X,connect)
& concept2words_2(X,'hold together')
& concept2words_2(X,'hold-together')
& hold_1(X) ) ) ).
fof(a530131,axiom,
! [X] :
( holdfast_1(X)
=> ( original_name_2(X,'Holdfast')
& user_description_2(X,'The part of a seaweed body that anchors to a hard surface.')
& concept2words_2(X,holdfast)
& protist_structure_1(X) ) ) ).
fof(a530132,axiom,
! [X] :
( holmium_1(X)
=> ( original_name_2(X,'Holmium')
& user_description_2(X,'Holmium is a metal atom with atomic number 67. It is represented by the symbol Ho.')
& concept2words_2(X,holmium)
& concept2words_2(X,ho)
& metal_atom_1(X)
& neutron_1(fn_holmium_4(X))
& atomic_mass_value_1(fn_holmium_5(X))
& valence_value_1(fn_holmium_6(X))
& electronegativity_value_1(fn_holmium_7(X))
& valence_electron_1(fn_holmium_11(X))
& atomic_weight_value_1(fn_holmium_12(X))
& atomic_number_value_1(fn_holmium_13(X))
& quantity_value_1(fn_holmium_14(X))
& electronegativity_2(X,fn_holmium_7(X))
& valence_2(X,fn_holmium_6(X))
& mass_number_2(X,fn_holmium_5(X))
& exactCardinality(X,has_part_0,"98",neutron_0)
& exactCardinality(X,has_part_0,"67",proton_0)
& exactCardinality(X,has_part_0,"67",electron_0)
& has_part_2(X,fn_holmium_4(X))
& the_cardinal_value_2(fn_holmium_14(X),"13")
& cardinal_unit_class_2(fn_holmium_14(X),unity_0)
& the_cardinal_value_2(fn_holmium_7(X),"1.23")
& cardinal_unit_class_2(fn_holmium_7(X),unity_0)
& the_cardinal_value_2(fn_holmium_6(X),"3")
& cardinal_unit_class_2(fn_holmium_6(X),unity_0)
& the_cardinal_value_2(fn_holmium_5(X),"165")
& cardinal_unit_class_2(fn_holmium_5(X),unity_0)
& the_cardinal_value_2(fn_holmium_13(X),"67")
& cardinal_unit_class_2(fn_holmium_13(X),unity_0)
& the_cardinal_value_2(fn_holmium_12(X),"164.9")
& cardinal_unit_class_2(fn_holmium_12(X),dalton_0)
& atomic_number_2(X,fn_holmium_13(X))
& atomic_weight_2(X,fn_holmium_12(X))
& has_part_2(X,fn_holmium_11(X))
& quantity_2(fn_holmium_11(X),fn_holmium_14(X))
& fn_holmium_9(X) = fn_atom_12(X)
& fn_holmium_13(X) = fn_atom_17(X)
& fn_holmium_10(X) = fn_atom_13(X)
& fn_holmium_12(X) = fn_atom_16(X)
& fn_holmium_8(X) = fn_atom_1(X)
& fn_holmium_14(X) = fn_atom_5(X)
& fn_holmium_11(X) = fn_atom_14(X) ) ) ).
fof(a530133,axiom,
! [X] :
( holoblastic_cleavage_1(X)
=> ( original_name_2(X,'Holoblastic-Cleavage')
& user_description_2(X,'A type of cleavage division in which cells divide completely; typically occurs in animals with small eggs, such as sea urchins, or with eggs containing only moderate amounts of yolk, such as frogs.')
& concept2words_2(X,'undergo holoblastic cleavage')
& concept2words_2(X,'holoblastic cleavage')
& concept2words_2(X,'holoblastic-cleavage')
& cleavage_1(X)
& ~ determinate_cleavage_1(X)
& ~ indeterminate_cleavage_1(X)
& ~ meroblastic_cleavage_1(X)
& ~ spiral_cleavage_1(X) ) ) ).
fof(a530134,axiom,
! [X] :
( home_1(X)
=> ( original_name_2(X,'Home')
& user_description_2(X,'Location of residence')
& concept2words_2(X,home)
& role_1(X) ) ) ).
fof(a530135,axiom,
! [X] :
( homeobox_1(X)
=> ( original_name_2(X,'Homeobox')
& user_description_2(X,'A DNA sequence that occurs within genes that regulate morphogenesis (establishment of body axes) in eukaryotic organisms.')
& concept2words_2(X,homeobox)
& eukaryote_dna_sequence_1(X)
& homeodomain_1(fn_homeobox_1(X))
& code_for_1(fn_homeobox_2(X))
& homeobox_containing_gene_1(fn_homeobox_3(X))
& entity_1(fn_code_for_2(fn_homeobox_2(X)))
& entity_1(fn_code_for_1(fn_homeobox_2(X)))
& homeobox_1(fn_homeobox_containing_gene_1(fn_homeobox_3(X)))
& object_2(fn_homeobox_2(X),fn_homeobox_1(X))
& result_2(fn_homeobox_2(X),fn_homeobox_1(X))
& agent_2(fn_homeobox_2(X),X)
& has_part_2(fn_homeobox_3(X),X)
& fn_homeobox_1(X) = fn_code_for_2(fn_homeobox_2(X))
& X = fn_code_for_1(fn_homeobox_2(X))
& X = fn_homeobox_containing_gene_1(fn_homeobox_3(X))
& fn_code_for_1(fn_homeobox_2(X)) = fn_homeobox_containing_gene_1(fn_homeobox_3(X)) ) ) ).
fof(a530136,axiom,
! [X] :
( homeobox_containing_gene_1(X)
=> ( original_name_2(X,'Homeobox-Containing-Gene')
& user_description_2(X,'A gene with a homeobox as a part is a homeobox containing gene.')
& concept2words_2(X,hoxgene)
& concept2words_2(X,'homeobox containing gene')
& concept2words_2(X,'homeobox-containing-gene')
& gene_1(X)
& homeobox_1(fn_homeobox_containing_gene_1(X))
& has_part_2(X,fn_homeobox_containing_gene_1(X)) ) ) ).
fof(a530137,axiom,
! [X] :
( homeodomain_1(X)
=> ( original_name_2(X,'Homeodomain')
& user_description_2(X,'A highly conserved protein sequence motif. It comprises 60 amino acids and contains a DNA-binding helixturnhelix motif indicating that acts as a transcription factor. The homeodomain is encoded for by a homeobox.')
& concept2words_2(X,homeodomain)
& protein_domain_1(X)
& eukaryotic_gene_regulation_1(fn_homeodomain_1(X))
& gene_activation_1(fn_homeodomain_2(X))
& shape_value_1(fn_homeodomain_3(X))
& polypeptide_1(fn_homeodomain_4(X))
& hydrophilic_region_1(fn_homeodomain_5(X))
& protein_domain_1(fn_homeodomain_6(X))
& binding_site_1(fn_homeodomain_8(X))
& attach_1(fn_homeodomain_9(X))
& spatial_entity_1(fn_attach_1(fn_homeodomain_9(X)))
& is_inside_2(fn_homeodomain_4(X),X)
& agent_2(fn_homeodomain_2(X),X)
& agent_2(fn_homeodomain_1(X),X)
& agent_2(fn_homeodomain_9(X),X)
& has_region_2(X,fn_homeodomain_6(X))
& has_region_2(X,fn_homeodomain_5(X))
& has_region_2(X,fn_homeodomain_8(X))
& shape_2(X,fn_homeodomain_3(X))
& object_2(fn_homeodomain_9(X),fn_homeodomain_8(X))
& fn_homeodomain_8(X) = fn_attach_1(fn_homeodomain_9(X)) ) ) ).
fof(a530138,axiom,
! [X] :
( homeodomain_protein_1(X)
=> ( original_name_2(X,'Homeodomain-Protein')
& user_description_2(X,'A protein containing a homeoprotein domain.')
& concept2words_2(X,'homeodomain containing protein')
& concept2words_2(X,'protein of homeodomain')
& concept2words_2(X,'homeodomain protein')
& concept2words_2(X,'homeodomain-protein')
& transcription_factor_1(X)
& ~ activator_1(X)
& ~ morphogen_1(X)
& ~ muscle_specific_transcription_factor_1(X)
& ~ p53_protein_1(X)
& interact_1(fn_homeodomain_protein_1(X))
& homeodomain_1(fn_homeodomain_protein_2(X))
& agent_2(fn_homeodomain_protein_1(X),fn_homeodomain_protein_2(X))
& has_region_2(X,fn_homeodomain_protein_2(X))
& fn_homeodomain_protein_2(X) = fn_protein_7(X) ) ) ).
fof(a530139,axiom,
! [X] :
( homeostasis_1(X)
=> ( original_name_2(X,'Homeostasis')
& user_description_2(X,'The maintenance of internal conditions within survivable parameters.')
& concept2words_2(X,homeostasis)
& state_1(X) ) ) ).
fof(a530140,axiom,
! [X] :
( homeostatic_response_1(X)
=> ( original_name_2(X,'Homeostatic-Response')
& user_description_2(X,'A physiological response that returns a variable to its set point.')
& concept2words_2(X,'homeostatic response')
& concept2words_2(X,'homeostatic-response')
& macrophysiological_process_1(X) ) ) ).
fof(a530141,axiom,
! [X] :
( homeotic_gene_1(X)
=> ( original_name_2(X,'Homeotic-Gene')
& user_description_2(X,'Any of a set of regulatory genes involved in developmental patterns and sequence. Homeotic genes control the placement and arrangement of body parts in eukaryotic organisms.')
& concept2words_2(X,hoxgene)
& concept2words_2(X,'homeotic gene')
& concept2words_2(X,'homeotic-gene')
& homeobox_containing_gene_1(X)
& master_control_gene_1(X)
& ~ myod_gene_1(X)
& embryo_1(fn_homeotic_gene_1(X))
& gene_expression_1(fn_homeotic_gene_2(X))
& embryogenesis_1(fn_homeotic_gene_3(X))
& homeobox_1(fn_homeotic_gene_4(X))
& anatomical_structure_1(fn_homeotic_gene_5(X))
& create_1(fn_homeotic_gene_6(X))
& regulation_1(fn_homeotic_gene_7(X))
& entity_1(fn_create_1(fn_homeotic_gene_6(X)))
& create_1(fn_embryogenesis_30(fn_homeotic_gene_3(X)))
& create_1(fn_embryogenesis_51(fn_homeotic_gene_3(X)))
& has_function_2(X,fn_homeotic_gene_7(X))
& causes_2(fn_homeotic_gene_2(X),fn_homeotic_gene_6(X))
& base_2(fn_homeotic_gene_6(X),fn_homeotic_gene_1(X))
& supports_2(fn_homeotic_gene_7(X),fn_homeotic_gene_2(X))
& element_2(X,fn_homeotic_gene_4(X))
& result_2(fn_homeotic_gene_6(X),fn_homeotic_gene_5(X))
& subevent_2(fn_homeotic_gene_3(X),fn_homeotic_gene_6(X))
& agent_2(fn_homeotic_gene_7(X),X)
& fn_homeotic_gene_4(X) = fn_sequence_1(X)
& fn_homeotic_gene_4(X) = fn_sequence_2(X)
& fn_homeotic_gene_5(X) = fn_create_1(fn_homeotic_gene_6(X))
& fn_homeotic_gene_6(X) = fn_embryogenesis_30(fn_homeotic_gene_3(X))
& fn_homeotic_gene_6(X) = fn_embryogenesis_51(fn_homeotic_gene_3(X))
& fn_homeotic_gene_7(X) = fn_master_control_gene_4(X)
& fn_sequence_1(X) = fn_sequence_2(X)
& fn_sequence_2(X) = fn_embryogenesis_30(fn_homeotic_gene_3(X))
& fn_embryogenesis_30(fn_homeotic_gene_3(X)) = fn_embryogenesis_51(fn_homeotic_gene_3(X)) ) ) ).
fof(a530142,axiom,
! [X] :
( hominid_1(X)
=> ( original_name_2(X,'Hominid')
& user_description_2(X,'A species on the human branch of the evolutionary tree. Hominins include Homo sapiens and our ancestors, a group of extinct species that are more closely related to us than to chimpanzees.')
& concept2words_2(X,hominid)
& primate_1(X)
& ~ anthropoid_1(X)
& ~ monkey_1(X) ) ) ).
fof(a530143,axiom,
! [X] :
( homo_erectus_1(X)
=> ( original_name_2(X,'Homo-Erectus')
& user_description_2(X,'The first hominid species to migrate out of Africa. H. erectus lived from about 1.8 million years ago to 500,000 years ago, and compared to H. habilis, was taller and had a larger brain.')
& concept2words_2(X,'homo erectus')
& concept2words_2(X,'homo-erectus')
& hominid_1(X)
& ~ australopithecine_1(X)
& ~ cro_magnon_1(X)
& ~ homo_ergaster_1(X)
& ~ homo_habilis_1(X)
& ~ homo_heidelbergensis_1(X)
& ~ homo_sapiens_1(X)
& ~ neanderthal_1(X)
& ~ paranthropus_boisei_1(X) ) ) ).
fof(a530144,axiom,
! [X] :
( homo_ergaster_1(X)
=> ( original_name_2(X,'Homo-Ergaster')
& user_description_2(X,'An extinct hominid that lived in eastern and southern Africa during the early Pleistocene, about 1.7 to 1.3 million years ago.')
& concept2words_2(X,'homo ergaster')
& concept2words_2(X,'homo-ergaster')
& hominid_1(X)
& ~ australopithecine_1(X)
& ~ cro_magnon_1(X)
& ~ homo_erectus_1(X)
& ~ homo_habilis_1(X)
& ~ homo_heidelbergensis_1(X)
& ~ homo_sapiens_1(X)
& ~ neanderthal_1(X)
& ~ paranthropus_boisei_1(X) ) ) ).
fof(a530145,axiom,
! [X] :
( homo_habilis_1(X)
=> ( original_name_2(X,'Homo-Habilis')
& user_description_2(X,'The earliest ancestor of the Homo genus. The fossils range in age from about 2.5 to 1.6 million years old and show an ape-like body with disproportionately long arms and a cranial capacity slightly less than that of modern humans. H. habilis remains are often found with stone tools.')
& concept2words_2(X,'homo habilis')
& concept2words_2(X,'homo-habilis')
& hominid_1(X)
& ~ australopithecine_1(X)
& ~ cro_magnon_1(X)
& ~ homo_erectus_1(X)
& ~ homo_ergaster_1(X)
& ~ homo_heidelbergensis_1(X)
& ~ homo_sapiens_1(X)
& ~ neanderthal_1(X)
& ~ paranthropus_boisei_1(X) ) ) ).
fof(a530146,axiom,
! [X] :
( homo_heidelbergensis_1(X)
=> ( original_name_2(X,'Homo-Heidelbergensis')
& user_description_2(X,'aAn extinct species of the genus Homo which lived from 2.33 to 1.4 million years ago. This species may be the direct ancestor of both Homo neanderthalensis in Europe and Homo sapiens.')
& concept2words_2(X,'homo heidelbergensis')
& concept2words_2(X,'homo-heidelbergensis')
& hominid_1(X)
& ~ australopithecine_1(X)
& ~ cro_magnon_1(X)
& ~ homo_erectus_1(X)
& ~ homo_ergaster_1(X)
& ~ homo_habilis_1(X)
& ~ homo_sapiens_1(X)
& ~ neanderthal_1(X)
& ~ paranthropus_boisei_1(X) ) ) ).
fof(a530147,axiom,
! [X] :
( homo_sapiens_1(X)
=> ( original_name_2(X,'Homo-Sapiens')
& user_description_2(X,'Anatomically and behaviorally modern humans; the only extant species in the genus Homo.')
& concept2words_2(X,'homo sapiens')
& concept2words_2(X,'homo-sapiens')
& concept2words_2(X,'homo sapiens sapiens')
& concept2words_2(X,'homo-sapiens-sapiens')
& concept2words_2(X,'homo sapien')
& concept2words_2(X,'homo-sapien')
& hominid_1(X)
& ~ australopithecine_1(X)
& ~ cro_magnon_1(X)
& ~ homo_erectus_1(X)
& ~ homo_ergaster_1(X)
& ~ homo_habilis_1(X)
& ~ homo_heidelbergensis_1(X)
& ~ neanderthal_1(X)
& ~ paranthropus_boisei_1(X) ) ) ).
fof(a530148,axiom,
! [X] :
( homogenate_1(X)
=> ( original_name_2(X,'Homogenate')
& user_description_2(X,'A homogenate is a mixture of the remnants of a tissue after it has been broken down such as by a blender, prior to further processing such as accomplished by centrifuging.')
& concept2words_2(X,homogenate)
& mixture_1(X)
& ~ suspension_1(X)
& ~ acid_chyme_1(X)
& ~ detritus_1(X)
& ~ feces_1(X)
& ~ homogeneous_mixture_1(X)
& ~ loam_1(X)
& ~ mesohyl_1(X)
& ~ peat_1(X)
& ~ protobiont_1(X)
& ~ saliva_1(X)
& ~ soil_1(X)
& ~ topsoil_1(X)
& organelle_1(fn_homogenate_1(X))
& has_part_2(X,fn_homogenate_1(X)) ) ) ).
fof(a530149,axiom,
! [X] :
( homogeneous_mixture_1(X)
=> ( original_name_2(X,'Homogeneous-Mixture')
& user_description_2(X,'A substance that is uniform throughout in properties and composition.')
& concept2words_2(X,'homogeneous mixture')
& concept2words_2(X,'homogeneous-mixture')
& mixture_1(X)
& ~ acid_chyme_1(X)
& ~ feces_1(X)
& ~ homogenate_1(X)
& ~ loam_1(X)
& ~ mesohyl_1(X)
& ~ peat_1(X)
& ~ protobiont_1(X)
& ~ soil_1(X)
& ~ topsoil_1(X) ) ) ).
fof(a530150,axiom,
! [X] :
( homogenization_1(X)
=> ( original_name_2(X,'Homogenization')
& user_description_2(X,'Homogenization is the process of breaking apart of a cell. It produces a homogenate.')
& concept2words_2(X,homogenize)
& concept2words_2(X,homogenization)
& take_apart_1(X)
& homogenate_1(fn_homogenization_1(X))
& cell_1(fn_homogenization_2(X))
& result_2(X,fn_homogenization_1(X))
& object_2(X,fn_homogenization_2(X))
& fn_homogenization_2(X) = fn_impair_1(X) ) ) ).
fof(a530151,axiom,
! [X] :
( homologous_chromosome_1(X)
=> ( original_name_2(X,'Homologous-chromosome')
& user_description_2(X,'Homologous chromosome is one of the pair of chromosomes (termed as homologous chromosomes) which is genetically identical to its corresponding homologous chromosome by having same DNA sequence throughout their length')
& concept2words_2(X,'homologous chromosome')
& concept2words_2(X,'homologous-chromosome')
& eukaryotic_chromosome_1(X)
& ~ chromosome_fragment_1(X)
& ~ defective_chromosome_1(X)
& ~ human_chromosome_1(X)
& ~ non_homologous_chromosome_1(X) ) ) ).
fof(a530152,axiom,
! [X] :
( homologous_gene_1(X)
=> ( original_name_2(X,'Homologous-Gene')
& user_description_2(X,'Genes that are common among different species which indicate common ancestry.')
& concept2words_2(X,'homologous gene')
& concept2words_2(X,'homologous-gene')
& eukaryotic_gene_1(X) ) ) ).
fof(a530153,axiom,
! [X] :
( homology_1(X)
=> ( original_name_2(X,'Homology')
& user_description_2(X,'Similarity of structure and function due to shared evolutionary ancestry.')
& concept2words_2(X,homologize)
& concept2words_2(X,homology)
& evolutionary_process_1(X)
& ~ adaptation_1(X)
& ~ adaptive_radiation_1(X)
& ~ allopatric_speciation_1(X)
& ~ anagenesis_1(X)
& ~ bottleneck_effect_1(X)
& ~ cephalization_1(X)
& ~ character_displacement_1(X)
& ~ cladogenesis_1(X)
& ~ convergent_evolution_1(X)
& ~ endosymbiosis_1(X)
& ~ gene_flow_1(X)
& ~ genetic_drift_1(X)
& ~ heterochrony_1(X)
& ~ mechanical_isolation_1(X)
& ~ mimicry_1(X)
& ~ natural_selection_1(X)
& ~ paedomorphosis_1(X)
& ~ punctuated_equilibria_1(X)
& ~ reproductive_isolation_1(X)
& ~ selection_force_1(X)
& ~ speciation_1(X) ) ) ).
fof(a530154,axiom,
! [X] :
( homozygote_1(X)
=> ( original_name_2(X,'Homozygote')
& user_description_2(X,'An individual that is homozygous.')
& concept2words_2(X,homozygote)
& eukaryote_1(X)
& homozygous_1(fn_homozygote_1(X))
& has_part_2(X,fn_homozygote_1(X))
& fn_homozygote_1(X) = fn_organism_3(X) ) ) ).
fof(a530155,axiom,
! [X] :
( homozygous_1(X)
=> ( original_name_2(X,'Homozygous')
& user_description_2(X,'Having two identical alleles for a given gene.')
& concept2words_2(X,homozygous)
& genotype_1(X)
& ~ heterozygous_1(X)
& allele_1(fn_homozygous_1(X))
& true_breeding_1(fn_homozygous_2(X))
& allele_1(fn_homozygous_3(X))
& same_type_2(fn_homozygous_1(X),fn_homozygous_3(X))
& same_type_2(fn_homozygous_3(X),fn_homozygous_1(X))
& same_type_2(fn_homozygous_2(X),X)
& element_2(X,fn_homozygous_1(X))
& same_type_2(X,fn_homozygous_2(X))
& element_2(X,fn_homozygous_3(X))
& fn_homozygous_3(X) = fn_gene_related_aggregates_1(X) ) ) ).
fof(a530156,axiom,
! [X] :
( homozygous_dominant_1(X)
=> ( original_name_2(X,'Homozygous-Dominant')
& user_description_2(X,'An individual who carries two copies of the allele that code for the dominant trait.')
& concept2words_2(X,'dominant homozygote')
& concept2words_2(X,'dominant of homozygous')
& concept2words_2(X,'homozygous dominant')
& concept2words_2(X,'homozygous-dominant')
& homozygous_1(X)
& ~ homozygous_recessive_1(X)
& dominant_allele_1(fn_homozygous_dominant_1(X))
& dominant_allele_1(fn_homozygous_dominant_2(X))
& element_2(X,fn_homozygous_dominant_2(X))
& same_type_2(fn_homozygous_dominant_2(X),fn_homozygous_dominant_1(X))
& element_2(X,fn_homozygous_dominant_1(X))
& same_type_2(fn_homozygous_dominant_1(X),fn_homozygous_dominant_2(X))
& fn_homozygous_dominant_1(X) = fn_homozygous_3(X)
& fn_homozygous_dominant_2(X) = fn_homozygous_1(X) ) ) ).
fof(a530157,axiom,
! [X] :
( homozygous_dominant_cross_1(X)
=> ( original_name_2(X,'Homozygous-Dominant-Cross')
& user_description_2(X,'A cross breeding event in which homozygous dominant male is crossed with homozygous dominant female and resultant is homozygous dominant offspring.')
& concept2words_2(X,'homozygous dominant cross')
& concept2words_2(X,'homozygous-dominant-cross')
& cross_breeding_event_1(X)
& ~ codominance_cross_breeding_event_1(X)
& ~ complete_dominance_cross_breeding_event_1(X)
& ~ homozygous_recessive_cross_1(X)
& ~ hybridization_1(X)
& ~ incomplete_dominance_cross_breeding_event_1(X)
& ~ sex_linkage_cross_breeding_event_1(X)
& ~ testcross_1(X)
& organism_1(fn_homozygous_dominant_cross_1(X))
& homozygous_dominant_1(fn_homozygous_dominant_cross_1(X))
& organism_1(fn_homozygous_dominant_cross_2(X))
& homozygous_dominant_1(fn_homozygous_dominant_cross_2(X))
& fusion_1(fn_homozygous_dominant_cross_3(X))
& homozygous_dominant_1(fn_homozygous_dominant_cross_4(X))
& entity_1(fn_homozygous_dominant_cross_5(X))
& egg_1(fn_homozygous_dominant_cross_5(X))
& entity_1(fn_homozygous_dominant_cross_6(X))
& sperm_cell_1(fn_homozygous_dominant_cross_6(X))
& produce_1(fn_homozygous_dominant_cross_7(X))
& produce_1(fn_homozygous_dominant_cross_8(X))
& entity_1(fn_create_1(fn_homozygous_dominant_cross_8(X)))
& entity_1(fn_create_1(fn_homozygous_dominant_cross_7(X)))
& agent_2(fn_homozygous_dominant_cross_8(X),fn_homozygous_dominant_cross_1(X))
& agent_2(fn_homozygous_dominant_cross_7(X),fn_homozygous_dominant_cross_2(X))
& result_2(fn_homozygous_dominant_cross_7(X),fn_homozygous_dominant_cross_6(X))
& result_2(fn_homozygous_dominant_cross_8(X),fn_homozygous_dominant_cross_5(X))
& result_2(X,fn_homozygous_dominant_cross_4(X))
& result_2(fn_homozygous_dominant_cross_3(X),fn_homozygous_dominant_cross_4(X))
& base_2(fn_homozygous_dominant_cross_3(X),fn_homozygous_dominant_cross_5(X))
& subevent_2(X,fn_homozygous_dominant_cross_3(X))
& object_2(fn_homozygous_dominant_cross_3(X),fn_homozygous_dominant_cross_6(X))
& fn_homozygous_dominant_cross_6(X) = fn_create_1(fn_homozygous_dominant_cross_7(X))
& fn_homozygous_dominant_cross_5(X) = fn_create_1(fn_homozygous_dominant_cross_8(X))
& fn_homozygous_dominant_cross_4(X) = fn_cross_breeding_event_11(X)
& fn_homozygous_dominant_cross_4(X) = fn_cross_breeding_event_9(X)
& fn_homozygous_dominant_cross_4(X) = fn_cross_breeding_event_10(X)
& fn_homozygous_dominant_cross_4(X) = fn_cross_breeding_event_1(X)
& fn_homozygous_dominant_cross_5(X) = fn_cross_breeding_event_12(X)
& fn_homozygous_dominant_cross_6(X) = fn_cross_breeding_event_13(X)
& fn_homozygous_dominant_cross_3(X) = fn_cross_breeding_event_14(X)
& fn_cross_breeding_event_9(X) = fn_cross_breeding_event_11(X)
& fn_cross_breeding_event_11(X) = fn_cross_breeding_event_9(X)
& fn_cross_breeding_event_9(X) = fn_cross_breeding_event_9(X)
& fn_cross_breeding_event_10(X) = fn_cross_breeding_event_9(X)
& fn_cross_breeding_event_9(X) = fn_cross_breeding_event_10(X)
& fn_cross_breeding_event_10(X) = fn_cross_breeding_event_10(X)
& fn_cross_breeding_event_1(X) = fn_cross_breeding_event_10(X)
& fn_cross_breeding_event_10(X) = fn_cross_breeding_event_1(X)
& fn_cross_breeding_event_1(X) = fn_create_1(fn_homozygous_dominant_cross_8(X))
& fn_create_1(fn_homozygous_dominant_cross_8(X)) = fn_cross_breeding_event_12(X)
& fn_cross_breeding_event_12(X) = fn_create_1(fn_homozygous_dominant_cross_7(X))
& fn_create_1(fn_homozygous_dominant_cross_7(X)) = fn_cross_breeding_event_13(X) ) ) ).
fof(a530158,axiom,
! [X] :
( homozygous_dominant_female_1(X)
=> ( original_name_2(X,'Homozygous-Dominant-Female')
& user_description_2(X,'A female who is homozygous dominant for an X chromosome gene.')
& concept2words_2(X,'homozygous dominant female')
& concept2words_2(X,'homozygous-dominant-female')
& homozygous_dominant_1(X)
& ~ dominant_male_1(X)
& ~ heterozygous_female_1(X)
& ~ homozygous_recessive_female_1(X)
& ~ recessive_male_1(X)
& ~ x_dominant_and_y_1(X)
& x_chromosome_dominant_1(fn_homozygous_dominant_female_1(X))
& x_chromosome_dominant_1(fn_homozygous_dominant_female_2(X))
& has_part_2(X,fn_homozygous_dominant_female_2(X))
& has_part_2(X,fn_homozygous_dominant_female_1(X)) ) ) ).
fof(a530159,axiom,
! [X] :
( homozygous_recessive_1(X)
=> ( original_name_2(X,'Homozygous-Recessive')
& user_description_2(X,'An individual who carries two copies of the allele that code for the recessive trait.')
& concept2words_2(X,'homozygous recessive')
& concept2words_2(X,'homozygous-recessive')
& concept2words_2(X,'recessive homozygote')
& concept2words_2(X,'recessive of homozygous')
& homozygous_1(X)
& ~ homozygous_dominant_1(X)
& recessive_allele_1(fn_homozygous_recessive_1(X))
& recessive_allele_1(fn_homozygous_recessive_2(X))
& element_2(X,fn_homozygous_recessive_1(X))
& same_type_2(fn_homozygous_recessive_1(X),fn_homozygous_recessive_2(X))
& element_2(X,fn_homozygous_recessive_2(X))
& same_type_2(fn_homozygous_recessive_2(X),fn_homozygous_recessive_1(X))
& fn_homozygous_recessive_2(X) = fn_homozygous_3(X)
& fn_homozygous_recessive_1(X) = fn_homozygous_1(X) ) ) ).
fof(a530160,axiom,
! [X] :
( homozygous_recessive_cross_1(X)
=> ( original_name_2(X,'Homozygous-Recessive-Cross')
& user_description_2(X,'A cross breeding event in which homozygous recessive male is crossed with homozygous recessive female and resultant is homozygous recessive offspring.')
& concept2words_2(X,'homozygous recessive cross')
& concept2words_2(X,'homozygous-recessive-cross')
& cross_breeding_event_1(X)
& ~ codominance_cross_breeding_event_1(X)
& ~ complete_dominance_cross_breeding_event_1(X)
& ~ homozygous_dominant_cross_1(X)
& ~ hybridization_1(X)
& ~ incomplete_dominance_cross_breeding_event_1(X)
& ~ sex_linkage_cross_breeding_event_1(X)
& ~ testcross_1(X)
& organism_1(fn_homozygous_recessive_cross_1(X))
& homozygous_recessive_1(fn_homozygous_recessive_cross_1(X))
& organism_1(fn_homozygous_recessive_cross_2(X))
& homozygous_recessive_1(fn_homozygous_recessive_cross_2(X))
& fusion_1(fn_homozygous_recessive_cross_3(X))
& homozygous_recessive_1(fn_homozygous_recessive_cross_4(X))
& entity_1(fn_homozygous_recessive_cross_5(X))
& egg_1(fn_homozygous_recessive_cross_5(X))
& entity_1(fn_homozygous_recessive_cross_6(X))
& sperm_cell_1(fn_homozygous_recessive_cross_6(X))
& produce_1(fn_homozygous_recessive_cross_7(X))
& produce_1(fn_homozygous_recessive_cross_8(X))
& entity_1(fn_create_1(fn_homozygous_recessive_cross_8(X)))
& entity_1(fn_create_1(fn_homozygous_recessive_cross_7(X)))
& agent_2(fn_homozygous_recessive_cross_8(X),fn_homozygous_recessive_cross_1(X))
& agent_2(fn_homozygous_recessive_cross_7(X),fn_homozygous_recessive_cross_2(X))
& result_2(fn_homozygous_recessive_cross_7(X),fn_homozygous_recessive_cross_6(X))
& result_2(fn_homozygous_recessive_cross_8(X),fn_homozygous_recessive_cross_5(X))
& result_2(X,fn_homozygous_recessive_cross_4(X))
& result_2(fn_homozygous_recessive_cross_3(X),fn_homozygous_recessive_cross_4(X))
& base_2(fn_homozygous_recessive_cross_3(X),fn_homozygous_recessive_cross_5(X))
& subevent_2(X,fn_homozygous_recessive_cross_3(X))
& object_2(fn_homozygous_recessive_cross_3(X),fn_homozygous_recessive_cross_6(X))
& fn_homozygous_recessive_cross_6(X) = fn_create_1(fn_homozygous_recessive_cross_7(X))
& fn_homozygous_recessive_cross_5(X) = fn_create_1(fn_homozygous_recessive_cross_8(X))
& fn_homozygous_recessive_cross_4(X) = fn_cross_breeding_event_11(X)
& fn_homozygous_recessive_cross_4(X) = fn_cross_breeding_event_9(X)
& fn_homozygous_recessive_cross_4(X) = fn_cross_breeding_event_10(X)
& fn_homozygous_recessive_cross_4(X) = fn_cross_breeding_event_1(X)
& fn_homozygous_recessive_cross_5(X) = fn_cross_breeding_event_12(X)
& fn_homozygous_recessive_cross_6(X) = fn_cross_breeding_event_13(X)
& fn_homozygous_recessive_cross_3(X) = fn_cross_breeding_event_14(X)
& fn_cross_breeding_event_9(X) = fn_cross_breeding_event_11(X)
& fn_cross_breeding_event_11(X) = fn_cross_breeding_event_9(X)
& fn_cross_breeding_event_9(X) = fn_cross_breeding_event_9(X)
& fn_cross_breeding_event_10(X) = fn_cross_breeding_event_9(X)
& fn_cross_breeding_event_9(X) = fn_cross_breeding_event_10(X)
& fn_cross_breeding_event_10(X) = fn_cross_breeding_event_10(X)
& fn_cross_breeding_event_1(X) = fn_cross_breeding_event_10(X)
& fn_cross_breeding_event_10(X) = fn_cross_breeding_event_1(X)
& fn_cross_breeding_event_1(X) = fn_create_1(fn_homozygous_recessive_cross_8(X))
& fn_create_1(fn_homozygous_recessive_cross_8(X)) = fn_cross_breeding_event_12(X)
& fn_cross_breeding_event_12(X) = fn_create_1(fn_homozygous_recessive_cross_7(X))
& fn_create_1(fn_homozygous_recessive_cross_7(X)) = fn_cross_breeding_event_13(X) ) ) ).
fof(a530161,axiom,
! [X] :
( homozygous_recessive_female_1(X)
=> ( original_name_2(X,'Homozygous-Recessive-Female')
& user_description_2(X,'Homozygous recessive female carries both sex chromosomes having recessive alleles.')
& concept2words_2(X,'homozygous recessive female')
& concept2words_2(X,'homozygous-recessive-female')
& genotype_1(X)
& ~ homozygous_dominant_female_1(X)
& x_chromosome_recessive_1(fn_homozygous_recessive_female_1(X))
& x_chromosome_recessive_1(fn_homozygous_recessive_female_2(X))
& has_part_2(X,fn_homozygous_recessive_female_2(X))
& has_part_2(X,fn_homozygous_recessive_female_1(X)) ) ) ).
fof(a530162,axiom,
! [X] :
( homunculus_1(X)
=> ( original_name_2(X,'Homunculus')
& user_description_2(X,'The distorted scale model of a human drawn or sculpted to reflect the relative space human body parts occupy on the somatosensory cortex (sensory homunculus) and the motor cortex (motor homunculus).')
& concept2words_2(X,homunculus)
& model_1(X) ) ) ).
fof(a530163,axiom,
! [X] :
( honeybee_1(X)
=> ( original_name_2(X,'Honeybee')
& user_description_2(X,'Subset of bees in the order Hymenoptera, distinguished from other bees by a highly organized colonial lifestyle, the construction of perennial nests made of wax, and the production of honey from nectar.')
& concept2words_2(X,honeybee)
& bee_1(X) ) ) ).
fof(a530164,axiom,
! [X] :
( horizontal_cell_1(X)
=> ( original_name_2(X,'Horizontal-Cell')
& user_description_2(X,'Neuron of the mammalian retina that integrates information from the photoreceptors before it is sent to the brain.')
& concept2words_2(X,'cell of horizontal')
& concept2words_2(X,'horizontal cell')
& concept2words_2(X,'horizontal-cell')
& sensory_neuron_1(X)
& ~ amacrine_cell_1(X)
& ~ bipolar_cell_1(X)
& ~ ganglion_cell_1(X) ) ) ).
fof(a530165,axiom,
! [X] :
( horizontal_gene_transfer_1(X)
=> ( original_name_2(X,'Horizontal-Gene-Transfer')
& user_description_2(X,'The transfer of genes from one genome to another through mechanisms such as transposable elements, plasmid exchange, viral activity, and perhaps fusions of different organisms.')
& concept2words_2(X,hgt)
& concept2words_2(X,'lateral gene transfer')
& concept2words_2(X,'lateral-gene-transfer')
& concept2words_2(X,lgt)
& concept2words_2(X,hgt)
& concept2words_2(X,'horizontal gene transfer')
& concept2words_2(X,'horizontal-gene-transfer')
& genetic_process_1(X)
& ~ epistasis_1(X)
& ~ gene_cloning_1(X)
& ~ gene_expression_1(X)
& ~ gene_for_gene_recognition_1(X)
& ~ gene_inactivation_1(X)
& ~ gene_regulation_1(X)
& ~ histone_acetylation_1(X)
& ~ polygenic_inheritance_1(X)
& ~ proofreading_of_dna_replication_1(X)
& ~ rna_interference_1(X)
& ~ transformation_of_cell_to_cancerous_cell_1(X)
& dna_transfer_1(fn_horizontal_gene_transfer_1(X))
& enables_2(X,fn_horizontal_gene_transfer_1(X)) ) ) ).
fof(a530166,axiom,
! [X] :
( horizontal_transmission_1(X)
=> ( original_name_2(X,'Horizontal-Transmission')
& user_description_2(X,'When a plant is infected from an external source of the virus.')
& concept2words_2(X,'horizontal gene transfer')
& concept2words_2(X,transmit)
& concept2words_2(X,'transmission of horizontal')
& concept2words_2(X,'horizontal transmission')
& concept2words_2(X,'horizontal-transmission')
& viral_infection_1(X)
& ~ phage_reproduction_cycle_1(X)
& ~ vertical_transmission_1(X)
& move_through_1(fn_horizontal_transmission_1(X))
& epidermis_1(fn_horizontal_transmission_2(X))
& plant_1(fn_horizontal_transmission_3(X))
& insect_1(fn_horizontal_transmission_4(X))
& carry_1(fn_horizontal_transmission_5(X))
& plant_virus_1(fn_horizontal_transmission_6(X))
& tangible_entity_1(fn_carry_1(fn_horizontal_transmission_5(X)))
& spatial_entity_1(fn_move_1(fn_horizontal_transmission_5(X)))
& agent_2(fn_horizontal_transmission_1(X),fn_horizontal_transmission_4(X))
& path_2(fn_horizontal_transmission_1(X),fn_horizontal_transmission_2(X))
& has_part_2(fn_horizontal_transmission_3(X),fn_horizontal_transmission_2(X))
& object_2(X,fn_horizontal_transmission_6(X))
& instrument_2(X,fn_horizontal_transmission_4(X))
& base_2(X,fn_horizontal_transmission_3(X))
& agent_2(fn_horizontal_transmission_5(X),fn_horizontal_transmission_4(X))
& object_2(fn_horizontal_transmission_5(X),fn_horizontal_transmission_6(X))
& fn_horizontal_transmission_4(X) = fn_carry_1(fn_horizontal_transmission_5(X))
& fn_horizontal_transmission_6(X) = fn_move_1(fn_horizontal_transmission_5(X)) ) ) ).
fof(a530167,axiom,
! [X] :
( hormonal_signaling_in_plant_1(X)
=> ( original_name_2(X,'Hormonal-Signaling-In-Plant')
& user_description_2(X,'A form of long-distance signaling where hormones, secreted chemicals formed in specialized cells, sometimes travel through vessels in the plant, but they often reach their target cells by moving through cells or through the air as a gas.')
& concept2words_2(X,communicate)
& concept2words_2(X,'hormonal signaling in plant')
& concept2words_2(X,'hormonal-signaling-in-plant')
& intercellular_process_1(X)
& cell_communication_in_plant_1(X)
& plant_1(fn_hormonal_signaling_in_plant_1(X))
& signal_generation_1(fn_hormonal_signaling_in_plant_2(X))
& hormone_1(fn_hormonal_signaling_in_plant_3(X))
& living_entity_1(fn_hormonal_signaling_in_plant_4(X))
& plant_cell_1(fn_hormonal_signaling_in_plant_4(X))
& cell_1(fn_hormonal_signaling_in_plant_4(X))
& secretion_1(fn_hormonal_signaling_in_plant_5(X))
& signal_1(fn_hormonal_signaling_in_plant_6(X))
& transmit_1(fn_hormonal_signaling_in_plant_7(X))
& signal_reception_1(fn_hormonal_signaling_in_plant_8(X))
& cell_signaling_1(fn_hormonal_signaling_in_plant_9(X))
& eukaryotic_cell_1(fn_hormonal_signaling_in_plant_10(X))
& cell_1(fn_hormonal_signaling_in_plant_10(X))
& plant_cell_1(fn_hormonal_signaling_in_plant_10(X))
& signal_transduction_1(fn_hormonal_signaling_in_plant_11(X))
& cellular_response_1(fn_hormonal_signaling_in_plant_12(X))
& secretor_1(fn_hormonal_signaling_in_plant_13(X))
& monomer_1(fn_hormonal_signaling_in_plant_14(X))
& monomer_1(fn_hormonal_signaling_in_plant_15(X))
& ligand_binding_1(fn_hormonal_signaling_in_plant_16(X))
& spatial_entity_1(fn_hormonal_signaling_in_plant_17(X))
& polymer_1(fn_hormonal_signaling_in_plant_17(X))
& receptor_protein_1(fn_hormonal_signaling_in_plant_17(X))
& secretor_1(fn_secretion_3(fn_hormonal_signaling_in_plant_5(X)))
& ligand_binding_1(fn_signal_reception_6(fn_hormonal_signaling_in_plant_8(X)))
& spatial_entity_1(fn_signal_reception_4(fn_hormonal_signaling_in_plant_8(X)))
& polymer_1(fn_signal_reception_4(fn_hormonal_signaling_in_plant_8(X)))
& receptor_protein_1(fn_signal_reception_4(fn_hormonal_signaling_in_plant_8(X)))
& cellular_response_1(fn_cell_signaling_1(fn_hormonal_signaling_in_plant_9(X)))
& signal_transduction_1(fn_cell_signaling_3(fn_hormonal_signaling_in_plant_9(X)))
& signal_reception_1(fn_cell_signaling_2(fn_hormonal_signaling_in_plant_9(X)))
& cell_1(fn_signal_reception_3(fn_hormonal_signaling_in_plant_8(X)))
& plant_cell_1(fn_plant_20(fn_hormonal_signaling_in_plant_1(X)))
& cell_1(fn_plant_20(fn_hormonal_signaling_in_plant_1(X)))
& eukaryotic_cell_1(fn_plant_20(fn_hormonal_signaling_in_plant_1(X)))
& cell_1(fn_cell_signaling_4(fn_hormonal_signaling_in_plant_9(X)))
& signal_1(fn_transmit_1(fn_hormonal_signaling_in_plant_7(X)))
& signal_1(fn_signal_generation_1(fn_hormonal_signaling_in_plant_2(X)))
& tangible_entity_1(fn_transmit_2(fn_hormonal_signaling_in_plant_7(X)))
& tangible_entity_1(fn_secretion_1(fn_hormonal_signaling_in_plant_5(X)))
& chemical_entity_1(fn_cell_signaling_5(fn_hormonal_signaling_in_plant_9(X)))
& chemical_entity_1(fn_signal_reception_5(fn_hormonal_signaling_in_plant_8(X)))
& chemical_entity_1(fn_signal_generation_5(fn_hormonal_signaling_in_plant_2(X)))
& living_entity_1(fn_secretion_2(fn_hormonal_signaling_in_plant_5(X)))
& cell_1(fn_signal_generation_4(fn_hormonal_signaling_in_plant_2(X)))
& monomer_1(fn_signal_reception_8(fn_hormonal_signaling_in_plant_8(X)))
& monomer_1(fn_signal_reception_7(fn_hormonal_signaling_in_plant_8(X)))
& experiencer_2(X,fn_hormonal_signaling_in_plant_1(X))
& fn_hormonal_signaling_in_plant_4(X) != fn_hormonal_signaling_in_plant_10(X)
& fn_hormonal_signaling_in_plant_10(X) != fn_hormonal_signaling_in_plant_4(X)
& object_2(fn_hormonal_signaling_in_plant_7(X),fn_hormonal_signaling_in_plant_3(X))
& has_part_2(fn_hormonal_signaling_in_plant_1(X),fn_hormonal_signaling_in_plant_10(X))
& in_event_2(fn_hormonal_signaling_in_plant_6(X),fn_hormonal_signaling_in_plant_7(X))
& base_2(fn_hormonal_signaling_in_plant_5(X),fn_hormonal_signaling_in_plant_4(X))
& plays_2(fn_hormonal_signaling_in_plant_4(X),fn_hormonal_signaling_in_plant_13(X))
& in_event_2(fn_hormonal_signaling_in_plant_13(X),fn_hormonal_signaling_in_plant_5(X))
& object_2(fn_hormonal_signaling_in_plant_5(X),fn_hormonal_signaling_in_plant_3(X))
& base_2(fn_hormonal_signaling_in_plant_12(X),fn_hormonal_signaling_in_plant_10(X))
& base_2(fn_hormonal_signaling_in_plant_11(X),fn_hormonal_signaling_in_plant_10(X))
& base_2(fn_hormonal_signaling_in_plant_8(X),fn_hormonal_signaling_in_plant_10(X))
& fn_hormonal_signaling_in_plant_3(X) != fn_hormonal_signaling_in_plant_14(X)
& fn_hormonal_signaling_in_plant_14(X) != fn_hormonal_signaling_in_plant_3(X)
& fn_hormonal_signaling_in_plant_15(X) != fn_hormonal_signaling_in_plant_3(X)
& fn_hormonal_signaling_in_plant_3(X) != fn_hormonal_signaling_in_plant_15(X)
& object_2(fn_hormonal_signaling_in_plant_8(X),fn_hormonal_signaling_in_plant_3(X))
& has_function_2(fn_hormonal_signaling_in_plant_3(X),fn_hormonal_signaling_in_plant_16(X))
& object_2(fn_hormonal_signaling_in_plant_16(X),fn_hormonal_signaling_in_plant_3(X))
& complement_2(fn_hormonal_signaling_in_plant_17(X),fn_hormonal_signaling_in_plant_3(X))
& complement_2(fn_hormonal_signaling_in_plant_3(X),fn_hormonal_signaling_in_plant_17(X))
& first_subevent_2(X,fn_hormonal_signaling_in_plant_2(X))
& subevent_2(X,fn_hormonal_signaling_in_plant_2(X))
& instrument_2(X,fn_hormonal_signaling_in_plant_3(X))
& agent_2(fn_hormonal_signaling_in_plant_9(X),fn_hormonal_signaling_in_plant_3(X))
& object_2(X,fn_hormonal_signaling_in_plant_10(X))
& base_2(fn_hormonal_signaling_in_plant_9(X),fn_hormonal_signaling_in_plant_10(X))
& subevent_2(X,fn_hormonal_signaling_in_plant_9(X))
& agent_2(X,fn_hormonal_signaling_in_plant_4(X))
& plays_2(fn_hormonal_signaling_in_plant_3(X),fn_hormonal_signaling_in_plant_6(X))
& subevent_2(fn_hormonal_signaling_in_plant_9(X),fn_hormonal_signaling_in_plant_11(X))
& subevent_2(fn_hormonal_signaling_in_plant_9(X),fn_hormonal_signaling_in_plant_12(X))
& next_event_2(fn_hormonal_signaling_in_plant_11(X),fn_hormonal_signaling_in_plant_12(X))
& next_event_2(fn_hormonal_signaling_in_plant_8(X),fn_hormonal_signaling_in_plant_11(X))
& subevent_2(fn_hormonal_signaling_in_plant_9(X),fn_hormonal_signaling_in_plant_8(X))
& first_subevent_2(fn_hormonal_signaling_in_plant_9(X),fn_hormonal_signaling_in_plant_8(X))
& has_part_2(fn_hormonal_signaling_in_plant_17(X),fn_hormonal_signaling_in_plant_14(X))
& base_2(fn_hormonal_signaling_in_plant_16(X),fn_hormonal_signaling_in_plant_17(X))
& subevent_2(fn_hormonal_signaling_in_plant_8(X),fn_hormonal_signaling_in_plant_16(X))
& has_function_2(fn_hormonal_signaling_in_plant_17(X),fn_hormonal_signaling_in_plant_8(X))
& instrument_2(fn_hormonal_signaling_in_plant_8(X),fn_hormonal_signaling_in_plant_17(X))
& has_part_2(fn_hormonal_signaling_in_plant_17(X),fn_hormonal_signaling_in_plant_15(X))
& result_2(fn_hormonal_signaling_in_plant_2(X),fn_hormonal_signaling_in_plant_3(X))
& base_2(fn_hormonal_signaling_in_plant_2(X),fn_hormonal_signaling_in_plant_4(X))
& agent_2(fn_hormonal_signaling_in_plant_2(X),fn_hormonal_signaling_in_plant_4(X))
& fn_hormonal_signaling_in_plant_3(X) = fn_transmit_2(fn_hormonal_signaling_in_plant_7(X))
& fn_hormonal_signaling_in_plant_10(X) = fn_plant_20(fn_hormonal_signaling_in_plant_1(X))
& fn_hormonal_signaling_in_plant_6(X) = fn_transmit_1(fn_hormonal_signaling_in_plant_7(X))
& fn_hormonal_signaling_in_plant_3(X) = fn_secretion_1(fn_hormonal_signaling_in_plant_5(X))
& fn_hormonal_signaling_in_plant_13(X) = fn_secretion_3(fn_hormonal_signaling_in_plant_5(X))
& fn_hormonal_signaling_in_plant_4(X) = fn_secretion_2(fn_hormonal_signaling_in_plant_5(X))
& fn_hormonal_signaling_in_plant_10(X) = fn_signal_reception_3(fn_hormonal_signaling_in_plant_8(X))
& fn_hormonal_signaling_in_plant_14(X) = fn_signal_reception_7(fn_hormonal_signaling_in_plant_8(X))
& fn_hormonal_signaling_in_plant_15(X) = fn_signal_reception_8(fn_hormonal_signaling_in_plant_8(X))
& fn_hormonal_signaling_in_plant_3(X) = fn_signal_reception_5(fn_hormonal_signaling_in_plant_8(X))
& fn_hormonal_signaling_in_plant_3(X) = fn_cell_signaling_5(fn_hormonal_signaling_in_plant_9(X))
& fn_hormonal_signaling_in_plant_9(X) = fn_cell_communication_2(X)
& fn_hormonal_signaling_in_plant_3(X) = fn_cell_communication_4(X)
& fn_hormonal_signaling_in_plant_2(X) = fn_cell_communication_5(X)
& fn_hormonal_signaling_in_plant_4(X) = fn_cell_communication_in_plant_1(X)
& fn_hormonal_signaling_in_plant_10(X) = fn_cell_signaling_4(fn_hormonal_signaling_in_plant_9(X))
& fn_hormonal_signaling_in_plant_9(X) = fn_cell_communication_in_plant_2(X)
& fn_hormonal_signaling_in_plant_10(X) = fn_cell_communication_in_plant_3(X)
& fn_hormonal_signaling_in_plant_6(X) = fn_signal_generation_1(fn_hormonal_signaling_in_plant_2(X))
& fn_hormonal_signaling_in_plant_3(X) = fn_signal_generation_5(fn_hormonal_signaling_in_plant_2(X))
& fn_hormonal_signaling_in_plant_4(X) = fn_signal_generation_4(fn_hormonal_signaling_in_plant_2(X))
& fn_hormonal_signaling_in_plant_14(X) = fn_signal_reception_8(fn_hormonal_signaling_in_plant_8(X))
& fn_hormonal_signaling_in_plant_16(X) = fn_signal_reception_6(fn_hormonal_signaling_in_plant_8(X))
& fn_hormonal_signaling_in_plant_17(X) = fn_signal_reception_4(fn_hormonal_signaling_in_plant_8(X))
& fn_hormonal_signaling_in_plant_15(X) = fn_signal_reception_7(fn_hormonal_signaling_in_plant_8(X))
& fn_hormonal_signaling_in_plant_12(X) = fn_cell_signaling_1(fn_hormonal_signaling_in_plant_9(X))
& fn_hormonal_signaling_in_plant_11(X) = fn_cell_signaling_3(fn_hormonal_signaling_in_plant_9(X))
& fn_hormonal_signaling_in_plant_8(X) = fn_cell_signaling_2(fn_hormonal_signaling_in_plant_9(X))
& fn_plant_20(fn_hormonal_signaling_in_plant_1(X)) = fn_signal_reception_3(fn_hormonal_signaling_in_plant_8(X))
& fn_signal_reception_3(fn_hormonal_signaling_in_plant_8(X)) = fn_plant_20(fn_hormonal_signaling_in_plant_1(X))
& fn_plant_20(fn_hormonal_signaling_in_plant_1(X)) = fn_cell_signaling_4(fn_hormonal_signaling_in_plant_9(X))
& fn_cell_signaling_4(fn_hormonal_signaling_in_plant_9(X)) = fn_cell_signaling_4(fn_hormonal_signaling_in_plant_9(X))
& fn_cell_signaling_4(fn_hormonal_signaling_in_plant_9(X)) = fn_cell_communication_in_plant_3(X)
& fn_cell_communication_in_plant_3(X) = fn_cell_communication_in_plant_3(X)
& fn_cell_communication_in_plant_3(X) = fn_transmit_1(fn_hormonal_signaling_in_plant_7(X))
& fn_transmit_1(fn_hormonal_signaling_in_plant_7(X)) = fn_signal_generation_1(fn_hormonal_signaling_in_plant_2(X))
& fn_signal_generation_1(fn_hormonal_signaling_in_plant_2(X)) = fn_transmit_2(fn_hormonal_signaling_in_plant_7(X))
& fn_transmit_2(fn_hormonal_signaling_in_plant_7(X)) = fn_secretion_1(fn_hormonal_signaling_in_plant_5(X))
& fn_secretion_1(fn_hormonal_signaling_in_plant_5(X)) = fn_secretion_1(fn_hormonal_signaling_in_plant_5(X))
& fn_secretion_1(fn_hormonal_signaling_in_plant_5(X)) = fn_cell_signaling_5(fn_hormonal_signaling_in_plant_9(X))
& fn_cell_signaling_5(fn_hormonal_signaling_in_plant_9(X)) = fn_cell_signaling_5(fn_hormonal_signaling_in_plant_9(X))
& fn_signal_reception_5(fn_hormonal_signaling_in_plant_8(X)) = fn_cell_signaling_5(fn_hormonal_signaling_in_plant_9(X))
& fn_cell_signaling_5(fn_hormonal_signaling_in_plant_9(X)) = fn_signal_reception_5(fn_hormonal_signaling_in_plant_8(X))
& fn_signal_reception_5(fn_hormonal_signaling_in_plant_8(X)) = fn_signal_reception_5(fn_hormonal_signaling_in_plant_8(X))
& fn_signal_reception_5(fn_hormonal_signaling_in_plant_8(X)) = fn_cell_communication_4(X)
& fn_cell_communication_4(X) = fn_cell_communication_4(X)
& fn_cell_communication_4(X) = fn_signal_generation_5(fn_hormonal_signaling_in_plant_2(X))
& fn_signal_generation_5(fn_hormonal_signaling_in_plant_2(X)) = fn_signal_generation_5(fn_hormonal_signaling_in_plant_2(X))
& fn_signal_generation_5(fn_hormonal_signaling_in_plant_2(X)) = fn_secretion_2(fn_hormonal_signaling_in_plant_5(X))
& fn_secretion_2(fn_hormonal_signaling_in_plant_5(X)) = fn_secretion_2(fn_hormonal_signaling_in_plant_5(X))
& fn_secretion_2(fn_hormonal_signaling_in_plant_5(X)) = fn_cell_communication_in_plant_1(X)
& fn_cell_communication_in_plant_1(X) = fn_cell_communication_in_plant_1(X)
& fn_cell_communication_in_plant_1(X) = fn_signal_generation_4(fn_hormonal_signaling_in_plant_2(X))
& fn_signal_generation_4(fn_hormonal_signaling_in_plant_2(X)) = fn_signal_generation_4(fn_hormonal_signaling_in_plant_2(X))
& fn_signal_generation_4(fn_hormonal_signaling_in_plant_2(X)) = fn_signal_reception_7(fn_hormonal_signaling_in_plant_8(X))
& fn_signal_reception_7(fn_hormonal_signaling_in_plant_8(X)) = fn_signal_reception_8(fn_hormonal_signaling_in_plant_8(X))
& fn_signal_reception_8(fn_hormonal_signaling_in_plant_8(X)) = fn_signal_reception_8(fn_hormonal_signaling_in_plant_8(X))
& fn_signal_reception_8(fn_hormonal_signaling_in_plant_8(X)) = fn_signal_reception_7(fn_hormonal_signaling_in_plant_8(X))
& fn_signal_reception_7(fn_hormonal_signaling_in_plant_8(X)) = fn_cell_communication_2(X)
& fn_cell_communication_2(X) = fn_cell_communication_in_plant_2(X)
& fn_cell_communication_in_plant_2(X) = fn_cell_communication_in_plant_2(X) ) ) ).
fof(a530168,axiom,
! [X] :
( hormone_1(X)
=> ( original_name_2(X,'Hormone')
& user_description_2(X,'A chemical that is secreted by specialized cells within an organ, travels in the bloodstream, and acts on specific target cells in another part of the body or another part of the secreting organ.')
& concept2words_2(X,hormone)
& organic_entity_1(X)
& organic_molecule_1(X)
& carbon_skeleton_1(fn_hormone_1(X))
& carbon_1(fn_hormone_2(X))
& atom_1(fn_hormone_3(X))
& chemical_entity_1(fn_hormone_3(X))
& chemical_messenger_1(fn_hormone_4(X))
& chemical_entity_1(fn_messenger_1(fn_hormone_4(X)))
& plays_2(X,fn_hormone_4(X))
& has_part_2(X,fn_hormone_3(X))
& has_region_2(X,fn_hormone_1(X))
& is_inside_2(fn_hormone_2(X),fn_hormone_1(X))
& has_part_2(X,fn_hormone_2(X))
& fn_hormone_3(X) != fn_hormone_2(X)
& fn_hormone_2(X) != fn_hormone_3(X)
& X = fn_messenger_1(fn_hormone_4(X))
& fn_hormone_3(X) = fn_organic_molecule_2(X)
& fn_hormone_2(X) = fn_organic_molecule_1(X)
& fn_hormone_1(X) = fn_organic_molecule_3(X) ) ) ).
fof(a530169,axiom,
! [X] :
( hormone_receptor_1(X)
=> ( original_name_2(X,'Hormone-Receptor')
& user_description_2(X,'A receptor protein on the surface of a cell or in its interior that binds to a specific hormone which often triggers the start of a biophysical signal that can lead to further signal transduction pathways, or trigger the activation or inhibition of genes.')
& concept2words_2(X,'receptor of hormone')
& concept2words_2(X,'hormone receptor')
& concept2words_2(X,'hormone-receptor')
& receptor_protein_1(X)
& hydrophobic_region_1(fn_hormone_receptor_1(X))
& has_region_2(X,fn_hormone_receptor_1(X)) ) ) ).
fof(a530170,axiom,
! [X] :
( hornwort_1(X)
=> ( original_name_2(X,'Hornwort')
& user_description_2(X,'Member of the phylum Antherocerophyta, which are small herbaceous bryophytes (nonvascular plants).')
& concept2words_2(X,anthroceroyphyta)
& concept2words_2(X,anthrocerophyte)
& concept2words_2(X,hornwort)
& bryophyte_1(X) ) ) ).
fof(a530171,axiom,
! [X] :
( host_1(X)
=> ( original_name_2(X,'Host')
& user_description_2(X,'The larger of two partcipants in a symbiotic relationship. The host may serve as habitable environment or food for the smaller partner and may in turn be either harmed by or benefit from the presence of the smaller participant.')
& concept2words_2(X,host)
& role_1(X)
& living_entity_1(fn_host_1(X))
& event_1(fn_host_2(X))
& in_event_2(X,fn_host_2(X))
& plays_2(fn_host_1(X),X) ) ) ).
fof(a530172,axiom,
! [X] :
( host_range_1(X)
=> ( original_name_2(X,'Host-Range')
& user_description_2(X,'The limited range of host cell types that can be infected by a parasite or pathogen.')
& concept2words_2(X,'range of host')
& concept2words_2(X,'host range')
& concept2words_2(X,'host-range')
& state_1(X) ) ) ).
fof(a530173,axiom,
! [X] :
( hox_gene_1(X)
=> ( original_name_2(X,'Hox-Gene')
& user_description_2(X,'One of a group of related genes that regulate the formation of body axes during development.')
& concept2words_2(X,'hox gene')
& concept2words_2(X,'hox-gene')
& eukaryote_dna_sequence_1(X) ) ) ).
fof(a530174,axiom,
! [X] :
( htlv_1(X)
=> ( original_name_2(X,'HTLV')
& user_description_2(X,'Human T-lymphotrophic virus; a human RNA retrovirus that causes a type of cancer in T cells.')
& concept2words_2(X,'human t cell leukemia virus')
& concept2words_2(X,'human-t-cell-leukemia-virus')
& concept2words_2(X,'human t lymphotropic virus type i')
& concept2words_2(X,'human-t-lymphotropic-virus-type-i')
& concept2words_2(X,'htlv 1')
& concept2words_2(X,'htlv-1')
& concept2words_2(X,'human t lymphotropic virus')
& concept2words_2(X,'human-t-lymphotropic-virus')
& concept2words_2(X,htlv)
& retrovirus_1(X)
& ~ hiv_1(X) ) ) ).
fof(a530175,axiom,
! [X] :
( hugh_davson_1(X)
=> ( original_name_2(X,'Hugh-Davson')
& user_description_2(X,'Biologist that studied biomembranes and developed the Sandwich Model for placement of membrane proteins.')
& concept2words_2(X,davson)
& concept2words_2(X,'hugh davson')
& concept2words_2(X,'hugh-davson')
& biologist_1(X) ) ) ).
fof(a530176,axiom,
! [X] :
( human_behavior_1(X)
=> ( original_name_2(X,'Human-Behavior')
& user_description_2(X,'Range of behaviors unique to humans which are influenced by human biology and culture.')
& concept2words_2(X,'behavior of human')
& concept2words_2(X,'human behavior')
& concept2words_2(X,'human-behavior')
& behavior_1(X) ) ) ).
fof(a530177,axiom,
! [X] :
( human_cell_1(X)
=> ( original_name_2(X,'Human-Cell')
& user_description_2(X,'Human cell is the basic structural unit of Human')
& concept2words_2(X,'cell of human')
& concept2words_2(X,'human cell')
& concept2words_2(X,'human-cell')
& mammalian_cell_1(X)
& system_1(fn_human_cell_2(X))
& electron_transport_chain_pathway_1(fn_human_cell_4(X))
& eukaryotic_oxidative_phosphorylation_1(fn_human_cell_5(X))
& metabolic_pathway_1(fn_human_cell_6(X))
& endergonic_process_1(fn_human_cell_6(X))
& chemical_reaction_1(fn_human_cell_6(X))
& synthesis_of_organic_molecule_1(fn_human_cell_6(X))
& anabolic_pathway_1(fn_human_cell_6(X))
& synthesis_of_atp_1(fn_human_cell_6(X))
& catabolic_pathway_1(fn_human_cell_7(X))
& semiautonomous_organelle_1(fn_human_cell_8(X))
& organelle_1(fn_human_cell_8(X))
& mitochondrion_1(fn_human_cell_8(X))
& mixture_1(fn_human_cell_11(X))
& cytoplasm_1(fn_human_cell_11(X))
& centrosome_1(fn_human_cell_12(X))
& tangible_entity_1(fn_human_cell_13(X))
& nucleus_1(fn_human_cell_13(X))
& endoplasmic_reticulum_1(fn_human_cell_14(X))
& rough_endoplasmic_reticulum_1(fn_human_cell_14(X))
& smooth_endoplasmic_reticulum_1(fn_human_cell_15(X))
& golgi_apparatus_1(fn_human_cell_16(X))
& cell_pole_1(fn_human_cell_17(X))
& cell_pole_1(fn_human_cell_18(X))
& support_1(fn_human_cell_19(X))
& support_1(fn_human_cell_20(X))
& volume_value_1(fn_human_cell_21(X))
& size_value_1(fn_human_cell_22(X))
& inside_face_1(fn_human_cell_23(X))
& cytoplasmic_side_1(fn_human_cell_23(X))
& create_1(fn_human_cell_24(X))
& produce_1(fn_human_cell_24(X))
& microtubule_1(fn_human_cell_25(X))
& tangible_entity_1(fn_human_cell_26(X))
& spatial_entity_1(fn_human_cell_26(X))
& biomembrane_1(fn_human_cell_26(X))
& animal_plasma_membrane_1(fn_human_cell_26(X))
& plasma_membrane_1(fn_human_cell_26(X))
& entity_1(fn_human_cell_28(X))
& dna_1(fn_human_cell_28(X))
& polymer_1(fn_human_cell_28(X))
& length_value_1(fn_human_cell_29(X))
& eukaryotic_chromosome_1(fn_human_cell_30(X))
& chromosome_1(fn_human_cell_30(X))
& protein_1(fn_human_cell_31(X))
& organic_molecule_1(fn_human_cell_31(X))
& polymer_1(fn_human_cell_31(X))
& spatial_entity_1(fn_human_cell_31(X))
& membrane_protein_1(fn_human_cell_31(X))
& tangible_entity_1(fn_human_cell_31(X))
& transmembrane_protein_1(fn_human_cell_31(X))
& integral_protein_1(fn_human_cell_31(X))
& transport_protein_1(fn_human_cell_31(X))
& sodium_potassium_pump_1(fn_human_cell_31(X))
& eukaryotic_cellular_respiration_1(fn_human_cell_32(X))
& attach_1(fn_human_cell_33(X))
& outside_face_1(fn_human_cell_34(X))
& extracellular_side_1(fn_human_cell_34(X))
& surface_1(fn_human_cell_34(X))
& hydrophobic_core_1(fn_human_cell_35(X))
& integrin_1(fn_human_cell_36(X))
& tangible_entity_1(fn_human_cell_37(X))
& phospholipid_bilayer_1(fn_human_cell_37(X))
& spatial_entity_1(fn_human_cell_38(X))
& polymer_1(fn_human_cell_38(X))
& organic_molecule_1(fn_human_cell_38(X))
& tangible_entity_1(fn_human_cell_38(X))
& membrane_protein_1(fn_human_cell_38(X))
& protein_1(fn_human_cell_38(X))
& surface_1(fn_human_cell_39(X))
& substance_1(fn_human_cell_40(X))
& cytosol_1(fn_human_cell_40(X))
& ribosome_1(fn_human_cell_41(X))
& eukaryotic_ribosome_1(fn_human_cell_41(X))
& cellular_work_1(fn_human_cell_42(X))
& active_transport_1(fn_human_cell_42(X))
& active_movement_of_ions_1(fn_human_cell_42(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_human_cell_42(X))
& glycoprotein_1(fn_human_cell_43(X))
& hydrophilic_face_1(fn_human_cell_44(X))
& move_1(fn_human_cell_45(X))
& peroxisome_1(fn_human_cell_46(X))
& property_node_1(fn_eukaryotic_chromosome_7(fn_human_cell_30(X)))
& length_value_1(fn_eukaryotic_chromosome_6(fn_human_cell_30(X)))
& entity_1(fn_eukaryotic_chromosome_3(fn_human_cell_30(X)))
& dna_1(fn_eukaryotic_chromosome_3(fn_human_cell_30(X)))
& polymer_1(fn_eukaryotic_chromosome_3(fn_human_cell_30(X)))
& hydrophilic_face_1(fn_animal_plasma_membrane_5(fn_human_cell_26(X)))
& glycoprotein_1(fn_animal_plasma_membrane_76(fn_human_cell_26(X)))
& spatial_entity_1(fn_integrin_9(fn_human_cell_36(X)))
& polymer_1(fn_integrin_9(fn_human_cell_36(X)))
& organic_molecule_1(fn_integrin_9(fn_human_cell_36(X)))
& tangible_entity_1(fn_integrin_9(fn_human_cell_36(X)))
& membrane_protein_1(fn_integrin_9(fn_human_cell_36(X)))
& protein_1(fn_integrin_9(fn_human_cell_36(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_human_cell_26(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_human_cell_26(X)))
& inside_face_1(fn_animal_plasma_membrane_58(fn_human_cell_26(X)))
& cytoplasmic_side_1(fn_animal_plasma_membrane_58(fn_human_cell_26(X)))
& attach_1(fn_animal_plasma_membrane_77(fn_human_cell_26(X)))
& attach_1(fn_animal_plasma_membrane_52(fn_human_cell_26(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_human_cell_26(X)))
& hydrophobic_core_1(fn_animal_plasma_membrane_51(fn_human_cell_26(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_human_cell_26(X)))
& outside_face_1(fn_animal_plasma_membrane_55(fn_human_cell_26(X)))
& extracellular_side_1(fn_animal_plasma_membrane_55(fn_human_cell_26(X)))
& surface_1(fn_animal_plasma_membrane_55(fn_human_cell_26(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_human_cell_26(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_human_cell_26(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_human_cell_26(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_human_cell_26(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_human_cell_26(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_human_cell_26(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_human_cell_26(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_human_cell_26(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_human_cell_26(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_human_cell_26(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_human_cell_26(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_human_cell_26(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_human_cell_26(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_human_cell_26(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_human_cell_26(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_human_cell_26(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_human_cell_26(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_human_cell_26(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_human_cell_26(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_human_cell_26(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_human_cell_26(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_human_cell_26(X)))
& polymer_1(fn_integrin_8(fn_human_cell_36(X)))
& spatial_entity_1(fn_integrin_8(fn_human_cell_36(X)))
& membrane_protein_1(fn_integrin_8(fn_human_cell_36(X)))
& tangible_entity_1(fn_integrin_8(fn_human_cell_36(X)))
& transmembrane_protein_1(fn_integrin_8(fn_human_cell_36(X)))
& integral_protein_1(fn_integrin_8(fn_human_cell_36(X)))
& transport_protein_1(fn_integrin_8(fn_human_cell_36(X)))
& sodium_potassium_pump_1(fn_integrin_8(fn_human_cell_36(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_human_cell_23(X)))
& tangible_entity_1(fn_biomembrane_63(fn_human_cell_26(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_human_cell_26(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_human_cell_26(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_human_cell_26(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_human_cell_26(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_human_cell_26(X)))
& tangible_entity_1(fn_integrin_29(fn_human_cell_36(X)))
& phospholipid_bilayer_1(fn_integrin_29(fn_human_cell_36(X)))
& spatial_entity_1(fn_integrin_30(fn_human_cell_36(X)))
& biomembrane_1(fn_integrin_30(fn_human_cell_36(X)))
& animal_plasma_membrane_1(fn_integrin_30(fn_human_cell_36(X)))
& plasma_membrane_1(fn_integrin_30(fn_human_cell_36(X)))
& called_2(fn_human_cell_36(X),'MP2')
& called_2(fn_human_cell_36(X),'MP1')
& site_2(fn_human_cell_32(X),fn_human_cell_11(X))
& exactCardinality(X,has_part_0,"46",eukaryotic_chromosome_0)
& called_2(fn_human_cell_29(X),'Length_DNA')
& the_cardinal_value_2(fn_human_cell_29(X),"2.0e0")
& cardinal_unit_class_2(fn_human_cell_29(X),meter_0)
& has_region_2(fn_human_cell_26(X),fn_human_cell_44(X))
& is_oriented_toward_2(fn_human_cell_23(X),fn_human_cell_11(X))
& is_facing_2(fn_human_cell_23(X),fn_human_cell_11(X))
& has_region_2(fn_human_cell_31(X),fn_human_cell_34(X))
& object_2(fn_human_cell_33(X),fn_human_cell_31(X))
& is_across_2(fn_human_cell_31(X),fn_human_cell_35(X))
& has_part_2(fn_human_cell_30(X),fn_human_cell_28(X))
& length_2(fn_human_cell_28(X),fn_human_cell_29(X))
& has_region_2(fn_human_cell_26(X),fn_human_cell_23(X))
& base_2(fn_human_cell_33(X),fn_human_cell_26(X))
& has_region_2(fn_human_cell_26(X),fn_human_cell_35(X))
& is_outside_2(fn_human_cell_44(X),fn_human_cell_26(X))
& has_region_2(fn_human_cell_26(X),fn_human_cell_34(X))
& is_outside_2(fn_human_cell_34(X),fn_human_cell_26(X))
& has_part_2(fn_human_cell_26(X),fn_human_cell_43(X))
& is_inside_2(fn_human_cell_43(X),fn_human_cell_37(X))
& called_2(fn_human_cell_38(X),'MP1')
& called_2(fn_human_cell_31(X),'MP1')
& has_part_2(fn_human_cell_26(X),fn_human_cell_36(X))
& has_part_2(fn_human_cell_26(X),fn_human_cell_31(X))
& is_inside_2(fn_human_cell_31(X),fn_human_cell_37(X))
& fn_human_cell_36(X) != fn_human_cell_38(X)
& fn_human_cell_38(X) != fn_human_cell_36(X)
& fn_human_cell_36(X) != fn_human_cell_31(X)
& is_across_2(fn_human_cell_31(X),fn_human_cell_26(X))
& has_part_2(fn_human_cell_26(X),fn_human_cell_38(X))
& fn_human_cell_38(X) != fn_human_cell_31(X)
& is_at_2(fn_human_cell_31(X),fn_human_cell_26(X))
& fn_human_cell_31(X) != fn_human_cell_36(X)
& fn_human_cell_31(X) != fn_human_cell_38(X)
& is_between_2(fn_human_cell_11(X),fn_human_cell_26(X))
& is_between_2(fn_human_cell_11(X),fn_human_cell_13(X))
& the_scalar_value_2(fn_human_cell_22(X),big_0)
& scalar_unit_class_2(fn_human_cell_22(X),prokaryote_0)
& site_2(fn_human_cell_7(X),fn_human_cell_8(X))
& has_region_2(X,fn_human_cell_18(X))
& has_function_2(fn_human_cell_25(X),fn_human_cell_19(X))
& object_2(fn_human_cell_19(X),X)
& has_region_2(X,fn_human_cell_39(X))
& size_2(X,fn_human_cell_22(X))
& directly_proportional_2(fn_human_cell_22(X),fn_human_cell_21(X))
& volume_2(X,fn_human_cell_21(X))
& has_part_2(X,fn_human_cell_8(X))
& has_function_2(fn_human_cell_8(X),fn_human_cell_5(X))
& is_inside_2(fn_human_cell_16(X),fn_human_cell_40(X))
& has_part_2(X,fn_human_cell_16(X))
& has_region_2(X,fn_human_cell_17(X))
& is_opposite_2(fn_human_cell_18(X),fn_human_cell_17(X))
& is_opposite_2(fn_human_cell_17(X),fn_human_cell_18(X))
& origin_2(fn_human_cell_45(X),fn_human_cell_46(X))
& has_part_2(X,fn_human_cell_46(X))
& has_part_2(X,fn_human_cell_15(X))
& fn_human_cell_14(X) != fn_human_cell_15(X)
& fn_human_cell_15(X) != fn_human_cell_14(X)
& is_inside_2(fn_human_cell_11(X),fn_human_cell_26(X))
& agent_2(fn_human_cell_20(X),fn_human_cell_26(X))
& object_2(fn_human_cell_20(X),X)
& has_part_2(X,fn_human_cell_14(X))
& abuts_2(fn_human_cell_14(X),fn_human_cell_15(X))
& abuts_2(fn_human_cell_15(X),fn_human_cell_14(X))
& destination_2(fn_human_cell_45(X),fn_human_cell_8(X))
& causes_2(fn_human_cell_45(X),fn_human_cell_7(X))
& base_2(fn_human_cell_7(X),X)
& has_part_2(X,fn_human_cell_13(X))
& is_inside_2(fn_human_cell_13(X),fn_human_cell_40(X))
& first_subevent_2(fn_human_cell_5(X),fn_human_cell_4(X))
& site_2(fn_human_cell_5(X),fn_human_cell_8(X))
& site_2(fn_human_cell_6(X),fn_human_cell_8(X))
& base_2(fn_human_cell_6(X),X)
& has_part_2(X,fn_human_cell_12(X))
& base_2(fn_human_cell_32(X),X)
& has_function_2(X,fn_human_cell_32(X))
& has_part_2(X,fn_human_cell_11(X))
& has_part_2(fn_human_cell_11(X),fn_human_cell_40(X))
& is_inside_2(fn_human_cell_8(X),fn_human_cell_40(X))
& base_2(fn_human_cell_4(X),X)
& subevent_2(fn_human_cell_5(X),fn_human_cell_4(X))
& base_2(fn_human_cell_5(X),X)
& has_part_2(X,fn_human_cell_41(X))
& is_inside_2(fn_human_cell_41(X),fn_human_cell_40(X))
& base_2(fn_human_cell_42(X),X)
& has_function_2(X,fn_human_cell_42(X))
& has_part_2(X,fn_human_cell_26(X))
& has_part_2(fn_human_cell_26(X),fn_human_cell_37(X))
& is_at_2(fn_human_cell_37(X),fn_human_cell_39(X))
& has_part_2(X,fn_human_cell_30(X))
& is_inside_2(fn_human_cell_30(X),fn_human_cell_13(X))
& is_near_2(fn_human_cell_13(X),fn_human_cell_12(X))
& has_function_2(fn_human_cell_12(X),fn_human_cell_24(X))
& result_2(fn_human_cell_24(X),fn_human_cell_25(X))
& is_near_2(fn_human_cell_12(X),fn_human_cell_13(X))
& fn_human_cell_11(X) = fn_cytoplasmic_side_1(fn_human_cell_23(X))
& fn_human_cell_33(X) = fn_eukaryotic_cell_16(X)
& fn_human_cell_31(X) = fn_plasma_membrane_55(fn_human_cell_26(X))
& fn_human_cell_35(X) = fn_plasma_membrane_6(fn_human_cell_26(X))
& fn_human_cell_27(X) = fn_eukaryotic_chromosome_7(fn_human_cell_30(X))
& fn_human_cell_29(X) = fn_eukaryotic_chromosome_6(fn_human_cell_30(X))
& fn_human_cell_28(X) = fn_eukaryotic_chromosome_3(fn_human_cell_30(X))
& fn_human_cell_23(X) = fn_plasma_membrane_66(fn_human_cell_26(X))
& fn_human_cell_23(X) = fn_animal_plasma_membrane_58(fn_human_cell_26(X))
& fn_human_cell_33(X) = fn_animal_plasma_membrane_77(fn_human_cell_26(X))
& fn_human_cell_33(X) = fn_animal_plasma_membrane_52(fn_human_cell_26(X))
& fn_human_cell_35(X) = fn_eukaryotic_cell_48(X)
& fn_human_cell_35(X) = fn_animal_plasma_membrane_51(fn_human_cell_26(X))
& fn_human_cell_44(X) = fn_animal_plasma_membrane_5(fn_human_cell_26(X))
& fn_human_cell_43(X) = fn_animal_plasma_membrane_76(fn_human_cell_26(X))
& fn_human_cell_34(X) = fn_plasma_membrane_65(fn_human_cell_26(X))
& fn_human_cell_34(X) = fn_eukaryotic_cell_47(X)
& fn_human_cell_34(X) = fn_animal_plasma_membrane_55(fn_human_cell_26(X))
& fn_human_cell_37(X) = fn_integrin_29(fn_human_cell_36(X))
& fn_human_cell_38(X) = fn_integrin_9(fn_human_cell_36(X))
& fn_human_cell_31(X) = fn_animal_plasma_membrane_47(fn_human_cell_26(X))
& fn_human_cell_31(X) = fn_animal_plasma_membrane_62(fn_human_cell_26(X))
& fn_human_cell_31(X) = fn_animal_plasma_membrane_53(fn_human_cell_26(X))
& fn_human_cell_31(X) = fn_eukaryotic_cell_15(X)
& fn_human_cell_26(X) = fn_integrin_30(fn_human_cell_36(X))
& fn_human_cell_31(X) = fn_integrin_8(fn_human_cell_36(X))
& fn_human_cell_10(X) = fn_vertebrate_cell_29(X)
& fn_human_cell_9(X) = fn_vertebrate_cell_28(X)
& fn_human_cell_19(X) = fn_vertebrate_cell_12(X)
& fn_human_cell_8(X) = fn_eukaryotic_cell_25(X)
& fn_human_cell_8(X) = fn_mammalian_cell_3(X)
& fn_human_cell_21(X) = fn_vertebrate_cell_13(X)
& fn_human_cell_22(X) = fn_vertebrate_cell_14(X)
& fn_human_cell_18(X) = fn_vertebrate_cell_15(X)
& fn_human_cell_17(X) = fn_vertebrate_cell_16(X)
& fn_human_cell_16(X) = fn_vertebrate_cell_18(X)
& fn_human_cell_46(X) = fn_vertebrate_cell_32(X)
& fn_human_cell_15(X) = fn_vertebrate_cell_19(X)
& fn_human_cell_14(X) = fn_vertebrate_cell_20(X)
& fn_human_cell_20(X) = fn_vertebrate_cell_11(X)
& fn_human_cell_7(X) = fn_vertebrate_cell_4(X)
& fn_human_cell_45(X) = fn_vertebrate_cell_31(X)
& fn_human_cell_6(X) = fn_vertebrate_cell_3(X)
& fn_human_cell_8(X) = fn_vertebrate_cell_21(X)
& fn_human_cell_11(X) = fn_vertebrate_cell_27(X)
& fn_human_cell_32(X) = fn_vertebrate_cell_10(X)
& fn_human_cell_40(X) = fn_vertebrate_cell_9(X)
& fn_human_cell_41(X) = fn_vertebrate_cell_25(X)
& fn_human_cell_5(X) = fn_vertebrate_cell_2(X)
& fn_human_cell_4(X) = fn_vertebrate_cell_1(X)
& fn_human_cell_39(X) = fn_vertebrate_cell_17(X)
& fn_human_cell_37(X) = fn_biomembrane_63(fn_human_cell_26(X))
& fn_human_cell_37(X) = fn_plasma_membrane_71(fn_human_cell_26(X))
& fn_human_cell_37(X) = fn_animal_plasma_membrane_54(fn_human_cell_26(X))
& fn_human_cell_37(X) = fn_vertebrate_cell_6(X)
& X = fn_animal_plasma_membrane_56(fn_human_cell_26(X))
& fn_human_cell_26(X) = fn_eukaryotic_cell_29(X)
& fn_human_cell_26(X) = fn_vertebrate_cell_26(X)
& fn_human_cell_42(X) = fn_vertebrate_cell_30(X)
& fn_human_cell_25(X) = fn_vertebrate_cell_7(X)
& fn_human_cell_24(X) = fn_vertebrate_cell_8(X)
& fn_human_cell_12(X) = fn_vertebrate_cell_23(X)
& fn_human_cell_13(X) = fn_vertebrate_cell_22(X)
& fn_human_cell_30(X) = fn_vertebrate_cell_24(X)
& fn_plasma_membrane_66(fn_human_cell_26(X)) = fn_animal_plasma_membrane_58(fn_human_cell_26(X))
& fn_animal_plasma_membrane_58(fn_human_cell_26(X)) = fn_animal_plasma_membrane_77(fn_human_cell_26(X))
& fn_eukaryotic_cell_16(X) = fn_animal_plasma_membrane_77(fn_human_cell_26(X))
& fn_animal_plasma_membrane_77(fn_human_cell_26(X)) = fn_eukaryotic_cell_16(X)
& fn_eukaryotic_cell_16(X) = fn_animal_plasma_membrane_52(fn_human_cell_26(X))
& fn_animal_plasma_membrane_52(fn_human_cell_26(X)) = fn_plasma_membrane_6(fn_human_cell_26(X))
& fn_plasma_membrane_6(fn_human_cell_26(X)) = fn_eukaryotic_cell_48(X)
& fn_animal_plasma_membrane_51(fn_human_cell_26(X)) = fn_eukaryotic_cell_48(X)
& fn_eukaryotic_cell_48(X) = fn_eukaryotic_cell_48(X)
& fn_eukaryotic_cell_48(X) = fn_animal_plasma_membrane_51(fn_human_cell_26(X))
& fn_animal_plasma_membrane_51(fn_human_cell_26(X)) = fn_plasma_membrane_65(fn_human_cell_26(X))
& fn_eukaryotic_cell_47(X) = fn_plasma_membrane_65(fn_human_cell_26(X))
& fn_plasma_membrane_65(fn_human_cell_26(X)) = fn_eukaryotic_cell_47(X)
& fn_animal_plasma_membrane_55(fn_human_cell_26(X)) = fn_eukaryotic_cell_47(X)
& fn_eukaryotic_cell_47(X) = fn_animal_plasma_membrane_55(fn_human_cell_26(X))
& fn_animal_plasma_membrane_55(fn_human_cell_26(X)) = fn_animal_plasma_membrane_62(fn_human_cell_26(X))
& fn_animal_plasma_membrane_62(fn_human_cell_26(X)) = fn_animal_plasma_membrane_47(fn_human_cell_26(X))
& fn_animal_plasma_membrane_47(fn_human_cell_26(X)) = fn_animal_plasma_membrane_47(fn_human_cell_26(X))
& fn_animal_plasma_membrane_47(fn_human_cell_26(X)) = fn_animal_plasma_membrane_62(fn_human_cell_26(X))
& fn_animal_plasma_membrane_62(fn_human_cell_26(X)) = fn_animal_plasma_membrane_62(fn_human_cell_26(X))
& fn_plasma_membrane_55(fn_human_cell_26(X)) = fn_plasma_membrane_55(fn_human_cell_26(X))
& fn_plasma_membrane_55(fn_human_cell_26(X)) = fn_animal_plasma_membrane_62(fn_human_cell_26(X))
& fn_animal_plasma_membrane_62(fn_human_cell_26(X)) = fn_plasma_membrane_55(fn_human_cell_26(X))
& fn_animal_plasma_membrane_53(fn_human_cell_26(X)) = fn_plasma_membrane_55(fn_human_cell_26(X))
& fn_plasma_membrane_55(fn_human_cell_26(X)) = fn_animal_plasma_membrane_53(fn_human_cell_26(X))
& fn_eukaryotic_cell_15(X) = fn_animal_plasma_membrane_53(fn_human_cell_26(X))
& fn_animal_plasma_membrane_53(fn_human_cell_26(X)) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_eukaryotic_cell_15(X)
& fn_integrin_8(fn_human_cell_36(X)) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_integrin_8(fn_human_cell_36(X))
& fn_integrin_8(fn_human_cell_36(X)) = fn_integrin_8(fn_human_cell_36(X))
& fn_integrin_8(fn_human_cell_36(X)) = fn_eukaryotic_cell_25(X)
& fn_eukaryotic_cell_25(X) = fn_mammalian_cell_3(X)
& fn_vertebrate_cell_21(X) = fn_mammalian_cell_3(X)
& fn_mammalian_cell_3(X) = fn_vertebrate_cell_21(X)
& fn_vertebrate_cell_21(X) = fn_vertebrate_cell_21(X)
& fn_vertebrate_cell_21(X) = fn_cytoplasmic_side_1(fn_human_cell_23(X))
& fn_cytoplasmic_side_1(fn_human_cell_23(X)) = fn_vertebrate_cell_27(X)
& fn_vertebrate_cell_27(X) = fn_vertebrate_cell_27(X)
& fn_vertebrate_cell_27(X) = fn_biomembrane_63(fn_human_cell_26(X))
& fn_biomembrane_63(fn_human_cell_26(X)) = fn_plasma_membrane_71(fn_human_cell_26(X))
& fn_animal_plasma_membrane_54(fn_human_cell_26(X)) = fn_plasma_membrane_71(fn_human_cell_26(X))
& fn_plasma_membrane_71(fn_human_cell_26(X)) = fn_animal_plasma_membrane_54(fn_human_cell_26(X))
& fn_animal_plasma_membrane_54(fn_human_cell_26(X)) = fn_animal_plasma_membrane_54(fn_human_cell_26(X))
& fn_integrin_29(fn_human_cell_36(X)) = fn_animal_plasma_membrane_54(fn_human_cell_26(X))
& fn_animal_plasma_membrane_54(fn_human_cell_26(X)) = fn_integrin_29(fn_human_cell_36(X))
& fn_integrin_29(fn_human_cell_36(X)) = fn_vertebrate_cell_6(X)
& fn_vertebrate_cell_6(X) = fn_vertebrate_cell_6(X)
& fn_vertebrate_cell_6(X) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_eukaryotic_cell_29(X)
& fn_integrin_30(fn_human_cell_36(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_integrin_30(fn_human_cell_36(X))
& fn_integrin_30(fn_human_cell_36(X)) = fn_integrin_30(fn_human_cell_36(X))
& fn_integrin_30(fn_human_cell_36(X)) = fn_vertebrate_cell_26(X)
& fn_vertebrate_cell_26(X) = fn_vertebrate_cell_26(X) ) ) ).
fof(a530178,axiom,
! [X] :
( human_chromosome_1(X)
=> ( original_name_2(X,'Human-Chromosome')
& user_description_2(X,'A chromosome in the nucleus of a human cell.')
& concept2words_2(X,'chromosome of human')
& concept2words_2(X,'human chromosome')
& concept2words_2(X,'human-chromosome')
& eukaryotic_chromosome_1(X)
& ~ sex_chromosome_1(X)
& ~ autosome_1(X)
& ~ prokaryotic_chromosome_1(X)
& ~ chromosome_21_1(X)
& ~ chromosome_fragment_1(X)
& ~ defective_chromosome_1(X)
& ~ homologous_chromosome_1(X)
& ~ non_homologous_chromosome_1(X)
& ~ paternal_chromosome_1(X)
& ~ recombinant_chromosome_1(X)
& ~ yeast_artificial_chromosome_1(X) ) ) ).
fof(a530179,axiom,
! [X] :
( human_culture_1(X)
=> ( original_name_2(X,'Human-Culture')
& user_description_2(X,'In humans, the systems by which information is transferred through teaching and social learning rather than by genetics or instinct.')
& concept2words_2(X,'culture of human')
& concept2words_2(X,'human culture')
& concept2words_2(X,'human-culture')
& conceptual_entity_1(X) ) ) ).
fof(a530180,axiom,
! [X] :
( human_dentition_1(X)
=> ( original_name_2(X,'Human-Dentition')
& user_description_2(X,'A human\'s assortment of teeth.')
& concept2words_2(X,'dentition of human')
& concept2words_2(X,'human dentition')
& concept2words_2(X,'human-dentition')
& dentition_1(X)
& molar_tooth_1(fn_human_dentition_1(X))
& premolar_tooth_1(fn_human_dentition_2(X))
& canine_tooth_1(fn_human_dentition_3(X))
& incisor_1(fn_human_dentition_4(X))
& element_2(X,fn_human_dentition_3(X))
& element_2(X,fn_human_dentition_2(X))
& element_2(X,fn_human_dentition_1(X))
& exactCardinality(X,element_0,"8",incisor_0)
& exactCardinality(X,element_0,"4",canine_tooth_0)
& exactCardinality(X,element_0,"8",premolar_tooth_0)
& maxCardinality(X,element_0,"12",molar_tooth_0)
& element_2(X,fn_human_dentition_4(X))
& fn_human_dentition_4(X) = fn_dentition_1(X) ) ) ).
fof(a530181,axiom,
! [X] :
( human_disease_1(X)
=> ( original_name_2(X,'Human-Disease')
& user_description_2(X,'A disease occurring in humans.')
& concept2words_2(X,'disease of human')
& concept2words_2(X,'human disease')
& concept2words_2(X,'human-disease')
& disease_1(X) ) ) ).
fof(a530182,axiom,
! [X] :
( human_driven_disturbance_1(X)
=> ( original_name_2(X,'Human-Driven-Disturbance')
& user_description_2(X,'Ecological disturbance that is generally attributed to or caused by human activity.')
& concept2words_2(X,'human driven disturbance')
& concept2words_2(X,'human-driven-disturbance')
& disturbance_1(X) ) ) ).
fof(a530183,axiom,
! [X] :
( human_evolution_1(X)
=> ( original_name_2(X,'Human-Evolution')
& user_description_2(X,'The evolutionary processes that lead up to Homo sapiens, especially those that occurred since the first appearance of the genus Homo.')
& concept2words_2(X,'evolution of human')
& concept2words_2(X,'human evolution')
& concept2words_2(X,'human-evolution')
& evolution_1(X)
& ~ evolutionary_developmental_biology_1(X)
& ~ macroevolution_1(X)
& ~ microevolution_1(X) ) ) ).
fof(a530184,axiom,
! [X] :
( human_female_somatic_cell_1(X)
=> ( original_name_2(X,'Human-Female-Somatic-Cell')
& user_description_2(X,'Every other diploid cell that carries XX chromosomes, in a multicellular organism apart from the sperm and ova, the gametocytes from which the gametes are made, and undifferentiated stem cells. Internal organs, skin, bones, blood, and connective tissue are all made up of somatic cells.')
& concept2words_2(X,'human female somatic cell')
& concept2words_2(X,'human-female-somatic-cell')
& human_somatic_cell_1(X)
& ~ human_male_somatic_cell_1(X)
& dna_polymerase_ii_1(fn_human_female_somatic_cell_1(X))
& exactCardinality(X,has_part_0,"2",x_chromosome_0)
& has_part_2(X,fn_human_female_somatic_cell_1(X))
& fn_human_female_somatic_cell_1(X) = fn_eukaryotic_cell_2(X) ) ) ).
fof(a530185,axiom,
! [X] :
( human_fertilization_1(X)
=> ( original_name_2(X,'Human-Fertilization')
& user_description_2(X,'The process of the fusion of gametes (sperm and ova) in hum sexual reproduction.')
& concept2words_2(X,'fertilization of human')
& concept2words_2(X,'human fertilization')
& concept2words_2(X,'human-fertilization')
& fertilization_1(X)
& eukaryotic_chromosome_1(fn_human_fertilization_1(X))
& eukaryotic_chromosome_1(fn_human_fertilization_2(X))
& chromosome_1(fn_human_fertilization_2(X))
& animal_cell_1(fn_human_fertilization_3(X))
& zygote_1(fn_human_fertilization_3(X))
& eukaryotic_chromosome_1(fn_human_fertilization_4(X))
& eukaryotic_chromosome_1(fn_human_fertilization_5(X))
& chromosome_1(fn_human_fertilization_5(X))
& haploid_cell_1(fn_human_fertilization_6(X))
& gamete_1(fn_human_fertilization_6(X))
& gamete_1(fn_human_fertilization_7(X))
& eukaryotic_chromosome_1(fn_animal_cell_52(fn_human_fertilization_3(X)))
& chromosome_1(fn_animal_cell_52(fn_human_fertilization_3(X)))
& eukaryotic_chromosome_1(fn_haploid_cell_9(fn_human_fertilization_6(X)))
& chromosome_1(fn_haploid_cell_9(fn_human_fertilization_6(X)))
& has_part_2(fn_human_fertilization_3(X),fn_human_fertilization_1(X))
& exactCardinality(fn_human_fertilization_3(X),has_part_0,"46",chromosome_0)
& has_state_2(fn_human_fertilization_4(X),fn_human_fertilization_2(X))
& has_state_2(fn_human_fertilization_5(X),fn_human_fertilization_1(X))
& exactCardinality(fn_human_fertilization_6(X),has_part_0,"23",chromosome_0)
& exactCardinality(fn_human_fertilization_7(X),has_part_0,"23",chromosome_0)
& has_part_2(fn_human_fertilization_3(X),fn_human_fertilization_2(X))
& has_part_2(fn_human_fertilization_6(X),fn_human_fertilization_5(X))
& base_2(X,fn_human_fertilization_6(X))
& result_2(X,fn_human_fertilization_3(X))
& object_2(X,fn_human_fertilization_7(X))
& has_part_2(fn_human_fertilization_7(X),fn_human_fertilization_4(X))
& fn_human_fertilization_2(X) = fn_animal_cell_52(fn_human_fertilization_3(X))
& fn_human_fertilization_5(X) = fn_haploid_cell_9(fn_human_fertilization_6(X))
& fn_human_fertilization_6(X) = fn_fertilization_3(X)
& fn_human_fertilization_3(X) = fn_fertilization_1(X)
& fn_human_fertilization_4(X) = fn_fertilization_8(X)
& fn_human_fertilization_7(X) = fn_fertilization_2(X) ) ) ).
fof(a530186,axiom,
! [X] :
( human_gamete_1(X)
=> ( original_name_2(X,'Human-Gamete')
& user_description_2(X,'Human sex cell have 23 chromosome, the male human sex cell is sperm and the female human sex cell is ovum.')
& concept2words_2(X,'gamete of human')
& concept2words_2(X,'human gamete')
& concept2words_2(X,'human-gamete')
& animal_cell_1(X)
& gamete_1(X)
& dna_polymerase_iii_1(fn_human_gamete_1(X))
& exactCardinality(X,has_part_0,"23",chromosome_0)
& has_part_2(X,fn_human_gamete_1(X))
& fn_human_gamete_1(X) = fn_eukaryotic_cell_3(X) ) ) ).
fof(a530187,axiom,
! [X] :
( human_gene_1(X)
=> ( original_name_2(X,'Human-Gene')
& user_description_2(X,'A gene is the basic unit of heredity in a living organism. Genes are present on chromosomes. Gene found in Humans is called as Human gene.')
& concept2words_2(X,'gene of homo sapiens')
& concept2words_2(X,'gene-of-homo-sapiens')
& concept2words_2(X,'gene of human')
& concept2words_2(X,'human gene')
& concept2words_2(X,'human-gene')
& eukaryotic_gene_1(X) ) ) ).
fof(a530188,axiom,
! [X] :
( human_genetic_disorder_1(X)
=> ( original_name_2(X,'Human-Genetic-Disorder')
& user_description_2(X,'A disease in humans caused by an individual\'s genetic makeup.')
& concept2words_2(X,'human genetic disorder')
& concept2words_2(X,'human-genetic-disorder')
& human_disease_1(X)
& genetic_disorder_1(X)
& inheritance_1(fn_human_genetic_disorder_1(X))
& result_2(fn_human_genetic_disorder_1(X),X) ) ) ).
fof(a530189,axiom,
! [X] :
( human_genome_1(X)
=> ( original_name_2(X,'Human-Genome')
& user_description_2(X,'The human genome is the genome of Homo sapiens, which is stored on 23 chromosome pairs.')
& concept2words_2(X,'genome of human')
& concept2words_2(X,'human genome')
& concept2words_2(X,'human-genome')
& eukaryotic_genome_1(X)
& eukaryotic_chromosome_1(fn_human_genome_1(X))
& element_2(X,fn_human_genome_1(X))
& exactCardinality(X,element_0,"46",eukaryotic_chromosome_0) ) ) ).
fof(a530190,axiom,
! [X] :
( human_genome_project_1(X)
=> ( original_name_2(X,'Human-Genome-Project')
& user_description_2(X,'An international science research project to map and sequence the entire human genome.')
& concept2words_2(X,'human genome project')
& concept2words_2(X,'human-genome-project')
& genomics_1(X) ) ) ).
fof(a530191,axiom,
! [X] :
( human_leukocyte_1(X)
=> ( original_name_2(X,'Human-Leukocyte')
& user_description_2(X,'White blood cells (WBCs), or leukocytes, are cells of the human immune system involved in defending the body against both infectious disease and foreign materials.')
& concept2words_2(X,'leukocyte of human')
& concept2words_2(X,'human leukocyte')
& concept2words_2(X,'human-leukocyte')
& leukocyte_1(X) ) ) ).
fof(a530192,axiom,
! [X] :
( human_limb_development_1(X)
=> ( original_name_2(X,'Human-Limb-Development')
& user_description_2(X,'The processes which direct the formation of the limbs during the embryonic development of a human.')
& concept2words_2(X,'human limb development')
& concept2words_2(X,'human-limb-development')
& mammalian_limb_development_1(X)
& biological_region_1(fn_human_limb_development_1(X))
& finger_1(fn_human_limb_development_2(X))
& finger_1(fn_human_limb_development_3(X))
& biological_region_1(fn_human_limb_development_4(X))
& person_1(fn_human_limb_development_5(X))
& unitless_value_1(fn_human_limb_development_6(X))
& unitless_value_1(fn_human_limb_development_7(X))
& animal_cell_1(fn_human_limb_development_12(X))
& interdigital_tissue_1(fn_human_limb_development_13(X))
& death_1(fn_human_limb_development_14(X))
& destroy_1(fn_human_limb_development_15(X))
& rate_value_1(fn_human_limb_development_16(X))
& periphery_1(fn_human_limb_development_17(X))
& biological_region_1(fn_human_limb_development_18(X))
& size_value_1(fn_human_limb_development_19(X))
& produce_1(fn_human_limb_development_22(X))
& blebbing_1(fn_human_limb_development_23(X))
& impair_1(fn_human_limb_development_24(X))
& break_1(fn_human_limb_development_24(X))
& destroy_1(fn_human_limb_development_24(X))
& impair_1(fn_human_limb_development_25(X))
& destroy_1(fn_human_limb_development_25(X))
& contract_1(fn_human_limb_development_26(X))
& intracellular_digestion_1(fn_human_limb_development_27(X))
& damage_1(fn_human_limb_development_28(X))
& eukaryotic_cell_1(fn_human_limb_development_29(X))
& size_value_1(fn_human_limb_development_30(X))
& volume_value_1(fn_human_limb_development_31(X))
& entity_1(fn_human_limb_development_32(X))
& tangible_entity_1(fn_human_limb_development_32(X))
& vesicle_1(fn_human_limb_development_32(X))
& tangible_entity_1(fn_human_limb_development_33(X))
& ribosome_1(fn_human_limb_development_33(X))
& eukaryotic_ribosome_1(fn_human_limb_development_33(X))
& mixture_1(fn_human_limb_development_34(X))
& cytoplasm_1(fn_human_limb_development_34(X))
& tangible_entity_1(fn_human_limb_development_35(X))
& nucleus_1(fn_human_limb_development_35(X))
& protease_1(fn_human_limb_development_36(X))
& cell_communication_leading_to_apoptosis_1(fn_human_limb_development_37(X))
& cell_signaling_1(fn_human_limb_development_38(X))
& cell_communication_leading_to_apoptosis_1(fn_human_limb_development_39(X))
& cell_signaling_1(fn_human_limb_development_40(X))
& apoptosis_1(fn_human_limb_development_41(X))
& limb_1(fn_human_limb_development_42(X))
& hand_1(fn_human_limb_development_43(X))
& foot_1(fn_human_limb_development_44(X))
& animal_embryo_1(fn_human_limb_development_45(X))
& morphogenesis_of_human_hand_1(fn_human_limb_development_46(X))
& morphogenesis_of_human_feet_1(fn_human_limb_development_47(X))
& aqueous_solution_1(fn_human_limb_development_48(X))
& aqueous_solution_1(fn_human_limb_development_49(X))
& hydrophilic_face_1(fn_human_limb_development_50(X))
& hydrophilic_face_1(fn_human_limb_development_51(X))
& aqueous_solution_1(fn_human_limb_development_52(X))
& nuclear_membrane_1(fn_human_limb_development_53(X))
& biomembrane_1(fn_human_limb_development_53(X))
& er_membrane_1(fn_human_limb_development_54(X))
& tangible_entity_1(fn_human_limb_development_55(X))
& spatial_entity_1(fn_human_limb_development_55(X))
& biomembrane_1(fn_human_limb_development_55(X))
& animal_plasma_membrane_1(fn_human_limb_development_55(X))
& plasma_membrane_1(fn_human_limb_development_55(X))
& tangible_entity_1(fn_human_limb_development_56(X))
& cell_1(fn_human_limb_development_56(X))
& eukaryotic_cell_1(fn_human_limb_development_56(X))
& animal_cell_1(fn_human_limb_development_56(X))
& apoptosis_1(fn_human_limb_development_57(X))
& cell_communication_leading_to_apoptosis_1(fn_morphogenesis_4(fn_human_limb_development_46(X)))
& hand_1(fn_morphogenesis_of_human_hand_2(fn_human_limb_development_46(X)))
& cell_communication_leading_to_apoptosis_1(fn_morphogenesis_4(fn_human_limb_development_47(X)))
& foot_1(fn_morphogenesis_of_human_feet_2(fn_human_limb_development_47(X)))
& cell_signaling_1(fn_cell_communication_leading_to_apoptosis_6(fn_human_limb_development_37(X)))
& apoptosis_1(fn_cell_communication_leading_to_apoptosis_3(fn_human_limb_development_39(X)))
& cell_signaling_1(fn_cell_communication_leading_to_apoptosis_6(fn_human_limb_development_39(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_human_limb_development_35(X)))
& biomembrane_1(fn_nucleus_13(fn_human_limb_development_35(X)))
& eukaryotic_cell_1(fn_apoptosis_33(fn_human_limb_development_57(X)))
& damage_1(fn_apoptosis_32(fn_human_limb_development_57(X)))
& entity_1(fn_apoptosis_44(fn_human_limb_development_57(X)))
& tangible_entity_1(fn_apoptosis_44(fn_human_limb_development_57(X)))
& vesicle_1(fn_apoptosis_44(fn_human_limb_development_57(X)))
& intracellular_digestion_1(fn_apoptosis_50(fn_human_limb_development_57(X)))
& destroy_1(fn_apoptosis_21(fn_human_limb_development_57(X)))
& contract_1(fn_apoptosis_49(fn_human_limb_development_57(X)))
& blebbing_1(fn_apoptosis_42(fn_human_limb_development_57(X)))
& produce_1(fn_apoptosis_43(fn_human_limb_development_57(X)))
& property_node_1(fn_animal_cell_49(fn_human_limb_development_56(X)))
& property_node_1(fn_animal_cell_50(fn_human_limb_development_56(X)))
& size_value_1(fn_animal_cell_57(fn_human_limb_development_56(X)))
& aqueous_solution_1(fn_er_membrane_32(fn_human_limb_development_54(X)))
& aqueous_solution_1(fn_er_membrane_33(fn_human_limb_development_54(X)))
& animal_embryo_1(fn_morphogenesis_of_human_hand_1(fn_human_limb_development_46(X)))
& animal_embryo_1(fn_morphogenesis_of_human_feet_1(fn_human_limb_development_47(X)))
& hydrophilic_face_1(fn_nucleus_9(fn_human_limb_development_35(X)))
& hydrophilic_face_1(fn_nucleus_15(fn_human_limb_development_35(X)))
& aqueous_solution_1(fn_nucleus_16(fn_human_limb_development_35(X)))
& aqueous_solution_1(fn_nucleus_17(fn_human_limb_development_35(X)))
& break_1(fn_protease_6(fn_human_limb_development_36(X)))
& destroy_1(fn_apoptosis_48(fn_human_limb_development_57(X)))
& apoptosis_1(fn_cell_communication_leading_to_apoptosis_3(fn_human_limb_development_37(X)))
& tangible_entity_1(fn_impair_1(fn_human_limb_development_24(X)))
& ribosome_1(fn_animal_cell_51(fn_human_limb_development_56(X)))
& eukaryotic_ribosome_1(fn_animal_cell_51(fn_human_limb_development_56(X)))
& tangible_entity_1(fn_impair_1(fn_human_limb_development_25(X)))
& tangible_entity_1(fn_animal_cell_78(fn_human_limb_development_56(X)))
& nucleus_1(fn_animal_cell_78(fn_human_limb_development_56(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_human_limb_development_56(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_human_limb_development_56(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_human_limb_development_56(X)))
& tangible_entity_1(fn_animal_cell_73(fn_human_limb_development_56(X)))
& spatial_entity_1(fn_animal_cell_73(fn_human_limb_development_56(X)))
& biomembrane_1(fn_animal_cell_73(fn_human_limb_development_56(X)))
& animal_plasma_membrane_1(fn_animal_cell_73(fn_human_limb_development_56(X)))
& plasma_membrane_1(fn_animal_cell_73(fn_human_limb_development_56(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_human_limb_development_56(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_human_limb_development_56(X)))
& mixture_1(fn_animal_cell_79(fn_human_limb_development_56(X)))
& cytoplasm_1(fn_animal_cell_79(fn_human_limb_development_56(X)))
& volume_value_1(fn_apoptosis_62(fn_human_limb_development_57(X)))
& volume_value_1(fn_animal_cell_56(fn_human_limb_development_56(X)))
& tangible_entity_1(fn_contract_1(fn_human_limb_development_26(X)))
& cell_1(fn_blebbing_1(fn_human_limb_development_23(X)))
& cell_1(fn_blebbing_2(fn_human_limb_development_23(X)))
& cell_1(fn_vesicle_5(fn_human_limb_development_32(X)))
& tangible_entity_1(fn_intracellular_digestion_11(fn_human_limb_development_27(X)))
& eukaryotic_cell_1(fn_intracellular_digestion_11(fn_human_limb_development_27(X)))
& cell_1(fn_intracellular_digestion_11(fn_human_limb_development_27(X)))
& eukaryotic_cell_1(fn_apoptosis_7(fn_human_limb_development_57(X)))
& base_2(fn_human_limb_development_24(X),fn_human_limb_development_56(X))
& base_2(fn_human_limb_development_25(X),fn_human_limb_development_56(X))
& is_inside_2(fn_human_limb_development_33(X),fn_human_limb_development_34(X))
& has_function_2(fn_human_limb_development_36(X),fn_human_limb_development_24(X))
& the_scalar_value_2(fn_human_limb_development_7(X),high_0)
& scalar_unit_class_2(fn_human_limb_development_7(X),organ_development_0)
& importance_2(fn_human_limb_development_41(X),fn_human_limb_development_6(X))
& the_scalar_value_2(fn_human_limb_development_6(X),high_0)
& scalar_unit_class_2(fn_human_limb_development_6(X),organ_development_0)
& has_part_2(fn_human_limb_development_42(X),fn_human_limb_development_44(X))
& has_part_2(fn_human_limb_development_42(X),fn_human_limb_development_43(X))
& has_part_2(fn_human_limb_development_43(X),fn_human_limb_development_2(X))
& has_part_2(fn_human_limb_development_43(X),fn_human_limb_development_3(X))
& has_part_2(fn_human_limb_development_5(X),fn_human_limb_development_42(X))
& subevent_2(X,fn_human_limb_development_47(X))
& subevent_2(X,fn_human_limb_development_46(X))
& exactCardinality(X,result_0,"4",limb_0)
& has_state_2(fn_human_limb_development_45(X),fn_human_limb_development_5(X))
& has_region_2(fn_human_limb_development_45(X),fn_human_limb_development_4(X))
& site_2(fn_human_limb_development_46(X),fn_human_limb_development_4(X))
& site_2(fn_human_limb_development_47(X),fn_human_limb_development_4(X))
& is_inside_2(fn_human_limb_development_52(X),fn_human_limb_development_54(X))
& abuts_2(fn_human_limb_development_53(X),fn_human_limb_development_54(X))
& abuts_2(fn_human_limb_development_54(X),fn_human_limb_development_53(X))
& has_part_2(fn_human_limb_development_56(X),fn_human_limb_development_36(X))
& importance_2(fn_human_limb_development_57(X),fn_human_limb_development_7(X))
& is_between_2(fn_human_limb_development_1(X),fn_human_limb_development_3(X))
& is_between_2(fn_human_limb_development_1(X),fn_human_limb_development_2(X))
& base_2(fn_human_limb_development_26(X),fn_human_limb_development_56(X))
& object_2(fn_human_limb_development_25(X),fn_human_limb_development_35(X))
& result_2(fn_human_limb_development_23(X),fn_human_limb_development_56(X))
& object_2(fn_human_limb_development_24(X),fn_human_limb_development_33(X))
& base_2(fn_human_limb_development_23(X),fn_human_limb_development_56(X))
& has_part_2(fn_human_limb_development_56(X),fn_human_limb_development_32(X))
& base_2(fn_human_limb_development_27(X),fn_human_limb_development_56(X))
& agent_2(fn_human_limb_development_24(X),fn_human_limb_development_36(X))
& subevent_2(fn_human_limb_development_46(X),fn_human_limb_development_37(X))
& base_2(fn_human_limb_development_46(X),fn_human_limb_development_45(X))
& result_2(fn_human_limb_development_46(X),fn_human_limb_development_43(X))
& subevent_2(fn_human_limb_development_47(X),fn_human_limb_development_39(X))
& base_2(fn_human_limb_development_47(X),fn_human_limb_development_45(X))
& result_2(fn_human_limb_development_47(X),fn_human_limb_development_44(X))
& is_between_2(fn_human_limb_development_54(X),fn_human_limb_development_52(X))
& object_2(fn_human_limb_development_57(X),fn_human_limb_development_56(X))
& is_near_2(fn_human_limb_development_29(X),fn_human_limb_development_56(X))
& is_near_2(fn_human_limb_development_56(X),fn_human_limb_development_29(X))
& subevent_2(fn_human_limb_development_37(X),fn_human_limb_development_38(X))
& subevent_2(fn_human_limb_development_38(X),fn_human_limb_development_57(X))
& subevent_2(fn_human_limb_development_39(X),fn_human_limb_development_40(X))
& subevent_2(fn_human_limb_development_40(X),fn_human_limb_development_41(X))
& result_2(X,fn_human_limb_development_42(X))
& base_2(X,fn_human_limb_development_45(X))
& causes_2(fn_human_limb_development_57(X),fn_human_limb_development_15(X))
& rate_2(fn_human_limb_development_57(X),fn_human_limb_development_16(X))
& inversely_proportional_2(fn_human_limb_development_19(X),fn_human_limb_development_16(X))
& greater_than_2(fn_human_limb_development_19(X),fn_human_limb_development_19(X))
& origin_2(fn_human_limb_development_57(X),fn_human_limb_development_17(X))
& has_region_2(fn_human_limb_development_18(X),fn_human_limb_development_17(X))
& is_inside_2(fn_human_limb_development_13(X),fn_human_limb_development_18(X))
& object_2(fn_human_limb_development_15(X),fn_human_limb_development_13(X))
& by_means_of_2(X,fn_human_limb_development_57(X))
& causes_2(fn_human_limb_development_57(X),fn_human_limb_development_14(X))
& object_2(fn_human_limb_development_14(X),fn_human_limb_development_12(X))
& has_part_2(fn_human_limb_development_13(X),fn_human_limb_development_12(X))
& size_2(fn_human_limb_development_13(X),fn_human_limb_development_19(X))
& is_outside_2(fn_human_limb_development_51(X),fn_human_limb_development_48(X))
& is_inside_2(fn_human_limb_development_50(X),fn_human_limb_development_49(X))
& is_inside_2(fn_human_limb_development_51(X),fn_human_limb_development_53(X))
& fn_human_limb_development_51(X) != fn_human_limb_development_50(X)
& is_outside_2(fn_human_limb_development_50(X),fn_human_limb_development_53(X))
& has_region_2(fn_human_limb_development_53(X),fn_human_limb_development_51(X))
& fn_human_limb_development_50(X) != fn_human_limb_development_51(X)
& has_part_2(fn_human_limb_development_35(X),fn_human_limb_development_53(X))
& is_between_2(fn_human_limb_development_53(X),fn_human_limb_development_48(X))
& fn_human_limb_development_48(X) != fn_human_limb_development_49(X)
& is_between_2(fn_human_limb_development_53(X),fn_human_limb_development_49(X))
& has_region_2(fn_human_limb_development_53(X),fn_human_limb_development_50(X))
& fn_human_limb_development_49(X) != fn_human_limb_development_48(X)
& subevent_2(fn_human_limb_development_57(X),fn_human_limb_development_24(X))
& subevent_2(fn_human_limb_development_57(X),fn_human_limb_development_23(X))
& subevent_2(fn_human_limb_development_57(X),fn_human_limb_development_25(X))
& subevent_2(fn_human_limb_development_57(X),fn_human_limb_development_26(X))
& from_value_2(fn_human_limb_development_26(X),fn_human_limb_development_31(X))
& prevents_2(fn_human_limb_development_57(X),fn_human_limb_development_28(X))
& object_2(fn_human_limb_development_28(X),fn_human_limb_development_29(X))
& subevent_2(fn_human_limb_development_57(X),fn_human_limb_development_27(X))
& next_event_2(fn_human_limb_development_22(X),fn_human_limb_development_27(X))
& result_2(fn_human_limb_development_22(X),fn_human_limb_development_32(X))
& subevent_2(fn_human_limb_development_57(X),fn_human_limb_development_22(X))
& next_event_2(fn_human_limb_development_23(X),fn_human_limb_development_22(X))
& next_event_2(fn_human_limb_development_26(X),fn_human_limb_development_23(X))
& next_event_2(fn_human_limb_development_24(X),fn_human_limb_development_26(X))
& next_event_2(fn_human_limb_development_25(X),fn_human_limb_development_24(X))
& the_scalar_value_2(fn_human_limb_development_30(X),big_0)
& scalar_unit_class_2(fn_human_limb_development_30(X),prokaryote_0)
& has_part_2(fn_human_limb_development_56(X),fn_human_limb_development_55(X))
& is_between_2(fn_human_limb_development_34(X),fn_human_limb_development_55(X))
& is_between_2(fn_human_limb_development_34(X),fn_human_limb_development_35(X))
& has_part_2(fn_human_limb_development_56(X),fn_human_limb_development_35(X))
& has_part_2(fn_human_limb_development_56(X),fn_human_limb_development_33(X))
& size_2(fn_human_limb_development_56(X),fn_human_limb_development_30(X))
& directly_proportional_2(fn_human_limb_development_30(X),fn_human_limb_development_31(X))
& volume_2(fn_human_limb_development_56(X),fn_human_limb_development_31(X))
& has_part_2(fn_human_limb_development_56(X),fn_human_limb_development_34(X))
& is_inside_2(fn_human_limb_development_34(X),fn_human_limb_development_55(X))
& fn_human_limb_development_56(X) = fn_contract_1(fn_human_limb_development_26(X))
& fn_human_limb_development_35(X) = fn_impair_1(fn_human_limb_development_25(X))
& fn_human_limb_development_56(X) = fn_blebbing_1(fn_human_limb_development_23(X))
& fn_human_limb_development_33(X) = fn_impair_1(fn_human_limb_development_24(X))
& fn_human_limb_development_56(X) = fn_blebbing_2(fn_human_limb_development_23(X))
& fn_human_limb_development_56(X) = fn_vesicle_5(fn_human_limb_development_32(X))
& fn_human_limb_development_56(X) = fn_intracellular_digestion_11(fn_human_limb_development_27(X))
& fn_human_limb_development_24(X) = fn_protease_6(fn_human_limb_development_36(X))
& fn_human_limb_development_37(X) = fn_morphogenesis_4(fn_human_limb_development_46(X))
& fn_human_limb_development_45(X) = fn_morphogenesis_of_human_hand_1(fn_human_limb_development_46(X))
& fn_human_limb_development_43(X) = fn_morphogenesis_of_human_hand_2(fn_human_limb_development_46(X))
& fn_human_limb_development_39(X) = fn_morphogenesis_4(fn_human_limb_development_47(X))
& fn_human_limb_development_45(X) = fn_morphogenesis_of_human_feet_1(fn_human_limb_development_47(X))
& fn_human_limb_development_44(X) = fn_morphogenesis_of_human_feet_2(fn_human_limb_development_47(X))
& fn_human_limb_development_52(X) = fn_er_membrane_32(fn_human_limb_development_54(X))
& fn_human_limb_development_52(X) = fn_er_membrane_33(fn_human_limb_development_54(X))
& fn_human_limb_development_56(X) = fn_apoptosis_7(fn_human_limb_development_57(X))
& fn_human_limb_development_57(X) = fn_cell_communication_leading_to_apoptosis_3(fn_human_limb_development_37(X))
& fn_human_limb_development_38(X) = fn_cell_communication_leading_to_apoptosis_6(fn_human_limb_development_37(X))
& fn_human_limb_development_41(X) = fn_cell_communication_leading_to_apoptosis_3(fn_human_limb_development_39(X))
& fn_human_limb_development_40(X) = fn_cell_communication_leading_to_apoptosis_6(fn_human_limb_development_39(X))
& fn_human_limb_development_42(X) = fn_limb_development_3(X)
& fn_human_limb_development_45(X) = fn_limb_development_11(X)
& fn_human_limb_development_11(X) = fn_limb_development_5(X)
& fn_human_limb_development_10(X) = fn_limb_development_4(X)
& fn_human_limb_development_16(X) = fn_limb_development_6(X)
& fn_human_limb_development_15(X) = fn_limb_development_13(X)
& fn_human_limb_development_18(X) = fn_limb_development_9(X)
& fn_human_limb_development_17(X) = fn_limb_development_8(X)
& fn_human_limb_development_19(X) = fn_limb_development_7(X)
& fn_human_limb_development_13(X) = fn_limb_development_14(X)
& fn_human_limb_development_12(X) = fn_limb_development_17(X)
& fn_human_limb_development_14(X) = fn_limb_development_16(X)
& fn_human_limb_development_57(X) = fn_limb_development_10(X)
& fn_human_limb_development_48(X) = fn_nucleus_16(fn_human_limb_development_35(X))
& fn_human_limb_development_49(X) = fn_nucleus_17(fn_human_limb_development_35(X))
& fn_human_limb_development_51(X) = fn_nucleus_9(fn_human_limb_development_35(X))
& fn_human_limb_development_50(X) = fn_nucleus_9(fn_human_limb_development_35(X))
& fn_human_limb_development_51(X) = fn_nucleus_15(fn_human_limb_development_35(X))
& fn_human_limb_development_50(X) = fn_nucleus_15(fn_human_limb_development_35(X))
& fn_human_limb_development_49(X) = fn_nucleus_16(fn_human_limb_development_35(X))
& fn_human_limb_development_48(X) = fn_nucleus_17(fn_human_limb_development_35(X))
& fn_human_limb_development_53(X) = fn_nucleus_13(fn_human_limb_development_35(X))
& fn_human_limb_development_31(X) = fn_apoptosis_62(fn_human_limb_development_57(X))
& fn_human_limb_development_29(X) = fn_apoptosis_33(fn_human_limb_development_57(X))
& fn_human_limb_development_28(X) = fn_apoptosis_32(fn_human_limb_development_57(X))
& fn_human_limb_development_32(X) = fn_apoptosis_44(fn_human_limb_development_57(X))
& fn_human_limb_development_27(X) = fn_apoptosis_50(fn_human_limb_development_57(X))
& fn_human_limb_development_25(X) = fn_apoptosis_21(fn_human_limb_development_57(X))
& fn_human_limb_development_24(X) = fn_apoptosis_48(fn_human_limb_development_57(X))
& fn_human_limb_development_26(X) = fn_apoptosis_49(fn_human_limb_development_57(X))
& fn_human_limb_development_23(X) = fn_apoptosis_42(fn_human_limb_development_57(X))
& fn_human_limb_development_22(X) = fn_apoptosis_43(fn_human_limb_development_57(X))
& fn_human_limb_development_21(X) = fn_animal_cell_49(fn_human_limb_development_56(X))
& fn_human_limb_development_20(X) = fn_animal_cell_50(fn_human_limb_development_56(X))
& fn_human_limb_development_33(X) = fn_animal_cell_51(fn_human_limb_development_56(X))
& fn_human_limb_development_35(X) = fn_animal_cell_78(fn_human_limb_development_56(X))
& fn_human_limb_development_34(X) = fn_eukaryotic_cell_31(fn_human_limb_development_56(X))
& fn_human_limb_development_55(X) = fn_eukaryotic_cell_29(fn_human_limb_development_56(X))
& fn_human_limb_development_55(X) = fn_animal_cell_73(fn_human_limb_development_56(X))
& fn_human_limb_development_34(X) = fn_animal_cell_79(fn_human_limb_development_56(X))
& fn_human_limb_development_31(X) = fn_animal_cell_56(fn_human_limb_development_56(X))
& fn_human_limb_development_30(X) = fn_animal_cell_57(fn_human_limb_development_56(X))
& fn_er_membrane_32(fn_human_limb_development_54(X)) = fn_er_membrane_33(fn_human_limb_development_54(X))
& fn_er_membrane_33(fn_human_limb_development_54(X)) = fn_morphogenesis_of_human_hand_1(fn_human_limb_development_46(X))
& fn_morphogenesis_of_human_hand_1(fn_human_limb_development_46(X)) = fn_morphogenesis_of_human_feet_1(fn_human_limb_development_47(X))
& fn_morphogenesis_of_human_feet_1(fn_human_limb_development_47(X)) = fn_morphogenesis_of_human_feet_1(fn_human_limb_development_47(X))
& fn_morphogenesis_of_human_feet_1(fn_human_limb_development_47(X)) = fn_limb_development_11(X)
& fn_limb_development_11(X) = fn_nucleus_15(fn_human_limb_development_35(X))
& fn_nucleus_15(fn_human_limb_development_35(X)) = fn_nucleus_15(fn_human_limb_development_35(X))
& fn_nucleus_15(fn_human_limb_development_35(X)) = fn_nucleus_9(fn_human_limb_development_35(X))
& fn_nucleus_9(fn_human_limb_development_35(X)) = fn_nucleus_9(fn_human_limb_development_35(X))
& fn_nucleus_9(fn_human_limb_development_35(X)) = fn_nucleus_15(fn_human_limb_development_35(X))
& fn_nucleus_15(fn_human_limb_development_35(X)) = fn_nucleus_17(fn_human_limb_development_35(X))
& fn_nucleus_17(fn_human_limb_development_35(X)) = fn_nucleus_16(fn_human_limb_development_35(X))
& fn_nucleus_16(fn_human_limb_development_35(X)) = fn_nucleus_16(fn_human_limb_development_35(X))
& fn_nucleus_16(fn_human_limb_development_35(X)) = fn_nucleus_17(fn_human_limb_development_35(X))
& fn_nucleus_17(fn_human_limb_development_35(X)) = fn_nucleus_17(fn_human_limb_development_35(X))
& fn_nucleus_17(fn_human_limb_development_35(X)) = fn_protease_6(fn_human_limb_development_36(X))
& fn_protease_6(fn_human_limb_development_36(X)) = fn_apoptosis_48(fn_human_limb_development_57(X))
& fn_apoptosis_48(fn_human_limb_development_57(X)) = fn_apoptosis_48(fn_human_limb_development_57(X))
& fn_apoptosis_48(fn_human_limb_development_57(X)) = fn_cell_communication_leading_to_apoptosis_3(fn_human_limb_development_37(X))
& fn_cell_communication_leading_to_apoptosis_3(fn_human_limb_development_37(X)) = fn_limb_development_10(X)
& fn_limb_development_10(X) = fn_limb_development_10(X)
& fn_limb_development_10(X) = fn_impair_1(fn_human_limb_development_24(X))
& fn_impair_1(fn_human_limb_development_24(X)) = fn_animal_cell_51(fn_human_limb_development_56(X))
& fn_animal_cell_51(fn_human_limb_development_56(X)) = fn_impair_1(fn_human_limb_development_25(X))
& fn_impair_1(fn_human_limb_development_25(X)) = fn_animal_cell_78(fn_human_limb_development_56(X))
& fn_animal_cell_78(fn_human_limb_development_56(X)) = fn_animal_cell_78(fn_human_limb_development_56(X))
& fn_animal_cell_78(fn_human_limb_development_56(X)) = fn_animal_cell_73(fn_human_limb_development_56(X))
& fn_animal_cell_73(fn_human_limb_development_56(X)) = fn_eukaryotic_cell_29(fn_human_limb_development_56(X))
& fn_eukaryotic_cell_29(fn_human_limb_development_56(X)) = fn_animal_cell_73(fn_human_limb_development_56(X))
& fn_animal_cell_73(fn_human_limb_development_56(X)) = fn_animal_cell_79(fn_human_limb_development_56(X))
& fn_animal_cell_79(fn_human_limb_development_56(X)) = fn_eukaryotic_cell_31(fn_human_limb_development_56(X))
& fn_eukaryotic_cell_31(fn_human_limb_development_56(X)) = fn_animal_cell_79(fn_human_limb_development_56(X))
& fn_animal_cell_79(fn_human_limb_development_56(X)) = fn_animal_cell_79(fn_human_limb_development_56(X))
& fn_animal_cell_79(fn_human_limb_development_56(X)) = fn_apoptosis_62(fn_human_limb_development_57(X))
& fn_apoptosis_62(fn_human_limb_development_57(X)) = fn_animal_cell_56(fn_human_limb_development_56(X))
& fn_animal_cell_56(fn_human_limb_development_56(X)) = fn_animal_cell_56(fn_human_limb_development_56(X))
& fn_animal_cell_56(fn_human_limb_development_56(X)) = fn_contract_1(fn_human_limb_development_26(X))
& fn_contract_1(fn_human_limb_development_26(X)) = fn_blebbing_1(fn_human_limb_development_23(X))
& fn_blebbing_1(fn_human_limb_development_23(X)) = fn_blebbing_1(fn_human_limb_development_23(X))
& fn_blebbing_1(fn_human_limb_development_23(X)) = fn_blebbing_2(fn_human_limb_development_23(X))
& fn_blebbing_2(fn_human_limb_development_23(X)) = fn_blebbing_2(fn_human_limb_development_23(X))
& fn_blebbing_2(fn_human_limb_development_23(X)) = fn_vesicle_5(fn_human_limb_development_32(X))
& fn_vesicle_5(fn_human_limb_development_32(X)) = fn_vesicle_5(fn_human_limb_development_32(X))
& fn_vesicle_5(fn_human_limb_development_32(X)) = fn_intracellular_digestion_11(fn_human_limb_development_27(X))
& fn_intracellular_digestion_11(fn_human_limb_development_27(X)) = fn_intracellular_digestion_11(fn_human_limb_development_27(X))
& fn_intracellular_digestion_11(fn_human_limb_development_27(X)) = fn_apoptosis_7(fn_human_limb_development_57(X))
& fn_apoptosis_7(fn_human_limb_development_57(X)) = fn_apoptosis_7(fn_human_limb_development_57(X)) ) ) ).
fof(a530193,axiom,
! [X] :
( human_male_somatic_cell_1(X)
=> ( original_name_2(X,'Human-Male-Somatic-Cell')
& user_description_2(X,'Every other diploid cell that carries XY chromosomes, in a multicellular organism apart from the sperm and ova, the gametocytes from which the gametes are made, and undifferentiated stem cells. Internal organs, skin, bones, blood, and connective tissue are all made up of somatic cells.')
& concept2words_2(X,'human male somatic cell')
& concept2words_2(X,'human-male-somatic-cell')
& human_somatic_cell_1(X)
& ~ human_female_somatic_cell_1(X)
& dna_polymerase_ii_1(fn_human_male_somatic_cell_1(X))
& exactCardinality(X,has_part_0,"1",x_chromosome_0)
& exactCardinality(X,has_part_0,"1",y_chromosome_0)
& has_part_2(X,fn_human_male_somatic_cell_1(X))
& fn_human_male_somatic_cell_1(X) = fn_eukaryotic_cell_2(X) ) ) ).
fof(a530194,axiom,
! [X] :
( human_mitotic_cycle_1(X)
=> ( original_name_2(X,'Human-Mitotic-Cycle')
& user_description_2(X,'Cell cycle followed by somatic cells in humans. It results in daughter cells identical in genetic composition to the parent cells.')
& concept2words_2(X,'undergo the mitotic cell cycle')
& concept2words_2(X,'human mitotic cycle')
& concept2words_2(X,'human-mitotic-cycle')
& mammalian_mitotic_cycle_1(X)
& duration_value_1(fn_human_mitotic_cycle_2(X))
& duration_value_1(fn_human_mitotic_cycle_6(X))
& duration_value_1(fn_human_mitotic_cycle_7(X))
& duration_value_1(fn_human_mitotic_cycle_8(X))
& duration_value_1(fn_human_mitotic_cycle_12(X))
& duration_value_1(fn_human_mitotic_cycle_13(X))
& duration_value_1(fn_human_mitotic_cycle_14(X))
& length_value_1(fn_human_mitotic_cycle_15(X))
& duration_value_1(fn_human_mitotic_cycle_17(X))
& duration_value_1(fn_human_mitotic_cycle_19(X))
& cytokinesis_1(fn_human_mitotic_cycle_23(X))
& tangible_entity_1(fn_human_mitotic_cycle_24(X))
& eukaryotic_cell_1(fn_human_mitotic_cycle_24(X))
& cell_1(fn_human_mitotic_cycle_24(X))
& animal_cell_1(fn_human_mitotic_cycle_24(X))
& entity_1(fn_human_mitotic_cycle_25(X))
& diploid_chromosome_1(fn_human_mitotic_cycle_25(X))
& eukaryotic_chromosome_1(fn_human_mitotic_cycle_25(X))
& chromosome_1(fn_human_mitotic_cycle_25(X))
& eukaryotic_cell_1(fn_human_mitotic_cycle_26(X))
& animal_cell_1(fn_human_mitotic_cycle_26(X))
& cell_growth_1(fn_human_mitotic_cycle_27(X))
& chemical_entity_1(fn_human_mitotic_cycle_28(X))
& protein_1(fn_human_mitotic_cycle_28(X))
& anabolic_pathway_1(fn_human_mitotic_cycle_29(X))
& synthesis_of_protein_1(fn_human_mitotic_cycle_29(X))
& prometaphase_1(fn_human_mitotic_cycle_32(X))
& prophase_1(fn_human_mitotic_cycle_33(X))
& mitosis_1(fn_human_mitotic_cycle_34(X))
& tangible_entity_1(fn_human_mitotic_cycle_35(X))
& nucleus_1(fn_human_mitotic_cycle_35(X))
& move_1(fn_human_mitotic_cycle_36(X))
& endoplasmic_reticulum_1(fn_human_mitotic_cycle_37(X))
& smooth_endoplasmic_reticulum_1(fn_human_mitotic_cycle_37(X))
& cytoskeleton_1(fn_human_mitotic_cycle_38(X))
& golgi_apparatus_1(fn_human_mitotic_cycle_39(X))
& human_cell_1(fn_human_mitotic_cycle_40(X))
& substance_1(fn_human_mitotic_cycle_41(X))
& cytosol_1(fn_human_mitotic_cycle_41(X))
& copy_1(fn_human_mitotic_cycle_42(X))
& tangible_entity_1(fn_human_mitotic_cycle_43(X))
& centrosome_1(fn_human_mitotic_cycle_43(X))
& eukaryotic_chromosome_1(fn_human_mitotic_cycle_44(X))
& tangible_entity_1(fn_human_mitotic_cycle_44(X))
& chromosome_1(fn_human_mitotic_cycle_44(X))
& homologous_chromosome_1(fn_human_mitotic_cycle_44(X))
& spatial_entity_1(fn_human_mitotic_cycle_45(X))
& biomembrane_1(fn_human_mitotic_cycle_45(X))
& plasma_membrane_1(fn_human_mitotic_cycle_45(X))
& system_1(fn_human_mitotic_cycle_46(X))
& entity_1(fn_human_mitotic_cycle_47(X))
& eukaryotic_chromosome_1(fn_human_mitotic_cycle_47(X))
& chromosome_1(fn_human_mitotic_cycle_47(X))
& diploid_chromosome_1(fn_human_mitotic_cycle_47(X))
& copy_1(fn_human_mitotic_cycle_48(X))
& g2_phase_1(fn_human_mitotic_cycle_49(X))
& s_phase_1(fn_human_mitotic_cycle_50(X))
& g1_phase_1(fn_human_mitotic_cycle_51(X))
& spatial_entity_1(fn_human_mitotic_cycle_52(X))
& vertebrate_cell_1(fn_human_mitotic_cycle_52(X))
& tangible_entity_1(fn_human_mitotic_cycle_52(X))
& animal_cell_1(fn_human_mitotic_cycle_52(X))
& cell_1(fn_human_mitotic_cycle_52(X))
& mammalian_cell_1(fn_human_mitotic_cycle_52(X))
& eukaryotic_cell_1(fn_human_mitotic_cycle_52(X))
& human_cell_1(fn_human_mitotic_cycle_52(X))
& interphase_1(fn_human_mitotic_cycle_53(X))
& duration_value_1(fn_human_mitotic_cycle_54(X))
& cell_division_1(fn_human_mitotic_cycle_55(X))
& m_phase_1(fn_human_mitotic_cycle_55(X))
& human_cell_1(fn_human_mitotic_cycle_57(X))
& mammal_1(fn_human_mitotic_cycle_58(X))
& person_1(fn_human_mitotic_cycle_58(X))
& human_cell_1(fn_human_mitotic_cycle_59(X))
& entity_1(fn_human_mitotic_cycle_60(X))
& tangible_entity_1(fn_human_mitotic_cycle_60(X))
& centrosome_1(fn_human_mitotic_cycle_60(X))
& tangible_entity_1(fn_human_mitotic_cycle_61(X))
& nucleus_1(fn_human_mitotic_cycle_61(X))
& quantity_value_1(fn_human_mitotic_cycle_62(X))
& quantity_value_1(fn_human_mitotic_cycle_63(X))
& eukaryotic_chromosome_1(fn_human_mitotic_cycle_64(X))
& chromosome_1(fn_human_mitotic_cycle_64(X))
& tangible_entity_1(fn_human_mitotic_cycle_65(X))
& phospholipid_bilayer_1(fn_human_mitotic_cycle_65(X))
& volume_value_1(fn_human_mitotic_cycle_66(X))
& size_value_1(fn_human_mitotic_cycle_67(X))
& surface_1(fn_human_mitotic_cycle_68(X))
& parent_cell_1(fn_human_mitotic_cycle_69(X))
& semiautonomous_organelle_1(fn_human_mitotic_cycle_70(X))
& organelle_1(fn_human_mitotic_cycle_70(X))
& mitochondrion_1(fn_human_mitotic_cycle_70(X))
& ribosome_1(fn_human_mitotic_cycle_71(X))
& eukaryotic_ribosome_1(fn_human_mitotic_cycle_71(X))
& endoplasmic_reticulum_1(fn_human_mitotic_cycle_72(X))
& rough_endoplasmic_reticulum_1(fn_human_mitotic_cycle_72(X))
& mixture_1(fn_human_mitotic_cycle_73(X))
& cytoplasm_1(fn_human_mitotic_cycle_73(X))
& cellular_work_1(fn_human_mitotic_cycle_74(X))
& catabolic_pathway_1(fn_human_mitotic_cycle_75(X))
& eukaryotic_cellular_respiration_1(fn_human_mitotic_cycle_75(X))
& synthesis_reaction_1(fn_human_mitotic_cycle_76(X))
& chemical_reaction_1(fn_human_mitotic_cycle_76(X))
& anabolic_pathway_1(fn_human_mitotic_cycle_76(X))
& synthesis_of_lipid_1(fn_human_mitotic_cycle_76(X))
& attach_1(fn_human_mitotic_cycle_79(X))
& center_1(fn_human_mitotic_cycle_80(X))
& centriole_1(fn_human_mitotic_cycle_81(X))
& protein_1(fn_human_mitotic_cycle_82(X))
& microtubule_1(fn_human_mitotic_cycle_83(X))
& trimer_1(fn_human_mitotic_cycle_84(X))
& entity_1(fn_human_mitotic_cycle_85(X))
& eukaryotic_chromosome_1(fn_human_mitotic_cycle_85(X))
& chromosome_1(fn_human_mitotic_cycle_85(X))
& diploid_chromosome_1(fn_human_mitotic_cycle_85(X))
& center_1(fn_centrosome_2(fn_human_mitotic_cycle_43(X)))
& cytoskeleton_1(fn_cell_2(fn_human_mitotic_cycle_52(X)))
& property_node_1(fn_m_phase_1(fn_human_mitotic_cycle_55(X)))
& duration_value_1(fn_m_phase_2(fn_human_mitotic_cycle_55(X)))
& cellular_work_1(fn_eukaryotic_cell_32(fn_human_mitotic_cycle_52(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_human_mitotic_cycle_52(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_human_mitotic_cycle_52(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_human_mitotic_cycle_52(X)))
& anabolic_pathway_1(fn_interphase_12(fn_human_mitotic_cycle_53(X)))
& synthesis_of_protein_1(fn_interphase_12(fn_human_mitotic_cycle_53(X)))
& s_phase_1(fn_interphase_5(fn_human_mitotic_cycle_53(X)))
& protein_1(fn_centriole_7(fn_human_mitotic_cycle_81(X)))
& attach_1(fn_centriole_10(fn_human_mitotic_cycle_81(X)))
& prometaphase_1(fn_mitosis_36(fn_human_mitotic_cycle_34(X)))
& property_node_1(fn_human_cell_9(fn_human_mitotic_cycle_52(X)))
& property_node_1(fn_human_cell_10(fn_human_mitotic_cycle_52(X)))
& surface_1(fn_human_cell_39(fn_human_mitotic_cycle_52(X)))
& volume_value_1(fn_human_cell_21(fn_human_mitotic_cycle_52(X)))
& size_value_1(fn_human_cell_22(fn_human_mitotic_cycle_52(X)))
& ribosome_1(fn_human_cell_41(fn_human_mitotic_cycle_52(X)))
& eukaryotic_ribosome_1(fn_human_cell_41(fn_human_mitotic_cycle_52(X)))
& endoplasmic_reticulum_1(fn_human_cell_14(fn_human_mitotic_cycle_52(X)))
& rough_endoplasmic_reticulum_1(fn_human_cell_14(fn_human_mitotic_cycle_52(X)))
& eukaryotic_cell_1(fn_interphase_9(fn_human_mitotic_cycle_53(X)))
& eukaryotic_chromosome_1(fn_m_phase_11(fn_human_mitotic_cycle_55(X)))
& chromosome_1(fn_m_phase_11(fn_human_mitotic_cycle_55(X)))
& eukaryotic_cell_1(fn_s_phase_3(fn_human_mitotic_cycle_50(X)))
& cell_1(fn_s_phase_3(fn_human_mitotic_cycle_50(X)))
& eukaryotic_cell_1(fn_m_phase_6(fn_human_mitotic_cycle_55(X)))
& cell_1(fn_m_phase_21(fn_human_mitotic_cycle_55(X)))
& eukaryotic_cell_1(fn_m_phase_21(fn_human_mitotic_cycle_55(X)))
& eukaryotic_chromosome_1(fn_animal_cell_52(fn_human_mitotic_cycle_24(X)))
& chromosome_1(fn_animal_cell_52(fn_human_mitotic_cycle_24(X)))
& entity_1(fn_create_1(fn_human_mitotic_cycle_42(X)))
& centrosome_1(fn_animal_cell_74(fn_human_mitotic_cycle_24(X)))
& tangible_entity_1(fn_animal_cell_78(fn_human_mitotic_cycle_24(X)))
& nucleus_1(fn_animal_cell_78(fn_human_mitotic_cycle_24(X)))
& eukaryotic_cell_1(fn_prometaphase_38(fn_human_mitotic_cycle_32(X)))
& tangible_entity_1(fn_prophase_18(fn_human_mitotic_cycle_33(X)))
& cell_1(fn_prophase_18(fn_human_mitotic_cycle_33(X)))
& eukaryotic_cell_1(fn_prophase_18(fn_human_mitotic_cycle_33(X)))
& cell_1(fn_m_phase_26(fn_human_mitotic_cycle_55(X)))
& eukaryotic_cell_1(fn_m_phase_26(fn_human_mitotic_cycle_55(X)))
& synthesis_reaction_1(fn_interphase_20(fn_human_mitotic_cycle_53(X)))
& chemical_reaction_1(fn_interphase_20(fn_human_mitotic_cycle_53(X)))
& anabolic_pathway_1(fn_interphase_20(fn_human_mitotic_cycle_53(X)))
& synthesis_of_lipid_1(fn_interphase_20(fn_human_mitotic_cycle_53(X)))
& synthesis_reaction_1(fn_person_40(fn_human_mitotic_cycle_58(X)))
& chemical_reaction_1(fn_person_40(fn_human_mitotic_cycle_58(X)))
& anabolic_pathway_1(fn_person_40(fn_human_mitotic_cycle_58(X)))
& synthesis_of_lipid_1(fn_person_40(fn_human_mitotic_cycle_58(X)))
& entity_1(fn_s_phase_15(fn_human_mitotic_cycle_50(X)))
& eukaryotic_chromosome_1(fn_s_phase_15(fn_human_mitotic_cycle_50(X)))
& chromosome_1(fn_s_phase_15(fn_human_mitotic_cycle_50(X)))
& diploid_chromosome_1(fn_s_phase_15(fn_human_mitotic_cycle_50(X)))
& entity_1(fn_interphase_17(fn_human_mitotic_cycle_53(X)))
& eukaryotic_chromosome_1(fn_interphase_17(fn_human_mitotic_cycle_53(X)))
& chromosome_1(fn_interphase_17(fn_human_mitotic_cycle_53(X)))
& diploid_chromosome_1(fn_interphase_17(fn_human_mitotic_cycle_53(X)))
& copy_1(fn_s_phase_9(fn_human_mitotic_cycle_50(X)))
& copy_1(fn_interphase_14(fn_human_mitotic_cycle_53(X)))
& chemical_entity_1(fn_interphase_16(fn_human_mitotic_cycle_53(X)))
& protein_1(fn_interphase_16(fn_human_mitotic_cycle_53(X)))
& chemical_entity_1(fn_interphase_8(fn_human_mitotic_cycle_53(X)))
& protein_1(fn_interphase_8(fn_human_mitotic_cycle_53(X)))
& cell_growth_1(fn_g1_phase_3(fn_human_mitotic_cycle_51(X)))
& cell_growth_1(fn_interphase_19(fn_human_mitotic_cycle_53(X)))
& cell_growth_1(fn_interphase_11(fn_human_mitotic_cycle_53(X)))
& parent_cell_1(fn_m_phase_40(fn_human_mitotic_cycle_55(X)))
& g2_phase_1(fn_interphase_6(fn_human_mitotic_cycle_53(X)))
& cytokinesis_1(fn_m_phase_18(fn_human_mitotic_cycle_55(X)))
& g1_phase_1(fn_interphase_7(fn_human_mitotic_cycle_53(X)))
& microtubule_1(fn_centriole_11(fn_human_mitotic_cycle_81(X)))
& microtubule_1(fn_centriole_9(fn_human_mitotic_cycle_81(X)))
& trimer_1(fn_centriole_8(fn_human_mitotic_cycle_81(X)))
& trimer_1(fn_centriole_2(fn_human_mitotic_cycle_81(X)))
& tangible_entity_1(fn_interphase_15(fn_human_mitotic_cycle_53(X)))
& chromosome_1(fn_interphase_15(fn_human_mitotic_cycle_53(X)))
& eukaryotic_chromosome_1(fn_human_cell_30(fn_human_mitotic_cycle_52(X)))
& chromosome_1(fn_human_cell_30(fn_human_mitotic_cycle_52(X)))
& tangible_entity_1(fn_s_phase_14(fn_human_mitotic_cycle_50(X)))
& chromosome_1(fn_s_phase_14(fn_human_mitotic_cycle_50(X)))
& homologous_chromosome_1(fn_mitosis_34(fn_human_mitotic_cycle_34(X)))
& prophase_1(fn_m_phase_22(fn_human_mitotic_cycle_55(X)))
& prophase_1(fn_mitosis_35(fn_human_mitotic_cycle_34(X)))
& mitosis_1(fn_m_phase_19(fn_human_mitotic_cycle_55(X)))
& tangible_entity_1(fn_eukaryotic_cell_41(fn_human_mitotic_cycle_52(X)))
& phospholipid_bilayer_1(fn_eukaryotic_cell_41(fn_human_mitotic_cycle_52(X)))
& tangible_entity_1(fn_human_cell_37(fn_human_mitotic_cycle_52(X)))
& phospholipid_bilayer_1(fn_human_cell_37(fn_human_mitotic_cycle_52(X)))
& semiautonomous_organelle_1(fn_vertebrate_cell_21(fn_human_mitotic_cycle_52(X)))
& organelle_1(fn_vertebrate_cell_21(fn_human_mitotic_cycle_52(X)))
& mitochondrion_1(fn_vertebrate_cell_21(fn_human_mitotic_cycle_52(X)))
& mitochondrion_1(fn_mammalian_cell_3(fn_human_mitotic_cycle_52(X)))
& semiautonomous_organelle_1(fn_human_cell_8(fn_human_mitotic_cycle_52(X)))
& organelle_1(fn_human_cell_8(fn_human_mitotic_cycle_52(X)))
& mitochondrion_1(fn_human_cell_8(fn_human_mitotic_cycle_52(X)))
& mixture_1(fn_rough_endoplasmic_reticulum_32(fn_human_mitotic_cycle_72(X)))
& cytoplasm_1(fn_rough_endoplasmic_reticulum_32(fn_human_mitotic_cycle_72(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_human_mitotic_cycle_52(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_human_mitotic_cycle_52(X)))
& mixture_1(fn_human_cell_11(fn_human_mitotic_cycle_52(X)))
& cytoplasm_1(fn_human_cell_11(fn_human_mitotic_cycle_52(X)))
& smooth_endoplasmic_reticulum_1(fn_interphase_18(fn_human_mitotic_cycle_53(X)))
& endoplasmic_reticulum_1(fn_person_41(fn_human_mitotic_cycle_58(X)))
& smooth_endoplasmic_reticulum_1(fn_person_41(fn_human_mitotic_cycle_58(X)))
& smooth_endoplasmic_reticulum_1(fn_human_cell_15(fn_human_mitotic_cycle_52(X)))
& catabolic_pathway_1(fn_human_cell_7(fn_human_mitotic_cycle_52(X)))
& eukaryotic_cellular_respiration_1(fn_human_cell_32(fn_human_mitotic_cycle_52(X)))
& golgi_apparatus_1(fn_mitosis_3(fn_human_mitotic_cycle_34(X)))
& golgi_apparatus_1(fn_human_cell_16(fn_human_mitotic_cycle_52(X)))
& substance_1(fn_rough_endoplasmic_reticulum_23(fn_human_mitotic_cycle_72(X)))
& cytosol_1(fn_rough_endoplasmic_reticulum_23(fn_human_mitotic_cycle_72(X)))
& substance_1(fn_mitosis_33(fn_human_mitotic_cycle_34(X)))
& cytosol_1(fn_mitosis_33(fn_human_mitotic_cycle_34(X)))
& substance_1(fn_human_cell_40(fn_human_mitotic_cycle_52(X)))
& cytosol_1(fn_human_cell_40(fn_human_mitotic_cycle_52(X)))
& tangible_entity_1(fn_copy_1(fn_human_mitotic_cycle_42(X)))
& centrosome_1(fn_centriole_6(fn_human_mitotic_cycle_81(X)))
& centrosome_1(fn_human_cell_12(fn_human_mitotic_cycle_52(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_27(fn_human_mitotic_cycle_72(X)))
& nucleus_1(fn_rough_endoplasmic_reticulum_27(fn_human_mitotic_cycle_72(X)))
& tangible_entity_1(fn_m_phase_23(fn_human_mitotic_cycle_55(X)))
& nucleus_1(fn_m_phase_23(fn_human_mitotic_cycle_55(X)))
& tangible_entity_1(fn_mitosis_32(fn_human_mitotic_cycle_34(X)))
& nucleus_1(fn_mitosis_32(fn_human_mitotic_cycle_34(X)))
& tangible_entity_1(fn_human_cell_13(fn_human_mitotic_cycle_52(X)))
& nucleus_1(fn_human_cell_13(fn_human_mitotic_cycle_52(X)))
& spatial_entity_1(fn_move_1(fn_human_mitotic_cycle_36(X)))
& eukaryotic_cell_1(fn_g1_phase_5(fn_human_mitotic_cycle_51(X)))
& human_cell_1(fn_person_8(fn_human_mitotic_cycle_58(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_62(fn_human_mitotic_cycle_72(X)))
& eukaryotic_cell_1(fn_rough_endoplasmic_reticulum_62(fn_human_mitotic_cycle_72(X)))
& cell_1(fn_rough_endoplasmic_reticulum_62(fn_human_mitotic_cycle_72(X)))
& cell_1(fn_interphase_4(fn_human_mitotic_cycle_53(X)))
& eukaryotic_cell_1(fn_interphase_4(fn_human_mitotic_cycle_53(X)))
& eukaryotic_cell_1(fn_m_phase_20(fn_human_mitotic_cycle_55(X)))
& cell_1(fn_m_phase_20(fn_human_mitotic_cycle_55(X)))
& eukaryotic_cell_1(fn_mitosis_31(fn_human_mitotic_cycle_34(X)))
& cell_1(fn_mitosis_31(fn_human_mitotic_cycle_34(X)))
& eukaryotic_cell_1(fn_s_phase_11(fn_human_mitotic_cycle_50(X)))
& cell_1(fn_interphase_21(fn_human_mitotic_cycle_53(X)))
& eukaryotic_cell_1(fn_interphase_21(fn_human_mitotic_cycle_53(X)))
& eukaryotic_cell_1(fn_person_61(fn_human_mitotic_cycle_58(X)))
& cell_1(fn_person_61(fn_human_mitotic_cycle_58(X)))
& human_cell_1(fn_person_61(fn_human_mitotic_cycle_58(X)))
& mammalian_cell_1(fn_person_61(fn_human_mitotic_cycle_58(X)))
& has_state_2(fn_human_mitotic_cycle_26(X),fn_human_mitotic_cycle_40(X))
& called_2(fn_human_mitotic_cycle_19(X),'Duration_SPhase')
& called_2(fn_human_mitotic_cycle_17(X),'Duration_HumanMitoticCellCycle')
& the_cardinal_value_2(fn_human_mitotic_cycle_15(X),"2.5e0")
& cardinal_unit_class_2(fn_human_mitotic_cycle_15(X),micrometer_0)
& base_2(X,fn_human_mitotic_cycle_52(X))
& duration_2(X,fn_human_mitotic_cycle_17(X))
& length_2(fn_human_mitotic_cycle_47(X),fn_human_mitotic_cycle_15(X))
& greater_than_or_equal_to_2(fn_human_mitotic_cycle_14(X),fn_human_mitotic_cycle_12(X))
& the_cardinal_value_2(fn_human_mitotic_cycle_14(X),"6.0e0")
& cardinal_unit_class_2(fn_human_mitotic_cycle_14(X),hour_0)
& the_cardinal_value_2(fn_human_mitotic_cycle_13(X),"4.0e0")
& cardinal_unit_class_2(fn_human_mitotic_cycle_13(X),hour_0)
& greater_than_or_equal_to_2(fn_human_mitotic_cycle_12(X),fn_human_mitotic_cycle_13(X))
& duration_2(fn_human_mitotic_cycle_49(X),fn_human_mitotic_cycle_12(X))
& duration_2(fn_human_mitotic_cycle_50(X),fn_human_mitotic_cycle_19(X))
& duration_2(fn_human_mitotic_cycle_51(X),fn_human_mitotic_cycle_6(X))
& has_state_2(fn_human_mitotic_cycle_52(X),fn_human_mitotic_cycle_40(X))
& greater_than_or_equal_to_2(fn_human_mitotic_cycle_8(X),fn_human_mitotic_cycle_6(X))
& the_cardinal_value_2(fn_human_mitotic_cycle_8(X),"6.0e0")
& cardinal_unit_class_2(fn_human_mitotic_cycle_8(X),hour_0)
& the_cardinal_value_2(fn_human_mitotic_cycle_7(X),"5.0e0")
& cardinal_unit_class_2(fn_human_mitotic_cycle_7(X),hour_0)
& greater_than_or_equal_to_2(fn_human_mitotic_cycle_6(X),fn_human_mitotic_cycle_7(X))
& greater_than_2(fn_human_mitotic_cycle_2(X),fn_human_mitotic_cycle_54(X))
& the_cardinal_value_2(fn_human_mitotic_cycle_2(X),"1.0e0")
& cardinal_unit_class_2(fn_human_mitotic_cycle_2(X),hour_0)
& is_at_2(fn_human_mitotic_cycle_81(X),fn_human_mitotic_cycle_80(X))
& object_2(fn_human_mitotic_cycle_36(X),fn_human_mitotic_cycle_52(X))
& experiencer_2(X,fn_human_mitotic_cycle_58(X))
& result_2(fn_human_mitotic_cycle_42(X),fn_human_mitotic_cycle_60(X))
& object_2(fn_human_mitotic_cycle_42(X),fn_human_mitotic_cycle_43(X))
& base_2(fn_human_mitotic_cycle_32(X),fn_human_mitotic_cycle_24(X))
& result_2(fn_human_mitotic_cycle_33(X),fn_human_mitotic_cycle_24(X))
& result_2(fn_human_mitotic_cycle_51(X),fn_human_mitotic_cycle_52(X))
& base_2(fn_human_mitotic_cycle_27(X),fn_human_mitotic_cycle_52(X))
& has_region_2(fn_human_mitotic_cycle_43(X),fn_human_mitotic_cycle_80(X))
& is_inside_2(fn_human_mitotic_cycle_72(X),fn_human_mitotic_cycle_41(X))
& base_2(fn_human_mitotic_cycle_23(X),fn_human_mitotic_cycle_24(X))
& result_2(fn_human_mitotic_cycle_50(X),fn_human_mitotic_cycle_40(X))
& base_2(fn_human_mitotic_cycle_49(X),fn_human_mitotic_cycle_40(X))
& has_state_2(fn_human_mitotic_cycle_40(X),fn_human_mitotic_cycle_52(X))
& has_part_2(fn_human_mitotic_cycle_40(X),fn_human_mitotic_cycle_85(X))
& is_inside_2(fn_human_mitotic_cycle_37(X),fn_human_mitotic_cycle_41(X))
& result_2(fn_human_mitotic_cycle_49(X),fn_human_mitotic_cycle_52(X))
& result_2(fn_human_mitotic_cycle_23(X),fn_human_mitotic_cycle_57(X))
& result_2(fn_human_mitotic_cycle_53(X),fn_human_mitotic_cycle_52(X))
& result_2(fn_human_mitotic_cycle_55(X),fn_human_mitotic_cycle_57(X))
& base_2(fn_human_mitotic_cycle_55(X),fn_human_mitotic_cycle_52(X))
& plays_2(fn_human_mitotic_cycle_52(X),fn_human_mitotic_cycle_69(X))
& object_2(fn_human_mitotic_cycle_55(X),fn_human_mitotic_cycle_52(X))
& base_2(fn_human_mitotic_cycle_33(X),fn_human_mitotic_cycle_52(X))
& base_2(fn_human_mitotic_cycle_34(X),fn_human_mitotic_cycle_52(X))
& base_2(fn_human_mitotic_cycle_50(X),fn_human_mitotic_cycle_52(X))
& has_part_2(fn_human_mitotic_cycle_52(X),fn_human_mitotic_cycle_44(X))
& object_2(fn_human_mitotic_cycle_48(X),fn_human_mitotic_cycle_44(X))
& fn_human_mitotic_cycle_85(X) != fn_human_mitotic_cycle_44(X)
& fn_human_mitotic_cycle_44(X) != fn_human_mitotic_cycle_85(X)
& base_2(fn_human_mitotic_cycle_51(X),fn_human_mitotic_cycle_26(X))
& object_2(fn_human_mitotic_cycle_27(X),fn_human_mitotic_cycle_52(X))
& has_part_2(fn_human_mitotic_cycle_52(X),fn_human_mitotic_cycle_28(X))
& has_state_2(fn_human_mitotic_cycle_26(X),fn_human_mitotic_cycle_52(X))
& duration_2(fn_human_mitotic_cycle_55(X),fn_human_mitotic_cycle_54(X))
& the_scalar_value_2(fn_human_mitotic_cycle_54(X),brief_0)
& scalar_unit_class_2(fn_human_mitotic_cycle_54(X),interphase_0)
& base_2(fn_human_mitotic_cycle_53(X),fn_human_mitotic_cycle_26(X))
& fn_human_mitotic_cycle_24(X) != fn_human_mitotic_cycle_57(X)
& fn_human_mitotic_cycle_57(X) != fn_human_mitotic_cycle_24(X)
& base_2(X,fn_human_mitotic_cycle_26(X))
& object_2(X,fn_human_mitotic_cycle_26(X))
& quantity_2(fn_human_mitotic_cycle_44(X),fn_human_mitotic_cycle_62(X))
& fn_human_mitotic_cycle_25(X) != fn_human_mitotic_cycle_44(X)
& fn_human_mitotic_cycle_44(X) != fn_human_mitotic_cycle_25(X)
& has_part_2(fn_human_mitotic_cycle_57(X),fn_human_mitotic_cycle_64(X))
& quantity_2(fn_human_mitotic_cycle_64(X),fn_human_mitotic_cycle_63(X))
& fn_human_mitotic_cycle_62(X) = fn_human_mitotic_cycle_63(X)
& fn_human_mitotic_cycle_63(X) = fn_human_mitotic_cycle_62(X)
& result_2(X,fn_human_mitotic_cycle_57(X))
& fn_human_mitotic_cycle_40(X) != fn_human_mitotic_cycle_57(X)
& fn_human_mitotic_cycle_57(X) != fn_human_mitotic_cycle_40(X)
& fn_human_mitotic_cycle_59(X) != fn_human_mitotic_cycle_57(X)
& fn_human_mitotic_cycle_57(X) != fn_human_mitotic_cycle_59(X)
& base_2(fn_human_mitotic_cycle_79(X),fn_human_mitotic_cycle_83(X))
& object_2(X,fn_human_mitotic_cycle_52(X))
& has_state_2(fn_human_mitotic_cycle_52(X),fn_human_mitotic_cycle_24(X))
& fn_human_mitotic_cycle_60(X) != fn_human_mitotic_cycle_43(X)
& fn_human_mitotic_cycle_43(X) != fn_human_mitotic_cycle_60(X)
& has_part_2(fn_human_mitotic_cycle_24(X),fn_human_mitotic_cycle_61(X))
& is_near_2(fn_human_mitotic_cycle_61(X),fn_human_mitotic_cycle_60(X))
& has_part_2(fn_human_mitotic_cycle_24(X),fn_human_mitotic_cycle_60(X))
& has_part_2(fn_human_mitotic_cycle_24(X),fn_human_mitotic_cycle_25(X))
& is_near_2(fn_human_mitotic_cycle_60(X),fn_human_mitotic_cycle_61(X))
& has_part_2(fn_human_mitotic_cycle_58(X),fn_human_mitotic_cycle_52(X))
& base_2(fn_human_mitotic_cycle_76(X),fn_human_mitotic_cycle_52(X))
& site_2(fn_human_mitotic_cycle_76(X),fn_human_mitotic_cycle_37(X))
& has_function_2(fn_human_mitotic_cycle_37(X),fn_human_mitotic_cycle_76(X))
& has_function_2(fn_human_mitotic_cycle_52(X),fn_human_mitotic_cycle_74(X))
& base_2(fn_human_mitotic_cycle_74(X),fn_human_mitotic_cycle_52(X))
& has_part_2(fn_human_mitotic_cycle_52(X),fn_human_mitotic_cycle_45(X))
& is_between_2(fn_human_mitotic_cycle_73(X),fn_human_mitotic_cycle_45(X))
& is_inside_2(fn_human_mitotic_cycle_73(X),fn_human_mitotic_cycle_45(X))
& has_part_2(fn_human_mitotic_cycle_45(X),fn_human_mitotic_cycle_65(X))
& subevent_2(fn_human_mitotic_cycle_51(X),fn_human_mitotic_cycle_29(X))
& next_event_2(fn_human_mitotic_cycle_50(X),fn_human_mitotic_cycle_49(X))
& subevent_2(fn_human_mitotic_cycle_50(X),fn_human_mitotic_cycle_48(X))
& result_2(fn_human_mitotic_cycle_48(X),fn_human_mitotic_cycle_47(X))
& subevent_2(fn_human_mitotic_cycle_53(X),fn_human_mitotic_cycle_50(X))
& next_event_2(fn_human_mitotic_cycle_51(X),fn_human_mitotic_cycle_50(X))
& subevent_2(fn_human_mitotic_cycle_51(X),fn_human_mitotic_cycle_27(X))
& by_means_of_2(fn_human_mitotic_cycle_27(X),fn_human_mitotic_cycle_29(X))
& result_2(fn_human_mitotic_cycle_29(X),fn_human_mitotic_cycle_28(X))
& in_event_2(fn_human_mitotic_cycle_69(X),fn_human_mitotic_cycle_55(X))
& next_event_2(fn_human_mitotic_cycle_34(X),fn_human_mitotic_cycle_23(X))
& first_subevent_2(fn_human_mitotic_cycle_55(X),fn_human_mitotic_cycle_34(X))
& subevent_2(fn_human_mitotic_cycle_55(X),fn_human_mitotic_cycle_34(X))
& subevent_2(X,fn_human_mitotic_cycle_55(X))
& first_subevent_2(X,fn_human_mitotic_cycle_53(X))
& subevent_2(fn_human_mitotic_cycle_53(X),fn_human_mitotic_cycle_49(X))
& subevent_2(X,fn_human_mitotic_cycle_53(X))
& subevent_2(fn_human_mitotic_cycle_53(X),fn_human_mitotic_cycle_51(X))
& first_subevent_2(fn_human_mitotic_cycle_53(X),fn_human_mitotic_cycle_51(X))
& next_event_2(fn_human_mitotic_cycle_53(X),fn_human_mitotic_cycle_55(X))
& subevent_2(fn_human_mitotic_cycle_55(X),fn_human_mitotic_cycle_23(X))
& has_part_2(fn_human_mitotic_cycle_43(X),fn_human_mitotic_cycle_81(X))
& has_part_2(fn_human_mitotic_cycle_43(X),fn_human_mitotic_cycle_82(X))
& has_part_2(fn_human_mitotic_cycle_81(X),fn_human_mitotic_cycle_84(X))
& has_part_2(fn_human_mitotic_cycle_84(X),fn_human_mitotic_cycle_83(X))
& object_2(fn_human_mitotic_cycle_79(X),fn_human_mitotic_cycle_83(X))
& agent_2(fn_human_mitotic_cycle_79(X),fn_human_mitotic_cycle_82(X))
& has_function_2(fn_human_mitotic_cycle_82(X),fn_human_mitotic_cycle_79(X))
& first_subevent_2(fn_human_mitotic_cycle_34(X),fn_human_mitotic_cycle_33(X))
& subevent_2(fn_human_mitotic_cycle_34(X),fn_human_mitotic_cycle_32(X))
& next_event_2(fn_human_mitotic_cycle_33(X),fn_human_mitotic_cycle_32(X))
& subevent_2(fn_human_mitotic_cycle_34(X),fn_human_mitotic_cycle_33(X))
& object_2(fn_human_mitotic_cycle_34(X),fn_human_mitotic_cycle_35(X))
& is_inside_2(fn_human_mitotic_cycle_44(X),fn_human_mitotic_cycle_35(X))
& the_scalar_value_2(fn_human_mitotic_cycle_67(X),big_0)
& scalar_unit_class_2(fn_human_mitotic_cycle_67(X),prokaryote_0)
& has_part_2(fn_human_mitotic_cycle_52(X),fn_human_mitotic_cycle_70(X))
& is_between_2(fn_human_mitotic_cycle_73(X),fn_human_mitotic_cycle_35(X))
& has_part_2(fn_human_mitotic_cycle_52(X),fn_human_mitotic_cycle_43(X))
& has_part_2(fn_human_mitotic_cycle_52(X),fn_human_mitotic_cycle_39(X))
& has_region_2(fn_human_mitotic_cycle_52(X),fn_human_mitotic_cycle_68(X))
& is_at_2(fn_human_mitotic_cycle_65(X),fn_human_mitotic_cycle_68(X))
& is_inside_2(fn_human_mitotic_cycle_71(X),fn_human_mitotic_cycle_41(X))
& has_part_2(fn_human_mitotic_cycle_52(X),fn_human_mitotic_cycle_71(X))
& size_2(fn_human_mitotic_cycle_52(X),fn_human_mitotic_cycle_67(X))
& directly_proportional_2(fn_human_mitotic_cycle_67(X),fn_human_mitotic_cycle_66(X))
& volume_2(fn_human_mitotic_cycle_52(X),fn_human_mitotic_cycle_66(X))
& fn_human_mitotic_cycle_37(X) != fn_human_mitotic_cycle_72(X)
& has_part_2(fn_human_mitotic_cycle_52(X),fn_human_mitotic_cycle_72(X))
& has_part_2(fn_human_mitotic_cycle_52(X),fn_human_mitotic_cycle_73(X))
& has_part_2(fn_human_mitotic_cycle_73(X),fn_human_mitotic_cycle_41(X))
& is_inside_2(fn_human_mitotic_cycle_70(X),fn_human_mitotic_cycle_41(X))
& fn_human_mitotic_cycle_72(X) != fn_human_mitotic_cycle_37(X)
& base_2(fn_human_mitotic_cycle_75(X),fn_human_mitotic_cycle_52(X))
& has_function_2(fn_human_mitotic_cycle_52(X),fn_human_mitotic_cycle_75(X))
& has_part_2(fn_human_mitotic_cycle_52(X),fn_human_mitotic_cycle_37(X))
& abuts_2(fn_human_mitotic_cycle_72(X),fn_human_mitotic_cycle_37(X))
& abuts_2(fn_human_mitotic_cycle_37(X),fn_human_mitotic_cycle_72(X))
& has_part_2(fn_human_mitotic_cycle_52(X),fn_human_mitotic_cycle_35(X))
& is_inside_2(fn_human_mitotic_cycle_35(X),fn_human_mitotic_cycle_41(X))
& is_inside_2(fn_human_mitotic_cycle_39(X),fn_human_mitotic_cycle_41(X))
& is_near_2(fn_human_mitotic_cycle_43(X),fn_human_mitotic_cycle_35(X))
& is_near_2(fn_human_mitotic_cycle_35(X),fn_human_mitotic_cycle_43(X))
& fn_human_mitotic_cycle_52(X) = fn_move_1(fn_human_mitotic_cycle_36(X))
& fn_human_mitotic_cycle_58(X) = fn_mammalian_mitotic_cycle_13(X)
& fn_human_mitotic_cycle_60(X) = fn_create_1(fn_human_mitotic_cycle_42(X))
& fn_human_mitotic_cycle_43(X) = fn_copy_1(fn_human_mitotic_cycle_42(X))
& fn_human_mitotic_cycle_24(X) = fn_prometaphase_38(fn_human_mitotic_cycle_32(X))
& fn_human_mitotic_cycle_24(X) = fn_prophase_18(fn_human_mitotic_cycle_33(X))
& fn_human_mitotic_cycle_27(X) = fn_g1_phase_3(fn_human_mitotic_cycle_51(X))
& fn_human_mitotic_cycle_52(X) = fn_g1_phase_5(fn_human_mitotic_cycle_51(X))
& fn_human_mitotic_cycle_46(X) = fn_cell_cycle_1(X)
& fn_human_mitotic_cycle_80(X) = fn_centrosome_2(fn_human_mitotic_cycle_43(X))
& fn_human_mitotic_cycle_38(X) = fn_cell_2(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_40(X) = fn_s_phase_3(fn_human_mitotic_cycle_50(X))
& fn_human_mitotic_cycle_40(X) = fn_interphase_21(fn_human_mitotic_cycle_53(X))
& fn_human_mitotic_cycle_37(X) = fn_mitotic_cell_cycle_23(X)
& fn_human_mitotic_cycle_52(X) = fn_interphase_4(fn_human_mitotic_cycle_53(X))
& fn_human_mitotic_cycle_57(X) = fn_m_phase_6(fn_human_mitotic_cycle_55(X))
& fn_human_mitotic_cycle_85(X) = fn_interphase_17(fn_human_mitotic_cycle_53(X))
& fn_human_mitotic_cycle_85(X) = fn_s_phase_15(fn_human_mitotic_cycle_50(X))
& fn_human_mitotic_cycle_44(X) = fn_s_phase_14(fn_human_mitotic_cycle_50(X))
& fn_human_mitotic_cycle_52(X) = fn_s_phase_11(fn_human_mitotic_cycle_50(X))
& fn_human_mitotic_cycle_27(X) = fn_interphase_19(fn_human_mitotic_cycle_53(X))
& fn_human_mitotic_cycle_28(X) = fn_interphase_16(fn_human_mitotic_cycle_53(X))
& fn_human_mitotic_cycle_56(X) = fn_m_phase_1(fn_human_mitotic_cycle_55(X))
& fn_human_mitotic_cycle_54(X) = fn_m_phase_2(fn_human_mitotic_cycle_55(X))
& fn_human_mitotic_cycle_31(X) = fn_animal_mitotic_cycle_12(X)
& fn_human_mitotic_cycle_30(X) = fn_animal_mitotic_cycle_11(X)
& fn_human_mitotic_cycle_26(X) = fn_interphase_9(fn_human_mitotic_cycle_53(X))
& fn_human_mitotic_cycle_53(X) = fn_animal_mitotic_cycle_27(X)
& fn_human_mitotic_cycle_24(X) = fn_m_phase_26(fn_human_mitotic_cycle_55(X))
& fn_human_mitotic_cycle_24(X) = fn_animal_mitotic_cycle_3(X)
& fn_human_mitotic_cycle_26(X) = fn_animal_mitotic_cycle_21(X)
& fn_human_mitotic_cycle_44(X) = fn_interphase_15(fn_human_mitotic_cycle_53(X))
& fn_human_mitotic_cycle_25(X) = fn_interphase_17(fn_human_mitotic_cycle_53(X))
& fn_human_mitotic_cycle_25(X) = fn_animal_mitotic_cycle_24(X)
& fn_human_mitotic_cycle_44(X) = fn_animal_mitotic_cycle_22(X)
& fn_human_mitotic_cycle_62(X) = fn_animal_mitotic_cycle_15(X)
& fn_human_mitotic_cycle_63(X) = fn_animal_mitotic_cycle_14(X)
& fn_human_mitotic_cycle_57(X) = fn_m_phase_21(fn_human_mitotic_cycle_55(X))
& fn_human_mitotic_cycle_64(X) = fn_m_phase_11(fn_human_mitotic_cycle_55(X))
& fn_human_mitotic_cycle_64(X) = fn_animal_mitotic_cycle_13(X)
& fn_human_mitotic_cycle_57(X) = fn_mammalian_mitotic_cycle_2(X)
& fn_human_mitotic_cycle_59(X) = fn_mammalian_mitotic_cycle_11(X)
& fn_human_mitotic_cycle_40(X) = fn_mammalian_mitotic_cycle_3(X)
& fn_human_mitotic_cycle_57(X) = fn_mitotic_cell_cycle_51(X)
& fn_human_mitotic_cycle_57(X) = fn_animal_mitotic_cycle_19(X)
& fn_human_mitotic_cycle_57(X) = fn_mammalian_mitotic_cycle_4(X)
& fn_human_mitotic_cycle_43(X) = fn_animal_mitotic_cycle_18(X)
& fn_human_mitotic_cycle_52(X) = fn_animal_mitotic_cycle_21(X)
& fn_human_mitotic_cycle_25(X) = fn_animal_cell_52(fn_human_mitotic_cycle_24(X))
& fn_human_mitotic_cycle_60(X) = fn_animal_mitotic_cycle_16(X)
& fn_human_mitotic_cycle_60(X) = fn_animal_cell_74(fn_human_mitotic_cycle_24(X))
& fn_human_mitotic_cycle_24(X) = fn_animal_mitotic_cycle_26(X)
& fn_human_mitotic_cycle_61(X) = fn_animal_mitotic_cycle_10(X)
& fn_human_mitotic_cycle_61(X) = fn_animal_cell_78(fn_human_mitotic_cycle_24(X))
& fn_human_mitotic_cycle_76(X) = fn_interphase_20(fn_human_mitotic_cycle_53(X))
& fn_human_mitotic_cycle_37(X) = fn_person_41(fn_human_mitotic_cycle_58(X))
& fn_human_mitotic_cycle_76(X) = fn_person_40(fn_human_mitotic_cycle_58(X))
& fn_human_mitotic_cycle_52(X) = fn_person_8(fn_human_mitotic_cycle_58(X))
& fn_human_mitotic_cycle_52(X) = fn_person_61(fn_human_mitotic_cycle_58(X))
& fn_human_mitotic_cycle_74(X) = fn_eukaryotic_cell_32(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_65(X) = fn_eukaryotic_cell_41(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_73(X) = fn_eukaryotic_cell_31(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_45(X) = fn_eukaryotic_cell_29(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_47(X) = fn_s_phase_15(fn_human_mitotic_cycle_50(X))
& fn_human_mitotic_cycle_47(X) = fn_interphase_17(fn_human_mitotic_cycle_53(X))
& fn_human_mitotic_cycle_48(X) = fn_s_phase_9(fn_human_mitotic_cycle_50(X))
& fn_human_mitotic_cycle_48(X) = fn_interphase_14(fn_human_mitotic_cycle_53(X))
& fn_human_mitotic_cycle_28(X) = fn_interphase_8(fn_human_mitotic_cycle_53(X))
& fn_human_mitotic_cycle_29(X) = fn_interphase_12(fn_human_mitotic_cycle_53(X))
& fn_human_mitotic_cycle_27(X) = fn_interphase_11(fn_human_mitotic_cycle_53(X))
& fn_human_mitotic_cycle_50(X) = fn_interphase_5(fn_human_mitotic_cycle_53(X))
& fn_human_mitotic_cycle_69(X) = fn_m_phase_40(fn_human_mitotic_cycle_55(X))
& fn_human_mitotic_cycle_69(X) = fn_mitotic_cell_cycle_21(X)
& fn_human_mitotic_cycle_49(X) = fn_interphase_6(fn_human_mitotic_cycle_53(X))
& fn_human_mitotic_cycle_49(X) = fn_mitotic_cell_cycle_33(X)
& fn_human_mitotic_cycle_34(X) = fn_mitotic_cell_cycle_19(X)
& fn_human_mitotic_cycle_23(X) = fn_m_phase_18(fn_human_mitotic_cycle_55(X))
& fn_human_mitotic_cycle_23(X) = fn_mitotic_cell_cycle_45(X)
& fn_human_mitotic_cycle_55(X) = fn_mitotic_cell_cycle_52(X)
& fn_human_mitotic_cycle_51(X) = fn_interphase_7(fn_human_mitotic_cycle_53(X))
& fn_human_mitotic_cycle_51(X) = fn_mitotic_cell_cycle_32(X)
& fn_human_mitotic_cycle_53(X) = fn_mitotic_cell_cycle_50(X)
& fn_human_mitotic_cycle_43(X) = fn_centriole_6(fn_human_mitotic_cycle_81(X))
& fn_human_mitotic_cycle_82(X) = fn_centriole_7(fn_human_mitotic_cycle_81(X))
& fn_human_mitotic_cycle_79(X) = fn_centriole_10(fn_human_mitotic_cycle_81(X))
& fn_human_mitotic_cycle_83(X) = fn_centriole_11(fn_human_mitotic_cycle_81(X))
& fn_human_mitotic_cycle_83(X) = fn_centriole_9(fn_human_mitotic_cycle_81(X))
& fn_human_mitotic_cycle_84(X) = fn_centriole_8(fn_human_mitotic_cycle_81(X))
& fn_human_mitotic_cycle_84(X) = fn_centriole_2(fn_human_mitotic_cycle_81(X))
& fn_human_mitotic_cycle_44(X) = fn_human_cell_30(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_44(X) = fn_mitosis_34(fn_human_mitotic_cycle_34(X))
& fn_human_mitotic_cycle_34(X) = fn_m_phase_19(fn_human_mitotic_cycle_55(X))
& fn_human_mitotic_cycle_33(X) = fn_m_phase_22(fn_human_mitotic_cycle_55(X))
& fn_human_mitotic_cycle_33(X) = fn_mitosis_35(fn_human_mitotic_cycle_34(X))
& fn_human_mitotic_cycle_32(X) = fn_mitosis_36(fn_human_mitotic_cycle_34(X))
& fn_human_mitotic_cycle_70(X) = fn_vertebrate_cell_21(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_70(X) = fn_mammalian_cell_3(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_77(X) = fn_human_cell_9(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_78(X) = fn_human_cell_10(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_65(X) = fn_human_cell_37(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_68(X) = fn_human_cell_39(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_66(X) = fn_human_cell_21(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_67(X) = fn_human_cell_22(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_71(X) = fn_human_cell_41(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_70(X) = fn_human_cell_8(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_73(X) = fn_rough_endoplasmic_reticulum_32(fn_human_mitotic_cycle_72(X))
& fn_human_mitotic_cycle_73(X) = fn_human_cell_11(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_72(X) = fn_human_cell_14(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_52(X) = fn_interphase_21(fn_human_mitotic_cycle_53(X))
& fn_human_mitotic_cycle_37(X) = fn_interphase_18(fn_human_mitotic_cycle_53(X))
& fn_human_mitotic_cycle_37(X) = fn_human_cell_15(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_75(X) = fn_human_cell_7(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_75(X) = fn_human_cell_32(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_39(X) = fn_mitosis_3(fn_human_mitotic_cycle_34(X))
& fn_human_mitotic_cycle_39(X) = fn_human_cell_16(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_41(X) = fn_rough_endoplasmic_reticulum_23(fn_human_mitotic_cycle_72(X))
& fn_human_mitotic_cycle_41(X) = fn_mitotic_cell_cycle_27(X)
& fn_human_mitotic_cycle_41(X) = fn_mitosis_33(fn_human_mitotic_cycle_34(X))
& fn_human_mitotic_cycle_41(X) = fn_human_cell_40(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_43(X) = fn_human_cell_12(fn_human_mitotic_cycle_52(X))
& fn_human_mitotic_cycle_52(X) = fn_rough_endoplasmic_reticulum_62(fn_human_mitotic_cycle_72(X))
& fn_human_mitotic_cycle_35(X) = fn_rough_endoplasmic_reticulum_27(fn_human_mitotic_cycle_72(X))
& fn_human_mitotic_cycle_52(X) = fn_mitotic_cell_cycle_31(X)
& fn_human_mitotic_cycle_35(X) = fn_mitotic_cell_cycle_25(X)
& fn_human_mitotic_cycle_52(X) = fn_m_phase_20(fn_human_mitotic_cycle_55(X))
& fn_human_mitotic_cycle_35(X) = fn_m_phase_23(fn_human_mitotic_cycle_55(X))
& fn_human_mitotic_cycle_52(X) = fn_mitosis_31(fn_human_mitotic_cycle_34(X))
& fn_human_mitotic_cycle_35(X) = fn_mitosis_32(fn_human_mitotic_cycle_34(X))
& fn_human_mitotic_cycle_35(X) = fn_human_cell_13(fn_human_mitotic_cycle_52(X))
& fn_interphase_17(fn_human_mitotic_cycle_53(X)) = fn_interphase_17(fn_human_mitotic_cycle_53(X))
& fn_interphase_17(fn_human_mitotic_cycle_53(X)) = fn_s_phase_15(fn_human_mitotic_cycle_50(X))
& fn_s_phase_15(fn_human_mitotic_cycle_50(X)) = fn_s_phase_15(fn_human_mitotic_cycle_50(X))
& fn_s_phase_15(fn_human_mitotic_cycle_50(X)) = fn_interphase_9(fn_human_mitotic_cycle_53(X))
& fn_interphase_9(fn_human_mitotic_cycle_53(X)) = fn_interphase_9(fn_human_mitotic_cycle_53(X))
& fn_interphase_9(fn_human_mitotic_cycle_53(X)) = fn_animal_mitotic_cycle_21(X)
& fn_animal_mitotic_cycle_21(X) = fn_animal_mitotic_cycle_13(X)
& fn_animal_mitotic_cycle_13(X) = fn_m_phase_11(fn_human_mitotic_cycle_55(X))
& fn_m_phase_11(fn_human_mitotic_cycle_55(X)) = fn_animal_mitotic_cycle_13(X)
& fn_animal_mitotic_cycle_13(X) = fn_s_phase_3(fn_human_mitotic_cycle_50(X))
& fn_interphase_21(fn_human_mitotic_cycle_53(X)) = fn_s_phase_3(fn_human_mitotic_cycle_50(X))
& fn_s_phase_3(fn_human_mitotic_cycle_50(X)) = fn_interphase_21(fn_human_mitotic_cycle_53(X))
& fn_interphase_21(fn_human_mitotic_cycle_53(X)) = fn_mammalian_mitotic_cycle_3(X)
& fn_mammalian_mitotic_cycle_3(X) = fn_mammalian_mitotic_cycle_3(X)
& fn_mammalian_mitotic_cycle_3(X) = fn_m_phase_6(fn_human_mitotic_cycle_55(X))
& fn_m_phase_21(fn_human_mitotic_cycle_55(X)) = fn_m_phase_6(fn_human_mitotic_cycle_55(X))
& fn_m_phase_6(fn_human_mitotic_cycle_55(X)) = fn_m_phase_21(fn_human_mitotic_cycle_55(X))
& fn_mitotic_cell_cycle_51(X) = fn_m_phase_21(fn_human_mitotic_cycle_55(X))
& fn_m_phase_21(fn_human_mitotic_cycle_55(X)) = fn_m_phase_21(fn_human_mitotic_cycle_55(X))
& fn_m_phase_21(fn_human_mitotic_cycle_55(X)) = fn_mitotic_cell_cycle_51(X)
& fn_mitotic_cell_cycle_51(X) = fn_mitotic_cell_cycle_51(X)
& fn_animal_mitotic_cycle_19(X) = fn_mitotic_cell_cycle_51(X)
& fn_mitotic_cell_cycle_51(X) = fn_animal_mitotic_cycle_19(X)
& fn_animal_mitotic_cycle_19(X) = fn_animal_mitotic_cycle_19(X)
& fn_mammalian_mitotic_cycle_2(X) = fn_animal_mitotic_cycle_19(X)
& fn_animal_mitotic_cycle_19(X) = fn_mammalian_mitotic_cycle_2(X)
& fn_mammalian_mitotic_cycle_2(X) = fn_mammalian_mitotic_cycle_4(X)
& fn_mammalian_mitotic_cycle_4(X) = fn_mammalian_mitotic_cycle_4(X)
& fn_mammalian_mitotic_cycle_4(X) = fn_animal_mitotic_cycle_24(X)
& fn_animal_mitotic_cycle_24(X) = fn_interphase_17(fn_human_mitotic_cycle_53(X))
& fn_interphase_17(fn_human_mitotic_cycle_53(X)) = fn_animal_mitotic_cycle_24(X)
& fn_animal_mitotic_cycle_24(X) = fn_animal_mitotic_cycle_24(X)
& fn_animal_mitotic_cycle_24(X) = fn_animal_cell_52(fn_human_mitotic_cycle_24(X))
& fn_animal_cell_52(fn_human_mitotic_cycle_24(X)) = fn_create_1(fn_human_mitotic_cycle_42(X))
& fn_create_1(fn_human_mitotic_cycle_42(X)) = fn_animal_mitotic_cycle_16(X)
& fn_animal_mitotic_cycle_16(X) = fn_animal_mitotic_cycle_16(X)
& fn_animal_cell_74(fn_human_mitotic_cycle_24(X)) = fn_animal_mitotic_cycle_16(X)
& fn_animal_mitotic_cycle_16(X) = fn_animal_cell_74(fn_human_mitotic_cycle_24(X))
& fn_animal_cell_74(fn_human_mitotic_cycle_24(X)) = fn_animal_mitotic_cycle_10(X)
& fn_animal_cell_78(fn_human_mitotic_cycle_24(X)) = fn_animal_mitotic_cycle_10(X)
& fn_animal_mitotic_cycle_10(X) = fn_animal_cell_78(fn_human_mitotic_cycle_24(X))
& fn_animal_cell_78(fn_human_mitotic_cycle_24(X)) = fn_prometaphase_38(fn_human_mitotic_cycle_32(X))
& fn_prometaphase_38(fn_human_mitotic_cycle_32(X)) = fn_prophase_18(fn_human_mitotic_cycle_33(X))
& fn_prophase_18(fn_human_mitotic_cycle_33(X)) = fn_prophase_18(fn_human_mitotic_cycle_33(X))
& fn_prophase_18(fn_human_mitotic_cycle_33(X)) = fn_m_phase_26(fn_human_mitotic_cycle_55(X))
& fn_m_phase_26(fn_human_mitotic_cycle_55(X)) = fn_m_phase_26(fn_human_mitotic_cycle_55(X))
& fn_m_phase_26(fn_human_mitotic_cycle_55(X)) = fn_animal_mitotic_cycle_3(X)
& fn_animal_mitotic_cycle_3(X) = fn_animal_mitotic_cycle_3(X)
& fn_animal_mitotic_cycle_3(X) = fn_animal_mitotic_cycle_26(X)
& fn_animal_mitotic_cycle_26(X) = fn_animal_mitotic_cycle_26(X)
& fn_animal_mitotic_cycle_26(X) = fn_interphase_20(fn_human_mitotic_cycle_53(X))
& fn_person_40(fn_human_mitotic_cycle_58(X)) = fn_interphase_20(fn_human_mitotic_cycle_53(X))
& fn_interphase_20(fn_human_mitotic_cycle_53(X)) = fn_person_40(fn_human_mitotic_cycle_58(X))
& fn_person_40(fn_human_mitotic_cycle_58(X)) = fn_person_40(fn_human_mitotic_cycle_58(X))
& fn_person_40(fn_human_mitotic_cycle_58(X)) = fn_s_phase_15(fn_human_mitotic_cycle_50(X))
& fn_s_phase_15(fn_human_mitotic_cycle_50(X)) = fn_interphase_17(fn_human_mitotic_cycle_53(X))
& fn_interphase_17(fn_human_mitotic_cycle_53(X)) = fn_s_phase_9(fn_human_mitotic_cycle_50(X))
& fn_s_phase_9(fn_human_mitotic_cycle_50(X)) = fn_s_phase_9(fn_human_mitotic_cycle_50(X))
& fn_interphase_14(fn_human_mitotic_cycle_53(X)) = fn_s_phase_9(fn_human_mitotic_cycle_50(X))
& fn_s_phase_9(fn_human_mitotic_cycle_50(X)) = fn_interphase_14(fn_human_mitotic_cycle_53(X))
& fn_interphase_14(fn_human_mitotic_cycle_53(X)) = fn_interphase_16(fn_human_mitotic_cycle_53(X))
& fn_interphase_16(fn_human_mitotic_cycle_53(X)) = fn_interphase_8(fn_human_mitotic_cycle_53(X))
& fn_interphase_8(fn_human_mitotic_cycle_53(X)) = fn_g1_phase_3(fn_human_mitotic_cycle_51(X))
& fn_g1_phase_3(fn_human_mitotic_cycle_51(X)) = fn_interphase_19(fn_human_mitotic_cycle_53(X))
& fn_interphase_19(fn_human_mitotic_cycle_53(X)) = fn_interphase_19(fn_human_mitotic_cycle_53(X))
& fn_interphase_19(fn_human_mitotic_cycle_53(X)) = fn_interphase_11(fn_human_mitotic_cycle_53(X))
& fn_interphase_11(fn_human_mitotic_cycle_53(X)) = fn_interphase_11(fn_human_mitotic_cycle_53(X))
& fn_interphase_11(fn_human_mitotic_cycle_53(X)) = fn_m_phase_40(fn_human_mitotic_cycle_55(X))
& fn_m_phase_40(fn_human_mitotic_cycle_55(X)) = fn_m_phase_40(fn_human_mitotic_cycle_55(X))
& fn_m_phase_40(fn_human_mitotic_cycle_55(X)) = fn_mitotic_cell_cycle_21(X)
& fn_mitotic_cell_cycle_21(X) = fn_interphase_6(fn_human_mitotic_cycle_53(X))
& fn_mitotic_cell_cycle_33(X) = fn_interphase_6(fn_human_mitotic_cycle_53(X))
& fn_interphase_6(fn_human_mitotic_cycle_53(X)) = fn_interphase_6(fn_human_mitotic_cycle_53(X))
& fn_interphase_6(fn_human_mitotic_cycle_53(X)) = fn_mitotic_cell_cycle_33(X)
& fn_mitotic_cell_cycle_33(X) = fn_m_phase_18(fn_human_mitotic_cycle_55(X))
& fn_m_phase_18(fn_human_mitotic_cycle_55(X)) = fn_m_phase_18(fn_human_mitotic_cycle_55(X))
& fn_mitotic_cell_cycle_45(X) = fn_m_phase_18(fn_human_mitotic_cycle_55(X))
& fn_m_phase_18(fn_human_mitotic_cycle_55(X)) = fn_mitotic_cell_cycle_45(X)
& fn_mitotic_cell_cycle_45(X) = fn_interphase_7(fn_human_mitotic_cycle_53(X))
& fn_interphase_7(fn_human_mitotic_cycle_53(X)) = fn_interphase_7(fn_human_mitotic_cycle_53(X))
& fn_mitotic_cell_cycle_32(X) = fn_interphase_7(fn_human_mitotic_cycle_53(X))
& fn_interphase_7(fn_human_mitotic_cycle_53(X)) = fn_mitotic_cell_cycle_32(X)
& fn_mitotic_cell_cycle_32(X) = fn_mitotic_cell_cycle_50(X)
& fn_mitotic_cell_cycle_50(X) = fn_animal_mitotic_cycle_27(X)
& fn_animal_mitotic_cycle_27(X) = fn_mitotic_cell_cycle_50(X)
& fn_mitotic_cell_cycle_50(X) = fn_mitotic_cell_cycle_50(X)
& fn_mitotic_cell_cycle_50(X) = fn_centriole_11(fn_human_mitotic_cycle_81(X))
& fn_centriole_9(fn_human_mitotic_cycle_81(X)) = fn_centriole_11(fn_human_mitotic_cycle_81(X))
& fn_centriole_11(fn_human_mitotic_cycle_81(X)) = fn_centriole_9(fn_human_mitotic_cycle_81(X))
& fn_centriole_9(fn_human_mitotic_cycle_81(X)) = fn_centriole_8(fn_human_mitotic_cycle_81(X))
& fn_centriole_2(fn_human_mitotic_cycle_81(X)) = fn_centriole_8(fn_human_mitotic_cycle_81(X))
& fn_centriole_8(fn_human_mitotic_cycle_81(X)) = fn_centriole_2(fn_human_mitotic_cycle_81(X))
& fn_centriole_2(fn_human_mitotic_cycle_81(X)) = fn_interphase_15(fn_human_mitotic_cycle_53(X))
& fn_human_cell_30(fn_human_mitotic_cycle_52(X)) = fn_interphase_15(fn_human_mitotic_cycle_53(X))
& fn_interphase_15(fn_human_mitotic_cycle_53(X)) = fn_human_cell_30(fn_human_mitotic_cycle_52(X))
& fn_s_phase_14(fn_human_mitotic_cycle_50(X)) = fn_human_cell_30(fn_human_mitotic_cycle_52(X))
& fn_human_cell_30(fn_human_mitotic_cycle_52(X)) = fn_s_phase_14(fn_human_mitotic_cycle_50(X))
& fn_s_phase_14(fn_human_mitotic_cycle_50(X)) = fn_s_phase_14(fn_human_mitotic_cycle_50(X))
& fn_s_phase_14(fn_human_mitotic_cycle_50(X)) = fn_animal_mitotic_cycle_22(X)
& fn_animal_mitotic_cycle_22(X) = fn_animal_mitotic_cycle_22(X)
& fn_animal_mitotic_cycle_22(X) = fn_mitosis_34(fn_human_mitotic_cycle_34(X))
& fn_mitosis_34(fn_human_mitotic_cycle_34(X)) = fn_mitosis_35(fn_human_mitotic_cycle_34(X))
& fn_mitosis_35(fn_human_mitotic_cycle_34(X)) = fn_m_phase_22(fn_human_mitotic_cycle_55(X))
& fn_m_phase_22(fn_human_mitotic_cycle_55(X)) = fn_mitosis_35(fn_human_mitotic_cycle_34(X))
& fn_mitosis_35(fn_human_mitotic_cycle_34(X)) = fn_mitosis_35(fn_human_mitotic_cycle_34(X))
& fn_mitosis_35(fn_human_mitotic_cycle_34(X)) = fn_m_phase_19(fn_human_mitotic_cycle_55(X))
& fn_m_phase_19(fn_human_mitotic_cycle_55(X)) = fn_mitotic_cell_cycle_19(X)
& fn_mitotic_cell_cycle_19(X) = fn_m_phase_19(fn_human_mitotic_cycle_55(X))
& fn_m_phase_19(fn_human_mitotic_cycle_55(X)) = fn_m_phase_19(fn_human_mitotic_cycle_55(X))
& fn_m_phase_19(fn_human_mitotic_cycle_55(X)) = fn_eukaryotic_cell_41(fn_human_mitotic_cycle_52(X))
& fn_eukaryotic_cell_41(fn_human_mitotic_cycle_52(X)) = fn_human_cell_37(fn_human_mitotic_cycle_52(X))
& fn_human_cell_37(fn_human_mitotic_cycle_52(X)) = fn_vertebrate_cell_21(fn_human_mitotic_cycle_52(X))
& fn_vertebrate_cell_21(fn_human_mitotic_cycle_52(X)) = fn_mammalian_cell_3(fn_human_mitotic_cycle_52(X))
& fn_mammalian_cell_3(fn_human_mitotic_cycle_52(X)) = fn_mammalian_cell_3(fn_human_mitotic_cycle_52(X))
& fn_mammalian_cell_3(fn_human_mitotic_cycle_52(X)) = fn_human_cell_8(fn_human_mitotic_cycle_52(X))
& fn_human_cell_8(fn_human_mitotic_cycle_52(X)) = fn_human_cell_8(fn_human_mitotic_cycle_52(X))
& fn_human_cell_8(fn_human_mitotic_cycle_52(X)) = fn_eukaryotic_cell_31(fn_human_mitotic_cycle_52(X))
& fn_eukaryotic_cell_31(fn_human_mitotic_cycle_52(X)) = fn_rough_endoplasmic_reticulum_32(fn_human_mitotic_cycle_72(X))
& fn_rough_endoplasmic_reticulum_32(fn_human_mitotic_cycle_72(X)) = fn_rough_endoplasmic_reticulum_32(fn_human_mitotic_cycle_72(X))
& fn_rough_endoplasmic_reticulum_32(fn_human_mitotic_cycle_72(X)) = fn_eukaryotic_cell_31(fn_human_mitotic_cycle_52(X))
& fn_eukaryotic_cell_31(fn_human_mitotic_cycle_52(X)) = fn_eukaryotic_cell_31(fn_human_mitotic_cycle_52(X))
& fn_eukaryotic_cell_31(fn_human_mitotic_cycle_52(X)) = fn_human_cell_11(fn_human_mitotic_cycle_52(X))
& fn_human_cell_11(fn_human_mitotic_cycle_52(X)) = fn_human_cell_11(fn_human_mitotic_cycle_52(X))
& fn_human_cell_11(fn_human_mitotic_cycle_52(X)) = fn_mitotic_cell_cycle_23(X)
& fn_mitotic_cell_cycle_23(X) = fn_interphase_18(fn_human_mitotic_cycle_53(X))
& fn_interphase_18(fn_human_mitotic_cycle_53(X)) = fn_interphase_18(fn_human_mitotic_cycle_53(X))
& fn_person_41(fn_human_mitotic_cycle_58(X)) = fn_interphase_18(fn_human_mitotic_cycle_53(X))
& fn_interphase_18(fn_human_mitotic_cycle_53(X)) = fn_person_41(fn_human_mitotic_cycle_58(X))
& fn_person_41(fn_human_mitotic_cycle_58(X)) = fn_person_41(fn_human_mitotic_cycle_58(X))
& fn_person_41(fn_human_mitotic_cycle_58(X)) = fn_human_cell_15(fn_human_mitotic_cycle_52(X))
& fn_human_cell_15(fn_human_mitotic_cycle_52(X)) = fn_human_cell_15(fn_human_mitotic_cycle_52(X))
& fn_human_cell_15(fn_human_mitotic_cycle_52(X)) = fn_human_cell_32(fn_human_mitotic_cycle_52(X))
& fn_human_cell_32(fn_human_mitotic_cycle_52(X)) = fn_human_cell_7(fn_human_mitotic_cycle_52(X))
& fn_human_cell_7(fn_human_mitotic_cycle_52(X)) = fn_human_cell_32(fn_human_mitotic_cycle_52(X))
& fn_human_cell_32(fn_human_mitotic_cycle_52(X)) = fn_mitosis_3(fn_human_mitotic_cycle_34(X))
& fn_human_cell_16(fn_human_mitotic_cycle_52(X)) = fn_mitosis_3(fn_human_mitotic_cycle_34(X))
& fn_mitosis_3(fn_human_mitotic_cycle_34(X)) = fn_human_cell_16(fn_human_mitotic_cycle_52(X))
& fn_human_cell_16(fn_human_mitotic_cycle_52(X)) = fn_rough_endoplasmic_reticulum_23(fn_human_mitotic_cycle_72(X))
& fn_mitotic_cell_cycle_27(X) = fn_rough_endoplasmic_reticulum_23(fn_human_mitotic_cycle_72(X))
& fn_rough_endoplasmic_reticulum_23(fn_human_mitotic_cycle_72(X)) = fn_rough_endoplasmic_reticulum_23(fn_human_mitotic_cycle_72(X))
& fn_rough_endoplasmic_reticulum_23(fn_human_mitotic_cycle_72(X)) = fn_mitotic_cell_cycle_27(X)
& fn_mitotic_cell_cycle_27(X) = fn_mitotic_cell_cycle_27(X)
& fn_mitosis_33(fn_human_mitotic_cycle_34(X)) = fn_mitotic_cell_cycle_27(X)
& fn_mitotic_cell_cycle_27(X) = fn_mitosis_33(fn_human_mitotic_cycle_34(X))
& fn_human_cell_40(fn_human_mitotic_cycle_52(X)) = fn_human_cell_40(fn_human_mitotic_cycle_52(X))
& fn_human_cell_40(fn_human_mitotic_cycle_52(X)) = fn_mitosis_33(fn_human_mitotic_cycle_34(X))
& fn_mitosis_33(fn_human_mitotic_cycle_34(X)) = fn_human_cell_40(fn_human_mitotic_cycle_52(X))
& fn_human_cell_40(fn_human_mitotic_cycle_52(X)) = fn_copy_1(fn_human_mitotic_cycle_42(X))
& fn_copy_1(fn_human_mitotic_cycle_42(X)) = fn_animal_mitotic_cycle_18(X)
& fn_animal_mitotic_cycle_18(X) = fn_animal_mitotic_cycle_18(X)
& fn_animal_mitotic_cycle_18(X) = fn_centriole_6(fn_human_mitotic_cycle_81(X))
& fn_centriole_6(fn_human_mitotic_cycle_81(X)) = fn_centriole_6(fn_human_mitotic_cycle_81(X))
& fn_centriole_6(fn_human_mitotic_cycle_81(X)) = fn_human_cell_12(fn_human_mitotic_cycle_52(X))
& fn_human_cell_12(fn_human_mitotic_cycle_52(X)) = fn_human_cell_12(fn_human_mitotic_cycle_52(X))
& fn_human_cell_12(fn_human_mitotic_cycle_52(X)) = fn_rough_endoplasmic_reticulum_27(fn_human_mitotic_cycle_72(X))
& fn_rough_endoplasmic_reticulum_27(fn_human_mitotic_cycle_72(X)) = fn_rough_endoplasmic_reticulum_27(fn_human_mitotic_cycle_72(X))
& fn_mitotic_cell_cycle_25(X) = fn_rough_endoplasmic_reticulum_27(fn_human_mitotic_cycle_72(X))
& fn_rough_endoplasmic_reticulum_27(fn_human_mitotic_cycle_72(X)) = fn_mitotic_cell_cycle_25(X)
& fn_m_phase_23(fn_human_mitotic_cycle_55(X)) = fn_mitotic_cell_cycle_25(X)
& fn_mitotic_cell_cycle_25(X) = fn_mitotic_cell_cycle_25(X)
& fn_mitotic_cell_cycle_25(X) = fn_m_phase_23(fn_human_mitotic_cycle_55(X))
& fn_mitosis_32(fn_human_mitotic_cycle_34(X)) = fn_m_phase_23(fn_human_mitotic_cycle_55(X))
& fn_m_phase_23(fn_human_mitotic_cycle_55(X)) = fn_mitosis_32(fn_human_mitotic_cycle_34(X))
& fn_mitosis_32(fn_human_mitotic_cycle_34(X)) = fn_mitosis_32(fn_human_mitotic_cycle_34(X))
& fn_human_cell_13(fn_human_mitotic_cycle_52(X)) = fn_human_cell_13(fn_human_mitotic_cycle_52(X))
& fn_human_cell_13(fn_human_mitotic_cycle_52(X)) = fn_mitosis_32(fn_human_mitotic_cycle_34(X))
& fn_mitosis_32(fn_human_mitotic_cycle_34(X)) = fn_human_cell_13(fn_human_mitotic_cycle_52(X))
& fn_human_cell_13(fn_human_mitotic_cycle_52(X)) = fn_move_1(fn_human_mitotic_cycle_36(X))
& fn_move_1(fn_human_mitotic_cycle_36(X)) = fn_g1_phase_5(fn_human_mitotic_cycle_51(X))
& fn_g1_phase_5(fn_human_mitotic_cycle_51(X)) = fn_g1_phase_5(fn_human_mitotic_cycle_51(X))
& fn_g1_phase_5(fn_human_mitotic_cycle_51(X)) = fn_person_8(fn_human_mitotic_cycle_58(X))
& fn_person_8(fn_human_mitotic_cycle_58(X)) = fn_person_8(fn_human_mitotic_cycle_58(X))
& fn_person_8(fn_human_mitotic_cycle_58(X)) = fn_rough_endoplasmic_reticulum_62(fn_human_mitotic_cycle_72(X))
& fn_interphase_4(fn_human_mitotic_cycle_53(X)) = fn_interphase_4(fn_human_mitotic_cycle_53(X))
& fn_interphase_4(fn_human_mitotic_cycle_53(X)) = fn_rough_endoplasmic_reticulum_62(fn_human_mitotic_cycle_72(X))
& fn_rough_endoplasmic_reticulum_62(fn_human_mitotic_cycle_72(X)) = fn_rough_endoplasmic_reticulum_62(fn_human_mitotic_cycle_72(X))
& fn_rough_endoplasmic_reticulum_62(fn_human_mitotic_cycle_72(X)) = fn_interphase_4(fn_human_mitotic_cycle_53(X))
& fn_mitotic_cell_cycle_31(X) = fn_interphase_4(fn_human_mitotic_cycle_53(X))
& fn_interphase_4(fn_human_mitotic_cycle_53(X)) = fn_mitotic_cell_cycle_31(X)
& fn_mitotic_cell_cycle_31(X) = fn_mitotic_cell_cycle_31(X)
& fn_m_phase_20(fn_human_mitotic_cycle_55(X)) = fn_mitotic_cell_cycle_31(X)
& fn_mitotic_cell_cycle_31(X) = fn_m_phase_20(fn_human_mitotic_cycle_55(X))
& fn_m_phase_20(fn_human_mitotic_cycle_55(X)) = fn_m_phase_20(fn_human_mitotic_cycle_55(X))
& fn_mitosis_31(fn_human_mitotic_cycle_34(X)) = fn_m_phase_20(fn_human_mitotic_cycle_55(X))
& fn_m_phase_20(fn_human_mitotic_cycle_55(X)) = fn_mitosis_31(fn_human_mitotic_cycle_34(X))
& fn_s_phase_11(fn_human_mitotic_cycle_50(X)) = fn_mitosis_31(fn_human_mitotic_cycle_34(X))
& fn_mitosis_31(fn_human_mitotic_cycle_34(X)) = fn_mitosis_31(fn_human_mitotic_cycle_34(X))
& fn_mitosis_31(fn_human_mitotic_cycle_34(X)) = fn_s_phase_11(fn_human_mitotic_cycle_50(X))
& fn_s_phase_11(fn_human_mitotic_cycle_50(X)) = fn_s_phase_11(fn_human_mitotic_cycle_50(X))
& fn_s_phase_11(fn_human_mitotic_cycle_50(X)) = fn_interphase_21(fn_human_mitotic_cycle_53(X))
& fn_interphase_21(fn_human_mitotic_cycle_53(X)) = fn_interphase_21(fn_human_mitotic_cycle_53(X))
& fn_animal_mitotic_cycle_21(X) = fn_interphase_21(fn_human_mitotic_cycle_53(X))
& fn_interphase_21(fn_human_mitotic_cycle_53(X)) = fn_animal_mitotic_cycle_21(X)
& fn_animal_mitotic_cycle_21(X) = fn_animal_mitotic_cycle_21(X)
& fn_animal_mitotic_cycle_21(X) = fn_person_61(fn_human_mitotic_cycle_58(X))
& fn_person_61(fn_human_mitotic_cycle_58(X)) = fn_person_61(fn_human_mitotic_cycle_58(X)) ) ) ).
fof(a530195,axiom,
! [X] :
( human_nutritional_requirement_1(X)
=> ( original_name_2(X,'Human-Nutritional-Requirement')
& user_description_2(X,'Chemicals and elements found in food that are needed by humans in order to sustain healthy life.')
& concept2words_2(X,'human nutritional requirement')
& concept2words_2(X,'human-nutritional-requirement')
& animal_nutritional_requirement_1(X)
& nutrition_1(fn_human_nutritional_requirement_15(X))
& diet_1(fn_human_nutritional_requirement_16(X))
& quantity_value_1(fn_human_nutritional_requirement_17(X))
& sunlight_1(fn_human_nutritional_requirement_18(X))
& person_1(fn_human_nutritional_requirement_19(X))
& skin_1(fn_human_nutritional_requirement_20(X))
& histidine_1(fn_human_nutritional_requirement_21(X))
& magnesium_1(fn_human_nutritional_requirement_22(X))
& chlorine_1(fn_human_nutritional_requirement_23(X))
& sodium_1(fn_human_nutritional_requirement_24(X))
& zinc_1(fn_human_nutritional_requirement_25(X))
& vanadium_1(fn_human_nutritional_requirement_26(X))
& tin_1(fn_human_nutritional_requirement_27(X))
& selenium_1(fn_human_nutritional_requirement_28(X))
& molybdenum_1(fn_human_nutritional_requirement_29(X))
& iodine_1(fn_human_nutritional_requirement_30(X))
& copper_1(fn_human_nutritional_requirement_31(X))
& fluorine_1(fn_human_nutritional_requirement_32(X))
& chromium_1(fn_human_nutritional_requirement_33(X))
& manganese_1(fn_human_nutritional_requirement_34(X))
& cobalt_1(fn_human_nutritional_requirement_35(X))
& silicon_1(fn_human_nutritional_requirement_36(X))
& boron_1(fn_human_nutritional_requirement_37(X))
& quantity_value_1(fn_human_nutritional_requirement_38(X))
& quantity_value_1(fn_human_nutritional_requirement_39(X))
& quantity_value_1(fn_human_nutritional_requirement_40(X))
& quantity_value_1(fn_human_nutritional_requirement_41(X))
& quantity_value_1(fn_human_nutritional_requirement_42(X))
& quantity_value_1(fn_human_nutritional_requirement_43(X))
& quantity_value_1(fn_human_nutritional_requirement_44(X))
& quantity_value_1(fn_human_nutritional_requirement_45(X))
& quantity_value_1(fn_human_nutritional_requirement_46(X))
& quantity_value_1(fn_human_nutritional_requirement_47(X))
& quantity_value_1(fn_human_nutritional_requirement_48(X))
& quantity_value_1(fn_human_nutritional_requirement_49(X))
& quantity_value_1(fn_human_nutritional_requirement_50(X))
& quantity_value_1(fn_human_nutritional_requirement_51(X))
& vitamin_c_1(fn_human_nutritional_requirement_53(X))
& hydroxyl_group_1(fn_human_nutritional_requirement_54(X))
& polar_covalent_bond_1(fn_human_nutritional_requirement_55(X))
& double_bond_1(fn_human_nutritional_requirement_56(X))
& functional_group_1(fn_human_nutritional_requirement_57(X))
& carbonyl_group_1(fn_human_nutritional_requirement_57(X))
& spatial_entity_1(fn_human_nutritional_requirement_58(X))
& chemical_entity_1(fn_human_nutritional_requirement_58(X))
& monomer_1(fn_human_nutritional_requirement_58(X))
& molecule_1(fn_human_nutritional_requirement_58(X))
& amino_acid_1(fn_human_nutritional_requirement_58(X))
& protein_domain_1(fn_human_nutritional_requirement_59(X))
& protein_1(fn_human_nutritional_requirement_60(X))
& atom_1(fn_human_nutritional_requirement_61(X))
& chemical_entity_1(fn_human_nutritional_requirement_61(X))
& carbon_1(fn_human_nutritional_requirement_61(X))
& substance_1(fn_human_nutritional_requirement_62(X))
& food_1(fn_human_nutritional_requirement_63(X))
& vitamin_d_1(fn_human_nutritional_requirement_64(X))
& synthesis_reaction_1(fn_human_nutritional_requirement_65(X))
& organic_molecule_1(fn_human_nutritional_requirement_66(X))
& fatty_acid_1(fn_human_nutritional_requirement_67(X))
& unsaturated_fatty_acid_1(fn_human_nutritional_requirement_67(X))
& spatial_entity_1(fn_human_nutritional_requirement_68(X))
& monomer_1(fn_human_nutritional_requirement_68(X))
& chemical_entity_1(fn_human_nutritional_requirement_68(X))
& molecule_1(fn_human_nutritional_requirement_68(X))
& amino_acid_1(fn_human_nutritional_requirement_68(X))
& polypeptide_1(fn_human_nutritional_requirement_69(X))
& organic_molecule_1(fn_human_nutritional_requirement_69(X))
& protein_1(fn_human_nutritional_requirement_70(X))
& nutrition_1(fn_human_nutritional_requirement_71(X))
& chemical_entity_1(fn_human_nutritional_requirement_72(X))
& carbohydrate_1(fn_human_nutritional_requirement_72(X))
& entity_1(fn_human_nutritional_requirement_73(X))
& atom_1(fn_human_nutritional_requirement_73(X))
& chemical_entity_1(fn_human_nutritional_requirement_73(X))
& oxygen_1(fn_human_nutritional_requirement_73(X))
& entity_1(fn_human_nutritional_requirement_74(X))
& chemical_entity_1(fn_human_nutritional_requirement_74(X))
& atom_1(fn_human_nutritional_requirement_74(X))
& hydrogen_1(fn_human_nutritional_requirement_74(X))
& entity_1(fn_human_nutritional_requirement_75(X))
& atom_1(fn_human_nutritional_requirement_75(X))
& chemical_entity_1(fn_human_nutritional_requirement_75(X))
& oxygen_1(fn_human_nutritional_requirement_75(X))
& mineral_1(fn_human_nutritional_requirement_76(X))
& omega_3_fatty_acid_1(fn_human_nutritional_requirement_77(X))
& lysine_1(fn_human_nutritional_requirement_78(X))
& vitamin_1(fn_human_nutritional_requirement_79(X))
& sulfur_1(fn_human_nutritional_requirement_80(X))
& chemical_entity_1(fn_human_nutritional_requirement_81(X))
& tangible_entity_1(fn_human_nutritional_requirement_81(X))
& entity_1(fn_human_nutritional_requirement_81(X))
& atom_1(fn_human_nutritional_requirement_81(X))
& nitrogen_1(fn_human_nutritional_requirement_81(X))
& entity_1(fn_human_nutritional_requirement_82(X))
& chemical_entity_1(fn_human_nutritional_requirement_82(X))
& atom_1(fn_human_nutritional_requirement_82(X))
& carbon_1(fn_human_nutritional_requirement_82(X))
& biomembrane_1(fn_human_nutritional_requirement_83(X))
& produce_1(fn_human_nutritional_requirement_84(X))
& phospholipid_1(fn_human_nutritional_requirement_85(X))
& synthesis_reaction_1(fn_human_nutritional_requirement_86(X))
& linoleic_acid_1(fn_human_nutritional_requirement_87(X))
& carbon_skeleton_1(fn_human_nutritional_requirement_88(X))
& chemical_entity_1(fn_chemical_reaction_2(fn_human_nutritional_requirement_86(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_human_nutritional_requirement_65(X)))
& entity_1(fn_create_1(fn_human_nutritional_requirement_84(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_human_nutritional_requirement_65(X)))
& tangible_entity_1(fn_food_3(fn_human_nutritional_requirement_63(X)))
& nutritional_requirement_1(fn_essential_fatty_acid_4(fn_human_nutritional_requirement_77(X)))
& carbon_skeleton_1(fn_carbohydrate_6(fn_human_nutritional_requirement_72(X)))
& polar_covalent_bond_1(fn_carbohydrate_36(fn_human_nutritional_requirement_72(X)))
& hydroxyl_group_1(fn_carbohydrate_33(fn_human_nutritional_requirement_72(X)))
& entity_1(fn_carbohydrate_32(fn_human_nutritional_requirement_72(X)))
& chemical_entity_1(fn_carbohydrate_32(fn_human_nutritional_requirement_72(X)))
& atom_1(fn_carbohydrate_32(fn_human_nutritional_requirement_72(X)))
& hydrogen_1(fn_carbohydrate_32(fn_human_nutritional_requirement_72(X)))
& tangible_entity_1(fn_produce_1(fn_human_nutritional_requirement_84(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_human_nutritional_requirement_86(X)))
& spatial_entity_1(fn_polypeptide_83(fn_human_nutritional_requirement_69(X)))
& chemical_entity_1(fn_polypeptide_83(fn_human_nutritional_requirement_69(X)))
& monomer_1(fn_polypeptide_83(fn_human_nutritional_requirement_69(X)))
& molecule_1(fn_polypeptide_83(fn_human_nutritional_requirement_69(X)))
& amino_acid_1(fn_polypeptide_83(fn_human_nutritional_requirement_69(X)))
& chemical_entity_1(fn_polypeptide_82(fn_human_nutritional_requirement_69(X)))
& monomer_1(fn_polypeptide_82(fn_human_nutritional_requirement_69(X)))
& molecule_1(fn_polypeptide_82(fn_human_nutritional_requirement_69(X)))
& amino_acid_1(fn_polypeptide_82(fn_human_nutritional_requirement_69(X)))
& tangible_entity_1(fn_polypeptide_91(fn_human_nutritional_requirement_69(X)))
& entity_1(fn_polypeptide_91(fn_human_nutritional_requirement_69(X)))
& chemical_entity_1(fn_polypeptide_91(fn_human_nutritional_requirement_69(X)))
& atom_1(fn_polypeptide_91(fn_human_nutritional_requirement_69(X)))
& nitrogen_1(fn_polypeptide_91(fn_human_nutritional_requirement_69(X)))
& carbonyl_group_1(fn_carbohydrate_34(fn_human_nutritional_requirement_72(X)))
& double_bond_1(fn_carbohydrate_35(fn_human_nutritional_requirement_72(X)))
& carbon_1(fn_carbohydrate_5(fn_human_nutritional_requirement_72(X)))
& entity_1(fn_carbohydrate_39(fn_human_nutritional_requirement_72(X)))
& chemical_entity_1(fn_carbohydrate_39(fn_human_nutritional_requirement_72(X)))
& atom_1(fn_carbohydrate_39(fn_human_nutritional_requirement_72(X)))
& oxygen_1(fn_carbohydrate_39(fn_human_nutritional_requirement_72(X)))
& entity_1(fn_carbohydrate_38(fn_human_nutritional_requirement_72(X)))
& atom_1(fn_carbohydrate_38(fn_human_nutritional_requirement_72(X)))
& chemical_entity_1(fn_carbohydrate_38(fn_human_nutritional_requirement_72(X)))
& oxygen_1(fn_carbohydrate_38(fn_human_nutritional_requirement_72(X)))
& the_scalar_value_2(fn_human_nutritional_requirement_51(X),low_0)
& scalar_unit_class_2(fn_human_nutritional_requirement_51(X),chemical_entity_0)
& the_scalar_value_2(fn_human_nutritional_requirement_50(X),low_0)
& scalar_unit_class_2(fn_human_nutritional_requirement_50(X),chemical_entity_0)
& the_scalar_value_2(fn_human_nutritional_requirement_49(X),low_0)
& scalar_unit_class_2(fn_human_nutritional_requirement_49(X),chemical_entity_0)
& the_scalar_value_2(fn_human_nutritional_requirement_48(X),low_0)
& scalar_unit_class_2(fn_human_nutritional_requirement_48(X),chemical_entity_0)
& the_scalar_value_2(fn_human_nutritional_requirement_47(X),low_0)
& scalar_unit_class_2(fn_human_nutritional_requirement_47(X),chemical_entity_0)
& the_scalar_value_2(fn_human_nutritional_requirement_46(X),low_0)
& scalar_unit_class_2(fn_human_nutritional_requirement_46(X),chemical_entity_0)
& the_scalar_value_2(fn_human_nutritional_requirement_45(X),low_0)
& scalar_unit_class_2(fn_human_nutritional_requirement_45(X),chemical_entity_0)
& the_scalar_value_2(fn_human_nutritional_requirement_44(X),low_0)
& scalar_unit_class_2(fn_human_nutritional_requirement_44(X),chemical_entity_0)
& the_scalar_value_2(fn_human_nutritional_requirement_43(X),low_0)
& scalar_unit_class_2(fn_human_nutritional_requirement_43(X),chemical_entity_0)
& the_scalar_value_2(fn_human_nutritional_requirement_42(X),low_0)
& scalar_unit_class_2(fn_human_nutritional_requirement_42(X),chemical_entity_0)
& the_scalar_value_2(fn_human_nutritional_requirement_41(X),low_0)
& scalar_unit_class_2(fn_human_nutritional_requirement_41(X),chemical_entity_0)
& the_scalar_value_2(fn_human_nutritional_requirement_40(X),low_0)
& scalar_unit_class_2(fn_human_nutritional_requirement_40(X),chemical_entity_0)
& the_scalar_value_2(fn_human_nutritional_requirement_39(X),low_0)
& scalar_unit_class_2(fn_human_nutritional_requirement_39(X),chemical_entity_0)
& the_scalar_value_2(fn_human_nutritional_requirement_38(X),low_0)
& scalar_unit_class_2(fn_human_nutritional_requirement_38(X),chemical_entity_0)
& quantity_2(fn_human_nutritional_requirement_80(X),fn_human_nutritional_requirement_17(X))
& quantity_2(fn_human_nutritional_requirement_37(X),fn_human_nutritional_requirement_38(X))
& quantity_2(fn_human_nutritional_requirement_36(X),fn_human_nutritional_requirement_39(X))
& quantity_2(fn_human_nutritional_requirement_35(X),fn_human_nutritional_requirement_40(X))
& quantity_2(fn_human_nutritional_requirement_34(X),fn_human_nutritional_requirement_41(X))
& quantity_2(fn_human_nutritional_requirement_33(X),fn_human_nutritional_requirement_42(X))
& quantity_2(fn_human_nutritional_requirement_32(X),fn_human_nutritional_requirement_43(X))
& quantity_2(fn_human_nutritional_requirement_31(X),fn_human_nutritional_requirement_44(X))
& quantity_2(fn_human_nutritional_requirement_30(X),fn_human_nutritional_requirement_45(X))
& quantity_2(fn_human_nutritional_requirement_29(X),fn_human_nutritional_requirement_46(X))
& quantity_2(fn_human_nutritional_requirement_28(X),fn_human_nutritional_requirement_47(X))
& quantity_2(fn_human_nutritional_requirement_27(X),fn_human_nutritional_requirement_48(X))
& quantity_2(fn_human_nutritional_requirement_26(X),fn_human_nutritional_requirement_49(X))
& quantity_2(fn_human_nutritional_requirement_25(X),fn_human_nutritional_requirement_50(X))
& quantity_2(fn_human_nutritional_requirement_79(X),fn_human_nutritional_requirement_51(X))
& element_2(X,fn_human_nutritional_requirement_53(X))
& element_2(X,fn_human_nutritional_requirement_64(X))
& element_2(X,fn_human_nutritional_requirement_87(X))
& element_2(X,fn_human_nutritional_requirement_21(X))
& element_2(X,fn_human_nutritional_requirement_22(X))
& element_2(X,fn_human_nutritional_requirement_23(X))
& element_2(X,fn_human_nutritional_requirement_24(X))
& element_2(X,fn_human_nutritional_requirement_25(X))
& element_2(X,fn_human_nutritional_requirement_26(X))
& element_2(X,fn_human_nutritional_requirement_27(X))
& element_2(X,fn_human_nutritional_requirement_28(X))
& element_2(X,fn_human_nutritional_requirement_29(X))
& element_2(X,fn_human_nutritional_requirement_30(X))
& element_2(X,fn_human_nutritional_requirement_31(X))
& element_2(X,fn_human_nutritional_requirement_32(X))
& element_2(X,fn_human_nutritional_requirement_33(X))
& element_2(X,fn_human_nutritional_requirement_34(X))
& element_2(X,fn_human_nutritional_requirement_35(X))
& element_2(X,fn_human_nutritional_requirement_36(X))
& element_2(X,fn_human_nutritional_requirement_37(X))
& instrument_2(fn_human_nutritional_requirement_65(X),fn_human_nutritional_requirement_18(X))
& agent_2(fn_human_nutritional_requirement_65(X),fn_human_nutritional_requirement_19(X))
& site_2(fn_human_nutritional_requirement_65(X),fn_human_nutritional_requirement_20(X))
& the_scalar_value_2(fn_human_nutritional_requirement_17(X),low_0)
& scalar_unit_class_2(fn_human_nutritional_requirement_17(X),chemical_entity_0)
& element_2(fn_human_nutritional_requirement_16(X),fn_human_nutritional_requirement_62(X))
& raw_material_2(fn_human_nutritional_requirement_15(X),fn_human_nutritional_requirement_62(X))
& result_2(fn_human_nutritional_requirement_15(X),fn_human_nutritional_requirement_76(X))
& result_2(fn_human_nutritional_requirement_15(X),fn_human_nutritional_requirement_79(X))
& raw_material_2(fn_human_nutritional_requirement_86(X),fn_human_nutritional_requirement_87(X))
& raw_material_2(fn_human_nutritional_requirement_84(X),fn_human_nutritional_requirement_85(X))
& result_2(fn_human_nutritional_requirement_86(X),fn_human_nutritional_requirement_85(X))
& result_2(fn_human_nutritional_requirement_65(X),fn_human_nutritional_requirement_64(X))
& result_2(fn_human_nutritional_requirement_84(X),fn_human_nutritional_requirement_83(X))
& raw_material_2(fn_human_nutritional_requirement_65(X),fn_human_nutritional_requirement_66(X))
& plays_2(fn_human_nutritional_requirement_62(X),fn_human_nutritional_requirement_63(X))
& element_2(X,fn_human_nutritional_requirement_77(X))
& element_2(X,fn_human_nutritional_requirement_80(X))
& has_part_2(fn_human_nutritional_requirement_69(X),fn_human_nutritional_requirement_68(X))
& element_2(X,fn_human_nutritional_requirement_79(X))
& result_2(fn_human_nutritional_requirement_71(X),fn_human_nutritional_requirement_72(X))
& element_2(X,fn_human_nutritional_requirement_76(X))
& is_between_2(fn_human_nutritional_requirement_56(X),fn_human_nutritional_requirement_82(X))
& element_2(X,fn_human_nutritional_requirement_67(X))
& element_2(X,fn_human_nutritional_requirement_82(X))
& is_inside_2(fn_human_nutritional_requirement_82(X),fn_human_nutritional_requirement_57(X))
& element_2(X,fn_human_nutritional_requirement_81(X))
& has_part_2(fn_human_nutritional_requirement_68(X),fn_human_nutritional_requirement_81(X))
& raw_material_2(fn_human_nutritional_requirement_71(X),fn_human_nutritional_requirement_61(X))
& result_2(fn_human_nutritional_requirement_71(X),fn_human_nutritional_requirement_70(X))
& has_part_2(fn_human_nutritional_requirement_70(X),fn_human_nutritional_requirement_69(X))
& element_2(X,fn_human_nutritional_requirement_78(X))
& has_state_2(fn_human_nutritional_requirement_78(X),fn_human_nutritional_requirement_58(X))
& is_at_2(fn_human_nutritional_requirement_58(X),fn_human_nutritional_requirement_59(X))
& has_region_2(fn_human_nutritional_requirement_60(X),fn_human_nutritional_requirement_59(X))
& has_part_2(fn_human_nutritional_requirement_61(X),fn_human_nutritional_requirement_60(X))
& fn_human_nutritional_requirement_73(X) != fn_human_nutritional_requirement_75(X)
& has_region_2(fn_human_nutritional_requirement_72(X),fn_human_nutritional_requirement_54(X))
& is_inside_2(fn_human_nutritional_requirement_73(X),fn_human_nutritional_requirement_54(X))
& fn_human_nutritional_requirement_75(X) != fn_human_nutritional_requirement_73(X)
& is_inside_2(fn_human_nutritional_requirement_75(X),fn_human_nutritional_requirement_57(X))
& has_region_2(fn_human_nutritional_requirement_72(X),fn_human_nutritional_requirement_57(X))
& fn_human_nutritional_requirement_73(X) != fn_human_nutritional_requirement_82(X)
& is_between_2(fn_human_nutritional_requirement_55(X),fn_human_nutritional_requirement_73(X))
& possesses_2(fn_human_nutritional_requirement_72(X),fn_human_nutritional_requirement_55(X))
& has_region_2(fn_human_nutritional_requirement_72(X),fn_human_nutritional_requirement_88(X))
& is_inside_2(fn_human_nutritional_requirement_82(X),fn_human_nutritional_requirement_88(X))
& fn_human_nutritional_requirement_82(X) != fn_human_nutritional_requirement_73(X)
& fn_human_nutritional_requirement_74(X) != fn_human_nutritional_requirement_75(X)
& fn_human_nutritional_requirement_75(X) != fn_human_nutritional_requirement_74(X)
& fn_human_nutritional_requirement_74(X) != fn_human_nutritional_requirement_73(X)
& fn_human_nutritional_requirement_73(X) != fn_human_nutritional_requirement_74(X)
& is_between_2(fn_human_nutritional_requirement_55(X),fn_human_nutritional_requirement_74(X))
& fn_human_nutritional_requirement_82(X) != fn_human_nutritional_requirement_75(X)
& has_part_2(fn_human_nutritional_requirement_72(X),fn_human_nutritional_requirement_75(X))
& is_between_2(fn_human_nutritional_requirement_56(X),fn_human_nutritional_requirement_75(X))
& possesses_2(fn_human_nutritional_requirement_72(X),fn_human_nutritional_requirement_56(X))
& has_part_2(fn_human_nutritional_requirement_72(X),fn_human_nutritional_requirement_82(X))
& fn_human_nutritional_requirement_75(X) != fn_human_nutritional_requirement_82(X)
& is_inside_2(fn_human_nutritional_requirement_74(X),fn_human_nutritional_requirement_54(X))
& has_part_2(fn_human_nutritional_requirement_72(X),fn_human_nutritional_requirement_74(X))
& has_part_2(fn_human_nutritional_requirement_72(X),fn_human_nutritional_requirement_73(X))
& fn_human_nutritional_requirement_87(X) = fn_chemical_reaction_2(fn_human_nutritional_requirement_86(X))
& fn_human_nutritional_requirement_85(X) = fn_produce_1(fn_human_nutritional_requirement_84(X))
& fn_human_nutritional_requirement_85(X) = fn_chemical_reaction_1(fn_human_nutritional_requirement_86(X))
& fn_human_nutritional_requirement_64(X) = fn_chemical_reaction_1(fn_human_nutritional_requirement_65(X))
& fn_human_nutritional_requirement_83(X) = fn_create_1(fn_human_nutritional_requirement_84(X))
& fn_human_nutritional_requirement_66(X) = fn_chemical_reaction_2(fn_human_nutritional_requirement_65(X))
& fn_human_nutritional_requirement_62(X) = fn_food_3(fn_human_nutritional_requirement_63(X))
& X = fn_essential_fatty_acid_4(fn_human_nutritional_requirement_77(X))
& fn_human_nutritional_requirement_80(X) = fn_nutritional_requirement_4(X)
& fn_human_nutritional_requirement_68(X) = fn_polypeptide_82(fn_human_nutritional_requirement_69(X))
& fn_human_nutritional_requirement_79(X) = fn_animal_nutritional_requirement_9(X)
& fn_human_nutritional_requirement_72(X) = fn_animal_nutritional_requirement_48(X)
& fn_human_nutritional_requirement_76(X) = fn_animal_nutritional_requirement_8(X)
& fn_human_nutritional_requirement_56(X) = fn_animal_nutritional_requirement_58(X)
& fn_human_nutritional_requirement_67(X) = fn_animal_nutritional_requirement_11(X)
& fn_human_nutritional_requirement_67(X) = fn_animal_nutritional_requirement_27(X)
& fn_human_nutritional_requirement_57(X) = fn_animal_nutritional_requirement_56(X)
& fn_human_nutritional_requirement_82(X) = fn_animal_nutritional_requirement_61(X)
& fn_human_nutritional_requirement_68(X) = fn_polypeptide_83(fn_human_nutritional_requirement_69(X))
& fn_human_nutritional_requirement_81(X) = fn_polypeptide_91(fn_human_nutritional_requirement_69(X))
& fn_human_nutritional_requirement_68(X) = fn_animal_nutritional_requirement_38(X)
& fn_human_nutritional_requirement_81(X) = fn_animal_nutritional_requirement_62(X)
& fn_human_nutritional_requirement_69(X) = fn_animal_nutritional_requirement_40(X)
& fn_human_nutritional_requirement_70(X) = fn_animal_nutritional_requirement_46(X)
& fn_human_nutritional_requirement_71(X) = fn_animal_nutritional_requirement_4(X)
& fn_human_nutritional_requirement_61(X) = fn_animal_nutritional_requirement_50(X)
& fn_human_nutritional_requirement_60(X) = fn_animal_nutritional_requirement_33(X)
& fn_human_nutritional_requirement_59(X) = fn_animal_nutritional_requirement_32(X)
& fn_human_nutritional_requirement_58(X) = fn_animal_nutritional_requirement_31(X)
& fn_human_nutritional_requirement_78(X) = fn_animal_nutritional_requirement_10(X)
& fn_human_nutritional_requirement_57(X) = fn_carbohydrate_34(fn_human_nutritional_requirement_72(X))
& fn_human_nutritional_requirement_88(X) = fn_carbohydrate_6(fn_human_nutritional_requirement_72(X))
& fn_human_nutritional_requirement_73(X) = fn_carbohydrate_39(fn_human_nutritional_requirement_72(X))
& fn_human_nutritional_requirement_55(X) = fn_carbohydrate_36(fn_human_nutritional_requirement_72(X))
& fn_human_nutritional_requirement_75(X) = fn_carbohydrate_39(fn_human_nutritional_requirement_72(X))
& fn_human_nutritional_requirement_56(X) = fn_carbohydrate_35(fn_human_nutritional_requirement_72(X))
& fn_human_nutritional_requirement_75(X) = fn_carbohydrate_38(fn_human_nutritional_requirement_72(X))
& fn_human_nutritional_requirement_82(X) = fn_carbohydrate_5(fn_human_nutritional_requirement_72(X))
& fn_human_nutritional_requirement_54(X) = fn_carbohydrate_33(fn_human_nutritional_requirement_72(X))
& fn_human_nutritional_requirement_74(X) = fn_carbohydrate_32(fn_human_nutritional_requirement_72(X))
& fn_human_nutritional_requirement_73(X) = fn_carbohydrate_38(fn_human_nutritional_requirement_72(X))
& fn_produce_1(fn_human_nutritional_requirement_84(X)) = fn_chemical_reaction_1(fn_human_nutritional_requirement_86(X))
& fn_chemical_reaction_1(fn_human_nutritional_requirement_86(X)) = fn_animal_nutritional_requirement_11(X)
& fn_animal_nutritional_requirement_11(X) = fn_animal_nutritional_requirement_27(X)
& fn_animal_nutritional_requirement_27(X) = fn_polypeptide_83(fn_human_nutritional_requirement_69(X))
& fn_polypeptide_82(fn_human_nutritional_requirement_69(X)) = fn_polypeptide_83(fn_human_nutritional_requirement_69(X))
& fn_polypeptide_83(fn_human_nutritional_requirement_69(X)) = fn_polypeptide_82(fn_human_nutritional_requirement_69(X))
& fn_polypeptide_82(fn_human_nutritional_requirement_69(X)) = fn_animal_nutritional_requirement_38(X)
& fn_animal_nutritional_requirement_38(X) = fn_polypeptide_91(fn_human_nutritional_requirement_69(X))
& fn_polypeptide_91(fn_human_nutritional_requirement_69(X)) = fn_animal_nutritional_requirement_62(X)
& fn_animal_nutritional_requirement_62(X) = fn_animal_nutritional_requirement_62(X)
& fn_animal_nutritional_requirement_62(X) = fn_animal_nutritional_requirement_56(X)
& fn_animal_nutritional_requirement_56(X) = fn_carbohydrate_34(fn_human_nutritional_requirement_72(X))
& fn_carbohydrate_34(fn_human_nutritional_requirement_72(X)) = fn_carbohydrate_34(fn_human_nutritional_requirement_72(X))
& fn_carbohydrate_34(fn_human_nutritional_requirement_72(X)) = fn_animal_nutritional_requirement_58(X)
& fn_animal_nutritional_requirement_58(X) = fn_carbohydrate_35(fn_human_nutritional_requirement_72(X))
& fn_carbohydrate_35(fn_human_nutritional_requirement_72(X)) = fn_carbohydrate_35(fn_human_nutritional_requirement_72(X))
& fn_carbohydrate_35(fn_human_nutritional_requirement_72(X)) = fn_animal_nutritional_requirement_61(X)
& fn_animal_nutritional_requirement_61(X) = fn_animal_nutritional_requirement_61(X)
& fn_animal_nutritional_requirement_61(X) = fn_carbohydrate_5(fn_human_nutritional_requirement_72(X))
& fn_carbohydrate_5(fn_human_nutritional_requirement_72(X)) = fn_carbohydrate_5(fn_human_nutritional_requirement_72(X))
& fn_carbohydrate_5(fn_human_nutritional_requirement_72(X)) = fn_carbohydrate_39(fn_human_nutritional_requirement_72(X))
& fn_carbohydrate_38(fn_human_nutritional_requirement_72(X)) = fn_carbohydrate_38(fn_human_nutritional_requirement_72(X))
& fn_carbohydrate_38(fn_human_nutritional_requirement_72(X)) = fn_carbohydrate_39(fn_human_nutritional_requirement_72(X))
& fn_carbohydrate_39(fn_human_nutritional_requirement_72(X)) = fn_carbohydrate_39(fn_human_nutritional_requirement_72(X))
& fn_carbohydrate_39(fn_human_nutritional_requirement_72(X)) = fn_carbohydrate_38(fn_human_nutritional_requirement_72(X)) ) ) ).
fof(a530196,axiom,
! [X] :
( human_ovum_1(X)
=> ( original_name_2(X,'Human-Ovum')
& user_description_2(X,'The female gamete in Humans; the egg cell')
& concept2words_2(X,'ovum of human')
& concept2words_2(X,'human ovum')
& concept2words_2(X,'human-ovum')
& human_gamete_1(X)
& ovum_1(X)
& reproductive_organ_1(fn_human_ovum_1(X))
& person_1(fn_human_ovum_2(X))
& reproductive_organ_1(fn_person_11(fn_human_ovum_2(X)))
& has_part_2(fn_human_ovum_1(X),X)
& has_part_2(fn_human_ovum_2(X),fn_human_ovum_1(X))
& fn_human_ovum_1(X) = fn_person_11(fn_human_ovum_2(X)) ) ) ).
fof(a530197,axiom,
! [X] :
( human_protein_1(X)
=> ( original_name_2(X,'Human-Protein')
& user_description_2(X,'Protein is a macromolecule made up of amino acids. The protein found in humans is called as Human protein.')
& concept2words_2(X,'protein of human')
& concept2words_2(X,'human protein')
& concept2words_2(X,'human-protein')
& protein_1(X) ) ) ).
fof(a530198,axiom,
! [X] :
( human_somatic_cell_1(X)
=> ( original_name_2(X,'Human-Somatic-Cell')
& user_description_2(X,'Somatic cells (diploid) are any cells forming the body of Humans, as opposed to germline cells')
& concept2words_2(X,'human somatic cell')
& concept2words_2(X,'human-somatic-cell')
& somatic_cell_1(X)
& human_cell_1(X) ) ) ).
fof(a530199,axiom,
! [X] :
( human_sperm_1(X)
=> ( original_name_2(X,'Human-Sperm')
& user_description_2(X,'Human Sperm is a male reproductive cell or a male gamete of the Humans.')
& concept2words_2(X,'sperm of human')
& concept2words_2(X,'human sperm')
& concept2words_2(X,'human-sperm')
& human_gamete_1(X)
& sperm_cell_1(X)
& er_membrane_1(fn_human_sperm_1(X))
& chromosome_arm_1(fn_human_sperm_2(X))
& chromosome_arm_1(fn_human_sperm_3(X))
& electron_transport_chain_pathway_1(fn_human_sperm_4(X))
& eukaryotic_oxidative_phosphorylation_1(fn_human_sperm_5(X))
& metabolic_pathway_1(fn_human_sperm_6(X))
& endergonic_process_1(fn_human_sperm_6(X))
& chemical_reaction_1(fn_human_sperm_6(X))
& synthesis_of_organic_molecule_1(fn_human_sperm_6(X))
& anabolic_pathway_1(fn_human_sperm_6(X))
& synthesis_of_atp_1(fn_human_sperm_6(X))
& catabolic_pathway_1(fn_human_sperm_7(X))
& eukaryotic_cellular_respiration_1(fn_human_sperm_8(X))
& semiautonomous_organelle_1(fn_human_sperm_9(X))
& organelle_1(fn_human_sperm_9(X))
& mitochondrion_1(fn_human_sperm_9(X))
& membrane_potential_1(fn_human_sperm_10(X))
& facilitated_diffusion_of_polar_molecule_1(fn_human_sperm_11(X))
& polymer_1(fn_human_sperm_12(X))
& entity_1(fn_human_sperm_12(X))
& dna_1(fn_human_sperm_12(X))
& coil_1(fn_human_sperm_13(X))
& protein_1(fn_human_sperm_14(X))
& telomere_1(fn_human_sperm_15(X))
& centromere_1(fn_human_sperm_16(X))
& end_1(fn_human_sperm_17(X))
& hydrophilic_face_1(fn_human_sperm_18(X))
& hydrophilic_face_1(fn_human_sperm_19(X))
& attach_1(fn_human_sperm_20(X))
& nuclear_membrane_1(fn_human_sperm_21(X))
& biomembrane_1(fn_human_sperm_21(X))
& golgi_apparatus_1(fn_human_sperm_22(X))
& suspension_1(fn_human_sperm_25(X))
& colloid_1(fn_human_sperm_25(X))
& mixture_1(fn_human_sperm_25(X))
& cytoplasm_1(fn_human_sperm_25(X))
& ribosome_1(fn_human_sperm_26(X))
& eukaryotic_ribosome_1(fn_human_sperm_26(X))
& eukaryotic_chromosome_1(fn_human_sperm_27(X))
& chromosome_1(fn_human_sperm_27(X))
& tangible_entity_1(fn_human_sperm_28(X))
& nucleus_1(fn_human_sperm_28(X))
& centrosome_1(fn_human_sperm_29(X))
& support_1(fn_human_sperm_30(X))
& support_1(fn_human_sperm_31(X))
& volume_value_1(fn_human_sperm_32(X))
& surface_1(fn_human_sperm_33(X))
& cell_pole_1(fn_human_sperm_34(X))
& cell_pole_1(fn_human_sperm_35(X))
& size_value_1(fn_human_sperm_36(X))
& liquid_substance_1(fn_human_sperm_37(X))
& substance_1(fn_human_sperm_37(X))
& cytosol_1(fn_human_sperm_37(X))
& inside_face_1(fn_human_sperm_38(X))
& surface_1(fn_human_sperm_38(X))
& cytoplasmic_side_1(fn_human_sperm_38(X))
& create_1(fn_human_sperm_39(X))
& produce_1(fn_human_sperm_39(X))
& microtubule_1(fn_human_sperm_40(X))
& tangible_entity_1(fn_human_sperm_41(X))
& phospholipid_bilayer_1(fn_human_sperm_41(X))
& glycoprotein_1(fn_human_sperm_42(X))
& transmembrane_protein_1(fn_human_sperm_43(X))
& tangible_entity_1(fn_human_sperm_43(X))
& membrane_protein_1(fn_human_sperm_43(X))
& protein_1(fn_human_sperm_43(X))
& spatial_entity_1(fn_human_sperm_43(X))
& polymer_1(fn_human_sperm_43(X))
& integrin_1(fn_human_sperm_43(X))
& hydrophobic_core_1(fn_human_sperm_44(X))
& outside_face_1(fn_human_sperm_45(X))
& extracellular_side_1(fn_human_sperm_45(X))
& surface_1(fn_human_sperm_45(X))
& attach_1(fn_human_sperm_46(X))
& spatial_entity_1(fn_human_sperm_47(X))
& polymer_1(fn_human_sperm_47(X))
& organic_molecule_1(fn_human_sperm_47(X))
& tangible_entity_1(fn_human_sperm_47(X))
& membrane_protein_1(fn_human_sperm_47(X))
& protein_1(fn_human_sperm_47(X))
& protein_enzyme_1(fn_human_sperm_48(X))
& endoplasmic_reticulum_1(fn_human_sperm_49(X))
& rough_endoplasmic_reticulum_1(fn_human_sperm_49(X))
& endoplasmic_reticulum_1(fn_human_sperm_50(X))
& smooth_endoplasmic_reticulum_1(fn_human_sperm_50(X))
& protein_enzyme_1(fn_human_sperm_51(X))
& membrane_1(fn_human_sperm_52(X))
& tangible_entity_1(fn_human_sperm_52(X))
& spatial_entity_1(fn_human_sperm_52(X))
& biomembrane_1(fn_human_sperm_52(X))
& animal_plasma_membrane_1(fn_human_sperm_52(X))
& plasma_membrane_1(fn_human_sperm_52(X))
& protein_1(fn_human_sperm_53(X))
& organic_molecule_1(fn_human_sperm_53(X))
& polymer_1(fn_human_sperm_53(X))
& spatial_entity_1(fn_human_sperm_53(X))
& membrane_protein_1(fn_human_sperm_53(X))
& tangible_entity_1(fn_human_sperm_53(X))
& transmembrane_protein_1(fn_human_sperm_53(X))
& integral_protein_1(fn_human_sperm_53(X))
& transport_protein_1(fn_human_sperm_53(X))
& sodium_potassium_pump_1(fn_human_sperm_53(X))
& protein_1(fn_human_sperm_54(X))
& organic_molecule_1(fn_human_sperm_54(X))
& polymer_1(fn_human_sperm_54(X))
& spatial_entity_1(fn_human_sperm_54(X))
& membrane_protein_1(fn_human_sperm_54(X))
& tangible_entity_1(fn_human_sperm_54(X))
& transmembrane_protein_1(fn_human_sperm_54(X))
& integral_protein_1(fn_human_sperm_54(X))
& transport_protein_1(fn_human_sperm_54(X))
& sodium_potassium_pump_1(fn_human_sperm_54(X))
& hydrophilic_face_1(fn_human_sperm_55(X))
& cellular_work_1(fn_human_sperm_56(X))
& active_transport_1(fn_human_sperm_56(X))
& active_movement_of_ions_1(fn_human_sperm_56(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_human_sperm_56(X))
& move_1(fn_human_sperm_57(X))
& peroxisome_1(fn_human_sperm_58(X))
& gradient_1(fn_passive_transport_of_solute_3(fn_human_sperm_11(X)))
& concentration_gradient_1(fn_passive_transport_of_solute_3(fn_human_sperm_11(X)))
& hydrophilic_face_1(fn_animal_plasma_membrane_5(fn_human_sperm_52(X)))
& glycoprotein_1(fn_animal_plasma_membrane_76(fn_human_sperm_52(X)))
& centromere_1(fn_chromosome_6(fn_human_sperm_27(X)))
& coil_1(fn_chromosome_8(fn_human_sperm_27(X)))
& protein_1(fn_chromosome_3(fn_human_sperm_27(X)))
& end_1(fn_eukaryotic_chromosome_5(fn_human_sperm_27(X)))
& telomere_1(fn_eukaryotic_chromosome_4(fn_human_sperm_27(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_human_sperm_52(X)))
& attach_1(fn_plasma_membrane_52(fn_human_sperm_52(X)))
& attach_1(fn_animal_plasma_membrane_23(fn_human_sperm_52(X)))
& attach_1(fn_animal_plasma_membrane_77(fn_human_sperm_52(X)))
& attach_1(fn_animal_plasma_membrane_52(fn_human_sperm_52(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_human_sperm_52(X)))
& inside_face_1(fn_animal_plasma_membrane_58(fn_human_sperm_52(X)))
& cytoplasmic_side_1(fn_animal_plasma_membrane_58(fn_human_sperm_52(X)))
& hydrophilic_face_1(fn_nucleus_9(fn_human_sperm_28(X)))
& hydrophilic_face_1(fn_nucleus_15(fn_human_sperm_28(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_human_sperm_28(X)))
& biomembrane_1(fn_nucleus_13(fn_human_sperm_28(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_human_sperm_52(X)))
& outside_face_1(fn_animal_plasma_membrane_55(fn_human_sperm_52(X)))
& extracellular_side_1(fn_animal_plasma_membrane_55(fn_human_sperm_52(X)))
& surface_1(fn_animal_plasma_membrane_55(fn_human_sperm_52(X)))
& entity_1(fn_eukaryotic_chromosome_3(fn_human_sperm_27(X)))
& dna_1(fn_eukaryotic_chromosome_3(fn_human_sperm_27(X)))
& polymer_1(fn_eukaryotic_chromosome_3(fn_human_sperm_27(X)))
& entity_1(fn_chromosome_4(fn_human_sperm_27(X)))
& dna_1(fn_chromosome_4(fn_human_sperm_27(X)))
& eukaryotic_chromosome_1(fn_nucleus_6(fn_human_sperm_28(X)))
& tangible_entity_1(fn_biomembrane_63(fn_human_sperm_52(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_human_sperm_52(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_human_sperm_52(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_human_sperm_52(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_human_sperm_52(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_human_sperm_52(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_human_sperm_52(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_human_sperm_52(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_human_sperm_52(X)))
& protein_1(fn_plasma_membrane_54(fn_human_sperm_52(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_human_sperm_52(X)))
& polymer_1(fn_plasma_membrane_54(fn_human_sperm_52(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_human_sperm_52(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_human_sperm_52(X)))
& protein_1(fn_plasma_membrane_68(fn_human_sperm_52(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_human_sperm_52(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_human_sperm_52(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_human_sperm_52(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_human_sperm_52(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_human_sperm_52(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_human_sperm_52(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_human_sperm_52(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_human_sperm_52(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_human_sperm_52(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_human_sperm_52(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_human_sperm_52(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_human_sperm_52(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_human_sperm_52(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_human_sperm_52(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_human_sperm_52(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_human_sperm_52(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_human_sperm_52(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_human_sperm_52(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_human_sperm_52(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_human_sperm_52(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_human_sperm_52(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_human_sperm_52(X)))
& hydrophobic_core_1(fn_animal_plasma_membrane_51(fn_human_sperm_52(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_human_sperm_11(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_human_sperm_11(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_human_sperm_11(X)))
& is_across_2(fn_human_sperm_10(X),fn_human_sperm_52(X))
& is_between_2(fn_human_sperm_16(X),fn_human_sperm_3(X))
& is_between_2(fn_human_sperm_16(X),fn_human_sperm_2(X))
& has_part_2(fn_human_sperm_27(X),fn_human_sperm_3(X))
& has_part_2(fn_human_sperm_27(X),fn_human_sperm_2(X))
& is_inside_2(fn_human_sperm_48(X),fn_human_sperm_1(X))
& is_inside_2(fn_human_sperm_51(X),fn_human_sperm_1(X))
& has_region_2(fn_human_sperm_52(X),fn_human_sperm_55(X))
& agent_2(fn_human_sperm_11(X),fn_human_sperm_10(X))
& path_2(fn_human_sperm_11(X),fn_human_sperm_52(X))
& fn_human_sperm_53(X) != fn_human_sperm_54(X)
& fn_human_sperm_54(X) != fn_human_sperm_53(X)
& object_2(fn_human_sperm_46(X),fn_human_sperm_54(X))
& is_across_2(fn_human_sperm_54(X),fn_human_sperm_44(X))
& has_region_2(fn_human_sperm_53(X),fn_human_sperm_45(X))
& called_2(fn_human_sperm_53(X),'MP2')
& is_across_2(fn_human_sperm_53(X),fn_human_sperm_52(X))
& is_at_2(fn_human_sperm_53(X),fn_human_sperm_52(X))
& is_outside_2(fn_human_sperm_55(X),fn_human_sperm_52(X))
& has_part_2(fn_human_sperm_52(X),fn_human_sperm_53(X))
& is_inside_2(fn_human_sperm_53(X),fn_human_sperm_41(X))
& is_inside_2(fn_human_sperm_42(X),fn_human_sperm_41(X))
& has_part_2(fn_human_sperm_52(X),fn_human_sperm_42(X))
& base_2(fn_human_sperm_46(X),fn_human_sperm_52(X))
& has_region_2(fn_human_sperm_27(X),fn_human_sperm_16(X))
& has_part_2(fn_human_sperm_27(X),fn_human_sperm_14(X))
& agent_2(fn_human_sperm_13(X),fn_human_sperm_14(X))
& object_2(fn_human_sperm_13(X),fn_human_sperm_12(X))
& has_part_2(fn_human_sperm_27(X),fn_human_sperm_15(X))
& is_at_2(fn_human_sperm_15(X),fn_human_sperm_17(X))
& has_region_2(fn_human_sperm_27(X),fn_human_sperm_17(X))
& has_region_2(fn_human_sperm_52(X),fn_human_sperm_38(X))
& is_oriented_toward_2(fn_human_sperm_38(X),fn_human_sperm_25(X))
& is_facing_2(fn_human_sperm_38(X),fn_human_sperm_25(X))
& is_inside_2(fn_human_sperm_19(X),fn_human_sperm_21(X))
& has_part_2(fn_human_sperm_28(X),fn_human_sperm_21(X))
& has_region_2(fn_human_sperm_21(X),fn_human_sperm_18(X))
& fn_human_sperm_18(X) != fn_human_sperm_19(X)
& has_region_2(fn_human_sperm_21(X),fn_human_sperm_19(X))
& is_outside_2(fn_human_sperm_18(X),fn_human_sperm_21(X))
& fn_human_sperm_19(X) != fn_human_sperm_18(X)
& the_scalar_value_2(fn_human_sperm_36(X),big_0)
& scalar_unit_class_2(fn_human_sperm_36(X),prokaryote_0)
& fn_human_sperm_47(X) != fn_human_sperm_53(X)
& fn_human_sperm_53(X) != fn_human_sperm_47(X)
& has_part_2(fn_human_sperm_25(X),fn_human_sperm_51(X))
& called_2(fn_human_sperm_47(X),'MP1')
& has_region_2(fn_human_sperm_52(X),fn_human_sperm_45(X))
& has_part_2(fn_human_sperm_52(X),fn_human_sperm_41(X))
& has_function_2(fn_human_sperm_9(X),fn_human_sperm_5(X))
& called_2(fn_human_sperm_54(X),'MP1')
& site_2(fn_human_sperm_7(X),fn_human_sperm_9(X))
& has_part_2(fn_human_sperm_25(X),fn_human_sperm_48(X))
& fn_human_sperm_51(X) != fn_human_sperm_48(X)
& fn_human_sperm_48(X) != fn_human_sperm_51(X)
& object_2(fn_human_sperm_30(X),X)
& agent_2(fn_human_sperm_30(X),fn_human_sperm_52(X))
& has_part_2(fn_human_sperm_52(X),fn_human_sperm_43(X))
& called_2(fn_human_sperm_43(X),'MP1')
& has_region_2(X,fn_human_sperm_35(X))
& is_opposite_2(fn_human_sperm_35(X),fn_human_sperm_34(X))
& has_region_2(X,fn_human_sperm_34(X))
& size_2(X,fn_human_sperm_36(X))
& directly_proportional_2(fn_human_sperm_36(X),fn_human_sperm_32(X))
& is_opposite_2(fn_human_sperm_34(X),fn_human_sperm_35(X))
& has_function_2(fn_human_sperm_29(X),fn_human_sperm_39(X))
& result_2(fn_human_sperm_39(X),fn_human_sperm_40(X))
& has_function_2(fn_human_sperm_40(X),fn_human_sperm_31(X))
& object_2(fn_human_sperm_31(X),X)
& volume_2(X,fn_human_sperm_32(X))
& fn_human_sperm_54(X) != fn_human_sperm_47(X)
& is_across_2(fn_human_sperm_54(X),fn_human_sperm_52(X))
& is_between_2(fn_human_sperm_25(X),fn_human_sperm_52(X))
& is_between_2(fn_human_sperm_25(X),fn_human_sperm_28(X))
& is_inside_2(fn_human_sperm_27(X),fn_human_sperm_28(X))
& fn_human_sperm_47(X) != fn_human_sperm_54(X)
& object_2(fn_human_sperm_20(X),fn_human_sperm_53(X))
& base_2(fn_human_sperm_20(X),fn_human_sperm_52(X))
& has_part_2(fn_human_sperm_52(X),fn_human_sperm_47(X))
& fn_human_sperm_43(X) != fn_human_sperm_47(X)
& fn_human_sperm_47(X) != fn_human_sperm_43(X)
& has_region_2(fn_human_sperm_54(X),fn_human_sperm_45(X))
& is_outside_2(fn_human_sperm_45(X),fn_human_sperm_52(X))
& has_part_2(fn_human_sperm_52(X),fn_human_sperm_54(X))
& fn_human_sperm_43(X) != fn_human_sperm_54(X)
& fn_human_sperm_54(X) != fn_human_sperm_43(X)
& base_2(fn_human_sperm_8(X),X)
& has_function_2(X,fn_human_sperm_8(X))
& has_part_2(X,fn_human_sperm_29(X))
& is_near_2(fn_human_sperm_28(X),fn_human_sperm_29(X))
& is_near_2(fn_human_sperm_29(X),fn_human_sperm_28(X))
& origin_2(fn_human_sperm_57(X),fn_human_sperm_58(X))
& has_part_2(X,fn_human_sperm_58(X))
& has_part_2(X,fn_human_sperm_28(X))
& is_inside_2(fn_human_sperm_28(X),fn_human_sperm_37(X))
& has_part_2(fn_human_sperm_25(X),fn_human_sperm_37(X))
& base_2(fn_human_sperm_6(X),X)
& site_2(fn_human_sperm_6(X),fn_human_sperm_9(X))
& has_part_2(X,fn_human_sperm_9(X))
& has_part_2(X,fn_human_sperm_27(X))
& has_part_2(fn_human_sperm_27(X),fn_human_sperm_12(X))
& destination_2(fn_human_sperm_57(X),fn_human_sperm_9(X))
& causes_2(fn_human_sperm_57(X),fn_human_sperm_7(X))
& base_2(fn_human_sperm_7(X),X)
& has_part_2(X,fn_human_sperm_26(X))
& is_inside_2(fn_human_sperm_26(X),fn_human_sperm_37(X))
& first_subevent_2(fn_human_sperm_5(X),fn_human_sperm_4(X))
& site_2(fn_human_sperm_5(X),fn_human_sperm_9(X))
& is_inside_2(fn_human_sperm_9(X),fn_human_sperm_37(X))
& is_inside_2(fn_human_sperm_22(X),fn_human_sperm_37(X))
& has_part_2(X,fn_human_sperm_22(X))
& is_at_2(fn_human_sperm_54(X),fn_human_sperm_52(X))
& is_inside_2(fn_human_sperm_54(X),fn_human_sperm_41(X))
& is_at_2(fn_human_sperm_41(X),fn_human_sperm_33(X))
& has_region_2(X,fn_human_sperm_33(X))
& has_part_2(X,fn_human_sperm_50(X))
& base_2(fn_human_sperm_4(X),X)
& subevent_2(fn_human_sperm_5(X),fn_human_sperm_4(X))
& base_2(fn_human_sperm_5(X),X)
& has_part_2(X,fn_human_sperm_25(X))
& is_inside_2(fn_human_sperm_25(X),fn_human_sperm_52(X))
& base_2(fn_human_sperm_56(X),X)
& has_function_2(X,fn_human_sperm_56(X))
& has_part_2(X,fn_human_sperm_52(X))
& has_region_2(fn_human_sperm_52(X),fn_human_sperm_44(X))
& is_across_2(fn_human_sperm_53(X),fn_human_sperm_44(X))
& has_part_2(X,fn_human_sperm_49(X))
& abuts_2(fn_human_sperm_50(X),fn_human_sperm_49(X))
& abuts_2(fn_human_sperm_49(X),fn_human_sperm_50(X))
& fn_human_sperm_50(X) != fn_human_sperm_49(X)
& fn_human_sperm_49(X) != fn_human_sperm_50(X)
& fn_human_sperm_10(X) = fn_passive_transport_of_solute_3(fn_human_sperm_11(X))
& fn_human_sperm_52(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_human_sperm_11(X))
& fn_human_sperm_54(X) = fn_animal_plasma_membrane_62(fn_human_sperm_52(X))
& fn_human_sperm_46(X) = fn_plasma_membrane_52(fn_human_sperm_52(X))
& fn_human_sperm_54(X) = fn_plasma_membrane_54(fn_human_sperm_52(X))
& fn_human_sperm_46(X) = fn_animal_plasma_membrane_23(fn_human_sperm_52(X))
& fn_human_sperm_54(X) = fn_animal_plasma_membrane_53(fn_human_sperm_52(X))
& fn_human_sperm_55(X) = fn_animal_plasma_membrane_5(fn_human_sperm_52(X))
& fn_human_sperm_53(X) = fn_plasma_membrane_3(fn_human_sperm_52(X))
& fn_human_sperm_46(X) = fn_animal_plasma_membrane_77(fn_human_sperm_52(X))
& fn_human_sperm_46(X) = fn_animal_plasma_membrane_52(fn_human_sperm_52(X))
& fn_human_sperm_42(X) = fn_animal_plasma_membrane_76(fn_human_sperm_52(X))
& fn_human_sperm_53(X) = fn_plasma_membrane_54(fn_human_sperm_52(X))
& fn_human_sperm_53(X) = fn_plasma_membrane_68(fn_human_sperm_52(X))
& fn_human_sperm_53(X) = fn_plasma_membrane_55(fn_human_sperm_52(X))
& fn_human_sperm_53(X) = fn_animal_plasma_membrane_62(fn_human_sperm_52(X))
& fn_human_sperm_53(X) = fn_animal_plasma_membrane_53(fn_human_sperm_52(X))
& fn_human_sperm_16(X) = fn_chromosome_6(fn_human_sperm_27(X))
& fn_human_sperm_12(X) = fn_chromosome_4(fn_human_sperm_27(X))
& fn_human_sperm_13(X) = fn_chromosome_8(fn_human_sperm_27(X))
& fn_human_sperm_14(X) = fn_chromosome_3(fn_human_sperm_27(X))
& fn_human_sperm_17(X) = fn_eukaryotic_chromosome_5(fn_human_sperm_27(X))
& fn_human_sperm_15(X) = fn_eukaryotic_chromosome_4(fn_human_sperm_27(X))
& fn_human_sperm_38(X) = fn_plasma_membrane_66(fn_human_sperm_52(X))
& fn_human_sperm_38(X) = fn_animal_plasma_membrane_58(fn_human_sperm_52(X))
& fn_human_sperm_38(X) = fn_sperm_cell_8(X)
& fn_human_sperm_19(X) = fn_nucleus_15(fn_human_sperm_28(X))
& fn_human_sperm_18(X) = fn_nucleus_9(fn_human_sperm_28(X))
& fn_human_sperm_19(X) = fn_nucleus_9(fn_human_sperm_28(X))
& fn_human_sperm_18(X) = fn_sperm_cell_30(X)
& fn_human_sperm_18(X) = fn_nucleus_15(fn_human_sperm_28(X))
& fn_human_sperm_21(X) = fn_sperm_cell_23(X)
& fn_human_sperm_21(X) = fn_nucleus_13(fn_human_sperm_28(X))
& fn_human_sperm_24(X) = fn_animal_cell_49(X)
& fn_human_sperm_45(X) = fn_plasma_membrane_65(fn_human_sperm_52(X))
& fn_human_sperm_23(X) = fn_animal_cell_50(X)
& fn_human_sperm_41(X) = fn_biomembrane_63(fn_human_sperm_52(X))
& fn_human_sperm_41(X) = fn_plasma_membrane_71(fn_human_sperm_52(X))
& fn_human_sperm_41(X) = fn_animal_plasma_membrane_54(fn_human_sperm_52(X))
& fn_human_sperm_51(X) = fn_animal_cell_72(X)
& fn_human_sperm_48(X) = fn_animal_cell_71(X)
& fn_human_sperm_30(X) = fn_animal_cell_76(X)
& fn_human_sperm_36(X) = fn_sperm_cell_15(X)
& fn_human_sperm_36(X) = fn_animal_cell_57(X)
& fn_human_sperm_34(X) = fn_animal_cell_13(X)
& fn_human_sperm_35(X) = fn_animal_cell_1(X)
& fn_human_sperm_32(X) = fn_sperm_cell_14(X)
& fn_human_sperm_32(X) = fn_animal_cell_56(X)
& fn_human_sperm_31(X) = fn_animal_cell_61(X)
& fn_human_sperm_40(X) = fn_animal_cell_63(X)
& fn_human_sperm_39(X) = fn_animal_cell_64(X)
& fn_human_sperm_27(X) = fn_nucleus_6(fn_human_sperm_28(X))
& fn_human_sperm_47(X) = fn_animal_cell_60(X)
& fn_human_sperm_20(X) = fn_animal_cell_83(X)
& fn_human_sperm_43(X) = fn_animal_cell_80(X)
& fn_human_sperm_45(X) = fn_animal_plasma_membrane_55(fn_human_sperm_52(X))
& fn_human_sperm_45(X) = fn_animal_cell_84(X)
& fn_human_sperm_29(X) = fn_animal_cell_74(X)
& fn_human_sperm_8(X) = fn_sperm_cell_16(X)
& fn_human_sperm_8(X) = fn_animal_cell_81(X)
& fn_human_sperm_28(X) = fn_sperm_cell_25(X)
& fn_human_sperm_28(X) = fn_animal_cell_78(X)
& fn_human_sperm_58(X) = fn_animal_cell_45(X)
& fn_human_sperm_12(X) = fn_eukaryotic_chromosome_3(fn_human_sperm_27(X))
& fn_human_sperm_12(X) = fn_animal_cell_88(X)
& fn_human_sperm_27(X) = fn_sperm_cell_22(X)
& fn_human_sperm_27(X) = fn_animal_cell_52(X)
& fn_human_sperm_6(X) = fn_animal_cell_20(X)
& fn_human_sperm_26(X) = fn_sperm_cell_13(X)
& fn_human_sperm_26(X) = fn_animal_cell_51(X)
& fn_human_sperm_7(X) = fn_animal_cell_21(X)
& fn_human_sperm_57(X) = fn_animal_cell_22(X)
& fn_human_sperm_22(X) = fn_sperm_cell_9(X)
& fn_human_sperm_22(X) = fn_animal_cell_82(X)
& fn_human_sperm_9(X) = fn_sperm_cell_35(X)
& fn_human_sperm_37(X) = fn_sperm_cell_17(X)
& fn_human_sperm_37(X) = fn_animal_cell_62(X)
& fn_human_sperm_9(X) = fn_animal_cell_59(X)
& fn_human_sperm_41(X) = fn_sperm_cell_31(X)
& fn_human_sperm_33(X) = fn_sperm_cell_33(X)
& fn_human_sperm_33(X) = fn_animal_cell_55(X)
& fn_human_sperm_41(X) = fn_animal_cell_58(X)
& fn_human_sperm_54(X) = fn_animal_cell_75(X)
& fn_human_sperm_25(X) = fn_sperm_cell_12(X)
& fn_human_sperm_25(X) = fn_animal_cell_79(X)
& fn_human_sperm_5(X) = fn_animal_cell_19(X)
& fn_human_sperm_4(X) = fn_animal_cell_18(X)
& fn_human_sperm_53(X) = fn_animal_plasma_membrane_47(fn_human_sperm_52(X))
& fn_human_sperm_53(X) = fn_animal_cell_75(X)
& fn_human_sperm_44(X) = fn_animal_plasma_membrane_51(fn_human_sperm_52(X))
& fn_human_sperm_44(X) = fn_animal_cell_85(X)
& X = fn_animal_plasma_membrane_56(fn_human_sperm_52(X))
& fn_human_sperm_52(X) = fn_sperm_cell_28(X)
& fn_human_sperm_52(X) = fn_animal_cell_73(X)
& fn_human_sperm_56(X) = fn_sperm_cell_4(X)
& fn_human_sperm_56(X) = fn_animal_cell_90(X)
& fn_human_sperm_50(X) = fn_sperm_cell_27(X)
& fn_human_sperm_50(X) = fn_animal_cell_54(X)
& fn_human_sperm_49(X) = fn_sperm_cell_32(X)
& fn_human_sperm_49(X) = fn_animal_cell_53(X)
& fn_plasma_membrane_52(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_23(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_23(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_23(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_23(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_77(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_77(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_77(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_77(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_52(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_52(fn_human_sperm_52(X)) = fn_plasma_membrane_66(fn_human_sperm_52(X))
& fn_plasma_membrane_66(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_58(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_58(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_58(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_58(fn_human_sperm_52(X)) = fn_sperm_cell_8(X)
& fn_sperm_cell_8(X) = fn_sperm_cell_8(X)
& fn_sperm_cell_8(X) = fn_nucleus_15(fn_human_sperm_28(X))
& fn_nucleus_15(fn_human_sperm_28(X)) = fn_nucleus_9(fn_human_sperm_28(X))
& fn_nucleus_9(fn_human_sperm_28(X)) = fn_nucleus_9(fn_human_sperm_28(X))
& fn_nucleus_9(fn_human_sperm_28(X)) = fn_sperm_cell_30(X)
& fn_sperm_cell_30(X) = fn_nucleus_9(fn_human_sperm_28(X))
& fn_nucleus_9(fn_human_sperm_28(X)) = fn_nucleus_15(fn_human_sperm_28(X))
& fn_nucleus_15(fn_human_sperm_28(X)) = fn_nucleus_15(fn_human_sperm_28(X))
& fn_nucleus_15(fn_human_sperm_28(X)) = fn_nucleus_13(fn_human_sperm_28(X))
& fn_nucleus_13(fn_human_sperm_28(X)) = fn_nucleus_13(fn_human_sperm_28(X))
& fn_nucleus_13(fn_human_sperm_28(X)) = fn_sperm_cell_23(X)
& fn_sperm_cell_23(X) = fn_nucleus_13(fn_human_sperm_28(X))
& fn_nucleus_13(fn_human_sperm_28(X)) = fn_sperm_cell_15(X)
& fn_animal_cell_57(X) = fn_animal_cell_57(X)
& fn_animal_cell_57(X) = fn_sperm_cell_15(X)
& fn_sperm_cell_15(X) = fn_animal_cell_57(X)
& fn_animal_cell_57(X) = fn_animal_cell_56(X)
& fn_animal_cell_56(X) = fn_sperm_cell_14(X)
& fn_sperm_cell_14(X) = fn_animal_cell_56(X)
& fn_animal_cell_56(X) = fn_plasma_membrane_65(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_55(fn_human_sperm_52(X)) = fn_plasma_membrane_65(fn_human_sperm_52(X))
& fn_plasma_membrane_65(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_55(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_55(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_55(fn_human_sperm_52(X))
& fn_animal_cell_84(X) = fn_animal_plasma_membrane_55(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_55(fn_human_sperm_52(X)) = fn_animal_cell_84(X)
& fn_animal_cell_84(X) = fn_animal_cell_84(X)
& fn_animal_cell_84(X) = fn_sperm_cell_16(X)
& fn_animal_cell_81(X) = fn_sperm_cell_16(X)
& fn_sperm_cell_16(X) = fn_animal_cell_81(X)
& fn_animal_cell_81(X) = fn_sperm_cell_25(X)
& fn_sperm_cell_25(X) = fn_sperm_cell_25(X)
& fn_animal_cell_78(X) = fn_animal_cell_78(X)
& fn_animal_cell_78(X) = fn_sperm_cell_25(X)
& fn_sperm_cell_25(X) = fn_animal_cell_78(X)
& fn_animal_cell_78(X) = fn_chromosome_4(fn_human_sperm_27(X))
& fn_chromosome_4(fn_human_sperm_27(X)) = fn_eukaryotic_chromosome_3(fn_human_sperm_27(X))
& fn_eukaryotic_chromosome_3(fn_human_sperm_27(X)) = fn_chromosome_4(fn_human_sperm_27(X))
& fn_chromosome_4(fn_human_sperm_27(X)) = fn_animal_cell_88(X)
& fn_animal_cell_88(X) = fn_nucleus_6(fn_human_sperm_28(X))
& fn_nucleus_6(fn_human_sperm_28(X)) = fn_sperm_cell_22(X)
& fn_sperm_cell_22(X) = fn_sperm_cell_22(X)
& fn_animal_cell_52(X) = fn_animal_cell_52(X)
& fn_animal_cell_52(X) = fn_sperm_cell_22(X)
& fn_sperm_cell_22(X) = fn_animal_cell_52(X)
& fn_animal_cell_52(X) = fn_sperm_cell_13(X)
& fn_animal_cell_51(X) = fn_sperm_cell_13(X)
& fn_sperm_cell_13(X) = fn_animal_cell_51(X)
& fn_animal_cell_51(X) = fn_sperm_cell_9(X)
& fn_animal_cell_82(X) = fn_sperm_cell_9(X)
& fn_sperm_cell_9(X) = fn_animal_cell_82(X)
& fn_animal_cell_82(X) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_sperm_cell_17(X)
& fn_sperm_cell_17(X) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_sperm_cell_35(X)
& fn_sperm_cell_35(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_sperm_cell_33(X)
& fn_animal_cell_55(X) = fn_sperm_cell_33(X)
& fn_sperm_cell_33(X) = fn_animal_cell_55(X)
& fn_animal_cell_55(X) = fn_biomembrane_63(fn_human_sperm_52(X))
& fn_biomembrane_63(fn_human_sperm_52(X)) = fn_plasma_membrane_71(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_54(fn_human_sperm_52(X)) = fn_plasma_membrane_71(fn_human_sperm_52(X))
& fn_plasma_membrane_71(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_54(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_54(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_54(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_54(fn_human_sperm_52(X)) = fn_sperm_cell_31(X)
& fn_sperm_cell_31(X) = fn_sperm_cell_31(X)
& fn_animal_cell_58(X) = fn_sperm_cell_31(X)
& fn_sperm_cell_31(X) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_plasma_membrane_54(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_62(fn_human_sperm_52(X)) = fn_plasma_membrane_54(fn_human_sperm_52(X))
& fn_plasma_membrane_54(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_62(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_53(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_62(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_62(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_53(fn_human_sperm_52(X))
& fn_animal_cell_75(X) = fn_sperm_cell_12(X)
& fn_sperm_cell_12(X) = fn_sperm_cell_12(X)
& fn_animal_cell_79(X) = fn_animal_cell_79(X)
& fn_animal_cell_79(X) = fn_sperm_cell_12(X)
& fn_sperm_cell_12(X) = fn_animal_cell_79(X)
& fn_animal_cell_79(X) = fn_plasma_membrane_54(fn_human_sperm_52(X))
& fn_plasma_membrane_54(fn_human_sperm_52(X)) = fn_plasma_membrane_3(fn_human_sperm_52(X))
& fn_plasma_membrane_3(fn_human_sperm_52(X)) = fn_plasma_membrane_54(fn_human_sperm_52(X))
& fn_plasma_membrane_68(fn_human_sperm_52(X)) = fn_plasma_membrane_54(fn_human_sperm_52(X))
& fn_plasma_membrane_54(fn_human_sperm_52(X)) = fn_plasma_membrane_54(fn_human_sperm_52(X))
& fn_plasma_membrane_54(fn_human_sperm_52(X)) = fn_plasma_membrane_68(fn_human_sperm_52(X))
& fn_plasma_membrane_68(fn_human_sperm_52(X)) = fn_plasma_membrane_68(fn_human_sperm_52(X))
& fn_plasma_membrane_55(fn_human_sperm_52(X)) = fn_plasma_membrane_68(fn_human_sperm_52(X))
& fn_plasma_membrane_68(fn_human_sperm_52(X)) = fn_plasma_membrane_55(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_62(fn_human_sperm_52(X)) = fn_plasma_membrane_55(fn_human_sperm_52(X))
& fn_plasma_membrane_55(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_62(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_62(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_62(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_47(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_62(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_62(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_47(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_47(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_47(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_53(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_47(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_47(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_53(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_53(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_53(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_53(fn_human_sperm_52(X)) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_plasma_membrane_51(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_51(fn_human_sperm_52(X)) = fn_animal_plasma_membrane_51(fn_human_sperm_52(X))
& fn_animal_cell_85(X) = fn_animal_plasma_membrane_51(fn_human_sperm_52(X))
& fn_animal_plasma_membrane_51(fn_human_sperm_52(X)) = fn_animal_cell_85(X)
& fn_animal_cell_85(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_human_sperm_11(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_human_sperm_11(X)) = fn_sperm_cell_28(X)
& fn_sperm_cell_28(X) = fn_sperm_cell_28(X)
& fn_animal_cell_73(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_sperm_cell_28(X)
& fn_sperm_cell_28(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_sperm_cell_4(X)
& fn_animal_cell_90(X) = fn_sperm_cell_4(X)
& fn_sperm_cell_4(X) = fn_animal_cell_90(X)
& fn_animal_cell_90(X) = fn_sperm_cell_27(X)
& fn_animal_cell_54(X) = fn_sperm_cell_27(X)
& fn_sperm_cell_27(X) = fn_animal_cell_54(X)
& fn_animal_cell_54(X) = fn_sperm_cell_32(X)
& fn_animal_cell_53(X) = fn_sperm_cell_32(X)
& fn_sperm_cell_32(X) = fn_animal_cell_53(X) ) ) ).
fof(a530200,axiom,
! [X] :
( humidity_constant_1(X)
=> ( original_name_2(X,'Humidity-Constant')
& concept2words_2(X,'constant of humidity')
& concept2words_2(X,'humidity constant')
& concept2words_2(X,'humidity-constant')
& constant_1(X) ) ) ).
fof(a530201,axiom,
! [X] :
( humidity_scale_1(X)
=> ( original_name_2(X,'Humidity-Scale')
& concept2words_2(X,'scale of humidity')
& concept2words_2(X,'humidity scale')
& concept2words_2(X,'humidity-scale')
& scale_1(X) ) ) ).
fof(a530202,axiom,
! [X] :
( humidity_value_1(X)
=> ( original_name_2(X,'Humidity-Value')
& concept2words_2(X,humidity)
& concept2words_2(X,'value of humidity')
& concept2words_2(X,'humidity value')
& concept2words_2(X,'humidity-value')
& property_value_1(X) ) ) ).
fof(a530203,axiom,
! [X] :
( humoral_immune_response_1(X)
=> ( original_name_2(X,'Humoral-Immune-Response')
& user_description_2(X,'The aspect of immunity that involves the mediation of molecules such as antibodies secreted by B cells and complement proteins.')
& concept2words_2(X,'humoral immune response')
& concept2words_2(X,'humoral-immune-response')
& immune_response_1(X) ) ) ).
fof(a530204,axiom,
! [X] :
( humus_1(X)
=> ( original_name_2(X,'Humus')
& user_description_2(X,'Decomposed organic matter that adds structural stability to soil and increases nutrient and moisture retention.')
& concept2words_2(X,humus)
& organic_entity_1(X)
& organic_molecule_1(fn_humus_1(X))
& has_part_2(X,fn_humus_1(X)) ) ) ).
fof(a530205,axiom,
! [X] :
( huntingtons_disease_1(X)
=> ( original_name_2(X,'Huntingtons-Disease')
& user_description_2(X,'A human genetic disease caused by a dominant allele; characterized by uncontrollable body movements and degeneration of the nervous system; usually fatal 10 to 20 years after the onset of symptoms.')
& concept2words_2(X,'huntington\'s chorea')
& concept2words_2(X,'huntington\'s-chorea')
& concept2words_2(X,'huntingtons disease')
& concept2words_2(X,'huntingtons-disease')
& human_genetic_disorder_1(X)
& ~ achondroplasia_1(X)
& ~ alkaptonuria_1(X)
& ~ angelman_syndrome_1(X)
& ~ cri_du_chat_syndrome_1(X)
& ~ cystic_fibrosis_1(X)
& ~ down_syndrome_1(X)
& ~ klinefelter_syndrome_1(X)
& ~ multifactorial_genetic_disorder_1(X)
& ~ phenylketonuria_1(X)
& ~ polydactyly_1(X)
& ~ prader_willi_syndrome_1(X)
& ~ sex_linked_human_genetic_disorder_1(X)
& ~ sickle_cell_anemia_1(X)
& ~ tay_sachs_disease_1(X)
& ~ triple_x_1(X)
& ~ turner_syndrome_1(X)
& impair_1(fn_huntingtons_disease_1(X))
& nervous_system_1(fn_huntingtons_disease_2(X))
& complete_dominance_1(fn_huntingtons_disease_3(X))
& dominant_allele_1(fn_huntingtons_disease_4(X))
& entity_1(fn_inheritance_4(fn_huntingtons_disease_3(X)))
& gene_1(fn_inheritance_4(fn_huntingtons_disease_3(X)))
& agent_2(fn_huntingtons_disease_1(X),X)
& object_2(fn_huntingtons_disease_1(X),fn_huntingtons_disease_2(X))
& object_2(fn_huntingtons_disease_3(X),fn_huntingtons_disease_4(X))
& result_2(fn_huntingtons_disease_3(X),X)
& fn_huntingtons_disease_4(X) = fn_inheritance_4(fn_huntingtons_disease_3(X))
& fn_huntingtons_disease_3(X) = fn_human_genetic_disorder_1(X) ) ) ).
fof(a530206,axiom,
! [X] :
( hybrid_1(X)
=> ( original_name_2(X,'Hybrid')
& user_description_2(X,'Offspring that results from the mating of individuals from two different species or two true-breeding varieties of the same species.')
& concept2words_2(X,hybrid)
& eukaryote_1(X) ) ) ).
fof(a530207,axiom,
! [X] :
( hybrid_breakdown_1(X)
=> ( original_name_2(X,'Hybrid-Breakdown')
& user_description_2(X,'When first generation hybrids are viable and fertile but the next generation is not.')
& concept2words_2(X,'breakdown of hybrid')
& concept2words_2(X,'hybrid breakdown')
& concept2words_2(X,'hybrid-breakdown')
& reproductive_isolation_1(X)
& ~ hybrid_reduced_fertility_1(X)
& ~ hybrid_reduced_viability_1(X)
& ~ temporal_isolation_1(X) ) ) ).
fof(a530208,axiom,
! [X] :
( hybrid_orbital_1(X)
=> ( original_name_2(X,'Hybrid-Orbital')
& user_description_2(X,'A type of orbital that forms as a result of mixing different kinds of atomic orbitals on the same atom. For example, mixing one s orbital and 3 p orbitals to form an sp3 hybrid orbital.')
& concept2words_2(X,'orbital of hybrid')
& concept2words_2(X,'hybrid orbital')
& concept2words_2(X,'hybrid-orbital')
& atomic_orbital_1(X)
& covalent_bond_1(fn_hybrid_orbital_1(X))
& combine_1(fn_hybrid_orbital_2(X))
& orbital_1(fn_hybrid_orbital_3(X))
& orbital_1(fn_hybrid_orbital_4(X))
& entity_1(fn_combine_2(fn_hybrid_orbital_2(X)))
& entity_1(fn_combine_1(fn_hybrid_orbital_2(X)))
& result_2(fn_hybrid_orbital_2(X),X)
& result_2(fn_hybrid_orbital_2(X),fn_hybrid_orbital_1(X))
& minCardinality(fn_hybrid_orbital_2(X),object_0,"2",orbital_0)
& object_2(fn_hybrid_orbital_2(X),fn_hybrid_orbital_4(X))
& object_2(fn_hybrid_orbital_2(X),fn_hybrid_orbital_3(X))
& fn_hybrid_orbital_4(X) = fn_combine_2(fn_hybrid_orbital_2(X))
& fn_hybrid_orbital_3(X) = fn_combine_1(fn_hybrid_orbital_2(X)) ) ) ).
fof(a530209,axiom,
! [X] :
( hybrid_reduced_fertility_1(X)
=> ( original_name_2(X,'Hybrid-Reduced-Fertility')
& user_description_2(X,'A post-zygotic barrier in which two species mate and produce hybrid offspring that are viable but completely or largely sterile.')
& concept2words_2(X,'hybrid reduced fertility')
& concept2words_2(X,'hybrid-reduced-fertility')
& reproductive_isolation_1(X)
& ~ hybrid_breakdown_1(X)
& ~ hybrid_reduced_viability_1(X)
& ~ temporal_isolation_1(X) ) ) ).
fof(a530210,axiom,
! [X] :
( hybrid_reduced_viability_1(X)
=> ( original_name_2(X,'Hybrid-Reduced-Viability')
& user_description_2(X,'A post-zygotic reproductive barrier due to genetic incompatibility between the two species, resulting in abortion of development or frail offspring.')
& concept2words_2(X,'hybrid reduced viability')
& concept2words_2(X,'hybrid-reduced-viability')
& reproductive_isolation_1(X)
& ~ hybrid_breakdown_1(X)
& ~ hybrid_reduced_fertility_1(X)
& ~ temporal_isolation_1(X) ) ) ).
fof(a530211,axiom,
! [X] :
( hybridization_1(X)
=> ( original_name_2(X,'Hybridization')
& user_description_2(X,'In genetics, the mating, or crossing, of two true-breeding varieties.')
& concept2words_2(X,hybridize)
& concept2words_2(X,hybridization)
& cross_breeding_event_1(X)
& ~ codominance_cross_breeding_event_1(X)
& ~ complete_dominance_cross_breeding_event_1(X)
& ~ homozygous_dominant_cross_1(X)
& ~ homozygous_recessive_cross_1(X)
& ~ incomplete_dominance_cross_breeding_event_1(X)
& ~ sex_linkage_cross_breeding_event_1(X)
& ~ testcross_1(X)
& true_breeding_1(fn_hybridization_1(X))
& true_breeding_1(fn_hybridization_2(X))
& monohybrid_1(fn_hybridization_3(X))
& cross_breeding_event_1(fn_monohybrid_4(fn_hybridization_3(X)))
& agent_2(X,fn_hybridization_1(X))
& agent_2(X,fn_hybridization_2(X))
& result_2(X,fn_hybridization_3(X))
& X = fn_monohybrid_4(fn_hybridization_3(X)) ) ) ).
fof(a530212,axiom,
! [X] :
( hydra_1(X)
=> ( original_name_2(X,'Hydra')
& user_description_2(X,'A genus of polypoid freshwater cnidarians, studied by biologists because of their ability to regenerate and apparent lack of senescence.')
& concept2words_2(X,hydra)
& polyp_1(X)
& ~ anthozoan_1(X)
& ~ cubozoan_1(X)
& ~ hydrozoan_1(X)
& block_1(fn_hydra_1(X))
& layer_1(fn_hydra_2(X))
& metabolism_1(fn_hydra_3(X))
& barrier_1(fn_hydra_4(X))
& locomotion_1(fn_hydra_5(X))
& eukaryotic_chromosome_1(fn_hydra_6(X))
& chromosome_1(fn_hydra_6(X))
& tangible_entity_1(fn_hydra_7(X))
& nucleus_1(fn_hydra_7(X))
& water_1(fn_hydra_8(X))
& sac_1(fn_hydra_9(X))
& animal_cell_1(fn_hydra_10(X))
& cnidocyte_1(fn_hydra_10(X))
& temperature_value_1(fn_hydra_11(X))
& predation_1(fn_hydra_12(X))
& specific_heat_value_1(fn_hydra_13(X))
& entity_1(fn_hydra_14(X))
& chemical_entity_1(fn_hydra_14(X))
& atom_1(fn_hydra_14(X))
& hydrogen_1(fn_hydra_14(X))
& entity_1(fn_hydra_15(X))
& chemical_entity_1(fn_hydra_15(X))
& atom_1(fn_hydra_15(X))
& hydrogen_1(fn_hydra_15(X))
& tangible_entity_1(fn_hydra_16(X))
& entity_1(fn_hydra_16(X))
& chemical_entity_1(fn_hydra_16(X))
& atom_1(fn_hydra_16(X))
& oxygen_1(fn_hydra_16(X))
& tangible_entity_1(fn_hydra_17(X))
& entity_1(fn_hydra_17(X))
& atom_1(fn_hydra_17(X))
& oxygen_1(fn_hydra_17(X))
& chemical_entity_1(fn_hydra_18(X))
& tangible_entity_1(fn_hydra_18(X))
& entity_1(fn_hydra_18(X))
& atom_1(fn_hydra_18(X))
& nitrogen_1(fn_hydra_18(X))
& protein_1(fn_hydra_19(X))
& spatial_entity_1(fn_hydra_20(X))
& chemical_entity_1(fn_hydra_20(X))
& monomer_1(fn_hydra_20(X))
& molecule_1(fn_hydra_20(X))
& amino_acid_1(fn_hydra_20(X))
& polypeptide_1(fn_hydra_21(X))
& body_wall_1(fn_hydra_22(X))
& gastrovascular_cavity_1(fn_hydra_23(X))
& tangible_entity_1(fn_hydra_24(X))
& eukaryotic_cell_1(fn_hydra_24(X))
& animal_cell_1(fn_hydra_24(X))
& gastrodermal_cell_1(fn_hydra_24(X))
& cell_1(fn_hydra_24(X))
& gastrodermis_1(fn_hydra_25(X))
& synthesis_reaction_1(fn_hydra_26(X))
& chemical_reaction_1(fn_hydra_26(X))
& anabolic_pathway_1(fn_hydra_26(X))
& synthesis_of_lipid_1(fn_hydra_26(X))
& metabolic_pathway_1(fn_hydra_26(X))
& synthesis_of_atp_1(fn_hydra_27(X))
& protein_enzyme_1(fn_hydra_28(X))
& protein_enzyme_1(fn_hydra_29(X))
& golgi_apparatus_1(fn_hydra_30(X))
& smooth_endoplasmic_reticulum_1(fn_hydra_31(X))
& substance_1(fn_hydra_32(X))
& cytosol_1(fn_hydra_32(X))
& tangible_entity_1(fn_hydra_33(X))
& spatial_entity_1(fn_hydra_33(X))
& biomembrane_1(fn_hydra_33(X))
& animal_plasma_membrane_1(fn_hydra_33(X))
& plasma_membrane_1(fn_hydra_33(X))
& mixture_1(fn_hydra_34(X))
& cytoplasm_1(fn_hydra_34(X))
& digestive_system_1(fn_hydra_35(X))
& move_out_of_1(fn_hydra_36(X))
& barrier_1(fn_hydra_37(X))
& container_1(fn_hydra_38(X))
& nutrition_1(fn_hydra_39(X))
& agent_role_1(fn_hydra_40(X))
& carnivore_1(fn_hydra_41(X))
& entity_1(fn_hydra_44(X))
& chemical_entity_1(fn_hydra_44(X))
& atom_1(fn_hydra_44(X))
& carbon_1(fn_hydra_44(X))
& take_in_1(fn_hydra_45(X))
& property_node_1(fn_water_17(fn_hydra_8(X)))
& synthesis_of_atp_1(fn_golgi_apparatus_88(fn_hydra_30(X)))
& synthesis_reaction_1(fn_golgi_apparatus_89(fn_hydra_30(X)))
& metabolic_pathway_1(fn_golgi_apparatus_89(fn_hydra_30(X)))
& chemical_reaction_1(fn_golgi_apparatus_89(fn_hydra_30(X)))
& anabolic_pathway_1(fn_golgi_apparatus_89(fn_hydra_30(X)))
& synthesis_of_lipid_1(fn_golgi_apparatus_89(fn_hydra_30(X)))
& golgi_apparatus_1(fn_eukaryotic_cell_24(fn_hydra_24(X)))
& tangible_entity_1(fn_animal_cell_73(fn_hydra_24(X)))
& spatial_entity_1(fn_animal_cell_73(fn_hydra_24(X)))
& biomembrane_1(fn_animal_cell_73(fn_hydra_24(X)))
& animal_plasma_membrane_1(fn_animal_cell_73(fn_hydra_24(X)))
& plasma_membrane_1(fn_animal_cell_73(fn_hydra_24(X)))
& protein_enzyme_1(fn_animal_cell_72(fn_hydra_24(X)))
& mixture_1(fn_animal_cell_79(fn_hydra_24(X)))
& cytoplasm_1(fn_animal_cell_79(fn_hydra_24(X)))
& eukaryotic_chromosome_1(fn_golgi_apparatus_15(fn_hydra_30(X)))
& chromosome_1(fn_golgi_apparatus_15(fn_hydra_30(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_hydra_24(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_hydra_24(X)))
& tangible_entity_1(fn_golgi_apparatus_90(fn_hydra_30(X)))
& nucleus_1(fn_golgi_apparatus_90(fn_hydra_30(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_hydra_24(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_hydra_24(X)))
& tangible_entity_1(fn_polypeptide_100(fn_hydra_21(X)))
& entity_1(fn_polypeptide_100(fn_hydra_21(X)))
& oxygen_1(fn_polypeptide_100(fn_hydra_21(X)))
& atom_1(fn_polypeptide_100(fn_hydra_21(X)))
& tangible_entity_1(fn_polypeptide_101(fn_hydra_21(X)))
& entity_1(fn_polypeptide_101(fn_hydra_21(X)))
& oxygen_1(fn_polypeptide_101(fn_hydra_21(X)))
& atom_1(fn_polypeptide_101(fn_hydra_21(X)))
& entity_1(fn_polypeptide_15(fn_hydra_21(X)))
& chemical_entity_1(fn_polypeptide_15(fn_hydra_21(X)))
& atom_1(fn_polypeptide_15(fn_hydra_21(X)))
& oxygen_1(fn_polypeptide_15(fn_hydra_21(X)))
& oxygen_1(fn_amino_acid_27(fn_hydra_20(X)))
& oxygen_1(fn_amino_acid_11(fn_hydra_20(X)))
& tangible_entity_1(fn_polypeptide_91(fn_hydra_21(X)))
& entity_1(fn_polypeptide_91(fn_hydra_21(X)))
& chemical_entity_1(fn_polypeptide_91(fn_hydra_21(X)))
& atom_1(fn_polypeptide_91(fn_hydra_21(X)))
& nitrogen_1(fn_polypeptide_91(fn_hydra_21(X)))
& tangible_entity_1(fn_polypeptide_125(fn_hydra_21(X)))
& entity_1(fn_polypeptide_125(fn_hydra_21(X)))
& chemical_entity_1(fn_polypeptide_125(fn_hydra_21(X)))
& atom_1(fn_polypeptide_125(fn_hydra_21(X)))
& nitrogen_1(fn_polypeptide_125(fn_hydra_21(X)))
& chemical_entity_1(fn_amino_acid_17(fn_hydra_20(X)))
& tangible_entity_1(fn_amino_acid_17(fn_hydra_20(X)))
& entity_1(fn_amino_acid_17(fn_hydra_20(X)))
& atom_1(fn_amino_acid_17(fn_hydra_20(X)))
& nitrogen_1(fn_amino_acid_17(fn_hydra_20(X)))
& entity_1(fn_polypeptide_119(fn_hydra_21(X)))
& chemical_entity_1(fn_polypeptide_119(fn_hydra_21(X)))
& atom_1(fn_polypeptide_119(fn_hydra_21(X)))
& carbon_1(fn_polypeptide_119(fn_hydra_21(X)))
& entity_1(fn_amino_acid_24(fn_hydra_20(X)))
& chemical_entity_1(fn_amino_acid_24(fn_hydra_20(X)))
& atom_1(fn_amino_acid_24(fn_hydra_20(X)))
& carbon_1(fn_amino_acid_24(fn_hydra_20(X)))
& entity_1(fn_polypeptide_89(fn_hydra_21(X)))
& chemical_entity_1(fn_polypeptide_89(fn_hydra_21(X)))
& atom_1(fn_polypeptide_89(fn_hydra_21(X)))
& hydrogen_1(fn_polypeptide_89(fn_hydra_21(X)))
& entity_1(fn_polypeptide_118(fn_hydra_21(X)))
& chemical_entity_1(fn_polypeptide_118(fn_hydra_21(X)))
& atom_1(fn_polypeptide_118(fn_hydra_21(X)))
& hydrogen_1(fn_polypeptide_118(fn_hydra_21(X)))
& entity_1(fn_amino_acid_28(fn_hydra_20(X)))
& chemical_entity_1(fn_amino_acid_28(fn_hydra_20(X)))
& atom_1(fn_amino_acid_28(fn_hydra_20(X)))
& hydrogen_1(fn_amino_acid_28(fn_hydra_20(X)))
& entity_1(fn_amino_acid_22(fn_hydra_20(X)))
& chemical_entity_1(fn_amino_acid_22(fn_hydra_20(X)))
& atom_1(fn_amino_acid_22(fn_hydra_20(X)))
& hydrogen_1(fn_amino_acid_22(fn_hydra_20(X)))
& spatial_entity_1(fn_polypeptide_83(fn_hydra_21(X)))
& chemical_entity_1(fn_polypeptide_83(fn_hydra_21(X)))
& monomer_1(fn_polypeptide_83(fn_hydra_21(X)))
& molecule_1(fn_polypeptide_83(fn_hydra_21(X)))
& amino_acid_1(fn_polypeptide_83(fn_hydra_21(X)))
& chemical_entity_1(fn_polypeptide_82(fn_hydra_21(X)))
& monomer_1(fn_polypeptide_82(fn_hydra_21(X)))
& molecule_1(fn_polypeptide_82(fn_hydra_21(X)))
& amino_acid_1(fn_polypeptide_82(fn_hydra_21(X)))
& smooth_endoplasmic_reticulum_1(fn_eukaryotic_cell_20(fn_hydra_24(X)))
& smooth_endoplasmic_reticulum_1(fn_golgi_apparatus_93(fn_hydra_30(X)))
& substance_1(fn_eukaryotic_cell_42(fn_hydra_24(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_hydra_24(X)))
& substance_1(fn_golgi_apparatus_91(fn_hydra_30(X)))
& cytosol_1(fn_golgi_apparatus_91(fn_hydra_30(X)))
& substance_1(fn_animal_cell_62(fn_hydra_24(X)))
& cytosol_1(fn_animal_cell_62(fn_hydra_24(X)))
& protein_enzyme_1(fn_golgi_apparatus_92(fn_hydra_30(X)))
& protein_enzyme_1(fn_animal_cell_71(fn_hydra_24(X)))
& specific_heat_value_1(fn_water_18(fn_hydra_8(X)))
& entity_1(fn_agent_role_1(fn_hydra_40(X)))
& tangible_entity_1(fn_move_out_of_1(fn_hydra_36(X)))
& tangible_entity_1(fn_barrier_1(fn_hydra_37(X)))
& tangible_entity_1(fn_barrier_1(fn_hydra_38(X)))
& tangible_entity_1(fn_golgi_apparatus_22(fn_hydra_30(X)))
& cell_1(fn_golgi_apparatus_22(fn_hydra_30(X)))
& eukaryotic_cell_1(fn_golgi_apparatus_22(fn_hydra_30(X)))
& cell_1(fn_metabolic_pathway_1(fn_hydra_26(X)))
& in_event_2(fn_hydra_4(X),fn_hydra_1(X))
& origin_2(fn_hydra_36(X),fn_hydra_23(X))
& is_inside_2(fn_hydra_34(X),fn_hydra_24(X))
& site_2(fn_hydra_3(X),fn_hydra_34(X))
& base_2(fn_hydra_3(X),fn_hydra_24(X))
& agent_2(fn_hydra_26(X),fn_hydra_28(X))
& has_region_2(fn_hydra_25(X),fn_hydra_2(X))
& is_outside_2(fn_hydra_23(X),fn_hydra_24(X))
& is_inside_2(fn_hydra_23(X),fn_hydra_2(X))
& instrument_2(fn_hydra_1(X),X)
& plays_2(fn_hydra_24(X),fn_hydra_37(X))
& plays_2(fn_hydra_24(X),fn_hydra_38(X))
& plays_2(X,fn_hydra_40(X))
& base_2(fn_hydra_36(X),X)
& base_2(fn_hydra_27(X),fn_hydra_24(X))
& specific_heat_2(fn_hydra_8(X),fn_hydra_13(X))
& has_part_2(fn_hydra_24(X),fn_hydra_31(X))
& has_part_2(fn_hydra_24(X),fn_hydra_7(X))
& is_inside_2(fn_hydra_6(X),fn_hydra_7(X))
& has_part_2(fn_hydra_24(X),fn_hydra_6(X))
& has_part_2(fn_hydra_24(X),fn_hydra_30(X))
& plays_2(X,fn_hydra_41(X))
& in_event_2(fn_hydra_41(X),fn_hydra_39(X))
& result_2(fn_hydra_39(X),fn_hydra_19(X))
& has_part_2(fn_hydra_19(X),fn_hydra_21(X))
& fn_hydra_17(X) != fn_hydra_14(X)
& fn_hydra_14(X) != fn_hydra_17(X)
& has_part_2(fn_hydra_20(X),fn_hydra_17(X))
& has_part_2(fn_hydra_20(X),fn_hydra_44(X))
& has_part_2(fn_hydra_21(X),fn_hydra_20(X))
& has_part_2(fn_hydra_20(X),fn_hydra_16(X))
& fn_hydra_16(X) != fn_hydra_15(X)
& has_part_2(fn_hydra_20(X),fn_hydra_15(X))
& has_part_2(fn_hydra_20(X),fn_hydra_18(X))
& fn_hydra_15(X) != fn_hydra_16(X)
& fn_hydra_17(X) != fn_hydra_16(X)
& fn_hydra_16(X) != fn_hydra_17(X)
& fn_hydra_44(X) != fn_hydra_17(X)
& fn_hydra_17(X) != fn_hydra_15(X)
& fn_hydra_15(X) != fn_hydra_18(X)
& fn_hydra_18(X) != fn_hydra_44(X)
& fn_hydra_17(X) != fn_hydra_44(X)
& fn_hydra_15(X) != fn_hydra_17(X)
& fn_hydra_18(X) != fn_hydra_15(X)
& fn_hydra_44(X) != fn_hydra_18(X)
& fn_hydra_14(X) != fn_hydra_16(X)
& fn_hydra_16(X) != fn_hydra_44(X)
& fn_hydra_44(X) != fn_hydra_15(X)
& fn_hydra_18(X) != fn_hydra_14(X)
& fn_hydra_14(X) != fn_hydra_18(X)
& fn_hydra_16(X) != fn_hydra_14(X)
& fn_hydra_44(X) != fn_hydra_16(X)
& fn_hydra_15(X) != fn_hydra_44(X)
& has_part_2(fn_hydra_20(X),fn_hydra_14(X))
& fn_hydra_15(X) != fn_hydra_14(X)
& fn_hydra_14(X) != fn_hydra_15(X)
& fn_hydra_44(X) != fn_hydra_14(X)
& fn_hydra_14(X) != fn_hydra_44(X)
& site_2(fn_hydra_26(X),fn_hydra_31(X))
& is_inside_2(fn_hydra_30(X),fn_hydra_32(X))
& is_inside_2(fn_hydra_31(X),fn_hydra_32(X))
& has_function_2(fn_hydra_31(X),fn_hydra_26(X))
& agent_2(fn_hydra_26(X),fn_hydra_29(X))
& agent_2(fn_hydra_27(X),fn_hydra_29(X))
& has_part_2(fn_hydra_24(X),fn_hydra_33(X))
& is_inside_2(fn_hydra_34(X),fn_hydra_33(X))
& has_part_2(fn_hydra_34(X),fn_hydra_32(X))
& has_part_2(fn_hydra_24(X),fn_hydra_34(X))
& has_part_2(fn_hydra_34(X),fn_hydra_28(X))
& fn_hydra_28(X) != fn_hydra_29(X)
& has_part_2(fn_hydra_34(X),fn_hydra_29(X))
& is_between_2(fn_hydra_34(X),fn_hydra_33(X))
& fn_hydra_29(X) != fn_hydra_28(X)
& agent_2(fn_hydra_39(X),X)
& temperature_2(X,fn_hydra_11(X))
& correspondence_2(fn_hydra_11(X),fn_hydra_13(X))
& agent_2(fn_hydra_45(X),X)
& base_2(fn_hydra_45(X),X)
& has_part_2(X,fn_hydra_22(X))
& has_part_2(fn_hydra_22(X),fn_hydra_25(X))
& has_part_2(fn_hydra_25(X),fn_hydra_24(X))
& agent_2(fn_hydra_5(X),X)
& object_2(fn_hydra_5(X),X)
& has_function_2(X,fn_hydra_12(X))
& facilitates_2(fn_hydra_10(X),fn_hydra_12(X))
& has_part_2(X,fn_hydra_10(X))
& has_part_2(X,fn_hydra_9(X))
& is_inside_2(fn_hydra_23(X),fn_hydra_9(X))
& has_region_2(fn_hydra_35(X),fn_hydra_23(X))
& has_region_2(X,fn_hydra_35(X))
& has_part_2(X,fn_hydra_8(X))
& base_2(fn_hydra_26(X),fn_hydra_24(X))
& fn_hydra_24(X) = fn_barrier_1(fn_hydra_37(X))
& fn_hydra_24(X) = fn_barrier_1(fn_hydra_38(X))
& X = fn_agent_role_1(fn_hydra_40(X))
& X = fn_move_out_of_1(fn_hydra_36(X))
& fn_hydra_42(X) = fn_water_17(fn_hydra_8(X))
& fn_hydra_13(X) = fn_water_18(fn_hydra_8(X))
& fn_hydra_31(X) = fn_eukaryotic_cell_20(fn_hydra_24(X))
& fn_hydra_24(X) = fn_golgi_apparatus_22(fn_hydra_30(X))
& fn_hydra_6(X) = fn_golgi_apparatus_15(fn_hydra_30(X))
& fn_hydra_7(X) = fn_golgi_apparatus_90(fn_hydra_30(X))
& fn_hydra_6(X) = fn_eukaryotic_cell_30(fn_hydra_24(X))
& fn_hydra_7(X) = fn_eukaryotic_cell_26(fn_hydra_24(X))
& fn_hydra_21(X) = fn_animal_15(X)
& fn_hydra_19(X) = fn_animal_7(X)
& fn_hydra_39(X) = fn_animal_19(X)
& fn_hydra_41(X) = fn_animal_18(X)
& fn_hydra_17(X) = fn_polypeptide_100(fn_hydra_21(X))
& fn_hydra_44(X) = fn_polypeptide_119(fn_hydra_21(X))
& fn_hydra_18(X) = fn_polypeptide_91(fn_hydra_21(X))
& fn_hydra_18(X) = fn_polypeptide_125(fn_hydra_21(X))
& fn_hydra_15(X) = fn_polypeptide_89(fn_hydra_21(X))
& fn_hydra_15(X) = fn_polypeptide_118(fn_hydra_21(X))
& fn_hydra_16(X) = fn_polypeptide_101(fn_hydra_21(X))
& fn_hydra_16(X) = fn_polypeptide_15(fn_hydra_21(X))
& fn_hydra_20(X) = fn_polypeptide_83(fn_hydra_21(X))
& fn_hydra_20(X) = fn_polypeptide_82(fn_hydra_21(X))
& fn_hydra_17(X) = fn_amino_acid_27(fn_hydra_20(X))
& fn_hydra_17(X) = fn_amino_acid_11(fn_hydra_20(X))
& fn_hydra_16(X) = fn_amino_acid_27(fn_hydra_20(X))
& fn_hydra_16(X) = fn_amino_acid_11(fn_hydra_20(X))
& fn_hydra_18(X) = fn_amino_acid_17(fn_hydra_20(X))
& fn_hydra_44(X) = fn_amino_acid_24(fn_hydra_20(X))
& fn_hydra_15(X) = fn_amino_acid_28(fn_hydra_20(X))
& fn_hydra_14(X) = fn_amino_acid_28(fn_hydra_20(X))
& fn_hydra_14(X) = fn_amino_acid_22(fn_hydra_20(X))
& fn_hydra_27(X) = fn_golgi_apparatus_88(fn_hydra_30(X))
& fn_hydra_29(X) = fn_golgi_apparatus_92(fn_hydra_30(X))
& fn_hydra_26(X) = fn_golgi_apparatus_89(fn_hydra_30(X))
& fn_hydra_31(X) = fn_golgi_apparatus_93(fn_hydra_30(X))
& fn_hydra_30(X) = fn_eukaryotic_cell_24(fn_hydra_24(X))
& fn_hydra_32(X) = fn_eukaryotic_cell_42(fn_hydra_24(X))
& fn_hydra_32(X) = fn_golgi_apparatus_91(fn_hydra_30(X))
& fn_hydra_32(X) = fn_animal_cell_62(fn_hydra_24(X))
& fn_hydra_33(X) = fn_animal_cell_73(fn_hydra_24(X))
& fn_hydra_29(X) = fn_animal_cell_71(fn_hydra_24(X))
& fn_hydra_28(X) = fn_animal_cell_72(fn_hydra_24(X))
& fn_hydra_34(X) = fn_animal_cell_79(fn_hydra_24(X))
& fn_hydra_39(X) = fn_cnidaria_11(X)
& fn_hydra_43(X) = fn_cnidaria_12(X)
& fn_hydra_13(X) = fn_cnidaria_33(X)
& fn_hydra_11(X) = fn_cnidaria_32(X)
& fn_hydra_24(X) = fn_cnidaria_19(X)
& fn_hydra_25(X) = fn_cnidaria_25(X)
& fn_hydra_22(X) = fn_cnidaria_7(X)
& fn_hydra_45(X) = fn_cnidaria_15(X)
& fn_hydra_10(X) = fn_cnidaria_24(X)
& fn_hydra_10(X) = fn_cnidaria_2(X)
& fn_hydra_12(X) = fn_cnidaria_1(X)
& fn_hydra_5(X) = fn_cnidaria_14(X)
& fn_hydra_8(X) = fn_cnidaria_23(X)
& fn_hydra_35(X) = fn_cnidaria_17(X)
& fn_hydra_23(X) = fn_cnidaria_18(X)
& fn_hydra_9(X) = fn_cnidaria_6(X)
& fn_hydra_24(X) = fn_metabolic_pathway_1(fn_hydra_26(X))
& fn_eukaryotic_cell_30(fn_hydra_24(X)) = fn_golgi_apparatus_15(fn_hydra_30(X))
& fn_golgi_apparatus_15(fn_hydra_30(X)) = fn_eukaryotic_cell_30(fn_hydra_24(X))
& fn_eukaryotic_cell_30(fn_hydra_24(X)) = fn_golgi_apparatus_90(fn_hydra_30(X))
& fn_golgi_apparatus_90(fn_hydra_30(X)) = fn_eukaryotic_cell_26(fn_hydra_24(X))
& fn_eukaryotic_cell_26(fn_hydra_24(X)) = fn_eukaryotic_cell_26(fn_hydra_24(X))
& fn_eukaryotic_cell_26(fn_hydra_24(X)) = fn_amino_acid_27(fn_hydra_20(X))
& fn_amino_acid_27(fn_hydra_20(X)) = fn_polypeptide_100(fn_hydra_21(X))
& fn_polypeptide_100(fn_hydra_21(X)) = fn_amino_acid_27(fn_hydra_20(X))
& fn_amino_acid_11(fn_hydra_20(X)) = fn_polypeptide_100(fn_hydra_21(X))
& fn_polypeptide_100(fn_hydra_21(X)) = fn_amino_acid_11(fn_hydra_20(X))
& fn_amino_acid_11(fn_hydra_20(X)) = fn_polypeptide_101(fn_hydra_21(X))
& fn_polypeptide_15(fn_hydra_21(X)) = fn_polypeptide_101(fn_hydra_21(X))
& fn_polypeptide_101(fn_hydra_21(X)) = fn_polypeptide_15(fn_hydra_21(X))
& fn_polypeptide_15(fn_hydra_21(X)) = fn_polypeptide_15(fn_hydra_21(X))
& fn_polypeptide_15(fn_hydra_21(X)) = fn_amino_acid_27(fn_hydra_20(X))
& fn_amino_acid_11(fn_hydra_20(X)) = fn_amino_acid_27(fn_hydra_20(X))
& fn_amino_acid_27(fn_hydra_20(X)) = fn_amino_acid_27(fn_hydra_20(X))
& fn_amino_acid_27(fn_hydra_20(X)) = fn_amino_acid_11(fn_hydra_20(X))
& fn_amino_acid_11(fn_hydra_20(X)) = fn_amino_acid_11(fn_hydra_20(X))
& fn_amino_acid_11(fn_hydra_20(X)) = fn_polypeptide_91(fn_hydra_21(X))
& fn_polypeptide_91(fn_hydra_21(X)) = fn_polypeptide_125(fn_hydra_21(X))
& fn_amino_acid_17(fn_hydra_20(X)) = fn_polypeptide_125(fn_hydra_21(X))
& fn_polypeptide_125(fn_hydra_21(X)) = fn_amino_acid_17(fn_hydra_20(X))
& fn_amino_acid_17(fn_hydra_20(X)) = fn_amino_acid_17(fn_hydra_20(X))
& fn_amino_acid_17(fn_hydra_20(X)) = fn_amino_acid_24(fn_hydra_20(X))
& fn_amino_acid_24(fn_hydra_20(X)) = fn_polypeptide_119(fn_hydra_21(X))
& fn_polypeptide_119(fn_hydra_21(X)) = fn_amino_acid_24(fn_hydra_20(X))
& fn_amino_acid_24(fn_hydra_20(X)) = fn_amino_acid_24(fn_hydra_20(X))
& fn_amino_acid_24(fn_hydra_20(X)) = fn_polypeptide_89(fn_hydra_21(X))
& fn_polypeptide_118(fn_hydra_21(X)) = fn_polypeptide_89(fn_hydra_21(X))
& fn_polypeptide_89(fn_hydra_21(X)) = fn_polypeptide_118(fn_hydra_21(X))
& fn_polypeptide_118(fn_hydra_21(X)) = fn_polypeptide_118(fn_hydra_21(X))
& fn_polypeptide_118(fn_hydra_21(X)) = fn_amino_acid_28(fn_hydra_20(X))
& fn_amino_acid_28(fn_hydra_20(X)) = fn_amino_acid_28(fn_hydra_20(X))
& fn_amino_acid_22(fn_hydra_20(X)) = fn_amino_acid_22(fn_hydra_20(X))
& fn_amino_acid_22(fn_hydra_20(X)) = fn_amino_acid_28(fn_hydra_20(X))
& fn_amino_acid_28(fn_hydra_20(X)) = fn_amino_acid_22(fn_hydra_20(X))
& fn_amino_acid_22(fn_hydra_20(X)) = fn_polypeptide_83(fn_hydra_21(X))
& fn_polypeptide_82(fn_hydra_21(X)) = fn_polypeptide_83(fn_hydra_21(X))
& fn_polypeptide_83(fn_hydra_21(X)) = fn_polypeptide_82(fn_hydra_21(X))
& fn_polypeptide_82(fn_hydra_21(X)) = fn_eukaryotic_cell_20(fn_hydra_24(X))
& fn_eukaryotic_cell_20(fn_hydra_24(X)) = fn_golgi_apparatus_93(fn_hydra_30(X))
& fn_golgi_apparatus_93(fn_hydra_30(X)) = fn_golgi_apparatus_93(fn_hydra_30(X))
& fn_golgi_apparatus_93(fn_hydra_30(X)) = fn_golgi_apparatus_91(fn_hydra_30(X))
& fn_golgi_apparatus_91(fn_hydra_30(X)) = fn_eukaryotic_cell_42(fn_hydra_24(X))
& fn_eukaryotic_cell_42(fn_hydra_24(X)) = fn_golgi_apparatus_91(fn_hydra_30(X))
& fn_golgi_apparatus_91(fn_hydra_30(X)) = fn_golgi_apparatus_91(fn_hydra_30(X))
& fn_golgi_apparatus_91(fn_hydra_30(X)) = fn_animal_cell_62(fn_hydra_24(X))
& fn_animal_cell_62(fn_hydra_24(X)) = fn_golgi_apparatus_92(fn_hydra_30(X))
& fn_golgi_apparatus_92(fn_hydra_30(X)) = fn_golgi_apparatus_92(fn_hydra_30(X))
& fn_golgi_apparatus_92(fn_hydra_30(X)) = fn_animal_cell_71(fn_hydra_24(X))
& fn_animal_cell_71(fn_hydra_24(X)) = fn_animal_cell_71(fn_hydra_24(X))
& fn_animal_cell_71(fn_hydra_24(X)) = fn_animal_19(X)
& fn_animal_19(X) = fn_animal_19(X)
& fn_animal_19(X) = fn_cnidaria_11(X)
& fn_cnidaria_11(X) = fn_water_18(fn_hydra_8(X))
& fn_water_18(fn_hydra_8(X)) = fn_water_18(fn_hydra_8(X))
& fn_water_18(fn_hydra_8(X)) = fn_cnidaria_33(X)
& fn_cnidaria_33(X) = fn_cnidaria_24(X)
& fn_cnidaria_24(X) = fn_cnidaria_2(X)
& fn_cnidaria_2(X) = fn_cnidaria_2(X)
& fn_cnidaria_2(X) = fn_agent_role_1(fn_hydra_40(X))
& fn_agent_role_1(fn_hydra_40(X)) = fn_move_out_of_1(fn_hydra_36(X))
& fn_move_out_of_1(fn_hydra_36(X)) = fn_barrier_1(fn_hydra_37(X))
& fn_barrier_1(fn_hydra_37(X)) = fn_barrier_1(fn_hydra_38(X))
& fn_barrier_1(fn_hydra_38(X)) = fn_golgi_apparatus_22(fn_hydra_30(X))
& fn_golgi_apparatus_22(fn_hydra_30(X)) = fn_golgi_apparatus_22(fn_hydra_30(X))
& fn_golgi_apparatus_22(fn_hydra_30(X)) = fn_cnidaria_19(X)
& fn_cnidaria_19(X) = fn_cnidaria_19(X)
& fn_cnidaria_19(X) = fn_metabolic_pathway_1(fn_hydra_26(X)) ) ) ).
fof(a530213,axiom,
! [X,X1] :
( ( is_inside_2(X,X1)
& hydration_shell_1(X1)
& ion_1(X) )
=> ( hydrated_ion_1(X)
& fn_hydrated_ion_2(X) = X1 ) ) ).
fof(a530214,axiom,
! [X] :
( hydrated_ion_1(X)
=> ( original_name_2(X,'Hydrated-Ion')
& user_description_2(X,'An ion surrounded by a shell of water around it.')
& concept2words_2(X,'hydrated ion')
& concept2words_2(X,'hydrated-ion')
& ion_1(X)
& hydration_shell_1(fn_hydrated_ion_2(X))
& chemical_entity_1(fn_hydration_shell_1(fn_hydrated_ion_2(X)))
& is_inside_2(X,fn_hydrated_ion_2(X))
& X = fn_hydration_shell_1(fn_hydrated_ion_2(X)) ) ) ).
fof(a530215,axiom,
! [X] :
( hydrated_molecule_1(X)
=> ( original_name_2(X,'Hydrated-Molecule')
& user_description_2(X,'A molecule with a shell of water surrounding it.')
& concept2words_2(X,'hydrated molecule')
& concept2words_2(X,'hydrated-molecule')
& hydrophilic_compound_1(X)
& molecule_1(fn_hydrated_molecule_1(X))
& hydration_shell_1(fn_hydrated_molecule_2(X))
& has_region_2(X,fn_hydrated_molecule_2(X))
& has_part_2(X,fn_hydrated_molecule_1(X))
& is_outside_2(fn_hydrated_molecule_2(X),fn_hydrated_molecule_1(X)) ) ) ).
fof(a530216,axiom,
! [X] :
( hydration_1(X)
=> ( original_name_2(X,'Hydration')
& user_description_2(X,'A chemical reaction in which a hydroxyl group (OH-) and a hydrogen cation are added to the two carbon atoms bonded together in the carbon-carbon double bond which makes up an alkene functional group.')
& concept2words_2(X,hydrate)
& concept2words_2(X,hydration)
& synthesis_reaction_1(X)
& water_molecule_1(fn_hydration_1(X))
& spatial_entity_1(fn_hydration_2(X))
& chemical_entity_1(fn_hydration_2(X))
& add_1(fn_hydration_3(X))
& chemical_entity_1(fn_hydration_4(X))
& spatial_entity_1(fn_add_1(fn_hydration_3(X)))
& spatial_entity_1(fn_add_2(fn_hydration_3(X)))
& result_2(fn_hydration_3(X),fn_hydration_4(X))
& raw_material_2(X,fn_hydration_1(X))
& subevent_2(X,fn_hydration_3(X))
& object_2(fn_hydration_3(X),fn_hydration_1(X))
& base_2(fn_hydration_3(X),fn_hydration_2(X))
& result_2(X,fn_hydration_4(X))
& raw_material_2(X,fn_hydration_2(X))
& fn_hydration_1(X) = fn_add_1(fn_hydration_3(X))
& fn_hydration_2(X) = fn_add_2(fn_hydration_3(X))
& fn_hydration_4(X) = fn_chemical_reaction_1(X)
& fn_hydration_2(X) = fn_chemical_reaction_2(X)
& fn_add_2(fn_hydration_3(X)) = fn_chemical_reaction_2(X) ) ) ).
fof(a530217,axiom,
! [X] :
( hydration_shell_1(X)
=> ( original_name_2(X,'Hydration-Shell')
& user_description_2(X,'Water molecules which surround and accompany an ion dissolved in a solution.')
& concept2words_2(X,'solvation shell')
& concept2words_2(X,'shell of hydration')
& concept2words_2(X,'hydration shell')
& concept2words_2(X,'hydration-shell')
& molecular_region_1(X)
& chemical_entity_1(fn_hydration_shell_1(X))
& shape_value_1(fn_hydration_shell_2(X))
& water_1(fn_hydration_shell_4(X))
& entity_1(fn_hydration_shell_5(X))
& spatial_entity_1(fn_hydration_shell_5(X))
& chemical_entity_1(fn_hydration_shell_5(X))
& tangible_entity_1(fn_hydration_shell_5(X))
& polar_molecule_1(fn_hydration_shell_5(X))
& water_molecule_1(fn_hydration_shell_5(X))
& spatial_entity_1(fn_hydration_shell_6(X))
& tangible_entity_1(fn_hydration_shell_6(X))
& polar_molecule_1(fn_hydration_shell_6(X))
& hydrophilic_compound_1(fn_hydration_shell_6(X))
& water_molecule_1(fn_hydration_shell_6(X))
& spatial_entity_1(fn_water_83(fn_hydration_shell_4(X)))
& tangible_entity_1(fn_water_83(fn_hydration_shell_4(X)))
& polar_molecule_1(fn_water_83(fn_hydration_shell_4(X)))
& hydrophilic_compound_1(fn_water_83(fn_hydration_shell_4(X)))
& water_molecule_1(fn_water_83(fn_hydration_shell_4(X)))
& entity_1(fn_water_98(fn_hydration_shell_4(X)))
& spatial_entity_1(fn_water_98(fn_hydration_shell_4(X)))
& chemical_entity_1(fn_water_98(fn_hydration_shell_4(X)))
& tangible_entity_1(fn_water_98(fn_hydration_shell_4(X)))
& polar_molecule_1(fn_water_98(fn_hydration_shell_4(X)))
& water_molecule_1(fn_water_98(fn_hydration_shell_4(X)))
& abuts_2(fn_hydration_shell_6(X),fn_hydration_shell_1(X))
& is_inside_2(fn_hydration_shell_6(X),X)
& abuts_2(fn_hydration_shell_5(X),fn_hydration_shell_1(X))
& is_inside_2(fn_hydration_shell_5(X),X)
& is_inside_2(X,fn_hydration_shell_4(X))
& shape_2(X,fn_hydration_shell_2(X))
& abuts_2(fn_hydration_shell_1(X),fn_hydration_shell_5(X))
& abuts_2(fn_hydration_shell_1(X),fn_hydration_shell_6(X))
& is_inside_2(fn_hydration_shell_1(X),X)
& the_categorical_value_2(fn_hydration_shell_2(X),sphere_0)
& has_part_2(fn_hydration_shell_4(X),fn_hydration_shell_6(X))
& has_part_2(fn_hydration_shell_4(X),fn_hydration_shell_5(X))
& called_2(fn_hydration_shell_5(X),"1")
& same_type_2(fn_hydration_shell_6(X),fn_hydration_shell_5(X))
& same_type_2(fn_hydration_shell_5(X),fn_hydration_shell_6(X))
& fn_hydration_shell_6(X) = fn_water_83(fn_hydration_shell_4(X))
& fn_hydration_shell_5(X) = fn_water_98(fn_hydration_shell_4(X)) ) ) ).
fof(a530218,axiom,
! [X] :
( hydrocarbon_chain_1(X)
=> ( original_name_2(X,'Hydrocarbon-Chain')
& user_description_2(X,'Hydrocarbons joined together in a chain form a hydrocarbon chain.')
& concept2words_2(X,'chain of hydrocarbon')
& concept2words_2(X,'hydrocarbon chain')
& concept2words_2(X,'hydrocarbon-chain')
& hydrocarbon_molecule_1(X) ) ) ).
fof(a530219,axiom,
! [X] :
( hydrocarbon_molecule_1(X)
=> ( original_name_2(X,'Hydrocarbon-Molecule')
& user_description_2(X,'A class of organic molecules consisting entirely of carbon and hydrogen and no other types of atoms.')
& concept2words_2(X,hydrocarbon)
& concept2words_2(X,'molecule of hydrocarbon')
& concept2words_2(X,'hydrocarbon molecule')
& concept2words_2(X,'hydrocarbon-molecule')
& organic_molecule_1(X)
& shape_value_1(fn_hydrocarbon_molecule_1(X))
& proton_1(fn_hydrocarbon_molecule_7(X))
& valence_electron_1(fn_hydrocarbon_molecule_8(X))
& electron_1(fn_hydrocarbon_molecule_8(X))
& atomic_number_value_1(fn_hydrocarbon_molecule_9(X))
& quantity_value_1(fn_hydrocarbon_molecule_10(X))
& electron_1(fn_hydrocarbon_molecule_11(X))
& valence_electron_1(fn_hydrocarbon_molecule_11(X))
& proton_1(fn_hydrocarbon_molecule_12(X))
& quantity_value_1(fn_hydrocarbon_molecule_13(X))
& single_bond_1(fn_hydrocarbon_molecule_14(X))
& entity_1(fn_hydrocarbon_molecule_15(X))
& atom_1(fn_hydrocarbon_molecule_15(X))
& chemical_entity_1(fn_hydrocarbon_molecule_15(X))
& hydrogen_1(fn_hydrocarbon_molecule_15(X))
& entity_1(fn_hydrocarbon_molecule_16(X))
& chemical_entity_1(fn_hydrocarbon_molecule_16(X))
& atom_1(fn_hydrocarbon_molecule_16(X))
& carbon_1(fn_hydrocarbon_molecule_16(X))
& carbon_skeleton_1(fn_hydrocarbon_molecule_17(X))
& atomic_nucleus_1(fn_hydrocarbon_molecule_18(X))
& center_1(fn_hydrocarbon_molecule_19(X))
& electron_shell_1(fn_hydrocarbon_molecule_20(X))
& hold_together_1(fn_hydrocarbon_molecule_21(X))
& equal_sharing_1(fn_hydrocarbon_molecule_22(X))
& atomic_nucleus_1(fn_hydrocarbon_molecule_23(X))
& center_1(fn_hydrocarbon_molecule_24(X))
& electron_shell_1(fn_hydrocarbon_molecule_25(X))
& first_electron_shell_1(fn_hydrocarbon_molecule_25(X))
& atomic_number_value_1(fn_hydrocarbon_molecule_26(X))
& quantity_value_1(fn_hydrocarbon_molecule_27(X))
& speed_value_1(fn_hydrocarbon_molecule_28(X))
& constant_motion_1(fn_hydrocarbon_molecule_29(X))
& kinetic_energy_1(fn_hydrocarbon_molecule_30(X))
& share_1(fn_covalent_bond_17(fn_hydrocarbon_molecule_14(X)))
& property_node_1(fn_atomic_nucleus_6(fn_hydrocarbon_molecule_23(X)))
& property_node_1(fn_atomic_nucleus_5(fn_hydrocarbon_molecule_23(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_hydrocarbon_molecule_23(X)))
& property_node_1(fn_atomic_nucleus_6(fn_hydrocarbon_molecule_18(X)))
& property_node_1(fn_atomic_nucleus_5(fn_hydrocarbon_molecule_18(X)))
& electron_shell_1(fn_atom_9(fn_hydrocarbon_molecule_16(X)))
& electron_shell_1(fn_covalent_bond_11(fn_hydrocarbon_molecule_14(X)))
& electron_1(fn_atomic_nucleus_8(fn_hydrocarbon_molecule_18(X)))
& electron_1(fn_atom_14(fn_hydrocarbon_molecule_16(X)))
& valence_electron_1(fn_covalent_bond_15(fn_hydrocarbon_molecule_14(X)))
& electron_1(fn_carbon_10(fn_hydrocarbon_molecule_16(X)))
& hold_together_1(fn_covalent_bond_14(fn_hydrocarbon_molecule_14(X)))
& hold_together_1(fn_carbon_skeleton_1(fn_hydrocarbon_molecule_17(X)))
& atom_1(fn_atomic_nucleus_4(fn_hydrocarbon_molecule_18(X)))
& entity_1(fn_covalent_bond_20(fn_hydrocarbon_molecule_14(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_hydrocarbon_molecule_14(X)))
& atom_1(fn_covalent_bond_20(fn_hydrocarbon_molecule_14(X)))
& entity_1(fn_covalent_bond_19(fn_hydrocarbon_molecule_14(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_hydrocarbon_molecule_14(X)))
& atom_1(fn_covalent_bond_19(fn_hydrocarbon_molecule_14(X)))
& carbon_1(fn_carbon_skeleton_4(fn_hydrocarbon_molecule_17(X)))
& electron_shell_1(fn_covalent_bond_12(fn_hydrocarbon_molecule_14(X)))
& electron_shell_1(fn_hydrogen_16(fn_hydrocarbon_molecule_15(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_hydrocarbon_molecule_15(X)))
& electron_1(fn_atomic_nucleus_8(fn_hydrocarbon_molecule_23(X)))
& valence_electron_1(fn_covalent_bond_18(fn_hydrocarbon_molecule_14(X)))
& valence_electron_1(fn_hydrogen_12(fn_hydrocarbon_molecule_15(X)))
& entity_1(fn_share_3(fn_hydrocarbon_molecule_22(X)))
& entity_1(fn_share_1(fn_hydrocarbon_molecule_22(X)))
& atom_1(fn_atomic_nucleus_4(fn_hydrocarbon_molecule_23(X)))
& atom_1(fn_carbon_skeleton_2(fn_hydrocarbon_molecule_17(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_hydrocarbon_molecule_17(X)))
& center_1(fn_covalent_bond_23(fn_hydrocarbon_molecule_14(X)))
& center_1(fn_hydrogen_14(fn_hydrocarbon_molecule_15(X)))
& center_1(fn_atomic_nucleus_3(fn_hydrocarbon_molecule_23(X)))
& atomic_number_value_1(fn_hydrogen_10(fn_hydrocarbon_molecule_15(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_hydrocarbon_molecule_23(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_hydrocarbon_molecule_14(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_hydrocarbon_molecule_15(X)))
& proton_1(fn_hydrogen_13(fn_hydrocarbon_molecule_15(X)))
& proton_1(fn_atomic_nucleus_9(fn_hydrocarbon_molecule_23(X)))
& center_1(fn_covalent_bond_21(fn_hydrocarbon_molecule_14(X)))
& center_1(fn_atomic_nucleus_3(fn_hydrocarbon_molecule_18(X)))
& atomic_number_value_1(fn_atom_17(fn_hydrocarbon_molecule_16(X)))
& atomic_number_value_1(fn_carbon_16(fn_hydrocarbon_molecule_16(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_hydrocarbon_molecule_18(X)))
& quantity_value_1(fn_atom_11(fn_hydrocarbon_molecule_16(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_hydrocarbon_molecule_18(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_hydrocarbon_molecule_14(X)))
& atomic_nucleus_1(fn_atom_18(fn_hydrocarbon_molecule_16(X)))
& atomic_nucleus_1(fn_carbon_18(fn_hydrocarbon_molecule_16(X)))
& proton_1(fn_atom_8(fn_hydrocarbon_molecule_16(X)))
& proton_1(fn_carbon_17(fn_hydrocarbon_molecule_16(X)))
& proton_1(fn_atomic_nucleus_9(fn_hydrocarbon_molecule_18(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_hydrocarbon_molecule_17(X)))
& minCardinality(X,has_part_0,"1",hydrogen_0)
& the_categorical_value_2(fn_hydrocarbon_molecule_1(X),line_0)
& shape_2(fn_hydrocarbon_molecule_17(X),fn_hydrocarbon_molecule_1(X))
& fn_hydrocarbon_molecule_11(X) != fn_hydrocarbon_molecule_8(X)
& fn_hydrocarbon_molecule_8(X) != fn_hydrocarbon_molecule_11(X)
& agent_2(fn_hydrocarbon_molecule_22(X),fn_hydrocarbon_molecule_15(X))
& possesses_2(X,fn_hydrocarbon_molecule_14(X))
& is_between_2(fn_hydrocarbon_molecule_14(X),fn_hydrocarbon_molecule_15(X))
& fn_hydrocarbon_molecule_23(X) != fn_hydrocarbon_molecule_18(X)
& fn_hydrocarbon_molecule_18(X) != fn_hydrocarbon_molecule_23(X)
& object_2(fn_hydrocarbon_molecule_22(X),fn_hydrocarbon_molecule_8(X))
& object_2(fn_hydrocarbon_molecule_22(X),fn_hydrocarbon_molecule_11(X))
& result_2(fn_hydrocarbon_molecule_22(X),fn_hydrocarbon_molecule_14(X))
& agent_2(fn_hydrocarbon_molecule_22(X),fn_hydrocarbon_molecule_16(X))
& fn_hydrocarbon_molecule_25(X) != fn_hydrocarbon_molecule_20(X)
& fn_hydrocarbon_molecule_20(X) != fn_hydrocarbon_molecule_25(X)
& has_region_2(fn_hydrocarbon_molecule_16(X),fn_hydrocarbon_molecule_20(X))
& has_function_2(fn_hydrocarbon_molecule_14(X),fn_hydrocarbon_molecule_21(X))
& agent_2(fn_hydrocarbon_molecule_21(X),fn_hydrocarbon_molecule_14(X))
& is_between_2(fn_hydrocarbon_molecule_14(X),fn_hydrocarbon_molecule_16(X))
& has_region_2(fn_hydrocarbon_molecule_16(X),fn_hydrocarbon_molecule_19(X))
& fn_hydrocarbon_molecule_19(X) != fn_hydrocarbon_molecule_24(X)
& fn_hydrocarbon_molecule_24(X) != fn_hydrocarbon_molecule_19(X)
& atomic_number_2(fn_hydrocarbon_molecule_16(X),fn_hydrocarbon_molecule_9(X))
& has_part_2(fn_hydrocarbon_molecule_16(X),fn_hydrocarbon_molecule_8(X))
& is_near_2(fn_hydrocarbon_molecule_8(X),fn_hydrocarbon_molecule_18(X))
& has_region_2(fn_hydrocarbon_molecule_16(X),fn_hydrocarbon_molecule_18(X))
& has_part_2(fn_hydrocarbon_molecule_16(X),fn_hydrocarbon_molecule_7(X))
& is_near_2(fn_hydrocarbon_molecule_18(X),fn_hydrocarbon_molecule_8(X))
& has_part_2(X,fn_hydrocarbon_molecule_15(X))
& object_2(fn_hydrocarbon_molecule_21(X),fn_hydrocarbon_molecule_15(X))
& object_2(fn_hydrocarbon_molecule_21(X),fn_hydrocarbon_molecule_16(X))
& is_inside_2(fn_hydrocarbon_molecule_16(X),fn_hydrocarbon_molecule_17(X))
& has_part_2(X,fn_hydrocarbon_molecule_16(X))
& has_region_2(X,fn_hydrocarbon_molecule_17(X))
& fn_hydrocarbon_molecule_15(X) != fn_hydrocarbon_molecule_16(X)
& fn_hydrocarbon_molecule_16(X) != fn_hydrocarbon_molecule_15(X)
& has_region_2(fn_hydrocarbon_molecule_15(X),fn_hydrocarbon_molecule_24(X))
& has_region_2(fn_hydrocarbon_molecule_15(X),fn_hydrocarbon_molecule_23(X))
& atomic_number_2(fn_hydrocarbon_molecule_15(X),fn_hydrocarbon_molecule_26(X))
& the_cardinal_value_2(fn_hydrocarbon_molecule_26(X),"1")
& cardinal_unit_class_2(fn_hydrocarbon_molecule_26(X),unity_0)
& has_part_2(fn_hydrocarbon_molecule_15(X),fn_hydrocarbon_molecule_11(X))
& is_near_2(fn_hydrocarbon_molecule_11(X),fn_hydrocarbon_molecule_23(X))
& is_inside_2(fn_hydrocarbon_molecule_23(X),fn_hydrocarbon_molecule_25(X))
& has_region_2(fn_hydrocarbon_molecule_15(X),fn_hydrocarbon_molecule_25(X))
& has_part_2(fn_hydrocarbon_molecule_15(X),fn_hydrocarbon_molecule_12(X))
& is_near_2(fn_hydrocarbon_molecule_23(X),fn_hydrocarbon_molecule_11(X))
& called_2(fn_hydrocarbon_molecule_26(X),'Atomic_Number')
& is_at_2(fn_hydrocarbon_molecule_23(X),fn_hydrocarbon_molecule_24(X))
& is_inside_2(fn_hydrocarbon_molecule_12(X),fn_hydrocarbon_molecule_23(X))
& quantity_2(fn_hydrocarbon_molecule_12(X),fn_hydrocarbon_molecule_13(X))
& called_2(fn_hydrocarbon_molecule_13(X),'Number_Proton')
& fn_hydrocarbon_molecule_26(X) = fn_hydrocarbon_molecule_13(X)
& fn_hydrocarbon_molecule_13(X) = fn_hydrocarbon_molecule_26(X)
& possesses_2(X,fn_hydrocarbon_molecule_30(X))
& quantity_2(fn_hydrocarbon_molecule_30(X),fn_hydrocarbon_molecule_27(X))
& directly_proportional_2(fn_hydrocarbon_molecule_28(X),fn_hydrocarbon_molecule_27(X))
& speed_2(fn_hydrocarbon_molecule_29(X),fn_hydrocarbon_molecule_28(X))
& object_2(fn_hydrocarbon_molecule_29(X),X)
& called_2(fn_hydrocarbon_molecule_9(X),'Atomic_Number')
& is_at_2(fn_hydrocarbon_molecule_18(X),fn_hydrocarbon_molecule_19(X))
& is_inside_2(fn_hydrocarbon_molecule_7(X),fn_hydrocarbon_molecule_18(X))
& quantity_2(fn_hydrocarbon_molecule_7(X),fn_hydrocarbon_molecule_10(X))
& called_2(fn_hydrocarbon_molecule_10(X),'Number_Proton')
& fn_hydrocarbon_molecule_9(X) = fn_hydrocarbon_molecule_10(X)
& fn_hydrocarbon_molecule_10(X) = fn_hydrocarbon_molecule_9(X)
& fn_hydrocarbon_molecule_15(X) = fn_share_3(fn_hydrocarbon_molecule_22(X))
& fn_hydrocarbon_molecule_15(X) = fn_share_1(fn_hydrocarbon_molecule_22(X))
& fn_hydrocarbon_molecule_15(X) = fn_molecule_11(X)
& fn_hydrocarbon_molecule_14(X) = fn_molecule_10(X)
& fn_hydrocarbon_molecule_23(X) = fn_covalent_bond_22(fn_hydrocarbon_molecule_14(X))
& fn_hydrocarbon_molecule_11(X) = fn_covalent_bond_18(fn_hydrocarbon_molecule_14(X))
& fn_hydrocarbon_molecule_25(X) = fn_covalent_bond_12(fn_hydrocarbon_molecule_14(X))
& fn_hydrocarbon_molecule_22(X) = fn_covalent_bond_17(fn_hydrocarbon_molecule_14(X))
& fn_hydrocarbon_molecule_20(X) = fn_atom_9(fn_hydrocarbon_molecule_16(X))
& fn_hydrocarbon_molecule_20(X) = fn_covalent_bond_11(fn_hydrocarbon_molecule_14(X))
& fn_hydrocarbon_molecule_20(X) = fn_covalent_bond_12(fn_hydrocarbon_molecule_14(X))
& fn_hydrocarbon_molecule_24(X) = fn_covalent_bond_23(fn_hydrocarbon_molecule_14(X))
& fn_hydrocarbon_molecule_19(X) = fn_covalent_bond_21(fn_hydrocarbon_molecule_14(X))
& fn_hydrocarbon_molecule_16(X) = fn_covalent_bond_19(fn_hydrocarbon_molecule_14(X))
& fn_hydrocarbon_molecule_21(X) = fn_covalent_bond_14(fn_hydrocarbon_molecule_14(X))
& fn_hydrocarbon_molecule_9(X) = fn_carbon_16(fn_hydrocarbon_molecule_16(X))
& fn_hydrocarbon_molecule_7(X) = fn_atom_8(fn_hydrocarbon_molecule_16(X))
& fn_hydrocarbon_molecule_7(X) = fn_carbon_17(fn_hydrocarbon_molecule_16(X))
& fn_hydrocarbon_molecule_18(X) = fn_covalent_bond_24(fn_hydrocarbon_molecule_14(X))
& fn_hydrocarbon_molecule_18(X) = fn_atom_18(fn_hydrocarbon_molecule_16(X))
& fn_hydrocarbon_molecule_18(X) = fn_carbon_18(fn_hydrocarbon_molecule_16(X))
& fn_hydrocarbon_molecule_16(X) = fn_atomic_nucleus_4(fn_hydrocarbon_molecule_18(X))
& fn_hydrocarbon_molecule_8(X) = fn_atomic_nucleus_8(fn_hydrocarbon_molecule_18(X))
& fn_hydrocarbon_molecule_16(X) = fn_covalent_bond_20(fn_hydrocarbon_molecule_14(X))
& fn_hydrocarbon_molecule_8(X) = fn_covalent_bond_15(fn_hydrocarbon_molecule_14(X))
& fn_hydrocarbon_molecule_8(X) = fn_atom_14(fn_hydrocarbon_molecule_16(X))
& fn_hydrocarbon_molecule_8(X) = fn_carbon_10(fn_hydrocarbon_molecule_16(X))
& fn_hydrocarbon_molecule_21(X) = fn_carbon_skeleton_1(fn_hydrocarbon_molecule_17(X))
& X = fn_carbon_skeleton_3(fn_hydrocarbon_molecule_17(X))
& fn_hydrocarbon_molecule_15(X) = fn_organic_molecule_2(X)
& fn_hydrocarbon_molecule_15(X) = fn_carbon_skeleton_2(fn_hydrocarbon_molecule_17(X))
& fn_hydrocarbon_molecule_16(X) = fn_organic_molecule_1(X)
& fn_hydrocarbon_molecule_17(X) = fn_organic_molecule_3(X)
& fn_hydrocarbon_molecule_16(X) = fn_carbon_skeleton_4(fn_hydrocarbon_molecule_17(X))
& fn_hydrocarbon_molecule_24(X) = fn_hydrogen_14(fn_hydrocarbon_molecule_15(X))
& fn_hydrocarbon_molecule_26(X) = fn_hydrogen_10(fn_hydrocarbon_molecule_15(X))
& fn_hydrocarbon_molecule_12(X) = fn_hydrogen_13(fn_hydrocarbon_molecule_15(X))
& fn_hydrocarbon_molecule_25(X) = fn_hydrogen_16(fn_hydrocarbon_molecule_15(X))
& fn_hydrocarbon_molecule_23(X) = fn_hydrogen_15(fn_hydrocarbon_molecule_15(X))
& fn_hydrocarbon_molecule_15(X) = fn_atomic_nucleus_4(fn_hydrocarbon_molecule_23(X))
& fn_hydrocarbon_molecule_11(X) = fn_atomic_nucleus_8(fn_hydrocarbon_molecule_23(X))
& fn_hydrocarbon_molecule_11(X) = fn_hydrogen_12(fn_hydrocarbon_molecule_15(X))
& fn_hydrocarbon_molecule_31(X) = fn_atomic_nucleus_6(fn_hydrocarbon_molecule_23(X))
& fn_hydrocarbon_molecule_24(X) = fn_atomic_nucleus_3(fn_hydrocarbon_molecule_23(X))
& fn_hydrocarbon_molecule_32(X) = fn_atomic_nucleus_5(fn_hydrocarbon_molecule_23(X))
& fn_hydrocarbon_molecule_26(X) = fn_atomic_nucleus_1(fn_hydrocarbon_molecule_23(X))
& fn_hydrocarbon_molecule_13(X) = fn_atomic_nucleus_2(fn_hydrocarbon_molecule_23(X))
& fn_hydrocarbon_molecule_12(X) = fn_atomic_nucleus_9(fn_hydrocarbon_molecule_23(X))
& fn_hydrocarbon_molecule_6(X) = fn_molecule_2(X)
& fn_hydrocarbon_molecule_5(X) = fn_molecule_1(X)
& fn_hydrocarbon_molecule_29(X) = fn_molecule_8(X)
& fn_hydrocarbon_molecule_28(X) = fn_molecule_3(X)
& fn_hydrocarbon_molecule_27(X) = fn_molecule_4(X)
& fn_hydrocarbon_molecule_30(X) = fn_molecule_12(X)
& fn_hydrocarbon_molecule_4(X) = fn_atomic_nucleus_6(fn_hydrocarbon_molecule_18(X))
& fn_hydrocarbon_molecule_3(X) = fn_atomic_nucleus_5(fn_hydrocarbon_molecule_18(X))
& fn_hydrocarbon_molecule_19(X) = fn_atomic_nucleus_3(fn_hydrocarbon_molecule_18(X))
& fn_hydrocarbon_molecule_10(X) = fn_atom_11(fn_hydrocarbon_molecule_16(X))
& fn_hydrocarbon_molecule_9(X) = fn_atom_17(fn_hydrocarbon_molecule_16(X))
& fn_hydrocarbon_molecule_9(X) = fn_atomic_nucleus_1(fn_hydrocarbon_molecule_18(X))
& fn_hydrocarbon_molecule_10(X) = fn_atomic_nucleus_2(fn_hydrocarbon_molecule_18(X))
& fn_hydrocarbon_molecule_7(X) = fn_atomic_nucleus_9(fn_hydrocarbon_molecule_18(X))
& fn_covalent_bond_11(fn_hydrocarbon_molecule_14(X)) = fn_atom_9(fn_hydrocarbon_molecule_16(X))
& fn_atom_9(fn_hydrocarbon_molecule_16(X)) = fn_covalent_bond_11(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_11(fn_hydrocarbon_molecule_14(X)) = fn_covalent_bond_11(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_11(fn_hydrocarbon_molecule_14(X)) = fn_covalent_bond_12(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_12(fn_hydrocarbon_molecule_14(X)) = fn_atomic_nucleus_8(fn_hydrocarbon_molecule_18(X))
& fn_atom_14(fn_hydrocarbon_molecule_16(X)) = fn_atomic_nucleus_8(fn_hydrocarbon_molecule_18(X))
& fn_atomic_nucleus_8(fn_hydrocarbon_molecule_18(X)) = fn_atom_14(fn_hydrocarbon_molecule_16(X))
& fn_covalent_bond_15(fn_hydrocarbon_molecule_14(X)) = fn_atom_14(fn_hydrocarbon_molecule_16(X))
& fn_atom_14(fn_hydrocarbon_molecule_16(X)) = fn_covalent_bond_15(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_15(fn_hydrocarbon_molecule_14(X)) = fn_covalent_bond_15(fn_hydrocarbon_molecule_14(X))
& fn_carbon_10(fn_hydrocarbon_molecule_16(X)) = fn_covalent_bond_15(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_15(fn_hydrocarbon_molecule_14(X)) = fn_carbon_10(fn_hydrocarbon_molecule_16(X))
& fn_carbon_10(fn_hydrocarbon_molecule_16(X)) = fn_covalent_bond_14(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_14(fn_hydrocarbon_molecule_14(X)) = fn_covalent_bond_14(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_14(fn_hydrocarbon_molecule_14(X)) = fn_carbon_skeleton_1(fn_hydrocarbon_molecule_17(X))
& fn_carbon_skeleton_1(fn_hydrocarbon_molecule_17(X)) = fn_carbon_skeleton_1(fn_hydrocarbon_molecule_17(X))
& fn_carbon_skeleton_1(fn_hydrocarbon_molecule_17(X)) = fn_covalent_bond_20(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_20(fn_hydrocarbon_molecule_14(X)) = fn_atomic_nucleus_4(fn_hydrocarbon_molecule_18(X))
& fn_atomic_nucleus_4(fn_hydrocarbon_molecule_18(X)) = fn_atomic_nucleus_4(fn_hydrocarbon_molecule_18(X))
& fn_atomic_nucleus_4(fn_hydrocarbon_molecule_18(X)) = fn_covalent_bond_20(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_20(fn_hydrocarbon_molecule_14(X)) = fn_covalent_bond_20(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_19(fn_hydrocarbon_molecule_14(X)) = fn_covalent_bond_20(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_20(fn_hydrocarbon_molecule_14(X)) = fn_covalent_bond_19(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_19(fn_hydrocarbon_molecule_14(X)) = fn_covalent_bond_19(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_19(fn_hydrocarbon_molecule_14(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_1(X)
& fn_carbon_skeleton_4(fn_hydrocarbon_molecule_17(X)) = fn_carbon_skeleton_4(fn_hydrocarbon_molecule_17(X))
& fn_carbon_skeleton_4(fn_hydrocarbon_molecule_17(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_carbon_skeleton_4(fn_hydrocarbon_molecule_17(X))
& fn_carbon_skeleton_4(fn_hydrocarbon_molecule_17(X)) = fn_covalent_bond_12(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_12(fn_hydrocarbon_molecule_14(X)) = fn_covalent_bond_12(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_12(fn_hydrocarbon_molecule_14(X)) = fn_hydrogen_16(fn_hydrocarbon_molecule_15(X))
& fn_hydrogen_16(fn_hydrocarbon_molecule_15(X)) = fn_hydrogen_16(fn_hydrocarbon_molecule_15(X))
& fn_hydrogen_16(fn_hydrocarbon_molecule_15(X)) = fn_covalent_bond_18(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_18(fn_hydrocarbon_molecule_14(X)) = fn_atomic_nucleus_8(fn_hydrocarbon_molecule_23(X))
& fn_atomic_nucleus_8(fn_hydrocarbon_molecule_23(X)) = fn_atomic_nucleus_8(fn_hydrocarbon_molecule_23(X))
& fn_atomic_nucleus_8(fn_hydrocarbon_molecule_23(X)) = fn_covalent_bond_18(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_18(fn_hydrocarbon_molecule_14(X)) = fn_hydrogen_12(fn_hydrocarbon_molecule_15(X))
& fn_hydrogen_12(fn_hydrocarbon_molecule_15(X)) = fn_hydrogen_12(fn_hydrocarbon_molecule_15(X))
& fn_hydrogen_12(fn_hydrocarbon_molecule_15(X)) = fn_share_3(fn_hydrocarbon_molecule_22(X))
& fn_share_3(fn_hydrocarbon_molecule_22(X)) = fn_share_1(fn_hydrocarbon_molecule_22(X))
& fn_share_1(fn_hydrocarbon_molecule_22(X)) = fn_share_1(fn_hydrocarbon_molecule_22(X))
& fn_share_1(fn_hydrocarbon_molecule_22(X)) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_atomic_nucleus_4(fn_hydrocarbon_molecule_23(X))
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_atomic_nucleus_4(fn_hydrocarbon_molecule_23(X))
& fn_atomic_nucleus_4(fn_hydrocarbon_molecule_23(X)) = fn_atomic_nucleus_4(fn_hydrocarbon_molecule_23(X))
& fn_atomic_nucleus_4(fn_hydrocarbon_molecule_23(X)) = fn_organic_molecule_2(X)
& fn_carbon_skeleton_2(fn_hydrocarbon_molecule_17(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_carbon_skeleton_2(fn_hydrocarbon_molecule_17(X))
& fn_carbon_skeleton_2(fn_hydrocarbon_molecule_17(X)) = fn_carbon_skeleton_2(fn_hydrocarbon_molecule_17(X))
& fn_carbon_skeleton_2(fn_hydrocarbon_molecule_17(X)) = fn_covalent_bond_23(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_23(fn_hydrocarbon_molecule_14(X)) = fn_hydrogen_14(fn_hydrocarbon_molecule_15(X))
& fn_hydrogen_14(fn_hydrocarbon_molecule_15(X)) = fn_hydrogen_14(fn_hydrocarbon_molecule_15(X))
& fn_hydrogen_14(fn_hydrocarbon_molecule_15(X)) = fn_atomic_nucleus_3(fn_hydrocarbon_molecule_23(X))
& fn_atomic_nucleus_3(fn_hydrocarbon_molecule_23(X)) = fn_hydrogen_10(fn_hydrocarbon_molecule_15(X))
& fn_atomic_nucleus_1(fn_hydrocarbon_molecule_23(X)) = fn_hydrogen_10(fn_hydrocarbon_molecule_15(X))
& fn_hydrogen_10(fn_hydrocarbon_molecule_15(X)) = fn_atomic_nucleus_1(fn_hydrocarbon_molecule_23(X))
& fn_atomic_nucleus_1(fn_hydrocarbon_molecule_23(X)) = fn_atomic_nucleus_1(fn_hydrocarbon_molecule_23(X))
& fn_atomic_nucleus_1(fn_hydrocarbon_molecule_23(X)) = fn_covalent_bond_22(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_22(fn_hydrocarbon_molecule_14(X)) = fn_covalent_bond_22(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_22(fn_hydrocarbon_molecule_14(X)) = fn_hydrogen_15(fn_hydrocarbon_molecule_15(X))
& fn_hydrogen_15(fn_hydrocarbon_molecule_15(X)) = fn_hydrogen_15(fn_hydrocarbon_molecule_15(X))
& fn_hydrogen_15(fn_hydrocarbon_molecule_15(X)) = fn_atomic_nucleus_9(fn_hydrocarbon_molecule_23(X))
& fn_atomic_nucleus_9(fn_hydrocarbon_molecule_23(X)) = fn_hydrogen_13(fn_hydrocarbon_molecule_15(X))
& fn_hydrogen_13(fn_hydrocarbon_molecule_15(X)) = fn_atomic_nucleus_9(fn_hydrocarbon_molecule_23(X))
& fn_atomic_nucleus_9(fn_hydrocarbon_molecule_23(X)) = fn_atomic_nucleus_9(fn_hydrocarbon_molecule_23(X))
& fn_atomic_nucleus_9(fn_hydrocarbon_molecule_23(X)) = fn_covalent_bond_21(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_21(fn_hydrocarbon_molecule_14(X)) = fn_covalent_bond_21(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_21(fn_hydrocarbon_molecule_14(X)) = fn_atomic_nucleus_3(fn_hydrocarbon_molecule_18(X))
& fn_atomic_nucleus_3(fn_hydrocarbon_molecule_18(X)) = fn_atom_17(fn_hydrocarbon_molecule_16(X))
& fn_atom_17(fn_hydrocarbon_molecule_16(X)) = fn_carbon_16(fn_hydrocarbon_molecule_16(X))
& fn_carbon_16(fn_hydrocarbon_molecule_16(X)) = fn_atom_17(fn_hydrocarbon_molecule_16(X))
& fn_atom_17(fn_hydrocarbon_molecule_16(X)) = fn_atom_17(fn_hydrocarbon_molecule_16(X))
& fn_atom_17(fn_hydrocarbon_molecule_16(X)) = fn_atomic_nucleus_1(fn_hydrocarbon_molecule_18(X))
& fn_atomic_nucleus_1(fn_hydrocarbon_molecule_18(X)) = fn_carbon_16(fn_hydrocarbon_molecule_16(X))
& fn_carbon_16(fn_hydrocarbon_molecule_16(X)) = fn_atomic_nucleus_1(fn_hydrocarbon_molecule_18(X))
& fn_atomic_nucleus_1(fn_hydrocarbon_molecule_18(X)) = fn_atomic_nucleus_1(fn_hydrocarbon_molecule_18(X))
& fn_atomic_nucleus_1(fn_hydrocarbon_molecule_18(X)) = fn_atomic_nucleus_2(fn_hydrocarbon_molecule_18(X))
& fn_atomic_nucleus_2(fn_hydrocarbon_molecule_18(X)) = fn_atom_11(fn_hydrocarbon_molecule_16(X))
& fn_atom_11(fn_hydrocarbon_molecule_16(X)) = fn_atomic_nucleus_2(fn_hydrocarbon_molecule_18(X))
& fn_atomic_nucleus_2(fn_hydrocarbon_molecule_18(X)) = fn_atomic_nucleus_2(fn_hydrocarbon_molecule_18(X))
& fn_atomic_nucleus_2(fn_hydrocarbon_molecule_18(X)) = fn_covalent_bond_24(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_24(fn_hydrocarbon_molecule_14(X)) = fn_covalent_bond_24(fn_hydrocarbon_molecule_14(X))
& fn_atom_18(fn_hydrocarbon_molecule_16(X)) = fn_covalent_bond_24(fn_hydrocarbon_molecule_14(X))
& fn_covalent_bond_24(fn_hydrocarbon_molecule_14(X)) = fn_atom_18(fn_hydrocarbon_molecule_16(X))
& fn_atom_18(fn_hydrocarbon_molecule_16(X)) = fn_atom_18(fn_hydrocarbon_molecule_16(X))
& fn_carbon_18(fn_hydrocarbon_molecule_16(X)) = fn_atom_18(fn_hydrocarbon_molecule_16(X))
& fn_atom_18(fn_hydrocarbon_molecule_16(X)) = fn_carbon_18(fn_hydrocarbon_molecule_16(X))
& fn_carbon_18(fn_hydrocarbon_molecule_16(X)) = fn_atom_8(fn_hydrocarbon_molecule_16(X))
& fn_atom_8(fn_hydrocarbon_molecule_16(X)) = fn_carbon_17(fn_hydrocarbon_molecule_16(X))
& fn_atomic_nucleus_9(fn_hydrocarbon_molecule_18(X)) = fn_carbon_17(fn_hydrocarbon_molecule_16(X))
& fn_carbon_17(fn_hydrocarbon_molecule_16(X)) = fn_atomic_nucleus_9(fn_hydrocarbon_molecule_18(X))
& fn_atomic_nucleus_9(fn_hydrocarbon_molecule_18(X)) = fn_atomic_nucleus_9(fn_hydrocarbon_molecule_18(X))
& fn_carbon_skeleton_3(fn_hydrocarbon_molecule_17(X)) = fn_carbon_skeleton_3(fn_hydrocarbon_molecule_17(X)) ) ) ).
fof(a530220,axiom,
! [X] :
( hydrocarbon_substance_1(X)
=> ( original_name_2(X,'Hydrocarbon-Substance')
& concept2words_2(X,'substance of hydrocarbon')
& concept2words_2(X,'hydrocarbon substance')
& concept2words_2(X,'hydrocarbon-substance')
& organic_molecule_substance_1(X)
& hydrocarbon_molecule_1(fn_hydrocarbon_substance_1(X))
& has_part_2(X,fn_hydrocarbon_substance_1(X))
& fn_hydrocarbon_substance_1(X) = fn_organic_molecule_substance_1(X) ) ) ).
fof(a530221,axiom,
! [X] :
( hydrochloric_acid_1(X)
=> ( original_name_2(X,'Hydrochloric-Acid')
& user_description_2(X,'A strong acid with the chemical formula HCl.')
& concept2words_2(X,'hydrochloric acid')
& concept2words_2(X,'hydrochloric-acid')
& strong_acid_1(X) ) ) ).
fof(a530222,axiom,
! [X] :
( hydrochloric_acid_molecule_1(X)
=> ( original_name_2(X,'Hydrochloric-Acid-Molecule')
& user_description_2(X,'Molecule with molecular formula HCl which dissociates to form hydrochloric acid in solution.')
& concept2words_2(X,'hydrochloric acid molecule')
& concept2words_2(X,'hydrochloric-acid-molecule')
& inorganic_molecule_1(X) ) ) ).
fof(a530223,axiom,
! [X] :
( hydroelectric_system_1(X)
=> ( original_name_2(X,'Hydroelectric-System')
& user_description_2(X,'A system in which the movement of water is used to generate electricity.')
& concept2words_2(X,'hydroelectric system')
& concept2words_2(X,'hydroelectric-system')
& engineering_1(X) ) ) ).
fof(a530224,axiom,
! [X] :
( hydrogen_1(X)
=> ( original_name_2(X,'Hydrogen')
& user_description_2(X,'Hydrogen is a non metal atom with atomic number 1. It is represented by the symbol H. Isotopes include H-1, H-2 and H-3.')
& concept2words_2(X,'H')
& concept2words_2(X,hydrogen)
& non_metal_atom_1(X)
& ~ copper_1(X)
& ~ iron_1(X)
& ~ magnesium_1(X)
& ~ calcium_1(X)
& ~ carbon_1(X)
& ~ nitrogen_1(X)
& ~ oxygen_1(X)
& ~ phosphorus_1(X)
& ~ potassium_1(X)
& ~ sulfur_1(X)
& electronegativity_value_1(fn_hydrogen_2(X))
& valence_value_1(fn_hydrogen_4(X))
& neutron_1(fn_hydrogen_5(X))
& atomic_weight_value_1(fn_hydrogen_9(X))
& atomic_number_value_1(fn_hydrogen_10(X))
& quantity_value_1(fn_hydrogen_11(X))
& valence_electron_1(fn_hydrogen_12(X))
& proton_1(fn_hydrogen_13(X))
& center_1(fn_hydrogen_14(X))
& atomic_nucleus_1(fn_hydrogen_15(X))
& electron_shell_1(fn_hydrogen_16(X))
& first_electron_shell_1(fn_hydrogen_16(X))
& quantity_value_1(fn_hydrogen_17(X))
& system_1(fn_hydrogen_19(X))
& center_1(fn_atomic_nucleus_3(fn_hydrogen_15(X)))
& electron_1(fn_atomic_nucleus_8(fn_hydrogen_15(X)))
& atomic_nucleus_1(fn_first_electron_shell_7(fn_hydrogen_16(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_hydrogen_15(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_hydrogen_15(X)))
& proton_1(fn_atomic_nucleus_9(fn_hydrogen_15(X)))
& atom_1(fn_first_electron_shell_3(fn_hydrogen_16(X)))
& atom_1(fn_atomic_nucleus_4(fn_hydrogen_15(X)))
& the_cardinal_value_2(fn_hydrogen_9(X),"1.008")
& cardinal_unit_class_2(fn_hydrogen_9(X),dalton_0)
& the_cardinal_value_2(fn_hydrogen_10(X),"1")
& cardinal_unit_class_2(fn_hydrogen_10(X),unity_0)
& the_cardinal_value_2(fn_hydrogen_2(X),"2.1")
& cardinal_unit_class_2(fn_hydrogen_2(X),unity_0)
& the_cardinal_value_2(fn_hydrogen_11(X),"1")
& cardinal_unit_class_2(fn_hydrogen_11(X),unity_0)
& the_cardinal_value_2(fn_hydrogen_4(X),"1.0e0")
& cardinal_unit_class_2(fn_hydrogen_4(X),unity_0)
& has_part_2(X,fn_hydrogen_5(X))
& exactCardinality(X,has_part_0,"1",electron_0)
& exactCardinality(X,has_part_0,"1",proton_0)
& maxCardinality(X,has_part_0,"2",neutron_0)
& minCardinality(X,has_part_0,"0",neutron_0)
& valence_2(X,fn_hydrogen_4(X))
& electronegativity_2(X,fn_hydrogen_2(X))
& has_region_2(X,fn_hydrogen_16(X))
& is_inside_2(fn_hydrogen_15(X),fn_hydrogen_16(X))
& quantity_2(fn_hydrogen_12(X),fn_hydrogen_11(X))
& is_at_2(fn_hydrogen_15(X),fn_hydrogen_14(X))
& has_region_2(X,fn_hydrogen_14(X))
& has_part_2(X,fn_hydrogen_12(X))
& is_near_2(fn_hydrogen_12(X),fn_hydrogen_15(X))
& is_inside_2(fn_hydrogen_13(X),fn_hydrogen_15(X))
& is_near_2(fn_hydrogen_15(X),fn_hydrogen_12(X))
& has_region_2(X,fn_hydrogen_15(X))
& atomic_number_2(X,fn_hydrogen_10(X))
& atomic_weight_2(X,fn_hydrogen_9(X))
& called_2(fn_hydrogen_10(X),'Atomic_Number')
& called_2(fn_hydrogen_11(X),'Number_Electron')
& fn_hydrogen_17(X) = fn_hydrogen_11(X)
& fn_hydrogen_11(X) = fn_hydrogen_17(X)
& has_part_2(X,fn_hydrogen_13(X))
& quantity_2(fn_hydrogen_13(X),fn_hydrogen_17(X))
& called_2(fn_hydrogen_17(X),'Number_Proton')
& fn_hydrogen_10(X) = fn_hydrogen_17(X)
& fn_hydrogen_17(X) = fn_hydrogen_10(X)
& fn_hydrogen_16(X) = fn_atom_9(X)
& X = fn_first_electron_shell_3(fn_hydrogen_16(X))
& fn_hydrogen_15(X) = fn_first_electron_shell_7(fn_hydrogen_16(X))
& fn_hydrogen_12(X) = fn_atom_14(X)
& fn_hydrogen_12(X) = fn_atomic_nucleus_8(fn_hydrogen_15(X))
& fn_hydrogen_14(X) = fn_atomic_nucleus_3(fn_hydrogen_15(X))
& fn_hydrogen_15(X) = fn_atom_18(X)
& fn_hydrogen_7(X) = fn_atom_12(X)
& fn_hydrogen_6(X) = fn_atom_1(X)
& fn_hydrogen_21(X) = fn_atom_10(X)
& fn_hydrogen_8(X) = fn_atom_13(X)
& fn_hydrogen_9(X) = fn_atom_16(X)
& fn_hydrogen_19(X) = fn_atom_3(X)
& fn_hydrogen_20(X) = fn_atom_2(X)
& fn_hydrogen_18(X) = fn_atom_4(X)
& fn_hydrogen_11(X) = fn_atom_5(X)
& fn_hydrogen_10(X) = fn_atomic_nucleus_1(fn_hydrogen_15(X))
& fn_hydrogen_10(X) = fn_atom_17(X)
& fn_hydrogen_17(X) = fn_atomic_nucleus_2(fn_hydrogen_15(X))
& fn_hydrogen_17(X) = fn_atom_11(X)
& X = fn_atomic_nucleus_4(fn_hydrogen_15(X))
& fn_hydrogen_13(X) = fn_atomic_nucleus_9(fn_hydrogen_15(X))
& fn_hydrogen_13(X) = fn_atom_8(X)
& fn_atom_14(X) = fn_atom_14(X)
& fn_atomic_nucleus_8(fn_hydrogen_15(X)) = fn_atom_14(X)
& fn_atom_14(X) = fn_atomic_nucleus_8(fn_hydrogen_15(X))
& fn_atomic_nucleus_8(fn_hydrogen_15(X)) = fn_first_electron_shell_7(fn_hydrogen_16(X))
& fn_first_electron_shell_7(fn_hydrogen_16(X)) = fn_atom_18(X)
& fn_atom_18(X) = fn_atom_18(X)
& fn_atom_18(X) = fn_atom_17(X)
& fn_atom_17(X) = fn_atom_17(X)
& fn_atom_17(X) = fn_atomic_nucleus_1(fn_hydrogen_15(X))
& fn_atomic_nucleus_1(fn_hydrogen_15(X)) = fn_atom_17(X)
& fn_atom_17(X) = fn_atom_11(X)
& fn_atom_11(X) = fn_atom_11(X)
& fn_atom_11(X) = fn_atomic_nucleus_2(fn_hydrogen_15(X))
& fn_atomic_nucleus_2(fn_hydrogen_15(X)) = fn_atom_11(X)
& fn_atom_11(X) = fn_atomic_nucleus_9(fn_hydrogen_15(X))
& fn_atomic_nucleus_9(fn_hydrogen_15(X)) = fn_atomic_nucleus_9(fn_hydrogen_15(X))
& fn_atom_8(X) = fn_atomic_nucleus_9(fn_hydrogen_15(X))
& fn_atomic_nucleus_9(fn_hydrogen_15(X)) = fn_atom_8(X)
& fn_atom_8(X) = fn_first_electron_shell_3(fn_hydrogen_16(X))
& fn_first_electron_shell_3(fn_hydrogen_16(X)) = fn_atomic_nucleus_4(fn_hydrogen_15(X))
& fn_atomic_nucleus_4(fn_hydrogen_15(X)) = fn_atomic_nucleus_4(fn_hydrogen_15(X)) ) ) ).
fof(a530225,axiom,
! [X] :
( hydrogen_1_1(X)
=> ( original_name_2(X,'Hydrogen-1')
& user_description_2(X,'This is one of the hydrogen isotopes that possess zero neutrons.')
& concept2words_2(X,'1 of hydrogen')
& concept2words_2(X,'hydrogen 1')
& concept2words_2(X,'hydrogen-1')
& hydrogen_isotope_1(X)
& atomic_mass_value_1(fn_hydrogen_1_1(X))
& atomic_weight_value_1(fn_hydrogen_1_4(X))
& proton_1(fn_hydrogen_1_5(X))
& mass_number_2(X,fn_hydrogen_1_1(X))
& exactCardinality(X,has_part_0,"0",neutron_0)
& the_cardinal_value_2(fn_hydrogen_1_1(X),"1.0e0")
& cardinal_unit_class_2(fn_hydrogen_1_1(X),unity_0)
& the_cardinal_value_2(fn_hydrogen_1_4(X),"1.007e0")
& cardinal_unit_class_2(fn_hydrogen_1_4(X),dalton_0)
& has_part_2(X,fn_hydrogen_1_5(X))
& atomic_weight_2(X,fn_hydrogen_1_4(X))
& fn_hydrogen_1_5(X) = fn_atom_8(X)
& fn_hydrogen_1_3(X) = fn_atom_13(X)
& fn_hydrogen_1_4(X) = fn_atom_16(X) ) ) ).
fof(a530226,axiom,
! [X] :
( hydrogen_2_1(X)
=> ( original_name_2(X,'Hydrogen-2')
& user_description_2(X,'This is one of the hydrogen isotopes that possess one neutrons.')
& concept2words_2(X,'2 of hydrogen')
& concept2words_2(X,'hydrogen 2')
& concept2words_2(X,'hydrogen-2')
& hydrogen_isotope_1(X)
& neutron_1(fn_hydrogen_2_1(X))
& atomic_mass_value_1(fn_hydrogen_2_2(X))
& atomic_weight_value_1(fn_hydrogen_2_5(X))
& the_cardinal_value_2(fn_hydrogen_2_5(X),"2.014e0")
& cardinal_unit_class_2(fn_hydrogen_2_5(X),dalton_0)
& the_cardinal_value_2(fn_hydrogen_2_2(X),"2.0e0")
& cardinal_unit_class_2(fn_hydrogen_2_2(X),unity_0)
& has_part_2(X,fn_hydrogen_2_1(X))
& exactCardinality(X,has_part_0,"1",neutron_0)
& mass_number_2(X,fn_hydrogen_2_2(X))
& atomic_weight_2(X,fn_hydrogen_2_5(X))
& fn_hydrogen_2_4(X) = fn_atom_13(X)
& fn_hydrogen_2_5(X) = fn_atom_16(X) ) ) ).
fof(a530227,axiom,
! [X] :
( hydrogen_3_1(X)
=> ( original_name_2(X,'Hydrogen-3')
& user_description_2(X,'This is one of the hydrogen isotopes that possess two neutrons.')
& concept2words_2(X,'3 of hydrogen')
& concept2words_2(X,'hydrogen 3')
& concept2words_2(X,'hydrogen-3')
& hydrogen_isotope_1(X)
& atomic_mass_value_1(fn_hydrogen_3_2(X))
& neutron_1(fn_hydrogen_3_3(X))
& atomic_weight_value_1(fn_hydrogen_3_5(X))
& the_cardinal_value_2(fn_hydrogen_3_5(X),"3.016e0")
& cardinal_unit_class_2(fn_hydrogen_3_5(X),dalton_0)
& has_part_2(X,fn_hydrogen_3_3(X))
& exactCardinality(X,has_part_0,"2",neutron_0)
& mass_number_2(X,fn_hydrogen_3_2(X))
& the_cardinal_value_2(fn_hydrogen_3_2(X),"3.0e0")
& cardinal_unit_class_2(fn_hydrogen_3_2(X),unity_0)
& atomic_weight_2(X,fn_hydrogen_3_5(X))
& fn_hydrogen_3_4(X) = fn_atom_13(X)
& fn_hydrogen_3_5(X) = fn_atom_16(X) ) ) ).
fof(a530228,axiom,
! [X] :
( hydrogen_bond_1(X)
=> ( original_name_2(X,'Hydrogen-Bond')
& user_description_2(X,'Hydrogen bond is the attractive interaction of a hydrogen atom with an atom of high electronegativity.')
& concept2words_2(X,'bond of hydrogen')
& concept2words_2(X,'hydrogen bond')
& concept2words_2(X,'hydrogen-bond')
& dipole_dipole_interaction_1(X)
& ~ covalent_bond_1(X)
& ~ disulfide_bond_1(X)
& ~ ester_linkage_1(X)
& ~ hydrophobic_interaction_1(X)
& ~ ionic_bond_1(X)
& electronegativity_value_1(fn_hydrogen_bond_2(X))
& electronegativity_value_1(fn_hydrogen_bond_6(X))
& atomic_nucleus_1(fn_hydrogen_bond_7(X))
& center_1(fn_hydrogen_bond_8(X))
& electron_shell_1(fn_hydrogen_bond_9(X))
& first_electron_shell_1(fn_hydrogen_bond_9(X))
& molecule_1(fn_hydrogen_bond_10(X))
& entity_1(fn_hydrogen_bond_11(X))
& chemical_entity_1(fn_hydrogen_bond_11(X))
& atom_1(fn_hydrogen_bond_11(X))
& entity_1(fn_hydrogen_bond_12(X))
& atom_1(fn_hydrogen_bond_12(X))
& chemical_entity_1(fn_hydrogen_bond_12(X))
& hydrogen_1(fn_hydrogen_bond_12(X))
& attract_1(fn_hydrogen_bond_13(X))
& hold_together_1(fn_hydrogen_bond_14(X))
& atomic_orbital_1(fn_hydrogen_bond_16(X))
& electron_1(fn_hydrogen_bond_17(X))
& proton_1(fn_hydrogen_bond_18(X))
& atomic_number_value_1(fn_hydrogen_bond_19(X))
& electron_shell_1(fn_hydrogen_bond_20(X))
& center_1(fn_hydrogen_bond_21(X))
& atomic_nucleus_1(fn_hydrogen_bond_22(X))
& system_1(fn_hydrogen_bond_23(X))
& charge_value_1(fn_hydrogen_bond_24(X))
& atomic_orbital_1(fn_electron_shell_3(fn_hydrogen_bond_20(X)))
& property_node_1(fn_atom_6(fn_hydrogen_bond_12(X)))
& charge_value_1(fn_atom_7(fn_hydrogen_bond_12(X)))
& electron_shell_1(fn_atom_9(fn_hydrogen_bond_11(X)))
& equation_big_node_1(fn_atom_2(fn_hydrogen_bond_11(X)))
& equation_set_1(fn_atom_4(fn_hydrogen_bond_11(X)))
& system_1(fn_atom_3(fn_hydrogen_bond_11(X)))
& property_node_1(fn_atomic_nucleus_5(fn_hydrogen_bond_22(X)))
& proton_1(fn_atomic_nucleus_9(fn_hydrogen_bond_22(X)))
& center_1(fn_atomic_nucleus_3(fn_hydrogen_bond_22(X)))
& center_1(fn_hydrogen_14(fn_hydrogen_bond_12(X)))
& property_node_1(fn_hydrogen_1(fn_hydrogen_bond_12(X)))
& electronegativity_value_1(fn_hydrogen_2(fn_hydrogen_bond_12(X)))
& electron_shell_1(fn_hydrogen_16(fn_hydrogen_bond_12(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_hydrogen_bond_12(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_hydrogen_bond_12(X)))
& atomic_number_value_1(fn_atom_17(fn_hydrogen_bond_11(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_hydrogen_bond_22(X)))
& entity_1(fn_attract_2(fn_hydrogen_bond_13(X)))
& atom_1(fn_atomic_nucleus_4(fn_hydrogen_bond_22(X)))
& electron_1(fn_electron_shell_2(fn_hydrogen_bond_20(X)))
& electron_1(fn_atomic_nucleus_8(fn_hydrogen_bond_22(X)))
& entity_1(fn_attract_1(fn_hydrogen_bond_13(X)))
& atom_1(fn_molecule_7(fn_hydrogen_bond_10(X)))
& electronegativity_2(fn_hydrogen_bond_11(X),fn_hydrogen_bond_2(X))
& fn_hydrogen_bond_11(X) != fn_hydrogen_bond_12(X)
& fn_hydrogen_bond_12(X) != fn_hydrogen_bond_11(X)
& result_2(fn_hydrogen_bond_13(X),X)
& greater_than_2(fn_hydrogen_bond_2(X),fn_hydrogen_bond_6(X))
& the_categorical_value_2(fn_hydrogen_bond_24(X),partial_positive_0)
& object_2(fn_hydrogen_bond_13(X),fn_hydrogen_bond_12(X))
& agent_2(fn_hydrogen_bond_13(X),fn_hydrogen_bond_11(X))
& has_part_2(fn_hydrogen_bond_10(X),fn_hydrogen_bond_12(X))
& has_region_2(fn_hydrogen_bond_20(X),fn_hydrogen_bond_16(X))
& is_inside_2(fn_hydrogen_bond_17(X),fn_hydrogen_bond_16(X))
& charge_2(fn_hydrogen_bond_12(X),fn_hydrogen_bond_24(X))
& has_function_2(X,fn_hydrogen_bond_14(X))
& is_between_2(X,fn_hydrogen_bond_11(X))
& object_2(fn_hydrogen_bond_14(X),fn_hydrogen_bond_11(X))
& agent_2(fn_hydrogen_bond_14(X),X)
& is_between_2(X,fn_hydrogen_bond_12(X))
& object_2(fn_hydrogen_bond_14(X),fn_hydrogen_bond_12(X))
& has_region_2(fn_hydrogen_bond_11(X),fn_hydrogen_bond_20(X))
& has_part_2(fn_hydrogen_bond_11(X),fn_hydrogen_bond_17(X))
& is_inside_2(fn_hydrogen_bond_18(X),fn_hydrogen_bond_22(X))
& has_part_2(fn_hydrogen_bond_11(X),fn_hydrogen_bond_18(X))
& atomic_number_2(fn_hydrogen_bond_11(X),fn_hydrogen_bond_19(X))
& called_2(fn_hydrogen_bond_19(X),'Atomic_Number')
& is_at_2(fn_hydrogen_bond_22(X),fn_hydrogen_bond_21(X))
& has_region_2(fn_hydrogen_bond_11(X),fn_hydrogen_bond_21(X))
& has_region_2(fn_hydrogen_bond_11(X),fn_hydrogen_bond_22(X))
& is_near_2(fn_hydrogen_bond_17(X),fn_hydrogen_bond_22(X))
& is_near_2(fn_hydrogen_bond_22(X),fn_hydrogen_bond_17(X))
& has_region_2(fn_hydrogen_bond_12(X),fn_hydrogen_bond_8(X))
& is_at_2(fn_hydrogen_bond_7(X),fn_hydrogen_bond_8(X))
& has_region_2(fn_hydrogen_bond_12(X),fn_hydrogen_bond_7(X))
& is_inside_2(fn_hydrogen_bond_7(X),fn_hydrogen_bond_9(X))
& has_region_2(fn_hydrogen_bond_12(X),fn_hydrogen_bond_9(X))
& electronegativity_2(fn_hydrogen_bond_12(X),fn_hydrogen_bond_6(X))
& fn_hydrogen_bond_12(X) = fn_attract_1(fn_hydrogen_bond_13(X))
& fn_hydrogen_bond_11(X) = fn_attract_2(fn_hydrogen_bond_13(X))
& fn_hydrogen_bond_12(X) = fn_molecule_7(fn_hydrogen_bond_10(X))
& fn_hydrogen_bond_17(X) = fn_electron_shell_2(fn_hydrogen_bond_20(X))
& fn_hydrogen_bond_16(X) = fn_electron_shell_3(fn_hydrogen_bond_20(X))
& fn_hydrogen_bond_25(X) = fn_atom_6(fn_hydrogen_bond_12(X))
& fn_hydrogen_bond_24(X) = fn_atom_7(fn_hydrogen_bond_12(X))
& fn_hydrogen_bond_12(X) = fn_chemical_bond_1(X)
& fn_hydrogen_bond_14(X) = fn_chemical_bond_3(X)
& fn_hydrogen_bond_11(X) = fn_chemical_bond_4(X)
& fn_hydrogen_bond_19(X) = fn_atom_17(fn_hydrogen_bond_11(X))
& fn_hydrogen_bond_20(X) = fn_atom_9(fn_hydrogen_bond_11(X))
& fn_hydrogen_bond_3(X) = fn_atom_2(fn_hydrogen_bond_11(X))
& fn_hydrogen_bond_15(X) = fn_atom_4(fn_hydrogen_bond_11(X))
& fn_hydrogen_bond_23(X) = fn_atom_3(fn_hydrogen_bond_11(X))
& fn_hydrogen_bond_4(X) = fn_atomic_nucleus_5(fn_hydrogen_bond_22(X))
& fn_hydrogen_bond_19(X) = fn_atomic_nucleus_1(fn_hydrogen_bond_22(X))
& fn_hydrogen_bond_18(X) = fn_atomic_nucleus_9(fn_hydrogen_bond_22(X))
& fn_hydrogen_bond_11(X) = fn_atomic_nucleus_4(fn_hydrogen_bond_22(X))
& fn_hydrogen_bond_21(X) = fn_atomic_nucleus_3(fn_hydrogen_bond_22(X))
& fn_hydrogen_bond_17(X) = fn_atomic_nucleus_8(fn_hydrogen_bond_22(X))
& fn_hydrogen_bond_8(X) = fn_hydrogen_14(fn_hydrogen_bond_12(X))
& fn_hydrogen_bond_5(X) = fn_hydrogen_1(fn_hydrogen_bond_12(X))
& fn_hydrogen_bond_6(X) = fn_hydrogen_2(fn_hydrogen_bond_12(X))
& fn_hydrogen_bond_9(X) = fn_hydrogen_16(fn_hydrogen_bond_12(X))
& fn_hydrogen_bond_7(X) = fn_hydrogen_15(fn_hydrogen_bond_12(X))
& fn_atom_17(fn_hydrogen_bond_11(X)) = fn_atomic_nucleus_1(fn_hydrogen_bond_22(X))
& fn_atomic_nucleus_1(fn_hydrogen_bond_22(X)) = fn_atomic_nucleus_1(fn_hydrogen_bond_22(X))
& fn_atomic_nucleus_1(fn_hydrogen_bond_22(X)) = fn_attract_2(fn_hydrogen_bond_13(X))
& fn_attract_2(fn_hydrogen_bond_13(X)) = fn_chemical_bond_4(X)
& fn_chemical_bond_4(X) = fn_chemical_bond_4(X)
& fn_chemical_bond_4(X) = fn_atomic_nucleus_4(fn_hydrogen_bond_22(X))
& fn_atomic_nucleus_4(fn_hydrogen_bond_22(X)) = fn_atomic_nucleus_4(fn_hydrogen_bond_22(X))
& fn_atomic_nucleus_4(fn_hydrogen_bond_22(X)) = fn_electron_shell_2(fn_hydrogen_bond_20(X))
& fn_electron_shell_2(fn_hydrogen_bond_20(X)) = fn_atomic_nucleus_8(fn_hydrogen_bond_22(X))
& fn_atomic_nucleus_8(fn_hydrogen_bond_22(X)) = fn_atomic_nucleus_8(fn_hydrogen_bond_22(X))
& fn_atomic_nucleus_8(fn_hydrogen_bond_22(X)) = fn_attract_1(fn_hydrogen_bond_13(X))
& fn_attract_1(fn_hydrogen_bond_13(X)) = fn_molecule_7(fn_hydrogen_bond_10(X))
& fn_molecule_7(fn_hydrogen_bond_10(X)) = fn_molecule_7(fn_hydrogen_bond_10(X))
& fn_molecule_7(fn_hydrogen_bond_10(X)) = fn_chemical_bond_1(X)
& fn_chemical_bond_1(X) = fn_chemical_bond_1(X) ) ) ).
fof(a530229,axiom,
! [X] :
( hydrogen_cyanide_1(X)
=> ( original_name_2(X,'Hydrogen-Cyanide')
& user_description_2(X,'It is a chemical compound with chemical formula HCN. It is a colorless and extremely poisonous liquid.')
& concept2words_2(X,hcn)
& concept2words_2(X,'cyanide of hydrogen')
& concept2words_2(X,'hydrogen cyanide')
& concept2words_2(X,'hydrogen-cyanide')
& organic_molecule_1(X) ) ) ).
fof(a530230,axiom,
! [X] :
( hydrogen_ion_1(X)
=> ( original_name_2(X,'Hydrogen-Ion')
& user_description_2(X,'A hydrogen ion is formed by release of one electron from a hydrogen atom, resulting in an ion with a charge of +1.')
& concept2words_2(X,'h+')
& concept2words_2(X,'ion of hydrogen')
& concept2words_2(X,'hydrogen ion')
& concept2words_2(X,'hydrogen-ion')
& cation_1(X)
& monoatomic_ion_1(X)
& hydrogen_1(fn_hydrogen_ion_1(X))
& chemical_stability_value_1(fn_hydrogen_ion_2(X))
& mass_value_1(fn_hydrogen_ion_4(X))
& proton_1(fn_hydrogen_ion_6(X))
& charge_value_1(fn_hydrogen_ion_7(X))
& the_cardinal_value_2(fn_hydrogen_ion_4(X),"1.0e0")
& cardinal_unit_class_2(fn_hydrogen_ion_4(X),dalton_0)
& the_categorical_value_2(fn_hydrogen_ion_2(X),unstable_0)
& chemical_stability_2(X,fn_hydrogen_ion_2(X))
& exactCardinality(X,has_part_0,"0",electron_0)
& mass_2(X,fn_hydrogen_ion_4(X))
& the_cardinal_value_2(fn_hydrogen_ion_7(X),"1.0e0")
& cardinal_unit_class_2(fn_hydrogen_ion_7(X),unity_0)
& has_ion_2(fn_hydrogen_ion_1(X),X)
& has_state_2(fn_hydrogen_ion_1(X),X)
& has_part_2(X,fn_hydrogen_ion_6(X))
& charge_2(X,fn_hydrogen_ion_7(X))
& fn_hydrogen_ion_6(X) = fn_monoatomic_ion_1(X)
& fn_hydrogen_ion_6(X) = fn_cation_1(X)
& fn_hydrogen_ion_8(X) = fn_cation_4(X)
& fn_hydrogen_ion_7(X) = fn_cation_5(X)
& fn_monoatomic_ion_1(X) = fn_cation_1(X) ) ) ).
fof(a530231,axiom,
! [X] :
( hydrogen_ion_gradient_1(X)
=> ( original_name_2(X,'Hydrogen-Ion-Gradient')
& user_description_2(X,'A hydrogen ion gradient is a measurement of how the concentration of hydrogen ions change from one place to another, across a membrane.')
& concept2words_2(X,'proton gradient')
& concept2words_2(X,'ph gradient')
& concept2words_2(X,'hydrogen ion gradient')
& concept2words_2(X,'hydrogen-ion-gradient')
& electrochemical_gradient_1(X)
& proton_motive_force_1(fn_hydrogen_ion_gradient_1(X))
& possesses_2(X,fn_hydrogen_ion_gradient_1(X))
& fn_hydrogen_ion_gradient_1(X) = fn_gradient_1(X) ) ) ).
fof(a530232,axiom,
! [X] :
( hydrogen_isotope_1(X)
=> ( original_name_2(X,'Hydrogen-Isotope')
& user_description_2(X,'All the hydrogen isoptopes have 1 proton and 1 electron. They differ in their neutron number.')
& concept2words_2(X,'isotope of hydrogen')
& concept2words_2(X,'hydrogen isotope')
& concept2words_2(X,'hydrogen-isotope')
& non_metal_atom_1(X)
& isotope_1(X)
& hydrogen_1(fn_hydrogen_isotope_1(X))
& valence_value_1(fn_hydrogen_isotope_2(X))
& electronegativity_value_1(fn_hydrogen_isotope_3(X))
& proton_1(fn_hydrogen_isotope_6(X))
& atomic_number_value_1(fn_hydrogen_isotope_7(X))
& the_cardinal_value_2(fn_hydrogen_isotope_3(X),"2.1")
& cardinal_unit_class_2(fn_hydrogen_isotope_3(X),unity_0)
& the_cardinal_value_2(fn_hydrogen_isotope_2(X),"1.0e0")
& cardinal_unit_class_2(fn_hydrogen_isotope_2(X),unity_0)
& electronegativity_2(X,fn_hydrogen_isotope_3(X))
& valence_2(X,fn_hydrogen_isotope_2(X))
& exactCardinality(X,has_part_0,"1",electron_0)
& exactCardinality(X,has_part_0,"1",proton_0)
& minCardinality(X,has_part_0,"0",neutron_0)
& maxCardinality(X,has_part_0,"2",neutron_0)
& has_isotope_2(fn_hydrogen_isotope_1(X),X)
& has_state_2(fn_hydrogen_isotope_1(X),X)
& the_cardinal_value_2(fn_hydrogen_isotope_7(X),"1.0e0")
& cardinal_unit_class_2(fn_hydrogen_isotope_7(X),unity_0)
& has_part_2(X,fn_hydrogen_isotope_6(X))
& atomic_number_2(X,fn_hydrogen_isotope_7(X))
& called_2(fn_hydrogen_isotope_7(X),'Atomic_Number')
& fn_hydrogen_isotope_6(X) = fn_atom_8(X)
& fn_hydrogen_isotope_8(X) = fn_atom_12(X)
& fn_hydrogen_isotope_7(X) = fn_atom_17(X) ) ) ).
fof(a530233,axiom,
! [X] :
( hydrogen_molecule_1(X)
=> ( original_name_2(X,'Hydrogen-Molecule')
& user_description_2(X,'Two atoms of hydrogen constitute a hydrogen molecule.')
& concept2words_2(X,h2)
& concept2words_2(X,'molecule of hydrogen')
& concept2words_2(X,'hydrogen molecule')
& concept2words_2(X,'hydrogen-molecule')
& inorganic_molecule_1(X)
& ~ hydrogen_sulfide_1(X)
& ~ inorganic_acid_1(X)
& ~ inorganic_ion_1(X)
& ~ nitric_oxide_1(X)
& ~ oxygen_molecule_1(X)
& ~ sulfur_dioxide_1(X)
& share_1(fn_hydrogen_molecule_1(X))
& valence_electron_1(fn_hydrogen_molecule_2(X))
& valence_electron_1(fn_hydrogen_molecule_3(X))
& atomic_nucleus_1(fn_hydrogen_molecule_4(X))
& center_1(fn_hydrogen_molecule_5(X))
& electron_shell_1(fn_hydrogen_molecule_6(X))
& first_electron_shell_1(fn_hydrogen_molecule_6(X))
& atomic_nucleus_1(fn_hydrogen_molecule_7(X))
& electron_shell_1(fn_hydrogen_molecule_8(X))
& first_electron_shell_1(fn_hydrogen_molecule_8(X))
& center_1(fn_hydrogen_molecule_9(X))
& proton_1(fn_hydrogen_molecule_10(X))
& electron_1(fn_hydrogen_molecule_11(X))
& hold_together_1(fn_hydrogen_molecule_12(X))
& single_bond_1(fn_hydrogen_molecule_13(X))
& hold_together_1(fn_hydrogen_molecule_14(X))
& entity_1(fn_hydrogen_molecule_15(X))
& chemical_entity_1(fn_hydrogen_molecule_15(X))
& atom_1(fn_hydrogen_molecule_15(X))
& hydrogen_1(fn_hydrogen_molecule_15(X))
& entity_1(fn_hydrogen_molecule_16(X))
& chemical_entity_1(fn_hydrogen_molecule_16(X))
& atom_1(fn_hydrogen_molecule_16(X))
& hydrogen_1(fn_hydrogen_molecule_16(X))
& electron_1(fn_atomic_nucleus_8(fn_hydrogen_molecule_7(X)))
& electron_shell_1(fn_hydrogen_16(fn_hydrogen_molecule_16(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_hydrogen_molecule_16(X)))
& electron_shell_1(fn_hydrogen_16(fn_hydrogen_molecule_15(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_hydrogen_molecule_15(X)))
& proton_1(fn_hydrogen_13(fn_hydrogen_molecule_15(X)))
& hold_together_1(fn_covalent_bond_14(fn_hydrogen_molecule_13(X)))
& share_1(fn_covalent_bond_17(fn_hydrogen_molecule_13(X)))
& entity_1(fn_covalent_bond_20(fn_hydrogen_molecule_13(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_hydrogen_molecule_13(X)))
& atom_1(fn_covalent_bond_20(fn_hydrogen_molecule_13(X)))
& entity_1(fn_covalent_bond_19(fn_hydrogen_molecule_13(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_hydrogen_molecule_13(X)))
& atom_1(fn_covalent_bond_19(fn_hydrogen_molecule_13(X)))
& valence_electron_1(fn_hydrogen_12(fn_hydrogen_molecule_15(X)))
& valence_electron_1(fn_covalent_bond_15(fn_hydrogen_molecule_13(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_hydrogen_molecule_15(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_hydrogen_molecule_13(X)))
& center_1(fn_hydrogen_14(fn_hydrogen_molecule_15(X)))
& center_1(fn_covalent_bond_23(fn_hydrogen_molecule_13(X)))
& center_1(fn_hydrogen_14(fn_hydrogen_molecule_16(X)))
& center_1(fn_covalent_bond_21(fn_hydrogen_molecule_13(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_hydrogen_molecule_16(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_hydrogen_molecule_13(X)))
& valence_electron_1(fn_hydrogen_12(fn_hydrogen_molecule_16(X)))
& valence_electron_1(fn_covalent_bond_18(fn_hydrogen_molecule_13(X)))
& has_part_2(X,fn_hydrogen_molecule_15(X))
& fn_hydrogen_molecule_11(X) != fn_hydrogen_molecule_3(X)
& fn_hydrogen_molecule_8(X) != fn_hydrogen_molecule_6(X)
& fn_hydrogen_molecule_6(X) != fn_hydrogen_molecule_8(X)
& fn_hydrogen_molecule_3(X) != fn_hydrogen_molecule_11(X)
& fn_hydrogen_molecule_3(X) != fn_hydrogen_molecule_2(X)
& fn_hydrogen_molecule_2(X) != fn_hydrogen_molecule_3(X)
& has_part_2(X,fn_hydrogen_molecule_16(X))
& possesses_2(X,fn_hydrogen_molecule_13(X))
& is_between_2(fn_hydrogen_molecule_13(X),fn_hydrogen_molecule_15(X))
& is_near_2(fn_hydrogen_molecule_11(X),fn_hydrogen_molecule_7(X))
& is_near_2(fn_hydrogen_molecule_7(X),fn_hydrogen_molecule_11(X))
& object_2(fn_hydrogen_molecule_12(X),fn_hydrogen_molecule_15(X))
& object_2(fn_hydrogen_molecule_14(X),fn_hydrogen_molecule_16(X))
& object_2(fn_hydrogen_molecule_14(X),fn_hydrogen_molecule_15(X))
& is_between_2(fn_hydrogen_molecule_13(X),fn_hydrogen_molecule_16(X))
& fn_hydrogen_molecule_16(X) != fn_hydrogen_molecule_15(X)
& agent_2(fn_hydrogen_molecule_1(X),fn_hydrogen_molecule_15(X))
& agent_2(fn_hydrogen_molecule_1(X),fn_hydrogen_molecule_16(X))
& object_2(fn_hydrogen_molecule_12(X),fn_hydrogen_molecule_16(X))
& fn_hydrogen_molecule_15(X) != fn_hydrogen_molecule_16(X)
& has_region_2(fn_hydrogen_molecule_16(X),fn_hydrogen_molecule_5(X))
& has_region_2(fn_hydrogen_molecule_16(X),fn_hydrogen_molecule_4(X))
& is_inside_2(fn_hydrogen_molecule_4(X),fn_hydrogen_molecule_6(X))
& has_region_2(fn_hydrogen_molecule_16(X),fn_hydrogen_molecule_6(X))
& has_part_2(fn_hydrogen_molecule_16(X),fn_hydrogen_molecule_2(X))
& has_region_2(fn_hydrogen_molecule_15(X),fn_hydrogen_molecule_9(X))
& has_region_2(fn_hydrogen_molecule_15(X),fn_hydrogen_molecule_7(X))
& has_part_2(fn_hydrogen_molecule_15(X),fn_hydrogen_molecule_10(X))
& is_inside_2(fn_hydrogen_molecule_10(X),fn_hydrogen_molecule_7(X))
& is_inside_2(fn_hydrogen_molecule_7(X),fn_hydrogen_molecule_8(X))
& has_region_2(fn_hydrogen_molecule_15(X),fn_hydrogen_molecule_8(X))
& has_part_2(fn_hydrogen_molecule_15(X),fn_hydrogen_molecule_3(X))
& has_function_2(fn_hydrogen_molecule_13(X),fn_hydrogen_molecule_14(X))
& agent_2(fn_hydrogen_molecule_14(X),fn_hydrogen_molecule_13(X))
& object_2(fn_hydrogen_molecule_1(X),fn_hydrogen_molecule_3(X))
& is_at_2(fn_hydrogen_molecule_7(X),fn_hydrogen_molecule_9(X))
& is_near_2(fn_hydrogen_molecule_3(X),fn_hydrogen_molecule_7(X))
& is_near_2(fn_hydrogen_molecule_7(X),fn_hydrogen_molecule_3(X))
& fn_hydrogen_molecule_4(X) != fn_hydrogen_molecule_7(X)
& fn_hydrogen_molecule_7(X) != fn_hydrogen_molecule_4(X)
& result_2(fn_hydrogen_molecule_1(X),fn_hydrogen_molecule_13(X))
& object_2(fn_hydrogen_molecule_1(X),fn_hydrogen_molecule_2(X))
& is_near_2(fn_hydrogen_molecule_2(X),fn_hydrogen_molecule_4(X))
& is_at_2(fn_hydrogen_molecule_4(X),fn_hydrogen_molecule_5(X))
& fn_hydrogen_molecule_5(X) != fn_hydrogen_molecule_9(X)
& is_near_2(fn_hydrogen_molecule_4(X),fn_hydrogen_molecule_2(X))
& fn_hydrogen_molecule_9(X) != fn_hydrogen_molecule_5(X)
& fn_hydrogen_molecule_16(X) = fn_molecule_7(X)
& fn_hydrogen_molecule_15(X) = fn_molecule_11(X)
& fn_hydrogen_molecule_13(X) = fn_molecule_10(X)
& fn_hydrogen_molecule_11(X) = fn_atomic_nucleus_8(fn_hydrogen_molecule_7(X))
& fn_hydrogen_molecule_12(X) = fn_covalent_bond_14(fn_hydrogen_molecule_13(X))
& fn_hydrogen_molecule_15(X) = fn_covalent_bond_20(fn_hydrogen_molecule_13(X))
& fn_hydrogen_molecule_16(X) = fn_covalent_bond_19(fn_hydrogen_molecule_13(X))
& fn_hydrogen_molecule_16(X) = fn_covalent_bond_20(fn_hydrogen_molecule_13(X))
& fn_hydrogen_molecule_5(X) = fn_hydrogen_14(fn_hydrogen_molecule_16(X))
& fn_hydrogen_molecule_2(X) = fn_hydrogen_12(fn_hydrogen_molecule_16(X))
& fn_hydrogen_molecule_6(X) = fn_hydrogen_16(fn_hydrogen_molecule_16(X))
& fn_hydrogen_molecule_4(X) = fn_hydrogen_15(fn_hydrogen_molecule_16(X))
& fn_hydrogen_molecule_9(X) = fn_hydrogen_14(fn_hydrogen_molecule_15(X))
& fn_hydrogen_molecule_15(X) = fn_covalent_bond_19(fn_hydrogen_molecule_13(X))
& fn_hydrogen_molecule_3(X) = fn_covalent_bond_18(fn_hydrogen_molecule_13(X))
& fn_hydrogen_molecule_3(X) = fn_hydrogen_12(fn_hydrogen_molecule_15(X))
& fn_hydrogen_molecule_8(X) = fn_hydrogen_16(fn_hydrogen_molecule_15(X))
& fn_hydrogen_molecule_7(X) = fn_hydrogen_15(fn_hydrogen_molecule_15(X))
& fn_hydrogen_molecule_10(X) = fn_hydrogen_13(fn_hydrogen_molecule_15(X))
& fn_hydrogen_molecule_14(X) = fn_covalent_bond_14(fn_hydrogen_molecule_13(X))
& fn_hydrogen_molecule_3(X) = fn_covalent_bond_15(fn_hydrogen_molecule_13(X))
& fn_hydrogen_molecule_7(X) = fn_covalent_bond_24(fn_hydrogen_molecule_13(X))
& fn_hydrogen_molecule_5(X) = fn_covalent_bond_23(fn_hydrogen_molecule_13(X))
& fn_hydrogen_molecule_9(X) = fn_covalent_bond_21(fn_hydrogen_molecule_13(X))
& fn_hydrogen_molecule_9(X) = fn_covalent_bond_23(fn_hydrogen_molecule_13(X))
& fn_hydrogen_molecule_5(X) = fn_covalent_bond_21(fn_hydrogen_molecule_13(X))
& fn_hydrogen_molecule_4(X) = fn_covalent_bond_22(fn_hydrogen_molecule_13(X))
& fn_hydrogen_molecule_2(X) = fn_covalent_bond_18(fn_hydrogen_molecule_13(X))
& fn_hydrogen_molecule_1(X) = fn_covalent_bond_17(fn_hydrogen_molecule_13(X))
& fn_molecule_7(X) = fn_covalent_bond_20(fn_hydrogen_molecule_13(X))
& fn_covalent_bond_20(fn_hydrogen_molecule_13(X)) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_covalent_bond_19(fn_hydrogen_molecule_13(X))
& fn_covalent_bond_19(fn_hydrogen_molecule_13(X)) = fn_covalent_bond_20(fn_hydrogen_molecule_13(X))
& fn_covalent_bond_20(fn_hydrogen_molecule_13(X)) = fn_covalent_bond_20(fn_hydrogen_molecule_13(X))
& fn_covalent_bond_20(fn_hydrogen_molecule_13(X)) = fn_covalent_bond_19(fn_hydrogen_molecule_13(X))
& fn_covalent_bond_19(fn_hydrogen_molecule_13(X)) = fn_covalent_bond_19(fn_hydrogen_molecule_13(X))
& fn_covalent_bond_19(fn_hydrogen_molecule_13(X)) = fn_covalent_bond_18(fn_hydrogen_molecule_13(X))
& fn_covalent_bond_18(fn_hydrogen_molecule_13(X)) = fn_hydrogen_12(fn_hydrogen_molecule_15(X))
& fn_hydrogen_12(fn_hydrogen_molecule_15(X)) = fn_hydrogen_12(fn_hydrogen_molecule_15(X))
& fn_hydrogen_12(fn_hydrogen_molecule_15(X)) = fn_covalent_bond_15(fn_hydrogen_molecule_13(X))
& fn_covalent_bond_15(fn_hydrogen_molecule_13(X)) = fn_covalent_bond_15(fn_hydrogen_molecule_13(X))
& fn_covalent_bond_15(fn_hydrogen_molecule_13(X)) = fn_hydrogen_15(fn_hydrogen_molecule_15(X))
& fn_hydrogen_15(fn_hydrogen_molecule_15(X)) = fn_hydrogen_15(fn_hydrogen_molecule_15(X))
& fn_hydrogen_15(fn_hydrogen_molecule_15(X)) = fn_covalent_bond_24(fn_hydrogen_molecule_13(X))
& fn_covalent_bond_24(fn_hydrogen_molecule_13(X)) = fn_covalent_bond_24(fn_hydrogen_molecule_13(X))
& fn_covalent_bond_24(fn_hydrogen_molecule_13(X)) = fn_covalent_bond_21(fn_hydrogen_molecule_13(X))
& fn_hydrogen_14(fn_hydrogen_molecule_15(X)) = fn_covalent_bond_21(fn_hydrogen_molecule_13(X))
& fn_covalent_bond_21(fn_hydrogen_molecule_13(X)) = fn_hydrogen_14(fn_hydrogen_molecule_15(X))
& fn_hydrogen_14(fn_hydrogen_molecule_15(X)) = fn_covalent_bond_23(fn_hydrogen_molecule_13(X))
& fn_covalent_bond_23(fn_hydrogen_molecule_13(X)) = fn_covalent_bond_23(fn_hydrogen_molecule_13(X))
& fn_hydrogen_14(fn_hydrogen_molecule_16(X)) = fn_covalent_bond_23(fn_hydrogen_molecule_13(X))
& fn_covalent_bond_23(fn_hydrogen_molecule_13(X)) = fn_hydrogen_14(fn_hydrogen_molecule_16(X))
& fn_hydrogen_14(fn_hydrogen_molecule_16(X)) = fn_covalent_bond_21(fn_hydrogen_molecule_13(X))
& fn_covalent_bond_21(fn_hydrogen_molecule_13(X)) = fn_covalent_bond_21(fn_hydrogen_molecule_13(X))
& fn_covalent_bond_21(fn_hydrogen_molecule_13(X)) = fn_hydrogen_15(fn_hydrogen_molecule_16(X))
& fn_hydrogen_15(fn_hydrogen_molecule_16(X)) = fn_hydrogen_15(fn_hydrogen_molecule_16(X))
& fn_hydrogen_15(fn_hydrogen_molecule_16(X)) = fn_covalent_bond_22(fn_hydrogen_molecule_13(X))
& fn_covalent_bond_22(fn_hydrogen_molecule_13(X)) = fn_covalent_bond_22(fn_hydrogen_molecule_13(X))
& fn_covalent_bond_22(fn_hydrogen_molecule_13(X)) = fn_hydrogen_12(fn_hydrogen_molecule_16(X))
& fn_hydrogen_12(fn_hydrogen_molecule_16(X)) = fn_covalent_bond_18(fn_hydrogen_molecule_13(X))
& fn_covalent_bond_18(fn_hydrogen_molecule_13(X)) = fn_covalent_bond_18(fn_hydrogen_molecule_13(X)) ) ) ).
fof(a530234,axiom,
! [X] :
( hydrogen_peroxide_1(X)
=> ( original_name_2(X,'Hydrogen-Peroxide')
& user_description_2(X,'Hydrogen peroxide is a weak acid with strong oxidizing properties')
& concept2words_2(X,'peroxide of hydrogen')
& concept2words_2(X,'hydrogen peroxide')
& concept2words_2(X,'hydrogen-peroxide')
& molecule_1(X)
& state_value_1(fn_hydrogen_peroxide_1(X))
& oxygen_1(fn_hydrogen_peroxide_3(X))
& hydrogen_1(fn_hydrogen_peroxide_4(X))
& physical_state_2(X,fn_hydrogen_peroxide_1(X))
& has_part_2(X,fn_hydrogen_peroxide_3(X))
& exactCardinality(X,has_part_0,"2",hydrogen_0)
& exactCardinality(X,has_part_0,"2",oxygen_0)
& has_part_2(X,fn_hydrogen_peroxide_4(X))
& fn_hydrogen_peroxide_4(X) = fn_molecule_7(X) ) ) ).
fof(a530235,axiom,
! [X] :
( hydrogen_peroxide_substance_1(X)
=> ( original_name_2(X,'Hydrogen-Peroxide-Substance')
& user_description_2(X,'A substance consisting of hydrogen peroxide molecules.')
& concept2words_2(X,'hydrogen peroxide substance')
& concept2words_2(X,'hydrogen-peroxide-substance')
& weak_acid_1(X) ) ) ).
fof(a530236,axiom,
! [X] :
( hydrogen_sulfide_1(X)
=> ( original_name_2(X,'Hydrogen-Sulfide')
& user_description_2(X,'A colorless, very poisonous, flammable gas with the characteristic foul odor of rotten eggs. The formula for this compound is H2S.')
& concept2words_2(X,'sulfide of hydrogen')
& concept2words_2(X,'hydrogen sulfide')
& concept2words_2(X,'hydrogen-sulfide')
& covalent_compound_1(X)
& inorganic_molecule_1(X)
& ~ hydrogen_molecule_1(X)
& ~ inorganic_acid_1(X)
& ~ inorganic_ion_1(X)
& ~ nitric_oxide_1(X)
& ~ oxygen_molecule_1(X)
& ~ sulfur_dioxide_1(X)
& sulfur_1(fn_hydrogen_sulfide_1(X))
& smell_value_1(fn_hydrogen_sulfide_2(X))
& hydrogen_1(fn_hydrogen_sulfide_4(X))
& the_categorical_value_2(fn_hydrogen_sulfide_2(X),foul_0)
& has_part_2(X,fn_hydrogen_sulfide_1(X))
& exactCardinality(X,has_part_0,"2",hydrogen_0)
& exactCardinality(X,has_part_0,"1",sulfur_0)
& smell_2(X,fn_hydrogen_sulfide_2(X))
& has_part_2(X,fn_hydrogen_sulfide_4(X))
& fn_hydrogen_sulfide_4(X) = fn_molecule_7(X) ) ) ).
fof(a530237,axiom,
! [X] :
( hydrogenated_margarine_1(X)
=> ( original_name_2(X,'Hydrogenated-Margarine')
& user_description_2(X,'Vegetable oil which has been converted to solid form through the chemical process of hydrogenation. Hydrogenation increases the proportion of saturated fats in the oil, causing it to be solid at room temperature.')
& concept2words_2(X,'hydrogenated margarine')
& concept2words_2(X,'hydrogenated-margarine')
& saturated_fat_1(X)
& margarine_1(X)
& called_2(X,'FA1') ) ) ).
fof(a530238,axiom,
! [X] :
( hydrogenated_peanut_butter_1(X)
=> ( original_name_2(X,'Hydrogenated-Peanut-Butter')
& user_description_2(X,'Peanut butter in which the liquid fat has been converted to solid form through the chemical process of hydrogenation. Hydrogenation increases the proportion of saturated fats in the oil, causing it to be solid at room temperature.')
& concept2words_2(X,'hydrogenated peanut butter')
& concept2words_2(X,'hydrogenated-peanut-butter')
& peanut_butter_1(X)
& agricultural_process_1(fn_hydrogenated_peanut_butter_1(X))
& create_1(fn_hydrogenated_peanut_butter_2(X))
& agricultural_process_1(fn_hydrogenated_peanut_butter_3(X))
& chemical_entity_1(fn_hydrogenated_peanut_butter_4(X))
& unsaturated_fat_1(fn_hydrogenated_peanut_butter_4(X))
& hydrogenation_1(fn_hydrogenated_peanut_butter_5(X))
& create_1(fn_hydrogenated_peanut_butter_6(X))
& peanut_butter_1(fn_hydrogenated_peanut_butter_7(X))
& chemical_entity_1(fn_hydrogenated_peanut_butter_8(X))
& saturated_fat_1(fn_hydrogenated_peanut_butter_8(X))
& entity_1(fn_create_1(fn_hydrogenated_peanut_butter_6(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_hydrogenated_peanut_butter_5(X)))
& chemical_entity_1(fn_hydrogenation_2(fn_hydrogenated_peanut_butter_5(X)))
& unsaturated_fat_1(fn_peanut_butter_1(fn_hydrogenated_peanut_butter_7(X)))
& subevent_2(fn_hydrogenated_peanut_butter_1(X),fn_hydrogenated_peanut_butter_6(X))
& result_2(fn_hydrogenated_peanut_butter_1(X),X)
& result_2(fn_hydrogenated_peanut_butter_5(X),fn_hydrogenated_peanut_butter_8(X))
& raw_material_2(fn_hydrogenated_peanut_butter_5(X),fn_hydrogenated_peanut_butter_4(X))
& result_2(fn_hydrogenated_peanut_butter_6(X),X)
& has_part_2(X,fn_hydrogenated_peanut_butter_8(X))
& has_part_2(fn_hydrogenated_peanut_butter_7(X),fn_hydrogenated_peanut_butter_4(X))
& result_2(fn_hydrogenated_peanut_butter_2(X),X)
& subevent_2(fn_hydrogenated_peanut_butter_3(X),fn_hydrogenated_peanut_butter_2(X))
& result_2(fn_hydrogenated_peanut_butter_3(X),X)
& fn_hydrogenated_peanut_butter_8(X) = fn_chemical_reaction_1(fn_hydrogenated_peanut_butter_5(X))
& fn_hydrogenated_peanut_butter_4(X) = fn_hydrogenation_2(fn_hydrogenated_peanut_butter_5(X))
& X = fn_create_1(fn_hydrogenated_peanut_butter_6(X))
& fn_hydrogenated_peanut_butter_8(X) = fn_peanut_butter_2(X)
& fn_hydrogenated_peanut_butter_4(X) = fn_peanut_butter_1(fn_hydrogenated_peanut_butter_7(X))
& fn_hydrogenated_peanut_butter_3(X) = fn_agricultural_product_1(X)
& fn_hydrogenated_peanut_butter_2(X) = fn_agricultural_product_2(X)
& fn_chemical_reaction_1(fn_hydrogenated_peanut_butter_5(X)) = fn_peanut_butter_2(X)
& fn_peanut_butter_2(X) = fn_hydrogenation_2(fn_hydrogenated_peanut_butter_5(X))
& fn_hydrogenation_2(fn_hydrogenated_peanut_butter_5(X)) = fn_peanut_butter_1(fn_hydrogenated_peanut_butter_7(X)) ) ) ).
fof(a530239,axiom,
! [X] :
( hydrogenated_vegetable_oil_1(X)
=> ( original_name_2(X,'Hydrogenated-Vegetable-Oil')
& user_description_2(X,'Vegetable oil which has been treated by the process of hydrogenation and as a result contains a greater quantity of saturated fatty acids.')
& concept2words_2(X,'hydrogenated vegetable oil')
& concept2words_2(X,'hydrogenated-vegetable-oil')
& vegetable_oil_1(X)
& ~ saturated_animal_fat_1(X)
& saturated_fat_1(fn_hydrogenated_vegetable_oil_1(X))
& hydrogenation_1(fn_hydrogenated_vegetable_oil_2(X))
& chemical_entity_1(fn_hydrogenated_vegetable_oil_3(X))
& unsaturated_fat_1(fn_hydrogenated_vegetable_oil_3(X))
& vegetable_oil_1(fn_hydrogenated_vegetable_oil_4(X))
& chemical_entity_1(fn_chemical_reaction_1(fn_hydrogenated_vegetable_oil_2(X)))
& chemical_entity_1(fn_hydrogenation_2(fn_hydrogenated_vegetable_oil_2(X)))
& unsaturated_fat_1(fn_vegetable_oil_1(fn_hydrogenated_vegetable_oil_4(X)))
& has_part_2(X,fn_hydrogenated_vegetable_oil_1(X))
& result_2(fn_hydrogenated_vegetable_oil_2(X),fn_hydrogenated_vegetable_oil_1(X))
& raw_material_2(fn_hydrogenated_vegetable_oil_2(X),fn_hydrogenated_vegetable_oil_3(X))
& has_part_2(fn_hydrogenated_vegetable_oil_4(X),fn_hydrogenated_vegetable_oil_3(X))
& fn_hydrogenated_vegetable_oil_1(X) = fn_chemical_reaction_1(fn_hydrogenated_vegetable_oil_2(X))
& fn_hydrogenated_vegetable_oil_3(X) = fn_hydrogenation_2(fn_hydrogenated_vegetable_oil_2(X))
& fn_hydrogenated_vegetable_oil_3(X) = fn_vegetable_oil_1(fn_hydrogenated_vegetable_oil_4(X))
& fn_hydrogenation_2(fn_hydrogenated_vegetable_oil_2(X)) = fn_vegetable_oil_1(fn_hydrogenated_vegetable_oil_4(X)) ) ) ).
fof(a530240,axiom,
! [X] :
( hydrogenation_1(X)
=> ( original_name_2(X,'Hydrogenation')
& user_description_2(X,'The addition of hydrogen to another molecule or element.')
& concept2words_2(X,convert)
& concept2words_2(X,hydrogenate)
& concept2words_2(X,hydrogenation)
& chemical_reaction_1(X)
& hydrogen_1(fn_hydrogenation_1(X))
& chemical_entity_1(fn_hydrogenation_2(X))
& raw_material_2(X,fn_hydrogenation_1(X))
& raw_material_2(X,fn_hydrogenation_2(X))
& fn_hydrogenation_2(X) = fn_chemical_reaction_2(X) ) ) ).
fof(a530241,axiom,
! [X] :
( hydrogentation_1(X)
=> ( original_name_2(X,'Hydrogentation')
& user_description_2(X,'A chemical process in which hydrogen is added to a molecule. It is most commonly used to convert unsaturated fatty acids to saturated fatty acids in the food industry.')
& concept2words_2(X,hydrogentation)
& synthesis_reaction_1(X)
& unsaturated_fat_1(fn_hydrogentation_1(X))
& hydrogen_molecule_1(fn_hydrogentation_2(X))
& saturated_fat_1(fn_hydrogentation_3(X))
& raw_material_2(X,fn_hydrogentation_1(X))
& result_2(X,fn_hydrogentation_3(X))
& raw_material_2(X,fn_hydrogentation_2(X))
& fn_hydrogentation_3(X) = fn_chemical_reaction_1(X)
& fn_hydrogentation_2(X) = fn_chemical_reaction_2(X) ) ) ).
fof(a530242,axiom,
! [X] :
( hydrolase_1(X)
=> ( original_name_2(X,'Hydrolase')
& user_description_2(X,'Enzymes which catalyze the hydrolysis of various bonds')
& concept2words_2(X,hydrolase)
& protein_enzyme_1(X)
& hydrolysis_1(fn_hydrolase_1(X))
& has_function_2(X,fn_hydrolase_1(X))
& fn_hydrolase_1(X) = fn_enzyme_4(X) ) ) ).
fof(a530243,axiom,
! [X] :
( hydrolysis_1(X)
=> ( original_name_2(X,'Hydrolysis')
& user_description_2(X,'A chemical reaction that breaks a covalent bond between molecules by inserting water between them; often occurs in the catalysis of polymers to monomers.')
& concept2words_2(X,convert)
& concept2words_2(X,hydrolize)
& concept2words_2(X,hydrolysis)
& decomposition_reaction_1(X)
& exergonic_reaction_1(X)
& ~ gene_amplification_1(X)
& ~ anabolism_1(X)
& ~ antigen_presentation_1(X)
& ~ denaturation_1(X)
& ~ dna_methylation_1(X)
& ~ dynein_walking_1(X)
& ~ genetic_process_1(X)
& ~ protein_folding_1(X)
& chemical_entity_1(fn_hydrolysis_1(X))
& chemical_entity_1(fn_hydrolysis_2(X))
& hydrogen_1(fn_hydrolysis_3(X))
& oxygen_1(fn_hydrolysis_4(X))
& hydrogen_1(fn_hydrolysis_5(X))
& entity_1(fn_hydrolysis_6(X))
& chemical_entity_1(fn_hydrolysis_6(X))
& atom_1(fn_hydrolysis_6(X))
& oxygen_1(fn_hydrolysis_6(X))
& entity_1(fn_hydrolysis_7(X))
& atom_1(fn_hydrolysis_7(X))
& hydrogen_1(fn_hydrolysis_7(X))
& tangible_entity_1(fn_hydrolysis_8(X))
& entity_1(fn_hydrolysis_8(X))
& chemical_entity_1(fn_hydrolysis_8(X))
& atom_1(fn_hydrolysis_8(X))
& hydrogen_1(fn_hydrolysis_8(X))
& chemical_entity_1(fn_hydrolysis_9(X))
& water_molecule_1(fn_hydrolysis_10(X))
& chemical_entity_1(fn_hydrolysis_11(X))
& activation_energy_1(fn_hydrolysis_12(X))
& hydroxyl_group_1(fn_hydrolysis_13(X))
& chemical_energy_1(fn_hydrolysis_14(X))
& quantity_value_1(fn_hydrolysis_15(X))
& quantity_value_1(fn_hydrolysis_16(X))
& chemical_energy_1(fn_hydrolysis_17(X))
& entity_1(fn_water_molecule_63(fn_hydrolysis_10(X)))
& atom_1(fn_water_molecule_63(fn_hydrolysis_10(X)))
& hydrogen_1(fn_water_molecule_63(fn_hydrolysis_10(X)))
& tangible_entity_1(fn_water_molecule_64(fn_hydrolysis_10(X)))
& entity_1(fn_water_molecule_64(fn_hydrolysis_10(X)))
& chemical_entity_1(fn_water_molecule_64(fn_hydrolysis_10(X)))
& atom_1(fn_water_molecule_64(fn_hydrolysis_10(X)))
& hydrogen_1(fn_water_molecule_64(fn_hydrolysis_10(X)))
& entity_1(fn_water_molecule_72(fn_hydrolysis_10(X)))
& chemical_entity_1(fn_water_molecule_72(fn_hydrolysis_10(X)))
& atom_1(fn_water_molecule_72(fn_hydrolysis_10(X)))
& oxygen_1(fn_water_molecule_72(fn_hydrolysis_10(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_hydrolysis_13(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_hydrolysis_13(X)))
& has_state_2(fn_hydrolysis_6(X),fn_hydrolysis_4(X))
& has_state_2(fn_hydrolysis_7(X),fn_hydrolysis_5(X))
& has_state_2(fn_hydrolysis_8(X),fn_hydrolysis_3(X))
& fn_hydrolysis_9(X) != fn_hydrolysis_1(X)
& has_part_2(fn_hydrolysis_9(X),fn_hydrolysis_3(X))
& raw_material_2(X,fn_hydrolysis_10(X))
& fn_hydrolysis_10(X) != fn_hydrolysis_11(X)
& fn_hydrolysis_11(X) != fn_hydrolysis_10(X)
& has_part_2(fn_hydrolysis_11(X),fn_hydrolysis_1(X))
& has_part_2(fn_hydrolysis_11(X),fn_hydrolysis_2(X))
& has_state_2(fn_hydrolysis_1(X),fn_hydrolysis_9(X))
& fn_hydrolysis_1(X) != fn_hydrolysis_9(X)
& raw_material_2(X,fn_hydrolysis_12(X))
& has_part_2(fn_hydrolysis_10(X),fn_hydrolysis_7(X))
& has_part_2(fn_hydrolysis_10(X),fn_hydrolysis_8(X))
& has_part_2(fn_hydrolysis_10(X),fn_hydrolysis_6(X))
& is_inside_2(fn_hydrolysis_5(X),fn_hydrolysis_13(X))
& is_inside_2(fn_hydrolysis_4(X),fn_hydrolysis_13(X))
& fn_hydrolysis_5(X) != fn_hydrolysis_4(X)
& fn_hydrolysis_4(X) != fn_hydrolysis_5(X)
& result_2(X,fn_hydrolysis_9(X))
& possesses_2(fn_hydrolysis_9(X),fn_hydrolysis_14(X))
& raw_material_2(X,fn_hydrolysis_11(X))
& possesses_2(fn_hydrolysis_11(X),fn_hydrolysis_17(X))
& quantity_2(fn_hydrolysis_17(X),fn_hydrolysis_16(X))
& greater_than_2(fn_hydrolysis_16(X),fn_hydrolysis_15(X))
& quantity_2(fn_hydrolysis_14(X),fn_hydrolysis_15(X))
& fn_hydrolysis_12(X) = fn_decomposition_reaction_1(X)
& fn_hydrolysis_7(X) = fn_water_molecule_63(fn_hydrolysis_10(X))
& fn_hydrolysis_8(X) = fn_water_molecule_64(fn_hydrolysis_10(X))
& fn_hydrolysis_6(X) = fn_water_molecule_72(fn_hydrolysis_10(X))
& fn_hydrolysis_5(X) = fn_hydroxyl_group_6(fn_hydrolysis_13(X))
& fn_hydrolysis_4(X) = fn_hydroxyl_group_4(fn_hydrolysis_13(X))
& fn_hydrolysis_19(X) = fn_exergonic_reaction_1(X)
& fn_hydrolysis_18(X) = fn_exergonic_reaction_2(X)
& fn_hydrolysis_9(X) = fn_decomposition_reaction_2(X)
& fn_hydrolysis_9(X) = fn_decomposition_reaction_4(X)
& fn_hydrolysis_9(X) = fn_exergonic_reaction_11(X)
& fn_hydrolysis_14(X) = fn_exergonic_reaction_6(X)
& fn_hydrolysis_15(X) = fn_exergonic_reaction_5(X)
& fn_hydrolysis_16(X) = fn_exergonic_reaction_4(X)
& fn_hydrolysis_17(X) = fn_exergonic_reaction_3(X)
& fn_hydrolysis_11(X) = fn_decomposition_reaction_5(X)
& fn_hydrolysis_11(X) = fn_exergonic_reaction_10(X)
& fn_decomposition_reaction_2(X) = fn_decomposition_reaction_4(X)
& fn_exergonic_reaction_11(X) = fn_decomposition_reaction_4(X)
& fn_decomposition_reaction_4(X) = fn_exergonic_reaction_11(X)
& fn_exergonic_reaction_11(X) = fn_exergonic_reaction_10(X)
& fn_exergonic_reaction_10(X) = fn_decomposition_reaction_5(X)
& fn_decomposition_reaction_5(X) = fn_exergonic_reaction_10(X) ) ) ).
fof(a530244,axiom,
! [X] :
( hydrolysis_of_starch_1(X)
=> ( original_name_2(X,'Hydrolysis-Of-Starch')
& user_description_2(X,'The enzymatic digestion of starch in organisms. Amylase is the enzyme which catalyzes starch breakdown.')
& concept2words_2(X,hydrolyze)
& concept2words_2(X,convert)
& concept2words_2(X,'starch hydrolysis')
& concept2words_2(X,'starch-hydrolysis')
& concept2words_2(X,'hydrolysis of starch')
& concept2words_2(X,'hydrolysis-of-starch')
& storage_polysaccharide_breakdown_1(X)
& waste_product_1(fn_hydrolysis_of_starch_5(X))
& tangible_entity_1(fn_hydrolysis_of_starch_6(X))
& free_energy_1(fn_hydrolysis_of_starch_6(X))
& hydrolysis_1(fn_hydrolysis_of_starch_7(X))
& catalyst_1(fn_hydrolysis_of_starch_8(X))
& monomer_1(fn_hydrolysis_of_starch_9(X))
& alpha_glucose_1(fn_hydrolysis_of_starch_9(X))
& amylase_1(fn_hydrolysis_of_starch_10(X))
& decrease_1(fn_hydrolysis_of_starch_11(X))
& active_site_1(fn_hydrolysis_of_starch_12(X))
& quantity_value_1(fn_hydrolysis_of_starch_13(X))
& quantity_value_1(fn_hydrolysis_of_starch_14(X))
& entity_1(fn_hydrolysis_of_starch_15(X))
& atom_1(fn_hydrolysis_of_starch_15(X))
& chemical_entity_1(fn_hydrolysis_of_starch_15(X))
& hydrogen_1(fn_hydrolysis_of_starch_15(X))
& structural_complexity_value_1(fn_hydrolysis_of_starch_16(X))
& chemical_energy_1(fn_hydrolysis_of_starch_17(X))
& carbon_1(fn_hydrolysis_of_starch_18(X))
& atom_1(fn_hydrolysis_of_starch_19(X))
& chemical_entity_1(fn_hydrolysis_of_starch_19(X))
& structural_complexity_value_1(fn_hydrolysis_of_starch_20(X))
& chemical_energy_1(fn_hydrolysis_of_starch_21(X))
& chemical_entity_1(fn_hydrolysis_of_starch_22(X))
& entity_1(fn_hydrolysis_of_starch_22(X))
& atom_1(fn_hydrolysis_of_starch_22(X))
& hydrogen_1(fn_hydrolysis_of_starch_22(X))
& chemical_entity_1(fn_hydrolysis_of_starch_23(X))
& water_molecule_1(fn_hydrolysis_of_starch_23(X))
& starch_1(fn_hydrolysis_of_starch_24(X))
& reactant_1(fn_hydrolysis_of_starch_25(X))
& chemical_entity_1(fn_hydrolysis_of_starch_26(X))
& entity_1(fn_hydrolysis_of_starch_27(X))
& atom_1(fn_hydrolysis_of_starch_27(X))
& chemical_entity_1(fn_hydrolysis_of_starch_27(X))
& oxygen_1(fn_hydrolysis_of_starch_27(X))
& entity_1(fn_hydrolysis_of_starch_28(X))
& chemical_entity_1(fn_hydrolysis_of_starch_28(X))
& atom_1(fn_hydrolysis_of_starch_28(X))
& oxygen_1(fn_hydrolysis_of_starch_28(X))
& chemical_entity_1(fn_reactant_3(fn_hydrolysis_of_starch_25(X)))
& property_node_1(fn_glucose_isomer_2(fn_hydrolysis_of_starch_9(X)))
& property_node_1(fn_exergonic_reaction_1(fn_hydrolysis_of_starch_7(X)))
& quantity_value_1(fn_exergonic_reaction_5(fn_hydrolysis_of_starch_7(X)))
& quantity_value_1(fn_exergonic_reaction_4(fn_hydrolysis_of_starch_7(X)))
& chemical_energy_1(fn_exergonic_reaction_3(fn_hydrolysis_of_starch_7(X)))
& reactant_1(fn_enzyme_7(fn_hydrolysis_of_starch_10(X)))
& catalyst_1(fn_enzyme_6(fn_hydrolysis_of_starch_10(X)))
& active_site_1(fn_enzyme_2(fn_hydrolysis_of_starch_10(X)))
& decrease_1(fn_enzyme_5(fn_hydrolysis_of_starch_10(X)))
& atom_1(fn_organic_molecule_2(fn_hydrolysis_of_starch_24(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_hydrolysis_of_starch_24(X)))
& carbon_1(fn_organic_molecule_1(fn_hydrolysis_of_starch_24(X)))
& entity_1(fn_hydrolysis_6(fn_hydrolysis_of_starch_7(X)))
& chemical_entity_1(fn_hydrolysis_6(fn_hydrolysis_of_starch_7(X)))
& atom_1(fn_hydrolysis_6(fn_hydrolysis_of_starch_7(X)))
& oxygen_1(fn_hydrolysis_6(fn_hydrolysis_of_starch_7(X)))
& tangible_entity_1(fn_waste_1(fn_hydrolysis_of_starch_5(X)))
& structural_complexity_value_1(fn_glucose_isomer_4(fn_hydrolysis_of_starch_9(X)))
& chemical_reaction_1(fn_reactant_2(fn_hydrolysis_of_starch_25(X)))
& chemical_reaction_1(fn_enzyme_4(fn_hydrolysis_of_starch_10(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_hydrolysis_of_starch_7(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_hydrolysis_of_starch_7(X)))
& entity_1(fn_aldose_4(fn_hydrolysis_of_starch_9(X)))
& atom_1(fn_aldose_4(fn_hydrolysis_of_starch_9(X)))
& chemical_entity_1(fn_aldose_4(fn_hydrolysis_of_starch_9(X)))
& oxygen_1(fn_aldose_4(fn_hydrolysis_of_starch_9(X)))
& entity_1(fn_monosaccharide_18(fn_hydrolysis_of_starch_9(X)))
& atom_1(fn_monosaccharide_18(fn_hydrolysis_of_starch_9(X)))
& chemical_entity_1(fn_monosaccharide_18(fn_hydrolysis_of_starch_9(X)))
& oxygen_1(fn_monosaccharide_18(fn_hydrolysis_of_starch_9(X)))
& entity_1(fn_hexose_4(fn_hydrolysis_of_starch_9(X)))
& chemical_entity_1(fn_hexose_4(fn_hydrolysis_of_starch_9(X)))
& atom_1(fn_hexose_4(fn_hydrolysis_of_starch_9(X)))
& oxygen_1(fn_hexose_4(fn_hydrolysis_of_starch_9(X)))
& entity_1(fn_hexose_12(fn_hydrolysis_of_starch_9(X)))
& atom_1(fn_hexose_12(fn_hydrolysis_of_starch_9(X)))
& chemical_entity_1(fn_hexose_12(fn_hydrolysis_of_starch_9(X)))
& oxygen_1(fn_hexose_12(fn_hydrolysis_of_starch_9(X)))
& entity_1(fn_aldose_9(fn_hydrolysis_of_starch_9(X)))
& chemical_entity_1(fn_aldose_9(fn_hydrolysis_of_starch_9(X)))
& atom_1(fn_aldose_9(fn_hydrolysis_of_starch_9(X)))
& oxygen_1(fn_aldose_9(fn_hydrolysis_of_starch_9(X)))
& oxygen_1(fn_hydrolysis_4(fn_hydrolysis_of_starch_7(X)))
& entity_1(fn_monosaccharide_9(fn_hydrolysis_of_starch_9(X)))
& chemical_entity_1(fn_monosaccharide_9(fn_hydrolysis_of_starch_9(X)))
& atom_1(fn_monosaccharide_9(fn_hydrolysis_of_starch_9(X)))
& hydrogen_1(fn_monosaccharide_9(fn_hydrolysis_of_starch_9(X)))
& entity_1(fn_hexose_3(fn_hydrolysis_of_starch_9(X)))
& chemical_entity_1(fn_hexose_3(fn_hydrolysis_of_starch_9(X)))
& atom_1(fn_hexose_3(fn_hydrolysis_of_starch_9(X)))
& hydrogen_1(fn_hexose_3(fn_hydrolysis_of_starch_9(X)))
& entity_1(fn_aldose_3(fn_hydrolysis_of_starch_9(X)))
& chemical_entity_1(fn_aldose_3(fn_hydrolysis_of_starch_9(X)))
& atom_1(fn_aldose_3(fn_hydrolysis_of_starch_9(X)))
& hydrogen_1(fn_aldose_3(fn_hydrolysis_of_starch_9(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_hydrolysis_of_starch_7(X)))
& hydrogen_1(fn_hydrolysis_5(fn_hydrolysis_of_starch_7(X)))
& chemical_entity_1(fn_hydrolysis_1(fn_hydrolysis_of_starch_7(X)))
& entity_1(fn_hydrolysis_7(fn_hydrolysis_of_starch_7(X)))
& atom_1(fn_hydrolysis_7(fn_hydrolysis_of_starch_7(X)))
& hydrogen_1(fn_hydrolysis_7(fn_hydrolysis_of_starch_7(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_hydrolysis_of_starch_7(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_hydrolysis_of_starch_7(X)))
& water_molecule_1(fn_hydrolysis_10(fn_hydrolysis_of_starch_7(X)))
& in_event_2(fn_hydrolysis_of_starch_5(X),X)
& raw_material_2(fn_hydrolysis_of_starch_7(X),fn_hydrolysis_of_starch_24(X))
& result_2(fn_hydrolysis_of_starch_7(X),fn_hydrolysis_of_starch_9(X))
& minCardinality(fn_hydrolysis_of_starch_7(X),result_0,"2",alpha_glucose_0)
& fn_hydrolysis_of_starch_9(X) != fn_hydrolysis_of_starch_19(X)
& fn_hydrolysis_of_starch_9(X) != fn_hydrolysis_of_starch_18(X)
& possesses_2(fn_hydrolysis_of_starch_9(X),fn_hydrolysis_of_starch_17(X))
& subevent_2(X,fn_hydrolysis_of_starch_7(X))
& has_state_2(fn_hydrolysis_of_starch_18(X),fn_hydrolysis_of_starch_9(X))
& fn_hydrolysis_of_starch_18(X) != fn_hydrolysis_of_starch_9(X)
& has_state_2(fn_hydrolysis_of_starch_19(X),fn_hydrolysis_of_starch_9(X))
& fn_hydrolysis_of_starch_19(X) != fn_hydrolysis_of_starch_9(X)
& fn_hydrolysis_of_starch_23(X) != fn_hydrolysis_of_starch_24(X)
& structural_complexity_2(fn_hydrolysis_of_starch_24(X),fn_hydrolysis_of_starch_20(X))
& possesses_2(fn_hydrolysis_of_starch_24(X),fn_hydrolysis_of_starch_21(X))
& fn_hydrolysis_of_starch_24(X) != fn_hydrolysis_of_starch_23(X)
& plays_2(fn_hydrolysis_of_starch_6(X),fn_hydrolysis_of_starch_5(X))
& plays_2(fn_hydrolysis_of_starch_24(X),fn_hydrolysis_of_starch_25(X))
& raw_material_2(X,fn_hydrolysis_of_starch_24(X))
& has_part_2(fn_hydrolysis_of_starch_9(X),fn_hydrolysis_of_starch_15(X))
& has_part_2(fn_hydrolysis_of_starch_9(X),fn_hydrolysis_of_starch_27(X))
& result_2(X,fn_hydrolysis_of_starch_6(X))
& result_2(X,fn_hydrolysis_of_starch_9(X))
& greater_than_2(fn_hydrolysis_of_starch_20(X),fn_hydrolysis_of_starch_16(X))
& structural_complexity_2(fn_hydrolysis_of_starch_9(X),fn_hydrolysis_of_starch_16(X))
& quantity_2(fn_hydrolysis_of_starch_17(X),fn_hydrolysis_of_starch_14(X))
& raw_material_2(X,fn_hydrolysis_of_starch_23(X))
& possesses_2(fn_hydrolysis_of_starch_23(X),fn_hydrolysis_of_starch_21(X))
& quantity_2(fn_hydrolysis_of_starch_21(X),fn_hydrolysis_of_starch_13(X))
& greater_than_2(fn_hydrolysis_of_starch_13(X),fn_hydrolysis_of_starch_14(X))
& has_function_2(fn_hydrolysis_of_starch_10(X),X)
& has_region_2(fn_hydrolysis_of_starch_10(X),fn_hydrolysis_of_starch_12(X))
& plays_2(fn_hydrolysis_of_starch_10(X),fn_hydrolysis_of_starch_8(X))
& in_event_2(fn_hydrolysis_of_starch_8(X),X)
& in_event_2(fn_hydrolysis_of_starch_25(X),X)
& has_function_2(fn_hydrolysis_of_starch_10(X),fn_hydrolysis_of_starch_11(X))
& enables_2(fn_hydrolysis_of_starch_11(X),X)
& site_2(X,fn_hydrolysis_of_starch_12(X))
& has_part_2(fn_hydrolysis_of_starch_24(X),fn_hydrolysis_of_starch_19(X))
& has_part_2(fn_hydrolysis_of_starch_24(X),fn_hydrolysis_of_starch_18(X))
& fn_hydrolysis_of_starch_19(X) != fn_hydrolysis_of_starch_18(X)
& fn_hydrolysis_of_starch_18(X) != fn_hydrolysis_of_starch_19(X)
& result_2(fn_hydrolysis_of_starch_7(X),fn_hydrolysis_of_starch_26(X))
& has_state_2(fn_hydrolysis_of_starch_28(X),fn_hydrolysis_of_starch_27(X))
& has_part_2(fn_hydrolysis_of_starch_23(X),fn_hydrolysis_of_starch_28(X))
& raw_material_2(fn_hydrolysis_of_starch_7(X),fn_hydrolysis_of_starch_23(X))
& has_part_2(fn_hydrolysis_of_starch_23(X),fn_hydrolysis_of_starch_22(X))
& has_state_2(fn_hydrolysis_of_starch_22(X),fn_hydrolysis_of_starch_15(X))
& fn_hydrolysis_of_starch_27(X) != fn_hydrolysis_of_starch_15(X)
& fn_hydrolysis_of_starch_15(X) != fn_hydrolysis_of_starch_27(X)
& fn_hydrolysis_of_starch_6(X) = fn_waste_1(fn_hydrolysis_of_starch_5(X))
& X = fn_reactant_2(fn_hydrolysis_of_starch_25(X))
& fn_hydrolysis_of_starch_24(X) = fn_reactant_3(fn_hydrolysis_of_starch_25(X))
& fn_hydrolysis_of_starch_27(X) = fn_aldose_4(fn_hydrolysis_of_starch_9(X))
& fn_hydrolysis_of_starch_6(X) = fn_catabolic_pathway_11(X)
& fn_hydrolysis_of_starch_2(X) = fn_catabolic_pathway_5(X)
& fn_hydrolysis_of_starch_20(X) = fn_catabolic_pathway_4(X)
& fn_hydrolysis_of_starch_1(X) = fn_glucose_isomer_2(fn_hydrolysis_of_starch_9(X))
& fn_hydrolysis_of_starch_9(X) = fn_catabolic_pathway_9(X)
& fn_hydrolysis_of_starch_16(X) = fn_catabolic_pathway_2(X)
& fn_hydrolysis_of_starch_16(X) = fn_glucose_isomer_4(fn_hydrolysis_of_starch_9(X))
& fn_hydrolysis_of_starch_17(X) = fn_exergonic_reaction_6(X)
& fn_hydrolysis_of_starch_3(X) = fn_exergonic_reaction_2(X)
& fn_hydrolysis_of_starch_4(X) = fn_exergonic_reaction_1(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_of_starch_4(X) = fn_exergonic_reaction_1(X)
& fn_hydrolysis_of_starch_14(X) = fn_exergonic_reaction_5(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_of_starch_14(X) = fn_exergonic_reaction_5(X)
& fn_hydrolysis_of_starch_13(X) = fn_exergonic_reaction_4(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_of_starch_13(X) = fn_exergonic_reaction_4(X)
& fn_hydrolysis_of_starch_21(X) = fn_exergonic_reaction_3(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_of_starch_21(X) = fn_exergonic_reaction_3(X)
& fn_hydrolysis_of_starch_23(X) = fn_exergonic_reaction_10(X)
& fn_hydrolysis_of_starch_25(X) = fn_enzyme_7(fn_hydrolysis_of_starch_10(X))
& fn_hydrolysis_of_starch_8(X) = fn_enzyme_6(fn_hydrolysis_of_starch_10(X))
& fn_hydrolysis_of_starch_12(X) = fn_enzyme_2(fn_hydrolysis_of_starch_10(X))
& X = fn_enzyme_4(fn_hydrolysis_of_starch_10(X))
& fn_hydrolysis_of_starch_11(X) = fn_enzyme_5(fn_hydrolysis_of_starch_10(X))
& fn_hydrolysis_of_starch_19(X) = fn_organic_molecule_2(fn_hydrolysis_of_starch_24(X))
& fn_hydrolysis_of_starch_18(X) = fn_organic_molecule_1(fn_hydrolysis_of_starch_24(X))
& fn_hydrolysis_of_starch_26(X) = fn_decomposition_reaction_4(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_of_starch_26(X) = fn_exergonic_reaction_11(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_of_starch_26(X) = fn_hydrolysis_9(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_of_starch_28(X) = fn_hydrolysis_6(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_of_starch_15(X) = fn_monosaccharide_9(fn_hydrolysis_of_starch_9(X))
& fn_hydrolysis_of_starch_27(X) = fn_monosaccharide_18(fn_hydrolysis_of_starch_9(X))
& fn_hydrolysis_of_starch_27(X) = fn_hexose_12(fn_hydrolysis_of_starch_9(X))
& fn_hydrolysis_of_starch_15(X) = fn_hexose_3(fn_hydrolysis_of_starch_9(X))
& fn_hydrolysis_of_starch_27(X) = fn_hexose_4(fn_hydrolysis_of_starch_9(X))
& fn_hydrolysis_of_starch_15(X) = fn_aldose_3(fn_hydrolysis_of_starch_9(X))
& fn_hydrolysis_of_starch_27(X) = fn_aldose_9(fn_hydrolysis_of_starch_9(X))
& fn_hydrolysis_of_starch_27(X) = fn_hydrolysis_1(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_of_starch_27(X) = fn_hydrolysis_4(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_of_starch_15(X) = fn_hydrolysis_9(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_of_starch_15(X) = fn_hydrolysis_5(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_of_starch_22(X) = fn_hydrolysis_1(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_of_starch_22(X) = fn_hydrolysis_7(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_of_starch_23(X) = fn_hydrolysis_11(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_of_starch_23(X) = fn_exergonic_reaction_10(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_of_starch_23(X) = fn_hydrolysis_10(fn_hydrolysis_of_starch_7(X))
& fn_waste_1(fn_hydrolysis_of_starch_5(X)) = fn_catabolic_pathway_11(X)
& fn_catabolic_pathway_11(X) = fn_catabolic_pathway_2(X)
& fn_glucose_isomer_4(fn_hydrolysis_of_starch_9(X)) = fn_catabolic_pathway_2(X)
& fn_catabolic_pathway_2(X) = fn_glucose_isomer_4(fn_hydrolysis_of_starch_9(X))
& fn_glucose_isomer_4(fn_hydrolysis_of_starch_9(X)) = fn_reactant_2(fn_hydrolysis_of_starch_25(X))
& fn_reactant_2(fn_hydrolysis_of_starch_25(X)) = fn_enzyme_4(fn_hydrolysis_of_starch_10(X))
& fn_enzyme_4(fn_hydrolysis_of_starch_10(X)) = fn_enzyme_4(fn_hydrolysis_of_starch_10(X))
& fn_enzyme_4(fn_hydrolysis_of_starch_10(X)) = fn_decomposition_reaction_4(fn_hydrolysis_of_starch_7(X))
& fn_decomposition_reaction_4(fn_hydrolysis_of_starch_7(X)) = fn_exergonic_reaction_11(fn_hydrolysis_of_starch_7(X))
& fn_exergonic_reaction_11(fn_hydrolysis_of_starch_7(X)) = fn_exergonic_reaction_11(fn_hydrolysis_of_starch_7(X))
& fn_exergonic_reaction_11(fn_hydrolysis_of_starch_7(X)) = fn_hydrolysis_9(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_9(fn_hydrolysis_of_starch_7(X)) = fn_aldose_4(fn_hydrolysis_of_starch_9(X))
& fn_aldose_4(fn_hydrolysis_of_starch_9(X)) = fn_monosaccharide_18(fn_hydrolysis_of_starch_9(X))
& fn_monosaccharide_18(fn_hydrolysis_of_starch_9(X)) = fn_monosaccharide_18(fn_hydrolysis_of_starch_9(X))
& fn_hexose_4(fn_hydrolysis_of_starch_9(X)) = fn_monosaccharide_18(fn_hydrolysis_of_starch_9(X))
& fn_monosaccharide_18(fn_hydrolysis_of_starch_9(X)) = fn_hexose_4(fn_hydrolysis_of_starch_9(X))
& fn_hexose_4(fn_hydrolysis_of_starch_9(X)) = fn_hexose_4(fn_hydrolysis_of_starch_9(X))
& fn_hexose_12(fn_hydrolysis_of_starch_9(X)) = fn_hexose_12(fn_hydrolysis_of_starch_9(X))
& fn_hexose_12(fn_hydrolysis_of_starch_9(X)) = fn_hexose_4(fn_hydrolysis_of_starch_9(X))
& fn_hexose_4(fn_hydrolysis_of_starch_9(X)) = fn_hexose_12(fn_hydrolysis_of_starch_9(X))
& fn_aldose_9(fn_hydrolysis_of_starch_9(X)) = fn_hexose_12(fn_hydrolysis_of_starch_9(X))
& fn_hexose_12(fn_hydrolysis_of_starch_9(X)) = fn_aldose_9(fn_hydrolysis_of_starch_9(X))
& fn_aldose_9(fn_hydrolysis_of_starch_9(X)) = fn_aldose_9(fn_hydrolysis_of_starch_9(X))
& fn_hydrolysis_1(fn_hydrolysis_of_starch_7(X)) = fn_aldose_9(fn_hydrolysis_of_starch_9(X))
& fn_aldose_9(fn_hydrolysis_of_starch_9(X)) = fn_hydrolysis_1(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_4(fn_hydrolysis_of_starch_7(X)) = fn_hydrolysis_1(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_1(fn_hydrolysis_of_starch_7(X)) = fn_hydrolysis_4(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_4(fn_hydrolysis_of_starch_7(X)) = fn_monosaccharide_9(fn_hydrolysis_of_starch_9(X))
& fn_monosaccharide_9(fn_hydrolysis_of_starch_9(X)) = fn_monosaccharide_9(fn_hydrolysis_of_starch_9(X))
& fn_hexose_3(fn_hydrolysis_of_starch_9(X)) = fn_monosaccharide_9(fn_hydrolysis_of_starch_9(X))
& fn_monosaccharide_9(fn_hydrolysis_of_starch_9(X)) = fn_hexose_3(fn_hydrolysis_of_starch_9(X))
& fn_aldose_3(fn_hydrolysis_of_starch_9(X)) = fn_hexose_3(fn_hydrolysis_of_starch_9(X))
& fn_hexose_3(fn_hydrolysis_of_starch_9(X)) = fn_hexose_3(fn_hydrolysis_of_starch_9(X))
& fn_hexose_3(fn_hydrolysis_of_starch_9(X)) = fn_aldose_3(fn_hydrolysis_of_starch_9(X))
& fn_aldose_3(fn_hydrolysis_of_starch_9(X)) = fn_aldose_3(fn_hydrolysis_of_starch_9(X))
& fn_hydrolysis_9(fn_hydrolysis_of_starch_7(X)) = fn_aldose_3(fn_hydrolysis_of_starch_9(X))
& fn_aldose_3(fn_hydrolysis_of_starch_9(X)) = fn_hydrolysis_9(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_9(fn_hydrolysis_of_starch_7(X)) = fn_hydrolysis_9(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_5(fn_hydrolysis_of_starch_7(X)) = fn_hydrolysis_9(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_9(fn_hydrolysis_of_starch_7(X)) = fn_hydrolysis_5(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_5(fn_hydrolysis_of_starch_7(X)) = fn_hydrolysis_1(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_7(fn_hydrolysis_of_starch_7(X)) = fn_hydrolysis_1(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_1(fn_hydrolysis_of_starch_7(X)) = fn_hydrolysis_7(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_7(fn_hydrolysis_of_starch_7(X)) = fn_exergonic_reaction_10(fn_hydrolysis_of_starch_7(X))
& fn_exergonic_reaction_10(X) = fn_hydrolysis_11(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_11(fn_hydrolysis_of_starch_7(X)) = fn_hydrolysis_11(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_11(fn_hydrolysis_of_starch_7(X)) = fn_exergonic_reaction_10(fn_hydrolysis_of_starch_7(X))
& fn_exergonic_reaction_10(fn_hydrolysis_of_starch_7(X)) = fn_exergonic_reaction_10(fn_hydrolysis_of_starch_7(X))
& fn_exergonic_reaction_10(fn_hydrolysis_of_starch_7(X)) = fn_exergonic_reaction_10(X)
& fn_exergonic_reaction_10(X) = fn_exergonic_reaction_10(X)
& fn_exergonic_reaction_10(X) = fn_hydrolysis_10(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_10(fn_hydrolysis_of_starch_7(X)) = fn_hydrolysis_10(fn_hydrolysis_of_starch_7(X))
& fn_hydrolysis_10(fn_hydrolysis_of_starch_7(X)) = fn_exergonic_reaction_10(fn_hydrolysis_of_starch_7(X))
& fn_exergonic_reaction_10(fn_hydrolysis_of_starch_7(X)) = fn_hydrolysis_10(fn_hydrolysis_of_starch_7(X)) ) ) ).
fof(a530245,axiom,
! [X] :
( hydrolysis_of_sucrose_1(X)
=> ( original_name_2(X,'Hydrolysis-Of-Sucrose')
& user_description_2(X,'The process of breaking down a sucrose molecule by addition of water to yield glucose and fructose')
& concept2words_2(X,hydrolize)
& concept2words_2(X,convert)
& concept2words_2(X,'sucrose hydrolysis')
& concept2words_2(X,'sucrose-hydrolysis')
& concept2words_2(X,'hydrolysis of sucrose')
& concept2words_2(X,'hydrolysis-of-sucrose')
& hydrolysis_1(X)
& ~ glycogen_breakdown_in_vertebrates_1(X)
& ~ glycogen_breakdown_1(X)
& sucrase_1(fn_hydrolysis_of_sucrose_3(X))
& reactant_1(fn_hydrolysis_of_sucrose_4(X))
& chemical_energy_1(fn_hydrolysis_of_sucrose_5(X))
& quantity_value_1(fn_hydrolysis_of_sucrose_6(X))
& quantity_value_1(fn_hydrolysis_of_sucrose_7(X))
& chemical_energy_1(fn_hydrolysis_of_sucrose_8(X))
& chemical_entity_1(fn_hydrolysis_of_sucrose_9(X))
& aldehyde_1(fn_hydrolysis_of_sucrose_9(X))
& monosaccharide_1(fn_hydrolysis_of_sucrose_9(X))
& aldose_1(fn_hydrolysis_of_sucrose_9(X))
& glucose_1(fn_hydrolysis_of_sucrose_9(X))
& fructose_1(fn_hydrolysis_of_sucrose_10(X))
& chemical_entity_1(fn_hydrolysis_of_sucrose_11(X))
& water_molecule_1(fn_hydrolysis_of_sucrose_11(X))
& entity_1(fn_hydrolysis_of_sucrose_12(X))
& chemical_entity_1(fn_hydrolysis_of_sucrose_12(X))
& atom_1(fn_hydrolysis_of_sucrose_12(X))
& hydrogen_1(fn_hydrolysis_of_sucrose_12(X))
& entity_1(fn_hydrolysis_of_sucrose_13(X))
& atom_1(fn_hydrolysis_of_sucrose_13(X))
& chemical_entity_1(fn_hydrolysis_of_sucrose_13(X))
& oxygen_1(fn_hydrolysis_of_sucrose_13(X))
& entity_1(fn_hydrolysis_of_sucrose_14(X))
& chemical_entity_1(fn_hydrolysis_of_sucrose_14(X))
& atom_1(fn_hydrolysis_of_sucrose_14(X))
& hydrogen_1(fn_hydrolysis_of_sucrose_14(X))
& entity_1(fn_hydrolysis_of_sucrose_15(X))
& chemical_entity_1(fn_hydrolysis_of_sucrose_15(X))
& atom_1(fn_hydrolysis_of_sucrose_15(X))
& carbon_1(fn_hydrolysis_of_sucrose_15(X))
& chemical_entity_1(fn_hydrolysis_of_sucrose_16(X))
& glucose_1(fn_hydrolysis_of_sucrose_16(X))
& molecule_1(fn_hydrolysis_of_sucrose_16(X))
& monosaccharide_1(fn_hydrolysis_of_sucrose_16(X))
& aldehyde_1(fn_hydrolysis_of_sucrose_16(X))
& fructose_1(fn_hydrolysis_of_sucrose_17(X))
& entity_1(fn_hydrolysis_of_sucrose_18(X))
& atom_1(fn_hydrolysis_of_sucrose_18(X))
& chemical_entity_1(fn_hydrolysis_of_sucrose_18(X))
& oxygen_1(fn_hydrolysis_of_sucrose_18(X))
& chemical_entity_1(fn_hydrolysis_of_sucrose_19(X))
& sucrose_1(fn_hydrolysis_of_sucrose_19(X))
& tangible_entity_1(fn_hydrolysis_of_sucrose_20(X))
& chemical_entity_1(fn_hydrolysis_of_sucrose_20(X))
& atom_1(fn_hydrolysis_of_sucrose_20(X))
& hydrogen_1(fn_hydrolysis_of_sucrose_20(X))
& entity_1(fn_hydrolysis_of_sucrose_20(X))
& atom_1(fn_hydrolysis_of_sucrose_21(X))
& chemical_entity_1(fn_hydrolysis_of_sucrose_21(X))
& oxygen_1(fn_hydrolysis_of_sucrose_21(X))
& entity_1(fn_hydrolysis_of_sucrose_21(X))
& functional_group_1(fn_hydrolysis_of_sucrose_22(X))
& hydroxyl_group_1(fn_hydrolysis_of_sucrose_22(X))
& tangible_entity_1(fn_hydrolysis_of_sucrose_23(X))
& entity_1(fn_hydrolysis_of_sucrose_23(X))
& chemical_entity_1(fn_hydrolysis_of_sucrose_23(X))
& atom_1(fn_hydrolysis_of_sucrose_23(X))
& hydrogen_1(fn_hydrolysis_of_sucrose_23(X))
& tangible_entity_1(fn_glucose_23(fn_hydrolysis_of_sucrose_9(X)))
& chemical_entity_1(fn_glucose_23(fn_hydrolysis_of_sucrose_9(X)))
& atom_1(fn_glucose_23(fn_hydrolysis_of_sucrose_9(X)))
& hydrogen_1(fn_glucose_23(fn_hydrolysis_of_sucrose_9(X)))
& entity_1(fn_glucose_23(fn_hydrolysis_of_sucrose_9(X)))
& chemical_entity_1(fn_reactant_3(fn_hydrolysis_of_sucrose_4(X)))
& entity_1(fn_sucrose_29(fn_hydrolysis_of_sucrose_19(X)))
& atom_1(fn_sucrose_29(fn_hydrolysis_of_sucrose_19(X)))
& chemical_entity_1(fn_sucrose_29(fn_hydrolysis_of_sucrose_19(X)))
& oxygen_1(fn_sucrose_29(fn_hydrolysis_of_sucrose_19(X)))
& entity_1(fn_sucrose_49(fn_hydrolysis_of_sucrose_19(X)))
& atom_1(fn_sucrose_49(fn_hydrolysis_of_sucrose_19(X)))
& chemical_entity_1(fn_sucrose_49(fn_hydrolysis_of_sucrose_19(X)))
& oxygen_1(fn_sucrose_49(fn_hydrolysis_of_sucrose_19(X)))
& entity_1(fn_sucrose_51(fn_hydrolysis_of_sucrose_19(X)))
& chemical_entity_1(fn_sucrose_51(fn_hydrolysis_of_sucrose_19(X)))
& atom_1(fn_sucrose_51(fn_hydrolysis_of_sucrose_19(X)))
& hydrogen_1(fn_sucrose_51(fn_hydrolysis_of_sucrose_19(X)))
& fructose_1(fn_sucrose_30(fn_hydrolysis_of_sucrose_19(X)))
& entity_1(fn_sucrose_50(fn_hydrolysis_of_sucrose_19(X)))
& chemical_entity_1(fn_sucrose_50(fn_hydrolysis_of_sucrose_19(X)))
& atom_1(fn_sucrose_50(fn_hydrolysis_of_sucrose_19(X)))
& carbon_1(fn_sucrose_50(fn_hydrolysis_of_sucrose_19(X)))
& atom_1(fn_organic_molecule_2(fn_hydrolysis_of_sucrose_10(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_hydrolysis_of_sucrose_10(X)))
& entity_1(fn_hexose_3(fn_hydrolysis_of_sucrose_10(X)))
& chemical_entity_1(fn_hexose_3(fn_hydrolysis_of_sucrose_10(X)))
& atom_1(fn_hexose_3(fn_hydrolysis_of_sucrose_10(X)))
& hydrogen_1(fn_hexose_3(fn_hydrolysis_of_sucrose_10(X)))
& hydrolysis_1(fn_hydrolase_1(fn_hydrolysis_of_sucrose_3(X)))
& chemical_reaction_1(fn_reactant_2(fn_hydrolysis_of_sucrose_4(X)))
& functional_group_1(fn_monosaccharide_10(fn_hydrolysis_of_sucrose_9(X)))
& hydroxyl_group_1(fn_monosaccharide_10(fn_hydrolysis_of_sucrose_9(X)))
& functional_group_1(fn_aldose_5(fn_hydrolysis_of_sucrose_9(X)))
& hydroxyl_group_1(fn_aldose_5(fn_hydrolysis_of_sucrose_9(X)))
& functional_group_1(fn_glucose_28(fn_hydrolysis_of_sucrose_9(X)))
& hydroxyl_group_1(fn_glucose_28(fn_hydrolysis_of_sucrose_9(X)))
& atom_1(fn_aldehyde_5(fn_hydrolysis_of_sucrose_9(X)))
& chemical_entity_1(fn_aldehyde_5(fn_hydrolysis_of_sucrose_9(X)))
& atom_1(fn_glucose_21(fn_hydrolysis_of_sucrose_9(X)))
& chemical_entity_1(fn_glucose_21(fn_hydrolysis_of_sucrose_9(X)))
& oxygen_1(fn_glucose_21(fn_hydrolysis_of_sucrose_9(X)))
& entity_1(fn_glucose_21(fn_hydrolysis_of_sucrose_9(X)))
& atom_1(fn_glucose_22(fn_hydrolysis_of_sucrose_9(X)))
& chemical_entity_1(fn_glucose_22(fn_hydrolysis_of_sucrose_9(X)))
& oxygen_1(fn_glucose_22(fn_hydrolysis_of_sucrose_9(X)))
& entity_1(fn_glucose_22(fn_hydrolysis_of_sucrose_9(X)))
& glucose_1(fn_sucrose_31(fn_hydrolysis_of_sucrose_19(X)))
& molecule_1(fn_sucrose_31(fn_hydrolysis_of_sucrose_19(X)))
& monosaccharide_1(fn_sucrose_31(fn_hydrolysis_of_sucrose_19(X)))
& aldehyde_1(fn_sucrose_31(fn_hydrolysis_of_sucrose_19(X)))
& is_specific_to_2(fn_hydrolysis_of_sucrose_3(X),fn_hydrolysis_of_sucrose_19(X))
& fn_hydrolysis_of_sucrose_10(X) != fn_hydrolysis_of_sucrose_17(X)
& fn_hydrolysis_of_sucrose_11(X) != fn_hydrolysis_of_sucrose_19(X)
& fn_hydrolysis_of_sucrose_13(X) != fn_hydrolysis_of_sucrose_17(X)
& fn_hydrolysis_of_sucrose_14(X) != fn_hydrolysis_of_sucrose_17(X)
& fn_hydrolysis_of_sucrose_15(X) != fn_hydrolysis_of_sucrose_17(X)
& fn_hydrolysis_of_sucrose_17(X) != fn_hydrolysis_of_sucrose_10(X)
& fn_hydrolysis_of_sucrose_17(X) != fn_hydrolysis_of_sucrose_13(X)
& fn_hydrolysis_of_sucrose_17(X) != fn_hydrolysis_of_sucrose_14(X)
& fn_hydrolysis_of_sucrose_17(X) != fn_hydrolysis_of_sucrose_15(X)
& fn_hydrolysis_of_sucrose_17(X) != fn_hydrolysis_of_sucrose_18(X)
& has_state_2(fn_hydrolysis_of_sucrose_17(X),fn_hydrolysis_of_sucrose_10(X))
& fn_hydrolysis_of_sucrose_18(X) != fn_hydrolysis_of_sucrose_17(X)
& possesses_2(fn_hydrolysis_of_sucrose_19(X),fn_hydrolysis_of_sucrose_5(X))
& fn_hydrolysis_of_sucrose_19(X) != fn_hydrolysis_of_sucrose_11(X)
& has_state_2(fn_hydrolysis_of_sucrose_23(X),fn_hydrolysis_of_sucrose_20(X))
& possesses_2(fn_hydrolysis_of_sucrose_10(X),fn_hydrolysis_of_sucrose_8(X))
& result_2(X,fn_hydrolysis_of_sucrose_10(X))
& result_2(X,fn_hydrolysis_of_sucrose_9(X))
& fn_hydrolysis_of_sucrose_9(X) != fn_hydrolysis_of_sucrose_16(X)
& has_state_2(fn_hydrolysis_of_sucrose_16(X),fn_hydrolysis_of_sucrose_9(X))
& possesses_2(fn_hydrolysis_of_sucrose_9(X),fn_hydrolysis_of_sucrose_8(X))
& fn_hydrolysis_of_sucrose_16(X) != fn_hydrolysis_of_sucrose_9(X)
& has_function_2(fn_hydrolysis_of_sucrose_3(X),X)
& has_part_2(fn_hydrolysis_of_sucrose_10(X),fn_hydrolysis_of_sucrose_12(X))
& quantity_2(fn_hydrolysis_of_sucrose_8(X),fn_hydrolysis_of_sucrose_7(X))
& possesses_2(fn_hydrolysis_of_sucrose_11(X),fn_hydrolysis_of_sucrose_5(X))
& quantity_2(fn_hydrolysis_of_sucrose_5(X),fn_hydrolysis_of_sucrose_6(X))
& greater_than_2(fn_hydrolysis_of_sucrose_6(X),fn_hydrolysis_of_sucrose_7(X))
& raw_material_2(X,fn_hydrolysis_of_sucrose_11(X))
& has_part_2(fn_hydrolysis_of_sucrose_11(X),fn_hydrolysis_of_sucrose_23(X))
& has_state_2(fn_hydrolysis_of_sucrose_23(X),fn_hydrolysis_of_sucrose_12(X))
& raw_material_2(X,fn_hydrolysis_of_sucrose_19(X))
& in_event_2(fn_hydrolysis_of_sucrose_4(X),X)
& is_inside_2(fn_hydrolysis_of_sucrose_21(X),fn_hydrolysis_of_sucrose_22(X))
& is_inside_2(fn_hydrolysis_of_sucrose_20(X),fn_hydrolysis_of_sucrose_22(X))
& has_part_2(fn_hydrolysis_of_sucrose_9(X),fn_hydrolysis_of_sucrose_20(X))
& fn_hydrolysis_of_sucrose_21(X) != fn_hydrolysis_of_sucrose_20(X)
& fn_hydrolysis_of_sucrose_20(X) != fn_hydrolysis_of_sucrose_21(X)
& fn_hydrolysis_of_sucrose_13(X) != fn_hydrolysis_of_sucrose_14(X)
& fn_hydrolysis_of_sucrose_14(X) != fn_hydrolysis_of_sucrose_13(X)
& fn_hydrolysis_of_sucrose_13(X) != fn_hydrolysis_of_sucrose_18(X)
& fn_hydrolysis_of_sucrose_18(X) != fn_hydrolysis_of_sucrose_13(X)
& has_part_2(fn_hydrolysis_of_sucrose_19(X),fn_hydrolysis_of_sucrose_13(X))
& fn_hydrolysis_of_sucrose_18(X) != fn_hydrolysis_of_sucrose_15(X)
& fn_hydrolysis_of_sucrose_15(X) != fn_hydrolysis_of_sucrose_18(X)
& fn_hydrolysis_of_sucrose_18(X) != fn_hydrolysis_of_sucrose_14(X)
& fn_hydrolysis_of_sucrose_14(X) != fn_hydrolysis_of_sucrose_18(X)
& has_part_2(fn_hydrolysis_of_sucrose_19(X),fn_hydrolysis_of_sucrose_18(X))
& fn_hydrolysis_of_sucrose_17(X) != fn_hydrolysis_of_sucrose_16(X)
& has_part_2(fn_hydrolysis_of_sucrose_19(X),fn_hydrolysis_of_sucrose_14(X))
& has_part_2(fn_hydrolysis_of_sucrose_19(X),fn_hydrolysis_of_sucrose_17(X))
& fn_hydrolysis_of_sucrose_16(X) != fn_hydrolysis_of_sucrose_17(X)
& has_part_2(fn_hydrolysis_of_sucrose_19(X),fn_hydrolysis_of_sucrose_16(X))
& has_part_2(fn_hydrolysis_of_sucrose_19(X),fn_hydrolysis_of_sucrose_15(X))
& has_region_2(fn_hydrolysis_of_sucrose_9(X),fn_hydrolysis_of_sucrose_22(X))
& has_part_2(fn_hydrolysis_of_sucrose_9(X),fn_hydrolysis_of_sucrose_21(X))
& plays_2(fn_hydrolysis_of_sucrose_19(X),fn_hydrolysis_of_sucrose_4(X))
& fn_hydrolysis_of_sucrose_8(X) = fn_exergonic_reaction_6(X)
& fn_hydrolysis_of_sucrose_10(X) = fn_exergonic_reaction_11(X)
& fn_hydrolysis_of_sucrose_16(X) = fn_hydrolysis_1(X)
& fn_hydrolysis_of_sucrose_9(X) = fn_decomposition_reaction_4(X)
& fn_hydrolysis_of_sucrose_9(X) = fn_hydrolysis_9(X)
& X = fn_hydrolase_1(fn_hydrolysis_of_sucrose_3(X))
& fn_hydrolysis_of_sucrose_12(X) = fn_organic_molecule_2(fn_hydrolysis_of_sucrose_10(X))
& fn_hydrolysis_of_sucrose_12(X) = fn_hexose_3(fn_hydrolysis_of_sucrose_10(X))
& fn_hydrolysis_of_sucrose_1(X) = fn_hydrolysis_18(X)
& fn_hydrolysis_of_sucrose_8(X) = fn_hydrolysis_14(X)
& fn_hydrolysis_of_sucrose_2(X) = fn_hydrolysis_19(X)
& fn_hydrolysis_of_sucrose_7(X) = fn_hydrolysis_15(X)
& fn_hydrolysis_of_sucrose_6(X) = fn_hydrolysis_16(X)
& fn_hydrolysis_of_sucrose_5(X) = fn_hydrolysis_17(X)
& fn_hydrolysis_of_sucrose_12(X) = fn_hydrolysis_3(X)
& fn_hydrolysis_of_sucrose_23(X) = fn_hydrolysis_8(X)
& fn_hydrolysis_of_sucrose_11(X) = fn_exergonic_reaction_10(X)
& fn_hydrolysis_of_sucrose_11(X) = fn_hydrolysis_11(X)
& fn_hydrolysis_of_sucrose_11(X) = fn_hydrolysis_10(X)
& X = fn_reactant_2(fn_hydrolysis_of_sucrose_4(X))
& fn_hydrolysis_of_sucrose_20(X) = fn_glucose_23(fn_hydrolysis_of_sucrose_9(X))
& fn_hydrolysis_of_sucrose_19(X) = fn_reactant_3(fn_hydrolysis_of_sucrose_4(X))
& fn_hydrolysis_of_sucrose_22(X) = fn_monosaccharide_10(fn_hydrolysis_of_sucrose_9(X))
& fn_hydrolysis_of_sucrose_22(X) = fn_aldose_5(fn_hydrolysis_of_sucrose_9(X))
& fn_hydrolysis_of_sucrose_22(X) = fn_glucose_28(fn_hydrolysis_of_sucrose_9(X))
& fn_hydrolysis_of_sucrose_21(X) = fn_aldehyde_5(fn_hydrolysis_of_sucrose_9(X))
& fn_hydrolysis_of_sucrose_21(X) = fn_glucose_21(fn_hydrolysis_of_sucrose_9(X))
& fn_hydrolysis_of_sucrose_21(X) = fn_glucose_22(fn_hydrolysis_of_sucrose_9(X))
& fn_hydrolysis_of_sucrose_13(X) = fn_sucrose_29(fn_hydrolysis_of_sucrose_19(X))
& fn_hydrolysis_of_sucrose_18(X) = fn_sucrose_49(fn_hydrolysis_of_sucrose_19(X))
& fn_hydrolysis_of_sucrose_14(X) = fn_sucrose_51(fn_hydrolysis_of_sucrose_19(X))
& fn_hydrolysis_of_sucrose_17(X) = fn_sucrose_30(fn_hydrolysis_of_sucrose_19(X))
& fn_hydrolysis_of_sucrose_16(X) = fn_sucrose_31(fn_hydrolysis_of_sucrose_19(X))
& fn_hydrolysis_of_sucrose_15(X) = fn_sucrose_50(fn_hydrolysis_of_sucrose_19(X))
& fn_exergonic_reaction_6(X) = fn_hydrolysis_14(X)
& fn_hydrolysis_14(X) = fn_hydrolysis_14(X)
& fn_hydrolysis_14(X) = fn_organic_molecule_2(fn_hydrolysis_of_sucrose_10(X))
& fn_organic_molecule_2(fn_hydrolysis_of_sucrose_10(X)) = fn_hexose_3(fn_hydrolysis_of_sucrose_10(X))
& fn_hexose_3(fn_hydrolysis_of_sucrose_10(X)) = fn_hexose_3(fn_hydrolysis_of_sucrose_10(X))
& fn_hexose_3(fn_hydrolysis_of_sucrose_10(X)) = fn_hydrolysis_3(X)
& fn_hydrolysis_3(X) = fn_hydrolysis_11(X)
& fn_hydrolysis_11(X) = fn_exergonic_reaction_10(X)
& fn_exergonic_reaction_10(X) = fn_hydrolysis_11(X)
& fn_hydrolysis_11(X) = fn_hydrolysis_11(X)
& fn_hydrolysis_10(X) = fn_hydrolysis_11(X)
& fn_hydrolysis_11(X) = fn_hydrolysis_10(X)
& fn_hydrolysis_10(X) = fn_hydrolase_1(fn_hydrolysis_of_sucrose_3(X))
& fn_hydrolase_1(fn_hydrolysis_of_sucrose_3(X)) = fn_reactant_2(fn_hydrolysis_of_sucrose_4(X))
& fn_reactant_2(fn_hydrolysis_of_sucrose_4(X)) = fn_reactant_2(fn_hydrolysis_of_sucrose_4(X))
& fn_reactant_2(fn_hydrolysis_of_sucrose_4(X)) = fn_monosaccharide_10(fn_hydrolysis_of_sucrose_9(X))
& fn_monosaccharide_10(fn_hydrolysis_of_sucrose_9(X)) = fn_aldose_5(fn_hydrolysis_of_sucrose_9(X))
& fn_glucose_28(fn_hydrolysis_of_sucrose_9(X)) = fn_glucose_28(fn_hydrolysis_of_sucrose_9(X))
& fn_glucose_28(fn_hydrolysis_of_sucrose_9(X)) = fn_aldose_5(fn_hydrolysis_of_sucrose_9(X))
& fn_aldose_5(fn_hydrolysis_of_sucrose_9(X)) = fn_glucose_28(fn_hydrolysis_of_sucrose_9(X))
& fn_glucose_28(fn_hydrolysis_of_sucrose_9(X)) = fn_aldehyde_5(fn_hydrolysis_of_sucrose_9(X))
& fn_aldehyde_5(fn_hydrolysis_of_sucrose_9(X)) = fn_glucose_21(fn_hydrolysis_of_sucrose_9(X))
& fn_glucose_22(fn_hydrolysis_of_sucrose_9(X)) = fn_glucose_22(fn_hydrolysis_of_sucrose_9(X))
& fn_glucose_22(fn_hydrolysis_of_sucrose_9(X)) = fn_glucose_21(fn_hydrolysis_of_sucrose_9(X))
& fn_glucose_21(fn_hydrolysis_of_sucrose_9(X)) = fn_glucose_22(fn_hydrolysis_of_sucrose_9(X))
& fn_glucose_22(fn_hydrolysis_of_sucrose_9(X)) = fn_hydrolysis_9(X)
& fn_hydrolysis_9(X) = fn_hydrolysis_9(X)
& fn_hydrolysis_9(X) = fn_decomposition_reaction_4(X)
& fn_decomposition_reaction_4(X) = fn_hydrolysis_9(X)
& fn_hydrolysis_9(X) = fn_hydrolysis_1(X)
& fn_hydrolysis_1(X) = fn_hydrolysis_1(X)
& fn_hydrolysis_1(X) = fn_sucrose_31(fn_hydrolysis_of_sucrose_19(X))
& fn_sucrose_31(fn_hydrolysis_of_sucrose_19(X)) = fn_sucrose_31(fn_hydrolysis_of_sucrose_19(X)) ) ) ).
fof(a530246,axiom,
! [X] :
( hydronium_ion_1(X)
=> ( original_name_2(X,'Hydronium-Ion')
& user_description_2(X,'A water molecule with an hydrogen ion bound to it; molecular formula H3O+.')
& concept2words_2(X,'hydronium ion')
& concept2words_2(X,'hydronium-ion')
& polyatomic_ion_1(X)
& cation_1(X)
& ~ methyl_ion_1(X)
& ~ metal_cation_1(X)
& ~ calcium_ion_1(X)
& ~ magnesium_ion_1(X)
& ~ sodium_ion_1(X)
& oxygen_1(fn_hydronium_ion_1(X))
& hydrogen_1(fn_hydronium_ion_2(X))
& charge_value_1(fn_hydronium_ion_3(X))
& proton_1(fn_hydronium_ion_4(X))
& the_cardinal_value_2(fn_hydronium_ion_3(X),"1.0e0")
& cardinal_unit_class_2(fn_hydronium_ion_3(X),unity_0)
& exactCardinality(X,has_part_0,"1",oxygen_0)
& exactCardinality(X,has_part_0,"3",hydrogen_0)
& has_part_2(X,fn_hydronium_ion_2(X))
& has_part_2(X,fn_hydronium_ion_1(X))
& has_part_2(X,fn_hydronium_ion_4(X))
& charge_2(X,fn_hydronium_ion_3(X))
& fn_hydronium_ion_2(X) = fn_polyatomic_ion_1(X)
& fn_hydronium_ion_1(X) = fn_polyatomic_ion_2(X)
& fn_hydronium_ion_4(X) = fn_cation_1(X)
& fn_hydronium_ion_5(X) = fn_cation_4(X)
& fn_hydronium_ion_3(X) = fn_cation_5(X) ) ) ).
fof(a530247,axiom,
! [X] :
( hydrophilic_amino_acid_1(X)
=> ( original_name_2(X,'Hydrophilic-Amino-Acid')
& user_description_2(X,'Amino acid with hydrophillic properties due to the presence of either a polar or an electrically charged side chain.')
& concept2words_2(X,'hydrophilic amino acid')
& concept2words_2(X,'hydrophilic-amino-acid')
& amino_acid_1(X)
& ~ hydrophobic_amino_acid_1(X)
& hold_together_1(fn_hydrophilic_amino_acid_1(X))
& hold_together_1(fn_hydrophilic_amino_acid_2(X))
& share_1(fn_hydrophilic_amino_acid_3(X))
& share_1(fn_hydrophilic_amino_acid_4(X))
& share_1(fn_hydrophilic_amino_acid_5(X))
& tangible_entity_1(fn_hydrophilic_amino_acid_6(X))
& electron_1(fn_hydrophilic_amino_acid_6(X))
& entity_1(fn_hydrophilic_amino_acid_6(X))
& valence_electron_1(fn_hydrophilic_amino_acid_6(X))
& hold_1(fn_hydrophilic_amino_acid_7(X))
& hold_together_1(fn_hydrophilic_amino_acid_7(X))
& share_1(fn_hydrophilic_amino_acid_8(X))
& atomic_nucleus_1(fn_hydrophilic_amino_acid_9(X))
& electron_shell_1(fn_hydrophilic_amino_acid_10(X))
& valence_electron_1(fn_hydrophilic_amino_acid_11(X))
& valence_electron_1(fn_hydrophilic_amino_acid_12(X))
& atomic_nucleus_1(fn_hydrophilic_amino_acid_13(X))
& electron_shell_1(fn_hydrophilic_amino_acid_14(X))
& hold_together_1(fn_hydrophilic_amino_acid_15(X))
& hold_together_1(fn_hydrophilic_amino_acid_16(X))
& share_1(fn_hydrophilic_amino_acid_17(X))
& share_1(fn_hydrophilic_amino_acid_18(X))
& share_1(fn_hydrophilic_amino_acid_19(X))
& electron_shell_1(fn_hydrophilic_amino_acid_20(X))
& electron_shell_1(fn_hydrophilic_amino_acid_21(X))
& entity_1(fn_hydrophilic_amino_acid_22(X))
& tangible_entity_1(fn_hydrophilic_amino_acid_22(X))
& electron_1(fn_hydrophilic_amino_acid_22(X))
& valence_electron_1(fn_hydrophilic_amino_acid_22(X))
& end_1(fn_hydrophilic_amino_acid_23(X))
& r_group_1(fn_hydrophilic_amino_acid_24(X))
& amino_group_1(fn_hydrophilic_amino_acid_25(X))
& carboxyl_group_1(fn_hydrophilic_amino_acid_26(X))
& carbon_skeleton_1(fn_hydrophilic_amino_acid_27(X))
& single_bond_1(fn_hydrophilic_amino_acid_28(X))
& chemical_entity_1(fn_hydrophilic_amino_acid_29(X))
& tangible_entity_1(fn_hydrophilic_amino_acid_29(X))
& entity_1(fn_hydrophilic_amino_acid_29(X))
& atom_1(fn_hydrophilic_amino_acid_29(X))
& nitrogen_1(fn_hydrophilic_amino_acid_29(X))
& entity_1(fn_hydrophilic_amino_acid_30(X))
& chemical_entity_1(fn_hydrophilic_amino_acid_30(X))
& atom_1(fn_hydrophilic_amino_acid_30(X))
& hydrogen_1(fn_hydrophilic_amino_acid_30(X))
& entity_1(fn_hydrophilic_amino_acid_31(X))
& oxygen_1(fn_hydrophilic_amino_acid_31(X))
& entity_1(fn_hydrophilic_amino_acid_32(X))
& oxygen_1(fn_hydrophilic_amino_acid_32(X))
& entity_1(fn_hydrophilic_amino_acid_33(X))
& chemical_entity_1(fn_hydrophilic_amino_acid_33(X))
& atom_1(fn_hydrophilic_amino_acid_33(X))
& hydrogen_1(fn_hydrophilic_amino_acid_33(X))
& tangible_entity_1(fn_hydrophilic_amino_acid_34(X))
& entity_1(fn_hydrophilic_amino_acid_34(X))
& chemical_entity_1(fn_hydrophilic_amino_acid_34(X))
& atom_1(fn_hydrophilic_amino_acid_34(X))
& carbon_1(fn_hydrophilic_amino_acid_34(X))
& hold_together_1(fn_covalent_bond_14(fn_hydrophilic_amino_acid_28(X)))
& share_1(fn_covalent_bond_17(fn_hydrophilic_amino_acid_28(X)))
& entity_1(fn_share_2(fn_hydrophilic_amino_acid_5(X)))
& entity_1(fn_covalent_bond_20(fn_hydrophilic_amino_acid_28(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_hydrophilic_amino_acid_28(X)))
& atom_1(fn_covalent_bond_20(fn_hydrophilic_amino_acid_28(X)))
& entity_1(fn_covalent_bond_19(fn_hydrophilic_amino_acid_28(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_hydrophilic_amino_acid_28(X)))
& atom_1(fn_covalent_bond_19(fn_hydrophilic_amino_acid_28(X)))
& entity_1(fn_share_3(fn_hydrophilic_amino_acid_18(X)))
& entity_1(fn_share_3(fn_hydrophilic_amino_acid_17(X)))
& entity_1(fn_share_1(fn_hydrophilic_amino_acid_17(X)))
& electron_shell_1(fn_covalent_bond_11(fn_hydrophilic_amino_acid_28(X)))
& electron_shell_1(fn_nitrogen_14(fn_hydrophilic_amino_acid_29(X)))
& electron_shell_1(fn_covalent_bond_12(fn_hydrophilic_amino_acid_28(X)))
& entity_1(fn_share_3(fn_hydrophilic_amino_acid_8(X)))
& entity_1(fn_share_1(fn_hydrophilic_amino_acid_8(X)))
& entity_1(fn_share_3(fn_hydrophilic_amino_acid_5(X)))
& entity_1(fn_share_3(fn_hydrophilic_amino_acid_4(X)))
& entity_1(fn_share_1(fn_hydrophilic_amino_acid_5(X)))
& entity_1(fn_share_1(fn_hydrophilic_amino_acid_18(X)))
& entity_1(fn_share_1(fn_hydrophilic_amino_acid_4(X)))
& tangible_entity_1(fn_hold_2(fn_hydrophilic_amino_acid_15(X)))
& tangible_entity_1(fn_hold_2(fn_hydrophilic_amino_acid_7(X)))
& tangible_entity_1(fn_hold_2(fn_hydrophilic_amino_acid_16(X)))
& valence_electron_1(fn_covalent_bond_15(fn_hydrophilic_amino_acid_28(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_hydrophilic_amino_acid_28(X)))
& atomic_nucleus_1(fn_atom_18(fn_hydrophilic_amino_acid_29(X)))
& atomic_nucleus_1(fn_nitrogen_10(fn_hydrophilic_amino_acid_29(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_hydrophilic_amino_acid_28(X)))
& valence_electron_1(fn_nitrogen_18(fn_hydrophilic_amino_acid_29(X)))
& valence_electron_1(fn_nitrogen_13(fn_hydrophilic_amino_acid_29(X)))
& valence_electron_1(fn_covalent_bond_18(fn_hydrophilic_amino_acid_28(X)))
& object_2(fn_hydrophilic_amino_acid_7(X),fn_hydrophilic_amino_acid_32(X))
& object_2(fn_hydrophilic_amino_acid_7(X),fn_hydrophilic_amino_acid_31(X))
& fn_hydrophilic_amino_acid_11(X) != fn_hydrophilic_amino_acid_12(X)
& fn_hydrophilic_amino_acid_12(X) != fn_hydrophilic_amino_acid_11(X)
& object_2(fn_hydrophilic_amino_acid_15(X),fn_hydrophilic_amino_acid_31(X))
& object_2(fn_hydrophilic_amino_acid_16(X),fn_hydrophilic_amino_acid_32(X))
& has_region_2(X,fn_hydrophilic_amino_acid_23(X))
& object_2(fn_hydrophilic_amino_acid_5(X),fn_hydrophilic_amino_acid_6(X))
& agent_2(fn_hydrophilic_amino_acid_17(X),fn_hydrophilic_amino_acid_31(X))
& agent_2(fn_hydrophilic_amino_acid_8(X),fn_hydrophilic_amino_acid_29(X))
& agent_2(fn_hydrophilic_amino_acid_18(X),fn_hydrophilic_amino_acid_32(X))
& agent_2(fn_hydrophilic_amino_acid_5(X),fn_hydrophilic_amino_acid_34(X))
& agent_2(fn_hydrophilic_amino_acid_18(X),fn_hydrophilic_amino_acid_34(X))
& agent_2(fn_hydrophilic_amino_acid_4(X),fn_hydrophilic_amino_acid_34(X))
& object_2(fn_hydrophilic_amino_acid_15(X),fn_hydrophilic_amino_acid_34(X))
& object_2(fn_hydrophilic_amino_acid_7(X),fn_hydrophilic_amino_acid_34(X))
& object_2(fn_hydrophilic_amino_acid_16(X),fn_hydrophilic_amino_acid_34(X))
& possesses_2(X,fn_hydrophilic_amino_acid_28(X))
& is_between_2(fn_hydrophilic_amino_acid_28(X),fn_hydrophilic_amino_acid_29(X))
& has_region_2(fn_hydrophilic_amino_acid_29(X),fn_hydrophilic_amino_acid_13(X))
& has_part_2(fn_hydrophilic_amino_acid_29(X),fn_hydrophilic_amino_acid_12(X))
& agent_2(fn_hydrophilic_amino_acid_8(X),fn_hydrophilic_amino_acid_30(X))
& object_2(fn_hydrophilic_amino_acid_7(X),fn_hydrophilic_amino_acid_30(X))
& is_between_2(fn_hydrophilic_amino_acid_28(X),fn_hydrophilic_amino_acid_30(X))
& has_region_2(fn_hydrophilic_amino_acid_30(X),fn_hydrophilic_amino_acid_9(X))
& has_part_2(fn_hydrophilic_amino_acid_30(X),fn_hydrophilic_amino_acid_11(X))
& has_region_2(fn_hydrophilic_amino_acid_30(X),fn_hydrophilic_amino_acid_10(X))
& has_part_2(X,fn_hydrophilic_amino_acid_30(X))
& has_part_2(X,fn_hydrophilic_amino_acid_29(X))
& object_2(fn_hydrophilic_amino_acid_18(X),fn_hydrophilic_amino_acid_22(X))
& is_inside_2(fn_hydrophilic_amino_acid_23(X),fn_hydrophilic_amino_acid_24(X))
& has_part_2(X,fn_hydrophilic_amino_acid_31(X))
& fn_hydrophilic_amino_acid_31(X) != fn_hydrophilic_amino_acid_33(X)
& is_inside_2(fn_hydrophilic_amino_acid_33(X),fn_hydrophilic_amino_acid_26(X))
& fn_hydrophilic_amino_acid_33(X) != fn_hydrophilic_amino_acid_31(X)
& agent_2(fn_hydrophilic_amino_acid_19(X),fn_hydrophilic_amino_acid_34(X))
& object_2(fn_hydrophilic_amino_acid_19(X),fn_hydrophilic_amino_acid_22(X))
& object_2(fn_hydrophilic_amino_acid_17(X),fn_hydrophilic_amino_acid_22(X))
& agent_2(fn_hydrophilic_amino_acid_17(X),fn_hydrophilic_amino_acid_34(X))
& object_2(fn_hydrophilic_amino_acid_3(X),fn_hydrophilic_amino_acid_6(X))
& object_2(fn_hydrophilic_amino_acid_4(X),fn_hydrophilic_amino_acid_6(X))
& agent_2(fn_hydrophilic_amino_acid_4(X),fn_hydrophilic_amino_acid_32(X))
& has_part_2(X,fn_hydrophilic_amino_acid_32(X))
& has_region_2(X,fn_hydrophilic_amino_acid_24(X))
& fn_hydrophilic_amino_acid_33(X) != fn_hydrophilic_amino_acid_30(X)
& has_part_2(X,fn_hydrophilic_amino_acid_33(X))
& has_part_2(X,fn_hydrophilic_amino_acid_34(X))
& agent_2(fn_hydrophilic_amino_acid_3(X),fn_hydrophilic_amino_acid_34(X))
& agent_2(fn_hydrophilic_amino_acid_3(X),fn_hydrophilic_amino_acid_31(X))
& fn_hydrophilic_amino_acid_30(X) != fn_hydrophilic_amino_acid_33(X)
& object_2(fn_hydrophilic_amino_acid_1(X),fn_hydrophilic_amino_acid_32(X))
& object_2(fn_hydrophilic_amino_acid_2(X),fn_hydrophilic_amino_acid_32(X))
& object_2(fn_hydrophilic_amino_acid_2(X),fn_hydrophilic_amino_acid_34(X))
& fn_hydrophilic_amino_acid_31(X) != fn_hydrophilic_amino_acid_34(X)
& fn_hydrophilic_amino_acid_34(X) != fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_34(X) != fn_hydrophilic_amino_acid_30(X)
& fn_hydrophilic_amino_acid_30(X) != fn_hydrophilic_amino_acid_29(X)
& is_inside_2(fn_hydrophilic_amino_acid_29(X),fn_hydrophilic_amino_acid_25(X))
& fn_hydrophilic_amino_acid_29(X) != fn_hydrophilic_amino_acid_34(X)
& fn_hydrophilic_amino_acid_34(X) != fn_hydrophilic_amino_acid_29(X)
& fn_hydrophilic_amino_acid_30(X) != fn_hydrophilic_amino_acid_34(X)
& fn_hydrophilic_amino_acid_29(X) != fn_hydrophilic_amino_acid_30(X)
& object_2(fn_hydrophilic_amino_acid_1(X),fn_hydrophilic_amino_acid_30(X))
& is_inside_2(fn_hydrophilic_amino_acid_30(X),fn_hydrophilic_amino_acid_25(X))
& has_region_2(X,fn_hydrophilic_amino_acid_25(X))
& has_region_2(X,fn_hydrophilic_amino_acid_26(X))
& is_inside_2(fn_hydrophilic_amino_acid_31(X),fn_hydrophilic_amino_acid_26(X))
& is_inside_2(fn_hydrophilic_amino_acid_34(X),fn_hydrophilic_amino_acid_26(X))
& fn_hydrophilic_amino_acid_32(X) != fn_hydrophilic_amino_acid_34(X)
& fn_hydrophilic_amino_acid_31(X) != fn_hydrophilic_amino_acid_32(X)
& fn_hydrophilic_amino_acid_32(X) != fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_34(X) != fn_hydrophilic_amino_acid_32(X)
& object_2(fn_hydrophilic_amino_acid_1(X),fn_hydrophilic_amino_acid_34(X))
& object_2(fn_hydrophilic_amino_acid_1(X),fn_hydrophilic_amino_acid_31(X))
& has_region_2(fn_hydrophilic_amino_acid_31(X),fn_hydrophilic_amino_acid_21(X))
& has_region_2(fn_hydrophilic_amino_acid_32(X),fn_hydrophilic_amino_acid_21(X))
& is_inside_2(fn_hydrophilic_amino_acid_32(X),fn_hydrophilic_amino_acid_26(X))
& fn_hydrophilic_amino_acid_34(X) != fn_hydrophilic_amino_acid_33(X)
& fn_hydrophilic_amino_acid_33(X) != fn_hydrophilic_amino_acid_29(X)
& has_region_2(fn_hydrophilic_amino_acid_29(X),fn_hydrophilic_amino_acid_14(X))
& fn_hydrophilic_amino_acid_33(X) != fn_hydrophilic_amino_acid_34(X)
& fn_hydrophilic_amino_acid_29(X) != fn_hydrophilic_amino_acid_33(X)
& fn_hydrophilic_amino_acid_10(X) != fn_hydrophilic_amino_acid_14(X)
& fn_hydrophilic_amino_acid_14(X) != fn_hydrophilic_amino_acid_10(X)
& has_region_2(X,fn_hydrophilic_amino_acid_27(X))
& is_inside_2(fn_hydrophilic_amino_acid_34(X),fn_hydrophilic_amino_acid_27(X))
& has_region_2(fn_hydrophilic_amino_acid_34(X),fn_hydrophilic_amino_acid_20(X))
& fn_hydrophilic_amino_acid_21(X) != fn_hydrophilic_amino_acid_20(X)
& fn_hydrophilic_amino_acid_20(X) != fn_hydrophilic_amino_acid_21(X)
& object_2(fn_hydrophilic_amino_acid_8(X),fn_hydrophilic_amino_acid_11(X))
& is_near_2(fn_hydrophilic_amino_acid_9(X),fn_hydrophilic_amino_acid_11(X))
& is_near_2(fn_hydrophilic_amino_acid_11(X),fn_hydrophilic_amino_acid_9(X))
& result_2(fn_hydrophilic_amino_acid_8(X),fn_hydrophilic_amino_acid_28(X))
& object_2(fn_hydrophilic_amino_acid_8(X),fn_hydrophilic_amino_acid_12(X))
& is_near_2(fn_hydrophilic_amino_acid_12(X),fn_hydrophilic_amino_acid_13(X))
& is_near_2(fn_hydrophilic_amino_acid_13(X),fn_hydrophilic_amino_acid_12(X))
& fn_hydrophilic_amino_acid_9(X) != fn_hydrophilic_amino_acid_13(X)
& fn_hydrophilic_amino_acid_13(X) != fn_hydrophilic_amino_acid_9(X)
& fn_hydrophilic_amino_acid_6(X) = fn_share_2(fn_hydrophilic_amino_acid_5(X))
& fn_hydrophilic_amino_acid_31(X) = fn_share_3(fn_hydrophilic_amino_acid_17(X))
& fn_hydrophilic_amino_acid_31(X) = fn_share_1(fn_hydrophilic_amino_acid_17(X))
& fn_hydrophilic_amino_acid_29(X) = fn_share_3(fn_hydrophilic_amino_acid_8(X))
& fn_hydrophilic_amino_acid_29(X) = fn_share_1(fn_hydrophilic_amino_acid_8(X))
& fn_hydrophilic_amino_acid_32(X) = fn_share_3(fn_hydrophilic_amino_acid_18(X))
& fn_hydrophilic_amino_acid_34(X) = fn_share_3(fn_hydrophilic_amino_acid_5(X))
& fn_hydrophilic_amino_acid_34(X) = fn_share_1(fn_hydrophilic_amino_acid_5(X))
& fn_hydrophilic_amino_acid_34(X) = fn_share_1(fn_hydrophilic_amino_acid_18(X))
& fn_hydrophilic_amino_acid_34(X) = fn_share_3(fn_hydrophilic_amino_acid_4(X))
& fn_hydrophilic_amino_acid_34(X) = fn_share_1(fn_hydrophilic_amino_acid_4(X))
& fn_hydrophilic_amino_acid_34(X) = fn_hold_2(fn_hydrophilic_amino_acid_15(X))
& fn_hydrophilic_amino_acid_34(X) = fn_hold_2(fn_hydrophilic_amino_acid_7(X))
& fn_hydrophilic_amino_acid_34(X) = fn_hold_2(fn_hydrophilic_amino_acid_16(X))
& fn_hydrophilic_amino_acid_29(X) = fn_molecule_11(X)
& fn_hydrophilic_amino_acid_28(X) = fn_molecule_10(X)
& fn_hydrophilic_amino_acid_13(X) = fn_atom_18(fn_hydrophilic_amino_acid_29(X))
& fn_hydrophilic_amino_acid_13(X) = fn_nitrogen_10(fn_hydrophilic_amino_acid_29(X))
& fn_hydrophilic_amino_acid_12(X) = fn_nitrogen_18(fn_hydrophilic_amino_acid_29(X))
& fn_hydrophilic_amino_acid_12(X) = fn_nitrogen_13(fn_hydrophilic_amino_acid_29(X))
& fn_hydrophilic_amino_acid_7(X) = fn_covalent_bond_14(fn_hydrophilic_amino_acid_28(X))
& fn_hydrophilic_amino_acid_10(X) = fn_covalent_bond_12(fn_hydrophilic_amino_acid_28(X))
& fn_hydrophilic_amino_acid_30(X) = fn_covalent_bond_20(fn_hydrophilic_amino_acid_28(X))
& fn_hydrophilic_amino_acid_30(X) = fn_covalent_bond_19(fn_hydrophilic_amino_acid_28(X))
& fn_hydrophilic_amino_acid_18(X) = fn_amino_acid_10(X)
& fn_hydrophilic_amino_acid_23(X) = fn_amino_acid_1(X)
& fn_hydrophilic_amino_acid_33(X) = fn_amino_acid_28(X)
& fn_hydrophilic_amino_acid_17(X) = fn_amino_acid_18(X)
& fn_hydrophilic_amino_acid_22(X) = fn_amino_acid_19(X)
& fn_hydrophilic_amino_acid_19(X) = fn_amino_acid_12(X)
& fn_hydrophilic_amino_acid_24(X) = fn_amino_acid_2(X)
& fn_hydrophilic_amino_acid_4(X) = fn_amino_acid_12(X)
& fn_hydrophilic_amino_acid_6(X) = fn_amino_acid_20(X)
& fn_hydrophilic_amino_acid_3(X) = fn_amino_acid_10(X)
& fn_hydrophilic_amino_acid_2(X) = fn_amino_acid_14(X)
& fn_hydrophilic_amino_acid_30(X) = fn_amino_acid_28(X)
& fn_hydrophilic_amino_acid_25(X) = fn_amino_acid_25(X)
& fn_hydrophilic_amino_acid_30(X) = fn_amino_acid_22(X)
& fn_hydrophilic_amino_acid_31(X) = fn_amino_acid_27(X)
& fn_hydrophilic_amino_acid_32(X) = fn_amino_acid_11(X)
& fn_hydrophilic_amino_acid_26(X) = fn_amino_acid_26(X)
& fn_hydrophilic_amino_acid_32(X) = fn_amino_acid_27(X)
& fn_hydrophilic_amino_acid_31(X) = fn_amino_acid_11(X)
& fn_hydrophilic_amino_acid_1(X) = fn_amino_acid_13(X)
& fn_hydrophilic_amino_acid_14(X) = fn_covalent_bond_12(fn_hydrophilic_amino_acid_28(X))
& fn_hydrophilic_amino_acid_10(X) = fn_covalent_bond_11(fn_hydrophilic_amino_acid_28(X))
& fn_hydrophilic_amino_acid_10(X) = fn_amino_acid_8(X)
& fn_hydrophilic_amino_acid_14(X) = fn_nitrogen_14(fn_hydrophilic_amino_acid_29(X))
& fn_hydrophilic_amino_acid_14(X) = fn_amino_acid_9(X)
& fn_hydrophilic_amino_acid_29(X) = fn_amino_acid_17(X)
& fn_hydrophilic_amino_acid_33(X) = fn_amino_acid_22(X)
& fn_hydrophilic_amino_acid_21(X) = fn_amino_acid_15(X)
& fn_hydrophilic_amino_acid_20(X) = fn_amino_acid_21(X)
& fn_hydrophilic_amino_acid_34(X) = fn_amino_acid_24(X)
& fn_hydrophilic_amino_acid_27(X) = fn_amino_acid_23(X)
& fn_hydrophilic_amino_acid_9(X) = fn_covalent_bond_22(fn_hydrophilic_amino_acid_28(X))
& fn_hydrophilic_amino_acid_11(X) = fn_covalent_bond_18(fn_hydrophilic_amino_acid_28(X))
& fn_hydrophilic_amino_acid_11(X) = fn_covalent_bond_15(fn_hydrophilic_amino_acid_28(X))
& fn_hydrophilic_amino_acid_9(X) = fn_covalent_bond_24(fn_hydrophilic_amino_acid_28(X))
& fn_hydrophilic_amino_acid_13(X) = fn_covalent_bond_22(fn_hydrophilic_amino_acid_28(X))
& fn_hydrophilic_amino_acid_12(X) = fn_covalent_bond_18(fn_hydrophilic_amino_acid_28(X))
& fn_hydrophilic_amino_acid_8(X) = fn_covalent_bond_17(fn_hydrophilic_amino_acid_28(X))
& fn_share_2(fn_hydrophilic_amino_acid_5(X)) = fn_amino_acid_20(X)
& fn_amino_acid_20(X) = fn_amino_acid_20(X)
& fn_amino_acid_20(X) = fn_covalent_bond_19(fn_hydrophilic_amino_acid_28(X))
& fn_covalent_bond_19(fn_hydrophilic_amino_acid_28(X)) = fn_covalent_bond_20(fn_hydrophilic_amino_acid_28(X))
& fn_covalent_bond_20(fn_hydrophilic_amino_acid_28(X)) = fn_covalent_bond_19(fn_hydrophilic_amino_acid_28(X))
& fn_covalent_bond_19(fn_hydrophilic_amino_acid_28(X)) = fn_covalent_bond_19(fn_hydrophilic_amino_acid_28(X))
& fn_covalent_bond_19(fn_hydrophilic_amino_acid_28(X)) = fn_amino_acid_28(X)
& fn_amino_acid_22(X) = fn_share_3(fn_hydrophilic_amino_acid_18(X))
& fn_share_3(fn_hydrophilic_amino_acid_18(X)) = fn_amino_acid_11(X)
& fn_amino_acid_27(X) = fn_share_3(fn_hydrophilic_amino_acid_17(X))
& fn_share_3(fn_hydrophilic_amino_acid_17(X)) = fn_share_1(fn_hydrophilic_amino_acid_17(X))
& fn_share_1(fn_hydrophilic_amino_acid_17(X)) = fn_share_1(fn_hydrophilic_amino_acid_17(X))
& fn_share_1(fn_hydrophilic_amino_acid_17(X)) = fn_amino_acid_27(X)
& fn_amino_acid_11(X) = fn_amino_acid_27(X)
& fn_amino_acid_27(X) = fn_amino_acid_27(X)
& fn_amino_acid_27(X) = fn_amino_acid_11(X)
& fn_amino_acid_11(X) = fn_amino_acid_11(X)
& fn_amino_acid_11(X) = fn_covalent_bond_11(fn_hydrophilic_amino_acid_28(X))
& fn_covalent_bond_12(fn_hydrophilic_amino_acid_28(X)) = fn_covalent_bond_11(fn_hydrophilic_amino_acid_28(X))
& fn_covalent_bond_11(fn_hydrophilic_amino_acid_28(X)) = fn_covalent_bond_11(fn_hydrophilic_amino_acid_28(X))
& fn_covalent_bond_11(fn_hydrophilic_amino_acid_28(X)) = fn_covalent_bond_12(fn_hydrophilic_amino_acid_28(X))
& fn_covalent_bond_12(fn_hydrophilic_amino_acid_28(X)) = fn_amino_acid_8(X)
& fn_amino_acid_8(X) = fn_amino_acid_8(X)
& fn_amino_acid_8(X) = fn_covalent_bond_12(fn_hydrophilic_amino_acid_28(X))
& fn_covalent_bond_12(fn_hydrophilic_amino_acid_28(X)) = fn_covalent_bond_12(fn_hydrophilic_amino_acid_28(X))
& fn_covalent_bond_12(fn_hydrophilic_amino_acid_28(X)) = fn_nitrogen_14(fn_hydrophilic_amino_acid_29(X))
& fn_nitrogen_14(fn_hydrophilic_amino_acid_29(X)) = fn_covalent_bond_12(fn_hydrophilic_amino_acid_28(X))
& fn_amino_acid_9(X) = fn_covalent_bond_12(fn_hydrophilic_amino_acid_28(X))
& fn_covalent_bond_12(fn_hydrophilic_amino_acid_28(X)) = fn_amino_acid_9(X)
& fn_amino_acid_9(X) = fn_amino_acid_9(X)
& fn_amino_acid_9(X) = fn_share_3(fn_hydrophilic_amino_acid_8(X))
& fn_share_3(fn_hydrophilic_amino_acid_8(X)) = fn_share_1(fn_hydrophilic_amino_acid_8(X))
& fn_share_1(fn_hydrophilic_amino_acid_8(X)) = fn_share_1(fn_hydrophilic_amino_acid_8(X))
& fn_share_1(fn_hydrophilic_amino_acid_8(X)) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_amino_acid_17(X)
& fn_amino_acid_17(X) = fn_amino_acid_17(X)
& fn_amino_acid_17(X) = fn_amino_acid_28(X)
& fn_amino_acid_28(X) = fn_amino_acid_28(X)
& fn_amino_acid_28(X) = fn_amino_acid_22(X)
& fn_amino_acid_22(X) = fn_amino_acid_22(X)
& fn_amino_acid_22(X) = fn_share_3(fn_hydrophilic_amino_acid_5(X))
& fn_share_3(fn_hydrophilic_amino_acid_5(X)) = fn_share_1(fn_hydrophilic_amino_acid_5(X))
& fn_share_1(fn_hydrophilic_amino_acid_18(X)) = fn_share_3(fn_hydrophilic_amino_acid_4(X))
& fn_share_3(fn_hydrophilic_amino_acid_4(X)) = fn_share_1(fn_hydrophilic_amino_acid_4(X))
& fn_share_1(fn_hydrophilic_amino_acid_4(X)) = fn_share_1(fn_hydrophilic_amino_acid_5(X))
& fn_share_1(fn_hydrophilic_amino_acid_5(X)) = fn_share_1(fn_hydrophilic_amino_acid_18(X))
& fn_share_1(fn_hydrophilic_amino_acid_18(X)) = fn_share_1(fn_hydrophilic_amino_acid_4(X))
& fn_share_1(fn_hydrophilic_amino_acid_4(X)) = fn_hold_2(fn_hydrophilic_amino_acid_15(X))
& fn_hold_2(fn_hydrophilic_amino_acid_16(X)) = fn_hold_2(fn_hydrophilic_amino_acid_15(X))
& fn_hold_2(fn_hydrophilic_amino_acid_15(X)) = fn_hold_2(fn_hydrophilic_amino_acid_7(X))
& fn_hold_2(fn_hydrophilic_amino_acid_7(X)) = fn_hold_2(fn_hydrophilic_amino_acid_16(X))
& fn_hold_2(fn_hydrophilic_amino_acid_16(X)) = fn_amino_acid_24(X)
& fn_amino_acid_24(X) = fn_amino_acid_24(X)
& fn_amino_acid_24(X) = fn_covalent_bond_18(fn_hydrophilic_amino_acid_28(X))
& fn_covalent_bond_18(fn_hydrophilic_amino_acid_28(X)) = fn_covalent_bond_15(fn_hydrophilic_amino_acid_28(X))
& fn_covalent_bond_15(fn_hydrophilic_amino_acid_28(X)) = fn_covalent_bond_15(fn_hydrophilic_amino_acid_28(X))
& fn_covalent_bond_15(fn_hydrophilic_amino_acid_28(X)) = fn_covalent_bond_22(fn_hydrophilic_amino_acid_28(X))
& fn_covalent_bond_22(fn_hydrophilic_amino_acid_28(X)) = fn_covalent_bond_24(fn_hydrophilic_amino_acid_28(X))
& fn_covalent_bond_24(fn_hydrophilic_amino_acid_28(X)) = fn_covalent_bond_24(fn_hydrophilic_amino_acid_28(X))
& fn_covalent_bond_24(fn_hydrophilic_amino_acid_28(X)) = fn_atom_18(fn_hydrophilic_amino_acid_29(X))
& fn_atom_18(fn_hydrophilic_amino_acid_29(X)) = fn_nitrogen_10(fn_hydrophilic_amino_acid_29(X))
& fn_nitrogen_10(fn_hydrophilic_amino_acid_29(X)) = fn_nitrogen_10(fn_hydrophilic_amino_acid_29(X))
& fn_nitrogen_10(fn_hydrophilic_amino_acid_29(X)) = fn_covalent_bond_22(fn_hydrophilic_amino_acid_28(X))
& fn_covalent_bond_22(fn_hydrophilic_amino_acid_28(X)) = fn_covalent_bond_22(fn_hydrophilic_amino_acid_28(X))
& fn_covalent_bond_22(fn_hydrophilic_amino_acid_28(X)) = fn_nitrogen_18(fn_hydrophilic_amino_acid_29(X))
& fn_nitrogen_18(fn_hydrophilic_amino_acid_29(X)) = fn_nitrogen_13(fn_hydrophilic_amino_acid_29(X))
& fn_nitrogen_13(fn_hydrophilic_amino_acid_29(X)) = fn_nitrogen_13(fn_hydrophilic_amino_acid_29(X))
& fn_nitrogen_13(fn_hydrophilic_amino_acid_29(X)) = fn_covalent_bond_18(fn_hydrophilic_amino_acid_28(X))
& fn_covalent_bond_18(fn_hydrophilic_amino_acid_28(X)) = fn_covalent_bond_18(fn_hydrophilic_amino_acid_28(X)) ) ) ).
fof(a530248,axiom,
! [X] :
( hydrophilic_channel_1(X)
=> ( original_name_2(X,'Hydrophilic-Channel')
& user_description_2(X,'Structural channel through a protein which is surrounded by hydrophilic amino acids and allows hydrophilic molecules to pass though.')
& concept2words_2(X,'hydrophilic channel')
& concept2words_2(X,'hydrophilic-channel')
& hydrophilic_region_1(X)
& pore_1(X)
& center_1(fn_hydrophilic_channel_1(X))
& channel_protein_1(fn_hydrophilic_channel_2(X))
& hydrophilic_region_1(fn_protein_1(fn_hydrophilic_channel_2(X)))
& hydrophilic_region_1(fn_integral_protein_23(fn_hydrophilic_channel_2(X)))
& is_at_2(X,fn_hydrophilic_channel_1(X))
& has_region_2(fn_hydrophilic_channel_2(X),fn_hydrophilic_channel_1(X))
& has_region_2(fn_hydrophilic_channel_2(X),X)
& X = fn_protein_1(fn_hydrophilic_channel_2(X))
& X = fn_integral_protein_23(fn_hydrophilic_channel_2(X))
& fn_protein_1(fn_hydrophilic_channel_2(X)) = fn_integral_protein_23(fn_hydrophilic_channel_2(X)) ) ) ).
fof(a530249,axiom,
! [X] :
( hydrophilic_compound_1(X)
=> ( original_name_2(X,'Hydrophilic-Compound')
& user_description_2(X,'A molecule with affinity for water.')
& concept2words_2(X,'hydrophilic compound')
& concept2words_2(X,'hydrophilic-compound')
& compound_1(X)
& hydrophilic_region_1(fn_hydrophilic_compound_1(X))
& attract_1(fn_hydrophilic_compound_2(X))
& attract_1(fn_hydrophilic_region_2(fn_hydrophilic_compound_1(X)))
& entity_1(fn_attract_2(fn_hydrophilic_compound_2(X)))
& facilitates_2(fn_hydrophilic_compound_1(X),fn_hydrophilic_compound_2(X))
& has_region_2(X,fn_hydrophilic_compound_1(X))
& has_function_2(X,fn_hydrophilic_compound_2(X))
& site_2(fn_hydrophilic_compound_2(X),fn_hydrophilic_compound_1(X))
& agent_2(fn_hydrophilic_compound_2(X),X)
& fn_hydrophilic_compound_2(X) = fn_hydrophilic_region_2(fn_hydrophilic_compound_1(X))
& X = fn_attract_2(fn_hydrophilic_compound_2(X)) ) ) ).
fof(a530250,axiom,
! [X] :
( hydrophilic_end_1(X)
=> ( original_name_2(X,'Hydrophilic-End')
& user_description_2(X,'End of an entity that attracts water due to polarity or charge.')
& concept2words_2(X,'hydrophilic end')
& concept2words_2(X,'hydrophilic-end')
& hydrophilic_region_1(X)
& end_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ hydrophobic_end_1(X) ) ) ).
fof(a530251,axiom,
! [X] :
( hydrophilic_face_1(X)
=> ( original_name_2(X,'Hydrophilic-Face')
& user_description_2(X,'The hydrophilic side of an entity.')
& concept2words_2(X,'outside face of biomembrane')
& concept2words_2(X,'hydrophilic face')
& concept2words_2(X,'hydrophilic-face')
& face_region_1(X)
& hydrophilic_region_1(X) ) ) ).
fof(a530252,axiom,
! [X] :
( hydrophilic_head_1(X)
=> ( original_name_2(X,'Hydrophilic-Head')
& user_description_2(X,'The head part of a molecule that is polar (having a partial charge due to electronegativity) and therefore does not resist interaction with water.')
& concept2words_2(X,'hydrophilic head')
& concept2words_2(X,'hydrophilic-head')
& hydrophilic_end_1(X) ) ) ).
fof(a530253,axiom,
! [X] :
( hydrophilic_region_1(X)
=> ( original_name_2(X,'Hydrophilic-Region')
& user_description_2(X,'A region showing hydrophilicity is called a hydrophilic region.')
& concept2words_2(X,'hydrophilic region')
& concept2words_2(X,'hydrophilic-region')
& molecular_region_1(X)
& water_molecule_1(fn_hydrophilic_region_1(X))
& attract_1(fn_hydrophilic_region_2(X))
& entity_1(fn_attract_1(fn_hydrophilic_region_2(X)))
& site_2(fn_hydrophilic_region_2(X),X)
& object_2(fn_hydrophilic_region_2(X),fn_hydrophilic_region_1(X))
& fn_hydrophilic_region_1(X) = fn_attract_1(fn_hydrophilic_region_2(X)) ) ) ).
fof(a530254,axiom,
! [X] :
( hydrophilic_substance_1(X)
=> ( original_name_2(X,'Hydrophilic-Substance')
& user_description_2(X,'A substance with an affinity for water.')
& concept2words_2(X,'hydrophilic substance')
& concept2words_2(X,'hydrophilic-substance')
& substance_1(X)
& entity_1(fn_hydrophilic_substance_1(X))
& hydrophilic_compound_1(fn_hydrophilic_substance_1(X))
& water_molecule_1(fn_hydrophilic_substance_2(X))
& attract_1(fn_hydrophilic_substance_3(X))
& water_molecule_1(fn_hydrophilic_substance_4(X))
& attract_1(fn_hydrophilic_substance_5(X))
& entity_1(fn_attract_1(fn_hydrophilic_substance_5(X)))
& entity_1(fn_attract_2(fn_hydrophilic_substance_5(X)))
& entity_1(fn_attract_2(fn_hydrophilic_substance_3(X)))
& attract_1(fn_hydrophilic_compound_2(fn_hydrophilic_substance_1(X)))
& entity_1(fn_attract_1(fn_hydrophilic_substance_3(X)))
& has_part_2(X,fn_hydrophilic_substance_1(X))
& has_function_2(X,fn_hydrophilic_substance_5(X))
& facilitates_2(fn_hydrophilic_substance_1(X),fn_hydrophilic_substance_5(X))
& by_means_of_2(fn_hydrophilic_substance_5(X),fn_hydrophilic_substance_3(X))
& object_2(fn_hydrophilic_substance_5(X),fn_hydrophilic_substance_4(X))
& agent_2(fn_hydrophilic_substance_5(X),X)
& has_function_2(fn_hydrophilic_substance_1(X),fn_hydrophilic_substance_3(X))
& agent_2(fn_hydrophilic_substance_3(X),fn_hydrophilic_substance_1(X))
& object_2(fn_hydrophilic_substance_3(X),fn_hydrophilic_substance_2(X))
& fn_hydrophilic_substance_4(X) = fn_attract_1(fn_hydrophilic_substance_5(X))
& X = fn_attract_2(fn_hydrophilic_substance_5(X))
& fn_hydrophilic_substance_1(X) = fn_attract_2(fn_hydrophilic_substance_3(X))
& fn_hydrophilic_substance_3(X) = fn_hydrophilic_compound_2(fn_hydrophilic_substance_1(X))
& fn_hydrophilic_substance_2(X) = fn_attract_1(fn_hydrophilic_substance_3(X)) ) ) ).
fof(a530255,axiom,
! [X] :
( hydrophobic_amino_acid_1(X)
=> ( original_name_2(X,'Hydrophobic-Amino-Acid')
& user_description_2(X,'An amino acid which has hydrophobic properties due to the non-polar nature of the side chain.')
& concept2words_2(X,'non polar amino acid')
& concept2words_2(X,'hydrophobic amino acid')
& concept2words_2(X,'hydrophobic-amino-acid')
& amino_acid_1(X)
& ~ hydrophilic_amino_acid_1(X)
& hold_together_1(fn_hydrophobic_amino_acid_1(X))
& hold_1(fn_hydrophobic_amino_acid_2(X))
& hold_together_1(fn_hydrophobic_amino_acid_2(X))
& share_1(fn_hydrophobic_amino_acid_3(X))
& share_1(fn_hydrophobic_amino_acid_4(X))
& share_1(fn_hydrophobic_amino_acid_5(X))
& tangible_entity_1(fn_hydrophobic_amino_acid_6(X))
& electron_1(fn_hydrophobic_amino_acid_6(X))
& entity_1(fn_hydrophobic_amino_acid_6(X))
& valence_electron_1(fn_hydrophobic_amino_acid_6(X))
& hold_1(fn_hydrophobic_amino_acid_7(X))
& hold_together_1(fn_hydrophobic_amino_acid_7(X))
& hold_1(fn_hydrophobic_amino_acid_8(X))
& hold_together_1(fn_hydrophobic_amino_acid_8(X))
& share_1(fn_hydrophobic_amino_acid_9(X))
& share_1(fn_hydrophobic_amino_acid_10(X))
& share_1(fn_hydrophobic_amino_acid_11(X))
& valence_electron_1(fn_hydrophobic_amino_acid_12(X))
& hold_together_1(fn_hydrophobic_amino_acid_13(X))
& hold_together_1(fn_hydrophobic_amino_acid_14(X))
& share_1(fn_hydrophobic_amino_acid_15(X))
& share_1(fn_hydrophobic_amino_acid_16(X))
& single_bond_1(fn_hydrophobic_amino_acid_18(X))
& nonpolar_covalent_bond_1(fn_hydrophobic_amino_acid_19(X))
& tangible_entity_1(fn_hydrophobic_amino_acid_20(X))
& entity_1(fn_hydrophobic_amino_acid_20(X))
& chemical_entity_1(fn_hydrophobic_amino_acid_20(X))
& atom_1(fn_hydrophobic_amino_acid_20(X))
& carbon_1(fn_hydrophobic_amino_acid_20(X))
& entity_1(fn_hydrophobic_amino_acid_21(X))
& chemical_entity_1(fn_hydrophobic_amino_acid_21(X))
& atom_1(fn_hydrophobic_amino_acid_21(X))
& hydrogen_1(fn_hydrophobic_amino_acid_21(X))
& entity_1(fn_hydrophobic_amino_acid_22(X))
& tangible_entity_1(fn_hydrophobic_amino_acid_22(X))
& atom_1(fn_hydrophobic_amino_acid_22(X))
& oxygen_1(fn_hydrophobic_amino_acid_22(X))
& entity_1(fn_hydrophobic_amino_acid_23(X))
& tangible_entity_1(fn_hydrophobic_amino_acid_23(X))
& oxygen_1(fn_hydrophobic_amino_acid_23(X))
& tangible_entity_1(fn_hydrophobic_amino_acid_24(X))
& entity_1(fn_hydrophobic_amino_acid_24(X))
& chemical_entity_1(fn_hydrophobic_amino_acid_24(X))
& atom_1(fn_hydrophobic_amino_acid_24(X))
& hydrogen_1(fn_hydrophobic_amino_acid_24(X))
& solubility_value_1(fn_hydrophobic_amino_acid_25(X))
& repel_1(fn_hydrophobic_amino_acid_26(X))
& carboxyl_group_1(fn_hydrophobic_amino_acid_27(X))
& non_polar_side_chain_1(fn_hydrophobic_amino_acid_28(X))
& hydrophobic_region_1(fn_hydrophobic_amino_acid_29(X))
& electron_shell_1(fn_hydrophobic_amino_acid_30(X))
& share_1(fn_hydrophobic_amino_acid_31(X))
& entity_1(fn_hydrophobic_amino_acid_32(X))
& tangible_entity_1(fn_hydrophobic_amino_acid_32(X))
& electron_1(fn_hydrophobic_amino_acid_32(X))
& valence_electron_1(fn_hydrophobic_amino_acid_32(X))
& tangible_entity_1(fn_hydrophobic_amino_acid_33(X))
& electron_1(fn_hydrophobic_amino_acid_33(X))
& entity_1(fn_hydrophobic_amino_acid_33(X))
& valence_electron_1(fn_hydrophobic_amino_acid_33(X))
& electron_shell_1(fn_hydrophobic_amino_acid_34(X))
& share_1(fn_hydrophobic_amino_acid_35(X))
& valence_electron_1(fn_hydrophobic_amino_acid_36(X))
& atomic_nucleus_1(fn_hydrophobic_amino_acid_37(X))
& hold_together_1(fn_hydrophobic_amino_acid_38(X))
& valence_electron_1(fn_hydrophobic_amino_acid_39(X))
& share_1(fn_hydrophobic_amino_acid_40(X))
& hold_1(fn_hydrophobic_amino_acid_41(X))
& hold_together_1(fn_hydrophobic_amino_acid_41(X))
& share_1(fn_hydrophobic_amino_acid_42(X))
& share_1(fn_hydrophobic_amino_acid_43(X))
& share_1(fn_hydrophobic_amino_acid_44(X))
& valence_electron_1(fn_hydrophobic_amino_acid_45(X))
& quantity_value_1(fn_hydrophobic_amino_acid_47(X))
& quantity_value_1(fn_hydrophobic_amino_acid_49(X))
& quantity_value_1(fn_hydrophobic_amino_acid_50(X))
& electron_shell_1(fn_hydrophobic_amino_acid_51(X))
& center_1(fn_hydrophobic_amino_acid_52(X))
& atomic_nucleus_1(fn_hydrophobic_amino_acid_53(X))
& atomic_number_value_1(fn_hydrophobic_amino_acid_54(X))
& system_1(fn_hydrophobic_amino_acid_55(X))
& proton_1(fn_hydrophobic_amino_acid_56(X))
& atomic_number_value_1(fn_hydrophobic_amino_acid_57(X))
& system_1(fn_hydrophobic_amino_acid_58(X))
& electron_shell_1(fn_hydrophobic_amino_acid_59(X))
& center_1(fn_hydrophobic_amino_acid_60(X))
& atomic_nucleus_1(fn_hydrophobic_amino_acid_61(X))
& share_1(fn_hydrophobic_amino_acid_62(X))
& share_1(fn_hydrophobic_amino_acid_63(X))
& share_1(fn_hydrophobic_amino_acid_64(X))
& share_1(fn_hydrophobic_amino_acid_65(X))
& hold_together_1(fn_hydrophobic_amino_acid_66(X))
& hold_together_1(fn_hydrophobic_amino_acid_67(X))
& hold_1(fn_hydrophobic_amino_acid_68(X))
& hold_together_1(fn_hydrophobic_amino_acid_68(X))
& carbon_skeleton_1(fn_hydrophobic_amino_acid_69(X))
& entity_1(fn_hydrophobic_amino_acid_77(X))
& tangible_entity_1(fn_hydrophobic_amino_acid_77(X))
& electron_1(fn_hydrophobic_amino_acid_77(X))
& valence_electron_1(fn_hydrophobic_amino_acid_77(X))
& share_1(fn_hydrophobic_amino_acid_78(X))
& share_1(fn_hydrophobic_amino_acid_79(X))
& share_1(fn_hydrophobic_amino_acid_80(X))
& hold_together_1(fn_hydrophobic_amino_acid_81(X))
& hold_1(fn_hydrophobic_amino_acid_82(X))
& hold_together_1(fn_hydrophobic_amino_acid_82(X))
& chemical_entity_1(fn_hydrophobic_amino_acid_83(X))
& tangible_entity_1(fn_hydrophobic_amino_acid_83(X))
& entity_1(fn_hydrophobic_amino_acid_83(X))
& atom_1(fn_hydrophobic_amino_acid_83(X))
& nitrogen_1(fn_hydrophobic_amino_acid_83(X))
& entity_1(fn_share_2(fn_hydrophobic_amino_acid_62(X)))
& entity_1(fn_share_2(fn_hydrophobic_amino_acid_11(X)))
& entity_1(fn_share_2(fn_hydrophobic_amino_acid_63(X)))
& entity_1(fn_share_2(fn_hydrophobic_amino_acid_10(X)))
& entity_1(fn_share_2(fn_hydrophobic_amino_acid_64(X)))
& entity_1(fn_share_2(fn_hydrophobic_amino_acid_9(X)))
& repel_1(fn_hydrophobic_region_2(fn_hydrophobic_amino_acid_29(X)))
& property_node_1(fn_solubility_value_1(fn_hydrophobic_amino_acid_25(X)))
& hold_together_1(fn_covalent_bond_14(fn_hydrophobic_amino_acid_19(X)))
& share_1(fn_covalent_bond_17(fn_hydrophobic_amino_acid_19(X)))
& hold_together_1(fn_nonpolar_covalent_bond_5(fn_hydrophobic_amino_acid_19(X)))
& share_1(fn_covalent_bond_17(fn_hydrophobic_amino_acid_18(X)))
& property_node_1(fn_hydrogen_7(fn_hydrophobic_amino_acid_21(X)))
& property_node_1(fn_hydrogen_6(fn_hydrophobic_amino_acid_21(X)))
& property_node_1(fn_hydrogen_21(fn_hydrophobic_amino_acid_21(X)))
& equation_big_node_1(fn_hydrogen_20(fn_hydrophobic_amino_acid_21(X)))
& system_1(fn_hydrogen_19(fn_hydrophobic_amino_acid_21(X)))
& equation_set_1(fn_hydrogen_18(fn_hydrophobic_amino_acid_21(X)))
& quantity_value_1(fn_hydrogen_11(fn_hydrophobic_amino_acid_21(X)))
& atomic_number_value_1(fn_hydrogen_10(fn_hydrophobic_amino_acid_21(X)))
& quantity_value_1(fn_hydrogen_17(fn_hydrophobic_amino_acid_21(X)))
& proton_1(fn_hydrogen_13(fn_hydrophobic_amino_acid_21(X)))
& property_node_1(fn_carbon_13(fn_hydrophobic_amino_acid_20(X)))
& property_node_1(fn_carbon_9(fn_hydrophobic_amino_acid_20(X)))
& system_1(fn_carbon_11(fn_hydrophobic_amino_acid_20(X)))
& equation_big_node_1(fn_carbon_7(fn_hydrophobic_amino_acid_20(X)))
& equation_set_1(fn_carbon_20(fn_hydrophobic_amino_acid_20(X)))
& center_1(fn_covalent_bond_21(fn_hydrophobic_amino_acid_19(X)))
& center_1(fn_nonpolar_covalent_bond_20(fn_hydrophobic_amino_acid_19(X)))
& electron_shell_1(fn_atom_9(fn_hydrophobic_amino_acid_21(X)))
& electron_shell_1(fn_nonpolar_covalent_bond_25(fn_hydrophobic_amino_acid_19(X)))
& valence_electron_1(fn_covalent_bond_15(fn_hydrophobic_amino_acid_18(X)))
& valence_electron_1(fn_covalent_bond_18(fn_hydrophobic_amino_acid_18(X)))
& entity_1(fn_share_2(fn_hydrophobic_amino_acid_78(X)))
& entity_1(fn_share_2(fn_hydrophobic_amino_acid_79(X)))
& entity_1(fn_share_2(fn_hydrophobic_amino_acid_42(X)))
& entity_1(fn_share_2(fn_hydrophobic_amino_acid_35(X)))
& entity_1(fn_share_2(fn_hydrophobic_amino_acid_43(X)))
& entity_1(fn_share_2(fn_hydrophobic_amino_acid_31(X)))
& entity_1(fn_share_2(fn_hydrophobic_amino_acid_5(X)))
& hold_together_1(fn_covalent_bond_14(fn_hydrophobic_amino_acid_18(X)))
& entity_1(fn_share_3(fn_hydrophobic_amino_acid_31(X)))
& entity_1(fn_share_3(fn_hydrophobic_amino_acid_43(X)))
& entity_1(fn_share_3(fn_hydrophobic_amino_acid_64(X)))
& entity_1(fn_share_3(fn_hydrophobic_amino_acid_79(X)))
& entity_1(fn_share_1(fn_hydrophobic_amino_acid_16(X)))
& entity_1(fn_share_1(fn_hydrophobic_amino_acid_43(X)))
& entity_1(fn_share_1(fn_hydrophobic_amino_acid_10(X)))
& entity_1(fn_share_1(fn_hydrophobic_amino_acid_79(X)))
& tangible_entity_1(fn_hold_2(fn_hydrophobic_amino_acid_14(X)))
& tangible_entity_1(fn_hold_2(fn_hydrophobic_amino_acid_8(X)))
& tangible_entity_1(fn_hold_2(fn_hydrophobic_amino_acid_7(X)))
& tangible_entity_1(fn_hold_2(fn_hydrophobic_amino_acid_2(X)))
& tangible_entity_1(fn_hold_2(fn_hydrophobic_amino_acid_41(X)))
& tangible_entity_1(fn_hold_2(fn_hydrophobic_amino_acid_13(X)))
& entity_1(fn_covalent_bond_19(fn_hydrophobic_amino_acid_18(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_hydrophobic_amino_acid_18(X)))
& atom_1(fn_covalent_bond_19(fn_hydrophobic_amino_acid_18(X)))
& electron_shell_1(fn_atom_9(fn_hydrophobic_amino_acid_22(X)))
& electron_shell_1(fn_atom_9(fn_hydrophobic_amino_acid_20(X)))
& electron_shell_1(fn_nonpolar_covalent_bond_21(fn_hydrophobic_amino_acid_19(X)))
& entity_1(fn_share_3(fn_hydrophobic_amino_acid_35(X)))
& entity_1(fn_share_3(fn_hydrophobic_amino_acid_42(X)))
& entity_1(fn_share_3(fn_hydrophobic_amino_acid_63(X)))
& entity_1(fn_share_3(fn_hydrophobic_amino_acid_80(X)))
& entity_1(fn_share_1(fn_hydrophobic_amino_acid_15(X)))
& entity_1(fn_share_1(fn_hydrophobic_amino_acid_9(X)))
& entity_1(fn_share_1(fn_hydrophobic_amino_acid_80(X)))
& tangible_entity_1(fn_hold_2(fn_hydrophobic_amino_acid_82(X)))
& center_1(fn_nonpolar_covalent_bond_24(fn_hydrophobic_amino_acid_19(X)))
& center_1(fn_hydrogen_14(fn_hydrophobic_amino_acid_21(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_hydrophobic_amino_acid_18(X)))
& atomic_nucleus_1(fn_nonpolar_covalent_bond_23(fn_hydrophobic_amino_acid_19(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_hydrophobic_amino_acid_21(X)))
& entity_1(fn_share_3(fn_hydrophobic_amino_acid_65(X)))
& entity_1(fn_share_1(fn_hydrophobic_amino_acid_65(X)))
& entity_1(fn_nonpolar_covalent_bond_29(fn_hydrophobic_amino_acid_19(X)))
& chemical_entity_1(fn_nonpolar_covalent_bond_29(fn_hydrophobic_amino_acid_19(X)))
& atom_1(fn_nonpolar_covalent_bond_29(fn_hydrophobic_amino_acid_19(X)))
& atomic_nucleus_1(fn_atom_18(fn_hydrophobic_amino_acid_20(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_hydrophobic_amino_acid_19(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_hydrophobic_amino_acid_18(X)))
& atomic_nucleus_1(fn_nonpolar_covalent_bond_19(fn_hydrophobic_amino_acid_19(X)))
& atomic_nucleus_1(fn_carbon_18(fn_hydrophobic_amino_acid_20(X)))
& quantity_value_1(fn_atom_11(fn_hydrophobic_amino_acid_20(X)))
& quantity_value_1(fn_carbon_12(fn_hydrophobic_amino_acid_20(X)))
& quantity_value_1(fn_carbon_19(fn_hydrophobic_amino_acid_20(X)))
& atomic_number_value_1(fn_atom_17(fn_hydrophobic_amino_acid_20(X)))
& atomic_number_value_1(fn_carbon_16(fn_hydrophobic_amino_acid_20(X)))
& entity_1(fn_share_3(fn_hydrophobic_amino_acid_16(X)))
& entity_1(fn_share_3(fn_hydrophobic_amino_acid_15(X)))
& entity_1(fn_share_3(fn_hydrophobic_amino_acid_62(X)))
& entity_1(fn_share_3(fn_hydrophobic_amino_acid_11(X)))
& entity_1(fn_share_3(fn_hydrophobic_amino_acid_10(X)))
& entity_1(fn_share_3(fn_hydrophobic_amino_acid_9(X)))
& entity_1(fn_share_3(fn_hydrophobic_amino_acid_78(X)))
& entity_1(fn_share_3(fn_hydrophobic_amino_acid_5(X)))
& entity_1(fn_share_3(fn_hydrophobic_amino_acid_4(X)))
& entity_1(fn_share_1(fn_hydrophobic_amino_acid_35(X)))
& entity_1(fn_share_1(fn_hydrophobic_amino_acid_31(X)))
& entity_1(fn_share_1(fn_hydrophobic_amino_acid_42(X)))
& entity_1(fn_share_1(fn_hydrophobic_amino_acid_62(X)))
& entity_1(fn_share_1(fn_hydrophobic_amino_acid_11(X)))
& entity_1(fn_share_1(fn_hydrophobic_amino_acid_63(X)))
& entity_1(fn_share_1(fn_hydrophobic_amino_acid_64(X)))
& entity_1(fn_share_1(fn_hydrophobic_amino_acid_78(X)))
& entity_1(fn_share_1(fn_hydrophobic_amino_acid_5(X)))
& entity_1(fn_share_1(fn_hydrophobic_amino_acid_4(X)))
& tangible_entity_1(fn_hold_2(fn_hydrophobic_amino_acid_38(X)))
& tangible_entity_1(fn_hold_2(fn_hydrophobic_amino_acid_66(X)))
& tangible_entity_1(fn_hold_2(fn_hydrophobic_amino_acid_67(X)))
& tangible_entity_1(fn_hold_2(fn_hydrophobic_amino_acid_68(X)))
& tangible_entity_1(fn_hold_2(fn_hydrophobic_amino_acid_81(X)))
& entity_1(fn_covalent_bond_19(fn_hydrophobic_amino_acid_19(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_hydrophobic_amino_acid_19(X)))
& atom_1(fn_covalent_bond_19(fn_hydrophobic_amino_acid_19(X)))
& entity_1(fn_covalent_bond_20(fn_hydrophobic_amino_acid_18(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_hydrophobic_amino_acid_18(X)))
& atom_1(fn_covalent_bond_20(fn_hydrophobic_amino_acid_18(X)))
& entity_1(fn_nonpolar_covalent_bond_28(fn_hydrophobic_amino_acid_19(X)))
& chemical_entity_1(fn_nonpolar_covalent_bond_28(fn_hydrophobic_amino_acid_19(X)))
& atom_1(fn_nonpolar_covalent_bond_28(fn_hydrophobic_amino_acid_19(X)))
& object_2(fn_hydrophobic_amino_acid_81(X),fn_hydrophobic_amino_acid_23(X))
& object_2(fn_hydrophobic_amino_acid_68(X),fn_hydrophobic_amino_acid_21(X))
& object_2(fn_hydrophobic_amino_acid_67(X),fn_hydrophobic_amino_acid_24(X))
& object_2(fn_hydrophobic_amino_acid_67(X),fn_hydrophobic_amino_acid_23(X))
& object_2(fn_hydrophobic_amino_acid_67(X),fn_hydrophobic_amino_acid_22(X))
& object_2(fn_hydrophobic_amino_acid_66(X),fn_hydrophobic_amino_acid_22(X))
& object_2(fn_hydrophobic_amino_acid_42(X),fn_hydrophobic_amino_acid_32(X))
& fn_hydrophobic_amino_acid_39(X) != fn_hydrophobic_amino_acid_36(X)
& object_2(fn_hydrophobic_amino_acid_38(X),fn_hydrophobic_amino_acid_24(X))
& object_2(fn_hydrophobic_amino_acid_38(X),fn_hydrophobic_amino_acid_23(X))
& object_2(fn_hydrophobic_amino_acid_38(X),fn_hydrophobic_amino_acid_22(X))
& fn_hydrophobic_amino_acid_36(X) != fn_hydrophobic_amino_acid_39(X)
& object_2(fn_hydrophobic_amino_acid_35(X),fn_hydrophobic_amino_acid_32(X))
& solubility_in_water_2(X,fn_hydrophobic_amino_acid_25(X))
& has_function_2(X,fn_hydrophobic_amino_acid_26(X))
& possesses_2(X,fn_hydrophobic_amino_acid_19(X))
& has_region_2(X,fn_hydrophobic_amino_acid_29(X))
& is_inside_2(fn_hydrophobic_amino_acid_29(X),fn_hydrophobic_amino_acid_28(X))
& facilitates_2(fn_hydrophobic_amino_acid_29(X),fn_hydrophobic_amino_acid_26(X))
& agent_2(fn_hydrophobic_amino_acid_26(X),X)
& the_scalar_value_2(fn_hydrophobic_amino_acid_25(X),insoluble_0)
& scalar_unit_class_2(fn_hydrophobic_amino_acid_25(X),molecule_0)
& object_2(fn_hydrophobic_amino_acid_14(X),fn_hydrophobic_amino_acid_20(X))
& object_2(fn_hydrophobic_amino_acid_13(X),fn_hydrophobic_amino_acid_20(X))
& object_2(fn_hydrophobic_amino_acid_13(X),fn_hydrophobic_amino_acid_22(X))
& object_2(fn_hydrophobic_amino_acid_13(X),fn_hydrophobic_amino_acid_23(X))
& object_2(fn_hydrophobic_amino_acid_7(X),fn_hydrophobic_amino_acid_22(X))
& object_2(fn_hydrophobic_amino_acid_42(X),fn_hydrophobic_amino_acid_33(X))
& object_2(fn_hydrophobic_amino_acid_35(X),fn_hydrophobic_amino_acid_33(X))
& object_2(fn_hydrophobic_amino_acid_43(X),fn_hydrophobic_amino_acid_33(X))
& object_2(fn_hydrophobic_amino_acid_31(X),fn_hydrophobic_amino_acid_33(X))
& object_2(fn_hydrophobic_amino_acid_62(X),fn_hydrophobic_amino_acid_45(X))
& object_2(fn_hydrophobic_amino_acid_11(X),fn_hydrophobic_amino_acid_12(X))
& object_2(fn_hydrophobic_amino_acid_63(X),fn_hydrophobic_amino_acid_45(X))
& object_2(fn_hydrophobic_amino_acid_10(X),fn_hydrophobic_amino_acid_12(X))
& object_2(fn_hydrophobic_amino_acid_64(X),fn_hydrophobic_amino_acid_45(X))
& object_2(fn_hydrophobic_amino_acid_9(X),fn_hydrophobic_amino_acid_12(X))
& object_2(fn_hydrophobic_amino_acid_78(X),fn_hydrophobic_amino_acid_77(X))
& object_2(fn_hydrophobic_amino_acid_5(X),fn_hydrophobic_amino_acid_6(X))
& object_2(fn_hydrophobic_amino_acid_79(X),fn_hydrophobic_amino_acid_77(X))
& agent_2(fn_hydrophobic_amino_acid_35(X),fn_hydrophobic_amino_acid_22(X))
& agent_2(fn_hydrophobic_amino_acid_31(X),fn_hydrophobic_amino_acid_23(X))
& agent_2(fn_hydrophobic_amino_acid_35(X),fn_hydrophobic_amino_acid_20(X))
& agent_2(fn_hydrophobic_amino_acid_31(X),fn_hydrophobic_amino_acid_20(X))
& agent_2(fn_hydrophobic_amino_acid_42(X),fn_hydrophobic_amino_acid_22(X))
& agent_2(fn_hydrophobic_amino_acid_16(X),fn_hydrophobic_amino_acid_20(X))
& agent_2(fn_hydrophobic_amino_acid_42(X),fn_hydrophobic_amino_acid_20(X))
& agent_2(fn_hydrophobic_amino_acid_16(X),fn_hydrophobic_amino_acid_23(X))
& agent_2(fn_hydrophobic_amino_acid_43(X),fn_hydrophobic_amino_acid_23(X))
& agent_2(fn_hydrophobic_amino_acid_15(X),fn_hydrophobic_amino_acid_20(X))
& agent_2(fn_hydrophobic_amino_acid_62(X),fn_hydrophobic_amino_acid_20(X))
& agent_2(fn_hydrophobic_amino_acid_15(X),fn_hydrophobic_amino_acid_22(X))
& agent_2(fn_hydrophobic_amino_acid_63(X),fn_hydrophobic_amino_acid_22(X))
& agent_2(fn_hydrophobic_amino_acid_11(X),fn_hydrophobic_amino_acid_20(X))
& agent_2(fn_hydrophobic_amino_acid_63(X),fn_hydrophobic_amino_acid_20(X))
& agent_2(fn_hydrophobic_amino_acid_10(X),fn_hydrophobic_amino_acid_20(X))
& agent_2(fn_hydrophobic_amino_acid_64(X),fn_hydrophobic_amino_acid_23(X))
& agent_2(fn_hydrophobic_amino_acid_10(X),fn_hydrophobic_amino_acid_23(X))
& agent_2(fn_hydrophobic_amino_acid_64(X),fn_hydrophobic_amino_acid_20(X))
& agent_2(fn_hydrophobic_amino_acid_9(X),fn_hydrophobic_amino_acid_20(X))
& agent_2(fn_hydrophobic_amino_acid_65(X),fn_hydrophobic_amino_acid_21(X))
& agent_2(fn_hydrophobic_amino_acid_9(X),fn_hydrophobic_amino_acid_22(X))
& agent_2(fn_hydrophobic_amino_acid_78(X),fn_hydrophobic_amino_acid_20(X))
& agent_2(fn_hydrophobic_amino_acid_5(X),fn_hydrophobic_amino_acid_20(X))
& agent_2(fn_hydrophobic_amino_acid_79(X),fn_hydrophobic_amino_acid_23(X))
& agent_2(fn_hydrophobic_amino_acid_4(X),fn_hydrophobic_amino_acid_20(X))
& agent_2(fn_hydrophobic_amino_acid_80(X),fn_hydrophobic_amino_acid_22(X))
& object_2(fn_hydrophobic_amino_acid_38(X),fn_hydrophobic_amino_acid_20(X))
& object_2(fn_hydrophobic_amino_acid_41(X),fn_hydrophobic_amino_acid_24(X))
& object_2(fn_hydrophobic_amino_acid_14(X),fn_hydrophobic_amino_acid_23(X))
& object_2(fn_hydrophobic_amino_acid_66(X),fn_hydrophobic_amino_acid_20(X))
& object_2(fn_hydrophobic_amino_acid_13(X),fn_hydrophobic_amino_acid_24(X))
& object_2(fn_hydrophobic_amino_acid_67(X),fn_hydrophobic_amino_acid_20(X))
& object_2(fn_hydrophobic_amino_acid_8(X),fn_hydrophobic_amino_acid_23(X))
& object_2(fn_hydrophobic_amino_acid_68(X),fn_hydrophobic_amino_acid_20(X))
& object_2(fn_hydrophobic_amino_acid_7(X),fn_hydrophobic_amino_acid_23(X))
& object_2(fn_hydrophobic_amino_acid_81(X),fn_hydrophobic_amino_acid_20(X))
& object_2(fn_hydrophobic_amino_acid_2(X),fn_hydrophobic_amino_acid_23(X))
& object_2(fn_hydrophobic_amino_acid_82(X),fn_hydrophobic_amino_acid_22(X))
& has_region_2(X,fn_hydrophobic_amino_acid_28(X))
& possesses_2(X,fn_hydrophobic_amino_acid_18(X))
& site_2(fn_hydrophobic_amino_acid_26(X),fn_hydrophobic_amino_acid_29(X))
& has_region_2(fn_hydrophobic_amino_acid_22(X),fn_hydrophobic_amino_acid_34(X))
& object_2(fn_hydrophobic_amino_acid_8(X),fn_hydrophobic_amino_acid_20(X))
& result_2(fn_hydrophobic_amino_acid_65(X),fn_hydrophobic_amino_acid_19(X))
& agent_2(fn_hydrophobic_amino_acid_65(X),fn_hydrophobic_amino_acid_20(X))
& agent_2(fn_hydrophobic_amino_acid_40(X),fn_hydrophobic_amino_acid_24(X))
& object_2(fn_hydrophobic_amino_acid_82(X),fn_hydrophobic_amino_acid_24(X))
& result_2(fn_hydrophobic_amino_acid_44(X),fn_hydrophobic_amino_acid_18(X))
& agent_2(fn_hydrophobic_amino_acid_41(X),fn_hydrophobic_amino_acid_18(X))
& agent_2(fn_hydrophobic_amino_acid_44(X),fn_hydrophobic_amino_acid_24(X))
& has_region_2(fn_hydrophobic_amino_acid_24(X),fn_hydrophobic_amino_acid_37(X))
& agent_2(fn_hydrophobic_amino_acid_79(X),fn_hydrophobic_amino_acid_20(X))
& has_part_2(fn_hydrophobic_amino_acid_24(X),fn_hydrophobic_amino_acid_36(X))
& object_2(fn_hydrophobic_amino_acid_44(X),fn_hydrophobic_amino_acid_36(X))
& object_2(fn_hydrophobic_amino_acid_44(X),fn_hydrophobic_amino_acid_39(X))
& is_between_2(fn_hydrophobic_amino_acid_18(X),fn_hydrophobic_amino_acid_24(X))
& object_2(fn_hydrophobic_amino_acid_7(X),fn_hydrophobic_amino_acid_24(X))
& object_2(fn_hydrophobic_amino_acid_7(X),fn_hydrophobic_amino_acid_20(X))
& object_2(fn_hydrophobic_amino_acid_2(X),fn_hydrophobic_amino_acid_20(X))
& fn_hydrophobic_amino_acid_53(X) != fn_hydrophobic_amino_acid_61(X)
& fn_hydrophobic_amino_acid_61(X) != fn_hydrophobic_amino_acid_53(X)
& is_between_2(fn_hydrophobic_amino_acid_19(X),fn_hydrophobic_amino_acid_20(X))
& has_region_2(fn_hydrophobic_amino_acid_20(X),fn_hydrophobic_amino_acid_60(X))
& is_at_2(fn_hydrophobic_amino_acid_61(X),fn_hydrophobic_amino_acid_60(X))
& fn_hydrophobic_amino_acid_52(X) != fn_hydrophobic_amino_acid_60(X)
& fn_hydrophobic_amino_acid_60(X) != fn_hydrophobic_amino_acid_52(X)
& has_function_2(fn_hydrophobic_amino_acid_19(X),fn_hydrophobic_amino_acid_68(X))
& agent_2(fn_hydrophobic_amino_acid_68(X),fn_hydrophobic_amino_acid_19(X))
& is_between_2(fn_hydrophobic_amino_acid_19(X),fn_hydrophobic_amino_acid_21(X))
& has_region_2(fn_hydrophobic_amino_acid_21(X),fn_hydrophobic_amino_acid_51(X))
& fn_hydrophobic_amino_acid_51(X) != fn_hydrophobic_amino_acid_59(X)
& fn_hydrophobic_amino_acid_59(X) != fn_hydrophobic_amino_acid_51(X)
& object_2(fn_hydrophobic_amino_acid_40(X),fn_hydrophobic_amino_acid_39(X))
& has_function_2(fn_hydrophobic_amino_acid_18(X),fn_hydrophobic_amino_acid_41(X))
& result_2(fn_hydrophobic_amino_acid_40(X),fn_hydrophobic_amino_acid_18(X))
& object_2(fn_hydrophobic_amino_acid_40(X),fn_hydrophobic_amino_acid_36(X))
& is_near_2(fn_hydrophobic_amino_acid_37(X),fn_hydrophobic_amino_acid_36(X))
& is_near_2(fn_hydrophobic_amino_acid_36(X),fn_hydrophobic_amino_acid_37(X))
& has_region_2(fn_hydrophobic_amino_acid_23(X),fn_hydrophobic_amino_acid_30(X))
& agent_2(fn_hydrophobic_amino_acid_80(X),fn_hydrophobic_amino_acid_20(X))
& object_2(fn_hydrophobic_amino_acid_80(X),fn_hydrophobic_amino_acid_77(X))
& is_inside_2(fn_hydrophobic_amino_acid_23(X),fn_hydrophobic_amino_acid_27(X))
& has_part_2(X,fn_hydrophobic_amino_acid_23(X))
& has_part_2(X,fn_hydrophobic_amino_acid_24(X))
& has_part_2(X,fn_hydrophobic_amino_acid_83(X))
& has_part_2(X,fn_hydrophobic_amino_acid_21(X))
& is_inside_2(fn_hydrophobic_amino_acid_21(X),fn_hydrophobic_amino_acid_27(X))
& is_inside_2(fn_hydrophobic_amino_acid_22(X),fn_hydrophobic_amino_acid_27(X))
& has_part_2(X,fn_hydrophobic_amino_acid_22(X))
& fn_hydrophobic_amino_acid_21(X) != fn_hydrophobic_amino_acid_23(X)
& has_region_2(fn_hydrophobic_amino_acid_23(X),fn_hydrophobic_amino_acid_34(X))
& fn_hydrophobic_amino_acid_34(X) != fn_hydrophobic_amino_acid_30(X)
& fn_hydrophobic_amino_acid_24(X) != fn_hydrophobic_amino_acid_21(X)
& fn_hydrophobic_amino_acid_21(X) != fn_hydrophobic_amino_acid_24(X)
& fn_hydrophobic_amino_acid_23(X) != fn_hydrophobic_amino_acid_21(X)
& fn_hydrophobic_amino_acid_30(X) != fn_hydrophobic_amino_acid_34(X)
& agent_2(fn_hydrophobic_amino_acid_43(X),fn_hydrophobic_amino_acid_20(X))
& object_2(fn_hydrophobic_amino_acid_43(X),fn_hydrophobic_amino_acid_32(X))
& object_2(fn_hydrophobic_amino_acid_31(X),fn_hydrophobic_amino_acid_32(X))
& fn_hydrophobic_amino_acid_33(X) != fn_hydrophobic_amino_acid_32(X)
& fn_hydrophobic_amino_acid_32(X) != fn_hydrophobic_amino_acid_33(X)
& object_2(fn_hydrophobic_amino_acid_3(X),fn_hydrophobic_amino_acid_6(X))
& object_2(fn_hydrophobic_amino_acid_4(X),fn_hydrophobic_amino_acid_6(X))
& agent_2(fn_hydrophobic_amino_acid_4(X),fn_hydrophobic_amino_acid_23(X))
& fn_hydrophobic_amino_acid_22(X) != fn_hydrophobic_amino_acid_23(X)
& fn_hydrophobic_amino_acid_23(X) != fn_hydrophobic_amino_acid_22(X)
& object_2(fn_hydrophobic_amino_acid_82(X),fn_hydrophobic_amino_acid_23(X))
& object_2(fn_hydrophobic_amino_acid_82(X),fn_hydrophobic_amino_acid_20(X))
& agent_2(fn_hydrophobic_amino_acid_3(X),fn_hydrophobic_amino_acid_20(X))
& agent_2(fn_hydrophobic_amino_acid_3(X),fn_hydrophobic_amino_acid_22(X))
& fn_hydrophobic_amino_acid_22(X) != fn_hydrophobic_amino_acid_21(X)
& fn_hydrophobic_amino_acid_21(X) != fn_hydrophobic_amino_acid_22(X)
& object_2(fn_hydrophobic_amino_acid_1(X),fn_hydrophobic_amino_acid_24(X))
& object_2(fn_hydrophobic_amino_acid_1(X),fn_hydrophobic_amino_acid_23(X))
& fn_hydrophobic_amino_acid_23(X) != fn_hydrophobic_amino_acid_20(X)
& fn_hydrophobic_amino_acid_20(X) != fn_hydrophobic_amino_acid_23(X)
& fn_hydrophobic_amino_acid_24(X) != fn_hydrophobic_amino_acid_20(X)
& fn_hydrophobic_amino_acid_20(X) != fn_hydrophobic_amino_acid_24(X)
& fn_hydrophobic_amino_acid_83(X) != fn_hydrophobic_amino_acid_21(X)
& fn_hydrophobic_amino_acid_21(X) != fn_hydrophobic_amino_acid_20(X)
& fn_hydrophobic_amino_acid_83(X) != fn_hydrophobic_amino_acid_24(X)
& fn_hydrophobic_amino_acid_20(X) != fn_hydrophobic_amino_acid_83(X)
& fn_hydrophobic_amino_acid_21(X) != fn_hydrophobic_amino_acid_83(X)
& fn_hydrophobic_amino_acid_20(X) != fn_hydrophobic_amino_acid_21(X)
& fn_hydrophobic_amino_acid_83(X) != fn_hydrophobic_amino_acid_20(X)
& fn_hydrophobic_amino_acid_24(X) != fn_hydrophobic_amino_acid_83(X)
& object_2(fn_hydrophobic_amino_acid_1(X),fn_hydrophobic_amino_acid_20(X))
& object_2(fn_hydrophobic_amino_acid_1(X),fn_hydrophobic_amino_acid_22(X))
& fn_hydrophobic_amino_acid_22(X) != fn_hydrophobic_amino_acid_20(X)
& has_region_2(fn_hydrophobic_amino_acid_20(X),fn_hydrophobic_amino_acid_59(X))
& fn_hydrophobic_amino_acid_59(X) != fn_hydrophobic_amino_acid_34(X)
& fn_hydrophobic_amino_acid_20(X) != fn_hydrophobic_amino_acid_22(X)
& fn_hydrophobic_amino_acid_34(X) != fn_hydrophobic_amino_acid_59(X)
& has_region_2(X,fn_hydrophobic_amino_acid_27(X))
& is_inside_2(fn_hydrophobic_amino_acid_20(X),fn_hydrophobic_amino_acid_27(X))
& is_inside_2(fn_hydrophobic_amino_acid_20(X),fn_hydrophobic_amino_acid_69(X))
& has_region_2(X,fn_hydrophobic_amino_acid_69(X))
& has_part_2(X,fn_hydrophobic_amino_acid_20(X))
& called_2(fn_hydrophobic_amino_acid_54(X),'Atomic_Number')
& called_2(fn_hydrophobic_amino_acid_47(X),'Number_Proton')
& has_region_2(fn_hydrophobic_amino_acid_21(X),fn_hydrophobic_amino_acid_52(X))
& is_at_2(fn_hydrophobic_amino_acid_53(X),fn_hydrophobic_amino_acid_52(X))
& is_inside_2(fn_hydrophobic_amino_acid_56(X),fn_hydrophobic_amino_acid_53(X))
& called_2(fn_hydrophobic_amino_acid_50(X),'Number_Electron')
& atomic_number_2(fn_hydrophobic_amino_acid_21(X),fn_hydrophobic_amino_acid_54(X))
& has_region_2(fn_hydrophobic_amino_acid_21(X),fn_hydrophobic_amino_acid_53(X))
& has_part_2(fn_hydrophobic_amino_acid_21(X),fn_hydrophobic_amino_acid_56(X))
& quantity_2(fn_hydrophobic_amino_acid_56(X),fn_hydrophobic_amino_acid_47(X))
& fn_hydrophobic_amino_acid_47(X) = fn_hydrophobic_amino_acid_50(X)
& fn_hydrophobic_amino_acid_54(X) = fn_hydrophobic_amino_acid_47(X)
& fn_hydrophobic_amino_acid_47(X) = fn_hydrophobic_amino_acid_54(X)
& fn_hydrophobic_amino_acid_50(X) = fn_hydrophobic_amino_acid_47(X)
& called_2(fn_hydrophobic_amino_acid_49(X),'Number_Proton')
& called_2(fn_hydrophobic_amino_acid_57(X),'Atomic_Number')
& has_region_2(fn_hydrophobic_amino_acid_20(X),fn_hydrophobic_amino_acid_61(X))
& atomic_number_2(fn_hydrophobic_amino_acid_20(X),fn_hydrophobic_amino_acid_57(X))
& fn_hydrophobic_amino_acid_49(X) = fn_hydrophobic_amino_acid_57(X)
& fn_hydrophobic_amino_acid_57(X) = fn_hydrophobic_amino_acid_49(X)
& fn_hydrophobic_amino_acid_33(X) = fn_share_2(fn_hydrophobic_amino_acid_42(X))
& fn_hydrophobic_amino_acid_33(X) = fn_share_2(fn_hydrophobic_amino_acid_35(X))
& fn_hydrophobic_amino_acid_33(X) = fn_share_2(fn_hydrophobic_amino_acid_43(X))
& fn_hydrophobic_amino_acid_33(X) = fn_share_2(fn_hydrophobic_amino_acid_31(X))
& fn_hydrophobic_amino_acid_45(X) = fn_share_2(fn_hydrophobic_amino_acid_62(X))
& fn_hydrophobic_amino_acid_12(X) = fn_share_2(fn_hydrophobic_amino_acid_11(X))
& fn_hydrophobic_amino_acid_45(X) = fn_share_2(fn_hydrophobic_amino_acid_63(X))
& fn_hydrophobic_amino_acid_12(X) = fn_share_2(fn_hydrophobic_amino_acid_10(X))
& fn_hydrophobic_amino_acid_45(X) = fn_share_2(fn_hydrophobic_amino_acid_64(X))
& fn_hydrophobic_amino_acid_12(X) = fn_share_2(fn_hydrophobic_amino_acid_9(X))
& fn_hydrophobic_amino_acid_77(X) = fn_share_2(fn_hydrophobic_amino_acid_78(X))
& fn_hydrophobic_amino_acid_6(X) = fn_share_2(fn_hydrophobic_amino_acid_5(X))
& fn_hydrophobic_amino_acid_77(X) = fn_share_2(fn_hydrophobic_amino_acid_79(X))
& fn_hydrophobic_amino_acid_22(X) = fn_share_3(fn_hydrophobic_amino_acid_35(X))
& fn_hydrophobic_amino_acid_23(X) = fn_share_3(fn_hydrophobic_amino_acid_31(X))
& fn_hydrophobic_amino_acid_20(X) = fn_share_1(fn_hydrophobic_amino_acid_35(X))
& fn_hydrophobic_amino_acid_20(X) = fn_share_1(fn_hydrophobic_amino_acid_31(X))
& fn_hydrophobic_amino_acid_22(X) = fn_share_3(fn_hydrophobic_amino_acid_42(X))
& fn_hydrophobic_amino_acid_20(X) = fn_share_3(fn_hydrophobic_amino_acid_16(X))
& fn_hydrophobic_amino_acid_20(X) = fn_share_1(fn_hydrophobic_amino_acid_42(X))
& fn_hydrophobic_amino_acid_23(X) = fn_share_1(fn_hydrophobic_amino_acid_16(X))
& fn_hydrophobic_amino_acid_23(X) = fn_share_3(fn_hydrophobic_amino_acid_43(X))
& fn_hydrophobic_amino_acid_23(X) = fn_share_1(fn_hydrophobic_amino_acid_43(X))
& fn_hydrophobic_amino_acid_20(X) = fn_share_3(fn_hydrophobic_amino_acid_15(X))
& fn_hydrophobic_amino_acid_20(X) = fn_share_3(fn_hydrophobic_amino_acid_62(X))
& fn_hydrophobic_amino_acid_20(X) = fn_share_1(fn_hydrophobic_amino_acid_62(X))
& fn_hydrophobic_amino_acid_22(X) = fn_share_1(fn_hydrophobic_amino_acid_15(X))
& fn_hydrophobic_amino_acid_22(X) = fn_share_3(fn_hydrophobic_amino_acid_63(X))
& fn_hydrophobic_amino_acid_20(X) = fn_share_3(fn_hydrophobic_amino_acid_11(X))
& fn_hydrophobic_amino_acid_20(X) = fn_share_1(fn_hydrophobic_amino_acid_11(X))
& fn_hydrophobic_amino_acid_20(X) = fn_share_1(fn_hydrophobic_amino_acid_63(X))
& fn_hydrophobic_amino_acid_20(X) = fn_share_3(fn_hydrophobic_amino_acid_10(X))
& fn_hydrophobic_amino_acid_23(X) = fn_share_3(fn_hydrophobic_amino_acid_64(X))
& fn_hydrophobic_amino_acid_23(X) = fn_share_1(fn_hydrophobic_amino_acid_10(X))
& fn_hydrophobic_amino_acid_20(X) = fn_share_1(fn_hydrophobic_amino_acid_64(X))
& fn_hydrophobic_amino_acid_20(X) = fn_share_3(fn_hydrophobic_amino_acid_9(X))
& fn_hydrophobic_amino_acid_21(X) = fn_share_3(fn_hydrophobic_amino_acid_65(X))
& fn_hydrophobic_amino_acid_21(X) = fn_share_1(fn_hydrophobic_amino_acid_65(X))
& fn_hydrophobic_amino_acid_22(X) = fn_share_1(fn_hydrophobic_amino_acid_9(X))
& fn_hydrophobic_amino_acid_20(X) = fn_share_3(fn_hydrophobic_amino_acid_78(X))
& fn_hydrophobic_amino_acid_20(X) = fn_share_1(fn_hydrophobic_amino_acid_78(X))
& fn_hydrophobic_amino_acid_20(X) = fn_share_3(fn_hydrophobic_amino_acid_5(X))
& fn_hydrophobic_amino_acid_20(X) = fn_share_1(fn_hydrophobic_amino_acid_5(X))
& fn_hydrophobic_amino_acid_23(X) = fn_share_3(fn_hydrophobic_amino_acid_79(X))
& fn_hydrophobic_amino_acid_23(X) = fn_share_1(fn_hydrophobic_amino_acid_79(X))
& fn_hydrophobic_amino_acid_20(X) = fn_share_3(fn_hydrophobic_amino_acid_4(X))
& fn_hydrophobic_amino_acid_20(X) = fn_share_1(fn_hydrophobic_amino_acid_4(X))
& fn_hydrophobic_amino_acid_22(X) = fn_share_3(fn_hydrophobic_amino_acid_80(X))
& fn_hydrophobic_amino_acid_22(X) = fn_share_1(fn_hydrophobic_amino_acid_80(X))
& fn_hydrophobic_amino_acid_20(X) = fn_hold_2(fn_hydrophobic_amino_acid_38(X))
& fn_hydrophobic_amino_acid_24(X) = fn_hold_2(fn_hydrophobic_amino_acid_41(X))
& fn_hydrophobic_amino_acid_23(X) = fn_hold_2(fn_hydrophobic_amino_acid_14(X))
& fn_hydrophobic_amino_acid_20(X) = fn_hold_2(fn_hydrophobic_amino_acid_66(X))
& fn_hydrophobic_amino_acid_24(X) = fn_hold_2(fn_hydrophobic_amino_acid_13(X))
& fn_hydrophobic_amino_acid_20(X) = fn_hold_2(fn_hydrophobic_amino_acid_67(X))
& fn_hydrophobic_amino_acid_23(X) = fn_hold_2(fn_hydrophobic_amino_acid_8(X))
& fn_hydrophobic_amino_acid_20(X) = fn_hold_2(fn_hydrophobic_amino_acid_68(X))
& fn_hydrophobic_amino_acid_23(X) = fn_hold_2(fn_hydrophobic_amino_acid_7(X))
& fn_hydrophobic_amino_acid_20(X) = fn_hold_2(fn_hydrophobic_amino_acid_81(X))
& fn_hydrophobic_amino_acid_23(X) = fn_hold_2(fn_hydrophobic_amino_acid_2(X))
& fn_hydrophobic_amino_acid_22(X) = fn_hold_2(fn_hydrophobic_amino_acid_82(X))
& fn_hydrophobic_amino_acid_28(X) = fn_amino_acid_2(X)
& fn_hydrophobic_amino_acid_26(X) = fn_hydrophobic_region_2(fn_hydrophobic_amino_acid_29(X))
& fn_hydrophobic_amino_acid_17(X) = fn_solubility_value_1(fn_hydrophobic_amino_acid_25(X))
& fn_hydrophobic_amino_acid_34(X) = fn_atom_9(fn_hydrophobic_amino_acid_22(X))
& fn_hydrophobic_amino_acid_8(X) = fn_covalent_bond_14(fn_hydrophobic_amino_acid_19(X))
& fn_hydrophobic_amino_acid_65(X) = fn_covalent_bond_17(fn_hydrophobic_amino_acid_19(X))
& fn_hydrophobic_amino_acid_82(X) = fn_covalent_bond_14(fn_hydrophobic_amino_acid_18(X))
& fn_hydrophobic_amino_acid_79(X) = fn_covalent_bond_17(fn_hydrophobic_amino_acid_18(X))
& fn_hydrophobic_amino_acid_44(X) = fn_covalent_bond_17(fn_hydrophobic_amino_acid_18(X))
& fn_hydrophobic_amino_acid_7(X) = fn_covalent_bond_14(fn_hydrophobic_amino_acid_18(X))
& fn_hydrophobic_amino_acid_18(X) = fn_molecule_10(X)
& fn_hydrophobic_amino_acid_24(X) = fn_molecule_11(X)
& fn_hydrophobic_amino_acid_24(X) = fn_covalent_bond_20(fn_hydrophobic_amino_acid_18(X))
& fn_hydrophobic_amino_acid_24(X) = fn_covalent_bond_19(fn_hydrophobic_amino_acid_18(X))
& fn_hydrophobic_amino_acid_2(X) = fn_nonpolar_covalent_bond_5(fn_hydrophobic_amino_acid_19(X))
& fn_hydrophobic_amino_acid_53(X) = fn_covalent_bond_22(fn_hydrophobic_amino_acid_18(X))
& fn_hydrophobic_amino_acid_53(X) = fn_nonpolar_covalent_bond_23(fn_hydrophobic_amino_acid_19(X))
& fn_hydrophobic_amino_acid_60(X) = fn_covalent_bond_21(fn_hydrophobic_amino_acid_19(X))
& fn_hydrophobic_amino_acid_61(X) = fn_nonpolar_covalent_bond_19(fn_hydrophobic_amino_acid_19(X))
& fn_hydrophobic_amino_acid_52(X) = fn_nonpolar_covalent_bond_24(fn_hydrophobic_amino_acid_19(X))
& fn_hydrophobic_amino_acid_60(X) = fn_nonpolar_covalent_bond_20(fn_hydrophobic_amino_acid_19(X))
& fn_hydrophobic_amino_acid_20(X) = fn_nonpolar_covalent_bond_28(fn_hydrophobic_amino_acid_19(X))
& fn_hydrophobic_amino_acid_59(X) = fn_nonpolar_covalent_bond_21(fn_hydrophobic_amino_acid_19(X))
& fn_hydrophobic_amino_acid_51(X) = fn_atom_9(fn_hydrophobic_amino_acid_21(X))
& fn_hydrophobic_amino_acid_51(X) = fn_nonpolar_covalent_bond_25(fn_hydrophobic_amino_acid_19(X))
& fn_hydrophobic_amino_acid_21(X) = fn_nonpolar_covalent_bond_29(fn_hydrophobic_amino_acid_19(X))
& fn_hydrophobic_amino_acid_68(X) = fn_nonpolar_covalent_bond_5(fn_hydrophobic_amino_acid_19(X))
& fn_hydrophobic_amino_acid_39(X) = fn_covalent_bond_15(fn_hydrophobic_amino_acid_18(X))
& fn_hydrophobic_amino_acid_41(X) = fn_covalent_bond_14(fn_hydrophobic_amino_acid_18(X))
& fn_hydrophobic_amino_acid_36(X) = fn_covalent_bond_15(fn_hydrophobic_amino_acid_18(X))
& fn_hydrophobic_amino_acid_37(X) = fn_covalent_bond_24(fn_hydrophobic_amino_acid_18(X))
& fn_hydrophobic_amino_acid_37(X) = fn_covalent_bond_22(fn_hydrophobic_amino_acid_18(X))
& fn_hydrophobic_amino_acid_36(X) = fn_covalent_bond_18(fn_hydrophobic_amino_acid_18(X))
& fn_hydrophobic_amino_acid_40(X) = fn_covalent_bond_17(fn_hydrophobic_amino_acid_18(X))
& fn_hydrophobic_amino_acid_30(X) = fn_amino_acid_15(X)
& fn_hydrophobic_amino_acid_77(X) = fn_amino_acid_19(X)
& fn_hydrophobic_amino_acid_80(X) = fn_amino_acid_18(X)
& fn_hydrophobic_amino_acid_30(X) = fn_amino_acid_21(X)
& fn_hydrophobic_amino_acid_23(X) = fn_amino_acid_11(X)
& fn_hydrophobic_amino_acid_31(X) = fn_amino_acid_10(X)
& fn_hydrophobic_amino_acid_33(X) = fn_amino_acid_20(X)
& fn_hydrophobic_amino_acid_32(X) = fn_amino_acid_19(X)
& fn_hydrophobic_amino_acid_43(X) = fn_amino_acid_12(X)
& fn_hydrophobic_amino_acid_4(X) = fn_amino_acid_12(X)
& fn_hydrophobic_amino_acid_6(X) = fn_amino_acid_20(X)
& fn_hydrophobic_amino_acid_3(X) = fn_amino_acid_10(X)
& fn_hydrophobic_amino_acid_82(X) = fn_amino_acid_14(X)
& fn_hydrophobic_amino_acid_23(X) = fn_amino_acid_27(X)
& fn_hydrophobic_amino_acid_24(X) = fn_amino_acid_22(X)
& fn_hydrophobic_amino_acid_21(X) = fn_amino_acid_28(X)
& fn_hydrophobic_amino_acid_83(X) = fn_amino_acid_17(X)
& fn_hydrophobic_amino_acid_34(X) = fn_amino_acid_15(X)
& fn_hydrophobic_amino_acid_59(X) = fn_atom_9(fn_hydrophobic_amino_acid_20(X))
& fn_hydrophobic_amino_acid_59(X) = fn_amino_acid_21(X)
& fn_hydrophobic_amino_acid_22(X) = fn_amino_acid_11(X)
& fn_hydrophobic_amino_acid_1(X) = fn_amino_acid_13(X)
& fn_hydrophobic_amino_acid_69(X) = fn_amino_acid_23(X)
& fn_hydrophobic_amino_acid_20(X) = fn_amino_acid_24(X)
& fn_hydrophobic_amino_acid_27(X) = fn_amino_acid_26(X)
& fn_hydrophobic_amino_acid_71(X) = fn_hydrogen_7(fn_hydrophobic_amino_acid_21(X))
& fn_hydrophobic_amino_acid_72(X) = fn_hydrogen_6(fn_hydrophobic_amino_acid_21(X))
& fn_hydrophobic_amino_acid_75(X) = fn_hydrogen_21(fn_hydrophobic_amino_acid_21(X))
& fn_hydrophobic_amino_acid_52(X) = fn_hydrogen_14(fn_hydrophobic_amino_acid_21(X))
& fn_hydrophobic_amino_acid_76(X) = fn_hydrogen_20(fn_hydrophobic_amino_acid_21(X))
& fn_hydrophobic_amino_acid_53(X) = fn_hydrogen_15(fn_hydrophobic_amino_acid_21(X))
& fn_hydrophobic_amino_acid_55(X) = fn_hydrogen_19(fn_hydrophobic_amino_acid_21(X))
& fn_hydrophobic_amino_acid_46(X) = fn_hydrogen_18(fn_hydrophobic_amino_acid_21(X))
& fn_hydrophobic_amino_acid_50(X) = fn_hydrogen_11(fn_hydrophobic_amino_acid_21(X))
& fn_hydrophobic_amino_acid_54(X) = fn_hydrogen_10(fn_hydrophobic_amino_acid_21(X))
& fn_hydrophobic_amino_acid_47(X) = fn_hydrogen_17(fn_hydrophobic_amino_acid_21(X))
& fn_hydrophobic_amino_acid_56(X) = fn_hydrogen_13(fn_hydrophobic_amino_acid_21(X))
& fn_hydrophobic_amino_acid_70(X) = fn_carbon_13(fn_hydrophobic_amino_acid_20(X))
& fn_hydrophobic_amino_acid_73(X) = fn_carbon_9(fn_hydrophobic_amino_acid_20(X))
& fn_hydrophobic_amino_acid_61(X) = fn_atom_18(fn_hydrophobic_amino_acid_20(X))
& fn_hydrophobic_amino_acid_20(X) = fn_covalent_bond_19(fn_hydrophobic_amino_acid_19(X))
& fn_hydrophobic_amino_acid_61(X) = fn_covalent_bond_22(fn_hydrophobic_amino_acid_19(X))
& fn_hydrophobic_amino_acid_20(X) = fn_covalent_bond_20(fn_hydrophobic_amino_acid_18(X))
& fn_hydrophobic_amino_acid_61(X) = fn_covalent_bond_24(fn_hydrophobic_amino_acid_18(X))
& fn_hydrophobic_amino_acid_61(X) = fn_carbon_18(fn_hydrophobic_amino_acid_20(X))
& fn_hydrophobic_amino_acid_58(X) = fn_carbon_11(fn_hydrophobic_amino_acid_20(X))
& fn_hydrophobic_amino_acid_74(X) = fn_carbon_7(fn_hydrophobic_amino_acid_20(X))
& fn_hydrophobic_amino_acid_49(X) = fn_carbon_12(fn_hydrophobic_amino_acid_20(X))
& fn_hydrophobic_amino_acid_48(X) = fn_carbon_20(fn_hydrophobic_amino_acid_20(X))
& fn_hydrophobic_amino_acid_49(X) = fn_atom_11(fn_hydrophobic_amino_acid_20(X))
& fn_hydrophobic_amino_acid_49(X) = fn_carbon_19(fn_hydrophobic_amino_acid_20(X))
& fn_hydrophobic_amino_acid_57(X) = fn_atom_17(fn_hydrophobic_amino_acid_20(X))
& fn_hydrophobic_amino_acid_57(X) = fn_carbon_16(fn_hydrophobic_amino_acid_20(X))
& fn_covalent_bond_21(fn_hydrophobic_amino_acid_19(X)) = fn_nonpolar_covalent_bond_20(fn_hydrophobic_amino_acid_19(X))
& fn_nonpolar_covalent_bond_20(fn_hydrophobic_amino_acid_19(X)) = fn_nonpolar_covalent_bond_20(fn_hydrophobic_amino_acid_19(X))
& fn_nonpolar_covalent_bond_20(fn_hydrophobic_amino_acid_19(X)) = fn_nonpolar_covalent_bond_25(fn_hydrophobic_amino_acid_19(X))
& fn_nonpolar_covalent_bond_25(fn_hydrophobic_amino_acid_19(X)) = fn_atom_9(fn_hydrophobic_amino_acid_21(X))
& fn_atom_9(fn_hydrophobic_amino_acid_21(X)) = fn_nonpolar_covalent_bond_25(fn_hydrophobic_amino_acid_19(X))
& fn_nonpolar_covalent_bond_25(fn_hydrophobic_amino_acid_19(X)) = fn_covalent_bond_22(fn_hydrophobic_amino_acid_18(X))
& fn_covalent_bond_22(fn_hydrophobic_amino_acid_18(X)) = fn_covalent_bond_24(fn_hydrophobic_amino_acid_18(X))
& fn_covalent_bond_24(fn_hydrophobic_amino_acid_18(X)) = fn_covalent_bond_22(fn_hydrophobic_amino_acid_18(X))
& fn_covalent_bond_22(fn_hydrophobic_amino_acid_18(X)) = fn_covalent_bond_18(fn_hydrophobic_amino_acid_18(X))
& fn_covalent_bond_18(fn_hydrophobic_amino_acid_18(X)) = fn_covalent_bond_15(fn_hydrophobic_amino_acid_18(X))
& fn_covalent_bond_15(fn_hydrophobic_amino_acid_18(X)) = fn_covalent_bond_18(fn_hydrophobic_amino_acid_18(X))
& fn_covalent_bond_18(fn_hydrophobic_amino_acid_18(X)) = fn_covalent_bond_18(fn_hydrophobic_amino_acid_18(X))
& fn_covalent_bond_18(fn_hydrophobic_amino_acid_18(X)) = fn_share_2(fn_hydrophobic_amino_acid_78(X))
& fn_share_2(fn_hydrophobic_amino_acid_78(X)) = fn_share_2(fn_hydrophobic_amino_acid_79(X))
& fn_share_2(fn_hydrophobic_amino_acid_79(X)) = fn_amino_acid_19(X)
& fn_amino_acid_19(X) = fn_amino_acid_15(X)
& fn_amino_acid_15(X) = fn_amino_acid_21(X)
& fn_amino_acid_21(X) = fn_share_2(fn_hydrophobic_amino_acid_42(X))
& fn_share_2(fn_hydrophobic_amino_acid_42(X)) = fn_share_2(fn_hydrophobic_amino_acid_35(X))
& fn_share_2(fn_hydrophobic_amino_acid_35(X)) = fn_share_2(fn_hydrophobic_amino_acid_43(X))
& fn_share_2(fn_hydrophobic_amino_acid_43(X)) = fn_share_2(fn_hydrophobic_amino_acid_31(X))
& fn_share_2(fn_hydrophobic_amino_acid_31(X)) = fn_amino_acid_20(X)
& fn_amino_acid_20(X) = fn_share_2(fn_hydrophobic_amino_acid_5(X))
& fn_share_2(fn_hydrophobic_amino_acid_5(X)) = fn_amino_acid_20(X)
& fn_amino_acid_20(X) = fn_amino_acid_20(X)
& fn_amino_acid_20(X) = fn_covalent_bond_14(fn_hydrophobic_amino_acid_18(X))
& fn_covalent_bond_14(fn_hydrophobic_amino_acid_18(X)) = fn_amino_acid_14(X)
& fn_amino_acid_14(X) = fn_amino_acid_14(X)
& fn_amino_acid_14(X) = fn_share_3(fn_hydrophobic_amino_acid_31(X))
& fn_share_3(fn_hydrophobic_amino_acid_31(X)) = fn_share_1(fn_hydrophobic_amino_acid_16(X))
& fn_share_1(fn_hydrophobic_amino_acid_16(X)) = fn_share_3(fn_hydrophobic_amino_acid_43(X))
& fn_share_3(fn_hydrophobic_amino_acid_43(X)) = fn_share_1(fn_hydrophobic_amino_acid_43(X))
& fn_share_1(fn_hydrophobic_amino_acid_43(X)) = fn_share_3(fn_hydrophobic_amino_acid_64(X))
& fn_share_3(fn_hydrophobic_amino_acid_64(X)) = fn_share_1(fn_hydrophobic_amino_acid_10(X))
& fn_share_1(fn_hydrophobic_amino_acid_10(X)) = fn_share_3(fn_hydrophobic_amino_acid_79(X))
& fn_share_3(fn_hydrophobic_amino_acid_79(X)) = fn_share_1(fn_hydrophobic_amino_acid_79(X))
& fn_share_1(fn_hydrophobic_amino_acid_79(X)) = fn_share_1(fn_hydrophobic_amino_acid_16(X))
& fn_share_1(fn_hydrophobic_amino_acid_16(X)) = fn_share_1(fn_hydrophobic_amino_acid_43(X))
& fn_share_1(fn_hydrophobic_amino_acid_43(X)) = fn_share_1(fn_hydrophobic_amino_acid_10(X))
& fn_share_1(fn_hydrophobic_amino_acid_10(X)) = fn_share_1(fn_hydrophobic_amino_acid_79(X))
& fn_share_1(fn_hydrophobic_amino_acid_79(X)) = fn_hold_2(fn_hydrophobic_amino_acid_14(X))
& fn_hold_2(fn_hydrophobic_amino_acid_2(X)) = fn_hold_2(fn_hydrophobic_amino_acid_14(X))
& fn_hold_2(fn_hydrophobic_amino_acid_14(X)) = fn_hold_2(fn_hydrophobic_amino_acid_8(X))
& fn_hold_2(fn_hydrophobic_amino_acid_8(X)) = fn_hold_2(fn_hydrophobic_amino_acid_7(X))
& fn_hold_2(fn_hydrophobic_amino_acid_7(X)) = fn_hold_2(fn_hydrophobic_amino_acid_2(X))
& fn_hold_2(fn_hydrophobic_amino_acid_2(X)) = fn_amino_acid_11(X)
& fn_amino_acid_27(X) = fn_amino_acid_11(X)
& fn_amino_acid_11(X) = fn_amino_acid_27(X)
& fn_amino_acid_27(X) = fn_amino_acid_27(X)
& fn_amino_acid_27(X) = fn_hold_2(fn_hydrophobic_amino_acid_41(X))
& fn_hold_2(fn_hydrophobic_amino_acid_41(X)) = fn_hold_2(fn_hydrophobic_amino_acid_13(X))
& fn_hold_2(fn_hydrophobic_amino_acid_13(X)) = fn_molecule_11(X)
& fn_covalent_bond_20(fn_hydrophobic_amino_acid_18(X)) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_covalent_bond_20(fn_hydrophobic_amino_acid_18(X))
& fn_covalent_bond_19(fn_hydrophobic_amino_acid_18(X)) = fn_covalent_bond_20(fn_hydrophobic_amino_acid_18(X))
& fn_covalent_bond_20(fn_hydrophobic_amino_acid_18(X)) = fn_covalent_bond_19(fn_hydrophobic_amino_acid_18(X))
& fn_covalent_bond_19(fn_hydrophobic_amino_acid_18(X)) = fn_covalent_bond_19(fn_hydrophobic_amino_acid_18(X))
& fn_covalent_bond_19(fn_hydrophobic_amino_acid_18(X)) = fn_amino_acid_22(X)
& fn_amino_acid_22(X) = fn_amino_acid_22(X)
& fn_amino_acid_22(X) = fn_atom_9(fn_hydrophobic_amino_acid_22(X))
& fn_atom_9(fn_hydrophobic_amino_acid_22(X)) = fn_amino_acid_15(X)
& fn_amino_acid_15(X) = fn_amino_acid_15(X)
& fn_amino_acid_15(X) = fn_nonpolar_covalent_bond_21(fn_hydrophobic_amino_acid_19(X))
& fn_nonpolar_covalent_bond_21(fn_hydrophobic_amino_acid_19(X)) = fn_atom_9(fn_hydrophobic_amino_acid_20(X))
& fn_atom_9(fn_hydrophobic_amino_acid_20(X)) = fn_nonpolar_covalent_bond_21(fn_hydrophobic_amino_acid_19(X))
& fn_nonpolar_covalent_bond_21(fn_hydrophobic_amino_acid_19(X)) = fn_amino_acid_21(X)
& fn_amino_acid_21(X) = fn_amino_acid_21(X)
& fn_amino_acid_21(X) = fn_share_3(fn_hydrophobic_amino_acid_35(X))
& fn_share_3(fn_hydrophobic_amino_acid_35(X)) = fn_share_3(fn_hydrophobic_amino_acid_42(X))
& fn_share_3(fn_hydrophobic_amino_acid_42(X)) = fn_share_1(fn_hydrophobic_amino_acid_15(X))
& fn_share_1(fn_hydrophobic_amino_acid_15(X)) = fn_share_3(fn_hydrophobic_amino_acid_63(X))
& fn_share_3(fn_hydrophobic_amino_acid_63(X)) = fn_share_1(fn_hydrophobic_amino_acid_9(X))
& fn_share_1(fn_hydrophobic_amino_acid_9(X)) = fn_share_3(fn_hydrophobic_amino_acid_80(X))
& fn_share_3(fn_hydrophobic_amino_acid_80(X)) = fn_share_1(fn_hydrophobic_amino_acid_80(X))
& fn_share_1(fn_hydrophobic_amino_acid_80(X)) = fn_share_1(fn_hydrophobic_amino_acid_15(X))
& fn_share_1(fn_hydrophobic_amino_acid_15(X)) = fn_share_1(fn_hydrophobic_amino_acid_9(X))
& fn_share_1(fn_hydrophobic_amino_acid_9(X)) = fn_share_1(fn_hydrophobic_amino_acid_80(X))
& fn_share_1(fn_hydrophobic_amino_acid_80(X)) = fn_hold_2(fn_hydrophobic_amino_acid_82(X))
& fn_hold_2(fn_hydrophobic_amino_acid_82(X)) = fn_hold_2(fn_hydrophobic_amino_acid_82(X))
& fn_hold_2(fn_hydrophobic_amino_acid_82(X)) = fn_amino_acid_11(X)
& fn_amino_acid_11(X) = fn_amino_acid_11(X)
& fn_amino_acid_11(X) = fn_nonpolar_covalent_bond_24(fn_hydrophobic_amino_acid_19(X))
& fn_nonpolar_covalent_bond_24(fn_hydrophobic_amino_acid_19(X)) = fn_nonpolar_covalent_bond_24(fn_hydrophobic_amino_acid_19(X))
& fn_nonpolar_covalent_bond_24(fn_hydrophobic_amino_acid_19(X)) = fn_hydrogen_14(fn_hydrophobic_amino_acid_21(X))
& fn_hydrogen_14(fn_hydrophobic_amino_acid_21(X)) = fn_hydrogen_14(fn_hydrophobic_amino_acid_21(X))
& fn_hydrogen_14(fn_hydrophobic_amino_acid_21(X)) = fn_nonpolar_covalent_bond_23(fn_hydrophobic_amino_acid_19(X))
& fn_nonpolar_covalent_bond_23(fn_hydrophobic_amino_acid_19(X)) = fn_covalent_bond_22(fn_hydrophobic_amino_acid_18(X))
& fn_covalent_bond_22(fn_hydrophobic_amino_acid_18(X)) = fn_nonpolar_covalent_bond_23(fn_hydrophobic_amino_acid_19(X))
& fn_nonpolar_covalent_bond_23(fn_hydrophobic_amino_acid_19(X)) = fn_nonpolar_covalent_bond_23(fn_hydrophobic_amino_acid_19(X))
& fn_nonpolar_covalent_bond_23(fn_hydrophobic_amino_acid_19(X)) = fn_hydrogen_15(fn_hydrophobic_amino_acid_21(X))
& fn_hydrogen_15(fn_hydrophobic_amino_acid_21(X)) = fn_hydrogen_15(fn_hydrophobic_amino_acid_21(X))
& fn_hydrogen_15(fn_hydrophobic_amino_acid_21(X)) = fn_share_3(fn_hydrophobic_amino_acid_65(X))
& fn_share_3(fn_hydrophobic_amino_acid_65(X)) = fn_share_1(fn_hydrophobic_amino_acid_65(X))
& fn_share_1(fn_hydrophobic_amino_acid_65(X)) = fn_share_1(fn_hydrophobic_amino_acid_65(X))
& fn_share_1(fn_hydrophobic_amino_acid_65(X)) = fn_nonpolar_covalent_bond_29(fn_hydrophobic_amino_acid_19(X))
& fn_nonpolar_covalent_bond_29(fn_hydrophobic_amino_acid_19(X)) = fn_nonpolar_covalent_bond_29(fn_hydrophobic_amino_acid_19(X))
& fn_nonpolar_covalent_bond_29(fn_hydrophobic_amino_acid_19(X)) = fn_amino_acid_28(X)
& fn_amino_acid_28(X) = fn_amino_acid_28(X)
& fn_amino_acid_28(X) = fn_covalent_bond_22(fn_hydrophobic_amino_acid_19(X))
& fn_covalent_bond_22(fn_hydrophobic_amino_acid_19(X)) = fn_atom_18(fn_hydrophobic_amino_acid_20(X))
& fn_atom_18(fn_hydrophobic_amino_acid_20(X)) = fn_covalent_bond_22(fn_hydrophobic_amino_acid_19(X))
& fn_covalent_bond_24(fn_hydrophobic_amino_acid_18(X)) = fn_covalent_bond_22(fn_hydrophobic_amino_acid_19(X))
& fn_covalent_bond_22(fn_hydrophobic_amino_acid_19(X)) = fn_covalent_bond_22(fn_hydrophobic_amino_acid_19(X))
& fn_covalent_bond_22(fn_hydrophobic_amino_acid_19(X)) = fn_covalent_bond_24(fn_hydrophobic_amino_acid_18(X))
& fn_nonpolar_covalent_bond_19(fn_hydrophobic_amino_acid_19(X)) = fn_covalent_bond_24(fn_hydrophobic_amino_acid_18(X))
& fn_covalent_bond_24(fn_hydrophobic_amino_acid_18(X)) = fn_nonpolar_covalent_bond_19(fn_hydrophobic_amino_acid_19(X))
& fn_nonpolar_covalent_bond_19(fn_hydrophobic_amino_acid_19(X)) = fn_nonpolar_covalent_bond_19(fn_hydrophobic_amino_acid_19(X))
& fn_nonpolar_covalent_bond_19(fn_hydrophobic_amino_acid_19(X)) = fn_carbon_18(fn_hydrophobic_amino_acid_20(X))
& fn_carbon_18(fn_hydrophobic_amino_acid_20(X)) = fn_carbon_12(fn_hydrophobic_amino_acid_20(X))
& fn_carbon_12(fn_hydrophobic_amino_acid_20(X)) = fn_atom_11(fn_hydrophobic_amino_acid_20(X))
& fn_atom_11(fn_hydrophobic_amino_acid_20(X)) = fn_atom_11(fn_hydrophobic_amino_acid_20(X))
& fn_atom_11(fn_hydrophobic_amino_acid_20(X)) = fn_carbon_19(fn_hydrophobic_amino_acid_20(X))
& fn_carbon_19(fn_hydrophobic_amino_acid_20(X)) = fn_carbon_12(fn_hydrophobic_amino_acid_20(X))
& fn_carbon_12(fn_hydrophobic_amino_acid_20(X)) = fn_carbon_19(fn_hydrophobic_amino_acid_20(X))
& fn_carbon_19(fn_hydrophobic_amino_acid_20(X)) = fn_carbon_19(fn_hydrophobic_amino_acid_20(X))
& fn_carbon_19(fn_hydrophobic_amino_acid_20(X)) = fn_atom_17(fn_hydrophobic_amino_acid_20(X))
& fn_carbon_16(fn_hydrophobic_amino_acid_20(X)) = fn_carbon_16(fn_hydrophobic_amino_acid_20(X))
& fn_carbon_16(fn_hydrophobic_amino_acid_20(X)) = fn_atom_17(fn_hydrophobic_amino_acid_20(X))
& fn_atom_17(fn_hydrophobic_amino_acid_20(X)) = fn_carbon_16(fn_hydrophobic_amino_acid_20(X))
& fn_carbon_16(fn_hydrophobic_amino_acid_20(X)) = fn_share_1(fn_hydrophobic_amino_acid_35(X))
& fn_share_1(fn_hydrophobic_amino_acid_31(X)) = fn_share_3(fn_hydrophobic_amino_acid_16(X))
& fn_share_3(fn_hydrophobic_amino_acid_16(X)) = fn_share_1(fn_hydrophobic_amino_acid_42(X))
& fn_share_1(fn_hydrophobic_amino_acid_42(X)) = fn_share_3(fn_hydrophobic_amino_acid_15(X))
& fn_share_3(fn_hydrophobic_amino_acid_15(X)) = fn_share_3(fn_hydrophobic_amino_acid_62(X))
& fn_share_3(fn_hydrophobic_amino_acid_62(X)) = fn_share_1(fn_hydrophobic_amino_acid_62(X))
& fn_share_1(fn_hydrophobic_amino_acid_62(X)) = fn_share_3(fn_hydrophobic_amino_acid_11(X))
& fn_share_3(fn_hydrophobic_amino_acid_11(X)) = fn_share_1(fn_hydrophobic_amino_acid_11(X))
& fn_share_1(fn_hydrophobic_amino_acid_63(X)) = fn_share_3(fn_hydrophobic_amino_acid_10(X))
& fn_share_3(fn_hydrophobic_amino_acid_10(X)) = fn_share_1(fn_hydrophobic_amino_acid_64(X))
& fn_share_1(fn_hydrophobic_amino_acid_64(X)) = fn_share_3(fn_hydrophobic_amino_acid_9(X))
& fn_share_3(fn_hydrophobic_amino_acid_9(X)) = fn_share_3(fn_hydrophobic_amino_acid_78(X))
& fn_share_3(fn_hydrophobic_amino_acid_78(X)) = fn_share_1(fn_hydrophobic_amino_acid_78(X))
& fn_share_1(fn_hydrophobic_amino_acid_78(X)) = fn_share_3(fn_hydrophobic_amino_acid_5(X))
& fn_share_3(fn_hydrophobic_amino_acid_5(X)) = fn_share_1(fn_hydrophobic_amino_acid_5(X))
& fn_share_1(fn_hydrophobic_amino_acid_5(X)) = fn_share_3(fn_hydrophobic_amino_acid_4(X))
& fn_share_3(fn_hydrophobic_amino_acid_4(X)) = fn_share_1(fn_hydrophobic_amino_acid_4(X))
& fn_share_1(fn_hydrophobic_amino_acid_4(X)) = fn_share_1(fn_hydrophobic_amino_acid_35(X))
& fn_share_1(fn_hydrophobic_amino_acid_35(X)) = fn_share_1(fn_hydrophobic_amino_acid_31(X))
& fn_share_1(fn_hydrophobic_amino_acid_31(X)) = fn_share_1(fn_hydrophobic_amino_acid_42(X))
& fn_share_1(fn_hydrophobic_amino_acid_42(X)) = fn_share_1(fn_hydrophobic_amino_acid_62(X))
& fn_share_1(fn_hydrophobic_amino_acid_62(X)) = fn_share_1(fn_hydrophobic_amino_acid_11(X))
& fn_share_1(fn_hydrophobic_amino_acid_11(X)) = fn_share_1(fn_hydrophobic_amino_acid_63(X))
& fn_share_1(fn_hydrophobic_amino_acid_63(X)) = fn_share_1(fn_hydrophobic_amino_acid_64(X))
& fn_share_1(fn_hydrophobic_amino_acid_64(X)) = fn_share_1(fn_hydrophobic_amino_acid_78(X))
& fn_share_1(fn_hydrophobic_amino_acid_78(X)) = fn_share_1(fn_hydrophobic_amino_acid_5(X))
& fn_share_1(fn_hydrophobic_amino_acid_5(X)) = fn_share_1(fn_hydrophobic_amino_acid_4(X))
& fn_share_1(fn_hydrophobic_amino_acid_4(X)) = fn_hold_2(fn_hydrophobic_amino_acid_38(X))
& fn_hold_2(fn_hydrophobic_amino_acid_81(X)) = fn_hold_2(fn_hydrophobic_amino_acid_38(X))
& fn_hold_2(fn_hydrophobic_amino_acid_38(X)) = fn_hold_2(fn_hydrophobic_amino_acid_66(X))
& fn_hold_2(fn_hydrophobic_amino_acid_66(X)) = fn_hold_2(fn_hydrophobic_amino_acid_67(X))
& fn_hold_2(fn_hydrophobic_amino_acid_67(X)) = fn_hold_2(fn_hydrophobic_amino_acid_68(X))
& fn_hold_2(fn_hydrophobic_amino_acid_68(X)) = fn_hold_2(fn_hydrophobic_amino_acid_81(X))
& fn_hold_2(fn_hydrophobic_amino_acid_81(X)) = fn_covalent_bond_19(fn_hydrophobic_amino_acid_19(X))
& fn_covalent_bond_19(fn_hydrophobic_amino_acid_19(X)) = fn_covalent_bond_19(fn_hydrophobic_amino_acid_19(X))
& fn_covalent_bond_20(fn_hydrophobic_amino_acid_18(X)) = fn_covalent_bond_19(fn_hydrophobic_amino_acid_19(X))
& fn_covalent_bond_19(fn_hydrophobic_amino_acid_19(X)) = fn_covalent_bond_20(fn_hydrophobic_amino_acid_18(X))
& fn_covalent_bond_20(fn_hydrophobic_amino_acid_18(X)) = fn_covalent_bond_20(fn_hydrophobic_amino_acid_18(X))
& fn_nonpolar_covalent_bond_28(fn_hydrophobic_amino_acid_19(X)) = fn_covalent_bond_20(fn_hydrophobic_amino_acid_18(X))
& fn_covalent_bond_20(fn_hydrophobic_amino_acid_18(X)) = fn_nonpolar_covalent_bond_28(fn_hydrophobic_amino_acid_19(X))
& fn_nonpolar_covalent_bond_28(fn_hydrophobic_amino_acid_19(X)) = fn_nonpolar_covalent_bond_28(fn_hydrophobic_amino_acid_19(X))
& fn_nonpolar_covalent_bond_28(fn_hydrophobic_amino_acid_19(X)) = fn_amino_acid_24(X)
& fn_amino_acid_24(X) = fn_amino_acid_24(X) ) ) ).
fof(a530256,axiom,
! [X,X1,X2] :
( ( has_function_2(X,X1)
& object_2(X1,X2)
& repel_1(X1)
& water_molecule_1(X2)
& compound_1(X) )
=> ( hydrophobic_compound_1(X)
& fn_hydrophobic_compound_4(X) = X2
& fn_hydrophobic_compound_2(X) = X1 ) ) ).
fof(a530257,axiom,
! [X] :
( hydrophobic_compound_1(X)
=> ( original_name_2(X,'Hydrophobic-Compound')
& user_description_2(X,'A molecule with no affinity for water.')
& concept2words_2(X,'hydrophobic molecule')
& concept2words_2(X,'hydrophobic compound')
& concept2words_2(X,'hydrophobic-compound')
& compound_1(X)
& repel_1(fn_hydrophobic_compound_2(X))
& hydrophobic_region_1(fn_hydrophobic_compound_3(X))
& water_molecule_1(fn_hydrophobic_compound_4(X))
& water_molecule_1(fn_hydrophobic_region_4(fn_hydrophobic_compound_3(X)))
& repel_1(fn_hydrophobic_region_2(fn_hydrophobic_compound_3(X)))
& agent_2(fn_hydrophobic_compound_2(X),X)
& facilitates_2(fn_hydrophobic_compound_3(X),fn_hydrophobic_compound_2(X))
& has_region_2(X,fn_hydrophobic_compound_3(X))
& has_function_2(X,fn_hydrophobic_compound_2(X))
& site_2(fn_hydrophobic_compound_2(X),fn_hydrophobic_compound_3(X))
& object_2(fn_hydrophobic_compound_2(X),fn_hydrophobic_compound_4(X))
& fn_hydrophobic_compound_4(X) = fn_hydrophobic_region_4(fn_hydrophobic_compound_3(X))
& fn_hydrophobic_compound_2(X) = fn_hydrophobic_region_2(fn_hydrophobic_compound_3(X)) ) ) ).
fof(a530258,axiom,
! [X] :
( hydrophobic_core_1(X)
=> ( original_name_2(X,'Hydrophobic-Core')
& user_description_2(X,'The central (not surface) region of an entity. Generally a compact, non-dynamic region that is not solvent accessible is the hydrophobic core.')
& concept2words_2(X,'hydrophobic interior')
& concept2words_2(X,'hydrophobic-interior')
& concept2words_2(X,'hydrophobic center')
& concept2words_2(X,'hydrophobic-center')
& concept2words_2(X,'hydrophobic core')
& concept2words_2(X,'hydrophobic-core')
& center_1(X)
& hydrophobic_region_1(X) ) ) ).
fof(a530259,axiom,
! [X] :
( hydrophobic_end_1(X)
=> ( original_name_2(X,'Hydrophobic-End')
& user_description_2(X,'The end of the molecule which is water repellent')
& concept2words_2(X,'hydrophobic end')
& concept2words_2(X,'hydrophobic-end')
& hydrophobic_region_1(X)
& end_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ hydrophilic_end_1(X) ) ) ).
fof(a530260,axiom,
! [X] :
( hydrophobic_face_1(X)
=> ( original_name_2(X,'Hydrophobic-Face')
& user_description_2(X,'The hydrophobic side of an entity.')
& concept2words_2(X,'hydrophobic face')
& concept2words_2(X,'hydrophobic-face')
& face_region_1(X)
& hydrophobic_region_1(X) ) ) ).
fof(a530261,axiom,
! [X] :
( hydrophobic_interaction_1(X)
=> ( original_name_2(X,'Hydrophobic-Interaction')
& user_description_2(X,'The tendency of nonpolar molecules to aggregate together and exclude water molecules.')
& concept2words_2(X,'hydrophobic interaction')
& concept2words_2(X,'hydrophobic-interaction')
& weak_interaction_1(X)
& ~ covalent_bond_1(X)
& ~ disulfide_bond_1(X)
& ~ ester_linkage_1(X)
& ~ hydrogen_bond_1(X)
& ~ ionic_bond_1(X)
& hydrophobic_compound_1(fn_hydrophobic_interaction_1(X))
& hydrophobic_compound_1(fn_hydrophobic_interaction_2(X))
& is_between_2(X,fn_hydrophobic_interaction_2(X))
& is_between_2(X,fn_hydrophobic_interaction_1(X))
& fn_hydrophobic_interaction_2(X) = fn_chemical_bond_1(X)
& fn_hydrophobic_interaction_1(X) = fn_chemical_bond_4(X) ) ) ).
fof(a530262,axiom,
! [X] :
( hydrophobic_region_1(X)
=> ( original_name_2(X,'Hydrophobic-Region')
& user_description_2(X,'A region showing hydrophobicity is called a hydrophobic region.')
& concept2words_2(X,'hydrophobic region')
& concept2words_2(X,'hydrophobic-region')
& molecular_region_1(X)
& barrier_1(fn_hydrophobic_region_1(X))
& repel_1(fn_hydrophobic_region_2(X))
& block_1(fn_hydrophobic_region_3(X))
& water_molecule_1(fn_hydrophobic_region_4(X))
& spatial_entity_1(fn_block_1(fn_hydrophobic_region_3(X)))
& object_2(fn_hydrophobic_region_2(X),fn_hydrophobic_region_4(X))
& site_2(fn_hydrophobic_region_2(X),X)
& plays_2(X,fn_hydrophobic_region_1(X))
& in_event_2(fn_hydrophobic_region_1(X),fn_hydrophobic_region_3(X))
& object_2(fn_hydrophobic_region_3(X),fn_hydrophobic_region_4(X))
& fn_hydrophobic_region_4(X) = fn_block_1(fn_hydrophobic_region_3(X)) ) ) ).
fof(a530263,axiom,
! [X] :
( hydrophobic_substance_1(X)
=> ( original_name_2(X,'Hydrophobic-Substance')
& user_description_2(X,'A substance with no affinity for water. These substances tend to coalesce and form droplets in water.')
& concept2words_2(X,'hydrophobic substance')
& concept2words_2(X,'hydrophobic-substance')
& chemical_1(X)
& nonpolar_covalent_bond_1(fn_hydrophobic_substance_1(X))
& rate_value_1(fn_hydrophobic_substance_2(X))
& rate_value_1(fn_hydrophobic_substance_3(X))
& repel_1(fn_hydrophobic_substance_4(X))
& water_molecule_1(fn_hydrophobic_substance_7(X))
& repel_1(fn_hydrophobic_substance_8(X))
& chemical_entity_1(fn_hydrophobic_substance_9(X))
& hydrophobic_compound_1(fn_hydrophobic_substance_9(X))
& repel_1(fn_hydrophobic_compound_2(fn_hydrophobic_substance_9(X)))
& facilitates_2(fn_hydrophobic_substance_9(X),fn_hydrophobic_substance_4(X))
& has_function_2(X,fn_hydrophobic_substance_4(X))
& possesses_2(X,fn_hydrophobic_substance_1(X))
& rate_2(fn_hydrophobic_substance_8(X),fn_hydrophobic_substance_2(X))
& directly_proportional_2(fn_hydrophobic_substance_2(X),fn_hydrophobic_substance_3(X))
& by_means_of_2(fn_hydrophobic_substance_4(X),fn_hydrophobic_substance_8(X))
& rate_2(fn_hydrophobic_substance_4(X),fn_hydrophobic_substance_3(X))
& object_2(fn_hydrophobic_substance_4(X),fn_hydrophobic_substance_7(X))
& agent_2(fn_hydrophobic_substance_4(X),X)
& has_part_2(X,fn_hydrophobic_substance_9(X))
& has_function_2(fn_hydrophobic_substance_9(X),fn_hydrophobic_substance_8(X))
& agent_2(fn_hydrophobic_substance_8(X),fn_hydrophobic_substance_9(X))
& fn_hydrophobic_substance_9(X) = fn_chemical_3(X)
& fn_hydrophobic_substance_8(X) = fn_hydrophobic_compound_2(fn_hydrophobic_substance_9(X)) ) ) ).
fof(a530264,axiom,
! [X] :
( hydroponic_culture_1(X)
=> ( original_name_2(X,'Hydroponic-Culture')
& user_description_2(X,'A method of growing plants in water with mineral solutions rather than in soil.')
& concept2words_2(X,hydroponic)
& concept2words_2(X,'hydroponic agriculture')
& concept2words_2(X,'hydroponic-agriculture')
& concept2words_2(X,'hydroponic culture')
& concept2words_2(X,'hydroponic-culture')
& agricultural_process_1(X)
& ~ animal_husbandry_1(X)
& ~ crop_rotation_1(X)
& ~ irrigation_1(X)
& ~ logging_1(X)
& ~ monoculture_1(X)
& ~ no_till_agriculture_1(X)
& ~ sustainable_agriculture_1(X)
& ~ vernalization_1(X) ) ) ).
fof(a530265,axiom,
! [X] :
( hydrostatic_skeleton_1(X)
=> ( original_name_2(X,'Hydrostatic-Skeleton')
& user_description_2(X,'An internal closed fluid-filled cavity that provides a rigidity against which muscles can contract. This type of skeleton is found in soft-bodied invertebrates such as cnidarians, annelids, and nematodes.')
& concept2words_2(X,'hydrostatic skeleton')
& concept2words_2(X,'hydrostatic-skeleton')
& skeleton_1(X)
& ~ endoskeleton_1(X)
& ~ exoskeleton_1(X) ) ) ).
fof(a530266,axiom,
! [X] :
( hydroxide_ion_1(X)
=> ( original_name_2(X,'Hydroxide-Ion')
& user_description_2(X,'A hydroxide ion consists of an atom of oxygen bound to an atom of hydrogen, with a charge of -1 (OH-)')
& concept2words_2(X,'hydroxyl ion')
& concept2words_2(X,'hydroxyl-ion')
& concept2words_2(X,'ion of hydroxide')
& concept2words_2(X,'hydroxide ion')
& concept2words_2(X,'hydroxide-ion')
& polyatomic_ion_1(X)
& anion_1(X)
& ~ water_molecule_1(X)
& charge_value_1(fn_hydroxide_ion_2(X))
& entity_1(fn_hydroxide_ion_3(X))
& chemical_entity_1(fn_hydroxide_ion_3(X))
& atom_1(fn_hydroxide_ion_3(X))
& hydrogen_1(fn_hydroxide_ion_3(X))
& tangible_entity_1(fn_hydroxide_ion_4(X))
& oxygen_1(fn_hydroxide_ion_4(X))
& entity_1(fn_hydroxide_ion_4(X))
& chemical_entity_1(fn_hydroxide_ion_4(X))
& atom_1(fn_hydroxide_ion_4(X))
& electron_shell_1(fn_hydroxide_ion_5(X))
& first_electron_shell_1(fn_hydroxide_ion_5(X))
& center_1(fn_hydroxide_ion_6(X))
& atomic_nucleus_1(fn_hydroxide_ion_7(X))
& center_1(fn_hydroxide_ion_8(X))
& atomic_nucleus_1(fn_hydroxide_ion_9(X))
& share_1(fn_hydroxide_ion_10(X))
& hold_1(fn_hydroxide_ion_11(X))
& hold_together_1(fn_hydroxide_ion_11(X))
& polar_covalent_bond_1(fn_hydroxide_ion_12(X))
& proton_1(fn_hydroxide_ion_13(X))
& electron_1(fn_hydroxide_ion_14(X))
& electron_1(fn_hydroxide_ion_15(X))
& valence_electron_1(fn_hydroxide_ion_15(X))
& electron_1(fn_hydroxide_ion_16(X))
& proton_1(fn_hydroxide_ion_17(X))
& valence_electron_1(fn_hydroxide_ion_18(X))
& electron_shell_1(fn_hydroxide_ion_19(X))
& electron_1(fn_atomic_nucleus_8(fn_hydroxide_ion_7(X)))
& electron_shell_1(fn_atom_9(fn_hydroxide_ion_4(X)))
& electron_1(fn_atom_14(fn_hydroxide_ion_4(X)))
& share_1(fn_covalent_bond_17(fn_hydroxide_ion_12(X)))
& proton_1(fn_hydrogen_13(fn_hydroxide_ion_3(X)))
& electron_shell_1(fn_hydrogen_16(fn_hydroxide_ion_3(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_hydroxide_ion_3(X)))
& entity_1(fn_share_3(fn_hydroxide_ion_10(X)))
& tangible_entity_1(fn_hold_2(fn_hydroxide_ion_11(X)))
& entity_1(fn_polar_covalent_bond_19(fn_hydroxide_ion_12(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_hydroxide_ion_12(X)))
& atom_1(fn_polar_covalent_bond_19(fn_hydroxide_ion_12(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_hydroxide_ion_12(X)))
& hold_together_1(fn_covalent_bond_14(fn_hydroxide_ion_12(X)))
& proton_1(fn_atom_8(fn_hydroxide_ion_4(X)))
& proton_1(fn_covalent_bond_4(fn_hydroxide_ion_12(X)))
& center_1(fn_polar_covalent_bond_23(fn_hydroxide_ion_12(X)))
& center_1(fn_covalent_bond_21(fn_hydroxide_ion_12(X)))
& atomic_nucleus_1(fn_atom_18(fn_hydroxide_ion_4(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_hydroxide_ion_12(X)))
& valence_electron_1(fn_oxygen_8(fn_hydroxide_ion_4(X)))
& valence_electron_1(fn_oxygen_1(fn_hydroxide_ion_4(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_hydroxide_ion_12(X)))
& valence_electron_1(fn_covalent_bond_18(fn_hydroxide_ion_12(X)))
& center_1(fn_covalent_bond_23(fn_hydroxide_ion_12(X)))
& center_1(fn_hydrogen_14(fn_hydroxide_ion_3(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_hydroxide_ion_12(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_hydroxide_ion_3(X)))
& electron_1(fn_polar_covalent_bond_11(fn_hydroxide_ion_12(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_hydroxide_ion_12(X)))
& valence_electron_1(fn_covalent_bond_15(fn_hydroxide_ion_12(X)))
& valence_electron_1(fn_hydrogen_12(fn_hydroxide_ion_3(X)))
& entity_1(fn_share_1(fn_hydroxide_ion_10(X)))
& entity_1(fn_polar_covalent_bond_18(fn_hydroxide_ion_12(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_hydroxide_ion_12(X)))
& atom_1(fn_polar_covalent_bond_18(fn_hydroxide_ion_12(X)))
& fn_hydroxide_ion_19(X) != fn_hydroxide_ion_5(X)
& fn_hydroxide_ion_18(X) != fn_hydroxide_ion_16(X)
& fn_hydroxide_ion_16(X) != fn_hydroxide_ion_18(X)
& fn_hydroxide_ion_15(X) != fn_hydroxide_ion_14(X)
& fn_hydroxide_ion_14(X) != fn_hydroxide_ion_15(X)
& fn_hydroxide_ion_5(X) != fn_hydroxide_ion_19(X)
& possesses_2(X,fn_hydroxide_ion_12(X))
& the_cardinal_value_2(fn_hydroxide_ion_2(X),"-1.0e0")
& cardinal_unit_class_2(fn_hydroxide_ion_2(X),unity_0)
& agent_2(fn_hydroxide_ion_10(X),fn_hydroxide_ion_4(X))
& agent_2(fn_hydroxide_ion_10(X),fn_hydroxide_ion_3(X))
& object_2(fn_hydroxide_ion_11(X),fn_hydroxide_ion_4(X))
& has_part_2(X,fn_hydroxide_ion_3(X))
& has_part_2(X,fn_hydroxide_ion_4(X))
& charge_2(X,fn_hydroxide_ion_2(X))
& is_near_2(fn_hydroxide_ion_14(X),fn_hydroxide_ion_7(X))
& is_near_2(fn_hydroxide_ion_7(X),fn_hydroxide_ion_14(X))
& object_2(fn_hydroxide_ion_11(X),fn_hydroxide_ion_3(X))
& is_between_2(fn_hydroxide_ion_12(X),fn_hydroxide_ion_4(X))
& has_region_2(fn_hydroxide_ion_4(X),fn_hydroxide_ion_8(X))
& is_between_2(fn_hydroxide_ion_12(X),fn_hydroxide_ion_3(X))
& fn_hydroxide_ion_3(X) != fn_hydroxide_ion_4(X)
& has_part_2(fn_hydroxide_ion_4(X),fn_hydroxide_ion_18(X))
& fn_hydroxide_ion_4(X) != fn_hydroxide_ion_3(X)
& fn_hydroxide_ion_15(X) != fn_hydroxide_ion_18(X)
& fn_hydroxide_ion_18(X) != fn_hydroxide_ion_15(X)
& has_region_2(fn_hydroxide_ion_4(X),fn_hydroxide_ion_19(X))
& has_part_2(fn_hydroxide_ion_4(X),fn_hydroxide_ion_17(X))
& has_region_2(fn_hydroxide_ion_4(X),fn_hydroxide_ion_9(X))
& is_near_2(fn_hydroxide_ion_16(X),fn_hydroxide_ion_9(X))
& is_near_2(fn_hydroxide_ion_9(X),fn_hydroxide_ion_16(X))
& has_function_2(fn_hydroxide_ion_12(X),fn_hydroxide_ion_11(X))
& agent_2(fn_hydroxide_ion_11(X),fn_hydroxide_ion_12(X))
& is_inside_2(fn_hydroxide_ion_17(X),fn_hydroxide_ion_9(X))
& object_2(fn_hydroxide_ion_10(X),fn_hydroxide_ion_15(X))
& is_at_2(fn_hydroxide_ion_9(X),fn_hydroxide_ion_8(X))
& fn_hydroxide_ion_6(X) != fn_hydroxide_ion_8(X)
& fn_hydroxide_ion_8(X) != fn_hydroxide_ion_6(X)
& result_2(fn_hydroxide_ion_10(X),fn_hydroxide_ion_12(X))
& object_2(fn_hydroxide_ion_10(X),fn_hydroxide_ion_18(X))
& is_near_2(fn_hydroxide_ion_18(X),fn_hydroxide_ion_9(X))
& is_near_2(fn_hydroxide_ion_9(X),fn_hydroxide_ion_18(X))
& fn_hydroxide_ion_7(X) != fn_hydroxide_ion_9(X)
& fn_hydroxide_ion_9(X) != fn_hydroxide_ion_7(X)
& is_at_2(fn_hydroxide_ion_7(X),fn_hydroxide_ion_6(X))
& has_region_2(fn_hydroxide_ion_3(X),fn_hydroxide_ion_6(X))
& has_region_2(fn_hydroxide_ion_3(X),fn_hydroxide_ion_7(X))
& is_inside_2(fn_hydroxide_ion_13(X),fn_hydroxide_ion_7(X))
& has_part_2(fn_hydroxide_ion_3(X),fn_hydroxide_ion_15(X))
& is_near_2(fn_hydroxide_ion_15(X),fn_hydroxide_ion_7(X))
& is_inside_2(fn_hydroxide_ion_7(X),fn_hydroxide_ion_5(X))
& has_region_2(fn_hydroxide_ion_3(X),fn_hydroxide_ion_5(X))
& has_part_2(fn_hydroxide_ion_3(X),fn_hydroxide_ion_13(X))
& is_near_2(fn_hydroxide_ion_7(X),fn_hydroxide_ion_15(X))
& fn_hydroxide_ion_4(X) = fn_share_3(fn_hydroxide_ion_10(X))
& fn_hydroxide_ion_3(X) = fn_share_1(fn_hydroxide_ion_10(X))
& fn_hydroxide_ion_4(X) = fn_hold_2(fn_hydroxide_ion_11(X))
& fn_hydroxide_ion_3(X) = fn_polyatomic_ion_1(X)
& fn_hydroxide_ion_4(X) = fn_polyatomic_ion_2(X)
& fn_hydroxide_ion_1(X) = fn_anion_7(X)
& fn_hydroxide_ion_2(X) = fn_anion_6(X)
& fn_hydroxide_ion_14(X) = fn_atomic_nucleus_8(fn_hydroxide_ion_7(X))
& fn_hydroxide_ion_11(X) = fn_polar_covalent_bond_17(fn_hydroxide_ion_12(X))
& fn_hydroxide_ion_8(X) = fn_polar_covalent_bond_23(fn_hydroxide_ion_12(X))
& fn_hydroxide_ion_15(X) = fn_polar_covalent_bond_11(fn_hydroxide_ion_12(X))
& fn_hydroxide_ion_18(X) = fn_oxygen_8(fn_hydroxide_ion_4(X))
& fn_hydroxide_ion_18(X) = fn_oxygen_1(fn_hydroxide_ion_4(X))
& fn_hydroxide_ion_18(X) = fn_polar_covalent_bond_12(fn_hydroxide_ion_12(X))
& fn_hydroxide_ion_4(X) = fn_polar_covalent_bond_19(fn_hydroxide_ion_12(X))
& fn_hydroxide_ion_3(X) = fn_polar_covalent_bond_18(fn_hydroxide_ion_12(X))
& fn_hydroxide_ion_19(X) = fn_atom_9(fn_hydroxide_ion_4(X))
& fn_hydroxide_ion_17(X) = fn_atom_8(fn_hydroxide_ion_4(X))
& fn_hydroxide_ion_16(X) = fn_atom_14(fn_hydroxide_ion_4(X))
& fn_hydroxide_ion_9(X) = fn_atom_18(fn_hydroxide_ion_4(X))
& fn_hydroxide_ion_11(X) = fn_covalent_bond_14(fn_hydroxide_ion_12(X))
& fn_hydroxide_ion_17(X) = fn_covalent_bond_4(fn_hydroxide_ion_12(X))
& fn_hydroxide_ion_15(X) = fn_covalent_bond_15(fn_hydroxide_ion_12(X))
& fn_hydroxide_ion_6(X) = fn_covalent_bond_23(fn_hydroxide_ion_12(X))
& fn_hydroxide_ion_8(X) = fn_covalent_bond_21(fn_hydroxide_ion_12(X))
& fn_hydroxide_ion_7(X) = fn_covalent_bond_24(fn_hydroxide_ion_12(X))
& fn_hydroxide_ion_9(X) = fn_covalent_bond_22(fn_hydroxide_ion_12(X))
& fn_hydroxide_ion_18(X) = fn_covalent_bond_18(fn_hydroxide_ion_12(X))
& fn_hydroxide_ion_10(X) = fn_covalent_bond_17(fn_hydroxide_ion_12(X))
& fn_hydroxide_ion_6(X) = fn_hydrogen_14(fn_hydroxide_ion_3(X))
& fn_hydroxide_ion_13(X) = fn_hydrogen_13(fn_hydroxide_ion_3(X))
& fn_hydroxide_ion_5(X) = fn_hydrogen_16(fn_hydroxide_ion_3(X))
& fn_hydroxide_ion_7(X) = fn_hydrogen_15(fn_hydroxide_ion_3(X))
& fn_hydroxide_ion_15(X) = fn_hydrogen_12(fn_hydroxide_ion_3(X))
& fn_share_3(fn_hydroxide_ion_10(X)) = fn_hold_2(fn_hydroxide_ion_11(X))
& fn_hold_2(fn_hydroxide_ion_11(X)) = fn_hold_2(fn_hydroxide_ion_11(X))
& fn_hold_2(fn_hydroxide_ion_11(X)) = fn_polyatomic_ion_2(X)
& fn_polyatomic_ion_2(X) = fn_polyatomic_ion_2(X)
& fn_polyatomic_ion_2(X) = fn_polar_covalent_bond_19(fn_hydroxide_ion_12(X))
& fn_polar_covalent_bond_19(fn_hydroxide_ion_12(X)) = fn_polar_covalent_bond_19(fn_hydroxide_ion_12(X))
& fn_polar_covalent_bond_19(fn_hydroxide_ion_12(X)) = fn_polar_covalent_bond_17(fn_hydroxide_ion_12(X))
& fn_polar_covalent_bond_17(fn_hydroxide_ion_12(X)) = fn_covalent_bond_14(fn_hydroxide_ion_12(X))
& fn_covalent_bond_14(fn_hydroxide_ion_12(X)) = fn_covalent_bond_14(fn_hydroxide_ion_12(X))
& fn_covalent_bond_14(fn_hydroxide_ion_12(X)) = fn_atom_8(fn_hydroxide_ion_4(X))
& fn_atom_8(fn_hydroxide_ion_4(X)) = fn_covalent_bond_4(fn_hydroxide_ion_12(X))
& fn_covalent_bond_4(fn_hydroxide_ion_12(X)) = fn_polar_covalent_bond_23(fn_hydroxide_ion_12(X))
& fn_polar_covalent_bond_23(fn_hydroxide_ion_12(X)) = fn_covalent_bond_21(fn_hydroxide_ion_12(X))
& fn_covalent_bond_21(fn_hydroxide_ion_12(X)) = fn_covalent_bond_21(fn_hydroxide_ion_12(X))
& fn_covalent_bond_21(fn_hydroxide_ion_12(X)) = fn_atom_18(fn_hydroxide_ion_4(X))
& fn_atom_18(fn_hydroxide_ion_4(X)) = fn_atom_18(fn_hydroxide_ion_4(X))
& fn_atom_18(fn_hydroxide_ion_4(X)) = fn_covalent_bond_22(fn_hydroxide_ion_12(X))
& fn_covalent_bond_22(fn_hydroxide_ion_12(X)) = fn_covalent_bond_22(fn_hydroxide_ion_12(X))
& fn_covalent_bond_22(fn_hydroxide_ion_12(X)) = fn_oxygen_8(fn_hydroxide_ion_4(X))
& fn_oxygen_8(fn_hydroxide_ion_4(X)) = fn_oxygen_1(fn_hydroxide_ion_4(X))
& fn_polar_covalent_bond_12(fn_hydroxide_ion_12(X)) = fn_oxygen_1(fn_hydroxide_ion_4(X))
& fn_oxygen_1(fn_hydroxide_ion_4(X)) = fn_polar_covalent_bond_12(fn_hydroxide_ion_12(X))
& fn_polar_covalent_bond_12(fn_hydroxide_ion_12(X)) = fn_polar_covalent_bond_12(fn_hydroxide_ion_12(X))
& fn_polar_covalent_bond_12(fn_hydroxide_ion_12(X)) = fn_covalent_bond_18(fn_hydroxide_ion_12(X))
& fn_covalent_bond_18(fn_hydroxide_ion_12(X)) = fn_covalent_bond_18(fn_hydroxide_ion_12(X))
& fn_covalent_bond_18(fn_hydroxide_ion_12(X)) = fn_covalent_bond_23(fn_hydroxide_ion_12(X))
& fn_covalent_bond_23(fn_hydroxide_ion_12(X)) = fn_covalent_bond_23(fn_hydroxide_ion_12(X))
& fn_covalent_bond_23(fn_hydroxide_ion_12(X)) = fn_hydrogen_14(fn_hydroxide_ion_3(X))
& fn_hydrogen_14(fn_hydroxide_ion_3(X)) = fn_hydrogen_14(fn_hydroxide_ion_3(X))
& fn_hydrogen_14(fn_hydroxide_ion_3(X)) = fn_covalent_bond_24(fn_hydroxide_ion_12(X))
& fn_covalent_bond_24(fn_hydroxide_ion_12(X)) = fn_covalent_bond_24(fn_hydroxide_ion_12(X))
& fn_covalent_bond_24(fn_hydroxide_ion_12(X)) = fn_hydrogen_15(fn_hydroxide_ion_3(X))
& fn_hydrogen_15(fn_hydroxide_ion_3(X)) = fn_hydrogen_15(fn_hydroxide_ion_3(X))
& fn_hydrogen_15(fn_hydroxide_ion_3(X)) = fn_polar_covalent_bond_11(fn_hydroxide_ion_12(X))
& fn_polar_covalent_bond_11(fn_hydroxide_ion_12(X)) = fn_polar_covalent_bond_11(fn_hydroxide_ion_12(X))
& fn_polar_covalent_bond_11(fn_hydroxide_ion_12(X)) = fn_covalent_bond_15(fn_hydroxide_ion_12(X))
& fn_covalent_bond_15(fn_hydroxide_ion_12(X)) = fn_covalent_bond_15(fn_hydroxide_ion_12(X))
& fn_covalent_bond_15(fn_hydroxide_ion_12(X)) = fn_hydrogen_12(fn_hydroxide_ion_3(X))
& fn_hydrogen_12(fn_hydroxide_ion_3(X)) = fn_hydrogen_12(fn_hydroxide_ion_3(X))
& fn_hydrogen_12(fn_hydroxide_ion_3(X)) = fn_share_1(fn_hydroxide_ion_10(X))
& fn_share_1(fn_hydroxide_ion_10(X)) = fn_polyatomic_ion_1(X)
& fn_polyatomic_ion_1(X) = fn_polyatomic_ion_1(X)
& fn_polyatomic_ion_1(X) = fn_polar_covalent_bond_18(fn_hydroxide_ion_12(X))
& fn_polar_covalent_bond_18(fn_hydroxide_ion_12(X)) = fn_polar_covalent_bond_18(fn_hydroxide_ion_12(X)) ) ) ).
fof(a530267,axiom,
! [X] :
( hydroxyl_group_1(X)
=> ( original_name_2(X,'Hydroxyl-Group')
& user_description_2(X,'Hydroxyl group is a functional group containing an oxygen atom bound covalently with a hydrogen atom. The molecular formula of hydroxyl group is -OH.')
& concept2words_2(X,'oh group')
& concept2words_2(X,'oh-group')
& concept2words_2(X,'group of hydroxyl')
& concept2words_2(X,'hydroxyl group')
& concept2words_2(X,'hydroxyl-group')
& functional_group_1(X)
& ~ acetyl_group_1(X)
& ~ amino_group_1(X)
& ~ carbonyl_group_1(X)
& ~ carboxyl_group_1(X)
& ~ methyl_group_1(X)
& ~ phosphate_group_1(X)
& shape_value_1(fn_hydroxyl_group_2(X))
& hydrophilic_region_1(fn_hydroxyl_group_3(X))
& oxygen_1(fn_hydroxyl_group_4(X))
& unequal_sharing_1(fn_hydroxyl_group_5(X))
& hydrogen_1(fn_hydroxyl_group_6(X))
& polar_covalent_bond_1(fn_hydroxyl_group_7(X))
& electron_1(fn_hydroxyl_group_8(X))
& valence_electron_1(fn_hydroxyl_group_8(X))
& atomic_nucleus_1(fn_hydroxyl_group_9(X))
& center_1(fn_hydroxyl_group_10(X))
& atomic_nucleus_1(fn_hydroxyl_group_11(X))
& entity_1(fn_polar_covalent_bond_19(fn_hydroxyl_group_7(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_hydroxyl_group_7(X)))
& atom_1(fn_polar_covalent_bond_19(fn_hydroxyl_group_7(X)))
& entity_1(fn_polar_covalent_bond_18(fn_hydroxyl_group_7(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_hydroxyl_group_7(X)))
& atom_1(fn_polar_covalent_bond_18(fn_hydroxyl_group_7(X)))
& center_1(fn_polar_covalent_bond_23(fn_hydroxyl_group_7(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_hydroxyl_group_7(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_14(fn_hydroxyl_group_7(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_13(fn_hydroxyl_group_7(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_hydroxyl_group_7(X)))
& electron_1(fn_polar_covalent_bond_11(fn_hydroxyl_group_7(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_hydroxyl_group_7(X)))
& is_inside_2(fn_hydroxyl_group_3(X),X)
& is_inside_2(fn_hydroxyl_group_4(X),X)
& shape_2(X,fn_hydroxyl_group_2(X))
& has_region_2(X,fn_hydroxyl_group_3(X))
& is_inside_2(fn_hydroxyl_group_6(X),X)
& the_categorical_value_2(fn_hydroxyl_group_2(X),line_0)
& agent_2(fn_hydroxyl_group_5(X),fn_hydroxyl_group_4(X))
& has_region_2(fn_hydroxyl_group_6(X),fn_hydroxyl_group_11(X))
& has_part_2(fn_hydroxyl_group_4(X),fn_hydroxyl_group_8(X))
& is_between_2(fn_hydroxyl_group_7(X),fn_hydroxyl_group_6(X))
& has_region_2(fn_hydroxyl_group_4(X),fn_hydroxyl_group_9(X))
& is_between_2(fn_hydroxyl_group_7(X),fn_hydroxyl_group_4(X))
& fn_hydroxyl_group_4(X) != fn_hydroxyl_group_6(X)
& agent_2(fn_hydroxyl_group_5(X),fn_hydroxyl_group_6(X))
& fn_hydroxyl_group_6(X) != fn_hydroxyl_group_4(X)
& result_2(fn_hydroxyl_group_5(X),fn_hydroxyl_group_7(X))
& object_2(fn_hydroxyl_group_5(X),fn_hydroxyl_group_8(X))
& is_near_2(fn_hydroxyl_group_8(X),fn_hydroxyl_group_9(X))
& is_near_2(fn_hydroxyl_group_9(X),fn_hydroxyl_group_8(X))
& fn_hydroxyl_group_11(X) != fn_hydroxyl_group_9(X)
& fn_hydroxyl_group_9(X) != fn_hydroxyl_group_11(X)
& fn_hydroxyl_group_6(X) = fn_polar_covalent_bond_19(fn_hydroxyl_group_7(X))
& fn_hydroxyl_group_4(X) = fn_polar_covalent_bond_18(fn_hydroxyl_group_7(X))
& fn_hydroxyl_group_10(X) = fn_polar_covalent_bond_23(fn_hydroxyl_group_7(X))
& fn_hydroxyl_group_11(X) = fn_polar_covalent_bond_14(fn_hydroxyl_group_7(X))
& fn_hydroxyl_group_9(X) = fn_polar_covalent_bond_14(fn_hydroxyl_group_7(X))
& fn_hydroxyl_group_9(X) = fn_polar_covalent_bond_13(fn_hydroxyl_group_7(X))
& fn_hydroxyl_group_8(X) = fn_polar_covalent_bond_12(fn_hydroxyl_group_7(X))
& fn_hydroxyl_group_8(X) = fn_polar_covalent_bond_11(fn_hydroxyl_group_7(X))
& fn_hydroxyl_group_5(X) = fn_polar_covalent_bond_16(fn_hydroxyl_group_7(X))
& fn_polar_covalent_bond_13(fn_hydroxyl_group_7(X)) = fn_polar_covalent_bond_13(fn_hydroxyl_group_7(X))
& fn_polar_covalent_bond_13(fn_hydroxyl_group_7(X)) = fn_polar_covalent_bond_14(fn_hydroxyl_group_7(X))
& fn_polar_covalent_bond_14(fn_hydroxyl_group_7(X)) = fn_polar_covalent_bond_13(fn_hydroxyl_group_7(X))
& fn_polar_covalent_bond_13(fn_hydroxyl_group_7(X)) = fn_polar_covalent_bond_11(fn_hydroxyl_group_7(X))
& fn_polar_covalent_bond_11(fn_hydroxyl_group_7(X)) = fn_polar_covalent_bond_12(fn_hydroxyl_group_7(X))
& fn_polar_covalent_bond_12(fn_hydroxyl_group_7(X)) = fn_polar_covalent_bond_11(fn_hydroxyl_group_7(X)) ) ) ).
fof(a530268,axiom,
! [X] :
( hydrozoan_1(X)
=> ( original_name_2(X,'Hydrozoan')
& user_description_2(X,'A member of the class Hydrozoa within the phylum Cnidaria. The life cycle of most hydrozoans contains an asexual polyp and a sexual medusa.')
& concept2words_2(X,hydrozoan)
& cnidaria_1(X)
& ~ anthozoan_1(X)
& ~ cubozoan_1(X)
& ~ hydra_1(X) ) ) ).
fof(a530269,axiom,
! [X] :
( hymen_1(X)
=> ( original_name_2(X,'Hymen')
& user_description_2(X,'A thin membrane that partially covers the vaginal opening in human females.')
& concept2words_2(X,hymen)
& stratified_squamous_epithelium_1(X)
& ~ proximal_tubule_1(X)
& ~ labia_majora_1(X)
& ~ alveolus_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ bronchus_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ collecting_duct_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ corpus_luteum_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endometrium_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ iris_1(X)
& ~ islets_of_langerhans_1(X)
& ~ labia_minora_1(X)
& ~ lacteal_1(X)
& ~ loop_of_henle_1(X)
& ~ prepuce_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ seminiferous_tubule_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a530270,axiom,
! [X] :
( hymenoptera_1(X)
=> ( original_name_2(X,'Hymenoptera')
& user_description_2(X,'A large order of insects, consisting of bees, wasps, ants, and sawflies.')
& concept2words_2(X,hymenoptera)
& insect_1(X)
& ~ aphid_1(X)
& ~ beetle_1(X)
& ~ caddisfly_1(X)
& ~ dermaptera_1(X)
& ~ diptera_1(X)
& ~ isoptera_1(X)
& ~ lepidoptera_1(X)
& ~ mayfly_1(X)
& ~ odonata_1(X)
& ~ orthoptera_1(X)
& ~ sucking_louse_1(X) ) ) ).
fof(a530271,axiom,
! [X] :
( hyperactive_ras_protein_1(X)
=> ( original_name_2(X,'Hyperactive-Ras-Protein')
& user_description_2(X,'Hyperactive version of a Ras protein tha can increase cell division even in the absence of growth factor.')
& concept2words_2(X,'cancer causing ras protein')
& concept2words_2(X,'hyperactive ras protein')
& concept2words_2(X,'hyperactive-ras-protein')
& ras_protein_1(X)
& increase_1(fn_hyperactive_ras_protein_2(X))
& rate_value_1(fn_hyperactive_ras_protein_3(X))
& cancer_1(fn_hyperactive_ras_protein_4(X))
& cell_cycle_1(fn_hyperactive_ras_protein_5(X))
& cell_cycle_1(fn_cancer_6(fn_hyperactive_ras_protein_4(X)))
& result_2(fn_hyperactive_ras_protein_2(X),fn_hyperactive_ras_protein_4(X))
& same_type_2(fn_hyperactive_ras_protein_2(X),fn_hyperactive_ras_protein_3(X))
& agent_2(fn_hyperactive_ras_protein_2(X),X)
& rate_2(fn_hyperactive_ras_protein_5(X),fn_hyperactive_ras_protein_3(X))
& agent_2(fn_hyperactive_ras_protein_5(X),X)
& the_scalar_value_2(fn_hyperactive_ras_protein_3(X),fast_0)
& scalar_unit_class_2(fn_hyperactive_ras_protein_3(X),event_0)
& same_type_2(fn_hyperactive_ras_protein_3(X),fn_hyperactive_ras_protein_2(X))
& result_2(fn_hyperactive_ras_protein_5(X),fn_hyperactive_ras_protein_4(X))
& fn_hyperactive_ras_protein_5(X) = fn_cancer_6(fn_hyperactive_ras_protein_4(X)) ) ) ).
fof(a530272,axiom,
! [X] :
( hyperpolarization_1(X)
=> ( original_name_2(X,'Hyperpolarization')
& user_description_2(X,'An alteration of a cell\'s membrane potential further away from the threshold, so that the inside of the cell becomes more negative relative to the outside. Hyperpolarization makes a cell less likely that a neuron will produce or transmit an action potential.')
& concept2words_2(X,hyperpolarization)
& change_in_membrane_potential_1(X) ) ) ).
fof(a530273,axiom,
! [X] :
( hypersensitivity_response_1(X)
=> ( original_name_2(X,'Hypersensitivity-Response')
& user_description_2(X,'In plants, a vigorous local plant defense in response to an avirulent pathogen.')
& concept2words_2(X,'response of hypersensitivity')
& concept2words_2(X,'hypersensitivity response')
& concept2words_2(X,'hypersensitivity-response')
& plant_process_1(X) ) ) ).
fof(a530274,axiom,
! [X] :
( hypertension_1(X)
=> ( original_name_2(X,'Hypertension')
& user_description_2(X,'Chronic abnormally high pressure in the arteries.')
& concept2words_2(X,hypertension)
& cardiovascular_process_1(X)
& ~ cardiac_cycle_1(X)
& ~ countercurrent_multiplier_system_1(X)
& ~ diastole_1(X)
& ~ heart_attack_1(X)
& ~ heart_murmur_1(X)
& ~ pulse_1(X) ) ) ).
fof(a530275,axiom,
! [X] :
( hyperthyroidism_1(X)
=> ( original_name_2(X,'Hyperthyroidism')
& user_description_2(X,'A metabolic disease in which overactive tissue within the thyroid gland cause an overproduction of thyroid hormones (thyroxine or T4 and/or triiodothyronine or T3).')
& concept2words_2(X,hyperthyroidism)
& metabolic_disorder_1(X)
& ~ mitochondrial_myopathy_1(X)
& ~ diabetes_mellitus_1(X)
& ~ cretinism_1(X)
& ~ hypopituitarism_1(X)
& ~ gigantism_1(X) ) ) ).
fof(a530276,axiom,
! [X] :
( hypertonic_1(X)
=> ( original_name_2(X,'Hypertonic')
& user_description_2(X,'Refers to a solution that has a higher salt solution than a cell, and will thus cause a cell to lose water.')
& concept2words_2(X,hypertonic)
& tonicity_1(X)
& ~ hypotonic_1(X)
& ~ isotonic_1(X) ) ) ).
fof(a530277,axiom,
! [X] :
( hypertonic_solution_1(X)
=> ( original_name_2(X,'Hypertonic-Solution')
& user_description_2(X,'A hypertonic solution is one with a high concentration of solutes when compared to another solution which is separated from it by a semipermeable membrane. As opposed to an isotonic solution or a hypotonic solution.')
& concept2words_2(X,'hypertonic solution')
& concept2words_2(X,'hypertonic-solution')
& aqueous_solution_1(X)
& ~ basic_solution_1(X)
& ~ buffered_solution_1(X)
& ~ gel_1(X)
& ~ hypotonic_solution_1(X)
& ~ isotonic_solution_1(X)
& concentration_value_1(fn_hypertonic_solution_3(X))
& concentration_value_1(fn_hypertonic_solution_4(X))
& chemical_1(fn_hypertonic_solution_5(X))
& hypotonic_solution_1(fn_hypertonic_solution_6(X))
& water_1(fn_hypertonic_solution_7(X))
& chemical_1(fn_hypertonic_solution_7(X))
& chemical_1(fn_hypertonic_solution_8(X))
& chemical_1(fn_solution_6(fn_hypertonic_solution_6(X)))
& chemical_1(fn_solution_5(fn_hypertonic_solution_6(X)))
& concentration_2(fn_hypertonic_solution_8(X),fn_hypertonic_solution_4(X))
& is_hypotonic_to_2(fn_hypertonic_solution_6(X),X)
& is_hypertonic_to_2(X,fn_hypertonic_solution_6(X))
& greater_than_or_equal_to_2(fn_hypertonic_solution_4(X),fn_hypertonic_solution_3(X))
& greater_than_2(fn_hypertonic_solution_4(X),fn_hypertonic_solution_3(X))
& concentration_2(fn_hypertonic_solution_5(X),fn_hypertonic_solution_3(X))
& has_solute_2(fn_hypertonic_solution_6(X),fn_hypertonic_solution_5(X))
& has_part_2(fn_hypertonic_solution_6(X),fn_hypertonic_solution_5(X))
& has_part_2(X,fn_hypertonic_solution_7(X))
& has_solute_2(X,fn_hypertonic_solution_8(X))
& fn_hypertonic_solution_8(X) != fn_hypertonic_solution_7(X)
& has_solvent_2(X,fn_hypertonic_solution_7(X))
& has_part_2(X,fn_hypertonic_solution_8(X))
& fn_hypertonic_solution_7(X) != fn_hypertonic_solution_8(X)
& fn_hypertonic_solution_5(X) = fn_solution_6(fn_hypertonic_solution_6(X))
& fn_hypertonic_solution_5(X) = fn_solution_5(fn_hypertonic_solution_6(X))
& fn_hypertonic_solution_7(X) = fn_aqueous_solution_14(X)
& fn_hypertonic_solution_8(X) = fn_solution_6(X)
& fn_hypertonic_solution_7(X) = fn_solution_6(X)
& fn_hypertonic_solution_8(X) = fn_solution_5(X)
& fn_solution_5(fn_hypertonic_solution_6(X)) = fn_solution_6(fn_hypertonic_solution_6(X))
& fn_solution_6(fn_hypertonic_solution_6(X)) = fn_solution_5(fn_hypertonic_solution_6(X))
& fn_solution_5(fn_hypertonic_solution_6(X)) = fn_aqueous_solution_14(X)
& fn_aqueous_solution_14(X) = fn_solution_6(X)
& fn_solution_6(X) = fn_solution_6(X)
& fn_solution_6(X) = fn_solution_5(X)
& fn_solution_5(X) = fn_solution_5(X) ) ) ).
fof(a530278,axiom,
! [X] :
( hypha_1(X)
=> ( original_name_2(X,'Hypha')
& user_description_2(X,'A long filamentous structure found in most fungi. The collective hyphae of a particular fungus make up its mycelium.')
& concept2words_2(X,hypha)
& fungal_tissue_1(X)
& ~ ascus_1(X)
& ~ mycelium_1(X)
& ~ zygosporangium_1(X) ) ) ).
fof(a530279,axiom,
! [X] :
( hypoblast_1(X)
=> ( original_name_2(X,'Hypoblast')
& user_description_2(X,'In animal development, the hypoblast is the embryonic precursor to endoderm and (potentially) mesoderm.')
& concept2words_2(X,hypoblast)
& embryonic_tissue_1(X) ) ) ).
fof(a530280,axiom,
! [X] :
( hypocotyl_1(X)
=> ( original_name_2(X,'Hypocotyl')
& user_description_2(X,'The young stem of a germinating angiosperm, below the cotyledons and above the root.')
& concept2words_2(X,hypocotyl)
& plant_region_1(X) ) ) ).
fof(a530281,axiom,
! [X] :
( hypodermis_1(X)
=> ( original_name_2(X,'Hypodermis')
& user_description_2(X,'A layer of tissue present beneath the dermis of vertebrate skin.')
& concept2words_2(X,'subcutaneous layer')
& concept2words_2(X,'subcutaneous-layer')
& concept2words_2(X,hypodermis)
& animal_tissue_1(X) ) ) ).
fof(a530282,axiom,
! [X] :
( hypopituitarism_1(X)
=> ( original_name_2(X,'Hypopituitarism')
& user_description_2(X,'Decreased hormone production by the pituitary gland. The decrease can be in any or all of the pituitary hormones.')
& concept2words_2(X,hypopituitarism)
& metabolic_disorder_1(X)
& ~ gigantism_1(X)
& ~ diabetes_mellitus_1(X)
& ~ cretinism_1(X)
& ~ mitochondrial_myopathy_1(X)
& ~ hyperthyroidism_1(X) ) ) ).
fof(a530283,axiom,
! [X] :
( hypothalamus_1(X)
=> ( original_name_2(X,'Hypothalamus')
& user_description_2(X,'Portion of the vertebrate brain that functions in maintaining homeostasis and secretes a number of hormones, including tropic hormones that act on other endocrine organs. The hypothalamus has a neural connection to the posterior pituitary and thus links the endocrine and nervous systems.')
& concept2words_2(X,hypothalamus)
& diencephalon_1(X)
& ~ reticular_formation_1(X)
& ~ primary_visual_cortex_1(X)
& ~ brainstem_1(X)
& ~ cerebellum_1(X)
& ~ cerebrum_1(X)
& ~ forebrain_1(X)
& ~ hindbrain_1(X)
& ~ medulla_oblongata_1(X)
& ~ midbrain_1(X)
& ~ pons_1(X)
& ~ posterior_pituitary_1(X)
& ~ primary_motor_cortex_1(X)
& ~ reticular_system_1(X)
& ~ thalamus_1(X)
& ~ lateral_geniculate_1(X)
& ~ corpus_callosum_1(X)
& ~ cerebral_cortex_1(X) ) ) ).
fof(a530284,axiom,
! [X] :
( hypothesis_1(X)
=> ( original_name_2(X,'Hypothesis')
& user_description_2(X,'A tentative answer to a well-framed question, narrower in scope than a theory and subject to testing.')
& concept2words_2(X,hypotheses)
& concept2words_2(X,hypothesis)
& information_1(X)
& ~ genetic_code_1(X)
& ~ suggestion_1(X)
& ~ request_1(X)
& ~ information_sequence_1(X)
& ~ classification_unit_1(X)
& ~ dna_library_1(X)
& ~ ethics_1(X)
& ~ fossil_record_1(X)
& ~ genomic_library_1(X)
& ~ positional_information_1(X)
& ~ representation_1(X)
& ~ scientific_laws_1(X)
& ~ species_concept_1(X) ) ) ).
fof(a530285,axiom,
! [X] :
( hypotonic_1(X)
=> ( original_name_2(X,'Hypotonic')
& user_description_2(X,'Refers to a solution that has a lower salt concentration than a cell, and will thus cause a cell to take in water and swell.')
& concept2words_2(X,hypotonic)
& tonicity_1(X)
& ~ hypertonic_1(X)
& ~ isotonic_1(X) ) ) ).
fof(a530286,axiom,
! [X] :
( hypotonic_solution_1(X)
=> ( original_name_2(X,'Hypotonic-Solution')
& user_description_2(X,'A hypotonic solution is one with a low concentration of solutes when compared to another solution which is separated from it by a semipermeable membrane. As opposed to an isotonic solution or a hypertonic solution.')
& concept2words_2(X,'hypotonic solution')
& concept2words_2(X,'hypotonic-solution')
& aqueous_solution_1(X)
& ~ basic_solution_1(X)
& ~ buffered_solution_1(X)
& ~ gel_1(X)
& ~ hypertonic_solution_1(X)
& ~ isotonic_solution_1(X)
& hypertonic_solution_1(fn_hypotonic_solution_2(X))
& chemical_1(fn_hypotonic_solution_3(X))
& water_1(fn_hypotonic_solution_3(X))
& substance_1(fn_hypotonic_solution_4(X))
& chemical_1(fn_hypotonic_solution_4(X))
& concentration_value_1(fn_hypotonic_solution_5(X))
& concentration_value_1(fn_hypotonic_solution_6(X))
& chemical_1(fn_hypotonic_solution_7(X))
& property_node_1(fn_hypertonic_solution_1(fn_hypotonic_solution_2(X)))
& property_node_1(fn_hypertonic_solution_2(fn_hypotonic_solution_2(X)))
& concentration_value_1(fn_hypertonic_solution_3(fn_hypotonic_solution_2(X)))
& concentration_value_1(fn_hypertonic_solution_4(fn_hypotonic_solution_2(X)))
& chemical_1(fn_hypertonic_solution_5(fn_hypotonic_solution_2(X)))
& substance_1(fn_mixture_1(fn_hypotonic_solution_2(X)))
& chemical_1(fn_hypertonic_solution_8(fn_hypotonic_solution_2(X)))
& hypotonic_solution_1(fn_hypertonic_solution_6(fn_hypotonic_solution_2(X)))
& fn_hypotonic_solution_7(X) != fn_hypotonic_solution_3(X)
& fn_hypotonic_solution_3(X) != fn_hypotonic_solution_7(X)
& has_part_2(X,fn_hypotonic_solution_3(X))
& has_solvent_2(X,fn_hypotonic_solution_3(X))
& has_solute_2(fn_hypotonic_solution_2(X),fn_hypotonic_solution_4(X))
& greater_than_or_equal_to_2(fn_hypotonic_solution_5(X),fn_hypotonic_solution_6(X))
& concentration_2(fn_hypotonic_solution_7(X),fn_hypotonic_solution_6(X))
& has_part_2(X,fn_hypotonic_solution_7(X))
& has_solute_2(X,fn_hypotonic_solution_7(X))
& has_part_2(fn_hypotonic_solution_2(X),fn_hypotonic_solution_4(X))
& concentration_2(fn_hypotonic_solution_4(X),fn_hypotonic_solution_5(X))
& greater_than_2(fn_hypotonic_solution_5(X),fn_hypotonic_solution_6(X))
& is_hypotonic_to_2(X,fn_hypotonic_solution_2(X))
& is_hypertonic_to_2(fn_hypotonic_solution_2(X),X)
& fn_hypotonic_solution_7(X) = fn_solution_5(X)
& fn_hypotonic_solution_3(X) = fn_solution_6(X)
& fn_hypotonic_solution_3(X) = fn_aqueous_solution_14(X)
& fn_hypotonic_solution_8(X) = fn_hypertonic_solution_1(fn_hypotonic_solution_2(X))
& fn_hypotonic_solution_1(X) = fn_hypertonic_solution_2(fn_hypotonic_solution_2(X))
& fn_hypotonic_solution_7(X) = fn_hypertonic_solution_5(fn_hypotonic_solution_2(X))
& fn_hypotonic_solution_6(X) = fn_hypertonic_solution_3(fn_hypotonic_solution_2(X))
& fn_hypotonic_solution_5(X) = fn_hypertonic_solution_4(fn_hypotonic_solution_2(X))
& fn_hypotonic_solution_4(X) = fn_mixture_1(fn_hypotonic_solution_2(X))
& fn_hypotonic_solution_4(X) = fn_hypertonic_solution_8(fn_hypotonic_solution_2(X))
& X = fn_hypertonic_solution_6(fn_hypotonic_solution_2(X))
& fn_solution_6(X) = fn_solution_6(X)
& fn_aqueous_solution_14(X) = fn_solution_6(X)
& fn_solution_6(X) = fn_aqueous_solution_14(X)
& fn_aqueous_solution_14(X) = fn_solution_5(X)
& fn_solution_5(X) = fn_solution_5(X)
& fn_solution_5(X) = fn_hypertonic_solution_5(fn_hypotonic_solution_2(X))
& fn_hypertonic_solution_5(fn_hypotonic_solution_2(X)) = fn_hypertonic_solution_5(fn_hypotonic_solution_2(X))
& fn_hypertonic_solution_5(fn_hypotonic_solution_2(X)) = fn_hypertonic_solution_8(fn_hypotonic_solution_2(X))
& fn_hypertonic_solution_8(fn_hypotonic_solution_2(X)) = fn_hypertonic_solution_8(fn_hypotonic_solution_2(X))
& fn_hypertonic_solution_8(fn_hypotonic_solution_2(X)) = fn_mixture_1(fn_hypotonic_solution_2(X))
& fn_mixture_1(fn_hypotonic_solution_2(X)) = fn_hypertonic_solution_8(fn_hypotonic_solution_2(X))
& fn_hypertonic_solution_6(fn_hypotonic_solution_2(X)) = fn_hypertonic_solution_6(fn_hypotonic_solution_2(X)) ) ) ).
fof(a530287,axiom,
! [X] :
( i_band_filament_1(X)
=> ( original_name_2(X,'I-Band-Filament')
& user_description_2(X,'An area of the sarcomere that consists of thin filaments')
& concept2words_2(X,'i band')
& concept2words_2(X,'i-band')
& concept2words_2(X,'i filament')
& concept2words_2(X,'i-filament')
& concept2words_2(X,'i band filament')
& concept2words_2(X,'i-band-filament')
& filament_protein_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X) ) ) ).
fof(a530288,axiom,
! [X] :
( i_minus_1(X)
=> ( original_name_2(X,'I-Minus')
& user_description_2(X,'Iodide ion')
& concept2words_2(X,iodide)
& concept2words_2(X,'minus of i')
& concept2words_2(X,'i minus')
& concept2words_2(X,'i-minus')
& monoatomic_ion_1(X)
& anion_1(X)
& electron_1(fn_i_minus_1(X))
& neutron_1(fn_i_minus_2(X))
& iodine_1(fn_i_minus_3(X))
& charge_value_1(fn_i_minus_5(X))
& iodine_1(fn_i_minus_6(X))
& gain_1(fn_i_minus_7(X))
& the_cardinal_value_2(fn_i_minus_5(X),"-1")
& cardinal_unit_class_2(fn_i_minus_5(X),unity_0)
& has_ion_2(fn_i_minus_3(X),X)
& has_part_2(X,fn_i_minus_1(X))
& has_part_2(X,fn_i_minus_2(X))
& exactCardinality(X,has_part_0,"10",electron_0)
& exactCardinality(X,has_part_0,"9",proton_0)
& exactCardinality(X,has_part_0,"9",neutron_0)
& charge_2(X,fn_i_minus_5(X))
& result_2(fn_i_minus_7(X),X)
& base_2(fn_i_minus_7(X),fn_i_minus_6(X))
& recipient_2(fn_i_minus_7(X),fn_i_minus_6(X))
& fn_i_minus_4(X) = fn_anion_7(X)
& fn_i_minus_5(X) = fn_anion_6(X)
& fn_i_minus_6(X) = fn_anion_5(X)
& fn_i_minus_7(X) = fn_anion_2(X) ) ) ).
fof(a530289,axiom,
! [X] :
( ia_1(X)
=> ( original_name_2(X,'IA')
& user_description_2(X,'The allele coding for blood carbohydrate A.')
& concept2words_2(X,ia)
& blood_allele_1(X)
& ~ allele_i_1(X)
& ~ ib_1(X) ) ) ).
fof(a530290,axiom,
! [X] :
( ia_alkali_metal_element_1(X)
=> ( original_name_2(X,'IA-Alkali-Metal-Element')
& user_description_2(X,'Elements in group 1A of the periodic table are called the alkali metals. They are H, Li, Na, K, Rb, Cs and Fr.')
& concept2words_2(X,ia)
& concept2words_2(X,'group ia element')
& concept2words_2(X,'group-ia-element')
& concept2words_2(X,'alkali metal')
& concept2words_2(X,'alkali-metal')
& concept2words_2(X,'group 1 element')
& concept2words_2(X,'group-1-element')
& concept2words_2(X,'ia alkali metal element')
& concept2words_2(X,'ia-alkali-metal-element')
& chemical_element_1(X) ) ) ).
fof(a530291,axiom,
! [X] :
( ib_1(X)
=> ( original_name_2(X,'IB')
& user_description_2(X,'The allele coding for blood carbohydrate B.')
& concept2words_2(X,ib)
& blood_allele_1(X)
& ~ allele_i_1(X)
& ~ ia_1(X) ) ) ).
fof(a530292,axiom,
! [X] :
( ibuprofen_1(X)
=> ( original_name_2(X,'Ibuprofen')
& user_description_2(X,'Ibuprofen is a nonsteroidal anti-inflammatory drug')
& concept2words_2(X,ibuprofen)
& molecule_1(X)
& drug_1(X) ) ) ).
fof(a530293,axiom,
! [X] :
( ibuprofen_isomer_1(X)
=> ( original_name_2(X,'Ibuprofen-Isomer')
& user_description_2(X,'One of the two forms of Ibuprofen, each with the same atomic parts, but different structure, shape and function.')
& concept2words_2(X,'isomer of ibuprofen')
& concept2words_2(X,'ibuprofen isomer')
& concept2words_2(X,'ibuprofen-isomer')
& drug_1(X)
& isomer_1(X)
& ibuprofen_1(fn_ibuprofen_isomer_1(X))
& has_state_2(fn_ibuprofen_isomer_1(X),X)
& has_isomer_2(fn_ibuprofen_isomer_1(X),X) ) ) ).
fof(a530294,axiom,
! [X] :
( ice_1(X)
=> ( original_name_2(X,'Ice')
& user_description_2(X,'The solid form of water. Because water molecules are farther apart in the solid form of water compared to the liquid form, ice floats on liquid water.')
& concept2words_2(X,'solid water')
& concept2words_2(X,'floating water')
& concept2words_2(X,'floating ice')
& concept2words_2(X,'frozen water')
& concept2words_2(X,'floating water')
& concept2words_2(X,ice)
& chemical_1(X)
& solid_substance_1(X)
& ~ aflatoxin_1(X)
& ~ aldehyde_1(X)
& ~ amine_1(X)
& ~ antibiotic_1(X)
& ~ carbon_monoxide_1(X)
& ~ carboxylic_acid_1(X)
& ~ ddt_1(X)
& ~ nitroglycerine_1(X)
& ~ opiate_1(X)
& consistency_value_1(fn_ice_2(X))
& system_1(fn_ice_4(X))
& temperature_value_1(fn_ice_6(X))
& block_1(fn_ice_8(X))
& barrier_1(fn_ice_9(X))
& air_1(fn_ice_10(X))
& float_1(fn_ice_11(X))
& density_value_1(fn_ice_13(X))
& liquid_substance_1(fn_ice_14(X))
& water_1(fn_ice_14(X))
& density_value_1(fn_ice_15(X))
& attach_1(fn_ice_17(X))
& hydrogen_bond_1(fn_ice_18(X))
& water_molecule_1(fn_ice_19(X))
& water_molecule_1(fn_ice_20(X))
& move_apart_1(fn_ice_21(X))
& melting_1(fn_ice_22(X))
& heat_1(fn_ice_23(X))
& temperature_value_1(fn_ice_24(X))
& break_1(fn_ice_25(X))
& spatial_entity_1(fn_block_1(fn_ice_8(X)))
& tangible_entity_1(fn_impair_1(fn_ice_25(X)))
& property_node_1(fn_heat_3(fn_ice_23(X)))
& temperature_value_1(fn_heat_4(fn_ice_23(X)))
& property_node_1(fn_water_43(fn_ice_14(X)))
& property_node_1(fn_water_42(fn_ice_14(X)))
& density_value_1(fn_water_32(fn_ice_14(X)))
& density_value_1(fn_water_33(fn_ice_14(X)))
& spatial_entity_1(fn_attach_1(fn_ice_17(X)))
& spatial_entity_1(fn_move_apart_1(fn_ice_21(X)))
& spatial_entity_1(fn_move_apart_2(fn_ice_21(X)))
& spatial_entity_1(fn_attach_2(fn_ice_17(X)))
& solid_substance_1(fn_melting_3(fn_ice_22(X)))
& tangible_entity_1(fn_barrier_1(fn_ice_9(X)))
& solid_substance_1(fn_float_2(fn_ice_11(X)))
& tangible_entity_1(fn_heat_1(fn_ice_23(X)))
& ice_1(fn_water_31(fn_ice_14(X)))
& liquid_substance_1(fn_melting_2(fn_ice_22(X)))
& liquid_substance_1(fn_float_1(fn_ice_11(X)))
& the_cardinal_value_2(fn_ice_24(X),"0.0e0")
& cardinal_unit_class_2(fn_ice_24(X),celsius_0)
& the_categorical_value_2(fn_ice_2(X),crystalline_0)
& causes_2(fn_ice_23(X),fn_ice_22(X))
& by_means_of_2(fn_ice_22(X),fn_ice_25(X))
& causes_2(fn_ice_22(X),fn_ice_21(X))
& instrument_2(fn_ice_17(X),fn_ice_18(X))
& exactCardinality(fn_ice_17(X),object_0,"4",water_molecule_0)
& called_2(fn_ice_15(X),'Ice_Density')
& temperature_2(X,fn_ice_24(X))
& possesses_2(X,fn_ice_18(X))
& consistency_2(X,fn_ice_2(X))
& has_part_2(X,fn_ice_19(X))
& called_2(fn_ice_13(X),'Water_Density')
& the_categorical_value_2(fn_ice_6(X),freezing_0)
& temperature_2(fn_ice_10(X),fn_ice_6(X))
& in_event_2(fn_ice_9(X),fn_ice_8(X))
& instrument_2(fn_ice_8(X),X)
& object_2(fn_ice_21(X),fn_ice_20(X))
& object_2(fn_ice_17(X),fn_ice_19(X))
& object_2(fn_ice_21(X),fn_ice_19(X))
& base_2(fn_ice_17(X),fn_ice_20(X))
& object_2(fn_ice_8(X),fn_ice_10(X))
& has_part_2(X,fn_ice_20(X))
& object_2(fn_ice_25(X),fn_ice_18(X))
& result_2(fn_ice_22(X),fn_ice_14(X))
& object_2(fn_ice_22(X),X)
& plays_2(X,fn_ice_9(X))
& object_2(fn_ice_11(X),X)
& is_above_2(X,fn_ice_14(X))
& base_2(fn_ice_11(X),fn_ice_14(X))
& base_2(fn_ice_23(X),X)
& from_value_2(fn_ice_23(X),fn_ice_24(X))
& density_2(fn_ice_14(X),fn_ice_13(X))
& greater_than_2(fn_ice_13(X),fn_ice_15(X))
& density_2(X,fn_ice_15(X))
& fn_ice_20(X) = fn_move_apart_2(fn_ice_21(X))
& fn_ice_19(X) = fn_attach_1(fn_ice_17(X))
& fn_ice_19(X) = fn_move_apart_1(fn_ice_21(X))
& fn_ice_20(X) = fn_attach_2(fn_ice_17(X))
& fn_ice_10(X) = fn_block_1(fn_ice_8(X))
& fn_ice_20(X) = fn_chemical_3(X)
& fn_ice_18(X) = fn_impair_1(fn_ice_25(X))
& fn_ice_14(X) = fn_melting_2(fn_ice_22(X))
& X = fn_melting_3(fn_ice_22(X))
& X = fn_barrier_1(fn_ice_9(X))
& fn_ice_14(X) = fn_float_1(fn_ice_11(X))
& X = fn_float_2(fn_ice_11(X))
& X = fn_heat_1(fn_ice_23(X))
& fn_ice_26(X) = fn_heat_3(fn_ice_23(X))
& fn_ice_24(X) = fn_heat_4(fn_ice_23(X))
& fn_ice_12(X) = fn_water_43(fn_ice_14(X))
& fn_ice_16(X) = fn_water_42(fn_ice_14(X))
& X = fn_water_31(fn_ice_14(X))
& fn_ice_15(X) = fn_water_32(fn_ice_14(X))
& fn_ice_13(X) = fn_water_33(fn_ice_14(X))
& fn_attach_1(fn_ice_17(X)) = fn_move_apart_1(fn_ice_21(X))
& fn_move_apart_1(fn_ice_21(X)) = fn_move_apart_2(fn_ice_21(X))
& fn_move_apart_2(fn_ice_21(X)) = fn_attach_2(fn_ice_17(X))
& fn_attach_2(fn_ice_17(X)) = fn_attach_2(fn_ice_17(X))
& fn_attach_2(fn_ice_17(X)) = fn_chemical_3(X)
& fn_chemical_3(X) = fn_melting_3(fn_ice_22(X))
& fn_melting_3(fn_ice_22(X)) = fn_barrier_1(fn_ice_9(X))
& fn_barrier_1(fn_ice_9(X)) = fn_barrier_1(fn_ice_9(X))
& fn_barrier_1(fn_ice_9(X)) = fn_float_2(fn_ice_11(X))
& fn_float_2(fn_ice_11(X)) = fn_float_2(fn_ice_11(X))
& fn_float_2(fn_ice_11(X)) = fn_heat_1(fn_ice_23(X))
& fn_heat_1(fn_ice_23(X)) = fn_heat_1(fn_ice_23(X))
& fn_heat_1(fn_ice_23(X)) = fn_water_31(fn_ice_14(X))
& fn_water_31(fn_ice_14(X)) = fn_melting_2(fn_ice_22(X))
& fn_melting_2(fn_ice_22(X)) = fn_float_1(fn_ice_11(X))
& fn_float_1(fn_ice_11(X)) = fn_float_1(fn_ice_11(X)) ) ) ).
fof(a530295,axiom,
! [X] :
( identify_1(X)
=> ( original_name_2(X,'Identify')
& user_description_2(X,'To establish the identity of a particular thing or person.')
& concept2words_2(X,identify)
& communicate_1(X) ) ) ).
fof(a530296,axiom,
! [X] :
( identify_cell_by_protein_expression_1(X)
=> ( original_name_2(X,'Identify-Cell-By-Protein-Expression')
& user_description_2(X,'Distinguishing cell and its corresponding gene and protein product by measuring protein.')
& concept2words_2(X,express)
& concept2words_2(X,'identify cell by protein expression')
& concept2words_2(X,'identify-cell-by-protein-expression')
& distinguishing_1(X)
& ~ codon_recognition_1(X)
& ~ compare_genes_1(X)
& ~ distinguishing_defective_chromosome_1(X)
& ~ dna_proofreading_1(X)
& ~ identify_cell_clones_with_gene_of_interest_1(X)
& gene_1(fn_identify_cell_by_protein_expression_1(X))
& measure_1(fn_identify_cell_by_protein_expression_2(X))
& motor_protein_1(fn_identify_cell_by_protein_expression_3(X))
& cell_1(fn_identify_cell_by_protein_expression_4(X))
& motor_protein_1(fn_cell_8(fn_identify_cell_by_protein_expression_4(X)))
& object_2(fn_identify_cell_by_protein_expression_2(X),fn_identify_cell_by_protein_expression_3(X))
& subevent_2(X,fn_identify_cell_by_protein_expression_2(X))
& object_2(X,fn_identify_cell_by_protein_expression_1(X))
& object_2(X,fn_identify_cell_by_protein_expression_4(X))
& has_part_2(fn_identify_cell_by_protein_expression_4(X),fn_identify_cell_by_protein_expression_3(X))
& fn_identify_cell_by_protein_expression_3(X) = fn_cell_8(fn_identify_cell_by_protein_expression_4(X)) ) ) ).
fof(a530297,axiom,
! [X] :
( identify_cell_clones_with_gene_of_interest_1(X)
=> ( original_name_2(X,'Identify-Cell-Clones-With-Gene-Of-Interest')
& user_description_2(X,'Identify Cell Clones With Gene Of Interest: Distinguishing cells with genes based on their genetic material and protein products by way of Nucleic Acid Hybridization and detecting protein expression, respectively.')
& concept2words_2(X,identify)
& concept2words_2(X,'identify cell clones with gene of interest')
& concept2words_2(X,'identify-cell-clones-with-gene-of-interest')
& distinguishing_1(X)
& ~ codon_recognition_1(X)
& ~ compare_genes_1(X)
& ~ distinguishing_defective_chromosome_1(X)
& ~ dna_proofreading_1(X)
& ~ identify_cell_by_protein_expression_1(X)
& isotopic_labeling_1(fn_identify_cell_clones_with_gene_of_interest_1(X))
& nucleic_acid_hybridization_1(fn_identify_cell_clones_with_gene_of_interest_1(X))
& dna_strand_1(fn_identify_cell_clones_with_gene_of_interest_2(X))
& identify_cell_by_protein_expression_1(fn_identify_cell_clones_with_gene_of_interest_3(X))
& motor_protein_1(fn_identify_cell_clones_with_gene_of_interest_4(X))
& protein_1(fn_identify_cell_clones_with_gene_of_interest_4(X))
& gene_1(fn_identify_cell_clones_with_gene_of_interest_5(X))
& clone_1(fn_identify_cell_clones_with_gene_of_interest_6(X))
& code_for_1(fn_identify_cell_clones_with_gene_of_interest_7(X))
& cell_1(fn_identify_cell_by_protein_expression_4(fn_identify_cell_clones_with_gene_of_interest_3(X)))
& code_for_1(fn_gene_13(fn_identify_cell_clones_with_gene_of_interest_5(X)))
& motor_protein_1(fn_cell_8(fn_identify_cell_clones_with_gene_of_interest_6(X)))
& protein_1(fn_gene_6(fn_identify_cell_clones_with_gene_of_interest_5(X)))
& gene_1(fn_identify_cell_by_protein_expression_1(fn_identify_cell_clones_with_gene_of_interest_3(X)))
& gene_1(fn_dna_strand_14(fn_identify_cell_clones_with_gene_of_interest_2(X)))
& object_2(X,fn_identify_cell_clones_with_gene_of_interest_6(X))
& object_2(X,fn_identify_cell_clones_with_gene_of_interest_5(X))
& object_2(X,fn_identify_cell_clones_with_gene_of_interest_4(X))
& by_means_of_2(X,fn_identify_cell_clones_with_gene_of_interest_3(X))
& by_means_of_2(X,fn_identify_cell_clones_with_gene_of_interest_1(X))
& object_2(fn_identify_cell_clones_with_gene_of_interest_3(X),fn_identify_cell_clones_with_gene_of_interest_6(X))
& object_2(fn_identify_cell_clones_with_gene_of_interest_3(X),fn_identify_cell_clones_with_gene_of_interest_5(X))
& has_part_2(fn_identify_cell_clones_with_gene_of_interest_2(X),fn_identify_cell_clones_with_gene_of_interest_5(X))
& has_part_2(fn_identify_cell_clones_with_gene_of_interest_6(X),fn_identify_cell_clones_with_gene_of_interest_4(X))
& result_2(fn_identify_cell_clones_with_gene_of_interest_7(X),fn_identify_cell_clones_with_gene_of_interest_4(X))
& agent_2(fn_identify_cell_clones_with_gene_of_interest_7(X),fn_identify_cell_clones_with_gene_of_interest_5(X))
& fn_identify_cell_clones_with_gene_of_interest_6(X) = fn_identify_cell_by_protein_expression_4(fn_identify_cell_clones_with_gene_of_interest_3(X))
& fn_identify_cell_clones_with_gene_of_interest_5(X) = fn_identify_cell_by_protein_expression_1(fn_identify_cell_clones_with_gene_of_interest_3(X))
& fn_identify_cell_clones_with_gene_of_interest_5(X) = fn_dna_strand_14(fn_identify_cell_clones_with_gene_of_interest_2(X))
& fn_identify_cell_clones_with_gene_of_interest_4(X) = fn_cell_8(fn_identify_cell_clones_with_gene_of_interest_6(X))
& fn_identify_cell_clones_with_gene_of_interest_4(X) = fn_gene_6(fn_identify_cell_clones_with_gene_of_interest_5(X))
& fn_identify_cell_clones_with_gene_of_interest_7(X) = fn_gene_13(fn_identify_cell_clones_with_gene_of_interest_5(X))
& fn_cell_8(fn_identify_cell_clones_with_gene_of_interest_6(X)) = fn_gene_6(fn_identify_cell_clones_with_gene_of_interest_5(X))
& fn_gene_6(fn_identify_cell_clones_with_gene_of_interest_5(X)) = fn_identify_cell_by_protein_expression_1(fn_identify_cell_clones_with_gene_of_interest_3(X))
& fn_identify_cell_by_protein_expression_1(fn_identify_cell_clones_with_gene_of_interest_3(X)) = fn_dna_strand_14(fn_identify_cell_clones_with_gene_of_interest_2(X)) ) ) ).
fof(a530298,axiom,
! [X] :
( if_then_logic_1(X)
=> ( original_name_2(X,'If-Then-Logic')
& user_description_2(X,'A type of logic used in deductive reasoning in which general premises are used to predict a specific result we should expect if the premises are true.')
& concept2words_2(X,inquire)
& concept2words_2(X,'if then logic')
& concept2words_2(X,'if-then-logic')
& deductive_reasoning_1(X) ) ) ).
fof(a530299,axiom,
! [X] :
( ige_antibodies_1(X)
=> ( original_name_2(X,'IgE-Antibodies')
& user_description_2(X,'A class of antibodies associated with common allergies such as hay fever, hives, and asthma.')
& concept2words_2(X,'ige antibodyes')
& concept2words_2(X,'ige antibody')
& concept2words_2(X,'ige-antibody')
& antibody_1(X)
& ~ monoclonal_antibody_1(X) ) ) ).
fof(a530300,axiom,
! [X] :
( iia_alkaline_earth_metal_element_1(X)
=> ( original_name_2(X,'IIA-Alkaline-Earth-Metal-Element')
& user_description_2(X,'Elements in group 2A of the periodic table are called the alkaline earth metals. They are Be, Mg, Ca, Sr, Ba and Ra.')
& concept2words_2(X,iia)
& concept2words_2(X,'group iia element')
& concept2words_2(X,'group-iia-element')
& concept2words_2(X,'group 2 element')
& concept2words_2(X,'group-2-element')
& concept2words_2(X,'alkaline earth metal')
& concept2words_2(X,'alkaline-earth-metal')
& concept2words_2(X,'group iia element')
& concept2words_2(X,'group-iia-element')
& concept2words_2(X,'iia alkaline earth metal element')
& concept2words_2(X,'iia-alkaline-earth-metal-element')
& chemical_element_1(X) ) ) ).
fof(a530301,axiom,
! [X] :
( iiia_element_1(X)
=> ( original_name_2(X,'IIIA-Element')
& user_description_2(X,'Elements in group 3A of the periodic table are B, Al, Ga, In and Tl.')
& concept2words_2(X,iiia)
& concept2words_2(X,'group iiia elements')
& concept2words_2(X,'group-iiia-elements')
& concept2words_2(X,'group 3 elements')
& concept2words_2(X,'group-3-elements')
& concept2words_2(X,'iiia element')
& concept2words_2(X,'iiia-element')
& chemical_element_1(X) ) ) ).
fof(a530302,axiom,
! [X] :
( ileum_1(X)
=> ( original_name_2(X,'Ileum')
& user_description_2(X,'The distal region of the small intestine in most higher vertebrates. It is lined with villi and microvilli and functions in nutrient and water absorption.')
& concept2words_2(X,ileum)
& organ_space_1(X) ) ) ).
fof(a530303,axiom,
! [X] :
( image_1(X)
=> ( original_name_2(X,'Image')
& user_description_2(X,'A visual representation (of an object or scene or person or abstraction) produced on a surface.')
& concept2words_2(X,image)
& useful_product_1(X) ) ) ).
fof(a530304,axiom,
! [X] :
( imbibition_1(X)
=> ( original_name_2(X,'Imbibition')
& user_description_2(X,'Uptake of water at a surface.')
& concept2words_2(X,imbibe)
& concept2words_2(X,imbibition)
& general_chemical_process_1(X) ) ) ).
fof(a530305,axiom,
! [X] :
( immigration_1(X)
=> ( original_name_2(X,'Immigration')
& user_description_2(X,'The movement into a population of individuals that came from another area.')
& concept2words_2(X,immigrate)
& concept2words_2(X,immigration)
& demography_1(X)
& ~ demographic_transition_1(X)
& ~ emigration_1(X) ) ) ).
fof(a530306,axiom,
! [X] :
( immune_cell_1(X)
=> ( original_name_2(X,'Immune-Cell')
& user_description_2(X,'Immune cells are cells of the immune system involved in defending the body against both infectious diseases and foreign materials.')
& concept2words_2(X,'cell of immune')
& concept2words_2(X,'immune cell')
& concept2words_2(X,'immune-cell')
& animal_cell_1(X)
& exchange_1(fn_immune_cell_1(X))
& transfer_1(fn_immune_cell_2(X))
& transfer_1(fn_immune_cell_3(X))
& synthesis_reaction_1(fn_immune_cell_4(X))
& chemical_reaction_1(fn_immune_cell_4(X))
& anabolic_pathway_1(fn_immune_cell_4(X))
& endergonic_reaction_1(fn_immune_cell_4(X))
& metabolic_pathway_1(fn_immune_cell_4(X))
& synthesis_of_lipid_1(fn_immune_cell_4(X))
& smooth_endoplasmic_reticulum_1(fn_immune_cell_5(X))
& synthesis_of_endomembranous_system_membrane_1(fn_immune_cell_6(X))
& immune_response_1(fn_immune_cell_7(X))
& immune_system_1(fn_immune_cell_8(X))
& rough_endoplasmic_reticulum_1(fn_immune_cell_9(X))
& immune_system_1(fn_immune_response_2(fn_immune_cell_7(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_immune_cell_5(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_immune_cell_5(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_immune_cell_5(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_immune_cell_5(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_immune_cell_5(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_immune_cell_5(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_immune_cell_5(X)))
& synthesis_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_immune_cell_6(X)))
& chemical_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_immune_cell_6(X)))
& anabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_immune_cell_6(X)))
& metabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_immune_cell_6(X)))
& endergonic_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_immune_cell_6(X)))
& synthesis_of_lipid_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_immune_cell_6(X)))
& synthesis_of_lipid_1(fn_endoplasmic_reticulum_23(fn_immune_cell_5(X)))
& metabolic_pathway_1(fn_rough_endoplasmic_reticulum_68(fn_immune_cell_9(X)))
& synthesis_of_lipid_1(fn_rough_endoplasmic_reticulum_68(fn_immune_cell_9(X)))
& eukaryotic_cell_1(fn_endoplasmic_reticulum_11(fn_immune_cell_5(X)))
& cell_1(fn_endoplasmic_reticulum_11(fn_immune_cell_5(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_62(fn_immune_cell_9(X)))
& eukaryotic_cell_1(fn_rough_endoplasmic_reticulum_62(fn_immune_cell_9(X)))
& cell_1(fn_rough_endoplasmic_reticulum_62(fn_immune_cell_9(X)))
& transfer_1(fn_exchange_3(fn_immune_cell_1(X)))
& transfer_1(fn_endoplasmic_reticulum_25(fn_immune_cell_5(X)))
& transfer_1(fn_exchange_4(fn_immune_cell_1(X)))
& transfer_1(fn_rough_endoplasmic_reticulum_55(fn_immune_cell_9(X)))
& recipient_2(fn_immune_cell_2(X),fn_immune_cell_9(X))
& recipient_2(fn_immune_cell_3(X),fn_immune_cell_5(X))
& abuts_2(fn_immune_cell_5(X),fn_immune_cell_9(X))
& fn_immune_cell_5(X) != fn_immune_cell_9(X)
& agent_2(fn_immune_cell_7(X),X)
& element_2(fn_immune_cell_8(X),X)
& has_function_2(X,fn_immune_cell_7(X))
& abuts_2(fn_immune_cell_9(X),fn_immune_cell_5(X))
& fn_immune_cell_9(X) != fn_immune_cell_5(X)
& instrument_2(fn_immune_cell_7(X),fn_immune_cell_8(X))
& subevent_2(fn_immune_cell_1(X),fn_immune_cell_2(X))
& subevent_2(fn_immune_cell_1(X),fn_immune_cell_3(X))
& subevent_2(fn_immune_cell_6(X),fn_immune_cell_4(X))
& first_subevent_2(fn_immune_cell_6(X),fn_immune_cell_4(X))
& has_function_2(fn_immune_cell_5(X),fn_immune_cell_4(X))
& has_part_2(X,fn_immune_cell_5(X))
& site_2(fn_immune_cell_4(X),fn_immune_cell_5(X))
& has_part_2(X,fn_immune_cell_9(X))
& base_2(fn_immune_cell_4(X),X)
& donor_2(fn_immune_cell_3(X),fn_immune_cell_9(X))
& agent_2(fn_immune_cell_2(X),fn_immune_cell_5(X))
& fn_immune_cell_8(X) = fn_immune_response_2(fn_immune_cell_7(X))
& fn_immune_cell_2(X) = fn_exchange_3(fn_immune_cell_1(X))
& fn_immune_cell_3(X) = fn_exchange_4(fn_immune_cell_1(X))
& fn_immune_cell_4(X) = fn_synthesis_of_endomembranous_system_membrane_59(fn_immune_cell_6(X))
& X = fn_endoplasmic_reticulum_11(fn_immune_cell_5(X))
& fn_immune_cell_4(X) = fn_smooth_endoplasmic_reticulum_23(fn_immune_cell_5(X))
& fn_immune_cell_4(X) = fn_smooth_endoplasmic_reticulum_7(fn_immune_cell_5(X))
& fn_immune_cell_4(X) = fn_smooth_endoplasmic_reticulum_49(fn_immune_cell_5(X))
& fn_immune_cell_4(X) = fn_smooth_endoplasmic_reticulum_48(fn_immune_cell_5(X))
& fn_immune_cell_4(X) = fn_endoplasmic_reticulum_23(fn_immune_cell_5(X))
& fn_immune_cell_4(X) = fn_rough_endoplasmic_reticulum_68(fn_immune_cell_9(X))
& X = fn_rough_endoplasmic_reticulum_62(fn_immune_cell_9(X))
& fn_immune_cell_2(X) = fn_endoplasmic_reticulum_25(fn_immune_cell_5(X))
& fn_immune_cell_3(X) = fn_rough_endoplasmic_reticulum_55(fn_immune_cell_9(X))
& fn_smooth_endoplasmic_reticulum_23(fn_immune_cell_5(X)) = fn_smooth_endoplasmic_reticulum_7(fn_immune_cell_5(X))
& fn_smooth_endoplasmic_reticulum_7(fn_immune_cell_5(X)) = fn_smooth_endoplasmic_reticulum_7(fn_immune_cell_5(X))
& fn_smooth_endoplasmic_reticulum_7(fn_immune_cell_5(X)) = fn_smooth_endoplasmic_reticulum_49(fn_immune_cell_5(X))
& fn_smooth_endoplasmic_reticulum_49(fn_immune_cell_5(X)) = fn_smooth_endoplasmic_reticulum_49(fn_immune_cell_5(X))
& fn_smooth_endoplasmic_reticulum_49(fn_immune_cell_5(X)) = fn_smooth_endoplasmic_reticulum_48(fn_immune_cell_5(X))
& fn_synthesis_of_endomembranous_system_membrane_59(fn_immune_cell_6(X)) = fn_smooth_endoplasmic_reticulum_48(fn_immune_cell_5(X))
& fn_smooth_endoplasmic_reticulum_48(fn_immune_cell_5(X)) = fn_synthesis_of_endomembranous_system_membrane_59(fn_immune_cell_6(X))
& fn_synthesis_of_endomembranous_system_membrane_59(fn_immune_cell_6(X)) = fn_synthesis_of_endomembranous_system_membrane_59(fn_immune_cell_6(X))
& fn_synthesis_of_endomembranous_system_membrane_59(fn_immune_cell_6(X)) = fn_endoplasmic_reticulum_23(fn_immune_cell_5(X))
& fn_endoplasmic_reticulum_23(fn_immune_cell_5(X)) = fn_endoplasmic_reticulum_23(fn_immune_cell_5(X))
& fn_endoplasmic_reticulum_23(fn_immune_cell_5(X)) = fn_rough_endoplasmic_reticulum_68(fn_immune_cell_9(X))
& fn_rough_endoplasmic_reticulum_68(fn_immune_cell_9(X)) = fn_endoplasmic_reticulum_11(fn_immune_cell_5(X))
& fn_endoplasmic_reticulum_11(fn_immune_cell_5(X)) = fn_rough_endoplasmic_reticulum_62(fn_immune_cell_9(X))
& fn_rough_endoplasmic_reticulum_62(fn_immune_cell_9(X)) = fn_rough_endoplasmic_reticulum_62(fn_immune_cell_9(X))
& fn_rough_endoplasmic_reticulum_62(fn_immune_cell_9(X)) = fn_exchange_3(fn_immune_cell_1(X))
& fn_exchange_3(fn_immune_cell_1(X)) = fn_endoplasmic_reticulum_25(fn_immune_cell_5(X))
& fn_endoplasmic_reticulum_25(fn_immune_cell_5(X)) = fn_exchange_4(fn_immune_cell_1(X))
& fn_exchange_4(fn_immune_cell_1(X)) = fn_rough_endoplasmic_reticulum_55(fn_immune_cell_9(X)) ) ) ).
fof(a530307,axiom,
! [X] :
( immune_disorders_1(X)
=> ( original_name_2(X,'Immune-Disorders')
& user_description_2(X,'Disorders caused by abnormal function of the immune system.')
& concept2words_2(X,'immune disorders')
& concept2words_2(X,'immune disorder')
& concept2words_2(X,'immune-disorder')
& disease_1(X) ) ) ).
fof(a530308,axiom,
! [X] :
( immune_organ_1(X)
=> ( original_name_2(X,'Immune-Organ')
& user_description_2(X,'Organ which is part of the immune system of animals.')
& concept2words_2(X,'organ of immune')
& concept2words_2(X,'immune organ')
& concept2words_2(X,'immune-organ')
& animal_organ_1(X) ) ) ).
fof(a530309,axiom,
! [X] :
( immune_related_intercellular_process_1(X)
=> ( original_name_2(X,'Immune-Related-Intercellular-Process')
& user_description_2(X,'Intercellular process related to the immune system of animals.')
& concept2words_2(X,'immune related intercellular process')
& concept2words_2(X,'immune-related-intercellular-process')
& intercellular_process_1(X) ) ) ).
fof(a530310,axiom,
! [X] :
( immune_response_1(X)
=> ( original_name_2(X,'Immune-Response')
& user_description_2(X,'Any process by which an organism recognizes and defends itself against microbial pathogens and substances that may be harmful.')
& concept2words_2(X,respond)
& concept2words_2(X,'response of immune')
& concept2words_2(X,'immune response')
& concept2words_2(X,'immune-response')
& macrophysiological_process_1(X)
& communication_through_cell_cell_recognition_1(fn_immune_response_1(X))
& immune_system_1(fn_immune_response_2(X))
& instrument_2(X,fn_immune_response_2(X))
& subevent_2(X,fn_immune_response_1(X)) ) ) ).
fof(a530311,axiom,
! [X] :
( immune_response_for_transformed_cell_1(X)
=> ( original_name_2(X,'Immune-Response-For-Transformed-Cell')
& user_description_2(X,'The process of how an organism recognizes and defends itself against cells which have transformed to cancer cells.')
& concept2words_2(X,respond)
& concept2words_2(X,'immune response for transformed cell')
& concept2words_2(X,'immune-response-for-transformed-cell')
& immune_response_1(X)
& recognize_1(fn_immune_response_for_transformed_cell_1(X))
& destroy_1(fn_immune_response_for_transformed_cell_2(X))
& cancer_cell_1(fn_immune_response_for_transformed_cell_3(X))
& immune_system_1(fn_immune_response_for_transformed_cell_4(X))
& entity_1(fn_perceive_1(fn_immune_response_for_transformed_cell_1(X)))
& tangible_entity_1(fn_impair_1(fn_immune_response_for_transformed_cell_2(X)))
& object_2(X,fn_immune_response_for_transformed_cell_3(X))
& first_subevent_2(X,fn_immune_response_for_transformed_cell_1(X))
& subevent_2(X,fn_immune_response_for_transformed_cell_2(X))
& subevent_2(X,fn_immune_response_for_transformed_cell_1(X))
& instrument_2(fn_immune_response_for_transformed_cell_2(X),fn_immune_response_for_transformed_cell_4(X))
& instrument_2(fn_immune_response_for_transformed_cell_1(X),fn_immune_response_for_transformed_cell_4(X))
& next_event_2(fn_immune_response_for_transformed_cell_1(X),fn_immune_response_for_transformed_cell_2(X))
& object_2(fn_immune_response_for_transformed_cell_1(X),fn_immune_response_for_transformed_cell_3(X))
& object_2(fn_immune_response_for_transformed_cell_2(X),fn_immune_response_for_transformed_cell_3(X))
& instrument_2(X,fn_immune_response_for_transformed_cell_4(X))
& fn_immune_response_for_transformed_cell_3(X) = fn_perceive_1(fn_immune_response_for_transformed_cell_1(X))
& fn_immune_response_for_transformed_cell_3(X) = fn_impair_1(fn_immune_response_for_transformed_cell_2(X))
& fn_immune_response_for_transformed_cell_4(X) = fn_immune_response_2(X)
& fn_perceive_1(fn_immune_response_for_transformed_cell_1(X)) = fn_impair_1(fn_immune_response_for_transformed_cell_2(X)) ) ) ).
fof(a530312,axiom,
! [X] :
( immune_system_1(X)
=> ( original_name_2(X,'Immune-System')
& user_description_2(X,'The set of biological processes and structures that protect an organism from disease.')
& concept2words_2(X,'system of immune')
& concept2words_2(X,'immune system')
& concept2words_2(X,'immune-system')
& animal_system_1(X)
& defense_1(fn_immune_system_1(X))
& defense_1(fn_immune_system_2(X))
& apoptosis_1(fn_immune_system_3(X))
& defense_1(fn_immune_system_4(X))
& t_cells_1(fn_immune_system_5(X))
& immune_response_1(fn_immune_system_6(X))
& immunoglobulin_protein_1(fn_immune_system_7(X))
& create_1(fn_immune_system_8(X))
& b_cell_1(fn_immune_system_9(X))
& rejection_of_foreign_cell_1(fn_immune_system_10(X))
& vertebrate_1(fn_immune_system_11(X))
& rejection_of_foreign_cell_1(fn_immune_system_12(X))
& rejection_of_foreign_cell_1(fn_immune_system_13(X))
& entity_1(fn_create_1(fn_immune_system_8(X)))
& vertebrate_1(fn_rejection_of_foreign_cell_4(fn_immune_system_12(X)))
& immune_response_1(fn_immune_cell_7(fn_immune_system_9(X)))
& vertebrate_1(fn_rejection_of_foreign_cell_4(fn_immune_system_13(X)))
& immune_system_1(fn_immune_cell_8(fn_immune_system_5(X)))
& immune_system_1(fn_rejection_of_foreign_cell_5(fn_immune_system_10(X)))
& immune_system_1(fn_rejection_of_foreign_cell_5(fn_immune_system_12(X)))
& immune_system_1(fn_immune_cell_8(fn_immune_system_9(X)))
& immune_system_1(fn_rejection_of_foreign_cell_5(fn_immune_system_13(X)))
& has_function_2(X,fn_immune_system_13(X))
& has_function_2(X,fn_immune_system_12(X))
& has_function_2(X,fn_immune_system_10(X))
& minCardinality(X,element_0,"1000000",b_cell_0)
& agent_2(fn_immune_system_4(X),X)
& object_2(fn_immune_system_4(X),fn_immune_system_11(X))
& minCardinality(fn_immune_system_8(X),result_0,"1000000",immunoglobulin_protein_0)
& agent_2(fn_immune_system_8(X),fn_immune_system_9(X))
& enables_2(fn_immune_system_3(X),fn_immune_system_6(X))
& agent_2(fn_immune_system_2(X),X)
& object_2(fn_immune_system_2(X),fn_immune_system_11(X))
& base_2(fn_immune_system_13(X),fn_immune_system_11(X))
& agent_2(fn_immune_system_1(X),X)
& object_2(fn_immune_system_1(X),fn_immune_system_11(X))
& result_2(fn_immune_system_8(X),fn_immune_system_7(X))
& element_2(X,fn_immune_system_5(X))
& agent_2(fn_immune_system_10(X),X)
& base_2(fn_immune_system_12(X),fn_immune_system_11(X))
& agent_2(fn_immune_system_12(X),X)
& element_2(X,fn_immune_system_9(X))
& instrument_2(fn_immune_system_6(X),X)
& agent_2(fn_immune_system_13(X),X)
& has_region_2(fn_immune_system_11(X),X)
& base_2(fn_immune_system_10(X),fn_immune_system_11(X))
& fn_immune_system_7(X) = fn_create_1(fn_immune_system_8(X))
& X = fn_immune_cell_8(fn_immune_system_5(X))
& X = fn_rejection_of_foreign_cell_5(fn_immune_system_10(X))
& fn_immune_system_11(X) = fn_rejection_of_foreign_cell_4(fn_immune_system_12(X))
& X = fn_rejection_of_foreign_cell_5(fn_immune_system_12(X))
& fn_immune_system_6(X) = fn_immune_cell_7(fn_immune_system_9(X))
& X = fn_immune_cell_8(fn_immune_system_9(X))
& fn_immune_system_11(X) = fn_rejection_of_foreign_cell_4(fn_immune_system_13(X))
& X = fn_rejection_of_foreign_cell_5(fn_immune_system_13(X))
& fn_immune_cell_8(fn_immune_system_5(X)) = fn_rejection_of_foreign_cell_5(fn_immune_system_10(X))
& fn_rejection_of_foreign_cell_5(fn_immune_system_10(X)) = fn_rejection_of_foreign_cell_5(fn_immune_system_12(X))
& fn_rejection_of_foreign_cell_5(fn_immune_system_12(X)) = fn_immune_cell_8(fn_immune_system_9(X))
& fn_immune_cell_8(fn_immune_system_9(X)) = fn_immune_cell_8(fn_immune_system_9(X))
& fn_immune_cell_8(fn_immune_system_9(X)) = fn_rejection_of_foreign_cell_5(fn_immune_system_13(X))
& fn_rejection_of_foreign_cell_5(fn_immune_system_13(X)) = fn_rejection_of_foreign_cell_5(fn_immune_system_13(X)) ) ) ).
fof(a530313,axiom,
! [X] :
( immunization_1(X)
=> ( original_name_2(X,'Immunization')
& user_description_2(X,'The process by which an inactive or weakened form of a pathogen is introduced into the body, triggering the production of memory cells. Upon second contact with the pathogen, the immune system responds much more quickly and rapidly produces antibodies that can fight off the pathogen.')
& concept2words_2(X,vaccination)
& concept2words_2(X,immunize)
& concept2words_2(X,immunization)
& medical_procedure_1(X)
& ~ abortion_1(X)
& ~ assisted_reproductive_technology_1(X)
& ~ electrocardiogram_1(X)
& ~ genetic_testing_1(X)
& ~ newborn_screening_1(X)
& ~ paternity_testing_1(X)
& ~ tubal_ligation_1(X)
& ~ ultrasound_imaging_1(X)
& ~ vasectomy_1(X) ) ) ).
fof(a530314,axiom,
! [X] :
( immunodeficiency_1(X)
=> ( original_name_2(X,'Immunodeficiency')
& user_description_2(X,'A condition in which the immune system is not able to adequately protect against pathogens.')
& concept2words_2(X,immunodeficiency)
& autoimmune_disease_1(X)
& ~ lupus_1(X)
& ~ rheumatoid_arthritis_1(X)
& ~ type_1_diabetes_mellitus_1(X) ) ) ).
fof(a530315,axiom,
! [X] :
( immunoglobulin_gene_1(X)
=> ( original_name_2(X,'Immunoglobulin-Gene')
& user_description_2(X,'A gene encoding for an immunoglobulin (e.g., an antibody).')
& concept2words_2(X,'antibody gene')
& concept2words_2(X,'gene of immunoglobulin')
& concept2words_2(X,'immunoglobulin gene')
& concept2words_2(X,'immunoglobulin-gene')
& eukaryotic_gene_1(X)
& speed_value_1(fn_immunoglobulin_gene_3(X))
& quantity_value_1(fn_immunoglobulin_gene_4(X))
& recombination_1(fn_immunoglobulin_gene_5(X))
& chromosome_1(fn_immunoglobulin_gene_6(X))
& carbon_skeleton_1(fn_immunoglobulin_gene_7(X))
& constant_motion_1(fn_immunoglobulin_gene_8(X))
& code_for_1(fn_immunoglobulin_gene_9(X))
& immune_cell_1(fn_immunoglobulin_gene_10(X))
& vertebrate_1(fn_immunoglobulin_gene_11(X))
& cell_differentiation_1(fn_immunoglobulin_gene_12(X))
& gene_rearrangement_1(fn_immunoglobulin_gene_13(X))
& change_sequence_1(fn_immunoglobulin_gene_14(X))
& variable_region_dna_sequence_1(fn_immunoglobulin_gene_15(X))
& move_1(fn_immunoglobulin_gene_16(X))
& move_1(fn_immunoglobulin_gene_17(X))
& constant_region_dna_sequence_1(fn_immunoglobulin_gene_18(X))
& immunoglobulin_protein_1(fn_immunoglobulin_gene_19(X))
& code_for_1(fn_immunoglobulin_gene_20(X))
& recombinant_immune_cell_1(fn_immunoglobulin_gene_21(X))
& combine_1(fn_immunoglobulin_gene_22(X))
& tangible_entity_1(fn_immunoglobulin_gene_23(X))
& nucleus_1(fn_immunoglobulin_gene_23(X))
& dna_strand_1(fn_immunoglobulin_gene_24(X))
& kinetic_energy_1(fn_immunoglobulin_gene_25(X))
& size_value_1(fn_immunoglobulin_gene_26(X))
& size_value_1(fn_immunoglobulin_gene_27(X))
& phosphodiester_bond_1(fn_immunoglobulin_gene_28(X))
& chemical_bond_1(fn_immunoglobulin_gene_28(X))
& exon_1(fn_immunoglobulin_gene_29(X))
& exon_1(fn_immunoglobulin_gene_30(X))
& intron_1(fn_immunoglobulin_gene_31(X))
& monomer_1(fn_immunoglobulin_gene_34(X))
& monomer_1(fn_immunoglobulin_gene_35(X))
& entity_1(fn_code_for_1(fn_immunoglobulin_gene_20(X)))
& entity_1(fn_code_for_2(fn_immunoglobulin_gene_20(X)))
& entity_1(fn_combine_2(fn_immunoglobulin_gene_22(X)))
& entity_1(fn_combine_1(fn_immunoglobulin_gene_22(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_immunoglobulin_gene_10(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_immunoglobulin_gene_10(X)))
& constant_motion_1(fn_kinetic_energy_1(fn_immunoglobulin_gene_25(X)))
& change_sequence_1(fn_gene_rearrangement_5(fn_immunoglobulin_gene_13(X)))
& move_1(fn_gene_rearrangement_6(fn_immunoglobulin_gene_13(X)))
& eukaryotic_cell_1(fn_cell_differentiation_19(fn_immunoglobulin_gene_12(X)))
& animal_cell_1(fn_animal_21(fn_immunoglobulin_gene_11(X)))
& spatial_entity_1(fn_move_1(fn_immunoglobulin_gene_17(X)))
& gene_1(fn_dna_strand_14(fn_immunoglobulin_gene_24(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_immunoglobulin_gene_25(X)))
& tangible_entity_1(fn_gene_rearrangement_7(fn_immunoglobulin_gene_13(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_immunoglobulin_gene_28(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_immunoglobulin_gene_28(X)))
& exon_1(fn_intron_6(fn_immunoglobulin_gene_31(X)))
& is_between_2(fn_immunoglobulin_gene_31(X),fn_immunoglobulin_gene_30(X))
& quantity_2(fn_immunoglobulin_gene_25(X),fn_immunoglobulin_gene_4(X))
& has_part_2(fn_immunoglobulin_gene_23(X),fn_immunoglobulin_gene_6(X))
& is_inside_2(fn_immunoglobulin_gene_23(X),fn_immunoglobulin_gene_10(X))
& enables_2(fn_immunoglobulin_gene_5(X),fn_immunoglobulin_gene_22(X))
& result_2(fn_immunoglobulin_gene_5(X),fn_immunoglobulin_gene_21(X))
& result_2(fn_immunoglobulin_gene_22(X),fn_immunoglobulin_gene_21(X))
& element_2(X,fn_immunoglobulin_gene_18(X))
& element_2(X,fn_immunoglobulin_gene_15(X))
& has_region_2(X,fn_immunoglobulin_gene_7(X))
& by_means_of_2(fn_immunoglobulin_gene_14(X),fn_immunoglobulin_gene_16(X))
& by_means_of_2(fn_immunoglobulin_gene_14(X),fn_immunoglobulin_gene_17(X))
& object_2(fn_immunoglobulin_gene_14(X),fn_immunoglobulin_gene_18(X))
& by_means_of_2(fn_immunoglobulin_gene_13(X),fn_immunoglobulin_gene_5(X))
& enables_2(fn_immunoglobulin_gene_13(X),fn_immunoglobulin_gene_12(X))
& site_2(fn_immunoglobulin_gene_13(X),fn_immunoglobulin_gene_11(X))
& site_2(fn_immunoglobulin_gene_13(X),fn_immunoglobulin_gene_10(X))
& result_2(fn_immunoglobulin_gene_13(X),X)
& object_2(fn_immunoglobulin_gene_12(X),fn_immunoglobulin_gene_11(X))
& donor_2(fn_immunoglobulin_gene_9(X),X)
& directly_proportional_2(fn_immunoglobulin_gene_3(X),fn_immunoglobulin_gene_4(X))
& speed_2(fn_immunoglobulin_gene_8(X),fn_immunoglobulin_gene_3(X))
& agent_2(fn_immunoglobulin_gene_20(X),fn_immunoglobulin_gene_21(X))
& result_2(fn_immunoglobulin_gene_20(X),fn_immunoglobulin_gene_19(X))
& object_2(fn_immunoglobulin_gene_22(X),fn_immunoglobulin_gene_18(X))
& object_2(fn_immunoglobulin_gene_22(X),fn_immunoglobulin_gene_15(X))
& object_2(fn_immunoglobulin_gene_12(X),fn_immunoglobulin_gene_10(X))
& has_part_2(fn_immunoglobulin_gene_11(X),fn_immunoglobulin_gene_10(X))
& object_2(fn_immunoglobulin_gene_17(X),X)
& has_part_2(fn_immunoglobulin_gene_10(X),fn_immunoglobulin_gene_23(X))
& has_part_2(fn_immunoglobulin_gene_24(X),X)
& possesses_2(X,fn_immunoglobulin_gene_25(X))
& object_2(fn_immunoglobulin_gene_8(X),X)
& by_means_of_2(fn_immunoglobulin_gene_13(X),fn_immunoglobulin_gene_14(X))
& agent_2(fn_immunoglobulin_gene_13(X),X)
& object_2(fn_immunoglobulin_gene_16(X),X)
& element_2(X,fn_immunoglobulin_gene_35(X))
& next_element_2(fn_immunoglobulin_gene_35(X),fn_immunoglobulin_gene_34(X))
& element_2(X,fn_immunoglobulin_gene_34(X))
& first_element_2(X,fn_immunoglobulin_gene_35(X))
& size_2(fn_immunoglobulin_gene_35(X),fn_immunoglobulin_gene_26(X))
& possesses_2(X,fn_immunoglobulin_gene_28(X))
& agent_2(fn_immunoglobulin_gene_9(X),X)
& has_function_2(X,fn_immunoglobulin_gene_9(X))
& size_2(X,fn_immunoglobulin_gene_27(X))
& greater_than_2(fn_immunoglobulin_gene_27(X),fn_immunoglobulin_gene_26(X))
& element_2(X,fn_immunoglobulin_gene_29(X))
& next_element_2(fn_immunoglobulin_gene_29(X),fn_immunoglobulin_gene_31(X))
& next_element_2(fn_immunoglobulin_gene_31(X),fn_immunoglobulin_gene_30(X))
& element_2(X,fn_immunoglobulin_gene_30(X))
& element_2(X,fn_immunoglobulin_gene_31(X))
& is_between_2(fn_immunoglobulin_gene_31(X),fn_immunoglobulin_gene_29(X))
& is_between_2(fn_immunoglobulin_gene_28(X),fn_immunoglobulin_gene_34(X))
& fn_immunoglobulin_gene_21(X) = fn_code_for_1(fn_immunoglobulin_gene_20(X))
& fn_immunoglobulin_gene_19(X) = fn_code_for_2(fn_immunoglobulin_gene_20(X))
& fn_immunoglobulin_gene_18(X) = fn_combine_2(fn_immunoglobulin_gene_22(X))
& fn_immunoglobulin_gene_15(X) = fn_combine_1(fn_immunoglobulin_gene_22(X))
& fn_immunoglobulin_gene_10(X) = fn_cell_differentiation_19(fn_immunoglobulin_gene_12(X))
& fn_immunoglobulin_gene_10(X) = fn_animal_21(fn_immunoglobulin_gene_11(X))
& X = fn_move_1(fn_immunoglobulin_gene_17(X))
& fn_immunoglobulin_gene_23(X) = fn_eukaryotic_cell_26(fn_immunoglobulin_gene_10(X))
& X = fn_dna_strand_14(fn_immunoglobulin_gene_24(X))
& fn_immunoglobulin_gene_8(X) = fn_kinetic_energy_1(fn_immunoglobulin_gene_25(X))
& X = fn_kinetic_energy_2(fn_immunoglobulin_gene_25(X))
& fn_immunoglobulin_gene_14(X) = fn_gene_rearrangement_5(fn_immunoglobulin_gene_13(X))
& fn_immunoglobulin_gene_16(X) = fn_gene_rearrangement_6(fn_immunoglobulin_gene_13(X))
& X = fn_gene_rearrangement_7(fn_immunoglobulin_gene_13(X))
& fn_immunoglobulin_gene_34(X) = fn_gene_10(X)
& fn_immunoglobulin_gene_35(X) = fn_gene_17(X)
& fn_immunoglobulin_gene_28(X) = fn_gene_16(X)
& fn_immunoglobulin_gene_32(X) = fn_gene_9(X)
& fn_immunoglobulin_gene_33(X) = fn_gene_8(X)
& fn_immunoglobulin_gene_26(X) = fn_gene_12(X)
& fn_immunoglobulin_gene_27(X) = fn_gene_11(X)
& fn_immunoglobulin_gene_9(X) = fn_gene_13(X)
& fn_immunoglobulin_gene_30(X) = fn_gene_5(X)
& fn_immunoglobulin_gene_31(X) = fn_gene_4(X)
& fn_immunoglobulin_gene_29(X) = fn_gene_3(X)
& fn_immunoglobulin_gene_34(X) = fn_chemical_bond_1(fn_immunoglobulin_gene_28(X))
& fn_immunoglobulin_gene_34(X) = fn_chemical_bond_4(fn_immunoglobulin_gene_28(X))
& fn_immunoglobulin_gene_29(X) = fn_intron_6(fn_immunoglobulin_gene_31(X))
& fn_cell_differentiation_19(fn_immunoglobulin_gene_12(X)) = fn_animal_21(fn_immunoglobulin_gene_11(X))
& fn_animal_21(fn_immunoglobulin_gene_11(X)) = fn_move_1(fn_immunoglobulin_gene_17(X))
& fn_move_1(fn_immunoglobulin_gene_17(X)) = fn_dna_strand_14(fn_immunoglobulin_gene_24(X))
& fn_dna_strand_14(fn_immunoglobulin_gene_24(X)) = fn_dna_strand_14(fn_immunoglobulin_gene_24(X))
& fn_dna_strand_14(fn_immunoglobulin_gene_24(X)) = fn_kinetic_energy_2(fn_immunoglobulin_gene_25(X))
& fn_kinetic_energy_2(fn_immunoglobulin_gene_25(X)) = fn_kinetic_energy_2(fn_immunoglobulin_gene_25(X))
& fn_kinetic_energy_2(fn_immunoglobulin_gene_25(X)) = fn_gene_rearrangement_7(fn_immunoglobulin_gene_13(X))
& fn_gene_rearrangement_7(fn_immunoglobulin_gene_13(X)) = fn_gene_rearrangement_7(fn_immunoglobulin_gene_13(X))
& fn_gene_rearrangement_7(fn_immunoglobulin_gene_13(X)) = fn_gene_10(X)
& fn_gene_10(X) = fn_gene_10(X)
& fn_gene_10(X) = fn_chemical_bond_1(fn_immunoglobulin_gene_28(X))
& fn_chemical_bond_1(fn_immunoglobulin_gene_28(X)) = fn_chemical_bond_1(fn_immunoglobulin_gene_28(X))
& fn_chemical_bond_1(fn_immunoglobulin_gene_28(X)) = fn_chemical_bond_4(fn_immunoglobulin_gene_28(X))
& fn_chemical_bond_4(fn_immunoglobulin_gene_28(X)) = fn_gene_3(X)
& fn_gene_3(X) = fn_gene_3(X)
& fn_gene_3(X) = fn_intron_6(fn_immunoglobulin_gene_31(X)) ) ) ).
fof(a530316,axiom,
! [X] :
( immunoglobulin_protein_1(X)
=> ( original_name_2(X,'Immunoglobulin-Protein')
& user_description_2(X,'Proteins that specifically recognize and help combat viruses, bacteria, and other invaders of the body.')
& concept2words_2(X,immunoglobulin)
& concept2words_2(X,ig)
& concept2words_2(X,antibody)
& concept2words_2(X,antibodies)
& concept2words_2(X,'protein of immunoglobulin')
& concept2words_2(X,'immunoglobulin protein')
& concept2words_2(X,'immunoglobulin-protein')
& defensive_protein_1(X) ) ) ).
fof(a530317,axiom,
! [X] :
( impair_1(X)
=> ( original_name_2(X,'Impair')
& concept2words_2(X,impair)
& action_1(X)
& tangible_entity_1(fn_impair_1(X))
& object_2(X,fn_impair_1(X)) ) ) ).
fof(a530318,axiom,
! [X] :
( implant_1(X)
=> ( original_name_2(X,'Implant')
& user_description_2(X,'To insert securely.')
& concept2words_2(X,implant)
& move_into_1(X)
& ~ take_in_1(X)
& ~ load_1(X)
& ~ enter_1(X)
& ~ capillary_action_1(X)
& ~ package_recombinants_in_capsid_1(X) ) ) ).
fof(a530319,axiom,
! [X] :
( importance_constant_1(X)
=> ( original_name_2(X,'Importance-Constant')
& concept2words_2(X,'constant of importance')
& concept2words_2(X,'importance constant')
& concept2words_2(X,'importance-constant')
& constant_1(X) ) ) ).
fof(a530320,axiom,
! [X] :
( importance_scale_1(X)
=> ( original_name_2(X,'Importance-Scale')
& concept2words_2(X,'scale of importance')
& concept2words_2(X,'importance scale')
& concept2words_2(X,'importance-scale')
& scale_1(X) ) ) ).
fof(a530321,axiom,
! [X] :
( imprinting_1(X)
=> ( original_name_2(X,'Imprinting')
& user_description_2(X,'In animal behavior, learning that occurs during a specific age or life history stage and generates a long-lasting behavioral response to a particular object or individual.')
& concept2words_2(X,imprint)
& concept2words_2(X,imprinting)
& social_behavior_1(X) ) ) ).
fof(a530322,axiom,
! [X] :
( improperly_methylated_dna_1(X)
=> ( original_name_2(X,'Improperly-Methylated-DNA')
& user_description_2(X,'A portion of a DNA molecule with one or more methyl groups attached. The improperly methylated DNA have extra methyl groups.')
& concept2words_2(X,'improperly methylated dna')
& concept2words_2(X,'improperly-methylated-dna')
& modified_dna_1(X)
& ~ methylated_dna_1(X) ) ) ).
fof(a530323,axiom,
! [X] :
( improvement_1(X)
=> ( original_name_2(X,'Improvement')
& concept2words_2(X,improve)
& concept2words_2(X,better)
& concept2words_2(X,amend)
& concept2words_2(X,ameliorate)
& concept2words_2(X,meliorate)
& concept2words_2(X,improvement)
& concept2words_2(X,betterment)
& concept2words_2(X,advance)
& action_1(X)
& entity_1(fn_improvement_1(X))
& object_2(X,fn_improvement_1(X)) ) ) ).
fof(a530324,axiom,
! [X] :
( in_situ_1(X)
=> ( original_name_2(X,'In-Situ')
& user_description_2(X,'Technique in which biological events are examined where they occur, within the organism or cell.')
& concept2words_2(X,inquire)
& concept2words_2(X,'in situ')
& concept2words_2(X,'in-situ')
& technique_1(X) ) ) ).
fof(a530325,axiom,
! [X] :
( in_vitro_1(X)
=> ( original_name_2(X,'In-Vitro')
& user_description_2(X,'Technique in which biological events are examined in the laboratory, outside and isolated from the organism or cell.')
& concept2words_2(X,inquire)
& concept2words_2(X,'in vitro')
& concept2words_2(X,'in-vitro')
& technique_1(X) ) ) ).
fof(a530326,axiom,
! [X] :
( in_vitro_fertilization_1(X)
=> ( original_name_2(X,'In-Vitro-Fertilization')
& user_description_2(X,'The fertilization of eggs outside the body--i.e., in laboratory dishes--and concomitant implantation of early embryos into the mother\'s uterus.')
& concept2words_2(X,'in vitro fertilization')
& concept2words_2(X,'in-vitro-fertilization')
& assisted_reproductive_technology_1(X) ) ) ).
fof(a530327,axiom,
! [X] :
( in_vitro_hybridization_1(X)
=> ( original_name_2(X,'In-Vitro-Hybridization')
& user_description_2(X,'A technique used to discover the function of a gene. The gene is cloned, then specific changes are made in the sequence. The mutated gene is then reinserted into a living cell and its expressed phenotype is studied.')
& concept2words_2(X,'undergo in vitro hybridization')
& concept2words_2(X,'undergo in-vitro hybridization')
& concept2words_2(X,'in vitro hybridization')
& concept2words_2(X,'in-vitro-hybridization')
& hybridization_1(X)
& in_vitro_1(X)
& dna_technique_1(X)
& ~ absolute_dating_1(X)
& ~ atomic_tracking_1(X)
& ~ autoradiography_1(X)
& ~ cloning_1(X)
& ~ dna_mapping_1(X)
& ~ dna_microarray_1(X)
& ~ fetoscopy_1(X)
& ~ genetic_linkage_mapping_1(X)
& ~ gram_stain_1(X)
& ~ in_situ_hybridization_1(X)
& ~ mark_recapture_method_1(X)
& ~ microscopy_1(X)
& ~ molecular_clock_1(X)
& ~ nuclear_transplantation_1(X)
& ~ population_viability_analysis_1(X)
& ~ positron_emission_tomography_1(X)
& ~ radiometric_dating_1(X)
& ~ rule_of_addition_1(X)
& ~ shotgun_sequencing_1(X)
& ~ testcross_1(X)
& ~ x_ray_crystallography_1(X) ) ) ).
fof(a530328,axiom,
! [X] :
( in_vitro_mutagenesis_1(X)
=> ( original_name_2(X,'In-Vitro-Mutagenesis')
& user_description_2(X,'A way of determining the function of a gene by: (1) cloning the gene; (2) creating specific or random mutations in the DNA sequence; (3) reinserting the mutated gene into a cell; and (4) observing the resulting phenotype.')
& concept2words_2(X,'undergo in vitro mutagenesis')
& concept2words_2(X,'undergo in-vitro mutagenesis')
& concept2words_2(X,'in vitro mutagenesis')
& concept2words_2(X,'in-vitro-mutagenesis')
& biotechnology_1(X) ) ) ).
fof(a530329,axiom,
! [X] :
( inactivation_of_camp_1(X)
=> ( original_name_2(X,'Inactivation-Of-cAMP')
& user_description_2(X,'The process of converting active form of cAMP to inactive form by the enzymatic removal of a phosphate group.')
& concept2words_2(X,inactivate)
& concept2words_2(X,'camp inactivation')
& concept2words_2(X,'camp-inactivation')
& concept2words_2(X,'inactivation of camp')
& concept2words_2(X,'inactivation-of-camp')
& hydrolysis_1(X)
& ~ inactivation_of_phosphorylated_kinase_1(X)
& ~ inactivation_of_relay_molecule_1(X)
& entity_1(fn_inactivation_of_camp_3(X))
& chemical_entity_1(fn_inactivation_of_camp_3(X))
& atom_1(fn_inactivation_of_camp_3(X))
& oxygen_1(fn_inactivation_of_camp_3(X))
& entity_1(fn_inactivation_of_camp_4(X))
& atom_1(fn_inactivation_of_camp_4(X))
& hydrogen_1(fn_inactivation_of_camp_4(X))
& chemical_entity_1(fn_inactivation_of_camp_5(X))
& hydrogen_1(fn_inactivation_of_camp_5(X))
& chemical_entity_1(fn_inactivation_of_camp_6(X))
& oxygen_1(fn_inactivation_of_camp_6(X))
& hydrogen_1(fn_inactivation_of_camp_7(X))
& tangible_entity_1(fn_inactivation_of_camp_8(X))
& entity_1(fn_inactivation_of_camp_8(X))
& chemical_entity_1(fn_inactivation_of_camp_8(X))
& atom_1(fn_inactivation_of_camp_8(X))
& hydrogen_1(fn_inactivation_of_camp_8(X))
& oxygen_1(fn_inactivation_of_camp_9(X))
& entity_1(fn_inactivation_of_camp_9(X))
& chemical_entity_1(fn_inactivation_of_camp_9(X))
& atom_1(fn_inactivation_of_camp_9(X))
& hydroxyl_group_1(fn_inactivation_of_camp_10(X))
& chemical_energy_1(fn_inactivation_of_camp_11(X))
& chemical_entity_1(fn_inactivation_of_camp_12(X))
& water_molecule_1(fn_inactivation_of_camp_12(X))
& atom_1(fn_inactivation_of_camp_13(X))
& chemical_entity_1(fn_inactivation_of_camp_13(X))
& chemical_entity_1(fn_inactivation_of_camp_14(X))
& amp_1(fn_inactivation_of_camp_14(X))
& chemical_energy_1(fn_inactivation_of_camp_15(X))
& quantity_value_1(fn_inactivation_of_camp_16(X))
& quantity_value_1(fn_inactivation_of_camp_17(X))
& cyclic_nucleotide_phosphodiesterase_1(fn_inactivation_of_camp_18(X))
& chemical_entity_1(fn_inactivation_of_camp_19(X))
& cyclic_amp_1(fn_inactivation_of_camp_19(X))
& organic_molecule_1(fn_inactivation_of_camp_19(X))
& atom_1(fn_organic_molecule_2(fn_inactivation_of_camp_19(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_inactivation_of_camp_19(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_inactivation_of_camp_10(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_inactivation_of_camp_10(X)))
& entity_1(fn_amp_5(fn_inactivation_of_camp_14(X)))
& chemical_entity_1(fn_amp_5(fn_inactivation_of_camp_14(X)))
& atom_1(fn_amp_5(fn_inactivation_of_camp_14(X)))
& oxygen_1(fn_amp_5(fn_inactivation_of_camp_14(X)))
& oxygen_1(fn_amp_4(fn_inactivation_of_camp_14(X)))
& entity_1(fn_amp_4(fn_inactivation_of_camp_14(X)))
& chemical_entity_1(fn_amp_4(fn_inactivation_of_camp_14(X)))
& atom_1(fn_amp_4(fn_inactivation_of_camp_14(X)))
& chemical_entity_1(fn_functional_group_1(fn_inactivation_of_camp_10(X)))
& cyclic_amp_1(fn_cyclic_nucleotide_phosphodiesterase_1(fn_inactivation_of_camp_18(X)))
& hydrolysis_1(fn_cyclic_nucleotide_phosphodiesterase_2(fn_inactivation_of_camp_18(X)))
& object_2(X,fn_inactivation_of_camp_19(X))
& fn_inactivation_of_camp_12(X) != fn_inactivation_of_camp_19(X)
& has_state_2(fn_inactivation_of_camp_13(X),fn_inactivation_of_camp_14(X))
& fn_inactivation_of_camp_13(X) != fn_inactivation_of_camp_14(X)
& fn_inactivation_of_camp_14(X) != fn_inactivation_of_camp_13(X)
& fn_inactivation_of_camp_19(X) != fn_inactivation_of_camp_12(X)
& possesses_2(fn_inactivation_of_camp_19(X),fn_inactivation_of_camp_11(X))
& has_function_2(fn_inactivation_of_camp_18(X),X)
& raw_material_2(X,fn_inactivation_of_camp_19(X))
& quantity_2(fn_inactivation_of_camp_11(X),fn_inactivation_of_camp_17(X))
& has_part_2(fn_inactivation_of_camp_14(X),fn_inactivation_of_camp_7(X))
& result_2(X,fn_inactivation_of_camp_14(X))
& possesses_2(fn_inactivation_of_camp_14(X),fn_inactivation_of_camp_15(X))
& quantity_2(fn_inactivation_of_camp_15(X),fn_inactivation_of_camp_16(X))
& greater_than_2(fn_inactivation_of_camp_17(X),fn_inactivation_of_camp_16(X))
& is_inside_2(fn_inactivation_of_camp_9(X),fn_inactivation_of_camp_10(X))
& fn_inactivation_of_camp_9(X) != fn_inactivation_of_camp_7(X)
& is_inside_2(fn_inactivation_of_camp_7(X),fn_inactivation_of_camp_10(X))
& fn_inactivation_of_camp_7(X) != fn_inactivation_of_camp_9(X)
& has_state_2(fn_inactivation_of_camp_4(X),fn_inactivation_of_camp_5(X))
& has_part_2(fn_inactivation_of_camp_12(X),fn_inactivation_of_camp_4(X))
& has_part_2(fn_inactivation_of_camp_12(X),fn_inactivation_of_camp_8(X))
& has_state_2(fn_inactivation_of_camp_8(X),fn_inactivation_of_camp_7(X))
& raw_material_2(X,fn_inactivation_of_camp_12(X))
& has_part_2(fn_inactivation_of_camp_12(X),fn_inactivation_of_camp_3(X))
& has_state_2(fn_inactivation_of_camp_3(X),fn_inactivation_of_camp_6(X))
& fn_inactivation_of_camp_5(X) != fn_inactivation_of_camp_6(X)
& fn_inactivation_of_camp_6(X) != fn_inactivation_of_camp_5(X)
& has_part_2(fn_inactivation_of_camp_19(X),fn_inactivation_of_camp_13(X))
& has_part_2(fn_inactivation_of_camp_14(X),fn_inactivation_of_camp_9(X))
& has_region_2(fn_inactivation_of_camp_14(X),fn_inactivation_of_camp_10(X))
& fn_inactivation_of_camp_11(X) = fn_exergonic_reaction_3(X)
& fn_inactivation_of_camp_19(X) = fn_exergonic_reaction_10(X)
& fn_inactivation_of_camp_19(X) = fn_cyclic_nucleotide_phosphodiesterase_1(fn_inactivation_of_camp_18(X))
& X = fn_cyclic_nucleotide_phosphodiesterase_2(fn_inactivation_of_camp_18(X))
& fn_inactivation_of_camp_11(X) = fn_hydrolysis_17(X)
& fn_inactivation_of_camp_2(X) = fn_hydrolysis_19(X)
& fn_inactivation_of_camp_1(X) = fn_hydrolysis_18(X)
& fn_inactivation_of_camp_17(X) = fn_hydrolysis_16(X)
& fn_inactivation_of_camp_16(X) = fn_hydrolysis_15(X)
& fn_inactivation_of_camp_15(X) = fn_hydrolysis_14(X)
& fn_inactivation_of_camp_14(X) = fn_exergonic_reaction_11(X)
& fn_inactivation_of_camp_14(X) = fn_decomposition_reaction_4(X)
& fn_inactivation_of_camp_14(X) = fn_hydrolysis_9(X)
& fn_inactivation_of_camp_7(X) = fn_hydroxyl_group_6(fn_inactivation_of_camp_10(X))
& fn_inactivation_of_camp_9(X) = fn_hydroxyl_group_4(fn_inactivation_of_camp_10(X))
& fn_inactivation_of_camp_7(X) = fn_hydrolysis_3(X)
& fn_inactivation_of_camp_8(X) = fn_hydrolysis_8(X)
& fn_inactivation_of_camp_4(X) = fn_hydrolysis_7(X)
& fn_inactivation_of_camp_5(X) = fn_hydrolysis_1(X)
& fn_inactivation_of_camp_5(X) = fn_hydrolysis_5(X)
& fn_inactivation_of_camp_6(X) = fn_hydrolysis_9(X)
& fn_inactivation_of_camp_6(X) = fn_hydrolysis_4(X)
& fn_inactivation_of_camp_3(X) = fn_hydrolysis_1(X)
& fn_inactivation_of_camp_3(X) = fn_hydrolysis_6(X)
& fn_inactivation_of_camp_12(X) = fn_hydrolysis_11(X)
& fn_inactivation_of_camp_12(X) = fn_hydrolysis_10(X)
& fn_inactivation_of_camp_14(X) = fn_functional_group_1(fn_inactivation_of_camp_10(X))
& fn_inactivation_of_camp_9(X) = fn_amp_5(fn_inactivation_of_camp_14(X))
& fn_inactivation_of_camp_9(X) = fn_amp_4(fn_inactivation_of_camp_14(X))
& fn_inactivation_of_camp_13(X) = fn_organic_molecule_2(fn_inactivation_of_camp_19(X))
& fn_exergonic_reaction_3(X) = fn_hydrolysis_17(X)
& fn_hydrolysis_17(X) = fn_hydrolysis_3(X)
& fn_hydrolysis_3(X) = fn_hydroxyl_group_6(fn_inactivation_of_camp_10(X))
& fn_hydroxyl_group_6(fn_inactivation_of_camp_10(X)) = fn_hydroxyl_group_6(fn_inactivation_of_camp_10(X))
& fn_hydroxyl_group_6(fn_inactivation_of_camp_10(X)) = fn_hydrolysis_3(X)
& fn_hydrolysis_3(X) = fn_hydrolysis_5(X)
& fn_hydrolysis_5(X) = fn_hydrolysis_1(X)
& fn_hydrolysis_1(X) = fn_hydrolysis_5(X)
& fn_hydrolysis_5(X) = fn_hydrolysis_9(X)
& fn_hydrolysis_4(X) = fn_hydrolysis_9(X)
& fn_hydrolysis_9(X) = fn_hydrolysis_4(X)
& fn_hydrolysis_4(X) = fn_hydrolysis_1(X)
& fn_hydrolysis_6(X) = fn_hydrolysis_1(X)
& fn_hydrolysis_1(X) = fn_hydrolysis_6(X)
& fn_hydrolysis_6(X) = fn_hydrolysis_10(X)
& fn_hydrolysis_10(X) = fn_hydrolysis_10(X)
& fn_hydrolysis_10(X) = fn_hydrolysis_11(X)
& fn_hydrolysis_11(X) = fn_hydrolysis_10(X)
& fn_hydrolysis_10(X) = fn_hydroxyl_group_4(fn_inactivation_of_camp_10(X))
& fn_hydroxyl_group_4(fn_inactivation_of_camp_10(X)) = fn_hydroxyl_group_4(fn_inactivation_of_camp_10(X))
& fn_hydroxyl_group_4(fn_inactivation_of_camp_10(X)) = fn_amp_5(fn_inactivation_of_camp_14(X))
& fn_amp_5(fn_inactivation_of_camp_14(X)) = fn_amp_5(fn_inactivation_of_camp_14(X))
& fn_amp_5(fn_inactivation_of_camp_14(X)) = fn_amp_4(fn_inactivation_of_camp_14(X))
& fn_amp_4(fn_inactivation_of_camp_14(X)) = fn_exergonic_reaction_11(X)
& fn_exergonic_reaction_11(X) = fn_decomposition_reaction_4(X)
& fn_hydrolysis_9(X) = fn_decomposition_reaction_4(X)
& fn_decomposition_reaction_4(X) = fn_hydrolysis_9(X)
& fn_hydrolysis_9(X) = fn_hydrolysis_9(X)
& fn_hydrolysis_9(X) = fn_functional_group_1(fn_inactivation_of_camp_10(X))
& fn_functional_group_1(fn_inactivation_of_camp_10(X)) = fn_exergonic_reaction_10(X)
& fn_exergonic_reaction_10(X) = fn_exergonic_reaction_10(X)
& fn_exergonic_reaction_10(X) = fn_cyclic_nucleotide_phosphodiesterase_1(fn_inactivation_of_camp_18(X))
& fn_cyclic_nucleotide_phosphodiesterase_2(fn_inactivation_of_camp_18(X)) = fn_cyclic_nucleotide_phosphodiesterase_2(fn_inactivation_of_camp_18(X)) ) ) ).
fof(a530330,axiom,
! [X] :
( inactivation_of_phosphorylated_kinase_1(X)
=> ( original_name_2(X,'Inactivation-Of-Phosphorylated-Kinase')
& user_description_2(X,'Protein phosphatases are enzymes that remove phosphate groups from proteins to inactivate them. Dephosphorylation of kinases inactivates them.')
& concept2words_2(X,inactivate)
& concept2words_2(X,'inactivation of phosphorylated kinase')
& concept2words_2(X,'inactivation-of-phosphorylated-kinase')
& dephosphorylation_1(X)
& ~ inactivation_of_camp_1(X)
& ~ inactivation_of_relay_molecule_1(X)
& cell_preparation_for_next_signal_reception_1(fn_inactivation_of_phosphorylated_kinase_1(X))
& atomic_nucleus_1(fn_inactivation_of_phosphorylated_kinase_2(X))
& center_1(fn_inactivation_of_phosphorylated_kinase_3(X))
& electron_shell_1(fn_inactivation_of_phosphorylated_kinase_4(X))
& hold_together_1(fn_inactivation_of_phosphorylated_kinase_5(X))
& share_1(fn_inactivation_of_phosphorylated_kinase_6(X))
& valence_electron_1(fn_inactivation_of_phosphorylated_kinase_7(X))
& atomic_nucleus_1(fn_inactivation_of_phosphorylated_kinase_8(X))
& electron_shell_1(fn_inactivation_of_phosphorylated_kinase_9(X))
& deactivate_1(fn_inactivation_of_phosphorylated_kinase_10(X))
& entity_1(fn_inactivation_of_phosphorylated_kinase_11(X))
& chemical_entity_1(fn_inactivation_of_phosphorylated_kinase_11(X))
& organic_molecule_1(fn_inactivation_of_phosphorylated_kinase_11(X))
& protein_enzyme_1(fn_inactivation_of_phosphorylated_kinase_11(X))
& polymer_1(fn_inactivation_of_phosphorylated_kinase_11(X))
& phosphorylated_kinase_1(fn_inactivation_of_phosphorylated_kinase_11(X))
& molecule_1(fn_inactivation_of_phosphorylated_kinase_11(X))
& speed_value_1(fn_inactivation_of_phosphorylated_kinase_12(X))
& quantity_value_1(fn_inactivation_of_phosphorylated_kinase_13(X))
& covalent_bond_1(fn_inactivation_of_phosphorylated_kinase_14(X))
& single_bond_1(fn_inactivation_of_phosphorylated_kinase_14(X))
& chemical_bond_1(fn_inactivation_of_phosphorylated_kinase_15(X))
& double_bond_1(fn_inactivation_of_phosphorylated_kinase_15(X))
& covalent_bond_1(fn_inactivation_of_phosphorylated_kinase_15(X))
& kinetic_energy_1(fn_inactivation_of_phosphorylated_kinase_16(X))
& carbon_skeleton_1(fn_inactivation_of_phosphorylated_kinase_17(X))
& functional_group_1(fn_inactivation_of_phosphorylated_kinase_18(X))
& phosphate_group_1(fn_inactivation_of_phosphorylated_kinase_18(X))
& entity_1(fn_inactivation_of_phosphorylated_kinase_19(X))
& chemical_entity_1(fn_inactivation_of_phosphorylated_kinase_19(X))
& atom_1(fn_inactivation_of_phosphorylated_kinase_19(X))
& oxygen_1(fn_inactivation_of_phosphorylated_kinase_19(X))
& entity_1(fn_inactivation_of_phosphorylated_kinase_20(X))
& chemical_entity_1(fn_inactivation_of_phosphorylated_kinase_20(X))
& atom_1(fn_inactivation_of_phosphorylated_kinase_20(X))
& phosphorus_1(fn_inactivation_of_phosphorylated_kinase_20(X))
& oxygen_1(fn_inactivation_of_phosphorylated_kinase_21(X))
& entity_1(fn_inactivation_of_phosphorylated_kinase_21(X))
& chemical_entity_1(fn_inactivation_of_phosphorylated_kinase_21(X))
& atom_1(fn_inactivation_of_phosphorylated_kinase_21(X))
& carbon_1(fn_inactivation_of_phosphorylated_kinase_22(X))
& constant_motion_1(fn_inactivation_of_phosphorylated_kinase_23(X))
& inorganic_phosphate_1(fn_inactivation_of_phosphorylated_kinase_24(X))
& kinetic_energy_1(fn_molecule_12(fn_inactivation_of_phosphorylated_kinase_11(X)))
& constant_motion_1(fn_molecule_8(fn_inactivation_of_phosphorylated_kinase_11(X)))
& property_node_1(fn_molecule_2(fn_inactivation_of_phosphorylated_kinase_11(X)))
& quantity_value_1(fn_molecule_4(fn_inactivation_of_phosphorylated_kinase_11(X)))
& property_node_1(fn_molecule_1(fn_inactivation_of_phosphorylated_kinase_11(X)))
& speed_value_1(fn_molecule_3(fn_inactivation_of_phosphorylated_kinase_11(X)))
& carbon_1(fn_organic_molecule_1(fn_inactivation_of_phosphorylated_kinase_11(X)))
& carbon_1(fn_protein_enzyme_7(fn_inactivation_of_phosphorylated_kinase_11(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_inactivation_of_phosphorylated_kinase_11(X)))
& carbon_skeleton_1(fn_protein_enzyme_6(fn_inactivation_of_phosphorylated_kinase_11(X)))
& entity_1(fn_make_inaccessible_1(fn_inactivation_of_phosphorylated_kinase_10(X)))
& chemical_entity_1(fn_functional_group_1(fn_inactivation_of_phosphorylated_kinase_18(X)))
& electron_shell_1(fn_covalent_bond_12(fn_inactivation_of_phosphorylated_kinase_15(X)))
& electron_shell_1(fn_phosphate_group_16(fn_inactivation_of_phosphorylated_kinase_18(X)))
& covalent_bond_1(fn_polymer_1(fn_inactivation_of_phosphorylated_kinase_11(X)))
& single_bond_1(fn_phosphate_group_37(fn_inactivation_of_phosphorylated_kinase_18(X)))
& atom_1(fn_organic_molecule_2(fn_inactivation_of_phosphorylated_kinase_11(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_inactivation_of_phosphorylated_kinase_11(X)))
& atom_1(fn_protein_enzyme_8(fn_inactivation_of_phosphorylated_kinase_11(X)))
& chemical_entity_1(fn_protein_enzyme_8(fn_inactivation_of_phosphorylated_kinase_11(X)))
& atom_1(fn_molecule_11(fn_inactivation_of_phosphorylated_kinase_11(X)))
& oxygen_1(fn_phosphorylated_kinase_2(fn_inactivation_of_phosphorylated_kinase_11(X)))
& entity_1(fn_phosphate_group_22(fn_inactivation_of_phosphorylated_kinase_18(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_inactivation_of_phosphorylated_kinase_18(X)))
& atom_1(fn_phosphate_group_22(fn_inactivation_of_phosphorylated_kinase_18(X)))
& oxygen_1(fn_phosphate_group_22(fn_inactivation_of_phosphorylated_kinase_18(X)))
& oxygen_1(fn_phosphate_group_5(fn_inactivation_of_phosphorylated_kinase_18(X)))
& entity_1(fn_phosphate_group_5(fn_inactivation_of_phosphorylated_kinase_18(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_inactivation_of_phosphorylated_kinase_18(X)))
& atom_1(fn_phosphate_group_5(fn_inactivation_of_phosphorylated_kinase_18(X)))
& electron_shell_1(fn_covalent_bond_11(fn_inactivation_of_phosphorylated_kinase_15(X)))
& electron_shell_1(fn_phosphate_group_13(fn_inactivation_of_phosphorylated_kinase_18(X)))
& phosphorus_1(fn_phosphorylated_kinase_1(fn_inactivation_of_phosphorylated_kinase_11(X)))
& entity_1(fn_covalent_bond_19(fn_inactivation_of_phosphorylated_kinase_15(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_inactivation_of_phosphorylated_kinase_15(X)))
& atom_1(fn_covalent_bond_19(fn_inactivation_of_phosphorylated_kinase_15(X)))
& entity_1(fn_covalent_bond_20(fn_inactivation_of_phosphorylated_kinase_15(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_inactivation_of_phosphorylated_kinase_15(X)))
& atom_1(fn_covalent_bond_20(fn_inactivation_of_phosphorylated_kinase_15(X)))
& phosphorus_1(fn_phosphate_group_6(fn_inactivation_of_phosphorylated_kinase_18(X)))
& center_1(fn_covalent_bond_21(fn_inactivation_of_phosphorylated_kinase_15(X)))
& center_1(fn_phosphate_group_12(fn_inactivation_of_phosphorylated_kinase_18(X)))
& center_1(fn_covalent_bond_23(fn_inactivation_of_phosphorylated_kinase_15(X)))
& atomic_nucleus_1(fn_phosphate_group_14(fn_inactivation_of_phosphorylated_kinase_18(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_inactivation_of_phosphorylated_kinase_15(X)))
& atomic_nucleus_1(fn_phosphate_group_11(fn_inactivation_of_phosphorylated_kinase_18(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_inactivation_of_phosphorylated_kinase_15(X)))
& valence_electron_1(fn_covalent_bond_15(fn_inactivation_of_phosphorylated_kinase_15(X)))
& valence_electron_1(fn_phosphate_group_8(fn_inactivation_of_phosphorylated_kinase_18(X)))
& valence_electron_1(fn_covalent_bond_18(fn_inactivation_of_phosphorylated_kinase_15(X)))
& share_1(fn_phosphate_group_35(fn_inactivation_of_phosphorylated_kinase_18(X)))
& share_1(fn_covalent_bond_17(fn_inactivation_of_phosphorylated_kinase_15(X)))
& hold_together_1(fn_phosphate_group_36(fn_inactivation_of_phosphorylated_kinase_18(X)))
& hold_together_1(fn_phosphate_group_40(fn_inactivation_of_phosphorylated_kinase_18(X)))
& hold_together_1(fn_covalent_bond_14(fn_inactivation_of_phosphorylated_kinase_15(X)))
& chemical_bond_1(fn_molecule_10(fn_inactivation_of_phosphorylated_kinase_11(X)))
& double_bond_1(fn_phosphate_group_41(fn_inactivation_of_phosphorylated_kinase_18(X)))
& subevent_2(X,fn_inactivation_of_phosphorylated_kinase_10(X))
& subevent_2(fn_inactivation_of_phosphorylated_kinase_1(X),X)
& object_2(fn_inactivation_of_phosphorylated_kinase_10(X),fn_inactivation_of_phosphorylated_kinase_11(X))
& has_region_2(fn_inactivation_of_phosphorylated_kinase_11(X),fn_inactivation_of_phosphorylated_kinase_18(X))
& raw_material_2(X,fn_inactivation_of_phosphorylated_kinase_11(X))
& has_part_2(fn_inactivation_of_phosphorylated_kinase_11(X),fn_inactivation_of_phosphorylated_kinase_19(X))
& result_2(X,fn_inactivation_of_phosphorylated_kinase_24(X))
& has_region_2(fn_inactivation_of_phosphorylated_kinase_11(X),fn_inactivation_of_phosphorylated_kinase_17(X))
& is_inside_2(fn_inactivation_of_phosphorylated_kinase_22(X),fn_inactivation_of_phosphorylated_kinase_17(X))
& has_part_2(fn_inactivation_of_phosphorylated_kinase_11(X),fn_inactivation_of_phosphorylated_kinase_22(X))
& fn_inactivation_of_phosphorylated_kinase_21(X) != fn_inactivation_of_phosphorylated_kinase_22(X)
& fn_inactivation_of_phosphorylated_kinase_22(X) != fn_inactivation_of_phosphorylated_kinase_21(X)
& fn_inactivation_of_phosphorylated_kinase_2(X) != fn_inactivation_of_phosphorylated_kinase_8(X)
& is_near_2(fn_inactivation_of_phosphorylated_kinase_8(X),fn_inactivation_of_phosphorylated_kinase_7(X))
& is_at_2(fn_inactivation_of_phosphorylated_kinase_2(X),fn_inactivation_of_phosphorylated_kinase_3(X))
& fn_inactivation_of_phosphorylated_kinase_8(X) != fn_inactivation_of_phosphorylated_kinase_2(X)
& is_near_2(fn_inactivation_of_phosphorylated_kinase_7(X),fn_inactivation_of_phosphorylated_kinase_8(X))
& object_2(fn_inactivation_of_phosphorylated_kinase_6(X),fn_inactivation_of_phosphorylated_kinase_7(X))
& result_2(fn_inactivation_of_phosphorylated_kinase_6(X),fn_inactivation_of_phosphorylated_kinase_15(X))
& has_function_2(fn_inactivation_of_phosphorylated_kinase_15(X),fn_inactivation_of_phosphorylated_kinase_5(X))
& fn_inactivation_of_phosphorylated_kinase_9(X) != fn_inactivation_of_phosphorylated_kinase_4(X)
& fn_inactivation_of_phosphorylated_kinase_4(X) != fn_inactivation_of_phosphorylated_kinase_9(X)
& fn_inactivation_of_phosphorylated_kinase_21(X) != fn_inactivation_of_phosphorylated_kinase_19(X)
& has_region_2(fn_inactivation_of_phosphorylated_kinase_21(X),fn_inactivation_of_phosphorylated_kinase_9(X))
& fn_inactivation_of_phosphorylated_kinase_19(X) != fn_inactivation_of_phosphorylated_kinase_21(X)
& is_inside_2(fn_inactivation_of_phosphorylated_kinase_19(X),fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_inactivation_of_phosphorylated_kinase_20(X) != fn_inactivation_of_phosphorylated_kinase_21(X)
& object_2(fn_inactivation_of_phosphorylated_kinase_5(X),fn_inactivation_of_phosphorylated_kinase_20(X))
& object_2(fn_inactivation_of_phosphorylated_kinase_5(X),fn_inactivation_of_phosphorylated_kinase_21(X))
& is_inside_2(fn_inactivation_of_phosphorylated_kinase_21(X),fn_inactivation_of_phosphorylated_kinase_18(X))
& is_inside_2(fn_inactivation_of_phosphorylated_kinase_20(X),fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_inactivation_of_phosphorylated_kinase_21(X) != fn_inactivation_of_phosphorylated_kinase_20(X)
& fn_inactivation_of_phosphorylated_kinase_20(X) != fn_inactivation_of_phosphorylated_kinase_19(X)
& fn_inactivation_of_phosphorylated_kinase_19(X) != fn_inactivation_of_phosphorylated_kinase_20(X)
& has_region_2(fn_inactivation_of_phosphorylated_kinase_20(X),fn_inactivation_of_phosphorylated_kinase_2(X))
& agent_2(fn_inactivation_of_phosphorylated_kinase_6(X),fn_inactivation_of_phosphorylated_kinase_20(X))
& agent_2(fn_inactivation_of_phosphorylated_kinase_6(X),fn_inactivation_of_phosphorylated_kinase_21(X))
& has_part_2(fn_inactivation_of_phosphorylated_kinase_21(X),fn_inactivation_of_phosphorylated_kinase_7(X))
& is_between_2(fn_inactivation_of_phosphorylated_kinase_15(X),fn_inactivation_of_phosphorylated_kinase_21(X))
& is_between_2(fn_inactivation_of_phosphorylated_kinase_15(X),fn_inactivation_of_phosphorylated_kinase_20(X))
& is_between_2(fn_inactivation_of_phosphorylated_kinase_14(X),fn_inactivation_of_phosphorylated_kinase_19(X))
& is_between_2(fn_inactivation_of_phosphorylated_kinase_14(X),fn_inactivation_of_phosphorylated_kinase_20(X))
& has_region_2(fn_inactivation_of_phosphorylated_kinase_21(X),fn_inactivation_of_phosphorylated_kinase_8(X))
& agent_2(fn_inactivation_of_phosphorylated_kinase_5(X),fn_inactivation_of_phosphorylated_kinase_15(X))
& has_region_2(fn_inactivation_of_phosphorylated_kinase_20(X),fn_inactivation_of_phosphorylated_kinase_4(X))
& has_region_2(fn_inactivation_of_phosphorylated_kinase_20(X),fn_inactivation_of_phosphorylated_kinase_3(X))
& speed_2(fn_inactivation_of_phosphorylated_kinase_23(X),fn_inactivation_of_phosphorylated_kinase_12(X))
& directly_proportional_2(fn_inactivation_of_phosphorylated_kinase_12(X),fn_inactivation_of_phosphorylated_kinase_13(X))
& quantity_2(fn_inactivation_of_phosphorylated_kinase_16(X),fn_inactivation_of_phosphorylated_kinase_13(X))
& possesses_2(fn_inactivation_of_phosphorylated_kinase_11(X),fn_inactivation_of_phosphorylated_kinase_16(X))
& object_2(fn_inactivation_of_phosphorylated_kinase_23(X),fn_inactivation_of_phosphorylated_kinase_11(X))
& has_part_2(fn_inactivation_of_phosphorylated_kinase_11(X),fn_inactivation_of_phosphorylated_kinase_20(X))
& has_part_2(fn_inactivation_of_phosphorylated_kinase_11(X),fn_inactivation_of_phosphorylated_kinase_21(X))
& possesses_2(fn_inactivation_of_phosphorylated_kinase_11(X),fn_inactivation_of_phosphorylated_kinase_15(X))
& possesses_2(fn_inactivation_of_phosphorylated_kinase_11(X),fn_inactivation_of_phosphorylated_kinase_14(X))
& fn_inactivation_of_phosphorylated_kinase_11(X) = fn_make_inaccessible_1(fn_inactivation_of_phosphorylated_kinase_10(X))
& fn_inactivation_of_phosphorylated_kinase_11(X) = fn_functional_group_1(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_inactivation_of_phosphorylated_kinase_18(X) = fn_dephosphorylation_12(X)
& fn_inactivation_of_phosphorylated_kinase_19(X) = fn_dephosphorylation_6(X)
& fn_inactivation_of_phosphorylated_kinase_11(X) = fn_dephosphorylation_11(X)
& fn_inactivation_of_phosphorylated_kinase_24(X) = fn_decomposition_reaction_4(X)
& fn_inactivation_of_phosphorylated_kinase_24(X) = fn_dephosphorylation_10(X)
& fn_inactivation_of_phosphorylated_kinase_21(X) = fn_organic_molecule_2(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_inactivation_of_phosphorylated_kinase_21(X) = fn_protein_enzyme_8(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_inactivation_of_phosphorylated_kinase_22(X) = fn_organic_molecule_1(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_inactivation_of_phosphorylated_kinase_22(X) = fn_protein_enzyme_7(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_inactivation_of_phosphorylated_kinase_17(X) = fn_organic_molecule_3(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_inactivation_of_phosphorylated_kinase_17(X) = fn_protein_enzyme_6(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_inactivation_of_phosphorylated_kinase_14(X) = fn_polymer_1(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_inactivation_of_phosphorylated_kinase_16(X) = fn_molecule_12(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_inactivation_of_phosphorylated_kinase_23(X) = fn_molecule_8(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_inactivation_of_phosphorylated_kinase_26(X) = fn_molecule_2(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_inactivation_of_phosphorylated_kinase_13(X) = fn_molecule_4(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_inactivation_of_phosphorylated_kinase_25(X) = fn_molecule_1(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_inactivation_of_phosphorylated_kinase_12(X) = fn_molecule_3(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_inactivation_of_phosphorylated_kinase_9(X) = fn_covalent_bond_12(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_inactivation_of_phosphorylated_kinase_9(X) = fn_phosphate_group_16(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_inactivation_of_phosphorylated_kinase_5(X) = fn_phosphate_group_36(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_inactivation_of_phosphorylated_kinase_21(X) = fn_phosphorylated_kinase_2(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_inactivation_of_phosphorylated_kinase_20(X) = fn_phosphorylated_kinase_1(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_inactivation_of_phosphorylated_kinase_2(X) = fn_phosphate_group_14(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_inactivation_of_phosphorylated_kinase_19(X) = fn_phosphate_group_5(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_inactivation_of_phosphorylated_kinase_20(X) = fn_covalent_bond_19(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_inactivation_of_phosphorylated_kinase_6(X) = fn_phosphate_group_35(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_inactivation_of_phosphorylated_kinase_21(X) = fn_phosphate_group_22(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_inactivation_of_phosphorylated_kinase_7(X) = fn_phosphate_group_8(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_inactivation_of_phosphorylated_kinase_15(X) = fn_molecule_10(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_inactivation_of_phosphorylated_kinase_21(X) = fn_molecule_11(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_inactivation_of_phosphorylated_kinase_21(X) = fn_covalent_bond_20(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_inactivation_of_phosphorylated_kinase_21(X) = fn_covalent_bond_19(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_inactivation_of_phosphorylated_kinase_19(X) = fn_phosphate_group_22(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_inactivation_of_phosphorylated_kinase_14(X) = fn_phosphate_group_37(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_inactivation_of_phosphorylated_kinase_21(X) = fn_phosphate_group_5(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_inactivation_of_phosphorylated_kinase_8(X) = fn_phosphate_group_11(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_inactivation_of_phosphorylated_kinase_5(X) = fn_phosphate_group_40(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_inactivation_of_phosphorylated_kinase_15(X) = fn_phosphate_group_41(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_inactivation_of_phosphorylated_kinase_20(X) = fn_covalent_bond_20(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_inactivation_of_phosphorylated_kinase_4(X) = fn_covalent_bond_11(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_inactivation_of_phosphorylated_kinase_4(X) = fn_phosphate_group_13(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_inactivation_of_phosphorylated_kinase_20(X) = fn_phosphate_group_6(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_inactivation_of_phosphorylated_kinase_3(X) = fn_phosphate_group_12(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_inactivation_of_phosphorylated_kinase_3(X) = fn_covalent_bond_21(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_inactivation_of_phosphorylated_kinase_3(X) = fn_covalent_bond_23(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_inactivation_of_phosphorylated_kinase_2(X) = fn_covalent_bond_22(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_inactivation_of_phosphorylated_kinase_2(X) = fn_covalent_bond_24(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_inactivation_of_phosphorylated_kinase_8(X) = fn_covalent_bond_24(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_inactivation_of_phosphorylated_kinase_8(X) = fn_covalent_bond_22(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_inactivation_of_phosphorylated_kinase_7(X) = fn_covalent_bond_15(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_inactivation_of_phosphorylated_kinase_7(X) = fn_covalent_bond_18(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_inactivation_of_phosphorylated_kinase_6(X) = fn_covalent_bond_17(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_inactivation_of_phosphorylated_kinase_5(X) = fn_covalent_bond_14(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_decomposition_reaction_4(X) = fn_dephosphorylation_10(X)
& fn_dephosphorylation_10(X) = fn_organic_molecule_1(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_protein_enzyme_7(fn_inactivation_of_phosphorylated_kinase_11(X)) = fn_organic_molecule_1(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_organic_molecule_1(fn_inactivation_of_phosphorylated_kinase_11(X)) = fn_protein_enzyme_7(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_protein_enzyme_7(fn_inactivation_of_phosphorylated_kinase_11(X)) = fn_organic_molecule_3(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_protein_enzyme_6(fn_inactivation_of_phosphorylated_kinase_11(X)) = fn_organic_molecule_3(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_organic_molecule_3(fn_inactivation_of_phosphorylated_kinase_11(X)) = fn_protein_enzyme_6(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_protein_enzyme_6(fn_inactivation_of_phosphorylated_kinase_11(X)) = fn_make_inaccessible_1(fn_inactivation_of_phosphorylated_kinase_10(X))
& fn_make_inaccessible_1(fn_inactivation_of_phosphorylated_kinase_10(X)) = fn_functional_group_1(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_functional_group_1(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_functional_group_1(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_functional_group_1(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_dephosphorylation_11(X)
& fn_dephosphorylation_11(X) = fn_dephosphorylation_11(X)
& fn_dephosphorylation_11(X) = fn_phosphate_group_16(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_16(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_covalent_bond_12(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_12(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_phosphate_group_16(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_16(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_dephosphorylation_6(X)
& fn_dephosphorylation_6(X) = fn_phosphate_group_5(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_5(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_phosphate_group_22(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_22(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_polymer_1(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_polymer_1(fn_inactivation_of_phosphorylated_kinase_11(X)) = fn_phosphate_group_37(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_37(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_phosphate_group_37(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_37(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_organic_molecule_2(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_protein_enzyme_8(fn_inactivation_of_phosphorylated_kinase_11(X)) = fn_organic_molecule_2(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_organic_molecule_2(fn_inactivation_of_phosphorylated_kinase_11(X)) = fn_protein_enzyme_8(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_protein_enzyme_8(fn_inactivation_of_phosphorylated_kinase_11(X)) = fn_protein_enzyme_8(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_protein_enzyme_8(fn_inactivation_of_phosphorylated_kinase_11(X)) = fn_molecule_11(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_phosphorylated_kinase_2(fn_inactivation_of_phosphorylated_kinase_11(X)) = fn_phosphorylated_kinase_2(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_phosphorylated_kinase_2(fn_inactivation_of_phosphorylated_kinase_11(X)) = fn_molecule_11(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_molecule_11(fn_inactivation_of_phosphorylated_kinase_11(X)) = fn_phosphorylated_kinase_2(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_covalent_bond_20(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_phosphorylated_kinase_2(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_phosphorylated_kinase_2(fn_inactivation_of_phosphorylated_kinase_11(X)) = fn_covalent_bond_20(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_20(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_covalent_bond_20(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_phosphate_group_22(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_covalent_bond_19(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_19(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_phosphate_group_22(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_22(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_phosphate_group_22(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_22(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_phosphate_group_5(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_5(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_phosphate_group_5(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_5(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_phosphate_group_13(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_13(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_covalent_bond_11(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_11(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_phosphate_group_13(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_13(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_phosphorylated_kinase_1(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_phosphorylated_kinase_1(fn_inactivation_of_phosphorylated_kinase_11(X)) = fn_phosphorylated_kinase_1(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_phosphorylated_kinase_1(fn_inactivation_of_phosphorylated_kinase_11(X)) = fn_covalent_bond_19(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_19(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_covalent_bond_19(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_20(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_covalent_bond_19(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_19(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_covalent_bond_20(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_phosphate_group_6(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_covalent_bond_20(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_20(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_phosphate_group_6(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_6(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_phosphate_group_6(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_6(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_phosphate_group_12(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_12(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_covalent_bond_21(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_21(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_phosphate_group_12(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_12(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_covalent_bond_23(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_23(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_phosphate_group_14(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_14(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_covalent_bond_22(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_22(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_covalent_bond_24(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_24(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_phosphate_group_14(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_14(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_covalent_bond_24(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_phosphate_group_11(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_covalent_bond_24(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_24(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_covalent_bond_24(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_24(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_phosphate_group_11(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_11(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_covalent_bond_22(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_22(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_covalent_bond_22(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_22(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_covalent_bond_15(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_phosphate_group_8(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_covalent_bond_15(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_15(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_covalent_bond_15(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_15(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_phosphate_group_8(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_8(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_covalent_bond_18(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_18(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_covalent_bond_18(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_18(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_covalent_bond_17(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_17(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_phosphate_group_35(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_35(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_phosphate_group_35(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_35(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_covalent_bond_17(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_17(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_covalent_bond_17(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_17(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_phosphate_group_36(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_36(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_phosphate_group_36(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_36(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_phosphate_group_40(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_covalent_bond_14(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_covalent_bond_14(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_14(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_phosphate_group_40(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_40(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_covalent_bond_14(fn_inactivation_of_phosphorylated_kinase_15(X))
& fn_covalent_bond_14(fn_inactivation_of_phosphorylated_kinase_15(X)) = fn_molecule_10(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_molecule_10(fn_inactivation_of_phosphorylated_kinase_11(X)) = fn_molecule_10(fn_inactivation_of_phosphorylated_kinase_11(X))
& fn_molecule_10(fn_inactivation_of_phosphorylated_kinase_11(X)) = fn_phosphate_group_41(fn_inactivation_of_phosphorylated_kinase_18(X))
& fn_phosphate_group_41(fn_inactivation_of_phosphorylated_kinase_18(X)) = fn_phosphate_group_41(fn_inactivation_of_phosphorylated_kinase_18(X)) ) ) ).
fof(a530331,axiom,
! [X] :
( inactivation_of_relay_molecule_1(X)
=> ( original_name_2(X,'Inactivation-Of-Relay-Molecule')
& user_description_2(X,'A relay molecules, often proteins, relay a signal from receptor to response. Protein phosphatases dephosphorylate the relay molecule, deactivating it.')
& concept2words_2(X,inactivate)
& concept2words_2(X,'inactivation of relay molecule')
& concept2words_2(X,'inactivation-of-relay-molecule')
& dephosphorylation_1(X)
& ~ inactivation_of_camp_1(X)
& ~ inactivation_of_phosphorylated_kinase_1(X)
& cell_preparation_for_next_signal_reception_1(fn_inactivation_of_relay_molecule_1(X))
& share_1(fn_inactivation_of_relay_molecule_2(X))
& electron_1(fn_inactivation_of_relay_molecule_3(X))
& valence_electron_1(fn_inactivation_of_relay_molecule_3(X))
& atomic_nucleus_1(fn_inactivation_of_relay_molecule_4(X))
& relay_molecule_1(fn_inactivation_of_relay_molecule_5(X))
& deactivate_1(fn_inactivation_of_relay_molecule_6(X))
& protein_1(fn_inactivation_of_relay_molecule_7(X))
& chemical_bond_1(fn_inactivation_of_relay_molecule_8(X))
& single_bond_1(fn_inactivation_of_relay_molecule_8(X))
& chemical_bond_1(fn_inactivation_of_relay_molecule_9(X))
& double_bond_1(fn_inactivation_of_relay_molecule_9(X))
& carbon_skeleton_1(fn_inactivation_of_relay_molecule_10(X))
& functional_group_1(fn_inactivation_of_relay_molecule_11(X))
& phosphate_group_1(fn_inactivation_of_relay_molecule_11(X))
& entity_1(fn_inactivation_of_relay_molecule_12(X))
& chemical_entity_1(fn_inactivation_of_relay_molecule_12(X))
& atom_1(fn_inactivation_of_relay_molecule_12(X))
& oxygen_1(fn_inactivation_of_relay_molecule_12(X))
& phosphorus_1(fn_inactivation_of_relay_molecule_13(X))
& oxygen_1(fn_inactivation_of_relay_molecule_14(X))
& entity_1(fn_inactivation_of_relay_molecule_14(X))
& chemical_entity_1(fn_inactivation_of_relay_molecule_14(X))
& atom_1(fn_inactivation_of_relay_molecule_14(X))
& carbon_1(fn_inactivation_of_relay_molecule_15(X))
& inorganic_phosphate_1(fn_inactivation_of_relay_molecule_16(X))
& entity_1(fn_make_inaccessible_1(fn_inactivation_of_relay_molecule_6(X)))
& chemical_entity_1(fn_functional_group_1(fn_inactivation_of_relay_molecule_11(X)))
& chemical_entity_1(fn_messenger_1(fn_inactivation_of_relay_molecule_5(X)))
& valence_electron_1(fn_phosphate_group_21(fn_inactivation_of_relay_molecule_11(X)))
& electron_1(fn_phosphate_group_20(fn_inactivation_of_relay_molecule_11(X)))
& valence_electron_1(fn_phosphate_group_20(fn_inactivation_of_relay_molecule_11(X)))
& share_1(fn_phosphate_group_35(fn_inactivation_of_relay_molecule_11(X)))
& share_1(fn_phosphate_group_39(fn_inactivation_of_relay_molecule_11(X)))
& atomic_nucleus_1(fn_phosphate_group_18(fn_inactivation_of_relay_molecule_11(X)))
& atomic_nucleus_1(fn_phosphate_group_11(fn_inactivation_of_relay_molecule_11(X)))
& double_bond_1(fn_phosphate_group_41(fn_inactivation_of_relay_molecule_11(X)))
& oxygen_1(fn_phosphate_group_5(fn_inactivation_of_relay_molecule_11(X)))
& entity_1(fn_phosphate_group_5(fn_inactivation_of_relay_molecule_11(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_inactivation_of_relay_molecule_11(X)))
& atom_1(fn_phosphate_group_5(fn_inactivation_of_relay_molecule_11(X)))
& entity_1(fn_phosphate_group_22(fn_inactivation_of_relay_molecule_11(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_inactivation_of_relay_molecule_11(X)))
& atom_1(fn_phosphate_group_22(fn_inactivation_of_relay_molecule_11(X)))
& oxygen_1(fn_phosphate_group_22(fn_inactivation_of_relay_molecule_11(X)))
& phosphorus_1(fn_phosphate_group_6(fn_inactivation_of_relay_molecule_11(X)))
& single_bond_1(fn_phosphate_group_37(fn_inactivation_of_relay_molecule_11(X)))
& subevent_2(fn_inactivation_of_relay_molecule_1(X),X)
& in_event_2(fn_inactivation_of_relay_molecule_5(X),X)
& subevent_2(X,fn_inactivation_of_relay_molecule_6(X))
& object_2(fn_inactivation_of_relay_molecule_6(X),fn_inactivation_of_relay_molecule_7(X))
& plays_2(fn_inactivation_of_relay_molecule_7(X),fn_inactivation_of_relay_molecule_5(X))
& result_2(X,fn_inactivation_of_relay_molecule_16(X))
& has_region_2(fn_inactivation_of_relay_molecule_7(X),fn_inactivation_of_relay_molecule_11(X))
& has_region_2(fn_inactivation_of_relay_molecule_7(X),fn_inactivation_of_relay_molecule_10(X))
& has_part_2(fn_inactivation_of_relay_molecule_7(X),fn_inactivation_of_relay_molecule_12(X))
& possesses_2(fn_inactivation_of_relay_molecule_7(X),fn_inactivation_of_relay_molecule_9(X))
& has_part_2(fn_inactivation_of_relay_molecule_7(X),fn_inactivation_of_relay_molecule_13(X))
& possesses_2(fn_inactivation_of_relay_molecule_7(X),fn_inactivation_of_relay_molecule_8(X))
& has_part_2(fn_inactivation_of_relay_molecule_7(X),fn_inactivation_of_relay_molecule_14(X))
& raw_material_2(X,fn_inactivation_of_relay_molecule_7(X))
& has_part_2(fn_inactivation_of_relay_molecule_7(X),fn_inactivation_of_relay_molecule_15(X))
& is_inside_2(fn_inactivation_of_relay_molecule_15(X),fn_inactivation_of_relay_molecule_10(X))
& fn_inactivation_of_relay_molecule_14(X) != fn_inactivation_of_relay_molecule_15(X)
& fn_inactivation_of_relay_molecule_15(X) != fn_inactivation_of_relay_molecule_14(X)
& is_near_2(fn_inactivation_of_relay_molecule_3(X),fn_inactivation_of_relay_molecule_4(X))
& is_near_2(fn_inactivation_of_relay_molecule_4(X),fn_inactivation_of_relay_molecule_3(X))
& fn_inactivation_of_relay_molecule_14(X) != fn_inactivation_of_relay_molecule_12(X)
& has_part_2(fn_inactivation_of_relay_molecule_14(X),fn_inactivation_of_relay_molecule_3(X))
& fn_inactivation_of_relay_molecule_12(X) != fn_inactivation_of_relay_molecule_14(X)
& is_inside_2(fn_inactivation_of_relay_molecule_12(X),fn_inactivation_of_relay_molecule_11(X))
& fn_inactivation_of_relay_molecule_13(X) != fn_inactivation_of_relay_molecule_14(X)
& object_2(fn_inactivation_of_relay_molecule_2(X),fn_inactivation_of_relay_molecule_3(X))
& agent_2(fn_inactivation_of_relay_molecule_2(X),fn_inactivation_of_relay_molecule_14(X))
& is_inside_2(fn_inactivation_of_relay_molecule_14(X),fn_inactivation_of_relay_molecule_11(X))
& is_inside_2(fn_inactivation_of_relay_molecule_13(X),fn_inactivation_of_relay_molecule_11(X))
& fn_inactivation_of_relay_molecule_14(X) != fn_inactivation_of_relay_molecule_13(X)
& fn_inactivation_of_relay_molecule_13(X) != fn_inactivation_of_relay_molecule_12(X)
& fn_inactivation_of_relay_molecule_12(X) != fn_inactivation_of_relay_molecule_13(X)
& is_between_2(fn_inactivation_of_relay_molecule_9(X),fn_inactivation_of_relay_molecule_13(X))
& result_2(fn_inactivation_of_relay_molecule_2(X),fn_inactivation_of_relay_molecule_9(X))
& agent_2(fn_inactivation_of_relay_molecule_2(X),fn_inactivation_of_relay_molecule_13(X))
& has_region_2(fn_inactivation_of_relay_molecule_14(X),fn_inactivation_of_relay_molecule_4(X))
& is_between_2(fn_inactivation_of_relay_molecule_9(X),fn_inactivation_of_relay_molecule_14(X))
& is_between_2(fn_inactivation_of_relay_molecule_8(X),fn_inactivation_of_relay_molecule_12(X))
& is_between_2(fn_inactivation_of_relay_molecule_8(X),fn_inactivation_of_relay_molecule_13(X))
& fn_inactivation_of_relay_molecule_7(X) = fn_make_inaccessible_1(fn_inactivation_of_relay_molecule_6(X))
& fn_inactivation_of_relay_molecule_7(X) = fn_messenger_1(fn_inactivation_of_relay_molecule_5(X))
& fn_inactivation_of_relay_molecule_16(X) = fn_decomposition_reaction_4(X)
& fn_inactivation_of_relay_molecule_16(X) = fn_dephosphorylation_10(X)
& fn_inactivation_of_relay_molecule_7(X) = fn_functional_group_1(fn_inactivation_of_relay_molecule_11(X))
& fn_inactivation_of_relay_molecule_11(X) = fn_dephosphorylation_12(X)
& fn_inactivation_of_relay_molecule_12(X) = fn_dephosphorylation_4(X)
& fn_inactivation_of_relay_molecule_9(X) = fn_dephosphorylation_8(X)
& fn_inactivation_of_relay_molecule_13(X) = fn_dephosphorylation_5(X)
& fn_inactivation_of_relay_molecule_8(X) = fn_dephosphorylation_9(X)
& fn_inactivation_of_relay_molecule_14(X) = fn_dephosphorylation_6(X)
& fn_inactivation_of_relay_molecule_10(X) = fn_dephosphorylation_7(X)
& fn_inactivation_of_relay_molecule_14(X) = fn_dephosphorylation_4(X)
& fn_inactivation_of_relay_molecule_15(X) = fn_dephosphorylation_3(X)
& fn_inactivation_of_relay_molecule_7(X) = fn_dephosphorylation_11(X)
& fn_inactivation_of_relay_molecule_3(X) = fn_phosphate_group_21(fn_inactivation_of_relay_molecule_11(X))
& fn_inactivation_of_relay_molecule_4(X) = fn_phosphate_group_18(fn_inactivation_of_relay_molecule_11(X))
& fn_inactivation_of_relay_molecule_3(X) = fn_phosphate_group_20(fn_inactivation_of_relay_molecule_11(X))
& fn_inactivation_of_relay_molecule_2(X) = fn_phosphate_group_35(fn_inactivation_of_relay_molecule_11(X))
& fn_inactivation_of_relay_molecule_14(X) = fn_phosphate_group_22(fn_inactivation_of_relay_molecule_11(X))
& fn_inactivation_of_relay_molecule_12(X) = fn_phosphate_group_5(fn_inactivation_of_relay_molecule_11(X))
& fn_inactivation_of_relay_molecule_2(X) = fn_phosphate_group_39(fn_inactivation_of_relay_molecule_11(X))
& fn_inactivation_of_relay_molecule_4(X) = fn_phosphate_group_11(fn_inactivation_of_relay_molecule_11(X))
& fn_inactivation_of_relay_molecule_9(X) = fn_phosphate_group_41(fn_inactivation_of_relay_molecule_11(X))
& fn_inactivation_of_relay_molecule_14(X) = fn_phosphate_group_5(fn_inactivation_of_relay_molecule_11(X))
& fn_inactivation_of_relay_molecule_12(X) = fn_phosphate_group_22(fn_inactivation_of_relay_molecule_11(X))
& fn_inactivation_of_relay_molecule_8(X) = fn_phosphate_group_37(fn_inactivation_of_relay_molecule_11(X))
& fn_inactivation_of_relay_molecule_13(X) = fn_phosphate_group_6(fn_inactivation_of_relay_molecule_11(X))
& fn_decomposition_reaction_4(X) = fn_dephosphorylation_10(X)
& fn_dephosphorylation_10(X) = fn_make_inaccessible_1(fn_inactivation_of_relay_molecule_6(X))
& fn_make_inaccessible_1(fn_inactivation_of_relay_molecule_6(X)) = fn_functional_group_1(fn_inactivation_of_relay_molecule_11(X))
& fn_messenger_1(fn_inactivation_of_relay_molecule_5(X)) = fn_functional_group_1(fn_inactivation_of_relay_molecule_11(X))
& fn_functional_group_1(fn_inactivation_of_relay_molecule_11(X)) = fn_messenger_1(fn_inactivation_of_relay_molecule_5(X))
& fn_messenger_1(fn_inactivation_of_relay_molecule_5(X)) = fn_dephosphorylation_11(X)
& fn_dephosphorylation_11(X) = fn_dephosphorylation_11(X)
& fn_dephosphorylation_11(X) = fn_phosphate_group_21(fn_inactivation_of_relay_molecule_11(X))
& fn_phosphate_group_21(fn_inactivation_of_relay_molecule_11(X)) = fn_phosphate_group_20(fn_inactivation_of_relay_molecule_11(X))
& fn_phosphate_group_20(fn_inactivation_of_relay_molecule_11(X)) = fn_phosphate_group_20(fn_inactivation_of_relay_molecule_11(X))
& fn_phosphate_group_20(fn_inactivation_of_relay_molecule_11(X)) = fn_phosphate_group_35(fn_inactivation_of_relay_molecule_11(X))
& fn_phosphate_group_35(fn_inactivation_of_relay_molecule_11(X)) = fn_phosphate_group_35(fn_inactivation_of_relay_molecule_11(X))
& fn_phosphate_group_35(fn_inactivation_of_relay_molecule_11(X)) = fn_phosphate_group_39(fn_inactivation_of_relay_molecule_11(X))
& fn_phosphate_group_39(fn_inactivation_of_relay_molecule_11(X)) = fn_phosphate_group_39(fn_inactivation_of_relay_molecule_11(X))
& fn_phosphate_group_39(fn_inactivation_of_relay_molecule_11(X)) = fn_phosphate_group_18(fn_inactivation_of_relay_molecule_11(X))
& fn_phosphate_group_18(fn_inactivation_of_relay_molecule_11(X)) = fn_phosphate_group_18(fn_inactivation_of_relay_molecule_11(X))
& fn_phosphate_group_18(fn_inactivation_of_relay_molecule_11(X)) = fn_phosphate_group_11(fn_inactivation_of_relay_molecule_11(X))
& fn_phosphate_group_11(fn_inactivation_of_relay_molecule_11(X)) = fn_dephosphorylation_6(X)
& fn_dephosphorylation_6(X) = fn_dephosphorylation_4(X)
& fn_dephosphorylation_4(X) = fn_dephosphorylation_4(X)
& fn_dephosphorylation_4(X) = fn_phosphate_group_22(fn_inactivation_of_relay_molecule_11(X))
& fn_phosphate_group_22(fn_inactivation_of_relay_molecule_11(X)) = fn_phosphate_group_22(fn_inactivation_of_relay_molecule_11(X))
& fn_phosphate_group_22(fn_inactivation_of_relay_molecule_11(X)) = fn_phosphate_group_5(fn_inactivation_of_relay_molecule_11(X))
& fn_phosphate_group_5(fn_inactivation_of_relay_molecule_11(X)) = fn_dephosphorylation_8(X)
& fn_dephosphorylation_8(X) = fn_phosphate_group_41(fn_inactivation_of_relay_molecule_11(X))
& fn_phosphate_group_41(fn_inactivation_of_relay_molecule_11(X)) = fn_phosphate_group_41(fn_inactivation_of_relay_molecule_11(X))
& fn_phosphate_group_41(fn_inactivation_of_relay_molecule_11(X)) = fn_dephosphorylation_4(X)
& fn_dephosphorylation_4(X) = fn_phosphate_group_5(fn_inactivation_of_relay_molecule_11(X))
& fn_phosphate_group_5(fn_inactivation_of_relay_molecule_11(X)) = fn_phosphate_group_5(fn_inactivation_of_relay_molecule_11(X))
& fn_phosphate_group_5(fn_inactivation_of_relay_molecule_11(X)) = fn_phosphate_group_22(fn_inactivation_of_relay_molecule_11(X))
& fn_phosphate_group_22(fn_inactivation_of_relay_molecule_11(X)) = fn_dephosphorylation_5(X)
& fn_dephosphorylation_5(X) = fn_phosphate_group_6(fn_inactivation_of_relay_molecule_11(X))
& fn_phosphate_group_6(fn_inactivation_of_relay_molecule_11(X)) = fn_phosphate_group_6(fn_inactivation_of_relay_molecule_11(X))
& fn_phosphate_group_6(fn_inactivation_of_relay_molecule_11(X)) = fn_dephosphorylation_9(X)
& fn_dephosphorylation_9(X) = fn_phosphate_group_37(fn_inactivation_of_relay_molecule_11(X))
& fn_phosphate_group_37(fn_inactivation_of_relay_molecule_11(X)) = fn_phosphate_group_37(fn_inactivation_of_relay_molecule_11(X)) ) ) ).
fof(a530332,axiom,
! [X] :
( inactivation_of_transport_protein_1(X)
=> ( original_name_2(X,'Inactivation-Of-Transport-Protein')
& user_description_2(X,'Transport proteins are activated by phosphorylation, gaining a phosphate group from an ATP molecule. Removal of the phosphate group would inactivate the transport protein.')
& concept2words_2(X,inactivate)
& concept2words_2(X,'inactivation of transport protein')
& concept2words_2(X,'inactivation-of-transport-protein')
& dephosphorylation_1(X)
& share_1(fn_inactivation_of_transport_protein_1(X))
& inorganic_phosphate_1(fn_inactivation_of_transport_protein_2(X))
& transport_protein_1(fn_inactivation_of_transport_protein_3(X))
& polymer_1(fn_inactivation_of_transport_protein_4(X))
& molecule_1(fn_inactivation_of_transport_protein_4(X))
& chemical_entity_1(fn_inactivation_of_transport_protein_4(X))
& organic_molecule_1(fn_inactivation_of_transport_protein_4(X))
& transport_protein_1(fn_inactivation_of_transport_protein_4(X))
& covalent_bond_1(fn_inactivation_of_transport_protein_5(X))
& chemical_bond_1(fn_inactivation_of_transport_protein_5(X))
& single_bond_1(fn_inactivation_of_transport_protein_5(X))
& chemical_bond_1(fn_inactivation_of_transport_protein_6(X))
& double_bond_1(fn_inactivation_of_transport_protein_6(X))
& covalent_bond_1(fn_inactivation_of_transport_protein_6(X))
& phosphate_group_1(fn_inactivation_of_transport_protein_7(X))
& entity_1(fn_inactivation_of_transport_protein_8(X))
& chemical_entity_1(fn_inactivation_of_transport_protein_8(X))
& atom_1(fn_inactivation_of_transport_protein_8(X))
& oxygen_1(fn_inactivation_of_transport_protein_8(X))
& entity_1(fn_inactivation_of_transport_protein_9(X))
& chemical_entity_1(fn_inactivation_of_transport_protein_9(X))
& atom_1(fn_inactivation_of_transport_protein_9(X))
& phosphorus_1(fn_inactivation_of_transport_protein_9(X))
& oxygen_1(fn_inactivation_of_transport_protein_10(X))
& entity_1(fn_inactivation_of_transport_protein_10(X))
& chemical_entity_1(fn_inactivation_of_transport_protein_10(X))
& atom_1(fn_inactivation_of_transport_protein_10(X))
& carbon_1(fn_inactivation_of_transport_protein_11(X))
& protein_phosphatase_1(fn_inactivation_of_transport_protein_12(X))
& carbon_skeleton_1(fn_inactivation_of_transport_protein_13(X))
& electron_shell_1(fn_inactivation_of_transport_protein_14(X))
& center_1(fn_inactivation_of_transport_protein_15(X))
& atomic_nucleus_1(fn_inactivation_of_transport_protein_16(X))
& electron_1(fn_inactivation_of_transport_protein_17(X))
& valence_electron_1(fn_inactivation_of_transport_protein_17(X))
& share_1(fn_inactivation_of_transport_protein_18(X))
& hold_together_1(fn_inactivation_of_transport_protein_19(X))
& electron_shell_1(fn_inactivation_of_transport_protein_20(X))
& center_1(fn_inactivation_of_transport_protein_21(X))
& atomic_nucleus_1(fn_inactivation_of_transport_protein_22(X))
& decomposition_reaction_1(fn_protein_phosphatase_1(fn_inactivation_of_transport_protein_12(X)))
& dephosphorylation_1(fn_protein_phosphatase_1(fn_inactivation_of_transport_protein_12(X)))
& carbon_skeleton_1(fn_transport_protein_18(fn_inactivation_of_transport_protein_4(X)))
& carbon_1(fn_transport_protein_14(fn_inactivation_of_transport_protein_4(X)))
& share_1(fn_phosphate_group_35(fn_inactivation_of_transport_protein_7(X)))
& covalent_bond_1(fn_polymer_1(fn_inactivation_of_transport_protein_4(X)))
& chemical_bond_1(fn_molecule_10(fn_inactivation_of_transport_protein_4(X)))
& single_bond_1(fn_phosphate_group_37(fn_inactivation_of_transport_protein_7(X)))
& electron_shell_1(fn_covalent_bond_11(fn_inactivation_of_transport_protein_6(X)))
& electron_shell_1(fn_phosphate_group_16(fn_inactivation_of_transport_protein_7(X)))
& electron_shell_1(fn_covalent_bond_12(fn_inactivation_of_transport_protein_6(X)))
& electron_shell_1(fn_phosphate_group_13(fn_inactivation_of_transport_protein_7(X)))
& entity_1(fn_covalent_bond_20(fn_inactivation_of_transport_protein_6(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_inactivation_of_transport_protein_6(X)))
& atom_1(fn_covalent_bond_20(fn_inactivation_of_transport_protein_6(X)))
& oxygen_1(fn_phosphate_group_5(fn_inactivation_of_transport_protein_7(X)))
& entity_1(fn_phosphate_group_5(fn_inactivation_of_transport_protein_7(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_inactivation_of_transport_protein_7(X)))
& atom_1(fn_phosphate_group_5(fn_inactivation_of_transport_protein_7(X)))
& atom_1(fn_molecule_11(fn_inactivation_of_transport_protein_4(X)))
& entity_1(fn_transport_protein_17(fn_inactivation_of_transport_protein_4(X)))
& atom_1(fn_transport_protein_17(fn_inactivation_of_transport_protein_4(X)))
& chemical_entity_1(fn_transport_protein_17(fn_inactivation_of_transport_protein_4(X)))
& entity_1(fn_phosphate_group_22(fn_inactivation_of_transport_protein_7(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_inactivation_of_transport_protein_7(X)))
& atom_1(fn_phosphate_group_22(fn_inactivation_of_transport_protein_7(X)))
& oxygen_1(fn_phosphate_group_22(fn_inactivation_of_transport_protein_7(X)))
& entity_1(fn_covalent_bond_19(fn_inactivation_of_transport_protein_6(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_inactivation_of_transport_protein_6(X)))
& atom_1(fn_covalent_bond_19(fn_inactivation_of_transport_protein_6(X)))
& phosphorus_1(fn_phosphate_group_6(fn_inactivation_of_transport_protein_7(X)))
& hold_together_1(fn_phosphate_group_40(fn_inactivation_of_transport_protein_7(X)))
& hold_together_1(fn_covalent_bond_14(fn_inactivation_of_transport_protein_6(X)))
& atomic_nucleus_1(fn_phosphate_group_14(fn_inactivation_of_transport_protein_7(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_inactivation_of_transport_protein_6(X)))
& center_1(fn_phosphate_group_12(fn_inactivation_of_transport_protein_7(X)))
& center_1(fn_covalent_bond_21(fn_inactivation_of_transport_protein_6(X)))
& center_1(fn_phosphate_group_17(fn_inactivation_of_transport_protein_7(X)))
& center_1(fn_covalent_bond_23(fn_inactivation_of_transport_protein_6(X)))
& atomic_nucleus_1(fn_phosphate_group_18(fn_inactivation_of_transport_protein_7(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_inactivation_of_transport_protein_6(X)))
& valence_electron_1(fn_covalent_bond_18(fn_inactivation_of_transport_protein_6(X)))
& electron_1(fn_phosphate_group_20(fn_inactivation_of_transport_protein_7(X)))
& valence_electron_1(fn_phosphate_group_20(fn_inactivation_of_transport_protein_7(X)))
& valence_electron_1(fn_covalent_bond_15(fn_inactivation_of_transport_protein_6(X)))
& double_bond_1(fn_phosphate_group_41(fn_inactivation_of_transport_protein_7(X)))
& share_1(fn_phosphate_group_39(fn_inactivation_of_transport_protein_7(X)))
& share_1(fn_covalent_bond_17(fn_inactivation_of_transport_protein_6(X)))
& result_2(X,fn_inactivation_of_transport_protein_3(X))
& result_2(X,fn_inactivation_of_transport_protein_2(X))
& has_function_2(fn_inactivation_of_transport_protein_12(X),X)
& has_part_2(fn_inactivation_of_transport_protein_4(X),fn_inactivation_of_transport_protein_9(X))
& has_region_2(fn_inactivation_of_transport_protein_4(X),fn_inactivation_of_transport_protein_7(X))
& has_part_2(fn_inactivation_of_transport_protein_4(X),fn_inactivation_of_transport_protein_8(X))
& possesses_2(fn_inactivation_of_transport_protein_4(X),fn_inactivation_of_transport_protein_6(X))
& is_between_2(fn_inactivation_of_transport_protein_6(X),fn_inactivation_of_transport_protein_8(X))
& possesses_2(fn_inactivation_of_transport_protein_4(X),fn_inactivation_of_transport_protein_5(X))
& is_between_2(fn_inactivation_of_transport_protein_5(X),fn_inactivation_of_transport_protein_8(X))
& raw_material_2(X,fn_inactivation_of_transport_protein_4(X))
& has_part_2(fn_inactivation_of_transport_protein_4(X),fn_inactivation_of_transport_protein_10(X))
& fn_inactivation_of_transport_protein_11(X) != fn_inactivation_of_transport_protein_10(X)
& fn_inactivation_of_transport_protein_10(X) != fn_inactivation_of_transport_protein_11(X)
& result_2(fn_inactivation_of_transport_protein_18(X),fn_inactivation_of_transport_protein_6(X))
& has_part_2(fn_inactivation_of_transport_protein_4(X),fn_inactivation_of_transport_protein_11(X))
& is_inside_2(fn_inactivation_of_transport_protein_11(X),fn_inactivation_of_transport_protein_13(X))
& has_region_2(fn_inactivation_of_transport_protein_4(X),fn_inactivation_of_transport_protein_13(X))
& fn_inactivation_of_transport_protein_8(X) != fn_inactivation_of_transport_protein_11(X)
& fn_inactivation_of_transport_protein_11(X) != fn_inactivation_of_transport_protein_8(X)
& has_region_2(fn_inactivation_of_transport_protein_10(X),fn_inactivation_of_transport_protein_16(X))
& has_region_2(fn_inactivation_of_transport_protein_9(X),fn_inactivation_of_transport_protein_21(X))
& has_region_2(fn_inactivation_of_transport_protein_10(X),fn_inactivation_of_transport_protein_15(X))
& has_region_2(fn_inactivation_of_transport_protein_9(X),fn_inactivation_of_transport_protein_22(X))
& has_region_2(fn_inactivation_of_transport_protein_10(X),fn_inactivation_of_transport_protein_14(X))
& is_inside_2(fn_inactivation_of_transport_protein_8(X),fn_inactivation_of_transport_protein_7(X))
& agent_2(fn_inactivation_of_transport_protein_18(X),fn_inactivation_of_transport_protein_10(X))
& is_between_2(fn_inactivation_of_transport_protein_5(X),fn_inactivation_of_transport_protein_9(X))
& is_between_2(fn_inactivation_of_transport_protein_5(X),fn_inactivation_of_transport_protein_10(X))
& has_part_2(fn_inactivation_of_transport_protein_10(X),fn_inactivation_of_transport_protein_17(X))
& object_2(fn_inactivation_of_transport_protein_18(X),fn_inactivation_of_transport_protein_17(X))
& agent_2(fn_inactivation_of_transport_protein_18(X),fn_inactivation_of_transport_protein_9(X))
& object_2(fn_inactivation_of_transport_protein_19(X),fn_inactivation_of_transport_protein_10(X))
& object_2(fn_inactivation_of_transport_protein_19(X),fn_inactivation_of_transport_protein_9(X))
& is_between_2(fn_inactivation_of_transport_protein_6(X),fn_inactivation_of_transport_protein_9(X))
& is_between_2(fn_inactivation_of_transport_protein_6(X),fn_inactivation_of_transport_protein_10(X))
& is_inside_2(fn_inactivation_of_transport_protein_10(X),fn_inactivation_of_transport_protein_7(X))
& agent_2(fn_inactivation_of_transport_protein_1(X),fn_inactivation_of_transport_protein_10(X))
& agent_2(fn_inactivation_of_transport_protein_1(X),fn_inactivation_of_transport_protein_9(X))
& has_region_2(fn_inactivation_of_transport_protein_9(X),fn_inactivation_of_transport_protein_20(X))
& fn_inactivation_of_transport_protein_14(X) != fn_inactivation_of_transport_protein_20(X)
& fn_inactivation_of_transport_protein_20(X) != fn_inactivation_of_transport_protein_14(X)
& is_inside_2(fn_inactivation_of_transport_protein_9(X),fn_inactivation_of_transport_protein_7(X))
& fn_inactivation_of_transport_protein_9(X) != fn_inactivation_of_transport_protein_10(X)
& fn_inactivation_of_transport_protein_10(X) != fn_inactivation_of_transport_protein_8(X)
& fn_inactivation_of_transport_protein_8(X) != fn_inactivation_of_transport_protein_9(X)
& fn_inactivation_of_transport_protein_9(X) != fn_inactivation_of_transport_protein_8(X)
& fn_inactivation_of_transport_protein_10(X) != fn_inactivation_of_transport_protein_9(X)
& fn_inactivation_of_transport_protein_8(X) != fn_inactivation_of_transport_protein_10(X)
& has_function_2(fn_inactivation_of_transport_protein_6(X),fn_inactivation_of_transport_protein_19(X))
& agent_2(fn_inactivation_of_transport_protein_19(X),fn_inactivation_of_transport_protein_6(X))
& is_at_2(fn_inactivation_of_transport_protein_22(X),fn_inactivation_of_transport_protein_21(X))
& fn_inactivation_of_transport_protein_16(X) != fn_inactivation_of_transport_protein_22(X)
& fn_inactivation_of_transport_protein_22(X) != fn_inactivation_of_transport_protein_16(X)
& result_2(fn_inactivation_of_transport_protein_1(X),fn_inactivation_of_transport_protein_6(X))
& object_2(fn_inactivation_of_transport_protein_1(X),fn_inactivation_of_transport_protein_17(X))
& is_near_2(fn_inactivation_of_transport_protein_17(X),fn_inactivation_of_transport_protein_16(X))
& is_at_2(fn_inactivation_of_transport_protein_16(X),fn_inactivation_of_transport_protein_15(X))
& fn_inactivation_of_transport_protein_15(X) != fn_inactivation_of_transport_protein_21(X)
& is_near_2(fn_inactivation_of_transport_protein_16(X),fn_inactivation_of_transport_protein_17(X))
& fn_inactivation_of_transport_protein_21(X) != fn_inactivation_of_transport_protein_15(X)
& fn_inactivation_of_transport_protein_3(X) = fn_decomposition_reaction_4(X)
& fn_inactivation_of_transport_protein_2(X) = fn_dephosphorylation_10(X)
& X = fn_protein_phosphatase_1(fn_inactivation_of_transport_protein_12(X))
& fn_inactivation_of_transport_protein_9(X) = fn_dephosphorylation_5(X)
& fn_inactivation_of_transport_protein_7(X) = fn_dephosphorylation_12(X)
& fn_inactivation_of_transport_protein_8(X) = fn_dephosphorylation_4(X)
& fn_inactivation_of_transport_protein_6(X) = fn_dephosphorylation_8(X)
& fn_inactivation_of_transport_protein_8(X) = fn_molecule_11(fn_inactivation_of_transport_protein_4(X))
& fn_inactivation_of_transport_protein_8(X) = fn_dephosphorylation_6(X)
& fn_inactivation_of_transport_protein_5(X) = fn_polymer_1(fn_inactivation_of_transport_protein_4(X))
& fn_inactivation_of_transport_protein_5(X) = fn_molecule_10(fn_inactivation_of_transport_protein_4(X))
& fn_inactivation_of_transport_protein_5(X) = fn_dephosphorylation_9(X)
& fn_inactivation_of_transport_protein_11(X) = fn_dephosphorylation_3(X)
& fn_inactivation_of_transport_protein_10(X) = fn_dephosphorylation_4(X)
& fn_inactivation_of_transport_protein_4(X) = fn_dephosphorylation_11(X)
& fn_inactivation_of_transport_protein_18(X) = fn_covalent_bond_17(fn_inactivation_of_transport_protein_6(X))
& fn_inactivation_of_transport_protein_13(X) = fn_transport_protein_18(fn_inactivation_of_transport_protein_4(X))
& fn_inactivation_of_transport_protein_8(X) = fn_transport_protein_17(fn_inactivation_of_transport_protein_4(X))
& fn_inactivation_of_transport_protein_11(X) = fn_transport_protein_14(fn_inactivation_of_transport_protein_4(X))
& fn_inactivation_of_transport_protein_16(X) = fn_phosphate_group_18(fn_inactivation_of_transport_protein_7(X))
& fn_inactivation_of_transport_protein_21(X) = fn_phosphate_group_12(fn_inactivation_of_transport_protein_7(X))
& fn_inactivation_of_transport_protein_15(X) = fn_phosphate_group_17(fn_inactivation_of_transport_protein_7(X))
& fn_inactivation_of_transport_protein_22(X) = fn_phosphate_group_14(fn_inactivation_of_transport_protein_7(X))
& fn_inactivation_of_transport_protein_18(X) = fn_phosphate_group_35(fn_inactivation_of_transport_protein_7(X))
& fn_inactivation_of_transport_protein_17(X) = fn_phosphate_group_20(fn_inactivation_of_transport_protein_7(X))
& fn_inactivation_of_transport_protein_10(X) = fn_phosphate_group_22(fn_inactivation_of_transport_protein_7(X))
& fn_inactivation_of_transport_protein_5(X) = fn_phosphate_group_37(fn_inactivation_of_transport_protein_7(X))
& fn_inactivation_of_transport_protein_10(X) = fn_covalent_bond_19(fn_inactivation_of_transport_protein_6(X))
& fn_inactivation_of_transport_protein_10(X) = fn_covalent_bond_20(fn_inactivation_of_transport_protein_6(X))
& fn_inactivation_of_transport_protein_6(X) = fn_phosphate_group_41(fn_inactivation_of_transport_protein_7(X))
& fn_inactivation_of_transport_protein_19(X) = fn_phosphate_group_40(fn_inactivation_of_transport_protein_7(X))
& fn_inactivation_of_transport_protein_14(X) = fn_covalent_bond_11(fn_inactivation_of_transport_protein_6(X))
& fn_inactivation_of_transport_protein_14(X) = fn_phosphate_group_16(fn_inactivation_of_transport_protein_7(X))
& fn_inactivation_of_transport_protein_20(X) = fn_covalent_bond_12(fn_inactivation_of_transport_protein_6(X))
& fn_inactivation_of_transport_protein_20(X) = fn_phosphate_group_13(fn_inactivation_of_transport_protein_7(X))
& fn_inactivation_of_transport_protein_9(X) = fn_covalent_bond_19(fn_inactivation_of_transport_protein_6(X))
& fn_inactivation_of_transport_protein_1(X) = fn_phosphate_group_39(fn_inactivation_of_transport_protein_7(X))
& fn_inactivation_of_transport_protein_10(X) = fn_phosphate_group_5(fn_inactivation_of_transport_protein_7(X))
& fn_inactivation_of_transport_protein_8(X) = fn_phosphate_group_22(fn_inactivation_of_transport_protein_7(X))
& fn_inactivation_of_transport_protein_9(X) = fn_phosphate_group_6(fn_inactivation_of_transport_protein_7(X))
& fn_inactivation_of_transport_protein_19(X) = fn_covalent_bond_14(fn_inactivation_of_transport_protein_6(X))
& fn_inactivation_of_transport_protein_22(X) = fn_covalent_bond_22(fn_inactivation_of_transport_protein_6(X))
& fn_inactivation_of_transport_protein_21(X) = fn_covalent_bond_21(fn_inactivation_of_transport_protein_6(X))
& fn_inactivation_of_transport_protein_15(X) = fn_covalent_bond_23(fn_inactivation_of_transport_protein_6(X))
& fn_inactivation_of_transport_protein_16(X) = fn_covalent_bond_24(fn_inactivation_of_transport_protein_6(X))
& fn_inactivation_of_transport_protein_17(X) = fn_covalent_bond_18(fn_inactivation_of_transport_protein_6(X))
& fn_inactivation_of_transport_protein_17(X) = fn_covalent_bond_15(fn_inactivation_of_transport_protein_6(X))
& fn_inactivation_of_transport_protein_1(X) = fn_covalent_bond_17(fn_inactivation_of_transport_protein_6(X))
& fn_dephosphorylation_3(X) = fn_dephosphorylation_3(X)
& fn_dephosphorylation_3(X) = fn_transport_protein_14(fn_inactivation_of_transport_protein_4(X))
& fn_transport_protein_14(fn_inactivation_of_transport_protein_4(X)) = fn_transport_protein_14(fn_inactivation_of_transport_protein_4(X))
& fn_transport_protein_14(fn_inactivation_of_transport_protein_4(X)) = fn_covalent_bond_17(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_17(fn_inactivation_of_transport_protein_6(X)) = fn_phosphate_group_35(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_35(fn_inactivation_of_transport_protein_7(X)) = fn_phosphate_group_35(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_35(fn_inactivation_of_transport_protein_7(X)) = fn_molecule_10(fn_inactivation_of_transport_protein_4(X))
& fn_molecule_10(fn_inactivation_of_transport_protein_4(X)) = fn_polymer_1(fn_inactivation_of_transport_protein_4(X))
& fn_polymer_1(fn_inactivation_of_transport_protein_4(X)) = fn_molecule_10(fn_inactivation_of_transport_protein_4(X))
& fn_molecule_10(fn_inactivation_of_transport_protein_4(X)) = fn_molecule_10(fn_inactivation_of_transport_protein_4(X))
& fn_dephosphorylation_9(X) = fn_molecule_10(fn_inactivation_of_transport_protein_4(X))
& fn_molecule_10(fn_inactivation_of_transport_protein_4(X)) = fn_dephosphorylation_9(X)
& fn_dephosphorylation_9(X) = fn_dephosphorylation_9(X)
& fn_dephosphorylation_9(X) = fn_phosphate_group_37(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_37(fn_inactivation_of_transport_protein_7(X)) = fn_phosphate_group_37(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_37(fn_inactivation_of_transport_protein_7(X)) = fn_covalent_bond_11(fn_inactivation_of_transport_protein_6(X))
& fn_phosphate_group_16(fn_inactivation_of_transport_protein_7(X)) = fn_covalent_bond_11(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_11(fn_inactivation_of_transport_protein_6(X)) = fn_phosphate_group_16(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_16(fn_inactivation_of_transport_protein_7(X)) = fn_phosphate_group_16(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_16(fn_inactivation_of_transport_protein_7(X)) = fn_covalent_bond_12(fn_inactivation_of_transport_protein_6(X))
& fn_phosphate_group_13(fn_inactivation_of_transport_protein_7(X)) = fn_phosphate_group_13(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_13(fn_inactivation_of_transport_protein_7(X)) = fn_covalent_bond_12(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_12(fn_inactivation_of_transport_protein_6(X)) = fn_phosphate_group_13(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_13(fn_inactivation_of_transport_protein_7(X)) = fn_dephosphorylation_4(X)
& fn_dephosphorylation_4(X) = fn_dephosphorylation_4(X)
& fn_dephosphorylation_4(X) = fn_covalent_bond_19(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_20(fn_inactivation_of_transport_protein_6(X)) = fn_covalent_bond_19(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_19(fn_inactivation_of_transport_protein_6(X)) = fn_covalent_bond_20(fn_inactivation_of_transport_protein_6(X))
& fn_phosphate_group_22(fn_inactivation_of_transport_protein_7(X)) = fn_covalent_bond_20(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_20(fn_inactivation_of_transport_protein_6(X)) = fn_phosphate_group_22(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_22(fn_inactivation_of_transport_protein_7(X)) = fn_phosphate_group_5(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_5(fn_inactivation_of_transport_protein_7(X)) = fn_phosphate_group_5(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_5(fn_inactivation_of_transport_protein_7(X)) = fn_dephosphorylation_4(X)
& fn_dephosphorylation_4(X) = fn_molecule_11(fn_inactivation_of_transport_protein_4(X))
& fn_molecule_11(fn_inactivation_of_transport_protein_4(X)) = fn_dephosphorylation_6(X)
& fn_dephosphorylation_6(X) = fn_dephosphorylation_4(X)
& fn_dephosphorylation_4(X) = fn_dephosphorylation_6(X)
& fn_transport_protein_17(fn_inactivation_of_transport_protein_4(X)) = fn_dephosphorylation_6(X)
& fn_dephosphorylation_6(X) = fn_dephosphorylation_6(X)
& fn_dephosphorylation_6(X) = fn_transport_protein_17(fn_inactivation_of_transport_protein_4(X))
& fn_transport_protein_17(fn_inactivation_of_transport_protein_4(X)) = fn_transport_protein_17(fn_inactivation_of_transport_protein_4(X))
& fn_transport_protein_17(fn_inactivation_of_transport_protein_4(X)) = fn_phosphate_group_22(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_22(fn_inactivation_of_transport_protein_7(X)) = fn_phosphate_group_22(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_22(fn_inactivation_of_transport_protein_7(X)) = fn_dephosphorylation_5(X)
& fn_dephosphorylation_5(X) = fn_covalent_bond_19(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_19(fn_inactivation_of_transport_protein_6(X)) = fn_covalent_bond_19(fn_inactivation_of_transport_protein_6(X))
& fn_phosphate_group_6(fn_inactivation_of_transport_protein_7(X)) = fn_covalent_bond_19(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_19(fn_inactivation_of_transport_protein_6(X)) = fn_phosphate_group_6(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_6(fn_inactivation_of_transport_protein_7(X)) = fn_phosphate_group_6(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_6(fn_inactivation_of_transport_protein_7(X)) = fn_phosphate_group_40(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_40(fn_inactivation_of_transport_protein_7(X)) = fn_phosphate_group_40(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_40(fn_inactivation_of_transport_protein_7(X)) = fn_covalent_bond_14(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_14(fn_inactivation_of_transport_protein_6(X)) = fn_covalent_bond_14(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_14(fn_inactivation_of_transport_protein_6(X)) = fn_covalent_bond_22(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_22(fn_inactivation_of_transport_protein_6(X)) = fn_phosphate_group_14(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_14(fn_inactivation_of_transport_protein_7(X)) = fn_covalent_bond_22(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_22(fn_inactivation_of_transport_protein_6(X)) = fn_covalent_bond_22(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_22(fn_inactivation_of_transport_protein_6(X)) = fn_covalent_bond_21(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_21(fn_inactivation_of_transport_protein_6(X)) = fn_phosphate_group_12(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_12(fn_inactivation_of_transport_protein_7(X)) = fn_covalent_bond_21(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_21(fn_inactivation_of_transport_protein_6(X)) = fn_covalent_bond_21(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_21(fn_inactivation_of_transport_protein_6(X)) = fn_phosphate_group_17(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_17(fn_inactivation_of_transport_protein_7(X)) = fn_covalent_bond_23(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_23(fn_inactivation_of_transport_protein_6(X)) = fn_covalent_bond_23(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_23(fn_inactivation_of_transport_protein_6(X)) = fn_phosphate_group_18(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_18(fn_inactivation_of_transport_protein_7(X)) = fn_covalent_bond_24(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_24(fn_inactivation_of_transport_protein_6(X)) = fn_covalent_bond_24(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_24(fn_inactivation_of_transport_protein_6(X)) = fn_phosphate_group_20(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_20(fn_inactivation_of_transport_protein_7(X)) = fn_covalent_bond_18(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_18(fn_inactivation_of_transport_protein_6(X)) = fn_phosphate_group_20(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_20(fn_inactivation_of_transport_protein_7(X)) = fn_phosphate_group_20(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_20(fn_inactivation_of_transport_protein_7(X)) = fn_covalent_bond_15(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_15(fn_inactivation_of_transport_protein_6(X)) = fn_covalent_bond_15(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_15(fn_inactivation_of_transport_protein_6(X)) = fn_dephosphorylation_8(X)
& fn_dephosphorylation_8(X) = fn_dephosphorylation_8(X)
& fn_dephosphorylation_8(X) = fn_phosphate_group_41(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_41(fn_inactivation_of_transport_protein_7(X)) = fn_phosphate_group_41(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_41(fn_inactivation_of_transport_protein_7(X)) = fn_covalent_bond_17(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_17(fn_inactivation_of_transport_protein_6(X)) = fn_phosphate_group_39(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_39(fn_inactivation_of_transport_protein_7(X)) = fn_phosphate_group_39(fn_inactivation_of_transport_protein_7(X))
& fn_phosphate_group_39(fn_inactivation_of_transport_protein_7(X)) = fn_covalent_bond_17(fn_inactivation_of_transport_protein_6(X))
& fn_covalent_bond_17(fn_inactivation_of_transport_protein_6(X)) = fn_covalent_bond_17(fn_inactivation_of_transport_protein_6(X)) ) ) ).
fof(a530333,axiom,
! [X] :
( inactive_repressor_1(X)
=> ( original_name_2(X,'Inactive-Repressor')
& user_description_2(X,'A protein that inhibits gene transcription. In prokaryotes, repressors bind to the DNA in or near the promotor. In eukaryotes, repressors may bind to control elements within enhancers, to activators, or to other proteins in a way that blocks activators from binding to DNA.')
& concept2words_2(X,'inactive repressor')
& concept2words_2(X,'inactive-repressor')
& repressor_1(X)
& ~ active_repressor_1(X)
& active_repressor_1(fn_inactive_repressor_1(X))
& protein_domain_1(fn_inactive_repressor_6(X))
& allosteric_site_1(fn_inactive_repressor_7(X))
& polypeptide_1(fn_inactive_repressor_8(X))
& size_value_1(fn_inactive_repressor_9(X))
& kinetic_energy_1(fn_inactive_repressor_10(X))
& constant_motion_1(fn_inactive_repressor_11(X))
& attach_1(fn_inactive_repressor_12(X))
& conformational_change_1(fn_inactive_repressor_13(X))
& speed_value_1(fn_inactive_repressor_14(X))
& quantity_value_1(fn_inactive_repressor_15(X))
& size_value_1(fn_inactive_repressor_16(X))
& spatial_entity_1(fn_inactive_repressor_17(X))
& chemical_entity_1(fn_inactive_repressor_17(X))
& monomer_1(fn_inactive_repressor_17(X))
& molecule_1(fn_inactive_repressor_17(X))
& amino_acid_1(fn_inactive_repressor_17(X))
& hydrophilic_region_1(fn_inactive_repressor_18(X))
& surface_1(fn_inactive_repressor_19(X))
& carbon_skeleton_1(fn_inactive_repressor_20(X))
& carbon_1(fn_inactive_repressor_21(X))
& monomer_1(fn_inactive_repressor_22(X))
& atom_1(fn_inactive_repressor_23(X))
& chemical_entity_1(fn_inactive_repressor_23(X))
& binding_site_1(fn_inactive_repressor_24(X))
& conformational_change_1(fn_inactive_repressor_25(X))
& spatial_entity_1(fn_conformational_change_4(fn_inactive_repressor_25(X)))
& spatial_entity_1(fn_conformational_change_3(fn_inactive_repressor_25(X)))
& base_2(fn_inactive_repressor_25(X),fn_inactive_repressor_1(X))
& object_2(fn_inactive_repressor_25(X),fn_inactive_repressor_24(X))
& result_2(fn_inactive_repressor_25(X),X)
& the_scalar_value_2(fn_inactive_repressor_9(X),big_0)
& scalar_unit_class_2(fn_inactive_repressor_9(X),polypeptide_0)
& is_at_2(fn_inactive_repressor_17(X),fn_inactive_repressor_6(X))
& has_part_2(fn_inactive_repressor_8(X),fn_inactive_repressor_17(X))
& has_part_2(X,fn_inactive_repressor_8(X))
& has_part_2(X,fn_inactive_repressor_23(X))
& fn_inactive_repressor_23(X) != fn_inactive_repressor_21(X)
& fn_inactive_repressor_21(X) != fn_inactive_repressor_23(X)
& size_2(X,fn_inactive_repressor_9(X))
& greater_than_2(fn_inactive_repressor_9(X),fn_inactive_repressor_16(X))
& size_2(fn_inactive_repressor_22(X),fn_inactive_repressor_16(X))
& has_part_2(X,fn_inactive_repressor_22(X))
& has_part_2(X,fn_inactive_repressor_21(X))
& base_2(fn_inactive_repressor_12(X),X)
& causes_2(fn_inactive_repressor_12(X),fn_inactive_repressor_13(X))
& object_2(fn_inactive_repressor_13(X),fn_inactive_repressor_7(X))
& has_region_2(X,fn_inactive_repressor_7(X))
& has_region_2(X,fn_inactive_repressor_6(X))
& possesses_2(X,fn_inactive_repressor_10(X))
& quantity_2(fn_inactive_repressor_10(X),fn_inactive_repressor_15(X))
& directly_proportional_2(fn_inactive_repressor_14(X),fn_inactive_repressor_15(X))
& speed_2(fn_inactive_repressor_11(X),fn_inactive_repressor_14(X))
& object_2(fn_inactive_repressor_11(X),X)
& has_region_2(X,fn_inactive_repressor_18(X))
& is_at_2(fn_inactive_repressor_18(X),fn_inactive_repressor_19(X))
& has_region_2(X,fn_inactive_repressor_19(X))
& has_region_2(X,fn_inactive_repressor_20(X))
& is_inside_2(fn_inactive_repressor_21(X),fn_inactive_repressor_20(X))
& fn_inactive_repressor_24(X) = fn_conformational_change_4(fn_inactive_repressor_25(X))
& X = fn_conformational_change_3(fn_inactive_repressor_25(X))
& fn_inactive_repressor_4(X) = fn_allosteric_protein_23(X)
& fn_inactive_repressor_3(X) = fn_allosteric_protein_24(X)
& fn_inactive_repressor_5(X) = fn_allosteric_protein_22(X)
& fn_inactive_repressor_2(X) = fn_allosteric_protein_25(X)
& fn_inactive_repressor_23(X) = fn_allosteric_protein_10(X)
& fn_inactive_repressor_8(X) = fn_allosteric_protein_20(X)
& fn_inactive_repressor_17(X) = fn_allosteric_protein_13(X)
& fn_inactive_repressor_22(X) = fn_allosteric_protein_11(X)
& fn_inactive_repressor_16(X) = fn_allosteric_protein_14(X)
& fn_inactive_repressor_9(X) = fn_allosteric_protein_19(X)
& fn_inactive_repressor_6(X) = fn_allosteric_protein_21(X)
& fn_inactive_repressor_7(X) = fn_allosteric_protein_6(X)
& fn_inactive_repressor_13(X) = fn_allosteric_protein_9(X)
& fn_inactive_repressor_12(X) = fn_allosteric_protein_7(X)
& fn_inactive_repressor_11(X) = fn_allosteric_protein_17(X)
& fn_inactive_repressor_14(X) = fn_allosteric_protein_16(X)
& fn_inactive_repressor_15(X) = fn_allosteric_protein_15(X)
& fn_inactive_repressor_10(X) = fn_allosteric_protein_18(X)
& fn_inactive_repressor_21(X) = fn_allosteric_protein_12(X)
& fn_inactive_repressor_20(X) = fn_allosteric_protein_4(X)
& fn_inactive_repressor_19(X) = fn_allosteric_protein_3(X)
& fn_inactive_repressor_18(X) = fn_allosteric_protein_2(X) ) ) ).
fof(a530334,axiom,
! [X] :
( inanimate_object_1(X)
=> ( original_name_2(X,'Inanimate-Object')
& description_2(X,'A non-living thing')
& concept2words_2(X,'inanimate object')
& concept2words_2(X,'inanimate-object')
& physical_object_1(X) ) ) ).
fof(a530335,axiom,
! [X] :
( inborn_error_of_metabolism_1(X)
=> ( original_name_2(X,'Inborn-Error-Of-Metabolism')
& user_description_2(X,'Class of genetic diseases which result in hereditory metabolic disorders.')
& concept2words_2(X,'inborn error of metabolism')
& concept2words_2(X,'inborn-error-of-metabolism')
& human_genetic_disorder_1(X) ) ) ).
fof(a530336,axiom,
! [X] :
( incisor_1(X)
=> ( original_name_2(X,'Incisor')
& user_description_2(X,'Relatively flat, blade-like tooth, located near the front of the mouth, specialized for holding and tearing food.')
& concept2words_2(X,incisor)
& tooth_1(X)
& food_1(fn_incisor_1(X))
& tangible_entity_1(fn_incisor_2(X))
& shear_1(fn_incisor_3(X))
& tangible_entity_1(fn_food_3(fn_incisor_1(X)))
& tangible_entity_1(fn_impair_1(fn_incisor_3(X)))
& agent_2(fn_incisor_3(X),X)
& has_function_2(X,fn_incisor_3(X))
& plays_2(fn_incisor_2(X),fn_incisor_1(X))
& object_2(fn_incisor_3(X),fn_incisor_2(X))
& fn_incisor_2(X) = fn_food_3(fn_incisor_1(X))
& fn_incisor_2(X) = fn_impair_1(fn_incisor_3(X))
& fn_food_3(fn_incisor_1(X)) = fn_impair_1(fn_incisor_3(X)) ) ) ).
fof(a530337,axiom,
! [X] :
( incomplete_dominance_1(X)
=> ( original_name_2(X,'Incomplete-Dominance')
& user_description_2(X,'The situation in which the phenotype of heterozygotes is intermediate between the phenotypes of individuals homozygous for either allele.')
& concept2words_2(X,'incomplete dominance')
& concept2words_2(X,'incomplete-dominance')
& gene_allele_relationship_1(X)
& homozygous_1(fn_incomplete_dominance_1(X))
& dominant_allele_1(fn_incomplete_dominance_2(X))
& code_for_1(fn_incomplete_dominance_3(X))
& trait_on_one_end_of_a_range_1(fn_incomplete_dominance_4(X))
& allele_1(fn_homozygous_3(fn_incomplete_dominance_1(X)))
& code_for_1(fn_gene_13(fn_incomplete_dominance_2(X)))
& entity_1(fn_code_for_2(fn_incomplete_dominance_3(X)))
& element_2(fn_incomplete_dominance_1(X),fn_incomplete_dominance_2(X))
& agent_2(fn_incomplete_dominance_3(X),fn_incomplete_dominance_2(X))
& object_2(X,fn_incomplete_dominance_1(X))
& result_2(fn_incomplete_dominance_3(X),fn_incomplete_dominance_4(X))
& fn_incomplete_dominance_2(X) = fn_homozygous_3(fn_incomplete_dominance_1(X))
& fn_incomplete_dominance_3(X) = fn_gene_13(fn_incomplete_dominance_2(X))
& fn_incomplete_dominance_1(X) = fn_gene_allele_relationship_1(X)
& fn_incomplete_dominance_4(X) = fn_code_for_2(fn_incomplete_dominance_3(X)) ) ) ).
fof(a530338,axiom,
! [X] :
( incomplete_dominance_cross_breeding_event_1(X)
=> ( original_name_2(X,'Incomplete-Dominance-Cross-Breeding-Event')
& user_description_2(X,'Mating of two individuals, with expression of incomplete dominant alleles being investigated.')
& concept2words_2(X,'incomplete dominance cross breeding event')
& concept2words_2(X,'incomplete-dominance-cross-breeding-event')
& cross_breeding_event_1(X)
& ~ codominance_cross_breeding_event_1(X)
& ~ complete_dominance_cross_breeding_event_1(X)
& ~ homozygous_dominant_cross_1(X)
& ~ homozygous_recessive_cross_1(X)
& ~ hybridization_1(X)
& ~ sex_linkage_cross_breeding_event_1(X)
& ~ testcross_1(X)
& incomplete_dominance_1(fn_incomplete_dominance_cross_breeding_event_1(X))
& by_means_of_2(fn_incomplete_dominance_cross_breeding_event_1(X),X)
& fn_incomplete_dominance_cross_breeding_event_1(X) = fn_cross_breeding_event_6(X) ) ) ).
fof(a530339,axiom,
! [X] :
( incomplete_flower_1(X)
=> ( original_name_2(X,'Incomplete-Flower')
& user_description_2(X,'A flower in which one or more of the four basic floral organs (sepals, petals, stamens, or carpels) are either absent or nonfunctional.')
& concept2words_2(X,'incomplete flower')
& concept2words_2(X,'incomplete-flower')
& flower_1(X)
& ~ complete_flower_1(X) ) ) ).
fof(a530340,axiom,
! [X] :
( incomplete_metamorphosis_1(X)
=> ( original_name_2(X,'Incomplete-Metamorphosis')
& user_description_2(X,'A type of development in some insects, suchh as dragonflies and grasshoppers, in which there is no distinct larval stage and the young resemble small versions of the adult form. There is no radical metamorphosis; instead, the young undergo a series of molts, each time looking more like the adult form, until the full size is attained.')
& concept2words_2(X,metamorphose)
& concept2words_2(X,'incomplete metamorphosis')
& concept2words_2(X,'incomplete-metamorphosis')
& metamorphosis_1(X)
& ~ complete_metamorphosis_1(X) ) ) ).
fof(a530341,axiom,
! [X] :
( incomplete_valence_shell_1(X)
=> ( original_name_2(X,'Incomplete-Valence-Shell')
& user_description_2(X,'The outermost energy shell of an atom holding less than the maximum number of possible valence electrons.')
& concept2words_2(X,'incomplete outer shell')
& concept2words_2(X,'incomplete valence shell')
& concept2words_2(X,'incomplete-valence-shell')
& valence_shell_1(X)
& ~ complete_valence_shell_1(X) ) ) ).
fof(a530342,axiom,
! [X] :
( increase_1(X)
=> ( original_name_2(X,'Increase')
& concept2words_2(X,increase)
& change_1(X)
& property_value_1(fn_increase_3(X))
& property_value_1(fn_increase_4(X))
& to_value_2(X,fn_increase_4(X))
& from_value_2(X,fn_increase_3(X))
& greater_than_2(fn_increase_4(X),fn_increase_3(X)) ) ) ).
fof(a530343,axiom,
! [X] :
( increase_in_accuracy_of_dna_replication_1(X)
=> ( original_name_2(X,'Increase-In-Accuracy-Of-DNA-Replication')
& user_description_2(X,'Process of increasing accuracy of DNA Replication.')
& concept2words_2(X,'increase in accuracy of dna replication')
& concept2words_2(X,'increase-in-accuracy-of-dna-replication')
& gain_1(X)
& specificity_of_base_pairing_1(fn_increase_in_accuracy_of_dna_replication_1(X))
& dna_proofreading_1(fn_increase_in_accuracy_of_dna_replication_2(X))
& by_means_of_2(X,fn_increase_in_accuracy_of_dna_replication_2(X))
& causes_2(fn_increase_in_accuracy_of_dna_replication_1(X),X)
& causes_2(fn_increase_in_accuracy_of_dna_replication_2(X),X) ) ) ).
fof(a530344,axiom,
! [X] :
( increase_in_cell_size_1(X)
=> ( original_name_2(X,'Increase-In-Cell-Size')
& user_description_2(X,'The growth in the size of the cell limited by the ratio of surface area to volume.')
& concept2words_2(X,grow)
& concept2words_2(X,'increase in cell size')
& concept2words_2(X,'increase-in-cell-size')
& expand_1(X)
& ~ wet_1(X)
& ~ heat_1(X)
& ~ condense_1(X)
& ~ brighten_1(X)
& ~ cell_elongation_1(X)
& ~ increase_of_activation_energy_1(X)
& decrease_1(fn_increase_in_cell_size_1(X))
& tangible_entity_1(fn_increase_in_cell_size_2(X))
& cell_1(fn_increase_in_cell_size_2(X))
& property_value_1(fn_increase_in_cell_size_3(X))
& size_value_1(fn_increase_in_cell_size_3(X))
& property_node_1(fn_cell_10(fn_increase_in_cell_size_2(X)))
& size_value_1(fn_cell_11(fn_increase_in_cell_size_2(X)))
& causes_2(X,fn_increase_in_cell_size_1(X))
& object_2(X,fn_increase_in_cell_size_2(X))
& base_2(X,fn_increase_in_cell_size_2(X))
& to_value_2(X,fn_increase_in_cell_size_3(X))
& size_2(fn_increase_in_cell_size_2(X),fn_increase_in_cell_size_3(X))
& fn_increase_in_cell_size_2(X) = fn_expand_1(X)
& fn_increase_in_cell_size_3(X) = fn_increase_4(X)
& fn_increase_in_cell_size_4(X) = fn_cell_10(fn_increase_in_cell_size_2(X))
& fn_increase_in_cell_size_3(X) = fn_cell_11(fn_increase_in_cell_size_2(X))
& fn_increase_4(X) = fn_cell_11(fn_increase_in_cell_size_2(X))
& fn_cell_11(fn_increase_in_cell_size_2(X)) = fn_cell_11(fn_increase_in_cell_size_2(X)) ) ) ).
fof(a530345,axiom,
! [X] :
( increase_in_stability_1(X)
=> ( original_name_2(X,'Increase-in-Stability')
& user_description_2(X,'Process of increasing stability.')
& concept2words_2(X,increase)
& concept2words_2(X,'increase in stability')
& concept2words_2(X,'increase-in-stability')
& gain_1(X) ) ) ).
fof(a530346,axiom,
! [X,X1] :
( ( object_2(X,X1)
& increase_1(X)
& activation_energy_1(X1) )
=> ( increase_of_activation_energy_1(X)
& fn_increase_of_activation_energy_4(X) = X1 ) ) ).
fof(a530347,axiom,
! [X] :
( increase_of_activation_energy_1(X)
=> ( original_name_2(X,'Increase-of-Activation-Energy')
& user_description_2(X,'It is the process of increase of activation energy.')
& concept2words_2(X,increase)
& concept2words_2(X,'increase of activation energy')
& concept2words_2(X,'increase-of-activation-energy')
& increase_1(X)
& ~ wet_1(X)
& ~ heat_1(X)
& ~ expand_1(X)
& ~ condense_1(X)
& ~ brighten_1(X)
& ~ cell_elongation_1(X)
& ~ increase_in_cell_size_1(X)
& quantity_value_1(fn_increase_of_activation_energy_1(X))
& system_1(fn_increase_of_activation_energy_3(X))
& activation_energy_1(fn_increase_of_activation_energy_4(X))
& event_1(fn_increase_of_activation_energy_5(X))
& threshold_potential_1(fn_increase_of_activation_energy_9(X))
& quantity_value_1(fn_increase_of_activation_energy_10(X))
& property_node_1(fn_voltage_8(fn_increase_of_activation_energy_9(X)))
& quantity_value_1(fn_voltage_9(fn_increase_of_activation_energy_9(X)))
& quantity_2(fn_increase_of_activation_energy_4(X),fn_increase_of_activation_energy_1(X))
& called_2(fn_increase_of_activation_energy_1(X),'Q_ae')
& called_2(fn_increase_of_activation_energy_10(X),'Q_tp')
& object_2(X,fn_increase_of_activation_energy_4(X))
& causes_2(X,fn_increase_of_activation_energy_5(X))
& quantity_2(fn_increase_of_activation_energy_9(X),fn_increase_of_activation_energy_10(X))
& fn_increase_of_activation_energy_11(X) = fn_voltage_8(fn_increase_of_activation_energy_9(X))
& fn_increase_of_activation_energy_10(X) = fn_voltage_9(fn_increase_of_activation_energy_9(X)) ) ) ).
fof(a530348,axiom,
! [X] :
( incubation_1(X)
=> ( original_name_2(X,'Incubation')
& user_description_2(X,'In birds and some reptiles, sitting on or huddling around a clutch of eggs to maintain them at the temperature required for embryo development.')
& concept2words_2(X,incubate)
& concept2words_2(X,incubation)
& scientific_method_1(X) ) ) ).
fof(a530349,axiom,
! [X] :
( incus_1(X)
=> ( original_name_2(X,'Incus')
& user_description_2(X,'The second of three bones in the middle ear of mammals; also called the anvil.')
& concept2words_2(X,incus)
& bone_1(X)
& ~ jaw_1(X)
& ~ malleus_1(X)
& ~ mandible_1(X)
& ~ stapes_1(X) ) ) ).
fof(a530350,axiom,
! [X] :
( independent_assortment_1(X)
=> ( original_name_2(X,'Independent-Assortment')
& user_description_2(X,'The random orientation of pairs of homologous chromosomes at metaphase of meiosis I resulting in the random sorting of chromosomes, independent of every other pair of chromosomes, into the daughter cells formed during meiosis.')
& concept2words_2(X,'assortment of independent')
& concept2words_2(X,'independent assortment')
& concept2words_2(X,'independent-assortment')
& subcellular_movement_1(X)
& eukaryotic_cell_1(fn_independent_assortment_1(X))
& genetic_variation_1(fn_independent_assortment_2(X))
& chromatid_1(fn_independent_assortment_3(X))
& tangible_entity_1(fn_independent_assortment_4(X))
& nucleus_1(fn_independent_assortment_4(X))
& tangible_entity_1(fn_independent_assortment_5(X))
& nucleus_1(fn_independent_assortment_5(X))
& tangible_entity_1(fn_independent_assortment_6(X))
& nucleus_1(fn_independent_assortment_6(X))
& tangible_entity_1(fn_independent_assortment_7(X))
& nucleus_1(fn_independent_assortment_7(X))
& gamete_1(fn_independent_assortment_8(X))
& chromatid_1(fn_independent_assortment_9(X))
& move_together_1(fn_independent_assortment_10(X))
& move_together_1(fn_independent_assortment_11(X))
& gamete_1(fn_independent_assortment_12(X))
& gamete_1(fn_independent_assortment_13(X))
& gamete_1(fn_independent_assortment_14(X))
& tetrad_1(fn_independent_assortment_15(X))
& move_together_1(fn_independent_assortment_16(X))
& move_together_1(fn_independent_assortment_17(X))
& homologous_chromosome_1(fn_independent_assortment_18(X))
& homologous_chromosome_1(fn_independent_assortment_19(X))
& chromatid_1(fn_independent_assortment_20(X))
& chromatid_1(fn_independent_assortment_21(X))
& chromatid_1(fn_independent_assortment_22(X))
& chromatid_1(fn_independent_assortment_23(X))
& homologous_chromosome_1(fn_independent_assortment_24(X))
& homologous_chromosome_1(fn_independent_assortment_25(X))
& chromatid_1(fn_independent_assortment_26(X))
& chromatid_1(fn_independent_assortment_27(X))
& tetrad_1(fn_independent_assortment_28(X))
& chromatid_1(fn_independent_assortment_29(X))
& spatial_entity_1(fn_move_together_3(fn_independent_assortment_16(X)))
& spatial_entity_1(fn_move_together_3(fn_independent_assortment_11(X)))
& spatial_entity_1(fn_move_together_3(fn_independent_assortment_10(X)))
& spatial_entity_1(fn_move_together_3(fn_independent_assortment_17(X)))
& spatial_entity_1(fn_move_together_2(fn_independent_assortment_16(X)))
& spatial_entity_1(fn_move_together_1(fn_independent_assortment_16(X)))
& spatial_entity_1(fn_move_together_2(fn_independent_assortment_11(X)))
& spatial_entity_1(fn_move_together_1(fn_independent_assortment_11(X)))
& spatial_entity_1(fn_move_together_2(fn_independent_assortment_10(X)))
& spatial_entity_1(fn_move_together_2(fn_independent_assortment_17(X)))
& spatial_entity_1(fn_move_together_1(fn_independent_assortment_10(X)))
& spatial_entity_1(fn_move_together_1(fn_independent_assortment_17(X)))
& tangible_entity_1(fn_haploid_cell_8(fn_independent_assortment_14(X)))
& nucleus_1(fn_haploid_cell_8(fn_independent_assortment_14(X)))
& tangible_entity_1(fn_haploid_cell_8(fn_independent_assortment_13(X)))
& nucleus_1(fn_haploid_cell_8(fn_independent_assortment_13(X)))
& tangible_entity_1(fn_haploid_cell_8(fn_independent_assortment_8(X)))
& nucleus_1(fn_haploid_cell_8(fn_independent_assortment_8(X)))
& homologous_chromosome_1(fn_tetrad_1(fn_independent_assortment_15(X)))
& homologous_chromosome_1(fn_tetrad_2(fn_independent_assortment_15(X)))
& homologous_chromosome_1(fn_tetrad_1(fn_independent_assortment_28(X)))
& homologous_chromosome_1(fn_tetrad_2(fn_independent_assortment_28(X)))
& tangible_entity_1(fn_haploid_cell_8(fn_independent_assortment_12(X)))
& nucleus_1(fn_haploid_cell_8(fn_independent_assortment_12(X)))
& has_part_2(fn_independent_assortment_1(X),fn_independent_assortment_28(X))
& has_part_2(fn_independent_assortment_1(X),fn_independent_assortment_15(X))
& has_part_2(fn_independent_assortment_18(X),fn_independent_assortment_23(X))
& has_part_2(fn_independent_assortment_18(X),fn_independent_assortment_22(X))
& has_part_2(fn_independent_assortment_19(X),fn_independent_assortment_21(X))
& has_part_2(fn_independent_assortment_19(X),fn_independent_assortment_20(X))
& has_part_2(fn_independent_assortment_24(X),fn_independent_assortment_9(X))
& has_part_2(fn_independent_assortment_24(X),fn_independent_assortment_29(X))
& has_part_2(fn_independent_assortment_25(X),fn_independent_assortment_27(X))
& has_part_2(fn_independent_assortment_25(X),fn_independent_assortment_26(X))
& causes_2(X,fn_independent_assortment_2(X))
& first_subevent_2(X,fn_independent_assortment_16(X))
& object_2(X,fn_independent_assortment_15(X))
& object_2(X,fn_independent_assortment_28(X))
& subevent_2(X,fn_independent_assortment_16(X))
& subevent_2(X,fn_independent_assortment_10(X))
& subevent_2(X,fn_independent_assortment_11(X))
& subevent_2(X,fn_independent_assortment_17(X))
& result_2(X,fn_independent_assortment_8(X))
& result_2(X,fn_independent_assortment_12(X))
& result_2(X,fn_independent_assortment_13(X))
& result_2(X,fn_independent_assortment_14(X))
& is_inside_2(fn_independent_assortment_7(X),fn_independent_assortment_14(X))
& has_part_2(fn_independent_assortment_7(X),fn_independent_assortment_3(X))
& is_inside_2(fn_independent_assortment_6(X),fn_independent_assortment_13(X))
& is_inside_2(fn_independent_assortment_5(X),fn_independent_assortment_8(X))
& is_inside_2(fn_independent_assortment_4(X),fn_independent_assortment_12(X))
& destination_2(fn_independent_assortment_16(X),fn_independent_assortment_14(X))
& destination_2(fn_independent_assortment_11(X),fn_independent_assortment_8(X))
& destination_2(fn_independent_assortment_10(X),fn_independent_assortment_12(X))
& destination_2(fn_independent_assortment_17(X),fn_independent_assortment_13(X))
& object_2(fn_independent_assortment_16(X),fn_independent_assortment_21(X))
& object_2(fn_independent_assortment_16(X),fn_independent_assortment_26(X))
& object_2(fn_independent_assortment_11(X),fn_independent_assortment_22(X))
& object_2(fn_independent_assortment_11(X),fn_independent_assortment_29(X))
& object_2(fn_independent_assortment_10(X),fn_independent_assortment_9(X))
& object_2(fn_independent_assortment_17(X),fn_independent_assortment_23(X))
& object_2(fn_independent_assortment_10(X),fn_independent_assortment_20(X))
& object_2(fn_independent_assortment_17(X),fn_independent_assortment_27(X))
& has_part_2(fn_independent_assortment_14(X),fn_independent_assortment_7(X))
& has_part_2(fn_independent_assortment_13(X),fn_independent_assortment_6(X))
& has_part_2(fn_independent_assortment_8(X),fn_independent_assortment_5(X))
& has_part_2(fn_independent_assortment_15(X),fn_independent_assortment_24(X))
& has_part_2(fn_independent_assortment_15(X),fn_independent_assortment_25(X))
& has_part_2(fn_independent_assortment_28(X),fn_independent_assortment_19(X))
& has_part_2(fn_independent_assortment_28(X),fn_independent_assortment_18(X))
& has_part_2(fn_independent_assortment_12(X),fn_independent_assortment_4(X))
& fn_independent_assortment_14(X) = fn_move_together_3(fn_independent_assortment_16(X))
& fn_independent_assortment_8(X) = fn_move_together_3(fn_independent_assortment_11(X))
& fn_independent_assortment_12(X) = fn_move_together_3(fn_independent_assortment_10(X))
& fn_independent_assortment_13(X) = fn_move_together_3(fn_independent_assortment_17(X))
& fn_independent_assortment_21(X) = fn_move_together_2(fn_independent_assortment_16(X))
& fn_independent_assortment_26(X) = fn_move_together_1(fn_independent_assortment_16(X))
& fn_independent_assortment_22(X) = fn_move_together_2(fn_independent_assortment_11(X))
& fn_independent_assortment_29(X) = fn_move_together_1(fn_independent_assortment_11(X))
& fn_independent_assortment_9(X) = fn_move_together_2(fn_independent_assortment_10(X))
& fn_independent_assortment_23(X) = fn_move_together_2(fn_independent_assortment_17(X))
& fn_independent_assortment_20(X) = fn_move_together_1(fn_independent_assortment_10(X))
& fn_independent_assortment_27(X) = fn_move_together_1(fn_independent_assortment_17(X))
& fn_independent_assortment_7(X) = fn_haploid_cell_8(fn_independent_assortment_14(X))
& fn_independent_assortment_6(X) = fn_haploid_cell_8(fn_independent_assortment_13(X))
& fn_independent_assortment_5(X) = fn_haploid_cell_8(fn_independent_assortment_8(X))
& fn_independent_assortment_24(X) = fn_tetrad_1(fn_independent_assortment_15(X))
& fn_independent_assortment_25(X) = fn_tetrad_2(fn_independent_assortment_15(X))
& fn_independent_assortment_19(X) = fn_tetrad_1(fn_independent_assortment_28(X))
& fn_independent_assortment_18(X) = fn_tetrad_2(fn_independent_assortment_28(X))
& fn_independent_assortment_4(X) = fn_haploid_cell_8(fn_independent_assortment_12(X)) ) ) ).
fof(a530351,axiom,
! [X] :
( independently_inherited_1(X)
=> ( original_name_2(X,'Independently-Inherited')
& user_description_2(X,'Referring to genes that are randomly distributed into the gametes resulting from meiosis (unless they are physically linked on the same chromosome).')
& concept2words_2(X,'inherit independently')
& concept2words_2(X,'independently inherited')
& concept2words_2(X,'independently-inherited')
& inheritance_1(X) ) ) ).
fof(a530352,axiom,
! [X] :
( indeterminate_cleavage_1(X)
=> ( original_name_2(X,'Indeterminate-Cleavage')
& user_description_2(X,'In early animal development, a type of cleavage in which cell fates are determined relatively late, and each cell retains the ability to develop into a complete embryo. Occurs in deuterostomes.')
& concept2words_2(X,'undergo indeterminate cleavage')
& concept2words_2(X,'indeterminate cleavage')
& concept2words_2(X,'indeterminate-cleavage')
& cleavage_1(X)
& ~ determinate_cleavage_1(X)
& ~ holoblastic_cleavage_1(X)
& ~ meroblastic_cleavage_1(X)
& ~ spiral_cleavage_1(X) ) ) ).
fof(a530353,axiom,
! [X] :
( indeterminate_growth_1(X)
=> ( original_name_2(X,'Indeterminate-Growth')
& user_description_2(X,'Growth that continues throughout an organism\'s lifetime.')
& concept2words_2(X,'indeterminate growth')
& concept2words_2(X,'indeterminate-growth')
& developmental_process_1(X)
& ~ determinate_growth_1(X) ) ) ).
fof(a530354,axiom,
! [X] :
( indium_1(X)
=> ( original_name_2(X,'Indium')
& user_description_2(X,'Indium is a metal atom with atomic number 49. It is represented by the symbol In.')
& concept2words_2(X,indium)
& metal_atom_1(X)
& ~ boron_1(X)
& ~ barium_1(X)
& ~ cesium_1(X)
& ~ sodium_1(X)
& ~ lead_1(X)
& ~ polonium_1(X)
& neutron_1(fn_indium_3(X))
& atomic_mass_value_1(fn_indium_4(X))
& electronegativity_value_1(fn_indium_5(X))
& valence_electron_1(fn_indium_8(X))
& atomic_weight_value_1(fn_indium_9(X))
& quantity_value_1(fn_indium_10(X))
& atomic_number_value_1(fn_indium_11(X))
& the_cardinal_value_2(fn_indium_11(X),"49")
& cardinal_unit_class_2(fn_indium_11(X),unity_0)
& electronegativity_2(X,fn_indium_5(X))
& mass_number_2(X,fn_indium_4(X))
& exactCardinality(X,has_part_0,"66",neutron_0)
& exactCardinality(X,has_part_0,"49",proton_0)
& exactCardinality(X,has_part_0,"49",electron_0)
& has_part_2(X,fn_indium_3(X))
& the_cardinal_value_2(fn_indium_10(X),"3")
& cardinal_unit_class_2(fn_indium_10(X),unity_0)
& the_cardinal_value_2(fn_indium_5(X),"1.78")
& cardinal_unit_class_2(fn_indium_5(X),unity_0)
& the_cardinal_value_2(fn_indium_4(X),"115")
& cardinal_unit_class_2(fn_indium_4(X),unity_0)
& the_cardinal_value_2(fn_indium_9(X),"114.8")
& cardinal_unit_class_2(fn_indium_9(X),dalton_0)
& atomic_weight_2(X,fn_indium_9(X))
& atomic_number_2(X,fn_indium_11(X))
& has_part_2(X,fn_indium_8(X))
& quantity_2(fn_indium_8(X),fn_indium_10(X))
& fn_indium_7(X) = fn_atom_13(X)
& fn_indium_9(X) = fn_atom_16(X)
& fn_indium_12(X) = fn_atom_12(X)
& fn_indium_11(X) = fn_atom_17(X)
& fn_indium_6(X) = fn_atom_1(X)
& fn_indium_10(X) = fn_atom_5(X)
& fn_indium_8(X) = fn_atom_14(X) ) ) ).
fof(a530355,axiom,
! [X] :
( individualistic_hypothesis_1(X)
=> ( original_name_2(X,'Individualistic-Hypothesis')
& user_description_2(X,'The hypothesis that species found together are members of a community simply because they happen to have similar abiotic requirements.')
& concept2words_2(X,'individualistic hypothesis')
& concept2words_2(X,'individualistic-hypothesis')
& hypothesis_1(X)
& ~ bicoid_protein_hypothesis_1(X)
& ~ interactive_hypothesis_1(X)
& ~ practice_hypothesis_of_play_1(X)
& ~ snowball_earth_hypothesis_1(X) ) ) ).
fof(a530356,axiom,
! [X] :
( induced_fit_1(X)
=> ( original_name_2(X,'Induced-Fit')
& user_description_2(X,'A modification of the shape of the active site of an enzyme so that it holds substrate molecules tightly. The shape change is induced when the substrate enters the enzyme\'s binding site.')
& concept2words_2(X,'induced fit')
& concept2words_2(X,'induced-fit')
& conformational_change_1(X)
& ~ feedback_inhibition_1(X)
& charge_value_1(fn_induced_fit_4(X))
& chemical_bond_1(fn_induced_fit_5(X))
& quantity_value_1(fn_induced_fit_6(X))
& speed_value_1(fn_induced_fit_7(X))
& active_site_1(fn_induced_fit_8(X))
& enzymatic_reaction_1(fn_induced_fit_9(X))
& chemical_reaction_1(fn_induced_fit_9(X))
& reactant_1(fn_induced_fit_10(X))
& constant_motion_1(fn_induced_fit_11(X))
& kinetic_energy_1(fn_induced_fit_12(X))
& spatial_entity_1(fn_induced_fit_13(X))
& tangible_entity_1(fn_induced_fit_13(X))
& chemical_entity_1(fn_induced_fit_13(X))
& enter_1(fn_induced_fit_14(X))
& active_site_1(fn_enzymatic_reaction_13(fn_induced_fit_9(X)))
& constant_motion_1(fn_kinetic_energy_1(fn_induced_fit_12(X)))
& chemical_reaction_1(fn_reactant_2(fn_induced_fit_10(X)))
& spatial_entity_1(fn_locomotion_1(fn_induced_fit_14(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_induced_fit_12(X)))
& chemical_entity_1(fn_reactant_3(fn_induced_fit_10(X)))
& speed_2(fn_induced_fit_11(X),fn_induced_fit_7(X))
& the_cardinal_value_2(fn_induced_fit_4(X),"0")
& cardinal_unit_class_2(fn_induced_fit_4(X),unity_0)
& quantity_2(fn_induced_fit_12(X),fn_induced_fit_6(X))
& directly_proportional_2(fn_induced_fit_7(X),fn_induced_fit_6(X))
& charge_2(fn_induced_fit_13(X),fn_induced_fit_4(X))
& possesses_2(fn_induced_fit_13(X),fn_induced_fit_5(X))
& causes_2(fn_induced_fit_14(X),X)
& destination_2(fn_induced_fit_14(X),fn_induced_fit_8(X))
& agent_2(fn_induced_fit_14(X),fn_induced_fit_13(X))
& object_2(fn_induced_fit_14(X),fn_induced_fit_13(X))
& site_2(fn_induced_fit_9(X),fn_induced_fit_8(X))
& possesses_2(fn_induced_fit_13(X),fn_induced_fit_12(X))
& object_2(fn_induced_fit_11(X),fn_induced_fit_13(X))
& in_event_2(fn_induced_fit_10(X),fn_induced_fit_9(X))
& raw_material_2(fn_induced_fit_9(X),fn_induced_fit_13(X))
& plays_2(fn_induced_fit_13(X),fn_induced_fit_10(X))
& fn_induced_fit_13(X) = fn_locomotion_1(fn_induced_fit_14(X))
& fn_induced_fit_8(X) = fn_enzymatic_reaction_13(fn_induced_fit_9(X))
& fn_induced_fit_11(X) = fn_kinetic_energy_1(fn_induced_fit_12(X))
& fn_induced_fit_13(X) = fn_kinetic_energy_2(fn_induced_fit_12(X))
& fn_induced_fit_13(X) = fn_reactant_3(fn_induced_fit_10(X))
& fn_induced_fit_9(X) = fn_reactant_2(fn_induced_fit_10(X))
& fn_locomotion_1(fn_induced_fit_14(X)) = fn_locomotion_1(fn_induced_fit_14(X))
& fn_locomotion_1(fn_induced_fit_14(X)) = fn_kinetic_energy_2(fn_induced_fit_12(X))
& fn_kinetic_energy_2(fn_induced_fit_12(X)) = fn_kinetic_energy_2(fn_induced_fit_12(X))
& fn_kinetic_energy_2(fn_induced_fit_12(X)) = fn_reactant_3(fn_induced_fit_10(X))
& fn_reactant_3(fn_induced_fit_10(X)) = fn_reactant_3(fn_induced_fit_10(X)) ) ) ).
fof(a530357,axiom,
! [X] :
( inducer_1(X)
=> ( original_name_2(X,'Inducer')
& user_description_2(X,'A specific small molecule that binds to a bacterial repressor protein and changes the repressor\'s shape so that it cannot bind to an operator, thus switching an operon on.')
& concept2words_2(X,'inducible enzyme')
& concept2words_2(X,'inducible protein')
& concept2words_2(X,'inducer enzyme')
& concept2words_2(X,'inducer protein')
& concept2words_2(X,inducer)
& cofactor_1(X)
& ~ coenzyme_1(X)
& ~ corepressor_1(X)
& ~ cyclic_amp_1(X)
& ~ prosthetic_group_1(X)
& transcription_1(fn_inducer_1(X))
& attach_1(fn_inducer_2(X))
& inactive_repressor_1(fn_inducer_3(X))
& conformational_change_1(fn_inducer_4(X))
& amphipathic_molecule_1(fn_inducer_5(X))
& repressor_1(fn_inducer_5(X))
& spatial_entity_1(fn_inducer_6(X))
& chemical_entity_1(fn_inducer_6(X))
& conformational_change_1(fn_inactive_repressor_25(fn_inducer_3(X)))
& attach_1(fn_repressor_4(fn_inducer_5(X)))
& spatial_entity_1(fn_attach_1(fn_inducer_2(X)))
& enables_2(fn_inducer_4(X),fn_inducer_1(X))
& result_2(fn_inducer_2(X),fn_inducer_3(X))
& enables_2(fn_inducer_2(X),fn_inducer_4(X))
& object_2(fn_inducer_2(X),fn_inducer_6(X))
& result_2(fn_inducer_4(X),fn_inducer_3(X))
& plays_2(fn_inducer_6(X),X)
& base_2(fn_inducer_2(X),fn_inducer_5(X))
& fn_inducer_6(X) = fn_attach_1(fn_inducer_2(X))
& fn_inducer_4(X) = fn_inactive_repressor_25(fn_inducer_3(X))
& fn_inducer_6(X) = fn_cofactor_1(X)
& fn_inducer_2(X) = fn_repressor_4(fn_inducer_5(X))
& fn_attach_1(fn_inducer_2(X)) = fn_cofactor_1(X) ) ) ).
fof(a530358,axiom,
! [X] :
( inducible_operon_1(X)
=> ( original_name_2(X,'Inducible-Operon')
& user_description_2(X,'A functioning unit of genomic material containing a cluster of genes under the control of a single regulatory signal or promoter. The operon is usually turned off but can be stimulated when a specific, small molecule interacts with a regulatory protein.')
& concept2words_2(X,'inducible operon')
& concept2words_2(X,'inducible-operon')
& operon_1(X)
& ~ repressible_operon_1(X)
& transcription_1(fn_inducible_operon_1(X))
& attach_1(fn_inducible_operon_2(X))
& active_repressor_1(fn_inducible_operon_3(X))
& attach_1(fn_repressor_4(fn_inducible_operon_3(X)))
& attach_1(fn_active_repressor_18(fn_inducible_operon_3(X)))
& base_2(fn_inducible_operon_1(X),X)
& enables_2(fn_inducible_operon_2(X),fn_inducible_operon_1(X))
& base_2(fn_inducible_operon_2(X),fn_inducible_operon_3(X))
& fn_inducible_operon_2(X) = fn_repressor_4(fn_inducible_operon_3(X))
& fn_inducible_operon_2(X) = fn_active_repressor_18(fn_inducible_operon_3(X))
& fn_repressor_4(fn_inducible_operon_3(X)) = fn_active_repressor_18(fn_inducible_operon_3(X)) ) ) ).
fof(a530359,axiom,
! [X] :
( induction_1(X)
=> ( original_name_2(X,'Induction')
& user_description_2(X,'In early development, the process by which one group of cells influences the development of another nearby cell or group of cells, typically by influencing gene expression.')
& concept2words_2(X,induce)
& concept2words_2(X,induction)
& development_related_intercellular_process_1(X) ) ) ).
fof(a530360,axiom,
! [X] :
( inductive_reasoning_1(X)
=> ( original_name_2(X,'Inductive-Reasoning')
& user_description_2(X,'A type of logic in which generalizations are based on a large number of specific observations.')
& concept2words_2(X,'inductive reasoning')
& concept2words_2(X,'inductive-reasoning')
& scientific_method_1(X) ) ) ).
fof(a530361,axiom,
! [X] :
( inert_atom_1(X)
=> ( original_name_2(X,'Inert-Atom')
& user_description_2(X,'Unreactive, stable atom with a full valence shell.')
& concept2words_2(X,'noble gas')
& concept2words_2(X,'inert atom')
& concept2words_2(X,'inert-atom')
& non_metal_atom_1(X)
& chemical_stability_value_1(fn_inert_atom_1(X))
& the_categorical_value_2(fn_inert_atom_1(X),stable_0)
& chemical_stability_2(X,fn_inert_atom_1(X)) ) ) ).
fof(a530362,axiom,
! [X] :
( infant_1(X)
=> ( original_name_2(X,'Infant')
& user_description_2(X,'Young offspring of a human or other mammal.')
& concept2words_2(X,infant)
& living_entity_1(X)
& person_1(fn_infant_1(X))
& has_state_2(fn_infant_1(X),X) ) ) ).
fof(a530363,axiom,
! [X] :
( infected_cell_1(X)
=> ( original_name_2(X,'Infected-Cell')
& user_description_2(X,'A cell that has been infected by a virus.')
& concept2words_2(X,'infected cell')
& concept2words_2(X,'infected-cell')
& cell_state_1(X) ) ) ).
fof(a530364,axiom,
! [X] :
( infection_1(X)
=> ( original_name_2(X,'Infection')
& user_description_2(X,'The invasion of a host\'s body by pathogens or parasites.')
& concept2words_2(X,infect)
& concept2words_2(X,infection)
& macrophysiological_process_1(X) ) ) ).
fof(a530365,axiom,
! [X] :
( infectious_disease_1(X)
=> ( original_name_2(X,'Infectious-Disease')
& user_description_2(X,'A disease caused by infectious agents (e.g., bacteria) that can be transmissible from one host to another.')
& concept2words_2(X,'communicable disease')
& concept2words_2(X,'communicable-disease')
& concept2words_2(X,'contagious disease')
& concept2words_2(X,'contagious-disease')
& concept2words_2(X,'transmissible disease')
& concept2words_2(X,'transmissible-disease')
& concept2words_2(X,'infectious disease')
& concept2words_2(X,'infectious-disease')
& disease_1(X) ) ) ).
fof(a530366,axiom,
! [X] :
( infectious_particle_1(X)
=> ( original_name_2(X,'Infectious-Particle')
& user_description_2(X,'A non-living entity, such as a virus, a prion, or a viroid, that is capable of causing infection.')
& concept2words_2(X,pathogen)
& concept2words_2(X,'infectious particle')
& concept2words_2(X,'infectious-particle')
& pathogen_1(X)
& non_living_entity_1(X)
& host_1(fn_infectious_particle_1(X))
& cell_1(fn_infectious_particle_2(X))
& infection_1(fn_infectious_particle_3(X))
& event_1(fn_host_2(fn_infectious_particle_1(X)))
& living_entity_1(fn_host_1(fn_infectious_particle_1(X)))
& agent_2(fn_infectious_particle_3(X),X)
& object_2(fn_infectious_particle_3(X),fn_infectious_particle_2(X))
& in_event_2(fn_infectious_particle_1(X),fn_infectious_particle_3(X))
& plays_2(fn_infectious_particle_2(X),fn_infectious_particle_1(X))
& fn_infectious_particle_3(X) = fn_host_2(fn_infectious_particle_1(X))
& fn_infectious_particle_2(X) = fn_host_1(fn_infectious_particle_1(X)) ) ) ).
fof(a530367,axiom,
! [X] :
( inflammatory_response_1(X)
=> ( original_name_2(X,'Inflammatory-Response')
& user_description_2(X,'The innate immune response of the body to harmful stimuli such as physical injury or infection. The inflammatory response involves dilation of blood vessels in the affected area, the release of histamines, and mobilization of white blood cells to the site of injury.')
& concept2words_2(X,respond)
& concept2words_2(X,'inflammatory response')
& concept2words_2(X,'inflammatory-response')
& immune_response_1(X) ) ) ).
fof(a530368,axiom,
! [X] :
( inflorescence_1(X)
=> ( original_name_2(X,'Inflorescence')
& user_description_2(X,'A cluster of flowers on a shared stem.')
& concept2words_2(X,inflorescence)
& ensemble_1(X) ) ) ).
fof(a530369,axiom,
! [X] :
( influence_1(X)
=> ( original_name_2(X,'Influence')
& user_description_2(X,'Effect of one thing on another.')
& concept2words_2(X,influence)
& interact_1(X) ) ) ).
fof(a530370,axiom,
! [X] :
( influenza_1(X)
=> ( original_name_2(X,'Influenza')
& user_description_2(X,'An infectious respiratory disease caused by the influenza virus.')
& concept2words_2(X,flu)
& concept2words_2(X,influenza)
& viral_disease_1(X)
& ~ african_sleeping_sickness_1(X)
& ~ aids_1(X)
& ~ cholera_1(X)
& ~ cowpox_1(X)
& ~ encephalitis_1(X)
& ~ gastric_ulcer_1(X)
& ~ gonorrhea_1(X)
& ~ hemorrhagic_fever_1(X)
& ~ lyme_disease_1(X)
& ~ malaria_1(X)
& ~ mycosis_1(X)
& ~ smallpox_1(X)
& ~ tetanus_1(X)
& ~ tobacco_mosaic_disease_1(X)
& ~ tuberculosis_1(X) ) ) ).
fof(a530371,axiom,
! [X] :
( influenza_virus_1(X)
=> ( original_name_2(X,'Influenza-virus')
& user_description_2(X,'An RNA virus that infects epithelial cells of the respiratory tract abd causes influenza.')
& concept2words_2(X,flu)
& concept2words_2(X,'flu virus')
& concept2words_2(X,'flu-virus')
& concept2words_2(X,'virus of influenza')
& concept2words_2(X,'influenza virus')
& concept2words_2(X,'influenza-virus')
& rna_virus_1(X)
& ~ ebola_virus_1(X)
& ~ hantavirus_1(X)
& ~ nipah_virus_1(X)
& ~ retrovirus_1(X)
& ~ rna_virus_class_iv_1(X)
& ~ rna_virus_class_v_1(X)
& viral_envelope_1(fn_influenza_virus_1(X))
& virus_1(fn_viral_envelope_17(fn_influenza_virus_1(X)))
& has_part_2(X,fn_influenza_virus_1(X))
& X = fn_viral_envelope_17(fn_influenza_virus_1(X)) ) ) ).
fof(a530372,axiom,
! [X] :
( information_1(X)
=> ( original_name_2(X,'Information')
& description_2(X,'Knowledge communicated or received concerning a particular fact or circumstance. RHCD:1st Revised: 684.')
& concept2words_2(X,information)
& concept2words_2(X,info)
& concept2words_2(X,object)
& conceptual_entity_1(X)
& thing_1(fn_information_1(X))
& information_content_2(X,fn_information_1(X)) ) ) ).
fof(a530373,axiom,
! [X] :
( information_sequence_1(X)
=> ( original_name_2(X,'Information-Sequence')
& description_2(X,'A sequence which encodes information. Biological examples are DNA, RNA, and the amino acid sequence of proteins (which determines folding).')
& concept2words_2(X,string)
& concept2words_2(X,'sequence of information')
& concept2words_2(X,'information sequence')
& concept2words_2(X,'information-sequence')
& sequence_1(X)
& information_1(X)
& ~ coding_segment_1(X)
& ~ leader_segment_1(X)
& ~ telomere_with_3_prime_overhang_1(X)
& ~ terminator_sequence_1(X)
& ~ suggestion_1(X)
& ~ request_1(X)
& ~ cdna_library_1(X)
& ~ classification_unit_1(X)
& ~ dna_library_1(X)
& ~ ethics_1(X)
& ~ fossil_record_1(X)
& ~ genomic_library_1(X)
& ~ hypothesis_1(X)
& ~ positional_information_1(X)
& ~ proximate_causation_1(X)
& ~ representation_1(X)
& ~ rna_world_1(X)
& ~ scientific_laws_1(X)
& ~ species_concept_1(X) ) ) ).
fof(a530374,axiom,
! [X] :
( infrared_rays_1(X)
=> ( original_name_2(X,'Infrared-Rays')
& user_description_2(X,'Infrared-rays are the electromagnetic radiation with wavelenth ranging from 1000 nm to 1000000 nm. Their wavelength is shorter than that of Microwaves, but longer than Ultraviolet-rays')
& concept2words_2(X,'infrared ray')
& concept2words_2(X,'infrared-ray')
& light_1(X)
& length_value_1(fn_infrared_rays_3(X))
& length_value_1(fn_infrared_rays_4(X))
& electromagnetic_spectrum_1(fn_infrared_rays_5(X))
& length_value_1(fn_infrared_rays_7(X))
& element_2(fn_infrared_rays_5(X),X)
& the_cardinal_value_2(fn_infrared_rays_4(X),"1.0e0")
& cardinal_unit_class_2(fn_infrared_rays_4(X),millimeter_0)
& greater_than_or_equal_to_2(fn_infrared_rays_4(X),fn_infrared_rays_7(X))
& the_cardinal_value_2(fn_infrared_rays_3(X),"750.0e0")
& cardinal_unit_class_2(fn_infrared_rays_3(X),nanometer_0)
& greater_than_or_equal_to_2(fn_infrared_rays_7(X),fn_infrared_rays_3(X))
& wavelength_2(X,fn_infrared_rays_7(X))
& fn_infrared_rays_6(X) = fn_electromagnetic_energy_1(X)
& fn_infrared_rays_7(X) = fn_electromagnetic_energy_4(X) ) ) ).
fof(a530375,axiom,
! [X] :
( ingestion_1(X)
=> ( original_name_2(X,'Ingestion')
& user_description_2(X,'The act of eating food; the first step in food processing.')
& concept2words_2(X,ingest)
& concept2words_2(X,ingestion)
& animal_process_1(X)
& ~ food_absorption_1(X)
& ~ elimination_1(X)
& ~ extracellular_digestion_1(X)
& animal_1(fn_ingestion_1(X))
& food_1(fn_ingestion_2(X))
& tangible_entity_1(fn_ingestion_3(X))
& tangible_entity_1(fn_food_3(fn_ingestion_2(X)))
& agent_2(X,fn_ingestion_1(X))
& base_2(X,fn_ingestion_1(X))
& object_2(X,fn_ingestion_3(X))
& plays_2(fn_ingestion_3(X),fn_ingestion_2(X))
& fn_ingestion_3(X) = fn_food_3(fn_ingestion_2(X)) ) ) ).
fof(a530376,axiom,
! [X] :
( ingroup_1(X)
=> ( original_name_2(X,'Ingroup')
& user_description_2(X,'In phylogenetic studies, the group of taxa being analysed.')
& concept2words_2(X,ingroup)
& species_1(X)
& ~ ecological_grouping_1(X)
& ~ outgroup_1(X)
& ~ polyphyletic_1(X) ) ) ).
fof(a530377,axiom,
! [X] :
( inheritance_1(X)
=> ( original_name_2(X,'Inheritance')
& user_description_2(X,'The process by which offspring acquire or become predisposed to characteristics of their parent(s).')
& concept2words_2(X,heredity)
& concept2words_2(X,inherit)
& concept2words_2(X,inheritance)
& transfer_1(X)
& entity_1(fn_inheritance_1(X))
& parent_1(fn_inheritance_2(X))
& organism_1(fn_inheritance_3(X))
& entity_1(fn_inheritance_4(X))
& gene_1(fn_inheritance_4(X))
& gene_related_aggregates_1(fn_inheritance_5(X))
& genotype_1(fn_inheritance_5(X))
& event_1(fn_organism_role_2(fn_inheritance_2(X)))
& organism_1(fn_parent_3(fn_inheritance_2(X)))
& genotype_1(fn_organism_3(fn_inheritance_3(X)))
& gene_1(fn_gene_related_aggregates_1(fn_inheritance_5(X)))
& recipient_2(X,fn_inheritance_1(X))
& donor_2(X,fn_inheritance_3(X))
& object_2(X,fn_inheritance_4(X))
& in_event_2(fn_inheritance_2(X),X)
& plays_2(fn_inheritance_3(X),fn_inheritance_2(X))
& has_part_2(fn_inheritance_3(X),fn_inheritance_5(X))
& element_2(fn_inheritance_5(X),fn_inheritance_4(X))
& fn_inheritance_4(X) = fn_transfer_1(X)
& X = fn_organism_role_2(fn_inheritance_2(X))
& fn_inheritance_3(X) = fn_parent_3(fn_inheritance_2(X))
& fn_inheritance_4(X) = fn_gene_related_aggregates_1(fn_inheritance_5(X))
& fn_inheritance_5(X) = fn_organism_3(fn_inheritance_3(X))
& fn_transfer_1(X) = fn_gene_related_aggregates_1(fn_inheritance_5(X)) ) ) ).
fof(a530378,axiom,
! [X,X1] :
( ( object_2(X,X1)
& inheritance_1(X)
& extranuclear_gene_1(X1) )
=> ( inheritance_of_extranuclear_genes_1(X)
& fn_inheritance_of_extranuclear_genes_4(X) = X1 ) ) ).
fof(a530379,axiom,
! [X] :
( inheritance_of_extranuclear_genes_1(X)
=> ( original_name_2(X,'Inheritance-Of-Extranuclear-Genes')
& user_description_2(X,'Inheritance for extranuclear genes, such as those in mitochondria or a plant\'s plastids.')
& concept2words_2(X,inherit)
& concept2words_2(X,'inheritance of extranuclear gene')
& concept2words_2(X,'inheritance-of-extranuclear-gene')
& inheritance_1(X)
& chloroplast_1(fn_inheritance_of_extranuclear_genes_2(X))
& living_entity_1(fn_inheritance_of_extranuclear_genes_3(X))
& mitochondrion_1(fn_inheritance_of_extranuclear_genes_3(X))
& extranuclear_gene_1(fn_inheritance_of_extranuclear_genes_4(X))
& spatial_entity_1(fn_mitochondrion_24(fn_inheritance_of_extranuclear_genes_3(X)))
& inheritance_1(fn_gene_15(fn_inheritance_of_extranuclear_genes_4(X)))
& is_inside_2(fn_inheritance_of_extranuclear_genes_4(X),fn_inheritance_of_extranuclear_genes_2(X))
& is_inside_2(fn_inheritance_of_extranuclear_genes_4(X),fn_inheritance_of_extranuclear_genes_3(X))
& object_2(X,fn_inheritance_of_extranuclear_genes_4(X))
& fn_inheritance_of_extranuclear_genes_4(X) = fn_mitochondrion_24(fn_inheritance_of_extranuclear_genes_3(X))
& X = fn_gene_15(fn_inheritance_of_extranuclear_genes_4(X)) ) ) ).
fof(a530380,axiom,
! [X] :
( inhibin_1(X)
=> ( original_name_2(X,'Inhibin')
& user_description_2(X,'A peptide hormone secreted by the ovaries and testis that inhibits production of follicle stimulating hormone (FSH) by the anterior pituitary.')
& concept2words_2(X,inhibin)
& peptide_hormone_1(X)
& ~ bmp_4_1(X)
& ~ erythropoietin_1(X)
& ~ growth_hormone_1(X)
& ~ leptin_1(X)
& ~ prolactin_1(X) ) ) ).
fof(a530381,axiom,
! [X] :
( inhibition_1(X)
=> ( original_name_2(X,'Inhibition')
& user_description_2(X,'The process in which a chemical or entity decreases the activity of a reaction or organism.')
& concept2words_2(X,inhibit)
& concept2words_2(X,inhibition)
& regulation_1(X) ) ) ).
fof(a530382,axiom,
! [X] :
( inhibition_of_transport_protein_1(X)
=> ( original_name_2(X,'Inhibition-Of-Transport-Protein')
& user_description_2(X,'The transport proteins can be inhibited by molecules that resemble the normal substrate. This occurs when the imposter competes with the normally transported solute by binding to the transport protein.')
& concept2words_2(X,transport)
& concept2words_2(X,'inhibition of transport protein')
& concept2words_2(X,'inhibition-of-transport-protein')
& inhibition_1(X)
& facilitated_diffusion_1(fn_inhibition_of_transport_protein_1(X))
& make_inaccessible_1(fn_inhibition_of_transport_protein_2(X))
& transport_protein_1(fn_inhibition_of_transport_protein_3(X))
& molecule_1(fn_inhibition_of_transport_protein_4(X))
& inhibitor_1(fn_inhibition_of_transport_protein_5(X))
& attach_1(fn_inhibition_of_transport_protein_6(X))
& attach_1(fn_inhibition_of_transport_protein_7(X))
& attach_1(fn_inhibition_of_transport_protein_8(X))
& compete_1(fn_inhibition_of_transport_protein_9(X))
& entity_1(fn_make_inaccessible_1(fn_inhibition_of_transport_protein_2(X)))
& spatial_entity_1(fn_attach_2(fn_inhibition_of_transport_protein_7(X)))
& spatial_entity_1(fn_attach_2(fn_inhibition_of_transport_protein_6(X)))
& spatial_entity_1(fn_attach_2(fn_inhibition_of_transport_protein_8(X)))
& tangible_entity_1(fn_inhibitor_1(fn_inhibition_of_transport_protein_5(X)))
& entity_1(fn_compete_1(fn_inhibition_of_transport_protein_9(X)))
& spatial_entity_1(fn_attach_1(fn_inhibition_of_transport_protein_6(X)))
& chemical_entity_1(fn_inhibitor_2(fn_inhibition_of_transport_protein_5(X)))
& inhibition_1(fn_inhibitor_3(fn_inhibition_of_transport_protein_5(X)))
& by_means_of_2(fn_inhibition_of_transport_protein_2(X),fn_inhibition_of_transport_protein_6(X))
& prevents_2(fn_inhibition_of_transport_protein_7(X),fn_inhibition_of_transport_protein_6(X))
& prevents_2(X,fn_inhibition_of_transport_protein_1(X))
& subevent_2(X,fn_inhibition_of_transport_protein_2(X))
& subevent_2(X,fn_inhibition_of_transport_protein_9(X))
& first_subevent_2(X,fn_inhibition_of_transport_protein_2(X))
& object_2(fn_inhibition_of_transport_protein_2(X),fn_inhibition_of_transport_protein_3(X))
& base_2(fn_inhibition_of_transport_protein_7(X),fn_inhibition_of_transport_protein_3(X))
& base_2(fn_inhibition_of_transport_protein_6(X),fn_inhibition_of_transport_protein_3(X))
& base_2(fn_inhibition_of_transport_protein_8(X),fn_inhibition_of_transport_protein_3(X))
& agent_2(fn_inhibition_of_transport_protein_9(X),fn_inhibition_of_transport_protein_4(X))
& object_2(fn_inhibition_of_transport_protein_6(X),fn_inhibition_of_transport_protein_4(X))
& plays_2(fn_inhibition_of_transport_protein_4(X),fn_inhibition_of_transport_protein_5(X))
& agent_2(X,fn_inhibition_of_transport_protein_4(X))
& object_2(X,fn_inhibition_of_transport_protein_3(X))
& fn_inhibition_of_transport_protein_3(X) = fn_make_inaccessible_1(fn_inhibition_of_transport_protein_2(X))
& fn_inhibition_of_transport_protein_3(X) = fn_attach_2(fn_inhibition_of_transport_protein_7(X))
& fn_inhibition_of_transport_protein_3(X) = fn_attach_2(fn_inhibition_of_transport_protein_6(X))
& fn_inhibition_of_transport_protein_3(X) = fn_attach_2(fn_inhibition_of_transport_protein_8(X))
& fn_inhibition_of_transport_protein_4(X) = fn_compete_1(fn_inhibition_of_transport_protein_9(X))
& fn_inhibition_of_transport_protein_4(X) = fn_attach_1(fn_inhibition_of_transport_protein_6(X))
& fn_inhibition_of_transport_protein_3(X) = fn_inhibitor_1(fn_inhibition_of_transport_protein_5(X))
& X = fn_inhibitor_3(fn_inhibition_of_transport_protein_5(X))
& fn_inhibition_of_transport_protein_4(X) = fn_inhibitor_2(fn_inhibition_of_transport_protein_5(X))
& fn_make_inaccessible_1(fn_inhibition_of_transport_protein_2(X)) = fn_attach_2(fn_inhibition_of_transport_protein_7(X))
& fn_attach_2(fn_inhibition_of_transport_protein_8(X)) = fn_attach_2(fn_inhibition_of_transport_protein_7(X))
& fn_attach_2(fn_inhibition_of_transport_protein_7(X)) = fn_attach_2(fn_inhibition_of_transport_protein_6(X))
& fn_attach_2(fn_inhibition_of_transport_protein_6(X)) = fn_attach_2(fn_inhibition_of_transport_protein_8(X))
& fn_attach_2(fn_inhibition_of_transport_protein_8(X)) = fn_inhibitor_1(fn_inhibition_of_transport_protein_5(X))
& fn_inhibitor_1(fn_inhibition_of_transport_protein_5(X)) = fn_compete_1(fn_inhibition_of_transport_protein_9(X))
& fn_compete_1(fn_inhibition_of_transport_protein_9(X)) = fn_attach_1(fn_inhibition_of_transport_protein_6(X))
& fn_attach_1(fn_inhibition_of_transport_protein_6(X)) = fn_attach_1(fn_inhibition_of_transport_protein_6(X))
& fn_attach_1(fn_inhibition_of_transport_protein_6(X)) = fn_inhibitor_2(fn_inhibition_of_transport_protein_5(X))
& fn_inhibitor_2(fn_inhibition_of_transport_protein_5(X)) = fn_inhibitor_2(fn_inhibition_of_transport_protein_5(X))
& fn_inhibitor_3(fn_inhibition_of_transport_protein_5(X)) = fn_inhibitor_3(fn_inhibition_of_transport_protein_5(X)) ) ) ).
fof(a530383,axiom,
! [X] :
( inhibitor_1(X)
=> ( original_name_2(X,'Inhibitor')
& user_description_2(X,'A substance that reduces or suppresses the activity of another substance.')
& concept2words_2(X,inhibitor)
& role_1(X)
& tangible_entity_1(fn_inhibitor_1(X))
& chemical_entity_1(fn_inhibitor_2(X))
& inhibition_1(fn_inhibitor_3(X))
& agent_2(fn_inhibitor_3(X),fn_inhibitor_2(X))
& object_2(fn_inhibitor_3(X),fn_inhibitor_1(X))
& has_function_2(fn_inhibitor_2(X),fn_inhibitor_3(X))
& plays_2(fn_inhibitor_2(X),X)
& in_event_2(X,fn_inhibitor_3(X)) ) ) ).
fof(a530384,axiom,
! [X] :
( initial_meristem_1(X)
=> ( original_name_2(X,'Initial-Meristem')
& user_description_2(X,'A type of cell in the meristem of plants that is continually dividing, producing new cells for plant growth.')
& concept2words_2(X,'meristem of initial')
& concept2words_2(X,'initial meristem')
& concept2words_2(X,'initial-meristem')
& plant_metabolic_cell_1(X)
& ~ bundle_sheath_cell_1(X)
& ~ collenchyma_cell_1(X)
& ~ companion_cell_1(X)
& ~ fiber_cell_1(X)
& ~ fusiform_initials_1(X)
& ~ guard_cell_1(X)
& ~ mesophyll_cell_1(X)
& ~ parenchyma_cell_1(X)
& ~ placental_transfer_cell_1(X)
& ~ plant_cell_inside_hypertonic_solution_1(X)
& ~ plant_cell_inside_hypotonic_solution_1(X)
& ~ plant_cell_inside_isotonic_solution_1(X)
& ~ rhizoid_1(X)
& ~ sclereid_1(X)
& ~ sclerenchyma_cell_1(X)
& ~ sieve_tube_element_1(X)
& ~ tracheid_1(X)
& ~ vessel_element_1(X) ) ) ).
fof(a530385,axiom,
! [X] :
( initiate_1(X)
=> ( original_name_2(X,'Initiate')
& user_description_2(X,'Cause a process or action to begin.')
& concept2words_2(X,initiate)
& action_1(X) ) ) ).
fof(a530386,axiom,
! [X] :
( initiation_1(X)
=> ( original_name_2(X,'Initiation')
& user_description_2(X,'The starting phase of a cellular process.')
& concept2words_2(X,initiate)
& concept2words_2(X,initiation)
& initiate_1(X) ) ) ).
fof(a530387,axiom,
! [X] :
( initiation_factor_1(X)
=> ( original_name_2(X,'Initiation-Factor')
& user_description_2(X,'Initiation-factors are the proteins involved in the initiation phase of a translation process (Synthesis of polypeptide). Initiation-factors are required to form the translation-initiation-complex')
& concept2words_2(X,if)
& concept2words_2(X,'factor of initiation')
& concept2words_2(X,'initiation factor')
& concept2words_2(X,'initiation-factor')
& regulatory_protein_1(X)
& disulfide_bond_1(fn_initiation_factor_1(X))
& protein_1(fn_disulfide_bond_3(fn_initiation_factor_1(X)))
& possesses_2(X,fn_initiation_factor_1(X))
& X = fn_disulfide_bond_3(fn_initiation_factor_1(X)) ) ) ).
fof(a530388,axiom,
! [X] :
( initiator_trna_1(X)
=> ( original_name_2(X,'Initiator-tRNA')
& user_description_2(X,'Initiator-tRNA is a tRNA which carries the first amino acid \'Methionine\' to the Initiation (Start) codon for attachment')
& concept2words_2(X,'initiator trna')
& concept2words_2(X,'initiator-trna')
& concept2words_2(X,'trna of initiator')
& trna_1(X)
& ~ aminoacyl_trna_1(X) ) ) ).
fof(a530389,axiom,
! [X] :
( inject_1(X)
=> ( original_name_2(X,'Inject')
& user_description_2(X,'To introduce a substance, usually a fluid, into a cell or organism through the use of a sharp pointed object, such as a syringe or insect mouth part adapted for this purpose.')
& concept2words_2(X,'shoot in')
& concept2words_2(X,'shoot-in')
& concept2words_2(X,inject)
& action_1(X) ) ) ).
fof(a530390,axiom,
! [X,X2,X1] :
( ( instrument_2(X,X1)
& in_event_2(X1,X2)
& first_subevent_2(X,X2)
& subevent_2(X,X2)
& needle_1(X1)
& get_free_dna_into_cell_1(X)
& inject_1(X)
& penetrate_1(X2) )
=> ( inject_dna_with_needle_1(X)
& fn_inject_dna_with_needle_2(X) = X1
& fn_inject_dna_with_needle_5(X) = X2 ) ) ).
fof(a530391,axiom,
! [X] :
( inject_dna_with_needle_1(X)
=> ( original_name_2(X,'Inject-DNA-With-Needle')
& user_description_2(X,'Introducing DNA into a cell with a syringe.')
& concept2words_2(X,'nuclear transplantation')
& concept2words_2(X,inject)
& concept2words_2(X,'inject dna with needle')
& concept2words_2(X,'inject-dna-with-needle')
& inject_1(X)
& get_free_dna_into_cell_1(X)
& needle_1(fn_inject_dna_with_needle_2(X))
& size_value_1(fn_inject_dna_with_needle_3(X))
& penetrate_1(fn_inject_dna_with_needle_5(X))
& the_scalar_value_2(fn_inject_dna_with_needle_3(X),microscopic_0)
& scalar_unit_class_2(fn_inject_dna_with_needle_3(X),needle_0)
& instrument_2(X,fn_inject_dna_with_needle_2(X))
& size_2(fn_inject_dna_with_needle_2(X),fn_inject_dna_with_needle_3(X))
& subevent_2(X,fn_inject_dna_with_needle_5(X))
& first_subevent_2(X,fn_inject_dna_with_needle_5(X))
& fn_inject_dna_with_needle_5(X) = fn_get_free_dna_into_cell_2(X) ) ) ).
fof(a530392,axiom,
! [X] :
( innate_behavior_1(X)
=> ( original_name_2(X,'Innate-Behavior')
& user_description_2(X,'In animals, behavior that is developmentally fixed and strongly controlled by genetics. Innate behaviors occur the same way in all individuals in a population, despite differences in environment and upbringing.')
& concept2words_2(X,instinct)
& concept2words_2(X,'instinctive behavior')
& concept2words_2(X,'instinctive-behavior')
& concept2words_2(X,'innate behavior')
& concept2words_2(X,'innate-behavior')
& behavior_1(X) ) ) ).
fof(a530393,axiom,
! [X] :
( inner_cell_mass_1(X)
=> ( original_name_2(X,'Inner-Cell-Mass')
& user_description_2(X,'Mass of cells inside the early embryo of mammals, that will eventually develop into the tissues of the embryo itself and some of the extraembryonic membranes.')
& concept2words_2(X,'inner cell mass')
& concept2words_2(X,'inner-cell-mass')
& animal_development_cell_1(X) ) ) ).
fof(a530394,axiom,
! [X] :
( inner_ear_1(X)
=> ( original_name_2(X,'Inner-Ear')
& user_description_2(X,'The innermost part of the vertebrate ear, responsible mainly for balance and sound detection. It contains the cochlea and the semicircular canals.')
& concept2words_2(X,'inner ear')
& concept2words_2(X,'inner-ear')
& sensory_organ_1(X)
& ~ antenna_1(X)
& ~ cochlea_1(X)
& ~ eye_cup_1(X)
& ~ lateral_line_1(X)
& ~ organ_of_corti_1(X)
& ~ organ_of_equilibrium_1(X) ) ) ).
fof(a530395,axiom,
! [X] :
( inner_membrane_1(X)
=> ( original_name_2(X,'Inner-Membrane')
& user_description_2(X,'The inner enclosing layer of a double phospholipid-bilayer membrane. The inner membrane is comprised of a phospholipid bilayer.')
& concept2words_2(X,'inner membrane')
& concept2words_2(X,'inner-membrane')
& biomembrane_1(X) ) ) ).
fof(a530396,axiom,
! [X] :
( inner_vulva_1(X)
=> ( original_name_2(X,'Inner-Vulva')
& user_description_2(X,'Inner vulva is part of a vulva.')
& concept2words_2(X,'inner vulva')
& concept2words_2(X,'inner-vulva')
& animal_structure_1(X) ) ) ).
fof(a530397,axiom,
! [X] :
( innovation_1(X)
=> ( original_name_2(X,'Innovation')
& concept2words_2(X,invention)
& concept2words_2(X,creation)
& concept2words_2(X,innovation)
& concept2words_2(X,innovate)
& activity_1(X) ) ) ).
fof(a530398,axiom,
! [X] :
( inorganic_acid_1(X)
=> ( original_name_2(X,'Inorganic-Acid')
& user_description_2(X,'A mineral acid derived from one or more inorganic compounds.')
& concept2words_2(X,'mineral acid')
& concept2words_2(X,'mineral-acid')
& concept2words_2(X,'inorganic acid')
& concept2words_2(X,'inorganic-acid')
& inorganic_molecule_1(X)
& ~ hydrogen_molecule_1(X)
& ~ hydrogen_sulfide_1(X)
& ~ inorganic_ion_1(X)
& ~ nitric_oxide_1(X)
& ~ oxygen_molecule_1(X)
& ~ sulfur_dioxide_1(X) ) ) ).
fof(a530399,axiom,
! [X] :
( inorganic_ion_1(X)
=> ( original_name_2(X,'Inorganic-Ion')
& user_description_2(X,'Inorganic ions are ions necessary for vital cellular activity in animals and plants')
& concept2words_2(X,'inorganic ion')
& concept2words_2(X,'inorganic-ion')
& ion_1(X)
& ~ hydrogen_molecule_1(X)
& ~ hydrogen_sulfide_1(X)
& ~ inorganic_acid_1(X)
& ~ nitric_oxide_1(X)
& ~ oxygen_molecule_1(X)
& ~ sulfur_dioxide_1(X) ) ) ).
fof(a530400,axiom,
! [X] :
( inorganic_molecule_1(X)
=> ( original_name_2(X,'Inorganic-Molecule')
& description_2(X,'Molecule that is not organic')
& user_description_2(X,'A molecule which does not contain carbon.')
& concept2words_2(X,'inorganic molecule')
& concept2words_2(X,'inorganic-molecule')
& molecule_1(X)
& ~ organic_molecule_1(X) ) ) ).
fof(a530401,axiom,
! [X] :
( inorganic_molecule_substance_1(X)
=> ( original_name_2(X,'Inorganic-Molecule-Substance')
& concept2words_2(X,'inorganic molecule substance')
& concept2words_2(X,'inorganic-molecule-substance')
& molecule_substance_1(X)
& ~ organic_molecule_substance_1(X)
& inorganic_molecule_1(fn_inorganic_molecule_substance_1(X))
& has_part_2(X,fn_inorganic_molecule_substance_1(X))
& fn_inorganic_molecule_substance_1(X) = fn_molecule_substance_1(X) ) ) ).
fof(a530402,axiom,
! [X] :
( inorganic_phosphate_1(X)
=> ( original_name_2(X,'Inorganic-Phosphate')
& user_description_2(X,'Inorganic phosphate is an ionic ester of phoshoric acid which contains no carbon atoms. It plays many important roles in cellular biology.')
& concept2words_2(X,'inorganic phosphate')
& concept2words_2(X,'inorganic-phosphate')
& concept2words_2(X,'inorganic phosphate ion')
& concept2words_2(X,'hopo32-')
& anion_1(X)
& hydrogen_1(fn_inorganic_phosphate_1(X))
& phosphorus_1(fn_inorganic_phosphate_2(X))
& oxygen_1(fn_inorganic_phosphate_3(X))
& charge_value_1(fn_inorganic_phosphate_5(X))
& the_cardinal_value_2(fn_inorganic_phosphate_5(X),"-2.0e0")
& cardinal_unit_class_2(fn_inorganic_phosphate_5(X),unity_0)
& has_part_2(X,fn_inorganic_phosphate_3(X))
& has_part_2(X,fn_inorganic_phosphate_2(X))
& has_part_2(X,fn_inorganic_phosphate_1(X))
& charge_2(X,fn_inorganic_phosphate_5(X))
& fn_inorganic_phosphate_4(X) = fn_anion_7(X)
& fn_inorganic_phosphate_5(X) = fn_anion_6(X) ) ) ).
fof(a530403,axiom,
! [X] :
( inosine_1(X)
=> ( original_name_2(X,'Inosine')
& user_description_2(X,'Inosine is a nucleoside that is formed when hypoxanthine is attached to a ribose ring (also known as a ribofuranose) via a ?-N9-glycosidic bond.')
& concept2words_2(X,inosine)
& nucleoside_1(X)
& ribose_1(fn_inosine_1(X))
& has_part_2(X,fn_inosine_1(X))
& fn_inosine_1(X) = fn_nucleoside_20(X) ) ) ).
fof(a530404,axiom,
! [X] :
( inositol_trisphosphate_1(X)
=> ( original_name_2(X,'Inositol-Trisphosphate')
& user_description_2(X,'Abbreviated IP3; functions as a second messenger in signal transduction. IP3 binds to receptors in the endoplasmic reticulum (ER) and opens channels, allowing calcium ions to flow into the cytoplasm.')
& concept2words_2(X,'inositol triphosphate')
& concept2words_2(X,ip3)
& concept2words_2(X,'inositol 145 trisphosphate,')
& concept2words_2(X,'inositol-145-trisphosphate,')
& concept2words_2(X,'triphosphoinositol,')
& concept2words_2(X,'insp3,')
& concept2words_2(X,'inositol 145 trisphosphate')
& concept2words_2(X,'inositol-145-trisphosphate')
& concept2words_2(X,triphosphoinositol)
& concept2words_2(X,insp3)
& concept2words_2(X,'inositol trisphosphate')
& concept2words_2(X,'inositol-trisphosphate')
& organic_molecule_1(X)
& carbon_1(fn_inositol_trisphosphate_1(X))
& oxygen_1(fn_inositol_trisphosphate_2(X))
& entity_1(fn_inositol_trisphosphate_2(X))
& chemical_entity_1(fn_inositol_trisphosphate_2(X))
& atom_1(fn_inositol_trisphosphate_2(X))
& phosphorus_1(fn_inositol_trisphosphate_3(X))
& entity_1(fn_inositol_trisphosphate_4(X))
& chemical_entity_1(fn_inositol_trisphosphate_4(X))
& atom_1(fn_inositol_trisphosphate_4(X))
& oxygen_1(fn_inositol_trisphosphate_4(X))
& carbon_skeleton_1(fn_inositol_trisphosphate_5(X))
& chemical_bond_1(fn_inositol_trisphosphate_6(X))
& double_bond_1(fn_inositol_trisphosphate_6(X))
& single_bond_1(fn_inositol_trisphosphate_7(X))
& phosphate_group_1(fn_inositol_trisphosphate_8(X))
& second_messenger_1(fn_inositol_trisphosphate_9(X))
& quantity_value_1(fn_inositol_trisphosphate_10(X))
& speed_value_1(fn_inositol_trisphosphate_11(X))
& constant_motion_1(fn_inositol_trisphosphate_12(X))
& kinetic_energy_1(fn_inositol_trisphosphate_13(X))
& single_bond_1(fn_phosphate_group_37(fn_inositol_trisphosphate_8(X)))
& phosphorus_1(fn_phosphate_group_6(fn_inositol_trisphosphate_8(X)))
& entity_1(fn_phosphate_group_22(fn_inositol_trisphosphate_8(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_inositol_trisphosphate_8(X)))
& atom_1(fn_phosphate_group_22(fn_inositol_trisphosphate_8(X)))
& oxygen_1(fn_phosphate_group_22(fn_inositol_trisphosphate_8(X)))
& chemical_entity_1(fn_functional_group_1(fn_inositol_trisphosphate_8(X)))
& chemical_entity_1(fn_second_messenger_3(fn_inositol_trisphosphate_9(X)))
& double_bond_1(fn_phosphate_group_41(fn_inositol_trisphosphate_8(X)))
& oxygen_1(fn_phosphate_group_5(fn_inositol_trisphosphate_8(X)))
& entity_1(fn_phosphate_group_5(fn_inositol_trisphosphate_8(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_inositol_trisphosphate_8(X)))
& atom_1(fn_phosphate_group_5(fn_inositol_trisphosphate_8(X)))
& has_part_2(X,fn_inositol_trisphosphate_3(X))
& has_part_2(X,fn_inositol_trisphosphate_4(X))
& possesses_2(X,fn_inositol_trisphosphate_7(X))
& possesses_2(X,fn_inositol_trisphosphate_6(X))
& has_region_2(X,fn_inositol_trisphosphate_8(X))
& plays_2(X,fn_inositol_trisphosphate_9(X))
& has_part_2(X,fn_inositol_trisphosphate_1(X))
& is_inside_2(fn_inositol_trisphosphate_1(X),fn_inositol_trisphosphate_5(X))
& has_region_2(X,fn_inositol_trisphosphate_5(X))
& has_part_2(X,fn_inositol_trisphosphate_2(X))
& fn_inositol_trisphosphate_2(X) != fn_inositol_trisphosphate_1(X)
& fn_inositol_trisphosphate_1(X) != fn_inositol_trisphosphate_2(X)
& possesses_2(X,fn_inositol_trisphosphate_13(X))
& quantity_2(fn_inositol_trisphosphate_13(X),fn_inositol_trisphosphate_10(X))
& directly_proportional_2(fn_inositol_trisphosphate_11(X),fn_inositol_trisphosphate_10(X))
& speed_2(fn_inositol_trisphosphate_12(X),fn_inositol_trisphosphate_11(X))
& object_2(fn_inositol_trisphosphate_12(X),X)
& is_inside_2(fn_inositol_trisphosphate_4(X),fn_inositol_trisphosphate_8(X))
& is_between_2(fn_inositol_trisphosphate_6(X),fn_inositol_trisphosphate_2(X))
& is_between_2(fn_inositol_trisphosphate_6(X),fn_inositol_trisphosphate_3(X))
& is_between_2(fn_inositol_trisphosphate_7(X),fn_inositol_trisphosphate_4(X))
& is_between_2(fn_inositol_trisphosphate_7(X),fn_inositol_trisphosphate_3(X))
& is_inside_2(fn_inositol_trisphosphate_3(X),fn_inositol_trisphosphate_8(X))
& fn_inositol_trisphosphate_4(X) != fn_inositol_trisphosphate_3(X)
& fn_inositol_trisphosphate_3(X) != fn_inositol_trisphosphate_4(X)
& is_inside_2(fn_inositol_trisphosphate_2(X),fn_inositol_trisphosphate_8(X))
& fn_inositol_trisphosphate_4(X) != fn_inositol_trisphosphate_2(X)
& fn_inositol_trisphosphate_2(X) != fn_inositol_trisphosphate_4(X)
& fn_inositol_trisphosphate_3(X) != fn_inositol_trisphosphate_2(X)
& fn_inositol_trisphosphate_2(X) != fn_inositol_trisphosphate_3(X)
& fn_inositol_trisphosphate_6(X) = fn_molecule_10(X)
& X = fn_functional_group_1(fn_inositol_trisphosphate_8(X))
& X = fn_second_messenger_3(fn_inositol_trisphosphate_9(X))
& fn_inositol_trisphosphate_2(X) = fn_organic_molecule_2(X)
& fn_inositol_trisphosphate_5(X) = fn_organic_molecule_3(X)
& fn_inositol_trisphosphate_1(X) = fn_organic_molecule_1(X)
& fn_inositol_trisphosphate_14(X) = fn_molecule_2(X)
& fn_inositol_trisphosphate_15(X) = fn_molecule_1(X)
& fn_inositol_trisphosphate_12(X) = fn_molecule_8(X)
& fn_inositol_trisphosphate_11(X) = fn_molecule_3(X)
& fn_inositol_trisphosphate_10(X) = fn_molecule_4(X)
& fn_inositol_trisphosphate_13(X) = fn_molecule_12(X)
& fn_inositol_trisphosphate_6(X) = fn_phosphate_group_41(fn_inositol_trisphosphate_8(X))
& fn_inositol_trisphosphate_7(X) = fn_phosphate_group_37(fn_inositol_trisphosphate_8(X))
& fn_inositol_trisphosphate_3(X) = fn_phosphate_group_6(fn_inositol_trisphosphate_8(X))
& fn_inositol_trisphosphate_4(X) = fn_phosphate_group_22(fn_inositol_trisphosphate_8(X))
& fn_inositol_trisphosphate_2(X) = fn_phosphate_group_5(fn_inositol_trisphosphate_8(X))
& fn_functional_group_1(fn_inositol_trisphosphate_8(X)) = fn_second_messenger_3(fn_inositol_trisphosphate_9(X))
& fn_second_messenger_3(fn_inositol_trisphosphate_9(X)) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_phosphate_group_41(fn_inositol_trisphosphate_8(X))
& fn_phosphate_group_41(fn_inositol_trisphosphate_8(X)) = fn_phosphate_group_41(fn_inositol_trisphosphate_8(X))
& fn_phosphate_group_41(fn_inositol_trisphosphate_8(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_phosphate_group_5(fn_inositol_trisphosphate_8(X))
& fn_phosphate_group_5(fn_inositol_trisphosphate_8(X)) = fn_phosphate_group_5(fn_inositol_trisphosphate_8(X)) ) ) ).
fof(a530405,axiom,
! [X] :
( inquire_1(X)
=> ( original_name_2(X,'Inquire')
& concept2words_2(X,inquire)
& concept2words_2(X,ask)
& concept2words_2(X,enquire)
& express_1(X)
& question_1(fn_inquire_1(X))
& tangible_entity_1(fn_inquire_2(X))
& information_1(fn_inquire_3(X))
& plays_2(fn_inquire_3(X),fn_inquire_1(X))
& in_event_2(fn_inquire_1(X),X)
& recipient_2(X,fn_inquire_2(X))
& object_2(X,fn_inquire_3(X))
& fn_inquire_3(X) = fn_express_2(X) ) ) ).
fof(a530406,axiom,
! [X] :
( inquiry_1(X)
=> ( original_name_2(X,'Inquiry')
& user_description_2(X,'The search for information and explanation, often focused by specific questions.')
& concept2words_2(X,inquire)
& concept2words_2(X,inquiry)
& event_1(X) ) ) ).
fof(a530407,axiom,
! [X] :
( insect_1(X)
=> ( original_name_2(X,'Insect')
& user_description_2(X,'One of a subset of primarily terrestrial arthropods characterized by three body segments (head, thorax, and abdomen) and wings for flight.')
& concept2words_2(X,insect)
& hexapod_1(X)
& enzyme_1(fn_insect_2(X))
& rectum_1(fn_insect_3(X))
& anus_1(fn_insect_4(X))
& gastric_cecum_1(fn_insect_5(X))
& esophagus_1(fn_insect_6(X))
& shape_value_1(fn_insect_8(X))
& alimentary_canal_1(fn_insect_9(X))
& anatomical_appendage_1(fn_insect_10(X))
& mouth_1(fn_insect_11(X))
& foregut_1(fn_insect_12(X))
& midgut_1(fn_insect_13(X))
& hindgut_1(fn_insect_14(X))
& entity_1(fn_insect_15(X))
& chemical_entity_1(fn_insect_15(X))
& atom_1(fn_insect_15(X))
& carbon_1(fn_insect_15(X))
& animal_nutritional_requirement_1(fn_insect_16(X))
& nutrition_1(fn_insect_17(X))
& water_1(fn_insect_18(X))
& digestive_system_1(fn_insect_19(X))
& crop_1(fn_insect_20(X))
& heterotroph_1(fn_insect_21(X))
& carbohydrate_1(fn_insect_22(X))
& specific_heat_value_1(fn_insect_23(X))
& container_1(fn_insect_24(X))
& temperature_value_1(fn_insect_25(X))
& tangible_entity_1(fn_barrier_1(fn_insect_24(X)))
& is_inside_2(fn_insect_2(X),fn_insect_9(X))
& is_inside_2(fn_insect_3(X),fn_insect_14(X))
& is_inside_2(fn_insect_4(X),fn_insect_14(X))
& is_inside_2(fn_insect_5(X),fn_insect_13(X))
& is_inside_2(fn_insect_20(X),fn_insect_12(X))
& is_inside_2(fn_insect_6(X),fn_insect_12(X))
& the_categorical_value_2(fn_insect_8(X),line_0)
& has_region_2(fn_insect_19(X),fn_insect_9(X))
& element_2(fn_insect_19(X),fn_insect_12(X))
& element_2(fn_insect_19(X),fn_insect_13(X))
& element_2(fn_insect_19(X),fn_insect_14(X))
& shape_2(fn_insect_9(X),fn_insect_8(X))
& has_region_2(fn_insect_9(X),fn_insect_12(X))
& has_region_2(fn_insect_9(X),fn_insect_13(X))
& has_region_2(fn_insect_9(X),fn_insect_14(X))
& has_part_2(X,fn_insect_4(X))
& has_part_2(X,fn_insect_3(X))
& has_part_2(X,fn_insect_5(X))
& has_part_2(X,fn_insect_6(X))
& has_part_2(X,fn_insect_20(X))
& has_part_2(X,fn_insect_11(X))
& minCardinality(fn_insect_11(X),has_part_0,"2",anatomical_appendage_0)
& has_part_2(fn_insect_11(X),fn_insect_10(X))
& is_inside_2(fn_insect_11(X),fn_insect_12(X))
& next_element_2(fn_insect_12(X),fn_insect_13(X))
& next_element_2(fn_insect_13(X),fn_insect_14(X))
& plays_2(fn_insect_20(X),fn_insect_24(X))
& has_region_2(X,fn_insect_19(X))
& fn_insect_20(X) = fn_barrier_1(fn_insect_24(X))
& fn_insect_16(X) = fn_animal_11(X)
& fn_insect_15(X) = fn_animal_12(X)
& fn_insect_22(X) = fn_animal_8(X)
& fn_insect_19(X) = fn_animal_5(X)
& fn_insect_25(X) = fn_animal_26(X)
& fn_insect_23(X) = fn_animal_25(X)
& fn_insect_18(X) = fn_animal_20(X)
& fn_insect_17(X) = fn_animal_19(X)
& fn_insect_21(X) = fn_animal_18(X) ) ) ).
fof(a530408,axiom,
! [X] :
( insect_homeotic_gene_1(X)
=> ( original_name_2(X,'Insect-Homeotic-Gene')
& user_description_2(X,'Homeotic gene present in insects.')
& concept2words_2(X,'insect homeotic gene')
& concept2words_2(X,'insect-homeotic-gene')
& homeotic_gene_1(X)
& ~ organ_identity_gene_1(X)
& deoxyribonucleoside_monophosphate_1(fn_insect_homeotic_gene_1(X))
& share_1(fn_insect_homeotic_gene_2(X))
& entity_1(fn_insect_homeotic_gene_3(X))
& chemical_entity_1(fn_insect_homeotic_gene_3(X))
& atom_1(fn_insect_homeotic_gene_3(X))
& carbon_1(fn_insect_homeotic_gene_3(X))
& atom_1(fn_insect_homeotic_gene_4(X))
& oxygen_1(fn_insect_homeotic_gene_4(X))
& unequal_sharing_1(fn_insect_homeotic_gene_5(X))
& deoxyribonucleotide_1(fn_insect_homeotic_gene_6(X))
& nucleoside_monophosphate_1(fn_insect_homeotic_gene_6(X))
& monomer_1(fn_insect_homeotic_gene_6(X))
& regulation_1(fn_insect_homeotic_gene_7(X))
& dna_strand_1(fn_insect_homeotic_gene_8(X))
& genotype_1(fn_insect_homeotic_gene_9(X))
& gene_related_aggregates_1(fn_insect_homeotic_gene_9(X))
& insect_1(fn_insect_homeotic_gene_10(X))
& phosphodiester_bond_1(fn_insect_homeotic_gene_11(X))
& nitrogen_1(fn_insect_homeotic_gene_12(X))
& hold_together_1(fn_insect_homeotic_gene_13(X))
& polar_covalent_bond_1(fn_insect_homeotic_gene_14(X))
& ester_linkage_1(fn_insect_homeotic_gene_14(X))
& electronegative_element_1(fn_insect_homeotic_gene_15(X))
& nucleoside_1(fn_insect_homeotic_gene_16(X))
& size_value_1(fn_insect_homeotic_gene_17(X))
& quantity_value_1(fn_insect_homeotic_gene_18(X))
& speed_value_1(fn_insect_homeotic_gene_19(X))
& constant_motion_1(fn_insect_homeotic_gene_20(X))
& size_value_1(fn_insect_homeotic_gene_21(X))
& monomer_1(fn_insect_homeotic_gene_22(X))
& kinetic_energy_1(fn_insect_homeotic_gene_23(X))
& exon_1(fn_insect_homeotic_gene_24(X))
& exon_1(fn_insect_homeotic_gene_25(X))
& intron_1(fn_insect_homeotic_gene_26(X))
& share_1(fn_insect_homeotic_gene_31(X))
& code_for_1(fn_insect_homeotic_gene_32(X))
& genotype_1(fn_organism_3(fn_insect_homeotic_gene_10(X)))
& entity_1(fn_polar_covalent_bond_18(fn_insect_homeotic_gene_14(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_insect_homeotic_gene_14(X)))
& atom_1(fn_polar_covalent_bond_18(fn_insect_homeotic_gene_14(X)))
& spatial_entity_1(fn_nucleoside_monophosphate_15(fn_insect_homeotic_gene_6(X)))
& molecule_1(fn_nucleoside_monophosphate_15(fn_insect_homeotic_gene_6(X)))
& organic_molecule_1(fn_nucleoside_monophosphate_15(fn_insect_homeotic_gene_6(X)))
& pentose_1(fn_nucleoside_monophosphate_15(fn_insect_homeotic_gene_6(X)))
& share_1(fn_phosphodiester_bond_6(fn_insect_homeotic_gene_11(X)))
& nucleoside_1(fn_deoxyribonucleotide_7(fn_insect_homeotic_gene_6(X)))
& nucleoside_1(fn_nucleoside_monophosphate_11(fn_insect_homeotic_gene_6(X)))
& gene_1(fn_gene_related_aggregates_1(fn_insect_homeotic_gene_9(X)))
& gene_1(fn_dna_strand_14(fn_insect_homeotic_gene_8(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_insect_homeotic_gene_14(X)))
& unequal_sharing_1(fn_ester_linkage_32(fn_insect_homeotic_gene_14(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_insect_homeotic_gene_14(X)))
& hold_together_1(fn_phosphodiester_bond_17(fn_insect_homeotic_gene_11(X)))
& hold_together_1(fn_ester_linkage_19(fn_insect_homeotic_gene_14(X)))
& hold_together_1(fn_phosphodiester_bond_14(fn_insect_homeotic_gene_11(X)))
& ester_linkage_1(fn_phosphodiester_bond_29(fn_insect_homeotic_gene_11(X)))
& ester_linkage_1(fn_phosphodiester_bond_30(fn_insect_homeotic_gene_11(X)))
& atom_1(fn_phosphodiester_bond_18(fn_insect_homeotic_gene_11(X)))
& oxygen_1(fn_phosphodiester_bond_18(fn_insect_homeotic_gene_11(X)))
& oxygen_1(fn_ester_linkage_27(fn_insect_homeotic_gene_14(X)))
& atom_1(fn_phosphodiester_bond_27(fn_insect_homeotic_gene_11(X)))
& oxygen_1(fn_phosphodiester_bond_27(fn_insect_homeotic_gene_11(X)))
& entity_1(fn_polar_covalent_bond_19(fn_insect_homeotic_gene_14(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_insect_homeotic_gene_14(X)))
& atom_1(fn_polar_covalent_bond_19(fn_insect_homeotic_gene_14(X)))
& entity_1(fn_phosphodiester_bond_16(fn_insect_homeotic_gene_11(X)))
& chemical_entity_1(fn_phosphodiester_bond_16(fn_insect_homeotic_gene_11(X)))
& atom_1(fn_phosphodiester_bond_16(fn_insect_homeotic_gene_11(X)))
& carbon_1(fn_phosphodiester_bond_16(fn_insect_homeotic_gene_11(X)))
& entity_1(fn_ester_linkage_28(fn_insect_homeotic_gene_14(X)))
& chemical_entity_1(fn_ester_linkage_28(fn_insect_homeotic_gene_14(X)))
& atom_1(fn_ester_linkage_28(fn_insect_homeotic_gene_14(X)))
& carbon_1(fn_ester_linkage_28(fn_insect_homeotic_gene_14(X)))
& entity_1(fn_phosphodiester_bond_15(fn_insect_homeotic_gene_11(X)))
& chemical_entity_1(fn_phosphodiester_bond_15(fn_insect_homeotic_gene_11(X)))
& atom_1(fn_phosphodiester_bond_15(fn_insect_homeotic_gene_11(X)))
& carbon_1(fn_phosphodiester_bond_15(fn_insect_homeotic_gene_11(X)))
& result_2(fn_insect_homeotic_gene_5(X),fn_insect_homeotic_gene_11(X))
& has_part_2(fn_insect_homeotic_gene_8(X),fn_insect_homeotic_gene_1(X))
& is_between_2(fn_insect_homeotic_gene_11(X),fn_insect_homeotic_gene_12(X))
& has_part_2(fn_insect_homeotic_gene_10(X),fn_insect_homeotic_gene_9(X))
& element_2(fn_insect_homeotic_gene_9(X),X)
& has_part_2(fn_insect_homeotic_gene_8(X),X)
& has_function_2(X,fn_insect_homeotic_gene_7(X))
& agent_2(fn_insect_homeotic_gene_5(X),fn_insect_homeotic_gene_12(X))
& object_2(fn_insect_homeotic_gene_13(X),fn_insect_homeotic_gene_12(X))
& fn_insect_homeotic_gene_12(X) != fn_insect_homeotic_gene_3(X)
& fn_insect_homeotic_gene_3(X) != fn_insect_homeotic_gene_12(X)
& has_part_2(fn_insect_homeotic_gene_6(X),fn_insect_homeotic_gene_16(X))
& has_part_2(fn_insect_homeotic_gene_16(X),fn_insect_homeotic_gene_15(X))
& result_2(fn_insect_homeotic_gene_31(X),fn_insect_homeotic_gene_11(X))
& agent_2(fn_insect_homeotic_gene_31(X),fn_insect_homeotic_gene_3(X))
& object_2(fn_insect_homeotic_gene_20(X),X)
& is_between_2(fn_insect_homeotic_gene_26(X),fn_insect_homeotic_gene_25(X))
& element_2(X,fn_insect_homeotic_gene_26(X))
& agent_2(fn_insect_homeotic_gene_7(X),X)
& element_2(X,fn_insect_homeotic_gene_25(X))
& next_element_2(fn_insect_homeotic_gene_25(X),fn_insect_homeotic_gene_26(X))
& next_element_2(fn_insect_homeotic_gene_26(X),fn_insect_homeotic_gene_24(X))
& element_2(X,fn_insect_homeotic_gene_24(X))
& element_2(X,fn_insect_homeotic_gene_22(X))
& size_2(fn_insect_homeotic_gene_6(X),fn_insect_homeotic_gene_17(X))
& greater_than_2(fn_insect_homeotic_gene_21(X),fn_insect_homeotic_gene_17(X))
& size_2(X,fn_insect_homeotic_gene_21(X))
& element_2(X,fn_insect_homeotic_gene_6(X))
& first_element_2(X,fn_insect_homeotic_gene_6(X))
& donor_2(fn_insect_homeotic_gene_32(X),X)
& possesses_2(X,fn_insect_homeotic_gene_23(X))
& quantity_2(fn_insect_homeotic_gene_23(X),fn_insect_homeotic_gene_18(X))
& directly_proportional_2(fn_insect_homeotic_gene_19(X),fn_insect_homeotic_gene_18(X))
& speed_2(fn_insect_homeotic_gene_20(X),fn_insect_homeotic_gene_19(X))
& has_function_2(X,fn_insect_homeotic_gene_32(X))
& agent_2(fn_insect_homeotic_gene_32(X),X)
& possesses_2(X,fn_insect_homeotic_gene_11(X))
& is_between_2(fn_insect_homeotic_gene_11(X),fn_insect_homeotic_gene_6(X))
& next_element_2(fn_insect_homeotic_gene_6(X),fn_insect_homeotic_gene_22(X))
& agent_2(fn_insect_homeotic_gene_5(X),fn_insect_homeotic_gene_3(X))
& has_function_2(fn_insect_homeotic_gene_14(X),fn_insect_homeotic_gene_13(X))
& object_2(fn_insect_homeotic_gene_13(X),fn_insect_homeotic_gene_4(X))
& agent_2(fn_insect_homeotic_gene_5(X),fn_insect_homeotic_gene_4(X))
& result_2(fn_insect_homeotic_gene_5(X),fn_insect_homeotic_gene_14(X))
& agent_2(fn_insect_homeotic_gene_13(X),fn_insect_homeotic_gene_14(X))
& called_2(fn_insect_homeotic_gene_14(X),"2")
& has_function_2(fn_insect_homeotic_gene_11(X),fn_insect_homeotic_gene_13(X))
& is_between_2(fn_insect_homeotic_gene_14(X),fn_insect_homeotic_gene_4(X))
& is_between_2(fn_insect_homeotic_gene_14(X),fn_insect_homeotic_gene_3(X))
& object_2(fn_insect_homeotic_gene_13(X),fn_insect_homeotic_gene_3(X))
& agent_2(fn_insect_homeotic_gene_13(X),fn_insect_homeotic_gene_11(X))
& element_2(fn_insect_homeotic_gene_11(X),fn_insect_homeotic_gene_14(X))
& is_between_2(fn_insect_homeotic_gene_11(X),fn_insect_homeotic_gene_3(X))
& agent_2(fn_insect_homeotic_gene_2(X),fn_insect_homeotic_gene_3(X))
& result_2(fn_insect_homeotic_gene_2(X),fn_insect_homeotic_gene_11(X))
& fn_insect_homeotic_gene_4(X) != fn_insect_homeotic_gene_3(X)
& fn_insect_homeotic_gene_3(X) != fn_insect_homeotic_gene_4(X)
& fn_insect_homeotic_gene_9(X) = fn_organism_3(fn_insect_homeotic_gene_10(X))
& X = fn_gene_related_aggregates_1(fn_insect_homeotic_gene_9(X))
& X = fn_dna_strand_14(fn_insect_homeotic_gene_8(X))
& fn_insect_homeotic_gene_7(X) = fn_homeotic_gene_7(X)
& fn_insect_homeotic_gene_5(X) = fn_polar_covalent_bond_16(fn_insect_homeotic_gene_14(X))
& fn_insect_homeotic_gene_13(X) = fn_polar_covalent_bond_17(fn_insect_homeotic_gene_14(X))
& fn_insect_homeotic_gene_12(X) = fn_polar_covalent_bond_18(fn_insect_homeotic_gene_14(X))
& fn_insect_homeotic_gene_15(X) = fn_nucleoside_monophosphate_15(fn_insect_homeotic_gene_6(X))
& fn_insect_homeotic_gene_16(X) = fn_deoxyribonucleotide_7(fn_insect_homeotic_gene_6(X))
& fn_insect_homeotic_gene_16(X) = fn_nucleoside_monophosphate_11(fn_insect_homeotic_gene_6(X))
& fn_insect_homeotic_gene_31(X) = fn_phosphodiester_bond_6(fn_insect_homeotic_gene_11(X))
& fn_insect_homeotic_gene_28(X) = fn_master_control_gene_1(X)
& fn_insect_homeotic_gene_27(X) = fn_master_control_gene_22(X)
& fn_insect_homeotic_gene_29(X) = fn_master_control_gene_2(X)
& fn_insect_homeotic_gene_30(X) = fn_master_control_gene_23(X)
& fn_insect_homeotic_gene_7(X) = fn_master_control_gene_4(X)
& fn_insect_homeotic_gene_24(X) = fn_master_control_gene_18(X)
& fn_insect_homeotic_gene_26(X) = fn_master_control_gene_20(X)
& fn_insect_homeotic_gene_25(X) = fn_master_control_gene_19(X)
& fn_insect_homeotic_gene_21(X) = fn_master_control_gene_16(X)
& fn_insect_homeotic_gene_17(X) = fn_master_control_gene_15(X)
& fn_insect_homeotic_gene_20(X) = fn_master_control_gene_12(X)
& fn_insect_homeotic_gene_19(X) = fn_master_control_gene_6(X)
& fn_insect_homeotic_gene_18(X) = fn_master_control_gene_5(X)
& fn_insect_homeotic_gene_23(X) = fn_master_control_gene_13(X)
& fn_insect_homeotic_gene_22(X) = fn_master_control_gene_17(X)
& fn_insect_homeotic_gene_6(X) = fn_master_control_gene_21(X)
& fn_insect_homeotic_gene_11(X) = fn_master_control_gene_14(X)
& fn_insect_homeotic_gene_32(X) = fn_master_control_gene_8(X)
& fn_insect_homeotic_gene_5(X) = fn_ester_linkage_32(fn_insect_homeotic_gene_14(X))
& fn_insect_homeotic_gene_14(X) = fn_phosphodiester_bond_29(fn_insect_homeotic_gene_11(X))
& fn_insect_homeotic_gene_13(X) = fn_ester_linkage_19(fn_insect_homeotic_gene_14(X))
& fn_insect_homeotic_gene_13(X) = fn_phosphodiester_bond_17(fn_insect_homeotic_gene_11(X))
& fn_insect_homeotic_gene_13(X) = fn_phosphodiester_bond_14(fn_insect_homeotic_gene_11(X))
& fn_insect_homeotic_gene_3(X) = fn_polar_covalent_bond_19(fn_insect_homeotic_gene_14(X))
& fn_insect_homeotic_gene_14(X) = fn_phosphodiester_bond_30(fn_insect_homeotic_gene_11(X))
& fn_insect_homeotic_gene_2(X) = fn_phosphodiester_bond_6(fn_insect_homeotic_gene_11(X))
& fn_insect_homeotic_gene_3(X) = fn_ester_linkage_28(fn_insect_homeotic_gene_14(X))
& fn_insect_homeotic_gene_4(X) = fn_ester_linkage_27(fn_insect_homeotic_gene_14(X))
& fn_insect_homeotic_gene_4(X) = fn_phosphodiester_bond_18(fn_insect_homeotic_gene_11(X))
& fn_insect_homeotic_gene_4(X) = fn_phosphodiester_bond_27(fn_insect_homeotic_gene_11(X))
& fn_insect_homeotic_gene_3(X) = fn_phosphodiester_bond_16(fn_insect_homeotic_gene_11(X))
& fn_insect_homeotic_gene_3(X) = fn_phosphodiester_bond_15(fn_insect_homeotic_gene_11(X))
& fn_nucleoside_monophosphate_11(fn_insect_homeotic_gene_6(X)) = fn_deoxyribonucleotide_7(fn_insect_homeotic_gene_6(X))
& fn_deoxyribonucleotide_7(fn_insect_homeotic_gene_6(X)) = fn_nucleoside_monophosphate_11(fn_insect_homeotic_gene_6(X))
& fn_nucleoside_monophosphate_11(fn_insect_homeotic_gene_6(X)) = fn_homeotic_gene_7(X)
& fn_homeotic_gene_7(X) = fn_master_control_gene_4(X)
& fn_master_control_gene_4(X) = fn_gene_related_aggregates_1(fn_insect_homeotic_gene_9(X))
& fn_gene_related_aggregates_1(fn_insect_homeotic_gene_9(X)) = fn_dna_strand_14(fn_insect_homeotic_gene_8(X))
& fn_dna_strand_14(fn_insect_homeotic_gene_8(X)) = fn_polar_covalent_bond_16(fn_insect_homeotic_gene_14(X))
& fn_polar_covalent_bond_16(fn_insect_homeotic_gene_14(X)) = fn_ester_linkage_32(fn_insect_homeotic_gene_14(X))
& fn_ester_linkage_32(fn_insect_homeotic_gene_14(X)) = fn_ester_linkage_32(fn_insect_homeotic_gene_14(X))
& fn_ester_linkage_32(fn_insect_homeotic_gene_14(X)) = fn_polar_covalent_bond_17(fn_insect_homeotic_gene_14(X))
& fn_polar_covalent_bond_17(fn_insect_homeotic_gene_14(X)) = fn_phosphodiester_bond_17(fn_insect_homeotic_gene_11(X))
& fn_phosphodiester_bond_17(fn_insect_homeotic_gene_11(X)) = fn_phosphodiester_bond_17(fn_insect_homeotic_gene_11(X))
& fn_ester_linkage_19(fn_insect_homeotic_gene_14(X)) = fn_phosphodiester_bond_17(fn_insect_homeotic_gene_11(X))
& fn_phosphodiester_bond_17(fn_insect_homeotic_gene_11(X)) = fn_ester_linkage_19(fn_insect_homeotic_gene_14(X))
& fn_ester_linkage_19(fn_insect_homeotic_gene_14(X)) = fn_ester_linkage_19(fn_insect_homeotic_gene_14(X))
& fn_phosphodiester_bond_14(fn_insect_homeotic_gene_11(X)) = fn_phosphodiester_bond_14(fn_insect_homeotic_gene_11(X))
& fn_phosphodiester_bond_14(fn_insect_homeotic_gene_11(X)) = fn_ester_linkage_19(fn_insect_homeotic_gene_14(X))
& fn_ester_linkage_19(fn_insect_homeotic_gene_14(X)) = fn_phosphodiester_bond_14(fn_insect_homeotic_gene_11(X))
& fn_phosphodiester_bond_14(fn_insect_homeotic_gene_11(X)) = fn_phosphodiester_bond_30(fn_insect_homeotic_gene_11(X))
& fn_phosphodiester_bond_30(fn_insect_homeotic_gene_11(X)) = fn_phosphodiester_bond_29(fn_insect_homeotic_gene_11(X))
& fn_phosphodiester_bond_29(fn_insect_homeotic_gene_11(X)) = fn_phosphodiester_bond_30(fn_insect_homeotic_gene_11(X))
& fn_phosphodiester_bond_30(fn_insect_homeotic_gene_11(X)) = fn_phosphodiester_bond_30(fn_insect_homeotic_gene_11(X))
& fn_phosphodiester_bond_30(fn_insect_homeotic_gene_11(X)) = fn_ester_linkage_27(fn_insect_homeotic_gene_14(X))
& fn_ester_linkage_27(fn_insect_homeotic_gene_14(X)) = fn_phosphodiester_bond_18(fn_insect_homeotic_gene_11(X))
& fn_phosphodiester_bond_18(fn_insect_homeotic_gene_11(X)) = fn_ester_linkage_27(fn_insect_homeotic_gene_14(X))
& fn_ester_linkage_27(fn_insect_homeotic_gene_14(X)) = fn_ester_linkage_27(fn_insect_homeotic_gene_14(X))
& fn_phosphodiester_bond_27(fn_insect_homeotic_gene_11(X)) = fn_ester_linkage_27(fn_insect_homeotic_gene_14(X))
& fn_ester_linkage_27(fn_insect_homeotic_gene_14(X)) = fn_phosphodiester_bond_27(fn_insect_homeotic_gene_11(X))
& fn_phosphodiester_bond_27(fn_insect_homeotic_gene_11(X)) = fn_polar_covalent_bond_19(fn_insect_homeotic_gene_14(X))
& fn_polar_covalent_bond_19(fn_insect_homeotic_gene_14(X)) = fn_polar_covalent_bond_19(fn_insect_homeotic_gene_14(X))
& fn_phosphodiester_bond_16(fn_insect_homeotic_gene_11(X)) = fn_polar_covalent_bond_19(fn_insect_homeotic_gene_14(X))
& fn_polar_covalent_bond_19(fn_insect_homeotic_gene_14(X)) = fn_phosphodiester_bond_16(fn_insect_homeotic_gene_11(X))
& fn_ester_linkage_28(fn_insect_homeotic_gene_14(X)) = fn_phosphodiester_bond_16(fn_insect_homeotic_gene_11(X))
& fn_phosphodiester_bond_16(fn_insect_homeotic_gene_11(X)) = fn_phosphodiester_bond_16(fn_insect_homeotic_gene_11(X))
& fn_phosphodiester_bond_16(fn_insect_homeotic_gene_11(X)) = fn_ester_linkage_28(fn_insect_homeotic_gene_14(X))
& fn_ester_linkage_28(fn_insect_homeotic_gene_14(X)) = fn_ester_linkage_28(fn_insect_homeotic_gene_14(X))
& fn_phosphodiester_bond_15(fn_insect_homeotic_gene_11(X)) = fn_ester_linkage_28(fn_insect_homeotic_gene_14(X))
& fn_ester_linkage_28(fn_insect_homeotic_gene_14(X)) = fn_phosphodiester_bond_15(fn_insect_homeotic_gene_11(X))
& fn_phosphodiester_bond_15(fn_insect_homeotic_gene_11(X)) = fn_phosphodiester_bond_15(fn_insect_homeotic_gene_11(X)) ) ) ).
fof(a530409,axiom,
! [X] :
( insecticide_1(X)
=> ( original_name_2(X,'Insecticide')
& user_description_2(X,'A chemical used to kill insects.')
& concept2words_2(X,insecticide)
& pesticide_1(X) ) ) ).
fof(a530410,axiom,
! [X] :
( insectivora_1(X)
=> ( original_name_2(X,'Insectivora')
& user_description_2(X,'A polyphyletic grouping of mammals that eat primarily insects. Includes hedgehogs, shrews, and moles.')
& concept2words_2(X,insectivora)
& mammal_1(X)
& ~ eutherian_1(X)
& ~ lagomorpha_1(X)
& ~ marsupial_1(X)
& ~ monotreme_1(X)
& ~ person_1(X) ) ) ).
fof(a530411,axiom,
! [X] :
( insertion_1(X)
=> ( original_name_2(X,'Insertion')
& user_description_2(X,'A type of mutation involving the addition of at least one nucleotide base pair into a DNA sequence.')
& concept2words_2(X,insert)
& concept2words_2(X,insertion)
& mutation_1(X) ) ) ).
fof(a530412,axiom,
! [X] :
( insertion_sequences_1(X)
=> ( original_name_2(X,'Insertion-Sequences')
& user_description_2(X,'The simplest kind of transposon, consisting of inverted repeats of DNA flanking a gene for transposase, the enzyme that catalyzes transposition.')
& concept2words_2(X,'insertion sequence')
& concept2words_2(X,'insertion-sequence')
& concept2words_2(X,'insertion sequences')
& transposon_1(X)
& ~ composite_transposon_1(X)
& ~ retrotransposon_1(X)
& mutagen_1(fn_insertion_sequences_1(X))
& bacterium_1(fn_insertion_sequences_2(X))
& gene_1(fn_insertion_sequences_3(X))
& plays_2(X,fn_insertion_sequences_1(X))
& has_part_2(fn_insertion_sequences_2(X),X)
& element_2(X,fn_insertion_sequences_3(X))
& fn_insertion_sequences_3(X) = fn_sequence_1(X)
& fn_insertion_sequences_3(X) = fn_sequence_2(X)
& fn_sequence_1(X) = fn_sequence_2(X) ) ) ).
fof(a530413,axiom,
! [X] :
( inside_face_1(X)
=> ( original_name_2(X,'Inside-Face')
& user_description_2(X,'The region inside an entity is called as its inside face.')
& concept2words_2(X,'interior side')
& concept2words_2(X,'interior-side')
& concept2words_2(X,'face of inside')
& concept2words_2(X,'inside face')
& concept2words_2(X,'inside-face')
& face_region_1(X)
& cellular_region_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X) ) ) ).
fof(a530414,axiom,
! [X] :
( institution_1(X)
=> ( original_name_2(X,'Institution')
& description_2(X,'a work organization')
& concept2words_2(X,establishment)
& concept2words_2(X,institution)
& organization_1(X)
& ~ group_1(X)
& ~ department_1(X) ) ) ).
fof(a530415,axiom,
! [X] :
( instruction_1(X)
=> ( original_name_2(X,'Instruction')
& concept2words_2(X,direction)
& concept2words_2(X,command)
& concept2words_2(X,statement)
& concept2words_2(X,'program line')
& concept2words_2(X,program_line)
& concept2words_2(X,instruction)
& role_1(X)
& information_1(fn_instruction_1(X))
& plays_2(fn_instruction_1(X),X) ) ) ).
fof(a530416,axiom,
! [X] :
( instrument_role_1(X)
=> ( original_name_2(X,'Instrument-Role')
& concept2words_2(X,instrument)
& concept2words_2(X,tool)
& concept2words_2(X,pawn)
& concept2words_2(X,'role of instrument')
& concept2words_2(X,'instrument role')
& concept2words_2(X,'instrument-role')
& role_1(X)
& entity_1(fn_instrument_role_1(X))
& plays_2(fn_instrument_role_1(X),X) ) ) ).
fof(a530417,axiom,
! [X] :
( insulator_1(X)
=> ( original_name_2(X,'Insulator')
& user_description_2(X,'An insulator resists the flow of heat.')
& concept2words_2(X,insulator)
& barrier_1(X)
& block_1(fn_insulator_1(X))
& event_1(fn_insulator_2(X))
& in_event_2(X,fn_insulator_1(X))
& prevents_2(fn_insulator_1(X),fn_insulator_2(X)) ) ) ).
fof(a530418,axiom,
! [X] :
( insulin_1(X)
=> ( original_name_2(X,'Insulin')
& user_description_2(X,'A peptide hormone produced and secreted by beta cells in the pancreas. Insulin promotes the uptake of glucose by cells and thus lowers blood glucose levels. It also stimulates the production of glycogen in the liver.')
& concept2words_2(X,insulin)
& pancreatic_hormone_1(X)
& digestive_peptide_hormone_1(X)
& secretory_protein_1(X)
& ~ digestive_enzyme_1(X) ) ) ).
fof(a530419,axiom,
! [X] :
( intangible_entity_1(X)
=> ( original_name_2(X,'Intangible-Entity')
& concept2words_2(X,'entity of intangible')
& concept2words_2(X,'intangible entity')
& concept2words_2(X,'intangible-entity')
& entity_1(X) ) ) ).
fof(a530420,axiom,
! [X] :
( integer_1(X)
=> ( original_name_2(X,'Integer')
& number_1(X) ) ) ).
fof(a530421,axiom,
! [X] :
( integral_protein_1(X)
=> ( original_name_2(X,'Integral-Protein')
& user_description_2(X,'An integral membrane protein (IMP) is a protein molecule (or assembly of proteins) that is attached to the biological membrane. Such proteins can be separated from the biological membranes only using detergents, nonpolar solvents, or sometimes denaturing agents.')
& concept2words_2(X,'protein of integral')
& concept2words_2(X,'integral protein')
& concept2words_2(X,'integral-protein')
& amphipathic_molecule_1(X)
& membrane_protein_1(X)
& shape_value_1(fn_integral_protein_2(X))
& inside_face_1(fn_integral_protein_3(X))
& outside_face_1(fn_integral_protein_4(X))
& hydrophobic_amino_acid_1(fn_integral_protein_5(X))
& polar_amino_acid_1(fn_integral_protein_6(X))
& attract_1(fn_integral_protein_7(X))
& repel_1(fn_integral_protein_8(X))
& glycoprotein_1(fn_integral_protein_9(X))
& hydrophobic_core_1(fn_integral_protein_10(X))
& phospholipid_layer_1(fn_integral_protein_11(X))
& phospholipid_layer_1(fn_integral_protein_12(X))
& polypeptide_1(fn_integral_protein_13(X))
& protein_domain_1(fn_integral_protein_14(X))
& constant_motion_1(fn_integral_protein_15(X))
& size_value_1(fn_integral_protein_16(X))
& kinetic_energy_1(fn_integral_protein_17(X))
& quantity_value_1(fn_integral_protein_18(X))
& speed_value_1(fn_integral_protein_19(X))
& size_value_1(fn_integral_protein_20(X))
& spatial_entity_1(fn_integral_protein_21(X))
& chemical_entity_1(fn_integral_protein_21(X))
& monomer_1(fn_integral_protein_21(X))
& molecule_1(fn_integral_protein_21(X))
& amino_acid_1(fn_integral_protein_21(X))
& phospholipid_bilayer_1(fn_integral_protein_22(X))
& hydrophilic_region_1(fn_integral_protein_23(X))
& biomembrane_1(fn_integral_protein_24(X))
& block_1(fn_integral_protein_25(X))
& hydrophobic_core_1(fn_integral_protein_26(X))
& tangible_entity_1(fn_integral_protein_27(X))
& phospholipid_bilayer_1(fn_integral_protein_27(X))
& hydrophobic_region_1(fn_integral_protein_28(X))
& surface_1(fn_integral_protein_29(X))
& monomer_1(fn_integral_protein_30(X))
& carbon_1(fn_integral_protein_31(X))
& carbon_skeleton_1(fn_integral_protein_32(X))
& atom_1(fn_integral_protein_33(X))
& chemical_entity_1(fn_integral_protein_33(X))
& hydrophobic_core_1(fn_phospholipid_bilayer_3(fn_integral_protein_22(X)))
& glycoprotein_1(fn_biomembrane_30(fn_integral_protein_24(X)))
& phospholipid_layer_1(fn_biomembrane_62(fn_integral_protein_24(X)))
& phospholipid_layer_1(fn_biomembrane_61(fn_integral_protein_24(X)))
& hydrophobic_core_1(fn_biomembrane_75(fn_integral_protein_24(X)))
& block_1(fn_biomembrane_100(fn_integral_protein_24(X)))
& block_1(fn_biomembrane_101(fn_integral_protein_24(X)))
& block_1(fn_biomembrane_102(fn_integral_protein_24(X)))
& tangible_entity_1(fn_biomembrane_63(fn_integral_protein_24(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_integral_protein_24(X)))
& atom_1(fn_carbon_skeleton_2(fn_integral_protein_32(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_integral_protein_32(X)))
& carbon_1(fn_carbon_skeleton_4(fn_integral_protein_32(X)))
& tangible_entity_1(fn_biomembrane_54(fn_integral_protein_24(X)))
& membrane_protein_1(fn_biomembrane_54(fn_integral_protein_24(X)))
& protein_1(fn_biomembrane_54(fn_integral_protein_24(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_integral_protein_32(X)))
& is_at_2(fn_integral_protein_6(X),fn_integral_protein_23(X))
& has_part_2(X,fn_integral_protein_5(X))
& has_part_2(X,fn_integral_protein_6(X))
& is_inside_2(X,fn_integral_protein_27(X))
& shape_2(fn_integral_protein_5(X),fn_integral_protein_2(X))
& is_inside_2(fn_integral_protein_5(X),fn_integral_protein_28(X))
& instrument_2(fn_integral_protein_25(X),fn_integral_protein_24(X))
& base_2(fn_integral_protein_25(X),fn_integral_protein_26(X))
& is_between_2(fn_integral_protein_26(X),fn_integral_protein_4(X))
& is_between_2(fn_integral_protein_26(X),fn_integral_protein_3(X))
& is_inside_2(fn_integral_protein_28(X),fn_integral_protein_24(X))
& the_categorical_value_2(fn_integral_protein_2(X),helix_0)
& has_region_2(fn_integral_protein_22(X),fn_integral_protein_26(X))
& has_part_2(X,fn_integral_protein_30(X))
& size_2(fn_integral_protein_30(X),fn_integral_protein_20(X))
& greater_than_2(fn_integral_protein_16(X),fn_integral_protein_20(X))
& has_part_2(X,fn_integral_protein_33(X))
& called_2(fn_integral_protein_25(X),"1")
& has_part_2(fn_integral_protein_24(X),fn_integral_protein_9(X))
& is_inside_2(fn_integral_protein_9(X),fn_integral_protein_27(X))
& has_region_2(fn_integral_protein_27(X),fn_integral_protein_11(X))
& has_region_2(fn_integral_protein_27(X),fn_integral_protein_12(X))
& is_along_2(fn_integral_protein_11(X),fn_integral_protein_12(X))
& is_along_2(fn_integral_protein_12(X),fn_integral_protein_11(X))
& fn_integral_protein_11(X) != fn_integral_protein_12(X)
& fn_integral_protein_12(X) != fn_integral_protein_11(X)
& has_part_2(fn_integral_protein_24(X),fn_integral_protein_27(X))
& has_region_2(fn_integral_protein_27(X),fn_integral_protein_10(X))
& agent_2(fn_integral_protein_25(X),fn_integral_protein_10(X))
& has_function_2(fn_integral_protein_24(X),fn_integral_protein_25(X))
& has_part_2(fn_integral_protein_24(X),X)
& has_function_2(X,fn_integral_protein_8(X))
& site_2(fn_integral_protein_8(X),fn_integral_protein_28(X))
& site_2(fn_integral_protein_7(X),fn_integral_protein_23(X))
& facilitates_2(fn_integral_protein_23(X),fn_integral_protein_7(X))
& has_function_2(X,fn_integral_protein_7(X))
& agent_2(fn_integral_protein_7(X),X)
& object_2(fn_integral_protein_15(X),X)
& speed_2(fn_integral_protein_15(X),fn_integral_protein_19(X))
& directly_proportional_2(fn_integral_protein_19(X),fn_integral_protein_18(X))
& has_region_2(X,fn_integral_protein_28(X))
& facilitates_2(fn_integral_protein_28(X),fn_integral_protein_8(X))
& agent_2(fn_integral_protein_8(X),X)
& possesses_2(X,fn_integral_protein_17(X))
& quantity_2(fn_integral_protein_17(X),fn_integral_protein_18(X))
& has_region_2(X,fn_integral_protein_32(X))
& has_part_2(X,fn_integral_protein_31(X))
& is_inside_2(fn_integral_protein_31(X),fn_integral_protein_32(X))
& fn_integral_protein_33(X) != fn_integral_protein_31(X)
& fn_integral_protein_31(X) != fn_integral_protein_33(X)
& is_at_2(fn_integral_protein_23(X),fn_integral_protein_29(X))
& has_region_2(X,fn_integral_protein_29(X))
& size_2(X,fn_integral_protein_16(X))
& the_scalar_value_2(fn_integral_protein_16(X),big_0)
& scalar_unit_class_2(fn_integral_protein_16(X),polypeptide_0)
& has_part_2(X,fn_integral_protein_13(X))
& has_part_2(fn_integral_protein_13(X),fn_integral_protein_21(X))
& is_at_2(fn_integral_protein_21(X),fn_integral_protein_14(X))
& has_region_2(X,fn_integral_protein_14(X))
& has_region_2(X,fn_integral_protein_23(X))
& fn_integral_protein_26(X) = fn_phospholipid_bilayer_3(fn_integral_protein_22(X))
& fn_integral_protein_34(X) = fn_polymer_10(X)
& fn_integral_protein_16(X) = fn_polymer_8(X)
& fn_integral_protein_20(X) = fn_polymer_7(X)
& fn_integral_protein_30(X) = fn_polymer_4(X)
& fn_integral_protein_9(X) = fn_biomembrane_30(fn_integral_protein_24(X))
& fn_integral_protein_11(X) = fn_biomembrane_62(fn_integral_protein_24(X))
& fn_integral_protein_12(X) = fn_biomembrane_61(fn_integral_protein_24(X))
& X = fn_biomembrane_54(fn_integral_protein_24(X))
& fn_integral_protein_25(X) = fn_biomembrane_100(fn_integral_protein_24(X))
& fn_integral_protein_25(X) = fn_biomembrane_101(fn_integral_protein_24(X))
& fn_integral_protein_25(X) = fn_biomembrane_102(fn_integral_protein_24(X))
& fn_integral_protein_10(X) = fn_biomembrane_75(fn_integral_protein_24(X))
& fn_integral_protein_24(X) = fn_membrane_protein_1(X)
& fn_integral_protein_27(X) = fn_membrane_protein_2(X)
& fn_integral_protein_27(X) = fn_biomembrane_63(fn_integral_protein_24(X))
& fn_integral_protein_36(X) = fn_amphipathic_molecule_9(X)
& fn_integral_protein_35(X) = fn_amphipathic_molecule_10(X)
& fn_integral_protein_19(X) = fn_amphipathic_molecule_3(X)
& fn_integral_protein_15(X) = fn_amphipathic_molecule_8(X)
& fn_integral_protein_7(X) = fn_amphipathic_molecule_6(X)
& fn_integral_protein_18(X) = fn_amphipathic_molecule_4(X)
& fn_integral_protein_17(X) = fn_amphipathic_molecule_7(X)
& fn_integral_protein_8(X) = fn_amphipathic_molecule_5(X)
& fn_integral_protein_28(X) = fn_amphipathic_molecule_2(X)
& fn_integral_protein_33(X) = fn_organic_molecule_2(X)
& fn_integral_protein_33(X) = fn_carbon_skeleton_2(fn_integral_protein_32(X))
& fn_integral_protein_31(X) = fn_organic_molecule_1(X)
& fn_integral_protein_31(X) = fn_carbon_skeleton_4(fn_integral_protein_32(X))
& fn_integral_protein_32(X) = fn_organic_molecule_3(X)
& X = fn_carbon_skeleton_3(fn_integral_protein_32(X))
& fn_integral_protein_37(X) = fn_protein_10(X)
& fn_integral_protein_16(X) = fn_protein_9(X)
& fn_integral_protein_29(X) = fn_protein_5(X)
& fn_integral_protein_23(X) = fn_amphipathic_molecule_1(X)
& fn_integral_protein_23(X) = fn_protein_1(X)
& fn_integral_protein_14(X) = fn_protein_7(X)
& fn_integral_protein_21(X) = fn_protein_14(X)
& fn_integral_protein_13(X) = fn_protein_8(X)
& fn_biomembrane_100(fn_integral_protein_24(X)) = fn_biomembrane_101(fn_integral_protein_24(X))
& fn_biomembrane_102(fn_integral_protein_24(X)) = fn_biomembrane_101(fn_integral_protein_24(X))
& fn_biomembrane_101(fn_integral_protein_24(X)) = fn_biomembrane_102(fn_integral_protein_24(X))
& fn_biomembrane_102(fn_integral_protein_24(X)) = fn_biomembrane_102(fn_integral_protein_24(X))
& fn_biomembrane_102(fn_integral_protein_24(X)) = fn_biomembrane_63(fn_integral_protein_24(X))
& fn_biomembrane_63(fn_integral_protein_24(X)) = fn_biomembrane_63(fn_integral_protein_24(X))
& fn_biomembrane_63(fn_integral_protein_24(X)) = fn_membrane_protein_2(X)
& fn_membrane_protein_2(X) = fn_biomembrane_63(fn_integral_protein_24(X))
& fn_biomembrane_63(fn_integral_protein_24(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_carbon_skeleton_2(fn_integral_protein_32(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_carbon_skeleton_2(fn_integral_protein_32(X))
& fn_carbon_skeleton_2(fn_integral_protein_32(X)) = fn_organic_molecule_1(X)
& fn_carbon_skeleton_4(fn_integral_protein_32(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_carbon_skeleton_4(fn_integral_protein_32(X))
& fn_carbon_skeleton_4(fn_integral_protein_32(X)) = fn_polymer_8(X)
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_amphipathic_molecule_1(X)
& fn_amphipathic_molecule_1(X) = fn_amphipathic_molecule_1(X)
& fn_protein_1(X) = fn_amphipathic_molecule_1(X)
& fn_amphipathic_molecule_1(X) = fn_protein_1(X)
& fn_protein_1(X) = fn_biomembrane_54(fn_integral_protein_24(X))
& fn_biomembrane_54(fn_integral_protein_24(X)) = fn_carbon_skeleton_3(fn_integral_protein_32(X))
& fn_carbon_skeleton_3(fn_integral_protein_32(X)) = fn_carbon_skeleton_3(fn_integral_protein_32(X)) ) ) ).
fof(a530422,axiom,
! [X] :
( integrin_1(X)
=> ( original_name_2(X,'Integrin')
& user_description_2(X,'A transmembrane receptor protein that connects a cell\'s cytoskeleton with the extracellular matrix.')
& concept2words_2(X,integrin)
& transmembrane_protein_1(X)
& receptor_protein_1(X)
& transmit_1(fn_integrin_1(X))
& extra_cellular_matrix_1(fn_integrin_2(X))
& attract_1(fn_integrin_3(X))
& repel_1(fn_integrin_4(X))
& spatial_entity_1(fn_integrin_5(X))
& motor_protein_1(fn_integrin_5(X))
& eukaryotic_cell_1(fn_integrin_6(X))
& animal_cell_1(fn_integrin_6(X))
& tangible_entity_1(fn_integrin_6(X))
& cell_1(fn_integrin_6(X))
& glycoprotein_1(fn_integrin_7(X))
& integral_protein_1(fn_integrin_7(X))
& fibronectin_1(fn_integrin_7(X))
& polymer_1(fn_integrin_8(X))
& spatial_entity_1(fn_integrin_8(X))
& membrane_protein_1(fn_integrin_8(X))
& tangible_entity_1(fn_integrin_8(X))
& transmembrane_protein_1(fn_integrin_8(X))
& integral_protein_1(fn_integrin_8(X))
& transport_protein_1(fn_integrin_8(X))
& sodium_potassium_pump_1(fn_integrin_8(X))
& spatial_entity_1(fn_integrin_9(X))
& polymer_1(fn_integrin_9(X))
& organic_molecule_1(fn_integrin_9(X))
& tangible_entity_1(fn_integrin_9(X))
& membrane_protein_1(fn_integrin_9(X))
& protein_1(fn_integrin_9(X))
& attach_1(fn_integrin_10(X))
& constant_motion_1(fn_integrin_15(X))
& protein_domain_1(fn_integrin_16(X))
& outside_face_1(fn_integrin_17(X))
& hydrophobic_region_1(fn_integrin_18(X))
& carbon_skeleton_1(fn_integrin_19(X))
& hydrophilic_end_1(fn_integrin_20(X))
& size_value_1(fn_integrin_21(X))
& polypeptide_1(fn_integrin_22(X))
& entity_1(fn_integrin_23(X))
& atom_1(fn_integrin_23(X))
& chemical_entity_1(fn_integrin_23(X))
& carbon_1(fn_integrin_23(X))
& monomer_1(fn_integrin_24(X))
& hydrophobic_amino_acid_1(fn_integrin_25(X))
& polar_amino_acid_1(fn_integrin_26(X))
& atom_1(fn_integrin_27(X))
& chemical_entity_1(fn_integrin_27(X))
& kinetic_energy_1(fn_integrin_28(X))
& tangible_entity_1(fn_integrin_29(X))
& phospholipid_bilayer_1(fn_integrin_29(X))
& spatial_entity_1(fn_integrin_30(X))
& biomembrane_1(fn_integrin_30(X))
& animal_plasma_membrane_1(fn_integrin_30(X))
& plasma_membrane_1(fn_integrin_30(X))
& quantity_value_1(fn_integrin_31(X))
& speed_value_1(fn_integrin_32(X))
& size_value_1(fn_integrin_33(X))
& spatial_entity_1(fn_integrin_34(X))
& chemical_entity_1(fn_integrin_34(X))
& monomer_1(fn_integrin_34(X))
& molecule_1(fn_integrin_34(X))
& amino_acid_1(fn_integrin_34(X))
& attach_1(fn_integrin_35(X))
& protein_1(fn_integrin_36(X))
& spatial_entity_1(fn_integrin_37(X))
& microfilament_1(fn_integrin_37(X))
& cytoskeleton_1(fn_integrin_38(X))
& attach_1(fn_integrin_39(X))
& hydrophilic_region_1(fn_integrin_40(X))
& hydrophilic_end_1(fn_integrin_40(X))
& expose_1(fn_integrin_41(X))
& spatial_entity_1(fn_plasma_membrane_53(fn_integrin_30(X)))
& motor_protein_1(fn_plasma_membrane_53(fn_integrin_30(X)))
& repel_1(fn_integral_protein_8(fn_integrin_7(X)))
& hydrophobic_region_1(fn_integral_protein_28(fn_integrin_7(X)))
& cytoskeleton_1(fn_cell_2(fn_integrin_6(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_integrin_30(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_integrin_30(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_integrin_30(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_integrin_30(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_integrin_30(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_integrin_30(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_integrin_30(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_integrin_30(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_integrin_30(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_integrin_30(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_integrin_30(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_integrin_30(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_integrin_30(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_integrin_30(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_integrin_30(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_integrin_30(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_integrin_30(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_integrin_30(X)))
& sodium_potassium_pump_1(fn_fibronectin_45(fn_integrin_7(X)))
& glycoprotein_1(fn_animal_plasma_membrane_76(fn_integrin_30(X)))
& attach_1(fn_animal_plasma_membrane_52(fn_integrin_30(X)))
& attach_1(fn_plasma_membrane_52(fn_integrin_30(X)))
& tangible_entity_1(fn_eukaryotic_cell_49(fn_integrin_6(X)))
& membrane_protein_1(fn_eukaryotic_cell_49(fn_integrin_6(X)))
& protein_1(fn_eukaryotic_cell_49(fn_integrin_6(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_integrin_30(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_integrin_30(X)))
& protein_1(fn_plasma_membrane_68(fn_integrin_30(X)))
& biomembrane_1(fn_integral_protein_24(fn_integrin_7(X)))
& biomembrane_1(fn_fibronectin_53(fn_integrin_7(X)))
& plasma_membrane_1(fn_fibronectin_53(fn_integrin_7(X)))
& animal_plasma_membrane_1(fn_fibronectin_53(fn_integrin_7(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_integrin_6(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_integrin_6(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_integrin_6(X)))
& tangible_entity_1(fn_biomembrane_63(fn_integrin_30(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_integrin_30(X)))
& tangible_entity_1(fn_eukaryotic_cell_41(fn_integrin_6(X)))
& phospholipid_bilayer_1(fn_eukaryotic_cell_41(fn_integrin_6(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_integrin_30(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_integrin_30(X)))
& tangible_entity_1(fn_fibronectin_47(fn_integrin_7(X)))
& phospholipid_bilayer_1(fn_fibronectin_47(fn_integrin_7(X)))
& tangible_entity_1(fn_integral_protein_27(fn_integrin_7(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_integrin_7(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_integrin_30(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_integrin_30(X)))
& monomer_1(fn_animal_plasma_membrane_68(fn_integrin_30(X)))
& size_value_1(fn_animal_plasma_membrane_72(fn_integrin_30(X)))
& size_value_1(fn_animal_plasma_membrane_69(fn_integrin_30(X)))
& entity_1(fn_animal_plasma_membrane_70(fn_integrin_30(X)))
& atom_1(fn_animal_plasma_membrane_70(fn_integrin_30(X)))
& chemical_entity_1(fn_animal_plasma_membrane_70(fn_integrin_30(X)))
& carbon_1(fn_animal_plasma_membrane_70(fn_integrin_30(X)))
& carbon_skeleton_1(fn_animal_plasma_membrane_57(fn_integrin_30(X)))
& tangible_entity_1(fn_expose_1(fn_integrin_41(X)))
& tangible_entity_1(fn_eukaryotic_cell_50(fn_integrin_6(X)))
& membrane_protein_1(fn_eukaryotic_cell_50(fn_integrin_6(X)))
& protein_1(fn_eukaryotic_cell_50(fn_integrin_6(X)))
& spatial_entity_1(fn_eukaryotic_cell_50(fn_integrin_6(X)))
& polymer_1(fn_eukaryotic_cell_50(fn_integrin_6(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_integrin_30(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_integrin_30(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_integrin_30(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_integrin_30(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_integrin_30(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_integrin_30(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_integrin_30(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_integrin_30(X)))
& protein_1(fn_plasma_membrane_54(fn_integrin_30(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_integrin_30(X)))
& polymer_1(fn_plasma_membrane_54(fn_integrin_30(X)))
& spatial_entity_1(fn_attach_1(fn_integrin_39(X)))
& spatial_entity_1(fn_attach_1(fn_integrin_35(X)))
& spatial_entity_1(fn_attach_2(fn_integrin_39(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_integrin_30(X)))
& animal_cell_1(fn_fibronectin_46(fn_integrin_7(X)))
& cell_1(fn_cytoskeleton_6(fn_integrin_38(X)))
& tangible_entity_1(fn_cytoskeleton_6(fn_integrin_38(X)))
& spatial_entity_1(fn_attach_2(fn_integrin_35(X)))
& microfilament_1(fn_cytoskeleton_2(fn_integrin_38(X)))
& is_inside_2(fn_integrin_5(X),fn_integrin_2(X))
& fn_integrin_7(X) != X
& fn_integrin_35(X) != fn_integrin_39(X)
& agent_2(fn_integrin_1(X),X)
& destination_2(fn_integrin_1(X),fn_integrin_38(X))
& origin_2(fn_integrin_1(X),fn_integrin_2(X))
& X != fn_integrin_7(X)
& is_outside_2(fn_integrin_2(X),fn_integrin_6(X))
& fn_integrin_39(X) != fn_integrin_35(X)
& site_2(fn_integrin_41(X),fn_integrin_40(X))
& base_2(fn_integrin_35(X),fn_integrin_37(X))
& object_2(fn_integrin_35(X),fn_integrin_36(X))
& is_across_2(fn_integrin_8(X),fn_integrin_30(X))
& object_2(fn_integrin_41(X),X)
& fn_integrin_8(X) != fn_integrin_9(X)
& fn_integrin_9(X) != fn_integrin_8(X)
& X != fn_integrin_8(X)
& fn_integrin_8(X) != X
& is_inside_2(fn_integrin_8(X),fn_integrin_29(X))
& has_region_2(X,fn_integrin_17(X))
& is_at_2(fn_integrin_40(X),fn_integrin_17(X))
& facilitates_2(fn_integrin_40(X),fn_integrin_3(X))
& site_2(fn_integrin_3(X),fn_integrin_40(X))
& is_at_2(fn_integrin_26(X),fn_integrin_40(X))
& has_region_2(X,fn_integrin_40(X))
& has_region_2(X,fn_integrin_20(X))
& is_opposite_2(fn_integrin_40(X),fn_integrin_20(X))
& is_opposite_2(fn_integrin_20(X),fn_integrin_40(X))
& is_across_2(X,fn_integrin_30(X))
& called_2(fn_integrin_7(X),'MP1')
& called_2(fn_integrin_8(X),'MP1')
& is_inside_2(fn_integrin_7(X),fn_integrin_29(X))
& has_part_2(fn_integrin_30(X),fn_integrin_7(X))
& has_part_2(fn_integrin_30(X),fn_integrin_8(X))
& is_at_2(fn_integrin_8(X),fn_integrin_30(X))
& has_part_2(fn_integrin_6(X),fn_integrin_30(X))
& has_part_2(fn_integrin_30(X),fn_integrin_29(X))
& has_part_2(fn_integrin_30(X),fn_integrin_9(X))
& called_2(fn_integrin_9(X),'MP1')
& has_part_2(fn_integrin_30(X),X)
& object_2(fn_integrin_10(X),X)
& base_2(fn_integrin_10(X),fn_integrin_5(X))
& fn_integrin_9(X) != X
& X != fn_integrin_9(X)
& the_scalar_value_2(fn_integrin_21(X),big_0)
& scalar_unit_class_2(fn_integrin_21(X),polypeptide_0)
& is_at_2(fn_integrin_34(X),fn_integrin_16(X))
& has_part_2(X,fn_integrin_23(X))
& has_part_2(X,fn_integrin_26(X))
& has_part_2(X,fn_integrin_27(X))
& size_2(X,fn_integrin_21(X))
& greater_than_2(fn_integrin_21(X),fn_integrin_33(X))
& size_2(fn_integrin_24(X),fn_integrin_33(X))
& has_part_2(X,fn_integrin_24(X))
& is_inside_2(X,fn_integrin_29(X))
& possesses_2(X,fn_integrin_28(X))
& quantity_2(fn_integrin_28(X),fn_integrin_31(X))
& directly_proportional_2(fn_integrin_32(X),fn_integrin_31(X))
& speed_2(fn_integrin_15(X),fn_integrin_32(X))
& object_2(fn_integrin_15(X),X)
& agent_2(fn_integrin_3(X),X)
& has_function_2(X,fn_integrin_3(X))
& has_region_2(X,fn_integrin_19(X))
& is_inside_2(fn_integrin_23(X),fn_integrin_19(X))
& fn_integrin_23(X) != fn_integrin_27(X)
& fn_integrin_27(X) != fn_integrin_23(X)
& has_function_2(X,fn_integrin_4(X))
& site_2(fn_integrin_4(X),fn_integrin_18(X))
& is_inside_2(fn_integrin_25(X),fn_integrin_18(X))
& has_part_2(X,fn_integrin_25(X))
& has_region_2(X,fn_integrin_16(X))
& has_region_2(X,fn_integrin_18(X))
& facilitates_2(fn_integrin_18(X),fn_integrin_4(X))
& agent_2(fn_integrin_4(X),X)
& has_part_2(X,fn_integrin_22(X))
& has_part_2(fn_integrin_22(X),fn_integrin_34(X))
& object_2(fn_integrin_39(X),X)
& has_part_2(fn_integrin_38(X),fn_integrin_37(X))
& has_part_2(fn_integrin_6(X),fn_integrin_38(X))
& base_2(fn_integrin_39(X),fn_integrin_36(X))
& fn_integrin_37(X) = fn_attach_2(fn_integrin_35(X))
& fn_integrin_36(X) = fn_attach_1(fn_integrin_35(X))
& X = fn_expose_1(fn_integrin_41(X))
& fn_integrin_9(X) = fn_animal_plasma_membrane_47(fn_integrin_30(X))
& fn_integrin_40(X) = fn_integral_protein_23(X)
& fn_integrin_17(X) = fn_integral_protein_29(X)
& fn_integrin_40(X) = fn_transmembrane_protein_3(X)
& fn_integrin_20(X) = fn_transmembrane_protein_2(X)
& fn_integrin_29(X) = fn_fibronectin_47(fn_integrin_7(X))
& fn_integrin_6(X) = fn_animal_plasma_membrane_56(fn_integrin_30(X))
& fn_integrin_6(X) = fn_fibronectin_46(fn_integrin_7(X))
& fn_integrin_8(X) = fn_plasma_membrane_4(fn_integrin_30(X))
& fn_integrin_8(X) = fn_plasma_membrane_3(fn_integrin_30(X))
& fn_integrin_8(X) = fn_plasma_membrane_55(fn_integrin_30(X))
& fn_integrin_8(X) = fn_animal_plasma_membrane_53(fn_integrin_30(X))
& fn_integrin_8(X) = fn_animal_plasma_membrane_62(fn_integrin_30(X))
& fn_integrin_8(X) = fn_fibronectin_45(fn_integrin_7(X))
& fn_integrin_7(X) = fn_integral_protein_9(X)
& fn_integrin_7(X) = fn_animal_plasma_membrane_76(fn_integrin_30(X))
& fn_integrin_30(X) = fn_fibronectin_53(fn_integrin_7(X))
& fn_integrin_29(X) = fn_biomembrane_63(fn_integrin_30(X))
& fn_integrin_29(X) = fn_integral_protein_27(fn_integrin_7(X))
& fn_integrin_29(X) = fn_eukaryotic_cell_41(fn_integrin_6(X))
& fn_integrin_29(X) = fn_plasma_membrane_71(fn_integrin_30(X))
& fn_integrin_5(X) = fn_plasma_membrane_53(fn_integrin_30(X))
& fn_integrin_10(X) = fn_animal_plasma_membrane_52(fn_integrin_30(X))
& fn_integrin_10(X) = fn_plasma_membrane_52(fn_integrin_30(X))
& fn_integrin_9(X) = fn_eukaryotic_cell_49(fn_integrin_6(X))
& fn_integrin_9(X) = fn_plasma_membrane_68(fn_integrin_30(X))
& fn_integrin_30(X) = fn_integral_protein_24(X)
& fn_integrin_30(X) = fn_integral_protein_24(fn_integrin_7(X))
& fn_integrin_30(X) = fn_transmembrane_protein_4(X)
& fn_integrin_30(X) = fn_eukaryotic_cell_29(fn_integrin_6(X))
& X = fn_eukaryotic_cell_50(fn_integrin_6(X))
& X = fn_plasma_membrane_54(fn_integrin_30(X))
& fn_integrin_14(X) = fn_integral_protein_37(X)
& fn_integrin_13(X) = fn_integral_protein_36(X)
& fn_integrin_12(X) = fn_integral_protein_35(X)
& fn_integrin_26(X) = fn_integral_protein_6(X)
& fn_integrin_11(X) = fn_integral_protein_34(X)
& fn_integrin_29(X) = fn_animal_plasma_membrane_54(fn_integrin_30(X))
& fn_integrin_29(X) = fn_integral_protein_27(X)
& fn_integrin_24(X) = fn_animal_plasma_membrane_68(fn_integrin_30(X))
& fn_integrin_24(X) = fn_receptor_protein_5(X)
& fn_integrin_24(X) = fn_integral_protein_30(X)
& fn_integrin_33(X) = fn_animal_plasma_membrane_72(fn_integrin_30(X))
& fn_integrin_33(X) = fn_receptor_protein_4(X)
& fn_integrin_33(X) = fn_integral_protein_20(X)
& fn_integrin_21(X) = fn_animal_plasma_membrane_69(fn_integrin_30(X))
& fn_integrin_21(X) = fn_receptor_protein_3(X)
& fn_integrin_21(X) = fn_integral_protein_16(X)
& fn_integrin_15(X) = fn_integral_protein_15(X)
& fn_integrin_32(X) = fn_integral_protein_19(X)
& fn_integrin_31(X) = fn_integral_protein_18(X)
& fn_integrin_28(X) = fn_integral_protein_17(X)
& fn_integrin_27(X) = fn_integral_protein_33(X)
& fn_integrin_23(X) = fn_animal_plasma_membrane_70(fn_integrin_30(X))
& fn_integrin_23(X) = fn_integral_protein_31(X)
& X = fn_animal_plasma_membrane_47(fn_integrin_30(X))
& fn_integrin_19(X) = fn_animal_plasma_membrane_57(fn_integrin_30(X))
& fn_integrin_19(X) = fn_integral_protein_32(X)
& fn_integrin_3(X) = fn_integral_protein_7(X)
& fn_integrin_16(X) = fn_integral_protein_14(X)
& fn_integrin_25(X) = fn_integral_protein_5(X)
& fn_integrin_34(X) = fn_integral_protein_21(X)
& fn_integrin_22(X) = fn_integral_protein_13(X)
& fn_integrin_4(X) = fn_integral_protein_8(fn_integrin_7(X))
& fn_integrin_4(X) = fn_integral_protein_8(X)
& fn_integrin_18(X) = fn_integral_protein_28(fn_integrin_7(X))
& fn_integrin_18(X) = fn_integral_protein_28(X)
& X = fn_attach_1(fn_integrin_39(X))
& fn_integrin_36(X) = fn_attach_2(fn_integrin_39(X))
& fn_integrin_6(X) = fn_cytoskeleton_6(fn_integrin_38(X))
& fn_integrin_38(X) = fn_cell_2(fn_integrin_6(X))
& fn_integrin_37(X) = fn_cytoskeleton_2(fn_integrin_38(X))
& fn_integral_protein_23(X) = fn_integral_protein_23(X)
& fn_integral_protein_23(X) = fn_transmembrane_protein_3(X)
& fn_transmembrane_protein_3(X) = fn_transmembrane_protein_3(X)
& fn_transmembrane_protein_3(X) = fn_plasma_membrane_4(fn_integrin_30(X))
& fn_plasma_membrane_4(fn_integrin_30(X)) = fn_plasma_membrane_3(fn_integrin_30(X))
& fn_plasma_membrane_55(fn_integrin_30(X)) = fn_plasma_membrane_3(fn_integrin_30(X))
& fn_plasma_membrane_3(fn_integrin_30(X)) = fn_plasma_membrane_55(fn_integrin_30(X))
& fn_plasma_membrane_55(fn_integrin_30(X)) = fn_plasma_membrane_55(fn_integrin_30(X))
& fn_animal_plasma_membrane_62(fn_integrin_30(X)) = fn_animal_plasma_membrane_62(fn_integrin_30(X))
& fn_animal_plasma_membrane_62(fn_integrin_30(X)) = fn_plasma_membrane_55(fn_integrin_30(X))
& fn_plasma_membrane_55(fn_integrin_30(X)) = fn_animal_plasma_membrane_62(fn_integrin_30(X))
& fn_animal_plasma_membrane_53(fn_integrin_30(X)) = fn_animal_plasma_membrane_62(fn_integrin_30(X))
& fn_animal_plasma_membrane_62(fn_integrin_30(X)) = fn_animal_plasma_membrane_53(fn_integrin_30(X))
& fn_animal_plasma_membrane_53(fn_integrin_30(X)) = fn_animal_plasma_membrane_53(fn_integrin_30(X))
& fn_fibronectin_45(fn_integrin_7(X)) = fn_animal_plasma_membrane_53(fn_integrin_30(X))
& fn_animal_plasma_membrane_53(fn_integrin_30(X)) = fn_fibronectin_45(fn_integrin_7(X))
& fn_fibronectin_45(fn_integrin_7(X)) = fn_integral_protein_9(X)
& fn_animal_plasma_membrane_76(fn_integrin_30(X)) = fn_integral_protein_9(X)
& fn_integral_protein_9(X) = fn_animal_plasma_membrane_76(fn_integrin_30(X))
& fn_animal_plasma_membrane_76(fn_integrin_30(X)) = fn_plasma_membrane_52(fn_integrin_30(X))
& fn_plasma_membrane_52(fn_integrin_30(X)) = fn_animal_plasma_membrane_52(fn_integrin_30(X))
& fn_animal_plasma_membrane_52(fn_integrin_30(X)) = fn_plasma_membrane_52(fn_integrin_30(X))
& fn_plasma_membrane_52(fn_integrin_30(X)) = fn_animal_plasma_membrane_47(fn_integrin_30(X))
& fn_animal_plasma_membrane_47(fn_integrin_30(X)) = fn_eukaryotic_cell_49(fn_integrin_6(X))
& fn_eukaryotic_cell_49(fn_integrin_6(X)) = fn_eukaryotic_cell_49(fn_integrin_6(X))
& fn_plasma_membrane_68(fn_integrin_30(X)) = fn_plasma_membrane_68(fn_integrin_30(X))
& fn_plasma_membrane_68(fn_integrin_30(X)) = fn_eukaryotic_cell_49(fn_integrin_6(X))
& fn_eukaryotic_cell_49(fn_integrin_6(X)) = fn_plasma_membrane_68(fn_integrin_30(X))
& fn_plasma_membrane_68(fn_integrin_30(X)) = fn_transmembrane_protein_4(X)
& fn_transmembrane_protein_4(X) = fn_integral_protein_24(X)
& fn_integral_protein_24(X) = fn_integral_protein_24(X)
& fn_integral_protein_24(fn_integrin_7(X)) = fn_integral_protein_24(X)
& fn_integral_protein_24(X) = fn_integral_protein_24(fn_integrin_7(X))
& fn_integral_protein_24(fn_integrin_7(X)) = fn_transmembrane_protein_4(X)
& fn_transmembrane_protein_4(X) = fn_transmembrane_protein_4(X)
& fn_eukaryotic_cell_29(fn_integrin_6(X)) = fn_transmembrane_protein_4(X)
& fn_transmembrane_protein_4(X) = fn_eukaryotic_cell_29(fn_integrin_6(X))
& fn_eukaryotic_cell_29(fn_integrin_6(X)) = fn_fibronectin_53(fn_integrin_7(X))
& fn_fibronectin_53(fn_integrin_7(X)) = fn_fibronectin_53(fn_integrin_7(X))
& fn_fibronectin_53(fn_integrin_7(X)) = fn_eukaryotic_cell_29(fn_integrin_6(X))
& fn_eukaryotic_cell_29(fn_integrin_6(X)) = fn_eukaryotic_cell_29(fn_integrin_6(X))
& fn_eukaryotic_cell_29(fn_integrin_6(X)) = fn_biomembrane_63(fn_integrin_30(X))
& fn_biomembrane_63(fn_integrin_30(X)) = fn_eukaryotic_cell_41(fn_integrin_6(X))
& fn_animal_plasma_membrane_54(fn_integrin_30(X)) = fn_eukaryotic_cell_41(fn_integrin_6(X))
& fn_eukaryotic_cell_41(fn_integrin_6(X)) = fn_animal_plasma_membrane_54(fn_integrin_30(X))
& fn_fibronectin_47(fn_integrin_7(X)) = fn_animal_plasma_membrane_54(fn_integrin_30(X))
& fn_animal_plasma_membrane_54(fn_integrin_30(X)) = fn_animal_plasma_membrane_54(fn_integrin_30(X))
& fn_animal_plasma_membrane_54(fn_integrin_30(X)) = fn_fibronectin_47(fn_integrin_7(X))
& fn_fibronectin_47(fn_integrin_7(X)) = fn_plasma_membrane_71(fn_integrin_30(X))
& fn_integral_protein_27(fn_integrin_7(X)) = fn_integral_protein_27(X)
& fn_integral_protein_27(X) = fn_integral_protein_27(fn_integrin_7(X))
& fn_integral_protein_27(fn_integrin_7(X)) = fn_plasma_membrane_71(fn_integrin_30(X))
& fn_plasma_membrane_71(fn_integrin_30(X)) = fn_integral_protein_27(X)
& fn_integral_protein_27(X) = fn_animal_plasma_membrane_68(fn_integrin_30(X))
& fn_receptor_protein_5(X) = fn_animal_plasma_membrane_68(fn_integrin_30(X))
& fn_animal_plasma_membrane_68(fn_integrin_30(X)) = fn_receptor_protein_5(X)
& fn_receptor_protein_5(X) = fn_receptor_protein_5(X)
& fn_integral_protein_30(X) = fn_receptor_protein_5(X)
& fn_receptor_protein_5(X) = fn_integral_protein_30(X)
& fn_integral_protein_30(X) = fn_animal_plasma_membrane_72(fn_integrin_30(X))
& fn_receptor_protein_4(X) = fn_animal_plasma_membrane_72(fn_integrin_30(X))
& fn_animal_plasma_membrane_72(fn_integrin_30(X)) = fn_receptor_protein_4(X)
& fn_integral_protein_20(X) = fn_receptor_protein_4(X)
& fn_receptor_protein_4(X) = fn_integral_protein_20(X)
& fn_integral_protein_20(X) = fn_animal_plasma_membrane_69(fn_integrin_30(X))
& fn_receptor_protein_3(X) = fn_animal_plasma_membrane_69(fn_integrin_30(X))
& fn_animal_plasma_membrane_69(fn_integrin_30(X)) = fn_receptor_protein_3(X)
& fn_integral_protein_16(X) = fn_integral_protein_16(X)
& fn_integral_protein_16(X) = fn_receptor_protein_3(X)
& fn_receptor_protein_3(X) = fn_integral_protein_16(X)
& fn_integral_protein_16(X) = fn_integral_protein_31(X)
& fn_integral_protein_31(X) = fn_integral_protein_31(X)
& fn_integral_protein_31(X) = fn_animal_plasma_membrane_70(fn_integrin_30(X))
& fn_animal_plasma_membrane_70(fn_integrin_30(X)) = fn_integral_protein_31(X)
& fn_integral_protein_31(X) = fn_animal_plasma_membrane_57(fn_integrin_30(X))
& fn_integral_protein_32(X) = fn_animal_plasma_membrane_57(fn_integrin_30(X))
& fn_animal_plasma_membrane_57(fn_integrin_30(X)) = fn_integral_protein_32(X)
& fn_integral_protein_32(X) = fn_expose_1(fn_integrin_41(X))
& fn_expose_1(fn_integrin_41(X)) = fn_eukaryotic_cell_50(fn_integrin_6(X))
& fn_animal_plasma_membrane_47(fn_integrin_30(X)) = fn_eukaryotic_cell_50(fn_integrin_6(X))
& fn_eukaryotic_cell_50(fn_integrin_6(X)) = fn_eukaryotic_cell_50(fn_integrin_6(X))
& fn_eukaryotic_cell_50(fn_integrin_6(X)) = fn_animal_plasma_membrane_47(fn_integrin_30(X))
& fn_plasma_membrane_54(fn_integrin_30(X)) = fn_animal_plasma_membrane_47(fn_integrin_30(X))
& fn_animal_plasma_membrane_47(fn_integrin_30(X)) = fn_animal_plasma_membrane_47(fn_integrin_30(X))
& fn_animal_plasma_membrane_47(fn_integrin_30(X)) = fn_plasma_membrane_54(fn_integrin_30(X))
& fn_plasma_membrane_54(fn_integrin_30(X)) = fn_plasma_membrane_54(fn_integrin_30(X))
& fn_plasma_membrane_54(fn_integrin_30(X)) = fn_attach_1(fn_integrin_39(X))
& fn_attach_1(fn_integrin_39(X)) = fn_attach_1(fn_integrin_35(X))
& fn_attach_1(fn_integrin_35(X)) = fn_attach_2(fn_integrin_39(X))
& fn_attach_2(fn_integrin_39(X)) = fn_animal_plasma_membrane_56(fn_integrin_30(X))
& fn_animal_plasma_membrane_56(fn_integrin_30(X)) = fn_fibronectin_46(fn_integrin_7(X))
& fn_fibronectin_46(fn_integrin_7(X)) = fn_fibronectin_46(fn_integrin_7(X))
& fn_fibronectin_46(fn_integrin_7(X)) = fn_cytoskeleton_6(fn_integrin_38(X))
& fn_cytoskeleton_6(fn_integrin_38(X)) = fn_attach_2(fn_integrin_35(X))
& fn_attach_2(fn_integrin_35(X)) = fn_cytoskeleton_2(fn_integrin_38(X)) ) ) ).
fof(a530423,axiom,
! [X] :
( integrity_constant_1(X)
=> ( original_name_2(X,'Integrity-Constant')
& concept2words_2(X,'constant of integrity')
& concept2words_2(X,'integrity constant')
& concept2words_2(X,'integrity-constant')
& constant_1(X) ) ) ).
fof(a530424,axiom,
! [X] :
( integrity_scale_1(X)
=> ( original_name_2(X,'Integrity-Scale')
& concept2words_2(X,'scale of integrity')
& concept2words_2(X,'integrity scale')
& concept2words_2(X,'integrity-scale')
& scale_1(X) ) ) ).
fof(a530425,axiom,
! [X] :
( integrity_value_1(X)
=> ( original_name_2(X,'Integrity-Value')
& description_2(X,'an undivided or unbroken completeness or totality with nothing wanting')
& concept2words_2(X,unity)
& concept2words_2(X,wholeness)
& concept2words_2(X,integrity)
& concept2words_2(X,'value of integrity')
& concept2words_2(X,'integrity value')
& concept2words_2(X,'integrity-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a530426,axiom,
! [X] :
( integument_1(X)
=> ( original_name_2(X,'Integument')
& user_description_2(X,'One or more layers of tissue that form a covering over the ovule of an angiosperm.')
& concept2words_2(X,integument)
& plant_specific_tissue_1(X)
& ~ endosperm_1(X)
& ~ leaf_primordium_1(X)
& ~ meristem_1(X)
& ~ mesophyll_1(X)
& ~ phloem_1(X)
& ~ primary_plant_body_1(X)
& ~ primary_plant_1(X)
& ~ protonema_1(X)
& ~ receptacle_1(X)
& ~ vessel_1(X) ) ) ).
fof(a530427,axiom,
! [X] :
( integumentary_system_1(X)
=> ( original_name_2(X,'Integumentary-System')
& user_description_2(X,'The organ system that protects a mammal\'s body from external damage; comprised of the skin, hair or fur, and nails or claws.')
& concept2words_2(X,'integumentary system')
& concept2words_2(X,'integumentary-system')
& animal_system_1(X) ) ) ).
fof(a530428,axiom,
! [X] :
( intensity_constant_1(X)
=> ( original_name_2(X,'Intensity-Constant')
& concept2words_2(X,'constant of intensity')
& concept2words_2(X,'intensity constant')
& concept2words_2(X,'intensity-constant')
& constant_1(X) ) ) ).
fof(a530429,axiom,
! [X] :
( intensity_scale_1(X)
=> ( original_name_2(X,'Intensity-Scale')
& concept2words_2(X,'scale of intensity')
& concept2words_2(X,'intensity scale')
& concept2words_2(X,'intensity-scale')
& scale_1(X) ) ) ).
fof(a530430,axiom,
! [X] :
( intensity_value_1(X)
=> ( original_name_2(X,'Intensity-Value')
& description_2(X,'the intensity of a Thing')
& concept2words_2(X,volume)
& concept2words_2(X,vividness)
& concept2words_2(X,strength)
& concept2words_2(X,'intensity level')
& concept2words_2(X,loudness)
& concept2words_2(X,saturation)
& concept2words_2(X,chroma)
& concept2words_2(X,intensity)
& concept2words_2(X,'value of intensity')
& concept2words_2(X,'intensity value')
& concept2words_2(X,'intensity-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a530431,axiom,
! [X] :
( intentional_1(X)
=> ( original_name_2(X,'Intentional')
& concept2words_2(X,intentional)
& cliche_1(X) ) ) ).
fof(a530432,axiom,
! [X] :
( interact_1(X)
=> ( original_name_2(X,'Interact')
& user_description_2(X,'Act in such a way as to have an effect on another')
& concept2words_2(X,interact)
& action_1(X) ) ) ).
fof(a530433,axiom,
! [X] :
( interaction_of_light_with_matter_1(X)
=> ( original_name_2(X,'Interaction-Of-Light-With-Matter')
& user_description_2(X,'When light interacts with matter, some of the light is transmitted, some is reflected, and some is absorbed.')
& concept2words_2(X,interact)
& concept2words_2(X,'interaction of light with matter')
& concept2words_2(X,'interaction-of-light-with-matter')
& interact_1(X)
& light_transmission_1(fn_interaction_of_light_with_matter_1(X))
& container_1(fn_interaction_of_light_with_matter_2(X))
& spatial_entity_1(fn_interaction_of_light_with_matter_3(X))
& tangible_entity_1(fn_interaction_of_light_with_matter_3(X))
& absorb_1(fn_interaction_of_light_with_matter_4(X))
& light_reflection_1(fn_interaction_of_light_with_matter_5(X))
& make_contact_1(fn_interaction_of_light_with_matter_6(X))
& light_1(fn_interaction_of_light_with_matter_7(X))
& container_1(fn_move_into_2(fn_interaction_of_light_with_matter_4(X)))
& spatial_entity_1(fn_move_1(fn_interaction_of_light_with_matter_4(X)))
& spatial_entity_1(fn_make_contact_1(fn_interaction_of_light_with_matter_6(X)))
& spatial_entity_1(fn_make_contact_2(fn_interaction_of_light_with_matter_6(X)))
& tangible_entity_1(fn_take_in_1(fn_interaction_of_light_with_matter_4(X)))
& tangible_entity_1(fn_light_reflection_1(fn_interaction_of_light_with_matter_5(X)))
& tangible_entity_1(fn_move_into_1(fn_interaction_of_light_with_matter_4(X)))
& object_2(X,fn_interaction_of_light_with_matter_7(X))
& first_subevent_2(X,fn_interaction_of_light_with_matter_6(X))
& subevent_2(X,fn_interaction_of_light_with_matter_6(X))
& subevent_2(X,fn_interaction_of_light_with_matter_5(X))
& subevent_2(X,fn_interaction_of_light_with_matter_4(X))
& subevent_2(X,fn_interaction_of_light_with_matter_1(X))
& base_2(fn_interaction_of_light_with_matter_1(X),fn_interaction_of_light_with_matter_3(X))
& next_event_2(fn_interaction_of_light_with_matter_6(X),fn_interaction_of_light_with_matter_1(X))
& next_event_2(fn_interaction_of_light_with_matter_6(X),fn_interaction_of_light_with_matter_4(X))
& next_event_2(fn_interaction_of_light_with_matter_6(X),fn_interaction_of_light_with_matter_5(X))
& object_2(fn_interaction_of_light_with_matter_4(X),fn_interaction_of_light_with_matter_7(X))
& object_2(fn_interaction_of_light_with_matter_6(X),fn_interaction_of_light_with_matter_7(X))
& base_2(fn_interaction_of_light_with_matter_6(X),fn_interaction_of_light_with_matter_3(X))
& agent_2(fn_interaction_of_light_with_matter_4(X),fn_interaction_of_light_with_matter_3(X))
& agent_2(fn_interaction_of_light_with_matter_5(X),fn_interaction_of_light_with_matter_3(X))
& in_event_2(fn_interaction_of_light_with_matter_2(X),fn_interaction_of_light_with_matter_4(X))
& base_2(fn_interaction_of_light_with_matter_4(X),fn_interaction_of_light_with_matter_3(X))
& plays_2(fn_interaction_of_light_with_matter_3(X),fn_interaction_of_light_with_matter_2(X))
& fn_interaction_of_light_with_matter_7(X) = fn_move_1(fn_interaction_of_light_with_matter_4(X))
& fn_interaction_of_light_with_matter_7(X) = fn_make_contact_1(fn_interaction_of_light_with_matter_6(X))
& fn_interaction_of_light_with_matter_3(X) = fn_make_contact_2(fn_interaction_of_light_with_matter_6(X))
& fn_interaction_of_light_with_matter_3(X) = fn_take_in_1(fn_interaction_of_light_with_matter_4(X))
& fn_interaction_of_light_with_matter_3(X) = fn_light_reflection_1(fn_interaction_of_light_with_matter_5(X))
& fn_interaction_of_light_with_matter_2(X) = fn_move_into_2(fn_interaction_of_light_with_matter_4(X))
& fn_interaction_of_light_with_matter_3(X) = fn_move_into_1(fn_interaction_of_light_with_matter_4(X))
& fn_move_1(fn_interaction_of_light_with_matter_4(X)) = fn_make_contact_1(fn_interaction_of_light_with_matter_6(X))
& fn_make_contact_1(fn_interaction_of_light_with_matter_6(X)) = fn_make_contact_2(fn_interaction_of_light_with_matter_6(X))
& fn_make_contact_2(fn_interaction_of_light_with_matter_6(X)) = fn_take_in_1(fn_interaction_of_light_with_matter_4(X))
& fn_take_in_1(fn_interaction_of_light_with_matter_4(X)) = fn_take_in_1(fn_interaction_of_light_with_matter_4(X))
& fn_take_in_1(fn_interaction_of_light_with_matter_4(X)) = fn_light_reflection_1(fn_interaction_of_light_with_matter_5(X))
& fn_light_reflection_1(fn_interaction_of_light_with_matter_5(X)) = fn_light_reflection_1(fn_interaction_of_light_with_matter_5(X))
& fn_light_reflection_1(fn_interaction_of_light_with_matter_5(X)) = fn_move_into_1(fn_interaction_of_light_with_matter_4(X))
& fn_move_into_1(fn_interaction_of_light_with_matter_4(X)) = fn_move_into_1(fn_interaction_of_light_with_matter_4(X)) ) ) ).
fof(a530434,axiom,
! [X] :
( interactive_hypothesis_1(X)
=> ( original_name_2(X,'Interactive-Hypothesis')
& user_description_2(X,'The hypothesis that species occur together because they are part of the same community, which is an assemblage of organisms closely linked due to biological interactions. This hypothesis treats the biological community as an integrated unit; i.e., a superorganism.')
& concept2words_2(X,'interactive hypothesis')
& concept2words_2(X,'interactive-hypothesis')
& hypothesis_1(X)
& ~ bicoid_protein_hypothesis_1(X)
& ~ individualistic_hypothesis_1(X)
& ~ practice_hypothesis_of_play_1(X)
& ~ snowball_earth_hypothesis_1(X) ) ) ).
fof(a530435,axiom,
! [X] :
( intercalated_disc_1(X)
=> ( original_name_2(X,'Intercalated-Disc')
& user_description_2(X,'The connection between cardiac muscle cells that allows the heart to beat as a single unit.')
& concept2words_2(X,'intercalated disc')
& concept2words_2(X,'intercalated-disc')
& intercellular_junction_1(X)
& ~ desmosome_1(X)
& ~ tight_junction_1(X) ) ) ).
fof(a530436,axiom,
! [X] :
( intercellular_joining_1(X)
=> ( original_name_2(X,'Intercellular-Joining')
& user_description_2(X,'(1) (being located) Between or among cells. (2) Of or pertaining to that (e.g. substance, space, region) between the cells.')
& concept2words_2(X,'intercellularly join')
& concept2words_2(X,'intercellular joining')
& concept2words_2(X,'intercellular-joining')
& intercellular_process_1(X)
& attach_1(X)
& ~ annealing_1(X)
& ~ base_pairing_1(X)
& ~ ligand_binding_1(X)
& ~ nucleic_acid_hybridization_1(X)
& attach_1(fn_intercellular_joining_1(X))
& cell_1(fn_intercellular_joining_2(X))
& cell_1(fn_intercellular_joining_3(X))
& abuts_2(fn_intercellular_joining_2(X),fn_intercellular_joining_3(X))
& abuts_2(fn_intercellular_joining_3(X),fn_intercellular_joining_2(X))
& subevent_2(X,fn_intercellular_joining_1(X))
& first_subevent_2(X,fn_intercellular_joining_1(X))
& base_2(X,fn_intercellular_joining_3(X))
& object_2(X,fn_intercellular_joining_2(X))
& fn_intercellular_joining_3(X) = fn_attach_2(X)
& fn_intercellular_joining_2(X) = fn_attach_1(X) ) ) ).
fof(a530437,axiom,
! [X] :
( intercellular_junction_1(X)
=> ( original_name_2(X,'Intercellular-Junction')
& user_description_2(X,'A membrane protein that is attached to 2 adjacent cells.')
& concept2words_2(X,'cell junction')
& concept2words_2(X,'cell-junction')
& concept2words_2(X,'intercellular junction')
& concept2words_2(X,'intercellular-junction')
& eukaryotic_cell_structure_1(X)
& cell_1(fn_intercellular_junction_1(X))
& cell_1(fn_intercellular_junction_2(X))
& abuts_2(fn_intercellular_junction_1(X),fn_intercellular_junction_2(X))
& fn_intercellular_junction_1(X) != fn_intercellular_junction_2(X)
& abuts_2(fn_intercellular_junction_2(X),fn_intercellular_junction_1(X))
& fn_intercellular_junction_2(X) != fn_intercellular_junction_1(X)
& is_between_2(X,fn_intercellular_junction_1(X))
& is_between_2(X,fn_intercellular_junction_2(X)) ) ) ).
fof(a530438,axiom,
! [X] :
( intercellular_process_1(X)
=> ( original_name_2(X,'Intercellular-Process')
& user_description_2(X,'A process that occurs between cells.')
& concept2words_2(X,'intercellular process')
& concept2words_2(X,'intercellular-process')
& cellular_process_1(X) ) ) ).
fof(a530439,axiom,
! [X] :
( interdigital_tissue_1(X)
=> ( original_name_2(X,'Interdigital-Tissue')
& user_description_2(X,'Tissue located between the toes or fingers 9digits) of an animal. Webbing between the toes of a duck or frog is an example of interdigital tissue.')
& concept2words_2(X,'interdigital tissue')
& concept2words_2(X,'interdigital-tissue')
& animal_tissue_1(X) ) ) ).
fof(a530440,axiom,
! [X] :
( interface_slot_1(X)
=> ( original_name_2(X,'Interface-Slot')
& concept2words_2(X,'slot of interface')
& concept2words_2(X,'interface slot')
& concept2words_2(X,'interface-slot')
& slot_1(X) ) ) ).
fof(a530441,axiom,
! [X] :
( interferon_1(X)
=> ( original_name_2(X,'Interferon')
& user_description_2(X,'Type of protein released by cells responding to infection by viruses and other pathogens. Alpha- and beta-interferons are released by virus-infected cells and help neighboring cells resist infection. Gamma-interferon is released by T cells and activates macrophages.')
& concept2words_2(X,interferon)
& regulatory_protein_1(X)
& ~ camp_receptor_protein_1(X)
& ~ cyclin_1(X)
& ~ cytokine_1(X)
& ~ mpf_1(X)
& ~ transcription_factor_1(X)
& ~ tropomyosin_1(X)
& ~ ubiquitin_1(X) ) ) ).
fof(a530442,axiom,
! [X] :
( intermediate_filament_1(X)
=> ( original_name_2(X,'Intermediate-Filament')
& user_description_2(X,'Intermediate filament is a fibrous protein that helps in maintaining cell shape and hold organelles to a fixed position.')
& concept2words_2(X,'filament of intermediate')
& concept2words_2(X,'intermediate filament')
& concept2words_2(X,'intermediate-filament')
& filament_protein_1(X)
& fibrous_protein_1(X)
& length_value_1(fn_intermediate_filament_1(X))
& length_value_1(fn_intermediate_filament_2(X))
& length_value_1(fn_intermediate_filament_3(X))
& keratin_1(fn_intermediate_filament_7(X))
& eukaryotic_cell_1(fn_intermediate_filament_8(X))
& protein_domain_1(fn_intermediate_filament_13(X))
& kinetic_energy_1(fn_intermediate_filament_14(X))
& size_value_1(fn_intermediate_filament_15(X))
& constant_motion_1(fn_intermediate_filament_16(X))
& speed_value_1(fn_intermediate_filament_17(X))
& quantity_value_1(fn_intermediate_filament_18(X))
& size_value_1(fn_intermediate_filament_19(X))
& spatial_entity_1(fn_intermediate_filament_20(X))
& chemical_entity_1(fn_intermediate_filament_20(X))
& monomer_1(fn_intermediate_filament_20(X))
& molecule_1(fn_intermediate_filament_20(X))
& amino_acid_1(fn_intermediate_filament_20(X))
& entity_1(fn_intermediate_filament_21(X))
& chemical_entity_1(fn_intermediate_filament_21(X))
& atom_1(fn_intermediate_filament_21(X))
& carbon_skeleton_1(fn_intermediate_filament_22(X))
& chemical_bond_1(fn_intermediate_filament_23(X))
& covalent_bond_1(fn_intermediate_filament_23(X))
& hydrophilic_region_1(fn_intermediate_filament_24(X))
& surface_1(fn_intermediate_filament_25(X))
& monomer_1(fn_intermediate_filament_26(X))
& carbon_1(fn_intermediate_filament_27(X))
& entity_1(fn_intermediate_filament_27(X))
& chemical_entity_1(fn_intermediate_filament_27(X))
& atom_1(fn_intermediate_filament_27(X))
& hold_together_1(fn_intermediate_filament_28(X))
& tangible_entity_1(fn_intermediate_filament_29(X))
& nucleus_1(fn_intermediate_filament_29(X))
& monomer_1(fn_intermediate_filament_30(X))
& hold_1(fn_eukaryotic_cell_58(fn_intermediate_filament_8(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_intermediate_filament_8(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_intermediate_filament_8(X)))
& spatial_entity_1(fn_polypeptide_83(fn_intermediate_filament_26(X)))
& chemical_entity_1(fn_polypeptide_83(fn_intermediate_filament_26(X)))
& monomer_1(fn_polypeptide_83(fn_intermediate_filament_26(X)))
& molecule_1(fn_polypeptide_83(fn_intermediate_filament_26(X)))
& amino_acid_1(fn_polypeptide_83(fn_intermediate_filament_26(X)))
& chemical_entity_1(fn_polypeptide_82(fn_intermediate_filament_26(X)))
& monomer_1(fn_polypeptide_82(fn_intermediate_filament_26(X)))
& molecule_1(fn_polypeptide_82(fn_intermediate_filament_26(X)))
& amino_acid_1(fn_polypeptide_82(fn_intermediate_filament_26(X)))
& intermediate_filament_1(fn_eukaryotic_cell_57(fn_intermediate_filament_8(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_intermediate_filament_22(X)))
& carbon_1(fn_carbon_skeleton_4(fn_intermediate_filament_22(X)))
& entity_1(fn_covalent_bond_20(fn_intermediate_filament_23(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_intermediate_filament_23(X)))
& atom_1(fn_covalent_bond_20(fn_intermediate_filament_23(X)))
& entity_1(fn_covalent_bond_19(fn_intermediate_filament_23(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_intermediate_filament_23(X)))
& atom_1(fn_covalent_bond_19(fn_intermediate_filament_23(X)))
& diameter_2(X,fn_intermediate_filament_3(X))
& has_part_2(X,fn_intermediate_filament_7(X))
& has_function_2(X,fn_intermediate_filament_28(X))
& greater_than_or_equal_to_2(fn_intermediate_filament_1(X),fn_intermediate_filament_3(X))
& the_cardinal_value_2(fn_intermediate_filament_1(X),"12.0e0")
& cardinal_unit_class_2(fn_intermediate_filament_1(X),nanometer_0)
& the_cardinal_value_2(fn_intermediate_filament_2(X),"8.0e0")
& cardinal_unit_class_2(fn_intermediate_filament_2(X),nanometer_0)
& greater_than_or_equal_to_2(fn_intermediate_filament_3(X),fn_intermediate_filament_2(X))
& has_part_2(X,fn_intermediate_filament_26(X))
& has_part_2(fn_intermediate_filament_26(X),fn_intermediate_filament_20(X))
& has_part_2(fn_intermediate_filament_8(X),fn_intermediate_filament_29(X))
& object_2(fn_intermediate_filament_28(X),fn_intermediate_filament_29(X))
& agent_2(fn_intermediate_filament_28(X),X)
& has_region_2(X,fn_intermediate_filament_22(X))
& has_part_2(X,fn_intermediate_filament_27(X))
& is_inside_2(fn_intermediate_filament_27(X),fn_intermediate_filament_22(X))
& possesses_2(X,fn_intermediate_filament_23(X))
& greater_than_2(fn_intermediate_filament_15(X),fn_intermediate_filament_19(X))
& has_part_2(X,fn_intermediate_filament_30(X))
& size_2(fn_intermediate_filament_30(X),fn_intermediate_filament_19(X))
& has_part_2(X,fn_intermediate_filament_21(X))
& possesses_2(X,fn_intermediate_filament_14(X))
& quantity_2(fn_intermediate_filament_14(X),fn_intermediate_filament_18(X))
& directly_proportional_2(fn_intermediate_filament_17(X),fn_intermediate_filament_18(X))
& speed_2(fn_intermediate_filament_16(X),fn_intermediate_filament_17(X))
& object_2(fn_intermediate_filament_16(X),X)
& size_2(X,fn_intermediate_filament_15(X))
& the_scalar_value_2(fn_intermediate_filament_15(X),big_0)
& scalar_unit_class_2(fn_intermediate_filament_15(X),polypeptide_0)
& has_region_2(X,fn_intermediate_filament_25(X))
& is_at_2(fn_intermediate_filament_24(X),fn_intermediate_filament_25(X))
& has_region_2(X,fn_intermediate_filament_24(X))
& has_region_2(X,fn_intermediate_filament_13(X))
& is_at_2(fn_intermediate_filament_20(X),fn_intermediate_filament_13(X))
& fn_intermediate_filament_27(X) != fn_intermediate_filament_21(X)
& is_between_2(fn_intermediate_filament_23(X),fn_intermediate_filament_21(X))
& fn_intermediate_filament_21(X) != fn_intermediate_filament_27(X)
& is_between_2(fn_intermediate_filament_23(X),fn_intermediate_filament_27(X))
& fn_intermediate_filament_20(X) = fn_polypeptide_83(fn_intermediate_filament_26(X))
& fn_intermediate_filament_26(X) = fn_protein_8(X)
& fn_intermediate_filament_20(X) = fn_polypeptide_82(fn_intermediate_filament_26(X))
& X = fn_eukaryotic_cell_57(fn_intermediate_filament_8(X))
& fn_intermediate_filament_28(X) = fn_eukaryotic_cell_58(fn_intermediate_filament_8(X))
& fn_intermediate_filament_29(X) = fn_eukaryotic_cell_26(fn_intermediate_filament_8(X))
& fn_intermediate_filament_27(X) = fn_organic_molecule_1(X)
& fn_intermediate_filament_27(X) = fn_carbon_skeleton_4(fn_intermediate_filament_22(X))
& fn_intermediate_filament_22(X) = fn_organic_molecule_3(X)
& X = fn_carbon_skeleton_3(fn_intermediate_filament_22(X))
& fn_intermediate_filament_23(X) = fn_molecule_10(X)
& fn_intermediate_filament_23(X) = fn_polymer_1(X)
& fn_intermediate_filament_15(X) = fn_polymer_8(X)
& fn_intermediate_filament_9(X) = fn_polymer_10(X)
& fn_intermediate_filament_19(X) = fn_polymer_7(X)
& fn_intermediate_filament_30(X) = fn_polymer_4(X)
& fn_intermediate_filament_11(X) = fn_molecule_1(X)
& fn_intermediate_filament_21(X) = fn_molecule_7(X)
& fn_intermediate_filament_10(X) = fn_molecule_2(X)
& fn_intermediate_filament_16(X) = fn_molecule_8(X)
& fn_intermediate_filament_17(X) = fn_molecule_3(X)
& fn_intermediate_filament_18(X) = fn_molecule_4(X)
& fn_intermediate_filament_14(X) = fn_molecule_12(X)
& fn_intermediate_filament_12(X) = fn_protein_10(X)
& fn_intermediate_filament_15(X) = fn_protein_9(X)
& fn_intermediate_filament_20(X) = fn_protein_14(X)
& fn_intermediate_filament_13(X) = fn_protein_7(X)
& fn_intermediate_filament_24(X) = fn_protein_1(X)
& fn_intermediate_filament_25(X) = fn_protein_5(X)
& fn_intermediate_filament_21(X) = fn_covalent_bond_19(fn_intermediate_filament_23(X))
& fn_intermediate_filament_27(X) = fn_covalent_bond_20(fn_intermediate_filament_23(X))
& fn_intermediate_filament_27(X) = fn_covalent_bond_19(fn_intermediate_filament_23(X))
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_polypeptide_83(fn_intermediate_filament_26(X))
& fn_polypeptide_83(fn_intermediate_filament_26(X)) = fn_polypeptide_82(fn_intermediate_filament_26(X))
& fn_protein_14(X) = fn_polypeptide_82(fn_intermediate_filament_26(X))
& fn_polypeptide_82(fn_intermediate_filament_26(X)) = fn_protein_14(X)
& fn_protein_14(X) = fn_eukaryotic_cell_57(fn_intermediate_filament_8(X))
& fn_eukaryotic_cell_57(fn_intermediate_filament_8(X)) = fn_carbon_skeleton_3(fn_intermediate_filament_22(X))
& fn_carbon_skeleton_3(fn_intermediate_filament_22(X)) = fn_carbon_skeleton_3(fn_intermediate_filament_22(X))
& fn_carbon_skeleton_3(fn_intermediate_filament_22(X)) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_covalent_bond_19(fn_intermediate_filament_23(X))
& fn_covalent_bond_19(fn_intermediate_filament_23(X)) = fn_covalent_bond_19(fn_intermediate_filament_23(X))
& fn_covalent_bond_19(fn_intermediate_filament_23(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_carbon_skeleton_4(fn_intermediate_filament_22(X))
& fn_carbon_skeleton_4(fn_intermediate_filament_22(X)) = fn_carbon_skeleton_4(fn_intermediate_filament_22(X))
& fn_carbon_skeleton_4(fn_intermediate_filament_22(X)) = fn_covalent_bond_20(fn_intermediate_filament_23(X))
& fn_covalent_bond_20(fn_intermediate_filament_23(X)) = fn_covalent_bond_20(fn_intermediate_filament_23(X))
& fn_covalent_bond_20(fn_intermediate_filament_23(X)) = fn_covalent_bond_19(fn_intermediate_filament_23(X))
& fn_covalent_bond_19(fn_intermediate_filament_23(X)) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_polymer_1(X) ) ) ).
fof(a530443,axiom,
! [X] :
( intermembrane_space_1(X)
=> ( original_name_2(X,'Intermembrane-Space')
& user_description_2(X,'The intermembrane space is present between the outer membrane and the inner membrane.')
& concept2words_2(X,'intermembrane space')
& concept2words_2(X,'intermembrane-space')
& subcellular_region_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X)
& outer_membrane_1(fn_intermembrane_space_1(X))
& inner_membrane_1(fn_intermembrane_space_2(X))
& is_between_2(X,fn_intermembrane_space_1(X))
& is_between_2(X,fn_intermembrane_space_2(X)) ) ) ).
fof(a530444,axiom,
! [X] :
( internal_fertilization_1(X)
=> ( original_name_2(X,'Internal-Fertilization')
& user_description_2(X,'Fertilization that takes place inside the female\'s reproductive tract. Sperm are usually deposited within or near the female\'s reproductive tract.')
& concept2words_2(X,fertilize)
& concept2words_2(X,'internal fertilization')
& concept2words_2(X,'internal-fertilization')
& fertilization_1(X) ) ) ).
fof(a530445,axiom,
! [X] :
( interneuron_1(X)
=> ( original_name_2(X,'Interneuron')
& user_description_2(X,'A neuron that forms connections between other neurons. In the vertebrate central nervous system, interneurons synapse with sensory and/or motor neurons and integrate either sensory input or motor output.')
& concept2words_2(X,interneuron)
& nerve_cell_1(X)
& ~ motor_neuron_1(X)
& ~ post_synaptic_cell_1(X)
& ~ presynaptic_cell_1(X)
& ~ sensory_neuron_1(X)
& spatial_entity_1(fn_interneuron_1(X))
& spatial_entity_1(fn_interneuron_2(X))
& block_1(fn_interneuron_3(X))
& instrument_2(fn_interneuron_3(X),X)
& is_between_2(X,fn_interneuron_1(X))
& is_between_2(X,fn_interneuron_2(X)) ) ) ).
fof(a530446,axiom,
! [X] :
( internode_1(X)
=> ( original_name_2(X,'Internode')
& user_description_2(X,'A section of a plant stem between leaf nodes.')
& concept2words_2(X,internode)
& plant_region_1(X) ) ) ).
fof(a530447,axiom,
! [X] :
( interphase_1(X)
=> ( original_name_2(X,'Interphase')
& user_description_2(X,'Interphase is the growth phase of cell which prepares it for the subsequent cell division. During this phase, the chromosomes replicate. Also, here the nuclear membrane is still intact maintaining the nucleus. Interphase is about 90% of the whole cell cycle')
& concept2words_2(X,'interphase i')
& concept2words_2(X,'resting stage')
& concept2words_2(X,'resting-stage')
& concept2words_2(X,'resting phase')
& concept2words_2(X,'resting-phase')
& concept2words_2(X,'undergo interphase')
& concept2words_2(X,interphase)
& cell_cycle_process_1(X)
& duration_value_1(fn_interphase_1(X))
& resource_1(fn_interphase_3(X))
& cell_1(fn_interphase_4(X))
& eukaryotic_cell_1(fn_interphase_4(X))
& s_phase_1(fn_interphase_5(X))
& g2_phase_1(fn_interphase_6(X))
& g1_phase_1(fn_interphase_7(X))
& chemical_entity_1(fn_interphase_8(X))
& protein_1(fn_interphase_8(X))
& eukaryotic_cell_1(fn_interphase_9(X))
& eukaryotic_cell_1(fn_interphase_10(X))
& cell_growth_1(fn_interphase_11(X))
& anabolic_pathway_1(fn_interphase_12(X))
& synthesis_of_protein_1(fn_interphase_12(X))
& synthesis_of_protein_1(fn_interphase_13(X))
& copy_1(fn_interphase_14(X))
& tangible_entity_1(fn_interphase_15(X))
& chromosome_1(fn_interphase_15(X))
& chemical_entity_1(fn_interphase_16(X))
& protein_1(fn_interphase_16(X))
& entity_1(fn_interphase_17(X))
& eukaryotic_chromosome_1(fn_interphase_17(X))
& chromosome_1(fn_interphase_17(X))
& diploid_chromosome_1(fn_interphase_17(X))
& smooth_endoplasmic_reticulum_1(fn_interphase_18(X))
& cell_growth_1(fn_interphase_19(X))
& synthesis_reaction_1(fn_interphase_20(X))
& chemical_reaction_1(fn_interphase_20(X))
& anabolic_pathway_1(fn_interphase_20(X))
& synthesis_of_lipid_1(fn_interphase_20(X))
& cell_1(fn_interphase_21(X))
& eukaryotic_cell_1(fn_interphase_21(X))
& copy_1(fn_s_phase_9(fn_interphase_5(X)))
& tangible_entity_1(fn_s_phase_14(fn_interphase_5(X)))
& chromosome_1(fn_s_phase_14(fn_interphase_5(X)))
& entity_1(fn_s_phase_15(fn_interphase_5(X)))
& eukaryotic_chromosome_1(fn_s_phase_15(fn_interphase_5(X)))
& chromosome_1(fn_s_phase_15(fn_interphase_5(X)))
& diploid_chromosome_1(fn_s_phase_15(fn_interphase_5(X)))
& synthesis_reaction_1(fn_g2_phase_4(fn_interphase_6(X)))
& chemical_reaction_1(fn_g2_phase_4(fn_interphase_6(X)))
& anabolic_pathway_1(fn_g2_phase_4(fn_interphase_6(X)))
& synthesis_of_lipid_1(fn_g2_phase_4(fn_interphase_6(X)))
& smooth_endoplasmic_reticulum_1(fn_g2_phase_3(fn_interphase_6(X)))
& cell_1(fn_g2_phase_10(fn_interphase_6(X)))
& eukaryotic_cell_1(fn_g2_phase_10(fn_interphase_6(X)))
& chemical_entity_1(fn_g1_phase_7(fn_interphase_7(X)))
& protein_1(fn_g1_phase_7(fn_interphase_7(X)))
& eukaryotic_cell_1(fn_g1_phase_1(fn_interphase_7(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_interphase_12(X)))
& protein_1(fn_synthesis_of_protein_16(fn_interphase_12(X)))
& eukaryotic_cell_1(fn_s_phase_11(fn_interphase_5(X)))
& cell_growth_1(fn_s_phase_12(fn_interphase_5(X)))
& cell_growth_1(fn_g1_phase_3(fn_interphase_7(X)))
& synthesis_of_protein_1(fn_s_phase_10(fn_interphase_5(X)))
& synthesis_of_protein_1(fn_g1_phase_4(fn_interphase_7(X)))
& eukaryotic_cell_1(fn_s_phase_3(fn_interphase_5(X)))
& cell_1(fn_s_phase_3(fn_interphase_5(X)))
& eukaryotic_cell_1(fn_g2_phase_8(fn_interphase_6(X)))
& cell_1(fn_g2_phase_8(fn_interphase_6(X)))
& eukaryotic_cell_1(fn_g1_phase_5(fn_interphase_7(X)))
& next_event_2(fn_interphase_5(X),fn_interphase_6(X))
& subevent_2(X,fn_interphase_7(X))
& subevent_2(X,fn_interphase_5(X))
& subevent_2(X,fn_interphase_6(X))
& first_subevent_2(X,fn_interphase_7(X))
& duration_2(X,fn_interphase_1(X))
& result_2(X,fn_interphase_4(X))
& base_2(X,fn_interphase_9(X))
& next_event_2(fn_interphase_7(X),fn_interphase_5(X))
& the_scalar_value_2(fn_interphase_1(X),long_0)
& scalar_unit_class_2(fn_interphase_1(X),cell_cycle_process_0)
& in_event_2(fn_interphase_3(X),X)
& has_state_2(fn_interphase_9(X),fn_interphase_10(X))
& has_state_2(fn_interphase_9(X),fn_interphase_4(X))
& has_part_2(fn_interphase_10(X),fn_interphase_8(X))
& by_means_of_2(fn_interphase_11(X),fn_interphase_12(X))
& result_2(fn_interphase_12(X),fn_interphase_8(X))
& subevent_2(fn_interphase_5(X),fn_interphase_13(X))
& has_state_2(fn_interphase_10(X),fn_interphase_21(X))
& object_2(fn_interphase_19(X),fn_interphase_21(X))
& result_2(fn_interphase_5(X),fn_interphase_21(X))
& base_2(fn_interphase_5(X),fn_interphase_10(X))
& has_part_2(fn_interphase_10(X),fn_interphase_15(X))
& subevent_2(fn_interphase_5(X),fn_interphase_19(X))
& base_2(fn_interphase_19(X),fn_interphase_21(X))
& has_part_2(fn_interphase_21(X),fn_interphase_17(X))
& fn_interphase_15(X) != fn_interphase_17(X)
& fn_interphase_17(X) != fn_interphase_15(X)
& base_2(fn_interphase_6(X),fn_interphase_21(X))
& base_2(fn_interphase_20(X),fn_interphase_21(X))
& result_2(fn_interphase_6(X),fn_interphase_4(X))
& has_state_2(fn_interphase_21(X),fn_interphase_4(X))
& has_part_2(fn_interphase_21(X),fn_interphase_18(X))
& has_function_2(fn_interphase_18(X),fn_interphase_20(X))
& site_2(fn_interphase_20(X),fn_interphase_18(X))
& base_2(fn_interphase_11(X),fn_interphase_10(X))
& result_2(fn_interphase_7(X),fn_interphase_10(X))
& object_2(fn_interphase_11(X),fn_interphase_10(X))
& subevent_2(fn_interphase_7(X),fn_interphase_11(X))
& subevent_2(fn_interphase_7(X),fn_interphase_12(X))
& base_2(fn_interphase_7(X),fn_interphase_9(X))
& has_state_2(fn_interphase_9(X),fn_interphase_21(X))
& has_part_2(fn_interphase_21(X),fn_interphase_16(X))
& result_2(fn_interphase_13(X),fn_interphase_16(X))
& by_means_of_2(fn_interphase_19(X),fn_interphase_13(X))
& fn_interphase_8(X) = fn_anabolic_pathway_5(fn_interphase_12(X))
& fn_interphase_8(X) = fn_synthesis_of_protein_16(fn_interphase_12(X))
& fn_interphase_13(X) = fn_s_phase_10(fn_interphase_5(X))
& fn_interphase_14(X) = fn_s_phase_9(fn_interphase_5(X))
& fn_interphase_10(X) = fn_s_phase_11(fn_interphase_5(X))
& fn_interphase_15(X) = fn_s_phase_14(fn_interphase_5(X))
& fn_interphase_17(X) = fn_s_phase_15(fn_interphase_5(X))
& fn_interphase_21(X) = fn_s_phase_3(fn_interphase_5(X))
& fn_interphase_19(X) = fn_s_phase_12(fn_interphase_5(X))
& fn_interphase_20(X) = fn_g2_phase_4(fn_interphase_6(X))
& fn_interphase_18(X) = fn_g2_phase_3(fn_interphase_6(X))
& fn_interphase_21(X) = fn_g2_phase_8(fn_interphase_6(X))
& fn_interphase_4(X) = fn_g2_phase_10(fn_interphase_6(X))
& fn_interphase_12(X) = fn_g1_phase_4(fn_interphase_7(X))
& fn_interphase_11(X) = fn_g1_phase_3(fn_interphase_7(X))
& fn_interphase_10(X) = fn_g1_phase_5(fn_interphase_7(X))
& fn_interphase_19(X) = fn_g1_phase_3(fn_interphase_7(X))
& fn_interphase_13(X) = fn_g1_phase_4(fn_interphase_7(X))
& fn_interphase_16(X) = fn_g1_phase_7(fn_interphase_7(X))
& fn_interphase_21(X) = fn_g1_phase_5(fn_interphase_7(X))
& fn_interphase_9(X) = fn_g1_phase_1(fn_interphase_7(X))
& fn_anabolic_pathway_5(fn_interphase_12(X)) = fn_synthesis_of_protein_16(fn_interphase_12(X))
& fn_synthesis_of_protein_16(fn_interphase_12(X)) = fn_s_phase_11(fn_interphase_5(X))
& fn_s_phase_11(fn_interphase_5(X)) = fn_s_phase_11(fn_interphase_5(X))
& fn_s_phase_11(fn_interphase_5(X)) = fn_g1_phase_5(fn_interphase_7(X))
& fn_g1_phase_5(fn_interphase_7(X)) = fn_s_phase_12(fn_interphase_5(X))
& fn_s_phase_12(fn_interphase_5(X)) = fn_s_phase_12(fn_interphase_5(X))
& fn_s_phase_12(fn_interphase_5(X)) = fn_g1_phase_3(fn_interphase_7(X))
& fn_g1_phase_3(fn_interphase_7(X)) = fn_s_phase_10(fn_interphase_5(X))
& fn_s_phase_10(fn_interphase_5(X)) = fn_g1_phase_4(fn_interphase_7(X))
& fn_g1_phase_4(fn_interphase_7(X)) = fn_g1_phase_4(fn_interphase_7(X))
& fn_g1_phase_4(fn_interphase_7(X)) = fn_s_phase_3(fn_interphase_5(X))
& fn_s_phase_3(fn_interphase_5(X)) = fn_s_phase_3(fn_interphase_5(X))
& fn_s_phase_3(fn_interphase_5(X)) = fn_g2_phase_8(fn_interphase_6(X))
& fn_g2_phase_8(fn_interphase_6(X)) = fn_g2_phase_8(fn_interphase_6(X))
& fn_g2_phase_8(fn_interphase_6(X)) = fn_g1_phase_5(fn_interphase_7(X))
& fn_g1_phase_5(fn_interphase_7(X)) = fn_g1_phase_5(fn_interphase_7(X)) ) ) ).
fof(a530448,axiom,
! [X] :
( interpret_1(X)
=> ( original_name_2(X,'Interpret')
& concept2words_2(X,interpret)
& concept2words_2(X,understand)
& action_1(X)
& message_1(fn_interpret_1(X))
& tangible_entity_1(fn_interpret_2(X))
& agent_2(X,fn_interpret_2(X))
& object_2(X,fn_interpret_1(X)) ) ) ).
fof(a530449,axiom,
! [X] :
( intersexual_selection_1(X)
=> ( original_name_2(X,'Intersexual-Selection')
& user_description_2(X,'Type of selection in which members of one sex (usually females) are choosy when selecting mates. Also referred to as mate choice.')
& concept2words_2(X,'intersexual selection')
& concept2words_2(X,'intersexual-selection')
& sexual_selection_1(X)
& ~ intrasexual_selection_1(X) ) ) ).
fof(a530450,axiom,
! [X] :
( interspecific_competition_1(X)
=> ( original_name_2(X,'Interspecific-Competition')
& user_description_2(X,'A competitive interaction for a scarce resource that occurs between individuals of two or more species.')
& concept2words_2(X,'interspecific competition')
& concept2words_2(X,'interspecific-competition')
& interspecific_interaction_1(X) ) ) ).
fof(a530451,axiom,
! [X] :
( interspecific_interaction_1(X)
=> ( original_name_2(X,'Interspecific-Interaction')
& user_description_2(X,'An interaction between members of two or more species within a biological community.')
& concept2words_2(X,'interspecific interaction')
& concept2words_2(X,'interspecific-interaction')
& ecological_process_1(X) ) ) ).
fof(a530452,axiom,
! [X] :
( interspersed_repetitive_dna_1(X)
=> ( original_name_2(X,'Interspersed-Repetitive-DNA')
& user_description_2(X,'Nucleotide sequences, usually noncoding, that are present in many copies in a eukaryotic genome. The repeated units may be short and arranged tandemly (in series) or long and dispersed in the genome.')
& concept2words_2(X,'interspersed repetitive dna')
& concept2words_2(X,'interspersed-repetitive-dna')
& repetitive_dna_1(X) ) ) ).
fof(a530453,axiom,
! [X] :
( interstitial_fluid_1(X)
=> ( original_name_2(X,'Interstitial-Fluid')
& user_description_2(X,'The aqueous solution that surrounds and bathes the cells of multicellular organisms.')
& concept2words_2(X,'interstitial fluid')
& concept2words_2(X,'interstitial-fluid')
& extra_cellular_fluid_1(X)
& ~ amniotic_fluid_1(X)
& ~ aqueous_humor_1(X)
& ~ bile_1(X)
& ~ cerebrospinal_fluid_1(X)
& ~ colloid_1(X)
& ~ filtrate_1(X)
& ~ gastric_juice_1(X)
& ~ hemolymph_1(X)
& ~ mucus_1(X)
& ~ plasma_1(X)
& ~ semen_1(X)
& ~ sweat_1(X)
& ~ urine_1(X)
& ~ vitreous_humor_1(X) ) ) ).
fof(a530454,axiom,
! [X] :
( intertidal_zone_1(X)
=> ( original_name_2(X,'Intertidal-Zone')
& user_description_2(X,'The narrow zone of the marine ecosystem that is adjacent to land. It is covered at high tide and exposed at low tide.')
& concept2words_2(X,'intertidal zone')
& concept2words_2(X,'intertidal-zone')
& aquatic_zone_1(X)
& ~ abyssal_zone_1(X)
& ~ aphotic_zone_1(X)
& ~ benthic_zone_1(X)
& ~ deep_sea_hydrothermal_vent_1(X)
& ~ estuary_1(X)
& ~ eutrophic_lake_1(X)
& ~ limnetic_zone_1(X)
& ~ littoral_zone_1(X)
& ~ marine_benthic_zone_1(X)
& ~ neritic_zone_1(X)
& ~ oceanic_pelagic_zone_1(X)
& ~ oligotrophic_lake_1(X)
& ~ photic_zone_1(X) ) ) ).
fof(a530455,axiom,
! [X] :
( intestinal_cell_nucleus_transplantation_to_frog_egg_1(X)
=> ( original_name_2(X,'Intestinal-Cell-Nucleus-Transplantation-To-Frog-Egg')
& user_description_2(X,'The technique of placing a intestinal cell nucleus from differentiated cell into an enucleated cell of a frog egg.')
& concept2words_2(X,transplant)
& concept2words_2(X,'intestinal cell nucleus transplantation to frog egg')
& concept2words_2(X,'intestinal-cell-nucleus-transplantation-to-frog-egg')
& differentiated_cell_nuclear_transplantation_1(X)
& system_1(fn_intestinal_cell_nucleus_transplantation_to_frog_egg_4(X))
& quantity_value_1(fn_intestinal_cell_nucleus_transplantation_to_frog_egg_6(X))
& quantity_value_1(fn_intestinal_cell_nucleus_transplantation_to_frog_egg_7(X))
& frog_egg_1(fn_intestinal_cell_nucleus_transplantation_to_frog_egg_8(X))
& tadpole_1(fn_intestinal_cell_nucleus_transplantation_to_frog_egg_9(X))
& called_2(fn_intestinal_cell_nucleus_transplantation_to_frog_egg_6(X),'Quantity_Tadpole')
& called_2(fn_intestinal_cell_nucleus_transplantation_to_frog_egg_7(X),'Quantity_FrogEgg')
& quantity_2(fn_intestinal_cell_nucleus_transplantation_to_frog_egg_8(X),fn_intestinal_cell_nucleus_transplantation_to_frog_egg_7(X))
& quantity_2(fn_intestinal_cell_nucleus_transplantation_to_frog_egg_9(X),fn_intestinal_cell_nucleus_transplantation_to_frog_egg_6(X)) ) ) ).
fof(a530456,axiom,
! [X] :
( intestine_1(X)
=> ( original_name_2(X,'Intestine')
& user_description_2(X,'Segment of the alimentary canal which participates in the absorption of nutrients from food. The intestine can be subdivided into two main segments, the small intestine and the large intestine.')
& concept2words_2(X,intestine)
& organ_1(X) ) ) ).
fof(a530457,axiom,
! [X] :
( intracellular_digestion_1(X)
=> ( original_name_2(X,'Intracellular-Digestion')
& user_description_2(X,'A form of digestion in which food is taken into cells by phagocytosis. This type of digestion is found in sponges and most protozoa and coelenterates.')
& concept2words_2(X,digest)
& concept2words_2(X,'intracellular digestion')
& concept2words_2(X,'intracellular-digestion')
& intracellular_process_1(X)
& digestive_process_1(X)
& molecule_1(fn_intracellular_digestion_1(X))
& system_1(fn_intracellular_digestion_2(X))
& tangible_entity_1(fn_intracellular_digestion_3(X))
& reactant_1(fn_intracellular_digestion_4(X))
& chemical_entity_1(fn_intracellular_digestion_5(X))
& chemical_entity_1(fn_intracellular_digestion_6(X))
& chemical_entity_1(fn_intracellular_digestion_7(X))
& carry_1(fn_intracellular_digestion_8(X))
& entity_1(fn_intracellular_digestion_9(X))
& food_vacuole_1(fn_intracellular_digestion_9(X))
& produce_1(fn_intracellular_digestion_10(X))
& tangible_entity_1(fn_intracellular_digestion_11(X))
& eukaryotic_cell_1(fn_intracellular_digestion_11(X))
& cell_1(fn_intracellular_digestion_11(X))
& polymer_1(fn_intracellular_digestion_12(X))
& chemical_reaction_1(fn_intracellular_digestion_13(X))
& decomposition_reaction_1(fn_intracellular_digestion_13(X))
& exergonic_reaction_1(fn_intracellular_digestion_13(X))
& hydrolysis_1(fn_intracellular_digestion_13(X))
& lysosomal_enzyme_1(fn_intracellular_digestion_14(X))
& chemical_bond_1(fn_intracellular_digestion_15(X))
& covalent_bond_1(fn_intracellular_digestion_15(X))
& substance_1(fn_intracellular_digestion_16(X))
& aqueous_solution_1(fn_intracellular_digestion_16(X))
& liquid_substance_1(fn_intracellular_digestion_16(X))
& cytosol_1(fn_intracellular_digestion_16(X))
& solution_1(fn_intracellular_digestion_16(X))
& tangible_entity_1(fn_intracellular_digestion_17(X))
& phospholipid_bilayer_1(fn_intracellular_digestion_17(X))
& volume_value_1(fn_intracellular_digestion_18(X))
& size_value_1(fn_intracellular_digestion_19(X))
& surface_1(fn_intracellular_digestion_20(X))
& smooth_endoplasmic_reticulum_1(fn_intracellular_digestion_21(X))
& tangible_entity_1(fn_intracellular_digestion_22(X))
& nucleus_1(fn_intracellular_digestion_22(X))
& golgi_apparatus_1(fn_intracellular_digestion_23(X))
& rough_endoplasmic_reticulum_1(fn_intracellular_digestion_24(X))
& eukaryotic_chromosome_1(fn_intracellular_digestion_25(X))
& chromosome_1(fn_intracellular_digestion_25(X))
& ribosome_1(fn_intracellular_digestion_26(X))
& eukaryotic_ribosome_1(fn_intracellular_digestion_26(X))
& spatial_entity_1(fn_intracellular_digestion_27(X))
& biomembrane_1(fn_intracellular_digestion_27(X))
& plasma_membrane_1(fn_intracellular_digestion_27(X))
& suspension_1(fn_intracellular_digestion_28(X))
& colloid_1(fn_intracellular_digestion_28(X))
& cytoplasm_1(fn_intracellular_digestion_28(X))
& mixture_1(fn_intracellular_digestion_28(X))
& lysosome_1(fn_intracellular_digestion_29(X))
& tangible_entity_1(fn_intracellular_digestion_30(X))
& entity_1(fn_create_1(fn_intracellular_digestion_10(X)))
& chemical_entity_1(fn_hydrolysis_2(fn_intracellular_digestion_13(X)))
& chemical_entity_1(fn_hydrolysis_1(fn_intracellular_digestion_13(X)))
& surface_1(fn_eukaryotic_cell_44(fn_intracellular_digestion_11(X)))
& tangible_entity_1(fn_eukaryotic_cell_41(fn_intracellular_digestion_11(X)))
& phospholipid_bilayer_1(fn_eukaryotic_cell_41(fn_intracellular_digestion_11(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_intracellular_digestion_11(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_intracellular_digestion_11(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_intracellular_digestion_11(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_intracellular_digestion_11(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_intracellular_digestion_11(X)))
& rough_endoplasmic_reticulum_1(fn_eukaryotic_cell_19(fn_intracellular_digestion_11(X)))
& property_node_1(fn_eukaryotic_cell_60(fn_intracellular_digestion_11(X)))
& volume_value_1(fn_eukaryotic_cell_59(fn_intracellular_digestion_11(X)))
& property_node_1(fn_eukaryotic_cell_28(fn_intracellular_digestion_11(X)))
& size_value_1(fn_eukaryotic_cell_27(fn_intracellular_digestion_11(X)))
& smooth_endoplasmic_reticulum_1(fn_eukaryotic_cell_20(fn_intracellular_digestion_11(X)))
& lysosome_1(fn_smooth_endoplasmic_reticulum_13(fn_intracellular_digestion_21(X)))
& tangible_entity_1(fn_food_vacuole_24(fn_intracellular_digestion_9(X)))
& carry_1(fn_food_vacuole_22(fn_intracellular_digestion_9(X)))
& chemical_bond_1(fn_molecule_10(fn_intracellular_digestion_14(X)))
& covalent_bond_1(fn_polymer_1(fn_intracellular_digestion_14(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_intracellular_digestion_13(X)))
& chemical_entity_1(fn_reactant_3(fn_intracellular_digestion_4(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_intracellular_digestion_13(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_intracellular_digestion_13(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_intracellular_digestion_13(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_intracellular_digestion_13(X)))
& chemical_reaction_1(fn_reactant_2(fn_intracellular_digestion_4(X)))
& hydrolysis_1(fn_lysosomal_enzyme_18(fn_intracellular_digestion_14(X)))
& chemical_reaction_1(fn_lysosomal_enzyme_18(fn_intracellular_digestion_14(X)))
& golgi_apparatus_1(fn_eukaryotic_cell_24(fn_intracellular_digestion_11(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_intracellular_digestion_21(X)))
& ribosome_1(fn_eukaryotic_cell_45(fn_intracellular_digestion_11(X)))
& eukaryotic_ribosome_1(fn_eukaryotic_cell_45(fn_intracellular_digestion_11(X)))
& eukaryotic_ribosome_1(fn_smooth_endoplasmic_reticulum_11(fn_intracellular_digestion_21(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_intracellular_digestion_11(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_intracellular_digestion_11(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_intracellular_digestion_21(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_intracellular_digestion_21(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_intracellular_digestion_21(X)))
& tangible_entity_1(fn_food_vacuole_17(fn_intracellular_digestion_9(X)))
& eukaryotic_cell_1(fn_food_vacuole_17(fn_intracellular_digestion_9(X)))
& cell_1(fn_food_vacuole_17(fn_intracellular_digestion_9(X)))
& substance_1(fn_eukaryotic_cell_42(fn_intracellular_digestion_11(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_intracellular_digestion_11(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_intracellular_digestion_21(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_intracellular_digestion_21(X)))
& aqueous_solution_1(fn_food_vacuole_26(fn_intracellular_digestion_9(X)))
& liquid_substance_1(fn_food_vacuole_26(fn_intracellular_digestion_9(X)))
& cytosol_1(fn_food_vacuole_26(fn_intracellular_digestion_9(X)))
& solution_1(fn_food_vacuole_26(fn_intracellular_digestion_9(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_intracellular_digestion_11(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_intracellular_digestion_11(X)))
& suspension_1(fn_food_vacuole_18(fn_intracellular_digestion_9(X)))
& colloid_1(fn_food_vacuole_18(fn_intracellular_digestion_9(X)))
& cytoplasm_1(fn_food_vacuole_18(fn_intracellular_digestion_9(X)))
& mixture_1(fn_food_vacuole_18(fn_intracellular_digestion_9(X)))
& object_2(X,fn_intracellular_digestion_30(X))
& agent_2(X,fn_intracellular_digestion_14(X))
& result_2(X,fn_intracellular_digestion_3(X))
& subevent_2(X,fn_intracellular_digestion_13(X))
& result_2(fn_intracellular_digestion_13(X),fn_intracellular_digestion_1(X))
& next_event_2(fn_intracellular_digestion_10(X),fn_intracellular_digestion_8(X))
& next_event_2(fn_intracellular_digestion_8(X),fn_intracellular_digestion_10(X))
& has_state_2(fn_intracellular_digestion_6(X),fn_intracellular_digestion_1(X))
& result_2(fn_intracellular_digestion_10(X),fn_intracellular_digestion_9(X))
& base_2(X,fn_intracellular_digestion_11(X))
& in_event_2(fn_intracellular_digestion_4(X),fn_intracellular_digestion_13(X))
& raw_material_2(fn_intracellular_digestion_13(X),fn_intracellular_digestion_12(X))
& plays_2(fn_intracellular_digestion_12(X),fn_intracellular_digestion_4(X))
& possesses_2(fn_intracellular_digestion_14(X),fn_intracellular_digestion_15(X))
& has_function_2(fn_intracellular_digestion_14(X),fn_intracellular_digestion_13(X))
& has_part_2(fn_intracellular_digestion_11(X),fn_intracellular_digestion_28(X))
& has_part_2(fn_intracellular_digestion_11(X),fn_intracellular_digestion_9(X))
& is_inside_2(fn_intracellular_digestion_30(X),fn_intracellular_digestion_9(X))
& object_2(fn_intracellular_digestion_8(X),fn_intracellular_digestion_30(X))
& has_function_2(fn_intracellular_digestion_9(X),fn_intracellular_digestion_8(X))
& has_part_2(fn_intracellular_digestion_28(X),fn_intracellular_digestion_16(X))
& agent_2(fn_intracellular_digestion_8(X),fn_intracellular_digestion_9(X))
& has_part_2(fn_intracellular_digestion_11(X),fn_intracellular_digestion_23(X))
& is_inside_2(fn_intracellular_digestion_23(X),fn_intracellular_digestion_16(X))
& is_inside_2(fn_intracellular_digestion_26(X),fn_intracellular_digestion_16(X))
& has_part_2(fn_intracellular_digestion_11(X),fn_intracellular_digestion_26(X))
& has_part_2(fn_intracellular_digestion_11(X),fn_intracellular_digestion_21(X))
& has_part_2(fn_intracellular_digestion_11(X),fn_intracellular_digestion_22(X))
& has_part_2(fn_intracellular_digestion_11(X),fn_intracellular_digestion_25(X))
& has_region_2(fn_intracellular_digestion_11(X),fn_intracellular_digestion_20(X))
& is_at_2(fn_intracellular_digestion_17(X),fn_intracellular_digestion_20(X))
& has_part_2(fn_intracellular_digestion_27(X),fn_intracellular_digestion_17(X))
& has_part_2(fn_intracellular_digestion_11(X),fn_intracellular_digestion_27(X))
& abuts_2(fn_intracellular_digestion_21(X),fn_intracellular_digestion_24(X))
& abuts_2(fn_intracellular_digestion_24(X),fn_intracellular_digestion_21(X))
& has_part_2(fn_intracellular_digestion_11(X),fn_intracellular_digestion_24(X))
& size_2(fn_intracellular_digestion_11(X),fn_intracellular_digestion_19(X))
& directly_proportional_2(fn_intracellular_digestion_19(X),fn_intracellular_digestion_18(X))
& volume_2(fn_intracellular_digestion_11(X),fn_intracellular_digestion_18(X))
& is_inside_2(fn_intracellular_digestion_28(X),fn_intracellular_digestion_27(X))
& is_between_2(fn_intracellular_digestion_28(X),fn_intracellular_digestion_27(X))
& is_between_2(fn_intracellular_digestion_28(X),fn_intracellular_digestion_22(X))
& is_inside_2(fn_intracellular_digestion_25(X),fn_intracellular_digestion_22(X))
& fn_intracellular_digestion_24(X) != fn_intracellular_digestion_21(X)
& fn_intracellular_digestion_21(X) != fn_intracellular_digestion_24(X)
& the_scalar_value_2(fn_intracellular_digestion_19(X),big_0)
& scalar_unit_class_2(fn_intracellular_digestion_19(X),prokaryote_0)
& has_part_2(fn_intracellular_digestion_12(X),fn_intracellular_digestion_6(X))
& has_part_2(fn_intracellular_digestion_12(X),fn_intracellular_digestion_7(X))
& has_state_2(fn_intracellular_digestion_7(X),fn_intracellular_digestion_5(X))
& result_2(fn_intracellular_digestion_13(X),fn_intracellular_digestion_5(X))
& fn_intracellular_digestion_9(X) = fn_create_1(fn_intracellular_digestion_10(X))
& fn_intracellular_digestion_11(X) = fn_intracellular_process_1(X)
& fn_intracellular_digestion_12(X) = fn_exergonic_reaction_10(fn_intracellular_digestion_13(X))
& fn_intracellular_digestion_12(X) = fn_reactant_3(fn_intracellular_digestion_4(X))
& fn_intracellular_digestion_13(X) = fn_reactant_2(fn_intracellular_digestion_4(X))
& fn_intracellular_digestion_15(X) = fn_molecule_10(fn_intracellular_digestion_14(X))
& fn_intracellular_digestion_15(X) = fn_polymer_1(fn_intracellular_digestion_14(X))
& fn_intracellular_digestion_13(X) = fn_lysosomal_enzyme_18(fn_intracellular_digestion_14(X))
& fn_intracellular_digestion_6(X) = fn_hydrolysis_2(fn_intracellular_digestion_13(X))
& fn_intracellular_digestion_12(X) = fn_hydrolysis_11(fn_intracellular_digestion_13(X))
& fn_intracellular_digestion_7(X) = fn_hydrolysis_1(fn_intracellular_digestion_13(X))
& fn_intracellular_digestion_5(X) = fn_decomposition_reaction_4(fn_intracellular_digestion_13(X))
& fn_intracellular_digestion_5(X) = fn_exergonic_reaction_11(fn_intracellular_digestion_13(X))
& fn_intracellular_digestion_5(X) = fn_hydrolysis_9(fn_intracellular_digestion_13(X))
& fn_intracellular_digestion_20(X) = fn_eukaryotic_cell_44(fn_intracellular_digestion_11(X))
& fn_intracellular_digestion_17(X) = fn_eukaryotic_cell_41(fn_intracellular_digestion_11(X))
& fn_intracellular_digestion_27(X) = fn_eukaryotic_cell_29(fn_intracellular_digestion_11(X))
& fn_intracellular_digestion_25(X) = fn_eukaryotic_cell_30(fn_intracellular_digestion_11(X))
& fn_intracellular_digestion_24(X) = fn_eukaryotic_cell_19(fn_intracellular_digestion_11(X))
& fn_intracellular_digestion_32(X) = fn_eukaryotic_cell_60(fn_intracellular_digestion_11(X))
& fn_intracellular_digestion_18(X) = fn_eukaryotic_cell_59(fn_intracellular_digestion_11(X))
& fn_intracellular_digestion_31(X) = fn_eukaryotic_cell_28(fn_intracellular_digestion_11(X))
& fn_intracellular_digestion_19(X) = fn_eukaryotic_cell_27(fn_intracellular_digestion_11(X))
& fn_intracellular_digestion_23(X) = fn_eukaryotic_cell_24(fn_intracellular_digestion_11(X))
& fn_intracellular_digestion_23(X) = fn_smooth_endoplasmic_reticulum_3(fn_intracellular_digestion_21(X))
& fn_intracellular_digestion_16(X) = fn_smooth_endoplasmic_reticulum_34(fn_intracellular_digestion_21(X))
& fn_intracellular_digestion_26(X) = fn_eukaryotic_cell_45(fn_intracellular_digestion_11(X))
& fn_intracellular_digestion_26(X) = fn_smooth_endoplasmic_reticulum_11(fn_intracellular_digestion_21(X))
& fn_intracellular_digestion_21(X) = fn_eukaryotic_cell_20(fn_intracellular_digestion_11(X))
& fn_intracellular_digestion_22(X) = fn_eukaryotic_cell_26(fn_intracellular_digestion_11(X))
& fn_intracellular_digestion_22(X) = fn_smooth_endoplasmic_reticulum_10(fn_intracellular_digestion_21(X))
& fn_intracellular_digestion_11(X) = fn_smooth_endoplasmic_reticulum_33(fn_intracellular_digestion_21(X))
& fn_intracellular_digestion_29(X) = fn_smooth_endoplasmic_reticulum_13(fn_intracellular_digestion_21(X))
& fn_intracellular_digestion_11(X) = fn_food_vacuole_17(fn_intracellular_digestion_9(X))
& fn_intracellular_digestion_30(X) = fn_food_vacuole_24(fn_intracellular_digestion_9(X))
& fn_intracellular_digestion_28(X) = fn_eukaryotic_cell_31(fn_intracellular_digestion_11(X))
& fn_intracellular_digestion_16(X) = fn_eukaryotic_cell_42(fn_intracellular_digestion_11(X))
& fn_intracellular_digestion_28(X) = fn_food_vacuole_18(fn_intracellular_digestion_9(X))
& fn_intracellular_digestion_16(X) = fn_food_vacuole_26(fn_intracellular_digestion_9(X))
& fn_intracellular_digestion_8(X) = fn_food_vacuole_22(fn_intracellular_digestion_9(X))
& fn_molecule_10(fn_intracellular_digestion_14(X)) = fn_polymer_1(fn_intracellular_digestion_14(X))
& fn_polymer_1(fn_intracellular_digestion_14(X)) = fn_reactant_3(fn_intracellular_digestion_4(X))
& fn_reactant_3(fn_intracellular_digestion_4(X)) = fn_exergonic_reaction_10(fn_intracellular_digestion_13(X))
& fn_exergonic_reaction_10(fn_intracellular_digestion_13(X)) = fn_reactant_3(fn_intracellular_digestion_4(X))
& fn_reactant_3(fn_intracellular_digestion_4(X)) = fn_reactant_3(fn_intracellular_digestion_4(X))
& fn_hydrolysis_11(fn_intracellular_digestion_13(X)) = fn_reactant_3(fn_intracellular_digestion_4(X))
& fn_reactant_3(fn_intracellular_digestion_4(X)) = fn_hydrolysis_11(fn_intracellular_digestion_13(X))
& fn_hydrolysis_11(fn_intracellular_digestion_13(X)) = fn_hydrolysis_11(fn_intracellular_digestion_13(X))
& fn_hydrolysis_11(fn_intracellular_digestion_13(X)) = fn_decomposition_reaction_4(fn_intracellular_digestion_13(X))
& fn_decomposition_reaction_4(fn_intracellular_digestion_13(X)) = fn_exergonic_reaction_11(fn_intracellular_digestion_13(X))
& fn_hydrolysis_9(fn_intracellular_digestion_13(X)) = fn_exergonic_reaction_11(fn_intracellular_digestion_13(X))
& fn_exergonic_reaction_11(fn_intracellular_digestion_13(X)) = fn_hydrolysis_9(fn_intracellular_digestion_13(X))
& fn_hydrolysis_9(fn_intracellular_digestion_13(X)) = fn_reactant_2(fn_intracellular_digestion_4(X))
& fn_reactant_2(fn_intracellular_digestion_4(X)) = fn_reactant_2(fn_intracellular_digestion_4(X))
& fn_reactant_2(fn_intracellular_digestion_4(X)) = fn_lysosomal_enzyme_18(fn_intracellular_digestion_14(X))
& fn_lysosomal_enzyme_18(fn_intracellular_digestion_14(X)) = fn_eukaryotic_cell_24(fn_intracellular_digestion_11(X))
& fn_smooth_endoplasmic_reticulum_3(fn_intracellular_digestion_21(X)) = fn_eukaryotic_cell_24(fn_intracellular_digestion_11(X))
& fn_eukaryotic_cell_24(fn_intracellular_digestion_11(X)) = fn_smooth_endoplasmic_reticulum_3(fn_intracellular_digestion_21(X))
& fn_smooth_endoplasmic_reticulum_3(fn_intracellular_digestion_21(X)) = fn_smooth_endoplasmic_reticulum_11(fn_intracellular_digestion_21(X))
& fn_smooth_endoplasmic_reticulum_11(fn_intracellular_digestion_21(X)) = fn_eukaryotic_cell_45(fn_intracellular_digestion_11(X))
& fn_eukaryotic_cell_45(fn_intracellular_digestion_11(X)) = fn_smooth_endoplasmic_reticulum_11(fn_intracellular_digestion_21(X))
& fn_smooth_endoplasmic_reticulum_11(fn_intracellular_digestion_21(X)) = fn_eukaryotic_cell_26(fn_intracellular_digestion_11(X))
& fn_eukaryotic_cell_26(fn_intracellular_digestion_11(X)) = fn_eukaryotic_cell_26(fn_intracellular_digestion_11(X))
& fn_eukaryotic_cell_26(fn_intracellular_digestion_11(X)) = fn_smooth_endoplasmic_reticulum_10(fn_intracellular_digestion_21(X))
& fn_smooth_endoplasmic_reticulum_10(fn_intracellular_digestion_21(X)) = fn_intracellular_process_1(X)
& fn_intracellular_process_1(X) = fn_smooth_endoplasmic_reticulum_33(fn_intracellular_digestion_21(X))
& fn_smooth_endoplasmic_reticulum_33(fn_intracellular_digestion_21(X)) = fn_smooth_endoplasmic_reticulum_33(fn_intracellular_digestion_21(X))
& fn_smooth_endoplasmic_reticulum_33(fn_intracellular_digestion_21(X)) = fn_food_vacuole_17(fn_intracellular_digestion_9(X))
& fn_food_vacuole_17(fn_intracellular_digestion_9(X)) = fn_food_vacuole_17(fn_intracellular_digestion_9(X))
& fn_food_vacuole_17(fn_intracellular_digestion_9(X)) = fn_eukaryotic_cell_42(fn_intracellular_digestion_11(X))
& fn_smooth_endoplasmic_reticulum_34(fn_intracellular_digestion_21(X)) = fn_eukaryotic_cell_42(fn_intracellular_digestion_11(X))
& fn_eukaryotic_cell_42(fn_intracellular_digestion_11(X)) = fn_smooth_endoplasmic_reticulum_34(fn_intracellular_digestion_21(X))
& fn_smooth_endoplasmic_reticulum_34(fn_intracellular_digestion_21(X)) = fn_smooth_endoplasmic_reticulum_34(fn_intracellular_digestion_21(X))
& fn_smooth_endoplasmic_reticulum_34(fn_intracellular_digestion_21(X)) = fn_food_vacuole_26(fn_intracellular_digestion_9(X))
& fn_food_vacuole_26(fn_intracellular_digestion_9(X)) = fn_eukaryotic_cell_31(fn_intracellular_digestion_11(X))
& fn_eukaryotic_cell_31(fn_intracellular_digestion_11(X)) = fn_eukaryotic_cell_31(fn_intracellular_digestion_11(X))
& fn_food_vacuole_18(fn_intracellular_digestion_9(X)) = fn_eukaryotic_cell_31(fn_intracellular_digestion_11(X))
& fn_eukaryotic_cell_31(fn_intracellular_digestion_11(X)) = fn_food_vacuole_18(fn_intracellular_digestion_9(X)) ) ) ).
fof(a530458,axiom,
! [X] :
( intracellular_material_1(X)
=> ( original_name_2(X,'Intracellular-Material')
& user_description_2(X,'The substances within the cell.')
& concept2words_2(X,'intracellular material')
& concept2words_2(X,'intracellular-material')
& cellular_structure_1(X) ) ) ).
fof(a530459,axiom,
! [X] :
( intracellular_process_1(X)
=> ( original_name_2(X,'Intracellular-Process')
& user_description_2(X,'A process that occurs within a living cell.')
& concept2words_2(X,'intracellular process')
& concept2words_2(X,'intracellular-process')
& cellular_process_1(X)
& cell_1(fn_intracellular_process_1(X))
& base_2(X,fn_intracellular_process_1(X)) ) ) ).
fof(a530460,axiom,
! [X] :
( intracellular_receptor_1(X)
=> ( original_name_2(X,'Intracellular-Receptor')
& user_description_2(X,'Receptor proteins that are located inside the cell rather than on the outer cell surface. They are receptors for thyroid hormones, steroid hormones, and local regulatory molecules such as inositol-triphosphate (IP3), whose regulatory functions are carried out largely within individual cells.')
& concept2words_2(X,'intracellular receptor protein')
& concept2words_2(X,'intracellular receptor')
& concept2words_2(X,'intracellular-receptor')
& receptor_protein_1(X)
& ~ g_protein_coupled_receptor_1(X)
& ~ growth_factor_receptor_1(X)
& ~ receptor_tyrosine_kinase_1(X) ) ) ).
fof(a530461,axiom,
! [X] :
( intracytoplasmic_sperm_injection_1(X)
=> ( original_name_2(X,'Intracytoplasmic-Sperm-Injection')
& user_description_2(X,'An in vitro fertilization procedure in which a single sperm is injected directly into an egg.')
& concept2words_2(X,'intracytoplasmic sperm injection')
& concept2words_2(X,'intracytoplasmic-sperm-injection')
& in_vitro_fertilization_1(X) ) ) ).
fof(a530462,axiom,
! [X] :
( intrasexual_selection_1(X)
=> ( original_name_2(X,'Intrasexual-Selection')
& user_description_2(X,'Direct competition between members of one sex (usually males) for access to mates of the opposite sex.')
& concept2words_2(X,'intrasexual selection')
& concept2words_2(X,'intrasexual-selection')
& sexual_selection_1(X)
& ~ intersexual_selection_1(X) ) ) ).
fof(a530463,axiom,
! [X] :
( intrauterine_device_1(X)
=> ( original_name_2(X,'Intrauterine-Device')
& user_description_2(X,'A contraceptive device that is placed directly into the uterus. It acts by preventing fertilization, inhibiting transport of a fertilized egg, or preventing implantation of the early embryo into the endometrium.')
& concept2words_2(X,iud)
& concept2words_2(X,'intrauterine device')
& concept2words_2(X,'intrauterine-device')
& contraception_1(X)
& ~ natural_family_planning_1(X)
& ~ prezygotic_barrier_1(X)
& ~ rhythm_method_1(X)
& ~ vasectomy_1(X) ) ) ).
fof(a530464,axiom,
! [X] :
( introduced_species_1(X)
=> ( original_name_2(X,'Introduced-Species')
& user_description_2(X,'A species transported by humans, either deliberately or accidentally, from its native range to a new geographic area. May also be referred to as exotic or non-native species.')
& concept2words_2(X,'introduced species')
& concept2words_2(X,'introduced-specy')
& ecological_species_1(X)
& ~ invasive_species_1(X)
& ~ threatened_species_1(X) ) ) ).
fof(a530465,axiom,
! [X,X1] :
( ( object_2(X1,X)
& remove_1(X1)
& non_coding_dna_sequence_1(X) )
=> ( intron_1(X)
& fn_intron_15(X) = X1 ) ) ).
fof(a530466,axiom,
! [X] :
( intron_1(X)
=> ( original_name_2(X,'Intron')
& user_description_2(X,'(1) Any sequence of nucleotides that is excised from a primary RNA transcript during mRNA processing. (2) The region of DNA from which this sequence was transcribed.')
& concept2words_2(X,'intervening sequence')
& concept2words_2(X,'intervening-sequence')
& concept2words_2(X,'non coding segment')
& concept2words_2(X,'non-coding-segment')
& concept2words_2(X,intron)
& non_coding_dna_sequence_1(X)
& speed_value_1(fn_intron_1(X))
& quantity_value_1(fn_intron_2(X))
& spliceosome_1(fn_intron_3(X))
& post_transcriptional_modification_of_rna_1(fn_intron_5(X))
& exon_1(fn_intron_6(X))
& kinetic_energy_1(fn_intron_9(X))
& constant_motion_1(fn_intron_10(X))
& deoxyribonucleoside_monophosphate_1(fn_intron_11(X))
& carbon_1(fn_intron_12(X))
& atom_1(fn_intron_13(X))
& chemical_entity_1(fn_intron_13(X))
& carbon_skeleton_1(fn_intron_14(X))
& remove_1(fn_intron_15(X))
& pre_mrna_1(fn_intron_16(X))
& phosphodiester_bond_1(fn_intron_17(X))
& spatial_entity_1(fn_remove_2(fn_intron_15(X)))
& constant_motion_1(fn_kinetic_energy_1(fn_intron_9(X)))
& atom_1(fn_carbon_skeleton_2(fn_intron_14(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_intron_14(X)))
& carbon_1(fn_carbon_skeleton_4(fn_intron_14(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_intron_17(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_intron_17(X)))
& spatial_entity_1(fn_remove_1(fn_intron_15(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_intron_9(X)))
& quantity_2(fn_intron_9(X),fn_intron_2(X))
& speed_2(fn_intron_10(X),fn_intron_1(X))
& directly_proportional_2(fn_intron_1(X),fn_intron_2(X))
& has_function_2(fn_intron_3(X),fn_intron_5(X))
& has_function_2(fn_intron_3(X),fn_intron_15(X))
& agent_2(fn_intron_15(X),fn_intron_3(X))
& agent_2(fn_intron_5(X),fn_intron_3(X))
& is_between_2(X,fn_intron_6(X))
& has_part_2(X,fn_intron_11(X))
& has_part_2(X,fn_intron_12(X))
& has_part_2(X,fn_intron_13(X))
& has_region_2(X,fn_intron_14(X))
& possesses_2(X,fn_intron_17(X))
& base_2(fn_intron_15(X),fn_intron_16(X))
& is_between_2(fn_intron_17(X),fn_intron_11(X))
& object_2(fn_intron_15(X),X)
& possesses_2(X,fn_intron_9(X))
& object_2(fn_intron_10(X),X)
& is_inside_2(fn_intron_12(X),fn_intron_14(X))
& fn_intron_13(X) != fn_intron_12(X)
& fn_intron_12(X) != fn_intron_13(X)
& fn_intron_16(X) = fn_remove_2(fn_intron_15(X))
& fn_intron_11(X) = fn_chemical_bond_1(fn_intron_17(X))
& fn_intron_11(X) = fn_chemical_bond_4(fn_intron_17(X))
& X = fn_remove_1(fn_intron_15(X))
& fn_intron_10(X) = fn_kinetic_energy_1(fn_intron_9(X))
& X = fn_kinetic_energy_2(fn_intron_9(X))
& fn_intron_13(X) = fn_carbon_skeleton_2(fn_intron_14(X))
& fn_intron_12(X) = fn_carbon_skeleton_4(fn_intron_14(X))
& fn_chemical_bond_1(fn_intron_17(X)) = fn_chemical_bond_4(fn_intron_17(X))
& fn_chemical_bond_4(fn_intron_17(X)) = fn_remove_1(fn_intron_15(X))
& fn_remove_1(fn_intron_15(X)) = fn_kinetic_energy_2(fn_intron_9(X))
& fn_kinetic_energy_2(fn_intron_9(X)) = fn_kinetic_energy_2(fn_intron_9(X)) ) ) ).
fof(a530467,axiom,
! [X] :
( invade_1(X)
=> ( original_name_2(X,'Invade')
& concept2words_2(X,invade)
& concept2words_2(X,occupy)
& concept2words_2(X,penetrate)
& concept2words_2(X,perforate)
& trespass_1(X)
& intentional_1(X) ) ) ).
fof(a530468,axiom,
! [X] :
( invagination_1(X)
=> ( original_name_2(X,'Invagination')
& user_description_2(X,'The infolding of one part of a structure within another part of the same structure.')
& concept2words_2(X,invaginate)
& concept2words_2(X,invagination)
& cell_shape_change_1(X) ) ) ).
fof(a530469,axiom,
! [X] :
( invasive_species_1(X)
=> ( original_name_2(X,'Invasive-Species')
& user_description_2(X,'A species that becomes established outside its native range, often at the expense of native species in the new range. Many invasive species are introduced, deliberately or inadvertently, by humans.')
& concept2words_2(X,'invasive species')
& concept2words_2(X,'invasive-specy')
& ecological_species_1(X)
& ~ introduced_species_1(X)
& ~ threatened_species_1(X) ) ) ).
fof(a530470,axiom,
! [X] :
( inversion_of_chromosome_fragment_1(X)
=> ( original_name_2(X,'Inversion-Of-Chromosome-Fragment')
& user_description_2(X,'An aberration in chromosome structure resulting from reattachment of a chromosomal fragment in a reverse orientation to the chromosome from which it originated.')
& concept2words_2(X,invert)
& concept2words_2(X,'inversion of chromosome fragment')
& concept2words_2(X,'inversion-of-chromosome-fragment')
& change_chromosome_structure_1(X)
& ~ chromosomal_translocation_1(X)
& ~ deletion_of_chromosome_fragment_1(X)
& ~ duplication_of_chromosome_fragment_1(X)
& change_sequence_1(fn_inversion_of_chromosome_fragment_1(X))
& chromosome_fragment_1(fn_inversion_of_chromosome_fragment_2(X))
& subevent_2(X,fn_inversion_of_chromosome_fragment_1(X))
& object_2(fn_inversion_of_chromosome_fragment_1(X),fn_inversion_of_chromosome_fragment_2(X)) ) ) ).
fof(a530471,axiom,
! [X] :
( invertebrate_1(X)
=> ( original_name_2(X,'Invertebrate')
& user_description_2(X,'An animal without a backbone, or vertebral column. About 95% of all animal species are invertebrates.')
& concept2words_2(X,invertebrate)
& animal_1(X)
& ~ bilaterian_1(X)
& ~ chordate_1(X)
& ~ radiata_1(X)
& ~ triploblastic_1(X)
& heterotroph_1(fn_invertebrate_1(X))
& agent_role_1(fn_invertebrate_2(X))
& specific_heat_value_1(fn_invertebrate_3(X))
& nutrition_1(fn_invertebrate_4(X))
& water_1(fn_invertebrate_5(X))
& temperature_value_1(fn_invertebrate_6(X))
& entity_1(fn_agent_role_1(fn_invertebrate_2(X)))
& plays_2(X,fn_invertebrate_2(X))
& agent_2(fn_invertebrate_4(X),X)
& in_event_2(fn_invertebrate_1(X),fn_invertebrate_4(X))
& temperature_2(X,fn_invertebrate_6(X))
& correspondence_2(fn_invertebrate_6(X),fn_invertebrate_3(X))
& specific_heat_2(fn_invertebrate_5(X),fn_invertebrate_3(X))
& has_part_2(X,fn_invertebrate_5(X))
& plays_2(X,fn_invertebrate_1(X))
& X = fn_agent_role_1(fn_invertebrate_2(X))
& fn_invertebrate_4(X) = fn_animal_19(X)
& fn_invertebrate_1(X) = fn_animal_18(X)
& fn_invertebrate_5(X) = fn_animal_20(X)
& fn_invertebrate_3(X) = fn_animal_25(X)
& fn_invertebrate_6(X) = fn_animal_26(X) ) ) ).
fof(a530472,axiom,
! [X] :
( invertebrate_appendage_1(X)
=> ( original_name_2(X,'Invertebrate-Appendage')
& user_description_2(X,'An external body part, or natural prolongation, that protrudes from an invertebrate\'s body.')
& concept2words_2(X,'appendage of invertebrate')
& concept2words_2(X,'invertebrate appendage')
& concept2words_2(X,'invertebrate-appendage')
& animal_appendage_1(X) ) ) ).
fof(a530473,axiom,
! [X] :
( invertebrate_cell_1(X)
=> ( original_name_2(X,'Invertebrate-Cell')
& user_description_2(X,'Cell which makes up the body or tissues of an invertebrate.')
& concept2words_2(X,'cell of invertebrate')
& concept2words_2(X,'invertebrate cell')
& concept2words_2(X,'invertebrate-cell')
& animal_cell_1(X) ) ) ).
fof(a530474,axiom,
! [X] :
( involution_1(X)
=> ( original_name_2(X,'Involution')
& user_description_2(X,'In gastrulation of animal embryos, the process in which the surface layer of cells of a blastocyst rolls over the edge of the blastopore and into the interior of the embryo.')
& concept2words_2(X,involution)
& embryonic_process_1(X) ) ) ).
fof(a530475,axiom,
! [X] :
( iodine_1(X)
=> ( original_name_2(X,'Iodine')
& user_description_2(X,'Iodine is a non metal atom with atomic number 53. It is represented by the symbol I.')
& concept2words_2(X,'I')
& concept2words_2(X,iodine)
& non_metal_atom_1(X)
& ~ chlorine_1(X)
& electronegativity_value_1(fn_iodine_1(X))
& atomic_mass_value_1(fn_iodine_2(X))
& neutron_1(fn_iodine_3(X))
& valence_electron_1(fn_iodine_8(X))
& atomic_weight_value_1(fn_iodine_9(X))
& quantity_value_1(fn_iodine_10(X))
& i_minus_1(fn_iodine_11(X))
& atomic_number_value_1(fn_iodine_12(X))
& iodine_1(fn_i_minus_3(fn_iodine_11(X)))
& the_cardinal_value_2(fn_iodine_12(X),"53")
& cardinal_unit_class_2(fn_iodine_12(X),unity_0)
& electronegativity_2(X,fn_iodine_1(X))
& mass_number_2(X,fn_iodine_2(X))
& exactCardinality(X,has_part_0,"74",neutron_0)
& exactCardinality(X,has_part_0,"53",proton_0)
& exactCardinality(X,has_part_0,"53",electron_0)
& has_part_2(X,fn_iodine_3(X))
& the_cardinal_value_2(fn_iodine_10(X),"7")
& cardinal_unit_class_2(fn_iodine_10(X),unity_0)
& the_cardinal_value_2(fn_iodine_1(X),"2.66")
& cardinal_unit_class_2(fn_iodine_1(X),unity_0)
& the_cardinal_value_2(fn_iodine_2(X),"127")
& cardinal_unit_class_2(fn_iodine_2(X),unity_0)
& the_cardinal_value_2(fn_iodine_9(X),"126.9")
& cardinal_unit_class_2(fn_iodine_9(X),dalton_0)
& has_ion_2(X,fn_iodine_11(X))
& atomic_number_2(X,fn_iodine_12(X))
& atomic_weight_2(X,fn_iodine_9(X))
& has_part_2(X,fn_iodine_8(X))
& quantity_2(fn_iodine_8(X),fn_iodine_10(X))
& X = fn_i_minus_3(fn_iodine_11(X))
& fn_iodine_13(X) = fn_atom_12(X)
& fn_iodine_12(X) = fn_atom_17(X)
& fn_iodine_7(X) = fn_atom_13(X)
& fn_iodine_9(X) = fn_atom_16(X)
& fn_iodine_6(X) = fn_atom_1(X)
& fn_iodine_10(X) = fn_atom_5(X)
& fn_iodine_8(X) = fn_atom_14(X) ) ) ).
fof(a530476,axiom,
! [X] :
( ion_1(X)
=> ( original_name_2(X,'Ion')
& user_description_2(X,'An ion is an electrically charged atom or group of atoms (polyatomic ion); ions can be positively or negatively charged, depending on whether electrons are lost (positive) or gained (negative) by the atoms.')
& concept2words_2(X,'has ion')
& concept2words_2(X,'has-ion')
& concept2words_2(X,ion)
& chemical_entity_1(X)
& ~ molecule_1(X)
& ~ atom_1(X)
& charge_value_1(fn_ion_2(X))
& charge_2(X,fn_ion_2(X)) ) ) ).
fof(a530477,axiom,
! [X] :
( ion_channel_1(X)
=> ( original_name_2(X,'Ion-Channel')
& user_description_2(X,'A transmembrane protein which functions as a channel that allows ions to cross the cell membrane.')
& concept2words_2(X,'channel of ion')
& concept2words_2(X,'ion channel')
& concept2words_2(X,'ion-channel')
& channel_protein_1(X) ) ) ).
fof(a530478,axiom,
! [X] :
( ionic_bond_1(X)
=> ( original_name_2(X,'Ionic-Bond')
& user_description_2(X,'A type of chemical bond where two oppositely-charged ions are held together due to electrical attraction.')
& concept2words_2(X,'bond of ionic')
& concept2words_2(X,'ionic bond')
& concept2words_2(X,'ionic-bond')
& chemical_bond_1(X)
& ~ covalent_bond_1(X)
& ~ disulfide_bond_1(X)
& ~ ester_linkage_1(X)
& ~ hydrogen_bond_1(X)
& ~ hydrophobic_interaction_1(X)
& intensity_value_1(fn_ionic_bond_1(X))
& hold_together_1(fn_ionic_bond_3(X))
& anion_1(fn_ionic_bond_4(X))
& cation_1(fn_ionic_bond_5(X))
& attraction_between_oppositely_charged_entities_1(fn_ionic_bond_6(X))
& chemical_bond_1(fn_attraction_between_oppositely_charged_entities_3(fn_ionic_bond_6(X)))
& chemical_entity_1(fn_attraction_between_oppositely_charged_entities_7(fn_ionic_bond_6(X)))
& chemical_entity_1(fn_attraction_between_oppositely_charged_entities_4(fn_ionic_bond_6(X)))
& the_scalar_value_2(fn_ionic_bond_1(X),strong_0)
& scalar_unit_class_2(fn_ionic_bond_1(X),chemical_bond_0)
& intensity_2(X,fn_ionic_bond_1(X))
& object_2(fn_ionic_bond_6(X),fn_ionic_bond_4(X))
& agent_2(fn_ionic_bond_6(X),fn_ionic_bond_4(X))
& object_2(fn_ionic_bond_6(X),fn_ionic_bond_5(X))
& agent_2(fn_ionic_bond_6(X),fn_ionic_bond_5(X))
& result_2(fn_ionic_bond_6(X),X)
& has_function_2(X,fn_ionic_bond_3(X))
& is_between_2(X,fn_ionic_bond_5(X))
& object_2(fn_ionic_bond_3(X),fn_ionic_bond_5(X))
& agent_2(fn_ionic_bond_3(X),X)
& is_between_2(X,fn_ionic_bond_4(X))
& object_2(fn_ionic_bond_3(X),fn_ionic_bond_4(X))
& X = fn_attraction_between_oppositely_charged_entities_3(fn_ionic_bond_6(X))
& fn_ionic_bond_5(X) = fn_attraction_between_oppositely_charged_entities_4(fn_ionic_bond_6(X))
& fn_ionic_bond_4(X) = fn_attraction_between_oppositely_charged_entities_7(fn_ionic_bond_6(X))
& fn_ionic_bond_4(X) = fn_chemical_bond_1(X)
& fn_ionic_bond_3(X) = fn_chemical_bond_3(X)
& fn_ionic_bond_5(X) = fn_chemical_bond_4(X)
& fn_attraction_between_oppositely_charged_entities_7(fn_ionic_bond_6(X)) = fn_attraction_between_oppositely_charged_entities_7(fn_ionic_bond_6(X))
& fn_attraction_between_oppositely_charged_entities_7(fn_ionic_bond_6(X)) = fn_chemical_bond_1(X)
& fn_chemical_bond_1(X) = fn_chemical_bond_1(X)
& fn_chemical_bond_1(X) = fn_attraction_between_oppositely_charged_entities_4(fn_ionic_bond_6(X))
& fn_attraction_between_oppositely_charged_entities_4(fn_ionic_bond_6(X)) = fn_attraction_between_oppositely_charged_entities_4(fn_ionic_bond_6(X))
& fn_attraction_between_oppositely_charged_entities_4(fn_ionic_bond_6(X)) = fn_chemical_bond_4(X)
& fn_chemical_bond_4(X) = fn_chemical_bond_4(X) ) ) ).
fof(a530479,axiom,
! [X] :
( ionic_compound_1(X)
=> ( original_name_2(X,'Ionic-Compound')
& user_description_2(X,'An ionic compound is a compound composed of cations and anions.')
& concept2words_2(X,'compound of ionic')
& concept2words_2(X,'ionic compound')
& concept2words_2(X,'ionic-compound')
& electrolyte_entity_1(X)
& hydrophilic_compound_1(X)
& cation_1(fn_ionic_compound_1(X))
& anion_1(fn_ionic_compound_2(X))
& ionic_bond_1(fn_ionic_compound_3(X))
& anion_1(fn_ionic_bond_4(fn_ionic_compound_3(X)))
& cation_1(fn_ionic_bond_5(fn_ionic_compound_3(X)))
& possesses_2(X,fn_ionic_compound_3(X))
& has_part_2(X,fn_ionic_compound_1(X))
& has_part_2(X,fn_ionic_compound_2(X))
& is_between_2(fn_ionic_compound_3(X),fn_ionic_compound_2(X))
& is_between_2(fn_ionic_compound_3(X),fn_ionic_compound_1(X))
& fn_ionic_compound_2(X) = fn_ionic_bond_4(fn_ionic_compound_3(X))
& fn_ionic_compound_1(X) = fn_ionic_bond_5(fn_ionic_compound_3(X)) ) ) ).
fof(a530480,axiom,
! [X] :
( ionic_compound_substance_1(X)
=> ( original_name_2(X,'Ionic-Compound-Substance')
& concept2words_2(X,'ionic compound substance')
& concept2words_2(X,'ionic-compound-substance')
& strong_electrolyte_1(X)
& anion_substance_1(fn_ionic_compound_substance_1(X))
& cation_substance_1(fn_ionic_compound_substance_2(X))
& ionic_compound_1(fn_ionic_compound_substance_3(X))
& has_part_2(X,fn_ionic_compound_substance_2(X))
& has_part_2(X,fn_ionic_compound_substance_1(X))
& has_part_2(X,fn_ionic_compound_substance_3(X))
& fn_ionic_compound_substance_3(X) = fn_chemical_3(X) ) ) ).
fof(a530481,axiom,
! [X] :
( ionic_region_1(X)
=> ( original_name_2(X,'Ionic-Region')
& user_description_2(X,'A section of a large molecule that is charged.')
& concept2words_2(X,'region of ionic')
& concept2words_2(X,'ionic region')
& concept2words_2(X,'ionic-region')
& hydrophilic_region_1(X)
& ~ nonpolar_region_1(X) ) ) ).
fof(a530482,axiom,
! [X] :
( ionic_substance_1(X)
=> ( original_name_2(X,'Ionic-Substance')
& user_description_2(X,'A substance of an ionic compound.')
& concept2words_2(X,'substance of ionic')
& concept2words_2(X,'ionic substance')
& concept2words_2(X,'ionic-substance')
& hydrophilic_substance_1(X)
& ~ polar_substance_1(X)
& ~ nonpolar_substance_1(X)
& potential_energy_1(fn_ionic_substance_1(X))
& ionic_bond_1(fn_ionic_substance_2(X))
& ion_1(fn_ionic_substance_3(X))
& possesses_2(X,fn_ionic_substance_2(X))
& possesses_2(X,fn_ionic_substance_1(X))
& has_part_2(X,fn_ionic_substance_3(X)) ) ) ).
fof(a530483,axiom,
! [X] :
( ip3_gated_calcium_ion_channel_1(X)
=> ( original_name_2(X,'IP3-Gated-Calcium-Ion-Channel')
& user_description_2(X,'Ion channel which controls the movement of calcium ions and is regulated buy the binding of IP3.')
& concept2words_2(X,'ip3 gated calcium ion channel')
& concept2words_2(X,'ip3-gated-calcium-ion-channel')
& ligand_gated_ion_channel_1(X) ) ) ).
fof(a530484,axiom,
! [X] :
( iridium_1(X)
=> ( original_name_2(X,'Iridium')
& user_description_2(X,'Iridium is a metal atom with atomic number 77. It is represented by the symbol Ir.')
& concept2words_2(X,iridium)
& concept2words_2(X,'Ir')
& metal_atom_1(X)
& neutron_1(fn_iridium_3(X))
& atomic_mass_value_1(fn_iridium_4(X))
& electronegativity_value_1(fn_iridium_5(X))
& valence_electron_1(fn_iridium_9(X))
& atomic_weight_value_1(fn_iridium_10(X))
& atomic_number_value_1(fn_iridium_11(X))
& quantity_value_1(fn_iridium_12(X))
& electronegativity_2(X,fn_iridium_5(X))
& mass_number_2(X,fn_iridium_4(X))
& exactCardinality(X,has_part_0,"115",neutron_0)
& exactCardinality(X,has_part_0,"77",proton_0)
& exactCardinality(X,has_part_0,"77",electron_0)
& has_part_2(X,fn_iridium_3(X))
& the_cardinal_value_2(fn_iridium_12(X),"9")
& cardinal_unit_class_2(fn_iridium_12(X),unity_0)
& the_cardinal_value_2(fn_iridium_5(X),"2.2")
& cardinal_unit_class_2(fn_iridium_5(X),unity_0)
& the_cardinal_value_2(fn_iridium_4(X),"192")
& cardinal_unit_class_2(fn_iridium_4(X),unity_0)
& the_cardinal_value_2(fn_iridium_11(X),"77")
& cardinal_unit_class_2(fn_iridium_11(X),unity_0)
& the_cardinal_value_2(fn_iridium_10(X),"192.2")
& cardinal_unit_class_2(fn_iridium_10(X),dalton_0)
& atomic_number_2(X,fn_iridium_11(X))
& atomic_weight_2(X,fn_iridium_10(X))
& has_part_2(X,fn_iridium_9(X))
& quantity_2(fn_iridium_9(X),fn_iridium_12(X))
& fn_iridium_7(X) = fn_atom_12(X)
& fn_iridium_11(X) = fn_atom_17(X)
& fn_iridium_8(X) = fn_atom_13(X)
& fn_iridium_10(X) = fn_atom_16(X)
& fn_iridium_6(X) = fn_atom_1(X)
& fn_iridium_12(X) = fn_atom_5(X)
& fn_iridium_9(X) = fn_atom_14(X) ) ) ).
fof(a530485,axiom,
! [X] :
( iris_1(X)
=> ( original_name_2(X,'Iris')
& user_description_2(X,'The colored part of the vertebrate eye, surrounding the pupil. The iris controls the size of the pupil and thus the amount of light entering the eye.')
& concept2words_2(X,iris)
& mixed_epithelial_tissue_1(X)
& ~ proximal_tubule_1(X)
& ~ labia_majora_1(X)
& ~ alveolus_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ bronchus_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ collecting_duct_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ corpus_luteum_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endometrium_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ islets_of_langerhans_1(X)
& ~ labia_minora_1(X)
& ~ lacteal_1(X)
& ~ loop_of_henle_1(X)
& ~ prepuce_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ seminiferous_tubule_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a530486,axiom,
! [X] :
( iron_1(X)
=> ( original_name_2(X,'Iron')
& user_description_2(X,'Iron is a metal atom with atomic number 26. It is represented by the symbol Fe.')
& concept2words_2(X,'Fe')
& concept2words_2(X,iron)
& metal_atom_1(X)
& ~ calcium_1(X)
& ~ carbon_1(X)
& ~ copper_1(X)
& ~ hydrogen_1(X)
& ~ magnesium_1(X)
& ~ nitrogen_1(X)
& ~ oxygen_1(X)
& ~ phosphorus_1(X)
& ~ potassium_1(X)
& ~ sulfur_1(X)
& atomic_mass_value_1(fn_iron_3(X))
& electronegativity_value_1(fn_iron_4(X))
& neutron_1(fn_iron_5(X))
& valence_electron_1(fn_iron_9(X))
& atomic_weight_value_1(fn_iron_10(X))
& atomic_number_value_1(fn_iron_11(X))
& quantity_value_1(fn_iron_12(X))
& electronegativity_2(X,fn_iron_4(X))
& mass_number_2(X,fn_iron_3(X))
& exactCardinality(X,has_part_0,"30",neutron_0)
& exactCardinality(X,has_part_0,"26",proton_0)
& exactCardinality(X,has_part_0,"26",electron_0)
& has_part_2(X,fn_iron_5(X))
& the_cardinal_value_2(fn_iron_12(X),"8")
& cardinal_unit_class_2(fn_iron_12(X),unity_0)
& the_cardinal_value_2(fn_iron_4(X),"1.83")
& cardinal_unit_class_2(fn_iron_4(X),unity_0)
& the_cardinal_value_2(fn_iron_3(X),"56")
& cardinal_unit_class_2(fn_iron_3(X),unity_0)
& the_cardinal_value_2(fn_iron_11(X),"26")
& cardinal_unit_class_2(fn_iron_11(X),unity_0)
& the_cardinal_value_2(fn_iron_10(X),"55.85")
& cardinal_unit_class_2(fn_iron_10(X),dalton_0)
& atomic_number_2(X,fn_iron_11(X))
& atomic_weight_2(X,fn_iron_10(X))
& has_part_2(X,fn_iron_9(X))
& quantity_2(fn_iron_9(X),fn_iron_12(X))
& fn_iron_7(X) = fn_atom_12(X)
& fn_iron_11(X) = fn_atom_17(X)
& fn_iron_8(X) = fn_atom_13(X)
& fn_iron_10(X) = fn_atom_16(X)
& fn_iron_6(X) = fn_atom_1(X)
& fn_iron_12(X) = fn_atom_5(X)
& fn_iron_9(X) = fn_atom_14(X) ) ) ).
fof(a530487,axiom,
! [X] :
( iron_sulfur_protein_1(X)
=> ( original_name_2(X,'Iron-Sulfur-Protein')
& user_description_2(X,'Proteins with clusters of non-heme iron, cysteine sulfur, and usually inorganic sulfur that function as electron-transfer groups in most iron-sulfur proteins, but in other proteins they have functions, such as catalysis of hydratase and dehydratase reactions, maintaining protein structure, or regulating activity.')
& concept2words_2(X,'fe s protein')
& concept2words_2(X,'fe-s-protein')
& concept2words_2(X,'fe.s')
& concept2words_2(X,'iron sulphur protein')
& concept2words_2(X,'iron-sulphur-protein')
& concept2words_2(X,'iron sulfur protein')
& concept2words_2(X,'iron-sulfur protein')
& concept2words_2(X,'iron-sulfur-protein')
& protein_1(X)
& prosthetic_group_1(fn_iron_sulfur_protein_1(X))
& intensity_value_1(fn_iron_sulfur_protein_2(X))
& intensity_value_1(fn_iron_sulfur_protein_3(X))
& electron_carrier_1(fn_iron_sulfur_protein_6(X))
& attach_1(fn_iron_sulfur_protein_7(X))
& attach_1(fn_iron_sulfur_protein_8(X))
& sulfur_1(fn_iron_sulfur_protein_9(X))
& cysteine_1(fn_iron_sulfur_protein_10(X))
& iron_1(fn_iron_sulfur_protein_11(X))
& spatial_entity_1(fn_attach_2(fn_iron_sulfur_protein_8(X)))
& spatial_entity_1(fn_attach_2(fn_iron_sulfur_protein_7(X)))
& spatial_entity_1(fn_attach_1(fn_iron_sulfur_protein_8(X)))
& chemical_entity_1(fn_electron_carrier_1(fn_iron_sulfur_protein_6(X)))
& spatial_entity_1(fn_attach_1(fn_iron_sulfur_protein_7(X)))
& has_part_2(X,fn_iron_sulfur_protein_1(X))
& has_part_2(X,fn_iron_sulfur_protein_10(X))
& has_part_2(X,fn_iron_sulfur_protein_11(X))
& the_scalar_value_2(fn_iron_sulfur_protein_2(X),strong_0)
& scalar_unit_class_2(fn_iron_sulfur_protein_2(X),attach_0)
& intensity_2(fn_iron_sulfur_protein_8(X),fn_iron_sulfur_protein_2(X))
& the_scalar_value_2(fn_iron_sulfur_protein_3(X),strong_0)
& scalar_unit_class_2(fn_iron_sulfur_protein_3(X),attach_0)
& intensity_2(fn_iron_sulfur_protein_7(X),fn_iron_sulfur_protein_3(X))
& base_2(fn_iron_sulfur_protein_8(X),fn_iron_sulfur_protein_10(X))
& base_2(fn_iron_sulfur_protein_7(X),fn_iron_sulfur_protein_10(X))
& object_2(fn_iron_sulfur_protein_8(X),fn_iron_sulfur_protein_11(X))
& object_2(fn_iron_sulfur_protein_7(X),fn_iron_sulfur_protein_9(X))
& has_part_2(X,fn_iron_sulfur_protein_9(X))
& plays_2(X,fn_iron_sulfur_protein_6(X))
& fn_iron_sulfur_protein_10(X) = fn_attach_2(fn_iron_sulfur_protein_8(X))
& fn_iron_sulfur_protein_10(X) = fn_attach_2(fn_iron_sulfur_protein_7(X))
& fn_iron_sulfur_protein_11(X) = fn_attach_1(fn_iron_sulfur_protein_8(X))
& fn_iron_sulfur_protein_9(X) = fn_attach_1(fn_iron_sulfur_protein_7(X))
& fn_iron_sulfur_protein_9(X) = fn_organic_molecule_2(X)
& X = fn_electron_carrier_1(fn_iron_sulfur_protein_6(X))
& fn_attach_1(fn_iron_sulfur_protein_7(X)) = fn_organic_molecule_2(X) ) ) ).
fof(a530488,axiom,
! [X] :
( irreparable_dna_damage_1(X)
=> ( original_name_2(X,'Irreparable-DNA-Damage')
& user_description_2(X,'DNA damage that is too extensive for the cell to repair.')
& concept2words_2(X,'damage irreparably')
& concept2words_2(X,'irreparable dna damage')
& concept2words_2(X,'irreparable-dna-damage')
& dna_damage_1(X) ) ) ).
fof(a530489,axiom,
! [X] :
( irreversible_non_competitive_inhibition_1(X)
=> ( original_name_2(X,'Irreversible-Non-Competitive-Inhibition')
& user_description_2(X,'Non-competitive inhibition is a type of enzyme inhibition where the inhibitor reversibly binds to an allosteric site, a site different than the active site, on the enzyme, preventing the substrate from being able to bind to the active site. If the inhibitor attaches to the enzyme by covalent bonds, inhibition is usually irreversible.')
& concept2words_2(X,inhibit)
& concept2words_2(X,'irreversible non competitive inhibition')
& concept2words_2(X,'irreversible-non-competitive-inhibition')
& non_competitive_inhibition_1(X)
& ~ reversible_non_competitive_inhibition_1(X)
& covalent_bond_1(fn_irreversible_non_competitive_inhibition_1(X))
& attach_1(fn_irreversible_non_competitive_inhibition_2(X))
& instrument_2(fn_irreversible_non_competitive_inhibition_2(X),fn_irreversible_non_competitive_inhibition_1(X))
& first_subevent_2(X,fn_irreversible_non_competitive_inhibition_2(X))
& subevent_2(X,fn_irreversible_non_competitive_inhibition_2(X))
& fn_irreversible_non_competitive_inhibition_2(X) = fn_non_competitive_inhibition_7(X) ) ) ).
fof(a530490,axiom,
! [X] :
( irrigation_1(X)
=> ( original_name_2(X,'Irrigation')
& user_description_2(X,'The act of applying water to soil.')
& concept2words_2(X,irrigate)
& concept2words_2(X,irrigation)
& agricultural_process_1(X)
& ~ animal_husbandry_1(X)
& ~ crop_rotation_1(X)
& ~ hydroponic_culture_1(X)
& ~ logging_1(X)
& ~ monoculture_1(X)
& ~ no_till_agriculture_1(X)
& ~ sustainable_agriculture_1(X)
& ~ vernalization_1(X) ) ) ).
fof(a530491,axiom,
! [X] :
( islets_of_langerhans_1(X)
=> ( original_name_2(X,'Islets-Of-Langerhans')
& user_description_2(X,'Clusters of endocrine cells within the pancreas that produce and secrete the hormones glucagon (from alpha cells) and insulin (from beta cells).')
& concept2words_2(X,'islet of langerhan')
& concept2words_2(X,'islets of langerhan')
& concept2words_2(X,'islets-of-langerhan')
& glandular_epithelium_1(X)
& ~ labia_majora_1(X)
& ~ alveolus_1(X)
& ~ blood_brain_barrier_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ bronchus_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ collecting_duct_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ corpus_luteum_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endometrium_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ labia_minora_1(X)
& ~ lacteal_1(X)
& ~ loop_of_henle_1(X)
& ~ prepuce_1(X)
& ~ proximal_tubule_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ seminiferous_tubule_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a530492,axiom,
! [X] :
( isocitrate_1(X)
=> ( original_name_2(X,'Isocitrate')
& user_description_2(X,'Isocitrate is an intermediate compound formed in citric acid cycle.')
& concept2words_2(X,isocitrate)
& ester_1(X)
& ~ acetate_1(X)
& ~ alpha_ketoglutarate_1(X)
& ~ citrate_1(X)
& ~ fumarate_1(X)
& ~ malate_1(X)
& ~ oxaloacetate_1(X)
& ~ succinate_1(X)
& citrate_1(fn_isocitrate_1(X))
& has_isomer_2(fn_isocitrate_1(X),X) ) ) ).
fof(a530493,axiom,
! [X] :
( isolated_chlorophyll_solution_1(X)
=> ( original_name_2(X,'Isolated-Chlorophyll-Solution')
& user_description_2(X,'A solution which contains chlorophyll isolated from photosynthetic cells. This solution is used to study the nature of light absorption in photosynthetic pigments.')
& concept2words_2(X,'isolated chlorophyll solution')
& concept2words_2(X,'isolated-chlorophyll-solution')
& useful_product_1(X)
& electron_shell_1(fn_isolated_chlorophyll_solution_1(X))
& electron_shell_1(fn_isolated_chlorophyll_solution_2(X))
& laboratory_1(fn_isolated_chlorophyll_solution_3(X))
& technique_1(fn_isolated_chlorophyll_solution_4(X))
& decrease_1(fn_isolated_chlorophyll_solution_5(X))
& duration_value_1(fn_isolated_chlorophyll_solution_6(X))
& increase_1(fn_isolated_chlorophyll_solution_7(X))
& spatial_entity_1(fn_isolated_chlorophyll_solution_9(X))
& time_interval_1(fn_isolated_chlorophyll_solution_10(X))
& time_interval_1(fn_isolated_chlorophyll_solution_11(X))
& isolation_of_chlorophyll_1(fn_isolated_chlorophyll_solution_12(X))
& take_in_1(fn_isolated_chlorophyll_solution_13(X))
& move_1(fn_isolated_chlorophyll_solution_13(X))
& absorb_1(fn_isolated_chlorophyll_solution_13(X))
& move_into_1(fn_isolated_chlorophyll_solution_13(X))
& fluorescence_1(fn_isolated_chlorophyll_solution_14(X))
& red_light_1(fn_isolated_chlorophyll_solution_15(X))
& move_1(fn_isolated_chlorophyll_solution_16(X))
& spatial_entity_1(fn_isolated_chlorophyll_solution_17(X))
& electron_1(fn_isolated_chlorophyll_solution_17(X))
& potential_energy_1(fn_isolated_chlorophyll_solution_18(X))
& ultraviolet_rays_1(fn_isolated_chlorophyll_solution_19(X))
& spatial_entity_1(fn_isolated_chlorophyll_solution_20(X))
& molecule_1(fn_isolated_chlorophyll_solution_20(X))
& chlorophyll_1(fn_isolated_chlorophyll_solution_20(X))
& tangible_entity_1(fn_isolated_chlorophyll_solution_20(X))
& move_1(fn_isolated_chlorophyll_solution_21(X))
& photon_1(fn_isolated_chlorophyll_solution_22(X))
& spatial_entity_1(fn_isolated_chlorophyll_solution_22(X))
& take_in_1(fn_isolated_chlorophyll_solution_23(X))
& move_1(fn_isolated_chlorophyll_solution_23(X))
& make_contact_1(fn_isolated_chlorophyll_solution_24(X))
& light_transmission_1(fn_isolated_chlorophyll_solution_25(X))
& barrier_1(fn_isolated_chlorophyll_solution_26(X))
& container_1(fn_isolated_chlorophyll_solution_26(X))
& molecular_region_1(fn_isolated_chlorophyll_solution_27(X))
& spatial_entity_1(fn_move_1(fn_isolated_chlorophyll_solution_21(X)))
& spatial_entity_1(fn_move_1(fn_isolated_chlorophyll_solution_16(X)))
& light_1(fn_fluorescence_7(fn_isolated_chlorophyll_solution_14(X)))
& molecular_region_1(fn_fluorescence_3(fn_isolated_chlorophyll_solution_14(X)))
& light_transmission_1(fn_fluorescence_4(fn_isolated_chlorophyll_solution_14(X)))
& potential_energy_1(fn_electron_3(fn_isolated_chlorophyll_solution_17(X)))
& container_1(fn_move_into_2(fn_isolated_chlorophyll_solution_13(X)))
& spatial_entity_1(fn_make_contact_2(fn_isolated_chlorophyll_solution_24(X)))
& tangible_entity_1(fn_take_in_1(fn_isolated_chlorophyll_solution_23(X)))
& tangible_entity_1(fn_take_in_1(fn_isolated_chlorophyll_solution_13(X)))
& molecule_1(fn_fluorescence_6(fn_isolated_chlorophyll_solution_14(X)))
& chlorophyll_1(fn_isolation_of_chlorophyll_2(fn_isolated_chlorophyll_solution_12(X)))
& tangible_entity_1(fn_barrier_1(fn_isolated_chlorophyll_solution_26(X)))
& photon_1(fn_light_1(fn_isolated_chlorophyll_solution_19(X)))
& spatial_entity_1(fn_move_1(fn_isolated_chlorophyll_solution_23(X)))
& move_1(fn_chlorophyll_6(fn_isolated_chlorophyll_solution_20(X)))
& absorb_1(fn_chlorophyll_6(fn_isolated_chlorophyll_solution_20(X)))
& absorb_1(fn_fluorescence_5(fn_isolated_chlorophyll_solution_14(X)))
& time_during_2(fn_isolated_chlorophyll_solution_25(X),fn_isolated_chlorophyll_solution_10(X))
& time_before_2(fn_isolated_chlorophyll_solution_11(X),fn_isolated_chlorophyll_solution_10(X))
& next_event_2(fn_isolated_chlorophyll_solution_24(X),fn_isolated_chlorophyll_solution_13(X))
& origin_2(fn_isolated_chlorophyll_solution_23(X),fn_isolated_chlorophyll_solution_19(X))
& next_event_2(fn_isolated_chlorophyll_solution_23(X),fn_isolated_chlorophyll_solution_16(X))
& base_2(fn_isolated_chlorophyll_solution_7(X),fn_isolated_chlorophyll_solution_18(X))
& the_scalar_value_2(fn_isolated_chlorophyll_solution_6(X),brief_0)
& scalar_unit_class_2(fn_isolated_chlorophyll_solution_6(X),fall_0)
& duration_2(fn_isolated_chlorophyll_solution_21(X),fn_isolated_chlorophyll_solution_6(X))
& causes_2(fn_isolated_chlorophyll_solution_21(X),fn_isolated_chlorophyll_solution_5(X))
& destination_2(fn_isolated_chlorophyll_solution_21(X),fn_isolated_chlorophyll_solution_2(X))
& origin_2(fn_isolated_chlorophyll_solution_21(X),fn_isolated_chlorophyll_solution_1(X))
& next_event_2(fn_isolated_chlorophyll_solution_21(X),fn_isolated_chlorophyll_solution_14(X))
& object_2(fn_isolated_chlorophyll_solution_5(X),fn_isolated_chlorophyll_solution_18(X))
& base_2(fn_isolated_chlorophyll_solution_5(X),fn_isolated_chlorophyll_solution_17(X))
& site_2(fn_isolated_chlorophyll_solution_4(X),fn_isolated_chlorophyll_solution_3(X))
& first_subevent_2(fn_isolated_chlorophyll_solution_4(X),fn_isolated_chlorophyll_solution_12(X))
& subevent_2(fn_isolated_chlorophyll_solution_4(X),fn_isolated_chlorophyll_solution_14(X))
& subevent_2(fn_isolated_chlorophyll_solution_4(X),fn_isolated_chlorophyll_solution_16(X))
& subevent_2(fn_isolated_chlorophyll_solution_4(X),fn_isolated_chlorophyll_solution_23(X))
& subevent_2(fn_isolated_chlorophyll_solution_4(X),fn_isolated_chlorophyll_solution_21(X))
& subevent_2(fn_isolated_chlorophyll_solution_4(X),fn_isolated_chlorophyll_solution_12(X))
& next_event_2(fn_isolated_chlorophyll_solution_12(X),fn_isolated_chlorophyll_solution_23(X))
& has_part_2(X,fn_isolated_chlorophyll_solution_20(X))
& has_function_2(X,fn_isolated_chlorophyll_solution_4(X))
& fn_isolated_chlorophyll_solution_2(X) != fn_isolated_chlorophyll_solution_1(X)
& fn_isolated_chlorophyll_solution_1(X) != fn_isolated_chlorophyll_solution_2(X)
& destination_2(fn_isolated_chlorophyll_solution_16(X),fn_isolated_chlorophyll_solution_1(X))
& origin_2(fn_isolated_chlorophyll_solution_16(X),fn_isolated_chlorophyll_solution_2(X))
& next_event_2(fn_isolated_chlorophyll_solution_16(X),fn_isolated_chlorophyll_solution_21(X))
& causes_2(fn_isolated_chlorophyll_solution_16(X),fn_isolated_chlorophyll_solution_7(X))
& destination_2(fn_isolated_chlorophyll_solution_13(X),fn_isolated_chlorophyll_solution_9(X))
& time_during_2(fn_isolated_chlorophyll_solution_13(X),fn_isolated_chlorophyll_solution_11(X))
& base_2(fn_isolated_chlorophyll_solution_24(X),fn_isolated_chlorophyll_solution_20(X))
& object_2(fn_isolated_chlorophyll_solution_21(X),fn_isolated_chlorophyll_solution_17(X))
& object_2(fn_isolated_chlorophyll_solution_16(X),fn_isolated_chlorophyll_solution_17(X))
& base_2(fn_isolated_chlorophyll_solution_23(X),fn_isolated_chlorophyll_solution_20(X))
& agent_2(fn_isolated_chlorophyll_solution_23(X),fn_isolated_chlorophyll_solution_20(X))
& origin_2(fn_isolated_chlorophyll_solution_14(X),fn_isolated_chlorophyll_solution_20(X))
& has_region_2(fn_isolated_chlorophyll_solution_20(X),fn_isolated_chlorophyll_solution_27(X))
& object_2(fn_isolated_chlorophyll_solution_12(X),fn_isolated_chlorophyll_solution_20(X))
& has_part_2(fn_isolated_chlorophyll_solution_19(X),fn_isolated_chlorophyll_solution_22(X))
& object_2(fn_isolated_chlorophyll_solution_14(X),fn_isolated_chlorophyll_solution_15(X))
& object_2(fn_isolated_chlorophyll_solution_25(X),fn_isolated_chlorophyll_solution_15(X))
& base_2(fn_isolated_chlorophyll_solution_13(X),fn_isolated_chlorophyll_solution_20(X))
& agent_2(fn_isolated_chlorophyll_solution_13(X),fn_isolated_chlorophyll_solution_20(X))
& first_subevent_2(fn_isolated_chlorophyll_solution_14(X),fn_isolated_chlorophyll_solution_13(X))
& next_event_2(fn_isolated_chlorophyll_solution_13(X),fn_isolated_chlorophyll_solution_25(X))
& subevent_2(fn_isolated_chlorophyll_solution_14(X),fn_isolated_chlorophyll_solution_25(X))
& subevent_2(fn_isolated_chlorophyll_solution_14(X),fn_isolated_chlorophyll_solution_13(X))
& path_2(fn_isolated_chlorophyll_solution_13(X),fn_isolated_chlorophyll_solution_27(X))
& in_event_2(fn_isolated_chlorophyll_solution_26(X),fn_isolated_chlorophyll_solution_13(X))
& possesses_2(fn_isolated_chlorophyll_solution_17(X),fn_isolated_chlorophyll_solution_18(X))
& object_2(fn_isolated_chlorophyll_solution_23(X),fn_isolated_chlorophyll_solution_22(X))
& plays_2(fn_isolated_chlorophyll_solution_20(X),fn_isolated_chlorophyll_solution_26(X))
& fn_isolated_chlorophyll_solution_20(X) = fn_make_contact_2(fn_isolated_chlorophyll_solution_24(X))
& fn_isolated_chlorophyll_solution_17(X) = fn_move_1(fn_isolated_chlorophyll_solution_21(X))
& fn_isolated_chlorophyll_solution_17(X) = fn_move_1(fn_isolated_chlorophyll_solution_16(X))
& fn_isolated_chlorophyll_solution_20(X) = fn_take_in_1(fn_isolated_chlorophyll_solution_23(X))
& fn_isolated_chlorophyll_solution_20(X) = fn_isolation_of_chlorophyll_2(fn_isolated_chlorophyll_solution_12(X))
& fn_isolated_chlorophyll_solution_22(X) = fn_light_1(fn_isolated_chlorophyll_solution_19(X))
& fn_isolated_chlorophyll_solution_15(X) = fn_fluorescence_7(fn_isolated_chlorophyll_solution_14(X))
& fn_isolated_chlorophyll_solution_20(X) = fn_take_in_1(fn_isolated_chlorophyll_solution_13(X))
& fn_isolated_chlorophyll_solution_20(X) = fn_fluorescence_6(fn_isolated_chlorophyll_solution_14(X))
& fn_isolated_chlorophyll_solution_13(X) = fn_chlorophyll_6(fn_isolated_chlorophyll_solution_20(X))
& fn_isolated_chlorophyll_solution_27(X) = fn_fluorescence_3(fn_isolated_chlorophyll_solution_14(X))
& fn_isolated_chlorophyll_solution_25(X) = fn_fluorescence_4(fn_isolated_chlorophyll_solution_14(X))
& fn_isolated_chlorophyll_solution_13(X) = fn_fluorescence_5(fn_isolated_chlorophyll_solution_14(X))
& fn_isolated_chlorophyll_solution_20(X) = fn_barrier_1(fn_isolated_chlorophyll_solution_26(X))
& fn_isolated_chlorophyll_solution_22(X) = fn_move_1(fn_isolated_chlorophyll_solution_23(X))
& fn_isolated_chlorophyll_solution_18(X) = fn_electron_3(fn_isolated_chlorophyll_solution_17(X))
& fn_isolated_chlorophyll_solution_26(X) = fn_move_into_2(fn_isolated_chlorophyll_solution_13(X))
& fn_make_contact_2(fn_isolated_chlorophyll_solution_24(X)) = fn_take_in_1(fn_isolated_chlorophyll_solution_13(X))
& fn_take_in_1(fn_isolated_chlorophyll_solution_23(X)) = fn_take_in_1(fn_isolated_chlorophyll_solution_13(X))
& fn_take_in_1(fn_isolated_chlorophyll_solution_13(X)) = fn_take_in_1(fn_isolated_chlorophyll_solution_13(X))
& fn_take_in_1(fn_isolated_chlorophyll_solution_13(X)) = fn_take_in_1(fn_isolated_chlorophyll_solution_23(X))
& fn_take_in_1(fn_isolated_chlorophyll_solution_23(X)) = fn_take_in_1(fn_isolated_chlorophyll_solution_23(X))
& fn_take_in_1(fn_isolated_chlorophyll_solution_23(X)) = fn_fluorescence_6(fn_isolated_chlorophyll_solution_14(X))
& fn_fluorescence_6(fn_isolated_chlorophyll_solution_14(X)) = fn_take_in_1(fn_isolated_chlorophyll_solution_13(X))
& fn_take_in_1(fn_isolated_chlorophyll_solution_13(X)) = fn_fluorescence_6(fn_isolated_chlorophyll_solution_14(X))
& fn_isolation_of_chlorophyll_2(fn_isolated_chlorophyll_solution_12(X)) = fn_fluorescence_6(fn_isolated_chlorophyll_solution_14(X))
& fn_fluorescence_6(fn_isolated_chlorophyll_solution_14(X)) = fn_fluorescence_6(fn_isolated_chlorophyll_solution_14(X))
& fn_fluorescence_6(fn_isolated_chlorophyll_solution_14(X)) = fn_isolation_of_chlorophyll_2(fn_isolated_chlorophyll_solution_12(X))
& fn_isolation_of_chlorophyll_2(fn_isolated_chlorophyll_solution_12(X)) = fn_barrier_1(fn_isolated_chlorophyll_solution_26(X))
& fn_barrier_1(fn_isolated_chlorophyll_solution_26(X)) = fn_light_1(fn_isolated_chlorophyll_solution_19(X))
& fn_light_1(fn_isolated_chlorophyll_solution_19(X)) = fn_move_1(fn_isolated_chlorophyll_solution_23(X))
& fn_move_1(fn_isolated_chlorophyll_solution_23(X)) = fn_fluorescence_5(fn_isolated_chlorophyll_solution_14(X))
& fn_fluorescence_5(fn_isolated_chlorophyll_solution_14(X)) = fn_chlorophyll_6(fn_isolated_chlorophyll_solution_20(X))
& fn_chlorophyll_6(fn_isolated_chlorophyll_solution_20(X)) = fn_fluorescence_5(fn_isolated_chlorophyll_solution_14(X))
& fn_fluorescence_5(fn_isolated_chlorophyll_solution_14(X)) = fn_fluorescence_5(fn_isolated_chlorophyll_solution_14(X)) ) ) ).
fof(a530494,axiom,
! [X] :
( isolated_system_1(X)
=> ( original_name_2(X,'Isolated-System')
& user_description_2(X,'Isolated system is a system that is unable to exchange either energy or matter with its surroundings.')
& concept2words_2(X,'isolated system')
& concept2words_2(X,'isolated-system')
& thermodynamic_system_1(X) ) ) ).
fof(a530495,axiom,
! [X] :
( isolation_1(X)
=> ( original_name_2(X,'Isolation')
& user_description_2(X,'The process of setting something apart from others.')
& concept2words_2(X,isolation)
& change_1(X) ) ) ).
fof(a530496,axiom,
! [X] :
( isolation_of_chlorophyll_1(X)
=> ( original_name_2(X,'Isolation-Of-Chlorophyll')
& user_description_2(X,'The process of extracting chlorophyll from photosynthetic cells or chloroplasts.')
& concept2words_2(X,isolate)
& concept2words_2(X,'chlorophyll isolation')
& concept2words_2(X,'chlorophyll-isolation')
& concept2words_2(X,'isolation of chlorophyll')
& concept2words_2(X,'isolation-of-chlorophyll')
& isolation_1(X)
& cell_1(fn_isolation_of_chlorophyll_1(X))
& chlorophyll_1(fn_isolation_of_chlorophyll_2(X))
& object_2(X,fn_isolation_of_chlorophyll_2(X))
& base_2(X,fn_isolation_of_chlorophyll_1(X)) ) ) ).
fof(a530497,axiom,
! [X,X1] :
( ( object_2(X,X1)
& collecting_1(X)
& isolation_1(X)
& dna_1(X1) )
=> ( isolation_of_dna_1(X)
& fn_isolation_of_dna_3(X) = X1 ) ) ).
fof(a530498,axiom,
! [X] :
( isolation_of_dna_1(X)
=> ( original_name_2(X,'Isolation-Of-DNA')
& user_description_2(X,'A procedure used to collect DNA for analysis.')
& concept2words_2(X,isolate)
& concept2words_2(X,'dna isolation')
& concept2words_2(X,'dna-isolation')
& concept2words_2(X,'isolation of dna')
& concept2words_2(X,'isolation-of-dna')
& isolation_1(X)
& collecting_1(X)
& scientist_1(fn_isolation_of_dna_1(X))
& dna_1(fn_isolation_of_dna_3(X))
& agent_2(X,fn_isolation_of_dna_1(X))
& object_2(X,fn_isolation_of_dna_3(X))
& fn_isolation_of_dna_3(X) = fn_collecting_1(X) ) ) ).
fof(a530499,axiom,
! [X] :
( isolation_of_gene_source_dna_1(X)
=> ( original_name_2(X,'Isolation-Of-Gene-Source-DNA')
& user_description_2(X,'Collecting DNA that contains genes.')
& concept2words_2(X,'isolation of gene')
& concept2words_2(X,isolate)
& concept2words_2(X,'isolation of gene source dna')
& concept2words_2(X,'isolation-of-gene-source-dna')
& isolation_of_dna_1(X)
& ~ isolation_of_vector_1(X) ) ) ).
fof(a530500,axiom,
! [X] :
( isolation_of_phage_1(X)
=> ( original_name_2(X,'Isolation-of-Phage')
& user_description_2(X,'Collecting phages for analysis and study.')
& concept2words_2(X,isolate)
& concept2words_2(X,'phage isolation')
& concept2words_2(X,'phage-isolation')
& concept2words_2(X,'isolation of phage')
& concept2words_2(X,'isolation-of-phage')
& isolation_1(X)
& collecting_1(X) ) ) ).
fof(a530501,axiom,
! [X,X1] :
( ( object_2(X,X1)
& isolation_of_dna_1(X)
& cloning_vector_1(X1) )
=> ( isolation_of_vector_1(X)
& fn_isolation_of_vector_2(X) = X1 ) ) ).
fof(a530502,axiom,
! [X] :
( isolation_of_vector_1(X)
=> ( original_name_2(X,'Isolation-Of-Vector')
& user_description_2(X,'Collecting DNA in the form of a cloning vector.')
& concept2words_2(X,isolate)
& concept2words_2(X,'vector isolation')
& concept2words_2(X,'vector-isolation')
& concept2words_2(X,'isolation of vector')
& concept2words_2(X,'isolation-of-vector')
& isolation_of_dna_1(X)
& ~ isolation_of_gene_source_dna_1(X)
& cloning_vector_1(fn_isolation_of_vector_2(X))
& object_2(X,fn_isolation_of_vector_2(X))
& fn_isolation_of_vector_2(X) = fn_isolation_of_dna_3(X) ) ) ).
fof(a530503,axiom,
! [X,X1] :
( ( object_2(X,X1)
& isolation_of_vector_1(X)
& cloning_phage_1(X1) )
=> ( isolation_of_vector_phage_1(X)
& fn_isolation_of_vector_phage_2(X) = X1 ) ) ).
fof(a530504,axiom,
! [X] :
( isolation_of_vector_phage_1(X)
=> ( original_name_2(X,'Isolation-Of-Vector-Phage')
& user_description_2(X,'Collecting DNA in the form of a phage cloning vector.')
& concept2words_2(X,isolate)
& concept2words_2(X,'isolation of vector phage')
& concept2words_2(X,'isolation-of-vector-phage')
& isolation_of_vector_1(X)
& ~ isolation_of_vector_plasmid_1(X)
& cloning_phage_1(fn_isolation_of_vector_phage_2(X))
& object_2(X,fn_isolation_of_vector_phage_2(X))
& fn_isolation_of_vector_phage_2(X) = fn_isolation_of_vector_2(X) ) ) ).
fof(a530505,axiom,
! [X,X1] :
( ( object_2(X,X1)
& isolation_of_vector_1(X)
& cloning_plasmid_1(X1) )
=> ( isolation_of_vector_plasmid_1(X)
& fn_isolation_of_vector_plasmid_2(X) = X1 ) ) ).
fof(a530506,axiom,
! [X] :
( isolation_of_vector_plasmid_1(X)
=> ( original_name_2(X,'Isolation-Of-Vector-Plasmid')
& user_description_2(X,'Collecting DNA in the form of a plasmid cloning vector.')
& concept2words_2(X,isolate)
& concept2words_2(X,'isolation of vector plasmid')
& concept2words_2(X,'isolation-of-vector-plasmid')
& isolation_of_vector_1(X)
& ~ isolation_of_vector_phage_1(X)
& cloning_plasmid_1(fn_isolation_of_vector_plasmid_2(X))
& object_2(X,fn_isolation_of_vector_plasmid_2(X))
& fn_isolation_of_vector_plasmid_2(X) = fn_isolation_of_vector_2(X) ) ) ).
fof(a530507,axiom,
! [X] :
( isoleucine_1(X)
=> ( original_name_2(X,'Isoleucine')
& user_description_2(X,'One of the 20 most common amino acids that make up proteins.')
& concept2words_2(X,isoleucine)
& hydrophobic_amino_acid_1(X) ) ) ).
fof(a530508,axiom,
! [X] :
( isomer_1(X)
=> ( original_name_2(X,'Isomer')
& user_description_2(X,'Molecules that have same atomic parts, but different structures. These include structural isomers that differe in covalent arrangement, geometric or cis-trans isomers that differe in the placement of atom pairs on the same sides of molecule with a double bond, and enantiomers which are isomers that are mirror images of each other.')
& concept2words_2(X,enantiomer)
& concept2words_2(X,'structural isomer')
& concept2words_2(X,'cis trans isomer')
& concept2words_2(X,'cis-trans isomer')
& concept2words_2(X,'cis isomer')
& concept2words_2(X,'trans isomer')
& concept2words_2(X,'l isomer')
& concept2words_2(X,'d isomer')
& concept2words_2(X,'geometric isomer')
& concept2words_2(X,'s isomer')
& concept2words_2(X,'r isomer')
& concept2words_2(X,isomer)
& molecule_1(X) ) ) ).
fof(a530509,axiom,
! [X] :
( isomerase_1(X)
=> ( original_name_2(X,'Isomerase')
& user_description_2(X,'In biochemistry, an isomerase is an enzyme that catalyzes the structural rearrangement of isomers.')
& concept2words_2(X,isomerase)
& protein_enzyme_1(X) ) ) ).
fof(a530510,axiom,
! [X] :
( isomerization_reaction_1(X)
=> ( original_name_2(X,'Isomerization-Reaction')
& user_description_2(X,'Reaction in which a molecule changes from one geometric arrangement to another, without changing its molecular formula.')
& concept2words_2(X,convert)
& concept2words_2(X,'reaction of isomerization')
& concept2words_2(X,'isomerization reaction')
& concept2words_2(X,'isomerization-reaction')
& chemical_reaction_1(X)
& molecule_1(fn_isomerization_reaction_1(X))
& molecule_1(fn_isomerization_reaction_2(X))
& has_isomer_2(fn_isomerization_reaction_2(X),fn_isomerization_reaction_1(X))
& has_state_2(fn_isomerization_reaction_2(X),fn_isomerization_reaction_1(X))
& raw_material_2(X,fn_isomerization_reaction_2(X))
& result_2(X,fn_isomerization_reaction_1(X))
& fn_isomerization_reaction_2(X) = fn_chemical_reaction_2(X)
& fn_isomerization_reaction_1(X) = fn_chemical_reaction_1(X) ) ) ).
fof(a530511,axiom,
! [X] :
( isomorphic_1(X)
=> ( original_name_2(X,'Isomorphic')
& user_description_2(X,'Having the same form in different life history stages, such as the sporophyte and gametophyte stages of plants and algae, and the larval and adult stages of animals.')
& concept2words_2(X,isomorphic)
& alternation_of_generations_1(X)
& ~ life_cycle_of_fern_1(X) ) ) ).
fof(a530512,axiom,
! [X] :
( isopod_1(X)
=> ( original_name_2(X,'Isopod')
& user_description_2(X,'Member of a large, diverse group of crustaceans. Includes marine, freshwater, and terrestrial forms. Pill bugs and wood lice are examples of terrestrial isopods.')
& concept2words_2(X,isopod)
& crustacean_1(X)
& ~ barnacle_1(X)
& ~ clawed_lobster_1(X)
& ~ copepod_1(X)
& ~ crayfish_1(X)
& ~ decapod_1(X)
& ~ krill_1(X) ) ) ).
fof(a530513,axiom,
! [X] :
( isoptera_1(X)
=> ( original_name_2(X,'Isoptera')
& user_description_2(X,'Order of insects characterized by similar structure in all four wings.')
& concept2words_2(X,isoptera)
& insect_1(X)
& ~ aphid_1(X)
& ~ beetle_1(X)
& ~ caddisfly_1(X)
& ~ dermaptera_1(X)
& ~ diptera_1(X)
& ~ hymenoptera_1(X)
& ~ lepidoptera_1(X)
& ~ mayfly_1(X)
& ~ odonata_1(X)
& ~ orthoptera_1(X)
& ~ sucking_louse_1(X) ) ) ).
fof(a530514,axiom,
! [X] :
( isotonic_1(X)
=> ( original_name_2(X,'Isotonic')
& user_description_2(X,'Refers to a solution that has the same salt concentration as a cell, and thus has no effect on the movement water into or out of the cell.')
& concept2words_2(X,isotonic)
& tonicity_1(X)
& ~ hypertonic_1(X)
& ~ hypotonic_1(X) ) ) ).
fof(a530515,axiom,
! [X] :
( isotonic_solution_1(X)
=> ( original_name_2(X,'Isotonic-Solution')
& user_description_2(X,'A solution that has the same salt concentration as the normal cells of the body and the blood.')
& concept2words_2(X,'isotonic solution')
& concept2words_2(X,'isotonic-solution')
& aqueous_solution_1(X)
& ~ basic_solution_1(X)
& ~ buffered_solution_1(X)
& ~ gel_1(X)
& ~ hypertonic_solution_1(X)
& ~ hypotonic_solution_1(X)
& concentration_value_1(fn_isotonic_solution_1(X))
& concentration_value_1(fn_isotonic_solution_3(X))
& concentration_value_1(fn_isotonic_solution_4(X))
& concentration_value_1(fn_isotonic_solution_7(X))
& quantity_value_1(fn_isotonic_solution_13(X))
& quantity_value_1(fn_isotonic_solution_14(X))
& density_value_1(fn_isotonic_solution_15(X))
& density_value_1(fn_isotonic_solution_16(X))
& chemical_1(fn_isotonic_solution_19(X))
& chemical_1(fn_isotonic_solution_20(X))
& water_1(fn_isotonic_solution_20(X))
& system_1(fn_isotonic_solution_22(X))
& water_1(fn_isotonic_solution_24(X))
& isotonic_solution_1(fn_isotonic_solution_25(X))
& chemical_1(fn_isotonic_solution_26(X))
& chemical_1(fn_solution_5(fn_isotonic_solution_25(X)))
& chemical_1(fn_solution_6(fn_isotonic_solution_25(X)))
& called_2(fn_isotonic_solution_13(X),'Quantity_H')
& called_2(fn_isotonic_solution_14(X),'Quantity_OH')
& is_isotonic_to_2(X,fn_isotonic_solution_25(X))
& concentration_2(fn_isotonic_solution_19(X),fn_isotonic_solution_3(X))
& concentration_2(fn_isotonic_solution_20(X),fn_isotonic_solution_7(X))
& fn_isotonic_solution_1(X) = fn_isotonic_solution_7(X)
& concentration_2(fn_isotonic_solution_24(X),fn_isotonic_solution_1(X))
& is_isotonic_to_2(fn_isotonic_solution_25(X),X)
& fn_isotonic_solution_3(X) = fn_isotonic_solution_4(X)
& fn_isotonic_solution_4(X) = fn_isotonic_solution_3(X)
& concentration_2(fn_isotonic_solution_26(X),fn_isotonic_solution_4(X))
& fn_isotonic_solution_7(X) = fn_isotonic_solution_1(X)
& has_part_2(X,fn_isotonic_solution_19(X))
& has_solute_2(X,fn_isotonic_solution_19(X))
& fn_isotonic_solution_19(X) != fn_isotonic_solution_20(X)
& fn_isotonic_solution_20(X) != fn_isotonic_solution_19(X)
& has_part_2(fn_isotonic_solution_25(X),fn_isotonic_solution_26(X))
& has_part_2(fn_isotonic_solution_25(X),fn_isotonic_solution_24(X))
& has_solvent_2(fn_isotonic_solution_25(X),fn_isotonic_solution_24(X))
& has_solute_2(fn_isotonic_solution_25(X),fn_isotonic_solution_26(X))
& fn_isotonic_solution_26(X) != fn_isotonic_solution_24(X)
& fn_isotonic_solution_24(X) != fn_isotonic_solution_26(X)
& called_2(fn_isotonic_solution_15(X),'Concentration_H')
& called_2(fn_isotonic_solution_16(X),'Concentration_OH')
& has_solvent_2(X,fn_isotonic_solution_20(X))
& has_part_2(X,fn_isotonic_solution_20(X))
& fn_isotonic_solution_19(X) = fn_solution_5(X)
& fn_isotonic_solution_26(X) = fn_solution_5(fn_isotonic_solution_25(X))
& fn_isotonic_solution_24(X) = fn_solution_6(fn_isotonic_solution_25(X))
& fn_isotonic_solution_10(X) = fn_aqueous_solution_4(X)
& fn_isotonic_solution_9(X) = fn_aqueous_solution_3(X)
& fn_isotonic_solution_16(X) = fn_aqueous_solution_10(X)
& fn_isotonic_solution_12(X) = fn_aqueous_solution_5(X)
& fn_isotonic_solution_13(X) = fn_aqueous_solution_12(X)
& fn_isotonic_solution_23(X) = fn_aqueous_solution_2(X)
& fn_isotonic_solution_11(X) = fn_aqueous_solution_6(X)
& fn_isotonic_solution_14(X) = fn_aqueous_solution_13(X)
& fn_isotonic_solution_21(X) = fn_aqueous_solution_8(X)
& fn_isotonic_solution_17(X) = fn_aqueous_solution_1(X)
& fn_isotonic_solution_15(X) = fn_aqueous_solution_11(X)
& fn_isotonic_solution_18(X) = fn_aqueous_solution_9(X)
& fn_isotonic_solution_22(X) = fn_aqueous_solution_7(X)
& fn_isotonic_solution_20(X) = fn_solution_6(X)
& fn_isotonic_solution_20(X) = fn_aqueous_solution_14(X)
& fn_solution_6(X) = fn_solution_6(X)
& fn_solution_6(X) = fn_aqueous_solution_14(X)
& fn_aqueous_solution_14(X) = fn_aqueous_solution_14(X) ) ) ).
fof(a530516,axiom,
! [X] :
( isotope_1(X)
=> ( original_name_2(X,'Isotope')
& user_description_2(X,'Isotopes are different types of atoms of the same chemical element, each having a different number of neutrons. In a corresponding manner, isotopes differ in mass number (or number of nucleons) but never in atomic number. The number of protons (the atomic number) is the same because that is what characterizes a chemical element.')
& concept2words_2(X,isotope)
& atom_1(X) ) ) ).
fof(a530517,axiom,
! [X] :
( isotope_conversion_1(X)
=> ( original_name_2(X,'Isotope-Conversion')
& user_description_2(X,'The process in which an isotope of an element is converted to a lighter isotope of the same element through the loss of one or more neutrons.')
& concept2words_2(X,convert)
& concept2words_2(X,'conversion of isotope')
& concept2words_2(X,'isotope conversion')
& concept2words_2(X,'isotope-conversion')
& radioactivity_1(X)
& isotope_1(fn_isotope_conversion_1(X))
& quantity_value_1(fn_isotope_conversion_2(X))
& quantity_value_1(fn_isotope_conversion_3(X))
& neutron_1(fn_isotope_conversion_4(X))
& atomic_mass_value_1(fn_isotope_conversion_5(X))
& atomic_mass_value_1(fn_isotope_conversion_6(X))
& move_out_of_1(fn_isotope_conversion_11(X))
& emit_1(fn_isotope_conversion_11(X))
& tangible_entity_1(fn_isotope_conversion_12(X))
& atom_1(fn_isotope_conversion_12(X))
& radioactive_isotope_1(fn_isotope_conversion_12(X))
& atomic_nucleus_1(fn_isotope_conversion_13(X))
& proton_1(fn_isotope_conversion_14(X))
& valence_electron_1(fn_isotope_conversion_15(X))
& neutron_1(fn_isotope_conversion_16(X))
& move_1(fn_isotope_conversion_17(X))
& move_out_of_1(fn_isotope_conversion_17(X))
& emit_1(fn_isotope_conversion_17(X))
& spatial_entity_1(fn_move_1(fn_isotope_conversion_17(X)))
& atomic_nucleus_1(fn_atom_18(fn_isotope_conversion_12(X)))
& emit_1(fn_radioactive_isotope_2(fn_isotope_conversion_12(X)))
& emit_1(fn_radioactive_isotope_1(fn_isotope_conversion_12(X)))
& proton_1(fn_atom_8(fn_isotope_conversion_12(X)))
& proton_1(fn_atomic_nucleus_9(fn_isotope_conversion_13(X)))
& electron_1(fn_atom_14(fn_isotope_conversion_12(X)))
& electron_1(fn_atomic_nucleus_8(fn_isotope_conversion_13(X)))
& tangible_entity_1(fn_move_out_of_1(fn_isotope_conversion_11(X)))
& tangible_entity_1(fn_move_out_of_1(fn_isotope_conversion_17(X)))
& atom_1(fn_atomic_nucleus_4(fn_isotope_conversion_13(X)))
& radioactivity_1(fn_radioactive_isotope_3(fn_isotope_conversion_12(X)))
& fn_isotope_conversion_11(X) != fn_isotope_conversion_17(X)
& result_2(fn_isotope_conversion_11(X),fn_isotope_conversion_1(X))
& mass_number_2(fn_isotope_conversion_12(X),fn_isotope_conversion_6(X))
& has_isotope_2(fn_isotope_conversion_12(X),fn_isotope_conversion_1(X))
& has_state_2(fn_isotope_conversion_12(X),fn_isotope_conversion_1(X))
& fn_isotope_conversion_14(X) != fn_isotope_conversion_16(X)
& fn_isotope_conversion_15(X) != fn_isotope_conversion_16(X)
& greater_than_2(fn_isotope_conversion_6(X),fn_isotope_conversion_5(X))
& quantity_2(fn_isotope_conversion_4(X),fn_isotope_conversion_3(X))
& greater_than_2(fn_isotope_conversion_2(X),fn_isotope_conversion_3(X))
& is_inside_2(fn_isotope_conversion_16(X),fn_isotope_conversion_13(X))
& fn_isotope_conversion_16(X) != fn_isotope_conversion_14(X)
& fn_isotope_conversion_16(X) != fn_isotope_conversion_15(X)
& quantity_2(fn_isotope_conversion_16(X),fn_isotope_conversion_2(X))
& result_2(X,fn_isotope_conversion_1(X))
& mass_number_2(fn_isotope_conversion_1(X),fn_isotope_conversion_5(X))
& fn_isotope_conversion_17(X) != fn_isotope_conversion_11(X)
& result_2(fn_isotope_conversion_17(X),fn_isotope_conversion_1(X))
& object_2(fn_isotope_conversion_17(X),fn_isotope_conversion_16(X))
& base_2(fn_isotope_conversion_11(X),fn_isotope_conversion_12(X))
& base_2(fn_isotope_conversion_17(X),fn_isotope_conversion_12(X))
& has_part_2(fn_isotope_conversion_12(X),fn_isotope_conversion_15(X))
& has_region_2(fn_isotope_conversion_12(X),fn_isotope_conversion_13(X))
& has_part_2(fn_isotope_conversion_12(X),fn_isotope_conversion_14(X))
& is_inside_2(fn_isotope_conversion_14(X),fn_isotope_conversion_13(X))
& is_near_2(fn_isotope_conversion_15(X),fn_isotope_conversion_13(X))
& is_near_2(fn_isotope_conversion_13(X),fn_isotope_conversion_15(X))
& origin_2(fn_isotope_conversion_17(X),fn_isotope_conversion_12(X))
& has_function_2(fn_isotope_conversion_12(X),X)
& subevent_2(X,fn_isotope_conversion_11(X))
& origin_2(fn_isotope_conversion_11(X),fn_isotope_conversion_12(X))
& object_2(X,fn_isotope_conversion_12(X))
& subevent_2(X,fn_isotope_conversion_17(X))
& fn_isotope_conversion_16(X) = fn_move_1(fn_isotope_conversion_17(X))
& fn_isotope_conversion_12(X) = fn_move_out_of_1(fn_isotope_conversion_11(X))
& fn_isotope_conversion_12(X) = fn_move_out_of_1(fn_isotope_conversion_17(X))
& fn_isotope_conversion_14(X) = fn_atom_8(fn_isotope_conversion_12(X))
& fn_isotope_conversion_14(X) = fn_atomic_nucleus_9(fn_isotope_conversion_13(X))
& fn_isotope_conversion_12(X) = fn_atomic_nucleus_4(fn_isotope_conversion_13(X))
& fn_isotope_conversion_13(X) = fn_atom_18(fn_isotope_conversion_12(X))
& fn_isotope_conversion_15(X) = fn_atom_14(fn_isotope_conversion_12(X))
& fn_isotope_conversion_15(X) = fn_atomic_nucleus_8(fn_isotope_conversion_13(X))
& fn_isotope_conversion_17(X) = fn_radioactive_isotope_2(fn_isotope_conversion_12(X))
& fn_isotope_conversion_11(X) = fn_radioactive_isotope_1(fn_isotope_conversion_12(X))
& X = fn_radioactive_isotope_3(fn_isotope_conversion_12(X))
& fn_atomic_nucleus_9(fn_isotope_conversion_13(X)) = fn_atom_8(fn_isotope_conversion_12(X))
& fn_atom_8(fn_isotope_conversion_12(X)) = fn_atomic_nucleus_9(fn_isotope_conversion_13(X))
& fn_atomic_nucleus_9(fn_isotope_conversion_13(X)) = fn_atom_14(fn_isotope_conversion_12(X))
& fn_atomic_nucleus_8(fn_isotope_conversion_13(X)) = fn_atom_14(fn_isotope_conversion_12(X))
& fn_atom_14(fn_isotope_conversion_12(X)) = fn_atomic_nucleus_8(fn_isotope_conversion_13(X))
& fn_atomic_nucleus_8(fn_isotope_conversion_13(X)) = fn_move_out_of_1(fn_isotope_conversion_11(X))
& fn_move_out_of_1(fn_isotope_conversion_11(X)) = fn_move_out_of_1(fn_isotope_conversion_17(X))
& fn_move_out_of_1(fn_isotope_conversion_17(X)) = fn_atomic_nucleus_4(fn_isotope_conversion_13(X))
& fn_atomic_nucleus_4(fn_isotope_conversion_13(X)) = fn_atomic_nucleus_4(fn_isotope_conversion_13(X))
& fn_radioactive_isotope_3(fn_isotope_conversion_12(X)) = fn_radioactive_isotope_3(fn_isotope_conversion_12(X)) ) ) ).
fof(a530518,axiom,
! [X] :
( isotopic_labeling_1(X)
=> ( original_name_2(X,'Isotopic-Labeling')
& user_description_2(X,'A technique for tracking the passage of a sample of a substance through a system by incorporating an unusual isotopes in its chemical composition allowing the substance to be detected.')
& concept2words_2(X,'radioactive labeling')
& concept2words_2(X,'radioactive-labeling')
& concept2words_2(X,'radioisotope labeling')
& concept2words_2(X,'radioisotope-labeling')
& concept2words_2(X,'isotopic labeling')
& concept2words_2(X,'isotopic-labeling')
& technique_1(X)
& chemical_entity_1(fn_isotopic_labeling_1(X))
& radioactive_isotope_1(fn_isotopic_labeling_2(X))
& attach_1(fn_isotopic_labeling_3(X))
& spatial_entity_1(fn_attach_1(fn_isotopic_labeling_3(X)))
& spatial_entity_1(fn_attach_2(fn_isotopic_labeling_3(X)))
& subevent_2(X,fn_isotopic_labeling_3(X))
& object_2(fn_isotopic_labeling_3(X),fn_isotopic_labeling_2(X))
& base_2(fn_isotopic_labeling_3(X),fn_isotopic_labeling_1(X))
& fn_isotopic_labeling_2(X) = fn_attach_1(fn_isotopic_labeling_3(X))
& fn_isotopic_labeling_1(X) = fn_attach_2(fn_isotopic_labeling_3(X)) ) ) ).
fof(a530519,axiom,
! [X] :
( iteroparity_1(X)
=> ( original_name_2(X,'Iteroparity')
& user_description_2(X,'The ability to produce offspring over several years.')
& concept2words_2(X,'repeated reproduction')
& concept2words_2(X,'repeated-reproduction')
& concept2words_2(X,iteroparity)
& life_history_1(X)
& ~ animal_life_cycle_1(X)
& ~ determinate_growth_1(X)
& ~ fungal_life_cycle_1(X)
& ~ gastrulation_1(X)
& ~ life_cycle_of_drosophila_1(X)
& ~ morphogenesis_1(X)
& ~ muscle_cell_determination_1(X)
& ~ plant_life_cycle_1(X)
& ~ sexual_life_cycle_1(X)
& ~ skeletal_muscle_cell_differentiation_1(X)
& ~ budding_1(X)
& ~ cross_breeding_event_1(X)
& ~ plant_reproduction_1(X)
& ~ semelparity_1(X)
& ~ vegetative_reproduction_1(X) ) ) ).
fof(a530520,axiom,
! [X] :
( iva_element_1(X)
=> ( original_name_2(X,'IVA-Element')
& user_description_2(X,'Elements in group 4A of the periodic table are C, Si, Ge, Sn, Pb and the unnamed element 114.')
& concept2words_2(X,iva)
& concept2words_2(X,'group iva elements')
& concept2words_2(X,'group-iva-elements')
& concept2words_2(X,'group 14 elements')
& concept2words_2(X,'group-14-elements')
& concept2words_2(X,'element of iva')
& concept2words_2(X,'iva element')
& concept2words_2(X,'iva-element')
& chemical_element_1(X) ) ) ).
fof(a530521,axiom,
! [X] :
( jackbean_plant_1(X)
=> ( original_name_2(X,'Jackbean-Plant')
& user_description_2(X,'Vining legume with toxic leaves, important commercially as a source for several proteins used in biochemistry research.')
& concept2words_2(X,'jackbean plant')
& concept2words_2(X,'jackbean-plant')
& legume_1(X) ) ) ).
fof(a530522,axiom,
! [X] :
( james_danielli_1(X)
=> ( original_name_2(X,'James-Danielli')
& user_description_2(X,'Biologist that studied biomembranes and developed the Sandwich Model for placement of membrane proteins.')
& concept2words_2(X,'james danielle')
& concept2words_2(X,'james-danielle')
& concept2words_2(X,'james danielli')
& concept2words_2(X,'james-danielli')
& biologist_1(X) ) ) ).
fof(a530523,axiom,
! [X] :
( jasmonic_acid_1(X)
=> ( original_name_2(X,'Jasmonic-Acid')
& user_description_2(X,'A chemical produced by plants that regulates various aspects of growth, development, and responses to abiotic or biotic stresses.')
& concept2words_2(X,'jasmonic acid')
& concept2words_2(X,'jasmonic-acid')
& acid_compound_1(X) ) ) ).
fof(a530524,axiom,
! [X] :
( jaw_1(X)
=> ( original_name_2(X,'Jaw')
& user_description_2(X,'Any articulated, opposable structure located near the mouth, used for manipulating or grasping food.')
& concept2words_2(X,mandible)
& concept2words_2(X,maxilla)
& concept2words_2(X,jaw)
& bone_1(X)
& ~ incus_1(X)
& ~ malleus_1(X)
& ~ mandible_1(X)
& ~ stapes_1(X) ) ) ).
fof(a530525,axiom,
! [X] :
( jejunum_1(X)
=> ( original_name_2(X,'Jejunum')
& user_description_2(X,'The middle section of the small intestine in most higher vertebrates, situated between the duodenum and the ileum. It is lined with villi and microvilli and functions in nutrient and water absorption.')
& concept2words_2(X,jejunum)
& organ_space_1(X) ) ) ).
fof(a530526,axiom,
! [X] :
( joint_1(X)
=> ( original_name_2(X,'Joint')
& user_description_2(X,'The articulated junction where two bones meet.')
& concept2words_2(X,joint)
& skeletal_organ_1(X) ) ) ).
fof(a530527,axiom,
! [X] :
( juvenile_hormone_1(X)
=> ( original_name_2(X,'Juvenile-Hormone')
& user_description_2(X,'An arthropod hormone that promotes the retention of larval characteristics and retards the onset of metamorphosis.')
& concept2words_2(X,'hormone of juvenile')
& concept2words_2(X,'juvenile hormone')
& concept2words_2(X,'juvenile-hormone')
& hormone_1(X)
& ~ sex_hormone_1(X)
& ~ releasing_hormone_1(X) ) ) ).
fof(a530528,axiom,
! [X] :
( juvenile_stage_1(X)
=> ( original_name_2(X,'Juvenile-Stage')
& user_description_2(X,'A juvenile stage is a stage in the development when an individual organism has not reached its adult form, sexual maturity or size.')
& concept2words_2(X,'stage of juvenile')
& concept2words_2(X,'juvenile stage')
& concept2words_2(X,'juvenile-stage')
& developmental_stage_1(X)
& ~ adulthood_1(X)
& ~ algae_bloom_1(X)
& ~ axes_formation_1(X)
& ~ blastulation_1(X)
& ~ eight_cell_stage_1(X)
& ~ embryogenesis_1(X)
& ~ fetal_stage_1(X)
& ~ follicular_phase_1(X)
& ~ larval_stage_1(X)
& ~ menopause_1(X)
& ~ multinucleated_stage_1(X)
& ~ segment_formation_1(X)
& ~ sensitive_period_1(X)
& ~ two_cell_stage_1(X) ) ) ).
fof(a530529,axiom,
! [X] :
( juxtaglomerular_apparatus_1(X)
=> ( original_name_2(X,'Juxtaglomerular-Apparatus')
& user_description_2(X,'Specialized tissues located near the afferent arteriole that supplies blood to the glomerulus; the apparatus is involved in regulating kindey function.')
& concept2words_2(X,jga)
& concept2words_2(X,'juxtaglomerular apparatus')
& concept2words_2(X,'juxtaglomerular-apparatus')
& mixed_tissue_1(X) ) ) ).
fof(a530530,axiom,
! [X] :
( juxtamedullary_nephron_1(X)
=> ( original_name_2(X,'Juxtamedullary-Nephron')
& user_description_2(X,'Type of nephron found only in mammals and birds. Juxtamedullary nephrons have a loop of Henle that is located deep in the medulla of the kidney.')
& concept2words_2(X,'juxtamedullary nephron')
& concept2words_2(X,'juxtamedullary-nephron')
& nephron_1(X)
& ~ cortical_nephron_1(X) ) ) ).
fof(a530531,axiom,
! [X] :
( k_selection_1(X)
=> ( original_name_2(X,'K-selection')
& user_description_2(X,'Selection for life history traits that are sensitive to population density')
& concept2words_2(X,'density dependent selection')
& concept2words_2(X,'density-dependent selection')
& concept2words_2(X,'selection of k')
& concept2words_2(X,'k selection')
& concept2words_2(X,'k-selection')
& natural_selection_1(X)
& ~ r_selection_1(X)
& ~ reinforcement_1(X)
& ~ stabilizing_selection_1(X) ) ) ).
fof(a530532,axiom,
! [X] :
( kangaroo_1(X)
=> ( original_name_2(X,'Kangaroo')
& user_description_2(X,'Australian marsupial of the family Macropodidae.')
& concept2words_2(X,kangaroo)
& marsupial_1(X)
& ~ bandicoot_1(X) ) ) ).
fof(a530533,axiom,
! [X] :
( karyogamy_1(X)
=> ( original_name_2(X,'Karyogamy')
& user_description_2(X,'The union and fusion of two pronuclei, as in fertilization.')
& concept2words_2(X,'perform karyogamy')
& concept2words_2(X,karyogamy)
& fertilization_1(X) ) ) ).
fof(a530534,axiom,
! [X] :
( karyotype_1(X)
=> ( original_name_2(X,'Karyotype')
& user_description_2(X,'A karyotype is a visual arrangement of the chromosomes from a cell where the chromosomes are displayed to inspect for potential abnormalities.')
& concept2words_2(X,'chromosome map')
& concept2words_2(X,karyotype)
& map_1(X)
& gene_1(fn_karyotype_1(X))
& quantity_value_1(fn_karyotype_3(X))
& change_1(fn_karyotype_4(X))
& role_1(fn_karyotype_5(X))
& distinguishing_1(fn_karyotype_6(X))
& image_1(fn_karyotype_7(X))
& analysis_1(fn_karyotype_8(X))
& light_microscopy_1(fn_karyotype_9(X))
& chromosome_1(fn_karyotype_10(X))
& perceive_1(fn_karyotype_11(X))
& entity_1(fn_perceive_1(fn_karyotype_11(X)))
& entity_1(fn_analysis_1(fn_karyotype_8(X)))
& tangible_entity_1(fn_microscopy_1(fn_karyotype_9(X)))
& is_at_2(fn_karyotype_1(X),fn_karyotype_10(X))
& result_2(fn_karyotype_8(X),X)
& result_2(fn_karyotype_9(X),fn_karyotype_7(X))
& quantity_2(fn_karyotype_10(X),fn_karyotype_3(X))
& has_goal_2(X,fn_karyotype_6(X))
& plays_2(X,fn_karyotype_5(X))
& information_content_2(X,fn_karyotype_3(X))
& object_2(fn_karyotype_4(X),fn_karyotype_10(X))
& objective_2(fn_karyotype_11(X),fn_karyotype_4(X))
& site_2(fn_karyotype_11(X),fn_karyotype_7(X))
& in_event_2(fn_karyotype_5(X),fn_karyotype_6(X))
& by_means_of_2(fn_karyotype_6(X),fn_karyotype_9(X))
& objective_2(fn_karyotype_6(X),fn_karyotype_4(X))
& subevent_2(fn_karyotype_6(X),fn_karyotype_11(X))
& information_content_2(X,fn_karyotype_10(X))
& object_2(fn_karyotype_11(X),fn_karyotype_10(X))
& object_2(fn_karyotype_8(X),fn_karyotype_10(X))
& object_2(fn_karyotype_9(X),fn_karyotype_10(X))
& fn_karyotype_10(X) = fn_information_1(X)
& fn_karyotype_10(X) = fn_perceive_1(fn_karyotype_11(X))
& fn_karyotype_10(X) = fn_analysis_1(fn_karyotype_8(X))
& fn_karyotype_10(X) = fn_microscopy_1(fn_karyotype_9(X))
& fn_information_1(X) = fn_perceive_1(fn_karyotype_11(X))
& fn_perceive_1(fn_karyotype_11(X)) = fn_perceive_1(fn_karyotype_11(X))
& fn_perceive_1(fn_karyotype_11(X)) = fn_analysis_1(fn_karyotype_8(X))
& fn_analysis_1(fn_karyotype_8(X)) = fn_analysis_1(fn_karyotype_8(X))
& fn_analysis_1(fn_karyotype_8(X)) = fn_microscopy_1(fn_karyotype_9(X)) ) ) ).
fof(a530535,axiom,
! [X] :
( karyotyping_1(X)
=> ( original_name_2(X,'Karyotyping')
& user_description_2(X,'A laboratory procedure which involves displaying a cell\'s chromosomes. The number and appearance of a cell\'s chromosome can be useful in helping to diagnose some congenital disorders such as Down syndrome.')
& concept2words_2(X,karyotype)
& concept2words_2(X,karyotyping)
& create_1(X)
& mitosis_1(fn_karyotyping_1(X))
& m_phase_1(fn_karyotyping_2(X))
& culturing_1(fn_karyotyping_3(X))
& chromosome_1(fn_karyotyping_4(X))
& add_1(fn_karyotyping_5(X))
& drug_1(fn_karyotyping_6(X))
& add_1(fn_karyotyping_7(X))
& drug_1(fn_karyotyping_8(X))
& lymphocyte_1(fn_karyotyping_9(X))
& karyotype_1(fn_karyotyping_10(X))
& spatial_entity_1(fn_add_2(fn_karyotyping_7(X)))
& spatial_entity_1(fn_add_1(fn_karyotyping_5(X)))
& spatial_entity_1(fn_add_1(fn_karyotyping_7(X)))
& causes_2(fn_karyotyping_5(X),fn_karyotyping_2(X))
& causes_2(fn_karyotyping_7(X),fn_karyotyping_1(X))
& next_event_2(fn_karyotyping_7(X),fn_karyotyping_3(X))
& next_event_2(fn_karyotyping_3(X),fn_karyotyping_5(X))
& object_2(X,fn_karyotyping_4(X))
& raw_material_2(X,fn_karyotyping_9(X))
& subevent_2(X,fn_karyotyping_5(X))
& subevent_2(X,fn_karyotyping_7(X))
& subevent_2(X,fn_karyotyping_3(X))
& base_2(fn_karyotyping_7(X),fn_karyotyping_9(X))
& result_2(X,fn_karyotyping_10(X))
& object_2(fn_karyotyping_5(X),fn_karyotyping_6(X))
& object_2(fn_karyotyping_7(X),fn_karyotyping_8(X))
& fn_karyotyping_9(X) = fn_add_2(fn_karyotyping_7(X))
& fn_karyotyping_10(X) = fn_create_1(X)
& fn_karyotyping_6(X) = fn_add_1(fn_karyotyping_5(X))
& fn_karyotyping_8(X) = fn_add_1(fn_karyotyping_7(X)) ) ) ).
fof(a530536,axiom,
! [X] :
( kelp_1(X)
=> ( original_name_2(X,'Kelp')
& user_description_2(X,'Giant seaweeds that live in deeper waters beyond the marine intertidal zone.')
& concept2words_2(X,kelp)
& brown_alga_1(X) ) ) ).
fof(a530537,axiom,
! [X] :
( keratin_1(X)
=> ( original_name_2(X,'Keratin')
& user_description_2(X,'Keratins are a family of proteins that are components of skin, hair, nails and claws. Keratins also form the intermediate filaments of the cytoskeleton.')
& concept2words_2(X,keratin)
& structural_protein_1(X)
& fibrous_protein_1(X)
& double_bond_1(fn_keratin_1(X))
& kinetic_energy_1(fn_keratin_6(X))
& size_value_1(fn_keratin_7(X))
& constant_motion_1(fn_keratin_8(X))
& speed_value_1(fn_keratin_9(X))
& quantity_value_1(fn_keratin_10(X))
& size_value_1(fn_keratin_11(X))
& spatial_entity_1(fn_keratin_12(X))
& chemical_entity_1(fn_keratin_12(X))
& monomer_1(fn_keratin_12(X))
& molecule_1(fn_keratin_12(X))
& amino_acid_1(fn_keratin_12(X))
& monomer_1(fn_keratin_13(X))
& protein_domain_1(fn_keratin_14(X))
& hydrophilic_region_1(fn_keratin_15(X))
& surface_1(fn_keratin_16(X))
& carbon_skeleton_1(fn_keratin_17(X))
& polypeptide_1(fn_keratin_18(X))
& carbon_1(fn_keratin_19(X))
& cysteine_1(fn_keratin_20(X))
& cysteine_1(fn_keratin_21(X))
& attach_1(fn_keratin_22(X))
& tangible_entity_1(fn_keratin_23(X))
& entity_1(fn_keratin_23(X))
& chemical_entity_1(fn_keratin_23(X))
& atom_1(fn_keratin_23(X))
& carbon_1(fn_keratin_23(X))
& tangible_entity_1(fn_keratin_24(X))
& entity_1(fn_keratin_24(X))
& chemical_entity_1(fn_keratin_24(X))
& atom_1(fn_keratin_24(X))
& nitrogen_1(fn_keratin_24(X))
& chemical_bond_1(fn_keratin_25(X))
& covalent_bond_1(fn_keratin_25(X))
& peptide_bond_1(fn_keratin_25(X))
& carbon_skeleton_1(fn_keratin_26(X))
& hydrophilic_region_1(fn_keratin_27(X))
& attract_1(fn_keratin_28(X))
& chemical_entity_1(fn_keratin_29(X))
& protein_1(fn_keratin_29(X))
& atomic_nucleus_1(fn_keratin_30(X))
& share_1(fn_keratin_31(X))
& equal_sharing_1(fn_keratin_31(X))
& chemical_bond_1(fn_keratin_32(X))
& disulfide_bond_1(fn_keratin_32(X))
& nonpolar_covalent_bond_1(fn_keratin_32(X))
& tangible_entity_1(fn_keratin_33(X))
& entity_1(fn_keratin_33(X))
& chemical_entity_1(fn_keratin_33(X))
& atom_1(fn_keratin_33(X))
& carbon_1(fn_keratin_33(X))
& chemical_entity_1(fn_keratin_34(X))
& tangible_entity_1(fn_keratin_34(X))
& entity_1(fn_keratin_34(X))
& atom_1(fn_keratin_34(X))
& nitrogen_1(fn_keratin_34(X))
& polar_covalent_bond_1(fn_keratin_35(X))
& chemical_bond_1(fn_keratin_35(X))
& carbon_skeleton_1(fn_keratin_36(X))
& hydrophilic_region_1(fn_keratin_37(X))
& attract_1(fn_keratin_38(X))
& electron_1(fn_keratin_39(X))
& valence_electron_1(fn_keratin_40(X))
& double_bond_1(fn_keratin_41(X))
& atom_1(fn_keratin_42(X))
& chemical_entity_1(fn_keratin_42(X))
& chemical_bond_1(fn_molecule_10(fn_keratin_21(X)))
& chemical_bond_1(fn_molecule_10(fn_keratin_20(X)))
& attract_1(fn_hydrophilic_region_2(fn_keratin_27(X)))
& attract_1(fn_hydrophilic_region_2(fn_keratin_37(X)))
& electron_1(fn_atomic_nucleus_8(fn_keratin_30(X)))
& carbon_skeleton_1(fn_hydrophilic_amino_acid_27(fn_keratin_21(X)))
& atomic_nucleus_1(fn_nonpolar_covalent_bond_19(fn_keratin_32(X)))
& valence_electron_1(fn_nonpolar_covalent_bond_22(fn_keratin_32(X)))
& carbon_skeleton_1(fn_hydrophilic_amino_acid_27(fn_keratin_20(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_keratin_32(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_keratin_32(X)))
& protein_1(fn_disulfide_bond_3(fn_keratin_32(X)))
& entity_1(fn_attract_2(fn_keratin_28(X)))
& spatial_entity_1(fn_attach_1(fn_keratin_22(X)))
& share_1(fn_disulfide_bond_8(fn_keratin_32(X)))
& equal_sharing_1(fn_nonpolar_covalent_bond_27(fn_keratin_32(X)))
& atom_1(fn_organic_molecule_2(fn_keratin_20(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_keratin_20(X)))
& entity_1(fn_polar_covalent_bond_18(fn_keratin_35(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_keratin_35(X)))
& atom_1(fn_polar_covalent_bond_18(fn_keratin_35(X)))
& chemical_entity_1(fn_hydrophilic_amino_acid_29(fn_keratin_20(X)))
& tangible_entity_1(fn_hydrophilic_amino_acid_29(fn_keratin_20(X)))
& entity_1(fn_hydrophilic_amino_acid_29(fn_keratin_20(X)))
& atom_1(fn_hydrophilic_amino_acid_29(fn_keratin_20(X)))
& nitrogen_1(fn_hydrophilic_amino_acid_29(fn_keratin_20(X)))
& entity_1(fn_polar_covalent_bond_19(fn_keratin_35(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_keratin_35(X)))
& atom_1(fn_polar_covalent_bond_19(fn_keratin_35(X)))
& atom_1(fn_molecule_11(fn_keratin_20(X)))
& tangible_entity_1(fn_hydrophilic_amino_acid_34(fn_keratin_20(X)))
& entity_1(fn_hydrophilic_amino_acid_34(fn_keratin_20(X)))
& chemical_entity_1(fn_hydrophilic_amino_acid_34(fn_keratin_20(X)))
& atom_1(fn_hydrophilic_amino_acid_34(fn_keratin_20(X)))
& carbon_1(fn_hydrophilic_amino_acid_34(fn_keratin_20(X)))
& entity_1(fn_attract_2(fn_keratin_38(X)))
& spatial_entity_1(fn_attach_2(fn_keratin_22(X)))
& atom_1(fn_organic_molecule_2(fn_keratin_21(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_keratin_21(X)))
& chemical_entity_1(fn_hydrophilic_amino_acid_29(fn_keratin_21(X)))
& tangible_entity_1(fn_hydrophilic_amino_acid_29(fn_keratin_21(X)))
& entity_1(fn_hydrophilic_amino_acid_29(fn_keratin_21(X)))
& atom_1(fn_hydrophilic_amino_acid_29(fn_keratin_21(X)))
& nitrogen_1(fn_hydrophilic_amino_acid_29(fn_keratin_21(X)))
& tangible_entity_1(fn_hydrophilic_amino_acid_34(fn_keratin_21(X)))
& entity_1(fn_hydrophilic_amino_acid_34(fn_keratin_21(X)))
& chemical_entity_1(fn_hydrophilic_amino_acid_34(fn_keratin_21(X)))
& atom_1(fn_hydrophilic_amino_acid_34(fn_keratin_21(X)))
& carbon_1(fn_hydrophilic_amino_acid_34(fn_keratin_21(X)))
& has_part_2(fn_keratin_18(X),fn_keratin_21(X))
& has_part_2(fn_keratin_18(X),fn_keratin_20(X))
& possesses_2(fn_keratin_20(X),fn_keratin_1(X))
& has_function_2(fn_keratin_20(X),fn_keratin_38(X))
& has_region_2(fn_keratin_20(X),fn_keratin_37(X))
& possesses_2(fn_keratin_21(X),fn_keratin_25(X))
& has_function_2(fn_keratin_21(X),fn_keratin_28(X))
& has_region_2(fn_keratin_21(X),fn_keratin_27(X))
& fn_keratin_29(X) != fn_keratin_31(X)
& fn_keratin_31(X) != fn_keratin_29(X)
& fn_keratin_39(X) != fn_keratin_40(X)
& fn_keratin_40(X) != fn_keratin_39(X)
& agent_2(fn_keratin_28(X),fn_keratin_21(X))
& agent_2(fn_keratin_38(X),fn_keratin_20(X))
& object_2(fn_keratin_22(X),fn_keratin_21(X))
& base_2(fn_keratin_22(X),fn_keratin_20(X))
& is_between_2(fn_keratin_32(X),fn_keratin_29(X))
& possesses_2(fn_keratin_21(X),fn_keratin_41(X))
& is_between_2(fn_keratin_35(X),fn_keratin_34(X))
& possesses_2(X,fn_keratin_32(X))
& possesses_2(fn_keratin_20(X),fn_keratin_35(X))
& is_between_2(fn_keratin_35(X),fn_keratin_33(X))
& site_2(fn_keratin_28(X),fn_keratin_27(X))
& site_2(fn_keratin_38(X),fn_keratin_37(X))
& possesses_2(fn_keratin_29(X),fn_keratin_32(X))
& is_near_2(fn_keratin_39(X),fn_keratin_30(X))
& is_near_2(fn_keratin_30(X),fn_keratin_39(X))
& has_part_2(fn_keratin_21(X),fn_keratin_24(X))
& has_region_2(fn_keratin_21(X),fn_keratin_26(X))
& is_inside_2(fn_keratin_23(X),fn_keratin_26(X))
& greater_than_2(fn_keratin_7(X),fn_keratin_11(X))
& has_part_2(X,fn_keratin_13(X))
& size_2(fn_keratin_13(X),fn_keratin_11(X))
& result_2(fn_keratin_31(X),fn_keratin_32(X))
& object_2(fn_keratin_31(X),fn_keratin_40(X))
& is_near_2(fn_keratin_30(X),fn_keratin_40(X))
& is_near_2(fn_keratin_40(X),fn_keratin_30(X))
& has_part_2(fn_keratin_20(X),fn_keratin_34(X))
& has_part_2(fn_keratin_20(X),fn_keratin_33(X))
& has_region_2(fn_keratin_20(X),fn_keratin_36(X))
& is_inside_2(fn_keratin_33(X),fn_keratin_36(X))
& fn_keratin_34(X) != fn_keratin_33(X)
& fn_keratin_33(X) != fn_keratin_34(X)
& possesses_2(X,fn_keratin_6(X))
& quantity_2(fn_keratin_6(X),fn_keratin_10(X))
& directly_proportional_2(fn_keratin_9(X),fn_keratin_10(X))
& speed_2(fn_keratin_8(X),fn_keratin_9(X))
& object_2(fn_keratin_8(X),X)
& has_part_2(X,fn_keratin_42(X))
& has_region_2(X,fn_keratin_17(X))
& is_inside_2(fn_keratin_19(X),fn_keratin_17(X))
& has_part_2(X,fn_keratin_19(X))
& fn_keratin_42(X) != fn_keratin_19(X)
& fn_keratin_19(X) != fn_keratin_42(X)
& has_part_2(X,fn_keratin_18(X))
& is_between_2(fn_keratin_25(X),fn_keratin_24(X))
& fn_keratin_23(X) != fn_keratin_24(X)
& fn_keratin_24(X) != fn_keratin_23(X)
& has_region_2(X,fn_keratin_16(X))
& is_at_2(fn_keratin_15(X),fn_keratin_16(X))
& has_region_2(X,fn_keratin_15(X))
& size_2(X,fn_keratin_7(X))
& the_scalar_value_2(fn_keratin_7(X),big_0)
& scalar_unit_class_2(fn_keratin_7(X),polypeptide_0)
& has_region_2(X,fn_keratin_14(X))
& is_at_2(fn_keratin_12(X),fn_keratin_14(X))
& has_part_2(fn_keratin_18(X),fn_keratin_12(X))
& possesses_2(fn_keratin_18(X),fn_keratin_25(X))
& is_between_2(fn_keratin_25(X),fn_keratin_23(X))
& fn_keratin_21(X) = fn_attract_2(fn_keratin_28(X))
& fn_keratin_20(X) = fn_attract_2(fn_keratin_38(X))
& fn_keratin_21(X) = fn_attach_1(fn_keratin_22(X))
& fn_keratin_20(X) = fn_attach_2(fn_keratin_22(X))
& fn_keratin_29(X) = fn_chemical_bond_1(fn_keratin_32(X))
& fn_keratin_29(X) = fn_chemical_bond_4(fn_keratin_32(X))
& fn_keratin_41(X) = fn_molecule_10(fn_keratin_21(X))
& fn_keratin_32(X) = fn_molecule_10(X)
& X = fn_disulfide_bond_3(fn_keratin_32(X))
& fn_keratin_33(X) = fn_molecule_11(fn_keratin_20(X))
& fn_keratin_35(X) = fn_molecule_10(fn_keratin_20(X))
& fn_keratin_28(X) = fn_hydrophilic_region_2(fn_keratin_27(X))
& fn_keratin_38(X) = fn_hydrophilic_region_2(fn_keratin_37(X))
& fn_keratin_29(X) = fn_disulfide_bond_3(fn_keratin_32(X))
& fn_keratin_39(X) = fn_atomic_nucleus_8(fn_keratin_30(X))
& fn_keratin_24(X) = fn_organic_molecule_2(fn_keratin_21(X))
& fn_keratin_24(X) = fn_hydrophilic_amino_acid_29(fn_keratin_21(X))
& fn_keratin_23(X) = fn_hydrophilic_amino_acid_34(fn_keratin_21(X))
& fn_keratin_26(X) = fn_hydrophilic_amino_acid_27(fn_keratin_21(X))
& fn_keratin_7(X) = fn_polymer_8(X)
& fn_keratin_5(X) = fn_polymer_10(X)
& fn_keratin_11(X) = fn_polymer_7(X)
& fn_keratin_13(X) = fn_polymer_4(X)
& fn_keratin_30(X) = fn_nonpolar_covalent_bond_19(fn_keratin_32(X))
& fn_keratin_40(X) = fn_nonpolar_covalent_bond_22(fn_keratin_32(X))
& fn_keratin_31(X) = fn_disulfide_bond_8(fn_keratin_32(X))
& fn_keratin_31(X) = fn_nonpolar_covalent_bond_27(fn_keratin_32(X))
& fn_keratin_34(X) = fn_organic_molecule_2(fn_keratin_20(X))
& fn_keratin_33(X) = fn_polar_covalent_bond_19(fn_keratin_35(X))
& fn_keratin_34(X) = fn_polar_covalent_bond_18(fn_keratin_35(X))
& fn_keratin_34(X) = fn_hydrophilic_amino_acid_29(fn_keratin_20(X))
& fn_keratin_33(X) = fn_hydrophilic_amino_acid_34(fn_keratin_20(X))
& fn_keratin_36(X) = fn_hydrophilic_amino_acid_27(fn_keratin_20(X))
& fn_keratin_3(X) = fn_molecule_2(X)
& fn_keratin_2(X) = fn_molecule_1(X)
& fn_keratin_8(X) = fn_molecule_8(X)
& fn_keratin_9(X) = fn_molecule_3(X)
& fn_keratin_10(X) = fn_molecule_4(X)
& fn_keratin_6(X) = fn_molecule_12(X)
& fn_keratin_42(X) = fn_organic_molecule_2(X)
& fn_keratin_19(X) = fn_organic_molecule_1(X)
& fn_keratin_17(X) = fn_organic_molecule_3(X)
& fn_keratin_4(X) = fn_protein_10(X)
& fn_keratin_24(X) = fn_protein_11(X)
& fn_keratin_7(X) = fn_protein_9(X)
& fn_keratin_15(X) = fn_protein_1(X)
& fn_keratin_16(X) = fn_protein_5(X)
& fn_keratin_23(X) = fn_protein_13(X)
& fn_keratin_25(X) = fn_protein_12(X)
& fn_keratin_18(X) = fn_protein_8(X)
& fn_keratin_12(X) = fn_protein_14(X)
& fn_keratin_14(X) = fn_protein_7(X)
& fn_chemical_bond_1(fn_keratin_32(X)) = fn_chemical_bond_4(fn_keratin_32(X))
& fn_chemical_bond_4(fn_keratin_32(X)) = fn_chemical_bond_4(fn_keratin_32(X))
& fn_chemical_bond_4(fn_keratin_32(X)) = fn_disulfide_bond_3(fn_keratin_32(X))
& fn_disulfide_bond_3(fn_keratin_32(X)) = fn_attract_2(fn_keratin_28(X))
& fn_attract_2(fn_keratin_28(X)) = fn_attach_1(fn_keratin_22(X))
& fn_attach_1(fn_keratin_22(X)) = fn_nonpolar_covalent_bond_27(fn_keratin_32(X))
& fn_nonpolar_covalent_bond_27(fn_keratin_32(X)) = fn_disulfide_bond_8(fn_keratin_32(X))
& fn_disulfide_bond_8(fn_keratin_32(X)) = fn_nonpolar_covalent_bond_27(fn_keratin_32(X))
& fn_nonpolar_covalent_bond_27(fn_keratin_32(X)) = fn_polar_covalent_bond_18(fn_keratin_35(X))
& fn_polar_covalent_bond_18(fn_keratin_35(X)) = fn_organic_molecule_2(fn_keratin_20(X))
& fn_organic_molecule_2(fn_keratin_20(X)) = fn_polar_covalent_bond_18(fn_keratin_35(X))
& fn_polar_covalent_bond_18(fn_keratin_35(X)) = fn_polar_covalent_bond_18(fn_keratin_35(X))
& fn_hydrophilic_amino_acid_29(fn_keratin_20(X)) = fn_polar_covalent_bond_18(fn_keratin_35(X))
& fn_polar_covalent_bond_18(fn_keratin_35(X)) = fn_hydrophilic_amino_acid_29(fn_keratin_20(X))
& fn_hydrophilic_amino_acid_29(fn_keratin_20(X)) = fn_polar_covalent_bond_19(fn_keratin_35(X))
& fn_molecule_11(fn_keratin_20(X)) = fn_polar_covalent_bond_19(fn_keratin_35(X))
& fn_polar_covalent_bond_19(fn_keratin_35(X)) = fn_polar_covalent_bond_19(fn_keratin_35(X))
& fn_polar_covalent_bond_19(fn_keratin_35(X)) = fn_molecule_11(fn_keratin_20(X))
& fn_molecule_11(fn_keratin_20(X)) = fn_hydrophilic_amino_acid_34(fn_keratin_20(X))
& fn_hydrophilic_amino_acid_34(fn_keratin_20(X)) = fn_hydrophilic_amino_acid_34(fn_keratin_20(X))
& fn_hydrophilic_amino_acid_34(fn_keratin_20(X)) = fn_attract_2(fn_keratin_38(X))
& fn_attract_2(fn_keratin_38(X)) = fn_attach_2(fn_keratin_22(X))
& fn_attach_2(fn_keratin_22(X)) = fn_organic_molecule_2(fn_keratin_21(X))
& fn_organic_molecule_2(fn_keratin_21(X)) = fn_hydrophilic_amino_acid_29(fn_keratin_21(X))
& fn_hydrophilic_amino_acid_29(fn_keratin_21(X)) = fn_hydrophilic_amino_acid_29(fn_keratin_21(X))
& fn_hydrophilic_amino_acid_29(fn_keratin_21(X)) = fn_protein_11(X)
& fn_protein_11(X) = fn_protein_11(X)
& fn_protein_11(X) = fn_polymer_8(X)
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_hydrophilic_amino_acid_34(fn_keratin_21(X))
& fn_hydrophilic_amino_acid_34(fn_keratin_21(X)) = fn_protein_13(X)
& fn_protein_13(X) = fn_protein_13(X) ) ) ).
fof(a530538,axiom,
! [X] :
( ketone_1(X)
=> ( original_name_2(X,'Ketone')
& user_description_2(X,'Ketone is a compound with the structure RC(=O)R\', where R and R\' can be a variety of atoms and groups of atoms.')
& concept2words_2(X,ketone)
& organic_molecule_1(X)
& kinetic_energy_1(fn_ketone_3(X))
& constant_motion_1(fn_ketone_4(X))
& speed_value_1(fn_ketone_5(X))
& quantity_value_1(fn_ketone_6(X))
& chemical_bond_1(fn_ketone_7(X))
& double_bond_1(fn_ketone_7(X))
& atom_1(fn_ketone_8(X))
& carbon_1(fn_ketone_8(X))
& carbon_skeleton_1(fn_ketone_9(X))
& entity_1(fn_ketone_10(X))
& chemical_entity_1(fn_ketone_10(X))
& atom_1(fn_ketone_10(X))
& carbon_1(fn_ketone_10(X))
& carbonyl_group_1(fn_ketone_11(X))
& atom_1(fn_ketone_12(X))
& chemical_entity_1(fn_ketone_12(X))
& oxygen_1(fn_ketone_12(X))
& carbon_1(fn_carbon_skeleton_4(fn_ketone_9(X)))
& double_bond_1(fn_carbonyl_group_8(fn_ketone_11(X)))
& oxygen_1(fn_carbonyl_group_9(fn_ketone_11(X)))
& atom_1(fn_carbon_skeleton_2(fn_ketone_9(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_ketone_9(X)))
& entity_1(fn_carbonyl_group_7(fn_ketone_11(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_ketone_11(X)))
& atom_1(fn_carbonyl_group_7(fn_ketone_11(X)))
& carbon_1(fn_carbonyl_group_7(fn_ketone_11(X)))
& chemical_entity_1(fn_functional_group_1(fn_ketone_11(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_ketone_9(X)))
& has_part_2(X,fn_ketone_10(X))
& is_inside_2(fn_ketone_10(X),fn_ketone_9(X))
& has_part_2(X,fn_ketone_12(X))
& possesses_2(X,fn_ketone_7(X))
& is_between_2(fn_ketone_7(X),fn_ketone_8(X))
& has_region_2(X,fn_ketone_11(X))
& is_inside_2(fn_ketone_8(X),fn_ketone_9(X))
& has_part_2(X,fn_ketone_8(X))
& has_region_2(X,fn_ketone_9(X))
& fn_ketone_10(X) != fn_ketone_8(X)
& fn_ketone_8(X) != fn_ketone_10(X)
& is_inside_2(fn_ketone_12(X),fn_ketone_11(X))
& is_inside_2(fn_ketone_10(X),fn_ketone_11(X))
& is_between_2(fn_ketone_7(X),fn_ketone_10(X))
& is_between_2(fn_ketone_7(X),fn_ketone_12(X))
& fn_ketone_12(X) != fn_ketone_10(X)
& fn_ketone_10(X) != fn_ketone_12(X)
& possesses_2(X,fn_ketone_3(X))
& quantity_2(fn_ketone_3(X),fn_ketone_6(X))
& directly_proportional_2(fn_ketone_5(X),fn_ketone_6(X))
& speed_2(fn_ketone_4(X),fn_ketone_5(X))
& object_2(fn_ketone_4(X),X)
& fn_ketone_10(X) = fn_organic_molecule_1(X)
& fn_ketone_12(X) = fn_organic_molecule_2(X)
& fn_ketone_8(X) = fn_molecule_11(X)
& fn_ketone_7(X) = fn_molecule_10(X)
& X = fn_functional_group_1(fn_ketone_11(X))
& X = fn_carbon_skeleton_3(fn_ketone_9(X))
& fn_ketone_10(X) = fn_organic_molecule_2(X)
& fn_ketone_10(X) = fn_carbon_skeleton_2(fn_ketone_9(X))
& fn_ketone_8(X) = fn_organic_molecule_1(X)
& fn_ketone_9(X) = fn_organic_molecule_3(X)
& fn_ketone_8(X) = fn_carbon_skeleton_4(fn_ketone_9(X))
& fn_ketone_7(X) = fn_carbonyl_group_8(fn_ketone_11(X))
& fn_ketone_12(X) = fn_carbonyl_group_9(fn_ketone_11(X))
& fn_ketone_10(X) = fn_carbonyl_group_7(fn_ketone_11(X))
& fn_ketone_1(X) = fn_molecule_2(X)
& fn_ketone_2(X) = fn_molecule_1(X)
& fn_ketone_4(X) = fn_molecule_8(X)
& fn_ketone_5(X) = fn_molecule_3(X)
& fn_ketone_6(X) = fn_molecule_4(X)
& fn_ketone_3(X) = fn_molecule_12(X)
& fn_molecule_11(X) = fn_organic_molecule_1(X)
& fn_carbon_skeleton_4(fn_ketone_9(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_carbon_skeleton_4(fn_ketone_9(X))
& fn_carbon_skeleton_4(fn_ketone_9(X)) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_carbonyl_group_8(fn_ketone_11(X))
& fn_carbonyl_group_8(fn_ketone_11(X)) = fn_carbonyl_group_8(fn_ketone_11(X))
& fn_carbonyl_group_8(fn_ketone_11(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_carbonyl_group_9(fn_ketone_11(X))
& fn_carbonyl_group_9(fn_ketone_11(X)) = fn_carbonyl_group_9(fn_ketone_11(X))
& fn_carbonyl_group_9(fn_ketone_11(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_carbon_skeleton_2(fn_ketone_9(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_carbon_skeleton_2(fn_ketone_9(X))
& fn_carbon_skeleton_2(fn_ketone_9(X)) = fn_carbon_skeleton_2(fn_ketone_9(X))
& fn_carbon_skeleton_2(fn_ketone_9(X)) = fn_carbonyl_group_7(fn_ketone_11(X))
& fn_carbonyl_group_7(fn_ketone_11(X)) = fn_carbonyl_group_7(fn_ketone_11(X))
& fn_carbonyl_group_7(fn_ketone_11(X)) = fn_functional_group_1(fn_ketone_11(X))
& fn_functional_group_1(fn_ketone_11(X)) = fn_carbon_skeleton_3(fn_ketone_9(X))
& fn_carbon_skeleton_3(fn_ketone_9(X)) = fn_carbon_skeleton_3(fn_ketone_9(X)) ) ) ).
fof(a530539,axiom,
! [X] :
( ketose_1(X)
=> ( original_name_2(X,'Ketose')
& user_description_2(X,'A ketose is a sugar containing one ketone group per molecule.')
& concept2words_2(X,'ketose sugar')
& concept2words_2(X,'ketose-sugar')
& concept2words_2(X,ketose)
& ketone_1(X)
& monosaccharide_1(X)
& ~ acetone_1(X) ) ) ).
fof(a530540,axiom,
! [X] :
( keystone_species_1(X)
=> ( original_name_2(X,'Keystone-Species')
& user_description_2(X,'A species whose effect on community structure is disproportionately larger than its abundance within the community.')
& concept2words_2(X,'keystone-species')
& concept2words_2(X,'species of keystone')
& concept2words_2(X,'keystone species')
& concept2words_2(X,'keystone-specy')
& ecological_role_1(X)
& ~ ecological_niche_1(X)
& ~ pollinator_1(X) ) ) ).
fof(a530541,axiom,
! [X] :
( ki_constant_1(X)
=> ( original_name_2(X,'KI-Constant')
& concept2words_2(X,'constant of ki')
& concept2words_2(X,'ki constant')
& concept2words_2(X,'ki-constant')
& constant_1(X) ) ) ).
fof(a530542,axiom,
! [X] :
( ki_scale_1(X)
=> ( original_name_2(X,'KI-Scale')
& concept2words_2(X,'scale of ki')
& concept2words_2(X,'ki scale')
& concept2words_2(X,'ki-scale')
& scale_1(X) ) ) ).
fof(a530543,axiom,
! [X] :
( kidney_1(X)
=> ( original_name_2(X,'Kidney')
& user_description_2(X,'An excretory and osmoregularity organ in animals.')
& concept2words_2(X,kidney)
& excretory_organ_1(X)
& unitless_value_1(fn_kidney_2(X))
& defense_1(fn_kidney_3(X))
& tissue_1(fn_kidney_4(X))
& adipose_tissue_1(fn_kidney_5(X))
& cushion_1(fn_kidney_6(X))
& tangible_entity_1(fn_cushion_2(fn_kidney_6(X)))
& defense_1(fn_cushion_1(fn_kidney_6(X)))
& importance_2(X,fn_kidney_2(X))
& has_part_2(X,fn_kidney_5(X))
& the_scalar_value_2(fn_kidney_2(X),high_0)
& scalar_unit_class_2(fn_kidney_2(X),organ_0)
& object_2(fn_kidney_3(X),X)
& plays_2(fn_kidney_5(X),fn_kidney_6(X))
& has_part_2(X,fn_kidney_4(X))
& in_event_2(fn_kidney_6(X),fn_kidney_3(X))
& fn_kidney_5(X) = fn_cushion_2(fn_kidney_6(X))
& fn_kidney_4(X) = fn_organ_1(X)
& fn_kidney_3(X) = fn_cushion_1(fn_kidney_6(X)) ) ) ).
fof(a530544,axiom,
! [X] :
( killdeer_1(X)
=> ( original_name_2(X,'Killdeer')
& user_description_2(X,'A medium-sized bird of the plover family, known for its')
& concept2words_2(X,killdeer)
& bird_1(X)
& ~ brown_headed_cowbird_1(X)
& ~ flightless_birds_1(X)
& ~ florida_scrub_jay_1(X)
& ~ galapagos_finch_1(X)
& ~ great_auk_1(X)
& ~ greylag_geese_1(X)
& ~ ratite_1(X)
& ~ red_cockaded_woodpecker_1(X) ) ) ).
fof(a530545,axiom,
! [X] :
( kin_selection_1(X)
=> ( original_name_2(X,'Kin-Selection')
& user_description_2(X,'An evolutionary strategy that benefits the reproductive fitness of one\'s kin at the expense of one\'s own fitness. Often results in the evolution of altruistic behavior.')
& concept2words_2(X,'selection of kin')
& concept2words_2(X,'kin selection')
& concept2words_2(X,'kin-selection')
& selection_force_1(X) ) ) ).
fof(a530546,axiom,
! [X] :
( kinase_1(X)
=> ( original_name_2(X,'Kinase')
& user_description_2(X,'General name for an enzyme that transfers phosphate groups from ATP to a protein, thus phosphorylating the protein.')
& concept2words_2(X,'protein kinase')
& concept2words_2(X,'protein-kinase')
& concept2words_2(X,kinase)
& transferase_1(X)
& phosphorylation_1(fn_kinase_1(X))
& cofactor_1(fn_kinase_2(X))
& magnesium_1(fn_kinase_3(X))
& size_value_1(fn_kinase_4(X))
& size_value_1(fn_kinase_5(X))
& monomer_1(fn_kinase_6(X))
& active_site_1(fn_kinase_7(X))
& chemical_bond_1(fn_kinase_8(X))
& covalent_bond_1(fn_kinase_8(X))
& chemical_entity_1(fn_cofactor_1(fn_kinase_2(X)))
& is_at_2(fn_kinase_3(X),fn_kinase_7(X))
& in_event_2(fn_kinase_2(X),fn_kinase_1(X))
& plays_2(fn_kinase_3(X),fn_kinase_2(X))
& possesses_2(X,fn_kinase_8(X))
& has_function_2(X,fn_kinase_1(X))
& site_2(fn_kinase_1(X),fn_kinase_7(X))
& the_scalar_value_2(fn_kinase_5(X),big_0)
& scalar_unit_class_2(fn_kinase_5(X),polypeptide_0)
& size_2(X,fn_kinase_5(X))
& greater_than_2(fn_kinase_5(X),fn_kinase_4(X))
& size_2(fn_kinase_6(X),fn_kinase_4(X))
& has_part_2(X,fn_kinase_6(X))
& has_region_2(X,fn_kinase_7(X))
& fn_kinase_3(X) = fn_cofactor_1(fn_kinase_2(X))
& fn_kinase_8(X) = fn_molecule_10(X)
& fn_kinase_8(X) = fn_polymer_1(X)
& fn_kinase_7(X) = fn_enzyme_2(X)
& fn_kinase_1(X) = fn_enzyme_4(X)
& fn_kinase_7(X) = fn_protein_enzyme_10(X)
& fn_kinase_6(X) = fn_polymer_4(X)
& fn_kinase_6(X) = fn_protein_enzyme_9(X)
& fn_kinase_4(X) = fn_protein_enzyme_4(X)
& fn_kinase_5(X) = fn_protein_9(X)
& fn_kinase_5(X) = fn_protein_enzyme_3(X)
& fn_molecule_10(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X) ) ) ).
fof(a530547,axiom,
! [X] :
( kinesis_1(X)
=> ( original_name_2(X,'Kinesis')
& user_description_2(X,'Movement or activity of a cell or organism in response to a nondirectional stimulus.')
& concept2words_2(X,kinesis)
& behavior_1(X) ) ) ).
fof(a530548,axiom,
! [X] :
( kinetic_energy_1(X)
=> ( original_name_2(X,'Kinetic-Energy')
& user_description_2(X,'The energy that an object possesses due to its motion relative to other objects.')
& concept2words_2(X,'kinetic energy')
& concept2words_2(X,'kinetic-energy')
& energy_1(X)
& constant_motion_1(fn_kinetic_energy_1(X))
& tangible_entity_1(fn_kinetic_energy_2(X))
& tangible_entity_1(fn_constant_motion_1(fn_kinetic_energy_1(X)))
& possesses_2(fn_kinetic_energy_2(X),X)
& object_2(fn_kinetic_energy_1(X),fn_kinetic_energy_2(X))
& fn_kinetic_energy_2(X) = fn_constant_motion_1(fn_kinetic_energy_1(X)) ) ) ).
fof(a530549,axiom,
! [X] :
( kinetochore_1(X)
=> ( original_name_2(X,'Kinetochore')
& user_description_2(X,'A complex of proteins on the centromere of a chromatid, where the mitotic spindle attaches during mitosis or meiosis.')
& concept2words_2(X,kinetochore)
& protein_1(X)
& coil_1(fn_kinetochore_1(X))
& entity_1(fn_kinetochore_2(X))
& dna_1(fn_kinetochore_2(X))
& length_value_1(fn_kinetochore_8(X))
& polypeptide_1(fn_kinetochore_9(X))
& atom_1(fn_kinetochore_10(X))
& chemical_entity_1(fn_kinetochore_10(X))
& monomer_1(fn_kinetochore_11(X))
& carbon_1(fn_kinetochore_12(X))
& protein_domain_1(fn_kinetochore_13(X))
& hydrophilic_region_1(fn_kinetochore_14(X))
& surface_1(fn_kinetochore_15(X))
& carbon_skeleton_1(fn_kinetochore_16(X))
& size_value_1(fn_kinetochore_17(X))
& kinetic_energy_1(fn_kinetochore_18(X))
& constant_motion_1(fn_kinetochore_19(X))
& speed_value_1(fn_kinetochore_20(X))
& quantity_value_1(fn_kinetochore_21(X))
& size_value_1(fn_kinetochore_22(X))
& spatial_entity_1(fn_kinetochore_23(X))
& chemical_entity_1(fn_kinetochore_23(X))
& monomer_1(fn_kinetochore_23(X))
& molecule_1(fn_kinetochore_23(X))
& amino_acid_1(fn_kinetochore_23(X))
& centromere_1(fn_kinetochore_24(X))
& chromosome_1(fn_kinetochore_25(X))
& dna_strand_1(fn_kinetochore_26(X))
& dna_strand_1(fn_chromosome_5(fn_kinetochore_25(X)))
& centromere_1(fn_chromosome_6(fn_kinetochore_25(X)))
& entity_1(fn_chromosome_4(fn_kinetochore_25(X)))
& dna_1(fn_chromosome_4(fn_kinetochore_25(X)))
& coil_1(fn_chromosome_8(fn_kinetochore_25(X)))
& protein_1(fn_chromosome_3(fn_kinetochore_25(X)))
& is_along_2(fn_kinetochore_24(X),X)
& is_at_2(X,fn_kinetochore_26(X))
& is_along_2(X,fn_kinetochore_24(X))
& the_cardinal_value_2(fn_kinetochore_8(X),"0.5e0")
& cardinal_unit_class_2(fn_kinetochore_8(X),micrometer_0)
& greater_than_2(fn_kinetochore_17(X),fn_kinetochore_22(X))
& length_2(X,fn_kinetochore_8(X))
& has_part_2(X,fn_kinetochore_11(X))
& size_2(fn_kinetochore_11(X),fn_kinetochore_22(X))
& possesses_2(X,fn_kinetochore_18(X))
& quantity_2(fn_kinetochore_18(X),fn_kinetochore_21(X))
& directly_proportional_2(fn_kinetochore_20(X),fn_kinetochore_21(X))
& speed_2(fn_kinetochore_19(X),fn_kinetochore_20(X))
& object_2(fn_kinetochore_19(X),X)
& has_part_2(X,fn_kinetochore_10(X))
& fn_kinetochore_10(X) != fn_kinetochore_12(X)
& is_inside_2(fn_kinetochore_12(X),fn_kinetochore_16(X))
& has_region_2(X,fn_kinetochore_16(X))
& has_part_2(X,fn_kinetochore_12(X))
& fn_kinetochore_12(X) != fn_kinetochore_10(X)
& has_part_2(fn_kinetochore_2(X),fn_kinetochore_26(X))
& has_part_2(fn_kinetochore_25(X),X)
& agent_2(fn_kinetochore_1(X),X)
& object_2(fn_kinetochore_1(X),fn_kinetochore_2(X))
& has_part_2(fn_kinetochore_25(X),fn_kinetochore_2(X))
& has_region_2(fn_kinetochore_25(X),fn_kinetochore_24(X))
& is_at_2(fn_kinetochore_14(X),fn_kinetochore_15(X))
& has_region_2(X,fn_kinetochore_15(X))
& size_2(X,fn_kinetochore_17(X))
& the_scalar_value_2(fn_kinetochore_17(X),big_0)
& scalar_unit_class_2(fn_kinetochore_17(X),polypeptide_0)
& has_part_2(X,fn_kinetochore_9(X))
& has_part_2(fn_kinetochore_9(X),fn_kinetochore_23(X))
& is_at_2(fn_kinetochore_23(X),fn_kinetochore_13(X))
& has_region_2(X,fn_kinetochore_13(X))
& has_region_2(X,fn_kinetochore_14(X))
& fn_kinetochore_17(X) = fn_polymer_8(X)
& fn_kinetochore_7(X) = fn_polymer_2(X)
& fn_kinetochore_8(X) = fn_polymer_3(X)
& fn_kinetochore_6(X) = fn_polymer_10(X)
& fn_kinetochore_22(X) = fn_polymer_7(X)
& fn_kinetochore_11(X) = fn_polymer_4(X)
& fn_kinetochore_4(X) = fn_molecule_1(X)
& fn_kinetochore_5(X) = fn_molecule_2(X)
& fn_kinetochore_19(X) = fn_molecule_8(X)
& fn_kinetochore_20(X) = fn_molecule_3(X)
& fn_kinetochore_21(X) = fn_molecule_4(X)
& fn_kinetochore_18(X) = fn_molecule_12(X)
& fn_kinetochore_16(X) = fn_organic_molecule_3(X)
& fn_kinetochore_12(X) = fn_organic_molecule_1(X)
& fn_kinetochore_10(X) = fn_organic_molecule_2(X)
& fn_kinetochore_26(X) = fn_chromosome_5(fn_kinetochore_25(X))
& fn_kinetochore_24(X) = fn_chromosome_6(fn_kinetochore_25(X))
& fn_kinetochore_2(X) = fn_chromosome_4(fn_kinetochore_25(X))
& fn_kinetochore_1(X) = fn_chromosome_8(fn_kinetochore_25(X))
& X = fn_chromosome_3(fn_kinetochore_25(X))
& fn_kinetochore_3(X) = fn_protein_10(X)
& fn_kinetochore_17(X) = fn_protein_9(X)
& fn_kinetochore_15(X) = fn_protein_5(X)
& fn_kinetochore_14(X) = fn_protein_1(X)
& fn_kinetochore_13(X) = fn_protein_7(X)
& fn_kinetochore_23(X) = fn_protein_14(X)
& fn_kinetochore_9(X) = fn_protein_8(X)
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_chromosome_3(fn_kinetochore_25(X)) = fn_chromosome_3(fn_kinetochore_25(X)) ) ) ).
fof(a530550,axiom,
! [X] :
( kinetochore_microtubule_1(X)
=> ( original_name_2(X,'Kinetochore-Microtubule')
& user_description_2(X,'Kinetochore microtubule is a microtubule which attach to kinetochore during cell division and helps in segregation of chromosomes and chromatids in their respective daughter cells')
& concept2words_2(X,'microtubule of kinetochore')
& concept2words_2(X,'kinetochore microtubule')
& concept2words_2(X,'kinetochore-microtubule')
& microtubule_1(X)
& ~ nonkinetochore_microtubule_1(X)
& end_1(fn_kinetochore_microtubule_1(X))
& end_1(fn_kinetochore_microtubule_2(X))
& has_region_2(X,fn_kinetochore_microtubule_2(X))
& has_region_2(X,fn_kinetochore_microtubule_1(X))
& called_2(fn_kinetochore_microtubule_2(X),'E1')
& called_2(fn_kinetochore_microtubule_1(X),'E2') ) ) ).
fof(a530551,axiom,
! [X] :
( kinetoplastid_1(X)
=> ( original_name_2(X,'Kinetoplastid')
& user_description_2(X,'One of a group of flagellated protozoans, distinguished by the presence of a DNA-containing granule located inside the single large mitochondrion. Many kinetoplastids, such as trypanosomes, cause disease in humans and other animals.')
& concept2words_2(X,kinetoplastid)
& euglenozoan_1(X)
& ~ euglena_1(X)
& ~ euglenid_1(X) ) ) ).
fof(a530552,axiom,
! [X] :
( kingdom_1(X)
=> ( original_name_2(X,'Kingdom')
& user_description_2(X,'In Linnean taxonomy, the category above phylum and below domain.')
& concept2words_2(X,kingdom)
& taxon_1(X) ) ) ).
fof(a530553,axiom,
! [X] :
( klinefelter_syndrome_1(X)
=> ( original_name_2(X,'Klinefelter-Syndrome')
& user_description_2(X,'a condition in which human males have an extra (an aneuploidy) X sex chromosome.')
& concept2words_2(X,xxy)
& concept2words_2(X,'syndrome of klinefelter')
& concept2words_2(X,'klinefelter syndrome')
& concept2words_2(X,'klinefelter-syndrome')
& chromosomal_disorder_1(X)
& ~ achondroplasia_1(X)
& ~ alkaptonuria_1(X)
& ~ angelman_syndrome_1(X)
& ~ cri_du_chat_syndrome_1(X)
& ~ cystic_fibrosis_1(X)
& ~ down_syndrome_1(X)
& ~ huntingtons_disease_1(X)
& ~ multifactorial_genetic_disorder_1(X)
& ~ phenylketonuria_1(X)
& ~ polydactyly_1(X)
& ~ prader_willi_syndrome_1(X)
& ~ sex_linked_human_genetic_disorder_1(X)
& ~ sickle_cell_anemia_1(X)
& ~ tay_sachs_disease_1(X)
& ~ triple_x_1(X)
& ~ turner_syndrome_1(X)
& person_1(fn_klinefelter_syndrome_2(X))
& fertility_value_1(fn_klinefelter_syndrome_3(X))
& size_value_1(fn_klinefelter_syndrome_5(X))
& x_chromosome_1(fn_klinefelter_syndrome_6(X))
& y_chromosome_1(fn_klinefelter_syndrome_7(X))
& sex_value_1(fn_klinefelter_syndrome_8(X))
& has_condition_1(fn_klinefelter_syndrome_10(X))
& person_1(fn_klinefelter_syndrome_11(X))
& testes_1(fn_klinefelter_syndrome_12(X))
& reproductive_organ_1(fn_person_11(fn_klinefelter_syndrome_11(X)))
& fertility_2(fn_klinefelter_syndrome_2(X),fn_klinefelter_syndrome_3(X))
& the_categorical_value_2(fn_klinefelter_syndrome_3(X),sterile_0)
& size_2(fn_klinefelter_syndrome_12(X),fn_klinefelter_syndrome_5(X))
& the_scalar_value_2(fn_klinefelter_syndrome_5(X),undersized_0)
& scalar_unit_class_2(fn_klinefelter_syndrome_5(X),testes_0)
& the_categorical_value_2(fn_klinefelter_syndrome_8(X),male_0)
& sex_2(fn_klinefelter_syndrome_11(X),fn_klinefelter_syndrome_8(X))
& exactCardinality(fn_klinefelter_syndrome_11(X),has_part_0,"2",x_chromosome_0)
& exactCardinality(fn_klinefelter_syndrome_11(X),has_part_0,"1",y_chromosome_0)
& has_part_2(fn_klinefelter_syndrome_11(X),fn_klinefelter_syndrome_7(X))
& has_part_2(fn_klinefelter_syndrome_11(X),fn_klinefelter_syndrome_6(X))
& experiencer_2(fn_klinefelter_syndrome_10(X),fn_klinefelter_syndrome_11(X))
& result_2(fn_klinefelter_syndrome_10(X),fn_klinefelter_syndrome_2(X))
& object_2(fn_klinefelter_syndrome_10(X),X)
& has_part_2(fn_klinefelter_syndrome_11(X),fn_klinefelter_syndrome_12(X))
& fn_klinefelter_syndrome_12(X) = fn_person_11(fn_klinefelter_syndrome_11(X)) ) ) ).
fof(a530554,axiom,
! [X] :
( km_class_1(X)
=> ( original_name_2(X,'KM-Class')
& concept2words_2(X,'class of km')
& concept2words_2(X,'km class')
& concept2words_2(X,'km-class')
& thing_1(X) ) ) ).
fof(a530555,axiom,
! [X] :
( km_slot_group_1(X)
=> ( original_name_2(X,'KM-Slot-Group')
& concept2words_2(X,'km slot group')
& concept2words_2(X,'km-slot-group')
& slot_1(X) ) ) ).
fof(a530556,axiom,
! [X] :
( knee_jerk_reflex_1(X)
=> ( original_name_2(X,'Knee-Jerk-Reflex')
& user_description_2(X,'Also called the patellar reflex. Occurs when the patellar tendon is suddenly and unexpectedly stretched. The sensory neuron detecting the stretch signals a motor neuron to rapidly counteract the stretch by commanding the quadriceps to contract, causing the lower leg to jerk forward.')
& concept2words_2(X,'knee jerk reflex')
& concept2words_2(X,'knee-jerk-reflex')
& reflex_1(X)
& ~ swallowing_reflex_1(X) ) ) ).
fof(a530557,axiom,
! [X] :
( knob_1(X)
=> ( original_name_2(X,'Knob')
& user_description_2(X,'Knob is a part of ATP Synthase')
& concept2words_2(X,'catalytic knob')
& concept2words_2(X,'catalytic-knob')
& concept2words_2(X,knob)
& protein_enzyme_1(X)
& phosphorylation_1(fn_knob_1(X))
& chemical_reaction_1(fn_knob_1(X))
& inorganic_phosphate_1(fn_knob_2(X))
& adp_1(fn_knob_3(X))
& atp_1(fn_knob_4(X))
& active_site_1(fn_knob_5(X))
& chemical_entity_1(fn_phosphorylation_2(fn_knob_1(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_knob_1(X)))
& minCardinality(X,has_region_0,"1",active_site_0)
& result_2(fn_knob_1(X),fn_knob_4(X))
& raw_material_2(fn_knob_1(X),fn_knob_2(X))
& has_function_2(X,fn_knob_1(X))
& raw_material_2(fn_knob_1(X),fn_knob_3(X))
& has_region_2(X,fn_knob_5(X))
& facilitates_2(fn_knob_5(X),fn_knob_1(X))
& site_2(fn_knob_1(X),fn_knob_5(X))
& fn_knob_4(X) = fn_phosphorylation_2(fn_knob_1(X))
& fn_knob_2(X) = fn_phosphorylation_5(fn_knob_1(X))
& fn_knob_3(X) = fn_enzyme_8(X)
& fn_knob_1(X) = fn_enzyme_4(X)
& fn_knob_5(X) = fn_enzyme_2(X) ) ) ).
fof(a530558,axiom,
! [X] :
( krill_1(X)
=> ( original_name_2(X,'Krill')
& user_description_2(X,'Members of the order Euphausiacea. These shrimp-like marine crustaceans are found in all oceans and are an important component of pelagic food webs.')
& concept2words_2(X,krill)
& crustacean_1(X)
& ~ barnacle_1(X)
& ~ clawed_lobster_1(X)
& ~ copepod_1(X)
& ~ crayfish_1(X)
& ~ decapod_1(X)
& ~ isopod_1(X) ) ) ).
fof(a530559,axiom,
! [X] :
( krypton_1(X)
=> ( original_name_2(X,'Krypton')
& user_description_2(X,'Krypton is a non metal atom with atomic number 36. It is represented by the symbol Kr.')
& concept2words_2(X,'Kr')
& concept2words_2(X,krypton)
& inert_atom_1(X)
& neutron_1(fn_krypton_4(X))
& atomic_mass_value_1(fn_krypton_5(X))
& valence_value_1(fn_krypton_6(X))
& electronegativity_value_1(fn_krypton_7(X))
& valence_electron_1(fn_krypton_11(X))
& atomic_weight_value_1(fn_krypton_12(X))
& atomic_number_value_1(fn_krypton_13(X))
& quantity_value_1(fn_krypton_14(X))
& electronegativity_2(X,fn_krypton_7(X))
& valence_2(X,fn_krypton_6(X))
& mass_number_2(X,fn_krypton_5(X))
& exactCardinality(X,has_part_0,"48",neutron_0)
& exactCardinality(X,has_part_0,"36",proton_0)
& exactCardinality(X,has_part_0,"36",electron_0)
& has_part_2(X,fn_krypton_4(X))
& the_cardinal_value_2(fn_krypton_14(X),"8")
& cardinal_unit_class_2(fn_krypton_14(X),unity_0)
& the_cardinal_value_2(fn_krypton_7(X),"0")
& cardinal_unit_class_2(fn_krypton_7(X),unity_0)
& the_cardinal_value_2(fn_krypton_6(X),"0")
& cardinal_unit_class_2(fn_krypton_6(X),unity_0)
& the_cardinal_value_2(fn_krypton_5(X),"84")
& cardinal_unit_class_2(fn_krypton_5(X),unity_0)
& the_cardinal_value_2(fn_krypton_13(X),"36")
& cardinal_unit_class_2(fn_krypton_13(X),unity_0)
& the_cardinal_value_2(fn_krypton_12(X),"83.8")
& cardinal_unit_class_2(fn_krypton_12(X),dalton_0)
& atomic_number_2(X,fn_krypton_13(X))
& called_2(fn_krypton_13(X),'Atomic_Number')
& atomic_weight_2(X,fn_krypton_12(X))
& has_part_2(X,fn_krypton_11(X))
& quantity_2(fn_krypton_11(X),fn_krypton_14(X))
& called_2(fn_krypton_14(X),'Number_Electron')
& fn_krypton_9(X) = fn_atom_12(X)
& fn_krypton_8(X) = fn_atom_1(X)
& fn_krypton_13(X) = fn_atom_17(X)
& fn_krypton_10(X) = fn_atom_13(X)
& fn_krypton_12(X) = fn_atom_16(X)
& fn_krypton_14(X) = fn_atom_5(X)
& fn_krypton_11(X) = fn_atom_14(X) ) ) ).
fof(a530560,axiom,
! [X] :
( kudzu_1(X)
=> ( original_name_2(X,'Kudzu')
& user_description_2(X,'The common name for one of five species of legumes in the genus Pueraria which are native to southern Japan and southeastern China. Inregions such as the souther United States, kudzu has been introduced intentionally and has become a noxious weed.')
& concept2words_2(X,'kudzu vine')
& concept2words_2(X,'kudzu-vine')
& concept2words_2(X,kudzu)
& monocot_1(X)
& environment_1(fn_kudzu_1(X))
& produce_1(fn_kudzu_2(X))
& produce_1(fn_kudzu_3(X))
& agent_2(fn_kudzu_3(X),X)
& agent_2(fn_kudzu_2(X),X)
& is_outside_2(fn_kudzu_1(X),X) ) ) ).
fof(a530561,axiom,
! [X] :
( l1_sequence_1(X)
=> ( original_name_2(X,'L1-Sequence')
& user_description_2(X,'A type of mobile DNA which can amplify itself and move within the genome.')
& concept2words_2(X,'l1 gene sequence')
& concept2words_2(X,'l1 gene')
& concept2words_2(X,'line 1 sequence')
& concept2words_2(X,'line-1-sequence')
& concept2words_2(X,'line one sequence')
& concept2words_2(X,'line-one-sequence')
& concept2words_2(X,'l1 retrotransposon')
& concept2words_2(X,'l1-retrotransposon')
& concept2words_2(X,'line one retrotransposon')
& concept2words_2(X,'line-one-retrotransposon')
& concept2words_2(X,'long interspersed nuclear element')
& concept2words_2(X,'long-interspersed-nuclear-element')
& concept2words_2(X,'l1 sequence')
& concept2words_2(X,'l1-sequence')
& transposon_1(X) ) ) ).
fof(a530562,axiom,
! [X] :
( labia_majora_1(X)
=> ( original_name_2(X,'Labia-Majora')
& user_description_2(X,'A pair of thick, cutaneous folds that extend from the mons pubis to the perineum.')
& concept2words_2(X,'labia majora')
& concept2words_2(X,'labia-majora')
& stratified_squamous_epithelium_1(X)
& ~ proximal_tubule_1(X)
& ~ endometrium_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ islets_of_langerhans_1(X)
& ~ lacteal_1(X)
& ~ prepuce_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a530563,axiom,
! [X] :
( labia_minora_1(X)
=> ( original_name_2(X,'Labia-Minora')
& user_description_2(X,'A pair of flaps of skin surrounding the vaginal and urethral openings.')
& concept2words_2(X,'labia minusa')
& concept2words_2(X,'labia minora')
& concept2words_2(X,'labia-minora')
& stratified_squamous_epithelium_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endometrium_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ islets_of_langerhans_1(X)
& ~ lacteal_1(X)
& ~ loop_of_henle_1(X)
& ~ prepuce_1(X)
& ~ proximal_tubule_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ seminiferous_tubule_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a530564,axiom,
! [X] :
( labor_1(X)
=> ( original_name_2(X,'Labor')
& user_description_2(X,'A series of strong, repeated contractions that push a baby from the uterus.')
& concept2words_2(X,labor)
& labor_and_delivery_1(X) ) ) ).
fof(a530565,axiom,
! [X] :
( labor_and_delivery_1(X)
=> ( original_name_2(X,'Labor-And-Delivery')
& user_description_2(X,'The process of giving birth to offspring.')
& concept2words_2(X,'labor and delivery')
& concept2words_2(X,'labor-and-delivery')
& female_reproductive_cycle_events_1(X) ) ) ).
fof(a530566,axiom,
! [X] :
( laboratory_1(X)
=> ( original_name_2(X,'Laboratory')
& user_description_2(X,'A workplace for conducting scientificresearch.')
& concept2words_2(X,laboratory)
& architectural_structure_1(X)
& ~ wall_1(X)
& ~ room_1(X)
& ~ roof_1(X)
& ~ platform_1(X)
& ~ parkinglot_1(X)
& ~ door_1(X)
& ~ ceiling_1(X)
& ~ building_1(X)
& ~ building_complex_1(X)
& ~ bridge_1(X)
& ~ electrical_power_plant_1(X)
& ~ factory_1(X) ) ) ).
fof(a530567,axiom,
! [X] :
( lac_operon_1(X)
=> ( original_name_2(X,'Lac-Operon')
& user_description_2(X,'A group of genes that regulates the synthesis of enzymes that take up and metabolize lactose.')
& concept2words_2(X,'operon of lac')
& concept2words_2(X,'lac operon')
& concept2words_2(X,'lac-operon')
& inducible_operon_1(X)
& sugar_phosphate_backbone_1(fn_lac_operon_1(X))
& laci_1(fn_lac_operon_2(X))
& negative_gene_regulation_1(fn_lac_operon_3(X))
& covalent_bond_1(fn_lac_operon_4(X))
& carbon_skeleton_1(fn_lac_operon_5(X))
& hydrolysis_1(fn_lac_operon_6(X))
& decrease_1(fn_lac_operon_7(X))
& code_for_1(fn_lac_operon_8(X))
& camp_receptor_protein_with_cyclic_amp_1(fn_lac_operon_9(X))
& gene_1(fn_lac_operon_10(X))
& digestive_enzyme_1(fn_lac_operon_11(X))
& operator_1(fn_lac_operon_12(X))
& monomer_1(fn_lac_operon_13(X))
& nucleoside_monophosphate_1(fn_lac_operon_13(X))
& spatial_entity_1(fn_lac_operon_14(X))
& deoxyribonucleotide_1(fn_lac_operon_14(X))
& nucleoside_monophosphate_1(fn_lac_operon_14(X))
& deoxyribonucleoside_monophosphate_1(fn_lac_operon_14(X))
& attach_1(fn_lac_operon_15(X))
& attach_1(fn_lac_operon_16(X))
& number_5_prime_carbon_1(fn_lac_operon_17(X))
& organic_molecule_1(fn_lac_operon_18(X))
& nucleoside_1(fn_lac_operon_18(X))
& phosphodiester_bond_1(fn_lac_operon_19(X))
& entity_1(fn_lac_operon_20(X))
& chemical_entity_1(fn_lac_operon_20(X))
& atom_1(fn_lac_operon_20(X))
& carbon_1(fn_lac_operon_20(X))
& spatial_entity_1(fn_lac_operon_21(X))
& molecule_1(fn_lac_operon_21(X))
& organic_molecule_1(fn_lac_operon_21(X))
& pentose_1(fn_lac_operon_21(X))
& nucleoside_1(fn_lac_operon_22(X))
& entity_1(fn_code_for_2(fn_lac_operon_8(X)))
& decrease_1(fn_enzyme_5(fn_lac_operon_11(X)))
& hydrolysis_1(fn_hydrolase_1(fn_lac_operon_11(X)))
& nucleoside_1(fn_nucleoside_monophosphate_11(fn_lac_operon_13(X)))
& code_for_1(fn_gene_13(fn_lac_operon_10(X)))
& carbon_skeleton_1(fn_nucleoside_9(fn_lac_operon_22(X)))
& spatial_entity_1(fn_nucleoside_20(fn_lac_operon_22(X)))
& molecule_1(fn_nucleoside_20(fn_lac_operon_22(X)))
& organic_molecule_1(fn_nucleoside_20(fn_lac_operon_22(X)))
& pentose_1(fn_nucleoside_20(fn_lac_operon_22(X)))
& atom_1(fn_organic_molecule_2(fn_lac_operon_18(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_lac_operon_18(X)))
& carbon_1(fn_organic_molecule_1(fn_lac_operon_18(X)))
& nucleoside_1(fn_deoxyribonucleotide_7(fn_lac_operon_14(X)))
& nucleoside_1(fn_nucleoside_monophosphate_11(fn_lac_operon_14(X)))
& entity_1(fn_phosphodiester_bond_16(fn_lac_operon_19(X)))
& chemical_entity_1(fn_phosphodiester_bond_16(fn_lac_operon_19(X)))
& atom_1(fn_phosphodiester_bond_16(fn_lac_operon_19(X)))
& carbon_1(fn_phosphodiester_bond_16(fn_lac_operon_19(X)))
& entity_1(fn_phosphodiester_bond_15(fn_lac_operon_19(X)))
& chemical_entity_1(fn_phosphodiester_bond_15(fn_lac_operon_19(X)))
& atom_1(fn_phosphodiester_bond_15(fn_lac_operon_19(X)))
& carbon_1(fn_phosphodiester_bond_15(fn_lac_operon_19(X)))
& entity_1(fn_nucleoside_6(fn_lac_operon_22(X)))
& chemical_entity_1(fn_nucleoside_6(fn_lac_operon_22(X)))
& atom_1(fn_nucleoside_6(fn_lac_operon_22(X)))
& carbon_1(fn_nucleoside_6(fn_lac_operon_22(X)))
& spatial_entity_1(fn_attach_2(fn_lac_operon_15(X)))
& spatial_entity_1(fn_attach_2(fn_lac_operon_16(X)))
& lac_operon_1(fn_camp_receptor_protein_with_cyclic_amp_19(fn_lac_operon_9(X)))
& entity_1(fn_code_for_1(fn_lac_operon_8(X)))
& possesses_2(X,fn_lac_operon_4(X))
& has_region_2(X,fn_lac_operon_1(X))
& first_element_2(X,fn_lac_operon_10(X))
& next_element_2(fn_lac_operon_10(X),fn_lac_operon_12(X))
& agent_2(fn_lac_operon_3(X),fn_lac_operon_2(X))
& object_2(fn_lac_operon_3(X),X)
& donor_2(fn_lac_operon_8(X),fn_lac_operon_10(X))
& donor_2(fn_lac_operon_8(X),X)
& enables_2(fn_lac_operon_7(X),fn_lac_operon_6(X))
& result_2(fn_lac_operon_8(X),fn_lac_operon_11(X))
& base_2(fn_lac_operon_15(X),fn_lac_operon_14(X))
& base_2(fn_lac_operon_16(X),fn_lac_operon_14(X))
& has_part_2(fn_lac_operon_18(X),fn_lac_operon_17(X))
& object_2(fn_lac_operon_9(X),X)
& has_function_2(fn_lac_operon_11(X),fn_lac_operon_7(X))
& has_function_2(fn_lac_operon_11(X),fn_lac_operon_6(X))
& has_part_2(fn_lac_operon_13(X),fn_lac_operon_22(X))
& agent_2(fn_lac_operon_8(X),fn_lac_operon_10(X))
& has_part_2(fn_lac_operon_14(X),fn_lac_operon_18(X))
& agent_2(fn_lac_operon_8(X),X)
& is_between_2(fn_lac_operon_19(X),fn_lac_operon_20(X))
& has_part_2(fn_lac_operon_22(X),fn_lac_operon_21(X))
& has_region_2(fn_lac_operon_21(X),fn_lac_operon_5(X))
& is_inside_2(fn_lac_operon_20(X),fn_lac_operon_5(X))
& has_part_2(X,fn_lac_operon_13(X))
& element_2(X,fn_lac_operon_10(X))
& next_element_2(fn_lac_operon_12(X),fn_lac_operon_10(X))
& element_2(X,fn_lac_operon_12(X))
& has_part_2(X,fn_lac_operon_14(X))
& fn_lac_operon_11(X) = fn_code_for_2(fn_lac_operon_8(X))
& fn_lac_operon_14(X) = fn_attach_2(fn_lac_operon_15(X))
& fn_lac_operon_14(X) = fn_attach_2(fn_lac_operon_16(X))
& fn_lac_operon_17(X) = fn_organic_molecule_2(fn_lac_operon_18(X))
& fn_lac_operon_17(X) = fn_organic_molecule_1(fn_lac_operon_18(X))
& X = fn_camp_receptor_protein_with_cyclic_amp_19(fn_lac_operon_9(X))
& fn_lac_operon_7(X) = fn_enzyme_5(fn_lac_operon_11(X))
& fn_lac_operon_6(X) = fn_hydrolase_1(fn_lac_operon_11(X))
& fn_lac_operon_22(X) = fn_nucleoside_monophosphate_11(fn_lac_operon_13(X))
& fn_lac_operon_8(X) = fn_gene_13(fn_lac_operon_10(X))
& fn_lac_operon_18(X) = fn_deoxyribonucleotide_7(fn_lac_operon_14(X))
& fn_lac_operon_18(X) = fn_nucleoside_monophosphate_11(fn_lac_operon_14(X))
& X = fn_code_for_1(fn_lac_operon_8(X))
& fn_lac_operon_20(X) = fn_phosphodiester_bond_16(fn_lac_operon_19(X))
& fn_lac_operon_20(X) = fn_phosphodiester_bond_15(fn_lac_operon_19(X))
& fn_lac_operon_20(X) = fn_nucleoside_6(fn_lac_operon_22(X))
& fn_lac_operon_5(X) = fn_nucleoside_9(fn_lac_operon_22(X))
& fn_lac_operon_21(X) = fn_nucleoside_20(fn_lac_operon_22(X))
& fn_lac_operon_13(X) = fn_operon_10(X)
& fn_lac_operon_14(X) = fn_operon_19(X)
& fn_lac_operon_12(X) = fn_operon_6(X)
& fn_lac_operon_10(X) = fn_operon_14(X)
& fn_organic_molecule_2(fn_lac_operon_18(X)) = fn_organic_molecule_1(fn_lac_operon_18(X))
& fn_organic_molecule_1(fn_lac_operon_18(X)) = fn_deoxyribonucleotide_7(fn_lac_operon_14(X))
& fn_deoxyribonucleotide_7(fn_lac_operon_14(X)) = fn_nucleoside_monophosphate_11(fn_lac_operon_14(X))
& fn_nucleoside_monophosphate_11(fn_lac_operon_14(X)) = fn_phosphodiester_bond_16(fn_lac_operon_19(X))
& fn_phosphodiester_bond_16(fn_lac_operon_19(X)) = fn_phosphodiester_bond_15(fn_lac_operon_19(X))
& fn_phosphodiester_bond_15(fn_lac_operon_19(X)) = fn_phosphodiester_bond_15(fn_lac_operon_19(X))
& fn_phosphodiester_bond_15(fn_lac_operon_19(X)) = fn_nucleoside_6(fn_lac_operon_22(X))
& fn_nucleoside_6(fn_lac_operon_22(X)) = fn_attach_2(fn_lac_operon_15(X))
& fn_attach_2(fn_lac_operon_15(X)) = fn_attach_2(fn_lac_operon_16(X))
& fn_attach_2(fn_lac_operon_16(X)) = fn_operon_19(X)
& fn_operon_19(X) = fn_camp_receptor_protein_with_cyclic_amp_19(fn_lac_operon_9(X))
& fn_camp_receptor_protein_with_cyclic_amp_19(fn_lac_operon_9(X)) = fn_code_for_1(fn_lac_operon_8(X)) ) ) ).
fof(a530568,axiom,
! [X,X1] :
( ( object_2(X,X1)
& negative_gene_regulation_1(X)
& lac_operon_1(X1) )
=> ( lac_operon_regulation_1(X)
& fn_lac_operon_regulation_2(X) = X1 ) ) ).
fof(a530569,axiom,
! [X] :
( lac_operon_regulation_1(X)
=> ( original_name_2(X,'Lac-Operon-Regulation')
& user_description_2(X,'Regulation of the lac operon mediated by the LacI gene.')
& concept2words_2(X,'regulation of the lac operon')
& concept2words_2(X,'negative regulation of lac operon')
& concept2words_2(X,regulate)
& concept2words_2(X,'lac operon regulation')
& concept2words_2(X,'lac-operon-regulation')
& negative_gene_regulation_1(X)
& ~ trp_operon_regulation_1(X)
& lac_operon_1(fn_lac_operon_regulation_2(X))
& negative_gene_regulation_1(fn_lac_operon_3(fn_lac_operon_regulation_2(X)))
& object_2(X,fn_lac_operon_regulation_2(X))
& X = fn_lac_operon_3(fn_lac_operon_regulation_2(X)) ) ) ).
fof(a530570,axiom,
! [X] :
( laci_1(X)
=> ( original_name_2(X,'LacI')
& user_description_2(X,'A regulatory gene coding for proteins involved in the metabolism of lactose in bacteria.')
& concept2words_2(X,'regulatory gene for lac operon')
& concept2words_2(X,'lac operon')
& concept2words_2(X,'laci regulatory gene')
& concept2words_2(X,'lac regulatory gene')
& concept2words_2(X,laci)
& regulatory_gene_1(X)
& ~ gap_gene_1(X)
& ~ master_control_gene_1(X)
& ~ operon_1(X)
& ~ sonic_hedgehog_factor_1(X)
& ~ trpr_1(X)
& code_for_1(fn_laci_1(X))
& active_repressor_1(fn_laci_2(X))
& size_value_1(fn_laci_3(X))
& size_value_1(fn_laci_4(X))
& phosphodiester_bond_1(fn_laci_5(X))
& exon_1(fn_laci_6(X))
& intron_1(fn_laci_7(X))
& exon_1(fn_laci_8(X))
& monomer_1(fn_laci_9(X))
& monomer_1(fn_laci_10(X))
& code_for_1(fn_repressor_7(fn_laci_2(X)))
& result_2(fn_laci_1(X),fn_laci_2(X))
& has_function_2(X,fn_laci_1(X))
& agent_2(fn_laci_1(X),X)
& donor_2(fn_laci_1(X),X)
& fn_laci_1(X) = fn_repressor_7(fn_laci_2(X))
& fn_laci_11(X) = fn_regulatory_gene_12(X)
& fn_laci_12(X) = fn_regulatory_gene_13(X)
& fn_laci_8(X) = fn_regulatory_gene_9(X)
& fn_laci_7(X) = fn_regulatory_gene_8(X)
& fn_laci_6(X) = fn_regulatory_gene_7(X)
& fn_laci_5(X) = fn_regulatory_gene_6(X)
& fn_laci_1(X) = fn_regulatory_gene_1(X)
& fn_laci_4(X) = fn_regulatory_gene_5(X)
& fn_laci_3(X) = fn_regulatory_gene_4(X)
& fn_laci_10(X) = fn_regulatory_gene_11(X)
& fn_laci_9(X) = fn_regulatory_gene_10(X)
& fn_repressor_7(fn_laci_2(X)) = fn_regulatory_gene_1(X)
& fn_regulatory_gene_1(X) = fn_regulatory_gene_1(X) ) ) ).
fof(a530571,axiom,
! [X] :
( lactate_1(X)
=> ( original_name_2(X,'Lactate')
& user_description_2(X,'Lactate is a salt or ester of lactic acid.')
& concept2words_2(X,lactate)
& organic_anion_1(X)
& ~ pyruvate_1(X)
& hydrogen_1(fn_lactate_1(X))
& carbon_1(fn_lactate_2(X))
& oxygen_1(fn_lactate_3(X))
& gain_1(fn_lactate_5(X))
& atom_1(fn_lactate_6(X))
& charge_value_1(fn_lactate_7(X))
& charge_value_1(fn_lactate_9(X))
& lactic_acid_1(fn_lactate_10(X))
& hydroxyl_group_1(fn_lactate_11(X))
& chemical_entity_1(fn_functional_group_1(fn_lactate_11(X)))
& lactate_1(fn_lactic_acid_1(fn_lactate_10(X)))
& greater_than_or_equal_to_2(fn_lactate_7(X),fn_lactate_9(X))
& the_cardinal_value_2(fn_lactate_9(X),"-1.0e0")
& cardinal_unit_class_2(fn_lactate_9(X),unity_0)
& has_part_2(X,fn_lactate_1(X))
& exactCardinality(X,has_part_0,"3",carbon_0)
& exactCardinality(X,has_part_0,"3",oxygen_0)
& exactCardinality(X,has_part_0,"5",hydrogen_0)
& has_part_2(X,fn_lactate_3(X))
& has_part_2(X,fn_lactate_2(X))
& has_region_2(X,fn_lactate_11(X))
& has_ion_2(fn_lactate_10(X),X)
& has_state_2(fn_lactate_10(X),X)
& base_2(fn_lactate_5(X),fn_lactate_6(X))
& the_cardinal_value_2(fn_lactate_7(X),"0")
& cardinal_unit_class_2(fn_lactate_7(X),unity_0)
& charge_2(X,fn_lactate_9(X))
& greater_than_2(fn_lactate_7(X),fn_lactate_9(X))
& charge_2(fn_lactate_6(X),fn_lactate_7(X))
& recipient_2(fn_lactate_5(X),fn_lactate_6(X))
& result_2(fn_lactate_5(X),X)
& fn_lactate_3(X) = fn_polyatomic_ion_1(X)
& fn_lactate_2(X) = fn_polyatomic_ion_2(X)
& X = fn_functional_group_1(fn_lactate_11(X))
& X = fn_lactic_acid_1(fn_lactate_10(X))
& fn_lactate_4(X) = fn_anion_3(X)
& fn_lactate_8(X) = fn_anion_7(X)
& fn_lactate_5(X) = fn_anion_2(X)
& fn_lactate_6(X) = fn_anion_5(X)
& fn_lactate_7(X) = fn_anion_4(X)
& fn_lactate_9(X) = fn_anion_6(X)
& fn_functional_group_1(fn_lactate_11(X)) = fn_lactic_acid_1(fn_lactate_10(X))
& fn_lactic_acid_1(fn_lactate_10(X)) = fn_lactic_acid_1(fn_lactate_10(X)) ) ) ).
fof(a530572,axiom,
! [X] :
( lactation_1(X)
=> ( original_name_2(X,'Lactation')
& user_description_2(X,'The production and secretion of milk from mammary glands to feed offspring.')
& concept2words_2(X,lactate)
& concept2words_2(X,lactation)
& female_reproductive_cycle_events_1(X) ) ) ).
fof(a530573,axiom,
! [X] :
( lacteal_1(X)
=> ( original_name_2(X,'Lacteal')
& user_description_2(X,'A lymphatic capillary that extends into the center of an intestinal villus and absorbs dietary fats.')
& concept2words_2(X,lacteal)
& endothelium_1(X)
& ~ labia_majora_1(X)
& ~ alveolus_1(X)
& ~ blood_brain_barrier_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ bronchus_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ collecting_duct_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ corpus_luteum_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endometrium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ islets_of_langerhans_1(X)
& ~ labia_minora_1(X)
& ~ loop_of_henle_1(X)
& ~ prepuce_1(X)
& ~ proximal_tubule_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ seminiferous_tubule_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a530574,axiom,
! [X] :
( lactic_acid_1(X)
=> ( original_name_2(X,'Lactic-Acid')
& user_description_2(X,'Lactic acid is produced as a result of lactic acid fermentation in cells.')
& concept2words_2(X,'lactic acid')
& concept2words_2(X,'lactic-acid')
& carboxylic_acid_1(X)
& lactate_1(fn_lactic_acid_1(X))
& speed_value_1(fn_lactic_acid_2(X))
& quantity_value_1(fn_lactic_acid_3(X))
& hydroxyl_group_1(fn_lactic_acid_4(X))
& functional_group_1(fn_lactic_acid_5(X))
& carboxyl_group_1(fn_lactic_acid_5(X))
& carbon_skeleton_1(fn_lactic_acid_6(X))
& kinetic_energy_1(fn_lactic_acid_7(X))
& atom_1(fn_lactic_acid_8(X))
& chemical_entity_1(fn_lactic_acid_8(X))
& entity_1(fn_lactic_acid_8(X))
& tangible_entity_1(fn_lactic_acid_8(X))
& oxygen_1(fn_lactic_acid_8(X))
& entity_1(fn_lactic_acid_9(X))
& tangible_entity_1(fn_lactic_acid_9(X))
& atom_1(fn_lactic_acid_9(X))
& chemical_entity_1(fn_lactic_acid_9(X))
& oxygen_1(fn_lactic_acid_9(X))
& entity_1(fn_lactic_acid_10(X))
& chemical_entity_1(fn_lactic_acid_10(X))
& atom_1(fn_lactic_acid_10(X))
& hydrogen_1(fn_lactic_acid_10(X))
& entity_1(fn_lactic_acid_11(X))
& chemical_entity_1(fn_lactic_acid_11(X))
& atom_1(fn_lactic_acid_11(X))
& carbon_1(fn_lactic_acid_11(X))
& constant_motion_1(fn_lactic_acid_12(X))
& chemical_entity_1(fn_functional_group_1(fn_lactic_acid_4(X)))
& has_ion_2(X,fn_lactic_acid_1(X))
& exactCardinality(X,has_part_0,"3",carbon_0)
& exactCardinality(X,has_part_0,"6",hydrogen_0)
& exactCardinality(X,has_part_0,"3",oxygen_0)
& has_state_2(X,fn_lactic_acid_1(X))
& has_region_2(X,fn_lactic_acid_4(X))
& has_region_2(X,fn_lactic_acid_6(X))
& fn_lactic_acid_10(X) != fn_lactic_acid_11(X)
& fn_lactic_acid_11(X) != fn_lactic_acid_10(X)
& fn_lactic_acid_9(X) != fn_lactic_acid_11(X)
& fn_lactic_acid_11(X) != fn_lactic_acid_9(X)
& has_part_2(X,fn_lactic_acid_8(X))
& fn_lactic_acid_8(X) != fn_lactic_acid_11(X)
& is_inside_2(fn_lactic_acid_11(X),fn_lactic_acid_6(X))
& fn_lactic_acid_9(X) != fn_lactic_acid_8(X)
& fn_lactic_acid_8(X) != fn_lactic_acid_9(X)
& fn_lactic_acid_11(X) != fn_lactic_acid_8(X)
& object_2(fn_lactic_acid_12(X),X)
& speed_2(fn_lactic_acid_12(X),fn_lactic_acid_2(X))
& directly_proportional_2(fn_lactic_acid_2(X),fn_lactic_acid_3(X))
& quantity_2(fn_lactic_acid_7(X),fn_lactic_acid_3(X))
& possesses_2(X,fn_lactic_acid_7(X))
& has_part_2(X,fn_lactic_acid_9(X))
& is_inside_2(fn_lactic_acid_9(X),fn_lactic_acid_5(X))
& is_inside_2(fn_lactic_acid_8(X),fn_lactic_acid_5(X))
& fn_lactic_acid_10(X) != fn_lactic_acid_8(X)
& fn_lactic_acid_8(X) != fn_lactic_acid_10(X)
& has_part_2(X,fn_lactic_acid_10(X))
& is_inside_2(fn_lactic_acid_10(X),fn_lactic_acid_5(X))
& has_region_2(X,fn_lactic_acid_5(X))
& has_part_2(X,fn_lactic_acid_11(X))
& is_inside_2(fn_lactic_acid_11(X),fn_lactic_acid_5(X))
& X = fn_functional_group_1(fn_lactic_acid_4(X))
& fn_lactic_acid_13(X) = fn_carboxylic_acid_26(X)
& fn_lactic_acid_14(X) = fn_carboxylic_acid_27(X)
& fn_lactic_acid_6(X) = fn_carboxylic_acid_10(X)
& fn_lactic_acid_7(X) = fn_carboxylic_acid_23(X)
& fn_lactic_acid_3(X) = fn_carboxylic_acid_20(X)
& fn_lactic_acid_2(X) = fn_carboxylic_acid_21(X)
& fn_lactic_acid_12(X) = fn_carboxylic_acid_22(X)
& fn_lactic_acid_8(X) = fn_organic_acid_13(X)
& fn_lactic_acid_8(X) = fn_carboxylic_acid_5(X)
& fn_lactic_acid_9(X) = fn_organic_acid_10(X)
& fn_lactic_acid_9(X) = fn_carboxylic_acid_4(X)
& fn_lactic_acid_11(X) = fn_organic_acid_14(X)
& fn_lactic_acid_11(X) = fn_carboxylic_acid_9(X)
& fn_lactic_acid_5(X) = fn_organic_acid_11(X)
& fn_lactic_acid_5(X) = fn_carboxylic_acid_6(X)
& fn_lactic_acid_10(X) = fn_carboxylic_acid_11(X)
& fn_carboxylic_acid_5(X) = fn_carboxylic_acid_5(X)
& fn_carboxylic_acid_5(X) = fn_organic_acid_13(X)
& fn_organic_acid_13(X) = fn_carboxylic_acid_5(X)
& fn_carboxylic_acid_5(X) = fn_carboxylic_acid_4(X)
& fn_carboxylic_acid_4(X) = fn_organic_acid_10(X)
& fn_organic_acid_10(X) = fn_carboxylic_acid_4(X)
& fn_carboxylic_acid_4(X) = fn_carboxylic_acid_4(X)
& fn_carboxylic_acid_4(X) = fn_carboxylic_acid_9(X)
& fn_carboxylic_acid_9(X) = fn_organic_acid_14(X)
& fn_organic_acid_14(X) = fn_carboxylic_acid_9(X)
& fn_carboxylic_acid_9(X) = fn_carboxylic_acid_9(X)
& fn_carboxylic_acid_9(X) = fn_organic_acid_11(X)
& fn_carboxylic_acid_6(X) = fn_organic_acid_11(X)
& fn_organic_acid_11(X) = fn_carboxylic_acid_6(X)
& fn_carboxylic_acid_6(X) = fn_carboxylic_acid_6(X) ) ) ).
fof(a530575,axiom,
! [X] :
( lactic_acid_fermentation_1(X)
=> ( original_name_2(X,'Lactic-Acid-Fermentation')
& user_description_2(X,'A form of anaerobic fermentation in which glycolysis is followed by the reducation of pyruvate to form lactate.')
& concept2words_2(X,ferment)
& concept2words_2(X,convert)
& concept2words_2(X,'lactic acid fermentation')
& concept2words_2(X,'lactic-acid-fermentation')
& fermentation_1(X)
& ~ alcohol_fermentation_1(X)
& cell_1(fn_lactic_acid_fermentation_1(X))
& nucleoside_monophosphate_1(fn_lactic_acid_fermentation_2(X))
& monomer_1(fn_lactic_acid_fermentation_2(X))
& time_interval_1(fn_lactic_acid_fermentation_3(X))
& time_interval_1(fn_lactic_acid_fermentation_4(X))
& reduction_1(fn_lactic_acid_fermentation_5(X))
& time_interval_1(fn_lactic_acid_fermentation_6(X))
& time_interval_1(fn_lactic_acid_fermentation_7(X))
& lactate_1(fn_lactic_acid_fermentation_8(X))
& transfer_1(fn_lactic_acid_fermentation_9(X))
& organic_molecule_1(fn_lactic_acid_fermentation_11(X))
& chemical_entity_1(fn_lactic_acid_fermentation_11(X))
& monosaccharide_1(fn_lactic_acid_fermentation_11(X))
& glucose_1(fn_lactic_acid_fermentation_11(X))
& aldehyde_1(fn_lactic_acid_fermentation_11(X))
& carbohydrate_1(fn_lactic_acid_fermentation_11(X))
& aldose_1(fn_lactic_acid_fermentation_11(X))
& structural_complexity_value_1(fn_lactic_acid_fermentation_12(X))
& chemical_energy_1(fn_lactic_acid_fermentation_13(X))
& lose_1(fn_lactic_acid_fermentation_14(X))
& iron_1(fn_lactic_acid_fermentation_15(X))
& tangible_entity_1(fn_lactic_acid_fermentation_18(X))
& electron_1(fn_lactic_acid_fermentation_18(X))
& atom_1(fn_lactic_acid_fermentation_19(X))
& oxidation_1(fn_lactic_acid_fermentation_20(X))
& reduction_1(fn_lactic_acid_fermentation_21(X))
& atom_1(fn_lactic_acid_fermentation_22(X))
& electronegativity_value_1(fn_lactic_acid_fermentation_23(X))
& electronegativity_value_1(fn_lactic_acid_fermentation_24(X))
& chemical_entity_1(fn_lactic_acid_fermentation_25(X))
& synthesis_reaction_1(fn_lactic_acid_fermentation_26(X))
& monomer_1(fn_lactic_acid_fermentation_27(X))
& vitamin_b3_1(fn_lactic_acid_fermentation_28(X))
& isomerization_reaction_1(fn_lactic_acid_fermentation_29(X))
& decomposition_reaction_1(fn_lactic_acid_fermentation_30(X))
& spatial_entity_1(fn_lactic_acid_fermentation_31(X))
& tangible_entity_1(fn_lactic_acid_fermentation_31(X))
& chemical_entity_1(fn_lactic_acid_fermentation_31(X))
& organic_molecule_1(fn_lactic_acid_fermentation_31(X))
& molecule_1(fn_lactic_acid_fermentation_31(X))
& nad_plus_1(fn_lactic_acid_fermentation_31(X))
& chemical_entity_1(fn_lactic_acid_fermentation_32(X))
& organic_molecule_1(fn_lactic_acid_fermentation_32(X))
& molecule_1(fn_lactic_acid_fermentation_32(X))
& nadh_1(fn_lactic_acid_fermentation_32(X))
& oxidation_1(fn_lactic_acid_fermentation_33(X))
& cytoplasm_1(fn_lactic_acid_fermentation_34(X))
& glycolysis_1(fn_lactic_acid_fermentation_35(X))
& organic_molecule_1(fn_lactic_acid_fermentation_36(X))
& pyruvate_1(fn_lactic_acid_fermentation_36(X))
& chemical_entity_1(fn_lactic_acid_fermentation_36(X))
& synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_37(X))
& chemical_reaction_1(fn_lactic_acid_fermentation_37(X))
& synthesis_of_atp_1(fn_lactic_acid_fermentation_37(X))
& substrate_level_phosphorylation_1(fn_lactic_acid_fermentation_37(X))
& anabolic_pathway_1(fn_lactic_acid_fermentation_37(X))
& anabolic_pathway_1(fn_lactic_acid_fermentation_38(X))
& synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_38(X))
& chemical_reaction_1(fn_lactic_acid_fermentation_38(X))
& synthesis_of_atp_1(fn_lactic_acid_fermentation_38(X))
& substrate_level_phosphorylation_1(fn_lactic_acid_fermentation_38(X))
& isomerization_reaction_1(fn_lactic_acid_fermentation_39(X))
& enzymatic_reaction_1(fn_lactic_acid_fermentation_40(X))
& organic_molecule_1(fn_lactic_acid_fermentation_41(X))
& chemical_entity_1(fn_lactic_acid_fermentation_41(X))
& molecule_1(fn_lactic_acid_fermentation_41(X))
& glyceraldehyde_3_phosphate_1(fn_lactic_acid_fermentation_41(X))
& cell_1(fn_lactic_acid_fermentation_42(X))
& quantity_value_1(fn_lactic_acid_fermentation_43(X))
& speed_value_1(fn_lactic_acid_fermentation_44(X))
& size_value_1(fn_lactic_acid_fermentation_45(X))
& size_value_1(fn_lactic_acid_fermentation_46(X))
& carbon_skeleton_1(fn_lactic_acid_fermentation_47(X))
& constant_motion_1(fn_lactic_acid_fermentation_48(X))
& kinetic_energy_1(fn_lactic_acid_fermentation_49(X))
& entity_1(fn_lactic_acid_fermentation_50(X))
& chemical_entity_1(fn_lactic_acid_fermentation_50(X))
& atom_1(fn_lactic_acid_fermentation_50(X))
& carbon_1(fn_lactic_acid_fermentation_50(X))
& chemical_reaction_1(fn_lactic_acid_fermentation_51(X))
& redox_reaction_1(fn_lactic_acid_fermentation_51(X))
& electronegative_element_1(fn_lactic_acid_fermentation_56(X))
& electronegative_element_1(fn_lactic_acid_fermentation_57(X))
& phosphate_group_1(fn_lactic_acid_fermentation_58(X))
& atom_1(fn_lactic_acid_fermentation_59(X))
& phosphate_group_1(fn_lactic_acid_fermentation_60(X))
& atom_1(fn_lactic_acid_fermentation_61(X))
& entity_1(fn_lactic_acid_fermentation_62(X))
& chemical_entity_1(fn_lactic_acid_fermentation_62(X))
& oxygen_1(fn_lactic_acid_fermentation_62(X))
& atom_1(fn_lactic_acid_fermentation_62(X))
& oxygen_1(fn_lactic_acid_fermentation_63(X))
& entity_1(fn_lactic_acid_fermentation_63(X))
& atom_1(fn_lactic_acid_fermentation_63(X))
& chemical_entity_1(fn_lactic_acid_fermentation_63(X))
& electron_carrier_1(fn_lactic_acid_fermentation_64(X))
& coenzyme_1(fn_lactic_acid_fermentation_65(X))
& electron_carrier_1(fn_lactic_acid_fermentation_66(X))
& coenzyme_1(fn_lactic_acid_fermentation_67(X))
& transfer_1(fn_lactic_acid_fermentation_68(X))
& share_1(fn_lactic_acid_fermentation_69(X))
& chemical_entity_1(fn_lactic_acid_fermentation_70(X))
& molecule_1(fn_lactic_acid_fermentation_70(X))
& organic_molecule_1(fn_lactic_acid_fermentation_70(X))
& chemical_entity_1(fn_lactic_acid_fermentation_71(X))
& number_1_comma_3_bisphosphoglycerate_1(fn_lactic_acid_fermentation_71(X))
& energy_investment_phase_of_glycolysis_1(fn_lactic_acid_fermentation_72(X))
& structural_complexity_value_1(fn_lactic_acid_fermentation_73(X))
& chemical_energy_1(fn_lactic_acid_fermentation_74(X))
& chemical_bond_1(fn_lactic_acid_fermentation_76(X))
& covalent_bond_1(fn_lactic_acid_fermentation_76(X))
& chemical_entity_1(fn_lactic_acid_fermentation_77(X))
& molecule_1(fn_lactic_acid_fermentation_77(X))
& organic_molecule_1(fn_lactic_acid_fermentation_77(X))
& chemical_entity_1(fn_lactic_acid_fermentation_78(X))
& molecule_1(fn_lactic_acid_fermentation_78(X))
& organic_molecule_1(fn_lactic_acid_fermentation_78(X))
& organic_molecule_1(fn_lactic_acid_fermentation_79(X))
& molecule_1(fn_lactic_acid_fermentation_79(X))
& chemical_entity_1(fn_lactic_acid_fermentation_79(X))
& ribonucleotide_1(fn_lactic_acid_fermentation_79(X))
& nucleoside_triphosphate_1(fn_lactic_acid_fermentation_79(X))
& atp_1(fn_lactic_acid_fermentation_79(X))
& chemical_entity_1(fn_chemical_reaction_2(fn_lactic_acid_fermentation_26(X)))
& cell_1(fn_cytoplasm_7(fn_lactic_acid_fermentation_34(X)))
& property_node_1(fn_redox_reaction_3(fn_lactic_acid_fermentation_51(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_lactic_acid_fermentation_51(X)))
& lose_1(fn_redox_reaction_8(fn_lactic_acid_fermentation_51(X)))
& iron_1(fn_glycolysis_28(fn_lactic_acid_fermentation_35(X)))
& property_node_1(fn_glycolysis_8(fn_lactic_acid_fermentation_35(X)))
& isomerization_reaction_1(fn_glycolysis_67(fn_lactic_acid_fermentation_35(X)))
& chemical_entity_1(fn_glycolysis_101(fn_lactic_acid_fermentation_35(X)))
& molecule_1(fn_glycolysis_101(fn_lactic_acid_fermentation_35(X)))
& organic_molecule_1(fn_glycolysis_101(fn_lactic_acid_fermentation_35(X)))
& chemical_energy_1(fn_glycolysis_108(fn_lactic_acid_fermentation_35(X)))
& enzymatic_reaction_1(fn_glycolysis_56(fn_lactic_acid_fermentation_35(X)))
& carbon_skeleton_1(fn_nad_plus_7(fn_lactic_acid_fermentation_31(X)))
& chemical_bond_1(fn_nad_plus_17(fn_lactic_acid_fermentation_31(X)))
& covalent_bond_1(fn_nad_plus_17(fn_lactic_acid_fermentation_31(X)))
& constant_motion_1(fn_nad_plus_6(fn_lactic_acid_fermentation_31(X)))
& phosphate_group_1(fn_nad_plus_14(fn_lactic_acid_fermentation_31(X)))
& oxygen_1(fn_nad_plus_16(fn_lactic_acid_fermentation_31(X)))
& entity_1(fn_nad_plus_16(fn_lactic_acid_fermentation_31(X)))
& atom_1(fn_nad_plus_16(fn_lactic_acid_fermentation_31(X)))
& chemical_entity_1(fn_nad_plus_16(fn_lactic_acid_fermentation_31(X)))
& coenzyme_1(fn_nad_plus_10(fn_lactic_acid_fermentation_31(X)))
& share_1(fn_nad_plus_18(fn_lactic_acid_fermentation_31(X)))
& electron_carrier_1(fn_nad_plus_11(fn_lactic_acid_fermentation_31(X)))
& transfer_1(fn_nad_plus_2(fn_lactic_acid_fermentation_31(X)))
& kinetic_energy_1(fn_nad_plus_5(fn_lactic_acid_fermentation_31(X)))
& electronegative_element_1(fn_nad_plus_15(fn_lactic_acid_fermentation_31(X)))
& atom_1(fn_nad_plus_19(fn_lactic_acid_fermentation_31(X)))
& property_node_1(fn_nad_plus_3(fn_lactic_acid_fermentation_31(X)))
& speed_value_1(fn_nad_plus_8(fn_lactic_acid_fermentation_31(X)))
& property_node_1(fn_nad_plus_4(fn_lactic_acid_fermentation_31(X)))
& quantity_value_1(fn_nad_plus_9(fn_lactic_acid_fermentation_31(X)))
& oxygen_1(fn_phosphate_group_5(fn_lactic_acid_fermentation_60(X)))
& entity_1(fn_phosphate_group_5(fn_lactic_acid_fermentation_60(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_lactic_acid_fermentation_60(X)))
& atom_1(fn_phosphate_group_5(fn_lactic_acid_fermentation_60(X)))
& entity_1(fn_phosphate_group_22(fn_lactic_acid_fermentation_60(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_lactic_acid_fermentation_60(X)))
& atom_1(fn_phosphate_group_22(fn_lactic_acid_fermentation_60(X)))
& oxygen_1(fn_phosphate_group_22(fn_lactic_acid_fermentation_60(X)))
& atom_1(fn_chemical_element_11(fn_lactic_acid_fermentation_56(X)))
& atom_1(fn_chemical_element_12(fn_lactic_acid_fermentation_56(X)))
& property_node_1(fn_oxidation_5(fn_lactic_acid_fermentation_20(X)))
& property_node_1(fn_redox_reaction_15(fn_lactic_acid_fermentation_51(X)))
& atom_1(fn_oxidation_1(fn_lactic_acid_fermentation_20(X)))
& electronegativity_value_1(fn_oxidation_2(fn_lactic_acid_fermentation_20(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_lactic_acid_fermentation_51(X)))
& reduction_1(fn_redox_reaction_10(fn_lactic_acid_fermentation_51(X)))
& atom_1(fn_redox_reaction_13(fn_lactic_acid_fermentation_51(X)))
& atom_1(fn_redox_reaction_2(fn_lactic_acid_fermentation_51(X)))
& electron_1(fn_oxidation_9(fn_lactic_acid_fermentation_20(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_lactic_acid_fermentation_51(X)))
& electron_1(fn_redox_reaction_7(fn_lactic_acid_fermentation_51(X)))
& oxidation_1(fn_redox_reaction_11(fn_lactic_acid_fermentation_51(X)))
& chemical_energy_1(fn_glycolysis_88(fn_lactic_acid_fermentation_35(X)))
& chemical_entity_1(fn_glycolysis_77(fn_lactic_acid_fermentation_35(X)))
& monosaccharide_1(fn_glycolysis_77(fn_lactic_acid_fermentation_35(X)))
& glucose_1(fn_glycolysis_77(fn_lactic_acid_fermentation_35(X)))
& aldehyde_1(fn_glycolysis_77(fn_lactic_acid_fermentation_35(X)))
& carbohydrate_1(fn_glycolysis_77(fn_lactic_acid_fermentation_35(X)))
& aldose_1(fn_glycolysis_77(fn_lactic_acid_fermentation_35(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_lactic_acid_fermentation_30(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_lactic_acid_fermentation_30(X)))
& molecule_1(fn_isomerization_reaction_1(fn_lactic_acid_fermentation_29(X)))
& organic_molecule_1(fn_glycolysis_79(fn_lactic_acid_fermentation_35(X)))
& chemical_entity_1(fn_glycolysis_79(fn_lactic_acid_fermentation_35(X)))
& molecule_1(fn_glycolysis_79(fn_lactic_acid_fermentation_35(X)))
& glyceraldehyde_3_phosphate_1(fn_glycolysis_79(fn_lactic_acid_fermentation_35(X)))
& molecule_1(fn_1_comma_3_bisphosphoglycerate_2(fn_lactic_acid_fermentation_71(X)))
& chemical_entity_1(fn_glycolysis_20(fn_lactic_acid_fermentation_35(X)))
& molecule_1(fn_glycolysis_20(fn_lactic_acid_fermentation_35(X)))
& organic_molecule_1(fn_glycolysis_20(fn_lactic_acid_fermentation_35(X)))
& structural_complexity_value_1(fn_synthesis_of_atp_22(fn_lactic_acid_fermentation_38(X)))
& structural_complexity_value_1(fn_glycolysis_81(fn_lactic_acid_fermentation_35(X)))
& structural_complexity_value_1(fn_glycolysis_35(fn_lactic_acid_fermentation_35(X)))
& molecule_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_38(X)))
& chemical_entity_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_38(X)))
& ribonucleotide_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_38(X)))
& nucleoside_triphosphate_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_38(X)))
& atp_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_38(X)))
& organic_molecule_1(fn_glycolysis_75(fn_lactic_acid_fermentation_35(X)))
& molecule_1(fn_glycolysis_75(fn_lactic_acid_fermentation_35(X)))
& chemical_entity_1(fn_glycolysis_75(fn_lactic_acid_fermentation_35(X)))
& ribonucleotide_1(fn_glycolysis_75(fn_lactic_acid_fermentation_35(X)))
& nucleoside_triphosphate_1(fn_glycolysis_75(fn_lactic_acid_fermentation_35(X)))
& atp_1(fn_glycolysis_75(fn_lactic_acid_fermentation_35(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_lactic_acid_fermentation_38(X)))
& chemical_entity_1(fn_glycolysis_57(fn_lactic_acid_fermentation_35(X)))
& number_1_comma_3_bisphosphoglycerate_1(fn_glycolysis_57(fn_lactic_acid_fermentation_35(X)))
& energy_investment_phase_of_glycolysis_1(fn_glycolysis_73(fn_lactic_acid_fermentation_35(X)))
& property_node_1(fn_synthesis_of_atp_26(fn_lactic_acid_fermentation_38(X)))
& property_node_1(fn_glycolysis_5(fn_lactic_acid_fermentation_35(X)))
& structural_complexity_value_1(fn_synthesis_of_atp_23(fn_lactic_acid_fermentation_38(X)))
& structural_complexity_value_1(fn_glycolysis_80(fn_lactic_acid_fermentation_35(X)))
& structural_complexity_value_1(fn_glycolysis_48(fn_lactic_acid_fermentation_35(X)))
& organic_molecule_1(fn_synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_38(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_lactic_acid_fermentation_51(X)))
& chemical_entity_1(fn_oxidation_7(fn_lactic_acid_fermentation_20(X)))
& pyruvate_1(fn_glycolysis_55(fn_lactic_acid_fermentation_35(X)))
& chemical_entity_1(fn_glycolysis_55(fn_lactic_acid_fermentation_35(X)))
& chemical_reaction_1(fn_glycolysis_16(fn_lactic_acid_fermentation_35(X)))
& synthesis_of_atp_1(fn_glycolysis_16(fn_lactic_acid_fermentation_35(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_16(fn_lactic_acid_fermentation_35(X)))
& chemical_reaction_1(fn_glycolysis_15(fn_lactic_acid_fermentation_35(X)))
& synthesis_of_atp_1(fn_glycolysis_15(fn_lactic_acid_fermentation_35(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_15(fn_lactic_acid_fermentation_35(X)))
& synthesis_of_organic_molecule_1(fn_glycolysis_69(fn_lactic_acid_fermentation_35(X)))
& chemical_reaction_1(fn_glycolysis_69(fn_lactic_acid_fermentation_35(X)))
& synthesis_of_atp_1(fn_glycolysis_69(fn_lactic_acid_fermentation_35(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_69(fn_lactic_acid_fermentation_35(X)))
& chemical_reaction_1(fn_glycolysis_68(fn_lactic_acid_fermentation_35(X)))
& synthesis_of_atp_1(fn_glycolysis_68(fn_lactic_acid_fermentation_35(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_68(fn_lactic_acid_fermentation_35(X)))
& anabolic_pathway_1(fn_glycolysis_68(fn_lactic_acid_fermentation_35(X)))
& carbon_1(fn_organic_molecule_1(fn_lactic_acid_fermentation_31(X)))
& entity_1(fn_glycolysis_27(fn_lactic_acid_fermentation_35(X)))
& chemical_entity_1(fn_glycolysis_27(fn_lactic_acid_fermentation_35(X)))
& atom_1(fn_glycolysis_27(fn_lactic_acid_fermentation_35(X)))
& carbon_1(fn_glycolysis_27(fn_lactic_acid_fermentation_35(X)))
& entity_1(fn_nad_plus_20(fn_lactic_acid_fermentation_31(X)))
& chemical_entity_1(fn_nad_plus_20(fn_lactic_acid_fermentation_31(X)))
& atom_1(fn_nad_plus_20(fn_lactic_acid_fermentation_31(X)))
& carbon_1(fn_nad_plus_20(fn_lactic_acid_fermentation_31(X)))
& organic_molecule_1(fn_glycolysis_74(fn_lactic_acid_fermentation_35(X)))
& nadh_1(fn_glycolysis_74(fn_lactic_acid_fermentation_35(X)))
& molecule_1(fn_glycolysis_74(fn_lactic_acid_fermentation_35(X)))
& nadh_1(fn_nad_plus_1(fn_lactic_acid_fermentation_31(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_lactic_acid_fermentation_26(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_lactic_acid_fermentation_51(X)))
& chemical_entity_1(fn_electron_carrier_1(fn_lactic_acid_fermentation_64(X)))
& organic_molecule_1(fn_coenzyme_1(fn_lactic_acid_fermentation_65(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_lactic_acid_fermentation_51(X)))
& chemical_entity_1(fn_oxidation_10(fn_lactic_acid_fermentation_20(X)))
& spatial_entity_1(fn_glycolysis_78(fn_lactic_acid_fermentation_35(X)))
& tangible_entity_1(fn_glycolysis_78(fn_lactic_acid_fermentation_35(X)))
& chemical_entity_1(fn_glycolysis_78(fn_lactic_acid_fermentation_35(X)))
& organic_molecule_1(fn_glycolysis_78(fn_lactic_acid_fermentation_35(X)))
& nad_plus_1(fn_glycolysis_78(fn_lactic_acid_fermentation_35(X)))
& molecule_1(fn_glycolysis_78(fn_lactic_acid_fermentation_35(X)))
& raw_material_2(X,fn_lactic_acid_fermentation_31(X))
& raw_material_2(X,fn_lactic_acid_fermentation_11(X))
& site_2(X,fn_lactic_acid_fermentation_34(X))
& result_2(X,fn_lactic_acid_fermentation_36(X))
& result_2(X,fn_lactic_acid_fermentation_8(X))
& the_scalar_value_2(fn_lactic_acid_fermentation_73(X),complex_0)
& scalar_unit_class_2(fn_lactic_acid_fermentation_73(X),chemical_entity_0)
& fn_lactic_acid_fermentation_70(X) != fn_lactic_acid_fermentation_41(X)
& agent_2(fn_lactic_acid_fermentation_9(X),fn_lactic_acid_fermentation_31(X))
& fn_lactic_acid_fermentation_62(X) != fn_lactic_acid_fermentation_50(X)
& result_2(fn_lactic_acid_fermentation_51(X),fn_lactic_acid_fermentation_8(X))
& fn_lactic_acid_fermentation_50(X) != fn_lactic_acid_fermentation_62(X)
& fn_lactic_acid_fermentation_41(X) != fn_lactic_acid_fermentation_70(X)
& has_function_2(fn_lactic_acid_fermentation_41(X),fn_lactic_acid_fermentation_5(X))
& time_during_2(fn_lactic_acid_fermentation_40(X),fn_lactic_acid_fermentation_6(X))
& next_event_2(fn_lactic_acid_fermentation_39(X),fn_lactic_acid_fermentation_38(X))
& next_event_2(fn_lactic_acid_fermentation_39(X),fn_lactic_acid_fermentation_37(X))
& time_during_2(fn_lactic_acid_fermentation_39(X),fn_lactic_acid_fermentation_6(X))
& next_event_2(fn_lactic_acid_fermentation_38(X),fn_lactic_acid_fermentation_39(X))
& time_during_2(fn_lactic_acid_fermentation_38(X),fn_lactic_acid_fermentation_7(X))
& time_during_2(fn_lactic_acid_fermentation_37(X),fn_lactic_acid_fermentation_6(X))
& has_function_2(fn_lactic_acid_fermentation_36(X),fn_lactic_acid_fermentation_33(X))
& fn_lactic_acid_fermentation_36(X) != fn_lactic_acid_fermentation_8(X)
& fn_lactic_acid_fermentation_36(X) != fn_lactic_acid_fermentation_32(X)
& result_2(fn_lactic_acid_fermentation_35(X),fn_lactic_acid_fermentation_8(X))
& fn_lactic_acid_fermentation_8(X) != fn_lactic_acid_fermentation_36(X)
& fn_lactic_acid_fermentation_8(X) != fn_lactic_acid_fermentation_32(X)
& fn_lactic_acid_fermentation_8(X) != fn_lactic_acid_fermentation_31(X)
& possesses_2(fn_lactic_acid_fermentation_8(X),fn_lactic_acid_fermentation_13(X))
& fn_lactic_acid_fermentation_32(X) != fn_lactic_acid_fermentation_8(X)
& fn_lactic_acid_fermentation_32(X) != fn_lactic_acid_fermentation_36(X)
& has_function_2(fn_lactic_acid_fermentation_31(X),fn_lactic_acid_fermentation_5(X))
& is_at_2(fn_lactic_acid_fermentation_31(X),fn_lactic_acid_fermentation_1(X))
& fn_lactic_acid_fermentation_31(X) != fn_lactic_acid_fermentation_8(X)
& has_part_2(fn_lactic_acid_fermentation_31(X),fn_lactic_acid_fermentation_2(X))
& time_before_2(fn_lactic_acid_fermentation_7(X),fn_lactic_acid_fermentation_6(X))
& time_before_2(fn_lactic_acid_fermentation_6(X),fn_lactic_acid_fermentation_6(X))
& time_before_2(fn_lactic_acid_fermentation_6(X),fn_lactic_acid_fermentation_7(X))
& next_event_2(fn_lactic_acid_fermentation_30(X),fn_lactic_acid_fermentation_29(X))
& time_during_2(fn_lactic_acid_fermentation_30(X),fn_lactic_acid_fermentation_3(X))
& time_during_2(fn_lactic_acid_fermentation_29(X),fn_lactic_acid_fermentation_4(X))
& time_before_2(fn_lactic_acid_fermentation_3(X),fn_lactic_acid_fermentation_4(X))
& result_2(fn_lactic_acid_fermentation_30(X),fn_lactic_acid_fermentation_41(X))
& result_2(fn_lactic_acid_fermentation_29(X),fn_lactic_acid_fermentation_41(X))
& raw_material_2(fn_lactic_acid_fermentation_26(X),fn_lactic_acid_fermentation_28(X))
& result_2(fn_lactic_acid_fermentation_26(X),fn_lactic_acid_fermentation_31(X))
& plays_2(fn_lactic_acid_fermentation_31(X),fn_lactic_acid_fermentation_64(X))
& plays_2(fn_lactic_acid_fermentation_31(X),fn_lactic_acid_fermentation_65(X))
& is_inside_2(fn_lactic_acid_fermentation_62(X),fn_lactic_acid_fermentation_60(X))
& has_part_2(fn_lactic_acid_fermentation_56(X),fn_lactic_acid_fermentation_61(X))
& same_type_2(fn_lactic_acid_fermentation_62(X),fn_lactic_acid_fermentation_61(X))
& same_type_2(fn_lactic_acid_fermentation_61(X),fn_lactic_acid_fermentation_62(X))
& fn_lactic_acid_fermentation_25(X) != fn_lactic_acid_fermentation_32(X)
& fn_lactic_acid_fermentation_32(X) != fn_lactic_acid_fermentation_25(X)
& has_atom_2(fn_lactic_acid_fermentation_32(X),fn_lactic_acid_fermentation_19(X))
& donor_2(fn_lactic_acid_fermentation_21(X),fn_lactic_acid_fermentation_32(X))
& donor_2(fn_lactic_acid_fermentation_20(X),fn_lactic_acid_fermentation_32(X))
& raw_material_2(fn_lactic_acid_fermentation_72(X),fn_lactic_acid_fermentation_79(X))
& size_2(fn_lactic_acid_fermentation_31(X),fn_lactic_acid_fermentation_46(X))
& greater_than_2(fn_lactic_acid_fermentation_46(X),fn_lactic_acid_fermentation_45(X))
& subevent_2(X,fn_lactic_acid_fermentation_51(X))
& subevent_2(X,fn_lactic_acid_fermentation_35(X))
& first_subevent_2(X,fn_lactic_acid_fermentation_35(X))
& result_2(X,fn_lactic_acid_fermentation_79(X))
& possesses_2(fn_lactic_acid_fermentation_79(X),fn_lactic_acid_fermentation_74(X))
& raw_material_2(fn_lactic_acid_fermentation_51(X),fn_lactic_acid_fermentation_32(X))
& result_2(fn_lactic_acid_fermentation_51(X),fn_lactic_acid_fermentation_31(X))
& has_part_2(fn_lactic_acid_fermentation_31(X),fn_lactic_acid_fermentation_27(X))
& size_2(fn_lactic_acid_fermentation_27(X),fn_lactic_acid_fermentation_45(X))
& result_2(X,fn_lactic_acid_fermentation_32(X))
& fn_lactic_acid_fermentation_18(X) != fn_lactic_acid_fermentation_32(X)
& fn_lactic_acid_fermentation_32(X) != fn_lactic_acid_fermentation_18(X)
& fn_lactic_acid_fermentation_11(X) != fn_lactic_acid_fermentation_32(X)
& fn_lactic_acid_fermentation_32(X) != fn_lactic_acid_fermentation_11(X)
& electronegativity_2(fn_lactic_acid_fermentation_19(X),fn_lactic_acid_fermentation_24(X))
& electronegativity_2(fn_lactic_acid_fermentation_22(X),fn_lactic_acid_fermentation_23(X))
& greater_than_or_equal_to_2(fn_lactic_acid_fermentation_23(X),fn_lactic_acid_fermentation_24(X))
& greater_than_2(fn_lactic_acid_fermentation_23(X),fn_lactic_acid_fermentation_24(X))
& subevent_2(fn_lactic_acid_fermentation_51(X),fn_lactic_acid_fermentation_21(X))
& subevent_2(fn_lactic_acid_fermentation_51(X),fn_lactic_acid_fermentation_20(X))
& object_2(fn_lactic_acid_fermentation_20(X),fn_lactic_acid_fermentation_18(X))
& object_2(fn_lactic_acid_fermentation_21(X),fn_lactic_acid_fermentation_18(X))
& has_region_2(fn_lactic_acid_fermentation_31(X),fn_lactic_acid_fermentation_47(X))
& is_inside_2(fn_lactic_acid_fermentation_50(X),fn_lactic_acid_fermentation_47(X))
& has_part_2(fn_lactic_acid_fermentation_31(X),fn_lactic_acid_fermentation_50(X))
& fn_lactic_acid_fermentation_31(X) != fn_lactic_acid_fermentation_32(X)
& fn_lactic_acid_fermentation_32(X) != fn_lactic_acid_fermentation_31(X)
& possesses_2(fn_lactic_acid_fermentation_31(X),fn_lactic_acid_fermentation_49(X))
& possesses_2(fn_lactic_acid_fermentation_31(X),fn_lactic_acid_fermentation_76(X))
& is_between_2(fn_lactic_acid_fermentation_76(X),fn_lactic_acid_fermentation_50(X))
& has_reduced_form_2(fn_lactic_acid_fermentation_31(X),fn_lactic_acid_fermentation_32(X))
& has_oxidized_form_2(fn_lactic_acid_fermentation_32(X),fn_lactic_acid_fermentation_31(X))
& directly_proportional_2(fn_lactic_acid_fermentation_44(X),fn_lactic_acid_fermentation_43(X))
& speed_2(fn_lactic_acid_fermentation_48(X),fn_lactic_acid_fermentation_44(X))
& object_2(fn_lactic_acid_fermentation_48(X),fn_lactic_acid_fermentation_31(X))
& quantity_2(fn_lactic_acid_fermentation_49(X),fn_lactic_acid_fermentation_43(X))
& fn_lactic_acid_fermentation_50(X) != fn_lactic_acid_fermentation_15(X)
& fn_lactic_acid_fermentation_15(X) != fn_lactic_acid_fermentation_50(X)
& has_part_2(fn_lactic_acid_fermentation_31(X),fn_lactic_acid_fermentation_15(X))
& possesses_2(fn_lactic_acid_fermentation_31(X),fn_lactic_acid_fermentation_74(X))
& possesses_2(fn_lactic_acid_fermentation_11(X),fn_lactic_acid_fermentation_74(X))
& raw_material_2(fn_lactic_acid_fermentation_35(X),fn_lactic_acid_fermentation_11(X))
& fn_lactic_acid_fermentation_32(X) != fn_lactic_acid_fermentation_41(X)
& fn_lactic_acid_fermentation_41(X) != fn_lactic_acid_fermentation_31(X)
& fn_lactic_acid_fermentation_31(X) != fn_lactic_acid_fermentation_41(X)
& fn_lactic_acid_fermentation_41(X) != fn_lactic_acid_fermentation_32(X)
& result_2(fn_lactic_acid_fermentation_72(X),fn_lactic_acid_fermentation_41(X))
& raw_material_2(fn_lactic_acid_fermentation_72(X),fn_lactic_acid_fermentation_11(X))
& raw_material_2(fn_lactic_acid_fermentation_35(X),fn_lactic_acid_fermentation_31(X))
& result_2(fn_lactic_acid_fermentation_35(X),fn_lactic_acid_fermentation_32(X))
& structural_complexity_2(fn_lactic_acid_fermentation_32(X),fn_lactic_acid_fermentation_12(X))
& greater_than_2(fn_lactic_acid_fermentation_73(X),fn_lactic_acid_fermentation_12(X))
& structural_complexity_2(fn_lactic_acid_fermentation_11(X),fn_lactic_acid_fermentation_73(X))
& fn_lactic_acid_fermentation_41(X) != fn_lactic_acid_fermentation_77(X)
& fn_lactic_acid_fermentation_77(X) != fn_lactic_acid_fermentation_41(X)
& fn_lactic_acid_fermentation_78(X) != fn_lactic_acid_fermentation_41(X)
& fn_lactic_acid_fermentation_41(X) != fn_lactic_acid_fermentation_78(X)
& raw_material_2(fn_lactic_acid_fermentation_40(X),fn_lactic_acid_fermentation_41(X))
& result_2(fn_lactic_acid_fermentation_37(X),fn_lactic_acid_fermentation_36(X))
& result_2(fn_lactic_acid_fermentation_37(X),fn_lactic_acid_fermentation_32(X))
& result_2(fn_lactic_acid_fermentation_39(X),fn_lactic_acid_fermentation_32(X))
& raw_material_2(fn_lactic_acid_fermentation_39(X),fn_lactic_acid_fermentation_31(X))
& structural_complexity_2(fn_lactic_acid_fermentation_31(X),fn_lactic_acid_fermentation_73(X))
& fn_lactic_acid_fermentation_71(X) != fn_lactic_acid_fermentation_77(X)
& structural_complexity_2(fn_lactic_acid_fermentation_79(X),fn_lactic_acid_fermentation_73(X))
& result_2(fn_lactic_acid_fermentation_37(X),fn_lactic_acid_fermentation_79(X))
& raw_material_2(fn_lactic_acid_fermentation_37(X),fn_lactic_acid_fermentation_71(X))
& fn_lactic_acid_fermentation_77(X) != fn_lactic_acid_fermentation_71(X)
& fn_lactic_acid_fermentation_38(X) != fn_lactic_acid_fermentation_37(X)
& fn_lactic_acid_fermentation_37(X) != fn_lactic_acid_fermentation_38(X)
& result_2(fn_lactic_acid_fermentation_38(X),fn_lactic_acid_fermentation_79(X))
& result_2(fn_lactic_acid_fermentation_35(X),fn_lactic_acid_fermentation_79(X))
& result_2(fn_lactic_acid_fermentation_35(X),fn_lactic_acid_fermentation_36(X))
& fn_lactic_acid_fermentation_40(X) != fn_lactic_acid_fermentation_38(X)
& fn_lactic_acid_fermentation_39(X) != fn_lactic_acid_fermentation_40(X)
& raw_material_2(fn_lactic_acid_fermentation_40(X),fn_lactic_acid_fermentation_31(X))
& fn_lactic_acid_fermentation_38(X) != fn_lactic_acid_fermentation_40(X)
& result_2(fn_lactic_acid_fermentation_38(X),fn_lactic_acid_fermentation_32(X))
& result_2(fn_lactic_acid_fermentation_40(X),fn_lactic_acid_fermentation_32(X))
& fn_lactic_acid_fermentation_40(X) != fn_lactic_acid_fermentation_39(X)
& fn_lactic_acid_fermentation_38(X) != fn_lactic_acid_fermentation_39(X)
& fn_lactic_acid_fermentation_37(X) != fn_lactic_acid_fermentation_39(X)
& fn_lactic_acid_fermentation_39(X) != fn_lactic_acid_fermentation_37(X)
& fn_lactic_acid_fermentation_40(X) != fn_lactic_acid_fermentation_37(X)
& fn_lactic_acid_fermentation_39(X) != fn_lactic_acid_fermentation_38(X)
& next_event_2(fn_lactic_acid_fermentation_37(X),fn_lactic_acid_fermentation_39(X))
& fn_lactic_acid_fermentation_37(X) != fn_lactic_acid_fermentation_40(X)
& fn_lactic_acid_fermentation_70(X) != fn_lactic_acid_fermentation_71(X)
& fn_lactic_acid_fermentation_71(X) != fn_lactic_acid_fermentation_70(X)
& result_2(fn_lactic_acid_fermentation_40(X),fn_lactic_acid_fermentation_71(X))
& first_subevent_2(fn_lactic_acid_fermentation_35(X),fn_lactic_acid_fermentation_72(X))
& subevent_2(fn_lactic_acid_fermentation_35(X),fn_lactic_acid_fermentation_72(X))
& structural_complexity_2(fn_lactic_acid_fermentation_36(X),fn_lactic_acid_fermentation_12(X))
& possesses_2(fn_lactic_acid_fermentation_32(X),fn_lactic_acid_fermentation_13(X))
& next_event_2(fn_lactic_acid_fermentation_40(X),fn_lactic_acid_fermentation_38(X))
& next_event_2(fn_lactic_acid_fermentation_40(X),fn_lactic_acid_fermentation_37(X))
& fn_lactic_acid_fermentation_14(X) != fn_lactic_acid_fermentation_20(X)
& fn_lactic_acid_fermentation_20(X) != fn_lactic_acid_fermentation_14(X)
& donor_2(fn_lactic_acid_fermentation_14(X),fn_lactic_acid_fermentation_18(X))
& causes_2(fn_lactic_acid_fermentation_51(X),fn_lactic_acid_fermentation_14(X))
& fn_lactic_acid_fermentation_25(X) != fn_lactic_acid_fermentation_31(X)
& fn_lactic_acid_fermentation_31(X) != fn_lactic_acid_fermentation_36(X)
& fn_lactic_acid_fermentation_36(X) != fn_lactic_acid_fermentation_18(X)
& fn_lactic_acid_fermentation_18(X) != fn_lactic_acid_fermentation_36(X)
& fn_lactic_acid_fermentation_31(X) != fn_lactic_acid_fermentation_25(X)
& fn_lactic_acid_fermentation_36(X) != fn_lactic_acid_fermentation_31(X)
& recipient_2(fn_lactic_acid_fermentation_20(X),fn_lactic_acid_fermentation_36(X))
& raw_material_2(fn_lactic_acid_fermentation_51(X),fn_lactic_acid_fermentation_36(X))
& recipient_2(fn_lactic_acid_fermentation_21(X),fn_lactic_acid_fermentation_36(X))
& has_atom_2(fn_lactic_acid_fermentation_36(X),fn_lactic_acid_fermentation_22(X))
& recipient_2(fn_lactic_acid_fermentation_33(X),fn_lactic_acid_fermentation_36(X))
& fn_lactic_acid_fermentation_71(X) != fn_lactic_acid_fermentation_78(X)
& fn_lactic_acid_fermentation_78(X) != fn_lactic_acid_fermentation_71(X)
& result_2(fn_lactic_acid_fermentation_38(X),fn_lactic_acid_fermentation_36(X))
& raw_material_2(fn_lactic_acid_fermentation_38(X),fn_lactic_acid_fermentation_71(X))
& fn_lactic_acid_fermentation_41(X) = fn_decomposition_reaction_4(fn_lactic_acid_fermentation_30(X))
& fn_lactic_acid_fermentation_41(X) = fn_decomposition_reaction_2(fn_lactic_acid_fermentation_30(X))
& fn_lactic_acid_fermentation_41(X) = fn_isomerization_reaction_1(fn_lactic_acid_fermentation_29(X))
& fn_lactic_acid_fermentation_28(X) = fn_chemical_reaction_2(fn_lactic_acid_fermentation_26(X))
& fn_lactic_acid_fermentation_31(X) = fn_chemical_reaction_1(fn_lactic_acid_fermentation_26(X))
& fn_lactic_acid_fermentation_31(X) = fn_electron_carrier_1(fn_lactic_acid_fermentation_64(X))
& fn_lactic_acid_fermentation_31(X) = fn_coenzyme_1(fn_lactic_acid_fermentation_65(X))
& fn_lactic_acid_fermentation_62(X) = fn_phosphate_group_5(fn_lactic_acid_fermentation_60(X))
& fn_lactic_acid_fermentation_62(X) = fn_phosphate_group_22(fn_lactic_acid_fermentation_60(X))
& fn_lactic_acid_fermentation_42(X) = fn_cytoplasm_7(fn_lactic_acid_fermentation_34(X))
& fn_lactic_acid_fermentation_62(X) = fn_chemical_element_11(fn_lactic_acid_fermentation_56(X))
& fn_lactic_acid_fermentation_61(X) = fn_chemical_element_11(fn_lactic_acid_fermentation_56(X))
& fn_lactic_acid_fermentation_61(X) = fn_chemical_element_12(fn_lactic_acid_fermentation_56(X))
& fn_lactic_acid_fermentation_19(X) = fn_fermentation_22(X)
& fn_lactic_acid_fermentation_21(X) = fn_fermentation_24(X)
& fn_lactic_acid_fermentation_52(X) = fn_fermentation_6(X)
& fn_lactic_acid_fermentation_20(X) = fn_fermentation_23(X)
& fn_lactic_acid_fermentation_72(X) = fn_fermentation_49(X)
& fn_lactic_acid_fermentation_46(X) = fn_fermentation_2(X)
& fn_lactic_acid_fermentation_74(X) = fn_fermentation_58(X)
& fn_lactic_acid_fermentation_79(X) = fn_fermentation_31(X)
& fn_lactic_acid_fermentation_35(X) = fn_fermentation_33(X)
& fn_lactic_acid_fermentation_53(X) = fn_fermentation_5(X)
& fn_lactic_acid_fermentation_45(X) = fn_fermentation_3(X)
& fn_lactic_acid_fermentation_27(X) = fn_fermentation_1(X)
& fn_lactic_acid_fermentation_31(X) = fn_chemical_reaction_1(fn_lactic_acid_fermentation_51(X))
& fn_lactic_acid_fermentation_31(X) = fn_fermentation_32(X)
& fn_lactic_acid_fermentation_51(X) = fn_fermentation_38(X)
& fn_lactic_acid_fermentation_11(X) = fn_fermentation_17(X)
& fn_lactic_acid_fermentation_32(X) = fn_oxidation_10(fn_lactic_acid_fermentation_20(X))
& fn_lactic_acid_fermentation_18(X) = fn_fermentation_21(X)
& fn_lactic_acid_fermentation_32(X) = fn_fermentation_30(X)
& fn_lactic_acid_fermentation_16(X) = fn_oxidation_5(fn_lactic_acid_fermentation_20(X))
& fn_lactic_acid_fermentation_16(X) = fn_redox_reaction_15(fn_lactic_acid_fermentation_51(X))
& fn_lactic_acid_fermentation_19(X) = fn_oxidation_1(fn_lactic_acid_fermentation_20(X))
& fn_lactic_acid_fermentation_24(X) = fn_oxidation_2(fn_lactic_acid_fermentation_20(X))
& fn_lactic_acid_fermentation_19(X) = fn_redox_reaction_13(fn_lactic_acid_fermentation_51(X))
& fn_lactic_acid_fermentation_17(X) = fn_redox_reaction_3(fn_lactic_acid_fermentation_51(X))
& fn_lactic_acid_fermentation_24(X) = fn_redox_reaction_14(fn_lactic_acid_fermentation_51(X))
& fn_lactic_acid_fermentation_23(X) = fn_redox_reaction_1(fn_lactic_acid_fermentation_51(X))
& fn_lactic_acid_fermentation_71(X) = fn_anabolic_pathway_6(fn_lactic_acid_fermentation_38(X))
& fn_lactic_acid_fermentation_36(X) = fn_synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_38(X))
& fn_lactic_acid_fermentation_78(X) = fn_1_comma_3_bisphosphoglycerate_2(fn_lactic_acid_fermentation_71(X))
& fn_lactic_acid_fermentation_21(X) = fn_redox_reaction_10(fn_lactic_acid_fermentation_51(X))
& fn_lactic_acid_fermentation_22(X) = fn_redox_reaction_13(fn_lactic_acid_fermentation_51(X))
& fn_lactic_acid_fermentation_22(X) = fn_redox_reaction_2(fn_lactic_acid_fermentation_51(X))
& fn_lactic_acid_fermentation_33(X) = fn_redox_reaction_11(fn_lactic_acid_fermentation_51(X))
& fn_lactic_acid_fermentation_25(X) = fn_redox_reaction_16(fn_lactic_acid_fermentation_51(X))
& fn_lactic_acid_fermentation_25(X) = fn_oxidation_7(fn_lactic_acid_fermentation_20(X))
& fn_lactic_acid_fermentation_31(X) = fn_redox_reaction_12(fn_lactic_acid_fermentation_51(X))
& fn_lactic_acid_fermentation_31(X) = fn_oxidation_10(fn_lactic_acid_fermentation_20(X))
& fn_lactic_acid_fermentation_36(X) = fn_redox_reaction_12(fn_lactic_acid_fermentation_51(X))
& fn_lactic_acid_fermentation_36(X) = fn_redox_reaction_16(fn_lactic_acid_fermentation_51(X))
& fn_lactic_acid_fermentation_18(X) = fn_oxidation_9(fn_lactic_acid_fermentation_20(X))
& fn_lactic_acid_fermentation_36(X) = fn_oxidation_7(fn_lactic_acid_fermentation_20(X))
& fn_lactic_acid_fermentation_18(X) = fn_redox_reaction_7(fn_lactic_acid_fermentation_51(X))
& fn_lactic_acid_fermentation_20(X) = fn_redox_reaction_11(fn_lactic_acid_fermentation_51(X))
& fn_lactic_acid_fermentation_14(X) = fn_redox_reaction_8(fn_lactic_acid_fermentation_51(X))
& fn_lactic_acid_fermentation_50(X) = fn_glycolysis_27(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_15(X) = fn_glycolysis_28(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_74(X) = fn_glycolysis_88(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_12(X) = fn_glycolysis_80(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_11(X) = fn_glycolysis_77(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_78(X) = fn_glycolysis_20(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_41(X) = fn_glycolysis_79(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_73(X) = fn_glycolysis_81(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_75(X) = fn_glycolysis_8(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_79(X) = fn_catabolic_pathway_9(X)
& fn_lactic_acid_fermentation_73(X) = fn_catabolic_pathway_2(X)
& fn_lactic_acid_fermentation_73(X) = fn_synthesis_of_atp_22(fn_lactic_acid_fermentation_38(X))
& fn_lactic_acid_fermentation_73(X) = fn_glycolysis_35(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_77(X) = fn_glycolysis_101(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_37(X) = fn_glycolysis_15(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_79(X) = fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_38(X))
& fn_lactic_acid_fermentation_38(X) = fn_glycolysis_16(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_79(X) = fn_glycolysis_75(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_31(X) = fn_glycolysis_78(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_38(X) = fn_glycolysis_68(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_37(X) = fn_glycolysis_69(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_39(X) = fn_glycolysis_67(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_70(X) = fn_glycolysis_101(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_71(X) = fn_glycolysis_57(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_72(X) = fn_glycolysis_73(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_10(X) = fn_synthesis_of_atp_26(fn_lactic_acid_fermentation_38(X))
& fn_lactic_acid_fermentation_12(X) = fn_synthesis_of_atp_23(fn_lactic_acid_fermentation_38(X))
& fn_lactic_acid_fermentation_10(X) = fn_glycolysis_5(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_36(X) = fn_glycolysis_55(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_12(X) = fn_glycolysis_48(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_32(X) = fn_glycolysis_74(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_13(X) = fn_glycolysis_108(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_38(X) = fn_glycolysis_69(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_40(X) = fn_glycolysis_56(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_37(X) = fn_glycolysis_68(fn_lactic_acid_fermentation_35(X))
& fn_lactic_acid_fermentation_47(X) = fn_nad_plus_7(fn_lactic_acid_fermentation_31(X))
& fn_lactic_acid_fermentation_50(X) = fn_organic_molecule_1(fn_lactic_acid_fermentation_31(X))
& fn_lactic_acid_fermentation_76(X) = fn_nad_plus_17(fn_lactic_acid_fermentation_31(X))
& fn_lactic_acid_fermentation_50(X) = fn_nad_plus_20(fn_lactic_acid_fermentation_31(X))
& fn_lactic_acid_fermentation_48(X) = fn_nad_plus_6(fn_lactic_acid_fermentation_31(X))
& fn_lactic_acid_fermentation_32(X) = fn_nad_plus_1(fn_lactic_acid_fermentation_31(X))
& fn_lactic_acid_fermentation_58(X) = fn_nad_plus_14(fn_lactic_acid_fermentation_31(X))
& fn_lactic_acid_fermentation_63(X) = fn_nad_plus_16(fn_lactic_acid_fermentation_31(X))
& fn_lactic_acid_fermentation_67(X) = fn_nad_plus_10(fn_lactic_acid_fermentation_31(X))
& fn_lactic_acid_fermentation_69(X) = fn_nad_plus_18(fn_lactic_acid_fermentation_31(X))
& fn_lactic_acid_fermentation_66(X) = fn_nad_plus_11(fn_lactic_acid_fermentation_31(X))
& fn_lactic_acid_fermentation_68(X) = fn_nad_plus_2(fn_lactic_acid_fermentation_31(X))
& fn_lactic_acid_fermentation_49(X) = fn_nad_plus_5(fn_lactic_acid_fermentation_31(X))
& fn_lactic_acid_fermentation_57(X) = fn_nad_plus_15(fn_lactic_acid_fermentation_31(X))
& fn_lactic_acid_fermentation_59(X) = fn_nad_plus_19(fn_lactic_acid_fermentation_31(X))
& fn_lactic_acid_fermentation_54(X) = fn_nad_plus_3(fn_lactic_acid_fermentation_31(X))
& fn_lactic_acid_fermentation_44(X) = fn_nad_plus_8(fn_lactic_acid_fermentation_31(X))
& fn_lactic_acid_fermentation_55(X) = fn_nad_plus_4(fn_lactic_acid_fermentation_31(X))
& fn_lactic_acid_fermentation_43(X) = fn_nad_plus_9(fn_lactic_acid_fermentation_31(X))
& fn_phosphate_group_5(fn_lactic_acid_fermentation_60(X)) = fn_phosphate_group_22(fn_lactic_acid_fermentation_60(X))
& fn_phosphate_group_22(fn_lactic_acid_fermentation_60(X)) = fn_phosphate_group_22(fn_lactic_acid_fermentation_60(X))
& fn_phosphate_group_22(fn_lactic_acid_fermentation_60(X)) = fn_chemical_element_11(fn_lactic_acid_fermentation_56(X))
& fn_chemical_element_11(fn_lactic_acid_fermentation_56(X)) = fn_chemical_element_11(fn_lactic_acid_fermentation_56(X))
& fn_chemical_element_12(fn_lactic_acid_fermentation_56(X)) = fn_chemical_element_12(fn_lactic_acid_fermentation_56(X))
& fn_chemical_element_12(fn_lactic_acid_fermentation_56(X)) = fn_chemical_element_11(fn_lactic_acid_fermentation_56(X))
& fn_chemical_element_11(fn_lactic_acid_fermentation_56(X)) = fn_chemical_element_12(fn_lactic_acid_fermentation_56(X))
& fn_chemical_element_12(fn_lactic_acid_fermentation_56(X)) = fn_oxidation_5(fn_lactic_acid_fermentation_20(X))
& fn_oxidation_5(fn_lactic_acid_fermentation_20(X)) = fn_redox_reaction_15(fn_lactic_acid_fermentation_51(X))
& fn_redox_reaction_15(fn_lactic_acid_fermentation_51(X)) = fn_oxidation_1(fn_lactic_acid_fermentation_20(X))
& fn_fermentation_22(X) = fn_oxidation_1(fn_lactic_acid_fermentation_20(X))
& fn_oxidation_1(fn_lactic_acid_fermentation_20(X)) = fn_fermentation_22(X)
& fn_fermentation_22(X) = fn_redox_reaction_13(fn_lactic_acid_fermentation_51(X))
& fn_redox_reaction_13(fn_lactic_acid_fermentation_51(X)) = fn_oxidation_2(fn_lactic_acid_fermentation_20(X))
& fn_redox_reaction_14(fn_lactic_acid_fermentation_51(X)) = fn_oxidation_2(fn_lactic_acid_fermentation_20(X))
& fn_oxidation_2(fn_lactic_acid_fermentation_20(X)) = fn_redox_reaction_14(fn_lactic_acid_fermentation_51(X))
& fn_redox_reaction_14(fn_lactic_acid_fermentation_51(X)) = fn_redox_reaction_14(fn_lactic_acid_fermentation_51(X))
& fn_redox_reaction_14(fn_lactic_acid_fermentation_51(X)) = fn_fermentation_24(X)
& fn_fermentation_24(X) = fn_redox_reaction_10(fn_lactic_acid_fermentation_51(X))
& fn_redox_reaction_10(fn_lactic_acid_fermentation_51(X)) = fn_redox_reaction_10(fn_lactic_acid_fermentation_51(X))
& fn_redox_reaction_10(fn_lactic_acid_fermentation_51(X)) = fn_redox_reaction_2(fn_lactic_acid_fermentation_51(X))
& fn_redox_reaction_2(fn_lactic_acid_fermentation_51(X)) = fn_redox_reaction_13(fn_lactic_acid_fermentation_51(X))
& fn_redox_reaction_13(fn_lactic_acid_fermentation_51(X)) = fn_redox_reaction_2(fn_lactic_acid_fermentation_51(X))
& fn_redox_reaction_2(fn_lactic_acid_fermentation_51(X)) = fn_oxidation_7(fn_lactic_acid_fermentation_20(X))
& fn_oxidation_7(fn_lactic_acid_fermentation_20(X)) = fn_oxidation_9(fn_lactic_acid_fermentation_20(X))
& fn_oxidation_9(fn_lactic_acid_fermentation_20(X)) = fn_fermentation_21(X)
& fn_fermentation_21(X) = fn_oxidation_9(fn_lactic_acid_fermentation_20(X))
& fn_oxidation_9(fn_lactic_acid_fermentation_20(X)) = fn_oxidation_9(fn_lactic_acid_fermentation_20(X))
& fn_redox_reaction_7(fn_lactic_acid_fermentation_51(X)) = fn_redox_reaction_7(fn_lactic_acid_fermentation_51(X))
& fn_redox_reaction_7(fn_lactic_acid_fermentation_51(X)) = fn_oxidation_9(fn_lactic_acid_fermentation_20(X))
& fn_oxidation_9(fn_lactic_acid_fermentation_20(X)) = fn_redox_reaction_7(fn_lactic_acid_fermentation_51(X))
& fn_redox_reaction_7(fn_lactic_acid_fermentation_51(X)) = fn_fermentation_23(X)
& fn_fermentation_23(X) = fn_redox_reaction_11(fn_lactic_acid_fermentation_51(X))
& fn_redox_reaction_11(fn_lactic_acid_fermentation_51(X)) = fn_redox_reaction_11(fn_lactic_acid_fermentation_51(X))
& fn_redox_reaction_11(fn_lactic_acid_fermentation_51(X)) = fn_fermentation_58(X)
& fn_fermentation_58(X) = fn_glycolysis_88(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_88(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_88(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_88(fn_lactic_acid_fermentation_35(X)) = fn_fermentation_17(X)
& fn_fermentation_17(X) = fn_fermentation_17(X)
& fn_fermentation_17(X) = fn_glycolysis_77(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_77(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_77(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_77(fn_lactic_acid_fermentation_35(X)) = fn_decomposition_reaction_4(fn_lactic_acid_fermentation_30(X))
& fn_decomposition_reaction_4(fn_lactic_acid_fermentation_30(X)) = fn_decomposition_reaction_2(fn_lactic_acid_fermentation_30(X))
& fn_decomposition_reaction_2(fn_lactic_acid_fermentation_30(X)) = fn_decomposition_reaction_2(fn_lactic_acid_fermentation_30(X))
& fn_decomposition_reaction_2(fn_lactic_acid_fermentation_30(X)) = fn_isomerization_reaction_1(fn_lactic_acid_fermentation_29(X))
& fn_isomerization_reaction_1(fn_lactic_acid_fermentation_29(X)) = fn_isomerization_reaction_1(fn_lactic_acid_fermentation_29(X))
& fn_isomerization_reaction_1(fn_lactic_acid_fermentation_29(X)) = fn_glycolysis_79(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_79(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_79(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_79(fn_lactic_acid_fermentation_35(X)) = fn_1_comma_3_bisphosphoglycerate_2(fn_lactic_acid_fermentation_71(X))
& fn_1_comma_3_bisphosphoglycerate_2(fn_lactic_acid_fermentation_71(X)) = fn_1_comma_3_bisphosphoglycerate_2(fn_lactic_acid_fermentation_71(X))
& fn_1_comma_3_bisphosphoglycerate_2(fn_lactic_acid_fermentation_71(X)) = fn_glycolysis_20(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_20(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_20(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_20(fn_lactic_acid_fermentation_35(X)) = fn_synthesis_of_atp_22(fn_lactic_acid_fermentation_38(X))
& fn_synthesis_of_atp_22(fn_lactic_acid_fermentation_38(X)) = fn_catabolic_pathway_2(X)
& fn_catabolic_pathway_2(X) = fn_synthesis_of_atp_22(fn_lactic_acid_fermentation_38(X))
& fn_synthesis_of_atp_22(fn_lactic_acid_fermentation_38(X)) = fn_synthesis_of_atp_22(fn_lactic_acid_fermentation_38(X))
& fn_glycolysis_81(fn_lactic_acid_fermentation_35(X)) = fn_synthesis_of_atp_22(fn_lactic_acid_fermentation_38(X))
& fn_synthesis_of_atp_22(fn_lactic_acid_fermentation_38(X)) = fn_glycolysis_81(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_81(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_81(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_81(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_35(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_35(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_35(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_35(fn_lactic_acid_fermentation_35(X)) = fn_catabolic_pathway_9(X)
& fn_catabolic_pathway_9(X) = fn_catabolic_pathway_9(X)
& fn_catabolic_pathway_9(X) = fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_38(X))
& fn_fermentation_31(X) = fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_38(X))
& fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_38(X)) = fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_38(X))
& fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_38(X)) = fn_fermentation_31(X)
& fn_fermentation_31(X) = fn_fermentation_31(X)
& fn_fermentation_31(X) = fn_glycolysis_75(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_75(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_75(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_75(fn_lactic_acid_fermentation_35(X)) = fn_anabolic_pathway_6(fn_lactic_acid_fermentation_38(X))
& fn_anabolic_pathway_6(fn_lactic_acid_fermentation_38(X)) = fn_glycolysis_57(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_57(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_57(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_57(fn_lactic_acid_fermentation_35(X)) = fn_fermentation_49(X)
& fn_fermentation_49(X) = fn_glycolysis_73(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_73(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_73(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_73(fn_lactic_acid_fermentation_35(X)) = fn_synthesis_of_atp_26(fn_lactic_acid_fermentation_38(X))
& fn_synthesis_of_atp_26(fn_lactic_acid_fermentation_38(X)) = fn_glycolysis_5(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_5(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_80(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_80(fn_lactic_acid_fermentation_35(X)) = fn_synthesis_of_atp_23(fn_lactic_acid_fermentation_38(X))
& fn_synthesis_of_atp_23(fn_lactic_acid_fermentation_38(X)) = fn_glycolysis_80(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_80(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_80(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_80(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_48(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_48(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_48(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_48(fn_lactic_acid_fermentation_35(X)) = fn_synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_38(X))
& fn_synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_38(X)) = fn_redox_reaction_12(fn_lactic_acid_fermentation_51(X))
& fn_redox_reaction_16(fn_lactic_acid_fermentation_51(X)) = fn_redox_reaction_12(fn_lactic_acid_fermentation_51(X))
& fn_redox_reaction_12(fn_lactic_acid_fermentation_51(X)) = fn_redox_reaction_16(fn_lactic_acid_fermentation_51(X))
& fn_redox_reaction_16(fn_lactic_acid_fermentation_51(X)) = fn_redox_reaction_16(fn_lactic_acid_fermentation_51(X))
& fn_oxidation_7(fn_lactic_acid_fermentation_20(X)) = fn_redox_reaction_16(fn_lactic_acid_fermentation_51(X))
& fn_redox_reaction_16(fn_lactic_acid_fermentation_51(X)) = fn_oxidation_7(fn_lactic_acid_fermentation_20(X))
& fn_oxidation_7(fn_lactic_acid_fermentation_20(X)) = fn_oxidation_7(fn_lactic_acid_fermentation_20(X))
& fn_oxidation_7(fn_lactic_acid_fermentation_20(X)) = fn_glycolysis_55(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_55(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_55(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_55(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_16(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_16(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_16(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_16(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_68(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_69(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_15(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_15(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_15(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_15(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_69(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_68(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_69(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_69(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_69(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_69(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_68(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_68(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_68(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_68(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_27(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_27(fn_lactic_acid_fermentation_35(X)) = fn_organic_molecule_1(fn_lactic_acid_fermentation_31(X))
& fn_organic_molecule_1(fn_lactic_acid_fermentation_31(X)) = fn_glycolysis_27(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_27(fn_lactic_acid_fermentation_35(X)) = fn_nad_plus_20(fn_lactic_acid_fermentation_31(X))
& fn_nad_plus_20(fn_lactic_acid_fermentation_31(X)) = fn_nad_plus_20(fn_lactic_acid_fermentation_31(X))
& fn_nad_plus_20(fn_lactic_acid_fermentation_31(X)) = fn_oxidation_10(fn_lactic_acid_fermentation_20(X))
& fn_fermentation_30(X) = fn_oxidation_10(fn_lactic_acid_fermentation_20(X))
& fn_oxidation_10(fn_lactic_acid_fermentation_20(X)) = fn_fermentation_30(X)
& fn_fermentation_30(X) = fn_fermentation_30(X)
& fn_fermentation_30(X) = fn_glycolysis_74(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_74(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_74(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_74(fn_lactic_acid_fermentation_35(X)) = fn_nad_plus_1(fn_lactic_acid_fermentation_31(X))
& fn_nad_plus_1(fn_lactic_acid_fermentation_31(X)) = fn_nad_plus_1(fn_lactic_acid_fermentation_31(X))
& fn_nad_plus_1(fn_lactic_acid_fermentation_31(X)) = fn_chemical_reaction_1(fn_lactic_acid_fermentation_26(X))
& fn_chemical_reaction_1(fn_lactic_acid_fermentation_26(X)) = fn_electron_carrier_1(fn_lactic_acid_fermentation_64(X))
& fn_electron_carrier_1(fn_lactic_acid_fermentation_64(X)) = fn_chemical_reaction_1(fn_lactic_acid_fermentation_51(X))
& fn_chemical_reaction_1(fn_lactic_acid_fermentation_51(X)) = fn_electron_carrier_1(fn_lactic_acid_fermentation_64(X))
& fn_electron_carrier_1(fn_lactic_acid_fermentation_64(X)) = fn_coenzyme_1(fn_lactic_acid_fermentation_65(X))
& fn_coenzyme_1(fn_lactic_acid_fermentation_65(X)) = fn_coenzyme_1(fn_lactic_acid_fermentation_65(X))
& fn_coenzyme_1(fn_lactic_acid_fermentation_65(X)) = fn_fermentation_32(X)
& fn_fermentation_32(X) = fn_fermentation_32(X)
& fn_fermentation_32(X) = fn_redox_reaction_12(fn_lactic_acid_fermentation_51(X))
& fn_redox_reaction_12(fn_lactic_acid_fermentation_51(X)) = fn_redox_reaction_12(fn_lactic_acid_fermentation_51(X))
& fn_oxidation_10(fn_lactic_acid_fermentation_20(X)) = fn_redox_reaction_12(fn_lactic_acid_fermentation_51(X))
& fn_redox_reaction_12(fn_lactic_acid_fermentation_51(X)) = fn_oxidation_10(fn_lactic_acid_fermentation_20(X))
& fn_oxidation_10(fn_lactic_acid_fermentation_20(X)) = fn_oxidation_10(fn_lactic_acid_fermentation_20(X))
& fn_oxidation_10(fn_lactic_acid_fermentation_20(X)) = fn_glycolysis_78(fn_lactic_acid_fermentation_35(X))
& fn_glycolysis_78(fn_lactic_acid_fermentation_35(X)) = fn_glycolysis_78(fn_lactic_acid_fermentation_35(X)) ) ) ).
fof(a530576,axiom,
! [X] :
( lactic_acid_fermentation_by_bacteria_1(X)
=> ( original_name_2(X,'Lactic-Acid-Fermentation-By-Bacteria')
& user_description_2(X,'Lactic acid fermentation by bacteria is the process of fermentation of sugars by bacteria which results in byproduct Lactate.')
& concept2words_2(X,ferment)
& concept2words_2(X,convert)
& concept2words_2(X,'lactic acid fermentation by bacterium')
& concept2words_2(X,'lactic-acid-fermentation-by-bacteria')
& lactic_acid_fermentation_1(X)
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_1(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_2(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_3(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_4(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_5(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_6(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_7(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_8(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_9(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_10(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_11(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_12(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_13(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_14(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_15(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_16(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_17(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_18(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_19(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_20(X))
& water_molecule_1(fn_lactic_acid_fermentation_by_bacteria_21(X))
& oxygen_1(fn_lactic_acid_fermentation_by_bacteria_22(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_23(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_24(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_25(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_26(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_27(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_28(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_29(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_30(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_31(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_32(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_33(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_34(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_35(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_36(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_37(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_38(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_39(X))
& molecule_1(fn_lactic_acid_fermentation_by_bacteria_39(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_39(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_40(X))
& molecule_1(fn_lactic_acid_fermentation_by_bacteria_40(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_40(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_41(X))
& molecule_1(fn_lactic_acid_fermentation_by_bacteria_41(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_41(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_42(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_43(X))
& molecule_1(fn_lactic_acid_fermentation_by_bacteria_43(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_43(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_44(X))
& molecule_1(fn_lactic_acid_fermentation_by_bacteria_44(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_44(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_45(X))
& molecule_1(fn_lactic_acid_fermentation_by_bacteria_45(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_45(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_46(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_47(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_48(X))
& energy_investment_phase_of_glycolysis_1(fn_lactic_acid_fermentation_by_bacteria_50(X))
& structural_complexity_value_1(fn_lactic_acid_fermentation_by_bacteria_51(X))
& oxygen_1(fn_lactic_acid_fermentation_by_bacteria_52(X))
& entity_1(fn_lactic_acid_fermentation_by_bacteria_52(X))
& atom_1(fn_lactic_acid_fermentation_by_bacteria_52(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_52(X))
& chemical_reaction_1(fn_lactic_acid_fermentation_by_bacteria_53(X))
& redox_reaction_1(fn_lactic_acid_fermentation_by_bacteria_53(X))
& cell_1(fn_lactic_acid_fermentation_by_bacteria_54(X))
& prokaryote_1(fn_lactic_acid_fermentation_by_bacteria_54(X))
& bacterium_1(fn_lactic_acid_fermentation_by_bacteria_54(X))
& mixture_1(fn_lactic_acid_fermentation_by_bacteria_55(X))
& cytoplasm_1(fn_lactic_acid_fermentation_by_bacteria_55(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_56(X))
& tangible_entity_1(fn_lactic_acid_fermentation_by_bacteria_56(X))
& electron_1(fn_lactic_acid_fermentation_by_bacteria_56(X))
& atom_1(fn_lactic_acid_fermentation_by_bacteria_57(X))
& electronegativity_value_1(fn_lactic_acid_fermentation_by_bacteria_58(X))
& electronegativity_value_1(fn_lactic_acid_fermentation_by_bacteria_59(X))
& atom_1(fn_lactic_acid_fermentation_by_bacteria_60(X))
& entity_1(fn_lactic_acid_fermentation_by_bacteria_61(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_61(X))
& atom_1(fn_lactic_acid_fermentation_by_bacteria_61(X))
& carbon_1(fn_lactic_acid_fermentation_by_bacteria_61(X))
& time_interval_1(fn_lactic_acid_fermentation_by_bacteria_62(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_63(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_63(X))
& molecule_1(fn_lactic_acid_fermentation_by_bacteria_63(X))
& glyceraldehyde_3_phosphate_1(fn_lactic_acid_fermentation_by_bacteria_63(X))
& anabolic_pathway_1(fn_lactic_acid_fermentation_by_bacteria_64(X))
& synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_64(X))
& chemical_reaction_1(fn_lactic_acid_fermentation_by_bacteria_64(X))
& synthesis_of_atp_1(fn_lactic_acid_fermentation_by_bacteria_64(X))
& substrate_level_phosphorylation_1(fn_lactic_acid_fermentation_by_bacteria_64(X))
& synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_65(X))
& chemical_reaction_1(fn_lactic_acid_fermentation_by_bacteria_65(X))
& synthesis_of_atp_1(fn_lactic_acid_fermentation_by_bacteria_65(X))
& substrate_level_phosphorylation_1(fn_lactic_acid_fermentation_by_bacteria_65(X))
& anabolic_pathway_1(fn_lactic_acid_fermentation_by_bacteria_65(X))
& isomerization_reaction_1(fn_lactic_acid_fermentation_by_bacteria_66(X))
& enzymatic_reaction_1(fn_lactic_acid_fermentation_by_bacteria_67(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_68(X))
& pyruvate_1(fn_lactic_acid_fermentation_by_bacteria_68(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_68(X))
& spatial_entity_1(fn_lactic_acid_fermentation_by_bacteria_69(X))
& tangible_entity_1(fn_lactic_acid_fermentation_by_bacteria_69(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_69(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_69(X))
& molecule_1(fn_lactic_acid_fermentation_by_bacteria_69(X))
& nad_plus_1(fn_lactic_acid_fermentation_by_bacteria_69(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_70(X))
& molecule_1(fn_lactic_acid_fermentation_by_bacteria_70(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_70(X))
& ribonucleotide_1(fn_lactic_acid_fermentation_by_bacteria_70(X))
& nucleoside_triphosphate_1(fn_lactic_acid_fermentation_by_bacteria_70(X))
& atp_1(fn_lactic_acid_fermentation_by_bacteria_70(X))
& chemical_reaction_1(fn_lactic_acid_fermentation_by_bacteria_71(X))
& glycolysis_1(fn_lactic_acid_fermentation_by_bacteria_71(X))
& yogurt_1(fn_lactic_acid_fermentation_by_bacteria_72(X))
& cheese_1(fn_lactic_acid_fermentation_by_bacteria_73(X))
& lactate_1(fn_lactic_acid_fermentation_by_bacteria_74(X))
& lactate_1(fn_lactic_acid_fermentation_by_bacteria_75(X))
& produce_1(fn_lactic_acid_fermentation_by_bacteria_76(X))
& produce_1(fn_lactic_acid_fermentation_by_bacteria_77(X))
& decomposition_reaction_1(fn_lactic_acid_fermentation_by_bacteria_78(X))
& isomerization_reaction_1(fn_lactic_acid_fermentation_by_bacteria_79(X))
& time_interval_1(fn_lactic_acid_fermentation_by_bacteria_80(X))
& time_interval_1(fn_lactic_acid_fermentation_by_bacteria_81(X))
& active_site_1(fn_lactic_acid_fermentation_by_bacteria_82(X))
& enzyme_1(fn_lactic_acid_fermentation_by_bacteria_83(X))
& protein_enzyme_1(fn_lactic_acid_fermentation_by_bacteria_83(X))
& carbon_skeleton_1(fn_lactic_acid_fermentation_by_bacteria_86(X))
& iron_1(fn_lactic_acid_fermentation_by_bacteria_87(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_88(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_88(X))
& monosaccharide_1(fn_lactic_acid_fermentation_by_bacteria_88(X))
& glucose_1(fn_lactic_acid_fermentation_by_bacteria_88(X))
& aldehyde_1(fn_lactic_acid_fermentation_by_bacteria_88(X))
& carbohydrate_1(fn_lactic_acid_fermentation_by_bacteria_88(X))
& aldose_1(fn_lactic_acid_fermentation_by_bacteria_88(X))
& phosphate_group_1(fn_lactic_acid_fermentation_by_bacteria_89(X))
& phosphate_group_1(fn_lactic_acid_fermentation_by_bacteria_90(X))
& oxygen_1(fn_lactic_acid_fermentation_by_bacteria_91(X))
& entity_1(fn_lactic_acid_fermentation_by_bacteria_91(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_91(X))
& atom_1(fn_lactic_acid_fermentation_by_bacteria_91(X))
& oxygen_1(fn_lactic_acid_fermentation_by_bacteria_92(X))
& entity_1(fn_lactic_acid_fermentation_by_bacteria_92(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_92(X))
& atom_1(fn_lactic_acid_fermentation_by_bacteria_92(X))
& speed_value_1(fn_lactic_acid_fermentation_by_bacteria_93(X))
& quantity_value_1(fn_lactic_acid_fermentation_by_bacteria_94(X))
& carbon_skeleton_1(fn_lactic_acid_fermentation_by_bacteria_95(X))
& kinetic_energy_1(fn_lactic_acid_fermentation_by_bacteria_96(X))
& carbon_1(fn_lactic_acid_fermentation_by_bacteria_97(X))
& atom_1(fn_lactic_acid_fermentation_by_bacteria_98(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_98(X))
& constant_motion_1(fn_lactic_acid_fermentation_by_bacteria_99(X))
& transfer_1(fn_lactic_acid_fermentation_by_bacteria_102(X))
& lose_1(fn_lactic_acid_fermentation_by_bacteria_102(X))
& entity_1(fn_lactic_acid_fermentation_by_bacteria_103(X))
& potential_energy_1(fn_lactic_acid_fermentation_by_bacteria_103(X))
& quantity_value_1(fn_lactic_acid_fermentation_by_bacteria_104(X))
& activation_energy_1(fn_lactic_acid_fermentation_by_bacteria_105(X))
& electron_donor_1(fn_lactic_acid_fermentation_by_bacteria_106(X))
& reducing_agent_1(fn_lactic_acid_fermentation_by_bacteria_107(X))
& oxidation_1(fn_lactic_acid_fermentation_by_bacteria_108(X))
& reduction_1(fn_lactic_acid_fermentation_by_bacteria_109(X))
& quantity_value_1(fn_lactic_acid_fermentation_by_bacteria_111(X))
& speed_value_1(fn_lactic_acid_fermentation_by_bacteria_112(X))
& size_value_1(fn_lactic_acid_fermentation_by_bacteria_113(X))
& reduction_1(fn_lactic_acid_fermentation_by_bacteria_114(X))
& size_value_1(fn_lactic_acid_fermentation_by_bacteria_115(X))
& constant_motion_1(fn_lactic_acid_fermentation_by_bacteria_116(X))
& monomer_1(fn_lactic_acid_fermentation_by_bacteria_117(X))
& kinetic_energy_1(fn_lactic_acid_fermentation_by_bacteria_118(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_119(X))
& number_1_comma_3_bisphosphoglycerate_1(fn_lactic_acid_fermentation_by_bacteria_119(X))
& chemical_energy_1(fn_lactic_acid_fermentation_by_bacteria_124(X))
& chemical_bond_1(fn_lactic_acid_fermentation_by_bacteria_125(X))
& covalent_bond_1(fn_lactic_acid_fermentation_by_bacteria_125(X))
& structural_complexity_value_1(fn_lactic_acid_fermentation_by_bacteria_126(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_127(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_127(X))
& molecule_1(fn_lactic_acid_fermentation_by_bacteria_127(X))
& nadh_1(fn_lactic_acid_fermentation_by_bacteria_127(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_129(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_130(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_131(X))
& molecule_1(fn_lactic_acid_fermentation_by_bacteria_131(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_131(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_bacteria_132(X))
& produce_1(fn_cheese_3(fn_lactic_acid_fermentation_by_bacteria_73(X)))
& produce_1(fn_yogurt_8(fn_lactic_acid_fermentation_by_bacteria_72(X)))
& lactate_1(fn_yogurt_7(fn_lactic_acid_fermentation_by_bacteria_72(X)))
& molecule_1(fn_1_comma_3_bisphosphoglycerate_2(fn_lactic_acid_fermentation_by_bacteria_119(X)))
& property_node_1(fn_oxidation_6(fn_lactic_acid_fermentation_by_bacteria_108(X)))
& quantity_value_1(fn_oxidation_3(fn_lactic_acid_fermentation_by_bacteria_108(X)))
& activation_energy_1(fn_oxidation_4(fn_lactic_acid_fermentation_by_bacteria_108(X)))
& property_node_1(fn_glycolysis_10(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& chemical_reaction_1(fn_glycolysis_14(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& reducing_agent_1(fn_glycolysis_34(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& iron_1(fn_glycolysis_28(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& electronegativity_value_1(fn_glycolysis_50(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& property_node_1(fn_glycolysis_8(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& property_node_1(fn_glycolysis_5(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& property_node_1(fn_nad_plus_4(fn_lactic_acid_fermentation_by_bacteria_69(X)))
& property_node_1(fn_nad_plus_3(fn_lactic_acid_fermentation_by_bacteria_69(X)))
& constant_motion_1(fn_nad_plus_6(fn_lactic_acid_fermentation_by_bacteria_69(X)))
& carbon_skeleton_1(fn_nad_plus_7(fn_lactic_acid_fermentation_by_bacteria_69(X)))
& speed_value_1(fn_nad_plus_8(fn_lactic_acid_fermentation_by_bacteria_69(X)))
& quantity_value_1(fn_nad_plus_9(fn_lactic_acid_fermentation_by_bacteria_69(X)))
& kinetic_energy_1(fn_nad_plus_5(fn_lactic_acid_fermentation_by_bacteria_69(X)))
& chemical_bond_1(fn_nad_plus_17(fn_lactic_acid_fermentation_by_bacteria_69(X)))
& covalent_bond_1(fn_nad_plus_17(fn_lactic_acid_fermentation_by_bacteria_69(X)))
& oxygen_1(fn_nad_plus_16(fn_lactic_acid_fermentation_by_bacteria_69(X)))
& entity_1(fn_nad_plus_16(fn_lactic_acid_fermentation_by_bacteria_69(X)))
& atom_1(fn_nad_plus_16(fn_lactic_acid_fermentation_by_bacteria_69(X)))
& chemical_entity_1(fn_nad_plus_16(fn_lactic_acid_fermentation_by_bacteria_69(X)))
& property_node_1(fn_nadh_13(fn_lactic_acid_fermentation_by_bacteria_127(X)))
& property_node_1(fn_nadh_12(fn_lactic_acid_fermentation_by_bacteria_127(X)))
& constant_motion_1(fn_nadh_10(fn_lactic_acid_fermentation_by_bacteria_127(X)))
& speed_value_1(fn_nadh_6(fn_lactic_acid_fermentation_by_bacteria_127(X)))
& quantity_value_1(fn_nadh_7(fn_lactic_acid_fermentation_by_bacteria_127(X)))
& kinetic_energy_1(fn_nadh_9(fn_lactic_acid_fermentation_by_bacteria_127(X)))
& atom_1(fn_nadh_2(fn_lactic_acid_fermentation_by_bacteria_127(X)))
& chemical_entity_1(fn_nadh_2(fn_lactic_acid_fermentation_by_bacteria_127(X)))
& carbon_1(fn_nadh_11(fn_lactic_acid_fermentation_by_bacteria_127(X)))
& carbon_skeleton_1(fn_nadh_8(fn_lactic_acid_fermentation_by_bacteria_127(X)))
& active_site_1(fn_enzyme_2(fn_lactic_acid_fermentation_by_bacteria_83(X)))
& active_site_1(fn_protein_enzyme_10(fn_lactic_acid_fermentation_by_bacteria_83(X)))
& entity_1(fn_phosphate_group_22(fn_lactic_acid_fermentation_by_bacteria_90(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_lactic_acid_fermentation_by_bacteria_90(X)))
& atom_1(fn_phosphate_group_22(fn_lactic_acid_fermentation_by_bacteria_90(X)))
& oxygen_1(fn_phosphate_group_22(fn_lactic_acid_fermentation_by_bacteria_90(X)))
& oxygen_1(fn_phosphate_group_5(fn_lactic_acid_fermentation_by_bacteria_90(X)))
& entity_1(fn_phosphate_group_5(fn_lactic_acid_fermentation_by_bacteria_90(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_lactic_acid_fermentation_by_bacteria_90(X)))
& atom_1(fn_phosphate_group_5(fn_lactic_acid_fermentation_by_bacteria_90(X)))
& entity_1(fn_transfer_1(fn_lactic_acid_fermentation_by_bacteria_102(X)))
& potential_energy_1(fn_electron_3(fn_lactic_acid_fermentation_by_bacteria_56(X)))
& entity_1(fn_phosphate_group_22(fn_lactic_acid_fermentation_by_bacteria_89(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_lactic_acid_fermentation_by_bacteria_89(X)))
& atom_1(fn_phosphate_group_22(fn_lactic_acid_fermentation_by_bacteria_89(X)))
& oxygen_1(fn_phosphate_group_22(fn_lactic_acid_fermentation_by_bacteria_89(X)))
& oxygen_1(fn_phosphate_group_5(fn_lactic_acid_fermentation_by_bacteria_89(X)))
& entity_1(fn_phosphate_group_5(fn_lactic_acid_fermentation_by_bacteria_89(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_lactic_acid_fermentation_by_bacteria_89(X)))
& atom_1(fn_phosphate_group_5(fn_lactic_acid_fermentation_by_bacteria_89(X)))
& mixture_1(fn_prokaryote_12(fn_lactic_acid_fermentation_by_bacteria_54(X)))
& cytoplasm_1(fn_prokaryote_12(fn_lactic_acid_fermentation_by_bacteria_54(X)))
& mixture_1(fn_bacterium_16(fn_lactic_acid_fermentation_by_bacteria_54(X)))
& cytoplasm_1(fn_bacterium_16(fn_lactic_acid_fermentation_by_bacteria_54(X)))
& lactate_1(fn_cheese_1(fn_lactic_acid_fermentation_by_bacteria_73(X)))
& protein_enzyme_1(fn_glycolysis_91(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& protein_enzyme_1(fn_glycolysis_53(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& property_node_1(fn_oxidation_5(fn_lactic_acid_fermentation_by_bacteria_108(X)))
& property_node_1(fn_glycolysis_11(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& atom_1(fn_oxidation_1(fn_lactic_acid_fermentation_by_bacteria_108(X)))
& atom_1(fn_glycolysis_32(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& electron_donor_1(fn_oxidation_8(fn_lactic_acid_fermentation_by_bacteria_108(X)))
& electron_donor_1(fn_glycolysis_33(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& isomerization_reaction_1(fn_glycolysis_67(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& enzymatic_reaction_1(fn_glycolysis_56(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& chemical_reaction_1(fn_glycolysis_68(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& synthesis_of_atp_1(fn_glycolysis_68(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_68(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& anabolic_pathway_1(fn_glycolysis_68(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& chemical_energy_1(fn_glycolysis_108(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& chemical_energy_1(fn_glycolysis_88(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& electronegativity_value_1(fn_oxidation_2(fn_lactic_acid_fermentation_by_bacteria_108(X)))
& electronegativity_value_1(fn_glycolysis_49(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& atom_1(fn_glycolysis_26(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& chemical_reaction_1(fn_glycolysis_17(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& redox_reaction_1(fn_glycolysis_17(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& oxidation_1(fn_glycolysis_22(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& reduction_1(fn_glycolysis_21(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& electron_1(fn_oxidation_9(fn_lactic_acid_fermentation_by_bacteria_108(X)))
& chemical_entity_1(fn_glycolysis_19(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& tangible_entity_1(fn_glycolysis_19(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& electron_1(fn_glycolysis_19(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& organic_molecule_1(fn_glycolysis_75(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& molecule_1(fn_glycolysis_75(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& chemical_entity_1(fn_glycolysis_75(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& ribonucleotide_1(fn_glycolysis_75(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& nucleoside_triphosphate_1(fn_glycolysis_75(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& atp_1(fn_glycolysis_75(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& chemical_reaction_1(fn_glycolysis_15(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& synthesis_of_atp_1(fn_glycolysis_15(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_15(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& synthesis_of_organic_molecule_1(fn_glycolysis_69(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& chemical_reaction_1(fn_glycolysis_69(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& synthesis_of_atp_1(fn_glycolysis_69(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_69(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& chemical_entity_1(fn_glycolysis_57(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& number_1_comma_3_bisphosphoglycerate_1(fn_glycolysis_57(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& pyruvate_1(fn_glycolysis_55(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& chemical_entity_1(fn_glycolysis_55(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& chemical_entity_1(fn_glycolysis_101(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& molecule_1(fn_glycolysis_101(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& organic_molecule_1(fn_glycolysis_101(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& chemical_entity_1(fn_glycolysis_20(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& molecule_1(fn_glycolysis_20(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& organic_molecule_1(fn_glycolysis_20(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& organic_molecule_1(fn_glycolysis_79(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& chemical_entity_1(fn_glycolysis_79(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& molecule_1(fn_glycolysis_79(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& glyceraldehyde_3_phosphate_1(fn_glycolysis_79(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& structural_complexity_value_1(fn_glycolysis_48(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& structural_complexity_value_1(fn_glycolysis_80(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& structural_complexity_value_1(fn_glycolysis_35(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& structural_complexity_value_1(fn_glycolysis_81(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& organic_molecule_1(fn_synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_64(X)))
& organic_molecule_1(fn_synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_65(X)))
& chemical_entity_1(fn_glycolysis_77(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& monosaccharide_1(fn_glycolysis_77(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& glucose_1(fn_glycolysis_77(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& aldehyde_1(fn_glycolysis_77(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& carbohydrate_1(fn_glycolysis_77(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& aldose_1(fn_glycolysis_77(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& energy_investment_phase_of_glycolysis_1(fn_glycolysis_73(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& chemical_reaction_1(fn_enzyme_4(fn_lactic_acid_fermentation_by_bacteria_83(X)))
& carbon_1(fn_organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_69(X)))
& entity_1(fn_glycolysis_27(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& chemical_entity_1(fn_glycolysis_27(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& atom_1(fn_glycolysis_27(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& carbon_1(fn_glycolysis_27(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& entity_1(fn_nad_plus_20(fn_lactic_acid_fermentation_by_bacteria_69(X)))
& chemical_entity_1(fn_nad_plus_20(fn_lactic_acid_fermentation_by_bacteria_69(X)))
& atom_1(fn_nad_plus_20(fn_lactic_acid_fermentation_by_bacteria_69(X)))
& carbon_1(fn_nad_plus_20(fn_lactic_acid_fermentation_by_bacteria_69(X)))
& spatial_entity_1(fn_glycolysis_78(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& tangible_entity_1(fn_glycolysis_78(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& chemical_entity_1(fn_glycolysis_78(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& organic_molecule_1(fn_glycolysis_78(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& nad_plus_1(fn_glycolysis_78(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& molecule_1(fn_glycolysis_78(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& nad_plus_1(fn_nadh_5(fn_lactic_acid_fermentation_by_bacteria_127(X)))
& chemical_entity_1(fn_reducing_agent_2(fn_lactic_acid_fermentation_by_bacteria_107(X)))
& chemical_entity_1(fn_oxidation_10(fn_lactic_acid_fermentation_by_bacteria_108(X)))
& chemical_entity_1(fn_oxidation_7(fn_lactic_acid_fermentation_by_bacteria_108(X)))
& organic_molecule_1(fn_glycolysis_74(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& nadh_1(fn_glycolysis_74(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& molecule_1(fn_glycolysis_74(fn_lactic_acid_fermentation_by_bacteria_71(X)))
& nadh_1(fn_nad_plus_1(fn_lactic_acid_fermentation_by_bacteria_69(X)))
& fn_lactic_acid_fermentation_by_bacteria_46(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& fn_lactic_acid_fermentation_by_bacteria_47(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_37(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_37(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_36(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_36(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_48(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& fn_lactic_acid_fermentation_by_bacteria_35(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_35(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_34(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_34(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_33(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_33(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_32(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_32(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_31(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_31(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_30(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_30(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& fn_lactic_acid_fermentation_by_bacteria_29(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_29(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& fn_lactic_acid_fermentation_by_bacteria_28(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_28(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_27(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_27(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& result_2(X,fn_lactic_acid_fermentation_by_bacteria_88(X))
& raw_material_2(X,fn_lactic_acid_fermentation_by_bacteria_127(X))
& fn_lactic_acid_fermentation_by_bacteria_26(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_26(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_25(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_25(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& fn_lactic_acid_fermentation_by_bacteria_24(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_24(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& fn_lactic_acid_fermentation_by_bacteria_23(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_23(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& fn_lactic_acid_fermentation_by_bacteria_61(X) != fn_lactic_acid_fermentation_by_bacteria_92(X)
& fn_lactic_acid_fermentation_by_bacteria_61(X) != fn_lactic_acid_fermentation_by_bacteria_91(X)
& fn_lactic_acid_fermentation_by_bacteria_61(X) != fn_lactic_acid_fermentation_by_bacteria_22(X)
& fn_lactic_acid_fermentation_by_bacteria_22(X) != fn_lactic_acid_fermentation_by_bacteria_61(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_47(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_37(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_36(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_35(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_34(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_33(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_32(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_31(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_28(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_26(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_1(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_2(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_4(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_5(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_6(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_7(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_8(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_9(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_10(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_11(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_13(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_14(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_16(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_17(X)
& possesses_2(fn_lactic_acid_fermentation_by_bacteria_21(X),fn_lactic_acid_fermentation_by_bacteria_124(X))
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_30(X)
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_29(X)
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_27(X)
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_25(X)
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_24(X)
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_23(X)
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_3(X)
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_130(X)
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_129(X)
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_12(X)
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_15(X)
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_18(X)
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_19(X)
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_20(X)
& result_2(fn_lactic_acid_fermentation_by_bacteria_71(X),fn_lactic_acid_fermentation_by_bacteria_21(X))
& result_2(fn_lactic_acid_fermentation_by_bacteria_71(X),fn_lactic_acid_fermentation_by_bacteria_88(X))
& raw_material_2(fn_lactic_acid_fermentation_by_bacteria_71(X),fn_lactic_acid_fermentation_by_bacteria_70(X))
& fn_lactic_acid_fermentation_by_bacteria_74(X) != fn_lactic_acid_fermentation_by_bacteria_75(X)
& fn_lactic_acid_fermentation_by_bacteria_75(X) != fn_lactic_acid_fermentation_by_bacteria_74(X)
& by_means_of_2(fn_lactic_acid_fermentation_by_bacteria_76(X),X)
& by_means_of_2(fn_lactic_acid_fermentation_by_bacteria_77(X),X)
& fn_lactic_acid_fermentation_by_bacteria_91(X) != fn_lactic_acid_fermentation_by_bacteria_61(X)
& fn_lactic_acid_fermentation_by_bacteria_92(X) != fn_lactic_acid_fermentation_by_bacteria_61(X)
& fn_lactic_acid_fermentation_by_bacteria_20(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_20(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& fn_lactic_acid_fermentation_by_bacteria_19(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_19(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& fn_lactic_acid_fermentation_by_bacteria_18(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_18(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& fn_lactic_acid_fermentation_by_bacteria_17(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_17(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_37(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_36(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_35(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_34(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_33(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_32(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_31(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_28(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_26(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_17(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_1(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_2(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_4(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_5(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_6(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_7(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_8(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_9(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_10(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_11(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_13(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_14(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_16(X)
& fn_lactic_acid_fermentation_by_bacteria_16(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_16(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_15(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_15(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& fn_lactic_acid_fermentation_by_bacteria_14(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_14(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_13(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_13(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_12(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_12(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& greater_than_2(fn_lactic_acid_fermentation_by_bacteria_126(X),fn_lactic_acid_fermentation_by_bacteria_51(X))
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_46(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_48(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_30(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_29(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_27(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_25(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_24(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_23(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_20(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_19(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_18(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_15(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_12(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_132(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_3(X)
& fn_lactic_acid_fermentation_by_bacteria_11(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_11(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_10(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_10(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_129(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_9(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_9(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_8(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_8(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_7(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_7(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_130(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_6(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_6(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_5(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_5(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_4(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_4(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_3(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_3(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& fn_lactic_acid_fermentation_by_bacteria_2(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_2(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_1(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_1(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_132(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& result_2(fn_lactic_acid_fermentation_by_bacteria_64(X),fn_lactic_acid_fermentation_by_bacteria_88(X))
& result_2(fn_lactic_acid_fermentation_by_bacteria_65(X),fn_lactic_acid_fermentation_by_bacteria_88(X))
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_48(X)
& fn_lactic_acid_fermentation_by_bacteria_48(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_132(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_132(X)
& object_2(fn_lactic_acid_fermentation_by_bacteria_102(X),fn_lactic_acid_fermentation_by_bacteria_103(X))
& base_2(X,fn_lactic_acid_fermentation_by_bacteria_54(X))
& plays_2(fn_lactic_acid_fermentation_by_bacteria_127(X),fn_lactic_acid_fermentation_by_bacteria_107(X))
& site_2(fn_lactic_acid_fermentation_by_bacteria_71(X),fn_lactic_acid_fermentation_by_bacteria_82(X))
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_130(X)
& fn_lactic_acid_fermentation_by_bacteria_130(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& fn_lactic_acid_fermentation_by_bacteria_46(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_46(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_129(X)
& fn_lactic_acid_fermentation_by_bacteria_129(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& fn_lactic_acid_fermentation_by_bacteria_42(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_42(X)
& plays_2(fn_lactic_acid_fermentation_by_bacteria_127(X),fn_lactic_acid_fermentation_by_bacteria_106(X))
& has_region_2(fn_lactic_acid_fermentation_by_bacteria_83(X),fn_lactic_acid_fermentation_by_bacteria_82(X))
& result_2(fn_lactic_acid_fermentation_by_bacteria_77(X),fn_lactic_acid_fermentation_by_bacteria_73(X))
& has_part_2(fn_lactic_acid_fermentation_by_bacteria_73(X),fn_lactic_acid_fermentation_by_bacteria_74(X))
& result_2(fn_lactic_acid_fermentation_by_bacteria_76(X),fn_lactic_acid_fermentation_by_bacteria_72(X))
& has_part_2(fn_lactic_acid_fermentation_by_bacteria_72(X),fn_lactic_acid_fermentation_by_bacteria_75(X))
& is_inside_2(fn_lactic_acid_fermentation_by_bacteria_91(X),fn_lactic_acid_fermentation_by_bacteria_90(X))
& possesses_2(fn_lactic_acid_fermentation_by_bacteria_56(X),fn_lactic_acid_fermentation_by_bacteria_103(X))
& is_inside_2(fn_lactic_acid_fermentation_by_bacteria_92(X),fn_lactic_acid_fermentation_by_bacteria_89(X))
& has_part_2(fn_lactic_acid_fermentation_by_bacteria_54(X),fn_lactic_acid_fermentation_by_bacteria_55(X))
& fn_lactic_acid_fermentation_by_bacteria_47(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_47(X)
& raw_material_2(fn_lactic_acid_fermentation_by_bacteria_108(X),fn_lactic_acid_fermentation_by_bacteria_105(X))
& quantity_2(fn_lactic_acid_fermentation_by_bacteria_105(X),fn_lactic_acid_fermentation_by_bacteria_104(X))
& directly_proportional_2(fn_lactic_acid_fermentation_by_bacteria_58(X),fn_lactic_acid_fermentation_by_bacteria_104(X))
& raw_material_2(fn_lactic_acid_fermentation_by_bacteria_50(X),fn_lactic_acid_fermentation_by_bacteria_70(X))
& next_event_2(fn_lactic_acid_fermentation_by_bacteria_66(X),fn_lactic_acid_fermentation_by_bacteria_65(X))
& raw_material_2(X,fn_lactic_acid_fermentation_by_bacteria_88(X))
& next_event_2(fn_lactic_acid_fermentation_by_bacteria_78(X),fn_lactic_acid_fermentation_by_bacteria_79(X))
& site_2(X,fn_lactic_acid_fermentation_by_bacteria_55(X))
& first_subevent_2(X,fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_42(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_42(X)
& result_2(X,fn_lactic_acid_fermentation_by_bacteria_70(X))
& possesses_2(fn_lactic_acid_fermentation_by_bacteria_70(X),fn_lactic_acid_fermentation_by_bacteria_124(X))
& next_event_2(fn_lactic_acid_fermentation_by_bacteria_65(X),fn_lactic_acid_fermentation_by_bacteria_66(X))
& time_during_2(fn_lactic_acid_fermentation_by_bacteria_66(X),fn_lactic_acid_fermentation_by_bacteria_62(X))
& time_during_2(fn_lactic_acid_fermentation_by_bacteria_67(X),fn_lactic_acid_fermentation_by_bacteria_62(X))
& result_2(fn_lactic_acid_fermentation_by_bacteria_79(X),fn_lactic_acid_fermentation_by_bacteria_63(X))
& result_2(fn_lactic_acid_fermentation_by_bacteria_78(X),fn_lactic_acid_fermentation_by_bacteria_63(X))
& raw_material_2(fn_lactic_acid_fermentation_by_bacteria_65(X),fn_lactic_acid_fermentation_by_bacteria_119(X))
& time_during_2(fn_lactic_acid_fermentation_by_bacteria_65(X),fn_lactic_acid_fermentation_by_bacteria_62(X))
& time_before_2(fn_lactic_acid_fermentation_by_bacteria_62(X),fn_lactic_acid_fermentation_by_bacteria_62(X))
& time_during_2(fn_lactic_acid_fermentation_by_bacteria_64(X),fn_lactic_acid_fermentation_by_bacteria_62(X))
& next_event_2(fn_lactic_acid_fermentation_by_bacteria_66(X),fn_lactic_acid_fermentation_by_bacteria_64(X))
& recipient_2(fn_lactic_acid_fermentation_by_bacteria_108(X),fn_lactic_acid_fermentation_by_bacteria_68(X))
& donor_2(fn_lactic_acid_fermentation_by_bacteria_108(X),fn_lactic_acid_fermentation_by_bacteria_127(X))
& has_atom_2(fn_lactic_acid_fermentation_by_bacteria_127(X),fn_lactic_acid_fermentation_by_bacteria_57(X))
& fn_lactic_acid_fermentation_by_bacteria_102(X) != fn_lactic_acid_fermentation_by_bacteria_108(X)
& fn_lactic_acid_fermentation_by_bacteria_108(X) != fn_lactic_acid_fermentation_by_bacteria_102(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_44(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_45(X)
& fn_lactic_acid_fermentation_by_bacteria_45(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_44(X)
& fn_lactic_acid_fermentation_by_bacteria_44(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_45(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_45(X)
& fn_lactic_acid_fermentation_by_bacteria_44(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_131(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_131(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_43(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_131(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_131(X)
& fn_lactic_acid_fermentation_by_bacteria_43(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_43(X)
& fn_lactic_acid_fermentation_by_bacteria_43(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& result_2(fn_lactic_acid_fermentation_by_bacteria_53(X),fn_lactic_acid_fermentation_by_bacteria_69(X))
& has_function_2(fn_lactic_acid_fermentation_by_bacteria_69(X),fn_lactic_acid_fermentation_by_bacteria_114(X))
& has_function_2(fn_lactic_acid_fermentation_by_bacteria_63(X),fn_lactic_acid_fermentation_by_bacteria_114(X))
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_41(X)
& fn_lactic_acid_fermentation_by_bacteria_41(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_41(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_41(X)
& donor_2(fn_lactic_acid_fermentation_by_bacteria_109(X),fn_lactic_acid_fermentation_by_bacteria_127(X))
& recipient_2(fn_lactic_acid_fermentation_by_bacteria_109(X),fn_lactic_acid_fermentation_by_bacteria_68(X))
& raw_material_2(fn_lactic_acid_fermentation_by_bacteria_53(X),fn_lactic_acid_fermentation_by_bacteria_68(X))
& result_2(fn_lactic_acid_fermentation_by_bacteria_53(X),fn_lactic_acid_fermentation_by_bacteria_74(X))
& possesses_2(fn_lactic_acid_fermentation_by_bacteria_74(X),fn_lactic_acid_fermentation_by_bacteria_124(X))
& raw_material_2(X,fn_lactic_acid_fermentation_by_bacteria_69(X))
& has_part_2(fn_lactic_acid_fermentation_by_bacteria_69(X),fn_lactic_acid_fermentation_by_bacteria_117(X))
& size_2(fn_lactic_acid_fermentation_by_bacteria_117(X),fn_lactic_acid_fermentation_by_bacteria_113(X))
& greater_than_2(fn_lactic_acid_fermentation_by_bacteria_115(X),fn_lactic_acid_fermentation_by_bacteria_113(X))
& size_2(fn_lactic_acid_fermentation_by_bacteria_69(X),fn_lactic_acid_fermentation_by_bacteria_115(X))
& raw_material_2(fn_lactic_acid_fermentation_by_bacteria_53(X),fn_lactic_acid_fermentation_by_bacteria_127(X))
& causes_2(fn_lactic_acid_fermentation_by_bacteria_53(X),fn_lactic_acid_fermentation_by_bacteria_102(X))
& donor_2(fn_lactic_acid_fermentation_by_bacteria_102(X),fn_lactic_acid_fermentation_by_bacteria_56(X))
& fn_lactic_acid_fermentation_by_bacteria_74(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_74(X)
& result_2(X,fn_lactic_acid_fermentation_by_bacteria_127(X))
& result_2(X,fn_lactic_acid_fermentation_by_bacteria_68(X))
& has_atom_2(fn_lactic_acid_fermentation_by_bacteria_68(X),fn_lactic_acid_fermentation_by_bacteria_60(X))
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_68(X)
& fn_lactic_acid_fermentation_by_bacteria_68(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_68(X)
& fn_lactic_acid_fermentation_by_bacteria_88(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_88(X)
& fn_lactic_acid_fermentation_by_bacteria_56(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_56(X)
& fn_lactic_acid_fermentation_by_bacteria_68(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& result_2(X,fn_lactic_acid_fermentation_by_bacteria_74(X))
& fn_lactic_acid_fermentation_by_bacteria_74(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_38(X)
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_74(X)
& fn_lactic_acid_fermentation_by_bacteria_38(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_38(X)
& fn_lactic_acid_fermentation_by_bacteria_38(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& subevent_2(X,fn_lactic_acid_fermentation_by_bacteria_71(X))
& result_2(fn_lactic_acid_fermentation_by_bacteria_71(X),fn_lactic_acid_fermentation_by_bacteria_74(X))
& fn_lactic_acid_fermentation_by_bacteria_74(X) != fn_lactic_acid_fermentation_by_bacteria_68(X)
& fn_lactic_acid_fermentation_by_bacteria_68(X) != fn_lactic_acid_fermentation_by_bacteria_74(X)
& fn_lactic_acid_fermentation_by_bacteria_56(X) != fn_lactic_acid_fermentation_by_bacteria_68(X)
& fn_lactic_acid_fermentation_by_bacteria_68(X) != fn_lactic_acid_fermentation_by_bacteria_56(X)
& has_function_2(fn_lactic_acid_fermentation_by_bacteria_83(X),fn_lactic_acid_fermentation_by_bacteria_71(X))
& the_scalar_value_2(fn_lactic_acid_fermentation_by_bacteria_51(X),complex_0)
& scalar_unit_class_2(fn_lactic_acid_fermentation_by_bacteria_51(X),chemical_entity_0)
& subevent_2(X,fn_lactic_acid_fermentation_by_bacteria_53(X))
& in_event_2(fn_lactic_acid_fermentation_by_bacteria_107(X),fn_lactic_acid_fermentation_by_bacteria_109(X))
& greater_than_or_equal_to_2(fn_lactic_acid_fermentation_by_bacteria_59(X),fn_lactic_acid_fermentation_by_bacteria_58(X))
& electronegativity_2(fn_lactic_acid_fermentation_by_bacteria_57(X),fn_lactic_acid_fermentation_by_bacteria_58(X))
& result_2(fn_lactic_acid_fermentation_by_bacteria_67(X),fn_lactic_acid_fermentation_by_bacteria_119(X))
& fn_lactic_acid_fermentation_by_bacteria_39(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_39(X)
& subevent_2(fn_lactic_acid_fermentation_by_bacteria_53(X),fn_lactic_acid_fermentation_by_bacteria_108(X))
& in_event_2(fn_lactic_acid_fermentation_by_bacteria_106(X),fn_lactic_acid_fermentation_by_bacteria_108(X))
& result_2(fn_lactic_acid_fermentation_by_bacteria_67(X),fn_lactic_acid_fermentation_by_bacteria_127(X))
& possesses_2(fn_lactic_acid_fermentation_by_bacteria_127(X),fn_lactic_acid_fermentation_by_bacteria_124(X))
& next_event_2(fn_lactic_acid_fermentation_by_bacteria_67(X),fn_lactic_acid_fermentation_by_bacteria_65(X))
& result_2(fn_lactic_acid_fermentation_by_bacteria_65(X),fn_lactic_acid_fermentation_by_bacteria_68(X))
& result_2(fn_lactic_acid_fermentation_by_bacteria_64(X),fn_lactic_acid_fermentation_by_bacteria_68(X))
& fn_lactic_acid_fermentation_by_bacteria_67(X) != fn_lactic_acid_fermentation_by_bacteria_66(X)
& fn_lactic_acid_fermentation_by_bacteria_66(X) != fn_lactic_acid_fermentation_by_bacteria_67(X)
& raw_material_2(fn_lactic_acid_fermentation_by_bacteria_71(X),fn_lactic_acid_fermentation_by_bacteria_69(X))
& result_2(fn_lactic_acid_fermentation_by_bacteria_71(X),fn_lactic_acid_fermentation_by_bacteria_70(X))
& result_2(fn_lactic_acid_fermentation_by_bacteria_65(X),fn_lactic_acid_fermentation_by_bacteria_70(X))
& fn_lactic_acid_fermentation_by_bacteria_67(X) != fn_lactic_acid_fermentation_by_bacteria_65(X)
& fn_lactic_acid_fermentation_by_bacteria_65(X) != fn_lactic_acid_fermentation_by_bacteria_67(X)
& next_event_2(fn_lactic_acid_fermentation_by_bacteria_64(X),fn_lactic_acid_fermentation_by_bacteria_66(X))
& next_event_2(fn_lactic_acid_fermentation_by_bacteria_67(X),fn_lactic_acid_fermentation_by_bacteria_64(X))
& raw_material_2(fn_lactic_acid_fermentation_by_bacteria_67(X),fn_lactic_acid_fermentation_by_bacteria_69(X))
& raw_material_2(fn_lactic_acid_fermentation_by_bacteria_66(X),fn_lactic_acid_fermentation_by_bacteria_69(X))
& fn_lactic_acid_fermentation_by_bacteria_66(X) != fn_lactic_acid_fermentation_by_bacteria_65(X)
& fn_lactic_acid_fermentation_by_bacteria_65(X) != fn_lactic_acid_fermentation_by_bacteria_66(X)
& raw_material_2(fn_lactic_acid_fermentation_by_bacteria_71(X),fn_lactic_acid_fermentation_by_bacteria_88(X))
& result_2(fn_lactic_acid_fermentation_by_bacteria_71(X),fn_lactic_acid_fermentation_by_bacteria_127(X))
& result_2(fn_lactic_acid_fermentation_by_bacteria_66(X),fn_lactic_acid_fermentation_by_bacteria_127(X))
& fn_lactic_acid_fermentation_by_bacteria_64(X) != fn_lactic_acid_fermentation_by_bacteria_66(X)
& fn_lactic_acid_fermentation_by_bacteria_66(X) != fn_lactic_acid_fermentation_by_bacteria_64(X)
& result_2(fn_lactic_acid_fermentation_by_bacteria_64(X),fn_lactic_acid_fermentation_by_bacteria_127(X))
& result_2(fn_lactic_acid_fermentation_by_bacteria_65(X),fn_lactic_acid_fermentation_by_bacteria_127(X))
& fn_lactic_acid_fermentation_by_bacteria_65(X) != fn_lactic_acid_fermentation_by_bacteria_64(X)
& fn_lactic_acid_fermentation_by_bacteria_64(X) != fn_lactic_acid_fermentation_by_bacteria_67(X)
& raw_material_2(fn_lactic_acid_fermentation_by_bacteria_67(X),fn_lactic_acid_fermentation_by_bacteria_63(X))
& fn_lactic_acid_fermentation_by_bacteria_64(X) != fn_lactic_acid_fermentation_by_bacteria_65(X)
& fn_lactic_acid_fermentation_by_bacteria_67(X) != fn_lactic_acid_fermentation_by_bacteria_64(X)
& possesses_2(fn_lactic_acid_fermentation_by_bacteria_88(X),fn_lactic_acid_fermentation_by_bacteria_124(X))
& possesses_2(fn_lactic_acid_fermentation_by_bacteria_69(X),fn_lactic_acid_fermentation_by_bacteria_124(X))
& has_part_2(fn_lactic_acid_fermentation_by_bacteria_69(X),fn_lactic_acid_fermentation_by_bacteria_87(X))
& fn_lactic_acid_fermentation_by_bacteria_61(X) != fn_lactic_acid_fermentation_by_bacteria_87(X)
& fn_lactic_acid_fermentation_by_bacteria_87(X) != fn_lactic_acid_fermentation_by_bacteria_61(X)
& subevent_2(fn_lactic_acid_fermentation_by_bacteria_53(X),fn_lactic_acid_fermentation_by_bacteria_109(X))
& raw_material_2(fn_lactic_acid_fermentation_by_bacteria_53(X),fn_lactic_acid_fermentation_by_bacteria_69(X))
& has_atom_2(fn_lactic_acid_fermentation_by_bacteria_69(X),fn_lactic_acid_fermentation_by_bacteria_60(X))
& electronegativity_2(fn_lactic_acid_fermentation_by_bacteria_60(X),fn_lactic_acid_fermentation_by_bacteria_59(X))
& greater_than_2(fn_lactic_acid_fermentation_by_bacteria_59(X),fn_lactic_acid_fermentation_by_bacteria_58(X))
& recipient_2(fn_lactic_acid_fermentation_by_bacteria_109(X),fn_lactic_acid_fermentation_by_bacteria_69(X))
& object_2(fn_lactic_acid_fermentation_by_bacteria_109(X),fn_lactic_acid_fermentation_by_bacteria_56(X))
& object_2(fn_lactic_acid_fermentation_by_bacteria_108(X),fn_lactic_acid_fermentation_by_bacteria_56(X))
& recipient_2(fn_lactic_acid_fermentation_by_bacteria_108(X),fn_lactic_acid_fermentation_by_bacteria_69(X))
& structural_complexity_2(fn_lactic_acid_fermentation_by_bacteria_69(X),fn_lactic_acid_fermentation_by_bacteria_51(X))
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_56(X)
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_56(X)
& fn_lactic_acid_fermentation_by_bacteria_56(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_56(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) != fn_lactic_acid_fermentation_by_bacteria_40(X)
& raw_material_2(fn_lactic_acid_fermentation_by_bacteria_64(X),fn_lactic_acid_fermentation_by_bacteria_119(X))
& result_2(fn_lactic_acid_fermentation_by_bacteria_64(X),fn_lactic_acid_fermentation_by_bacteria_70(X))
& structural_complexity_2(fn_lactic_acid_fermentation_by_bacteria_70(X),fn_lactic_acid_fermentation_by_bacteria_51(X))
& fn_lactic_acid_fermentation_by_bacteria_40(X) != fn_lactic_acid_fermentation_by_bacteria_119(X)
& result_2(fn_lactic_acid_fermentation_by_bacteria_50(X),fn_lactic_acid_fermentation_by_bacteria_63(X))
& first_subevent_2(fn_lactic_acid_fermentation_by_bacteria_71(X),fn_lactic_acid_fermentation_by_bacteria_50(X))
& result_2(fn_lactic_acid_fermentation_by_bacteria_71(X),fn_lactic_acid_fermentation_by_bacteria_68(X))
& structural_complexity_2(fn_lactic_acid_fermentation_by_bacteria_68(X),fn_lactic_acid_fermentation_by_bacteria_126(X))
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& fn_lactic_acid_fermentation_by_bacteria_39(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_39(X)
& fn_lactic_acid_fermentation_by_bacteria_40(X) != fn_lactic_acid_fermentation_by_bacteria_63(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) != fn_lactic_acid_fermentation_by_bacteria_40(X)
& subevent_2(fn_lactic_acid_fermentation_by_bacteria_71(X),fn_lactic_acid_fermentation_by_bacteria_50(X))
& raw_material_2(fn_lactic_acid_fermentation_by_bacteria_50(X),fn_lactic_acid_fermentation_by_bacteria_88(X))
& structural_complexity_2(fn_lactic_acid_fermentation_by_bacteria_88(X),fn_lactic_acid_fermentation_by_bacteria_51(X))
& greater_than_2(fn_lactic_acid_fermentation_by_bacteria_51(X),fn_lactic_acid_fermentation_by_bacteria_126(X))
& structural_complexity_2(fn_lactic_acid_fermentation_by_bacteria_127(X),fn_lactic_acid_fermentation_by_bacteria_126(X))
& is_inside_2(fn_lactic_acid_fermentation_by_bacteria_61(X),fn_lactic_acid_fermentation_by_bacteria_86(X))
& has_region_2(fn_lactic_acid_fermentation_by_bacteria_69(X),fn_lactic_acid_fermentation_by_bacteria_86(X))
& object_2(fn_lactic_acid_fermentation_by_bacteria_116(X),fn_lactic_acid_fermentation_by_bacteria_69(X))
& speed_2(fn_lactic_acid_fermentation_by_bacteria_116(X),fn_lactic_acid_fermentation_by_bacteria_112(X))
& is_between_2(fn_lactic_acid_fermentation_by_bacteria_125(X),fn_lactic_acid_fermentation_by_bacteria_61(X))
& possesses_2(fn_lactic_acid_fermentation_by_bacteria_69(X),fn_lactic_acid_fermentation_by_bacteria_125(X))
& possesses_2(fn_lactic_acid_fermentation_by_bacteria_69(X),fn_lactic_acid_fermentation_by_bacteria_118(X))
& quantity_2(fn_lactic_acid_fermentation_by_bacteria_118(X),fn_lactic_acid_fermentation_by_bacteria_111(X))
& directly_proportional_2(fn_lactic_acid_fermentation_by_bacteria_112(X),fn_lactic_acid_fermentation_by_bacteria_111(X))
& has_part_2(fn_lactic_acid_fermentation_by_bacteria_69(X),fn_lactic_acid_fermentation_by_bacteria_61(X))
& fn_lactic_acid_fermentation_by_bacteria_127(X) != fn_lactic_acid_fermentation_by_bacteria_69(X)
& fn_lactic_acid_fermentation_by_bacteria_69(X) != fn_lactic_acid_fermentation_by_bacteria_127(X)
& has_part_2(fn_lactic_acid_fermentation_by_bacteria_127(X),fn_lactic_acid_fermentation_by_bacteria_97(X))
& has_part_2(fn_lactic_acid_fermentation_by_bacteria_127(X),fn_lactic_acid_fermentation_by_bacteria_98(X))
& possesses_2(fn_lactic_acid_fermentation_by_bacteria_127(X),fn_lactic_acid_fermentation_by_bacteria_96(X))
& quantity_2(fn_lactic_acid_fermentation_by_bacteria_96(X),fn_lactic_acid_fermentation_by_bacteria_94(X))
& directly_proportional_2(fn_lactic_acid_fermentation_by_bacteria_93(X),fn_lactic_acid_fermentation_by_bacteria_94(X))
& speed_2(fn_lactic_acid_fermentation_by_bacteria_99(X),fn_lactic_acid_fermentation_by_bacteria_93(X))
& object_2(fn_lactic_acid_fermentation_by_bacteria_99(X),fn_lactic_acid_fermentation_by_bacteria_127(X))
& has_region_2(fn_lactic_acid_fermentation_by_bacteria_127(X),fn_lactic_acid_fermentation_by_bacteria_95(X))
& is_inside_2(fn_lactic_acid_fermentation_by_bacteria_97(X),fn_lactic_acid_fermentation_by_bacteria_95(X))
& fn_lactic_acid_fermentation_by_bacteria_97(X) != fn_lactic_acid_fermentation_by_bacteria_98(X)
& has_reduced_form_2(fn_lactic_acid_fermentation_by_bacteria_69(X),fn_lactic_acid_fermentation_by_bacteria_127(X))
& has_oxidized_form_2(fn_lactic_acid_fermentation_by_bacteria_127(X),fn_lactic_acid_fermentation_by_bacteria_69(X))
& fn_lactic_acid_fermentation_by_bacteria_98(X) != fn_lactic_acid_fermentation_by_bacteria_97(X)
& fn_lactic_acid_fermentation_by_bacteria_88(X) = fn_synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_64(X))
& fn_lactic_acid_fermentation_by_bacteria_88(X) = fn_synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_65(X))
& fn_lactic_acid_fermentation_by_bacteria_48(X) = fn_oxidation_10(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_lactic_acid_fermentation_by_bacteria_132(X) = fn_oxidation_10(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_lactic_acid_fermentation_by_bacteria_103(X) = fn_transfer_1(fn_lactic_acid_fermentation_by_bacteria_102(X))
& fn_lactic_acid_fermentation_by_bacteria_54(X) = fn_metabolic_pathway_1(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) = fn_reducing_agent_2(fn_lactic_acid_fermentation_by_bacteria_107(X))
& fn_lactic_acid_fermentation_by_bacteria_82(X) = fn_enzyme_2(fn_lactic_acid_fermentation_by_bacteria_83(X))
& fn_lactic_acid_fermentation_by_bacteria_130(X) = fn_oxidation_7(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_lactic_acid_fermentation_by_bacteria_46(X) = fn_oxidation_7(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_lactic_acid_fermentation_by_bacteria_129(X) = fn_oxidation_7(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_lactic_acid_fermentation_by_bacteria_42(X) = fn_oxidation_7(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_lactic_acid_fermentation_by_bacteria_82(X) = fn_protein_enzyme_10(fn_lactic_acid_fermentation_by_bacteria_83(X))
& fn_lactic_acid_fermentation_by_bacteria_77(X) = fn_cheese_3(fn_lactic_acid_fermentation_by_bacteria_73(X))
& fn_lactic_acid_fermentation_by_bacteria_74(X) = fn_cheese_1(fn_lactic_acid_fermentation_by_bacteria_73(X))
& fn_lactic_acid_fermentation_by_bacteria_76(X) = fn_yogurt_8(fn_lactic_acid_fermentation_by_bacteria_72(X))
& fn_lactic_acid_fermentation_by_bacteria_75(X) = fn_yogurt_7(fn_lactic_acid_fermentation_by_bacteria_72(X))
& fn_lactic_acid_fermentation_by_bacteria_91(X) = fn_phosphate_group_22(fn_lactic_acid_fermentation_by_bacteria_90(X))
& fn_lactic_acid_fermentation_by_bacteria_91(X) = fn_phosphate_group_5(fn_lactic_acid_fermentation_by_bacteria_90(X))
& fn_lactic_acid_fermentation_by_bacteria_103(X) = fn_electron_3(fn_lactic_acid_fermentation_by_bacteria_56(X))
& fn_lactic_acid_fermentation_by_bacteria_92(X) = fn_phosphate_group_22(fn_lactic_acid_fermentation_by_bacteria_89(X))
& fn_lactic_acid_fermentation_by_bacteria_92(X) = fn_phosphate_group_5(fn_lactic_acid_fermentation_by_bacteria_89(X))
& fn_lactic_acid_fermentation_by_bacteria_55(X) = fn_prokaryote_12(fn_lactic_acid_fermentation_by_bacteria_54(X))
& fn_lactic_acid_fermentation_by_bacteria_55(X) = fn_bacterium_16(fn_lactic_acid_fermentation_by_bacteria_54(X))
& fn_lactic_acid_fermentation_by_bacteria_47(X) = fn_1_comma_3_bisphosphoglycerate_2(fn_lactic_acid_fermentation_by_bacteria_119(X))
& fn_lactic_acid_fermentation_by_bacteria_110(X) = fn_oxidation_6(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_lactic_acid_fermentation_by_bacteria_104(X) = fn_oxidation_3(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_lactic_acid_fermentation_by_bacteria_105(X) = fn_oxidation_4(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_lactic_acid_fermentation_by_bacteria_50(X) = fn_lactic_acid_fermentation_72(X)
& fn_lactic_acid_fermentation_by_bacteria_55(X) = fn_lactic_acid_fermentation_34(X)
& fn_lactic_acid_fermentation_by_bacteria_120(X) = fn_lactic_acid_fermentation_52(X)
& fn_lactic_acid_fermentation_by_bacteria_121(X) = fn_lactic_acid_fermentation_53(X)
& fn_lactic_acid_fermentation_by_bacteria_42(X) = fn_lactic_acid_fermentation_25(X)
& fn_lactic_acid_fermentation_by_bacteria_124(X) = fn_lactic_acid_fermentation_74(X)
& fn_lactic_acid_fermentation_by_bacteria_70(X) = fn_lactic_acid_fermentation_79(X)
& fn_lactic_acid_fermentation_by_bacteria_67(X) = fn_lactic_acid_fermentation_40(X)
& fn_lactic_acid_fermentation_by_bacteria_78(X) = fn_lactic_acid_fermentation_30(X)
& fn_lactic_acid_fermentation_by_bacteria_81(X) = fn_lactic_acid_fermentation_3(X)
& fn_lactic_acid_fermentation_by_bacteria_80(X) = fn_lactic_acid_fermentation_4(X)
& fn_lactic_acid_fermentation_by_bacteria_79(X) = fn_lactic_acid_fermentation_29(X)
& fn_lactic_acid_fermentation_by_bacteria_66(X) = fn_lactic_acid_fermentation_39(X)
& fn_lactic_acid_fermentation_by_bacteria_64(X) = fn_lactic_acid_fermentation_38(X)
& fn_lactic_acid_fermentation_by_bacteria_62(X) = fn_lactic_acid_fermentation_7(X)
& fn_lactic_acid_fermentation_by_bacteria_62(X) = fn_lactic_acid_fermentation_6(X)
& fn_lactic_acid_fermentation_by_bacteria_65(X) = fn_lactic_acid_fermentation_37(X)
& fn_lactic_acid_fermentation_by_bacteria_57(X) = fn_lactic_acid_fermentation_19(X)
& fn_lactic_acid_fermentation_by_bacteria_44(X) = fn_lactic_acid_fermentation_70(X)
& fn_lactic_acid_fermentation_by_bacteria_45(X) = fn_lactic_acid_fermentation_78(X)
& fn_lactic_acid_fermentation_by_bacteria_44(X) = fn_lactic_acid_fermentation_77(X)
& fn_lactic_acid_fermentation_by_bacteria_43(X) = fn_lactic_acid_fermentation_70(X)
& fn_lactic_acid_fermentation_by_bacteria_43(X) = fn_lactic_acid_fermentation_77(X)
& fn_lactic_acid_fermentation_by_bacteria_131(X) = fn_lactic_acid_fermentation_70(X)
& fn_lactic_acid_fermentation_by_bacteria_119(X) = fn_lactic_acid_fermentation_71(X)
& fn_lactic_acid_fermentation_by_bacteria_41(X) = fn_lactic_acid_fermentation_78(X)
& fn_lactic_acid_fermentation_by_bacteria_63(X) = fn_lactic_acid_fermentation_41(X)
& fn_lactic_acid_fermentation_by_bacteria_114(X) = fn_lactic_acid_fermentation_5(X)
& fn_lactic_acid_fermentation_by_bacteria_124(X) = fn_lactic_acid_fermentation_13(X)
& fn_lactic_acid_fermentation_by_bacteria_115(X) = fn_lactic_acid_fermentation_46(X)
& fn_lactic_acid_fermentation_by_bacteria_113(X) = fn_lactic_acid_fermentation_45(X)
& fn_lactic_acid_fermentation_by_bacteria_117(X) = fn_lactic_acid_fermentation_27(X)
& fn_lactic_acid_fermentation_by_bacteria_102(X) = fn_lactic_acid_fermentation_14(X)
& fn_lactic_acid_fermentation_by_bacteria_60(X) = fn_lactic_acid_fermentation_22(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) = fn_oxidation_10(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_lactic_acid_fermentation_by_bacteria_88(X) = fn_lactic_acid_fermentation_11(X)
& fn_lactic_acid_fermentation_by_bacteria_127(X) = fn_oxidation_7(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_lactic_acid_fermentation_by_bacteria_127(X) = fn_lactic_acid_fermentation_32(X)
& fn_lactic_acid_fermentation_by_bacteria_38(X) = fn_oxidation_10(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_lactic_acid_fermentation_by_bacteria_38(X) = fn_lactic_acid_fermentation_25(X)
& fn_lactic_acid_fermentation_by_bacteria_69(X) = fn_lactic_acid_fermentation_31(X)
& fn_lactic_acid_fermentation_by_bacteria_68(X) = fn_lactic_acid_fermentation_36(X)
& fn_lactic_acid_fermentation_by_bacteria_74(X) = fn_lactic_acid_fermentation_8(X)
& fn_lactic_acid_fermentation_by_bacteria_71(X) = fn_lactic_acid_fermentation_35(X)
& fn_lactic_acid_fermentation_by_bacteria_71(X) = fn_enzyme_4(fn_lactic_acid_fermentation_by_bacteria_83(X))
& fn_lactic_acid_fermentation_by_bacteria_83(X) = fn_glycolysis_91(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_83(X) = fn_glycolysis_53(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_84(X) = fn_glycolysis_10(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_85(X) = fn_oxidation_5(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_lactic_acid_fermentation_by_bacteria_85(X) = fn_glycolysis_11(fn_lactic_acid_fermentation_by_bacteria_71(X))
& X = fn_glycolysis_14(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_107(X) = fn_glycolysis_34(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_57(X) = fn_oxidation_1(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_lactic_acid_fermentation_by_bacteria_58(X) = fn_oxidation_2(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_lactic_acid_fermentation_by_bacteria_57(X) = fn_glycolysis_32(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_39(X) = fn_glycolysis_101(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_106(X) = fn_oxidation_8(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_lactic_acid_fermentation_by_bacteria_106(X) = fn_glycolysis_33(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_124(X) = fn_glycolysis_108(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_64(X) = fn_glycolysis_15(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_66(X) = fn_glycolysis_67(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_67(X) = fn_glycolysis_56(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_65(X) = fn_glycolysis_68(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_61(X) = fn_glycolysis_27(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_87(X) = fn_glycolysis_28(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_124(X) = fn_glycolysis_88(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_58(X) = fn_glycolysis_49(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_59(X) = fn_glycolysis_50(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_60(X) = fn_glycolysis_26(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_53(X) = fn_lactic_acid_fermentation_51(X)
& fn_lactic_acid_fermentation_by_bacteria_53(X) = fn_glycolysis_17(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_108(X) = fn_lactic_acid_fermentation_20(X)
& fn_lactic_acid_fermentation_by_bacteria_108(X) = fn_glycolysis_22(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_109(X) = fn_lactic_acid_fermentation_21(X)
& fn_lactic_acid_fermentation_by_bacteria_56(X) = fn_lactic_acid_fermentation_18(X)
& fn_lactic_acid_fermentation_by_bacteria_109(X) = fn_glycolysis_21(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_69(X) = fn_oxidation_10(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_lactic_acid_fermentation_by_bacteria_56(X) = fn_oxidation_9(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_lactic_acid_fermentation_by_bacteria_69(X) = fn_oxidation_7(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_lactic_acid_fermentation_by_bacteria_69(X) = fn_glycolysis_78(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_56(X) = fn_glycolysis_19(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_49(X) = fn_glycolysis_8(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_51(X) = fn_glycolysis_35(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_70(X) = fn_glycolysis_75(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_64(X) = fn_glycolysis_69(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_119(X) = fn_glycolysis_57(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_128(X) = fn_glycolysis_5(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_126(X) = fn_glycolysis_48(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_68(X) = fn_glycolysis_55(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_40(X) = fn_glycolysis_101(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_39(X) = fn_glycolysis_20(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_63(X) = fn_glycolysis_79(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_127(X) = fn_glycolysis_74(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_126(X) = fn_glycolysis_80(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_51(X) = fn_glycolysis_81(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_88(X) = fn_glycolysis_77(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_50(X) = fn_glycolysis_73(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_lactic_acid_fermentation_by_bacteria_123(X) = fn_nad_plus_4(fn_lactic_acid_fermentation_by_bacteria_69(X))
& fn_lactic_acid_fermentation_by_bacteria_122(X) = fn_nad_plus_3(fn_lactic_acid_fermentation_by_bacteria_69(X))
& fn_lactic_acid_fermentation_by_bacteria_116(X) = fn_nad_plus_6(fn_lactic_acid_fermentation_by_bacteria_69(X))
& fn_lactic_acid_fermentation_by_bacteria_86(X) = fn_nad_plus_7(fn_lactic_acid_fermentation_by_bacteria_69(X))
& fn_lactic_acid_fermentation_by_bacteria_112(X) = fn_nad_plus_8(fn_lactic_acid_fermentation_by_bacteria_69(X))
& fn_lactic_acid_fermentation_by_bacteria_111(X) = fn_nad_plus_9(fn_lactic_acid_fermentation_by_bacteria_69(X))
& fn_lactic_acid_fermentation_by_bacteria_118(X) = fn_nad_plus_5(fn_lactic_acid_fermentation_by_bacteria_69(X))
& fn_lactic_acid_fermentation_by_bacteria_125(X) = fn_nad_plus_17(fn_lactic_acid_fermentation_by_bacteria_69(X))
& fn_lactic_acid_fermentation_by_bacteria_52(X) = fn_nad_plus_16(fn_lactic_acid_fermentation_by_bacteria_69(X))
& fn_lactic_acid_fermentation_by_bacteria_61(X) = fn_organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_69(X))
& fn_lactic_acid_fermentation_by_bacteria_61(X) = fn_nad_plus_20(fn_lactic_acid_fermentation_by_bacteria_69(X))
& fn_lactic_acid_fermentation_by_bacteria_127(X) = fn_nad_plus_1(fn_lactic_acid_fermentation_by_bacteria_69(X))
& fn_lactic_acid_fermentation_by_bacteria_101(X) = fn_nadh_13(fn_lactic_acid_fermentation_by_bacteria_127(X))
& fn_lactic_acid_fermentation_by_bacteria_100(X) = fn_nadh_12(fn_lactic_acid_fermentation_by_bacteria_127(X))
& fn_lactic_acid_fermentation_by_bacteria_99(X) = fn_nadh_10(fn_lactic_acid_fermentation_by_bacteria_127(X))
& fn_lactic_acid_fermentation_by_bacteria_93(X) = fn_nadh_6(fn_lactic_acid_fermentation_by_bacteria_127(X))
& fn_lactic_acid_fermentation_by_bacteria_94(X) = fn_nadh_7(fn_lactic_acid_fermentation_by_bacteria_127(X))
& fn_lactic_acid_fermentation_by_bacteria_96(X) = fn_nadh_9(fn_lactic_acid_fermentation_by_bacteria_127(X))
& fn_lactic_acid_fermentation_by_bacteria_98(X) = fn_nadh_2(fn_lactic_acid_fermentation_by_bacteria_127(X))
& fn_lactic_acid_fermentation_by_bacteria_97(X) = fn_nadh_11(fn_lactic_acid_fermentation_by_bacteria_127(X))
& fn_lactic_acid_fermentation_by_bacteria_95(X) = fn_nadh_8(fn_lactic_acid_fermentation_by_bacteria_127(X))
& fn_lactic_acid_fermentation_by_bacteria_69(X) = fn_nadh_5(fn_lactic_acid_fermentation_by_bacteria_127(X))
& fn_enzyme_2(fn_lactic_acid_fermentation_by_bacteria_83(X)) = fn_protein_enzyme_10(fn_lactic_acid_fermentation_by_bacteria_83(X))
& fn_protein_enzyme_10(fn_lactic_acid_fermentation_by_bacteria_83(X)) = fn_phosphate_group_22(fn_lactic_acid_fermentation_by_bacteria_90(X))
& fn_phosphate_group_22(fn_lactic_acid_fermentation_by_bacteria_90(X)) = fn_phosphate_group_5(fn_lactic_acid_fermentation_by_bacteria_90(X))
& fn_phosphate_group_5(fn_lactic_acid_fermentation_by_bacteria_90(X)) = fn_transfer_1(fn_lactic_acid_fermentation_by_bacteria_102(X))
& fn_transfer_1(fn_lactic_acid_fermentation_by_bacteria_102(X)) = fn_electron_3(fn_lactic_acid_fermentation_by_bacteria_56(X))
& fn_electron_3(fn_lactic_acid_fermentation_by_bacteria_56(X)) = fn_phosphate_group_22(fn_lactic_acid_fermentation_by_bacteria_89(X))
& fn_phosphate_group_22(fn_lactic_acid_fermentation_by_bacteria_89(X)) = fn_phosphate_group_5(fn_lactic_acid_fermentation_by_bacteria_89(X))
& fn_phosphate_group_5(fn_lactic_acid_fermentation_by_bacteria_89(X)) = fn_prokaryote_12(fn_lactic_acid_fermentation_by_bacteria_54(X))
& fn_prokaryote_12(fn_lactic_acid_fermentation_by_bacteria_54(X)) = fn_bacterium_16(fn_lactic_acid_fermentation_by_bacteria_54(X))
& fn_bacterium_16(fn_lactic_acid_fermentation_by_bacteria_54(X)) = fn_bacterium_16(fn_lactic_acid_fermentation_by_bacteria_54(X))
& fn_bacterium_16(fn_lactic_acid_fermentation_by_bacteria_54(X)) = fn_lactic_acid_fermentation_34(X)
& fn_lactic_acid_fermentation_34(X) = fn_oxidation_7(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_oxidation_7(fn_lactic_acid_fermentation_by_bacteria_108(X)) = fn_lactic_acid_fermentation_25(X)
& fn_lactic_acid_fermentation_25(X) = fn_lactic_acid_fermentation_6(X)
& fn_lactic_acid_fermentation_6(X) = fn_lactic_acid_fermentation_6(X)
& fn_lactic_acid_fermentation_6(X) = fn_lactic_acid_fermentation_7(X)
& fn_lactic_acid_fermentation_7(X) = fn_lactic_acid_fermentation_6(X)
& fn_lactic_acid_fermentation_6(X) = fn_lactic_acid_fermentation_70(X)
& fn_lactic_acid_fermentation_77(X) = fn_lactic_acid_fermentation_70(X)
& fn_lactic_acid_fermentation_70(X) = fn_lactic_acid_fermentation_77(X)
& fn_lactic_acid_fermentation_77(X) = fn_lactic_acid_fermentation_77(X)
& fn_lactic_acid_fermentation_77(X) = fn_lactic_acid_fermentation_25(X)
& fn_lactic_acid_fermentation_25(X) = fn_oxidation_10(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_oxidation_10(fn_lactic_acid_fermentation_by_bacteria_108(X)) = fn_lactic_acid_fermentation_25(X)
& fn_lactic_acid_fermentation_25(X) = fn_cheese_1(fn_lactic_acid_fermentation_by_bacteria_73(X))
& fn_cheese_1(fn_lactic_acid_fermentation_by_bacteria_73(X)) = fn_lactic_acid_fermentation_8(X)
& fn_lactic_acid_fermentation_8(X) = fn_lactic_acid_fermentation_8(X)
& fn_lactic_acid_fermentation_8(X) = fn_glycolysis_91(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_91(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_53(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_53(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_oxidation_5(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_oxidation_5(fn_lactic_acid_fermentation_by_bacteria_108(X)) = fn_glycolysis_11(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_11(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_oxidation_1(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_lactic_acid_fermentation_19(X) = fn_oxidation_1(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_oxidation_1(fn_lactic_acid_fermentation_by_bacteria_108(X)) = fn_lactic_acid_fermentation_19(X)
& fn_lactic_acid_fermentation_19(X) = fn_glycolysis_32(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_32(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_oxidation_8(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_oxidation_8(fn_lactic_acid_fermentation_by_bacteria_108(X)) = fn_oxidation_8(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_oxidation_8(fn_lactic_acid_fermentation_by_bacteria_108(X)) = fn_glycolysis_33(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_33(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_lactic_acid_fermentation_39(X)
& fn_lactic_acid_fermentation_39(X) = fn_lactic_acid_fermentation_39(X)
& fn_lactic_acid_fermentation_39(X) = fn_glycolysis_67(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_67(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_67(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_67(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_lactic_acid_fermentation_40(X)
& fn_lactic_acid_fermentation_40(X) = fn_glycolysis_56(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_56(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_56(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_56(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_lactic_acid_fermentation_37(X)
& fn_lactic_acid_fermentation_37(X) = fn_lactic_acid_fermentation_37(X)
& fn_lactic_acid_fermentation_37(X) = fn_glycolysis_68(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_68(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_68(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_68(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_lactic_acid_fermentation_74(X)
& fn_lactic_acid_fermentation_74(X) = fn_lactic_acid_fermentation_13(X)
& fn_lactic_acid_fermentation_13(X) = fn_lactic_acid_fermentation_13(X)
& fn_lactic_acid_fermentation_13(X) = fn_glycolysis_108(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_108(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_108(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_108(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_88(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_88(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_88(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_88(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_oxidation_2(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_oxidation_2(fn_lactic_acid_fermentation_by_bacteria_108(X)) = fn_oxidation_2(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_glycolysis_49(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_oxidation_2(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_oxidation_2(fn_lactic_acid_fermentation_by_bacteria_108(X)) = fn_glycolysis_49(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_49(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_49(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_49(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_lactic_acid_fermentation_22(X)
& fn_lactic_acid_fermentation_22(X) = fn_glycolysis_26(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_26(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_26(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_26(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_lactic_acid_fermentation_51(X)
& fn_lactic_acid_fermentation_51(X) = fn_lactic_acid_fermentation_51(X)
& fn_glycolysis_17(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_17(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_17(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_lactic_acid_fermentation_51(X)
& fn_lactic_acid_fermentation_51(X) = fn_glycolysis_17(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_17(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_lactic_acid_fermentation_20(X)
& fn_lactic_acid_fermentation_20(X) = fn_lactic_acid_fermentation_20(X)
& fn_glycolysis_22(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_22(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_22(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_lactic_acid_fermentation_20(X)
& fn_lactic_acid_fermentation_20(X) = fn_glycolysis_22(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_22(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_lactic_acid_fermentation_21(X)
& fn_lactic_acid_fermentation_21(X) = fn_lactic_acid_fermentation_21(X)
& fn_glycolysis_21(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_lactic_acid_fermentation_21(X)
& fn_lactic_acid_fermentation_21(X) = fn_glycolysis_21(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_21(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_21(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_21(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_lactic_acid_fermentation_18(X)
& fn_lactic_acid_fermentation_18(X) = fn_oxidation_9(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_oxidation_9(fn_lactic_acid_fermentation_by_bacteria_108(X)) = fn_oxidation_9(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_oxidation_9(fn_lactic_acid_fermentation_by_bacteria_108(X)) = fn_lactic_acid_fermentation_18(X)
& fn_lactic_acid_fermentation_18(X) = fn_lactic_acid_fermentation_18(X)
& fn_glycolysis_19(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_lactic_acid_fermentation_18(X)
& fn_lactic_acid_fermentation_18(X) = fn_glycolysis_19(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_19(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_19(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_19(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_lactic_acid_fermentation_79(X)
& fn_lactic_acid_fermentation_79(X) = fn_lactic_acid_fermentation_79(X)
& fn_lactic_acid_fermentation_79(X) = fn_glycolysis_75(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_75(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_75(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_75(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_lactic_acid_fermentation_38(X)
& fn_lactic_acid_fermentation_38(X) = fn_lactic_acid_fermentation_38(X)
& fn_lactic_acid_fermentation_38(X) = fn_glycolysis_15(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_15(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_15(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_15(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_69(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_69(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_69(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_69(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_lactic_acid_fermentation_71(X)
& fn_lactic_acid_fermentation_71(X) = fn_lactic_acid_fermentation_71(X)
& fn_lactic_acid_fermentation_71(X) = fn_glycolysis_57(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_57(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_57(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_57(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_lactic_acid_fermentation_36(X)
& fn_lactic_acid_fermentation_36(X) = fn_lactic_acid_fermentation_36(X)
& fn_lactic_acid_fermentation_36(X) = fn_glycolysis_55(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_55(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_55(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_55(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_101(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_101(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_20(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_20(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_20(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_20(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_lactic_acid_fermentation_41(X)
& fn_lactic_acid_fermentation_41(X) = fn_lactic_acid_fermentation_41(X)
& fn_lactic_acid_fermentation_41(X) = fn_glycolysis_79(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_79(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_79(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_79(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_48(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_48(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_48(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_48(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_80(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_80(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_80(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_80(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_81(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_81(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_35(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_35(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_35(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_35(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_81(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_81(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_81(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_81(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_64(X))
& fn_synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_64(X)) = fn_synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_65(X))
& fn_synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_65(X)) = fn_lactic_acid_fermentation_11(X)
& fn_lactic_acid_fermentation_11(X) = fn_lactic_acid_fermentation_11(X)
& fn_lactic_acid_fermentation_11(X) = fn_glycolysis_77(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_77(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_77(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_77(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_lactic_acid_fermentation_72(X)
& fn_lactic_acid_fermentation_72(X) = fn_glycolysis_73(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_73(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_73(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_73(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_enzyme_4(fn_lactic_acid_fermentation_by_bacteria_83(X))
& fn_enzyme_4(fn_lactic_acid_fermentation_by_bacteria_83(X)) = fn_lactic_acid_fermentation_35(X)
& fn_lactic_acid_fermentation_35(X) = fn_lactic_acid_fermentation_35(X)
& fn_lactic_acid_fermentation_35(X) = fn_enzyme_4(fn_lactic_acid_fermentation_by_bacteria_83(X))
& fn_enzyme_4(fn_lactic_acid_fermentation_by_bacteria_83(X)) = fn_glycolysis_27(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_27(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_69(X))
& fn_organic_molecule_1(fn_lactic_acid_fermentation_by_bacteria_69(X)) = fn_glycolysis_27(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_27(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_27(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_27(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_nad_plus_20(fn_lactic_acid_fermentation_by_bacteria_69(X))
& fn_nad_plus_20(fn_lactic_acid_fermentation_by_bacteria_69(X)) = fn_nad_plus_20(fn_lactic_acid_fermentation_by_bacteria_69(X))
& fn_nad_plus_20(fn_lactic_acid_fermentation_by_bacteria_69(X)) = fn_oxidation_7(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_oxidation_7(fn_lactic_acid_fermentation_by_bacteria_108(X)) = fn_oxidation_10(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_lactic_acid_fermentation_31(X) = fn_oxidation_7(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_oxidation_7(fn_lactic_acid_fermentation_by_bacteria_108(X)) = fn_lactic_acid_fermentation_31(X)
& fn_lactic_acid_fermentation_31(X) = fn_lactic_acid_fermentation_31(X)
& fn_lactic_acid_fermentation_31(X) = fn_glycolysis_78(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_78(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_78(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_78(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_nadh_5(fn_lactic_acid_fermentation_by_bacteria_127(X))
& fn_nadh_5(fn_lactic_acid_fermentation_by_bacteria_127(X)) = fn_nadh_5(fn_lactic_acid_fermentation_by_bacteria_127(X))
& fn_nadh_5(fn_lactic_acid_fermentation_by_bacteria_127(X)) = fn_reducing_agent_2(fn_lactic_acid_fermentation_by_bacteria_107(X))
& fn_reducing_agent_2(fn_lactic_acid_fermentation_by_bacteria_107(X)) = fn_oxidation_10(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_oxidation_10(fn_lactic_acid_fermentation_by_bacteria_108(X)) = fn_oxidation_10(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_oxidation_10(fn_lactic_acid_fermentation_by_bacteria_108(X)) = fn_oxidation_7(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_oxidation_7(fn_lactic_acid_fermentation_by_bacteria_108(X)) = fn_oxidation_7(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_lactic_acid_fermentation_32(X) = fn_oxidation_7(fn_lactic_acid_fermentation_by_bacteria_108(X))
& fn_oxidation_7(fn_lactic_acid_fermentation_by_bacteria_108(X)) = fn_lactic_acid_fermentation_32(X)
& fn_lactic_acid_fermentation_32(X) = fn_lactic_acid_fermentation_32(X)
& fn_lactic_acid_fermentation_32(X) = fn_glycolysis_74(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_74(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_glycolysis_74(fn_lactic_acid_fermentation_by_bacteria_71(X))
& fn_glycolysis_74(fn_lactic_acid_fermentation_by_bacteria_71(X)) = fn_nad_plus_1(fn_lactic_acid_fermentation_by_bacteria_69(X))
& fn_nad_plus_1(fn_lactic_acid_fermentation_by_bacteria_69(X)) = fn_nad_plus_1(fn_lactic_acid_fermentation_by_bacteria_69(X)) ) ) ).
fof(a530577,axiom,
! [X] :
( lactic_acid_fermentation_by_fungi_1(X)
=> ( original_name_2(X,'Lactic-Acid-Fermentation-By-Fungi')
& user_description_2(X,'Lactic acid fermentation by fungi is the process of fermentation of sugars by fungi which results in byproduct Lactate.')
& concept2words_2(X,ferment)
& concept2words_2(X,convert)
& concept2words_2(X,'lactic acid fermentation by fungus')
& concept2words_2(X,'lactic-acid-fermentation-by-fungi')
& lactic_acid_fermentation_1(X)
& time_interval_1(fn_lactic_acid_fermentation_by_fungi_1(X))
& oxygen_1(fn_lactic_acid_fermentation_by_fungi_2(X))
& water_molecule_1(fn_lactic_acid_fermentation_by_fungi_3(X))
& activation_energy_1(fn_lactic_acid_fermentation_by_fungi_4(X))
& chemical_energy_1(fn_lactic_acid_fermentation_by_fungi_5(X))
& tangible_entity_1(fn_lactic_acid_fermentation_by_fungi_6(X))
& free_energy_1(fn_lactic_acid_fermentation_by_fungi_6(X))
& waste_product_1(fn_lactic_acid_fermentation_by_fungi_7(X))
& chemical_energy_1(fn_lactic_acid_fermentation_by_fungi_8(X))
& entity_1(fn_lactic_acid_fermentation_by_fungi_10(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_fungi_10(X))
& atom_1(fn_lactic_acid_fermentation_by_fungi_10(X))
& carbon_1(fn_lactic_acid_fermentation_by_fungi_10(X))
& structural_complexity_value_1(fn_lactic_acid_fermentation_by_fungi_11(X))
& structural_complexity_value_1(fn_lactic_acid_fermentation_by_fungi_13(X))
& atom_1(fn_lactic_acid_fermentation_by_fungi_14(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_fungi_14(X))
& carbon_1(fn_lactic_acid_fermentation_by_fungi_15(X))
& phosphorylation_1(fn_lactic_acid_fermentation_by_fungi_16(X))
& glycolysis_1(fn_lactic_acid_fermentation_by_fungi_17(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_fungi_18(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_fungi_18(X))
& nadh_1(fn_lactic_acid_fermentation_by_fungi_18(X))
& molecule_1(fn_lactic_acid_fermentation_by_fungi_18(X))
& spatial_entity_1(fn_lactic_acid_fermentation_by_fungi_19(X))
& tangible_entity_1(fn_lactic_acid_fermentation_by_fungi_19(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_fungi_19(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_fungi_19(X))
& nad_plus_1(fn_lactic_acid_fermentation_by_fungi_19(X))
& molecule_1(fn_lactic_acid_fermentation_by_fungi_19(X))
& molecule_1(fn_lactic_acid_fermentation_by_fungi_20(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_fungi_20(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_fungi_20(X))
& adp_1(fn_lactic_acid_fermentation_by_fungi_20(X))
& molecule_1(fn_lactic_acid_fermentation_by_fungi_21(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_fungi_21(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_fungi_21(X))
& adp_1(fn_lactic_acid_fermentation_by_fungi_21(X))
& synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_by_fungi_22(X))
& chemical_reaction_1(fn_lactic_acid_fermentation_by_fungi_22(X))
& synthesis_of_atp_1(fn_lactic_acid_fermentation_by_fungi_22(X))
& substrate_level_phosphorylation_1(fn_lactic_acid_fermentation_by_fungi_22(X))
& chemical_reaction_1(fn_lactic_acid_fermentation_by_fungi_23(X))
& synthesis_of_atp_1(fn_lactic_acid_fermentation_by_fungi_23(X))
& substrate_level_phosphorylation_1(fn_lactic_acid_fermentation_by_fungi_23(X))
& anabolic_pathway_1(fn_lactic_acid_fermentation_by_fungi_23(X))
& cheese_1(fn_lactic_acid_fermentation_by_fungi_24(X))
& yogurt_1(fn_lactic_acid_fermentation_by_fungi_25(X))
& lactate_1(fn_lactic_acid_fermentation_by_fungi_26(X))
& lactate_1(fn_lactic_acid_fermentation_by_fungi_27(X))
& produce_1(fn_lactic_acid_fermentation_by_fungi_28(X))
& produce_1(fn_lactic_acid_fermentation_by_fungi_29(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_fungi_30(X))
& pyruvate_1(fn_lactic_acid_fermentation_by_fungi_30(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_fungi_30(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_fungi_31(X))
& molecule_1(fn_lactic_acid_fermentation_by_fungi_31(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_fungi_31(X))
& ribonucleotide_1(fn_lactic_acid_fermentation_by_fungi_31(X))
& nucleoside_triphosphate_1(fn_lactic_acid_fermentation_by_fungi_31(X))
& atp_1(fn_lactic_acid_fermentation_by_fungi_31(X))
& entity_1(fn_lactic_acid_fermentation_by_fungi_32(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_fungi_32(X))
& oxygen_1(fn_lactic_acid_fermentation_by_fungi_32(X))
& atom_1(fn_lactic_acid_fermentation_by_fungi_32(X))
& mixture_1(fn_lactic_acid_fermentation_by_fungi_33(X))
& cytoplasm_1(fn_lactic_acid_fermentation_by_fungi_33(X))
& cell_1(fn_lactic_acid_fermentation_by_fungi_34(X))
& fungal_cell_1(fn_lactic_acid_fermentation_by_fungi_34(X))
& chemical_entity_1(fn_lactic_acid_fermentation_by_fungi_35(X))
& monosaccharide_1(fn_lactic_acid_fermentation_by_fungi_35(X))
& glucose_1(fn_lactic_acid_fermentation_by_fungi_35(X))
& aldehyde_1(fn_lactic_acid_fermentation_by_fungi_35(X))
& carbohydrate_1(fn_lactic_acid_fermentation_by_fungi_35(X))
& aldose_1(fn_lactic_acid_fermentation_by_fungi_35(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_fungi_35(X))
& chemical_reaction_1(fn_lactic_acid_fermentation_by_fungi_36(X))
& redox_reaction_1(fn_lactic_acid_fermentation_by_fungi_36(X))
& atom_1(fn_lactic_acid_fermentation_by_fungi_37(X))
& electronegativity_value_1(fn_lactic_acid_fermentation_by_fungi_38(X))
& electronegativity_value_1(fn_lactic_acid_fermentation_by_fungi_39(X))
& atom_1(fn_lactic_acid_fermentation_by_fungi_40(X))
& tangible_entity_1(fn_lactic_acid_fermentation_by_fungi_41(X))
& electron_1(fn_lactic_acid_fermentation_by_fungi_41(X))
& reduction_1(fn_lactic_acid_fermentation_by_fungi_42(X))
& oxidation_1(fn_lactic_acid_fermentation_by_fungi_43(X))
& electronegative_element_1(fn_lactic_acid_fermentation_by_fungi_46(X))
& phosphate_group_1(fn_lactic_acid_fermentation_by_fungi_47(X))
& atom_1(fn_lactic_acid_fermentation_by_fungi_48(X))
& structural_complexity_value_1(fn_lactic_acid_fermentation_by_fungi_49(X))
& organic_molecule_1(fn_lactic_acid_fermentation_by_fungi_50(X))
& produce_1(fn_cheese_3(fn_lactic_acid_fermentation_by_fungi_24(X)))
& produce_1(fn_yogurt_8(fn_lactic_acid_fermentation_by_fungi_25(X)))
& property_node_1(fn_glycolysis_8(fn_lactic_acid_fermentation_by_fungi_17(X)))
& entity_1(fn_glycolysis_27(fn_lactic_acid_fermentation_by_fungi_17(X)))
& chemical_entity_1(fn_glycolysis_27(fn_lactic_acid_fermentation_by_fungi_17(X)))
& atom_1(fn_glycolysis_27(fn_lactic_acid_fermentation_by_fungi_17(X)))
& carbon_1(fn_glycolysis_27(fn_lactic_acid_fermentation_by_fungi_17(X)))
& atom_1(fn_organic_molecule_2(fn_lactic_acid_fermentation_by_fungi_31(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_lactic_acid_fermentation_by_fungi_31(X)))
& carbon_1(fn_organic_molecule_1(fn_lactic_acid_fermentation_by_fungi_31(X)))
& chemical_reaction_1(fn_glycolysis_68(fn_lactic_acid_fermentation_by_fungi_17(X)))
& synthesis_of_atp_1(fn_glycolysis_68(fn_lactic_acid_fermentation_by_fungi_17(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_68(fn_lactic_acid_fermentation_by_fungi_17(X)))
& anabolic_pathway_1(fn_glycolysis_68(fn_lactic_acid_fermentation_by_fungi_17(X)))
& phosphorylation_1(fn_glycolysis_64(fn_lactic_acid_fermentation_by_fungi_17(X)))
& oxygen_1(fn_phosphate_group_5(fn_lactic_acid_fermentation_by_fungi_47(X)))
& entity_1(fn_phosphate_group_5(fn_lactic_acid_fermentation_by_fungi_47(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_lactic_acid_fermentation_by_fungi_47(X)))
& atom_1(fn_phosphate_group_5(fn_lactic_acid_fermentation_by_fungi_47(X)))
& entity_1(fn_phosphate_group_22(fn_lactic_acid_fermentation_by_fungi_47(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_lactic_acid_fermentation_by_fungi_47(X)))
& atom_1(fn_phosphate_group_22(fn_lactic_acid_fermentation_by_fungi_47(X)))
& oxygen_1(fn_phosphate_group_22(fn_lactic_acid_fermentation_by_fungi_47(X)))
& atom_1(fn_chemical_element_11(fn_lactic_acid_fermentation_by_fungi_46(X)))
& atom_1(fn_chemical_element_12(fn_lactic_acid_fermentation_by_fungi_46(X)))
& tangible_entity_1(fn_waste_1(fn_lactic_acid_fermentation_by_fungi_7(X)))
& mixture_1(fn_fungal_cell_19(fn_lactic_acid_fermentation_by_fungi_34(X)))
& cytoplasm_1(fn_fungal_cell_19(fn_lactic_acid_fermentation_by_fungi_34(X)))
& lactate_1(fn_yogurt_7(fn_lactic_acid_fermentation_by_fungi_25(X)))
& lactate_1(fn_cheese_1(fn_lactic_acid_fermentation_by_fungi_24(X)))
& chemical_energy_1(fn_glycolysis_108(fn_lactic_acid_fermentation_by_fungi_17(X)))
& property_node_1(fn_synthesis_of_atp_26(fn_lactic_acid_fermentation_by_fungi_23(X)))
& property_node_1(fn_substrate_level_phosphorylation_19(fn_lactic_acid_fermentation_by_fungi_22(X)))
& property_node_1(fn_glycolysis_5(fn_lactic_acid_fermentation_by_fungi_17(X)))
& pyruvate_1(fn_yogurt_5(fn_lactic_acid_fermentation_by_fungi_25(X)))
& pyruvate_1(fn_glycolysis_55(fn_lactic_acid_fermentation_by_fungi_17(X)))
& chemical_entity_1(fn_glycolysis_55(fn_lactic_acid_fermentation_by_fungi_17(X)))
& chemical_energy_1(fn_glycolysis_88(fn_lactic_acid_fermentation_by_fungi_17(X)))
& spatial_entity_1(fn_glycolysis_78(fn_lactic_acid_fermentation_by_fungi_17(X)))
& tangible_entity_1(fn_glycolysis_78(fn_lactic_acid_fermentation_by_fungi_17(X)))
& chemical_entity_1(fn_glycolysis_78(fn_lactic_acid_fermentation_by_fungi_17(X)))
& organic_molecule_1(fn_glycolysis_78(fn_lactic_acid_fermentation_by_fungi_17(X)))
& nad_plus_1(fn_glycolysis_78(fn_lactic_acid_fermentation_by_fungi_17(X)))
& molecule_1(fn_glycolysis_78(fn_lactic_acid_fermentation_by_fungi_17(X)))
& structural_complexity_value_1(fn_synthesis_of_atp_22(fn_lactic_acid_fermentation_by_fungi_23(X)))
& structural_complexity_value_1(fn_substrate_level_phosphorylation_10(fn_lactic_acid_fermentation_by_fungi_22(X)))
& structural_complexity_value_1(fn_glycolysis_35(fn_lactic_acid_fermentation_by_fungi_17(X)))
& structural_complexity_value_1(fn_glycolysis_81(fn_lactic_acid_fermentation_by_fungi_17(X)))
& structural_complexity_value_1(fn_synthesis_of_atp_23(fn_lactic_acid_fermentation_by_fungi_23(X)))
& structural_complexity_value_1(fn_substrate_level_phosphorylation_16(fn_lactic_acid_fermentation_by_fungi_22(X)))
& structural_complexity_value_1(fn_glycolysis_48(fn_lactic_acid_fermentation_by_fungi_17(X)))
& structural_complexity_value_1(fn_glycolysis_80(fn_lactic_acid_fermentation_by_fungi_17(X)))
& organic_molecule_1(fn_glycolysis_74(fn_lactic_acid_fermentation_by_fungi_17(X)))
& nadh_1(fn_glycolysis_74(fn_lactic_acid_fermentation_by_fungi_17(X)))
& molecule_1(fn_glycolysis_74(fn_lactic_acid_fermentation_by_fungi_17(X)))
& chemical_entity_1(fn_glycolysis_77(fn_lactic_acid_fermentation_by_fungi_17(X)))
& monosaccharide_1(fn_glycolysis_77(fn_lactic_acid_fermentation_by_fungi_17(X)))
& glucose_1(fn_glycolysis_77(fn_lactic_acid_fermentation_by_fungi_17(X)))
& aldehyde_1(fn_glycolysis_77(fn_lactic_acid_fermentation_by_fungi_17(X)))
& carbohydrate_1(fn_glycolysis_77(fn_lactic_acid_fermentation_by_fungi_17(X)))
& aldose_1(fn_glycolysis_77(fn_lactic_acid_fermentation_by_fungi_17(X)))
& organic_molecule_1(fn_synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_by_fungi_22(X)))
& chemical_reaction_1(fn_glycolysis_15(fn_lactic_acid_fermentation_by_fungi_17(X)))
& synthesis_of_atp_1(fn_glycolysis_15(fn_lactic_acid_fermentation_by_fungi_17(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_15(fn_lactic_acid_fermentation_by_fungi_17(X)))
& chemical_reaction_1(fn_glycolysis_16(fn_lactic_acid_fermentation_by_fungi_17(X)))
& synthesis_of_atp_1(fn_glycolysis_16(fn_lactic_acid_fermentation_by_fungi_17(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_16(fn_lactic_acid_fermentation_by_fungi_17(X)))
& synthesis_of_organic_molecule_1(fn_glycolysis_69(fn_lactic_acid_fermentation_by_fungi_17(X)))
& chemical_reaction_1(fn_glycolysis_69(fn_lactic_acid_fermentation_by_fungi_17(X)))
& synthesis_of_atp_1(fn_glycolysis_69(fn_lactic_acid_fermentation_by_fungi_17(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_69(fn_lactic_acid_fermentation_by_fungi_17(X)))
& molecule_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_22(X)))
& chemical_entity_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_22(X)))
& ribonucleotide_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_22(X)))
& nucleoside_triphosphate_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_22(X)))
& atp_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_22(X)))
& molecule_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_23(X)))
& chemical_entity_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_23(X)))
& ribonucleotide_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_23(X)))
& nucleoside_triphosphate_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_23(X)))
& atp_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_23(X)))
& organic_molecule_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_23(X)))
& molecule_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_23(X)))
& chemical_entity_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_23(X)))
& ribonucleotide_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_23(X)))
& nucleoside_triphosphate_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_23(X)))
& atp_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_23(X)))
& organic_molecule_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_22(X)))
& molecule_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_22(X)))
& chemical_entity_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_22(X)))
& ribonucleotide_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_22(X)))
& nucleoside_triphosphate_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_22(X)))
& atp_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_22(X)))
& organic_molecule_1(fn_glycolysis_75(fn_lactic_acid_fermentation_by_fungi_17(X)))
& molecule_1(fn_glycolysis_75(fn_lactic_acid_fermentation_by_fungi_17(X)))
& chemical_entity_1(fn_glycolysis_75(fn_lactic_acid_fermentation_by_fungi_17(X)))
& ribonucleotide_1(fn_glycolysis_75(fn_lactic_acid_fermentation_by_fungi_17(X)))
& nucleoside_triphosphate_1(fn_glycolysis_75(fn_lactic_acid_fermentation_by_fungi_17(X)))
& atp_1(fn_glycolysis_75(fn_lactic_acid_fermentation_by_fungi_17(X)))
& activation_energy_1(fn_glycolysis_70(fn_lactic_acid_fermentation_by_fungi_17(X)))
& organic_molecule_1(fn_substrate_level_phosphorylation_4(fn_lactic_acid_fermentation_by_fungi_23(X)))
& organic_molecule_1(fn_substrate_level_phosphorylation_4(fn_lactic_acid_fermentation_by_fungi_22(X)))
& adp_1(fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_by_fungi_23(X)))
& adp_1(fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_by_fungi_22(X)))
& organic_molecule_1(fn_glycolysis_13(fn_lactic_acid_fermentation_by_fungi_17(X)))
& chemical_entity_1(fn_glycolysis_13(fn_lactic_acid_fermentation_by_fungi_17(X)))
& adp_1(fn_glycolysis_13(fn_lactic_acid_fermentation_by_fungi_17(X)))
& chemical_entity_1(fn_glycolysis_63(fn_lactic_acid_fermentation_by_fungi_17(X)))
& organic_molecule_1(fn_glycolysis_63(fn_lactic_acid_fermentation_by_fungi_17(X)))
& adp_1(fn_glycolysis_63(fn_lactic_acid_fermentation_by_fungi_17(X)))
& molecule_1(fn_glycolysis_62(fn_lactic_acid_fermentation_by_fungi_17(X)))
& organic_molecule_1(fn_glycolysis_62(fn_lactic_acid_fermentation_by_fungi_17(X)))
& chemical_entity_1(fn_glycolysis_62(fn_lactic_acid_fermentation_by_fungi_17(X)))
& adp_1(fn_glycolysis_62(fn_lactic_acid_fermentation_by_fungi_17(X)))
& possesses_2(fn_lactic_acid_fermentation_by_fungi_50(X),fn_lactic_acid_fermentation_by_fungi_5(X))
& result_2(X,fn_lactic_acid_fermentation_by_fungi_35(X))
& result_2(X,fn_lactic_acid_fermentation_by_fungi_26(X))
& possesses_2(fn_lactic_acid_fermentation_by_fungi_3(X),fn_lactic_acid_fermentation_by_fungi_8(X))
& fn_lactic_acid_fermentation_by_fungi_32(X) != fn_lactic_acid_fermentation_by_fungi_10(X)
& time_before_2(fn_lactic_acid_fermentation_by_fungi_1(X),fn_lactic_acid_fermentation_by_fungi_1(X))
& by_means_of_2(fn_lactic_acid_fermentation_by_fungi_29(X),X)
& by_means_of_2(fn_lactic_acid_fermentation_by_fungi_28(X),X)
& fn_lactic_acid_fermentation_by_fungi_27(X) != fn_lactic_acid_fermentation_by_fungi_26(X)
& fn_lactic_acid_fermentation_by_fungi_27(X) != fn_lactic_acid_fermentation_by_fungi_19(X)
& possesses_2(fn_lactic_acid_fermentation_by_fungi_27(X),fn_lactic_acid_fermentation_by_fungi_8(X))
& fn_lactic_acid_fermentation_by_fungi_26(X) != fn_lactic_acid_fermentation_by_fungi_27(X)
& time_during_2(fn_lactic_acid_fermentation_by_fungi_23(X),fn_lactic_acid_fermentation_by_fungi_1(X))
& result_2(fn_lactic_acid_fermentation_by_fungi_23(X),fn_lactic_acid_fermentation_by_fungi_35(X))
& time_during_2(fn_lactic_acid_fermentation_by_fungi_22(X),fn_lactic_acid_fermentation_by_fungi_1(X))
& fn_lactic_acid_fermentation_by_fungi_19(X) != fn_lactic_acid_fermentation_by_fungi_27(X)
& result_2(fn_lactic_acid_fermentation_by_fungi_17(X),fn_lactic_acid_fermentation_by_fungi_3(X))
& result_2(fn_lactic_acid_fermentation_by_fungi_17(X),fn_lactic_acid_fermentation_by_fungi_35(X))
& raw_material_2(fn_lactic_acid_fermentation_by_fungi_17(X),fn_lactic_acid_fermentation_by_fungi_31(X))
& fn_lactic_acid_fermentation_by_fungi_2(X) != fn_lactic_acid_fermentation_by_fungi_10(X)
& fn_lactic_acid_fermentation_by_fungi_10(X) != fn_lactic_acid_fermentation_by_fungi_2(X)
& fn_lactic_acid_fermentation_by_fungi_10(X) != fn_lactic_acid_fermentation_by_fungi_32(X)
& in_event_2(fn_lactic_acid_fermentation_by_fungi_7(X),X)
& base_2(X,fn_lactic_acid_fermentation_by_fungi_34(X))
& plays_2(fn_lactic_acid_fermentation_by_fungi_6(X),fn_lactic_acid_fermentation_by_fungi_7(X))
& is_inside_2(fn_lactic_acid_fermentation_by_fungi_32(X),fn_lactic_acid_fermentation_by_fungi_47(X))
& result_2(fn_lactic_acid_fermentation_by_fungi_28(X),fn_lactic_acid_fermentation_by_fungi_24(X))
& has_part_2(fn_lactic_acid_fermentation_by_fungi_24(X),fn_lactic_acid_fermentation_by_fungi_27(X))
& has_part_2(fn_lactic_acid_fermentation_by_fungi_34(X),fn_lactic_acid_fermentation_by_fungi_33(X))
& has_part_2(fn_lactic_acid_fermentation_by_fungi_46(X),fn_lactic_acid_fermentation_by_fungi_48(X))
& same_type_2(fn_lactic_acid_fermentation_by_fungi_32(X),fn_lactic_acid_fermentation_by_fungi_48(X))
& same_type_2(fn_lactic_acid_fermentation_by_fungi_48(X),fn_lactic_acid_fermentation_by_fungi_32(X))
& result_2(fn_lactic_acid_fermentation_by_fungi_29(X),fn_lactic_acid_fermentation_by_fungi_25(X))
& has_part_2(fn_lactic_acid_fermentation_by_fungi_25(X),fn_lactic_acid_fermentation_by_fungi_26(X))
& fn_lactic_acid_fermentation_by_fungi_30(X) != fn_lactic_acid_fermentation_by_fungi_26(X)
& fn_lactic_acid_fermentation_by_fungi_26(X) != fn_lactic_acid_fermentation_by_fungi_30(X)
& raw_material_2(X,fn_lactic_acid_fermentation_by_fungi_4(X))
& result_2(X,fn_lactic_acid_fermentation_by_fungi_6(X))
& greater_than_2(fn_lactic_acid_fermentation_by_fungi_49(X),fn_lactic_acid_fermentation_by_fungi_13(X))
& raw_material_2(X,fn_lactic_acid_fermentation_by_fungi_50(X))
& structural_complexity_2(fn_lactic_acid_fermentation_by_fungi_50(X),fn_lactic_acid_fermentation_by_fungi_49(X))
& possesses_2(fn_lactic_acid_fermentation_by_fungi_31(X),fn_lactic_acid_fermentation_by_fungi_5(X))
& result_2(X,fn_lactic_acid_fermentation_by_fungi_31(X))
& result_2(fn_lactic_acid_fermentation_by_fungi_22(X),fn_lactic_acid_fermentation_by_fungi_31(X))
& subevent_2(fn_lactic_acid_fermentation_by_fungi_36(X),fn_lactic_acid_fermentation_by_fungi_42(X))
& object_2(fn_lactic_acid_fermentation_by_fungi_43(X),fn_lactic_acid_fermentation_by_fungi_41(X))
& possesses_2(fn_lactic_acid_fermentation_by_fungi_26(X),fn_lactic_acid_fermentation_by_fungi_8(X))
& site_2(X,fn_lactic_acid_fermentation_by_fungi_33(X))
& recipient_2(fn_lactic_acid_fermentation_by_fungi_42(X),fn_lactic_acid_fermentation_by_fungi_30(X))
& result_2(X,fn_lactic_acid_fermentation_by_fungi_30(X))
& subevent_2(X,fn_lactic_acid_fermentation_by_fungi_17(X))
& object_2(fn_lactic_acid_fermentation_by_fungi_42(X),fn_lactic_acid_fermentation_by_fungi_41(X))
& donor_2(fn_lactic_acid_fermentation_by_fungi_42(X),fn_lactic_acid_fermentation_by_fungi_18(X))
& donor_2(fn_lactic_acid_fermentation_by_fungi_43(X),fn_lactic_acid_fermentation_by_fungi_18(X))
& subevent_2(fn_lactic_acid_fermentation_by_fungi_36(X),fn_lactic_acid_fermentation_by_fungi_43(X))
& result_2(fn_lactic_acid_fermentation_by_fungi_36(X),fn_lactic_acid_fermentation_by_fungi_27(X))
& has_function_2(fn_lactic_acid_fermentation_by_fungi_30(X),fn_lactic_acid_fermentation_by_fungi_43(X))
& recipient_2(fn_lactic_acid_fermentation_by_fungi_43(X),fn_lactic_acid_fermentation_by_fungi_30(X))
& has_atom_2(fn_lactic_acid_fermentation_by_fungi_30(X),fn_lactic_acid_fermentation_by_fungi_37(X))
& electronegativity_2(fn_lactic_acid_fermentation_by_fungi_37(X),fn_lactic_acid_fermentation_by_fungi_38(X))
& subevent_2(X,fn_lactic_acid_fermentation_by_fungi_36(X))
& raw_material_2(fn_lactic_acid_fermentation_by_fungi_36(X),fn_lactic_acid_fermentation_by_fungi_30(X))
& fn_lactic_acid_fermentation_by_fungi_30(X) != fn_lactic_acid_fermentation_by_fungi_41(X)
& fn_lactic_acid_fermentation_by_fungi_27(X) != fn_lactic_acid_fermentation_by_fungi_30(X)
& fn_lactic_acid_fermentation_by_fungi_30(X) != fn_lactic_acid_fermentation_by_fungi_27(X)
& fn_lactic_acid_fermentation_by_fungi_41(X) != fn_lactic_acid_fermentation_by_fungi_30(X)
& has_atom_2(fn_lactic_acid_fermentation_by_fungi_18(X),fn_lactic_acid_fermentation_by_fungi_40(X))
& electronegativity_2(fn_lactic_acid_fermentation_by_fungi_40(X),fn_lactic_acid_fermentation_by_fungi_39(X))
& greater_than_or_equal_to_2(fn_lactic_acid_fermentation_by_fungi_38(X),fn_lactic_acid_fermentation_by_fungi_39(X))
& greater_than_2(fn_lactic_acid_fermentation_by_fungi_38(X),fn_lactic_acid_fermentation_by_fungi_39(X))
& raw_material_2(X,fn_lactic_acid_fermentation_by_fungi_35(X))
& fn_lactic_acid_fermentation_by_fungi_18(X) != fn_lactic_acid_fermentation_by_fungi_35(X)
& fn_lactic_acid_fermentation_by_fungi_30(X) != fn_lactic_acid_fermentation_by_fungi_18(X)
& fn_lactic_acid_fermentation_by_fungi_18(X) != fn_lactic_acid_fermentation_by_fungi_30(X)
& fn_lactic_acid_fermentation_by_fungi_35(X) != fn_lactic_acid_fermentation_by_fungi_18(X)
& result_2(fn_lactic_acid_fermentation_by_fungi_17(X),fn_lactic_acid_fermentation_by_fungi_27(X))
& first_subevent_2(X,fn_lactic_acid_fermentation_by_fungi_17(X))
& result_2(X,fn_lactic_acid_fermentation_by_fungi_18(X))
& fn_lactic_acid_fermentation_by_fungi_41(X) != fn_lactic_acid_fermentation_by_fungi_18(X)
& fn_lactic_acid_fermentation_by_fungi_18(X) != fn_lactic_acid_fermentation_by_fungi_41(X)
& raw_material_2(X,fn_lactic_acid_fermentation_by_fungi_19(X))
& result_2(fn_lactic_acid_fermentation_by_fungi_36(X),fn_lactic_acid_fermentation_by_fungi_19(X))
& raw_material_2(fn_lactic_acid_fermentation_by_fungi_36(X),fn_lactic_acid_fermentation_by_fungi_18(X))
& fn_lactic_acid_fermentation_by_fungi_30(X) != fn_lactic_acid_fermentation_by_fungi_19(X)
& fn_lactic_acid_fermentation_by_fungi_19(X) != fn_lactic_acid_fermentation_by_fungi_30(X)
& result_2(X,fn_lactic_acid_fermentation_by_fungi_27(X))
& fn_lactic_acid_fermentation_by_fungi_27(X) != fn_lactic_acid_fermentation_by_fungi_18(X)
& fn_lactic_acid_fermentation_by_fungi_18(X) != fn_lactic_acid_fermentation_by_fungi_26(X)
& fn_lactic_acid_fermentation_by_fungi_18(X) != fn_lactic_acid_fermentation_by_fungi_27(X)
& fn_lactic_acid_fermentation_by_fungi_26(X) != fn_lactic_acid_fermentation_by_fungi_18(X)
& fn_lactic_acid_fermentation_by_fungi_19(X) != fn_lactic_acid_fermentation_by_fungi_26(X)
& fn_lactic_acid_fermentation_by_fungi_26(X) != fn_lactic_acid_fermentation_by_fungi_19(X)
& result_2(fn_lactic_acid_fermentation_by_fungi_23(X),fn_lactic_acid_fermentation_by_fungi_31(X))
& raw_material_2(fn_lactic_acid_fermentation_by_fungi_17(X),fn_lactic_acid_fermentation_by_fungi_19(X))
& result_2(fn_lactic_acid_fermentation_by_fungi_22(X),fn_lactic_acid_fermentation_by_fungi_30(X))
& result_2(fn_lactic_acid_fermentation_by_fungi_17(X),fn_lactic_acid_fermentation_by_fungi_18(X))
& possesses_2(fn_lactic_acid_fermentation_by_fungi_18(X),fn_lactic_acid_fermentation_by_fungi_8(X))
& structural_complexity_2(fn_lactic_acid_fermentation_by_fungi_30(X),fn_lactic_acid_fermentation_by_fungi_11(X))
& result_2(fn_lactic_acid_fermentation_by_fungi_23(X),fn_lactic_acid_fermentation_by_fungi_30(X))
& result_2(fn_lactic_acid_fermentation_by_fungi_17(X),fn_lactic_acid_fermentation_by_fungi_30(X))
& result_2(fn_lactic_acid_fermentation_by_fungi_17(X),fn_lactic_acid_fermentation_by_fungi_31(X))
& structural_complexity_2(fn_lactic_acid_fermentation_by_fungi_31(X),fn_lactic_acid_fermentation_by_fungi_13(X))
& result_2(fn_lactic_acid_fermentation_by_fungi_23(X),fn_lactic_acid_fermentation_by_fungi_18(X))
& has_oxidized_form_2(fn_lactic_acid_fermentation_by_fungi_18(X),fn_lactic_acid_fermentation_by_fungi_19(X))
& has_part_2(fn_lactic_acid_fermentation_by_fungi_19(X),fn_lactic_acid_fermentation_by_fungi_10(X))
& fn_lactic_acid_fermentation_by_fungi_19(X) != fn_lactic_acid_fermentation_by_fungi_18(X)
& fn_lactic_acid_fermentation_by_fungi_18(X) != fn_lactic_acid_fermentation_by_fungi_19(X)
& has_reduced_form_2(fn_lactic_acid_fermentation_by_fungi_19(X),fn_lactic_acid_fermentation_by_fungi_18(X))
& raw_material_2(fn_lactic_acid_fermentation_by_fungi_17(X),fn_lactic_acid_fermentation_by_fungi_35(X))
& structural_complexity_2(fn_lactic_acid_fermentation_by_fungi_35(X),fn_lactic_acid_fermentation_by_fungi_13(X))
& structural_complexity_2(fn_lactic_acid_fermentation_by_fungi_19(X),fn_lactic_acid_fermentation_by_fungi_13(X))
& possesses_2(fn_lactic_acid_fermentation_by_fungi_19(X),fn_lactic_acid_fermentation_by_fungi_5(X))
& possesses_2(fn_lactic_acid_fermentation_by_fungi_35(X),fn_lactic_acid_fermentation_by_fungi_5(X))
& fn_lactic_acid_fermentation_by_fungi_23(X) != fn_lactic_acid_fermentation_by_fungi_22(X)
& result_2(fn_lactic_acid_fermentation_by_fungi_22(X),fn_lactic_acid_fermentation_by_fungi_18(X))
& structural_complexity_2(fn_lactic_acid_fermentation_by_fungi_18(X),fn_lactic_acid_fermentation_by_fungi_11(X))
& greater_than_2(fn_lactic_acid_fermentation_by_fungi_13(X),fn_lactic_acid_fermentation_by_fungi_11(X))
& the_scalar_value_2(fn_lactic_acid_fermentation_by_fungi_13(X),complex_0)
& scalar_unit_class_2(fn_lactic_acid_fermentation_by_fungi_13(X),chemical_entity_0)
& fn_lactic_acid_fermentation_by_fungi_22(X) != fn_lactic_acid_fermentation_by_fungi_23(X)
& fn_lactic_acid_fermentation_by_fungi_20(X) != fn_lactic_acid_fermentation_by_fungi_31(X)
& fn_lactic_acid_fermentation_by_fungi_31(X) != fn_lactic_acid_fermentation_by_fungi_20(X)
& fn_lactic_acid_fermentation_by_fungi_20(X) != fn_lactic_acid_fermentation_by_fungi_21(X)
& raw_material_2(fn_lactic_acid_fermentation_by_fungi_22(X),fn_lactic_acid_fermentation_by_fungi_20(X))
& fn_lactic_acid_fermentation_by_fungi_21(X) != fn_lactic_acid_fermentation_by_fungi_20(X)
& raw_material_2(fn_lactic_acid_fermentation_by_fungi_17(X),fn_lactic_acid_fermentation_by_fungi_21(X))
& raw_material_2(fn_lactic_acid_fermentation_by_fungi_16(X),fn_lactic_acid_fermentation_by_fungi_20(X))
& subevent_2(fn_lactic_acid_fermentation_by_fungi_22(X),fn_lactic_acid_fermentation_by_fungi_16(X))
& raw_material_2(fn_lactic_acid_fermentation_by_fungi_22(X),fn_lactic_acid_fermentation_by_fungi_21(X))
& raw_material_2(fn_lactic_acid_fermentation_by_fungi_16(X),fn_lactic_acid_fermentation_by_fungi_21(X))
& result_2(fn_lactic_acid_fermentation_by_fungi_16(X),fn_lactic_acid_fermentation_by_fungi_31(X))
& fn_lactic_acid_fermentation_by_fungi_21(X) != fn_lactic_acid_fermentation_by_fungi_31(X)
& fn_lactic_acid_fermentation_by_fungi_31(X) != fn_lactic_acid_fermentation_by_fungi_21(X)
& raw_material_2(fn_lactic_acid_fermentation_by_fungi_23(X),fn_lactic_acid_fermentation_by_fungi_21(X))
& subevent_2(fn_lactic_acid_fermentation_by_fungi_23(X),fn_lactic_acid_fermentation_by_fungi_16(X))
& raw_material_2(fn_lactic_acid_fermentation_by_fungi_17(X),fn_lactic_acid_fermentation_by_fungi_4(X))
& raw_material_2(fn_lactic_acid_fermentation_by_fungi_17(X),fn_lactic_acid_fermentation_by_fungi_20(X))
& fn_lactic_acid_fermentation_by_fungi_14(X) != fn_lactic_acid_fermentation_by_fungi_15(X)
& fn_lactic_acid_fermentation_by_fungi_15(X) != fn_lactic_acid_fermentation_by_fungi_14(X)
& has_part_2(fn_lactic_acid_fermentation_by_fungi_31(X),fn_lactic_acid_fermentation_by_fungi_14(X))
& has_part_2(fn_lactic_acid_fermentation_by_fungi_31(X),fn_lactic_acid_fermentation_by_fungi_15(X))
& raw_material_2(fn_lactic_acid_fermentation_by_fungi_23(X),fn_lactic_acid_fermentation_by_fungi_20(X))
& result_2(fn_lactic_acid_fermentation_by_fungi_22(X),fn_lactic_acid_fermentation_by_fungi_35(X))
& fn_lactic_acid_fermentation_by_fungi_34(X) = fn_metabolic_pathway_1(X)
& fn_lactic_acid_fermentation_by_fungi_6(X) = fn_waste_1(fn_lactic_acid_fermentation_by_fungi_7(X))
& fn_lactic_acid_fermentation_by_fungi_32(X) = fn_phosphate_group_5(fn_lactic_acid_fermentation_by_fungi_47(X))
& fn_lactic_acid_fermentation_by_fungi_32(X) = fn_phosphate_group_22(fn_lactic_acid_fermentation_by_fungi_47(X))
& fn_lactic_acid_fermentation_by_fungi_28(X) = fn_cheese_3(fn_lactic_acid_fermentation_by_fungi_24(X))
& fn_lactic_acid_fermentation_by_fungi_27(X) = fn_cheese_1(fn_lactic_acid_fermentation_by_fungi_24(X))
& fn_lactic_acid_fermentation_by_fungi_33(X) = fn_fungal_cell_19(fn_lactic_acid_fermentation_by_fungi_34(X))
& fn_lactic_acid_fermentation_by_fungi_32(X) = fn_chemical_element_11(fn_lactic_acid_fermentation_by_fungi_46(X))
& fn_lactic_acid_fermentation_by_fungi_48(X) = fn_chemical_element_11(fn_lactic_acid_fermentation_by_fungi_46(X))
& fn_lactic_acid_fermentation_by_fungi_48(X) = fn_chemical_element_12(fn_lactic_acid_fermentation_by_fungi_46(X))
& fn_lactic_acid_fermentation_by_fungi_29(X) = fn_yogurt_8(fn_lactic_acid_fermentation_by_fungi_25(X))
& fn_lactic_acid_fermentation_by_fungi_30(X) = fn_yogurt_5(fn_lactic_acid_fermentation_by_fungi_25(X))
& fn_lactic_acid_fermentation_by_fungi_26(X) = fn_yogurt_7(fn_lactic_acid_fermentation_by_fungi_25(X))
& fn_lactic_acid_fermentation_by_fungi_4(X) = fn_catabolic_pathway_6(X)
& fn_lactic_acid_fermentation_by_fungi_6(X) = fn_catabolic_pathway_11(X)
& fn_lactic_acid_fermentation_by_fungi_13(X) = fn_catabolic_pathway_2(X)
& fn_lactic_acid_fermentation_by_fungi_51(X) = fn_catabolic_pathway_5(X)
& fn_lactic_acid_fermentation_by_fungi_49(X) = fn_catabolic_pathway_4(X)
& fn_lactic_acid_fermentation_by_fungi_50(X) = fn_catabolic_pathway_10(X)
& fn_lactic_acid_fermentation_by_fungi_5(X) = fn_fermentation_58(X)
& fn_lactic_acid_fermentation_by_fungi_31(X) = fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_lactic_acid_fermentation_by_fungi_8(X) = fn_lactic_acid_fermentation_13(X)
& fn_lactic_acid_fermentation_by_fungi_33(X) = fn_lactic_acid_fermentation_34(X)
& fn_lactic_acid_fermentation_by_fungi_43(X) = fn_lactic_acid_fermentation_20(X)
& fn_lactic_acid_fermentation_by_fungi_42(X) = fn_lactic_acid_fermentation_21(X)
& fn_lactic_acid_fermentation_by_fungi_44(X) = fn_lactic_acid_fermentation_17(X)
& fn_lactic_acid_fermentation_by_fungi_37(X) = fn_lactic_acid_fermentation_22(X)
& fn_lactic_acid_fermentation_by_fungi_43(X) = fn_lactic_acid_fermentation_33(X)
& fn_lactic_acid_fermentation_by_fungi_45(X) = fn_lactic_acid_fermentation_16(X)
& fn_lactic_acid_fermentation_by_fungi_38(X) = fn_lactic_acid_fermentation_23(X)
& fn_lactic_acid_fermentation_by_fungi_39(X) = fn_lactic_acid_fermentation_24(X)
& fn_lactic_acid_fermentation_by_fungi_40(X) = fn_lactic_acid_fermentation_19(X)
& fn_lactic_acid_fermentation_by_fungi_35(X) = fn_lactic_acid_fermentation_11(X)
& fn_lactic_acid_fermentation_by_fungi_41(X) = fn_lactic_acid_fermentation_18(X)
& fn_lactic_acid_fermentation_by_fungi_18(X) = fn_catabolic_pathway_9(X)
& fn_lactic_acid_fermentation_by_fungi_17(X) = fn_lactic_acid_fermentation_35(X)
& fn_lactic_acid_fermentation_by_fungi_36(X) = fn_lactic_acid_fermentation_51(X)
& fn_lactic_acid_fermentation_by_fungi_30(X) = fn_lactic_acid_fermentation_36(X)
& fn_lactic_acid_fermentation_by_fungi_19(X) = fn_lactic_acid_fermentation_31(X)
& fn_lactic_acid_fermentation_by_fungi_26(X) = fn_lactic_acid_fermentation_8(X)
& fn_lactic_acid_fermentation_by_fungi_18(X) = fn_lactic_acid_fermentation_32(X)
& fn_lactic_acid_fermentation_by_fungi_27(X) = fn_lactic_acid_fermentation_8(X)
& fn_lactic_acid_fermentation_by_fungi_31(X) = fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_lactic_acid_fermentation_by_fungi_22(X) = fn_glycolysis_15(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_8(X) = fn_glycolysis_108(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_9(X) = fn_fermentation_61(X)
& fn_lactic_acid_fermentation_by_fungi_9(X) = fn_synthesis_of_atp_26(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_lactic_acid_fermentation_by_fungi_9(X) = fn_substrate_level_phosphorylation_19(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_lactic_acid_fermentation_by_fungi_9(X) = fn_glycolysis_5(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_11(X) = fn_glycolysis_48(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_12(X) = fn_glycolysis_8(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_31(X) = fn_fermentation_31(X)
& fn_lactic_acid_fermentation_by_fungi_31(X) = fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_lactic_acid_fermentation_by_fungi_13(X) = fn_glycolysis_35(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_30(X) = fn_glycolysis_55(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_10(X) = fn_glycolysis_27(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_5(X) = fn_glycolysis_88(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_19(X) = fn_glycolysis_78(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_35(X) = fn_glycolysis_77(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_13(X) = fn_fermentation_50(X)
& fn_lactic_acid_fermentation_by_fungi_11(X) = fn_fermentation_48(X)
& fn_lactic_acid_fermentation_by_fungi_13(X) = fn_synthesis_of_atp_22(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_lactic_acid_fermentation_by_fungi_11(X) = fn_synthesis_of_atp_23(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_lactic_acid_fermentation_by_fungi_13(X) = fn_substrate_level_phosphorylation_10(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_lactic_acid_fermentation_by_fungi_11(X) = fn_substrate_level_phosphorylation_16(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_lactic_acid_fermentation_by_fungi_13(X) = fn_glycolysis_81(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_11(X) = fn_glycolysis_80(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_18(X) = fn_glycolysis_74(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_35(X) = fn_synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_lactic_acid_fermentation_by_fungi_20(X) = fn_substrate_level_phosphorylation_4(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_lactic_acid_fermentation_by_fungi_20(X) = fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_lactic_acid_fermentation_by_fungi_14(X) = fn_organic_molecule_2(fn_lactic_acid_fermentation_by_fungi_31(X))
& fn_lactic_acid_fermentation_by_fungi_15(X) = fn_organic_molecule_1(fn_lactic_acid_fermentation_by_fungi_31(X))
& fn_lactic_acid_fermentation_by_fungi_20(X) = fn_substrate_level_phosphorylation_4(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_lactic_acid_fermentation_by_fungi_22(X) = fn_glycolysis_16(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_20(X) = fn_glycolysis_13(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_20(X) = fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_lactic_acid_fermentation_by_fungi_31(X) = fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_lactic_acid_fermentation_by_fungi_20(X) = fn_glycolysis_63(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_22(X) = fn_glycolysis_69(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_21(X) = fn_glycolysis_62(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_31(X) = fn_glycolysis_75(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_21(X) = fn_glycolysis_63(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_23(X) = fn_glycolysis_68(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_16(X) = fn_glycolysis_64(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_4(X) = fn_glycolysis_70(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_lactic_acid_fermentation_by_fungi_20(X) = fn_glycolysis_62(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_phosphate_group_5(fn_lactic_acid_fermentation_by_fungi_47(X)) = fn_phosphate_group_22(fn_lactic_acid_fermentation_by_fungi_47(X))
& fn_phosphate_group_22(fn_lactic_acid_fermentation_by_fungi_47(X)) = fn_phosphate_group_22(fn_lactic_acid_fermentation_by_fungi_47(X))
& fn_phosphate_group_22(fn_lactic_acid_fermentation_by_fungi_47(X)) = fn_chemical_element_11(fn_lactic_acid_fermentation_by_fungi_46(X))
& fn_chemical_element_11(fn_lactic_acid_fermentation_by_fungi_46(X)) = fn_chemical_element_11(fn_lactic_acid_fermentation_by_fungi_46(X))
& fn_chemical_element_12(fn_lactic_acid_fermentation_by_fungi_46(X)) = fn_chemical_element_12(fn_lactic_acid_fermentation_by_fungi_46(X))
& fn_chemical_element_12(fn_lactic_acid_fermentation_by_fungi_46(X)) = fn_chemical_element_11(fn_lactic_acid_fermentation_by_fungi_46(X))
& fn_chemical_element_11(fn_lactic_acid_fermentation_by_fungi_46(X)) = fn_chemical_element_12(fn_lactic_acid_fermentation_by_fungi_46(X))
& fn_chemical_element_12(fn_lactic_acid_fermentation_by_fungi_46(X)) = fn_waste_1(fn_lactic_acid_fermentation_by_fungi_7(X))
& fn_waste_1(fn_lactic_acid_fermentation_by_fungi_7(X)) = fn_catabolic_pathway_11(X)
& fn_catabolic_pathway_11(X) = fn_fungal_cell_19(fn_lactic_acid_fermentation_by_fungi_34(X))
& fn_fungal_cell_19(fn_lactic_acid_fermentation_by_fungi_34(X)) = fn_lactic_acid_fermentation_34(X)
& fn_lactic_acid_fermentation_34(X) = fn_lactic_acid_fermentation_20(X)
& fn_lactic_acid_fermentation_20(X) = fn_lactic_acid_fermentation_20(X)
& fn_lactic_acid_fermentation_20(X) = fn_lactic_acid_fermentation_33(X)
& fn_lactic_acid_fermentation_33(X) = fn_lactic_acid_fermentation_33(X)
& fn_lactic_acid_fermentation_33(X) = fn_yogurt_7(fn_lactic_acid_fermentation_by_fungi_25(X))
& fn_yogurt_7(fn_lactic_acid_fermentation_by_fungi_25(X)) = fn_yogurt_7(fn_lactic_acid_fermentation_by_fungi_25(X))
& fn_yogurt_7(fn_lactic_acid_fermentation_by_fungi_25(X)) = fn_lactic_acid_fermentation_8(X)
& fn_lactic_acid_fermentation_8(X) = fn_cheese_1(fn_lactic_acid_fermentation_by_fungi_24(X))
& fn_cheese_1(fn_lactic_acid_fermentation_by_fungi_24(X)) = fn_lactic_acid_fermentation_8(X)
& fn_lactic_acid_fermentation_8(X) = fn_lactic_acid_fermentation_8(X)
& fn_lactic_acid_fermentation_8(X) = fn_lactic_acid_fermentation_13(X)
& fn_lactic_acid_fermentation_13(X) = fn_glycolysis_108(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_108(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_fermentation_61(X)
& fn_fermentation_61(X) = fn_synthesis_of_atp_26(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_synthesis_of_atp_26(fn_lactic_acid_fermentation_by_fungi_23(X)) = fn_synthesis_of_atp_26(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_synthesis_of_atp_26(fn_lactic_acid_fermentation_by_fungi_23(X)) = fn_substrate_level_phosphorylation_19(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_substrate_level_phosphorylation_19(fn_lactic_acid_fermentation_by_fungi_22(X)) = fn_substrate_level_phosphorylation_19(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_substrate_level_phosphorylation_19(fn_lactic_acid_fermentation_by_fungi_22(X)) = fn_glycolysis_5(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_5(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_yogurt_5(fn_lactic_acid_fermentation_by_fungi_25(X))
& fn_yogurt_5(fn_lactic_acid_fermentation_by_fungi_25(X)) = fn_yogurt_5(fn_lactic_acid_fermentation_by_fungi_25(X))
& fn_yogurt_5(fn_lactic_acid_fermentation_by_fungi_25(X)) = fn_lactic_acid_fermentation_36(X)
& fn_lactic_acid_fermentation_36(X) = fn_lactic_acid_fermentation_36(X)
& fn_lactic_acid_fermentation_36(X) = fn_glycolysis_55(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_55(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_55(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_55(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_fermentation_58(X)
& fn_fermentation_58(X) = fn_glycolysis_88(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_88(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_88(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_88(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_lactic_acid_fermentation_31(X)
& fn_lactic_acid_fermentation_31(X) = fn_lactic_acid_fermentation_31(X)
& fn_lactic_acid_fermentation_31(X) = fn_glycolysis_78(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_78(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_78(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_78(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_catabolic_pathway_2(X)
& fn_catabolic_pathway_2(X) = fn_fermentation_50(X)
& fn_fermentation_50(X) = fn_fermentation_50(X)
& fn_synthesis_of_atp_22(fn_lactic_acid_fermentation_by_fungi_23(X)) = fn_fermentation_50(X)
& fn_fermentation_50(X) = fn_synthesis_of_atp_22(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_synthesis_of_atp_22(fn_lactic_acid_fermentation_by_fungi_23(X)) = fn_synthesis_of_atp_22(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_substrate_level_phosphorylation_10(fn_lactic_acid_fermentation_by_fungi_22(X)) = fn_synthesis_of_atp_22(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_synthesis_of_atp_22(fn_lactic_acid_fermentation_by_fungi_23(X)) = fn_substrate_level_phosphorylation_10(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_glycolysis_35(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_substrate_level_phosphorylation_10(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_substrate_level_phosphorylation_10(fn_lactic_acid_fermentation_by_fungi_22(X)) = fn_glycolysis_35(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_35(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_35(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_35(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_81(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_81(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_81(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_81(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_fermentation_48(X)
& fn_synthesis_of_atp_23(fn_lactic_acid_fermentation_by_fungi_23(X)) = fn_fermentation_48(X)
& fn_fermentation_48(X) = fn_synthesis_of_atp_23(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_synthesis_of_atp_23(fn_lactic_acid_fermentation_by_fungi_23(X)) = fn_synthesis_of_atp_23(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_substrate_level_phosphorylation_16(fn_lactic_acid_fermentation_by_fungi_22(X)) = fn_synthesis_of_atp_23(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_synthesis_of_atp_23(fn_lactic_acid_fermentation_by_fungi_23(X)) = fn_substrate_level_phosphorylation_16(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_substrate_level_phosphorylation_16(fn_lactic_acid_fermentation_by_fungi_22(X)) = fn_substrate_level_phosphorylation_16(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_glycolysis_48(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_substrate_level_phosphorylation_16(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_substrate_level_phosphorylation_16(fn_lactic_acid_fermentation_by_fungi_22(X)) = fn_glycolysis_48(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_48(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_48(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_48(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_80(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_80(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_80(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_80(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_lactic_acid_fermentation_32(X)
& fn_lactic_acid_fermentation_32(X) = fn_catabolic_pathway_9(X)
& fn_catabolic_pathway_9(X) = fn_lactic_acid_fermentation_32(X)
& fn_lactic_acid_fermentation_32(X) = fn_lactic_acid_fermentation_32(X)
& fn_lactic_acid_fermentation_32(X) = fn_glycolysis_74(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_74(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_74(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_74(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_lactic_acid_fermentation_11(X)
& fn_lactic_acid_fermentation_11(X) = fn_lactic_acid_fermentation_11(X)
& fn_lactic_acid_fermentation_11(X) = fn_glycolysis_77(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_77(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_77(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_77(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_by_fungi_22(X)) = fn_glycolysis_15(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_15(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_16(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_69(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_16(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_16(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_69(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_69(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_69(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_69(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_fermentation_31(X)
& fn_fermentation_31(X) = fn_fermentation_31(X)
& fn_fermentation_31(X) = fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_22(X)) = fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_23(X)) = fn_fermentation_31(X)
& fn_fermentation_31(X) = fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_23(X)) = fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_22(X)) = fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_22(X)) = fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_23(X)) = fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_23(X)) = fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_by_fungi_23(X)) = fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_22(X)) = fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_22(X)) = fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_23(X)) = fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_glycolysis_75(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_by_fungi_22(X)) = fn_glycolysis_75(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_75(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_75(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_75(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_63(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_63(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_63(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_63(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_catabolic_pathway_6(X)
& fn_catabolic_pathway_6(X) = fn_glycolysis_70(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_70(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_substrate_level_phosphorylation_4(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_substrate_level_phosphorylation_4(fn_lactic_acid_fermentation_by_fungi_23(X)) = fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_by_fungi_23(X)) = fn_substrate_level_phosphorylation_4(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_substrate_level_phosphorylation_4(fn_lactic_acid_fermentation_by_fungi_22(X)) = fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_by_fungi_22(X)) = fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_by_fungi_22(X)) = fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_by_fungi_23(X))
& fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_by_fungi_23(X)) = fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_glycolysis_13(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_by_fungi_22(X))
& fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_by_fungi_22(X)) = fn_glycolysis_13(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_13(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_13(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_13(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_63(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_62(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_62(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_62(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_63(fn_lactic_acid_fermentation_by_fungi_17(X))
& fn_glycolysis_63(fn_lactic_acid_fermentation_by_fungi_17(X)) = fn_glycolysis_62(fn_lactic_acid_fermentation_by_fungi_17(X)) ) ) ).
fof(a530578,axiom,
! [X] :
( lactic_acid_fermentation_in_muscle_cell_1(X)
=> ( original_name_2(X,'Lactic-Acid-Fermentation-In-Muscle-Cell')
& user_description_2(X,'Lactic Acid fermentation occur in muscle cells during later stage of sternuous exercise because high rate of cellular respiration causes scarcity of oxygen.')
& concept2words_2(X,ferment)
& concept2words_2(X,convert)
& concept2words_2(X,'lactic acid fermentation in muscle cell')
& concept2words_2(X,'lactic-acid-fermentation-in-muscle-cell')
& lactic_acid_fermentation_1(X)
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_1(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_2(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_3(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_4(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_5(X))
& water_molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_6(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_7(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_8(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_9(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_10(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_11(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_12(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_13(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_14(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_15(X))
& activation_energy_1(fn_lactic_acid_fermentation_in_muscle_cell_16(X))
& chemical_energy_1(fn_lactic_acid_fermentation_in_muscle_cell_17(X))
& anabolic_pathway_1(fn_lactic_acid_fermentation_in_muscle_cell_18(X))
& chemical_reaction_1(fn_lactic_acid_fermentation_in_muscle_cell_18(X))
& synthesis_of_atp_1(fn_lactic_acid_fermentation_in_muscle_cell_18(X))
& substrate_level_phosphorylation_1(fn_lactic_acid_fermentation_in_muscle_cell_18(X))
& synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_18(X))
& molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_19(X))
& organic_molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_19(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_19(X))
& adp_1(fn_lactic_acid_fermentation_in_muscle_cell_19(X))
& molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_20(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_20(X))
& organic_molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_20(X))
& adp_1(fn_lactic_acid_fermentation_in_muscle_cell_20(X))
& spatial_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_21(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_21(X))
& organic_molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_21(X))
& molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_21(X))
& nadh_1(fn_lactic_acid_fermentation_in_muscle_cell_21(X))
& organic_molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_22(X))
& pyruvate_1(fn_lactic_acid_fermentation_in_muscle_cell_22(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_22(X))
& organic_molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_23(X))
& molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_23(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_23(X))
& ribonucleotide_1(fn_lactic_acid_fermentation_in_muscle_cell_23(X))
& nucleoside_triphosphate_1(fn_lactic_acid_fermentation_in_muscle_cell_23(X))
& atp_1(fn_lactic_acid_fermentation_in_muscle_cell_23(X))
& lactate_1(fn_lactic_acid_fermentation_in_muscle_cell_24(X))
& glycolysis_1(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& spatial_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& tangible_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& organic_molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& nad_plus_1(fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& chemical_reaction_1(fn_lactic_acid_fermentation_in_muscle_cell_27(X))
& redox_reaction_1(fn_lactic_acid_fermentation_in_muscle_cell_27(X))
& mixture_1(fn_lactic_acid_fermentation_in_muscle_cell_28(X))
& cytoplasm_1(fn_lactic_acid_fermentation_in_muscle_cell_28(X))
& cell_1(fn_lactic_acid_fermentation_in_muscle_cell_29(X))
& muscle_cell_1(fn_lactic_acid_fermentation_in_muscle_cell_29(X))
& animal_cell_1(fn_lactic_acid_fermentation_in_muscle_cell_29(X))
& phosphorylation_1(fn_lactic_acid_fermentation_in_muscle_cell_30(X))
& synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_31(X))
& chemical_reaction_1(fn_lactic_acid_fermentation_in_muscle_cell_31(X))
& synthesis_of_atp_1(fn_lactic_acid_fermentation_in_muscle_cell_31(X))
& anabolic_pathway_1(fn_lactic_acid_fermentation_in_muscle_cell_31(X))
& substrate_level_phosphorylation_1(fn_lactic_acid_fermentation_in_muscle_cell_31(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_32(X))
& monosaccharide_1(fn_lactic_acid_fermentation_in_muscle_cell_32(X))
& glucose_1(fn_lactic_acid_fermentation_in_muscle_cell_32(X))
& aldehyde_1(fn_lactic_acid_fermentation_in_muscle_cell_32(X))
& carbohydrate_1(fn_lactic_acid_fermentation_in_muscle_cell_32(X))
& aldose_1(fn_lactic_acid_fermentation_in_muscle_cell_32(X))
& organic_molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_32(X))
& phosphate_group_1(fn_lactic_acid_fermentation_in_muscle_cell_33(X))
& phosphate_group_1(fn_lactic_acid_fermentation_in_muscle_cell_34(X))
& oxygen_1(fn_lactic_acid_fermentation_in_muscle_cell_35(X))
& entity_1(fn_lactic_acid_fermentation_in_muscle_cell_35(X))
& atom_1(fn_lactic_acid_fermentation_in_muscle_cell_35(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_35(X))
& oxygen_1(fn_lactic_acid_fermentation_in_muscle_cell_36(X))
& entity_1(fn_lactic_acid_fermentation_in_muscle_cell_36(X))
& atom_1(fn_lactic_acid_fermentation_in_muscle_cell_36(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_36(X))
& entity_1(fn_lactic_acid_fermentation_in_muscle_cell_37(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_37(X))
& atom_1(fn_lactic_acid_fermentation_in_muscle_cell_37(X))
& carbon_1(fn_lactic_acid_fermentation_in_muscle_cell_37(X))
& electronegativity_value_1(fn_lactic_acid_fermentation_in_muscle_cell_38(X))
& electronegativity_value_1(fn_lactic_acid_fermentation_in_muscle_cell_39(X))
& atom_1(fn_lactic_acid_fermentation_in_muscle_cell_40(X))
& reduction_1(fn_lactic_acid_fermentation_in_muscle_cell_41(X))
& oxidation_1(fn_lactic_acid_fermentation_in_muscle_cell_42(X))
& atom_1(fn_lactic_acid_fermentation_in_muscle_cell_43(X))
& organic_molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_44(X))
& chemical_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_44(X))
& molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_44(X))
& glyceraldehyde_3_phosphate_1(fn_lactic_acid_fermentation_in_muscle_cell_44(X))
& tangible_entity_1(fn_lactic_acid_fermentation_in_muscle_cell_45(X))
& electron_1(fn_lactic_acid_fermentation_in_muscle_cell_45(X))
& isomerization_reaction_1(fn_lactic_acid_fermentation_in_muscle_cell_46(X))
& enzymatic_reaction_1(fn_lactic_acid_fermentation_in_muscle_cell_47(X))
& structural_complexity_value_1(fn_lactic_acid_fermentation_in_muscle_cell_48(X))
& waste_product_1(fn_lactic_acid_fermentation_in_muscle_cell_52(X))
& free_energy_1(fn_lactic_acid_fermentation_in_muscle_cell_53(X))
& property_node_1(fn_glycolysis_5(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& phosphorylation_1(fn_glycolysis_64(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& organic_molecule_1(fn_glycolysis_79(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& chemical_entity_1(fn_glycolysis_79(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& molecule_1(fn_glycolysis_79(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& glyceraldehyde_3_phosphate_1(fn_glycolysis_79(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& enzymatic_reaction_1(fn_glycolysis_56(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& phosphate_group_1(fn_nad_plus_14(fn_lactic_acid_fermentation_in_muscle_cell_26(X)))
& mixture_1(fn_muscle_cell_17(fn_lactic_acid_fermentation_in_muscle_cell_29(X)))
& cytoplasm_1(fn_muscle_cell_17(fn_lactic_acid_fermentation_in_muscle_cell_29(X)))
& mixture_1(fn_animal_cell_79(fn_lactic_acid_fermentation_in_muscle_cell_29(X)))
& cytoplasm_1(fn_animal_cell_79(fn_lactic_acid_fermentation_in_muscle_cell_29(X)))
& activation_energy_1(fn_glycolysis_70(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& structural_complexity_value_1(fn_glycolysis_48(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& structural_complexity_value_1(fn_glycolysis_80(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& pyruvate_1(fn_glycolysis_55(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& chemical_entity_1(fn_glycolysis_55(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& isomerization_reaction_1(fn_glycolysis_67(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& chemical_energy_1(fn_glycolysis_108(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& chemical_energy_1(fn_glycolysis_88(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& organic_molecule_1(fn_substrate_level_phosphorylation_4(fn_lactic_acid_fermentation_in_muscle_cell_18(X)))
& organic_molecule_1(fn_substrate_level_phosphorylation_4(fn_lactic_acid_fermentation_in_muscle_cell_31(X)))
& molecule_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_in_muscle_cell_18(X)))
& chemical_entity_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_in_muscle_cell_18(X)))
& ribonucleotide_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_in_muscle_cell_18(X)))
& nucleoside_triphosphate_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_in_muscle_cell_18(X)))
& atp_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_in_muscle_cell_18(X)))
& molecule_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_in_muscle_cell_31(X)))
& chemical_entity_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_in_muscle_cell_31(X)))
& ribonucleotide_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_in_muscle_cell_31(X)))
& nucleoside_triphosphate_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_in_muscle_cell_31(X)))
& atp_1(fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_in_muscle_cell_31(X)))
& organic_molecule_1(fn_glycolysis_75(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& molecule_1(fn_glycolysis_75(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& chemical_entity_1(fn_glycolysis_75(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& ribonucleotide_1(fn_glycolysis_75(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& nucleoside_triphosphate_1(fn_glycolysis_75(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& atp_1(fn_glycolysis_75(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& organic_molecule_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_18(X)))
& molecule_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_18(X)))
& chemical_entity_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_18(X)))
& ribonucleotide_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_18(X)))
& nucleoside_triphosphate_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_18(X)))
& atp_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_18(X)))
& organic_molecule_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_31(X)))
& molecule_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_31(X)))
& chemical_entity_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_31(X)))
& ribonucleotide_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_31(X)))
& nucleoside_triphosphate_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_31(X)))
& atp_1(fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_31(X)))
& chemical_entity_1(fn_glycolysis_77(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& monosaccharide_1(fn_glycolysis_77(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& glucose_1(fn_glycolysis_77(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& aldehyde_1(fn_glycolysis_77(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& carbohydrate_1(fn_glycolysis_77(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& aldose_1(fn_glycolysis_77(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& organic_molecule_1(fn_synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_18(X)))
& synthesis_of_organic_molecule_1(fn_glycolysis_69(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& chemical_reaction_1(fn_glycolysis_69(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& synthesis_of_atp_1(fn_glycolysis_69(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_69(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& organic_molecule_1(fn_glycolysis_13(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& chemical_entity_1(fn_glycolysis_13(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& adp_1(fn_glycolysis_13(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& molecule_1(fn_glycolysis_62(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& organic_molecule_1(fn_glycolysis_62(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& chemical_entity_1(fn_glycolysis_62(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& adp_1(fn_glycolysis_62(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& adp_1(fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_in_muscle_cell_18(X)))
& chemical_entity_1(fn_glycolysis_63(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& organic_molecule_1(fn_glycolysis_63(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& adp_1(fn_glycolysis_63(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& adp_1(fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_in_muscle_cell_31(X)))
& chemical_reaction_1(fn_glycolysis_15(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& synthesis_of_atp_1(fn_glycolysis_15(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_15(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& chemical_reaction_1(fn_glycolysis_68(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& synthesis_of_atp_1(fn_glycolysis_68(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& substrate_level_phosphorylation_1(fn_glycolysis_68(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& anabolic_pathway_1(fn_glycolysis_68(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& spatial_entity_1(fn_animal_cell_47(fn_lactic_acid_fermentation_in_muscle_cell_29(X)))
& organic_molecule_1(fn_animal_cell_47(fn_lactic_acid_fermentation_in_muscle_cell_29(X)))
& chemical_entity_1(fn_animal_cell_47(fn_lactic_acid_fermentation_in_muscle_cell_29(X)))
& organic_molecule_1(fn_glycolysis_74(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& nadh_1(fn_glycolysis_74(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& molecule_1(fn_glycolysis_74(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& nadh_1(fn_nad_plus_1(fn_lactic_acid_fermentation_in_muscle_cell_26(X)))
& spatial_entity_1(fn_glycolysis_78(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& tangible_entity_1(fn_glycolysis_78(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& chemical_entity_1(fn_glycolysis_78(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& organic_molecule_1(fn_glycolysis_78(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& nad_plus_1(fn_glycolysis_78(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& molecule_1(fn_glycolysis_78(fn_lactic_acid_fermentation_in_muscle_cell_25(X)))
& carbon_1(fn_organic_molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_26(X)))
& entity_1(fn_nad_plus_20(fn_lactic_acid_fermentation_in_muscle_cell_26(X)))
& chemical_entity_1(fn_nad_plus_20(fn_lactic_acid_fermentation_in_muscle_cell_26(X)))
& atom_1(fn_nad_plus_20(fn_lactic_acid_fermentation_in_muscle_cell_26(X)))
& carbon_1(fn_nad_plus_20(fn_lactic_acid_fermentation_in_muscle_cell_26(X)))
& oxygen_1(fn_phosphate_group_5(fn_lactic_acid_fermentation_in_muscle_cell_34(X)))
& entity_1(fn_phosphate_group_5(fn_lactic_acid_fermentation_in_muscle_cell_34(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_lactic_acid_fermentation_in_muscle_cell_34(X)))
& atom_1(fn_phosphate_group_5(fn_lactic_acid_fermentation_in_muscle_cell_34(X)))
& entity_1(fn_phosphate_group_22(fn_lactic_acid_fermentation_in_muscle_cell_34(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_lactic_acid_fermentation_in_muscle_cell_34(X)))
& atom_1(fn_phosphate_group_22(fn_lactic_acid_fermentation_in_muscle_cell_34(X)))
& oxygen_1(fn_phosphate_group_22(fn_lactic_acid_fermentation_in_muscle_cell_34(X)))
& oxygen_1(fn_nad_plus_16(fn_lactic_acid_fermentation_in_muscle_cell_26(X)))
& entity_1(fn_nad_plus_16(fn_lactic_acid_fermentation_in_muscle_cell_26(X)))
& atom_1(fn_nad_plus_16(fn_lactic_acid_fermentation_in_muscle_cell_26(X)))
& chemical_entity_1(fn_nad_plus_16(fn_lactic_acid_fermentation_in_muscle_cell_26(X)))
& catabolic_pathway_1(fn_animal_cell_21(fn_lactic_acid_fermentation_in_muscle_cell_29(X)))
& fn_lactic_acid_fermentation_in_muscle_cell_14(X) != fn_lactic_acid_fermentation_in_muscle_cell_26(X)
& fn_lactic_acid_fermentation_in_muscle_cell_13(X) != fn_lactic_acid_fermentation_in_muscle_cell_26(X)
& fn_lactic_acid_fermentation_in_muscle_cell_13(X) != fn_lactic_acid_fermentation_in_muscle_cell_21(X)
& fn_lactic_acid_fermentation_in_muscle_cell_12(X) != fn_lactic_acid_fermentation_in_muscle_cell_26(X)
& fn_lactic_acid_fermentation_in_muscle_cell_12(X) != fn_lactic_acid_fermentation_in_muscle_cell_21(X)
& fn_lactic_acid_fermentation_in_muscle_cell_11(X) != fn_lactic_acid_fermentation_in_muscle_cell_26(X)
& fn_lactic_acid_fermentation_in_muscle_cell_11(X) != fn_lactic_acid_fermentation_in_muscle_cell_21(X)
& in_event_2(fn_lactic_acid_fermentation_in_muscle_cell_52(X),X)
& fn_lactic_acid_fermentation_in_muscle_cell_10(X) != fn_lactic_acid_fermentation_in_muscle_cell_26(X)
& fn_lactic_acid_fermentation_in_muscle_cell_10(X) != fn_lactic_acid_fermentation_in_muscle_cell_21(X)
& fn_lactic_acid_fermentation_in_muscle_cell_9(X) != fn_lactic_acid_fermentation_in_muscle_cell_26(X)
& fn_lactic_acid_fermentation_in_muscle_cell_9(X) != fn_lactic_acid_fermentation_in_muscle_cell_21(X)
& result_2(fn_lactic_acid_fermentation_in_muscle_cell_31(X),fn_lactic_acid_fermentation_in_muscle_cell_32(X))
& fn_lactic_acid_fermentation_in_muscle_cell_8(X) != fn_lactic_acid_fermentation_in_muscle_cell_26(X)
& fn_lactic_acid_fermentation_in_muscle_cell_8(X) != fn_lactic_acid_fermentation_in_muscle_cell_21(X)
& fn_lactic_acid_fermentation_in_muscle_cell_26(X) != fn_lactic_acid_fermentation_in_muscle_cell_8(X)
& fn_lactic_acid_fermentation_in_muscle_cell_26(X) != fn_lactic_acid_fermentation_in_muscle_cell_9(X)
& fn_lactic_acid_fermentation_in_muscle_cell_26(X) != fn_lactic_acid_fermentation_in_muscle_cell_10(X)
& fn_lactic_acid_fermentation_in_muscle_cell_26(X) != fn_lactic_acid_fermentation_in_muscle_cell_11(X)
& fn_lactic_acid_fermentation_in_muscle_cell_26(X) != fn_lactic_acid_fermentation_in_muscle_cell_12(X)
& fn_lactic_acid_fermentation_in_muscle_cell_26(X) != fn_lactic_acid_fermentation_in_muscle_cell_13(X)
& fn_lactic_acid_fermentation_in_muscle_cell_26(X) != fn_lactic_acid_fermentation_in_muscle_cell_14(X)
& fn_lactic_acid_fermentation_in_muscle_cell_26(X) != fn_lactic_acid_fermentation_in_muscle_cell_7(X)
& fn_lactic_acid_fermentation_in_muscle_cell_26(X) != fn_lactic_acid_fermentation_in_muscle_cell_5(X)
& fn_lactic_acid_fermentation_in_muscle_cell_26(X) != fn_lactic_acid_fermentation_in_muscle_cell_4(X)
& fn_lactic_acid_fermentation_in_muscle_cell_26(X) != fn_lactic_acid_fermentation_in_muscle_cell_3(X)
& fn_lactic_acid_fermentation_in_muscle_cell_26(X) != fn_lactic_acid_fermentation_in_muscle_cell_1(X)
& fn_lactic_acid_fermentation_in_muscle_cell_26(X) != fn_lactic_acid_fermentation_in_muscle_cell_2(X)
& result_2(X,fn_lactic_acid_fermentation_in_muscle_cell_32(X))
& result_2(fn_lactic_acid_fermentation_in_muscle_cell_25(X),fn_lactic_acid_fermentation_in_muscle_cell_32(X))
& result_2(fn_lactic_acid_fermentation_in_muscle_cell_25(X),fn_lactic_acid_fermentation_in_muscle_cell_6(X))
& raw_material_2(fn_lactic_acid_fermentation_in_muscle_cell_25(X),fn_lactic_acid_fermentation_in_muscle_cell_23(X))
& fn_lactic_acid_fermentation_in_muscle_cell_7(X) != fn_lactic_acid_fermentation_in_muscle_cell_26(X)
& fn_lactic_acid_fermentation_in_muscle_cell_7(X) != fn_lactic_acid_fermentation_in_muscle_cell_21(X)
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) != fn_lactic_acid_fermentation_in_muscle_cell_7(X)
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) != fn_lactic_acid_fermentation_in_muscle_cell_8(X)
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) != fn_lactic_acid_fermentation_in_muscle_cell_9(X)
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) != fn_lactic_acid_fermentation_in_muscle_cell_10(X)
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) != fn_lactic_acid_fermentation_in_muscle_cell_11(X)
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) != fn_lactic_acid_fermentation_in_muscle_cell_12(X)
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) != fn_lactic_acid_fermentation_in_muscle_cell_13(X)
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) != fn_lactic_acid_fermentation_in_muscle_cell_5(X)
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) != fn_lactic_acid_fermentation_in_muscle_cell_4(X)
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) != fn_lactic_acid_fermentation_in_muscle_cell_3(X)
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) != fn_lactic_acid_fermentation_in_muscle_cell_1(X)
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) != fn_lactic_acid_fermentation_in_muscle_cell_2(X)
& possesses_2(fn_lactic_acid_fermentation_in_muscle_cell_6(X),fn_lactic_acid_fermentation_in_muscle_cell_17(X))
& fn_lactic_acid_fermentation_in_muscle_cell_5(X) != fn_lactic_acid_fermentation_in_muscle_cell_21(X)
& fn_lactic_acid_fermentation_in_muscle_cell_5(X) != fn_lactic_acid_fermentation_in_muscle_cell_26(X)
& fn_lactic_acid_fermentation_in_muscle_cell_4(X) != fn_lactic_acid_fermentation_in_muscle_cell_21(X)
& fn_lactic_acid_fermentation_in_muscle_cell_4(X) != fn_lactic_acid_fermentation_in_muscle_cell_26(X)
& fn_lactic_acid_fermentation_in_muscle_cell_3(X) != fn_lactic_acid_fermentation_in_muscle_cell_21(X)
& fn_lactic_acid_fermentation_in_muscle_cell_3(X) != fn_lactic_acid_fermentation_in_muscle_cell_26(X)
& fn_lactic_acid_fermentation_in_muscle_cell_1(X) != fn_lactic_acid_fermentation_in_muscle_cell_21(X)
& fn_lactic_acid_fermentation_in_muscle_cell_1(X) != fn_lactic_acid_fermentation_in_muscle_cell_26(X)
& fn_lactic_acid_fermentation_in_muscle_cell_2(X) != fn_lactic_acid_fermentation_in_muscle_cell_26(X)
& fn_lactic_acid_fermentation_in_muscle_cell_2(X) != fn_lactic_acid_fermentation_in_muscle_cell_21(X)
& raw_material_2(fn_lactic_acid_fermentation_in_muscle_cell_18(X),fn_lactic_acid_fermentation_in_muscle_cell_19(X))
& is_inside_2(fn_lactic_acid_fermentation_in_muscle_cell_35(X),fn_lactic_acid_fermentation_in_muscle_cell_34(X))
& has_part_2(fn_lactic_acid_fermentation_in_muscle_cell_29(X),fn_lactic_acid_fermentation_in_muscle_cell_28(X))
& base_2(X,fn_lactic_acid_fermentation_in_muscle_cell_29(X))
& raw_material_2(X,fn_lactic_acid_fermentation_in_muscle_cell_21(X))
& raw_material_2(X,fn_lactic_acid_fermentation_in_muscle_cell_16(X))
& result_2(X,fn_lactic_acid_fermentation_in_muscle_cell_53(X))
& plays_2(fn_lactic_acid_fermentation_in_muscle_cell_53(X),fn_lactic_acid_fermentation_in_muscle_cell_52(X))
& result_2(X,fn_lactic_acid_fermentation_in_muscle_cell_23(X))
& possesses_2(fn_lactic_acid_fermentation_in_muscle_cell_23(X),fn_lactic_acid_fermentation_in_muscle_cell_17(X))
& result_2(fn_lactic_acid_fermentation_in_muscle_cell_18(X),fn_lactic_acid_fermentation_in_muscle_cell_23(X))
& raw_material_2(fn_lactic_acid_fermentation_in_muscle_cell_18(X),fn_lactic_acid_fermentation_in_muscle_cell_20(X))
& result_2(fn_lactic_acid_fermentation_in_muscle_cell_27(X),fn_lactic_acid_fermentation_in_muscle_cell_24(X))
& site_2(X,fn_lactic_acid_fermentation_in_muscle_cell_28(X))
& fn_lactic_acid_fermentation_in_muscle_cell_14(X) != fn_lactic_acid_fermentation_in_muscle_cell_21(X)
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) != fn_lactic_acid_fermentation_in_muscle_cell_14(X)
& next_event_2(fn_lactic_acid_fermentation_in_muscle_cell_46(X),fn_lactic_acid_fermentation_in_muscle_cell_31(X))
& next_event_2(fn_lactic_acid_fermentation_in_muscle_cell_46(X),fn_lactic_acid_fermentation_in_muscle_cell_18(X))
& recipient_2(fn_lactic_acid_fermentation_in_muscle_cell_41(X),fn_lactic_acid_fermentation_in_muscle_cell_22(X))
& subevent_2(fn_lactic_acid_fermentation_in_muscle_cell_27(X),fn_lactic_acid_fermentation_in_muscle_cell_41(X))
& subevent_2(X,fn_lactic_acid_fermentation_in_muscle_cell_27(X))
& subevent_2(X,fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& result_2(X,fn_lactic_acid_fermentation_in_muscle_cell_24(X))
& result_2(X,fn_lactic_acid_fermentation_in_muscle_cell_22(X))
& raw_material_2(fn_lactic_acid_fermentation_in_muscle_cell_27(X),fn_lactic_acid_fermentation_in_muscle_cell_22(X))
& result_2(fn_lactic_acid_fermentation_in_muscle_cell_27(X),fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& raw_material_2(X,fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& donor_2(fn_lactic_acid_fermentation_in_muscle_cell_42(X),fn_lactic_acid_fermentation_in_muscle_cell_21(X))
& subevent_2(fn_lactic_acid_fermentation_in_muscle_cell_27(X),fn_lactic_acid_fermentation_in_muscle_cell_42(X))
& raw_material_2(fn_lactic_acid_fermentation_in_muscle_cell_27(X),fn_lactic_acid_fermentation_in_muscle_cell_21(X))
& donor_2(fn_lactic_acid_fermentation_in_muscle_cell_41(X),fn_lactic_acid_fermentation_in_muscle_cell_21(X))
& object_2(fn_lactic_acid_fermentation_in_muscle_cell_41(X),fn_lactic_acid_fermentation_in_muscle_cell_45(X))
& result_2(fn_lactic_acid_fermentation_in_muscle_cell_25(X),fn_lactic_acid_fermentation_in_muscle_cell_24(X))
& first_subevent_2(X,fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& result_2(X,fn_lactic_acid_fermentation_in_muscle_cell_21(X))
& result_2(fn_lactic_acid_fermentation_in_muscle_cell_31(X),fn_lactic_acid_fermentation_in_muscle_cell_21(X))
& next_event_2(fn_lactic_acid_fermentation_in_muscle_cell_31(X),fn_lactic_acid_fermentation_in_muscle_cell_46(X))
& object_2(fn_lactic_acid_fermentation_in_muscle_cell_42(X),fn_lactic_acid_fermentation_in_muscle_cell_45(X))
& recipient_2(fn_lactic_acid_fermentation_in_muscle_cell_42(X),fn_lactic_acid_fermentation_in_muscle_cell_22(X))
& has_atom_2(fn_lactic_acid_fermentation_in_muscle_cell_22(X),fn_lactic_acid_fermentation_in_muscle_cell_40(X))
& electronegativity_2(fn_lactic_acid_fermentation_in_muscle_cell_40(X),fn_lactic_acid_fermentation_in_muscle_cell_39(X))
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) != fn_lactic_acid_fermentation_in_muscle_cell_24(X)
& has_atom_2(fn_lactic_acid_fermentation_in_muscle_cell_21(X),fn_lactic_acid_fermentation_in_muscle_cell_43(X))
& electronegativity_2(fn_lactic_acid_fermentation_in_muscle_cell_43(X),fn_lactic_acid_fermentation_in_muscle_cell_38(X))
& greater_than_2(fn_lactic_acid_fermentation_in_muscle_cell_39(X),fn_lactic_acid_fermentation_in_muscle_cell_38(X))
& greater_than_or_equal_to_2(fn_lactic_acid_fermentation_in_muscle_cell_39(X),fn_lactic_acid_fermentation_in_muscle_cell_38(X))
& fn_lactic_acid_fermentation_in_muscle_cell_24(X) != fn_lactic_acid_fermentation_in_muscle_cell_21(X)
& fn_lactic_acid_fermentation_in_muscle_cell_45(X) != fn_lactic_acid_fermentation_in_muscle_cell_22(X)
& fn_lactic_acid_fermentation_in_muscle_cell_22(X) != fn_lactic_acid_fermentation_in_muscle_cell_24(X)
& possesses_2(fn_lactic_acid_fermentation_in_muscle_cell_24(X),fn_lactic_acid_fermentation_in_muscle_cell_17(X))
& fn_lactic_acid_fermentation_in_muscle_cell_22(X) != fn_lactic_acid_fermentation_in_muscle_cell_45(X)
& fn_lactic_acid_fermentation_in_muscle_cell_24(X) != fn_lactic_acid_fermentation_in_muscle_cell_22(X)
& fn_lactic_acid_fermentation_in_muscle_cell_26(X) != fn_lactic_acid_fermentation_in_muscle_cell_24(X)
& fn_lactic_acid_fermentation_in_muscle_cell_24(X) != fn_lactic_acid_fermentation_in_muscle_cell_26(X)
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) != fn_lactic_acid_fermentation_in_muscle_cell_22(X)
& fn_lactic_acid_fermentation_in_muscle_cell_45(X) != fn_lactic_acid_fermentation_in_muscle_cell_21(X)
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) != fn_lactic_acid_fermentation_in_muscle_cell_45(X)
& fn_lactic_acid_fermentation_in_muscle_cell_22(X) != fn_lactic_acid_fermentation_in_muscle_cell_21(X)
& fn_lactic_acid_fermentation_in_muscle_cell_26(X) != fn_lactic_acid_fermentation_in_muscle_cell_22(X)
& fn_lactic_acid_fermentation_in_muscle_cell_22(X) != fn_lactic_acid_fermentation_in_muscle_cell_26(X)
& raw_material_2(X,fn_lactic_acid_fermentation_in_muscle_cell_32(X))
& fn_lactic_acid_fermentation_in_muscle_cell_32(X) != fn_lactic_acid_fermentation_in_muscle_cell_21(X)
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) != fn_lactic_acid_fermentation_in_muscle_cell_15(X)
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) != fn_lactic_acid_fermentation_in_muscle_cell_32(X)
& fn_lactic_acid_fermentation_in_muscle_cell_15(X) != fn_lactic_acid_fermentation_in_muscle_cell_21(X)
& fn_lactic_acid_fermentation_in_muscle_cell_26(X) != fn_lactic_acid_fermentation_in_muscle_cell_15(X)
& fn_lactic_acid_fermentation_in_muscle_cell_15(X) != fn_lactic_acid_fermentation_in_muscle_cell_26(X)
& result_2(fn_lactic_acid_fermentation_in_muscle_cell_31(X),fn_lactic_acid_fermentation_in_muscle_cell_22(X))
& raw_material_2(fn_lactic_acid_fermentation_in_muscle_cell_46(X),fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& raw_material_2(fn_lactic_acid_fermentation_in_muscle_cell_25(X),fn_lactic_acid_fermentation_in_muscle_cell_16(X))
& result_2(fn_lactic_acid_fermentation_in_muscle_cell_30(X),fn_lactic_acid_fermentation_in_muscle_cell_23(X))
& raw_material_2(fn_lactic_acid_fermentation_in_muscle_cell_30(X),fn_lactic_acid_fermentation_in_muscle_cell_20(X))
& structural_complexity_2(fn_lactic_acid_fermentation_in_muscle_cell_22(X),fn_lactic_acid_fermentation_in_muscle_cell_48(X))
& raw_material_2(fn_lactic_acid_fermentation_in_muscle_cell_31(X),fn_lactic_acid_fermentation_in_muscle_cell_19(X))
& raw_material_2(fn_lactic_acid_fermentation_in_muscle_cell_25(X),fn_lactic_acid_fermentation_in_muscle_cell_19(X))
& raw_material_2(fn_lactic_acid_fermentation_in_muscle_cell_25(X),fn_lactic_acid_fermentation_in_muscle_cell_20(X))
& fn_lactic_acid_fermentation_in_muscle_cell_23(X) != fn_lactic_acid_fermentation_in_muscle_cell_20(X)
& fn_lactic_acid_fermentation_in_muscle_cell_20(X) != fn_lactic_acid_fermentation_in_muscle_cell_23(X)
& subevent_2(fn_lactic_acid_fermentation_in_muscle_cell_18(X),fn_lactic_acid_fermentation_in_muscle_cell_30(X))
& next_event_2(fn_lactic_acid_fermentation_in_muscle_cell_47(X),fn_lactic_acid_fermentation_in_muscle_cell_18(X))
& fn_lactic_acid_fermentation_in_muscle_cell_47(X) != fn_lactic_acid_fermentation_in_muscle_cell_46(X)
& result_2(fn_lactic_acid_fermentation_in_muscle_cell_46(X),fn_lactic_acid_fermentation_in_muscle_cell_21(X))
& possesses_2(fn_lactic_acid_fermentation_in_muscle_cell_21(X),fn_lactic_acid_fermentation_in_muscle_cell_17(X))
& fn_lactic_acid_fermentation_in_muscle_cell_46(X) != fn_lactic_acid_fermentation_in_muscle_cell_47(X)
& result_2(fn_lactic_acid_fermentation_in_muscle_cell_47(X),fn_lactic_acid_fermentation_in_muscle_cell_21(X))
& next_event_2(fn_lactic_acid_fermentation_in_muscle_cell_47(X),fn_lactic_acid_fermentation_in_muscle_cell_31(X))
& subevent_2(fn_lactic_acid_fermentation_in_muscle_cell_31(X),fn_lactic_acid_fermentation_in_muscle_cell_30(X))
& raw_material_2(fn_lactic_acid_fermentation_in_muscle_cell_30(X),fn_lactic_acid_fermentation_in_muscle_cell_19(X))
& fn_lactic_acid_fermentation_in_muscle_cell_19(X) != fn_lactic_acid_fermentation_in_muscle_cell_20(X)
& fn_lactic_acid_fermentation_in_muscle_cell_20(X) != fn_lactic_acid_fermentation_in_muscle_cell_19(X)
& result_2(fn_lactic_acid_fermentation_in_muscle_cell_18(X),fn_lactic_acid_fermentation_in_muscle_cell_21(X))
& result_2(fn_lactic_acid_fermentation_in_muscle_cell_18(X),fn_lactic_acid_fermentation_in_muscle_cell_22(X))
& result_2(fn_lactic_acid_fermentation_in_muscle_cell_25(X),fn_lactic_acid_fermentation_in_muscle_cell_22(X))
& result_2(fn_lactic_acid_fermentation_in_muscle_cell_25(X),fn_lactic_acid_fermentation_in_muscle_cell_21(X))
& structural_complexity_2(fn_lactic_acid_fermentation_in_muscle_cell_21(X),fn_lactic_acid_fermentation_in_muscle_cell_48(X))
& raw_material_2(fn_lactic_acid_fermentation_in_muscle_cell_47(X),fn_lactic_acid_fermentation_in_muscle_cell_44(X))
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) != fn_lactic_acid_fermentation_in_muscle_cell_44(X)
& fn_lactic_acid_fermentation_in_muscle_cell_44(X) != fn_lactic_acid_fermentation_in_muscle_cell_21(X)
& fn_lactic_acid_fermentation_in_muscle_cell_26(X) != fn_lactic_acid_fermentation_in_muscle_cell_44(X)
& fn_lactic_acid_fermentation_in_muscle_cell_44(X) != fn_lactic_acid_fermentation_in_muscle_cell_26(X)
& next_event_2(fn_lactic_acid_fermentation_in_muscle_cell_18(X),fn_lactic_acid_fermentation_in_muscle_cell_46(X))
& fn_lactic_acid_fermentation_in_muscle_cell_46(X) != fn_lactic_acid_fermentation_in_muscle_cell_18(X)
& fn_lactic_acid_fermentation_in_muscle_cell_31(X) != fn_lactic_acid_fermentation_in_muscle_cell_46(X)
& fn_lactic_acid_fermentation_in_muscle_cell_46(X) != fn_lactic_acid_fermentation_in_muscle_cell_31(X)
& fn_lactic_acid_fermentation_in_muscle_cell_18(X) != fn_lactic_acid_fermentation_in_muscle_cell_46(X)
& raw_material_2(fn_lactic_acid_fermentation_in_muscle_cell_47(X),fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& fn_lactic_acid_fermentation_in_muscle_cell_47(X) != fn_lactic_acid_fermentation_in_muscle_cell_18(X)
& fn_lactic_acid_fermentation_in_muscle_cell_18(X) != fn_lactic_acid_fermentation_in_muscle_cell_31(X)
& fn_lactic_acid_fermentation_in_muscle_cell_18(X) != fn_lactic_acid_fermentation_in_muscle_cell_47(X)
& fn_lactic_acid_fermentation_in_muscle_cell_31(X) != fn_lactic_acid_fermentation_in_muscle_cell_18(X)
& fn_lactic_acid_fermentation_in_muscle_cell_47(X) != fn_lactic_acid_fermentation_in_muscle_cell_31(X)
& fn_lactic_acid_fermentation_in_muscle_cell_31(X) != fn_lactic_acid_fermentation_in_muscle_cell_47(X)
& raw_material_2(fn_lactic_acid_fermentation_in_muscle_cell_25(X),fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& possesses_2(fn_lactic_acid_fermentation_in_muscle_cell_26(X),fn_lactic_acid_fermentation_in_muscle_cell_17(X))
& possesses_2(fn_lactic_acid_fermentation_in_muscle_cell_32(X),fn_lactic_acid_fermentation_in_muscle_cell_17(X))
& raw_material_2(fn_lactic_acid_fermentation_in_muscle_cell_25(X),fn_lactic_acid_fermentation_in_muscle_cell_32(X))
& result_2(fn_lactic_acid_fermentation_in_muscle_cell_25(X),fn_lactic_acid_fermentation_in_muscle_cell_23(X))
& result_2(fn_lactic_acid_fermentation_in_muscle_cell_31(X),fn_lactic_acid_fermentation_in_muscle_cell_23(X))
& fn_lactic_acid_fermentation_in_muscle_cell_19(X) != fn_lactic_acid_fermentation_in_muscle_cell_23(X)
& fn_lactic_acid_fermentation_in_muscle_cell_23(X) != fn_lactic_acid_fermentation_in_muscle_cell_19(X)
& has_reduced_form_2(fn_lactic_acid_fermentation_in_muscle_cell_26(X),fn_lactic_acid_fermentation_in_muscle_cell_21(X))
& has_oxidized_form_2(fn_lactic_acid_fermentation_in_muscle_cell_21(X),fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& fn_lactic_acid_fermentation_in_muscle_cell_26(X) != fn_lactic_acid_fermentation_in_muscle_cell_21(X)
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) != fn_lactic_acid_fermentation_in_muscle_cell_26(X)
& has_part_2(fn_lactic_acid_fermentation_in_muscle_cell_26(X),fn_lactic_acid_fermentation_in_muscle_cell_37(X))
& fn_lactic_acid_fermentation_in_muscle_cell_37(X) != fn_lactic_acid_fermentation_in_muscle_cell_35(X)
& fn_lactic_acid_fermentation_in_muscle_cell_35(X) != fn_lactic_acid_fermentation_in_muscle_cell_37(X)
& raw_material_2(fn_lactic_acid_fermentation_in_muscle_cell_31(X),fn_lactic_acid_fermentation_in_muscle_cell_20(X))
& result_2(fn_lactic_acid_fermentation_in_muscle_cell_18(X),fn_lactic_acid_fermentation_in_muscle_cell_32(X))
& fn_lactic_acid_fermentation_in_muscle_cell_19(X) = fn_substrate_level_phosphorylation_4(fn_lactic_acid_fermentation_in_muscle_cell_18(X))
& fn_lactic_acid_fermentation_in_muscle_cell_35(X) = fn_phosphate_group_5(fn_lactic_acid_fermentation_in_muscle_cell_34(X))
& fn_lactic_acid_fermentation_in_muscle_cell_35(X) = fn_phosphate_group_22(fn_lactic_acid_fermentation_in_muscle_cell_34(X))
& fn_lactic_acid_fermentation_in_muscle_cell_28(X) = fn_muscle_cell_17(fn_lactic_acid_fermentation_in_muscle_cell_29(X))
& fn_lactic_acid_fermentation_in_muscle_cell_28(X) = fn_animal_cell_79(fn_lactic_acid_fermentation_in_muscle_cell_29(X))
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) = fn_catabolic_pathway_10(X)
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) = fn_animal_cell_47(fn_lactic_acid_fermentation_in_muscle_cell_29(X))
& fn_lactic_acid_fermentation_in_muscle_cell_29(X) = fn_metabolic_pathway_1(X)
& X = fn_animal_cell_21(fn_lactic_acid_fermentation_in_muscle_cell_29(X))
& fn_lactic_acid_fermentation_in_muscle_cell_16(X) = fn_catabolic_pathway_6(X)
& fn_lactic_acid_fermentation_in_muscle_cell_52(X) = fn_catabolic_pathway_7(X)
& fn_lactic_acid_fermentation_in_muscle_cell_53(X) = fn_catabolic_pathway_11(X)
& fn_lactic_acid_fermentation_in_muscle_cell_17(X) = fn_fermentation_58(X)
& fn_lactic_acid_fermentation_in_muscle_cell_23(X) = fn_fermentation_31(X)
& fn_lactic_acid_fermentation_in_muscle_cell_23(X) = fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_in_muscle_cell_18(X))
& fn_lactic_acid_fermentation_in_muscle_cell_51(X) = fn_lactic_acid_fermentation_16(X)
& fn_lactic_acid_fermentation_in_muscle_cell_28(X) = fn_lactic_acid_fermentation_34(X)
& fn_lactic_acid_fermentation_in_muscle_cell_14(X) = fn_lactic_acid_fermentation_25(X)
& fn_lactic_acid_fermentation_in_muscle_cell_18(X) = fn_lactic_acid_fermentation_38(X)
& fn_lactic_acid_fermentation_in_muscle_cell_41(X) = fn_lactic_acid_fermentation_21(X)
& fn_lactic_acid_fermentation_in_muscle_cell_27(X) = fn_lactic_acid_fermentation_51(X)
& fn_lactic_acid_fermentation_in_muscle_cell_46(X) = fn_lactic_acid_fermentation_39(X)
& fn_lactic_acid_fermentation_in_muscle_cell_31(X) = fn_lactic_acid_fermentation_37(X)
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) = fn_catabolic_pathway_9(X)
& fn_lactic_acid_fermentation_in_muscle_cell_25(X) = fn_lactic_acid_fermentation_35(X)
& fn_lactic_acid_fermentation_in_muscle_cell_50(X) = fn_lactic_acid_fermentation_17(X)
& fn_lactic_acid_fermentation_in_muscle_cell_40(X) = fn_lactic_acid_fermentation_22(X)
& fn_lactic_acid_fermentation_in_muscle_cell_42(X) = fn_lactic_acid_fermentation_20(X)
& fn_lactic_acid_fermentation_in_muscle_cell_39(X) = fn_lactic_acid_fermentation_23(X)
& fn_lactic_acid_fermentation_in_muscle_cell_38(X) = fn_lactic_acid_fermentation_24(X)
& fn_lactic_acid_fermentation_in_muscle_cell_43(X) = fn_lactic_acid_fermentation_19(X)
& fn_lactic_acid_fermentation_in_muscle_cell_17(X) = fn_lactic_acid_fermentation_13(X)
& fn_lactic_acid_fermentation_in_muscle_cell_24(X) = fn_lactic_acid_fermentation_8(X)
& fn_lactic_acid_fermentation_in_muscle_cell_22(X) = fn_lactic_acid_fermentation_36(X)
& fn_lactic_acid_fermentation_in_muscle_cell_45(X) = fn_lactic_acid_fermentation_18(X)
& fn_lactic_acid_fermentation_in_muscle_cell_26(X) = fn_lactic_acid_fermentation_31(X)
& fn_lactic_acid_fermentation_in_muscle_cell_15(X) = fn_lactic_acid_fermentation_25(X)
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) = fn_lactic_acid_fermentation_32(X)
& fn_lactic_acid_fermentation_in_muscle_cell_32(X) = fn_lactic_acid_fermentation_11(X)
& fn_lactic_acid_fermentation_in_muscle_cell_31(X) = fn_glycolysis_15(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_16(X) = fn_glycolysis_70(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_49(X) = fn_glycolysis_5(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_48(X) = fn_glycolysis_48(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_20(X) = fn_glycolysis_13(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_20(X) = fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_in_muscle_cell_18(X))
& fn_lactic_acid_fermentation_in_muscle_cell_20(X) = fn_glycolysis_62(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_19(X) = fn_substrate_level_phosphorylation_4(fn_lactic_acid_fermentation_in_muscle_cell_31(X))
& fn_lactic_acid_fermentation_in_muscle_cell_19(X) = fn_glycolysis_63(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_17(X) = fn_glycolysis_108(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_20(X) = fn_glycolysis_63(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_19(X) = fn_glycolysis_62(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_30(X) = fn_glycolysis_64(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_48(X) = fn_glycolysis_80(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_22(X) = fn_glycolysis_55(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_18(X) = fn_glycolysis_68(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) = fn_glycolysis_74(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_44(X) = fn_glycolysis_79(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_46(X) = fn_glycolysis_67(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_31(X) = fn_glycolysis_68(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_18(X) = fn_glycolysis_69(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_47(X) = fn_glycolysis_56(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_23(X) = fn_glycolysis_75(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_32(X) = fn_glycolysis_77(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_17(X) = fn_glycolysis_88(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_26(X) = fn_glycolysis_78(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_lactic_acid_fermentation_in_muscle_cell_23(X) = fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_18(X))
& fn_lactic_acid_fermentation_in_muscle_cell_19(X) = fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_in_muscle_cell_18(X))
& fn_lactic_acid_fermentation_in_muscle_cell_19(X) = fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_in_muscle_cell_31(X))
& fn_lactic_acid_fermentation_in_muscle_cell_23(X) = fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_in_muscle_cell_31(X))
& fn_lactic_acid_fermentation_in_muscle_cell_23(X) = fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_31(X))
& fn_lactic_acid_fermentation_in_muscle_cell_32(X) = fn_synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_18(X))
& fn_lactic_acid_fermentation_in_muscle_cell_20(X) = fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_in_muscle_cell_31(X))
& fn_lactic_acid_fermentation_in_muscle_cell_37(X) = fn_organic_molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& fn_lactic_acid_fermentation_in_muscle_cell_21(X) = fn_nad_plus_1(fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& fn_lactic_acid_fermentation_in_muscle_cell_33(X) = fn_nad_plus_14(fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& fn_lactic_acid_fermentation_in_muscle_cell_36(X) = fn_nad_plus_16(fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& fn_lactic_acid_fermentation_in_muscle_cell_35(X) = fn_nad_plus_16(fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& fn_lactic_acid_fermentation_in_muscle_cell_37(X) = fn_nad_plus_20(fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& fn_muscle_cell_17(fn_lactic_acid_fermentation_in_muscle_cell_29(X)) = fn_animal_cell_79(fn_lactic_acid_fermentation_in_muscle_cell_29(X))
& fn_animal_cell_79(fn_lactic_acid_fermentation_in_muscle_cell_29(X)) = fn_animal_cell_79(fn_lactic_acid_fermentation_in_muscle_cell_29(X))
& fn_animal_cell_79(fn_lactic_acid_fermentation_in_muscle_cell_29(X)) = fn_lactic_acid_fermentation_34(X)
& fn_lactic_acid_fermentation_34(X) = fn_catabolic_pathway_6(X)
& fn_catabolic_pathway_6(X) = fn_glycolysis_70(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_70(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_48(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_48(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_48(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_48(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_80(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_80(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_lactic_acid_fermentation_36(X)
& fn_lactic_acid_fermentation_36(X) = fn_lactic_acid_fermentation_36(X)
& fn_lactic_acid_fermentation_36(X) = fn_glycolysis_55(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_55(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_55(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_55(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_lactic_acid_fermentation_39(X)
& fn_lactic_acid_fermentation_39(X) = fn_lactic_acid_fermentation_39(X)
& fn_lactic_acid_fermentation_39(X) = fn_glycolysis_67(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_67(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_67(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_67(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_fermentation_58(X)
& fn_fermentation_58(X) = fn_lactic_acid_fermentation_13(X)
& fn_lactic_acid_fermentation_13(X) = fn_lactic_acid_fermentation_13(X)
& fn_lactic_acid_fermentation_13(X) = fn_glycolysis_108(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_108(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_108(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_108(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_88(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_88(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_88(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_88(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_substrate_level_phosphorylation_4(fn_lactic_acid_fermentation_in_muscle_cell_18(X))
& fn_substrate_level_phosphorylation_4(fn_lactic_acid_fermentation_in_muscle_cell_18(X)) = fn_glycolysis_63(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_63(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_substrate_level_phosphorylation_4(fn_lactic_acid_fermentation_in_muscle_cell_31(X))
& fn_substrate_level_phosphorylation_4(fn_lactic_acid_fermentation_in_muscle_cell_31(X)) = fn_glycolysis_63(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_63(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_63(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_62(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_in_muscle_cell_31(X))
& fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_in_muscle_cell_31(X)) = fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_in_muscle_cell_18(X))
& fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_in_muscle_cell_18(X)) = fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_in_muscle_cell_31(X))
& fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_in_muscle_cell_31(X)) = fn_fermentation_31(X)
& fn_fermentation_31(X) = fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_in_muscle_cell_18(X))
& fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_in_muscle_cell_18(X)) = fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_in_muscle_cell_31(X))
& fn_synthesis_of_atp_13(fn_lactic_acid_fermentation_in_muscle_cell_31(X)) = fn_fermentation_31(X)
& fn_fermentation_31(X) = fn_fermentation_31(X)
& fn_fermentation_31(X) = fn_glycolysis_75(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_75(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_18(X))
& fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_18(X)) = fn_glycolysis_75(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_75(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_75(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_75(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_31(X))
& fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_31(X)) = fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_18(X))
& fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_18(X)) = fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_31(X))
& fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_31(X)) = fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_31(X))
& fn_substrate_level_phosphorylation_5(fn_lactic_acid_fermentation_in_muscle_cell_31(X)) = fn_lactic_acid_fermentation_11(X)
& fn_lactic_acid_fermentation_11(X) = fn_lactic_acid_fermentation_11(X)
& fn_lactic_acid_fermentation_11(X) = fn_glycolysis_77(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_77(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_77(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_77(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_18(X))
& fn_synthesis_of_organic_molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_18(X)) = fn_lactic_acid_fermentation_38(X)
& fn_lactic_acid_fermentation_38(X) = fn_glycolysis_68(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_69(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_68(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_68(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_69(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_69(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_69(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_69(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_13(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_13(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_62(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_63(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_62(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_62(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_62(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_62(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_63(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_63(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_in_muscle_cell_18(X))
& fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_in_muscle_cell_18(X)) = fn_glycolysis_63(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_63(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_in_muscle_cell_31(X))
& fn_substrate_level_phosphorylation_6(fn_lactic_acid_fermentation_in_muscle_cell_31(X)) = fn_lactic_acid_fermentation_37(X)
& fn_lactic_acid_fermentation_37(X) = fn_lactic_acid_fermentation_37(X)
& fn_lactic_acid_fermentation_37(X) = fn_glycolysis_15(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_15(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_15(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_15(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_68(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_68(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_68(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_68(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_catabolic_pathway_10(X)
& fn_catabolic_pathway_10(X) = fn_catabolic_pathway_9(X)
& fn_catabolic_pathway_9(X) = fn_catabolic_pathway_10(X)
& fn_catabolic_pathway_10(X) = fn_animal_cell_47(fn_lactic_acid_fermentation_in_muscle_cell_29(X))
& fn_animal_cell_47(fn_lactic_acid_fermentation_in_muscle_cell_29(X)) = fn_animal_cell_47(fn_lactic_acid_fermentation_in_muscle_cell_29(X))
& fn_animal_cell_47(fn_lactic_acid_fermentation_in_muscle_cell_29(X)) = fn_lactic_acid_fermentation_32(X)
& fn_lactic_acid_fermentation_32(X) = fn_lactic_acid_fermentation_32(X)
& fn_lactic_acid_fermentation_32(X) = fn_glycolysis_74(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_74(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_74(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_74(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_nad_plus_1(fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& fn_nad_plus_1(fn_lactic_acid_fermentation_in_muscle_cell_26(X)) = fn_nad_plus_1(fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& fn_nad_plus_1(fn_lactic_acid_fermentation_in_muscle_cell_26(X)) = fn_lactic_acid_fermentation_31(X)
& fn_lactic_acid_fermentation_31(X) = fn_lactic_acid_fermentation_31(X)
& fn_lactic_acid_fermentation_31(X) = fn_glycolysis_78(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_78(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_glycolysis_78(fn_lactic_acid_fermentation_in_muscle_cell_25(X))
& fn_glycolysis_78(fn_lactic_acid_fermentation_in_muscle_cell_25(X)) = fn_organic_molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& fn_organic_molecule_1(fn_lactic_acid_fermentation_in_muscle_cell_26(X)) = fn_nad_plus_20(fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& fn_nad_plus_20(fn_lactic_acid_fermentation_in_muscle_cell_26(X)) = fn_nad_plus_20(fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& fn_nad_plus_20(fn_lactic_acid_fermentation_in_muscle_cell_26(X)) = fn_phosphate_group_5(fn_lactic_acid_fermentation_in_muscle_cell_34(X))
& fn_phosphate_group_5(fn_lactic_acid_fermentation_in_muscle_cell_34(X)) = fn_phosphate_group_22(fn_lactic_acid_fermentation_in_muscle_cell_34(X))
& fn_phosphate_group_22(fn_lactic_acid_fermentation_in_muscle_cell_34(X)) = fn_phosphate_group_22(fn_lactic_acid_fermentation_in_muscle_cell_34(X))
& fn_phosphate_group_22(fn_lactic_acid_fermentation_in_muscle_cell_34(X)) = fn_nad_plus_16(fn_lactic_acid_fermentation_in_muscle_cell_26(X))
& fn_animal_cell_21(fn_lactic_acid_fermentation_in_muscle_cell_29(X)) = fn_animal_cell_21(fn_lactic_acid_fermentation_in_muscle_cell_29(X)) ) ) ).
fof(a530579,axiom,
! [X] :
( lactose_1(X)
=> ( original_name_2(X,'Lactose')
& user_description_2(X,'A disaccharide consisting of glucose bonded to galactose via a glycosidic linkage. Lacotse is the most abundant sugar in milk.')
& concept2words_2(X,lactose)
& disaccharide_1(X)
& share_1(fn_lactose_1(X))
& unequal_sharing_1(fn_lactose_1(X))
& entity_1(fn_lactose_2(X))
& atom_1(fn_lactose_2(X))
& chemical_entity_1(fn_lactose_2(X))
& oxygen_1(fn_lactose_2(X))
& attract_1(fn_lactose_3(X))
& share_1(fn_lactose_4(X))
& unequal_sharing_1(fn_lactose_4(X))
& entity_1(fn_lactose_5(X))
& electron_1(fn_lactose_5(X))
& valence_electron_1(fn_lactose_5(X))
& unequal_sharing_1(fn_lactose_6(X))
& share_1(fn_lactose_7(X))
& unequal_sharing_1(fn_lactose_7(X))
& share_1(fn_lactose_8(X))
& unequal_sharing_1(fn_lactose_8(X))
& share_1(fn_lactose_9(X))
& unequal_sharing_1(fn_lactose_9(X))
& share_1(fn_lactose_10(X))
& unequal_sharing_1(fn_lactose_10(X))
& share_1(fn_lactose_11(X))
& unequal_sharing_1(fn_lactose_11(X))
& electronegativity_value_1(fn_lactose_12(X))
& atomic_number_value_1(fn_lactose_13(X))
& entity_1(fn_lactose_14(X))
& electron_1(fn_lactose_14(X))
& valence_electron_1(fn_lactose_14(X))
& covalent_bond_1(fn_lactose_15(X))
& double_bond_1(fn_lactose_15(X))
& functional_group_1(fn_lactose_16(X))
& carbonyl_group_1(fn_lactose_16(X))
& carbon_skeleton_1(fn_lactose_17(X))
& hold_1(fn_lactose_18(X))
& hold_together_1(fn_lactose_18(X))
& share_1(fn_lactose_19(X))
& unequal_sharing_1(fn_lactose_19(X))
& entity_1(fn_lactose_20(X))
& chemical_entity_1(fn_lactose_20(X))
& atom_1(fn_lactose_20(X))
& oxygen_1(fn_lactose_20(X))
& attract_1(fn_lactose_21(X))
& unequal_sharing_1(fn_lactose_22(X))
& entity_1(fn_lactose_23(X))
& electron_1(fn_lactose_23(X))
& valence_electron_1(fn_lactose_23(X))
& entity_1(fn_lactose_24(X))
& chemical_entity_1(fn_lactose_24(X))
& atom_1(fn_lactose_24(X))
& carbon_1(fn_lactose_24(X))
& atom_1(fn_lactose_25(X))
& chemical_entity_1(fn_lactose_25(X))
& entity_1(fn_lactose_25(X))
& oxygen_1(fn_lactose_25(X))
& entity_1(fn_lactose_26(X))
& chemical_entity_1(fn_lactose_26(X))
& atom_1(fn_lactose_26(X))
& hydrogen_1(fn_lactose_26(X))
& chemical_entity_1(fn_lactose_27(X))
& molecule_1(fn_lactose_27(X))
& aldehyde_1(fn_lactose_27(X))
& monosaccharide_1(fn_lactose_27(X))
& carbohydrate_1(fn_lactose_27(X))
& aldose_1(fn_lactose_27(X))
& glucose_1(fn_lactose_27(X))
& galactose_1(fn_lactose_28(X))
& molecule_1(fn_lactose_29(X))
& water_molecule_1(fn_lactose_29(X))
& electron_1(fn_lactose_30(X))
& valence_electron_1(fn_lactose_30(X))
& share_1(fn_lactose_31(X))
& unequal_sharing_1(fn_lactose_31(X))
& unequal_sharing_1(fn_lactose_32(X))
& hold_together_1(fn_lactose_33(X))
& functional_group_1(fn_lactose_34(X))
& hydroxyl_group_1(fn_lactose_34(X))
& condensation_reaction_1(fn_lactose_35(X))
& dehydration_reaction_1(fn_lactose_35(X))
& covalent_bond_1(fn_lactose_36(X))
& double_bond_1(fn_lactose_36(X))
& covalent_bond_1(fn_lactose_37(X))
& polar_covalent_bond_1(fn_lactose_37(X))
& unequal_sharing_1(fn_lactose_38(X))
& share_1(fn_lactose_38(X))
& atom_1(fn_lactose_39(X))
& chemical_entity_1(fn_lactose_39(X))
& entity_1(fn_lactose_39(X))
& oxygen_1(fn_lactose_39(X))
& chemical_bond_1(fn_lactose_40(X))
& polar_covalent_bond_1(fn_lactose_40(X))
& functional_group_1(fn_lactose_41(X))
& hydroxyl_group_1(fn_lactose_41(X))
& carbon_skeleton_1(fn_lactose_42(X))
& functional_group_1(fn_lactose_43(X))
& carbonyl_group_1(fn_lactose_43(X))
& tangible_entity_1(fn_lactose_44(X))
& entity_1(fn_lactose_44(X))
& chemical_entity_1(fn_lactose_44(X))
& atom_1(fn_lactose_44(X))
& hydrogen_1(fn_lactose_44(X))
& entity_1(fn_lactose_45(X))
& chemical_entity_1(fn_lactose_45(X))
& atom_1(fn_lactose_45(X))
& oxygen_1(fn_lactose_45(X))
& entity_1(fn_lactose_46(X))
& chemical_entity_1(fn_lactose_46(X))
& atom_1(fn_lactose_46(X))
& carbon_1(fn_lactose_46(X))
& attract_1(fn_lactose_47(X))
& electron_1(fn_lactose_48(X))
& valence_electron_1(fn_lactose_48(X))
& entity_1(fn_lactose_49(X))
& electron_1(fn_lactose_49(X))
& valence_electron_1(fn_lactose_49(X))
& hold_together_1(fn_lactose_50(X))
& covalent_bond_1(fn_lactose_51(X))
& double_bond_1(fn_lactose_51(X))
& attract_1(fn_lactose_52(X))
& hydrophilic_region_1(fn_lactose_53(X))
& unequal_sharing_1(fn_lactose_56(X))
& share_1(fn_lactose_57(X))
& unequal_sharing_1(fn_lactose_57(X))
& electronegativity_value_1(fn_lactose_58(X))
& share_1(fn_lactose_59(X))
& unequal_sharing_1(fn_lactose_59(X))
& functional_group_1(fn_lactose_60(X))
& carbonyl_group_1(fn_lactose_60(X))
& carbon_skeleton_1(fn_lactose_61(X))
& entity_1(fn_lactose_62(X))
& atom_1(fn_lactose_62(X))
& chemical_entity_1(fn_lactose_62(X))
& oxygen_1(fn_lactose_62(X))
& entity_1(fn_lactose_63(X))
& chemical_entity_1(fn_lactose_63(X))
& atom_1(fn_lactose_63(X))
& oxygen_1(fn_lactose_63(X))
& entity_1(fn_lactose_64(X))
& chemical_entity_1(fn_lactose_64(X))
& atom_1(fn_lactose_64(X))
& carbon_1(fn_lactose_64(X))
& electron_1(fn_lactose_66(X))
& valence_electron_1(fn_lactose_66(X))
& share_1(fn_lactose_67(X))
& unequal_sharing_1(fn_lactose_67(X))
& attract_1(fn_lactose_68(X))
& entity_1(fn_lactose_69(X))
& atom_1(fn_lactose_69(X))
& chemical_entity_1(fn_lactose_69(X))
& oxygen_1(fn_lactose_69(X))
& share_1(fn_lactose_70(X))
& unequal_sharing_1(fn_lactose_70(X))
& share_1(fn_lactose_71(X))
& unequal_sharing_1(fn_lactose_71(X))
& electronegativity_value_1(fn_lactose_72(X))
& electron_shell_1(fn_lactose_73(X))
& first_electron_shell_1(fn_lactose_73(X))
& center_1(fn_lactose_74(X))
& atomic_nucleus_1(fn_lactose_75(X))
& proton_1(fn_lactose_76(X))
& share_1(fn_lactose_77(X))
& unequal_sharing_1(fn_lactose_77(X))
& quantity_value_1(fn_lactose_78(X))
& speed_value_1(fn_lactose_79(X))
& constant_motion_1(fn_lactose_80(X))
& kinetic_energy_1(fn_lactose_81(X))
& share_1(fn_covalent_bond_17(fn_lactose_36(X)))
& property_node_1(fn_polar_covalent_bond_3(fn_lactose_37(X)))
& electronegativity_value_1(fn_polar_covalent_bond_2(fn_lactose_37(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_lactose_40(X)))
& unequal_sharing_1(fn_hydroxyl_group_5(fn_lactose_41(X)))
& hold_together_1(fn_carbonyl_group_10(fn_lactose_16(X)))
& property_node_1(fn_hydrogen_7(fn_lactose_26(X)))
& property_node_1(fn_hydrogen_1(fn_lactose_26(X)))
& atomic_number_value_1(fn_hydrogen_10(fn_lactose_26(X)))
& center_1(fn_hydrogen_14(fn_lactose_26(X)))
& electron_shell_1(fn_hydrogen_16(fn_lactose_26(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_lactose_26(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_lactose_26(X)))
& proton_1(fn_hydrogen_13(fn_lactose_26(X)))
& molecule_1(fn_condensation_reaction_3(fn_lactose_35(X)))
& water_molecule_1(fn_dehydration_reaction_6(fn_lactose_35(X)))
& entity_1(fn_attract_1(fn_lactose_3(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_lactose_40(X)))
& electron_1(fn_polar_covalent_bond_11(fn_lactose_40(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_lactose_40(X)))
& carbon_skeleton_1(fn_carbohydrate_6(fn_lactose_27(X)))
& carbon_skeleton_1(fn_aldose_11(fn_lactose_27(X)))
& unequal_sharing_1(fn_hexose_15(fn_lactose_28(X)))
& carbon_skeleton_1(fn_aldose_11(fn_lactose_28(X)))
& carbon_skeleton_1(fn_hexose_17(fn_lactose_28(X)))
& entity_1(fn_share_3(fn_lactose_4(X)))
& entity_1(fn_share_1(fn_lactose_4(X)))
& share_1(fn_hexose_7(fn_lactose_28(X)))
& unequal_sharing_1(fn_hexose_7(fn_lactose_28(X)))
& chemical_entity_1(fn_functional_group_1(fn_lactose_43(X)))
& chemical_entity_1(fn_functional_group_1(fn_lactose_41(X)))
& chemical_entity_1(fn_dehydration_reaction_7(fn_lactose_35(X)))
& molecule_1(fn_dehydration_reaction_7(fn_lactose_35(X)))
& attract_1(fn_glucose_17(fn_lactose_27(X)))
& unequal_sharing_1(fn_carbohydrate_30(fn_lactose_27(X)))
& share_1(fn_glucose_10(fn_lactose_27(X)))
& unequal_sharing_1(fn_glucose_10(fn_lactose_27(X)))
& share_1(fn_glucose_5(fn_lactose_27(X)))
& unequal_sharing_1(fn_glucose_5(fn_lactose_27(X)))
& unequal_sharing_1(fn_glucose_20(fn_lactose_27(X)))
& share_1(fn_glucose_20(fn_lactose_27(X)))
& chemical_entity_1(fn_functional_group_1(fn_lactose_16(X)))
& molecule_1(fn_dehydration_reaction_8(fn_lactose_35(X)))
& entity_1(fn_share_2(fn_lactose_22(X)))
& entity_1(fn_share_2(fn_lactose_56(X)))
& entity_1(fn_share_2(fn_lactose_10(X)))
& entity_1(fn_attract_1(fn_lactose_21(X)))
& electron_1(fn_hydroxyl_group_8(fn_lactose_41(X)))
& valence_electron_1(fn_hydroxyl_group_8(fn_lactose_41(X)))
& polar_covalent_bond_1(fn_aldose_8(fn_lactose_28(X)))
& polar_covalent_bond_1(fn_hexose_11(fn_lactose_28(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_lactose_41(X)))
& entity_1(fn_share_1(fn_lactose_22(X)))
& entity_1(fn_share_1(fn_lactose_56(X)))
& functional_group_1(fn_monosaccharide_10(fn_lactose_28(X)))
& hydroxyl_group_1(fn_monosaccharide_10(fn_lactose_28(X)))
& functional_group_1(fn_aldose_5(fn_lactose_28(X)))
& hydroxyl_group_1(fn_aldose_5(fn_lactose_28(X)))
& functional_group_1(fn_hexose_10(fn_lactose_28(X)))
& hydroxyl_group_1(fn_hexose_10(fn_lactose_28(X)))
& tangible_entity_1(fn_hold_2(fn_lactose_18(X)))
& entity_1(fn_aldose_3(fn_lactose_28(X)))
& chemical_entity_1(fn_aldose_3(fn_lactose_28(X)))
& atom_1(fn_aldose_3(fn_lactose_28(X)))
& hydrogen_1(fn_aldose_3(fn_lactose_28(X)))
& entity_1(fn_hexose_3(fn_lactose_28(X)))
& chemical_entity_1(fn_hexose_3(fn_lactose_28(X)))
& atom_1(fn_hexose_3(fn_lactose_28(X)))
& hydrogen_1(fn_hexose_3(fn_lactose_28(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_lactose_41(X)))
& double_bond_1(fn_aldose_7(fn_lactose_28(X)))
& covalent_bond_1(fn_hexose_14(fn_lactose_28(X)))
& double_bond_1(fn_hexose_14(fn_lactose_28(X)))
& double_bond_1(fn_carbonyl_group_8(fn_lactose_43(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_lactose_40(X)))
& hold_together_1(fn_carbonyl_group_10(fn_lactose_43(X)))
& entity_1(fn_share_1(fn_lactose_19(X)))
& entity_1(fn_share_1(fn_lactose_10(X)))
& entity_1(fn_share_1(fn_lactose_9(X)))
& entity_1(fn_share_3(fn_lactose_22(X)))
& entity_1(fn_share_3(fn_lactose_56(X)))
& entity_1(fn_share_3(fn_lactose_19(X)))
& entity_1(fn_share_3(fn_lactose_57(X)))
& entity_1(fn_share_3(fn_lactose_10(X)))
& entity_1(fn_share_3(fn_lactose_9(X)))
& entity_1(fn_share_3(fn_lactose_70(X)))
& entity_1(fn_attract_2(fn_lactose_21(X)))
& entity_1(fn_attract_2(fn_lactose_3(X)))
& entity_1(fn_polar_covalent_bond_19(fn_lactose_40(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_lactose_40(X)))
& atom_1(fn_polar_covalent_bond_19(fn_lactose_40(X)))
& entity_1(fn_polar_covalent_bond_18(fn_lactose_40(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_lactose_40(X)))
& atom_1(fn_polar_covalent_bond_18(fn_lactose_40(X)))
& entity_1(fn_aldose_10(fn_lactose_28(X)))
& chemical_entity_1(fn_aldose_10(fn_lactose_28(X)))
& atom_1(fn_aldose_10(fn_lactose_28(X)))
& carbon_1(fn_aldose_10(fn_lactose_28(X)))
& entity_1(fn_hexose_21(fn_lactose_28(X)))
& chemical_entity_1(fn_hexose_21(fn_lactose_28(X)))
& atom_1(fn_hexose_21(fn_lactose_28(X)))
& carbon_1(fn_hexose_21(fn_lactose_28(X)))
& entity_1(fn_carbonyl_group_7(fn_lactose_43(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_lactose_43(X)))
& atom_1(fn_carbonyl_group_7(fn_lactose_43(X)))
& carbon_1(fn_carbonyl_group_7(fn_lactose_43(X)))
& carbonyl_group_1(fn_carbohydrate_34(fn_lactose_28(X)))
& functional_group_1(fn_monosaccharide_17(fn_lactose_28(X)))
& carbonyl_group_1(fn_monosaccharide_17(fn_lactose_28(X)))
& carbonyl_group_1(fn_aldehyde_10(fn_lactose_28(X)))
& functional_group_1(fn_aldose_6(fn_lactose_28(X)))
& carbonyl_group_1(fn_aldose_6(fn_lactose_28(X)))
& functional_group_1(fn_hexose_13(fn_lactose_28(X)))
& carbonyl_group_1(fn_hexose_13(fn_lactose_28(X)))
& entity_1(fn_share_1(fn_lactose_57(X)))
& entity_1(fn_share_1(fn_lactose_70(X)))
& entity_1(fn_aldose_4(fn_lactose_28(X)))
& atom_1(fn_aldose_4(fn_lactose_28(X)))
& chemical_entity_1(fn_aldose_4(fn_lactose_28(X)))
& oxygen_1(fn_aldose_4(fn_lactose_28(X)))
& entity_1(fn_aldose_9(fn_lactose_28(X)))
& chemical_entity_1(fn_aldose_9(fn_lactose_28(X)))
& atom_1(fn_aldose_9(fn_lactose_28(X)))
& oxygen_1(fn_aldose_9(fn_lactose_28(X)))
& entity_1(fn_hexose_12(fn_lactose_28(X)))
& atom_1(fn_hexose_12(fn_lactose_28(X)))
& chemical_entity_1(fn_hexose_12(fn_lactose_28(X)))
& oxygen_1(fn_hexose_12(fn_lactose_28(X)))
& entity_1(fn_hexose_4(fn_lactose_28(X)))
& chemical_entity_1(fn_hexose_4(fn_lactose_28(X)))
& atom_1(fn_hexose_4(fn_lactose_28(X)))
& oxygen_1(fn_hexose_4(fn_lactose_28(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_lactose_41(X)))
& oxygen_1(fn_carbonyl_group_9(fn_lactose_43(X)))
& entity_1(fn_polar_covalent_bond_19(fn_lactose_37(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_lactose_37(X)))
& atom_1(fn_polar_covalent_bond_19(fn_lactose_37(X)))
& entity_1(fn_carbonyl_group_7(fn_lactose_60(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_lactose_60(X)))
& atom_1(fn_carbonyl_group_7(fn_lactose_60(X)))
& carbon_1(fn_carbonyl_group_7(fn_lactose_60(X)))
& entity_1(fn_covalent_bond_20(fn_lactose_36(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_lactose_36(X)))
& atom_1(fn_covalent_bond_20(fn_lactose_36(X)))
& entity_1(fn_covalent_bond_19(fn_lactose_36(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_lactose_36(X)))
& atom_1(fn_covalent_bond_19(fn_lactose_36(X)))
& double_bond_1(fn_carbonyl_group_8(fn_lactose_60(X)))
& unequal_sharing_1(fn_hydroxyl_group_5(fn_lactose_34(X)))
& entity_1(fn_share_3(fn_lactose_11(X)))
& entity_1(fn_share_1(fn_lactose_11(X)))
& entity_1(fn_covalent_bond_19(fn_lactose_37(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_lactose_37(X)))
& atom_1(fn_covalent_bond_19(fn_lactose_37(X)))
& oxygen_1(fn_carbonyl_group_9(fn_lactose_60(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_lactose_34(X)))
& electron_1(fn_glucose_16(fn_lactose_27(X)))
& valence_electron_1(fn_glucose_16(fn_lactose_27(X)))
& valence_electron_1(fn_carbonyl_group_4(fn_lactose_16(X)))
& entity_1(fn_carbohydrate_29(fn_lactose_27(X)))
& electron_1(fn_carbohydrate_29(fn_lactose_27(X)))
& valence_electron_1(fn_carbohydrate_29(fn_lactose_27(X)))
& entity_1(fn_glucose_19(fn_lactose_27(X)))
& valence_electron_1(fn_glucose_19(fn_lactose_27(X)))
& entity_1(fn_glucose_18(fn_lactose_27(X)))
& electron_1(fn_glucose_18(fn_lactose_27(X)))
& valence_electron_1(fn_glucose_18(fn_lactose_27(X)))
& valence_electron_1(fn_carbonyl_group_6(fn_lactose_16(X)))
& atom_1(fn_aldehyde_5(fn_lactose_27(X)))
& chemical_entity_1(fn_aldehyde_5(fn_lactose_27(X)))
& entity_1(fn_carbohydrate_38(fn_lactose_27(X)))
& atom_1(fn_carbohydrate_38(fn_lactose_27(X)))
& chemical_entity_1(fn_carbohydrate_38(fn_lactose_27(X)))
& oxygen_1(fn_carbohydrate_38(fn_lactose_27(X)))
& entity_1(fn_aldose_4(fn_lactose_27(X)))
& atom_1(fn_aldose_4(fn_lactose_27(X)))
& chemical_entity_1(fn_aldose_4(fn_lactose_27(X)))
& oxygen_1(fn_aldose_4(fn_lactose_27(X)))
& atom_1(fn_glucose_21(fn_lactose_27(X)))
& chemical_entity_1(fn_glucose_21(fn_lactose_27(X)))
& oxygen_1(fn_glucose_21(fn_lactose_27(X)))
& entity_1(fn_glucose_21(fn_lactose_27(X)))
& double_bond_1(fn_glucose_26(fn_lactose_27(X)))
& covalent_bond_1(fn_glucose_26(fn_lactose_27(X)))
& double_bond_1(fn_carbonyl_group_8(fn_lactose_16(X)))
& entity_1(fn_aldose_9(fn_lactose_27(X)))
& chemical_entity_1(fn_aldose_9(fn_lactose_27(X)))
& atom_1(fn_aldose_9(fn_lactose_27(X)))
& oxygen_1(fn_aldose_9(fn_lactose_27(X)))
& atom_1(fn_glucose_22(fn_lactose_27(X)))
& chemical_entity_1(fn_glucose_22(fn_lactose_27(X)))
& oxygen_1(fn_glucose_22(fn_lactose_27(X)))
& entity_1(fn_glucose_22(fn_lactose_27(X)))
& oxygen_1(fn_carbonyl_group_9(fn_lactose_16(X)))
& carbonyl_group_1(fn_carbohydrate_34(fn_lactose_27(X)))
& functional_group_1(fn_monosaccharide_17(fn_lactose_27(X)))
& carbonyl_group_1(fn_monosaccharide_17(fn_lactose_27(X)))
& carbonyl_group_1(fn_aldehyde_10(fn_lactose_27(X)))
& functional_group_1(fn_aldose_6(fn_lactose_27(X)))
& carbonyl_group_1(fn_aldose_6(fn_lactose_27(X)))
& functional_group_1(fn_glucose_27(fn_lactose_27(X)))
& carbonyl_group_1(fn_glucose_27(fn_lactose_27(X)))
& carbon_1(fn_aldehyde_6(fn_lactose_27(X)))
& carbon_1(fn_carbohydrate_5(fn_lactose_27(X)))
& entity_1(fn_aldose_10(fn_lactose_27(X)))
& chemical_entity_1(fn_aldose_10(fn_lactose_27(X)))
& atom_1(fn_aldose_10(fn_lactose_27(X)))
& carbon_1(fn_aldose_10(fn_lactose_27(X)))
& entity_1(fn_glucose_24(fn_lactose_27(X)))
& chemical_entity_1(fn_glucose_24(fn_lactose_27(X)))
& atom_1(fn_glucose_24(fn_lactose_27(X)))
& carbon_1(fn_glucose_24(fn_lactose_27(X)))
& entity_1(fn_carbonyl_group_7(fn_lactose_16(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_lactose_16(X)))
& atom_1(fn_carbonyl_group_7(fn_lactose_16(X)))
& carbon_1(fn_carbonyl_group_7(fn_lactose_16(X)))
& share_1(fn_carbonyl_group_5(fn_lactose_60(X)))
& entity_1(fn_share_2(fn_lactose_59(X)))
& valence_electron_1(fn_covalent_bond_18(fn_lactose_36(X)))
& valence_electron_1(fn_covalent_bond_18(fn_lactose_37(X)))
& electron_1(fn_hydroxyl_group_8(fn_lactose_34(X)))
& valence_electron_1(fn_hydroxyl_group_8(fn_lactose_34(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_lactose_37(X)))
& hold_together_1(fn_covalent_bond_14(fn_lactose_37(X)))
& hold_together_1(fn_carbonyl_group_10(fn_lactose_60(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_lactose_37(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_lactose_34(X)))
& electronegativity_value_1(fn_polar_covalent_bond_1(fn_lactose_37(X)))
& electronegativity_value_1(fn_hydrogen_2(fn_lactose_26(X)))
& valence_electron_1(fn_covalent_bond_15(fn_lactose_36(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_lactose_37(X)))
& electron_1(fn_polar_covalent_bond_11(fn_lactose_37(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_lactose_37(X)))
& valence_electron_1(fn_hydrogen_12(fn_lactose_26(X)))
& entity_1(fn_share_3(fn_lactose_31(X)))
& entity_1(fn_share_3(fn_lactose_32(X)))
& entity_1(fn_share_3(fn_lactose_59(X)))
& entity_1(fn_share_1(fn_lactose_31(X)))
& entity_1(fn_share_1(fn_lactose_32(X)))
& entity_1(fn_share_1(fn_lactose_59(X)))
& entity_1(fn_covalent_bond_20(fn_lactose_37(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_lactose_37(X)))
& atom_1(fn_covalent_bond_20(fn_lactose_37(X)))
& entity_1(fn_polar_covalent_bond_18(fn_lactose_37(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_lactose_37(X)))
& atom_1(fn_polar_covalent_bond_18(fn_lactose_37(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_lactose_34(X)))
& chemical_entity_1(fn_functional_group_1(fn_lactose_60(X)))
& chemical_entity_1(fn_functional_group_1(fn_lactose_34(X)))
& result_2(fn_lactose_32(X),fn_lactose_37(X))
& the_cardinal_value_2(fn_lactose_58(X),"3.44")
& cardinal_unit_class_2(fn_lactose_58(X),unity_0)
& object_2(fn_lactose_59(X),fn_lactose_30(X))
& result_2(fn_lactose_71(X),fn_lactose_37(X))
& object_2(fn_lactose_22(X),fn_lactose_23(X))
& object_2(fn_lactose_56(X),fn_lactose_23(X))
& object_2(fn_lactose_21(X),fn_lactose_23(X))
& object_2(fn_lactose_59(X),fn_lactose_14(X))
& object_2(fn_lactose_3(X),fn_lactose_5(X))
& agent_2(fn_lactose_31(X),fn_lactose_26(X))
& agent_2(fn_lactose_22(X),fn_lactose_46(X))
& agent_2(fn_lactose_32(X),fn_lactose_26(X))
& agent_2(fn_lactose_22(X),fn_lactose_20(X))
& agent_2(fn_lactose_56(X),fn_lactose_46(X))
& agent_2(fn_lactose_21(X),fn_lactose_46(X))
& agent_2(fn_lactose_56(X),fn_lactose_20(X))
& agent_2(fn_lactose_19(X),fn_lactose_46(X))
& agent_2(fn_lactose_57(X),fn_lactose_46(X))
& agent_2(fn_lactose_11(X),fn_lactose_63(X))
& agent_2(fn_lactose_57(X),fn_lactose_45(X))
& agent_2(fn_lactose_10(X),fn_lactose_46(X))
& agent_2(fn_lactose_59(X),fn_lactose_26(X))
& agent_2(fn_lactose_9(X),fn_lactose_46(X))
& agent_2(fn_lactose_70(X),fn_lactose_46(X))
& agent_2(fn_lactose_4(X),fn_lactose_2(X))
& agent_2(fn_lactose_70(X),fn_lactose_45(X))
& agent_2(fn_lactose_3(X),fn_lactose_46(X))
& object_2(fn_lactose_18(X),fn_lactose_44(X))
& agent_2(fn_lactose_9(X),fn_lactose_45(X))
& fn_lactose_69(X) != fn_lactose_45(X)
& fn_lactose_45(X) != fn_lactose_69(X)
& result_2(fn_lactose_35(X),fn_lactose_29(X))
& fn_lactose_27(X) != fn_lactose_29(X)
& fn_lactose_29(X) != fn_lactose_27(X)
& fn_lactose_28(X) != fn_lactose_29(X)
& fn_lactose_29(X) != fn_lactose_28(X)
& object_2(fn_lactose_32(X),fn_lactose_30(X))
& result_2(fn_lactose_32(X),fn_lactose_36(X))
& object_2(fn_lactose_32(X),fn_lactose_14(X))
& result_2(fn_lactose_57(X),fn_lactose_40(X))
& has_part_2(X,fn_lactose_28(X))
& agent_2(fn_lactose_67(X),fn_lactose_69(X))
& raw_material_2(fn_lactose_35(X),fn_lactose_28(X))
& agent_2(fn_lactose_68(X),fn_lactose_46(X))
& object_2(fn_lactose_68(X),fn_lactose_66(X))
& object_2(fn_lactose_67(X),fn_lactose_66(X))
& agent_2(fn_lactose_67(X),fn_lactose_46(X))
& agent_2(fn_lactose_1(X),fn_lactose_46(X))
& fn_lactose_27(X) != fn_lactose_28(X)
& fn_lactose_28(X) != fn_lactose_27(X)
& agent_2(fn_lactose_77(X),fn_lactose_26(X))
& object_2(fn_lactose_77(X),fn_lactose_30(X))
& object_2(fn_lactose_31(X),fn_lactose_14(X))
& result_2(fn_lactose_31(X),fn_lactose_37(X))
& electronegativity_2(fn_lactose_63(X),fn_lactose_58(X))
& fn_lactose_12(X) != fn_lactose_58(X)
& fn_lactose_58(X) != fn_lactose_12(X)
& fn_lactose_26(X) != fn_lactose_64(X)
& fn_lactose_64(X) != fn_lactose_26(X)
& agent_2(fn_lactose_59(X),fn_lactose_63(X))
& result_2(fn_lactose_59(X),fn_lactose_37(X))
& object_2(fn_lactose_11(X),fn_lactose_14(X))
& agent_2(fn_lactose_11(X),fn_lactose_26(X))
& raw_material_2(fn_lactose_35(X),fn_lactose_27(X))
& agent_2(fn_lactose_47(X),fn_lactose_24(X))
& has_part_2(X,fn_lactose_27(X))
& agent_2(fn_lactose_71(X),fn_lactose_64(X))
& is_inside_2(fn_lactose_63(X),fn_lactose_60(X))
& agent_2(fn_lactose_71(X),fn_lactose_63(X))
& result_2(fn_lactose_71(X),fn_lactose_36(X))
& is_between_2(fn_lactose_36(X),fn_lactose_62(X))
& result_2(fn_lactose_70(X),fn_lactose_40(X))
& has_function_2(fn_lactose_40(X),fn_lactose_18(X))
& agent_2(fn_lactose_18(X),fn_lactose_40(X))
& is_between_2(fn_lactose_40(X),fn_lactose_46(X))
& agent_2(fn_lactose_4(X),fn_lactose_46(X))
& object_2(fn_lactose_4(X),fn_lactose_5(X))
& is_inside_2(fn_lactose_62(X),fn_lactose_34(X))
& is_between_2(fn_lactose_37(X),fn_lactose_62(X))
& result_2(fn_lactose_8(X),fn_lactose_37(X))
& agent_2(fn_lactose_8(X),fn_lactose_63(X))
& fn_lactose_20(X) != fn_lactose_45(X)
& fn_lactose_45(X) != fn_lactose_20(X)
& has_region_2(fn_lactose_27(X),fn_lactose_17(X))
& is_inside_2(fn_lactose_24(X),fn_lactose_17(X))
& has_part_2(fn_lactose_28(X),fn_lactose_45(X))
& has_part_2(fn_lactose_28(X),fn_lactose_44(X))
& has_part_2(fn_lactose_28(X),fn_lactose_46(X))
& has_region_2(fn_lactose_28(X),fn_lactose_43(X))
& possesses_2(fn_lactose_28(X),fn_lactose_51(X))
& has_region_2(fn_lactose_28(X),fn_lactose_41(X))
& result_2(fn_lactose_9(X),fn_lactose_40(X))
& has_region_2(fn_lactose_28(X),fn_lactose_42(X))
& is_inside_2(fn_lactose_46(X),fn_lactose_42(X))
& fn_lactose_46(X) != fn_lactose_69(X)
& fn_lactose_69(X) != fn_lactose_46(X)
& fn_lactose_2(X) != fn_lactose_46(X)
& fn_lactose_46(X) != fn_lactose_2(X)
& fn_lactose_20(X) != fn_lactose_46(X)
& fn_lactose_46(X) != fn_lactose_20(X)
& fn_lactose_44(X) != fn_lactose_46(X)
& fn_lactose_46(X) != fn_lactose_44(X)
& possesses_2(fn_lactose_28(X),fn_lactose_40(X))
& result_2(fn_lactose_1(X),fn_lactose_40(X))
& agent_2(fn_lactose_1(X),fn_lactose_45(X))
& fn_lactose_2(X) != fn_lactose_45(X)
& fn_lactose_45(X) != fn_lactose_2(X)
& has_region_2(fn_lactose_27(X),fn_lactose_16(X))
& object_2(fn_lactose_47(X),fn_lactose_48(X))
& object_2(fn_lactose_38(X),fn_lactose_48(X))
& has_part_2(fn_lactose_27(X),fn_lactose_25(X))
& possesses_2(fn_lactose_27(X),fn_lactose_15(X))
& agent_2(fn_lactose_38(X),fn_lactose_25(X))
& object_2(fn_lactose_38(X),fn_lactose_49(X))
& object_2(fn_lactose_47(X),fn_lactose_49(X))
& fn_lactose_25(X) != fn_lactose_39(X)
& fn_lactose_39(X) != fn_lactose_25(X)
& has_part_2(fn_lactose_27(X),fn_lactose_24(X))
& agent_2(fn_lactose_38(X),fn_lactose_24(X))
& agent_2(fn_lactose_38(X),fn_lactose_39(X))
& fn_lactose_25(X) != fn_lactose_24(X)
& fn_lactose_24(X) != fn_lactose_25(X)
& is_between_2(fn_lactose_40(X),fn_lactose_44(X))
& is_between_2(fn_lactose_40(X),fn_lactose_45(X))
& agent_2(fn_lactose_10(X),fn_lactose_20(X))
& object_2(fn_lactose_10(X),fn_lactose_23(X))
& has_part_2(fn_lactose_20(X),fn_lactose_23(X))
& is_inside_2(fn_lactose_44(X),fn_lactose_41(X))
& agent_2(fn_lactose_19(X),fn_lactose_44(X))
& result_2(fn_lactose_19(X),fn_lactose_40(X))
& fn_lactose_20(X) != fn_lactose_44(X)
& fn_lactose_44(X) != fn_lactose_20(X)
& is_inside_2(fn_lactose_46(X),fn_lactose_43(X))
& is_between_2(fn_lactose_51(X),fn_lactose_46(X))
& is_between_2(fn_lactose_51(X),fn_lactose_45(X))
& is_inside_2(fn_lactose_45(X),fn_lactose_43(X))
& object_2(fn_lactose_18(X),fn_lactose_45(X))
& object_2(fn_lactose_18(X),fn_lactose_46(X))
& fn_lactose_46(X) != fn_lactose_45(X)
& fn_lactose_45(X) != fn_lactose_46(X)
& the_cardinal_value_2(fn_lactose_72(X),"3.44")
& cardinal_unit_class_2(fn_lactose_72(X),unity_0)
& is_between_2(fn_lactose_36(X),fn_lactose_63(X))
& result_2(fn_lactose_35(X),X)
& result_2(fn_lactose_11(X),fn_lactose_37(X))
& object_2(fn_lactose_11(X),fn_lactose_30(X))
& object_2(fn_lactose_31(X),fn_lactose_30(X))
& agent_2(fn_lactose_52(X),X)
& site_2(fn_lactose_52(X),fn_lactose_53(X))
& has_region_2(X,fn_lactose_53(X))
& has_function_2(X,fn_lactose_52(X))
& possesses_2(X,fn_lactose_36(X))
& has_function_2(fn_lactose_36(X),fn_lactose_33(X))
& agent_2(fn_lactose_33(X),fn_lactose_36(X))
& is_between_2(fn_lactose_36(X),fn_lactose_64(X))
& agent_2(fn_lactose_8(X),fn_lactose_64(X))
& is_inside_2(fn_lactose_64(X),fn_lactose_60(X))
& has_region_2(X,fn_lactose_60(X))
& possesses_2(X,fn_lactose_37(X))
& is_between_2(fn_lactose_37(X),fn_lactose_63(X))
& is_inside_2(fn_lactose_63(X),fn_lactose_34(X))
& has_part_2(X,fn_lactose_62(X))
& object_2(fn_lactose_33(X),fn_lactose_62(X))
& object_2(fn_lactose_33(X),fn_lactose_64(X))
& fn_lactose_63(X) != fn_lactose_64(X)
& fn_lactose_64(X) != fn_lactose_63(X)
& is_inside_2(fn_lactose_64(X),fn_lactose_61(X))
& has_region_2(X,fn_lactose_61(X))
& has_part_2(X,fn_lactose_63(X))
& object_2(fn_lactose_33(X),fn_lactose_63(X))
& object_2(fn_lactose_33(X),fn_lactose_26(X))
& agent_2(fn_lactose_7(X),fn_lactose_26(X))
& agent_2(fn_lactose_7(X),fn_lactose_62(X))
& electronegativity_2(fn_lactose_62(X),fn_lactose_72(X))
& fn_lactose_12(X) != fn_lactose_72(X)
& fn_lactose_72(X) != fn_lactose_12(X)
& result_2(fn_lactose_77(X),fn_lactose_37(X))
& agent_2(fn_lactose_77(X),fn_lactose_62(X))
& is_inside_2(fn_lactose_62(X),fn_lactose_60(X))
& fn_lactose_63(X) != fn_lactose_62(X)
& fn_lactose_62(X) != fn_lactose_63(X)
& result_2(fn_lactose_6(X),fn_lactose_37(X))
& is_between_2(fn_lactose_37(X),fn_lactose_26(X))
& is_inside_2(fn_lactose_26(X),fn_lactose_34(X))
& has_region_2(X,fn_lactose_34(X))
& has_part_2(X,fn_lactose_64(X))
& object_2(fn_lactose_80(X),X)
& speed_2(fn_lactose_80(X),fn_lactose_79(X))
& directly_proportional_2(fn_lactose_79(X),fn_lactose_78(X))
& quantity_2(fn_lactose_81(X),fn_lactose_78(X))
& possesses_2(X,fn_lactose_81(X))
& agent_2(fn_lactose_6(X),fn_lactose_26(X))
& agent_2(fn_lactose_6(X),fn_lactose_62(X))
& fn_lactose_62(X) != fn_lactose_64(X)
& fn_lactose_26(X) != fn_lactose_62(X)
& fn_lactose_62(X) != fn_lactose_26(X)
& fn_lactose_64(X) != fn_lactose_62(X)
& has_part_2(X,fn_lactose_26(X))
& fn_lactose_26(X) != fn_lactose_63(X)
& has_part_2(fn_lactose_63(X),fn_lactose_14(X))
& object_2(fn_lactose_8(X),fn_lactose_14(X))
& result_2(fn_lactose_8(X),fn_lactose_36(X))
& fn_lactose_63(X) != fn_lactose_26(X)
& has_part_2(fn_lactose_39(X),fn_lactose_49(X))
& fn_lactose_48(X) != fn_lactose_49(X)
& fn_lactose_49(X) != fn_lactose_48(X)
& object_2(fn_lactose_50(X),fn_lactose_24(X))
& object_2(fn_lactose_50(X),fn_lactose_25(X))
& is_inside_2(fn_lactose_25(X),fn_lactose_16(X))
& is_inside_2(fn_lactose_24(X),fn_lactose_16(X))
& is_between_2(fn_lactose_15(X),fn_lactose_24(X))
& is_between_2(fn_lactose_15(X),fn_lactose_25(X))
& fn_lactose_39(X) != fn_lactose_24(X)
& fn_lactose_24(X) != fn_lactose_39(X)
& object_2(fn_lactose_71(X),fn_lactose_14(X))
& has_function_2(fn_lactose_37(X),fn_lactose_33(X))
& agent_2(fn_lactose_33(X),fn_lactose_37(X))
& result_2(fn_lactose_7(X),fn_lactose_37(X))
& object_2(fn_lactose_7(X),fn_lactose_30(X))
& fn_lactose_30(X) != fn_lactose_14(X)
& fn_lactose_14(X) != fn_lactose_30(X)
& has_region_2(fn_lactose_26(X),fn_lactose_73(X))
& has_part_2(fn_lactose_26(X),fn_lactose_30(X))
& has_region_2(fn_lactose_26(X),fn_lactose_74(X))
& is_at_2(fn_lactose_75(X),fn_lactose_74(X))
& has_region_2(fn_lactose_26(X),fn_lactose_75(X))
& electronegativity_2(fn_lactose_26(X),fn_lactose_12(X))
& the_cardinal_value_2(fn_lactose_12(X),"2.1")
& cardinal_unit_class_2(fn_lactose_12(X),unity_0)
& has_part_2(fn_lactose_26(X),fn_lactose_76(X))
& is_inside_2(fn_lactose_76(X),fn_lactose_75(X))
& is_inside_2(fn_lactose_75(X),fn_lactose_73(X))
& is_near_2(fn_lactose_30(X),fn_lactose_75(X))
& is_near_2(fn_lactose_75(X),fn_lactose_30(X))
& fn_lactose_23(X) = fn_share_2(fn_lactose_22(X))
& fn_lactose_23(X) = fn_share_2(fn_lactose_56(X))
& fn_lactose_23(X) = fn_attract_1(fn_lactose_21(X))
& fn_lactose_14(X) = fn_share_2(fn_lactose_59(X))
& fn_lactose_5(X) = fn_attract_1(fn_lactose_3(X))
& fn_lactose_26(X) = fn_share_3(fn_lactose_31(X))
& fn_lactose_26(X) = fn_share_1(fn_lactose_31(X))
& fn_lactose_46(X) = fn_share_3(fn_lactose_22(X))
& fn_lactose_26(X) = fn_share_3(fn_lactose_32(X))
& fn_lactose_26(X) = fn_share_1(fn_lactose_32(X))
& fn_lactose_20(X) = fn_share_1(fn_lactose_22(X))
& fn_lactose_46(X) = fn_share_3(fn_lactose_56(X))
& fn_lactose_46(X) = fn_attract_2(fn_lactose_21(X))
& fn_lactose_20(X) = fn_share_1(fn_lactose_56(X))
& fn_lactose_46(X) = fn_share_3(fn_lactose_19(X))
& fn_lactose_46(X) = fn_share_1(fn_lactose_19(X))
& fn_lactose_46(X) = fn_share_3(fn_lactose_57(X))
& fn_lactose_63(X) = fn_share_3(fn_lactose_11(X))
& fn_lactose_63(X) = fn_share_1(fn_lactose_11(X))
& fn_lactose_45(X) = fn_share_1(fn_lactose_57(X))
& fn_lactose_46(X) = fn_share_3(fn_lactose_10(X))
& fn_lactose_46(X) = fn_share_1(fn_lactose_10(X))
& fn_lactose_26(X) = fn_share_3(fn_lactose_59(X))
& fn_lactose_26(X) = fn_share_1(fn_lactose_59(X))
& fn_lactose_46(X) = fn_share_3(fn_lactose_9(X))
& fn_lactose_46(X) = fn_share_1(fn_lactose_9(X))
& fn_lactose_46(X) = fn_share_3(fn_lactose_70(X))
& fn_lactose_2(X) = fn_share_3(fn_lactose_4(X))
& fn_lactose_2(X) = fn_share_1(fn_lactose_4(X))
& fn_lactose_45(X) = fn_share_1(fn_lactose_70(X))
& fn_lactose_46(X) = fn_attract_2(fn_lactose_3(X))
& fn_lactose_44(X) = fn_hold_2(fn_lactose_18(X))
& fn_lactose_9(X) = fn_hexose_7(fn_lactose_28(X))
& fn_lactose_28(X) = fn_dehydration_reaction_7(fn_lactose_35(X))
& fn_lactose_27(X) = fn_dehydration_reaction_8(fn_lactose_35(X))
& fn_lactose_29(X) = fn_condensation_reaction_3(fn_lactose_35(X))
& fn_lactose_29(X) = fn_dehydration_reaction_6(fn_lactose_35(X))
& fn_lactose_30(X) = fn_covalent_bond_15(fn_lactose_36(X))
& fn_lactose_14(X) = fn_covalent_bond_18(fn_lactose_36(X))
& fn_lactose_32(X) = fn_covalent_bond_17(fn_lactose_36(X))
& fn_lactose_57(X) = fn_disaccharide_21(X)
& fn_lactose_69(X) = fn_disaccharide_25(X)
& fn_lactose_1(X) = fn_disaccharide_21(X)
& fn_lactose_67(X) = fn_disaccharide_17(X)
& fn_lactose_66(X) = fn_disaccharide_19(X)
& fn_lactose_68(X) = fn_disaccharide_16(X)
& fn_lactose_77(X) = fn_polar_covalent_bond_16(fn_lactose_37(X))
& fn_lactose_31(X) = fn_polar_covalent_bond_16(fn_lactose_37(X))
& fn_lactose_65(X) = fn_polar_covalent_bond_3(fn_lactose_37(X))
& fn_lactose_12(X) = fn_polar_covalent_bond_1(fn_lactose_37(X))
& fn_lactose_58(X) = fn_polar_covalent_bond_2(fn_lactose_37(X))
& fn_lactose_59(X) = fn_hydroxyl_group_5(fn_lactose_34(X))
& fn_lactose_11(X) = fn_hydroxyl_group_5(fn_lactose_34(X))
& fn_lactose_47(X) = fn_disaccharide_16(X)
& fn_lactose_27(X) = fn_disaccharide_10(X)
& fn_lactose_62(X) = fn_covalent_bond_20(fn_lactose_36(X))
& fn_lactose_62(X) = fn_covalent_bond_19(fn_lactose_36(X))
& fn_lactose_62(X) = fn_carbonyl_group_9(fn_lactose_60(X))
& fn_lactose_36(X) = fn_carbonyl_group_8(fn_lactose_60(X))
& fn_lactose_71(X) = fn_carbonyl_group_5(fn_lactose_60(X))
& fn_lactose_70(X) = fn_polar_covalent_bond_16(fn_lactose_40(X))
& fn_lactose_5(X) = fn_polar_covalent_bond_12(fn_lactose_40(X))
& fn_lactose_5(X) = fn_polar_covalent_bond_11(fn_lactose_40(X))
& fn_lactose_4(X) = fn_polar_covalent_bond_16(fn_lactose_40(X))
& fn_lactose_46(X) = fn_polar_covalent_bond_19(fn_lactose_40(X))
& fn_lactose_46(X) = fn_polar_covalent_bond_18(fn_lactose_40(X))
& fn_lactose_18(X) = fn_polar_covalent_bond_17(fn_lactose_40(X))
& fn_lactose_8(X) = fn_hydroxyl_group_5(fn_lactose_34(X))
& fn_lactose_37(X) = fn_hydroxyl_group_7(fn_lactose_34(X))
& fn_lactose_62(X) = fn_hydroxyl_group_4(fn_lactose_34(X))
& fn_lactose_17(X) = fn_carbohydrate_6(fn_lactose_27(X))
& fn_lactose_17(X) = fn_aldose_11(fn_lactose_27(X))
& fn_lactose_45(X) = fn_aldose_4(fn_lactose_28(X))
& fn_lactose_45(X) = fn_aldose_9(fn_lactose_28(X))
& fn_lactose_45(X) = fn_hexose_12(fn_lactose_28(X))
& fn_lactose_28(X) = fn_functional_group_1(fn_lactose_43(X))
& fn_lactose_43(X) = fn_carbohydrate_34(fn_lactose_28(X))
& fn_lactose_43(X) = fn_monosaccharide_17(fn_lactose_28(X))
& fn_lactose_43(X) = fn_aldehyde_10(fn_lactose_28(X))
& fn_lactose_43(X) = fn_aldose_6(fn_lactose_28(X))
& fn_lactose_43(X) = fn_hexose_13(fn_lactose_28(X))
& fn_lactose_51(X) = fn_aldose_7(fn_lactose_28(X))
& fn_lactose_51(X) = fn_hexose_14(fn_lactose_28(X))
& fn_lactose_28(X) = fn_functional_group_1(fn_lactose_41(X))
& fn_lactose_41(X) = fn_monosaccharide_10(fn_lactose_28(X))
& fn_lactose_41(X) = fn_aldose_5(fn_lactose_28(X))
& fn_lactose_41(X) = fn_hexose_10(fn_lactose_28(X))
& fn_lactose_9(X) = fn_hexose_15(fn_lactose_28(X))
& fn_lactose_69(X) = fn_hexose_12(fn_lactose_28(X))
& fn_lactose_42(X) = fn_aldose_11(fn_lactose_28(X))
& fn_lactose_42(X) = fn_hexose_17(fn_lactose_28(X))
& fn_lactose_44(X) = fn_aldose_3(fn_lactose_28(X))
& fn_lactose_44(X) = fn_hexose_3(fn_lactose_28(X))
& fn_lactose_20(X) = fn_aldose_9(fn_lactose_28(X))
& fn_lactose_46(X) = fn_aldose_10(fn_lactose_28(X))
& fn_lactose_20(X) = fn_aldose_4(fn_lactose_28(X))
& fn_lactose_20(X) = fn_hexose_4(fn_lactose_28(X))
& fn_lactose_46(X) = fn_hexose_21(fn_lactose_28(X))
& fn_lactose_2(X) = fn_hexose_12(fn_lactose_28(X))
& fn_lactose_45(X) = fn_hexose_4(fn_lactose_28(X))
& fn_lactose_1(X) = fn_hexose_7(fn_lactose_28(X))
& fn_lactose_40(X) = fn_aldose_8(fn_lactose_28(X))
& fn_lactose_28(X) = fn_disaccharide_11(X)
& fn_lactose_40(X) = fn_disaccharide_22(X)
& fn_lactose_40(X) = fn_hexose_11(fn_lactose_28(X))
& fn_lactose_27(X) = fn_functional_group_1(fn_lactose_16(X))
& fn_lactose_16(X) = fn_carbohydrate_34(fn_lactose_27(X))
& fn_lactose_16(X) = fn_monosaccharide_17(fn_lactose_27(X))
& fn_lactose_16(X) = fn_aldehyde_10(fn_lactose_27(X))
& fn_lactose_16(X) = fn_aldose_6(fn_lactose_27(X))
& fn_lactose_16(X) = fn_glucose_27(fn_lactose_27(X))
& fn_lactose_48(X) = fn_glucose_16(fn_lactose_27(X))
& fn_lactose_15(X) = fn_glucose_26(fn_lactose_27(X))
& fn_lactose_47(X) = fn_glucose_17(fn_lactose_27(X))
& fn_lactose_49(X) = fn_carbohydrate_29(fn_lactose_27(X))
& fn_lactose_49(X) = fn_glucose_19(fn_lactose_27(X))
& fn_lactose_49(X) = fn_glucose_18(fn_lactose_27(X))
& fn_lactose_38(X) = fn_carbohydrate_30(fn_lactose_27(X))
& fn_lactose_38(X) = fn_glucose_10(fn_lactose_27(X))
& fn_lactose_38(X) = fn_glucose_5(fn_lactose_27(X))
& fn_lactose_39(X) = fn_aldose_9(fn_lactose_27(X))
& fn_lactose_39(X) = fn_glucose_22(fn_lactose_27(X))
& fn_lactose_38(X) = fn_disaccharide_17(X)
& fn_lactose_38(X) = fn_glucose_20(fn_lactose_27(X))
& fn_lactose_24(X) = fn_aldehyde_6(fn_lactose_27(X))
& fn_lactose_25(X) = fn_aldehyde_5(fn_lactose_27(X))
& fn_lactose_25(X) = fn_disaccharide_25(X)
& fn_lactose_24(X) = fn_carbohydrate_5(fn_lactose_27(X))
& fn_lactose_25(X) = fn_carbohydrate_38(fn_lactose_27(X))
& fn_lactose_25(X) = fn_aldose_4(fn_lactose_27(X))
& fn_lactose_25(X) = fn_glucose_22(fn_lactose_27(X))
& fn_lactose_25(X) = fn_glucose_21(fn_lactose_27(X))
& fn_lactose_24(X) = fn_aldose_10(fn_lactose_27(X))
& fn_lactose_27(X) = fn_disaccharide_11(X)
& fn_lactose_24(X) = fn_disaccharide_24(X)
& fn_lactose_24(X) = fn_glucose_24(fn_lactose_27(X))
& fn_lactose_45(X) = fn_hydroxyl_group_4(fn_lactose_41(X))
& fn_lactose_23(X) = fn_share_2(fn_lactose_10(X))
& fn_lactose_23(X) = fn_hydroxyl_group_8(fn_lactose_41(X))
& fn_lactose_10(X) = fn_hydroxyl_group_5(fn_lactose_41(X))
& fn_lactose_40(X) = fn_hydroxyl_group_7(fn_lactose_41(X))
& fn_lactose_19(X) = fn_hydroxyl_group_5(fn_lactose_41(X))
& fn_lactose_20(X) = fn_hydroxyl_group_4(fn_lactose_41(X))
& fn_lactose_44(X) = fn_hydroxyl_group_6(fn_lactose_41(X))
& fn_lactose_51(X) = fn_carbonyl_group_8(fn_lactose_43(X))
& fn_lactose_18(X) = fn_disaccharide_20(X)
& fn_lactose_46(X) = fn_disaccharide_24(X)
& fn_lactose_18(X) = fn_carbonyl_group_10(fn_lactose_43(X))
& fn_lactose_46(X) = fn_carbonyl_group_7(fn_lactose_43(X))
& fn_lactose_45(X) = fn_carbonyl_group_9(fn_lactose_43(X))
& fn_lactose_82(X) = fn_disaccharide_49(X)
& fn_lactose_83(X) = fn_disaccharide_50(X)
& fn_lactose_35(X) = fn_disaccharide_26(X)
& fn_lactose_84(X) = fn_disaccharide_51(X)
& fn_lactose_31(X) = fn_disaccharide_2(X)
& fn_lactose_30(X) = fn_disaccharide_37(X)
& fn_lactose_11(X) = fn_disaccharide_44(X)
& fn_lactose_53(X) = fn_disaccharide_8(X)
& fn_lactose_52(X) = fn_disaccharide_9(X)
& X = fn_functional_group_1(fn_lactose_60(X))
& fn_lactose_64(X) = fn_polar_covalent_bond_19(fn_lactose_37(X))
& fn_lactose_64(X) = fn_carbonyl_group_7(fn_lactose_60(X))
& fn_lactose_33(X) = fn_disaccharide_30(X)
& fn_lactose_33(X) = fn_covalent_bond_14(fn_lactose_37(X))
& fn_lactose_33(X) = fn_carbonyl_group_10(fn_lactose_60(X))
& fn_lactose_63(X) = fn_carbonyl_group_9(fn_lactose_60(X))
& fn_lactose_33(X) = fn_disaccharide_43(X)
& fn_lactose_61(X) = fn_disaccharide_3(X)
& fn_lactose_12(X) = fn_disaccharide_36(X)
& fn_lactose_72(X) = fn_disaccharide_42(X)
& fn_lactose_7(X) = fn_disaccharide_44(X)
& fn_lactose_60(X) = fn_disaccharide_7(X)
& fn_lactose_63(X) = fn_disaccharide_33(X)
& fn_lactose_62(X) = fn_disaccharide_13(X)
& fn_lactose_77(X) = fn_disaccharide_29(X)
& X = fn_functional_group_1(fn_lactose_34(X))
& fn_lactose_34(X) = fn_disaccharide_34(X)
& fn_lactose_26(X) = fn_covalent_bond_20(fn_lactose_37(X))
& fn_lactose_26(X) = fn_polar_covalent_bond_18(fn_lactose_37(X))
& fn_lactose_37(X) = fn_disaccharide_31(X)
& fn_lactose_81(X) = fn_disaccharide_48(X)
& fn_lactose_78(X) = fn_disaccharide_45(X)
& fn_lactose_79(X) = fn_disaccharide_46(X)
& fn_lactose_80(X) = fn_disaccharide_47(X)
& fn_lactose_64(X) = fn_disaccharide_14(X)
& fn_lactose_62(X) = fn_disaccharide_33(X)
& fn_lactose_6(X) = fn_disaccharide_2(X)
& fn_lactose_36(X) = fn_disaccharide_6(X)
& fn_lactose_8(X) = fn_disaccharide_29(X)
& fn_lactose_63(X) = fn_covalent_bond_19(fn_lactose_37(X))
& fn_lactose_14(X) = fn_covalent_bond_18(fn_lactose_37(X))
& fn_lactose_63(X) = fn_polar_covalent_bond_18(fn_lactose_37(X))
& fn_lactose_14(X) = fn_hydroxyl_group_8(fn_lactose_34(X))
& fn_lactose_14(X) = fn_disaccharide_5(X)
& fn_lactose_26(X) = fn_hydroxyl_group_6(fn_lactose_34(X))
& fn_lactose_63(X) = fn_hydroxyl_group_4(fn_lactose_34(X))
& fn_lactose_63(X) = fn_disaccharide_13(X)
& fn_lactose_26(X) = fn_disaccharide_32(X)
& fn_lactose_48(X) = fn_carbonyl_group_4(fn_lactose_16(X))
& fn_lactose_49(X) = fn_carbonyl_group_6(fn_lactose_16(X))
& fn_lactose_50(X) = fn_carbonyl_group_10(fn_lactose_16(X))
& fn_lactose_25(X) = fn_carbonyl_group_9(fn_lactose_16(X))
& fn_lactose_15(X) = fn_carbonyl_group_8(fn_lactose_16(X))
& fn_lactose_39(X) = fn_carbonyl_group_9(fn_lactose_16(X))
& fn_lactose_24(X) = fn_carbonyl_group_7(fn_lactose_16(X))
& fn_lactose_71(X) = fn_polar_covalent_bond_16(fn_lactose_37(X))
& fn_lactose_30(X) = fn_polar_covalent_bond_12(fn_lactose_37(X))
& fn_lactose_14(X) = fn_polar_covalent_bond_11(fn_lactose_37(X))
& fn_lactose_14(X) = fn_polar_covalent_bond_12(fn_lactose_37(X))
& fn_lactose_30(X) = fn_polar_covalent_bond_11(fn_lactose_37(X))
& fn_lactose_7(X) = fn_polar_covalent_bond_16(fn_lactose_37(X))
& fn_lactose_33(X) = fn_polar_covalent_bond_17(fn_lactose_37(X))
& fn_lactose_54(X) = fn_hydrogen_7(fn_lactose_26(X))
& fn_lactose_55(X) = fn_hydrogen_1(fn_lactose_26(X))
& fn_lactose_13(X) = fn_hydrogen_10(fn_lactose_26(X))
& fn_lactose_12(X) = fn_hydrogen_2(fn_lactose_26(X))
& fn_lactose_74(X) = fn_hydrogen_14(fn_lactose_26(X))
& fn_lactose_73(X) = fn_hydrogen_16(fn_lactose_26(X))
& fn_lactose_30(X) = fn_hydrogen_12(fn_lactose_26(X))
& fn_lactose_75(X) = fn_hydrogen_15(fn_lactose_26(X))
& fn_lactose_76(X) = fn_hydrogen_13(fn_lactose_26(X))
& fn_dehydration_reaction_6(fn_lactose_35(X)) = fn_dehydration_reaction_6(fn_lactose_35(X))
& fn_dehydration_reaction_6(fn_lactose_35(X)) = fn_condensation_reaction_3(fn_lactose_35(X))
& fn_condensation_reaction_3(fn_lactose_35(X)) = fn_dehydration_reaction_6(fn_lactose_35(X))
& fn_dehydration_reaction_6(fn_lactose_35(X)) = fn_attract_1(fn_lactose_3(X))
& fn_attract_1(fn_lactose_3(X)) = fn_polar_covalent_bond_12(fn_lactose_40(X))
& fn_polar_covalent_bond_12(fn_lactose_40(X)) = fn_polar_covalent_bond_12(fn_lactose_40(X))
& fn_polar_covalent_bond_12(fn_lactose_40(X)) = fn_polar_covalent_bond_11(fn_lactose_40(X))
& fn_polar_covalent_bond_11(fn_lactose_40(X)) = fn_carbohydrate_6(fn_lactose_27(X))
& fn_aldose_11(fn_lactose_27(X)) = fn_carbohydrate_6(fn_lactose_27(X))
& fn_carbohydrate_6(fn_lactose_27(X)) = fn_aldose_11(fn_lactose_27(X))
& fn_aldose_11(fn_lactose_27(X)) = fn_hexose_7(fn_lactose_28(X))
& fn_hexose_7(fn_lactose_28(X)) = fn_hexose_15(fn_lactose_28(X))
& fn_hexose_15(fn_lactose_28(X)) = fn_hexose_12(fn_lactose_28(X))
& fn_hexose_12(fn_lactose_28(X)) = fn_disaccharide_25(X)
& fn_disaccharide_25(X) = fn_hexose_12(fn_lactose_28(X))
& fn_hexose_12(fn_lactose_28(X)) = fn_aldose_11(fn_lactose_28(X))
& fn_hexose_17(fn_lactose_28(X)) = fn_aldose_11(fn_lactose_28(X))
& fn_aldose_11(fn_lactose_28(X)) = fn_hexose_17(fn_lactose_28(X))
& fn_hexose_17(fn_lactose_28(X)) = fn_share_3(fn_lactose_4(X))
& fn_share_3(fn_lactose_4(X)) = fn_share_1(fn_lactose_4(X))
& fn_share_1(fn_lactose_4(X)) = fn_share_1(fn_lactose_4(X))
& fn_share_1(fn_lactose_4(X)) = fn_hexose_12(fn_lactose_28(X))
& fn_hexose_12(fn_lactose_28(X)) = fn_hexose_12(fn_lactose_28(X))
& fn_hexose_12(fn_lactose_28(X)) = fn_disaccharide_21(X)
& fn_disaccharide_21(X) = fn_hexose_7(fn_lactose_28(X))
& fn_hexose_7(fn_lactose_28(X)) = fn_hexose_7(fn_lactose_28(X))
& fn_hexose_7(fn_lactose_28(X)) = fn_dehydration_reaction_7(fn_lactose_35(X))
& fn_dehydration_reaction_7(fn_lactose_35(X)) = fn_functional_group_1(fn_lactose_43(X))
& fn_functional_group_1(fn_lactose_43(X)) = fn_functional_group_1(fn_lactose_41(X))
& fn_functional_group_1(fn_lactose_41(X)) = fn_dehydration_reaction_7(fn_lactose_35(X))
& fn_dehydration_reaction_7(fn_lactose_35(X)) = fn_dehydration_reaction_7(fn_lactose_35(X))
& fn_dehydration_reaction_7(fn_lactose_35(X)) = fn_disaccharide_11(X)
& fn_disaccharide_11(X) = fn_disaccharide_16(X)
& fn_disaccharide_16(X) = fn_glucose_17(fn_lactose_27(X))
& fn_glucose_17(fn_lactose_27(X)) = fn_glucose_17(fn_lactose_27(X))
& fn_glucose_17(fn_lactose_27(X)) = fn_carbohydrate_30(fn_lactose_27(X))
& fn_carbohydrate_30(fn_lactose_27(X)) = fn_carbohydrate_30(fn_lactose_27(X))
& fn_carbohydrate_30(fn_lactose_27(X)) = fn_disaccharide_17(X)
& fn_disaccharide_17(X) = fn_carbohydrate_30(fn_lactose_27(X))
& fn_glucose_10(fn_lactose_27(X)) = fn_carbohydrate_30(fn_lactose_27(X))
& fn_carbohydrate_30(fn_lactose_27(X)) = fn_glucose_10(fn_lactose_27(X))
& fn_glucose_10(fn_lactose_27(X)) = fn_glucose_10(fn_lactose_27(X))
& fn_glucose_5(fn_lactose_27(X)) = fn_glucose_10(fn_lactose_27(X))
& fn_glucose_10(fn_lactose_27(X)) = fn_glucose_5(fn_lactose_27(X))
& fn_glucose_20(fn_lactose_27(X)) = fn_glucose_5(fn_lactose_27(X))
& fn_glucose_5(fn_lactose_27(X)) = fn_glucose_5(fn_lactose_27(X))
& fn_glucose_5(fn_lactose_27(X)) = fn_glucose_20(fn_lactose_27(X))
& fn_glucose_20(fn_lactose_27(X)) = fn_glucose_20(fn_lactose_27(X))
& fn_glucose_20(fn_lactose_27(X)) = fn_dehydration_reaction_8(fn_lactose_35(X))
& fn_dehydration_reaction_8(fn_lactose_35(X)) = fn_functional_group_1(fn_lactose_16(X))
& fn_functional_group_1(fn_lactose_16(X)) = fn_dehydration_reaction_8(fn_lactose_35(X))
& fn_dehydration_reaction_8(fn_lactose_35(X)) = fn_dehydration_reaction_8(fn_lactose_35(X))
& fn_dehydration_reaction_8(fn_lactose_35(X)) = fn_disaccharide_10(X)
& fn_disaccharide_10(X) = fn_disaccharide_10(X)
& fn_disaccharide_11(X) = fn_disaccharide_10(X)
& fn_disaccharide_10(X) = fn_disaccharide_11(X)
& fn_disaccharide_11(X) = fn_disaccharide_11(X)
& fn_disaccharide_11(X) = fn_share_2(fn_lactose_22(X))
& fn_share_2(fn_lactose_22(X)) = fn_share_2(fn_lactose_56(X))
& fn_share_2(fn_lactose_56(X)) = fn_attract_1(fn_lactose_21(X))
& fn_attract_1(fn_lactose_21(X)) = fn_share_2(fn_lactose_10(X))
& fn_share_2(fn_lactose_10(X)) = fn_attract_1(fn_lactose_21(X))
& fn_attract_1(fn_lactose_21(X)) = fn_hydroxyl_group_8(fn_lactose_41(X))
& fn_hydroxyl_group_8(fn_lactose_41(X)) = fn_hydroxyl_group_8(fn_lactose_41(X))
& fn_hydroxyl_group_8(fn_lactose_41(X)) = fn_disaccharide_22(X)
& fn_disaccharide_22(X) = fn_aldose_8(fn_lactose_28(X))
& fn_aldose_8(fn_lactose_28(X)) = fn_disaccharide_22(X)
& fn_disaccharide_22(X) = fn_disaccharide_22(X)
& fn_hexose_11(fn_lactose_28(X)) = fn_disaccharide_22(X)
& fn_disaccharide_22(X) = fn_hexose_11(fn_lactose_28(X))
& fn_hexose_11(fn_lactose_28(X)) = fn_hexose_11(fn_lactose_28(X))
& fn_hexose_11(fn_lactose_28(X)) = fn_hydroxyl_group_7(fn_lactose_41(X))
& fn_hydroxyl_group_7(fn_lactose_41(X)) = fn_hydroxyl_group_7(fn_lactose_41(X))
& fn_hydroxyl_group_7(fn_lactose_41(X)) = fn_share_1(fn_lactose_22(X))
& fn_share_1(fn_lactose_22(X)) = fn_share_1(fn_lactose_56(X))
& fn_share_1(fn_lactose_56(X)) = fn_aldose_9(fn_lactose_28(X))
& fn_aldose_4(fn_lactose_28(X)) = fn_aldose_4(fn_lactose_28(X))
& fn_hexose_4(fn_lactose_28(X)) = fn_aldose_4(fn_lactose_28(X))
& fn_aldose_4(fn_lactose_28(X)) = fn_hexose_4(fn_lactose_28(X))
& fn_hydroxyl_group_4(fn_lactose_41(X)) = fn_monosaccharide_10(fn_lactose_28(X))
& fn_monosaccharide_10(fn_lactose_28(X)) = fn_aldose_5(fn_lactose_28(X))
& fn_aldose_5(fn_lactose_28(X)) = fn_aldose_5(fn_lactose_28(X))
& fn_aldose_5(fn_lactose_28(X)) = fn_hexose_10(fn_lactose_28(X))
& fn_hexose_10(fn_lactose_28(X)) = fn_hold_2(fn_lactose_18(X))
& fn_hold_2(fn_lactose_18(X)) = fn_aldose_3(fn_lactose_28(X))
& fn_aldose_3(fn_lactose_28(X)) = fn_aldose_3(fn_lactose_28(X))
& fn_hexose_3(fn_lactose_28(X)) = fn_aldose_3(fn_lactose_28(X))
& fn_aldose_3(fn_lactose_28(X)) = fn_hexose_3(fn_lactose_28(X))
& fn_hexose_3(fn_lactose_28(X)) = fn_hexose_3(fn_lactose_28(X))
& fn_hexose_3(fn_lactose_28(X)) = fn_hydroxyl_group_6(fn_lactose_41(X))
& fn_hydroxyl_group_6(fn_lactose_41(X)) = fn_hydroxyl_group_6(fn_lactose_41(X))
& fn_hydroxyl_group_6(fn_lactose_41(X)) = fn_aldose_7(fn_lactose_28(X))
& fn_aldose_7(fn_lactose_28(X)) = fn_hexose_14(fn_lactose_28(X))
& fn_hexose_14(fn_lactose_28(X)) = fn_hexose_14(fn_lactose_28(X))
& fn_hexose_14(fn_lactose_28(X)) = fn_carbonyl_group_8(fn_lactose_43(X))
& fn_carbonyl_group_8(fn_lactose_43(X)) = fn_carbonyl_group_8(fn_lactose_43(X))
& fn_carbonyl_group_8(fn_lactose_43(X)) = fn_polar_covalent_bond_17(fn_lactose_40(X))
& fn_polar_covalent_bond_17(fn_lactose_40(X)) = fn_disaccharide_20(X)
& fn_disaccharide_20(X) = fn_polar_covalent_bond_17(fn_lactose_40(X))
& fn_polar_covalent_bond_17(fn_lactose_40(X)) = fn_polar_covalent_bond_17(fn_lactose_40(X))
& fn_polar_covalent_bond_17(fn_lactose_40(X)) = fn_carbonyl_group_10(fn_lactose_43(X))
& fn_carbonyl_group_10(fn_lactose_43(X)) = fn_carbonyl_group_10(fn_lactose_43(X))
& fn_carbonyl_group_10(fn_lactose_43(X)) = fn_share_3(fn_lactose_22(X))
& fn_share_3(fn_lactose_56(X)) = fn_share_3(fn_lactose_19(X))
& fn_share_3(fn_lactose_19(X)) = fn_share_1(fn_lactose_19(X))
& fn_share_1(fn_lactose_19(X)) = fn_share_3(fn_lactose_57(X))
& fn_share_3(fn_lactose_10(X)) = fn_share_1(fn_lactose_10(X))
& fn_share_1(fn_lactose_10(X)) = fn_share_3(fn_lactose_9(X))
& fn_share_3(fn_lactose_9(X)) = fn_share_1(fn_lactose_9(X))
& fn_share_1(fn_lactose_9(X)) = fn_share_3(fn_lactose_70(X))
& fn_share_3(fn_lactose_70(X)) = fn_share_3(fn_lactose_22(X))
& fn_share_3(fn_lactose_22(X)) = fn_share_3(fn_lactose_56(X))
& fn_share_3(fn_lactose_56(X)) = fn_attract_2(fn_lactose_21(X))
& fn_attract_2(fn_lactose_21(X)) = fn_share_3(fn_lactose_19(X))
& fn_share_3(fn_lactose_19(X)) = fn_share_3(fn_lactose_57(X))
& fn_share_3(fn_lactose_57(X)) = fn_share_3(fn_lactose_10(X))
& fn_share_3(fn_lactose_10(X)) = fn_share_3(fn_lactose_9(X))
& fn_share_3(fn_lactose_9(X)) = fn_share_3(fn_lactose_70(X))
& fn_share_3(fn_lactose_70(X)) = fn_attract_2(fn_lactose_3(X))
& fn_attract_2(fn_lactose_3(X)) = fn_attract_2(fn_lactose_21(X))
& fn_attract_2(fn_lactose_21(X)) = fn_attract_2(fn_lactose_3(X))
& fn_attract_2(fn_lactose_3(X)) = fn_polar_covalent_bond_19(fn_lactose_40(X))
& fn_disaccharide_24(X) = fn_polar_covalent_bond_19(fn_lactose_40(X))
& fn_polar_covalent_bond_19(fn_lactose_40(X)) = fn_polar_covalent_bond_19(fn_lactose_40(X))
& fn_polar_covalent_bond_19(fn_lactose_40(X)) = fn_disaccharide_24(X)
& fn_polar_covalent_bond_18(fn_lactose_40(X)) = fn_disaccharide_24(X)
& fn_disaccharide_24(X) = fn_polar_covalent_bond_18(fn_lactose_40(X))
& fn_polar_covalent_bond_18(fn_lactose_40(X)) = fn_polar_covalent_bond_18(fn_lactose_40(X))
& fn_polar_covalent_bond_18(fn_lactose_40(X)) = fn_aldose_10(fn_lactose_28(X))
& fn_hexose_21(fn_lactose_28(X)) = fn_aldose_10(fn_lactose_28(X))
& fn_aldose_10(fn_lactose_28(X)) = fn_aldose_10(fn_lactose_28(X))
& fn_aldose_10(fn_lactose_28(X)) = fn_hexose_21(fn_lactose_28(X))
& fn_hexose_21(fn_lactose_28(X)) = fn_hexose_21(fn_lactose_28(X))
& fn_hexose_21(fn_lactose_28(X)) = fn_carbonyl_group_7(fn_lactose_43(X))
& fn_carbonyl_group_7(fn_lactose_43(X)) = fn_carbonyl_group_7(fn_lactose_43(X))
& fn_carbonyl_group_7(fn_lactose_43(X)) = fn_carbohydrate_34(fn_lactose_28(X))
& fn_carbohydrate_34(fn_lactose_28(X)) = fn_monosaccharide_17(fn_lactose_28(X))
& fn_monosaccharide_17(fn_lactose_28(X)) = fn_monosaccharide_17(fn_lactose_28(X))
& fn_monosaccharide_17(fn_lactose_28(X)) = fn_aldehyde_10(fn_lactose_28(X))
& fn_aldehyde_10(fn_lactose_28(X)) = fn_aldehyde_10(fn_lactose_28(X))
& fn_aldehyde_10(fn_lactose_28(X)) = fn_aldose_6(fn_lactose_28(X))
& fn_aldose_6(fn_lactose_28(X)) = fn_aldose_6(fn_lactose_28(X))
& fn_aldose_6(fn_lactose_28(X)) = fn_hexose_13(fn_lactose_28(X))
& fn_hexose_13(fn_lactose_28(X)) = fn_share_1(fn_lactose_57(X))
& fn_share_1(fn_lactose_57(X)) = fn_share_1(fn_lactose_70(X))
& fn_share_1(fn_lactose_70(X)) = fn_aldose_4(fn_lactose_28(X))
& fn_aldose_9(fn_lactose_28(X)) = fn_aldose_4(fn_lactose_28(X))
& fn_aldose_4(fn_lactose_28(X)) = fn_aldose_9(fn_lactose_28(X))
& fn_aldose_9(fn_lactose_28(X)) = fn_aldose_9(fn_lactose_28(X))
& fn_aldose_9(fn_lactose_28(X)) = fn_hexose_12(fn_lactose_28(X))
& fn_hexose_4(fn_lactose_28(X)) = fn_hexose_12(fn_lactose_28(X))
& fn_hexose_12(fn_lactose_28(X)) = fn_hexose_4(fn_lactose_28(X))
& fn_hexose_4(fn_lactose_28(X)) = fn_hexose_4(fn_lactose_28(X))
& fn_hexose_4(fn_lactose_28(X)) = fn_hydroxyl_group_4(fn_lactose_41(X))
& fn_hydroxyl_group_4(fn_lactose_41(X)) = fn_hydroxyl_group_4(fn_lactose_41(X))
& fn_hydroxyl_group_4(fn_lactose_41(X)) = fn_carbonyl_group_9(fn_lactose_43(X))
& fn_carbonyl_group_9(fn_lactose_43(X)) = fn_carbonyl_group_9(fn_lactose_43(X))
& fn_carbonyl_group_9(fn_lactose_43(X)) = fn_polar_covalent_bond_16(fn_lactose_37(X))
& fn_polar_covalent_bond_16(fn_lactose_37(X)) = fn_disaccharide_2(X)
& fn_disaccharide_2(X) = fn_hydroxyl_group_5(fn_lactose_34(X))
& fn_hydroxyl_group_5(fn_lactose_34(X)) = fn_disaccharide_44(X)
& fn_polar_covalent_bond_16(fn_lactose_37(X)) = fn_disaccharide_29(X)
& fn_disaccharide_29(X) = fn_polar_covalent_bond_19(fn_lactose_37(X))
& fn_carbonyl_group_7(fn_lactose_60(X)) = fn_polar_covalent_bond_19(fn_lactose_37(X))
& fn_polar_covalent_bond_19(fn_lactose_37(X)) = fn_carbonyl_group_7(fn_lactose_60(X))
& fn_carbonyl_group_7(fn_lactose_60(X)) = fn_carbonyl_group_7(fn_lactose_60(X))
& fn_disaccharide_14(X) = fn_carbonyl_group_7(fn_lactose_60(X))
& fn_carbonyl_group_7(fn_lactose_60(X)) = fn_disaccharide_14(X)
& fn_disaccharide_14(X) = fn_disaccharide_14(X)
& fn_disaccharide_14(X) = fn_covalent_bond_20(fn_lactose_36(X))
& fn_covalent_bond_20(fn_lactose_36(X)) = fn_covalent_bond_19(fn_lactose_36(X))
& fn_covalent_bond_19(fn_lactose_36(X)) = fn_covalent_bond_19(fn_lactose_36(X))
& fn_covalent_bond_19(fn_lactose_36(X)) = fn_carbonyl_group_9(fn_lactose_60(X))
& fn_disaccharide_33(X) = fn_carbonyl_group_8(fn_lactose_60(X))
& fn_carbonyl_group_8(fn_lactose_60(X)) = fn_carbonyl_group_8(fn_lactose_60(X))
& fn_carbonyl_group_8(fn_lactose_60(X)) = fn_disaccharide_6(X)
& fn_disaccharide_6(X) = fn_disaccharide_6(X)
& fn_disaccharide_6(X) = fn_hydroxyl_group_5(fn_lactose_34(X))
& fn_hydroxyl_group_5(fn_lactose_34(X)) = fn_hydroxyl_group_5(fn_lactose_34(X))
& fn_hydroxyl_group_5(fn_lactose_34(X)) = fn_disaccharide_29(X)
& fn_disaccharide_29(X) = fn_disaccharide_29(X)
& fn_disaccharide_29(X) = fn_share_3(fn_lactose_11(X))
& fn_share_3(fn_lactose_11(X)) = fn_share_1(fn_lactose_11(X))
& fn_share_1(fn_lactose_11(X)) = fn_share_1(fn_lactose_11(X))
& fn_share_1(fn_lactose_11(X)) = fn_covalent_bond_19(fn_lactose_37(X))
& fn_polar_covalent_bond_18(fn_lactose_37(X)) = fn_covalent_bond_19(fn_lactose_37(X))
& fn_covalent_bond_19(fn_lactose_37(X)) = fn_covalent_bond_19(fn_lactose_37(X))
& fn_covalent_bond_19(fn_lactose_37(X)) = fn_polar_covalent_bond_18(fn_lactose_37(X))
& fn_polar_covalent_bond_18(fn_lactose_37(X)) = fn_carbonyl_group_9(fn_lactose_60(X))
& fn_carbonyl_group_9(fn_lactose_60(X)) = fn_polar_covalent_bond_18(fn_lactose_37(X))
& fn_polar_covalent_bond_18(fn_lactose_37(X)) = fn_hydroxyl_group_4(fn_lactose_34(X))
& fn_hydroxyl_group_4(fn_lactose_34(X)) = fn_carbonyl_group_9(fn_lactose_60(X))
& fn_carbonyl_group_9(fn_lactose_60(X)) = fn_carbonyl_group_9(fn_lactose_60(X))
& fn_carbonyl_group_9(fn_lactose_60(X)) = fn_hydroxyl_group_4(fn_lactose_34(X))
& fn_hydroxyl_group_4(fn_lactose_34(X)) = fn_disaccharide_33(X)
& fn_disaccharide_33(X) = fn_hydroxyl_group_4(fn_lactose_34(X))
& fn_hydroxyl_group_4(fn_lactose_34(X)) = fn_hydroxyl_group_4(fn_lactose_34(X))
& fn_hydroxyl_group_4(fn_lactose_34(X)) = fn_disaccharide_13(X)
& fn_disaccharide_13(X) = fn_disaccharide_33(X)
& fn_disaccharide_33(X) = fn_disaccharide_33(X)
& fn_disaccharide_33(X) = fn_disaccharide_13(X)
& fn_disaccharide_13(X) = fn_disaccharide_13(X)
& fn_disaccharide_13(X) = fn_glucose_16(fn_lactose_27(X))
& fn_glucose_16(fn_lactose_27(X)) = fn_glucose_16(fn_lactose_27(X))
& fn_glucose_16(fn_lactose_27(X)) = fn_carbonyl_group_4(fn_lactose_16(X))
& fn_carbonyl_group_4(fn_lactose_16(X)) = fn_carbonyl_group_4(fn_lactose_16(X))
& fn_carbonyl_group_4(fn_lactose_16(X)) = fn_carbohydrate_29(fn_lactose_27(X))
& fn_carbohydrate_29(fn_lactose_27(X)) = fn_glucose_19(fn_lactose_27(X))
& fn_glucose_18(fn_lactose_27(X)) = fn_glucose_19(fn_lactose_27(X))
& fn_glucose_19(fn_lactose_27(X)) = fn_glucose_18(fn_lactose_27(X))
& fn_glucose_18(fn_lactose_27(X)) = fn_glucose_18(fn_lactose_27(X))
& fn_glucose_18(fn_lactose_27(X)) = fn_carbonyl_group_6(fn_lactose_16(X))
& fn_carbonyl_group_6(fn_lactose_16(X)) = fn_carbonyl_group_6(fn_lactose_16(X))
& fn_carbonyl_group_6(fn_lactose_16(X)) = fn_aldehyde_5(fn_lactose_27(X))
& fn_aldehyde_5(fn_lactose_27(X)) = fn_aldehyde_5(fn_lactose_27(X))
& fn_disaccharide_25(X) = fn_aldehyde_5(fn_lactose_27(X))
& fn_aldehyde_5(fn_lactose_27(X)) = fn_disaccharide_25(X)
& fn_carbohydrate_38(fn_lactose_27(X)) = fn_disaccharide_25(X)
& fn_disaccharide_25(X) = fn_disaccharide_25(X)
& fn_disaccharide_25(X) = fn_carbohydrate_38(fn_lactose_27(X))
& fn_carbohydrate_38(fn_lactose_27(X)) = fn_carbohydrate_38(fn_lactose_27(X))
& fn_aldose_4(fn_lactose_27(X)) = fn_carbohydrate_38(fn_lactose_27(X))
& fn_carbohydrate_38(fn_lactose_27(X)) = fn_aldose_4(fn_lactose_27(X))
& fn_aldose_4(fn_lactose_27(X)) = fn_aldose_4(fn_lactose_27(X))
& fn_glucose_22(fn_lactose_27(X)) = fn_aldose_4(fn_lactose_27(X))
& fn_aldose_4(fn_lactose_27(X)) = fn_glucose_22(fn_lactose_27(X))
& fn_glucose_21(fn_lactose_27(X)) = fn_glucose_22(fn_lactose_27(X))
& fn_glucose_22(fn_lactose_27(X)) = fn_glucose_21(fn_lactose_27(X))
& fn_glucose_21(fn_lactose_27(X)) = fn_glucose_21(fn_lactose_27(X))
& fn_glucose_21(fn_lactose_27(X)) = fn_carbonyl_group_9(fn_lactose_16(X))
& fn_carbonyl_group_9(fn_lactose_16(X)) = fn_glucose_26(fn_lactose_27(X))
& fn_glucose_26(fn_lactose_27(X)) = fn_carbonyl_group_8(fn_lactose_16(X))
& fn_carbonyl_group_8(fn_lactose_16(X)) = fn_carbonyl_group_8(fn_lactose_16(X))
& fn_carbonyl_group_8(fn_lactose_16(X)) = fn_aldose_9(fn_lactose_27(X))
& fn_glucose_22(fn_lactose_27(X)) = fn_aldose_9(fn_lactose_27(X))
& fn_aldose_9(fn_lactose_27(X)) = fn_glucose_22(fn_lactose_27(X))
& fn_glucose_22(fn_lactose_27(X)) = fn_glucose_22(fn_lactose_27(X))
& fn_glucose_22(fn_lactose_27(X)) = fn_carbonyl_group_9(fn_lactose_16(X))
& fn_carbonyl_group_9(fn_lactose_16(X)) = fn_carbonyl_group_9(fn_lactose_16(X))
& fn_carbonyl_group_9(fn_lactose_16(X)) = fn_carbohydrate_34(fn_lactose_27(X))
& fn_carbohydrate_34(fn_lactose_27(X)) = fn_monosaccharide_17(fn_lactose_27(X))
& fn_monosaccharide_17(fn_lactose_27(X)) = fn_monosaccharide_17(fn_lactose_27(X))
& fn_monosaccharide_17(fn_lactose_27(X)) = fn_aldehyde_10(fn_lactose_27(X))
& fn_aldehyde_10(fn_lactose_27(X)) = fn_aldehyde_10(fn_lactose_27(X))
& fn_aldehyde_10(fn_lactose_27(X)) = fn_aldose_6(fn_lactose_27(X))
& fn_aldose_6(fn_lactose_27(X)) = fn_aldose_6(fn_lactose_27(X))
& fn_aldose_6(fn_lactose_27(X)) = fn_glucose_27(fn_lactose_27(X))
& fn_glucose_27(fn_lactose_27(X)) = fn_disaccharide_24(X)
& fn_disaccharide_24(X) = fn_aldehyde_6(fn_lactose_27(X))
& fn_aldehyde_6(fn_lactose_27(X)) = fn_disaccharide_24(X)
& fn_disaccharide_24(X) = fn_disaccharide_24(X)
& fn_carbohydrate_5(fn_lactose_27(X)) = fn_disaccharide_24(X)
& fn_disaccharide_24(X) = fn_carbohydrate_5(fn_lactose_27(X))
& fn_aldose_10(fn_lactose_27(X)) = fn_carbohydrate_5(fn_lactose_27(X))
& fn_carbohydrate_5(fn_lactose_27(X)) = fn_aldose_10(fn_lactose_27(X))
& fn_aldose_10(fn_lactose_27(X)) = fn_aldose_10(fn_lactose_27(X))
& fn_glucose_24(fn_lactose_27(X)) = fn_aldose_10(fn_lactose_27(X))
& fn_aldose_10(fn_lactose_27(X)) = fn_glucose_24(fn_lactose_27(X))
& fn_glucose_24(fn_lactose_27(X)) = fn_glucose_24(fn_lactose_27(X))
& fn_glucose_24(fn_lactose_27(X)) = fn_carbonyl_group_7(fn_lactose_16(X))
& fn_carbonyl_group_7(fn_lactose_16(X)) = fn_carbonyl_group_7(fn_lactose_16(X))
& fn_carbonyl_group_7(fn_lactose_16(X)) = fn_carbonyl_group_5(fn_lactose_60(X))
& fn_carbonyl_group_5(fn_lactose_60(X)) = fn_carbonyl_group_5(fn_lactose_60(X))
& fn_carbonyl_group_5(fn_lactose_60(X)) = fn_polar_covalent_bond_16(fn_lactose_37(X))
& fn_polar_covalent_bond_16(fn_lactose_37(X)) = fn_share_2(fn_lactose_59(X))
& fn_share_2(fn_lactose_59(X)) = fn_covalent_bond_18(fn_lactose_36(X))
& fn_covalent_bond_18(fn_lactose_36(X)) = fn_covalent_bond_18(fn_lactose_37(X))
& fn_covalent_bond_18(fn_lactose_37(X)) = fn_covalent_bond_18(fn_lactose_36(X))
& fn_covalent_bond_18(fn_lactose_36(X)) = fn_polar_covalent_bond_11(fn_lactose_37(X))
& fn_polar_covalent_bond_11(fn_lactose_37(X)) = fn_covalent_bond_18(fn_lactose_37(X))
& fn_covalent_bond_18(fn_lactose_37(X)) = fn_polar_covalent_bond_11(fn_lactose_37(X))
& fn_hydroxyl_group_8(fn_lactose_34(X)) = fn_polar_covalent_bond_11(fn_lactose_37(X))
& fn_polar_covalent_bond_11(fn_lactose_37(X)) = fn_hydroxyl_group_8(fn_lactose_34(X))
& fn_disaccharide_5(X) = fn_hydroxyl_group_8(fn_lactose_34(X))
& fn_hydroxyl_group_8(fn_lactose_34(X)) = fn_disaccharide_5(X)
& fn_disaccharide_5(X) = fn_disaccharide_5(X)
& fn_disaccharide_5(X) = fn_polar_covalent_bond_12(fn_lactose_37(X))
& fn_polar_covalent_bond_12(fn_lactose_37(X)) = fn_disaccharide_44(X)
& fn_disaccharide_44(X) = fn_disaccharide_44(X)
& fn_disaccharide_44(X) = fn_polar_covalent_bond_16(fn_lactose_37(X))
& fn_polar_covalent_bond_16(fn_lactose_37(X)) = fn_polar_covalent_bond_16(fn_lactose_37(X))
& fn_polar_covalent_bond_16(fn_lactose_37(X)) = fn_carbonyl_group_10(fn_lactose_60(X))
& fn_carbonyl_group_10(fn_lactose_60(X)) = fn_covalent_bond_14(fn_lactose_37(X))
& fn_covalent_bond_14(fn_lactose_37(X)) = fn_covalent_bond_14(fn_lactose_37(X))
& fn_covalent_bond_14(fn_lactose_37(X)) = fn_carbonyl_group_10(fn_lactose_60(X))
& fn_disaccharide_30(X) = fn_carbonyl_group_10(fn_lactose_60(X))
& fn_carbonyl_group_10(fn_lactose_60(X)) = fn_disaccharide_30(X)
& fn_disaccharide_30(X) = fn_disaccharide_30(X)
& fn_disaccharide_30(X) = fn_disaccharide_43(X)
& fn_disaccharide_43(X) = fn_disaccharide_43(X)
& fn_disaccharide_43(X) = fn_polar_covalent_bond_17(fn_lactose_37(X))
& fn_polar_covalent_bond_17(fn_lactose_37(X)) = fn_polar_covalent_bond_17(fn_lactose_37(X))
& fn_polar_covalent_bond_17(fn_lactose_37(X)) = fn_hydroxyl_group_7(fn_lactose_34(X))
& fn_hydroxyl_group_7(fn_lactose_34(X)) = fn_hydroxyl_group_7(fn_lactose_34(X))
& fn_hydroxyl_group_7(fn_lactose_34(X)) = fn_disaccharide_31(X)
& fn_disaccharide_31(X) = fn_disaccharide_31(X)
& fn_disaccharide_31(X) = fn_polar_covalent_bond_1(fn_lactose_37(X))
& fn_polar_covalent_bond_1(fn_lactose_37(X)) = fn_polar_covalent_bond_1(fn_lactose_37(X))
& fn_polar_covalent_bond_1(fn_lactose_37(X)) = fn_disaccharide_36(X)
& fn_disaccharide_36(X) = fn_disaccharide_36(X)
& fn_disaccharide_36(X) = fn_hydrogen_2(fn_lactose_26(X))
& fn_hydrogen_2(fn_lactose_26(X)) = fn_hydrogen_2(fn_lactose_26(X))
& fn_hydrogen_2(fn_lactose_26(X)) = fn_covalent_bond_15(fn_lactose_36(X))
& fn_covalent_bond_15(fn_lactose_36(X)) = fn_polar_covalent_bond_12(fn_lactose_37(X))
& fn_polar_covalent_bond_12(fn_lactose_37(X)) = fn_polar_covalent_bond_12(fn_lactose_37(X))
& fn_disaccharide_37(X) = fn_polar_covalent_bond_12(fn_lactose_37(X))
& fn_polar_covalent_bond_12(fn_lactose_37(X)) = fn_disaccharide_37(X)
& fn_disaccharide_37(X) = fn_disaccharide_37(X)
& fn_disaccharide_37(X) = fn_polar_covalent_bond_11(fn_lactose_37(X))
& fn_polar_covalent_bond_11(fn_lactose_37(X)) = fn_polar_covalent_bond_11(fn_lactose_37(X))
& fn_polar_covalent_bond_11(fn_lactose_37(X)) = fn_hydrogen_12(fn_lactose_26(X))
& fn_hydrogen_12(fn_lactose_26(X)) = fn_hydrogen_12(fn_lactose_26(X))
& fn_hydrogen_12(fn_lactose_26(X)) = fn_share_3(fn_lactose_31(X))
& fn_share_3(fn_lactose_31(X)) = fn_share_1(fn_lactose_31(X))
& fn_share_1(fn_lactose_31(X)) = fn_share_3(fn_lactose_32(X))
& fn_share_3(fn_lactose_32(X)) = fn_share_1(fn_lactose_32(X))
& fn_share_1(fn_lactose_32(X)) = fn_share_3(fn_lactose_59(X))
& fn_share_3(fn_lactose_59(X)) = fn_share_1(fn_lactose_59(X))
& fn_share_1(fn_lactose_59(X)) = fn_share_1(fn_lactose_31(X))
& fn_share_1(fn_lactose_31(X)) = fn_share_1(fn_lactose_32(X))
& fn_share_1(fn_lactose_32(X)) = fn_share_1(fn_lactose_59(X))
& fn_share_1(fn_lactose_59(X)) = fn_covalent_bond_20(fn_lactose_37(X))
& fn_polar_covalent_bond_18(fn_lactose_37(X)) = fn_covalent_bond_20(fn_lactose_37(X))
& fn_covalent_bond_20(fn_lactose_37(X)) = fn_covalent_bond_20(fn_lactose_37(X))
& fn_covalent_bond_20(fn_lactose_37(X)) = fn_polar_covalent_bond_18(fn_lactose_37(X))
& fn_polar_covalent_bond_18(fn_lactose_37(X)) = fn_polar_covalent_bond_18(fn_lactose_37(X))
& fn_hydroxyl_group_6(fn_lactose_34(X)) = fn_polar_covalent_bond_18(fn_lactose_37(X))
& fn_polar_covalent_bond_18(fn_lactose_37(X)) = fn_hydroxyl_group_6(fn_lactose_34(X))
& fn_hydroxyl_group_6(fn_lactose_34(X)) = fn_hydroxyl_group_6(fn_lactose_34(X))
& fn_disaccharide_32(X) = fn_hydroxyl_group_6(fn_lactose_34(X))
& fn_hydroxyl_group_6(fn_lactose_34(X)) = fn_disaccharide_32(X)
& fn_disaccharide_32(X) = fn_disaccharide_32(X)
& fn_functional_group_1(fn_lactose_60(X)) = fn_functional_group_1(fn_lactose_34(X)) ) ) ).
fof(a530580,axiom,
! [X] :
( lagging_strand_1(X)
=> ( original_name_2(X,'Lagging-strand')
& user_description_2(X,'The lagging strand is that strand of the DNA double helix that is orientated in a 3\' to 5\' manner. Because of its orientation, opposite to the working orientation of DNA polymerase III which is in a 5\' to 3\' manner, replication of the lagging strand is more complicated than of the leading strand.On the lagging strand, primase reads the DNA and adds RNA to it in short, separated segments. In eukaryotes, primase is intrinsic to Pol ?. DNA polymerase III or Pol ? lengthens the primed segments, forming Okazaki fragments. Primer removal in eukaryotes is also performed by Pol ?. In prokaryotes, DNA polymerase I reads the fragments, removes the RNA using its flap endonuclease domain, and replaces the RNA nucleotides with DNA nucleotides (this is necessary because RNA and DNA use slightly different kinds of nucleotides). DNA ligase joins the fragments together')
& concept2words_2(X,'strand of lagging')
& concept2words_2(X,'lagging strand')
& concept2words_2(X,'lagging-strand')
& dna_strand_1(X) ) ) ).
fof(a530581,axiom,
! [X] :
( lagomorpha_1(X)
=> ( original_name_2(X,'Lagomorpha')
& user_description_2(X,'Mammalian order that includes rabbits, hares, and pikas.')
& concept2words_2(X,lagomorpha)
& mammal_1(X)
& ~ eutherian_1(X)
& ~ insectivora_1(X)
& ~ marsupial_1(X)
& ~ monotreme_1(X)
& ~ person_1(X)
& locomotion_1(fn_lagomorpha_3(X))
& take_in_1(fn_lagomorpha_4(X))
& coprophage_1(fn_lagomorpha_5(X))
& secretion_1(fn_lagomorpha_6(X))
& resource_1(fn_lagomorpha_7(X))
& move_1(fn_lagomorpha_8(X))
& specific_heat_value_1(fn_lagomorpha_9(X))
& temperature_value_1(fn_lagomorpha_10(X))
& store_1(fn_lagomorpha_11(X))
& circulatory_system_1(fn_lagomorpha_12(X))
& digestive_system_1(fn_lagomorpha_13(X))
& respiratory_system_1(fn_lagomorpha_14(X))
& lining_1(fn_lagomorpha_15(X))
& stomach_1(fn_lagomorpha_16(X))
& pharynx_1(fn_lagomorpha_17(X))
& esophagus_1(fn_lagomorpha_18(X))
& liver_1(fn_lagomorpha_19(X))
& pancreas_1(fn_lagomorpha_20(X))
& epithelium_1(fn_lagomorpha_21(X))
& tissue_1(fn_lagomorpha_22(X))
& bone_1(fn_lagomorpha_22(X))
& gallbladder_1(fn_lagomorpha_23(X))
& heart_1(fn_lagomorpha_24(X))
& trachea_1(fn_lagomorpha_25(X))
& lung_1(fn_lagomorpha_26(X))
& mammalian_cell_1(fn_lagomorpha_27(X))
& water_1(fn_lagomorpha_28(X))
& nutrition_1(fn_lagomorpha_29(X))
& abrade_1(fn_lagomorpha_30(X))
& move_through_1(fn_lagomorpha_31(X))
& abrade_1(fn_lagomorpha_32(X))
& container_1(fn_lagomorpha_33(X))
& entity_1(fn_coprophage_8(fn_lagomorpha_5(X)))
& animal_1(fn_coprophage_8(fn_lagomorpha_5(X)))
& nutrition_1(fn_coprophage_7(fn_lagomorpha_5(X)))
& plays_2(X,fn_lagomorpha_5(X))
& in_event_2(fn_lagomorpha_5(X),fn_lagomorpha_29(X))
& called_2(fn_lagomorpha_8(X),'M3')
& in_event_2(fn_lagomorpha_7(X),fn_lagomorpha_6(X))
& next_element_2(fn_lagomorpha_25(X),fn_lagomorpha_26(X))
& agent_2(fn_lagomorpha_29(X),X)
& element_2(fn_lagomorpha_12(X),fn_lagomorpha_24(X))
& has_region_2(X,fn_lagomorpha_12(X))
& has_region_2(X,fn_lagomorpha_14(X))
& element_2(fn_lagomorpha_13(X),fn_lagomorpha_17(X))
& has_region_2(X,fn_lagomorpha_13(X))
& temperature_2(X,fn_lagomorpha_10(X))
& correspondence_2(fn_lagomorpha_10(X),fn_lagomorpha_9(X))
& has_part_2(X,fn_lagomorpha_17(X))
& next_element_2(fn_lagomorpha_17(X),fn_lagomorpha_18(X))
& element_2(fn_lagomorpha_13(X),fn_lagomorpha_18(X))
& element_2(fn_lagomorpha_13(X),fn_lagomorpha_16(X))
& has_part_2(X,fn_lagomorpha_16(X))
& is_inside_2(fn_lagomorpha_21(X),fn_lagomorpha_15(X))
& has_region_2(X,fn_lagomorpha_15(X))
& has_part_2(X,fn_lagomorpha_18(X))
& abuts_2(fn_lagomorpha_16(X),fn_lagomorpha_18(X))
& abuts_2(fn_lagomorpha_18(X),fn_lagomorpha_16(X))
& has_part_2(X,fn_lagomorpha_20(X))
& element_2(fn_lagomorpha_13(X),fn_lagomorpha_20(X))
& element_2(fn_lagomorpha_13(X),fn_lagomorpha_19(X))
& has_part_2(X,fn_lagomorpha_19(X))
& has_part_2(X,fn_lagomorpha_22(X))
& base_2(fn_lagomorpha_31(X),fn_lagomorpha_13(X))
& element_2(fn_lagomorpha_13(X),fn_lagomorpha_23(X))
& has_part_2(X,fn_lagomorpha_23(X))
& has_part_2(X,fn_lagomorpha_21(X))
& plays_2(fn_lagomorpha_21(X),fn_lagomorpha_7(X))
& agent_2(fn_lagomorpha_4(X),X)
& base_2(fn_lagomorpha_4(X),X)
& has_part_2(X,fn_lagomorpha_24(X))
& origin_2(fn_lagomorpha_8(X),fn_lagomorpha_24(X))
& destination_2(fn_lagomorpha_8(X),fn_lagomorpha_22(X))
& enables_2(fn_lagomorpha_31(X),fn_lagomorpha_30(X))
& path_2(fn_lagomorpha_30(X),X)
& has_part_2(X,fn_lagomorpha_25(X))
& abuts_2(fn_lagomorpha_17(X),fn_lagomorpha_25(X))
& abuts_2(fn_lagomorpha_25(X),fn_lagomorpha_17(X))
& agent_2(fn_lagomorpha_3(X),X)
& object_2(fn_lagomorpha_3(X),X)
& has_part_2(X,fn_lagomorpha_26(X))
& element_2(fn_lagomorpha_14(X),fn_lagomorpha_26(X))
& element_2(fn_lagomorpha_14(X),fn_lagomorpha_25(X))
& path_2(fn_lagomorpha_32(X),X)
& enables_2(fn_lagomorpha_31(X),fn_lagomorpha_32(X))
& path_2(fn_lagomorpha_31(X),X)
& has_part_2(X,fn_lagomorpha_27(X))
& base_2(fn_lagomorpha_6(X),fn_lagomorpha_27(X))
& plays_2(X,fn_lagomorpha_33(X))
& in_event_2(fn_lagomorpha_33(X),fn_lagomorpha_11(X))
& base_2(fn_lagomorpha_11(X),X)
& has_part_2(X,fn_lagomorpha_28(X))
& specific_heat_2(fn_lagomorpha_28(X),fn_lagomorpha_9(X))
& X = fn_coprophage_8(fn_lagomorpha_5(X))
& fn_lagomorpha_29(X) = fn_coprophage_7(fn_lagomorpha_5(X))
& fn_lagomorpha_1(X) = fn_mammal_100(X)
& fn_lagomorpha_29(X) = fn_mammal_50(X)
& fn_lagomorpha_12(X) = fn_mammal_77(X)
& fn_lagomorpha_2(X) = fn_mammal_99(X)
& fn_lagomorpha_10(X) = fn_mammal_90(X)
& fn_lagomorpha_16(X) = fn_mammal_91(X)
& fn_lagomorpha_18(X) = fn_mammal_93(X)
& fn_lagomorpha_15(X) = fn_mammal_3(X)
& fn_lagomorpha_19(X) = fn_mammal_94(X)
& fn_lagomorpha_20(X) = fn_mammal_95(X)
& fn_lagomorpha_7(X) = fn_mammal_6(X)
& fn_lagomorpha_21(X) = fn_mammal_2(X)
& fn_lagomorpha_23(X) = fn_mammal_60(X)
& fn_lagomorpha_13(X) = fn_mammal_78(X)
& fn_lagomorpha_22(X) = fn_mammal_61(X)
& fn_lagomorpha_8(X) = fn_mammal_65(X)
& fn_lagomorpha_24(X) = fn_mammal_18(X)
& fn_lagomorpha_4(X) = fn_mammal_97(X)
& fn_lagomorpha_17(X) = fn_mammal_92(X)
& fn_lagomorpha_30(X) = fn_mammal_79(X)
& fn_lagomorpha_25(X) = fn_mammal_84(X)
& fn_lagomorpha_14(X) = fn_mammal_83(X)
& fn_lagomorpha_26(X) = fn_mammal_85(X)
& fn_lagomorpha_3(X) = fn_mammal_98(X)
& fn_lagomorpha_6(X) = fn_mammal_88(X)
& fn_lagomorpha_27(X) = fn_mammal_75(X)
& fn_lagomorpha_31(X) = fn_mammal_80(X)
& fn_lagomorpha_32(X) = fn_mammal_39(X)
& fn_lagomorpha_9(X) = fn_mammal_89(X)
& fn_lagomorpha_28(X) = fn_mammal_76(X)
& fn_lagomorpha_11(X) = fn_mammal_82(X)
& fn_lagomorpha_33(X) = fn_mammal_81(X)
& fn_coprophage_7(fn_lagomorpha_5(X)) = fn_mammal_50(X) ) ) ).
fof(a530582,axiom,
! [X] :
( lake_1(X)
=> ( original_name_2(X,'Lake')
& user_description_2(X,'A large body of water, often (but not always) freshwater, located within a land mass.')
& concept2words_2(X,lake)
& aquatic_ecosystem_1(X)
& ~ ocean_1(X)
& pelagic_zone_1(fn_lake_1(X))
& benthic_zone_1(fn_lake_2(X))
& limnetic_zone_1(fn_lake_3(X))
& littoral_zone_1(fn_lake_4(X))
& shore_1(fn_lake_5(X))
& ground_1(fn_lake_6(X))
& surface_1(fn_lake_7(X))
& temperature_value_1(fn_lake_10(X))
& temperature_value_1(fn_lake_11(X))
& chemical_entity_1(fn_lake_12(X))
& cool_1(fn_lake_13(X))
& tangible_entity_1(fn_lake_14(X))
& liquid_substance_1(fn_lake_14(X))
& water_1(fn_lake_14(X))
& tangible_entity_1(fn_lake_15(X))
& liquid_substance_1(fn_lake_15(X))
& water_1(fn_lake_15(X))
& freezing_of_water_1(fn_lake_16(X))
& decrease_1(fn_lake_17(X))
& attract_1(fn_lake_18(X))
& thermal_energy_1(fn_lake_19(X))
& volume_value_1(fn_lake_20(X))
& temperature_value_1(fn_lake_21(X))
& surface_1(fn_lake_22(X))
& hydrogen_bond_1(fn_lake_23(X))
& entity_1(fn_lake_24(X))
& chemical_entity_1(fn_lake_24(X))
& spatial_entity_1(fn_lake_24(X))
& tangible_entity_1(fn_lake_24(X))
& polar_molecule_1(fn_lake_24(X))
& hydrophilic_compound_1(fn_lake_24(X))
& water_molecule_1(fn_lake_24(X))
& hydrophilic_compound_1(fn_lake_25(X))
& entity_1(fn_lake_25(X))
& spatial_entity_1(fn_lake_25(X))
& chemical_entity_1(fn_lake_25(X))
& tangible_entity_1(fn_lake_25(X))
& polar_molecule_1(fn_lake_25(X))
& water_molecule_1(fn_lake_25(X))
& lose_1(fn_lake_26(X))
& contract_1(fn_lake_27(X))
& expand_1(fn_lake_28(X))
& cohesion_1(fn_lake_29(X))
& attract_1(fn_lake_29(X))
& cohesion_1(fn_lake_30(X))
& attract_1(fn_lake_30(X))
& move_1(fn_lake_31(X))
& heat_1(fn_lake_32(X))
& heat_1(fn_lake_33(X))
& property_value_1(fn_lake_34(X))
& density_value_1(fn_lake_34(X))
& decrease_1(fn_lake_35(X))
& freezing_of_water_1(fn_lake_36(X))
& decrease_1(fn_lake_37(X))
& thermal_energy_1(fn_lake_38(X))
& volume_value_1(fn_lake_39(X))
& temperature_value_1(fn_lake_40(X))
& surface_1(fn_lake_41(X))
& spatial_entity_1(fn_lake_42(X))
& tangible_entity_1(fn_lake_42(X))
& polar_molecule_1(fn_lake_42(X))
& hydrophilic_compound_1(fn_lake_42(X))
& water_molecule_1(fn_lake_42(X))
& entity_1(fn_lake_43(X))
& spatial_entity_1(fn_lake_43(X))
& chemical_entity_1(fn_lake_43(X))
& tangible_entity_1(fn_lake_43(X))
& polar_molecule_1(fn_lake_43(X))
& water_molecule_1(fn_lake_43(X))
& hydrogen_bond_1(fn_lake_44(X))
& lose_1(fn_lake_45(X))
& contract_1(fn_lake_46(X))
& expand_1(fn_lake_47(X))
& cohesion_1(fn_lake_48(X))
& attract_1(fn_lake_48(X))
& move_1(fn_lake_49(X))
& heat_1(fn_lake_50(X))
& chemical_entity_1(fn_lake_51(X))
& property_node_1(fn_cool_3(fn_lake_13(X)))
& property_node_1(fn_cool_2(fn_lake_13(X)))
& temperature_value_1(fn_cool_5(fn_lake_13(X)))
& temperature_value_1(fn_cool_4(fn_lake_13(X)))
& property_node_1(fn_water_92(fn_lake_15(X)))
& property_node_1(fn_water_76(fn_lake_15(X)))
& expand_1(fn_water_87(fn_lake_15(X)))
& heat_1(fn_water_101(fn_lake_15(X)))
& contract_1(fn_water_88(fn_lake_15(X)))
& move_1(fn_water_95(fn_lake_15(X)))
& thermal_energy_1(fn_water_96(fn_lake_15(X)))
& volume_value_1(fn_water_89(fn_lake_15(X)))
& lose_1(fn_water_94(fn_lake_15(X)))
& decrease_1(fn_water_97(fn_lake_15(X)))
& temperature_value_1(fn_water_93(fn_lake_15(X)))
& property_node_1(fn_freezing_of_water_5(fn_lake_36(X)))
& hydrogen_bond_1(fn_freezing_of_water_10(fn_lake_36(X)))
& attract_1(fn_freezing_of_water_12(fn_lake_36(X)))
& heat_1(fn_freezing_of_water_7(fn_lake_36(X)))
& surface_1(fn_freezing_of_water_11(fn_lake_36(X)))
& decrease_1(fn_freezing_of_water_21(fn_lake_36(X)))
& property_value_1(fn_freezing_of_water_6(fn_lake_36(X)))
& density_value_1(fn_freezing_of_water_6(fn_lake_36(X)))
& property_node_1(fn_water_92(fn_lake_14(X)))
& property_node_1(fn_water_76(fn_lake_14(X)))
& move_1(fn_water_95(fn_lake_14(X)))
& contract_1(fn_water_88(fn_lake_14(X)))
& volume_value_1(fn_water_89(fn_lake_14(X)))
& decrease_1(fn_water_97(fn_lake_14(X)))
& temperature_value_1(fn_water_93(fn_lake_14(X)))
& expand_1(fn_water_87(fn_lake_14(X)))
& spatial_entity_1(fn_water_83(fn_lake_14(X)))
& tangible_entity_1(fn_water_83(fn_lake_14(X)))
& polar_molecule_1(fn_water_83(fn_lake_14(X)))
& hydrophilic_compound_1(fn_water_83(fn_lake_14(X)))
& water_molecule_1(fn_water_83(fn_lake_14(X)))
& lose_1(fn_water_94(fn_lake_14(X)))
& thermal_energy_1(fn_water_96(fn_lake_14(X)))
& heat_1(fn_water_101(fn_lake_14(X)))
& surface_1(fn_water_14(fn_lake_14(X)))
& entity_1(fn_water_98(fn_lake_14(X)))
& spatial_entity_1(fn_water_98(fn_lake_14(X)))
& chemical_entity_1(fn_water_98(fn_lake_14(X)))
& tangible_entity_1(fn_water_98(fn_lake_14(X)))
& polar_molecule_1(fn_water_98(fn_lake_14(X)))
& water_molecule_1(fn_water_98(fn_lake_14(X)))
& cohesion_1(fn_water_78(fn_lake_14(X)))
& attract_1(fn_water_78(fn_lake_14(X)))
& hydrogen_bond_1(fn_water_107(fn_lake_14(X)))
& cohesion_1(fn_water_78(fn_lake_15(X)))
& attract_1(fn_water_78(fn_lake_15(X)))
& cohesion_1(fn_freezing_of_water_8(fn_lake_36(X)))
& attract_1(fn_freezing_of_water_8(fn_lake_36(X)))
& entity_1(fn_water_98(fn_lake_15(X)))
& spatial_entity_1(fn_water_98(fn_lake_15(X)))
& chemical_entity_1(fn_water_98(fn_lake_15(X)))
& tangible_entity_1(fn_water_98(fn_lake_15(X)))
& polar_molecule_1(fn_water_98(fn_lake_15(X)))
& water_molecule_1(fn_water_98(fn_lake_15(X)))
& entity_1(fn_freezing_of_water_20(fn_lake_36(X)))
& chemical_entity_1(fn_freezing_of_water_20(fn_lake_36(X)))
& spatial_entity_1(fn_freezing_of_water_20(fn_lake_36(X)))
& tangible_entity_1(fn_freezing_of_water_20(fn_lake_36(X)))
& polar_molecule_1(fn_freezing_of_water_20(fn_lake_36(X)))
& hydrophilic_compound_1(fn_freezing_of_water_20(fn_lake_36(X)))
& water_molecule_1(fn_freezing_of_water_20(fn_lake_36(X)))
& spatial_entity_1(fn_water_83(fn_lake_15(X)))
& tangible_entity_1(fn_water_83(fn_lake_15(X)))
& polar_molecule_1(fn_water_83(fn_lake_15(X)))
& hydrophilic_compound_1(fn_water_83(fn_lake_15(X)))
& water_molecule_1(fn_water_83(fn_lake_15(X)))
& hydrophilic_compound_1(fn_freezing_of_water_9(fn_lake_36(X)))
& entity_1(fn_freezing_of_water_9(fn_lake_36(X)))
& spatial_entity_1(fn_freezing_of_water_9(fn_lake_36(X)))
& chemical_entity_1(fn_freezing_of_water_9(fn_lake_36(X)))
& tangible_entity_1(fn_freezing_of_water_9(fn_lake_36(X)))
& polar_molecule_1(fn_freezing_of_water_9(fn_lake_36(X)))
& water_molecule_1(fn_freezing_of_water_9(fn_lake_36(X)))
& tangible_entity_1(fn_cool_1(fn_lake_13(X)))
& liquid_substance_1(fn_freezing_of_water_24(fn_lake_36(X)))
& water_1(fn_freezing_of_water_24(fn_lake_36(X)))
& liquid_substance_1(fn_freezing_of_water_24(fn_lake_16(X)))
& water_1(fn_freezing_of_water_24(fn_lake_16(X)))
& prevents_2(fn_lake_36(X),fn_lake_16(X))
& instrument_2(fn_lake_29(X),fn_lake_23(X))
& is_above_2(fn_lake_1(X),fn_lake_2(X))
& element_2(X,fn_lake_6(X))
& has_region_2(X,fn_lake_7(X))
& has_region_2(X,fn_lake_3(X))
& has_region_2(X,fn_lake_4(X))
& has_region_2(X,fn_lake_5(X))
& has_region_2(X,fn_lake_1(X))
& has_region_2(X,fn_lake_2(X))
& is_above_2(fn_lake_2(X),fn_lake_6(X))
& abuts_2(fn_lake_3(X),fn_lake_4(X))
& abuts_2(fn_lake_4(X),fn_lake_3(X))
& is_near_2(fn_lake_4(X),fn_lake_5(X))
& is_near_2(fn_lake_5(X),fn_lake_4(X))
& called_2(fn_lake_15(X),"2")
& is_at_2(fn_lake_15(X),fn_lake_7(X))
& called_2(fn_lake_14(X),"1")
& is_between_2(fn_lake_14(X),fn_lake_6(X))
& is_between_2(fn_lake_14(X),fn_lake_7(X))
& causes_2(fn_lake_13(X),fn_lake_16(X))
& base_2(fn_lake_13(X),fn_lake_15(X))
& element_2(X,fn_lake_15(X))
& fn_lake_51(X) != fn_lake_14(X)
& fn_lake_14(X) != fn_lake_51(X)
& element_2(X,fn_lake_14(X))
& fn_lake_14(X) != fn_lake_12(X)
& element_2(X,fn_lake_12(X))
& element_2(X,fn_lake_51(X))
& fn_lake_12(X) != fn_lake_14(X)
& object_2(fn_lake_16(X),fn_lake_14(X))
& base_2(fn_lake_16(X),fn_lake_14(X))
& causes_2(fn_lake_32(X),fn_lake_28(X))
& base_2(fn_lake_30(X),fn_lake_15(X))
& object_2(fn_lake_30(X),fn_lake_24(X))
& agent_2(fn_lake_30(X),fn_lake_24(X))
& object_2(fn_lake_30(X),fn_lake_25(X))
& agent_2(fn_lake_30(X),fn_lake_25(X))
& agent_2(fn_lake_32(X),fn_lake_19(X))
& object_2(fn_lake_32(X),fn_lake_15(X))
& base_2(fn_lake_28(X),fn_lake_15(X))
& from_value_2(fn_lake_28(X),fn_lake_20(X))
& from_value_2(fn_lake_27(X),fn_lake_20(X))
& donor_2(fn_lake_26(X),fn_lake_15(X))
& object_2(fn_lake_26(X),fn_lake_19(X))
& agent_2(fn_lake_31(X),fn_lake_19(X))
& object_2(fn_lake_31(X),fn_lake_15(X))
& base_2(fn_lake_27(X),fn_lake_15(X))
& temperature_2(fn_lake_15(X),fn_lake_21(X))
& from_value_2(fn_lake_17(X),fn_lake_21(X))
& by_means_of_2(fn_lake_17(X),fn_lake_26(X))
& base_2(fn_lake_26(X),fn_lake_15(X))
& volume_2(fn_lake_15(X),fn_lake_20(X))
& called_2(fn_lake_24(X),"1")
& instrument_2(fn_lake_30(X),fn_lake_23(X))
& has_region_2(fn_lake_15(X),fn_lake_22(X))
& base_2(fn_lake_29(X),fn_lake_15(X))
& object_2(fn_lake_29(X),fn_lake_24(X))
& agent_2(fn_lake_29(X),fn_lake_24(X))
& object_2(fn_lake_29(X),fn_lake_25(X))
& agent_2(fn_lake_29(X),fn_lake_25(X))
& object_2(fn_lake_33(X),fn_lake_15(X))
& inhibits_2(fn_lake_18(X),fn_lake_33(X))
& object_2(fn_lake_18(X),fn_lake_24(X))
& has_part_2(fn_lake_15(X),fn_lake_24(X))
& possesses_2(fn_lake_15(X),fn_lake_23(X))
& has_part_2(fn_lake_15(X),fn_lake_25(X))
& is_at_2(fn_lake_24(X),fn_lake_22(X))
& is_above_2(fn_lake_22(X),fn_lake_25(X))
& same_type_2(fn_lake_24(X),fn_lake_25(X))
& same_type_2(fn_lake_25(X),fn_lake_24(X))
& object_2(fn_lake_36(X),fn_lake_15(X))
& density_2(fn_lake_15(X),fn_lake_34(X))
& from_value_2(fn_lake_35(X),fn_lake_34(X))
& causes_2(fn_lake_36(X),fn_lake_35(X))
& base_2(fn_lake_36(X),fn_lake_15(X))
& agent_2(fn_lake_48(X),fn_lake_42(X))
& from_value_2(fn_lake_47(X),fn_lake_39(X))
& donor_2(fn_lake_45(X),fn_lake_14(X))
& agent_2(fn_lake_48(X),fn_lake_43(X))
& object_2(fn_lake_48(X),fn_lake_43(X))
& called_2(fn_lake_43(X),"1")
& volume_2(fn_lake_14(X),fn_lake_39(X))
& from_value_2(fn_lake_46(X),fn_lake_39(X))
& base_2(fn_lake_46(X),fn_lake_14(X))
& object_2(fn_lake_49(X),fn_lake_14(X))
& agent_2(fn_lake_49(X),fn_lake_38(X))
& causes_2(fn_lake_50(X),fn_lake_47(X))
& base_2(fn_lake_47(X),fn_lake_14(X))
& temperature_2(fn_lake_14(X),fn_lake_40(X))
& from_value_2(fn_lake_37(X),fn_lake_40(X))
& by_means_of_2(fn_lake_37(X),fn_lake_45(X))
& has_region_2(fn_lake_14(X),fn_lake_41(X))
& is_above_2(fn_lake_41(X),fn_lake_42(X))
& object_2(fn_lake_48(X),fn_lake_42(X))
& same_type_2(fn_lake_43(X),fn_lake_42(X))
& same_type_2(fn_lake_42(X),fn_lake_43(X))
& object_2(fn_lake_50(X),fn_lake_14(X))
& agent_2(fn_lake_50(X),fn_lake_38(X))
& object_2(fn_lake_45(X),fn_lake_38(X))
& base_2(fn_lake_45(X),fn_lake_14(X))
& has_part_2(fn_lake_14(X),fn_lake_42(X))
& possesses_2(fn_lake_14(X),fn_lake_44(X))
& instrument_2(fn_lake_48(X),fn_lake_44(X))
& base_2(fn_lake_48(X),fn_lake_14(X))
& has_part_2(fn_lake_14(X),fn_lake_43(X))
& is_at_2(fn_lake_43(X),fn_lake_41(X))
& fn_lake_15(X) = fn_cool_1(fn_lake_13(X))
& fn_lake_15(X) = fn_ecosystem_8(X)
& fn_lake_51(X) = fn_aquatic_ecosystem_10(X)
& fn_lake_51(X) = fn_aquatic_ecosystem_11(X)
& fn_lake_12(X) = fn_aquatic_ecosystem_10(X)
& fn_lake_14(X) = fn_aquatic_ecosystem_9(X)
& fn_lake_14(X) = fn_freezing_of_water_24(fn_lake_16(X))
& fn_lake_9(X) = fn_cool_3(fn_lake_13(X))
& fn_lake_8(X) = fn_cool_2(fn_lake_13(X))
& fn_lake_11(X) = fn_cool_5(fn_lake_13(X))
& fn_lake_10(X) = fn_cool_4(fn_lake_13(X))
& fn_lake_53(X) = fn_water_92(fn_lake_15(X))
& fn_lake_54(X) = fn_water_76(fn_lake_15(X))
& fn_lake_25(X) = fn_water_83(fn_lake_15(X))
& fn_lake_24(X) = fn_water_98(fn_lake_15(X))
& fn_lake_30(X) = fn_water_78(fn_lake_15(X))
& fn_lake_28(X) = fn_water_87(fn_lake_15(X))
& fn_lake_32(X) = fn_water_101(fn_lake_15(X))
& fn_lake_27(X) = fn_water_88(fn_lake_15(X))
& fn_lake_31(X) = fn_water_95(fn_lake_15(X))
& fn_lake_19(X) = fn_water_96(fn_lake_15(X))
& fn_lake_20(X) = fn_water_89(fn_lake_15(X))
& fn_lake_26(X) = fn_water_94(fn_lake_15(X))
& fn_lake_17(X) = fn_water_97(fn_lake_15(X))
& fn_lake_21(X) = fn_water_93(fn_lake_15(X))
& fn_lake_30(X) = fn_freezing_of_water_8(fn_lake_36(X))
& fn_lake_52(X) = fn_freezing_of_water_5(fn_lake_36(X))
& fn_lake_29(X) = fn_freezing_of_water_8(fn_lake_36(X))
& fn_lake_23(X) = fn_freezing_of_water_10(fn_lake_36(X))
& fn_lake_18(X) = fn_freezing_of_water_12(fn_lake_36(X))
& fn_lake_33(X) = fn_freezing_of_water_7(fn_lake_36(X))
& fn_lake_22(X) = fn_freezing_of_water_11(fn_lake_36(X))
& fn_lake_24(X) = fn_freezing_of_water_20(fn_lake_36(X))
& fn_lake_25(X) = fn_freezing_of_water_9(fn_lake_36(X))
& fn_lake_35(X) = fn_freezing_of_water_21(fn_lake_36(X))
& fn_lake_34(X) = fn_freezing_of_water_6(fn_lake_36(X))
& fn_lake_15(X) = fn_freezing_of_water_24(fn_lake_36(X))
& fn_lake_55(X) = fn_water_92(fn_lake_14(X))
& fn_lake_56(X) = fn_water_76(fn_lake_14(X))
& fn_lake_49(X) = fn_water_95(fn_lake_14(X))
& fn_lake_46(X) = fn_water_88(fn_lake_14(X))
& fn_lake_39(X) = fn_water_89(fn_lake_14(X))
& fn_lake_37(X) = fn_water_97(fn_lake_14(X))
& fn_lake_40(X) = fn_water_93(fn_lake_14(X))
& fn_lake_47(X) = fn_water_87(fn_lake_14(X))
& fn_lake_42(X) = fn_water_83(fn_lake_14(X))
& fn_lake_45(X) = fn_water_94(fn_lake_14(X))
& fn_lake_38(X) = fn_water_96(fn_lake_14(X))
& fn_lake_50(X) = fn_water_101(fn_lake_14(X))
& fn_lake_41(X) = fn_water_14(fn_lake_14(X))
& fn_lake_43(X) = fn_water_98(fn_lake_14(X))
& fn_lake_48(X) = fn_water_78(fn_lake_14(X))
& fn_lake_44(X) = fn_water_107(fn_lake_14(X))
& fn_aquatic_ecosystem_10(X) = fn_aquatic_ecosystem_11(X)
& fn_aquatic_ecosystem_11(X) = fn_water_78(fn_lake_15(X))
& fn_water_78(fn_lake_15(X)) = fn_water_78(fn_lake_15(X))
& fn_water_78(fn_lake_15(X)) = fn_freezing_of_water_8(fn_lake_36(X))
& fn_freezing_of_water_8(fn_lake_36(X)) = fn_water_98(fn_lake_15(X))
& fn_water_98(fn_lake_15(X)) = fn_water_98(fn_lake_15(X))
& fn_water_98(fn_lake_15(X)) = fn_freezing_of_water_20(fn_lake_36(X))
& fn_freezing_of_water_20(fn_lake_36(X)) = fn_freezing_of_water_20(fn_lake_36(X))
& fn_freezing_of_water_20(fn_lake_36(X)) = fn_water_83(fn_lake_15(X))
& fn_water_83(fn_lake_15(X)) = fn_water_83(fn_lake_15(X))
& fn_water_83(fn_lake_15(X)) = fn_freezing_of_water_9(fn_lake_36(X))
& fn_freezing_of_water_9(fn_lake_36(X)) = fn_freezing_of_water_9(fn_lake_36(X))
& fn_freezing_of_water_9(fn_lake_36(X)) = fn_cool_1(fn_lake_13(X))
& fn_cool_1(fn_lake_13(X)) = fn_ecosystem_8(X)
& fn_ecosystem_8(X) = fn_ecosystem_8(X)
& fn_ecosystem_8(X) = fn_freezing_of_water_24(fn_lake_36(X))
& fn_freezing_of_water_24(fn_lake_36(X)) = fn_freezing_of_water_24(fn_lake_36(X))
& fn_freezing_of_water_24(fn_lake_36(X)) = fn_aquatic_ecosystem_9(X)
& fn_aquatic_ecosystem_9(X) = fn_aquatic_ecosystem_9(X)
& fn_aquatic_ecosystem_9(X) = fn_freezing_of_water_24(fn_lake_16(X))
& fn_freezing_of_water_24(fn_lake_16(X)) = fn_freezing_of_water_24(fn_lake_16(X)) ) ) ).
fof(a530583,axiom,
! [X] :
( lamarcks_theory_of_evolution_1(X)
=> ( original_name_2(X,'Lamarcks-Theory-Of-Evolution')
& user_description_2(X,'The theory that organisms can pass to the offspring traits that are acquired during a lifetime.')
& concept2words_2(X,'lamarcks theory of evolution')
& concept2words_2(X,'lamarcks-theory-of-evolution')
& theory_1(X)
& ~ epigenesis_1(X)
& ~ gradualism_theory_1(X) ) ) ).
fof(a530584,axiom,
! [X] :
( lambda_phage_1(X)
=> ( original_name_2(X,'Lambda-Phage')
& user_description_2(X,'A bacteriophage that infects the bacterium E. coli.')
& concept2words_2(X,'phage of lambda')
& concept2words_2(X,'lambda phage')
& concept2words_2(X,'lambda-phage')
& phage_1(X) ) ) ).
fof(a530585,axiom,
! [X] :
( lamprey_1(X)
=> ( original_name_2(X,'Lamprey')
& user_description_2(X,'An aquatic craniate that lacks jaws but has a toothed, rasping mouth. Some are parasites of fishes, but most are free-living predators.')
& concept2words_2(X,lamprey)
& craniate_1(X)
& ~ hagfish_1(X) ) ) ).
fof(a530586,axiom,
! [X] :
( lancelet_1(X)
=> ( original_name_2(X,'Lancelet')
& user_description_2(X,'A small, bladelike marine chordate; member of the subphylum Cephalochordata, which lack backbones and thus are not considered vertebrates.')
& concept2words_2(X,lancelet)
& cephalochordate_1(X) ) ) ).
fof(a530587,axiom,
! [X] :
( landmark_1(X)
=> ( original_name_2(X,'Landmark')
& user_description_2(X,'A location indicatora point of reference for orientation during navigation.')
& concept2words_2(X,landmark)
& geographic_region_1(X) ) ) ).
fof(a530588,axiom,
! [X] :
( landscape_1(X)
=> ( original_name_2(X,'Landscape')
& user_description_2(X,'A large area that contains few to several different ecosystems that exchange organisms, materials, and energy.')
& concept2words_2(X,landscape)
& geographic_region_1(X) ) ) ).
fof(a530589,axiom,
! [X] :
( landscape_ecology_1(X)
=> ( original_name_2(X,'Landscape-Ecology')
& user_description_2(X,'The scientific study of the effect of the spatial arrangement of different habitats on the abundance and distribution of organisms and ecosystem processes.')
& concept2words_2(X,'ecology of landscape')
& concept2words_2(X,'landscape ecology')
& concept2words_2(X,'landscape-ecology')
& biogeography_1(X) ) ) ).
fof(a530590,axiom,
! [X] :
( language_1(X)
=> ( original_name_2(X,'Language')
& concept2words_2(X,language)
& concept2words_2(X,communication)
& intangible_entity_1(X)
& ~ money_1(X)
& ~ conceptual_entity_1(X) ) ) ).
fof(a530591,axiom,
! [X] :
( lanthanum_1(X)
=> ( original_name_2(X,'Lanthanum')
& user_description_2(X,'Lanthanum is a metal atom with atomic number 57. It is represented by the symbol La.')
& concept2words_2(X,lanthanum)
& concept2words_2(X,la)
& metal_atom_1(X)
& neutron_1(fn_lanthanum_4(X))
& atomic_mass_value_1(fn_lanthanum_5(X))
& valence_value_1(fn_lanthanum_6(X))
& electronegativity_value_1(fn_lanthanum_7(X))
& valence_electron_1(fn_lanthanum_11(X))
& atomic_weight_value_1(fn_lanthanum_12(X))
& atomic_number_value_1(fn_lanthanum_13(X))
& quantity_value_1(fn_lanthanum_14(X))
& electronegativity_2(X,fn_lanthanum_7(X))
& valence_2(X,fn_lanthanum_6(X))
& mass_number_2(X,fn_lanthanum_5(X))
& exactCardinality(X,has_part_0,"82",neutron_0)
& exactCardinality(X,has_part_0,"57",proton_0)
& exactCardinality(X,has_part_0,"57",electron_0)
& has_part_2(X,fn_lanthanum_4(X))
& the_cardinal_value_2(fn_lanthanum_14(X),"3")
& cardinal_unit_class_2(fn_lanthanum_14(X),unity_0)
& the_cardinal_value_2(fn_lanthanum_7(X),"1.1")
& cardinal_unit_class_2(fn_lanthanum_7(X),unity_0)
& the_cardinal_value_2(fn_lanthanum_6(X),"3")
& cardinal_unit_class_2(fn_lanthanum_6(X),unity_0)
& the_cardinal_value_2(fn_lanthanum_5(X),"139")
& cardinal_unit_class_2(fn_lanthanum_5(X),unity_0)
& the_cardinal_value_2(fn_lanthanum_13(X),"57")
& cardinal_unit_class_2(fn_lanthanum_13(X),unity_0)
& the_cardinal_value_2(fn_lanthanum_12(X),"138.9")
& cardinal_unit_class_2(fn_lanthanum_12(X),dalton_0)
& atomic_number_2(X,fn_lanthanum_13(X))
& atomic_weight_2(X,fn_lanthanum_12(X))
& has_part_2(X,fn_lanthanum_11(X))
& quantity_2(fn_lanthanum_11(X),fn_lanthanum_14(X))
& fn_lanthanum_9(X) = fn_atom_12(X)
& fn_lanthanum_13(X) = fn_atom_17(X)
& fn_lanthanum_10(X) = fn_atom_13(X)
& fn_lanthanum_12(X) = fn_atom_16(X)
& fn_lanthanum_8(X) = fn_atom_1(X)
& fn_lanthanum_14(X) = fn_atom_5(X)
& fn_lanthanum_11(X) = fn_atom_14(X) ) ) ).
fof(a530592,axiom,
! [X] :
( lard_1(X)
=> ( original_name_2(X,'Lard')
& user_description_2(X,'Saturated fat, derived from pig fat, which is used in cooking.')
& concept2words_2(X,lard)
& saturated_animal_fat_substance_1(X)
& ~ butter_1(X) ) ) ).
fof(a530593,axiom,
! [X] :
( large_intestine_1(X)
=> ( original_name_2(X,'Large-Intestine')
& user_description_2(X,'The portion of the vertebrate digestive tract between the small intestine and the anus. The large intestine functions primarily in water reabsorption and feces formation.')
& concept2words_2(X,'intestine of large')
& concept2words_2(X,'large intestine')
& concept2words_2(X,'large-intestine')
& digestive_organ_1(X)
& reabsorption_1(fn_large_intestine_1(X))
& rectum_1(fn_large_intestine_2(X))
& cecum_1(fn_large_intestine_3(X))
& distal_1(fn_large_intestine_4(X))
& proximal_1(fn_large_intestine_5(X))
& length_value_1(fn_large_intestine_6(X))
& chemical_1(fn_large_intestine_8(X))
& water_1(fn_large_intestine_8(X))
& digestive_fluid_1(fn_large_intestine_9(X))
& colon_1(fn_large_intestine_10(X))
& large_intestine_1(fn_colon_1(fn_large_intestine_10(X)))
& chemical_1(fn_solution_6(fn_large_intestine_9(X)))
& water_1(fn_aqueous_solution_14(fn_large_intestine_9(X)))
& object_2(fn_large_intestine_1(X),fn_large_intestine_8(X))
& base_2(fn_large_intestine_1(X),fn_large_intestine_10(X))
& has_function_2(fn_large_intestine_10(X),fn_large_intestine_1(X))
& abuts_2(fn_large_intestine_10(X),fn_large_intestine_3(X))
& abuts_2(fn_large_intestine_10(X),fn_large_intestine_2(X))
& abuts_2(fn_large_intestine_2(X),fn_large_intestine_10(X))
& is_at_2(fn_large_intestine_2(X),fn_large_intestine_4(X))
& abuts_2(fn_large_intestine_3(X),fn_large_intestine_10(X))
& is_at_2(fn_large_intestine_3(X),fn_large_intestine_5(X))
& has_region_2(X,fn_large_intestine_4(X))
& has_region_2(X,fn_large_intestine_5(X))
& has_part_2(X,fn_large_intestine_2(X))
& has_part_2(X,fn_large_intestine_3(X))
& diameter_2(X,fn_large_intestine_6(X))
& the_scalar_value_2(fn_large_intestine_6(X),wide_0)
& scalar_unit_class_2(fn_large_intestine_6(X),small_intestine_0)
& has_solvent_2(fn_large_intestine_9(X),fn_large_intestine_8(X))
& has_part_2(fn_large_intestine_9(X),fn_large_intestine_8(X))
& has_part_2(X,fn_large_intestine_10(X))
& fn_large_intestine_8(X) = fn_solution_6(fn_large_intestine_9(X))
& fn_large_intestine_8(X) = fn_aqueous_solution_14(fn_large_intestine_9(X))
& X = fn_colon_1(fn_large_intestine_10(X))
& fn_aqueous_solution_14(fn_large_intestine_9(X)) = fn_solution_6(fn_large_intestine_9(X))
& fn_solution_6(fn_large_intestine_9(X)) = fn_aqueous_solution_14(fn_large_intestine_9(X)) ) ) ).
fof(a530594,axiom,
! [X] :
( large_ribosomal_subunit_1(X)
=> ( original_name_2(X,'Large-Ribosomal-Subunit')
& user_description_2(X,'A large ribosomal subunit is a presursor part of a ribosome. It forms ribosomes along with the small ribosomal subunit.')
& concept2words_2(X,'large ribosomal subunit')
& concept2words_2(X,'large-ribosomal-subunit')
& cellular_structure_1(X)
& ~ multienzyme_complex_1(X)
& ~ small_ribosomal_subunit_1(X)
& ~ translation_initiation_complex_1(X)
& ribosomal_rna_1(fn_large_ribosomal_subunit_1(X))
& protein_1(fn_large_ribosomal_subunit_2(X))
& has_part_2(X,fn_large_ribosomal_subunit_1(X))
& has_part_2(X,fn_large_ribosomal_subunit_2(X)) ) ) ).
fof(a530595,axiom,
! [X] :
( larva_1(X)
=> ( original_name_2(X,'Larva')
& user_description_2(X,'A larva is an immature life stage of many animal species. Larvae are sexually immature and may differ in many aspects from the mature adult form, including appearance, habitat, and feeding habits.')
& concept2words_2(X,larva)
& life_stage_1(X)
& embryonic_cell_1(fn_larva_1(X))
& has_part_2(X,fn_larva_1(X)) ) ) ).
fof(a530596,axiom,
! [X] :
( larva_hatching_1(X)
=> ( original_name_2(X,'Larva-Hatching')
& user_description_2(X,'The hatching of larvae from the egg is called as larva hatching.')
& concept2words_2(X,hatch)
& concept2words_2(X,'hatching of larva')
& concept2words_2(X,'larva hatching')
& concept2words_2(X,'larva-hatching')
& animal_development_1(X)
& larva_1(fn_larva_hatching_1(X))
& move_out_of_1(fn_larva_hatching_2(X))
& egg_shell_1(fn_larva_hatching_3(X))
& tangible_entity_1(fn_move_out_of_1(fn_larva_hatching_2(X)))
& spatial_entity_1(fn_move_1(fn_larva_hatching_2(X)))
& subevent_2(X,fn_larva_hatching_2(X))
& object_2(X,fn_larva_hatching_1(X))
& is_inside_2(fn_larva_hatching_1(X),fn_larva_hatching_3(X))
& base_2(fn_larva_hatching_2(X),fn_larva_hatching_3(X))
& object_2(fn_larva_hatching_2(X),fn_larva_hatching_1(X))
& fn_larva_hatching_3(X) = fn_move_out_of_1(fn_larva_hatching_2(X))
& fn_larva_hatching_1(X) = fn_move_1(fn_larva_hatching_2(X)) ) ) ).
fof(a530597,axiom,
! [X] :
( larval_stage_1(X)
=> ( original_name_2(X,'Larval-Stage')
& user_description_2(X,'The larval stage is actually the growth stage of the metamorphosis of an organism.')
& concept2words_2(X,'larval stage')
& concept2words_2(X,'larval-stage')
& developmental_stage_1(X)
& ~ adulthood_1(X)
& ~ algae_bloom_1(X)
& ~ axes_formation_1(X)
& ~ blastulation_1(X)
& ~ eight_cell_stage_1(X)
& ~ embryogenesis_1(X)
& ~ fetal_stage_1(X)
& ~ follicular_phase_1(X)
& ~ juvenile_stage_1(X)
& ~ menopause_1(X)
& ~ multinucleated_stage_1(X)
& ~ segment_formation_1(X)
& ~ sensitive_period_1(X)
& ~ two_cell_stage_1(X) ) ) ).
fof(a530598,axiom,
! [X] :
( larynx_1(X)
=> ( original_name_2(X,'Larynx')
& user_description_2(X,'An organ in the neck of air-breathing vertebrates that contains the vocal folds necessary for phonation.')
& concept2words_2(X,'voice box')
& concept2words_2(X,'voice-box')
& concept2words_2(X,larynx)
& respiratory_organ_1(X) ) ) ).
fof(a530599,axiom,
! [X] :
( laser_light_1(X)
=> ( original_name_2(X,'Laser-Light')
& user_description_2(X,'Monochromatic, coherent (wavelengths are synchronized), and collimated (waves are all exactly parallel to each other) light emitted from a laser. These characteristics enable the light beam to be narrow and all the energy to be focused precisely on a small spot.')
& concept2words_2(X,'laser beam')
& concept2words_2(X,'laser-beam')
& concept2words_2(X,'light of laser')
& concept2words_2(X,'laser light')
& concept2words_2(X,'laser-light')
& light_1(X) ) ) ).
fof(a530600,axiom,
! [X] :
( lateral_1(X)
=> ( original_name_2(X,'Lateral')
& user_description_2(X,'Region at the sides of the body. Opposite of medial.')
& concept2words_2(X,lateral)
& anatomical_region_1(X) ) ) ).
fof(a530601,axiom,
! [X] :
( lateral_geniculate_1(X)
=> ( original_name_2(X,'Lateral-Geniculate')
& user_description_2(X,'One of a pair of structures in the brain that are the destination for most of the ganglion cell axons that form the optic nerves.')
& concept2words_2(X,'lateral geniculate')
& concept2words_2(X,'lateral-geniculate')
& cerebrum_1(X)
& ~ cerebellum_1(X)
& ~ cerebral_cortex_1(X)
& ~ brainstem_1(X)
& ~ forebrain_1(X)
& ~ hindbrain_1(X)
& ~ hypothalamus_1(X)
& ~ medulla_oblongata_1(X)
& ~ midbrain_1(X)
& ~ pons_1(X)
& ~ posterior_pituitary_1(X)
& ~ primary_motor_cortex_1(X)
& ~ primary_visual_cortex_1(X)
& ~ reticular_formation_1(X)
& ~ reticular_system_1(X)
& ~ suprachiasmatic_nucleus_1(X)
& ~ thalamus_1(X)
& ~ corpus_callosum_1(X) ) ) ).
fof(a530602,axiom,
! [X] :
( lateral_inhibition_1(X)
=> ( original_name_2(X,'Lateral-Inhibition')
& user_description_2(X,'The ability of a stimulated neuron to inhibit the activity of neighboring neurons. This results in a sharpened response to a local stimulus.')
& concept2words_2(X,'inhibition of lateral')
& concept2words_2(X,'lateral inhibition')
& concept2words_2(X,'lateral-inhibition')
& inhibition_1(X)
& sight_1(X) ) ) ).
fof(a530603,axiom,
! [X] :
( lateral_line_1(X)
=> ( original_name_2(X,'Lateral-Line')
& user_description_2(X,'A sensory organ found in fishes and aquatic amphibians. The lateral line consists of a series of pores running along the sides of the body. It detects motion and vibration in the water.')
& concept2words_2(X,'line of lateral')
& concept2words_2(X,'lateral line')
& concept2words_2(X,'lateral-line')
& sensory_organ_1(X)
& ~ antenna_1(X)
& ~ cochlea_1(X)
& ~ eye_cup_1(X)
& ~ inner_ear_1(X)
& ~ organ_of_corti_1(X)
& ~ organ_of_equilibrium_1(X) ) ) ).
fof(a530604,axiom,
! [X] :
( lateral_line_system_1(X)
=> ( original_name_2(X,'Lateral-Line-System')
& user_description_2(X,'A sensory system found in fishes and aquatic amphibians. The lateral line consists of a series of pores running along the sides of the body. It detects motion and vibration in the water.')
& concept2words_2(X,'lateral line system')
& concept2words_2(X,'lateral-line-system')
& sensory_process_1(X)
& ~ color_vision_1(X)
& ~ de_etiolation_1(X)
& ~ gustation_1(X)
& ~ olfaction_1(X)
& ~ sight_1(X)
& ~ touch_1(X) ) ) ).
fof(a530605,axiom,
! [X] :
( lateral_meristem_1(X)
=> ( original_name_2(X,'Lateral-Meristem')
& user_description_2(X,'In plants, an area of growth that increases the diameter of a root or shoot. Examples include cork cambium and the vascular cambium.')
& concept2words_2(X,'meristem of lateral')
& concept2words_2(X,'lateral meristem')
& concept2words_2(X,'lateral-meristem')
& meristem_1(X)
& ~ apical_meristem_1(X)
& ~ floral_meristem_1(X) ) ) ).
fof(a530606,axiom,
! [X] :
( lateral_root_1(X)
=> ( original_name_2(X,'Lateral-Root')
& user_description_2(X,'A root that extends horizontally from the primary root and serves to anchor the plant in soil. Lateral roots also absorb water and nutrients from the soil.')
& concept2words_2(X,'root of lateral')
& concept2words_2(X,'lateral root')
& concept2words_2(X,'lateral-root')
& root_1(X)
& ~ adventitious_root_1(X)
& ~ carrot_1(X)
& ~ fibrous_root_1(X)
& ~ radicle_1(X)
& ~ taproot_1(X) ) ) ).
fof(a530607,axiom,
! [X] :
( lateralization_1(X)
=> ( original_name_2(X,'Lateralization')
& user_description_2(X,'The segregation of function in the cerebral cortex into the left and right hemispheres of the brain.')
& concept2words_2(X,lateralization)
& organ_development_1(X) ) ) ).
fof(a530608,axiom,
! [X] :
( latitude_constant_1(X)
=> ( original_name_2(X,'Latitude-Constant')
& concept2words_2(X,'constant of latitude')
& concept2words_2(X,'latitude constant')
& concept2words_2(X,'latitude-constant')
& constant_1(X) ) ) ).
fof(a530609,axiom,
! [X] :
( law_of_independent_assortment_1(X)
=> ( original_name_2(X,'Law-Of-Independent-Assortment')
& user_description_2(X,'Mendel\'s second law, stating that each allele pair segregates independently during gamete formation; applies when genes for two characteristics are located on different pairs of homologous chromosomes.')
& concept2words_2(X,'law of independent assortment')
& concept2words_2(X,'law-of-independent-assortment')
& mendelian_law_1(X)
& ~ law_of_segregation_1(X) ) ) ).
fof(a530610,axiom,
! [X] :
( law_of_segregation_1(X)
=> ( original_name_2(X,'Law-of-Segregation')
& user_description_2(X,'Mendel\'s first law, stating that allele pairs separate during gamete formation, and then randomly re-form as pairs during the fusion of gametes at fertilization.')
& concept2words_2(X,'segregation law')
& concept2words_2(X,'segregation-law')
& concept2words_2(X,'law of segregation')
& concept2words_2(X,'law-of-segregation')
& mendelian_law_1(X)
& ~ law_of_independent_assortment_1(X)
& sex_value_1(fn_law_of_segregation_1(X))
& move_apart_1(fn_law_of_segregation_3(X))
& thing_1(fn_law_of_segregation_4(X))
& move_apart_1(fn_law_of_segregation_4(X))
& meiosis_1(fn_law_of_segregation_5(X))
& allele_1(fn_law_of_segregation_6(X))
& allele_1(fn_law_of_segregation_7(X))
& move_1(fn_law_of_segregation_8(X))
& parent_1(fn_law_of_segregation_9(X))
& code_for_1(fn_law_of_segregation_10(X))
& character_1(fn_law_of_segregation_11(X))
& code_for_1(fn_law_of_segregation_12(X))
& character_1(fn_law_of_segregation_13(X))
& gamete_1(fn_law_of_segregation_14(X))
& fertilization_1(fn_law_of_segregation_15(X))
& gamete_1(fn_law_of_segregation_16(X))
& move_1(fn_law_of_segregation_17(X))
& parent_1(fn_law_of_segregation_18(X))
& allele_1(fn_law_of_segregation_19(X))
& code_for_1(fn_law_of_segregation_20(X))
& code_for_1(fn_law_of_segregation_21(X))
& meiosis_1(fn_law_of_segregation_22(X))
& character_1(fn_law_of_segregation_23(X))
& spatial_entity_1(fn_law_of_segregation_24(X))
& organism_1(fn_law_of_segregation_24(X))
& organism_1(fn_law_of_segregation_25(X))
& spatial_entity_1(fn_law_of_segregation_25(X))
& event_1(fn_organism_role_2(fn_law_of_segregation_9(X)))
& event_1(fn_organism_role_2(fn_law_of_segregation_18(X)))
& entity_1(fn_code_for_2(fn_law_of_segregation_21(X)))
& code_for_1(fn_gene_13(fn_law_of_segregation_6(X)))
& gamete_1(fn_fertilization_2(fn_law_of_segregation_15(X)))
& gamete_1(fn_fertilization_3(fn_law_of_segregation_15(X)))
& code_for_1(fn_gene_13(fn_law_of_segregation_7(X)))
& code_for_1(fn_gene_13(fn_law_of_segregation_19(X)))
& entity_1(fn_code_for_2(fn_law_of_segregation_12(X)))
& entity_1(fn_code_for_2(fn_law_of_segregation_20(X)))
& entity_1(fn_code_for_2(fn_law_of_segregation_10(X)))
& entity_1(fn_code_for_1(fn_law_of_segregation_12(X)))
& spatial_entity_1(fn_move_apart_2(fn_law_of_segregation_4(X)))
& spatial_entity_1(fn_move_1(fn_law_of_segregation_8(X)))
& spatial_entity_1(fn_move_apart_1(fn_law_of_segregation_4(X)))
& entity_1(fn_code_for_1(fn_law_of_segregation_10(X)))
& spatial_entity_1(fn_move_apart_3(fn_law_of_segregation_3(X)))
& organism_1(fn_parent_3(fn_law_of_segregation_18(X)))
& entity_1(fn_code_for_1(fn_law_of_segregation_21(X)))
& entity_1(fn_code_for_1(fn_law_of_segregation_20(X)))
& spatial_entity_1(fn_move_apart_2(fn_law_of_segregation_3(X)))
& spatial_entity_1(fn_move_apart_1(fn_law_of_segregation_3(X)))
& spatial_entity_1(fn_move_1(fn_law_of_segregation_17(X)))
& organism_1(fn_parent_3(fn_law_of_segregation_9(X)))
& spatial_entity_1(fn_move_apart_3(fn_law_of_segregation_4(X)))
& by_means_of_2(fn_law_of_segregation_3(X),fn_law_of_segregation_22(X))
& subevent_2(fn_law_of_segregation_3(X),fn_law_of_segregation_17(X))
& first_subevent_2(fn_law_of_segregation_3(X),fn_law_of_segregation_17(X))
& subevent_2(fn_law_of_segregation_4(X),fn_law_of_segregation_8(X))
& first_subevent_2(fn_law_of_segregation_4(X),fn_law_of_segregation_8(X))
& by_means_of_2(fn_law_of_segregation_4(X),fn_law_of_segregation_5(X))
& same_type_2(fn_law_of_segregation_6(X),fn_law_of_segregation_7(X))
& same_type_2(fn_law_of_segregation_7(X),fn_law_of_segregation_6(X))
& origin_2(fn_law_of_segregation_8(X),fn_law_of_segregation_25(X))
& destination_2(fn_law_of_segregation_8(X),fn_law_of_segregation_14(X))
& exactCardinality(fn_law_of_segregation_10(X),result_0,"1",character_0)
& exactCardinality(fn_law_of_segregation_12(X),result_0,"1",character_0)
& destination_2(fn_law_of_segregation_17(X),fn_law_of_segregation_16(X))
& origin_2(fn_law_of_segregation_17(X),fn_law_of_segregation_24(X))
& exactCardinality(fn_law_of_segregation_20(X),result_0,"1",character_0)
& exactCardinality(fn_law_of_segregation_21(X),result_0,"1",character_0)
& the_categorical_value_2(fn_law_of_segregation_1(X),female_0)
& sex_2(fn_law_of_segregation_25(X),fn_law_of_segregation_1(X))
& agent_2(fn_law_of_segregation_21(X),fn_law_of_segregation_19(X))
& object_2(fn_law_of_segregation_4(X),fn_law_of_segregation_6(X))
& object_2(fn_law_of_segregation_4(X),fn_law_of_segregation_7(X))
& object_2(fn_law_of_segregation_8(X),fn_law_of_segregation_6(X))
& object_2(fn_law_of_segregation_3(X),fn_law_of_segregation_19(X))
& object_2(fn_law_of_segregation_17(X),fn_law_of_segregation_19(X))
& in_event_2(fn_law_of_segregation_9(X),fn_law_of_segregation_5(X))
& in_event_2(fn_law_of_segregation_18(X),fn_law_of_segregation_22(X))
& origin_2(fn_law_of_segregation_3(X),fn_law_of_segregation_24(X))
& information_content_2(X,fn_law_of_segregation_4(X))
& result_2(fn_law_of_segregation_21(X),fn_law_of_segregation_23(X))
& agent_2(fn_law_of_segregation_12(X),fn_law_of_segregation_6(X))
& object_2(fn_law_of_segregation_15(X),fn_law_of_segregation_16(X))
& base_2(fn_law_of_segregation_15(X),fn_law_of_segregation_14(X))
& agent_2(fn_law_of_segregation_10(X),fn_law_of_segregation_7(X))
& plays_2(fn_law_of_segregation_24(X),fn_law_of_segregation_18(X))
& agent_2(fn_law_of_segregation_20(X),fn_law_of_segregation_19(X))
& plays_2(fn_law_of_segregation_25(X),fn_law_of_segregation_9(X))
& result_2(fn_law_of_segregation_10(X),fn_law_of_segregation_11(X))
& result_2(fn_law_of_segregation_20(X),fn_law_of_segregation_23(X))
& result_2(fn_law_of_segregation_12(X),fn_law_of_segregation_13(X))
& origin_2(fn_law_of_segregation_4(X),fn_law_of_segregation_25(X))
& fn_law_of_segregation_19(X) = fn_code_for_1(fn_law_of_segregation_21(X))
& fn_law_of_segregation_6(X) = fn_move_apart_2(fn_law_of_segregation_4(X))
& fn_law_of_segregation_7(X) = fn_move_apart_1(fn_law_of_segregation_4(X))
& fn_law_of_segregation_6(X) = fn_move_1(fn_law_of_segregation_8(X))
& fn_law_of_segregation_19(X) = fn_move_apart_2(fn_law_of_segregation_3(X))
& fn_law_of_segregation_19(X) = fn_move_apart_1(fn_law_of_segregation_3(X))
& fn_law_of_segregation_19(X) = fn_move_1(fn_law_of_segregation_17(X))
& fn_law_of_segregation_5(X) = fn_organism_role_2(fn_law_of_segregation_9(X))
& fn_law_of_segregation_22(X) = fn_organism_role_2(fn_law_of_segregation_18(X))
& fn_law_of_segregation_24(X) = fn_move_apart_3(fn_law_of_segregation_3(X))
& fn_law_of_segregation_4(X) = fn_information_1(X)
& fn_law_of_segregation_23(X) = fn_code_for_2(fn_law_of_segregation_21(X))
& fn_law_of_segregation_6(X) = fn_code_for_1(fn_law_of_segregation_12(X))
& fn_law_of_segregation_12(X) = fn_gene_13(fn_law_of_segregation_6(X))
& fn_law_of_segregation_16(X) = fn_fertilization_2(fn_law_of_segregation_15(X))
& fn_law_of_segregation_14(X) = fn_fertilization_3(fn_law_of_segregation_15(X))
& fn_law_of_segregation_7(X) = fn_code_for_1(fn_law_of_segregation_10(X))
& fn_law_of_segregation_10(X) = fn_gene_13(fn_law_of_segregation_7(X))
& fn_law_of_segregation_24(X) = fn_parent_3(fn_law_of_segregation_18(X))
& fn_law_of_segregation_19(X) = fn_code_for_1(fn_law_of_segregation_20(X))
& fn_law_of_segregation_20(X) = fn_gene_13(fn_law_of_segregation_19(X))
& fn_law_of_segregation_25(X) = fn_parent_3(fn_law_of_segregation_9(X))
& fn_law_of_segregation_25(X) = fn_move_apart_3(fn_law_of_segregation_4(X))
& fn_law_of_segregation_13(X) = fn_code_for_2(fn_law_of_segregation_12(X))
& fn_law_of_segregation_23(X) = fn_code_for_2(fn_law_of_segregation_20(X))
& fn_law_of_segregation_11(X) = fn_code_for_2(fn_law_of_segregation_10(X))
& fn_move_apart_2(fn_law_of_segregation_4(X)) = fn_code_for_1(fn_law_of_segregation_12(X))
& fn_code_for_1(fn_law_of_segregation_12(X)) = fn_move_apart_2(fn_law_of_segregation_4(X))
& fn_move_apart_2(fn_law_of_segregation_4(X)) = fn_move_1(fn_law_of_segregation_8(X))
& fn_move_1(fn_law_of_segregation_8(X)) = fn_move_apart_1(fn_law_of_segregation_4(X))
& fn_move_apart_1(fn_law_of_segregation_4(X)) = fn_code_for_1(fn_law_of_segregation_10(X))
& fn_code_for_1(fn_law_of_segregation_10(X)) = fn_move_apart_3(fn_law_of_segregation_3(X))
& fn_move_apart_3(fn_law_of_segregation_3(X)) = fn_parent_3(fn_law_of_segregation_18(X))
& fn_parent_3(fn_law_of_segregation_18(X)) = fn_code_for_1(fn_law_of_segregation_21(X))
& fn_code_for_1(fn_law_of_segregation_21(X)) = fn_move_apart_2(fn_law_of_segregation_3(X))
& fn_move_apart_2(fn_law_of_segregation_3(X)) = fn_code_for_1(fn_law_of_segregation_20(X))
& fn_code_for_1(fn_law_of_segregation_20(X)) = fn_move_apart_2(fn_law_of_segregation_3(X))
& fn_move_apart_2(fn_law_of_segregation_3(X)) = fn_move_apart_1(fn_law_of_segregation_3(X))
& fn_move_apart_1(fn_law_of_segregation_3(X)) = fn_move_apart_1(fn_law_of_segregation_3(X))
& fn_move_apart_1(fn_law_of_segregation_3(X)) = fn_move_1(fn_law_of_segregation_17(X))
& fn_move_1(fn_law_of_segregation_17(X)) = fn_parent_3(fn_law_of_segregation_9(X))
& fn_parent_3(fn_law_of_segregation_9(X)) = fn_move_apart_3(fn_law_of_segregation_4(X)) ) ) ).
fof(a530611,axiom,
! [X] :
( lawrencium_1(X)
=> ( original_name_2(X,'Lawrencium')
& user_description_2(X,'Lawrencium is a metal atom with atomic number 103. It is represented by the symbol Lr.')
& concept2words_2(X,lawrencium)
& concept2words_2(X,'Lr')
& metal_atom_1(X)
& neutron_1(fn_lawrencium_2(X))
& atomic_mass_value_1(fn_lawrencium_3(X))
& valence_electron_1(fn_lawrencium_7(X))
& atomic_weight_value_1(fn_lawrencium_8(X))
& atomic_number_value_1(fn_lawrencium_9(X))
& quantity_value_1(fn_lawrencium_10(X))
& mass_number_2(X,fn_lawrencium_3(X))
& exactCardinality(X,has_part_0,"157",neutron_0)
& exactCardinality(X,has_part_0,"103",proton_0)
& exactCardinality(X,has_part_0,"103",electron_0)
& has_part_2(X,fn_lawrencium_2(X))
& the_cardinal_value_2(fn_lawrencium_10(X),"17")
& cardinal_unit_class_2(fn_lawrencium_10(X),unity_0)
& the_cardinal_value_2(fn_lawrencium_3(X),"260")
& cardinal_unit_class_2(fn_lawrencium_3(X),unity_0)
& the_cardinal_value_2(fn_lawrencium_9(X),"103")
& cardinal_unit_class_2(fn_lawrencium_9(X),unity_0)
& the_cardinal_value_2(fn_lawrencium_8(X),"260")
& cardinal_unit_class_2(fn_lawrencium_8(X),dalton_0)
& atomic_number_2(X,fn_lawrencium_9(X))
& atomic_weight_2(X,fn_lawrencium_8(X))
& has_part_2(X,fn_lawrencium_7(X))
& quantity_2(fn_lawrencium_7(X),fn_lawrencium_10(X))
& fn_lawrencium_5(X) = fn_atom_12(X)
& fn_lawrencium_9(X) = fn_atom_17(X)
& fn_lawrencium_6(X) = fn_atom_13(X)
& fn_lawrencium_8(X) = fn_atom_16(X)
& fn_lawrencium_4(X) = fn_atom_1(X)
& fn_lawrencium_10(X) = fn_atom_5(X)
& fn_lawrencium_7(X) = fn_atom_14(X) ) ) ).
fof(a530612,axiom,
! [X] :
( layer_1(X)
=> ( original_name_2(X,'Layer')
& user_description_2(X,'A relatively thin sheetlike expanse or region lying over or under another.')
& concept2words_2(X,layer)
& aggregate_1(X)
& region_1(X) ) ) ).
fof(a530613,axiom,
! [X] :
( leaching_1(X)
=> ( original_name_2(X,'Leaching')
& user_description_2(X,'The dissolving and carrying of minerals and other compounds in a carrier liquid, usually water.')
& concept2words_2(X,leaching)
& physical_process_1(X)
& spatial_entity_1(fn_leaching_1(X))
& spatial_entity_1(fn_leaching_2(X))
& tangible_entity_1(fn_leaching_3(X))
& destination_2(X,fn_leaching_2(X))
& origin_2(X,fn_leaching_1(X))
& object_2(X,fn_leaching_3(X)) ) ) ).
fof(a530614,axiom,
! [X] :
( lead_1(X)
=> ( original_name_2(X,'Lead')
& user_description_2(X,'Lead is a metal atom with atomic number 82. It is represented by the symbol Pb.')
& concept2words_2(X,'Pb')
& concept2words_2(X,lead)
& metal_atom_1(X)
& ~ barium_1(X)
& ~ cesium_1(X)
& ~ indium_1(X)
& ~ sodium_1(X)
& ~ polonium_1(X)
& electronegativity_value_1(fn_lead_1(X))
& atomic_mass_value_1(fn_lead_2(X))
& neutron_1(fn_lead_3(X))
& valence_electron_1(fn_lead_8(X))
& atomic_weight_value_1(fn_lead_9(X))
& quantity_value_1(fn_lead_10(X))
& toxin_1(fn_lead_11(X))
& pb_plus_2_1(fn_lead_12(X))
& atomic_number_value_1(fn_lead_13(X))
& lead_1(fn_pb_plus_2_1(fn_lead_12(X)))
& tangible_entity_1(fn_toxin_1(fn_lead_11(X)))
& the_cardinal_value_2(fn_lead_9(X),"207.2")
& cardinal_unit_class_2(fn_lead_9(X),dalton_0)
& the_cardinal_value_2(fn_lead_2(X),"207")
& cardinal_unit_class_2(fn_lead_2(X),unity_0)
& the_cardinal_value_2(fn_lead_1(X),"2.33")
& cardinal_unit_class_2(fn_lead_1(X),unity_0)
& the_cardinal_value_2(fn_lead_10(X),"4")
& cardinal_unit_class_2(fn_lead_10(X),unity_0)
& has_part_2(X,fn_lead_3(X))
& exactCardinality(X,has_part_0,"82",electron_0)
& exactCardinality(X,has_part_0,"82",proton_0)
& exactCardinality(X,has_part_0,"125",neutron_0)
& mass_number_2(X,fn_lead_2(X))
& electronegativity_2(X,fn_lead_1(X))
& the_cardinal_value_2(fn_lead_13(X),"82")
& cardinal_unit_class_2(fn_lead_13(X),unity_0)
& has_ion_2(X,fn_lead_12(X))
& plays_2(X,fn_lead_11(X))
& atomic_number_2(X,fn_lead_13(X))
& atomic_weight_2(X,fn_lead_9(X))
& has_part_2(X,fn_lead_8(X))
& quantity_2(fn_lead_8(X),fn_lead_10(X))
& X = fn_pb_plus_2_1(fn_lead_12(X))
& X = fn_toxin_1(fn_lead_11(X))
& fn_lead_14(X) = fn_atom_12(X)
& fn_lead_13(X) = fn_atom_17(X)
& fn_lead_7(X) = fn_atom_13(X)
& fn_lead_9(X) = fn_atom_16(X)
& fn_lead_6(X) = fn_atom_1(X)
& fn_lead_10(X) = fn_atom_5(X)
& fn_lead_8(X) = fn_atom_14(X)
& fn_pb_plus_2_1(fn_lead_12(X)) = fn_toxin_1(fn_lead_11(X)) ) ) ).
fof(a530615,axiom,
! [X] :
( leader_segment_1(X)
=> ( original_name_2(X,'Leader-Segment')
& user_description_2(X,'Leader segment is a sequence present at 5\' end of the mRNA wich help in initiation of translation by allowing the assembly of translation initiation complex')
& concept2words_2(X,'leader segment')
& concept2words_2(X,'leader-segment')
& concept2words_2(X,'segment of leader')
& rna_sequence_1(X)
& ~ genetic_code_1(X)
& ~ information_sequence_1(X)
& ~ coding_segment_1(X)
& ~ telomere_with_3_prime_overhang_1(X)
& ~ terminator_sequence_1(X) ) ) ).
fof(a530616,axiom,
! [X] :
( leading_strand_1(X)
=> ( original_name_2(X,'Leading-strand')
& user_description_2(X,'The leading strand is that strand of the DNA double helix that is orientated in a 5\' to 3\' manner. On the leading strand, a polymerase reads the DNA and adds nucleotides to it continuously. This polymerase is DNA polymerase III (DNA Pol III) in prokaryotes and presumably Pol ?[10][11] in eukaryotes.')
& concept2words_2(X,'strand of leading')
& concept2words_2(X,'leading strand')
& concept2words_2(X,'leading-strand')
& dna_strand_1(X) ) ) ).
fof(a530617,axiom,
! [X] :
( leaf_1(X)
=> ( original_name_2(X,'Leaf')
& user_description_2(X,'Leaf is an above-ground plant organ specialized for photosynthesis.')
& concept2words_2(X,leaves)
& concept2words_2(X,leaf)
& stem_organ_1(X)
& length_value_1(fn_leaf_2(X))
& shape_value_1(fn_leaf_4(X))
& ground_tissue_system_1(fn_leaf_5(X))
& dermal_tissue_system_1(fn_leaf_6(X))
& vascular_tissue_system_1(fn_leaf_7(X))
& layer_1(fn_leaf_8(X))
& layer_1(fn_leaf_9(X))
& biological_region_1(fn_leaf_10(X))
& oxygen_molecule_1(fn_leaf_11(X))
& palisade_mesophyll_1(fn_leaf_12(X))
& surface_1(fn_leaf_13(X))
& waxy_cuticle_1(fn_leaf_14(X))
& plant_1(fn_leaf_15(X))
& waxy_cuticle_1(fn_leaf_16(X))
& layer_1(fn_leaf_17(X))
& water_vapor_1(fn_leaf_18(X))
& water_vapor_1(fn_leaf_19(X))
& specific_surface_area_value_1(fn_leaf_20(X))
& aqueous_solution_1(fn_leaf_22(X))
& potential_value_1(fn_leaf_23(X))
& potential_value_1(fn_leaf_24(X))
& aqueous_solution_1(fn_leaf_25(X))
& spatial_entity_1(fn_leaf_28(X))
& tangible_entity_1(fn_leaf_28(X))
& chemical_entity_1(fn_leaf_28(X))
& hydrophobic_compound_1(fn_leaf_28(X))
& molecule_1(fn_leaf_28(X))
& carbon_dioxide_1(fn_leaf_28(X))
& enter_1(fn_leaf_29(X))
& photosynthesis_1(fn_leaf_30(X))
& oxidative_phosphorylation_1(fn_leaf_31(X))
& oxidative_phosphorylation_1(fn_leaf_32(X))
& air_1(fn_leaf_33(X))
& air_1(fn_leaf_34(X))
& stoma_1(fn_leaf_35(X))
& cell_wall_1(fn_leaf_36(X))
& plant_cell_wall_1(fn_leaf_36(X))
& membrane_1(fn_leaf_37(X))
& spatial_entity_1(fn_leaf_37(X))
& biomembrane_1(fn_leaf_37(X))
& plasma_membrane_1(fn_leaf_37(X))
& oxidative_phosphorylation_1(fn_leaf_38(X))
& cell_wall_1(fn_leaf_39(X))
& plant_cell_wall_1(fn_leaf_39(X))
& membrane_1(fn_leaf_40(X))
& spatial_entity_1(fn_leaf_40(X))
& biomembrane_1(fn_leaf_40(X))
& plasma_membrane_1(fn_leaf_40(X))
& atmosphere_1(fn_leaf_41(X))
& spatial_entity_1(fn_leaf_42(X))
& co2_gas_1(fn_leaf_42(X))
& air_space_1(fn_leaf_43(X))
& mesophyll_cell_1(fn_leaf_44(X))
& spongy_mesophyll_1(fn_leaf_45(X))
& plant_vein_1(fn_leaf_46(X))
& enter_1(fn_leaf_47(X))
& move_into_1(fn_leaf_48(X))
& air_space_1(fn_leaf_49(X))
& epidermis_1(fn_leaf_50(X))
& epidermis_1(fn_leaf_51(X))
& cell_1(fn_leaf_52(X))
& eukaryotic_cell_1(fn_leaf_52(X))
& guard_cell_1(fn_leaf_52(X))
& eukaryotic_cell_1(fn_leaf_53(X))
& guard_cell_1(fn_leaf_53(X))
& phloem_1(fn_leaf_54(X))
& xylem_1(fn_leaf_55(X))
& cell_1(fn_oxidative_phosphorylation_15(fn_leaf_32(X)))
& cell_1(fn_oxidative_phosphorylation_15(fn_leaf_31(X)))
& air_1(fn_air_space_1(fn_leaf_49(X)))
& air_space_1(fn_spongy_mesophyll_1(fn_leaf_45(X)))
& phloem_1(fn_plant_vein_2(fn_leaf_46(X)))
& xylem_1(fn_plant_vein_1(fn_leaf_46(X)))
& photosynthesis_1(fn_parenchyma_cell_15(fn_leaf_44(X)))
& stoma_1(fn_epidermis_1(fn_leaf_50(X)))
& air_1(fn_air_space_1(fn_leaf_43(X)))
& membrane_1(fn_guard_cell_12(fn_leaf_52(X)))
& spatial_entity_1(fn_guard_cell_12(fn_leaf_52(X)))
& biomembrane_1(fn_guard_cell_12(fn_leaf_52(X)))
& plasma_membrane_1(fn_guard_cell_12(fn_leaf_52(X)))
& cell_wall_1(fn_guard_cell_22(fn_leaf_52(X)))
& plant_cell_wall_1(fn_guard_cell_22(fn_leaf_52(X)))
& membrane_1(fn_guard_cell_12(fn_leaf_53(X)))
& spatial_entity_1(fn_guard_cell_12(fn_leaf_53(X)))
& biomembrane_1(fn_guard_cell_12(fn_leaf_53(X)))
& plasma_membrane_1(fn_guard_cell_12(fn_leaf_53(X)))
& cell_wall_1(fn_guard_cell_22(fn_leaf_53(X)))
& plant_cell_wall_1(fn_guard_cell_22(fn_leaf_53(X)))
& atmosphere_1(fn_stoma_10(fn_leaf_35(X)))
& air_space_1(fn_stoma_5(fn_leaf_35(X)))
& enter_1(fn_stoma_7(fn_leaf_35(X)))
& spatial_entity_1(fn_locomotion_1(fn_leaf_29(X)))
& spatial_entity_1(fn_photosynthesis_38(fn_leaf_30(X)))
& tangible_entity_1(fn_photosynthesis_38(fn_leaf_30(X)))
& chemical_entity_1(fn_photosynthesis_38(fn_leaf_30(X)))
& hydrophobic_compound_1(fn_photosynthesis_38(fn_leaf_30(X)))
& molecule_1(fn_photosynthesis_38(fn_leaf_30(X)))
& carbon_dioxide_1(fn_photosynthesis_38(fn_leaf_30(X)))
& cell_1(fn_oxidative_phosphorylation_15(fn_leaf_38(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_leaf_51(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_leaf_50(X)))
& guard_cell_1(fn_stoma_2(fn_leaf_35(X)))
& guard_cell_1(fn_stoma_1(fn_leaf_35(X)))
& co2_gas_1(fn_photosynthesis_29(fn_leaf_30(X)))
& spatial_entity_1(fn_stoma_6(fn_leaf_35(X)))
& co2_gas_1(fn_stoma_6(fn_leaf_35(X)))
& tangible_entity_1(fn_move_into_1(fn_leaf_48(X)))
& plant_organ_1(fn_stoma_12(fn_leaf_35(X)))
& is_inside_2(fn_leaf_55(X),fn_leaf_7(X))
& is_inside_2(fn_leaf_54(X),fn_leaf_7(X))
& the_scalar_value_2(fn_leaf_2(X),long_0)
& scalar_unit_class_2(fn_leaf_2(X),plant_cell_0)
& the_categorical_value_2(fn_leaf_4(X),branched_0)
& element_2(fn_leaf_6(X),fn_leaf_51(X))
& element_2(fn_leaf_6(X),fn_leaf_50(X))
& has_region_2(fn_leaf_6(X),fn_leaf_8(X))
& has_region_2(fn_leaf_6(X),fn_leaf_9(X))
& fn_leaf_51(X) != fn_leaf_50(X)
& is_inside_2(fn_leaf_51(X),fn_leaf_9(X))
& is_above_2(fn_leaf_51(X),fn_leaf_16(X))
& fn_leaf_50(X) != fn_leaf_51(X)
& is_inside_2(fn_leaf_50(X),fn_leaf_8(X))
& is_above_2(fn_leaf_50(X),fn_leaf_12(X))
& is_above_2(fn_leaf_8(X),fn_leaf_9(X))
& is_inside_2(fn_leaf_10(X),X)
& is_inside_2(fn_leaf_11(X),X)
& is_inside_2(fn_leaf_12(X),fn_leaf_5(X))
& has_region_2(fn_leaf_12(X),fn_leaf_17(X))
& specific_surface_area_2(X,fn_leaf_20(X))
& X != fn_leaf_15(X)
& has_region_2(X,fn_leaf_13(X))
& has_region_2(X,fn_leaf_7(X))
& has_region_2(X,fn_leaf_6(X))
& has_region_2(X,fn_leaf_5(X))
& has_part_2(X,fn_leaf_46(X))
& has_part_2(X,fn_leaf_16(X))
& has_part_2(X,fn_leaf_45(X))
& has_part_2(X,fn_leaf_50(X))
& has_part_2(X,fn_leaf_14(X))
& has_part_2(X,fn_leaf_12(X))
& destination_2(fn_leaf_48(X),fn_leaf_10(X))
& is_above_2(fn_leaf_14(X),fn_leaf_50(X))
& fn_leaf_14(X) != fn_leaf_16(X)
& fn_leaf_15(X) != X
& is_inside_2(fn_leaf_46(X),fn_leaf_7(X))
& shape_2(fn_leaf_46(X),fn_leaf_4(X))
& fn_leaf_16(X) != fn_leaf_14(X)
& is_above_2(fn_leaf_45(X),fn_leaf_51(X))
& is_inside_2(fn_leaf_45(X),fn_leaf_5(X))
& has_region_2(fn_leaf_45(X),fn_leaf_43(X))
& is_inside_2(fn_leaf_44(X),fn_leaf_17(X))
& length_2(fn_leaf_44(X),fn_leaf_2(X))
& is_near_2(fn_leaf_43(X),fn_leaf_35(X))
& is_outside_2(fn_leaf_41(X),X)
& is_inside_2(fn_leaf_40(X),fn_leaf_39(X))
& is_inside_2(fn_leaf_37(X),fn_leaf_36(X))
& is_near_2(fn_leaf_35(X),fn_leaf_43(X))
& is_at_2(fn_leaf_35(X),fn_leaf_13(X))
& is_saturated_with_2(fn_leaf_34(X),fn_leaf_19(X))
& is_saturated_with_2(fn_leaf_33(X),fn_leaf_18(X))
& the_scalar_value_2(fn_leaf_20(X),high_0)
& scalar_unit_class_2(fn_leaf_20(X),plant_organ_0)
& is_inside_2(fn_leaf_22(X),fn_leaf_43(X))
& water_potential_2(fn_leaf_22(X),fn_leaf_23(X))
& greater_than_2(fn_leaf_23(X),fn_leaf_24(X))
& water_potential_2(fn_leaf_25(X),fn_leaf_24(X))
& is_inside_2(fn_leaf_25(X),fn_leaf_41(X))
& base_2(fn_leaf_32(X),fn_leaf_44(X))
& base_2(fn_leaf_31(X),fn_leaf_44(X))
& base_2(fn_leaf_38(X),fn_leaf_52(X))
& has_part_2(fn_leaf_50(X),fn_leaf_53(X))
& has_part_2(fn_leaf_51(X),fn_leaf_52(X))
& object_2(fn_leaf_29(X),fn_leaf_28(X))
& agent_2(fn_leaf_29(X),fn_leaf_28(X))
& has_part_2(X,fn_leaf_51(X))
& base_2(fn_leaf_48(X),X)
& is_inside_2(fn_leaf_34(X),fn_leaf_49(X))
& has_region_2(fn_leaf_45(X),fn_leaf_49(X))
& has_part_2(fn_leaf_46(X),fn_leaf_54(X))
& has_part_2(fn_leaf_46(X),fn_leaf_55(X))
& has_function_2(fn_leaf_44(X),fn_leaf_30(X))
& has_region_2(fn_leaf_50(X),fn_leaf_35(X))
& is_inside_2(fn_leaf_33(X),fn_leaf_43(X))
& raw_material_2(fn_leaf_30(X),fn_leaf_28(X))
& has_part_2(fn_leaf_42(X),fn_leaf_28(X))
& has_part_2(fn_leaf_52(X),fn_leaf_39(X))
& is_outside_2(fn_leaf_39(X),fn_leaf_40(X))
& has_part_2(fn_leaf_52(X),fn_leaf_40(X))
& has_part_2(fn_leaf_53(X),fn_leaf_36(X))
& is_outside_2(fn_leaf_36(X),fn_leaf_37(X))
& has_part_2(fn_leaf_53(X),fn_leaf_37(X))
& is_between_2(fn_leaf_35(X),fn_leaf_53(X))
& is_inside_2(fn_leaf_42(X),fn_leaf_41(X))
& object_2(fn_leaf_47(X),fn_leaf_42(X))
& agent_2(fn_leaf_47(X),fn_leaf_42(X))
& path_2(fn_leaf_47(X),fn_leaf_35(X))
& base_2(fn_leaf_47(X),X)
& is_inside_2(fn_leaf_43(X),X)
& destination_2(fn_leaf_47(X),fn_leaf_43(X))
& origin_2(fn_leaf_47(X),fn_leaf_41(X))
& fn_leaf_44(X) = fn_oxidative_phosphorylation_15(fn_leaf_32(X))
& fn_leaf_44(X) = fn_oxidative_phosphorylation_15(fn_leaf_31(X))
& fn_leaf_52(X) = fn_oxidative_phosphorylation_15(fn_leaf_38(X))
& fn_leaf_53(X) = fn_tissue_1(fn_leaf_50(X))
& fn_leaf_52(X) = fn_tissue_1(fn_leaf_51(X))
& fn_leaf_28(X) = fn_locomotion_1(fn_leaf_29(X))
& fn_leaf_51(X) = fn_organ_1(X)
& X = fn_move_into_1(fn_leaf_48(X))
& fn_leaf_34(X) = fn_air_space_1(fn_leaf_49(X))
& fn_leaf_49(X) = fn_spongy_mesophyll_1(fn_leaf_45(X))
& fn_leaf_54(X) = fn_plant_vein_2(fn_leaf_46(X))
& fn_leaf_55(X) = fn_plant_vein_1(fn_leaf_46(X))
& fn_leaf_30(X) = fn_parenchyma_cell_15(fn_leaf_44(X))
& fn_leaf_35(X) = fn_epidermis_1(fn_leaf_50(X))
& fn_leaf_33(X) = fn_air_space_1(fn_leaf_43(X))
& fn_leaf_42(X) = fn_photosynthesis_29(fn_leaf_30(X))
& fn_leaf_28(X) = fn_photosynthesis_38(fn_leaf_30(X))
& fn_leaf_40(X) = fn_guard_cell_12(fn_leaf_52(X))
& fn_leaf_39(X) = fn_guard_cell_22(fn_leaf_52(X))
& fn_leaf_37(X) = fn_guard_cell_12(fn_leaf_53(X))
& fn_leaf_36(X) = fn_guard_cell_22(fn_leaf_53(X))
& fn_leaf_53(X) = fn_stoma_2(fn_leaf_35(X))
& fn_leaf_53(X) = fn_stoma_1(fn_leaf_35(X))
& fn_leaf_42(X) = fn_stoma_6(fn_leaf_35(X))
& fn_leaf_41(X) = fn_stoma_10(fn_leaf_35(X))
& fn_leaf_43(X) = fn_stoma_5(fn_leaf_35(X))
& X = fn_stoma_12(fn_leaf_35(X))
& fn_leaf_47(X) = fn_stoma_7(fn_leaf_35(X))
& fn_locomotion_1(fn_leaf_29(X)) = fn_locomotion_1(fn_leaf_29(X))
& fn_locomotion_1(fn_leaf_29(X)) = fn_photosynthesis_38(fn_leaf_30(X))
& fn_photosynthesis_38(fn_leaf_30(X)) = fn_photosynthesis_38(fn_leaf_30(X))
& fn_photosynthesis_38(fn_leaf_30(X)) = fn_oxidative_phosphorylation_15(fn_leaf_38(X))
& fn_oxidative_phosphorylation_15(fn_leaf_38(X)) = fn_tissue_1(fn_leaf_51(X))
& fn_tissue_1(fn_leaf_51(X)) = fn_tissue_1(fn_leaf_50(X))
& fn_tissue_1(fn_leaf_50(X)) = fn_stoma_2(fn_leaf_35(X))
& fn_stoma_2(fn_leaf_35(X)) = fn_stoma_2(fn_leaf_35(X))
& fn_stoma_2(fn_leaf_35(X)) = fn_stoma_1(fn_leaf_35(X))
& fn_stoma_1(fn_leaf_35(X)) = fn_photosynthesis_29(fn_leaf_30(X))
& fn_photosynthesis_29(fn_leaf_30(X)) = fn_stoma_6(fn_leaf_35(X))
& fn_stoma_6(fn_leaf_35(X)) = fn_stoma_6(fn_leaf_35(X))
& fn_stoma_6(fn_leaf_35(X)) = fn_move_into_1(fn_leaf_48(X))
& fn_move_into_1(fn_leaf_48(X)) = fn_stoma_12(fn_leaf_35(X))
& fn_stoma_12(fn_leaf_35(X)) = fn_stoma_12(fn_leaf_35(X)) ) ) ).
fof(a530618,axiom,
! [X] :
( leaf_organ_1(X)
=> ( original_name_2(X,'Leaf-Organ')
& user_description_2(X,'A specialized center of plant function composed of leaf tissue and specific to plants.')
& concept2words_2(X,'organ of leaf')
& concept2words_2(X,'leaf organ')
& concept2words_2(X,'leaf-organ')
& plant_organ_1(X) ) ) ).
fof(a530619,axiom,
! [X] :
( leaf_primordium_1(X)
=> ( original_name_2(X,'Leaf-Primordium')
& user_description_2(X,'Group of cells that will form a new leaf. Often seen as a small projection on the side of a shoot apical meristem.')
& concept2words_2(X,'primordium of leaf')
& concept2words_2(X,'leaf primordium')
& concept2words_2(X,'leaf-primordium')
& shoot_apical_meristem_1(X)
& ~ endosperm_1(X)
& ~ integument_1(X)
& ~ mesophyll_1(X)
& ~ phloem_1(X)
& ~ primary_plant_body_1(X)
& ~ primary_plant_1(X)
& ~ protonema_1(X)
& ~ receptacle_1(X)
& ~ vessel_1(X) ) ) ).
fof(a530620,axiom,
! [X] :
( learn_1(X)
=> ( original_name_2(X,'Learn')
& concept2words_2(X,learn)
& concept2words_2(X,word)
& concept2words_2(X,'pick up')
& concept2words_2(X,pick_up)
& concept2words_2(X,out)
& concept2words_2(X,discover)
& concept2words_2(X,see)
& concept2words_2(X,memorize)
& concept2words_2(X,study)
& interpret_1(X) ) ) ).
fof(a530621,axiom,
! [X] :
( learned_behavior_1(X)
=> ( original_name_2(X,'Learned-Behavior')
& user_description_2(X,'Using specific experiences to modify behavior.')
& concept2words_2(X,'learned behavior')
& concept2words_2(X,'learned-behavior')
& behavior_1(X) ) ) ).
fof(a530622,axiom,
! [X] :
( learning_1(X)
=> ( original_name_2(X,'Learning')
& concept2words_2(X,acquisition)
& concept2words_2(X,learning)
& concept2words_2(X,'basic cognitive process')
& concept2words_2(X,basic_cognitive_process)
& concept2words_2(X,learn)
& activity_1(X) ) ) ).
fof(a530623,axiom,
! [X] :
( leave_1(X)
=> ( original_name_2(X,'Leave')
& concept2words_2(X,leave)
& concept2words_2(X,'go away')
& concept2words_2(X,go_away)
& concept2words_2(X,'go forth')
& concept2words_2(X,go_forth)
& locomotion_1(X)
& spatial_entity_1(fn_leave_1(X))
& origin_2(X,fn_leave_1(X)) ) ) ).
fof(a530624,axiom,
! [X] :
( leech_1(X)
=> ( original_name_2(X,'Leech')
& user_description_2(X,'Type of annelid worm that has a sucker on the anterior and posterior ends. Many leeches are blood-sucking parasites and some have medicinal uses in limb reattachment and plastic surgery.')
& concept2words_2(X,leech)
& annelid_1(X) ) ) ).
fof(a530625,axiom,
! [X] :
( leg_1(X)
=> ( original_name_2(X,'Leg')
& user_description_2(X,'A leg is an anatomical animal structure used for locomotion. The distal end is often modified to distribute force (such as a foot). Most animals have an even number of legs.')
& concept2words_2(X,leg)
& animal_structure_1(X) ) ) ).
fof(a530626,axiom,
! [X] :
( legume_1(X)
=> ( original_name_2(X,'Legume')
& user_description_2(X,'A plant in the family Fabaceae (or Leguminosae), notable because most have root nodules that contain symbiotic nitrogen-fixing bacteria.')
& concept2words_2(X,pulse)
& concept2words_2(X,'leguminous crop')
& concept2words_2(X,'leguminous crop')
& concept2words_2(X,legume)
& dicot_1(X)
& nodule_1(fn_legume_1(X))
& shoot_1(fn_legume_2(X))
& lateral_root_1(fn_legume_3(X))
& root_system_1(fn_legume_4(X))
& specific_heat_value_1(fn_legume_5(X))
& store_1(fn_legume_6(X))
& photosynthesis_1(fn_legume_7(X))
& anabolic_pathway_1(fn_legume_7(X))
& metabolic_pathway_1(fn_legume_7(X))
& starch_storage_by_plant_1(fn_legume_8(X))
& nutrition_1(fn_legume_9(X))
& photoautotroph_1(fn_legume_10(X))
& temperature_value_1(fn_legume_11(X))
& shoot_system_1(fn_legume_12(X))
& taproot_1(fn_legume_13(X))
& tuber_1(fn_legume_14(X))
& plant_cell_1(fn_legume_15(X))
& cell_1(fn_legume_15(X))
& eukaryotic_cell_1(fn_legume_15(X))
& water_1(fn_legume_16(X))
& has_part_2(fn_legume_3(X),fn_legume_1(X))
& has_part_2(X,fn_legume_3(X))
& is_inside_2(fn_legume_3(X),fn_legume_4(X))
& has_region_2(X,fn_legume_4(X))
& fn_legume_4(X) = fn_dicot_3(X)
& fn_legume_13(X) = fn_dicot_2(X)
& fn_legume_3(X) = fn_dicot_1(X)
& fn_legume_17(X) = fn_seed_plant_16(X)
& fn_legume_18(X) = fn_seed_plant_17(X)
& fn_legume_10(X) = fn_seed_plant_11(X)
& fn_legume_9(X) = fn_seed_plant_10(X)
& fn_legume_4(X) = fn_seed_plant_9(X)
& fn_legume_8(X) = fn_seed_plant_3(X)
& fn_legume_6(X) = fn_seed_plant_4(X)
& fn_legume_14(X) = fn_seed_plant_1(X)
& fn_legume_7(X) = fn_seed_plant_7(X)
& fn_legume_15(X) = fn_seed_plant_13(X)
& fn_legume_11(X) = fn_seed_plant_12(X)
& fn_legume_5(X) = fn_seed_plant_6(X)
& fn_legume_16(X) = fn_seed_plant_14(X)
& fn_legume_2(X) = fn_seed_plant_2(X)
& fn_legume_12(X) = fn_seed_plant_8(X)
& fn_dicot_3(X) = fn_seed_plant_9(X) ) ) ).
fof(a530627,axiom,
! [X] :
( length_constant_1(X)
=> ( original_name_2(X,'Length-Constant')
& concept2words_2(X,'constant of length')
& concept2words_2(X,'length constant')
& concept2words_2(X,'length-constant')
& constant_1(X) ) ) ).
fof(a530628,axiom,
! [X] :
( length_scale_1(X)
=> ( original_name_2(X,'Length-Scale')
& concept2words_2(X,'scale of length')
& concept2words_2(X,'length scale')
& concept2words_2(X,'length-scale')
& scale_1(X) ) ) ).
fof(a530629,axiom,
! [X] :
( length_value_1(X)
=> ( original_name_2(X,'Length-Value')
& description_2(X,'length is a property for describing how big the one-dimensional extent of a Spatial-Entity is')
& concept2words_2(X,length)
& concept2words_2(X,breadth)
& concept2words_2(X,width)
& concept2words_2(X,wavelength)
& concept2words_2(X,thickness)
& concept2words_2(X,r)
& concept2words_2(X,radius)
& concept2words_2(X,perimeter)
& concept2words_2(X,'resolving power')
& concept2words_2(X,resolution)
& concept2words_2(X,'optical resolution')
& concept2words_2(X,'optical-resolution')
& concept2words_2(X,tallness)
& concept2words_2(X,altitude)
& concept2words_2(X,height)
& concept2words_2(X,displacement)
& concept2words_2(X,distance)
& concept2words_2(X,diam)
& concept2words_2(X,diameter)
& concept2words_2(X,depth)
& concept2words_2(X,circumference)
& concept2words_2(X,'total distance')
& concept2words_2(X,'value of length')
& concept2words_2(X,'length value')
& concept2words_2(X,'length-value')
& magnitude_value_1(X)
& ~ volume_value_1(X)
& ~ speed_value_1(X)
& ~ acceleration_magnitude_value_1(X)
& ~ size_value_1(X) ) ) ).
fof(a530630,axiom,
! [X] :
( lens_1(X)
=> ( original_name_2(X,'Lens')
& user_description_2(X,'A lens is any object which helps to focus light in a defined area. Biological lenses can be found in the eyes of animals where they focus light on photoreceptors and mechanical lenses can be found in optical devices including microscopes.')
& concept2words_2(X,lens)
& optical_device_1(X)
& ~ microscope_1(X) ) ) ).
fof(a530631,axiom,
! [X] :
( lenticel_1(X)
=> ( original_name_2(X,'Lenticel')
& user_description_2(X,'In gymnosperms and some angiosperms, a small lens-shaped raised area in the bark of stems and shoots. Lenticels provide sites for gas exchange between living tissues and the air outside the tree.')
& concept2words_2(X,lenticel)
& plant_appendage_1(X) ) ) ).
fof(a530632,axiom,
! [X] :
( lepidoptera_1(X)
=> ( original_name_2(X,'Lepidoptera')
& user_description_2(X,'A large order of insects that includes butterflies and moths.')
& concept2words_2(X,lepidoptera)
& insect_1(X)
& ~ aphid_1(X)
& ~ beetle_1(X)
& ~ caddisfly_1(X)
& ~ dermaptera_1(X)
& ~ diptera_1(X)
& ~ hymenoptera_1(X)
& ~ isoptera_1(X)
& ~ mayfly_1(X)
& ~ odonata_1(X)
& ~ orthoptera_1(X)
& ~ sucking_louse_1(X) ) ) ).
fof(a530633,axiom,
! [X] :
( lepidosaur_1(X)
=> ( original_name_2(X,'Lepidosaur')
& user_description_2(X,'A member of the group of reptiles whose living members include snakes, lizards, and tuataras.')
& concept2words_2(X,lepidosaur)
& reptile_1(X)
& ~ archaeopteryx_1(X)
& ~ crocodilia_1(X)
& ~ dinosaur_1(X)
& ~ parareptile_1(X)
& ~ pterosaur_1(X) ) ) ).
fof(a530634,axiom,
! [X] :
( leptin_1(X)
=> ( original_name_2(X,'Leptin')
& user_description_2(X,'A protein hormone produced by adipose cells that plays a role in complex feedback mechanisms that regulate fat storage and use.')
& concept2words_2(X,leptin)
& peptide_hormone_1(X)
& ~ bmp_4_1(X)
& ~ erythropoietin_1(X)
& ~ growth_hormone_1(X)
& ~ inhibin_1(X)
& ~ prolactin_1(X)
& adipose_tissue_1(fn_leptin_1(X))
& spatial_entity_1(fn_leptin_2(X))
& chemical_entity_1(fn_leptin_2(X))
& monomer_1(fn_leptin_2(X))
& molecule_1(fn_leptin_2(X))
& amino_acid_1(fn_leptin_2(X))
& size_value_1(fn_leptin_3(X))
& quantity_value_1(fn_leptin_4(X))
& speed_value_1(fn_leptin_5(X))
& produce_1(fn_leptin_6(X))
& constant_motion_1(fn_leptin_7(X))
& chemical_bond_1(fn_leptin_8(X))
& covalent_bond_1(fn_leptin_8(X))
& kinetic_energy_1(fn_leptin_9(X))
& size_value_1(fn_leptin_10(X))
& atom_1(fn_leptin_11(X))
& chemical_entity_1(fn_leptin_11(X))
& monomer_1(fn_leptin_12(X))
& carbon_1(fn_leptin_13(X))
& polypeptide_1(fn_leptin_14(X))
& carbon_skeleton_1(fn_leptin_15(X))
& surface_1(fn_leptin_16(X))
& hydrophilic_region_1(fn_leptin_17(X))
& protein_domain_1(fn_leptin_18(X))
& carbon_1(fn_carbon_skeleton_4(fn_leptin_15(X)))
& entity_1(fn_create_1(fn_leptin_6(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_leptin_15(X)))
& atom_1(fn_carbon_skeleton_2(fn_leptin_15(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_leptin_15(X)))
& agent_2(fn_leptin_6(X),fn_leptin_1(X))
& result_2(fn_leptin_6(X),X)
& possesses_2(X,fn_leptin_8(X))
& has_part_2(X,fn_leptin_12(X))
& size_2(fn_leptin_12(X),fn_leptin_3(X))
& greater_than_2(fn_leptin_10(X),fn_leptin_3(X))
& has_part_2(X,fn_leptin_11(X))
& possesses_2(X,fn_leptin_9(X))
& quantity_2(fn_leptin_9(X),fn_leptin_4(X))
& directly_proportional_2(fn_leptin_5(X),fn_leptin_4(X))
& speed_2(fn_leptin_7(X),fn_leptin_5(X))
& object_2(fn_leptin_7(X),X)
& is_at_2(fn_leptin_2(X),fn_leptin_18(X))
& has_region_2(X,fn_leptin_18(X))
& size_2(X,fn_leptin_10(X))
& the_scalar_value_2(fn_leptin_10(X),big_0)
& scalar_unit_class_2(fn_leptin_10(X),polypeptide_0)
& has_region_2(X,fn_leptin_17(X))
& is_at_2(fn_leptin_17(X),fn_leptin_16(X))
& has_region_2(X,fn_leptin_16(X))
& has_part_2(X,fn_leptin_14(X))
& has_part_2(fn_leptin_14(X),fn_leptin_2(X))
& is_inside_2(fn_leptin_13(X),fn_leptin_15(X))
& has_part_2(X,fn_leptin_13(X))
& has_region_2(X,fn_leptin_15(X))
& fn_leptin_11(X) != fn_leptin_13(X)
& fn_leptin_13(X) != fn_leptin_11(X)
& X = fn_create_1(fn_leptin_6(X))
& fn_leptin_8(X) = fn_molecule_10(X)
& fn_leptin_8(X) = fn_polymer_1(X)
& fn_leptin_10(X) = fn_polymer_8(X)
& fn_leptin_3(X) = fn_polymer_7(X)
& fn_leptin_12(X) = fn_polymer_4(X)
& fn_leptin_11(X) = fn_molecule_7(X)
& fn_leptin_7(X) = fn_molecule_8(X)
& fn_leptin_5(X) = fn_molecule_3(X)
& fn_leptin_4(X) = fn_molecule_4(X)
& fn_leptin_9(X) = fn_molecule_12(X)
& fn_leptin_10(X) = fn_protein_9(X)
& fn_leptin_18(X) = fn_protein_7(X)
& fn_leptin_2(X) = fn_protein_14(X)
& fn_leptin_14(X) = fn_protein_8(X)
& fn_leptin_16(X) = fn_protein_5(X)
& fn_leptin_17(X) = fn_protein_1(X)
& X = fn_carbon_skeleton_3(fn_leptin_15(X))
& fn_leptin_11(X) = fn_carbon_skeleton_2(fn_leptin_15(X))
& fn_leptin_13(X) = fn_carbon_skeleton_4(fn_leptin_15(X))
& fn_molecule_10(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_polymer_8(X)
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_create_1(fn_leptin_6(X))
& fn_create_1(fn_leptin_6(X)) = fn_carbon_skeleton_3(fn_leptin_15(X))
& fn_carbon_skeleton_3(fn_leptin_15(X)) = fn_carbon_skeleton_3(fn_leptin_15(X))
& fn_carbon_skeleton_3(fn_leptin_15(X)) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_carbon_skeleton_2(fn_leptin_15(X))
& fn_carbon_skeleton_2(fn_leptin_15(X)) = fn_carbon_skeleton_2(fn_leptin_15(X)) ) ) ).
fof(a530635,axiom,
! [X] :
( let_fall_1(X)
=> ( original_name_2(X,'Let-Fall')
& concept2words_2(X,drop)
& concept2words_2(X,let)
& concept2words_2(X,'fall of let')
& concept2words_2(X,'let fall')
& concept2words_2(X,'let-fall')
& unobstruct_1(X)
& tangible_entity_1(fn_let_fall_1(X))
& fall_1(fn_let_fall_2(X))
& tangible_entity_1(fn_let_fall_3(X))
& spatial_entity_1(fn_move_1(fn_let_fall_2(X)))
& agent_2(X,fn_let_fall_1(X))
& causes_2(X,fn_let_fall_2(X))
& object_2(X,fn_let_fall_3(X))
& object_2(fn_let_fall_2(X),fn_let_fall_3(X))
& fn_let_fall_3(X) = fn_unobstruct_1(X)
& fn_let_fall_3(X) = fn_move_1(fn_let_fall_2(X))
& fn_unobstruct_1(X) = fn_move_1(fn_let_fall_2(X)) ) ) ).
fof(a530636,axiom,
! [X] :
( let_go_of_1(X)
=> ( original_name_2(X,'Let-Go-Of')
& concept2words_2(X,'let go of')
& concept2words_2(X,let_go_of)
& concept2words_2(X,'let go')
& concept2words_2(X,let_go)
& concept2words_2(X,release)
& concept2words_2(X,'let-go-of')
& unobstruct_1(X)
& tangible_entity_1(fn_let_go_of_1(X))
& tangible_entity_1(fn_let_go_of_2(X))
& agent_2(X,fn_let_go_of_1(X))
& object_2(X,fn_let_go_of_2(X))
& fn_let_go_of_2(X) = fn_unobstruct_1(X) ) ) ).
fof(a530637,axiom,
! [X] :
( leucine_1(X)
=> ( original_name_2(X,'Leucine')
& user_description_2(X,'One of the 20 most common amino acids that make up proteins.')
& concept2words_2(X,leucine)
& hydrophobic_amino_acid_1(X) ) ) ).
fof(a530638,axiom,
! [X] :
( leukemia_1(X)
=> ( original_name_2(X,'Leukemia')
& user_description_2(X,'A cancer of the blood or bone marrow characterized by an abnormal increase of blood cells, usually leukocytes.')
& concept2words_2(X,leukemia)
& cancer_1(X)
& ~ breast_cancer_1(X)
& ~ burkitts_lymphoma_1(X)
& ~ prostate_cancer_1(X) ) ) ).
fof(a530639,axiom,
! [X] :
( leukocyte_1(X)
=> ( original_name_2(X,'Leukocyte')
& user_description_2(X,'A leukocyte is a type of white blood cell whose primary role is to fight infection and often serves as phagocytes.')
& concept2words_2(X,'white blood cell')
& concept2words_2(X,'white-blood-cell')
& concept2words_2(X,wbc)
& concept2words_2(X,leukocyte)
& immune_cell_1(X) ) ) ).
fof(a530640,axiom,
! [X] :
( lexical_relation_1(X)
=> ( original_name_2(X,'Lexical-Relation')
& concept2words_2(X,'lexical relation')
& concept2words_2(X,'lexical-relation')
& relation_1(X) ) ) ).
fof(a530641,axiom,
! [X] :
( leydig_cell_1(X)
=> ( original_name_2(X,'Leydig-Cell')
& user_description_2(X,'A type of cell that is adjacent to the seminiferous tubules of the testes; it secretes testosterone in response to luteinizing hormone.')
& concept2words_2(X,'leydig cell')
& concept2words_2(X,'leydig-cell')
& vertebrate_cell_1(X) ) ) ).
fof(a530642,axiom,
! [X] :
( lh_1(X)
=> ( original_name_2(X,'LH')
& user_description_2(X,'Luteinizing hormone, a tropic hormone secreted by the anterior pituitary. In females, an LH surge in the first half of the menstrual cycle triggers ovulation and formation of the corpus luteum. In males, LH stimulates the Leydig cells to produce testosterone.')
& concept2words_2(X,'luteinizing hormone')
& concept2words_2(X,'luteinizing-hormone')
& concept2words_2(X,lh)
& tropic_hormone_1(X)
& glycoprotein_hormone_1(X)
& ~ fsh_1(X)
& ~ gonadotropin_releasing_hormone_1(X)
& ~ hcg_1(X) ) ) ).
fof(a530643,axiom,
! [X] :
( lichen_1(X)
=> ( original_name_2(X,'Lichen')
& user_description_2(X,'A composite organism resulting from the mutualistic association between a fungus and a photosynthetic partner, usually an alga or a cyanobacterium.')
& concept2words_2(X,lichen)
& interspecific_interaction_1(X)
& ~ soredium_1(X) ) ) ).
fof(a530644,axiom,
! [X] :
( lie_1(X)
=> ( original_name_2(X,'Lie')
& concept2words_2(X,lie)
& concept2words_2(X,misinform)
& concept2words_2(X,mislead)
& express_1(X)
& truth_value_1(fn_lie_1(X))
& information_1(fn_lie_3(X))
& truth_2(fn_lie_3(X),fn_lie_1(X))
& the_categorical_value_2(fn_lie_1(X),false_0)
& object_2(X,fn_lie_3(X))
& fn_lie_3(X) = fn_express_2(X) ) ) ).
fof(a530645,axiom,
! [X] :
( life_cycle_1(X)
=> ( original_name_2(X,'Life-Cycle')
& user_description_2(X,'The events that occur in an organism\'s lifetime, from formation of the zygote to death.')
& concept2words_2(X,'cycle of life')
& concept2words_2(X,'life cycle')
& concept2words_2(X,'life-cycle')
& macrophysiological_process_1(X)
& reproduction_1(fn_life_cycle_1(X))
& organismal_development_1(fn_life_cycle_2(X))
& subevent_2(X,fn_life_cycle_2(X))
& subevent_2(X,fn_life_cycle_1(X)) ) ) ).
fof(a530646,axiom,
! [X] :
( life_cycle_of_drosophila_1(X)
=> ( original_name_2(X,'Life-Cycle-Of-Drosophila')
& user_description_2(X,'The sequence of stages in the life cycle of Drosophila.')
& concept2words_2(X,'life cycle of fruit fly')
& concept2words_2(X,'life-cycle-of-fruit-fly')
& concept2words_2(X,'undergo the life cycle of drosophila')
& concept2words_2(X,'life cycle of drosophila')
& concept2words_2(X,'life-cycle-of-drosophila')
& animal_life_cycle_1(X)
& ~ determinate_growth_1(X)
& ~ fungal_life_cycle_1(X)
& ~ gastrulation_1(X)
& ~ iteroparity_1(X)
& ~ life_history_1(X)
& ~ morphogenesis_1(X)
& ~ muscle_cell_determination_1(X)
& ~ plant_life_cycle_1(X)
& ~ sexual_life_cycle_1(X)
& ~ skeletal_muscle_cell_differentiation_1(X) ) ) ).
fof(a530647,axiom,
! [X] :
( life_cycle_of_fern_1(X)
=> ( original_name_2(X,'Life-Cycle-Of-Fern')
& user_description_2(X,'The generation-to-generation sequence of stages in the lifespan of a fern.')
& concept2words_2(X,'undergo the life cycle of fern')
& concept2words_2(X,'life cycle of fern')
& concept2words_2(X,'life-cycle-of-fern')
& alternation_of_generations_1(X)
& ~ isomorphic_1(X) ) ) ).
fof(a530648,axiom,
! [X] :
( life_cycle_process_1(X)
=> ( original_name_2(X,'Life-Cycle-Process')
& user_description_2(X,'A life cycle is a period involving all different generations of a species succeeding each other through means of reproduction, whether through asexual reproduction or sexual reproduction (a period from one generation of organisms to the same identical).')
& concept2words_2(X,'life cycle activity')
& concept2words_2(X,'life activity')
& concept2words_2(X,'biological process')
& concept2words_2(X,'biological activity')
& concept2words_2(X,'life cycle process')
& concept2words_2(X,'life-cycle-process')
& event_1(X) ) ) ).
fof(a530649,axiom,
! [X] :
( life_history_1(X)
=> ( original_name_2(X,'Life-History')
& user_description_2(X,'The collection of traits that determine the schedule of key events, such as reproduction, in an organism\'s lifetime.')
& concept2words_2(X,'history of life')
& concept2words_2(X,'life history')
& concept2words_2(X,'life-history')
& evolutionary_process_1(X)
& ~ animal_life_cycle_1(X)
& ~ determinate_growth_1(X)
& ~ fungal_life_cycle_1(X)
& ~ gastrulation_1(X)
& ~ life_cycle_of_drosophila_1(X)
& ~ morphogenesis_1(X)
& ~ muscle_cell_determination_1(X)
& ~ plant_life_cycle_1(X)
& ~ sexual_life_cycle_1(X)
& ~ skeletal_muscle_cell_differentiation_1(X) ) ) ).
fof(a530650,axiom,
! [X] :
( life_stage_1(X)
=> ( original_name_2(X,'Life-Stage')
& user_description_2(X,'Stages in the life cycle of an organism.')
& concept2words_2(X,'stage of life')
& concept2words_2(X,'life stage')
& concept2words_2(X,'life-stage')
& living_entity_1(X) ) ) ).
fof(a530651,axiom,
! [X] :
( life_table_1(X)
=> ( original_name_2(X,'Life-Table')
& user_description_2(X,'A table of data summarizing probability of mortality among different age groups in a population.')
& concept2words_2(X,'table of life')
& concept2words_2(X,'life table')
& concept2words_2(X,'life-table')
& population_representation_1(X)
& ~ action_spectrum_1(X)
& ~ age_structure_diagram_1(X)
& ~ cell_lineage_1(X)
& ~ cladogram_1(X)
& ~ climograph_1(X)
& ~ fate_map_1(X)
& ~ genetic_map_1(X)
& ~ genomic_representation_1(X)
& ~ genotypic_ratio_1(X)
& ~ pedigree_1(X)
& ~ periodic_table_1(X)
& ~ phenotypic_ratio_1(X)
& ~ phylogenetic_tree_1(X)
& ~ punnett_square_1(X)
& ~ reproductive_table_1(X)
& ~ species_area_curve_1(X)
& ~ survivorship_curve_1(X)
& ~ tree_of_life_1(X) ) ) ).
fof(a530652,axiom,
! [X] :
( ligament_1(X)
=> ( original_name_2(X,'Ligament')
& user_description_2(X,'A fibrous connective tissue that connects bones to other bones at joints.')
& concept2words_2(X,ligament)
& fibrous_connective_tissue_1(X)
& ~ tendon_1(X)
& collagen_1(fn_ligament_1(X))
& connective_tissue_1(fn_ligament_2(X))
& has_part_2(fn_ligament_2(X),fn_ligament_1(X))
& has_part_2(X,fn_ligament_2(X)) ) ) ).
fof(a530653,axiom,
! [X] :
( ligand_1(X)
=> ( original_name_2(X,'Ligand')
& user_description_2(X,'A ligand is a molecule that binds to something else, often a receptor to trigger a response')
& concept2words_2(X,ligand)
& role_1(X)
& chemical_entity_1(fn_ligand_1(X))
& ligand_binding_1(fn_ligand_2(X))
& chemical_entity_1(fn_ligand_binding_3(fn_ligand_2(X)))
& ligand_1(fn_ligand_binding_1(fn_ligand_2(X)))
& object_2(fn_ligand_2(X),fn_ligand_1(X))
& plays_2(fn_ligand_1(X),X)
& in_event_2(X,fn_ligand_2(X))
& has_function_2(fn_ligand_1(X),fn_ligand_2(X))
& X = fn_ligand_binding_1(fn_ligand_2(X))
& fn_ligand_1(X) = fn_ligand_binding_3(fn_ligand_2(X))
& fn_ligand_binding_1(fn_ligand_2(X)) = fn_ligand_binding_1(fn_ligand_2(X)) ) ) ).
fof(a530654,axiom,
! [X,X2,X1] :
( ( object_2(X,X1)
& plays_2(X1,X2)
& exactCardinality(X,object_0,"1",tangible_entity_0)
& chemical_entity_1(X1)
& ligand_1(X2)
& attach_1(X) )
=> ( ligand_binding_1(X)
& fn_ligand_binding_3(X) = X1
& fn_ligand_binding_1(X) = X2 ) ) ).
fof(a530655,axiom,
! [X] :
( ligand_binding_1(X)
=> ( original_name_2(X,'Ligand-Binding')
& user_description_2(X,'The attachment of a molecule, the ligand, usually to a larger molecule which causes a receptor protein to undergo a change in shape often activating a cellular response.')
& concept2words_2(X,bind)
& concept2words_2(X,'binding of ligand')
& concept2words_2(X,'ligand binding')
& concept2words_2(X,'ligand-binding')
& attach_1(X)
& ~ annealing_1(X)
& ~ base_pairing_1(X)
& ~ intercellular_joining_1(X)
& ~ nucleic_acid_hybridization_1(X)
& ligand_1(fn_ligand_binding_1(X))
& chemical_entity_1(fn_ligand_binding_3(X))
& in_event_2(fn_ligand_binding_1(X),X)
& plays_2(fn_ligand_binding_3(X),fn_ligand_binding_1(X))
& has_function_2(fn_ligand_binding_3(X),X)
& object_2(X,fn_ligand_binding_3(X))
& fn_ligand_binding_3(X) = fn_attach_1(X) ) ) ).
fof(a530656,axiom,
! [X] :
( ligand_gated_calcium_channel_1(X)
=> ( original_name_2(X,'Ligand-Gated-Calcium-Channel')
& user_description_2(X,'A receptor with a channel specific for Ca2+ ions that allows Ca2+ ions through when the receptor changes shape upon the binding of a signaling molecule.')
& concept2words_2(X,'ligand gated calcium channel')
& concept2words_2(X,'ligand-gated-calcium-channel')
& ligand_gated_ion_channel_1(X) ) ) ).
fof(a530657,axiom,
! [X] :
( ligand_gated_ion_channel_1(X)
=> ( original_name_2(X,'Ligand-Gated-Ion-Channel')
& user_description_2(X,'A transmembrane protein that allows a particular ion to flow into the cell when a specific signal binds to the extracellular end of the protein.')
& concept2words_2(X,'ligand gated ion channel')
& concept2words_2(X,'ligand-gated ion-channel')
& concept2words_2(X,'ligand-gated-ion-channel')
& cell_surface_receptor_1(X)
& gated_ion_channel_1(X)
& hydrophilic_compound_1(fn_ligand_gated_ion_channel_5(X))
& spatial_entity_1(fn_ligand_gated_ion_channel_6(X))
& tangible_entity_1(fn_ligand_gated_ion_channel_6(X))
& chemical_entity_1(fn_ligand_gated_ion_channel_6(X))
& move_1(fn_ligand_gated_ion_channel_7(X))
& move_through_1(fn_ligand_gated_ion_channel_7(X))
& facilitated_diffusion_1(fn_ligand_gated_ion_channel_8(X))
& passive_transport_1(fn_ligand_gated_ion_channel_8(X))
& facilitated_diffusion_using_channel_protein_1(fn_ligand_gated_ion_channel_8(X))
& monomer_1(fn_ligand_gated_ion_channel_9(X))
& size_value_1(fn_ligand_gated_ion_channel_10(X))
& quantity_value_1(fn_ligand_gated_ion_channel_11(X))
& rate_value_1(fn_ligand_gated_ion_channel_12(X))
& size_value_1(fn_ligand_gated_ion_channel_13(X))
& block_1(fn_ligand_gated_ion_channel_14(X))
& hydrophobic_compound_1(fn_ligand_gated_ion_channel_15(X))
& spatial_entity_1(fn_facilitated_diffusion_using_channel_protein_8(fn_ligand_gated_ion_channel_8(X)))
& tangible_entity_1(fn_facilitated_diffusion_using_channel_protein_8(fn_ligand_gated_ion_channel_8(X)))
& chemical_entity_1(fn_facilitated_diffusion_using_channel_protein_8(fn_ligand_gated_ion_channel_8(X)))
& object_2(fn_ligand_gated_ion_channel_8(X),fn_ligand_gated_ion_channel_6(X))
& object_2(fn_ligand_gated_ion_channel_7(X),fn_ligand_gated_ion_channel_6(X))
& called_2(fn_ligand_gated_ion_channel_14(X),"1")
& object_2(fn_ligand_gated_ion_channel_14(X),fn_ligand_gated_ion_channel_5(X))
& object_2(fn_ligand_gated_ion_channel_14(X),fn_ligand_gated_ion_channel_15(X))
& fn_ligand_gated_ion_channel_15(X) != fn_ligand_gated_ion_channel_6(X)
& fn_ligand_gated_ion_channel_6(X) != fn_ligand_gated_ion_channel_5(X)
& fn_ligand_gated_ion_channel_5(X) != fn_ligand_gated_ion_channel_6(X)
& fn_ligand_gated_ion_channel_6(X) != fn_ligand_gated_ion_channel_15(X)
& object_2(fn_ligand_gated_ion_channel_7(X),fn_ligand_gated_ion_channel_5(X))
& the_scalar_value_2(fn_ligand_gated_ion_channel_10(X),big_0)
& scalar_unit_class_2(fn_ligand_gated_ion_channel_10(X),polypeptide_0)
& size_2(X,fn_ligand_gated_ion_channel_10(X))
& greater_than_2(fn_ligand_gated_ion_channel_10(X),fn_ligand_gated_ion_channel_13(X))
& subevent_2(fn_ligand_gated_ion_channel_8(X),fn_ligand_gated_ion_channel_7(X))
& rate_2(fn_ligand_gated_ion_channel_8(X),fn_ligand_gated_ion_channel_12(X))
& facilitates_2(X,fn_ligand_gated_ion_channel_7(X))
& agent_2(fn_ligand_gated_ion_channel_7(X),X)
& quantity_2(X,fn_ligand_gated_ion_channel_11(X))
& directly_proportional_2(fn_ligand_gated_ion_channel_11(X),fn_ligand_gated_ion_channel_12(X))
& has_function_2(X,fn_ligand_gated_ion_channel_8(X))
& instrument_2(fn_ligand_gated_ion_channel_8(X),X)
& has_part_2(X,fn_ligand_gated_ion_channel_9(X))
& size_2(fn_ligand_gated_ion_channel_9(X),fn_ligand_gated_ion_channel_13(X))
& fn_ligand_gated_ion_channel_6(X) = fn_facilitated_diffusion_using_channel_protein_8(fn_ligand_gated_ion_channel_8(X))
& fn_ligand_gated_ion_channel_15(X) = fn_channel_protein_3(X)
& fn_ligand_gated_ion_channel_14(X) = fn_channel_protein_6(X)
& fn_ligand_gated_ion_channel_6(X) = fn_channel_protein_11(X)
& fn_ligand_gated_ion_channel_5(X) = fn_channel_protein_4(X)
& fn_ligand_gated_ion_channel_2(X) = fn_gated_channel_33(X)
& fn_ligand_gated_ion_channel_1(X) = fn_gated_channel_32(X)
& fn_ligand_gated_ion_channel_10(X) = fn_receptor_protein_3(X)
& fn_ligand_gated_ion_channel_10(X) = fn_transport_protein_20(X)
& fn_ligand_gated_ion_channel_10(X) = fn_gated_channel_30(X)
& fn_ligand_gated_ion_channel_3(X) = fn_gated_channel_36(X)
& fn_ligand_gated_ion_channel_12(X) = fn_gated_channel_8(X)
& fn_ligand_gated_ion_channel_11(X) = fn_gated_channel_14(X)
& fn_ligand_gated_ion_channel_7(X) = fn_transport_protein_34(X)
& fn_ligand_gated_ion_channel_7(X) = fn_channel_protein_5(X)
& fn_ligand_gated_ion_channel_7(X) = fn_gated_channel_3(X)
& fn_ligand_gated_ion_channel_4(X) = fn_gated_channel_37(X)
& fn_ligand_gated_ion_channel_13(X) = fn_receptor_protein_4(X)
& fn_ligand_gated_ion_channel_13(X) = fn_transport_protein_19(X)
& fn_ligand_gated_ion_channel_13(X) = fn_gated_channel_7(X)
& fn_ligand_gated_ion_channel_9(X) = fn_receptor_protein_5(X)
& fn_ligand_gated_ion_channel_9(X) = fn_transport_protein_21(X)
& fn_ligand_gated_ion_channel_9(X) = fn_gated_channel_20(X)
& fn_ligand_gated_ion_channel_8(X) = fn_transport_protein_28(X)
& fn_ligand_gated_ion_channel_8(X) = fn_channel_protein_8(X)
& fn_ligand_gated_ion_channel_8(X) = fn_gated_channel_15(X)
& fn_facilitated_diffusion_using_channel_protein_8(fn_ligand_gated_ion_channel_8(X)) = fn_channel_protein_11(X)
& fn_channel_protein_11(X) = fn_channel_protein_11(X)
& fn_channel_protein_11(X) = fn_receptor_protein_3(X)
& fn_receptor_protein_3(X) = fn_receptor_protein_3(X)
& fn_receptor_protein_3(X) = fn_transport_protein_20(X)
& fn_transport_protein_20(X) = fn_transport_protein_20(X)
& fn_gated_channel_30(X) = fn_gated_channel_30(X)
& fn_gated_channel_30(X) = fn_transport_protein_20(X)
& fn_transport_protein_20(X) = fn_gated_channel_30(X)
& fn_gated_channel_30(X) = fn_channel_protein_5(X)
& fn_channel_protein_5(X) = fn_transport_protein_34(X)
& fn_transport_protein_34(X) = fn_channel_protein_5(X)
& fn_channel_protein_5(X) = fn_channel_protein_5(X)
& fn_gated_channel_3(X) = fn_channel_protein_5(X)
& fn_channel_protein_5(X) = fn_gated_channel_3(X)
& fn_gated_channel_3(X) = fn_receptor_protein_4(X)
& fn_transport_protein_19(X) = fn_receptor_protein_4(X)
& fn_receptor_protein_4(X) = fn_transport_protein_19(X)
& fn_transport_protein_19(X) = fn_transport_protein_19(X)
& fn_gated_channel_7(X) = fn_gated_channel_7(X)
& fn_gated_channel_7(X) = fn_transport_protein_19(X)
& fn_transport_protein_19(X) = fn_gated_channel_7(X)
& fn_gated_channel_7(X) = fn_receptor_protein_5(X)
& fn_transport_protein_21(X) = fn_receptor_protein_5(X)
& fn_receptor_protein_5(X) = fn_transport_protein_21(X)
& fn_transport_protein_21(X) = fn_transport_protein_21(X)
& fn_gated_channel_20(X) = fn_transport_protein_21(X)
& fn_transport_protein_21(X) = fn_gated_channel_20(X)
& fn_gated_channel_20(X) = fn_transport_protein_28(X)
& fn_channel_protein_8(X) = fn_transport_protein_28(X)
& fn_transport_protein_28(X) = fn_channel_protein_8(X)
& fn_gated_channel_15(X) = fn_channel_protein_8(X)
& fn_channel_protein_8(X) = fn_gated_channel_15(X)
& fn_gated_channel_15(X) = fn_gated_channel_15(X) ) ) ).
fof(a530658,axiom,
! [X] :
( ligase_1(X)
=> ( original_name_2(X,'Ligase')
& user_description_2(X,'Enzymes which join two molecules with covalent bonds.')
& concept2words_2(X,ligase)
& protein_enzyme_1(X)
& active_site_1(fn_ligase_1(X))
& chemical_reaction_1(fn_ligase_2(X))
& fn_ligase_1(X) = fn_enzyme_2(X)
& fn_ligase_2(X) = fn_enzyme_4(X) ) ) ).
fof(a530659,axiom,
! [X] :
( light_1(X)
=> ( original_name_2(X,'Light')
& description_2(X,'Electromagnetic energy vibrations in the visible frequency range that propagate through a region.')
& user_description_2(X,'Light is a form of energy.')
& concept2words_2(X,'visible light')
& concept2words_2(X,visible_light)
& concept2words_2(X,'visible radiation')
& concept2words_2(X,visible_radiation)
& concept2words_2(X,'light energy')
& concept2words_2(X,photo)
& concept2words_2(X,light)
& electromagnetic_energy_1(X)
& ~ thermal_energy_1(X)
& photon_1(fn_light_1(X))
& light_1(fn_photon_1(fn_light_1(X)))
& has_part_2(X,fn_light_1(X))
& X = fn_photon_1(fn_light_1(X)) ) ) ).
fof(a530660,axiom,
! [X] :
( light_absorption_by_chlorophyll_followed_by_fluorescence_1(X)
=> ( original_name_2(X,'Light-Absorption-By-Chlorophyll-Followed-By-Fluorescence')
& user_description_2(X,'The trapping of light energy is the key to photosynthesis. The first event is the absorption of light by a photoreceptor molecule. The principal photoreceptor in the chloroplasts of most green plants is chlorophyll a, a substituted tetrapyrrole. The four nitrogen atoms of the pyrroles are coordinated to a magnesium ion. Unlike a porphyrin such as heme, chlorophyll has a reduced pyrrole ring. Another distinctive feature of chlorophyll is the presence of phytol, a highly hydrophobic 20-carbon alcohol, esterified to an acid side chain.')
& concept2words_2(X,absorb)
& concept2words_2(X,'light absorption by chlorophyll followed by fluorescence')
& concept2words_2(X,'light-absorption-by-chlorophyll-followed-by-fluorescence')
& phosphorescence_1(X)
& block_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_1(X))
& time_interval_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_2(X))
& time_interval_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_3(X))
& system_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_5(X))
& orbital_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_7(X))
& orbital_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_8(X))
& container_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_11(X))
& take_in_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X))
& move_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X))
& absorb_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X))
& move_into_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X))
& kinetic_energy_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_13(X))
& barrier_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_14(X))
& make_contact_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_16(X))
& shape_value_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_17(X))
& entity_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_18(X))
& chemical_entity_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_18(X))
& atom_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_18(X))
& carbon_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_18(X))
& quantity_value_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_20(X))
& carbon_skeleton_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_21(X))
& barrier_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_22(X))
& container_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_22(X))
& move_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_23(X))
& decrease_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_24(X))
& spatial_entity_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& organic_molecule_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& tangible_entity_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& pigment_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& molecule_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& porphyrin_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& chlorophyll_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& hydrocarbon_molecule_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& spatial_entity_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_26(X))
& electron_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_26(X))
& potential_energy_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_27(X))
& emit_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_28(X))
& release_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_29(X))
& thermal_energy_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_30(X))
& quantity_value_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_31(X))
& speed_value_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_32(X))
& constant_motion_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_33(X))
& spatial_entity_1(fn_move_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_23(X)))
& tangible_entity_1(fn_release_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_29(X)))
& property_node_1(fn_decrease_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_24(X)))
& property_value_1(fn_decrease_3(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_24(X)))
& property_node_1(fn_porphyrin_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)))
& property_node_1(fn_hydrocarbon_molecule_6(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)))
& constant_motion_1(fn_hydrocarbon_molecule_29(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)))
& carbon_skeleton_1(fn_hydrocarbon_molecule_17(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)))
& property_node_1(fn_hydrocarbon_molecule_5(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)))
& speed_value_1(fn_hydrocarbon_molecule_28(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)))
& quantity_value_1(fn_hydrocarbon_molecule_27(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)))
& kinetic_energy_1(fn_hydrocarbon_molecule_30(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)))
& potential_energy_1(fn_electron_3(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_26(X)))
& container_1(fn_move_into_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X)))
& container_1(fn_release_3(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_29(X)))
& shape_value_1(fn_porphyrin_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)))
& atom_1(fn_organic_molecule_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)))
& entity_1(fn_hydrocarbon_molecule_16(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)))
& chemical_entity_1(fn_hydrocarbon_molecule_16(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)))
& atom_1(fn_hydrocarbon_molecule_16(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)))
& carbon_1(fn_hydrocarbon_molecule_16(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)))
& spatial_entity_1(fn_make_contact_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_16(X)))
& tangible_entity_1(fn_take_in_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X)))
& tangible_entity_1(fn_barrier_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_14(X)))
& tangible_entity_1(fn_barrier_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_22(X)))
& tangible_entity_1(fn_move_into_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X)))
& tangible_entity_1(fn_release_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_29(X)))
& move_1(fn_chlorophyll_6(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)))
& absorb_1(fn_chlorophyll_6(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)))
& instrument_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_1(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& path_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_21(X))
& in_event_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_14(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_1(X))
& time_before_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_2(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_3(X))
& next_event_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_16(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X))
& destination_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_23(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_8(X))
& origin_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_23(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_7(X))
& enables_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_23(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_24(X))
& enables_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_24(X),X)
& base_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_24(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_27(X))
& quantity_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_27(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_20(X))
& time_during_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_28(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_2(X))
& next_event_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_28(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_29(X))
& time_during_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_29(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_3(X))
& subevent_2(X,fn_light_absorption_by_chlorophyll_followed_by_fluorescence_29(X))
& path_2(X,fn_light_absorption_by_chlorophyll_followed_by_fluorescence_21(X))
& agent_2(X,fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& base_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_16(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& plays_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_14(X))
& plays_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_22(X))
& object_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_23(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_26(X))
& object_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_29(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_30(X))
& base_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_29(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& plays_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_11(X))
& base_2(X,fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& base_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_28(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& in_event_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_11(X),X)
& origin_2(X,fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& from_value_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_24(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_20(X))
& shape_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_17(X))
& the_categorical_value_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_17(X),ring_shaped_0)
& agent_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& base_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& first_subevent_2(X,fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X))
& subevent_2(X,fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X))
& subevent_2(X,fn_light_absorption_by_chlorophyll_followed_by_fluorescence_28(X))
& has_region_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_21(X))
& object_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_33(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& speed_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_33(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_32(X))
& has_part_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_18(X))
& is_inside_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_18(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_21(X))
& possesses_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_13(X))
& quantity_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_13(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_31(X))
& directly_proportional_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_32(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_31(X))
& possesses_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_26(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_27(X))
& in_event_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_22(X),fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X) = fn_make_contact_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_16(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X) = fn_barrier_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_14(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X) = fn_barrier_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_22(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_26(X) = fn_move_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_23(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_30(X) = fn_release_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_29(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_11(X) = fn_move_into_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_11(X) = fn_release_3(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_29(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X) = fn_release_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_29(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X) = fn_phosphorescence_7(X)
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_11(X) = fn_move_out_of_2(X)
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_19(X) = fn_decrease_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_24(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_20(X) = fn_decrease_3(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_24(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_15(X) = fn_porphyrin_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_17(X) = fn_fluorescence_2(X)
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_17(X) = fn_porphyrin_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X) = fn_move_into_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X) = fn_take_in_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X) = fn_fluorescence_5(X)
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X) = fn_fluorescence_6(X)
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X) = fn_chlorophyll_6(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_28(X) = fn_phosphorescence_6(X)
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X) = fn_phosphorescence_4(X)
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_9(X) = fn_hydrocarbon_molecule_6(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_33(X) = fn_hydrocarbon_molecule_29(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_21(X) = fn_hydrocarbon_molecule_17(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_18(X) = fn_organic_molecule_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_18(X) = fn_hydrocarbon_molecule_16(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_10(X) = fn_hydrocarbon_molecule_5(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_32(X) = fn_hydrocarbon_molecule_28(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_31(X) = fn_hydrocarbon_molecule_27(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_13(X) = fn_hydrocarbon_molecule_30(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_22(X) = fn_move_into_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X))
& fn_light_absorption_by_chlorophyll_followed_by_fluorescence_27(X) = fn_electron_3(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_26(X))
& fn_move_into_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X)) = fn_release_3(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_29(X))
& fn_release_3(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_29(X)) = fn_release_3(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_29(X))
& fn_release_3(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_29(X)) = fn_move_out_of_2(X)
& fn_move_out_of_2(X) = fn_porphyrin_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& fn_porphyrin_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)) = fn_fluorescence_2(X)
& fn_fluorescence_2(X) = fn_porphyrin_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& fn_porphyrin_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)) = fn_hydrocarbon_molecule_16(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& fn_hydrocarbon_molecule_16(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)) = fn_organic_molecule_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& fn_organic_molecule_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)) = fn_hydrocarbon_molecule_16(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& fn_hydrocarbon_molecule_16(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)) = fn_make_contact_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_16(X))
& fn_make_contact_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_16(X)) = fn_take_in_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X))
& fn_barrier_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_22(X)) = fn_take_in_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X))
& fn_take_in_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X)) = fn_barrier_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_14(X))
& fn_barrier_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_14(X)) = fn_barrier_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_22(X))
& fn_barrier_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_22(X)) = fn_move_into_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X))
& fn_move_into_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X)) = fn_move_into_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X))
& fn_release_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_29(X)) = fn_move_into_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X))
& fn_move_into_1(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_12(X)) = fn_release_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_29(X))
& fn_release_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_29(X)) = fn_release_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_29(X))
& fn_release_2(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_29(X)) = fn_phosphorescence_7(X)
& fn_phosphorescence_7(X) = fn_phosphorescence_7(X)
& fn_phosphorescence_7(X) = fn_fluorescence_6(X)
& fn_fluorescence_6(X) = fn_fluorescence_6(X)
& fn_fluorescence_6(X) = fn_fluorescence_5(X)
& fn_chlorophyll_6(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)) = fn_fluorescence_5(X)
& fn_fluorescence_5(X) = fn_chlorophyll_6(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& fn_chlorophyll_6(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)) = fn_chlorophyll_6(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X))
& fn_chlorophyll_6(fn_light_absorption_by_chlorophyll_followed_by_fluorescence_25(X)) = fn_phosphorescence_4(X)
& fn_phosphorescence_4(X) = fn_phosphorescence_4(X) ) ) ).
fof(a530661,axiom,
! [X] :
( light_chain_1(X)
=> ( original_name_2(X,'Light-Chain')
& user_description_2(X,'The shorter of the two types of polypeptide chains making up an antibody molecule. It consists of a constant region, which confers lysis and phagocytosis of microbes, and a variable region, which binds to specific antigens.')
& concept2words_2(X,'chain of light')
& concept2words_2(X,'light chain')
& concept2words_2(X,'light-chain')
& polypeptide_1(X)
& ~ endothelin_1(X)
& ~ globins_1(X)
& ~ heavy_chain_1(X)
& ~ neuropeptide_1(X)
& ~ peptide_hormone_1(X)
& ~ polypeptide_segment_1(X)
& ~ signal_peptide_1(X) ) ) ).
fof(a530662,axiom,
! [X] :
( light_harvesting_complex_1(X)
=> ( original_name_2(X,'Light-Harvesting-Complex')
& user_description_2(X,'Light-Harvesting-Complexes have parts including electron transport assemblies, antenna pigments, and accessory pigments.')
& concept2words_2(X,'light harvesting complex')
& concept2words_2(X,'light-harvesting complex')
& concept2words_2(X,'light-harvesting-complex')
& molecular_assembly_1(X)
& ~ anaphase_promoting_complex_1(X)
& ~ capsomere_1(X)
& ~ complement_system_1(X)
& ~ membrane_attack_complex_1(X)
& ~ myofibril_1(X)
& ~ proteasome_1(X)
& ~ protein_core_1(X)
& ~ reaction_center_complex_1(X)
& ~ rosette_cellulose_synthesizing_complex_1(X)
& ~ thick_filament_1(X)
& ~ thin_filament_1(X)
& ~ troponin_complex_1(X)
& entity_1(fn_light_harvesting_complex_1(X))
& chemical_entity_1(fn_light_harvesting_complex_1(X))
& atom_1(fn_light_harvesting_complex_1(X))
& carbon_1(fn_light_harvesting_complex_1(X))
& atom_1(fn_light_harvesting_complex_2(X))
& chemical_entity_1(fn_light_harvesting_complex_2(X))
& carbon_1(fn_light_harvesting_complex_2(X))
& carbon_skeleton_1(fn_light_harvesting_complex_3(X))
& nitrogen_1(fn_light_harvesting_complex_4(X))
& atom_1(fn_light_harvesting_complex_4(X))
& chemical_entity_1(fn_light_harvesting_complex_4(X))
& carbon_1(fn_light_harvesting_complex_5(X))
& entity_1(fn_light_harvesting_complex_5(X))
& chemical_entity_1(fn_light_harvesting_complex_5(X))
& atom_1(fn_light_harvesting_complex_5(X))
& entity_1(fn_light_harvesting_complex_6(X))
& chemical_entity_1(fn_light_harvesting_complex_6(X))
& atom_1(fn_light_harvesting_complex_6(X))
& magnesium_1(fn_light_harvesting_complex_6(X))
& entity_1(fn_light_harvesting_complex_7(X))
& chemical_entity_1(fn_light_harvesting_complex_7(X))
& atom_1(fn_light_harvesting_complex_7(X))
& carbon_1(fn_light_harvesting_complex_7(X))
& tangible_entity_1(fn_light_harvesting_complex_8(X))
& hydrogen_1(fn_light_harvesting_complex_8(X))
& entity_1(fn_light_harvesting_complex_8(X))
& chemical_entity_1(fn_light_harvesting_complex_8(X))
& atom_1(fn_light_harvesting_complex_8(X))
& center_1(fn_light_harvesting_complex_9(X))
& carbon_skeleton_1(fn_light_harvesting_complex_10(X))
& functional_group_1(fn_light_harvesting_complex_11(X))
& methyl_group_1(fn_light_harvesting_complex_11(X))
& covalent_bond_1(fn_light_harvesting_complex_12(X))
& single_bond_1(fn_light_harvesting_complex_12(X))
& protein_1(fn_light_harvesting_complex_13(X))
& protein_1(fn_light_harvesting_complex_14(X))
& attach_1(fn_light_harvesting_complex_15(X))
& attach_1(fn_light_harvesting_complex_16(X))
& attach_1(fn_light_harvesting_complex_17(X))
& protein_1(fn_light_harvesting_complex_18(X))
& spatial_entity_1(fn_light_harvesting_complex_19(X))
& organic_molecule_1(fn_light_harvesting_complex_19(X))
& chlorophyll_b_1(fn_light_harvesting_complex_19(X))
& spatial_entity_1(fn_light_harvesting_complex_20(X))
& chemical_entity_1(fn_light_harvesting_complex_20(X))
& organic_molecule_1(fn_light_harvesting_complex_20(X))
& porphyrin_1(fn_light_harvesting_complex_20(X))
& chlorophyll_a_1(fn_light_harvesting_complex_20(X))
& carotenoid_1(fn_light_harvesting_complex_21(X))
& spatial_entity_1(fn_attach_2(fn_light_harvesting_complex_16(X)))
& spatial_entity_1(fn_attach_1(fn_light_harvesting_complex_16(X)))
& spatial_entity_1(fn_attach_1(fn_light_harvesting_complex_15(X)))
& spatial_entity_1(fn_attach_1(fn_light_harvesting_complex_17(X)))
& carbon_skeleton_1(fn_chlorophyll_b_39(fn_light_harvesting_complex_19(X)))
& carbon_skeleton_1(fn_chlorophyll_a_22(fn_light_harvesting_complex_20(X)))
& methyl_group_1(fn_chlorophyll_a_19(fn_light_harvesting_complex_20(X)))
& center_1(fn_chlorophyll_a_18(fn_light_harvesting_complex_20(X)))
& entity_1(fn_chlorophyll_a_20(fn_light_harvesting_complex_20(X)))
& chemical_entity_1(fn_chlorophyll_a_20(fn_light_harvesting_complex_20(X)))
& atom_1(fn_chlorophyll_a_20(fn_light_harvesting_complex_20(X)))
& magnesium_1(fn_chlorophyll_a_20(fn_light_harvesting_complex_20(X)))
& atom_1(fn_organic_molecule_2(fn_light_harvesting_complex_19(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_light_harvesting_complex_19(X)))
& nitrogen_1(fn_porphyrin_7(fn_light_harvesting_complex_20(X)))
& atom_1(fn_carbon_skeleton_2(fn_light_harvesting_complex_10(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_light_harvesting_complex_10(X)))
& carbon_1(fn_carbon_skeleton_4(fn_light_harvesting_complex_3(X)))
& entity_1(fn_chlorophyll_b_19(fn_light_harvesting_complex_19(X)))
& chemical_entity_1(fn_chlorophyll_b_19(fn_light_harvesting_complex_19(X)))
& atom_1(fn_chlorophyll_b_19(fn_light_harvesting_complex_19(X)))
& carbon_1(fn_chlorophyll_b_19(fn_light_harvesting_complex_19(X)))
& spatial_entity_1(fn_attach_2(fn_light_harvesting_complex_15(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_light_harvesting_complex_3(X)))
& spatial_entity_1(fn_attach_2(fn_light_harvesting_complex_17(X)))
& chemical_entity_1(fn_functional_group_1(fn_light_harvesting_complex_11(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_light_harvesting_complex_10(X)))
& covalent_bond_1(fn_chlorophyll_a_37(fn_light_harvesting_complex_20(X)))
& single_bond_1(fn_chlorophyll_a_37(fn_light_harvesting_complex_20(X)))
& single_bond_1(fn_methyl_group_14(fn_light_harvesting_complex_11(X)))
& entity_1(fn_chlorophyll_a_38(fn_light_harvesting_complex_20(X)))
& atom_1(fn_chlorophyll_a_38(fn_light_harvesting_complex_20(X)))
& chemical_entity_1(fn_chlorophyll_a_38(fn_light_harvesting_complex_20(X)))
& hydrogen_1(fn_chlorophyll_a_38(fn_light_harvesting_complex_20(X)))
& tangible_entity_1(fn_methyl_group_10(fn_light_harvesting_complex_11(X)))
& hydrogen_1(fn_methyl_group_10(fn_light_harvesting_complex_11(X)))
& entity_1(fn_methyl_group_10(fn_light_harvesting_complex_11(X)))
& chemical_entity_1(fn_methyl_group_10(fn_light_harvesting_complex_11(X)))
& atom_1(fn_methyl_group_10(fn_light_harvesting_complex_11(X)))
& carbon_1(fn_carbon_skeleton_4(fn_light_harvesting_complex_10(X)))
& entity_1(fn_chlorophyll_a_16(fn_light_harvesting_complex_20(X)))
& chemical_entity_1(fn_chlorophyll_a_16(fn_light_harvesting_complex_20(X)))
& atom_1(fn_chlorophyll_a_16(fn_light_harvesting_complex_20(X)))
& carbon_1(fn_chlorophyll_a_16(fn_light_harvesting_complex_20(X)))
& carbon_1(fn_chlorophyll_a_21(fn_light_harvesting_complex_20(X)))
& carbon_1(fn_methyl_group_11(fn_light_harvesting_complex_11(X)))
& entity_1(fn_methyl_group_11(fn_light_harvesting_complex_11(X)))
& chemical_entity_1(fn_methyl_group_11(fn_light_harvesting_complex_11(X)))
& atom_1(fn_methyl_group_11(fn_light_harvesting_complex_11(X)))
& element_2(X,fn_light_harvesting_complex_21(X))
& element_2(X,fn_light_harvesting_complex_20(X))
& element_2(X,fn_light_harvesting_complex_19(X))
& element_2(X,fn_light_harvesting_complex_18(X))
& element_2(X,fn_light_harvesting_complex_14(X))
& element_2(X,fn_light_harvesting_complex_13(X))
& fn_light_harvesting_complex_18(X) != fn_light_harvesting_complex_14(X)
& fn_light_harvesting_complex_18(X) != fn_light_harvesting_complex_13(X)
& fn_light_harvesting_complex_17(X) != fn_light_harvesting_complex_16(X)
& fn_light_harvesting_complex_17(X) != fn_light_harvesting_complex_15(X)
& fn_light_harvesting_complex_16(X) != fn_light_harvesting_complex_17(X)
& fn_light_harvesting_complex_16(X) != fn_light_harvesting_complex_15(X)
& fn_light_harvesting_complex_15(X) != fn_light_harvesting_complex_16(X)
& fn_light_harvesting_complex_15(X) != fn_light_harvesting_complex_17(X)
& fn_light_harvesting_complex_14(X) != fn_light_harvesting_complex_18(X)
& fn_light_harvesting_complex_14(X) != fn_light_harvesting_complex_13(X)
& fn_light_harvesting_complex_13(X) != fn_light_harvesting_complex_14(X)
& fn_light_harvesting_complex_13(X) != fn_light_harvesting_complex_18(X)
& base_2(fn_light_harvesting_complex_15(X),fn_light_harvesting_complex_19(X))
& base_2(fn_light_harvesting_complex_17(X),fn_light_harvesting_complex_20(X))
& base_2(fn_light_harvesting_complex_16(X),fn_light_harvesting_complex_21(X))
& object_2(fn_light_harvesting_complex_16(X),fn_light_harvesting_complex_13(X))
& object_2(fn_light_harvesting_complex_15(X),fn_light_harvesting_complex_14(X))
& object_2(fn_light_harvesting_complex_17(X),fn_light_harvesting_complex_18(X))
& has_part_2(fn_light_harvesting_complex_19(X),fn_light_harvesting_complex_2(X))
& has_part_2(fn_light_harvesting_complex_20(X),fn_light_harvesting_complex_4(X))
& is_inside_2(fn_light_harvesting_complex_2(X),fn_light_harvesting_complex_3(X))
& is_inside_2(fn_light_harvesting_complex_5(X),fn_light_harvesting_complex_10(X))
& fn_light_harvesting_complex_4(X) != fn_light_harvesting_complex_5(X)
& fn_light_harvesting_complex_5(X) != fn_light_harvesting_complex_4(X)
& has_part_2(fn_light_harvesting_complex_19(X),fn_light_harvesting_complex_1(X))
& is_inside_2(fn_light_harvesting_complex_1(X),fn_light_harvesting_complex_3(X))
& has_region_2(fn_light_harvesting_complex_19(X),fn_light_harvesting_complex_3(X))
& possesses_2(fn_light_harvesting_complex_20(X),fn_light_harvesting_complex_12(X))
& has_region_2(fn_light_harvesting_complex_20(X),fn_light_harvesting_complex_11(X))
& has_region_2(fn_light_harvesting_complex_20(X),fn_light_harvesting_complex_10(X))
& is_inside_2(fn_light_harvesting_complex_7(X),fn_light_harvesting_complex_10(X))
& has_part_2(fn_light_harvesting_complex_20(X),fn_light_harvesting_complex_7(X))
& has_part_2(fn_light_harvesting_complex_20(X),fn_light_harvesting_complex_8(X))
& is_at_2(fn_light_harvesting_complex_6(X),fn_light_harvesting_complex_9(X))
& has_region_2(fn_light_harvesting_complex_20(X),fn_light_harvesting_complex_9(X))
& has_part_2(fn_light_harvesting_complex_20(X),fn_light_harvesting_complex_6(X))
& fn_light_harvesting_complex_6(X) != fn_light_harvesting_complex_7(X)
& is_inside_2(fn_light_harvesting_complex_7(X),fn_light_harvesting_complex_11(X))
& fn_light_harvesting_complex_7(X) != fn_light_harvesting_complex_6(X)
& has_part_2(fn_light_harvesting_complex_20(X),fn_light_harvesting_complex_5(X))
& fn_light_harvesting_complex_7(X) != fn_light_harvesting_complex_5(X)
& fn_light_harvesting_complex_5(X) != fn_light_harvesting_complex_7(X)
& fn_light_harvesting_complex_6(X) != fn_light_harvesting_complex_5(X)
& fn_light_harvesting_complex_5(X) != fn_light_harvesting_complex_6(X)
& is_inside_2(fn_light_harvesting_complex_5(X),fn_light_harvesting_complex_11(X))
& is_between_2(fn_light_harvesting_complex_12(X),fn_light_harvesting_complex_5(X))
& is_between_2(fn_light_harvesting_complex_12(X),fn_light_harvesting_complex_8(X))
& fn_light_harvesting_complex_8(X) != fn_light_harvesting_complex_5(X)
& fn_light_harvesting_complex_5(X) != fn_light_harvesting_complex_8(X)
& fn_light_harvesting_complex_19(X) = fn_attach_2(fn_light_harvesting_complex_15(X))
& fn_light_harvesting_complex_20(X) = fn_attach_2(fn_light_harvesting_complex_17(X))
& fn_light_harvesting_complex_21(X) = fn_attach_2(fn_light_harvesting_complex_16(X))
& fn_light_harvesting_complex_13(X) = fn_attach_1(fn_light_harvesting_complex_16(X))
& fn_light_harvesting_complex_14(X) = fn_attach_1(fn_light_harvesting_complex_15(X))
& fn_light_harvesting_complex_18(X) = fn_attach_1(fn_light_harvesting_complex_17(X))
& fn_light_harvesting_complex_2(X) = fn_organic_molecule_2(fn_light_harvesting_complex_19(X))
& fn_light_harvesting_complex_4(X) = fn_porphyrin_7(fn_light_harvesting_complex_20(X))
& fn_light_harvesting_complex_2(X) = fn_carbon_skeleton_4(fn_light_harvesting_complex_3(X))
& fn_light_harvesting_complex_4(X) = fn_carbon_skeleton_2(fn_light_harvesting_complex_10(X))
& fn_light_harvesting_complex_3(X) = fn_chlorophyll_b_39(fn_light_harvesting_complex_19(X))
& fn_light_harvesting_complex_19(X) = fn_carbon_skeleton_3(fn_light_harvesting_complex_3(X))
& fn_light_harvesting_complex_1(X) = fn_carbon_skeleton_4(fn_light_harvesting_complex_3(X))
& fn_light_harvesting_complex_1(X) = fn_chlorophyll_b_19(fn_light_harvesting_complex_19(X))
& fn_light_harvesting_complex_12(X) = fn_chlorophyll_a_37(fn_light_harvesting_complex_20(X))
& fn_light_harvesting_complex_20(X) = fn_functional_group_1(fn_light_harvesting_complex_11(X))
& fn_light_harvesting_complex_8(X) = fn_chlorophyll_a_38(fn_light_harvesting_complex_20(X))
& fn_light_harvesting_complex_10(X) = fn_chlorophyll_a_22(fn_light_harvesting_complex_20(X))
& fn_light_harvesting_complex_11(X) = fn_chlorophyll_a_19(fn_light_harvesting_complex_20(X))
& fn_light_harvesting_complex_7(X) = fn_chlorophyll_a_21(fn_light_harvesting_complex_20(X))
& fn_light_harvesting_complex_9(X) = fn_chlorophyll_a_18(fn_light_harvesting_complex_20(X))
& fn_light_harvesting_complex_5(X) = fn_chlorophyll_a_16(fn_light_harvesting_complex_20(X))
& fn_light_harvesting_complex_6(X) = fn_chlorophyll_a_20(fn_light_harvesting_complex_20(X))
& fn_light_harvesting_complex_7(X) = fn_chlorophyll_a_16(fn_light_harvesting_complex_20(X))
& fn_light_harvesting_complex_20(X) = fn_carbon_skeleton_3(fn_light_harvesting_complex_10(X))
& fn_light_harvesting_complex_5(X) = fn_carbon_skeleton_4(fn_light_harvesting_complex_10(X))
& fn_light_harvesting_complex_5(X) = fn_chlorophyll_a_21(fn_light_harvesting_complex_20(X))
& fn_light_harvesting_complex_12(X) = fn_methyl_group_14(fn_light_harvesting_complex_11(X))
& fn_light_harvesting_complex_8(X) = fn_methyl_group_10(fn_light_harvesting_complex_11(X))
& fn_light_harvesting_complex_5(X) = fn_methyl_group_11(fn_light_harvesting_complex_11(X))
& fn_organic_molecule_2(fn_light_harvesting_complex_19(X)) = fn_carbon_skeleton_4(fn_light_harvesting_complex_3(X))
& fn_carbon_skeleton_4(fn_light_harvesting_complex_3(X)) = fn_porphyrin_7(fn_light_harvesting_complex_20(X))
& fn_porphyrin_7(fn_light_harvesting_complex_20(X)) = fn_carbon_skeleton_2(fn_light_harvesting_complex_10(X))
& fn_carbon_skeleton_2(fn_light_harvesting_complex_10(X)) = fn_carbon_skeleton_2(fn_light_harvesting_complex_10(X))
& fn_carbon_skeleton_2(fn_light_harvesting_complex_10(X)) = fn_chlorophyll_b_19(fn_light_harvesting_complex_19(X))
& fn_chlorophyll_b_19(fn_light_harvesting_complex_19(X)) = fn_carbon_skeleton_4(fn_light_harvesting_complex_3(X))
& fn_carbon_skeleton_4(fn_light_harvesting_complex_3(X)) = fn_chlorophyll_b_19(fn_light_harvesting_complex_19(X))
& fn_chlorophyll_b_19(fn_light_harvesting_complex_19(X)) = fn_attach_2(fn_light_harvesting_complex_15(X))
& fn_attach_2(fn_light_harvesting_complex_15(X)) = fn_carbon_skeleton_3(fn_light_harvesting_complex_3(X))
& fn_carbon_skeleton_3(fn_light_harvesting_complex_3(X)) = fn_carbon_skeleton_3(fn_light_harvesting_complex_3(X))
& fn_carbon_skeleton_3(fn_light_harvesting_complex_3(X)) = fn_chlorophyll_a_16(fn_light_harvesting_complex_20(X))
& fn_chlorophyll_a_21(fn_light_harvesting_complex_20(X)) = fn_chlorophyll_a_16(fn_light_harvesting_complex_20(X))
& fn_chlorophyll_a_16(fn_light_harvesting_complex_20(X)) = fn_chlorophyll_a_16(fn_light_harvesting_complex_20(X))
& fn_chlorophyll_a_16(fn_light_harvesting_complex_20(X)) = fn_attach_2(fn_light_harvesting_complex_17(X))
& fn_attach_2(fn_light_harvesting_complex_17(X)) = fn_functional_group_1(fn_light_harvesting_complex_11(X))
& fn_functional_group_1(fn_light_harvesting_complex_11(X)) = fn_functional_group_1(fn_light_harvesting_complex_11(X))
& fn_functional_group_1(fn_light_harvesting_complex_11(X)) = fn_carbon_skeleton_3(fn_light_harvesting_complex_10(X))
& fn_carbon_skeleton_3(fn_light_harvesting_complex_10(X)) = fn_carbon_skeleton_3(fn_light_harvesting_complex_10(X))
& fn_carbon_skeleton_3(fn_light_harvesting_complex_10(X)) = fn_chlorophyll_a_37(fn_light_harvesting_complex_20(X))
& fn_chlorophyll_a_37(fn_light_harvesting_complex_20(X)) = fn_methyl_group_14(fn_light_harvesting_complex_11(X))
& fn_methyl_group_14(fn_light_harvesting_complex_11(X)) = fn_methyl_group_14(fn_light_harvesting_complex_11(X))
& fn_methyl_group_14(fn_light_harvesting_complex_11(X)) = fn_chlorophyll_a_38(fn_light_harvesting_complex_20(X))
& fn_chlorophyll_a_38(fn_light_harvesting_complex_20(X)) = fn_methyl_group_10(fn_light_harvesting_complex_11(X))
& fn_methyl_group_10(fn_light_harvesting_complex_11(X)) = fn_methyl_group_10(fn_light_harvesting_complex_11(X))
& fn_methyl_group_10(fn_light_harvesting_complex_11(X)) = fn_carbon_skeleton_4(fn_light_harvesting_complex_10(X))
& fn_carbon_skeleton_4(fn_light_harvesting_complex_10(X)) = fn_carbon_skeleton_4(fn_light_harvesting_complex_10(X))
& fn_chlorophyll_a_16(fn_light_harvesting_complex_20(X)) = fn_carbon_skeleton_4(fn_light_harvesting_complex_10(X))
& fn_carbon_skeleton_4(fn_light_harvesting_complex_10(X)) = fn_chlorophyll_a_16(fn_light_harvesting_complex_20(X))
& fn_chlorophyll_a_16(fn_light_harvesting_complex_20(X)) = fn_chlorophyll_a_21(fn_light_harvesting_complex_20(X))
& fn_chlorophyll_a_21(fn_light_harvesting_complex_20(X)) = fn_chlorophyll_a_21(fn_light_harvesting_complex_20(X))
& fn_chlorophyll_a_21(fn_light_harvesting_complex_20(X)) = fn_methyl_group_11(fn_light_harvesting_complex_11(X))
& fn_methyl_group_11(fn_light_harvesting_complex_11(X)) = fn_methyl_group_11(fn_light_harvesting_complex_11(X)) ) ) ).
fof(a530663,axiom,
! [X] :
( light_microscope_1(X)
=> ( original_name_2(X,'Light-Microscope')
& user_description_2(X,'A light microscope is a tool for observation which passes light through a specimen and then through a set of lenses to produce an image.')
& concept2words_2(X,'optical microscope')
& concept2words_2(X,'optical-microscope')
& concept2words_2(X,'microscope of light')
& concept2words_2(X,'light microscope')
& concept2words_2(X,'light-microscope')
& microscope_1(X)
& ~ electron_microscope_1(X)
& ~ transmission_electron_microscope_1(X)
& glass_lens_1(fn_light_microscope_1(X))
& length_value_1(fn_light_microscope_2(X))
& the_cardinal_value_2(fn_light_microscope_2(X),"0.2e0")
& cardinal_unit_class_2(fn_light_microscope_2(X),micrometer_0)
& optical_resolution_2(X,fn_light_microscope_2(X))
& minCardinality(X,has_part_0,"1",glass_lens_0)
& has_part_2(X,fn_light_microscope_1(X)) ) ) ).
fof(a530664,axiom,
! [X] :
( light_microscopy_1(X)
=> ( original_name_2(X,'Light-Microscopy')
& user_description_2(X,'Visible light is passed through a specimen and then through glass lenses of the microscope magnifying the specimen up to 1000 times the actual size.')
& concept2words_2(X,'optical microscopy')
& concept2words_2(X,'optical-microscopy')
& concept2words_2(X,inquire)
& concept2words_2(X,'microscopy of light')
& concept2words_2(X,'light microscopy')
& concept2words_2(X,'light-microscopy')
& microscopy_1(X)
& ~ confocal_microscopy_1(X)
& ~ electron_microscopy_1(X)
& glass_lens_1(fn_light_microscopy_1(X))
& angle_value_1(fn_light_microscopy_2(X))
& refract_1(fn_light_microscopy_3(X))
& create_1(fn_light_microscopy_5(X))
& see_1(fn_light_microscopy_6(X))
& eye_1(fn_light_microscopy_7(X))
& expand_1(fn_light_microscopy_8(X))
& image_1(fn_light_microscopy_9(X))
& specimen_1(fn_light_microscopy_10(X))
& spatial_entity_1(fn_light_microscopy_11(X))
& light_1(fn_light_microscopy_11(X))
& move_through_1(fn_light_microscopy_12(X))
& move_through_1(fn_light_microscopy_13(X))
& light_microscope_1(fn_light_microscopy_14(X))
& tangible_entity_1(fn_sense_1(fn_light_microscopy_6(X)))
& tangible_entity_1(fn_expand_1(fn_light_microscopy_8(X)))
& create_1(fn_artifact_1(fn_light_microscopy_9(X)))
& spatial_entity_1(fn_move_1(fn_light_microscopy_13(X)))
& spatial_entity_1(fn_move_1(fn_light_microscopy_12(X)))
& light_1(fn_see_1(fn_light_microscopy_6(X)))
& abuts_2(fn_light_microscopy_14(X),fn_light_microscopy_11(X))
& next_event_2(fn_light_microscopy_13(X),fn_light_microscopy_12(X))
& base_2(fn_light_microscopy_13(X),fn_light_microscopy_10(X))
& minCardinality(fn_light_microscopy_12(X),base_0,"1",glass_lens_0)
& base_2(fn_light_microscopy_12(X),fn_light_microscopy_1(X))
& next_event_2(fn_light_microscopy_12(X),fn_light_microscopy_3(X))
& abuts_2(fn_light_microscopy_11(X),fn_light_microscopy_14(X))
& angle_2(fn_light_microscopy_11(X),fn_light_microscopy_2(X))
& has_part_2(fn_light_microscopy_10(X),fn_light_microscopy_9(X))
& subevent_2(X,fn_light_microscopy_5(X))
& subevent_2(X,fn_light_microscopy_6(X))
& subevent_2(X,fn_light_microscopy_8(X))
& subevent_2(X,fn_light_microscopy_3(X))
& subevent_2(X,fn_light_microscopy_12(X))
& subevent_2(X,fn_light_microscopy_13(X))
& first_subevent_2(X,fn_light_microscopy_13(X))
& agent_2(X,fn_light_microscopy_11(X))
& object_2(fn_light_microscopy_3(X),fn_light_microscopy_11(X))
& agent_2(fn_light_microscopy_3(X),fn_light_microscopy_1(X))
& next_event_2(fn_light_microscopy_3(X),fn_light_microscopy_5(X))
& agent_2(fn_light_microscopy_8(X),fn_light_microscopy_1(X))
& next_event_2(fn_light_microscopy_8(X),fn_light_microscopy_6(X))
& base_2(fn_light_microscopy_6(X),fn_light_microscopy_9(X))
& next_event_2(fn_light_microscopy_5(X),fn_light_microscopy_8(X))
& experiencer_2(fn_light_microscopy_6(X),fn_light_microscopy_7(X))
& object_2(fn_light_microscopy_13(X),fn_light_microscopy_11(X))
& object_2(fn_light_microscopy_12(X),fn_light_microscopy_11(X))
& base_2(fn_light_microscopy_8(X),fn_light_microscopy_9(X))
& instrument_2(X,fn_light_microscopy_14(X))
& object_2(X,fn_light_microscopy_10(X))
& object_2(fn_light_microscopy_6(X),fn_light_microscopy_11(X))
& result_2(fn_light_microscopy_5(X),fn_light_microscopy_9(X))
& fn_light_microscopy_7(X) = fn_sense_1(fn_light_microscopy_6(X))
& fn_light_microscopy_11(X) = fn_move_1(fn_light_microscopy_13(X))
& fn_light_microscopy_11(X) = fn_move_1(fn_light_microscopy_12(X))
& fn_light_microscopy_9(X) = fn_expand_1(fn_light_microscopy_8(X))
& fn_light_microscopy_14(X) = fn_microscopy_5(X)
& fn_light_microscopy_10(X) = fn_microscopy_1(X)
& fn_light_microscopy_11(X) = fn_see_1(fn_light_microscopy_6(X))
& fn_light_microscopy_5(X) = fn_artifact_1(fn_light_microscopy_9(X))
& fn_move_1(fn_light_microscopy_13(X)) = fn_move_1(fn_light_microscopy_12(X))
& fn_move_1(fn_light_microscopy_12(X)) = fn_see_1(fn_light_microscopy_6(X)) ) ) ).
fof(a530665,axiom,
! [X] :
( light_reaction_1(X)
=> ( original_name_2(X,'Light-Reaction')
& user_description_2(X,'The first major stage of photosynthesis, in which photons of light are used to split water molecules, producing oxygen as a byproduct. Light energy is converted to chemical energy and stored in ATP and NADPH.')
& concept2words_2(X,'photo part of photosynthesis')
& concept2words_2(X,photophosphorylation)
& concept2words_2(X,convert)
& concept2words_2(X,'reaction of light')
& concept2words_2(X,'light reaction')
& concept2words_2(X,'light-reaction')
& metabolic_pathway_1(X)
& ~ calvin_cycle_1(X)
& ~ endocytosis_1(X)
& ~ exocytosis_1(X)
& photosynthesis_1(fn_light_reaction_1(X))
& increase_1(fn_light_reaction_2(X))
& time_interval_1(fn_light_reaction_3(X))
& time_interval_1(fn_light_reaction_4(X))
& chemical_entity_1(fn_light_reaction_11(X))
& active_transport_1(fn_light_reaction_12(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_light_reaction_12(X))
& active_movement_of_ions_1(fn_light_reaction_12(X))
& cellular_work_1(fn_light_reaction_12(X))
& gradient_1(fn_light_reaction_13(X))
& electrochemical_gradient_1(fn_light_reaction_13(X))
& hydrogen_ion_gradient_1(fn_light_reaction_13(X))
& aqueous_solution_1(fn_light_reaction_14(X))
& hypertonic_solution_1(fn_light_reaction_14(X))
& solution_1(fn_light_reaction_14(X))
& organic_molecule_1(fn_light_reaction_15(X))
& energy_1(fn_light_reaction_16(X))
& entity_1(fn_light_reaction_16(X))
& chemical_energy_1(fn_light_reaction_16(X))
& consume_1(fn_light_reaction_17(X))
& release_1(fn_light_reaction_18(X))
& move_1(fn_light_reaction_19(X))
& move_through_1(fn_light_reaction_19(X))
& hydrogen_ion_1(fn_light_reaction_20(X))
& concentration_gradient_1(fn_light_reaction_21(X))
& hypotonic_solution_1(fn_light_reaction_22(X))
& solution_1(fn_light_reaction_22(X))
& hydrophilic_region_1(fn_light_reaction_23(X))
& hydrophilic_end_1(fn_light_reaction_23(X))
& outside_face_1(fn_light_reaction_24(X))
& surface_1(fn_light_reaction_24(X))
& surface_1(fn_light_reaction_25(X))
& inside_face_1(fn_light_reaction_25(X))
& endergonic_process_1(fn_light_reaction_26(X))
& chemical_reaction_1(fn_light_reaction_26(X))
& synthesis_of_organic_molecule_1(fn_light_reaction_26(X))
& anabolic_pathway_1(fn_light_reaction_26(X))
& synthesis_of_atp_1(fn_light_reaction_26(X))
& chemical_entity_1(fn_light_reaction_27(X))
& organic_molecule_1(fn_light_reaction_27(X))
& adp_1(fn_light_reaction_27(X))
& structural_complexity_value_1(fn_light_reaction_28(X))
& covalent_bond_1(fn_light_reaction_29(X))
& chemical_bond_1(fn_light_reaction_29(X))
& single_bond_1(fn_light_reaction_29(X))
& free_energy_1(fn_light_reaction_30(X))
& functional_group_1(fn_light_reaction_31(X))
& phosphate_group_1(fn_light_reaction_31(X))
& functional_group_1(fn_light_reaction_32(X))
& phosphate_group_1(fn_light_reaction_32(X))
& functional_group_1(fn_light_reaction_33(X))
& phosphate_group_1(fn_light_reaction_33(X))
& oxygen_1(fn_light_reaction_34(X))
& entity_1(fn_light_reaction_34(X))
& chemical_entity_1(fn_light_reaction_34(X))
& atom_1(fn_light_reaction_34(X))
& tangible_entity_1(fn_light_reaction_35(X))
& entity_1(fn_light_reaction_35(X))
& chemical_entity_1(fn_light_reaction_35(X))
& atom_1(fn_light_reaction_35(X))
& phosphorus_1(fn_light_reaction_35(X))
& oxygen_1(fn_light_reaction_36(X))
& entity_1(fn_light_reaction_36(X))
& chemical_entity_1(fn_light_reaction_36(X))
& atom_1(fn_light_reaction_36(X))
& quantity_value_1(fn_light_reaction_37(X))
& quantity_value_1(fn_light_reaction_38(X))
& free_energy_1(fn_light_reaction_39(X))
& structural_complexity_value_1(fn_light_reaction_40(X))
& chemical_energy_1(fn_light_reaction_41(X))
& quantity_value_1(fn_light_reaction_42(X))
& quantity_value_1(fn_light_reaction_43(X))
& chemical_energy_1(fn_light_reaction_44(X))
& visible_light_1(fn_light_reaction_45(X))
& hydrogen_ion_1(fn_light_reaction_46(X))
& ion_1(fn_light_reaction_46(X))
& calvin_cycle_1(fn_light_reaction_47(X))
& organic_molecule_1(fn_light_reaction_48(X))
& molecule_1(fn_light_reaction_48(X))
& chemical_entity_1(fn_light_reaction_48(X))
& ribonucleotide_1(fn_light_reaction_48(X))
& nucleoside_triphosphate_1(fn_light_reaction_48(X))
& atp_1(fn_light_reaction_48(X))
& chemical_entity_1(fn_light_reaction_49(X))
& nadph_1(fn_light_reaction_49(X))
& energy_transformation_by_organism_1(fn_light_reaction_50(X))
& thylakoid_membrane_1(fn_light_reaction_51(X))
& chemiosmosis_1(fn_light_reaction_52(X))
& electron_transport_chain_reaction_1(fn_light_reaction_53(X))
& take_in_1(fn_light_reaction_54(X))
& absorb_1(fn_light_reaction_54(X))
& move_1(fn_light_reaction_54(X))
& reduction_1(fn_light_reaction_55(X))
& oxidation_1(fn_light_reaction_56(X))
& tangible_entity_1(fn_light_reaction_57(X))
& chemical_entity_1(fn_light_reaction_57(X))
& number_1_comma_3_bisphosphoglycerate_1(fn_light_reaction_57(X))
& regeneration_of_ribulose_bisphosphate_1(fn_light_reaction_58(X))
& protein_pump_1(fn_light_reaction_59(X))
& chemical_entity_1(fn_light_reaction_59(X))
& tangible_entity_1(fn_light_reaction_59(X))
& membrane_protein_1(fn_light_reaction_59(X))
& protein_1(fn_light_reaction_59(X))
& molecule_1(fn_light_reaction_59(X))
& polymer_1(fn_light_reaction_59(X))
& transport_protein_1(fn_light_reaction_59(X))
& integral_protein_1(fn_light_reaction_59(X))
& carrier_protein_1(fn_light_reaction_59(X))
& electrogenic_pump_1(fn_light_reaction_59(X))
& proton_pump_1(fn_light_reaction_59(X))
& photosynthetic_pigment_1(fn_light_reaction_60(X))
& adp_1(fn_light_reaction_61(X))
& tangible_entity_1(fn_take_in_1(fn_light_reaction_54(X)))
& absorb_1(fn_pigment_2(fn_light_reaction_60(X)))
& chemical_energy_1(fn_electron_transport_chain_reaction_20(fn_light_reaction_53(X)))
& property_node_1(fn_electron_transport_chain_reaction_26(fn_light_reaction_53(X)))
& property_node_1(fn_electron_transport_chain_reaction_27(fn_light_reaction_53(X)))
& quantity_value_1(fn_electron_transport_chain_reaction_21(fn_light_reaction_53(X)))
& quantity_value_1(fn_electron_transport_chain_reaction_22(fn_light_reaction_53(X)))
& chemical_energy_1(fn_electron_transport_chain_reaction_23(fn_light_reaction_53(X)))
& chemical_entity_1(fn_electron_transport_chain_reaction_24(fn_light_reaction_53(X)))
& regeneration_of_ribulose_bisphosphate_1(fn_calvin_cycle_89(fn_light_reaction_47(X)))
& property_node_1(fn_chemiosmosis_25(fn_light_reaction_52(X)))
& property_node_1(fn_chemiosmosis_24(fn_light_reaction_52(X)))
& property_node_1(fn_chemiosmosis_23(fn_light_reaction_52(X)))
& property_node_1(fn_chemiosmosis_26(fn_light_reaction_52(X)))
& free_energy_1(fn_chemiosmosis_34(fn_light_reaction_52(X)))
& quantity_value_1(fn_chemiosmosis_46(fn_light_reaction_52(X)))
& quantity_value_1(fn_chemiosmosis_45(fn_light_reaction_52(X)))
& free_energy_1(fn_chemiosmosis_38(fn_light_reaction_52(X)))
& chemical_entity_1(fn_chemiosmosis_31(fn_light_reaction_52(X)))
& organic_molecule_1(fn_chemiosmosis_31(fn_light_reaction_52(X)))
& adp_1(fn_chemiosmosis_31(fn_light_reaction_52(X)))
& structural_complexity_value_1(fn_chemiosmosis_35(fn_light_reaction_52(X)))
& structural_complexity_value_1(fn_chemiosmosis_36(fn_light_reaction_52(X)))
& endergonic_process_1(fn_chemiosmosis_118(fn_light_reaction_52(X)))
& chemical_reaction_1(fn_chemiosmosis_118(fn_light_reaction_52(X)))
& synthesis_of_organic_molecule_1(fn_chemiosmosis_118(fn_light_reaction_52(X)))
& anabolic_pathway_1(fn_chemiosmosis_118(fn_light_reaction_52(X)))
& synthesis_of_atp_1(fn_chemiosmosis_118(fn_light_reaction_52(X)))
& concentration_gradient_1(fn_active_transport_25(fn_light_reaction_12(X)))
& chemical_entity_1(fn_active_movement_of_ions_10(fn_light_reaction_12(X)))
& tangible_entity_1(fn_active_movement_of_ions_10(fn_light_reaction_12(X)))
& membrane_protein_1(fn_active_movement_of_ions_10(fn_light_reaction_12(X)))
& protein_1(fn_active_movement_of_ions_10(fn_light_reaction_12(X)))
& molecule_1(fn_active_movement_of_ions_10(fn_light_reaction_12(X)))
& polymer_1(fn_active_movement_of_ions_10(fn_light_reaction_12(X)))
& transport_protein_1(fn_active_movement_of_ions_10(fn_light_reaction_12(X)))
& integral_protein_1(fn_active_movement_of_ions_10(fn_light_reaction_12(X)))
& carrier_protein_1(fn_active_movement_of_ions_10(fn_light_reaction_12(X)))
& energy_1(fn_cellular_work_15(fn_light_reaction_12(X)))
& entity_1(fn_cellular_work_15(fn_light_reaction_12(X)))
& chemical_energy_1(fn_cellular_work_15(fn_light_reaction_12(X)))
& release_1(fn_cellular_work_12(fn_light_reaction_12(X)))
& organic_molecule_1(fn_cellular_work_10(fn_light_reaction_12(X)))
& consume_1(fn_cellular_work_11(fn_light_reaction_12(X)))
& chemical_entity_1(fn_reduction_3(fn_light_reaction_55(X)))
& chemical_entity_1(fn_oxidation_7(fn_light_reaction_56(X)))
& tangible_entity_1(fn_calvin_cycle_82(fn_light_reaction_47(X)))
& chemical_entity_1(fn_calvin_cycle_82(fn_light_reaction_47(X)))
& number_1_comma_3_bisphosphoglycerate_1(fn_calvin_cycle_82(fn_light_reaction_47(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_light_reaction_47(X)))
& chemical_entity_1(fn_reduction_1(fn_light_reaction_55(X)))
& chemical_entity_1(fn_oxidation_10(fn_light_reaction_56(X)))
& chemical_entity_1(fn_electron_transport_chain_reaction_25(fn_light_reaction_53(X)))
& chemical_entity_1(fn_calvin_cycle_77(fn_light_reaction_47(X)))
& nadph_1(fn_calvin_cycle_77(fn_light_reaction_47(X)))
& atom_1(fn_ribonucleotide_17(fn_light_reaction_48(X)))
& phosphorus_1(fn_ribonucleotide_17(fn_light_reaction_48(X)))
& tangible_entity_1(fn_nucleoside_triphosphate_33(fn_light_reaction_48(X)))
& entity_1(fn_nucleoside_triphosphate_33(fn_light_reaction_48(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_33(fn_light_reaction_48(X)))
& atom_1(fn_nucleoside_triphosphate_33(fn_light_reaction_48(X)))
& phosphorus_1(fn_nucleoside_triphosphate_33(fn_light_reaction_48(X)))
& tangible_entity_1(fn_atp_36(fn_light_reaction_48(X)))
& entity_1(fn_atp_36(fn_light_reaction_48(X)))
& chemical_entity_1(fn_atp_36(fn_light_reaction_48(X)))
& atom_1(fn_atp_36(fn_light_reaction_48(X)))
& phosphorus_1(fn_atp_36(fn_light_reaction_48(X)))
& functional_group_1(fn_chemiosmosis_39(fn_light_reaction_52(X)))
& phosphate_group_1(fn_chemiosmosis_39(fn_light_reaction_52(X)))
& entity_1(fn_ribonucleotide_16(fn_light_reaction_48(X)))
& chemical_entity_1(fn_ribonucleotide_16(fn_light_reaction_48(X)))
& atom_1(fn_ribonucleotide_16(fn_light_reaction_48(X)))
& oxygen_1(fn_ribonucleotide_16(fn_light_reaction_48(X)))
& entity_1(fn_chemiosmosis_44(fn_light_reaction_52(X)))
& chemical_entity_1(fn_chemiosmosis_44(fn_light_reaction_52(X)))
& atom_1(fn_chemiosmosis_44(fn_light_reaction_52(X)))
& oxygen_1(fn_chemiosmosis_44(fn_light_reaction_52(X)))
& functional_group_1(fn_ribonucleotide_14(fn_light_reaction_48(X)))
& phosphate_group_1(fn_ribonucleotide_14(fn_light_reaction_48(X)))
& phosphate_group_1(fn_nucleoside_triphosphate_27(fn_light_reaction_48(X)))
& functional_group_1(fn_atp_33(fn_light_reaction_48(X)))
& phosphate_group_1(fn_atp_33(fn_light_reaction_48(X)))
& functional_group_1(fn_atp_34(fn_light_reaction_48(X)))
& phosphate_group_1(fn_atp_34(fn_light_reaction_48(X)))
& functional_group_1(fn_atp_32(fn_light_reaction_48(X)))
& phosphate_group_1(fn_atp_32(fn_light_reaction_48(X)))
& atom_1(fn_molecule_11(fn_light_reaction_48(X)))
& entity_1(fn_nucleoside_triphosphate_29(fn_light_reaction_48(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_29(fn_light_reaction_48(X)))
& atom_1(fn_nucleoside_triphosphate_29(fn_light_reaction_48(X)))
& oxygen_1(fn_nucleoside_triphosphate_29(fn_light_reaction_48(X)))
& oxygen_1(fn_ribonucleotide_8(fn_light_reaction_48(X)))
& entity_1(fn_ribonucleotide_8(fn_light_reaction_48(X)))
& chemical_entity_1(fn_ribonucleotide_8(fn_light_reaction_48(X)))
& atom_1(fn_ribonucleotide_8(fn_light_reaction_48(X)))
& oxygen_1(fn_nucleoside_triphosphate_32(fn_light_reaction_48(X)))
& entity_1(fn_nucleoside_triphosphate_32(fn_light_reaction_48(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_32(fn_light_reaction_48(X)))
& atom_1(fn_nucleoside_triphosphate_32(fn_light_reaction_48(X)))
& oxygen_1(fn_atp_35(fn_light_reaction_48(X)))
& entity_1(fn_atp_35(fn_light_reaction_48(X)))
& chemical_entity_1(fn_atp_35(fn_light_reaction_48(X)))
& atom_1(fn_atp_35(fn_light_reaction_48(X)))
& oxygen_1(fn_atp_37(fn_light_reaction_48(X)))
& entity_1(fn_atp_37(fn_light_reaction_48(X)))
& chemical_entity_1(fn_atp_37(fn_light_reaction_48(X)))
& atom_1(fn_atp_37(fn_light_reaction_48(X)))
& chemical_bond_1(fn_molecule_10(fn_light_reaction_48(X)))
& single_bond_1(fn_nucleoside_triphosphate_35(fn_light_reaction_48(X)))
& covalent_bond_1(fn_atp_30(fn_light_reaction_48(X)))
& chemical_bond_1(fn_atp_30(fn_light_reaction_48(X)))
& single_bond_1(fn_atp_30(fn_light_reaction_48(X)))
& atp_1(fn_calvin_cycle_63(fn_light_reaction_47(X)))
& organic_molecule_1(fn_chemiosmosis_100(fn_light_reaction_52(X)))
& molecule_1(fn_chemiosmosis_100(fn_light_reaction_52(X)))
& chemical_entity_1(fn_chemiosmosis_100(fn_light_reaction_52(X)))
& ribonucleotide_1(fn_chemiosmosis_100(fn_light_reaction_52(X)))
& nucleoside_triphosphate_1(fn_chemiosmosis_100(fn_light_reaction_52(X)))
& atp_1(fn_chemiosmosis_100(fn_light_reaction_52(X)))
& gradient_1(fn_chemiosmosis_117(fn_light_reaction_52(X)))
& electrochemical_gradient_1(fn_chemiosmosis_117(fn_light_reaction_52(X)))
& hydrogen_ion_gradient_1(fn_chemiosmosis_117(fn_light_reaction_52(X)))
& hydrogen_ion_gradient_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_light_reaction_12(X)))
& energy_1(fn_energy_transformation_by_organism_2(fn_light_reaction_50(X)))
& spatial_entity_1(fn_move_1(fn_light_reaction_54(X)))
& aqueous_solution_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_light_reaction_12(X)))
& solution_1(fn_concentration_gradient_8(fn_light_reaction_21(X)))
& solution_1(fn_concentration_gradient_9(fn_light_reaction_21(X)))
& hydrogen_ion_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_light_reaction_12(X)))
& ion_1(fn_active_movement_of_ions_25(fn_light_reaction_12(X)))
& hypotonic_solution_1(fn_hypertonic_solution_6(fn_light_reaction_14(X)))
& solution_1(fn_active_transport_21(fn_light_reaction_12(X)))
& surface_1(fn_electrogenic_pump_4(fn_light_reaction_59(X)))
& outside_face_1(fn_active_movement_of_ions_13(fn_light_reaction_12(X)))
& surface_1(fn_active_movement_of_ions_13(fn_light_reaction_12(X)))
& inside_face_1(fn_active_movement_of_ions_18(fn_light_reaction_12(X)))
& surface_1(fn_proton_pump_29(fn_light_reaction_59(X)))
& inside_face_1(fn_proton_pump_29(fn_light_reaction_59(X)))
& move_through_1(fn_transport_protein_34(fn_light_reaction_59(X)))
& move_through_1(fn_carrier_protein_4(fn_light_reaction_59(X)))
& move_through_1(fn_electrogenic_pump_5(fn_light_reaction_59(X)))
& move_1(fn_active_transport_22(fn_light_reaction_12(X)))
& move_through_1(fn_active_transport_22(fn_light_reaction_12(X)))
& move_through_1(fn_protein_pump_1(fn_light_reaction_59(X)))
& move_1(fn_protein_pump_1(fn_light_reaction_59(X)))
& move_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_light_reaction_12(X)))
& move_through_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_light_reaction_12(X)))
& move_through_1(fn_electrogenic_pump_35(fn_light_reaction_59(X)))
& move_1(fn_electrogenic_pump_35(fn_light_reaction_59(X)))
& move_1(fn_proton_pump_18(fn_light_reaction_59(X)))
& move_through_1(fn_proton_pump_18(fn_light_reaction_59(X)))
& hydrophilic_region_1(fn_carrier_protein_23(fn_light_reaction_59(X)))
& hydrophilic_end_1(fn_carrier_protein_23(fn_light_reaction_59(X)))
& hydrophilic_region_1(fn_electrogenic_pump_34(fn_light_reaction_59(X)))
& hydrophilic_end_1(fn_electrogenic_pump_34(fn_light_reaction_59(X)))
& hydrophilic_region_1(fn_proton_pump_56(fn_light_reaction_59(X)))
& hydrophilic_end_1(fn_proton_pump_56(fn_light_reaction_59(X)))
& hydrophilic_region_1(fn_active_movement_of_ions_14(fn_light_reaction_12(X)))
& hydrophilic_end_1(fn_active_movement_of_ions_14(fn_light_reaction_12(X)))
& hydrophilic_region_1(fn_proton_pump_26(fn_light_reaction_59(X)))
& hydrophilic_end_1(fn_proton_pump_26(fn_light_reaction_59(X)))
& hydrophilic_region_1(fn_proton_pump_43(fn_light_reaction_59(X)))
& hydrophilic_end_1(fn_proton_pump_43(fn_light_reaction_59(X)))
& spatial_entity_1(fn_transport_protein_35(fn_light_reaction_59(X)))
& biomembrane_1(fn_transport_protein_35(fn_light_reaction_59(X)))
& membrane_1(fn_carrier_protein_18(fn_light_reaction_59(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_light_reaction_59(X)))
& biomembrane_1(fn_carrier_protein_18(fn_light_reaction_59(X)))
& biomembrane_1(fn_active_transport_18(fn_light_reaction_12(X)))
& spatial_entity_1(fn_protein_pump_3(fn_light_reaction_59(X)))
& biomembrane_1(fn_protein_pump_3(fn_light_reaction_59(X)))
& membrane_1(fn_active_movement_of_ions_19(fn_light_reaction_12(X)))
& spatial_entity_1(fn_active_movement_of_ions_19(fn_light_reaction_12(X)))
& biomembrane_1(fn_active_movement_of_ions_19(fn_light_reaction_12(X)))
& membrane_1(fn_electrogenic_pump_30(fn_light_reaction_59(X)))
& spatial_entity_1(fn_electrogenic_pump_30(fn_light_reaction_59(X)))
& biomembrane_1(fn_electrogenic_pump_30(fn_light_reaction_59(X)))
& membrane_1(fn_proton_pump_76(fn_light_reaction_59(X)))
& spatial_entity_1(fn_proton_pump_76(fn_light_reaction_59(X)))
& biomembrane_1(fn_proton_pump_76(fn_light_reaction_59(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_electron_transport_chain_reaction_1(fn_light_reaction_53(X)))
& active_transport_1(fn_protein_pump_2(fn_light_reaction_59(X)))
& active_movement_of_ions_1(fn_electrogenic_pump_28(fn_light_reaction_59(X)))
& time_before_2(fn_light_reaction_4(X),fn_light_reaction_3(X))
& object_2(fn_light_reaction_2(X),fn_light_reaction_46(X))
& has_function_2(fn_light_reaction_57(X),fn_light_reaction_56(X))
& next_event_2(fn_light_reaction_54(X),fn_light_reaction_53(X))
& time_during_2(X,fn_light_reaction_4(X))
& next_event_2(X,fn_light_reaction_47(X))
& first_subevent_2(X,fn_light_reaction_54(X))
& enables_2(X,fn_light_reaction_47(X))
& site_2(X,fn_light_reaction_51(X))
& subevent_2(X,fn_light_reaction_52(X))
& subevent_2(X,fn_light_reaction_53(X))
& subevent_2(X,fn_light_reaction_54(X))
& causes_2(X,fn_light_reaction_50(X))
& raw_material_2(X,fn_light_reaction_45(X))
& time_during_2(fn_light_reaction_47(X),fn_light_reaction_3(X))
& raw_material_2(fn_light_reaction_1(X),fn_light_reaction_45(X))
& subevent_2(fn_light_reaction_1(X),fn_light_reaction_47(X))
& subevent_2(fn_light_reaction_1(X),X)
& called_2(fn_light_reaction_46(X),"1")
& called_2(fn_light_reaction_19(X),'MT1')
& result_2(X,fn_light_reaction_48(X))
& raw_material_2(X,fn_light_reaction_61(X))
& donor_2(fn_light_reaction_55(X),fn_light_reaction_49(X))
& donor_2(fn_light_reaction_56(X),fn_light_reaction_49(X))
& recipient_2(fn_light_reaction_55(X),fn_light_reaction_57(X))
& recipient_2(fn_light_reaction_56(X),fn_light_reaction_57(X))
& object_2(fn_light_reaction_50(X),fn_light_reaction_45(X))
& raw_material_2(fn_light_reaction_50(X),fn_light_reaction_45(X))
& result_2(fn_light_reaction_53(X),fn_light_reaction_49(X))
& possesses_2(fn_light_reaction_49(X),fn_light_reaction_44(X))
& agent_2(fn_light_reaction_54(X),fn_light_reaction_60(X))
& base_2(fn_light_reaction_54(X),fn_light_reaction_60(X))
& object_2(fn_light_reaction_19(X),fn_light_reaction_46(X))
& origin_2(fn_light_reaction_12(X),fn_light_reaction_14(X))
& origin_2(fn_light_reaction_19(X),fn_light_reaction_14(X))
& is_hypotonic_to_2(fn_light_reaction_22(X),fn_light_reaction_14(X))
& is_hypertonic_to_2(fn_light_reaction_14(X),fn_light_reaction_22(X))
& quantity_2(fn_light_reaction_44(X),fn_light_reaction_43(X))
& subevent_2(fn_light_reaction_53(X),fn_light_reaction_12(X))
& raw_material_2(fn_light_reaction_53(X),fn_light_reaction_11(X))
& possesses_2(fn_light_reaction_11(X),fn_light_reaction_41(X))
& quantity_2(fn_light_reaction_41(X),fn_light_reaction_42(X))
& greater_than_2(fn_light_reaction_42(X),fn_light_reaction_43(X))
& raw_material_2(fn_light_reaction_47(X),fn_light_reaction_48(X))
& raw_material_2(fn_light_reaction_58(X),fn_light_reaction_48(X))
& subevent_2(fn_light_reaction_47(X),fn_light_reaction_58(X))
& raw_material_2(fn_light_reaction_47(X),fn_light_reaction_49(X))
& fn_light_reaction_49(X) != fn_light_reaction_57(X)
& fn_light_reaction_57(X) != fn_light_reaction_49(X)
& raw_material_2(fn_light_reaction_26(X),fn_light_reaction_27(X))
& called_2(fn_light_reaction_37(X),'FE_p')
& has_part_2(fn_light_reaction_48(X),fn_light_reaction_34(X))
& is_inside_2(fn_light_reaction_34(X),fn_light_reaction_32(X))
& has_function_2(fn_light_reaction_13(X),fn_light_reaction_52(X))
& instrument_2(fn_light_reaction_52(X),fn_light_reaction_13(X))
& raw_material_2(fn_light_reaction_52(X),fn_light_reaction_27(X))
& possesses_2(fn_light_reaction_27(X),fn_light_reaction_39(X))
& quantity_2(fn_light_reaction_39(X),fn_light_reaction_38(X))
& result_2(fn_light_reaction_52(X),fn_light_reaction_48(X))
& possesses_2(fn_light_reaction_48(X),fn_light_reaction_30(X))
& quantity_2(fn_light_reaction_30(X),fn_light_reaction_37(X))
& greater_than_2(fn_light_reaction_37(X),fn_light_reaction_38(X))
& called_2(fn_light_reaction_38(X),'FE_r')
& subevent_2(fn_light_reaction_52(X),fn_light_reaction_26(X))
& result_2(fn_light_reaction_26(X),fn_light_reaction_48(X))
& structural_complexity_2(fn_light_reaction_48(X),fn_light_reaction_28(X))
& greater_than_2(fn_light_reaction_28(X),fn_light_reaction_40(X))
& structural_complexity_2(fn_light_reaction_27(X),fn_light_reaction_40(X))
& is_inside_2(fn_light_reaction_36(X),fn_light_reaction_33(X))
& called_2(fn_light_reaction_31(X),'Terminal PO4 Group')
& is_inside_2(fn_light_reaction_35(X),fn_light_reaction_33(X))
& fn_light_reaction_35(X) != fn_light_reaction_36(X)
& fn_light_reaction_34(X) != fn_light_reaction_36(X)
& fn_light_reaction_36(X) != fn_light_reaction_34(X)
& fn_light_reaction_36(X) != fn_light_reaction_35(X)
& is_inside_2(fn_light_reaction_34(X),fn_light_reaction_33(X))
& fn_light_reaction_34(X) != fn_light_reaction_35(X)
& is_inside_2(fn_light_reaction_35(X),fn_light_reaction_32(X))
& has_region_2(fn_light_reaction_48(X),fn_light_reaction_32(X))
& has_part_2(fn_light_reaction_48(X),fn_light_reaction_35(X))
& fn_light_reaction_35(X) != fn_light_reaction_34(X)
& has_part_2(fn_light_reaction_48(X),fn_light_reaction_36(X))
& is_inside_2(fn_light_reaction_36(X),fn_light_reaction_32(X))
& fn_light_reaction_33(X) != fn_light_reaction_32(X)
& has_region_2(fn_light_reaction_48(X),fn_light_reaction_33(X))
& has_region_2(fn_light_reaction_48(X),fn_light_reaction_31(X))
& fn_light_reaction_32(X) != fn_light_reaction_33(X)
& is_between_2(fn_light_reaction_29(X),fn_light_reaction_34(X))
& is_inside_2(fn_light_reaction_34(X),fn_light_reaction_31(X))
& is_inside_2(fn_light_reaction_35(X),fn_light_reaction_31(X))
& fn_light_reaction_32(X) != fn_light_reaction_31(X)
& fn_light_reaction_31(X) != fn_light_reaction_32(X)
& possesses_2(fn_light_reaction_48(X),fn_light_reaction_29(X))
& is_between_2(fn_light_reaction_29(X),fn_light_reaction_36(X))
& is_inside_2(fn_light_reaction_36(X),fn_light_reaction_31(X))
& fn_light_reaction_33(X) != fn_light_reaction_31(X)
& fn_light_reaction_31(X) != fn_light_reaction_33(X)
& destination_2(fn_light_reaction_19(X),fn_light_reaction_22(X))
& result_2(fn_light_reaction_12(X),fn_light_reaction_13(X))
& base_2(fn_light_reaction_18(X),fn_light_reaction_15(X))
& next_event_2(fn_light_reaction_17(X),fn_light_reaction_18(X))
& object_2(fn_light_reaction_17(X),fn_light_reaction_16(X))
& raw_material_2(fn_light_reaction_12(X),fn_light_reaction_16(X))
& subevent_2(fn_light_reaction_12(X),fn_light_reaction_18(X))
& raw_material_2(fn_light_reaction_12(X),fn_light_reaction_15(X))
& subevent_2(fn_light_reaction_12(X),fn_light_reaction_17(X))
& is_at_2(fn_light_reaction_23(X),fn_light_reaction_25(X))
& has_region_2(fn_light_reaction_51(X),fn_light_reaction_25(X))
& base_2(fn_light_reaction_19(X),fn_light_reaction_51(X))
& has_function_2(fn_light_reaction_51(X),fn_light_reaction_19(X))
& is_across_2(fn_light_reaction_59(X),fn_light_reaction_51(X))
& has_region_2(fn_light_reaction_59(X),fn_light_reaction_23(X))
& has_part_2(fn_light_reaction_51(X),fn_light_reaction_59(X))
& subevent_2(fn_light_reaction_12(X),fn_light_reaction_19(X))
& path_2(fn_light_reaction_12(X),fn_light_reaction_51(X))
& object_2(fn_light_reaction_19(X),fn_light_reaction_20(X))
& object_2(fn_light_reaction_12(X),fn_light_reaction_20(X))
& has_region_2(fn_light_reaction_51(X),fn_light_reaction_24(X))
& agent_2(fn_light_reaction_12(X),fn_light_reaction_59(X))
& has_region_2(fn_light_reaction_59(X),fn_light_reaction_24(X))
& base_2(fn_light_reaction_12(X),fn_light_reaction_21(X))
& is_between_2(fn_light_reaction_21(X),fn_light_reaction_22(X))
& destination_2(fn_light_reaction_12(X),fn_light_reaction_22(X))
& object_2(fn_light_reaction_12(X),fn_light_reaction_46(X))
& is_between_2(fn_light_reaction_21(X),fn_light_reaction_14(X))
& object_2(fn_light_reaction_54(X),fn_light_reaction_45(X))
& fn_light_reaction_48(X) = fn_chemical_reaction_1(X)
& fn_light_reaction_61(X) = fn_chemical_reaction_2(X)
& fn_light_reaction_49(X) = fn_reduction_1(fn_light_reaction_55(X))
& fn_light_reaction_49(X) = fn_oxidation_10(fn_light_reaction_56(X))
& fn_light_reaction_57(X) = fn_reduction_3(fn_light_reaction_55(X))
& fn_light_reaction_57(X) = fn_oxidation_7(fn_light_reaction_56(X))
& fn_light_reaction_45(X) = fn_energy_transformation_by_organism_2(fn_light_reaction_50(X))
& fn_light_reaction_49(X) = fn_electron_transport_chain_reaction_25(fn_light_reaction_53(X))
& fn_light_reaction_60(X) = fn_take_in_1(fn_light_reaction_54(X))
& fn_light_reaction_54(X) = fn_pigment_2(fn_light_reaction_60(X))
& fn_light_reaction_46(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_light_reaction_12(X))
& fn_light_reaction_14(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_light_reaction_12(X))
& fn_light_reaction_22(X) = fn_hypertonic_solution_6(fn_light_reaction_14(X))
& fn_light_reaction_44(X) = fn_electron_transport_chain_reaction_20(fn_light_reaction_53(X))
& fn_light_reaction_12(X) = fn_electron_transport_chain_reaction_1(fn_light_reaction_53(X))
& fn_light_reaction_6(X) = fn_electron_transport_chain_reaction_26(fn_light_reaction_53(X))
& fn_light_reaction_5(X) = fn_electron_transport_chain_reaction_27(fn_light_reaction_53(X))
& fn_light_reaction_43(X) = fn_electron_transport_chain_reaction_21(fn_light_reaction_53(X))
& fn_light_reaction_42(X) = fn_electron_transport_chain_reaction_22(fn_light_reaction_53(X))
& fn_light_reaction_41(X) = fn_electron_transport_chain_reaction_23(fn_light_reaction_53(X))
& fn_light_reaction_11(X) = fn_electron_transport_chain_reaction_24(fn_light_reaction_53(X))
& fn_light_reaction_57(X) = fn_calvin_cycle_82(fn_light_reaction_47(X))
& fn_light_reaction_49(X) = fn_anabolic_pathway_6(fn_light_reaction_47(X))
& fn_light_reaction_49(X) = fn_calvin_cycle_77(fn_light_reaction_47(X))
& fn_light_reaction_58(X) = fn_calvin_cycle_89(fn_light_reaction_47(X))
& fn_light_reaction_48(X) = fn_calvin_cycle_63(fn_light_reaction_47(X))
& fn_light_reaction_10(X) = fn_chemiosmosis_25(fn_light_reaction_52(X))
& fn_light_reaction_9(X) = fn_chemiosmosis_24(fn_light_reaction_52(X))
& fn_light_reaction_8(X) = fn_chemiosmosis_23(fn_light_reaction_52(X))
& fn_light_reaction_7(X) = fn_chemiosmosis_26(fn_light_reaction_52(X))
& fn_light_reaction_32(X) = fn_chemiosmosis_39(fn_light_reaction_52(X))
& fn_light_reaction_34(X) = fn_chemiosmosis_44(fn_light_reaction_52(X))
& fn_light_reaction_39(X) = fn_chemiosmosis_34(fn_light_reaction_52(X))
& fn_light_reaction_13(X) = fn_chemiosmosis_117(fn_light_reaction_52(X))
& fn_light_reaction_38(X) = fn_chemiosmosis_46(fn_light_reaction_52(X))
& fn_light_reaction_37(X) = fn_chemiosmosis_45(fn_light_reaction_52(X))
& fn_light_reaction_30(X) = fn_chemiosmosis_38(fn_light_reaction_52(X))
& fn_light_reaction_27(X) = fn_chemiosmosis_31(fn_light_reaction_52(X))
& fn_light_reaction_40(X) = fn_chemiosmosis_35(fn_light_reaction_52(X))
& fn_light_reaction_28(X) = fn_chemiosmosis_36(fn_light_reaction_52(X))
& fn_light_reaction_48(X) = fn_chemiosmosis_100(fn_light_reaction_52(X))
& fn_light_reaction_26(X) = fn_chemiosmosis_118(fn_light_reaction_52(X))
& fn_light_reaction_33(X) = fn_atp_32(fn_light_reaction_48(X))
& fn_light_reaction_35(X) = fn_ribonucleotide_17(fn_light_reaction_48(X))
& fn_light_reaction_32(X) = fn_nucleoside_triphosphate_27(fn_light_reaction_48(X))
& fn_light_reaction_32(X) = fn_atp_33(fn_light_reaction_48(X))
& fn_light_reaction_35(X) = fn_nucleoside_triphosphate_33(fn_light_reaction_48(X))
& fn_light_reaction_33(X) = fn_atp_34(fn_light_reaction_48(X))
& fn_light_reaction_36(X) = fn_nucleoside_triphosphate_29(fn_light_reaction_48(X))
& fn_light_reaction_36(X) = fn_ribonucleotide_8(fn_light_reaction_48(X))
& fn_light_reaction_36(X) = fn_atp_35(fn_light_reaction_48(X))
& fn_light_reaction_35(X) = fn_atp_36(fn_light_reaction_48(X))
& fn_light_reaction_32(X) = fn_atp_32(fn_light_reaction_48(X))
& fn_light_reaction_34(X) = fn_ribonucleotide_16(fn_light_reaction_48(X))
& fn_light_reaction_31(X) = fn_ribonucleotide_14(fn_light_reaction_48(X))
& fn_light_reaction_34(X) = fn_nucleoside_triphosphate_29(fn_light_reaction_48(X))
& fn_light_reaction_31(X) = fn_atp_33(fn_light_reaction_48(X))
& fn_light_reaction_34(X) = fn_atp_35(fn_light_reaction_48(X))
& fn_light_reaction_31(X) = fn_atp_34(fn_light_reaction_48(X))
& fn_light_reaction_33(X) = fn_atp_33(fn_light_reaction_48(X))
& fn_light_reaction_31(X) = fn_nucleoside_triphosphate_27(fn_light_reaction_48(X))
& fn_light_reaction_31(X) = fn_atp_32(fn_light_reaction_48(X))
& fn_light_reaction_36(X) = fn_molecule_11(fn_light_reaction_48(X))
& fn_light_reaction_36(X) = fn_nucleoside_triphosphate_32(fn_light_reaction_48(X))
& fn_light_reaction_36(X) = fn_atp_37(fn_light_reaction_48(X))
& fn_light_reaction_29(X) = fn_molecule_10(fn_light_reaction_48(X))
& fn_light_reaction_29(X) = fn_nucleoside_triphosphate_35(fn_light_reaction_48(X))
& fn_light_reaction_29(X) = fn_atp_30(fn_light_reaction_48(X))
& fn_light_reaction_13(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_light_reaction_12(X))
& fn_light_reaction_45(X) = fn_move_1(fn_light_reaction_54(X))
& fn_light_reaction_14(X) = fn_concentration_gradient_8(fn_light_reaction_21(X))
& fn_light_reaction_14(X) = fn_concentration_gradient_9(fn_light_reaction_21(X))
& fn_light_reaction_46(X) = fn_active_movement_of_ions_25(fn_light_reaction_12(X))
& fn_light_reaction_21(X) = fn_active_transport_25(fn_light_reaction_12(X))
& fn_light_reaction_22(X) = fn_active_transport_21(fn_light_reaction_12(X))
& fn_light_reaction_24(X) = fn_electrogenic_pump_4(fn_light_reaction_59(X))
& fn_light_reaction_24(X) = fn_active_movement_of_ions_13(fn_light_reaction_12(X))
& fn_light_reaction_20(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_light_reaction_12(X))
& fn_light_reaction_19(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_light_reaction_12(X))
& fn_light_reaction_12(X) = fn_protein_pump_2(fn_light_reaction_59(X))
& fn_light_reaction_12(X) = fn_electrogenic_pump_28(fn_light_reaction_59(X))
& fn_light_reaction_23(X) = fn_proton_pump_26(fn_light_reaction_59(X))
& fn_light_reaction_51(X) = fn_active_movement_of_ions_19(fn_light_reaction_12(X))
& fn_light_reaction_25(X) = fn_active_movement_of_ions_18(fn_light_reaction_12(X))
& fn_light_reaction_25(X) = fn_proton_pump_29(fn_light_reaction_59(X))
& fn_light_reaction_19(X) = fn_active_transport_22(fn_light_reaction_12(X))
& fn_light_reaction_51(X) = fn_active_transport_18(fn_light_reaction_12(X))
& fn_light_reaction_19(X) = fn_transport_protein_34(fn_light_reaction_59(X))
& fn_light_reaction_19(X) = fn_carrier_protein_4(fn_light_reaction_59(X))
& fn_light_reaction_19(X) = fn_electrogenic_pump_5(fn_light_reaction_59(X))
& fn_light_reaction_19(X) = fn_protein_pump_1(fn_light_reaction_59(X))
& fn_light_reaction_19(X) = fn_electrogenic_pump_35(fn_light_reaction_59(X))
& fn_light_reaction_19(X) = fn_proton_pump_18(fn_light_reaction_59(X))
& fn_light_reaction_23(X) = fn_carrier_protein_23(fn_light_reaction_59(X))
& fn_light_reaction_23(X) = fn_electrogenic_pump_34(fn_light_reaction_59(X))
& fn_light_reaction_23(X) = fn_proton_pump_56(fn_light_reaction_59(X))
& fn_light_reaction_59(X) = fn_active_movement_of_ions_10(fn_light_reaction_12(X))
& fn_light_reaction_23(X) = fn_active_movement_of_ions_14(fn_light_reaction_12(X))
& fn_light_reaction_23(X) = fn_proton_pump_43(fn_light_reaction_59(X))
& fn_light_reaction_51(X) = fn_transport_protein_35(fn_light_reaction_59(X))
& fn_light_reaction_51(X) = fn_carrier_protein_18(fn_light_reaction_59(X))
& fn_light_reaction_51(X) = fn_electrogenic_pump_30(fn_light_reaction_59(X))
& fn_light_reaction_51(X) = fn_protein_pump_3(fn_light_reaction_59(X))
& fn_light_reaction_51(X) = fn_proton_pump_76(fn_light_reaction_59(X))
& fn_light_reaction_16(X) = fn_cellular_work_15(fn_light_reaction_12(X))
& fn_light_reaction_18(X) = fn_cellular_work_12(fn_light_reaction_12(X))
& fn_light_reaction_15(X) = fn_cellular_work_10(fn_light_reaction_12(X))
& fn_light_reaction_17(X) = fn_cellular_work_11(fn_light_reaction_12(X))
& fn_reduction_3(fn_light_reaction_55(X)) = fn_oxidation_7(fn_light_reaction_56(X))
& fn_oxidation_7(fn_light_reaction_56(X)) = fn_oxidation_7(fn_light_reaction_56(X))
& fn_oxidation_7(fn_light_reaction_56(X)) = fn_calvin_cycle_82(fn_light_reaction_47(X))
& fn_calvin_cycle_82(fn_light_reaction_47(X)) = fn_reduction_1(fn_light_reaction_55(X))
& fn_reduction_1(fn_light_reaction_55(X)) = fn_anabolic_pathway_6(fn_light_reaction_47(X))
& fn_anabolic_pathway_6(fn_light_reaction_47(X)) = fn_reduction_1(fn_light_reaction_55(X))
& fn_reduction_1(fn_light_reaction_55(X)) = fn_oxidation_10(fn_light_reaction_56(X))
& fn_oxidation_10(fn_light_reaction_56(X)) = fn_oxidation_10(fn_light_reaction_56(X))
& fn_oxidation_10(fn_light_reaction_56(X)) = fn_electron_transport_chain_reaction_25(fn_light_reaction_53(X))
& fn_electron_transport_chain_reaction_25(fn_light_reaction_53(X)) = fn_electron_transport_chain_reaction_25(fn_light_reaction_53(X))
& fn_electron_transport_chain_reaction_25(fn_light_reaction_53(X)) = fn_calvin_cycle_77(fn_light_reaction_47(X))
& fn_calvin_cycle_77(fn_light_reaction_47(X)) = fn_calvin_cycle_77(fn_light_reaction_47(X))
& fn_calvin_cycle_77(fn_light_reaction_47(X)) = fn_nucleoside_triphosphate_33(fn_light_reaction_48(X))
& fn_nucleoside_triphosphate_33(fn_light_reaction_48(X)) = fn_ribonucleotide_17(fn_light_reaction_48(X))
& fn_ribonucleotide_17(fn_light_reaction_48(X)) = fn_nucleoside_triphosphate_33(fn_light_reaction_48(X))
& fn_nucleoside_triphosphate_33(fn_light_reaction_48(X)) = fn_nucleoside_triphosphate_33(fn_light_reaction_48(X))
& fn_atp_36(fn_light_reaction_48(X)) = fn_nucleoside_triphosphate_33(fn_light_reaction_48(X))
& fn_nucleoside_triphosphate_33(fn_light_reaction_48(X)) = fn_atp_36(fn_light_reaction_48(X))
& fn_atp_36(fn_light_reaction_48(X)) = fn_atp_36(fn_light_reaction_48(X))
& fn_atp_36(fn_light_reaction_48(X)) = fn_chemiosmosis_39(fn_light_reaction_52(X))
& fn_chemiosmosis_39(fn_light_reaction_52(X)) = fn_nucleoside_triphosphate_27(fn_light_reaction_48(X))
& fn_nucleoside_triphosphate_27(fn_light_reaction_48(X)) = fn_chemiosmosis_39(fn_light_reaction_52(X))
& fn_chemiosmosis_39(fn_light_reaction_52(X)) = fn_atp_33(fn_light_reaction_48(X))
& fn_atp_33(fn_light_reaction_48(X)) = fn_atp_32(fn_light_reaction_48(X))
& fn_nucleoside_triphosphate_29(fn_light_reaction_48(X)) = fn_ribonucleotide_16(fn_light_reaction_48(X))
& fn_ribonucleotide_16(fn_light_reaction_48(X)) = fn_nucleoside_triphosphate_29(fn_light_reaction_48(X))
& fn_chemiosmosis_44(fn_light_reaction_52(X)) = fn_nucleoside_triphosphate_29(fn_light_reaction_48(X))
& fn_nucleoside_triphosphate_29(fn_light_reaction_48(X)) = fn_chemiosmosis_44(fn_light_reaction_52(X))
& fn_chemiosmosis_44(fn_light_reaction_52(X)) = fn_chemiosmosis_44(fn_light_reaction_52(X))
& fn_chemiosmosis_44(fn_light_reaction_52(X)) = fn_atp_35(fn_light_reaction_48(X))
& fn_atp_35(fn_light_reaction_48(X)) = fn_atp_32(fn_light_reaction_48(X))
& fn_atp_33(fn_light_reaction_48(X)) = fn_ribonucleotide_14(fn_light_reaction_48(X))
& fn_ribonucleotide_14(fn_light_reaction_48(X)) = fn_ribonucleotide_14(fn_light_reaction_48(X))
& fn_ribonucleotide_14(fn_light_reaction_48(X)) = fn_nucleoside_triphosphate_27(fn_light_reaction_48(X))
& fn_nucleoside_triphosphate_27(fn_light_reaction_48(X)) = fn_nucleoside_triphosphate_27(fn_light_reaction_48(X))
& fn_nucleoside_triphosphate_27(fn_light_reaction_48(X)) = fn_atp_33(fn_light_reaction_48(X))
& fn_atp_33(fn_light_reaction_48(X)) = fn_nucleoside_triphosphate_27(fn_light_reaction_48(X))
& fn_nucleoside_triphosphate_27(fn_light_reaction_48(X)) = fn_atp_34(fn_light_reaction_48(X))
& fn_atp_34(fn_light_reaction_48(X)) = fn_atp_33(fn_light_reaction_48(X))
& fn_atp_33(fn_light_reaction_48(X)) = fn_atp_33(fn_light_reaction_48(X))
& fn_atp_33(fn_light_reaction_48(X)) = fn_atp_34(fn_light_reaction_48(X))
& fn_atp_32(fn_light_reaction_48(X)) = fn_atp_34(fn_light_reaction_48(X))
& fn_atp_34(fn_light_reaction_48(X)) = fn_atp_34(fn_light_reaction_48(X))
& fn_atp_34(fn_light_reaction_48(X)) = fn_atp_32(fn_light_reaction_48(X))
& fn_atp_32(fn_light_reaction_48(X)) = fn_atp_32(fn_light_reaction_48(X))
& fn_atp_32(fn_light_reaction_48(X)) = fn_nucleoside_triphosphate_29(fn_light_reaction_48(X))
& fn_nucleoside_triphosphate_29(fn_light_reaction_48(X)) = fn_nucleoside_triphosphate_29(fn_light_reaction_48(X))
& fn_nucleoside_triphosphate_29(fn_light_reaction_48(X)) = fn_molecule_11(fn_light_reaction_48(X))
& fn_molecule_11(fn_light_reaction_48(X)) = fn_nucleoside_triphosphate_29(fn_light_reaction_48(X))
& fn_ribonucleotide_8(fn_light_reaction_48(X)) = fn_nucleoside_triphosphate_29(fn_light_reaction_48(X))
& fn_nucleoside_triphosphate_29(fn_light_reaction_48(X)) = fn_ribonucleotide_8(fn_light_reaction_48(X))
& fn_ribonucleotide_8(fn_light_reaction_48(X)) = fn_ribonucleotide_8(fn_light_reaction_48(X))
& fn_nucleoside_triphosphate_32(fn_light_reaction_48(X)) = fn_ribonucleotide_8(fn_light_reaction_48(X))
& fn_ribonucleotide_8(fn_light_reaction_48(X)) = fn_nucleoside_triphosphate_32(fn_light_reaction_48(X))
& fn_nucleoside_triphosphate_32(fn_light_reaction_48(X)) = fn_atp_35(fn_light_reaction_48(X))
& fn_atp_35(fn_light_reaction_48(X)) = fn_nucleoside_triphosphate_32(fn_light_reaction_48(X))
& fn_nucleoside_triphosphate_32(fn_light_reaction_48(X)) = fn_nucleoside_triphosphate_32(fn_light_reaction_48(X))
& fn_nucleoside_triphosphate_32(fn_light_reaction_48(X)) = fn_atp_37(fn_light_reaction_48(X))
& fn_atp_37(fn_light_reaction_48(X)) = fn_atp_35(fn_light_reaction_48(X))
& fn_atp_35(fn_light_reaction_48(X)) = fn_atp_35(fn_light_reaction_48(X))
& fn_atp_35(fn_light_reaction_48(X)) = fn_atp_37(fn_light_reaction_48(X))
& fn_atp_37(fn_light_reaction_48(X)) = fn_atp_37(fn_light_reaction_48(X))
& fn_atp_37(fn_light_reaction_48(X)) = fn_molecule_10(fn_light_reaction_48(X))
& fn_nucleoside_triphosphate_35(fn_light_reaction_48(X)) = fn_molecule_10(fn_light_reaction_48(X))
& fn_molecule_10(fn_light_reaction_48(X)) = fn_nucleoside_triphosphate_35(fn_light_reaction_48(X))
& fn_atp_30(fn_light_reaction_48(X)) = fn_nucleoside_triphosphate_35(fn_light_reaction_48(X))
& fn_nucleoside_triphosphate_35(fn_light_reaction_48(X)) = fn_atp_30(fn_light_reaction_48(X))
& fn_atp_30(fn_light_reaction_48(X)) = fn_chemical_reaction_1(X)
& fn_chemical_reaction_1(X) = fn_calvin_cycle_63(fn_light_reaction_47(X))
& fn_calvin_cycle_63(fn_light_reaction_47(X)) = fn_calvin_cycle_63(fn_light_reaction_47(X))
& fn_calvin_cycle_63(fn_light_reaction_47(X)) = fn_chemiosmosis_100(fn_light_reaction_52(X))
& fn_chemiosmosis_100(fn_light_reaction_52(X)) = fn_chemiosmosis_100(fn_light_reaction_52(X))
& fn_chemiosmosis_100(fn_light_reaction_52(X)) = fn_chemiosmosis_117(fn_light_reaction_52(X))
& fn_chemiosmosis_117(fn_light_reaction_52(X)) = fn_chemiosmosis_117(fn_light_reaction_52(X))
& fn_chemiosmosis_117(fn_light_reaction_52(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_light_reaction_12(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_light_reaction_12(X)) = fn_energy_transformation_by_organism_2(fn_light_reaction_50(X))
& fn_energy_transformation_by_organism_2(fn_light_reaction_50(X)) = fn_energy_transformation_by_organism_2(fn_light_reaction_50(X))
& fn_energy_transformation_by_organism_2(fn_light_reaction_50(X)) = fn_move_1(fn_light_reaction_54(X))
& fn_move_1(fn_light_reaction_54(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_light_reaction_12(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_light_reaction_12(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_light_reaction_12(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_light_reaction_12(X)) = fn_concentration_gradient_8(fn_light_reaction_21(X))
& fn_concentration_gradient_8(fn_light_reaction_21(X)) = fn_concentration_gradient_8(fn_light_reaction_21(X))
& fn_concentration_gradient_8(fn_light_reaction_21(X)) = fn_concentration_gradient_9(fn_light_reaction_21(X))
& fn_concentration_gradient_9(fn_light_reaction_21(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_light_reaction_12(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_light_reaction_12(X)) = fn_active_movement_of_ions_25(fn_light_reaction_12(X))
& fn_active_movement_of_ions_25(fn_light_reaction_12(X)) = fn_hypertonic_solution_6(fn_light_reaction_14(X))
& fn_hypertonic_solution_6(fn_light_reaction_14(X)) = fn_hypertonic_solution_6(fn_light_reaction_14(X))
& fn_hypertonic_solution_6(fn_light_reaction_14(X)) = fn_active_transport_21(fn_light_reaction_12(X))
& fn_active_transport_21(fn_light_reaction_12(X)) = fn_active_transport_21(fn_light_reaction_12(X))
& fn_active_transport_21(fn_light_reaction_12(X)) = fn_active_movement_of_ions_13(fn_light_reaction_12(X))
& fn_active_movement_of_ions_13(fn_light_reaction_12(X)) = fn_electrogenic_pump_4(fn_light_reaction_59(X))
& fn_electrogenic_pump_4(fn_light_reaction_59(X)) = fn_active_movement_of_ions_13(fn_light_reaction_12(X))
& fn_active_movement_of_ions_13(fn_light_reaction_12(X)) = fn_active_movement_of_ions_18(fn_light_reaction_12(X))
& fn_proton_pump_29(fn_light_reaction_59(X)) = fn_active_movement_of_ions_18(fn_light_reaction_12(X))
& fn_active_movement_of_ions_18(fn_light_reaction_12(X)) = fn_proton_pump_29(fn_light_reaction_59(X))
& fn_proton_pump_29(fn_light_reaction_59(X)) = fn_carrier_protein_4(fn_light_reaction_59(X))
& fn_carrier_protein_4(fn_light_reaction_59(X)) = fn_transport_protein_34(fn_light_reaction_59(X))
& fn_transport_protein_34(fn_light_reaction_59(X)) = fn_carrier_protein_4(fn_light_reaction_59(X))
& fn_carrier_protein_4(fn_light_reaction_59(X)) = fn_carrier_protein_4(fn_light_reaction_59(X))
& fn_electrogenic_pump_5(fn_light_reaction_59(X)) = fn_carrier_protein_4(fn_light_reaction_59(X))
& fn_carrier_protein_4(fn_light_reaction_59(X)) = fn_electrogenic_pump_5(fn_light_reaction_59(X))
& fn_active_transport_22(fn_light_reaction_12(X)) = fn_electrogenic_pump_5(fn_light_reaction_59(X))
& fn_electrogenic_pump_5(fn_light_reaction_59(X)) = fn_active_transport_22(fn_light_reaction_12(X))
& fn_protein_pump_1(fn_light_reaction_59(X)) = fn_active_transport_22(fn_light_reaction_12(X))
& fn_active_transport_22(fn_light_reaction_12(X)) = fn_protein_pump_1(fn_light_reaction_59(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_light_reaction_12(X)) = fn_protein_pump_1(fn_light_reaction_59(X))
& fn_protein_pump_1(fn_light_reaction_59(X)) = fn_protein_pump_1(fn_light_reaction_59(X))
& fn_protein_pump_1(fn_light_reaction_59(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_light_reaction_12(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_light_reaction_12(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_light_reaction_12(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_light_reaction_12(X)) = fn_electrogenic_pump_35(fn_light_reaction_59(X))
& fn_electrogenic_pump_35(fn_light_reaction_59(X)) = fn_electrogenic_pump_35(fn_light_reaction_59(X))
& fn_proton_pump_18(fn_light_reaction_59(X)) = fn_electrogenic_pump_35(fn_light_reaction_59(X))
& fn_electrogenic_pump_35(fn_light_reaction_59(X)) = fn_proton_pump_18(fn_light_reaction_59(X))
& fn_proton_pump_18(fn_light_reaction_59(X)) = fn_carrier_protein_23(fn_light_reaction_59(X))
& fn_carrier_protein_23(fn_light_reaction_59(X)) = fn_electrogenic_pump_34(fn_light_reaction_59(X))
& fn_electrogenic_pump_34(fn_light_reaction_59(X)) = fn_electrogenic_pump_34(fn_light_reaction_59(X))
& fn_electrogenic_pump_34(fn_light_reaction_59(X)) = fn_proton_pump_56(fn_light_reaction_59(X))
& fn_active_movement_of_ions_14(fn_light_reaction_12(X)) = fn_proton_pump_56(fn_light_reaction_59(X))
& fn_proton_pump_56(fn_light_reaction_59(X)) = fn_active_movement_of_ions_14(fn_light_reaction_12(X))
& fn_active_movement_of_ions_14(fn_light_reaction_12(X)) = fn_active_movement_of_ions_14(fn_light_reaction_12(X))
& fn_proton_pump_26(fn_light_reaction_59(X)) = fn_active_movement_of_ions_14(fn_light_reaction_12(X))
& fn_active_movement_of_ions_14(fn_light_reaction_12(X)) = fn_proton_pump_26(fn_light_reaction_59(X))
& fn_proton_pump_26(fn_light_reaction_59(X)) = fn_proton_pump_43(fn_light_reaction_59(X))
& fn_proton_pump_43(fn_light_reaction_59(X)) = fn_carrier_protein_18(fn_light_reaction_59(X))
& fn_carrier_protein_18(fn_light_reaction_59(X)) = fn_transport_protein_35(fn_light_reaction_59(X))
& fn_transport_protein_35(fn_light_reaction_59(X)) = fn_carrier_protein_18(fn_light_reaction_59(X))
& fn_active_transport_18(fn_light_reaction_12(X)) = fn_carrier_protein_18(fn_light_reaction_59(X))
& fn_carrier_protein_18(fn_light_reaction_59(X)) = fn_carrier_protein_18(fn_light_reaction_59(X))
& fn_carrier_protein_18(fn_light_reaction_59(X)) = fn_active_transport_18(fn_light_reaction_12(X))
& fn_protein_pump_3(fn_light_reaction_59(X)) = fn_active_transport_18(fn_light_reaction_12(X))
& fn_active_transport_18(fn_light_reaction_12(X)) = fn_protein_pump_3(fn_light_reaction_59(X))
& fn_active_movement_of_ions_19(fn_light_reaction_12(X)) = fn_protein_pump_3(fn_light_reaction_59(X))
& fn_protein_pump_3(fn_light_reaction_59(X)) = fn_protein_pump_3(fn_light_reaction_59(X))
& fn_protein_pump_3(fn_light_reaction_59(X)) = fn_active_movement_of_ions_19(fn_light_reaction_12(X))
& fn_electrogenic_pump_30(fn_light_reaction_59(X)) = fn_active_movement_of_ions_19(fn_light_reaction_12(X))
& fn_active_movement_of_ions_19(fn_light_reaction_12(X)) = fn_electrogenic_pump_30(fn_light_reaction_59(X))
& fn_electrogenic_pump_30(fn_light_reaction_59(X)) = fn_electrogenic_pump_30(fn_light_reaction_59(X))
& fn_proton_pump_76(fn_light_reaction_59(X)) = fn_electrogenic_pump_30(fn_light_reaction_59(X))
& fn_electrogenic_pump_30(fn_light_reaction_59(X)) = fn_proton_pump_76(fn_light_reaction_59(X))
& fn_proton_pump_76(fn_light_reaction_59(X)) = fn_electron_transport_chain_reaction_1(fn_light_reaction_53(X))
& fn_electron_transport_chain_reaction_1(fn_light_reaction_53(X)) = fn_protein_pump_2(fn_light_reaction_59(X))
& fn_protein_pump_2(fn_light_reaction_59(X)) = fn_protein_pump_2(fn_light_reaction_59(X))
& fn_electrogenic_pump_28(fn_light_reaction_59(X)) = fn_protein_pump_2(fn_light_reaction_59(X))
& fn_protein_pump_2(fn_light_reaction_59(X)) = fn_electrogenic_pump_28(fn_light_reaction_59(X)) ) ) ).
fof(a530666,axiom,
! [X] :
( light_reflection_1(X)
=> ( original_name_2(X,'Light-Reflection')
& user_description_2(X,'Reflection is defined as the bouncing back of a ray of light into the same medium, when it strikes a surface.')
& concept2words_2(X,reflect)
& concept2words_2(X,'reflection of light')
& concept2words_2(X,'light reflection')
& concept2words_2(X,'light-reflection')
& move_1(X)
& tangible_entity_1(fn_light_reflection_1(X))
& light_1(fn_light_reflection_2(X))
& agent_2(X,fn_light_reflection_1(X))
& object_2(X,fn_light_reflection_2(X))
& fn_light_reflection_2(X) = fn_move_1(X) ) ) ).
fof(a530667,axiom,
! [X] :
( light_transmission_1(X)
=> ( original_name_2(X,'Light-Transmission')
& user_description_2(X,'Light transmission is the percentage of incident light that passes through a film.')
& concept2words_2(X,transmittance)
& concept2words_2(X,transmit)
& concept2words_2(X,'transmission of light')
& concept2words_2(X,'light transmission')
& concept2words_2(X,'light-transmission')
& move_through_1(X)
& move_through_1(fn_light_transmission_1(X))
& light_1(fn_light_transmission_2(X))
& spatial_entity_1(fn_move_1(fn_light_transmission_1(X)))
& subevent_2(X,fn_light_transmission_1(X))
& object_2(X,fn_light_transmission_2(X))
& object_2(fn_light_transmission_1(X),fn_light_transmission_2(X))
& fn_light_transmission_2(X) = fn_move_1(X)
& fn_light_transmission_2(X) = fn_move_1(fn_light_transmission_1(X)) ) ) ).
fof(a530668,axiom,
! [X] :
( lightning_1(X)
=> ( original_name_2(X,'Lightning')
& user_description_2(X,'A massive electrostatic discharge resulting from an imbalance of electrical charges in the atmosphere.')
& concept2words_2(X,lightning)
& physical_process_1(X) ) ) ).
fof(a530669,axiom,
! [X] :
( lignin_1(X)
=> ( original_name_2(X,'Lignin')
& user_description_2(X,'A complex chemical compound embedded within the cellulose matrix of plant cell walls. Lignin is a hard substance that provides structural support for terrestrial plants.')
& concept2words_2(X,lignin)
& polymer_1(X)
& ~ phytochrome_1(X)
& ~ uric_acid_1(X) ) ) ).
fof(a530670,axiom,
! [X] :
( limb_1(X)
=> ( original_name_2(X,'Limb')
& user_description_2(X,'In animals, a jointed or prehensile appendage used for locomotion, grasping, or carrying. In plants, a large or major branch of a tree.')
& concept2words_2(X,limb)
& anatomical_appendage_1(X) ) ) ).
fof(a530671,axiom,
! [X] :
( limb_development_1(X)
=> ( original_name_2(X,'Limb-Development')
& user_description_2(X,'The processes which direct the formation of the limbs during the embryonic development of an animal.')
& concept2words_2(X,develop)
& concept2words_2(X,'development of limb')
& concept2words_2(X,'limb development')
& concept2words_2(X,'limb-development')
& organ_development_1(X)
& digit_1(fn_limb_development_1(X))
& animal_1(fn_limb_development_2(X))
& limb_1(fn_limb_development_3(X))
& rate_value_1(fn_limb_development_6(X))
& size_value_1(fn_limb_development_7(X))
& periphery_1(fn_limb_development_8(X))
& biological_region_1(fn_limb_development_9(X))
& apoptosis_1(fn_limb_development_10(X))
& animal_embryo_1(fn_limb_development_11(X))
& digit_1(fn_limb_development_12(X))
& destroy_1(fn_limb_development_13(X))
& interdigital_tissue_1(fn_limb_development_14(X))
& dead_cell_1(fn_limb_development_15(X))
& death_1(fn_limb_development_16(X))
& animal_cell_1(fn_limb_development_17(X))
& blebbing_1(fn_limb_development_18(X))
& create_1(fn_limb_development_19(X))
& eukaryotic_cell_1(fn_limb_development_20(X))
& cellular_response_1(fn_limb_development_21(X))
& chemical_signaling_1(fn_limb_development_22(X))
& cell_differentiation_induction_1(fn_limb_development_22(X))
& entity_1(fn_create_1(fn_limb_development_19(X)))
& tangible_entity_1(fn_impair_1(fn_limb_development_13(X)))
& tangible_entity_1(fn_death_2(fn_limb_development_16(X)))
& eukaryotic_cell_1(fn_cell_differentiation_induction_5(fn_limb_development_22(X)))
& tangible_entity_1(fn_death_1(fn_limb_development_16(X)))
& cell_1(fn_blebbing_2(fn_limb_development_18(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_limb_development_14(X)))
& cellular_response_1(fn_chemical_signaling_6(fn_limb_development_22(X)))
& cellular_response_1(fn_cell_differentiation_induction_4(fn_limb_development_22(X)))
& agent_2(fn_limb_development_22(X),fn_limb_development_20(X))
& subevent_2(fn_limb_development_21(X),fn_limb_development_18(X))
& has_state_2(fn_limb_development_11(X),fn_limb_development_2(X))
& minCardinality(fn_limb_development_19(X),result_0,"1",digit_0)
& result_2(fn_limb_development_19(X),fn_limb_development_1(X))
& origin_2(fn_limb_development_10(X),fn_limb_development_8(X))
& rate_2(fn_limb_development_10(X),fn_limb_development_6(X))
& causes_2(fn_limb_development_10(X),fn_limb_development_16(X))
& causes_2(fn_limb_development_10(X),fn_limb_development_13(X))
& is_inside_2(fn_limb_development_14(X),fn_limb_development_9(X))
& size_2(fn_limb_development_14(X),fn_limb_development_7(X))
& is_between_2(fn_limb_development_9(X),fn_limb_development_12(X))
& is_between_2(fn_limb_development_9(X),fn_limb_development_1(X))
& has_region_2(fn_limb_development_9(X),fn_limb_development_8(X))
& by_means_of_2(X,fn_limb_development_10(X))
& base_2(X,fn_limb_development_11(X))
& result_2(X,fn_limb_development_3(X))
& greater_than_2(fn_limb_development_7(X),fn_limb_development_7(X))
& inversely_proportional_2(fn_limb_development_7(X),fn_limb_development_6(X))
& enables_2(fn_limb_development_13(X),fn_limb_development_19(X))
& has_part_2(fn_limb_development_2(X),fn_limb_development_3(X))
& object_2(fn_limb_development_16(X),fn_limb_development_17(X))
& result_2(fn_limb_development_19(X),fn_limb_development_12(X))
& object_2(fn_limb_development_13(X),fn_limb_development_14(X))
& result_2(fn_limb_development_16(X),fn_limb_development_15(X))
& base_2(fn_limb_development_18(X),fn_limb_development_17(X))
& has_part_2(fn_limb_development_14(X),fn_limb_development_17(X))
& causes_2(fn_limb_development_22(X),X)
& subevent_2(fn_limb_development_22(X),fn_limb_development_21(X))
& base_2(fn_limb_development_21(X),fn_limb_development_20(X))
& base_2(fn_limb_development_22(X),fn_limb_development_20(X))
& fn_limb_development_17(X) = fn_death_1(fn_limb_development_16(X))
& fn_limb_development_12(X) = fn_create_1(fn_limb_development_19(X))
& fn_limb_development_14(X) = fn_impair_1(fn_limb_development_13(X))
& fn_limb_development_15(X) = fn_death_2(fn_limb_development_16(X))
& fn_limb_development_17(X) = fn_blebbing_2(fn_limb_development_18(X))
& fn_limb_development_17(X) = fn_tissue_1(fn_limb_development_14(X))
& fn_limb_development_22(X) = fn_organ_development_1(X)
& fn_limb_development_21(X) = fn_chemical_signaling_6(fn_limb_development_22(X))
& fn_limb_development_21(X) = fn_cell_differentiation_induction_4(fn_limb_development_22(X))
& fn_limb_development_20(X) = fn_cell_differentiation_induction_5(fn_limb_development_22(X))
& fn_death_1(fn_limb_development_16(X)) = fn_blebbing_2(fn_limb_development_18(X))
& fn_blebbing_2(fn_limb_development_18(X)) = fn_blebbing_2(fn_limb_development_18(X))
& fn_blebbing_2(fn_limb_development_18(X)) = fn_tissue_1(fn_limb_development_14(X))
& fn_tissue_1(fn_limb_development_14(X)) = fn_chemical_signaling_6(fn_limb_development_22(X))
& fn_chemical_signaling_6(fn_limb_development_22(X)) = fn_cell_differentiation_induction_4(fn_limb_development_22(X))
& fn_cell_differentiation_induction_4(fn_limb_development_22(X)) = fn_cell_differentiation_induction_4(fn_limb_development_22(X)) ) ) ).
fof(a530672,axiom,
! [X] :
( limiting_nutrient_1(X)
=> ( original_name_2(X,'Limiting-Nutrient')
& user_description_2(X,'The nutrient that is in most short supply compared to other nutrients. Addition of the limiting nutrient will increase productivity in an ecosystem.')
& concept2words_2(X,'nutrient of limiting')
& concept2words_2(X,'limiting nutrient')
& concept2words_2(X,'limiting-nutrient')
& nutrient_1(X)
& ~ macronutrient_1(X)
& ~ micronutrient_1(X) ) ) ).
fof(a530673,axiom,
! [X] :
( limnetic_zone_1(X)
=> ( original_name_2(X,'Limnetic-Zone')
& user_description_2(X,'The well-lit surface waters of a lake far from shore.')
& concept2words_2(X,'limnetic zone')
& concept2words_2(X,'limnetic-zone')
& aquatic_zone_1(X)
& ~ abyssal_zone_1(X)
& ~ aphotic_zone_1(X)
& ~ benthic_zone_1(X)
& ~ deep_sea_hydrothermal_vent_1(X)
& ~ estuary_1(X)
& ~ eutrophic_lake_1(X)
& ~ intertidal_zone_1(X)
& ~ littoral_zone_1(X)
& ~ marine_benthic_zone_1(X)
& ~ neritic_zone_1(X)
& ~ oceanic_pelagic_zone_1(X)
& ~ oligotrophic_lake_1(X)
& ~ photic_zone_1(X) ) ) ).
fof(a530674,axiom,
! [X] :
( linear_electron_flow_1(X)
=> ( original_name_2(X,'Linear-Electron-Flow')
& user_description_2(X,'A route of electron flow during the light reactions of photosynthesis that involves both photosystems (I and II) and produces ATP, NADPH, and O2. The net electron flow is from H2O to NADP+.')
& concept2words_2(X,'transfer energy')
& concept2words_2(X,convert)
& concept2words_2(X,'linear electron flow')
& concept2words_2(X,'linear-electron-flow')
& electron_transport_chain_reaction_1(X)
& ~ cyclic_electron_flow_1(X)
& electronegativity_value_1(fn_linear_electron_flow_1(X))
& atom_1(fn_linear_electron_flow_2(X))
& oxidation_state_value_1(fn_linear_electron_flow_6(X))
& oxidation_state_value_1(fn_linear_electron_flow_7(X))
& oxidation_state_value_1(fn_linear_electron_flow_10(X))
& oxidation_state_value_1(fn_linear_electron_flow_11(X))
& accessory_pigment_1(fn_linear_electron_flow_12(X))
& oxidation_state_value_1(fn_linear_electron_flow_18(X))
& oxidation_state_value_1(fn_linear_electron_flow_19(X))
& oxidation_state_value_1(fn_linear_electron_flow_20(X))
& oxidation_state_value_1(fn_linear_electron_flow_21(X))
& quantity_value_1(fn_linear_electron_flow_22(X))
& activation_energy_1(fn_linear_electron_flow_23(X))
& redox_reaction_1(fn_linear_electron_flow_24(X))
& redox_reaction_1(fn_linear_electron_flow_25(X))
& cell_1(fn_linear_electron_flow_26(X))
& oxygen_molecule_1(fn_linear_electron_flow_27(X))
& light_transmission_1(fn_linear_electron_flow_28(X))
& time_interval_1(fn_linear_electron_flow_29(X))
& lose_1(fn_linear_electron_flow_30(X))
& quantity_value_1(fn_linear_electron_flow_35(X))
& quantity_value_1(fn_linear_electron_flow_36(X))
& thylakoid_space_1(fn_linear_electron_flow_37(X))
& chemical_energy_1(fn_linear_electron_flow_38(X))
& time_interval_1(fn_linear_electron_flow_39(X))
& voltage_value_1(fn_linear_electron_flow_40(X))
& voltage_value_1(fn_linear_electron_flow_42(X))
& voltage_value_1(fn_linear_electron_flow_43(X))
& voltage_value_1(fn_linear_electron_flow_44(X))
& create_1(fn_linear_electron_flow_45(X))
& create_1(fn_linear_electron_flow_46(X))
& create_1(fn_linear_electron_flow_47(X))
& oxidation_state_value_1(fn_linear_electron_flow_51(X))
& oxidation_state_value_1(fn_linear_electron_flow_52(X))
& oxidation_state_value_1(fn_linear_electron_flow_53(X))
& oxidation_state_value_1(fn_linear_electron_flow_54(X))
& atom_1(fn_linear_electron_flow_59(X))
& electronegativity_value_1(fn_linear_electron_flow_60(X))
& light_harvesting_complex_1(fn_linear_electron_flow_62(X))
& reaction_center_complex_1(fn_linear_electron_flow_63(X))
& carotenoid_1(fn_linear_electron_flow_64(X))
& protein_1(fn_linear_electron_flow_65(X))
& protein_1(fn_linear_electron_flow_66(X))
& protein_1(fn_linear_electron_flow_67(X))
& spatial_entity_1(fn_linear_electron_flow_68(X))
& organic_molecule_1(fn_linear_electron_flow_68(X))
& chlorophyll_b_1(fn_linear_electron_flow_68(X))
& spatial_entity_1(fn_linear_electron_flow_69(X))
& chemical_entity_1(fn_linear_electron_flow_69(X))
& organic_molecule_1(fn_linear_electron_flow_69(X))
& porphyrin_1(fn_linear_electron_flow_69(X))
& chlorophyll_a_1(fn_linear_electron_flow_69(X))
& p700_1(fn_linear_electron_flow_70(X))
& spatial_entity_1(fn_linear_electron_flow_73(X))
& chlorophyll_a_1(fn_linear_electron_flow_73(X))
& p680_1(fn_linear_electron_flow_73(X))
& tangible_entity_1(fn_linear_electron_flow_73(X))
& electron_1(fn_linear_electron_flow_74(X))
& attach_1(fn_linear_electron_flow_75(X))
& move_into_1(fn_linear_electron_flow_76(X))
& move_1(fn_linear_electron_flow_76(X))
& absorb_1(fn_linear_electron_flow_76(X))
& hold_1(fn_linear_electron_flow_77(X))
& hold_together_1(fn_linear_electron_flow_77(X))
& protein_1(fn_linear_electron_flow_78(X))
& attach_1(fn_linear_electron_flow_79(X))
& attach_1(fn_linear_electron_flow_80(X))
& intensity_value_1(fn_linear_electron_flow_81(X))
& quantity_value_1(fn_linear_electron_flow_82(X))
& potential_energy_1(fn_linear_electron_flow_83(X))
& ferredoxin_1(fn_linear_electron_flow_88(X))
& tangible_entity_1(fn_linear_electron_flow_89(X))
& electron_1(fn_linear_electron_flow_89(X))
& atom_1(fn_linear_electron_flow_90(X))
& oxidation_1(fn_linear_electron_flow_91(X))
& reduction_1(fn_linear_electron_flow_92(X))
& atom_1(fn_linear_electron_flow_93(X))
& chemical_entity_1(fn_linear_electron_flow_94(X))
& nadp_plus_1(fn_linear_electron_flow_94(X))
& tangible_entity_1(fn_linear_electron_flow_95(X))
& electron_1(fn_linear_electron_flow_95(X))
& atom_1(fn_linear_electron_flow_96(X))
& oxidation_1(fn_linear_electron_flow_97(X))
& reduction_1(fn_linear_electron_flow_98(X))
& chemical_entity_1(fn_linear_electron_flow_99(X))
& nadph_1(fn_linear_electron_flow_99(X))
& nadp_plus_reductase_1(fn_linear_electron_flow_100(X))
& reactant_1(fn_linear_electron_flow_101(X))
& atom_1(fn_linear_electron_flow_102(X))
& electronegativity_value_1(fn_linear_electron_flow_103(X))
& electronegativity_value_1(fn_linear_electron_flow_104(X))
& electronegativity_value_1(fn_linear_electron_flow_105(X))
& electronegativity_value_1(fn_linear_electron_flow_106(X))
& molecule_1(fn_linear_electron_flow_109(X))
& oxidation_1(fn_linear_electron_flow_110(X))
& reduction_1(fn_linear_electron_flow_111(X))
& tangible_entity_1(fn_linear_electron_flow_112(X))
& electron_1(fn_linear_electron_flow_112(X))
& atom_1(fn_linear_electron_flow_113(X))
& atom_1(fn_linear_electron_flow_114(X))
& reduction_1(fn_linear_electron_flow_115(X))
& primary_electron_acceptor_1(fn_linear_electron_flow_116(X))
& electronegativity_value_1(fn_linear_electron_flow_117(X))
& electronegativity_value_1(fn_linear_electron_flow_118(X))
& p700_1(fn_linear_electron_flow_120(X))
& molecule_1(fn_linear_electron_flow_121(X))
& oxidation_1(fn_linear_electron_flow_122(X))
& reduction_1(fn_linear_electron_flow_123(X))
& lose_1(fn_linear_electron_flow_124(X))
& entity_1(fn_linear_electron_flow_125(X))
& potential_energy_1(fn_linear_electron_flow_125(X))
& tangible_entity_1(fn_linear_electron_flow_126(X))
& electron_1(fn_linear_electron_flow_126(X))
& lose_1(fn_linear_electron_flow_127(X))
& atom_1(fn_linear_electron_flow_128(X))
& electronegativity_value_1(fn_linear_electron_flow_129(X))
& redox_reaction_1(fn_linear_electron_flow_130(X))
& transfer_1(fn_linear_electron_flow_131(X))
& energy_1(fn_linear_electron_flow_132(X))
& redox_reaction_1(fn_linear_electron_flow_135(X))
& chemical_entity_1(fn_linear_electron_flow_136(X))
& cytochrome_complex_1(fn_linear_electron_flow_136(X))
& oxidation_1(fn_linear_electron_flow_137(X))
& reduction_1(fn_linear_electron_flow_138(X))
& tangible_entity_1(fn_linear_electron_flow_139(X))
& electron_1(fn_linear_electron_flow_139(X))
& atom_1(fn_linear_electron_flow_140(X))
& atom_1(fn_linear_electron_flow_141(X))
& electronegativity_value_1(fn_linear_electron_flow_142(X))
& electronegativity_value_1(fn_linear_electron_flow_143(X))
& redox_reaction_1(fn_linear_electron_flow_146(X))
& chemical_entity_1(fn_linear_electron_flow_147(X))
& organic_molecule_1(fn_linear_electron_flow_147(X))
& plastoquinone_1(fn_linear_electron_flow_147(X))
& oxidation_1(fn_linear_electron_flow_148(X))
& reduction_1(fn_linear_electron_flow_149(X))
& tangible_entity_1(fn_linear_electron_flow_150(X))
& electron_1(fn_linear_electron_flow_150(X))
& atom_1(fn_linear_electron_flow_151(X))
& atom_1(fn_linear_electron_flow_152(X))
& electronegativity_value_1(fn_linear_electron_flow_153(X))
& electronegativity_value_1(fn_linear_electron_flow_154(X))
& molecule_1(fn_linear_electron_flow_155(X))
& chemical_reaction_1(fn_linear_electron_flow_157(X))
& redox_reaction_1(fn_linear_electron_flow_157(X))
& oxidation_1(fn_linear_electron_flow_158(X))
& reduction_1(fn_linear_electron_flow_159(X))
& activation_energy_1(fn_linear_electron_flow_160(X))
& electron_donor_1(fn_linear_electron_flow_161(X))
& electron_1(fn_linear_electron_flow_162(X))
& quantity_value_1(fn_linear_electron_flow_163(X))
& tangible_entity_1(fn_linear_electron_flow_164(X))
& free_energy_1(fn_linear_electron_flow_164(X))
& release_1(fn_linear_electron_flow_165(X))
& hold_together_1(fn_linear_electron_flow_166(X))
& phospholipid_1(fn_linear_electron_flow_167(X))
& catalyst_1(fn_linear_electron_flow_172(X))
& protein_enzyme_1(fn_linear_electron_flow_173(X))
& active_site_1(fn_linear_electron_flow_174(X))
& decrease_1(fn_linear_electron_flow_175(X))
& container_1(fn_linear_electron_flow_176(X))
& redox_reaction_1(fn_linear_electron_flow_177(X))
& chemical_reaction_1(fn_linear_electron_flow_177(X))
& water_molecule_1(fn_linear_electron_flow_178(X))
& oxidation_1(fn_linear_electron_flow_179(X))
& reduction_1(fn_linear_electron_flow_180(X))
& tangible_entity_1(fn_linear_electron_flow_181(X))
& electron_1(fn_linear_electron_flow_181(X))
& electron_recipient_1(fn_linear_electron_flow_182(X))
& atom_1(fn_linear_electron_flow_183(X))
& atom_1(fn_linear_electron_flow_184(X))
& electronegativity_value_1(fn_linear_electron_flow_185(X))
& electronegativity_value_1(fn_linear_electron_flow_186(X))
& tangible_entity_1(fn_linear_electron_flow_187(X))
& entity_1(fn_linear_electron_flow_187(X))
& chemical_entity_1(fn_linear_electron_flow_187(X))
& atom_1(fn_linear_electron_flow_187(X))
& hydrogen_1(fn_linear_electron_flow_187(X))
& move_into_1(fn_linear_electron_flow_188(X))
& move_1(fn_linear_electron_flow_188(X))
& absorb_1(fn_linear_electron_flow_188(X))
& light_reflection_1(fn_linear_electron_flow_189(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_linear_electron_flow_190(X))
& work_1(fn_linear_electron_flow_190(X))
& endergonic_process_1(fn_linear_electron_flow_190(X))
& tangible_entity_1(fn_linear_electron_flow_191(X))
& energy_1(fn_linear_electron_flow_191(X))
& free_energy_1(fn_linear_electron_flow_191(X))
& release_1(fn_linear_electron_flow_192(X))
& tangible_entity_1(fn_linear_electron_flow_193(X))
& electron_1(fn_linear_electron_flow_193(X))
& atom_1(fn_linear_electron_flow_194(X))
& electronegativity_value_1(fn_linear_electron_flow_195(X))
& electronegativity_value_1(fn_linear_electron_flow_196(X))
& atom_1(fn_linear_electron_flow_197(X))
& photosystem_ii_1(fn_linear_electron_flow_198(X))
& light_harvesting_complex_1(fn_linear_electron_flow_199(X))
& tangible_entity_1(fn_linear_electron_flow_200(X))
& organic_molecule_1(fn_linear_electron_flow_200(X))
& protein_1(fn_linear_electron_flow_200(X))
& chemical_energy_1(fn_linear_electron_flow_201(X))
& spatial_entity_1(fn_linear_electron_flow_202(X))
& tangible_entity_1(fn_linear_electron_flow_202(X))
& chlorophyll_a_1(fn_linear_electron_flow_202(X))
& organic_molecule_1(fn_linear_electron_flow_202(X))
& porphyrin_1(fn_linear_electron_flow_202(X))
& chemical_entity_1(fn_linear_electron_flow_202(X))
& p680_1(fn_linear_electron_flow_202(X))
& redox_reaction_1(fn_linear_electron_flow_203(X))
& entity_1(fn_linear_electron_flow_204(X))
& chemical_entity_1(fn_linear_electron_flow_204(X))
& atom_1(fn_linear_electron_flow_204(X))
& carbon_1(fn_linear_electron_flow_204(X))
& nitrogen_1(fn_linear_electron_flow_205(X))
& carbon_skeleton_1(fn_linear_electron_flow_206(X))
& chemical_entity_1(fn_linear_electron_flow_207(X))
& entity_1(fn_linear_electron_flow_207(X))
& atom_1(fn_linear_electron_flow_207(X))
& carbon_1(fn_linear_electron_flow_207(X))
& membrane_1(fn_linear_electron_flow_208(X))
& spatial_entity_1(fn_linear_electron_flow_208(X))
& biomembrane_1(fn_linear_electron_flow_208(X))
& thylakoid_membrane_1(fn_linear_electron_flow_208(X))
& tangible_entity_1(fn_linear_electron_flow_209(X))
& chemical_entity_1(fn_linear_electron_flow_209(X))
& spatial_entity_1(fn_linear_electron_flow_209(X))
& protein_1(fn_linear_electron_flow_209(X))
& plastocyanin_1(fn_linear_electron_flow_209(X))
& reaction_center_complex_1(fn_linear_electron_flow_210(X))
& tangible_entity_1(fn_linear_electron_flow_211(X))
& atp_synthase_1(fn_linear_electron_flow_211(X))
& chemical_entity_1(fn_linear_electron_flow_212(X))
& ion_1(fn_linear_electron_flow_212(X))
& hydrogen_ion_1(fn_linear_electron_flow_212(X))
& chemical_entity_1(fn_linear_electron_flow_213(X))
& cytochrome_1(fn_linear_electron_flow_213(X))
& plastoquinone_1(fn_linear_electron_flow_214(X))
& take_in_1(fn_linear_electron_flow_215(X))
& move_into_1(fn_linear_electron_flow_215(X))
& move_1(fn_linear_electron_flow_215(X))
& absorb_1(fn_linear_electron_flow_215(X))
& electron_transport_chain_1(fn_linear_electron_flow_216(X))
& thylakoid_electron_transport_chain_1(fn_linear_electron_flow_216(X))
& system_1(fn_linear_electron_flow_217(X))
& atp_1(fn_linear_electron_flow_218(X))
& hydrogen_ion_1(fn_linear_electron_flow_219(X))
& transfer_1(fn_linear_electron_flow_220(X))
& p680_plus__1(fn_linear_electron_flow_221(X))
& lipid_1(fn_linear_electron_flow_222(X))
& glycolipid_1(fn_linear_electron_flow_222(X))
& chemical_entity_1(fn_linear_electron_flow_223(X))
& cytochrome_complex_1(fn_linear_electron_flow_223(X))
& p700_plus__1(fn_linear_electron_flow_224(X))
& tangible_entity_1(fn_linear_electron_flow_225(X))
& carotenoid_1(fn_linear_electron_flow_225(X))
& chemical_entity_1(fn_linear_electron_flow_225(X))
& energy_1(fn_linear_electron_flow_226(X))
& barrier_1(fn_linear_electron_flow_227(X))
& container_1(fn_linear_electron_flow_227(X))
& reactant_1(fn_linear_electron_flow_228(X))
& reducing_agent_1(fn_linear_electron_flow_229(X))
& primary_electron_acceptor_1(fn_linear_electron_flow_230(X))
& molecule_1(fn_linear_electron_flow_231(X))
& chemical_entity_1(fn_linear_electron_flow_231(X))
& electron_1(fn_linear_electron_flow_232(X))
& attach_1(fn_linear_electron_flow_233(X))
& attach_1(fn_linear_electron_flow_234(X))
& voltage_value_1(fn_linear_electron_flow_235(X))
& voltage_value_1(fn_linear_electron_flow_236(X))
& membrane_potential_1(fn_linear_electron_flow_237(X))
& carbohydrate_side_chain_1(fn_linear_electron_flow_238(X))
& carbohydrate_side_chain_1(fn_linear_electron_flow_239(X))
& carbon_skeleton_1(fn_linear_electron_flow_240(X))
& carbon_skeleton_1(fn_linear_electron_flow_241(X))
& chemical_entity_1(fn_linear_electron_flow_242(X))
& ferredoxin_1(fn_linear_electron_flow_242(X))
& release_1(fn_linear_electron_flow_245(X))
& redox_reaction_1(fn_linear_electron_flow_246(X))
& attach_1(fn_linear_electron_flow_247(X))
& phospholipid_1(fn_linear_electron_flow_248(X))
& phospholipid_1(fn_linear_electron_flow_249(X))
& phospholipid_1(fn_linear_electron_flow_250(X))
& water_1(fn_linear_electron_flow_251(X))
& hydrophobic_core_1(fn_linear_electron_flow_252(X))
& restrain_1(fn_linear_electron_flow_253(X))
& hydrophilic_head_1(fn_linear_electron_flow_254(X))
& fatty_acid_tail_1(fn_linear_electron_flow_255(X))
& fatty_acid_tail_1(fn_linear_electron_flow_256(X))
& hydrophilic_face_1(fn_linear_electron_flow_257(X))
& hydrophobic_face_1(fn_linear_electron_flow_258(X))
& hydrophobic_face_1(fn_linear_electron_flow_259(X))
& phospholipid_layer_1(fn_linear_electron_flow_260(X))
& phospholipid_layer_1(fn_linear_electron_flow_261(X))
& hold_together_1(fn_linear_electron_flow_262(X))
& hold_together_1(fn_linear_electron_flow_263(X))
& hold_together_1(fn_linear_electron_flow_264(X))
& carbohydrate_side_chain_1(fn_linear_electron_flow_265(X))
& carbon_skeleton_1(fn_linear_electron_flow_266(X))
& plastocyanin_1(fn_linear_electron_flow_267(X))
& oxidation_1(fn_linear_electron_flow_268(X))
& reduction_1(fn_linear_electron_flow_269(X))
& tangible_entity_1(fn_linear_electron_flow_270(X))
& electron_1(fn_linear_electron_flow_270(X))
& chemical_reaction_1(fn_linear_electron_flow_271(X))
& redox_reaction_1(fn_linear_electron_flow_271(X))
& chemical_reaction_1(fn_linear_electron_flow_272(X))
& redox_reaction_1(fn_linear_electron_flow_272(X))
& redox_reaction_1(fn_linear_electron_flow_273(X))
& surface_1(fn_linear_electron_flow_274(X))
& outside_face_1(fn_linear_electron_flow_274(X))
& active_movement_of_ions_1(fn_linear_electron_flow_275(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_linear_electron_flow_275(X))
& tangible_entity_1(fn_linear_electron_flow_276(X))
& phospholipid_bilayer_1(fn_linear_electron_flow_276(X))
& active_movement_of_ions_1(fn_linear_electron_flow_277(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_linear_electron_flow_277(X))
& protein_1(fn_linear_electron_flow_278(X))
& attach_1(fn_linear_electron_flow_279(X))
& attach_1(fn_linear_electron_flow_280(X))
& attach_1(fn_linear_electron_flow_281(X))
& attach_1(fn_linear_electron_flow_282(X))
& attach_1(fn_linear_electron_flow_283(X))
& inside_face_1(fn_linear_electron_flow_284(X))
& spatial_entity_1(fn_linear_electron_flow_285(X))
& carbohydrate_side_chain_1(fn_linear_electron_flow_285(X))
& spatial_entity_1(fn_linear_electron_flow_286(X))
& carbohydrate_side_chain_1(fn_linear_electron_flow_286(X))
& carbohydrate_side_chain_1(fn_linear_electron_flow_287(X))
& carbohydrate_side_chain_1(fn_linear_electron_flow_288(X))
& carbohydrate_side_chain_1(fn_linear_electron_flow_289(X))
& carbon_skeleton_1(fn_linear_electron_flow_290(X))
& spatial_entity_1(fn_linear_electron_flow_290(X))
& carbon_skeleton_1(fn_linear_electron_flow_291(X))
& carbon_skeleton_1(fn_linear_electron_flow_292(X))
& carbon_skeleton_1(fn_linear_electron_flow_293(X))
& carbon_skeleton_1(fn_linear_electron_flow_294(X))
& aqueous_solution_1(fn_linear_electron_flow_295(X))
& aqueous_solution_1(fn_linear_electron_flow_296(X))
& block_1(fn_linear_electron_flow_297(X))
& block_1(fn_linear_electron_flow_298(X))
& block_1(fn_linear_electron_flow_299(X))
& block_1(fn_linear_electron_flow_300(X))
& barrier_1(fn_linear_electron_flow_301(X))
& attach_1(fn_linear_electron_flow_302(X))
& chemical_energy_1(fn_linear_electron_flow_303(X))
& quantity_value_1(fn_linear_electron_flow_304(X))
& quantity_value_1(fn_linear_electron_flow_305(X))
& move_apart_1(fn_linear_electron_flow_308(X))
& hydrophilic_head_1(fn_linear_electron_flow_309(X))
& hydrophilic_face_1(fn_linear_electron_flow_310(X))
& hydrophilic_head_1(fn_linear_electron_flow_311(X))
& hydrophilic_face_1(fn_linear_electron_flow_312(X))
& spatial_entity_1(fn_linear_electron_flow_313(X))
& phospholipid_1(fn_linear_electron_flow_313(X))
& phospholipid_1(fn_linear_electron_flow_314(X))
& phospholipid_layer_1(fn_linear_electron_flow_315(X))
& phospholipid_layer_1(fn_linear_electron_flow_316(X))
& hydrophobic_core_1(fn_linear_electron_flow_317(X))
& photosystem_i_1(fn_linear_electron_flow_318(X))
& block_1(fn_linear_electron_flow_319(X))
& block_1(fn_linear_electron_flow_320(X))
& block_1(fn_linear_electron_flow_321(X))
& organic_molecule_1(fn_linear_electron_flow_322(X))
& plastoquinone_1(fn_linear_electron_flow_322(X))
& tangible_entity_1(fn_linear_electron_flow_323(X))
& phospholipid_bilayer_1(fn_linear_electron_flow_323(X))
& atp_synthase_1(fn_linear_electron_flow_324(X))
& thylakoid_electron_transport_chain_1(fn_linear_electron_flow_325(X))
& spatial_entity_1(fn_move_apart_1(fn_linear_electron_flow_308(X)))
& tangible_entity_1(fn_hold_2(fn_linear_electron_flow_263(X)))
& tangible_entity_1(fn_hold_2(fn_linear_electron_flow_262(X)))
& tangible_entity_1(fn_hold_2(fn_linear_electron_flow_264(X)))
& tangible_entity_1(fn_hold_2(fn_linear_electron_flow_166(X)))
& tangible_entity_1(fn_restrain_1(fn_linear_electron_flow_253(X)))
& entity_1(fn_transfer_1(fn_linear_electron_flow_220(X)))
& entity_1(fn_transfer_1(fn_linear_electron_flow_131(X)))
& electron_recipient_1(fn_reduction_2(fn_linear_electron_flow_180(X)))
& reactant_1(fn_enzyme_7(fn_linear_electron_flow_100(X)))
& chemical_reaction_1(fn_enzyme_4(fn_linear_electron_flow_100(X)))
& container_1(fn_release_3(fn_linear_electron_flow_192(X)))
& property_node_1(fn_redox_reaction_15(fn_linear_electron_flow_177(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_linear_electron_flow_177(X)))
& atom_1(fn_redox_reaction_13(fn_linear_electron_flow_177(X)))
& property_node_1(fn_redox_reaction_3(fn_linear_electron_flow_177(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_linear_electron_flow_177(X)))
& atom_1(fn_redox_reaction_2(fn_linear_electron_flow_177(X)))
& property_node_1(fn_redox_reaction_3(fn_linear_electron_flow_271(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_linear_electron_flow_271(X)))
& atom_1(fn_redox_reaction_2(fn_linear_electron_flow_271(X)))
& property_node_1(fn_redox_reaction_15(fn_linear_electron_flow_135(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_linear_electron_flow_135(X)))
& atom_1(fn_redox_reaction_13(fn_linear_electron_flow_135(X)))
& property_node_1(fn_redox_reaction_3(fn_linear_electron_flow_203(X)))
& atom_1(fn_redox_reaction_2(fn_linear_electron_flow_203(X)))
& property_node_1(fn_redox_reaction_15(fn_linear_electron_flow_203(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_linear_electron_flow_203(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_linear_electron_flow_203(X)))
& atom_1(fn_redox_reaction_13(fn_linear_electron_flow_203(X)))
& reduction_1(fn_redox_reaction_10(fn_linear_electron_flow_203(X)))
& oxidation_1(fn_redox_reaction_11(fn_linear_electron_flow_203(X)))
& property_node_1(fn_redox_reaction_3(fn_linear_electron_flow_146(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_linear_electron_flow_146(X)))
& atom_1(fn_redox_reaction_2(fn_linear_electron_flow_146(X)))
& property_node_1(fn_oxidation_5(fn_linear_electron_flow_158(X)))
& atom_1(fn_oxidation_1(fn_linear_electron_flow_158(X)))
& catalyst_1(fn_enzyme_6(fn_linear_electron_flow_173(X)))
& active_site_1(fn_enzyme_2(fn_linear_electron_flow_173(X)))
& decrease_1(fn_enzyme_5(fn_linear_electron_flow_173(X)))
& chlorophyll_a_1(fn_reaction_center_complex_12(fn_linear_electron_flow_63(X)))
& property_node_1(fn_reaction_center_complex_3(fn_linear_electron_flow_210(X)))
& property_node_1(fn_reaction_center_complex_1(fn_linear_electron_flow_210(X)))
& intensity_value_1(fn_reaction_center_complex_4(fn_linear_electron_flow_210(X)))
& quantity_value_1(fn_reaction_center_complex_2(fn_linear_electron_flow_210(X)))
& potential_energy_1(fn_reaction_center_complex_10(fn_linear_electron_flow_210(X)))
& property_node_1(fn_redox_reaction_15(fn_linear_electron_flow_130(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_linear_electron_flow_130(X)))
& atom_1(fn_redox_reaction_13(fn_linear_electron_flow_130(X)))
& reduction_1(fn_redox_reaction_10(fn_linear_electron_flow_135(X)))
& oxidation_1(fn_redox_reaction_11(fn_linear_electron_flow_135(X)))
& reduction_1(fn_redox_reaction_10(fn_linear_electron_flow_177(X)))
& oxidation_1(fn_redox_reaction_11(fn_linear_electron_flow_177(X)))
& property_node_1(fn_redox_reaction_3(fn_linear_electron_flow_273(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_linear_electron_flow_273(X)))
& reduction_1(fn_redox_reaction_10(fn_linear_electron_flow_273(X)))
& attach_1(fn_photosystem_ii_20(fn_linear_electron_flow_198(X)))
& protein_1(fn_photosystem_ii_21(fn_linear_electron_flow_198(X)))
& take_in_1(fn_photosystem_ii_4(fn_linear_electron_flow_198(X)))
& move_into_1(fn_photosystem_ii_4(fn_linear_electron_flow_198(X)))
& move_1(fn_photosystem_ii_4(fn_linear_electron_flow_198(X)))
& absorb_1(fn_photosystem_ii_4(fn_linear_electron_flow_198(X)))
& barrier_1(fn_photosystem_ii_5(fn_linear_electron_flow_198(X)))
& container_1(fn_photosystem_ii_5(fn_linear_electron_flow_198(X)))
& light_harvesting_complex_1(fn_photosystem_ii_18(fn_linear_electron_flow_198(X)))
& reaction_center_complex_1(fn_photosystem_ii_9(fn_linear_electron_flow_198(X)))
& spatial_entity_1(fn_light_harvesting_complex_19(fn_linear_electron_flow_62(X)))
& organic_molecule_1(fn_light_harvesting_complex_19(fn_linear_electron_flow_62(X)))
& chlorophyll_b_1(fn_light_harvesting_complex_19(fn_linear_electron_flow_62(X)))
& spatial_entity_1(fn_light_harvesting_complex_20(fn_linear_electron_flow_62(X)))
& chemical_entity_1(fn_light_harvesting_complex_20(fn_linear_electron_flow_62(X)))
& organic_molecule_1(fn_light_harvesting_complex_20(fn_linear_electron_flow_62(X)))
& porphyrin_1(fn_light_harvesting_complex_20(fn_linear_electron_flow_62(X)))
& chlorophyll_a_1(fn_light_harvesting_complex_20(fn_linear_electron_flow_62(X)))
& carotenoid_1(fn_light_harvesting_complex_21(fn_linear_electron_flow_62(X)))
& reduction_1(fn_redox_reaction_10(fn_linear_electron_flow_130(X)))
& lose_1(fn_redox_reaction_8(fn_linear_electron_flow_130(X)))
& oxidation_1(fn_redox_reaction_11(fn_linear_electron_flow_130(X)))
& property_node_1(fn_oxidation_6(fn_linear_electron_flow_179(X)))
& electron_donor_1(fn_oxidation_8(fn_linear_electron_flow_179(X)))
& property_node_1(fn_oxidation_5(fn_linear_electron_flow_179(X)))
& quantity_value_1(fn_oxidation_3(fn_linear_electron_flow_179(X)))
& oxidation_1(fn_redox_reaction_11(fn_linear_electron_flow_273(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_linear_electron_flow_272(X)))
& nitrogen_1(fn_porphyrin_7(fn_linear_electron_flow_202(X)))
& electron_recipient_1(fn_reduction_2(fn_linear_electron_flow_159(X)))
& reducing_agent_1(fn_reduction_5(fn_linear_electron_flow_159(X)))
& property_node_1(fn_oxidation_5(fn_linear_electron_flow_97(X)))
& atom_1(fn_oxidation_1(fn_linear_electron_flow_97(X)))
& electron_recipient_1(fn_reduction_2(fn_linear_electron_flow_115(X)))
& electron_recipient_1(fn_reduction_2(fn_linear_electron_flow_123(X)))
& fatty_acid_tail_1(fn_phospholipid_layer_15(fn_linear_electron_flow_261(X)))
& fatty_acid_tail_1(fn_phospholipid_layer_16(fn_linear_electron_flow_261(X)))
& hydrophobic_face_1(fn_phospholipid_layer_1(fn_linear_electron_flow_261(X)))
& fatty_acid_tail_1(fn_phospholipid_layer_15(fn_linear_electron_flow_260(X)))
& fatty_acid_tail_1(fn_phospholipid_layer_16(fn_linear_electron_flow_260(X)))
& hydrophobic_face_1(fn_phospholipid_layer_1(fn_linear_electron_flow_260(X)))
& oxidation_1(fn_redox_reaction_11(fn_linear_electron_flow_146(X)))
& reduction_1(fn_redox_reaction_10(fn_linear_electron_flow_146(X)))
& reduction_1(fn_redox_reaction_10(fn_linear_electron_flow_272(X)))
& oxidation_1(fn_redox_reaction_11(fn_linear_electron_flow_272(X)))
& glycolipid_1(fn_biomembrane_29(fn_linear_electron_flow_208(X)))
& attach_1(fn_biomembrane_73(fn_linear_electron_flow_208(X)))
& property_node_1(fn_biomembrane_5(fn_linear_electron_flow_208(X)))
& voltage_value_1(fn_biomembrane_11(fn_linear_electron_flow_208(X)))
& membrane_potential_1(fn_biomembrane_8(fn_linear_electron_flow_208(X)))
& property_node_1(fn_biomembrane_7(fn_linear_electron_flow_208(X)))
& voltage_value_1(fn_biomembrane_9(fn_linear_electron_flow_208(X)))
& phospholipid_layer_1(fn_thylakoid_membrane_11(fn_linear_electron_flow_208(X)))
& phospholipid_layer_1(fn_thylakoid_membrane_10(fn_linear_electron_flow_208(X)))
& atp_synthase_1(fn_thylakoid_membrane_9(fn_linear_electron_flow_208(X)))
& photosystem_i_1(fn_thylakoid_membrane_16(fn_linear_electron_flow_208(X)))
& hold_together_1(fn_reaction_center_complex_14(fn_linear_electron_flow_210(X)))
& hydrophilic_head_1(fn_phospholipid_bilayer_37(fn_linear_electron_flow_323(X)))
& hydrophilic_head_1(fn_phospholipid_bilayer_26(fn_linear_electron_flow_323(X)))
& hydrophobic_core_1(fn_phospholipid_bilayer_3(fn_linear_electron_flow_323(X)))
& carbohydrate_side_chain_1(fn_thylakoid_electron_transport_chain_15(fn_linear_electron_flow_325(X)))
& attach_1(fn_thylakoid_electron_transport_chain_13(fn_linear_electron_flow_325(X)))
& carbon_skeleton_1(fn_thylakoid_electron_transport_chain_17(fn_linear_electron_flow_325(X)))
& aqueous_solution_1(fn_thylakoid_electron_transport_chain_14(fn_linear_electron_flow_325(X)))
& carbohydrate_side_chain_1(fn_thylakoid_electron_transport_chain_16(fn_linear_electron_flow_325(X)))
& attach_1(fn_thylakoid_electron_transport_chain_12(fn_linear_electron_flow_325(X)))
& carbon_skeleton_1(fn_thylakoid_electron_transport_chain_18(fn_linear_electron_flow_325(X)))
& carbohydrate_side_chain_1(fn_thylakoid_electron_transport_chain_28(fn_linear_electron_flow_325(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_thylakoid_electron_transport_chain_29(fn_linear_electron_flow_325(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_thylakoid_electron_transport_chain_30(fn_linear_electron_flow_325(X)))
& attach_1(fn_thylakoid_electron_transport_chain_26(fn_linear_electron_flow_325(X)))
& tangible_entity_1(fn_p680_18(fn_linear_electron_flow_202(X)))
& entity_1(fn_p680_18(fn_linear_electron_flow_202(X)))
& chemical_entity_1(fn_p680_18(fn_linear_electron_flow_202(X)))
& atom_1(fn_p680_18(fn_linear_electron_flow_202(X)))
& hydrogen_1(fn_p680_18(fn_linear_electron_flow_202(X)))
& tangible_entity_1(fn_release_1(fn_linear_electron_flow_165(X)))
& property_node_1(fn_oxidation_5(fn_linear_electron_flow_137(X)))
& property_node_1(fn_redox_reaction_3(fn_linear_electron_flow_135(X)))
& electronegativity_value_1(fn_oxidation_2(fn_linear_electron_flow_137(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_linear_electron_flow_135(X)))
& atom_1(fn_oxidation_1(fn_linear_electron_flow_137(X)))
& atom_1(fn_redox_reaction_2(fn_linear_electron_flow_135(X)))
& oxidation_1(fn_redox_reaction_11(fn_linear_electron_flow_271(X)))
& chemical_entity_1(fn_reduction_3(fn_linear_electron_flow_149(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_linear_electron_flow_146(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_linear_electron_flow_146(X)))
& electronegativity_value_1(fn_oxidation_2(fn_linear_electron_flow_158(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_linear_electron_flow_157(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_linear_electron_flow_146(X)))
& chemical_entity_1(fn_oxidation_10(fn_linear_electron_flow_158(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_linear_electron_flow_203(X)))
& spatial_entity_1(fn_reaction_center_complex_6(fn_linear_electron_flow_63(X)))
& tangible_entity_1(fn_reaction_center_complex_6(fn_linear_electron_flow_63(X)))
& chlorophyll_a_1(fn_reaction_center_complex_6(fn_linear_electron_flow_63(X)))
& attach_1(fn_reaction_center_complex_13(fn_linear_electron_flow_210(X)))
& attach_1(fn_reaction_center_complex_9(fn_linear_electron_flow_210(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_linear_electron_flow_135(X)))
& electron_1(fn_redox_reaction_7(fn_linear_electron_flow_135(X)))
& property_node_1(fn_oxidation_5(fn_linear_electron_flow_91(X)))
& property_node_1(fn_redox_reaction_3(fn_linear_electron_flow_130(X)))
& property_node_1(fn_redox_reaction_15(fn_linear_electron_flow_273(X)))
& electronegativity_value_1(fn_oxidation_2(fn_linear_electron_flow_91(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_linear_electron_flow_130(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_linear_electron_flow_273(X)))
& atom_1(fn_oxidation_1(fn_linear_electron_flow_122(X)))
& atom_1(fn_oxidation_1(fn_linear_electron_flow_91(X)))
& atom_1(fn_redox_reaction_2(fn_linear_electron_flow_273(X)))
& atom_1(fn_redox_reaction_2(fn_linear_electron_flow_130(X)))
& atom_1(fn_redox_reaction_13(fn_linear_electron_flow_273(X)))
& spatial_entity_1(fn_attach_1(fn_linear_electron_flow_282(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_linear_electron_flow_157(X)))
& atom_1(fn_redox_reaction_2(fn_linear_electron_flow_157(X)))
& protein_1(fn_light_harvesting_complex_18(fn_linear_electron_flow_62(X)))
& protein_1(fn_light_harvesting_complex_14(fn_linear_electron_flow_62(X)))
& protein_1(fn_light_harvesting_complex_13(fn_linear_electron_flow_62(X)))
& entity_1(fn_transfer_1(fn_linear_electron_flow_127(X)))
& entity_1(fn_redox_reaction_9(fn_linear_electron_flow_130(X)))
& potential_energy_1(fn_redox_reaction_9(fn_linear_electron_flow_130(X)))
& chemical_reaction_1(fn_enzyme_4(fn_linear_electron_flow_173(X)))
& electron_transport_chain_reaction_1(fn_electron_transport_chain_1(fn_linear_electron_flow_216(X)))
& chemical_reaction_1(fn_reactant_2(fn_linear_electron_flow_228(X)))
& electron_1(fn_reduction_4(fn_linear_electron_flow_115(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_linear_electron_flow_273(X)))
& electron_1(fn_redox_reaction_7(fn_linear_electron_flow_273(X)))
& electron_1(fn_oxidation_9(fn_linear_electron_flow_91(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_linear_electron_flow_203(X)))
& electron_1(fn_redox_reaction_7(fn_linear_electron_flow_203(X)))
& electron_1(fn_reduction_4(fn_linear_electron_flow_111(X)))
& move_into_1(fn_reaction_center_complex_7(fn_linear_electron_flow_210(X)))
& move_1(fn_reaction_center_complex_7(fn_linear_electron_flow_210(X)))
& absorb_1(fn_reaction_center_complex_7(fn_linear_electron_flow_210(X)))
& move_into_1(fn_p680_19(fn_linear_electron_flow_202(X)))
& move_1(fn_p680_19(fn_linear_electron_flow_202(X)))
& absorb_1(fn_p680_19(fn_linear_electron_flow_202(X)))
& electron_1(fn_oxidation_9(fn_linear_electron_flow_137(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_linear_electron_flow_246(X)))
& electron_1(fn_redox_reaction_7(fn_linear_electron_flow_246(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_linear_electron_flow_271(X)))
& electron_1(fn_redox_reaction_7(fn_linear_electron_flow_271(X)))
& tangible_entity_1(fn_lose_1(fn_linear_electron_flow_127(X)))
& electron_1(fn_reaction_center_complex_11(fn_linear_electron_flow_63(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_linear_electron_flow_130(X)))
& electron_1(fn_redox_reaction_7(fn_linear_electron_flow_130(X)))
& electron_1(fn_oxidation_9(fn_linear_electron_flow_122(X)))
& electron_1(fn_reduction_4(fn_linear_electron_flow_123(X)))
& electron_1(fn_reaction_center_complex_11(fn_linear_electron_flow_210(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_linear_electron_flow_177(X)))
& electron_1(fn_redox_reaction_7(fn_linear_electron_flow_177(X)))
& atom_1(fn_redox_reaction_13(fn_linear_electron_flow_271(X)))
& atom_1(fn_oxidation_1(fn_linear_electron_flow_179(X)))
& electron_1(fn_reduction_4(fn_linear_electron_flow_159(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_linear_electron_flow_157(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_linear_electron_flow_271(X)))
& electronegativity_value_1(fn_oxidation_2(fn_linear_electron_flow_179(X)))
& activation_energy_1(fn_redox_reaction_6(fn_linear_electron_flow_157(X)))
& activation_energy_1(fn_oxidation_4(fn_linear_electron_flow_179(X)))
& oxidation_1(fn_redox_reaction_11(fn_linear_electron_flow_157(X)))
& p680_1(fn_photosystem_ii_10(fn_linear_electron_flow_198(X)))
& tangible_entity_1(fn_hold_2(fn_linear_electron_flow_77(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_linear_electron_flow_177(X)))
& tangible_entity_1(fn_release_2(fn_linear_electron_flow_165(X)))
& chemical_entity_1(fn_oxidation_7(fn_linear_electron_flow_91(X)))
& reduction_1(fn_redox_reaction_10(fn_linear_electron_flow_271(X)))
& chemical_entity_1(fn_reduction_1(fn_linear_electron_flow_180(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_linear_electron_flow_177(X)))
& spatial_entity_1(fn_attach_1(fn_linear_electron_flow_283(X)))
& carbohydrate_side_chain_1(fn_biomembrane_70(fn_linear_electron_flow_208(X)))
& spatial_entity_1(fn_attach_2(fn_linear_electron_flow_283(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_linear_electron_flow_271(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_linear_electron_flow_203(X)))
& chemical_entity_1(fn_reduction_1(fn_linear_electron_flow_111(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_linear_electron_flow_203(X)))
& chemical_entity_1(fn_reduction_3(fn_linear_electron_flow_111(X)))
& chemical_entity_1(fn_reduction_1(fn_linear_electron_flow_115(X)))
& chemical_entity_1(fn_oxidation_10(fn_linear_electron_flow_122(X)))
& chemical_entity_1(fn_oxidation_10(fn_linear_electron_flow_91(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_linear_electron_flow_273(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_linear_electron_flow_273(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_linear_electron_flow_130(X)))
& electron_1(fn_oxidation_9(fn_linear_electron_flow_179(X)))
& tangible_entity_1(fn_release_2(fn_linear_electron_flow_245(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_linear_electron_flow_246(X)))
& tangible_entity_1(fn_photosystem_ii_17(fn_linear_electron_flow_198(X)))
& carotenoid_1(fn_photosystem_ii_17(fn_linear_electron_flow_198(X)))
& chemical_entity_1(fn_reactant_3(fn_linear_electron_flow_228(X)))
& chemical_entity_1(fn_reduction_3(fn_linear_electron_flow_180(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_linear_electron_flow_177(X)))
& chemical_entity_1(fn_oxidation_7(fn_linear_electron_flow_179(X)))
& tangible_entity_1(fn_release_1(fn_linear_electron_flow_192(X)))
& energy_1(fn_work_1(fn_linear_electron_flow_190(X)))
& free_energy_1(fn_endergonic_process_4(fn_linear_electron_flow_190(X)))
& chemical_entity_1(fn_biomembrane_55(fn_linear_electron_flow_208(X)))
& ion_1(fn_active_movement_of_ions_25(fn_linear_electron_flow_275(X)))
& hydrogen_ion_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_linear_electron_flow_275(X)))
& ion_1(fn_active_movement_of_ions_25(fn_linear_electron_flow_277(X)))
& hydrogen_ion_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_linear_electron_flow_277(X)))
& cytochrome_1(fn_cytochrome_complex_2(fn_linear_electron_flow_223(X)))
& cytochrome_1(fn_cytochrome_complex_1(fn_linear_electron_flow_223(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_linear_electron_flow_157(X)))
& chemical_entity_1(fn_oxidation_7(fn_linear_electron_flow_158(X)))
& chemical_entity_1(fn_reduction_3(fn_linear_electron_flow_159(X)))
& reduction_1(fn_redox_reaction_10(fn_linear_electron_flow_157(X)))
& atom_1(fn_redox_reaction_13(fn_linear_electron_flow_272(X)))
& atom_1(fn_redox_reaction_2(fn_linear_electron_flow_272(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_linear_electron_flow_272(X)))
& property_node_1(fn_redox_reaction_15(fn_linear_electron_flow_272(X)))
& property_node_1(fn_redox_reaction_3(fn_linear_electron_flow_272(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_linear_electron_flow_272(X)))
& electronegativity_value_1(fn_oxidation_2(fn_linear_electron_flow_97(X)))
& chemical_entity_1(fn_reduction_1(fn_linear_electron_flow_123(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_linear_electron_flow_130(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_linear_electron_flow_130(X)))
& chemical_entity_1(fn_oxidation_7(fn_linear_electron_flow_122(X)))
& chemical_entity_1(fn_reduction_3(fn_linear_electron_flow_115(X)))
& chemical_entity_1(fn_reduction_3(fn_linear_electron_flow_123(X)))
& chemical_entity_1(fn_enzyme_8(fn_linear_electron_flow_100(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_linear_electron_flow_272(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_linear_electron_flow_272(X)))
& nadp_plus_1(fn_nadph_1(fn_linear_electron_flow_99(X)))
& atom_1(fn_glycolipid_7(fn_linear_electron_flow_222(X)))
& chemical_entity_1(fn_glycolipid_7(fn_linear_electron_flow_222(X)))
& entity_1(fn_glycolipid_13(fn_linear_electron_flow_222(X)))
& atom_1(fn_glycolipid_13(fn_linear_electron_flow_222(X)))
& carbon_1(fn_glycolipid_13(fn_linear_electron_flow_222(X)))
& electron_1(fn_reduction_4(fn_linear_electron_flow_269(X)))
& electron_1(fn_oxidation_9(fn_linear_electron_flow_158(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_linear_electron_flow_146(X)))
& electron_1(fn_redox_reaction_7(fn_linear_electron_flow_146(X)))
& electron_1(fn_reduction_4(fn_linear_electron_flow_98(X)))
& electron_1(fn_oxidation_9(fn_linear_electron_flow_97(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_linear_electron_flow_272(X)))
& electron_1(fn_redox_reaction_7(fn_linear_electron_flow_272(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_linear_electron_flow_208(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_linear_electron_flow_208(X)))
& hydrophilic_head_1(fn_biomembrane_82(fn_linear_electron_flow_208(X)))
& hydrophilic_head_1(fn_phospholipid_layer_17(fn_linear_electron_flow_261(X)))
& hydrophilic_head_1(fn_phospholipid_layer_17(fn_linear_electron_flow_260(X)))
& hydrophilic_head_1(fn_thylakoid_membrane_15(fn_linear_electron_flow_208(X)))
& hydrophilic_head_1(fn_thylakoid_membrane_4(fn_linear_electron_flow_208(X)))
& tangible_entity_1(fn_atp_synthase_40(fn_linear_electron_flow_211(X)))
& phospholipid_bilayer_1(fn_atp_synthase_40(fn_linear_electron_flow_211(X)))
& tangible_entity_1(fn_hold_1(fn_linear_electron_flow_77(X)))
& protein_1(fn_reaction_center_complex_5(fn_linear_electron_flow_210(X)))
& protein_1(fn_reaction_center_complex_8(fn_linear_electron_flow_210(X)))
& spatial_entity_1(fn_move_apart_2(fn_linear_electron_flow_308(X)))
& spatial_entity_1(fn_phospholipid_bilayer_32(fn_linear_electron_flow_323(X)))
& phospholipid_1(fn_phospholipid_bilayer_32(fn_linear_electron_flow_323(X)))
& tangible_entity_1(fn_biomembrane_63(fn_linear_electron_flow_208(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_linear_electron_flow_208(X)))
& tangible_entity_1(fn_thylakoid_membrane_8(fn_linear_electron_flow_208(X)))
& phospholipid_bilayer_1(fn_thylakoid_membrane_8(fn_linear_electron_flow_208(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_linear_electron_flow_135(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_linear_electron_flow_271(X)))
& chemical_entity_1(fn_reduction_1(fn_linear_electron_flow_269(X)))
& cytochrome_complex_1(fn_thylakoid_electron_transport_chain_8(fn_linear_electron_flow_325(X)))
& barrier_1(fn_biomembrane_49(fn_linear_electron_flow_208(X)))
& barrier_1(fn_thylakoid_electron_transport_chain_21(fn_linear_electron_flow_325(X)))
& block_1(fn_biomembrane_50(fn_linear_electron_flow_208(X)))
& block_1(fn_thylakoid_electron_transport_chain_22(fn_linear_electron_flow_325(X)))
& chemical_entity_1(fn_oxidation_10(fn_linear_electron_flow_137(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_linear_electron_flow_135(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_linear_electron_flow_135(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_linear_electron_flow_146(X)))
& plastoquinone_1(fn_thylakoid_membrane_7(fn_linear_electron_flow_208(X)))
& organic_molecule_1(fn_thylakoid_electron_transport_chain_11(fn_linear_electron_flow_325(X)))
& plastoquinone_1(fn_thylakoid_electron_transport_chain_11(fn_linear_electron_flow_325(X)))
& hydrophilic_face_1(fn_phospholipid_bilayer_39(fn_linear_electron_flow_323(X)))
& hydrophilic_face_1(fn_phospholipid_bilayer_38(fn_linear_electron_flow_323(X)))
& carbon_skeleton_1(fn_lipid_14(fn_linear_electron_flow_222(X)))
& carbon_skeleton_1(fn_glycolipid_4(fn_linear_electron_flow_222(X)))
& block_1(fn_biomembrane_102(fn_linear_electron_flow_208(X)))
& block_1(fn_thylakoid_membrane_14(fn_linear_electron_flow_208(X)))
& block_1(fn_thylakoid_electron_transport_chain_1(fn_linear_electron_flow_325(X)))
& hydrophobic_core_1(fn_biomembrane_75(fn_linear_electron_flow_208(X)))
& hydrophobic_core_1(fn_thylakoid_membrane_1(fn_linear_electron_flow_208(X)))
& hydrophobic_core_1(fn_thylakoid_electron_transport_chain_4(fn_linear_electron_flow_325(X)))
& surface_1(fn_biomembrane_47(fn_linear_electron_flow_208(X)))
& outside_face_1(fn_atp_synthase_11(fn_linear_electron_flow_211(X)))
& outside_face_1(fn_biomembrane_41(fn_linear_electron_flow_208(X)))
& surface_1(fn_thylakoid_electron_transport_chain_19(fn_linear_electron_flow_325(X)))
& outside_face_1(fn_thylakoid_electron_transport_chain_19(fn_linear_electron_flow_325(X)))
& block_1(fn_thylakoid_electron_transport_chain_2(fn_linear_electron_flow_325(X)))
& phospholipid_layer_1(fn_phospholipid_bilayer_33(fn_linear_electron_flow_323(X)))
& phospholipid_layer_1(fn_thylakoid_electron_transport_chain_6(fn_linear_electron_flow_325(X)))
& phospholipid_layer_1(fn_phospholipid_bilayer_34(fn_linear_electron_flow_323(X)))
& phospholipid_layer_1(fn_thylakoid_electron_transport_chain_7(fn_linear_electron_flow_325(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_linear_electron_flow_273(X)))
& chemical_entity_1(fn_reduction_3(fn_linear_electron_flow_98(X)))
& chemical_entity_1(fn_oxidation_7(fn_linear_electron_flow_97(X)))
& chemical_entity_1(fn_oxidation_10(fn_linear_electron_flow_97(X)))
& ferredoxin_1(fn_thylakoid_electron_transport_chain_9(fn_linear_electron_flow_325(X)))
& chemical_entity_1(fn_oxidation_7(fn_linear_electron_flow_137(X)))
& tangible_entity_1(fn_release_2(fn_linear_electron_flow_192(X)))
& chemical_entity_1(fn_reduction_3(fn_linear_electron_flow_269(X)))
& chemical_entity_1(fn_reduction_1(fn_linear_electron_flow_98(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_linear_electron_flow_246(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_linear_electron_flow_271(X)))
& spatial_entity_1(fn_attach_1(fn_linear_electron_flow_80(X)))
& protein_1(fn_electron_transport_chain_2(fn_linear_electron_flow_216(X)))
& plastocyanin_1(fn_thylakoid_electron_transport_chain_10(fn_linear_electron_flow_325(X)))
& thylakoid_electron_transport_chain_1(fn_thylakoid_membrane_6(fn_linear_electron_flow_208(X)))
& membrane_1(fn_active_movement_of_ions_19(fn_linear_electron_flow_275(X)))
& spatial_entity_1(fn_active_movement_of_ions_19(fn_linear_electron_flow_275(X)))
& biomembrane_1(fn_active_movement_of_ions_19(fn_linear_electron_flow_275(X)))
& membrane_1(fn_active_movement_of_ions_19(fn_linear_electron_flow_277(X)))
& spatial_entity_1(fn_active_movement_of_ions_19(fn_linear_electron_flow_277(X)))
& biomembrane_1(fn_active_movement_of_ions_19(fn_linear_electron_flow_277(X)))
& spatial_entity_1(fn_atp_synthase_37(fn_linear_electron_flow_211(X)))
& biomembrane_1(fn_atp_synthase_37(fn_linear_electron_flow_211(X)))
& thylakoid_membrane_1(fn_photosystem_ii_3(fn_linear_electron_flow_198(X)))
& membrane_1(fn_thylakoid_electron_transport_chain_25(fn_linear_electron_flow_325(X)))
& spatial_entity_1(fn_thylakoid_electron_transport_chain_25(fn_linear_electron_flow_325(X)))
& biomembrane_1(fn_thylakoid_electron_transport_chain_25(fn_linear_electron_flow_325(X)))
& thylakoid_membrane_1(fn_thylakoid_electron_transport_chain_25(fn_linear_electron_flow_325(X)))
& tangible_entity_1(fn_hold_1(fn_linear_electron_flow_262(X)))
& tangible_entity_1(fn_hold_1(fn_linear_electron_flow_263(X)))
& tangible_entity_1(fn_hold_1(fn_linear_electron_flow_166(X)))
& tangible_entity_1(fn_hold_1(fn_linear_electron_flow_264(X)))
& atp_synthase_1(fn_thylakoid_electron_transport_chain_23(fn_linear_electron_flow_325(X)))
& carbon_skeleton_1(fn_biomembrane_71(fn_linear_electron_flow_208(X)))
& carbon_skeleton_1(fn_thylakoid_electron_transport_chain_27(fn_linear_electron_flow_325(X)))
& block_1(fn_biomembrane_101(fn_linear_electron_flow_208(X)))
& block_1(fn_thylakoid_membrane_12(fn_linear_electron_flow_208(X)))
& block_1(fn_thylakoid_membrane_13(fn_linear_electron_flow_208(X)))
& block_1(fn_thylakoid_electron_transport_chain_3(fn_linear_electron_flow_325(X)))
& inside_face_1(fn_active_movement_of_ions_18(fn_linear_electron_flow_277(X)))
& inside_face_1(fn_active_movement_of_ions_18(fn_linear_electron_flow_275(X)))
& inside_face_1(fn_biomembrane_42(fn_linear_electron_flow_208(X)))
& inside_face_1(fn_thylakoid_electron_transport_chain_20(fn_linear_electron_flow_325(X)))
& hydrophilic_face_1(fn_biomembrane_83(fn_linear_electron_flow_208(X)))
& hydrophilic_face_1(fn_biomembrane_81(fn_linear_electron_flow_208(X)))
& hydrophilic_face_1(fn_phospholipid_layer_2(fn_linear_electron_flow_260(X)))
& hydrophilic_face_1(fn_phospholipid_layer_2(fn_linear_electron_flow_261(X)))
& hydrophilic_face_1(fn_thylakoid_membrane_2(fn_linear_electron_flow_208(X)))
& hydrophilic_face_1(fn_thylakoid_membrane_3(fn_linear_electron_flow_208(X)))
& hydrophilic_face_1(fn_thylakoid_electron_transport_chain_5(fn_linear_electron_flow_325(X)))
& carbon_1(fn_p680_36(fn_linear_electron_flow_202(X)))
& entity_1(fn_p680_17(fn_linear_electron_flow_202(X)))
& chemical_entity_1(fn_p680_17(fn_linear_electron_flow_202(X)))
& atom_1(fn_p680_17(fn_linear_electron_flow_202(X)))
& carbon_1(fn_p680_17(fn_linear_electron_flow_202(X)))
& tangible_entity_1(fn_light_reflection_1(fn_linear_electron_flow_189(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_linear_electron_flow_157(X)))
& chlorophyll_a_1(fn_reaction_center_complex_12(fn_linear_electron_flow_210(X)))
& spatial_entity_1(fn_reaction_center_complex_6(fn_linear_electron_flow_210(X)))
& tangible_entity_1(fn_reaction_center_complex_6(fn_linear_electron_flow_210(X)))
& chlorophyll_a_1(fn_reaction_center_complex_6(fn_linear_electron_flow_210(X)))
& p680_1(fn_photosystem_ii_11(fn_linear_electron_flow_198(X)))
& chemical_entity_1(fn_oxidation_10(fn_linear_electron_flow_179(X)))
& organic_molecule_1(fn_electron_transport_chain_4(fn_linear_electron_flow_216(X)))
& chemical_entity_1(fn_reduction_1(fn_linear_electron_flow_159(X)))
& element_2(fn_linear_electron_flow_62(X),fn_linear_electron_flow_121(X))
& is_near_2(fn_linear_electron_flow_62(X),fn_linear_electron_flow_63(X))
& is_near_2(fn_linear_electron_flow_63(X),fn_linear_electron_flow_62(X))
& fn_linear_electron_flow_78(X) != fn_linear_electron_flow_231(X)
& has_state_2(fn_linear_electron_flow_88(X),fn_linear_electron_flow_242(X))
& fn_linear_electron_flow_88(X) != fn_linear_electron_flow_109(X)
& oxidation_state_2(fn_linear_electron_flow_88(X),fn_linear_electron_flow_6(X))
& has_atom_2(fn_linear_electron_flow_88(X),fn_linear_electron_flow_93(X))
& the_categorical_value_2(fn_linear_electron_flow_6(X),oxidized_0)
& the_categorical_value_2(fn_linear_electron_flow_7(X),reduced_0)
& exactCardinality(fn_linear_electron_flow_97(X),object_0,"2",electron_0)
& exactCardinality(fn_linear_electron_flow_98(X),object_0,"2",electron_0)
& fn_linear_electron_flow_109(X) != fn_linear_electron_flow_88(X)
& oxidation_state_2(fn_linear_electron_flow_109(X),fn_linear_electron_flow_11(X))
& the_categorical_value_2(fn_linear_electron_flow_10(X),oxidized_0)
& the_categorical_value_2(fn_linear_electron_flow_11(X),reduced_0)
& fn_linear_electron_flow_120(X) != fn_linear_electron_flow_121(X)
& has_state_2(fn_linear_electron_flow_120(X),fn_linear_electron_flow_224(X))
& has_atom_2(fn_linear_electron_flow_120(X),fn_linear_electron_flow_2(X))
& fn_linear_electron_flow_121(X) != fn_linear_electron_flow_120(X)
& has_state_2(fn_linear_electron_flow_121(X),fn_linear_electron_flow_109(X))
& oxidation_state_2(fn_linear_electron_flow_121(X),fn_linear_electron_flow_10(X))
& electronegativity_2(fn_linear_electron_flow_2(X),fn_linear_electron_flow_1(X))
& greater_than_2(fn_linear_electron_flow_129(X),fn_linear_electron_flow_1(X))
& greater_than_or_equal_to_2(fn_linear_electron_flow_129(X),fn_linear_electron_flow_1(X))
& result_2(fn_linear_electron_flow_130(X),fn_linear_electron_flow_224(X))
& raw_material_2(fn_linear_electron_flow_130(X),fn_linear_electron_flow_120(X))
& fn_linear_electron_flow_130(X) != fn_linear_electron_flow_273(X)
& fn_linear_electron_flow_130(X) != fn_linear_electron_flow_272(X)
& fn_linear_electron_flow_130(X) != fn_linear_electron_flow_271(X)
& fn_linear_electron_flow_130(X) != fn_linear_electron_flow_203(X)
& fn_linear_electron_flow_130(X) != fn_linear_electron_flow_177(X)
& fn_linear_electron_flow_130(X) != fn_linear_electron_flow_157(X)
& fn_linear_electron_flow_130(X) != fn_linear_electron_flow_146(X)
& fn_linear_electron_flow_130(X) != fn_linear_electron_flow_135(X)
& next_event_2(fn_linear_electron_flow_130(X),fn_linear_electron_flow_203(X))
& called_2(fn_linear_electron_flow_130(X),"6")
& donor_2(fn_linear_electron_flow_131(X),fn_linear_electron_flow_12(X))
& recipient_2(fn_linear_electron_flow_131(X),fn_linear_electron_flow_120(X))
& next_event_2(fn_linear_electron_flow_131(X),fn_linear_electron_flow_130(X))
& fn_linear_electron_flow_131(X) != fn_linear_electron_flow_220(X)
& called_2(fn_linear_electron_flow_131(X),"2")
& fn_linear_electron_flow_135(X) != fn_linear_electron_flow_130(X)
& fn_linear_electron_flow_135(X) != fn_linear_electron_flow_273(X)
& fn_linear_electron_flow_135(X) != fn_linear_electron_flow_272(X)
& fn_linear_electron_flow_135(X) != fn_linear_electron_flow_271(X)
& fn_linear_electron_flow_135(X) != fn_linear_electron_flow_203(X)
& fn_linear_electron_flow_135(X) != fn_linear_electron_flow_177(X)
& fn_linear_electron_flow_135(X) != fn_linear_electron_flow_157(X)
& fn_linear_electron_flow_135(X) != fn_linear_electron_flow_146(X)
& next_event_2(fn_linear_electron_flow_135(X),fn_linear_electron_flow_271(X))
& called_2(fn_linear_electron_flow_135(X),"4")
& oxidation_state_2(fn_linear_electron_flow_136(X),fn_linear_electron_flow_52(X))
& greater_than_2(fn_linear_electron_flow_142(X),fn_linear_electron_flow_143(X))
& greater_than_or_equal_to_2(fn_linear_electron_flow_142(X),fn_linear_electron_flow_143(X))
& fn_linear_electron_flow_146(X) != fn_linear_electron_flow_130(X)
& fn_linear_electron_flow_146(X) != fn_linear_electron_flow_135(X)
& fn_linear_electron_flow_146(X) != fn_linear_electron_flow_273(X)
& fn_linear_electron_flow_146(X) != fn_linear_electron_flow_272(X)
& fn_linear_electron_flow_146(X) != fn_linear_electron_flow_271(X)
& fn_linear_electron_flow_146(X) != fn_linear_electron_flow_203(X)
& fn_linear_electron_flow_146(X) != fn_linear_electron_flow_177(X)
& fn_linear_electron_flow_146(X) != fn_linear_electron_flow_157(X)
& next_event_2(fn_linear_electron_flow_146(X),fn_linear_electron_flow_135(X))
& called_2(fn_linear_electron_flow_146(X),"3")
& oxidation_state_2(fn_linear_electron_flow_147(X),fn_linear_electron_flow_20(X))
& the_categorical_value_2(fn_linear_electron_flow_18(X),reduced_0)
& the_categorical_value_2(fn_linear_electron_flow_19(X),oxidized_0)
& the_categorical_value_2(fn_linear_electron_flow_20(X),reduced_0)
& the_categorical_value_2(fn_linear_electron_flow_21(X),oxidized_0)
& quantity_2(fn_linear_electron_flow_23(X),fn_linear_electron_flow_22(X))
& oxidation_state_2(fn_linear_electron_flow_155(X),fn_linear_electron_flow_18(X))
& fn_linear_electron_flow_157(X) != fn_linear_electron_flow_130(X)
& fn_linear_electron_flow_157(X) != fn_linear_electron_flow_135(X)
& fn_linear_electron_flow_157(X) != fn_linear_electron_flow_146(X)
& fn_linear_electron_flow_157(X) != fn_linear_electron_flow_273(X)
& fn_linear_electron_flow_157(X) != fn_linear_electron_flow_272(X)
& fn_linear_electron_flow_157(X) != fn_linear_electron_flow_271(X)
& fn_linear_electron_flow_157(X) != fn_linear_electron_flow_203(X)
& fn_linear_electron_flow_157(X) != fn_linear_electron_flow_177(X)
& result_2(fn_linear_electron_flow_157(X),fn_linear_electron_flow_221(X))
& next_event_2(fn_linear_electron_flow_157(X),fn_linear_electron_flow_177(X))
& called_2(fn_linear_electron_flow_157(X),"1")
& is_inside_2(fn_linear_electron_flow_164(X),fn_linear_electron_flow_178(X))
& fn_linear_electron_flow_24(X) != fn_linear_electron_flow_246(X)
& fn_linear_electron_flow_25(X) != fn_linear_electron_flow_246(X)
& fn_linear_electron_flow_177(X) != fn_linear_electron_flow_130(X)
& fn_linear_electron_flow_177(X) != fn_linear_electron_flow_135(X)
& fn_linear_electron_flow_177(X) != fn_linear_electron_flow_146(X)
& fn_linear_electron_flow_177(X) != fn_linear_electron_flow_157(X)
& fn_linear_electron_flow_177(X) != fn_linear_electron_flow_273(X)
& fn_linear_electron_flow_177(X) != fn_linear_electron_flow_272(X)
& fn_linear_electron_flow_177(X) != fn_linear_electron_flow_271(X)
& fn_linear_electron_flow_177(X) != fn_linear_electron_flow_203(X)
& next_event_2(fn_linear_electron_flow_177(X),fn_linear_electron_flow_146(X))
& time_during_2(fn_linear_electron_flow_177(X),fn_linear_electron_flow_39(X))
& result_2(fn_linear_electron_flow_177(X),fn_linear_electron_flow_202(X))
& result_2(fn_linear_electron_flow_177(X),fn_linear_electron_flow_27(X))
& exactCardinality(fn_linear_electron_flow_177(X),result_0,"2",hydrogen_ion_0)
& called_2(fn_linear_electron_flow_177(X),'2-Water-to-p680+')
& exactCardinality(fn_linear_electron_flow_180(X),object_0,"2",electron_0)
& greater_than_2(fn_linear_electron_flow_185(X),fn_linear_electron_flow_186(X))
& greater_than_or_equal_to_2(fn_linear_electron_flow_185(X),fn_linear_electron_flow_186(X))
& base_2(fn_linear_electron_flow_28(X),fn_linear_electron_flow_202(X))
& is_inside_2(fn_linear_electron_flow_191(X),fn_linear_electron_flow_209(X))
& greater_than_2(fn_linear_electron_flow_195(X),fn_linear_electron_flow_196(X))
& greater_than_or_equal_to_2(fn_linear_electron_flow_195(X),fn_linear_electron_flow_196(X))
& directly_proportional_2(fn_linear_electron_flow_196(X),fn_linear_electron_flow_22(X))
& fn_linear_electron_flow_200(X) != fn_linear_electron_flow_231(X)
& fn_linear_electron_flow_202(X) != fn_linear_electron_flow_231(X)
& has_state_2(fn_linear_electron_flow_202(X),fn_linear_electron_flow_221(X))
& possesses_2(fn_linear_electron_flow_202(X),fn_linear_electron_flow_38(X))
& fn_linear_electron_flow_203(X) != fn_linear_electron_flow_130(X)
& fn_linear_electron_flow_203(X) != fn_linear_electron_flow_135(X)
& fn_linear_electron_flow_203(X) != fn_linear_electron_flow_146(X)
& fn_linear_electron_flow_203(X) != fn_linear_electron_flow_157(X)
& fn_linear_electron_flow_203(X) != fn_linear_electron_flow_177(X)
& fn_linear_electron_flow_203(X) != fn_linear_electron_flow_273(X)
& fn_linear_electron_flow_203(X) != fn_linear_electron_flow_272(X)
& fn_linear_electron_flow_203(X) != fn_linear_electron_flow_271(X)
& next_event_2(fn_linear_electron_flow_203(X),fn_linear_electron_flow_273(X))
& called_2(fn_linear_electron_flow_203(X),"7")
& fn_linear_electron_flow_204(X) != fn_linear_electron_flow_205(X)
& fn_linear_electron_flow_205(X) != fn_linear_electron_flow_204(X)
& has_state_2(fn_linear_electron_flow_209(X),fn_linear_electron_flow_267(X))
& oxidation_state_2(fn_linear_electron_flow_209(X),fn_linear_electron_flow_54(X))
& element_2(fn_linear_electron_flow_210(X),fn_linear_electron_flow_231(X))
& complement_2(fn_linear_electron_flow_211(X),fn_linear_electron_flow_212(X))
& complement_2(fn_linear_electron_flow_212(X),fn_linear_electron_flow_211(X))
& has_atom_2(fn_linear_electron_flow_213(X),fn_linear_electron_flow_194(X))
& has_state_2(fn_linear_electron_flow_214(X),fn_linear_electron_flow_147(X))
& oxidation_state_2(fn_linear_electron_flow_214(X),fn_linear_electron_flow_19(X))
& next_event_2(fn_linear_electron_flow_215(X),fn_linear_electron_flow_220(X))
& called_2(fn_linear_electron_flow_35(X),'Quantity_ATP')
& called_2(fn_linear_electron_flow_36(X),'Quantity_NADPH')
& quantity_2(fn_linear_electron_flow_218(X),fn_linear_electron_flow_35(X))
& result_2(X,fn_linear_electron_flow_99(X))
& subevent_2(X,fn_linear_electron_flow_220(X))
& subevent_2(X,fn_linear_electron_flow_203(X))
& subevent_2(X,fn_linear_electron_flow_215(X))
& subevent_2(X,fn_linear_electron_flow_146(X))
& subevent_2(X,fn_linear_electron_flow_135(X))
& subevent_2(X,fn_linear_electron_flow_130(X))
& subevent_2(X,fn_linear_electron_flow_131(X))
& subevent_2(X,fn_linear_electron_flow_273(X))
& subevent_2(X,fn_linear_electron_flow_272(X))
& causes_2(X,fn_linear_electron_flow_30(X))
& base_2(X,fn_linear_electron_flow_26(X))
& is_inside_2(fn_linear_electron_flow_219(X),fn_linear_electron_flow_37(X))
& fn_linear_electron_flow_220(X) != fn_linear_electron_flow_131(X)
& next_event_2(fn_linear_electron_flow_220(X),fn_linear_electron_flow_157(X))
& recipient_2(fn_linear_electron_flow_220(X),fn_linear_electron_flow_202(X))
& donor_2(fn_linear_electron_flow_220(X),fn_linear_electron_flow_225(X))
& has_state_2(fn_linear_electron_flow_223(X),fn_linear_electron_flow_136(X))
& oxidation_state_2(fn_linear_electron_flow_223(X),fn_linear_electron_flow_51(X))
& possesses_2(fn_linear_electron_flow_225(X),fn_linear_electron_flow_201(X))
& fn_linear_electron_flow_231(X) != fn_linear_electron_flow_78(X)
& fn_linear_electron_flow_231(X) != fn_linear_electron_flow_200(X)
& fn_linear_electron_flow_231(X) != fn_linear_electron_flow_202(X)
& oxidation_state_2(fn_linear_electron_flow_231(X),fn_linear_electron_flow_21(X))
& has_state_2(fn_linear_electron_flow_231(X),fn_linear_electron_flow_155(X))
& time_before_2(fn_linear_electron_flow_39(X),fn_linear_electron_flow_29(X))
& greater_than_or_equal_to_2(fn_linear_electron_flow_40(X),fn_linear_electron_flow_236(X))
& oxidation_state_2(fn_linear_electron_flow_242(X),fn_linear_electron_flow_7(X))
& fn_linear_electron_flow_246(X) != fn_linear_electron_flow_24(X)
& fn_linear_electron_flow_246(X) != fn_linear_electron_flow_25(X)
& causes_2(fn_linear_electron_flow_246(X),fn_linear_electron_flow_245(X))
& greater_than_or_equal_to_2(fn_linear_electron_flow_42(X),fn_linear_electron_flow_236(X))
& greater_than_or_equal_to_2(fn_linear_electron_flow_43(X),fn_linear_electron_flow_236(X))
& greater_than_or_equal_to_2(fn_linear_electron_flow_44(X),fn_linear_electron_flow_236(X))
& instrument_2(fn_linear_electron_flow_45(X),fn_linear_electron_flow_251(X))
& instrument_2(fn_linear_electron_flow_46(X),fn_linear_electron_flow_251(X))
& instrument_2(fn_linear_electron_flow_47(X),fn_linear_electron_flow_251(X))
& away_from_2(fn_linear_electron_flow_253(X),fn_linear_electron_flow_252(X))
& agent_2(fn_linear_electron_flow_253(X),fn_linear_electron_flow_257(X))
& is_at_2(fn_linear_electron_flow_254(X),fn_linear_electron_flow_259(X))
& is_at_2(fn_linear_electron_flow_254(X),fn_linear_electron_flow_258(X))
& has_function_2(fn_linear_electron_flow_257(X),fn_linear_electron_flow_253(X))
& is_inside_2(fn_linear_electron_flow_258(X),fn_linear_electron_flow_252(X))
& is_along_2(fn_linear_electron_flow_258(X),fn_linear_electron_flow_259(X))
& is_inside_2(fn_linear_electron_flow_259(X),fn_linear_electron_flow_252(X))
& is_along_2(fn_linear_electron_flow_259(X),fn_linear_electron_flow_258(X))
& the_categorical_value_2(fn_linear_electron_flow_51(X),oxidized_0)
& the_categorical_value_2(fn_linear_electron_flow_52(X),reduced_0)
& the_categorical_value_2(fn_linear_electron_flow_53(X),reduced_0)
& the_categorical_value_2(fn_linear_electron_flow_54(X),oxidized_0)
& oxidation_state_2(fn_linear_electron_flow_267(X),fn_linear_electron_flow_53(X))
& fn_linear_electron_flow_271(X) != fn_linear_electron_flow_130(X)
& fn_linear_electron_flow_271(X) != fn_linear_electron_flow_135(X)
& fn_linear_electron_flow_271(X) != fn_linear_electron_flow_146(X)
& fn_linear_electron_flow_271(X) != fn_linear_electron_flow_157(X)
& fn_linear_electron_flow_271(X) != fn_linear_electron_flow_177(X)
& fn_linear_electron_flow_271(X) != fn_linear_electron_flow_203(X)
& fn_linear_electron_flow_271(X) != fn_linear_electron_flow_273(X)
& fn_linear_electron_flow_271(X) != fn_linear_electron_flow_272(X)
& next_event_2(fn_linear_electron_flow_271(X),fn_linear_electron_flow_131(X))
& called_2(fn_linear_electron_flow_271(X),"5")
& raw_material_2(fn_linear_electron_flow_272(X),fn_linear_electron_flow_242(X))
& fn_linear_electron_flow_272(X) != fn_linear_electron_flow_130(X)
& fn_linear_electron_flow_272(X) != fn_linear_electron_flow_135(X)
& fn_linear_electron_flow_272(X) != fn_linear_electron_flow_146(X)
& fn_linear_electron_flow_272(X) != fn_linear_electron_flow_157(X)
& fn_linear_electron_flow_272(X) != fn_linear_electron_flow_177(X)
& fn_linear_electron_flow_272(X) != fn_linear_electron_flow_203(X)
& fn_linear_electron_flow_272(X) != fn_linear_electron_flow_271(X)
& fn_linear_electron_flow_272(X) != fn_linear_electron_flow_273(X)
& called_2(fn_linear_electron_flow_272(X),"9")
& fn_linear_electron_flow_273(X) != fn_linear_electron_flow_130(X)
& fn_linear_electron_flow_273(X) != fn_linear_electron_flow_135(X)
& fn_linear_electron_flow_273(X) != fn_linear_electron_flow_146(X)
& fn_linear_electron_flow_273(X) != fn_linear_electron_flow_157(X)
& fn_linear_electron_flow_273(X) != fn_linear_electron_flow_177(X)
& fn_linear_electron_flow_273(X) != fn_linear_electron_flow_203(X)
& fn_linear_electron_flow_273(X) != fn_linear_electron_flow_271(X)
& fn_linear_electron_flow_273(X) != fn_linear_electron_flow_272(X)
& next_event_2(fn_linear_electron_flow_273(X),fn_linear_electron_flow_272(X))
& called_2(fn_linear_electron_flow_273(X),"8")
& instrument_2(fn_linear_electron_flow_298(X),fn_linear_electron_flow_254(X))
& is_at_2(fn_linear_electron_flow_311(X),fn_linear_electron_flow_312(X))
& is_inside_2(fn_linear_electron_flow_314(X),fn_linear_electron_flow_315(X))
& instrument_2(fn_linear_electron_flow_319(X),fn_linear_electron_flow_311(X))
& agent_2(fn_linear_electron_flow_319(X),fn_linear_electron_flow_317(X))
& instrument_2(fn_linear_electron_flow_320(X),fn_linear_electron_flow_311(X))
& instrument_2(fn_linear_electron_flow_321(X),fn_linear_electron_flow_309(X))
& agent_2(fn_linear_electron_flow_321(X),fn_linear_electron_flow_310(X))
& agent_2(fn_linear_electron_flow_189(X),fn_linear_electron_flow_202(X))
& result_2(fn_linear_electron_flow_203(X),fn_linear_electron_flow_120(X))
& object_2(fn_linear_electron_flow_308(X),fn_linear_electron_flow_313(X))
& object_2(fn_linear_electron_flow_308(X),fn_linear_electron_flow_314(X))
& base_2(fn_linear_electron_flow_245(X),fn_linear_electron_flow_225(X))
& object_2(fn_linear_electron_flow_263(X),fn_linear_electron_flow_249(X))
& object_2(fn_linear_electron_flow_262(X),fn_linear_electron_flow_250(X))
& object_2(fn_linear_electron_flow_264(X),fn_linear_electron_flow_248(X))
& object_2(fn_linear_electron_flow_166(X),fn_linear_electron_flow_167(X))
& object_2(fn_linear_electron_flow_282(X),fn_linear_electron_flow_286(X))
& agent_2(fn_linear_electron_flow_262(X),fn_linear_electron_flow_211(X))
& agent_2(fn_linear_electron_flow_263(X),fn_linear_electron_flow_211(X))
& agent_2(fn_linear_electron_flow_166(X),fn_linear_electron_flow_211(X))
& agent_2(fn_linear_electron_flow_264(X),fn_linear_electron_flow_211(X))
& result_2(fn_linear_electron_flow_273(X),fn_linear_electron_flow_242(X))
& object_2(fn_linear_electron_flow_253(X),fn_linear_electron_flow_251(X))
& result_2(fn_linear_electron_flow_135(X),fn_linear_electron_flow_136(X))
& result_2(fn_linear_electron_flow_271(X),fn_linear_electron_flow_267(X))
& donor_2(fn_linear_electron_flow_127(X),fn_linear_electron_flow_126(X))
& object_2(fn_linear_electron_flow_127(X),fn_linear_electron_flow_125(X))
& recipient_2(fn_linear_electron_flow_149(X),fn_linear_electron_flow_214(X))
& donor_2(fn_linear_electron_flow_137(X),fn_linear_electron_flow_147(X))
& object_2(fn_linear_electron_flow_220(X),fn_linear_electron_flow_226(X))
& object_2(fn_linear_electron_flow_131(X),fn_linear_electron_flow_132(X))
& raw_material_2(fn_linear_electron_flow_159(X),fn_linear_electron_flow_160(X))
& greater_than_2(fn_linear_electron_flow_60(X),fn_linear_electron_flow_195(X))
& greater_than_or_equal_to_2(fn_linear_electron_flow_60(X),fn_linear_electron_flow_195(X))
& subevent_2(X,fn_linear_electron_flow_177(X))
& causes_2(fn_linear_electron_flow_177(X),fn_linear_electron_flow_165(X))
& object_2(fn_linear_electron_flow_165(X),fn_linear_electron_flow_164(X))
& agent_2(X,fn_linear_electron_flow_216(X))
& result_2(fn_linear_electron_flow_157(X),fn_linear_electron_flow_155(X))
& plays_2(fn_linear_electron_flow_221(X),fn_linear_electron_flow_182(X))
& fn_linear_electron_flow_219(X) != fn_linear_electron_flow_221(X)
& fn_linear_electron_flow_221(X) != fn_linear_electron_flow_219(X)
& recipient_2(fn_linear_electron_flow_110(X),fn_linear_electron_flow_224(X))
& raw_material_2(fn_linear_electron_flow_203(X),fn_linear_electron_flow_224(X))
& has_atom_2(fn_linear_electron_flow_224(X),fn_linear_electron_flow_114(X))
& fn_linear_electron_flow_112(X) != fn_linear_electron_flow_224(X)
& fn_linear_electron_flow_224(X) != fn_linear_electron_flow_112(X)
& raw_material_2(fn_linear_electron_flow_246(X),fn_linear_electron_flow_225(X))
& fn_linear_electron_flow_193(X) != fn_linear_electron_flow_225(X)
& fn_linear_electron_flow_225(X) != fn_linear_electron_flow_193(X)
& fn_linear_electron_flow_209(X) != fn_linear_electron_flow_225(X)
& fn_linear_electron_flow_225(X) != fn_linear_electron_flow_209(X)
& raw_material_2(fn_linear_electron_flow_157(X),fn_linear_electron_flow_202(X))
& fn_linear_electron_flow_202(X) != fn_linear_electron_flow_221(X)
& recipient_2(fn_linear_electron_flow_180(X),fn_linear_electron_flow_221(X))
& donor_2(fn_linear_electron_flow_180(X),fn_linear_electron_flow_178(X))
& donor_2(fn_linear_electron_flow_179(X),fn_linear_electron_flow_178(X))
& fn_linear_electron_flow_221(X) != fn_linear_electron_flow_202(X)
& in_event_2(fn_linear_electron_flow_182(X),fn_linear_electron_flow_180(X))
& has_function_2(fn_linear_electron_flow_100(X),fn_linear_electron_flow_272(X))
& in_event_2(fn_linear_electron_flow_101(X),fn_linear_electron_flow_272(X))
& plays_2(fn_linear_electron_flow_94(X),fn_linear_electron_flow_101(X))
& base_2(fn_linear_electron_flow_192(X),fn_linear_electron_flow_209(X))
& plays_2(fn_linear_electron_flow_209(X),fn_linear_electron_flow_176(X))
& in_event_2(fn_linear_electron_flow_176(X),fn_linear_electron_flow_192(X))
& object_2(fn_linear_electron_flow_192(X),fn_linear_electron_flow_191(X))
& raw_material_2(fn_linear_electron_flow_177(X),fn_linear_electron_flow_178(X))
& fn_linear_electron_flow_178(X) != fn_linear_electron_flow_181(X)
& fn_linear_electron_flow_181(X) != fn_linear_electron_flow_178(X)
& has_atom_2(fn_linear_electron_flow_221(X),fn_linear_electron_flow_184(X))
& electronegativity_2(fn_linear_electron_flow_184(X),fn_linear_electron_flow_185(X))
& raw_material_2(fn_linear_electron_flow_177(X),fn_linear_electron_flow_221(X))
& fn_linear_electron_flow_221(X) != fn_linear_electron_flow_178(X)
& has_atom_2(fn_linear_electron_flow_178(X),fn_linear_electron_flow_183(X))
& electronegativity_2(fn_linear_electron_flow_183(X),fn_linear_electron_flow_186(X))
& fn_linear_electron_flow_178(X) != fn_linear_electron_flow_221(X)
& fn_linear_electron_flow_213(X) != fn_linear_electron_flow_193(X)
& fn_linear_electron_flow_193(X) != fn_linear_electron_flow_213(X)
& fn_linear_electron_flow_209(X) != fn_linear_electron_flow_213(X)
& fn_linear_electron_flow_213(X) != fn_linear_electron_flow_214(X)
& fn_linear_electron_flow_213(X) != fn_linear_electron_flow_209(X)
& fn_linear_electron_flow_214(X) != fn_linear_electron_flow_213(X)
& fn_linear_electron_flow_232(X) != fn_linear_electron_flow_209(X)
& fn_linear_electron_flow_209(X) != fn_linear_electron_flow_232(X)
& donor_2(fn_linear_electron_flow_122(X),fn_linear_electron_flow_120(X))
& donor_2(fn_linear_electron_flow_123(X),fn_linear_electron_flow_120(X))
& recipient_2(fn_linear_electron_flow_137(X),fn_linear_electron_flow_223(X))
& raw_material_2(fn_linear_electron_flow_135(X),fn_linear_electron_flow_147(X))
& donor_2(fn_linear_electron_flow_138(X),fn_linear_electron_flow_147(X))
& recipient_2(fn_linear_electron_flow_138(X),fn_linear_electron_flow_223(X))
& fn_linear_electron_flow_147(X) != fn_linear_electron_flow_139(X)
& fn_linear_electron_flow_139(X) != fn_linear_electron_flow_147(X)
& recipient_2(fn_linear_electron_flow_269(X),fn_linear_electron_flow_209(X))
& fn_linear_electron_flow_209(X) != fn_linear_electron_flow_193(X)
& fn_linear_electron_flow_193(X) != fn_linear_electron_flow_209(X)
& raw_material_2(fn_linear_electron_flow_271(X),fn_linear_electron_flow_209(X))
& has_atom_2(fn_linear_electron_flow_136(X),fn_linear_electron_flow_194(X))
& fn_linear_electron_flow_270(X) != fn_linear_electron_flow_209(X)
& fn_linear_electron_flow_209(X) != fn_linear_electron_flow_270(X)
& greater_than_2(fn_linear_electron_flow_196(X),fn_linear_electron_flow_195(X))
& greater_than_or_equal_to_2(fn_linear_electron_flow_196(X),fn_linear_electron_flow_195(X))
& raw_material_2(fn_linear_electron_flow_271(X),fn_linear_electron_flow_136(X))
& donor_2(fn_linear_electron_flow_268(X),fn_linear_electron_flow_136(X))
& recipient_2(fn_linear_electron_flow_268(X),fn_linear_electron_flow_209(X))
& has_atom_2(fn_linear_electron_flow_209(X),fn_linear_electron_flow_197(X))
& electronegativity_2(fn_linear_electron_flow_197(X),fn_linear_electron_flow_196(X))
& fn_linear_electron_flow_139(X) != fn_linear_electron_flow_223(X)
& fn_linear_electron_flow_223(X) != fn_linear_electron_flow_139(X)
& has_atom_2(fn_linear_electron_flow_223(X),fn_linear_electron_flow_141(X))
& electronegativity_2(fn_linear_electron_flow_141(X),fn_linear_electron_flow_142(X))
& raw_material_2(fn_linear_electron_flow_135(X),fn_linear_electron_flow_223(X))
& fn_linear_electron_flow_223(X) != fn_linear_electron_flow_147(X)
& has_atom_2(fn_linear_electron_flow_147(X),fn_linear_electron_flow_140(X))
& electronegativity_2(fn_linear_electron_flow_140(X),fn_linear_electron_flow_143(X))
& fn_linear_electron_flow_147(X) != fn_linear_electron_flow_223(X)
& is_inside_2(fn_linear_electron_flow_290(X),fn_linear_electron_flow_208(X))
& donor_2(fn_linear_electron_flow_110(X),fn_linear_electron_flow_267(X))
& electronegativity_2(fn_linear_electron_flow_114(X),fn_linear_electron_flow_117(X))
& raw_material_2(fn_linear_electron_flow_203(X),fn_linear_electron_flow_267(X))
& has_atom_2(fn_linear_electron_flow_267(X),fn_linear_electron_flow_113(X))
& electronegativity_2(fn_linear_electron_flow_113(X),fn_linear_electron_flow_118(X))
& greater_than_2(fn_linear_electron_flow_117(X),fn_linear_electron_flow_118(X))
& greater_than_or_equal_to_2(fn_linear_electron_flow_117(X),fn_linear_electron_flow_118(X))
& subevent_2(fn_linear_electron_flow_203(X),fn_linear_electron_flow_111(X))
& subevent_2(fn_linear_electron_flow_203(X),fn_linear_electron_flow_110(X))
& object_2(fn_linear_electron_flow_110(X),fn_linear_electron_flow_112(X))
& recipient_2(fn_linear_electron_flow_92(X),fn_linear_electron_flow_88(X))
& raw_material_2(fn_linear_electron_flow_273(X),fn_linear_electron_flow_88(X))
& subevent_2(fn_linear_electron_flow_271(X),fn_linear_electron_flow_269(X))
& subevent_2(X,fn_linear_electron_flow_271(X))
& subevent_2(fn_linear_electron_flow_271(X),fn_linear_electron_flow_268(X))
& object_2(fn_linear_electron_flow_268(X),fn_linear_electron_flow_270(X))
& result_2(X,fn_linear_electron_flow_218(X))
& possesses_2(fn_linear_electron_flow_218(X),fn_linear_electron_flow_303(X))
& quantity_2(fn_linear_electron_flow_303(X),fn_linear_electron_flow_304(X))
& greater_than_2(fn_linear_electron_flow_305(X),fn_linear_electron_flow_304(X))
& quantity_2(fn_linear_electron_flow_201(X),fn_linear_electron_flow_305(X))
& donor_2(fn_linear_electron_flow_149(X),fn_linear_electron_flow_155(X))
& recipient_2(fn_linear_electron_flow_148(X),fn_linear_electron_flow_214(X))
& greater_than_or_equal_to_2(fn_linear_electron_flow_153(X),fn_linear_electron_flow_154(X))
& raw_material_2(fn_linear_electron_flow_146(X),fn_linear_electron_flow_214(X))
& fn_linear_electron_flow_214(X) != fn_linear_electron_flow_150(X)
& fn_linear_electron_flow_150(X) != fn_linear_electron_flow_214(X)
& raw_material_2(fn_linear_electron_flow_146(X),fn_linear_electron_flow_155(X))
& fn_linear_electron_flow_155(X) != fn_linear_electron_flow_214(X)
& has_atom_2(fn_linear_electron_flow_214(X),fn_linear_electron_flow_152(X))
& electronegativity_2(fn_linear_electron_flow_152(X),fn_linear_electron_flow_153(X))
& greater_than_2(fn_linear_electron_flow_153(X),fn_linear_electron_flow_154(X))
& fn_linear_electron_flow_214(X) != fn_linear_electron_flow_155(X)
& donor_2(fn_linear_electron_flow_148(X),fn_linear_electron_flow_155(X))
& electronegativity_2(fn_linear_electron_flow_151(X),fn_linear_electron_flow_154(X))
& recipient_2(fn_linear_electron_flow_158(X),fn_linear_electron_flow_231(X))
& fn_linear_electron_flow_231(X) != fn_linear_electron_flow_155(X)
& has_atom_2(fn_linear_electron_flow_155(X),fn_linear_electron_flow_151(X))
& fn_linear_electron_flow_155(X) != fn_linear_electron_flow_231(X)
& fn_linear_electron_flow_150(X) != fn_linear_electron_flow_155(X)
& fn_linear_electron_flow_155(X) != fn_linear_electron_flow_150(X)
& plays_2(fn_linear_electron_flow_173(X),fn_linear_electron_flow_172(X))
& in_event_2(fn_linear_electron_flow_172(X),X)
& has_function_2(fn_linear_electron_flow_173(X),fn_linear_electron_flow_175(X))
& enables_2(fn_linear_electron_flow_175(X),X)
& site_2(X,fn_linear_electron_flow_174(X))
& has_region_2(fn_linear_electron_flow_173(X),fn_linear_electron_flow_174(X))
& has_function_2(fn_linear_electron_flow_173(X),X)
& element_2(fn_linear_electron_flow_63(X),fn_linear_electron_flow_70(X))
& fn_linear_electron_flow_70(X) != fn_linear_electron_flow_120(X)
& element_2(fn_linear_electron_flow_63(X),fn_linear_electron_flow_120(X))
& fn_linear_electron_flow_120(X) != fn_linear_electron_flow_70(X)
& fn_linear_electron_flow_126(X) != fn_linear_electron_flow_120(X)
& fn_linear_electron_flow_120(X) != fn_linear_electron_flow_126(X)
& object_2(fn_linear_electron_flow_77(X),fn_linear_electron_flow_202(X))
& directly_proportional_2(fn_linear_electron_flow_81(X),fn_linear_electron_flow_82(X))
& intensity_2(fn_linear_electron_flow_76(X),fn_linear_electron_flow_81(X))
& base_2(fn_linear_electron_flow_75(X),fn_linear_electron_flow_202(X))
& object_2(fn_linear_electron_flow_75(X),fn_linear_electron_flow_200(X))
& possesses_2(fn_linear_electron_flow_74(X),fn_linear_electron_flow_83(X))
& quantity_2(fn_linear_electron_flow_83(X),fn_linear_electron_flow_82(X))
& recipient_2(fn_linear_electron_flow_115(X),fn_linear_electron_flow_121(X))
& has_atom_2(fn_linear_electron_flow_121(X),fn_linear_electron_flow_128(X))
& electronegativity_2(fn_linear_electron_flow_128(X),fn_linear_electron_flow_129(X))
& raw_material_2(fn_linear_electron_flow_130(X),fn_linear_electron_flow_121(X))
& fn_linear_electron_flow_121(X) != fn_linear_electron_flow_109(X)
& fn_linear_electron_flow_109(X) != fn_linear_electron_flow_121(X)
& subevent_2(fn_linear_electron_flow_135(X),fn_linear_electron_flow_137(X))
& object_2(fn_linear_electron_flow_137(X),fn_linear_electron_flow_139(X))
& object_2(fn_linear_electron_flow_138(X),fn_linear_electron_flow_139(X))
& subevent_2(fn_linear_electron_flow_135(X),fn_linear_electron_flow_138(X))
& subevent_2(fn_linear_electron_flow_177(X),fn_linear_electron_flow_179(X))
& object_2(fn_linear_electron_flow_179(X),fn_linear_electron_flow_181(X))
& object_2(fn_linear_electron_flow_180(X),fn_linear_electron_flow_181(X))
& subevent_2(fn_linear_electron_flow_177(X),fn_linear_electron_flow_180(X))
& donor_2(fn_linear_electron_flow_92(X),fn_linear_electron_flow_109(X))
& electronegativity_2(fn_linear_electron_flow_93(X),fn_linear_electron_flow_105(X))
& raw_material_2(fn_linear_electron_flow_273(X),fn_linear_electron_flow_109(X))
& donor_2(fn_linear_electron_flow_91(X),fn_linear_electron_flow_109(X))
& subevent_2(fn_linear_electron_flow_273(X),fn_linear_electron_flow_91(X))
& greater_than_or_equal_to_2(fn_linear_electron_flow_105(X),fn_linear_electron_flow_106(X))
& greater_than_2(fn_linear_electron_flow_105(X),fn_linear_electron_flow_106(X))
& subevent_2(fn_linear_electron_flow_273(X),fn_linear_electron_flow_92(X))
& object_2(fn_linear_electron_flow_92(X),fn_linear_electron_flow_89(X))
& fn_linear_electron_flow_89(X) != fn_linear_electron_flow_109(X)
& has_atom_2(fn_linear_electron_flow_109(X),fn_linear_electron_flow_90(X))
& electronegativity_2(fn_linear_electron_flow_90(X),fn_linear_electron_flow_106(X))
& fn_linear_electron_flow_109(X) != fn_linear_electron_flow_89(X)
& is_outside_2(fn_linear_electron_flow_287(X),fn_linear_electron_flow_208(X))
& is_inside_2(fn_linear_electron_flow_240(X),fn_linear_electron_flow_208(X))
& is_outside_2(fn_linear_electron_flow_286(X),fn_linear_electron_flow_208(X))
& is_inside_2(fn_linear_electron_flow_266(X),fn_linear_electron_flow_208(X))
& base_2(fn_linear_electron_flow_247(X),fn_linear_electron_flow_266(X))
& object_2(fn_linear_electron_flow_247(X),fn_linear_electron_flow_265(X))
& element_2(fn_linear_electron_flow_210(X),fn_linear_electron_flow_202(X))
& is_across_2(fn_linear_electron_flow_198(X),fn_linear_electron_flow_208(X))
& element_2(fn_linear_electron_flow_199(X),fn_linear_electron_flow_278(X))
& object_2(fn_linear_electron_flow_302(X),fn_linear_electron_flow_278(X))
& base_2(fn_linear_electron_flow_302(X),fn_linear_electron_flow_225(X))
& base_2(fn_linear_electron_flow_215(X),fn_linear_electron_flow_225(X))
& element_2(fn_linear_electron_flow_198(X),fn_linear_electron_flow_199(X))
& element_2(fn_linear_electron_flow_199(X),fn_linear_electron_flow_225(X))
& plays_2(fn_linear_electron_flow_225(X),fn_linear_electron_flow_227(X))
& in_event_2(fn_linear_electron_flow_227(X),fn_linear_electron_flow_215(X))
& agent_2(fn_linear_electron_flow_215(X),fn_linear_electron_flow_225(X))
& element_2(fn_linear_electron_flow_198(X),fn_linear_electron_flow_210(X))
& element_2(fn_linear_electron_flow_210(X),fn_linear_electron_flow_73(X))
& fn_linear_electron_flow_73(X) != fn_linear_electron_flow_202(X)
& is_near_2(fn_linear_electron_flow_199(X),fn_linear_electron_flow_210(X))
& is_near_2(fn_linear_electron_flow_210(X),fn_linear_electron_flow_199(X))
& fn_linear_electron_flow_202(X) != fn_linear_electron_flow_73(X)
& subevent_2(fn_linear_electron_flow_157(X),fn_linear_electron_flow_158(X))
& subevent_2(fn_linear_electron_flow_157(X),fn_linear_electron_flow_159(X))
& subevent_2(X,fn_linear_electron_flow_190(X))
& subevent_2(X,fn_linear_electron_flow_157(X))
& raw_material_2(fn_linear_electron_flow_157(X),fn_linear_electron_flow_231(X))
& has_atom_2(fn_linear_electron_flow_231(X),fn_linear_electron_flow_59(X))
& electronegativity_2(fn_linear_electron_flow_59(X),fn_linear_electron_flow_60(X))
& element_2(fn_linear_electron_flow_62(X),fn_linear_electron_flow_66(X))
& element_2(fn_linear_electron_flow_62(X),fn_linear_electron_flow_68(X))
& element_2(fn_linear_electron_flow_62(X),fn_linear_electron_flow_65(X))
& element_2(fn_linear_electron_flow_62(X),fn_linear_electron_flow_69(X))
& element_2(fn_linear_electron_flow_62(X),fn_linear_electron_flow_64(X))
& element_2(fn_linear_electron_flow_62(X),fn_linear_electron_flow_67(X))
& fn_linear_electron_flow_67(X) != fn_linear_electron_flow_65(X)
& fn_linear_electron_flow_65(X) != fn_linear_electron_flow_66(X)
& fn_linear_electron_flow_65(X) != fn_linear_electron_flow_67(X)
& fn_linear_electron_flow_66(X) != fn_linear_electron_flow_65(X)
& fn_linear_electron_flow_67(X) != fn_linear_electron_flow_66(X)
& fn_linear_electron_flow_66(X) != fn_linear_electron_flow_67(X)
& causes_2(fn_linear_electron_flow_130(X),fn_linear_electron_flow_124(X))
& subevent_2(fn_linear_electron_flow_130(X),fn_linear_electron_flow_123(X))
& subevent_2(fn_linear_electron_flow_130(X),fn_linear_electron_flow_122(X))
& fn_linear_electron_flow_122(X) != fn_linear_electron_flow_124(X)
& object_2(fn_linear_electron_flow_124(X),fn_linear_electron_flow_125(X))
& possesses_2(fn_linear_electron_flow_126(X),fn_linear_electron_flow_125(X))
& donor_2(fn_linear_electron_flow_124(X),fn_linear_electron_flow_126(X))
& fn_linear_electron_flow_124(X) != fn_linear_electron_flow_122(X)
& object_2(fn_linear_electron_flow_122(X),fn_linear_electron_flow_126(X))
& has_function_2(fn_linear_electron_flow_216(X),X)
& raw_material_2(X,fn_linear_electron_flow_225(X))
& in_event_2(fn_linear_electron_flow_228(X),X)
& fn_linear_electron_flow_89(X) != fn_linear_electron_flow_88(X)
& object_2(fn_linear_electron_flow_91(X),fn_linear_electron_flow_89(X))
& fn_linear_electron_flow_88(X) != fn_linear_electron_flow_89(X)
& fn_linear_electron_flow_136(X) != fn_linear_electron_flow_270(X)
& object_2(fn_linear_electron_flow_269(X),fn_linear_electron_flow_270(X))
& fn_linear_electron_flow_270(X) != fn_linear_electron_flow_136(X)
& donor_2(fn_linear_electron_flow_111(X),fn_linear_electron_flow_267(X))
& fn_linear_electron_flow_112(X) != fn_linear_electron_flow_267(X)
& object_2(fn_linear_electron_flow_111(X),fn_linear_electron_flow_112(X))
& fn_linear_electron_flow_267(X) != fn_linear_electron_flow_112(X)
& agent_2(fn_linear_electron_flow_76(X),fn_linear_electron_flow_202(X))
& base_2(fn_linear_electron_flow_76(X),fn_linear_electron_flow_202(X))
& fn_linear_electron_flow_162(X) != fn_linear_electron_flow_202(X)
& fn_linear_electron_flow_202(X) != fn_linear_electron_flow_162(X)
& fn_linear_electron_flow_202(X) != fn_linear_electron_flow_193(X)
& fn_linear_electron_flow_193(X) != fn_linear_electron_flow_202(X)
& recipient_2(fn_linear_electron_flow_159(X),fn_linear_electron_flow_231(X))
& fn_linear_electron_flow_231(X) != fn_linear_electron_flow_162(X)
& object_2(fn_linear_electron_flow_159(X),fn_linear_electron_flow_162(X))
& fn_linear_electron_flow_162(X) != fn_linear_electron_flow_231(X)
& fn_linear_electron_flow_121(X) != fn_linear_electron_flow_126(X)
& object_2(fn_linear_electron_flow_123(X),fn_linear_electron_flow_126(X))
& fn_linear_electron_flow_126(X) != fn_linear_electron_flow_121(X)
& fn_linear_electron_flow_74(X) != fn_linear_electron_flow_202(X)
& fn_linear_electron_flow_202(X) != fn_linear_electron_flow_74(X)
& fn_linear_electron_flow_221(X) != fn_linear_electron_flow_181(X)
& fn_linear_electron_flow_181(X) != fn_linear_electron_flow_221(X)
& has_atom_2(fn_linear_electron_flow_202(X),fn_linear_electron_flow_194(X))
& electronegativity_2(fn_linear_electron_flow_194(X),fn_linear_electron_flow_195(X))
& plays_2(fn_linear_electron_flow_202(X),fn_linear_electron_flow_161(X))
& in_event_2(fn_linear_electron_flow_161(X),fn_linear_electron_flow_158(X))
& object_2(fn_linear_electron_flow_158(X),fn_linear_electron_flow_162(X))
& donor_2(fn_linear_electron_flow_158(X),fn_linear_electron_flow_202(X))
& raw_material_2(fn_linear_electron_flow_158(X),fn_linear_electron_flow_160(X))
& quantity_2(fn_linear_electron_flow_160(X),fn_linear_electron_flow_163(X))
& directly_proportional_2(fn_linear_electron_flow_195(X),fn_linear_electron_flow_163(X))
& base_2(fn_linear_electron_flow_282(X),fn_linear_electron_flow_291(X))
& fn_linear_electron_flow_187(X) != fn_linear_electron_flow_204(X)
& base_2(fn_linear_electron_flow_188(X),fn_linear_electron_flow_202(X))
& has_function_2(fn_linear_electron_flow_202(X),fn_linear_electron_flow_188(X))
& has_part_2(fn_linear_electron_flow_202(X),fn_linear_electron_flow_187(X))
& fn_linear_electron_flow_204(X) != fn_linear_electron_flow_187(X)
& has_part_2(fn_linear_electron_flow_202(X),fn_linear_electron_flow_204(X))
& agent_2(fn_linear_electron_flow_188(X),fn_linear_electron_flow_202(X))
& has_part_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_242(X))
& is_across_2(fn_linear_electron_flow_211(X),fn_linear_electron_flow_208(X))
& has_part_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_211(X))
& has_part_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_322(X))
& element_2(fn_linear_electron_flow_325(X),fn_linear_electron_flow_322(X))
& fn_linear_electron_flow_136(X) != fn_linear_electron_flow_147(X)
& fn_linear_electron_flow_147(X) != fn_linear_electron_flow_136(X)
& fn_linear_electron_flow_136(X) != fn_linear_electron_flow_209(X)
& fn_linear_electron_flow_209(X) != fn_linear_electron_flow_136(X)
& fn_linear_electron_flow_242(X) != fn_linear_electron_flow_136(X)
& fn_linear_electron_flow_136(X) != fn_linear_electron_flow_242(X)
& element_2(fn_linear_electron_flow_216(X),fn_linear_electron_flow_136(X))
& has_part_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_136(X))
& plays_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_301(X))
& in_event_2(fn_linear_electron_flow_301(X),fn_linear_electron_flow_300(X))
& instrument_2(fn_linear_electron_flow_300(X),fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_209(X) != fn_linear_electron_flow_242(X)
& fn_linear_electron_flow_242(X) != fn_linear_electron_flow_209(X)
& fn_linear_electron_flow_147(X) != fn_linear_electron_flow_209(X)
& fn_linear_electron_flow_209(X) != fn_linear_electron_flow_147(X)
& has_part_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_209(X))
& has_function_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_321(X))
& is_outside_2(fn_linear_electron_flow_289(X),fn_linear_electron_flow_208(X))
& object_2(fn_linear_electron_flow_279(X),fn_linear_electron_flow_289(X))
& base_2(fn_linear_electron_flow_279(X),fn_linear_electron_flow_294(X))
& is_inside_2(fn_linear_electron_flow_294(X),fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_316(X) != fn_linear_electron_flow_315(X)
& has_region_2(fn_linear_electron_flow_316(X),fn_linear_electron_flow_310(X))
& fn_linear_electron_flow_315(X) != fn_linear_electron_flow_316(X)
& has_region_2(fn_linear_electron_flow_315(X),fn_linear_electron_flow_312(X))
& agent_2(fn_linear_electron_flow_320(X),fn_linear_electron_flow_312(X))
& has_function_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_320(X))
& fn_linear_electron_flow_319(X) != fn_linear_electron_flow_320(X)
& fn_linear_electron_flow_321(X) != fn_linear_electron_flow_320(X)
& fn_linear_electron_flow_321(X) != fn_linear_electron_flow_319(X)
& fn_linear_electron_flow_319(X) != fn_linear_electron_flow_321(X)
& fn_linear_electron_flow_320(X) != fn_linear_electron_flow_321(X)
& fn_linear_electron_flow_320(X) != fn_linear_electron_flow_319(X)
& has_region_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_284(X))
& has_region_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_274(X))
& is_inside_2(fn_linear_electron_flow_274(X),fn_linear_electron_flow_295(X))
& is_between_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_295(X))
& has_function_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_319(X))
& is_inside_2(fn_linear_electron_flow_206(X),fn_linear_electron_flow_208(X))
& is_outside_2(fn_linear_electron_flow_288(X),fn_linear_electron_flow_208(X))
& object_2(fn_linear_electron_flow_280(X),fn_linear_electron_flow_288(X))
& base_2(fn_linear_electron_flow_280(X),fn_linear_electron_flow_293(X))
& is_inside_2(fn_linear_electron_flow_293(X),fn_linear_electron_flow_208(X))
& object_2(fn_linear_electron_flow_234(X),fn_linear_electron_flow_238(X))
& is_outside_2(fn_linear_electron_flow_238(X),fn_linear_electron_flow_208(X))
& path_2(fn_linear_electron_flow_275(X),fn_linear_electron_flow_208(X))
& agent_2(fn_linear_electron_flow_275(X),fn_linear_electron_flow_211(X))
& has_region_2(fn_linear_electron_flow_211(X),fn_linear_electron_flow_274(X))
& called_2(fn_linear_electron_flow_299(X),"1")
& agent_2(fn_linear_electron_flow_299(X),fn_linear_electron_flow_252(X))
& is_between_2(fn_linear_electron_flow_252(X),fn_linear_electron_flow_257(X))
& is_inside_2(fn_linear_electron_flow_257(X),fn_linear_electron_flow_274(X))
& fn_linear_electron_flow_298(X) != fn_linear_electron_flow_297(X)
& called_2(fn_linear_electron_flow_298(X),"2")
& fn_linear_electron_flow_297(X) != fn_linear_electron_flow_298(X)
& agent_2(fn_linear_electron_flow_297(X),fn_linear_electron_flow_257(X))
& is_along_2(fn_linear_electron_flow_316(X),fn_linear_electron_flow_315(X))
& is_along_2(fn_linear_electron_flow_315(X),fn_linear_electron_flow_316(X))
& element_2(fn_linear_electron_flow_216(X),fn_linear_electron_flow_242(X))
& element_2(fn_linear_electron_flow_216(X),fn_linear_electron_flow_209(X))
& path_2(fn_linear_electron_flow_277(X),fn_linear_electron_flow_208(X))
& agent_2(fn_linear_electron_flow_277(X),fn_linear_electron_flow_211(X))
& base_2(fn_linear_electron_flow_234(X),fn_linear_electron_flow_240(X))
& called_2(fn_linear_electron_flow_297(X),"3")
& is_inside_2(fn_linear_electron_flow_257(X),fn_linear_electron_flow_284(X))
& is_between_2(fn_linear_electron_flow_317(X),fn_linear_electron_flow_312(X))
& is_inside_2(fn_linear_electron_flow_311(X),fn_linear_electron_flow_312(X))
& has_region_2(fn_linear_electron_flow_313(X),fn_linear_electron_flow_311(X))
& element_2(fn_linear_electron_flow_315(X),fn_linear_electron_flow_313(X))
& has_region_2(fn_linear_electron_flow_323(X),fn_linear_electron_flow_315(X))
& is_inside_2(fn_linear_electron_flow_309(X),fn_linear_electron_flow_310(X))
& is_between_2(fn_linear_electron_flow_317(X),fn_linear_electron_flow_310(X))
& has_region_2(fn_linear_electron_flow_323(X),fn_linear_electron_flow_317(X))
& has_region_2(fn_linear_electron_flow_323(X),fn_linear_electron_flow_316(X))
& fn_linear_electron_flow_80(X) != fn_linear_electron_flow_79(X)
& fn_linear_electron_flow_200(X) != fn_linear_electron_flow_78(X)
& fn_linear_electron_flow_78(X) != fn_linear_electron_flow_200(X)
& fn_linear_electron_flow_79(X) != fn_linear_electron_flow_80(X)
& object_2(fn_linear_electron_flow_79(X),fn_linear_electron_flow_200(X))
& element_2(fn_linear_electron_flow_210(X),fn_linear_electron_flow_200(X))
& element_2(fn_linear_electron_flow_210(X),fn_linear_electron_flow_78(X))
& agent_2(fn_linear_electron_flow_77(X),fn_linear_electron_flow_200(X))
& is_inside_2(fn_linear_electron_flow_254(X),fn_linear_electron_flow_257(X))
& is_at_2(fn_linear_electron_flow_254(X),fn_linear_electron_flow_257(X))
& has_region_2(fn_linear_electron_flow_260(X),fn_linear_electron_flow_257(X))
& has_region_2(fn_linear_electron_flow_276(X),fn_linear_electron_flow_260(X))
& has_part_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_276(X))
& fn_linear_electron_flow_297(X) != fn_linear_electron_flow_299(X)
& instrument_2(fn_linear_electron_flow_297(X),fn_linear_electron_flow_254(X))
& fn_linear_electron_flow_299(X) != fn_linear_electron_flow_297(X)
& has_function_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_299(X))
& is_across_2(fn_linear_electron_flow_324(X),fn_linear_electron_flow_208(X))
& has_part_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_324(X))
& fn_linear_electron_flow_261(X) != fn_linear_electron_flow_260(X)
& fn_linear_electron_flow_260(X) != fn_linear_electron_flow_261(X)
& fn_linear_electron_flow_299(X) != fn_linear_electron_flow_298(X)
& has_region_2(fn_linear_electron_flow_261(X),fn_linear_electron_flow_257(X))
& agent_2(fn_linear_electron_flow_298(X),fn_linear_electron_flow_257(X))
& fn_linear_electron_flow_298(X) != fn_linear_electron_flow_299(X)
& is_along_2(fn_linear_electron_flow_260(X),fn_linear_electron_flow_261(X))
& is_along_2(fn_linear_electron_flow_261(X),fn_linear_electron_flow_260(X))
& has_region_2(fn_linear_electron_flow_276(X),fn_linear_electron_flow_252(X))
& has_region_2(fn_linear_electron_flow_276(X),fn_linear_electron_flow_261(X))
& element_2(fn_linear_electron_flow_216(X),fn_linear_electron_flow_147(X))
& has_part_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_147(X))
& has_function_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_298(X))
& has_part_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_325(X))
& is_inside_2(fn_linear_electron_flow_324(X),fn_linear_electron_flow_323(X))
& has_function_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_297(X))
& has_part_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_222(X))
& is_inside_2(fn_linear_electron_flow_241(X),fn_linear_electron_flow_208(X))
& base_2(fn_linear_electron_flow_233(X),fn_linear_electron_flow_241(X))
& object_2(fn_linear_electron_flow_233(X),fn_linear_electron_flow_239(X))
& is_outside_2(fn_linear_electron_flow_239(X),fn_linear_electron_flow_208(X))
& voltage_2(fn_linear_electron_flow_237(X),fn_linear_electron_flow_236(X))
& possesses_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_237(X))
& is_inside_2(fn_linear_electron_flow_296(X),fn_linear_electron_flow_284(X))
& is_between_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_296(X))
& has_part_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_323(X))
& subevent_2(fn_linear_electron_flow_272(X),fn_linear_electron_flow_98(X))
& object_2(fn_linear_electron_flow_98(X),fn_linear_electron_flow_95(X))
& object_2(fn_linear_electron_flow_97(X),fn_linear_electron_flow_95(X))
& subevent_2(fn_linear_electron_flow_272(X),fn_linear_electron_flow_97(X))
& subevent_2(fn_linear_electron_flow_146(X),fn_linear_electron_flow_148(X))
& object_2(fn_linear_electron_flow_148(X),fn_linear_electron_flow_150(X))
& object_2(fn_linear_electron_flow_149(X),fn_linear_electron_flow_150(X))
& subevent_2(fn_linear_electron_flow_146(X),fn_linear_electron_flow_149(X))
& has_part_2(fn_linear_electron_flow_222(X),fn_linear_electron_flow_207(X))
& is_inside_2(fn_linear_electron_flow_207(X),fn_linear_electron_flow_206(X))
& has_region_2(fn_linear_electron_flow_222(X),fn_linear_electron_flow_206(X))
& has_oxidized_form_2(fn_linear_electron_flow_99(X),fn_linear_electron_flow_94(X))
& has_reduced_form_2(fn_linear_electron_flow_94(X),fn_linear_electron_flow_99(X))
& has_region_2(fn_linear_electron_flow_260(X),fn_linear_electron_flow_258(X))
& has_region_2(fn_linear_electron_flow_261(X),fn_linear_electron_flow_259(X))
& in_event_2(fn_linear_electron_flow_116(X),fn_linear_electron_flow_115(X))
& plays_2(fn_linear_electron_flow_121(X),fn_linear_electron_flow_116(X))
& recipient_2(fn_linear_electron_flow_123(X),fn_linear_electron_flow_121(X))
& fn_linear_electron_flow_242(X) != fn_linear_electron_flow_94(X)
& electronegativity_2(fn_linear_electron_flow_96(X),fn_linear_electron_flow_104(X))
& has_atom_2(fn_linear_electron_flow_242(X),fn_linear_electron_flow_96(X))
& fn_linear_electron_flow_94(X) != fn_linear_electron_flow_242(X)
& recipient_2(fn_linear_electron_flow_97(X),fn_linear_electron_flow_94(X))
& fn_linear_electron_flow_95(X) != fn_linear_electron_flow_94(X)
& fn_linear_electron_flow_94(X) != fn_linear_electron_flow_95(X)
& greater_than_or_equal_to_2(fn_linear_electron_flow_103(X),fn_linear_electron_flow_104(X))
& greater_than_2(fn_linear_electron_flow_103(X),fn_linear_electron_flow_104(X))
& electronegativity_2(fn_linear_electron_flow_102(X),fn_linear_electron_flow_103(X))
& has_atom_2(fn_linear_electron_flow_94(X),fn_linear_electron_flow_102(X))
& raw_material_2(fn_linear_electron_flow_272(X),fn_linear_electron_flow_94(X))
& recipient_2(fn_linear_electron_flow_98(X),fn_linear_electron_flow_94(X))
& fn_linear_electron_flow_242(X) != fn_linear_electron_flow_95(X)
& fn_linear_electron_flow_95(X) != fn_linear_electron_flow_242(X)
& plays_2(fn_linear_electron_flow_231(X),fn_linear_electron_flow_230(X))
& in_event_2(fn_linear_electron_flow_230(X),fn_linear_electron_flow_159(X))
& in_event_2(fn_linear_electron_flow_229(X),fn_linear_electron_flow_159(X))
& plays_2(fn_linear_electron_flow_202(X),fn_linear_electron_flow_229(X))
& donor_2(fn_linear_electron_flow_159(X),fn_linear_electron_flow_202(X))
& element_2(fn_linear_electron_flow_223(X),fn_linear_electron_flow_213(X))
& object_2(fn_linear_electron_flow_277(X),fn_linear_electron_flow_212(X))
& has_part_2(fn_linear_electron_flow_202(X),fn_linear_electron_flow_205(X))
& object_2(fn_linear_electron_flow_275(X),fn_linear_electron_flow_212(X))
& is_inside_2(fn_linear_electron_flow_211(X),fn_linear_electron_flow_276(X))
& raw_material_2(fn_linear_electron_flow_190(X),fn_linear_electron_flow_191(X))
& object_2(fn_linear_electron_flow_281(X),fn_linear_electron_flow_287(X))
& base_2(fn_linear_electron_flow_281(X),fn_linear_electron_flow_292(X))
& is_inside_2(fn_linear_electron_flow_292(X),fn_linear_electron_flow_208(X))
& is_outside_2(fn_linear_electron_flow_265(X),fn_linear_electron_flow_208(X))
& has_region_2(fn_linear_electron_flow_260(X),fn_linear_electron_flow_259(X))
& has_region_2(fn_linear_electron_flow_261(X),fn_linear_electron_flow_258(X))
& fn_linear_electron_flow_200(X) != fn_linear_electron_flow_209(X)
& fn_linear_electron_flow_209(X) != fn_linear_electron_flow_202(X)
& fn_linear_electron_flow_209(X) != fn_linear_electron_flow_200(X)
& fn_linear_electron_flow_202(X) != fn_linear_electron_flow_209(X)
& element_2(fn_linear_electron_flow_216(X),fn_linear_electron_flow_202(X))
& fn_linear_electron_flow_225(X) != fn_linear_electron_flow_202(X)
& fn_linear_electron_flow_225(X) != fn_linear_electron_flow_232(X)
& fn_linear_electron_flow_232(X) != fn_linear_electron_flow_225(X)
& fn_linear_electron_flow_225(X) != fn_linear_electron_flow_221(X)
& fn_linear_electron_flow_202(X) != fn_linear_electron_flow_225(X)
& fn_linear_electron_flow_221(X) != fn_linear_electron_flow_225(X)
& recipient_2(fn_linear_electron_flow_179(X),fn_linear_electron_flow_221(X))
& recipient_2(fn_linear_electron_flow_122(X),fn_linear_electron_flow_121(X))
& result_2(fn_linear_electron_flow_130(X),fn_linear_electron_flow_109(X))
& donor_2(fn_linear_electron_flow_97(X),fn_linear_electron_flow_242(X))
& fn_linear_electron_flow_224(X) != fn_linear_electron_flow_267(X)
& fn_linear_electron_flow_267(X) != fn_linear_electron_flow_224(X)
& recipient_2(fn_linear_electron_flow_111(X),fn_linear_electron_flow_224(X))
& result_2(fn_linear_electron_flow_146(X),fn_linear_electron_flow_147(X))
& base_2(fn_linear_electron_flow_283(X),fn_linear_electron_flow_290(X))
& result_2(fn_linear_electron_flow_272(X),fn_linear_electron_flow_99(X))
& is_permeable_to_2(fn_linear_electron_flow_208(X),fn_linear_electron_flow_212(X))
& object_2(fn_linear_electron_flow_283(X),fn_linear_electron_flow_285(X))
& is_outside_2(fn_linear_electron_flow_285(X),fn_linear_electron_flow_208(X))
& is_inside_2(fn_linear_electron_flow_291(X),fn_linear_electron_flow_208(X))
& result_2(fn_linear_electron_flow_177(X),fn_linear_electron_flow_219(X))
& donor_2(fn_linear_electron_flow_269(X),fn_linear_electron_flow_136(X))
& recipient_2(fn_linear_electron_flow_91(X),fn_linear_electron_flow_88(X))
& donor_2(fn_linear_electron_flow_98(X),fn_linear_electron_flow_242(X))
& base_2(fn_linear_electron_flow_165(X),fn_linear_electron_flow_178(X))
& plays_2(fn_linear_electron_flow_225(X),fn_linear_electron_flow_228(X))
& object_2(fn_linear_electron_flow_80(X),fn_linear_electron_flow_209(X))
& object_2(fn_linear_electron_flow_77(X),fn_linear_electron_flow_73(X))
& fn_linear_electron_flow_202(X) = fn_light_reflection_1(fn_linear_electron_flow_189(X))
& fn_linear_electron_flow_120(X) = fn_chemical_reaction_1(fn_linear_electron_flow_203(X))
& fn_linear_electron_flow_313(X) = fn_move_apart_2(fn_linear_electron_flow_308(X))
& fn_linear_electron_flow_314(X) = fn_move_apart_1(fn_linear_electron_flow_308(X))
& fn_linear_electron_flow_225(X) = fn_release_2(fn_linear_electron_flow_245(X))
& fn_linear_electron_flow_249(X) = fn_hold_2(fn_linear_electron_flow_263(X))
& fn_linear_electron_flow_250(X) = fn_hold_2(fn_linear_electron_flow_262(X))
& fn_linear_electron_flow_248(X) = fn_hold_2(fn_linear_electron_flow_264(X))
& fn_linear_electron_flow_167(X) = fn_hold_2(fn_linear_electron_flow_166(X))
& fn_linear_electron_flow_286(X) = fn_attach_1(fn_linear_electron_flow_282(X))
& fn_linear_electron_flow_211(X) = fn_hold_1(fn_linear_electron_flow_262(X))
& fn_linear_electron_flow_211(X) = fn_hold_1(fn_linear_electron_flow_263(X))
& fn_linear_electron_flow_211(X) = fn_hold_1(fn_linear_electron_flow_166(X))
& fn_linear_electron_flow_211(X) = fn_hold_1(fn_linear_electron_flow_264(X))
& fn_linear_electron_flow_242(X) = fn_chemical_reaction_1(fn_linear_electron_flow_273(X))
& fn_linear_electron_flow_251(X) = fn_restrain_1(fn_linear_electron_flow_253(X))
& fn_linear_electron_flow_136(X) = fn_chemical_reaction_1(fn_linear_electron_flow_135(X))
& fn_linear_electron_flow_267(X) = fn_chemical_reaction_1(fn_linear_electron_flow_271(X))
& fn_linear_electron_flow_126(X) = fn_lose_1(fn_linear_electron_flow_127(X))
& fn_linear_electron_flow_125(X) = fn_transfer_1(fn_linear_electron_flow_127(X))
& fn_linear_electron_flow_214(X) = fn_reduction_3(fn_linear_electron_flow_149(X))
& fn_linear_electron_flow_226(X) = fn_transfer_1(fn_linear_electron_flow_220(X))
& fn_linear_electron_flow_132(X) = fn_transfer_1(fn_linear_electron_flow_131(X))
& fn_linear_electron_flow_160(X) = fn_redox_reaction_6(fn_linear_electron_flow_157(X))
& fn_linear_electron_flow_195(X) = fn_redox_reaction_14(fn_linear_electron_flow_157(X))
& fn_linear_electron_flow_164(X) = fn_release_1(fn_linear_electron_flow_165(X))
& fn_linear_electron_flow_164(X) = fn_electron_transport_chain_reaction_8(X)
& fn_linear_electron_flow_165(X) = fn_electron_transport_chain_reaction_7(X)
& fn_linear_electron_flow_177(X) = fn_electron_transport_chain_reaction_9(X)
& fn_linear_electron_flow_216(X) = fn_electron_transport_chain_reaction_4(X)
& fn_linear_electron_flow_155(X) = fn_chemical_reaction_1(fn_linear_electron_flow_157(X))
& fn_linear_electron_flow_219(X) = fn_reduction_1(fn_linear_electron_flow_180(X))
& fn_linear_electron_flow_224(X) = fn_redox_reaction_16(fn_linear_electron_flow_203(X))
& fn_linear_electron_flow_209(X) = fn_redox_reaction_16(fn_linear_electron_flow_246(X))
& fn_linear_electron_flow_193(X) = fn_redox_reaction_7(fn_linear_electron_flow_246(X))
& fn_linear_electron_flow_225(X) = fn_redox_reaction_16(fn_linear_electron_flow_246(X))
& fn_linear_electron_flow_225(X) = fn_redox_reaction_12(fn_linear_electron_flow_246(X))
& fn_linear_electron_flow_179(X) = fn_redox_reaction_11(fn_linear_electron_flow_157(X))
& fn_linear_electron_flow_178(X) = fn_reduction_1(fn_linear_electron_flow_180(X))
& fn_linear_electron_flow_178(X) = fn_redox_reaction_12(fn_linear_electron_flow_157(X))
& fn_linear_electron_flow_221(X) = fn_reduction_3(fn_linear_electron_flow_180(X))
& fn_linear_electron_flow_180(X) = fn_redox_reaction_10(fn_linear_electron_flow_157(X))
& fn_linear_electron_flow_221(X) = fn_redox_reaction_16(fn_linear_electron_flow_157(X))
& fn_linear_electron_flow_202(X) = fn_redox_reaction_12(fn_linear_electron_flow_157(X))
& fn_linear_electron_flow_182(X) = fn_reduction_2(fn_linear_electron_flow_180(X))
& fn_linear_electron_flow_94(X) = fn_enzyme_8(fn_linear_electron_flow_100(X))
& fn_linear_electron_flow_101(X) = fn_enzyme_7(fn_linear_electron_flow_100(X))
& fn_linear_electron_flow_272(X) = fn_enzyme_4(fn_linear_electron_flow_100(X))
& fn_linear_electron_flow_191(X) = fn_release_1(fn_linear_electron_flow_192(X))
& fn_linear_electron_flow_176(X) = fn_release_3(fn_linear_electron_flow_192(X))
& fn_linear_electron_flow_209(X) = fn_release_2(fn_linear_electron_flow_192(X))
& fn_linear_electron_flow_171(X) = fn_redox_reaction_15(fn_linear_electron_flow_177(X))
& fn_linear_electron_flow_185(X) = fn_redox_reaction_14(fn_linear_electron_flow_177(X))
& fn_linear_electron_flow_184(X) = fn_redox_reaction_13(fn_linear_electron_flow_177(X))
& fn_linear_electron_flow_170(X) = fn_redox_reaction_3(fn_linear_electron_flow_177(X))
& fn_linear_electron_flow_186(X) = fn_redox_reaction_1(fn_linear_electron_flow_177(X))
& fn_linear_electron_flow_183(X) = fn_redox_reaction_2(fn_linear_electron_flow_177(X))
& fn_linear_electron_flow_178(X) = fn_redox_reaction_16(fn_linear_electron_flow_177(X))
& fn_linear_electron_flow_221(X) = fn_redox_reaction_12(fn_linear_electron_flow_177(X))
& fn_linear_electron_flow_193(X) = fn_reduction_4(fn_linear_electron_flow_269(X))
& fn_linear_electron_flow_213(X) = fn_reduction_1(fn_linear_electron_flow_269(X))
& fn_linear_electron_flow_232(X) = fn_reduction_4(fn_linear_electron_flow_98(X))
& fn_linear_electron_flow_223(X) = fn_redox_reaction_16(fn_linear_electron_flow_135(X))
& fn_linear_electron_flow_139(X) = fn_reduction_4(fn_linear_electron_flow_98(X))
& fn_linear_electron_flow_147(X) = fn_redox_reaction_12(fn_linear_electron_flow_135(X))
& fn_linear_electron_flow_209(X) = fn_reduction_3(fn_linear_electron_flow_269(X))
& fn_linear_electron_flow_193(X) = fn_oxidation_9(fn_linear_electron_flow_137(X))
& fn_linear_electron_flow_193(X) = fn_redox_reaction_7(fn_linear_electron_flow_271(X))
& fn_linear_electron_flow_194(X) = fn_redox_reaction_13(fn_linear_electron_flow_271(X))
& fn_linear_electron_flow_169(X) = fn_redox_reaction_3(fn_linear_electron_flow_271(X))
& fn_linear_electron_flow_195(X) = fn_redox_reaction_14(fn_linear_electron_flow_271(X))
& fn_linear_electron_flow_196(X) = fn_redox_reaction_1(fn_linear_electron_flow_271(X))
& fn_linear_electron_flow_197(X) = fn_redox_reaction_2(fn_linear_electron_flow_271(X))
& fn_linear_electron_flow_209(X) = fn_redox_reaction_16(fn_linear_electron_flow_271(X))
& fn_linear_electron_flow_136(X) = fn_redox_reaction_12(fn_linear_electron_flow_271(X))
& fn_linear_electron_flow_223(X) = fn_oxidation_7(fn_linear_electron_flow_137(X))
& fn_linear_electron_flow_134(X) = fn_redox_reaction_15(fn_linear_electron_flow_135(X))
& fn_linear_electron_flow_142(X) = fn_redox_reaction_14(fn_linear_electron_flow_135(X))
& fn_linear_electron_flow_141(X) = fn_redox_reaction_13(fn_linear_electron_flow_135(X))
& fn_linear_electron_flow_133(X) = fn_oxidation_5(fn_linear_electron_flow_137(X))
& fn_linear_electron_flow_133(X) = fn_redox_reaction_3(fn_linear_electron_flow_135(X))
& fn_linear_electron_flow_143(X) = fn_oxidation_2(fn_linear_electron_flow_137(X))
& fn_linear_electron_flow_143(X) = fn_redox_reaction_1(fn_linear_electron_flow_135(X))
& fn_linear_electron_flow_140(X) = fn_oxidation_1(fn_linear_electron_flow_137(X))
& fn_linear_electron_flow_140(X) = fn_redox_reaction_2(fn_linear_electron_flow_135(X))
& fn_linear_electron_flow_147(X) = fn_redox_reaction_16(fn_linear_electron_flow_135(X))
& fn_linear_electron_flow_223(X) = fn_redox_reaction_12(fn_linear_electron_flow_135(X))
& fn_linear_electron_flow_290(X) = fn_biomembrane_71(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_108(X) = fn_redox_reaction_3(fn_linear_electron_flow_203(X))
& fn_linear_electron_flow_114(X) = fn_redox_reaction_2(fn_linear_electron_flow_203(X))
& fn_linear_electron_flow_107(X) = fn_redox_reaction_15(fn_linear_electron_flow_203(X))
& fn_linear_electron_flow_117(X) = fn_redox_reaction_1(fn_linear_electron_flow_203(X))
& fn_linear_electron_flow_118(X) = fn_redox_reaction_14(fn_linear_electron_flow_203(X))
& fn_linear_electron_flow_113(X) = fn_redox_reaction_13(fn_linear_electron_flow_203(X))
& fn_linear_electron_flow_267(X) = fn_redox_reaction_12(fn_linear_electron_flow_203(X))
& fn_linear_electron_flow_111(X) = fn_redox_reaction_10(fn_linear_electron_flow_203(X))
& fn_linear_electron_flow_112(X) = fn_redox_reaction_7(fn_linear_electron_flow_203(X))
& fn_linear_electron_flow_110(X) = fn_redox_reaction_11(fn_linear_electron_flow_203(X))
& fn_linear_electron_flow_306(X) = fn_electron_transport_chain_reaction_26(X)
& fn_linear_electron_flow_307(X) = fn_electron_transport_chain_reaction_27(X)
& fn_linear_electron_flow_269(X) = fn_electron_transport_chain_reaction_15(X)
& fn_linear_electron_flow_270(X) = fn_electron_transport_chain_reaction_14(X)
& fn_linear_electron_flow_268(X) = fn_redox_reaction_11(fn_linear_electron_flow_271(X))
& fn_linear_electron_flow_268(X) = fn_electron_transport_chain_reaction_16(X)
& fn_linear_electron_flow_271(X) = fn_electron_transport_chain_reaction_9(X)
& fn_linear_electron_flow_201(X) = fn_electron_transport_chain_reaction_23(X)
& fn_linear_electron_flow_305(X) = fn_electron_transport_chain_reaction_22(X)
& fn_linear_electron_flow_304(X) = fn_electron_transport_chain_reaction_21(X)
& fn_linear_electron_flow_303(X) = fn_electron_transport_chain_reaction_20(X)
& fn_linear_electron_flow_218(X) = fn_electron_transport_chain_reaction_25(X)
& fn_linear_electron_flow_214(X) = fn_reduction_3(fn_linear_electron_flow_269(X))
& fn_linear_electron_flow_145(X) = fn_redox_reaction_3(fn_linear_electron_flow_146(X))
& fn_linear_electron_flow_154(X) = fn_redox_reaction_14(fn_linear_electron_flow_146(X))
& fn_linear_electron_flow_153(X) = fn_redox_reaction_1(fn_linear_electron_flow_146(X))
& fn_linear_electron_flow_152(X) = fn_redox_reaction_2(fn_linear_electron_flow_146(X))
& fn_linear_electron_flow_214(X) = fn_redox_reaction_16(fn_linear_electron_flow_146(X))
& fn_linear_electron_flow_155(X) = fn_redox_reaction_12(fn_linear_electron_flow_146(X))
& fn_linear_electron_flow_144(X) = fn_oxidation_5(fn_linear_electron_flow_158(X))
& fn_linear_electron_flow_154(X) = fn_oxidation_2(fn_linear_electron_flow_158(X))
& fn_linear_electron_flow_151(X) = fn_oxidation_1(fn_linear_electron_flow_158(X))
& fn_linear_electron_flow_150(X) = fn_reduction_4(fn_linear_electron_flow_269(X))
& fn_linear_electron_flow_155(X) = fn_reduction_3(fn_linear_electron_flow_269(X))
& fn_linear_electron_flow_150(X) = fn_oxidation_9(fn_linear_electron_flow_158(X))
& fn_linear_electron_flow_155(X) = fn_oxidation_10(fn_linear_electron_flow_158(X))
& fn_linear_electron_flow_231(X) = fn_oxidation_7(fn_linear_electron_flow_158(X))
& fn_linear_electron_flow_172(X) = fn_enzyme_6(fn_linear_electron_flow_173(X))
& fn_linear_electron_flow_174(X) = fn_enzyme_2(fn_linear_electron_flow_173(X))
& X = fn_enzyme_4(fn_linear_electron_flow_173(X))
& fn_linear_electron_flow_175(X) = fn_enzyme_5(fn_linear_electron_flow_173(X))
& fn_linear_electron_flow_120(X) = fn_reduction_1(fn_linear_electron_flow_123(X))
& fn_linear_electron_flow_120(X) = fn_oxidation_10(fn_linear_electron_flow_122(X))
& fn_linear_electron_flow_126(X) = fn_reaction_center_complex_11(fn_linear_electron_flow_63(X))
& fn_linear_electron_flow_120(X) = fn_reaction_center_complex_6(fn_linear_electron_flow_63(X))
& fn_linear_electron_flow_70(X) = fn_reaction_center_complex_12(fn_linear_electron_flow_63(X))
& fn_linear_electron_flow_72(X) = fn_reaction_center_complex_3(fn_linear_electron_flow_210(X))
& fn_linear_electron_flow_71(X) = fn_reaction_center_complex_1(fn_linear_electron_flow_210(X))
& fn_linear_electron_flow_76(X) = fn_reaction_center_complex_7(fn_linear_electron_flow_210(X))
& fn_linear_electron_flow_81(X) = fn_reaction_center_complex_4(fn_linear_electron_flow_210(X))
& fn_linear_electron_flow_200(X) = fn_reaction_center_complex_5(fn_linear_electron_flow_210(X))
& fn_linear_electron_flow_75(X) = fn_reaction_center_complex_13(fn_linear_electron_flow_210(X))
& fn_linear_electron_flow_75(X) = fn_reaction_center_complex_9(fn_linear_electron_flow_210(X))
& fn_linear_electron_flow_82(X) = fn_reaction_center_complex_2(fn_linear_electron_flow_210(X))
& fn_linear_electron_flow_83(X) = fn_reaction_center_complex_10(fn_linear_electron_flow_210(X))
& fn_linear_electron_flow_115(X) = fn_redox_reaction_10(fn_linear_electron_flow_130(X))
& fn_linear_electron_flow_119(X) = fn_redox_reaction_15(fn_linear_electron_flow_130(X))
& fn_linear_electron_flow_129(X) = fn_redox_reaction_14(fn_linear_electron_flow_130(X))
& fn_linear_electron_flow_128(X) = fn_redox_reaction_13(fn_linear_electron_flow_130(X))
& fn_linear_electron_flow_121(X) = fn_redox_reaction_16(fn_linear_electron_flow_130(X))
& fn_linear_electron_flow_121(X) = fn_redox_reaction_12(fn_linear_electron_flow_130(X))
& fn_linear_electron_flow_138(X) = fn_redox_reaction_10(fn_linear_electron_flow_135(X))
& fn_linear_electron_flow_139(X) = fn_oxidation_9(fn_linear_electron_flow_137(X))
& fn_linear_electron_flow_139(X) = fn_redox_reaction_7(fn_linear_electron_flow_135(X))
& fn_linear_electron_flow_137(X) = fn_redox_reaction_11(fn_linear_electron_flow_135(X))
& fn_linear_electron_flow_180(X) = fn_redox_reaction_10(fn_linear_electron_flow_177(X))
& fn_linear_electron_flow_181(X) = fn_redox_reaction_7(fn_linear_electron_flow_177(X))
& fn_linear_electron_flow_179(X) = fn_redox_reaction_11(fn_linear_electron_flow_177(X))
& fn_linear_electron_flow_109(X) = fn_redox_reaction_12(fn_linear_electron_flow_130(X))
& fn_linear_electron_flow_93(X) = fn_redox_reaction_2(fn_linear_electron_flow_273(X))
& fn_linear_electron_flow_87(X) = fn_redox_reaction_3(fn_linear_electron_flow_273(X))
& fn_linear_electron_flow_86(X) = fn_oxidation_5(fn_linear_electron_flow_91(X))
& fn_linear_electron_flow_86(X) = fn_redox_reaction_3(fn_linear_electron_flow_130(X))
& fn_linear_electron_flow_86(X) = fn_redox_reaction_15(fn_linear_electron_flow_273(X))
& fn_linear_electron_flow_105(X) = fn_redox_reaction_1(fn_linear_electron_flow_273(X))
& fn_linear_electron_flow_106(X) = fn_oxidation_2(fn_linear_electron_flow_91(X))
& fn_linear_electron_flow_106(X) = fn_redox_reaction_1(fn_linear_electron_flow_130(X))
& fn_linear_electron_flow_106(X) = fn_redox_reaction_14(fn_linear_electron_flow_273(X))
& fn_linear_electron_flow_109(X) = fn_oxidation_10(fn_linear_electron_flow_122(X))
& fn_linear_electron_flow_90(X) = fn_oxidation_1(fn_linear_electron_flow_122(X))
& fn_linear_electron_flow_90(X) = fn_redox_reaction_2(fn_linear_electron_flow_273(X))
& fn_linear_electron_flow_109(X) = fn_oxidation_10(fn_linear_electron_flow_91(X))
& fn_linear_electron_flow_90(X) = fn_oxidation_1(fn_linear_electron_flow_91(X))
& fn_linear_electron_flow_109(X) = fn_redox_reaction_16(fn_linear_electron_flow_130(X))
& fn_linear_electron_flow_90(X) = fn_redox_reaction_2(fn_linear_electron_flow_130(X))
& fn_linear_electron_flow_90(X) = fn_redox_reaction_13(fn_linear_electron_flow_273(X))
& fn_linear_electron_flow_89(X) = fn_reduction_4(fn_linear_electron_flow_123(X))
& fn_linear_electron_flow_109(X) = fn_reduction_3(fn_linear_electron_flow_123(X))
& fn_linear_electron_flow_109(X) = fn_redox_reaction_16(fn_linear_electron_flow_273(X))
& fn_linear_electron_flow_109(X) = fn_reduction_1(fn_linear_electron_flow_115(X))
& fn_linear_electron_flow_109(X) = fn_redox_reaction_12(fn_linear_electron_flow_273(X))
& fn_linear_electron_flow_89(X) = fn_reduction_4(fn_linear_electron_flow_115(X))
& fn_linear_electron_flow_92(X) = fn_redox_reaction_10(fn_linear_electron_flow_130(X))
& fn_linear_electron_flow_92(X) = fn_redox_reaction_10(fn_linear_electron_flow_273(X))
& fn_linear_electron_flow_240(X) = fn_biomembrane_71(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_286(X) = fn_biomembrane_70(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_247(X) = fn_biomembrane_73(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_266(X) = fn_biomembrane_71(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_208(X) = fn_photosystem_ii_3(fn_linear_electron_flow_198(X))
& fn_linear_electron_flow_302(X) = fn_photosystem_ii_20(fn_linear_electron_flow_198(X))
& fn_linear_electron_flow_278(X) = fn_photosystem_ii_21(fn_linear_electron_flow_198(X))
& fn_linear_electron_flow_215(X) = fn_photosystem_ii_4(fn_linear_electron_flow_198(X))
& fn_linear_electron_flow_227(X) = fn_photosystem_ii_5(fn_linear_electron_flow_198(X))
& fn_linear_electron_flow_225(X) = fn_photosystem_ii_17(fn_linear_electron_flow_198(X))
& fn_linear_electron_flow_202(X) = fn_reaction_center_complex_12(fn_linear_electron_flow_210(X))
& fn_linear_electron_flow_202(X) = fn_photosystem_ii_11(fn_linear_electron_flow_198(X))
& fn_linear_electron_flow_73(X) = fn_reaction_center_complex_6(fn_linear_electron_flow_210(X))
& fn_linear_electron_flow_73(X) = fn_reaction_center_complex_12(fn_linear_electron_flow_210(X))
& fn_linear_electron_flow_73(X) = fn_photosystem_ii_10(fn_linear_electron_flow_198(X))
& fn_linear_electron_flow_199(X) = fn_photosystem_ii_18(fn_linear_electron_flow_198(X))
& fn_linear_electron_flow_210(X) = fn_photosystem_ii_9(fn_linear_electron_flow_198(X))
& fn_linear_electron_flow_158(X) = fn_redox_reaction_11(fn_linear_electron_flow_157(X))
& fn_linear_electron_flow_158(X) = fn_electron_transport_chain_reaction_16(X)
& fn_linear_electron_flow_217(X) = fn_electron_transport_chain_reaction_3(X)
& fn_linear_electron_flow_159(X) = fn_redox_reaction_10(fn_linear_electron_flow_157(X))
& fn_linear_electron_flow_159(X) = fn_electron_transport_chain_reaction_15(X)
& fn_linear_electron_flow_190(X) = fn_electron_transport_chain_reaction_1(X)
& fn_linear_electron_flow_61(X) = fn_electron_transport_chain_reaction_18(X)
& fn_linear_electron_flow_60(X) = fn_redox_reaction_1(fn_linear_electron_flow_157(X))
& fn_linear_electron_flow_60(X) = fn_electron_transport_chain_reaction_12(X)
& fn_linear_electron_flow_59(X) = fn_redox_reaction_2(fn_linear_electron_flow_157(X))
& fn_linear_electron_flow_59(X) = fn_electron_transport_chain_reaction_13(X)
& fn_linear_electron_flow_231(X) = fn_redox_reaction_16(fn_linear_electron_flow_157(X))
& fn_linear_electron_flow_231(X) = fn_electron_transport_chain_reaction_6(X)
& fn_linear_electron_flow_157(X) = fn_electron_transport_chain_reaction_9(X)
& fn_linear_electron_flow_66(X) = fn_light_harvesting_complex_18(fn_linear_electron_flow_62(X))
& fn_linear_electron_flow_68(X) = fn_light_harvesting_complex_19(fn_linear_electron_flow_62(X))
& fn_linear_electron_flow_65(X) = fn_light_harvesting_complex_14(fn_linear_electron_flow_62(X))
& fn_linear_electron_flow_69(X) = fn_light_harvesting_complex_20(fn_linear_electron_flow_62(X))
& fn_linear_electron_flow_64(X) = fn_light_harvesting_complex_21(fn_linear_electron_flow_62(X))
& fn_linear_electron_flow_67(X) = fn_light_harvesting_complex_14(fn_linear_electron_flow_62(X))
& fn_linear_electron_flow_66(X) = fn_light_harvesting_complex_13(fn_linear_electron_flow_62(X))
& fn_linear_electron_flow_65(X) = fn_light_harvesting_complex_18(fn_linear_electron_flow_62(X))
& fn_linear_electron_flow_67(X) = fn_light_harvesting_complex_13(fn_linear_electron_flow_62(X))
& fn_linear_electron_flow_123(X) = fn_redox_reaction_10(fn_linear_electron_flow_130(X))
& fn_linear_electron_flow_126(X) = fn_redox_reaction_7(fn_linear_electron_flow_130(X))
& fn_linear_electron_flow_125(X) = fn_redox_reaction_9(fn_linear_electron_flow_130(X))
& fn_linear_electron_flow_124(X) = fn_redox_reaction_8(fn_linear_electron_flow_130(X))
& fn_linear_electron_flow_122(X) = fn_redox_reaction_11(fn_linear_electron_flow_130(X))
& X = fn_electron_transport_chain_1(fn_linear_electron_flow_216(X))
& X = fn_reactant_2(fn_linear_electron_flow_228(X))
& fn_linear_electron_flow_89(X) = fn_redox_reaction_7(fn_linear_electron_flow_273(X))
& fn_linear_electron_flow_91(X) = fn_redox_reaction_11(fn_linear_electron_flow_130(X))
& fn_linear_electron_flow_89(X) = fn_redox_reaction_7(fn_linear_electron_flow_130(X))
& fn_linear_electron_flow_89(X) = fn_oxidation_9(fn_linear_electron_flow_91(X))
& fn_linear_electron_flow_269(X) = fn_redox_reaction_10(fn_linear_electron_flow_271(X))
& fn_linear_electron_flow_270(X) = fn_redox_reaction_7(fn_linear_electron_flow_271(X))
& fn_linear_electron_flow_270(X) = fn_reduction_4(fn_linear_electron_flow_269(X))
& fn_linear_electron_flow_112(X) = fn_reduction_4(fn_linear_electron_flow_111(X))
& fn_linear_electron_flow_76(X) = fn_p680_19(fn_linear_electron_flow_202(X))
& fn_linear_electron_flow_193(X) = fn_reduction_4(fn_linear_electron_flow_159(X))
& fn_linear_electron_flow_162(X) = fn_reduction_4(fn_linear_electron_flow_159(X))
& fn_linear_electron_flow_126(X) = fn_oxidation_9(fn_linear_electron_flow_122(X))
& fn_linear_electron_flow_121(X) = fn_reduction_1(fn_linear_electron_flow_123(X))
& fn_linear_electron_flow_126(X) = fn_reduction_4(fn_linear_electron_flow_123(X))
& fn_linear_electron_flow_156(X) = fn_oxidation_6(fn_linear_electron_flow_179(X))
& fn_linear_electron_flow_74(X) = fn_reaction_center_complex_11(fn_linear_electron_flow_210(X))
& fn_linear_electron_flow_202(X) = fn_reaction_center_complex_6(fn_linear_electron_flow_210(X))
& fn_linear_electron_flow_74(X) = fn_oxidation_9(fn_linear_electron_flow_179(X))
& fn_linear_electron_flow_181(X) = fn_oxidation_9(fn_linear_electron_flow_179(X))
& fn_linear_electron_flow_194(X) = fn_oxidation_1(fn_linear_electron_flow_179(X))
& fn_linear_electron_flow_162(X) = fn_oxidation_9(fn_linear_electron_flow_179(X))
& fn_linear_electron_flow_161(X) = fn_oxidation_8(fn_linear_electron_flow_179(X))
& fn_linear_electron_flow_168(X) = fn_oxidation_5(fn_linear_electron_flow_179(X))
& fn_linear_electron_flow_195(X) = fn_oxidation_2(fn_linear_electron_flow_179(X))
& fn_linear_electron_flow_163(X) = fn_oxidation_3(fn_linear_electron_flow_179(X))
& fn_linear_electron_flow_160(X) = fn_oxidation_4(fn_linear_electron_flow_179(X))
& fn_linear_electron_flow_282(X) = fn_biomembrane_73(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_73(X) = fn_hold_2(fn_linear_electron_flow_77(X))
& fn_linear_electron_flow_209(X) = fn_attach_1(fn_linear_electron_flow_80(X))
& fn_linear_electron_flow_225(X) = fn_reactant_3(fn_linear_electron_flow_228(X))
& fn_linear_electron_flow_178(X) = fn_release_2(fn_linear_electron_flow_165(X))
& fn_linear_electron_flow_242(X) = fn_reduction_1(fn_linear_electron_flow_98(X))
& fn_linear_electron_flow_91(X) = fn_redox_reaction_11(fn_linear_electron_flow_273(X))
& fn_linear_electron_flow_88(X) = fn_redox_reaction_16(fn_linear_electron_flow_273(X))
& fn_linear_electron_flow_88(X) = fn_oxidation_7(fn_linear_electron_flow_91(X))
& fn_linear_electron_flow_136(X) = fn_reduction_1(fn_linear_electron_flow_269(X))
& fn_linear_electron_flow_219(X) = fn_chemical_reaction_1(fn_linear_electron_flow_177(X))
& fn_linear_electron_flow_212(X) = fn_biomembrane_55(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_285(X) = fn_attach_1(fn_linear_electron_flow_283(X))
& fn_linear_electron_flow_283(X) = fn_biomembrane_73(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_285(X) = fn_biomembrane_70(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_291(X) = fn_biomembrane_71(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_99(X) = fn_chemical_reaction_1(fn_linear_electron_flow_272(X))
& fn_linear_electron_flow_290(X) = fn_attach_2(fn_linear_electron_flow_283(X))
& fn_linear_electron_flow_147(X) = fn_chemical_reaction_1(fn_linear_electron_flow_146(X))
& fn_linear_electron_flow_267(X) = fn_reduction_1(fn_linear_electron_flow_111(X))
& fn_linear_electron_flow_224(X) = fn_reduction_3(fn_linear_electron_flow_111(X))
& fn_linear_electron_flow_109(X) = fn_chemical_reaction_1(fn_linear_electron_flow_130(X))
& fn_linear_electron_flow_121(X) = fn_oxidation_7(fn_linear_electron_flow_122(X))
& fn_linear_electron_flow_202(X) = fn_oxidation_10(fn_linear_electron_flow_179(X))
& fn_linear_electron_flow_225(X) = fn_oxidation_7(fn_linear_electron_flow_179(X))
& fn_linear_electron_flow_232(X) = fn_oxidation_9(fn_linear_electron_flow_179(X))
& fn_linear_electron_flow_225(X) = fn_oxidation_10(fn_linear_electron_flow_179(X))
& fn_linear_electron_flow_221(X) = fn_oxidation_7(fn_linear_electron_flow_179(X))
& fn_linear_electron_flow_200(X) = fn_electron_transport_chain_4(fn_linear_electron_flow_216(X))
& fn_linear_electron_flow_209(X) = fn_electron_transport_chain_2(fn_linear_electron_flow_216(X))
& fn_linear_electron_flow_202(X) = fn_electron_transport_chain_4(fn_linear_electron_flow_216(X))
& fn_linear_electron_flow_258(X) = fn_phospholipid_layer_1(fn_linear_electron_flow_261(X))
& fn_linear_electron_flow_259(X) = fn_phospholipid_layer_1(fn_linear_electron_flow_260(X))
& fn_linear_electron_flow_287(X) = fn_biomembrane_70(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_281(X) = fn_biomembrane_73(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_292(X) = fn_biomembrane_71(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_265(X) = fn_biomembrane_70(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_191(X) = fn_work_1(fn_linear_electron_flow_190(X))
& fn_linear_electron_flow_191(X) = fn_endergonic_process_4(fn_linear_electron_flow_190(X))
& fn_linear_electron_flow_276(X) = fn_atp_synthase_40(fn_linear_electron_flow_211(X))
& fn_linear_electron_flow_212(X) = fn_active_movement_of_ions_25(fn_linear_electron_flow_275(X))
& fn_linear_electron_flow_212(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_linear_electron_flow_275(X))
& fn_linear_electron_flow_205(X) = fn_porphyrin_7(fn_linear_electron_flow_202(X))
& fn_linear_electron_flow_212(X) = fn_active_movement_of_ions_25(fn_linear_electron_flow_277(X))
& fn_linear_electron_flow_212(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_linear_electron_flow_277(X))
& fn_linear_electron_flow_213(X) = fn_cytochrome_complex_2(fn_linear_electron_flow_223(X))
& fn_linear_electron_flow_213(X) = fn_cytochrome_complex_1(fn_linear_electron_flow_223(X))
& fn_linear_electron_flow_231(X) = fn_reduction_3(fn_linear_electron_flow_159(X))
& fn_linear_electron_flow_230(X) = fn_reduction_2(fn_linear_electron_flow_159(X))
& fn_linear_electron_flow_229(X) = fn_reduction_5(fn_linear_electron_flow_159(X))
& fn_linear_electron_flow_202(X) = fn_reduction_1(fn_linear_electron_flow_159(X))
& fn_linear_electron_flow_104(X) = fn_redox_reaction_14(fn_linear_electron_flow_272(X))
& fn_linear_electron_flow_102(X) = fn_redox_reaction_13(fn_linear_electron_flow_272(X))
& fn_linear_electron_flow_102(X) = fn_redox_reaction_2(fn_linear_electron_flow_272(X))
& fn_linear_electron_flow_94(X) = fn_redox_reaction_12(fn_linear_electron_flow_272(X))
& fn_linear_electron_flow_85(X) = fn_redox_reaction_15(fn_linear_electron_flow_272(X))
& fn_linear_electron_flow_103(X) = fn_redox_reaction_14(fn_linear_electron_flow_272(X))
& fn_linear_electron_flow_85(X) = fn_redox_reaction_3(fn_linear_electron_flow_272(X))
& fn_linear_electron_flow_103(X) = fn_redox_reaction_1(fn_linear_electron_flow_272(X))
& fn_linear_electron_flow_94(X) = fn_reduction_3(fn_linear_electron_flow_98(X))
& fn_linear_electron_flow_94(X) = fn_redox_reaction_16(fn_linear_electron_flow_272(X))
& fn_linear_electron_flow_84(X) = fn_oxidation_5(fn_linear_electron_flow_97(X))
& fn_linear_electron_flow_104(X) = fn_oxidation_2(fn_linear_electron_flow_97(X))
& fn_linear_electron_flow_96(X) = fn_oxidation_1(fn_linear_electron_flow_97(X))
& fn_linear_electron_flow_242(X) = fn_oxidation_7(fn_linear_electron_flow_97(X))
& fn_linear_electron_flow_242(X) = fn_oxidation_10(fn_linear_electron_flow_97(X))
& fn_linear_electron_flow_94(X) = fn_oxidation_10(fn_linear_electron_flow_97(X))
& fn_linear_electron_flow_94(X) = fn_oxidation_7(fn_linear_electron_flow_97(X))
& fn_linear_electron_flow_121(X) = fn_reduction_3(fn_linear_electron_flow_115(X))
& fn_linear_electron_flow_116(X) = fn_reduction_2(fn_linear_electron_flow_115(X))
& fn_linear_electron_flow_116(X) = fn_reduction_2(fn_linear_electron_flow_123(X))
& fn_linear_electron_flow_121(X) = fn_reduction_3(fn_linear_electron_flow_123(X))
& fn_linear_electron_flow_255(X) = fn_phospholipid_layer_15(fn_linear_electron_flow_261(X))
& fn_linear_electron_flow_256(X) = fn_phospholipid_layer_16(fn_linear_electron_flow_261(X))
& fn_linear_electron_flow_259(X) = fn_phospholipid_layer_1(fn_linear_electron_flow_261(X))
& fn_linear_electron_flow_255(X) = fn_phospholipid_layer_15(fn_linear_electron_flow_260(X))
& fn_linear_electron_flow_256(X) = fn_phospholipid_layer_16(fn_linear_electron_flow_260(X))
& fn_linear_electron_flow_258(X) = fn_phospholipid_layer_1(fn_linear_electron_flow_260(X))
& fn_linear_electron_flow_94(X) = fn_nadph_1(fn_linear_electron_flow_99(X))
& fn_linear_electron_flow_207(X) = fn_glycolipid_7(fn_linear_electron_flow_222(X))
& fn_linear_electron_flow_207(X) = fn_glycolipid_13(fn_linear_electron_flow_222(X))
& fn_linear_electron_flow_206(X) = fn_lipid_14(fn_linear_electron_flow_222(X))
& fn_linear_electron_flow_206(X) = fn_glycolipid_4(fn_linear_electron_flow_222(X))
& fn_linear_electron_flow_148(X) = fn_redox_reaction_11(fn_linear_electron_flow_146(X))
& fn_linear_electron_flow_150(X) = fn_redox_reaction_7(fn_linear_electron_flow_146(X))
& fn_linear_electron_flow_149(X) = fn_redox_reaction_10(fn_linear_electron_flow_146(X))
& fn_linear_electron_flow_95(X) = fn_reduction_4(fn_linear_electron_flow_98(X))
& fn_linear_electron_flow_98(X) = fn_redox_reaction_10(fn_linear_electron_flow_272(X))
& fn_linear_electron_flow_95(X) = fn_oxidation_9(fn_linear_electron_flow_97(X))
& fn_linear_electron_flow_95(X) = fn_redox_reaction_7(fn_linear_electron_flow_272(X))
& fn_linear_electron_flow_97(X) = fn_redox_reaction_11(fn_linear_electron_flow_272(X))
& fn_linear_electron_flow_222(X) = fn_biomembrane_29(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_241(X) = fn_biomembrane_71(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_233(X) = fn_biomembrane_73(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_239(X) = fn_biomembrane_70(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_243(X) = fn_biomembrane_5(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_235(X) = fn_biomembrane_11(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_237(X) = fn_biomembrane_8(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_296(X) = fn_biomembrane_15(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_296(X) = fn_biomembrane_14(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_323(X) = fn_biomembrane_63(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_244(X) = fn_biomembrane_7(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_236(X) = fn_biomembrane_9(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_254(X) = fn_phospholipid_layer_17(fn_linear_electron_flow_261(X))
& fn_linear_electron_flow_254(X) = fn_phospholipid_layer_17(fn_linear_electron_flow_260(X))
& fn_linear_electron_flow_254(X) = fn_thylakoid_membrane_15(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_257(X) = fn_phospholipid_layer_2(fn_linear_electron_flow_260(X))
& fn_linear_electron_flow_257(X) = fn_thylakoid_membrane_2(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_254(X) = fn_biomembrane_82(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_254(X) = fn_thylakoid_membrane_4(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_297(X) = fn_thylakoid_membrane_12(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_257(X) = fn_phospholipid_layer_2(fn_linear_electron_flow_261(X))
& fn_linear_electron_flow_257(X) = fn_thylakoid_membrane_3(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_299(X) = fn_thylakoid_membrane_14(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_252(X) = fn_thylakoid_membrane_1(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_276(X) = fn_thylakoid_membrane_8(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_260(X) = fn_thylakoid_membrane_11(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_261(X) = fn_thylakoid_membrane_10(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_216(X) = fn_thylakoid_membrane_6(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_147(X) = fn_thylakoid_membrane_7(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_298(X) = fn_thylakoid_membrane_12(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_325(X) = fn_thylakoid_membrane_6(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_324(X) = fn_thylakoid_membrane_9(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_323(X) = fn_thylakoid_membrane_8(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_297(X) = fn_thylakoid_membrane_13(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_318(X) = fn_thylakoid_membrane_16(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_80(X) = fn_reaction_center_complex_13(fn_linear_electron_flow_210(X))
& fn_linear_electron_flow_79(X) = fn_reaction_center_complex_9(fn_linear_electron_flow_210(X))
& fn_linear_electron_flow_78(X) = fn_reaction_center_complex_5(fn_linear_electron_flow_210(X))
& fn_linear_electron_flow_200(X) = fn_hold_1(fn_linear_electron_flow_77(X))
& fn_linear_electron_flow_77(X) = fn_reaction_center_complex_14(fn_linear_electron_flow_210(X))
& fn_linear_electron_flow_200(X) = fn_reaction_center_complex_8(fn_linear_electron_flow_210(X))
& fn_linear_electron_flow_312(X) = fn_phospholipid_bilayer_38(fn_linear_electron_flow_323(X))
& fn_linear_electron_flow_311(X) = fn_phospholipid_bilayer_37(fn_linear_electron_flow_323(X))
& fn_linear_electron_flow_313(X) = fn_phospholipid_bilayer_32(fn_linear_electron_flow_323(X))
& fn_linear_electron_flow_315(X) = fn_phospholipid_bilayer_33(fn_linear_electron_flow_323(X))
& fn_linear_electron_flow_309(X) = fn_phospholipid_bilayer_26(fn_linear_electron_flow_323(X))
& fn_linear_electron_flow_310(X) = fn_phospholipid_bilayer_39(fn_linear_electron_flow_323(X))
& fn_linear_electron_flow_317(X) = fn_phospholipid_bilayer_3(fn_linear_electron_flow_323(X))
& fn_linear_electron_flow_316(X) = fn_phospholipid_bilayer_34(fn_linear_electron_flow_323(X))
& fn_linear_electron_flow_208(X) = fn_atp_synthase_37(fn_linear_electron_flow_211(X))
& fn_linear_electron_flow_322(X) = fn_thylakoid_electron_transport_chain_11(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_136(X) = fn_thylakoid_electron_transport_chain_8(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_301(X) = fn_biomembrane_49(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_300(X) = fn_biomembrane_50(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_301(X) = fn_thylakoid_electron_transport_chain_21(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_300(X) = fn_thylakoid_electron_transport_chain_22(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_242(X) = fn_reduction_3(fn_linear_electron_flow_98(X))
& fn_linear_electron_flow_209(X) = fn_oxidation_7(fn_linear_electron_flow_137(X))
& fn_linear_electron_flow_147(X) = fn_oxidation_10(fn_linear_electron_flow_137(X))
& fn_linear_electron_flow_209(X) = fn_reduction_1(fn_linear_electron_flow_98(X))
& fn_linear_electron_flow_147(X) = fn_reduction_3(fn_linear_electron_flow_98(X))
& fn_linear_electron_flow_147(X) = fn_thylakoid_electron_transport_chain_11(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_289(X) = fn_thylakoid_electron_transport_chain_15(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_279(X) = fn_thylakoid_electron_transport_chain_13(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_294(X) = fn_thylakoid_electron_transport_chain_17(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_310(X) = fn_thylakoid_electron_transport_chain_5(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_312(X) = fn_thylakoid_electron_transport_chain_5(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_321(X) = fn_thylakoid_electron_transport_chain_1(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_320(X) = fn_thylakoid_electron_transport_chain_2(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_284(X) = fn_active_movement_of_ions_18(fn_linear_electron_flow_277(X))
& fn_linear_electron_flow_284(X) = fn_active_movement_of_ions_18(fn_linear_electron_flow_275(X))
& fn_linear_electron_flow_274(X) = fn_biomembrane_47(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_295(X) = fn_thylakoid_electron_transport_chain_14(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_319(X) = fn_thylakoid_electron_transport_chain_3(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_206(X) = fn_thylakoid_electron_transport_chain_27(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_288(X) = fn_thylakoid_electron_transport_chain_16(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_280(X) = fn_thylakoid_electron_transport_chain_12(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_293(X) = fn_thylakoid_electron_transport_chain_18(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_238(X) = fn_thylakoid_electron_transport_chain_28(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_208(X) = fn_active_movement_of_ions_19(fn_linear_electron_flow_275(X))
& fn_linear_electron_flow_275(X) = fn_thylakoid_electron_transport_chain_29(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_274(X) = fn_atp_synthase_11(fn_linear_electron_flow_211(X))
& fn_linear_electron_flow_299(X) = fn_biomembrane_102(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_299(X) = fn_thylakoid_electron_transport_chain_1(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_252(X) = fn_biomembrane_75(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_252(X) = fn_thylakoid_electron_transport_chain_4(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_274(X) = fn_biomembrane_41(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_274(X) = fn_thylakoid_electron_transport_chain_19(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_298(X) = fn_thylakoid_electron_transport_chain_2(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_297(X) = fn_biomembrane_101(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_257(X) = fn_biomembrane_83(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_316(X) = fn_thylakoid_electron_transport_chain_7(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_315(X) = fn_thylakoid_electron_transport_chain_6(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_242(X) = fn_thylakoid_electron_transport_chain_9(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_209(X) = fn_thylakoid_electron_transport_chain_10(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_208(X) = fn_active_movement_of_ions_19(fn_linear_electron_flow_277(X))
& fn_linear_electron_flow_208(X) = fn_thylakoid_electron_transport_chain_25(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_277(X) = fn_thylakoid_electron_transport_chain_30(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_211(X) = fn_thylakoid_electron_transport_chain_23(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_234(X) = fn_thylakoid_electron_transport_chain_26(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_240(X) = fn_thylakoid_electron_transport_chain_27(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_297(X) = fn_thylakoid_electron_transport_chain_3(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_257(X) = fn_biomembrane_81(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_284(X) = fn_biomembrane_42(fn_linear_electron_flow_208(X))
& fn_linear_electron_flow_257(X) = fn_thylakoid_electron_transport_chain_5(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_284(X) = fn_thylakoid_electron_transport_chain_20(fn_linear_electron_flow_325(X))
& fn_linear_electron_flow_187(X) = fn_p680_18(fn_linear_electron_flow_202(X))
& fn_linear_electron_flow_204(X) = fn_p680_36(fn_linear_electron_flow_202(X))
& fn_linear_electron_flow_204(X) = fn_p680_17(fn_linear_electron_flow_202(X))
& fn_linear_electron_flow_188(X) = fn_p680_19(fn_linear_electron_flow_202(X))
& fn_release_1(fn_linear_electron_flow_165(X)) = fn_electron_transport_chain_reaction_8(X)
& fn_electron_transport_chain_reaction_8(X) = fn_oxidation_5(fn_linear_electron_flow_137(X))
& fn_oxidation_5(fn_linear_electron_flow_137(X)) = fn_redox_reaction_3(fn_linear_electron_flow_135(X))
& fn_redox_reaction_3(fn_linear_electron_flow_135(X)) = fn_oxidation_2(fn_linear_electron_flow_137(X))
& fn_redox_reaction_1(fn_linear_electron_flow_135(X)) = fn_oxidation_2(fn_linear_electron_flow_137(X))
& fn_oxidation_2(fn_linear_electron_flow_137(X)) = fn_redox_reaction_1(fn_linear_electron_flow_135(X))
& fn_redox_reaction_1(fn_linear_electron_flow_135(X)) = fn_oxidation_1(fn_linear_electron_flow_137(X))
& fn_redox_reaction_2(fn_linear_electron_flow_135(X)) = fn_oxidation_1(fn_linear_electron_flow_137(X))
& fn_oxidation_1(fn_linear_electron_flow_137(X)) = fn_redox_reaction_2(fn_linear_electron_flow_135(X))
& fn_redox_reaction_2(fn_linear_electron_flow_135(X)) = fn_redox_reaction_11(fn_linear_electron_flow_271(X))
& fn_redox_reaction_11(fn_linear_electron_flow_271(X)) = fn_redox_reaction_11(fn_linear_electron_flow_271(X))
& fn_electron_transport_chain_reaction_16(X) = fn_redox_reaction_11(fn_linear_electron_flow_271(X))
& fn_redox_reaction_11(fn_linear_electron_flow_271(X)) = fn_electron_transport_chain_reaction_16(X)
& fn_electron_transport_chain_reaction_16(X) = fn_reduction_3(fn_linear_electron_flow_149(X))
& fn_reduction_3(fn_linear_electron_flow_149(X)) = fn_reduction_3(fn_linear_electron_flow_269(X))
& fn_redox_reaction_16(fn_linear_electron_flow_146(X)) = fn_reduction_3(fn_linear_electron_flow_269(X))
& fn_reduction_3(fn_linear_electron_flow_269(X)) = fn_redox_reaction_16(fn_linear_electron_flow_146(X))
& fn_redox_reaction_16(fn_linear_electron_flow_146(X)) = fn_redox_reaction_16(fn_linear_electron_flow_146(X))
& fn_redox_reaction_16(fn_linear_electron_flow_146(X)) = fn_redox_reaction_14(fn_linear_electron_flow_146(X))
& fn_redox_reaction_14(fn_linear_electron_flow_146(X)) = fn_redox_reaction_14(fn_linear_electron_flow_146(X))
& fn_redox_reaction_14(fn_linear_electron_flow_146(X)) = fn_oxidation_2(fn_linear_electron_flow_158(X))
& fn_oxidation_2(fn_linear_electron_flow_158(X)) = fn_oxidation_2(fn_linear_electron_flow_158(X))
& fn_oxidation_2(fn_linear_electron_flow_158(X)) = fn_chemical_reaction_1(fn_linear_electron_flow_157(X))
& fn_chemical_reaction_1(fn_linear_electron_flow_157(X)) = fn_reduction_3(fn_linear_electron_flow_269(X))
& fn_redox_reaction_12(fn_linear_electron_flow_146(X)) = fn_reduction_3(fn_linear_electron_flow_269(X))
& fn_reduction_3(fn_linear_electron_flow_269(X)) = fn_redox_reaction_12(fn_linear_electron_flow_146(X))
& fn_redox_reaction_12(fn_linear_electron_flow_146(X)) = fn_redox_reaction_12(fn_linear_electron_flow_146(X))
& fn_redox_reaction_12(fn_linear_electron_flow_146(X)) = fn_oxidation_10(fn_linear_electron_flow_158(X))
& fn_oxidation_10(fn_linear_electron_flow_158(X)) = fn_oxidation_10(fn_linear_electron_flow_158(X))
& fn_oxidation_10(fn_linear_electron_flow_158(X)) = fn_chemical_reaction_1(fn_linear_electron_flow_203(X))
& fn_chemical_reaction_1(fn_linear_electron_flow_203(X)) = fn_oxidation_10(fn_linear_electron_flow_122(X))
& fn_oxidation_10(fn_linear_electron_flow_122(X)) = fn_oxidation_10(fn_linear_electron_flow_122(X))
& fn_reduction_1(fn_linear_electron_flow_123(X)) = fn_reduction_1(fn_linear_electron_flow_123(X))
& fn_reduction_1(fn_linear_electron_flow_123(X)) = fn_oxidation_10(fn_linear_electron_flow_122(X))
& fn_oxidation_10(fn_linear_electron_flow_122(X)) = fn_reduction_1(fn_linear_electron_flow_123(X))
& fn_reaction_center_complex_6(fn_linear_electron_flow_63(X)) = fn_reduction_1(fn_linear_electron_flow_123(X))
& fn_reduction_1(fn_linear_electron_flow_123(X)) = fn_reaction_center_complex_6(fn_linear_electron_flow_63(X))
& fn_reaction_center_complex_6(fn_linear_electron_flow_63(X)) = fn_reaction_center_complex_6(fn_linear_electron_flow_63(X))
& fn_reaction_center_complex_6(fn_linear_electron_flow_63(X)) = fn_reaction_center_complex_13(fn_linear_electron_flow_210(X))
& fn_reaction_center_complex_9(fn_linear_electron_flow_210(X)) = fn_reaction_center_complex_13(fn_linear_electron_flow_210(X))
& fn_reaction_center_complex_13(fn_linear_electron_flow_210(X)) = fn_reaction_center_complex_9(fn_linear_electron_flow_210(X))
& fn_reaction_center_complex_9(fn_linear_electron_flow_210(X)) = fn_oxidation_9(fn_linear_electron_flow_137(X))
& fn_reduction_4(fn_linear_electron_flow_98(X)) = fn_oxidation_9(fn_linear_electron_flow_137(X))
& fn_oxidation_9(fn_linear_electron_flow_137(X)) = fn_oxidation_9(fn_linear_electron_flow_137(X))
& fn_oxidation_9(fn_linear_electron_flow_137(X)) = fn_reduction_4(fn_linear_electron_flow_98(X))
& fn_reduction_4(fn_linear_electron_flow_98(X)) = fn_redox_reaction_7(fn_linear_electron_flow_135(X))
& fn_redox_reaction_7(fn_linear_electron_flow_135(X)) = fn_redox_reaction_7(fn_linear_electron_flow_135(X))
& fn_redox_reaction_7(fn_linear_electron_flow_135(X)) = fn_oxidation_5(fn_linear_electron_flow_91(X))
& fn_oxidation_5(fn_linear_electron_flow_91(X)) = fn_redox_reaction_3(fn_linear_electron_flow_130(X))
& fn_redox_reaction_3(fn_linear_electron_flow_130(X)) = fn_redox_reaction_3(fn_linear_electron_flow_130(X))
& fn_redox_reaction_3(fn_linear_electron_flow_130(X)) = fn_redox_reaction_15(fn_linear_electron_flow_273(X))
& fn_redox_reaction_15(fn_linear_electron_flow_273(X)) = fn_oxidation_2(fn_linear_electron_flow_91(X))
& fn_redox_reaction_1(fn_linear_electron_flow_130(X)) = fn_oxidation_2(fn_linear_electron_flow_91(X))
& fn_oxidation_2(fn_linear_electron_flow_91(X)) = fn_redox_reaction_1(fn_linear_electron_flow_130(X))
& fn_redox_reaction_1(fn_linear_electron_flow_130(X)) = fn_redox_reaction_1(fn_linear_electron_flow_130(X))
& fn_redox_reaction_14(fn_linear_electron_flow_273(X)) = fn_redox_reaction_14(fn_linear_electron_flow_273(X))
& fn_redox_reaction_14(fn_linear_electron_flow_273(X)) = fn_redox_reaction_1(fn_linear_electron_flow_130(X))
& fn_redox_reaction_1(fn_linear_electron_flow_130(X)) = fn_redox_reaction_14(fn_linear_electron_flow_273(X))
& fn_redox_reaction_14(fn_linear_electron_flow_273(X)) = fn_oxidation_1(fn_linear_electron_flow_91(X))
& fn_redox_reaction_2(fn_linear_electron_flow_130(X)) = fn_oxidation_1(fn_linear_electron_flow_122(X))
& fn_oxidation_1(fn_linear_electron_flow_122(X)) = fn_redox_reaction_2(fn_linear_electron_flow_273(X))
& fn_redox_reaction_2(fn_linear_electron_flow_273(X)) = fn_oxidation_1(fn_linear_electron_flow_91(X))
& fn_oxidation_1(fn_linear_electron_flow_91(X)) = fn_redox_reaction_2(fn_linear_electron_flow_130(X))
& fn_redox_reaction_2(fn_linear_electron_flow_130(X)) = fn_redox_reaction_2(fn_linear_electron_flow_130(X))
& fn_redox_reaction_13(fn_linear_electron_flow_273(X)) = fn_redox_reaction_2(fn_linear_electron_flow_273(X))
& fn_redox_reaction_2(fn_linear_electron_flow_273(X)) = fn_redox_reaction_2(fn_linear_electron_flow_130(X))
& fn_redox_reaction_2(fn_linear_electron_flow_130(X)) = fn_redox_reaction_13(fn_linear_electron_flow_273(X))
& fn_redox_reaction_13(fn_linear_electron_flow_273(X)) = fn_attach_1(fn_linear_electron_flow_282(X))
& fn_attach_1(fn_linear_electron_flow_282(X)) = fn_biomembrane_70(fn_linear_electron_flow_208(X))
& fn_biomembrane_70(fn_linear_electron_flow_208(X)) = fn_redox_reaction_1(fn_linear_electron_flow_157(X))
& fn_redox_reaction_1(fn_linear_electron_flow_157(X)) = fn_redox_reaction_1(fn_linear_electron_flow_157(X))
& fn_electron_transport_chain_reaction_12(X) = fn_redox_reaction_1(fn_linear_electron_flow_157(X))
& fn_redox_reaction_1(fn_linear_electron_flow_157(X)) = fn_electron_transport_chain_reaction_12(X)
& fn_electron_transport_chain_reaction_12(X) = fn_redox_reaction_2(fn_linear_electron_flow_157(X))
& fn_electron_transport_chain_reaction_13(X) = fn_redox_reaction_2(fn_linear_electron_flow_157(X))
& fn_redox_reaction_2(fn_linear_electron_flow_157(X)) = fn_electron_transport_chain_reaction_13(X)
& fn_electron_transport_chain_reaction_13(X) = fn_light_harvesting_complex_18(fn_linear_electron_flow_62(X))
& fn_light_harvesting_complex_18(fn_linear_electron_flow_62(X)) = fn_light_harvesting_complex_13(fn_linear_electron_flow_62(X))
& fn_light_harvesting_complex_13(fn_linear_electron_flow_62(X)) = fn_light_harvesting_complex_14(fn_linear_electron_flow_62(X))
& fn_light_harvesting_complex_14(fn_linear_electron_flow_62(X)) = fn_light_harvesting_complex_18(fn_linear_electron_flow_62(X))
& fn_light_harvesting_complex_18(fn_linear_electron_flow_62(X)) = fn_light_harvesting_complex_18(fn_linear_electron_flow_62(X))
& fn_light_harvesting_complex_18(fn_linear_electron_flow_62(X)) = fn_light_harvesting_complex_14(fn_linear_electron_flow_62(X))
& fn_light_harvesting_complex_14(fn_linear_electron_flow_62(X)) = fn_light_harvesting_complex_14(fn_linear_electron_flow_62(X))
& fn_light_harvesting_complex_14(fn_linear_electron_flow_62(X)) = fn_light_harvesting_complex_13(fn_linear_electron_flow_62(X))
& fn_light_harvesting_complex_13(fn_linear_electron_flow_62(X)) = fn_light_harvesting_complex_13(fn_linear_electron_flow_62(X))
& fn_light_harvesting_complex_13(fn_linear_electron_flow_62(X)) = fn_transfer_1(fn_linear_electron_flow_127(X))
& fn_transfer_1(fn_linear_electron_flow_127(X)) = fn_redox_reaction_9(fn_linear_electron_flow_130(X))
& fn_redox_reaction_9(fn_linear_electron_flow_130(X)) = fn_redox_reaction_9(fn_linear_electron_flow_130(X))
& fn_redox_reaction_9(fn_linear_electron_flow_130(X)) = fn_enzyme_4(fn_linear_electron_flow_173(X))
& fn_enzyme_4(fn_linear_electron_flow_173(X)) = fn_enzyme_4(fn_linear_electron_flow_173(X))
& fn_enzyme_4(fn_linear_electron_flow_173(X)) = fn_electron_transport_chain_1(fn_linear_electron_flow_216(X))
& fn_electron_transport_chain_1(fn_linear_electron_flow_216(X)) = fn_electron_transport_chain_1(fn_linear_electron_flow_216(X))
& fn_electron_transport_chain_1(fn_linear_electron_flow_216(X)) = fn_reactant_2(fn_linear_electron_flow_228(X))
& fn_reactant_2(fn_linear_electron_flow_228(X)) = fn_reactant_2(fn_linear_electron_flow_228(X))
& fn_reactant_2(fn_linear_electron_flow_228(X)) = fn_reduction_4(fn_linear_electron_flow_123(X))
& fn_reduction_4(fn_linear_electron_flow_123(X)) = fn_redox_reaction_7(fn_linear_electron_flow_273(X))
& fn_reduction_4(fn_linear_electron_flow_115(X)) = fn_redox_reaction_7(fn_linear_electron_flow_273(X))
& fn_redox_reaction_7(fn_linear_electron_flow_273(X)) = fn_reduction_4(fn_linear_electron_flow_115(X))
& fn_reduction_4(fn_linear_electron_flow_115(X)) = fn_redox_reaction_7(fn_linear_electron_flow_130(X))
& fn_redox_reaction_7(fn_linear_electron_flow_130(X)) = fn_redox_reaction_7(fn_linear_electron_flow_273(X))
& fn_redox_reaction_7(fn_linear_electron_flow_273(X)) = fn_redox_reaction_7(fn_linear_electron_flow_273(X))
& fn_redox_reaction_7(fn_linear_electron_flow_273(X)) = fn_redox_reaction_7(fn_linear_electron_flow_130(X))
& fn_redox_reaction_7(fn_linear_electron_flow_130(X)) = fn_oxidation_9(fn_linear_electron_flow_91(X))
& fn_oxidation_9(fn_linear_electron_flow_91(X)) = fn_oxidation_9(fn_linear_electron_flow_91(X))
& fn_oxidation_9(fn_linear_electron_flow_91(X)) = fn_redox_reaction_7(fn_linear_electron_flow_271(X))
& fn_redox_reaction_7(fn_linear_electron_flow_271(X)) = fn_redox_reaction_7(fn_linear_electron_flow_271(X))
& fn_electron_transport_chain_reaction_14(X) = fn_redox_reaction_7(fn_linear_electron_flow_271(X))
& fn_redox_reaction_7(fn_linear_electron_flow_271(X)) = fn_electron_transport_chain_reaction_14(X)
& fn_electron_transport_chain_reaction_14(X) = fn_reduction_4(fn_linear_electron_flow_269(X))
& fn_reduction_4(fn_linear_electron_flow_269(X)) = fn_redox_reaction_7(fn_linear_electron_flow_203(X))
& fn_redox_reaction_7(fn_linear_electron_flow_203(X)) = fn_redox_reaction_7(fn_linear_electron_flow_203(X))
& fn_redox_reaction_7(fn_linear_electron_flow_203(X)) = fn_reduction_4(fn_linear_electron_flow_111(X))
& fn_reduction_4(fn_linear_electron_flow_111(X)) = fn_reduction_4(fn_linear_electron_flow_111(X))
& fn_reduction_4(fn_linear_electron_flow_111(X)) = fn_reaction_center_complex_7(fn_linear_electron_flow_210(X))
& fn_reaction_center_complex_7(fn_linear_electron_flow_210(X)) = fn_p680_19(fn_linear_electron_flow_202(X))
& fn_p680_19(fn_linear_electron_flow_202(X)) = fn_p680_19(fn_linear_electron_flow_202(X))
& fn_p680_19(fn_linear_electron_flow_202(X)) = fn_redox_reaction_7(fn_linear_electron_flow_246(X))
& fn_redox_reaction_7(fn_linear_electron_flow_246(X)) = fn_oxidation_9(fn_linear_electron_flow_137(X))
& fn_oxidation_9(fn_linear_electron_flow_137(X)) = fn_redox_reaction_7(fn_linear_electron_flow_271(X))
& fn_redox_reaction_7(fn_linear_electron_flow_271(X)) = fn_redox_reaction_7(fn_linear_electron_flow_246(X))
& fn_redox_reaction_7(fn_linear_electron_flow_246(X)) = fn_redox_reaction_7(fn_linear_electron_flow_246(X))
& fn_redox_reaction_7(fn_linear_electron_flow_246(X)) = fn_reduction_4(fn_linear_electron_flow_269(X))
& fn_reduction_4(fn_linear_electron_flow_269(X)) = fn_redox_reaction_7(fn_linear_electron_flow_271(X))
& fn_redox_reaction_7(fn_linear_electron_flow_271(X)) = fn_reduction_4(fn_linear_electron_flow_159(X))
& fn_reduction_4(fn_linear_electron_flow_159(X)) = fn_lose_1(fn_linear_electron_flow_127(X))
& fn_lose_1(fn_linear_electron_flow_127(X)) = fn_reaction_center_complex_11(fn_linear_electron_flow_63(X))
& fn_reaction_center_complex_11(fn_linear_electron_flow_63(X)) = fn_reaction_center_complex_11(fn_linear_electron_flow_63(X))
& fn_reaction_center_complex_11(fn_linear_electron_flow_63(X)) = fn_redox_reaction_7(fn_linear_electron_flow_130(X))
& fn_oxidation_9(fn_linear_electron_flow_122(X)) = fn_redox_reaction_7(fn_linear_electron_flow_130(X))
& fn_redox_reaction_7(fn_linear_electron_flow_130(X)) = fn_redox_reaction_7(fn_linear_electron_flow_130(X))
& fn_redox_reaction_7(fn_linear_electron_flow_130(X)) = fn_oxidation_9(fn_linear_electron_flow_122(X))
& fn_oxidation_9(fn_linear_electron_flow_122(X)) = fn_oxidation_9(fn_linear_electron_flow_122(X))
& fn_reduction_4(fn_linear_electron_flow_123(X)) = fn_oxidation_9(fn_linear_electron_flow_122(X))
& fn_oxidation_9(fn_linear_electron_flow_122(X)) = fn_reduction_4(fn_linear_electron_flow_123(X))
& fn_reduction_4(fn_linear_electron_flow_123(X)) = fn_reduction_4(fn_linear_electron_flow_123(X))
& fn_reduction_4(fn_linear_electron_flow_123(X)) = fn_reaction_center_complex_11(fn_linear_electron_flow_210(X))
& fn_reaction_center_complex_11(fn_linear_electron_flow_210(X)) = fn_reaction_center_complex_11(fn_linear_electron_flow_210(X))
& fn_reaction_center_complex_11(fn_linear_electron_flow_210(X)) = fn_oxidation_9(fn_linear_electron_flow_179(X))
& fn_oxidation_9(fn_linear_electron_flow_179(X)) = fn_redox_reaction_7(fn_linear_electron_flow_177(X))
& fn_redox_reaction_7(fn_linear_electron_flow_177(X)) = fn_redox_reaction_7(fn_linear_electron_flow_177(X))
& fn_redox_reaction_7(fn_linear_electron_flow_177(X)) = fn_oxidation_9(fn_linear_electron_flow_179(X))
& fn_oxidation_9(fn_linear_electron_flow_179(X)) = fn_redox_reaction_13(fn_linear_electron_flow_271(X))
& fn_redox_reaction_13(fn_linear_electron_flow_271(X)) = fn_oxidation_1(fn_linear_electron_flow_179(X))
& fn_oxidation_1(fn_linear_electron_flow_179(X)) = fn_oxidation_1(fn_linear_electron_flow_179(X))
& fn_oxidation_1(fn_linear_electron_flow_179(X)) = fn_reduction_4(fn_linear_electron_flow_159(X))
& fn_reduction_4(fn_linear_electron_flow_159(X)) = fn_reduction_4(fn_linear_electron_flow_159(X))
& fn_reduction_4(fn_linear_electron_flow_159(X)) = fn_oxidation_9(fn_linear_electron_flow_179(X))
& fn_oxidation_9(fn_linear_electron_flow_179(X)) = fn_redox_reaction_14(fn_linear_electron_flow_157(X))
& fn_redox_reaction_14(fn_linear_electron_flow_157(X)) = fn_redox_reaction_14(fn_linear_electron_flow_157(X))
& fn_redox_reaction_14(fn_linear_electron_flow_157(X)) = fn_redox_reaction_14(fn_linear_electron_flow_271(X))
& fn_redox_reaction_14(fn_linear_electron_flow_271(X)) = fn_redox_reaction_14(fn_linear_electron_flow_271(X))
& fn_redox_reaction_14(fn_linear_electron_flow_271(X)) = fn_oxidation_2(fn_linear_electron_flow_179(X))
& fn_oxidation_2(fn_linear_electron_flow_179(X)) = fn_oxidation_2(fn_linear_electron_flow_179(X))
& fn_oxidation_2(fn_linear_electron_flow_179(X)) = fn_redox_reaction_6(fn_linear_electron_flow_157(X))
& fn_redox_reaction_6(fn_linear_electron_flow_157(X)) = fn_oxidation_4(fn_linear_electron_flow_179(X))
& fn_oxidation_4(fn_linear_electron_flow_179(X)) = fn_oxidation_4(fn_linear_electron_flow_179(X))
& fn_oxidation_4(fn_linear_electron_flow_179(X)) = fn_redox_reaction_11(fn_linear_electron_flow_157(X))
& fn_redox_reaction_11(fn_linear_electron_flow_157(X)) = fn_electron_transport_chain_reaction_16(X)
& fn_electron_transport_chain_reaction_16(X) = fn_reaction_center_complex_6(fn_linear_electron_flow_210(X))
& fn_photosystem_ii_10(fn_linear_electron_flow_198(X)) = fn_reaction_center_complex_12(fn_linear_electron_flow_210(X))
& fn_reaction_center_complex_12(fn_linear_electron_flow_210(X)) = fn_photosystem_ii_10(fn_linear_electron_flow_198(X))
& fn_photosystem_ii_10(fn_linear_electron_flow_198(X)) = fn_photosystem_ii_10(fn_linear_electron_flow_198(X))
& fn_photosystem_ii_10(fn_linear_electron_flow_198(X)) = fn_hold_2(fn_linear_electron_flow_77(X))
& fn_hold_2(fn_linear_electron_flow_77(X)) = fn_redox_reaction_12(fn_linear_electron_flow_157(X))
& fn_redox_reaction_12(fn_linear_electron_flow_157(X)) = fn_reduction_1(fn_linear_electron_flow_180(X))
& fn_reduction_1(fn_linear_electron_flow_180(X)) = fn_redox_reaction_12(fn_linear_electron_flow_157(X))
& fn_redox_reaction_12(fn_linear_electron_flow_157(X)) = fn_redox_reaction_16(fn_linear_electron_flow_177(X))
& fn_redox_reaction_16(fn_linear_electron_flow_177(X)) = fn_redox_reaction_16(fn_linear_electron_flow_177(X))
& fn_redox_reaction_16(fn_linear_electron_flow_177(X)) = fn_release_2(fn_linear_electron_flow_165(X))
& fn_release_2(fn_linear_electron_flow_165(X)) = fn_redox_reaction_16(fn_linear_electron_flow_273(X))
& fn_redox_reaction_16(fn_linear_electron_flow_273(X)) = fn_redox_reaction_16(fn_linear_electron_flow_273(X))
& fn_oxidation_7(fn_linear_electron_flow_91(X)) = fn_redox_reaction_16(fn_linear_electron_flow_273(X))
& fn_redox_reaction_16(fn_linear_electron_flow_273(X)) = fn_oxidation_7(fn_linear_electron_flow_91(X))
& fn_oxidation_7(fn_linear_electron_flow_91(X)) = fn_redox_reaction_10(fn_linear_electron_flow_271(X))
& fn_redox_reaction_10(fn_linear_electron_flow_271(X)) = fn_redox_reaction_10(fn_linear_electron_flow_271(X))
& fn_redox_reaction_10(fn_linear_electron_flow_271(X)) = fn_electron_transport_chain_reaction_15(X)
& fn_electron_transport_chain_reaction_15(X) = fn_redox_reaction_10(fn_linear_electron_flow_271(X))
& fn_redox_reaction_10(fn_linear_electron_flow_271(X)) = fn_reduction_1(fn_linear_electron_flow_180(X))
& fn_reduction_1(fn_linear_electron_flow_180(X)) = fn_reduction_1(fn_linear_electron_flow_180(X))
& fn_reduction_1(fn_linear_electron_flow_180(X)) = fn_chemical_reaction_1(fn_linear_electron_flow_177(X))
& fn_chemical_reaction_1(fn_linear_electron_flow_177(X)) = fn_attach_1(fn_linear_electron_flow_283(X))
& fn_attach_1(fn_linear_electron_flow_283(X)) = fn_biomembrane_70(fn_linear_electron_flow_208(X))
& fn_biomembrane_70(fn_linear_electron_flow_208(X)) = fn_biomembrane_70(fn_linear_electron_flow_208(X))
& fn_biomembrane_70(fn_linear_electron_flow_208(X)) = fn_biomembrane_71(fn_linear_electron_flow_208(X))
& fn_biomembrane_71(fn_linear_electron_flow_208(X)) = fn_attach_2(fn_linear_electron_flow_283(X))
& fn_attach_2(fn_linear_electron_flow_283(X)) = fn_chemical_reaction_1(fn_linear_electron_flow_271(X))
& fn_chemical_reaction_1(fn_linear_electron_flow_271(X)) = fn_redox_reaction_12(fn_linear_electron_flow_203(X))
& fn_redox_reaction_12(fn_linear_electron_flow_203(X)) = fn_redox_reaction_12(fn_linear_electron_flow_203(X))
& fn_redox_reaction_12(fn_linear_electron_flow_203(X)) = fn_reduction_1(fn_linear_electron_flow_111(X))
& fn_reduction_1(fn_linear_electron_flow_111(X)) = fn_reduction_1(fn_linear_electron_flow_111(X))
& fn_reduction_1(fn_linear_electron_flow_111(X)) = fn_redox_reaction_16(fn_linear_electron_flow_203(X))
& fn_redox_reaction_16(fn_linear_electron_flow_203(X)) = fn_redox_reaction_16(fn_linear_electron_flow_203(X))
& fn_redox_reaction_16(fn_linear_electron_flow_203(X)) = fn_reduction_3(fn_linear_electron_flow_111(X))
& fn_reduction_3(fn_linear_electron_flow_111(X)) = fn_reduction_3(fn_linear_electron_flow_111(X))
& fn_reduction_3(fn_linear_electron_flow_111(X)) = fn_reduction_3(fn_linear_electron_flow_123(X))
& fn_reduction_1(fn_linear_electron_flow_115(X)) = fn_reduction_3(fn_linear_electron_flow_123(X))
& fn_reduction_3(fn_linear_electron_flow_123(X)) = fn_reduction_1(fn_linear_electron_flow_115(X))
& fn_oxidation_10(fn_linear_electron_flow_122(X)) = fn_reduction_1(fn_linear_electron_flow_115(X))
& fn_reduction_1(fn_linear_electron_flow_115(X)) = fn_reduction_1(fn_linear_electron_flow_115(X))
& fn_reduction_1(fn_linear_electron_flow_115(X)) = fn_oxidation_10(fn_linear_electron_flow_91(X))
& fn_oxidation_10(fn_linear_electron_flow_122(X)) = fn_oxidation_10(fn_linear_electron_flow_91(X))
& fn_oxidation_10(fn_linear_electron_flow_91(X)) = fn_reduction_1(fn_linear_electron_flow_115(X))
& fn_reduction_1(fn_linear_electron_flow_115(X)) = fn_oxidation_10(fn_linear_electron_flow_122(X))
& fn_oxidation_10(fn_linear_electron_flow_122(X)) = fn_redox_reaction_16(fn_linear_electron_flow_130(X))
& fn_redox_reaction_16(fn_linear_electron_flow_130(X)) = fn_oxidation_10(fn_linear_electron_flow_91(X))
& fn_oxidation_10(fn_linear_electron_flow_91(X)) = fn_oxidation_10(fn_linear_electron_flow_122(X))
& fn_oxidation_10(fn_linear_electron_flow_122(X)) = fn_redox_reaction_16(fn_linear_electron_flow_273(X))
& fn_redox_reaction_16(fn_linear_electron_flow_273(X)) = fn_oxidation_10(fn_linear_electron_flow_91(X))
& fn_oxidation_10(fn_linear_electron_flow_91(X)) = fn_redox_reaction_16(fn_linear_electron_flow_130(X))
& fn_redox_reaction_16(fn_linear_electron_flow_130(X)) = fn_redox_reaction_16(fn_linear_electron_flow_273(X))
& fn_redox_reaction_16(fn_linear_electron_flow_273(X)) = fn_redox_reaction_12(fn_linear_electron_flow_130(X))
& fn_redox_reaction_16(fn_linear_electron_flow_273(X)) = fn_redox_reaction_16(fn_linear_electron_flow_130(X))
& fn_redox_reaction_16(fn_linear_electron_flow_130(X)) = fn_redox_reaction_12(fn_linear_electron_flow_273(X))
& fn_redox_reaction_12(fn_linear_electron_flow_273(X)) = fn_redox_reaction_16(fn_linear_electron_flow_273(X))
& fn_redox_reaction_16(fn_linear_electron_flow_273(X)) = fn_redox_reaction_12(fn_linear_electron_flow_273(X))
& fn_redox_reaction_12(fn_linear_electron_flow_273(X)) = fn_redox_reaction_12(fn_linear_electron_flow_130(X))
& fn_redox_reaction_12(fn_linear_electron_flow_130(X)) = fn_redox_reaction_12(fn_linear_electron_flow_273(X))
& fn_redox_reaction_12(fn_linear_electron_flow_273(X)) = fn_redox_reaction_12(fn_linear_electron_flow_273(X))
& fn_redox_reaction_12(fn_linear_electron_flow_273(X)) = fn_chemical_reaction_1(fn_linear_electron_flow_130(X))
& fn_chemical_reaction_1(fn_linear_electron_flow_130(X)) = fn_reduction_4(fn_linear_electron_flow_98(X))
& fn_reduction_4(fn_linear_electron_flow_98(X)) = fn_oxidation_9(fn_linear_electron_flow_179(X))
& fn_oxidation_9(fn_linear_electron_flow_179(X)) = fn_oxidation_9(fn_linear_electron_flow_179(X))
& fn_oxidation_9(fn_linear_electron_flow_179(X)) = fn_release_2(fn_linear_electron_flow_245(X))
& fn_release_2(fn_linear_electron_flow_245(X)) = fn_redox_reaction_16(fn_linear_electron_flow_246(X))
& fn_redox_reaction_12(fn_linear_electron_flow_246(X)) = fn_redox_reaction_16(fn_linear_electron_flow_246(X))
& fn_redox_reaction_16(fn_linear_electron_flow_246(X)) = fn_redox_reaction_12(fn_linear_electron_flow_246(X))
& fn_redox_reaction_12(fn_linear_electron_flow_246(X)) = fn_redox_reaction_12(fn_linear_electron_flow_246(X))
& fn_redox_reaction_12(fn_linear_electron_flow_246(X)) = fn_photosystem_ii_17(fn_linear_electron_flow_198(X))
& fn_photosystem_ii_17(fn_linear_electron_flow_198(X)) = fn_photosystem_ii_17(fn_linear_electron_flow_198(X))
& fn_photosystem_ii_17(fn_linear_electron_flow_198(X)) = fn_reactant_3(fn_linear_electron_flow_228(X))
& fn_reactant_3(fn_linear_electron_flow_228(X)) = fn_reactant_3(fn_linear_electron_flow_228(X))
& fn_reactant_3(fn_linear_electron_flow_228(X)) = fn_oxidation_7(fn_linear_electron_flow_179(X))
& fn_oxidation_7(fn_linear_electron_flow_179(X)) = fn_oxidation_10(fn_linear_electron_flow_179(X))
& fn_oxidation_10(fn_linear_electron_flow_179(X)) = fn_reduction_3(fn_linear_electron_flow_180(X))
& fn_reduction_3(fn_linear_electron_flow_180(X)) = fn_reduction_3(fn_linear_electron_flow_180(X))
& fn_reduction_3(fn_linear_electron_flow_180(X)) = fn_redox_reaction_16(fn_linear_electron_flow_157(X))
& fn_redox_reaction_16(fn_linear_electron_flow_157(X)) = fn_redox_reaction_12(fn_linear_electron_flow_177(X))
& fn_redox_reaction_12(fn_linear_electron_flow_177(X)) = fn_redox_reaction_12(fn_linear_electron_flow_177(X))
& fn_redox_reaction_12(fn_linear_electron_flow_177(X)) = fn_oxidation_7(fn_linear_electron_flow_179(X))
& fn_oxidation_7(fn_linear_electron_flow_179(X)) = fn_oxidation_7(fn_linear_electron_flow_179(X))
& fn_oxidation_7(fn_linear_electron_flow_179(X)) = fn_release_1(fn_linear_electron_flow_192(X))
& fn_release_1(fn_linear_electron_flow_192(X)) = fn_work_1(fn_linear_electron_flow_190(X))
& fn_work_1(fn_linear_electron_flow_190(X)) = fn_work_1(fn_linear_electron_flow_190(X))
& fn_work_1(fn_linear_electron_flow_190(X)) = fn_endergonic_process_4(fn_linear_electron_flow_190(X))
& fn_endergonic_process_4(fn_linear_electron_flow_190(X)) = fn_biomembrane_55(fn_linear_electron_flow_208(X))
& fn_biomembrane_55(fn_linear_electron_flow_208(X)) = fn_active_movement_of_ions_25(fn_linear_electron_flow_275(X))
& fn_active_movement_of_ions_25(fn_linear_electron_flow_275(X)) = fn_active_movement_of_ions_25(fn_linear_electron_flow_277(X))
& fn_active_movement_of_ions_25(fn_linear_electron_flow_277(X)) = fn_active_movement_of_ions_25(fn_linear_electron_flow_275(X))
& fn_active_movement_of_ions_25(fn_linear_electron_flow_275(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_linear_electron_flow_275(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_linear_electron_flow_275(X)) = fn_active_movement_of_ions_25(fn_linear_electron_flow_277(X))
& fn_active_movement_of_ions_25(fn_linear_electron_flow_277(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_linear_electron_flow_277(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_linear_electron_flow_277(X)) = fn_reduction_1(fn_linear_electron_flow_269(X))
& fn_reduction_1(fn_linear_electron_flow_269(X)) = fn_cytochrome_complex_2(fn_linear_electron_flow_223(X))
& fn_cytochrome_complex_2(fn_linear_electron_flow_223(X)) = fn_cytochrome_complex_2(fn_linear_electron_flow_223(X))
& fn_cytochrome_complex_2(fn_linear_electron_flow_223(X)) = fn_cytochrome_complex_1(fn_linear_electron_flow_223(X))
& fn_cytochrome_complex_1(fn_linear_electron_flow_223(X)) = fn_oxidation_7(fn_linear_electron_flow_137(X))
& fn_redox_reaction_16(fn_linear_electron_flow_135(X)) = fn_oxidation_7(fn_linear_electron_flow_137(X))
& fn_oxidation_7(fn_linear_electron_flow_137(X)) = fn_redox_reaction_16(fn_linear_electron_flow_135(X))
& fn_redox_reaction_16(fn_linear_electron_flow_135(X)) = fn_redox_reaction_12(fn_linear_electron_flow_135(X))
& fn_redox_reaction_12(fn_linear_electron_flow_135(X)) = fn_oxidation_7(fn_linear_electron_flow_158(X))
& fn_oxidation_7(fn_linear_electron_flow_158(X)) = fn_redox_reaction_16(fn_linear_electron_flow_157(X))
& fn_redox_reaction_16(fn_linear_electron_flow_157(X)) = fn_redox_reaction_16(fn_linear_electron_flow_157(X))
& fn_redox_reaction_16(fn_linear_electron_flow_157(X)) = fn_oxidation_7(fn_linear_electron_flow_158(X))
& fn_oxidation_7(fn_linear_electron_flow_158(X)) = fn_oxidation_7(fn_linear_electron_flow_158(X))
& fn_oxidation_7(fn_linear_electron_flow_158(X)) = fn_electron_transport_chain_reaction_6(X)
& fn_electron_transport_chain_reaction_6(X) = fn_electron_transport_chain_reaction_6(X)
& fn_electron_transport_chain_reaction_6(X) = fn_reduction_3(fn_linear_electron_flow_159(X))
& fn_reduction_3(fn_linear_electron_flow_159(X)) = fn_reduction_3(fn_linear_electron_flow_159(X))
& fn_reduction_3(fn_linear_electron_flow_159(X)) = fn_redox_reaction_10(fn_linear_electron_flow_157(X))
& fn_redox_reaction_10(fn_linear_electron_flow_157(X)) = fn_redox_reaction_10(fn_linear_electron_flow_157(X))
& fn_redox_reaction_10(fn_linear_electron_flow_157(X)) = fn_electron_transport_chain_reaction_15(X)
& fn_electron_transport_chain_reaction_15(X) = fn_redox_reaction_13(fn_linear_electron_flow_272(X))
& fn_redox_reaction_2(fn_linear_electron_flow_272(X)) = fn_redox_reaction_13(fn_linear_electron_flow_272(X))
& fn_redox_reaction_13(fn_linear_electron_flow_272(X)) = fn_redox_reaction_2(fn_linear_electron_flow_272(X))
& fn_redox_reaction_2(fn_linear_electron_flow_272(X)) = fn_redox_reaction_1(fn_linear_electron_flow_272(X))
& fn_redox_reaction_1(fn_linear_electron_flow_272(X)) = fn_redox_reaction_1(fn_linear_electron_flow_272(X))
& fn_redox_reaction_1(fn_linear_electron_flow_272(X)) = fn_redox_reaction_14(fn_linear_electron_flow_272(X))
& fn_redox_reaction_14(fn_linear_electron_flow_272(X)) = fn_redox_reaction_1(fn_linear_electron_flow_272(X))
& fn_redox_reaction_1(fn_linear_electron_flow_272(X)) = fn_redox_reaction_15(fn_linear_electron_flow_272(X))
& fn_redox_reaction_15(fn_linear_electron_flow_272(X)) = fn_redox_reaction_3(fn_linear_electron_flow_272(X))
& fn_redox_reaction_3(fn_linear_electron_flow_272(X)) = fn_redox_reaction_14(fn_linear_electron_flow_272(X))
& fn_redox_reaction_14(fn_linear_electron_flow_272(X)) = fn_redox_reaction_14(fn_linear_electron_flow_272(X))
& fn_redox_reaction_14(fn_linear_electron_flow_272(X)) = fn_oxidation_2(fn_linear_electron_flow_97(X))
& fn_oxidation_2(fn_linear_electron_flow_97(X)) = fn_oxidation_2(fn_linear_electron_flow_97(X))
& fn_oxidation_2(fn_linear_electron_flow_97(X)) = fn_redox_reaction_16(fn_linear_electron_flow_130(X))
& fn_redox_reaction_16(fn_linear_electron_flow_130(X)) = fn_redox_reaction_16(fn_linear_electron_flow_130(X))
& fn_redox_reaction_16(fn_linear_electron_flow_130(X)) = fn_reduction_1(fn_linear_electron_flow_123(X))
& fn_reduction_1(fn_linear_electron_flow_123(X)) = fn_redox_reaction_16(fn_linear_electron_flow_130(X))
& fn_redox_reaction_12(fn_linear_electron_flow_130(X)) = fn_redox_reaction_16(fn_linear_electron_flow_130(X))
& fn_redox_reaction_16(fn_linear_electron_flow_130(X)) = fn_redox_reaction_12(fn_linear_electron_flow_130(X))
& fn_oxidation_7(fn_linear_electron_flow_122(X)) = fn_redox_reaction_12(fn_linear_electron_flow_130(X))
& fn_redox_reaction_12(fn_linear_electron_flow_130(X)) = fn_redox_reaction_12(fn_linear_electron_flow_130(X))
& fn_redox_reaction_12(fn_linear_electron_flow_130(X)) = fn_oxidation_7(fn_linear_electron_flow_122(X))
& fn_oxidation_7(fn_linear_electron_flow_122(X)) = fn_oxidation_7(fn_linear_electron_flow_122(X))
& fn_reduction_3(fn_linear_electron_flow_115(X)) = fn_oxidation_7(fn_linear_electron_flow_122(X))
& fn_oxidation_7(fn_linear_electron_flow_122(X)) = fn_reduction_3(fn_linear_electron_flow_123(X))
& fn_reduction_3(fn_linear_electron_flow_123(X)) = fn_oxidation_7(fn_linear_electron_flow_122(X))
& fn_oxidation_7(fn_linear_electron_flow_122(X)) = fn_reduction_3(fn_linear_electron_flow_115(X))
& fn_reduction_3(fn_linear_electron_flow_115(X)) = fn_reduction_3(fn_linear_electron_flow_123(X))
& fn_reduction_3(fn_linear_electron_flow_123(X)) = fn_reduction_3(fn_linear_electron_flow_123(X))
& fn_reduction_3(fn_linear_electron_flow_123(X)) = fn_enzyme_8(fn_linear_electron_flow_100(X))
& fn_enzyme_8(fn_linear_electron_flow_100(X)) = fn_reduction_3(fn_linear_electron_flow_98(X))
& fn_reduction_3(fn_linear_electron_flow_98(X)) = fn_enzyme_8(fn_linear_electron_flow_100(X))
& fn_enzyme_8(fn_linear_electron_flow_100(X)) = fn_oxidation_10(fn_linear_electron_flow_97(X))
& fn_redox_reaction_12(fn_linear_electron_flow_272(X)) = fn_redox_reaction_12(fn_linear_electron_flow_272(X))
& fn_redox_reaction_12(fn_linear_electron_flow_272(X)) = fn_oxidation_10(fn_linear_electron_flow_97(X))
& fn_oxidation_10(fn_linear_electron_flow_97(X)) = fn_redox_reaction_12(fn_linear_electron_flow_272(X))
& fn_redox_reaction_16(fn_linear_electron_flow_272(X)) = fn_redox_reaction_12(fn_linear_electron_flow_272(X))
& fn_redox_reaction_12(fn_linear_electron_flow_272(X)) = fn_redox_reaction_16(fn_linear_electron_flow_272(X))
& fn_redox_reaction_16(fn_linear_electron_flow_272(X)) = fn_redox_reaction_16(fn_linear_electron_flow_272(X))
& fn_redox_reaction_16(fn_linear_electron_flow_272(X)) = fn_oxidation_7(fn_linear_electron_flow_97(X))
& fn_oxidation_7(fn_linear_electron_flow_97(X)) = fn_nadph_1(fn_linear_electron_flow_99(X))
& fn_nadph_1(fn_linear_electron_flow_99(X)) = fn_nadph_1(fn_linear_electron_flow_99(X))
& fn_nadph_1(fn_linear_electron_flow_99(X)) = fn_glycolipid_7(fn_linear_electron_flow_222(X))
& fn_glycolipid_7(fn_linear_electron_flow_222(X)) = fn_glycolipid_13(fn_linear_electron_flow_222(X))
& fn_glycolipid_13(fn_linear_electron_flow_222(X)) = fn_glycolipid_13(fn_linear_electron_flow_222(X))
& fn_glycolipid_13(fn_linear_electron_flow_222(X)) = fn_reduction_4(fn_linear_electron_flow_269(X))
& fn_reduction_4(fn_linear_electron_flow_269(X)) = fn_reduction_4(fn_linear_electron_flow_269(X))
& fn_reduction_4(fn_linear_electron_flow_269(X)) = fn_oxidation_9(fn_linear_electron_flow_158(X))
& fn_redox_reaction_7(fn_linear_electron_flow_146(X)) = fn_oxidation_9(fn_linear_electron_flow_158(X))
& fn_oxidation_9(fn_linear_electron_flow_158(X)) = fn_oxidation_9(fn_linear_electron_flow_158(X))
& fn_oxidation_9(fn_linear_electron_flow_158(X)) = fn_redox_reaction_7(fn_linear_electron_flow_146(X))
& fn_redox_reaction_7(fn_linear_electron_flow_146(X)) = fn_redox_reaction_7(fn_linear_electron_flow_146(X))
& fn_redox_reaction_7(fn_linear_electron_flow_146(X)) = fn_reduction_4(fn_linear_electron_flow_98(X))
& fn_oxidation_9(fn_linear_electron_flow_97(X)) = fn_reduction_4(fn_linear_electron_flow_98(X))
& fn_reduction_4(fn_linear_electron_flow_98(X)) = fn_oxidation_9(fn_linear_electron_flow_97(X))
& fn_oxidation_9(fn_linear_electron_flow_97(X)) = fn_oxidation_9(fn_linear_electron_flow_97(X))
& fn_redox_reaction_7(fn_linear_electron_flow_272(X)) = fn_oxidation_9(fn_linear_electron_flow_97(X))
& fn_oxidation_9(fn_linear_electron_flow_97(X)) = fn_redox_reaction_7(fn_linear_electron_flow_272(X))
& fn_redox_reaction_7(fn_linear_electron_flow_272(X)) = fn_biomembrane_14(fn_linear_electron_flow_208(X))
& fn_biomembrane_14(fn_linear_electron_flow_208(X)) = fn_biomembrane_15(fn_linear_electron_flow_208(X))
& fn_biomembrane_15(fn_linear_electron_flow_208(X)) = fn_biomembrane_14(fn_linear_electron_flow_208(X))
& fn_biomembrane_14(fn_linear_electron_flow_208(X)) = fn_biomembrane_82(fn_linear_electron_flow_208(X))
& fn_phospholipid_layer_17(fn_linear_electron_flow_260(X)) = fn_biomembrane_82(fn_linear_electron_flow_208(X))
& fn_biomembrane_82(fn_linear_electron_flow_208(X)) = fn_phospholipid_layer_17(fn_linear_electron_flow_261(X))
& fn_phospholipid_layer_17(fn_linear_electron_flow_261(X)) = fn_phospholipid_layer_17(fn_linear_electron_flow_260(X))
& fn_phospholipid_layer_17(fn_linear_electron_flow_260(X)) = fn_thylakoid_membrane_15(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_15(fn_linear_electron_flow_208(X)) = fn_thylakoid_membrane_15(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_15(fn_linear_electron_flow_208(X)) = fn_thylakoid_membrane_4(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_4(fn_linear_electron_flow_208(X)) = fn_atp_synthase_40(fn_linear_electron_flow_211(X))
& fn_atp_synthase_40(fn_linear_electron_flow_211(X)) = fn_thylakoid_membrane_8(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_8(fn_linear_electron_flow_208(X)) = fn_thylakoid_membrane_8(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_8(fn_linear_electron_flow_208(X)) = fn_reaction_center_complex_5(fn_linear_electron_flow_210(X))
& fn_reaction_center_complex_5(fn_linear_electron_flow_210(X)) = fn_hold_1(fn_linear_electron_flow_77(X))
& fn_hold_1(fn_linear_electron_flow_77(X)) = fn_reaction_center_complex_5(fn_linear_electron_flow_210(X))
& fn_reaction_center_complex_5(fn_linear_electron_flow_210(X)) = fn_electron_transport_chain_4(fn_linear_electron_flow_216(X))
& fn_reaction_center_complex_8(fn_linear_electron_flow_210(X)) = fn_electron_transport_chain_4(fn_linear_electron_flow_216(X))
& fn_electron_transport_chain_4(fn_linear_electron_flow_216(X)) = fn_reaction_center_complex_8(fn_linear_electron_flow_210(X))
& fn_reaction_center_complex_8(fn_linear_electron_flow_210(X)) = fn_reaction_center_complex_8(fn_linear_electron_flow_210(X))
& fn_reaction_center_complex_8(fn_linear_electron_flow_210(X)) = fn_move_apart_2(fn_linear_electron_flow_308(X))
& fn_move_apart_2(fn_linear_electron_flow_308(X)) = fn_phospholipid_bilayer_32(fn_linear_electron_flow_323(X))
& fn_phospholipid_bilayer_32(fn_linear_electron_flow_323(X)) = fn_phospholipid_bilayer_32(fn_linear_electron_flow_323(X))
& fn_phospholipid_bilayer_32(fn_linear_electron_flow_323(X)) = fn_biomembrane_63(fn_linear_electron_flow_208(X))
& fn_biomembrane_63(fn_linear_electron_flow_208(X)) = fn_thylakoid_membrane_8(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_8(fn_linear_electron_flow_208(X)) = fn_chemical_reaction_1(fn_linear_electron_flow_135(X))
& fn_chemical_reaction_1(fn_linear_electron_flow_135(X)) = fn_redox_reaction_12(fn_linear_electron_flow_271(X))
& fn_redox_reaction_12(fn_linear_electron_flow_271(X)) = fn_redox_reaction_12(fn_linear_electron_flow_271(X))
& fn_redox_reaction_12(fn_linear_electron_flow_271(X)) = fn_reduction_1(fn_linear_electron_flow_269(X))
& fn_reduction_1(fn_linear_electron_flow_269(X)) = fn_reduction_1(fn_linear_electron_flow_269(X))
& fn_reduction_1(fn_linear_electron_flow_269(X)) = fn_thylakoid_electron_transport_chain_8(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_8(fn_linear_electron_flow_325(X)) = fn_thylakoid_electron_transport_chain_8(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_8(fn_linear_electron_flow_325(X)) = fn_biomembrane_49(fn_linear_electron_flow_208(X))
& fn_thylakoid_electron_transport_chain_21(fn_linear_electron_flow_325(X)) = fn_biomembrane_49(fn_linear_electron_flow_208(X))
& fn_biomembrane_49(fn_linear_electron_flow_208(X)) = fn_thylakoid_electron_transport_chain_21(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_21(fn_linear_electron_flow_325(X)) = fn_biomembrane_50(fn_linear_electron_flow_208(X))
& fn_biomembrane_50(fn_linear_electron_flow_208(X)) = fn_thylakoid_electron_transport_chain_22(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_22(fn_linear_electron_flow_325(X)) = fn_thylakoid_electron_transport_chain_22(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_22(fn_linear_electron_flow_325(X)) = fn_oxidation_10(fn_linear_electron_flow_137(X))
& fn_reduction_3(fn_linear_electron_flow_98(X)) = fn_oxidation_10(fn_linear_electron_flow_137(X))
& fn_oxidation_10(fn_linear_electron_flow_137(X)) = fn_oxidation_10(fn_linear_electron_flow_137(X))
& fn_oxidation_10(fn_linear_electron_flow_137(X)) = fn_reduction_3(fn_linear_electron_flow_98(X))
& fn_redox_reaction_12(fn_linear_electron_flow_135(X)) = fn_reduction_3(fn_linear_electron_flow_98(X))
& fn_reduction_3(fn_linear_electron_flow_98(X)) = fn_redox_reaction_12(fn_linear_electron_flow_135(X))
& fn_redox_reaction_12(fn_linear_electron_flow_135(X)) = fn_redox_reaction_12(fn_linear_electron_flow_135(X))
& fn_redox_reaction_12(fn_linear_electron_flow_135(X)) = fn_redox_reaction_16(fn_linear_electron_flow_135(X))
& fn_redox_reaction_16(fn_linear_electron_flow_135(X)) = fn_redox_reaction_16(fn_linear_electron_flow_135(X))
& fn_redox_reaction_16(fn_linear_electron_flow_135(X)) = fn_chemical_reaction_1(fn_linear_electron_flow_146(X))
& fn_chemical_reaction_1(fn_linear_electron_flow_146(X)) = fn_chemical_reaction_1(fn_linear_electron_flow_146(X))
& fn_chemical_reaction_1(fn_linear_electron_flow_146(X)) = fn_thylakoid_membrane_7(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_7(fn_linear_electron_flow_208(X)) = fn_thylakoid_membrane_7(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_7(fn_linear_electron_flow_208(X)) = fn_thylakoid_electron_transport_chain_11(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_11(fn_linear_electron_flow_325(X)) = fn_thylakoid_electron_transport_chain_11(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_11(fn_linear_electron_flow_325(X)) = fn_phospholipid_bilayer_39(fn_linear_electron_flow_323(X))
& fn_phospholipid_bilayer_39(fn_linear_electron_flow_323(X)) = fn_phospholipid_bilayer_39(fn_linear_electron_flow_323(X))
& fn_phospholipid_bilayer_39(fn_linear_electron_flow_323(X)) = fn_thylakoid_electron_transport_chain_5(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_5(fn_linear_electron_flow_325(X)) = fn_phospholipid_bilayer_38(fn_linear_electron_flow_323(X))
& fn_phospholipid_bilayer_38(fn_linear_electron_flow_323(X)) = fn_phospholipid_bilayer_38(fn_linear_electron_flow_323(X))
& fn_phospholipid_bilayer_38(fn_linear_electron_flow_323(X)) = fn_thylakoid_electron_transport_chain_5(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_5(fn_linear_electron_flow_325(X)) = fn_glycolipid_4(fn_linear_electron_flow_222(X))
& fn_glycolipid_4(fn_linear_electron_flow_222(X)) = fn_lipid_14(fn_linear_electron_flow_222(X))
& fn_lipid_14(fn_linear_electron_flow_222(X)) = fn_glycolipid_4(fn_linear_electron_flow_222(X))
& fn_glycolipid_4(fn_linear_electron_flow_222(X)) = fn_glycolipid_4(fn_linear_electron_flow_222(X))
& fn_glycolipid_4(fn_linear_electron_flow_222(X)) = fn_thylakoid_electron_transport_chain_27(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_27(fn_linear_electron_flow_325(X)) = fn_thylakoid_membrane_14(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_14(fn_linear_electron_flow_208(X)) = fn_biomembrane_102(fn_linear_electron_flow_208(X))
& fn_biomembrane_102(fn_linear_electron_flow_208(X)) = fn_biomembrane_102(fn_linear_electron_flow_208(X))
& fn_biomembrane_102(fn_linear_electron_flow_208(X)) = fn_thylakoid_membrane_14(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_14(fn_linear_electron_flow_208(X)) = fn_thylakoid_membrane_14(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_14(fn_linear_electron_flow_208(X)) = fn_thylakoid_electron_transport_chain_1(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_1(fn_linear_electron_flow_325(X)) = fn_thylakoid_electron_transport_chain_1(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_1(fn_linear_electron_flow_325(X)) = fn_thylakoid_membrane_1(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_1(fn_linear_electron_flow_208(X)) = fn_biomembrane_75(fn_linear_electron_flow_208(X))
& fn_biomembrane_75(fn_linear_electron_flow_208(X)) = fn_biomembrane_75(fn_linear_electron_flow_208(X))
& fn_biomembrane_75(fn_linear_electron_flow_208(X)) = fn_thylakoid_membrane_1(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_1(fn_linear_electron_flow_208(X)) = fn_thylakoid_electron_transport_chain_4(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_4(fn_linear_electron_flow_325(X)) = fn_thylakoid_electron_transport_chain_4(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_4(fn_linear_electron_flow_325(X)) = fn_biomembrane_47(fn_linear_electron_flow_208(X))
& fn_biomembrane_47(fn_linear_electron_flow_208(X)) = fn_atp_synthase_11(fn_linear_electron_flow_211(X))
& fn_biomembrane_41(fn_linear_electron_flow_208(X)) = fn_atp_synthase_11(fn_linear_electron_flow_211(X))
& fn_atp_synthase_11(fn_linear_electron_flow_211(X)) = fn_biomembrane_41(fn_linear_electron_flow_208(X))
& fn_biomembrane_41(fn_linear_electron_flow_208(X)) = fn_biomembrane_41(fn_linear_electron_flow_208(X))
& fn_thylakoid_electron_transport_chain_19(fn_linear_electron_flow_325(X)) = fn_thylakoid_electron_transport_chain_19(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_19(fn_linear_electron_flow_325(X)) = fn_biomembrane_41(fn_linear_electron_flow_208(X))
& fn_biomembrane_41(fn_linear_electron_flow_208(X)) = fn_thylakoid_electron_transport_chain_19(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_19(fn_linear_electron_flow_325(X)) = fn_thylakoid_membrane_12(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_12(fn_linear_electron_flow_208(X)) = fn_thylakoid_electron_transport_chain_2(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_2(fn_linear_electron_flow_325(X)) = fn_thylakoid_electron_transport_chain_2(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_2(fn_linear_electron_flow_325(X)) = fn_phospholipid_bilayer_33(fn_linear_electron_flow_323(X))
& fn_phospholipid_bilayer_33(fn_linear_electron_flow_323(X)) = fn_phospholipid_bilayer_33(fn_linear_electron_flow_323(X))
& fn_phospholipid_bilayer_33(fn_linear_electron_flow_323(X)) = fn_thylakoid_electron_transport_chain_6(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_6(fn_linear_electron_flow_325(X)) = fn_thylakoid_electron_transport_chain_6(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_6(fn_linear_electron_flow_325(X)) = fn_phospholipid_bilayer_34(fn_linear_electron_flow_323(X))
& fn_phospholipid_bilayer_34(fn_linear_electron_flow_323(X)) = fn_thylakoid_electron_transport_chain_7(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_7(fn_linear_electron_flow_325(X)) = fn_thylakoid_electron_transport_chain_7(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_7(fn_linear_electron_flow_325(X)) = fn_chemical_reaction_1(fn_linear_electron_flow_273(X))
& fn_chemical_reaction_1(fn_linear_electron_flow_273(X)) = fn_reduction_3(fn_linear_electron_flow_98(X))
& fn_reduction_1(fn_linear_electron_flow_98(X)) = fn_reduction_3(fn_linear_electron_flow_98(X))
& fn_reduction_3(fn_linear_electron_flow_98(X)) = fn_reduction_3(fn_linear_electron_flow_98(X))
& fn_reduction_3(fn_linear_electron_flow_98(X)) = fn_reduction_1(fn_linear_electron_flow_98(X))
& fn_reduction_1(fn_linear_electron_flow_98(X)) = fn_oxidation_7(fn_linear_electron_flow_97(X))
& fn_oxidation_7(fn_linear_electron_flow_97(X)) = fn_oxidation_7(fn_linear_electron_flow_97(X))
& fn_oxidation_10(fn_linear_electron_flow_97(X)) = fn_oxidation_7(fn_linear_electron_flow_97(X))
& fn_oxidation_7(fn_linear_electron_flow_97(X)) = fn_oxidation_10(fn_linear_electron_flow_97(X))
& fn_oxidation_10(fn_linear_electron_flow_97(X)) = fn_oxidation_10(fn_linear_electron_flow_97(X))
& fn_oxidation_10(fn_linear_electron_flow_97(X)) = fn_thylakoid_electron_transport_chain_9(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_9(fn_linear_electron_flow_325(X)) = fn_thylakoid_electron_transport_chain_9(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_9(fn_linear_electron_flow_325(X)) = fn_release_2(fn_linear_electron_flow_192(X))
& fn_release_2(fn_linear_electron_flow_192(X)) = fn_oxidation_7(fn_linear_electron_flow_137(X))
& fn_oxidation_7(fn_linear_electron_flow_137(X)) = fn_oxidation_7(fn_linear_electron_flow_137(X))
& fn_oxidation_7(fn_linear_electron_flow_137(X)) = fn_release_2(fn_linear_electron_flow_192(X))
& fn_release_2(fn_linear_electron_flow_192(X)) = fn_release_2(fn_linear_electron_flow_192(X))
& fn_release_2(fn_linear_electron_flow_192(X)) = fn_reduction_3(fn_linear_electron_flow_269(X))
& fn_reduction_3(fn_linear_electron_flow_269(X)) = fn_reduction_3(fn_linear_electron_flow_269(X))
& fn_reduction_1(fn_linear_electron_flow_98(X)) = fn_reduction_3(fn_linear_electron_flow_269(X))
& fn_reduction_3(fn_linear_electron_flow_269(X)) = fn_reduction_1(fn_linear_electron_flow_98(X))
& fn_redox_reaction_16(fn_linear_electron_flow_246(X)) = fn_reduction_1(fn_linear_electron_flow_98(X))
& fn_reduction_1(fn_linear_electron_flow_98(X)) = fn_redox_reaction_16(fn_linear_electron_flow_271(X))
& fn_redox_reaction_16(fn_linear_electron_flow_271(X)) = fn_reduction_1(fn_linear_electron_flow_98(X))
& fn_reduction_1(fn_linear_electron_flow_98(X)) = fn_reduction_1(fn_linear_electron_flow_98(X))
& fn_reduction_1(fn_linear_electron_flow_98(X)) = fn_redox_reaction_16(fn_linear_electron_flow_246(X))
& fn_redox_reaction_16(fn_linear_electron_flow_246(X)) = fn_redox_reaction_16(fn_linear_electron_flow_246(X))
& fn_redox_reaction_16(fn_linear_electron_flow_246(X)) = fn_redox_reaction_16(fn_linear_electron_flow_271(X))
& fn_redox_reaction_16(fn_linear_electron_flow_271(X)) = fn_redox_reaction_16(fn_linear_electron_flow_271(X))
& fn_redox_reaction_16(fn_linear_electron_flow_271(X)) = fn_attach_1(fn_linear_electron_flow_80(X))
& fn_attach_1(fn_linear_electron_flow_80(X)) = fn_attach_1(fn_linear_electron_flow_80(X))
& fn_attach_1(fn_linear_electron_flow_80(X)) = fn_electron_transport_chain_2(fn_linear_electron_flow_216(X))
& fn_electron_transport_chain_2(fn_linear_electron_flow_216(X)) = fn_electron_transport_chain_2(fn_linear_electron_flow_216(X))
& fn_electron_transport_chain_2(fn_linear_electron_flow_216(X)) = fn_thylakoid_electron_transport_chain_10(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_10(fn_linear_electron_flow_325(X)) = fn_thylakoid_electron_transport_chain_10(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_10(fn_linear_electron_flow_325(X)) = fn_electron_transport_chain_reaction_4(X)
& fn_electron_transport_chain_reaction_4(X) = fn_thylakoid_membrane_6(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_6(fn_linear_electron_flow_208(X)) = fn_atp_synthase_37(fn_linear_electron_flow_211(X))
& fn_atp_synthase_37(fn_linear_electron_flow_211(X)) = fn_active_movement_of_ions_19(fn_linear_electron_flow_277(X))
& fn_active_movement_of_ions_19(fn_linear_electron_flow_277(X)) = fn_active_movement_of_ions_19(fn_linear_electron_flow_275(X))
& fn_active_movement_of_ions_19(fn_linear_electron_flow_275(X)) = fn_active_movement_of_ions_19(fn_linear_electron_flow_275(X))
& fn_active_movement_of_ions_19(fn_linear_electron_flow_275(X)) = fn_active_movement_of_ions_19(fn_linear_electron_flow_277(X))
& fn_active_movement_of_ions_19(fn_linear_electron_flow_277(X)) = fn_photosystem_ii_3(fn_linear_electron_flow_198(X))
& fn_photosystem_ii_3(fn_linear_electron_flow_198(X)) = fn_atp_synthase_37(fn_linear_electron_flow_211(X))
& fn_atp_synthase_37(fn_linear_electron_flow_211(X)) = fn_atp_synthase_37(fn_linear_electron_flow_211(X))
& fn_atp_synthase_37(fn_linear_electron_flow_211(X)) = fn_photosystem_ii_3(fn_linear_electron_flow_198(X))
& fn_photosystem_ii_3(fn_linear_electron_flow_198(X)) = fn_thylakoid_electron_transport_chain_25(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_25(fn_linear_electron_flow_325(X)) = fn_thylakoid_electron_transport_chain_25(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_25(fn_linear_electron_flow_325(X)) = fn_hold_1(fn_linear_electron_flow_262(X))
& fn_hold_1(fn_linear_electron_flow_262(X)) = fn_hold_1(fn_linear_electron_flow_263(X))
& fn_hold_1(fn_linear_electron_flow_263(X)) = fn_hold_1(fn_linear_electron_flow_166(X))
& fn_hold_1(fn_linear_electron_flow_166(X)) = fn_hold_1(fn_linear_electron_flow_264(X))
& fn_hold_1(fn_linear_electron_flow_264(X)) = fn_thylakoid_electron_transport_chain_23(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_23(fn_linear_electron_flow_325(X)) = fn_thylakoid_electron_transport_chain_23(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_23(fn_linear_electron_flow_325(X)) = fn_biomembrane_71(fn_linear_electron_flow_208(X))
& fn_biomembrane_71(fn_linear_electron_flow_208(X)) = fn_thylakoid_electron_transport_chain_27(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_27(fn_linear_electron_flow_325(X)) = fn_biomembrane_101(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_12(fn_linear_electron_flow_208(X)) = fn_biomembrane_101(fn_linear_electron_flow_208(X))
& fn_biomembrane_101(fn_linear_electron_flow_208(X)) = fn_thylakoid_membrane_12(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_12(fn_linear_electron_flow_208(X)) = fn_thylakoid_membrane_12(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_12(fn_linear_electron_flow_208(X)) = fn_thylakoid_membrane_13(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_13(fn_linear_electron_flow_208(X)) = fn_thylakoid_membrane_13(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_13(fn_linear_electron_flow_208(X)) = fn_thylakoid_electron_transport_chain_3(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_3(fn_linear_electron_flow_325(X)) = fn_thylakoid_electron_transport_chain_3(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_3(fn_linear_electron_flow_325(X)) = fn_biomembrane_42(fn_linear_electron_flow_208(X))
& fn_biomembrane_42(fn_linear_electron_flow_208(X)) = fn_active_movement_of_ions_18(fn_linear_electron_flow_277(X))
& fn_active_movement_of_ions_18(fn_linear_electron_flow_277(X)) = fn_active_movement_of_ions_18(fn_linear_electron_flow_275(X))
& fn_active_movement_of_ions_18(fn_linear_electron_flow_275(X)) = fn_biomembrane_42(fn_linear_electron_flow_208(X))
& fn_biomembrane_42(fn_linear_electron_flow_208(X)) = fn_biomembrane_42(fn_linear_electron_flow_208(X))
& fn_thylakoid_electron_transport_chain_20(fn_linear_electron_flow_325(X)) = fn_biomembrane_42(fn_linear_electron_flow_208(X))
& fn_biomembrane_42(fn_linear_electron_flow_208(X)) = fn_thylakoid_electron_transport_chain_20(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_20(fn_linear_electron_flow_325(X)) = fn_biomembrane_83(fn_linear_electron_flow_208(X))
& fn_biomembrane_81(fn_linear_electron_flow_208(X)) = fn_biomembrane_83(fn_linear_electron_flow_208(X))
& fn_biomembrane_83(fn_linear_electron_flow_208(X)) = fn_biomembrane_83(fn_linear_electron_flow_208(X))
& fn_biomembrane_83(fn_linear_electron_flow_208(X)) = fn_biomembrane_81(fn_linear_electron_flow_208(X))
& fn_phospholipid_layer_2(fn_linear_electron_flow_260(X)) = fn_phospholipid_layer_2(fn_linear_electron_flow_260(X))
& fn_phospholipid_layer_2(fn_linear_electron_flow_260(X)) = fn_phospholipid_layer_2(fn_linear_electron_flow_261(X))
& fn_phospholipid_layer_2(fn_linear_electron_flow_261(X)) = fn_biomembrane_81(fn_linear_electron_flow_208(X))
& fn_biomembrane_81(fn_linear_electron_flow_208(X)) = fn_biomembrane_81(fn_linear_electron_flow_208(X))
& fn_biomembrane_81(fn_linear_electron_flow_208(X)) = fn_phospholipid_layer_2(fn_linear_electron_flow_261(X))
& fn_phospholipid_layer_2(fn_linear_electron_flow_261(X)) = fn_phospholipid_layer_2(fn_linear_electron_flow_260(X))
& fn_thylakoid_membrane_2(fn_linear_electron_flow_208(X)) = fn_phospholipid_layer_2(fn_linear_electron_flow_260(X))
& fn_phospholipid_layer_2(fn_linear_electron_flow_260(X)) = fn_thylakoid_membrane_2(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_2(fn_linear_electron_flow_208(X)) = fn_phospholipid_layer_2(fn_linear_electron_flow_261(X))
& fn_phospholipid_layer_2(fn_linear_electron_flow_261(X)) = fn_thylakoid_membrane_2(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_2(fn_linear_electron_flow_208(X)) = fn_thylakoid_membrane_2(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_2(fn_linear_electron_flow_208(X)) = fn_thylakoid_membrane_3(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_3(fn_linear_electron_flow_208(X)) = fn_thylakoid_membrane_3(fn_linear_electron_flow_208(X))
& fn_thylakoid_membrane_3(fn_linear_electron_flow_208(X)) = fn_thylakoid_electron_transport_chain_5(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_5(fn_linear_electron_flow_325(X)) = fn_thylakoid_electron_transport_chain_5(fn_linear_electron_flow_325(X))
& fn_thylakoid_electron_transport_chain_5(fn_linear_electron_flow_325(X)) = fn_p680_17(fn_linear_electron_flow_202(X))
& fn_p680_17(fn_linear_electron_flow_202(X)) = fn_p680_36(fn_linear_electron_flow_202(X))
& fn_p680_36(fn_linear_electron_flow_202(X)) = fn_p680_17(fn_linear_electron_flow_202(X))
& fn_p680_17(fn_linear_electron_flow_202(X)) = fn_light_reflection_1(fn_linear_electron_flow_189(X))
& fn_light_reflection_1(fn_linear_electron_flow_189(X)) = fn_redox_reaction_12(fn_linear_electron_flow_157(X))
& fn_redox_reaction_12(fn_linear_electron_flow_157(X)) = fn_redox_reaction_12(fn_linear_electron_flow_157(X))
& fn_redox_reaction_12(fn_linear_electron_flow_157(X)) = fn_reaction_center_complex_12(fn_linear_electron_flow_210(X))
& fn_reaction_center_complex_12(fn_linear_electron_flow_210(X)) = fn_reaction_center_complex_12(fn_linear_electron_flow_210(X))
& fn_reaction_center_complex_6(fn_linear_electron_flow_210(X)) = fn_reaction_center_complex_12(fn_linear_electron_flow_210(X))
& fn_reaction_center_complex_12(fn_linear_electron_flow_210(X)) = fn_reaction_center_complex_6(fn_linear_electron_flow_210(X))
& fn_reaction_center_complex_6(fn_linear_electron_flow_210(X)) = fn_reaction_center_complex_6(fn_linear_electron_flow_210(X))
& fn_photosystem_ii_11(fn_linear_electron_flow_198(X)) = fn_reaction_center_complex_6(fn_linear_electron_flow_210(X))
& fn_reaction_center_complex_6(fn_linear_electron_flow_210(X)) = fn_photosystem_ii_11(fn_linear_electron_flow_198(X))
& fn_photosystem_ii_11(fn_linear_electron_flow_198(X)) = fn_photosystem_ii_11(fn_linear_electron_flow_198(X))
& fn_photosystem_ii_11(fn_linear_electron_flow_198(X)) = fn_oxidation_10(fn_linear_electron_flow_179(X))
& fn_oxidation_10(fn_linear_electron_flow_179(X)) = fn_oxidation_10(fn_linear_electron_flow_179(X))
& fn_oxidation_10(fn_linear_electron_flow_179(X)) = fn_electron_transport_chain_4(fn_linear_electron_flow_216(X))
& fn_reduction_1(fn_linear_electron_flow_159(X)) = fn_electron_transport_chain_4(fn_linear_electron_flow_216(X))
& fn_electron_transport_chain_4(fn_linear_electron_flow_216(X)) = fn_electron_transport_chain_4(fn_linear_electron_flow_216(X))
& fn_electron_transport_chain_4(fn_linear_electron_flow_216(X)) = fn_reduction_1(fn_linear_electron_flow_159(X))
& fn_reduction_1(fn_linear_electron_flow_159(X)) = fn_reduction_1(fn_linear_electron_flow_159(X)) ) ) ).
fof(a530675,axiom,
! [X] :
( lining_1(X)
=> ( original_name_2(X,'Lining')
& user_description_2(X,'Layer on the inside of something.')
& concept2words_2(X,lining)
& layer_1(X) ) ) ).
fof(a530676,axiom,
! [X] :
( linkage_map_1(X)
=> ( original_name_2(X,'Linkage-Map')
& user_description_2(X,'A genetic map based on the frequencies of recombination between markers during crossing over of homologous chromosomes.')
& concept2words_2(X,'map of linkage')
& concept2words_2(X,'linkage map')
& concept2words_2(X,'linkage-map')
& genetic_map_1(X)
& ~ physical_map_1(X)
& recombination_frequency_1(fn_linkage_map_1(X))
& genetic_marker_1(fn_linkage_map_2(X))
& distance_between_genes_1(fn_linkage_map_3(X))
& map_unit_1(fn_linkage_map_4(X))
& create_1(fn_linkage_map_5(X))
& dna_sequence_1(fn_linkage_map_6(X))
& thing_1(fn_information_1(fn_linkage_map_4(X)))
& dna_sequence_1(fn_genetic_marker_1(fn_linkage_map_2(X)))
& entity_1(fn_create_1(fn_linkage_map_5(X)))
& object_2(fn_linkage_map_5(X),fn_linkage_map_6(X))
& information_content_2(X,fn_linkage_map_1(X))
& information_content_2(X,fn_linkage_map_4(X))
& information_content_2(fn_linkage_map_4(X),fn_linkage_map_3(X))
& plays_2(fn_linkage_map_6(X),fn_linkage_map_2(X))
& result_2(fn_linkage_map_5(X),X)
& fn_linkage_map_4(X) = fn_information_1(X)
& fn_linkage_map_3(X) = fn_information_1(fn_linkage_map_4(X))
& fn_linkage_map_6(X) = fn_genetic_marker_1(fn_linkage_map_2(X))
& X = fn_create_1(fn_linkage_map_5(X)) ) ) ).
fof(a530677,axiom,
! [X] :
( linked_genes_1(X)
=> ( original_name_2(X,'Linked-Genes')
& user_description_2(X,'Genes located close enough together on a chromosome that they tend to be inherited together.')
& concept2words_2(X,'genetic linkage')
& concept2words_2(X,'genetic-linkage')
& concept2words_2(X,'linked genes')
& concept2words_2(X,'linked gene')
& concept2words_2(X,'linked-gene')
& eukaryotic_gene_1(X)
& thing_1(fn_linked_genes_1(X))
& random_recombination_1(fn_linked_genes_1(X))
& map_unit_1(fn_linked_genes_2(X))
& gene_1(fn_map_unit_1(fn_linked_genes_2(X)))
& thing_1(fn_map_unit_12(fn_linked_genes_2(X)))
& random_recombination_1(fn_map_unit_12(fn_linked_genes_2(X)))
& information_content_2(fn_linked_genes_2(X),fn_linked_genes_1(X))
& object_2(fn_linked_genes_1(X),X)
& X = fn_map_unit_1(fn_linked_genes_2(X))
& fn_linked_genes_1(X) = fn_map_unit_12(fn_linked_genes_2(X)) ) ) ).
fof(a530678,axiom,
! [X] :
( linoleic_acid_1(X)
=> ( original_name_2(X,'Linoleic-Acid')
& user_description_2(X,'Unsaturated fatty acid which is found in some lipids of cell membranes.')
& concept2words_2(X,'linoleic acid')
& concept2words_2(X,'linoleic-acid')
& unsaturated_fatty_acid_1(X)
& nutrient_1(fn_linoleic_acid_1(X))
& nutrition_1(fn_linoleic_acid_2(X))
& organism_1(fn_linoleic_acid_3(X))
& hold_together_1(fn_linoleic_acid_4(X))
& hold_1(fn_linoleic_acid_4(X))
& hold_1(fn_linoleic_acid_5(X))
& hold_together_1(fn_linoleic_acid_5(X))
& hold_together_1(fn_linoleic_acid_6(X))
& hold_1(fn_linoleic_acid_6(X))
& hold_1(fn_linoleic_acid_7(X))
& hold_together_1(fn_linoleic_acid_7(X))
& hold_1(fn_linoleic_acid_8(X))
& hold_together_1(fn_linoleic_acid_8(X))
& hold_1(fn_linoleic_acid_9(X))
& hold_together_1(fn_linoleic_acid_9(X))
& hold_together_1(fn_linoleic_acid_10(X))
& hold_1(fn_linoleic_acid_11(X))
& hold_together_1(fn_linoleic_acid_11(X))
& hold_1(fn_linoleic_acid_12(X))
& hold_together_1(fn_linoleic_acid_12(X))
& share_1(fn_linoleic_acid_13(X))
& share_1(fn_linoleic_acid_14(X))
& share_1(fn_linoleic_acid_15(X))
& share_1(fn_linoleic_acid_16(X))
& share_1(fn_linoleic_acid_17(X))
& share_1(fn_linoleic_acid_18(X))
& share_1(fn_linoleic_acid_19(X))
& share_1(fn_linoleic_acid_20(X))
& electron_shell_1(fn_linoleic_acid_21(X))
& second_electron_shell_1(fn_linoleic_acid_21(X))
& hold_together_1(fn_linoleic_acid_22(X))
& hold_1(fn_linoleic_acid_23(X))
& hold_together_1(fn_linoleic_acid_23(X))
& hold_together_1(fn_linoleic_acid_24(X))
& hold_1(fn_linoleic_acid_24(X))
& hold_1(fn_linoleic_acid_25(X))
& hold_together_1(fn_linoleic_acid_25(X))
& share_1(fn_linoleic_acid_26(X))
& share_1(fn_linoleic_acid_27(X))
& atomic_nucleus_1(fn_linoleic_acid_28(X))
& electron_shell_1(fn_linoleic_acid_29(X))
& first_electron_shell_1(fn_linoleic_acid_29(X))
& spatial_entity_1(fn_linoleic_acid_30(X))
& tangible_entity_1(fn_linoleic_acid_30(X))
& entity_1(fn_linoleic_acid_30(X))
& chemical_entity_1(fn_linoleic_acid_30(X))
& atom_1(fn_linoleic_acid_30(X))
& hydrogen_1(fn_linoleic_acid_30(X))
& attach_1(fn_linoleic_acid_31(X))
& equal_sharing_1(fn_linoleic_acid_32(X))
& share_1(fn_linoleic_acid_32(X))
& equal_sharing_1(fn_linoleic_acid_33(X))
& share_1(fn_linoleic_acid_33(X))
& equal_sharing_1(fn_linoleic_acid_34(X))
& share_1(fn_linoleic_acid_34(X))
& atomic_nucleus_1(fn_linoleic_acid_35(X))
& entity_1(fn_linoleic_acid_36(X))
& proton_1(fn_linoleic_acid_36(X))
& entity_1(fn_linoleic_acid_37(X))
& tangible_entity_1(fn_linoleic_acid_37(X))
& electron_1(fn_linoleic_acid_37(X))
& valence_electron_1(fn_linoleic_acid_37(X))
& atomic_nucleus_1(fn_linoleic_acid_38(X))
& atomic_nucleus_1(fn_linoleic_acid_39(X))
& entity_1(fn_linoleic_acid_40(X))
& tangible_entity_1(fn_linoleic_acid_40(X))
& electron_1(fn_linoleic_acid_40(X))
& valence_electron_1(fn_linoleic_acid_40(X))
& entity_1(fn_linoleic_acid_41(X))
& tangible_entity_1(fn_linoleic_acid_41(X))
& electron_1(fn_linoleic_acid_41(X))
& valence_electron_1(fn_linoleic_acid_41(X))
& hold_1(fn_linoleic_acid_42(X))
& hold_together_1(fn_linoleic_acid_42(X))
& valence_electron_1(fn_linoleic_acid_43(X))
& electron_1(fn_linoleic_acid_43(X))
& carbon_skeleton_1(fn_linoleic_acid_44(X))
& end_1(fn_linoleic_acid_45(X))
& functional_group_1(fn_linoleic_acid_46(X))
& carboxyl_group_1(fn_linoleic_acid_46(X))
& tangible_entity_1(fn_linoleic_acid_47(X))
& entity_1(fn_linoleic_acid_47(X))
& chemical_entity_1(fn_linoleic_acid_47(X))
& atom_1(fn_linoleic_acid_47(X))
& carbon_1(fn_linoleic_acid_47(X))
& tangible_entity_1(fn_linoleic_acid_48(X))
& entity_1(fn_linoleic_acid_48(X))
& chemical_entity_1(fn_linoleic_acid_48(X))
& carbon_1(fn_linoleic_acid_48(X))
& atom_1(fn_linoleic_acid_48(X))
& tangible_entity_1(fn_linoleic_acid_49(X))
& entity_1(fn_linoleic_acid_49(X))
& chemical_entity_1(fn_linoleic_acid_49(X))
& atom_1(fn_linoleic_acid_49(X))
& carbon_1(fn_linoleic_acid_49(X))
& spatial_entity_1(fn_linoleic_acid_50(X))
& atom_1(fn_linoleic_acid_50(X))
& chemical_entity_1(fn_linoleic_acid_50(X))
& entity_1(fn_linoleic_acid_50(X))
& tangible_entity_1(fn_linoleic_acid_50(X))
& oxygen_1(fn_linoleic_acid_50(X))
& spatial_entity_1(fn_linoleic_acid_51(X))
& chemical_entity_1(fn_linoleic_acid_51(X))
& entity_1(fn_linoleic_acid_51(X))
& tangible_entity_1(fn_linoleic_acid_51(X))
& oxygen_1(fn_linoleic_acid_51(X))
& atom_1(fn_linoleic_acid_51(X))
& molecule_1(fn_linoleic_acid_52(X))
& hydrocarbon_molecule_1(fn_linoleic_acid_52(X))
& hydrocarbon_chain_1(fn_linoleic_acid_52(X))
& entity_1(fn_linoleic_acid_53(X))
& chemical_entity_1(fn_linoleic_acid_53(X))
& atom_1(fn_linoleic_acid_53(X))
& hydrogen_1(fn_linoleic_acid_53(X))
& tangible_entity_1(fn_linoleic_acid_53(X))
& share_1(fn_linoleic_acid_54(X))
& center_1(fn_linoleic_acid_55(X))
& electron_shell_1(fn_linoleic_acid_56(X))
& second_electron_shell_1(fn_linoleic_acid_56(X))
& center_1(fn_linoleic_acid_57(X))
& entity_1(fn_linoleic_acid_58(X))
& proton_1(fn_linoleic_acid_58(X))
& attract_1(fn_linoleic_acid_59(X))
& s_orbital_1(fn_linoleic_acid_60(X))
& s_orbital_1(fn_linoleic_acid_61(X))
& entity_1(fn_linoleic_acid_62(X))
& proton_1(fn_linoleic_acid_62(X))
& functional_group_1(fn_linoleic_acid_63(X))
& carboxyl_group_1(fn_linoleic_acid_63(X))
& functional_group_1(fn_linoleic_acid_64(X))
& carboxyl_group_1(fn_linoleic_acid_64(X))
& first_electron_shell_1(fn_linoleic_acid_65(X))
& electron_shell_1(fn_linoleic_acid_65(X))
& share_1(fn_linoleic_acid_66(X))
& unequal_sharing_1(fn_linoleic_acid_66(X))
& tangible_entity_1(fn_linoleic_acid_67(X))
& electron_1(fn_linoleic_acid_67(X))
& entity_1(fn_linoleic_acid_67(X))
& valence_electron_1(fn_linoleic_acid_67(X))
& p_orbital_1(fn_linoleic_acid_68(X))
& double_bond_1(fn_linoleic_acid_69(X))
& covalent_bond_1(fn_linoleic_acid_69(X))
& tangible_entity_1(fn_linoleic_acid_70(X))
& carbon_1(fn_linoleic_acid_70(X))
& entity_1(fn_linoleic_acid_70(X))
& chemical_entity_1(fn_linoleic_acid_70(X))
& atom_1(fn_linoleic_acid_70(X))
& atom_1(fn_linoleic_acid_71(X))
& chemical_entity_1(fn_linoleic_acid_71(X))
& entity_1(fn_linoleic_acid_71(X))
& hydrogen_1(fn_linoleic_acid_71(X))
& tangible_entity_1(fn_linoleic_acid_72(X))
& chemical_entity_1(fn_linoleic_acid_72(X))
& entity_1(fn_linoleic_acid_72(X))
& carbon_1(fn_linoleic_acid_72(X))
& atom_1(fn_linoleic_acid_72(X))
& carbon_skeleton_1(fn_linoleic_acid_73(X))
& electron_1(fn_linoleic_acid_74(X))
& entity_1(fn_linoleic_acid_74(X))
& valence_electron_1(fn_linoleic_acid_74(X))
& electron_1(fn_linoleic_acid_75(X))
& entity_1(fn_linoleic_acid_75(X))
& valence_electron_1(fn_linoleic_acid_75(X))
& electron_shell_1(fn_linoleic_acid_76(X))
& center_1(fn_linoleic_acid_77(X))
& atomic_nucleus_1(fn_linoleic_acid_78(X))
& hold_1(fn_linoleic_acid_79(X))
& hold_together_1(fn_linoleic_acid_79(X))
& equal_sharing_1(fn_linoleic_acid_80(X))
& share_1(fn_linoleic_acid_80(X))
& center_1(fn_linoleic_acid_81(X))
& electron_1(fn_linoleic_acid_82(X))
& entity_1(fn_linoleic_acid_82(X))
& valence_electron_1(fn_linoleic_acid_82(X))
& electron_1(fn_linoleic_acid_83(X))
& valence_electron_1(fn_linoleic_acid_83(X))
& electron_shell_1(fn_linoleic_acid_84(X))
& electron_shell_1(fn_linoleic_acid_85(X))
& first_electron_shell_1(fn_linoleic_acid_85(X))
& entity_1(fn_linoleic_acid_86(X))
& tangible_entity_1(fn_linoleic_acid_86(X))
& electron_1(fn_linoleic_acid_86(X))
& valence_electron_1(fn_linoleic_acid_86(X))
& attract_1(fn_linoleic_acid_87(X))
& center_1(fn_linoleic_acid_88(X))
& electron_shell_1(fn_linoleic_acid_89(X))
& first_electron_shell_1(fn_linoleic_acid_89(X))
& share_1(fn_linoleic_acid_90(X))
& equal_sharing_1(fn_linoleic_acid_90(X))
& share_1(fn_linoleic_acid_91(X))
& equal_sharing_1(fn_linoleic_acid_91(X))
& hold_together_1(fn_linoleic_acid_92(X))
& attach_1(fn_linoleic_acid_93(X))
& share_1(fn_linoleic_acid_94(X))
& share_1(fn_linoleic_acid_95(X))
& share_1(fn_linoleic_acid_96(X))
& share_1(fn_linoleic_acid_97(X))
& spatial_entity_1(fn_linoleic_acid_98(X))
& entity_1(fn_linoleic_acid_98(X))
& chemical_entity_1(fn_linoleic_acid_98(X))
& atom_1(fn_linoleic_acid_98(X))
& hydrogen_1(fn_linoleic_acid_98(X))
& hold_1(fn_linoleic_acid_99(X))
& hold_together_1(fn_linoleic_acid_99(X))
& hold_1(fn_linoleic_acid_100(X))
& hold_together_1(fn_linoleic_acid_100(X))
& hold_1(fn_linoleic_acid_101(X))
& hold_together_1(fn_linoleic_acid_101(X))
& hold_1(fn_linoleic_acid_102(X))
& hold_together_1(fn_linoleic_acid_102(X))
& hold_1(fn_linoleic_acid_103(X))
& hold_together_1(fn_linoleic_acid_103(X))
& hold_together_1(fn_carboxyl_group_55(fn_linoleic_acid_64(X)))
& electron_shell_1(fn_covalent_bond_12(fn_linoleic_acid_69(X)))
& center_1(fn_covalent_bond_21(fn_linoleic_acid_69(X)))
& attract_1(fn_carboxyl_group_30(fn_linoleic_acid_63(X)))
& share_1(fn_carboxyl_group_66(fn_linoleic_acid_63(X)))
& unequal_sharing_1(fn_carboxyl_group_66(fn_linoleic_acid_63(X)))
& attract_1(fn_carboxyl_group_54(fn_linoleic_acid_63(X)))
& hold_together_1(fn_carboxyl_group_47(fn_linoleic_acid_63(X)))
& p_orbital_1(fn_second_electron_shell_1(fn_linoleic_acid_56(X)))
& share_1(fn_carboxyl_group_49(fn_linoleic_acid_64(X)))
& hold_together_1(fn_carboxyl_group_47(fn_linoleic_acid_64(X)))
& share_1(fn_carboxyl_group_56(fn_linoleic_acid_64(X)))
& spatial_entity_1(fn_attach_2(fn_linoleic_acid_31(X)))
& proton_1(fn_carbon_17(fn_linoleic_acid_48(X)))
& proton_1(fn_atom_8(fn_linoleic_acid_48(X)))
& hold_together_1(fn_covalent_bond_14(fn_linoleic_acid_69(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_linoleic_acid_69(X)))
& entity_1(fn_share_2(fn_linoleic_acid_96(X)))
& electron_1(fn_atom_14(fn_linoleic_acid_48(X)))
& electron_1(fn_first_electron_shell_5(fn_linoleic_acid_29(X)))
& electron_1(fn_second_electron_shell_11(fn_linoleic_acid_56(X)))
& electron_1(fn_carbon_10(fn_linoleic_acid_48(X)))
& tangible_entity_1(fn_carboxyl_group_58(fn_linoleic_acid_64(X)))
& electron_1(fn_carboxyl_group_58(fn_linoleic_acid_64(X)))
& valence_electron_1(fn_carboxyl_group_58(fn_linoleic_acid_64(X)))
& entity_1(fn_share_3(fn_linoleic_acid_17(X)))
& entity_1(fn_share_1(fn_linoleic_acid_17(X)))
& atomic_nucleus_1(fn_atom_18(fn_linoleic_acid_51(X)))
& entity_1(fn_carboxyl_group_17(fn_linoleic_acid_64(X)))
& tangible_entity_1(fn_carboxyl_group_17(fn_linoleic_acid_64(X)))
& electron_1(fn_carboxyl_group_17(fn_linoleic_acid_64(X)))
& valence_electron_1(fn_carboxyl_group_17(fn_linoleic_acid_64(X)))
& entity_1(fn_share_2(fn_linoleic_acid_16(X)))
& entity_1(fn_carboxyl_group_21(fn_linoleic_acid_63(X)))
& valence_electron_1(fn_carboxyl_group_21(fn_linoleic_acid_63(X)))
& center_1(fn_carboxyl_group_20(fn_linoleic_acid_64(X)))
& center_1(fn_carboxyl_group_64(fn_linoleic_acid_63(X)))
& center_1(fn_carboxyl_group_18(fn_linoleic_acid_64(X)))
& center_1(fn_carboxyl_group_20(fn_linoleic_acid_63(X)))
& entity_1(fn_carboxyl_group_25(fn_linoleic_acid_63(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_linoleic_acid_63(X)))
& atom_1(fn_carboxyl_group_25(fn_linoleic_acid_63(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_linoleic_acid_63(X)))
& tangible_entity_1(fn_hold_2(fn_linoleic_acid_6(X)))
& tangible_entity_1(fn_hold_2(fn_linoleic_acid_4(X)))
& atom_1(fn_first_electron_shell_3(fn_linoleic_acid_89(X)))
& electron_shell_1(fn_atom_9(fn_linoleic_acid_48(X)))
& atom_1(fn_second_electron_shell_13(fn_linoleic_acid_56(X)))
& entity_1(fn_carboxyl_group_19(fn_linoleic_acid_64(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_linoleic_acid_64(X)))
& atom_1(fn_carboxyl_group_19(fn_linoleic_acid_64(X)))
& carbon_1(fn_carboxyl_group_19(fn_linoleic_acid_64(X)))
& electron_1(fn_atom_14(fn_linoleic_acid_72(X)))
& electron_1(fn_carbon_10(fn_linoleic_acid_72(X)))
& atomic_nucleus_1(fn_carboxyl_group_57(fn_linoleic_acid_64(X)))
& atomic_nucleus_1(fn_carboxyl_group_48(fn_linoleic_acid_64(X)))
& electron_shell_1(fn_atom_9(fn_linoleic_acid_71(X)))
& electron_shell_1(fn_covalent_bond_11(fn_linoleic_acid_69(X)))
& electron_shell_1(fn_atom_9(fn_linoleic_acid_72(X)))
& entity_1(fn_share_3(fn_linoleic_acid_80(X)))
& entity_1(fn_share_3(fn_linoleic_acid_32(X)))
& entity_1(fn_share_1(fn_linoleic_acid_32(X)))
& entity_1(fn_share_2(fn_linoleic_acid_32(X)))
& valence_electron_1(fn_covalent_bond_15(fn_linoleic_acid_69(X)))
& entity_1(fn_share_3(fn_linoleic_acid_90(X)))
& entity_1(fn_share_3(fn_linoleic_acid_34(X)))
& entity_1(fn_share_1(fn_linoleic_acid_90(X)))
& entity_1(fn_share_1(fn_linoleic_acid_34(X)))
& entity_1(fn_covalent_bond_19(fn_linoleic_acid_69(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_linoleic_acid_69(X)))
& atom_1(fn_covalent_bond_19(fn_linoleic_acid_69(X)))
& entity_1(fn_share_2(fn_linoleic_acid_91(X)))
& entity_1(fn_share_2(fn_linoleic_acid_34(X)))
& valence_electron_1(fn_covalent_bond_18(fn_linoleic_acid_69(X)))
& share_1(fn_covalent_bond_17(fn_linoleic_acid_69(X)))
& share_1(fn_carboxyl_group_49(fn_linoleic_acid_63(X)))
& entity_1(fn_carboxyl_group_21(fn_linoleic_acid_64(X)))
& valence_electron_1(fn_carboxyl_group_21(fn_linoleic_acid_64(X)))
& electron_1(fn_carboxyl_group_40(fn_linoleic_acid_63(X)))
& valence_electron_1(fn_carboxyl_group_40(fn_linoleic_acid_63(X)))
& hold_together_1(fn_carboxyl_group_55(fn_linoleic_acid_63(X)))
& electron_1(fn_second_electron_shell_12(fn_linoleic_acid_56(X)))
& entity_1(fn_carboxyl_group_17(fn_linoleic_acid_63(X)))
& tangible_entity_1(fn_carboxyl_group_17(fn_linoleic_acid_63(X)))
& electron_1(fn_carboxyl_group_17(fn_linoleic_acid_63(X)))
& valence_electron_1(fn_carboxyl_group_17(fn_linoleic_acid_63(X)))
& electron_1(fn_carboxyl_group_45(fn_linoleic_acid_63(X)))
& valence_electron_1(fn_carboxyl_group_45(fn_linoleic_acid_63(X)))
& tangible_entity_1(fn_carboxyl_group_58(fn_linoleic_acid_63(X)))
& electron_1(fn_carboxyl_group_58(fn_linoleic_acid_63(X)))
& valence_electron_1(fn_carboxyl_group_58(fn_linoleic_acid_63(X)))
& atom_1(fn_first_electron_shell_3(fn_linoleic_acid_29(X)))
& entity_1(fn_share_3(fn_linoleic_acid_16(X)))
& entity_1(fn_share_1(fn_linoleic_acid_16(X)))
& tangible_entity_1(fn_hold_2(fn_linoleic_acid_24(X)))
& entity_1(fn_carboxyl_group_19(fn_linoleic_acid_63(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_linoleic_acid_63(X)))
& atom_1(fn_carboxyl_group_19(fn_linoleic_acid_63(X)))
& carbon_1(fn_carboxyl_group_19(fn_linoleic_acid_63(X)))
& share_1(fn_carboxyl_group_56(fn_linoleic_acid_63(X)))
& spatial_entity_1(fn_attach_1(fn_linoleic_acid_31(X)))
& oxygen_1(fn_carboxyl_group_23(fn_linoleic_acid_64(X)))
& oxygen_1(fn_carboxyl_group_24(fn_linoleic_acid_64(X)))
& oxygen_1(fn_carboxyl_group_23(fn_linoleic_acid_63(X)))
& oxygen_1(fn_carboxyl_group_24(fn_linoleic_acid_63(X)))
& hold_together_1(fn_carboxyl_group_67(fn_linoleic_acid_63(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_linoleic_acid_69(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_linoleic_acid_71(X)))
& center_1(fn_covalent_bond_23(fn_linoleic_acid_69(X)))
& center_1(fn_hydrogen_14(fn_linoleic_acid_71(X)))
& entity_1(fn_share_2(fn_linoleic_acid_90(X)))
& entity_1(fn_share_2(fn_linoleic_acid_33(X)))
& entity_1(fn_share_2(fn_linoleic_acid_80(X)))
& valence_electron_1(fn_hydrogen_12(fn_linoleic_acid_71(X)))
& entity_1(fn_covalent_bond_20(fn_linoleic_acid_69(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_linoleic_acid_69(X)))
& atom_1(fn_covalent_bond_20(fn_linoleic_acid_69(X)))
& entity_1(fn_share_1(fn_linoleic_acid_80(X)))
& entity_1(fn_share_3(fn_linoleic_acid_33(X)))
& entity_1(fn_share_1(fn_linoleic_acid_33(X)))
& s_orbital_1(fn_second_electron_shell_5(fn_linoleic_acid_56(X)))
& s_orbital_1(fn_second_electron_shell_10(fn_linoleic_acid_56(X)))
& center_1(fn_carboxyl_group_18(fn_linoleic_acid_63(X)))
& center_1(fn_second_electron_shell_9(fn_linoleic_acid_56(X)))
& first_electron_shell_1(fn_second_electron_shell_21(fn_linoleic_acid_56(X)))
& atomic_nucleus_1(fn_first_electron_shell_7(fn_linoleic_acid_29(X)))
& atomic_nucleus_1(fn_carbon_18(fn_linoleic_acid_48(X)))
& atomic_nucleus_1(fn_atom_18(fn_linoleic_acid_48(X)))
& atomic_nucleus_1(fn_carboxyl_group_46(fn_linoleic_acid_63(X)))
& atomic_nucleus_1(fn_carboxyl_group_57(fn_linoleic_acid_63(X)))
& atomic_nucleus_1(fn_carboxyl_group_48(fn_linoleic_acid_63(X)))
& atomic_nucleus_1(fn_second_electron_shell_14(fn_linoleic_acid_56(X)))
& entity_1(fn_carboxyl_group_42(fn_linoleic_acid_63(X)))
& proton_1(fn_carboxyl_group_42(fn_linoleic_acid_63(X)))
& proton_1(fn_second_electron_shell_20(fn_linoleic_acid_56(X)))
& electron_shell_1(fn_atom_9(fn_linoleic_acid_51(X)))
& object_2(fn_linoleic_acid_91(X),fn_linoleic_acid_74(X))
& result_2(fn_linoleic_acid_91(X),fn_linoleic_acid_69(X))
& object_2(fn_linoleic_acid_90(X),fn_linoleic_acid_74(X))
& plays_2(X,fn_linoleic_acid_1(X))
& fn_linoleic_acid_82(X) != fn_linoleic_acid_74(X)
& object_2(fn_linoleic_acid_80(X),fn_linoleic_acid_74(X))
& fn_linoleic_acid_74(X) != fn_linoleic_acid_82(X)
& beneficiary_2(fn_linoleic_acid_2(X),fn_linoleic_acid_3(X))
& base_2(fn_linoleic_acid_2(X),fn_linoleic_acid_3(X))
& in_event_2(fn_linoleic_acid_1(X),fn_linoleic_acid_2(X))
& object_2(fn_linoleic_acid_34(X),fn_linoleic_acid_74(X))
& agent_2(fn_linoleic_acid_34(X),fn_linoleic_acid_71(X))
& object_2(fn_linoleic_acid_91(X),fn_linoleic_acid_75(X))
& object_2(fn_linoleic_acid_90(X),fn_linoleic_acid_82(X))
& object_2(fn_linoleic_acid_96(X),fn_linoleic_acid_41(X))
& agent_2(fn_linoleic_acid_17(X),fn_linoleic_acid_49(X))
& agent_2(fn_linoleic_acid_90(X),fn_linoleic_acid_70(X))
& object_2(fn_linoleic_acid_31(X),fn_linoleic_acid_50(X))
& base_2(fn_linoleic_acid_31(X),fn_linoleic_acid_30(X))
& has_region_2(fn_linoleic_acid_51(X),fn_linoleic_acid_89(X))
& has_region_2(fn_linoleic_acid_56(X),fn_linoleic_acid_61(X))
& fn_linoleic_acid_68(X) != fn_linoleic_acid_61(X)
& fn_linoleic_acid_61(X) != fn_linoleic_acid_68(X)
& agent_2(fn_linoleic_acid_54(X),fn_linoleic_acid_49(X))
& object_2(fn_linoleic_acid_11(X),fn_linoleic_acid_49(X))
& has_region_2(fn_linoleic_acid_49(X),fn_linoleic_acid_21(X))
& has_region_2(fn_linoleic_acid_48(X),fn_linoleic_acid_88(X))
& object_2(fn_linoleic_acid_54(X),fn_linoleic_acid_86(X))
& object_2(fn_linoleic_acid_42(X),fn_linoleic_acid_51(X))
& fn_linoleic_acid_85(X) != fn_linoleic_acid_89(X)
& fn_linoleic_acid_89(X) != fn_linoleic_acid_85(X)
& agent_2(fn_linoleic_acid_26(X),fn_linoleic_acid_51(X))
& object_2(fn_linoleic_acid_94(X),fn_linoleic_acid_67(X))
& object_2(fn_linoleic_acid_5(X),fn_linoleic_acid_48(X))
& object_2(fn_linoleic_acid_101(X),fn_linoleic_acid_50(X))
& object_2(fn_linoleic_acid_25(X),fn_linoleic_acid_50(X))
& object_2(fn_linoleic_acid_25(X),fn_linoleic_acid_47(X))
& fn_linoleic_acid_89(X) != fn_linoleic_acid_29(X)
& has_region_2(fn_linoleic_acid_47(X),fn_linoleic_acid_29(X))
& is_inside_2(fn_linoleic_acid_47(X),fn_linoleic_acid_64(X))
& fn_linoleic_acid_29(X) != fn_linoleic_acid_89(X)
& object_2(fn_linoleic_acid_18(X),fn_linoleic_acid_37(X))
& object_2(fn_linoleic_acid_20(X),fn_linoleic_acid_37(X))
& agent_2(fn_linoleic_acid_20(X),fn_linoleic_acid_51(X))
& agent_2(fn_linoleic_acid_27(X),fn_linoleic_acid_51(X))
& object_2(fn_linoleic_acid_27(X),fn_linoleic_acid_40(X))
& object_2(fn_linoleic_acid_95(X),fn_linoleic_acid_67(X))
& agent_2(fn_linoleic_acid_95(X),fn_linoleic_acid_49(X))
& object_2(fn_linoleic_acid_42(X),fn_linoleic_acid_49(X))
& object_2(fn_linoleic_acid_42(X),fn_linoleic_acid_47(X))
& object_2(fn_linoleic_acid_6(X),fn_linoleic_acid_47(X))
& object_2(fn_linoleic_acid_12(X),fn_linoleic_acid_49(X))
& agent_2(fn_linoleic_acid_19(X),fn_linoleic_acid_49(X))
& agent_2(fn_linoleic_acid_19(X),fn_linoleic_acid_50(X))
& object_2(fn_linoleic_acid_24(X),fn_linoleic_acid_50(X))
& object_2(fn_linoleic_acid_24(X),fn_linoleic_acid_51(X))
& agent_2(fn_linoleic_acid_96(X),fn_linoleic_acid_48(X))
& object_2(fn_linoleic_acid_96(X),fn_linoleic_acid_67(X))
& object_2(fn_linoleic_acid_54(X),fn_linoleic_acid_67(X))
& agent_2(fn_linoleic_acid_54(X),fn_linoleic_acid_51(X))
& object_2(fn_linoleic_acid_23(X),fn_linoleic_acid_51(X))
& object_2(fn_linoleic_acid_12(X),fn_linoleic_acid_51(X))
& object_2(fn_linoleic_acid_12(X),fn_linoleic_acid_50(X))
& agent_2(fn_linoleic_acid_18(X),fn_linoleic_acid_50(X))
& agent_2(fn_linoleic_acid_18(X),fn_linoleic_acid_49(X))
& has_region_2(fn_linoleic_acid_49(X),fn_linoleic_acid_89(X))
& object_2(fn_linoleic_acid_54(X),fn_linoleic_acid_41(X))
& object_2(fn_linoleic_acid_54(X),fn_linoleic_acid_37(X))
& object_2(fn_linoleic_acid_20(X),fn_linoleic_acid_86(X))
& agent_2(fn_linoleic_acid_20(X),fn_linoleic_acid_49(X))
& agent_2(fn_linoleic_acid_20(X),fn_linoleic_acid_50(X))
& object_2(fn_linoleic_acid_42(X),fn_linoleic_acid_50(X))
& object_2(fn_linoleic_acid_42(X),fn_linoleic_acid_48(X))
& has_region_2(fn_linoleic_acid_48(X),fn_linoleic_acid_55(X))
& is_inside_2(fn_linoleic_acid_48(X),fn_linoleic_acid_64(X))
& agent_2(fn_linoleic_acid_54(X),fn_linoleic_acid_48(X))
& agent_2(fn_linoleic_acid_54(X),fn_linoleic_acid_50(X))
& object_2(fn_linoleic_acid_92(X),fn_linoleic_acid_50(X))
& object_2(fn_linoleic_acid_92(X),fn_linoleic_acid_49(X))
& fn_linoleic_acid_53(X) != fn_linoleic_acid_51(X)
& fn_linoleic_acid_51(X) != fn_linoleic_acid_53(X)
& is_inside_2(fn_linoleic_acid_35(X),fn_linoleic_acid_65(X))
& object_2(fn_linoleic_acid_42(X),fn_linoleic_acid_53(X))
& object_2(fn_linoleic_acid_34(X),fn_linoleic_acid_82(X))
& is_inside_2(fn_linoleic_acid_51(X),fn_linoleic_acid_63(X))
& agent_2(fn_linoleic_acid_27(X),fn_linoleic_acid_47(X))
& has_part_2(fn_linoleic_acid_52(X),fn_linoleic_acid_71(X))
& agent_2(fn_linoleic_acid_19(X),fn_linoleic_acid_51(X))
& is_inside_2(fn_linoleic_acid_62(X),fn_linoleic_acid_35(X))
& agent_2(fn_linoleic_acid_18(X),fn_linoleic_acid_51(X))
& object_2(fn_linoleic_acid_79(X),fn_linoleic_acid_71(X))
& agent_2(fn_linoleic_acid_14(X),fn_linoleic_acid_49(X))
& object_2(fn_linoleic_acid_99(X),fn_linoleic_acid_51(X))
& object_2(fn_linoleic_acid_9(X),fn_linoleic_acid_50(X))
& object_2(fn_linoleic_acid_102(X),fn_linoleic_acid_49(X))
& object_2(fn_linoleic_acid_8(X),fn_linoleic_acid_51(X))
& object_2(fn_linoleic_acid_103(X),fn_linoleic_acid_47(X))
& object_2(fn_linoleic_acid_4(X),fn_linoleic_acid_51(X))
& has_part_2(X,fn_linoleic_acid_48(X))
& called_2(fn_linoleic_acid_48(X),'C2')
& agent_2(fn_linoleic_acid_32(X),fn_linoleic_acid_71(X))
& has_region_2(fn_linoleic_acid_71(X),fn_linoleic_acid_84(X))
& base_2(fn_linoleic_acid_93(X),fn_linoleic_acid_98(X))
& object_2(fn_linoleic_acid_93(X),fn_linoleic_acid_50(X))
& agent_2(fn_linoleic_acid_95(X),fn_linoleic_acid_50(X))
& fn_linoleic_acid_65(X) != fn_linoleic_acid_89(X)
& is_inside_2(fn_linoleic_acid_89(X),fn_linoleic_acid_21(X))
& fn_linoleic_acid_89(X) != fn_linoleic_acid_65(X)
& fn_linoleic_acid_21(X) != fn_linoleic_acid_89(X)
& fn_linoleic_acid_89(X) != fn_linoleic_acid_21(X)
& object_2(fn_linoleic_acid_80(X),fn_linoleic_acid_43(X))
& agent_2(fn_linoleic_acid_80(X),fn_linoleic_acid_70(X))
& has_part_2(fn_linoleic_acid_52(X),fn_linoleic_acid_70(X))
& has_part_2(fn_linoleic_acid_52(X),fn_linoleic_acid_72(X))
& object_2(fn_linoleic_acid_79(X),fn_linoleic_acid_72(X))
& agent_2(fn_linoleic_acid_32(X),fn_linoleic_acid_70(X))
& result_2(fn_linoleic_acid_32(X),fn_linoleic_acid_69(X))
& has_function_2(fn_linoleic_acid_69(X),fn_linoleic_acid_79(X))
& agent_2(fn_linoleic_acid_79(X),fn_linoleic_acid_69(X))
& possesses_2(fn_linoleic_acid_52(X),fn_linoleic_acid_69(X))
& agent_2(fn_linoleic_acid_90(X),fn_linoleic_acid_71(X))
& fn_linoleic_acid_71(X) != fn_linoleic_acid_72(X)
& has_region_2(fn_linoleic_acid_72(X),fn_linoleic_acid_81(X))
& fn_linoleic_acid_72(X) != fn_linoleic_acid_71(X)
& fn_linoleic_acid_70(X) != fn_linoleic_acid_72(X)
& fn_linoleic_acid_72(X) != fn_linoleic_acid_70(X)
& object_2(fn_linoleic_acid_33(X),fn_linoleic_acid_75(X))
& object_2(fn_linoleic_acid_33(X),fn_linoleic_acid_82(X))
& fn_linoleic_acid_43(X) != fn_linoleic_acid_82(X)
& fn_linoleic_acid_43(X) != fn_linoleic_acid_83(X)
& object_2(fn_linoleic_acid_80(X),fn_linoleic_acid_83(X))
& fn_linoleic_acid_82(X) != fn_linoleic_acid_43(X)
& fn_linoleic_acid_83(X) != fn_linoleic_acid_43(X)
& object_2(fn_linoleic_acid_91(X),fn_linoleic_acid_82(X))
& agent_2(fn_linoleic_acid_91(X),fn_linoleic_acid_72(X))
& has_part_2(fn_linoleic_acid_72(X),fn_linoleic_acid_83(X))
& fn_linoleic_acid_82(X) != fn_linoleic_acid_83(X)
& fn_linoleic_acid_83(X) != fn_linoleic_acid_82(X)
& object_2(fn_linoleic_acid_32(X),fn_linoleic_acid_82(X))
& object_2(fn_linoleic_acid_32(X),fn_linoleic_acid_75(X))
& object_2(fn_linoleic_acid_90(X),fn_linoleic_acid_75(X))
& is_near_2(fn_linoleic_acid_78(X),fn_linoleic_acid_75(X))
& is_near_2(fn_linoleic_acid_75(X),fn_linoleic_acid_78(X))
& agent_2(fn_linoleic_acid_91(X),fn_linoleic_acid_71(X))
& agent_2(fn_linoleic_acid_91(X),fn_linoleic_acid_70(X))
& has_part_2(fn_linoleic_acid_70(X),fn_linoleic_acid_74(X))
& fn_linoleic_acid_74(X) != fn_linoleic_acid_75(X)
& fn_linoleic_acid_75(X) != fn_linoleic_acid_82(X)
& fn_linoleic_acid_75(X) != fn_linoleic_acid_74(X)
& fn_linoleic_acid_82(X) != fn_linoleic_acid_75(X)
& has_part_2(X,fn_linoleic_acid_51(X))
& has_part_2(X,fn_linoleic_acid_52(X))
& has_region_2(fn_linoleic_acid_52(X),fn_linoleic_acid_73(X))
& is_inside_2(fn_linoleic_acid_70(X),fn_linoleic_acid_73(X))
& fn_linoleic_acid_70(X) != fn_linoleic_acid_71(X)
& fn_linoleic_acid_71(X) != fn_linoleic_acid_70(X)
& agent_2(fn_linoleic_acid_94(X),fn_linoleic_acid_51(X))
& agent_2(fn_linoleic_acid_94(X),fn_linoleic_acid_50(X))
& has_part_2(X,fn_linoleic_acid_50(X))
& has_part_2(X,fn_linoleic_acid_53(X))
& fn_linoleic_acid_53(X) != fn_linoleic_acid_48(X)
& fn_linoleic_acid_48(X) != fn_linoleic_acid_53(X)
& agent_2(fn_linoleic_acid_17(X),fn_linoleic_acid_51(X))
& agent_2(fn_linoleic_acid_17(X),fn_linoleic_acid_47(X))
& has_part_2(X,fn_linoleic_acid_47(X))
& has_part_2(X,fn_linoleic_acid_49(X))
& object_2(fn_linoleic_acid_7(X),fn_linoleic_acid_49(X))
& agent_2(fn_linoleic_acid_95(X),fn_linoleic_acid_51(X))
& object_2(fn_linoleic_acid_95(X),fn_linoleic_acid_37(X))
& object_2(fn_linoleic_acid_19(X),fn_linoleic_acid_37(X))
& object_2(fn_linoleic_acid_19(X),fn_linoleic_acid_86(X))
& object_2(fn_linoleic_acid_18(X),fn_linoleic_acid_86(X))
& object_2(fn_linoleic_acid_17(X),fn_linoleic_acid_37(X))
& object_2(fn_linoleic_acid_17(X),fn_linoleic_acid_40(X))
& object_2(fn_linoleic_acid_54(X),fn_linoleic_acid_40(X))
& agent_2(fn_linoleic_acid_54(X),fn_linoleic_acid_47(X))
& called_2(fn_linoleic_acid_47(X),'C3')
& agent_2(fn_linoleic_acid_96(X),fn_linoleic_acid_49(X))
& agent_2(fn_linoleic_acid_96(X),fn_linoleic_acid_50(X))
& agent_2(fn_linoleic_acid_16(X),fn_linoleic_acid_50(X))
& agent_2(fn_linoleic_acid_16(X),fn_linoleic_acid_48(X))
& has_region_2(fn_linoleic_acid_48(X),fn_linoleic_acid_85(X))
& object_2(fn_linoleic_acid_13(X),fn_linoleic_acid_40(X))
& object_2(fn_linoleic_acid_16(X),fn_linoleic_acid_40(X))
& agent_2(fn_linoleic_acid_16(X),fn_linoleic_acid_51(X))
& agent_2(fn_linoleic_acid_15(X),fn_linoleic_acid_51(X))
& agent_2(fn_linoleic_acid_15(X),fn_linoleic_acid_49(X))
& agent_2(fn_linoleic_acid_96(X),fn_linoleic_acid_51(X))
& object_2(fn_linoleic_acid_96(X),fn_linoleic_acid_37(X))
& object_2(fn_linoleic_acid_16(X),fn_linoleic_acid_37(X))
& agent_2(fn_linoleic_acid_16(X),fn_linoleic_acid_49(X))
& fn_linoleic_acid_49(X) != fn_linoleic_acid_53(X)
& fn_linoleic_acid_53(X) != fn_linoleic_acid_49(X)
& agent_2(fn_linoleic_acid_13(X),fn_linoleic_acid_47(X))
& has_region_2(fn_linoleic_acid_47(X),fn_linoleic_acid_28(X))
& is_at_2(fn_linoleic_acid_28(X),fn_linoleic_acid_57(X))
& has_region_2(fn_linoleic_acid_50(X),fn_linoleic_acid_57(X))
& agent_2(fn_linoleic_acid_15(X),fn_linoleic_acid_50(X))
& object_2(fn_linoleic_acid_97(X),fn_linoleic_acid_86(X))
& object_2(fn_linoleic_acid_16(X),fn_linoleic_acid_86(X))
& object_2(fn_linoleic_acid_16(X),fn_linoleic_acid_67(X))
& object_2(fn_linoleic_acid_17(X),fn_linoleic_acid_67(X))
& agent_2(fn_linoleic_acid_17(X),fn_linoleic_acid_50(X))
& agent_2(fn_linoleic_acid_13(X),fn_linoleic_acid_50(X))
& agent_2(fn_linoleic_acid_14(X),fn_linoleic_acid_50(X))
& object_2(fn_linoleic_acid_14(X),fn_linoleic_acid_37(X))
& object_2(fn_linoleic_acid_15(X),fn_linoleic_acid_37(X))
& object_2(fn_linoleic_acid_15(X),fn_linoleic_acid_67(X))
& agent_2(fn_linoleic_acid_97(X),fn_linoleic_acid_48(X))
& is_at_2(fn_linoleic_acid_48(X),fn_linoleic_acid_45(X))
& is_at_2(fn_linoleic_acid_47(X),fn_linoleic_acid_45(X))
& agent_2(fn_linoleic_acid_97(X),fn_linoleic_acid_47(X))
& object_2(fn_linoleic_acid_97(X),fn_linoleic_acid_67(X))
& agent_2(fn_linoleic_acid_13(X),fn_linoleic_acid_51(X))
& object_2(fn_linoleic_acid_13(X),fn_linoleic_acid_67(X))
& object_2(fn_linoleic_acid_14(X),fn_linoleic_acid_67(X))
& agent_2(fn_linoleic_acid_14(X),fn_linoleic_acid_51(X))
& is_inside_2(fn_linoleic_acid_51(X),fn_linoleic_acid_64(X))
& agent_2(fn_linoleic_acid_97(X),fn_linoleic_acid_50(X))
& agent_2(fn_linoleic_acid_97(X),fn_linoleic_acid_49(X))
& fn_linoleic_acid_49(X) != fn_linoleic_acid_48(X)
& fn_linoleic_acid_47(X) != fn_linoleic_acid_49(X)
& fn_linoleic_acid_49(X) != fn_linoleic_acid_47(X)
& fn_linoleic_acid_48(X) != fn_linoleic_acid_49(X)
& object_2(fn_linoleic_acid_11(X),fn_linoleic_acid_50(X))
& object_2(fn_linoleic_acid_11(X),fn_linoleic_acid_51(X))
& has_region_2(fn_linoleic_acid_51(X),fn_linoleic_acid_85(X))
& fn_linoleic_acid_98(X) != fn_linoleic_acid_51(X)
& fn_linoleic_acid_51(X) != fn_linoleic_acid_98(X)
& agent_2(fn_linoleic_acid_97(X),fn_linoleic_acid_51(X))
& object_2(fn_linoleic_acid_97(X),fn_linoleic_acid_37(X))
& object_2(fn_linoleic_acid_13(X),fn_linoleic_acid_37(X))
& agent_2(fn_linoleic_acid_13(X),fn_linoleic_acid_49(X))
& has_region_2(fn_linoleic_acid_49(X),fn_linoleic_acid_56(X))
& object_2(fn_linoleic_acid_10(X),fn_linoleic_acid_49(X))
& object_2(fn_linoleic_acid_10(X),fn_linoleic_acid_51(X))
& has_region_2(fn_linoleic_acid_51(X),fn_linoleic_acid_65(X))
& is_inside_2(fn_linoleic_acid_65(X),fn_linoleic_acid_56(X))
& is_inside_2(fn_linoleic_acid_85(X),fn_linoleic_acid_56(X))
& object_2(fn_linoleic_acid_100(X),fn_linoleic_acid_50(X))
& object_2(fn_linoleic_acid_99(X),fn_linoleic_acid_50(X))
& object_2(fn_linoleic_acid_99(X),fn_linoleic_acid_47(X))
& has_part_2(fn_linoleic_acid_47(X),fn_linoleic_acid_58(X))
& is_inside_2(fn_linoleic_acid_58(X),fn_linoleic_acid_28(X))
& object_2(fn_linoleic_acid_9(X),fn_linoleic_acid_51(X))
& object_2(fn_linoleic_acid_9(X),fn_linoleic_acid_49(X))
& is_at_2(fn_linoleic_acid_49(X),fn_linoleic_acid_45(X))
& has_region_2(X,fn_linoleic_acid_45(X))
& has_region_2(X,fn_linoleic_acid_46(X))
& object_2(fn_linoleic_acid_100(X),fn_linoleic_acid_51(X))
& object_2(fn_linoleic_acid_100(X),fn_linoleic_acid_49(X))
& is_inside_2(fn_linoleic_acid_49(X),fn_linoleic_acid_46(X))
& is_inside_2(fn_linoleic_acid_48(X),fn_linoleic_acid_46(X))
& fn_linoleic_acid_48(X) != fn_linoleic_acid_47(X)
& fn_linoleic_acid_47(X) != fn_linoleic_acid_48(X)
& object_2(fn_linoleic_acid_8(X),fn_linoleic_acid_49(X))
& object_2(fn_linoleic_acid_8(X),fn_linoleic_acid_50(X))
& has_region_2(fn_linoleic_acid_50(X),fn_linoleic_acid_56(X))
& has_region_2(fn_linoleic_acid_47(X),fn_linoleic_acid_56(X))
& has_region_2(fn_linoleic_acid_47(X),fn_linoleic_acid_55(X))
& object_2(fn_linoleic_acid_101(X),fn_linoleic_acid_51(X))
& object_2(fn_linoleic_acid_101(X),fn_linoleic_acid_48(X))
& is_inside_2(fn_linoleic_acid_48(X),fn_linoleic_acid_44(X))
& is_inside_2(fn_linoleic_acid_49(X),fn_linoleic_acid_44(X))
& called_2(fn_linoleic_acid_49(X),'C1')
& object_2(fn_linoleic_acid_7(X),fn_linoleic_acid_51(X))
& object_2(fn_linoleic_acid_7(X),fn_linoleic_acid_50(X))
& has_region_2(fn_linoleic_acid_50(X),fn_linoleic_acid_89(X))
& fn_linoleic_acid_89(X) != fn_linoleic_acid_56(X)
& fn_linoleic_acid_56(X) != fn_linoleic_acid_65(X)
& fn_linoleic_acid_56(X) != fn_linoleic_acid_89(X)
& fn_linoleic_acid_65(X) != fn_linoleic_acid_56(X)
& object_2(fn_linoleic_acid_102(X),fn_linoleic_acid_51(X))
& object_2(fn_linoleic_acid_102(X),fn_linoleic_acid_48(X))
& has_region_2(fn_linoleic_acid_48(X),fn_linoleic_acid_56(X))
& fn_linoleic_acid_21(X) != fn_linoleic_acid_56(X)
& fn_linoleic_acid_56(X) != fn_linoleic_acid_21(X)
& object_2(fn_linoleic_acid_6(X),fn_linoleic_acid_51(X))
& fn_linoleic_acid_51(X) != fn_linoleic_acid_49(X)
& has_region_2(fn_linoleic_acid_49(X),fn_linoleic_acid_88(X))
& has_region_2(fn_linoleic_acid_47(X),fn_linoleic_acid_88(X))
& has_region_2(fn_linoleic_acid_47(X),fn_linoleic_acid_85(X))
& fn_linoleic_acid_49(X) != fn_linoleic_acid_51(X)
& object_2(fn_linoleic_acid_102(X),fn_linoleic_acid_53(X))
& object_2(fn_linoleic_acid_102(X),fn_linoleic_acid_50(X))
& is_inside_2(fn_linoleic_acid_50(X),fn_linoleic_acid_63(X))
& is_inside_2(fn_linoleic_acid_48(X),fn_linoleic_acid_63(X))
& has_region_2(fn_linoleic_acid_48(X),fn_linoleic_acid_57(X))
& object_2(fn_linoleic_acid_6(X),fn_linoleic_acid_49(X))
& object_2(fn_linoleic_acid_6(X),fn_linoleic_acid_50(X))
& has_region_2(fn_linoleic_acid_50(X),fn_linoleic_acid_55(X))
& has_region_2(fn_linoleic_acid_49(X),fn_linoleic_acid_55(X))
& has_region_2(fn_linoleic_acid_49(X),fn_linoleic_acid_57(X))
& object_2(fn_linoleic_acid_103(X),fn_linoleic_acid_48(X))
& has_part_2(fn_linoleic_acid_48(X),fn_linoleic_acid_41(X))
& object_2(fn_linoleic_acid_97(X),fn_linoleic_acid_41(X))
& fn_linoleic_acid_67(X) != fn_linoleic_acid_41(X)
& fn_linoleic_acid_41(X) != fn_linoleic_acid_67(X)
& object_2(fn_linoleic_acid_5(X),fn_linoleic_acid_49(X))
& object_2(fn_linoleic_acid_5(X),fn_linoleic_acid_50(X))
& has_region_2(fn_linoleic_acid_50(X),fn_linoleic_acid_65(X))
& has_region_2(fn_linoleic_acid_47(X),fn_linoleic_acid_65(X))
& fn_linoleic_acid_47(X) != fn_linoleic_acid_53(X)
& fn_linoleic_acid_53(X) != fn_linoleic_acid_47(X)
& object_2(fn_linoleic_acid_103(X),fn_linoleic_acid_49(X))
& has_region_2(fn_linoleic_acid_49(X),fn_linoleic_acid_65(X))
& fn_linoleic_acid_65(X) != fn_linoleic_acid_21(X)
& fn_linoleic_acid_29(X) != fn_linoleic_acid_65(X)
& fn_linoleic_acid_65(X) != fn_linoleic_acid_29(X)
& fn_linoleic_acid_21(X) != fn_linoleic_acid_65(X)
& object_2(fn_linoleic_acid_5(X),fn_linoleic_acid_51(X))
& object_2(fn_linoleic_acid_5(X),fn_linoleic_acid_47(X))
& has_region_2(fn_linoleic_acid_47(X),fn_linoleic_acid_35(X))
& is_inside_2(fn_linoleic_acid_35(X),fn_linoleic_acid_85(X))
& fn_linoleic_acid_85(X) != fn_linoleic_acid_65(X)
& fn_linoleic_acid_65(X) != fn_linoleic_acid_85(X)
& object_2(fn_linoleic_acid_103(X),fn_linoleic_acid_51(X))
& fn_linoleic_acid_48(X) != fn_linoleic_acid_51(X)
& fn_linoleic_acid_51(X) != fn_linoleic_acid_48(X)
& fn_linoleic_acid_30(X) != fn_linoleic_acid_51(X)
& fn_linoleic_acid_51(X) != fn_linoleic_acid_30(X)
& object_2(fn_linoleic_acid_4(X),fn_linoleic_acid_49(X))
& has_region_2(fn_linoleic_acid_49(X),fn_linoleic_acid_85(X))
& fn_linoleic_acid_85(X) != fn_linoleic_acid_56(X)
& fn_linoleic_acid_29(X) != fn_linoleic_acid_85(X)
& fn_linoleic_acid_85(X) != fn_linoleic_acid_29(X)
& fn_linoleic_acid_56(X) != fn_linoleic_acid_85(X)
& object_2(fn_linoleic_acid_103(X),fn_linoleic_acid_53(X))
& object_2(fn_linoleic_acid_103(X),fn_linoleic_acid_50(X))
& has_region_2(fn_linoleic_acid_50(X),fn_linoleic_acid_85(X))
& fn_linoleic_acid_21(X) != fn_linoleic_acid_85(X)
& fn_linoleic_acid_85(X) != fn_linoleic_acid_21(X)
& object_2(fn_linoleic_acid_4(X),fn_linoleic_acid_47(X))
& object_2(fn_linoleic_acid_4(X),fn_linoleic_acid_50(X))
& fn_linoleic_acid_50(X) != fn_linoleic_acid_53(X)
& fn_linoleic_acid_30(X) != fn_linoleic_acid_50(X)
& fn_linoleic_acid_50(X) != fn_linoleic_acid_30(X)
& fn_linoleic_acid_53(X) != fn_linoleic_acid_50(X)
& has_region_2(X,fn_linoleic_acid_44(X))
& is_inside_2(fn_linoleic_acid_47(X),fn_linoleic_acid_44(X))
& is_inside_2(fn_linoleic_acid_47(X),fn_linoleic_acid_46(X))
& is_inside_2(fn_linoleic_acid_51(X),fn_linoleic_acid_46(X))
& has_region_2(fn_linoleic_acid_51(X),fn_linoleic_acid_57(X))
& has_region_2(fn_linoleic_acid_51(X),fn_linoleic_acid_38(X))
& has_part_2(fn_linoleic_acid_48(X),fn_linoleic_acid_62(X))
& has_region_2(fn_linoleic_acid_48(X),fn_linoleic_acid_35(X))
& object_2(fn_linoleic_acid_79(X),fn_linoleic_acid_70(X))
& has_region_2(fn_linoleic_acid_70(X),fn_linoleic_acid_76(X))
& fn_linoleic_acid_84(X) != fn_linoleic_acid_76(X)
& fn_linoleic_acid_76(X) != fn_linoleic_acid_84(X)
& has_region_2(fn_linoleic_acid_70(X),fn_linoleic_acid_77(X))
& is_at_2(fn_linoleic_acid_78(X),fn_linoleic_acid_77(X))
& fn_linoleic_acid_81(X) != fn_linoleic_acid_77(X)
& fn_linoleic_acid_77(X) != fn_linoleic_acid_81(X)
& has_region_2(fn_linoleic_acid_70(X),fn_linoleic_acid_78(X))
& fn_linoleic_acid_39(X) != fn_linoleic_acid_78(X)
& fn_linoleic_acid_78(X) != fn_linoleic_acid_39(X)
& is_near_2(fn_linoleic_acid_74(X),fn_linoleic_acid_78(X))
& is_near_2(fn_linoleic_acid_78(X),fn_linoleic_acid_74(X))
& has_region_2(fn_linoleic_acid_50(X),fn_linoleic_acid_38(X))
& object_2(fn_linoleic_acid_5(X),fn_linoleic_acid_53(X))
& object_2(fn_linoleic_acid_59(X),fn_linoleic_acid_40(X))
& agent_2(fn_linoleic_acid_59(X),fn_linoleic_acid_58(X))
& is_inside_2(fn_linoleic_acid_58(X),fn_linoleic_acid_35(X))
& fn_linoleic_acid_47(X) != fn_linoleic_acid_51(X)
& has_part_2(fn_linoleic_acid_47(X),fn_linoleic_acid_40(X))
& fn_linoleic_acid_40(X) != fn_linoleic_acid_67(X)
& has_part_2(fn_linoleic_acid_50(X),fn_linoleic_acid_67(X))
& is_inside_2(fn_linoleic_acid_50(X),fn_linoleic_acid_64(X))
& fn_linoleic_acid_51(X) != fn_linoleic_acid_47(X)
& fn_linoleic_acid_67(X) != fn_linoleic_acid_40(X)
& agent_2(fn_linoleic_acid_66(X),fn_linoleic_acid_51(X))
& agent_2(fn_linoleic_acid_66(X),fn_linoleic_acid_53(X))
& is_inside_2(fn_linoleic_acid_53(X),fn_linoleic_acid_46(X))
& is_inside_2(fn_linoleic_acid_50(X),fn_linoleic_acid_46(X))
& has_region_2(fn_linoleic_acid_50(X),fn_linoleic_acid_35(X))
& is_at_2(fn_linoleic_acid_38(X),fn_linoleic_acid_55(X))
& has_region_2(fn_linoleic_acid_51(X),fn_linoleic_acid_55(X))
& has_part_2(fn_linoleic_acid_51(X),fn_linoleic_acid_86(X))
& fn_linoleic_acid_41(X) != fn_linoleic_acid_86(X)
& fn_linoleic_acid_86(X) != fn_linoleic_acid_41(X)
& fn_linoleic_acid_86(X) != fn_linoleic_acid_37(X)
& has_part_2(fn_linoleic_acid_49(X),fn_linoleic_acid_37(X))
& has_region_2(fn_linoleic_acid_49(X),fn_linoleic_acid_35(X))
& fn_linoleic_acid_38(X) != fn_linoleic_acid_35(X)
& is_near_2(fn_linoleic_acid_38(X),fn_linoleic_acid_86(X))
& fn_linoleic_acid_37(X) != fn_linoleic_acid_86(X)
& fn_linoleic_acid_35(X) != fn_linoleic_acid_38(X)
& is_near_2(fn_linoleic_acid_86(X),fn_linoleic_acid_38(X))
& is_at_2(fn_linoleic_acid_35(X),fn_linoleic_acid_57(X))
& is_near_2(fn_linoleic_acid_35(X),fn_linoleic_acid_40(X))
& fn_linoleic_acid_40(X) != fn_linoleic_acid_86(X)
& is_near_2(fn_linoleic_acid_41(X),fn_linoleic_acid_35(X))
& is_near_2(fn_linoleic_acid_35(X),fn_linoleic_acid_41(X))
& is_near_2(fn_linoleic_acid_40(X),fn_linoleic_acid_35(X))
& fn_linoleic_acid_86(X) != fn_linoleic_acid_40(X)
& object_2(fn_linoleic_acid_87(X),fn_linoleic_acid_37(X))
& agent_2(fn_linoleic_acid_87(X),fn_linoleic_acid_36(X))
& has_part_2(fn_linoleic_acid_49(X),fn_linoleic_acid_36(X))
& fn_linoleic_acid_49(X) != fn_linoleic_acid_50(X)
& fn_linoleic_acid_50(X) != fn_linoleic_acid_51(X)
& fn_linoleic_acid_50(X) != fn_linoleic_acid_49(X)
& fn_linoleic_acid_51(X) != fn_linoleic_acid_50(X)
& object_2(fn_linoleic_acid_26(X),fn_linoleic_acid_40(X))
& is_near_2(fn_linoleic_acid_40(X),fn_linoleic_acid_28(X))
& fn_linoleic_acid_28(X) != fn_linoleic_acid_38(X)
& is_near_2(fn_linoleic_acid_38(X),fn_linoleic_acid_67(X))
& fn_linoleic_acid_67(X) != fn_linoleic_acid_37(X)
& is_near_2(fn_linoleic_acid_28(X),fn_linoleic_acid_40(X))
& fn_linoleic_acid_38(X) != fn_linoleic_acid_28(X)
& is_near_2(fn_linoleic_acid_67(X),fn_linoleic_acid_38(X))
& fn_linoleic_acid_37(X) != fn_linoleic_acid_67(X)
& fn_linoleic_acid_88(X) != fn_linoleic_acid_57(X)
& has_region_2(fn_linoleic_acid_50(X),fn_linoleic_acid_88(X))
& fn_linoleic_acid_50(X) != fn_linoleic_acid_48(X)
& fn_linoleic_acid_57(X) != fn_linoleic_acid_88(X)
& fn_linoleic_acid_55(X) != fn_linoleic_acid_88(X)
& fn_linoleic_acid_88(X) != fn_linoleic_acid_55(X)
& fn_linoleic_acid_48(X) != fn_linoleic_acid_50(X)
& object_2(fn_linoleic_acid_26(X),fn_linoleic_acid_67(X))
& is_near_2(fn_linoleic_acid_67(X),fn_linoleic_acid_35(X))
& is_near_2(fn_linoleic_acid_35(X),fn_linoleic_acid_37(X))
& is_near_2(fn_linoleic_acid_35(X),fn_linoleic_acid_67(X))
& fn_linoleic_acid_28(X) != fn_linoleic_acid_35(X)
& fn_linoleic_acid_35(X) != fn_linoleic_acid_28(X)
& is_near_2(fn_linoleic_acid_37(X),fn_linoleic_acid_35(X))
& fn_linoleic_acid_50(X) != fn_linoleic_acid_47(X)
& has_region_2(fn_linoleic_acid_47(X),fn_linoleic_acid_57(X))
& fn_linoleic_acid_57(X) != fn_linoleic_acid_55(X)
& fn_linoleic_acid_50(X) != fn_linoleic_acid_98(X)
& fn_linoleic_acid_98(X) != fn_linoleic_acid_50(X)
& fn_linoleic_acid_47(X) != fn_linoleic_acid_50(X)
& fn_linoleic_acid_55(X) != fn_linoleic_acid_57(X)
& fn_linoleic_acid_68(X) != fn_linoleic_acid_60(X)
& fn_linoleic_acid_60(X) != fn_linoleic_acid_61(X)
& fn_linoleic_acid_61(X) != fn_linoleic_acid_60(X)
& fn_linoleic_acid_60(X) != fn_linoleic_acid_68(X)
& has_region_2(fn_linoleic_acid_56(X),fn_linoleic_acid_68(X))
& is_at_2(fn_linoleic_acid_35(X),fn_linoleic_acid_88(X))
& is_inside_2(fn_linoleic_acid_35(X),fn_linoleic_acid_89(X))
& is_inside_2(fn_linoleic_acid_89(X),fn_linoleic_acid_56(X))
& is_inside_2(fn_linoleic_acid_36(X),fn_linoleic_acid_35(X))
& has_region_2(fn_linoleic_acid_56(X),fn_linoleic_acid_60(X))
& is_near_2(fn_linoleic_acid_39(X),fn_linoleic_acid_82(X))
& is_near_2(fn_linoleic_acid_82(X),fn_linoleic_acid_39(X))
& has_region_2(fn_linoleic_acid_71(X),fn_linoleic_acid_39(X))
& is_at_2(fn_linoleic_acid_39(X),fn_linoleic_acid_81(X))
& has_region_2(fn_linoleic_acid_71(X),fn_linoleic_acid_81(X))
& has_part_2(fn_linoleic_acid_71(X),fn_linoleic_acid_82(X))
& agent_2(fn_linoleic_acid_26(X),fn_linoleic_acid_47(X))
& agent_2(fn_linoleic_acid_26(X),fn_linoleic_acid_50(X))
& object_2(fn_linoleic_acid_22(X),fn_linoleic_acid_50(X))
& object_2(fn_linoleic_acid_22(X),fn_linoleic_acid_47(X))
& is_inside_2(fn_linoleic_acid_47(X),fn_linoleic_acid_63(X))
& object_2(fn_linoleic_acid_27(X),fn_linoleic_acid_86(X))
& agent_2(fn_linoleic_acid_27(X),fn_linoleic_acid_50(X))
& object_2(fn_linoleic_acid_23(X),fn_linoleic_acid_50(X))
& object_2(fn_linoleic_acid_23(X),fn_linoleic_acid_47(X))
& object_2(fn_linoleic_acid_94(X),fn_linoleic_acid_40(X))
& agent_2(fn_linoleic_acid_94(X),fn_linoleic_acid_47(X))
& object_2(fn_linoleic_acid_10(X),fn_linoleic_acid_50(X))
& object_2(fn_linoleic_acid_33(X),fn_linoleic_acid_74(X))
& agent_2(fn_linoleic_acid_33(X),fn_linoleic_acid_70(X))
& has_part_2(fn_linoleic_acid_70(X),fn_linoleic_acid_75(X))
& object_2(fn_linoleic_acid_80(X),fn_linoleic_acid_75(X))
& result_2(fn_linoleic_acid_80(X),fn_linoleic_acid_69(X))
& has_region_2(fn_linoleic_acid_72(X),fn_linoleic_acid_84(X))
& is_inside_2(fn_linoleic_acid_28(X),fn_linoleic_acid_29(X))
& has_part_2(fn_linoleic_acid_72(X),fn_linoleic_acid_43(X))
& has_region_2(fn_linoleic_acid_48(X),fn_linoleic_acid_65(X))
& has_region_2(fn_linoleic_acid_51(X),fn_linoleic_acid_56(X))
& object_2(fn_linoleic_acid_24(X),fn_linoleic_acid_47(X))
& object_2(fn_linoleic_acid_4(X),fn_linoleic_acid_53(X))
& object_2(fn_linoleic_acid_6(X),fn_linoleic_acid_53(X))
& agent_2(fn_linoleic_acid_16(X),fn_linoleic_acid_47(X))
& agent_2(fn_linoleic_acid_32(X),fn_linoleic_acid_72(X))
& agent_2(fn_linoleic_acid_33(X),fn_linoleic_acid_71(X))
& agent_2(fn_linoleic_acid_80(X),fn_linoleic_acid_71(X))
& agent_2(fn_linoleic_acid_34(X),fn_linoleic_acid_70(X))
& agent_2(fn_linoleic_acid_80(X),fn_linoleic_acid_72(X))
& object_2(fn_linoleic_acid_32(X),fn_linoleic_acid_74(X))
& object_2(fn_linoleic_acid_34(X),fn_linoleic_acid_75(X))
& object_2(fn_linoleic_acid_80(X),fn_linoleic_acid_82(X))
& fn_linoleic_acid_75(X) = fn_share_2(fn_linoleic_acid_91(X))
& fn_linoleic_acid_82(X) = fn_share_2(fn_linoleic_acid_90(X))
& fn_linoleic_acid_41(X) = fn_share_2(fn_linoleic_acid_96(X))
& fn_linoleic_acid_49(X) = fn_share_3(fn_linoleic_acid_17(X))
& fn_linoleic_acid_49(X) = fn_share_1(fn_linoleic_acid_17(X))
& fn_linoleic_acid_70(X) = fn_share_3(fn_linoleic_acid_90(X))
& fn_linoleic_acid_70(X) = fn_share_1(fn_linoleic_acid_90(X))
& fn_linoleic_acid_50(X) = fn_attach_1(fn_linoleic_acid_31(X))
& fn_linoleic_acid_30(X) = fn_attach_2(fn_linoleic_acid_31(X))
& fn_linoleic_acid_51(X) = fn_first_electron_shell_3(fn_linoleic_acid_89(X))
& fn_linoleic_acid_61(X) = fn_second_electron_shell_5(fn_linoleic_acid_56(X))
& fn_linoleic_acid_54(X) = fn_organic_acid_15(X)
& fn_linoleic_acid_11(X) = fn_organic_acid_1(X)
& fn_linoleic_acid_21(X) = fn_fatty_acid_23(X)
& fn_linoleic_acid_88(X) = fn_fatty_acid_36(X)
& fn_linoleic_acid_86(X) = fn_fatty_acid_26(X)
& fn_linoleic_acid_42(X) = fn_fatty_acid_65(X)
& fn_linoleic_acid_85(X) = fn_fatty_acid_22(X)
& fn_linoleic_acid_26(X) = fn_fatty_acid_15(X)
& fn_linoleic_acid_94(X) = fn_fatty_acid_16(X)
& fn_linoleic_acid_5(X) = fn_fatty_acid_11(X)
& fn_linoleic_acid_101(X) = fn_fatty_acid_41(X)
& fn_linoleic_acid_25(X) = fn_fatty_acid_13(X)
& fn_linoleic_acid_64(X) = fn_fatty_acid_43(X)
& fn_linoleic_acid_47(X) = fn_fatty_acid_33(X)
& fn_linoleic_acid_29(X) = fn_fatty_acid_22(X)
& fn_linoleic_acid_40(X) = fn_fatty_acid_26(X)
& fn_linoleic_acid_27(X) = fn_fatty_acid_64(X)
& fn_linoleic_acid_20(X) = fn_fatty_acid_63(X)
& fn_linoleic_acid_37(X) = fn_fatty_acid_62(X)
& fn_linoleic_acid_6(X) = fn_fatty_acid_32(X)
& fn_linoleic_acid_47(X) = fn_fatty_acid_34(X)
& fn_linoleic_acid_42(X) = fn_fatty_acid_41(X)
& fn_linoleic_acid_49(X) = fn_fatty_acid_33(X)
& fn_linoleic_acid_95(X) = fn_fatty_acid_40(X)
& fn_linoleic_acid_24(X) = fn_fatty_acid_11(X)
& fn_linoleic_acid_19(X) = fn_fatty_acid_14(X)
& fn_linoleic_acid_23(X) = fn_fatty_acid_12(X)
& fn_linoleic_acid_54(X) = fn_fatty_acid_14(X)
& fn_linoleic_acid_67(X) = fn_fatty_acid_58(X)
& fn_linoleic_acid_96(X) = fn_fatty_acid_64(X)
& fn_linoleic_acid_89(X) = fn_fatty_acid_24(X)
& fn_linoleic_acid_49(X) = fn_fatty_acid_34(X)
& fn_linoleic_acid_18(X) = fn_fatty_acid_16(X)
& fn_linoleic_acid_50(X) = fn_fatty_acid_31(X)
& fn_linoleic_acid_12(X) = fn_fatty_acid_66(X)
& fn_linoleic_acid_41(X) = fn_carboxyl_group_58(fn_linoleic_acid_64(X))
& fn_linoleic_acid_37(X) = fn_carboxyl_group_17(fn_linoleic_acid_64(X))
& fn_linoleic_acid_86(X) = fn_carboxyl_group_21(fn_linoleic_acid_64(X))
& fn_linoleic_acid_55(X) = fn_carboxyl_group_20(fn_linoleic_acid_64(X))
& fn_linoleic_acid_42(X) = fn_carboxyl_group_47(fn_linoleic_acid_64(X))
& fn_linoleic_acid_50(X) = fn_carboxyl_group_23(fn_linoleic_acid_64(X))
& fn_linoleic_acid_20(X) = fn_carboxyl_group_49(fn_linoleic_acid_64(X))
& fn_linoleic_acid_49(X) = fn_carboxyl_group_19(fn_linoleic_acid_64(X))
& fn_linoleic_acid_92(X) = fn_carboxyl_group_55(fn_linoleic_acid_64(X))
& fn_linoleic_acid_50(X) = fn_carboxyl_group_24(fn_linoleic_acid_64(X))
& fn_linoleic_acid_54(X) = fn_carboxyl_group_56(fn_linoleic_acid_64(X))
& fn_linoleic_acid_65(X) = fn_unsaturated_fatty_acid_22(X)
& fn_linoleic_acid_42(X) = fn_unsaturated_fatty_acid_4(X)
& fn_linoleic_acid_34(X) = fn_unsaturated_fatty_acid_18(X)
& fn_linoleic_acid_63(X) = fn_unsaturated_fatty_acid_44(X)
& fn_linoleic_acid_27(X) = fn_unsaturated_fatty_acid_5(X)
& fn_linoleic_acid_19(X) = fn_unsaturated_fatty_acid_74(X)
& fn_linoleic_acid_62(X) = fn_unsaturated_fatty_acid_23(X)
& fn_linoleic_acid_18(X) = fn_unsaturated_fatty_acid_8(X)
& fn_linoleic_acid_14(X) = fn_unsaturated_fatty_acid_7(X)
& fn_linoleic_acid_99(X) = fn_unsaturated_fatty_acid_16(X)
& fn_linoleic_acid_9(X) = fn_unsaturated_fatty_acid_15(X)
& fn_linoleic_acid_102(X) = fn_unsaturated_fatty_acid_66(X)
& fn_linoleic_acid_103(X) = fn_unsaturated_fatty_acid_61(X)
& fn_linoleic_acid_4(X) = fn_unsaturated_fatty_acid_11(X)
& fn_linoleic_acid_84(X) = fn_atom_9(fn_linoleic_acid_71(X))
& fn_linoleic_acid_84(X) = fn_unsaturated_fatty_acid_43(X)
& fn_linoleic_acid_95(X) = fn_unsaturated_fatty_acid_9(X)
& fn_linoleic_acid_93(X) = fn_unsaturated_fatty_acid_47(X)
& fn_linoleic_acid_89(X) = fn_unsaturated_fatty_acid_22(X)
& fn_linoleic_acid_72(X) = fn_unsaturated_fatty_acid_33(X)
& fn_linoleic_acid_80(X) = fn_unsaturated_fatty_acid_35(X)
& fn_linoleic_acid_79(X) = fn_unsaturated_fatty_acid_36(X)
& fn_linoleic_acid_69(X) = fn_unsaturated_fatty_acid_30(X)
& fn_linoleic_acid_32(X) = fn_unsaturated_fatty_acid_35(X)
& fn_linoleic_acid_81(X) = fn_unsaturated_fatty_acid_38(X)
& fn_linoleic_acid_72(X) = fn_covalent_bond_20(fn_linoleic_acid_69(X))
& fn_linoleic_acid_70(X) = fn_unsaturated_fatty_acid_33(X)
& fn_linoleic_acid_80(X) = fn_unsaturated_fatty_acid_69(X)
& fn_linoleic_acid_43(X) = fn_unsaturated_fatty_acid_41(X)
& fn_linoleic_acid_82(X) = fn_share_2(fn_linoleic_acid_33(X))
& fn_linoleic_acid_33(X) = fn_unsaturated_fatty_acid_35(X)
& fn_linoleic_acid_83(X) = fn_unsaturated_fatty_acid_41(X)
& fn_linoleic_acid_82(X) = fn_unsaturated_fatty_acid_40(X)
& fn_linoleic_acid_83(X) = fn_unsaturated_fatty_acid_39(X)
& fn_linoleic_acid_72(X) = fn_unsaturated_fatty_acid_31(X)
& fn_linoleic_acid_91(X) = fn_unsaturated_fatty_acid_69(X)
& fn_linoleic_acid_90(X) = fn_unsaturated_fatty_acid_69(X)
& fn_linoleic_acid_75(X) = fn_unsaturated_fatty_acid_40(X)
& fn_linoleic_acid_78(X) = fn_unsaturated_fatty_acid_37(X)
& fn_linoleic_acid_32(X) = fn_unsaturated_fatty_acid_18(X)
& fn_linoleic_acid_82(X) = fn_unsaturated_fatty_acid_41(X)
& fn_linoleic_acid_75(X) = fn_unsaturated_fatty_acid_39(X)
& fn_linoleic_acid_74(X) = fn_unsaturated_fatty_acid_40(X)
& fn_linoleic_acid_91(X) = fn_unsaturated_fatty_acid_18(X)
& fn_linoleic_acid_71(X) = fn_covalent_bond_20(fn_linoleic_acid_69(X))
& fn_linoleic_acid_71(X) = fn_unsaturated_fatty_acid_32(X)
& fn_linoleic_acid_70(X) = fn_unsaturated_fatty_acid_31(X)
& fn_linoleic_acid_73(X) = fn_unsaturated_fatty_acid_34(X)
& fn_linoleic_acid_52(X) = fn_unsaturated_fatty_acid_53(X)
& fn_linoleic_acid_94(X) = fn_unsaturated_fatty_acid_10(X)
& fn_linoleic_acid_17(X) = fn_unsaturated_fatty_acid_9(X)
& fn_linoleic_acid_18(X) = fn_unsaturated_fatty_acid_10(X)
& fn_linoleic_acid_86(X) = fn_unsaturated_fatty_acid_58(X)
& fn_linoleic_acid_19(X) = fn_unsaturated_fatty_acid_9(X)
& fn_linoleic_acid_95(X) = fn_unsaturated_fatty_acid_75(X)
& fn_linoleic_acid_54(X) = fn_unsaturated_fatty_acid_10(X)
& fn_linoleic_acid_40(X) = fn_unsaturated_fatty_acid_63(X)
& fn_linoleic_acid_17(X) = fn_unsaturated_fatty_acid_74(X)
& fn_linoleic_acid_16(X) = fn_unsaturated_fatty_acid_74(X)
& fn_linoleic_acid_96(X) = fn_unsaturated_fatty_acid_8(X)
& fn_linoleic_acid_16(X) = fn_unsaturated_fatty_acid_45(X)
& fn_linoleic_acid_40(X) = fn_unsaturated_fatty_acid_58(X)
& fn_linoleic_acid_16(X) = fn_unsaturated_fatty_acid_75(X)
& fn_linoleic_acid_96(X) = fn_unsaturated_fatty_acid_7(X)
& fn_linoleic_acid_15(X) = fn_unsaturated_fatty_acid_75(X)
& fn_linoleic_acid_28(X) = fn_carboxyl_group_57(fn_linoleic_acid_64(X))
& fn_linoleic_acid_28(X) = fn_carboxyl_group_48(fn_linoleic_acid_64(X))
& fn_linoleic_acid_28(X) = fn_fatty_acid_60(X)
& fn_linoleic_acid_57(X) = fn_unsaturated_fatty_acid_28(X)
& fn_linoleic_acid_17(X) = fn_unsaturated_fatty_acid_5(X)
& fn_linoleic_acid_67(X) = fn_share_2(fn_linoleic_acid_16(X))
& fn_linoleic_acid_16(X) = fn_unsaturated_fatty_acid_8(X)
& fn_linoleic_acid_86(X) = fn_unsaturated_fatty_acid_63(X)
& fn_linoleic_acid_67(X) = fn_unsaturated_fatty_acid_58(X)
& fn_linoleic_acid_15(X) = fn_unsaturated_fatty_acid_7(X)
& fn_linoleic_acid_37(X) = fn_unsaturated_fatty_acid_63(X)
& fn_linoleic_acid_14(X) = fn_unsaturated_fatty_acid_5(X)
& fn_linoleic_acid_67(X) = fn_unsaturated_fatty_acid_63(X)
& fn_linoleic_acid_97(X) = fn_unsaturated_fatty_acid_45(X)
& fn_linoleic_acid_64(X) = fn_unsaturated_fatty_acid_44(X)
& fn_linoleic_acid_14(X) = fn_unsaturated_fatty_acid_45(X)
& fn_linoleic_acid_13(X) = fn_unsaturated_fatty_acid_6(X)
& fn_linoleic_acid_98(X) = fn_unsaturated_fatty_acid_46(X)
& fn_linoleic_acid_11(X) = fn_unsaturated_fatty_acid_66(X)
& fn_linoleic_acid_13(X) = fn_unsaturated_fatty_acid_45(X)
& fn_linoleic_acid_37(X) = fn_unsaturated_fatty_acid_20(X)
& fn_linoleic_acid_10(X) = fn_unsaturated_fatty_acid_70(X)
& fn_linoleic_acid_28(X) = fn_unsaturated_fatty_acid_68(X)
& fn_linoleic_acid_58(X) = fn_unsaturated_fatty_acid_25(X)
& fn_linoleic_acid_99(X) = fn_unsaturated_fatty_acid_15(X)
& fn_linoleic_acid_45(X) = fn_unsaturated_fatty_acid_57(X)
& fn_linoleic_acid_9(X) = fn_unsaturated_fatty_acid_16(X)
& fn_linoleic_acid_46(X) = fn_fatty_acid_43(X)
& fn_linoleic_acid_46(X) = fn_unsaturated_fatty_acid_44(X)
& fn_linoleic_acid_100(X) = fn_unsaturated_fatty_acid_14(X)
& fn_linoleic_acid_8(X) = fn_unsaturated_fatty_acid_71(X)
& fn_linoleic_acid_101(X) = fn_unsaturated_fatty_acid_13(X)
& fn_linoleic_acid_56(X) = fn_unsaturated_fatty_acid_77(X)
& fn_linoleic_acid_89(X) = fn_unsaturated_fatty_acid_64(X)
& fn_linoleic_acid_7(X) = fn_unsaturated_fatty_acid_72(X)
& fn_linoleic_acid_48(X) = fn_unsaturated_fatty_acid_55(X)
& fn_linoleic_acid_102(X) = fn_unsaturated_fatty_acid_11(X)
& fn_linoleic_acid_47(X) = fn_unsaturated_fatty_acid_55(X)
& fn_linoleic_acid_88(X) = fn_unsaturated_fatty_acid_21(X)
& fn_linoleic_acid_49(X) = fn_organic_acid_14(X)
& fn_linoleic_acid_63(X) = fn_unsaturated_fatty_acid_59(X)
& fn_linoleic_acid_102(X) = fn_unsaturated_fatty_acid_61(X)
& fn_linoleic_acid_55(X) = fn_unsaturated_fatty_acid_28(X)
& fn_linoleic_acid_6(X) = fn_unsaturated_fatty_acid_12(X)
& fn_linoleic_acid_97(X) = fn_unsaturated_fatty_acid_76(X)
& fn_linoleic_acid_41(X) = fn_unsaturated_fatty_acid_58(X)
& fn_linoleic_acid_67(X) = fn_unsaturated_fatty_acid_19(X)
& fn_linoleic_acid_48(X) = fn_second_electron_shell_13(fn_linoleic_acid_56(X))
& fn_linoleic_acid_41(X) = fn_carbon_10(fn_linoleic_acid_48(X))
& fn_linoleic_acid_41(X) = fn_unsaturated_fatty_acid_20(X)
& fn_linoleic_acid_48(X) = fn_unsaturated_fatty_acid_50(X)
& fn_linoleic_acid_21(X) = fn_unsaturated_fatty_acid_77(X)
& fn_linoleic_acid_29(X) = fn_unsaturated_fatty_acid_22(X)
& fn_linoleic_acid_65(X) = fn_unsaturated_fatty_acid_56(X)
& fn_linoleic_acid_49(X) = fn_unsaturated_fatty_acid_55(X)
& fn_linoleic_acid_65(X) = fn_unsaturated_fatty_acid_64(X)
& fn_linoleic_acid_47(X) = fn_first_electron_shell_3(fn_linoleic_acid_29(X))
& fn_linoleic_acid_35(X) = fn_unsaturated_fatty_acid_68(X)
& fn_linoleic_acid_47(X) = fn_unsaturated_fatty_acid_50(X)
& fn_linoleic_acid_5(X) = fn_unsaturated_fatty_acid_4(X)
& fn_linoleic_acid_51(X) = fn_unsaturated_fatty_acid_52(X)
& fn_linoleic_acid_30(X) = fn_carboxylic_acid_11(X)
& fn_linoleic_acid_30(X) = fn_unsaturated_fatty_acid_46(X)
& fn_linoleic_acid_51(X) = fn_organic_acid_10(X)
& fn_linoleic_acid_51(X) = fn_carboxylic_acid_5(X)
& fn_linoleic_acid_48(X) = fn_fatty_acid_34(X)
& fn_linoleic_acid_48(X) = fn_carboxyl_group_19(fn_linoleic_acid_64(X))
& fn_linoleic_acid_48(X) = fn_organic_acid_14(X)
& fn_linoleic_acid_48(X) = fn_carboxylic_acid_9(X)
& fn_linoleic_acid_48(X) = fn_unsaturated_fatty_acid_51(X)
& fn_linoleic_acid_56(X) = fn_unsaturated_fatty_acid_60(X)
& fn_linoleic_acid_85(X) = fn_unsaturated_fatty_acid_56(X)
& fn_linoleic_acid_29(X) = fn_unsaturated_fatty_acid_64(X)
& fn_linoleic_acid_49(X) = fn_unsaturated_fatty_acid_50(X)
& fn_linoleic_acid_85(X) = fn_unsaturated_fatty_acid_64(X)
& fn_linoleic_acid_21(X) = fn_unsaturated_fatty_acid_60(X)
& fn_linoleic_acid_85(X) = fn_unsaturated_fatty_acid_22(X)
& fn_linoleic_acid_103(X) = fn_unsaturated_fatty_acid_73(X)
& fn_linoleic_acid_53(X) = fn_unsaturated_fatty_acid_29(X)
& fn_linoleic_acid_50(X) = fn_unsaturated_fatty_acid_26(X)
& fn_linoleic_acid_30(X) = fn_unsaturated_fatty_acid_29(X)
& fn_linoleic_acid_50(X) = fn_unsaturated_fatty_acid_52(X)
& fn_linoleic_acid_4(X) = fn_unsaturated_fatty_acid_61(X)
& fn_linoleic_acid_51(X) = fn_carboxyl_group_24(fn_linoleic_acid_64(X))
& fn_linoleic_acid_51(X) = fn_carboxyl_group_23(fn_linoleic_acid_64(X))
& fn_linoleic_acid_57(X) = fn_carboxyl_group_18(fn_linoleic_acid_64(X))
& fn_linoleic_acid_51(X) = fn_fatty_acid_21(X)
& fn_linoleic_acid_57(X) = fn_fatty_acid_59(X)
& fn_linoleic_acid_57(X) = fn_unsaturated_fatty_acid_49(X)
& fn_linoleic_acid_51(X) = fn_organic_acid_13(X)
& fn_linoleic_acid_46(X) = fn_organic_acid_11(X)
& fn_linoleic_acid_51(X) = fn_carboxylic_acid_4(X)
& fn_linoleic_acid_46(X) = fn_carboxylic_acid_6(X)
& fn_linoleic_acid_51(X) = fn_unsaturated_fatty_acid_26(X)
& fn_linoleic_acid_46(X) = fn_unsaturated_fatty_acid_27(X)
& fn_linoleic_acid_47(X) = fn_unsaturated_fatty_acid_51(X)
& fn_linoleic_acid_44(X) = fn_unsaturated_fatty_acid_48(X)
& fn_linoleic_acid_38(X) = fn_atom_18(fn_linoleic_acid_51(X))
& fn_linoleic_acid_62(X) = fn_carbon_17(fn_linoleic_acid_48(X))
& fn_linoleic_acid_62(X) = fn_atom_8(fn_linoleic_acid_48(X))
& fn_linoleic_acid_35(X) = fn_carbon_18(fn_linoleic_acid_48(X))
& fn_linoleic_acid_79(X) = fn_covalent_bond_14(fn_linoleic_acid_69(X))
& fn_linoleic_acid_84(X) = fn_covalent_bond_11(fn_linoleic_acid_69(X))
& fn_linoleic_acid_76(X) = fn_covalent_bond_12(fn_linoleic_acid_69(X))
& fn_linoleic_acid_81(X) = fn_covalent_bond_23(fn_linoleic_acid_69(X))
& fn_linoleic_acid_77(X) = fn_covalent_bond_21(fn_linoleic_acid_69(X))
& fn_linoleic_acid_74(X) = fn_covalent_bond_18(fn_linoleic_acid_69(X))
& fn_linoleic_acid_39(X) = fn_covalent_bond_24(fn_linoleic_acid_69(X))
& fn_linoleic_acid_78(X) = fn_covalent_bond_22(fn_linoleic_acid_69(X))
& fn_linoleic_acid_5(X) = fn_carboxyl_group_67(fn_linoleic_acid_63(X))
& fn_linoleic_acid_58(X) = fn_carboxyl_group_42(fn_linoleic_acid_63(X))
& fn_linoleic_acid_59(X) = fn_carboxyl_group_30(fn_linoleic_acid_63(X))
& fn_linoleic_acid_40(X) = fn_carboxyl_group_17(fn_linoleic_acid_63(X))
& fn_linoleic_acid_53(X) = fn_carboxyl_group_25(fn_linoleic_acid_63(X))
& fn_linoleic_acid_66(X) = fn_carboxyl_group_66(fn_linoleic_acid_63(X))
& fn_linoleic_acid_41(X) = fn_carboxyl_group_40(fn_linoleic_acid_63(X))
& fn_linoleic_acid_86(X) = fn_carboxyl_group_58(fn_linoleic_acid_63(X))
& fn_linoleic_acid_86(X) = fn_carboxyl_group_40(fn_linoleic_acid_63(X))
& fn_linoleic_acid_38(X) = fn_carboxyl_group_57(fn_linoleic_acid_63(X))
& fn_linoleic_acid_37(X) = fn_carboxyl_group_45(fn_linoleic_acid_63(X))
& fn_linoleic_acid_41(X) = fn_second_electron_shell_11(fn_linoleic_acid_56(X))
& fn_linoleic_acid_35(X) = fn_atom_18(fn_linoleic_acid_48(X))
& fn_linoleic_acid_41(X) = fn_atom_14(fn_linoleic_acid_48(X))
& fn_linoleic_acid_35(X) = fn_first_electron_shell_7(fn_linoleic_acid_29(X))
& fn_linoleic_acid_41(X) = fn_first_electron_shell_5(fn_linoleic_acid_29(X))
& fn_linoleic_acid_41(X) = fn_carboxyl_group_17(fn_linoleic_acid_63(X))
& fn_linoleic_acid_35(X) = fn_carboxyl_group_46(fn_linoleic_acid_63(X))
& fn_linoleic_acid_51(X) = fn_carboxyl_group_24(fn_linoleic_acid_63(X))
& fn_linoleic_acid_49(X) = fn_carboxyl_group_19(fn_linoleic_acid_63(X))
& fn_linoleic_acid_36(X) = fn_carboxyl_group_42(fn_linoleic_acid_63(X))
& fn_linoleic_acid_87(X) = fn_carboxyl_group_54(fn_linoleic_acid_63(X))
& fn_linoleic_acid_37(X) = fn_carboxyl_group_17(fn_linoleic_acid_63(X))
& fn_linoleic_acid_38(X) = fn_carboxyl_group_48(fn_linoleic_acid_63(X))
& fn_linoleic_acid_40(X) = fn_second_electron_shell_12(fn_linoleic_acid_56(X))
& fn_linoleic_acid_28(X) = fn_second_electron_shell_14(fn_linoleic_acid_56(X))
& fn_linoleic_acid_40(X) = fn_carboxyl_group_45(fn_linoleic_acid_63(X))
& fn_linoleic_acid_48(X) = fn_carboxyl_group_19(fn_linoleic_acid_63(X))
& fn_linoleic_acid_55(X) = fn_carboxyl_group_64(fn_linoleic_acid_63(X))
& fn_linoleic_acid_88(X) = fn_carboxyl_group_18(fn_linoleic_acid_63(X))
& fn_linoleic_acid_37(X) = fn_carboxyl_group_58(fn_linoleic_acid_63(X))
& fn_linoleic_acid_35(X) = fn_carboxyl_group_57(fn_linoleic_acid_63(X))
& fn_linoleic_acid_28(X) = fn_carboxyl_group_46(fn_linoleic_acid_63(X))
& fn_linoleic_acid_35(X) = fn_carboxyl_group_48(fn_linoleic_acid_63(X))
& fn_linoleic_acid_67(X) = fn_carboxyl_group_21(fn_linoleic_acid_63(X))
& fn_linoleic_acid_55(X) = fn_carboxyl_group_18(fn_linoleic_acid_63(X))
& fn_linoleic_acid_57(X) = fn_carboxyl_group_20(fn_linoleic_acid_63(X))
& fn_linoleic_acid_98(X) = fn_carboxyl_group_25(fn_linoleic_acid_63(X))
& fn_linoleic_acid_82(X) = fn_share_2(fn_linoleic_acid_80(X))
& fn_linoleic_acid_75(X) = fn_share_2(fn_linoleic_acid_34(X))
& fn_linoleic_acid_74(X) = fn_share_2(fn_linoleic_acid_32(X))
& fn_linoleic_acid_72(X) = fn_share_3(fn_linoleic_acid_80(X))
& fn_linoleic_acid_70(X) = fn_share_3(fn_linoleic_acid_34(X))
& fn_linoleic_acid_70(X) = fn_share_1(fn_linoleic_acid_34(X))
& fn_linoleic_acid_71(X) = fn_share_1(fn_linoleic_acid_80(X))
& fn_linoleic_acid_71(X) = fn_share_3(fn_linoleic_acid_33(X))
& fn_linoleic_acid_71(X) = fn_share_1(fn_linoleic_acid_33(X))
& fn_linoleic_acid_72(X) = fn_share_3(fn_linoleic_acid_32(X))
& fn_linoleic_acid_72(X) = fn_share_1(fn_linoleic_acid_32(X))
& fn_linoleic_acid_47(X) = fn_share_3(fn_linoleic_acid_16(X))
& fn_linoleic_acid_47(X) = fn_share_1(fn_linoleic_acid_16(X))
& fn_linoleic_acid_53(X) = fn_hold_2(fn_linoleic_acid_6(X))
& fn_linoleic_acid_53(X) = fn_hold_2(fn_linoleic_acid_4(X))
& fn_linoleic_acid_47(X) = fn_hold_2(fn_linoleic_acid_24(X))
& fn_linoleic_acid_56(X) = fn_atom_9(fn_linoleic_acid_51(X))
& fn_linoleic_acid_65(X) = fn_atom_9(fn_linoleic_acid_48(X))
& fn_linoleic_acid_43(X) = fn_atom_14(fn_linoleic_acid_72(X))
& fn_linoleic_acid_43(X) = fn_carbon_10(fn_linoleic_acid_72(X))
& fn_linoleic_acid_28(X) = fn_first_electron_shell_7(fn_linoleic_acid_29(X))
& fn_linoleic_acid_84(X) = fn_atom_9(fn_linoleic_acid_72(X))
& fn_linoleic_acid_74(X) = fn_covalent_bond_15(fn_linoleic_acid_69(X))
& fn_linoleic_acid_33(X) = fn_covalent_bond_17(fn_linoleic_acid_69(X))
& fn_linoleic_acid_70(X) = fn_covalent_bond_19(fn_linoleic_acid_69(X))
& fn_linoleic_acid_75(X) = fn_covalent_bond_18(fn_linoleic_acid_69(X))
& fn_linoleic_acid_80(X) = fn_covalent_bond_17(fn_linoleic_acid_69(X))
& fn_linoleic_acid_26(X) = fn_carboxyl_group_49(fn_linoleic_acid_63(X))
& fn_linoleic_acid_50(X) = fn_carboxyl_group_23(fn_linoleic_acid_63(X))
& fn_linoleic_acid_22(X) = fn_carboxyl_group_47(fn_linoleic_acid_63(X))
& fn_linoleic_acid_86(X) = fn_carboxyl_group_17(fn_linoleic_acid_63(X))
& fn_linoleic_acid_27(X) = fn_carboxyl_group_56(fn_linoleic_acid_63(X))
& fn_linoleic_acid_23(X) = fn_carboxyl_group_55(fn_linoleic_acid_63(X))
& fn_linoleic_acid_40(X) = fn_carboxyl_group_58(fn_linoleic_acid_63(X))
& fn_linoleic_acid_94(X) = fn_carboxyl_group_56(fn_linoleic_acid_63(X))
& fn_linoleic_acid_47(X) = fn_carboxyl_group_19(fn_linoleic_acid_63(X))
& fn_linoleic_acid_10(X) = fn_carboxyl_group_67(fn_linoleic_acid_63(X))
& fn_linoleic_acid_50(X) = fn_carboxyl_group_24(fn_linoleic_acid_63(X))
& fn_linoleic_acid_39(X) = fn_hydrogen_15(fn_linoleic_acid_71(X))
& fn_linoleic_acid_81(X) = fn_hydrogen_14(fn_linoleic_acid_71(X))
& fn_linoleic_acid_82(X) = fn_hydrogen_12(fn_linoleic_acid_71(X))
& fn_linoleic_acid_61(X) = fn_second_electron_shell_10(fn_linoleic_acid_56(X))
& fn_linoleic_acid_68(X) = fn_second_electron_shell_1(fn_linoleic_acid_56(X))
& fn_linoleic_acid_88(X) = fn_second_electron_shell_9(fn_linoleic_acid_56(X))
& fn_linoleic_acid_89(X) = fn_second_electron_shell_21(fn_linoleic_acid_56(X))
& fn_linoleic_acid_36(X) = fn_second_electron_shell_20(fn_linoleic_acid_56(X))
& fn_linoleic_acid_35(X) = fn_second_electron_shell_14(fn_linoleic_acid_56(X))
& fn_linoleic_acid_60(X) = fn_second_electron_shell_5(fn_linoleic_acid_56(X))
& fn_fatty_acid_63(X) = fn_fatty_acid_63(X)
& fn_fatty_acid_63(X) = fn_carboxyl_group_49(fn_linoleic_acid_64(X))
& fn_carboxyl_group_49(fn_linoleic_acid_64(X)) = fn_carboxyl_group_49(fn_linoleic_acid_64(X))
& fn_carboxyl_group_49(fn_linoleic_acid_64(X)) = fn_fatty_acid_65(X)
& fn_fatty_acid_65(X) = fn_fatty_acid_41(X)
& fn_fatty_acid_41(X) = fn_fatty_acid_41(X)
& fn_fatty_acid_41(X) = fn_carboxyl_group_47(fn_linoleic_acid_64(X))
& fn_carboxyl_group_47(fn_linoleic_acid_64(X)) = fn_carboxyl_group_47(fn_linoleic_acid_64(X))
& fn_carboxyl_group_47(fn_linoleic_acid_64(X)) = fn_unsaturated_fatty_acid_4(X)
& fn_unsaturated_fatty_acid_4(X) = fn_unsaturated_fatty_acid_39(X)
& fn_unsaturated_fatty_acid_39(X) = fn_unsaturated_fatty_acid_41(X)
& fn_unsaturated_fatty_acid_41(X) = fn_unsaturated_fatty_acid_39(X)
& fn_unsaturated_fatty_acid_39(X) = fn_unsaturated_fatty_acid_69(X)
& fn_unsaturated_fatty_acid_69(X) = fn_unsaturated_fatty_acid_18(X)
& fn_unsaturated_fatty_acid_18(X) = fn_fatty_acid_16(X)
& fn_fatty_acid_16(X) = fn_fatty_acid_16(X)
& fn_fatty_acid_16(X) = fn_unsaturated_fatty_acid_8(X)
& fn_unsaturated_fatty_acid_8(X) = fn_unsaturated_fatty_acid_10(X)
& fn_unsaturated_fatty_acid_10(X) = fn_fatty_acid_14(X)
& fn_fatty_acid_14(X) = fn_unsaturated_fatty_acid_74(X)
& fn_unsaturated_fatty_acid_74(X) = fn_unsaturated_fatty_acid_9(X)
& fn_unsaturated_fatty_acid_9(X) = fn_fatty_acid_40(X)
& fn_fatty_acid_40(X) = fn_fatty_acid_40(X)
& fn_fatty_acid_40(X) = fn_unsaturated_fatty_acid_9(X)
& fn_unsaturated_fatty_acid_9(X) = fn_unsaturated_fatty_acid_75(X)
& fn_unsaturated_fatty_acid_75(X) = fn_organic_acid_15(X)
& fn_organic_acid_15(X) = fn_fatty_acid_14(X)
& fn_fatty_acid_14(X) = fn_fatty_acid_14(X)
& fn_fatty_acid_14(X) = fn_carboxyl_group_56(fn_linoleic_acid_64(X))
& fn_carboxyl_group_56(fn_linoleic_acid_64(X)) = fn_carboxyl_group_56(fn_linoleic_acid_64(X))
& fn_carboxyl_group_56(fn_linoleic_acid_64(X)) = fn_unsaturated_fatty_acid_10(X)
& fn_unsaturated_fatty_acid_10(X) = fn_fatty_acid_64(X)
& fn_fatty_acid_64(X) = fn_unsaturated_fatty_acid_8(X)
& fn_unsaturated_fatty_acid_8(X) = fn_unsaturated_fatty_acid_7(X)
& fn_unsaturated_fatty_acid_7(X) = fn_unsaturated_fatty_acid_9(X)
& fn_unsaturated_fatty_acid_9(X) = fn_unsaturated_fatty_acid_9(X)
& fn_unsaturated_fatty_acid_9(X) = fn_unsaturated_fatty_acid_74(X)
& fn_unsaturated_fatty_acid_74(X) = fn_unsaturated_fatty_acid_5(X)
& fn_unsaturated_fatty_acid_5(X) = fn_unsaturated_fatty_acid_7(X)
& fn_unsaturated_fatty_acid_7(X) = fn_unsaturated_fatty_acid_75(X)
& fn_unsaturated_fatty_acid_75(X) = fn_unsaturated_fatty_acid_7(X)
& fn_unsaturated_fatty_acid_7(X) = fn_unsaturated_fatty_acid_7(X)
& fn_unsaturated_fatty_acid_7(X) = fn_unsaturated_fatty_acid_5(X)
& fn_unsaturated_fatty_acid_5(X) = fn_unsaturated_fatty_acid_45(X)
& fn_unsaturated_fatty_acid_45(X) = fn_organic_acid_1(X)
& fn_organic_acid_1(X) = fn_unsaturated_fatty_acid_66(X)
& fn_unsaturated_fatty_acid_66(X) = fn_unsaturated_fatty_acid_66(X)
& fn_unsaturated_fatty_acid_66(X) = fn_unsaturated_fatty_acid_6(X)
& fn_unsaturated_fatty_acid_6(X) = fn_unsaturated_fatty_acid_6(X)
& fn_unsaturated_fatty_acid_6(X) = fn_unsaturated_fatty_acid_45(X)
& fn_unsaturated_fatty_acid_45(X) = fn_unsaturated_fatty_acid_16(X)
& fn_unsaturated_fatty_acid_16(X) = fn_unsaturated_fatty_acid_15(X)
& fn_unsaturated_fatty_acid_15(X) = fn_unsaturated_fatty_acid_15(X)
& fn_unsaturated_fatty_acid_15(X) = fn_unsaturated_fatty_acid_16(X)
& fn_unsaturated_fatty_acid_16(X) = fn_unsaturated_fatty_acid_16(X)
& fn_unsaturated_fatty_acid_16(X) = fn_fatty_acid_41(X)
& fn_fatty_acid_41(X) = fn_unsaturated_fatty_acid_13(X)
& fn_unsaturated_fatty_acid_13(X) = fn_unsaturated_fatty_acid_13(X)
& fn_unsaturated_fatty_acid_13(X) = fn_unsaturated_fatty_acid_66(X)
& fn_unsaturated_fatty_acid_66(X) = fn_unsaturated_fatty_acid_11(X)
& fn_unsaturated_fatty_acid_11(X) = fn_unsaturated_fatty_acid_11(X)
& fn_unsaturated_fatty_acid_61(X) = fn_unsaturated_fatty_acid_76(X)
& fn_unsaturated_fatty_acid_76(X) = fn_unsaturated_fatty_acid_45(X)
& fn_unsaturated_fatty_acid_45(X) = fn_unsaturated_fatty_acid_76(X)
& fn_unsaturated_fatty_acid_76(X) = fn_unsaturated_fatty_acid_76(X)
& fn_unsaturated_fatty_acid_76(X) = fn_fatty_acid_23(X)
& fn_fatty_acid_23(X) = fn_unsaturated_fatty_acid_77(X)
& fn_unsaturated_fatty_acid_60(X) = fn_fatty_acid_22(X)
& fn_fatty_acid_22(X) = fn_unsaturated_fatty_acid_56(X)
& fn_unsaturated_fatty_acid_64(X) = fn_unsaturated_fatty_acid_22(X)
& fn_unsaturated_fatty_acid_22(X) = fn_unsaturated_fatty_acid_61(X)
& fn_unsaturated_fatty_acid_61(X) = fn_unsaturated_fatty_acid_73(X)
& fn_unsaturated_fatty_acid_73(X) = fn_unsaturated_fatty_acid_73(X)
& fn_unsaturated_fatty_acid_73(X) = fn_attach_2(fn_linoleic_acid_31(X))
& fn_attach_2(fn_linoleic_acid_31(X)) = fn_carboxylic_acid_11(X)
& fn_unsaturated_fatty_acid_46(X) = fn_carboxylic_acid_11(X)
& fn_carboxylic_acid_11(X) = fn_unsaturated_fatty_acid_46(X)
& fn_unsaturated_fatty_acid_46(X) = fn_unsaturated_fatty_acid_29(X)
& fn_unsaturated_fatty_acid_29(X) = fn_carbon_17(fn_linoleic_acid_48(X))
& fn_unsaturated_fatty_acid_23(X) = fn_carbon_17(fn_linoleic_acid_48(X))
& fn_carbon_17(fn_linoleic_acid_48(X)) = fn_unsaturated_fatty_acid_23(X)
& fn_unsaturated_fatty_acid_23(X) = fn_atom_8(fn_linoleic_acid_48(X))
& fn_atom_8(fn_linoleic_acid_48(X)) = fn_unsaturated_fatty_acid_36(X)
& fn_covalent_bond_14(fn_linoleic_acid_69(X)) = fn_unsaturated_fatty_acid_36(X)
& fn_unsaturated_fatty_acid_36(X) = fn_covalent_bond_14(fn_linoleic_acid_69(X))
& fn_covalent_bond_14(fn_linoleic_acid_69(X)) = fn_unsaturated_fatty_acid_37(X)
& fn_unsaturated_fatty_acid_37(X) = fn_unsaturated_fatty_acid_37(X)
& fn_unsaturated_fatty_acid_37(X) = fn_covalent_bond_22(fn_linoleic_acid_69(X))
& fn_covalent_bond_22(fn_linoleic_acid_69(X)) = fn_covalent_bond_22(fn_linoleic_acid_69(X))
& fn_covalent_bond_22(fn_linoleic_acid_69(X)) = fn_fatty_acid_11(X)
& fn_fatty_acid_11(X) = fn_unsaturated_fatty_acid_4(X)
& fn_unsaturated_fatty_acid_4(X) = fn_unsaturated_fatty_acid_4(X)
& fn_unsaturated_fatty_acid_4(X) = fn_carboxyl_group_67(fn_linoleic_acid_63(X))
& fn_carboxyl_group_67(fn_linoleic_acid_63(X)) = fn_unsaturated_fatty_acid_25(X)
& fn_unsaturated_fatty_acid_25(X) = fn_unsaturated_fatty_acid_25(X)
& fn_unsaturated_fatty_acid_25(X) = fn_carboxyl_group_42(fn_linoleic_acid_63(X))
& fn_carboxyl_group_42(fn_linoleic_acid_63(X)) = fn_fatty_acid_43(X)
& fn_unsaturated_fatty_acid_44(X) = fn_organic_acid_11(X)
& fn_carboxylic_acid_6(X) = fn_organic_acid_11(X)
& fn_organic_acid_11(X) = fn_carboxylic_acid_6(X)
& fn_carboxylic_acid_6(X) = fn_carboxylic_acid_6(X)
& fn_fatty_acid_43(X) = fn_fatty_acid_43(X)
& fn_fatty_acid_43(X) = fn_carboxylic_acid_6(X)
& fn_carboxylic_acid_6(X) = fn_fatty_acid_43(X)
& fn_unsaturated_fatty_acid_44(X) = fn_fatty_acid_43(X)
& fn_fatty_acid_43(X) = fn_unsaturated_fatty_acid_44(X)
& fn_unsaturated_fatty_acid_44(X) = fn_unsaturated_fatty_acid_44(X)
& fn_unsaturated_fatty_acid_44(X) = fn_unsaturated_fatty_acid_27(X)
& fn_unsaturated_fatty_acid_27(X) = fn_unsaturated_fatty_acid_27(X)
& fn_unsaturated_fatty_acid_27(X) = fn_share_2(fn_linoleic_acid_96(X))
& fn_share_2(fn_linoleic_acid_96(X)) = fn_atom_14(fn_linoleic_acid_48(X))
& fn_atom_14(fn_linoleic_acid_48(X)) = fn_atom_14(fn_linoleic_acid_48(X))
& fn_first_electron_shell_5(fn_linoleic_acid_29(X)) = fn_atom_14(fn_linoleic_acid_48(X))
& fn_atom_14(fn_linoleic_acid_48(X)) = fn_first_electron_shell_5(fn_linoleic_acid_29(X))
& fn_second_electron_shell_11(fn_linoleic_acid_56(X)) = fn_first_electron_shell_5(fn_linoleic_acid_29(X))
& fn_first_electron_shell_5(fn_linoleic_acid_29(X)) = fn_second_electron_shell_11(fn_linoleic_acid_56(X))
& fn_second_electron_shell_11(fn_linoleic_acid_56(X)) = fn_carbon_10(fn_linoleic_acid_48(X))
& fn_carbon_10(fn_linoleic_acid_48(X)) = fn_second_electron_shell_11(fn_linoleic_acid_56(X))
& fn_second_electron_shell_11(fn_linoleic_acid_56(X)) = fn_carboxyl_group_58(fn_linoleic_acid_64(X))
& fn_carboxyl_group_58(fn_linoleic_acid_64(X)) = fn_carbon_10(fn_linoleic_acid_48(X))
& fn_carbon_10(fn_linoleic_acid_48(X)) = fn_carboxyl_group_58(fn_linoleic_acid_64(X))
& fn_carboxyl_group_58(fn_linoleic_acid_64(X)) = fn_unsaturated_fatty_acid_58(X)
& fn_unsaturated_fatty_acid_58(X) = fn_unsaturated_fatty_acid_20(X)
& fn_unsaturated_fatty_acid_20(X) = fn_carboxyl_group_40(fn_linoleic_acid_63(X))
& fn_carboxyl_group_17(fn_linoleic_acid_63(X)) = fn_share_3(fn_linoleic_acid_17(X))
& fn_share_3(fn_linoleic_acid_17(X)) = fn_share_1(fn_linoleic_acid_17(X))
& fn_share_1(fn_linoleic_acid_17(X)) = fn_share_1(fn_linoleic_acid_17(X))
& fn_share_1(fn_linoleic_acid_17(X)) = fn_organic_acid_14(X)
& fn_fatty_acid_33(X) = fn_organic_acid_14(X)
& fn_organic_acid_14(X) = fn_fatty_acid_33(X)
& fn_unsaturated_fatty_acid_50(X) = fn_carboxyl_group_19(fn_linoleic_acid_64(X))
& fn_carboxyl_group_19(fn_linoleic_acid_64(X)) = fn_unsaturated_fatty_acid_50(X)
& fn_unsaturated_fatty_acid_50(X) = fn_carboxyl_group_19(fn_linoleic_acid_63(X))
& fn_carboxyl_group_19(fn_linoleic_acid_63(X)) = fn_atom_18(fn_linoleic_acid_51(X))
& fn_atom_18(fn_linoleic_acid_51(X)) = fn_carboxyl_group_57(fn_linoleic_acid_63(X))
& fn_carboxyl_group_48(fn_linoleic_acid_63(X)) = fn_carboxyl_group_57(fn_linoleic_acid_63(X))
& fn_carboxyl_group_48(fn_linoleic_acid_63(X)) = fn_fatty_acid_62(X)
& fn_fatty_acid_62(X) = fn_fatty_acid_62(X)
& fn_fatty_acid_62(X) = fn_unsaturated_fatty_acid_63(X)
& fn_unsaturated_fatty_acid_20(X) = fn_unsaturated_fatty_acid_63(X)
& fn_unsaturated_fatty_acid_63(X) = fn_unsaturated_fatty_acid_20(X)
& fn_unsaturated_fatty_acid_20(X) = fn_unsaturated_fatty_acid_20(X)
& fn_unsaturated_fatty_acid_20(X) = fn_carboxyl_group_45(fn_linoleic_acid_63(X))
& fn_carboxyl_group_45(fn_linoleic_acid_63(X)) = fn_carboxyl_group_17(fn_linoleic_acid_64(X))
& fn_carboxyl_group_17(fn_linoleic_acid_64(X)) = fn_carboxyl_group_45(fn_linoleic_acid_63(X))
& fn_carboxyl_group_45(fn_linoleic_acid_63(X)) = fn_carboxyl_group_17(fn_linoleic_acid_63(X))
& fn_carboxyl_group_17(fn_linoleic_acid_63(X)) = fn_carboxyl_group_17(fn_linoleic_acid_64(X))
& fn_carboxyl_group_17(fn_linoleic_acid_64(X)) = fn_carboxyl_group_17(fn_linoleic_acid_63(X))
& fn_carboxyl_group_17(fn_linoleic_acid_63(X)) = fn_carboxyl_group_58(fn_linoleic_acid_63(X))
& fn_carboxyl_group_58(fn_linoleic_acid_63(X)) = fn_fatty_acid_58(X)
& fn_fatty_acid_58(X) = fn_share_2(fn_linoleic_acid_16(X))
& fn_share_2(fn_linoleic_acid_16(X)) = fn_fatty_acid_58(X)
& fn_fatty_acid_58(X) = fn_fatty_acid_58(X)
& fn_fatty_acid_58(X) = fn_unsaturated_fatty_acid_58(X)
& fn_unsaturated_fatty_acid_63(X) = fn_unsaturated_fatty_acid_19(X)
& fn_unsaturated_fatty_acid_19(X) = fn_unsaturated_fatty_acid_19(X)
& fn_unsaturated_fatty_acid_19(X) = fn_carboxyl_group_21(fn_linoleic_acid_63(X))
& fn_carboxyl_group_21(fn_linoleic_acid_63(X)) = fn_carboxyl_group_21(fn_linoleic_acid_63(X))
& fn_carboxyl_group_21(fn_linoleic_acid_63(X)) = fn_carboxyl_group_20(fn_linoleic_acid_64(X))
& fn_carboxyl_group_20(fn_linoleic_acid_64(X)) = fn_unsaturated_fatty_acid_28(X)
& fn_unsaturated_fatty_acid_28(X) = fn_carboxyl_group_64(fn_linoleic_acid_63(X))
& fn_carboxyl_group_18(fn_linoleic_acid_63(X)) = fn_carboxyl_group_64(fn_linoleic_acid_63(X))
& fn_carboxyl_group_64(fn_linoleic_acid_63(X)) = fn_carboxyl_group_64(fn_linoleic_acid_63(X))
& fn_carboxyl_group_64(fn_linoleic_acid_63(X)) = fn_carboxyl_group_18(fn_linoleic_acid_63(X))
& fn_carboxyl_group_18(fn_linoleic_acid_63(X)) = fn_carboxyl_group_18(fn_linoleic_acid_64(X))
& fn_fatty_acid_59(X) = fn_carboxyl_group_18(fn_linoleic_acid_64(X))
& fn_carboxyl_group_18(fn_linoleic_acid_64(X)) = fn_carboxyl_group_18(fn_linoleic_acid_64(X))
& fn_carboxyl_group_18(fn_linoleic_acid_64(X)) = fn_fatty_acid_59(X)
& fn_unsaturated_fatty_acid_28(X) = fn_fatty_acid_59(X)
& fn_fatty_acid_59(X) = fn_unsaturated_fatty_acid_28(X)
& fn_unsaturated_fatty_acid_28(X) = fn_unsaturated_fatty_acid_28(X)
& fn_unsaturated_fatty_acid_28(X) = fn_unsaturated_fatty_acid_49(X)
& fn_unsaturated_fatty_acid_49(X) = fn_unsaturated_fatty_acid_49(X)
& fn_unsaturated_fatty_acid_49(X) = fn_carboxyl_group_20(fn_linoleic_acid_63(X))
& fn_carboxyl_group_20(fn_linoleic_acid_63(X)) = fn_carboxyl_group_20(fn_linoleic_acid_63(X))
& fn_carboxyl_group_20(fn_linoleic_acid_63(X)) = fn_unsaturated_fatty_acid_46(X)
& fn_unsaturated_fatty_acid_46(X) = fn_unsaturated_fatty_acid_46(X)
& fn_unsaturated_fatty_acid_46(X) = fn_carboxyl_group_25(fn_linoleic_acid_63(X))
& fn_carboxyl_group_25(fn_linoleic_acid_63(X)) = fn_unsaturated_fatty_acid_35(X)
& fn_unsaturated_fatty_acid_35(X) = fn_unsaturated_fatty_acid_18(X)
& fn_unsaturated_fatty_acid_18(X) = fn_unsaturated_fatty_acid_18(X)
& fn_unsaturated_fatty_acid_18(X) = fn_unsaturated_fatty_acid_74(X)
& fn_unsaturated_fatty_acid_74(X) = fn_unsaturated_fatty_acid_74(X)
& fn_unsaturated_fatty_acid_74(X) = fn_unsaturated_fatty_acid_45(X)
& fn_unsaturated_fatty_acid_45(X) = fn_unsaturated_fatty_acid_45(X)
& fn_unsaturated_fatty_acid_45(X) = fn_unsaturated_fatty_acid_75(X)
& fn_unsaturated_fatty_acid_75(X) = fn_unsaturated_fatty_acid_75(X)
& fn_unsaturated_fatty_acid_75(X) = fn_unsaturated_fatty_acid_8(X)
& fn_unsaturated_fatty_acid_8(X) = fn_unsaturated_fatty_acid_8(X)
& fn_unsaturated_fatty_acid_8(X) = fn_fatty_acid_32(X)
& fn_fatty_acid_32(X) = fn_unsaturated_fatty_acid_12(X)
& fn_unsaturated_fatty_acid_12(X) = fn_unsaturated_fatty_acid_12(X)
& fn_unsaturated_fatty_acid_12(X) = fn_unsaturated_fatty_acid_29(X)
& fn_unsaturated_fatty_acid_29(X) = fn_unsaturated_fatty_acid_29(X)
& fn_unsaturated_fatty_acid_29(X) = fn_carboxyl_group_25(fn_linoleic_acid_63(X))
& fn_carboxyl_group_25(fn_linoleic_acid_63(X)) = fn_carboxyl_group_25(fn_linoleic_acid_63(X))
& fn_carboxyl_group_25(fn_linoleic_acid_63(X)) = fn_hold_2(fn_linoleic_acid_6(X))
& fn_hold_2(fn_linoleic_acid_6(X)) = fn_hold_2(fn_linoleic_acid_4(X))
& fn_hold_2(fn_linoleic_acid_4(X)) = fn_unsaturated_fatty_acid_11(X)
& fn_unsaturated_fatty_acid_11(X) = fn_unsaturated_fatty_acid_61(X)
& fn_unsaturated_fatty_acid_61(X) = fn_unsaturated_fatty_acid_61(X)
& fn_unsaturated_fatty_acid_61(X) = fn_first_electron_shell_3(fn_linoleic_acid_89(X))
& fn_first_electron_shell_3(fn_linoleic_acid_89(X)) = fn_carboxyl_group_23(fn_linoleic_acid_64(X))
& fn_organic_acid_10(X) = fn_carboxyl_group_23(fn_linoleic_acid_64(X))
& fn_carboxyl_group_23(fn_linoleic_acid_64(X)) = fn_organic_acid_10(X)
& fn_organic_acid_10(X) = fn_organic_acid_10(X)
& fn_organic_acid_10(X) = fn_organic_acid_13(X)
& fn_carboxylic_acid_5(X) = fn_organic_acid_13(X)
& fn_organic_acid_13(X) = fn_organic_acid_13(X)
& fn_organic_acid_13(X) = fn_carboxylic_acid_5(X)
& fn_carboxylic_acid_5(X) = fn_carboxylic_acid_5(X)
& fn_carboxylic_acid_5(X) = fn_carboxylic_acid_4(X)
& fn_carboxylic_acid_4(X) = fn_carboxylic_acid_4(X)
& fn_fatty_acid_21(X) = fn_carboxylic_acid_4(X)
& fn_carboxylic_acid_4(X) = fn_fatty_acid_21(X)
& fn_unsaturated_fatty_acid_52(X) = fn_fatty_acid_21(X)
& fn_fatty_acid_21(X) = fn_fatty_acid_21(X)
& fn_fatty_acid_21(X) = fn_unsaturated_fatty_acid_52(X)
& fn_unsaturated_fatty_acid_26(X) = fn_carboxyl_group_24(fn_linoleic_acid_64(X))
& fn_carboxyl_group_24(fn_linoleic_acid_64(X)) = fn_unsaturated_fatty_acid_26(X)
& fn_unsaturated_fatty_acid_26(X) = fn_carboxyl_group_24(fn_linoleic_acid_63(X))
& fn_carboxyl_group_24(fn_linoleic_acid_63(X)) = fn_unsaturated_fatty_acid_22(X)
& fn_unsaturated_fatty_acid_22(X) = fn_unsaturated_fatty_acid_56(X)
& fn_unsaturated_fatty_acid_64(X) = fn_unsaturated_fatty_acid_56(X)
& fn_unsaturated_fatty_acid_56(X) = fn_unsaturated_fatty_acid_56(X)
& fn_unsaturated_fatty_acid_56(X) = fn_unsaturated_fatty_acid_64(X)
& fn_unsaturated_fatty_acid_64(X) = fn_atom_9(fn_linoleic_acid_48(X))
& fn_atom_9(fn_linoleic_acid_48(X)) = fn_second_electron_shell_13(fn_linoleic_acid_56(X))
& fn_second_electron_shell_13(fn_linoleic_acid_56(X)) = fn_second_electron_shell_13(fn_linoleic_acid_56(X))
& fn_second_electron_shell_13(fn_linoleic_acid_56(X)) = fn_organic_acid_14(X)
& fn_organic_acid_14(X) = fn_organic_acid_14(X)
& fn_carboxylic_acid_9(X) = fn_organic_acid_14(X)
& fn_organic_acid_14(X) = fn_carboxylic_acid_9(X)
& fn_fatty_acid_34(X) = fn_carboxylic_acid_9(X)
& fn_carboxylic_acid_9(X) = fn_fatty_acid_34(X)
& fn_unsaturated_fatty_acid_55(X) = fn_fatty_acid_34(X)
& fn_fatty_acid_34(X) = fn_unsaturated_fatty_acid_50(X)
& fn_unsaturated_fatty_acid_50(X) = fn_unsaturated_fatty_acid_55(X)
& fn_unsaturated_fatty_acid_51(X) = fn_carboxyl_group_19(fn_linoleic_acid_64(X))
& fn_carboxyl_group_19(fn_linoleic_acid_64(X)) = fn_carboxyl_group_19(fn_linoleic_acid_64(X))
& fn_carboxyl_group_19(fn_linoleic_acid_64(X)) = fn_unsaturated_fatty_acid_51(X)
& fn_unsaturated_fatty_acid_51(X) = fn_carboxyl_group_19(fn_linoleic_acid_63(X))
& fn_carboxyl_group_19(fn_linoleic_acid_63(X)) = fn_unsaturated_fatty_acid_41(X)
& fn_unsaturated_fatty_acid_41(X) = fn_atom_14(fn_linoleic_acid_72(X))
& fn_atom_14(fn_linoleic_acid_72(X)) = fn_atom_14(fn_linoleic_acid_72(X))
& fn_atom_14(fn_linoleic_acid_72(X)) = fn_carbon_10(fn_linoleic_acid_72(X))
& fn_carbon_10(fn_linoleic_acid_72(X)) = fn_fatty_acid_22(X)
& fn_fatty_acid_22(X) = fn_fatty_acid_22(X)
& fn_fatty_acid_22(X) = fn_unsaturated_fatty_acid_22(X)
& fn_unsaturated_fatty_acid_64(X) = fn_carboxyl_group_57(fn_linoleic_acid_64(X))
& fn_carboxyl_group_57(fn_linoleic_acid_64(X)) = fn_second_electron_shell_14(fn_linoleic_acid_56(X))
& fn_second_electron_shell_14(fn_linoleic_acid_56(X)) = fn_carboxyl_group_57(fn_linoleic_acid_64(X))
& fn_carboxyl_group_57(fn_linoleic_acid_64(X)) = fn_carboxyl_group_48(fn_linoleic_acid_64(X))
& fn_carboxyl_group_48(fn_linoleic_acid_64(X)) = fn_carboxyl_group_48(fn_linoleic_acid_64(X))
& fn_carboxyl_group_48(fn_linoleic_acid_64(X)) = fn_fatty_acid_60(X)
& fn_fatty_acid_60(X) = fn_fatty_acid_60(X)
& fn_fatty_acid_60(X) = fn_unsaturated_fatty_acid_68(X)
& fn_unsaturated_fatty_acid_68(X) = fn_carboxyl_group_46(fn_linoleic_acid_63(X))
& fn_carboxyl_group_46(fn_linoleic_acid_63(X)) = fn_first_electron_shell_7(fn_linoleic_acid_29(X))
& fn_first_electron_shell_7(fn_linoleic_acid_29(X)) = fn_covalent_bond_11(fn_linoleic_acid_69(X))
& fn_covalent_bond_11(fn_linoleic_acid_69(X)) = fn_unsaturated_fatty_acid_43(X)
& fn_unsaturated_fatty_acid_43(X) = fn_covalent_bond_11(fn_linoleic_acid_69(X))
& fn_covalent_bond_11(fn_linoleic_acid_69(X)) = fn_atom_9(fn_linoleic_acid_71(X))
& fn_atom_9(fn_linoleic_acid_71(X)) = fn_covalent_bond_11(fn_linoleic_acid_69(X))
& fn_covalent_bond_11(fn_linoleic_acid_69(X)) = fn_covalent_bond_11(fn_linoleic_acid_69(X))
& fn_covalent_bond_11(fn_linoleic_acid_69(X)) = fn_atom_9(fn_linoleic_acid_72(X))
& fn_atom_9(fn_linoleic_acid_72(X)) = fn_covalent_bond_20(fn_linoleic_acid_69(X))
& fn_unsaturated_fatty_acid_33(X) = fn_covalent_bond_20(fn_linoleic_acid_69(X))
& fn_covalent_bond_20(fn_linoleic_acid_69(X)) = fn_unsaturated_fatty_acid_33(X)
& fn_unsaturated_fatty_acid_31(X) = fn_share_3(fn_linoleic_acid_80(X))
& fn_share_3(fn_linoleic_acid_32(X)) = fn_share_3(fn_linoleic_acid_80(X))
& fn_share_3(fn_linoleic_acid_80(X)) = fn_share_3(fn_linoleic_acid_32(X))
& fn_share_3(fn_linoleic_acid_32(X)) = fn_share_1(fn_linoleic_acid_32(X))
& fn_share_1(fn_linoleic_acid_32(X)) = fn_unsaturated_fatty_acid_40(X)
& fn_unsaturated_fatty_acid_40(X) = fn_covalent_bond_18(fn_linoleic_acid_69(X))
& fn_covalent_bond_18(fn_linoleic_acid_69(X)) = fn_share_2(fn_linoleic_acid_32(X))
& fn_share_2(fn_linoleic_acid_32(X)) = fn_share_2(fn_linoleic_acid_32(X))
& fn_share_2(fn_linoleic_acid_32(X)) = fn_covalent_bond_15(fn_linoleic_acid_69(X))
& fn_covalent_bond_15(fn_linoleic_acid_69(X)) = fn_unsaturated_fatty_acid_35(X)
& fn_unsaturated_fatty_acid_35(X) = fn_covalent_bond_17(fn_linoleic_acid_69(X))
& fn_covalent_bond_17(fn_linoleic_acid_69(X)) = fn_unsaturated_fatty_acid_31(X)
& fn_unsaturated_fatty_acid_31(X) = fn_unsaturated_fatty_acid_33(X)
& fn_unsaturated_fatty_acid_33(X) = fn_unsaturated_fatty_acid_33(X)
& fn_unsaturated_fatty_acid_33(X) = fn_unsaturated_fatty_acid_31(X)
& fn_unsaturated_fatty_acid_31(X) = fn_share_3(fn_linoleic_acid_90(X))
& fn_share_3(fn_linoleic_acid_90(X)) = fn_unsaturated_fatty_acid_31(X)
& fn_unsaturated_fatty_acid_31(X) = fn_unsaturated_fatty_acid_31(X)
& fn_unsaturated_fatty_acid_31(X) = fn_share_3(fn_linoleic_acid_34(X))
& fn_share_3(fn_linoleic_acid_34(X)) = fn_share_3(fn_linoleic_acid_90(X))
& fn_share_3(fn_linoleic_acid_90(X)) = fn_share_1(fn_linoleic_acid_90(X))
& fn_share_1(fn_linoleic_acid_90(X)) = fn_share_3(fn_linoleic_acid_34(X))
& fn_share_3(fn_linoleic_acid_34(X)) = fn_share_1(fn_linoleic_acid_34(X))
& fn_share_1(fn_linoleic_acid_34(X)) = fn_share_1(fn_linoleic_acid_90(X))
& fn_share_1(fn_linoleic_acid_90(X)) = fn_covalent_bond_19(fn_linoleic_acid_69(X))
& fn_covalent_bond_19(fn_linoleic_acid_69(X)) = fn_share_1(fn_linoleic_acid_34(X))
& fn_share_1(fn_linoleic_acid_34(X)) = fn_covalent_bond_19(fn_linoleic_acid_69(X))
& fn_covalent_bond_19(fn_linoleic_acid_69(X)) = fn_covalent_bond_19(fn_linoleic_acid_69(X))
& fn_covalent_bond_19(fn_linoleic_acid_69(X)) = fn_unsaturated_fatty_acid_39(X)
& fn_unsaturated_fatty_acid_39(X) = fn_unsaturated_fatty_acid_40(X)
& fn_unsaturated_fatty_acid_40(X) = fn_unsaturated_fatty_acid_39(X)
& fn_unsaturated_fatty_acid_39(X) = fn_share_2(fn_linoleic_acid_91(X))
& fn_share_2(fn_linoleic_acid_91(X)) = fn_unsaturated_fatty_acid_39(X)
& fn_unsaturated_fatty_acid_39(X) = fn_unsaturated_fatty_acid_39(X)
& fn_unsaturated_fatty_acid_39(X) = fn_share_2(fn_linoleic_acid_34(X))
& fn_share_2(fn_linoleic_acid_34(X)) = fn_share_2(fn_linoleic_acid_91(X))
& fn_share_2(fn_linoleic_acid_91(X)) = fn_share_2(fn_linoleic_acid_34(X))
& fn_share_2(fn_linoleic_acid_34(X)) = fn_covalent_bond_18(fn_linoleic_acid_69(X))
& fn_covalent_bond_18(fn_linoleic_acid_69(X)) = fn_covalent_bond_18(fn_linoleic_acid_69(X))
& fn_covalent_bond_18(fn_linoleic_acid_69(X)) = fn_unsaturated_fatty_acid_35(X)
& fn_unsaturated_fatty_acid_35(X) = fn_unsaturated_fatty_acid_35(X)
& fn_unsaturated_fatty_acid_35(X) = fn_unsaturated_fatty_acid_69(X)
& fn_unsaturated_fatty_acid_69(X) = fn_unsaturated_fatty_acid_69(X)
& fn_unsaturated_fatty_acid_69(X) = fn_covalent_bond_17(fn_linoleic_acid_69(X))
& fn_covalent_bond_17(fn_linoleic_acid_69(X)) = fn_covalent_bond_17(fn_linoleic_acid_69(X))
& fn_covalent_bond_17(fn_linoleic_acid_69(X)) = fn_fatty_acid_15(X)
& fn_fatty_acid_15(X) = fn_carboxyl_group_49(fn_linoleic_acid_63(X))
& fn_carboxyl_group_49(fn_linoleic_acid_63(X)) = fn_carboxyl_group_49(fn_linoleic_acid_63(X))
& fn_carboxyl_group_49(fn_linoleic_acid_63(X)) = fn_unsaturated_fatty_acid_44(X)
& fn_unsaturated_fatty_acid_44(X) = fn_unsaturated_fatty_acid_59(X)
& fn_unsaturated_fatty_acid_59(X) = fn_unsaturated_fatty_acid_59(X)
& fn_unsaturated_fatty_acid_59(X) = fn_fatty_acid_26(X)
& fn_fatty_acid_26(X) = fn_carboxyl_group_21(fn_linoleic_acid_64(X))
& fn_carboxyl_group_21(fn_linoleic_acid_64(X)) = fn_carboxyl_group_21(fn_linoleic_acid_64(X))
& fn_carboxyl_group_21(fn_linoleic_acid_64(X)) = fn_unsaturated_fatty_acid_58(X)
& fn_unsaturated_fatty_acid_58(X) = fn_unsaturated_fatty_acid_63(X)
& fn_unsaturated_fatty_acid_63(X) = fn_carboxyl_group_58(fn_linoleic_acid_63(X))
& fn_carboxyl_group_58(fn_linoleic_acid_63(X)) = fn_carboxyl_group_58(fn_linoleic_acid_63(X))
& fn_carboxyl_group_58(fn_linoleic_acid_63(X)) = fn_carboxyl_group_40(fn_linoleic_acid_63(X))
& fn_carboxyl_group_40(fn_linoleic_acid_63(X)) = fn_carboxyl_group_40(fn_linoleic_acid_63(X))
& fn_carboxyl_group_40(fn_linoleic_acid_63(X)) = fn_carboxyl_group_17(fn_linoleic_acid_63(X))
& fn_carboxyl_group_17(fn_linoleic_acid_63(X)) = fn_fatty_acid_64(X)
& fn_fatty_acid_64(X) = fn_fatty_acid_64(X)
& fn_fatty_acid_64(X) = fn_unsaturated_fatty_acid_5(X)
& fn_unsaturated_fatty_acid_5(X) = fn_unsaturated_fatty_acid_5(X)
& fn_unsaturated_fatty_acid_5(X) = fn_carboxyl_group_56(fn_linoleic_acid_63(X))
& fn_carboxyl_group_56(fn_linoleic_acid_63(X)) = fn_fatty_acid_12(X)
& fn_fatty_acid_12(X) = fn_carboxyl_group_55(fn_linoleic_acid_63(X))
& fn_carboxyl_group_55(fn_linoleic_acid_63(X)) = fn_carboxyl_group_55(fn_linoleic_acid_63(X))
& fn_carboxyl_group_55(fn_linoleic_acid_63(X)) = fn_fatty_acid_26(X)
& fn_fatty_acid_26(X) = fn_second_electron_shell_12(fn_linoleic_acid_56(X))
& fn_second_electron_shell_12(fn_linoleic_acid_56(X)) = fn_second_electron_shell_12(fn_linoleic_acid_56(X))
& fn_second_electron_shell_12(fn_linoleic_acid_56(X)) = fn_fatty_acid_26(X)
& fn_fatty_acid_26(X) = fn_unsaturated_fatty_acid_63(X)
& fn_unsaturated_fatty_acid_63(X) = fn_unsaturated_fatty_acid_63(X)
& fn_unsaturated_fatty_acid_63(X) = fn_unsaturated_fatty_acid_58(X)
& fn_unsaturated_fatty_acid_58(X) = fn_unsaturated_fatty_acid_58(X)
& fn_unsaturated_fatty_acid_58(X) = fn_carboxyl_group_17(fn_linoleic_acid_63(X))
& fn_carboxyl_group_17(fn_linoleic_acid_63(X)) = fn_carboxyl_group_17(fn_linoleic_acid_63(X))
& fn_carboxyl_group_17(fn_linoleic_acid_63(X)) = fn_carboxyl_group_45(fn_linoleic_acid_63(X))
& fn_carboxyl_group_45(fn_linoleic_acid_63(X)) = fn_carboxyl_group_45(fn_linoleic_acid_63(X))
& fn_carboxyl_group_45(fn_linoleic_acid_63(X)) = fn_carboxyl_group_58(fn_linoleic_acid_63(X))
& fn_carboxyl_group_58(fn_linoleic_acid_63(X)) = fn_fatty_acid_33(X)
& fn_first_electron_shell_3(fn_linoleic_acid_29(X)) = fn_fatty_acid_33(X)
& fn_fatty_acid_33(X) = fn_first_electron_shell_3(fn_linoleic_acid_29(X))
& fn_first_electron_shell_3(fn_linoleic_acid_29(X)) = fn_fatty_acid_34(X)
& fn_fatty_acid_34(X) = fn_fatty_acid_33(X)
& fn_fatty_acid_33(X) = fn_fatty_acid_33(X)
& fn_fatty_acid_33(X) = fn_fatty_acid_34(X)
& fn_fatty_acid_34(X) = fn_fatty_acid_34(X)
& fn_fatty_acid_34(X) = fn_unsaturated_fatty_acid_55(X)
& fn_unsaturated_fatty_acid_55(X) = fn_unsaturated_fatty_acid_55(X)
& fn_unsaturated_fatty_acid_55(X) = fn_unsaturated_fatty_acid_50(X)
& fn_unsaturated_fatty_acid_51(X) = fn_unsaturated_fatty_acid_50(X)
& fn_unsaturated_fatty_acid_50(X) = fn_unsaturated_fatty_acid_50(X)
& fn_unsaturated_fatty_acid_50(X) = fn_unsaturated_fatty_acid_51(X)
& fn_unsaturated_fatty_acid_51(X) = fn_unsaturated_fatty_acid_51(X)
& fn_unsaturated_fatty_acid_51(X) = fn_share_3(fn_linoleic_acid_16(X))
& fn_share_3(fn_linoleic_acid_16(X)) = fn_share_3(fn_linoleic_acid_16(X))
& fn_share_3(fn_linoleic_acid_16(X)) = fn_share_1(fn_linoleic_acid_16(X))
& fn_share_1(fn_linoleic_acid_16(X)) = fn_share_1(fn_linoleic_acid_16(X))
& fn_share_1(fn_linoleic_acid_16(X)) = fn_hold_2(fn_linoleic_acid_24(X))
& fn_carboxyl_group_19(fn_linoleic_acid_63(X)) = fn_hold_2(fn_linoleic_acid_24(X))
& fn_hold_2(fn_linoleic_acid_24(X)) = fn_carboxyl_group_19(fn_linoleic_acid_63(X))
& fn_carboxyl_group_19(fn_linoleic_acid_63(X)) = fn_carboxyl_group_19(fn_linoleic_acid_63(X))
& fn_carboxyl_group_19(fn_linoleic_acid_63(X)) = fn_fatty_acid_16(X)
& fn_fatty_acid_16(X) = fn_unsaturated_fatty_acid_10(X)
& fn_unsaturated_fatty_acid_10(X) = fn_unsaturated_fatty_acid_10(X)
& fn_unsaturated_fatty_acid_10(X) = fn_carboxyl_group_56(fn_linoleic_acid_63(X))
& fn_carboxyl_group_56(fn_linoleic_acid_63(X)) = fn_carboxyl_group_56(fn_linoleic_acid_63(X))
& fn_carboxyl_group_56(fn_linoleic_acid_63(X)) = fn_attach_1(fn_linoleic_acid_31(X))
& fn_attach_1(fn_linoleic_acid_31(X)) = fn_fatty_acid_31(X)
& fn_fatty_acid_31(X) = fn_fatty_acid_31(X)
& fn_fatty_acid_31(X) = fn_unsaturated_fatty_acid_26(X)
& fn_unsaturated_fatty_acid_52(X) = fn_unsaturated_fatty_acid_26(X)
& fn_unsaturated_fatty_acid_26(X) = fn_unsaturated_fatty_acid_26(X)
& fn_unsaturated_fatty_acid_26(X) = fn_unsaturated_fatty_acid_52(X)
& fn_unsaturated_fatty_acid_52(X) = fn_carboxyl_group_23(fn_linoleic_acid_64(X))
& fn_carboxyl_group_23(fn_linoleic_acid_64(X)) = fn_unsaturated_fatty_acid_52(X)
& fn_unsaturated_fatty_acid_52(X) = fn_unsaturated_fatty_acid_52(X)
& fn_unsaturated_fatty_acid_52(X) = fn_carboxyl_group_23(fn_linoleic_acid_63(X))
& fn_carboxyl_group_23(fn_linoleic_acid_63(X)) = fn_carboxyl_group_23(fn_linoleic_acid_64(X))
& fn_carboxyl_group_23(fn_linoleic_acid_64(X)) = fn_carboxyl_group_23(fn_linoleic_acid_64(X))
& fn_carboxyl_group_23(fn_linoleic_acid_64(X)) = fn_carboxyl_group_24(fn_linoleic_acid_64(X))
& fn_carboxyl_group_24(fn_linoleic_acid_64(X)) = fn_carboxyl_group_24(fn_linoleic_acid_64(X))
& fn_carboxyl_group_24(fn_linoleic_acid_64(X)) = fn_carboxyl_group_23(fn_linoleic_acid_63(X))
& fn_carboxyl_group_24(fn_linoleic_acid_63(X)) = fn_carboxyl_group_23(fn_linoleic_acid_63(X))
& fn_carboxyl_group_23(fn_linoleic_acid_63(X)) = fn_carboxyl_group_23(fn_linoleic_acid_63(X))
& fn_carboxyl_group_23(fn_linoleic_acid_63(X)) = fn_carboxyl_group_24(fn_linoleic_acid_63(X))
& fn_carboxyl_group_24(fn_linoleic_acid_63(X)) = fn_carboxyl_group_24(fn_linoleic_acid_63(X))
& fn_carboxyl_group_24(fn_linoleic_acid_63(X)) = fn_unsaturated_fatty_acid_70(X)
& fn_unsaturated_fatty_acid_70(X) = fn_unsaturated_fatty_acid_70(X)
& fn_unsaturated_fatty_acid_70(X) = fn_carboxyl_group_67(fn_linoleic_acid_63(X))
& fn_carboxyl_group_67(fn_linoleic_acid_63(X)) = fn_covalent_bond_24(fn_linoleic_acid_69(X))
& fn_covalent_bond_24(fn_linoleic_acid_69(X)) = fn_covalent_bond_24(fn_linoleic_acid_69(X))
& fn_covalent_bond_24(fn_linoleic_acid_69(X)) = fn_hydrogen_15(fn_linoleic_acid_71(X))
& fn_hydrogen_15(fn_linoleic_acid_71(X)) = fn_hydrogen_15(fn_linoleic_acid_71(X))
& fn_hydrogen_15(fn_linoleic_acid_71(X)) = fn_unsaturated_fatty_acid_38(X)
& fn_unsaturated_fatty_acid_38(X) = fn_covalent_bond_23(fn_linoleic_acid_69(X))
& fn_covalent_bond_23(fn_linoleic_acid_69(X)) = fn_covalent_bond_23(fn_linoleic_acid_69(X))
& fn_covalent_bond_23(fn_linoleic_acid_69(X)) = fn_hydrogen_14(fn_linoleic_acid_71(X))
& fn_hydrogen_14(fn_linoleic_acid_71(X)) = fn_hydrogen_14(fn_linoleic_acid_71(X))
& fn_hydrogen_14(fn_linoleic_acid_71(X)) = fn_unsaturated_fatty_acid_40(X)
& fn_unsaturated_fatty_acid_40(X) = fn_unsaturated_fatty_acid_40(X)
& fn_unsaturated_fatty_acid_40(X) = fn_unsaturated_fatty_acid_41(X)
& fn_unsaturated_fatty_acid_41(X) = fn_share_2(fn_linoleic_acid_90(X))
& fn_share_2(fn_linoleic_acid_33(X)) = fn_unsaturated_fatty_acid_41(X)
& fn_unsaturated_fatty_acid_41(X) = fn_unsaturated_fatty_acid_41(X)
& fn_unsaturated_fatty_acid_41(X) = fn_share_2(fn_linoleic_acid_80(X))
& fn_share_2(fn_linoleic_acid_80(X)) = fn_share_2(fn_linoleic_acid_90(X))
& fn_share_2(fn_linoleic_acid_90(X)) = fn_share_2(fn_linoleic_acid_33(X))
& fn_share_2(fn_linoleic_acid_33(X)) = fn_share_2(fn_linoleic_acid_80(X))
& fn_share_2(fn_linoleic_acid_80(X)) = fn_hydrogen_12(fn_linoleic_acid_71(X))
& fn_hydrogen_12(fn_linoleic_acid_71(X)) = fn_hydrogen_12(fn_linoleic_acid_71(X))
& fn_hydrogen_12(fn_linoleic_acid_71(X)) = fn_unsaturated_fatty_acid_32(X)
& fn_unsaturated_fatty_acid_32(X) = fn_covalent_bond_20(fn_linoleic_acid_69(X))
& fn_covalent_bond_20(fn_linoleic_acid_69(X)) = fn_unsaturated_fatty_acid_32(X)
& fn_unsaturated_fatty_acid_32(X) = fn_unsaturated_fatty_acid_32(X)
& fn_unsaturated_fatty_acid_32(X) = fn_share_3(fn_linoleic_acid_33(X))
& fn_share_3(fn_linoleic_acid_33(X)) = fn_share_1(fn_linoleic_acid_80(X))
& fn_share_1(fn_linoleic_acid_80(X)) = fn_share_3(fn_linoleic_acid_33(X))
& fn_share_3(fn_linoleic_acid_33(X)) = fn_share_1(fn_linoleic_acid_33(X))
& fn_share_1(fn_linoleic_acid_33(X)) = fn_second_electron_shell_5(fn_linoleic_acid_56(X))
& fn_second_electron_shell_5(fn_linoleic_acid_56(X)) = fn_second_electron_shell_5(fn_linoleic_acid_56(X))
& fn_second_electron_shell_5(fn_linoleic_acid_56(X)) = fn_second_electron_shell_10(fn_linoleic_acid_56(X))
& fn_second_electron_shell_10(fn_linoleic_acid_56(X)) = fn_second_electron_shell_10(fn_linoleic_acid_56(X))
& fn_second_electron_shell_10(fn_linoleic_acid_56(X)) = fn_fatty_acid_36(X)
& fn_fatty_acid_36(X) = fn_unsaturated_fatty_acid_21(X)
& fn_unsaturated_fatty_acid_21(X) = fn_unsaturated_fatty_acid_21(X)
& fn_unsaturated_fatty_acid_21(X) = fn_carboxyl_group_18(fn_linoleic_acid_63(X))
& fn_carboxyl_group_18(fn_linoleic_acid_63(X)) = fn_carboxyl_group_18(fn_linoleic_acid_63(X))
& fn_carboxyl_group_18(fn_linoleic_acid_63(X)) = fn_second_electron_shell_9(fn_linoleic_acid_56(X))
& fn_second_electron_shell_9(fn_linoleic_acid_56(X)) = fn_fatty_acid_24(X)
& fn_fatty_acid_24(X) = fn_fatty_acid_24(X)
& fn_fatty_acid_24(X) = fn_unsaturated_fatty_acid_22(X)
& fn_unsaturated_fatty_acid_22(X) = fn_unsaturated_fatty_acid_22(X)
& fn_unsaturated_fatty_acid_22(X) = fn_unsaturated_fatty_acid_64(X)
& fn_unsaturated_fatty_acid_64(X) = fn_unsaturated_fatty_acid_64(X)
& fn_unsaturated_fatty_acid_64(X) = fn_second_electron_shell_21(fn_linoleic_acid_56(X))
& fn_second_electron_shell_21(fn_linoleic_acid_56(X)) = fn_second_electron_shell_21(fn_linoleic_acid_56(X))
& fn_second_electron_shell_21(fn_linoleic_acid_56(X)) = fn_carbon_18(fn_linoleic_acid_48(X))
& fn_first_electron_shell_7(fn_linoleic_acid_29(X)) = fn_carbon_18(fn_linoleic_acid_48(X))
& fn_carbon_18(fn_linoleic_acid_48(X)) = fn_first_electron_shell_7(fn_linoleic_acid_29(X))
& fn_first_electron_shell_7(fn_linoleic_acid_29(X)) = fn_first_electron_shell_7(fn_linoleic_acid_29(X))
& fn_first_electron_shell_7(fn_linoleic_acid_29(X)) = fn_unsaturated_fatty_acid_68(X)
& fn_unsaturated_fatty_acid_68(X) = fn_carbon_18(fn_linoleic_acid_48(X))
& fn_carbon_18(fn_linoleic_acid_48(X)) = fn_unsaturated_fatty_acid_68(X)
& fn_unsaturated_fatty_acid_68(X) = fn_unsaturated_fatty_acid_68(X)
& fn_unsaturated_fatty_acid_68(X) = fn_atom_18(fn_linoleic_acid_48(X))
& fn_atom_18(fn_linoleic_acid_48(X)) = fn_atom_18(fn_linoleic_acid_48(X))
& fn_carboxyl_group_46(fn_linoleic_acid_63(X)) = fn_atom_18(fn_linoleic_acid_48(X))
& fn_atom_18(fn_linoleic_acid_48(X)) = fn_carboxyl_group_46(fn_linoleic_acid_63(X))
& fn_carboxyl_group_57(fn_linoleic_acid_63(X)) = fn_carboxyl_group_46(fn_linoleic_acid_63(X))
& fn_carboxyl_group_46(fn_linoleic_acid_63(X)) = fn_carboxyl_group_46(fn_linoleic_acid_63(X))
& fn_carboxyl_group_46(fn_linoleic_acid_63(X)) = fn_carboxyl_group_57(fn_linoleic_acid_63(X))
& fn_carboxyl_group_57(fn_linoleic_acid_63(X)) = fn_carboxyl_group_57(fn_linoleic_acid_63(X))
& fn_carboxyl_group_57(fn_linoleic_acid_63(X)) = fn_carboxyl_group_48(fn_linoleic_acid_63(X))
& fn_second_electron_shell_14(fn_linoleic_acid_56(X)) = fn_carboxyl_group_48(fn_linoleic_acid_63(X))
& fn_carboxyl_group_48(fn_linoleic_acid_63(X)) = fn_carboxyl_group_48(fn_linoleic_acid_63(X))
& fn_carboxyl_group_48(fn_linoleic_acid_63(X)) = fn_second_electron_shell_14(fn_linoleic_acid_56(X))
& fn_second_electron_shell_14(fn_linoleic_acid_56(X)) = fn_second_electron_shell_14(fn_linoleic_acid_56(X))
& fn_second_electron_shell_14(fn_linoleic_acid_56(X)) = fn_carboxyl_group_42(fn_linoleic_acid_63(X))
& fn_carboxyl_group_42(fn_linoleic_acid_63(X)) = fn_carboxyl_group_42(fn_linoleic_acid_63(X))
& fn_carboxyl_group_42(fn_linoleic_acid_63(X)) = fn_second_electron_shell_20(fn_linoleic_acid_56(X))
& fn_second_electron_shell_20(fn_linoleic_acid_56(X)) = fn_unsaturated_fatty_acid_77(X)
& fn_unsaturated_fatty_acid_60(X) = fn_unsaturated_fatty_acid_77(X)
& fn_unsaturated_fatty_acid_77(X) = fn_unsaturated_fatty_acid_77(X)
& fn_unsaturated_fatty_acid_77(X) = fn_unsaturated_fatty_acid_60(X)
& fn_unsaturated_fatty_acid_60(X) = fn_unsaturated_fatty_acid_60(X)
& fn_unsaturated_fatty_acid_60(X) = fn_atom_9(fn_linoleic_acid_51(X)) ) ) ).
fof(a530679,axiom,
! [X] :
( lipase_1(X)
=> ( original_name_2(X,'Lipase')
& user_description_2(X,'Lipase is an enzyme which hydrolysis the fat to glycerol and fatty acids.')
& concept2words_2(X,lipase)
& hydrolase_1(X)
& fat_1(fn_lipase_1(X))
& fatty_acid_1(fn_lipase_2(X))
& glycerol_1(fn_lipase_3(X))
& hydrolysis_1(fn_lipase_4(X))
& chemical_entity_1(fn_decomposition_reaction_4(fn_lipase_4(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_lipase_4(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_lipase_4(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_lipase_4(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_lipase_4(X)))
& agent_2(fn_lipase_4(X),X)
& result_2(fn_lipase_4(X),fn_lipase_2(X))
& raw_material_2(fn_lipase_4(X),fn_lipase_1(X))
& result_2(fn_lipase_4(X),fn_lipase_3(X))
& fn_lipase_2(X) = fn_decomposition_reaction_4(fn_lipase_4(X))
& fn_lipase_1(X) = fn_exergonic_reaction_10(fn_lipase_4(X))
& fn_lipase_1(X) = fn_hydrolysis_11(fn_lipase_4(X))
& fn_lipase_3(X) = fn_exergonic_reaction_11(fn_lipase_4(X))
& fn_lipase_3(X) = fn_hydrolysis_9(fn_lipase_4(X))
& fn_exergonic_reaction_10(fn_lipase_4(X)) = fn_hydrolysis_11(fn_lipase_4(X))
& fn_hydrolysis_11(fn_lipase_4(X)) = fn_exergonic_reaction_11(fn_lipase_4(X))
& fn_exergonic_reaction_11(fn_lipase_4(X)) = fn_hydrolysis_9(fn_lipase_4(X)) ) ) ).
fof(a530680,axiom,
! [X] :
( lipid_1(X)
=> ( original_name_2(X,'Lipid')
& description_2(X,'One of a family of compounds, including fats, phospholipids, and steroids, that are insoluble in water. Organic molecule, generally containing hydrocarbon')
& user_description_2(X,'Lipids are a broad group of naturally occurring molecules which includes fats, waxes, steroids, fat-soluble vitamins, phospholipids, and others.')
& concept2words_2(X,lipid)
& organic_entity_1(X)
& organic_molecule_1(X)
& size_value_1(fn_lipid_2(X))
& quantity_value_1(fn_lipid_3(X))
& quantity_value_1(fn_lipid_4(X))
& system_1(fn_lipid_6(X))
& carbon_skeleton_1(fn_lipid_10(X))
& water_1(fn_lipid_11(X))
& solubility_value_1(fn_lipid_13(X))
& carbon_skeleton_1(fn_lipid_14(X))
& repel_1(fn_lipid_15(X))
& hydrophobic_region_1(fn_lipid_16(X))
& repel_1(fn_hydrophobic_region_2(fn_lipid_16(X)))
& property_node_1(fn_solubility_value_1(fn_lipid_13(X)))
& the_scalar_value_2(fn_lipid_13(X),insoluble_0)
& scalar_unit_class_2(fn_lipid_13(X),organic_molecule_0)
& is_inside_2(fn_lipid_10(X),fn_lipid_14(X))
& greater_than_2(fn_lipid_4(X),fn_lipid_3(X))
& called_2(fn_lipid_4(X),'Q_hydrogen')
& the_scalar_value_2(fn_lipid_4(X),high_0)
& scalar_unit_class_2(fn_lipid_4(X),carbon_0)
& called_2(fn_lipid_3(X),'Q_carbon')
& has_region_2(X,fn_lipid_16(X))
& solubility_in_water_2(X,fn_lipid_13(X))
& has_function_2(X,fn_lipid_15(X))
& size_2(X,fn_lipid_2(X))
& agent_2(fn_lipid_15(X),X)
& object_2(fn_lipid_15(X),fn_lipid_11(X))
& facilitates_2(fn_lipid_16(X),fn_lipid_15(X))
& the_scalar_value_2(fn_lipid_2(X),big_0)
& scalar_unit_class_2(fn_lipid_2(X),organic_molecule_0)
& has_region_2(X,fn_lipid_14(X))
& site_2(fn_lipid_15(X),fn_lipid_16(X))
& fn_lipid_14(X) = fn_organic_molecule_3(X)
& fn_lipid_15(X) = fn_hydrophobic_region_2(fn_lipid_16(X))
& fn_lipid_12(X) = fn_solubility_value_1(fn_lipid_13(X)) ) ) ).
fof(a530681,axiom,
! [X] :
( lipoprotein_1(X)
=> ( original_name_2(X,'Lipoprotein')
& user_description_2(X,'Any of a group of biological molecules consisting of a lipid bound to a protein. Examples include high-density lipoprotein (HDL) and low-density lipoprotein (LDL), which transport fats in the bloodstream.')
& concept2words_2(X,lipoprotein)
& protein_1(X) ) ) ).
fof(a530682,axiom,
! [X] :
( liquid_ammonia_1(X)
=> ( original_name_2(X,'Liquid-Ammonia')
& user_description_2(X,'It is liquid form of ammonia.')
& concept2words_2(X,'ammonia of liquid')
& concept2words_2(X,'liquid ammonia')
& concept2words_2(X,'liquid-ammonia')
& weak_base_1(X)
& liquid_substance_1(X)
& heat_of_vaporization_value_1(fn_liquid_ammonia_1(X))
& ammonia_1(fn_liquid_ammonia_3(X))
& the_cardinal_value_2(fn_liquid_ammonia_1(X),"300.0e0")
& cardinal_unit_class_2(fn_liquid_ammonia_1(X),calorie_per_gram_0)
& heat_of_vaporization_2(X,fn_liquid_ammonia_1(X))
& has_part_2(X,fn_liquid_ammonia_3(X))
& fn_liquid_ammonia_3(X) = fn_chemical_3(X) ) ) ).
fof(a530683,axiom,
! [X] :
( liquid_substance_1(X)
=> ( original_name_2(X,'Liquid-Substance')
& description_2(X,'A substance in the liquid state at room temperature')
& concept2words_2(X,liquid)
& concept2words_2(X,'substance of liquid')
& concept2words_2(X,'liquid substance')
& concept2words_2(X,'liquid-substance')
& fluid_substance_1(X)
& state_value_1(fn_liquid_substance_2(X))
& physical_state_2(X,fn_liquid_substance_2(X))
& the_categorical_value_2(fn_liquid_substance_2(X),liquid_0) ) ) ).
fof(a530684,axiom,
! [X] :
( lithium_1(X)
=> ( original_name_2(X,'Lithium')
& user_description_2(X,'Lithium is a metal atom with atomic number 3. It is represented by the symbol Li.')
& concept2words_2(X,'Li')
& concept2words_2(X,lithium)
& metal_atom_1(X)
& neutron_1(fn_lithium_4(X))
& atomic_mass_value_1(fn_lithium_5(X))
& valence_value_1(fn_lithium_6(X))
& electronegativity_value_1(fn_lithium_7(X))
& proton_1(fn_lithium_8(X))
& atomic_nucleus_1(fn_lithium_9(X))
& electron_1(fn_lithium_10(X))
& quantity_value_1(fn_lithium_11(X))
& atomic_number_value_1(fn_lithium_12(X))
& atomic_weight_value_1(fn_lithium_13(X))
& quantity_value_1(fn_lithium_17(X))
& system_1(fn_lithium_19(X))
& property_node_1(fn_atomic_nucleus_5(fn_lithium_9(X)))
& proton_1(fn_atomic_nucleus_9(fn_lithium_9(X)))
& electron_1(fn_atomic_nucleus_8(fn_lithium_9(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_lithium_9(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_lithium_9(X)))
& atom_1(fn_atomic_nucleus_4(fn_lithium_9(X)))
& has_part_2(X,fn_lithium_4(X))
& exactCardinality(X,has_part_0,"3",electron_0)
& exactCardinality(X,has_part_0,"3",proton_0)
& exactCardinality(X,has_part_0,"4",neutron_0)
& mass_number_2(X,fn_lithium_5(X))
& valence_2(X,fn_lithium_6(X))
& electronegativity_2(X,fn_lithium_7(X))
& quantity_2(fn_lithium_10(X),fn_lithium_11(X))
& the_cardinal_value_2(fn_lithium_11(X),"1")
& cardinal_unit_class_2(fn_lithium_11(X),unity_0)
& called_2(fn_lithium_11(X),'Number_Electron')
& the_cardinal_value_2(fn_lithium_7(X),"0.98")
& cardinal_unit_class_2(fn_lithium_7(X),unity_0)
& the_cardinal_value_2(fn_lithium_6(X),"1")
& cardinal_unit_class_2(fn_lithium_6(X),unity_0)
& the_cardinal_value_2(fn_lithium_5(X),"7")
& cardinal_unit_class_2(fn_lithium_5(X),unity_0)
& the_cardinal_value_2(fn_lithium_12(X),"3")
& cardinal_unit_class_2(fn_lithium_12(X),unity_0)
& the_cardinal_value_2(fn_lithium_13(X),"6.941")
& cardinal_unit_class_2(fn_lithium_13(X),dalton_0)
& atomic_weight_2(X,fn_lithium_13(X))
& fn_lithium_17(X) = fn_lithium_11(X)
& fn_lithium_11(X) = fn_lithium_17(X)
& has_part_2(X,fn_lithium_8(X))
& called_2(fn_lithium_17(X),'Number_Proton')
& has_part_2(X,fn_lithium_10(X))
& has_region_2(X,fn_lithium_9(X))
& atomic_number_2(X,fn_lithium_12(X))
& called_2(fn_lithium_12(X),'Atomic_Number')
& is_inside_2(fn_lithium_8(X),fn_lithium_9(X))
& quantity_2(fn_lithium_8(X),fn_lithium_17(X))
& fn_lithium_17(X) = fn_lithium_12(X)
& is_near_2(fn_lithium_10(X),fn_lithium_9(X))
& is_near_2(fn_lithium_9(X),fn_lithium_10(X))
& fn_lithium_12(X) = fn_lithium_17(X)
& fn_lithium_12(X) = fn_atom_17(X)
& fn_lithium_16(X) = fn_atom_10(X)
& fn_lithium_14(X) = fn_atom_13(X)
& fn_lithium_13(X) = fn_atom_16(X)
& fn_lithium_17(X) = fn_atom_5(X)
& fn_lithium_11(X) = fn_atom_11(X)
& fn_lithium_18(X) = fn_atom_4(X)
& fn_lithium_19(X) = fn_atom_3(X)
& fn_lithium_15(X) = fn_atomic_nucleus_5(fn_lithium_9(X))
& X = fn_atomic_nucleus_4(fn_lithium_9(X))
& fn_lithium_12(X) = fn_atomic_nucleus_1(fn_lithium_9(X))
& fn_lithium_17(X) = fn_atomic_nucleus_2(fn_lithium_9(X))
& fn_lithium_8(X) = fn_atomic_nucleus_9(fn_lithium_9(X))
& fn_lithium_10(X) = fn_atomic_nucleus_8(fn_lithium_9(X))
& fn_atom_17(X) = fn_atomic_nucleus_1(fn_lithium_9(X))
& fn_atomic_nucleus_1(fn_lithium_9(X)) = fn_atomic_nucleus_1(fn_lithium_9(X))
& fn_atomic_nucleus_1(fn_lithium_9(X)) = fn_atom_5(X)
& fn_atom_5(X) = fn_atom_5(X)
& fn_atom_5(X) = fn_atomic_nucleus_2(fn_lithium_9(X))
& fn_atomic_nucleus_2(fn_lithium_9(X)) = fn_atomic_nucleus_2(fn_lithium_9(X))
& fn_atomic_nucleus_4(fn_lithium_9(X)) = fn_atomic_nucleus_4(fn_lithium_9(X)) ) ) ).
fof(a530685,axiom,
! [X] :
( lithops_1(X)
=> ( original_name_2(X,'Lithops')
& user_description_2(X,'Lithops is a genus of perennial plants, also called stone plants.')
& concept2words_2(X,lithop)
& succulent_plant_1(X)
& perennial_1(X)
& leaf_1(fn_lithops_1(X))
& tip_1(fn_lithops_2(X))
& tip_1(fn_lithops_3(X))
& growth_1(fn_lithops_5(X))
& rate_value_1(fn_lithops_6(X))
& ground_1(fn_lithops_7(X))
& bundle_sheath_cell_1(fn_lithops_8(X))
& exchange_1(fn_lithops_9(X))
& tangible_entity_1(fn_lithops_10(X))
& nucleus_1(fn_lithops_10(X))
& maintenance_1(fn_lithops_11(X))
& support_1(fn_lithops_12(X))
& defense_1(fn_lithops_13(X))
& surface_1(fn_lithops_14(X))
& cytoplasmic_side_1(fn_lithops_14(X))
& spatial_entity_1(fn_lithops_21(X))
& tangible_entity_1(fn_lithops_21(X))
& chemical_entity_1(fn_lithops_21(X))
& hydrophobic_compound_1(fn_lithops_21(X))
& molecule_1(fn_lithops_21(X))
& carbon_dioxide_1(fn_lithops_21(X))
& free_energy_1(fn_lithops_22(X))
& structural_complexity_value_1(fn_lithops_23(X))
& size_value_1(fn_lithops_24(X))
& size_value_1(fn_lithops_25(X))
& store_1(fn_lithops_26(X))
& store_1(fn_lithops_27(X))
& free_energy_1(fn_lithops_28(X))
& structural_complexity_value_1(fn_lithops_29(X))
& quantity_value_1(fn_lithops_30(X))
& quantity_value_1(fn_lithops_31(X))
& entity_1(fn_lithops_32(X))
& chemical_energy_1(fn_lithops_32(X))
& spatial_entity_1(fn_lithops_33(X))
& energy_1(fn_lithops_33(X))
& visible_light_1(fn_lithops_33(X))
& spatial_entity_1(fn_lithops_34(X))
& tangible_entity_1(fn_lithops_34(X))
& chemical_entity_1(fn_lithops_34(X))
& sugar_1(fn_lithops_34(X))
& glucose_1(fn_lithops_34(X))
& metabolic_pathway_1(fn_lithops_35(X))
& eukaryotic_cellular_respiration_1(fn_lithops_35(X))
& organelle_1(fn_lithops_36(X))
& mitochondrion_1(fn_lithops_36(X))
& semiautonomous_organelle_1(fn_lithops_36(X))
& entity_1(fn_lithops_37(X))
& chemical_energy_1(fn_lithops_37(X))
& cell_1(fn_lithops_40(X))
& eukaryotic_cell_1(fn_lithops_40(X))
& plant_cell_1(fn_lithops_40(X))
& cell_wall_1(fn_lithops_41(X))
& plant_cell_wall_1(fn_lithops_41(X))
& cytoplasmic_streaming_1(fn_lithops_42(X))
& exergonic_reaction_1(fn_lithops_43(X))
& cellular_respiration_1(fn_lithops_43(X))
& photosynthesis_1(fn_lithops_44(X))
& spatial_entity_1(fn_lithops_45(X))
& chemical_entity_1(fn_lithops_45(X))
& hydrophobic_compound_1(fn_lithops_45(X))
& molecule_1(fn_lithops_45(X))
& tangible_entity_1(fn_lithops_45(X))
& carbon_dioxide_1(fn_lithops_45(X))
& surface_area_value_1(fn_lithops_46(X))
& root_system_1(fn_lithops_47(X))
& waxy_cuticle_1(fn_lithops_48(X))
& epidermis_1(fn_lithops_49(X))
& epidermis_1(fn_lithops_50(X))
& waxy_cuticle_1(fn_lithops_51(X))
& palisade_mesophyll_1(fn_lithops_52(X))
& root_hair_1(fn_lithops_53(X))
& quantity_value_1(fn_lithops_54(X))
& leaf_1(fn_lithops_55(X))
& flower_1(fn_lithops_56(X))
& fruit_1(fn_lithops_57(X))
& root_1(fn_lithops_58(X))
& guard_cell_1(fn_lithops_59(X))
& plant_cell_1(fn_lithops_60(X))
& tissue_1(fn_lithops_61(X))
& epidermis_1(fn_lithops_61(X))
& ground_1(fn_lithops_62(X))
& exocytosis_1(fn_lithops_63(X))
& membrane_1(fn_lithops_64(X))
& spatial_entity_1(fn_lithops_64(X))
& biomembrane_1(fn_lithops_64(X))
& plasma_membrane_1(fn_lithops_64(X))
& spatial_entity_1(fn_lithops_65(X))
& mixture_1(fn_lithops_65(X))
& suspension_1(fn_lithops_65(X))
& colloid_1(fn_lithops_65(X))
& cytoplasm_1(fn_lithops_65(X))
& anabolic_pathway_1(fn_lithops_66(X))
& metabolic_pathway_1(fn_lithops_66(X))
& photosynthesis_1(fn_lithops_66(X))
& crassulacean_acid_metabolism_1(fn_lithops_66(X))
& shoot_system_1(fn_lithops_67(X))
& store_1(fn_lithops_68(X))
& container_1(fn_lithops_69(X))
& eukaryotic_cell_1(fn_tissue_1(fn_lithops_61(X)))
& container_1(fn_store_3(fn_lithops_27(X)))
& container_1(fn_store_3(fn_lithops_68(X)))
& container_1(fn_store_3(fn_lithops_26(X)))
& property_node_1(fn_root_16(fn_lithops_58(X)))
& property_node_1(fn_root_1(fn_lithops_58(X)))
& quantity_value_1(fn_root_15(fn_lithops_58(X)))
& surface_area_value_1(fn_root_2(fn_lithops_58(X)))
& palisade_mesophyll_1(fn_leaf_12(fn_lithops_55(X)))
& property_node_1(fn_crassulacean_acid_metabolism_157(fn_lithops_66(X)))
& property_node_1(fn_crassulacean_acid_metabolism_64(fn_lithops_66(X)))
& store_1(fn_crassulacean_acid_metabolism_144(fn_lithops_66(X)))
& property_node_1(fn_crassulacean_acid_metabolism_153(fn_lithops_66(X)))
& property_node_1(fn_crassulacean_acid_metabolism_152(fn_lithops_66(X)))
& property_node_1(fn_crassulacean_acid_metabolism_63(fn_lithops_66(X)))
& defense_1(fn_plant_cell_78(fn_lithops_40(X)))
& maintenance_1(fn_plant_cell_1(fn_lithops_40(X)))
& cytoplasmic_streaming_1(fn_plant_cell_89(fn_lithops_40(X)))
& support_1(fn_plant_cell_21(fn_lithops_40(X)))
& exchange_1(fn_plant_cell_71(fn_lithops_40(X)))
& organelle_1(fn_plant_cell_59(fn_lithops_40(X)))
& mitochondrion_1(fn_plant_cell_59(fn_lithops_40(X)))
& semiautonomous_organelle_1(fn_plant_cell_59(fn_lithops_40(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_lithops_43(X)))
& spatial_entity_1(fn_photosynthesis_38(fn_lithops_44(X)))
& tangible_entity_1(fn_photosynthesis_38(fn_lithops_44(X)))
& chemical_entity_1(fn_photosynthesis_38(fn_lithops_44(X)))
& hydrophobic_compound_1(fn_photosynthesis_38(fn_lithops_44(X)))
& molecule_1(fn_photosynthesis_38(fn_lithops_44(X)))
& carbon_dioxide_1(fn_photosynthesis_38(fn_lithops_44(X)))
& tangible_entity_1(fn_cellular_respiration_61(fn_lithops_43(X)))
& carbon_dioxide_1(fn_cellular_respiration_61(fn_lithops_43(X)))
& tissue_1(fn_root_27(fn_lithops_58(X)))
& epidermis_1(fn_root_30(fn_lithops_58(X)))
& plant_cell_1(fn_root_26(fn_lithops_58(X)))
& root_hair_1(fn_root_11(fn_lithops_58(X)))
& spatial_entity_1(fn_store_2(fn_lithops_68(X)))
& spatial_entity_1(fn_store_2(fn_lithops_27(X)))
& spatial_entity_1(fn_store_2(fn_lithops_26(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_lithops_66(X)))
& tangible_entity_1(fn_photosynthesis_37(fn_lithops_66(X)))
& chemical_entity_1(fn_photosynthesis_37(fn_lithops_66(X)))
& sugar_1(fn_photosynthesis_37(fn_lithops_66(X)))
& epidermis_1(fn_leaf_50(fn_lithops_55(X)))
& epidermis_1(fn_leaf_51(fn_lithops_55(X)))
& waxy_cuticle_1(fn_leaf_14(fn_lithops_55(X)))
& waxy_cuticle_1(fn_leaf_16(fn_lithops_55(X)))
& free_energy_1(fn_crassulacean_acid_metabolism_73(fn_lithops_66(X)))
& size_value_1(fn_photosynthesis_4(fn_lithops_66(X)))
& size_value_1(fn_crassulacean_acid_metabolism_67(fn_lithops_66(X)))
& size_value_1(fn_photosynthesis_3(fn_lithops_66(X)))
& size_value_1(fn_crassulacean_acid_metabolism_66(fn_lithops_66(X)))
& property_node_1(fn_anabolic_pathway_1(fn_lithops_66(X)))
& property_node_1(fn_crassulacean_acid_metabolism_156(fn_lithops_66(X)))
& structural_complexity_value_1(fn_anabolic_pathway_3(fn_lithops_66(X)))
& structural_complexity_value_1(fn_crassulacean_acid_metabolism_143(fn_lithops_66(X)))
& structural_complexity_value_1(fn_photosynthesis_24(fn_lithops_66(X)))
& structural_complexity_value_1(fn_crassulacean_acid_metabolism_147(fn_lithops_66(X)))
& entity_1(fn_store_1(fn_lithops_68(X)))
& chemical_energy_1(fn_crassulacean_acid_metabolism_87(fn_lithops_66(X)))
& entity_1(fn_store_1(fn_lithops_26(X)))
& entity_1(fn_store_1(fn_lithops_27(X)))
& entity_1(fn_crassulacean_acid_metabolism_85(fn_lithops_66(X)))
& chemical_energy_1(fn_crassulacean_acid_metabolism_85(fn_lithops_66(X)))
& visible_light_1(fn_photosynthesis_34(fn_lithops_66(X)))
& energy_1(fn_photosynthesis_34(fn_lithops_66(X)))
& spatial_entity_1(fn_crassulacean_acid_metabolism_118(fn_lithops_66(X)))
& energy_1(fn_crassulacean_acid_metabolism_118(fn_lithops_66(X)))
& visible_light_1(fn_crassulacean_acid_metabolism_118(fn_lithops_66(X)))
& quantity_value_1(fn_photosynthesis_52(fn_lithops_66(X)))
& quantity_value_1(fn_crassulacean_acid_metabolism_139(fn_lithops_66(X)))
& quantity_value_1(fn_photosynthesis_51(fn_lithops_66(X)))
& quantity_value_1(fn_crassulacean_acid_metabolism_138(fn_lithops_66(X)))
& free_energy_1(fn_photosynthesis_50(fn_lithops_66(X)))
& free_energy_1(fn_crassulacean_acid_metabolism_146(fn_lithops_66(X)))
& spatial_entity_1(fn_photosynthesis_38(fn_lithops_66(X)))
& tangible_entity_1(fn_photosynthesis_38(fn_lithops_66(X)))
& chemical_entity_1(fn_photosynthesis_38(fn_lithops_66(X)))
& hydrophobic_compound_1(fn_photosynthesis_38(fn_lithops_66(X)))
& molecule_1(fn_photosynthesis_38(fn_lithops_66(X)))
& carbon_dioxide_1(fn_photosynthesis_38(fn_lithops_66(X)))
& spatial_entity_1(fn_crassulacean_acid_metabolism_119(fn_lithops_66(X)))
& tangible_entity_1(fn_crassulacean_acid_metabolism_119(fn_lithops_66(X)))
& chemical_entity_1(fn_crassulacean_acid_metabolism_119(fn_lithops_66(X)))
& hydrophobic_compound_1(fn_crassulacean_acid_metabolism_119(fn_lithops_66(X)))
& molecule_1(fn_crassulacean_acid_metabolism_119(fn_lithops_66(X)))
& carbon_dioxide_1(fn_crassulacean_acid_metabolism_119(fn_lithops_66(X)))
& cell_wall_1(fn_plant_cell_82(fn_lithops_40(X)))
& plant_cell_wall_1(fn_plant_cell_82(fn_lithops_40(X)))
& surface_1(fn_plant_cell_64(fn_lithops_40(X)))
& cytoplasmic_side_1(fn_plant_cell_64(fn_lithops_40(X)))
& spatial_entity_1(fn_exocytosis_26(fn_lithops_63(X)))
& biomembrane_1(fn_exocytosis_26(fn_lithops_63(X)))
& plasma_membrane_1(fn_exocytosis_26(fn_lithops_63(X)))
& membrane_1(fn_plant_cell_97(fn_lithops_40(X)))
& spatial_entity_1(fn_plant_cell_97(fn_lithops_40(X)))
& biomembrane_1(fn_plant_cell_97(fn_lithops_40(X)))
& plasma_membrane_1(fn_plant_cell_97(fn_lithops_40(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_lithops_40(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_lithops_40(X)))
& spatial_entity_1(fn_plant_cell_83(fn_lithops_40(X)))
& mixture_1(fn_plant_cell_83(fn_lithops_40(X)))
& suspension_1(fn_plant_cell_83(fn_lithops_40(X)))
& colloid_1(fn_plant_cell_83(fn_lithops_40(X)))
& cytoplasm_1(fn_plant_cell_83(fn_lithops_40(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_lithops_40(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_lithops_40(X)))
& tangible_entity_1(fn_plant_cell_84(fn_lithops_40(X)))
& nucleus_1(fn_plant_cell_84(fn_lithops_40(X)))
& eukaryotic_cellular_respiration_1(fn_eukaryotic_cell_23(fn_lithops_40(X)))
& eukaryotic_cellular_respiration_1(fn_photosynthesis_28(fn_lithops_66(X)))
& metabolic_pathway_1(fn_plant_cell_63(fn_lithops_40(X)))
& eukaryotic_cellular_respiration_1(fn_plant_cell_63(fn_lithops_40(X)))
& cell_1(fn_metabolic_pathway_1(fn_lithops_66(X)))
& site_2(fn_lithops_44(X),fn_lithops_65(X))
& is_above_2(fn_lithops_50(X),fn_lithops_48(X))
& is_inside_2(X,fn_lithops_7(X))
& the_scalar_value_2(fn_lithops_6(X),slow_0)
& scalar_unit_class_2(fn_lithops_6(X),activity_0)
& object_2(fn_lithops_5(X),X)
& rate_2(fn_lithops_5(X),fn_lithops_6(X))
& is_above_2(fn_lithops_3(X),fn_lithops_7(X))
& has_part_2(fn_lithops_55(X),fn_lithops_8(X))
& has_region_2(fn_lithops_55(X),fn_lithops_3(X))
& is_above_2(fn_lithops_2(X),fn_lithops_7(X))
& has_region_2(fn_lithops_1(X),fn_lithops_2(X))
& base_2(fn_lithops_68(X),fn_lithops_34(X))
& has_part_2(fn_lithops_61(X),fn_lithops_59(X))
& object_2(fn_lithops_68(X),fn_lithops_37(X))
& base_2(fn_lithops_27(X),fn_lithops_34(X))
& plays_2(fn_lithops_34(X),fn_lithops_69(X))
& site_2(fn_lithops_43(X),fn_lithops_65(X))
& is_inside_2(fn_lithops_64(X),fn_lithops_41(X))
& raw_material_2(fn_lithops_44(X),fn_lithops_45(X))
& in_event_2(fn_lithops_69(X),fn_lithops_26(X))
& result_2(fn_lithops_43(X),fn_lithops_45(X))
& path_2(fn_lithops_63(X),fn_lithops_64(X))
& has_function_2(fn_lithops_64(X),fn_lithops_63(X))
& quantity_2(fn_lithops_53(X),fn_lithops_54(X))
& surface_area_2(fn_lithops_58(X),fn_lithops_46(X))
& positive_influence_2(fn_lithops_54(X),fn_lithops_46(X))
& the_scalar_value_2(fn_lithops_54(X),numerous_0)
& scalar_unit_class_2(fn_lithops_54(X),eukaryotic_cell_structure_0)
& result_2(fn_lithops_35(X),fn_lithops_21(X))
& structural_complexity_2(fn_lithops_34(X),fn_lithops_29(X))
& possesses_2(fn_lithops_34(X),fn_lithops_28(X))
& has_part_2(X,fn_lithops_56(X))
& size_2(fn_lithops_34(X),fn_lithops_25(X))
& base_2(fn_lithops_66(X),fn_lithops_40(X))
& experiencer_2(fn_lithops_66(X),X)
& has_part_2(X,fn_lithops_57(X))
& has_part_2(fn_lithops_58(X),fn_lithops_53(X))
& is_inside_2(fn_lithops_60(X),fn_lithops_53(X))
& has_part_2(fn_lithops_61(X),fn_lithops_60(X))
& has_part_2(fn_lithops_58(X),fn_lithops_61(X))
& has_function_2(X,fn_lithops_66(X))
& result_2(fn_lithops_66(X),fn_lithops_34(X))
& base_2(fn_lithops_26(X),fn_lithops_34(X))
& object_2(fn_lithops_26(X),fn_lithops_32(X))
& has_part_2(fn_lithops_55(X),fn_lithops_50(X))
& has_part_2(fn_lithops_55(X),fn_lithops_52(X))
& is_above_2(fn_lithops_49(X),fn_lithops_52(X))
& is_above_2(fn_lithops_51(X),fn_lithops_49(X))
& has_part_2(fn_lithops_55(X),fn_lithops_48(X))
& fn_lithops_48(X) != fn_lithops_51(X)
& has_part_2(fn_lithops_55(X),fn_lithops_51(X))
& has_part_2(fn_lithops_55(X),fn_lithops_49(X))
& fn_lithops_49(X) != fn_lithops_50(X)
& fn_lithops_51(X) != fn_lithops_48(X)
& fn_lithops_50(X) != fn_lithops_49(X)
& object_2(fn_lithops_27(X),fn_lithops_32(X))
& quantity_2(fn_lithops_28(X),fn_lithops_30(X))
& called_2(fn_lithops_31(X),'FE_r')
& size_2(fn_lithops_21(X),fn_lithops_24(X))
& greater_than_2(fn_lithops_25(X),fn_lithops_24(X))
& structural_complexity_2(fn_lithops_21(X),fn_lithops_23(X))
& greater_than_2(fn_lithops_29(X),fn_lithops_23(X))
& raw_material_2(fn_lithops_66(X),fn_lithops_33(X))
& fn_lithops_32(X) != fn_lithops_33(X)
& fn_lithops_33(X) != fn_lithops_32(X)
& fn_lithops_37(X) != fn_lithops_33(X)
& fn_lithops_33(X) != fn_lithops_37(X)
& raw_material_2(fn_lithops_66(X),fn_lithops_21(X))
& possesses_2(fn_lithops_21(X),fn_lithops_22(X))
& quantity_2(fn_lithops_22(X),fn_lithops_31(X))
& greater_than_2(fn_lithops_30(X),fn_lithops_31(X))
& called_2(fn_lithops_30(X),'FE_p')
& has_part_2(X,fn_lithops_40(X))
& is_inside_2(fn_lithops_58(X),fn_lithops_47(X))
& has_region_2(X,fn_lithops_47(X))
& is_inside_2(fn_lithops_47(X),fn_lithops_62(X))
& is_above_2(fn_lithops_67(X),fn_lithops_62(X))
& has_region_2(X,fn_lithops_67(X))
& has_part_2(X,fn_lithops_58(X))
& has_function_2(fn_lithops_40(X),fn_lithops_35(X))
& object_2(fn_lithops_12(X),fn_lithops_40(X))
& is_outside_2(fn_lithops_41(X),fn_lithops_64(X))
& agent_2(fn_lithops_13(X),fn_lithops_41(X))
& object_2(fn_lithops_13(X),fn_lithops_40(X))
& has_part_2(fn_lithops_40(X),fn_lithops_65(X))
& is_oriented_toward_2(fn_lithops_14(X),fn_lithops_65(X))
& object_2(fn_lithops_42(X),fn_lithops_65(X))
& base_2(fn_lithops_42(X),fn_lithops_40(X))
& object_2(fn_lithops_11(X),fn_lithops_40(X))
& agent_2(fn_lithops_11(X),fn_lithops_41(X))
& has_function_2(fn_lithops_41(X),fn_lithops_13(X))
& base_2(fn_lithops_9(X),fn_lithops_40(X))
& agent_2(fn_lithops_9(X),fn_lithops_40(X))
& has_part_2(fn_lithops_40(X),fn_lithops_41(X))
& has_function_2(fn_lithops_41(X),fn_lithops_12(X))
& agent_2(fn_lithops_12(X),fn_lithops_41(X))
& is_inside_2(fn_lithops_65(X),fn_lithops_64(X))
& has_region_2(fn_lithops_64(X),fn_lithops_14(X))
& is_facing_2(fn_lithops_14(X),fn_lithops_65(X))
& is_between_2(fn_lithops_65(X),fn_lithops_64(X))
& has_part_2(fn_lithops_40(X),fn_lithops_64(X))
& has_part_2(fn_lithops_40(X),fn_lithops_36(X))
& has_function_2(fn_lithops_36(X),fn_lithops_35(X))
& base_2(fn_lithops_35(X),fn_lithops_40(X))
& has_part_2(fn_lithops_40(X),fn_lithops_10(X))
& is_between_2(fn_lithops_65(X),fn_lithops_10(X))
& fn_lithops_59(X) = fn_tissue_1(fn_lithops_61(X))
& fn_lithops_37(X) = fn_store_1(fn_lithops_68(X))
& fn_lithops_34(X) = fn_store_2(fn_lithops_68(X))
& fn_lithops_69(X) = fn_store_3(fn_lithops_27(X))
& fn_lithops_34(X) = fn_store_2(fn_lithops_27(X))
& fn_lithops_43(X) = fn_succulent_plant_52(X)
& fn_lithops_41(X) = fn_succulent_plant_51(X)
& fn_lithops_45(X) = fn_photosynthesis_38(fn_lithops_44(X))
& fn_lithops_69(X) = fn_store_3(fn_lithops_68(X))
& fn_lithops_69(X) = fn_store_3(fn_lithops_26(X))
& fn_lithops_45(X) = fn_exergonic_reaction_11(fn_lithops_43(X))
& fn_lithops_45(X) = fn_cellular_respiration_61(fn_lithops_43(X))
& fn_lithops_64(X) = fn_exocytosis_26(fn_lithops_63(X))
& fn_lithops_39(X) = fn_root_16(fn_lithops_58(X))
& fn_lithops_38(X) = fn_root_1(fn_lithops_58(X))
& fn_lithops_53(X) = fn_root_11(fn_lithops_58(X))
& fn_lithops_54(X) = fn_root_15(fn_lithops_58(X))
& fn_lithops_46(X) = fn_root_2(fn_lithops_58(X))
& fn_lithops_35(X) = fn_photosynthesis_28(fn_lithops_66(X))
& fn_lithops_29(X) = fn_succulent_plant_33(X)
& fn_lithops_28(X) = fn_succulent_plant_32(X)
& fn_lithops_56(X) = fn_angiosperm_1(X)
& fn_lithops_56(X) = fn_succulent_plant_3(X)
& fn_lithops_25(X) = fn_succulent_plant_31(X)
& fn_lithops_40(X) = fn_metabolic_pathway_1(fn_lithops_66(X))
& fn_lithops_57(X) = fn_angiosperm_2(X)
& fn_lithops_57(X) = fn_succulent_plant_4(X)
& fn_lithops_61(X) = fn_root_27(fn_lithops_58(X))
& fn_lithops_61(X) = fn_root_30(fn_lithops_58(X))
& fn_lithops_60(X) = fn_root_26(fn_lithops_58(X))
& fn_lithops_61(X) = fn_succulent_plant_42(X)
& fn_lithops_60(X) = fn_succulent_plant_58(X)
& fn_lithops_53(X) = fn_succulent_plant_1(X)
& fn_lithops_32(X) = fn_store_1(fn_lithops_26(X))
& fn_lithops_32(X) = fn_succulent_plant_36(X)
& fn_lithops_34(X) = fn_store_2(fn_lithops_26(X))
& fn_lithops_26(X) = fn_succulent_plant_10(X)
& fn_lithops_34(X) = fn_anabolic_pathway_5(fn_lithops_66(X))
& fn_lithops_34(X) = fn_photosynthesis_37(fn_lithops_66(X))
& fn_lithops_34(X) = fn_succulent_plant_24(X)
& fn_lithops_66(X) = fn_seed_plant_7(X)
& fn_lithops_66(X) = fn_succulent_plant_41(X)
& fn_lithops_51(X) = fn_leaf_14(fn_lithops_55(X))
& fn_lithops_49(X) = fn_leaf_50(fn_lithops_55(X))
& fn_lithops_52(X) = fn_leaf_12(fn_lithops_55(X))
& fn_lithops_50(X) = fn_leaf_50(fn_lithops_55(X))
& fn_lithops_49(X) = fn_leaf_51(fn_lithops_55(X))
& fn_lithops_51(X) = fn_leaf_16(fn_lithops_55(X))
& fn_lithops_48(X) = fn_leaf_14(fn_lithops_55(X))
& fn_lithops_20(X) = fn_crassulacean_acid_metabolism_157(fn_lithops_66(X))
& fn_lithops_19(X) = fn_crassulacean_acid_metabolism_64(fn_lithops_66(X))
& fn_lithops_32(X) = fn_store_1(fn_lithops_27(X))
& fn_lithops_27(X) = fn_crassulacean_acid_metabolism_144(fn_lithops_66(X))
& fn_lithops_16(X) = fn_crassulacean_acid_metabolism_153(fn_lithops_66(X))
& fn_lithops_28(X) = fn_crassulacean_acid_metabolism_73(fn_lithops_66(X))
& fn_lithops_15(X) = fn_crassulacean_acid_metabolism_152(fn_lithops_66(X))
& fn_lithops_18(X) = fn_crassulacean_acid_metabolism_63(fn_lithops_66(X))
& fn_lithops_25(X) = fn_photosynthesis_4(fn_lithops_66(X))
& fn_lithops_25(X) = fn_crassulacean_acid_metabolism_67(fn_lithops_66(X))
& fn_lithops_24(X) = fn_photosynthesis_3(fn_lithops_66(X))
& fn_lithops_24(X) = fn_crassulacean_acid_metabolism_66(fn_lithops_66(X))
& fn_lithops_17(X) = fn_anabolic_pathway_1(fn_lithops_66(X))
& fn_lithops_29(X) = fn_anabolic_pathway_3(fn_lithops_66(X))
& fn_lithops_17(X) = fn_crassulacean_acid_metabolism_156(fn_lithops_66(X))
& fn_lithops_29(X) = fn_crassulacean_acid_metabolism_143(fn_lithops_66(X))
& fn_lithops_23(X) = fn_photosynthesis_24(fn_lithops_66(X))
& fn_lithops_23(X) = fn_crassulacean_acid_metabolism_147(fn_lithops_66(X))
& fn_lithops_37(X) = fn_crassulacean_acid_metabolism_87(fn_lithops_66(X))
& fn_lithops_32(X) = fn_crassulacean_acid_metabolism_85(fn_lithops_66(X))
& fn_lithops_33(X) = fn_photosynthesis_34(fn_lithops_66(X))
& fn_lithops_33(X) = fn_crassulacean_acid_metabolism_118(fn_lithops_66(X))
& fn_lithops_30(X) = fn_photosynthesis_52(fn_lithops_66(X))
& fn_lithops_30(X) = fn_crassulacean_acid_metabolism_139(fn_lithops_66(X))
& fn_lithops_31(X) = fn_photosynthesis_51(fn_lithops_66(X))
& fn_lithops_31(X) = fn_crassulacean_acid_metabolism_138(fn_lithops_66(X))
& fn_lithops_22(X) = fn_photosynthesis_50(fn_lithops_66(X))
& fn_lithops_22(X) = fn_crassulacean_acid_metabolism_146(fn_lithops_66(X))
& fn_lithops_21(X) = fn_photosynthesis_38(fn_lithops_66(X))
& fn_lithops_21(X) = fn_crassulacean_acid_metabolism_119(fn_lithops_66(X))
& fn_lithops_40(X) = fn_vascular_plant_20(X)
& fn_lithops_58(X) = fn_succulent_plant_46(X)
& fn_lithops_58(X) = fn_vascular_plant_9(X)
& fn_lithops_67(X) = fn_succulent_plant_44(X)
& fn_lithops_67(X) = fn_vascular_plant_15(X)
& fn_lithops_62(X) = fn_succulent_plant_9(X)
& fn_lithops_62(X) = fn_vascular_plant_6(X)
& fn_lithops_47(X) = fn_succulent_plant_43(X)
& fn_lithops_47(X) = fn_vascular_plant_16(X)
& fn_lithops_65(X) = fn_eukaryotic_cell_31(fn_lithops_40(X))
& fn_lithops_13(X) = fn_plant_cell_78(fn_lithops_40(X))
& fn_lithops_11(X) = fn_plant_cell_1(fn_lithops_40(X))
& fn_lithops_42(X) = fn_plant_cell_89(fn_lithops_40(X))
& fn_lithops_12(X) = fn_plant_cell_21(fn_lithops_40(X))
& fn_lithops_41(X) = fn_plant_cell_82(fn_lithops_40(X))
& fn_lithops_9(X) = fn_plant_cell_71(fn_lithops_40(X))
& fn_lithops_64(X) = fn_succulent_plant_49(X)
& fn_lithops_14(X) = fn_succulent_plant_64(X)
& fn_lithops_14(X) = fn_plant_cell_64(fn_lithops_40(X))
& fn_lithops_64(X) = fn_plant_cell_97(fn_lithops_40(X))
& fn_lithops_65(X) = fn_succulent_plant_50(X)
& fn_lithops_65(X) = fn_plant_cell_83(fn_lithops_40(X))
& fn_lithops_40(X) = fn_succulent_plant_38(X)
& fn_lithops_10(X) = fn_succulent_plant_71(X)
& fn_lithops_10(X) = fn_eukaryotic_cell_26(fn_lithops_40(X))
& fn_lithops_10(X) = fn_plant_cell_84(fn_lithops_40(X))
& fn_lithops_35(X) = fn_eukaryotic_cell_23(fn_lithops_40(X))
& fn_lithops_35(X) = fn_plant_cell_63(fn_lithops_40(X))
& fn_lithops_36(X) = fn_plant_cell_59(fn_lithops_40(X))
& fn_photosynthesis_38(fn_lithops_44(X)) = fn_exergonic_reaction_11(fn_lithops_43(X))
& fn_exergonic_reaction_11(fn_lithops_43(X)) = fn_photosynthesis_38(fn_lithops_44(X))
& fn_photosynthesis_38(fn_lithops_44(X)) = fn_cellular_respiration_61(fn_lithops_43(X))
& fn_cellular_respiration_61(fn_lithops_43(X)) = fn_angiosperm_1(X)
& fn_angiosperm_1(X) = fn_succulent_plant_3(X)
& fn_succulent_plant_3(X) = fn_angiosperm_2(X)
& fn_angiosperm_2(X) = fn_succulent_plant_4(X)
& fn_succulent_plant_4(X) = fn_root_27(fn_lithops_58(X))
& fn_root_27(fn_lithops_58(X)) = fn_root_30(fn_lithops_58(X))
& fn_root_30(fn_lithops_58(X)) = fn_root_30(fn_lithops_58(X))
& fn_succulent_plant_42(X) = fn_root_30(fn_lithops_58(X))
& fn_root_30(fn_lithops_58(X)) = fn_succulent_plant_42(X)
& fn_succulent_plant_42(X) = fn_root_26(fn_lithops_58(X))
& fn_root_26(fn_lithops_58(X)) = fn_succulent_plant_58(X)
& fn_succulent_plant_58(X) = fn_succulent_plant_58(X)
& fn_succulent_plant_58(X) = fn_root_11(fn_lithops_58(X))
& fn_root_11(fn_lithops_58(X)) = fn_succulent_plant_1(X)
& fn_succulent_plant_1(X) = fn_succulent_plant_1(X)
& fn_succulent_plant_1(X) = fn_store_2(fn_lithops_68(X))
& fn_store_2(fn_lithops_68(X)) = fn_store_2(fn_lithops_68(X))
& fn_store_2(fn_lithops_68(X)) = fn_store_2(fn_lithops_26(X))
& fn_store_2(fn_lithops_26(X)) = fn_store_2(fn_lithops_27(X))
& fn_store_2(fn_lithops_27(X)) = fn_store_2(fn_lithops_27(X))
& fn_store_2(fn_lithops_27(X)) = fn_anabolic_pathway_5(fn_lithops_66(X))
& fn_anabolic_pathway_5(fn_lithops_66(X)) = fn_store_2(fn_lithops_26(X))
& fn_store_2(fn_lithops_26(X)) = fn_anabolic_pathway_5(fn_lithops_66(X))
& fn_anabolic_pathway_5(fn_lithops_66(X)) = fn_anabolic_pathway_5(fn_lithops_66(X))
& fn_photosynthesis_37(fn_lithops_66(X)) = fn_anabolic_pathway_5(fn_lithops_66(X))
& fn_anabolic_pathway_5(fn_lithops_66(X)) = fn_photosynthesis_37(fn_lithops_66(X))
& fn_succulent_plant_24(X) = fn_succulent_plant_24(X)
& fn_succulent_plant_24(X) = fn_photosynthesis_37(fn_lithops_66(X))
& fn_photosynthesis_37(fn_lithops_66(X)) = fn_succulent_plant_24(X)
& fn_succulent_plant_24(X) = fn_leaf_50(fn_lithops_55(X))
& fn_leaf_50(fn_lithops_55(X)) = fn_leaf_50(fn_lithops_55(X))
& fn_leaf_50(fn_lithops_55(X)) = fn_leaf_51(fn_lithops_55(X))
& fn_leaf_51(fn_lithops_55(X)) = fn_leaf_51(fn_lithops_55(X))
& fn_leaf_51(fn_lithops_55(X)) = fn_leaf_14(fn_lithops_55(X))
& fn_leaf_14(fn_lithops_55(X)) = fn_leaf_16(fn_lithops_55(X))
& fn_leaf_16(fn_lithops_55(X)) = fn_leaf_16(fn_lithops_55(X))
& fn_leaf_16(fn_lithops_55(X)) = fn_succulent_plant_32(X)
& fn_succulent_plant_32(X) = fn_crassulacean_acid_metabolism_73(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_73(fn_lithops_66(X)) = fn_photosynthesis_4(fn_lithops_66(X))
& fn_succulent_plant_31(X) = fn_photosynthesis_4(fn_lithops_66(X))
& fn_photosynthesis_4(fn_lithops_66(X)) = fn_succulent_plant_31(X)
& fn_succulent_plant_31(X) = fn_crassulacean_acid_metabolism_67(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_67(fn_lithops_66(X)) = fn_crassulacean_acid_metabolism_67(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_67(fn_lithops_66(X)) = fn_crassulacean_acid_metabolism_66(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_66(fn_lithops_66(X)) = fn_photosynthesis_3(fn_lithops_66(X))
& fn_photosynthesis_3(fn_lithops_66(X)) = fn_crassulacean_acid_metabolism_66(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_66(fn_lithops_66(X)) = fn_anabolic_pathway_1(fn_lithops_66(X))
& fn_anabolic_pathway_1(fn_lithops_66(X)) = fn_crassulacean_acid_metabolism_156(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_156(fn_lithops_66(X)) = fn_anabolic_pathway_3(fn_lithops_66(X))
& fn_succulent_plant_33(X) = fn_anabolic_pathway_3(fn_lithops_66(X))
& fn_anabolic_pathway_3(fn_lithops_66(X)) = fn_succulent_plant_33(X)
& fn_succulent_plant_33(X) = fn_crassulacean_acid_metabolism_143(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_143(fn_lithops_66(X)) = fn_crassulacean_acid_metabolism_143(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_143(fn_lithops_66(X)) = fn_crassulacean_acid_metabolism_147(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_147(fn_lithops_66(X)) = fn_crassulacean_acid_metabolism_147(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_147(fn_lithops_66(X)) = fn_photosynthesis_24(fn_lithops_66(X))
& fn_photosynthesis_24(fn_lithops_66(X)) = fn_crassulacean_acid_metabolism_147(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_147(fn_lithops_66(X)) = fn_store_1(fn_lithops_68(X))
& fn_store_1(fn_lithops_68(X)) = fn_crassulacean_acid_metabolism_87(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_87(fn_lithops_66(X)) = fn_crassulacean_acid_metabolism_87(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_87(fn_lithops_66(X)) = fn_store_1(fn_lithops_26(X))
& fn_store_1(fn_lithops_26(X)) = fn_succulent_plant_36(X)
& fn_succulent_plant_36(X) = fn_store_1(fn_lithops_27(X))
& fn_store_1(fn_lithops_27(X)) = fn_succulent_plant_36(X)
& fn_succulent_plant_36(X) = fn_crassulacean_acid_metabolism_85(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_85(fn_lithops_66(X)) = fn_crassulacean_acid_metabolism_85(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_85(fn_lithops_66(X)) = fn_crassulacean_acid_metabolism_118(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_118(fn_lithops_66(X)) = fn_crassulacean_acid_metabolism_118(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_118(fn_lithops_66(X)) = fn_photosynthesis_34(fn_lithops_66(X))
& fn_photosynthesis_34(fn_lithops_66(X)) = fn_crassulacean_acid_metabolism_118(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_118(fn_lithops_66(X)) = fn_crassulacean_acid_metabolism_139(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_139(fn_lithops_66(X)) = fn_crassulacean_acid_metabolism_139(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_139(fn_lithops_66(X)) = fn_photosynthesis_52(fn_lithops_66(X))
& fn_photosynthesis_52(fn_lithops_66(X)) = fn_crassulacean_acid_metabolism_139(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_139(fn_lithops_66(X)) = fn_crassulacean_acid_metabolism_138(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_138(fn_lithops_66(X)) = fn_crassulacean_acid_metabolism_138(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_138(fn_lithops_66(X)) = fn_photosynthesis_51(fn_lithops_66(X))
& fn_photosynthesis_51(fn_lithops_66(X)) = fn_crassulacean_acid_metabolism_138(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_138(fn_lithops_66(X)) = fn_photosynthesis_50(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_146(fn_lithops_66(X)) = fn_photosynthesis_50(fn_lithops_66(X))
& fn_photosynthesis_50(fn_lithops_66(X)) = fn_crassulacean_acid_metabolism_146(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_146(fn_lithops_66(X)) = fn_photosynthesis_38(fn_lithops_66(X))
& fn_photosynthesis_38(fn_lithops_66(X)) = fn_photosynthesis_38(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_119(fn_lithops_66(X)) = fn_photosynthesis_38(fn_lithops_66(X))
& fn_photosynthesis_38(fn_lithops_66(X)) = fn_crassulacean_acid_metabolism_119(fn_lithops_66(X))
& fn_crassulacean_acid_metabolism_119(fn_lithops_66(X)) = fn_succulent_plant_41(X)
& fn_succulent_plant_41(X) = fn_succulent_plant_41(X)
& fn_succulent_plant_41(X) = fn_seed_plant_7(X)
& fn_seed_plant_7(X) = fn_succulent_plant_41(X)
& fn_succulent_plant_41(X) = fn_succulent_plant_46(X)
& fn_succulent_plant_46(X) = fn_succulent_plant_46(X)
& fn_vascular_plant_9(X) = fn_succulent_plant_46(X)
& fn_succulent_plant_46(X) = fn_vascular_plant_9(X)
& fn_vascular_plant_9(X) = fn_succulent_plant_44(X)
& fn_vascular_plant_15(X) = fn_succulent_plant_44(X)
& fn_succulent_plant_44(X) = fn_vascular_plant_15(X)
& fn_vascular_plant_15(X) = fn_succulent_plant_9(X)
& fn_vascular_plant_6(X) = fn_succulent_plant_9(X)
& fn_succulent_plant_9(X) = fn_vascular_plant_6(X)
& fn_vascular_plant_6(X) = fn_vascular_plant_16(X)
& fn_vascular_plant_16(X) = fn_succulent_plant_43(X)
& fn_succulent_plant_43(X) = fn_vascular_plant_16(X)
& fn_vascular_plant_16(X) = fn_succulent_plant_51(X)
& fn_succulent_plant_51(X) = fn_plant_cell_82(fn_lithops_40(X))
& fn_plant_cell_82(fn_lithops_40(X)) = fn_plant_cell_82(fn_lithops_40(X))
& fn_plant_cell_82(fn_lithops_40(X)) = fn_plant_cell_64(fn_lithops_40(X))
& fn_plant_cell_64(fn_lithops_40(X)) = fn_plant_cell_64(fn_lithops_40(X))
& fn_plant_cell_64(fn_lithops_40(X)) = fn_succulent_plant_64(X)
& fn_succulent_plant_64(X) = fn_plant_cell_64(fn_lithops_40(X))
& fn_plant_cell_64(fn_lithops_40(X)) = fn_succulent_plant_49(X)
& fn_exocytosis_26(fn_lithops_63(X)) = fn_succulent_plant_49(X)
& fn_succulent_plant_49(X) = fn_succulent_plant_49(X)
& fn_succulent_plant_49(X) = fn_exocytosis_26(fn_lithops_63(X))
& fn_exocytosis_26(fn_lithops_63(X)) = fn_exocytosis_26(fn_lithops_63(X))
& fn_exocytosis_26(fn_lithops_63(X)) = fn_plant_cell_97(fn_lithops_40(X))
& fn_plant_cell_97(fn_lithops_40(X)) = fn_plant_cell_97(fn_lithops_40(X))
& fn_plant_cell_97(fn_lithops_40(X)) = fn_succulent_plant_50(X)
& fn_succulent_plant_50(X) = fn_eukaryotic_cell_31(fn_lithops_40(X))
& fn_eukaryotic_cell_31(fn_lithops_40(X)) = fn_succulent_plant_50(X)
& fn_succulent_plant_50(X) = fn_succulent_plant_50(X)
& fn_plant_cell_83(fn_lithops_40(X)) = fn_plant_cell_83(fn_lithops_40(X))
& fn_plant_cell_83(fn_lithops_40(X)) = fn_succulent_plant_50(X)
& fn_succulent_plant_50(X) = fn_plant_cell_83(fn_lithops_40(X))
& fn_plant_cell_83(fn_lithops_40(X)) = fn_succulent_plant_71(X)
& fn_succulent_plant_71(X) = fn_succulent_plant_71(X)
& fn_succulent_plant_71(X) = fn_eukaryotic_cell_26(fn_lithops_40(X))
& fn_plant_cell_84(fn_lithops_40(X)) = fn_eukaryotic_cell_26(fn_lithops_40(X))
& fn_eukaryotic_cell_26(fn_lithops_40(X)) = fn_plant_cell_84(fn_lithops_40(X))
& fn_plant_cell_84(fn_lithops_40(X)) = fn_photosynthesis_28(fn_lithops_66(X))
& fn_photosynthesis_28(fn_lithops_66(X)) = fn_eukaryotic_cell_23(fn_lithops_40(X))
& fn_eukaryotic_cell_23(fn_lithops_40(X)) = fn_photosynthesis_28(fn_lithops_66(X))
& fn_photosynthesis_28(fn_lithops_66(X)) = fn_plant_cell_63(fn_lithops_40(X))
& fn_plant_cell_63(fn_lithops_40(X)) = fn_plant_cell_63(fn_lithops_40(X))
& fn_plant_cell_63(fn_lithops_40(X)) = fn_metabolic_pathway_1(fn_lithops_66(X))
& fn_metabolic_pathway_1(fn_lithops_66(X)) = fn_succulent_plant_38(X)
& fn_succulent_plant_38(X) = fn_succulent_plant_38(X)
& fn_succulent_plant_38(X) = fn_vascular_plant_20(X)
& fn_vascular_plant_20(X) = fn_succulent_plant_38(X) ) ) ).
fof(a530686,axiom,
! [X] :
( littoral_zone_1(X)
=> ( original_name_2(X,'Littoral-Zone')
& user_description_2(X,'The shallow, well-lit, nearshore waters of a lake.')
& concept2words_2(X,'zone of littoral')
& concept2words_2(X,'littoral zone')
& concept2words_2(X,'littoral-zone')
& aquatic_zone_1(X)
& ~ abyssal_zone_1(X)
& ~ aphotic_zone_1(X)
& ~ benthic_zone_1(X)
& ~ deep_sea_hydrothermal_vent_1(X)
& ~ estuary_1(X)
& ~ eutrophic_lake_1(X)
& ~ intertidal_zone_1(X)
& ~ limnetic_zone_1(X)
& ~ marine_benthic_zone_1(X)
& ~ neritic_zone_1(X)
& ~ oceanic_pelagic_zone_1(X)
& ~ oligotrophic_lake_1(X)
& ~ photic_zone_1(X) ) ) ).
fof(a530687,axiom,
! [X] :
( liver_1(X)
=> ( original_name_2(X,'Liver')
& user_description_2(X,'Large and complicated reddish-brown glandular organ located in the upper right portion of the abdominal cavity; secretes bile and functions in metabolism of protein and carbohydrate and fat; synthesizes substances involved in the clotting of the blood; synthesizes vitamin A; detoxifies poisonous substances and breaks down worn-out erythrocytes')
& concept2words_2(X,liver)
& secretory_organ_1(X)
& liver_cell_1(fn_liver_1(X))
& secretor_1(fn_liver_2(X))
& blood_vessel_1(fn_liver_3(X))
& gallbladder_1(fn_liver_4(X))
& store_1(fn_liver_5(X))
& chemical_entity_1(fn_liver_6(X))
& container_1(fn_liver_7(X))
& store_1(fn_liver_8(X))
& glycogen_1(fn_liver_9(X))
& produce_1(fn_liver_10(X))
& entity_1(fn_liver_11(X))
& tangible_entity_1(fn_liver_11(X))
& bile_1(fn_liver_11(X))
& release_1(fn_liver_12(X))
& entity_1(fn_store_1(fn_liver_8(X)))
& tangible_entity_1(fn_produce_1(fn_liver_10(X)))
& store_1(fn_gallbladder_2(fn_liver_4(X)))
& container_1(fn_store_3(fn_liver_8(X)))
& entity_1(fn_create_1(fn_liver_10(X)))
& tangible_entity_1(fn_release_1(fn_liver_12(X)))
& bile_1(fn_gallbladder_3(fn_liver_4(X)))
& tangible_entity_1(fn_release_2(fn_liver_12(X)))
& spatial_entity_1(fn_store_2(fn_liver_8(X)))
& has_function_2(X,fn_liver_8(X))
& plays_2(X,fn_liver_2(X))
& has_part_2(X,fn_liver_1(X))
& abuts_2(fn_liver_1(X),fn_liver_3(X))
& next_event_2(fn_liver_10(X),fn_liver_12(X))
& is_inside_2(fn_liver_11(X),X)
& origin_2(fn_liver_12(X),X)
& destination_2(fn_liver_12(X),fn_liver_4(X))
& abuts_2(fn_liver_3(X),fn_liver_1(X))
& result_2(fn_liver_10(X),fn_liver_11(X))
& object_2(fn_liver_12(X),fn_liver_11(X))
& object_2(fn_liver_8(X),fn_liver_9(X))
& raw_material_2(fn_liver_10(X),fn_liver_6(X))
& base_2(fn_liver_12(X),X)
& object_2(fn_liver_5(X),fn_liver_11(X))
& has_function_2(fn_liver_4(X),fn_liver_5(X))
& base_2(fn_liver_5(X),fn_liver_4(X))
& base_2(fn_liver_8(X),X)
& plays_2(X,fn_liver_7(X))
& in_event_2(fn_liver_7(X),fn_liver_8(X))
& fn_liver_11(X) = fn_create_1(fn_liver_10(X))
& fn_liver_11(X) = fn_release_1(fn_liver_12(X))
& fn_liver_9(X) = fn_store_1(fn_liver_8(X))
& fn_liver_6(X) = fn_produce_1(fn_liver_10(X))
& X = fn_release_2(fn_liver_12(X))
& fn_liver_11(X) = fn_gallbladder_3(fn_liver_4(X))
& fn_liver_5(X) = fn_gallbladder_2(fn_liver_4(X))
& fn_liver_7(X) = fn_store_3(fn_liver_8(X))
& X = fn_store_2(fn_liver_8(X))
& fn_create_1(fn_liver_10(X)) = fn_release_1(fn_liver_12(X))
& fn_release_1(fn_liver_12(X)) = fn_release_1(fn_liver_12(X))
& fn_release_1(fn_liver_12(X)) = fn_gallbladder_3(fn_liver_4(X))
& fn_gallbladder_3(fn_liver_4(X)) = fn_release_2(fn_liver_12(X))
& fn_release_2(fn_liver_12(X)) = fn_store_2(fn_liver_8(X))
& fn_store_2(fn_liver_8(X)) = fn_store_2(fn_liver_8(X)) ) ) ).
fof(a530688,axiom,
! [X] :
( liver_cell_1(X)
=> ( original_name_2(X,'Liver-Cell')
& user_description_2(X,'The cells of the liver which is largest gland in the body, and is situated slightly below the diaphragm and to the right of to the stomach.')
& concept2words_2(X,'cell of liver')
& concept2words_2(X,'liver cell')
& concept2words_2(X,'liver-cell')
& vertebrate_cell_1(X)
& increase_1(fn_liver_cell_1(X))
& release_1(fn_liver_cell_2(X))
& quantity_value_1(fn_liver_cell_4(X))
& albumin_1(fn_liver_cell_5(X))
& er_membrane_1(fn_liver_cell_6(X))
& protein_enzyme_1(fn_liver_cell_7(X))
& chemical_entity_1(fn_liver_cell_8(X))
& detoxification_1(fn_liver_cell_9(X))
& synthesis_reaction_1(fn_liver_cell_10(X))
& synthesis_reaction_1(fn_liver_cell_11(X))
& chemical_reaction_1(fn_liver_cell_11(X))
& anabolic_pathway_1(fn_liver_cell_11(X))
& synthesis_of_lipid_1(fn_liver_cell_11(X))
& synthesis_reaction_1(fn_liver_cell_12(X))
& metabolism_1(fn_liver_cell_13(X))
& tangible_entity_1(fn_liver_cell_14(X))
& biomembrane_1(fn_liver_cell_14(X))
& er_membrane_1(fn_liver_cell_14(X))
& cisterna_1(fn_liver_cell_15(X))
& aqueous_solution_1(fn_liver_cell_16(X))
& protein_enzyme_1(fn_liver_cell_17(X))
& enzyme_1(fn_liver_cell_17(X))
& store_1(fn_liver_cell_18(X))
& release_1(fn_liver_cell_19(X))
& release_1(fn_liver_cell_20(X))
& release_1(fn_liver_cell_21(X))
& transfer_1(fn_liver_cell_22(X))
& transport_vesicle_1(fn_liver_cell_23(X))
& produce_1(fn_liver_cell_24(X))
& expand_1(fn_liver_cell_25(X))
& expand_1(fn_liver_cell_26(X))
& chemical_entity_1(fn_liver_cell_27(X))
& glycolipid_1(fn_liver_cell_27(X))
& lipid_1(fn_liver_cell_27(X))
& biomembrane_1(fn_liver_cell_28(X))
& synthesis_reaction_1(fn_liver_cell_29(X))
& produce_1(fn_liver_cell_30(X))
& transport_vesicle_1(fn_liver_cell_31(X))
& add_1(fn_liver_cell_32(X))
& remove_1(fn_liver_cell_33(X))
& spatial_entity_1(fn_liver_cell_34(X))
& drug_1(fn_liver_cell_34(X))
& barbiturate_1(fn_liver_cell_35(X))
& spatial_entity_1(fn_liver_cell_35(X))
& alcohol_1(fn_liver_cell_36(X))
& liver_cell_1(fn_liver_cell_37(X))
& move_1(fn_liver_cell_38(X))
& cellular_work_1(fn_liver_cell_39(X))
& active_transport_1(fn_liver_cell_39(X))
& active_movement_of_ions_1(fn_liver_cell_39(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_liver_cell_39(X))
& aqueous_solution_1(fn_liver_cell_40(X))
& tangible_entity_1(fn_liver_cell_41(X))
& phospholipid_bilayer_1(fn_liver_cell_41(X))
& intermembrane_space_1(fn_liver_cell_42(X))
& glycogen_breakdown_in_vertebrates_1(fn_liver_cell_43(X))
& chemical_entity_1(fn_liver_cell_44(X))
& molecule_1(fn_liver_cell_44(X))
& glucose_1_phosphate_1(fn_liver_cell_44(X))
& phosphorylated_intermediate_1(fn_liver_cell_44(X))
& phosphorylation_1(fn_liver_cell_45(X))
& add_1(fn_liver_cell_46(X))
& tangible_entity_1(fn_liver_cell_47(X))
& spatial_entity_1(fn_liver_cell_47(X))
& biomembrane_1(fn_liver_cell_47(X))
& nuclear_membrane_1(fn_liver_cell_47(X))
& synthesis_of_endomembranous_system_membrane_1(fn_liver_cell_48(X))
& rough_endoplasmic_reticulum_1(fn_liver_cell_49(X))
& store_1(fn_liver_cell_50(X))
& entity_1(fn_liver_cell_51(X))
& storage_polysaccharide_1(fn_liver_cell_51(X))
& spatial_entity_1(fn_liver_cell_51(X))
& tangible_entity_1(fn_liver_cell_51(X))
& chemical_entity_1(fn_liver_cell_51(X))
& molecule_1(fn_liver_cell_51(X))
& glycogen_1(fn_liver_cell_51(X))
& smooth_endoplasmic_reticulum_1(fn_liver_cell_52(X))
& endoplasmic_reticulum_1(fn_liver_cell_52(X))
& obtain_1(fn_liver_cell_53(X))
& detoxification_1(fn_liver_cell_54(X))
& tangible_entity_1(fn_liver_cell_55(X))
& nucleus_1(fn_liver_cell_55(X))
& tangible_entity_1(fn_liver_cell_56(X))
& spatial_entity_1(fn_liver_cell_56(X))
& biomembrane_1(fn_liver_cell_56(X))
& animal_plasma_membrane_1(fn_liver_cell_56(X))
& plasma_membrane_1(fn_liver_cell_56(X))
& spatial_entity_1(fn_liver_cell_57(X))
& cisternal_space_1(fn_liver_cell_57(X))
& protein_1(fn_liver_cell_58(X))
& organic_molecule_1(fn_liver_cell_58(X))
& polymer_1(fn_liver_cell_58(X))
& spatial_entity_1(fn_liver_cell_58(X))
& membrane_protein_1(fn_liver_cell_58(X))
& tangible_entity_1(fn_liver_cell_58(X))
& transmembrane_protein_1(fn_liver_cell_58(X))
& integral_protein_1(fn_liver_cell_58(X))
& transport_protein_1(fn_liver_cell_58(X))
& sodium_potassium_pump_1(fn_liver_cell_58(X))
& tangible_entity_1(fn_liver_cell_59(X))
& membrane_protein_1(fn_liver_cell_59(X))
& spatial_entity_1(fn_liver_cell_59(X))
& polymer_1(fn_liver_cell_59(X))
& protein_1(fn_liver_cell_59(X))
& organic_molecule_1(fn_liver_cell_59(X))
& transmembrane_protein_1(fn_liver_cell_59(X))
& integrin_1(fn_liver_cell_59(X))
& microtubule_1(fn_liver_cell_60(X))
& create_1(fn_liver_cell_61(X))
& produce_1(fn_liver_cell_61(X))
& substance_1(fn_liver_cell_62(X))
& cytosol_1(fn_liver_cell_62(X))
& spatial_entity_1(fn_liver_cell_63(X))
& chemical_entity_1(fn_liver_cell_63(X))
& lipid_1(fn_liver_cell_63(X))
& glycolipid_1(fn_liver_cell_63(X))
& carbon_skeleton_1(fn_liver_cell_64(X))
& size_value_1(fn_liver_cell_65(X))
& cell_pole_1(fn_liver_cell_66(X))
& cell_pole_1(fn_liver_cell_67(X))
& surface_1(fn_liver_cell_68(X))
& volume_value_1(fn_liver_cell_69(X))
& eukaryotic_cellular_respiration_1(fn_liver_cell_70(X))
& centrosome_1(fn_liver_cell_71(X))
& eukaryotic_chromosome_1(fn_liver_cell_72(X))
& chromosome_1(fn_liver_cell_72(X))
& eukaryotic_ribosome_1(fn_liver_cell_73(X))
& mixture_1(fn_liver_cell_74(X))
& cytoplasm_1(fn_liver_cell_74(X))
& support_1(fn_liver_cell_75(X))
& support_1(fn_liver_cell_76(X))
& golgi_apparatus_1(fn_liver_cell_79(X))
& outside_face_1(fn_liver_cell_80(X))
& extracellular_side_1(fn_liver_cell_80(X))
& surface_1(fn_liver_cell_80(X))
& hydrophobic_core_1(fn_liver_cell_81(X))
& attach_1(fn_liver_cell_82(X))
& nuclear_lamina_1(fn_liver_cell_83(X))
& chemical_entity_1(fn_liver_cell_84(X))
& synthesis_reaction_1(fn_liver_cell_85(X))
& decrease_1(fn_liver_cell_86(X))
& catalyst_1(fn_liver_cell_87(X))
& protein_enzyme_1(fn_liver_cell_88(X))
& enzyme_1(fn_liver_cell_88(X))
& active_site_1(fn_liver_cell_89(X))
& entity_1(fn_liver_cell_90(X))
& peroxisome_1(fn_liver_cell_90(X))
& lysosome_1(fn_liver_cell_91(X))
& endergonic_reaction_1(fn_liver_cell_92(X))
& synthesis_reaction_1(fn_liver_cell_92(X))
& anabolic_pathway_1(fn_liver_cell_92(X))
& metabolic_pathway_1(fn_liver_cell_92(X))
& synthesis_of_lipid_1(fn_liver_cell_92(X))
& chemical_reaction_1(fn_liver_cell_92(X))
& semiautonomous_organelle_1(fn_liver_cell_93(X))
& organelle_1(fn_liver_cell_93(X))
& mitochondrion_1(fn_liver_cell_93(X))
& attach_1(fn_liver_cell_94(X))
& spatial_entity_1(fn_liver_cell_95(X))
& polymer_1(fn_liver_cell_95(X))
& organic_molecule_1(fn_liver_cell_95(X))
& tangible_entity_1(fn_liver_cell_95(X))
& membrane_protein_1(fn_liver_cell_95(X))
& protein_1(fn_liver_cell_95(X))
& chemical_reaction_1(fn_liver_cell_96(X))
& decomposition_reaction_1(fn_liver_cell_96(X))
& add_1(fn_liver_cell_97(X))
& increase_1(fn_liver_cell_98(X))
& drug_1(fn_liver_cell_99(X))
& barbiturate_1(fn_liver_cell_99(X))
& drug_1(fn_liver_cell_100(X))
& alcohol_1(fn_liver_cell_101(X))
& transfer_1(fn_liver_cell_102(X))
& transfer_1(fn_liver_cell_103(X))
& catabolic_pathway_1(fn_liver_cell_104(X))
& metabolic_pathway_1(fn_liver_cell_105(X))
& endergonic_process_1(fn_liver_cell_105(X))
& chemical_reaction_1(fn_liver_cell_105(X))
& synthesis_of_organic_molecule_1(fn_liver_cell_105(X))
& anabolic_pathway_1(fn_liver_cell_105(X))
& synthesis_of_atp_1(fn_liver_cell_105(X))
& eukaryotic_oxidative_phosphorylation_1(fn_liver_cell_106(X))
& electron_transport_chain_pathway_1(fn_liver_cell_107(X))
& remove_1(fn_liver_cell_108(X))
& synthesis_reaction_1(fn_liver_cell_109(X))
& metabolism_1(fn_liver_cell_110(X))
& aqueous_solution_1(fn_liver_cell_111(X))
& biomembrane_1(fn_liver_cell_112(X))
& protein_enzyme_1(fn_liver_cell_113(X))
& catalase_1(fn_liver_cell_114(X))
& size_value_1(fn_liver_cell_115(X))
& grow_1(fn_liver_cell_116(X))
& entity_1(fn_liver_cell_117(X))
& lipid_1(fn_liver_cell_117(X))
& receive_1(fn_liver_cell_118(X))
& transfer_1(fn_liver_cell_118(X))
& synthesis_of_lipid_1(fn_liver_cell_119(X))
& protein_enzyme_1(fn_liver_cell_121(X))
& phospholipid_1(fn_liver_cell_122(X))
& entity_1(fn_liver_cell_122(X))
& nuclear_lamina_1(fn_nucleus_14(fn_liver_cell_55(X)))
& transfer_1(fn_smooth_endoplasmic_reticulum_4(fn_liver_cell_52(X)))
& add_1(fn_detoxification_15(fn_liver_cell_54(X)))
& alcohol_1(fn_detoxification_4(fn_liver_cell_54(X)))
& remove_1(fn_detoxification_8(fn_liver_cell_54(X)))
& protein_enzyme_1(fn_smooth_endoplasmic_reticulum_37(fn_liver_cell_52(X)))
& enzyme_1(fn_smooth_endoplasmic_reticulum_37(fn_liver_cell_52(X)))
& expand_1(fn_smooth_endoplasmic_reticulum_19(fn_liver_cell_52(X)))
& produce_1(fn_smooth_endoplasmic_reticulum_20(fn_liver_cell_52(X)))
& transport_vesicle_1(fn_smooth_endoplasmic_reticulum_21(fn_liver_cell_52(X)))
& release_1(fn_smooth_endoplasmic_reticulum_9(fn_liver_cell_52(X)))
& store_1(fn_smooth_endoplasmic_reticulum_38(fn_liver_cell_52(X)))
& metabolism_1(fn_smooth_endoplasmic_reticulum_6(fn_liver_cell_52(X)))
& add_1(fn_detoxification_15(fn_liver_cell_9(X)))
& increase_1(fn_detoxification_16(fn_liver_cell_9(X)))
& alcohol_1(fn_detoxification_4(fn_liver_cell_9(X)))
& remove_1(fn_detoxification_8(fn_liver_cell_9(X)))
& property_node_1(fn_peroxisome_53(fn_liver_cell_90(X)))
& entity_1(fn_peroxisome_29(fn_liver_cell_90(X)))
& lipid_1(fn_peroxisome_29(fn_liver_cell_90(X)))
& metabolism_1(fn_peroxisome_7(fn_liver_cell_90(X)))
& catalase_1(fn_peroxisome_42(fn_liver_cell_90(X)))
& transfer_1(fn_peroxisome_47(fn_liver_cell_90(X)))
& receive_1(fn_peroxisome_47(fn_liver_cell_90(X)))
& synthesis_of_lipid_1(fn_peroxisome_28(fn_liver_cell_90(X)))
& biomembrane_1(fn_peroxisome_25(fn_liver_cell_90(X)))
& aqueous_solution_1(fn_peroxisome_26(fn_liver_cell_90(X)))
& size_value_1(fn_peroxisome_52(fn_liver_cell_90(X)))
& grow_1(fn_peroxisome_49(fn_liver_cell_90(X)))
& synthesis_reaction_1(fn_peroxisome_30(fn_liver_cell_90(X)))
& chemical_reaction_1(fn_peroxisome_32(fn_liver_cell_90(X)))
& decomposition_reaction_1(fn_peroxisome_32(fn_liver_cell_90(X)))
& synthesis_reaction_1(fn_endoplasmic_reticulum_35(fn_liver_cell_52(X)))
& chemical_entity_1(fn_endoplasmic_reticulum_16(fn_liver_cell_52(X)))
& biomembrane_1(fn_endoplasmic_reticulum_4(fn_liver_cell_52(X)))
& synthesis_reaction_1(fn_endoplasmic_reticulum_15(fn_liver_cell_52(X)))
& synthesis_reaction_1(fn_endoplasmic_reticulum_38(fn_liver_cell_52(X)))
& chemical_entity_1(fn_endoplasmic_reticulum_39(fn_liver_cell_52(X)))
& expand_1(fn_endoplasmic_reticulum_20(fn_liver_cell_52(X)))
& produce_1(fn_endoplasmic_reticulum_21(fn_liver_cell_52(X)))
& transport_vesicle_1(fn_endoplasmic_reticulum_22(fn_liver_cell_52(X)))
& release_1(fn_endoplasmic_reticulum_36(fn_liver_cell_52(X)))
& eukaryotic_ribosome_1(fn_rough_endoplasmic_reticulum_56(fn_liver_cell_49(X)))
& lysosome_1(fn_rough_endoplasmic_reticulum_28(fn_liver_cell_49(X)))
& spatial_entity_1(fn_remove_2(fn_liver_cell_33(X)))
& decrease_1(fn_enzyme_5(fn_liver_cell_88(X)))
& active_site_1(fn_enzyme_2(fn_liver_cell_88(X)))
& catalyst_1(fn_enzyme_6(fn_liver_cell_88(X)))
& intermembrane_space_1(fn_rough_endoplasmic_reticulum_17(fn_liver_cell_49(X)))
& entity_1(fn_store_1(fn_liver_cell_50(X)))
& spatial_entity_1(fn_add_2(fn_liver_cell_46(X)))
& storage_polysaccharide_1(fn_storage_polysaccharide_breakdown_2(fn_liver_cell_43(X)))
& glycogen_1(fn_glycogen_breakdown_17(fn_liver_cell_43(X)))
& spatial_entity_1(fn_glycogen_breakdown_in_vertebrates_32(fn_liver_cell_43(X)))
& tangible_entity_1(fn_glycogen_breakdown_in_vertebrates_32(fn_liver_cell_43(X)))
& chemical_entity_1(fn_glycogen_breakdown_in_vertebrates_32(fn_liver_cell_43(X)))
& molecule_1(fn_glycogen_breakdown_in_vertebrates_32(fn_liver_cell_43(X)))
& glycogen_1(fn_glycogen_breakdown_in_vertebrates_32(fn_liver_cell_43(X)))
& attach_1(fn_animal_plasma_membrane_66(fn_liver_cell_56(X)))
& attach_1(fn_animal_plasma_membrane_23(fn_liver_cell_56(X)))
& attach_1(fn_animal_plasma_membrane_52(fn_liver_cell_56(X)))
& attach_1(fn_animal_plasma_membrane_77(fn_liver_cell_56(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_liver_cell_56(X)))
& hydrophobic_core_1(fn_animal_plasma_membrane_51(fn_liver_cell_56(X)))
& surface_1(fn_transmembrane_protein_5(fn_liver_cell_59(X)))
& outside_face_1(fn_transmembrane_protein_5(fn_liver_cell_59(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_liver_cell_56(X)))
& outside_face_1(fn_animal_plasma_membrane_55(fn_liver_cell_56(X)))
& extracellular_side_1(fn_animal_plasma_membrane_55(fn_liver_cell_56(X)))
& surface_1(fn_animal_plasma_membrane_55(fn_liver_cell_56(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_liver_cell_56(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_liver_cell_56(X)))
& protein_1(fn_plasma_membrane_68(fn_liver_cell_56(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_liver_cell_56(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_liver_cell_56(X)))
& protein_1(fn_plasma_membrane_54(fn_liver_cell_56(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_liver_cell_56(X)))
& polymer_1(fn_plasma_membrane_54(fn_liver_cell_56(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_liver_cell_56(X)))
& spatial_entity_1(fn_integrin_9(fn_liver_cell_59(X)))
& polymer_1(fn_integrin_9(fn_liver_cell_59(X)))
& organic_molecule_1(fn_integrin_9(fn_liver_cell_59(X)))
& tangible_entity_1(fn_integrin_9(fn_liver_cell_59(X)))
& membrane_protein_1(fn_integrin_9(fn_liver_cell_59(X)))
& protein_1(fn_integrin_9(fn_liver_cell_59(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_liver_cell_56(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_liver_cell_56(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_liver_cell_56(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_liver_cell_56(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_liver_cell_56(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_liver_cell_56(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_liver_cell_56(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_liver_cell_56(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_liver_cell_56(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_liver_cell_56(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_liver_cell_56(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_liver_cell_56(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_liver_cell_56(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_liver_cell_56(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_liver_cell_56(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_liver_cell_56(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_liver_cell_56(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_liver_cell_56(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_liver_cell_56(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_liver_cell_56(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_liver_cell_56(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_liver_cell_56(X)))
& polymer_1(fn_integrin_8(fn_liver_cell_59(X)))
& spatial_entity_1(fn_integrin_8(fn_liver_cell_59(X)))
& membrane_protein_1(fn_integrin_8(fn_liver_cell_59(X)))
& tangible_entity_1(fn_integrin_8(fn_liver_cell_59(X)))
& transmembrane_protein_1(fn_integrin_8(fn_liver_cell_59(X)))
& integral_protein_1(fn_integrin_8(fn_liver_cell_59(X)))
& transport_protein_1(fn_integrin_8(fn_liver_cell_59(X)))
& sodium_potassium_pump_1(fn_integrin_8(fn_liver_cell_59(X)))
& release_1(fn_smooth_endoplasmic_reticulum_31(fn_liver_cell_52(X)))
& release_1(fn_smooth_endoplasmic_reticulum_25(fn_liver_cell_52(X)))
& eukaryotic_chromosome_1(fn_nucleus_6(fn_liver_cell_55(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_liver_cell_52(X)))
& electron_transport_chain_pathway_1(fn_eukaryotic_oxidative_phosphorylation_333(fn_liver_cell_106(X)))
& endergonic_process_1(fn_eukaryotic_oxidative_phosphorylation_324(fn_liver_cell_106(X)))
& chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_324(fn_liver_cell_106(X)))
& synthesis_of_organic_molecule_1(fn_eukaryotic_oxidative_phosphorylation_324(fn_liver_cell_106(X)))
& anabolic_pathway_1(fn_eukaryotic_oxidative_phosphorylation_324(fn_liver_cell_106(X)))
& synthesis_of_atp_1(fn_eukaryotic_oxidative_phosphorylation_324(fn_liver_cell_106(X)))
& metabolic_pathway_1(fn_eukaryotic_oxidative_phosphorylation_324(fn_liver_cell_106(X)))
& tangible_entity_1(fn_biomembrane_63(fn_liver_cell_56(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_liver_cell_56(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_liver_cell_56(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_liver_cell_56(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_liver_cell_56(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_liver_cell_56(X)))
& tangible_entity_1(fn_integrin_29(fn_liver_cell_59(X)))
& phospholipid_bilayer_1(fn_integrin_29(fn_liver_cell_59(X)))
& tangible_entity_1(fn_animal_plasma_membrane_67(fn_liver_cell_56(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_liver_cell_59(X)))
& spatial_entity_1(fn_integrin_30(fn_liver_cell_59(X)))
& biomembrane_1(fn_integrin_30(fn_liver_cell_59(X)))
& animal_plasma_membrane_1(fn_integrin_30(fn_liver_cell_59(X)))
& plasma_membrane_1(fn_integrin_30(fn_liver_cell_59(X)))
& drug_1(fn_detoxification_13(fn_liver_cell_54(X)))
& barbiturate_1(fn_detoxification_3(fn_liver_cell_54(X)))
& spatial_entity_1(fn_add_2(fn_liver_cell_32(X)))
& drug_1(fn_detoxification_13(fn_liver_cell_9(X)))
& protein_enzyme_1(fn_detoxification_5(fn_liver_cell_9(X)))
& protein_enzyme_1(fn_peroxisome_2(fn_liver_cell_90(X)))
& protein_enzyme_1(fn_peroxisome_43(fn_liver_cell_90(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_liver_cell_47(X)))
& aqueous_solution_1(fn_nucleus_17(fn_liver_cell_55(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_liver_cell_47(X)))
& organelle_1(fn_eukaryotic_oxidative_phosphorylation_322(fn_liver_cell_106(X)))
& mitochondrion_1(fn_eukaryotic_oxidative_phosphorylation_322(fn_liver_cell_106(X)))
& semiautonomous_organelle_1(fn_eukaryotic_oxidative_phosphorylation_322(fn_liver_cell_106(X)))
& mitochondrion_1(fn_endoplasmic_reticulum_14(fn_liver_cell_52(X)))
& cisterna_1(fn_smooth_endoplasmic_reticulum_29(fn_liver_cell_52(X)))
& cisterna_1(fn_endoplasmic_reticulum_3(fn_liver_cell_52(X)))
& aqueous_solution_1(fn_endoplasmic_reticulum_17(fn_liver_cell_52(X)))
& aqueous_solution_1(fn_rough_endoplasmic_reticulum_24(fn_liver_cell_49(X)))
& attach_1(fn_endoplasmic_reticulum_27(fn_liver_cell_52(X)))
& attach_1(fn_rough_endoplasmic_reticulum_20(fn_liver_cell_49(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_liver_cell_52(X)))
& synthesis_reaction_1(fn_rough_endoplasmic_reticulum_22(fn_liver_cell_49(X)))
& chemical_entity_1(fn_endoplasmic_reticulum_34(fn_liver_cell_52(X)))
& glycolipid_1(fn_endoplasmic_reticulum_34(fn_liver_cell_52(X)))
& chemical_entity_1(fn_rough_endoplasmic_reticulum_30(fn_liver_cell_49(X)))
& glycolipid_1(fn_rough_endoplasmic_reticulum_30(fn_liver_cell_49(X)))
& lipid_1(fn_rough_endoplasmic_reticulum_30(fn_liver_cell_49(X)))
& tangible_entity_1(fn_smooth_endoplasmic_reticulum_28(fn_liver_cell_52(X)))
& er_membrane_1(fn_smooth_endoplasmic_reticulum_28(fn_liver_cell_52(X)))
& biomembrane_1(fn_smooth_endoplasmic_reticulum_28(fn_liver_cell_52(X)))
& tangible_entity_1(fn_endoplasmic_reticulum_30(fn_liver_cell_52(X)))
& er_membrane_1(fn_endoplasmic_reticulum_30(fn_liver_cell_52(X)))
& biomembrane_1(fn_endoplasmic_reticulum_30(fn_liver_cell_52(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_87(fn_liver_cell_49(X)))
& biomembrane_1(fn_rough_endoplasmic_reticulum_87(fn_liver_cell_49(X)))
& er_membrane_1(fn_rough_endoplasmic_reticulum_87(fn_liver_cell_49(X)))
& mixture_1(fn_rough_endoplasmic_reticulum_32(fn_liver_cell_49(X)))
& cytoplasm_1(fn_rough_endoplasmic_reticulum_32(fn_liver_cell_49(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_27(fn_liver_cell_49(X)))
& nucleus_1(fn_rough_endoplasmic_reticulum_27(fn_liver_cell_49(X)))
& entity_1(fn_receive_1(fn_liver_cell_118(X)))
& peroxisome_1(fn_rough_endoplasmic_reticulum_19(fn_liver_cell_49(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_liver_cell_52(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_liver_cell_52(X)))
& cytosol_1(fn_endoplasmic_reticulum_2(fn_liver_cell_52(X)))
& substance_1(fn_endoplasmic_reticulum_40(fn_liver_cell_52(X)))
& cytosol_1(fn_endoplasmic_reticulum_40(fn_liver_cell_52(X)))
& substance_1(fn_rough_endoplasmic_reticulum_23(fn_liver_cell_49(X)))
& cytosol_1(fn_rough_endoplasmic_reticulum_23(fn_liver_cell_49(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_liver_cell_56(X)))
& spatial_entity_1(fn_store_2(fn_liver_cell_50(X)))
& tangible_entity_1(fn_support_1(fn_liver_cell_75(X)))
& entity_1(fn_obtain_1(fn_liver_cell_53(X)))
& eukaryotic_cell_1(fn_eukaryotic_oxidative_phosphorylation_334(fn_liver_cell_106(X)))
& liver_cell_1(fn_detoxification_12(fn_liver_cell_54(X)))
& liver_cell_1(fn_detoxification_12(fn_liver_cell_9(X)))
& eukaryotic_cell_1(fn_endoplasmic_reticulum_11(fn_liver_cell_52(X)))
& cell_1(fn_endoplasmic_reticulum_11(fn_liver_cell_52(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_62(fn_liver_cell_49(X)))
& eukaryotic_cell_1(fn_rough_endoplasmic_reticulum_62(fn_liver_cell_49(X)))
& cell_1(fn_rough_endoplasmic_reticulum_62(fn_liver_cell_49(X)))
& phospholipid_1(fn_smooth_endoplasmic_reticulum_47(fn_liver_cell_52(X)))
& entity_1(fn_transfer_1(fn_liver_cell_118(X)))
& barbiturate_1(fn_detoxification_3(fn_liver_cell_9(X)))
& spatial_entity_1(fn_remove_1(fn_liver_cell_33(X)))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_53(fn_liver_cell_48(X)))
& chemical_entity_1(fn_synthesis_of_endomembranous_system_membrane_53(fn_liver_cell_48(X)))
& glycolipid_1(fn_synthesis_of_endomembranous_system_membrane_53(fn_liver_cell_48(X)))
& lipid_1(fn_synthesis_of_endomembranous_system_membrane_53(fn_liver_cell_48(X)))
& glycolipid_1(fn_biomembrane_29(fn_liver_cell_47(X)))
& carbon_skeleton_1(fn_lipid_14(fn_liver_cell_63(X)))
& carbon_skeleton_1(fn_glycolipid_4(fn_liver_cell_63(X)))
& carbon_skeleton_1(fn_biomembrane_71(fn_liver_cell_47(X)))
& glucose_1_phosphate_1(fn_glycogen_breakdown_18(fn_liver_cell_43(X)))
& phosphorylated_intermediate_1(fn_glycogen_breakdown_in_vertebrates_20(fn_liver_cell_43(X)))
& chemical_entity_1(fn_glycogen_breakdown_in_vertebrates_20(fn_liver_cell_43(X)))
& molecule_1(fn_glycogen_breakdown_in_vertebrates_20(fn_liver_cell_43(X)))
& glucose_1_phosphate_1(fn_glycogen_breakdown_in_vertebrates_20(fn_liver_cell_43(X)))
& phosphorylation_1(fn_glycogen_breakdown_in_vertebrates_31(fn_liver_cell_43(X)))
& phosphorylation_1(fn_phosphorylated_intermediate_2(fn_liver_cell_44(X)))
& smooth_endoplasmic_reticulum_1(fn_peroxisome_11(fn_liver_cell_90(X)))
& transfer_1(fn_endoplasmic_reticulum_25(fn_liver_cell_52(X)))
& protein_enzyme_1(fn_smooth_endoplasmic_reticulum_50(fn_liver_cell_52(X)))
& enzyme_1(fn_smooth_endoplasmic_reticulum_50(fn_liver_cell_52(X)))
& protein_enzyme_1(fn_endoplasmic_reticulum_5(fn_liver_cell_52(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_liver_cell_52(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_liver_cell_52(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_liver_cell_52(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_liver_cell_52(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_liver_cell_52(X)))
& synthesis_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_liver_cell_48(X)))
& chemical_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_liver_cell_48(X)))
& anabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_liver_cell_48(X)))
& metabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_liver_cell_48(X)))
& endergonic_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_liver_cell_48(X)))
& synthesis_of_lipid_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_liver_cell_48(X)))
& synthesis_reaction_1(fn_peroxisome_41(fn_liver_cell_90(X)))
& chemical_reaction_1(fn_peroxisome_41(fn_liver_cell_90(X)))
& synthesis_of_lipid_1(fn_peroxisome_41(fn_liver_cell_90(X)))
& anabolic_pathway_1(fn_peroxisome_41(fn_liver_cell_90(X)))
& synthesis_of_lipid_1(fn_endoplasmic_reticulum_23(fn_liver_cell_52(X)))
& metabolic_pathway_1(fn_rough_endoplasmic_reticulum_68(fn_liver_cell_49(X)))
& synthesis_of_lipid_1(fn_rough_endoplasmic_reticulum_68(fn_liver_cell_49(X)))
& chemical_reaction_1(fn_enzyme_4(fn_liver_cell_88(X)))
& cisternal_space_1(fn_endoplasmic_reticulum_31(fn_liver_cell_52(X)))
& spatial_entity_1(fn_rough_endoplasmic_reticulum_52(fn_liver_cell_49(X)))
& cisternal_space_1(fn_rough_endoplasmic_reticulum_52(fn_liver_cell_49(X)))
& transfer_1(fn_rough_endoplasmic_reticulum_55(fn_liver_cell_49(X)))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_liver_cell_48(X)))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_liver_cell_48(X)))
& biomembrane_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_liver_cell_48(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_liver_cell_55(X)))
& biomembrane_1(fn_nucleus_13(fn_liver_cell_55(X)))
& spatial_entity_1(fn_rough_endoplasmic_reticulum_21(fn_liver_cell_49(X)))
& biomembrane_1(fn_rough_endoplasmic_reticulum_21(fn_liver_cell_49(X)))
& nuclear_membrane_1(fn_rough_endoplasmic_reticulum_21(fn_liver_cell_49(X)))
& subevent_2(fn_liver_cell_9(X),fn_liver_cell_1(X))
& object_2(fn_liver_cell_9(X),fn_liver_cell_34(X))
& object_2(fn_liver_cell_9(X),fn_liver_cell_36(X))
& agent_2(fn_liver_cell_9(X),fn_liver_cell_17(X))
& base_2(fn_liver_cell_9(X),fn_liver_cell_37(X))
& site_2(fn_liver_cell_9(X),fn_liver_cell_52(X))
& next_event_2(fn_liver_cell_32(X),fn_liver_cell_1(X))
& object_2(fn_liver_cell_33(X),fn_liver_cell_34(X))
& has_function_2(fn_liver_cell_37(X),fn_liver_cell_9(X))
& site_2(fn_liver_cell_43(X),X)
& subevent_2(fn_liver_cell_43(X),fn_liver_cell_2(X))
& by_means_of_2(fn_liver_cell_45(X),fn_liver_cell_46(X))
& result_2(fn_liver_cell_46(X),fn_liver_cell_44(X))
& abuts_2(fn_liver_cell_47(X),fn_liver_cell_6(X))
& quantity_2(fn_liver_cell_49(X),fn_liver_cell_4(X))
& has_function_2(fn_liver_cell_52(X),fn_liver_cell_54(X))
& has_function_2(fn_liver_cell_52(X),fn_liver_cell_9(X))
& facilitates_2(fn_liver_cell_52(X),fn_liver_cell_9(X))
& site_2(fn_liver_cell_54(X),fn_liver_cell_90(X))
& has_part_2(X,fn_liver_cell_5(X))
& called_2(fn_liver_cell_59(X),'MP1')
& site_2(fn_liver_cell_70(X),fn_liver_cell_74(X))
& has_part_2(fn_liver_cell_74(X),fn_liver_cell_7(X))
& has_function_2(fn_liver_cell_90(X),fn_liver_cell_54(X))
& facilitates_2(fn_liver_cell_90(X),fn_liver_cell_54(X))
& abuts_2(fn_liver_cell_6(X),fn_liver_cell_47(X))
& is_inside_2(fn_liver_cell_7(X),fn_liver_cell_6(X))
& enables_2(fn_liver_cell_96(X),fn_liver_cell_38(X))
& object_2(fn_liver_cell_50(X),fn_liver_cell_51(X))
& base_2(fn_liver_cell_46(X),fn_liver_cell_51(X))
& base_2(fn_liver_cell_32(X),fn_liver_cell_34(X))
& has_part_2(fn_liver_cell_90(X),fn_liver_cell_113(X))
& result_2(fn_liver_cell_48(X),fn_liver_cell_47(X))
& base_2(fn_liver_cell_50(X),X)
& object_2(fn_liver_cell_75(X),X)
& is_at_2(fn_liver_cell_58(X),fn_liver_cell_41(X))
& object_2(fn_liver_cell_94(X),fn_liver_cell_58(X))
& has_part_2(fn_liver_cell_56(X),fn_liver_cell_58(X))
& is_across_2(fn_liver_cell_58(X),fn_liver_cell_56(X))
& has_region_2(fn_liver_cell_58(X),fn_liver_cell_80(X))
& is_across_2(fn_liver_cell_58(X),fn_liver_cell_81(X))
& result_2(fn_liver_cell_92(X),fn_liver_cell_122(X))
& has_function_2(fn_liver_cell_88(X),fn_liver_cell_92(X))
& agent_2(fn_liver_cell_53(X),X)
& recipient_2(fn_liver_cell_53(X),X)
& first_subevent_2(fn_liver_cell_48(X),fn_liver_cell_92(X))
& subevent_2(fn_liver_cell_48(X),fn_liver_cell_92(X))
& result_2(fn_liver_cell_43(X),fn_liver_cell_44(X))
& raw_material_2(fn_liver_cell_43(X),fn_liver_cell_51(X))
& raw_material_2(fn_liver_cell_45(X),fn_liver_cell_51(X))
& has_part_2(fn_liver_cell_55(X),fn_liver_cell_40(X))
& has_part_2(fn_liver_cell_55(X),fn_liver_cell_83(X))
& is_along_2(fn_liver_cell_47(X),fn_liver_cell_83(X))
& is_along_2(fn_liver_cell_83(X),fn_liver_cell_47(X))
& base_2(fn_liver_cell_94(X),fn_liver_cell_56(X))
& has_region_2(fn_liver_cell_56(X),fn_liver_cell_81(X))
& has_region_2(fn_liver_cell_56(X),fn_liver_cell_80(X))
& is_outside_2(fn_liver_cell_80(X),fn_liver_cell_56(X))
& has_part_2(fn_liver_cell_56(X),fn_liver_cell_95(X))
& base_2(fn_liver_cell_105(X),X)
& base_2(fn_liver_cell_106(X),X)
& base_2(fn_liver_cell_107(X),X)
& subevent_2(fn_liver_cell_106(X),fn_liver_cell_107(X))
& enables_2(fn_liver_cell_21(X),fn_liver_cell_22(X))
& recipient_2(fn_liver_cell_22(X),fn_liver_cell_79(X))
& object_2(fn_liver_cell_54(X),fn_liver_cell_99(X))
& has_function_2(X,fn_liver_cell_54(X))
& subevent_2(fn_liver_cell_54(X),fn_liver_cell_108(X))
& object_2(fn_liver_cell_108(X),fn_liver_cell_101(X))
& recipient_2(fn_liver_cell_103(X),fn_liver_cell_49(X))
& recipient_2(fn_liver_cell_102(X),fn_liver_cell_52(X))
& fn_liver_cell_49(X) != fn_liver_cell_52(X)
& fn_liver_cell_52(X) != fn_liver_cell_49(X)
& abuts_2(fn_liver_cell_49(X),fn_liver_cell_52(X))
& abuts_2(fn_liver_cell_52(X),fn_liver_cell_49(X))
& is_inside_2(fn_liver_cell_58(X),fn_liver_cell_41(X))
& called_2(fn_liver_cell_58(X),'MP1')
& has_part_2(fn_liver_cell_56(X),fn_liver_cell_59(X))
& called_2(fn_liver_cell_95(X),'MP1')
& fn_liver_cell_59(X) != fn_liver_cell_95(X)
& fn_liver_cell_95(X) != fn_liver_cell_58(X)
& is_at_2(fn_liver_cell_58(X),fn_liver_cell_56(X))
& fn_liver_cell_58(X) != fn_liver_cell_59(X)
& fn_liver_cell_59(X) != fn_liver_cell_58(X)
& fn_liver_cell_95(X) != fn_liver_cell_59(X)
& fn_liver_cell_58(X) != fn_liver_cell_95(X)
& has_part_2(fn_liver_cell_52(X),fn_liver_cell_17(X))
& site_2(fn_liver_cell_12(X),fn_liver_cell_52(X))
& base_2(fn_liver_cell_20(X),fn_liver_cell_52(X))
& object_2(fn_liver_cell_20(X),fn_liver_cell_23(X))
& result_2(fn_liver_cell_24(X),fn_liver_cell_23(X))
& causes_2(fn_liver_cell_25(X),fn_liver_cell_24(X))
& base_2(fn_liver_cell_25(X),fn_liver_cell_14(X))
& has_function_2(fn_liver_cell_52(X),fn_liver_cell_13(X))
& site_2(fn_liver_cell_13(X),fn_liver_cell_52(X))
& has_function_2(fn_liver_cell_52(X),fn_liver_cell_18(X))
& base_2(fn_liver_cell_18(X),fn_liver_cell_52(X))
& base_2(fn_liver_cell_21(X),fn_liver_cell_52(X))
& the_scalar_value_2(fn_liver_cell_65(X),big_0)
& scalar_unit_class_2(fn_liver_cell_65(X),prokaryote_0)
& has_part_2(X,fn_liver_cell_72(X))
& is_inside_2(fn_liver_cell_72(X),fn_liver_cell_55(X))
& volume_2(X,fn_liver_cell_69(X))
& directly_proportional_2(fn_liver_cell_65(X),fn_liver_cell_69(X))
& size_2(X,fn_liver_cell_65(X))
& has_part_2(X,fn_liver_cell_79(X))
& is_inside_2(fn_liver_cell_79(X),fn_liver_cell_62(X))
& base_2(fn_liver_cell_39(X),X)
& has_function_2(fn_liver_cell_60(X),fn_liver_cell_75(X))
& origin_2(fn_liver_cell_38(X),fn_liver_cell_90(X))
& first_subevent_2(fn_liver_cell_106(X),fn_liver_cell_107(X))
& causes_2(fn_liver_cell_38(X),fn_liver_cell_104(X))
& destination_2(fn_liver_cell_38(X),fn_liver_cell_93(X))
& site_2(fn_liver_cell_105(X),fn_liver_cell_93(X))
& is_inside_2(fn_liver_cell_74(X),fn_liver_cell_56(X))
& is_between_2(fn_liver_cell_74(X),fn_liver_cell_56(X))
& agent_2(fn_liver_cell_76(X),fn_liver_cell_56(X))
& object_2(fn_liver_cell_76(X),X)
& has_region_2(X,fn_liver_cell_67(X))
& has_function_2(X,fn_liver_cell_70(X))
& base_2(fn_liver_cell_70(X),X)
& has_region_2(X,fn_liver_cell_66(X))
& is_opposite_2(fn_liver_cell_67(X),fn_liver_cell_66(X))
& is_opposite_2(fn_liver_cell_66(X),fn_liver_cell_67(X))
& base_2(fn_liver_cell_104(X),X)
& site_2(fn_liver_cell_104(X),fn_liver_cell_93(X))
& has_function_2(fn_liver_cell_93(X),fn_liver_cell_106(X))
& site_2(fn_liver_cell_106(X),fn_liver_cell_93(X))
& is_inside_2(fn_liver_cell_93(X),fn_liver_cell_62(X))
& has_part_2(X,fn_liver_cell_71(X))
& has_function_2(fn_liver_cell_71(X),fn_liver_cell_61(X))
& result_2(fn_liver_cell_61(X),fn_liver_cell_60(X))
& is_near_2(fn_liver_cell_55(X),fn_liver_cell_71(X))
& is_near_2(fn_liver_cell_71(X),fn_liver_cell_55(X))
& has_part_2(X,fn_liver_cell_56(X))
& has_part_2(fn_liver_cell_56(X),fn_liver_cell_41(X))
& is_at_2(fn_liver_cell_41(X),fn_liver_cell_68(X))
& has_region_2(X,fn_liver_cell_68(X))
& has_function_2(X,fn_liver_cell_39(X))
& object_2(fn_liver_cell_9(X),fn_liver_cell_35(X))
& agent_2(fn_liver_cell_54(X),fn_liver_cell_121(X))
& subevent_2(fn_liver_cell_9(X),fn_liver_cell_32(X))
& base_2(fn_liver_cell_108(X),X)
& object_2(fn_liver_cell_54(X),fn_liver_cell_101(X))
& fn_liver_cell_99(X) != fn_liver_cell_101(X)
& object_2(fn_liver_cell_108(X),fn_liver_cell_99(X))
& fn_liver_cell_101(X) != fn_liver_cell_99(X)
& has_function_2(X,fn_liver_cell_9(X))
& base_2(fn_liver_cell_54(X),X)
& subevent_2(fn_liver_cell_9(X),fn_liver_cell_33(X))
& object_2(fn_liver_cell_33(X),fn_liver_cell_36(X))
& fn_liver_cell_36(X) != fn_liver_cell_35(X)
& fn_liver_cell_34(X) != fn_liver_cell_36(X)
& fn_liver_cell_36(X) != fn_liver_cell_34(X)
& fn_liver_cell_35(X) != fn_liver_cell_36(X)
& has_part_2(fn_liver_cell_90(X),fn_liver_cell_112(X))
& has_part_2(fn_liver_cell_90(X),fn_liver_cell_121(X))
& has_function_2(fn_liver_cell_52(X),fn_liver_cell_11(X))
& result_2(fn_liver_cell_119(X),fn_liver_cell_117(X))
& object_2(fn_liver_cell_118(X),fn_liver_cell_117(X))
& causes_2(fn_liver_cell_118(X),fn_liver_cell_116(X))
& has_part_2(fn_liver_cell_90(X),fn_liver_cell_114(X))
& is_inside_2(fn_liver_cell_114(X),fn_liver_cell_90(X))
& agent_2(fn_liver_cell_110(X),fn_liver_cell_90(X))
& supports_2(fn_liver_cell_110(X),fn_liver_cell_109(X))
& has_function_2(fn_liver_cell_114(X),fn_liver_cell_109(X))
& site_2(fn_liver_cell_119(X),fn_liver_cell_90(X))
& fn_liver_cell_119(X) != fn_liver_cell_92(X)
& site_2(fn_liver_cell_92(X),fn_liver_cell_52(X))
& donor_2(fn_liver_cell_118(X),fn_liver_cell_52(X))
& recipient_2(fn_liver_cell_118(X),fn_liver_cell_90(X))
& fn_liver_cell_92(X) != fn_liver_cell_119(X)
& has_goal_2(fn_liver_cell_90(X),fn_liver_cell_116(X))
& from_value_2(fn_liver_cell_116(X),fn_liver_cell_115(X))
& size_2(fn_liver_cell_90(X),fn_liver_cell_115(X))
& has_part_2(fn_liver_cell_90(X),fn_liver_cell_111(X))
& is_between_2(fn_liver_cell_112(X),fn_liver_cell_111(X))
& has_function_2(fn_liver_cell_90(X),fn_liver_cell_96(X))
& has_function_2(fn_liver_cell_113(X),fn_liver_cell_96(X))
& is_inside_2(fn_liver_cell_113(X),fn_liver_cell_90(X))
& fn_liver_cell_109(X) != fn_liver_cell_96(X)
& fn_liver_cell_96(X) != fn_liver_cell_109(X)
& is_between_2(fn_liver_cell_47(X),fn_liver_cell_40(X))
& has_part_2(fn_liver_cell_47(X),fn_liver_cell_63(X))
& has_part_2(fn_liver_cell_52(X),fn_liver_cell_15(X))
& has_part_2(fn_liver_cell_52(X),fn_liver_cell_16(X))
& has_part_2(fn_liver_cell_52(X),fn_liver_cell_88(X))
& has_region_2(fn_liver_cell_52(X),fn_liver_cell_57(X))
& has_function_2(fn_liver_cell_52(X),fn_liver_cell_92(X))
& instrument_2(fn_liver_cell_82(X),fn_liver_cell_52(X))
& site_2(fn_liver_cell_11(X),fn_liver_cell_52(X))
& has_part_2(X,fn_liver_cell_52(X))
& has_part_2(X,fn_liver_cell_93(X))
& site_2(fn_liver_cell_10(X),fn_liver_cell_52(X))
& result_2(fn_liver_cell_10(X),fn_liver_cell_27(X))
& raw_material_2(fn_liver_cell_85(X),fn_liver_cell_84(X))
& is_inside_2(fn_liver_cell_84(X),fn_liver_cell_62(X))
& has_part_2(fn_liver_cell_52(X),fn_liver_cell_14(X))
& is_at_2(fn_liver_cell_28(X),fn_liver_cell_14(X))
& has_part_2(fn_liver_cell_15(X),fn_liver_cell_28(X))
& is_inside_2(fn_liver_cell_52(X),fn_liver_cell_62(X))
& is_inside_2(fn_liver_cell_8(X),fn_liver_cell_62(X))
& raw_material_2(fn_liver_cell_29(X),fn_liver_cell_8(X))
& agent_2(fn_liver_cell_29(X),fn_liver_cell_88(X))
& agent_2(fn_liver_cell_85(X),fn_liver_cell_88(X))
& base_2(fn_liver_cell_19(X),fn_liver_cell_52(X))
& object_2(fn_liver_cell_19(X),fn_liver_cell_31(X))
& result_2(fn_liver_cell_30(X),fn_liver_cell_31(X))
& causes_2(fn_liver_cell_26(X),fn_liver_cell_30(X))
& base_2(fn_liver_cell_26(X),fn_liver_cell_14(X))
& is_between_2(fn_liver_cell_74(X),fn_liver_cell_55(X))
& is_between_2(fn_liver_cell_14(X),fn_liver_cell_16(X))
& object_2(fn_liver_cell_82(X),fn_liver_cell_47(X))
& is_inside_2(fn_liver_cell_57(X),fn_liver_cell_14(X))
& has_part_2(fn_liver_cell_14(X),fn_liver_cell_27(X))
& result_2(fn_liver_cell_12(X),fn_liver_cell_27(X))
& has_part_2(fn_liver_cell_74(X),fn_liver_cell_62(X))
& has_part_2(X,fn_liver_cell_74(X))
& base_2(fn_liver_cell_92(X),X)
& has_part_2(fn_liver_cell_55(X),fn_liver_cell_47(X))
& is_inside_2(fn_liver_cell_55(X),fn_liver_cell_62(X))
& is_inside_2(fn_liver_cell_73(X),fn_liver_cell_62(X))
& has_part_2(X,fn_liver_cell_73(X))
& has_part_2(X,fn_liver_cell_55(X))
& has_part_2(X,fn_liver_cell_49(X))
& has_part_2(X,fn_liver_cell_91(X))
& is_inside_2(fn_liver_cell_91(X),fn_liver_cell_62(X))
& is_inside_2(fn_liver_cell_90(X),fn_liver_cell_62(X))
& has_part_2(X,fn_liver_cell_90(X))
& abuts_2(fn_liver_cell_57(X),fn_liver_cell_42(X))
& abuts_2(fn_liver_cell_42(X),fn_liver_cell_57(X))
& has_region_2(fn_liver_cell_49(X),fn_liver_cell_57(X))
& donor_2(fn_liver_cell_102(X),fn_liver_cell_49(X))
& has_region_2(fn_liver_cell_47(X),fn_liver_cell_42(X))
& plays_2(fn_liver_cell_88(X),fn_liver_cell_87(X))
& has_region_2(fn_liver_cell_88(X),fn_liver_cell_89(X))
& site_2(fn_liver_cell_92(X),fn_liver_cell_89(X))
& enables_2(fn_liver_cell_86(X),fn_liver_cell_92(X))
& has_function_2(fn_liver_cell_88(X),fn_liver_cell_86(X))
& facilitates_2(fn_liver_cell_89(X),fn_liver_cell_92(X))
& in_event_2(fn_liver_cell_87(X),fn_liver_cell_92(X))
& agent_2(fn_liver_cell_103(X),fn_liver_cell_52(X))
& result_2(fn_liver_cell_45(X),fn_liver_cell_44(X))
& is_inside_2(fn_liver_cell_64(X),fn_liver_cell_47(X))
& has_region_2(fn_liver_cell_63(X),fn_liver_cell_64(X))
& object_2(fn_liver_cell_33(X),fn_liver_cell_35(X))
& object_2(fn_liver_cell_118(X),fn_liver_cell_122(X))
& base_2(fn_liver_cell_33(X),fn_liver_cell_37(X))
& fn_liver_cell_51(X) = fn_store_1(fn_liver_cell_50(X))
& fn_liver_cell_51(X) = fn_add_2(fn_liver_cell_46(X))
& fn_liver_cell_34(X) = fn_add_2(fn_liver_cell_32(X))
& X = fn_store_2(fn_liver_cell_50(X))
& X = fn_support_1(fn_liver_cell_75(X))
& fn_liver_cell_94(X) = fn_animal_plasma_membrane_23(fn_liver_cell_56(X))
& fn_liver_cell_81(X) = fn_plasma_membrane_6(fn_liver_cell_56(X))
& fn_liver_cell_58(X) = fn_plasma_membrane_55(fn_liver_cell_56(X))
& fn_liver_cell_122(X) = fn_smooth_endoplasmic_reticulum_47(fn_liver_cell_52(X))
& fn_liver_cell_88(X) = fn_smooth_endoplasmic_reticulum_50(fn_liver_cell_52(X))
& X = fn_obtain_1(fn_liver_cell_53(X))
& fn_liver_cell_92(X) = fn_synthesis_of_endomembranous_system_membrane_59(fn_liver_cell_48(X))
& fn_liver_cell_44(X) = fn_glycogen_breakdown_18(fn_liver_cell_43(X))
& fn_liver_cell_44(X) = fn_glycogen_breakdown_in_vertebrates_20(fn_liver_cell_43(X))
& fn_liver_cell_45(X) = fn_glycogen_breakdown_in_vertebrates_31(fn_liver_cell_43(X))
& fn_liver_cell_51(X) = fn_storage_polysaccharide_breakdown_2(fn_liver_cell_43(X))
& fn_liver_cell_51(X) = fn_glycogen_breakdown_17(fn_liver_cell_43(X))
& fn_liver_cell_51(X) = fn_glycogen_breakdown_in_vertebrates_32(fn_liver_cell_43(X))
& fn_liver_cell_40(X) = fn_nucleus_17(fn_liver_cell_55(X))
& fn_liver_cell_47(X) = fn_nucleus_13(fn_liver_cell_55(X))
& fn_liver_cell_83(X) = fn_nucleus_14(fn_liver_cell_55(X))
& fn_liver_cell_94(X) = fn_animal_plasma_membrane_66(fn_liver_cell_56(X))
& fn_liver_cell_56(X) = fn_animal_plasma_membrane_67(fn_liver_cell_56(X))
& fn_liver_cell_94(X) = fn_animal_plasma_membrane_52(fn_liver_cell_56(X))
& fn_liver_cell_94(X) = fn_animal_plasma_membrane_77(fn_liver_cell_56(X))
& fn_liver_cell_81(X) = fn_animal_plasma_membrane_51(fn_liver_cell_56(X))
& fn_liver_cell_95(X) = fn_plasma_membrane_68(fn_liver_cell_56(X))
& fn_liver_cell_95(X) = fn_plasma_membrane_54(fn_liver_cell_56(X))
& fn_liver_cell_80(X) = fn_transmembrane_protein_5(fn_liver_cell_59(X))
& fn_liver_cell_80(X) = fn_plasma_membrane_65(fn_liver_cell_56(X))
& fn_liver_cell_80(X) = fn_animal_plasma_membrane_55(fn_liver_cell_56(X))
& fn_liver_cell_105(X) = fn_eukaryotic_oxidative_phosphorylation_324(fn_liver_cell_106(X))
& X = fn_eukaryotic_oxidative_phosphorylation_334(fn_liver_cell_106(X))
& fn_liver_cell_22(X) = fn_smooth_endoplasmic_reticulum_4(fn_liver_cell_52(X))
& fn_liver_cell_99(X) = fn_detoxification_13(fn_liver_cell_54(X))
& fn_liver_cell_99(X) = fn_detoxification_3(fn_liver_cell_54(X))
& fn_liver_cell_97(X) = fn_detoxification_15(fn_liver_cell_54(X))
& X = fn_detoxification_12(fn_liver_cell_54(X))
& fn_liver_cell_100(X) = fn_detoxification_13(fn_liver_cell_54(X))
& fn_liver_cell_101(X) = fn_detoxification_4(fn_liver_cell_54(X))
& fn_liver_cell_108(X) = fn_detoxification_8(fn_liver_cell_54(X))
& fn_liver_cell_103(X) = fn_eukaryotic_cell_36(X)
& fn_liver_cell_102(X) = fn_eukaryotic_cell_35(X)
& fn_liver_cell_49(X) = fn_eukaryotic_cell_19(X)
& fn_liver_cell_41(X) = fn_integrin_29(fn_liver_cell_59(X))
& fn_liver_cell_56(X) = fn_transmembrane_protein_4(fn_liver_cell_59(X))
& fn_liver_cell_58(X) = fn_plasma_membrane_3(fn_liver_cell_56(X))
& fn_liver_cell_58(X) = fn_animal_plasma_membrane_47(fn_liver_cell_56(X))
& fn_liver_cell_56(X) = fn_integrin_30(fn_liver_cell_59(X))
& fn_liver_cell_95(X) = fn_animal_plasma_membrane_47(fn_liver_cell_56(X))
& fn_liver_cell_95(X) = fn_integrin_9(fn_liver_cell_59(X))
& fn_liver_cell_58(X) = fn_integrin_9(fn_liver_cell_59(X))
& fn_liver_cell_58(X) = fn_animal_plasma_membrane_53(fn_liver_cell_56(X))
& fn_liver_cell_59(X) = fn_animal_plasma_membrane_47(fn_liver_cell_56(X))
& fn_liver_cell_58(X) = fn_animal_plasma_membrane_62(fn_liver_cell_56(X))
& fn_liver_cell_58(X) = fn_integrin_8(fn_liver_cell_59(X))
& fn_liver_cell_17(X) = fn_smooth_endoplasmic_reticulum_37(fn_liver_cell_52(X))
& fn_liver_cell_12(X) = fn_smooth_endoplasmic_reticulum_7(fn_liver_cell_52(X))
& fn_liver_cell_14(X) = fn_smooth_endoplasmic_reticulum_28(fn_liver_cell_52(X))
& fn_liver_cell_25(X) = fn_smooth_endoplasmic_reticulum_19(fn_liver_cell_52(X))
& fn_liver_cell_24(X) = fn_smooth_endoplasmic_reticulum_20(fn_liver_cell_52(X))
& fn_liver_cell_23(X) = fn_smooth_endoplasmic_reticulum_21(fn_liver_cell_52(X))
& fn_liver_cell_20(X) = fn_smooth_endoplasmic_reticulum_9(fn_liver_cell_52(X))
& fn_liver_cell_21(X) = fn_smooth_endoplasmic_reticulum_31(fn_liver_cell_52(X))
& fn_liver_cell_21(X) = fn_smooth_endoplasmic_reticulum_25(fn_liver_cell_52(X))
& fn_liver_cell_18(X) = fn_smooth_endoplasmic_reticulum_38(fn_liver_cell_52(X))
& fn_liver_cell_13(X) = fn_smooth_endoplasmic_reticulum_6(fn_liver_cell_52(X))
& fn_liver_cell_77(X) = fn_eukaryotic_cell_28(X)
& fn_liver_cell_78(X) = fn_eukaryotic_cell_60(X)
& fn_liver_cell_72(X) = fn_nucleus_6(fn_liver_cell_55(X))
& fn_liver_cell_55(X) = fn_eukaryotic_cell_26(X)
& fn_liver_cell_72(X) = fn_eukaryotic_cell_30(X)
& fn_liver_cell_79(X) = fn_smooth_endoplasmic_reticulum_3(fn_liver_cell_52(X))
& fn_liver_cell_62(X) = fn_smooth_endoplasmic_reticulum_34(fn_liver_cell_52(X))
& fn_liver_cell_62(X) = fn_eukaryotic_cell_42(X)
& fn_liver_cell_79(X) = fn_eukaryotic_cell_24(X)
& fn_liver_cell_65(X) = fn_eukaryotic_cell_27(X)
& fn_liver_cell_69(X) = fn_eukaryotic_cell_59(X)
& fn_liver_cell_75(X) = fn_vertebrate_cell_12(X)
& fn_liver_cell_90(X) = fn_vertebrate_cell_32(X)
& fn_liver_cell_107(X) = fn_eukaryotic_oxidative_phosphorylation_333(fn_liver_cell_106(X))
& fn_liver_cell_107(X) = fn_vertebrate_cell_1(X)
& fn_liver_cell_105(X) = fn_vertebrate_cell_3(X)
& fn_liver_cell_38(X) = fn_vertebrate_cell_31(X)
& fn_liver_cell_76(X) = fn_vertebrate_cell_11(X)
& fn_liver_cell_74(X) = fn_vertebrate_cell_27(X)
& fn_liver_cell_67(X) = fn_vertebrate_cell_16(X)
& fn_liver_cell_66(X) = fn_vertebrate_cell_15(X)
& fn_liver_cell_70(X) = fn_vertebrate_cell_10(X)
& fn_liver_cell_62(X) = fn_vertebrate_cell_9(X)
& fn_liver_cell_93(X) = fn_eukaryotic_oxidative_phosphorylation_322(fn_liver_cell_106(X))
& fn_liver_cell_106(X) = fn_vertebrate_cell_2(X)
& fn_liver_cell_104(X) = fn_vertebrate_cell_4(X)
& fn_liver_cell_60(X) = fn_vertebrate_cell_7(X)
& fn_liver_cell_61(X) = fn_vertebrate_cell_8(X)
& fn_liver_cell_55(X) = fn_vertebrate_cell_22(X)
& fn_liver_cell_71(X) = fn_vertebrate_cell_23(X)
& fn_liver_cell_39(X) = fn_vertebrate_cell_30(X)
& fn_liver_cell_68(X) = fn_vertebrate_cell_17(X)
& fn_liver_cell_41(X) = fn_biomembrane_63(fn_liver_cell_56(X))
& fn_liver_cell_41(X) = fn_plasma_membrane_71(fn_liver_cell_56(X))
& fn_liver_cell_41(X) = fn_animal_plasma_membrane_54(fn_liver_cell_56(X))
& fn_liver_cell_41(X) = fn_vertebrate_cell_6(X)
& X = fn_animal_plasma_membrane_56(fn_liver_cell_56(X))
& fn_liver_cell_56(X) = fn_vertebrate_cell_26(X)
& fn_liver_cell_121(X) = fn_detoxification_5(fn_liver_cell_9(X))
& fn_liver_cell_32(X) = fn_detoxification_15(fn_liver_cell_9(X))
& fn_liver_cell_108(X) = fn_detoxification_8(fn_liver_cell_9(X))
& fn_liver_cell_99(X) = fn_detoxification_3(fn_liver_cell_9(X))
& fn_liver_cell_101(X) = fn_detoxification_4(fn_liver_cell_9(X))
& fn_liver_cell_100(X) = fn_detoxification_13(fn_liver_cell_9(X))
& fn_liver_cell_97(X) = fn_detoxification_15(fn_liver_cell_9(X))
& fn_liver_cell_98(X) = fn_detoxification_16(fn_liver_cell_9(X))
& X = fn_detoxification_12(fn_liver_cell_9(X))
& fn_liver_cell_35(X) = fn_detoxification_3(fn_liver_cell_9(X))
& fn_liver_cell_34(X) = fn_detoxification_13(fn_liver_cell_9(X))
& fn_liver_cell_36(X) = fn_detoxification_4(fn_liver_cell_9(X))
& fn_liver_cell_33(X) = fn_detoxification_8(fn_liver_cell_9(X))
& fn_liver_cell_121(X) = fn_peroxisome_43(fn_liver_cell_90(X))
& fn_liver_cell_120(X) = fn_peroxisome_53(fn_liver_cell_90(X))
& fn_liver_cell_11(X) = fn_peroxisome_41(fn_liver_cell_90(X))
& fn_liver_cell_117(X) = fn_peroxisome_29(fn_liver_cell_90(X))
& fn_liver_cell_110(X) = fn_peroxisome_7(fn_liver_cell_90(X))
& fn_liver_cell_114(X) = fn_peroxisome_42(fn_liver_cell_90(X))
& fn_liver_cell_90(X) = fn_receive_1(fn_liver_cell_118(X))
& fn_liver_cell_118(X) = fn_peroxisome_47(fn_liver_cell_90(X))
& fn_liver_cell_92(X) = fn_smooth_endoplasmic_reticulum_49(fn_liver_cell_52(X))
& fn_liver_cell_92(X) = fn_smooth_endoplasmic_reticulum_48(fn_liver_cell_52(X))
& fn_liver_cell_52(X) = fn_peroxisome_11(fn_liver_cell_90(X))
& fn_liver_cell_92(X) = fn_peroxisome_41(fn_liver_cell_90(X))
& fn_liver_cell_119(X) = fn_peroxisome_28(fn_liver_cell_90(X))
& fn_liver_cell_112(X) = fn_peroxisome_25(fn_liver_cell_90(X))
& fn_liver_cell_111(X) = fn_peroxisome_26(fn_liver_cell_90(X))
& fn_liver_cell_115(X) = fn_peroxisome_52(fn_liver_cell_90(X))
& fn_liver_cell_116(X) = fn_peroxisome_49(fn_liver_cell_90(X))
& fn_liver_cell_113(X) = fn_peroxisome_2(fn_liver_cell_90(X))
& fn_liver_cell_113(X) = fn_peroxisome_43(fn_liver_cell_90(X))
& fn_liver_cell_109(X) = fn_peroxisome_30(fn_liver_cell_90(X))
& fn_liver_cell_96(X) = fn_peroxisome_32(fn_liver_cell_90(X))
& fn_liver_cell_40(X) = fn_biomembrane_14(fn_liver_cell_47(X))
& fn_liver_cell_40(X) = fn_biomembrane_15(fn_liver_cell_47(X))
& fn_liver_cell_47(X) = fn_synthesis_of_endomembranous_system_membrane_60(fn_liver_cell_48(X))
& fn_liver_cell_63(X) = fn_synthesis_of_endomembranous_system_membrane_53(fn_liver_cell_48(X))
& fn_liver_cell_63(X) = fn_biomembrane_29(fn_liver_cell_47(X))
& fn_liver_cell_15(X) = fn_smooth_endoplasmic_reticulum_29(fn_liver_cell_52(X))
& fn_liver_cell_16(X) = fn_endoplasmic_reticulum_17(fn_liver_cell_52(X))
& fn_liver_cell_57(X) = fn_endoplasmic_reticulum_31(fn_liver_cell_52(X))
& fn_liver_cell_92(X) = fn_endoplasmic_reticulum_23(fn_liver_cell_52(X))
& fn_liver_cell_82(X) = fn_endoplasmic_reticulum_27(fn_liver_cell_52(X))
& fn_liver_cell_11(X) = fn_endoplasmic_reticulum_23(fn_liver_cell_52(X))
& fn_liver_cell_93(X) = fn_vertebrate_cell_21(X)
& fn_liver_cell_93(X) = fn_endoplasmic_reticulum_14(fn_liver_cell_52(X))
& fn_liver_cell_52(X) = fn_eukaryotic_cell_20(X)
& X = fn_endoplasmic_reticulum_11(fn_liver_cell_52(X))
& fn_liver_cell_27(X) = fn_endoplasmic_reticulum_34(fn_liver_cell_52(X))
& fn_liver_cell_10(X) = fn_endoplasmic_reticulum_35(fn_liver_cell_52(X))
& fn_liver_cell_62(X) = fn_endoplasmic_reticulum_2(fn_liver_cell_52(X))
& fn_liver_cell_84(X) = fn_endoplasmic_reticulum_16(fn_liver_cell_52(X))
& fn_liver_cell_15(X) = fn_endoplasmic_reticulum_3(fn_liver_cell_52(X))
& fn_liver_cell_28(X) = fn_endoplasmic_reticulum_4(fn_liver_cell_52(X))
& fn_liver_cell_85(X) = fn_endoplasmic_reticulum_15(fn_liver_cell_52(X))
& fn_liver_cell_88(X) = fn_endoplasmic_reticulum_5(fn_liver_cell_52(X))
& fn_liver_cell_29(X) = fn_endoplasmic_reticulum_38(fn_liver_cell_52(X))
& fn_liver_cell_8(X) = fn_endoplasmic_reticulum_39(fn_liver_cell_52(X))
& fn_liver_cell_62(X) = fn_endoplasmic_reticulum_40(fn_liver_cell_52(X))
& fn_liver_cell_14(X) = fn_endoplasmic_reticulum_30(fn_liver_cell_52(X))
& fn_liver_cell_26(X) = fn_endoplasmic_reticulum_20(fn_liver_cell_52(X))
& fn_liver_cell_30(X) = fn_endoplasmic_reticulum_21(fn_liver_cell_52(X))
& fn_liver_cell_31(X) = fn_endoplasmic_reticulum_22(fn_liver_cell_52(X))
& fn_liver_cell_19(X) = fn_endoplasmic_reticulum_36(fn_liver_cell_52(X))
& fn_liver_cell_16(X) = fn_rough_endoplasmic_reticulum_24(fn_liver_cell_49(X))
& fn_liver_cell_82(X) = fn_rough_endoplasmic_reticulum_20(fn_liver_cell_49(X))
& fn_liver_cell_12(X) = fn_rough_endoplasmic_reticulum_22(fn_liver_cell_49(X))
& fn_liver_cell_27(X) = fn_rough_endoplasmic_reticulum_30(fn_liver_cell_49(X))
& fn_liver_cell_14(X) = fn_rough_endoplasmic_reticulum_87(fn_liver_cell_49(X))
& fn_liver_cell_92(X) = fn_rough_endoplasmic_reticulum_68(fn_liver_cell_49(X))
& fn_liver_cell_74(X) = fn_rough_endoplasmic_reticulum_32(fn_liver_cell_49(X))
& fn_liver_cell_73(X) = fn_rough_endoplasmic_reticulum_56(fn_liver_cell_49(X))
& fn_liver_cell_55(X) = fn_rough_endoplasmic_reticulum_27(fn_liver_cell_49(X))
& fn_liver_cell_90(X) = fn_rough_endoplasmic_reticulum_19(fn_liver_cell_49(X))
& fn_liver_cell_62(X) = fn_rough_endoplasmic_reticulum_23(fn_liver_cell_49(X))
& fn_liver_cell_91(X) = fn_rough_endoplasmic_reticulum_28(fn_liver_cell_49(X))
& X = fn_rough_endoplasmic_reticulum_62(fn_liver_cell_49(X))
& fn_liver_cell_37(X) = fn_remove_2(fn_liver_cell_33(X))
& fn_liver_cell_122(X) = fn_transfer_1(fn_liver_cell_118(X))
& fn_liver_cell_35(X) = fn_remove_1(fn_liver_cell_33(X))
& fn_liver_cell_64(X) = fn_lipid_14(fn_liver_cell_63(X))
& fn_liver_cell_64(X) = fn_glycolipid_4(fn_liver_cell_63(X))
& fn_liver_cell_64(X) = fn_biomembrane_71(fn_liver_cell_47(X))
& fn_liver_cell_45(X) = fn_phosphorylated_intermediate_2(fn_liver_cell_44(X))
& fn_liver_cell_103(X) = fn_endoplasmic_reticulum_25(fn_liver_cell_52(X))
& fn_liver_cell_86(X) = fn_enzyme_5(fn_liver_cell_88(X))
& fn_liver_cell_89(X) = fn_enzyme_2(fn_liver_cell_88(X))
& fn_liver_cell_87(X) = fn_enzyme_6(fn_liver_cell_88(X))
& fn_liver_cell_92(X) = fn_enzyme_4(fn_liver_cell_88(X))
& fn_liver_cell_57(X) = fn_rough_endoplasmic_reticulum_52(fn_liver_cell_49(X))
& fn_liver_cell_102(X) = fn_rough_endoplasmic_reticulum_55(fn_liver_cell_49(X))
& fn_liver_cell_47(X) = fn_rough_endoplasmic_reticulum_21(fn_liver_cell_49(X))
& fn_liver_cell_42(X) = fn_rough_endoplasmic_reticulum_17(fn_liver_cell_49(X))
& fn_store_1(fn_liver_cell_50(X)) = fn_add_2(fn_liver_cell_46(X))
& fn_add_2(fn_liver_cell_46(X)) = fn_add_2(fn_liver_cell_46(X))
& fn_add_2(fn_liver_cell_46(X)) = fn_storage_polysaccharide_breakdown_2(fn_liver_cell_43(X))
& fn_storage_polysaccharide_breakdown_2(fn_liver_cell_43(X)) = fn_storage_polysaccharide_breakdown_2(fn_liver_cell_43(X))
& fn_storage_polysaccharide_breakdown_2(fn_liver_cell_43(X)) = fn_glycogen_breakdown_17(fn_liver_cell_43(X))
& fn_glycogen_breakdown_in_vertebrates_32(fn_liver_cell_43(X)) = fn_glycogen_breakdown_17(fn_liver_cell_43(X))
& fn_glycogen_breakdown_17(fn_liver_cell_43(X)) = fn_glycogen_breakdown_in_vertebrates_32(fn_liver_cell_43(X))
& fn_glycogen_breakdown_in_vertebrates_32(fn_liver_cell_43(X)) = fn_animal_plasma_membrane_66(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_23(fn_liver_cell_56(X)) = fn_animal_plasma_membrane_66(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_66(fn_liver_cell_56(X)) = fn_animal_plasma_membrane_23(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_23(fn_liver_cell_56(X)) = fn_animal_plasma_membrane_52(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_52(fn_liver_cell_56(X)) = fn_animal_plasma_membrane_52(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_52(fn_liver_cell_56(X)) = fn_animal_plasma_membrane_77(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_77(fn_liver_cell_56(X)) = fn_plasma_membrane_6(fn_liver_cell_56(X))
& fn_plasma_membrane_6(fn_liver_cell_56(X)) = fn_animal_plasma_membrane_51(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_51(fn_liver_cell_56(X)) = fn_plasma_membrane_65(fn_liver_cell_56(X))
& fn_plasma_membrane_65(fn_liver_cell_56(X)) = fn_transmembrane_protein_5(fn_liver_cell_59(X))
& fn_transmembrane_protein_5(fn_liver_cell_59(X)) = fn_plasma_membrane_65(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_55(fn_liver_cell_56(X)) = fn_plasma_membrane_65(fn_liver_cell_56(X))
& fn_plasma_membrane_65(fn_liver_cell_56(X)) = fn_animal_plasma_membrane_55(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_55(fn_liver_cell_56(X)) = fn_plasma_membrane_68(fn_liver_cell_56(X))
& fn_plasma_membrane_68(fn_liver_cell_56(X)) = fn_plasma_membrane_54(fn_liver_cell_56(X))
& fn_plasma_membrane_54(fn_liver_cell_56(X)) = fn_plasma_membrane_54(fn_liver_cell_56(X))
& fn_plasma_membrane_54(fn_liver_cell_56(X)) = fn_animal_plasma_membrane_47(fn_liver_cell_56(X))
& fn_integrin_9(fn_liver_cell_59(X)) = fn_animal_plasma_membrane_47(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_47(fn_liver_cell_56(X)) = fn_integrin_9(fn_liver_cell_59(X))
& fn_integrin_9(fn_liver_cell_59(X)) = fn_integrin_9(fn_liver_cell_59(X))
& fn_integrin_9(fn_liver_cell_59(X)) = fn_plasma_membrane_3(fn_liver_cell_56(X))
& fn_plasma_membrane_3(fn_liver_cell_56(X)) = fn_integrin_9(fn_liver_cell_59(X))
& fn_animal_plasma_membrane_62(fn_liver_cell_56(X)) = fn_animal_plasma_membrane_62(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_62(fn_liver_cell_56(X)) = fn_integrin_9(fn_liver_cell_59(X))
& fn_integrin_9(fn_liver_cell_59(X)) = fn_animal_plasma_membrane_62(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_53(fn_liver_cell_56(X)) = fn_animal_plasma_membrane_62(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_62(fn_liver_cell_56(X)) = fn_animal_plasma_membrane_53(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_47(fn_liver_cell_56(X)) = fn_animal_plasma_membrane_53(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_53(fn_liver_cell_56(X)) = fn_animal_plasma_membrane_53(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_53(fn_liver_cell_56(X)) = fn_animal_plasma_membrane_47(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_47(fn_liver_cell_56(X)) = fn_animal_plasma_membrane_47(fn_liver_cell_56(X))
& fn_plasma_membrane_55(fn_liver_cell_56(X)) = fn_animal_plasma_membrane_47(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_47(fn_liver_cell_56(X)) = fn_plasma_membrane_55(fn_liver_cell_56(X))
& fn_plasma_membrane_55(fn_liver_cell_56(X)) = fn_plasma_membrane_55(fn_liver_cell_56(X))
& fn_plasma_membrane_55(fn_liver_cell_56(X)) = fn_integrin_8(fn_liver_cell_59(X))
& fn_integrin_8(fn_liver_cell_59(X)) = fn_integrin_8(fn_liver_cell_59(X))
& fn_integrin_8(fn_liver_cell_59(X)) = fn_smooth_endoplasmic_reticulum_31(fn_liver_cell_52(X))
& fn_smooth_endoplasmic_reticulum_31(fn_liver_cell_52(X)) = fn_smooth_endoplasmic_reticulum_31(fn_liver_cell_52(X))
& fn_smooth_endoplasmic_reticulum_31(fn_liver_cell_52(X)) = fn_smooth_endoplasmic_reticulum_25(fn_liver_cell_52(X))
& fn_smooth_endoplasmic_reticulum_25(fn_liver_cell_52(X)) = fn_nucleus_6(fn_liver_cell_55(X))
& fn_nucleus_6(fn_liver_cell_55(X)) = fn_eukaryotic_cell_30(X)
& fn_eukaryotic_cell_30(X) = fn_eukaryotic_cell_30(X)
& fn_eukaryotic_cell_30(X) = fn_smooth_endoplasmic_reticulum_3(fn_liver_cell_52(X))
& fn_smooth_endoplasmic_reticulum_3(fn_liver_cell_52(X)) = fn_smooth_endoplasmic_reticulum_3(fn_liver_cell_52(X))
& fn_smooth_endoplasmic_reticulum_3(fn_liver_cell_52(X)) = fn_eukaryotic_cell_24(X)
& fn_eukaryotic_cell_24(X) = fn_eukaryotic_cell_24(X)
& fn_eukaryotic_cell_24(X) = fn_eukaryotic_oxidative_phosphorylation_333(fn_liver_cell_106(X))
& fn_eukaryotic_oxidative_phosphorylation_333(fn_liver_cell_106(X)) = fn_eukaryotic_oxidative_phosphorylation_333(fn_liver_cell_106(X))
& fn_eukaryotic_oxidative_phosphorylation_333(fn_liver_cell_106(X)) = fn_vertebrate_cell_1(X)
& fn_vertebrate_cell_1(X) = fn_eukaryotic_oxidative_phosphorylation_324(fn_liver_cell_106(X))
& fn_eukaryotic_oxidative_phosphorylation_324(fn_liver_cell_106(X)) = fn_vertebrate_cell_3(X)
& fn_vertebrate_cell_3(X) = fn_biomembrane_63(fn_liver_cell_56(X))
& fn_biomembrane_63(fn_liver_cell_56(X)) = fn_plasma_membrane_71(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_54(fn_liver_cell_56(X)) = fn_plasma_membrane_71(fn_liver_cell_56(X))
& fn_plasma_membrane_71(fn_liver_cell_56(X)) = fn_animal_plasma_membrane_54(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_54(fn_liver_cell_56(X)) = fn_animal_plasma_membrane_54(fn_liver_cell_56(X))
& fn_integrin_29(fn_liver_cell_59(X)) = fn_animal_plasma_membrane_54(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_54(fn_liver_cell_56(X)) = fn_integrin_29(fn_liver_cell_59(X))
& fn_integrin_29(fn_liver_cell_59(X)) = fn_vertebrate_cell_6(X)
& fn_vertebrate_cell_6(X) = fn_vertebrate_cell_6(X)
& fn_vertebrate_cell_6(X) = fn_animal_plasma_membrane_67(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_67(fn_liver_cell_56(X)) = fn_transmembrane_protein_4(fn_liver_cell_59(X))
& fn_transmembrane_protein_4(fn_liver_cell_59(X)) = fn_transmembrane_protein_4(fn_liver_cell_59(X))
& fn_transmembrane_protein_4(fn_liver_cell_59(X)) = fn_integrin_30(fn_liver_cell_59(X))
& fn_integrin_30(fn_liver_cell_59(X)) = fn_integrin_30(fn_liver_cell_59(X))
& fn_integrin_30(fn_liver_cell_59(X)) = fn_vertebrate_cell_26(X)
& fn_vertebrate_cell_26(X) = fn_vertebrate_cell_26(X)
& fn_vertebrate_cell_26(X) = fn_detoxification_13(fn_liver_cell_54(X))
& fn_detoxification_13(fn_liver_cell_54(X)) = fn_detoxification_3(fn_liver_cell_54(X))
& fn_detoxification_3(fn_liver_cell_54(X)) = fn_detoxification_3(fn_liver_cell_9(X))
& fn_detoxification_3(fn_liver_cell_9(X)) = fn_add_2(fn_liver_cell_32(X))
& fn_add_2(fn_liver_cell_32(X)) = fn_detoxification_13(fn_liver_cell_9(X))
& fn_detoxification_13(fn_liver_cell_9(X)) = fn_detoxification_13(fn_liver_cell_9(X))
& fn_detoxification_13(fn_liver_cell_9(X)) = fn_detoxification_5(fn_liver_cell_9(X))
& fn_detoxification_5(fn_liver_cell_9(X)) = fn_peroxisome_43(fn_liver_cell_90(X))
& fn_peroxisome_43(fn_liver_cell_90(X)) = fn_peroxisome_2(fn_liver_cell_90(X))
& fn_peroxisome_2(fn_liver_cell_90(X)) = fn_peroxisome_43(fn_liver_cell_90(X))
& fn_peroxisome_43(fn_liver_cell_90(X)) = fn_peroxisome_43(fn_liver_cell_90(X))
& fn_peroxisome_43(fn_liver_cell_90(X)) = fn_nucleus_17(fn_liver_cell_55(X))
& fn_nucleus_17(fn_liver_cell_55(X)) = fn_biomembrane_14(fn_liver_cell_47(X))
& fn_biomembrane_14(fn_liver_cell_47(X)) = fn_nucleus_17(fn_liver_cell_55(X))
& fn_nucleus_17(fn_liver_cell_55(X)) = fn_biomembrane_15(fn_liver_cell_47(X))
& fn_biomembrane_15(fn_liver_cell_47(X)) = fn_peroxisome_41(fn_liver_cell_90(X))
& fn_endoplasmic_reticulum_23(fn_liver_cell_52(X)) = fn_vertebrate_cell_21(X)
& fn_vertebrate_cell_21(X) = fn_eukaryotic_oxidative_phosphorylation_322(fn_liver_cell_106(X))
& fn_eukaryotic_oxidative_phosphorylation_322(fn_liver_cell_106(X)) = fn_vertebrate_cell_21(X)
& fn_vertebrate_cell_21(X) = fn_vertebrate_cell_21(X)
& fn_vertebrate_cell_21(X) = fn_endoplasmic_reticulum_14(fn_liver_cell_52(X))
& fn_endoplasmic_reticulum_14(fn_liver_cell_52(X)) = fn_smooth_endoplasmic_reticulum_29(fn_liver_cell_52(X))
& fn_smooth_endoplasmic_reticulum_29(fn_liver_cell_52(X)) = fn_endoplasmic_reticulum_3(fn_liver_cell_52(X))
& fn_endoplasmic_reticulum_3(fn_liver_cell_52(X)) = fn_endoplasmic_reticulum_3(fn_liver_cell_52(X))
& fn_endoplasmic_reticulum_3(fn_liver_cell_52(X)) = fn_endoplasmic_reticulum_17(fn_liver_cell_52(X))
& fn_endoplasmic_reticulum_17(fn_liver_cell_52(X)) = fn_rough_endoplasmic_reticulum_24(fn_liver_cell_49(X))
& fn_rough_endoplasmic_reticulum_24(fn_liver_cell_49(X)) = fn_endoplasmic_reticulum_27(fn_liver_cell_52(X))
& fn_endoplasmic_reticulum_27(fn_liver_cell_52(X)) = fn_rough_endoplasmic_reticulum_20(fn_liver_cell_49(X))
& fn_rough_endoplasmic_reticulum_20(fn_liver_cell_49(X)) = fn_smooth_endoplasmic_reticulum_7(fn_liver_cell_52(X))
& fn_smooth_endoplasmic_reticulum_7(fn_liver_cell_52(X)) = fn_rough_endoplasmic_reticulum_22(fn_liver_cell_49(X))
& fn_rough_endoplasmic_reticulum_22(fn_liver_cell_49(X)) = fn_endoplasmic_reticulum_34(fn_liver_cell_52(X))
& fn_endoplasmic_reticulum_34(fn_liver_cell_52(X)) = fn_rough_endoplasmic_reticulum_30(fn_liver_cell_49(X))
& fn_rough_endoplasmic_reticulum_30(fn_liver_cell_49(X)) = fn_rough_endoplasmic_reticulum_30(fn_liver_cell_49(X))
& fn_rough_endoplasmic_reticulum_30(fn_liver_cell_49(X)) = fn_smooth_endoplasmic_reticulum_28(fn_liver_cell_52(X))
& fn_smooth_endoplasmic_reticulum_28(fn_liver_cell_52(X)) = fn_endoplasmic_reticulum_30(fn_liver_cell_52(X))
& fn_endoplasmic_reticulum_30(fn_liver_cell_52(X)) = fn_endoplasmic_reticulum_30(fn_liver_cell_52(X))
& fn_endoplasmic_reticulum_30(fn_liver_cell_52(X)) = fn_rough_endoplasmic_reticulum_87(fn_liver_cell_49(X))
& fn_rough_endoplasmic_reticulum_87(fn_liver_cell_49(X)) = fn_rough_endoplasmic_reticulum_87(fn_liver_cell_49(X))
& fn_rough_endoplasmic_reticulum_87(fn_liver_cell_49(X)) = fn_vertebrate_cell_27(X)
& fn_vertebrate_cell_27(X) = fn_vertebrate_cell_27(X)
& fn_vertebrate_cell_27(X) = fn_rough_endoplasmic_reticulum_32(fn_liver_cell_49(X))
& fn_rough_endoplasmic_reticulum_32(fn_liver_cell_49(X)) = fn_rough_endoplasmic_reticulum_32(fn_liver_cell_49(X))
& fn_rough_endoplasmic_reticulum_32(fn_liver_cell_49(X)) = fn_eukaryotic_cell_26(X)
& fn_eukaryotic_cell_26(X) = fn_vertebrate_cell_22(X)
& fn_vertebrate_cell_22(X) = fn_vertebrate_cell_22(X)
& fn_vertebrate_cell_22(X) = fn_rough_endoplasmic_reticulum_27(fn_liver_cell_49(X))
& fn_rough_endoplasmic_reticulum_27(fn_liver_cell_49(X)) = fn_rough_endoplasmic_reticulum_27(fn_liver_cell_49(X))
& fn_rough_endoplasmic_reticulum_27(fn_liver_cell_49(X)) = fn_vertebrate_cell_32(X)
& fn_vertebrate_cell_32(X) = fn_receive_1(fn_liver_cell_118(X))
& fn_receive_1(fn_liver_cell_118(X)) = fn_vertebrate_cell_32(X)
& fn_vertebrate_cell_32(X) = fn_rough_endoplasmic_reticulum_19(fn_liver_cell_49(X))
& fn_rough_endoplasmic_reticulum_19(fn_liver_cell_49(X)) = fn_rough_endoplasmic_reticulum_19(fn_liver_cell_49(X))
& fn_rough_endoplasmic_reticulum_19(fn_liver_cell_49(X)) = fn_smooth_endoplasmic_reticulum_34(fn_liver_cell_52(X))
& fn_smooth_endoplasmic_reticulum_34(fn_liver_cell_52(X)) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_vertebrate_cell_9(X)
& fn_vertebrate_cell_9(X) = fn_vertebrate_cell_9(X)
& fn_vertebrate_cell_9(X) = fn_endoplasmic_reticulum_2(fn_liver_cell_52(X))
& fn_endoplasmic_reticulum_2(fn_liver_cell_52(X)) = fn_endoplasmic_reticulum_2(fn_liver_cell_52(X))
& fn_endoplasmic_reticulum_2(fn_liver_cell_52(X)) = fn_endoplasmic_reticulum_40(fn_liver_cell_52(X))
& fn_endoplasmic_reticulum_40(fn_liver_cell_52(X)) = fn_endoplasmic_reticulum_40(fn_liver_cell_52(X))
& fn_endoplasmic_reticulum_40(fn_liver_cell_52(X)) = fn_rough_endoplasmic_reticulum_23(fn_liver_cell_49(X))
& fn_rough_endoplasmic_reticulum_23(fn_liver_cell_49(X)) = fn_rough_endoplasmic_reticulum_23(fn_liver_cell_49(X))
& fn_rough_endoplasmic_reticulum_23(fn_liver_cell_49(X)) = fn_store_2(fn_liver_cell_50(X))
& fn_store_2(fn_liver_cell_50(X)) = fn_animal_plasma_membrane_56(fn_liver_cell_56(X))
& fn_animal_plasma_membrane_56(fn_liver_cell_56(X)) = fn_store_2(fn_liver_cell_50(X))
& fn_store_2(fn_liver_cell_50(X)) = fn_support_1(fn_liver_cell_75(X))
& fn_support_1(fn_liver_cell_75(X)) = fn_support_1(fn_liver_cell_75(X))
& fn_support_1(fn_liver_cell_75(X)) = fn_obtain_1(fn_liver_cell_53(X))
& fn_obtain_1(fn_liver_cell_53(X)) = fn_obtain_1(fn_liver_cell_53(X))
& fn_obtain_1(fn_liver_cell_53(X)) = fn_eukaryotic_oxidative_phosphorylation_334(fn_liver_cell_106(X))
& fn_eukaryotic_oxidative_phosphorylation_334(fn_liver_cell_106(X)) = fn_eukaryotic_oxidative_phosphorylation_334(fn_liver_cell_106(X))
& fn_eukaryotic_oxidative_phosphorylation_334(fn_liver_cell_106(X)) = fn_detoxification_12(fn_liver_cell_54(X))
& fn_detoxification_12(fn_liver_cell_9(X)) = fn_detoxification_12(fn_liver_cell_54(X))
& fn_detoxification_12(fn_liver_cell_54(X)) = fn_detoxification_12(fn_liver_cell_9(X))
& fn_detoxification_12(fn_liver_cell_9(X)) = fn_detoxification_12(fn_liver_cell_9(X))
& fn_detoxification_12(fn_liver_cell_9(X)) = fn_endoplasmic_reticulum_11(fn_liver_cell_52(X))
& fn_endoplasmic_reticulum_11(fn_liver_cell_52(X)) = fn_endoplasmic_reticulum_11(fn_liver_cell_52(X))
& fn_endoplasmic_reticulum_11(fn_liver_cell_52(X)) = fn_rough_endoplasmic_reticulum_62(fn_liver_cell_49(X))
& fn_rough_endoplasmic_reticulum_62(fn_liver_cell_49(X)) = fn_rough_endoplasmic_reticulum_62(fn_liver_cell_49(X))
& fn_rough_endoplasmic_reticulum_62(fn_liver_cell_49(X)) = fn_smooth_endoplasmic_reticulum_47(fn_liver_cell_52(X))
& fn_smooth_endoplasmic_reticulum_47(fn_liver_cell_52(X)) = fn_transfer_1(fn_liver_cell_118(X))
& fn_transfer_1(fn_liver_cell_118(X)) = fn_detoxification_3(fn_liver_cell_9(X))
& fn_detoxification_3(fn_liver_cell_9(X)) = fn_detoxification_3(fn_liver_cell_9(X))
& fn_detoxification_3(fn_liver_cell_9(X)) = fn_remove_1(fn_liver_cell_33(X))
& fn_remove_1(fn_liver_cell_33(X)) = fn_synthesis_of_endomembranous_system_membrane_53(fn_liver_cell_48(X))
& fn_synthesis_of_endomembranous_system_membrane_53(fn_liver_cell_48(X)) = fn_biomembrane_29(fn_liver_cell_47(X))
& fn_biomembrane_29(fn_liver_cell_47(X)) = fn_lipid_14(fn_liver_cell_63(X))
& fn_lipid_14(fn_liver_cell_63(X)) = fn_glycolipid_4(fn_liver_cell_63(X))
& fn_glycolipid_4(fn_liver_cell_63(X)) = fn_glycolipid_4(fn_liver_cell_63(X))
& fn_glycolipid_4(fn_liver_cell_63(X)) = fn_biomembrane_71(fn_liver_cell_47(X))
& fn_biomembrane_71(fn_liver_cell_47(X)) = fn_glycogen_breakdown_18(fn_liver_cell_43(X))
& fn_glycogen_breakdown_18(fn_liver_cell_43(X)) = fn_glycogen_breakdown_in_vertebrates_20(fn_liver_cell_43(X))
& fn_glycogen_breakdown_in_vertebrates_20(fn_liver_cell_43(X)) = fn_glycogen_breakdown_in_vertebrates_31(fn_liver_cell_43(X))
& fn_glycogen_breakdown_in_vertebrates_31(fn_liver_cell_43(X)) = fn_phosphorylated_intermediate_2(fn_liver_cell_44(X))
& fn_phosphorylated_intermediate_2(fn_liver_cell_44(X)) = fn_eukaryotic_cell_20(X)
& fn_eukaryotic_cell_20(X) = fn_eukaryotic_cell_20(X)
& fn_eukaryotic_cell_20(X) = fn_peroxisome_11(fn_liver_cell_90(X))
& fn_peroxisome_11(fn_liver_cell_90(X)) = fn_peroxisome_11(fn_liver_cell_90(X))
& fn_peroxisome_11(fn_liver_cell_90(X)) = fn_eukaryotic_cell_20(X)
& fn_eukaryotic_cell_20(X) = fn_eukaryotic_cell_36(X)
& fn_eukaryotic_cell_36(X) = fn_endoplasmic_reticulum_25(fn_liver_cell_52(X))
& fn_endoplasmic_reticulum_25(fn_liver_cell_52(X)) = fn_smooth_endoplasmic_reticulum_50(fn_liver_cell_52(X))
& fn_smooth_endoplasmic_reticulum_50(fn_liver_cell_52(X)) = fn_endoplasmic_reticulum_5(fn_liver_cell_52(X))
& fn_endoplasmic_reticulum_5(fn_liver_cell_52(X)) = fn_endoplasmic_reticulum_5(fn_liver_cell_52(X))
& fn_endoplasmic_reticulum_5(fn_liver_cell_52(X)) = fn_smooth_endoplasmic_reticulum_49(fn_liver_cell_52(X))
& fn_smooth_endoplasmic_reticulum_48(fn_liver_cell_52(X)) = fn_smooth_endoplasmic_reticulum_49(fn_liver_cell_52(X))
& fn_smooth_endoplasmic_reticulum_49(fn_liver_cell_52(X)) = fn_smooth_endoplasmic_reticulum_48(fn_liver_cell_52(X))
& fn_smooth_endoplasmic_reticulum_48(fn_liver_cell_52(X)) = fn_smooth_endoplasmic_reticulum_48(fn_liver_cell_52(X))
& fn_synthesis_of_endomembranous_system_membrane_59(fn_liver_cell_48(X)) = fn_smooth_endoplasmic_reticulum_48(fn_liver_cell_52(X))
& fn_smooth_endoplasmic_reticulum_48(fn_liver_cell_52(X)) = fn_synthesis_of_endomembranous_system_membrane_59(fn_liver_cell_48(X))
& fn_synthesis_of_endomembranous_system_membrane_59(fn_liver_cell_48(X)) = fn_synthesis_of_endomembranous_system_membrane_59(fn_liver_cell_48(X))
& fn_synthesis_of_endomembranous_system_membrane_59(fn_liver_cell_48(X)) = fn_peroxisome_41(fn_liver_cell_90(X))
& fn_peroxisome_41(fn_liver_cell_90(X)) = fn_peroxisome_41(fn_liver_cell_90(X))
& fn_peroxisome_41(fn_liver_cell_90(X)) = fn_endoplasmic_reticulum_23(fn_liver_cell_52(X))
& fn_endoplasmic_reticulum_23(fn_liver_cell_52(X)) = fn_endoplasmic_reticulum_23(fn_liver_cell_52(X))
& fn_endoplasmic_reticulum_23(fn_liver_cell_52(X)) = fn_rough_endoplasmic_reticulum_68(fn_liver_cell_49(X))
& fn_enzyme_4(fn_liver_cell_88(X)) = fn_rough_endoplasmic_reticulum_68(fn_liver_cell_49(X))
& fn_rough_endoplasmic_reticulum_68(fn_liver_cell_49(X)) = fn_enzyme_4(fn_liver_cell_88(X))
& fn_enzyme_4(fn_liver_cell_88(X)) = fn_enzyme_4(fn_liver_cell_88(X))
& fn_enzyme_4(fn_liver_cell_88(X)) = fn_endoplasmic_reticulum_31(fn_liver_cell_52(X))
& fn_endoplasmic_reticulum_31(fn_liver_cell_52(X)) = fn_rough_endoplasmic_reticulum_52(fn_liver_cell_49(X))
& fn_rough_endoplasmic_reticulum_52(fn_liver_cell_49(X)) = fn_rough_endoplasmic_reticulum_52(fn_liver_cell_49(X))
& fn_rough_endoplasmic_reticulum_52(fn_liver_cell_49(X)) = fn_eukaryotic_cell_35(X)
& fn_eukaryotic_cell_35(X) = fn_rough_endoplasmic_reticulum_55(fn_liver_cell_49(X))
& fn_rough_endoplasmic_reticulum_55(fn_liver_cell_49(X)) = fn_synthesis_of_endomembranous_system_membrane_60(fn_liver_cell_48(X))
& fn_nucleus_13(fn_liver_cell_55(X)) = fn_synthesis_of_endomembranous_system_membrane_60(fn_liver_cell_48(X))
& fn_synthesis_of_endomembranous_system_membrane_60(fn_liver_cell_48(X)) = fn_nucleus_13(fn_liver_cell_55(X))
& fn_nucleus_13(fn_liver_cell_55(X)) = fn_nucleus_13(fn_liver_cell_55(X))
& fn_nucleus_13(fn_liver_cell_55(X)) = fn_rough_endoplasmic_reticulum_21(fn_liver_cell_49(X))
& fn_rough_endoplasmic_reticulum_21(fn_liver_cell_49(X)) = fn_rough_endoplasmic_reticulum_21(fn_liver_cell_49(X)) ) ) ).
fof(a530689,axiom,
! [X] :
( liverwort_1(X)
=> ( original_name_2(X,'Liverwort')
& user_description_2(X,'One of a group of small, nonvascular land plants of the phylum Hepatophyta.')
& concept2words_2(X,hepatophyta)
& concept2words_2(X,hepatophyte)
& concept2words_2(X,liverwort)
& bryophyte_1(X) ) ) ).
fof(a530690,axiom,
! [X] :
( living_entity_1(X)
=> ( original_name_2(X,'Living-Entity')
& description_2(X,'Any living organism')
& concept2words_2(X,benefactive_role)
& concept2words_2(X,'benefactive role')
& concept2words_2(X,beneficiary)
& concept2words_2(X,'living thing')
& concept2words_2(X,living_thing)
& concept2words_2(X,'animate thing')
& concept2words_2(X,animate_thing)
& concept2words_2(X,'entity of living')
& concept2words_2(X,'living entity')
& concept2words_2(X,'living-entity')
& physical_object_1(X)
& organic_entity_1(X) ) ) ).
fof(a530691,axiom,
! [X] :
( lizard_1(X)
=> ( original_name_2(X,'Lizard')
& user_description_2(X,'A large group of squamate reptiles, inhabiting all continents except Antarctica. Unlike the other major group of squamates, snakes, reptiles have feet and external ears.')
& concept2words_2(X,lizard)
& squamata_1(X) ) ) ).
fof(a530692,axiom,
! [X] :
( load_1(X)
=> ( original_name_2(X,'Load')
& concept2words_2(X,load)
& concept2words_2(X,charge)
& concept2words_2(X,lade)
& concept2words_2(X,laden)
& concept2words_2(X,'load up')
& concept2words_2(X,load_up)
& concept2words_2(X,stow)
& move_into_1(X)
& ~ take_in_1(X)
& ~ enter_1(X)
& ~ capillary_action_1(X)
& ~ implant_1(X)
& ~ package_recombinants_in_capsid_1(X)
& activate_1(fn_load_1(X))
& causes_2(X,fn_load_1(X)) ) ) ).
fof(a530693,axiom,
! [X] :
( loading_of_sugar_into_sieve_tube_element_1(X)
=> ( original_name_2(X,'Loading-Of-Sugar-Into-Sieve-Tube-Element')
& user_description_2(X,'It involves the loading of sugar into sieve tube elements of phloem in leaf during the process of translocation of phloem sap.')
& concept2words_2(X,load)
& concept2words_2(X,'loading of sugar into sieve tube element')
& concept2words_2(X,'loading-of-sugar-into-sieve-tube-element')
& plant_transport_1(X)
& frequency_value_1(fn_loading_of_sugar_into_sieve_tube_element_3(X))
& frequency_value_1(fn_loading_of_sugar_into_sieve_tube_element_4(X))
& cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_1(fn_loading_of_sugar_into_sieve_tube_element_5(X))
& cotransport_of_sucrose_and_hydrogen_ion_by_plant_cell_1(fn_loading_of_sugar_into_sieve_tube_element_6(X))
& companion_cell_1(fn_loading_of_sugar_into_sieve_tube_element_7(X))
& biological_region_1(fn_loading_of_sugar_into_sieve_tube_element_8(X))
& tangible_entity_1(fn_loading_of_sugar_into_sieve_tube_element_9(X))
& chemical_entity_1(fn_loading_of_sugar_into_sieve_tube_element_9(X))
& sugar_1(fn_loading_of_sugar_into_sieve_tube_element_9(X))
& mesophyll_cell_1(fn_loading_of_sugar_into_sieve_tube_element_10(X))
& symplastic_transport_1(fn_loading_of_sugar_into_sieve_tube_element_11(X))
& move_through_1(fn_loading_of_sugar_into_sieve_tube_element_12(X))
& move_into_1(fn_loading_of_sugar_into_sieve_tube_element_12(X))
& anabolic_pathway_1(fn_loading_of_sugar_into_sieve_tube_element_13(X))
& photosynthesis_1(fn_loading_of_sugar_into_sieve_tube_element_13(X))
& oxidative_phosphorylation_1(fn_loading_of_sugar_into_sieve_tube_element_14(X))
& oxidative_phosphorylation_1(fn_loading_of_sugar_into_sieve_tube_element_15(X))
& sieve_tube_element_1(fn_loading_of_sugar_into_sieve_tube_element_16(X))
& cell_1(fn_oxidative_phosphorylation_15(fn_loading_of_sugar_into_sieve_tube_element_14(X)))
& cell_1(fn_oxidative_phosphorylation_15(fn_loading_of_sugar_into_sieve_tube_element_15(X)))
& move_through_1(fn_symplastic_transport_2(fn_loading_of_sugar_into_sieve_tube_element_11(X)))
& photosynthesis_1(fn_parenchyma_cell_15(fn_loading_of_sugar_into_sieve_tube_element_10(X)))
& tangible_entity_1(fn_move_into_1(fn_loading_of_sugar_into_sieve_tube_element_12(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_loading_of_sugar_into_sieve_tube_element_13(X)))
& tangible_entity_1(fn_photosynthesis_37(fn_loading_of_sugar_into_sieve_tube_element_13(X)))
& chemical_entity_1(fn_photosynthesis_37(fn_loading_of_sugar_into_sieve_tube_element_13(X)))
& sugar_1(fn_photosynthesis_37(fn_loading_of_sugar_into_sieve_tube_element_13(X)))
& the_scalar_value_2(fn_loading_of_sugar_into_sieve_tube_element_3(X),often_0)
& scalar_unit_class_2(fn_loading_of_sugar_into_sieve_tube_element_3(X),cotransport_0)
& the_scalar_value_2(fn_loading_of_sugar_into_sieve_tube_element_4(X),often_0)
& scalar_unit_class_2(fn_loading_of_sugar_into_sieve_tube_element_4(X),cotransport_0)
& is_outside_2(fn_loading_of_sugar_into_sieve_tube_element_10(X),fn_loading_of_sugar_into_sieve_tube_element_16(X))
& frequency_2(fn_loading_of_sugar_into_sieve_tube_element_5(X),fn_loading_of_sugar_into_sieve_tube_element_3(X))
& origin_2(fn_loading_of_sugar_into_sieve_tube_element_5(X),fn_loading_of_sugar_into_sieve_tube_element_10(X))
& frequency_2(fn_loading_of_sugar_into_sieve_tube_element_6(X),fn_loading_of_sugar_into_sieve_tube_element_4(X))
& origin_2(fn_loading_of_sugar_into_sieve_tube_element_6(X),fn_loading_of_sugar_into_sieve_tube_element_10(X))
& destination_2(fn_loading_of_sugar_into_sieve_tube_element_6(X),fn_loading_of_sugar_into_sieve_tube_element_7(X))
& origin_2(fn_loading_of_sugar_into_sieve_tube_element_12(X),fn_loading_of_sugar_into_sieve_tube_element_10(X))
& destination_2(fn_loading_of_sugar_into_sieve_tube_element_12(X),fn_loading_of_sugar_into_sieve_tube_element_8(X))
& object_2(X,fn_loading_of_sugar_into_sieve_tube_element_9(X))
& origin_2(X,fn_loading_of_sugar_into_sieve_tube_element_10(X))
& subevent_2(X,fn_loading_of_sugar_into_sieve_tube_element_11(X))
& subevent_2(X,fn_loading_of_sugar_into_sieve_tube_element_5(X))
& subevent_2(X,fn_loading_of_sugar_into_sieve_tube_element_6(X))
& first_subevent_2(X,fn_loading_of_sugar_into_sieve_tube_element_11(X))
& destination_2(X,fn_loading_of_sugar_into_sieve_tube_element_16(X))
& is_inside_2(fn_loading_of_sugar_into_sieve_tube_element_8(X),fn_loading_of_sugar_into_sieve_tube_element_16(X))
& base_2(fn_loading_of_sugar_into_sieve_tube_element_14(X),fn_loading_of_sugar_into_sieve_tube_element_10(X))
& base_2(fn_loading_of_sugar_into_sieve_tube_element_15(X),fn_loading_of_sugar_into_sieve_tube_element_10(X))
& subevent_2(fn_loading_of_sugar_into_sieve_tube_element_11(X),fn_loading_of_sugar_into_sieve_tube_element_12(X))
& result_2(fn_loading_of_sugar_into_sieve_tube_element_13(X),fn_loading_of_sugar_into_sieve_tube_element_9(X))
& base_2(fn_loading_of_sugar_into_sieve_tube_element_13(X),fn_loading_of_sugar_into_sieve_tube_element_10(X))
& base_2(fn_loading_of_sugar_into_sieve_tube_element_12(X),fn_loading_of_sugar_into_sieve_tube_element_16(X))
& fn_loading_of_sugar_into_sieve_tube_element_10(X) = fn_oxidative_phosphorylation_15(fn_loading_of_sugar_into_sieve_tube_element_14(X))
& fn_loading_of_sugar_into_sieve_tube_element_10(X) = fn_oxidative_phosphorylation_15(fn_loading_of_sugar_into_sieve_tube_element_15(X))
& fn_loading_of_sugar_into_sieve_tube_element_12(X) = fn_symplastic_transport_2(fn_loading_of_sugar_into_sieve_tube_element_11(X))
& fn_loading_of_sugar_into_sieve_tube_element_9(X) = fn_anabolic_pathway_5(fn_loading_of_sugar_into_sieve_tube_element_13(X))
& fn_loading_of_sugar_into_sieve_tube_element_9(X) = fn_photosynthesis_37(fn_loading_of_sugar_into_sieve_tube_element_13(X))
& fn_loading_of_sugar_into_sieve_tube_element_13(X) = fn_parenchyma_cell_15(fn_loading_of_sugar_into_sieve_tube_element_10(X))
& fn_loading_of_sugar_into_sieve_tube_element_16(X) = fn_move_into_1(fn_loading_of_sugar_into_sieve_tube_element_12(X))
& fn_anabolic_pathway_5(fn_loading_of_sugar_into_sieve_tube_element_13(X)) = fn_photosynthesis_37(fn_loading_of_sugar_into_sieve_tube_element_13(X)) ) ) ).
fof(a530694,axiom,
! [X] :
( loam_1(X)
=> ( original_name_2(X,'Loam')
& user_description_2(X,'The most fertile type of soil, consisting of approximately equal proportions of clay, sand, and silt.')
& concept2words_2(X,loam)
& heterogeneous_mixture_1(X)
& ~ suspension_1(X)
& ~ acid_chyme_1(X)
& ~ detritus_1(X)
& ~ feces_1(X)
& ~ homogenate_1(X)
& ~ homogeneous_mixture_1(X)
& ~ mesohyl_1(X)
& ~ peat_1(X)
& ~ protobiont_1(X)
& ~ saliva_1(X)
& ~ soil_1(X)
& ~ topsoil_1(X) ) ) ).
fof(a530695,axiom,
! [X] :
( lobe_1(X)
=> ( original_name_2(X,'Lobe')
& user_description_2(X,'Rounded, projecting section of an organ.')
& concept2words_2(X,lobe)
& anatomical_structure_1(X) ) ) ).
fof(a530696,axiom,
! [X] :
( lobe_fin_fish_1(X)
=> ( original_name_2(X,'Lobe-Fin-Fish')
& user_description_2(X,'Fish of the clade Sarcopterygii, whose pectoral and pelvic fins are muscular and supported by bony extensions of the skeleton.')
& concept2words_2(X,actinistia)
& concept2words_2(X,'lobe fin fish')
& concept2words_2(X,'lobe-fin-fish')
& fish_1(X)
& ~ bony_fish_1(X)
& ~ cartilaginous_fish_1(X)
& ~ tetrapod_fish_1(X) ) ) ).
fof(a530697,axiom,
! [X] :
( local_biogeochemical_cycle_1(X)
=> ( original_name_2(X,'Local-Biogeochemical-Cycle')
& user_description_2(X,'Biogeochemical cycle which cycles chemicals through biotic and abiotic components of ecosystems on a local scale. Chemicals which naturally exist in solid form (such as phosphorus and calcium) cycle locally.')
& concept2words_2(X,'undergo the local biogeochemical cycle')
& concept2words_2(X,'local biogeochemical cycle')
& concept2words_2(X,'local-biogeochemical-cycle')
& biogeochemical_cycle_1(X)
& ecosystem_1(fn_local_biogeochemical_cycle_1(X))
& chemical_entity_1(fn_local_biogeochemical_cycle_2(X))
& site_2(X,fn_local_biogeochemical_cycle_1(X))
& object_2(X,fn_local_biogeochemical_cycle_2(X))
& fn_local_biogeochemical_cycle_1(X) = fn_biogeochemical_cycle_2(X)
& fn_local_biogeochemical_cycle_2(X) = fn_biogeochemical_cycle_1(X) ) ) ).
fof(a530698,axiom,
! [X] :
( local_cell_communication_1(X)
=> ( original_name_2(X,'Local-Cell-Communication')
& user_description_2(X,'Occurs when local regulators, messenger molecules that travel only short distances, target cells within the immediate vicinity of the signaling cell.')
& concept2words_2(X,'communicate over a short distance')
& concept2words_2(X,'local cell communication')
& concept2words_2(X,'local-cell-communication')
& intercellular_process_1(X)
& cell_communication_1(X)
& length_value_1(fn_local_cell_communication_2(X))
& cellular_response_1(fn_local_cell_communication_3(X))
& signal_transduction_1(fn_local_cell_communication_4(X))
& signal_reception_1(fn_local_cell_communication_5(X))
& cell_signaling_1(fn_local_cell_communication_6(X))
& cell_1(fn_local_cell_communication_7(X))
& signal_reception_1(fn_cell_signaling_2(fn_local_cell_communication_6(X)))
& signal_transduction_1(fn_cell_signaling_3(fn_local_cell_communication_6(X)))
& cellular_response_1(fn_cell_signaling_1(fn_local_cell_communication_6(X)))
& cell_1(fn_cell_signaling_4(fn_local_cell_communication_6(X)))
& the_scalar_value_2(fn_local_cell_communication_2(X),near_0)
& scalar_unit_class_2(fn_local_cell_communication_2(X),long_distance_cell_communication_0)
& distance_2(X,fn_local_cell_communication_2(X))
& subevent_2(X,fn_local_cell_communication_6(X))
& object_2(X,fn_local_cell_communication_7(X))
& base_2(fn_local_cell_communication_5(X),fn_local_cell_communication_7(X))
& next_event_2(fn_local_cell_communication_5(X),fn_local_cell_communication_4(X))
& base_2(fn_local_cell_communication_4(X),fn_local_cell_communication_7(X))
& base_2(fn_local_cell_communication_3(X),fn_local_cell_communication_7(X))
& subevent_2(fn_local_cell_communication_6(X),fn_local_cell_communication_3(X))
& base_2(fn_local_cell_communication_6(X),fn_local_cell_communication_7(X))
& first_subevent_2(fn_local_cell_communication_6(X),fn_local_cell_communication_5(X))
& subevent_2(fn_local_cell_communication_6(X),fn_local_cell_communication_5(X))
& subevent_2(fn_local_cell_communication_6(X),fn_local_cell_communication_4(X))
& next_event_2(fn_local_cell_communication_4(X),fn_local_cell_communication_3(X))
& fn_local_cell_communication_6(X) = fn_cell_communication_2(X)
& fn_local_cell_communication_7(X) = fn_cell_communication_1(X)
& fn_local_cell_communication_7(X) = fn_cell_signaling_4(fn_local_cell_communication_6(X))
& fn_local_cell_communication_5(X) = fn_cell_signaling_2(fn_local_cell_communication_6(X))
& fn_local_cell_communication_4(X) = fn_cell_signaling_3(fn_local_cell_communication_6(X))
& fn_local_cell_communication_3(X) = fn_cell_signaling_1(fn_local_cell_communication_6(X))
& fn_cell_communication_1(X) = fn_cell_signaling_4(fn_local_cell_communication_6(X))
& fn_cell_signaling_4(fn_local_cell_communication_6(X)) = fn_cell_signaling_4(fn_local_cell_communication_6(X)) ) ) ).
fof(a530699,axiom,
! [X] :
( local_regulator_1(X)
=> ( original_name_2(X,'Local-Regulator')
& user_description_2(X,'A chemical signal that influences only neighboring cells.')
& concept2words_2(X,'regulator of local')
& concept2words_2(X,'local regulator')
& concept2words_2(X,'local-regulator')
& chemical_messenger_1(X)
& ~ electrical_signal_1(X)
& ~ elicitor_1(X)
& ~ florigen_1(X)
& cell_communication_with_local_regulator_1(fn_local_regulator_1(X))
& chemical_entity_1(fn_local_regulator_2(X))
& agent_2(fn_local_regulator_1(X),fn_local_regulator_2(X))
& plays_2(fn_local_regulator_2(X),X)
& fn_local_regulator_2(X) = fn_messenger_1(X) ) ) ).
fof(a530700,axiom,
! [X] :
( locomotion_1(X)
=> ( original_name_2(X,'Locomotion')
& concept2words_2(X,locomote)
& concept2words_2(X,travel)
& concept2words_2(X,go)
& concept2words_2(X,move)
& concept2words_2(X,locomotion)
& move_1(X)
& spatial_entity_1(fn_locomotion_1(X))
& agent_2(X,fn_locomotion_1(X))
& object_2(X,fn_locomotion_1(X))
& fn_locomotion_1(X) = fn_move_1(X) ) ) ).
fof(a530701,axiom,
! [X] :
( locomotion_as_macrophysiological_process_1(X)
=> ( original_name_2(X,'Locomotion-As-Macrophysiological-Process')
& user_description_2(X,'Active motion from one place to another.')
& concept2words_2(X,'locomotion as macrophysiological process')
& concept2words_2(X,'locomotion-as-macrophysiological-process')
& animal_process_1(X) ) ) ).
fof(a530702,axiom,
! [X] :
( locomotion_of_eukaryotic_cell_by_flagellum_1(X)
=> ( original_name_2(X,'Locomotion-Of-Eukaryotic-Cell-By-Flagellum')
& user_description_2(X,'Locomotion, usually swimming, of a eukaryotic cell by means of a beating flagellum. Most animals have sperm that use flagella for locomotion.')
& concept2words_2(X,move)
& concept2words_2(X,'locomotion of eukaryotic cell by flagellum')
& concept2words_2(X,'locomotion-of-eukaryotic-cell-by-flagellum')
& locomotion_1(X)
& dynein_walking_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_1(X))
& eukaryotic_cell_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_2(X))
& flagellum_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X))
& fold_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_4(X))
& fold_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_5(X))
& entity_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_6(X))
& microtubule_doublet_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_6(X))
& entity_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X))
& microtubule_doublet_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X))
& dynein_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_8(X))
& protein_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_9(X))
& microtubule_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_10(X))
& microtubule_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_11(X))
& molecular_assembly_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_12(X))
& periphery_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_13(X))
& microtubule_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_14(X))
& microtubule_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_15(X))
& cell_1(fn_flagellum_35(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X)))
& microtubule_1(fn_flagellum_38(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X)))
& protein_1(fn_flagellum_31(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X)))
& periphery_1(fn_flagellum_29(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X)))
& dynein_1(fn_flagellum_32(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X)))
& microtubule_1(fn_flagellum_37(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X)))
& molecular_assembly_1(fn_flagellum_33(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X)))
& entity_1(fn_fold_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_4(X)))
& microtubule_doublet_1(fn_flagellum_40(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X)))
& microtubule_1(fn_flagellum_36(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X)))
& microtubule_1(fn_microtubule_doublet_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X)))
& microtubule_1(fn_flagellum_39(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X)))
& microtubule_1(fn_microtubule_doublet_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X)))
& entity_1(fn_fold_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_5(X)))
& microtubule_doublet_1(fn_flagellum_41(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X)))
& locomotion_1(fn_flagellum_34(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X)))
& first_subevent_2(X,fn_locomotion_of_eukaryotic_cell_by_flagellum_4(X))
& subevent_2(X,fn_locomotion_of_eukaryotic_cell_by_flagellum_5(X))
& subevent_2(X,fn_locomotion_of_eukaryotic_cell_by_flagellum_1(X))
& subevent_2(X,fn_locomotion_of_eukaryotic_cell_by_flagellum_4(X))
& called_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_15(X),"2")
& called_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_11(X),"1")
& called_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X),"2")
& called_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_6(X),"1")
& agent_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_5(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_8(X))
& agent_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_5(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_9(X))
& base_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_5(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_6(X))
& called_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_5(X),"2")
& next_event_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_1(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_5(X))
& next_event_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_4(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_1(X))
& agent_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_4(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_9(X))
& agent_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_4(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_8(X))
& base_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_4(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X))
& called_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_4(X),"1")
& object_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_5(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X))
& object_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_4(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_6(X))
& has_part_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_2(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X))
& agent_2(X,fn_locomotion_of_eukaryotic_cell_by_flagellum_2(X))
& object_2(X,fn_locomotion_of_eukaryotic_cell_by_flagellum_2(X))
& element_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_12(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_8(X))
& instrument_2(X,fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X))
& has_function_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X),X)
& is_at_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_6(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_13(X))
& element_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_6(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_11(X))
& is_between_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_9(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_11(X))
& has_region_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_12(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_13(X))
& is_at_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_13(X))
& element_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_12(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X))
& element_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_12(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_9(X))
& is_between_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_9(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_10(X))
& has_part_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_12(X))
& element_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_12(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_6(X))
& element_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_6(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_15(X))
& is_between_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_8(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_15(X))
& is_between_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_8(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_14(X))
& element_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_14(X))
& called_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_14(X),"1")
& called_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_10(X),"2")
& element_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X),fn_locomotion_of_eukaryotic_cell_by_flagellum_10(X))
& fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X) = fn_fold_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_5(X))
& fn_locomotion_of_eukaryotic_cell_by_flagellum_6(X) = fn_fold_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_4(X))
& fn_locomotion_of_eukaryotic_cell_by_flagellum_2(X) = fn_flagellum_35(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X))
& X = fn_flagellum_34(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X))
& fn_locomotion_of_eukaryotic_cell_by_flagellum_11(X) = fn_flagellum_38(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X))
& fn_locomotion_of_eukaryotic_cell_by_flagellum_10(X) = fn_flagellum_39(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X))
& fn_locomotion_of_eukaryotic_cell_by_flagellum_9(X) = fn_flagellum_31(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X))
& fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X) = fn_flagellum_41(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X))
& fn_locomotion_of_eukaryotic_cell_by_flagellum_13(X) = fn_flagellum_29(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X))
& fn_locomotion_of_eukaryotic_cell_by_flagellum_14(X) = fn_flagellum_36(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X))
& fn_locomotion_of_eukaryotic_cell_by_flagellum_8(X) = fn_flagellum_32(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X))
& fn_locomotion_of_eukaryotic_cell_by_flagellum_15(X) = fn_flagellum_37(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X))
& fn_locomotion_of_eukaryotic_cell_by_flagellum_6(X) = fn_flagellum_40(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X))
& fn_locomotion_of_eukaryotic_cell_by_flagellum_12(X) = fn_flagellum_33(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X))
& fn_locomotion_of_eukaryotic_cell_by_flagellum_14(X) = fn_microtubule_doublet_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X))
& fn_locomotion_of_eukaryotic_cell_by_flagellum_10(X) = fn_microtubule_doublet_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X))
& fn_fold_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_4(X)) = fn_flagellum_40(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X))
& fn_flagellum_40(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X)) = fn_flagellum_40(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X))
& fn_flagellum_40(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X)) = fn_flagellum_36(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X))
& fn_flagellum_36(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X)) = fn_microtubule_doublet_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X))
& fn_microtubule_doublet_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X)) = fn_microtubule_doublet_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X))
& fn_microtubule_doublet_2(fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X)) = fn_flagellum_39(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X))
& fn_flagellum_39(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X)) = fn_microtubule_doublet_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X))
& fn_microtubule_doublet_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X)) = fn_microtubule_doublet_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X))
& fn_microtubule_doublet_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_7(X)) = fn_fold_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_5(X))
& fn_fold_1(fn_locomotion_of_eukaryotic_cell_by_flagellum_5(X)) = fn_flagellum_41(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X))
& fn_flagellum_41(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X)) = fn_flagellum_41(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X))
& fn_flagellum_34(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X)) = fn_flagellum_34(fn_locomotion_of_eukaryotic_cell_by_flagellum_3(X)) ) ) ).
fof(a530703,axiom,
! [X] :
( locomotion_of_eukaryotic_cell_by_motile_cilium_1(X)
=> ( original_name_2(X,'Locomotion-Of-Eukaryotic-Cell-By-Motile-Cilium')
& user_description_2(X,'Locomotion, usually swimming, of a eukaryotic cell by means of motile cilia. A protozoan ciliate is an example of a eukaryotic cell that uses cilia for locomotion.')
& concept2words_2(X,move)
& concept2words_2(X,'locomotion of eukaryotic cell by motile cilium')
& concept2words_2(X,'locomotion-of-eukaryotic-cell-by-motile-cilium')
& locomotion_1(X)
& periphery_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_1(X))
& dynein_walking_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_2(X))
& spatial_entity_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_3(X))
& cell_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_3(X))
& eukaryotic_cell_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_3(X))
& spatial_entity_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X))
& motile_cilium_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X))
& fold_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_5(X))
& fold_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_6(X))
& entity_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_7(X))
& microtubule_doublet_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_7(X))
& entity_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_8(X))
& microtubule_doublet_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_8(X))
& dynein_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_9(X))
& protein_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_10(X))
& move_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_11(X))
& surface_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_12(X))
& molecular_assembly_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_13(X))
& microtubule_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_14(X))
& microtubule_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_15(X))
& microtubule_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_16(X))
& microtubule_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_17(X))
& spatial_entity_1(fn_move_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_11(X)))
& surface_1(fn_cell_4(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_3(X)))
& microtubule_1(fn_motile_cilium_14(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X)))
& dynein_1(fn_motile_cilium_7(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X)))
& microtubule_1(fn_motile_cilium_15(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X)))
& molecular_assembly_1(fn_motile_cilium_13(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X)))
& protein_1(fn_motile_cilium_8(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X)))
& microtubule_1(fn_motile_cilium_17(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X)))
& microtubule_1(fn_motile_cilium_16(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X)))
& entity_1(fn_fold_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_5(X)))
& microtubule_doublet_1(fn_motile_cilium_19(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X)))
& entity_1(fn_fold_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_6(X)))
& microtubule_doublet_1(fn_motile_cilium_18(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X)))
& eukaryotic_cell_1(fn_motile_cilium_10(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X)))
& has_function_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X),X)
& enables_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_5(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_11(X))
& agent_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_5(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_10(X))
& agent_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_5(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_9(X))
& base_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_5(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_8(X))
& next_event_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_5(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_2(X))
& called_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_5(X),"1")
& enables_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_6(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_11(X))
& agent_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_6(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_10(X))
& agent_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_6(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_9(X))
& base_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_6(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_7(X))
& called_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_6(X),"2")
& next_event_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_2(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_6(X))
& is_at_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_7(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_1(X))
& is_at_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_8(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_1(X))
& toward_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_11(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_12(X))
& facilitates_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_13(X),X)
& has_region_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_13(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_1(X))
& instrument_2(X,fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X))
& subevent_2(X,fn_locomotion_of_eukaryotic_cell_by_motile_cilium_5(X))
& subevent_2(X,fn_locomotion_of_eukaryotic_cell_by_motile_cilium_6(X))
& subevent_2(X,fn_locomotion_of_eukaryotic_cell_by_motile_cilium_2(X))
& first_subevent_2(X,fn_locomotion_of_eukaryotic_cell_by_motile_cilium_5(X))
& object_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_11(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X))
& object_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_6(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_8(X))
& object_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_5(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_7(X))
& agent_2(X,fn_locomotion_of_eukaryotic_cell_by_motile_cilium_3(X))
& object_2(X,fn_locomotion_of_eukaryotic_cell_by_motile_cilium_3(X))
& is_between_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_10(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_16(X))
& is_between_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_10(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_17(X))
& element_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_7(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_17(X))
& element_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_13(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_7(X))
& has_part_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_13(X))
& called_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_16(X),"2")
& element_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_8(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_16(X))
& element_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_8(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_15(X))
& is_between_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_9(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_15(X))
& element_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_13(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_9(X))
& called_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_7(X),'MD1')
& element_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_7(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_14(X))
& is_between_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_9(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_14(X))
& called_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_8(X),'MD2')
& element_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_13(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_8(X))
& has_part_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_3(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X))
& called_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_17(X),"1")
& element_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_13(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_10(X))
& called_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_15(X),"1")
& called_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_14(X),"2")
& has_region_2(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_3(X),fn_locomotion_of_eukaryotic_cell_by_motile_cilium_12(X))
& fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X) = fn_move_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_11(X))
& fn_locomotion_of_eukaryotic_cell_by_motile_cilium_8(X) = fn_fold_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_6(X))
& fn_locomotion_of_eukaryotic_cell_by_motile_cilium_7(X) = fn_fold_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_5(X))
& fn_locomotion_of_eukaryotic_cell_by_motile_cilium_3(X) = fn_locomotion_1(X)
& fn_locomotion_of_eukaryotic_cell_by_motile_cilium_12(X) = fn_cell_4(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_3(X))
& fn_locomotion_of_eukaryotic_cell_by_motile_cilium_16(X) = fn_motile_cilium_14(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X))
& fn_locomotion_of_eukaryotic_cell_by_motile_cilium_7(X) = fn_motile_cilium_19(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X))
& fn_locomotion_of_eukaryotic_cell_by_motile_cilium_9(X) = fn_motile_cilium_7(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X))
& fn_locomotion_of_eukaryotic_cell_by_motile_cilium_8(X) = fn_motile_cilium_18(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X))
& fn_locomotion_of_eukaryotic_cell_by_motile_cilium_3(X) = fn_motile_cilium_10(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X))
& fn_locomotion_of_eukaryotic_cell_by_motile_cilium_17(X) = fn_motile_cilium_15(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X))
& fn_locomotion_of_eukaryotic_cell_by_motile_cilium_13(X) = fn_motile_cilium_13(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X))
& fn_locomotion_of_eukaryotic_cell_by_motile_cilium_10(X) = fn_motile_cilium_8(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X))
& fn_locomotion_of_eukaryotic_cell_by_motile_cilium_15(X) = fn_motile_cilium_17(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X))
& fn_locomotion_of_eukaryotic_cell_by_motile_cilium_14(X) = fn_motile_cilium_16(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X))
& fn_fold_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_5(X)) = fn_motile_cilium_19(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X))
& fn_motile_cilium_19(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X)) = fn_motile_cilium_19(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X))
& fn_motile_cilium_19(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X)) = fn_fold_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_6(X))
& fn_fold_1(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_6(X)) = fn_motile_cilium_18(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X))
& fn_motile_cilium_18(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X)) = fn_motile_cilium_18(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X))
& fn_motile_cilium_18(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X)) = fn_locomotion_1(X)
& fn_locomotion_1(X) = fn_locomotion_1(X)
& fn_locomotion_1(X) = fn_motile_cilium_10(fn_locomotion_of_eukaryotic_cell_by_motile_cilium_4(X)) ) ) ).
fof(a530704,axiom,
! [X] :
( locomotor_cell_1(X)
=> ( original_name_2(X,'Locomotor-Cell')
& user_description_2(X,'Cells with motile cilia or flagella that act as appendages that move the cell from one place to another or when attached to cells that are held in place, motile cilia and flagella can move fluid over the surface of the tissue.')
& concept2words_2(X,'locomotor cell')
& concept2words_2(X,'locomotor-cell')
& cell_state_1(X) ) ) ).
fof(a530705,axiom,
! [X] :
( locus_1(X)
=> ( original_name_2(X,'Locus')
& user_description_2(X,'A specific place along the length of a chromosome where a given gene is located.')
& concept2words_2(X,loci)
& concept2words_2(X,locus)
& biological_region_1(X)
& gene_1(fn_locus_1(X))
& is_at_2(fn_locus_1(X),X) ) ) ).
fof(a530706,axiom,
! [X] :
( logging_1(X)
=> ( original_name_2(X,'Logging')
& user_description_2(X,'Any process in which selected trees are removed from a forested or wooded area. Also refers to the act of removing such trees.')
& concept2words_2(X,log)
& concept2words_2(X,logging)
& human_driven_disturbance_1(X)
& ~ animal_husbandry_1(X)
& ~ crop_rotation_1(X)
& ~ hydroponic_culture_1(X)
& ~ irrigation_1(X)
& ~ monoculture_1(X)
& ~ no_till_agriculture_1(X)
& ~ sustainable_agriculture_1(X)
& ~ vernalization_1(X) ) ) ).
fof(a530707,axiom,
! [X] :
( logistic_population_growth_1(X)
=> ( original_name_2(X,'Logistic-Population-Growth')
& user_description_2(X,'A model of population growth in which the rate of growth is slow at low population size, increases as population size increases, then decreases again as the population size approaches carrying capacity.')
& concept2words_2(X,'logistic population growth')
& concept2words_2(X,'logistic-population-growth')
& population_process_1(X)
& ~ demography_1(X)
& ~ exponential_population_growth_1(X)
& ~ extinction_vortex_1(X)
& ~ propagation_1(X) ) ) ).
fof(a530708,axiom,
! [X] :
( long_day_plant_1(X)
=> ( original_name_2(X,'Long-Day-Plant')
& user_description_2(X,'A plant that flowers (usually in late spring or early summer) only when the light period is longer than a critical length.')
& concept2words_2(X,'long day plant')
& concept2words_2(X,'long-day-plant')
& flowering_control_plant_1(X) ) ) ).
fof(a530709,axiom,
! [X] :
( long_distance_between_genes_1(X)
=> ( original_name_2(X,'Long-Distance-Between-Genes')
& user_description_2(X,'In genetic mapping, a long distance between genes implies that they are unlinked or on separate chromosomes.')
& concept2words_2(X,'long distance between gene')
& concept2words_2(X,'long-distance-between-gene')
& distance_between_genes_1(X)
& crossing_over_of_genes_1(fn_long_distance_between_genes_1(X))
& agent_2(fn_long_distance_between_genes_1(X),X)
& instrument_2(fn_long_distance_between_genes_1(X),X)
& purpose_2(X,fn_long_distance_between_genes_1(X)) ) ) ).
fof(a530710,axiom,
! [X] :
( long_distance_cell_communication_1(X)
=> ( original_name_2(X,'Long-Distance-Cell-Communication')
& user_description_2(X,'Transmission of a chemical stimulus, a hormone, from one cell to another cell in a distant part of the organism.')
& concept2words_2(X,'communicate with')
& concept2words_2(X,'communicate over a long distance')
& concept2words_2(X,'long distance cell communication')
& concept2words_2(X,'long-distance-cell-communication')
& cell_communication_1(X)
& length_value_1(fn_long_distance_cell_communication_2(X))
& signal_generation_1(fn_long_distance_cell_communication_3(X))
& living_entity_1(fn_long_distance_cell_communication_4(X))
& cell_1(fn_long_distance_cell_communication_4(X))
& signal_transmission_1(fn_long_distance_cell_communication_5(X))
& secretion_1(fn_long_distance_cell_communication_6(X))
& synthesis_reaction_1(fn_long_distance_cell_communication_7(X))
& cell_signaling_1(fn_long_distance_cell_communication_8(X))
& biological_region_1(fn_long_distance_cell_communication_9(X))
& biological_region_1(fn_signal_transmission_1(fn_long_distance_cell_communication_5(X)))
& synthesis_reaction_1(fn_signal_generation_2(fn_long_distance_cell_communication_3(X)))
& living_entity_1(fn_secretion_2(fn_long_distance_cell_communication_6(X)))
& cell_1(fn_signal_generation_4(fn_long_distance_cell_communication_3(X)))
& is_outside_2(fn_long_distance_cell_communication_9(X),fn_long_distance_cell_communication_4(X))
& next_event_2(fn_long_distance_cell_communication_7(X),fn_long_distance_cell_communication_6(X))
& next_event_2(fn_long_distance_cell_communication_5(X),fn_long_distance_cell_communication_8(X))
& distance_2(X,fn_long_distance_cell_communication_2(X))
& subevent_2(X,fn_long_distance_cell_communication_5(X))
& next_event_2(fn_long_distance_cell_communication_3(X),fn_long_distance_cell_communication_5(X))
& subevent_2(fn_long_distance_cell_communication_3(X),fn_long_distance_cell_communication_6(X))
& the_scalar_value_2(fn_long_distance_cell_communication_2(X),far_0)
& scalar_unit_class_2(fn_long_distance_cell_communication_2(X),local_cell_communication_0)
& base_2(fn_long_distance_cell_communication_6(X),fn_long_distance_cell_communication_4(X))
& origin_2(fn_long_distance_cell_communication_5(X),fn_long_distance_cell_communication_9(X))
& agent_2(X,fn_long_distance_cell_communication_4(X))
& subevent_2(X,fn_long_distance_cell_communication_3(X))
& first_subevent_2(X,fn_long_distance_cell_communication_3(X))
& subevent_2(X,fn_long_distance_cell_communication_8(X))
& agent_2(fn_long_distance_cell_communication_3(X),fn_long_distance_cell_communication_4(X))
& subevent_2(fn_long_distance_cell_communication_3(X),fn_long_distance_cell_communication_7(X))
& fn_long_distance_cell_communication_4(X) = fn_secretion_2(fn_long_distance_cell_communication_6(X))
& fn_long_distance_cell_communication_9(X) = fn_signal_transmission_1(fn_long_distance_cell_communication_5(X))
& fn_long_distance_cell_communication_4(X) = fn_cell_communication_3(X)
& fn_long_distance_cell_communication_8(X) = fn_cell_communication_2(X)
& fn_long_distance_cell_communication_3(X) = fn_cell_communication_5(X)
& fn_long_distance_cell_communication_4(X) = fn_signal_generation_4(fn_long_distance_cell_communication_3(X))
& fn_long_distance_cell_communication_7(X) = fn_signal_generation_2(fn_long_distance_cell_communication_3(X))
& fn_secretion_2(fn_long_distance_cell_communication_6(X)) = fn_cell_communication_3(X)
& fn_cell_communication_3(X) = fn_cell_communication_3(X)
& fn_cell_communication_3(X) = fn_signal_generation_4(fn_long_distance_cell_communication_3(X)) ) ) ).
fof(a530711,axiom,
! [X] :
( long_term_memory_1(X)
=> ( original_name_2(X,'Long-Term-Memory')
& user_description_2(X,'The ability to retain and recall information over a lifetime.')
& concept2words_2(X,'long term memory')
& concept2words_2(X,'long-term-memory')
& memory_1(X)
& ~ short_term_memory_1(X) ) ) ).
fof(a530712,axiom,
! [X] :
( long_term_potentiation_1(X)
=> ( original_name_2(X,'Long-Term-Potentiation')
& user_description_2(X,'An enhanced responsiveness to action potentials by a postsynaptic cell.')
& concept2words_2(X,ltp)
& concept2words_2(X,'long term potentiation')
& concept2words_2(X,'long-term-potentiation')
& nerve_related_intercellular_process_1(X) ) ) ).
fof(a530713,axiom,
! [X] :
( longitude_constant_1(X)
=> ( original_name_2(X,'Longitude-Constant')
& concept2words_2(X,'constant of longitude')
& concept2words_2(X,'longitude constant')
& concept2words_2(X,'longitude-constant')
& constant_1(X) ) ) ).
fof(a530714,axiom,
! [X] :
( loop_of_henle_1(X)
=> ( original_name_2(X,'Loop-Of-Henle')
& user_description_2(X,'The portion of a nephron between the proximal and distal tubules. The loop of Henle extends into the medulla of the kidney, makes a hairpin turn, and returns to the cortex. It resorbs water and salts from the forming urine.')
& concept2words_2(X,'loop of henle')
& concept2words_2(X,'loop-of-henle')
& cuboidal_epithelium_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endometrium_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ islets_of_langerhans_1(X)
& ~ labia_minora_1(X)
& ~ lacteal_1(X)
& ~ prepuce_1(X)
& ~ proximal_tubule_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ seminiferous_tubule_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a530715,axiom,
! [X] :
( looped_domains_1(X)
=> ( original_name_2(X,'Looped-Domains')
& user_description_2(X,'A looped domain is one level DNA coiling and packing which occurs in a condensed eukaryotic chromosome. Looped domains can be observed at the scale of 300nm where the DNA molecule attaches to a protein scaffold composed in part of topoisomerase and H1 molecules')
& concept2words_2(X,'looped domains')
& concept2words_2(X,'looped domain')
& concept2words_2(X,'looped-domain')
& eukaryotic_chromatin_1(X)
& heterochromatin_1(fn_looped_domains_1(X))
& organizing_1(fn_looped_domains_2(X))
& gene_1(fn_looped_domains_3(X))
& nuclear_membrane_1(fn_looped_domains_4(X))
& chromosome_1(fn_looped_domains_5(X))
& attach_1(fn_looped_domains_6(X))
& attach_1(fn_looped_domains_7(X))
& attach_1(fn_looped_domains_8(X))
& eukaryotic_chromatin_1(fn_looped_domains_9(X))
& fold_1(fn_looped_domains_10(X))
& fold_1(fn_looped_domains_11(X))
& condense_1(fn_looped_domains_12(X))
& protein_1(fn_looped_domains_13(X))
& nuclear_lamina_1(fn_looped_domains_14(X))
& nuclear_matrix_1(fn_looped_domains_15(X))
& spatial_entity_1(fn_attach_1(fn_looped_domains_8(X)))
& entity_1(fn_fold_1(fn_looped_domains_10(X)))
& spatial_entity_1(fn_attach_1(fn_looped_domains_7(X)))
& spatial_entity_1(fn_attach_1(fn_looped_domains_6(X)))
& condense_1(fn_eukaryotic_chromatin_15(fn_looped_domains_9(X)))
& spatial_entity_1(fn_attach_2(fn_looped_domains_8(X)))
& spatial_entity_1(fn_attach_2(fn_looped_domains_7(X)))
& entity_1(fn_fold_1(fn_looped_domains_11(X)))
& spatial_entity_1(fn_attach_2(fn_looped_domains_6(X)))
& same_type_2(X,fn_looped_domains_9(X))
& same_type_2(X,fn_looped_domains_1(X))
& is_inside_2(fn_looped_domains_14(X),fn_looped_domains_4(X))
& object_2(fn_looped_domains_2(X),fn_looped_domains_3(X))
& enables_2(fn_looped_domains_11(X),fn_looped_domains_12(X))
& enables_2(fn_looped_domains_10(X),fn_looped_domains_12(X))
& result_2(fn_looped_domains_10(X),fn_looped_domains_1(X))
& result_2(fn_looped_domains_10(X),X)
& same_type_2(fn_looped_domains_9(X),X)
& same_type_2(fn_looped_domains_1(X),X)
& enables_2(fn_looped_domains_8(X),fn_looped_domains_2(X))
& enables_2(fn_looped_domains_7(X),fn_looped_domains_2(X))
& enables_2(fn_looped_domains_6(X),fn_looped_domains_2(X))
& object_2(fn_looped_domains_8(X),fn_looped_domains_13(X))
& object_2(fn_looped_domains_10(X),fn_looped_domains_5(X))
& object_2(fn_looped_domains_7(X),fn_looped_domains_14(X))
& object_2(fn_looped_domains_6(X),fn_looped_domains_15(X))
& base_2(fn_looped_domains_8(X),X)
& base_2(fn_looped_domains_7(X),X)
& object_2(fn_looped_domains_11(X),X)
& base_2(fn_looped_domains_6(X),X)
& object_2(fn_looped_domains_12(X),fn_looped_domains_9(X))
& fn_looped_domains_13(X) = fn_attach_1(fn_looped_domains_8(X))
& fn_looped_domains_5(X) = fn_fold_1(fn_looped_domains_10(X))
& fn_looped_domains_14(X) = fn_attach_1(fn_looped_domains_7(X))
& fn_looped_domains_15(X) = fn_attach_1(fn_looped_domains_6(X))
& X = fn_attach_2(fn_looped_domains_8(X))
& X = fn_attach_2(fn_looped_domains_7(X))
& X = fn_fold_1(fn_looped_domains_11(X))
& X = fn_attach_2(fn_looped_domains_6(X))
& fn_looped_domains_12(X) = fn_eukaryotic_chromatin_15(fn_looped_domains_9(X))
& fn_attach_2(fn_looped_domains_8(X)) = fn_attach_2(fn_looped_domains_7(X))
& fn_attach_2(fn_looped_domains_7(X)) = fn_fold_1(fn_looped_domains_11(X))
& fn_fold_1(fn_looped_domains_11(X)) = fn_attach_2(fn_looped_domains_6(X)) ) ) ).
fof(a530716,axiom,
! [X] :
( loose_connective_tissue_1(X)
=> ( original_name_2(X,'Loose-Connective-Tissue')
& user_description_2(X,'The most common type of connective tissue in vertebrates. Loose connective tissue holds organs in place and surrounds blood vessels and neurons.')
& concept2words_2(X,'loose connective tissue')
& concept2words_2(X,'loose-connective-tissue')
& connective_tissue_1(X)
& ~ adipose_tissue_1(X)
& ~ av_valve_1(X)
& ~ bone_1(X)
& ~ cartilage_1(X)
& ~ fibrous_connective_tissue_1(X)
& ~ sclera_1(X)
& ~ semilunar_valve_1(X)
& ~ submucosa_1(X)
& ~ vocal_cord_1(X) ) ) ).
fof(a530717,axiom,
! [X] :
( lophophore_1(X)
=> ( original_name_2(X,'Lophophore')
& user_description_2(X,'In some animals of the clade Lophotrochozoa, a ring of ciliated, coelomate tentacles surrounding the mouth and used for filter feeding.')
& concept2words_2(X,'crown of ciliated tentacles')
& concept2words_2(X,lophophore)
& invertebrate_appendage_1(X) ) ) ).
fof(a530718,axiom,
! [X] :
( lophotrochozoan_1(X)
=> ( original_name_2(X,'Lophotrochozoan')
& user_description_2(X,'Member of the clade Lophotrochozoa, which consists of several animal phyla grouped together by shared molecular characteristics. Lophotrochozoans include animals with a lophophore or a trochophore larva.')
& concept2words_2(X,lophotrochozoa)
& concept2words_2(X,lophotrochozoan)
& invertebrate_1(X)
& ~ ammonite_1(X)
& ~ arthropod_1(X)
& ~ bryozoan_1(X)
& ~ cnidaria_1(X)
& ~ ctenophora_1(X)
& ~ echinoderm_1(X)
& ~ nematode_1(X)
& ~ porifera_1(X) ) ) ).
fof(a530719,axiom,
! [X] :
( lose_1(X)
=> ( original_name_2(X,'Lose')
& concept2words_2(X,lose)
& transfer_1(X)
& tangible_entity_1(fn_lose_1(X))
& donor_2(X,fn_lose_1(X)) ) ) ).
fof(a530720,axiom,
! [X] :
( loser_1(X)
=> ( original_name_2(X,'Loser')
& concept2words_2(X,loser)
& concept2words_2(X,'also ran')
& concept2words_2(X,'also-ran')
& contestant_1(X)
& ~ winner_1(X) ) ) ).
fof(a530721,axiom,
! [X] :
( loss_of_energy_by_electron_1(X)
=> ( original_name_2(X,'Loss-Of-Energy-By-Electron')
& user_description_2(X,'An electron can change its shell, but only by absorbing or losing an amount of energy equal to the difference in potential energy between the old shell and the new shell.')
& concept2words_2(X,lose)
& concept2words_2(X,'loss of energy by electron')
& concept2words_2(X,'loss-of-energy-by-electron')
& lose_1(X)
& ~ relinquish_1(X)
& quantity_value_1(fn_loss_of_energy_by_electron_1(X))
& quantity_value_1(fn_loss_of_energy_by_electron_2(X))
& quantity_value_1(fn_loss_of_energy_by_electron_3(X))
& system_1(fn_loss_of_energy_by_electron_5(X))
& move_1(fn_loss_of_energy_by_electron_6(X))
& quantity_value_1(fn_loss_of_energy_by_electron_12(X))
& potential_energy_1(fn_loss_of_energy_by_electron_13(X))
& decrease_1(fn_loss_of_energy_by_electron_14(X))
& energy_1(fn_loss_of_energy_by_electron_15(X))
& tangible_entity_1(fn_loss_of_energy_by_electron_16(X))
& electron_1(fn_loss_of_energy_by_electron_16(X))
& potential_energy_1(fn_electron_3(fn_loss_of_energy_by_electron_16(X)))
& property_node_1(fn_decrease_2(fn_loss_of_energy_by_electron_14(X)))
& property_value_1(fn_decrease_3(fn_loss_of_energy_by_electron_14(X)))
& quantity_2(fn_loss_of_energy_by_electron_15(X),fn_loss_of_energy_by_electron_3(X))
& quantity_2(fn_loss_of_energy_by_electron_13(X),fn_loss_of_energy_by_electron_12(X))
& causes_2(X,fn_loss_of_energy_by_electron_6(X))
& causes_2(X,fn_loss_of_energy_by_electron_14(X))
& greater_than_or_equal_to_2(fn_loss_of_energy_by_electron_12(X),fn_loss_of_energy_by_electron_1(X))
& called_2(fn_loss_of_energy_by_electron_1(X),'PE_Final')
& called_2(fn_loss_of_energy_by_electron_2(X),'PE_Initial')
& greater_than_or_equal_to_2(fn_loss_of_energy_by_electron_2(X),fn_loss_of_energy_by_electron_12(X))
& called_2(fn_loss_of_energy_by_electron_3(X),'EnergyLost')
& subevent_2(fn_loss_of_energy_by_electron_6(X),fn_loss_of_energy_by_electron_14(X))
& donor_2(X,fn_loss_of_energy_by_electron_16(X))
& object_2(X,fn_loss_of_energy_by_electron_15(X))
& possesses_2(fn_loss_of_energy_by_electron_16(X),fn_loss_of_energy_by_electron_13(X))
& from_value_2(fn_loss_of_energy_by_electron_14(X),fn_loss_of_energy_by_electron_12(X))
& fn_loss_of_energy_by_electron_16(X) = fn_lose_1(X)
& fn_loss_of_energy_by_electron_15(X) = fn_transfer_1(X)
& fn_loss_of_energy_by_electron_13(X) = fn_electron_3(fn_loss_of_energy_by_electron_16(X))
& fn_loss_of_energy_by_electron_11(X) = fn_decrease_2(fn_loss_of_energy_by_electron_14(X))
& fn_loss_of_energy_by_electron_12(X) = fn_decrease_3(fn_loss_of_energy_by_electron_14(X)) ) ) ).
fof(a530722,axiom,
! [X] :
( louis_pasteur_1(X)
=> ( original_name_2(X,'Louis-Pasteur')
& user_description_2(X,'Scientist who developed the process of pasteurization, after studying microbes and the impact of temperature and pressure on their populations.')
& concept2words_2(X,'pasteur of louis')
& concept2words_2(X,'louis pasteur')
& concept2words_2(X,'louis-pasteur')
& scientist_1(X)
& fermentation_1(fn_louis_pasteur_1(X))
& discovery_1(fn_louis_pasteur_2(X))
& chemical_reaction_1(fn_louis_pasteur_3(X))
& supports_2(fn_louis_pasteur_3(X),fn_louis_pasteur_1(X))
& objective_2(fn_louis_pasteur_2(X),fn_louis_pasteur_3(X))
& objective_2(fn_louis_pasteur_2(X),fn_louis_pasteur_1(X))
& supports_2(fn_louis_pasteur_2(X),fn_louis_pasteur_1(X))
& agent_2(fn_louis_pasteur_2(X),X) ) ) ).
fof(a530723,axiom,
! [X] :
( low_density_lipoprotein_1(X)
=> ( original_name_2(X,'Low-Density-Lipoprotein')
& user_description_2(X,'One of five groups of lipoproteins that allow lipids such as triglycerides and cholesterol to be transported in the aqueous environment of blood. High levels of LDL are associated with cardiovascular disease.')
& concept2words_2(X,ldl)
& concept2words_2(X,'low density lipoprotein')
& concept2words_2(X,'low-density-lipoprotein')
& lipoprotein_1(X)
& ~ high_density_lipoprotein_1(X) ) ) ).
fof(a530724,axiom,
! [X] :
( lumen_1(X)
=> ( original_name_2(X,'Lumen')
& user_description_2(X,'A space within a tubular organ or organelle.')
& concept2words_2(X,lumen)
& biological_region_1(X) ) ) ).
fof(a530725,axiom,
! [X] :
( luminance_constant_1(X)
=> ( original_name_2(X,'Luminance-Constant')
& concept2words_2(X,'constant of luminance')
& concept2words_2(X,'luminance constant')
& concept2words_2(X,'luminance-constant')
& constant_1(X) ) ) ).
fof(a530726,axiom,
! [X] :
( luminance_value_1(X)
=> ( original_name_2(X,'Luminance-Value')
& description_2(X,'the quality of being luminous, emitting or reflecting light')
& concept2words_2(X,luminosity)
& concept2words_2(X,brightness)
& concept2words_2(X,'brightness level')
& concept2words_2(X,luminance)
& concept2words_2(X,luminousness)
& concept2words_2(X,light)
& concept2words_2(X,'value of luminance')
& concept2words_2(X,'luminance value')
& concept2words_2(X,'luminance-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a530727,axiom,
! [X] :
( luminous_flux_constant_1(X)
=> ( original_name_2(X,'Luminous-Flux-Constant')
& concept2words_2(X,'luminous flux constant')
& concept2words_2(X,'luminous-flux-constant')
& constant_1(X) ) ) ).
fof(a530728,axiom,
! [X] :
( luminous_flux_value_1(X)
=> ( original_name_2(X,'Luminous-Flux-Value')
& description_2(X,'the rate of flow of light energy')
& concept2words_2(X,'luminous flux')
& concept2words_2(X,'luminous-flux')
& concept2words_2(X,'luminous flux value')
& concept2words_2(X,'luminous-flux-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a530729,axiom,
! [X] :
( luminous_intensity_constant_1(X)
=> ( original_name_2(X,'Luminous-Intensity-Constant')
& concept2words_2(X,'luminous intensity constant')
& concept2words_2(X,'luminous-intensity-constant')
& constant_1(X) ) ) ).
fof(a530730,axiom,
! [X] :
( luminous_intensity_value_1(X)
=> ( original_name_2(X,'Luminous-Intensity-Value')
& description_2(X,'a measure of luminous intensity')
& concept2words_2(X,'luminous intensity unit')
& concept2words_2(X,'candlepower unit')
& concept2words_2(X,'luminous intensity')
& concept2words_2(X,'luminous-intensity')
& concept2words_2(X,'luminous intensity value')
& concept2words_2(X,'luminous-intensity-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a530731,axiom,
! [X] :
( lunch_1(X)
=> ( original_name_2(X,'Lunch')
& concept2words_2(X,lunch)
& concept2words_2(X,luncheon)
& concept2words_2(X,tiffin)
& concept2words_2(X,dejeuner)
& meal_1(X)
& ~ supper_1(X)
& ~ dinner_1(X)
& ~ brunch_1(X)
& ~ breakfast_1(X) ) ) ).
fof(a530732,axiom,
! [X] :
( lung_1(X)
=> ( original_name_2(X,'Lung')
& user_description_2(X,'An infolded respiratory surface found in animals that breathe air, such as terrestrial vertebrates, pulmonate gastropods, and spiders. The internalized structure is connected to the outside by tubes through which air passes.')
& concept2words_2(X,lung)
& respiratory_organ_1(X)
& oxygen_molecule_1(fn_lung_2(X))
& quantity_value_1(fn_lung_3(X))
& the_scalar_value_2(fn_lung_3(X),high_0)
& scalar_unit_class_2(fn_lung_3(X),molecule_0)
& quantity_2(fn_lung_2(X),fn_lung_3(X))
& is_inside_2(fn_lung_2(X),X) ) ) ).
fof(a530733,axiom,
! [X] :
( lungfish_1(X)
=> ( original_name_2(X,'Lungfish')
& user_description_2(X,'A freshwater fish that has lungs and can breathe air.')
& concept2words_2(X,salamanderfish)
& concept2words_2(X,'salamander fish')
& concept2words_2(X,'salamander-fish')
& concept2words_2(X,lungfish)
& bony_fish_1(X)
& ~ ray_finned_fish_1(X)
& ~ zebrafish_1(X) ) ) ).
fof(a530734,axiom,
! [X] :
( lupus_1(X)
=> ( original_name_2(X,'Lupus')
& user_description_2(X,'A systemic autoimmune disease in which the immune system attacks the body\'s own tissue, resulting in chronic inflammation and tissue damage. Symptoms can occur in many body organs and tissues, including joints, skin, heart, and lungs.')
& concept2words_2(X,'systemic lupus erythematosus')
& concept2words_2(X,'systemic-lupus-erythematosus')
& concept2words_2(X,lupus)
& autoimmune_disease_1(X)
& ~ immunodeficiency_1(X)
& ~ rheumatoid_arthritis_1(X)
& ~ type_1_diabetes_mellitus_1(X) ) ) ).
fof(a530735,axiom,
! [X] :
( luteal_phase_1(X)
=> ( original_name_2(X,'Luteal-Phase')
& user_description_2(X,'The latter part of the ovarian cycle when the corpus luteum secretes progesterone.')
& concept2words_2(X,'luteal phase')
& concept2words_2(X,'luteal-phase')
& female_reproductive_cycle_events_1(X)
& ~ proliferative_phase_1(X) ) ) ).
fof(a530736,axiom,
! [X] :
( lutetium_1(X)
=> ( original_name_2(X,'Lutetium')
& user_description_2(X,'Lutetium is a metal atom with atomic number 71. It is represented by the symbol Lu.')
& concept2words_2(X,lutetium)
& concept2words_2(X,'Lu')
& metal_atom_1(X)
& neutron_1(fn_lutetium_4(X))
& atomic_mass_value_1(fn_lutetium_5(X))
& valence_value_1(fn_lutetium_6(X))
& electronegativity_value_1(fn_lutetium_7(X))
& valence_electron_1(fn_lutetium_11(X))
& atomic_weight_value_1(fn_lutetium_12(X))
& atomic_number_value_1(fn_lutetium_13(X))
& quantity_value_1(fn_lutetium_14(X))
& electronegativity_2(X,fn_lutetium_7(X))
& valence_2(X,fn_lutetium_6(X))
& mass_number_2(X,fn_lutetium_5(X))
& exactCardinality(X,has_part_0,"104",neutron_0)
& exactCardinality(X,has_part_0,"71",proton_0)
& exactCardinality(X,has_part_0,"71",electron_0)
& has_part_2(X,fn_lutetium_4(X))
& the_cardinal_value_2(fn_lutetium_14(X),"3")
& cardinal_unit_class_2(fn_lutetium_14(X),unity_0)
& the_cardinal_value_2(fn_lutetium_7(X),"1.27")
& cardinal_unit_class_2(fn_lutetium_7(X),unity_0)
& the_cardinal_value_2(fn_lutetium_6(X),"3")
& cardinal_unit_class_2(fn_lutetium_6(X),unity_0)
& the_cardinal_value_2(fn_lutetium_5(X),"175")
& cardinal_unit_class_2(fn_lutetium_5(X),unity_0)
& the_cardinal_value_2(fn_lutetium_13(X),"71")
& cardinal_unit_class_2(fn_lutetium_13(X),unity_0)
& the_cardinal_value_2(fn_lutetium_12(X),"175")
& cardinal_unit_class_2(fn_lutetium_12(X),dalton_0)
& atomic_number_2(X,fn_lutetium_13(X))
& atomic_weight_2(X,fn_lutetium_12(X))
& has_part_2(X,fn_lutetium_11(X))
& quantity_2(fn_lutetium_11(X),fn_lutetium_14(X))
& fn_lutetium_9(X) = fn_atom_12(X)
& fn_lutetium_13(X) = fn_atom_17(X)
& fn_lutetium_10(X) = fn_atom_13(X)
& fn_lutetium_12(X) = fn_atom_16(X)
& fn_lutetium_8(X) = fn_atom_1(X)
& fn_lutetium_14(X) = fn_atom_5(X)
& fn_lutetium_11(X) = fn_atom_14(X) ) ) ).
fof(a530737,axiom,
! [X] :
( lyase_1(X)
=> ( original_name_2(X,'Lyase')
& user_description_2(X,'Enzymes which cleave various bonds by means other than hydrolysis and oxidation')
& concept2words_2(X,lyase)
& protein_enzyme_1(X) ) ) ).
fof(a530738,axiom,
! [X] :
( lycophyta_1(X)
=> ( original_name_2(X,'Lycophyta')
& user_description_2(X,'The oldest extant lineage of vascular plants, going back to about 410 million years.')
& concept2words_2(X,lycophyta)
& seedless_vascular_plant_1(X)
& ~ progymnosperm_1(X)
& ~ pterophyte_1(X) ) ) ).
fof(a530739,axiom,
! [X] :
( lycophyte_1(X)
=> ( original_name_2(X,'Lycophyte')
& user_description_2(X,'Member of the phylum Lycophyta, including quillworts and club mosses.')
& concept2words_2(X,'club moss')
& concept2words_2(X,'club-moss')
& concept2words_2(X,'spike moss')
& concept2words_2(X,'spike-moss')
& concept2words_2(X,lycophyta)
& concept2words_2(X,lycopodiphyta)
& concept2words_2(X,lycopods)
& concept2words_2(X,lycophyta)
& concept2words_2(X,lycophyte)
& vascular_plant_1(X) ) ) ).
fof(a530740,axiom,
! [X] :
( lyme_disease_1(X)
=> ( original_name_2(X,'Lyme-Disease')
& user_description_2(X,'An infectious disease caused by the bacterial genus Borrelia and trasmitted to humans through tick bites.')
& concept2words_2(X,'lyme borreliosis')
& concept2words_2(X,'lyme-borreliosis')
& concept2words_2(X,'lyme disease')
& concept2words_2(X,'lyme-disease')
& bacterial_disease_1(X)
& ~ african_sleeping_sickness_1(X)
& ~ aids_1(X)
& ~ cholera_1(X)
& ~ cowpox_1(X)
& ~ encephalitis_1(X)
& ~ gastric_ulcer_1(X)
& ~ gonorrhea_1(X)
& ~ hemorrhagic_fever_1(X)
& ~ influenza_1(X)
& ~ malaria_1(X)
& ~ mycosis_1(X)
& ~ smallpox_1(X)
& ~ tetanus_1(X)
& ~ tobacco_mosaic_disease_1(X)
& ~ tuberculosis_1(X) ) ) ).
fof(a530741,axiom,
! [X] :
( lymph_1(X)
=> ( original_name_2(X,'Lymph')
& user_description_2(X,'The fluid circulated by the lymphatic system. It is derived from interstitial fluid.')
& concept2words_2(X,lymph)
& extra_cellular_fluid_1(X)
& ~ amniotic_fluid_1(X)
& ~ aqueous_humor_1(X)
& ~ bile_1(X)
& ~ cerebrospinal_fluid_1(X)
& ~ colloid_1(X)
& ~ filtrate_1(X)
& ~ gastric_juice_1(X)
& ~ hemolymph_1(X)
& ~ mucus_1(X)
& ~ plasma_1(X)
& ~ semen_1(X)
& ~ sweat_1(X)
& ~ urine_1(X)
& ~ vitreous_humor_1(X) ) ) ).
fof(a530742,axiom,
! [X] :
( lymph_node_1(X)
=> ( original_name_2(X,'Lymph-Node')
& user_description_2(X,'An organ of the immune system, located in various parts of the body and connected by the lymphatic vessels. Lymph nodes filter and trap pathogens from lymph and, when swollen and hard, indicate an infection.')
& concept2words_2(X,'node of lymph')
& concept2words_2(X,'lymph node')
& concept2words_2(X,'lymph-node')
& immune_organ_1(X) ) ) ).
fof(a530743,axiom,
! [X] :
( lymph_vessel_1(X)
=> ( original_name_2(X,'Lymph-Vessel')
& user_description_2(X,'The part of the circulatory that carries lymph through out the body.')
& concept2words_2(X,'vessel of lymph')
& concept2words_2(X,'lymph vessel')
& concept2words_2(X,'lymph-vessel')
& circulatory_organ_1(X)
& region_1(fn_lymph_vessel_3(X))
& move_through_1(fn_lymph_vessel_4(X))
& length_value_1(fn_lymph_vessel_5(X))
& angle_value_1(fn_lymph_vessel_6(X))
& cavity_1(fn_lymph_vessel_7(X))
& secondary_cell_wall_1(fn_lymph_vessel_8(X))
& base_2(fn_lymph_vessel_4(X),X)
& path_2(fn_lymph_vessel_4(X),fn_lymph_vessel_7(X))
& direction_2(fn_lymph_vessel_4(X),fn_lymph_vessel_6(X))
& the_scalar_value_2(fn_lymph_vessel_5(X),long_0)
& scalar_unit_class_2(fn_lymph_vessel_5(X),tangible_entity_0)
& the_scalar_value_2(fn_lymph_vessel_6(X),lateral_0)
& scalar_unit_class_2(fn_lymph_vessel_6(X),action_0)
& has_region_2(fn_lymph_vessel_8(X),fn_lymph_vessel_7(X))
& has_region_2(X,fn_lymph_vessel_3(X))
& length_2(X,fn_lymph_vessel_5(X)) ) ) ).
fof(a530744,axiom,
! [X] :
( lymphatic_system_1(X)
=> ( original_name_2(X,'Lymphatic-System')
& user_description_2(X,'A system of vessels and notes that runs parallel to the circulatory system. The lymphatic system functions in immunity and returns lost fluid to blood.')
& concept2words_2(X,'lymphatic system')
& concept2words_2(X,'lymphatic-system')
& organ_system_1(X)
& lacteal_1(fn_lymphatic_system_1(X))
& element_2(X,fn_lymphatic_system_1(X)) ) ) ).
fof(a530745,axiom,
! [X] :
( lymphatic_tissue_1(X)
=> ( original_name_2(X,'Lymphatic-Tissue')
& user_description_2(X,'Tissues of the lymphatic system.')
& concept2words_2(X,'lymphatic tissue')
& concept2words_2(X,'lymphatic-tissue')
& tissue_1(X) ) ) ).
fof(a530746,axiom,
! [X] :
( lymphocyte_1(X)
=> ( original_name_2(X,'Lymphocyte')
& user_description_2(X,'A type of white blood cell in the vertebrate immune system. The three major types of lymphocytes (T cells, B cells, and natural killer cells) are involved in the acquired immune response.')
& concept2words_2(X,lymphocyte)
& leukocyte_1(X)
& ~ basophil_1(X) ) ) ).
fof(a530747,axiom,
! [X] :
( lyse_1(X)
=> ( original_name_2(X,'Lyse')
& user_description_2(X,'To cause or produce disintegration of a compound, substance or cell plasma membrane.')
& concept2words_2(X,lysis)
& concept2words_2(X,cut)
& concept2words_2(X,break)
& concept2words_2(X,lyse)
& break_1(X) ) ) ).
fof(a530748,axiom,
! [X] :
( lysine_1(X)
=> ( original_name_2(X,'Lysine')
& user_description_2(X,'One of the 20 most common amino acids that make up proteins.')
& concept2words_2(X,lysine)
& basic_amino_acid_1(X)
& share_1(fn_lysine_1(X))
& hold_1(fn_lysine_2(X))
& hold_together_1(fn_lysine_2(X))
& hold_1(fn_lysine_3(X))
& hold_together_1(fn_lysine_3(X))
& hold_1(fn_lysine_4(X))
& hold_together_1(fn_lysine_4(X))
& hold_1(fn_lysine_5(X))
& hold_together_1(fn_lysine_5(X))
& hold_together_1(fn_lysine_6(X))
& hold_1(fn_lysine_7(X))
& hold_together_1(fn_lysine_7(X))
& polar_side_chain_1(fn_lysine_8(X))
& hydrophilic_region_1(fn_lysine_9(X))
& end_1(fn_lysine_10(X))
& positively_charged_region_1(fn_lysine_11(X))
& single_bond_1(fn_lysine_12(X))
& covalent_bond_1(fn_lysine_12(X))
& kinetic_energy_1(fn_lysine_13(X))
& tangible_entity_1(fn_lysine_14(X))
& entity_1(fn_lysine_14(X))
& chemical_entity_1(fn_lysine_14(X))
& atom_1(fn_lysine_14(X))
& carbon_1(fn_lysine_14(X))
& entity_1(fn_lysine_15(X))
& chemical_entity_1(fn_lysine_15(X))
& atom_1(fn_lysine_15(X))
& hydrogen_1(fn_lysine_15(X))
& tangible_entity_1(fn_lysine_16(X))
& entity_1(fn_lysine_16(X))
& oxygen_1(fn_lysine_16(X))
& tangible_entity_1(fn_lysine_17(X))
& entity_1(fn_lysine_17(X))
& oxygen_1(fn_lysine_17(X))
& entity_1(fn_lysine_18(X))
& chemical_entity_1(fn_lysine_18(X))
& atom_1(fn_lysine_18(X))
& hydrogen_1(fn_lysine_18(X))
& chemical_entity_1(fn_lysine_19(X))
& tangible_entity_1(fn_lysine_19(X))
& entity_1(fn_lysine_19(X))
& atom_1(fn_lysine_19(X))
& nitrogen_1(fn_lysine_19(X))
& constant_motion_1(fn_lysine_20(X))
& carbon_skeleton_1(fn_lysine_21(X))
& functional_group_1(fn_lysine_22(X))
& carboxyl_group_1(fn_lysine_22(X))
& functional_group_1(fn_lysine_23(X))
& amino_group_1(fn_lysine_23(X))
& quantity_value_1(fn_lysine_24(X))
& speed_value_1(fn_lysine_25(X))
& electron_shell_1(fn_lysine_26(X))
& electron_shell_1(fn_lysine_27(X))
& electron_shell_1(fn_lysine_28(X))
& electron_1(fn_lysine_29(X))
& valence_electron_1(fn_lysine_30(X))
& atomic_nucleus_1(fn_lysine_31(X))
& hold_1(fn_lysine_32(X))
& hold_together_1(fn_lysine_32(X))
& electron_shell_1(fn_lysine_33(X))
& electron_shell_1(fn_lysine_34(X))
& atomic_nucleus_1(fn_lysine_35(X))
& valence_electron_1(fn_lysine_36(X))
& share_1(fn_lysine_37(X))
& hold_together_1(fn_lysine_38(X))
& hold_1(fn_lysine_39(X))
& hold_together_1(fn_lysine_39(X))
& hold_1(fn_lysine_40(X))
& hold_together_1(fn_lysine_40(X))
& hold_together_1(fn_lysine_41(X))
& share_1(fn_lysine_42(X))
& electron_1(fn_atomic_nucleus_8(fn_lysine_35(X)))
& hold_together_1(fn_covalent_bond_14(fn_lysine_12(X)))
& electron_shell_1(fn_covalent_bond_12(fn_lysine_12(X)))
& electron_shell_1(fn_covalent_bond_11(fn_lysine_12(X)))
& entity_1(fn_covalent_bond_20(fn_lysine_12(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_lysine_12(X)))
& atom_1(fn_covalent_bond_20(fn_lysine_12(X)))
& entity_1(fn_covalent_bond_19(fn_lysine_12(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_lysine_12(X)))
& atom_1(fn_covalent_bond_19(fn_lysine_12(X)))
& share_1(fn_covalent_bond_17(fn_lysine_12(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_lysine_12(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_lysine_12(X)))
& valence_electron_1(fn_covalent_bond_15(fn_lysine_12(X)))
& valence_electron_1(fn_covalent_bond_18(fn_lysine_12(X)))
& fn_lysine_36(X) != fn_lysine_29(X)
& fn_lysine_29(X) != fn_lysine_36(X)
& is_near_2(fn_lysine_29(X),fn_lysine_35(X))
& is_near_2(fn_lysine_35(X),fn_lysine_29(X))
& fn_lysine_28(X) != fn_lysine_27(X)
& fn_lysine_27(X) != fn_lysine_28(X)
& object_2(fn_lysine_1(X),fn_lysine_30(X))
& agent_2(fn_lysine_38(X),fn_lysine_12(X))
& object_2(fn_lysine_38(X),fn_lysine_18(X))
& agent_2(fn_lysine_1(X),fn_lysine_18(X))
& agent_2(fn_lysine_1(X),fn_lysine_19(X))
& object_2(fn_lysine_38(X),fn_lysine_19(X))
& object_2(fn_lysine_37(X),fn_lysine_36(X))
& result_2(fn_lysine_42(X),fn_lysine_12(X))
& object_2(fn_lysine_32(X),fn_lysine_18(X))
& agent_2(fn_lysine_37(X),fn_lysine_19(X))
& agent_2(fn_lysine_37(X),fn_lysine_18(X))
& object_2(fn_lysine_5(X),fn_lysine_18(X))
& has_region_2(fn_lysine_19(X),fn_lysine_34(X))
& has_part_2(fn_lysine_18(X),fn_lysine_30(X))
& object_2(fn_lysine_32(X),fn_lysine_16(X))
& has_region_2(fn_lysine_17(X),fn_lysine_26(X))
& object_2(fn_lysine_37(X),fn_lysine_30(X))
& result_2(fn_lysine_37(X),fn_lysine_12(X))
& has_region_2(fn_lysine_14(X),fn_lysine_27(X))
& fn_lysine_26(X) != fn_lysine_27(X)
& fn_lysine_27(X) != fn_lysine_26(X)
& object_2(fn_lysine_42(X),fn_lysine_36(X))
& has_part_2(fn_lysine_19(X),fn_lysine_36(X))
& has_region_2(fn_lysine_19(X),fn_lysine_35(X))
& fn_lysine_30(X) != fn_lysine_36(X)
& fn_lysine_36(X) != fn_lysine_30(X)
& object_2(fn_lysine_6(X),fn_lysine_18(X))
& object_2(fn_lysine_6(X),fn_lysine_16(X))
& object_2(fn_lysine_7(X),fn_lysine_16(X))
& object_2(fn_lysine_7(X),fn_lysine_18(X))
& has_region_2(fn_lysine_18(X),fn_lysine_31(X))
& agent_2(fn_lysine_42(X),fn_lysine_19(X))
& agent_2(fn_lysine_42(X),fn_lysine_18(X))
& has_region_2(fn_lysine_18(X),fn_lysine_33(X))
& fn_lysine_34(X) != fn_lysine_33(X)
& fn_lysine_33(X) != fn_lysine_34(X)
& has_part_2(X,fn_lysine_16(X))
& has_part_2(X,fn_lysine_15(X))
& has_part_2(X,fn_lysine_19(X))
& has_region_2(X,fn_lysine_23(X))
& is_inside_2(fn_lysine_17(X),fn_lysine_22(X))
& object_2(fn_lysine_39(X),fn_lysine_14(X))
& object_2(fn_lysine_39(X),fn_lysine_17(X))
& has_part_2(X,fn_lysine_17(X))
& possesses_2(X,fn_lysine_12(X))
& is_between_2(fn_lysine_12(X),fn_lysine_18(X))
& object_2(fn_lysine_7(X),fn_lysine_17(X))
& object_2(fn_lysine_7(X),fn_lysine_14(X))
& has_part_2(X,fn_lysine_14(X))
& has_region_2(X,fn_lysine_22(X))
& is_inside_2(fn_lysine_15(X),fn_lysine_22(X))
& object_2(fn_lysine_32(X),fn_lysine_17(X))
& object_2(fn_lysine_32(X),fn_lysine_14(X))
& object_2(fn_lysine_6(X),fn_lysine_14(X))
& object_2(fn_lysine_6(X),fn_lysine_17(X))
& object_2(fn_lysine_5(X),fn_lysine_17(X))
& object_2(fn_lysine_4(X),fn_lysine_16(X))
& object_2(fn_lysine_4(X),fn_lysine_18(X))
& is_inside_2(fn_lysine_18(X),fn_lysine_23(X))
& is_inside_2(fn_lysine_19(X),fn_lysine_23(X))
& is_between_2(fn_lysine_12(X),fn_lysine_19(X))
& object_2(fn_lysine_39(X),fn_lysine_18(X))
& object_2(fn_lysine_39(X),fn_lysine_16(X))
& has_region_2(fn_lysine_16(X),fn_lysine_26(X))
& fn_lysine_28(X) != fn_lysine_26(X)
& fn_lysine_26(X) != fn_lysine_28(X)
& object_2(fn_lysine_3(X),fn_lysine_17(X))
& object_2(fn_lysine_3(X),fn_lysine_18(X))
& has_part_2(X,fn_lysine_18(X))
& fn_lysine_19(X) != fn_lysine_18(X)
& fn_lysine_18(X) != fn_lysine_19(X)
& object_2(fn_lysine_40(X),fn_lysine_17(X))
& object_2(fn_lysine_40(X),fn_lysine_14(X))
& object_2(fn_lysine_5(X),fn_lysine_14(X))
& object_2(fn_lysine_5(X),fn_lysine_16(X))
& is_inside_2(fn_lysine_16(X),fn_lysine_22(X))
& object_2(fn_lysine_3(X),fn_lysine_16(X))
& object_2(fn_lysine_3(X),fn_lysine_14(X))
& object_2(fn_lysine_4(X),fn_lysine_14(X))
& object_2(fn_lysine_4(X),fn_lysine_17(X))
& has_region_2(fn_lysine_17(X),fn_lysine_28(X))
& object_2(fn_lysine_40(X),fn_lysine_18(X))
& object_2(fn_lysine_40(X),fn_lysine_16(X))
& has_region_2(fn_lysine_16(X),fn_lysine_28(X))
& fn_lysine_17(X) != fn_lysine_16(X)
& fn_lysine_16(X) != fn_lysine_17(X)
& object_2(fn_lysine_2(X),fn_lysine_17(X))
& object_2(fn_lysine_2(X),fn_lysine_18(X))
& fn_lysine_18(X) != fn_lysine_15(X)
& fn_lysine_15(X) != fn_lysine_18(X)
& fn_lysine_19(X) != fn_lysine_15(X)
& fn_lysine_15(X) != fn_lysine_19(X)
& object_2(fn_lysine_41(X),fn_lysine_18(X))
& object_2(fn_lysine_41(X),fn_lysine_17(X))
& fn_lysine_17(X) != fn_lysine_15(X)
& fn_lysine_14(X) != fn_lysine_17(X)
& fn_lysine_17(X) != fn_lysine_14(X)
& fn_lysine_15(X) != fn_lysine_17(X)
& object_2(fn_lysine_2(X),fn_lysine_14(X))
& object_2(fn_lysine_2(X),fn_lysine_16(X))
& fn_lysine_16(X) != fn_lysine_15(X)
& fn_lysine_15(X) != fn_lysine_14(X)
& fn_lysine_14(X) != fn_lysine_18(X)
& fn_lysine_15(X) != fn_lysine_16(X)
& fn_lysine_14(X) != fn_lysine_15(X)
& fn_lysine_18(X) != fn_lysine_14(X)
& object_2(fn_lysine_41(X),fn_lysine_14(X))
& object_2(fn_lysine_41(X),fn_lysine_16(X))
& fn_lysine_16(X) != fn_lysine_14(X)
& fn_lysine_14(X) != fn_lysine_16(X)
& fn_lysine_19(X) != fn_lysine_14(X)
& fn_lysine_14(X) != fn_lysine_19(X)
& has_region_2(X,fn_lysine_21(X))
& is_inside_2(fn_lysine_14(X),fn_lysine_21(X))
& is_inside_2(fn_lysine_14(X),fn_lysine_22(X))
& has_function_2(fn_lysine_12(X),fn_lysine_38(X))
& object_2(fn_lysine_42(X),fn_lysine_30(X))
& result_2(fn_lysine_1(X),fn_lysine_12(X))
& object_2(fn_lysine_1(X),fn_lysine_36(X))
& is_near_2(fn_lysine_36(X),fn_lysine_35(X))
& fn_lysine_35(X) != fn_lysine_31(X)
& is_near_2(fn_lysine_31(X),fn_lysine_30(X))
& is_near_2(fn_lysine_35(X),fn_lysine_36(X))
& fn_lysine_31(X) != fn_lysine_35(X)
& is_near_2(fn_lysine_30(X),fn_lysine_31(X))
& fn_lysine_29(X) = fn_atomic_nucleus_8(fn_lysine_35(X))
& fn_lysine_28(X) = fn_covalent_bond_11(fn_lysine_12(X))
& fn_lysine_30(X) = fn_covalent_bond_18(fn_lysine_12(X))
& fn_lysine_19(X) = fn_covalent_bond_19(fn_lysine_12(X))
& fn_lysine_18(X) = fn_covalent_bond_20(fn_lysine_12(X))
& fn_lysine_32(X) = fn_hydrophilic_amino_acid_7(X)
& fn_lysine_5(X) = fn_hydrophilic_amino_acid_1(X)
& fn_lysine_32(X) = fn_hydrophilic_amino_acid_15(X)
& fn_lysine_17(X) = fn_hydrophilic_amino_acid_31(X)
& fn_lysine_37(X) = fn_hydrophilic_amino_acid_8(X)
& fn_lysine_26(X) = fn_hydrophilic_amino_acid_21(X)
& fn_lysine_27(X) = fn_covalent_bond_12(fn_lysine_12(X))
& fn_lysine_27(X) = fn_hydrophilic_amino_acid_20(X)
& fn_lysine_35(X) = fn_hydrophilic_amino_acid_13(X)
& fn_lysine_30(X) = fn_hydrophilic_amino_acid_11(X)
& fn_lysine_36(X) = fn_hydrophilic_amino_acid_12(X)
& fn_lysine_31(X) = fn_hydrophilic_amino_acid_9(X)
& fn_lysine_7(X) = fn_hydrophilic_amino_acid_7(X)
& fn_lysine_16(X) = fn_hydrophilic_amino_acid_31(X)
& fn_lysine_6(X) = fn_hydrophilic_amino_acid_1(X)
& fn_lysine_34(X) = fn_hydrophilic_amino_acid_14(X)
& fn_lysine_33(X) = fn_hydrophilic_amino_acid_10(X)
& fn_lysine_42(X) = fn_hydrophilic_amino_acid_8(X)
& fn_lysine_43(X) = fn_basic_amino_acid_4(X)
& fn_lysine_44(X) = fn_basic_amino_acid_5(X)
& fn_lysine_13(X) = fn_basic_amino_acid_7(X)
& fn_lysine_24(X) = fn_basic_amino_acid_11(X)
& fn_lysine_25(X) = fn_basic_amino_acid_10(X)
& fn_lysine_20(X) = fn_basic_amino_acid_8(X)
& fn_lysine_39(X) = fn_basic_amino_acid_44(X)
& fn_lysine_7(X) = fn_basic_amino_acid_45(X)
& fn_lysine_5(X) = fn_basic_amino_acid_43(X)
& fn_lysine_6(X) = fn_basic_amino_acid_42(X)
& fn_lysine_32(X) = fn_basic_amino_acid_21(X)
& fn_lysine_12(X) = fn_hydrophilic_amino_acid_28(X)
& fn_lysine_12(X) = fn_basic_amino_acid_46(X)
& fn_lysine_18(X) = fn_hydrophilic_amino_acid_30(X)
& fn_lysine_23(X) = fn_hydrophilic_amino_acid_25(X)
& fn_lysine_23(X) = fn_basic_amino_acid_47(X)
& fn_lysine_4(X) = fn_basic_amino_acid_45(X)
& fn_lysine_26(X) = fn_basic_amino_acid_26(X)
& fn_lysine_39(X) = fn_basic_amino_acid_20(X)
& fn_lysine_18(X) = fn_basic_amino_acid_35(X)
& fn_lysine_18(X) = fn_covalent_bond_19(fn_lysine_12(X))
& fn_lysine_3(X) = fn_basic_amino_acid_44(X)
& fn_lysine_5(X) = fn_basic_amino_acid_20(X)
& fn_lysine_40(X) = fn_basic_amino_acid_16(X)
& fn_lysine_4(X) = fn_basic_amino_acid_15(X)
& fn_lysine_3(X) = fn_basic_amino_acid_14(X)
& fn_lysine_28(X) = fn_basic_amino_acid_25(X)
& fn_lysine_40(X) = fn_basic_amino_acid_13(X)
& fn_lysine_19(X) = fn_hydrophilic_amino_acid_29(X)
& fn_lysine_15(X) = fn_hydrophilic_amino_acid_33(X)
& fn_lysine_15(X) = fn_basic_amino_acid_32(X)
& fn_lysine_2(X) = fn_basic_amino_acid_14(X)
& fn_lysine_17(X) = fn_basic_amino_acid_33(X)
& fn_lysine_17(X) = fn_basic_amino_acid_34(X)
& fn_lysine_18(X) = fn_hydrophilic_amino_acid_33(X)
& fn_lysine_18(X) = fn_basic_amino_acid_32(X)
& fn_lysine_15(X) = fn_basic_amino_acid_35(X)
& fn_lysine_16(X) = fn_basic_amino_acid_34(X)
& fn_lysine_2(X) = fn_basic_amino_acid_13(X)
& fn_lysine_19(X) = fn_covalent_bond_20(fn_lysine_12(X))
& fn_lysine_14(X) = fn_covalent_bond_19(fn_lysine_12(X))
& fn_lysine_19(X) = fn_basic_amino_acid_31(X)
& fn_lysine_16(X) = fn_basic_amino_acid_33(X)
& fn_lysine_41(X) = fn_basic_amino_acid_12(X)
& fn_lysine_14(X) = fn_hydrophilic_amino_acid_34(X)
& fn_lysine_22(X) = fn_hydrophilic_amino_acid_26(X)
& fn_lysine_22(X) = fn_basic_amino_acid_29(X)
& fn_lysine_14(X) = fn_basic_amino_acid_36(X)
& fn_lysine_21(X) = fn_basic_amino_acid_30(X)
& fn_lysine_11(X) = fn_basic_amino_acid_2(X)
& fn_lysine_10(X) = fn_basic_amino_acid_6(X)
& fn_lysine_9(X) = fn_basic_amino_acid_1(X)
& fn_lysine_8(X) = fn_basic_amino_acid_28(X)
& fn_lysine_38(X) = fn_covalent_bond_14(fn_lysine_12(X))
& fn_lysine_42(X) = fn_covalent_bond_17(fn_lysine_12(X))
& fn_lysine_30(X) = fn_covalent_bond_15(fn_lysine_12(X))
& fn_lysine_31(X) = fn_covalent_bond_22(fn_lysine_12(X))
& fn_lysine_31(X) = fn_covalent_bond_24(fn_lysine_12(X))
& fn_lysine_36(X) = fn_covalent_bond_15(fn_lysine_12(X))
& fn_lysine_35(X) = fn_covalent_bond_24(fn_lysine_12(X))
& fn_lysine_35(X) = fn_covalent_bond_22(fn_lysine_12(X))
& fn_lysine_36(X) = fn_covalent_bond_18(fn_lysine_12(X))
& fn_lysine_1(X) = fn_covalent_bond_17(fn_lysine_12(X))
& fn_covalent_bond_12(fn_lysine_12(X)) = fn_covalent_bond_12(fn_lysine_12(X))
& fn_hydrophilic_amino_acid_20(X) = fn_hydrophilic_amino_acid_20(X)
& fn_hydrophilic_amino_acid_20(X) = fn_covalent_bond_12(fn_lysine_12(X))
& fn_covalent_bond_12(fn_lysine_12(X)) = fn_hydrophilic_amino_acid_20(X)
& fn_hydrophilic_amino_acid_20(X) = fn_hydrophilic_amino_acid_7(X)
& fn_hydrophilic_amino_acid_7(X) = fn_hydrophilic_amino_acid_7(X)
& fn_hydrophilic_amino_acid_7(X) = fn_basic_amino_acid_45(X)
& fn_basic_amino_acid_45(X) = fn_hydrophilic_amino_acid_1(X)
& fn_hydrophilic_amino_acid_1(X) = fn_hydrophilic_amino_acid_1(X)
& fn_hydrophilic_amino_acid_1(X) = fn_basic_amino_acid_42(X)
& fn_basic_amino_acid_42(X) = fn_basic_amino_acid_42(X)
& fn_basic_amino_acid_42(X) = fn_hydrophilic_amino_acid_7(X)
& fn_hydrophilic_amino_acid_7(X) = fn_hydrophilic_amino_acid_15(X)
& fn_hydrophilic_amino_acid_15(X) = fn_hydrophilic_amino_acid_15(X)
& fn_hydrophilic_amino_acid_15(X) = fn_basic_amino_acid_21(X)
& fn_basic_amino_acid_21(X) = fn_basic_amino_acid_21(X)
& fn_basic_amino_acid_21(X) = fn_hydrophilic_amino_acid_25(X)
& fn_basic_amino_acid_47(X) = fn_hydrophilic_amino_acid_25(X)
& fn_hydrophilic_amino_acid_25(X) = fn_basic_amino_acid_47(X)
& fn_basic_amino_acid_47(X) = fn_hydrophilic_amino_acid_21(X)
& fn_hydrophilic_amino_acid_21(X) = fn_hydrophilic_amino_acid_21(X)
& fn_hydrophilic_amino_acid_21(X) = fn_basic_amino_acid_26(X)
& fn_basic_amino_acid_26(X) = fn_basic_amino_acid_26(X)
& fn_basic_amino_acid_26(X) = fn_basic_amino_acid_44(X)
& fn_basic_amino_acid_44(X) = fn_basic_amino_acid_20(X)
& fn_basic_amino_acid_20(X) = fn_hydrophilic_amino_acid_1(X)
& fn_hydrophilic_amino_acid_1(X) = fn_basic_amino_acid_43(X)
& fn_basic_amino_acid_43(X) = fn_basic_amino_acid_43(X)
& fn_basic_amino_acid_43(X) = fn_basic_amino_acid_20(X)
& fn_basic_amino_acid_20(X) = fn_basic_amino_acid_20(X)
& fn_basic_amino_acid_20(X) = fn_basic_amino_acid_45(X)
& fn_basic_amino_acid_45(X) = fn_basic_amino_acid_45(X)
& fn_basic_amino_acid_45(X) = fn_basic_amino_acid_15(X)
& fn_basic_amino_acid_15(X) = fn_basic_amino_acid_15(X)
& fn_basic_amino_acid_15(X) = fn_basic_amino_acid_44(X)
& fn_basic_amino_acid_44(X) = fn_basic_amino_acid_44(X)
& fn_basic_amino_acid_44(X) = fn_basic_amino_acid_14(X)
& fn_basic_amino_acid_14(X) = fn_covalent_bond_11(fn_lysine_12(X))
& fn_covalent_bond_11(fn_lysine_12(X)) = fn_covalent_bond_11(fn_lysine_12(X))
& fn_covalent_bond_11(fn_lysine_12(X)) = fn_basic_amino_acid_25(X)
& fn_basic_amino_acid_25(X) = fn_basic_amino_acid_25(X)
& fn_basic_amino_acid_25(X) = fn_basic_amino_acid_16(X)
& fn_basic_amino_acid_16(X) = fn_basic_amino_acid_16(X)
& fn_basic_amino_acid_16(X) = fn_basic_amino_acid_13(X)
& fn_basic_amino_acid_13(X) = fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_31(X) = fn_basic_amino_acid_33(X)
& fn_basic_amino_acid_34(X) = fn_covalent_bond_20(fn_lysine_12(X))
& fn_covalent_bond_20(fn_lysine_12(X)) = fn_hydrophilic_amino_acid_30(X)
& fn_hydrophilic_amino_acid_30(X) = fn_hydrophilic_amino_acid_30(X)
& fn_hydrophilic_amino_acid_30(X) = fn_hydrophilic_amino_acid_33(X)
& fn_hydrophilic_amino_acid_33(X) = fn_basic_amino_acid_35(X)
& fn_basic_amino_acid_35(X) = fn_hydrophilic_amino_acid_33(X)
& fn_hydrophilic_amino_acid_33(X) = fn_hydrophilic_amino_acid_33(X)
& fn_basic_amino_acid_32(X) = fn_hydrophilic_amino_acid_33(X)
& fn_hydrophilic_amino_acid_33(X) = fn_basic_amino_acid_32(X)
& fn_basic_amino_acid_32(X) = fn_basic_amino_acid_32(X)
& fn_basic_amino_acid_35(X) = fn_basic_amino_acid_32(X)
& fn_basic_amino_acid_32(X) = fn_basic_amino_acid_35(X)
& fn_basic_amino_acid_35(X) = fn_basic_amino_acid_35(X)
& fn_basic_amino_acid_35(X) = fn_basic_amino_acid_14(X)
& fn_basic_amino_acid_14(X) = fn_basic_amino_acid_14(X)
& fn_basic_amino_acid_14(X) = fn_basic_amino_acid_13(X)
& fn_basic_amino_acid_13(X) = fn_basic_amino_acid_13(X)
& fn_basic_amino_acid_13(X) = fn_covalent_bond_19(fn_lysine_12(X))
& fn_covalent_bond_19(fn_lysine_12(X)) = fn_covalent_bond_20(fn_lysine_12(X))
& fn_covalent_bond_20(fn_lysine_12(X)) = fn_covalent_bond_20(fn_lysine_12(X))
& fn_covalent_bond_20(fn_lysine_12(X)) = fn_covalent_bond_19(fn_lysine_12(X))
& fn_covalent_bond_19(fn_lysine_12(X)) = fn_covalent_bond_19(fn_lysine_12(X))
& fn_covalent_bond_19(fn_lysine_12(X)) = fn_hydrophilic_amino_acid_29(X)
& fn_hydrophilic_amino_acid_29(X) = fn_hydrophilic_amino_acid_29(X)
& fn_basic_amino_acid_31(X) = fn_hydrophilic_amino_acid_29(X)
& fn_hydrophilic_amino_acid_29(X) = fn_basic_amino_acid_31(X)
& fn_basic_amino_acid_31(X) = fn_basic_amino_acid_31(X)
& fn_basic_amino_acid_31(X) = fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_31(X) = fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_31(X) = fn_basic_amino_acid_34(X)
& fn_basic_amino_acid_33(X) = fn_basic_amino_acid_34(X)
& fn_basic_amino_acid_34(X) = fn_basic_amino_acid_34(X)
& fn_basic_amino_acid_34(X) = fn_basic_amino_acid_33(X)
& fn_basic_amino_acid_33(X) = fn_basic_amino_acid_33(X)
& fn_basic_amino_acid_33(X) = fn_basic_amino_acid_29(X)
& fn_basic_amino_acid_29(X) = fn_basic_amino_acid_29(X)
& fn_basic_amino_acid_29(X) = fn_hydrophilic_amino_acid_26(X)
& fn_hydrophilic_amino_acid_26(X) = fn_basic_amino_acid_29(X)
& fn_basic_amino_acid_29(X) = fn_covalent_bond_19(fn_lysine_12(X))
& fn_hydrophilic_amino_acid_34(X) = fn_covalent_bond_19(fn_lysine_12(X))
& fn_covalent_bond_19(fn_lysine_12(X)) = fn_hydrophilic_amino_acid_34(X)
& fn_hydrophilic_amino_acid_34(X) = fn_hydrophilic_amino_acid_34(X)
& fn_basic_amino_acid_36(X) = fn_hydrophilic_amino_acid_34(X)
& fn_hydrophilic_amino_acid_34(X) = fn_basic_amino_acid_36(X)
& fn_basic_amino_acid_36(X) = fn_basic_amino_acid_36(X)
& fn_basic_amino_acid_36(X) = fn_hydrophilic_amino_acid_8(X)
& fn_hydrophilic_amino_acid_8(X) = fn_hydrophilic_amino_acid_8(X)
& fn_hydrophilic_amino_acid_8(X) = fn_covalent_bond_17(fn_lysine_12(X))
& fn_covalent_bond_17(fn_lysine_12(X)) = fn_covalent_bond_18(fn_lysine_12(X))
& fn_covalent_bond_18(fn_lysine_12(X)) = fn_hydrophilic_amino_acid_11(X)
& fn_hydrophilic_amino_acid_11(X) = fn_hydrophilic_amino_acid_11(X)
& fn_hydrophilic_amino_acid_11(X) = fn_covalent_bond_15(fn_lysine_12(X))
& fn_covalent_bond_15(fn_lysine_12(X)) = fn_covalent_bond_15(fn_lysine_12(X))
& fn_covalent_bond_15(fn_lysine_12(X)) = fn_hydrophilic_amino_acid_9(X)
& fn_hydrophilic_amino_acid_9(X) = fn_covalent_bond_22(fn_lysine_12(X))
& fn_covalent_bond_22(fn_lysine_12(X)) = fn_hydrophilic_amino_acid_9(X)
& fn_hydrophilic_amino_acid_9(X) = fn_covalent_bond_24(fn_lysine_12(X))
& fn_hydrophilic_amino_acid_13(X) = fn_covalent_bond_24(fn_lysine_12(X))
& fn_covalent_bond_24(fn_lysine_12(X)) = fn_covalent_bond_24(fn_lysine_12(X))
& fn_covalent_bond_24(fn_lysine_12(X)) = fn_hydrophilic_amino_acid_13(X)
& fn_hydrophilic_amino_acid_13(X) = fn_covalent_bond_22(fn_lysine_12(X))
& fn_covalent_bond_22(fn_lysine_12(X)) = fn_covalent_bond_22(fn_lysine_12(X))
& fn_covalent_bond_22(fn_lysine_12(X)) = fn_hydrophilic_amino_acid_12(X)
& fn_hydrophilic_amino_acid_12(X) = fn_covalent_bond_15(fn_lysine_12(X))
& fn_covalent_bond_15(fn_lysine_12(X)) = fn_hydrophilic_amino_acid_12(X)
& fn_hydrophilic_amino_acid_12(X) = fn_hydrophilic_amino_acid_12(X)
& fn_hydrophilic_amino_acid_12(X) = fn_covalent_bond_18(fn_lysine_12(X))
& fn_covalent_bond_18(fn_lysine_12(X)) = fn_covalent_bond_18(fn_lysine_12(X))
& fn_covalent_bond_18(fn_lysine_12(X)) = fn_hydrophilic_amino_acid_28(X)
& fn_hydrophilic_amino_acid_28(X) = fn_hydrophilic_amino_acid_28(X)
& fn_basic_amino_acid_46(X) = fn_basic_amino_acid_46(X)
& fn_basic_amino_acid_46(X) = fn_hydrophilic_amino_acid_28(X)
& fn_hydrophilic_amino_acid_28(X) = fn_basic_amino_acid_46(X) ) ) ).
fof(a530749,axiom,
! [X] :
( lysogenic_cycle_1(X)
=> ( original_name_2(X,'Lysogenic-Cycle')
& user_description_2(X,'A type of phage reproductive cycle in which the viral genome becomes incorporated into the bacterial host chromosome as a prophage and does not kill the host.')
& concept2words_2(X,'undergo the lysogenic cycle')
& concept2words_2(X,'lysogenic cycle')
& concept2words_2(X,'lysogenic-cycle')
& phage_reproduction_cycle_1(X)
& ~ lytic_cycle_1(X)
& lytic_cycle_1(fn_lysogenic_cycle_1(X))
& synthesis_of_dna_strand_1(fn_lysogenic_cycle_2(X))
& change_1(fn_lysogenic_cycle_3(X))
& environment_1(fn_lysogenic_cycle_4(X))
& temperate_phage_1(fn_lysogenic_cycle_5(X))
& recombination_1(fn_lysogenic_cycle_6(X))
& molecule_1(fn_lysogenic_cycle_7(X))
& prophage_1(fn_lysogenic_cycle_8(X))
& gene_1(fn_lysogenic_cycle_9(X))
& transcription_1(fn_lysogenic_cycle_10(X))
& block_1(fn_lysogenic_cycle_11(X))
& repressor_1(fn_lysogenic_cycle_12(X))
& host_1(fn_lysogenic_cycle_13(X))
& break_contact_1(fn_lysogenic_cycle_14(X))
& move_through_1(fn_lysogenic_cycle_15(X))
& add_1(fn_lysogenic_cycle_16(X))
& genome_1(fn_lysogenic_cycle_17(X))
& spatial_entity_1(fn_lysogenic_cycle_18(X))
& genome_1(fn_lysogenic_cycle_18(X))
& living_entity_1(fn_lysogenic_cycle_19(X))
& cell_1(fn_lysogenic_cycle_19(X))
& replication_1(fn_lysogenic_cycle_20(X))
& event_1(fn_host_2(fn_lysogenic_cycle_13(X)))
& living_entity_1(fn_host_1(fn_lysogenic_cycle_13(X)))
& spatial_entity_1(fn_move_1(fn_lysogenic_cycle_15(X)))
& spatial_entity_1(fn_break_contact_1(fn_lysogenic_cycle_14(X)))
& spatial_entity_1(fn_add_1(fn_lysogenic_cycle_16(X)))
& spatial_entity_1(fn_break_contact_2(fn_lysogenic_cycle_14(X)))
& spatial_entity_1(fn_add_2(fn_lysogenic_cycle_16(X)))
& genome_1(fn_cell_24(fn_lysogenic_cycle_19(X)))
& object_2(fn_lysogenic_cycle_20(X),fn_lysogenic_cycle_18(X))
& objective_2(X,fn_lysogenic_cycle_6(X))
& causes_2(X,fn_lysogenic_cycle_20(X))
& causes_2(X,fn_lysogenic_cycle_6(X))
& result_2(X,fn_lysogenic_cycle_8(X))
& agent_2(X,fn_lysogenic_cycle_5(X))
& subevent_2(X,fn_lysogenic_cycle_6(X))
& subevent_2(X,fn_lysogenic_cycle_16(X))
& subevent_2(X,fn_lysogenic_cycle_15(X))
& first_subevent_2(X,fn_lysogenic_cycle_15(X))
& agent_2(fn_lysogenic_cycle_11(X),fn_lysogenic_cycle_12(X))
& inhibits_2(fn_lysogenic_cycle_11(X),fn_lysogenic_cycle_10(X))
& has_part_2(fn_lysogenic_cycle_8(X),fn_lysogenic_cycle_9(X))
& result_2(fn_lysogenic_cycle_6(X),fn_lysogenic_cycle_8(X))
& object_2(fn_lysogenic_cycle_6(X),fn_lysogenic_cycle_18(X))
& object_2(fn_lysogenic_cycle_6(X),fn_lysogenic_cycle_17(X))
& object_2(fn_lysogenic_cycle_6(X),fn_lysogenic_cycle_7(X))
& has_part_2(fn_lysogenic_cycle_5(X),fn_lysogenic_cycle_17(X))
& by_means_of_2(fn_lysogenic_cycle_16(X),fn_lysogenic_cycle_6(X))
& next_event_2(fn_lysogenic_cycle_16(X),fn_lysogenic_cycle_2(X))
& subevent_2(fn_lysogenic_cycle_16(X),fn_lysogenic_cycle_2(X))
& next_event_2(fn_lysogenic_cycle_15(X),fn_lysogenic_cycle_16(X))
& agent_2(fn_lysogenic_cycle_15(X),fn_lysogenic_cycle_5(X))
& agent_2(fn_lysogenic_cycle_3(X),fn_lysogenic_cycle_4(X))
& next_event_2(fn_lysogenic_cycle_2(X),fn_lysogenic_cycle_3(X))
& agent_2(fn_lysogenic_cycle_2(X),fn_lysogenic_cycle_19(X))
& enables_2(fn_lysogenic_cycle_1(X),fn_lysogenic_cycle_3(X))
& subevent_2(fn_lysogenic_cycle_1(X),fn_lysogenic_cycle_14(X))
& object_2(fn_lysogenic_cycle_15(X),fn_lysogenic_cycle_17(X))
& object_2(fn_lysogenic_cycle_14(X),fn_lysogenic_cycle_17(X))
& object_2(fn_lysogenic_cycle_16(X),fn_lysogenic_cycle_17(X))
& base_2(fn_lysogenic_cycle_14(X),fn_lysogenic_cycle_18(X))
& base_2(fn_lysogenic_cycle_16(X),fn_lysogenic_cycle_18(X))
& in_event_2(fn_lysogenic_cycle_13(X),fn_lysogenic_cycle_20(X))
& plays_2(fn_lysogenic_cycle_19(X),fn_lysogenic_cycle_13(X))
& has_part_2(fn_lysogenic_cycle_19(X),fn_lysogenic_cycle_18(X))
& fn_lysogenic_cycle_17(X) = fn_move_1(fn_lysogenic_cycle_15(X))
& fn_lysogenic_cycle_17(X) = fn_break_contact_1(fn_lysogenic_cycle_14(X))
& fn_lysogenic_cycle_17(X) = fn_add_1(fn_lysogenic_cycle_16(X))
& fn_lysogenic_cycle_18(X) = fn_break_contact_2(fn_lysogenic_cycle_14(X))
& fn_lysogenic_cycle_18(X) = fn_add_2(fn_lysogenic_cycle_16(X))
& fn_lysogenic_cycle_20(X) = fn_host_2(fn_lysogenic_cycle_13(X))
& fn_lysogenic_cycle_19(X) = fn_host_1(fn_lysogenic_cycle_13(X))
& fn_lysogenic_cycle_18(X) = fn_cell_24(fn_lysogenic_cycle_19(X))
& fn_move_1(fn_lysogenic_cycle_15(X)) = fn_break_contact_1(fn_lysogenic_cycle_14(X))
& fn_break_contact_1(fn_lysogenic_cycle_14(X)) = fn_break_contact_1(fn_lysogenic_cycle_14(X))
& fn_break_contact_1(fn_lysogenic_cycle_14(X)) = fn_add_1(fn_lysogenic_cycle_16(X))
& fn_add_1(fn_lysogenic_cycle_16(X)) = fn_break_contact_2(fn_lysogenic_cycle_14(X))
& fn_break_contact_2(fn_lysogenic_cycle_14(X)) = fn_add_2(fn_lysogenic_cycle_16(X))
& fn_add_2(fn_lysogenic_cycle_16(X)) = fn_add_2(fn_lysogenic_cycle_16(X))
& fn_add_2(fn_lysogenic_cycle_16(X)) = fn_cell_24(fn_lysogenic_cycle_19(X)) ) ) ).
fof(a530750,axiom,
! [X] :
( lysosomal_disorder_1(X)
=> ( original_name_2(X,'Lysosomal-Disorder')
& user_description_2(X,'Lysosomal disorder is a group of approximately 40 rare inherited metabolic disorders that result from defects in lysosomal function')
& concept2words_2(X,'lysosomal disorder')
& concept2words_2(X,'lysosomal-disorder')
& inborn_error_of_metabolism_1(X) ) ) ).
fof(a530751,axiom,
! [X] :
( lysosomal_enzyme_1(X)
=> ( original_name_2(X,'Lysosomal-Enzyme')
& user_description_2(X,'Lysosomal enzymes are synthesized in the cytosol and the endoplasmic reticulum. Some important lysosomal enzymes include lipase, carbohydrase, proteases, nucleases and phosphoric acid')
& concept2words_2(X,'enzyme in lysosome')
& concept2words_2(X,'lysosomal enzyme')
& concept2words_2(X,'lysosomal-enzyme')
& hydrolase_1(X)
& ~ digestive_enzyme_1(X)
& ~ nuclease_1(X)
& ~ ribonuclease_1(X)
& polypeptide_1(fn_lysosomal_enzyme_5(X))
& spatial_entity_1(fn_lysosomal_enzyme_6(X))
& chemical_entity_1(fn_lysosomal_enzyme_6(X))
& monomer_1(fn_lysosomal_enzyme_6(X))
& molecule_1(fn_lysosomal_enzyme_6(X))
& amino_acid_1(fn_lysosomal_enzyme_6(X))
& decrease_1(fn_lysosomal_enzyme_7(X))
& atom_1(fn_lysosomal_enzyme_8(X))
& chemical_entity_1(fn_lysosomal_enzyme_8(X))
& active_site_1(fn_lysosomal_enzyme_9(X))
& protein_domain_1(fn_lysosomal_enzyme_10(X))
& carbon_skeleton_1(fn_lysosomal_enzyme_11(X))
& monomer_1(fn_lysosomal_enzyme_12(X))
& hydrophilic_region_1(fn_lysosomal_enzyme_13(X))
& surface_1(fn_lysosomal_enzyme_14(X))
& catalyst_1(fn_lysosomal_enzyme_15(X))
& size_value_1(fn_lysosomal_enzyme_16(X))
& release_1(fn_lysosomal_enzyme_17(X))
& hydrolysis_1(fn_lysosomal_enzyme_18(X))
& chemical_reaction_1(fn_lysosomal_enzyme_18(X))
& carbon_1(fn_lysosomal_enzyme_19(X))
& size_value_1(fn_lysosomal_enzyme_20(X))
& speed_value_1(fn_lysosomal_enzyme_21(X))
& quantity_value_1(fn_lysosomal_enzyme_22(X))
& kinetic_energy_1(fn_lysosomal_enzyme_23(X))
& constant_motion_1(fn_lysosomal_enzyme_24(X))
& tangible_entity_1(fn_release_1(fn_lysosomal_enzyme_17(X)))
& object_2(fn_lysosomal_enzyme_17(X),X)
& has_function_2(X,fn_lysosomal_enzyme_18(X))
& plays_2(X,fn_lysosomal_enzyme_15(X))
& has_function_2(X,fn_lysosomal_enzyme_7(X))
& enables_2(fn_lysosomal_enzyme_7(X),fn_lysosomal_enzyme_18(X))
& site_2(fn_lysosomal_enzyme_18(X),fn_lysosomal_enzyme_9(X))
& facilitates_2(fn_lysosomal_enzyme_9(X),fn_lysosomal_enzyme_18(X))
& in_event_2(fn_lysosomal_enzyme_15(X),fn_lysosomal_enzyme_18(X))
& possesses_2(X,fn_lysosomal_enzyme_23(X))
& quantity_2(fn_lysosomal_enzyme_23(X),fn_lysosomal_enzyme_22(X))
& directly_proportional_2(fn_lysosomal_enzyme_21(X),fn_lysosomal_enzyme_22(X))
& speed_2(fn_lysosomal_enzyme_24(X),fn_lysosomal_enzyme_21(X))
& object_2(fn_lysosomal_enzyme_24(X),X)
& has_region_2(X,fn_lysosomal_enzyme_13(X))
& is_at_2(fn_lysosomal_enzyme_13(X),fn_lysosomal_enzyme_14(X))
& has_region_2(X,fn_lysosomal_enzyme_14(X))
& has_part_2(X,fn_lysosomal_enzyme_5(X))
& has_part_2(fn_lysosomal_enzyme_5(X),fn_lysosomal_enzyme_6(X))
& the_scalar_value_2(fn_lysosomal_enzyme_16(X),big_0)
& scalar_unit_class_2(fn_lysosomal_enzyme_16(X),polypeptide_0)
& has_part_2(X,fn_lysosomal_enzyme_8(X))
& has_region_2(X,fn_lysosomal_enzyme_10(X))
& is_at_2(fn_lysosomal_enzyme_6(X),fn_lysosomal_enzyme_10(X))
& size_2(X,fn_lysosomal_enzyme_16(X))
& greater_than_2(fn_lysosomal_enzyme_16(X),fn_lysosomal_enzyme_20(X))
& size_2(fn_lysosomal_enzyme_12(X),fn_lysosomal_enzyme_20(X))
& has_part_2(X,fn_lysosomal_enzyme_12(X))
& has_region_2(X,fn_lysosomal_enzyme_9(X))
& has_region_2(X,fn_lysosomal_enzyme_11(X))
& is_inside_2(fn_lysosomal_enzyme_19(X),fn_lysosomal_enzyme_11(X))
& has_part_2(X,fn_lysosomal_enzyme_19(X))
& fn_lysosomal_enzyme_8(X) != fn_lysosomal_enzyme_19(X)
& fn_lysosomal_enzyme_19(X) != fn_lysosomal_enzyme_8(X)
& X = fn_release_1(fn_lysosomal_enzyme_17(X))
& fn_lysosomal_enzyme_18(X) = fn_hydrolase_1(X)
& fn_lysosomal_enzyme_15(X) = fn_enzyme_6(X)
& fn_lysosomal_enzyme_9(X) = fn_enzyme_2(X)
& fn_lysosomal_enzyme_18(X) = fn_enzyme_4(X)
& fn_lysosomal_enzyme_7(X) = fn_enzyme_5(X)
& fn_lysosomal_enzyme_2(X) = fn_protein_10(X)
& fn_lysosomal_enzyme_3(X) = fn_molecule_2(X)
& fn_lysosomal_enzyme_4(X) = fn_molecule_1(X)
& fn_lysosomal_enzyme_24(X) = fn_molecule_8(X)
& fn_lysosomal_enzyme_21(X) = fn_molecule_3(X)
& fn_lysosomal_enzyme_22(X) = fn_molecule_4(X)
& fn_lysosomal_enzyme_23(X) = fn_molecule_12(X)
& fn_lysosomal_enzyme_6(X) = fn_protein_14(X)
& fn_lysosomal_enzyme_5(X) = fn_protein_8(X)
& fn_lysosomal_enzyme_14(X) = fn_protein_5(X)
& fn_lysosomal_enzyme_13(X) = fn_protein_1(X)
& fn_lysosomal_enzyme_6(X) = fn_protein_enzyme_11(X)
& fn_lysosomal_enzyme_10(X) = fn_protein_enzyme_5(X)
& fn_lysosomal_enzyme_9(X) = fn_protein_enzyme_10(X)
& fn_lysosomal_enzyme_12(X) = fn_polymer_4(X)
& fn_lysosomal_enzyme_12(X) = fn_protein_enzyme_9(X)
& fn_lysosomal_enzyme_20(X) = fn_protein_enzyme_4(X)
& fn_lysosomal_enzyme_16(X) = fn_protein_9(X)
& fn_lysosomal_enzyme_16(X) = fn_protein_enzyme_3(X)
& fn_lysosomal_enzyme_8(X) = fn_organic_molecule_2(X)
& fn_lysosomal_enzyme_8(X) = fn_protein_enzyme_8(X)
& fn_lysosomal_enzyme_19(X) = fn_organic_molecule_1(X)
& fn_lysosomal_enzyme_19(X) = fn_protein_enzyme_7(X)
& fn_lysosomal_enzyme_11(X) = fn_organic_molecule_3(X)
& fn_lysosomal_enzyme_11(X) = fn_protein_enzyme_6(X)
& fn_hydrolase_1(X) = fn_enzyme_4(X)
& fn_enzyme_4(X) = fn_enzyme_4(X)
& fn_enzyme_4(X) = fn_protein_14(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_1(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_3(X)
& fn_protein_enzyme_6(X) = fn_organic_molecule_3(X)
& fn_organic_molecule_3(X) = fn_protein_enzyme_6(X) ) ) ).
fof(a530752,axiom,
! [X] :
( lysosomal_membrane_1(X)
=> ( original_name_2(X,'Lysosomal-membrane')
& user_description_2(X,'The lysosomal membrane maintains low internal pH by pumping hydrogen ions from the cytosol into the lumen of the lysosome')
& concept2words_2(X,'lysosomal envelope')
& concept2words_2(X,'lysosomal membrane')
& concept2words_2(X,'lysosomal-membrane')
& biomembrane_containing_double_lipid_bilayer_1(X)
& ~ chloroplast_membrane_1(X)
& ~ er_membrane_1(X)
& ~ mitochondrial_membrane_1(X)
& ~ nuclear_membrane_1(X)
& ~ plasma_membrane_1(X)
& protein_enzyme_1(fn_lysosomal_membrane_1(X))
& quantity_value_1(fn_lysosomal_membrane_4(X))
& quantity_value_1(fn_lysosomal_membrane_5(X))
& synthesis_of_endomembranous_system_membrane_1(fn_lysosomal_membrane_6(X))
& rate_value_1(fn_lysosomal_membrane_8(X))
& hydrophobic_face_1(fn_lysosomal_membrane_9(X))
& phospholipid_layer_1(fn_lysosomal_membrane_10(X))
& hydrophobic_core_1(fn_lysosomal_membrane_11(X))
& phospholipid_layer_1(fn_lysosomal_membrane_12(X))
& spatial_entity_1(fn_lysosomal_membrane_13(X))
& lipid_1(fn_lysosomal_membrane_13(X))
& phospholipid_1(fn_lysosomal_membrane_13(X))
& hydrophobic_compound_1(fn_lysosomal_membrane_14(X))
& spatial_entity_1(fn_lysosomal_membrane_14(X))
& block_1(fn_lysosomal_membrane_15(X))
& tangible_entity_1(fn_lysosomal_membrane_16(X))
& phospholipid_bilayer_1(fn_lysosomal_membrane_16(X))
& endoplasmic_reticulum_1(fn_lysosomal_membrane_17(X))
& rough_endoplasmic_reticulum_1(fn_lysosomal_membrane_17(X))
& spatial_entity_1(fn_lysosomal_membrane_18(X))
& polymer_1(fn_lysosomal_membrane_18(X))
& chemical_entity_1(fn_lysosomal_membrane_18(X))
& tangible_entity_1(fn_lysosomal_membrane_18(X))
& membrane_protein_1(fn_lysosomal_membrane_18(X))
& protein_1(fn_lysosomal_membrane_18(X))
& ribosome_1(fn_lysosomal_membrane_19(X))
& bound_ribosome_1(fn_lysosomal_membrane_19(X))
& chemical_reaction_1(fn_lysosomal_membrane_20(X))
& synthesis_of_protein_1(fn_lysosomal_membrane_20(X))
& polymer_synthesis_1(fn_lysosomal_membrane_20(X))
& synthesis_of_glycoprotein_1(fn_lysosomal_membrane_20(X))
& anabolic_pathway_1(fn_lysosomal_membrane_21(X))
& synthesis_of_protein_1(fn_lysosomal_membrane_21(X))
& synthesis_reaction_1(fn_lysosomal_membrane_22(X))
& synthesis_of_protein_1(fn_lysosomal_membrane_22(X))
& synthesis_of_membrane_protein_1(fn_lysosomal_membrane_22(X))
& glycoprotein_1(fn_lysosomal_membrane_23(X))
& speed_value_1(fn_lysosomal_membrane_24(X))
& quantity_value_1(fn_lysosomal_membrane_25(X))
& lipid_1(fn_lysosomal_membrane_26(X))
& tangible_entity_1(fn_lysosomal_membrane_27(X))
& organic_molecule_1(fn_lysosomal_membrane_27(X))
& lipid_1(fn_lysosomal_membrane_27(X))
& spatial_entity_1(fn_lysosomal_membrane_27(X))
& phospholipid_1(fn_lysosomal_membrane_27(X))
& polar_covalent_bond_1(fn_lysosomal_membrane_28(X))
& chemical_bond_1(fn_lysosomal_membrane_28(X))
& ester_linkage_1(fn_lysosomal_membrane_28(X))
& kinetic_energy_1(fn_lysosomal_membrane_29(X))
& repel_1(fn_lysosomal_membrane_30(X))
& carbon_skeleton_1(fn_lysosomal_membrane_31(X))
& tangible_entity_1(fn_lysosomal_membrane_32(X))
& entity_1(fn_lysosomal_membrane_32(X))
& chemical_entity_1(fn_lysosomal_membrane_32(X))
& atom_1(fn_lysosomal_membrane_32(X))
& carbon_1(fn_lysosomal_membrane_32(X))
& fatty_acid_1(fn_lysosomal_membrane_33(X))
& entity_1(fn_lysosomal_membrane_34(X))
& atom_1(fn_lysosomal_membrane_34(X))
& chemical_entity_1(fn_lysosomal_membrane_34(X))
& phosphorus_1(fn_lysosomal_membrane_34(X))
& entity_1(fn_lysosomal_membrane_35(X))
& chemical_entity_1(fn_lysosomal_membrane_35(X))
& atom_1(fn_lysosomal_membrane_35(X))
& oxygen_1(fn_lysosomal_membrane_35(X))
& move_together_1(fn_lysosomal_membrane_36(X))
& constant_motion_1(fn_lysosomal_membrane_37(X))
& move_apart_1(fn_lysosomal_membrane_38(X))
& spatial_entity_1(fn_lysosomal_membrane_39(X))
& chemical_entity_1(fn_lysosomal_membrane_39(X))
& hydrophobic_compound_1(fn_lysosomal_membrane_39(X))
& organic_acid_1(fn_lysosomal_membrane_39(X))
& carboxylic_acid_1(fn_lysosomal_membrane_39(X))
& fatty_acid_1(fn_lysosomal_membrane_39(X))
& fatty_acid_tail_1(fn_lysosomal_membrane_40(X))
& fatty_acid_tail_1(fn_lysosomal_membrane_41(X))
& spatial_entity_1(fn_lysosomal_membrane_42(X))
& functional_group_1(fn_lysosomal_membrane_42(X))
& phosphate_group_1(fn_lysosomal_membrane_42(X))
& entity_1(fn_lysosomal_membrane_43(X))
& spatial_entity_1(fn_lysosomal_membrane_43(X))
& tangible_entity_1(fn_lysosomal_membrane_43(X))
& chemical_entity_1(fn_lysosomal_membrane_43(X))
& glycerol_1(fn_lysosomal_membrane_43(X))
& alcohol_1(fn_lysosomal_membrane_43(X))
& hydrophilic_head_1(fn_lysosomal_membrane_44(X))
& hydrophilic_face_1(fn_lysosomal_membrane_45(X))
& hydrophobic_face_1(fn_lysosomal_membrane_46(X))
& block_1(fn_lysosomal_membrane_47(X))
& block_1(fn_lysosomal_membrane_48(X))
& rate_value_1(fn_lysosomal_membrane_51(X))
& phospholipid_1(fn_lysosomal_membrane_52(X))
& block_1(fn_lysosomal_membrane_53(X))
& fatty_acid_tail_1(fn_lysosomal_membrane_54(X))
& fatty_acid_tail_1(fn_lysosomal_membrane_55(X))
& tangible_entity_1(fn_lysosomal_membrane_56(X))
& entity_1(fn_lysosomal_membrane_56(X))
& chemical_entity_1(fn_lysosomal_membrane_56(X))
& atom_1(fn_lysosomal_membrane_56(X))
& carbon_1(fn_lysosomal_membrane_56(X))
& chemical_bond_1(fn_lysosomal_membrane_57(X))
& ester_linkage_1(fn_lysosomal_membrane_57(X))
& move_apart_1(fn_lysosomal_membrane_58(X))
& move_together_1(fn_lysosomal_membrane_59(X))
& move_1(fn_lysosomal_membrane_60(X))
& hydrophilic_head_1(fn_lysosomal_membrane_61(X))
& hydrophilic_face_1(fn_lysosomal_membrane_62(X))
& surface_1(fn_lysosomal_membrane_63(X))
& inside_face_1(fn_lysosomal_membrane_63(X))
& fluidity_value_1(fn_lysosomal_membrane_64(X))
& chemical_entity_1(fn_lysosomal_membrane_65(X))
& barrier_1(fn_lysosomal_membrane_66(X))
& hydrophilic_compound_1(fn_lysosomal_membrane_67(X))
& spatial_entity_1(fn_move_apart_1(fn_lysosomal_membrane_58(X)))
& chemical_reaction_1(fn_rough_endoplasmic_reticulum_29(fn_lysosomal_membrane_17(X)))
& synthesis_of_protein_1(fn_rough_endoplasmic_reticulum_29(fn_lysosomal_membrane_17(X)))
& polymer_synthesis_1(fn_rough_endoplasmic_reticulum_29(fn_lysosomal_membrane_17(X)))
& synthesis_of_glycoprotein_1(fn_rough_endoplasmic_reticulum_29(fn_lysosomal_membrane_17(X)))
& glycoprotein_1(fn_synthesis_of_membrane_protein_20(fn_lysosomal_membrane_22(X)))
& rough_endoplasmic_reticulum_1(fn_bound_ribosome_4(fn_lysosomal_membrane_19(X)))
& hydrophobic_core_1(fn_phospholipid_bilayer_3(fn_lysosomal_membrane_16(X)))
& lipid_1(fn_phospholipid_bilayer_1(fn_lysosomal_membrane_16(X)))
& hydrophobic_face_1(fn_phospholipid_bilayer_36(fn_lysosomal_membrane_16(X)))
& entity_1(fn_phospholipid_89(fn_lysosomal_membrane_13(X)))
& spatial_entity_1(fn_phospholipid_89(fn_lysosomal_membrane_13(X)))
& tangible_entity_1(fn_phospholipid_89(fn_lysosomal_membrane_13(X)))
& chemical_entity_1(fn_phospholipid_89(fn_lysosomal_membrane_13(X)))
& glycerol_1(fn_phospholipid_89(fn_lysosomal_membrane_13(X)))
& alcohol_1(fn_phospholipid_89(fn_lysosomal_membrane_13(X)))
& kinetic_energy_1(fn_phospholipid_105(fn_lysosomal_membrane_13(X)))
& constant_motion_1(fn_phospholipid_104(fn_lysosomal_membrane_13(X)))
& entity_1(fn_phospholipid_99(fn_lysosomal_membrane_13(X)))
& chemical_entity_1(fn_phospholipid_99(fn_lysosomal_membrane_13(X)))
& atom_1(fn_phospholipid_99(fn_lysosomal_membrane_13(X)))
& oxygen_1(fn_phospholipid_99(fn_lysosomal_membrane_13(X)))
& spatial_entity_1(fn_phospholipid_83(fn_lysosomal_membrane_13(X)))
& functional_group_1(fn_phospholipid_83(fn_lysosomal_membrane_13(X)))
& phosphate_group_1(fn_phospholipid_83(fn_lysosomal_membrane_13(X)))
& chemical_bond_1(fn_phospholipid_94(fn_lysosomal_membrane_13(X)))
& ester_linkage_1(fn_phospholipid_94(fn_lysosomal_membrane_13(X)))
& fatty_acid_1(fn_phospholipid_87(fn_lysosomal_membrane_13(X)))
& property_node_1(fn_phospholipid_43(fn_lysosomal_membrane_13(X)))
& speed_value_1(fn_phospholipid_103(fn_lysosomal_membrane_13(X)))
& property_node_1(fn_phospholipid_44(fn_lysosomal_membrane_13(X)))
& quantity_value_1(fn_phospholipid_102(fn_lysosomal_membrane_13(X)))
& tangible_entity_1(fn_phospholipid_98(fn_lysosomal_membrane_13(X)))
& entity_1(fn_phospholipid_98(fn_lysosomal_membrane_13(X)))
& chemical_entity_1(fn_phospholipid_98(fn_lysosomal_membrane_13(X)))
& atom_1(fn_phospholipid_98(fn_lysosomal_membrane_13(X)))
& carbon_1(fn_phospholipid_98(fn_lysosomal_membrane_13(X)))
& spatial_entity_1(fn_phospholipid_91(fn_lysosomal_membrane_13(X)))
& chemical_entity_1(fn_phospholipid_91(fn_lysosomal_membrane_13(X)))
& hydrophobic_compound_1(fn_phospholipid_91(fn_lysosomal_membrane_13(X)))
& organic_acid_1(fn_phospholipid_91(fn_lysosomal_membrane_13(X)))
& carboxylic_acid_1(fn_phospholipid_91(fn_lysosomal_membrane_13(X)))
& fatty_acid_1(fn_phospholipid_91(fn_lysosomal_membrane_13(X)))
& fatty_acid_tail_1(fn_phospholipid_layer_16(fn_lysosomal_membrane_10(X)))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_lysosomal_membrane_6(X)))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_lysosomal_membrane_6(X)))
& biomembrane_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_lysosomal_membrane_6(X)))
& spatial_entity_1(fn_synthesis_of_membrane_protein_17(fn_lysosomal_membrane_22(X)))
& biomembrane_1(fn_synthesis_of_membrane_protein_17(fn_lysosomal_membrane_22(X)))
& spatial_entity_1(fn_block_1(fn_lysosomal_membrane_15(X)))
& spatial_entity_1(fn_block_1(fn_lysosomal_membrane_53(X)))
& anabolic_pathway_1(fn_rough_endoplasmic_reticulum_47(fn_lysosomal_membrane_17(X)))
& synthesis_of_protein_1(fn_rough_endoplasmic_reticulum_47(fn_lysosomal_membrane_17(X)))
& synthesis_of_protein_1(fn_ribosome_2(fn_lysosomal_membrane_19(X)))
& ribosome_1(fn_synthesis_of_protein_10(fn_lysosomal_membrane_22(X)))
& bound_ribosome_1(fn_rough_endoplasmic_reticulum_57(fn_lysosomal_membrane_17(X)))
& ribosome_1(fn_rough_endoplasmic_reticulum_57(fn_lysosomal_membrane_17(X)))
& spatial_entity_1(fn_rough_endoplasmic_reticulum_40(fn_lysosomal_membrane_17(X)))
& polymer_1(fn_rough_endoplasmic_reticulum_40(fn_lysosomal_membrane_17(X)))
& chemical_entity_1(fn_rough_endoplasmic_reticulum_40(fn_lysosomal_membrane_17(X)))
& membrane_protein_1(fn_rough_endoplasmic_reticulum_40(fn_lysosomal_membrane_17(X)))
& protein_1(fn_rough_endoplasmic_reticulum_40(fn_lysosomal_membrane_17(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_40(fn_lysosomal_membrane_17(X)))
& protein_1(fn_synthesis_of_protein_16(fn_lysosomal_membrane_22(X)))
& spatial_entity_1(fn_synthesis_of_membrane_protein_25(fn_lysosomal_membrane_22(X)))
& polymer_1(fn_synthesis_of_membrane_protein_25(fn_lysosomal_membrane_22(X)))
& chemical_entity_1(fn_synthesis_of_membrane_protein_25(fn_lysosomal_membrane_22(X)))
& tangible_entity_1(fn_synthesis_of_membrane_protein_25(fn_lysosomal_membrane_22(X)))
& membrane_protein_1(fn_synthesis_of_membrane_protein_25(fn_lysosomal_membrane_22(X)))
& protein_1(fn_synthesis_of_membrane_protein_25(fn_lysosomal_membrane_22(X)))
& synthesis_reaction_1(fn_endoplasmic_reticulum_35(fn_lysosomal_membrane_17(X)))
& synthesis_of_protein_1(fn_rough_endoplasmic_reticulum_39(fn_lysosomal_membrane_17(X)))
& synthesis_of_membrane_protein_1(fn_rough_endoplasmic_reticulum_39(fn_lysosomal_membrane_17(X)))
& phospholipid_bilayer_1(fn_rough_endoplasmic_reticulum_8(fn_lysosomal_membrane_17(X)))
& tangible_entity_1(fn_synthesis_of_membrane_protein_19(fn_lysosomal_membrane_22(X)))
& phospholipid_bilayer_1(fn_synthesis_of_membrane_protein_19(fn_lysosomal_membrane_22(X)))
& hydrophilic_face_1(fn_phospholipid_bilayer_39(fn_lysosomal_membrane_16(X)))
& phospholipid_layer_1(fn_phospholipid_bilayer_34(fn_lysosomal_membrane_16(X)))
& fatty_acid_tail_1(fn_phospholipid_bilayer_23(fn_lysosomal_membrane_16(X)))
& fatty_acid_tail_1(fn_phospholipid_92(fn_lysosomal_membrane_13(X)))
& carbon_skeleton_1(fn_lipid_14(fn_lysosomal_membrane_13(X)))
& carbon_skeleton_1(fn_phospholipid_97(fn_lysosomal_membrane_13(X)))
& hydrophilic_head_1(fn_phospholipid_bilayer_26(fn_lysosomal_membrane_16(X)))
& hydrophilic_head_1(fn_phospholipid_88(fn_lysosomal_membrane_13(X)))
& entity_1(fn_polar_covalent_bond_19(fn_lysosomal_membrane_28(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_lysosomal_membrane_28(X)))
& atom_1(fn_polar_covalent_bond_19(fn_lysosomal_membrane_28(X)))
& entity_1(fn_polar_covalent_bond_18(fn_lysosomal_membrane_28(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_lysosomal_membrane_28(X)))
& atom_1(fn_polar_covalent_bond_18(fn_lysosomal_membrane_28(X)))
& entity_1(fn_phospholipid_84(fn_lysosomal_membrane_13(X)))
& atom_1(fn_phospholipid_84(fn_lysosomal_membrane_13(X)))
& chemical_entity_1(fn_phospholipid_84(fn_lysosomal_membrane_13(X)))
& phosphorus_1(fn_phospholipid_84(fn_lysosomal_membrane_13(X)))
& fatty_acid_tail_1(fn_phospholipid_bilayer_25(fn_lysosomal_membrane_16(X)))
& fatty_acid_tail_1(fn_phospholipid_90(fn_lysosomal_membrane_13(X)))
& repel_1(fn_phospholipid_116(fn_lysosomal_membrane_13(X)))
& repel_1(fn_phospholipid_80(fn_lysosomal_membrane_13(X)))
& spatial_entity_1(fn_move_together_1(fn_lysosomal_membrane_36(X)))
& phospholipid_1(fn_phospholipid_bilayer_24(fn_lysosomal_membrane_16(X)))
& fatty_acid_tail_1(fn_phospholipid_bilayer_19(fn_lysosomal_membrane_16(X)))
& fatty_acid_tail_1(fn_phospholipid_layer_15(fn_lysosomal_membrane_10(X)))
& hydrophilic_head_1(fn_phospholipid_layer_17(fn_lysosomal_membrane_10(X)))
& hydrophilic_face_1(fn_phospholipid_bilayer_38(fn_lysosomal_membrane_16(X)))
& hydrophilic_face_1(fn_phospholipid_layer_2(fn_lysosomal_membrane_10(X)))
& property_node_1(fn_phospholipid_layer_14(fn_lysosomal_membrane_10(X)))
& property_node_1(fn_phospholipid_layer_12(fn_lysosomal_membrane_10(X)))
& rate_value_1(fn_phospholipid_layer_9(fn_lysosomal_membrane_10(X)))
& rate_value_1(fn_phospholipid_layer_7(fn_lysosomal_membrane_10(X)))
& move_1(fn_phospholipid_layer_18(fn_lysosomal_membrane_10(X)))
& move_1(fn_phospholipid_layer_19(fn_lysosomal_membrane_10(X)))
& spatial_entity_1(fn_move_apart_2(fn_lysosomal_membrane_58(X)))
& spatial_entity_1(fn_move_together_2(fn_lysosomal_membrane_36(X)))
& lipid_1(fn_phospholipid_layer_20(fn_lysosomal_membrane_10(X)))
& spatial_entity_1(fn_phospholipid_layer_21(fn_lysosomal_membrane_10(X)))
& phospholipid_1(fn_phospholipid_layer_21(fn_lysosomal_membrane_10(X)))
& hydrophobic_face_1(fn_phospholipid_bilayer_35(fn_lysosomal_membrane_16(X)))
& hydrophobic_face_1(fn_phospholipid_layer_1(fn_lysosomal_membrane_10(X)))
& phospholipid_layer_1(fn_phospholipid_bilayer_33(fn_lysosomal_membrane_16(X)))
& called_2(fn_lysosomal_membrane_52(X),'P2')
& is_inside_2(fn_lysosomal_membrane_52(X),fn_lysosomal_membrane_10(X))
& quantity_2(fn_lysosomal_membrane_26(X),fn_lysosomal_membrane_5(X))
& is_at_2(fn_lysosomal_membrane_1(X),X)
& has_part_2(X,fn_lysosomal_membrane_1(X))
& called_2(fn_lysosomal_membrane_15(X),"1")
& instrument_2(fn_lysosomal_membrane_15(X),fn_lysosomal_membrane_40(X))
& agent_2(fn_lysosomal_membrane_15(X),fn_lysosomal_membrane_11(X))
& called_2(fn_lysosomal_membrane_13(X),'P1')
& object_2(fn_lysosomal_membrane_58(X),fn_lysosomal_membrane_27(X))
& object_2(fn_lysosomal_membrane_36(X),fn_lysosomal_membrane_27(X))
& object_2(fn_lysosomal_membrane_58(X),fn_lysosomal_membrane_52(X))
& object_2(fn_lysosomal_membrane_36(X),fn_lysosomal_membrane_13(X))
& result_2(fn_lysosomal_membrane_6(X),X)
& is_inside_2(fn_lysosomal_membrane_18(X),fn_lysosomal_membrane_16(X))
& has_function_2(fn_lysosomal_membrane_17(X),fn_lysosomal_membrane_20(X))
& site_2(fn_lysosomal_membrane_21(X),fn_lysosomal_membrane_19(X))
& has_function_2(fn_lysosomal_membrane_17(X),fn_lysosomal_membrane_21(X))
& fn_lysosomal_membrane_20(X) != fn_lysosomal_membrane_21(X)
& fn_lysosomal_membrane_21(X) != fn_lysosomal_membrane_20(X)
& fn_lysosomal_membrane_22(X) != fn_lysosomal_membrane_21(X)
& fn_lysosomal_membrane_21(X) != fn_lysosomal_membrane_22(X)
& has_function_2(fn_lysosomal_membrane_17(X),fn_lysosomal_membrane_22(X))
& site_2(fn_lysosomal_membrane_22(X),fn_lysosomal_membrane_19(X))
& has_function_2(fn_lysosomal_membrane_19(X),fn_lysosomal_membrane_20(X))
& fn_lysosomal_membrane_22(X) != fn_lysosomal_membrane_20(X)
& fn_lysosomal_membrane_20(X) != fn_lysosomal_membrane_22(X)
& called_2(fn_lysosomal_membrane_48(X),"2")
& instrument_2(fn_lysosomal_membrane_47(X),fn_lysosomal_membrane_44(X))
& called_2(fn_lysosomal_membrane_57(X),'EL1')
& is_permeable_to_2(X,fn_lysosomal_membrane_65(X))
& directly_proportional_2(fn_lysosomal_membrane_64(X),fn_lysosomal_membrane_51(X))
& quantity_2(fn_lysosomal_membrane_13(X),fn_lysosomal_membrane_4(X))
& greater_than_2(fn_lysosomal_membrane_4(X),fn_lysosomal_membrane_5(X))
& is_inside_2(fn_lysosomal_membrane_45(X),fn_lysosomal_membrane_63(X))
& agent_2(fn_lysosomal_membrane_47(X),fn_lysosomal_membrane_45(X))
& called_2(fn_lysosomal_membrane_47(X),"3")
& object_2(fn_lysosomal_membrane_38(X),fn_lysosomal_membrane_27(X))
& object_2(fn_lysosomal_membrane_38(X),fn_lysosomal_membrane_13(X))
& is_inside_2(fn_lysosomal_membrane_13(X),fn_lysosomal_membrane_10(X))
& fn_lysosomal_membrane_12(X) != fn_lysosomal_membrane_10(X)
& fn_lysosomal_membrane_10(X) != fn_lysosomal_membrane_12(X)
& object_2(fn_lysosomal_membrane_59(X),fn_lysosomal_membrane_27(X))
& has_part_2(fn_lysosomal_membrane_27(X),fn_lysosomal_membrane_56(X))
& is_between_2(fn_lysosomal_membrane_57(X),fn_lysosomal_membrane_56(X))
& possesses_2(fn_lysosomal_membrane_27(X),fn_lysosomal_membrane_57(X))
& called_2(fn_lysosomal_membrane_27(X),'P1')
& fluidity_2(X,fn_lysosomal_membrane_64(X))
& inversely_proportional_2(fn_lysosomal_membrane_8(X),fn_lysosomal_membrane_64(X))
& rate_2(fn_lysosomal_membrane_59(X),fn_lysosomal_membrane_8(X))
& object_2(fn_lysosomal_membrane_59(X),fn_lysosomal_membrane_13(X))
& called_2(fn_lysosomal_membrane_13(X),'P4')
& instrument_2(fn_lysosomal_membrane_48(X),fn_lysosomal_membrane_61(X))
& is_at_2(fn_lysosomal_membrane_61(X),fn_lysosomal_membrane_62(X))
& agent_2(fn_lysosomal_membrane_48(X),fn_lysosomal_membrane_62(X))
& has_function_2(X,fn_lysosomal_membrane_48(X))
& has_region_2(X,fn_lysosomal_membrane_63(X))
& fn_lysosomal_membrane_15(X) != fn_lysosomal_membrane_47(X)
& has_function_2(X,fn_lysosomal_membrane_47(X))
& is_impermeable_to_2(X,fn_lysosomal_membrane_67(X))
& fn_lysosomal_membrane_47(X) != fn_lysosomal_membrane_15(X)
& fn_lysosomal_membrane_48(X) != fn_lysosomal_membrane_47(X)
& fn_lysosomal_membrane_47(X) != fn_lysosomal_membrane_48(X)
& object_2(fn_lysosomal_membrane_53(X),fn_lysosomal_membrane_67(X))
& in_event_2(fn_lysosomal_membrane_66(X),fn_lysosomal_membrane_53(X))
& plays_2(X,fn_lysosomal_membrane_66(X))
& has_function_2(X,fn_lysosomal_membrane_15(X))
& fn_lysosomal_membrane_15(X) != fn_lysosomal_membrane_48(X)
& fn_lysosomal_membrane_48(X) != fn_lysosomal_membrane_15(X)
& is_impermeable_to_2(X,fn_lysosomal_membrane_14(X))
& fn_lysosomal_membrane_65(X) != fn_lysosomal_membrane_14(X)
& fn_lysosomal_membrane_67(X) != fn_lysosomal_membrane_65(X)
& fn_lysosomal_membrane_65(X) != fn_lysosomal_membrane_67(X)
& fn_lysosomal_membrane_14(X) != fn_lysosomal_membrane_65(X)
& has_part_2(X,fn_lysosomal_membrane_18(X))
& has_part_2(X,fn_lysosomal_membrane_23(X))
& is_inside_2(fn_lysosomal_membrane_23(X),fn_lysosomal_membrane_16(X))
& has_part_2(X,fn_lysosomal_membrane_16(X))
& is_inside_2(fn_lysosomal_membrane_55(X),fn_lysosomal_membrane_46(X))
& has_region_2(fn_lysosomal_membrane_27(X),fn_lysosomal_membrane_55(X))
& has_region_2(fn_lysosomal_membrane_27(X),fn_lysosomal_membrane_61(X))
& is_inside_2(fn_lysosomal_membrane_61(X),fn_lysosomal_membrane_62(X))
& has_region_2(fn_lysosomal_membrane_10(X),fn_lysosomal_membrane_62(X))
& rate_2(fn_lysosomal_membrane_60(X),fn_lysosomal_membrane_51(X))
& object_2(fn_lysosomal_membrane_60(X),fn_lysosomal_membrane_27(X))
& has_region_2(fn_lysosomal_membrane_27(X),fn_lysosomal_membrane_54(X))
& is_inside_2(fn_lysosomal_membrane_54(X),fn_lysosomal_membrane_46(X))
& element_2(fn_lysosomal_membrane_10(X),fn_lysosomal_membrane_27(X))
& has_region_2(fn_lysosomal_membrane_10(X),fn_lysosomal_membrane_46(X))
& facilitates_2(fn_lysosomal_membrane_41(X),fn_lysosomal_membrane_30(X))
& has_region_2(fn_lysosomal_membrane_13(X),fn_lysosomal_membrane_41(X))
& has_region_2(fn_lysosomal_membrane_13(X),fn_lysosomal_membrane_42(X))
& is_at_2(fn_lysosomal_membrane_42(X),fn_lysosomal_membrane_44(X))
& has_region_2(fn_lysosomal_membrane_13(X),fn_lysosomal_membrane_44(X))
& agent_2(fn_lysosomal_membrane_30(X),fn_lysosomal_membrane_13(X))
& site_2(fn_lysosomal_membrane_30(X),fn_lysosomal_membrane_41(X))
& is_at_2(fn_lysosomal_membrane_32(X),fn_lysosomal_membrane_41(X))
& is_inside_2(fn_lysosomal_membrane_32(X),fn_lysosomal_membrane_31(X))
& has_region_2(fn_lysosomal_membrane_13(X),fn_lysosomal_membrane_31(X))
& fn_lysosomal_membrane_39(X) != fn_lysosomal_membrane_33(X)
& fn_lysosomal_membrane_33(X) != fn_lysosomal_membrane_39(X)
& has_part_2(fn_lysosomal_membrane_13(X),fn_lysosomal_membrane_39(X))
& has_part_2(fn_lysosomal_membrane_13(X),fn_lysosomal_membrane_43(X))
& is_at_2(fn_lysosomal_membrane_43(X),fn_lysosomal_membrane_44(X))
& fn_lysosomal_membrane_35(X) != fn_lysosomal_membrane_34(X)
& fn_lysosomal_membrane_34(X) != fn_lysosomal_membrane_32(X)
& fn_lysosomal_membrane_32(X) != fn_lysosomal_membrane_34(X)
& fn_lysosomal_membrane_34(X) != fn_lysosomal_membrane_35(X)
& has_part_2(fn_lysosomal_membrane_13(X),fn_lysosomal_membrane_35(X))
& possesses_2(fn_lysosomal_membrane_13(X),fn_lysosomal_membrane_29(X))
& quantity_2(fn_lysosomal_membrane_29(X),fn_lysosomal_membrane_25(X))
& directly_proportional_2(fn_lysosomal_membrane_24(X),fn_lysosomal_membrane_25(X))
& speed_2(fn_lysosomal_membrane_37(X),fn_lysosomal_membrane_24(X))
& object_2(fn_lysosomal_membrane_37(X),fn_lysosomal_membrane_13(X))
& is_between_2(fn_lysosomal_membrane_28(X),fn_lysosomal_membrane_32(X))
& is_between_2(fn_lysosomal_membrane_28(X),fn_lysosomal_membrane_35(X))
& is_inside_2(fn_lysosomal_membrane_35(X),fn_lysosomal_membrane_42(X))
& is_inside_2(fn_lysosomal_membrane_34(X),fn_lysosomal_membrane_42(X))
& has_part_2(fn_lysosomal_membrane_13(X),fn_lysosomal_membrane_34(X))
& called_2(fn_lysosomal_membrane_28(X),'EL1')
& possesses_2(fn_lysosomal_membrane_13(X),fn_lysosomal_membrane_28(X))
& called_2(fn_lysosomal_membrane_33(X),"1")
& has_part_2(fn_lysosomal_membrane_13(X),fn_lysosomal_membrane_33(X))
& has_region_2(fn_lysosomal_membrane_13(X),fn_lysosomal_membrane_40(X))
& has_part_2(fn_lysosomal_membrane_13(X),fn_lysosomal_membrane_32(X))
& called_2(fn_lysosomal_membrane_39(X),"2")
& has_function_2(fn_lysosomal_membrane_13(X),fn_lysosomal_membrane_30(X))
& is_along_2(fn_lysosomal_membrane_9(X),fn_lysosomal_membrane_46(X))
& is_along_2(fn_lysosomal_membrane_46(X),fn_lysosomal_membrane_9(X))
& is_along_2(fn_lysosomal_membrane_12(X),fn_lysosomal_membrane_10(X))
& has_region_2(fn_lysosomal_membrane_12(X),fn_lysosomal_membrane_9(X))
& is_along_2(fn_lysosomal_membrane_10(X),fn_lysosomal_membrane_12(X))
& has_region_2(fn_lysosomal_membrane_16(X),fn_lysosomal_membrane_10(X))
& has_region_2(fn_lysosomal_membrane_16(X),fn_lysosomal_membrane_11(X))
& has_region_2(fn_lysosomal_membrane_16(X),fn_lysosomal_membrane_12(X))
& has_region_2(fn_lysosomal_membrane_12(X),fn_lysosomal_membrane_45(X))
& is_between_2(fn_lysosomal_membrane_11(X),fn_lysosomal_membrane_45(X))
& is_inside_2(fn_lysosomal_membrane_9(X),fn_lysosomal_membrane_11(X))
& abuts_2(fn_lysosomal_membrane_41(X),fn_lysosomal_membrane_55(X))
& abuts_2(fn_lysosomal_membrane_55(X),fn_lysosomal_membrane_41(X))
& is_inside_2(fn_lysosomal_membrane_41(X),fn_lysosomal_membrane_9(X))
& is_between_2(fn_lysosomal_membrane_11(X),fn_lysosomal_membrane_62(X))
& is_inside_2(fn_lysosomal_membrane_46(X),fn_lysosomal_membrane_11(X))
& element_2(fn_lysosomal_membrane_12(X),fn_lysosomal_membrane_26(X))
& is_inside_2(fn_lysosomal_membrane_44(X),fn_lysosomal_membrane_45(X))
& element_2(fn_lysosomal_membrane_12(X),fn_lysosomal_membrane_13(X))
& is_inside_2(fn_lysosomal_membrane_40(X),fn_lysosomal_membrane_9(X))
& result_2(fn_lysosomal_membrane_22(X),fn_lysosomal_membrane_18(X))
& has_part_2(fn_lysosomal_membrane_17(X),fn_lysosomal_membrane_19(X))
& has_function_2(fn_lysosomal_membrane_19(X),fn_lysosomal_membrane_21(X))
& has_function_2(fn_lysosomal_membrane_19(X),fn_lysosomal_membrane_22(X))
& is_between_2(fn_lysosomal_membrane_28(X),fn_lysosomal_membrane_34(X))
& object_2(fn_lysosomal_membrane_53(X),fn_lysosomal_membrane_14(X))
& object_2(fn_lysosomal_membrane_15(X),fn_lysosomal_membrane_14(X))
& site_2(fn_lysosomal_membrane_22(X),fn_lysosomal_membrane_17(X))
& fn_lysosomal_membrane_27(X) = fn_move_apart_2(fn_lysosomal_membrane_58(X))
& fn_lysosomal_membrane_27(X) = fn_move_together_2(fn_lysosomal_membrane_36(X))
& fn_lysosomal_membrane_52(X) = fn_move_apart_1(fn_lysosomal_membrane_58(X))
& fn_lysosomal_membrane_13(X) = fn_move_together_1(fn_lysosomal_membrane_36(X))
& X = fn_synthesis_of_endomembranous_system_membrane_60(fn_lysosomal_membrane_6(X))
& fn_lysosomal_membrane_16(X) = fn_rough_endoplasmic_reticulum_8(fn_lysosomal_membrane_17(X))
& fn_lysosomal_membrane_21(X) = fn_rough_endoplasmic_reticulum_47(fn_lysosomal_membrane_17(X))
& fn_lysosomal_membrane_20(X) = fn_rough_endoplasmic_reticulum_29(fn_lysosomal_membrane_17(X))
& fn_lysosomal_membrane_3(X) = fn_biomembrane_38(X)
& fn_lysosomal_membrane_44(X) = fn_biomembrane_80(X)
& fn_lysosomal_membrane_51(X) = fn_biomembrane_13(X)
& fn_lysosomal_membrane_7(X) = fn_biomembrane_28(X)
& fn_lysosomal_membrane_68(X) = fn_biomembrane_19(X)
& fn_lysosomal_membrane_2(X) = fn_biomembrane_37(X)
& fn_lysosomal_membrane_5(X) = fn_biomembrane_17(X)
& fn_lysosomal_membrane_4(X) = fn_biomembrane_16(X)
& fn_lysosomal_membrane_47(X) = fn_biomembrane_100(X)
& fn_lysosomal_membrane_45(X) = fn_biomembrane_81(X)
& fn_lysosomal_membrane_12(X) = fn_biomembrane_61(X)
& fn_lysosomal_membrane_10(X) = fn_biomembrane_62(X)
& fn_lysosomal_membrane_13(X) = fn_biomembrane_67(X)
& fn_lysosomal_membrane_38(X) = fn_biomembrane_68(X)
& fn_lysosomal_membrane_57(X) = fn_biomembrane_51(X)
& fn_lysosomal_membrane_56(X) = fn_biomembrane_59(X)
& fn_lysosomal_membrane_27(X) = fn_biomembrane_66(X)
& fn_lysosomal_membrane_13(X) = fn_biomembrane_65(X)
& fn_lysosomal_membrane_59(X) = fn_biomembrane_69(X)
& fn_lysosomal_membrane_8(X) = fn_biomembrane_21(X)
& fn_lysosomal_membrane_64(X) = fn_biomembrane_18(X)
& fn_lysosomal_membrane_63(X) = fn_biomembrane_47(X)
& fn_lysosomal_membrane_63(X) = fn_biomembrane_42(X)
& fn_lysosomal_membrane_62(X) = fn_biomembrane_83(X)
& fn_lysosomal_membrane_61(X) = fn_biomembrane_82(X)
& fn_lysosomal_membrane_47(X) = fn_biomembrane_102(X)
& fn_lysosomal_membrane_48(X) = fn_biomembrane_101(X)
& fn_lysosomal_membrane_15(X) = fn_biomembrane_100(X)
& fn_lysosomal_membrane_66(X) = fn_biomembrane_49(X)
& fn_lysosomal_membrane_53(X) = fn_biomembrane_50(X)
& fn_lysosomal_membrane_67(X) = fn_biomembrane_72(X)
& fn_lysosomal_membrane_65(X) = fn_biomembrane_55(X)
& fn_lysosomal_membrane_14(X) = fn_biomembrane_48(X)
& fn_lysosomal_membrane_16(X) = fn_synthesis_of_membrane_protein_19(fn_lysosomal_membrane_22(X))
& fn_lysosomal_membrane_23(X) = fn_synthesis_of_membrane_protein_20(fn_lysosomal_membrane_22(X))
& X = fn_synthesis_of_membrane_protein_17(fn_lysosomal_membrane_22(X))
& fn_lysosomal_membrane_22(X) = fn_endoplasmic_reticulum_35(fn_lysosomal_membrane_17(X))
& fn_lysosomal_membrane_14(X) = fn_block_1(fn_lysosomal_membrane_15(X))
& fn_lysosomal_membrane_14(X) = fn_block_1(fn_lysosomal_membrane_53(X))
& fn_lysosomal_membrane_34(X) = fn_polar_covalent_bond_19(fn_lysosomal_membrane_28(X))
& fn_lysosomal_membrane_34(X) = fn_polar_covalent_bond_18(fn_lysosomal_membrane_28(X))
& fn_lysosomal_membrane_19(X) = fn_synthesis_of_protein_10(fn_lysosomal_membrane_22(X))
& fn_lysosomal_membrane_21(X) = fn_ribosome_2(fn_lysosomal_membrane_19(X))
& fn_lysosomal_membrane_19(X) = fn_rough_endoplasmic_reticulum_57(fn_lysosomal_membrane_17(X))
& fn_lysosomal_membrane_17(X) = fn_bound_ribosome_4(fn_lysosomal_membrane_19(X))
& fn_lysosomal_membrane_22(X) = fn_rough_endoplasmic_reticulum_39(fn_lysosomal_membrane_17(X))
& fn_lysosomal_membrane_18(X) = fn_rough_endoplasmic_reticulum_40(fn_lysosomal_membrane_17(X))
& fn_lysosomal_membrane_18(X) = fn_synthesis_of_protein_16(fn_lysosomal_membrane_22(X))
& fn_lysosomal_membrane_18(X) = fn_synthesis_of_membrane_protein_25(fn_lysosomal_membrane_22(X))
& fn_lysosomal_membrane_10(X) = fn_phospholipid_bilayer_33(fn_lysosomal_membrane_16(X))
& fn_lysosomal_membrane_55(X) = fn_phospholipid_bilayer_19(fn_lysosomal_membrane_16(X))
& fn_lysosomal_membrane_41(X) = fn_phospholipid_bilayer_23(fn_lysosomal_membrane_16(X))
& fn_lysosomal_membrane_62(X) = fn_phospholipid_bilayer_38(fn_lysosomal_membrane_16(X))
& fn_lysosomal_membrane_46(X) = fn_phospholipid_bilayer_35(fn_lysosomal_membrane_16(X))
& fn_lysosomal_membrane_11(X) = fn_phospholipid_bilayer_3(fn_lysosomal_membrane_16(X))
& fn_lysosomal_membrane_26(X) = fn_phospholipid_bilayer_1(fn_lysosomal_membrane_16(X))
& fn_lysosomal_membrane_44(X) = fn_phospholipid_bilayer_26(fn_lysosomal_membrane_16(X))
& fn_lysosomal_membrane_45(X) = fn_phospholipid_bilayer_39(fn_lysosomal_membrane_16(X))
& fn_lysosomal_membrane_12(X) = fn_phospholipid_bilayer_34(fn_lysosomal_membrane_16(X))
& fn_lysosomal_membrane_13(X) = fn_phospholipid_bilayer_24(fn_lysosomal_membrane_16(X))
& fn_lysosomal_membrane_40(X) = fn_phospholipid_bilayer_25(fn_lysosomal_membrane_16(X))
& fn_lysosomal_membrane_9(X) = fn_phospholipid_bilayer_36(fn_lysosomal_membrane_16(X))
& fn_lysosomal_membrane_41(X) = fn_phospholipid_90(fn_lysosomal_membrane_13(X))
& fn_lysosomal_membrane_41(X) = fn_phospholipid_92(fn_lysosomal_membrane_13(X))
& fn_lysosomal_membrane_31(X) = fn_lipid_14(fn_lysosomal_membrane_13(X))
& fn_lysosomal_membrane_31(X) = fn_phospholipid_97(fn_lysosomal_membrane_13(X))
& fn_lysosomal_membrane_43(X) = fn_phospholipid_89(fn_lysosomal_membrane_13(X))
& fn_lysosomal_membrane_44(X) = fn_phospholipid_88(fn_lysosomal_membrane_13(X))
& fn_lysosomal_membrane_29(X) = fn_phospholipid_105(fn_lysosomal_membrane_13(X))
& fn_lysosomal_membrane_37(X) = fn_phospholipid_104(fn_lysosomal_membrane_13(X))
& fn_lysosomal_membrane_35(X) = fn_phospholipid_99(fn_lysosomal_membrane_13(X))
& fn_lysosomal_membrane_42(X) = fn_phospholipid_83(fn_lysosomal_membrane_13(X))
& fn_lysosomal_membrane_34(X) = fn_phospholipid_84(fn_lysosomal_membrane_13(X))
& fn_lysosomal_membrane_28(X) = fn_phospholipid_94(fn_lysosomal_membrane_13(X))
& fn_lysosomal_membrane_33(X) = fn_phospholipid_87(fn_lysosomal_membrane_13(X))
& fn_lysosomal_membrane_50(X) = fn_phospholipid_43(fn_lysosomal_membrane_13(X))
& fn_lysosomal_membrane_24(X) = fn_phospholipid_103(fn_lysosomal_membrane_13(X))
& fn_lysosomal_membrane_40(X) = fn_phospholipid_90(fn_lysosomal_membrane_13(X))
& fn_lysosomal_membrane_49(X) = fn_phospholipid_44(fn_lysosomal_membrane_13(X))
& fn_lysosomal_membrane_25(X) = fn_phospholipid_102(fn_lysosomal_membrane_13(X))
& fn_lysosomal_membrane_32(X) = fn_phospholipid_98(fn_lysosomal_membrane_13(X))
& fn_lysosomal_membrane_39(X) = fn_phospholipid_91(fn_lysosomal_membrane_13(X))
& fn_lysosomal_membrane_30(X) = fn_phospholipid_116(fn_lysosomal_membrane_13(X))
& fn_lysosomal_membrane_30(X) = fn_phospholipid_80(fn_lysosomal_membrane_13(X))
& fn_lysosomal_membrane_55(X) = fn_phospholipid_layer_15(fn_lysosomal_membrane_10(X))
& fn_lysosomal_membrane_61(X) = fn_phospholipid_layer_17(fn_lysosomal_membrane_10(X))
& fn_lysosomal_membrane_62(X) = fn_phospholipid_layer_2(fn_lysosomal_membrane_10(X))
& fn_lysosomal_membrane_69(X) = fn_phospholipid_layer_14(fn_lysosomal_membrane_10(X))
& fn_lysosomal_membrane_69(X) = fn_phospholipid_layer_12(fn_lysosomal_membrane_10(X))
& fn_lysosomal_membrane_51(X) = fn_phospholipid_layer_9(fn_lysosomal_membrane_10(X))
& fn_lysosomal_membrane_51(X) = fn_phospholipid_layer_7(fn_lysosomal_membrane_10(X))
& fn_lysosomal_membrane_60(X) = fn_phospholipid_layer_18(fn_lysosomal_membrane_10(X))
& fn_lysosomal_membrane_60(X) = fn_phospholipid_layer_19(fn_lysosomal_membrane_10(X))
& fn_lysosomal_membrane_54(X) = fn_phospholipid_layer_16(fn_lysosomal_membrane_10(X))
& fn_lysosomal_membrane_27(X) = fn_phospholipid_layer_20(fn_lysosomal_membrane_10(X))
& fn_lysosomal_membrane_27(X) = fn_phospholipid_layer_21(fn_lysosomal_membrane_10(X))
& fn_lysosomal_membrane_46(X) = fn_phospholipid_layer_1(fn_lysosomal_membrane_10(X))
& fn_biomembrane_42(X) = fn_biomembrane_47(X)
& fn_biomembrane_47(X) = fn_biomembrane_42(X)
& fn_biomembrane_42(X) = fn_biomembrane_100(X)
& fn_biomembrane_100(X) = fn_biomembrane_100(X)
& fn_biomembrane_100(X) = fn_biomembrane_102(X)
& fn_biomembrane_102(X) = fn_biomembrane_102(X)
& fn_biomembrane_102(X) = fn_synthesis_of_endomembranous_system_membrane_60(fn_lysosomal_membrane_6(X))
& fn_synthesis_of_endomembranous_system_membrane_60(fn_lysosomal_membrane_6(X)) = fn_synthesis_of_membrane_protein_17(fn_lysosomal_membrane_22(X))
& fn_synthesis_of_membrane_protein_17(fn_lysosomal_membrane_22(X)) = fn_synthesis_of_membrane_protein_17(fn_lysosomal_membrane_22(X))
& fn_synthesis_of_membrane_protein_17(fn_lysosomal_membrane_22(X)) = fn_biomembrane_48(X)
& fn_biomembrane_48(X) = fn_biomembrane_48(X)
& fn_biomembrane_48(X) = fn_block_1(fn_lysosomal_membrane_15(X))
& fn_block_1(fn_lysosomal_membrane_15(X)) = fn_block_1(fn_lysosomal_membrane_53(X))
& fn_block_1(fn_lysosomal_membrane_53(X)) = fn_rough_endoplasmic_reticulum_47(fn_lysosomal_membrane_17(X))
& fn_rough_endoplasmic_reticulum_47(fn_lysosomal_membrane_17(X)) = fn_rough_endoplasmic_reticulum_47(fn_lysosomal_membrane_17(X))
& fn_rough_endoplasmic_reticulum_47(fn_lysosomal_membrane_17(X)) = fn_ribosome_2(fn_lysosomal_membrane_19(X))
& fn_ribosome_2(fn_lysosomal_membrane_19(X)) = fn_rough_endoplasmic_reticulum_57(fn_lysosomal_membrane_17(X))
& fn_rough_endoplasmic_reticulum_57(fn_lysosomal_membrane_17(X)) = fn_rough_endoplasmic_reticulum_57(fn_lysosomal_membrane_17(X))
& fn_rough_endoplasmic_reticulum_57(fn_lysosomal_membrane_17(X)) = fn_synthesis_of_protein_10(fn_lysosomal_membrane_22(X))
& fn_synthesis_of_protein_10(fn_lysosomal_membrane_22(X)) = fn_rough_endoplasmic_reticulum_57(fn_lysosomal_membrane_17(X))
& fn_rough_endoplasmic_reticulum_57(fn_lysosomal_membrane_17(X)) = fn_rough_endoplasmic_reticulum_40(fn_lysosomal_membrane_17(X))
& fn_rough_endoplasmic_reticulum_40(fn_lysosomal_membrane_17(X)) = fn_rough_endoplasmic_reticulum_40(fn_lysosomal_membrane_17(X))
& fn_rough_endoplasmic_reticulum_40(fn_lysosomal_membrane_17(X)) = fn_synthesis_of_protein_16(fn_lysosomal_membrane_22(X))
& fn_synthesis_of_membrane_protein_25(fn_lysosomal_membrane_22(X)) = fn_synthesis_of_protein_16(fn_lysosomal_membrane_22(X))
& fn_synthesis_of_protein_16(fn_lysosomal_membrane_22(X)) = fn_synthesis_of_membrane_protein_25(fn_lysosomal_membrane_22(X))
& fn_synthesis_of_membrane_protein_25(fn_lysosomal_membrane_22(X)) = fn_rough_endoplasmic_reticulum_39(fn_lysosomal_membrane_17(X))
& fn_rough_endoplasmic_reticulum_39(fn_lysosomal_membrane_17(X)) = fn_endoplasmic_reticulum_35(fn_lysosomal_membrane_17(X))
& fn_endoplasmic_reticulum_35(fn_lysosomal_membrane_17(X)) = fn_rough_endoplasmic_reticulum_39(fn_lysosomal_membrane_17(X))
& fn_rough_endoplasmic_reticulum_39(fn_lysosomal_membrane_17(X)) = fn_rough_endoplasmic_reticulum_39(fn_lysosomal_membrane_17(X))
& fn_rough_endoplasmic_reticulum_39(fn_lysosomal_membrane_17(X)) = fn_rough_endoplasmic_reticulum_8(fn_lysosomal_membrane_17(X))
& fn_rough_endoplasmic_reticulum_8(fn_lysosomal_membrane_17(X)) = fn_synthesis_of_membrane_protein_19(fn_lysosomal_membrane_22(X))
& fn_synthesis_of_membrane_protein_19(fn_lysosomal_membrane_22(X)) = fn_synthesis_of_membrane_protein_19(fn_lysosomal_membrane_22(X))
& fn_synthesis_of_membrane_protein_19(fn_lysosomal_membrane_22(X)) = fn_biomembrane_81(X)
& fn_biomembrane_81(X) = fn_biomembrane_81(X)
& fn_biomembrane_81(X) = fn_phospholipid_bilayer_39(fn_lysosomal_membrane_16(X))
& fn_phospholipid_bilayer_39(fn_lysosomal_membrane_16(X)) = fn_phospholipid_bilayer_39(fn_lysosomal_membrane_16(X))
& fn_phospholipid_bilayer_39(fn_lysosomal_membrane_16(X)) = fn_biomembrane_61(X)
& fn_biomembrane_61(X) = fn_biomembrane_61(X)
& fn_biomembrane_61(X) = fn_phospholipid_bilayer_34(fn_lysosomal_membrane_16(X))
& fn_phospholipid_bilayer_34(fn_lysosomal_membrane_16(X)) = fn_phospholipid_bilayer_34(fn_lysosomal_membrane_16(X))
& fn_phospholipid_bilayer_34(fn_lysosomal_membrane_16(X)) = fn_phospholipid_bilayer_23(fn_lysosomal_membrane_16(X))
& fn_phospholipid_bilayer_23(fn_lysosomal_membrane_16(X)) = fn_phospholipid_90(fn_lysosomal_membrane_13(X))
& fn_phospholipid_90(fn_lysosomal_membrane_13(X)) = fn_phospholipid_90(fn_lysosomal_membrane_13(X))
& fn_phospholipid_90(fn_lysosomal_membrane_13(X)) = fn_phospholipid_bilayer_23(fn_lysosomal_membrane_16(X))
& fn_phospholipid_bilayer_23(fn_lysosomal_membrane_16(X)) = fn_phospholipid_bilayer_23(fn_lysosomal_membrane_16(X))
& fn_phospholipid_bilayer_23(fn_lysosomal_membrane_16(X)) = fn_phospholipid_92(fn_lysosomal_membrane_13(X))
& fn_phospholipid_92(fn_lysosomal_membrane_13(X)) = fn_phospholipid_92(fn_lysosomal_membrane_13(X))
& fn_phospholipid_92(fn_lysosomal_membrane_13(X)) = fn_phospholipid_97(fn_lysosomal_membrane_13(X))
& fn_phospholipid_97(fn_lysosomal_membrane_13(X)) = fn_lipid_14(fn_lysosomal_membrane_13(X))
& fn_lipid_14(fn_lysosomal_membrane_13(X)) = fn_phospholipid_97(fn_lysosomal_membrane_13(X))
& fn_phospholipid_97(fn_lysosomal_membrane_13(X)) = fn_biomembrane_80(X)
& fn_biomembrane_80(X) = fn_phospholipid_bilayer_26(fn_lysosomal_membrane_16(X))
& fn_phospholipid_bilayer_26(fn_lysosomal_membrane_16(X)) = fn_phospholipid_bilayer_26(fn_lysosomal_membrane_16(X))
& fn_phospholipid_bilayer_26(fn_lysosomal_membrane_16(X)) = fn_phospholipid_88(fn_lysosomal_membrane_13(X))
& fn_phospholipid_88(fn_lysosomal_membrane_13(X)) = fn_phospholipid_88(fn_lysosomal_membrane_13(X))
& fn_phospholipid_88(fn_lysosomal_membrane_13(X)) = fn_polar_covalent_bond_19(fn_lysosomal_membrane_28(X))
& fn_polar_covalent_bond_19(fn_lysosomal_membrane_28(X)) = fn_polar_covalent_bond_18(fn_lysosomal_membrane_28(X))
& fn_polar_covalent_bond_18(fn_lysosomal_membrane_28(X)) = fn_polar_covalent_bond_18(fn_lysosomal_membrane_28(X))
& fn_polar_covalent_bond_18(fn_lysosomal_membrane_28(X)) = fn_phospholipid_84(fn_lysosomal_membrane_13(X))
& fn_phospholipid_84(fn_lysosomal_membrane_13(X)) = fn_phospholipid_84(fn_lysosomal_membrane_13(X))
& fn_phospholipid_84(fn_lysosomal_membrane_13(X)) = fn_phospholipid_bilayer_25(fn_lysosomal_membrane_16(X))
& fn_phospholipid_bilayer_25(fn_lysosomal_membrane_16(X)) = fn_phospholipid_90(fn_lysosomal_membrane_13(X))
& fn_phospholipid_90(fn_lysosomal_membrane_13(X)) = fn_phospholipid_116(fn_lysosomal_membrane_13(X))
& fn_phospholipid_80(fn_lysosomal_membrane_13(X)) = fn_phospholipid_116(fn_lysosomal_membrane_13(X))
& fn_phospholipid_116(fn_lysosomal_membrane_13(X)) = fn_phospholipid_80(fn_lysosomal_membrane_13(X))
& fn_phospholipid_80(fn_lysosomal_membrane_13(X)) = fn_move_together_1(fn_lysosomal_membrane_36(X))
& fn_move_together_1(fn_lysosomal_membrane_36(X)) = fn_biomembrane_67(X)
& fn_biomembrane_67(X) = fn_biomembrane_67(X)
& fn_biomembrane_67(X) = fn_biomembrane_65(X)
& fn_biomembrane_65(X) = fn_biomembrane_65(X)
& fn_biomembrane_65(X) = fn_phospholipid_bilayer_24(fn_lysosomal_membrane_16(X))
& fn_phospholipid_bilayer_24(fn_lysosomal_membrane_16(X)) = fn_phospholipid_bilayer_19(fn_lysosomal_membrane_16(X))
& fn_phospholipid_bilayer_19(fn_lysosomal_membrane_16(X)) = fn_phospholipid_bilayer_19(fn_lysosomal_membrane_16(X))
& fn_phospholipid_bilayer_19(fn_lysosomal_membrane_16(X)) = fn_phospholipid_layer_15(fn_lysosomal_membrane_10(X))
& fn_phospholipid_layer_15(fn_lysosomal_membrane_10(X)) = fn_phospholipid_layer_15(fn_lysosomal_membrane_10(X))
& fn_phospholipid_layer_15(fn_lysosomal_membrane_10(X)) = fn_biomembrane_82(X)
& fn_biomembrane_82(X) = fn_biomembrane_82(X)
& fn_biomembrane_82(X) = fn_phospholipid_layer_17(fn_lysosomal_membrane_10(X))
& fn_phospholipid_layer_17(fn_lysosomal_membrane_10(X)) = fn_phospholipid_layer_17(fn_lysosomal_membrane_10(X))
& fn_phospholipid_layer_17(fn_lysosomal_membrane_10(X)) = fn_biomembrane_83(X)
& fn_biomembrane_83(X) = fn_biomembrane_83(X)
& fn_biomembrane_83(X) = fn_phospholipid_bilayer_38(fn_lysosomal_membrane_16(X))
& fn_phospholipid_bilayer_38(fn_lysosomal_membrane_16(X)) = fn_phospholipid_bilayer_38(fn_lysosomal_membrane_16(X))
& fn_phospholipid_bilayer_38(fn_lysosomal_membrane_16(X)) = fn_phospholipid_layer_2(fn_lysosomal_membrane_10(X))
& fn_phospholipid_layer_2(fn_lysosomal_membrane_10(X)) = fn_phospholipid_layer_2(fn_lysosomal_membrane_10(X))
& fn_phospholipid_layer_2(fn_lysosomal_membrane_10(X)) = fn_phospholipid_layer_14(fn_lysosomal_membrane_10(X))
& fn_phospholipid_layer_14(fn_lysosomal_membrane_10(X)) = fn_phospholipid_layer_12(fn_lysosomal_membrane_10(X))
& fn_phospholipid_layer_12(fn_lysosomal_membrane_10(X)) = fn_biomembrane_13(X)
& fn_biomembrane_13(X) = fn_phospholipid_layer_9(fn_lysosomal_membrane_10(X))
& fn_phospholipid_layer_9(fn_lysosomal_membrane_10(X)) = fn_phospholipid_layer_9(fn_lysosomal_membrane_10(X))
& fn_phospholipid_layer_7(fn_lysosomal_membrane_10(X)) = fn_phospholipid_layer_9(fn_lysosomal_membrane_10(X))
& fn_phospholipid_layer_9(fn_lysosomal_membrane_10(X)) = fn_phospholipid_layer_7(fn_lysosomal_membrane_10(X))
& fn_phospholipid_layer_7(fn_lysosomal_membrane_10(X)) = fn_phospholipid_layer_18(fn_lysosomal_membrane_10(X))
& fn_phospholipid_layer_19(fn_lysosomal_membrane_10(X)) = fn_phospholipid_layer_18(fn_lysosomal_membrane_10(X))
& fn_phospholipid_layer_18(fn_lysosomal_membrane_10(X)) = fn_phospholipid_layer_19(fn_lysosomal_membrane_10(X))
& fn_phospholipid_layer_19(fn_lysosomal_membrane_10(X)) = fn_move_apart_2(fn_lysosomal_membrane_58(X))
& fn_move_apart_2(fn_lysosomal_membrane_58(X)) = fn_move_together_2(fn_lysosomal_membrane_36(X))
& fn_move_together_2(fn_lysosomal_membrane_36(X)) = fn_move_together_2(fn_lysosomal_membrane_36(X))
& fn_move_together_2(fn_lysosomal_membrane_36(X)) = fn_biomembrane_66(X)
& fn_biomembrane_66(X) = fn_biomembrane_66(X)
& fn_biomembrane_66(X) = fn_phospholipid_layer_20(fn_lysosomal_membrane_10(X))
& fn_phospholipid_layer_20(fn_lysosomal_membrane_10(X)) = fn_phospholipid_layer_20(fn_lysosomal_membrane_10(X))
& fn_phospholipid_layer_21(fn_lysosomal_membrane_10(X)) = fn_phospholipid_layer_21(fn_lysosomal_membrane_10(X))
& fn_phospholipid_layer_21(fn_lysosomal_membrane_10(X)) = fn_phospholipid_layer_20(fn_lysosomal_membrane_10(X))
& fn_phospholipid_layer_20(fn_lysosomal_membrane_10(X)) = fn_phospholipid_layer_21(fn_lysosomal_membrane_10(X))
& fn_phospholipid_layer_21(fn_lysosomal_membrane_10(X)) = fn_phospholipid_bilayer_35(fn_lysosomal_membrane_16(X))
& fn_phospholipid_bilayer_35(fn_lysosomal_membrane_16(X)) = fn_phospholipid_bilayer_35(fn_lysosomal_membrane_16(X))
& fn_phospholipid_bilayer_35(fn_lysosomal_membrane_16(X)) = fn_phospholipid_layer_1(fn_lysosomal_membrane_10(X))
& fn_phospholipid_layer_1(fn_lysosomal_membrane_10(X)) = fn_phospholipid_layer_1(fn_lysosomal_membrane_10(X))
& fn_phospholipid_layer_1(fn_lysosomal_membrane_10(X)) = fn_biomembrane_62(X)
& fn_biomembrane_62(X) = fn_biomembrane_62(X)
& fn_biomembrane_62(X) = fn_phospholipid_bilayer_33(fn_lysosomal_membrane_16(X))
& fn_phospholipid_bilayer_33(fn_lysosomal_membrane_16(X)) = fn_phospholipid_bilayer_33(fn_lysosomal_membrane_16(X)) ) ) ).
fof(a530753,axiom,
! [X] :
( lysosome_1(X)
=> ( original_name_2(X,'Lysosome')
& user_description_2(X,'Lysosomes are organelles containing digestive enzymes.They break down the food so it is easier to digest. They are found in animal cells, while in plant cells the same roles are performed by the vacuole. Lysosome has an acidic pH of about 5, which is the optimum pH for hydrolytic (lysosomal) enzymes')
& concept2words_2(X,lysosome)
& organelle_1(X)
& ~ acrosome_1(X)
& ~ cortical_granule_1(X)
& ~ synaptic_vesicle_1(X)
& ~ transport_vesicle_1(X)
& ~ vacuole_1(X)
& spatial_entity_1(fn_lysosome_1(X))
& spatial_entity_1(fn_lysosome_2(X))
& lysosomal_enzyme_1(fn_lysosome_3(X))
& intracellular_digestion_1(fn_lysosome_4(X))
& autophagy_1(fn_lysosome_5(X))
& tangible_entity_1(fn_lysosome_6(X))
& biomembrane_1(fn_lysosome_6(X))
& lysosomal_membrane_1(fn_lysosome_6(X))
& impair_1(fn_lysosome_7(X))
& take_apart_1(fn_lysosome_7(X))
& destroy_1(fn_lysosome_8(X))
& release_1(fn_lysosome_9(X))
& break_1(fn_lysosome_10(X))
& fat_1(fn_lysosome_11(X))
& rough_endoplasmic_reticulum_1(fn_lysosome_12(X))
& golgi_apparatus_1(fn_lysosome_13(X))
& synthesis_of_endomembranous_system_membrane_1(fn_lysosome_14(X))
& send_1(fn_lysosome_15(X))
& break_1(fn_lysosome_16(X))
& release_1(fn_lysosome_17(X))
& tangible_entity_1(fn_lysosome_18(X))
& lysosomal_enzyme_1(fn_lysosome_18(X))
& tangible_entity_1(fn_impair_1(fn_lysosome_7(X)))
& tangible_entity_1(fn_send_1(fn_lysosome_15(X)))
& entity_1(fn_send_3(fn_lysosome_15(X)))
& lysosomal_enzyme_1(fn_intracellular_digestion_14(fn_lysosome_4(X)))
& release_1(fn_autophagy_31(fn_lysosome_5(X)))
& break_1(fn_autophagy_26(fn_lysosome_5(X)))
& send_1(fn_autophagy_25(fn_lysosome_5(X)))
& synthesis_of_endomembranous_system_membrane_1(fn_autophagy_24(fn_lysosome_5(X)))
& take_apart_1(fn_autophagy_4(fn_lysosome_5(X)))
& release_1(fn_autophagy_30(fn_lysosome_5(X)))
& tangible_entity_1(fn_autophagy_10(fn_lysosome_5(X)))
& biomembrane_1(fn_autophagy_10(fn_lysosome_5(X)))
& lysosomal_membrane_1(fn_autophagy_10(fn_lysosome_5(X)))
& tangible_entity_1(fn_autophagy_13(fn_lysosome_5(X)))
& lysosomal_enzyme_1(fn_autophagy_13(fn_lysosome_5(X)))
& destroy_1(fn_autophagy_27(fn_lysosome_5(X)))
& destroy_1(fn_autophagy_9(fn_lysosome_5(X)))
& tangible_entity_1(fn_impair_1(fn_lysosome_10(X)))
& lysosome_1(fn_autophagy_33(fn_lysosome_5(X)))
& destination_2(fn_lysosome_15(X),fn_lysosome_13(X))
& agent_2(fn_lysosome_14(X),fn_lysosome_12(X))
& causes_2(fn_lysosome_10(X),fn_lysosome_9(X))
& has_function_2(X,fn_lysosome_4(X))
& has_part_2(X,fn_lysosome_3(X))
& is_outside_2(fn_lysosome_1(X),X)
& is_outside_2(fn_lysosome_2(X),X)
& object_2(fn_lysosome_7(X),fn_lysosome_11(X))
& agent_2(fn_lysosome_15(X),fn_lysosome_12(X))
& donor_2(fn_lysosome_15(X),fn_lysosome_12(X))
& recipient_2(fn_lysosome_15(X),fn_lysosome_13(X))
& object_2(fn_lysosome_10(X),X)
& agent_2(fn_lysosome_4(X),fn_lysosome_3(X))
& causes_2(fn_lysosome_16(X),fn_lysosome_17(X))
& object_2(fn_lysosome_16(X),X)
& base_2(fn_lysosome_9(X),X)
& object_2(fn_lysosome_9(X),fn_lysosome_18(X))
& site_2(fn_lysosome_8(X),X)
& object_2(fn_lysosome_8(X),fn_lysosome_6(X))
& result_2(fn_lysosome_14(X),fn_lysosome_6(X))
& enables_2(fn_lysosome_14(X),fn_lysosome_15(X))
& object_2(fn_lysosome_15(X),fn_lysosome_18(X))
& object_2(fn_lysosome_17(X),fn_lysosome_18(X))
& base_2(fn_lysosome_17(X),X)
& site_2(fn_lysosome_7(X),X)
& agent_2(fn_lysosome_7(X),fn_lysosome_18(X))
& agent_2(fn_lysosome_8(X),fn_lysosome_18(X))
& site_2(fn_lysosome_5(X),X)
& has_part_2(X,fn_lysosome_18(X))
& agent_2(fn_lysosome_5(X),fn_lysosome_18(X))
& has_function_2(X,fn_lysosome_5(X))
& has_part_2(X,fn_lysosome_6(X))
& fn_lysosome_11(X) = fn_impair_1(fn_lysosome_7(X))
& fn_lysosome_13(X) = fn_send_1(fn_lysosome_15(X))
& fn_lysosome_12(X) = fn_send_3(fn_lysosome_15(X))
& X = fn_impair_1(fn_lysosome_10(X))
& fn_lysosome_3(X) = fn_intracellular_digestion_14(fn_lysosome_4(X))
& fn_lysosome_9(X) = fn_autophagy_31(fn_lysosome_5(X))
& fn_lysosome_16(X) = fn_autophagy_26(fn_lysosome_5(X))
& fn_lysosome_15(X) = fn_autophagy_25(fn_lysosome_5(X))
& fn_lysosome_14(X) = fn_autophagy_24(fn_lysosome_5(X))
& fn_lysosome_8(X) = fn_autophagy_27(fn_lysosome_5(X))
& fn_lysosome_8(X) = fn_autophagy_9(fn_lysosome_5(X))
& fn_lysosome_7(X) = fn_autophagy_4(fn_lysosome_5(X))
& fn_lysosome_17(X) = fn_autophagy_30(fn_lysosome_5(X))
& fn_lysosome_6(X) = fn_autophagy_10(fn_lysosome_5(X))
& fn_lysosome_18(X) = fn_autophagy_13(fn_lysosome_5(X))
& X = fn_autophagy_33(fn_lysosome_5(X))
& fn_autophagy_27(fn_lysosome_5(X)) = fn_autophagy_27(fn_lysosome_5(X))
& fn_autophagy_27(fn_lysosome_5(X)) = fn_autophagy_9(fn_lysosome_5(X))
& fn_autophagy_9(fn_lysosome_5(X)) = fn_impair_1(fn_lysosome_10(X))
& fn_impair_1(fn_lysosome_10(X)) = fn_autophagy_33(fn_lysosome_5(X))
& fn_autophagy_33(fn_lysosome_5(X)) = fn_autophagy_33(fn_lysosome_5(X)) ) ) ).
fof(a530754,axiom,
! [X] :
( lysozyme_1(X)
=> ( original_name_2(X,'Lysozyme')
& user_description_2(X,'An enzyme found in various body fluids (sweat, tears, blood) that attacks the peptidoglycan cell walls of bacteria. Lysozyme is a component of innate immunity.')
& concept2words_2(X,muramidase)
& concept2words_2(X,'n acetylmuramide glycanhydrolase')
& concept2words_2(X,'n-acetylmuramide-glycanhydrolase')
& concept2words_2(X,lysozyme)
& hydrolase_1(X)
& organic_structure_1(fn_lysozyme_1(X))
& decrease_1(fn_lysozyme_2(X))
& antibacterial_agent_1(fn_lysozyme_3(X))
& destroy_1(fn_lysozyme_4(X))
& spatial_entity_1(fn_lysozyme_5(X))
& tangible_entity_1(fn_lysozyme_5(X))
& cell_wall_1(fn_lysozyme_5(X))
& bacterium_1(fn_lysozyme_6(X))
& catalyst_1(fn_lysozyme_7(X))
& chemical_bond_1(fn_lysozyme_8(X))
& covalent_bond_1(fn_lysozyme_8(X))
& disulfide_bond_1(fn_lysozyme_8(X))
& attach_1(fn_lysozyme_9(X))
& hydrolysis_1(fn_lysozyme_10(X))
& size_value_1(fn_lysozyme_11(X))
& atom_1(fn_lysozyme_12(X))
& chemical_entity_1(fn_lysozyme_12(X))
& monomer_1(fn_lysozyme_13(X))
& carbon_1(fn_lysozyme_14(X))
& carbon_skeleton_1(fn_lysozyme_15(X))
& protein_domain_1(fn_lysozyme_16(X))
& active_site_1(fn_lysozyme_17(X))
& surface_1(fn_lysozyme_18(X))
& hydrophilic_region_1(fn_lysozyme_19(X))
& kinetic_energy_1(fn_lysozyme_20(X))
& size_value_1(fn_lysozyme_21(X))
& spatial_entity_1(fn_lysozyme_22(X))
& chemical_entity_1(fn_lysozyme_22(X))
& monomer_1(fn_lysozyme_22(X))
& molecule_1(fn_lysozyme_22(X))
& amino_acid_1(fn_lysozyme_22(X))
& r_group_1(fn_lysozyme_23(X))
& quantity_value_1(fn_lysozyme_24(X))
& speed_value_1(fn_lysozyme_25(X))
& constant_motion_1(fn_lysozyme_26(X))
& spatial_entity_1(fn_attach_2(fn_lysozyme_9(X)))
& tangible_entity_1(fn_impair_1(fn_lysozyme_4(X)))
& cell_wall_1(fn_bacterium_12(fn_lysozyme_6(X)))
& protein_1(fn_disulfide_bond_3(fn_lysozyme_8(X)))
& tangible_entity_1(fn_toxin_1(fn_lysozyme_3(X)))
& spatial_entity_1(fn_attach_1(fn_lysozyme_9(X)))
& site_2(fn_lysozyme_9(X),fn_lysozyme_17(X))
& enables_2(fn_lysozyme_9(X),fn_lysozyme_4(X))
& has_function_2(X,fn_lysozyme_9(X))
& result_2(fn_lysozyme_4(X),fn_lysozyme_1(X))
& in_event_2(fn_lysozyme_3(X),fn_lysozyme_4(X))
& base_2(fn_lysozyme_9(X),fn_lysozyme_5(X))
& object_2(fn_lysozyme_4(X),fn_lysozyme_5(X))
& has_part_2(fn_lysozyme_6(X),fn_lysozyme_5(X))
& possesses_2(X,fn_lysozyme_8(X))
& plays_2(X,fn_lysozyme_3(X))
& object_2(fn_lysozyme_9(X),X)
& site_2(fn_lysozyme_10(X),fn_lysozyme_17(X))
& has_function_2(X,fn_lysozyme_10(X))
& enables_2(fn_lysozyme_2(X),fn_lysozyme_10(X))
& has_function_2(X,fn_lysozyme_2(X))
& plays_2(X,fn_lysozyme_7(X))
& in_event_2(fn_lysozyme_7(X),fn_lysozyme_10(X))
& has_region_2(X,fn_lysozyme_19(X))
& is_at_2(fn_lysozyme_19(X),fn_lysozyme_18(X))
& has_region_2(X,fn_lysozyme_18(X))
& possesses_2(X,fn_lysozyme_20(X))
& quantity_2(fn_lysozyme_20(X),fn_lysozyme_24(X))
& directly_proportional_2(fn_lysozyme_25(X),fn_lysozyme_24(X))
& speed_2(fn_lysozyme_26(X),fn_lysozyme_25(X))
& object_2(fn_lysozyme_26(X),X)
& has_part_2(X,fn_lysozyme_14(X))
& has_part_2(X,fn_lysozyme_13(X))
& size_2(fn_lysozyme_13(X),fn_lysozyme_21(X))
& greater_than_2(fn_lysozyme_11(X),fn_lysozyme_21(X))
& the_scalar_value_2(fn_lysozyme_11(X),big_0)
& scalar_unit_class_2(fn_lysozyme_11(X),polypeptide_0)
& has_part_2(X,fn_lysozyme_12(X))
& fn_lysozyme_12(X) != fn_lysozyme_14(X)
& is_inside_2(fn_lysozyme_14(X),fn_lysozyme_15(X))
& has_region_2(X,fn_lysozyme_15(X))
& size_2(X,fn_lysozyme_11(X))
& fn_lysozyme_14(X) != fn_lysozyme_12(X)
& has_region_2(X,fn_lysozyme_17(X))
& is_inside_2(fn_lysozyme_23(X),fn_lysozyme_17(X))
& has_region_2(fn_lysozyme_22(X),fn_lysozyme_23(X))
& is_at_2(fn_lysozyme_22(X),fn_lysozyme_16(X))
& has_region_2(X,fn_lysozyme_16(X))
& fn_lysozyme_5(X) = fn_attach_2(fn_lysozyme_9(X))
& fn_lysozyme_5(X) = fn_impair_1(fn_lysozyme_4(X))
& fn_lysozyme_5(X) = fn_bacterium_12(fn_lysozyme_6(X))
& fn_lysozyme_8(X) = fn_molecule_10(X)
& fn_lysozyme_8(X) = fn_polymer_1(X)
& X = fn_disulfide_bond_3(fn_lysozyme_8(X))
& X = fn_toxin_1(fn_lysozyme_3(X))
& X = fn_attach_1(fn_lysozyme_9(X))
& fn_lysozyme_17(X) = fn_enzyme_2(X)
& fn_lysozyme_7(X) = fn_enzyme_6(X)
& fn_lysozyme_2(X) = fn_enzyme_5(X)
& fn_lysozyme_10(X) = fn_enzyme_4(X)
& fn_lysozyme_18(X) = fn_protein_5(X)
& fn_lysozyme_19(X) = fn_protein_1(X)
& fn_lysozyme_26(X) = fn_molecule_8(X)
& fn_lysozyme_25(X) = fn_molecule_3(X)
& fn_lysozyme_24(X) = fn_molecule_4(X)
& fn_lysozyme_20(X) = fn_molecule_12(X)
& fn_lysozyme_21(X) = fn_protein_enzyme_4(X)
& fn_lysozyme_13(X) = fn_polymer_4(X)
& fn_lysozyme_13(X) = fn_protein_enzyme_9(X)
& fn_lysozyme_11(X) = fn_protein_9(X)
& fn_lysozyme_11(X) = fn_protein_enzyme_3(X)
& fn_lysozyme_14(X) = fn_organic_molecule_1(X)
& fn_lysozyme_15(X) = fn_organic_molecule_3(X)
& fn_lysozyme_15(X) = fn_protein_enzyme_6(X)
& fn_lysozyme_14(X) = fn_protein_enzyme_7(X)
& fn_lysozyme_12(X) = fn_protein_enzyme_8(X)
& fn_lysozyme_16(X) = fn_protein_enzyme_5(X)
& fn_lysozyme_22(X) = fn_protein_enzyme_11(X)
& fn_lysozyme_23(X) = fn_protein_enzyme_12(X)
& fn_lysozyme_17(X) = fn_protein_enzyme_10(X)
& fn_attach_2(fn_lysozyme_9(X)) = fn_impair_1(fn_lysozyme_4(X))
& fn_impair_1(fn_lysozyme_4(X)) = fn_impair_1(fn_lysozyme_4(X))
& fn_impair_1(fn_lysozyme_4(X)) = fn_bacterium_12(fn_lysozyme_6(X))
& fn_bacterium_12(fn_lysozyme_6(X)) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_organic_molecule_3(X)
& fn_protein_enzyme_6(X) = fn_organic_molecule_3(X)
& fn_organic_molecule_3(X) = fn_protein_enzyme_6(X)
& fn_protein_enzyme_6(X) = fn_organic_molecule_1(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_disulfide_bond_3(fn_lysozyme_8(X))
& fn_disulfide_bond_3(fn_lysozyme_8(X)) = fn_toxin_1(fn_lysozyme_3(X))
& fn_toxin_1(fn_lysozyme_3(X)) = fn_toxin_1(fn_lysozyme_3(X))
& fn_toxin_1(fn_lysozyme_3(X)) = fn_attach_1(fn_lysozyme_9(X)) ) ) ).
fof(a530755,axiom,
! [X] :
( lytic_cycle_1(X)
=> ( original_name_2(X,'Lytic-Cycle')
& user_description_2(X,'A type of phage reproductive cycle resulting in the release of new phages by lysis (and death) of the host cell.')
& concept2words_2(X,'undergo the lytic cycle')
& concept2words_2(X,'lytic cycle')
& concept2words_2(X,'lytic-cycle')
& phage_reproduction_cycle_1(X)
& ~ lysogenic_cycle_1(X)
& virus_1(fn_lytic_cycle_1(X))
& phage_1(fn_lytic_cycle_2(X))
& move_through_1(fn_lytic_cycle_3(X))
& dna_1(fn_lytic_cycle_4(X))
& cell_1(fn_lytic_cycle_5(X))
& dna_1(fn_lytic_cycle_6(X))
& synthesis_of_protein_1(fn_lytic_cycle_7(X))
& protein_enzyme_1(fn_lytic_cycle_8(X))
& destroy_1(fn_lytic_cycle_9(X))
& leave_1(fn_lytic_cycle_10(X))
& produce_1(fn_lytic_cycle_11(X))
& phage_1(fn_lytic_cycle_12(X))
& lyse_1(fn_lytic_cycle_13(X))
& release_1(fn_lytic_cycle_14(X))
& destroy_1(fn_lytic_cycle_15(X))
& phage_1(fn_lytic_cycle_16(X))
& host_1(fn_lytic_cycle_17(X))
& protein_1(fn_lytic_cycle_18(X))
& tangible_entity_1(fn_impair_1(fn_lytic_cycle_9(X)))
& tangible_entity_1(fn_produce_1(fn_lytic_cycle_11(X)))
& tangible_entity_1(fn_release_1(fn_lytic_cycle_14(X)))
& event_1(fn_host_2(fn_lytic_cycle_17(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_lytic_cycle_7(X)))
& protein_1(fn_synthesis_of_protein_16(fn_lytic_cycle_7(X)))
& entity_1(fn_create_1(fn_lytic_cycle_11(X)))
& spatial_entity_1(fn_locomotion_1(fn_lytic_cycle_10(X)))
& tangible_entity_1(fn_impair_1(fn_lytic_cycle_13(X)))
& tangible_entity_1(fn_impair_1(fn_lytic_cycle_15(X)))
& tangible_entity_1(fn_release_2(fn_lytic_cycle_14(X)))
& living_entity_1(fn_host_1(fn_lytic_cycle_17(X)))
& has_part_2(fn_lytic_cycle_5(X),fn_lytic_cycle_6(X))
& agent_2(fn_lytic_cycle_9(X),fn_lytic_cycle_8(X))
& first_subevent_2(X,fn_lytic_cycle_3(X))
& subevent_2(X,fn_lytic_cycle_3(X))
& subevent_2(X,fn_lytic_cycle_15(X))
& subevent_2(X,fn_lytic_cycle_14(X))
& subevent_2(X,fn_lytic_cycle_11(X))
& subevent_2(X,fn_lytic_cycle_10(X))
& agent_2(X,fn_lytic_cycle_2(X))
& objective_2(X,fn_lytic_cycle_15(X))
& causes_2(X,fn_lytic_cycle_15(X))
& away_from_2(fn_lytic_cycle_10(X),fn_lytic_cycle_5(X))
& next_event_2(fn_lytic_cycle_10(X),fn_lytic_cycle_15(X))
& next_event_2(fn_lytic_cycle_11(X),fn_lytic_cycle_10(X))
& raw_material_2(fn_lytic_cycle_11(X),fn_lytic_cycle_4(X))
& base_2(fn_lytic_cycle_3(X),fn_lytic_cycle_5(X))
& agent_2(fn_lytic_cycle_3(X),fn_lytic_cycle_2(X))
& is_inside_2(fn_lytic_cycle_12(X),fn_lytic_cycle_5(X))
& result_2(fn_lytic_cycle_13(X),fn_lytic_cycle_1(X))
& minCardinality(fn_lytic_cycle_14(X),object_0,"100",phage_0)
& result_2(fn_lytic_cycle_15(X),fn_lytic_cycle_1(X))
& by_means_of_2(fn_lytic_cycle_15(X),fn_lytic_cycle_13(X))
& next_event_2(fn_lytic_cycle_15(X),fn_lytic_cycle_14(X))
& result_2(fn_lytic_cycle_11(X),fn_lytic_cycle_16(X))
& object_2(fn_lytic_cycle_9(X),fn_lytic_cycle_6(X))
& raw_material_2(fn_lytic_cycle_11(X),fn_lytic_cycle_18(X))
& object_2(fn_lytic_cycle_14(X),fn_lytic_cycle_12(X))
& object_2(fn_lytic_cycle_13(X),fn_lytic_cycle_5(X))
& object_2(fn_lytic_cycle_15(X),fn_lytic_cycle_5(X))
& base_2(fn_lytic_cycle_14(X),fn_lytic_cycle_5(X))
& result_2(fn_lytic_cycle_7(X),fn_lytic_cycle_8(X))
& agent_2(fn_lytic_cycle_10(X),fn_lytic_cycle_16(X))
& object_2(fn_lytic_cycle_10(X),fn_lytic_cycle_16(X))
& plays_2(fn_lytic_cycle_5(X),fn_lytic_cycle_17(X))
& in_event_2(fn_lytic_cycle_17(X),X)
& fn_lytic_cycle_16(X) = fn_create_1(fn_lytic_cycle_11(X))
& fn_lytic_cycle_6(X) = fn_impair_1(fn_lytic_cycle_9(X))
& fn_lytic_cycle_18(X) = fn_produce_1(fn_lytic_cycle_11(X))
& fn_lytic_cycle_12(X) = fn_release_1(fn_lytic_cycle_14(X))
& fn_lytic_cycle_5(X) = fn_impair_1(fn_lytic_cycle_13(X))
& fn_lytic_cycle_5(X) = fn_impair_1(fn_lytic_cycle_15(X))
& fn_lytic_cycle_5(X) = fn_release_2(fn_lytic_cycle_14(X))
& fn_lytic_cycle_8(X) = fn_anabolic_pathway_5(fn_lytic_cycle_7(X))
& fn_lytic_cycle_8(X) = fn_synthesis_of_protein_16(fn_lytic_cycle_7(X))
& fn_lytic_cycle_16(X) = fn_locomotion_1(fn_lytic_cycle_10(X))
& fn_lytic_cycle_5(X) = fn_host_1(fn_lytic_cycle_17(X))
& X = fn_host_2(fn_lytic_cycle_17(X))
& fn_anabolic_pathway_5(fn_lytic_cycle_7(X)) = fn_synthesis_of_protein_16(fn_lytic_cycle_7(X))
& fn_synthesis_of_protein_16(fn_lytic_cycle_7(X)) = fn_create_1(fn_lytic_cycle_11(X))
& fn_create_1(fn_lytic_cycle_11(X)) = fn_locomotion_1(fn_lytic_cycle_10(X))
& fn_locomotion_1(fn_lytic_cycle_10(X)) = fn_locomotion_1(fn_lytic_cycle_10(X))
& fn_locomotion_1(fn_lytic_cycle_10(X)) = fn_impair_1(fn_lytic_cycle_13(X))
& fn_impair_1(fn_lytic_cycle_13(X)) = fn_impair_1(fn_lytic_cycle_15(X))
& fn_impair_1(fn_lytic_cycle_15(X)) = fn_release_2(fn_lytic_cycle_14(X))
& fn_release_2(fn_lytic_cycle_14(X)) = fn_release_2(fn_lytic_cycle_14(X))
& fn_release_2(fn_lytic_cycle_14(X)) = fn_host_1(fn_lytic_cycle_17(X)) ) ) ).
fof(a530756,axiom,
! [X] :
( m_phase_1(X)
=> ( original_name_2(X,'M-Phase')
& user_description_2(X,'Mitotic phase is the cell division phase. It comprises of Mitosis and cytokinesis (separation of cytoplasm to form two daughter cells)')
& concept2words_2(X,'m phase')
& concept2words_2(X,'m-phase')
& concept2words_2(X,'undergo mitotic phase')
& concept2words_2(X,'mitotic phase')
& concept2words_2(X,'mitotic-phase')
& concept2words_2(X,'phase of m')
& cell_division_1(X)
& duration_value_1(fn_m_phase_2(X))
& time_interval_1(fn_m_phase_3(X))
& time_interval_1(fn_m_phase_4(X))
& tangible_entity_1(fn_m_phase_5(X))
& nucleus_1(fn_m_phase_5(X))
& eukaryotic_cell_1(fn_m_phase_6(X))
& surface_1(fn_m_phase_7(X))
& mixture_1(fn_m_phase_8(X))
& cytoplasm_1(fn_m_phase_8(X))
& spatial_entity_1(fn_m_phase_9(X))
& biomembrane_1(fn_m_phase_9(X))
& plasma_membrane_1(fn_m_phase_9(X))
& ribosome_1(fn_m_phase_10(X))
& eukaryotic_chromosome_1(fn_m_phase_11(X))
& chromosome_1(fn_m_phase_11(X))
& rough_endoplasmic_reticulum_1(fn_m_phase_12(X))
& smooth_endoplasmic_reticulum_1(fn_m_phase_13(X))
& size_value_1(fn_m_phase_14(X))
& volume_value_1(fn_m_phase_15(X))
& substance_1(fn_m_phase_16(X))
& cytosol_1(fn_m_phase_16(X))
& tangible_entity_1(fn_m_phase_17(X))
& phospholipid_bilayer_1(fn_m_phase_17(X))
& cytokinesis_1(fn_m_phase_18(X))
& mitosis_1(fn_m_phase_19(X))
& eukaryotic_cell_1(fn_m_phase_20(X))
& cell_1(fn_m_phase_20(X))
& cell_1(fn_m_phase_21(X))
& eukaryotic_cell_1(fn_m_phase_21(X))
& prophase_1(fn_m_phase_22(X))
& tangible_entity_1(fn_m_phase_23(X))
& nucleus_1(fn_m_phase_23(X))
& entity_1(fn_m_phase_24(X))
& tangible_entity_1(fn_m_phase_24(X))
& nucleus_1(fn_m_phase_24(X))
& tangible_entity_1(fn_m_phase_25(X))
& mixture_1(fn_m_phase_25(X))
& cytoplasm_1(fn_m_phase_25(X))
& cell_1(fn_m_phase_26(X))
& eukaryotic_cell_1(fn_m_phase_26(X))
& daughter_cell_1(fn_m_phase_27(X))
& substance_1(fn_m_phase_28(X))
& cytosol_1(fn_m_phase_28(X))
& tangible_entity_1(fn_m_phase_29(X))
& eukaryotic_cell_1(fn_m_phase_29(X))
& cell_1(fn_m_phase_29(X))
& golgi_apparatus_1(fn_m_phase_30(X))
& smooth_endoplasmic_reticulum_1(fn_m_phase_31(X))
& homologous_chromosome_1(fn_m_phase_32(X))
& substance_1(fn_m_phase_33(X))
& cytosol_1(fn_m_phase_33(X))
& cytoplasmic_side_1(fn_m_phase_34(X))
& tangible_entity_1(fn_m_phase_35(X))
& nucleus_1(fn_m_phase_35(X))
& ribosome_1(fn_m_phase_36(X))
& spatial_entity_1(fn_m_phase_37(X))
& biomembrane_1(fn_m_phase_37(X))
& plasma_membrane_1(fn_m_phase_37(X))
& parent_cell_1(fn_m_phase_40(X))
& daughter_cell_1(fn_m_phase_41(X))
& entity_1(fn_mitosis_40(fn_m_phase_19(X)))
& tangible_entity_1(fn_mitosis_40(fn_m_phase_19(X)))
& nucleus_1(fn_mitosis_40(fn_m_phase_19(X)))
& prophase_1(fn_mitosis_35(fn_m_phase_19(X)))
& tangible_entity_1(fn_mitosis_45(fn_m_phase_19(X)))
& eukaryotic_cell_1(fn_mitosis_45(fn_m_phase_19(X)))
& cell_1(fn_mitosis_45(fn_m_phase_19(X)))
& homologous_chromosome_1(fn_mitosis_34(fn_m_phase_19(X)))
& daughter_cell_1(fn_cytokinesis_1(fn_m_phase_18(X)))
& eukaryotic_cell_1(fn_cytokinesis_3(fn_m_phase_18(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_m_phase_31(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_m_phase_31(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_m_phase_31(X)))
& ribosome_1(fn_cell_14(fn_m_phase_21(X)))
& ribosome_1(fn_cell_14(fn_m_phase_26(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_m_phase_26(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_m_phase_26(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_m_phase_26(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_m_phase_26(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_m_phase_26(X)))
& tangible_entity_1(fn_eukaryotic_cell_41(fn_m_phase_21(X)))
& phospholipid_bilayer_1(fn_eukaryotic_cell_41(fn_m_phase_21(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_m_phase_21(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_m_phase_21(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_m_phase_21(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_m_phase_21(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_m_phase_21(X)))
& rough_endoplasmic_reticulum_1(fn_eukaryotic_cell_19(fn_m_phase_21(X)))
& smooth_endoplasmic_reticulum_1(fn_eukaryotic_cell_20(fn_m_phase_21(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_m_phase_21(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_m_phase_21(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_m_phase_21(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_m_phase_21(X)))
& property_node_1(fn_eukaryotic_cell_28(fn_m_phase_21(X)))
& size_value_1(fn_eukaryotic_cell_27(fn_m_phase_21(X)))
& surface_1(fn_eukaryotic_cell_44(fn_m_phase_21(X)))
& property_node_1(fn_eukaryotic_cell_60(fn_m_phase_21(X)))
& volume_value_1(fn_eukaryotic_cell_59(fn_m_phase_21(X)))
& eukaryotic_cell_1(fn_mitosis_54(fn_m_phase_19(X)))
& tangible_entity_1(fn_mitosis_32(fn_m_phase_19(X)))
& nucleus_1(fn_mitosis_32(fn_m_phase_19(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_m_phase_31(X)))
& eukaryotic_cell_1(fn_mitosis_31(fn_m_phase_19(X)))
& cell_1(fn_mitosis_31(fn_m_phase_19(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_m_phase_31(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_m_phase_31(X)))
& substance_1(fn_cell_29(fn_m_phase_26(X)))
& cytosol_1(fn_cell_29(fn_m_phase_26(X)))
& substance_1(fn_eukaryotic_cell_42(fn_m_phase_26(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_m_phase_26(X)))
& tangible_entity_1(fn_impair_1(fn_m_phase_18(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_m_phase_34(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_m_phase_26(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_m_phase_26(X)))
& substance_1(fn_cell_29(fn_m_phase_21(X)))
& cytosol_1(fn_cell_29(fn_m_phase_21(X)))
& substance_1(fn_eukaryotic_cell_42(fn_m_phase_21(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_m_phase_21(X)))
& eukaryotic_cell_1(fn_cytokinesis_2(fn_m_phase_18(X)))
& fn_m_phase_5(X) != fn_m_phase_24(X)
& result_2(fn_m_phase_18(X),fn_m_phase_21(X))
& time_during_2(fn_m_phase_18(X),fn_m_phase_3(X))
& the_scalar_value_2(fn_m_phase_2(X),brief_0)
& scalar_unit_class_2(fn_m_phase_2(X),interphase_0)
& duration_2(X,fn_m_phase_2(X))
& subevent_2(X,fn_m_phase_19(X))
& subevent_2(X,fn_m_phase_18(X))
& result_2(X,fn_m_phase_6(X))
& exactCardinality(X,result_0,"2",eukaryotic_cell_0)
& exactCardinality(X,object_0,"1",eukaryotic_cell_0)
& first_subevent_2(X,fn_m_phase_19(X))
& base_2(X,fn_m_phase_20(X))
& result_2(fn_m_phase_19(X),fn_m_phase_5(X))
& next_event_2(fn_m_phase_19(X),fn_m_phase_18(X))
& time_during_2(fn_m_phase_19(X),fn_m_phase_4(X))
& has_state_2(fn_m_phase_20(X),fn_m_phase_26(X))
& fn_m_phase_24(X) != fn_m_phase_5(X)
& time_before_2(fn_m_phase_4(X),fn_m_phase_3(X))
& is_oriented_toward_2(fn_m_phase_34(X),fn_m_phase_25(X))
& has_region_2(fn_m_phase_37(X),fn_m_phase_34(X))
& object_2(fn_m_phase_18(X),fn_m_phase_25(X))
& is_facing_2(fn_m_phase_34(X),fn_m_phase_25(X))
& in_event_2(fn_m_phase_41(X),X)
& object_2(X,fn_m_phase_20(X))
& plays_2(fn_m_phase_20(X),fn_m_phase_40(X))
& in_event_2(fn_m_phase_40(X),X)
& result_2(X,fn_m_phase_21(X))
& plays_2(fn_m_phase_21(X),fn_m_phase_41(X))
& first_subevent_2(fn_m_phase_19(X),fn_m_phase_22(X))
& base_2(fn_m_phase_19(X),fn_m_phase_20(X))
& base_2(fn_m_phase_22(X),fn_m_phase_20(X))
& subevent_2(fn_m_phase_19(X),fn_m_phase_22(X))
& result_2(fn_m_phase_19(X),fn_m_phase_24(X))
& has_part_2(fn_m_phase_6(X),fn_m_phase_24(X))
& object_2(fn_m_phase_19(X),fn_m_phase_23(X))
& is_inside_2(fn_m_phase_32(X),fn_m_phase_23(X))
& has_part_2(fn_m_phase_20(X),fn_m_phase_32(X))
& has_state_2(fn_m_phase_20(X),fn_m_phase_29(X))
& result_2(fn_m_phase_22(X),fn_m_phase_29(X))
& base_2(fn_m_phase_18(X),fn_m_phase_26(X))
& fn_m_phase_26(X) != fn_m_phase_21(X)
& plays_2(fn_m_phase_21(X),fn_m_phase_27(X))
& in_event_2(fn_m_phase_27(X),fn_m_phase_18(X))
& result_2(fn_m_phase_18(X),fn_m_phase_6(X))
& fn_m_phase_21(X) != fn_m_phase_26(X)
& has_part_2(fn_m_phase_20(X),fn_m_phase_31(X))
& is_inside_2(fn_m_phase_31(X),fn_m_phase_28(X))
& is_inside_2(fn_m_phase_30(X),fn_m_phase_28(X))
& has_part_2(fn_m_phase_20(X),fn_m_phase_30(X))
& has_part_2(fn_m_phase_20(X),fn_m_phase_23(X))
& is_inside_2(fn_m_phase_23(X),fn_m_phase_28(X))
& is_at_2(fn_m_phase_17(X),fn_m_phase_7(X))
& has_part_2(fn_m_phase_9(X),fn_m_phase_17(X))
& is_between_2(fn_m_phase_8(X),fn_m_phase_9(X))
& is_between_2(fn_m_phase_8(X),fn_m_phase_5(X))
& has_part_2(fn_m_phase_21(X),fn_m_phase_5(X))
& has_part_2(fn_m_phase_8(X),fn_m_phase_16(X))
& has_part_2(fn_m_phase_21(X),fn_m_phase_8(X))
& size_2(fn_m_phase_21(X),fn_m_phase_14(X))
& directly_proportional_2(fn_m_phase_14(X),fn_m_phase_15(X))
& volume_2(fn_m_phase_21(X),fn_m_phase_15(X))
& abuts_2(fn_m_phase_12(X),fn_m_phase_13(X))
& abuts_2(fn_m_phase_13(X),fn_m_phase_12(X))
& has_part_2(fn_m_phase_21(X),fn_m_phase_12(X))
& has_part_2(fn_m_phase_21(X),fn_m_phase_9(X))
& is_inside_2(fn_m_phase_8(X),fn_m_phase_9(X))
& fn_m_phase_13(X) != fn_m_phase_12(X)
& fn_m_phase_12(X) != fn_m_phase_13(X)
& has_part_2(fn_m_phase_21(X),fn_m_phase_13(X))
& has_part_2(fn_m_phase_21(X),fn_m_phase_11(X))
& is_inside_2(fn_m_phase_11(X),fn_m_phase_5(X))
& the_scalar_value_2(fn_m_phase_14(X),big_0)
& scalar_unit_class_2(fn_m_phase_14(X),prokaryote_0)
& has_region_2(fn_m_phase_21(X),fn_m_phase_7(X))
& has_part_2(fn_m_phase_26(X),fn_m_phase_35(X))
& is_between_2(fn_m_phase_25(X),fn_m_phase_35(X))
& is_between_2(fn_m_phase_25(X),fn_m_phase_37(X))
& is_inside_2(fn_m_phase_25(X),fn_m_phase_37(X))
& has_part_2(fn_m_phase_26(X),fn_m_phase_25(X))
& has_part_2(fn_m_phase_25(X),fn_m_phase_33(X))
& has_part_2(fn_m_phase_26(X),fn_m_phase_37(X))
& is_inside_2(fn_m_phase_36(X),fn_m_phase_33(X))
& has_part_2(fn_m_phase_26(X),fn_m_phase_36(X))
& is_inside_2(fn_m_phase_10(X),fn_m_phase_16(X))
& has_part_2(fn_m_phase_21(X),fn_m_phase_10(X))
& fn_m_phase_25(X) = fn_impair_1(fn_m_phase_18(X))
& fn_m_phase_25(X) = fn_cytoplasmic_side_1(fn_m_phase_34(X))
& fn_m_phase_41(X) = fn_cell_division_5(X)
& fn_m_phase_21(X) = fn_cell_division_2(X)
& fn_m_phase_40(X) = fn_cell_division_6(X)
& fn_m_phase_20(X) = fn_cell_division_3(X)
& fn_m_phase_6(X) = fn_mitosis_54(fn_m_phase_19(X))
& fn_m_phase_24(X) = fn_mitosis_40(fn_m_phase_19(X))
& fn_m_phase_22(X) = fn_mitosis_35(fn_m_phase_19(X))
& fn_m_phase_29(X) = fn_mitosis_45(fn_m_phase_19(X))
& fn_m_phase_20(X) = fn_mitosis_31(fn_m_phase_19(X))
& fn_m_phase_32(X) = fn_mitosis_34(fn_m_phase_19(X))
& fn_m_phase_23(X) = fn_mitosis_32(fn_m_phase_19(X))
& fn_m_phase_6(X) = fn_cytokinesis_2(fn_m_phase_18(X))
& fn_m_phase_27(X) = fn_cytokinesis_1(fn_m_phase_18(X))
& fn_m_phase_21(X) = fn_cytokinesis_2(fn_m_phase_18(X))
& fn_m_phase_26(X) = fn_cytokinesis_3(fn_m_phase_18(X))
& fn_m_phase_23(X) = fn_smooth_endoplasmic_reticulum_10(fn_m_phase_31(X))
& fn_m_phase_20(X) = fn_smooth_endoplasmic_reticulum_33(fn_m_phase_31(X))
& fn_m_phase_30(X) = fn_smooth_endoplasmic_reticulum_3(fn_m_phase_31(X))
& fn_m_phase_28(X) = fn_smooth_endoplasmic_reticulum_34(fn_m_phase_31(X))
& fn_m_phase_16(X) = fn_cell_29(fn_m_phase_21(X))
& fn_m_phase_10(X) = fn_cell_14(fn_m_phase_21(X))
& fn_m_phase_33(X) = fn_cell_29(fn_m_phase_26(X))
& fn_m_phase_36(X) = fn_cell_14(fn_m_phase_26(X))
& fn_m_phase_35(X) = fn_eukaryotic_cell_26(fn_m_phase_26(X))
& fn_m_phase_25(X) = fn_eukaryotic_cell_31(fn_m_phase_26(X))
& fn_m_phase_33(X) = fn_eukaryotic_cell_42(fn_m_phase_26(X))
& fn_m_phase_37(X) = fn_eukaryotic_cell_29(fn_m_phase_26(X))
& fn_m_phase_17(X) = fn_eukaryotic_cell_41(fn_m_phase_21(X))
& fn_m_phase_16(X) = fn_eukaryotic_cell_42(fn_m_phase_21(X))
& fn_m_phase_8(X) = fn_eukaryotic_cell_31(fn_m_phase_21(X))
& fn_m_phase_9(X) = fn_eukaryotic_cell_29(fn_m_phase_21(X))
& fn_m_phase_12(X) = fn_eukaryotic_cell_19(fn_m_phase_21(X))
& fn_m_phase_13(X) = fn_eukaryotic_cell_20(fn_m_phase_21(X))
& fn_m_phase_11(X) = fn_eukaryotic_cell_30(fn_m_phase_21(X))
& fn_m_phase_5(X) = fn_eukaryotic_cell_26(fn_m_phase_21(X))
& fn_m_phase_39(X) = fn_eukaryotic_cell_28(fn_m_phase_21(X))
& fn_m_phase_14(X) = fn_eukaryotic_cell_27(fn_m_phase_21(X))
& fn_m_phase_7(X) = fn_eukaryotic_cell_44(fn_m_phase_21(X))
& fn_m_phase_38(X) = fn_eukaryotic_cell_60(fn_m_phase_21(X))
& fn_m_phase_15(X) = fn_eukaryotic_cell_59(fn_m_phase_21(X))
& fn_mitosis_54(fn_m_phase_19(X)) = fn_cytokinesis_2(fn_m_phase_18(X))
& fn_cytokinesis_2(fn_m_phase_18(X)) = fn_mitosis_32(fn_m_phase_19(X))
& fn_mitosis_32(fn_m_phase_19(X)) = fn_mitosis_32(fn_m_phase_19(X))
& fn_mitosis_32(fn_m_phase_19(X)) = fn_smooth_endoplasmic_reticulum_10(fn_m_phase_31(X))
& fn_smooth_endoplasmic_reticulum_10(fn_m_phase_31(X)) = fn_smooth_endoplasmic_reticulum_10(fn_m_phase_31(X))
& fn_smooth_endoplasmic_reticulum_10(fn_m_phase_31(X)) = fn_cell_division_3(X)
& fn_cell_division_3(X) = fn_cell_division_3(X)
& fn_cell_division_3(X) = fn_mitosis_31(fn_m_phase_19(X))
& fn_mitosis_31(fn_m_phase_19(X)) = fn_mitosis_31(fn_m_phase_19(X))
& fn_mitosis_31(fn_m_phase_19(X)) = fn_smooth_endoplasmic_reticulum_33(fn_m_phase_31(X))
& fn_smooth_endoplasmic_reticulum_33(fn_m_phase_31(X)) = fn_smooth_endoplasmic_reticulum_33(fn_m_phase_31(X))
& fn_smooth_endoplasmic_reticulum_33(fn_m_phase_31(X)) = fn_cell_29(fn_m_phase_26(X))
& fn_cell_29(fn_m_phase_26(X)) = fn_eukaryotic_cell_42(fn_m_phase_26(X))
& fn_eukaryotic_cell_42(fn_m_phase_26(X)) = fn_impair_1(fn_m_phase_18(X))
& fn_impair_1(fn_m_phase_18(X)) = fn_cytoplasmic_side_1(fn_m_phase_34(X))
& fn_cytoplasmic_side_1(fn_m_phase_34(X)) = fn_cytoplasmic_side_1(fn_m_phase_34(X))
& fn_cytoplasmic_side_1(fn_m_phase_34(X)) = fn_eukaryotic_cell_31(fn_m_phase_26(X))
& fn_eukaryotic_cell_31(fn_m_phase_26(X)) = fn_eukaryotic_cell_31(fn_m_phase_26(X))
& fn_eukaryotic_cell_31(fn_m_phase_26(X)) = fn_cell_29(fn_m_phase_21(X))
& fn_cell_29(fn_m_phase_21(X)) = fn_eukaryotic_cell_42(fn_m_phase_21(X))
& fn_eukaryotic_cell_42(fn_m_phase_21(X)) = fn_cell_division_2(X)
& fn_cell_division_2(X) = fn_cell_division_2(X)
& fn_cell_division_2(X) = fn_cytokinesis_2(fn_m_phase_18(X))
& fn_cytokinesis_2(fn_m_phase_18(X)) = fn_cytokinesis_2(fn_m_phase_18(X)) ) ) ).
fof(a530757,axiom,
! [X] :
( m_phase_checkpoint_1(X)
=> ( original_name_2(X,'M-Phase-Checkpoint')
& user_description_2(X,'Checkpoint in the regulation of the cell cycle which occurs between the G2 and M phases of the cycle.')
& concept2words_2(X,'m phase checkpoint')
& concept2words_2(X,'m-phase-checkpoint')
& checkpoint_1(X) ) ) ).
fof(a530758,axiom,
! [X] :
( macroclimate_1(X)
=> ( original_name_2(X,'Macroclimate')
& user_description_2(X,'The climate of a relatively large geographic area.')
& concept2words_2(X,macroclimate)
& climate_1(X)
& ~ microclimate_1(X) ) ) ).
fof(a530759,axiom,
! [X] :
( macroevolution_1(X)
=> ( original_name_2(X,'Macroevolution')
& user_description_2(X,'Evolutionary processes that occur above the level of species. Macroevolution includes the origin of new major groups of organisms and changes in large-scale patterns of evolution that occur over very long periods of time. Examples include mass extinctions and the appearance of major novel characteristics of organisms.')
& concept2words_2(X,macroevolution)
& evolution_1(X)
& ~ evolutionary_developmental_biology_1(X)
& ~ human_evolution_1(X)
& ~ microevolution_1(X) ) ) ).
fof(a530760,axiom,
! [X] :
( macronutrient_1(X)
=> ( original_name_2(X,'Macronutrient')
& user_description_2(X,'A compound that must be obtained in comparatively large amounts. The three primary macronutrients are carbohydrates, fats, and proteins.')
& concept2words_2(X,macronutrient)
& nutrient_1(X)
& ~ limiting_nutrient_1(X)
& ~ micronutrient_1(X) ) ) ).
fof(a530761,axiom,
! [X] :
( macrophage_1(X)
=> ( original_name_2(X,'Macrophage')
& user_description_2(X,'Macrophages are white blood cells within tissues, produced by the division of monocytes. They help to defend the body by destroying bacteria and other invaders.')
& concept2words_2(X,monocyte)
& concept2words_2(X,macrophage)
& immune_cell_1(X)
& energy_1(fn_macrophage_1(X))
& lysosomal_enzyme_1(fn_macrophage_2(X))
& chromosome_arm_1(fn_macrophage_3(X))
& chromosome_arm_1(fn_macrophage_4(X))
& er_membrane_1(fn_macrophage_5(X))
& cellular_work_1(fn_macrophage_6(X))
& active_transport_1(fn_macrophage_6(X))
& active_movement_of_ions_1(fn_macrophage_6(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_macrophage_6(X))
& electron_transport_chain_pathway_1(fn_macrophage_7(X))
& eukaryotic_oxidative_phosphorylation_1(fn_macrophage_8(X))
& metabolic_pathway_1(fn_macrophage_9(X))
& endergonic_process_1(fn_macrophage_9(X))
& chemical_reaction_1(fn_macrophage_9(X))
& synthesis_of_organic_molecule_1(fn_macrophage_9(X))
& anabolic_pathway_1(fn_macrophage_9(X))
& synthesis_of_atp_1(fn_macrophage_9(X))
& catabolic_pathway_1(fn_macrophage_10(X))
& protein_1(fn_macrophage_11(X))
& organic_molecule_1(fn_macrophage_11(X))
& polymer_1(fn_macrophage_11(X))
& spatial_entity_1(fn_macrophage_11(X))
& membrane_protein_1(fn_macrophage_11(X))
& tangible_entity_1(fn_macrophage_11(X))
& transmembrane_protein_1(fn_macrophage_11(X))
& integral_protein_1(fn_macrophage_11(X))
& transport_protein_1(fn_macrophage_11(X))
& sodium_potassium_pump_1(fn_macrophage_11(X))
& hydrophobic_core_1(fn_macrophage_12(X))
& block_1(fn_macrophage_13(X))
& oxygen_molecule_1(fn_macrophage_14(X))
& substance_1(fn_macrophage_15(X))
& solid_substance_1(fn_macrophage_15(X))
& nuclear_membrane_1(fn_macrophage_16(X))
& biomembrane_1(fn_macrophage_16(X))
& centromere_1(fn_macrophage_17(X))
& golgi_apparatus_1(fn_macrophage_18(X))
& synthesis_reaction_1(fn_macrophage_21(X))
& chemical_reaction_1(fn_macrophage_21(X))
& anabolic_pathway_1(fn_macrophage_21(X))
& endergonic_reaction_1(fn_macrophage_21(X))
& metabolic_pathway_1(fn_macrophage_21(X))
& synthesis_of_lipid_1(fn_macrophage_21(X))
& suspension_1(fn_macrophage_22(X))
& colloid_1(fn_macrophage_22(X))
& mixture_1(fn_macrophage_22(X))
& cytoplasm_1(fn_macrophage_22(X))
& eukaryotic_chromosome_1(fn_macrophage_23(X))
& chromosome_1(fn_macrophage_23(X))
& tangible_entity_1(fn_macrophage_24(X))
& nucleus_1(fn_macrophage_24(X))
& centrosome_1(fn_macrophage_25(X))
& support_1(fn_macrophage_26(X))
& volume_value_1(fn_macrophage_27(X))
& protein_enzyme_1(fn_macrophage_28(X))
& protein_enzyme_1(fn_macrophage_29(X))
& size_value_1(fn_macrophage_30(X))
& create_1(fn_macrophage_31(X))
& produce_1(fn_macrophage_31(X))
& microtubule_1(fn_macrophage_32(X))
& hydrophobic_core_1(fn_macrophage_33(X))
& outside_face_1(fn_macrophage_34(X))
& extracellular_side_1(fn_macrophage_34(X))
& surface_1(fn_macrophage_34(X))
& attach_1(fn_macrophage_35(X))
& transfer_1(fn_macrophage_36(X))
& transfer_1(fn_macrophage_37(X))
& substance_1(fn_macrophage_38(X))
& cytosol_1(fn_macrophage_38(X))
& locomotion_1(fn_macrophage_39(X))
& metabolic_pathway_1(fn_macrophage_40(X))
& catabolic_pathway_1(fn_macrophage_40(X))
& eukaryotic_cellular_respiration_1(fn_macrophage_40(X))
& tangible_entity_1(fn_macrophage_41(X))
& spatial_entity_1(fn_macrophage_41(X))
& biomembrane_1(fn_macrophage_41(X))
& animal_plasma_membrane_1(fn_macrophage_41(X))
& plasma_membrane_1(fn_macrophage_41(X))
& rough_endoplasmic_reticulum_1(fn_macrophage_42(X))
& smooth_endoplasmic_reticulum_1(fn_macrophage_43(X))
& tangible_entity_1(fn_macrophage_44(X))
& pseudopodium_1(fn_macrophage_44(X))
& spatial_entity_1(fn_macrophage_45(X))
& lysosome_1(fn_macrophage_45(X))
& bacterium_1(fn_macrophage_46(X))
& impair_1(fn_macrophage_47(X))
& destroy_1(fn_macrophage_47(X))
& virus_1(fn_macrophage_48(X))
& phagocytosis_1(fn_macrophage_49(X))
& recognize_1(fn_macrophage_50(X))
& peroxisome_1(fn_macrophage_51(X))
& ribosome_1(fn_macrophage_52(X))
& eukaryotic_ribosome_1(fn_macrophage_52(X))
& organic_molecule_1(fn_macrophage_53(X))
& move_1(fn_macrophage_54(X))
& move_through_1(fn_macrophage_54(X))
& destroy_1(fn_macrophage_55(X))
& recognize_1(fn_macrophage_56(X))
& spatial_entity_1(fn_macrophage_57(X))
& polymer_1(fn_macrophage_57(X))
& organic_molecule_1(fn_macrophage_57(X))
& tangible_entity_1(fn_macrophage_57(X))
& membrane_protein_1(fn_macrophage_57(X))
& protein_1(fn_macrophage_57(X))
& transmembrane_protein_1(fn_macrophage_58(X))
& tangible_entity_1(fn_macrophage_58(X))
& membrane_protein_1(fn_macrophage_58(X))
& protein_1(fn_macrophage_58(X))
& spatial_entity_1(fn_macrophage_58(X))
& polymer_1(fn_macrophage_58(X))
& integrin_1(fn_macrophage_58(X))
& tangible_entity_1(fn_macrophage_59(X))
& phospholipid_bilayer_1(fn_macrophage_59(X))
& immune_system_1(fn_macrophage_60(X))
& cell_pole_1(fn_macrophage_61(X))
& cell_pole_1(fn_macrophage_62(X))
& surface_1(fn_macrophage_63(X))
& immune_response_1(fn_macrophage_64(X))
& support_1(fn_macrophage_65(X))
& semiautonomous_organelle_1(fn_macrophage_66(X))
& organelle_1(fn_macrophage_66(X))
& mitochondrion_1(fn_macrophage_66(X))
& nuclear_membrane_1(fn_nucleus_13(fn_macrophage_24(X)))
& biomembrane_1(fn_nucleus_13(fn_macrophage_24(X)))
& centromere_1(fn_chromosome_6(fn_macrophage_23(X)))
& organic_molecule_1(fn_catabolic_pathway_10(fn_macrophage_40(X)))
& destroy_1(fn_lysosome_8(fn_macrophage_45(X)))
& tangible_entity_1(fn_phagocytosis_81(fn_macrophage_49(X)))
& pseudopodium_1(fn_phagocytosis_81(fn_macrophage_49(X)))
& move_1(fn_animal_plasma_membrane_50(fn_macrophage_41(X)))
& move_through_1(fn_animal_plasma_membrane_50(fn_macrophage_41(X)))
& entity_1(fn_perceive_1(fn_macrophage_50(X)))
& tangible_entity_1(fn_impair_1(fn_macrophage_47(X)))
& entity_1(fn_perceive_1(fn_macrophage_56(X)))
& tangible_entity_1(fn_impair_1(fn_macrophage_55(X)))
& physical_object_1(fn_phagocytosis_80(fn_macrophage_49(X)))
& spatial_entity_1(fn_block_1(fn_macrophage_13(X)))
& chemical_entity_1(fn_animal_plasma_membrane_14(fn_macrophage_41(X)))
& solid_substance_1(fn_suspension_1(fn_macrophage_22(X)))
& substance_1(fn_colloid_4(fn_macrophage_22(X)))
& solid_substance_1(fn_colloid_4(fn_macrophage_22(X)))
& lysosome_1(fn_rough_endoplasmic_reticulum_28(fn_macrophage_42(X)))
& spatial_entity_1(fn_phagocytosis_12(fn_macrophage_49(X)))
& lysosome_1(fn_phagocytosis_12(fn_macrophage_49(X)))
& block_1(fn_plasma_membrane_97(fn_macrophage_41(X)))
& block_1(fn_animal_plasma_membrane_30(fn_macrophage_41(X)))
& block_1(fn_plasma_membrane_33(fn_macrophage_41(X)))
& block_1(fn_animal_plasma_membrane_114(fn_macrophage_41(X)))
& block_1(fn_animal_plasma_membrane_115(fn_macrophage_41(X)))
& hydrophobic_core_1(fn_plasma_membrane_81(fn_macrophage_41(X)))
& hydrophobic_core_1(fn_animal_plasma_membrane_75(fn_macrophage_41(X)))
& attach_1(fn_animal_plasma_membrane_52(fn_macrophage_41(X)))
& attach_1(fn_animal_plasma_membrane_77(fn_macrophage_41(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_macrophage_41(X)))
& outside_face_1(fn_animal_plasma_membrane_55(fn_macrophage_41(X)))
& extracellular_side_1(fn_animal_plasma_membrane_55(fn_macrophage_41(X)))
& surface_1(fn_animal_plasma_membrane_55(fn_macrophage_41(X)))
& hydrophobic_core_1(fn_animal_plasma_membrane_51(fn_macrophage_41(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_macrophage_41(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_macrophage_41(X)))
& protein_1(fn_plasma_membrane_54(fn_macrophage_41(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_macrophage_41(X)))
& polymer_1(fn_plasma_membrane_54(fn_macrophage_41(X)))
& eukaryotic_chromosome_1(fn_nucleus_6(fn_macrophage_24(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_27(fn_macrophage_42(X)))
& nucleus_1(fn_rough_endoplasmic_reticulum_27(fn_macrophage_42(X)))
& mixture_1(fn_rough_endoplasmic_reticulum_32(fn_macrophage_42(X)))
& cytoplasm_1(fn_rough_endoplasmic_reticulum_32(fn_macrophage_42(X)))
& cytosol_1(fn_cytoplasm_8(fn_macrophage_22(X)))
& substance_1(fn_rough_endoplasmic_reticulum_23(fn_macrophage_42(X)))
& cytosol_1(fn_rough_endoplasmic_reticulum_23(fn_macrophage_42(X)))
& cytosol_1(fn_peroxisome_40(fn_macrophage_51(X)))
& eukaryotic_ribosome_1(fn_rough_endoplasmic_reticulum_56(fn_macrophage_42(X)))
& tangible_entity_1(fn_biomembrane_63(fn_macrophage_41(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_macrophage_41(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_macrophage_41(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_macrophage_41(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_macrophage_41(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_macrophage_41(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_macrophage_41(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_macrophage_41(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_macrophage_41(X)))
& protein_1(fn_plasma_membrane_68(fn_macrophage_41(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_macrophage_41(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_macrophage_41(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_macrophage_41(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_macrophage_41(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_macrophage_41(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_macrophage_41(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_macrophage_41(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_macrophage_41(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_macrophage_41(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_macrophage_41(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_macrophage_41(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_macrophage_41(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_macrophage_41(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_macrophage_41(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_macrophage_41(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_macrophage_41(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_macrophage_41(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_macrophage_41(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_macrophage_41(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_macrophage_41(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_macrophage_41(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_macrophage_41(X)))
& transfer_1(fn_rough_endoplasmic_reticulum_55(fn_macrophage_42(X)))
& smooth_endoplasmic_reticulum_1(fn_peroxisome_11(fn_macrophage_51(X)))
& cell_1(fn_metabolic_pathway_1(fn_macrophage_40(X)))
& cell_1(fn_cytoplasm_7(fn_macrophage_22(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_macrophage_41(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_62(fn_macrophage_42(X)))
& eukaryotic_cell_1(fn_rough_endoplasmic_reticulum_62(fn_macrophage_42(X)))
& cell_1(fn_rough_endoplasmic_reticulum_62(fn_macrophage_42(X)))
& spatial_entity_1(fn_locomotion_1(fn_macrophage_39(X)))
& tangible_entity_1(fn_phagocytosis_70(fn_macrophage_49(X)))
& eukaryotic_cell_1(fn_phagocytosis_70(fn_macrophage_49(X)))
& cell_1(fn_phagocytosis_70(fn_macrophage_49(X)))
& fn_macrophage_56(X) != fn_macrophage_50(X)
& enables_2(fn_macrophage_56(X),fn_macrophage_49(X))
& agent_2(fn_macrophage_56(X),X)
& fn_macrophage_55(X) != fn_macrophage_47(X)
& site_2(fn_macrophage_55(X),fn_macrophage_45(X))
& agent_2(fn_macrophage_55(X),X)
& fn_macrophage_50(X) != fn_macrophage_56(X)
& enables_2(fn_macrophage_50(X),fn_macrophage_49(X))
& agent_2(fn_macrophage_50(X),X)
& enables_2(fn_macrophage_49(X),fn_macrophage_55(X))
& enables_2(fn_macrophage_49(X),fn_macrophage_47(X))
& object_2(fn_macrophage_49(X),fn_macrophage_46(X))
& fn_macrophage_48(X) != fn_macrophage_46(X)
& fn_macrophage_47(X) != fn_macrophage_55(X)
& agent_2(fn_macrophage_47(X),X)
& fn_macrophage_46(X) != fn_macrophage_48(X)
& has_function_2(X,fn_macrophage_56(X))
& has_function_2(X,fn_macrophage_49(X))
& has_function_2(X,fn_macrophage_47(X))
& has_function_2(X,fn_macrophage_50(X))
& facilitates_2(fn_macrophage_2(X),fn_macrophage_47(X))
& facilitates_2(fn_macrophage_2(X),fn_macrophage_55(X))
& has_function_2(fn_macrophage_45(X),fn_macrophage_47(X))
& has_function_2(fn_macrophage_45(X),fn_macrophage_55(X))
& has_function_2(fn_macrophage_44(X),fn_macrophage_39(X))
& raw_material_2(fn_macrophage_40(X),fn_macrophage_1(X))
& site_2(fn_macrophage_40(X),fn_macrophage_22(X))
& instrument_2(fn_macrophage_39(X),fn_macrophage_44(X))
& is_inside_2(fn_macrophage_29(X),fn_macrophage_5(X))
& is_inside_2(fn_macrophage_28(X),fn_macrophage_5(X))
& has_part_2(fn_macrophage_23(X),fn_macrophage_3(X))
& has_part_2(fn_macrophage_23(X),fn_macrophage_4(X))
& is_between_2(fn_macrophage_17(X),fn_macrophage_3(X))
& is_between_2(fn_macrophage_17(X),fn_macrophage_4(X))
& abuts_2(fn_macrophage_5(X),fn_macrophage_16(X))
& abuts_2(fn_macrophage_16(X),fn_macrophage_5(X))
& is_inside_2(fn_macrophage_15(X),fn_macrophage_38(X))
& object_2(fn_macrophage_50(X),fn_macrophage_46(X))
& object_2(fn_macrophage_13(X),fn_macrophage_14(X))
& object_2(fn_macrophage_47(X),fn_macrophage_46(X))
& object_2(fn_macrophage_56(X),fn_macrophage_48(X))
& object_2(fn_macrophage_55(X),fn_macrophage_48(X))
& object_2(fn_macrophage_49(X),fn_macrophage_48(X))
& is_permeable_to_2(fn_macrophage_41(X),fn_macrophage_14(X))
& object_2(fn_macrophage_54(X),fn_macrophage_14(X))
& has_part_2(fn_macrophage_24(X),fn_macrophage_16(X))
& has_region_2(fn_macrophage_23(X),fn_macrophage_17(X))
& has_part_2(fn_macrophage_22(X),fn_macrophage_15(X))
& site_2(fn_macrophage_47(X),fn_macrophage_45(X))
& is_inside_2(fn_macrophage_42(X),fn_macrophage_38(X))
& is_inside_2(fn_macrophage_45(X),fn_macrophage_38(X))
& is_inside_2(fn_macrophage_51(X),fn_macrophage_38(X))
& is_inside_2(fn_macrophage_43(X),fn_macrophage_38(X))
& agent_2(fn_macrophage_39(X),X)
& object_2(fn_macrophage_39(X),X)
& is_between_2(fn_macrophage_33(X),fn_macrophage_34(X))
& agent_2(fn_macrophage_49(X),X)
& has_part_2(X,fn_macrophage_44(X))
& facilitates_2(fn_macrophage_44(X),fn_macrophage_49(X))
& base_2(fn_macrophage_49(X),X)
& has_part_2(X,fn_macrophage_45(X))
& called_2(fn_macrophage_13(X),"1")
& base_2(fn_macrophage_54(X),fn_macrophage_41(X))
& has_function_2(fn_macrophage_41(X),fn_macrophage_54(X))
& path_2(fn_macrophage_54(X),fn_macrophage_12(X))
& agent_2(fn_macrophage_13(X),fn_macrophage_12(X))
& has_function_2(fn_macrophage_41(X),fn_macrophage_13(X))
& instrument_2(fn_macrophage_13(X),fn_macrophage_41(X))
& is_between_2(fn_macrophage_22(X),fn_macrophage_24(X))
& the_scalar_value_2(fn_macrophage_30(X),big_0)
& scalar_unit_class_2(fn_macrophage_30(X),prokaryote_0)
& has_part_2(X,fn_macrophage_18(X))
& first_subevent_2(fn_macrophage_8(X),fn_macrophage_7(X))
& has_part_2(fn_macrophage_41(X),fn_macrophage_58(X))
& called_2(fn_macrophage_58(X),'MP1')
& is_between_2(fn_macrophage_22(X),fn_macrophage_41(X))
& has_part_2(fn_macrophage_22(X),fn_macrophage_28(X))
& has_part_2(fn_macrophage_41(X),fn_macrophage_57(X))
& called_2(fn_macrophage_57(X),'MP1')
& result_2(fn_macrophage_31(X),fn_macrophage_32(X))
& has_function_2(fn_macrophage_32(X),fn_macrophage_26(X))
& object_2(fn_macrophage_26(X),X)
& has_part_2(X,fn_macrophage_51(X))
& has_region_2(fn_macrophage_41(X),fn_macrophage_34(X))
& base_2(fn_macrophage_35(X),fn_macrophage_41(X))
& object_2(fn_macrophage_35(X),fn_macrophage_11(X))
& called_2(fn_macrophage_11(X),'MP1')
& has_region_2(fn_macrophage_11(X),fn_macrophage_34(X))
& is_outside_2(fn_macrophage_34(X),fn_macrophage_41(X))
& is_inside_2(fn_macrophage_22(X),fn_macrophage_41(X))
& has_part_2(fn_macrophage_22(X),fn_macrophage_29(X))
& fn_macrophage_29(X) != fn_macrophage_28(X)
& fn_macrophage_28(X) != fn_macrophage_29(X)
& size_2(X,fn_macrophage_30(X))
& directly_proportional_2(fn_macrophage_30(X),fn_macrophage_27(X))
& volume_2(X,fn_macrophage_27(X))
& has_function_2(X,fn_macrophage_40(X))
& base_2(fn_macrophage_40(X),X)
& is_across_2(fn_macrophage_11(X),fn_macrophage_41(X))
& has_region_2(fn_macrophage_41(X),fn_macrophage_33(X))
& is_across_2(fn_macrophage_11(X),fn_macrophage_33(X))
& is_at_2(fn_macrophage_11(X),fn_macrophage_41(X))
& has_part_2(fn_macrophage_41(X),fn_macrophage_59(X))
& has_region_2(X,fn_macrophage_61(X))
& is_opposite_2(fn_macrophage_61(X),fn_macrophage_62(X))
& has_region_2(X,fn_macrophage_62(X))
& has_part_2(X,fn_macrophage_25(X))
& has_function_2(fn_macrophage_25(X),fn_macrophage_31(X))
& is_opposite_2(fn_macrophage_62(X),fn_macrophage_61(X))
& base_2(fn_macrophage_10(X),X)
& site_2(fn_macrophage_10(X),fn_macrophage_66(X))
& has_part_2(X,fn_macrophage_66(X))
& has_part_2(X,fn_macrophage_24(X))
& is_near_2(fn_macrophage_24(X),fn_macrophage_25(X))
& is_near_2(fn_macrophage_25(X),fn_macrophage_24(X))
& fn_macrophage_58(X) != fn_macrophage_11(X)
& fn_macrophage_11(X) != fn_macrophage_58(X)
& fn_macrophage_57(X) != fn_macrophage_58(X)
& fn_macrophage_11(X) != fn_macrophage_57(X)
& fn_macrophage_57(X) != fn_macrophage_11(X)
& fn_macrophage_58(X) != fn_macrophage_57(X)
& base_2(fn_macrophage_7(X),X)
& subevent_2(fn_macrophage_8(X),fn_macrophage_7(X))
& site_2(fn_macrophage_8(X),fn_macrophage_66(X))
& site_2(fn_macrophage_9(X),fn_macrophage_66(X))
& base_2(fn_macrophage_9(X),X)
& is_inside_2(fn_macrophage_66(X),fn_macrophage_38(X))
& has_function_2(fn_macrophage_66(X),fn_macrophage_8(X))
& base_2(fn_macrophage_8(X),X)
& has_part_2(X,fn_macrophage_23(X))
& is_inside_2(fn_macrophage_23(X),fn_macrophage_24(X))
& base_2(fn_macrophage_6(X),X)
& has_function_2(X,fn_macrophage_6(X))
& has_part_2(X,fn_macrophage_22(X))
& has_part_2(fn_macrophage_22(X),fn_macrophage_38(X))
& is_inside_2(fn_macrophage_24(X),fn_macrophage_38(X))
& agent_2(fn_macrophage_65(X),fn_macrophage_41(X))
& object_2(fn_macrophage_65(X),X)
& has_part_2(X,fn_macrophage_52(X))
& is_inside_2(fn_macrophage_52(X),fn_macrophage_38(X))
& is_inside_2(fn_macrophage_18(X),fn_macrophage_38(X))
& has_part_2(X,fn_macrophage_41(X))
& has_part_2(fn_macrophage_41(X),fn_macrophage_11(X))
& is_inside_2(fn_macrophage_11(X),fn_macrophage_59(X))
& is_at_2(fn_macrophage_59(X),fn_macrophage_63(X))
& has_region_2(X,fn_macrophage_63(X))
& donor_2(fn_macrophage_37(X),fn_macrophage_42(X))
& recipient_2(fn_macrophage_37(X),fn_macrophage_43(X))
& has_function_2(X,fn_macrophage_64(X))
& agent_2(fn_macrophage_64(X),X)
& element_2(fn_macrophage_60(X),X)
& instrument_2(fn_macrophage_64(X),fn_macrophage_60(X))
& agent_2(fn_macrophage_36(X),fn_macrophage_43(X))
& recipient_2(fn_macrophage_36(X),fn_macrophage_42(X))
& site_2(fn_macrophage_21(X),fn_macrophage_43(X))
& fn_macrophage_42(X) != fn_macrophage_43(X)
& fn_macrophage_43(X) != fn_macrophage_42(X)
& has_part_2(X,fn_macrophage_42(X))
& abuts_2(fn_macrophage_42(X),fn_macrophage_43(X))
& has_function_2(fn_macrophage_43(X),fn_macrophage_21(X))
& base_2(fn_macrophage_21(X),X)
& has_part_2(X,fn_macrophage_43(X))
& abuts_2(fn_macrophage_43(X),fn_macrophage_42(X))
& fn_macrophage_46(X) = fn_perceive_1(fn_macrophage_50(X))
& fn_macrophage_14(X) = fn_block_1(fn_macrophage_13(X))
& fn_macrophage_46(X) = fn_impair_1(fn_macrophage_47(X))
& fn_macrophage_48(X) = fn_perceive_1(fn_macrophage_56(X))
& fn_macrophage_48(X) = fn_impair_1(fn_macrophage_55(X))
& fn_macrophage_48(X) = fn_phagocytosis_80(fn_macrophage_49(X))
& fn_macrophage_14(X) = fn_animal_plasma_membrane_14(fn_macrophage_41(X))
& fn_macrophage_16(X) = fn_nucleus_13(fn_macrophage_24(X))
& fn_macrophage_17(X) = fn_chromosome_6(fn_macrophage_23(X))
& fn_macrophage_53(X) = fn_catabolic_pathway_10(fn_macrophage_40(X))
& fn_macrophage_15(X) = fn_suspension_1(fn_macrophage_22(X))
& fn_macrophage_15(X) = fn_colloid_4(fn_macrophage_22(X))
& fn_macrophage_47(X) = fn_lysosome_8(fn_macrophage_45(X))
& fn_macrophage_45(X) = fn_rough_endoplasmic_reticulum_28(fn_macrophage_42(X))
& fn_macrophage_43(X) = fn_peroxisome_11(fn_macrophage_51(X))
& fn_macrophage_38(X) = fn_peroxisome_40(fn_macrophage_51(X))
& X = fn_locomotion_1(fn_macrophage_39(X))
& fn_macrophage_45(X) = fn_phagocytosis_12(fn_macrophage_49(X))
& fn_macrophage_44(X) = fn_phagocytosis_81(fn_macrophage_49(X))
& X = fn_phagocytosis_70(fn_macrophage_49(X))
& fn_macrophage_13(X) = fn_animal_plasma_membrane_114(fn_macrophage_41(X))
& fn_macrophage_13(X) = fn_plasma_membrane_97(fn_macrophage_41(X))
& fn_macrophage_13(X) = fn_animal_plasma_membrane_30(fn_macrophage_41(X))
& fn_macrophage_13(X) = fn_plasma_membrane_33(fn_macrophage_41(X))
& fn_macrophage_12(X) = fn_plasma_membrane_81(fn_macrophage_41(X))
& fn_macrophage_13(X) = fn_animal_plasma_membrane_115(fn_macrophage_41(X))
& fn_macrophage_12(X) = fn_animal_plasma_membrane_75(fn_macrophage_41(X))
& fn_macrophage_54(X) = fn_animal_plasma_membrane_50(fn_macrophage_41(X))
& fn_macrophage_24(X) = fn_rough_endoplasmic_reticulum_27(fn_macrophage_42(X))
& fn_macrophage_20(X) = fn_animal_cell_49(X)
& fn_macrophage_19(X) = fn_animal_cell_50(X)
& fn_macrophage_57(X) = fn_eukaryotic_cell_50(X)
& fn_macrophage_51(X) = fn_animal_cell_45(X)
& fn_macrophage_26(X) = fn_animal_cell_61(X)
& fn_macrophage_32(X) = fn_animal_cell_63(X)
& fn_macrophage_35(X) = fn_animal_plasma_membrane_52(fn_macrophage_41(X))
& fn_macrophage_35(X) = fn_animal_plasma_membrane_77(fn_macrophage_41(X))
& fn_macrophage_35(X) = fn_animal_cell_83(X)
& fn_macrophage_28(X) = fn_animal_cell_72(X)
& fn_macrophage_29(X) = fn_animal_cell_71(X)
& fn_macrophage_34(X) = fn_animal_plasma_membrane_55(fn_macrophage_41(X))
& fn_macrophage_34(X) = fn_plasma_membrane_65(fn_macrophage_41(X))
& fn_macrophage_34(X) = fn_animal_cell_84(X)
& X = fn_metabolic_pathway_1(fn_macrophage_40(X))
& fn_macrophage_40(X) = fn_animal_cell_81(X)
& fn_macrophage_27(X) = fn_animal_cell_56(X)
& fn_macrophage_30(X) = fn_animal_cell_57(X)
& fn_macrophage_59(X) = fn_biomembrane_63(fn_macrophage_41(X))
& fn_macrophage_11(X) = fn_plasma_membrane_3(fn_macrophage_41(X))
& fn_macrophage_33(X) = fn_animal_plasma_membrane_51(fn_macrophage_41(X))
& fn_macrophage_33(X) = fn_animal_cell_85(X)
& fn_macrophage_11(X) = fn_animal_plasma_membrane_47(fn_macrophage_41(X))
& fn_macrophage_31(X) = fn_animal_cell_64(X)
& fn_macrophage_62(X) = fn_animal_cell_13(X)
& fn_macrophage_61(X) = fn_animal_cell_1(X)
& fn_macrophage_25(X) = fn_animal_cell_74(X)
& fn_macrophage_66(X) = fn_eukaryotic_cell_25(X)
& fn_macrophage_10(X) = fn_animal_cell_21(X)
& fn_macrophage_57(X) = fn_plasma_membrane_54(fn_macrophage_41(X))
& fn_macrophage_57(X) = fn_animal_plasma_membrane_47(fn_macrophage_41(X))
& fn_macrophage_57(X) = fn_animal_cell_60(X)
& fn_macrophage_58(X) = fn_animal_cell_80(X)
& fn_macrophage_9(X) = fn_animal_cell_20(X)
& fn_macrophage_7(X) = fn_animal_cell_18(X)
& fn_macrophage_23(X) = fn_nucleus_6(fn_macrophage_24(X))
& fn_macrophage_23(X) = fn_animal_cell_52(X)
& fn_macrophage_8(X) = fn_animal_cell_19(X)
& fn_macrophage_66(X) = fn_animal_cell_59(X)
& fn_macrophage_24(X) = fn_animal_cell_78(X)
& fn_macrophage_38(X) = fn_cytoplasm_8(fn_macrophage_22(X))
& fn_macrophage_22(X) = fn_rough_endoplasmic_reticulum_32(fn_macrophage_42(X))
& X = fn_cytoplasm_7(fn_macrophage_22(X))
& fn_macrophage_22(X) = fn_animal_cell_79(X)
& fn_macrophage_6(X) = fn_animal_cell_90(X)
& fn_macrophage_18(X) = fn_animal_cell_82(X)
& fn_macrophage_38(X) = fn_rough_endoplasmic_reticulum_23(fn_macrophage_42(X))
& fn_macrophage_38(X) = fn_animal_cell_62(X)
& fn_macrophage_52(X) = fn_rough_endoplasmic_reticulum_56(fn_macrophage_42(X))
& fn_macrophage_52(X) = fn_animal_cell_51(X)
& fn_macrophage_65(X) = fn_animal_cell_76(X)
& fn_macrophage_63(X) = fn_animal_cell_55(X)
& fn_macrophage_59(X) = fn_animal_plasma_membrane_54(fn_macrophage_41(X))
& fn_macrophage_59(X) = fn_plasma_membrane_71(fn_macrophage_41(X))
& fn_macrophage_59(X) = fn_eukaryotic_cell_41(X)
& fn_macrophage_59(X) = fn_animal_cell_58(X)
& fn_macrophage_11(X) = fn_plasma_membrane_68(fn_macrophage_41(X))
& fn_macrophage_11(X) = fn_animal_plasma_membrane_53(fn_macrophage_41(X))
& fn_macrophage_11(X) = fn_animal_plasma_membrane_62(fn_macrophage_41(X))
& fn_macrophage_11(X) = fn_plasma_membrane_55(fn_macrophage_41(X))
& fn_macrophage_11(X) = fn_eukaryotic_cell_15(X)
& fn_macrophage_11(X) = fn_animal_cell_75(X)
& X = fn_animal_plasma_membrane_56(fn_macrophage_41(X))
& fn_macrophage_41(X) = fn_eukaryotic_cell_29(X)
& fn_macrophage_41(X) = fn_animal_cell_73(X)
& fn_macrophage_37(X) = fn_rough_endoplasmic_reticulum_55(fn_macrophage_42(X))
& fn_macrophage_37(X) = fn_immune_cell_3(X)
& fn_macrophage_60(X) = fn_immune_cell_8(X)
& fn_macrophage_64(X) = fn_immune_cell_7(X)
& fn_macrophage_36(X) = fn_immune_cell_2(X)
& fn_macrophage_21(X) = fn_immune_cell_4(X)
& fn_macrophage_43(X) = fn_immune_cell_5(X)
& X = fn_rough_endoplasmic_reticulum_62(fn_macrophage_42(X))
& fn_macrophage_42(X) = fn_immune_cell_9(X)
& fn_perceive_1(fn_macrophage_50(X)) = fn_impair_1(fn_macrophage_47(X))
& fn_impair_1(fn_macrophage_47(X)) = fn_perceive_1(fn_macrophage_56(X))
& fn_perceive_1(fn_macrophage_56(X)) = fn_impair_1(fn_macrophage_55(X))
& fn_impair_1(fn_macrophage_55(X)) = fn_impair_1(fn_macrophage_55(X))
& fn_impair_1(fn_macrophage_55(X)) = fn_phagocytosis_80(fn_macrophage_49(X))
& fn_phagocytosis_80(fn_macrophage_49(X)) = fn_block_1(fn_macrophage_13(X))
& fn_block_1(fn_macrophage_13(X)) = fn_animal_plasma_membrane_14(fn_macrophage_41(X))
& fn_animal_plasma_membrane_14(fn_macrophage_41(X)) = fn_animal_plasma_membrane_14(fn_macrophage_41(X))
& fn_animal_plasma_membrane_14(fn_macrophage_41(X)) = fn_suspension_1(fn_macrophage_22(X))
& fn_suspension_1(fn_macrophage_22(X)) = fn_colloid_4(fn_macrophage_22(X))
& fn_colloid_4(fn_macrophage_22(X)) = fn_rough_endoplasmic_reticulum_28(fn_macrophage_42(X))
& fn_rough_endoplasmic_reticulum_28(fn_macrophage_42(X)) = fn_phagocytosis_12(fn_macrophage_49(X))
& fn_phagocytosis_12(fn_macrophage_49(X)) = fn_plasma_membrane_97(fn_macrophage_41(X))
& fn_plasma_membrane_97(fn_macrophage_41(X)) = fn_animal_plasma_membrane_30(fn_macrophage_41(X))
& fn_animal_plasma_membrane_30(fn_macrophage_41(X)) = fn_animal_plasma_membrane_30(fn_macrophage_41(X))
& fn_animal_plasma_membrane_30(fn_macrophage_41(X)) = fn_plasma_membrane_33(fn_macrophage_41(X))
& fn_plasma_membrane_33(fn_macrophage_41(X)) = fn_animal_plasma_membrane_114(fn_macrophage_41(X))
& fn_animal_plasma_membrane_114(fn_macrophage_41(X)) = fn_plasma_membrane_33(fn_macrophage_41(X))
& fn_plasma_membrane_33(fn_macrophage_41(X)) = fn_plasma_membrane_33(fn_macrophage_41(X))
& fn_plasma_membrane_33(fn_macrophage_41(X)) = fn_animal_plasma_membrane_115(fn_macrophage_41(X))
& fn_animal_plasma_membrane_115(fn_macrophage_41(X)) = fn_animal_plasma_membrane_114(fn_macrophage_41(X))
& fn_animal_plasma_membrane_114(fn_macrophage_41(X)) = fn_animal_plasma_membrane_115(fn_macrophage_41(X))
& fn_animal_plasma_membrane_115(fn_macrophage_41(X)) = fn_animal_plasma_membrane_115(fn_macrophage_41(X))
& fn_animal_plasma_membrane_115(fn_macrophage_41(X)) = fn_plasma_membrane_81(fn_macrophage_41(X))
& fn_plasma_membrane_81(fn_macrophage_41(X)) = fn_animal_plasma_membrane_75(fn_macrophage_41(X))
& fn_animal_plasma_membrane_75(fn_macrophage_41(X)) = fn_animal_plasma_membrane_75(fn_macrophage_41(X))
& fn_animal_plasma_membrane_75(fn_macrophage_41(X)) = fn_animal_plasma_membrane_77(fn_macrophage_41(X))
& fn_animal_plasma_membrane_77(fn_macrophage_41(X)) = fn_animal_plasma_membrane_52(fn_macrophage_41(X))
& fn_animal_plasma_membrane_52(fn_macrophage_41(X)) = fn_animal_plasma_membrane_77(fn_macrophage_41(X))
& fn_animal_plasma_membrane_77(fn_macrophage_41(X)) = fn_animal_plasma_membrane_77(fn_macrophage_41(X))
& fn_animal_cell_83(X) = fn_animal_plasma_membrane_77(fn_macrophage_41(X))
& fn_animal_plasma_membrane_77(fn_macrophage_41(X)) = fn_animal_cell_83(X)
& fn_animal_cell_83(X) = fn_animal_plasma_membrane_55(fn_macrophage_41(X))
& fn_animal_plasma_membrane_55(fn_macrophage_41(X)) = fn_plasma_membrane_65(fn_macrophage_41(X))
& fn_plasma_membrane_65(fn_macrophage_41(X)) = fn_animal_plasma_membrane_55(fn_macrophage_41(X))
& fn_animal_plasma_membrane_55(fn_macrophage_41(X)) = fn_animal_plasma_membrane_55(fn_macrophage_41(X))
& fn_animal_cell_84(X) = fn_animal_plasma_membrane_55(fn_macrophage_41(X))
& fn_animal_plasma_membrane_55(fn_macrophage_41(X)) = fn_animal_cell_84(X)
& fn_animal_cell_84(X) = fn_animal_plasma_membrane_51(fn_macrophage_41(X))
& fn_animal_plasma_membrane_51(fn_macrophage_41(X)) = fn_animal_plasma_membrane_51(fn_macrophage_41(X))
& fn_animal_cell_85(X) = fn_animal_plasma_membrane_51(fn_macrophage_41(X))
& fn_animal_plasma_membrane_51(fn_macrophage_41(X)) = fn_animal_cell_85(X)
& fn_animal_cell_85(X) = fn_animal_plasma_membrane_47(fn_macrophage_41(X))
& fn_animal_plasma_membrane_47(fn_macrophage_41(X)) = fn_plasma_membrane_54(fn_macrophage_41(X))
& fn_plasma_membrane_54(fn_macrophage_41(X)) = fn_animal_plasma_membrane_47(fn_macrophage_41(X))
& fn_animal_plasma_membrane_47(fn_macrophage_41(X)) = fn_eukaryotic_cell_50(X)
& fn_eukaryotic_cell_50(X) = fn_animal_plasma_membrane_47(fn_macrophage_41(X))
& fn_animal_plasma_membrane_47(fn_macrophage_41(X)) = fn_animal_cell_60(X)
& fn_animal_cell_60(X) = fn_eukaryotic_cell_50(X)
& fn_eukaryotic_cell_50(X) = fn_animal_cell_60(X)
& fn_animal_cell_60(X) = fn_animal_cell_60(X)
& fn_animal_cell_60(X) = fn_nucleus_6(fn_macrophage_24(X))
& fn_nucleus_6(fn_macrophage_24(X)) = fn_animal_cell_52(X)
& fn_animal_cell_52(X) = fn_animal_cell_52(X)
& fn_animal_cell_52(X) = fn_eukaryotic_cell_25(X)
& fn_eukaryotic_cell_25(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_rough_endoplasmic_reticulum_27(fn_macrophage_42(X))
& fn_rough_endoplasmic_reticulum_27(fn_macrophage_42(X)) = fn_animal_cell_78(X)
& fn_animal_cell_78(X) = fn_animal_cell_78(X)
& fn_animal_cell_78(X) = fn_rough_endoplasmic_reticulum_32(fn_macrophage_42(X))
& fn_animal_cell_79(X) = fn_rough_endoplasmic_reticulum_32(fn_macrophage_42(X))
& fn_rough_endoplasmic_reticulum_32(fn_macrophage_42(X)) = fn_animal_cell_79(X)
& fn_animal_cell_79(X) = fn_animal_cell_79(X)
& fn_animal_cell_79(X) = fn_rough_endoplasmic_reticulum_23(fn_macrophage_42(X))
& fn_rough_endoplasmic_reticulum_23(fn_macrophage_42(X)) = fn_cytoplasm_8(fn_macrophage_22(X))
& fn_cytoplasm_8(fn_macrophage_22(X)) = fn_rough_endoplasmic_reticulum_23(fn_macrophage_42(X))
& fn_peroxisome_40(fn_macrophage_51(X)) = fn_rough_endoplasmic_reticulum_23(fn_macrophage_42(X))
& fn_rough_endoplasmic_reticulum_23(fn_macrophage_42(X)) = fn_rough_endoplasmic_reticulum_23(fn_macrophage_42(X))
& fn_rough_endoplasmic_reticulum_23(fn_macrophage_42(X)) = fn_peroxisome_40(fn_macrophage_51(X))
& fn_peroxisome_40(fn_macrophage_51(X)) = fn_peroxisome_40(fn_macrophage_51(X))
& fn_peroxisome_40(fn_macrophage_51(X)) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_rough_endoplasmic_reticulum_56(fn_macrophage_42(X))
& fn_animal_cell_51(X) = fn_rough_endoplasmic_reticulum_56(fn_macrophage_42(X))
& fn_rough_endoplasmic_reticulum_56(fn_macrophage_42(X)) = fn_animal_cell_51(X)
& fn_animal_cell_51(X) = fn_biomembrane_63(fn_macrophage_41(X))
& fn_biomembrane_63(fn_macrophage_41(X)) = fn_animal_plasma_membrane_54(fn_macrophage_41(X))
& fn_animal_plasma_membrane_54(fn_macrophage_41(X)) = fn_animal_plasma_membrane_54(fn_macrophage_41(X))
& fn_plasma_membrane_71(fn_macrophage_41(X)) = fn_animal_plasma_membrane_54(fn_macrophage_41(X))
& fn_animal_plasma_membrane_54(fn_macrophage_41(X)) = fn_plasma_membrane_71(fn_macrophage_41(X))
& fn_plasma_membrane_71(fn_macrophage_41(X)) = fn_plasma_membrane_71(fn_macrophage_41(X))
& fn_eukaryotic_cell_41(X) = fn_plasma_membrane_71(fn_macrophage_41(X))
& fn_plasma_membrane_71(fn_macrophage_41(X)) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_eukaryotic_cell_41(X)
& fn_animal_cell_58(X) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_plasma_membrane_3(fn_macrophage_41(X))
& fn_plasma_membrane_3(fn_macrophage_41(X)) = fn_plasma_membrane_68(fn_macrophage_41(X))
& fn_plasma_membrane_68(fn_macrophage_41(X)) = fn_animal_plasma_membrane_47(fn_macrophage_41(X))
& fn_animal_plasma_membrane_47(fn_macrophage_41(X)) = fn_animal_plasma_membrane_47(fn_macrophage_41(X))
& fn_animal_plasma_membrane_47(fn_macrophage_41(X)) = fn_plasma_membrane_68(fn_macrophage_41(X))
& fn_plasma_membrane_68(fn_macrophage_41(X)) = fn_plasma_membrane_68(fn_macrophage_41(X))
& fn_plasma_membrane_68(fn_macrophage_41(X)) = fn_animal_plasma_membrane_53(fn_macrophage_41(X))
& fn_animal_plasma_membrane_53(fn_macrophage_41(X)) = fn_animal_plasma_membrane_47(fn_macrophage_41(X))
& fn_animal_plasma_membrane_47(fn_macrophage_41(X)) = fn_animal_plasma_membrane_53(fn_macrophage_41(X))
& fn_animal_plasma_membrane_53(fn_macrophage_41(X)) = fn_animal_plasma_membrane_53(fn_macrophage_41(X))
& fn_animal_plasma_membrane_62(fn_macrophage_41(X)) = fn_animal_plasma_membrane_53(fn_macrophage_41(X))
& fn_animal_plasma_membrane_53(fn_macrophage_41(X)) = fn_animal_plasma_membrane_62(fn_macrophage_41(X))
& fn_animal_plasma_membrane_62(fn_macrophage_41(X)) = fn_animal_plasma_membrane_62(fn_macrophage_41(X))
& fn_plasma_membrane_55(fn_macrophage_41(X)) = fn_animal_plasma_membrane_62(fn_macrophage_41(X))
& fn_animal_plasma_membrane_62(fn_macrophage_41(X)) = fn_plasma_membrane_55(fn_macrophage_41(X))
& fn_plasma_membrane_55(fn_macrophage_41(X)) = fn_plasma_membrane_55(fn_macrophage_41(X))
& fn_eukaryotic_cell_15(X) = fn_plasma_membrane_55(fn_macrophage_41(X))
& fn_plasma_membrane_55(fn_macrophage_41(X)) = fn_eukaryotic_cell_15(X)
& fn_animal_cell_75(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_immune_cell_3(X)
& fn_immune_cell_3(X) = fn_rough_endoplasmic_reticulum_55(fn_macrophage_42(X))
& fn_rough_endoplasmic_reticulum_55(fn_macrophage_42(X)) = fn_immune_cell_3(X)
& fn_immune_cell_3(X) = fn_peroxisome_11(fn_macrophage_51(X))
& fn_peroxisome_11(fn_macrophage_51(X)) = fn_immune_cell_5(X)
& fn_immune_cell_5(X) = fn_immune_cell_5(X)
& fn_immune_cell_5(X) = fn_metabolic_pathway_1(fn_macrophage_40(X))
& fn_metabolic_pathway_1(fn_macrophage_40(X)) = fn_cytoplasm_7(fn_macrophage_22(X))
& fn_cytoplasm_7(fn_macrophage_22(X)) = fn_cytoplasm_7(fn_macrophage_22(X))
& fn_cytoplasm_7(fn_macrophage_22(X)) = fn_animal_plasma_membrane_56(fn_macrophage_41(X))
& fn_rough_endoplasmic_reticulum_62(fn_macrophage_42(X)) = fn_animal_plasma_membrane_56(fn_macrophage_41(X))
& fn_animal_plasma_membrane_56(fn_macrophage_41(X)) = fn_rough_endoplasmic_reticulum_62(fn_macrophage_42(X))
& fn_locomotion_1(fn_macrophage_39(X)) = fn_rough_endoplasmic_reticulum_62(fn_macrophage_42(X))
& fn_rough_endoplasmic_reticulum_62(fn_macrophage_42(X)) = fn_rough_endoplasmic_reticulum_62(fn_macrophage_42(X))
& fn_rough_endoplasmic_reticulum_62(fn_macrophage_42(X)) = fn_locomotion_1(fn_macrophage_39(X))
& fn_locomotion_1(fn_macrophage_39(X)) = fn_locomotion_1(fn_macrophage_39(X))
& fn_locomotion_1(fn_macrophage_39(X)) = fn_phagocytosis_70(fn_macrophage_49(X))
& fn_phagocytosis_70(fn_macrophage_49(X)) = fn_phagocytosis_70(fn_macrophage_49(X)) ) ) ).
fof(a530762,axiom,
! [X] :
( macrophysiological_process_1(X)
=> ( original_name_2(X,'Macrophysiological-Process')
& user_description_2(X,'A process that involves multiple types of cells and possibily organs.')
& concept2words_2(X,'macrophysiological process')
& concept2words_2(X,'macrophysiological-process')
& biological_process_1(X) ) ) ).
fof(a530763,axiom,
! [X] :
( maggot_1(X)
=> ( original_name_2(X,'Maggot')
& user_description_2(X,'Larval form of insect from the order Diptera (flies)')
& concept2words_2(X,maggot)
& larva_1(X)
& diptera_1(X)
& substrate_feeder_1(fn_maggot_3(X))
& water_molecule_1(fn_maggot_4(X))
& time_interval_1(fn_maggot_5(X))
& time_interval_1(fn_maggot_6(X))
& exoskeleton_1(fn_maggot_7(X))
& locomotion_1(fn_maggot_8(X))
& take_in_1(fn_maggot_9(X))
& support_1(fn_maggot_10(X))
& chemical_1(fn_maggot_11(X))
& animal_cell_1(fn_maggot_12(X))
& embryonic_cell_1(fn_maggot_12(X))
& water_1(fn_maggot_13(X))
& substance_1(fn_maggot_14(X))
& esophagus_1(fn_maggot_15(X))
& gastric_cecum_1(fn_maggot_16(X))
& anus_1(fn_maggot_17(X))
& temperature_value_1(fn_maggot_18(X))
& specific_heat_value_1(fn_maggot_19(X))
& agent_role_1(fn_maggot_20(X))
& container_1(fn_maggot_21(X))
& heterotroph_1(fn_maggot_22(X))
& tangible_entity_1(fn_maggot_23(X))
& carbon_1(fn_maggot_23(X))
& entity_1(fn_maggot_24(X))
& atom_1(fn_maggot_24(X))
& chemical_entity_1(fn_maggot_24(X))
& oxygen_1(fn_maggot_24(X))
& entity_1(fn_maggot_25(X))
& chemical_entity_1(fn_maggot_25(X))
& atom_1(fn_maggot_25(X))
& oxygen_1(fn_maggot_25(X))
& entity_1(fn_maggot_26(X))
& chemical_entity_1(fn_maggot_26(X))
& atom_1(fn_maggot_26(X))
& hydrogen_1(fn_maggot_26(X))
& carbohydrate_1(fn_maggot_27(X))
& activation_energy_1(fn_maggot_28(X))
& protein_1(fn_maggot_29(X))
& chemical_digestion_1(fn_maggot_30(X))
& foregut_1(fn_maggot_31(X))
& midgut_1(fn_maggot_32(X))
& hindgut_1(fn_maggot_33(X))
& digestive_system_1(fn_maggot_34(X))
& nutrition_1(fn_maggot_35(X))
& feed_1(fn_maggot_36(X))
& hold_1(fn_maggot_37(X))
& hold_together_1(fn_maggot_37(X))
& rectum_1(fn_maggot_38(X))
& mouth_1(fn_maggot_39(X))
& chemical_entity_1(fn_chemical_3(fn_maggot_11(X)))
& tangible_entity_1(fn_chemical_digestion_1(fn_maggot_30(X)))
& entity_1(fn_carbohydrate_32(fn_maggot_27(X)))
& chemical_entity_1(fn_carbohydrate_32(fn_maggot_27(X)))
& atom_1(fn_carbohydrate_32(fn_maggot_27(X)))
& hydrogen_1(fn_carbohydrate_32(fn_maggot_27(X)))
& hold_together_1(fn_carbohydrate_37(fn_maggot_27(X)))
& tangible_entity_1(fn_feed_4(fn_maggot_36(X)))
& entity_1(fn_agent_role_1(fn_maggot_20(X)))
& tangible_entity_1(fn_barrier_1(fn_maggot_21(X)))
& tangible_entity_1(fn_hold_2(fn_maggot_37(X)))
& carbon_1(fn_carbohydrate_5(fn_maggot_27(X)))
& entity_1(fn_carbohydrate_39(fn_maggot_27(X)))
& chemical_entity_1(fn_carbohydrate_39(fn_maggot_27(X)))
& atom_1(fn_carbohydrate_39(fn_maggot_27(X)))
& oxygen_1(fn_carbohydrate_39(fn_maggot_27(X)))
& entity_1(fn_carbohydrate_38(fn_maggot_27(X)))
& atom_1(fn_carbohydrate_38(fn_maggot_27(X)))
& chemical_entity_1(fn_carbohydrate_38(fn_maggot_27(X)))
& oxygen_1(fn_carbohydrate_38(fn_maggot_27(X)))
& time_before_2(fn_maggot_5(X),fn_maggot_6(X))
& time_during_2(fn_maggot_30(X),fn_maggot_6(X))
& raw_material_2(fn_maggot_30(X),fn_maggot_4(X))
& fn_maggot_29(X) != fn_maggot_4(X)
& fn_maggot_4(X) != fn_maggot_29(X)
& fn_maggot_25(X) != fn_maggot_23(X)
& fn_maggot_23(X) != fn_maggot_25(X)
& plays_2(X,fn_maggot_3(X))
& has_part_2(fn_maggot_14(X),fn_maggot_11(X))
& object_2(fn_maggot_36(X),fn_maggot_14(X))
& has_part_2(fn_maggot_11(X),fn_maggot_29(X))
& raw_material_2(fn_maggot_30(X),fn_maggot_28(X))
& plays_2(X,fn_maggot_20(X))
& plays_2(X,fn_maggot_21(X))
& has_part_2(X,fn_maggot_12(X))
& has_part_2(X,fn_maggot_14(X))
& is_inside_2(fn_maggot_14(X),fn_maggot_31(X))
& has_part_2(X,fn_maggot_7(X))
& has_function_2(fn_maggot_7(X),fn_maggot_10(X))
& object_2(fn_maggot_10(X),X)
& base_2(fn_maggot_9(X),X)
& agent_2(fn_maggot_9(X),X)
& object_2(fn_maggot_8(X),X)
& agent_2(fn_maggot_8(X),X)
& has_part_2(X,fn_maggot_38(X))
& has_part_2(X,fn_maggot_15(X))
& result_2(fn_maggot_35(X),fn_maggot_27(X))
& correspondence_2(fn_maggot_18(X),fn_maggot_19(X))
& element_2(fn_maggot_34(X),fn_maggot_32(X))
& element_2(fn_maggot_34(X),fn_maggot_31(X))
& is_inside_2(fn_maggot_39(X),fn_maggot_31(X))
& has_part_2(X,fn_maggot_39(X))
& temperature_2(X,fn_maggot_18(X))
& is_inside_2(fn_maggot_16(X),fn_maggot_32(X))
& has_part_2(X,fn_maggot_16(X))
& has_part_2(X,fn_maggot_17(X))
& is_inside_2(fn_maggot_17(X),fn_maggot_33(X))
& is_inside_2(fn_maggot_38(X),fn_maggot_33(X))
& has_region_2(X,fn_maggot_34(X))
& element_2(fn_maggot_34(X),fn_maggot_33(X))
& next_element_2(fn_maggot_32(X),fn_maggot_33(X))
& next_element_2(fn_maggot_31(X),fn_maggot_32(X))
& is_inside_2(fn_maggot_15(X),fn_maggot_31(X))
& plays_2(X,fn_maggot_22(X))
& in_event_2(fn_maggot_22(X),fn_maggot_35(X))
& agent_2(fn_maggot_35(X),X)
& has_part_2(X,fn_maggot_13(X))
& specific_heat_2(fn_maggot_13(X),fn_maggot_19(X))
& has_part_2(fn_maggot_27(X),fn_maggot_23(X))
& fn_maggot_24(X) != fn_maggot_26(X)
& fn_maggot_26(X) != fn_maggot_24(X)
& fn_maggot_24(X) != fn_maggot_23(X)
& fn_maggot_23(X) != fn_maggot_24(X)
& has_part_2(fn_maggot_27(X),fn_maggot_24(X))
& fn_maggot_24(X) != fn_maggot_25(X)
& fn_maggot_26(X) != fn_maggot_25(X)
& fn_maggot_25(X) != fn_maggot_24(X)
& has_part_2(fn_maggot_27(X),fn_maggot_25(X))
& has_part_2(fn_maggot_27(X),fn_maggot_26(X))
& fn_maggot_25(X) != fn_maggot_26(X)
& object_2(fn_maggot_37(X),fn_maggot_24(X))
& object_2(fn_maggot_37(X),fn_maggot_23(X))
& fn_maggot_14(X) = fn_feed_4(fn_maggot_36(X))
& fn_maggot_29(X) = fn_chemical_3(fn_maggot_11(X))
& fn_maggot_28(X) = fn_chemical_digestion_1(fn_maggot_30(X))
& X = fn_agent_role_1(fn_maggot_20(X))
& X = fn_barrier_1(fn_maggot_21(X))
& fn_maggot_12(X) = fn_animal_21(X)
& fn_maggot_12(X) = fn_larva_1(X)
& fn_maggot_14(X) = fn_insect_20(X)
& fn_maggot_10(X) = fn_arthropod_7(X)
& fn_maggot_7(X) = fn_arthropod_8(X)
& fn_maggot_8(X) = fn_animal_22(X)
& fn_maggot_9(X) = fn_animal_9(X)
& fn_maggot_27(X) = fn_insect_22(X)
& fn_maggot_18(X) = fn_insect_25(X)
& fn_maggot_39(X) = fn_insect_11(X)
& fn_maggot_38(X) = fn_insect_3(X)
& fn_maggot_17(X) = fn_insect_4(X)
& fn_maggot_16(X) = fn_insect_5(X)
& fn_maggot_15(X) = fn_insect_6(X)
& fn_maggot_31(X) = fn_insect_12(X)
& fn_maggot_32(X) = fn_insect_13(X)
& fn_maggot_33(X) = fn_insect_14(X)
& fn_maggot_34(X) = fn_insect_19(X)
& fn_maggot_19(X) = fn_insect_23(X)
& fn_maggot_13(X) = fn_insect_18(X)
& fn_maggot_35(X) = fn_insect_17(X)
& fn_maggot_22(X) = fn_insect_21(X)
& fn_maggot_23(X) = fn_hold_2(fn_maggot_37(X))
& fn_maggot_24(X) = fn_carbohydrate_39(fn_maggot_27(X))
& fn_maggot_23(X) = fn_carbohydrate_5(fn_maggot_27(X))
& fn_maggot_26(X) = fn_carbohydrate_32(fn_maggot_27(X))
& fn_maggot_25(X) = fn_carbohydrate_39(fn_maggot_27(X))
& fn_maggot_37(X) = fn_carbohydrate_37(fn_maggot_27(X))
& fn_maggot_24(X) = fn_carbohydrate_38(fn_maggot_27(X))
& fn_animal_21(X) = fn_larva_1(X)
& fn_larva_1(X) = fn_feed_4(fn_maggot_36(X))
& fn_feed_4(fn_maggot_36(X)) = fn_insect_20(X)
& fn_insect_20(X) = fn_insect_20(X)
& fn_insect_20(X) = fn_agent_role_1(fn_maggot_20(X))
& fn_agent_role_1(fn_maggot_20(X)) = fn_barrier_1(fn_maggot_21(X))
& fn_barrier_1(fn_maggot_21(X)) = fn_carbohydrate_5(fn_maggot_27(X))
& fn_carbohydrate_5(fn_maggot_27(X)) = fn_hold_2(fn_maggot_37(X))
& fn_hold_2(fn_maggot_37(X)) = fn_carbohydrate_5(fn_maggot_27(X))
& fn_carbohydrate_5(fn_maggot_27(X)) = fn_carbohydrate_5(fn_maggot_27(X))
& fn_carbohydrate_5(fn_maggot_27(X)) = fn_carbohydrate_39(fn_maggot_27(X))
& fn_carbohydrate_39(fn_maggot_27(X)) = fn_carbohydrate_38(fn_maggot_27(X))
& fn_carbohydrate_38(fn_maggot_27(X)) = fn_carbohydrate_38(fn_maggot_27(X)) ) ) ).
fof(a530764,axiom,
! [X] :
( magnesium_1(X)
=> ( original_name_2(X,'Magnesium')
& user_description_2(X,'Magnesium is a metal atom with atomic number 12. It is represented by the symbol Mg.')
& concept2words_2(X,'Mg')
& concept2words_2(X,magnesium)
& metal_atom_1(X)
& ~ calcium_1(X)
& ~ carbon_1(X)
& ~ copper_1(X)
& ~ hydrogen_1(X)
& ~ iron_1(X)
& ~ nitrogen_1(X)
& ~ oxygen_1(X)
& ~ phosphorus_1(X)
& ~ potassium_1(X)
& ~ sulfur_1(X)
& atomic_mass_value_1(fn_magnesium_4(X))
& valence_value_1(fn_magnesium_5(X))
& electronegativity_value_1(fn_magnesium_6(X))
& neutron_1(fn_magnesium_7(X))
& valence_electron_1(fn_magnesium_11(X))
& atomic_weight_value_1(fn_magnesium_12(X))
& atomic_number_value_1(fn_magnesium_13(X))
& quantity_value_1(fn_magnesium_14(X))
& electronegativity_2(X,fn_magnesium_6(X))
& valence_2(X,fn_magnesium_5(X))
& mass_number_2(X,fn_magnesium_4(X))
& exactCardinality(X,has_part_0,"12",neutron_0)
& exactCardinality(X,has_part_0,"12",proton_0)
& exactCardinality(X,has_part_0,"12",electron_0)
& has_part_2(X,fn_magnesium_7(X))
& the_cardinal_value_2(fn_magnesium_14(X),"2")
& cardinal_unit_class_2(fn_magnesium_14(X),unity_0)
& the_cardinal_value_2(fn_magnesium_6(X),"1.31")
& cardinal_unit_class_2(fn_magnesium_6(X),unity_0)
& the_cardinal_value_2(fn_magnesium_5(X),"2")
& cardinal_unit_class_2(fn_magnesium_5(X),unity_0)
& the_cardinal_value_2(fn_magnesium_4(X),"24")
& cardinal_unit_class_2(fn_magnesium_4(X),unity_0)
& the_cardinal_value_2(fn_magnesium_13(X),"12")
& cardinal_unit_class_2(fn_magnesium_13(X),unity_0)
& the_cardinal_value_2(fn_magnesium_12(X),"24.31")
& cardinal_unit_class_2(fn_magnesium_12(X),dalton_0)
& atomic_number_2(X,fn_magnesium_13(X))
& atomic_weight_2(X,fn_magnesium_12(X))
& has_part_2(X,fn_magnesium_11(X))
& quantity_2(fn_magnesium_11(X),fn_magnesium_14(X))
& fn_magnesium_9(X) = fn_atom_12(X)
& fn_magnesium_13(X) = fn_atom_17(X)
& fn_magnesium_10(X) = fn_atom_13(X)
& fn_magnesium_12(X) = fn_atom_16(X)
& fn_magnesium_8(X) = fn_atom_1(X)
& fn_magnesium_14(X) = fn_atom_5(X)
& fn_magnesium_11(X) = fn_atom_14(X) ) ) ).
fof(a530765,axiom,
! [X] :
( magnesium_ion_1(X)
=> ( original_name_2(X,'Magnesium-Ion')
& user_description_2(X,'Ion of magnesium.')
& concept2words_2(X,'ion of magnesium')
& concept2words_2(X,'magnesium ion')
& concept2words_2(X,'magnesium-ion')
& monoatomic_ion_1(X)
& cation_1(X)
& ~ methyl_ion_1(X)
& ~ metal_cation_1(X)
& ~ calcium_ion_1(X)
& ~ hydronium_ion_1(X)
& ~ sodium_ion_1(X)
& neutron_1(fn_magnesium_ion_1(X))
& electron_1(fn_magnesium_ion_2(X))
& lose_1(fn_magnesium_ion_3(X))
& magnesium_1(fn_magnesium_ion_4(X))
& charge_value_1(fn_magnesium_ion_6(X))
& proton_1(fn_magnesium_ion_7(X))
& tangible_entity_1(fn_lose_1(fn_magnesium_ion_3(X)))
& the_cardinal_value_2(fn_magnesium_ion_6(X),"2.0e0")
& cardinal_unit_class_2(fn_magnesium_ion_6(X),unity_0)
& has_part_2(X,fn_magnesium_ion_2(X))
& has_part_2(X,fn_magnesium_ion_1(X))
& exactCardinality(X,has_part_0,"10",electron_0)
& exactCardinality(X,has_part_0,"12",proton_0)
& exactCardinality(X,has_part_0,"12",neutron_0)
& donor_2(fn_magnesium_ion_3(X),fn_magnesium_ion_4(X))
& result_2(fn_magnesium_ion_3(X),X)
& has_part_2(X,fn_magnesium_ion_7(X))
& charge_2(X,fn_magnesium_ion_6(X))
& fn_magnesium_ion_4(X) = fn_lose_1(fn_magnesium_ion_3(X))
& fn_magnesium_ion_3(X) = fn_cation_7(X)
& fn_magnesium_ion_7(X) = fn_monoatomic_ion_1(X)
& fn_magnesium_ion_7(X) = fn_cation_1(X)
& fn_magnesium_ion_5(X) = fn_cation_4(X)
& fn_magnesium_ion_6(X) = fn_cation_5(X)
& fn_monoatomic_ion_1(X) = fn_cation_1(X) ) ) ).
fof(a530766,axiom,
! [X] :
( magnetic_reversal_1(X)
=> ( original_name_2(X,'Magnetic-Reversal')
& user_description_2(X,'A periodic change in the polarization of Earth\'s magnetic field so that the positions of magnetic north and magnetic south become interchanged.')
& concept2words_2(X,'geomagnetic reversal')
& concept2words_2(X,'geomagnetic-reversal')
& concept2words_2(X,'magnetic reversal')
& concept2words_2(X,'magnetic-reversal')
& electromagnetic_process_1(X)
& ~ photoexcitation_1(X) ) ) ).
fof(a530767,axiom,
! [X] :
( magnification_constant_1(X)
=> ( original_name_2(X,'Magnification-Constant')
& concept2words_2(X,'constant of magnification')
& concept2words_2(X,'magnification constant')
& concept2words_2(X,'magnification-constant')
& constant_1(X) ) ) ).
fof(a530768,axiom,
! [X] :
( magnification_scale_1(X)
=> ( original_name_2(X,'Magnification-Scale')
& concept2words_2(X,'scale of magnification')
& concept2words_2(X,'magnification scale')
& concept2words_2(X,'magnification-scale')
& scale_1(X) ) ) ).
fof(a530769,axiom,
! [X] :
( magnitude_value_1(X)
=> ( original_name_2(X,'Magnitude-Value')
& concept2words_2(X,size)
& concept2words_2(X,magnitude)
& concept2words_2(X,'value of magnitude')
& concept2words_2(X,'magnitude value')
& concept2words_2(X,'magnitude-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a530770,axiom,
! [X] :
( magnoliid_1(X)
=> ( original_name_2(X,'Magnoliid')
& user_description_2(X,'Member of the angiosperm clade that includes the Magnoliaceae. Extant examples include cinnamon, avocado, magnolia, nutmeg, and bay laurel.')
& concept2words_2(X,magnoliid)
& angiosperm_1(X) ) ) ).
fof(a530771,axiom,
! [X] :
( maintenance_1(X)
=> ( original_name_2(X,'Maintenance')
& concept2words_2(X,conserve)
& concept2words_2(X,care)
& concept2words_2(X,upkeep)
& concept2words_2(X,repair)
& concept2words_2(X,maintain)
& concept2words_2(X,maintenance)
& action_1(X) ) ) ).
fof(a530772,axiom,
! [X] :
( maintenance_of_concentration_of_calcium_ion_in_animal_cell_1(X)
=> ( original_name_2(X,'Maintenance-Of-Concentration-Of-Calcium-Ion-In-Animal-Cell')
& user_description_2(X,'Keeping a lower concentration of Ca2+ ions in the cytosol than the extracellular fluid via protein pumps that transfer Ca2+ ions into the extracellular fluid, the ER, and the mitochondria.')
& concept2words_2(X,maintain)
& concept2words_2(X,'maintenance of concentration of calcium ion in animal cell')
& concept2words_2(X,'maintenance-of-concentration-of-calcium-ion-in-animal-cell')
& maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_1(X)
& concentration_value_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_3(X))
& concentration_value_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_4(X))
& lysosome_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_5(X))
& concentration_value_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_6(X))
& concentration_value_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_7(X))
& surface_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_10(X))
& outside_face_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_10(X))
& calcium_ion_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_11(X))
& mixture_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_12(X))
& cytoplasm_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_12(X))
& substance_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_13(X))
& cytosol_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_13(X))
& solution_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_13(X))
& chemical_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_14(X))
& calcium_ion_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_15(X))
& animal_cell_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_16(X))
& chemical_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_17(X))
& solution_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_18(X))
& aqueous_solution_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_18(X))
& extra_cellular_matrix_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X))
& solution_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_20(X))
& aqueous_solution_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_20(X))
& extra_cellular_fluid_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_21(X))
& tangible_entity_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& cell_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& eukaryotic_cell_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& animal_cell_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& active_transport_using_atp_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& active_movement_of_ions_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& uptake_of_calcium_ion_by_endoplasmic_reticulum_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& cellular_work_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& active_movement_of_ions_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& active_transport_using_atp_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& release_of_calcium_ion_by_cell_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& concentration_gradient_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_25(X))
& move_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_26(X))
& move_through_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_26(X))
& solution_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X))
& aqueous_solution_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X))
& substance_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X))
& cytosol_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X))
& membrane_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_28(X))
& spatial_entity_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_28(X))
& biomembrane_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_28(X))
& plasma_membrane_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_28(X))
& ribosome_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_29(X))
& eukaryotic_ribosome_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_29(X))
& mixture_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_30(X))
& cytoplasm_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_30(X))
& release_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_31(X))
& chemical_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_32(X))
& water_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_33(X))
& chemical_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_33(X))
& hydrophilic_face_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_34(X))
& endoplasmic_reticulum_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_35(X))
& smooth_endoplasmic_reticulum_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_35(X))
& peroxisome_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_36(X))
& golgi_apparatus_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_37(X))
& tangible_entity_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_38(X))
& nucleus_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_38(X))
& water_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_39(X))
& chemical_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_39(X))
& membrane_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& spatial_entity_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& tangible_entity_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& biomembrane_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& er_membrane_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& tangible_entity_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& membrane_protein_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& protein_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& integral_protein_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& transport_protein_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& transmembrane_protein_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& protein_pump_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& calcium_ion_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_42(X))
& water_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_43(X))
& chemical_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_44(X))
& chemical_entity_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_45(X))
& water_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_46(X))
& chemical_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_46(X))
& chemical_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_47(X))
& chemical_entity_1(fn_chemical_3(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_14(X)))
& substance_1(fn_animal_cell_62(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_16(X)))
& cytosol_1(fn_animal_cell_62(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_16(X)))
& chemical_entity_1(fn_chemical_3(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_17(X)))
& chemical_entity_1(fn_chemical_3(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_44(X)))
& chemical_entity_1(fn_chemical_3(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_47(X)))
& chemical_1(fn_solution_6(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_13(X)))
& chemical_1(fn_solution_5(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_13(X)))
& tangible_entity_1(fn_biomembrane_54(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)))
& membrane_protein_1(fn_biomembrane_54(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)))
& protein_1(fn_biomembrane_54(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)))
& release_1(fn_release_of_calcium_ion_by_cell_47(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& golgi_apparatus_1(fn_animal_cell_82(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)))
& peroxisome_1(fn_animal_cell_45(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)))
& extra_cellular_matrix_1(fn_animal_cell_77(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)))
& cytoplasm_1(fn_cytosol_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_13(X)))
& mixture_1(fn_animal_cell_79(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_16(X)))
& cytoplasm_1(fn_animal_cell_79(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_16(X)))
& water_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_4(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& chemical_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_4(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& water_1(fn_release_of_calcium_ion_by_cell_81(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& chemical_1(fn_release_of_calcium_ion_by_cell_81(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& chemical_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_55(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& chemical_1(fn_release_of_calcium_ion_by_cell_82(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& chemical_1(fn_extra_cellular_matrix_20(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X)))
& chemical_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_56(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& chemical_1(fn_release_of_calcium_ion_by_cell_80(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& cellular_work_1(fn_eukaryotic_cell_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)))
& water_1(fn_extra_cellular_matrix_22(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X)))
& water_1(fn_release_of_calcium_ion_by_cell_58(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& chemical_1(fn_release_of_calcium_ion_by_cell_58(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& move_1(fn_active_transport_using_atp_31(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& move_through_1(fn_active_transport_using_atp_31(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& move_1(fn_release_of_calcium_ion_by_cell_48(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& move_through_1(fn_release_of_calcium_ion_by_cell_48(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& concentration_gradient_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& concentration_gradient_1(fn_release_of_calcium_ion_by_cell_79(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& membrane_1(fn_active_movement_of_ions_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& spatial_entity_1(fn_active_movement_of_ions_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& biomembrane_1(fn_active_movement_of_ions_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& plasma_membrane_1(fn_release_of_calcium_ion_by_cell_126(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)))
& membrane_1(fn_active_transport_using_atp_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& spatial_entity_1(fn_active_transport_using_atp_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& biomembrane_1(fn_active_transport_using_atp_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& membrane_1(fn_release_of_calcium_ion_by_cell_52(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& spatial_entity_1(fn_release_of_calcium_ion_by_cell_52(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& biomembrane_1(fn_release_of_calcium_ion_by_cell_52(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& plasma_membrane_1(fn_release_of_calcium_ion_by_cell_52(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& aqueous_solution_1(fn_extra_cellular_matrix_15(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X)))
& solution_1(fn_release_of_calcium_ion_by_cell_53(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& aqueous_solution_1(fn_release_of_calcium_ion_by_cell_53(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& surface_1(fn_integral_protein_29(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X)))
& outside_face_1(fn_biomembrane_41(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)))
& surface_1(fn_transmembrane_protein_5(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X)))
& outside_face_1(fn_transmembrane_protein_5(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X)))
& outside_face_1(fn_active_transport_using_atp_35(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& surface_1(fn_active_transport_using_atp_35(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& outside_face_1(fn_active_movement_of_ions_13(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& surface_1(fn_active_movement_of_ions_13(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& outside_face_1(fn_er_membrane_3(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)))
& surface_1(fn_er_membrane_13(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)))
& outside_face_1(fn_er_membrane_13(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)))
& solution_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& aqueous_solution_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& aqueous_solution_1(fn_er_membrane_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)))
& aqueous_solution_1(fn_er_membrane_33(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)))
& biomembrane_1(fn_integral_protein_24(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X)))
& spatial_entity_1(fn_transport_protein_35(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X)))
& biomembrane_1(fn_transport_protein_35(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X)))
& membrane_1(fn_active_transport_using_atp_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& spatial_entity_1(fn_active_transport_using_atp_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& biomembrane_1(fn_active_transport_using_atp_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& membrane_1(fn_active_movement_of_ions_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& spatial_entity_1(fn_active_movement_of_ions_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& biomembrane_1(fn_active_movement_of_ions_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& spatial_entity_1(fn_protein_pump_3(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X)))
& biomembrane_1(fn_protein_pump_3(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X)))
& membrane_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& spatial_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& tangible_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& er_membrane_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& biomembrane_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& hydrophilic_face_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_12(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& hydrophilic_face_1(fn_er_membrane_7(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)))
& ribosome_1(fn_release_of_calcium_ion_by_cell_125(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& ribosome_1(fn_animal_cell_51(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)))
& eukaryotic_ribosome_1(fn_animal_cell_51(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)))
& solution_1(fn_extra_cellular_matrix_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X)))
& substance_1(fn_extra_cellular_matrix_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X)))
& cytosol_1(fn_extra_cellular_matrix_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X)))
& cytosol_1(fn_peroxisome_40(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_36(X)))
& aqueous_solution_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& solution_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& substance_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& cytosol_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& solution_1(fn_release_of_calcium_ion_by_cell_54(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& aqueous_solution_1(fn_release_of_calcium_ion_by_cell_54(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& substance_1(fn_release_of_calcium_ion_by_cell_54(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& cytosol_1(fn_release_of_calcium_ion_by_cell_54(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& substance_1(fn_animal_cell_62(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)))
& cytosol_1(fn_animal_cell_62(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)))
& tangible_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_11(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& nucleus_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_11(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& tangible_entity_1(fn_animal_cell_78(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)))
& nucleus_1(fn_animal_cell_78(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)))
& mixture_1(fn_extra_cellular_matrix_18(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X)))
& cytoplasm_1(fn_extra_cellular_matrix_18(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)))
& mixture_1(fn_release_of_calcium_ion_by_cell_124(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& cytoplasm_1(fn_release_of_calcium_ion_by_cell_124(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& mixture_1(fn_animal_cell_79(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)))
& cytoplasm_1(fn_animal_cell_79(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)))
& endoplasmic_reticulum_1(fn_er_membrane_28(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)))
& endoplasmic_reticulum_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& smooth_endoplasmic_reticulum_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& smooth_endoplasmic_reticulum_1(fn_animal_cell_54(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)))
& cell_1(fn_extra_cellular_fluid_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_21(X)))
& eukaryotic_cell_1(fn_extra_cellular_matrix_14(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X)))
& animal_cell_1(fn_extra_cellular_matrix_14(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X)))
& tangible_entity_1(fn_extra_cellular_matrix_14(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X)))
& cell_1(fn_extra_cellular_matrix_14(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X)))
& tangible_entity_1(fn_release_of_calcium_ion_by_cell_51(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& cell_1(fn_release_of_calcium_ion_by_cell_51(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)))
& tangible_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& eukaryotic_cell_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& cell_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)))
& concentration_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_45(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_7(X))
& greater_than_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_7(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_6(X))
& concentration_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_42(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_6(X))
& is_inside_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_5(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X) != fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_18(X)
& agent_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_5(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X) != fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_16(X)
& has_state_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_16(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_18(X) != fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X)
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_16(X) != fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)
& concentration_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_15(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_4(X))
& greater_than_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_3(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_4(X))
& concentration_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_11(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_3(X))
& is_outside_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_21(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_14(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_15(X))
& base_2(X,fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& subevent_2(X,fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& subevent_2(X,fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_16(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_12(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_12(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_13(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_37(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_29(X))
& is_inside_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_29(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X))
& is_inside_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_38(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_38(X))
& is_inside_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_37(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_30(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X))
& is_between_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_30(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_38(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_36(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_30(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_35(X))
& is_outside_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_18(X) != fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_20(X)
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_20(X) != fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_18(X)
& is_between_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_18(X))
& is_inside_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_10(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_18(X))
& has_region_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_10(X))
& is_inside_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_34(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_18(X))
& is_outside_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_34(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_47(X) != fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_46(X)
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_46(X) != fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_47(X)
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_20(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_47(X))
& has_solute_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_20(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_47(X))
& destination_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_20(X))
& destination_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_26(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_20(X))
& has_function_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_28(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_26(X))
& is_outside_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_20(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_28(X))
& has_solvent_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_20(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_46(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_20(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_46(X))
& same_type_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_33(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_39(X))
& same_type_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_39(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_17(X))
& same_type_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_17(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_39(X))
& same_type_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_39(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_33(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_39(X))
& is_inside_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_28(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_32(X) != fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_39(X)
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_39(X) != fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_32(X)
& same_type_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_32(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_33(X))
& same_type_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_33(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_32(X))
& same_type_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_32(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_17(X))
& same_type_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_17(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_32(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_32(X))
& is_between_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_25(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X))
& base_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_25(X))
& origin_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X))
& has_solute_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_32(X))
& subevent_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_31(X))
& path_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_28(X))
& base_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_26(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_28(X))
& subevent_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_26(X))
& has_solvent_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_39(X))
& origin_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_26(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X))
& is_between_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_25(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_20(X))
& is_inside_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_30(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_28(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_33(X) != fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_17(X)
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_17(X) != fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_33(X)
& has_solvent_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_18(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_33(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_18(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_33(X))
& destination_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_18(X))
& is_outside_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& is_inside_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_34(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X))
& has_region_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_34(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_35(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_35(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_18(X))
& origin_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X))
& is_between_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X))
& is_inside_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_18(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& has_solute_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_18(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_17(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_18(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_17(X))
& path_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& base_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_25(X))
& is_between_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_25(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_18(X))
& is_inside_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_35(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_28(X))
& base_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& has_function_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& base_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& base_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_31(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& has_function_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& is_across_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_44(X) != fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_43(X)
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_43(X) != fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_44(X)
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_13(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_43(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_13(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_44(X))
& has_solute_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_13(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_44(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_47(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_45(X))
& is_inside_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_20(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X))
& is_inside_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_36(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X))
& has_region_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_10(X))
& has_solvent_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_13(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_43(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_44(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_42(X))
& has_part_2(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_17(X),fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_11(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X) = fn_extra_cellular_fluid_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_21(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_15(X) = fn_chemical_3(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_14(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X) = fn_maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_3(X)
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X) = fn_maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_1(X)
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X) = fn_maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_2(X)
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_12(X) = fn_cytosol_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_13(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_13(X) = fn_animal_cell_62(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_16(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_12(X) = fn_animal_cell_79(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_16(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_11(X) = fn_chemical_3(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_17(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_42(X) = fn_chemical_3(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_44(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_10(X) = fn_integral_protein_29(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X) = fn_peroxisome_40(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_36(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_20(X) = fn_extra_cellular_matrix_15(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_45(X) = fn_chemical_3(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_47(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_43(X) = fn_solution_6(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_13(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_44(X) = fn_solution_5(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_13(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X) = fn_biomembrane_54(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X) = fn_integral_protein_24(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X) = fn_transport_protein_35(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X) = fn_protein_pump_3(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X) = fn_eukaryotic_cell_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_33(X) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_4(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_34(X) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_12(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_35(X) = fn_er_membrane_28(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_25(X) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_18(X) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_35(X) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_47(X) = fn_release_of_calcium_ion_by_cell_82(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_46(X) = fn_release_of_calcium_ion_by_cell_81(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_39(X) = fn_extra_cellular_matrix_22(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_32(X) = fn_extra_cellular_matrix_20(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_33(X) = fn_release_of_calcium_ion_by_cell_81(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_17(X) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_55(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_17(X) = fn_release_of_calcium_ion_by_cell_82(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_32(X) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_56(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_32(X) = fn_release_of_calcium_ion_by_cell_80(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_31(X) = fn_release_of_calcium_ion_by_cell_47(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_28(X) = fn_active_movement_of_ions_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_28(X) = fn_active_transport_using_atp_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_26(X) = fn_active_transport_using_atp_31(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_39(X) = fn_release_of_calcium_ion_by_cell_58(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_26(X) = fn_release_of_calcium_ion_by_cell_48(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_25(X) = fn_release_of_calcium_ion_by_cell_79(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_20(X) = fn_release_of_calcium_ion_by_cell_53(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_28(X) = fn_release_of_calcium_ion_by_cell_126(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_30(X) = fn_eukaryotic_cell_31(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_28(X) = fn_eukaryotic_cell_29(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_28(X) = fn_release_of_calcium_ion_by_cell_52(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_20(X) = fn_er_membrane_33(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_10(X) = fn_er_membrane_3(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_18(X) = fn_er_membrane_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_10(X) = fn_biomembrane_41(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X) = fn_transmembrane_protein_4(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_10(X) = fn_transmembrane_protein_5(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X) = fn_active_transport_using_atp_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_10(X) = fn_active_transport_using_atp_35(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X) = fn_active_movement_of_ions_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_10(X) = fn_active_movement_of_ions_13(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_10(X) = fn_er_membrane_13(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_18(X) = fn_er_membrane_33(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_34(X) = fn_er_membrane_7(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X) = fn_release_of_calcium_ion_by_cell_51(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_29(X) = fn_release_of_calcium_ion_by_cell_125(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_29(X) = fn_animal_cell_51(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_38(X) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_11(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_37(X) = fn_animal_cell_82(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X) = fn_extra_cellular_matrix_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_30(X) = fn_release_of_calcium_ion_by_cell_124(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X) = fn_release_of_calcium_ion_by_cell_54(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_27(X) = fn_animal_cell_62(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_38(X) = fn_animal_cell_78(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_36(X) = fn_animal_cell_45(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_30(X) = fn_extra_cellular_matrix_18(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_30(X) = fn_animal_cell_79(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_35(X) = fn_animal_cell_54(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X) = fn_extra_cellular_matrix_14(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X) = fn_animal_cell_77(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_cytosol_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_13(X)) = fn_animal_cell_79(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_16(X))
& fn_animal_cell_79(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_16(X)) = fn_animal_cell_79(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_16(X))
& fn_animal_cell_79(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_16(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_4(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_4(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_4(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_4(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_release_of_calcium_ion_by_cell_81(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_81(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_release_of_calcium_ion_by_cell_81(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_81(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_55(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_55(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_55(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_release_of_calcium_ion_by_cell_82(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_release_of_calcium_ion_by_cell_82(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_82(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_55(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_55(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_release_of_calcium_ion_by_cell_82(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_82(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_extra_cellular_matrix_20(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X))
& fn_extra_cellular_matrix_20(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_56(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_56(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_56(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_release_of_calcium_ion_by_cell_80(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_56(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_56(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_release_of_calcium_ion_by_cell_80(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_80(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_release_of_calcium_ion_by_cell_80(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_80(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_2(X)
& fn_maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_2(X) = fn_eukaryotic_cell_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_eukaryotic_cell_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)) = fn_eukaryotic_cell_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_eukaryotic_cell_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)) = fn_release_of_calcium_ion_by_cell_58(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_58(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_extra_cellular_matrix_22(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X))
& fn_extra_cellular_matrix_22(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X)) = fn_release_of_calcium_ion_by_cell_58(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_58(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_release_of_calcium_ion_by_cell_58(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_58(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_release_of_calcium_ion_by_cell_48(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_48(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_active_transport_using_atp_31(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_active_transport_using_atp_31(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_release_of_calcium_ion_by_cell_48(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_48(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_release_of_calcium_ion_by_cell_48(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_48(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_release_of_calcium_ion_by_cell_79(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_79(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_release_of_calcium_ion_by_cell_79(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_79(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_active_movement_of_ions_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_active_movement_of_ions_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_release_of_calcium_ion_by_cell_126(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_eukaryotic_cell_29(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)) = fn_release_of_calcium_ion_by_cell_126(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_126(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_eukaryotic_cell_29(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_eukaryotic_cell_29(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)) = fn_eukaryotic_cell_29(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_active_transport_using_atp_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_active_transport_using_atp_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_active_transport_using_atp_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_eukaryotic_cell_29(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_eukaryotic_cell_29(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)) = fn_active_transport_using_atp_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_52(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_active_transport_using_atp_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_active_transport_using_atp_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_release_of_calcium_ion_by_cell_52(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_52(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_release_of_calcium_ion_by_cell_52(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_52(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_extra_cellular_matrix_15(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X))
& fn_extra_cellular_matrix_15(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X)) = fn_release_of_calcium_ion_by_cell_53(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_53(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_release_of_calcium_ion_by_cell_53(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_53(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_er_membrane_33(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_er_membrane_33(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)) = fn_er_membrane_33(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_er_membrane_33(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)) = fn_integral_protein_29(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& fn_integral_protein_29(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X)) = fn_biomembrane_41(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_biomembrane_41(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)) = fn_biomembrane_41(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_biomembrane_41(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)) = fn_transmembrane_protein_5(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& fn_transmembrane_protein_5(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X)) = fn_transmembrane_protein_5(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& fn_transmembrane_protein_5(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X)) = fn_active_transport_using_atp_35(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_active_transport_using_atp_35(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_active_transport_using_atp_35(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_active_transport_using_atp_35(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_active_movement_of_ions_13(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_er_membrane_3(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)) = fn_active_movement_of_ions_13(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_active_movement_of_ions_13(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_er_membrane_3(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_er_membrane_3(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)) = fn_er_membrane_13(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_er_membrane_13(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)) = fn_er_membrane_13(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_er_membrane_13(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_er_membrane_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_er_membrane_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)) = fn_er_membrane_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_er_membrane_33(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)) = fn_er_membrane_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_er_membrane_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)) = fn_er_membrane_33(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_er_membrane_33(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)) = fn_integral_protein_24(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& fn_integral_protein_24(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X)) = fn_transport_protein_35(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& fn_transport_protein_35(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X)) = fn_transport_protein_35(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& fn_transport_protein_35(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X)) = fn_transmembrane_protein_4(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& fn_transmembrane_protein_4(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X)) = fn_transmembrane_protein_4(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& fn_active_transport_using_atp_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_transmembrane_protein_4(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& fn_transmembrane_protein_4(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X)) = fn_active_transport_using_atp_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_active_transport_using_atp_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_active_transport_using_atp_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_active_movement_of_ions_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_active_transport_using_atp_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_active_transport_using_atp_32(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_active_movement_of_ions_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_protein_pump_3(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X)) = fn_active_movement_of_ions_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_active_movement_of_ions_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_active_movement_of_ions_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_active_movement_of_ions_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_protein_pump_3(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& fn_protein_pump_3(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X)) = fn_protein_pump_3(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X))
& fn_protein_pump_3(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_41(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_12(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_12(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_12(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_12(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_er_membrane_7(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_er_membrane_7(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)) = fn_er_membrane_7(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_er_membrane_7(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)) = fn_release_of_calcium_ion_by_cell_125(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_animal_cell_51(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)) = fn_release_of_calcium_ion_by_cell_125(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_125(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_animal_cell_51(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_animal_cell_51(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)) = fn_peroxisome_40(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_36(X))
& fn_peroxisome_40(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_36(X)) = fn_extra_cellular_matrix_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X))
& fn_extra_cellular_matrix_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X)) = fn_extra_cellular_matrix_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X))
& fn_extra_cellular_matrix_19(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X)) = fn_peroxisome_40(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_36(X))
& fn_peroxisome_40(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_36(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_release_of_calcium_ion_by_cell_54(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_release_of_calcium_ion_by_cell_54(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_54(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_release_of_calcium_ion_by_cell_54(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_animal_cell_62(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)) = fn_animal_cell_62(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_animal_cell_62(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)) = fn_release_of_calcium_ion_by_cell_54(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_54(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_animal_cell_62(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_animal_cell_62(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_11(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_animal_cell_78(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_11(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_11(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_animal_cell_78(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_animal_cell_78(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)) = fn_animal_cell_78(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_animal_cell_78(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)) = fn_eukaryotic_cell_31(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_eukaryotic_cell_31(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)) = fn_extra_cellular_matrix_18(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X))
& fn_extra_cellular_matrix_18(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X)) = fn_extra_cellular_matrix_18(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X))
& fn_extra_cellular_matrix_18(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X)) = fn_release_of_calcium_ion_by_cell_124(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_124(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_eukaryotic_cell_31(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_eukaryotic_cell_31(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)) = fn_release_of_calcium_ion_by_cell_124(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_124(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_release_of_calcium_ion_by_cell_124(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_124(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_animal_cell_79(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_animal_cell_79(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)) = fn_animal_cell_79(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_animal_cell_79(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)) = fn_er_membrane_28(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X))
& fn_er_membrane_28(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_40(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_animal_cell_54(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X))
& fn_animal_cell_54(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_22(X)) = fn_extra_cellular_fluid_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_21(X))
& fn_extra_cellular_fluid_1(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_21(X)) = fn_maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_3(X)
& fn_maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_3(X) = fn_maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_3(X)
& fn_maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_3(X) = fn_extra_cellular_matrix_14(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X))
& fn_release_of_calcium_ion_by_cell_51(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_extra_cellular_matrix_14(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X))
& fn_extra_cellular_matrix_14(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X)) = fn_extra_cellular_matrix_14(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X))
& fn_extra_cellular_matrix_14(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_19(X)) = fn_release_of_calcium_ion_by_cell_51(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_51(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_release_of_calcium_ion_by_cell_51(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) = fn_release_of_calcium_ion_by_cell_51(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X))
& fn_release_of_calcium_ion_by_cell_51(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_24(X)) = fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(fn_maintenance_of_concentration_of_calcium_ion_in_animal_cell_23(X)) ) ) ).
fof(a530773,axiom,
! [X] :
( maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_1(X)
=> ( original_name_2(X,'Maintenance-Of-Concentration-Of-Calcium-Ion-In-Eukaryotic-Cell')
& user_description_2(X,'Keeping a steady concentrations of Ca2+ ions in the cytosol of a nucleated cell.')
& concept2words_2(X,maintain)
& concept2words_2(X,'maintenance of concentration of calcium ion in eukaryotic cell')
& concept2words_2(X,'maintenance-of-concentration-of-calcium-ion-in-eukaryotic-cell')
& concentration_maintenance_transport_1(X)
& ~ organizing_1(X)
& ~ maintenance_of_ph_in_lysosome_1(X)
& ~ ph_maintenance_1(X)
& uptake_of_calcium_ion_by_endoplasmic_reticulum_1(fn_maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_1(X))
& release_of_calcium_ion_by_cell_1(fn_maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_2(X))
& eukaryotic_cell_1(fn_maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_3(X))
& cellular_work_utilizing_atp_1(fn_maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_4(X))
& calcium_ion_1(fn_maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_5(X))
& causes_2(fn_maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_4(X),X)
& subevent_2(X,fn_maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_1(X))
& subevent_2(X,fn_maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_2(X))
& base_2(X,fn_maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_3(X))
& object_2(X,fn_maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_5(X))
& fn_maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_5(X) = fn_concentration_maintenance_transport_9(X) ) ) ).
fof(a530774,axiom,
! [X] :
( maintenance_of_ph_in_lysosome_1(X)
=> ( original_name_2(X,'Maintenance-of-pH-in-Lysosome')
& user_description_2(X,'This involves maintaining the pH inside a lysosome at about 5. This is the optimum pH for the functioning of hydrolytic lysosomal enzymes')
& concept2words_2(X,'ph maintenance in lysosome')
& concept2words_2(X,'lysosomal ph maintenance')
& concept2words_2(X,'maintenance of lysosomal ph')
& concept2words_2(X,'maintenance of ph')
& concept2words_2(X,maintain)
& concept2words_2(X,'maintenance of ph in lysosome')
& concept2words_2(X,'maintenance-of-ph-in-lysosome')
& maintenance_1(X)
& ~ organizing_1(X)
& ~ maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_1(X)
& ~ ph_maintenance_1(X)
& lysosome_1(fn_maintenance_of_ph_in_lysosome_1(X))
& vesicle_1(fn_maintenance_of_ph_in_lysosome_2(X))
& substance_1(fn_maintenance_of_ph_in_lysosome_2(X))
& lysosome_1(fn_maintenance_of_ph_in_lysosome_2(X))
& supply_1(fn_maintenance_of_ph_in_lysosome_3(X))
& cytosol_1(fn_maintenance_of_ph_in_lysosome_4(X))
& hydrogen_ion_1(fn_maintenance_of_ph_in_lysosome_5(X))
& entity_1(fn_transfer_1(fn_maintenance_of_ph_in_lysosome_3(X)))
& tangible_entity_1(fn_relinquish_1(fn_maintenance_of_ph_in_lysosome_3(X)))
& recipient_2(fn_maintenance_of_ph_in_lysosome_3(X),fn_maintenance_of_ph_in_lysosome_1(X))
& subevent_2(X,fn_maintenance_of_ph_in_lysosome_3(X))
& site_2(X,fn_maintenance_of_ph_in_lysosome_2(X))
& object_2(fn_maintenance_of_ph_in_lysosome_3(X),fn_maintenance_of_ph_in_lysosome_5(X))
& donor_2(fn_maintenance_of_ph_in_lysosome_3(X),fn_maintenance_of_ph_in_lysosome_4(X))
& agent_2(fn_maintenance_of_ph_in_lysosome_3(X),fn_maintenance_of_ph_in_lysosome_4(X))
& fn_maintenance_of_ph_in_lysosome_5(X) = fn_transfer_1(fn_maintenance_of_ph_in_lysosome_3(X))
& fn_maintenance_of_ph_in_lysosome_4(X) = fn_relinquish_1(fn_maintenance_of_ph_in_lysosome_3(X)) ) ) ).
fof(a530775,axiom,
! [X] :
( major_depression_1(X)
=> ( original_name_2(X,'Major-Depression')
& user_description_2(X,'A mental disorder characterized by periods of deep sadness, low self-esteem, and a loss of interest or pleasure in normally enjoyable activities.')
& concept2words_2(X,'depression of major')
& concept2words_2(X,'major depression')
& concept2words_2(X,'major-depression')
& mental_or_brain_disorder_1(X)
& ~ alzheimers_disease_1(X)
& ~ bipolar_disorder_1(X)
& ~ creutzfeldt_jacob_disease_1(X)
& ~ multiple_sclerosis_1(X)
& ~ parkinsons_disease_1(X)
& ~ schizophrenia_1(X) ) ) ).
fof(a530776,axiom,
! [X] :
( major_histocompatibility_complex_gene_1(X)
=> ( original_name_2(X,'Major-Histocompatibility-Complex-Gene')
& user_description_2(X,'The major histocompatibility complex (MHC) is a large genomic region or gene family found in most vertebrates that encodes MHC molecules. MHC molecules play an important role in the immune system and autoimmunity.')
& concept2words_2(X,'major histocompatibility complex gene')
& concept2words_2(X,'major-histocompatibility-complex-gene')
& multigene_family_1(X)
& ~ multigene_family_of_identical_genes_1(X)
& ~ multigene_family_of_nonidentical_genes_1(X) ) ) ).
fof(a530777,axiom,
! [X] :
( major_histocompatibility_complex_protein_1(X)
=> ( original_name_2(X,'Major-Histocompatibility-Complex-Protein')
& user_description_2(X,'A cell-surface protein that presents antigens to T cells.')
& concept2words_2(X,mhc)
& concept2words_2(X,mchp)
& concept2words_2(X,'major histocompatibility complex protein')
& concept2words_2(X,'major-histocompatibility-complex-protein')
& integral_protein_1(X)
& glycoprotein_1(X)
& interact_1(fn_major_histocompatibility_complex_protein_1(X))
& t_cells_1(fn_major_histocompatibility_complex_protein_2(X))
& share_1(fn_major_histocompatibility_complex_protein_3(X))
& unequal_sharing_of_electrons_1(fn_major_histocompatibility_complex_protein_4(X))
& unequal_sharing_1(fn_major_histocompatibility_complex_protein_5(X))
& agent_2(fn_major_histocompatibility_complex_protein_1(X),X)
& object_2(fn_major_histocompatibility_complex_protein_1(X),fn_major_histocompatibility_complex_protein_2(X))
& has_function_2(X,fn_major_histocompatibility_complex_protein_1(X))
& result_2(fn_major_histocompatibility_complex_protein_3(X),X)
& result_2(fn_major_histocompatibility_complex_protein_4(X),X)
& result_2(fn_major_histocompatibility_complex_protein_5(X),X) ) ) ).
fof(a530778,axiom,
! [X] :
( make_1(X)
=> ( original_name_2(X,'Make')
& user_description_2(X,'Form something by putting parts together or combining substances')
& concept2words_2(X,make)
& action_1(X) ) ) ).
fof(a530779,axiom,
! [X] :
( make_accessible_1(X)
=> ( original_name_2(X,'Make-Accessible')
& concept2words_2(X,make)
& concept2words_2(X,'make accessible')
& concept2words_2(X,'make-accessible')
& action_1(X)
& entity_1(fn_make_accessible_1(X))
& object_2(X,fn_make_accessible_1(X)) ) ) ).
fof(a530780,axiom,
! [X] :
( make_contact_1(X)
=> ( original_name_2(X,'Make-Contact')
& concept2words_2(X,'criss-cross')
& concept2words_2(X,touch)
& concept2words_2(X,'criss cross')
& concept2words_2(X,'come into contact')
& concept2words_2(X,'make contact')
& concept2words_2(X,'contact of make')
& concept2words_2(X,'make-contact')
& action_1(X)
& spatial_entity_1(fn_make_contact_1(X))
& spatial_entity_1(fn_make_contact_2(X))
& base_2(X,fn_make_contact_2(X))
& object_2(X,fn_make_contact_1(X)) ) ) ).
fof(a530781,axiom,
! [X] :
( make_error_1(X)
=> ( original_name_2(X,'Make-Error')
& user_description_2(X,'In biology, a cellular action which produces an unexpected outcome.')
& concept2words_2(X,make)
& concept2words_2(X,'error of make')
& concept2words_2(X,'make error')
& concept2words_2(X,'make-error')
& make_1(X) ) ) ).
fof(a530782,axiom,
! [X] :
( make_inaccessible_1(X)
=> ( original_name_2(X,'Make-Inaccessible')
& concept2words_2(X,make)
& concept2words_2(X,'make inaccessible')
& concept2words_2(X,'make-inaccessible')
& action_1(X)
& entity_1(fn_make_inaccessible_1(X))
& object_2(X,fn_make_inaccessible_1(X)) ) ) ).
fof(a530783,axiom,
! [X] :
( make_request_1(X)
=> ( original_name_2(X,'Make-Request')
& concept2words_2(X,request)
& concept2words_2(X,bespeak)
& concept2words_2(X,'call for')
& concept2words_2(X,call_for)
& concept2words_2(X,quest)
& concept2words_2(X,communicate)
& concept2words_2(X,'request of make')
& concept2words_2(X,'make request')
& concept2words_2(X,'make-request')
& communicate_1(X)
& ~ teach_1(X)
& ~ suggest_1(X)
& manner_value_1(fn_make_request_1(X))
& request_1(fn_make_request_3(X))
& the_categorical_value_2(fn_make_request_1(X),politely_0)
& manner_2(X,fn_make_request_1(X))
& object_2(X,fn_make_request_3(X))
& fn_make_request_3(X) = fn_communicate_2(X) ) ) ).
fof(a530784,axiom,
! [X] :
( malaria_1(X)
=> ( original_name_2(X,'Malaria')
& user_description_2(X,'A mosquito-borne infectious disease of humans and other mammals caused by protozoans of the genus Plasmodium.')
& concept2words_2(X,'malarial fever')
& concept2words_2(X,'malarial-fever')
& concept2words_2(X,malaria)
& protozoan_disease_1(X)
& ~ african_sleeping_sickness_1(X)
& ~ aids_1(X)
& ~ cholera_1(X)
& ~ cowpox_1(X)
& ~ encephalitis_1(X)
& ~ gastric_ulcer_1(X)
& ~ gonorrhea_1(X)
& ~ hemorrhagic_fever_1(X)
& ~ influenza_1(X)
& ~ lyme_disease_1(X)
& ~ mycosis_1(X)
& ~ smallpox_1(X)
& ~ tetanus_1(X)
& ~ tobacco_mosaic_disease_1(X)
& ~ tuberculosis_1(X) ) ) ).
fof(a530785,axiom,
! [X] :
( malate_1(X)
=> ( original_name_2(X,'Malate')
& user_description_2(X,'Malate is a salt or ester of malic acid.')
& concept2words_2(X,malate)
& organic_anion_1(X)
& ~ acetate_1(X)
& ~ alpha_ketoglutarate_1(X)
& ~ citrate_1(X)
& ~ fumarate_1(X)
& ~ isocitrate_1(X)
& ~ oxaloacetate_1(X)
& ~ succinate_1(X) ) ) ).
fof(a530786,axiom,
! [X] :
( male_fruit_fly_1(X)
=> ( original_name_2(X,'Male-Fruit-Fly')
& user_description_2(X,'Drosophila melanogaster is a species of Diptera, or the order of flies, in the family Drosophilidae. The species is commonly known as the common fruit fly or vinegar fly. It has 2 sex chromosomes and 6 autosomes.')
& concept2words_2(X,'male fruit fly')
& concept2words_2(X,'male fruit-fly')
& concept2words_2(X,'male-fruit-fly')
& fruit_fly_1(X) ) ) ).
fof(a530787,axiom,
! [X] :
( male_somatic_cell_1(X)
=> ( original_name_2(X,'Male-Somatic-Cell')
& user_description_2(X,'A male somatic cell contains 23 pair of chromosomes including XY.')
& concept2words_2(X,'male somatic cell')
& concept2words_2(X,'male-somatic-cell')
& somatic_cell_1(X)
& ~ female_somatic_cell_1(X)
& dna_polymerase_iii_1(fn_male_somatic_cell_1(X))
& y_chromosome_1(fn_male_somatic_cell_2(X))
& exactCardinality(X,has_part_0,"1",x_chromosome_0)
& exactCardinality(X,has_part_0,"1",y_chromosome_0)
& has_part_2(X,fn_male_somatic_cell_2(X))
& has_part_2(X,fn_male_somatic_cell_1(X))
& fn_male_somatic_cell_2(X) = fn_animal_cell_52(X)
& fn_male_somatic_cell_1(X) = fn_eukaryotic_cell_3(X) ) ) ).
fof(a530788,axiom,
! [X] :
( malignant_tumor_1(X)
=> ( original_name_2(X,'Malignant-Tumor')
& user_description_2(X,'A cancerous tumor that is invasive enough to impair the functions of one or more organs.')
& concept2words_2(X,'cancerous tumor')
& concept2words_2(X,cancer)
& concept2words_2(X,'metastatic tumor')
& concept2words_2(X,'malignant tumor')
& concept2words_2(X,'malignant-tumor')
& tumor_1(X)
& reproduce_1(fn_malignant_tumor_1(X))
& cancer_cell_1(fn_malignant_tumor_2(X))
& living_entity_1(fn_reproduce_1(fn_malignant_tumor_1(X)))
& living_entity_1(fn_reproduce_2(fn_malignant_tumor_1(X)))
& minCardinality(X,has_part_0,"1",cancer_cell_0)
& has_part_2(X,fn_malignant_tumor_2(X))
& exactCardinality(fn_malignant_tumor_1(X),agent_0,"1",cancer_cell_0)
& minCardinality(fn_malignant_tumor_1(X),result_0,"1",cancer_cell_0)
& result_2(fn_malignant_tumor_1(X),X)
& agent_2(fn_malignant_tumor_1(X),fn_malignant_tumor_2(X))
& base_2(fn_malignant_tumor_1(X),fn_malignant_tumor_2(X))
& result_2(fn_malignant_tumor_1(X),fn_malignant_tumor_2(X))
& X = fn_reproduce_2(fn_malignant_tumor_1(X))
& fn_malignant_tumor_2(X) = fn_reproduce_1(fn_malignant_tumor_1(X))
& fn_malignant_tumor_2(X) = fn_reproduce_2(fn_malignant_tumor_1(X))
& fn_reproduce_1(fn_malignant_tumor_1(X)) = fn_reproduce_1(fn_malignant_tumor_1(X))
& fn_reproduce_1(fn_malignant_tumor_1(X)) = fn_reproduce_2(fn_malignant_tumor_1(X)) ) ) ).
fof(a530789,axiom,
! [X] :
( malignant_tumor_growth_1(X)
=> ( original_name_2(X,'Malignant-Tumor-Growth')
& user_description_2(X,'Uncontrolled cell division of malignant cancerous cells, resulting in the growth of a malignant tumor. Tumor growth often also includes growth of supporting tissues, such as blood vessels.')
& concept2words_2(X,grow)
& concept2words_2(X,'malignant tumor growth')
& concept2words_2(X,'malignant-tumor-growth')
& tumor_growth_1(X)
& mutation_1(fn_malignant_tumor_growth_1(X))
& rate_value_1(fn_malignant_tumor_growth_3(X))
& distributing_1(fn_malignant_tumor_growth_4(X))
& parent_cell_1(fn_malignant_tumor_growth_5(X))
& organic_molecule_1(fn_malignant_tumor_growth_6(X))
& growth_1(fn_malignant_tumor_growth_7(X))
& cell_1(fn_malignant_tumor_growth_8(X))
& cancer_cell_1(fn_malignant_tumor_growth_8(X))
& cell_1(fn_malignant_tumor_growth_9(X))
& cancer_cell_1(fn_malignant_tumor_growth_9(X))
& cell_division_1(fn_malignant_tumor_growth_10(X))
& tumor_1(fn_malignant_tumor_growth_11(X))
& malignant_tumor_1(fn_malignant_tumor_growth_11(X))
& animal_1(fn_malignant_tumor_growth_12(X))
& produce_1(fn_malignant_tumor_growth_13(X))
& tangible_entity_1(fn_produce_1(fn_malignant_tumor_growth_13(X)))
& parent_cell_1(fn_cell_division_6(fn_malignant_tumor_growth_10(X)))
& cell_1(fn_cell_division_2(fn_malignant_tumor_growth_10(X)))
& cell_1(fn_cell_division_3(fn_malignant_tumor_growth_10(X)))
& cancer_cell_1(fn_malignant_tumor_2(fn_malignant_tumor_growth_11(X)))
& next_event_2(fn_malignant_tumor_growth_4(X),fn_malignant_tumor_growth_10(X))
& object_2(fn_malignant_tumor_growth_4(X),fn_malignant_tumor_growth_9(X))
& next_event_2(fn_malignant_tumor_growth_13(X),fn_malignant_tumor_growth_7(X))
& next_event_2(fn_malignant_tumor_growth_10(X),fn_malignant_tumor_growth_13(X))
& rate_2(fn_malignant_tumor_growth_10(X),fn_malignant_tumor_growth_3(X))
& first_subevent_2(X,fn_malignant_tumor_growth_1(X))
& subevent_2(X,fn_malignant_tumor_growth_4(X))
& subevent_2(X,fn_malignant_tumor_growth_1(X))
& the_scalar_value_2(fn_malignant_tumor_growth_3(X),fast_0)
& scalar_unit_class_2(fn_malignant_tumor_growth_3(X),cellular_process_0)
& next_event_2(fn_malignant_tumor_growth_1(X),fn_malignant_tumor_growth_4(X))
& base_2(fn_malignant_tumor_growth_1(X),fn_malignant_tumor_growth_9(X))
& enables_2(fn_malignant_tumor_growth_1(X),fn_malignant_tumor_growth_4(X))
& plays_2(fn_malignant_tumor_growth_9(X),fn_malignant_tumor_growth_5(X))
& base_2(X,fn_malignant_tumor_growth_12(X))
& has_part_2(fn_malignant_tumor_growth_12(X),fn_malignant_tumor_growth_11(X))
& toward_2(fn_malignant_tumor_growth_7(X),fn_malignant_tumor_growth_11(X))
& has_part_2(fn_malignant_tumor_growth_11(X),fn_malignant_tumor_growth_9(X))
& subevent_2(X,fn_malignant_tumor_growth_13(X))
& result_2(fn_malignant_tumor_growth_10(X),fn_malignant_tumor_growth_8(X))
& object_2(fn_malignant_tumor_growth_10(X),fn_malignant_tumor_growth_9(X))
& base_2(fn_malignant_tumor_growth_10(X),fn_malignant_tumor_growth_9(X))
& fn_malignant_tumor_growth_9(X) != fn_malignant_tumor_growth_8(X)
& fn_malignant_tumor_growth_8(X) != fn_malignant_tumor_growth_9(X)
& subevent_2(X,fn_malignant_tumor_growth_10(X))
& enables_2(fn_malignant_tumor_growth_10(X),X)
& subevent_2(X,fn_malignant_tumor_growth_7(X))
& causes_2(fn_malignant_tumor_growth_13(X),fn_malignant_tumor_growth_7(X))
& agent_2(fn_malignant_tumor_growth_13(X),fn_malignant_tumor_growth_9(X))
& in_event_2(fn_malignant_tumor_growth_5(X),fn_malignant_tumor_growth_10(X))
& raw_material_2(fn_malignant_tumor_growth_13(X),fn_malignant_tumor_growth_6(X))
& fn_malignant_tumor_growth_11(X) = fn_tumor_growth_2(X)
& fn_malignant_tumor_growth_12(X) = fn_tumor_growth_3(X)
& fn_malignant_tumor_growth_9(X) = fn_malignant_tumor_2(fn_malignant_tumor_growth_11(X))
& fn_malignant_tumor_growth_9(X) = fn_cell_division_3(fn_malignant_tumor_growth_10(X))
& fn_malignant_tumor_growth_9(X) = fn_tumor_growth_8(X)
& fn_malignant_tumor_growth_8(X) = fn_cell_division_2(fn_malignant_tumor_growth_10(X))
& fn_malignant_tumor_growth_8(X) = fn_tumor_growth_7(X)
& fn_malignant_tumor_growth_9(X) = fn_tumor_growth_1(X)
& fn_malignant_tumor_growth_13(X) = fn_tumor_growth_10(X)
& fn_malignant_tumor_growth_7(X) = fn_tumor_growth_5(X)
& fn_malignant_tumor_growth_10(X) = fn_tumor_growth_6(X)
& fn_malignant_tumor_growth_6(X) = fn_produce_1(fn_malignant_tumor_growth_13(X))
& fn_malignant_tumor_growth_5(X) = fn_cell_division_6(fn_malignant_tumor_growth_10(X))
& fn_tumor_growth_7(X) = fn_tumor_growth_7(X)
& fn_tumor_growth_7(X) = fn_cell_division_2(fn_malignant_tumor_growth_10(X))
& fn_cell_division_2(fn_malignant_tumor_growth_10(X)) = fn_tumor_growth_7(X)
& fn_tumor_growth_7(X) = fn_cell_division_3(fn_malignant_tumor_growth_10(X))
& fn_malignant_tumor_2(fn_malignant_tumor_growth_11(X)) = fn_cell_division_3(fn_malignant_tumor_growth_10(X))
& fn_cell_division_3(fn_malignant_tumor_growth_10(X)) = fn_malignant_tumor_2(fn_malignant_tumor_growth_11(X))
& fn_malignant_tumor_2(fn_malignant_tumor_growth_11(X)) = fn_tumor_growth_8(X)
& fn_tumor_growth_8(X) = fn_tumor_growth_8(X)
& fn_tumor_growth_8(X) = fn_tumor_growth_1(X) ) ) ).
fof(a530790,axiom,
! [X] :
( malleus_1(X)
=> ( original_name_2(X,'Malleus')
& user_description_2(X,'The first of three bones in the middle ear of mammals; also called the hammer.')
& concept2words_2(X,malleus)
& bone_1(X)
& ~ incus_1(X)
& ~ jaw_1(X)
& ~ mandible_1(X)
& ~ stapes_1(X) ) ) ).
fof(a530791,axiom,
! [X] :
( malnourishment_1(X)
=> ( original_name_2(X,'Malnourishment')
& user_description_2(X,'Long-term lack of one or more essential nutrients.')
& concept2words_2(X,malnourishment)
& nutrition_1(X)
& ~ overnourishment_1(X)
& ~ undernourishment_1(X) ) ) ).
fof(a530792,axiom,
! [X] :
( malonate_1(X)
=> ( original_name_2(X,'Malonate')
& user_description_2(X,'Anion resulting from the disassociation of Benzoic Acid')
& concept2words_2(X,malonate)
& organic_anion_1(X)
& ~ benzoate_1(X)
& ~ carbonate_ion_1(X)
& ~ cl_minus_1(X)
& ~ azide_1(X)
& ~ sulfide_1(X)
& ~ sulfate_1(X)
& ~ bicarbonate_ion_1(X)
& ~ phosphate_ion_1(X)
& charge_value_1(fn_malonate_1(X))
& the_cardinal_value_2(fn_malonate_1(X),"-2")
& cardinal_unit_class_2(fn_malonate_1(X),unity_0)
& charge_2(X,fn_malonate_1(X))
& fn_malonate_2(X) = fn_anion_7(X)
& fn_malonate_1(X) = fn_anion_6(X) ) ) ).
fof(a530793,axiom,
! [X] :
( malpighian_tubule_1(X)
=> ( original_name_2(X,'Malpighian-Tubule')
& user_description_2(X,'Unique excretory and osmoregulatory organ of terrestrial arthropods such as insects and spiders. Malpighian tubules collect nitrogenous wastes and excrete them into the intestine to be voided with feces.')
& concept2words_2(X,'malpighian tubule')
& concept2words_2(X,'malpighian-tubule')
& tubule_1(X)
& excretory_organ_1(X) ) ) ).
fof(a530794,axiom,
! [X] :
( maltose_1(X)
=> ( original_name_2(X,'Maltose')
& user_description_2(X,'A disaccharide formed by linking two glucose molecules together via a dehydration synthesis reaction.')
& concept2words_2(X,'malt sugar')
& concept2words_2(X,'malt-sugar')
& concept2words_2(X,maltose)
& disaccharide_1(X)
& ~ sucrose_1(X)
& asymmetrical_distribution_1(fn_maltose_1(X))
& asymmetrical_distribution_1(fn_maltose_2(X))
& asymmetrical_distribution_1(fn_maltose_5(X))
& asymmetrical_distribution_1(fn_maltose_6(X))
& unequal_sharing_1(fn_maltose_7(X))
& share_1(fn_maltose_7(X))
& entity_1(fn_maltose_8(X))
& atom_1(fn_maltose_8(X))
& chemical_entity_1(fn_maltose_8(X))
& oxygen_1(fn_maltose_8(X))
& share_1(fn_maltose_9(X))
& unequal_sharing_1(fn_maltose_9(X))
& share_1(fn_maltose_10(X))
& unequal_sharing_1(fn_maltose_10(X))
& share_1(fn_maltose_11(X))
& unequal_sharing_1(fn_maltose_11(X))
& share_1(fn_maltose_12(X))
& unequal_sharing_1(fn_maltose_12(X))
& constant_motion_1(fn_maltose_13(X))
& polar_covalent_bond_1(fn_maltose_14(X))
& alpha_1_comma_4_linkage_1(fn_maltose_15(X))
& share_1(fn_maltose_16(X))
& unequal_sharing_1(fn_maltose_16(X))
& atom_1(fn_maltose_17(X))
& chemical_entity_1(fn_maltose_17(X))
& oxygen_1(fn_maltose_17(X))
& entity_1(fn_maltose_17(X))
& share_1(fn_maltose_18(X))
& unequal_sharing_1(fn_maltose_18(X))
& share_1(fn_maltose_19(X))
& unequal_sharing_1(fn_maltose_19(X))
& share_1(fn_maltose_20(X))
& unequal_sharing_1(fn_maltose_20(X))
& hold_together_1(fn_maltose_21(X))
& constant_motion_1(fn_maltose_22(X))
& share_1(fn_maltose_23(X))
& unequal_sharing_1(fn_maltose_23(X))
& share_1(fn_maltose_24(X))
& unequal_sharing_1(fn_maltose_24(X))
& share_1(fn_maltose_25(X))
& unequal_sharing_1(fn_maltose_26(X))
& share_1(fn_maltose_27(X))
& share_1(fn_maltose_28(X))
& unequal_sharing_1(fn_maltose_28(X))
& hold_1(fn_maltose_30(X))
& hold_together_1(fn_maltose_30(X))
& atomic_number_value_1(fn_maltose_31(X))
& quantity_value_1(fn_maltose_32(X))
& functional_group_1(fn_maltose_33(X))
& hydroxyl_group_1(fn_maltose_33(X))
& entity_1(fn_maltose_34(X))
& atom_1(fn_maltose_34(X))
& chemical_entity_1(fn_maltose_34(X))
& oxygen_1(fn_maltose_34(X))
& unequal_sharing_1(fn_maltose_35(X))
& entity_1(fn_maltose_36(X))
& chemical_entity_1(fn_maltose_36(X))
& atom_1(fn_maltose_36(X))
& carbon_1(fn_maltose_36(X))
& atom_1(fn_maltose_37(X))
& chemical_entity_1(fn_maltose_37(X))
& entity_1(fn_maltose_37(X))
& oxygen_1(fn_maltose_37(X))
& tangible_entity_1(fn_maltose_38(X))
& chemical_entity_1(fn_maltose_38(X))
& atom_1(fn_maltose_38(X))
& hydrogen_1(fn_maltose_38(X))
& entity_1(fn_maltose_38(X))
& functional_group_1(fn_maltose_39(X))
& carbonyl_group_1(fn_maltose_39(X))
& carbon_skeleton_1(fn_maltose_40(X))
& covalent_bond_1(fn_maltose_41(X))
& double_bond_1(fn_maltose_41(X))
& polar_covalent_bond_1(fn_maltose_42(X))
& atom_1(fn_maltose_43(X))
& chemical_entity_1(fn_maltose_43(X))
& oxygen_1(fn_maltose_43(X))
& entity_1(fn_maltose_43(X))
& attract_1(fn_maltose_44(X))
& share_1(fn_maltose_45(X))
& unequal_sharing_1(fn_maltose_45(X))
& entity_1(fn_maltose_46(X))
& electron_1(fn_maltose_46(X))
& valence_electron_1(fn_maltose_46(X))
& electron_1(fn_maltose_47(X))
& entity_1(fn_maltose_47(X))
& valence_electron_1(fn_maltose_47(X))
& condensation_reaction_1(fn_maltose_48(X))
& dehydration_reaction_1(fn_maltose_48(X))
& molecule_1(fn_maltose_49(X))
& water_molecule_1(fn_maltose_49(X))
& entity_1(fn_maltose_50(X))
& electron_1(fn_maltose_50(X))
& valence_electron_1(fn_maltose_50(X))
& entity_1(fn_maltose_51(X))
& atom_1(fn_maltose_51(X))
& chemical_entity_1(fn_maltose_51(X))
& oxygen_1(fn_maltose_51(X))
& covalent_bond_1(fn_maltose_52(X))
& double_bond_1(fn_maltose_52(X))
& carbohydrate_1(fn_maltose_53(X))
& aldehyde_1(fn_maltose_53(X))
& chemical_entity_1(fn_maltose_53(X))
& molecule_1(fn_maltose_53(X))
& monosaccharide_1(fn_maltose_53(X))
& aldose_1(fn_maltose_53(X))
& glucose_1(fn_maltose_53(X))
& aldehyde_1(fn_maltose_54(X))
& molecule_1(fn_maltose_54(X))
& carbohydrate_1(fn_maltose_54(X))
& monosaccharide_1(fn_maltose_54(X))
& aldose_1(fn_maltose_54(X))
& glucose_1(fn_maltose_54(X))
& entity_1(fn_maltose_55(X))
& chemical_entity_1(fn_maltose_55(X))
& atom_1(fn_maltose_55(X))
& hydrogen_1(fn_maltose_55(X))
& hold_together_1(fn_maltose_56(X))
& entity_1(fn_maltose_57(X))
& electron_1(fn_maltose_57(X))
& valence_electron_1(fn_maltose_57(X))
& entity_1(fn_maltose_58(X))
& electron_1(fn_maltose_58(X))
& valence_electron_1(fn_maltose_58(X))
& share_1(fn_maltose_59(X))
& unequal_sharing_1(fn_maltose_59(X))
& functional_group_1(fn_maltose_60(X))
& carbonyl_group_1(fn_maltose_60(X))
& atom_1(fn_maltose_61(X))
& chemical_entity_1(fn_maltose_61(X))
& oxygen_1(fn_maltose_61(X))
& entity_1(fn_maltose_61(X))
& tangible_entity_1(fn_maltose_62(X))
& entity_1(fn_maltose_62(X))
& chemical_entity_1(fn_maltose_62(X))
& atom_1(fn_maltose_62(X))
& carbon_1(fn_maltose_62(X))
& entity_1(fn_maltose_63(X))
& chemical_entity_1(fn_maltose_63(X))
& atom_1(fn_maltose_63(X))
& carbon_1(fn_maltose_63(X))
& carbon_skeleton_1(fn_maltose_64(X))
& functional_group_1(fn_maltose_65(X))
& carbonyl_group_1(fn_maltose_65(X))
& double_bond_1(fn_maltose_66(X))
& covalent_bond_1(fn_maltose_66(X))
& electronegativity_value_1(fn_maltose_67(X))
& attract_1(fn_maltose_68(X))
& entity_1(fn_maltose_69(X))
& hydrophilic_region_1(fn_maltose_69(X))
& tangible_entity_1(fn_maltose_70(X))
& entity_1(fn_maltose_70(X))
& electron_1(fn_maltose_70(X))
& valence_electron_1(fn_maltose_70(X))
& unequal_sharing_1(fn_maltose_71(X))
& share_1(fn_maltose_71(X))
& unequal_sharing_1(fn_maltose_72(X))
& share_1(fn_maltose_72(X))
& entity_1(fn_maltose_73(X))
& electron_1(fn_maltose_73(X))
& valence_electron_1(fn_maltose_73(X))
& unequal_sharing_1(fn_maltose_74(X))
& share_1(fn_maltose_75(X))
& unequal_sharing_1(fn_maltose_76(X))
& carbon_skeleton_1(fn_maltose_77(X))
& entity_1(fn_maltose_78(X))
& atom_1(fn_maltose_78(X))
& chemical_entity_1(fn_maltose_78(X))
& oxygen_1(fn_maltose_78(X))
& share_1(fn_maltose_79(X))
& unequal_sharing_1(fn_maltose_79(X))
& hold_1(fn_maltose_80(X))
& hold_together_1(fn_maltose_80(X))
& constant_motion_1(fn_maltose_81(X))
& attract_1(fn_maltose_82(X))
& electron_shell_1(fn_maltose_83(X))
& first_electron_shell_1(fn_maltose_83(X))
& s_orbital_1(fn_maltose_84(X))
& atomic_orbital_1(fn_maltose_84(X))
& electron_shell_1(fn_maltose_85(X))
& center_1(fn_maltose_86(X))
& atomic_nucleus_1(fn_maltose_87(X))
& entity_1(fn_maltose_88(X))
& proton_1(fn_maltose_88(X))
& unequal_sharing_1(fn_maltose_89(X))
& center_1(fn_maltose_90(X))
& atomic_nucleus_1(fn_maltose_91(X))
& share_1(fn_maltose_92(X))
& unequal_sharing_1(fn_maltose_92(X))
& quantity_value_1(fn_maltose_93(X))
& speed_value_1(fn_maltose_94(X))
& constant_motion_1(fn_maltose_95(X))
& kinetic_energy_1(fn_maltose_96(X))
& constant_motion_1(fn_maltose_99(X))
& share_1(fn_maltose_100(X))
& unequal_sharing_1(fn_maltose_100(X))
& share_1(fn_maltose_101(X))
& unequal_sharing_1(fn_maltose_101(X))
& share_1(fn_maltose_102(X))
& unequal_sharing_1(fn_maltose_102(X))
& atom_1(fn_maltose_103(X))
& chemical_entity_1(fn_maltose_103(X))
& oxygen_1(fn_maltose_103(X))
& entity_1(fn_maltose_103(X))
& share_1(fn_maltose_104(X))
& unequal_sharing_1(fn_maltose_104(X))
& atomic_number_value_1(fn_covalent_bond_6(fn_maltose_52(X)))
& unequal_sharing_1(fn_hydroxyl_group_5(fn_maltose_33(X)))
& unequal_sharing_1(fn_glucose_12(fn_maltose_53(X)))
& share_1(fn_glucose_10(fn_maltose_53(X)))
& unequal_sharing_1(fn_glucose_10(fn_maltose_53(X)))
& hold_1(fn_glucose_14(fn_maltose_54(X)))
& hold_together_1(fn_glucose_14(fn_maltose_54(X)))
& attract_1(fn_glucose_17(fn_maltose_54(X)))
& quantity_value_1(fn_polar_covalent_bond_10(fn_maltose_14(X)))
& molecule_1(fn_condensation_reaction_3(fn_maltose_48(X)))
& water_molecule_1(fn_dehydration_reaction_6(fn_maltose_48(X)))
& s_orbital_1(fn_first_electron_shell_4(fn_maltose_83(X)))
& atomic_orbital_1(fn_polar_covalent_bond_15(fn_maltose_14(X)))
& share_1(fn_carbonyl_group_5(fn_maltose_60(X)))
& carbon_skeleton_1(fn_monosaccharide_6(fn_maltose_54(X)))
& carbon_skeleton_1(fn_aldose_11(fn_maltose_54(X)))
& carbon_skeleton_1(fn_monosaccharide_6(fn_maltose_53(X)))
& carbon_skeleton_1(fn_aldose_11(fn_maltose_53(X)))
& unequal_sharing_1(fn_glucose_35(fn_maltose_53(X)))
& share_1(fn_glucose_35(fn_maltose_53(X)))
& share_1(fn_glucose_5(fn_maltose_53(X)))
& unequal_sharing_1(fn_glucose_5(fn_maltose_53(X)))
& polar_covalent_bond_1(fn_aldose_8(fn_maltose_53(X)))
& polar_covalent_bond_1(fn_glucose_25(fn_maltose_53(X)))
& entity_1(fn_aldose_3(fn_maltose_53(X)))
& chemical_entity_1(fn_aldose_3(fn_maltose_53(X)))
& atom_1(fn_aldose_3(fn_maltose_53(X)))
& hydrogen_1(fn_aldose_3(fn_maltose_53(X)))
& entity_1(fn_monosaccharide_9(fn_maltose_53(X)))
& chemical_entity_1(fn_monosaccharide_9(fn_maltose_53(X)))
& atom_1(fn_monosaccharide_9(fn_maltose_53(X)))
& hydrogen_1(fn_monosaccharide_9(fn_maltose_53(X)))
& tangible_entity_1(fn_glucose_23(fn_maltose_53(X)))
& chemical_entity_1(fn_glucose_23(fn_maltose_53(X)))
& atom_1(fn_glucose_23(fn_maltose_53(X)))
& hydrogen_1(fn_glucose_23(fn_maltose_53(X)))
& entity_1(fn_glucose_23(fn_maltose_53(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_maltose_42(X)))
& unequal_sharing_1(fn_glucose_11(fn_maltose_53(X)))
& unequal_sharing_1(fn_glucose_20(fn_maltose_53(X)))
& share_1(fn_glucose_20(fn_maltose_53(X)))
& entity_1(fn_monosaccharide_13(fn_maltose_53(X)))
& chemical_entity_1(fn_monosaccharide_13(fn_maltose_53(X)))
& atom_1(fn_monosaccharide_13(fn_maltose_53(X)))
& oxygen_1(fn_monosaccharide_13(fn_maltose_53(X)))
& chemical_entity_1(fn_functional_group_1(fn_maltose_39(X)))
& chemical_entity_1(fn_dehydration_reaction_7(fn_maltose_48(X)))
& molecule_1(fn_dehydration_reaction_7(fn_maltose_48(X)))
& share_1(fn_glucose_8(fn_maltose_54(X)))
& unequal_sharing_1(fn_glucose_20(fn_maltose_54(X)))
& share_1(fn_glucose_20(fn_maltose_54(X)))
& unequal_sharing_1(fn_glucose_35(fn_maltose_54(X)))
& share_1(fn_glucose_35(fn_maltose_54(X)))
& unequal_sharing_1(fn_glucose_12(fn_maltose_54(X)))
& entity_1(fn_glucose_18(fn_maltose_54(X)))
& electron_1(fn_glucose_18(fn_maltose_54(X)))
& valence_electron_1(fn_glucose_18(fn_maltose_54(X)))
& electron_1(fn_glucose_16(fn_maltose_54(X)))
& valence_electron_1(fn_glucose_16(fn_maltose_54(X)))
& entity_1(fn_glucose_19(fn_maltose_54(X)))
& valence_electron_1(fn_glucose_19(fn_maltose_54(X)))
& share_1(fn_glucose_9(fn_maltose_54(X)))
& share_1(fn_glucose_5(fn_maltose_54(X)))
& unequal_sharing_1(fn_glucose_5(fn_maltose_54(X)))
& share_1(fn_glucose_10(fn_maltose_54(X)))
& unequal_sharing_1(fn_glucose_10(fn_maltose_54(X)))
& carbonyl_group_1(fn_aldehyde_10(fn_maltose_54(X)))
& carbonyl_group_1(fn_carbohydrate_34(fn_maltose_54(X)))
& functional_group_1(fn_monosaccharide_17(fn_maltose_54(X)))
& carbonyl_group_1(fn_monosaccharide_17(fn_maltose_54(X)))
& functional_group_1(fn_aldose_6(fn_maltose_54(X)))
& carbonyl_group_1(fn_aldose_6(fn_maltose_54(X)))
& functional_group_1(fn_glucose_27(fn_maltose_54(X)))
& carbonyl_group_1(fn_glucose_27(fn_maltose_54(X)))
& entity_1(fn_share_3(fn_maltose_71(X)))
& entity_1(fn_attract_2(fn_maltose_44(X)))
& entity_1(fn_share_1(fn_maltose_71(X)))
& tangible_entity_1(fn_hold_2(fn_maltose_30(X)))
& carbon_1(fn_aldehyde_6(fn_maltose_54(X)))
& entity_1(fn_monosaccharide_5(fn_maltose_54(X)))
& chemical_entity_1(fn_monosaccharide_5(fn_maltose_54(X)))
& atom_1(fn_monosaccharide_5(fn_maltose_54(X)))
& carbon_1(fn_monosaccharide_5(fn_maltose_54(X)))
& entity_1(fn_aldose_10(fn_maltose_54(X)))
& chemical_entity_1(fn_aldose_10(fn_maltose_54(X)))
& atom_1(fn_aldose_10(fn_maltose_54(X)))
& carbon_1(fn_aldose_10(fn_maltose_54(X)))
& entity_1(fn_glucose_24(fn_maltose_54(X)))
& chemical_entity_1(fn_glucose_24(fn_maltose_54(X)))
& atom_1(fn_glucose_24(fn_maltose_54(X)))
& carbon_1(fn_glucose_24(fn_maltose_54(X)))
& entity_1(fn_aldose_4(fn_maltose_54(X)))
& atom_1(fn_aldose_4(fn_maltose_54(X)))
& chemical_entity_1(fn_aldose_4(fn_maltose_54(X)))
& oxygen_1(fn_aldose_4(fn_maltose_54(X)))
& atom_1(fn_aldehyde_5(fn_maltose_54(X)))
& chemical_entity_1(fn_aldehyde_5(fn_maltose_54(X)))
& entity_1(fn_carbohydrate_39(fn_maltose_54(X)))
& chemical_entity_1(fn_carbohydrate_39(fn_maltose_54(X)))
& atom_1(fn_carbohydrate_39(fn_maltose_54(X)))
& oxygen_1(fn_carbohydrate_39(fn_maltose_54(X)))
& entity_1(fn_monosaccharide_18(fn_maltose_54(X)))
& atom_1(fn_monosaccharide_18(fn_maltose_54(X)))
& chemical_entity_1(fn_monosaccharide_18(fn_maltose_54(X)))
& oxygen_1(fn_monosaccharide_18(fn_maltose_54(X)))
& entity_1(fn_monosaccharide_13(fn_maltose_54(X)))
& chemical_entity_1(fn_monosaccharide_13(fn_maltose_54(X)))
& atom_1(fn_monosaccharide_13(fn_maltose_54(X)))
& oxygen_1(fn_monosaccharide_13(fn_maltose_54(X)))
& entity_1(fn_aldose_9(fn_maltose_54(X)))
& chemical_entity_1(fn_aldose_9(fn_maltose_54(X)))
& atom_1(fn_aldose_9(fn_maltose_54(X)))
& oxygen_1(fn_aldose_9(fn_maltose_54(X)))
& atom_1(fn_glucose_22(fn_maltose_54(X)))
& chemical_entity_1(fn_glucose_22(fn_maltose_54(X)))
& oxygen_1(fn_glucose_22(fn_maltose_54(X)))
& entity_1(fn_glucose_22(fn_maltose_54(X)))
& atom_1(fn_glucose_21(fn_maltose_54(X)))
& chemical_entity_1(fn_glucose_21(fn_maltose_54(X)))
& oxygen_1(fn_glucose_21(fn_maltose_54(X)))
& entity_1(fn_glucose_21(fn_maltose_54(X)))
& double_bond_1(fn_monosaccharide_16(fn_maltose_54(X)))
& double_bond_1(fn_glucose_26(fn_maltose_54(X)))
& covalent_bond_1(fn_glucose_26(fn_maltose_54(X)))
& molecule_1(fn_dehydration_reaction_8(fn_maltose_48(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_maltose_42(X)))
& hold_1(fn_glucose_14(fn_maltose_53(X)))
& hold_together_1(fn_glucose_14(fn_maltose_53(X)))
& hold_together_1(fn_carbonyl_group_10(fn_maltose_39(X)))
& entity_1(fn_aldose_9(fn_maltose_53(X)))
& chemical_entity_1(fn_aldose_9(fn_maltose_53(X)))
& atom_1(fn_aldose_9(fn_maltose_53(X)))
& oxygen_1(fn_aldose_9(fn_maltose_53(X)))
& atom_1(fn_glucose_21(fn_maltose_53(X)))
& chemical_entity_1(fn_glucose_21(fn_maltose_53(X)))
& oxygen_1(fn_glucose_21(fn_maltose_53(X)))
& entity_1(fn_glucose_21(fn_maltose_53(X)))
& atom_1(fn_glucose_22(fn_maltose_53(X)))
& chemical_entity_1(fn_glucose_22(fn_maltose_53(X)))
& oxygen_1(fn_glucose_22(fn_maltose_53(X)))
& entity_1(fn_glucose_22(fn_maltose_53(X)))
& double_bond_1(fn_glucose_26(fn_maltose_53(X)))
& covalent_bond_1(fn_glucose_26(fn_maltose_53(X)))
& double_bond_1(fn_carbonyl_group_8(fn_maltose_39(X)))
& entity_1(fn_aldose_4(fn_maltose_53(X)))
& atom_1(fn_aldose_4(fn_maltose_53(X)))
& chemical_entity_1(fn_aldose_4(fn_maltose_53(X)))
& oxygen_1(fn_aldose_4(fn_maltose_53(X)))
& oxygen_1(fn_carbonyl_group_9(fn_maltose_39(X)))
& carbonyl_group_1(fn_carbohydrate_34(fn_maltose_53(X)))
& functional_group_1(fn_monosaccharide_17(fn_maltose_53(X)))
& carbonyl_group_1(fn_monosaccharide_17(fn_maltose_53(X)))
& carbonyl_group_1(fn_aldehyde_10(fn_maltose_53(X)))
& functional_group_1(fn_aldose_6(fn_maltose_53(X)))
& carbonyl_group_1(fn_aldose_6(fn_maltose_53(X)))
& functional_group_1(fn_glucose_27(fn_maltose_53(X)))
& carbonyl_group_1(fn_glucose_27(fn_maltose_53(X)))
& entity_1(fn_share_3(fn_maltose_79(X)))
& entity_1(fn_share_3(fn_maltose_104(X)))
& entity_1(fn_share_1(fn_maltose_79(X)))
& entity_1(fn_share_1(fn_maltose_104(X)))
& entity_1(fn_polar_covalent_bond_19(fn_maltose_42(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_maltose_42(X)))
& atom_1(fn_polar_covalent_bond_19(fn_maltose_42(X)))
& entity_1(fn_polar_covalent_bond_18(fn_maltose_42(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_maltose_42(X)))
& atom_1(fn_polar_covalent_bond_18(fn_maltose_42(X)))
& entity_1(fn_monosaccharide_5(fn_maltose_53(X)))
& chemical_entity_1(fn_monosaccharide_5(fn_maltose_53(X)))
& atom_1(fn_monosaccharide_5(fn_maltose_53(X)))
& carbon_1(fn_monosaccharide_5(fn_maltose_53(X)))
& entity_1(fn_aldose_10(fn_maltose_53(X)))
& chemical_entity_1(fn_aldose_10(fn_maltose_53(X)))
& atom_1(fn_aldose_10(fn_maltose_53(X)))
& carbon_1(fn_aldose_10(fn_maltose_53(X)))
& entity_1(fn_glucose_24(fn_maltose_53(X)))
& chemical_entity_1(fn_glucose_24(fn_maltose_53(X)))
& atom_1(fn_glucose_24(fn_maltose_53(X)))
& carbon_1(fn_glucose_24(fn_maltose_53(X)))
& entity_1(fn_carbonyl_group_7(fn_maltose_39(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_maltose_39(X)))
& atom_1(fn_carbonyl_group_7(fn_maltose_39(X)))
& carbon_1(fn_carbonyl_group_7(fn_maltose_39(X)))
& center_1(fn_covalent_bond_23(fn_maltose_52(X)))
& entity_1(fn_attract_2(fn_maltose_68(X)))
& hold_together_1(fn_covalent_bond_14(fn_maltose_52(X)))
& hold_together_1(fn_carbonyl_group_10(fn_maltose_60(X)))
& electron_shell_1(fn_polar_covalent_bond_22(fn_maltose_14(X)))
& electron_shell_1(fn_covalent_bond_11(fn_maltose_52(X)))
& electron_shell_1(fn_polar_covalent_bond_20(fn_maltose_14(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_maltose_52(X)))
& atomic_nucleus_1(fn_hydroxyl_group_9(fn_maltose_33(X)))
& entity_1(fn_attract_2(fn_maltose_82(X)))
& double_bond_1(fn_carbonyl_group_8(fn_maltose_60(X)))
& entity_1(fn_share_3(fn_maltose_59(X)))
& entity_1(fn_share_3(fn_maltose_76(X)))
& entity_1(fn_share_3(fn_maltose_18(X)))
& entity_1(fn_share_3(fn_maltose_92(X)))
& entity_1(fn_share_1(fn_maltose_26(X)))
& entity_1(fn_share_1(fn_maltose_18(X)))
& entity_1(fn_share_1(fn_maltose_92(X)))
& entity_1(fn_carbonyl_group_7(fn_maltose_60(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_maltose_60(X)))
& atom_1(fn_carbonyl_group_7(fn_maltose_60(X)))
& carbon_1(fn_carbonyl_group_7(fn_maltose_60(X)))
& entity_1(fn_attract_1(fn_maltose_82(X)))
& tangible_entity_1(fn_constant_motion_1(fn_maltose_81(X)))
& tangible_entity_1(fn_constant_motion_1(fn_maltose_22(X)))
& tangible_entity_1(fn_constant_motion_1(fn_maltose_99(X)))
& tangible_entity_1(fn_constant_motion_1(fn_maltose_13(X)))
& valence_electron_1(fn_carbonyl_group_4(fn_maltose_60(X)))
& entity_1(fn_share_3(fn_maltose_28(X)))
& entity_1(fn_share_3(fn_maltose_20(X)))
& entity_1(fn_share_3(fn_maltose_19(X)))
& entity_1(fn_share_3(fn_maltose_12(X)))
& entity_1(fn_share_3(fn_maltose_100(X)))
& entity_1(fn_share_3(fn_maltose_10(X)))
& entity_1(fn_share_1(fn_maltose_74(X)))
& entity_1(fn_share_1(fn_maltose_19(X)))
& entity_1(fn_share_1(fn_maltose_89(X)))
& entity_1(fn_share_1(fn_maltose_12(X)))
& entity_1(fn_share_1(fn_maltose_100(X)))
& entity_1(fn_share_1(fn_maltose_10(X)))
& center_1(fn_polar_covalent_bond_23(fn_maltose_14(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_14(fn_maltose_14(X)))
& entity_1(fn_share_3(fn_maltose_35(X)))
& entity_1(fn_share_3(fn_maltose_27(X)))
& entity_1(fn_share_3(fn_maltose_26(X)))
& entity_1(fn_share_3(fn_maltose_9(X)))
& entity_1(fn_share_1(fn_maltose_59(X)))
& entity_1(fn_share_1(fn_maltose_27(X)))
& entity_1(fn_share_1(fn_maltose_76(X)))
& entity_1(fn_share_1(fn_maltose_9(X)))
& entity_1(fn_covalent_bond_20(fn_maltose_52(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_maltose_52(X)))
& atom_1(fn_covalent_bond_20(fn_maltose_52(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_maltose_33(X)))
& oxygen_1(fn_carbonyl_group_9(fn_maltose_60(X)))
& entity_1(fn_share_3(fn_maltose_74(X)))
& entity_1(fn_share_3(fn_maltose_89(X)))
& entity_1(fn_share_3(fn_maltose_11(X)))
& entity_1(fn_share_1(fn_maltose_35(X)))
& entity_1(fn_share_1(fn_maltose_28(X)))
& entity_1(fn_share_1(fn_maltose_20(X)))
& entity_1(fn_share_1(fn_maltose_11(X)))
& entity_1(fn_polar_covalent_bond_19(fn_maltose_14(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_maltose_14(X)))
& atom_1(fn_polar_covalent_bond_19(fn_maltose_14(X)))
& entity_1(fn_polar_covalent_bond_18(fn_maltose_14(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_maltose_14(X)))
& atom_1(fn_polar_covalent_bond_18(fn_maltose_14(X)))
& entity_1(fn_covalent_bond_19(fn_maltose_52(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_maltose_52(X)))
& atom_1(fn_covalent_bond_19(fn_maltose_52(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_maltose_33(X)))
& entity_1(fn_share_2(fn_maltose_26(X)))
& entity_1(fn_share_2(fn_maltose_74(X)))
& entity_1(fn_share_2(fn_maltose_89(X)))
& entity_1(fn_share_2(fn_maltose_35(X)))
& entity_1(fn_share_2(fn_maltose_100(X)))
& valence_electron_1(fn_covalent_bond_18(fn_maltose_52(X)))
& entity_1(fn_share_2(fn_maltose_76(X)))
& entity_1(fn_share_2(fn_maltose_92(X)))
& electron_1(fn_hydroxyl_group_8(fn_maltose_33(X)))
& valence_electron_1(fn_hydroxyl_group_8(fn_maltose_33(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_maltose_14(X)))
& entity_1(fn_share_2(fn_maltose_59(X)))
& entity_1(fn_share_2(fn_maltose_102(X)))
& entity_1(fn_share_2(fn_maltose_18(X)))
& valence_electron_1(fn_covalent_bond_15(fn_maltose_52(X)))
& valence_electron_1(fn_carbonyl_group_6(fn_maltose_60(X)))
& electron_1(fn_polar_covalent_bond_11(fn_maltose_14(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_maltose_14(X)))
& share_1(fn_covalent_bond_17(fn_maltose_52(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_maltose_14(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_maltose_14(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_maltose_33(X)))
& chemical_entity_1(fn_functional_group_1(fn_maltose_33(X)))
& chemical_entity_1(fn_functional_group_1(fn_maltose_60(X)))
& object_2(fn_maltose_102(X),fn_maltose_73(X))
& object_2(fn_maltose_100(X),fn_maltose_70(X))
& object_2(fn_maltose_1(X),fn_maltose_70(X))
& causes_2(fn_maltose_99(X),fn_maltose_1(X))
& result_2(fn_maltose_92(X),fn_maltose_52(X))
& object_2(fn_maltose_92(X),fn_maltose_73(X))
& object_2(fn_maltose_89(X),fn_maltose_70(X))
& object_2(fn_maltose_2(X),fn_maltose_70(X))
& causes_2(fn_maltose_81(X),fn_maltose_2(X))
& result_2(fn_maltose_76(X),fn_maltose_52(X))
& object_2(fn_maltose_76(X),fn_maltose_73(X))
& object_2(fn_maltose_74(X),fn_maltose_70(X))
& result_2(fn_maltose_59(X),fn_maltose_52(X))
& object_2(fn_maltose_59(X),fn_maltose_70(X))
& object_2(fn_maltose_59(X),fn_maltose_58(X))
& fn_maltose_54(X) != fn_maltose_53(X)
& fn_maltose_53(X) != fn_maltose_54(X)
& exactCardinality(X,has_part_0,"2",glucose_0)
& object_2(fn_maltose_35(X),fn_maltose_50(X))
& the_cardinal_value_2(fn_maltose_32(X),"1")
& cardinal_unit_class_2(fn_maltose_32(X),unity_0)
& the_cardinal_value_2(fn_maltose_31(X),"1")
& cardinal_unit_class_2(fn_maltose_31(X),unity_0)
& result_2(fn_maltose_26(X),fn_maltose_52(X))
& object_2(fn_maltose_26(X),fn_maltose_50(X))
& causes_2(fn_maltose_22(X),fn_maltose_5(X))
& object_2(fn_maltose_5(X),fn_maltose_70(X))
& result_2(fn_maltose_18(X),fn_maltose_14(X))
& result_2(fn_maltose_18(X),fn_maltose_52(X))
& causes_2(fn_maltose_13(X),fn_maltose_6(X))
& object_2(fn_maltose_6(X),fn_maltose_70(X))
& result_2(fn_maltose_12(X),fn_maltose_14(X))
& result_2(fn_maltose_11(X),fn_maltose_14(X))
& object_2(fn_maltose_76(X),fn_maltose_50(X))
& object_2(fn_maltose_82(X),fn_maltose_70(X))
& object_2(fn_maltose_74(X),fn_maltose_58(X))
& object_2(fn_maltose_89(X),fn_maltose_58(X))
& object_2(fn_maltose_59(X),fn_maltose_57(X))
& object_2(fn_maltose_92(X),fn_maltose_50(X))
& object_2(fn_maltose_35(X),fn_maltose_58(X))
& object_2(fn_maltose_100(X),fn_maltose_58(X))
& object_2(fn_maltose_26(X),fn_maltose_73(X))
& object_2(fn_maltose_102(X),fn_maltose_57(X))
& object_2(fn_maltose_18(X),fn_maltose_57(X))
& agent_2(fn_maltose_44(X),fn_maltose_62(X))
& agent_2(fn_maltose_35(X),fn_maltose_34(X))
& agent_2(fn_maltose_59(X),fn_maltose_63(X))
& agent_2(fn_maltose_35(X),fn_maltose_55(X))
& agent_2(fn_maltose_59(X),fn_maltose_34(X))
& agent_2(fn_maltose_28(X),fn_maltose_51(X))
& agent_2(fn_maltose_71(X),fn_maltose_62(X))
& agent_2(fn_maltose_28(X),fn_maltose_55(X))
& agent_2(fn_maltose_74(X),fn_maltose_55(X))
& agent_2(fn_maltose_27(X),fn_maltose_34(X))
& agent_2(fn_maltose_74(X),fn_maltose_51(X))
& agent_2(fn_maltose_26(X),fn_maltose_34(X))
& agent_2(fn_maltose_76(X),fn_maltose_63(X))
& agent_2(fn_maltose_26(X),fn_maltose_63(X))
& agent_2(fn_maltose_76(X),fn_maltose_34(X))
& agent_2(fn_maltose_20(X),fn_maltose_51(X))
& agent_2(fn_maltose_79(X),fn_maltose_36(X))
& agent_2(fn_maltose_20(X),fn_maltose_55(X))
& agent_2(fn_maltose_82(X),fn_maltose_88(X))
& agent_2(fn_maltose_19(X),fn_maltose_51(X))
& agent_2(fn_maltose_89(X),fn_maltose_55(X))
& agent_2(fn_maltose_18(X),fn_maltose_63(X))
& agent_2(fn_maltose_89(X),fn_maltose_51(X))
& agent_2(fn_maltose_12(X),fn_maltose_51(X))
& agent_2(fn_maltose_92(X),fn_maltose_63(X))
& agent_2(fn_maltose_11(X),fn_maltose_55(X))
& agent_2(fn_maltose_100(X),fn_maltose_51(X))
& agent_2(fn_maltose_10(X),fn_maltose_51(X))
& agent_2(fn_maltose_104(X),fn_maltose_36(X))
& agent_2(fn_maltose_9(X),fn_maltose_34(X))
& object_2(fn_maltose_81(X),fn_maltose_70(X))
& object_2(fn_maltose_22(X),fn_maltose_70(X))
& object_2(fn_maltose_99(X),fn_maltose_70(X))
& object_2(fn_maltose_13(X),fn_maltose_70(X))
& object_2(fn_maltose_30(X),fn_maltose_62(X))
& agent_2(fn_maltose_68(X),fn_maltose_69(X))
& has_region_2(fn_maltose_83(X),fn_maltose_84(X))
& is_between_2(fn_maltose_42(X),fn_maltose_36(X))
& agent_2(fn_maltose_16(X),fn_maltose_36(X))
& result_2(fn_maltose_48(X),fn_maltose_49(X))
& fn_maltose_54(X) != fn_maltose_49(X)
& fn_maltose_49(X) != fn_maltose_54(X)
& fn_maltose_53(X) != fn_maltose_49(X)
& fn_maltose_49(X) != fn_maltose_53(X)
& is_at_2(fn_maltose_87(X),fn_maltose_86(X))
& result_2(fn_maltose_27(X),fn_maltose_52(X))
& agent_2(fn_maltose_25(X),fn_maltose_34(X))
& agent_2(fn_maltose_18(X),fn_maltose_34(X))
& object_2(fn_maltose_18(X),fn_maltose_73(X))
& agent_2(fn_maltose_100(X),fn_maltose_55(X))
& result_2(fn_maltose_100(X),fn_maltose_14(X))
& result_2(fn_maltose_75(X),fn_maltose_52(X))
& agent_2(fn_maltose_75(X),fn_maltose_34(X))
& has_part_2(X,fn_maltose_54(X))
& raw_material_2(fn_maltose_48(X),fn_maltose_54(X))
& raw_material_2(fn_maltose_48(X),fn_maltose_53(X))
& has_part_2(X,fn_maltose_53(X))
& possesses_2(X,fn_maltose_15(X))
& agent_2(fn_maltose_19(X),fn_maltose_55(X))
& object_2(fn_maltose_19(X),fn_maltose_70(X))
& is_inside_2(fn_maltose_70(X),fn_maltose_84(X))
& object_2(fn_maltose_20(X),fn_maltose_70(X))
& result_2(fn_maltose_20(X),fn_maltose_14(X))
& has_region_2(fn_maltose_85(X),fn_maltose_84(X))
& is_inside_2(fn_maltose_58(X),fn_maltose_84(X))
& agent_2(fn_maltose_92(X),fn_maltose_34(X))
& agent_2(fn_maltose_12(X),fn_maltose_55(X))
& object_2(fn_maltose_12(X),fn_maltose_70(X))
& result_2(fn_maltose_101(X),fn_maltose_14(X))
& object_2(fn_maltose_101(X),fn_maltose_70(X))
& has_region_2(fn_maltose_34(X),fn_maltose_90(X))
& object_2(fn_maltose_56(X),fn_maltose_55(X))
& has_part_2(fn_maltose_55(X),fn_maltose_58(X))
& result_2(fn_maltose_9(X),fn_maltose_52(X))
& agent_2(fn_maltose_9(X),fn_maltose_63(X))
& fn_maltose_63(X) != fn_maltose_55(X)
& atomic_number_2(fn_maltose_55(X),fn_maltose_31(X))
& called_2(fn_maltose_31(X),'Atomic_Number')
& fn_maltose_55(X) != fn_maltose_63(X)
& agent_2(fn_maltose_45(X),fn_maltose_62(X))
& agent_2(fn_maltose_23(X),fn_maltose_62(X))
& agent_2(fn_maltose_24(X),fn_maltose_62(X))
& has_region_2(fn_maltose_51(X),fn_maltose_87(X))
& agent_2(fn_maltose_59(X),fn_maltose_55(X))
& is_inside_2(fn_maltose_51(X),fn_maltose_33(X))
& agent_2(fn_maltose_59(X),fn_maltose_51(X))
& object_2(fn_maltose_59(X),fn_maltose_50(X))
& has_part_2(fn_maltose_34(X),fn_maltose_50(X))
& object_2(fn_maltose_35(X),fn_maltose_70(X))
& object_2(fn_maltose_56(X),fn_maltose_51(X))
& result_2(fn_maltose_25(X),fn_maltose_52(X))
& is_inside_2(fn_maltose_51(X),fn_maltose_60(X))
& agent_2(fn_maltose_35(X),fn_maltose_51(X))
& object_2(fn_maltose_35(X),fn_maltose_57(X))
& has_part_2(fn_maltose_34(X),fn_maltose_57(X))
& is_between_2(fn_maltose_52(X),fn_maltose_34(X))
& fn_maltose_37(X) != fn_maltose_103(X)
& fn_maltose_103(X) != fn_maltose_37(X)
& has_region_2(fn_maltose_54(X),fn_maltose_64(X))
& is_inside_2(fn_maltose_62(X),fn_maltose_64(X))
& has_region_2(fn_maltose_53(X),fn_maltose_40(X))
& is_inside_2(fn_maltose_36(X),fn_maltose_40(X))
& fn_maltose_36(X) != fn_maltose_78(X)
& fn_maltose_78(X) != fn_maltose_37(X)
& fn_maltose_37(X) != fn_maltose_8(X)
& fn_maltose_78(X) != fn_maltose_36(X)
& fn_maltose_37(X) != fn_maltose_78(X)
& fn_maltose_8(X) != fn_maltose_37(X)
& fn_maltose_36(X) != fn_maltose_103(X)
& fn_maltose_103(X) != fn_maltose_36(X)
& possesses_2(fn_maltose_53(X),fn_maltose_41(X))
& result_2(fn_maltose_7(X),fn_maltose_42(X))
& agent_2(fn_maltose_80(X),fn_maltose_42(X))
& has_function_2(fn_maltose_42(X),fn_maltose_80(X))
& possesses_2(fn_maltose_53(X),fn_maltose_42(X))
& has_region_2(fn_maltose_53(X),fn_maltose_39(X))
& is_between_2(fn_maltose_42(X),fn_maltose_38(X))
& has_part_2(fn_maltose_53(X),fn_maltose_38(X))
& has_part_2(fn_maltose_53(X),fn_maltose_37(X))
& agent_2(fn_maltose_79(X),fn_maltose_37(X))
& result_2(fn_maltose_79(X),fn_maltose_42(X))
& agent_2(fn_maltose_104(X),fn_maltose_37(X))
& result_2(fn_maltose_104(X),fn_maltose_42(X))
& is_between_2(fn_maltose_42(X),fn_maltose_37(X))
& agent_2(fn_maltose_16(X),fn_maltose_37(X))
& result_2(fn_maltose_16(X),fn_maltose_42(X))
& agent_2(fn_maltose_7(X),fn_maltose_36(X))
& agent_2(fn_maltose_7(X),fn_maltose_37(X))
& fn_maltose_37(X) != fn_maltose_36(X)
& fn_maltose_36(X) != fn_maltose_37(X)
& fn_maltose_38(X) != fn_maltose_36(X)
& fn_maltose_36(X) != fn_maltose_38(X)
& has_part_2(fn_maltose_53(X),fn_maltose_36(X))
& fn_maltose_17(X) != fn_maltose_36(X)
& fn_maltose_37(X) != fn_maltose_17(X)
& fn_maltose_17(X) != fn_maltose_37(X)
& fn_maltose_36(X) != fn_maltose_17(X)
& has_part_2(fn_maltose_54(X),fn_maltose_61(X))
& is_inside_2(fn_maltose_62(X),fn_maltose_65(X))
& object_2(fn_maltose_30(X),fn_maltose_61(X))
& is_between_2(fn_maltose_66(X),fn_maltose_62(X))
& object_2(fn_maltose_24(X),fn_maltose_46(X))
& object_2(fn_maltose_71(X),fn_maltose_46(X))
& object_2(fn_maltose_45(X),fn_maltose_46(X))
& agent_2(fn_maltose_45(X),fn_maltose_43(X))
& object_2(fn_maltose_45(X),fn_maltose_47(X))
& agent_2(fn_maltose_45(X),fn_maltose_61(X))
& agent_2(fn_maltose_23(X),fn_maltose_61(X))
& fn_maltose_61(X) != fn_maltose_62(X)
& fn_maltose_62(X) != fn_maltose_61(X)
& object_2(fn_maltose_71(X),fn_maltose_47(X))
& agent_2(fn_maltose_71(X),fn_maltose_43(X))
& has_part_2(fn_maltose_43(X),fn_maltose_46(X))
& object_2(fn_maltose_44(X),fn_maltose_46(X))
& object_2(fn_maltose_44(X),fn_maltose_47(X))
& agent_2(fn_maltose_24(X),fn_maltose_43(X))
& object_2(fn_maltose_24(X),fn_maltose_47(X))
& has_part_2(fn_maltose_43(X),fn_maltose_47(X))
& fn_maltose_46(X) != fn_maltose_47(X)
& fn_maltose_47(X) != fn_maltose_46(X)
& agent_2(fn_maltose_72(X),fn_maltose_62(X))
& agent_2(fn_maltose_72(X),fn_maltose_61(X))
& is_inside_2(fn_maltose_61(X),fn_maltose_65(X))
& has_region_2(fn_maltose_54(X),fn_maltose_65(X))
& has_part_2(fn_maltose_54(X),fn_maltose_62(X))
& possesses_2(fn_maltose_54(X),fn_maltose_66(X))
& is_between_2(fn_maltose_66(X),fn_maltose_61(X))
& fn_maltose_61(X) != fn_maltose_43(X)
& fn_maltose_43(X) != fn_maltose_61(X)
& fn_maltose_62(X) != fn_maltose_43(X)
& fn_maltose_43(X) != fn_maltose_62(X)
& object_2(fn_maltose_80(X),fn_maltose_36(X))
& object_2(fn_maltose_80(X),fn_maltose_37(X))
& is_inside_2(fn_maltose_37(X),fn_maltose_39(X))
& is_inside_2(fn_maltose_36(X),fn_maltose_39(X))
& is_between_2(fn_maltose_41(X),fn_maltose_36(X))
& is_between_2(fn_maltose_41(X),fn_maltose_37(X))
& fn_maltose_8(X) != fn_maltose_36(X)
& fn_maltose_36(X) != fn_maltose_8(X)
& has_function_2(X,fn_maltose_68(X))
& has_region_2(X,fn_maltose_33(X))
& has_region_2(fn_maltose_55(X),fn_maltose_83(X))
& has_region_2(X,fn_maltose_60(X))
& fn_maltose_58(X) != fn_maltose_57(X)
& fn_maltose_57(X) != fn_maltose_58(X)
& possesses_2(X,fn_maltose_14(X))
& has_part_2(fn_maltose_63(X),fn_maltose_73(X))
& has_region_2(fn_maltose_51(X),fn_maltose_86(X))
& result_2(fn_maltose_48(X),X)
& possesses_2(X,fn_maltose_52(X))
& agent_2(fn_maltose_56(X),fn_maltose_52(X))
& object_2(fn_maltose_56(X),fn_maltose_63(X))
& is_inside_2(fn_maltose_63(X),fn_maltose_77(X))
& has_region_2(X,fn_maltose_77(X))
& agent_2(fn_maltose_68(X),X)
& site_2(fn_maltose_68(X),fn_maltose_69(X))
& has_region_2(X,fn_maltose_69(X))
& has_part_2(X,fn_maltose_63(X))
& is_inside_2(fn_maltose_63(X),fn_maltose_60(X))
& is_between_2(fn_maltose_52(X),fn_maltose_63(X))
& has_function_2(fn_maltose_52(X),fn_maltose_56(X))
& object_2(fn_maltose_56(X),fn_maltose_34(X))
& has_part_2(X,fn_maltose_34(X))
& has_part_2(X,fn_maltose_51(X))
& object_2(fn_maltose_95(X),X)
& speed_2(fn_maltose_95(X),fn_maltose_94(X))
& directly_proportional_2(fn_maltose_94(X),fn_maltose_93(X))
& quantity_2(fn_maltose_96(X),fn_maltose_93(X))
& possesses_2(X,fn_maltose_96(X))
& object_2(fn_maltose_21(X),fn_maltose_55(X))
& object_2(fn_maltose_21(X),fn_maltose_51(X))
& has_region_2(fn_maltose_51(X),fn_maltose_85(X))
& fn_maltose_83(X) != fn_maltose_85(X)
& fn_maltose_85(X) != fn_maltose_83(X)
& agent_2(fn_maltose_101(X),fn_maltose_55(X))
& agent_2(fn_maltose_101(X),fn_maltose_51(X))
& has_part_2(fn_maltose_51(X),fn_maltose_88(X))
& is_inside_2(fn_maltose_88(X),fn_maltose_87(X))
& is_near_2(fn_maltose_87(X),fn_maltose_70(X))
& is_near_2(fn_maltose_70(X),fn_maltose_87(X))
& agent_2(fn_maltose_11(X),fn_maltose_51(X))
& object_2(fn_maltose_11(X),fn_maltose_70(X))
& fn_maltose_70(X) != fn_maltose_58(X)
& object_2(fn_maltose_28(X),fn_maltose_58(X))
& object_2(fn_maltose_28(X),fn_maltose_70(X))
& fn_maltose_58(X) != fn_maltose_70(X)
& agent_2(fn_maltose_102(X),fn_maltose_63(X))
& result_2(fn_maltose_102(X),fn_maltose_52(X))
& is_between_2(fn_maltose_52(X),fn_maltose_51(X))
& fn_maltose_51(X) != fn_maltose_55(X)
& fn_maltose_55(X) != fn_maltose_34(X)
& fn_maltose_55(X) != fn_maltose_51(X)
& fn_maltose_34(X) != fn_maltose_55(X)
& result_2(fn_maltose_10(X),fn_maltose_14(X))
& object_2(fn_maltose_10(X),fn_maltose_70(X))
& has_part_2(fn_maltose_51(X),fn_maltose_70(X))
& fn_maltose_51(X) != fn_maltose_63(X)
& fn_maltose_63(X) != fn_maltose_34(X)
& fn_maltose_63(X) != fn_maltose_51(X)
& fn_maltose_34(X) != fn_maltose_63(X)
& agent_2(fn_maltose_102(X),fn_maltose_34(X))
& result_2(fn_maltose_102(X),fn_maltose_14(X))
& is_between_2(fn_maltose_14(X),fn_maltose_51(X))
& fn_maltose_51(X) != fn_maltose_34(X)
& is_inside_2(fn_maltose_34(X),fn_maltose_60(X))
& fn_maltose_34(X) != fn_maltose_51(X)
& agent_2(fn_maltose_10(X),fn_maltose_55(X))
& object_2(fn_maltose_10(X),fn_maltose_58(X))
& object_2(fn_maltose_19(X),fn_maltose_58(X))
& result_2(fn_maltose_19(X),fn_maltose_14(X))
& is_between_2(fn_maltose_14(X),fn_maltose_55(X))
& has_part_2(X,fn_maltose_55(X))
& is_inside_2(fn_maltose_55(X),fn_maltose_33(X))
& is_inside_2(fn_maltose_34(X),fn_maltose_33(X))
& has_region_2(fn_maltose_34(X),fn_maltose_91(X))
& is_at_2(fn_maltose_91(X),fn_maltose_90(X))
& object_2(fn_maltose_9(X),fn_maltose_73(X))
& fn_maltose_50(X) != fn_maltose_58(X)
& quantity_2(fn_maltose_58(X),fn_maltose_32(X))
& called_2(fn_maltose_32(X),'Number_Electron')
& fn_maltose_58(X) != fn_maltose_50(X)
& has_function_2(fn_maltose_14(X),fn_maltose_21(X))
& agent_2(fn_maltose_21(X),fn_maltose_14(X))
& result_2(fn_maltose_9(X),fn_maltose_14(X))
& object_2(fn_maltose_9(X),fn_maltose_57(X))
& fn_maltose_57(X) != fn_maltose_50(X)
& fn_maltose_50(X) != fn_maltose_57(X)
& fn_maltose_50(X) = fn_share_2(fn_maltose_76(X))
& fn_maltose_70(X) = fn_attract_1(fn_maltose_82(X))
& fn_maltose_58(X) = fn_share_2(fn_maltose_74(X))
& fn_maltose_58(X) = fn_share_2(fn_maltose_89(X))
& fn_maltose_57(X) = fn_share_2(fn_maltose_59(X))
& fn_maltose_50(X) = fn_share_2(fn_maltose_92(X))
& fn_maltose_58(X) = fn_share_2(fn_maltose_35(X))
& fn_maltose_58(X) = fn_share_2(fn_maltose_100(X))
& fn_maltose_73(X) = fn_share_2(fn_maltose_26(X))
& fn_maltose_57(X) = fn_share_2(fn_maltose_102(X))
& fn_maltose_57(X) = fn_share_2(fn_maltose_18(X))
& fn_maltose_62(X) = fn_attract_2(fn_maltose_44(X))
& fn_maltose_34(X) = fn_share_3(fn_maltose_35(X))
& fn_maltose_63(X) = fn_share_3(fn_maltose_59(X))
& fn_maltose_55(X) = fn_share_1(fn_maltose_35(X))
& fn_maltose_34(X) = fn_share_1(fn_maltose_59(X))
& fn_maltose_51(X) = fn_share_3(fn_maltose_28(X))
& fn_maltose_62(X) = fn_share_3(fn_maltose_71(X))
& fn_maltose_62(X) = fn_share_1(fn_maltose_71(X))
& fn_maltose_55(X) = fn_share_1(fn_maltose_28(X))
& fn_maltose_55(X) = fn_share_3(fn_maltose_74(X))
& fn_maltose_34(X) = fn_share_3(fn_maltose_27(X))
& fn_maltose_34(X) = fn_share_1(fn_maltose_27(X))
& fn_maltose_51(X) = fn_share_1(fn_maltose_74(X))
& fn_maltose_34(X) = fn_share_3(fn_maltose_26(X))
& fn_maltose_63(X) = fn_share_3(fn_maltose_76(X))
& fn_maltose_63(X) = fn_share_1(fn_maltose_26(X))
& fn_maltose_34(X) = fn_share_1(fn_maltose_76(X))
& fn_maltose_51(X) = fn_share_3(fn_maltose_20(X))
& fn_maltose_36(X) = fn_share_3(fn_maltose_79(X))
& fn_maltose_36(X) = fn_share_1(fn_maltose_79(X))
& fn_maltose_55(X) = fn_share_1(fn_maltose_20(X))
& fn_maltose_88(X) = fn_attract_2(fn_maltose_82(X))
& fn_maltose_51(X) = fn_share_3(fn_maltose_19(X))
& fn_maltose_51(X) = fn_share_1(fn_maltose_19(X))
& fn_maltose_55(X) = fn_share_3(fn_maltose_89(X))
& fn_maltose_63(X) = fn_share_3(fn_maltose_18(X))
& fn_maltose_63(X) = fn_share_1(fn_maltose_18(X))
& fn_maltose_51(X) = fn_share_1(fn_maltose_89(X))
& fn_maltose_51(X) = fn_share_3(fn_maltose_12(X))
& fn_maltose_51(X) = fn_share_1(fn_maltose_12(X))
& fn_maltose_63(X) = fn_share_3(fn_maltose_92(X))
& fn_maltose_63(X) = fn_share_1(fn_maltose_92(X))
& fn_maltose_55(X) = fn_share_3(fn_maltose_11(X))
& fn_maltose_55(X) = fn_share_1(fn_maltose_11(X))
& fn_maltose_51(X) = fn_share_3(fn_maltose_100(X))
& fn_maltose_51(X) = fn_share_1(fn_maltose_100(X))
& fn_maltose_51(X) = fn_share_3(fn_maltose_10(X))
& fn_maltose_51(X) = fn_share_1(fn_maltose_10(X))
& fn_maltose_36(X) = fn_share_3(fn_maltose_104(X))
& fn_maltose_36(X) = fn_share_1(fn_maltose_104(X))
& fn_maltose_34(X) = fn_share_3(fn_maltose_9(X))
& fn_maltose_34(X) = fn_share_1(fn_maltose_9(X))
& fn_maltose_70(X) = fn_constant_motion_1(fn_maltose_81(X))
& fn_maltose_70(X) = fn_constant_motion_1(fn_maltose_22(X))
& fn_maltose_70(X) = fn_constant_motion_1(fn_maltose_99(X))
& fn_maltose_70(X) = fn_constant_motion_1(fn_maltose_13(X))
& fn_maltose_62(X) = fn_hold_2(fn_maltose_30(X))
& fn_maltose_69(X) = fn_attract_2(fn_maltose_68(X))
& fn_maltose_84(X) = fn_first_electron_shell_4(fn_maltose_83(X))
& fn_maltose_16(X) = fn_polar_covalent_bond_16(fn_maltose_42(X))
& fn_maltose_36(X) = fn_polar_covalent_bond_19(fn_maltose_42(X))
& fn_maltose_36(X) = fn_polar_covalent_bond_18(fn_maltose_42(X))
& fn_maltose_53(X) = fn_dehydration_reaction_7(fn_maltose_48(X))
& fn_maltose_54(X) = fn_dehydration_reaction_8(fn_maltose_48(X))
& fn_maltose_49(X) = fn_condensation_reaction_3(fn_maltose_48(X))
& fn_maltose_49(X) = fn_dehydration_reaction_6(fn_maltose_48(X))
& fn_maltose_27(X) = fn_covalent_bond_17(fn_maltose_52(X))
& fn_maltose_25(X) = fn_covalent_bond_17(fn_maltose_52(X))
& fn_maltose_73(X) = fn_hydroxyl_group_8(fn_maltose_33(X))
& fn_maltose_18(X) = fn_hydroxyl_group_5(fn_maltose_33(X))
& fn_maltose_100(X) = fn_hydroxyl_group_5(fn_maltose_33(X))
& fn_maltose_75(X) = fn_carbonyl_group_5(fn_maltose_60(X))
& fn_maltose_15(X) = fn_disaccharide_1(X)
& fn_maltose_53(X) = fn_disaccharide_10(X)
& fn_maltose_54(X) = fn_disaccharide_11(X)
& fn_maltose_19(X) = fn_polar_covalent_bond_16(fn_maltose_14(X))
& fn_maltose_20(X) = fn_polar_covalent_bond_16(fn_maltose_14(X))
& fn_maltose_84(X) = fn_polar_covalent_bond_15(fn_maltose_14(X))
& fn_maltose_92(X) = fn_polar_covalent_bond_16(fn_maltose_14(X))
& fn_maltose_70(X) = fn_polar_covalent_bond_12(fn_maltose_14(X))
& fn_maltose_12(X) = fn_polar_covalent_bond_16(fn_maltose_14(X))
& fn_maltose_70(X) = fn_polar_covalent_bond_11(fn_maltose_14(X))
& fn_maltose_101(X) = fn_polar_covalent_bond_16(fn_maltose_14(X))
& fn_maltose_58(X) = fn_covalent_bond_18(fn_maltose_52(X))
& fn_maltose_31(X) = fn_covalent_bond_6(fn_maltose_52(X))
& fn_maltose_55(X) = fn_covalent_bond_19(fn_maltose_52(X))
& fn_maltose_63(X) = fn_covalent_bond_20(fn_maltose_52(X))
& fn_maltose_45(X) = fn_glucose_20(fn_maltose_54(X))
& fn_maltose_87(X) = fn_covalent_bond_24(fn_maltose_52(X))
& fn_maltose_87(X) = fn_hydroxyl_group_9(fn_maltose_33(X))
& fn_maltose_50(X) = fn_hydroxyl_group_8(fn_maltose_33(X))
& fn_maltose_59(X) = fn_hydroxyl_group_5(fn_maltose_33(X))
& fn_maltose_70(X) = fn_carbonyl_group_4(fn_maltose_60(X))
& fn_maltose_25(X) = fn_carbonyl_group_5(fn_maltose_60(X))
& fn_maltose_57(X) = fn_carbonyl_group_6(fn_maltose_60(X))
& fn_maltose_35(X) = fn_carbonyl_group_5(fn_maltose_60(X))
& fn_maltose_51(X) = fn_carbonyl_group_9(fn_maltose_60(X))
& fn_maltose_64(X) = fn_monosaccharide_6(fn_maltose_54(X))
& fn_maltose_64(X) = fn_aldose_11(fn_maltose_54(X))
& fn_maltose_8(X) = fn_aldose_4(fn_maltose_53(X))
& fn_maltose_37(X) = fn_aldose_9(fn_maltose_53(X))
& fn_maltose_78(X) = fn_aldose_4(fn_maltose_53(X))
& fn_maltose_40(X) = fn_monosaccharide_6(fn_maltose_53(X))
& fn_maltose_40(X) = fn_aldose_11(fn_maltose_53(X))
& fn_maltose_103(X) = fn_glucose_22(fn_maltose_53(X))
& fn_maltose_41(X) = fn_glucose_26(fn_maltose_53(X))
& fn_maltose_7(X) = fn_polar_covalent_bond_16(fn_maltose_42(X))
& fn_maltose_7(X) = fn_glucose_11(fn_maltose_53(X))
& fn_maltose_53(X) = fn_functional_group_1(fn_maltose_39(X))
& fn_maltose_39(X) = fn_carbohydrate_34(fn_maltose_53(X))
& fn_maltose_39(X) = fn_monosaccharide_17(fn_maltose_53(X))
& fn_maltose_39(X) = fn_aldehyde_10(fn_maltose_53(X))
& fn_maltose_39(X) = fn_aldose_6(fn_maltose_53(X))
& fn_maltose_39(X) = fn_glucose_27(fn_maltose_53(X))
& fn_maltose_80(X) = fn_polar_covalent_bond_17(fn_maltose_42(X))
& fn_maltose_80(X) = fn_glucose_14(fn_maltose_53(X))
& fn_maltose_79(X) = fn_glucose_12(fn_maltose_53(X))
& fn_maltose_38(X) = fn_aldose_3(fn_maltose_53(X))
& fn_maltose_16(X) = fn_glucose_35(fn_maltose_53(X))
& fn_maltose_16(X) = fn_glucose_5(fn_maltose_53(X))
& fn_maltose_42(X) = fn_aldose_8(fn_maltose_53(X))
& fn_maltose_42(X) = fn_glucose_25(fn_maltose_53(X))
& fn_maltose_104(X) = fn_glucose_10(fn_maltose_53(X))
& fn_maltose_38(X) = fn_monosaccharide_9(fn_maltose_53(X))
& fn_maltose_38(X) = fn_glucose_23(fn_maltose_53(X))
& fn_maltose_37(X) = fn_aldose_4(fn_maltose_53(X))
& fn_maltose_37(X) = fn_glucose_21(fn_maltose_53(X))
& fn_maltose_7(X) = fn_glucose_20(fn_maltose_53(X))
& fn_maltose_37(X) = fn_glucose_22(fn_maltose_53(X))
& fn_maltose_36(X) = fn_monosaccharide_5(fn_maltose_53(X))
& fn_maltose_17(X) = fn_monosaccharide_13(fn_maltose_53(X))
& fn_maltose_17(X) = fn_glucose_21(fn_maltose_53(X))
& fn_maltose_36(X) = fn_aldose_10(fn_maltose_53(X))
& fn_maltose_36(X) = fn_glucose_24(fn_maltose_53(X))
& fn_maltose_30(X) = fn_glucose_14(fn_maltose_54(X))
& fn_maltose_24(X) = fn_glucose_5(fn_maltose_54(X))
& fn_maltose_45(X) = fn_glucose_35(fn_maltose_54(X))
& fn_maltose_23(X) = fn_glucose_8(fn_maltose_54(X))
& fn_maltose_23(X) = fn_glucose_5(fn_maltose_54(X))
& fn_maltose_61(X) = fn_aldehyde_5(fn_maltose_54(X))
& fn_maltose_45(X) = fn_glucose_12(fn_maltose_54(X))
& fn_maltose_47(X) = fn_glucose_16(fn_maltose_54(X))
& fn_maltose_44(X) = fn_glucose_17(fn_maltose_54(X))
& fn_maltose_46(X) = fn_glucose_18(fn_maltose_54(X))
& fn_maltose_71(X) = fn_glucose_20(fn_maltose_54(X))
& fn_maltose_46(X) = fn_glucose_16(fn_maltose_54(X))
& fn_maltose_47(X) = fn_glucose_19(fn_maltose_54(X))
& fn_maltose_24(X) = fn_glucose_9(fn_maltose_54(X))
& fn_maltose_24(X) = fn_glucose_10(fn_maltose_54(X))
& fn_maltose_65(X) = fn_aldehyde_10(fn_maltose_54(X))
& fn_maltose_61(X) = fn_carbohydrate_39(fn_maltose_54(X))
& fn_maltose_65(X) = fn_carbohydrate_34(fn_maltose_54(X))
& fn_maltose_61(X) = fn_monosaccharide_13(fn_maltose_54(X))
& fn_maltose_65(X) = fn_monosaccharide_17(fn_maltose_54(X))
& fn_maltose_65(X) = fn_aldose_6(fn_maltose_54(X))
& fn_maltose_65(X) = fn_glucose_27(fn_maltose_54(X))
& fn_maltose_61(X) = fn_glucose_22(fn_maltose_54(X))
& fn_maltose_72(X) = fn_glucose_20(fn_maltose_54(X))
& fn_maltose_62(X) = fn_aldehyde_6(fn_maltose_54(X))
& fn_maltose_43(X) = fn_aldehyde_5(fn_maltose_54(X))
& fn_maltose_62(X) = fn_monosaccharide_5(fn_maltose_54(X))
& fn_maltose_43(X) = fn_glucose_21(fn_maltose_54(X))
& fn_maltose_62(X) = fn_aldose_10(fn_maltose_54(X))
& fn_maltose_62(X) = fn_glucose_24(fn_maltose_54(X))
& fn_maltose_43(X) = fn_monosaccharide_13(fn_maltose_54(X))
& fn_maltose_61(X) = fn_aldose_9(fn_maltose_54(X))
& fn_maltose_43(X) = fn_aldose_4(fn_maltose_54(X))
& fn_maltose_43(X) = fn_glucose_22(fn_maltose_54(X))
& fn_maltose_66(X) = fn_monosaccharide_16(fn_maltose_54(X))
& fn_maltose_61(X) = fn_monosaccharide_18(fn_maltose_54(X))
& fn_maltose_61(X) = fn_glucose_21(fn_maltose_54(X))
& fn_maltose_66(X) = fn_glucose_26(fn_maltose_54(X))
& fn_maltose_80(X) = fn_carbonyl_group_10(fn_maltose_39(X))
& fn_maltose_37(X) = fn_carbonyl_group_9(fn_maltose_39(X))
& fn_maltose_41(X) = fn_carbonyl_group_8(fn_maltose_39(X))
& fn_maltose_8(X) = fn_carbonyl_group_9(fn_maltose_39(X))
& fn_maltose_36(X) = fn_carbonyl_group_7(fn_maltose_39(X))
& X = fn_functional_group_1(fn_maltose_33(X))
& X = fn_functional_group_1(fn_maltose_60(X))
& fn_maltose_57(X) = fn_disaccharide_27(X)
& fn_maltose_73(X) = fn_disaccharide_4(X)
& fn_maltose_86(X) = fn_covalent_bond_23(fn_maltose_52(X))
& fn_maltose_86(X) = fn_disaccharide_40(X)
& fn_maltose_97(X) = fn_disaccharide_49(X)
& fn_maltose_48(X) = fn_disaccharide_26(X)
& fn_maltose_98(X) = fn_disaccharide_50(X)
& fn_maltose_29(X) = fn_disaccharide_52(X)
& fn_maltose_67(X) = fn_disaccharide_36(X)
& fn_maltose_77(X) = fn_disaccharide_3(X)
& fn_maltose_69(X) = fn_disaccharide_8(X)
& fn_maltose_68(X) = fn_disaccharide_9(X)
& fn_maltose_56(X) = fn_covalent_bond_14(fn_maltose_52(X))
& fn_maltose_56(X) = fn_carbonyl_group_10(fn_maltose_60(X))
& fn_maltose_56(X) = fn_disaccharide_30(X)
& fn_maltose_52(X) = fn_carbonyl_group_8(fn_maltose_60(X))
& fn_maltose_96(X) = fn_disaccharide_48(X)
& fn_maltose_93(X) = fn_disaccharide_45(X)
& fn_maltose_94(X) = fn_disaccharide_46(X)
& fn_maltose_95(X) = fn_disaccharide_47(X)
& fn_maltose_83(X) = fn_polar_covalent_bond_22(fn_maltose_14(X))
& fn_maltose_85(X) = fn_polar_covalent_bond_20(fn_maltose_14(X))
& fn_maltose_83(X) = fn_disaccharide_35(X)
& fn_maltose_85(X) = fn_covalent_bond_11(fn_maltose_52(X))
& fn_maltose_85(X) = fn_disaccharide_39(X)
& fn_maltose_21(X) = fn_disaccharide_43(X)
& fn_maltose_70(X) = fn_disaccharide_37(X)
& fn_maltose_87(X) = fn_disaccharide_41(X)
& fn_maltose_88(X) = fn_disaccharide_38(X)
& fn_maltose_101(X) = fn_disaccharide_44(X)
& fn_maltose_70(X) = fn_disaccharide_4(X)
& fn_maltose_28(X) = fn_disaccharide_29(X)
& fn_maltose_58(X) = fn_disaccharide_28(X)
& fn_maltose_70(X) = fn_disaccharide_27(X)
& fn_maltose_11(X) = fn_disaccharide_29(X)
& fn_maltose_34(X) = fn_hydroxyl_group_4(fn_maltose_33(X))
& fn_maltose_51(X) = fn_covalent_bond_20(fn_maltose_52(X))
& fn_maltose_52(X) = fn_disaccharide_6(X)
& fn_maltose_102(X) = fn_disaccharide_29(X)
& fn_maltose_63(X) = fn_carbonyl_group_7(fn_maltose_60(X))
& fn_maltose_34(X) = fn_carbonyl_group_9(fn_maltose_60(X))
& fn_maltose_63(X) = fn_disaccharide_14(X)
& fn_maltose_51(X) = fn_disaccharide_13(X)
& fn_maltose_70(X) = fn_disaccharide_5(X)
& fn_maltose_10(X) = fn_disaccharide_29(X)
& fn_maltose_60(X) = fn_disaccharide_7(X)
& fn_maltose_51(X) = fn_covalent_bond_19(fn_maltose_52(X))
& fn_maltose_34(X) = fn_covalent_bond_20(fn_maltose_52(X))
& fn_maltose_34(X) = fn_disaccharide_13(X)
& fn_maltose_51(X) = fn_hydroxyl_group_4(fn_maltose_33(X))
& fn_maltose_51(X) = fn_disaccharide_33(X)
& fn_maltose_102(X) = fn_disaccharide_2(X)
& fn_maltose_14(X) = fn_hydroxyl_group_7(fn_maltose_33(X))
& fn_maltose_55(X) = fn_polar_covalent_bond_19(fn_maltose_14(X))
& fn_maltose_55(X) = fn_polar_covalent_bond_18(fn_maltose_14(X))
& fn_maltose_14(X) = fn_disaccharide_31(X)
& fn_maltose_19(X) = fn_disaccharide_44(X)
& fn_maltose_58(X) = fn_disaccharide_37(X)
& fn_maltose_10(X) = fn_disaccharide_2(X)
& fn_maltose_90(X) = fn_polar_covalent_bond_23(fn_maltose_14(X))
& fn_maltose_90(X) = fn_disaccharide_40(X)
& fn_maltose_34(X) = fn_polar_covalent_bond_19(fn_maltose_14(X))
& fn_maltose_91(X) = fn_polar_covalent_bond_14(fn_maltose_14(X))
& fn_maltose_91(X) = fn_disaccharide_41(X)
& fn_maltose_34(X) = fn_disaccharide_33(X)
& fn_maltose_55(X) = fn_hydroxyl_group_6(fn_maltose_33(X))
& fn_maltose_33(X) = fn_disaccharide_34(X)
& fn_maltose_55(X) = fn_disaccharide_32(X)
& fn_maltose_73(X) = fn_covalent_bond_18(fn_maltose_52(X))
& fn_maltose_73(X) = fn_polar_covalent_bond_12(fn_maltose_14(X))
& fn_maltose_32(X) = fn_polar_covalent_bond_10(fn_maltose_14(X))
& fn_maltose_58(X) = fn_polar_covalent_bond_11(fn_maltose_14(X))
& fn_maltose_50(X) = fn_polar_covalent_bond_12(fn_maltose_14(X))
& fn_maltose_9(X) = fn_covalent_bond_17(fn_maltose_52(X))
& fn_maltose_57(X) = fn_covalent_bond_15(fn_maltose_52(X))
& fn_maltose_57(X) = fn_polar_covalent_bond_11(fn_maltose_14(X))
& fn_maltose_9(X) = fn_polar_covalent_bond_16(fn_maltose_14(X))
& fn_maltose_21(X) = fn_polar_covalent_bond_17(fn_maltose_14(X))
& fn_dehydration_reaction_6(fn_maltose_48(X)) = fn_dehydration_reaction_6(fn_maltose_48(X))
& fn_dehydration_reaction_6(fn_maltose_48(X)) = fn_condensation_reaction_3(fn_maltose_48(X))
& fn_condensation_reaction_3(fn_maltose_48(X)) = fn_dehydration_reaction_6(fn_maltose_48(X))
& fn_dehydration_reaction_6(fn_maltose_48(X)) = fn_first_electron_shell_4(fn_maltose_83(X))
& fn_first_electron_shell_4(fn_maltose_83(X)) = fn_polar_covalent_bond_15(fn_maltose_14(X))
& fn_polar_covalent_bond_15(fn_maltose_14(X)) = fn_polar_covalent_bond_15(fn_maltose_14(X))
& fn_polar_covalent_bond_15(fn_maltose_14(X)) = fn_covalent_bond_17(fn_maltose_52(X))
& fn_covalent_bond_17(fn_maltose_52(X)) = fn_carbonyl_group_5(fn_maltose_60(X))
& fn_carbonyl_group_5(fn_maltose_60(X)) = fn_monosaccharide_6(fn_maltose_54(X))
& fn_aldose_11(fn_maltose_54(X)) = fn_monosaccharide_6(fn_maltose_54(X))
& fn_monosaccharide_6(fn_maltose_54(X)) = fn_aldose_11(fn_maltose_54(X))
& fn_aldose_11(fn_maltose_54(X)) = fn_monosaccharide_6(fn_maltose_53(X))
& fn_aldose_11(fn_maltose_53(X)) = fn_monosaccharide_6(fn_maltose_53(X))
& fn_monosaccharide_6(fn_maltose_53(X)) = fn_aldose_11(fn_maltose_53(X))
& fn_aldose_11(fn_maltose_53(X)) = fn_polar_covalent_bond_16(fn_maltose_42(X))
& fn_polar_covalent_bond_16(fn_maltose_42(X)) = fn_polar_covalent_bond_16(fn_maltose_42(X))
& fn_polar_covalent_bond_16(fn_maltose_42(X)) = fn_glucose_35(fn_maltose_53(X))
& fn_glucose_35(fn_maltose_53(X)) = fn_glucose_35(fn_maltose_53(X))
& fn_glucose_5(fn_maltose_53(X)) = fn_glucose_35(fn_maltose_53(X))
& fn_glucose_35(fn_maltose_53(X)) = fn_glucose_5(fn_maltose_53(X))
& fn_glucose_5(fn_maltose_53(X)) = fn_glucose_25(fn_maltose_53(X))
& fn_glucose_25(fn_maltose_53(X)) = fn_aldose_8(fn_maltose_53(X))
& fn_aldose_8(fn_maltose_53(X)) = fn_glucose_25(fn_maltose_53(X))
& fn_glucose_25(fn_maltose_53(X)) = fn_glucose_25(fn_maltose_53(X))
& fn_glucose_25(fn_maltose_53(X)) = fn_aldose_3(fn_maltose_53(X))
& fn_aldose_3(fn_maltose_53(X)) = fn_aldose_3(fn_maltose_53(X))
& fn_aldose_3(fn_maltose_53(X)) = fn_monosaccharide_9(fn_maltose_53(X))
& fn_glucose_23(fn_maltose_53(X)) = fn_glucose_23(fn_maltose_53(X))
& fn_glucose_23(fn_maltose_53(X)) = fn_monosaccharide_9(fn_maltose_53(X))
& fn_monosaccharide_9(fn_maltose_53(X)) = fn_glucose_23(fn_maltose_53(X))
& fn_glucose_23(fn_maltose_53(X)) = fn_polar_covalent_bond_16(fn_maltose_42(X))
& fn_polar_covalent_bond_16(fn_maltose_42(X)) = fn_glucose_11(fn_maltose_53(X))
& fn_glucose_20(fn_maltose_53(X)) = fn_glucose_11(fn_maltose_53(X))
& fn_glucose_11(fn_maltose_53(X)) = fn_glucose_20(fn_maltose_53(X))
& fn_glucose_20(fn_maltose_53(X)) = fn_glucose_20(fn_maltose_53(X))
& fn_glucose_20(fn_maltose_53(X)) = fn_monosaccharide_13(fn_maltose_53(X))
& fn_glucose_21(fn_maltose_53(X)) = fn_monosaccharide_13(fn_maltose_53(X))
& fn_monosaccharide_13(fn_maltose_53(X)) = fn_glucose_21(fn_maltose_53(X))
& fn_glucose_21(fn_maltose_53(X)) = fn_dehydration_reaction_7(fn_maltose_48(X))
& fn_dehydration_reaction_7(fn_maltose_48(X)) = fn_functional_group_1(fn_maltose_39(X))
& fn_functional_group_1(fn_maltose_39(X)) = fn_dehydration_reaction_7(fn_maltose_48(X))
& fn_dehydration_reaction_7(fn_maltose_48(X)) = fn_dehydration_reaction_7(fn_maltose_48(X))
& fn_dehydration_reaction_7(fn_maltose_48(X)) = fn_disaccharide_10(X)
& fn_disaccharide_10(X) = fn_disaccharide_10(X)
& fn_disaccharide_10(X) = fn_glucose_8(fn_maltose_54(X))
& fn_glucose_8(fn_maltose_54(X)) = fn_glucose_8(fn_maltose_54(X))
& fn_glucose_8(fn_maltose_54(X)) = fn_glucose_5(fn_maltose_54(X))
& fn_glucose_5(fn_maltose_54(X)) = fn_glucose_20(fn_maltose_54(X))
& fn_glucose_20(fn_maltose_54(X)) = fn_glucose_35(fn_maltose_54(X))
& fn_glucose_35(fn_maltose_54(X)) = fn_glucose_35(fn_maltose_54(X))
& fn_glucose_35(fn_maltose_54(X)) = fn_glucose_12(fn_maltose_54(X))
& fn_glucose_12(fn_maltose_54(X)) = fn_glucose_12(fn_maltose_54(X))
& fn_glucose_12(fn_maltose_54(X)) = fn_glucose_18(fn_maltose_54(X))
& fn_glucose_18(fn_maltose_54(X)) = fn_glucose_18(fn_maltose_54(X))
& fn_glucose_18(fn_maltose_54(X)) = fn_glucose_16(fn_maltose_54(X))
& fn_glucose_16(fn_maltose_54(X)) = fn_glucose_16(fn_maltose_54(X))
& fn_glucose_19(fn_maltose_54(X)) = fn_glucose_16(fn_maltose_54(X))
& fn_glucose_16(fn_maltose_54(X)) = fn_glucose_19(fn_maltose_54(X))
& fn_glucose_19(fn_maltose_54(X)) = fn_glucose_19(fn_maltose_54(X))
& fn_glucose_19(fn_maltose_54(X)) = fn_glucose_9(fn_maltose_54(X))
& fn_glucose_5(fn_maltose_54(X)) = fn_glucose_9(fn_maltose_54(X))
& fn_glucose_9(fn_maltose_54(X)) = fn_glucose_5(fn_maltose_54(X))
& fn_glucose_5(fn_maltose_54(X)) = fn_glucose_10(fn_maltose_54(X))
& fn_glucose_10(fn_maltose_54(X)) = fn_glucose_10(fn_maltose_54(X))
& fn_glucose_10(fn_maltose_54(X)) = fn_aldehyde_10(fn_maltose_54(X))
& fn_aldehyde_10(fn_maltose_54(X)) = fn_carbohydrate_34(fn_maltose_54(X))
& fn_carbohydrate_34(fn_maltose_54(X)) = fn_carbohydrate_34(fn_maltose_54(X))
& fn_monosaccharide_17(fn_maltose_54(X)) = fn_carbohydrate_34(fn_maltose_54(X))
& fn_carbohydrate_34(fn_maltose_54(X)) = fn_monosaccharide_17(fn_maltose_54(X))
& fn_aldose_6(fn_maltose_54(X)) = fn_monosaccharide_17(fn_maltose_54(X))
& fn_monosaccharide_17(fn_maltose_54(X)) = fn_monosaccharide_17(fn_maltose_54(X))
& fn_monosaccharide_17(fn_maltose_54(X)) = fn_aldose_6(fn_maltose_54(X))
& fn_aldose_6(fn_maltose_54(X)) = fn_aldose_6(fn_maltose_54(X))
& fn_glucose_27(fn_maltose_54(X)) = fn_aldose_6(fn_maltose_54(X))
& fn_aldose_6(fn_maltose_54(X)) = fn_glucose_27(fn_maltose_54(X))
& fn_glucose_27(fn_maltose_54(X)) = fn_attract_2(fn_maltose_44(X))
& fn_attract_2(fn_maltose_44(X)) = fn_share_3(fn_maltose_71(X))
& fn_share_3(fn_maltose_71(X)) = fn_attract_2(fn_maltose_44(X))
& fn_attract_2(fn_maltose_44(X)) = fn_share_1(fn_maltose_71(X))
& fn_share_1(fn_maltose_71(X)) = fn_share_1(fn_maltose_71(X))
& fn_share_1(fn_maltose_71(X)) = fn_hold_2(fn_maltose_30(X))
& fn_hold_2(fn_maltose_30(X)) = fn_hold_2(fn_maltose_30(X))
& fn_hold_2(fn_maltose_30(X)) = fn_aldehyde_6(fn_maltose_54(X))
& fn_aldehyde_6(fn_maltose_54(X)) = fn_aldehyde_6(fn_maltose_54(X))
& fn_monosaccharide_5(fn_maltose_54(X)) = fn_aldehyde_6(fn_maltose_54(X))
& fn_aldehyde_6(fn_maltose_54(X)) = fn_monosaccharide_5(fn_maltose_54(X))
& fn_monosaccharide_5(fn_maltose_54(X)) = fn_monosaccharide_5(fn_maltose_54(X))
& fn_aldose_10(fn_maltose_54(X)) = fn_monosaccharide_5(fn_maltose_54(X))
& fn_monosaccharide_5(fn_maltose_54(X)) = fn_aldose_10(fn_maltose_54(X))
& fn_aldose_10(fn_maltose_54(X)) = fn_aldose_10(fn_maltose_54(X))
& fn_glucose_24(fn_maltose_54(X)) = fn_glucose_24(fn_maltose_54(X))
& fn_glucose_24(fn_maltose_54(X)) = fn_aldose_10(fn_maltose_54(X))
& fn_aldose_10(fn_maltose_54(X)) = fn_glucose_24(fn_maltose_54(X))
& fn_glucose_24(fn_maltose_54(X)) = fn_aldehyde_5(fn_maltose_54(X))
& fn_aldehyde_5(fn_maltose_54(X)) = fn_monosaccharide_13(fn_maltose_54(X))
& fn_aldose_4(fn_maltose_54(X)) = fn_monosaccharide_13(fn_maltose_54(X))
& fn_monosaccharide_13(fn_maltose_54(X)) = fn_aldose_4(fn_maltose_54(X))
& fn_glucose_21(fn_maltose_54(X)) = fn_aldose_4(fn_maltose_54(X))
& fn_aldose_4(fn_maltose_54(X)) = fn_aldose_4(fn_maltose_54(X))
& fn_aldose_4(fn_maltose_54(X)) = fn_glucose_21(fn_maltose_54(X))
& fn_glucose_22(fn_maltose_54(X)) = fn_aldehyde_5(fn_maltose_54(X))
& fn_aldehyde_5(fn_maltose_54(X)) = fn_aldehyde_5(fn_maltose_54(X))
& fn_aldehyde_5(fn_maltose_54(X)) = fn_carbohydrate_39(fn_maltose_54(X))
& fn_carbohydrate_39(fn_maltose_54(X)) = fn_carbohydrate_39(fn_maltose_54(X))
& fn_carbohydrate_39(fn_maltose_54(X)) = fn_monosaccharide_18(fn_maltose_54(X))
& fn_monosaccharide_13(fn_maltose_54(X)) = fn_monosaccharide_18(fn_maltose_54(X))
& fn_monosaccharide_18(fn_maltose_54(X)) = fn_monosaccharide_18(fn_maltose_54(X))
& fn_monosaccharide_18(fn_maltose_54(X)) = fn_monosaccharide_13(fn_maltose_54(X))
& fn_monosaccharide_13(fn_maltose_54(X)) = fn_monosaccharide_13(fn_maltose_54(X))
& fn_monosaccharide_13(fn_maltose_54(X)) = fn_aldose_9(fn_maltose_54(X))
& fn_aldose_9(fn_maltose_54(X)) = fn_aldose_9(fn_maltose_54(X))
& fn_aldose_9(fn_maltose_54(X)) = fn_glucose_22(fn_maltose_54(X))
& fn_glucose_22(fn_maltose_54(X)) = fn_aldose_9(fn_maltose_54(X))
& fn_aldose_9(fn_maltose_54(X)) = fn_glucose_21(fn_maltose_54(X))
& fn_glucose_21(fn_maltose_54(X)) = fn_glucose_22(fn_maltose_54(X))
& fn_glucose_22(fn_maltose_54(X)) = fn_glucose_22(fn_maltose_54(X))
& fn_glucose_22(fn_maltose_54(X)) = fn_glucose_21(fn_maltose_54(X))
& fn_glucose_21(fn_maltose_54(X)) = fn_glucose_21(fn_maltose_54(X))
& fn_glucose_21(fn_maltose_54(X)) = fn_glucose_26(fn_maltose_54(X))
& fn_glucose_26(fn_maltose_54(X)) = fn_monosaccharide_16(fn_maltose_54(X))
& fn_monosaccharide_16(fn_maltose_54(X)) = fn_glucose_26(fn_maltose_54(X))
& fn_glucose_26(fn_maltose_54(X)) = fn_glucose_26(fn_maltose_54(X))
& fn_glucose_26(fn_maltose_54(X)) = fn_dehydration_reaction_8(fn_maltose_48(X))
& fn_dehydration_reaction_8(fn_maltose_48(X)) = fn_dehydration_reaction_8(fn_maltose_48(X))
& fn_dehydration_reaction_8(fn_maltose_48(X)) = fn_disaccharide_11(X)
& fn_disaccharide_11(X) = fn_disaccharide_11(X)
& fn_disaccharide_11(X) = fn_polar_covalent_bond_17(fn_maltose_42(X))
& fn_glucose_14(fn_maltose_53(X)) = fn_polar_covalent_bond_17(fn_maltose_42(X))
& fn_polar_covalent_bond_17(fn_maltose_42(X)) = fn_glucose_14(fn_maltose_53(X))
& fn_glucose_14(fn_maltose_53(X)) = fn_glucose_14(fn_maltose_53(X))
& fn_glucose_14(fn_maltose_53(X)) = fn_carbonyl_group_10(fn_maltose_39(X))
& fn_carbonyl_group_10(fn_maltose_39(X)) = fn_carbonyl_group_10(fn_maltose_39(X))
& fn_carbonyl_group_10(fn_maltose_39(X)) = fn_aldose_9(fn_maltose_53(X))
& fn_aldose_9(fn_maltose_53(X)) = fn_aldose_4(fn_maltose_53(X))
& fn_aldose_4(fn_maltose_53(X)) = fn_aldose_4(fn_maltose_53(X))
& fn_aldose_4(fn_maltose_53(X)) = fn_glucose_21(fn_maltose_53(X))
& fn_glucose_21(fn_maltose_53(X)) = fn_aldose_9(fn_maltose_53(X))
& fn_aldose_9(fn_maltose_53(X)) = fn_aldose_9(fn_maltose_53(X))
& fn_aldose_9(fn_maltose_53(X)) = fn_glucose_21(fn_maltose_53(X))
& fn_glucose_21(fn_maltose_53(X)) = fn_glucose_21(fn_maltose_53(X))
& fn_glucose_22(fn_maltose_53(X)) = fn_glucose_21(fn_maltose_53(X))
& fn_glucose_21(fn_maltose_53(X)) = fn_glucose_22(fn_maltose_53(X))
& fn_glucose_22(fn_maltose_53(X)) = fn_glucose_22(fn_maltose_53(X))
& fn_glucose_22(fn_maltose_53(X)) = fn_carbonyl_group_9(fn_maltose_39(X))
& fn_carbonyl_group_9(fn_maltose_39(X)) = fn_glucose_26(fn_maltose_53(X))
& fn_glucose_26(fn_maltose_53(X)) = fn_carbonyl_group_8(fn_maltose_39(X))
& fn_carbonyl_group_8(fn_maltose_39(X)) = fn_carbonyl_group_8(fn_maltose_39(X))
& fn_carbonyl_group_8(fn_maltose_39(X)) = fn_aldose_4(fn_maltose_53(X))
& fn_aldose_4(fn_maltose_53(X)) = fn_carbonyl_group_9(fn_maltose_39(X))
& fn_carbonyl_group_9(fn_maltose_39(X)) = fn_carbonyl_group_9(fn_maltose_39(X))
& fn_carbonyl_group_9(fn_maltose_39(X)) = fn_carbohydrate_34(fn_maltose_53(X))
& fn_carbohydrate_34(fn_maltose_53(X)) = fn_monosaccharide_17(fn_maltose_53(X))
& fn_monosaccharide_17(fn_maltose_53(X)) = fn_monosaccharide_17(fn_maltose_53(X))
& fn_monosaccharide_17(fn_maltose_53(X)) = fn_aldehyde_10(fn_maltose_53(X))
& fn_aldehyde_10(fn_maltose_53(X)) = fn_aldehyde_10(fn_maltose_53(X))
& fn_aldehyde_10(fn_maltose_53(X)) = fn_aldose_6(fn_maltose_53(X))
& fn_aldose_6(fn_maltose_53(X)) = fn_aldose_6(fn_maltose_53(X))
& fn_aldose_6(fn_maltose_53(X)) = fn_glucose_27(fn_maltose_53(X))
& fn_glucose_27(fn_maltose_53(X)) = fn_share_3(fn_maltose_79(X))
& fn_share_3(fn_maltose_79(X)) = fn_share_1(fn_maltose_79(X))
& fn_share_1(fn_maltose_79(X)) = fn_share_3(fn_maltose_104(X))
& fn_share_3(fn_maltose_104(X)) = fn_share_1(fn_maltose_104(X))
& fn_share_1(fn_maltose_104(X)) = fn_share_1(fn_maltose_79(X))
& fn_share_1(fn_maltose_79(X)) = fn_share_1(fn_maltose_104(X))
& fn_share_1(fn_maltose_104(X)) = fn_polar_covalent_bond_19(fn_maltose_42(X))
& fn_polar_covalent_bond_19(fn_maltose_42(X)) = fn_polar_covalent_bond_19(fn_maltose_42(X))
& fn_polar_covalent_bond_18(fn_maltose_42(X)) = fn_polar_covalent_bond_19(fn_maltose_42(X))
& fn_polar_covalent_bond_19(fn_maltose_42(X)) = fn_polar_covalent_bond_18(fn_maltose_42(X))
& fn_polar_covalent_bond_18(fn_maltose_42(X)) = fn_polar_covalent_bond_18(fn_maltose_42(X))
& fn_polar_covalent_bond_18(fn_maltose_42(X)) = fn_monosaccharide_5(fn_maltose_53(X))
& fn_aldose_10(fn_maltose_53(X)) = fn_monosaccharide_5(fn_maltose_53(X))
& fn_monosaccharide_5(fn_maltose_53(X)) = fn_monosaccharide_5(fn_maltose_53(X))
& fn_monosaccharide_5(fn_maltose_53(X)) = fn_aldose_10(fn_maltose_53(X))
& fn_aldose_10(fn_maltose_53(X)) = fn_aldose_10(fn_maltose_53(X))
& fn_glucose_24(fn_maltose_53(X)) = fn_aldose_10(fn_maltose_53(X))
& fn_aldose_10(fn_maltose_53(X)) = fn_glucose_24(fn_maltose_53(X))
& fn_glucose_24(fn_maltose_53(X)) = fn_glucose_24(fn_maltose_53(X))
& fn_glucose_24(fn_maltose_53(X)) = fn_carbonyl_group_7(fn_maltose_39(X))
& fn_carbonyl_group_7(fn_maltose_39(X)) = fn_carbonyl_group_7(fn_maltose_39(X))
& fn_carbonyl_group_7(fn_maltose_39(X)) = fn_covalent_bond_23(fn_maltose_52(X))
& fn_covalent_bond_23(fn_maltose_52(X)) = fn_covalent_bond_23(fn_maltose_52(X))
& fn_covalent_bond_23(fn_maltose_52(X)) = fn_disaccharide_40(X)
& fn_disaccharide_40(X) = fn_attract_2(fn_maltose_68(X))
& fn_attract_2(fn_maltose_68(X)) = fn_disaccharide_8(X)
& fn_disaccharide_8(X) = fn_disaccharide_8(X)
& fn_disaccharide_8(X) = fn_covalent_bond_14(fn_maltose_52(X))
& fn_carbonyl_group_10(fn_maltose_60(X)) = fn_covalent_bond_14(fn_maltose_52(X))
& fn_covalent_bond_14(fn_maltose_52(X)) = fn_covalent_bond_14(fn_maltose_52(X))
& fn_covalent_bond_14(fn_maltose_52(X)) = fn_carbonyl_group_10(fn_maltose_60(X))
& fn_carbonyl_group_10(fn_maltose_60(X)) = fn_carbonyl_group_10(fn_maltose_60(X))
& fn_disaccharide_30(X) = fn_disaccharide_30(X)
& fn_disaccharide_30(X) = fn_carbonyl_group_10(fn_maltose_60(X))
& fn_carbonyl_group_10(fn_maltose_60(X)) = fn_disaccharide_30(X)
& fn_disaccharide_30(X) = fn_polar_covalent_bond_22(fn_maltose_14(X))
& fn_disaccharide_35(X) = fn_polar_covalent_bond_22(fn_maltose_14(X))
& fn_polar_covalent_bond_22(fn_maltose_14(X)) = fn_disaccharide_35(X)
& fn_disaccharide_35(X) = fn_disaccharide_35(X)
& fn_disaccharide_35(X) = fn_polar_covalent_bond_20(fn_maltose_14(X))
& fn_polar_covalent_bond_20(fn_maltose_14(X)) = fn_covalent_bond_11(fn_maltose_52(X))
& fn_covalent_bond_11(fn_maltose_52(X)) = fn_polar_covalent_bond_20(fn_maltose_14(X))
& fn_polar_covalent_bond_20(fn_maltose_14(X)) = fn_polar_covalent_bond_20(fn_maltose_14(X))
& fn_polar_covalent_bond_20(fn_maltose_14(X)) = fn_disaccharide_39(X)
& fn_disaccharide_39(X) = fn_disaccharide_39(X)
& fn_disaccharide_39(X) = fn_covalent_bond_24(fn_maltose_52(X))
& fn_covalent_bond_24(fn_maltose_52(X)) = fn_covalent_bond_24(fn_maltose_52(X))
& fn_covalent_bond_24(fn_maltose_52(X)) = fn_hydroxyl_group_9(fn_maltose_33(X))
& fn_hydroxyl_group_9(fn_maltose_33(X)) = fn_hydroxyl_group_9(fn_maltose_33(X))
& fn_hydroxyl_group_9(fn_maltose_33(X)) = fn_disaccharide_41(X)
& fn_disaccharide_41(X) = fn_disaccharide_41(X)
& fn_disaccharide_41(X) = fn_attract_2(fn_maltose_82(X))
& fn_attract_2(fn_maltose_82(X)) = fn_disaccharide_38(X)
& fn_disaccharide_38(X) = fn_disaccharide_38(X)
& fn_disaccharide_38(X) = fn_polar_covalent_bond_16(fn_maltose_14(X))
& fn_disaccharide_44(X) = fn_carbonyl_group_8(fn_maltose_60(X))
& fn_carbonyl_group_8(fn_maltose_60(X)) = fn_carbonyl_group_8(fn_maltose_60(X))
& fn_disaccharide_6(X) = fn_carbonyl_group_8(fn_maltose_60(X))
& fn_carbonyl_group_8(fn_maltose_60(X)) = fn_disaccharide_6(X)
& fn_disaccharide_6(X) = fn_disaccharide_6(X)
& fn_disaccharide_6(X) = fn_share_3(fn_maltose_59(X))
& fn_share_3(fn_maltose_59(X)) = fn_share_3(fn_maltose_76(X))
& fn_share_3(fn_maltose_76(X)) = fn_share_1(fn_maltose_26(X))
& fn_share_1(fn_maltose_26(X)) = fn_share_3(fn_maltose_18(X))
& fn_share_3(fn_maltose_18(X)) = fn_share_1(fn_maltose_18(X))
& fn_share_1(fn_maltose_18(X)) = fn_share_3(fn_maltose_92(X))
& fn_share_3(fn_maltose_92(X)) = fn_share_1(fn_maltose_92(X))
& fn_share_1(fn_maltose_92(X)) = fn_share_1(fn_maltose_26(X))
& fn_share_1(fn_maltose_26(X)) = fn_share_1(fn_maltose_18(X))
& fn_share_1(fn_maltose_18(X)) = fn_share_1(fn_maltose_92(X))
& fn_share_1(fn_maltose_92(X)) = fn_carbonyl_group_7(fn_maltose_60(X))
& fn_covalent_bond_20(fn_maltose_52(X)) = fn_carbonyl_group_7(fn_maltose_60(X))
& fn_carbonyl_group_7(fn_maltose_60(X)) = fn_carbonyl_group_7(fn_maltose_60(X))
& fn_carbonyl_group_7(fn_maltose_60(X)) = fn_covalent_bond_20(fn_maltose_52(X))
& fn_covalent_bond_20(fn_maltose_52(X)) = fn_disaccharide_14(X)
& fn_disaccharide_14(X) = fn_disaccharide_14(X)
& fn_disaccharide_14(X) = fn_attract_1(fn_maltose_82(X))
& fn_attract_1(fn_maltose_82(X)) = fn_constant_motion_1(fn_maltose_81(X))
& fn_constant_motion_1(fn_maltose_13(X)) = fn_constant_motion_1(fn_maltose_81(X))
& fn_constant_motion_1(fn_maltose_81(X)) = fn_constant_motion_1(fn_maltose_22(X))
& fn_constant_motion_1(fn_maltose_22(X)) = fn_constant_motion_1(fn_maltose_99(X))
& fn_constant_motion_1(fn_maltose_99(X)) = fn_constant_motion_1(fn_maltose_13(X))
& fn_constant_motion_1(fn_maltose_13(X)) = fn_polar_covalent_bond_12(fn_maltose_14(X))
& fn_polar_covalent_bond_11(fn_maltose_14(X)) = fn_polar_covalent_bond_12(fn_maltose_14(X))
& fn_polar_covalent_bond_12(fn_maltose_14(X)) = fn_polar_covalent_bond_11(fn_maltose_14(X))
& fn_polar_covalent_bond_11(fn_maltose_14(X)) = fn_carbonyl_group_4(fn_maltose_60(X))
& fn_carbonyl_group_4(fn_maltose_60(X)) = fn_carbonyl_group_4(fn_maltose_60(X))
& fn_carbonyl_group_4(fn_maltose_60(X)) = fn_disaccharide_37(X)
& fn_disaccharide_37(X) = fn_disaccharide_4(X)
& fn_disaccharide_4(X) = fn_disaccharide_27(X)
& fn_disaccharide_27(X) = fn_disaccharide_5(X)
& fn_disaccharide_5(X) = fn_disaccharide_5(X)
& fn_disaccharide_5(X) = fn_share_3(fn_maltose_28(X))
& fn_share_3(fn_maltose_28(X)) = fn_share_1(fn_maltose_74(X))
& fn_share_1(fn_maltose_74(X)) = fn_share_3(fn_maltose_20(X))
& fn_share_3(fn_maltose_20(X)) = fn_share_3(fn_maltose_19(X))
& fn_share_3(fn_maltose_19(X)) = fn_share_1(fn_maltose_19(X))
& fn_share_1(fn_maltose_89(X)) = fn_share_3(fn_maltose_12(X))
& fn_share_3(fn_maltose_12(X)) = fn_share_1(fn_maltose_12(X))
& fn_share_1(fn_maltose_12(X)) = fn_share_3(fn_maltose_100(X))
& fn_share_3(fn_maltose_100(X)) = fn_share_1(fn_maltose_100(X))
& fn_share_1(fn_maltose_100(X)) = fn_share_3(fn_maltose_10(X))
& fn_share_3(fn_maltose_10(X)) = fn_share_1(fn_maltose_10(X))
& fn_share_1(fn_maltose_10(X)) = fn_share_1(fn_maltose_74(X))
& fn_share_1(fn_maltose_74(X)) = fn_share_1(fn_maltose_19(X))
& fn_share_1(fn_maltose_19(X)) = fn_share_1(fn_maltose_89(X))
& fn_share_1(fn_maltose_89(X)) = fn_share_1(fn_maltose_12(X))
& fn_share_1(fn_maltose_12(X)) = fn_share_1(fn_maltose_100(X))
& fn_share_1(fn_maltose_100(X)) = fn_share_1(fn_maltose_10(X))
& fn_share_1(fn_maltose_10(X)) = fn_covalent_bond_20(fn_maltose_52(X))
& fn_covalent_bond_20(fn_maltose_52(X)) = fn_covalent_bond_19(fn_maltose_52(X))
& fn_hydroxyl_group_4(fn_maltose_33(X)) = fn_covalent_bond_19(fn_maltose_52(X))
& fn_covalent_bond_19(fn_maltose_52(X)) = fn_hydroxyl_group_4(fn_maltose_33(X))
& fn_disaccharide_33(X) = fn_disaccharide_13(X)
& fn_disaccharide_33(X) = fn_disaccharide_29(X)
& fn_disaccharide_2(X) = fn_polar_covalent_bond_16(fn_maltose_14(X))
& fn_polar_covalent_bond_16(fn_maltose_14(X)) = fn_disaccharide_44(X)
& fn_disaccharide_44(X) = fn_disaccharide_44(X)
& fn_disaccharide_44(X) = fn_disaccharide_29(X)
& fn_disaccharide_29(X) = fn_disaccharide_29(X)
& fn_disaccharide_29(X) = fn_disaccharide_2(X)
& fn_disaccharide_2(X) = fn_disaccharide_2(X)
& fn_disaccharide_2(X) = fn_polar_covalent_bond_23(fn_maltose_14(X))
& fn_polar_covalent_bond_23(fn_maltose_14(X)) = fn_polar_covalent_bond_23(fn_maltose_14(X))
& fn_polar_covalent_bond_23(fn_maltose_14(X)) = fn_disaccharide_40(X)
& fn_disaccharide_40(X) = fn_polar_covalent_bond_14(fn_maltose_14(X))
& fn_disaccharide_41(X) = fn_polar_covalent_bond_14(fn_maltose_14(X))
& fn_polar_covalent_bond_14(fn_maltose_14(X)) = fn_disaccharide_41(X)
& fn_disaccharide_41(X) = fn_share_3(fn_maltose_35(X))
& fn_share_3(fn_maltose_35(X)) = fn_share_1(fn_maltose_59(X))
& fn_share_1(fn_maltose_59(X)) = fn_share_3(fn_maltose_27(X))
& fn_share_3(fn_maltose_27(X)) = fn_share_1(fn_maltose_27(X))
& fn_share_1(fn_maltose_27(X)) = fn_share_3(fn_maltose_26(X))
& fn_share_3(fn_maltose_26(X)) = fn_share_1(fn_maltose_76(X))
& fn_share_1(fn_maltose_76(X)) = fn_share_3(fn_maltose_9(X))
& fn_share_3(fn_maltose_9(X)) = fn_share_1(fn_maltose_9(X))
& fn_share_1(fn_maltose_9(X)) = fn_share_1(fn_maltose_59(X))
& fn_share_1(fn_maltose_59(X)) = fn_share_1(fn_maltose_27(X))
& fn_share_1(fn_maltose_27(X)) = fn_share_1(fn_maltose_76(X))
& fn_share_1(fn_maltose_76(X)) = fn_share_1(fn_maltose_9(X))
& fn_share_1(fn_maltose_9(X)) = fn_covalent_bond_20(fn_maltose_52(X))
& fn_covalent_bond_20(fn_maltose_52(X)) = fn_covalent_bond_20(fn_maltose_52(X))
& fn_polar_covalent_bond_19(fn_maltose_14(X)) = fn_covalent_bond_20(fn_maltose_52(X))
& fn_covalent_bond_20(fn_maltose_52(X)) = fn_polar_covalent_bond_19(fn_maltose_14(X))
& fn_hydroxyl_group_4(fn_maltose_33(X)) = fn_hydroxyl_group_4(fn_maltose_33(X))
& fn_hydroxyl_group_4(fn_maltose_33(X)) = fn_polar_covalent_bond_19(fn_maltose_14(X))
& fn_polar_covalent_bond_19(fn_maltose_14(X)) = fn_hydroxyl_group_4(fn_maltose_33(X))
& fn_carbonyl_group_9(fn_maltose_60(X)) = fn_hydroxyl_group_4(fn_maltose_33(X))
& fn_hydroxyl_group_4(fn_maltose_33(X)) = fn_carbonyl_group_9(fn_maltose_60(X))
& fn_carbonyl_group_9(fn_maltose_60(X)) = fn_carbonyl_group_9(fn_maltose_60(X))
& fn_disaccharide_13(X) = fn_carbonyl_group_9(fn_maltose_60(X))
& fn_carbonyl_group_9(fn_maltose_60(X)) = fn_disaccharide_13(X)
& fn_disaccharide_13(X) = fn_disaccharide_13(X)
& fn_disaccharide_13(X) = fn_disaccharide_33(X)
& fn_disaccharide_33(X) = fn_disaccharide_33(X)
& fn_disaccharide_33(X) = fn_share_1(fn_maltose_35(X))
& fn_share_1(fn_maltose_28(X)) = fn_share_3(fn_maltose_74(X))
& fn_share_3(fn_maltose_74(X)) = fn_share_1(fn_maltose_20(X))
& fn_share_1(fn_maltose_20(X)) = fn_share_3(fn_maltose_89(X))
& fn_share_3(fn_maltose_89(X)) = fn_share_3(fn_maltose_11(X))
& fn_share_3(fn_maltose_11(X)) = fn_share_1(fn_maltose_11(X))
& fn_share_1(fn_maltose_11(X)) = fn_share_1(fn_maltose_35(X))
& fn_share_1(fn_maltose_35(X)) = fn_share_1(fn_maltose_28(X))
& fn_share_1(fn_maltose_28(X)) = fn_share_1(fn_maltose_20(X))
& fn_share_1(fn_maltose_20(X)) = fn_share_1(fn_maltose_11(X))
& fn_share_1(fn_maltose_11(X)) = fn_polar_covalent_bond_19(fn_maltose_14(X))
& fn_polar_covalent_bond_19(fn_maltose_14(X)) = fn_polar_covalent_bond_19(fn_maltose_14(X))
& fn_polar_covalent_bond_18(fn_maltose_14(X)) = fn_polar_covalent_bond_19(fn_maltose_14(X))
& fn_polar_covalent_bond_19(fn_maltose_14(X)) = fn_polar_covalent_bond_18(fn_maltose_14(X))
& fn_polar_covalent_bond_18(fn_maltose_14(X)) = fn_covalent_bond_19(fn_maltose_52(X))
& fn_covalent_bond_19(fn_maltose_52(X)) = fn_polar_covalent_bond_18(fn_maltose_14(X))
& fn_polar_covalent_bond_18(fn_maltose_14(X)) = fn_polar_covalent_bond_18(fn_maltose_14(X))
& fn_polar_covalent_bond_18(fn_maltose_14(X)) = fn_hydroxyl_group_6(fn_maltose_33(X))
& fn_hydroxyl_group_6(fn_maltose_33(X)) = fn_covalent_bond_19(fn_maltose_52(X))
& fn_covalent_bond_19(fn_maltose_52(X)) = fn_covalent_bond_19(fn_maltose_52(X))
& fn_covalent_bond_19(fn_maltose_52(X)) = fn_hydroxyl_group_6(fn_maltose_33(X))
& fn_hydroxyl_group_6(fn_maltose_33(X)) = fn_hydroxyl_group_6(fn_maltose_33(X))
& fn_disaccharide_32(X) = fn_hydroxyl_group_6(fn_maltose_33(X))
& fn_hydroxyl_group_6(fn_maltose_33(X)) = fn_disaccharide_32(X)
& fn_disaccharide_32(X) = fn_disaccharide_32(X)
& fn_disaccharide_32(X) = fn_share_2(fn_maltose_26(X))
& fn_share_2(fn_maltose_26(X)) = fn_covalent_bond_18(fn_maltose_52(X))
& fn_hydroxyl_group_8(fn_maltose_33(X)) = fn_covalent_bond_18(fn_maltose_52(X))
& fn_covalent_bond_18(fn_maltose_52(X)) = fn_hydroxyl_group_8(fn_maltose_33(X))
& fn_hydroxyl_group_8(fn_maltose_33(X)) = fn_disaccharide_4(X)
& fn_disaccharide_4(X) = fn_disaccharide_4(X)
& fn_disaccharide_4(X) = fn_polar_covalent_bond_12(fn_maltose_14(X))
& fn_polar_covalent_bond_12(fn_maltose_14(X)) = fn_share_2(fn_maltose_74(X))
& fn_share_2(fn_maltose_74(X)) = fn_share_2(fn_maltose_89(X))
& fn_share_2(fn_maltose_89(X)) = fn_share_2(fn_maltose_35(X))
& fn_share_2(fn_maltose_35(X)) = fn_share_2(fn_maltose_100(X))
& fn_share_2(fn_maltose_100(X)) = fn_covalent_bond_18(fn_maltose_52(X))
& fn_covalent_bond_18(fn_maltose_52(X)) = fn_covalent_bond_18(fn_maltose_52(X))
& fn_covalent_bond_18(fn_maltose_52(X)) = fn_disaccharide_28(X)
& fn_disaccharide_28(X) = fn_disaccharide_28(X)
& fn_disaccharide_28(X) = fn_disaccharide_37(X)
& fn_polar_covalent_bond_11(fn_maltose_14(X)) = fn_disaccharide_37(X)
& fn_disaccharide_37(X) = fn_disaccharide_37(X)
& fn_disaccharide_37(X) = fn_polar_covalent_bond_11(fn_maltose_14(X))
& fn_polar_covalent_bond_11(fn_maltose_14(X)) = fn_share_2(fn_maltose_76(X))
& fn_share_2(fn_maltose_76(X)) = fn_share_2(fn_maltose_92(X))
& fn_share_2(fn_maltose_92(X)) = fn_hydroxyl_group_8(fn_maltose_33(X))
& fn_hydroxyl_group_8(fn_maltose_33(X)) = fn_hydroxyl_group_8(fn_maltose_33(X))
& fn_hydroxyl_group_8(fn_maltose_33(X)) = fn_polar_covalent_bond_12(fn_maltose_14(X))
& fn_polar_covalent_bond_12(fn_maltose_14(X)) = fn_polar_covalent_bond_12(fn_maltose_14(X))
& fn_polar_covalent_bond_12(fn_maltose_14(X)) = fn_share_2(fn_maltose_59(X))
& fn_share_2(fn_maltose_59(X)) = fn_share_2(fn_maltose_102(X))
& fn_share_2(fn_maltose_102(X)) = fn_share_2(fn_maltose_18(X))
& fn_share_2(fn_maltose_18(X)) = fn_covalent_bond_15(fn_maltose_52(X))
& fn_covalent_bond_15(fn_maltose_52(X)) = fn_covalent_bond_15(fn_maltose_52(X))
& fn_carbonyl_group_6(fn_maltose_60(X)) = fn_covalent_bond_15(fn_maltose_52(X))
& fn_covalent_bond_15(fn_maltose_52(X)) = fn_carbonyl_group_6(fn_maltose_60(X))
& fn_carbonyl_group_6(fn_maltose_60(X)) = fn_carbonyl_group_6(fn_maltose_60(X))
& fn_carbonyl_group_6(fn_maltose_60(X)) = fn_disaccharide_27(X)
& fn_disaccharide_27(X) = fn_disaccharide_27(X)
& fn_disaccharide_27(X) = fn_polar_covalent_bond_11(fn_maltose_14(X))
& fn_polar_covalent_bond_11(fn_maltose_14(X)) = fn_polar_covalent_bond_11(fn_maltose_14(X))
& fn_polar_covalent_bond_11(fn_maltose_14(X)) = fn_covalent_bond_17(fn_maltose_52(X))
& fn_covalent_bond_17(fn_maltose_52(X)) = fn_covalent_bond_17(fn_maltose_52(X))
& fn_polar_covalent_bond_16(fn_maltose_14(X)) = fn_covalent_bond_17(fn_maltose_52(X))
& fn_covalent_bond_17(fn_maltose_52(X)) = fn_polar_covalent_bond_16(fn_maltose_14(X))
& fn_polar_covalent_bond_16(fn_maltose_14(X)) = fn_polar_covalent_bond_16(fn_maltose_14(X))
& fn_polar_covalent_bond_16(fn_maltose_14(X)) = fn_disaccharide_43(X)
& fn_disaccharide_43(X) = fn_disaccharide_43(X)
& fn_disaccharide_43(X) = fn_polar_covalent_bond_17(fn_maltose_14(X))
& fn_polar_covalent_bond_17(fn_maltose_14(X)) = fn_polar_covalent_bond_17(fn_maltose_14(X))
& fn_polar_covalent_bond_17(fn_maltose_14(X)) = fn_hydroxyl_group_7(fn_maltose_33(X))
& fn_disaccharide_31(X) = fn_hydroxyl_group_7(fn_maltose_33(X))
& fn_hydroxyl_group_7(fn_maltose_33(X)) = fn_disaccharide_31(X)
& fn_disaccharide_31(X) = fn_disaccharide_31(X)
& fn_functional_group_1(fn_maltose_33(X)) = fn_functional_group_1(fn_maltose_60(X)) ) ) ).
fof(a530795,axiom,
! [X] :
( mammal_1(X)
=> ( original_name_2(X,'Mammal')
& user_description_2(X,'Member of a clade of endothermic amniotes. Mammals have hair and feed their young with milk produced by mammary glands.')
& concept2words_2(X,mammal)
& synapsid_1(X)
& hypodermis_1(fn_mammal_1(X))
& epithelium_1(fn_mammal_2(X))
& lining_1(fn_mammal_3(X))
& ileum_1(fn_mammal_4(X))
& diaphragm_muscle_tissue_1(fn_mammal_5(X))
& resource_1(fn_mammal_6(X))
& eye_1(fn_mammal_7(X))
& gland_1(fn_mammal_8(X))
& tear_1(fn_mammal_9(X))
& end_1(fn_mammal_10(X))
& sphincter_1(fn_mammal_11(X))
& sphincter_1(fn_mammal_12(X))
& bacterium_1(fn_mammal_13(X))
& cecum_1(fn_mammal_14(X))
& rectum_1(fn_mammal_15(X))
& proximal_1(fn_mammal_16(X))
& anus_1(fn_mammal_17(X))
& heart_1(fn_mammal_18(X))
& atmosphere_1(fn_mammal_19(X))
& atmosphere_1(fn_mammal_20(X))
& atmosphere_1(fn_mammal_21(X))
& biological_region_1(fn_mammal_22(X))
& biological_region_1(fn_mammal_23(X))
& biological_region_1(fn_mammal_24(X))
& biological_region_1(fn_mammal_25(X))
& shape_value_1(fn_mammal_26(X))
& hydrolysis_1(fn_mammal_28(X))
& polymer_breakdown_1(fn_mammal_29(X))
& break_1(fn_mammal_30(X))
& chemical_entity_1(fn_mammal_31(X))
& water_molecule_1(fn_mammal_31(X))
& remove_1(fn_mammal_32(X))
& chemical_energy_1(fn_mammal_33(X))
& cellulase_1(fn_mammal_34(X))
& entity_1(fn_mammal_35(X))
& chemical_entity_1(fn_mammal_35(X))
& atom_1(fn_mammal_35(X))
& hydrogen_1(fn_mammal_35(X))
& tangible_entity_1(fn_mammal_36(X))
& entity_1(fn_mammal_36(X))
& chemical_entity_1(fn_mammal_36(X))
& atom_1(fn_mammal_36(X))
& oxygen_1(fn_mammal_36(X))
& organic_molecule_1(fn_mammal_37(X))
& organic_molecule_1(fn_mammal_38(X))
& abrade_1(fn_mammal_39(X))
& tissue_1(fn_mammal_40(X))
& pancreas_cell_1(fn_mammal_41(X))
& spatial_entity_1(fn_mammal_42(X))
& insulin_1(fn_mammal_42(X))
& enzyme_1(fn_mammal_43(X))
& digestive_enzyme_1(fn_mammal_43(X))
& water_molecule_1(fn_mammal_44(X))
& protein_1(fn_mammal_45(X))
& decrease_1(fn_mammal_46(X))
& protein_1(fn_mammal_47(X))
& spatial_entity_1(fn_mammal_48(X))
& chemical_entity_1(fn_mammal_48(X))
& monomer_1(fn_mammal_48(X))
& molecule_1(fn_mammal_48(X))
& amino_acid_1(fn_mammal_48(X))
& polypeptide_1(fn_mammal_49(X))
& nutrition_1(fn_mammal_50(X))
& enzyme_1(fn_mammal_51(X))
& spatial_entity_1(fn_mammal_52(X))
& cellulose_1(fn_mammal_52(X))
& glucose_1(fn_mammal_53(X))
& move_out_of_1(fn_mammal_54(X))
& move_out_of_1(fn_mammal_55(X))
& move_out_of_1(fn_mammal_56(X))
& air_1(fn_mammal_57(X))
& hydrogen_sulfide_1(fn_mammal_58(X))
& methane_1(fn_mammal_59(X))
& gallbladder_1(fn_mammal_60(X))
& tissue_1(fn_mammal_61(X))
& bone_1(fn_mammal_61(X))
& move_1(fn_mammal_62(X))
& blood_1(fn_mammal_63(X))
& move_1(fn_mammal_64(X))
& move_1(fn_mammal_65(X))
& colon_1(fn_mammal_66(X))
& produce_1(fn_mammal_67(X))
& produce_1(fn_mammal_68(X))
& produce_1(fn_mammal_69(X))
& vitamin_b7_1(fn_mammal_70(X))
& vitamin_b9_1(fn_mammal_71(X))
& vitamin_k_1(fn_mammal_72(X))
& organic_molecule_1(fn_mammal_73(X))
& heterotroph_1(fn_mammal_74(X))
& mammalian_cell_1(fn_mammal_75(X))
& water_1(fn_mammal_76(X))
& circulatory_system_1(fn_mammal_77(X))
& digestive_system_1(fn_mammal_78(X))
& abrade_1(fn_mammal_79(X))
& move_through_1(fn_mammal_80(X))
& container_1(fn_mammal_81(X))
& store_1(fn_mammal_82(X))
& respiratory_system_1(fn_mammal_83(X))
& trachea_1(fn_mammal_84(X))
& lung_1(fn_mammal_85(X))
& secretor_1(fn_mammal_86(X))
& digestive_enzyme_1(fn_mammal_87(X))
& secretion_1(fn_mammal_88(X))
& specific_heat_value_1(fn_mammal_89(X))
& temperature_value_1(fn_mammal_90(X))
& stomach_1(fn_mammal_91(X))
& pharynx_1(fn_mammal_92(X))
& esophagus_1(fn_mammal_93(X))
& liver_1(fn_mammal_94(X))
& pancreas_1(fn_mammal_95(X))
& catabolic_pathway_1(fn_mammal_96(X))
& take_in_1(fn_mammal_97(X))
& locomotion_1(fn_mammal_98(X))
& spatial_entity_1(fn_move_1(fn_mammal_64(X)))
& spatial_entity_1(fn_move_1(fn_mammal_65(X)))
& spatial_entity_1(fn_move_1(fn_mammal_62(X)))
& tangible_entity_1(fn_secretion_1(fn_mammal_88(X)))
& entity_1(fn_create_1(fn_mammal_68(X)))
& entity_1(fn_create_1(fn_mammal_69(X)))
& entity_1(fn_create_1(fn_mammal_67(X)))
& tangible_entity_1(fn_move_out_of_1(fn_mammal_55(X)))
& spatial_entity_1(fn_move_1(fn_mammal_54(X)))
& tangible_entity_1(fn_move_out_of_1(fn_mammal_56(X)))
& tangible_entity_1(fn_move_out_of_1(fn_mammal_54(X)))
& spatial_entity_1(fn_move_1(fn_mammal_55(X)))
& spatial_entity_1(fn_move_1(fn_mammal_56(X)))
& tangible_entity_1(fn_produce_1(fn_mammal_67(X)))
& tangible_entity_1(fn_produce_1(fn_mammal_68(X)))
& tangible_entity_1(fn_produce_1(fn_mammal_69(X)))
& decrease_1(fn_enzyme_5(fn_mammal_51(X)))
& decrease_1(fn_enzyme_5(fn_mammal_43(X)))
& secretor_1(fn_secretion_3(fn_mammal_88(X)))
& pancreas_cell_1(fn_pancreas_1(fn_mammal_95(X)))
& tissue_1(fn_pancreas_2(fn_mammal_95(X)))
& container_1(fn_store_3(fn_mammal_82(X)))
& living_entity_1(fn_secretion_2(fn_mammal_88(X)))
& spatial_entity_1(fn_pancreas_cell_5(fn_mammal_41(X)))
& insulin_1(fn_pancreas_cell_79(fn_mammal_41(X)))
& tangible_entity_1(fn_polypeptide_101(fn_mammal_49(X)))
& entity_1(fn_polypeptide_101(fn_mammal_49(X)))
& oxygen_1(fn_polypeptide_101(fn_mammal_49(X)))
& atom_1(fn_polypeptide_101(fn_mammal_49(X)))
& entity_1(fn_polypeptide_15(fn_mammal_49(X)))
& chemical_entity_1(fn_polypeptide_15(fn_mammal_49(X)))
& atom_1(fn_polypeptide_15(fn_mammal_49(X)))
& oxygen_1(fn_polypeptide_15(fn_mammal_49(X)))
& entity_1(fn_polypeptide_89(fn_mammal_49(X)))
& chemical_entity_1(fn_polypeptide_89(fn_mammal_49(X)))
& atom_1(fn_polypeptide_89(fn_mammal_49(X)))
& hydrogen_1(fn_polypeptide_89(fn_mammal_49(X)))
& entity_1(fn_polypeptide_90(fn_mammal_49(X)))
& chemical_entity_1(fn_polypeptide_90(fn_mammal_49(X)))
& atom_1(fn_polypeptide_90(fn_mammal_49(X)))
& hydrogen_1(fn_polypeptide_90(fn_mammal_49(X)))
& entity_1(fn_polypeptide_118(fn_mammal_49(X)))
& chemical_entity_1(fn_polypeptide_118(fn_mammal_49(X)))
& atom_1(fn_polypeptide_118(fn_mammal_49(X)))
& hydrogen_1(fn_polypeptide_118(fn_mammal_49(X)))
& spatial_entity_1(fn_polypeptide_83(fn_mammal_49(X)))
& chemical_entity_1(fn_polypeptide_83(fn_mammal_49(X)))
& monomer_1(fn_polypeptide_83(fn_mammal_49(X)))
& molecule_1(fn_polypeptide_83(fn_mammal_49(X)))
& amino_acid_1(fn_polypeptide_83(fn_mammal_49(X)))
& chemical_entity_1(fn_polypeptide_82(fn_mammal_49(X)))
& monomer_1(fn_polypeptide_82(fn_mammal_49(X)))
& molecule_1(fn_polypeptide_82(fn_mammal_49(X)))
& amino_acid_1(fn_polypeptide_82(fn_mammal_49(X)))
& spatial_entity_1(fn_make_contact_1(fn_mammal_79(X)))
& spatial_entity_1(fn_store_2(fn_mammal_82(X)))
& the_categorical_value_2(fn_mammal_26(X),hollow_volume_0)
& is_specific_to_2(fn_mammal_51(X),fn_mammal_53(X))
& path_2(fn_mammal_54(X),fn_mammal_17(X))
& destination_2(fn_mammal_54(X),fn_mammal_20(X))
& origin_2(fn_mammal_54(X),fn_mammal_23(X))
& fn_mammal_54(X) != fn_mammal_56(X)
& fn_mammal_54(X) != fn_mammal_55(X)
& fn_mammal_55(X) != fn_mammal_54(X)
& fn_mammal_55(X) != fn_mammal_56(X)
& path_2(fn_mammal_55(X),fn_mammal_17(X))
& destination_2(fn_mammal_55(X),fn_mammal_21(X))
& origin_2(fn_mammal_55(X),fn_mammal_24(X))
& fn_mammal_56(X) != fn_mammal_54(X)
& fn_mammal_56(X) != fn_mammal_55(X)
& path_2(fn_mammal_56(X),fn_mammal_17(X))
& destination_2(fn_mammal_56(X),fn_mammal_19(X))
& origin_2(fn_mammal_56(X),fn_mammal_25(X))
& is_inside_2(fn_mammal_25(X),fn_mammal_66(X))
& is_inside_2(fn_mammal_24(X),fn_mammal_66(X))
& is_inside_2(fn_mammal_23(X),fn_mammal_66(X))
& is_outside_2(fn_mammal_21(X),fn_mammal_66(X))
& is_outside_2(fn_mammal_20(X),fn_mammal_66(X))
& is_outside_2(fn_mammal_19(X),fn_mammal_66(X))
& is_at_2(fn_mammal_17(X),fn_mammal_10(X))
& abuts_2(fn_mammal_17(X),fn_mammal_15(X))
& is_outside_2(fn_mammal_17(X),fn_mammal_66(X))
& destination_2(fn_mammal_62(X),fn_mammal_18(X))
& called_2(fn_mammal_62(X),'M1')
& origin_2(fn_mammal_64(X),fn_mammal_18(X))
& destination_2(fn_mammal_64(X),fn_mammal_60(X))
& called_2(fn_mammal_64(X),'M2')
& origin_2(fn_mammal_65(X),fn_mammal_18(X))
& destination_2(fn_mammal_65(X),fn_mammal_61(X))
& called_2(fn_mammal_65(X),'M3')
& has_region_2(fn_mammal_66(X),fn_mammal_22(X))
& abuts_2(fn_mammal_66(X),fn_mammal_14(X))
& abuts_2(fn_mammal_66(X),fn_mammal_15(X))
& abuts_2(fn_mammal_15(X),fn_mammal_17(X))
& abuts_2(fn_mammal_15(X),fn_mammal_66(X))
& is_at_2(fn_mammal_14(X),fn_mammal_16(X))
& abuts_2(fn_mammal_14(X),fn_mammal_66(X))
& abuts_2(fn_mammal_14(X),fn_mammal_4(X))
& is_inside_2(fn_mammal_13(X),fn_mammal_66(X))
& has_function_2(fn_mammal_13(X),fn_mammal_69(X))
& has_function_2(fn_mammal_13(X),fn_mammal_68(X))
& has_function_2(fn_mammal_13(X),fn_mammal_67(X))
& agent_2(fn_mammal_67(X),fn_mammal_13(X))
& called_2(fn_mammal_67(X),'P1')
& agent_2(fn_mammal_68(X),fn_mammal_13(X))
& called_2(fn_mammal_68(X),'P2')
& agent_2(fn_mammal_69(X),fn_mammal_13(X))
& called_2(fn_mammal_69(X),'P3')
& is_between_2(fn_mammal_12(X),fn_mammal_17(X))
& is_between_2(fn_mammal_12(X),fn_mammal_15(X))
& fn_mammal_12(X) != fn_mammal_11(X)
& called_2(fn_mammal_12(X),'SP4')
& is_between_2(fn_mammal_11(X),fn_mammal_17(X))
& is_between_2(fn_mammal_11(X),fn_mammal_15(X))
& fn_mammal_11(X) != fn_mammal_12(X)
& called_2(fn_mammal_11(X),'SP5')
& called_2(fn_mammal_10(X),'E2')
& has_region_2(X,fn_mammal_3(X))
& has_part_2(X,fn_mammal_7(X))
& has_part_2(X,fn_mammal_18(X))
& has_part_2(X,fn_mammal_2(X))
& has_part_2(X,fn_mammal_17(X))
& has_part_2(X,fn_mammal_1(X))
& shape_2(X,fn_mammal_26(X))
& is_inside_2(fn_mammal_9(X),fn_mammal_8(X))
& has_part_2(fn_mammal_7(X),fn_mammal_8(X))
& element_2(fn_mammal_77(X),fn_mammal_18(X))
& path_2(fn_mammal_79(X),X)
& enables_2(fn_mammal_80(X),fn_mammal_79(X))
& element_2(fn_mammal_83(X),fn_mammal_5(X))
& in_event_2(fn_mammal_6(X),fn_mammal_88(X))
& abuts_2(fn_mammal_4(X),fn_mammal_14(X))
& plays_2(fn_mammal_2(X),fn_mammal_6(X))
& is_inside_2(fn_mammal_2(X),fn_mammal_3(X))
& object_2(fn_mammal_64(X),fn_mammal_63(X))
& object_2(fn_mammal_65(X),fn_mammal_63(X))
& object_2(fn_mammal_62(X),fn_mammal_63(X))
& object_2(fn_mammal_79(X),fn_mammal_52(X))
& object_2(fn_mammal_88(X),fn_mammal_87(X))
& result_2(fn_mammal_68(X),fn_mammal_71(X))
& result_2(fn_mammal_69(X),fn_mammal_70(X))
& result_2(fn_mammal_67(X),fn_mammal_72(X))
& base_2(fn_mammal_55(X),fn_mammal_66(X))
& object_2(fn_mammal_54(X),fn_mammal_58(X))
& base_2(fn_mammal_56(X),fn_mammal_66(X))
& base_2(fn_mammal_54(X),fn_mammal_66(X))
& object_2(fn_mammal_55(X),fn_mammal_59(X))
& object_2(fn_mammal_56(X),fn_mammal_57(X))
& raw_material_2(fn_mammal_67(X),fn_mammal_73(X))
& raw_material_2(fn_mammal_68(X),fn_mammal_37(X))
& raw_material_2(fn_mammal_69(X),fn_mammal_38(X))
& has_part_2(X,fn_mammal_75(X))
& base_2(fn_mammal_88(X),fn_mammal_75(X))
& plays_2(fn_mammal_75(X),fn_mammal_86(X))
& has_function_2(fn_mammal_51(X),fn_mammal_46(X))
& has_function_2(fn_mammal_43(X),fn_mammal_46(X))
& in_event_2(fn_mammal_86(X),fn_mammal_88(X))
& is_inside_2(fn_mammal_42(X),fn_mammal_41(X))
& has_part_2(fn_mammal_95(X),fn_mammal_40(X))
& has_part_2(fn_mammal_40(X),fn_mammal_41(X))
& in_event_2(fn_mammal_81(X),fn_mammal_82(X))
& plays_2(X,fn_mammal_81(X))
& has_region_2(X,fn_mammal_77(X))
& base_2(fn_mammal_82(X),X)
& result_2(fn_mammal_50(X),fn_mammal_47(X))
& has_part_2(fn_mammal_47(X),fn_mammal_49(X))
& has_part_2(fn_mammal_48(X),fn_mammal_36(X))
& has_part_2(fn_mammal_49(X),fn_mammal_48(X))
& has_part_2(fn_mammal_48(X),fn_mammal_35(X))
& fn_mammal_36(X) != fn_mammal_35(X)
& fn_mammal_35(X) != fn_mammal_36(X)
& element_2(fn_mammal_83(X),fn_mammal_84(X))
& is_specific_to_2(fn_mammal_43(X),fn_mammal_45(X))
& next_element_2(fn_mammal_84(X),fn_mammal_85(X))
& possesses_2(fn_mammal_31(X),fn_mammal_33(X))
& raw_material_2(fn_mammal_96(X),fn_mammal_52(X))
& raw_material_2(fn_mammal_29(X),fn_mammal_52(X))
& fn_mammal_45(X) != fn_mammal_44(X)
& fn_mammal_44(X) != fn_mammal_45(X)
& temperature_2(X,fn_mammal_90(X))
& has_part_2(X,fn_mammal_92(X))
& element_2(fn_mammal_78(X),fn_mammal_92(X))
& base_2(fn_mammal_80(X),fn_mammal_78(X))
& enables_2(fn_mammal_80(X),fn_mammal_39(X))
& element_2(fn_mammal_78(X),fn_mammal_91(X))
& has_part_2(X,fn_mammal_91(X))
& has_part_2(X,fn_mammal_94(X))
& element_2(fn_mammal_78(X),fn_mammal_94(X))
& element_2(fn_mammal_78(X),fn_mammal_93(X))
& agent_2(fn_mammal_50(X),X)
& in_event_2(fn_mammal_74(X),fn_mammal_50(X))
& plays_2(X,fn_mammal_74(X))
& has_part_2(X,fn_mammal_95(X))
& element_2(fn_mammal_78(X),fn_mammal_95(X))
& next_element_2(fn_mammal_92(X),fn_mammal_93(X))
& has_part_2(X,fn_mammal_93(X))
& has_part_2(X,fn_mammal_61(X))
& abuts_2(fn_mammal_91(X),fn_mammal_93(X))
& abuts_2(fn_mammal_93(X),fn_mammal_91(X))
& object_2(fn_mammal_32(X),fn_mammal_53(X))
& base_2(fn_mammal_32(X),fn_mammal_52(X))
& object_2(fn_mammal_80(X),fn_mammal_52(X))
& path_2(fn_mammal_80(X),X)
& has_part_2(X,fn_mammal_60(X))
& result_2(fn_mammal_96(X),fn_mammal_53(X))
& agent_2(fn_mammal_96(X),fn_mammal_34(X))
& agent_2(fn_mammal_30(X),fn_mammal_34(X))
& object_2(fn_mammal_30(X),fn_mammal_52(X))
& raw_material_2(fn_mammal_28(X),fn_mammal_52(X))
& raw_material_2(fn_mammal_28(X),fn_mammal_31(X))
& result_2(fn_mammal_28(X),fn_mammal_53(X))
& result_2(fn_mammal_29(X),fn_mammal_53(X))
& fn_mammal_44(X) != fn_mammal_53(X)
& fn_mammal_53(X) != fn_mammal_44(X)
& agent_2(fn_mammal_97(X),X)
& base_2(fn_mammal_97(X),X)
& has_part_2(X,fn_mammal_84(X))
& abuts_2(fn_mammal_92(X),fn_mammal_84(X))
& abuts_2(fn_mammal_84(X),fn_mammal_92(X))
& path_2(fn_mammal_39(X),X)
& object_2(fn_mammal_39(X),fn_mammal_52(X))
& possesses_2(fn_mammal_52(X),fn_mammal_33(X))
& fn_mammal_31(X) != fn_mammal_52(X)
& fn_mammal_52(X) != fn_mammal_31(X)
& object_2(fn_mammal_98(X),X)
& agent_2(fn_mammal_98(X),X)
& has_part_2(X,fn_mammal_76(X))
& specific_heat_2(fn_mammal_76(X),fn_mammal_89(X))
& correspondence_2(fn_mammal_90(X),fn_mammal_89(X))
& has_region_2(X,fn_mammal_83(X))
& element_2(fn_mammal_83(X),fn_mammal_85(X))
& has_part_2(X,fn_mammal_85(X))
& has_region_2(X,fn_mammal_78(X))
& element_2(fn_mammal_78(X),fn_mammal_60(X))
& fn_mammal_63(X) = fn_move_1(fn_mammal_64(X))
& fn_mammal_63(X) = fn_move_1(fn_mammal_65(X))
& fn_mammal_63(X) = fn_move_1(fn_mammal_62(X))
& fn_mammal_52(X) = fn_make_contact_1(fn_mammal_79(X))
& fn_mammal_87(X) = fn_secretion_1(fn_mammal_88(X))
& fn_mammal_71(X) = fn_create_1(fn_mammal_68(X))
& fn_mammal_70(X) = fn_create_1(fn_mammal_69(X))
& fn_mammal_72(X) = fn_create_1(fn_mammal_67(X))
& fn_mammal_66(X) = fn_move_out_of_1(fn_mammal_55(X))
& fn_mammal_58(X) = fn_move_1(fn_mammal_54(X))
& fn_mammal_66(X) = fn_move_out_of_1(fn_mammal_56(X))
& fn_mammal_66(X) = fn_move_out_of_1(fn_mammal_54(X))
& fn_mammal_59(X) = fn_move_1(fn_mammal_55(X))
& fn_mammal_57(X) = fn_move_1(fn_mammal_56(X))
& fn_mammal_73(X) = fn_produce_1(fn_mammal_67(X))
& fn_mammal_37(X) = fn_produce_1(fn_mammal_68(X))
& fn_mammal_38(X) = fn_produce_1(fn_mammal_69(X))
& fn_mammal_75(X) = fn_animal_21(X)
& fn_mammal_75(X) = fn_secretion_2(fn_mammal_88(X))
& fn_mammal_46(X) = fn_enzyme_5(fn_mammal_51(X))
& fn_mammal_46(X) = fn_enzyme_5(fn_mammal_43(X))
& fn_mammal_86(X) = fn_secretion_3(fn_mammal_88(X))
& fn_mammal_42(X) = fn_pancreas_cell_5(fn_mammal_41(X))
& fn_mammal_42(X) = fn_pancreas_cell_79(fn_mammal_41(X))
& fn_mammal_41(X) = fn_pancreas_1(fn_mammal_95(X))
& fn_mammal_40(X) = fn_pancreas_2(fn_mammal_95(X))
& fn_mammal_81(X) = fn_store_3(fn_mammal_82(X))
& fn_mammal_77(X) = fn_animal_4(X)
& X = fn_store_2(fn_mammal_82(X))
& fn_mammal_82(X) = fn_animal_24(X)
& fn_mammal_47(X) = fn_animal_7(X)
& fn_mammal_35(X) = fn_polypeptide_89(fn_mammal_49(X))
& fn_mammal_36(X) = fn_polypeptide_101(fn_mammal_49(X))
& fn_mammal_36(X) = fn_polypeptide_15(fn_mammal_49(X))
& fn_mammal_35(X) = fn_polypeptide_90(fn_mammal_49(X))
& fn_mammal_35(X) = fn_polypeptide_118(fn_mammal_49(X))
& fn_mammal_48(X) = fn_polypeptide_83(fn_mammal_49(X))
& fn_mammal_49(X) = fn_animal_15(X)
& fn_mammal_48(X) = fn_animal_14(X)
& fn_mammal_48(X) = fn_polypeptide_82(fn_mammal_49(X))
& fn_mammal_43(X) = fn_vertebrate_1(X)
& fn_mammal_99(X) = fn_vertebrate_61(X)
& fn_mammal_45(X) = fn_vertebrate_3(X)
& fn_mammal_100(X) = fn_vertebrate_60(X)
& fn_mammal_94(X) = fn_vertebrate_15(X)
& fn_mammal_95(X) = fn_vertebrate_16(X)
& fn_mammal_74(X) = fn_vertebrate_56(X)
& fn_mammal_50(X) = fn_animal_19(X)
& fn_mammal_50(X) = fn_vertebrate_25(X)
& fn_mammal_61(X) = fn_vertebrate_27(X)
& fn_mammal_91(X) = fn_vertebrate_18(X)
& fn_mammal_93(X) = fn_vertebrate_26(X)
& fn_mammal_80(X) = fn_vertebrate_33(X)
& fn_mammal_32(X) = fn_vertebrate_46(X)
& fn_mammal_30(X) = fn_vertebrate_50(X)
& fn_mammal_34(X) = fn_vertebrate_20(X)
& fn_mammal_96(X) = fn_vertebrate_47(X)
& fn_mammal_29(X) = fn_vertebrate_48(X)
& fn_mammal_44(X) = fn_vertebrate_2(X)
& fn_mammal_53(X) = fn_vertebrate_53(X)
& fn_mammal_28(X) = fn_vertebrate_49(X)
& fn_mammal_92(X) = fn_vertebrate_19(X)
& fn_mammal_84(X) = fn_vertebrate_4(X)
& fn_mammal_97(X) = fn_vertebrate_58(X)
& fn_mammal_33(X) = fn_vertebrate_45(X)
& fn_mammal_31(X) = fn_vertebrate_51(X)
& fn_mammal_52(X) = fn_vertebrate_35(X)
& fn_mammal_39(X) = fn_vertebrate_34(X)
& fn_mammal_90(X) = fn_vertebrate_55(X)
& fn_mammal_89(X) = fn_vertebrate_54(X)
& fn_mammal_76(X) = fn_vertebrate_57(X)
& fn_mammal_98(X) = fn_vertebrate_59(X)
& fn_mammal_60(X) = fn_vertebrate_17(X)
& fn_mammal_78(X) = fn_vertebrate_40(X)
& fn_mammal_85(X) = fn_vertebrate_5(X)
& fn_mammal_83(X) = fn_vertebrate_6(X)
& fn_animal_21(X) = fn_secretion_2(fn_mammal_88(X))
& fn_secretion_2(fn_mammal_88(X)) = fn_secretion_2(fn_mammal_88(X))
& fn_secretion_2(fn_mammal_88(X)) = fn_pancreas_cell_5(fn_mammal_41(X))
& fn_pancreas_cell_5(fn_mammal_41(X)) = fn_pancreas_cell_79(fn_mammal_41(X))
& fn_pancreas_cell_79(fn_mammal_41(X)) = fn_polypeptide_15(fn_mammal_49(X))
& fn_polypeptide_15(fn_mammal_49(X)) = fn_polypeptide_101(fn_mammal_49(X))
& fn_polypeptide_101(fn_mammal_49(X)) = fn_polypeptide_15(fn_mammal_49(X))
& fn_polypeptide_15(fn_mammal_49(X)) = fn_polypeptide_89(fn_mammal_49(X))
& fn_polypeptide_89(fn_mammal_49(X)) = fn_polypeptide_90(fn_mammal_49(X))
& fn_polypeptide_90(fn_mammal_49(X)) = fn_polypeptide_90(fn_mammal_49(X))
& fn_polypeptide_118(fn_mammal_49(X)) = fn_polypeptide_90(fn_mammal_49(X))
& fn_polypeptide_90(fn_mammal_49(X)) = fn_polypeptide_118(fn_mammal_49(X))
& fn_polypeptide_118(fn_mammal_49(X)) = fn_polypeptide_83(fn_mammal_49(X))
& fn_polypeptide_83(fn_mammal_49(X)) = fn_polypeptide_83(fn_mammal_49(X))
& fn_polypeptide_83(fn_mammal_49(X)) = fn_animal_14(X)
& fn_polypeptide_82(fn_mammal_49(X)) = fn_polypeptide_82(fn_mammal_49(X))
& fn_polypeptide_82(fn_mammal_49(X)) = fn_animal_14(X)
& fn_animal_14(X) = fn_polypeptide_82(fn_mammal_49(X))
& fn_polypeptide_82(fn_mammal_49(X)) = fn_animal_19(X)
& fn_vertebrate_25(X) = fn_animal_19(X)
& fn_animal_19(X) = fn_vertebrate_25(X)
& fn_vertebrate_25(X) = fn_make_contact_1(fn_mammal_79(X))
& fn_make_contact_1(fn_mammal_79(X)) = fn_vertebrate_35(X)
& fn_vertebrate_35(X) = fn_vertebrate_35(X)
& fn_store_2(fn_mammal_82(X)) = fn_store_2(fn_mammal_82(X)) ) ) ).
fof(a530796,axiom,
! [X] :
( mammal_cloning_1(X)
=> ( original_name_2(X,'Mammal-Cloning')
& user_description_2(X,'Mammal cloning is to reproduce a mammal with genetic materials identical to its single parent.')
& concept2words_2(X,clone)
& concept2words_2(X,'cloning of mammal')
& concept2words_2(X,'mammal cloning')
& concept2words_2(X,'mammal-cloning')
& reproductive_cloning_1(X)
& enucleated_cell_1(fn_mammal_cloning_1(X))
& egg_1(fn_mammal_cloning_1(X))
& mammary_cell_1(fn_mammal_cloning_2(X))
& egg_1(fn_mammal_cloning_3(X))
& uterus_1(fn_mammal_cloning_4(X))
& spatial_entity_1(fn_mammal_cloning_5(X))
& somatic_cell_1(fn_mammal_cloning_6(X))
& growth_1(fn_mammal_cloning_7(X))
& gestation_1(fn_mammal_cloning_8(X))
& culturing_1(fn_mammal_cloning_9(X))
& cell_division_1(fn_mammal_cloning_10(X))
& change_1(fn_mammal_cloning_11(X))
& create_1(fn_mammal_cloning_12(X))
& remove_1(fn_mammal_cloning_13(X))
& add_1(fn_mammal_cloning_14(X))
& culturing_1(fn_mammal_cloning_15(X))
& remove_1(fn_mammal_cloning_16(X))
& fusion_1(fn_mammal_cloning_17(X))
& remove_1(fn_mammal_cloning_18(X))
& transfer_1(fn_mammal_cloning_19(X))
& implant_1(fn_mammal_cloning_20(X))
& mammal_1(fn_mammal_cloning_21(X))
& embryo_1(fn_mammal_cloning_22(X))
& cell_1(fn_mammal_cloning_22(X))
& egg_1(fn_mammal_cloning_23(X))
& culture_medium_1(fn_mammal_cloning_24(X))
& mammary_cell_1(fn_mammal_cloning_25(X))
& egg_1(fn_mammal_cloning_26(X))
& mammal_1(fn_mammal_cloning_27(X))
& nucleus_1(fn_mammal_cloning_28(X))
& egg_1(fn_mammal_cloning_29(X))
& enucleated_cell_1(fn_mammal_cloning_29(X))
& supply_1(fn_mammal_cloning_30(X))
& electric_current_pulse_1(fn_mammal_cloning_31(X))
& udder_1(fn_mammal_cloning_32(X))
& culture_medium_1(fn_mammal_cloning_33(X))
& mammal_1(fn_mammal_cloning_34(X))
& entity_1(fn_create_1(fn_mammal_cloning_12(X)))
& spatial_entity_1(fn_remove_2(fn_mammal_cloning_16(X)))
& tangible_entity_1(fn_move_into_1(fn_mammal_cloning_20(X)))
& spatial_entity_1(fn_move_1(fn_mammal_cloning_20(X)))
& spatial_entity_1(fn_remove_2(fn_mammal_cloning_13(X)))
& entity_1(fn_transfer_1(fn_mammal_cloning_19(X)))
& spatial_entity_1(fn_remove_1(fn_mammal_cloning_18(X)))
& entity_1(fn_transfer_1(fn_mammal_cloning_30(X)))
& spatial_entity_1(fn_add_2(fn_mammal_cloning_14(X)))
& culture_medium_1(fn_culturing_6(fn_mammal_cloning_15(X)))
& spatial_entity_1(fn_remove_1(fn_mammal_cloning_13(X)))
& spatial_entity_1(fn_add_1(fn_mammal_cloning_17(X)))
& spatial_entity_1(fn_remove_2(fn_mammal_cloning_18(X)))
& spatial_entity_1(fn_remove_1(fn_mammal_cloning_16(X)))
& spatial_entity_1(fn_add_2(fn_mammal_cloning_17(X)))
& tangible_entity_1(fn_relinquish_1(fn_mammal_cloning_30(X)))
& base_2(fn_mammal_cloning_12(X),fn_mammal_cloning_6(X))
& next_event_2(fn_mammal_cloning_13(X),fn_mammal_cloning_14(X))
& next_event_2(fn_mammal_cloning_14(X),fn_mammal_cloning_15(X))
& next_event_2(fn_mammal_cloning_15(X),fn_mammal_cloning_11(X))
& result_2(fn_mammal_cloning_11(X),fn_mammal_cloning_2(X))
& object_2(fn_mammal_cloning_11(X),fn_mammal_cloning_25(X))
& next_event_2(fn_mammal_cloning_11(X),fn_mammal_cloning_16(X))
& next_event_2(fn_mammal_cloning_16(X),fn_mammal_cloning_18(X))
& subevent_2(fn_mammal_cloning_17(X),fn_mammal_cloning_30(X))
& next_event_2(fn_mammal_cloning_17(X),fn_mammal_cloning_10(X))
& next_event_2(fn_mammal_cloning_18(X),fn_mammal_cloning_17(X))
& result_2(fn_mammal_cloning_18(X),fn_mammal_cloning_1(X))
& destination_2(fn_mammal_cloning_19(X),fn_mammal_cloning_24(X))
& subevent_2(fn_mammal_cloning_19(X),fn_mammal_cloning_9(X))
& next_event_2(fn_mammal_cloning_10(X),fn_mammal_cloning_19(X))
& object_2(fn_mammal_cloning_10(X),fn_mammal_cloning_23(X))
& base_2(fn_mammal_cloning_10(X),fn_mammal_cloning_23(X))
& object_2(fn_mammal_cloning_9(X),fn_mammal_cloning_3(X))
& next_event_2(fn_mammal_cloning_9(X),fn_mammal_cloning_20(X))
& site_2(fn_mammal_cloning_20(X),fn_mammal_cloning_4(X))
& destination_2(fn_mammal_cloning_20(X),fn_mammal_cloning_5(X))
& next_event_2(fn_mammal_cloning_20(X),fn_mammal_cloning_8(X))
& base_2(fn_mammal_cloning_8(X),fn_mammal_cloning_5(X))
& result_2(fn_mammal_cloning_7(X),fn_mammal_cloning_34(X))
& is_inside_2(fn_mammal_cloning_5(X),fn_mammal_cloning_21(X))
& called_2(fn_mammal_cloning_27(X),'Mammal II')
& subevent_2(X,fn_mammal_cloning_13(X))
& subevent_2(X,fn_mammal_cloning_14(X))
& subevent_2(X,fn_mammal_cloning_15(X))
& subevent_2(X,fn_mammal_cloning_11(X))
& subevent_2(X,fn_mammal_cloning_16(X))
& subevent_2(X,fn_mammal_cloning_17(X))
& subevent_2(X,fn_mammal_cloning_18(X))
& subevent_2(X,fn_mammal_cloning_19(X))
& subevent_2(X,fn_mammal_cloning_10(X))
& subevent_2(X,fn_mammal_cloning_9(X))
& subevent_2(X,fn_mammal_cloning_20(X))
& subevent_2(X,fn_mammal_cloning_8(X))
& subevent_2(X,fn_mammal_cloning_7(X))
& result_2(fn_mammal_cloning_12(X),fn_mammal_cloning_34(X))
& base_2(fn_mammal_cloning_16(X),fn_mammal_cloning_27(X))
& base_2(fn_mammal_cloning_20(X),fn_mammal_cloning_21(X))
& base_2(fn_mammal_cloning_17(X),fn_mammal_cloning_29(X))
& object_2(fn_mammal_cloning_13(X),fn_mammal_cloning_25(X))
& object_2(fn_mammal_cloning_17(X),fn_mammal_cloning_25(X))
& object_2(fn_mammal_cloning_20(X),fn_mammal_cloning_22(X))
& base_2(fn_mammal_cloning_13(X),fn_mammal_cloning_32(X))
& object_2(fn_mammal_cloning_19(X),fn_mammal_cloning_23(X))
& base_2(fn_mammal_cloning_18(X),fn_mammal_cloning_26(X))
& object_2(fn_mammal_cloning_16(X),fn_mammal_cloning_26(X))
& object_2(fn_mammal_cloning_18(X),fn_mammal_cloning_28(X))
& object_2(fn_mammal_cloning_30(X),fn_mammal_cloning_31(X))
& base_2(fn_mammal_cloning_14(X),fn_mammal_cloning_33(X))
& agent_2(fn_mammal_cloning_30(X),fn_mammal_cloning_29(X))
& donor_2(fn_mammal_cloning_30(X),fn_mammal_cloning_29(X))
& subevent_2(X,fn_mammal_cloning_12(X))
& base_2(fn_mammal_cloning_15(X),fn_mammal_cloning_24(X))
& fn_mammal_cloning_34(X) = fn_create_1(fn_mammal_cloning_12(X))
& fn_mammal_cloning_27(X) = fn_remove_2(fn_mammal_cloning_16(X))
& fn_mammal_cloning_21(X) = fn_move_into_1(fn_mammal_cloning_20(X))
& fn_mammal_cloning_29(X) = fn_add_2(fn_mammal_cloning_17(X))
& fn_mammal_cloning_25(X) = fn_remove_1(fn_mammal_cloning_13(X))
& fn_mammal_cloning_25(X) = fn_add_1(fn_mammal_cloning_17(X))
& fn_mammal_cloning_22(X) = fn_move_1(fn_mammal_cloning_20(X))
& fn_mammal_cloning_32(X) = fn_remove_2(fn_mammal_cloning_13(X))
& fn_mammal_cloning_23(X) = fn_transfer_1(fn_mammal_cloning_19(X))
& fn_mammal_cloning_26(X) = fn_remove_2(fn_mammal_cloning_18(X))
& fn_mammal_cloning_26(X) = fn_remove_1(fn_mammal_cloning_16(X))
& fn_mammal_cloning_28(X) = fn_remove_1(fn_mammal_cloning_18(X))
& fn_mammal_cloning_31(X) = fn_transfer_1(fn_mammal_cloning_30(X))
& fn_mammal_cloning_33(X) = fn_add_2(fn_mammal_cloning_14(X))
& fn_mammal_cloning_29(X) = fn_relinquish_1(fn_mammal_cloning_30(X))
& fn_mammal_cloning_12(X) = fn_reproductive_cloning_7(X)
& fn_mammal_cloning_24(X) = fn_culturing_6(fn_mammal_cloning_15(X))
& fn_remove_1(fn_mammal_cloning_13(X)) = fn_add_1(fn_mammal_cloning_17(X))
& fn_add_1(fn_mammal_cloning_17(X)) = fn_remove_2(fn_mammal_cloning_18(X))
& fn_remove_2(fn_mammal_cloning_18(X)) = fn_remove_1(fn_mammal_cloning_16(X))
& fn_remove_1(fn_mammal_cloning_16(X)) = fn_add_2(fn_mammal_cloning_17(X))
& fn_add_2(fn_mammal_cloning_17(X)) = fn_relinquish_1(fn_mammal_cloning_30(X))
& fn_relinquish_1(fn_mammal_cloning_30(X)) = fn_relinquish_1(fn_mammal_cloning_30(X)) ) ) ).
fof(a530797,axiom,
! [X] :
( mammal_homeotic_gene_1(X)
=> ( original_name_2(X,'Mammal-Homeotic-Gene')
& user_description_2(X,'Homeotic gene present in mammals.')
& concept2words_2(X,'mammal homeotic gene')
& concept2words_2(X,'mammal-homeotic-gene')
& vertebrate_homeotic_gene_1(X)
& animal_development_1(fn_mammal_homeotic_gene_1(X))
& mammal_1(fn_mammal_homeotic_gene_2(X))
& animal_1(fn_animal_development_17(fn_mammal_homeotic_gene_1(X)))
& agent_2(fn_mammal_homeotic_gene_1(X),X)
& experiencer_2(fn_mammal_homeotic_gene_1(X),fn_mammal_homeotic_gene_2(X))
& fn_mammal_homeotic_gene_1(X) = fn_vertebrate_homeotic_gene_20(X)
& fn_mammal_homeotic_gene_2(X) = fn_animal_development_17(fn_mammal_homeotic_gene_1(X)) ) ) ).
fof(a530798,axiom,
! [X] :
( mammalian_blood_1(X)
=> ( original_name_2(X,'Mammalian-Blood')
& user_description_2(X,'A connective tissue in mammals with a fluid matrix called plasma.')
& concept2words_2(X,'mammalian blood')
& concept2words_2(X,'mammalian-blood')
& blood_1(X) ) ) ).
fof(a530799,axiom,
! [X] :
( mammalian_cell_1(X)
=> ( original_name_2(X,'Mammalian-Cell')
& user_description_2(X,'Mammals including human are made up of very small cells called mammalian cells .These differ from plant cells by not having cell wall These are bounded by only plasma membrane so sensitive to osmotic lysis.')
& concept2words_2(X,'mammalian cell')
& concept2words_2(X,'mammalian-cell')
& vertebrate_cell_1(X)
& role_1(fn_mammalian_cell_1(X))
& apoptosis_1(fn_mammalian_cell_2(X))
& mitochondrion_1(fn_mammalian_cell_3(X))
& eukaryotic_cell_1(fn_mitochondrion_51(fn_mammalian_cell_3(X)))
& in_event_2(fn_mammalian_cell_1(X),fn_mammalian_cell_2(X))
& plays_2(fn_mammalian_cell_3(X),fn_mammalian_cell_1(X))
& has_part_2(X,fn_mammalian_cell_3(X))
& X = fn_mitochondrion_51(fn_mammalian_cell_3(X)) ) ) ).
fof(a530800,axiom,
! [X] :
( mammalian_digestive_system_1(X)
=> ( original_name_2(X,'Mammalian-Digestive-System')
& user_description_2(X,'A system of organs in a mammal\'s body which is responsible for the digestion and absorption of nutrients from food.')
& concept2words_2(X,'mammalian digestive system')
& concept2words_2(X,'mammalian-digestive-system')
& digestive_system_1(X)
& anus_1(fn_mammalian_digestive_system_1(X))
& pancreas_1(fn_mammalian_digestive_system_2(X))
& gallbladder_1(fn_mammalian_digestive_system_3(X))
& liver_1(fn_mammalian_digestive_system_4(X))
& bacterium_1(fn_mammalian_digestive_system_5(X))
& release_1(fn_mammalian_digestive_system_6(X))
& gas_substance_1(fn_mammalian_digestive_system_7(X))
& tongue_1(fn_mammalian_digestive_system_8(X))
& digestive_organ_1(fn_mammalian_digestive_system_9(X))
& esophagus_1(fn_mammalian_digestive_system_9(X))
& alimentary_canal_1(fn_mammalian_digestive_system_10(X))
& stomach_1(fn_mammalian_digestive_system_11(X))
& small_intestine_1(fn_mammalian_digestive_system_12(X))
& large_intestine_1(fn_mammalian_digestive_system_13(X))
& mouth_1(fn_mammalian_digestive_system_14(X))
& rectum_1(fn_mammalian_digestive_system_15(X))
& colon_1(fn_mammalian_digestive_system_16(X))
& end_1(fn_mammalian_digestive_system_17(X))
& tangible_entity_1(fn_release_2(fn_mammalian_digestive_system_6(X)))
& tangible_entity_1(fn_release_1(fn_mammalian_digestive_system_6(X)))
& tongue_1(fn_mouth_1(fn_mammalian_digestive_system_14(X)))
& large_intestine_1(fn_alimentary_canal_13(fn_mammalian_digestive_system_10(X)))
& small_intestine_1(fn_alimentary_canal_4(fn_mammalian_digestive_system_10(X)))
& rectum_1(fn_large_intestine_2(fn_mammalian_digestive_system_13(X)))
& colon_1(fn_large_intestine_10(fn_mammalian_digestive_system_13(X)))
& stomach_1(fn_esophagus_4(fn_mammalian_digestive_system_9(X)))
& end_1(fn_esophagus_2(fn_mammalian_digestive_system_9(X)))
& alimentary_canal_1(fn_esophagus_8(fn_mammalian_digestive_system_9(X)))
& abuts_2(fn_mammalian_digestive_system_15(X),fn_mammalian_digestive_system_1(X))
& has_region_2(X,fn_mammalian_digestive_system_10(X))
& element_2(X,fn_mammalian_digestive_system_14(X))
& element_2(X,fn_mammalian_digestive_system_1(X))
& element_2(X,fn_mammalian_digestive_system_13(X))
& element_2(X,fn_mammalian_digestive_system_12(X))
& element_2(X,fn_mammalian_digestive_system_11(X))
& element_2(X,fn_mammalian_digestive_system_2(X))
& element_2(X,fn_mammalian_digestive_system_3(X))
& element_2(X,fn_mammalian_digestive_system_4(X))
& is_at_2(fn_mammalian_digestive_system_14(X),fn_mammalian_digestive_system_17(X))
& next_element_2(fn_mammalian_digestive_system_14(X),fn_mammalian_digestive_system_9(X))
& exactCardinality(fn_mammalian_digestive_system_14(X),has_part_0,"6",salivary_gland_0)
& abuts_2(fn_mammalian_digestive_system_1(X),fn_mammalian_digestive_system_15(X))
& next_element_2(fn_mammalian_digestive_system_13(X),fn_mammalian_digestive_system_1(X))
& next_element_2(fn_mammalian_digestive_system_12(X),fn_mammalian_digestive_system_13(X))
& next_element_2(fn_mammalian_digestive_system_11(X),fn_mammalian_digestive_system_12(X))
& next_element_2(fn_mammalian_digestive_system_9(X),fn_mammalian_digestive_system_11(X))
& is_inside_2(fn_mammalian_digestive_system_7(X),fn_mammalian_digestive_system_5(X))
& path_2(fn_mammalian_digestive_system_6(X),fn_mammalian_digestive_system_1(X))
& is_inside_2(fn_mammalian_digestive_system_5(X),fn_mammalian_digestive_system_16(X))
& base_2(fn_mammalian_digestive_system_6(X),fn_mammalian_digestive_system_5(X))
& object_2(fn_mammalian_digestive_system_6(X),fn_mammalian_digestive_system_7(X))
& element_2(X,fn_mammalian_digestive_system_9(X))
& has_part_2(fn_mammalian_digestive_system_14(X),fn_mammalian_digestive_system_8(X))
& is_inside_2(fn_mammalian_digestive_system_13(X),fn_mammalian_digestive_system_10(X))
& is_inside_2(fn_mammalian_digestive_system_12(X),fn_mammalian_digestive_system_10(X))
& has_part_2(fn_mammalian_digestive_system_13(X),fn_mammalian_digestive_system_15(X))
& has_part_2(fn_mammalian_digestive_system_13(X),fn_mammalian_digestive_system_16(X))
& abuts_2(fn_mammalian_digestive_system_15(X),fn_mammalian_digestive_system_16(X))
& abuts_2(fn_mammalian_digestive_system_16(X),fn_mammalian_digestive_system_15(X))
& is_inside_2(fn_mammalian_digestive_system_11(X),fn_mammalian_digestive_system_10(X))
& is_inside_2(fn_mammalian_digestive_system_9(X),fn_mammalian_digestive_system_10(X))
& has_region_2(fn_mammalian_digestive_system_10(X),fn_mammalian_digestive_system_17(X))
& called_2(fn_mammalian_digestive_system_17(X),'E1')
& fn_mammalian_digestive_system_5(X) = fn_release_2(fn_mammalian_digestive_system_6(X))
& fn_mammalian_digestive_system_7(X) = fn_release_1(fn_mammalian_digestive_system_6(X))
& fn_mammalian_digestive_system_9(X) = fn_digestive_system_1(X)
& fn_mammalian_digestive_system_8(X) = fn_mouth_1(fn_mammalian_digestive_system_14(X))
& fn_mammalian_digestive_system_13(X) = fn_alimentary_canal_13(fn_mammalian_digestive_system_10(X))
& fn_mammalian_digestive_system_12(X) = fn_alimentary_canal_4(fn_mammalian_digestive_system_10(X))
& fn_mammalian_digestive_system_15(X) = fn_large_intestine_2(fn_mammalian_digestive_system_13(X))
& fn_mammalian_digestive_system_16(X) = fn_large_intestine_10(fn_mammalian_digestive_system_13(X))
& fn_mammalian_digestive_system_11(X) = fn_esophagus_4(fn_mammalian_digestive_system_9(X))
& fn_mammalian_digestive_system_17(X) = fn_esophagus_2(fn_mammalian_digestive_system_9(X))
& fn_mammalian_digestive_system_10(X) = fn_esophagus_8(fn_mammalian_digestive_system_9(X)) ) ) ).
fof(a530801,axiom,
! [X] :
( mammalian_limb_development_1(X)
=> ( original_name_2(X,'Mammalian-Limb-Development')
& user_description_2(X,'The processes which direct the formation of the limbs during the embryonic development of a mammal.')
& concept2words_2(X,develop)
& concept2words_2(X,'mammalian limb development')
& concept2words_2(X,'mammalian-limb-development')
& limb_development_1(X)
& eukaryotic_ribosome_1(fn_mammalian_limb_development_1(X))
& biological_region_1(fn_mammalian_limb_development_3(X))
& shape_value_1(fn_mammalian_limb_development_4(X))
& cytosol_1(fn_mammalian_limb_development_5(X))
& destroy_1(fn_mammalian_limb_development_6(X))
& contract_1(fn_mammalian_limb_development_7(X))
& nucleus_1(fn_mammalian_limb_development_8(X))
& apoptosis_1(fn_mammalian_limb_development_9(X))
& volume_value_1(fn_mammalian_limb_development_10(X))
& size_value_1(fn_mammalian_limb_development_11(X))
& mammal_1(fn_mammalian_limb_development_12(X))
& animal_embryo_1(fn_mammalian_limb_development_13(X))
& limb_1(fn_mammalian_limb_development_16(X))
& organelle_1(fn_apoptosis_51(fn_mammalian_limb_development_9(X)))
& property_node_1(fn_apoptosis_30(fn_mammalian_limb_development_9(X)))
& size_value_1(fn_apoptosis_40(fn_mammalian_limb_development_9(X)))
& contract_1(fn_apoptosis_49(fn_mammalian_limb_development_9(X)))
& property_node_1(fn_apoptosis_29(fn_mammalian_limb_development_9(X)))
& volume_value_1(fn_apoptosis_62(fn_mammalian_limb_development_9(X)))
& destroy_1(fn_apoptosis_48(fn_mammalian_limb_development_9(X)))
& destroy_1(fn_apoptosis_21(fn_mammalian_limb_development_9(X)))
& the_categorical_value_2(fn_mammalian_limb_development_4(X),flat_0)
& has_region_2(fn_mammalian_limb_development_13(X),fn_mammalian_limb_development_3(X))
& shape_2(fn_mammalian_limb_development_3(X),fn_mammalian_limb_development_4(X))
& the_scalar_value_2(fn_mammalian_limb_development_11(X),big_0)
& scalar_unit_class_2(fn_mammalian_limb_development_11(X),prokaryote_0)
& is_inside_2(fn_mammalian_limb_development_1(X),fn_mammalian_limb_development_5(X))
& is_inside_2(fn_mammalian_limb_development_8(X),fn_mammalian_limb_development_5(X))
& has_state_2(fn_mammalian_limb_development_13(X),fn_mammalian_limb_development_12(X))
& base_2(X,fn_mammalian_limb_development_13(X))
& by_means_of_2(X,fn_mammalian_limb_development_9(X))
& directly_proportional_2(fn_mammalian_limb_development_11(X),fn_mammalian_limb_development_10(X))
& from_value_2(fn_mammalian_limb_development_7(X),fn_mammalian_limb_development_10(X))
& subevent_2(fn_mammalian_limb_development_9(X),fn_mammalian_limb_development_7(X))
& subevent_2(fn_mammalian_limb_development_9(X),fn_mammalian_limb_development_6(X))
& object_2(fn_mammalian_limb_development_6(X),fn_mammalian_limb_development_8(X))
& fn_mammalian_limb_development_9(X) = fn_limb_development_10(X)
& fn_mammalian_limb_development_13(X) = fn_limb_development_11(X)
& fn_mammalian_limb_development_12(X) = fn_limb_development_2(X)
& fn_mammalian_limb_development_16(X) = fn_limb_development_3(X)
& fn_mammalian_limb_development_8(X) = fn_apoptosis_51(fn_mammalian_limb_development_9(X))
& fn_mammalian_limb_development_15(X) = fn_apoptosis_30(fn_mammalian_limb_development_9(X))
& fn_mammalian_limb_development_11(X) = fn_apoptosis_40(fn_mammalian_limb_development_9(X))
& fn_mammalian_limb_development_7(X) = fn_apoptosis_49(fn_mammalian_limb_development_9(X))
& fn_mammalian_limb_development_14(X) = fn_apoptosis_29(fn_mammalian_limb_development_9(X))
& fn_mammalian_limb_development_10(X) = fn_apoptosis_62(fn_mammalian_limb_development_9(X))
& fn_mammalian_limb_development_6(X) = fn_apoptosis_48(fn_mammalian_limb_development_9(X))
& fn_mammalian_limb_development_6(X) = fn_apoptosis_21(fn_mammalian_limb_development_9(X))
& fn_apoptosis_48(fn_mammalian_limb_development_9(X)) = fn_apoptosis_48(fn_mammalian_limb_development_9(X))
& fn_apoptosis_48(fn_mammalian_limb_development_9(X)) = fn_apoptosis_21(fn_mammalian_limb_development_9(X)) ) ) ).
fof(a530802,axiom,
! [X] :
( mammalian_mitotic_cycle_1(X)
=> ( original_name_2(X,'Mammalian-Mitotic-Cycle')
& user_description_2(X,'Cell cycle followed by somatic cells in mammals. It results in daughter cells identical in genetic composition to the parent cells.')
& concept2words_2(X,'undergo the mitotic cell cycle')
& concept2words_2(X,'mammalian mitotic cycle')
& concept2words_2(X,'mammalian-mitotic-cycle')
& animal_mitotic_cycle_1(X)
& mammalian_cell_1(fn_mammalian_mitotic_cycle_1(X))
& mammalian_cell_1(fn_mammalian_mitotic_cycle_2(X))
& mammalian_cell_1(fn_mammalian_mitotic_cycle_3(X))
& mammalian_cell_1(fn_mammalian_mitotic_cycle_4(X))
& mammalian_cell_1(fn_mammalian_mitotic_cycle_5(X))
& mitosis_1(fn_mammalian_mitotic_cycle_6(X))
& mammalian_cell_1(fn_mammalian_mitotic_cycle_7(X))
& telophase_1(fn_mammalian_mitotic_cycle_8(X))
& entity_1(fn_mammalian_mitotic_cycle_9(X))
& tangible_entity_1(fn_mammalian_mitotic_cycle_9(X))
& nucleus_1(fn_mammalian_mitotic_cycle_9(X))
& entity_1(fn_mammalian_mitotic_cycle_10(X))
& tangible_entity_1(fn_mammalian_mitotic_cycle_10(X))
& nucleus_1(fn_mammalian_mitotic_cycle_10(X))
& mammalian_cell_1(fn_mammalian_mitotic_cycle_11(X))
& mammalian_cell_1(fn_mammalian_mitotic_cycle_12(X))
& mammal_1(fn_mammalian_mitotic_cycle_13(X))
& telophase_1(fn_mitosis_39(fn_mammalian_mitotic_cycle_6(X)))
& entity_1(fn_telophase_18(fn_mammalian_mitotic_cycle_8(X)))
& tangible_entity_1(fn_telophase_18(fn_mammalian_mitotic_cycle_8(X)))
& nucleus_1(fn_telophase_18(fn_mammalian_mitotic_cycle_8(X)))
& tangible_entity_1(fn_vertebrate_cell_22(fn_mammalian_mitotic_cycle_11(X)))
& nucleus_1(fn_vertebrate_cell_22(fn_mammalian_mitotic_cycle_11(X)))
& eukaryotic_cell_1(fn_mitosis_31(fn_mammalian_mitotic_cycle_6(X)))
& cell_1(fn_mitosis_31(fn_mammalian_mitotic_cycle_6(X)))
& entity_1(fn_mitosis_40(fn_mammalian_mitotic_cycle_6(X)))
& tangible_entity_1(fn_mitosis_40(fn_mammalian_mitotic_cycle_6(X)))
& nucleus_1(fn_mitosis_40(fn_mammalian_mitotic_cycle_6(X)))
& has_state_2(fn_mammalian_mitotic_cycle_12(X),fn_mammalian_mitotic_cycle_1(X))
& has_state_2(fn_mammalian_mitotic_cycle_1(X),fn_mammalian_mitotic_cycle_7(X))
& experiencer_2(X,fn_mammalian_mitotic_cycle_13(X))
& result_2(fn_mammalian_mitotic_cycle_6(X),fn_mammalian_mitotic_cycle_9(X))
& base_2(fn_mammalian_mitotic_cycle_6(X),fn_mammalian_mitotic_cycle_5(X))
& result_2(fn_mammalian_mitotic_cycle_8(X),fn_mammalian_mitotic_cycle_9(X))
& has_part_2(fn_mammalian_mitotic_cycle_11(X),fn_mammalian_mitotic_cycle_9(X))
& fn_mammalian_mitotic_cycle_11(X) != fn_mammalian_mitotic_cycle_4(X)
& fn_mammalian_mitotic_cycle_3(X) != fn_mammalian_mitotic_cycle_11(X)
& fn_mammalian_mitotic_cycle_11(X) != fn_mammalian_mitotic_cycle_3(X)
& fn_mammalian_mitotic_cycle_4(X) != fn_mammalian_mitotic_cycle_11(X)
& base_2(X,fn_mammalian_mitotic_cycle_12(X))
& has_state_2(fn_mammalian_mitotic_cycle_12(X),fn_mammalian_mitotic_cycle_7(X))
& has_state_2(fn_mammalian_mitotic_cycle_7(X),fn_mammalian_mitotic_cycle_5(X))
& has_state_2(fn_mammalian_mitotic_cycle_5(X),fn_mammalian_mitotic_cycle_3(X))
& fn_mammalian_mitotic_cycle_3(X) != fn_mammalian_mitotic_cycle_4(X)
& fn_mammalian_mitotic_cycle_4(X) != fn_mammalian_mitotic_cycle_3(X)
& result_2(X,fn_mammalian_mitotic_cycle_4(X))
& has_part_2(fn_mammalian_mitotic_cycle_4(X),fn_mammalian_mitotic_cycle_10(X))
& fn_mammalian_mitotic_cycle_9(X) != fn_mammalian_mitotic_cycle_10(X)
& fn_mammalian_mitotic_cycle_10(X) != fn_mammalian_mitotic_cycle_9(X)
& object_2(X,fn_mammalian_mitotic_cycle_12(X))
& has_state_2(fn_mammalian_mitotic_cycle_12(X),fn_mammalian_mitotic_cycle_5(X))
& has_state_2(fn_mammalian_mitotic_cycle_5(X),fn_mammalian_mitotic_cycle_2(X))
& fn_mammalian_mitotic_cycle_2(X) != fn_mammalian_mitotic_cycle_11(X)
& result_2(X,fn_mammalian_mitotic_cycle_11(X))
& fn_mammalian_mitotic_cycle_11(X) != fn_mammalian_mitotic_cycle_2(X)
& subevent_2(fn_mammalian_mitotic_cycle_6(X),fn_mammalian_mitotic_cycle_8(X))
& result_2(fn_mammalian_mitotic_cycle_8(X),fn_mammalian_mitotic_cycle_10(X))
& result_2(fn_mammalian_mitotic_cycle_6(X),fn_mammalian_mitotic_cycle_10(X))
& fn_mammalian_mitotic_cycle_13(X) = fn_animal_mitotic_cycle_20(X)
& fn_mammalian_mitotic_cycle_9(X) = fn_mitosis_40(fn_mammalian_mitotic_cycle_6(X))
& fn_mammalian_mitotic_cycle_5(X) = fn_mitosis_31(fn_mammalian_mitotic_cycle_6(X))
& fn_mammalian_mitotic_cycle_9(X) = fn_telophase_18(fn_mammalian_mitotic_cycle_8(X))
& fn_mammalian_mitotic_cycle_9(X) = fn_vertebrate_cell_22(fn_mammalian_mitotic_cycle_11(X))
& fn_mammalian_mitotic_cycle_4(X) = fn_animal_mitotic_cycle_3(X)
& fn_mammalian_mitotic_cycle_3(X) = fn_animal_mitotic_cycle_23(X)
& fn_mammalian_mitotic_cycle_11(X) = fn_animal_mitotic_cycle_3(X)
& fn_mammalian_mitotic_cycle_4(X) = fn_animal_mitotic_cycle_19(X)
& fn_mammalian_mitotic_cycle_3(X) = fn_animal_mitotic_cycle_25(X)
& fn_mammalian_mitotic_cycle_7(X) = fn_animal_mitotic_cycle_1(X)
& fn_mammalian_mitotic_cycle_9(X) = fn_mitotic_cell_cycle_37(X)
& fn_mammalian_mitotic_cycle_10(X) = fn_mitotic_cell_cycle_36(X)
& fn_mammalian_mitotic_cycle_4(X) = fn_animal_mitotic_cycle_23(X)
& fn_mammalian_mitotic_cycle_4(X) = fn_mitotic_cell_cycle_51(X)
& fn_mammalian_mitotic_cycle_11(X) = fn_animal_mitotic_cycle_19(X)
& fn_mammalian_mitotic_cycle_2(X) = fn_animal_mitotic_cycle_3(X)
& fn_mammalian_mitotic_cycle_5(X) = fn_animal_mitotic_cycle_26(X)
& fn_mammalian_mitotic_cycle_12(X) = fn_animal_mitotic_cycle_21(X)
& fn_mammalian_mitotic_cycle_10(X) = fn_mitosis_40(fn_mammalian_mitotic_cycle_6(X))
& fn_mammalian_mitotic_cycle_8(X) = fn_mitosis_39(fn_mammalian_mitotic_cycle_6(X))
& fn_animal_mitotic_cycle_23(X) = fn_animal_mitotic_cycle_25(X)
& fn_animal_mitotic_cycle_25(X) = fn_animal_mitotic_cycle_25(X)
& fn_animal_mitotic_cycle_25(X) = fn_mitosis_40(fn_mammalian_mitotic_cycle_6(X))
& fn_mitosis_40(fn_mammalian_mitotic_cycle_6(X)) = fn_telophase_18(fn_mammalian_mitotic_cycle_8(X))
& fn_telophase_18(fn_mammalian_mitotic_cycle_8(X)) = fn_telophase_18(fn_mammalian_mitotic_cycle_8(X))
& fn_telophase_18(fn_mammalian_mitotic_cycle_8(X)) = fn_vertebrate_cell_22(fn_mammalian_mitotic_cycle_11(X))
& fn_vertebrate_cell_22(fn_mammalian_mitotic_cycle_11(X)) = fn_vertebrate_cell_22(fn_mammalian_mitotic_cycle_11(X))
& fn_vertebrate_cell_22(fn_mammalian_mitotic_cycle_11(X)) = fn_mitotic_cell_cycle_37(X)
& fn_mitotic_cell_cycle_37(X) = fn_mitotic_cell_cycle_37(X)
& fn_mitotic_cell_cycle_37(X) = fn_animal_mitotic_cycle_3(X)
& fn_animal_mitotic_cycle_3(X) = fn_animal_mitotic_cycle_23(X)
& fn_animal_mitotic_cycle_23(X) = fn_animal_mitotic_cycle_23(X)
& fn_animal_mitotic_cycle_19(X) = fn_animal_mitotic_cycle_23(X)
& fn_animal_mitotic_cycle_23(X) = fn_animal_mitotic_cycle_19(X)
& fn_animal_mitotic_cycle_19(X) = fn_mitotic_cell_cycle_51(X)
& fn_mitotic_cell_cycle_51(X) = fn_mitotic_cell_cycle_51(X)
& fn_mitotic_cell_cycle_51(X) = fn_animal_mitotic_cycle_19(X)
& fn_animal_mitotic_cycle_19(X) = fn_animal_mitotic_cycle_3(X)
& fn_animal_mitotic_cycle_3(X) = fn_animal_mitotic_cycle_3(X)
& fn_animal_mitotic_cycle_3(X) = fn_animal_mitotic_cycle_19(X)
& fn_animal_mitotic_cycle_19(X) = fn_animal_mitotic_cycle_19(X)
& fn_animal_mitotic_cycle_19(X) = fn_mitosis_31(fn_mammalian_mitotic_cycle_6(X))
& fn_mitosis_31(fn_mammalian_mitotic_cycle_6(X)) = fn_animal_mitotic_cycle_26(X)
& fn_animal_mitotic_cycle_26(X) = fn_animal_mitotic_cycle_26(X)
& fn_animal_mitotic_cycle_26(X) = fn_mitotic_cell_cycle_36(X)
& fn_mitotic_cell_cycle_36(X) = fn_mitotic_cell_cycle_36(X)
& fn_mitotic_cell_cycle_36(X) = fn_mitosis_40(fn_mammalian_mitotic_cycle_6(X))
& fn_mitosis_40(fn_mammalian_mitotic_cycle_6(X)) = fn_mitosis_40(fn_mammalian_mitotic_cycle_6(X)) ) ) ).
fof(a530803,axiom,
! [X] :
( mammary_cell_1(X)
=> ( original_name_2(X,'Mammary-Cell')
& user_description_2(X,'The mammary cells are differentiated cells.')
& concept2words_2(X,'mammary cell')
& concept2words_2(X,'mammary-cell')
& differentiated_cell_1(X)
& ~ differentiated_embryonic_cell_1(X)
& ~ myoblast_1(X) ) ) ).
fof(a530804,axiom,
! [X] :
( mammary_glands_1(X)
=> ( original_name_2(X,'Mammary-Glands')
& user_description_2(X,'Exocrine glands in female mammals that produce milk to feed offspring.')
& concept2words_2(X,'mammary glands')
& concept2words_2(X,'mammary gland')
& concept2words_2(X,'mammary-gland')
& gland_1(X)
& ~ bartholins_gland_1(X)
& ~ bulbourethral_gland_1(X)
& ~ endocrine_gland_1(X)
& ~ prostate_gland_1(X)
& ~ salivary_gland_1(X)
& ~ seminal_vesicle_1(X) ) ) ).
fof(a530805,axiom,
! [X] :
( mandible_1(X)
=> ( original_name_2(X,'Mandible')
& user_description_2(X,'Either of the paired jaw-like feeding appendages surrounding the mouth in crustaceans, hexapods, and myriapods. Also refers to the lower jaw of many vertebrates.')
& concept2words_2(X,mandible)
& bone_1(X)
& ~ incus_1(X)
& ~ jaw_1(X)
& ~ malleus_1(X)
& ~ stapes_1(X) ) ) ).
fof(a530806,axiom,
! [X] :
( manganese_1(X)
=> ( original_name_2(X,'Manganese')
& user_description_2(X,'Manganese is a metal atom with atomic number 25. It is represented by the symbol Mn.')
& concept2words_2(X,manganese)
& concept2words_2(X,'Mn')
& metal_atom_1(X)
& neutron_1(fn_manganese_3(X))
& atomic_mass_value_1(fn_manganese_4(X))
& electronegativity_value_1(fn_manganese_5(X))
& valence_electron_1(fn_manganese_9(X))
& atomic_weight_value_1(fn_manganese_10(X))
& atomic_number_value_1(fn_manganese_11(X))
& quantity_value_1(fn_manganese_12(X))
& electronegativity_2(X,fn_manganese_5(X))
& mass_number_2(X,fn_manganese_4(X))
& exactCardinality(X,has_part_0,"30",neutron_0)
& exactCardinality(X,has_part_0,"25",proton_0)
& exactCardinality(X,has_part_0,"25",electron_0)
& has_part_2(X,fn_manganese_3(X))
& the_cardinal_value_2(fn_manganese_12(X),"7")
& cardinal_unit_class_2(fn_manganese_12(X),unity_0)
& the_cardinal_value_2(fn_manganese_5(X),"1.55")
& cardinal_unit_class_2(fn_manganese_5(X),unity_0)
& the_cardinal_value_2(fn_manganese_4(X),"55")
& cardinal_unit_class_2(fn_manganese_4(X),unity_0)
& the_cardinal_value_2(fn_manganese_11(X),"25")
& cardinal_unit_class_2(fn_manganese_11(X),unity_0)
& the_cardinal_value_2(fn_manganese_10(X),"54.94")
& cardinal_unit_class_2(fn_manganese_10(X),dalton_0)
& atomic_number_2(X,fn_manganese_11(X))
& atomic_weight_2(X,fn_manganese_10(X))
& has_part_2(X,fn_manganese_9(X))
& quantity_2(fn_manganese_9(X),fn_manganese_12(X))
& fn_manganese_7(X) = fn_atom_12(X)
& fn_manganese_11(X) = fn_atom_17(X)
& fn_manganese_8(X) = fn_atom_13(X)
& fn_manganese_10(X) = fn_atom_16(X)
& fn_manganese_6(X) = fn_atom_1(X)
& fn_manganese_12(X) = fn_atom_5(X)
& fn_manganese_9(X) = fn_atom_14(X) ) ) ).
fof(a530807,axiom,
! [X] :
( manner_constant_1(X)
=> ( original_name_2(X,'Manner-Constant')
& concept2words_2(X,'constant of manner')
& concept2words_2(X,'manner constant')
& concept2words_2(X,'manner-constant')
& constant_1(X) ) ) ).
fof(a530808,axiom,
! [X] :
( manner_value_1(X)
=> ( original_name_2(X,'Manner-Value')
& description_2(X,'the manner in which an Event happens')
& concept2words_2(X,way)
& concept2words_2(X,mode)
& concept2words_2(X,style)
& concept2words_2(X,fashion)
& concept2words_2(X,'personal manner')
& concept2words_2(X,manner)
& concept2words_2(X,'value of manner')
& concept2words_2(X,'manner value')
& concept2words_2(X,'manner-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a530809,axiom,
! [X] :
( mantle_1(X)
=> ( original_name_2(X,'Mantle')
& user_description_2(X,'A fold of tissue that covers a mollusc\'s visceral mass and secretes the shell.')
& concept2words_2(X,mantle)
& specialised_organ_1(X) ) ) ).
fof(a530810,axiom,
! [X] :
( mantle_cavity_1(X)
=> ( original_name_2(X,'Mantle-Cavity')
& user_description_2(X,'A water-filled space between the visceral mass and mantle of a mollusc. Certain organs, including gills and anus, are located in the mantle cavity.')
& concept2words_2(X,'cavity of mantle')
& concept2words_2(X,'mantle cavity')
& concept2words_2(X,'mantle-cavity')
& body_cavity_1(X)
& ~ archenteron_1(X)
& ~ coelom_1(X)
& ~ rumen_1(X) ) ) ).
fof(a530811,axiom,
! [X] :
( map_1(X)
=> ( original_name_2(X,'Map')
& user_description_2(X,'A map is a visual representation of an area or a method of presenting data in a visual way for clarification.')
& concept2words_2(X,map)
& model_1(X) ) ) ).
fof(a530812,axiom,
! [X] :
( map_unit_1(X)
=> ( original_name_2(X,'Map-Unit')
& user_description_2(X,'Relative distance between genes on a chromosome.')
& concept2words_2(X,centimorgan)
& concept2words_2(X,'unit of map')
& concept2words_2(X,'map unit')
& concept2words_2(X,'map-unit')
& distance_between_genes_1(X)
& data_1(X)
& ~ recombination_frequency_1(X)
& ~ tangible_entity_1(X)
& ~ region_1(X)
& ~ band_pattern_1(X)
& ~ chiasma_1(X)
& ~ nicks_in_damaged_dna_1(X)
& ~ replication_fork_1(X)
& ~ thermodynamic_system_1(X)
& ~ waste_product_1(X)
& gene_1(fn_map_unit_1(X))
& system_1(fn_map_unit_4(X))
& frequency_value_1(fn_map_unit_6(X))
& spatial_entity_1(fn_map_unit_7(X))
& length_value_1(fn_map_unit_8(X))
& gene_1(fn_map_unit_10(X))
& recombination_frequency_1(fn_map_unit_11(X))
& thing_1(fn_map_unit_12(X))
& random_recombination_1(fn_map_unit_12(X))
& gene_1(fn_recombination_frequency_1(fn_map_unit_11(X)))
& random_recombination_1(fn_recombination_frequency_2(fn_map_unit_11(X)))
& fn_map_unit_6(X) = fn_map_unit_8(X)
& called_2(fn_map_unit_6(X),'FrequencyOfRecombination')
& information_content_2(X,fn_map_unit_7(X))
& is_between_2(fn_map_unit_7(X),fn_map_unit_10(X))
& is_between_2(fn_map_unit_7(X),fn_map_unit_1(X))
& exactCardinality(fn_map_unit_7(X),is_between_0,"2",gene_0)
& object_2(fn_map_unit_12(X),fn_map_unit_1(X))
& frequency_2(fn_map_unit_12(X),fn_map_unit_6(X))
& distance_2(fn_map_unit_12(X),fn_map_unit_8(X))
& fn_map_unit_8(X) = fn_map_unit_6(X)
& called_2(fn_map_unit_8(X),'LengthOfMapUnit')
& information_content_2(X,fn_map_unit_12(X))
& information_content_2(fn_map_unit_11(X),fn_map_unit_12(X))
& object_2(fn_map_unit_12(X),fn_map_unit_10(X))
& fn_map_unit_12(X) = fn_information_1(X)
& fn_map_unit_10(X) = fn_recombination_frequency_1(fn_map_unit_11(X))
& fn_map_unit_12(X) = fn_recombination_frequency_2(fn_map_unit_11(X))
& fn_information_1(X) = fn_recombination_frequency_2(fn_map_unit_11(X))
& fn_recombination_frequency_2(fn_map_unit_11(X)) = fn_recombination_frequency_2(fn_map_unit_11(X)) ) ) ).
fof(a530813,axiom,
! [X] :
( margarine_1(X)
=> ( original_name_2(X,'Margarine')
& user_description_2(X,'A butter substitute produced mainly from vegetable oil.')
& concept2words_2(X,margarine)
& fat_1(X)
& ~ peanut_butter_1(X) ) ) ).
fof(a530814,axiom,
! [X] :
( marine_benthic_zone_1(X)
=> ( original_name_2(X,'Marine-Benthic-Zone')
& user_description_2(X,'The bottom surface of a marine ecosystem. The ocean floor.')
& concept2words_2(X,'marine benthic zone')
& concept2words_2(X,'marine-benthic-zone')
& benthic_zone_1(X)
& ~ abyssal_zone_1(X)
& ~ aphotic_zone_1(X)
& ~ deep_sea_hydrothermal_vent_1(X)
& ~ estuary_1(X)
& ~ eutrophic_lake_1(X)
& ~ intertidal_zone_1(X)
& ~ limnetic_zone_1(X)
& ~ littoral_zone_1(X)
& ~ neritic_zone_1(X)
& ~ oceanic_pelagic_zone_1(X)
& ~ oligotrophic_lake_1(X)
& ~ photic_zone_1(X) ) ) ).
fof(a530815,axiom,
! [X] :
( marine_biome_1(X)
=> ( original_name_2(X,'Marine-Biome')
& user_description_2(X,'An aquatic biome distinguished on the basis of physical and chemical characteristics, most notably the presence of salt concentrations which average 3% or higher. Marine biomes include the oceans which cover approximately 75% of the Earth\'s surface.')
& concept2words_2(X,'biome of marine')
& concept2words_2(X,'marine biome')
& concept2words_2(X,'marine-biome')
& biome_1(X)
& ~ freshwater_biome_1(X)
& ~ terrestrial_biome_1(X) ) ) ).
fof(a530816,axiom,
! [X] :
( marine_invertebrate_1(X)
=> ( original_name_2(X,'Marine-Invertebrate')
& user_description_2(X,'Invertebrates found in marine environment are marine invertebrates.')
& concept2words_2(X,'invertebrate of marine')
& concept2words_2(X,'marine invertebrate')
& concept2words_2(X,'marine-invertebrate')
& invertebrate_1(X) ) ) ).
fof(a530817,axiom,
! [X] :
( marine_mammal_1(X)
=> ( original_name_2(X,'Marine-Mammal')
& user_description_2(X,'Specialized group of mammals adapted for life in the ocean.')
& concept2words_2(X,'mammal of marine')
& concept2words_2(X,'marine mammal')
& concept2words_2(X,'marine-mammal')
& mammal_1(X) ) ) ).
fof(a530818,axiom,
! [X] :
( mark_1(X)
=> ( original_name_2(X,'Mark')
& concept2words_2(X,write)
& concept2words_2(X,mark)
& embody_1(X)
& produce_1(X)
& ~ generation_of_kinetic_energy_1(X)
& ~ optical_sectioning_1(X)
& ~ speak_1(X)
& ~ gesticulate_1(X)
& product_1(fn_mark_1(X))
& physical_mark_1(fn_mark_2(X))
& in_event_2(fn_mark_1(X),X)
& plays_2(fn_mark_2(X),fn_mark_1(X))
& result_2(X,fn_mark_2(X))
& fn_mark_2(X) = fn_embody_2(X) ) ) ).
fof(a530819,axiom,
! [X] :
( mark_recapture_method_1(X)
=> ( original_name_2(X,'Mark-Recapture-Method')
& user_description_2(X,'A sampling technique often used to estimate fish and wildlife populations.')
& concept2words_2(X,'mark recapture method')
& concept2words_2(X,'mark-recapture-method')
& population_biology_technique_1(X)
& ~ absolute_dating_1(X)
& ~ atomic_tracking_1(X)
& ~ autoradiography_1(X)
& ~ cloning_1(X)
& ~ dna_mapping_1(X)
& ~ dna_microarray_1(X)
& ~ fetoscopy_1(X)
& ~ genetic_linkage_mapping_1(X)
& ~ gram_stain_1(X)
& ~ in_situ_hybridization_1(X)
& ~ in_vitro_hybridization_1(X)
& ~ microscopy_1(X)
& ~ molecular_clock_1(X)
& ~ nuclear_transplantation_1(X)
& ~ population_viability_analysis_1(X)
& ~ positron_emission_tomography_1(X)
& ~ radiometric_dating_1(X)
& ~ rule_of_addition_1(X)
& ~ shotgun_sequencing_1(X)
& ~ testcross_1(X)
& ~ x_ray_crystallography_1(X) ) ) ).
fof(a530820,axiom,
! [X] :
( marsupial_1(X)
=> ( original_name_2(X,'Marsupial')
& user_description_2(X,'A group of mammals whose young are born precociously and complete their fetal development inside a pouch on their mother\'s belly. Examples include koalas, opossums, and kangaroos.')
& concept2words_2(X,marsupial)
& mammal_1(X)
& ~ eutherian_1(X)
& ~ insectivora_1(X)
& ~ lagomorpha_1(X)
& ~ monotreme_1(X)
& ~ person_1(X) ) ) ).
fof(a530821,axiom,
! [X] :
( mass_constant_1(X)
=> ( original_name_2(X,'Mass-Constant')
& concept2words_2(X,'constant of mass')
& concept2words_2(X,'mass constant')
& concept2words_2(X,'mass-constant')
& constant_1(X) ) ) ).
fof(a530822,axiom,
! [X] :
( mass_extinction_1(X)
=> ( original_name_2(X,'Mass-Extinction')
& user_description_2(X,'A widespread and rapid decrease in the diversity of life on Earth, in which species across many taxa go extinct. Mass extinction occurs when the extinction rate increases more rapidly than the rate of speciation.')
& concept2words_2(X,'extinction of mass')
& concept2words_2(X,'mass extinction')
& concept2words_2(X,'mass-extinction')
& geological_time_period_1(X) ) ) ).
fof(a530823,axiom,
! [X] :
( mass_scale_1(X)
=> ( original_name_2(X,'Mass-Scale')
& concept2words_2(X,'scale of mass')
& concept2words_2(X,'mass scale')
& concept2words_2(X,'mass-scale')
& scale_1(X) ) ) ).
fof(a530824,axiom,
! [X] :
( mass_value_1(X)
=> ( original_name_2(X,'Mass-Value')
& description_2(X,'the property of a body that causes it to have weight in a gravitational field')
& concept2words_2(X,mass)
& concept2words_2(X,'atomic mass')
& concept2words_2(X,'atomic-mass')
& concept2words_2(X,'value of mass')
& concept2words_2(X,'mass value')
& concept2words_2(X,'mass-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a530825,axiom,
! [X] :
( mast_cell_1(X)
=> ( original_name_2(X,'Mast-Cell')
& user_description_2(X,'A type of cell found in various vertebrate tissues. Mast cells contain granules of histamine and heparin, which, when released, trigger an inflammatory response to pathogens and allergens.')
& concept2words_2(X,'cell of mast')
& concept2words_2(X,'mast cell')
& concept2words_2(X,'mast-cell')
& immune_cell_1(X)
& ~ antigen_presenting_cell_1(X)
& ~ effector_cell_1(X)
& ~ eosinophil_1(X)
& ~ natural_killer_cell_1(X)
& ~ neutrophil_1(X)
& ~ recombinant_immune_cell_1(X) ) ) ).
fof(a530826,axiom,
! [X] :
( master_control_gene_1(X)
=> ( original_name_2(X,'Master-Control-Gene')
& user_description_2(X,'A single gene that, when expressed, initiates the development of a specific tissue or organ by activating many other genes.')
& concept2words_2(X,'master regulatory gene')
& concept2words_2(X,'master control gene')
& concept2words_2(X,'master-control-gene')
& regulatory_gene_1(X)
& ~ gap_gene_1(X)
& ~ laci_1(X)
& ~ operon_1(X)
& ~ sonic_hedgehog_factor_1(X)
& ~ trpr_1(X)
& gene_regulation_1(fn_master_control_gene_3(X))
& regulation_1(fn_master_control_gene_4(X))
& quantity_value_1(fn_master_control_gene_5(X))
& speed_value_1(fn_master_control_gene_6(X))
& carbon_skeleton_1(fn_master_control_gene_7(X))
& code_for_1(fn_master_control_gene_8(X))
& cell_1(fn_master_control_gene_9(X))
& transcription_factor_1(fn_master_control_gene_10(X))
& cellular_response_1(fn_master_control_gene_11(X))
& constant_motion_1(fn_master_control_gene_12(X))
& kinetic_energy_1(fn_master_control_gene_13(X))
& phosphodiester_bond_1(fn_master_control_gene_14(X))
& size_value_1(fn_master_control_gene_15(X))
& size_value_1(fn_master_control_gene_16(X))
& monomer_1(fn_master_control_gene_17(X))
& exon_1(fn_master_control_gene_18(X))
& exon_1(fn_master_control_gene_19(X))
& intron_1(fn_master_control_gene_20(X))
& monomer_1(fn_master_control_gene_21(X))
& constant_motion_1(fn_kinetic_energy_1(fn_master_control_gene_13(X)))
& entity_1(fn_code_for_2(fn_master_control_gene_8(X)))
& cell_1(fn_intracellular_process_1(fn_master_control_gene_11(X)))
& cell_1(fn_cellular_response_3(fn_master_control_gene_11(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_master_control_gene_13(X)))
& entity_1(fn_code_for_1(fn_master_control_gene_8(X)))
& agent_2(fn_master_control_gene_3(X),X)
& has_region_2(X,fn_master_control_gene_7(X))
& agent_2(fn_master_control_gene_4(X),X)
& supports_2(fn_master_control_gene_4(X),fn_master_control_gene_11(X))
& directly_proportional_2(fn_master_control_gene_6(X),fn_master_control_gene_5(X))
& speed_2(fn_master_control_gene_12(X),fn_master_control_gene_6(X))
& quantity_2(fn_master_control_gene_13(X),fn_master_control_gene_5(X))
& base_2(fn_master_control_gene_11(X),fn_master_control_gene_9(X))
& possesses_2(X,fn_master_control_gene_13(X))
& object_2(fn_master_control_gene_12(X),X)
& is_between_2(fn_master_control_gene_20(X),fn_master_control_gene_19(X))
& next_element_2(fn_master_control_gene_19(X),fn_master_control_gene_20(X))
& donor_2(fn_master_control_gene_8(X),X)
& has_function_2(X,fn_master_control_gene_8(X))
& element_2(X,fn_master_control_gene_21(X))
& first_element_2(X,fn_master_control_gene_21(X))
& element_2(X,fn_master_control_gene_19(X))
& is_between_2(fn_master_control_gene_14(X),fn_master_control_gene_21(X))
& possesses_2(X,fn_master_control_gene_14(X))
& element_2(X,fn_master_control_gene_20(X))
& next_element_2(fn_master_control_gene_20(X),fn_master_control_gene_18(X))
& element_2(X,fn_master_control_gene_18(X))
& size_2(X,fn_master_control_gene_16(X))
& greater_than_2(fn_master_control_gene_16(X),fn_master_control_gene_15(X))
& size_2(fn_master_control_gene_21(X),fn_master_control_gene_15(X))
& next_element_2(fn_master_control_gene_21(X),fn_master_control_gene_17(X))
& element_2(X,fn_master_control_gene_17(X))
& agent_2(fn_master_control_gene_8(X),X)
& result_2(fn_master_control_gene_8(X),fn_master_control_gene_10(X))
& fn_master_control_gene_9(X) = fn_intracellular_process_1(fn_master_control_gene_11(X))
& fn_master_control_gene_9(X) = fn_cellular_response_3(fn_master_control_gene_11(X))
& fn_master_control_gene_12(X) = fn_kinetic_energy_1(fn_master_control_gene_13(X))
& X = fn_kinetic_energy_2(fn_master_control_gene_13(X))
& fn_master_control_gene_23(X) = fn_regulatory_gene_13(X)
& fn_master_control_gene_22(X) = fn_regulatory_gene_12(X)
& fn_master_control_gene_19(X) = fn_regulatory_gene_7(X)
& fn_master_control_gene_8(X) = fn_regulatory_gene_1(X)
& fn_master_control_gene_18(X) = fn_regulatory_gene_9(X)
& fn_master_control_gene_20(X) = fn_regulatory_gene_8(X)
& fn_master_control_gene_14(X) = fn_regulatory_gene_6(X)
& fn_master_control_gene_17(X) = fn_regulatory_gene_10(X)
& fn_master_control_gene_21(X) = fn_regulatory_gene_11(X)
& fn_master_control_gene_15(X) = fn_regulatory_gene_4(X)
& fn_master_control_gene_16(X) = fn_regulatory_gene_5(X)
& X = fn_code_for_1(fn_master_control_gene_8(X))
& fn_master_control_gene_10(X) = fn_code_for_2(fn_master_control_gene_8(X))
& fn_intracellular_process_1(fn_master_control_gene_11(X)) = fn_cellular_response_3(fn_master_control_gene_11(X))
& fn_cellular_response_3(fn_master_control_gene_11(X)) = fn_kinetic_energy_2(fn_master_control_gene_13(X))
& fn_kinetic_energy_2(fn_master_control_gene_13(X)) = fn_kinetic_energy_2(fn_master_control_gene_13(X))
& fn_kinetic_energy_2(fn_master_control_gene_13(X)) = fn_code_for_1(fn_master_control_gene_8(X)) ) ) ).
fof(a530827,axiom,
! [X] :
( match_result_viewpoint_1(X)
=> ( original_name_2(X,'Match-Result-Viewpoint')
& concept2words_2(X,'match result viewpoint')
& concept2words_2(X,'match-result-viewpoint')
& viewpoint_1(X) ) ) ).
fof(a530828,axiom,
! [X] :
( mate_choice_copying_1(X)
=> ( original_name_2(X,'Mate-Choice-Copying')
& user_description_2(X,'Behavior in which individual mate choice is based on mate choices of other individuals in the population.')
& concept2words_2(X,'mate choice copying')
& concept2words_2(X,'mate-choice-copying')
& reproductive_behavior_1(X) ) ) ).
fof(a530829,axiom,
! [X] :
( maternal_chromosome_1(X)
=> ( original_name_2(X,'Maternal-Chromosome')
& user_description_2(X,'One of a pair of homologous chromosomes originating from the female gamete.')
& concept2words_2(X,'maternal chromosome')
& concept2words_2(X,'maternal-chromosome')
& homologous_chromosome_1(X)
& deoxyribonucleoside_monophosphate_1(fn_maternal_chromosome_1(X))
& phosphodiester_bond_1(fn_maternal_chromosome_2(X))
& chemical_entity_1(fn_chemical_bond_1(fn_maternal_chromosome_2(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_maternal_chromosome_2(X)))
& has_part_2(X,fn_maternal_chromosome_1(X))
& possesses_2(X,fn_maternal_chromosome_2(X))
& is_between_2(fn_maternal_chromosome_2(X),fn_maternal_chromosome_1(X))
& fn_maternal_chromosome_1(X) = fn_chemical_bond_1(fn_maternal_chromosome_2(X))
& fn_maternal_chromosome_1(X) = fn_chemical_bond_4(fn_maternal_chromosome_2(X))
& fn_chemical_bond_1(fn_maternal_chromosome_2(X)) = fn_chemical_bond_4(fn_maternal_chromosome_2(X)) ) ) ).
fof(a530830,axiom,
! [X] :
( maternal_effect_1(X)
=> ( original_name_2(X,'Maternal-Effect')
& user_description_2(X,'A situation in which the phenotype of an organism is influenced by the environment and genotype of the mother despite the organism\'s own genotype.')
& concept2words_2(X,'maternal effect')
& concept2words_2(X,'maternal-effect')
& inheritance_1(X) ) ) ).
fof(a530831,axiom,
! [X] :
( maternal_effect_gene_1(X)
=> ( original_name_2(X,'Maternal-Effect-Gene')
& user_description_2(X,'A gene whose condition (i.e., mutant or not) in the mother determines the phenotype of the offspring, regardless of the offspring\'s genotype.')
& concept2words_2(X,'egg polarity gene')
& concept2words_2(X,'egg-polarity-gene')
& concept2words_2(X,'maternal effect gene')
& concept2words_2(X,'maternal-effect-gene')
& sex_linked_gene_1(X)
& anatomical_structure_1(fn_maternal_effect_gene_1(X))
& regulation_1(fn_maternal_effect_gene_2(X))
& egg_1(fn_maternal_effect_gene_3(X))
& regulation_1(fn_maternal_effect_gene_4(X))
& organism_1(fn_maternal_effect_gene_5(X))
& entity_1(fn_maternal_effect_gene_6(X))
& constant_motion_1(fn_maternal_effect_gene_7(X))
& kinetic_energy_1(fn_maternal_effect_gene_8(X))
& quantity_value_1(fn_maternal_effect_gene_9(X))
& speed_value_1(fn_maternal_effect_gene_10(X))
& code_for_1(fn_maternal_effect_gene_11(X))
& body_axis_1(fn_maternal_effect_gene_12(X))
& create_1(fn_maternal_effect_gene_13(X))
& cytoplasmic_determinant_1(fn_maternal_effect_gene_14(X))
& gene_expression_1(fn_maternal_effect_gene_15(X))
& chemical_entity_1(fn_maternal_effect_gene_16(X))
& protein_1(fn_maternal_effect_gene_16(X))
& exon_1(fn_maternal_effect_gene_17(X))
& exon_1(fn_maternal_effect_gene_18(X))
& intron_1(fn_maternal_effect_gene_19(X))
& size_value_1(fn_maternal_effect_gene_22(X))
& size_value_1(fn_maternal_effect_gene_23(X))
& monomer_1(fn_maternal_effect_gene_24(X))
& monomer_1(fn_maternal_effect_gene_25(X))
& phosphodiester_bond_1(fn_maternal_effect_gene_26(X))
& entity_1(fn_create_1(fn_maternal_effect_gene_13(X)))
& gene_1(fn_gene_expression_6(fn_maternal_effect_gene_15(X)))
& chemical_entity_1(fn_cytoplasmic_determinant_2(fn_maternal_effect_gene_14(X)))
& chemical_entity_1(fn_gene_expression_4(fn_maternal_effect_gene_15(X)))
& protein_1(fn_gene_expression_4(fn_maternal_effect_gene_15(X)))
& code_for_1(fn_gene_expression_3(fn_maternal_effect_gene_15(X)))
& donor_2(fn_maternal_effect_gene_11(X),X)
& agent_2(fn_maternal_effect_gene_2(X),X)
& base_2(fn_maternal_effect_gene_2(X),fn_maternal_effect_gene_3(X))
& causes_2(fn_maternal_effect_gene_2(X),fn_maternal_effect_gene_4(X))
& object_2(fn_maternal_effect_gene_2(X),fn_maternal_effect_gene_6(X))
& object_2(fn_maternal_effect_gene_4(X),fn_maternal_effect_gene_1(X))
& base_2(fn_maternal_effect_gene_4(X),fn_maternal_effect_gene_5(X))
& has_part_2(fn_maternal_effect_gene_5(X),fn_maternal_effect_gene_1(X))
& agent_2(fn_maternal_effect_gene_13(X),fn_maternal_effect_gene_16(X))
& result_2(fn_maternal_effect_gene_13(X),fn_maternal_effect_gene_12(X))
& plays_2(fn_maternal_effect_gene_16(X),fn_maternal_effect_gene_14(X))
& object_2(fn_maternal_effect_gene_15(X),X)
& result_2(fn_maternal_effect_gene_15(X),fn_maternal_effect_gene_16(X))
& result_2(fn_maternal_effect_gene_11(X),fn_maternal_effect_gene_16(X))
& next_element_2(fn_maternal_effect_gene_19(X),fn_maternal_effect_gene_17(X))
& element_2(X,fn_maternal_effect_gene_18(X))
& agent_2(fn_maternal_effect_gene_11(X),X)
& has_function_2(X,fn_maternal_effect_gene_11(X))
& element_2(X,fn_maternal_effect_gene_19(X))
& is_between_2(fn_maternal_effect_gene_19(X),fn_maternal_effect_gene_18(X))
& next_element_2(fn_maternal_effect_gene_18(X),fn_maternal_effect_gene_19(X))
& is_between_2(fn_maternal_effect_gene_26(X),fn_maternal_effect_gene_25(X))
& possesses_2(X,fn_maternal_effect_gene_26(X))
& element_2(X,fn_maternal_effect_gene_25(X))
& first_element_2(X,fn_maternal_effect_gene_25(X))
& element_2(X,fn_maternal_effect_gene_17(X))
& object_2(fn_maternal_effect_gene_7(X),X)
& speed_2(fn_maternal_effect_gene_7(X),fn_maternal_effect_gene_10(X))
& directly_proportional_2(fn_maternal_effect_gene_10(X),fn_maternal_effect_gene_9(X))
& quantity_2(fn_maternal_effect_gene_8(X),fn_maternal_effect_gene_9(X))
& possesses_2(X,fn_maternal_effect_gene_8(X))
& element_2(X,fn_maternal_effect_gene_24(X))
& next_element_2(fn_maternal_effect_gene_25(X),fn_maternal_effect_gene_24(X))
& size_2(fn_maternal_effect_gene_25(X),fn_maternal_effect_gene_22(X))
& greater_than_2(fn_maternal_effect_gene_23(X),fn_maternal_effect_gene_22(X))
& size_2(X,fn_maternal_effect_gene_23(X))
& fn_maternal_effect_gene_12(X) = fn_create_1(fn_maternal_effect_gene_13(X))
& fn_maternal_effect_gene_16(X) = fn_cytoplasmic_determinant_2(fn_maternal_effect_gene_14(X))
& X = fn_gene_expression_6(fn_maternal_effect_gene_15(X))
& fn_maternal_effect_gene_11(X) = fn_gene_expression_3(fn_maternal_effect_gene_15(X))
& fn_maternal_effect_gene_16(X) = fn_gene_expression_4(fn_maternal_effect_gene_15(X))
& fn_maternal_effect_gene_20(X) = fn_sex_linked_gene_1(X)
& fn_maternal_effect_gene_21(X) = fn_sex_linked_gene_2(X)
& fn_maternal_effect_gene_17(X) = fn_sex_linked_gene_10(X)
& fn_maternal_effect_gene_27(X) = fn_sex_linked_gene_6(X)
& fn_maternal_effect_gene_18(X) = fn_sex_linked_gene_10(X)
& fn_maternal_effect_gene_28(X) = fn_sex_linked_gene_5(X)
& fn_maternal_effect_gene_18(X) = fn_sex_linked_gene_9(X)
& fn_maternal_effect_gene_19(X) = fn_sex_linked_gene_8(X)
& fn_maternal_effect_gene_11(X) = fn_sex_linked_gene_15(X)
& fn_maternal_effect_gene_17(X) = fn_sex_linked_gene_9(X)
& fn_maternal_effect_gene_26(X) = fn_sex_linked_gene_7(X)
& fn_maternal_effect_gene_8(X) = fn_sex_linked_gene_14(X)
& fn_maternal_effect_gene_9(X) = fn_sex_linked_gene_3(X)
& fn_maternal_effect_gene_10(X) = fn_sex_linked_gene_4(X)
& fn_maternal_effect_gene_7(X) = fn_sex_linked_gene_13(X)
& fn_maternal_effect_gene_23(X) = fn_sex_linked_gene_11(X)
& fn_maternal_effect_gene_22(X) = fn_sex_linked_gene_12(X)
& fn_maternal_effect_gene_25(X) = fn_sex_linked_gene_17(X)
& fn_maternal_effect_gene_24(X) = fn_sex_linked_gene_16(X)
& fn_cytoplasmic_determinant_2(fn_maternal_effect_gene_14(X)) = fn_gene_expression_4(fn_maternal_effect_gene_15(X))
& fn_gene_expression_4(fn_maternal_effect_gene_15(X)) = fn_gene_expression_4(fn_maternal_effect_gene_15(X))
& fn_gene_expression_4(fn_maternal_effect_gene_15(X)) = fn_sex_linked_gene_10(X)
& fn_sex_linked_gene_9(X) = fn_sex_linked_gene_9(X)
& fn_sex_linked_gene_9(X) = fn_gene_expression_3(fn_maternal_effect_gene_15(X))
& fn_gene_expression_3(fn_maternal_effect_gene_15(X)) = fn_sex_linked_gene_15(X)
& fn_sex_linked_gene_15(X) = fn_sex_linked_gene_15(X)
& fn_sex_linked_gene_15(X) = fn_sex_linked_gene_10(X)
& fn_sex_linked_gene_10(X) = fn_sex_linked_gene_9(X) ) ) ).
fof(a530832,axiom,
! [X] :
( maternal_effect_gene_mutation_1(X)
=> ( original_name_2(X,'Maternal-Effect-Gene-Mutation')
& user_description_2(X,'A gene mutation, that when mutant in the mother, results in a mutant phenotype in the offspring, regardless of the offspring\'s genotype.')
& concept2words_2(X,mutate)
& concept2words_2(X,'maternal effect gene mutation')
& concept2words_2(X,'maternal-effect-gene-mutation')
& development_related_mutation_1(X)
& offspring_1(fn_maternal_effect_gene_mutation_1(X))
& create_1(fn_maternal_effect_gene_mutation_2(X))
& maternal_effect_gene_1(fn_maternal_effect_gene_mutation_3(X))
& entity_1(fn_maternal_effect_gene_mutation_4(X))
& organism_1(fn_maternal_effect_gene_mutation_4(X))
& event_1(fn_organism_role_2(fn_maternal_effect_gene_mutation_1(X)))
& entity_1(fn_create_1(fn_maternal_effect_gene_mutation_2(X)))
& organism_1(fn_organism_role_1(fn_maternal_effect_gene_mutation_1(X)))
& causes_2(X,fn_maternal_effect_gene_mutation_2(X))
& result_2(fn_maternal_effect_gene_mutation_2(X),fn_maternal_effect_gene_mutation_4(X))
& object_2(X,fn_maternal_effect_gene_mutation_3(X))
& plays_2(fn_maternal_effect_gene_mutation_4(X),fn_maternal_effect_gene_mutation_1(X))
& in_event_2(fn_maternal_effect_gene_mutation_1(X),X)
& fn_maternal_effect_gene_mutation_4(X) = fn_create_1(fn_maternal_effect_gene_mutation_2(X))
& fn_maternal_effect_gene_mutation_3(X) = fn_mutation_2(X)
& fn_maternal_effect_gene_mutation_4(X) = fn_organism_role_1(fn_maternal_effect_gene_mutation_1(X))
& X = fn_organism_role_2(fn_maternal_effect_gene_mutation_1(X))
& fn_create_1(fn_maternal_effect_gene_mutation_2(X)) = fn_organism_role_1(fn_maternal_effect_gene_mutation_1(X)) ) ) ).
fof(a530833,axiom,
! [X] :
( maternal_substance_1(X)
=> ( original_name_2(X,'Maternal-Substance')
& user_description_2(X,'The maternal substances in the egg that influence the course of early development, called cytoplasmic determinants,regulate the expression of genes that affect the developmental fate of the cells.')
& concept2words_2(X,'maternal substance')
& concept2words_2(X,'maternal-substance')
& organic_entity_1(X)
& substance_1(X)
& egg_1(fn_maternal_substance_1(X))
& has_part_2(fn_maternal_substance_1(X),X) ) ) ).
fof(a530834,axiom,
! [X] :
( mathematical_model_1(X)
=> ( original_name_2(X,'Mathematical-Model')
& user_description_2(X,'A method of representing data or information based on mathematical formulas.')
& concept2words_2(X,'mathematical model')
& concept2words_2(X,'mathematical-model')
& representation_of_data_1(X) ) ) ).
fof(a530835,axiom,
! [X] :
( matheos_experiment_1(X)
=> ( original_name_2(X,'Matheos-Experiment')
& user_description_2(X,'Experiment conducted by D. Matheos and colleagues at Princeton University which studied the communication pathways used by mating yeast.')
& concept2words_2(X,'matheos experiment')
& concept2words_2(X,'matheos-experiment')
& experiment_1(X)
& saccharomyces_cerevisiae_1(fn_matheos_experiment_1(X))
& saccharomyces_cerevisiae_1(fn_matheos_experiment_2(X))
& color_value_1(fn_matheos_experiment_5(X))
& color_value_1(fn_matheos_experiment_6(X))
& color_value_1(fn_matheos_experiment_7(X))
& color_value_1(fn_matheos_experiment_8(X))
& color_value_1(fn_matheos_experiment_11(X))
& formin_1(fn_matheos_experiment_12(X))
& fus3_1(fn_matheos_experiment_13(X))
& color_value_1(fn_matheos_experiment_15(X))
& color_value_1(fn_matheos_experiment_17(X))
& color_value_1(fn_matheos_experiment_18(X))
& color_value_1(fn_matheos_experiment_19(X))
& color_value_1(fn_matheos_experiment_23(X))
& color_value_1(fn_matheos_experiment_24(X))
& spatial_entity_1(fn_matheos_experiment_27(X))
& fungal_cell_wall_1(fn_matheos_experiment_27(X))
& spatial_entity_1(fn_matheos_experiment_28(X))
& fungal_cell_wall_1(fn_matheos_experiment_28(X))
& spatial_entity_1(fn_matheos_experiment_29(X))
& fungal_cell_wall_1(fn_matheos_experiment_29(X))
& fluorescent_substance_1(fn_matheos_experiment_30(X))
& fluorescent_substance_1(fn_matheos_experiment_31(X))
& fluorescent_substance_1(fn_matheos_experiment_32(X))
& fluorescent_substance_1(fn_matheos_experiment_33(X))
& fluorescent_substance_1(fn_matheos_experiment_34(X))
& fluorescent_substance_1(fn_matheos_experiment_35(X))
& mating_factor_1(fn_matheos_experiment_36(X))
& shmoo_1(fn_matheos_experiment_37(X))
& fluorescent_staining_1(fn_matheos_experiment_38(X))
& add_1(fn_matheos_experiment_39(X))
& fluorescent_staining_1(fn_matheos_experiment_40(X))
& spatial_entity_1(fn_matheos_experiment_41(X))
& specimen_stained_with_fluorescent_substance_1(fn_matheos_experiment_41(X))
& fluorescent_substance_1(fn_matheos_experiment_42(X))
& saccharomyces_cerevisiae_1(fn_matheos_experiment_43(X))
& fluorescent_staining_1(fn_matheos_experiment_44(X))
& fluorescent_staining_1(fn_matheos_experiment_45(X))
& fluorescent_substance_1(fn_matheos_experiment_46(X))
& delta_fus3_yeast_1(fn_matheos_experiment_47(X))
& membrane_1(fn_matheos_experiment_48(X))
& spatial_entity_1(fn_matheos_experiment_48(X))
& biomembrane_1(fn_matheos_experiment_48(X))
& plasma_membrane_1(fn_matheos_experiment_48(X))
& extra_cellular_matrix_1(fn_matheos_experiment_49(X))
& fluorescent_substance_1(fn_matheos_experiment_50(X))
& delta_formin_yeast_1(fn_matheos_experiment_51(X))
& membrane_1(fn_matheos_experiment_52(X))
& spatial_entity_1(fn_matheos_experiment_52(X))
& biomembrane_1(fn_matheos_experiment_52(X))
& plasma_membrane_1(fn_matheos_experiment_52(X))
& extra_cellular_matrix_1(fn_matheos_experiment_53(X))
& add_1(fn_matheos_experiment_54(X))
& add_1(fn_matheos_experiment_55(X))
& spatial_entity_1(fn_matheos_experiment_56(X))
& specimen_stained_with_fluorescent_substance_1(fn_matheos_experiment_56(X))
& mating_factor_1(fn_matheos_experiment_57(X))
& mating_factor_1(fn_matheos_experiment_58(X))
& spatial_entity_1(fn_matheos_experiment_59(X))
& specimen_stained_with_fluorescent_substance_1(fn_matheos_experiment_59(X))
& delta_formin_yeast_1(fn_matheos_experiment_60(X))
& change_1(fn_matheos_experiment_61(X))
& scientist_1(fn_matheos_experiment_62(X))
& delta_fus3_yeast_1(fn_matheos_experiment_63(X))
& change_1(fn_matheos_experiment_64(X))
& in_vitro_mutagenesis_1(fn_matheos_experiment_65(X))
& in_vitro_mutagenesis_1(fn_matheos_experiment_66(X))
& extra_cellular_matrix_1(fn_matheos_experiment_67(X))
& membrane_1(fn_matheos_experiment_68(X))
& spatial_entity_1(fn_matheos_experiment_68(X))
& biomembrane_1(fn_matheos_experiment_68(X))
& plasma_membrane_1(fn_matheos_experiment_68(X))
& fluorescent_substance_1(fn_matheos_experiment_69(X))
& extra_cellular_matrix_1(fn_matheos_experiment_70(X))
& membrane_1(fn_matheos_experiment_71(X))
& spatial_entity_1(fn_matheos_experiment_71(X))
& biomembrane_1(fn_matheos_experiment_71(X))
& plasma_membrane_1(fn_matheos_experiment_71(X))
& fluorescent_substance_1(fn_matheos_experiment_72(X))
& fluorescent_staining_1(fn_matheos_experiment_73(X))
& fluorescent_staining_1(fn_matheos_experiment_74(X))
& spatial_entity_1(fn_matheos_experiment_75(X))
& fungal_cell_wall_1(fn_matheos_experiment_75(X))
& membrane_1(fn_matheos_experiment_76(X))
& spatial_entity_1(fn_matheos_experiment_76(X))
& biomembrane_1(fn_matheos_experiment_76(X))
& plasma_membrane_1(fn_matheos_experiment_76(X))
& spatial_entity_1(fn_matheos_experiment_77(X))
& fungal_cell_wall_1(fn_matheos_experiment_77(X))
& membrane_1(fn_matheos_experiment_78(X))
& spatial_entity_1(fn_matheos_experiment_78(X))
& biomembrane_1(fn_matheos_experiment_78(X))
& plasma_membrane_1(fn_matheos_experiment_78(X))
& fungal_cell_wall_1(fn_matheos_experiment_79(X))
& tangible_entity_1(fn_fluorescent_staining_5(fn_matheos_experiment_44(X)))
& tangible_entity_1(fn_fluorescent_staining_5(fn_matheos_experiment_45(X)))
& spatial_entity_1(fn_add_1(fn_matheos_experiment_55(X)))
& spatial_entity_1(fn_add_1(fn_matheos_experiment_54(X)))
& spatial_entity_1(fn_add_1(fn_matheos_experiment_39(X)))
& spatial_entity_1(fn_add_1(fn_matheos_experiment_40(X)))
& tangible_entity_1(fn_fluorescent_staining_5(fn_matheos_experiment_40(X)))
& tangible_entity_1(fn_fluorescent_staining_5(fn_matheos_experiment_73(X)))
& tangible_entity_1(fn_fluorescent_staining_5(fn_matheos_experiment_74(X)))
& tangible_entity_1(fn_fluorescent_staining_5(fn_matheos_experiment_38(X)))
& change_1(fn_biotechnology_2(fn_matheos_experiment_65(X)))
& study_1(fn_scientist_2(fn_matheos_experiment_62(X)))
& change_1(fn_biotechnology_2(fn_matheos_experiment_66(X)))
& membrane_1(fn_cell_wall_15(fn_matheos_experiment_79(X)))
& spatial_entity_1(fn_cell_wall_15(fn_matheos_experiment_79(X)))
& biomembrane_1(fn_cell_wall_15(fn_matheos_experiment_79(X)))
& plasma_membrane_1(fn_cell_wall_15(fn_matheos_experiment_79(X)))
& fluorescent_substance_1(fn_fluorescent_staining_2(fn_matheos_experiment_40(X)))
& fluorescent_substance_1(fn_fluorescent_staining_3(fn_matheos_experiment_45(X)))
& fluorescent_substance_1(fn_fluorescent_staining_2(fn_matheos_experiment_45(X)))
& fluorescent_substance_1(fn_fluorescent_staining_2(fn_matheos_experiment_73(X)))
& fluorescent_substance_1(fn_fluorescent_staining_3(fn_matheos_experiment_73(X)))
& fluorescent_substance_1(fn_fluorescent_staining_2(fn_matheos_experiment_74(X)))
& fluorescent_substance_1(fn_fluorescent_staining_3(fn_matheos_experiment_74(X)))
& fluorescent_substance_1(fn_fluorescent_staining_3(fn_matheos_experiment_44(X)))
& fluorescent_substance_1(fn_fluorescent_staining_2(fn_matheos_experiment_44(X)))
& membrane_1(fn_yeast_21(fn_matheos_experiment_43(X)))
& spatial_entity_1(fn_yeast_21(fn_matheos_experiment_43(X)))
& biomembrane_1(fn_yeast_21(fn_matheos_experiment_43(X)))
& plasma_membrane_1(fn_yeast_21(fn_matheos_experiment_43(X)))
& extra_cellular_matrix_1(fn_fungal_cell_1(fn_matheos_experiment_47(X)))
& membrane_1(fn_fungal_cell_17(fn_matheos_experiment_47(X)))
& spatial_entity_1(fn_fungal_cell_17(fn_matheos_experiment_47(X)))
& biomembrane_1(fn_fungal_cell_17(fn_matheos_experiment_47(X)))
& plasma_membrane_1(fn_fungal_cell_17(fn_matheos_experiment_47(X)))
& extra_cellular_matrix_1(fn_fungal_cell_1(fn_matheos_experiment_51(X)))
& membrane_1(fn_fungal_cell_17(fn_matheos_experiment_51(X)))
& spatial_entity_1(fn_fungal_cell_17(fn_matheos_experiment_51(X)))
& biomembrane_1(fn_fungal_cell_17(fn_matheos_experiment_51(X)))
& plasma_membrane_1(fn_fungal_cell_17(fn_matheos_experiment_51(X)))
& extra_cellular_matrix_1(fn_fungal_cell_1(fn_matheos_experiment_63(X)))
& membrane_1(fn_fungal_cell_17(fn_matheos_experiment_63(X)))
& spatial_entity_1(fn_fungal_cell_17(fn_matheos_experiment_63(X)))
& biomembrane_1(fn_fungal_cell_17(fn_matheos_experiment_63(X)))
& plasma_membrane_1(fn_fungal_cell_17(fn_matheos_experiment_63(X)))
& extra_cellular_matrix_1(fn_fungal_cell_1(fn_matheos_experiment_60(X)))
& membrane_1(fn_fungal_cell_17(fn_matheos_experiment_60(X)))
& spatial_entity_1(fn_fungal_cell_17(fn_matheos_experiment_60(X)))
& biomembrane_1(fn_fungal_cell_17(fn_matheos_experiment_60(X)))
& plasma_membrane_1(fn_fungal_cell_17(fn_matheos_experiment_60(X)))
& fluorescent_substance_1(fn_fluorescent_staining_3(fn_matheos_experiment_38(X)))
& fluorescent_substance_1(fn_fluorescent_staining_2(fn_matheos_experiment_38(X)))
& spatial_entity_1(fn_add_2(fn_matheos_experiment_55(X)))
& specimen_stained_with_fluorescent_substance_1(fn_fluorescent_staining_4(fn_matheos_experiment_73(X)))
& spatial_entity_1(fn_add_2(fn_matheos_experiment_54(X)))
& specimen_stained_with_fluorescent_substance_1(fn_fluorescent_staining_4(fn_matheos_experiment_74(X)))
& spatial_entity_1(fn_add_1(fn_matheos_experiment_38(X)))
& fungal_cell_wall_1(fn_yeast_18(fn_matheos_experiment_43(X)))
& spatial_entity_1(fn_add_1(fn_matheos_experiment_45(X)))
& fungal_cell_wall_1(fn_fungal_cell_18(fn_matheos_experiment_47(X)))
& spatial_entity_1(fn_add_1(fn_matheos_experiment_44(X)))
& fungal_cell_wall_1(fn_fungal_cell_18(fn_matheos_experiment_51(X)))
& spatial_entity_1(fn_add_1(fn_matheos_experiment_73(X)))
& fungal_cell_wall_1(fn_fungal_cell_18(fn_matheos_experiment_63(X)))
& spatial_entity_1(fn_add_1(fn_matheos_experiment_74(X)))
& fungal_cell_wall_1(fn_fungal_cell_18(fn_matheos_experiment_60(X)))
& spatial_entity_1(fn_add_2(fn_matheos_experiment_39(X)))
& specimen_stained_with_fluorescent_substance_1(fn_fluorescent_staining_4(fn_matheos_experiment_38(X)))
& color_2(fn_matheos_experiment_30(X),fn_matheos_experiment_24(X))
& the_categorical_value_2(fn_matheos_experiment_24(X),yellow_0)
& color_2(fn_matheos_experiment_31(X),fn_matheos_experiment_23(X))
& the_categorical_value_2(fn_matheos_experiment_23(X),yellow_0)
& color_2(fn_matheos_experiment_32(X),fn_matheos_experiment_19(X))
& the_categorical_value_2(fn_matheos_experiment_19(X),green_0)
& color_2(fn_matheos_experiment_33(X),fn_matheos_experiment_18(X))
& the_categorical_value_2(fn_matheos_experiment_18(X),green_0)
& color_2(fn_matheos_experiment_34(X),fn_matheos_experiment_17(X))
& the_categorical_value_2(fn_matheos_experiment_17(X),green_0)
& color_2(fn_matheos_experiment_35(X),fn_matheos_experiment_15(X))
& the_categorical_value_2(fn_matheos_experiment_15(X),red_0)
& next_event_2(fn_matheos_experiment_38(X),fn_matheos_experiment_39(X))
& called_2(fn_matheos_experiment_38(X),"5")
& result_2(fn_matheos_experiment_39(X),fn_matheos_experiment_37(X))
& next_event_2(fn_matheos_experiment_39(X),fn_matheos_experiment_40(X))
& called_2(fn_matheos_experiment_40(X),"6")
& has_state_2(fn_matheos_experiment_41(X),fn_matheos_experiment_37(X))
& color_2(fn_matheos_experiment_42(X),fn_matheos_experiment_11(X))
& has_part_2(fn_matheos_experiment_43(X),fn_matheos_experiment_12(X))
& has_part_2(fn_matheos_experiment_43(X),fn_matheos_experiment_13(X))
& the_categorical_value_2(fn_matheos_experiment_11(X),green_0)
& called_2(fn_matheos_experiment_44(X),"2")
& called_2(fn_matheos_experiment_45(X),"4")
& color_2(fn_matheos_experiment_46(X),fn_matheos_experiment_8(X))
& is_outside_2(fn_matheos_experiment_49(X),fn_matheos_experiment_47(X))
& the_categorical_value_2(fn_matheos_experiment_8(X),red_0)
& color_2(fn_matheos_experiment_50(X),fn_matheos_experiment_7(X))
& is_outside_2(fn_matheos_experiment_53(X),fn_matheos_experiment_51(X))
& the_categorical_value_2(fn_matheos_experiment_7(X),red_0)
& next_event_2(fn_matheos_experiment_54(X),fn_matheos_experiment_44(X))
& result_2(fn_matheos_experiment_54(X),fn_matheos_experiment_51(X))
& called_2(fn_matheos_experiment_54(X),"1")
& next_event_2(fn_matheos_experiment_55(X),fn_matheos_experiment_45(X))
& result_2(fn_matheos_experiment_55(X),fn_matheos_experiment_47(X))
& called_2(fn_matheos_experiment_55(X),"2")
& has_state_2(fn_matheos_experiment_56(X),fn_matheos_experiment_47(X))
& has_state_2(fn_matheos_experiment_59(X),fn_matheos_experiment_51(X))
& subevent_2(X,fn_matheos_experiment_66(X))
& subevent_2(X,fn_matheos_experiment_65(X))
& subevent_2(X,fn_matheos_experiment_74(X))
& subevent_2(X,fn_matheos_experiment_73(X))
& subevent_2(X,fn_matheos_experiment_54(X))
& subevent_2(X,fn_matheos_experiment_55(X))
& subevent_2(X,fn_matheos_experiment_44(X))
& subevent_2(X,fn_matheos_experiment_45(X))
& subevent_2(X,fn_matheos_experiment_38(X))
& subevent_2(X,fn_matheos_experiment_39(X))
& subevent_2(X,fn_matheos_experiment_40(X))
& first_subevent_2(X,fn_matheos_experiment_66(X))
& first_subevent_2(X,fn_matheos_experiment_65(X))
& result_2(fn_matheos_experiment_61(X),fn_matheos_experiment_60(X))
& base_2(fn_matheos_experiment_61(X),fn_matheos_experiment_2(X))
& result_2(fn_matheos_experiment_64(X),fn_matheos_experiment_63(X))
& base_2(fn_matheos_experiment_64(X),fn_matheos_experiment_1(X))
& agent_2(fn_matheos_experiment_65(X),fn_matheos_experiment_62(X))
& result_2(fn_matheos_experiment_65(X),fn_matheos_experiment_63(X))
& next_event_2(fn_matheos_experiment_65(X),fn_matheos_experiment_73(X))
& result_2(fn_matheos_experiment_66(X),fn_matheos_experiment_60(X))
& agent_2(fn_matheos_experiment_66(X),fn_matheos_experiment_62(X))
& next_event_2(fn_matheos_experiment_66(X),fn_matheos_experiment_74(X))
& the_categorical_value_2(fn_matheos_experiment_6(X),green_0)
& is_outside_2(fn_matheos_experiment_67(X),fn_matheos_experiment_63(X))
& color_2(fn_matheos_experiment_69(X),fn_matheos_experiment_6(X))
& the_categorical_value_2(fn_matheos_experiment_5(X),green_0)
& is_outside_2(fn_matheos_experiment_70(X),fn_matheos_experiment_60(X))
& color_2(fn_matheos_experiment_72(X),fn_matheos_experiment_5(X))
& next_event_2(fn_matheos_experiment_73(X),fn_matheos_experiment_55(X))
& called_2(fn_matheos_experiment_73(X),"3")
& next_event_2(fn_matheos_experiment_74(X),fn_matheos_experiment_54(X))
& called_2(fn_matheos_experiment_74(X),"1")
& base_2(fn_matheos_experiment_44(X),fn_matheos_experiment_51(X))
& base_2(fn_matheos_experiment_45(X),fn_matheos_experiment_47(X))
& object_2(fn_matheos_experiment_55(X),fn_matheos_experiment_57(X))
& object_2(fn_matheos_experiment_54(X),fn_matheos_experiment_58(X))
& object_2(fn_matheos_experiment_39(X),fn_matheos_experiment_36(X))
& object_2(fn_matheos_experiment_45(X),fn_matheos_experiment_27(X))
& object_2(fn_matheos_experiment_44(X),fn_matheos_experiment_28(X))
& object_2(fn_matheos_experiment_40(X),fn_matheos_experiment_79(X))
& base_2(fn_matheos_experiment_40(X),fn_matheos_experiment_37(X))
& object_2(fn_matheos_experiment_73(X),fn_matheos_experiment_29(X))
& object_2(fn_matheos_experiment_38(X),fn_matheos_experiment_77(X))
& object_2(fn_matheos_experiment_74(X),fn_matheos_experiment_75(X))
& base_2(fn_matheos_experiment_73(X),fn_matheos_experiment_63(X))
& has_state_2(fn_matheos_experiment_63(X),fn_matheos_experiment_56(X))
& base_2(fn_matheos_experiment_74(X),fn_matheos_experiment_60(X))
& has_state_2(fn_matheos_experiment_60(X),fn_matheos_experiment_59(X))
& base_2(fn_matheos_experiment_38(X),fn_matheos_experiment_43(X))
& has_state_2(fn_matheos_experiment_43(X),fn_matheos_experiment_41(X))
& base_2(fn_matheos_experiment_55(X),fn_matheos_experiment_56(X))
& base_2(fn_matheos_experiment_39(X),fn_matheos_experiment_41(X))
& base_2(fn_matheos_experiment_54(X),fn_matheos_experiment_59(X))
& by_means_of_2(fn_matheos_experiment_65(X),fn_matheos_experiment_64(X))
& agent_2(X,fn_matheos_experiment_62(X))
& by_means_of_2(fn_matheos_experiment_66(X),fn_matheos_experiment_61(X))
& agent_2(fn_matheos_experiment_40(X),fn_matheos_experiment_35(X))
& agent_2(fn_matheos_experiment_45(X),fn_matheos_experiment_46(X))
& has_state_2(fn_matheos_experiment_46(X),fn_matheos_experiment_30(X))
& agent_2(fn_matheos_experiment_73(X),fn_matheos_experiment_69(X))
& result_2(fn_matheos_experiment_73(X),fn_matheos_experiment_56(X))
& has_part_2(fn_matheos_experiment_56(X),fn_matheos_experiment_32(X))
& agent_2(fn_matheos_experiment_74(X),fn_matheos_experiment_72(X))
& result_2(fn_matheos_experiment_74(X),fn_matheos_experiment_59(X))
& has_part_2(fn_matheos_experiment_59(X),fn_matheos_experiment_33(X))
& agent_2(fn_matheos_experiment_44(X),fn_matheos_experiment_50(X))
& has_state_2(fn_matheos_experiment_50(X),fn_matheos_experiment_31(X))
& has_part_2(fn_matheos_experiment_43(X),fn_matheos_experiment_77(X))
& is_outside_2(fn_matheos_experiment_77(X),fn_matheos_experiment_76(X))
& has_part_2(fn_matheos_experiment_43(X),fn_matheos_experiment_76(X))
& has_part_2(fn_matheos_experiment_47(X),fn_matheos_experiment_48(X))
& has_part_2(fn_matheos_experiment_47(X),fn_matheos_experiment_27(X))
& is_outside_2(fn_matheos_experiment_27(X),fn_matheos_experiment_48(X))
& is_outside_2(fn_matheos_experiment_49(X),fn_matheos_experiment_48(X))
& has_part_2(fn_matheos_experiment_51(X),fn_matheos_experiment_52(X))
& has_part_2(fn_matheos_experiment_51(X),fn_matheos_experiment_28(X))
& is_outside_2(fn_matheos_experiment_28(X),fn_matheos_experiment_52(X))
& is_outside_2(fn_matheos_experiment_53(X),fn_matheos_experiment_52(X))
& has_part_2(fn_matheos_experiment_63(X),fn_matheos_experiment_68(X))
& has_part_2(fn_matheos_experiment_63(X),fn_matheos_experiment_29(X))
& is_outside_2(fn_matheos_experiment_29(X),fn_matheos_experiment_68(X))
& is_outside_2(fn_matheos_experiment_67(X),fn_matheos_experiment_68(X))
& has_part_2(fn_matheos_experiment_60(X),fn_matheos_experiment_71(X))
& has_part_2(fn_matheos_experiment_60(X),fn_matheos_experiment_75(X))
& is_outside_2(fn_matheos_experiment_75(X),fn_matheos_experiment_71(X))
& is_outside_2(fn_matheos_experiment_70(X),fn_matheos_experiment_71(X))
& agent_2(fn_matheos_experiment_38(X),fn_matheos_experiment_42(X))
& has_state_2(fn_matheos_experiment_42(X),fn_matheos_experiment_34(X))
& has_part_2(fn_matheos_experiment_41(X),fn_matheos_experiment_34(X))
& result_2(fn_matheos_experiment_38(X),fn_matheos_experiment_41(X))
& fn_matheos_experiment_51(X) = fn_fluorescent_staining_5(fn_matheos_experiment_44(X))
& fn_matheos_experiment_47(X) = fn_fluorescent_staining_5(fn_matheos_experiment_45(X))
& fn_matheos_experiment_57(X) = fn_add_1(fn_matheos_experiment_55(X))
& fn_matheos_experiment_58(X) = fn_add_1(fn_matheos_experiment_54(X))
& fn_matheos_experiment_36(X) = fn_add_1(fn_matheos_experiment_39(X))
& fn_matheos_experiment_27(X) = fn_add_1(fn_matheos_experiment_45(X))
& fn_matheos_experiment_28(X) = fn_add_1(fn_matheos_experiment_44(X))
& fn_matheos_experiment_79(X) = fn_add_1(fn_matheos_experiment_40(X))
& fn_matheos_experiment_37(X) = fn_fluorescent_staining_5(fn_matheos_experiment_40(X))
& fn_matheos_experiment_29(X) = fn_add_1(fn_matheos_experiment_73(X))
& fn_matheos_experiment_77(X) = fn_add_1(fn_matheos_experiment_38(X))
& fn_matheos_experiment_75(X) = fn_add_1(fn_matheos_experiment_74(X))
& fn_matheos_experiment_63(X) = fn_fluorescent_staining_5(fn_matheos_experiment_73(X))
& fn_matheos_experiment_60(X) = fn_fluorescent_staining_5(fn_matheos_experiment_74(X))
& fn_matheos_experiment_43(X) = fn_fluorescent_staining_5(fn_matheos_experiment_38(X))
& fn_matheos_experiment_56(X) = fn_add_2(fn_matheos_experiment_55(X))
& fn_matheos_experiment_41(X) = fn_add_2(fn_matheos_experiment_39(X))
& fn_matheos_experiment_59(X) = fn_add_2(fn_matheos_experiment_54(X))
& fn_matheos_experiment_64(X) = fn_biotechnology_2(fn_matheos_experiment_65(X))
& X = fn_scientist_2(fn_matheos_experiment_62(X))
& fn_matheos_experiment_61(X) = fn_biotechnology_2(fn_matheos_experiment_66(X))
& fn_matheos_experiment_78(X) = fn_cell_wall_15(fn_matheos_experiment_79(X))
& fn_matheos_experiment_35(X) = fn_fluorescent_staining_2(fn_matheos_experiment_40(X))
& fn_matheos_experiment_30(X) = fn_fluorescent_staining_3(fn_matheos_experiment_45(X))
& fn_matheos_experiment_46(X) = fn_fluorescent_staining_2(fn_matheos_experiment_45(X))
& fn_matheos_experiment_69(X) = fn_fluorescent_staining_2(fn_matheos_experiment_73(X))
& fn_matheos_experiment_32(X) = fn_fluorescent_staining_3(fn_matheos_experiment_73(X))
& fn_matheos_experiment_56(X) = fn_fluorescent_staining_4(fn_matheos_experiment_73(X))
& fn_matheos_experiment_72(X) = fn_fluorescent_staining_2(fn_matheos_experiment_74(X))
& fn_matheos_experiment_33(X) = fn_fluorescent_staining_3(fn_matheos_experiment_74(X))
& fn_matheos_experiment_59(X) = fn_fluorescent_staining_4(fn_matheos_experiment_74(X))
& fn_matheos_experiment_31(X) = fn_fluorescent_staining_3(fn_matheos_experiment_44(X))
& fn_matheos_experiment_50(X) = fn_fluorescent_staining_2(fn_matheos_experiment_44(X))
& fn_matheos_experiment_76(X) = fn_yeast_21(fn_matheos_experiment_43(X))
& fn_matheos_experiment_77(X) = fn_yeast_18(fn_matheos_experiment_43(X))
& fn_matheos_experiment_49(X) = fn_fungal_cell_1(fn_matheos_experiment_47(X))
& fn_matheos_experiment_48(X) = fn_fungal_cell_17(fn_matheos_experiment_47(X))
& fn_matheos_experiment_27(X) = fn_fungal_cell_18(fn_matheos_experiment_47(X))
& fn_matheos_experiment_53(X) = fn_fungal_cell_1(fn_matheos_experiment_51(X))
& fn_matheos_experiment_52(X) = fn_fungal_cell_17(fn_matheos_experiment_51(X))
& fn_matheos_experiment_28(X) = fn_fungal_cell_18(fn_matheos_experiment_51(X))
& fn_matheos_experiment_67(X) = fn_fungal_cell_1(fn_matheos_experiment_63(X))
& fn_matheos_experiment_68(X) = fn_fungal_cell_17(fn_matheos_experiment_63(X))
& fn_matheos_experiment_29(X) = fn_fungal_cell_18(fn_matheos_experiment_63(X))
& fn_matheos_experiment_70(X) = fn_fungal_cell_1(fn_matheos_experiment_60(X))
& fn_matheos_experiment_71(X) = fn_fungal_cell_17(fn_matheos_experiment_60(X))
& fn_matheos_experiment_75(X) = fn_fungal_cell_18(fn_matheos_experiment_60(X))
& fn_matheos_experiment_41(X) = fn_fluorescent_staining_4(fn_matheos_experiment_38(X))
& fn_matheos_experiment_34(X) = fn_fluorescent_staining_3(fn_matheos_experiment_38(X))
& fn_matheos_experiment_42(X) = fn_fluorescent_staining_2(fn_matheos_experiment_38(X))
& fn_fluorescent_staining_4(fn_matheos_experiment_73(X)) = fn_add_2(fn_matheos_experiment_55(X))
& fn_add_2(fn_matheos_experiment_55(X)) = fn_fluorescent_staining_4(fn_matheos_experiment_73(X))
& fn_fluorescent_staining_4(fn_matheos_experiment_73(X)) = fn_fluorescent_staining_4(fn_matheos_experiment_73(X))
& fn_fluorescent_staining_4(fn_matheos_experiment_73(X)) = fn_fluorescent_staining_4(fn_matheos_experiment_74(X))
& fn_fluorescent_staining_4(fn_matheos_experiment_74(X)) = fn_add_2(fn_matheos_experiment_54(X))
& fn_add_2(fn_matheos_experiment_54(X)) = fn_fluorescent_staining_4(fn_matheos_experiment_74(X))
& fn_fluorescent_staining_4(fn_matheos_experiment_74(X)) = fn_fluorescent_staining_4(fn_matheos_experiment_74(X))
& fn_fluorescent_staining_4(fn_matheos_experiment_74(X)) = fn_add_1(fn_matheos_experiment_38(X))
& fn_add_1(fn_matheos_experiment_38(X)) = fn_yeast_18(fn_matheos_experiment_43(X))
& fn_yeast_18(fn_matheos_experiment_43(X)) = fn_yeast_18(fn_matheos_experiment_43(X))
& fn_yeast_18(fn_matheos_experiment_43(X)) = fn_add_1(fn_matheos_experiment_45(X))
& fn_add_1(fn_matheos_experiment_45(X)) = fn_fungal_cell_18(fn_matheos_experiment_47(X))
& fn_fungal_cell_18(fn_matheos_experiment_47(X)) = fn_fungal_cell_18(fn_matheos_experiment_47(X))
& fn_fungal_cell_18(fn_matheos_experiment_47(X)) = fn_add_1(fn_matheos_experiment_44(X))
& fn_add_1(fn_matheos_experiment_44(X)) = fn_fungal_cell_18(fn_matheos_experiment_51(X))
& fn_fungal_cell_18(fn_matheos_experiment_51(X)) = fn_fungal_cell_18(fn_matheos_experiment_51(X))
& fn_fungal_cell_18(fn_matheos_experiment_51(X)) = fn_add_1(fn_matheos_experiment_73(X))
& fn_add_1(fn_matheos_experiment_73(X)) = fn_fungal_cell_18(fn_matheos_experiment_63(X))
& fn_fungal_cell_18(fn_matheos_experiment_63(X)) = fn_fungal_cell_18(fn_matheos_experiment_63(X))
& fn_fungal_cell_18(fn_matheos_experiment_63(X)) = fn_add_1(fn_matheos_experiment_74(X))
& fn_add_1(fn_matheos_experiment_74(X)) = fn_fungal_cell_18(fn_matheos_experiment_60(X))
& fn_fungal_cell_18(fn_matheos_experiment_60(X)) = fn_fungal_cell_18(fn_matheos_experiment_60(X))
& fn_fungal_cell_18(fn_matheos_experiment_60(X)) = fn_fluorescent_staining_4(fn_matheos_experiment_38(X))
& fn_fluorescent_staining_4(fn_matheos_experiment_38(X)) = fn_add_2(fn_matheos_experiment_39(X))
& fn_add_2(fn_matheos_experiment_39(X)) = fn_fluorescent_staining_4(fn_matheos_experiment_38(X))
& fn_fluorescent_staining_4(fn_matheos_experiment_38(X)) = fn_fluorescent_staining_4(fn_matheos_experiment_38(X)) ) ) ).
fof(a530836,axiom,
! [X] :
( mating_1(X)
=> ( original_name_2(X,'Mating')
& user_description_2(X,'The pairing of opposite-sex or hermaphroditic organisms for copulation or sperm transfer.')
& concept2words_2(X,mate)
& concept2words_2(X,mating)
& reproductive_behavior_1(X) ) ) ).
fof(a530837,axiom,
! [X] :
( mating_factor_1(X)
=> ( original_name_2(X,'Mating-Factor')
& user_description_2(X,'Signaling molecule which induces the mating response in yeast cells. There are two yeast mating factors, produced by two mating types, alpha and a. Mating type \'alpha\' produces alpha mating factor, and mating type \'a\' produces a mating factor.')
& concept2words_2(X,'factor of mating')
& concept2words_2(X,'mating factor')
& concept2words_2(X,'mating-factor')
& pheromone_1(X) ) ) ).
fof(a530838,axiom,
! [X] :
( mating_factor_a_1(X)
=> ( original_name_2(X,'Mating-Factor-A')
& user_description_2(X,'Signaling molecule produced by mating type a yeast cells, which communicates the presence of the mating type a cell to nearby mating type alpha cells.')
& concept2words_2(X,'mating factor a')
& concept2words_2(X,'mating-factor-a')
& mating_factor_1(X)
& constant_motion_1(fn_mating_factor_a_3(X))
& atom_1(fn_mating_factor_a_4(X))
& chemical_entity_1(fn_mating_factor_a_4(X))
& carbon_1(fn_mating_factor_a_5(X))
& kinetic_energy_1(fn_mating_factor_a_6(X))
& carbon_skeleton_1(fn_mating_factor_a_7(X))
& quantity_value_1(fn_mating_factor_a_8(X))
& speed_value_1(fn_mating_factor_a_9(X))
& yeast_mating_factor_1(fn_mating_factor_a_10(X))
& chemical_entity_1(fn_messenger_1(fn_mating_factor_a_10(X)))
& plays_2(X,fn_mating_factor_a_10(X))
& possesses_2(X,fn_mating_factor_a_6(X))
& quantity_2(fn_mating_factor_a_6(X),fn_mating_factor_a_8(X))
& directly_proportional_2(fn_mating_factor_a_9(X),fn_mating_factor_a_8(X))
& speed_2(fn_mating_factor_a_3(X),fn_mating_factor_a_9(X))
& object_2(fn_mating_factor_a_3(X),X)
& has_part_2(X,fn_mating_factor_a_4(X))
& fn_mating_factor_a_4(X) != fn_mating_factor_a_5(X)
& is_inside_2(fn_mating_factor_a_5(X),fn_mating_factor_a_7(X))
& has_region_2(X,fn_mating_factor_a_7(X))
& has_part_2(X,fn_mating_factor_a_5(X))
& fn_mating_factor_a_5(X) != fn_mating_factor_a_4(X)
& X = fn_messenger_1(fn_mating_factor_a_10(X))
& fn_mating_factor_a_2(X) = fn_molecule_2(X)
& fn_mating_factor_a_1(X) = fn_molecule_1(X)
& fn_mating_factor_a_3(X) = fn_molecule_8(X)
& fn_mating_factor_a_9(X) = fn_molecule_3(X)
& fn_mating_factor_a_8(X) = fn_molecule_4(X)
& fn_mating_factor_a_6(X) = fn_molecule_12(X)
& fn_mating_factor_a_7(X) = fn_hormone_1(X)
& fn_mating_factor_a_5(X) = fn_hormone_2(X)
& fn_mating_factor_a_4(X) = fn_hormone_3(X) ) ) ).
fof(a530839,axiom,
! [X] :
( mating_factor_alpha_1(X)
=> ( original_name_2(X,'Mating-Factor-Alpha')
& user_description_2(X,'Signaling molecule produced by mating type alpha yeast cells, which communicates the presence of the mating type alpha cell to nearby mating type a cells.')
& concept2words_2(X,'mating factor alpha')
& concept2words_2(X,'mating-factor-alpha')
& mating_factor_1(X)
& constant_motion_1(fn_mating_factor_alpha_3(X))
& atom_1(fn_mating_factor_alpha_4(X))
& chemical_entity_1(fn_mating_factor_alpha_4(X))
& carbon_1(fn_mating_factor_alpha_5(X))
& kinetic_energy_1(fn_mating_factor_alpha_6(X))
& carbon_skeleton_1(fn_mating_factor_alpha_7(X))
& quantity_value_1(fn_mating_factor_alpha_8(X))
& speed_value_1(fn_mating_factor_alpha_9(X))
& yeast_mating_factor_1(fn_mating_factor_alpha_10(X))
& chemical_entity_1(fn_messenger_1(fn_mating_factor_alpha_10(X)))
& plays_2(X,fn_mating_factor_alpha_10(X))
& possesses_2(X,fn_mating_factor_alpha_6(X))
& quantity_2(fn_mating_factor_alpha_6(X),fn_mating_factor_alpha_8(X))
& directly_proportional_2(fn_mating_factor_alpha_9(X),fn_mating_factor_alpha_8(X))
& speed_2(fn_mating_factor_alpha_3(X),fn_mating_factor_alpha_9(X))
& object_2(fn_mating_factor_alpha_3(X),X)
& has_part_2(X,fn_mating_factor_alpha_4(X))
& fn_mating_factor_alpha_4(X) != fn_mating_factor_alpha_5(X)
& is_inside_2(fn_mating_factor_alpha_5(X),fn_mating_factor_alpha_7(X))
& has_region_2(X,fn_mating_factor_alpha_7(X))
& has_part_2(X,fn_mating_factor_alpha_5(X))
& fn_mating_factor_alpha_5(X) != fn_mating_factor_alpha_4(X)
& X = fn_messenger_1(fn_mating_factor_alpha_10(X))
& fn_mating_factor_alpha_2(X) = fn_molecule_2(X)
& fn_mating_factor_alpha_1(X) = fn_molecule_1(X)
& fn_mating_factor_alpha_3(X) = fn_molecule_8(X)
& fn_mating_factor_alpha_9(X) = fn_molecule_3(X)
& fn_mating_factor_alpha_8(X) = fn_molecule_4(X)
& fn_mating_factor_alpha_6(X) = fn_molecule_12(X)
& fn_mating_factor_alpha_7(X) = fn_hormone_1(X)
& fn_mating_factor_alpha_5(X) = fn_hormone_2(X)
& fn_mating_factor_alpha_4(X) = fn_hormone_3(X) ) ) ).
fof(a530840,axiom,
! [X] :
( mating_of_saccharomyces_cerevisiae_1(X)
=> ( original_name_2(X,'Mating-of-Saccharomyces-Cerevisiae')
& user_description_2(X,'Process of genetic exchange between different mating types, alpha and a , of haploid yeast cells, resulting in the formation of diploid yeast cells.')
& concept2words_2(X,'mating of saccharomyces cerevisiae')
& concept2words_2(X,'mating-of-saccharomyces-cerevisiae')
& mating_1(X)
& signal_reception_1(fn_mating_of_saccharomyces_cerevisiae_1(X))
& signal_transduction_with_phosphorylation_cascade_1(fn_mating_of_saccharomyces_cerevisiae_2(X))
& grow_1(fn_mating_of_saccharomyces_cerevisiae_3(X))
& grow_1(fn_mating_of_saccharomyces_cerevisiae_4(X))
& extra_cellular_matrix_1(fn_mating_of_saccharomyces_cerevisiae_5(X))
& extra_cellular_matrix_1(fn_mating_of_saccharomyces_cerevisiae_6(X))
& plasma_membrane_1(fn_mating_of_saccharomyces_cerevisiae_7(X))
& extra_cellular_matrix_1(fn_mating_of_saccharomyces_cerevisiae_8(X))
& intracellular_process_1(fn_mating_of_saccharomyces_cerevisiae_9(X))
& cellular_response_1(fn_mating_of_saccharomyces_cerevisiae_9(X))
& shmoo_formation_1(fn_mating_of_saccharomyces_cerevisiae_9(X))
& intracellular_process_1(fn_mating_of_saccharomyces_cerevisiae_10(X))
& cellular_response_1(fn_mating_of_saccharomyces_cerevisiae_10(X))
& shmoo_formation_1(fn_mating_of_saccharomyces_cerevisiae_10(X))
& yeast_1(fn_mating_of_saccharomyces_cerevisiae_11(X))
& mating_type_alpha_1(fn_mating_of_saccharomyces_cerevisiae_11(X))
& plasma_membrane_1(fn_mating_of_saccharomyces_cerevisiae_12(X))
& extra_cellular_matrix_1(fn_mating_of_saccharomyces_cerevisiae_13(X))
& lobe_1(fn_mating_of_saccharomyces_cerevisiae_14(X))
& cell_signaling_1(fn_mating_of_saccharomyces_cerevisiae_15(X))
& cell_signaling_with_g_protein_coupled_receptor_1(fn_mating_of_saccharomyces_cerevisiae_15(X))
& cell_signaling_with_mating_factor_1(fn_mating_of_saccharomyces_cerevisiae_15(X))
& lobe_1(fn_mating_of_saccharomyces_cerevisiae_16(X))
& shmoo_1(fn_mating_of_saccharomyces_cerevisiae_17(X))
& shmoo_fusion_1(fn_mating_of_saccharomyces_cerevisiae_18(X))
& cell_communication_with_mating_factor_a_1(fn_mating_of_saccharomyces_cerevisiae_19(X))
& cell_communication_with_mating_factor_alpha_1(fn_mating_of_saccharomyces_cerevisiae_20(X))
& shmoo_1(fn_mating_of_saccharomyces_cerevisiae_21(X))
& intracellular_process_1(fn_cell_communication_with_mating_factor_alpha_13(fn_mating_of_saccharomyces_cerevisiae_20(X)))
& cellular_response_1(fn_cell_communication_with_mating_factor_alpha_13(fn_mating_of_saccharomyces_cerevisiae_20(X)))
& shmoo_formation_1(fn_cell_communication_with_mating_factor_alpha_13(fn_mating_of_saccharomyces_cerevisiae_20(X)))
& cell_signaling_1(fn_cell_communication_with_mating_factor_alpha_15(fn_mating_of_saccharomyces_cerevisiae_20(X)))
& cell_signaling_with_g_protein_coupled_receptor_1(fn_cell_communication_with_mating_factor_alpha_15(fn_mating_of_saccharomyces_cerevisiae_20(X)))
& cell_signaling_with_mating_factor_1(fn_cell_communication_with_mating_factor_alpha_15(fn_mating_of_saccharomyces_cerevisiae_20(X)))
& intracellular_process_1(fn_cell_communication_with_mating_factor_a_6(fn_mating_of_saccharomyces_cerevisiae_19(X)))
& cellular_response_1(fn_cell_communication_with_mating_factor_a_6(fn_mating_of_saccharomyces_cerevisiae_19(X)))
& shmoo_formation_1(fn_cell_communication_with_mating_factor_a_6(fn_mating_of_saccharomyces_cerevisiae_19(X)))
& lobe_1(fn_shmoo_3(fn_mating_of_saccharomyces_cerevisiae_21(X)))
& extra_cellular_matrix_1(fn_shmoo_4(fn_mating_of_saccharomyces_cerevisiae_21(X)))
& plasma_membrane_1(fn_shmoo_2(fn_mating_of_saccharomyces_cerevisiae_21(X)))
& lobe_1(fn_shmoo_3(fn_mating_of_saccharomyces_cerevisiae_17(X)))
& extra_cellular_matrix_1(fn_shmoo_4(fn_mating_of_saccharomyces_cerevisiae_17(X)))
& plasma_membrane_1(fn_shmoo_2(fn_mating_of_saccharomyces_cerevisiae_17(X)))
& yeast_1(fn_shmoo_formation_2(fn_mating_of_saccharomyces_cerevisiae_10(X)))
& mating_type_alpha_1(fn_cell_communication_with_mating_factor_alpha_16(fn_mating_of_saccharomyces_cerevisiae_20(X)))
& mating_type_alpha_1(fn_cell_communication_with_mating_factor_a_4(fn_mating_of_saccharomyces_cerevisiae_19(X)))
& shmoo_1(fn_shmoo_fusion_2(fn_mating_of_saccharomyces_cerevisiae_18(X)))
& shmoo_1(fn_shmoo_formation_4(fn_mating_of_saccharomyces_cerevisiae_10(X)))
& shmoo_1(fn_shmoo_fusion_1(fn_mating_of_saccharomyces_cerevisiae_18(X)))
& shmoo_1(fn_shmoo_formation_4(fn_mating_of_saccharomyces_cerevisiae_9(X)))
& is_outside_2(fn_mating_of_saccharomyces_cerevisiae_6(X),fn_mating_of_saccharomyces_cerevisiae_7(X))
& is_outside_2(fn_mating_of_saccharomyces_cerevisiae_6(X),fn_mating_of_saccharomyces_cerevisiae_17(X))
& is_outside_2(fn_mating_of_saccharomyces_cerevisiae_5(X),fn_mating_of_saccharomyces_cerevisiae_12(X))
& is_outside_2(fn_mating_of_saccharomyces_cerevisiae_5(X),fn_mating_of_saccharomyces_cerevisiae_21(X))
& is_facing_2(fn_mating_of_saccharomyces_cerevisiae_14(X),fn_mating_of_saccharomyces_cerevisiae_16(X))
& object_2(fn_mating_of_saccharomyces_cerevisiae_4(X),fn_mating_of_saccharomyces_cerevisiae_14(X))
& toward_2(fn_mating_of_saccharomyces_cerevisiae_4(X),fn_mating_of_saccharomyces_cerevisiae_16(X))
& toward_2(fn_mating_of_saccharomyces_cerevisiae_3(X),fn_mating_of_saccharomyces_cerevisiae_14(X))
& object_2(fn_mating_of_saccharomyces_cerevisiae_3(X),fn_mating_of_saccharomyces_cerevisiae_16(X))
& next_event_2(fn_mating_of_saccharomyces_cerevisiae_2(X),fn_mating_of_saccharomyces_cerevisiae_10(X))
& agent_2(fn_mating_of_saccharomyces_cerevisiae_2(X),fn_mating_of_saccharomyces_cerevisiae_11(X))
& recipient_2(fn_mating_of_saccharomyces_cerevisiae_1(X),fn_mating_of_saccharomyces_cerevisiae_11(X))
& next_event_2(fn_mating_of_saccharomyces_cerevisiae_1(X),fn_mating_of_saccharomyces_cerevisiae_2(X))
& subevent_2(X,fn_mating_of_saccharomyces_cerevisiae_19(X))
& subevent_2(X,fn_mating_of_saccharomyces_cerevisiae_20(X))
& subevent_2(X,fn_mating_of_saccharomyces_cerevisiae_18(X))
& object_2(fn_mating_of_saccharomyces_cerevisiae_18(X),fn_mating_of_saccharomyces_cerevisiae_21(X))
& base_2(fn_mating_of_saccharomyces_cerevisiae_18(X),fn_mating_of_saccharomyces_cerevisiae_17(X))
& result_2(fn_mating_of_saccharomyces_cerevisiae_9(X),fn_mating_of_saccharomyces_cerevisiae_17(X))
& result_2(fn_mating_of_saccharomyces_cerevisiae_10(X),fn_mating_of_saccharomyces_cerevisiae_21(X))
& has_state_2(fn_mating_of_saccharomyces_cerevisiae_11(X),fn_mating_of_saccharomyces_cerevisiae_21(X))
& agent_2(fn_mating_of_saccharomyces_cerevisiae_20(X),fn_mating_of_saccharomyces_cerevisiae_11(X))
& subevent_2(fn_mating_of_saccharomyces_cerevisiae_20(X),fn_mating_of_saccharomyces_cerevisiae_15(X))
& subevent_2(fn_mating_of_saccharomyces_cerevisiae_15(X),fn_mating_of_saccharomyces_cerevisiae_9(X))
& object_2(fn_mating_of_saccharomyces_cerevisiae_19(X),fn_mating_of_saccharomyces_cerevisiae_11(X))
& agent_2(fn_mating_of_saccharomyces_cerevisiae_10(X),fn_mating_of_saccharomyces_cerevisiae_11(X))
& has_part_2(fn_mating_of_saccharomyces_cerevisiae_21(X),fn_mating_of_saccharomyces_cerevisiae_12(X))
& is_outside_2(fn_mating_of_saccharomyces_cerevisiae_13(X),fn_mating_of_saccharomyces_cerevisiae_12(X))
& is_outside_2(fn_mating_of_saccharomyces_cerevisiae_13(X),fn_mating_of_saccharomyces_cerevisiae_21(X))
& has_part_2(fn_mating_of_saccharomyces_cerevisiae_21(X),fn_mating_of_saccharomyces_cerevisiae_16(X))
& has_part_2(fn_mating_of_saccharomyces_cerevisiae_17(X),fn_mating_of_saccharomyces_cerevisiae_7(X))
& is_outside_2(fn_mating_of_saccharomyces_cerevisiae_8(X),fn_mating_of_saccharomyces_cerevisiae_7(X))
& is_outside_2(fn_mating_of_saccharomyces_cerevisiae_8(X),fn_mating_of_saccharomyces_cerevisiae_17(X))
& has_part_2(fn_mating_of_saccharomyces_cerevisiae_17(X),fn_mating_of_saccharomyces_cerevisiae_14(X))
& fn_mating_of_saccharomyces_cerevisiae_21(X) = fn_shmoo_fusion_2(fn_mating_of_saccharomyces_cerevisiae_18(X))
& fn_mating_of_saccharomyces_cerevisiae_17(X) = fn_shmoo_fusion_1(fn_mating_of_saccharomyces_cerevisiae_18(X))
& fn_mating_of_saccharomyces_cerevisiae_17(X) = fn_shmoo_formation_4(fn_mating_of_saccharomyces_cerevisiae_9(X))
& fn_mating_of_saccharomyces_cerevisiae_11(X) = fn_shmoo_formation_2(fn_mating_of_saccharomyces_cerevisiae_10(X))
& fn_mating_of_saccharomyces_cerevisiae_21(X) = fn_shmoo_formation_4(fn_mating_of_saccharomyces_cerevisiae_10(X))
& fn_mating_of_saccharomyces_cerevisiae_11(X) = fn_cell_communication_with_mating_factor_alpha_16(fn_mating_of_saccharomyces_cerevisiae_20(X))
& fn_mating_of_saccharomyces_cerevisiae_9(X) = fn_cell_communication_with_mating_factor_alpha_13(fn_mating_of_saccharomyces_cerevisiae_20(X))
& fn_mating_of_saccharomyces_cerevisiae_15(X) = fn_cell_communication_with_mating_factor_alpha_15(fn_mating_of_saccharomyces_cerevisiae_20(X))
& fn_mating_of_saccharomyces_cerevisiae_10(X) = fn_cell_communication_with_mating_factor_a_6(fn_mating_of_saccharomyces_cerevisiae_19(X))
& fn_mating_of_saccharomyces_cerevisiae_11(X) = fn_cell_communication_with_mating_factor_a_4(fn_mating_of_saccharomyces_cerevisiae_19(X))
& fn_mating_of_saccharomyces_cerevisiae_16(X) = fn_shmoo_3(fn_mating_of_saccharomyces_cerevisiae_21(X))
& fn_mating_of_saccharomyces_cerevisiae_13(X) = fn_shmoo_4(fn_mating_of_saccharomyces_cerevisiae_21(X))
& fn_mating_of_saccharomyces_cerevisiae_12(X) = fn_shmoo_2(fn_mating_of_saccharomyces_cerevisiae_21(X))
& fn_mating_of_saccharomyces_cerevisiae_14(X) = fn_shmoo_3(fn_mating_of_saccharomyces_cerevisiae_17(X))
& fn_mating_of_saccharomyces_cerevisiae_8(X) = fn_shmoo_4(fn_mating_of_saccharomyces_cerevisiae_17(X))
& fn_mating_of_saccharomyces_cerevisiae_7(X) = fn_shmoo_2(fn_mating_of_saccharomyces_cerevisiae_17(X))
& fn_shmoo_formation_2(fn_mating_of_saccharomyces_cerevisiae_10(X)) = fn_cell_communication_with_mating_factor_alpha_16(fn_mating_of_saccharomyces_cerevisiae_20(X))
& fn_cell_communication_with_mating_factor_alpha_16(fn_mating_of_saccharomyces_cerevisiae_20(X)) = fn_cell_communication_with_mating_factor_alpha_16(fn_mating_of_saccharomyces_cerevisiae_20(X))
& fn_cell_communication_with_mating_factor_alpha_16(fn_mating_of_saccharomyces_cerevisiae_20(X)) = fn_cell_communication_with_mating_factor_a_4(fn_mating_of_saccharomyces_cerevisiae_19(X))
& fn_cell_communication_with_mating_factor_a_4(fn_mating_of_saccharomyces_cerevisiae_19(X)) = fn_cell_communication_with_mating_factor_a_4(fn_mating_of_saccharomyces_cerevisiae_19(X))
& fn_cell_communication_with_mating_factor_a_4(fn_mating_of_saccharomyces_cerevisiae_19(X)) = fn_shmoo_fusion_2(fn_mating_of_saccharomyces_cerevisiae_18(X))
& fn_shmoo_fusion_2(fn_mating_of_saccharomyces_cerevisiae_18(X)) = fn_shmoo_formation_4(fn_mating_of_saccharomyces_cerevisiae_10(X))
& fn_shmoo_formation_4(fn_mating_of_saccharomyces_cerevisiae_10(X)) = fn_shmoo_formation_4(fn_mating_of_saccharomyces_cerevisiae_10(X))
& fn_shmoo_formation_4(fn_mating_of_saccharomyces_cerevisiae_10(X)) = fn_shmoo_fusion_1(fn_mating_of_saccharomyces_cerevisiae_18(X))
& fn_shmoo_fusion_1(fn_mating_of_saccharomyces_cerevisiae_18(X)) = fn_shmoo_formation_4(fn_mating_of_saccharomyces_cerevisiae_9(X)) ) ) ).
fof(a530841,axiom,
! [X] :
( mating_type_a_1(X)
=> ( original_name_2(X,'Mating-Type-A')
& user_description_2(X,'Strain of haploid yeast which deomstrates simple, genetically based sexual differentiation that distinguishes them from the other mating type, mating type alpha. Mating type a can only mate with mating type alpha.')
& concept2words_2(X,'mating type a')
& concept2words_2(X,'mating-type-a')
& saccharomyces_cerevisiae_1(X)
& extra_cellular_matrix_1(fn_mating_type_a_1(X))
& protein_enzyme_1(fn_mating_type_a_2(X))
& er_membrane_1(fn_mating_type_a_3(X))
& ribosome_1(fn_mating_type_a_4(X))
& eukaryotic_ribosome_1(fn_mating_type_a_4(X))
& tangible_entity_1(fn_mating_type_a_5(X))
& nucleus_1(fn_mating_type_a_5(X))
& golgi_apparatus_1(fn_mating_type_a_6(X))
& substance_1(fn_mating_type_a_7(X))
& cytosol_1(fn_mating_type_a_7(X))
& nuclear_membrane_1(fn_mating_type_a_8(X))
& biomembrane_1(fn_mating_type_a_8(X))
& attach_1(fn_mating_type_a_9(X))
& mixture_1(fn_mating_type_a_10(X))
& cytoplasm_1(fn_mating_type_a_10(X))
& facilitated_diffusion_of_polar_molecule_1(fn_mating_type_a_11(X))
& cytoplasmic_side_1(fn_mating_type_a_12(X))
& outside_face_1(fn_mating_type_a_13(X))
& extracellular_side_1(fn_mating_type_a_13(X))
& spatial_entity_1(fn_mating_type_a_14(X))
& membrane_protein_1(fn_mating_type_a_14(X))
& tangible_entity_1(fn_mating_type_a_14(X))
& transmembrane_protein_1(fn_mating_type_a_14(X))
& integral_protein_1(fn_mating_type_a_14(X))
& transport_protein_1(fn_mating_type_a_14(X))
& gradient_1(fn_mating_type_a_15(X))
& concentration_gradient_1(fn_mating_type_a_15(X))
& entity_1(fn_mating_type_a_15(X))
& membrane_potential_1(fn_mating_type_a_15(X))
& membrane_protein_1(fn_mating_type_a_16(X))
& carrier_protein_1(fn_mating_type_a_16(X))
& protein_pump_1(fn_mating_type_a_16(X))
& transport_protein_1(fn_mating_type_a_16(X))
& electrogenic_pump_1(fn_mating_type_a_16(X))
& proton_pump_1(fn_mating_type_a_16(X))
& tangible_entity_1(fn_mating_type_a_17(X))
& phospholipid_bilayer_1(fn_mating_type_a_17(X))
& tangible_entity_1(fn_mating_type_a_18(X))
& membrane_protein_1(fn_mating_type_a_18(X))
& protein_1(fn_mating_type_a_18(X))
& spatial_entity_1(fn_mating_type_a_18(X))
& polymer_1(fn_mating_type_a_18(X))
& hydrophobic_core_1(fn_mating_type_a_19(X))
& attach_1(fn_mating_type_a_20(X))
& membrane_1(fn_mating_type_a_21(X))
& spatial_entity_1(fn_mating_type_a_21(X))
& biomembrane_1(fn_mating_type_a_21(X))
& plasma_membrane_1(fn_mating_type_a_21(X))
& membrane_protein_1(fn_plasma_membrane_4(fn_mating_type_a_21(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_mating_type_a_5(X)))
& biomembrane_1(fn_nucleus_13(fn_mating_type_a_5(X)))
& attach_1(fn_facilitated_diffusion_52(fn_mating_type_a_11(X)))
& attach_1(fn_facilitated_diffusion_51(fn_mating_type_a_11(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_mating_type_a_21(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_mating_type_a_21(X)))
& gradient_1(fn_passive_transport_of_solute_3(fn_mating_type_a_11(X)))
& concentration_gradient_1(fn_passive_transport_of_solute_3(fn_mating_type_a_11(X)))
& entity_1(fn_electrogenic_pump_29(fn_mating_type_a_16(X)))
& membrane_potential_1(fn_electrogenic_pump_29(fn_mating_type_a_16(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_mating_type_a_12(X)))
& tangible_entity_1(fn_electrogenic_pump_19(fn_mating_type_a_16(X)))
& phospholipid_bilayer_1(fn_electrogenic_pump_19(fn_mating_type_a_16(X)))
& tangible_entity_1(fn_transport_protein_12(fn_mating_type_a_16(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_mating_type_a_16(X)))
& tangible_entity_1(fn_biomembrane_63(fn_mating_type_a_21(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_mating_type_a_21(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_mating_type_a_21(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_mating_type_a_21(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_mating_type_a_21(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_mating_type_a_21(X)))
& protein_1(fn_plasma_membrane_68(fn_mating_type_a_21(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_mating_type_a_21(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_mating_type_a_21(X)))
& protein_1(fn_plasma_membrane_54(fn_mating_type_a_21(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_mating_type_a_21(X)))
& polymer_1(fn_plasma_membrane_54(fn_mating_type_a_21(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_mating_type_a_21(X)))
& spatial_entity_1(fn_facilitated_diffusion_50(fn_mating_type_a_11(X)))
& membrane_protein_1(fn_facilitated_diffusion_50(fn_mating_type_a_11(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_mating_type_a_21(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_mating_type_a_21(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_mating_type_a_21(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_mating_type_a_21(X)))
& outside_face_1(fn_biomembrane_41(fn_mating_type_a_21(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_mating_type_a_21(X)))
& membrane_1(fn_carrier_protein_18(fn_mating_type_a_16(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_mating_type_a_16(X)))
& biomembrane_1(fn_carrier_protein_18(fn_mating_type_a_16(X)))
& spatial_entity_1(fn_protein_pump_3(fn_mating_type_a_16(X)))
& biomembrane_1(fn_protein_pump_3(fn_mating_type_a_16(X)))
& spatial_entity_1(fn_transport_protein_35(fn_mating_type_a_16(X)))
& biomembrane_1(fn_transport_protein_35(fn_mating_type_a_16(X)))
& membrane_1(fn_electrogenic_pump_30(fn_mating_type_a_16(X)))
& spatial_entity_1(fn_electrogenic_pump_30(fn_mating_type_a_16(X)))
& biomembrane_1(fn_electrogenic_pump_30(fn_mating_type_a_16(X)))
& membrane_1(fn_proton_pump_76(fn_mating_type_a_16(X)))
& spatial_entity_1(fn_proton_pump_76(fn_mating_type_a_16(X)))
& biomembrane_1(fn_proton_pump_76(fn_mating_type_a_16(X)))
& spatial_entity_1(fn_facilitated_diffusion_49(fn_mating_type_a_11(X)))
& biomembrane_1(fn_facilitated_diffusion_49(fn_mating_type_a_11(X)))
& abuts_2(fn_mating_type_a_8(X),fn_mating_type_a_3(X))
& abuts_2(fn_mating_type_a_3(X),fn_mating_type_a_8(X))
& is_inside_2(fn_mating_type_a_2(X),fn_mating_type_a_3(X))
& has_part_2(fn_mating_type_a_10(X),fn_mating_type_a_2(X))
& is_oriented_toward_2(fn_mating_type_a_12(X),fn_mating_type_a_10(X))
& fn_mating_type_a_14(X) != fn_mating_type_a_16(X)
& called_2(fn_mating_type_a_14(X),'MP2')
& fn_mating_type_a_16(X) != fn_mating_type_a_14(X)
& fn_mating_type_a_16(X) != fn_mating_type_a_18(X)
& is_across_2(fn_mating_type_a_16(X),fn_mating_type_a_19(X))
& called_2(fn_mating_type_a_16(X),'MP1')
& fn_mating_type_a_18(X) != fn_mating_type_a_16(X)
& is_outside_2(fn_mating_type_a_1(X),X)
& is_outside_2(fn_mating_type_a_1(X),fn_mating_type_a_21(X))
& is_at_2(fn_mating_type_a_16(X),fn_mating_type_a_21(X))
& agent_2(fn_mating_type_a_11(X),fn_mating_type_a_15(X))
& is_facing_2(fn_mating_type_a_12(X),fn_mating_type_a_10(X))
& has_part_2(fn_mating_type_a_5(X),fn_mating_type_a_8(X))
& is_across_2(fn_mating_type_a_15(X),fn_mating_type_a_21(X))
& is_across_2(fn_mating_type_a_16(X),fn_mating_type_a_21(X))
& has_part_2(fn_mating_type_a_21(X),fn_mating_type_a_16(X))
& called_2(fn_mating_type_a_18(X),'MP1')
& path_2(fn_mating_type_a_11(X),fn_mating_type_a_21(X))
& base_2(fn_mating_type_a_9(X),fn_mating_type_a_21(X))
& object_2(fn_mating_type_a_9(X),fn_mating_type_a_14(X))
& object_2(fn_mating_type_a_20(X),fn_mating_type_a_14(X))
& base_2(fn_mating_type_a_20(X),fn_mating_type_a_21(X))
& is_inside_2(fn_mating_type_a_6(X),fn_mating_type_a_7(X))
& is_inside_2(fn_mating_type_a_10(X),fn_mating_type_a_21(X))
& has_part_2(fn_mating_type_a_10(X),fn_mating_type_a_7(X))
& is_inside_2(fn_mating_type_a_4(X),fn_mating_type_a_7(X))
& has_part_2(X,fn_mating_type_a_4(X))
& has_part_2(X,fn_mating_type_a_6(X))
& has_part_2(X,fn_mating_type_a_21(X))
& is_between_2(fn_mating_type_a_10(X),fn_mating_type_a_21(X))
& is_between_2(fn_mating_type_a_10(X),fn_mating_type_a_5(X))
& has_part_2(X,fn_mating_type_a_5(X))
& has_part_2(X,fn_mating_type_a_10(X))
& called_2(fn_mating_type_a_18(X),'MP2')
& is_inside_2(fn_mating_type_a_14(X),fn_mating_type_a_17(X))
& has_part_2(fn_mating_type_a_21(X),fn_mating_type_a_17(X))
& has_region_2(fn_mating_type_a_21(X),fn_mating_type_a_12(X))
& has_part_2(fn_mating_type_a_21(X),fn_mating_type_a_18(X))
& fn_mating_type_a_18(X) != fn_mating_type_a_14(X)
& is_across_2(fn_mating_type_a_14(X),fn_mating_type_a_21(X))
& has_part_2(fn_mating_type_a_21(X),fn_mating_type_a_14(X))
& is_at_2(fn_mating_type_a_14(X),fn_mating_type_a_21(X))
& fn_mating_type_a_14(X) != fn_mating_type_a_18(X)
& has_region_2(fn_mating_type_a_21(X),fn_mating_type_a_13(X))
& is_outside_2(fn_mating_type_a_13(X),fn_mating_type_a_21(X))
& has_region_2(fn_mating_type_a_21(X),fn_mating_type_a_19(X))
& is_across_2(fn_mating_type_a_14(X),fn_mating_type_a_19(X))
& has_region_2(fn_mating_type_a_14(X),fn_mating_type_a_13(X))
& fn_mating_type_a_16(X) = fn_plasma_membrane_4(fn_mating_type_a_21(X))
& fn_mating_type_a_15(X) = fn_passive_transport_of_solute_3(fn_mating_type_a_11(X))
& fn_mating_type_a_10(X) = fn_cytoplasmic_side_1(fn_mating_type_a_12(X))
& fn_mating_type_a_8(X) = fn_nucleus_13(fn_mating_type_a_5(X))
& fn_mating_type_a_15(X) = fn_electrogenic_pump_29(fn_mating_type_a_16(X))
& fn_mating_type_a_21(X) = fn_carrier_protein_18(fn_mating_type_a_16(X))
& fn_mating_type_a_21(X) = fn_protein_pump_3(fn_mating_type_a_16(X))
& fn_mating_type_a_21(X) = fn_proton_pump_76(fn_mating_type_a_16(X))
& fn_mating_type_a_20(X) = fn_facilitated_diffusion_52(fn_mating_type_a_11(X))
& fn_mating_type_a_14(X) = fn_facilitated_diffusion_50(fn_mating_type_a_11(X))
& fn_mating_type_a_9(X) = fn_facilitated_diffusion_51(fn_mating_type_a_11(X))
& fn_mating_type_a_21(X) = fn_facilitated_diffusion_49(fn_mating_type_a_11(X))
& fn_mating_type_a_6(X) = fn_fungal_cell_7(X)
& fn_mating_type_a_6(X) = fn_yeast_19(X)
& fn_mating_type_a_4(X) = fn_fungal_cell_6(X)
& fn_mating_type_a_7(X) = fn_fungal_cell_8(X)
& fn_mating_type_a_4(X) = fn_yeast_3(X)
& fn_mating_type_a_7(X) = fn_yeast_6(X)
& fn_mating_type_a_5(X) = fn_yeast_4(X)
& fn_mating_type_a_10(X) = fn_yeast_2(X)
& fn_mating_type_a_21(X) = fn_yeast_21(X)
& fn_mating_type_a_12(X) = fn_plasma_membrane_66(fn_mating_type_a_21(X))
& fn_mating_type_a_21(X) = fn_electrogenic_pump_30(fn_mating_type_a_16(X))
& fn_mating_type_a_17(X) = fn_electrogenic_pump_19(fn_mating_type_a_16(X))
& fn_mating_type_a_21(X) = fn_transport_protein_35(fn_mating_type_a_16(X))
& fn_mating_type_a_17(X) = fn_biomembrane_63(fn_mating_type_a_21(X))
& fn_mating_type_a_17(X) = fn_transport_protein_12(fn_mating_type_a_16(X))
& fn_mating_type_a_17(X) = fn_plasma_membrane_71(fn_mating_type_a_21(X))
& fn_mating_type_a_14(X) = fn_plasma_membrane_3(fn_mating_type_a_21(X))
& fn_mating_type_a_18(X) = fn_plasma_membrane_68(fn_mating_type_a_21(X))
& fn_mating_type_a_18(X) = fn_plasma_membrane_54(fn_mating_type_a_21(X))
& fn_mating_type_a_14(X) = fn_plasma_membrane_55(fn_mating_type_a_21(X))
& fn_mating_type_a_19(X) = fn_plasma_membrane_6(fn_mating_type_a_21(X))
& fn_mating_type_a_13(X) = fn_biomembrane_41(fn_mating_type_a_21(X))
& fn_mating_type_a_13(X) = fn_plasma_membrane_65(fn_mating_type_a_21(X))
& fn_passive_transport_of_solute_3(fn_mating_type_a_11(X)) = fn_electrogenic_pump_29(fn_mating_type_a_16(X))
& fn_electrogenic_pump_29(fn_mating_type_a_16(X)) = fn_fungal_cell_7(X)
& fn_yeast_19(X) = fn_fungal_cell_7(X)
& fn_fungal_cell_7(X) = fn_yeast_19(X)
& fn_yeast_19(X) = fn_fungal_cell_6(X)
& fn_yeast_3(X) = fn_fungal_cell_6(X)
& fn_fungal_cell_6(X) = fn_yeast_3(X)
& fn_yeast_3(X) = fn_fungal_cell_8(X)
& fn_yeast_6(X) = fn_fungal_cell_8(X)
& fn_fungal_cell_8(X) = fn_yeast_6(X)
& fn_yeast_6(X) = fn_yeast_6(X)
& fn_yeast_6(X) = fn_cytoplasmic_side_1(fn_mating_type_a_12(X))
& fn_cytoplasmic_side_1(fn_mating_type_a_12(X)) = fn_yeast_2(X)
& fn_yeast_2(X) = fn_yeast_2(X)
& fn_yeast_2(X) = fn_electrogenic_pump_19(fn_mating_type_a_16(X))
& fn_electrogenic_pump_19(fn_mating_type_a_16(X)) = fn_transport_protein_12(fn_mating_type_a_16(X))
& fn_transport_protein_12(fn_mating_type_a_16(X)) = fn_transport_protein_12(fn_mating_type_a_16(X))
& fn_biomembrane_63(fn_mating_type_a_21(X)) = fn_transport_protein_12(fn_mating_type_a_16(X))
& fn_transport_protein_12(fn_mating_type_a_16(X)) = fn_biomembrane_63(fn_mating_type_a_21(X))
& fn_biomembrane_63(fn_mating_type_a_21(X)) = fn_plasma_membrane_71(fn_mating_type_a_21(X))
& fn_plasma_membrane_71(fn_mating_type_a_21(X)) = fn_plasma_membrane_71(fn_mating_type_a_21(X))
& fn_plasma_membrane_71(fn_mating_type_a_21(X)) = fn_plasma_membrane_68(fn_mating_type_a_21(X))
& fn_plasma_membrane_54(fn_mating_type_a_21(X)) = fn_plasma_membrane_54(fn_mating_type_a_21(X))
& fn_plasma_membrane_54(fn_mating_type_a_21(X)) = fn_plasma_membrane_68(fn_mating_type_a_21(X))
& fn_plasma_membrane_68(fn_mating_type_a_21(X)) = fn_plasma_membrane_54(fn_mating_type_a_21(X))
& fn_plasma_membrane_54(fn_mating_type_a_21(X)) = fn_facilitated_diffusion_50(fn_mating_type_a_11(X))
& fn_facilitated_diffusion_50(fn_mating_type_a_11(X)) = fn_plasma_membrane_3(fn_mating_type_a_21(X))
& fn_plasma_membrane_3(fn_mating_type_a_21(X)) = fn_facilitated_diffusion_50(fn_mating_type_a_11(X))
& fn_facilitated_diffusion_50(fn_mating_type_a_11(X)) = fn_facilitated_diffusion_50(fn_mating_type_a_11(X))
& fn_facilitated_diffusion_50(fn_mating_type_a_11(X)) = fn_plasma_membrane_55(fn_mating_type_a_21(X))
& fn_plasma_membrane_55(fn_mating_type_a_21(X)) = fn_plasma_membrane_55(fn_mating_type_a_21(X))
& fn_plasma_membrane_55(fn_mating_type_a_21(X)) = fn_plasma_membrane_65(fn_mating_type_a_21(X))
& fn_plasma_membrane_65(fn_mating_type_a_21(X)) = fn_plasma_membrane_65(fn_mating_type_a_21(X))
& fn_plasma_membrane_65(fn_mating_type_a_21(X)) = fn_biomembrane_41(fn_mating_type_a_21(X))
& fn_biomembrane_41(fn_mating_type_a_21(X)) = fn_plasma_membrane_65(fn_mating_type_a_21(X))
& fn_plasma_membrane_65(fn_mating_type_a_21(X)) = fn_carrier_protein_18(fn_mating_type_a_16(X))
& fn_carrier_protein_18(fn_mating_type_a_16(X)) = fn_protein_pump_3(fn_mating_type_a_16(X))
& fn_protein_pump_3(fn_mating_type_a_16(X)) = fn_protein_pump_3(fn_mating_type_a_16(X))
& fn_protein_pump_3(fn_mating_type_a_16(X)) = fn_transport_protein_35(fn_mating_type_a_16(X))
& fn_transport_protein_35(fn_mating_type_a_16(X)) = fn_transport_protein_35(fn_mating_type_a_16(X))
& fn_electrogenic_pump_30(fn_mating_type_a_16(X)) = fn_transport_protein_35(fn_mating_type_a_16(X))
& fn_transport_protein_35(fn_mating_type_a_16(X)) = fn_electrogenic_pump_30(fn_mating_type_a_16(X))
& fn_electrogenic_pump_30(fn_mating_type_a_16(X)) = fn_electrogenic_pump_30(fn_mating_type_a_16(X))
& fn_proton_pump_76(fn_mating_type_a_16(X)) = fn_electrogenic_pump_30(fn_mating_type_a_16(X))
& fn_electrogenic_pump_30(fn_mating_type_a_16(X)) = fn_proton_pump_76(fn_mating_type_a_16(X))
& fn_proton_pump_76(fn_mating_type_a_16(X)) = fn_proton_pump_76(fn_mating_type_a_16(X))
& fn_proton_pump_76(fn_mating_type_a_16(X)) = fn_facilitated_diffusion_49(fn_mating_type_a_11(X))
& fn_facilitated_diffusion_49(fn_mating_type_a_11(X)) = fn_facilitated_diffusion_49(fn_mating_type_a_11(X))
& fn_facilitated_diffusion_49(fn_mating_type_a_11(X)) = fn_yeast_21(X)
& fn_yeast_21(X) = fn_yeast_21(X) ) ) ).
fof(a530842,axiom,
! [X] :
( mating_type_alpha_1(X)
=> ( original_name_2(X,'Mating-Type-Alpha')
& user_description_2(X,'Strain of haploid yeast which deomstrates simple, genetically based sexual differentiation that distinguishes them from the other mating type, mating type a. Mating type alpha can only mate with mating type a.')
& concept2words_2(X,'mating type alpha')
& concept2words_2(X,'mating-type-alpha')
& saccharomyces_cerevisiae_1(X)
& extra_cellular_matrix_1(fn_mating_type_alpha_1(X))
& protein_enzyme_1(fn_mating_type_alpha_2(X))
& er_membrane_1(fn_mating_type_alpha_3(X))
& ribosome_1(fn_mating_type_alpha_4(X))
& eukaryotic_ribosome_1(fn_mating_type_alpha_4(X))
& tangible_entity_1(fn_mating_type_alpha_5(X))
& nucleus_1(fn_mating_type_alpha_5(X))
& golgi_apparatus_1(fn_mating_type_alpha_6(X))
& substance_1(fn_mating_type_alpha_7(X))
& cytosol_1(fn_mating_type_alpha_7(X))
& nuclear_membrane_1(fn_mating_type_alpha_8(X))
& biomembrane_1(fn_mating_type_alpha_8(X))
& attach_1(fn_mating_type_alpha_9(X))
& mixture_1(fn_mating_type_alpha_10(X))
& cytoplasm_1(fn_mating_type_alpha_10(X))
& facilitated_diffusion_of_polar_molecule_1(fn_mating_type_alpha_11(X))
& cytoplasmic_side_1(fn_mating_type_alpha_12(X))
& outside_face_1(fn_mating_type_alpha_13(X))
& extracellular_side_1(fn_mating_type_alpha_13(X))
& spatial_entity_1(fn_mating_type_alpha_14(X))
& membrane_protein_1(fn_mating_type_alpha_14(X))
& tangible_entity_1(fn_mating_type_alpha_14(X))
& transmembrane_protein_1(fn_mating_type_alpha_14(X))
& integral_protein_1(fn_mating_type_alpha_14(X))
& transport_protein_1(fn_mating_type_alpha_14(X))
& gradient_1(fn_mating_type_alpha_15(X))
& concentration_gradient_1(fn_mating_type_alpha_15(X))
& entity_1(fn_mating_type_alpha_15(X))
& membrane_potential_1(fn_mating_type_alpha_15(X))
& membrane_protein_1(fn_mating_type_alpha_16(X))
& carrier_protein_1(fn_mating_type_alpha_16(X))
& protein_pump_1(fn_mating_type_alpha_16(X))
& transport_protein_1(fn_mating_type_alpha_16(X))
& electrogenic_pump_1(fn_mating_type_alpha_16(X))
& proton_pump_1(fn_mating_type_alpha_16(X))
& tangible_entity_1(fn_mating_type_alpha_17(X))
& phospholipid_bilayer_1(fn_mating_type_alpha_17(X))
& tangible_entity_1(fn_mating_type_alpha_18(X))
& membrane_protein_1(fn_mating_type_alpha_18(X))
& protein_1(fn_mating_type_alpha_18(X))
& spatial_entity_1(fn_mating_type_alpha_18(X))
& polymer_1(fn_mating_type_alpha_18(X))
& hydrophobic_core_1(fn_mating_type_alpha_19(X))
& attach_1(fn_mating_type_alpha_20(X))
& membrane_1(fn_mating_type_alpha_21(X))
& spatial_entity_1(fn_mating_type_alpha_21(X))
& biomembrane_1(fn_mating_type_alpha_21(X))
& plasma_membrane_1(fn_mating_type_alpha_21(X))
& membrane_protein_1(fn_plasma_membrane_4(fn_mating_type_alpha_21(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_mating_type_alpha_5(X)))
& biomembrane_1(fn_nucleus_13(fn_mating_type_alpha_5(X)))
& attach_1(fn_facilitated_diffusion_52(fn_mating_type_alpha_11(X)))
& attach_1(fn_facilitated_diffusion_51(fn_mating_type_alpha_11(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_mating_type_alpha_21(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_mating_type_alpha_21(X)))
& gradient_1(fn_passive_transport_of_solute_3(fn_mating_type_alpha_11(X)))
& concentration_gradient_1(fn_passive_transport_of_solute_3(fn_mating_type_alpha_11(X)))
& entity_1(fn_electrogenic_pump_29(fn_mating_type_alpha_16(X)))
& membrane_potential_1(fn_electrogenic_pump_29(fn_mating_type_alpha_16(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_mating_type_alpha_12(X)))
& tangible_entity_1(fn_electrogenic_pump_19(fn_mating_type_alpha_16(X)))
& phospholipid_bilayer_1(fn_electrogenic_pump_19(fn_mating_type_alpha_16(X)))
& tangible_entity_1(fn_transport_protein_12(fn_mating_type_alpha_16(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_mating_type_alpha_16(X)))
& tangible_entity_1(fn_biomembrane_63(fn_mating_type_alpha_21(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_mating_type_alpha_21(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_mating_type_alpha_21(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_mating_type_alpha_21(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_mating_type_alpha_21(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_mating_type_alpha_21(X)))
& protein_1(fn_plasma_membrane_68(fn_mating_type_alpha_21(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_mating_type_alpha_21(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_mating_type_alpha_21(X)))
& protein_1(fn_plasma_membrane_54(fn_mating_type_alpha_21(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_mating_type_alpha_21(X)))
& polymer_1(fn_plasma_membrane_54(fn_mating_type_alpha_21(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_mating_type_alpha_21(X)))
& spatial_entity_1(fn_facilitated_diffusion_50(fn_mating_type_alpha_11(X)))
& membrane_protein_1(fn_facilitated_diffusion_50(fn_mating_type_alpha_11(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_mating_type_alpha_21(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_mating_type_alpha_21(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_mating_type_alpha_21(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_mating_type_alpha_21(X)))
& outside_face_1(fn_biomembrane_41(fn_mating_type_alpha_21(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_mating_type_alpha_21(X)))
& membrane_1(fn_carrier_protein_18(fn_mating_type_alpha_16(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_mating_type_alpha_16(X)))
& biomembrane_1(fn_carrier_protein_18(fn_mating_type_alpha_16(X)))
& spatial_entity_1(fn_protein_pump_3(fn_mating_type_alpha_16(X)))
& biomembrane_1(fn_protein_pump_3(fn_mating_type_alpha_16(X)))
& spatial_entity_1(fn_transport_protein_35(fn_mating_type_alpha_16(X)))
& biomembrane_1(fn_transport_protein_35(fn_mating_type_alpha_16(X)))
& membrane_1(fn_electrogenic_pump_30(fn_mating_type_alpha_16(X)))
& spatial_entity_1(fn_electrogenic_pump_30(fn_mating_type_alpha_16(X)))
& biomembrane_1(fn_electrogenic_pump_30(fn_mating_type_alpha_16(X)))
& membrane_1(fn_proton_pump_76(fn_mating_type_alpha_16(X)))
& spatial_entity_1(fn_proton_pump_76(fn_mating_type_alpha_16(X)))
& biomembrane_1(fn_proton_pump_76(fn_mating_type_alpha_16(X)))
& spatial_entity_1(fn_facilitated_diffusion_49(fn_mating_type_alpha_11(X)))
& biomembrane_1(fn_facilitated_diffusion_49(fn_mating_type_alpha_11(X)))
& abuts_2(fn_mating_type_alpha_8(X),fn_mating_type_alpha_3(X))
& abuts_2(fn_mating_type_alpha_3(X),fn_mating_type_alpha_8(X))
& is_inside_2(fn_mating_type_alpha_2(X),fn_mating_type_alpha_3(X))
& has_part_2(fn_mating_type_alpha_10(X),fn_mating_type_alpha_2(X))
& is_oriented_toward_2(fn_mating_type_alpha_12(X),fn_mating_type_alpha_10(X))
& fn_mating_type_alpha_14(X) != fn_mating_type_alpha_16(X)
& called_2(fn_mating_type_alpha_14(X),'MP2')
& fn_mating_type_alpha_16(X) != fn_mating_type_alpha_14(X)
& fn_mating_type_alpha_16(X) != fn_mating_type_alpha_18(X)
& is_across_2(fn_mating_type_alpha_16(X),fn_mating_type_alpha_19(X))
& called_2(fn_mating_type_alpha_16(X),'MP1')
& fn_mating_type_alpha_18(X) != fn_mating_type_alpha_16(X)
& is_outside_2(fn_mating_type_alpha_1(X),X)
& is_outside_2(fn_mating_type_alpha_1(X),fn_mating_type_alpha_21(X))
& is_at_2(fn_mating_type_alpha_16(X),fn_mating_type_alpha_21(X))
& agent_2(fn_mating_type_alpha_11(X),fn_mating_type_alpha_15(X))
& is_facing_2(fn_mating_type_alpha_12(X),fn_mating_type_alpha_10(X))
& has_part_2(fn_mating_type_alpha_5(X),fn_mating_type_alpha_8(X))
& is_across_2(fn_mating_type_alpha_15(X),fn_mating_type_alpha_21(X))
& is_across_2(fn_mating_type_alpha_16(X),fn_mating_type_alpha_21(X))
& has_part_2(fn_mating_type_alpha_21(X),fn_mating_type_alpha_16(X))
& called_2(fn_mating_type_alpha_18(X),'MP1')
& path_2(fn_mating_type_alpha_11(X),fn_mating_type_alpha_21(X))
& base_2(fn_mating_type_alpha_9(X),fn_mating_type_alpha_21(X))
& object_2(fn_mating_type_alpha_9(X),fn_mating_type_alpha_14(X))
& object_2(fn_mating_type_alpha_20(X),fn_mating_type_alpha_14(X))
& base_2(fn_mating_type_alpha_20(X),fn_mating_type_alpha_21(X))
& is_inside_2(fn_mating_type_alpha_6(X),fn_mating_type_alpha_7(X))
& is_inside_2(fn_mating_type_alpha_10(X),fn_mating_type_alpha_21(X))
& has_part_2(fn_mating_type_alpha_10(X),fn_mating_type_alpha_7(X))
& is_inside_2(fn_mating_type_alpha_4(X),fn_mating_type_alpha_7(X))
& has_part_2(X,fn_mating_type_alpha_4(X))
& has_part_2(X,fn_mating_type_alpha_6(X))
& has_part_2(X,fn_mating_type_alpha_21(X))
& is_between_2(fn_mating_type_alpha_10(X),fn_mating_type_alpha_21(X))
& is_between_2(fn_mating_type_alpha_10(X),fn_mating_type_alpha_5(X))
& has_part_2(X,fn_mating_type_alpha_5(X))
& has_part_2(X,fn_mating_type_alpha_10(X))
& called_2(fn_mating_type_alpha_18(X),'MP2')
& is_inside_2(fn_mating_type_alpha_14(X),fn_mating_type_alpha_17(X))
& has_part_2(fn_mating_type_alpha_21(X),fn_mating_type_alpha_17(X))
& has_region_2(fn_mating_type_alpha_21(X),fn_mating_type_alpha_12(X))
& has_part_2(fn_mating_type_alpha_21(X),fn_mating_type_alpha_18(X))
& fn_mating_type_alpha_18(X) != fn_mating_type_alpha_14(X)
& is_across_2(fn_mating_type_alpha_14(X),fn_mating_type_alpha_21(X))
& has_part_2(fn_mating_type_alpha_21(X),fn_mating_type_alpha_14(X))
& is_at_2(fn_mating_type_alpha_14(X),fn_mating_type_alpha_21(X))
& fn_mating_type_alpha_14(X) != fn_mating_type_alpha_18(X)
& has_region_2(fn_mating_type_alpha_21(X),fn_mating_type_alpha_13(X))
& is_outside_2(fn_mating_type_alpha_13(X),fn_mating_type_alpha_21(X))
& has_region_2(fn_mating_type_alpha_21(X),fn_mating_type_alpha_19(X))
& is_across_2(fn_mating_type_alpha_14(X),fn_mating_type_alpha_19(X))
& has_region_2(fn_mating_type_alpha_14(X),fn_mating_type_alpha_13(X))
& fn_mating_type_alpha_16(X) = fn_plasma_membrane_4(fn_mating_type_alpha_21(X))
& fn_mating_type_alpha_15(X) = fn_passive_transport_of_solute_3(fn_mating_type_alpha_11(X))
& fn_mating_type_alpha_10(X) = fn_cytoplasmic_side_1(fn_mating_type_alpha_12(X))
& fn_mating_type_alpha_8(X) = fn_nucleus_13(fn_mating_type_alpha_5(X))
& fn_mating_type_alpha_15(X) = fn_electrogenic_pump_29(fn_mating_type_alpha_16(X))
& fn_mating_type_alpha_21(X) = fn_carrier_protein_18(fn_mating_type_alpha_16(X))
& fn_mating_type_alpha_21(X) = fn_protein_pump_3(fn_mating_type_alpha_16(X))
& fn_mating_type_alpha_21(X) = fn_proton_pump_76(fn_mating_type_alpha_16(X))
& fn_mating_type_alpha_20(X) = fn_facilitated_diffusion_52(fn_mating_type_alpha_11(X))
& fn_mating_type_alpha_14(X) = fn_facilitated_diffusion_50(fn_mating_type_alpha_11(X))
& fn_mating_type_alpha_9(X) = fn_facilitated_diffusion_51(fn_mating_type_alpha_11(X))
& fn_mating_type_alpha_21(X) = fn_facilitated_diffusion_49(fn_mating_type_alpha_11(X))
& fn_mating_type_alpha_6(X) = fn_fungal_cell_7(X)
& fn_mating_type_alpha_6(X) = fn_yeast_19(X)
& fn_mating_type_alpha_4(X) = fn_fungal_cell_6(X)
& fn_mating_type_alpha_7(X) = fn_fungal_cell_8(X)
& fn_mating_type_alpha_4(X) = fn_yeast_3(X)
& fn_mating_type_alpha_7(X) = fn_yeast_6(X)
& fn_mating_type_alpha_5(X) = fn_yeast_4(X)
& fn_mating_type_alpha_10(X) = fn_yeast_2(X)
& fn_mating_type_alpha_21(X) = fn_yeast_21(X)
& fn_mating_type_alpha_12(X) = fn_plasma_membrane_66(fn_mating_type_alpha_21(X))
& fn_mating_type_alpha_21(X) = fn_electrogenic_pump_30(fn_mating_type_alpha_16(X))
& fn_mating_type_alpha_17(X) = fn_electrogenic_pump_19(fn_mating_type_alpha_16(X))
& fn_mating_type_alpha_21(X) = fn_transport_protein_35(fn_mating_type_alpha_16(X))
& fn_mating_type_alpha_17(X) = fn_biomembrane_63(fn_mating_type_alpha_21(X))
& fn_mating_type_alpha_17(X) = fn_transport_protein_12(fn_mating_type_alpha_16(X))
& fn_mating_type_alpha_17(X) = fn_plasma_membrane_71(fn_mating_type_alpha_21(X))
& fn_mating_type_alpha_14(X) = fn_plasma_membrane_3(fn_mating_type_alpha_21(X))
& fn_mating_type_alpha_18(X) = fn_plasma_membrane_68(fn_mating_type_alpha_21(X))
& fn_mating_type_alpha_18(X) = fn_plasma_membrane_54(fn_mating_type_alpha_21(X))
& fn_mating_type_alpha_14(X) = fn_plasma_membrane_55(fn_mating_type_alpha_21(X))
& fn_mating_type_alpha_19(X) = fn_plasma_membrane_6(fn_mating_type_alpha_21(X))
& fn_mating_type_alpha_13(X) = fn_biomembrane_41(fn_mating_type_alpha_21(X))
& fn_mating_type_alpha_13(X) = fn_plasma_membrane_65(fn_mating_type_alpha_21(X))
& fn_passive_transport_of_solute_3(fn_mating_type_alpha_11(X)) = fn_electrogenic_pump_29(fn_mating_type_alpha_16(X))
& fn_electrogenic_pump_29(fn_mating_type_alpha_16(X)) = fn_fungal_cell_7(X)
& fn_yeast_19(X) = fn_fungal_cell_7(X)
& fn_fungal_cell_7(X) = fn_yeast_19(X)
& fn_yeast_19(X) = fn_fungal_cell_6(X)
& fn_yeast_3(X) = fn_fungal_cell_6(X)
& fn_fungal_cell_6(X) = fn_yeast_3(X)
& fn_yeast_3(X) = fn_fungal_cell_8(X)
& fn_yeast_6(X) = fn_fungal_cell_8(X)
& fn_fungal_cell_8(X) = fn_yeast_6(X)
& fn_yeast_6(X) = fn_yeast_6(X)
& fn_yeast_6(X) = fn_cytoplasmic_side_1(fn_mating_type_alpha_12(X))
& fn_cytoplasmic_side_1(fn_mating_type_alpha_12(X)) = fn_yeast_2(X)
& fn_yeast_2(X) = fn_yeast_2(X)
& fn_yeast_2(X) = fn_electrogenic_pump_19(fn_mating_type_alpha_16(X))
& fn_electrogenic_pump_19(fn_mating_type_alpha_16(X)) = fn_transport_protein_12(fn_mating_type_alpha_16(X))
& fn_transport_protein_12(fn_mating_type_alpha_16(X)) = fn_transport_protein_12(fn_mating_type_alpha_16(X))
& fn_biomembrane_63(fn_mating_type_alpha_21(X)) = fn_transport_protein_12(fn_mating_type_alpha_16(X))
& fn_transport_protein_12(fn_mating_type_alpha_16(X)) = fn_biomembrane_63(fn_mating_type_alpha_21(X))
& fn_biomembrane_63(fn_mating_type_alpha_21(X)) = fn_plasma_membrane_71(fn_mating_type_alpha_21(X))
& fn_plasma_membrane_71(fn_mating_type_alpha_21(X)) = fn_plasma_membrane_71(fn_mating_type_alpha_21(X))
& fn_plasma_membrane_71(fn_mating_type_alpha_21(X)) = fn_plasma_membrane_68(fn_mating_type_alpha_21(X))
& fn_plasma_membrane_54(fn_mating_type_alpha_21(X)) = fn_plasma_membrane_54(fn_mating_type_alpha_21(X))
& fn_plasma_membrane_54(fn_mating_type_alpha_21(X)) = fn_plasma_membrane_68(fn_mating_type_alpha_21(X))
& fn_plasma_membrane_68(fn_mating_type_alpha_21(X)) = fn_plasma_membrane_54(fn_mating_type_alpha_21(X))
& fn_plasma_membrane_54(fn_mating_type_alpha_21(X)) = fn_facilitated_diffusion_50(fn_mating_type_alpha_11(X))
& fn_facilitated_diffusion_50(fn_mating_type_alpha_11(X)) = fn_plasma_membrane_3(fn_mating_type_alpha_21(X))
& fn_plasma_membrane_3(fn_mating_type_alpha_21(X)) = fn_facilitated_diffusion_50(fn_mating_type_alpha_11(X))
& fn_facilitated_diffusion_50(fn_mating_type_alpha_11(X)) = fn_facilitated_diffusion_50(fn_mating_type_alpha_11(X))
& fn_facilitated_diffusion_50(fn_mating_type_alpha_11(X)) = fn_plasma_membrane_55(fn_mating_type_alpha_21(X))
& fn_plasma_membrane_55(fn_mating_type_alpha_21(X)) = fn_plasma_membrane_55(fn_mating_type_alpha_21(X))
& fn_plasma_membrane_55(fn_mating_type_alpha_21(X)) = fn_plasma_membrane_65(fn_mating_type_alpha_21(X))
& fn_plasma_membrane_65(fn_mating_type_alpha_21(X)) = fn_plasma_membrane_65(fn_mating_type_alpha_21(X))
& fn_plasma_membrane_65(fn_mating_type_alpha_21(X)) = fn_biomembrane_41(fn_mating_type_alpha_21(X))
& fn_biomembrane_41(fn_mating_type_alpha_21(X)) = fn_plasma_membrane_65(fn_mating_type_alpha_21(X))
& fn_plasma_membrane_65(fn_mating_type_alpha_21(X)) = fn_carrier_protein_18(fn_mating_type_alpha_16(X))
& fn_carrier_protein_18(fn_mating_type_alpha_16(X)) = fn_protein_pump_3(fn_mating_type_alpha_16(X))
& fn_protein_pump_3(fn_mating_type_alpha_16(X)) = fn_protein_pump_3(fn_mating_type_alpha_16(X))
& fn_protein_pump_3(fn_mating_type_alpha_16(X)) = fn_transport_protein_35(fn_mating_type_alpha_16(X))
& fn_transport_protein_35(fn_mating_type_alpha_16(X)) = fn_transport_protein_35(fn_mating_type_alpha_16(X))
& fn_electrogenic_pump_30(fn_mating_type_alpha_16(X)) = fn_transport_protein_35(fn_mating_type_alpha_16(X))
& fn_transport_protein_35(fn_mating_type_alpha_16(X)) = fn_electrogenic_pump_30(fn_mating_type_alpha_16(X))
& fn_electrogenic_pump_30(fn_mating_type_alpha_16(X)) = fn_electrogenic_pump_30(fn_mating_type_alpha_16(X))
& fn_proton_pump_76(fn_mating_type_alpha_16(X)) = fn_electrogenic_pump_30(fn_mating_type_alpha_16(X))
& fn_electrogenic_pump_30(fn_mating_type_alpha_16(X)) = fn_proton_pump_76(fn_mating_type_alpha_16(X))
& fn_proton_pump_76(fn_mating_type_alpha_16(X)) = fn_proton_pump_76(fn_mating_type_alpha_16(X))
& fn_proton_pump_76(fn_mating_type_alpha_16(X)) = fn_facilitated_diffusion_49(fn_mating_type_alpha_11(X))
& fn_facilitated_diffusion_49(fn_mating_type_alpha_11(X)) = fn_facilitated_diffusion_49(fn_mating_type_alpha_11(X))
& fn_facilitated_diffusion_49(fn_mating_type_alpha_11(X)) = fn_yeast_21(X)
& fn_yeast_21(X) = fn_yeast_21(X) ) ) ).
fof(a530843,axiom,
! [X] :
( maturation_1(X)
=> ( original_name_2(X,'Maturation')
& user_description_2(X,'The act of comingto full development; becoming mature is called as maturation.')
& concept2words_2(X,mature)
& concept2words_2(X,maturation)
& change_of_state_1(X) ) ) ).
fof(a530844,axiom,
! [X] :
( mature_muscle_cell_1(X)
=> ( original_name_2(X,'Mature-Muscle-Cell')
& user_description_2(X,'Muscle cell in a mature vertebrate which is no longer growing or dividing.')
& concept2words_2(X,'mature muscle cell')
& concept2words_2(X,'mature-muscle-cell')
& nondividing_cell_1(X)
& animal_cell_1(X)
& muscle_cell_1(fn_mature_muscle_cell_1(X))
& has_state_2(fn_mature_muscle_cell_1(X),X) ) ) ).
fof(a530845,axiom,
! [X] :
( mature_nerve_cell_1(X)
=> ( original_name_2(X,'Mature-Nerve-Cell')
& user_description_2(X,'Nerve cell in a mature vertebrate which is no longer growing or dividing.')
& concept2words_2(X,'mature nerve cell')
& concept2words_2(X,'mature-nerve-cell')
& nondividing_cell_1(X)
& animal_cell_1(X)
& nerve_cell_1(fn_mature_nerve_cell_1(X))
& has_state_2(fn_mature_nerve_cell_1(X),X) ) ) ).
fof(a530846,axiom,
! [X] :
( mayfly_1(X)
=> ( original_name_2(X,'Mayfly')
& user_description_2(X,'An insect belonging to the order Ephemeroptera, which have aquatic larvae and a short-lived adult stage.')
& concept2words_2(X,dayfly)
& concept2words_2(X,shadfly)
& concept2words_2(X,mayfly)
& ephemeroptera_1(X)
& ~ aphid_1(X)
& ~ beetle_1(X)
& ~ caddisfly_1(X)
& ~ dermaptera_1(X)
& ~ diptera_1(X)
& ~ hymenoptera_1(X)
& ~ isoptera_1(X)
& ~ lepidoptera_1(X)
& ~ odonata_1(X)
& ~ orthoptera_1(X)
& ~ sucking_louse_1(X) ) ) ).
fof(a530847,axiom,
! [X] :
( meal_1(X)
=> ( original_name_2(X,'Meal')
& concept2words_2(X,meal)
& activity_1(X)
& eat_1(fn_meal_1(X))
& subevent_2(X,fn_meal_1(X)) ) ) ).
fof(a530848,axiom,
! [X] :
( measure_1(X)
=> ( original_name_2(X,'Measure')
& user_description_2(X,'The act of knowing the value of an entity.')
& concept2words_2(X,measure)
& action_1(X) ) ) ).
fof(a530849,axiom,
! [X] :
( mechanical_digestion_1(X)
=> ( original_name_2(X,'Mechanical-Digestion')
& user_description_2(X,'The breaking of food into smaller pieces by mechanical means, such as chewing or ginding, which increases the surface area for chemical processing.')
& concept2words_2(X,digest)
& concept2words_2(X,'mechanical digestion')
& concept2words_2(X,'mechanical-digestion')
& digestive_process_1(X)
& break_1(X)
& substance_1(fn_mechanical_digestion_1(X))
& system_1(fn_mechanical_digestion_2(X))
& surface_area_value_1(fn_mechanical_digestion_3(X))
& surface_area_value_1(fn_mechanical_digestion_4(X))
& tangible_entity_1(fn_mechanical_digestion_7(X))
& surface_area_2(fn_mechanical_digestion_7(X),fn_mechanical_digestion_4(X))
& greater_than_2(fn_mechanical_digestion_3(X),fn_mechanical_digestion_4(X))
& result_2(X,fn_mechanical_digestion_1(X))
& surface_area_2(fn_mechanical_digestion_1(X),fn_mechanical_digestion_3(X))
& object_2(X,fn_mechanical_digestion_7(X))
& fn_mechanical_digestion_7(X) = fn_impair_1(X) ) ) ).
fof(a530850,axiom,
! [X] :
( mechanical_energy_1(X)
=> ( original_name_2(X,'Mechanical-Energy')
& user_description_2(X,'The energy that is possessed by an object due to its motion or due to its position. Mechanical energy can be either kinetic energy (energy of motion) or potential energy (stored energy of position).')
& concept2words_2(X,'mechanical energy')
& concept2words_2(X,'mechanical-energy')
& energy_1(X) ) ) ).
fof(a530851,axiom,
! [X] :
( mechanical_isolation_1(X)
=> ( original_name_2(X,'Mechanical-Isolation')
& user_description_2(X,'A prezygotic barrier to reproduction. In animals, mechanical isolation occurs when the genitals of mating individuals are not compatible. In angiosperms, mechanical isolation occurs when a pollinator can transfer pollen effectively only to flowers of the same species.')
& concept2words_2(X,'mechanical isolation')
& concept2words_2(X,'mechanical-isolation')
& species_isolation_1(X)
& ~ adaptation_1(X)
& ~ adaptive_radiation_1(X)
& ~ allopatric_speciation_1(X)
& ~ anagenesis_1(X)
& ~ bottleneck_effect_1(X)
& ~ cephalization_1(X)
& ~ character_displacement_1(X)
& ~ cladogenesis_1(X)
& ~ convergent_evolution_1(X)
& ~ endosymbiosis_1(X)
& ~ gene_flow_1(X)
& ~ genetic_drift_1(X)
& ~ heterochrony_1(X)
& ~ homology_1(X)
& ~ mimicry_1(X)
& ~ natural_selection_1(X)
& ~ paedomorphosis_1(X)
& ~ punctuated_equilibria_1(X)
& ~ reproductive_isolation_1(X)
& ~ selection_force_1(X) ) ) ).
fof(a530852,axiom,
! [X] :
( mechanical_work_1(X)
=> ( original_name_2(X,'Mechanical-Work')
& user_description_2(X,'In cells and organisms, mechanical work is the process of using energy to move or change the shape of molecules or objects.')
& concept2words_2(X,'mechanical work')
& concept2words_2(X,'mechanical-work')
& cellular_work_1(X)
& time_interval_1(fn_mechanical_work_1(X))
& time_interval_1(fn_mechanical_work_2(X))
& organic_molecule_1(fn_mechanical_work_3(X))
& energy_1(fn_mechanical_work_4(X))
& entity_1(fn_mechanical_work_4(X))
& chemical_energy_1(fn_mechanical_work_4(X))
& consume_1(fn_mechanical_work_5(X))
& release_1(fn_mechanical_work_6(X))
& dephosphorylation_of_atp_1(fn_mechanical_work_7(X))
& phosphate_ion_1(fn_mechanical_work_8(X))
& atom_1(fn_mechanical_work_9(X))
& chemical_entity_1(fn_mechanical_work_9(X))
& carbon_1(fn_mechanical_work_10(X))
& atom_1(fn_organic_molecule_2(fn_mechanical_work_3(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_mechanical_work_3(X)))
& carbon_1(fn_organic_molecule_1(fn_mechanical_work_3(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_mechanical_work_7(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_mechanical_work_7(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_mechanical_work_7(X)))
& anion_1(fn_dephosphorylation_10(fn_mechanical_work_7(X)))
& time_during_2(fn_mechanical_work_5(X),fn_mechanical_work_2(X))
& time_during_2(fn_mechanical_work_6(X),fn_mechanical_work_1(X))
& result_2(fn_mechanical_work_7(X),fn_mechanical_work_4(X))
& time_before_2(fn_mechanical_work_2(X),fn_mechanical_work_1(X))
& result_2(fn_mechanical_work_7(X),fn_mechanical_work_8(X))
& subevent_2(X,fn_mechanical_work_5(X))
& subevent_2(X,fn_mechanical_work_6(X))
& next_event_2(fn_mechanical_work_5(X),fn_mechanical_work_6(X))
& object_2(fn_mechanical_work_5(X),fn_mechanical_work_4(X))
& raw_material_2(X,fn_mechanical_work_4(X))
& fn_mechanical_work_8(X) = fn_exergonic_reaction_11(fn_mechanical_work_7(X))
& fn_mechanical_work_8(X) = fn_decomposition_reaction_4(fn_mechanical_work_7(X))
& fn_mechanical_work_8(X) = fn_hydrolysis_9(fn_mechanical_work_7(X))
& fn_mechanical_work_8(X) = fn_dephosphorylation_10(fn_mechanical_work_7(X))
& fn_mechanical_work_9(X) = fn_organic_molecule_2(fn_mechanical_work_3(X))
& fn_mechanical_work_10(X) = fn_organic_molecule_1(fn_mechanical_work_3(X))
& fn_mechanical_work_4(X) = fn_cellular_work_15(X)
& fn_mechanical_work_5(X) = fn_cellular_work_11(X)
& fn_mechanical_work_6(X) = fn_cellular_work_12(X)
& fn_mechanical_work_3(X) = fn_cellular_work_10(X)
& fn_exergonic_reaction_11(fn_mechanical_work_7(X)) = fn_decomposition_reaction_4(fn_mechanical_work_7(X))
& fn_decomposition_reaction_4(fn_mechanical_work_7(X)) = fn_decomposition_reaction_4(fn_mechanical_work_7(X))
& fn_decomposition_reaction_4(fn_mechanical_work_7(X)) = fn_hydrolysis_9(fn_mechanical_work_7(X))
& fn_hydrolysis_9(fn_mechanical_work_7(X)) = fn_hydrolysis_9(fn_mechanical_work_7(X))
& fn_hydrolysis_9(fn_mechanical_work_7(X)) = fn_dephosphorylation_10(fn_mechanical_work_7(X)) ) ) ).
fof(a530853,axiom,
! [X] :
( mechanoreceptor_1(X)
=> ( original_name_2(X,'Mechanoreceptor')
& user_description_2(X,'A sensory receptor that responds to deformation or mechanical pressure. Mechanoreceptors detect pressure, stretch, and touch, sound, and motion.')
& concept2words_2(X,mechanoreceptor)
& sensory_receptor_1(X)
& ~ chemoreceptor_1(X)
& ~ electromagnetic_receptor_1(X)
& ~ exteroceptor_1(X)
& ~ nociceptor_1(X)
& ~ pain_receptor_1(X)
& ~ thermoreceptor_1(X) ) ) ).
fof(a530854,axiom,
! [X] :
( medial_1(X)
=> ( original_name_2(X,'Medial')
& user_description_2(X,'Region at the midline of the body. Opposite of lateral.')
& concept2words_2(X,'midline,')
& concept2words_2(X,'sagittal,')
& concept2words_2(X,axial)
& concept2words_2(X,sagittal)
& concept2words_2(X,midline)
& concept2words_2(X,medial)
& anatomical_region_1(X) ) ) ).
fof(a530855,axiom,
! [X] :
( medical_procedure_1(X)
=> ( original_name_2(X,'Medical-Procedure')
& user_description_2(X,'Intervention by trained personnel intended to alleviate a health problem.')
& concept2words_2(X,'procedure of medical')
& concept2words_2(X,'medical procedure')
& concept2words_2(X,'medical-procedure')
& event_1(X) ) ) ).
fof(a530856,axiom,
! [X] :
( medical_treatment_of_cancer_1(X)
=> ( original_name_2(X,'Medical-Treatment-Of-Cancer')
& user_description_2(X,'A series of medical steps designed to reduce or eliminate the presence of tumors.')
& concept2words_2(X,'medical treatment of cancer')
& concept2words_2(X,'medical-treatment-of-cancer')
& medical_procedure_1(X) ) ) ).
fof(a530857,axiom,
! [X] :
( medicine_1(X)
=> ( original_name_2(X,'Medicine')
& user_description_2(X,'The science and practice of healing. Also, chemicals used to treat or cure disorders and disease and promote healing.')
& concept2words_2(X,medicine)
& inquiry_1(X) ) ) ).
fof(a530858,axiom,
! [X] :
( medium_1(X)
=> ( original_name_2(X,'Medium')
& concept2words_2(X,medium)
& concept2words_2(X,means)
& concept2words_2(X,communication)
& concept2words_2(X,communicating)
& role_1(X)
& tangible_entity_1(fn_medium_1(X))
& plays_2(fn_medium_1(X),X) ) ) ).
fof(a530859,axiom,
! [X] :
( medulla_oblongata_1(X)
=> ( original_name_2(X,'Medulla-Oblongata')
& user_description_2(X,'The lower part of the vertebrate brain, visible as a swelling of the hindbrain anterior to the spinal cord. The medulla oblongata controls autonomic functions such as breathing, heart rate, blood pressure, swallowing, and vomiting.')
& concept2words_2(X,'medulla oblongata')
& concept2words_2(X,'medulla-oblongata')
& brainstem_1(X)
& ~ cerebral_cortex_1(X)
& ~ cerebellum_1(X)
& ~ reticular_formation_1(X)
& ~ primary_visual_cortex_1(X)
& ~ cerebrum_1(X)
& ~ forebrain_1(X)
& ~ hindbrain_1(X)
& ~ hypothalamus_1(X)
& ~ midbrain_1(X)
& ~ pons_1(X)
& ~ posterior_pituitary_1(X)
& ~ primary_motor_cortex_1(X)
& ~ reticular_system_1(X)
& ~ suprachiasmatic_nucleus_1(X)
& ~ thalamus_1(X)
& ~ lateral_geniculate_1(X)
& ~ corpus_callosum_1(X) ) ) ).
fof(a530860,axiom,
! [X] :
( medusa_1(X)
=> ( original_name_2(X,'Medusa')
& user_description_2(X,'The pelagic, flattened stage of the cnidarian body plan. The alternate body plan is the polyp, which is benthic and vaguely tubular.')
& concept2words_2(X,medusa)
& cnidaria_1(X) ) ) ).
fof(a530861,axiom,
! [X] :
( megaphyll_1(X)
=> ( original_name_2(X,'Megaphyll')
& user_description_2(X,'A leaf that is not necessarily large but has a very branched vascular system. Most vascular plants have megaphylls.')
& concept2words_2(X,megaphyll)
& leaf_1(X)
& ~ cotyledon_1(X)
& ~ microphyll_1(X)
& ~ sepal_1(X)
& ~ sporophyll_1(X) ) ) ).
fof(a530862,axiom,
! [X] :
( megasporangium_1(X)
=> ( original_name_2(X,'Megasporangium')
& user_description_2(X,'An enclosure on a plant or fungus where megaspores are produced.')
& concept2words_2(X,megasporangia)
& concept2words_2(X,megasporangium)
& alternating_generation_organ_1(X) ) ) ).
fof(a530863,axiom,
! [X] :
( megaspore_1(X)
=> ( original_name_2(X,'Megaspore')
& user_description_2(X,'A spore that gives rise to a male gametophyte.')
& concept2words_2(X,megaspore)
& spore_1(X)
& ~ conidium_1(X)
& ~ microspore_1(X)
& ~ plant_spore_1(X)
& ~ zoospore_1(X) ) ) ).
fof(a530864,axiom,
! [X] :
( meiosis_1(X)
=> ( original_name_2(X,'Meiosis')
& user_description_2(X,'Meiosis includes two nuclear division and production of four haploid cells genetically different (has half the number of chromosomes as do their parent cell) to their parent cell.The meiotic cell cycle has two cell divisions and one duplication of DNA. The Gametes (Sex cell) are also the result of meiosis as the haploid cells formed as result of meiosis further undergo changes to form gametes.')
& concept2words_2(X,'meiotic cell division')
& concept2words_2(X,'undergo meiosis')
& concept2words_2(X,meiosis)
& cell_division_1(X)
& system_1(fn_meiosis_3(X))
& quantity_value_1(fn_meiosis_5(X))
& meiosis_i_1(fn_meiosis_6(X))
& nuclear_division_1(fn_meiosis_7(X))
& genetic_variation_1(fn_meiosis_8(X))
& meiosis_ii_1(fn_meiosis_9(X))
& daughter_cell_1(fn_meiosis_10(X))
& eukaryotic_chromosome_1(fn_meiosis_12(X))
& chromosome_1(fn_meiosis_12(X))
& eukaryotic_chromosome_1(fn_meiosis_13(X))
& chromosome_1(fn_meiosis_13(X))
& smooth_endoplasmic_reticulum_1(fn_meiosis_14(X))
& endoplasmic_reticulum_1(fn_meiosis_14(X))
& synthesis_reaction_1(fn_meiosis_15(X))
& chemical_reaction_1(fn_meiosis_15(X))
& anabolic_pathway_1(fn_meiosis_15(X))
& synthesis_of_lipid_1(fn_meiosis_15(X))
& haploid_number_1(fn_meiosis_16(X))
& diploid_cell_1(fn_meiosis_17(X))
& gamete_1(fn_meiosis_18(X))
& eukaryotic_cell_1(fn_meiosis_18(X))
& cell_1(fn_meiosis_18(X))
& gametogenesis_1(fn_meiosis_19(X))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_meiosis_17(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_meiosis_17(X)))
& property_node_1(fn_haploid_number_1(fn_meiosis_16(X)))
& meiosis_1(fn_gametogenesis_2(fn_meiosis_19(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_meiosis_18(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_meiosis_18(X)))
& smooth_endoplasmic_reticulum_1(fn_eukaryotic_cell_20(fn_meiosis_18(X)))
& gamete_1(fn_gametogenesis_1(fn_meiosis_19(X)))
& eukaryotic_cell_1(fn_endoplasmic_reticulum_11(fn_meiosis_14(X)))
& cell_1(fn_endoplasmic_reticulum_11(fn_meiosis_14(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_meiosis_14(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_meiosis_14(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_meiosis_14(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_meiosis_14(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_meiosis_14(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_meiosis_14(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_meiosis_14(X)))
& synthesis_of_lipid_1(fn_endoplasmic_reticulum_23(fn_meiosis_14(X)))
& exactCardinality(X,causes_0,"2",nuclear_division_0)
& causes_2(X,fn_meiosis_8(X))
& causes_2(X,fn_meiosis_7(X))
& exactCardinality(X,subevent_0,"2",cell_division_0)
& subevent_2(X,fn_meiosis_9(X))
& subevent_2(X,fn_meiosis_6(X))
& first_subevent_2(X,fn_meiosis_6(X))
& called_2(fn_meiosis_16(X),'HaploidNumber_EukaryoticChromosome1')
& quantity_2(fn_meiosis_13(X),fn_meiosis_16(X))
& quantity_2(fn_meiosis_12(X),fn_meiosis_5(X))
& called_2(fn_meiosis_5(X),'Quantity_EukaryoticChromosome2')
& object_2(X,fn_meiosis_17(X))
& in_event_2(fn_meiosis_10(X),X)
& plays_2(fn_meiosis_18(X),fn_meiosis_10(X))
& has_part_2(fn_meiosis_17(X),fn_meiosis_12(X))
& result_2(fn_meiosis_19(X),fn_meiosis_18(X))
& result_2(X,fn_meiosis_18(X))
& base_2(fn_meiosis_15(X),fn_meiosis_18(X))
& has_part_2(fn_meiosis_18(X),fn_meiosis_14(X))
& site_2(fn_meiosis_15(X),fn_meiosis_14(X))
& has_function_2(fn_meiosis_14(X),fn_meiosis_15(X))
& has_part_2(fn_meiosis_18(X),fn_meiosis_13(X))
& fn_meiosis_17(X) = fn_cell_division_3(X)
& fn_meiosis_18(X) = fn_cell_division_2(X)
& fn_meiosis_10(X) = fn_cell_division_5(X)
& fn_meiosis_12(X) = fn_eukaryotic_cell_30(fn_meiosis_17(X))
& fn_meiosis_11(X) = fn_haploid_number_1(fn_meiosis_16(X))
& X = fn_gametogenesis_2(fn_meiosis_19(X))
& fn_meiosis_18(X) = fn_gametogenesis_1(fn_meiosis_19(X))
& fn_meiosis_13(X) = fn_eukaryotic_cell_30(fn_meiosis_18(X))
& fn_meiosis_14(X) = fn_eukaryotic_cell_20(fn_meiosis_18(X))
& fn_meiosis_18(X) = fn_endoplasmic_reticulum_11(fn_meiosis_14(X))
& fn_meiosis_15(X) = fn_smooth_endoplasmic_reticulum_23(fn_meiosis_14(X))
& fn_meiosis_15(X) = fn_smooth_endoplasmic_reticulum_7(fn_meiosis_14(X))
& fn_meiosis_15(X) = fn_smooth_endoplasmic_reticulum_49(fn_meiosis_14(X))
& fn_meiosis_15(X) = fn_smooth_endoplasmic_reticulum_48(fn_meiosis_14(X))
& fn_meiosis_15(X) = fn_endoplasmic_reticulum_23(fn_meiosis_14(X))
& fn_cell_division_2(X) = fn_gametogenesis_1(fn_meiosis_19(X))
& fn_gametogenesis_1(fn_meiosis_19(X)) = fn_gametogenesis_1(fn_meiosis_19(X))
& fn_gametogenesis_1(fn_meiosis_19(X)) = fn_endoplasmic_reticulum_11(fn_meiosis_14(X))
& fn_endoplasmic_reticulum_11(fn_meiosis_14(X)) = fn_endoplasmic_reticulum_11(fn_meiosis_14(X))
& fn_endoplasmic_reticulum_11(fn_meiosis_14(X)) = fn_smooth_endoplasmic_reticulum_23(fn_meiosis_14(X))
& fn_smooth_endoplasmic_reticulum_23(fn_meiosis_14(X)) = fn_smooth_endoplasmic_reticulum_7(fn_meiosis_14(X))
& fn_smooth_endoplasmic_reticulum_7(fn_meiosis_14(X)) = fn_smooth_endoplasmic_reticulum_7(fn_meiosis_14(X))
& fn_smooth_endoplasmic_reticulum_7(fn_meiosis_14(X)) = fn_smooth_endoplasmic_reticulum_49(fn_meiosis_14(X))
& fn_smooth_endoplasmic_reticulum_49(fn_meiosis_14(X)) = fn_smooth_endoplasmic_reticulum_49(fn_meiosis_14(X))
& fn_smooth_endoplasmic_reticulum_49(fn_meiosis_14(X)) = fn_smooth_endoplasmic_reticulum_48(fn_meiosis_14(X))
& fn_endoplasmic_reticulum_23(fn_meiosis_14(X)) = fn_smooth_endoplasmic_reticulum_48(fn_meiosis_14(X))
& fn_smooth_endoplasmic_reticulum_48(fn_meiosis_14(X)) = fn_endoplasmic_reticulum_23(fn_meiosis_14(X))
& fn_endoplasmic_reticulum_23(fn_meiosis_14(X)) = fn_endoplasmic_reticulum_23(fn_meiosis_14(X)) ) ) ).
fof(a530865,axiom,
! [X] :
( meiosis_i_1(X)
=> ( original_name_2(X,'Meiosis-I')
& user_description_2(X,'In organisms that reproduce sexually, the first of two stages of cell division, which results in daughter cells containing half the number of chromsome sets as the parent cell. Meiosis I starts with a diploid cell and produces two haploid daughter cells.')
& concept2words_2(X,'meiosis i')
& concept2words_2(X,'meiosis-i')
& concept2words_2(X,'undergo meiosis')
& meiotic_event_1(X)
& cell_division_1(X)
& produce_1(fn_meiosis_i_1(X))
& prophase_i_1(fn_meiosis_i_1(X))
& independent_assortment_1(fn_meiosis_i_2(X))
& decrease_1(fn_meiosis_i_3(X))
& resource_1(fn_meiosis_i_4(X))
& atp_1(fn_meiosis_i_5(X))
& mixture_1(fn_meiosis_i_6(X))
& cytoplasm_1(fn_meiosis_i_6(X))
& spatial_entity_1(fn_meiosis_i_7(X))
& biomembrane_1(fn_meiosis_i_7(X))
& plasma_membrane_1(fn_meiosis_i_7(X))
& ribosome_1(fn_meiosis_i_8(X))
& volume_value_1(fn_meiosis_i_9(X))
& surface_1(fn_meiosis_i_10(X))
& size_value_1(fn_meiosis_i_11(X))
& tangible_entity_1(fn_meiosis_i_12(X))
& phospholipid_bilayer_1(fn_meiosis_i_12(X))
& substance_1(fn_meiosis_i_13(X))
& cytosol_1(fn_meiosis_i_13(X))
& tangible_entity_1(fn_meiosis_i_14(X))
& nucleus_1(fn_meiosis_i_14(X))
& diploid_number_1(fn_meiosis_i_16(X))
& hold_1(fn_meiosis_i_17(X))
& crossing_over_1(fn_meiosis_i_18(X))
& eukaryotic_chromosome_1(fn_meiosis_i_19(X))
& chromosome_1(fn_meiosis_i_19(X))
& eukaryotic_cell_1(fn_meiosis_i_20(X))
& cell_1(fn_meiosis_i_20(X))
& diploid_cell_1(fn_meiosis_i_21(X))
& organism_1(fn_meiosis_i_21(X))
& cytokinesis_1(fn_meiosis_i_22(X))
& prophase_i_1(fn_meiosis_i_23(X))
& eukaryotic_chromosome_1(fn_meiosis_i_24(X))
& chromosome_1(fn_meiosis_i_24(X))
& tangible_entity_1(fn_meiosis_i_25(X))
& nucleus_1(fn_meiosis_i_25(X))
& daughter_cell_1(fn_meiosis_i_26(X))
& parent_cell_1(fn_meiosis_i_27(X))
& hold_1(fn_crossing_over_10(fn_meiosis_i_18(X)))
& property_node_1(fn_diploid_number_1(fn_meiosis_i_16(X)))
& ribosome_1(fn_cell_14(fn_meiosis_i_21(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_meiosis_i_20(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_meiosis_i_20(X)))
& property_node_1(fn_eukaryotic_cell_60(fn_meiosis_i_21(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_meiosis_i_21(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_meiosis_i_21(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_meiosis_i_21(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_meiosis_i_21(X)))
& property_node_1(fn_eukaryotic_cell_28(fn_meiosis_i_21(X)))
& size_value_1(fn_eukaryotic_cell_27(fn_meiosis_i_21(X)))
& volume_value_1(fn_eukaryotic_cell_59(fn_meiosis_i_21(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_meiosis_i_21(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_meiosis_i_21(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_meiosis_i_21(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_meiosis_i_21(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_meiosis_i_21(X)))
& tangible_entity_1(fn_eukaryotic_cell_41(fn_meiosis_i_21(X)))
& phospholipid_bilayer_1(fn_eukaryotic_cell_41(fn_meiosis_i_21(X)))
& surface_1(fn_eukaryotic_cell_44(fn_meiosis_i_21(X)))
& substance_1(fn_cell_29(fn_meiosis_i_21(X)))
& cytosol_1(fn_cell_29(fn_meiosis_i_21(X)))
& substance_1(fn_eukaryotic_cell_42(fn_meiosis_i_21(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_meiosis_i_21(X)))
& tangible_entity_1(fn_impair_1(fn_meiosis_i_22(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_meiosis_i_20(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_meiosis_i_20(X)))
& chromosome_1(fn_cell_25(fn_meiosis_i_20(X)))
& eukaryotic_cell_1(fn_cytokinesis_2(fn_meiosis_i_22(X)))
& meiosis_i_1(fn_prophase_i_6(fn_meiosis_i_23(X)))
& subevent_2(fn_meiosis_i_1(X),fn_meiosis_i_18(X))
& quantity_2(fn_meiosis_i_19(X),fn_meiosis_i_16(X))
& called_2(fn_meiosis_i_19(X),'2n chromosomes')
& subevent_2(X,fn_meiosis_i_3(X))
& subevent_2(X,fn_meiosis_i_17(X))
& causes_2(X,fn_meiosis_i_2(X))
& object_2(fn_meiosis_i_3(X),fn_meiosis_i_19(X))
& object_2(fn_meiosis_i_22(X),fn_meiosis_i_21(X))
& object_2(X,fn_meiosis_i_21(X))
& plays_2(fn_meiosis_i_21(X),fn_meiosis_i_27(X))
& subevent_2(fn_meiosis_i_18(X),fn_meiosis_i_17(X))
& called_2(fn_meiosis_i_16(X),'Diploid')
& result_2(fn_meiosis_i_22(X),fn_meiosis_i_20(X))
& subevent_2(X,fn_meiosis_i_23(X))
& first_subevent_2(X,fn_meiosis_i_23(X))
& has_part_2(fn_meiosis_i_21(X),fn_meiosis_i_8(X))
& is_inside_2(fn_meiosis_i_8(X),fn_meiosis_i_13(X))
& has_part_2(fn_meiosis_i_20(X),fn_meiosis_i_25(X))
& is_inside_2(fn_meiosis_i_24(X),fn_meiosis_i_25(X))
& in_event_2(fn_meiosis_i_27(X),X)
& in_event_2(fn_meiosis_i_26(X),X)
& raw_material_2(X,fn_meiosis_i_5(X))
& plays_2(fn_meiosis_i_5(X),fn_meiosis_i_4(X))
& in_event_2(fn_meiosis_i_4(X),X)
& result_2(X,fn_meiosis_i_20(X))
& plays_2(fn_meiosis_i_20(X),fn_meiosis_i_26(X))
& has_part_2(fn_meiosis_i_21(X),fn_meiosis_i_14(X))
& size_2(fn_meiosis_i_21(X),fn_meiosis_i_11(X))
& has_part_2(fn_meiosis_i_21(X),fn_meiosis_i_7(X))
& has_part_2(fn_meiosis_i_21(X),fn_meiosis_i_6(X))
& has_part_2(fn_meiosis_i_21(X),fn_meiosis_i_19(X))
& is_inside_2(fn_meiosis_i_19(X),fn_meiosis_i_14(X))
& volume_2(fn_meiosis_i_21(X),fn_meiosis_i_9(X))
& directly_proportional_2(fn_meiosis_i_11(X),fn_meiosis_i_9(X))
& has_region_2(fn_meiosis_i_21(X),fn_meiosis_i_10(X))
& is_at_2(fn_meiosis_i_12(X),fn_meiosis_i_10(X))
& has_part_2(fn_meiosis_i_7(X),fn_meiosis_i_12(X))
& is_inside_2(fn_meiosis_i_6(X),fn_meiosis_i_7(X))
& has_part_2(fn_meiosis_i_6(X),fn_meiosis_i_13(X))
& has_part_2(fn_meiosis_i_20(X),fn_meiosis_i_24(X))
& fn_meiosis_i_21(X) = fn_impair_1(fn_meiosis_i_22(X))
& fn_meiosis_i_21(X) = fn_cell_division_3(X)
& fn_meiosis_i_17(X) = fn_crossing_over_10(fn_meiosis_i_18(X))
& fn_meiosis_i_15(X) = fn_diploid_number_1(fn_meiosis_i_16(X))
& fn_meiosis_i_20(X) = fn_cytokinesis_2(fn_meiosis_i_22(X))
& X = fn_prophase_i_6(fn_meiosis_i_23(X))
& fn_meiosis_i_13(X) = fn_cell_29(fn_meiosis_i_21(X))
& fn_meiosis_i_8(X) = fn_cell_14(fn_meiosis_i_21(X))
& fn_meiosis_i_24(X) = fn_eukaryotic_cell_30(fn_meiosis_i_20(X))
& fn_meiosis_i_25(X) = fn_eukaryotic_cell_26(fn_meiosis_i_20(X))
& fn_meiosis_i_27(X) = fn_cell_division_6(X)
& fn_meiosis_i_26(X) = fn_cell_division_5(X)
& fn_meiosis_i_20(X) = fn_cell_division_2(X)
& fn_meiosis_i_4(X) = fn_cell_division_1(X)
& fn_meiosis_i_5(X) = fn_cell_division_4(X)
& fn_meiosis_i_29(X) = fn_eukaryotic_cell_60(fn_meiosis_i_21(X))
& fn_meiosis_i_14(X) = fn_eukaryotic_cell_26(fn_meiosis_i_21(X))
& fn_meiosis_i_19(X) = fn_eukaryotic_cell_30(fn_meiosis_i_21(X))
& fn_meiosis_i_28(X) = fn_eukaryotic_cell_28(fn_meiosis_i_21(X))
& fn_meiosis_i_11(X) = fn_eukaryotic_cell_27(fn_meiosis_i_21(X))
& fn_meiosis_i_9(X) = fn_eukaryotic_cell_59(fn_meiosis_i_21(X))
& fn_meiosis_i_13(X) = fn_eukaryotic_cell_42(fn_meiosis_i_21(X))
& fn_meiosis_i_6(X) = fn_eukaryotic_cell_31(fn_meiosis_i_21(X))
& fn_meiosis_i_7(X) = fn_eukaryotic_cell_29(fn_meiosis_i_21(X))
& fn_meiosis_i_12(X) = fn_eukaryotic_cell_41(fn_meiosis_i_21(X))
& fn_meiosis_i_10(X) = fn_eukaryotic_cell_44(fn_meiosis_i_21(X))
& fn_meiosis_i_24(X) = fn_cell_25(fn_meiosis_i_20(X))
& fn_cell_29(fn_meiosis_i_21(X)) = fn_eukaryotic_cell_42(fn_meiosis_i_21(X))
& fn_eukaryotic_cell_42(fn_meiosis_i_21(X)) = fn_impair_1(fn_meiosis_i_22(X))
& fn_impair_1(fn_meiosis_i_22(X)) = fn_cell_division_3(X)
& fn_cell_division_3(X) = fn_cell_division_3(X)
& fn_cell_division_3(X) = fn_eukaryotic_cell_30(fn_meiosis_i_20(X))
& fn_eukaryotic_cell_30(fn_meiosis_i_20(X)) = fn_cell_25(fn_meiosis_i_20(X))
& fn_cell_25(fn_meiosis_i_20(X)) = fn_cytokinesis_2(fn_meiosis_i_22(X))
& fn_cytokinesis_2(fn_meiosis_i_22(X)) = fn_cell_division_2(X)
& fn_cell_division_2(X) = fn_cell_division_2(X)
& fn_prophase_i_6(fn_meiosis_i_23(X)) = fn_prophase_i_6(fn_meiosis_i_23(X)) ) ) ).
fof(a530866,axiom,
! [X] :
( meiosis_ii_1(X)
=> ( original_name_2(X,'Meiosis-II')
& user_description_2(X,'In organisms that reproduce sexually, the second of two stages of cell division, which separates and segregates the sister chromatids, producing four haploid daughter cells.')
& concept2words_2(X,'meiosis ii')
& concept2words_2(X,'undergo meiosis')
& concept2words_2(X,'meiosis-ii')
& cell_division_1(X)
& meiotic_event_1(X)
& gamete_1(fn_meiosis_ii_1(X))
& independent_assortment_1(fn_meiosis_ii_2(X))
& haploid_cell_1(fn_meiosis_ii_3(X))
& cell_1(fn_meiosis_ii_4(X))
& cell_1(fn_meiosis_ii_5(X))
& cell_1(fn_meiosis_ii_6(X))
& eukaryotic_cell_1(fn_meiosis_ii_7(X))
& daughter_cell_1(fn_meiosis_ii_8(X))
& prophase_ii_1(fn_meiosis_ii_9(X))
& metaphase_ii_1(fn_meiosis_ii_10(X))
& telophase_ii_1(fn_meiosis_ii_11(X))
& cytokinesis_1(fn_meiosis_ii_12(X))
& eukaryotic_cell_1(fn_meiosis_ii_13(X))
& mixture_1(fn_meiosis_ii_14(X))
& cytoplasm_1(fn_meiosis_ii_14(X))
& ribosome_1(fn_meiosis_ii_15(X))
& sister_chromatid_1(fn_meiosis_ii_16(X))
& divide_1(fn_meiosis_ii_17(X))
& cell_1(fn_meiosis_ii_18(X))
& eukaryotic_cell_1(fn_meiosis_ii_18(X))
& anaphase_ii_1(fn_meiosis_ii_19(X))
& substance_1(fn_meiosis_ii_20(X))
& cytosol_1(fn_meiosis_ii_20(X))
& tangible_entity_1(fn_meiosis_ii_21(X))
& phospholipid_bilayer_1(fn_meiosis_ii_21(X))
& size_value_1(fn_meiosis_ii_22(X))
& surface_1(fn_meiosis_ii_23(X))
& volume_value_1(fn_meiosis_ii_24(X))
& plasma_membrane_1(fn_meiosis_ii_25(X))
& daughter_cell_1(fn_meiosis_ii_26(X))
& parent_cell_1(fn_meiosis_ii_27(X))
& tangible_entity_1(fn_impair_1(fn_meiosis_ii_17(X)))
& cell_1(fn_meiotic_event_1(fn_meiosis_ii_11(X)))
& cell_1(fn_meiotic_event_1(fn_meiosis_ii_10(X)))
& cell_1(fn_meiotic_event_1(fn_meiosis_ii_19(X)))
& daughter_cell_1(fn_cytokinesis_1(fn_meiosis_ii_12(X)))
& eukaryotic_cell_1(fn_cytokinesis_3(fn_meiosis_ii_12(X)))
& substance_1(fn_cell_29(fn_meiosis_ii_13(X)))
& cytosol_1(fn_cell_29(fn_meiosis_ii_13(X)))
& ribosome_1(fn_cell_14(fn_meiosis_ii_13(X)))
& property_node_1(fn_cell_23(fn_meiosis_ii_13(X)))
& tangible_entity_1(fn_cell_26(fn_meiosis_ii_13(X)))
& phospholipid_bilayer_1(fn_cell_26(fn_meiosis_ii_13(X)))
& surface_1(fn_cell_4(fn_meiosis_ii_13(X)))
& property_node_1(fn_cell_10(fn_meiosis_ii_13(X)))
& size_value_1(fn_cell_11(fn_meiosis_ii_13(X)))
& plasma_membrane_1(fn_cell_30(fn_meiosis_ii_13(X)))
& volume_value_1(fn_cell_22(fn_meiosis_ii_13(X)))
& mixture_1(fn_cell_28(fn_meiosis_ii_13(X)))
& cytoplasm_1(fn_cell_28(fn_meiosis_ii_13(X)))
& eukaryotic_cell_1(fn_cytokinesis_2(fn_meiosis_ii_12(X)))
& cell_1(fn_meiotic_event_1(fn_meiosis_ii_9(X)))
& has_state_2(fn_meiosis_ii_4(X),fn_meiosis_ii_5(X))
& has_state_2(fn_meiosis_ii_5(X),fn_meiosis_ii_6(X))
& has_state_2(fn_meiosis_ii_6(X),fn_meiosis_ii_7(X))
& next_event_2(fn_meiosis_ii_9(X),fn_meiosis_ii_10(X))
& next_event_2(fn_meiosis_ii_10(X),fn_meiosis_ii_19(X))
& next_event_2(fn_meiosis_ii_11(X),fn_meiosis_ii_12(X))
& has_state_2(fn_meiosis_ii_13(X),fn_meiosis_ii_4(X))
& fn_meiosis_ii_13(X) != fn_meiosis_ii_18(X)
& result_2(fn_meiosis_ii_17(X),fn_meiosis_ii_1(X))
& exactCardinality(fn_meiosis_ii_17(X),result_0,"4",gamete_0)
& by_means_of_2(fn_meiosis_ii_17(X),fn_meiosis_ii_2(X))
& exactCardinality(X,result_0,"2",haploid_cell_0)
& exactCardinality(X,result_0,"2",daughter_cell_0)
& subevent_2(X,fn_meiosis_ii_9(X))
& subevent_2(X,fn_meiosis_ii_10(X))
& subevent_2(X,fn_meiosis_ii_19(X))
& subevent_2(X,fn_meiosis_ii_11(X))
& subevent_2(X,fn_meiosis_ii_12(X))
& first_subevent_2(X,fn_meiosis_ii_9(X))
& same_type_2(fn_meiosis_ii_3(X),fn_meiosis_ii_18(X))
& fn_meiosis_ii_18(X) != fn_meiosis_ii_13(X)
& same_type_2(fn_meiosis_ii_18(X),fn_meiosis_ii_3(X))
& next_event_2(fn_meiosis_ii_19(X),fn_meiosis_ii_11(X))
& subevent_2(fn_meiosis_ii_19(X),fn_meiosis_ii_17(X))
& object_2(fn_meiosis_ii_17(X),fn_meiosis_ii_16(X))
& base_2(X,fn_meiosis_ii_13(X))
& base_2(fn_meiosis_ii_9(X),fn_meiosis_ii_13(X))
& base_2(fn_meiosis_ii_11(X),fn_meiosis_ii_6(X))
& base_2(fn_meiosis_ii_10(X),fn_meiosis_ii_4(X))
& base_2(fn_meiosis_ii_19(X),fn_meiosis_ii_5(X))
& in_event_2(fn_meiosis_ii_26(X),X)
& object_2(X,fn_meiosis_ii_13(X))
& plays_2(fn_meiosis_ii_13(X),fn_meiosis_ii_27(X))
& in_event_2(fn_meiosis_ii_27(X),X)
& result_2(X,fn_meiosis_ii_18(X))
& plays_2(fn_meiosis_ii_18(X),fn_meiosis_ii_26(X))
& base_2(fn_meiosis_ii_12(X),fn_meiosis_ii_7(X))
& result_2(fn_meiosis_ii_12(X),fn_meiosis_ii_18(X))
& plays_2(fn_meiosis_ii_18(X),fn_meiosis_ii_8(X))
& in_event_2(fn_meiosis_ii_8(X),fn_meiosis_ii_12(X))
& fn_meiosis_ii_7(X) != fn_meiosis_ii_18(X)
& fn_meiosis_ii_18(X) != fn_meiosis_ii_7(X)
& has_part_2(fn_meiosis_ii_25(X),fn_meiosis_ii_21(X))
& is_inside_2(fn_meiosis_ii_14(X),fn_meiosis_ii_25(X))
& has_part_2(fn_meiosis_ii_14(X),fn_meiosis_ii_20(X))
& is_inside_2(fn_meiosis_ii_15(X),fn_meiosis_ii_20(X))
& has_part_2(fn_meiosis_ii_13(X),fn_meiosis_ii_15(X))
& directly_proportional_2(fn_meiosis_ii_22(X),fn_meiosis_ii_24(X))
& size_2(fn_meiosis_ii_13(X),fn_meiosis_ii_22(X))
& is_at_2(fn_meiosis_ii_21(X),fn_meiosis_ii_23(X))
& has_region_2(fn_meiosis_ii_13(X),fn_meiosis_ii_23(X))
& has_part_2(fn_meiosis_ii_13(X),fn_meiosis_ii_25(X))
& volume_2(fn_meiosis_ii_13(X),fn_meiosis_ii_24(X))
& has_part_2(fn_meiosis_ii_13(X),fn_meiosis_ii_14(X))
& fn_meiosis_ii_16(X) = fn_impair_1(fn_meiosis_ii_17(X))
& fn_meiosis_ii_13(X) = fn_meiotic_event_1(X)
& fn_meiosis_ii_13(X) = fn_meiotic_event_1(fn_meiosis_ii_9(X))
& fn_meiosis_ii_6(X) = fn_meiotic_event_1(fn_meiosis_ii_11(X))
& fn_meiosis_ii_4(X) = fn_meiotic_event_1(fn_meiosis_ii_10(X))
& fn_meiosis_ii_5(X) = fn_meiotic_event_1(fn_meiosis_ii_19(X))
& fn_meiosis_ii_26(X) = fn_cell_division_5(X)
& fn_meiosis_ii_18(X) = fn_cell_division_2(X)
& fn_meiosis_ii_27(X) = fn_cell_division_6(X)
& fn_meiosis_ii_13(X) = fn_cell_division_3(X)
& fn_meiosis_ii_8(X) = fn_cytokinesis_1(fn_meiosis_ii_12(X))
& fn_meiosis_ii_7(X) = fn_cytokinesis_3(fn_meiosis_ii_12(X))
& fn_meiosis_ii_18(X) = fn_cytokinesis_2(fn_meiosis_ii_12(X))
& fn_meiosis_ii_20(X) = fn_cell_29(fn_meiosis_ii_13(X))
& fn_meiosis_ii_15(X) = fn_cell_14(fn_meiosis_ii_13(X))
& fn_meiosis_ii_29(X) = fn_cell_23(fn_meiosis_ii_13(X))
& fn_meiosis_ii_21(X) = fn_cell_26(fn_meiosis_ii_13(X))
& fn_meiosis_ii_23(X) = fn_cell_4(fn_meiosis_ii_13(X))
& fn_meiosis_ii_28(X) = fn_cell_10(fn_meiosis_ii_13(X))
& fn_meiosis_ii_22(X) = fn_cell_11(fn_meiosis_ii_13(X))
& fn_meiosis_ii_25(X) = fn_cell_30(fn_meiosis_ii_13(X))
& fn_meiosis_ii_24(X) = fn_cell_22(fn_meiosis_ii_13(X))
& fn_meiosis_ii_14(X) = fn_cell_28(fn_meiosis_ii_13(X))
& fn_cell_division_2(X) = fn_cell_division_2(X)
& fn_cell_division_2(X) = fn_cytokinesis_2(fn_meiosis_ii_12(X))
& fn_cytokinesis_2(fn_meiosis_ii_12(X)) = fn_cytokinesis_2(fn_meiosis_ii_12(X))
& fn_cytokinesis_2(fn_meiosis_ii_12(X)) = fn_meiotic_event_1(X)
& fn_meiotic_event_1(X) = fn_meiotic_event_1(fn_meiosis_ii_9(X))
& fn_meiotic_event_1(fn_meiosis_ii_9(X)) = fn_cell_division_3(X)
& fn_cell_division_3(X) = fn_cell_division_3(X) ) ) ).
fof(a530867,axiom,
! [X] :
( meiosis_in_female_1(X)
=> ( original_name_2(X,'Meiosis-in-Female')
& user_description_2(X,'A modified type of cell division in sexually reproducing organisms consisting of two rounds of cell division but only one round of DNA replication. It results in one egg cells with half the number of chromosome sets as the original cell and three polar bodies.')
& concept2words_2(X,'undergo meiosis')
& concept2words_2(X,'meiosis in female')
& concept2words_2(X,'meiosis-in-female')
& meiosis_1(X)
& egg_1(fn_meiosis_in_female_1(X))
& polar_body_1(fn_meiosis_in_female_2(X))
& exactCardinality(X,result_0,"3",polar_body_0)
& exactCardinality(X,result_0,"1",egg_cell_0)
& result_2(X,fn_meiosis_in_female_1(X))
& result_2(X,fn_meiosis_in_female_2(X))
& fn_meiosis_in_female_2(X) = fn_cell_division_2(X) ) ) ).
fof(a530868,axiom,
! [X] :
( meiosis_in_male_1(X)
=> ( original_name_2(X,'Meiosis-in-Male')
& user_description_2(X,'A modified type of cell division in sexually reproducing organisms consisting of two rounds of cell division but only one round of DNA replication. It results in four sperm cells with half the number of chromosome sets as the original cell.')
& concept2words_2(X,'undergo meiosis')
& concept2words_2(X,'meiosis in male')
& concept2words_2(X,'meiosis-in-male')
& meiosis_1(X)
& sperm_cell_1(fn_meiosis_in_male_1(X))
& exactCardinality(X,result_0,"4",gamete_0)
& exactCardinality(X,result_0,"4",sperm_cell_0)
& result_2(X,fn_meiosis_in_male_1(X))
& fn_meiosis_in_male_1(X) = fn_meiosis_18(X) ) ) ).
fof(a530869,axiom,
! [X,X1] :
( ( subevent_2(X,X1)
& eukaryotic_cell_cycle_1(X)
& meiosis_1(X1) )
=> ( meiotic_cell_cycle_1(X)
& fn_meiotic_cell_cycle_3(X) = X1 ) ) ).
fof(a530870,axiom,
! [X] :
( meiotic_cell_cycle_1(X)
=> ( original_name_2(X,'Meiotic-cell-cycle')
& user_description_2(X,'Meiotic cell cycle is the cell cycle followed by gonadic cells. It results in daughter cells identical in genetic composition to the parent cells')
& concept2words_2(X,'meiotic cell cycle')
& concept2words_2(X,'meiotic cycle')
& concept2words_2(X,'meiotic-cycle')
& concept2words_2(X,'undergo the meiotic cell cycle')
& concept2words_2(X,'meiotic-cell-cycle')
& eukaryotic_cell_cycle_1(X)
& ~ gametogenesis_1(X)
& cytokinesis_1(fn_meiotic_cell_cycle_1(X))
& meiosis_1(fn_meiotic_cell_cycle_3(X))
& next_event_2(fn_meiotic_cell_cycle_3(X),fn_meiotic_cell_cycle_1(X))
& subevent_2(X,fn_meiotic_cell_cycle_1(X))
& subevent_2(X,fn_meiotic_cell_cycle_3(X))
& fn_meiotic_cell_cycle_3(X) = fn_cell_cycle_6(X) ) ) ).
fof(a530871,axiom,
! [X] :
( meiotic_event_1(X)
=> ( original_name_2(X,'Meiotic-Event')
& user_description_2(X,'Events of cellular division which include Meiosis I and Meiosis II')
& concept2words_2(X,'phases of meiosis')
& concept2words_2(X,'phases-of-meiosis')
& concept2words_2(X,'meiotic event')
& concept2words_2(X,'meiotic-event')
& cellular_process_1(X)
& cell_1(fn_meiotic_event_1(X))
& base_2(X,fn_meiotic_event_1(X)) ) ) ).
fof(a530872,axiom,
! [X] :
( meitnerium_1(X)
=> ( original_name_2(X,'Meitnerium')
& user_description_2(X,'Meitnerium is a metal atom with atomic number 109. It is represented by the symbol Mt.')
& concept2words_2(X,meitnerium)
& concept2words_2(X,'Mt')
& metal_atom_1(X)
& atomic_mass_value_1(fn_meitnerium_1(X))
& neutron_1(fn_meitnerium_2(X))
& atomic_weight_value_1(fn_meitnerium_6(X))
& atomic_number_value_1(fn_meitnerium_7(X))
& mass_number_2(X,fn_meitnerium_1(X))
& exactCardinality(X,has_part_0,"159",neutron_0)
& exactCardinality(X,has_part_0,"109",proton_0)
& exactCardinality(X,has_part_0,"109",electron_0)
& has_part_2(X,fn_meitnerium_2(X))
& the_cardinal_value_2(fn_meitnerium_1(X),"268")
& cardinal_unit_class_2(fn_meitnerium_1(X),unity_0)
& the_cardinal_value_2(fn_meitnerium_7(X),"109")
& cardinal_unit_class_2(fn_meitnerium_7(X),unity_0)
& the_cardinal_value_2(fn_meitnerium_6(X),"268")
& cardinal_unit_class_2(fn_meitnerium_6(X),dalton_0)
& atomic_number_2(X,fn_meitnerium_7(X))
& atomic_weight_2(X,fn_meitnerium_6(X))
& fn_meitnerium_4(X) = fn_atom_12(X)
& fn_meitnerium_7(X) = fn_atom_17(X)
& fn_meitnerium_5(X) = fn_atom_13(X)
& fn_meitnerium_6(X) = fn_atom_16(X) ) ) ).
fof(a530873,axiom,
! [X] :
( melanocyte_stimulating_hormone_1(X)
=> ( original_name_2(X,'Melanocyte-Stimulating-Hormone')
& user_description_2(X,'A pituitary hormone that stimulates the production and release of the pigment melanin by melanocytes in hair and skin.')
& concept2words_2(X,msh)
& concept2words_2(X,intermedins)
& concept2words_2(X,'melanocyte stimulating hormone')
& concept2words_2(X,'melanocyte-stimulating-hormone')
& pituitary_peptide_hormone_1(X)
& ~ adrenocorticotropic_hormone_1(X)
& ~ anp_1(X)
& ~ antidiuretic_hormone_1(X)
& ~ calcitonin_1(X)
& ~ cholecystokinin_1(X)
& ~ gastrin_1(X)
& ~ glucagon_1(X)
& ~ gonadotropin_releasing_hormone_1(X)
& ~ oxytocin_1(X)
& ~ parathyroid_hormone_1(X)
& ~ secretin_1(X)
& disulfide_bond_1(fn_melanocyte_stimulating_hormone_1(X))
& protein_1(fn_disulfide_bond_3(fn_melanocyte_stimulating_hormone_1(X)))
& possesses_2(X,fn_melanocyte_stimulating_hormone_1(X))
& X = fn_disulfide_bond_3(fn_melanocyte_stimulating_hormone_1(X)) ) ) ).
fof(a530874,axiom,
! [X] :
( melatonin_1(X)
=> ( original_name_2(X,'Melatonin')
& user_description_2(X,'A naturally occuring hormone found in animals and plants. In animals, melatonin is secreted by the pineal gland and regulates circadian rhythms.')
& concept2words_2(X,melatonin)
& amino_acid_hormone_1(X)
& ~ catecholamine_1(X)
& ~ dopamine_1(X)
& ~ epinephrine_1(X)
& ~ norepinephrine_1(X)
& ~ t3_1(X)
& ~ t4_1(X) ) ) ).
fof(a530875,axiom,
! [X,X1,X2] :
( ( result_2(X,X1)
& object_2(X,X2)
& liquid_substance_1(X1)
& change_of_state_1(X)
& solid_substance_1(X2) )
=> ( melting_1(X)
& fn_melting_3(X) = X2
& fn_melting_2(X) = X1 ) ) ).
fof(a530876,axiom,
! [X] :
( melting_1(X)
=> ( original_name_2(X,'Melting')
& user_description_2(X,'Applying heat to change a substance from a solid state to a liquid state.')
& concept2words_2(X,melt)
& concept2words_2(X,melting)
& change_of_state_1(X)
& ~ alteration_of_mrna_ends_1(X)
& ~ coil_1(X)
& ~ conformational_change_1(X)
& ~ conversion_to_isomer_1(X)
& ~ detoxification_1(X)
& ~ evaporation_1(X)
& ~ fold_1(X)
& ~ freezing_1(X)
& ~ gene_therapy_1(X)
& ~ metamorphosis_1(X)
& ~ mutation_1(X)
& ~ post_translational_modification_1(X)
& ~ refract_1(X)
& ~ temperature_fluctuation_1(X)
& ~ transformation_1(X)
& ~ twist_1(X)
& liquid_substance_1(fn_melting_2(X))
& solid_substance_1(fn_melting_3(X))
& result_2(X,fn_melting_2(X))
& object_2(X,fn_melting_3(X)) ) ) ).
fof(a530877,axiom,
! [X] :
( membrane_1(X)
=> ( original_name_2(X,'Membrane')
& description_2(X,'A thin, soft, pliable sheet or layer made of organic substance.')
& user_description_2(X,'A membrane is a layer of material which serves as a selective barrier between two phases and remains impermeable to specific particles, molecules, or substances .It acts as a pliable sheet of tissue that covers or lines or connects organs or cells of animals.')
& concept2words_2(X,membrane)
& semipermeable_entity_1(X)
& barrier_1(fn_membrane_1(X))
& block_1(fn_membrane_2(X))
& move_through_1(fn_membrane_3(X))
& tangible_entity_1(fn_membrane_4(X))
& spatial_entity_1(fn_membrane_5(X))
& tangible_entity_1(fn_membrane_5(X))
& spatial_entity_1(fn_move_1(fn_membrane_3(X)))
& tangible_entity_1(fn_barrier_1(fn_membrane_1(X)))
& spatial_entity_1(fn_block_1(fn_membrane_2(X)))
& is_permeable_to_2(X,fn_membrane_4(X))
& has_function_2(X,fn_membrane_3(X))
& fn_membrane_5(X) != fn_membrane_4(X)
& fn_membrane_4(X) != fn_membrane_5(X)
& base_2(fn_membrane_3(X),X)
& in_event_2(fn_membrane_1(X),fn_membrane_2(X))
& object_2(fn_membrane_3(X),fn_membrane_4(X))
& object_2(fn_membrane_2(X),fn_membrane_5(X))
& is_impermeable_to_2(X,fn_membrane_5(X))
& plays_2(X,fn_membrane_1(X))
& fn_membrane_4(X) = fn_move_1(fn_membrane_3(X))
& fn_membrane_5(X) = fn_block_1(fn_membrane_2(X))
& fn_membrane_5(X) = fn_semipermeable_entity_2(X)
& X = fn_barrier_1(fn_membrane_1(X))
& fn_block_1(fn_membrane_2(X)) = fn_semipermeable_entity_2(X) ) ) ).
fof(a530878,axiom,
! [X] :
( membrane_attack_complex_1(X)
=> ( original_name_2(X,'Membrane-Attack-Complex')
& user_description_2(X,'A group of complement proteins that forms a pore in the bacterial membrane, causing it to swell and lyse.')
& concept2words_2(X,'membrane attack complex')
& concept2words_2(X,'membrane-attack-complex')
& protein_complex_1(X)
& ~ anaphase_promoting_complex_1(X)
& ~ capsomere_1(X)
& ~ complement_system_1(X)
& ~ light_harvesting_complex_1(X)
& ~ myofibril_1(X)
& ~ proteasome_1(X)
& ~ protein_core_1(X)
& ~ reaction_center_complex_1(X)
& ~ rosette_cellulose_synthesizing_complex_1(X)
& ~ thick_filament_1(X)
& ~ thin_filament_1(X)
& ~ troponin_complex_1(X) ) ) ).
fof(a530879,axiom,
! [X] :
( membrane_bound_enzyme_1(X)
=> ( original_name_2(X,'Membrane-Bound-Enzyme')
& user_description_2(X,'A protein built into the membrane may be an enzyme with its active site exposed to substances in the adjacent solution.')
& concept2words_2(X,'membrane enclosed enzyme')
& concept2words_2(X,'membrane-enclosed-enzyme')
& concept2words_2(X,'membrane bound enzyme')
& concept2words_2(X,'membrane-bound enzyme')
& concept2words_2(X,'membrane-bound-enzyme')
& protein_enzyme_1(X)
& membrane_protein_1(X)
& tangible_entity_1(fn_membrane_bound_enzyme_1(X))
& entity_1(fn_membrane_bound_enzyme_2(X))
& active_site_1(fn_membrane_bound_enzyme_2(X))
& expose_1(fn_membrane_bound_enzyme_3(X))
& entity_1(fn_make_accessible_1(fn_membrane_bound_enzyme_3(X)))
& toward_2(fn_membrane_bound_enzyme_3(X),fn_membrane_bound_enzyme_1(X))
& object_2(fn_membrane_bound_enzyme_3(X),fn_membrane_bound_enzyme_2(X))
& has_region_2(X,fn_membrane_bound_enzyme_2(X))
& fn_membrane_bound_enzyme_2(X) = fn_make_accessible_1(fn_membrane_bound_enzyme_3(X))
& fn_membrane_bound_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_make_accessible_1(fn_membrane_bound_enzyme_3(X)) = fn_protein_enzyme_10(X) ) ) ).
fof(a530880,axiom,
! [X,X1] :
( ( is_at_2(X,X1)
& carbohydrate_side_chain_1(X)
& biomembrane_1(X1) )
=> ( membrane_carbohydrate_1(X)
& fn_membrane_carbohydrate_3(X) = X1 ) ) ).
fof(a530881,axiom,
! [X] :
( membrane_carbohydrate_1(X)
=> ( original_name_2(X,'Membrane-carbohydrate')
& user_description_2(X,'Carbohydrates found within and on plasma membranes')
& concept2words_2(X,'carbohydrate of membrane')
& concept2words_2(X,'membrane carbohydrate')
& concept2words_2(X,'membrane-carbohydrate')
& carbohydrate_side_chain_1(X)
& length_value_1(fn_membrane_carbohydrate_1(X))
& biomembrane_1(fn_membrane_carbohydrate_3(X))
& length_2(X,fn_membrane_carbohydrate_1(X))
& is_at_2(X,fn_membrane_carbohydrate_3(X)) ) ) ).
fof(a530882,axiom,
! [X] :
( membrane_enclosure_1(X)
=> ( original_name_2(X,'Membrane-Enclosure')
& description_2(X,'A membrane that serves as an enclosure or container')
& user_description_2(X,'A type of enclosure made of membrane')
& concept2words_2(X,'enclosure of membrane')
& concept2words_2(X,'membrane enclosure')
& concept2words_2(X,'membrane-enclosure')
& organic_structure_1(X)
& biomembrane_1(fn_membrane_enclosure_1(X))
& physical_object_1(fn_membrane_enclosure_2(X))
& living_entity_1(fn_membrane_enclosure_3(X))
& is_inside_2(fn_membrane_enclosure_2(X),X)
& has_part_2(fn_membrane_enclosure_3(X),X)
& has_part_2(X,fn_membrane_enclosure_1(X)) ) ) ).
fof(a530883,axiom,
! [X] :
( membrane_potential_1(X)
=> ( original_name_2(X,'Membrane-Potential')
& user_description_2(X,'The difference in voltage across a membrane due to the unequal distribution of ions across the membrane.')
& concept2words_2(X,'potential of membrane')
& concept2words_2(X,'membrane potential')
& concept2words_2(X,'membrane-potential')
& voltage_1(X)
& cellular_work_1(fn_membrane_potential_1(X))
& biomembrane_1(fn_membrane_potential_2(X))
& aqueous_solution_1(fn_membrane_potential_3(X))
& aqueous_solution_1(fn_membrane_potential_4(X))
& aqueous_solution_1(fn_biomembrane_14(fn_membrane_potential_2(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_membrane_potential_2(X)))
& membrane_potential_1(fn_biomembrane_8(fn_membrane_potential_2(X)))
& fn_membrane_potential_4(X) != fn_membrane_potential_3(X)
& fn_membrane_potential_3(X) != fn_membrane_potential_4(X)
& instrument_2(fn_membrane_potential_1(X),X)
& purpose_2(X,fn_membrane_potential_1(X))
& is_between_2(fn_membrane_potential_2(X),fn_membrane_potential_3(X))
& is_between_2(fn_membrane_potential_2(X),fn_membrane_potential_4(X))
& possesses_2(fn_membrane_potential_2(X),X)
& fn_membrane_potential_3(X) = fn_biomembrane_14(fn_membrane_potential_2(X))
& fn_membrane_potential_4(X) = fn_biomembrane_15(fn_membrane_potential_2(X))
& X = fn_biomembrane_8(fn_membrane_potential_2(X)) ) ) ).
fof(a530884,axiom,
! [X] :
( membrane_protein_1(X)
=> ( original_name_2(X,'Membrane-Protein')
& user_description_2(X,'A protein attached to or embedded within a cell membrane.')
& concept2words_2(X,'protein of membrane')
& concept2words_2(X,'membrane protein')
& concept2words_2(X,'membrane-protein')
& protein_1(X)
& biomembrane_1(fn_membrane_protein_1(X))
& phospholipid_bilayer_1(fn_membrane_protein_2(X))
& solubility_value_1(fn_membrane_protein_4(X))
& property_node_1(fn_solubility_value_1(fn_membrane_protein_4(X)))
& solubility_in_water_2(X,fn_membrane_protein_4(X))
& the_scalar_value_2(fn_membrane_protein_4(X),insoluble_0)
& scalar_unit_class_2(fn_membrane_protein_4(X),protein_0)
& has_part_2(fn_membrane_protein_1(X),fn_membrane_protein_2(X))
& has_part_2(fn_membrane_protein_1(X),X)
& fn_membrane_protein_3(X) = fn_solubility_value_1(fn_membrane_protein_4(X)) ) ) ).
fof(a530885,axiom,
! [X] :
( memory_1(X)
=> ( original_name_2(X,'Memory')
& user_description_2(X,'The ability to store and later recover information about previous experiences or events.')
& concept2words_2(X,memorize)
& concept2words_2(X,memory)
& state_1(X) ) ) ).
fof(a530886,axiom,
! [X] :
( memory_cell_1(X)
=> ( original_name_2(X,'Memory-Cell')
& user_description_2(X,'One of a clone of long-lived T or B cells that is formed during a primary immune response. Upon subsequent exposure to the same antigen, memory cells are reactivated and begin to mount the second immune response.')
& concept2words_2(X,'cell of memory')
& concept2words_2(X,'memory cell')
& concept2words_2(X,'memory-cell')
& b_cell_1(X)
& t_cells_1(X)
& ~ plasma_cell_1(X)
& ~ cytotoxic_t_1(X)
& ~ helper_t_1(X) ) ) ).
fof(a530887,axiom,
! [X] :
( mendel_1(X)
=> ( original_name_2(X,'Mendel')
& user_description_2(X,'Mendel brought an experimental and quantitative approach to genetics. Mendel discovered the basic principles of heridity by breeding garden peas in carefully planned experiments.')
& concept2words_2(X,'gregor mendel')
& concept2words_2(X,'gregor-mendel')
& concept2words_2(X,mendel)
& geneticist_1(X)
& ~ sturtevant_1(X)
& p_generation_1(fn_mendel_1(X))
& f1_generation_1(fn_mendel_2(X))
& pea_1(fn_mendel_3(X))
& create_1(fn_mendel_4(X))
& mendelian_law_1(fn_mendel_5(X))
& analysis_1(fn_mendel_6(X))
& f2_generation_1(fn_mendel_7(X))
& mendel_pollination_1(fn_mendel_8(X))
& study_1(fn_mendel_9(X))
& entity_1(fn_transfer_1(fn_mendel_8(X)))
& entity_1(fn_analysis_1(fn_mendel_6(X)))
& instrument_2(fn_mendel_9(X),fn_mendel_3(X))
& object_2(fn_mendel_9(X),fn_mendel_2(X))
& object_2(fn_mendel_9(X),fn_mendel_1(X))
& object_2(fn_mendel_8(X),fn_mendel_2(X))
& object_2(fn_mendel_8(X),fn_mendel_1(X))
& agent_2(fn_mendel_8(X),X)
& object_2(fn_mendel_4(X),fn_mendel_5(X))
& agent_2(fn_mendel_4(X),X)
& result_2(fn_mendel_6(X),fn_mendel_5(X))
& agent_2(fn_mendel_6(X),X)
& object_2(fn_mendel_8(X),fn_mendel_7(X))
& object_2(fn_mendel_6(X),fn_mendel_7(X))
& agent_2(fn_mendel_9(X),X)
& object_2(fn_mendel_9(X),fn_mendel_7(X))
& fn_mendel_7(X) = fn_transfer_1(fn_mendel_8(X))
& fn_mendel_7(X) = fn_analysis_1(fn_mendel_6(X))
& fn_mendel_7(X) = fn_scientist_1(X)
& fn_mendel_9(X) = fn_scientist_2(X)
& fn_transfer_1(fn_mendel_8(X)) = fn_analysis_1(fn_mendel_6(X))
& fn_analysis_1(fn_mendel_6(X)) = fn_analysis_1(fn_mendel_6(X))
& fn_analysis_1(fn_mendel_6(X)) = fn_scientist_1(X) ) ) ).
fof(a530888,axiom,
! [X] :
( mendel_pollination_1(X)
=> ( original_name_2(X,'Mendel-Pollination')
& user_description_2(X,'Mendel used a paintbrush to transfer sperm-bearing pollen from one plant to the egg-bearing carpel of another plant.')
& concept2words_2(X,'pollination of mendel')
& concept2words_2(X,'mendel pollination')
& concept2words_2(X,'mendel-pollination')
& pollination_1(X)
& ~ self_pollination_1(X)
& self_pollination_1(fn_mendel_pollination_1(X))
& event_1(fn_mendel_pollination_2(X))
& paintbrush_1(fn_mendel_pollination_3(X))
& stamen_1(fn_mendel_pollination_4(X))
& remove_1(fn_mendel_pollination_5(X))
& mendel_1(fn_mendel_pollination_6(X))
& spatial_entity_1(fn_remove_1(fn_mendel_pollination_5(X)))
& mendel_pollination_1(fn_mendel_8(fn_mendel_pollination_6(X)))
& instrument_2(fn_mendel_pollination_2(X),fn_mendel_pollination_3(X))
& next_event_2(fn_mendel_pollination_5(X),fn_mendel_pollination_2(X))
& prevents_2(fn_mendel_pollination_5(X),fn_mendel_pollination_1(X))
& instrument_2(X,fn_mendel_pollination_3(X))
& first_subevent_2(X,fn_mendel_pollination_5(X))
& subevent_2(X,fn_mendel_pollination_5(X))
& object_2(fn_mendel_pollination_5(X),fn_mendel_pollination_4(X))
& agent_2(X,fn_mendel_pollination_6(X))
& fn_mendel_pollination_4(X) = fn_remove_1(fn_mendel_pollination_5(X))
& X = fn_mendel_8(fn_mendel_pollination_6(X)) ) ) ).
fof(a530889,axiom,
! [X] :
( mendelevium_1(X)
=> ( original_name_2(X,'Mendelevium')
& user_description_2(X,'Mendelevium is a metal atom with atomic number 101. It is represented by the symbol Md.')
& concept2words_2(X,mendelevium)
& concept2words_2(X,md)
& metal_atom_1(X)
& neutron_1(fn_mendelevium_3(X))
& atomic_mass_value_1(fn_mendelevium_4(X))
& electronegativity_value_1(fn_mendelevium_5(X))
& valence_electron_1(fn_mendelevium_9(X))
& atomic_weight_value_1(fn_mendelevium_10(X))
& atomic_number_value_1(fn_mendelevium_11(X))
& quantity_value_1(fn_mendelevium_12(X))
& electronegativity_2(X,fn_mendelevium_5(X))
& mass_number_2(X,fn_mendelevium_4(X))
& exactCardinality(X,has_part_0,"157",neutron_0)
& exactCardinality(X,has_part_0,"101",proton_0)
& exactCardinality(X,has_part_0,"101",electron_0)
& has_part_2(X,fn_mendelevium_3(X))
& the_cardinal_value_2(fn_mendelevium_12(X),"15")
& cardinal_unit_class_2(fn_mendelevium_12(X),unity_0)
& the_cardinal_value_2(fn_mendelevium_5(X),"1.3")
& cardinal_unit_class_2(fn_mendelevium_5(X),unity_0)
& the_cardinal_value_2(fn_mendelevium_4(X),"258")
& cardinal_unit_class_2(fn_mendelevium_4(X),unity_0)
& the_cardinal_value_2(fn_mendelevium_11(X),"101")
& cardinal_unit_class_2(fn_mendelevium_11(X),unity_0)
& the_cardinal_value_2(fn_mendelevium_10(X),"258")
& cardinal_unit_class_2(fn_mendelevium_10(X),dalton_0)
& atomic_number_2(X,fn_mendelevium_11(X))
& atomic_weight_2(X,fn_mendelevium_10(X))
& has_part_2(X,fn_mendelevium_9(X))
& quantity_2(fn_mendelevium_9(X),fn_mendelevium_12(X))
& fn_mendelevium_7(X) = fn_atom_12(X)
& fn_mendelevium_11(X) = fn_atom_17(X)
& fn_mendelevium_8(X) = fn_atom_13(X)
& fn_mendelevium_10(X) = fn_atom_16(X)
& fn_mendelevium_6(X) = fn_atom_1(X)
& fn_mendelevium_12(X) = fn_atom_5(X)
& fn_mendelevium_9(X) = fn_atom_14(X) ) ) ).
fof(a530890,axiom,
! [X] :
( mendelian_genetics_1(X)
=> ( original_name_2(X,'Mendelian-Genetics')
& user_description_2(X,'The study of how heritable traits are passed from parents to offspring.')
& concept2words_2(X,'mendelian genetics')
& concept2words_2(X,'mendelian-genetic')
& genetics_1(X)
& ~ developmental_genetics_1(X)
& ~ molecular_genetics_1(X)
& ~ non_mendelian_genetics_1(X) ) ) ).
fof(a530891,axiom,
! [X] :
( mendelian_law_1(X)
=> ( original_name_2(X,'Mendelian-Law')
& user_description_2(X,'The laws of Allele Segregation and Independent Assortment which describe the behavior of Mendelian Inheritance.')
& concept2words_2(X,'mendel law')
& concept2words_2(X,'mendel-law')
& concept2words_2(X,'mendelian law of random separation of genes across generations')
& concept2words_2(X,'mendelian-law-of-random-separation-of-genes-across-generations')
& concept2words_2(X,'mendels laws')
& concept2words_2(X,'mendels-laws')
& concept2words_2(X,mendelism)
& concept2words_2(X,'mendelian inheritance')
& concept2words_2(X,'mendelian-inheritance')
& concept2words_2(X,'mendelian law')
& concept2words_2(X,'mendelian-law')
& scientific_laws_1(X)
& ~ first_law_thermodynamics_1(X)
& ~ rule_of_probability_1(X)
& ~ second_law_thermodynamics_1(X)
& law_of_independent_assortment_1(fn_mendelian_law_1(X))
& law_of_segregation_1(fn_mendelian_law_2(X))
& inheritance_1(fn_mendelian_law_3(X))
& information_content_2(X,fn_mendelian_law_1(X))
& information_content_2(X,fn_mendelian_law_2(X))
& information_content_2(X,fn_mendelian_law_3(X))
& fn_mendelian_law_3(X) = fn_information_1(X) ) ) ).
fof(a530892,axiom,
! [X] :
( meniscus_1(X)
=> ( original_name_2(X,'Meniscus')
& user_description_2(X,'Cartilage found in the knee that functions as a shock absorbing system.')
& concept2words_2(X,meniscus)
& cartilage_1(X) ) ) ).
fof(a530893,axiom,
! [X] :
( menopause_1(X)
=> ( original_name_2(X,'Menopause')
& user_description_2(X,'The end of a human female\'s reproductive years, marked by the cessation of ovulation and menstruation.')
& concept2words_2(X,menopause)
& developmental_stage_1(X)
& ~ adulthood_1(X)
& ~ algae_bloom_1(X)
& ~ axes_formation_1(X)
& ~ blastulation_1(X)
& ~ eight_cell_stage_1(X)
& ~ embryogenesis_1(X)
& ~ fetal_stage_1(X)
& ~ follicular_phase_1(X)
& ~ juvenile_stage_1(X)
& ~ larval_stage_1(X)
& ~ multinucleated_stage_1(X)
& ~ segment_formation_1(X)
& ~ sensitive_period_1(X)
& ~ two_cell_stage_1(X) ) ) ).
fof(a530894,axiom,
! [X] :
( menstrual_cycle_1(X)
=> ( original_name_2(X,'Menstrual-Cycle')
& user_description_2(X,'Also called the uterine cycle. In humans and some other primates, a cycle during which the endometrial lining is shed from the uterus if an egg is not fertilized.')
& concept2words_2(X,'uterine cycle')
& concept2words_2(X,'uterine-cycle')
& concept2words_2(X,menses)
& concept2words_2(X,period)
& concept2words_2(X,period)
& concept2words_2(X,'menstrual cycle')
& concept2words_2(X,'menstrual-cycle')
& female_reproductive_cycle_events_1(X) ) ) ).
fof(a530895,axiom,
! [X] :
( menstrual_flow_1(X)
=> ( original_name_2(X,'Menstrual-Flow')
& user_description_2(X,'The part of the menstrual cycle when menstrual fluid is shed.')
& concept2words_2(X,'menstrual flow')
& concept2words_2(X,'menstrual-flow')
& menstrual_cycle_1(X) ) ) ).
fof(a530896,axiom,
! [X] :
( menstruation_1(X)
=> ( original_name_2(X,'Menstruation')
& user_description_2(X,'The shedding of part of the endometrial lining when an egg is not fertilized during a menstrual (uterine) cycle.')
& concept2words_2(X,menstruate)
& concept2words_2(X,menstruation)
& menstrual_cycle_1(X) ) ) ).
fof(a530897,axiom,
! [X] :
( mental_or_brain_disorder_1(X)
=> ( original_name_2(X,'Mental-Or-Brain-Disorder')
& user_description_2(X,'A disorder affecting one\'s brain or mental health.')
& concept2words_2(X,'mental or brain disorder')
& concept2words_2(X,'mental-or-brain-disorder')
& disease_1(X) ) ) ).
fof(a530898,axiom,
! [X] :
( mercury_1(X)
=> ( original_name_2(X,'Mercury')
& user_description_2(X,'Mercury is a metal atom with atomic number 80. It is represented by the symbol Hg.')
& concept2words_2(X,mercury)
& concept2words_2(X,'Hg')
& metal_atom_1(X)
& neutron_1(fn_mercury_3(X))
& atomic_mass_value_1(fn_mercury_4(X))
& electronegativity_value_1(fn_mercury_5(X))
& valence_electron_1(fn_mercury_9(X))
& atomic_weight_value_1(fn_mercury_10(X))
& atomic_number_value_1(fn_mercury_11(X))
& quantity_value_1(fn_mercury_12(X))
& electronegativity_2(X,fn_mercury_5(X))
& mass_number_2(X,fn_mercury_4(X))
& exactCardinality(X,has_part_0,"121",neutron_0)
& exactCardinality(X,has_part_0,"80",proton_0)
& exactCardinality(X,has_part_0,"80",electron_0)
& has_part_2(X,fn_mercury_3(X))
& the_cardinal_value_2(fn_mercury_12(X),"2")
& cardinal_unit_class_2(fn_mercury_12(X),unity_0)
& the_cardinal_value_2(fn_mercury_5(X),"2")
& cardinal_unit_class_2(fn_mercury_5(X),unity_0)
& the_cardinal_value_2(fn_mercury_4(X),"201")
& cardinal_unit_class_2(fn_mercury_4(X),unity_0)
& the_cardinal_value_2(fn_mercury_11(X),"80")
& cardinal_unit_class_2(fn_mercury_11(X),unity_0)
& the_cardinal_value_2(fn_mercury_10(X),"200.6")
& cardinal_unit_class_2(fn_mercury_10(X),dalton_0)
& atomic_number_2(X,fn_mercury_11(X))
& atomic_weight_2(X,fn_mercury_10(X))
& has_part_2(X,fn_mercury_9(X))
& quantity_2(fn_mercury_9(X),fn_mercury_12(X))
& fn_mercury_7(X) = fn_atom_12(X)
& fn_mercury_11(X) = fn_atom_17(X)
& fn_mercury_8(X) = fn_atom_13(X)
& fn_mercury_10(X) = fn_atom_16(X)
& fn_mercury_6(X) = fn_atom_1(X)
& fn_mercury_12(X) = fn_atom_5(X)
& fn_mercury_9(X) = fn_atom_14(X) ) ) ).
fof(a530899,axiom,
! [X] :
( meristem_1(X)
=> ( original_name_2(X,'Meristem')
& user_description_2(X,'Plant tissue consisting of undifferentiated cells, found in regions where growth can occur.')
& concept2words_2(X,meristem)
& plant_specific_tissue_1(X)
& ~ endosperm_1(X)
& ~ integument_1(X)
& ~ mesophyll_1(X)
& ~ phloem_1(X)
& ~ primary_plant_body_1(X)
& ~ primary_plant_1(X)
& ~ protonema_1(X)
& ~ receptacle_1(X)
& ~ vessel_1(X) ) ) ).
fof(a530900,axiom,
! [X] :
( meristem_identity_gene_1(X)
=> ( original_name_2(X,'Meristem-Identity-Gene')
& user_description_2(X,'A plant gene that facilitates the change from vegetative growth to flower production.')
& concept2words_2(X,'meristem identity gene')
& concept2words_2(X,'meristem-identity gene')
& concept2words_2(X,'meristem-identity-gene')
& plant_gene_1(X) ) ) ).
fof(a530901,axiom,
! [X] :
( meroblastic_cleavage_1(X)
=> ( original_name_2(X,'Meroblastic-Cleavage')
& user_description_2(X,'A type of cleavage that occurs in yolk-rich eggs. Instead of the egg dividing completely, in meroblastic cleavage the cleavage furrows do not penetrate into the yolk, resulting in an embryo with one large cell and many smaller cells.')
& concept2words_2(X,'undergo meroblastic cleavage')
& concept2words_2(X,'meroblastic cleavage')
& concept2words_2(X,'meroblastic-cleavage')
& cleavage_1(X)
& ~ determinate_cleavage_1(X)
& ~ holoblastic_cleavage_1(X)
& ~ indeterminate_cleavage_1(X)
& ~ spiral_cleavage_1(X) ) ) ).
fof(a530902,axiom,
! [X] :
( meronymic_relation_1(X)
=> ( original_name_2(X,'Meronymic-Relation')
& user_description_2(X,'A meronymic relation is a relation between parts and wholes. The parts of an entity are other entities, and the parts or steps of an event are other events. If a relation is a meronymic relation, then its inverse is also a meronymic relation.')
& concept2words_2(X,'meronymic relation')
& concept2words_2(X,'meronymic-relation')
& relation_1(X) ) ) ).
fof(a530903,axiom,
! [X] :
( meselson_and_stahl_experiment_1(X)
=> ( original_name_2(X,'Meselson-and-Stahl-Experiment')
& user_description_2(X,'An experiment that showed that DNA replicates by a semiconservative mechanism, resulting in two DNA molecules, with each containing one new strand and one old strand.')
& concept2words_2(X,'meselson and stahl experiment')
& concept2words_2(X,'meselson-and-stahl-experiment')
& experiment_1(X)
& ~ anchor_cell_destruction_experiment_1(X)
& ~ bicoid_protein_hypothesis_experiment_1(X)
& ~ controlled_experiment_1(X)
& ~ steward_experiment_on_carrot_1(X)
& ~ study_on_drosophila_by_morgan_1(X)
& ~ tomato_chimera_experiment_1(X)
& ~ undifferentiated_cell_nucleus_transplantation_to_frog_egg_1(X)
& nitrogen_1(fn_meselson_and_stahl_experiment_1(X))
& density_value_1(fn_meselson_and_stahl_experiment_2(X))
& density_value_1(fn_meselson_and_stahl_experiment_3(X))
& culture_medium_1(fn_meselson_and_stahl_experiment_4(X))
& time_interval_1(fn_meselson_and_stahl_experiment_7(X))
& time_interval_1(fn_meselson_and_stahl_experiment_8(X))
& time_interval_1(fn_meselson_and_stahl_experiment_9(X))
& time_interval_1(fn_meselson_and_stahl_experiment_10(X))
& nucleic_acid_1(fn_meselson_and_stahl_experiment_11(X))
& dna_1(fn_meselson_and_stahl_experiment_11(X))
& nucleic_acid_1(fn_meselson_and_stahl_experiment_12(X))
& dna_1(fn_meselson_and_stahl_experiment_12(X))
& dna_replication_1(fn_meselson_and_stahl_experiment_13(X))
& culturing_1(fn_meselson_and_stahl_experiment_14(X))
& add_1(fn_meselson_and_stahl_experiment_15(X))
& transfer_1(fn_meselson_and_stahl_experiment_16(X))
& escherichia_coli_1(fn_meselson_and_stahl_experiment_17(X))
& escherichia_coli_1(fn_meselson_and_stahl_experiment_18(X))
& culture_1(fn_meselson_and_stahl_experiment_19(X))
& culture_medium_1(fn_meselson_and_stahl_experiment_20(X))
& nitrogen_15_1(fn_meselson_and_stahl_experiment_21(X))
& dna_replication_1(fn_meselson_and_stahl_experiment_22(X))
& entity_1(fn_transfer_1(fn_meselson_and_stahl_experiment_16(X)))
& spatial_entity_1(fn_add_1(fn_meselson_and_stahl_experiment_15(X)))
& culture_1(fn_culturing_2(fn_meselson_and_stahl_experiment_14(X)))
& culture_medium_1(fn_culturing_6(fn_meselson_and_stahl_experiment_14(X)))
& spatial_entity_1(fn_add_2(fn_meselson_and_stahl_experiment_15(X)))
& cell_1(fn_culture_2(fn_meselson_and_stahl_experiment_19(X)))
& cell_1(fn_culturing_7(fn_meselson_and_stahl_experiment_14(X)))
& nucleic_acid_1(fn_synthesis_of_nucleic_acid_6(fn_meselson_and_stahl_experiment_22(X)))
& dna_1(fn_dna_replication_23(fn_meselson_and_stahl_experiment_22(X)))
& nucleic_acid_1(fn_synthesis_of_nucleic_acid_6(fn_meselson_and_stahl_experiment_13(X)))
& dna_1(fn_dna_replication_23(fn_meselson_and_stahl_experiment_13(X)))
& fn_meselson_and_stahl_experiment_11(X) != fn_meselson_and_stahl_experiment_12(X)
& fn_meselson_and_stahl_experiment_12(X) != fn_meselson_and_stahl_experiment_11(X)
& time_before_2(fn_meselson_and_stahl_experiment_10(X),fn_meselson_and_stahl_experiment_9(X))
& time_before_2(fn_meselson_and_stahl_experiment_8(X),fn_meselson_and_stahl_experiment_7(X))
& fn_meselson_and_stahl_experiment_13(X) != fn_meselson_and_stahl_experiment_22(X)
& next_event_2(fn_meselson_and_stahl_experiment_13(X),fn_meselson_and_stahl_experiment_22(X))
& site_2(fn_meselson_and_stahl_experiment_13(X),fn_meselson_and_stahl_experiment_4(X))
& time_during_2(fn_meselson_and_stahl_experiment_14(X),fn_meselson_and_stahl_experiment_10(X))
& next_event_2(fn_meselson_and_stahl_experiment_14(X),fn_meselson_and_stahl_experiment_15(X))
& time_during_2(fn_meselson_and_stahl_experiment_15(X),fn_meselson_and_stahl_experiment_9(X))
& next_event_2(fn_meselson_and_stahl_experiment_15(X),fn_meselson_and_stahl_experiment_13(X))
& time_during_2(fn_meselson_and_stahl_experiment_16(X),fn_meselson_and_stahl_experiment_7(X))
& agent_2(fn_meselson_and_stahl_experiment_16(X),fn_meselson_and_stahl_experiment_4(X))
& has_part_2(fn_meselson_and_stahl_experiment_4(X),fn_meselson_and_stahl_experiment_1(X))
& the_scalar_value_2(fn_meselson_and_stahl_experiment_3(X),rare_0)
& scalar_unit_class_2(fn_meselson_and_stahl_experiment_3(X),nitrogen_isotope_0)
& has_part_2(fn_meselson_and_stahl_experiment_20(X),fn_meselson_and_stahl_experiment_21(X))
& the_scalar_value_2(fn_meselson_and_stahl_experiment_2(X),dense_0)
& scalar_unit_class_2(fn_meselson_and_stahl_experiment_2(X),nitrogen_isotope_0)
& first_subevent_2(X,fn_meselson_and_stahl_experiment_14(X))
& subevent_2(X,fn_meselson_and_stahl_experiment_14(X))
& subevent_2(X,fn_meselson_and_stahl_experiment_15(X))
& subevent_2(X,fn_meselson_and_stahl_experiment_16(X))
& subevent_2(X,fn_meselson_and_stahl_experiment_13(X))
& subevent_2(X,fn_meselson_and_stahl_experiment_22(X))
& density_2(fn_meselson_and_stahl_experiment_1(X),fn_meselson_and_stahl_experiment_3(X))
& density_2(fn_meselson_and_stahl_experiment_21(X),fn_meselson_and_stahl_experiment_2(X))
& time_during_2(fn_meselson_and_stahl_experiment_22(X),fn_meselson_and_stahl_experiment_8(X))
& fn_meselson_and_stahl_experiment_22(X) != fn_meselson_and_stahl_experiment_13(X)
& next_event_2(fn_meselson_and_stahl_experiment_22(X),fn_meselson_and_stahl_experiment_16(X))
& site_2(fn_meselson_and_stahl_experiment_22(X),fn_meselson_and_stahl_experiment_4(X))
& object_2(fn_meselson_and_stahl_experiment_16(X),fn_meselson_and_stahl_experiment_17(X))
& base_2(fn_meselson_and_stahl_experiment_15(X),fn_meselson_and_stahl_experiment_18(X))
& object_2(fn_meselson_and_stahl_experiment_15(X),fn_meselson_and_stahl_experiment_21(X))
& element_2(fn_meselson_and_stahl_experiment_19(X),fn_meselson_and_stahl_experiment_18(X))
& object_2(fn_meselson_and_stahl_experiment_14(X),fn_meselson_and_stahl_experiment_18(X))
& result_2(fn_meselson_and_stahl_experiment_14(X),fn_meselson_and_stahl_experiment_19(X))
& base_2(fn_meselson_and_stahl_experiment_14(X),fn_meselson_and_stahl_experiment_20(X))
& result_2(fn_meselson_and_stahl_experiment_22(X),fn_meselson_and_stahl_experiment_12(X))
& result_2(fn_meselson_and_stahl_experiment_13(X),fn_meselson_and_stahl_experiment_11(X))
& fn_meselson_and_stahl_experiment_17(X) = fn_transfer_1(fn_meselson_and_stahl_experiment_16(X))
& fn_meselson_and_stahl_experiment_18(X) = fn_add_2(fn_meselson_and_stahl_experiment_15(X))
& fn_meselson_and_stahl_experiment_21(X) = fn_add_1(fn_meselson_and_stahl_experiment_15(X))
& fn_meselson_and_stahl_experiment_18(X) = fn_culture_2(fn_meselson_and_stahl_experiment_19(X))
& fn_meselson_and_stahl_experiment_18(X) = fn_culturing_7(fn_meselson_and_stahl_experiment_14(X))
& fn_meselson_and_stahl_experiment_19(X) = fn_culturing_2(fn_meselson_and_stahl_experiment_14(X))
& fn_meselson_and_stahl_experiment_20(X) = fn_culturing_6(fn_meselson_and_stahl_experiment_14(X))
& fn_meselson_and_stahl_experiment_12(X) = fn_synthesis_of_nucleic_acid_6(fn_meselson_and_stahl_experiment_22(X))
& fn_meselson_and_stahl_experiment_12(X) = fn_dna_replication_23(fn_meselson_and_stahl_experiment_22(X))
& fn_meselson_and_stahl_experiment_11(X) = fn_synthesis_of_nucleic_acid_6(fn_meselson_and_stahl_experiment_13(X))
& fn_meselson_and_stahl_experiment_11(X) = fn_dna_replication_23(fn_meselson_and_stahl_experiment_13(X))
& fn_add_2(fn_meselson_and_stahl_experiment_15(X)) = fn_culture_2(fn_meselson_and_stahl_experiment_19(X))
& fn_culture_2(fn_meselson_and_stahl_experiment_19(X)) = fn_culture_2(fn_meselson_and_stahl_experiment_19(X))
& fn_culture_2(fn_meselson_and_stahl_experiment_19(X)) = fn_culturing_7(fn_meselson_and_stahl_experiment_14(X))
& fn_culturing_7(fn_meselson_and_stahl_experiment_14(X)) = fn_synthesis_of_nucleic_acid_6(fn_meselson_and_stahl_experiment_22(X))
& fn_synthesis_of_nucleic_acid_6(fn_meselson_and_stahl_experiment_22(X)) = fn_dna_replication_23(fn_meselson_and_stahl_experiment_22(X))
& fn_dna_replication_23(fn_meselson_and_stahl_experiment_22(X)) = fn_synthesis_of_nucleic_acid_6(fn_meselson_and_stahl_experiment_13(X))
& fn_synthesis_of_nucleic_acid_6(fn_meselson_and_stahl_experiment_13(X)) = fn_dna_replication_23(fn_meselson_and_stahl_experiment_13(X)) ) ) ).
fof(a530904,axiom,
! [X] :
( mesenchyme_cell_1(X)
=> ( original_name_2(X,'Mesenchyme-Cell')
& user_description_2(X,'A cell that forms undifferentiated loose connective tissue. Mesenchyme cells derive from mesoderm during embryonic development.')
& concept2words_2(X,'cell of mesenchyme')
& concept2words_2(X,'mesenchyme cell')
& concept2words_2(X,'mesenchyme-cell')
& animal_cell_1(X)
& spatial_entity_1(fn_mesenchyme_cell_1(X))
& spatial_entity_1(fn_mesenchyme_cell_2(X))
& block_1(fn_mesenchyme_cell_3(X))
& instrument_2(fn_mesenchyme_cell_3(X),X)
& is_between_2(X,fn_mesenchyme_cell_1(X))
& is_between_2(X,fn_mesenchyme_cell_2(X)) ) ) ).
fof(a530905,axiom,
! [X] :
( mesentery_1(X)
=> ( original_name_2(X,'Mesentery')
& user_description_2(X,'The layers of peritoneum that attach the gut system and its associated organs, for example, the spleen, to the dorsal surface of the peritoneal cavity.')
& concept2words_2(X,mesentery)
& specialised_organ_1(X) ) ) ).
fof(a530906,axiom,
! [X] :
( mesoderm_1(X)
=> ( original_name_2(X,'Mesoderm')
& user_description_2(X,'In bilateral animals, the middle of the three embryonic germ layers. Mesoderm develops into the coelom, muscles, endoskeletal system, kidneys, gonads, vascular system, and notochord (in chordates only).')
& concept2words_2(X,mesoderm)
& germ_layer_1(X)
& ~ ectoderm_1(X)
& ~ endoderm_1(X) ) ) ).
fof(a530907,axiom,
! [X] :
( mesohyl_1(X)
=> ( original_name_2(X,'Mesohyl')
& user_description_2(X,'In sponges, the gelatinous matrix that fills the space between the external pinacoderm layer and the inner choanoderm layer.')
& concept2words_2(X,mesenchyme)
& concept2words_2(X,mesohyl)
& suspension_1(X)
& ~ acid_chyme_1(X)
& ~ detritus_1(X)
& ~ feces_1(X)
& ~ homogenate_1(X)
& ~ homogeneous_mixture_1(X)
& ~ loam_1(X)
& ~ peat_1(X)
& ~ protobiont_1(X)
& ~ saliva_1(X)
& ~ soil_1(X)
& ~ topsoil_1(X) ) ) ).
fof(a530908,axiom,
! [X] :
( mesophyll_1(X)
=> ( original_name_2(X,'Mesophyll')
& user_description_2(X,'Most of the interior of the leaf between the upper and lower layers of epidermis is a parenchyma (ground tissue) or chlorenchyma tissue called the mesophyll.')
& concept2words_2(X,mesophyll)
& ground_tissue_1(X)
& ~ cortex_1(X)
& ~ pith_1(X)
& ~ endosperm_1(X)
& ~ integument_1(X)
& ~ leaf_primordium_1(X)
& ~ meristem_1(X)
& ~ phloem_1(X)
& ~ primary_plant_body_1(X)
& ~ primary_plant_1(X)
& ~ protonema_1(X)
& ~ receptacle_1(X)
& ~ vessel_1(X)
& quantity_value_1(fn_mesophyll_3(X))
& quantity_value_1(fn_mesophyll_4(X))
& mesophyll_cell_1(fn_mesophyll_5(X))
& mesophyll_cell_1(fn_mesophyll_6(X))
& plant_cell_1(fn_mesophyll_7(X))
& chloroplast_1(fn_mesophyll_8(X))
& chloroplast_1(fn_mesophyll_9(X))
& mesophyll_cell_1(fn_mesophyll_10(X))
& chloroplast_1(fn_plant_cell_6(fn_mesophyll_7(X)))
& chloroplast_1(fn_plant_cell_6(fn_mesophyll_10(X)))
& abuts_2(fn_mesophyll_6(X),fn_mesophyll_5(X))
& fn_mesophyll_6(X) != fn_mesophyll_5(X)
& fn_mesophyll_6(X) != fn_mesophyll_10(X)
& abuts_2(fn_mesophyll_5(X),fn_mesophyll_6(X))
& fn_mesophyll_5(X) != fn_mesophyll_6(X)
& fn_mesophyll_5(X) != fn_mesophyll_10(X)
& fn_mesophyll_10(X) != fn_mesophyll_5(X)
& fn_mesophyll_10(X) != fn_mesophyll_6(X)
& quantity_2(fn_mesophyll_9(X),fn_mesophyll_4(X))
& has_part_2(X,fn_mesophyll_5(X))
& has_part_2(X,fn_mesophyll_6(X))
& greater_than_or_equal_to_2(fn_mesophyll_4(X),fn_mesophyll_3(X))
& greater_than_2(fn_mesophyll_4(X),fn_mesophyll_3(X))
& quantity_2(fn_mesophyll_8(X),fn_mesophyll_3(X))
& has_part_2(X,fn_mesophyll_10(X))
& has_part_2(fn_mesophyll_7(X),fn_mesophyll_8(X))
& has_part_2(fn_mesophyll_10(X),fn_mesophyll_9(X))
& fn_mesophyll_10(X) = fn_tissue_1(X)
& fn_mesophyll_8(X) = fn_plant_cell_6(fn_mesophyll_7(X))
& fn_mesophyll_9(X) = fn_plant_cell_6(fn_mesophyll_10(X)) ) ) ).
fof(a530909,axiom,
! [X] :
( mesophyll_cell_1(X)
=> ( original_name_2(X,'Mesophyll-Cell')
& user_description_2(X,'Mesophyll cells are the objects inside a cross-section of a leaf which are loosley packed cells that give the leaf a spongy appearence.')
& concept2words_2(X,'cell of mesophyll')
& concept2words_2(X,'mesophyll cell')
& concept2words_2(X,'mesophyll-cell')
& parenchyma_cell_1(X)
& ~ bundle_sheath_cell_1(X)
& ~ collenchyma_cell_1(X)
& ~ companion_cell_1(X)
& ~ fiber_cell_1(X)
& ~ fusiform_initials_1(X)
& ~ guard_cell_1(X)
& ~ initial_meristem_1(X)
& ~ placental_transfer_cell_1(X)
& ~ plant_cell_inside_hypertonic_solution_1(X)
& ~ plant_cell_inside_hypotonic_solution_1(X)
& ~ plant_cell_inside_isotonic_solution_1(X)
& ~ rhizoid_1(X)
& ~ sclereid_1(X)
& ~ sclerenchyma_cell_1(X)
& ~ sieve_tube_element_1(X)
& ~ tracheid_1(X)
& ~ vessel_element_1(X) ) ) ).
fof(a530910,axiom,
! [X] :
( mesquite_1(X)
=> ( original_name_2(X,'Mesquite')
& user_description_2(X,'Tree-like legume which is adapted for life in desert climates.')
& concept2words_2(X,mesquite)
& desert_plant_1(X)
& legume_1(X)
& length_value_1(fn_mesquite_1(X))
& length_value_1(fn_mesquite_2(X))
& root_1(fn_mesquite_5(X))
& taproot_1(fn_mesquite_5(X))
& the_cardinal_value_2(fn_mesquite_1(X),"20.0e0")
& cardinal_unit_class_2(fn_mesquite_1(X),meter_0)
& greater_than_2(fn_mesquite_2(X),fn_mesquite_1(X))
& length_2(fn_mesquite_5(X),fn_mesquite_2(X))
& has_part_2(X,fn_mesquite_5(X))
& fn_mesquite_5(X) = fn_dicot_1(X)
& fn_mesquite_5(X) = fn_legume_13(X)
& fn_dicot_1(X) = fn_legume_13(X) ) ) ).
fof(a530911,axiom,
! [X] :
( message_1(X)
=> ( original_name_2(X,'Message')
& description_2(X,'an encoding of information in a language')
& concept2words_2(X,message)
& conceptual_entity_1(X)
& thing_1(fn_message_1(X))
& information_content_2(X,fn_message_1(X)) ) ) ).
fof(a530912,axiom,
! [X] :
( message_field_1(X)
=> ( original_name_2(X,'Message-Field')
& description_2(X,'a message whose content is a single constant')
& concept2words_2(X,'field of message')
& concept2words_2(X,'message field')
& concept2words_2(X,'message-field')
& message_1(X)
& ~ document_1(X) ) ) ).
fof(a530913,axiom,
! [X] :
( messenger_1(X)
=> ( original_name_2(X,'Messenger')
& user_description_2(X,'A molecule that relays a message.')
& concept2words_2(X,messenger)
& role_1(X)
& chemical_entity_1(fn_messenger_1(X))
& plays_2(fn_messenger_1(X),X) ) ) ).
fof(a530914,axiom,
! [X] :
( metabolic_disequilibrium_1(X)
=> ( original_name_2(X,'Metabolic-Disequilibrium')
& concept2words_2(X,'metabolic disequilibrium')
& concept2words_2(X,'metabolic-disequilibrium')
& condition_1(X) ) ) ).
fof(a530915,axiom,
! [X] :
( metabolic_disorder_1(X)
=> ( original_name_2(X,'Metabolic-Disorder')
& user_description_2(X,'Any disease or disorder that disrupts normal metabolic processes.')
& concept2words_2(X,'metabolic disorder')
& concept2words_2(X,'metabolic-disorder')
& disease_1(X) ) ) ).
fof(a530916,axiom,
! [X] :
( metabolic_pathway_1(X)
=> ( original_name_2(X,'Metabolic-Pathway')
& user_description_2(X,'Metabolic pathways are series of chemical reactions occurring within a cell.')
& concept2words_2(X,'metabolic pathway')
& concept2words_2(X,'metabolic-pathway')
& multi_step_reaction_1(X)
& cell_1(fn_metabolic_pathway_1(X))
& base_2(X,fn_metabolic_pathway_1(X)) ) ) ).
fof(a530917,axiom,
! [X] :
( metabolically_active_cell_1(X)
=> ( original_name_2(X,'Metabolically-Active-Cell')
& user_description_2(X,'Metabolic activity refers to the set of chemical reactions that maintain life in any organism. The state of high metabolism is a cell is calle as Cell-with-high-metabolic-activity.')
& concept2words_2(X,'cell with high metabolic activity')
& concept2words_2(X,'metabolically active cell')
& concept2words_2(X,'metabolically-active-cell')
& eukaryotic_cell_1(X)
& cell_state_1(X)
& metabolism_1(fn_metabolically_active_cell_2(X))
& frequency_value_1(fn_metabolically_active_cell_3(X))
& chemical_entity_1(fn_metabolically_active_cell_4(X))
& entity_1(fn_metabolically_active_cell_4(X))
& atom_1(fn_metabolically_active_cell_4(X))
& carbon_1(fn_metabolically_active_cell_4(X))
& cellular_work_1(fn_metabolically_active_cell_5(X))
& nuclear_lamina_1(fn_metabolically_active_cell_6(X))
& aqueous_solution_1(fn_metabolically_active_cell_7(X))
& spatial_entity_1(fn_metabolically_active_cell_10(X))
& tangible_entity_1(fn_metabolically_active_cell_10(X))
& nuclear_membrane_1(fn_metabolically_active_cell_10(X))
& biomembrane_1(fn_metabolically_active_cell_10(X))
& spatial_entity_1(fn_metabolically_active_cell_11(X))
& outer_membrane_1(fn_metabolically_active_cell_11(X))
& synthesis_of_endomembranous_system_membrane_1(fn_metabolically_active_cell_12(X))
& release_1(fn_metabolically_active_cell_13(X))
& rough_endoplasmic_reticulum_1(fn_metabolically_active_cell_14(X))
& endoplasmic_reticulum_1(fn_metabolically_active_cell_15(X))
& smooth_endoplasmic_reticulum_1(fn_metabolically_active_cell_15(X))
& eukaryotic_chromosome_1(fn_metabolically_active_cell_16(X))
& chromosome_1(fn_metabolically_active_cell_16(X))
& tangible_entity_1(fn_metabolically_active_cell_17(X))
& nucleus_1(fn_metabolically_active_cell_17(X))
& spatial_entity_1(fn_metabolically_active_cell_18(X))
& biomembrane_1(fn_metabolically_active_cell_18(X))
& plasma_membrane_1(fn_metabolically_active_cell_18(X))
& semiautonomous_organelle_1(fn_metabolically_active_cell_19(X))
& mitochondrion_1(fn_metabolically_active_cell_19(X))
& organelle_1(fn_metabolically_active_cell_19(X))
& spatial_entity_1(fn_metabolically_active_cell_20(X))
& cisternal_space_1(fn_metabolically_active_cell_20(X))
& tangible_entity_1(fn_metabolically_active_cell_21(X))
& biomembrane_1(fn_metabolically_active_cell_21(X))
& er_membrane_1(fn_metabolically_active_cell_21(X))
& tangible_entity_1(fn_metabolically_active_cell_22(X))
& phospholipid_bilayer_1(fn_metabolically_active_cell_22(X))
& substance_1(fn_metabolically_active_cell_23(X))
& cytosol_1(fn_metabolically_active_cell_23(X))
& eukaryotic_cellular_respiration_1(fn_metabolically_active_cell_24(X))
& size_value_1(fn_metabolically_active_cell_25(X))
& surface_1(fn_metabolically_active_cell_26(X))
& volume_value_1(fn_metabolically_active_cell_27(X))
& ribosome_1(fn_metabolically_active_cell_28(X))
& eukaryotic_ribosome_1(fn_metabolically_active_cell_28(X))
& mixture_1(fn_metabolically_active_cell_29(X))
& cytoplasm_1(fn_metabolically_active_cell_29(X))
& golgi_apparatus_1(fn_metabolically_active_cell_30(X))
& carbon_skeleton_1(fn_metabolically_active_cell_31(X))
& lipid_1(fn_metabolically_active_cell_32(X))
& glycolipid_1(fn_metabolically_active_cell_32(X))
& protein_enzyme_1(fn_metabolically_active_cell_33(X))
& spatial_entity_1(fn_nuclear_membrane_27(fn_metabolically_active_cell_10(X)))
& outer_membrane_1(fn_nuclear_membrane_27(fn_metabolically_active_cell_10(X)))
& aqueous_solution_1(fn_nucleus_17(fn_metabolically_active_cell_17(X)))
& nuclear_lamina_1(fn_nucleus_14(fn_metabolically_active_cell_17(X)))
& spatial_entity_1(fn_rough_endoplasmic_reticulum_52(fn_metabolically_active_cell_14(X)))
& cisternal_space_1(fn_rough_endoplasmic_reticulum_52(fn_metabolically_active_cell_14(X)))
& cisternal_space_1(fn_synthesis_of_endomembranous_system_membrane_83(fn_metabolically_active_cell_12(X)))
& release_1(fn_rough_endoplasmic_reticulum_66(fn_metabolically_active_cell_14(X)))
& release_1(fn_synthesis_of_endomembranous_system_membrane_55(fn_metabolically_active_cell_12(X)))
& endoplasmic_reticulum_1(fn_synthesis_of_endomembranous_system_membrane_70(fn_metabolically_active_cell_12(X)))
& smooth_endoplasmic_reticulum_1(fn_synthesis_of_endomembranous_system_membrane_70(fn_metabolically_active_cell_12(X)))
& rough_endoplasmic_reticulum_1(fn_nuclear_membrane_9(fn_metabolically_active_cell_10(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_87(fn_metabolically_active_cell_14(X)))
& biomembrane_1(fn_rough_endoplasmic_reticulum_87(fn_metabolically_active_cell_14(X)))
& er_membrane_1(fn_rough_endoplasmic_reticulum_87(fn_metabolically_active_cell_14(X)))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_metabolically_active_cell_12(X)))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_metabolically_active_cell_12(X)))
& biomembrane_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_metabolically_active_cell_12(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_metabolically_active_cell_17(X)))
& biomembrane_1(fn_nucleus_13(fn_metabolically_active_cell_17(X)))
& has_goal_2(X,fn_metabolically_active_cell_2(X))
& the_scalar_value_2(fn_metabolically_active_cell_3(X),often_0)
& scalar_unit_class_2(fn_metabolically_active_cell_3(X),event_0)
& frequency_2(fn_metabolically_active_cell_2(X),fn_metabolically_active_cell_3(X))
& result_2(fn_metabolically_active_cell_12(X),fn_metabolically_active_cell_10(X))
& base_2(fn_metabolically_active_cell_13(X),fn_metabolically_active_cell_14(X))
& has_region_2(fn_metabolically_active_cell_14(X),fn_metabolically_active_cell_20(X))
& is_inside_2(fn_metabolically_active_cell_20(X),fn_metabolically_active_cell_21(X))
& subevent_2(fn_metabolically_active_cell_12(X),fn_metabolically_active_cell_13(X))
& base_2(fn_metabolically_active_cell_13(X),fn_metabolically_active_cell_15(X))
& has_region_2(fn_metabolically_active_cell_15(X),fn_metabolically_active_cell_20(X))
& has_part_2(fn_metabolically_active_cell_10(X),fn_metabolically_active_cell_11(X))
& abuts_2(fn_metabolically_active_cell_14(X),fn_metabolically_active_cell_11(X))
& abuts_2(fn_metabolically_active_cell_11(X),fn_metabolically_active_cell_14(X))
& has_part_2(fn_metabolically_active_cell_17(X),fn_metabolically_active_cell_6(X))
& is_along_2(fn_metabolically_active_cell_6(X),fn_metabolically_active_cell_10(X))
& is_between_2(fn_metabolically_active_cell_10(X),fn_metabolically_active_cell_7(X))
& has_part_2(fn_metabolically_active_cell_17(X),fn_metabolically_active_cell_7(X))
& is_along_2(fn_metabolically_active_cell_10(X),fn_metabolically_active_cell_6(X))
& has_region_2(fn_metabolically_active_cell_32(X),fn_metabolically_active_cell_31(X))
& has_part_2(X,fn_metabolically_active_cell_29(X))
& has_part_2(X,fn_metabolically_active_cell_15(X))
& fn_metabolically_active_cell_14(X) != fn_metabolically_active_cell_15(X)
& fn_metabolically_active_cell_15(X) != fn_metabolically_active_cell_14(X)
& has_part_2(X,fn_metabolically_active_cell_14(X))
& abuts_2(fn_metabolically_active_cell_14(X),fn_metabolically_active_cell_15(X))
& abuts_2(fn_metabolically_active_cell_15(X),fn_metabolically_active_cell_14(X))
& is_inside_2(fn_metabolically_active_cell_31(X),fn_metabolically_active_cell_10(X))
& abuts_2(fn_metabolically_active_cell_10(X),fn_metabolically_active_cell_21(X))
& is_inside_2(fn_metabolically_active_cell_33(X),fn_metabolically_active_cell_21(X))
& has_part_2(fn_metabolically_active_cell_29(X),fn_metabolically_active_cell_33(X))
& abuts_2(fn_metabolically_active_cell_21(X),fn_metabolically_active_cell_10(X))
& is_between_2(fn_metabolically_active_cell_29(X),fn_metabolically_active_cell_17(X))
& has_part_2(fn_metabolically_active_cell_17(X),fn_metabolically_active_cell_10(X))
& has_part_2(fn_metabolically_active_cell_10(X),fn_metabolically_active_cell_32(X))
& has_part_2(X,fn_metabolically_active_cell_17(X))
& fn_metabolically_active_cell_10(X) = fn_synthesis_of_endomembranous_system_membrane_60(fn_metabolically_active_cell_12(X))
& fn_metabolically_active_cell_13(X) = fn_rough_endoplasmic_reticulum_66(fn_metabolically_active_cell_14(X))
& fn_metabolically_active_cell_21(X) = fn_rough_endoplasmic_reticulum_87(fn_metabolically_active_cell_14(X))
& fn_metabolically_active_cell_20(X) = fn_rough_endoplasmic_reticulum_52(fn_metabolically_active_cell_14(X))
& fn_metabolically_active_cell_20(X) = fn_synthesis_of_endomembranous_system_membrane_83(fn_metabolically_active_cell_12(X))
& fn_metabolically_active_cell_15(X) = fn_synthesis_of_endomembranous_system_membrane_70(fn_metabolically_active_cell_12(X))
& fn_metabolically_active_cell_13(X) = fn_synthesis_of_endomembranous_system_membrane_55(fn_metabolically_active_cell_12(X))
& fn_metabolically_active_cell_14(X) = fn_nuclear_membrane_9(fn_metabolically_active_cell_10(X))
& fn_metabolically_active_cell_11(X) = fn_nuclear_membrane_27(fn_metabolically_active_cell_10(X))
& fn_metabolically_active_cell_7(X) = fn_nucleus_17(fn_metabolically_active_cell_17(X))
& fn_metabolically_active_cell_10(X) = fn_nucleus_13(fn_metabolically_active_cell_17(X))
& fn_metabolically_active_cell_6(X) = fn_nucleus_14(fn_metabolically_active_cell_17(X))
& fn_metabolically_active_cell_9(X) = fn_eukaryotic_cell_28(X)
& fn_metabolically_active_cell_8(X) = fn_eukaryotic_cell_60(X)
& fn_metabolically_active_cell_28(X) = fn_eukaryotic_cell_45(X)
& fn_metabolically_active_cell_25(X) = fn_eukaryotic_cell_27(X)
& fn_metabolically_active_cell_27(X) = fn_eukaryotic_cell_59(X)
& fn_metabolically_active_cell_16(X) = fn_eukaryotic_cell_30(X)
& fn_metabolically_active_cell_24(X) = fn_eukaryotic_cell_23(X)
& fn_metabolically_active_cell_30(X) = fn_eukaryotic_cell_24(X)
& fn_metabolically_active_cell_5(X) = fn_eukaryotic_cell_32(X)
& fn_metabolically_active_cell_15(X) = fn_eukaryotic_cell_20(X)
& fn_metabolically_active_cell_14(X) = fn_eukaryotic_cell_19(X)
& fn_metabolically_active_cell_19(X) = fn_eukaryotic_cell_25(X)
& fn_metabolically_active_cell_23(X) = fn_eukaryotic_cell_42(X)
& fn_metabolically_active_cell_33(X) = fn_eukaryotic_cell_21(X)
& fn_metabolically_active_cell_21(X) = fn_eukaryotic_cell_39(X)
& fn_metabolically_active_cell_31(X) = fn_eukaryotic_cell_17(X)
& fn_metabolically_active_cell_4(X) = fn_eukaryotic_cell_18(X)
& fn_metabolically_active_cell_32(X) = fn_eukaryotic_cell_40(X)
& fn_metabolically_active_cell_10(X) = fn_eukaryotic_cell_37(X)
& fn_metabolically_active_cell_29(X) = fn_eukaryotic_cell_31(X)
& fn_metabolically_active_cell_17(X) = fn_eukaryotic_cell_26(X)
& fn_metabolically_active_cell_26(X) = fn_eukaryotic_cell_44(X)
& fn_metabolically_active_cell_22(X) = fn_eukaryotic_cell_41(X)
& fn_metabolically_active_cell_18(X) = fn_eukaryotic_cell_29(X)
& fn_rough_endoplasmic_reticulum_52(fn_metabolically_active_cell_14(X)) = fn_rough_endoplasmic_reticulum_52(fn_metabolically_active_cell_14(X))
& fn_rough_endoplasmic_reticulum_52(fn_metabolically_active_cell_14(X)) = fn_synthesis_of_endomembranous_system_membrane_83(fn_metabolically_active_cell_12(X))
& fn_synthesis_of_endomembranous_system_membrane_83(fn_metabolically_active_cell_12(X)) = fn_rough_endoplasmic_reticulum_66(fn_metabolically_active_cell_14(X))
& fn_rough_endoplasmic_reticulum_66(fn_metabolically_active_cell_14(X)) = fn_synthesis_of_endomembranous_system_membrane_55(fn_metabolically_active_cell_12(X))
& fn_synthesis_of_endomembranous_system_membrane_55(fn_metabolically_active_cell_12(X)) = fn_synthesis_of_endomembranous_system_membrane_55(fn_metabolically_active_cell_12(X))
& fn_synthesis_of_endomembranous_system_membrane_55(fn_metabolically_active_cell_12(X)) = fn_synthesis_of_endomembranous_system_membrane_70(fn_metabolically_active_cell_12(X))
& fn_synthesis_of_endomembranous_system_membrane_70(fn_metabolically_active_cell_12(X)) = fn_synthesis_of_endomembranous_system_membrane_70(fn_metabolically_active_cell_12(X))
& fn_synthesis_of_endomembranous_system_membrane_70(fn_metabolically_active_cell_12(X)) = fn_eukaryotic_cell_20(X)
& fn_eukaryotic_cell_20(X) = fn_eukaryotic_cell_20(X)
& fn_eukaryotic_cell_20(X) = fn_nuclear_membrane_9(fn_metabolically_active_cell_10(X))
& fn_nuclear_membrane_9(fn_metabolically_active_cell_10(X)) = fn_nuclear_membrane_9(fn_metabolically_active_cell_10(X))
& fn_nuclear_membrane_9(fn_metabolically_active_cell_10(X)) = fn_eukaryotic_cell_19(X)
& fn_eukaryotic_cell_19(X) = fn_eukaryotic_cell_19(X)
& fn_eukaryotic_cell_19(X) = fn_rough_endoplasmic_reticulum_87(fn_metabolically_active_cell_14(X))
& fn_rough_endoplasmic_reticulum_87(fn_metabolically_active_cell_14(X)) = fn_eukaryotic_cell_39(X)
& fn_eukaryotic_cell_39(X) = fn_eukaryotic_cell_39(X)
& fn_eukaryotic_cell_39(X) = fn_synthesis_of_endomembranous_system_membrane_60(fn_metabolically_active_cell_12(X))
& fn_synthesis_of_endomembranous_system_membrane_60(fn_metabolically_active_cell_12(X)) = fn_nucleus_13(fn_metabolically_active_cell_17(X))
& fn_nucleus_13(fn_metabolically_active_cell_17(X)) = fn_nucleus_13(fn_metabolically_active_cell_17(X))
& fn_nucleus_13(fn_metabolically_active_cell_17(X)) = fn_eukaryotic_cell_37(X)
& fn_eukaryotic_cell_37(X) = fn_eukaryotic_cell_37(X) ) ) ).
fof(a530918,axiom,
! [X] :
( metabolism_1(X)
=> ( original_name_2(X,'Metabolism')
& user_description_2(X,'Metabolism is the set of chemical reactions that occur in living organisms to maintain life. These processes allow organisms to grow and reproduce, maintain their structures, and respond to their environments. Metabolism is usually divided into two categories. Catabolism breaks down organic matter, for example to harvest energy in cellular respiration. Anabolism, on the other hand, uses energy to construct components of cells such as proteins and nucleic acids')
& concept2words_2(X,'metabolic process')
& concept2words_2(X,'cellular metabolism')
& concept2words_2(X,'cellular-metabolism')
& concept2words_2(X,metabolize)
& concept2words_2(X,metabolism)
& biological_process_1(X)
& organism_1(fn_metabolism_1(X))
& base_2(X,fn_metabolism_1(X)) ) ) ).
fof(a530919,axiom,
! [X] :
( metal_1(X)
=> ( original_name_2(X,'Metal')
& concept2words_2(X,metal)
& concept2words_2(X,'metallic element')
& concept2words_2(X,metallic_element)
& concept2words_2(X,alloy)
& chemical_1(X)
& metal_atom_1(fn_metal_1(X))
& has_part_2(X,fn_metal_1(X))
& fn_metal_1(X) = fn_chemical_3(X) ) ) ).
fof(a530920,axiom,
! [X] :
( metal_atom_1(X)
=> ( original_name_2(X,'Metal-Atom')
& user_description_2(X,'Metals are elements that are usually solids at room temperature, exhibit high electrical and heat conductivity, and appear lustrous. Most of the elements in the periodic table are metals.')
& concept2words_2(X,'atom of metal')
& concept2words_2(X,'metal atom')
& concept2words_2(X,'metal-atom')
& atom_1(X) ) ) ).
fof(a530921,axiom,
! [X] :
( metal_cation_1(X)
=> ( original_name_2(X,'Metal-Cation')
& user_description_2(X,'A metal cation is a positively charged metal ion.')
& concept2words_2(X,'cation of metal')
& concept2words_2(X,'metal cation')
& concept2words_2(X,'metal-cation')
& cation_1(X)
& ~ methyl_ion_1(X)
& ~ calcium_ion_1(X)
& ~ hydronium_ion_1(X)
& ~ magnesium_ion_1(X)
& ~ sodium_ion_1(X) ) ) ).
fof(a530922,axiom,
! [X] :
( metalloid_atom_1(X)
=> ( original_name_2(X,'Metalloid-Atom')
& user_description_2(X,'Metalloids are elements that lie along the diagonal line separating the metals from the nonmetals in the periodic table; the properties of metalloids are intermediate between those of metals and nonmetals.')
& concept2words_2(X,'metalloid atom')
& concept2words_2(X,'metalloid-atom')
& atom_1(X) ) ) ).
fof(a530923,axiom,
! [X] :
( metamorphosis_1(X)
=> ( original_name_2(X,'Metamorphosis')
& user_description_2(X,'Metamorphosis is a developmental process which occurs in some animals during which an animal in an immature larval stage transforms into a sexually-immature juvenile.')
& concept2words_2(X,transformation)
& concept2words_2(X,metamorphose)
& concept2words_2(X,transform)
& concept2words_2(X,metamorphosis)
& change_of_state_1(X)
& ~ alteration_of_mrna_ends_1(X)
& ~ coil_1(X)
& ~ conformational_change_1(X)
& ~ conversion_to_isomer_1(X)
& ~ detoxification_1(X)
& ~ evaporation_1(X)
& ~ fold_1(X)
& ~ freezing_1(X)
& ~ gene_therapy_1(X)
& ~ melting_1(X)
& ~ mutation_1(X)
& ~ post_translational_modification_1(X)
& ~ refract_1(X)
& ~ temperature_fluctuation_1(X)
& ~ transformation_1(X)
& ~ twist_1(X)
& animal_1(fn_metamorphosis_1(X))
& animal_1(fn_metamorphosis_2(X))
& object_2(X,fn_metamorphosis_2(X))
& result_2(X,fn_metamorphosis_1(X)) ) ) ).
fof(a530924,axiom,
! [X] :
( metamorphosis_in_frog_1(X)
=> ( original_name_2(X,'Metamorphosis-In-Frog')
& user_description_2(X,'The process of metamorphosis from tadpole to frog.')
& concept2words_2(X,metamorphose)
& concept2words_2(X,'metamorphosis in frog')
& concept2words_2(X,'metamorphosis-in-frog')
& metamorphosis_1(X)
& destroy_1(fn_metamorphosis_in_frog_1(X))
& autophagy_1(fn_metamorphosis_in_frog_2(X))
& substance_1(fn_metamorphosis_in_frog_3(X))
& lysosome_1(fn_metamorphosis_in_frog_3(X))
& adult_1(fn_metamorphosis_in_frog_4(X))
& frog_1(fn_metamorphosis_in_frog_4(X))
& larva_1(fn_metamorphosis_in_frog_5(X))
& tadpole_1(fn_metamorphosis_in_frog_5(X))
& autophagy_1(fn_lysosome_5(fn_metamorphosis_in_frog_3(X)))
& next_event_2(fn_metamorphosis_in_frog_2(X),fn_metamorphosis_in_frog_1(X))
& agent_2(fn_metamorphosis_in_frog_1(X),fn_metamorphosis_in_frog_3(X))
& subevent_2(X,fn_metamorphosis_in_frog_2(X))
& subevent_2(X,fn_metamorphosis_in_frog_1(X))
& first_subevent_2(X,fn_metamorphosis_in_frog_2(X))
& result_2(X,fn_metamorphosis_in_frog_4(X))
& object_2(X,fn_metamorphosis_in_frog_5(X))
& site_2(fn_metamorphosis_in_frog_2(X),fn_metamorphosis_in_frog_3(X))
& fn_metamorphosis_in_frog_4(X) = fn_metamorphosis_1(X)
& fn_metamorphosis_in_frog_5(X) = fn_metamorphosis_2(X)
& fn_metamorphosis_in_frog_2(X) = fn_lysosome_5(fn_metamorphosis_in_frog_3(X)) ) ) ).
fof(a530925,axiom,
! [X] :
( metanephridium_1(X)
=> ( original_name_2(X,'Metanephridium')
& user_description_2(X,'An excretory organ found in many aquatic invertebrates. A metanephridium typically consist of a ciliated funnel attached to a long tubules that opens to the outside.')
& concept2words_2(X,metanephridia)
& concept2words_2(X,metanephridium)
& excretory_organ_1(X) ) ) ).
fof(a530926,axiom,
! [X] :
( metaphase_1(X)
=> ( original_name_2(X,'Metaphase')
& user_description_2(X,'The stage of mitosis in which chromosomes are lined up at the metaphase plate, the spindle complex is completely formed, and the kinetochore of each chromatid is attached to its microtubule.')
& concept2words_2(X,'undergo metaphase')
& concept2words_2(X,metaphase)
& mitotic_stage_1(X)
& resource_1(fn_metaphase_1(X))
& centrosome_1(fn_metaphase_2(X))
& centrosome_1(fn_metaphase_3(X))
& centrosome_1(fn_metaphase_4(X))
& cell_opposite_pole_1(fn_metaphase_5(X))
& spatial_entity_1(fn_metaphase_6(X))
& kinetochore_1(fn_metaphase_6(X))
& attach_1(fn_metaphase_7(X))
& attach_1(fn_metaphase_8(X))
& spatial_entity_1(fn_metaphase_9(X))
& cell_equator_1(fn_metaphase_9(X))
& metaphase_plate_1(fn_metaphase_10(X))
& cell_1(fn_metaphase_11(X))
& attach_1(fn_metaphase_12(X))
& attach_1(fn_metaphase_13(X))
& nonkinetochore_microtubule_1(fn_metaphase_14(X))
& nonkinetochore_microtubule_1(fn_metaphase_15(X))
& kinetochore_microtubule_1(fn_metaphase_16(X))
& kinetochore_microtubule_1(fn_metaphase_17(X))
& mitotic_spindle_1(fn_metaphase_18(X))
& diploid_chromosome_1(fn_metaphase_19(X))
& cell_pole_1(fn_metaphase_20(X))
& cell_1(fn_metaphase_21(X))
& microtubule_elongation_1(fn_metaphase_22(X))
& microtubule_elongation_1(fn_metaphase_23(X))
& make_contact_1(fn_metaphase_24(X))
& go_to_1(fn_metaphase_25(X))
& go_to_1(fn_metaphase_26(X))
& diploid_chromosome_1(fn_metaphase_27(X))
& come_together_1(fn_metaphase_28(X))
& centromere_1(fn_metaphase_29(X))
& kinetochore_1(fn_metaphase_30(X))
& cell_pole_1(fn_metaphase_31(X))
& spatial_entity_1(fn_attach_2(fn_metaphase_7(X)))
& spatial_entity_1(fn_attach_1(fn_metaphase_8(X)))
& spatial_entity_1(fn_attach_1(fn_metaphase_7(X)))
& attach_1(fn_microtubule_elongation_1(fn_metaphase_23(X)))
& attach_1(fn_microtubule_elongation_1(fn_metaphase_22(X)))
& cell_1(fn_cell_equator_1(fn_metaphase_9(X)))
& spatial_entity_1(fn_attach_2(fn_metaphase_8(X)))
& protein_1(fn_chromosome_3(fn_metaphase_27(X)))
& spatial_entity_1(fn_come_together_2(fn_metaphase_28(X)))
& spatial_entity_1(fn_locomotion_1(fn_metaphase_26(X)))
& cell_pole_1(fn_metaphase_plate_1(fn_metaphase_10(X)))
& cell_pole_1(fn_cell_1(fn_metaphase_21(X)))
& cell_pole_1(fn_metaphase_plate_2(fn_metaphase_10(X)))
& spatial_entity_1(fn_make_contact_2(fn_metaphase_24(X)))
& microtubule_1(fn_mitotic_spindle_1(fn_metaphase_18(X)))
& microtubule_1(fn_microtubule_elongation_2(fn_metaphase_23(X)))
& spatial_entity_1(fn_make_contact_1(fn_metaphase_24(X)))
& microtubule_1(fn_microtubule_elongation_2(fn_metaphase_22(X)))
& spatial_entity_1(fn_come_together_3(fn_metaphase_28(X)))
& spatial_entity_1(fn_go_to_1(fn_metaphase_25(X)))
& spatial_entity_1(fn_go_to_1(fn_metaphase_26(X)))
& cell_equator_1(fn_metaphase_plate_7(fn_metaphase_10(X)))
& centromere_1(fn_metaphase_plate_5(fn_metaphase_10(X)))
& centromere_1(fn_kinetochore_24(fn_metaphase_6(X)))
& spatial_entity_1(fn_come_together_1(fn_metaphase_28(X)))
& chromosome_1(fn_cell_25(fn_metaphase_21(X)))
& spatial_entity_1(fn_locomotion_1(fn_metaphase_25(X)))
& chromosome_1(fn_kinetochore_25(fn_metaphase_6(X)))
& first_subevent_2(fn_metaphase_28(X),fn_metaphase_26(X))
& first_subevent_2(fn_metaphase_28(X),fn_metaphase_25(X))
& subevent_2(fn_metaphase_28(X),fn_metaphase_26(X))
& subevent_2(fn_metaphase_28(X),fn_metaphase_25(X))
& fn_metaphase_23(X) != fn_metaphase_22(X)
& fn_metaphase_22(X) != fn_metaphase_23(X)
& has_region_2(fn_metaphase_21(X),fn_metaphase_10(X))
& has_part_2(fn_metaphase_21(X),fn_metaphase_27(X))
& has_part_2(fn_metaphase_21(X),fn_metaphase_18(X))
& has_part_2(fn_metaphase_21(X),fn_metaphase_3(X))
& has_part_2(fn_metaphase_21(X),fn_metaphase_2(X))
& element_2(fn_metaphase_18(X),fn_metaphase_17(X))
& element_2(fn_metaphase_18(X),fn_metaphase_16(X))
& element_2(fn_metaphase_18(X),fn_metaphase_14(X))
& has_state_2(fn_metaphase_11(X),fn_metaphase_21(X))
& minCardinality(fn_metaphase_11(X),has_part_0,"2",centrosome_0)
& has_part_2(fn_metaphase_11(X),fn_metaphase_4(X))
& minCardinality(fn_metaphase_4(X),is_at_0,"2",cell_opposite_pole_0)
& is_at_2(fn_metaphase_4(X),fn_metaphase_5(X))
& result_2(X,fn_metaphase_21(X))
& subevent_2(X,fn_metaphase_22(X))
& subevent_2(X,fn_metaphase_23(X))
& subevent_2(X,fn_metaphase_24(X))
& subevent_2(X,fn_metaphase_28(X))
& is_between_2(fn_metaphase_9(X),fn_metaphase_20(X))
& is_between_2(fn_metaphase_9(X),fn_metaphase_31(X))
& is_at_2(fn_metaphase_3(X),fn_metaphase_31(X))
& is_at_2(fn_metaphase_2(X),fn_metaphase_20(X))
& called_2(fn_metaphase_8(X),"1")
& called_2(fn_metaphase_7(X),"2")
& in_event_2(fn_metaphase_1(X),X)
& base_2(fn_metaphase_8(X),fn_metaphase_30(X))
& base_2(fn_metaphase_7(X),fn_metaphase_6(X))
& object_2(fn_metaphase_28(X),fn_metaphase_27(X))
& object_2(fn_metaphase_28(X),fn_metaphase_19(X))
& base_2(fn_metaphase_24(X),fn_metaphase_15(X))
& object_2(fn_metaphase_8(X),fn_metaphase_16(X))
& object_2(fn_metaphase_24(X),fn_metaphase_14(X))
& object_2(fn_metaphase_7(X),fn_metaphase_17(X))
& destination_2(fn_metaphase_25(X),fn_metaphase_9(X))
& destination_2(fn_metaphase_28(X),fn_metaphase_9(X))
& destination_2(fn_metaphase_26(X),fn_metaphase_9(X))
& has_region_2(fn_metaphase_21(X),fn_metaphase_31(X))
& has_part_2(fn_metaphase_21(X),fn_metaphase_19(X))
& agent_2(fn_metaphase_25(X),fn_metaphase_19(X))
& object_2(fn_metaphase_25(X),fn_metaphase_19(X))
& agent_2(fn_metaphase_26(X),fn_metaphase_27(X))
& object_2(fn_metaphase_26(X),fn_metaphase_27(X))
& element_2(fn_metaphase_18(X),fn_metaphase_15(X))
& has_part_2(fn_metaphase_27(X),fn_metaphase_30(X))
& base_2(X,fn_metaphase_11(X))
& has_region_2(fn_metaphase_21(X),fn_metaphase_20(X))
& is_between_2(fn_metaphase_10(X),fn_metaphase_20(X))
& is_at_2(fn_metaphase_29(X),fn_metaphase_10(X))
& is_between_2(fn_metaphase_10(X),fn_metaphase_31(X))
& is_at_2(fn_metaphase_10(X),fn_metaphase_9(X))
& object_2(fn_metaphase_23(X),fn_metaphase_15(X))
& base_2(fn_metaphase_12(X),fn_metaphase_15(X))
& subevent_2(fn_metaphase_23(X),fn_metaphase_12(X))
& object_2(fn_metaphase_22(X),fn_metaphase_14(X))
& base_2(fn_metaphase_13(X),fn_metaphase_14(X))
& subevent_2(fn_metaphase_22(X),fn_metaphase_13(X))
& has_region_2(fn_metaphase_19(X),fn_metaphase_29(X))
& has_part_2(fn_metaphase_19(X),fn_metaphase_6(X))
& has_region_2(fn_metaphase_21(X),fn_metaphase_9(X))
& fn_metaphase_30(X) = fn_attach_2(fn_metaphase_8(X))
& fn_metaphase_6(X) = fn_attach_2(fn_metaphase_7(X))
& fn_metaphase_27(X) = fn_come_together_2(fn_metaphase_28(X))
& fn_metaphase_19(X) = fn_come_together_1(fn_metaphase_28(X))
& fn_metaphase_15(X) = fn_make_contact_2(fn_metaphase_24(X))
& fn_metaphase_16(X) = fn_attach_1(fn_metaphase_8(X))
& fn_metaphase_14(X) = fn_make_contact_1(fn_metaphase_24(X))
& fn_metaphase_17(X) = fn_attach_1(fn_metaphase_7(X))
& fn_metaphase_9(X) = fn_go_to_1(fn_metaphase_25(X))
& fn_metaphase_9(X) = fn_come_together_3(fn_metaphase_28(X))
& fn_metaphase_9(X) = fn_go_to_1(fn_metaphase_26(X))
& fn_metaphase_31(X) = fn_cell_1(fn_metaphase_21(X))
& fn_metaphase_19(X) = fn_cell_25(fn_metaphase_21(X))
& fn_metaphase_19(X) = fn_locomotion_1(fn_metaphase_25(X))
& fn_metaphase_27(X) = fn_locomotion_1(fn_metaphase_26(X))
& fn_metaphase_15(X) = fn_mitotic_spindle_1(fn_metaphase_18(X))
& fn_metaphase_30(X) = fn_chromosome_3(fn_metaphase_27(X))
& fn_metaphase_11(X) = fn_mitotic_stage_1(X)
& fn_metaphase_20(X) = fn_cell_1(fn_metaphase_21(X))
& fn_metaphase_20(X) = fn_metaphase_plate_1(fn_metaphase_10(X))
& fn_metaphase_29(X) = fn_metaphase_plate_5(fn_metaphase_10(X))
& fn_metaphase_31(X) = fn_metaphase_plate_2(fn_metaphase_10(X))
& fn_metaphase_9(X) = fn_metaphase_plate_7(fn_metaphase_10(X))
& fn_metaphase_12(X) = fn_microtubule_elongation_1(fn_metaphase_23(X))
& fn_metaphase_15(X) = fn_microtubule_elongation_2(fn_metaphase_23(X))
& fn_metaphase_13(X) = fn_microtubule_elongation_1(fn_metaphase_22(X))
& fn_metaphase_14(X) = fn_microtubule_elongation_2(fn_metaphase_22(X))
& fn_metaphase_21(X) = fn_cell_equator_1(fn_metaphase_9(X))
& fn_metaphase_29(X) = fn_kinetochore_24(fn_metaphase_6(X))
& fn_metaphase_19(X) = fn_kinetochore_25(fn_metaphase_6(X))
& fn_attach_2(fn_metaphase_8(X)) = fn_chromosome_3(fn_metaphase_27(X))
& fn_chromosome_3(fn_metaphase_27(X)) = fn_come_together_2(fn_metaphase_28(X))
& fn_come_together_2(fn_metaphase_28(X)) = fn_locomotion_1(fn_metaphase_26(X))
& fn_locomotion_1(fn_metaphase_26(X)) = fn_locomotion_1(fn_metaphase_26(X))
& fn_locomotion_1(fn_metaphase_26(X)) = fn_cell_1(fn_metaphase_21(X))
& fn_cell_1(fn_metaphase_21(X)) = fn_metaphase_plate_1(fn_metaphase_10(X))
& fn_metaphase_plate_1(fn_metaphase_10(X)) = fn_cell_1(fn_metaphase_21(X))
& fn_cell_1(fn_metaphase_21(X)) = fn_metaphase_plate_2(fn_metaphase_10(X))
& fn_metaphase_plate_2(fn_metaphase_10(X)) = fn_make_contact_2(fn_metaphase_24(X))
& fn_make_contact_2(fn_metaphase_24(X)) = fn_mitotic_spindle_1(fn_metaphase_18(X))
& fn_mitotic_spindle_1(fn_metaphase_18(X)) = fn_mitotic_spindle_1(fn_metaphase_18(X))
& fn_mitotic_spindle_1(fn_metaphase_18(X)) = fn_microtubule_elongation_2(fn_metaphase_23(X))
& fn_microtubule_elongation_2(fn_metaphase_23(X)) = fn_microtubule_elongation_2(fn_metaphase_23(X))
& fn_microtubule_elongation_2(fn_metaphase_23(X)) = fn_make_contact_1(fn_metaphase_24(X))
& fn_make_contact_1(fn_metaphase_24(X)) = fn_microtubule_elongation_2(fn_metaphase_22(X))
& fn_microtubule_elongation_2(fn_metaphase_22(X)) = fn_microtubule_elongation_2(fn_metaphase_22(X))
& fn_microtubule_elongation_2(fn_metaphase_22(X)) = fn_go_to_1(fn_metaphase_25(X))
& fn_go_to_1(fn_metaphase_25(X)) = fn_come_together_3(fn_metaphase_28(X))
& fn_come_together_3(fn_metaphase_28(X)) = fn_go_to_1(fn_metaphase_26(X))
& fn_go_to_1(fn_metaphase_26(X)) = fn_go_to_1(fn_metaphase_25(X))
& fn_go_to_1(fn_metaphase_25(X)) = fn_go_to_1(fn_metaphase_26(X))
& fn_go_to_1(fn_metaphase_26(X)) = fn_metaphase_plate_7(fn_metaphase_10(X))
& fn_metaphase_plate_7(fn_metaphase_10(X)) = fn_metaphase_plate_5(fn_metaphase_10(X))
& fn_metaphase_plate_5(fn_metaphase_10(X)) = fn_kinetochore_24(fn_metaphase_6(X))
& fn_kinetochore_24(fn_metaphase_6(X)) = fn_come_together_1(fn_metaphase_28(X))
& fn_come_together_1(fn_metaphase_28(X)) = fn_cell_25(fn_metaphase_21(X))
& fn_cell_25(fn_metaphase_21(X)) = fn_cell_25(fn_metaphase_21(X))
& fn_cell_25(fn_metaphase_21(X)) = fn_locomotion_1(fn_metaphase_25(X))
& fn_locomotion_1(fn_metaphase_25(X)) = fn_locomotion_1(fn_metaphase_25(X))
& fn_locomotion_1(fn_metaphase_25(X)) = fn_kinetochore_25(fn_metaphase_6(X))
& fn_kinetochore_25(fn_metaphase_6(X)) = fn_kinetochore_25(fn_metaphase_6(X)) ) ) ).
fof(a530927,axiom,
! [X] :
( metaphase_chromatin_1(X)
=> ( original_name_2(X,'Metaphase-Chromatin')
& user_description_2(X,'The metaphase structure of chromatin differs vastly to that of interphase. It is optimised for physical strength and manageability, forming the classic chromosome structure seen in karyotypes. The structure of the condensed chromosome is thought to be loops of 30 nm fibre to a central scaffold of proteins. It is, however, not well characterised.The physical strength of chromatin is vital for this stage of division to prevent shear damage to the DNA as the daughter chromosomes are separated. To maximise strength the composition of the chromatin changes as it approaches the centromere, primarily through alternative histone H1 anologues.')
& concept2words_2(X,'chromatin of metaphase')
& concept2words_2(X,'metaphase chromatin')
& concept2words_2(X,'metaphase-chromatin')
& eukaryotic_chromatin_1(X) ) ) ).
fof(a530928,axiom,
! [X,X4,X1,X2,X3] :
( ( first_subevent_2(X,X1)
& object_2(X1,X2)
& object_2(X1,X3)
& subevent_2(X4,X)
& homologous_chromosome_1(X2)
& collecting_1(X1)
& homologous_chromosome_1(X3)
& meiosis_i_1(X4)
& meiotic_event_1(X) )
=> ( metaphase_i_1(X)
& fn_metaphase_i_2(X) = X3
& fn_metaphase_i_7(X) = X2
& fn_metaphase_i_8(X) = X1
& fn_metaphase_i_4(X) = X4 ) ) ).
fof(a530929,axiom,
! [X] :
( metaphase_i_1(X)
=> ( original_name_2(X,'Metaphase-I')
& user_description_2(X,'The chromosomes are arranged on the metaphase plate. Kinetochore microtubules are attached to one chromosome of each pair. The microtubules from the opposite pole are attached to the homologous.')
& concept2words_2(X,'undergo metaphase i')
& concept2words_2(X,'undergo metaphase-i')
& concept2words_2(X,'metaphase i')
& concept2words_2(X,'metaphase-i')
& meiotic_event_1(X)
& homologous_chromosome_1(fn_metaphase_i_2(X))
& metaphase_plate_1(fn_metaphase_i_3(X))
& meiosis_i_1(fn_metaphase_i_4(X))
& attach_1(fn_metaphase_i_5(X))
& kinetochore_microtubule_1(fn_metaphase_i_6(X))
& homologous_chromosome_1(fn_metaphase_i_7(X))
& collecting_1(fn_metaphase_i_8(X))
& spatial_entity_1(fn_attach_1(fn_metaphase_i_5(X)))
& entity_1(fn_collecting_1(fn_metaphase_i_8(X)))
& spatial_entity_1(fn_attach_2(fn_metaphase_i_5(X)))
& subevent_2(fn_metaphase_i_4(X),X)
& site_2(fn_metaphase_i_8(X),fn_metaphase_i_3(X))
& next_event_2(fn_metaphase_i_8(X),fn_metaphase_i_5(X))
& object_2(fn_metaphase_i_8(X),fn_metaphase_i_2(X))
& subevent_2(X,fn_metaphase_i_5(X))
& subevent_2(X,fn_metaphase_i_8(X))
& first_subevent_2(X,fn_metaphase_i_8(X))
& is_on_2(fn_metaphase_i_7(X),fn_metaphase_i_3(X))
& object_2(fn_metaphase_i_8(X),fn_metaphase_i_7(X))
& base_2(fn_metaphase_i_5(X),fn_metaphase_i_7(X))
& object_2(fn_metaphase_i_5(X),fn_metaphase_i_6(X))
& fn_metaphase_i_7(X) = fn_collecting_1(fn_metaphase_i_8(X))
& fn_metaphase_i_7(X) = fn_attach_2(fn_metaphase_i_5(X))
& fn_metaphase_i_6(X) = fn_attach_1(fn_metaphase_i_5(X))
& fn_collecting_1(fn_metaphase_i_8(X)) = fn_attach_2(fn_metaphase_i_5(X)) ) ) ).
fof(a530930,axiom,
! [X] :
( metaphase_ii_1(X)
=> ( original_name_2(X,'Metaphase-II')
& user_description_2(X,'The chromosomes are arranged on the metaphase plate. The kinetochore of the sister-chromatids of each chromosome pointing toward the opposite poles.')
& concept2words_2(X,'undergo metaphase ii')
& concept2words_2(X,'undergo metaphase-ii')
& concept2words_2(X,'metaphase ii')
& concept2words_2(X,'metaphase-ii')
& meiotic_event_1(X)
& metaphase_plate_1(fn_metaphase_ii_1(X))
& collecting_1(fn_metaphase_ii_2(X))
& chromosome_1(fn_metaphase_ii_3(X))
& kinetochore_microtubule_1(fn_metaphase_ii_4(X))
& attach_1(fn_metaphase_ii_5(X))
& spatial_entity_1(fn_attach_1(fn_metaphase_ii_5(X)))
& entity_1(fn_collecting_1(fn_metaphase_ii_2(X)))
& spatial_entity_1(fn_attach_2(fn_metaphase_ii_5(X)))
& subevent_2(X,fn_metaphase_ii_5(X))
& subevent_2(X,fn_metaphase_ii_2(X))
& site_2(fn_metaphase_ii_2(X),fn_metaphase_ii_1(X))
& next_event_2(fn_metaphase_ii_2(X),fn_metaphase_ii_5(X))
& object_2(fn_metaphase_ii_2(X),fn_metaphase_ii_3(X))
& object_2(fn_metaphase_ii_5(X),fn_metaphase_ii_4(X))
& base_2(fn_metaphase_ii_5(X),fn_metaphase_ii_3(X))
& fn_metaphase_ii_3(X) = fn_collecting_1(fn_metaphase_ii_2(X))
& fn_metaphase_ii_4(X) = fn_attach_1(fn_metaphase_ii_5(X))
& fn_metaphase_ii_3(X) = fn_attach_2(fn_metaphase_ii_5(X))
& fn_collecting_1(fn_metaphase_ii_2(X)) = fn_attach_2(fn_metaphase_ii_5(X)) ) ) ).
fof(a530931,axiom,
! [X] :
( metaphase_plate_1(X)
=> ( original_name_2(X,'Metaphase-Plate')
& user_description_2(X,'An imaginary plane along the equator of a cell in metaphase. As duplicated chromosomes line up during the metaphase, their centromeres align on the metaphase plate.')
& concept2words_2(X,'equatorial plate')
& concept2words_2(X,'equatorial-plate')
& concept2words_2(X,'plate of metaphase')
& concept2words_2(X,'metaphase plate')
& concept2words_2(X,'metaphase-plate')
& cellular_region_1(X)
& ~ cellular_structure_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X)
& cell_pole_1(fn_metaphase_plate_1(X))
& cell_pole_1(fn_metaphase_plate_2(X))
& cell_1(fn_metaphase_plate_3(X))
& eukaryotic_cell_1(fn_metaphase_plate_3(X))
& chromosome_1(fn_metaphase_plate_4(X))
& eukaryotic_chromosome_1(fn_metaphase_plate_4(X))
& centromere_1(fn_metaphase_plate_5(X))
& condensed_diploid_chromosome_1(fn_metaphase_plate_6(X))
& cell_equator_1(fn_metaphase_plate_7(X))
& cell_1(fn_cell_equator_1(fn_metaphase_plate_7(X)))
& cell_pole_1(fn_cell_1(fn_metaphase_plate_3(X)))
& centromere_1(fn_chromosome_6(fn_metaphase_plate_6(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_metaphase_plate_3(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_metaphase_plate_3(X)))
& eukaryotic_chromosome_1(fn_condensed_diploid_chromosome_3(fn_metaphase_plate_6(X)))
& is_between_2(X,fn_metaphase_plate_2(X))
& is_between_2(X,fn_metaphase_plate_1(X))
& is_at_2(X,fn_metaphase_plate_7(X))
& is_at_2(fn_metaphase_plate_5(X),X)
& has_region_2(fn_metaphase_plate_3(X),fn_metaphase_plate_1(X))
& has_region_2(fn_metaphase_plate_3(X),fn_metaphase_plate_7(X))
& has_region_2(fn_metaphase_plate_3(X),fn_metaphase_plate_2(X))
& has_region_2(fn_metaphase_plate_6(X),fn_metaphase_plate_5(X))
& has_part_2(fn_metaphase_plate_3(X),fn_metaphase_plate_4(X))
& has_state_2(fn_metaphase_plate_4(X),fn_metaphase_plate_6(X))
& fn_metaphase_plate_3(X) = fn_cell_equator_1(fn_metaphase_plate_7(X))
& fn_metaphase_plate_2(X) = fn_cell_1(fn_metaphase_plate_3(X))
& fn_metaphase_plate_5(X) = fn_chromosome_6(fn_metaphase_plate_6(X))
& fn_metaphase_plate_4(X) = fn_eukaryotic_cell_30(fn_metaphase_plate_3(X))
& fn_metaphase_plate_4(X) = fn_condensed_diploid_chromosome_3(fn_metaphase_plate_6(X))
& fn_eukaryotic_cell_30(fn_metaphase_plate_3(X)) = fn_condensed_diploid_chromosome_3(fn_metaphase_plate_6(X)) ) ) ).
fof(a530932,axiom,
! [X] :
( metapopulation_1(X)
=> ( original_name_2(X,'Metapopulation')
& user_description_2(X,'A group of populations of one species that are spatially separated but interact to some degree, including by immigration and emigration.')
& concept2words_2(X,metapopulation)
& ecological_grouping_1(X) ) ) ).
fof(a530933,axiom,
! [X] :
( metastasis_1(X)
=> ( original_name_2(X,'Metastasis')
& user_description_2(X,'The dispersal of cancer cells from their original site to other parts of the body.')
& concept2words_2(X,metastasize)
& concept2words_2(X,metastasis)
& biological_process_1(X)
& lymph_vessel_1(fn_metastasis_1(X))
& lymph_1(fn_metastasis_2(X))
& animal_process_1(fn_metastasis_3(X))
& animal_organ_1(fn_metastasis_4(X))
& event_1(fn_metastasis_5(X))
& surface_protein_1(fn_metastasis_6(X))
& change_1(fn_metastasis_7(X))
& damage_1(fn_metastasis_8(X))
& invade_1(fn_metastasis_9(X))
& growth_1(fn_metastasis_10(X))
& animal_1(fn_metastasis_11(X))
& cell_1(fn_metastasis_12(X))
& cancer_cell_1(fn_metastasis_12(X))
& malignant_tumor_growth_1(fn_metastasis_13(X))
& produce_1(fn_metastasis_14(X))
& cell_division_1(fn_metastasis_15(X))
& produce_1(fn_metastasis_16(X))
& create_1(fn_metastasis_16(X))
& tumor_1(fn_metastasis_17(X))
& move_1(fn_metastasis_18(X))
& tumor_1(fn_metastasis_19(X))
& malignant_tumor_1(fn_metastasis_19(X))
& animal_tissue_1(fn_metastasis_20(X))
& spatial_entity_1(fn_metastasis_21(X))
& cancer_cell_1(fn_metastasis_21(X))
& eukaryotic_cell_1(fn_metastasis_21(X))
& cell_1(fn_metastasis_21(X))
& extra_cellular_matrix_1(fn_metastasis_22(X))
& smooth_endoplasmic_reticulum_1(fn_metastasis_23(X))
& golgi_apparatus_1(fn_metastasis_24(X))
& synthesis_reaction_1(fn_metastasis_25(X))
& metabolic_pathway_1(fn_metastasis_25(X))
& chemical_reaction_1(fn_metastasis_25(X))
& anabolic_pathway_1(fn_metastasis_25(X))
& synthesis_of_lipid_1(fn_metastasis_25(X))
& substance_1(fn_metastasis_26(X))
& cytosol_1(fn_metastasis_26(X))
& surface_1(fn_metastasis_27(X))
& spatial_entity_1(fn_metastasis_28(X))
& fiber_1(fn_metastasis_28(X))
& detach_1(fn_metastasis_29(X))
& cell_1(fn_metastasis_30(X))
& detach_1(fn_metastasis_31(X))
& cancer_cell_1(fn_metastasis_32(X))
& spatial_entity_1(fn_go_to_1(fn_metastasis_9(X)))
& spatial_entity_1(fn_detach_2(fn_metastasis_31(X)))
& damage_1(fn_cancer_cell_17(fn_metastasis_12(X)))
& tumor_1(fn_malignant_tumor_growth_11(fn_metastasis_13(X)))
& malignant_tumor_1(fn_malignant_tumor_growth_11(fn_metastasis_13(X)))
& animal_1(fn_malignant_tumor_growth_12(fn_metastasis_13(X)))
& cell_division_1(fn_malignant_tumor_growth_10(fn_metastasis_13(X)))
& growth_1(fn_malignant_tumor_growth_7(fn_metastasis_13(X)))
& produce_1(fn_malignant_tumor_growth_13(fn_metastasis_13(X)))
& entity_1(fn_create_1(fn_metastasis_16(X)))
& surface_1(fn_eukaryotic_cell_44(fn_metastasis_21(X)))
& smooth_endoplasmic_reticulum_1(fn_eukaryotic_cell_20(fn_metastasis_21(X)))
& spatial_entity_1(fn_move_1(fn_metastasis_18(X)))
& spatial_entity_1(fn_locomotion_1(fn_metastasis_9(X)))
& spatial_entity_1(fn_detach_1(fn_metastasis_29(X)))
& fiber_1(fn_extra_cellular_matrix_1(fn_metastasis_22(X)))
& spatial_entity_1(fn_detach_1(fn_metastasis_31(X)))
& cell_1(fn_malignant_tumor_growth_9(fn_metastasis_13(X)))
& cancer_cell_1(fn_malignant_tumor_growth_9(fn_metastasis_13(X)))
& cell_1(fn_metabolic_pathway_1(fn_metastasis_25(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_metastasis_23(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_metastasis_23(X)))
& golgi_apparatus_1(fn_eukaryotic_cell_24(fn_metastasis_21(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_metastasis_23(X)))
& substance_1(fn_eukaryotic_cell_42(fn_metastasis_21(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_metastasis_21(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_metastasis_23(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_metastasis_23(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_metastasis_23(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_metastasis_23(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_metastasis_23(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_metastasis_23(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_metastasis_23(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_metastasis_23(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_metastasis_23(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_metastasis_23(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_metastasis_23(X)))
& has_goal_2(fn_metastasis_32(X),X)
& next_event_2(fn_metastasis_31(X),fn_metastasis_18(X))
& abuts_2(fn_metastasis_30(X),fn_metastasis_21(X))
& prevents_2(fn_metastasis_8(X),fn_metastasis_3(X))
& next_event_2(fn_metastasis_7(X),fn_metastasis_31(X))
& next_event_2(fn_metastasis_7(X),fn_metastasis_29(X))
& enables_2(fn_metastasis_7(X),fn_metastasis_31(X))
& enables_2(fn_metastasis_7(X),fn_metastasis_29(X))
& object_2(fn_metastasis_7(X),fn_metastasis_6(X))
& causes_2(fn_metastasis_7(X),fn_metastasis_18(X))
& next_event_2(fn_metastasis_29(X),fn_metastasis_18(X))
& fn_metastasis_28(X) != fn_metastasis_21(X)
& is_at_2(fn_metastasis_6(X),fn_metastasis_27(X))
& first_subevent_2(X,fn_metastasis_7(X))
& exactCardinality(X,prevents_0,"1",animal_process_0)
& prevents_2(X,fn_metastasis_3(X))
& subevent_2(X,fn_metastasis_9(X))
& subevent_2(X,fn_metastasis_31(X))
& subevent_2(X,fn_metastasis_13(X))
& subevent_2(X,fn_metastasis_18(X))
& subevent_2(X,fn_metastasis_29(X))
& subevent_2(X,fn_metastasis_7(X))
& object_2(X,fn_metastasis_21(X))
& fn_metastasis_21(X) != fn_metastasis_28(X)
& abuts_2(fn_metastasis_21(X),fn_metastasis_30(X))
& has_state_2(fn_metastasis_21(X),fn_metastasis_32(X))
& has_goal_2(fn_metastasis_21(X),fn_metastasis_5(X))
& abuts_2(fn_metastasis_20(X),fn_metastasis_19(X))
& abuts_2(fn_metastasis_19(X),fn_metastasis_20(X))
& fn_metastasis_19(X) != fn_metastasis_17(X)
& origin_2(fn_metastasis_18(X),fn_metastasis_19(X))
& destination_2(fn_metastasis_18(X),fn_metastasis_20(X))
& instrument_2(fn_metastasis_18(X),fn_metastasis_2(X))
& path_2(fn_metastasis_18(X),fn_metastasis_1(X))
& next_event_2(fn_metastasis_18(X),fn_metastasis_9(X))
& fn_metastasis_17(X) != fn_metastasis_19(X)
& has_part_2(fn_metastasis_17(X),fn_metastasis_12(X))
& fn_metastasis_16(X) != fn_metastasis_14(X)
& fn_metastasis_14(X) != fn_metastasis_16(X)
& site_2(fn_metastasis_13(X),fn_metastasis_20(X))
& subevent_2(fn_metastasis_13(X),fn_metastasis_16(X))
& has_part_2(fn_metastasis_11(X),fn_metastasis_4(X))
& has_part_2(fn_metastasis_11(X),fn_metastasis_17(X))
& toward_2(fn_metastasis_10(X),fn_metastasis_17(X))
& has_function_2(fn_metastasis_4(X),fn_metastasis_3(X))
& base_2(fn_metastasis_3(X),fn_metastasis_4(X))
& next_event_2(fn_metastasis_9(X),fn_metastasis_13(X))
& objective_2(fn_metastasis_9(X),X)
& object_2(fn_metastasis_31(X),fn_metastasis_21(X))
& object_2(fn_metastasis_18(X),fn_metastasis_32(X))
& destination_2(fn_metastasis_9(X),fn_metastasis_20(X))
& base_2(fn_metastasis_31(X),fn_metastasis_30(X))
& agent_2(fn_metastasis_9(X),fn_metastasis_32(X))
& object_2(fn_metastasis_9(X),fn_metastasis_32(X))
& object_2(fn_metastasis_29(X),fn_metastasis_28(X))
& is_inside_2(fn_metastasis_28(X),fn_metastasis_22(X))
& result_2(fn_metastasis_8(X),fn_metastasis_12(X))
& agent_2(fn_metastasis_14(X),fn_metastasis_12(X))
& base_2(fn_metastasis_13(X),fn_metastasis_11(X))
& has_part_2(fn_metastasis_11(X),fn_metastasis_19(X))
& has_part_2(fn_metastasis_19(X),fn_metastasis_21(X))
& subevent_2(fn_metastasis_13(X),fn_metastasis_14(X))
& causes_2(fn_metastasis_14(X),fn_metastasis_10(X))
& subevent_2(fn_metastasis_13(X),fn_metastasis_10(X))
& is_inside_2(fn_metastasis_24(X),fn_metastasis_26(X))
& is_inside_2(fn_metastasis_23(X),fn_metastasis_26(X))
& site_2(fn_metastasis_25(X),fn_metastasis_23(X))
& has_function_2(fn_metastasis_23(X),fn_metastasis_25(X))
& has_part_2(fn_metastasis_21(X),fn_metastasis_24(X))
& has_part_2(fn_metastasis_21(X),fn_metastasis_23(X))
& has_region_2(fn_metastasis_21(X),fn_metastasis_27(X))
& base_2(fn_metastasis_25(X),fn_metastasis_21(X))
& result_2(fn_metastasis_16(X),fn_metastasis_17(X))
& fn_metastasis_21(X) = fn_detach_1(fn_metastasis_31(X))
& fn_metastasis_32(X) = fn_move_1(fn_metastasis_18(X))
& fn_metastasis_20(X) = fn_go_to_1(fn_metastasis_9(X))
& fn_metastasis_30(X) = fn_detach_2(fn_metastasis_31(X))
& fn_metastasis_32(X) = fn_locomotion_1(fn_metastasis_9(X))
& fn_metastasis_28(X) = fn_detach_1(fn_metastasis_29(X))
& fn_metastasis_28(X) = fn_extra_cellular_matrix_1(fn_metastasis_22(X))
& fn_metastasis_8(X) = fn_cancer_cell_17(fn_metastasis_12(X))
& fn_metastasis_12(X) = fn_malignant_tumor_growth_9(fn_metastasis_13(X))
& fn_metastasis_21(X) = fn_malignant_tumor_growth_9(fn_metastasis_13(X))
& fn_metastasis_19(X) = fn_malignant_tumor_growth_11(fn_metastasis_13(X))
& fn_metastasis_11(X) = fn_malignant_tumor_growth_12(fn_metastasis_13(X))
& fn_metastasis_16(X) = fn_malignant_tumor_growth_13(fn_metastasis_13(X))
& fn_metastasis_15(X) = fn_malignant_tumor_growth_10(fn_metastasis_13(X))
& fn_metastasis_10(X) = fn_malignant_tumor_growth_7(fn_metastasis_13(X))
& fn_metastasis_14(X) = fn_malignant_tumor_growth_13(fn_metastasis_13(X))
& fn_metastasis_17(X) = fn_create_1(fn_metastasis_16(X))
& fn_metastasis_21(X) = fn_metabolic_pathway_1(fn_metastasis_25(X))
& fn_metastasis_27(X) = fn_eukaryotic_cell_44(fn_metastasis_21(X))
& fn_metastasis_23(X) = fn_eukaryotic_cell_20(fn_metastasis_21(X))
& fn_metastasis_21(X) = fn_smooth_endoplasmic_reticulum_33(fn_metastasis_23(X))
& fn_metastasis_24(X) = fn_eukaryotic_cell_24(fn_metastasis_21(X))
& fn_metastasis_26(X) = fn_eukaryotic_cell_42(fn_metastasis_21(X))
& fn_metastasis_24(X) = fn_smooth_endoplasmic_reticulum_3(fn_metastasis_23(X))
& fn_metastasis_26(X) = fn_smooth_endoplasmic_reticulum_34(fn_metastasis_23(X))
& fn_metastasis_25(X) = fn_smooth_endoplasmic_reticulum_23(fn_metastasis_23(X))
& fn_metastasis_25(X) = fn_smooth_endoplasmic_reticulum_7(fn_metastasis_23(X))
& fn_metastasis_25(X) = fn_smooth_endoplasmic_reticulum_49(fn_metastasis_23(X))
& fn_metastasis_25(X) = fn_smooth_endoplasmic_reticulum_48(fn_metastasis_23(X))
& fn_metastasis_25(X) = fn_smooth_endoplasmic_reticulum_8(fn_metastasis_23(X))
& fn_metastasis_25(X) = fn_smooth_endoplasmic_reticulum_42(fn_metastasis_23(X))
& fn_move_1(fn_metastasis_18(X)) = fn_locomotion_1(fn_metastasis_9(X))
& fn_locomotion_1(fn_metastasis_9(X)) = fn_locomotion_1(fn_metastasis_9(X))
& fn_locomotion_1(fn_metastasis_9(X)) = fn_detach_1(fn_metastasis_29(X))
& fn_detach_1(fn_metastasis_29(X)) = fn_extra_cellular_matrix_1(fn_metastasis_22(X))
& fn_extra_cellular_matrix_1(fn_metastasis_22(X)) = fn_detach_1(fn_metastasis_31(X))
& fn_detach_1(fn_metastasis_31(X)) = fn_malignant_tumor_growth_9(fn_metastasis_13(X))
& fn_malignant_tumor_growth_9(fn_metastasis_13(X)) = fn_malignant_tumor_growth_9(fn_metastasis_13(X))
& fn_malignant_tumor_growth_9(fn_metastasis_13(X)) = fn_metabolic_pathway_1(fn_metastasis_25(X))
& fn_metabolic_pathway_1(fn_metastasis_25(X)) = fn_metabolic_pathway_1(fn_metastasis_25(X))
& fn_metabolic_pathway_1(fn_metastasis_25(X)) = fn_smooth_endoplasmic_reticulum_33(fn_metastasis_23(X))
& fn_smooth_endoplasmic_reticulum_33(fn_metastasis_23(X)) = fn_smooth_endoplasmic_reticulum_33(fn_metastasis_23(X))
& fn_smooth_endoplasmic_reticulum_33(fn_metastasis_23(X)) = fn_eukaryotic_cell_24(fn_metastasis_21(X))
& fn_smooth_endoplasmic_reticulum_3(fn_metastasis_23(X)) = fn_eukaryotic_cell_24(fn_metastasis_21(X))
& fn_eukaryotic_cell_24(fn_metastasis_21(X)) = fn_smooth_endoplasmic_reticulum_3(fn_metastasis_23(X))
& fn_smooth_endoplasmic_reticulum_3(fn_metastasis_23(X)) = fn_eukaryotic_cell_42(fn_metastasis_21(X))
& fn_eukaryotic_cell_42(fn_metastasis_21(X)) = fn_smooth_endoplasmic_reticulum_34(fn_metastasis_23(X))
& fn_smooth_endoplasmic_reticulum_34(fn_metastasis_23(X)) = fn_smooth_endoplasmic_reticulum_34(fn_metastasis_23(X))
& fn_smooth_endoplasmic_reticulum_34(fn_metastasis_23(X)) = fn_smooth_endoplasmic_reticulum_23(fn_metastasis_23(X))
& fn_smooth_endoplasmic_reticulum_23(fn_metastasis_23(X)) = fn_smooth_endoplasmic_reticulum_7(fn_metastasis_23(X))
& fn_smooth_endoplasmic_reticulum_7(fn_metastasis_23(X)) = fn_smooth_endoplasmic_reticulum_7(fn_metastasis_23(X))
& fn_smooth_endoplasmic_reticulum_7(fn_metastasis_23(X)) = fn_smooth_endoplasmic_reticulum_49(fn_metastasis_23(X))
& fn_smooth_endoplasmic_reticulum_49(fn_metastasis_23(X)) = fn_smooth_endoplasmic_reticulum_49(fn_metastasis_23(X))
& fn_smooth_endoplasmic_reticulum_49(fn_metastasis_23(X)) = fn_smooth_endoplasmic_reticulum_48(fn_metastasis_23(X))
& fn_smooth_endoplasmic_reticulum_48(fn_metastasis_23(X)) = fn_smooth_endoplasmic_reticulum_48(fn_metastasis_23(X))
& fn_smooth_endoplasmic_reticulum_48(fn_metastasis_23(X)) = fn_smooth_endoplasmic_reticulum_8(fn_metastasis_23(X))
& fn_smooth_endoplasmic_reticulum_8(fn_metastasis_23(X)) = fn_smooth_endoplasmic_reticulum_8(fn_metastasis_23(X))
& fn_smooth_endoplasmic_reticulum_42(fn_metastasis_23(X)) = fn_smooth_endoplasmic_reticulum_8(fn_metastasis_23(X))
& fn_smooth_endoplasmic_reticulum_8(fn_metastasis_23(X)) = fn_smooth_endoplasmic_reticulum_42(fn_metastasis_23(X)) ) ) ).
fof(a530934,axiom,
! [X] :
( methamphetamine_1(X)
=> ( original_name_2(X,'Methamphetamine')
& user_description_2(X,'Methamphetamine is a central nervous system stimulant drug that is similar in structure to amphetamine.')
& concept2words_2(X,crank)
& concept2words_2(X,methamphetamine)
& molecule_1(X)
& drug_1(X) ) ) ).
fof(a530935,axiom,
! [X] :
( methane_1(X)
=> ( original_name_2(X,'Methane')
& user_description_2(X,'Methane is a chemical compound with the chemical formula CH4. It is the simplest alkane, and the principal component of natural gas.')
& concept2words_2(X,ch4)
& concept2words_2(X,methane)
& hydrocarbon_molecule_1(X)
& ~ ethane_1(X)
& mass_value_1(fn_methane_1(X))
& mass_value_1(fn_methane_2(X))
& system_1(fn_methane_4(X))
& share_1(fn_methane_8(X))
& entity_1(fn_methane_9(X))
& chemical_entity_1(fn_methane_9(X))
& atom_1(fn_methane_9(X))
& carbon_1(fn_methane_9(X))
& chemical_bond_1(fn_methane_10(X))
& covalent_bond_1(fn_methane_10(X))
& single_bond_1(fn_methane_10(X))
& electron_1(fn_methane_11(X))
& valence_electron_1(fn_methane_12(X))
& electron_1(fn_methane_12(X))
& share_1(fn_covalent_bond_17(fn_methane_10(X)))
& electron_1(fn_atom_14(fn_methane_9(X)))
& electron_1(fn_carbon_10(fn_methane_9(X)))
& valence_electron_1(fn_covalent_bond_18(fn_methane_10(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_methane_10(X)))
& entity_1(fn_covalent_bond_19(fn_methane_10(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_methane_10(X)))
& atom_1(fn_covalent_bond_19(fn_methane_10(X)))
& called_2(fn_methane_2(X),mass_electron)
& the_cardinal_value_2(fn_methane_1(X),"1.0e0")
& cardinal_unit_class_2(fn_methane_1(X),dalton_0)
& called_2(fn_methane_1(X),mass_proton)
& exactCardinality(X,possesses_0,"4",single_bond_0)
& exactCardinality(X,has_part_0,"1",carbon_0)
& exactCardinality(X,has_part_0,"4",hydrogen_0)
& fn_methane_11(X) != fn_methane_12(X)
& fn_methane_12(X) != fn_methane_11(X)
& agent_2(fn_methane_8(X),fn_methane_9(X))
& has_part_2(fn_methane_9(X),fn_methane_11(X))
& result_2(fn_methane_8(X),fn_methane_10(X))
& object_2(fn_methane_8(X),fn_methane_12(X))
& has_part_2(X,fn_methane_9(X))
& possesses_2(X,fn_methane_10(X))
& is_between_2(fn_methane_10(X),fn_methane_9(X))
& has_part_2(fn_methane_9(X),fn_methane_12(X))
& fn_methane_11(X) = fn_atom_14(fn_methane_9(X))
& fn_methane_11(X) = fn_carbon_10(fn_methane_9(X))
& fn_methane_8(X) = fn_covalent_bond_17(fn_methane_10(X))
& fn_methane_9(X) = fn_organic_molecule_2(X)
& fn_methane_12(X) = fn_covalent_bond_18(fn_methane_10(X))
& fn_methane_12(X) = fn_hydrocarbon_molecule_8(X)
& fn_methane_9(X) = fn_chemical_bond_1(fn_methane_10(X))
& fn_methane_9(X) = fn_covalent_bond_19(fn_methane_10(X))
& fn_methane_9(X) = fn_hydrocarbon_molecule_16(X)
& fn_methane_10(X) = fn_hydrocarbon_molecule_14(X)
& fn_atom_14(fn_methane_9(X)) = fn_carbon_10(fn_methane_9(X))
& fn_carbon_10(fn_methane_9(X)) = fn_covalent_bond_18(fn_methane_10(X))
& fn_covalent_bond_18(fn_methane_10(X)) = fn_covalent_bond_18(fn_methane_10(X))
& fn_covalent_bond_18(fn_methane_10(X)) = fn_hydrocarbon_molecule_8(X)
& fn_hydrocarbon_molecule_8(X) = fn_covalent_bond_19(fn_methane_10(X))
& fn_covalent_bond_19(fn_methane_10(X)) = fn_chemical_bond_1(fn_methane_10(X))
& fn_chemical_bond_1(fn_methane_10(X)) = fn_covalent_bond_19(fn_methane_10(X))
& fn_organic_molecule_2(X) = fn_covalent_bond_19(fn_methane_10(X))
& fn_covalent_bond_19(fn_methane_10(X)) = fn_covalent_bond_19(fn_methane_10(X))
& fn_covalent_bond_19(fn_methane_10(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_hydrocarbon_molecule_16(X)
& fn_hydrocarbon_molecule_16(X) = fn_hydrocarbon_molecule_16(X) ) ) ).
fof(a530936,axiom,
! [X] :
( methane_gas_1(X)
=> ( original_name_2(X,'Methane-Gas')
& user_description_2(X,'The gaseous form of methane, chemical formula CH4.')
& concept2words_2(X,'gas of methane')
& concept2words_2(X,'methane gas')
& concept2words_2(X,'methane-gas')
& greenhouse_gas_1(X)
& methane_1(fn_methane_gas_1(X))
& has_part_2(X,fn_methane_gas_1(X)) ) ) ).
fof(a530937,axiom,
! [X] :
( methanogen_1(X)
=> ( original_name_2(X,'Methanogen')
& user_description_2(X,'An archaean microbe that produces methane as a byproduct of metabolism in anoxic conditions.')
& concept2words_2(X,methanogen)
& euryarchaeota_1(X) ) ) ).
fof(a530938,axiom,
! [X] :
( methanol_substance_1(X)
=> ( original_name_2(X,'Methanol-Substance')
& user_description_2(X,'A liquid substance with molecular formula CH3OH.')
& concept2words_2(X,'substance of methanol')
& concept2words_2(X,'methanol substance')
& concept2words_2(X,'methanol-substance')
& liquid_substance_1(X)
& methyl_alcohol_1(fn_methanol_substance_1(X))
& heat_of_vaporization_value_1(fn_methanol_substance_2(X))
& the_cardinal_value_2(fn_methanol_substance_2(X),"263.0e0")
& cardinal_unit_class_2(fn_methanol_substance_2(X),calorie_per_gram_0)
& heat_of_vaporization_2(X,fn_methanol_substance_2(X))
& has_part_2(X,fn_methanol_substance_1(X)) ) ) ).
fof(a530939,axiom,
! [X] :
( methionine_1(X)
=> ( original_name_2(X,'Methionine')
& user_description_2(X,'One of the 20 most common amino acids that make up proteins. It is usually the first amino acid to be brought to the Translation Initiation Complex by tRNA.')
& concept2words_2(X,met)
& concept2words_2(X,methionine)
& concept2words_2(X,m)
& hydrophobic_amino_acid_1(X)
& share_1(fn_methionine_1(X))
& share_1(fn_methionine_2(X))
& share_1(fn_methionine_3(X))
& electron_shell_1(fn_methionine_4(X))
& electron_shell_1(fn_methionine_5(X))
& tangible_entity_1(fn_methionine_6(X))
& electron_1(fn_methionine_6(X))
& entity_1(fn_methionine_6(X))
& valence_electron_1(fn_methionine_6(X))
& non_polar_side_chain_1(fn_methionine_7(X))
& sulfur_1(fn_methionine_8(X))
& entity_1(fn_methionine_9(X))
& tangible_entity_1(fn_methionine_9(X))
& atom_1(fn_methionine_9(X))
& oxygen_1(fn_methionine_9(X))
& atom_1(fn_methionine_10(X))
& entity_1(fn_methionine_10(X))
& tangible_entity_1(fn_methionine_10(X))
& oxygen_1(fn_methionine_10(X))
& tangible_entity_1(fn_methionine_11(X))
& entity_1(fn_methionine_11(X))
& chemical_entity_1(fn_methionine_11(X))
& atom_1(fn_methionine_11(X))
& carbon_1(fn_methionine_11(X))
& hold_1(fn_methionine_12(X))
& hold_together_1(fn_methionine_12(X))
& tangible_entity_1(fn_methionine_13(X))
& electron_1(fn_methionine_13(X))
& entity_1(fn_methionine_13(X))
& valence_electron_1(fn_methionine_13(X))
& valence_electron_1(fn_methionine_14(X))
& share_1(fn_methionine_15(X))
& share_1(fn_methionine_16(X))
& share_1(fn_methionine_17(X))
& share_1(fn_methionine_18(X))
& share_1(fn_methionine_19(X))
& share_1(fn_methionine_20(X))
& share_1(fn_methionine_21(X))
& share_1(fn_methionine_22(X))
& hold_1(fn_methionine_23(X))
& hold_together_1(fn_methionine_23(X))
& hold_1(fn_methionine_24(X))
& hold_together_1(fn_methionine_24(X))
& hold_1(fn_methionine_25(X))
& hold_together_1(fn_methionine_25(X))
& entity_1(fn_share_2(fn_methionine_19(X)))
& entity_1(fn_share_3(fn_methionine_16(X)))
& entity_1(fn_share_1(fn_methionine_16(X)))
& is_inside_2(fn_methionine_8(X),fn_methionine_7(X))
& object_2(fn_methionine_19(X),fn_methionine_13(X))
& agent_2(fn_methionine_16(X),fn_methionine_9(X))
& has_part_2(X,fn_methionine_8(X))
& object_2(fn_methionine_21(X),fn_methionine_13(X))
& has_region_2(X,fn_methionine_7(X))
& object_2(fn_methionine_24(X),fn_methionine_10(X))
& agent_2(fn_methionine_2(X),fn_methionine_9(X))
& object_2(fn_methionine_25(X),fn_methionine_10(X))
& object_2(fn_methionine_20(X),fn_methionine_13(X))
& agent_2(fn_methionine_20(X),fn_methionine_10(X))
& agent_2(fn_methionine_21(X),fn_methionine_10(X))
& agent_2(fn_methionine_21(X),fn_methionine_11(X))
& agent_2(fn_methionine_22(X),fn_methionine_11(X))
& object_2(fn_methionine_22(X),fn_methionine_13(X))
& agent_2(fn_methionine_22(X),fn_methionine_9(X))
& agent_2(fn_methionine_19(X),fn_methionine_9(X))
& agent_2(fn_methionine_19(X),fn_methionine_11(X))
& agent_2(fn_methionine_20(X),fn_methionine_11(X))
& agent_2(fn_methionine_16(X),fn_methionine_11(X))
& agent_2(fn_methionine_18(X),fn_methionine_11(X))
& object_2(fn_methionine_18(X),fn_methionine_13(X))
& object_2(fn_methionine_23(X),fn_methionine_11(X))
& object_2(fn_methionine_23(X),fn_methionine_10(X))
& agent_2(fn_methionine_17(X),fn_methionine_10(X))
& agent_2(fn_methionine_17(X),fn_methionine_11(X))
& object_2(fn_methionine_12(X),fn_methionine_11(X))
& object_2(fn_methionine_12(X),fn_methionine_10(X))
& has_region_2(fn_methionine_10(X),fn_methionine_5(X))
& object_2(fn_methionine_24(X),fn_methionine_11(X))
& object_2(fn_methionine_24(X),fn_methionine_9(X))
& has_part_2(X,fn_methionine_9(X))
& has_part_2(X,fn_methionine_10(X))
& agent_2(fn_methionine_1(X),fn_methionine_10(X))
& agent_2(fn_methionine_1(X),fn_methionine_11(X))
& object_2(fn_methionine_1(X),fn_methionine_6(X))
& object_2(fn_methionine_2(X),fn_methionine_6(X))
& agent_2(fn_methionine_2(X),fn_methionine_11(X))
& fn_methionine_11(X) != fn_methionine_10(X)
& fn_methionine_10(X) != fn_methionine_11(X)
& object_2(fn_methionine_25(X),fn_methionine_11(X))
& object_2(fn_methionine_25(X),fn_methionine_9(X))
& agent_2(fn_methionine_1(X),fn_methionine_9(X))
& fn_methionine_11(X) != fn_methionine_9(X)
& fn_methionine_9(X) != fn_methionine_11(X)
& has_part_2(X,fn_methionine_11(X))
& has_region_2(fn_methionine_9(X),fn_methionine_5(X))
& fn_methionine_9(X) != fn_methionine_10(X)
& fn_methionine_10(X) != fn_methionine_9(X)
& fn_methionine_13(X) = fn_share_2(fn_methionine_19(X))
& fn_methionine_9(X) = fn_share_3(fn_methionine_16(X))
& fn_methionine_9(X) = fn_share_1(fn_methionine_16(X))
& fn_methionine_8(X) = fn_organic_molecule_2(X)
& fn_methionine_21(X) = fn_hydrophobic_amino_acid_43(X)
& fn_methionine_7(X) = fn_hydrophobic_amino_acid_28(X)
& fn_methionine_24(X) = fn_hydrophobic_amino_acid_13(X)
& fn_methionine_2(X) = fn_hydrophobic_amino_acid_80(X)
& fn_methionine_25(X) = fn_hydrophobic_amino_acid_7(X)
& fn_methionine_21(X) = fn_hydrophobic_amino_acid_63(X)
& fn_methionine_20(X) = fn_hydrophobic_amino_acid_42(X)
& fn_methionine_20(X) = fn_hydrophobic_amino_acid_16(X)
& fn_methionine_19(X) = fn_hydrophobic_amino_acid_15(X)
& fn_methionine_22(X) = fn_hydrophobic_amino_acid_35(X)
& fn_methionine_13(X) = fn_hydrophobic_amino_acid_33(X)
& fn_methionine_18(X) = fn_hydrophobic_amino_acid_31(X)
& fn_methionine_16(X) = fn_hydrophobic_amino_acid_11(X)
& fn_methionine_14(X) = fn_hydrophobic_amino_acid_12(X)
& fn_methionine_15(X) = fn_hydrophobic_amino_acid_9(X)
& fn_methionine_17(X) = fn_hydrophobic_amino_acid_10(X)
& fn_methionine_23(X) = fn_hydrophobic_amino_acid_8(X)
& fn_methionine_12(X) = fn_hydrophobic_amino_acid_7(X)
& fn_methionine_3(X) = fn_hydrophobic_amino_acid_5(X)
& fn_methionine_1(X) = fn_hydrophobic_amino_acid_9(X)
& fn_methionine_10(X) = fn_hydrophobic_amino_acid_22(X)
& fn_methionine_9(X) = fn_hydrophobic_amino_acid_23(X)
& fn_methionine_24(X) = fn_hydrophobic_amino_acid_2(X)
& fn_methionine_2(X) = fn_hydrophobic_amino_acid_4(X)
& fn_methionine_6(X) = fn_hydrophobic_amino_acid_6(X)
& fn_methionine_1(X) = fn_hydrophobic_amino_acid_3(X)
& fn_methionine_25(X) = fn_hydrophobic_amino_acid_1(X)
& fn_methionine_10(X) = fn_hydrophobic_amino_acid_23(X)
& fn_methionine_9(X) = fn_hydrophobic_amino_acid_22(X)
& fn_methionine_5(X) = fn_hydrophobic_amino_acid_34(X)
& fn_methionine_4(X) = fn_hydrophobic_amino_acid_59(X)
& fn_methionine_11(X) = fn_hydrophobic_amino_acid_20(X)
& fn_hydrophobic_amino_acid_43(X) = fn_hydrophobic_amino_acid_63(X)
& fn_hydrophobic_amino_acid_63(X) = fn_hydrophobic_amino_acid_63(X)
& fn_hydrophobic_amino_acid_63(X) = fn_hydrophobic_amino_acid_42(X)
& fn_hydrophobic_amino_acid_42(X) = fn_hydrophobic_amino_acid_42(X)
& fn_hydrophobic_amino_acid_42(X) = fn_hydrophobic_amino_acid_16(X)
& fn_hydrophobic_amino_acid_16(X) = fn_share_2(fn_methionine_19(X))
& fn_share_2(fn_methionine_19(X)) = fn_hydrophobic_amino_acid_33(X)
& fn_hydrophobic_amino_acid_33(X) = fn_hydrophobic_amino_acid_33(X)
& fn_hydrophobic_amino_acid_33(X) = fn_hydrophobic_amino_acid_13(X)
& fn_hydrophobic_amino_acid_13(X) = fn_hydrophobic_amino_acid_2(X)
& fn_hydrophobic_amino_acid_2(X) = fn_hydrophobic_amino_acid_2(X)
& fn_hydrophobic_amino_acid_2(X) = fn_hydrophobic_amino_acid_80(X)
& fn_hydrophobic_amino_acid_80(X) = fn_hydrophobic_amino_acid_4(X)
& fn_hydrophobic_amino_acid_4(X) = fn_hydrophobic_amino_acid_4(X)
& fn_hydrophobic_amino_acid_4(X) = fn_hydrophobic_amino_acid_9(X)
& fn_hydrophobic_amino_acid_9(X) = fn_hydrophobic_amino_acid_3(X)
& fn_hydrophobic_amino_acid_3(X) = fn_hydrophobic_amino_acid_3(X)
& fn_hydrophobic_amino_acid_3(X) = fn_hydrophobic_amino_acid_7(X)
& fn_hydrophobic_amino_acid_7(X) = fn_hydrophobic_amino_acid_1(X)
& fn_hydrophobic_amino_acid_1(X) = fn_hydrophobic_amino_acid_1(X)
& fn_hydrophobic_amino_acid_1(X) = fn_hydrophobic_amino_acid_22(X)
& fn_hydrophobic_amino_acid_23(X) = fn_share_3(fn_methionine_16(X))
& fn_share_3(fn_methionine_16(X)) = fn_share_1(fn_methionine_16(X))
& fn_share_1(fn_methionine_16(X)) = fn_share_1(fn_methionine_16(X))
& fn_share_1(fn_methionine_16(X)) = fn_hydrophobic_amino_acid_23(X)
& fn_hydrophobic_amino_acid_22(X) = fn_hydrophobic_amino_acid_23(X)
& fn_hydrophobic_amino_acid_23(X) = fn_hydrophobic_amino_acid_23(X)
& fn_hydrophobic_amino_acid_23(X) = fn_hydrophobic_amino_acid_22(X)
& fn_hydrophobic_amino_acid_22(X) = fn_hydrophobic_amino_acid_22(X) ) ) ).
fof(a530940,axiom,
! [X] :
( method_1(X)
=> ( original_name_2(X,'Method')
& concept2words_2(X,method)
& km_class_1(X) ) ) ).
fof(a530941,axiom,
! [X] :
( methyl_alcohol_1(X)
=> ( original_name_2(X,'Methyl-Alcohol')
& user_description_2(X,'It is a organic molecule with molecular formula CH3OH.')
& concept2words_2(X,'alcohol of methyl')
& concept2words_2(X,'methyl alcohol')
& concept2words_2(X,'methyl-alcohol')
& alcohol_1(X) ) ) ).
fof(a530942,axiom,
! [X] :
( methyl_group_1(X)
=> ( original_name_2(X,'Methyl-Group')
& user_description_2(X,'A chemical group consisting of a carbon bonded to three hydrogen atoms. The methyl group may be attached to a carbon or to a different atom.')
& concept2words_2(X,'ch3 group')
& concept2words_2(X,'ch3-group')
& concept2words_2(X,'group of methyl')
& concept2words_2(X,'methyl group')
& concept2words_2(X,'methyl-group')
& functional_group_1(X)
& ~ acetyl_group_1(X)
& ~ amino_group_1(X)
& ~ carbonyl_group_1(X)
& ~ carboxyl_group_1(X)
& ~ hydroxyl_group_1(X)
& ~ phosphate_group_1(X)
& mass_value_1(fn_methyl_group_1(X))
& mass_value_1(fn_methyl_group_2(X))
& system_1(fn_methyl_group_4(X))
& hold_together_1(fn_methyl_group_8(X))
& chemical_marker_1(fn_methyl_group_9(X))
& tangible_entity_1(fn_methyl_group_10(X))
& hydrogen_1(fn_methyl_group_10(X))
& entity_1(fn_methyl_group_10(X))
& chemical_entity_1(fn_methyl_group_10(X))
& atom_1(fn_methyl_group_10(X))
& carbon_1(fn_methyl_group_11(X))
& entity_1(fn_methyl_group_11(X))
& chemical_entity_1(fn_methyl_group_11(X))
& atom_1(fn_methyl_group_11(X))
& share_1(fn_methyl_group_12(X))
& hold_1(fn_methyl_group_13(X))
& hold_together_1(fn_methyl_group_13(X))
& single_bond_1(fn_methyl_group_14(X))
& atomic_nucleus_1(fn_methyl_group_15(X))
& first_electron_shell_1(fn_methyl_group_16(X))
& electron_shell_1(fn_methyl_group_16(X))
& valence_electron_1(fn_methyl_group_17(X))
& center_1(fn_methyl_group_18(X))
& electron_shell_1(fn_methyl_group_19(X))
& first_electron_shell_1(fn_methyl_group_19(X))
& valence_electron_1(fn_methyl_group_20(X))
& electron_1(fn_methyl_group_21(X))
& s_orbital_1(fn_methyl_group_22(X))
& hydrogen_1(fn_methyl_group_23(X))
& hydrogen_1(fn_methyl_group_24(X))
& hydrogen_1(fn_methyl_group_25(X))
& hydrogen_1(fn_methyl_group_26(X))
& hydrogen_1(fn_methyl_group_27(X))
& hydrogen_1(fn_methyl_group_28(X))
& spatial_entity_1(fn_chemical_marker_2(fn_methyl_group_9(X)))
& electron_shell_1(fn_covalent_bond_11(fn_methyl_group_14(X)))
& atomic_orbital_1(fn_covalent_bond_13(fn_methyl_group_14(X)))
& hold_together_1(fn_covalent_bond_14(fn_methyl_group_14(X)))
& share_1(fn_covalent_bond_17(fn_methyl_group_14(X)))
& center_1(fn_hydrogen_14(fn_methyl_group_23(X)))
& center_1(fn_hydrogen_14(fn_methyl_group_24(X)))
& center_1(fn_hydrogen_14(fn_methyl_group_25(X)))
& center_1(fn_hydrogen_14(fn_methyl_group_26(X)))
& center_1(fn_hydrogen_14(fn_methyl_group_27(X)))
& center_1(fn_hydrogen_14(fn_methyl_group_28(X)))
& center_1(fn_covalent_bond_21(fn_methyl_group_14(X)))
& electron_shell_1(fn_hydrogen_16(fn_methyl_group_10(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_methyl_group_10(X)))
& electron_shell_1(fn_hydrogen_16(fn_methyl_group_23(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_methyl_group_23(X)))
& electron_shell_1(fn_hydrogen_16(fn_methyl_group_24(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_methyl_group_24(X)))
& electron_shell_1(fn_hydrogen_16(fn_methyl_group_25(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_methyl_group_25(X)))
& electron_shell_1(fn_hydrogen_16(fn_methyl_group_26(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_methyl_group_26(X)))
& electron_shell_1(fn_hydrogen_16(fn_methyl_group_27(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_methyl_group_27(X)))
& electron_shell_1(fn_hydrogen_16(fn_methyl_group_28(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_methyl_group_28(X)))
& electron_shell_1(fn_covalent_bond_12(fn_methyl_group_14(X)))
& tangible_entity_1(fn_hold_2(fn_methyl_group_13(X)))
& entity_1(fn_covalent_bond_19(fn_methyl_group_14(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_methyl_group_14(X)))
& atom_1(fn_covalent_bond_19(fn_methyl_group_14(X)))
& electron_1(fn_atom_14(fn_methyl_group_11(X)))
& electron_1(fn_carbon_10(fn_methyl_group_11(X)))
& electron_1(fn_first_electron_shell_5(fn_methyl_group_19(X)))
& entity_1(fn_covalent_bond_20(fn_methyl_group_14(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_methyl_group_14(X)))
& atom_1(fn_covalent_bond_20(fn_methyl_group_14(X)))
& atom_1(fn_first_electron_shell_3(fn_methyl_group_19(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_methyl_group_14(X)))
& atomic_nucleus_1(fn_first_electron_shell_7(fn_methyl_group_19(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_methyl_group_14(X)))
& valence_electron_1(fn_covalent_bond_15(fn_methyl_group_14(X)))
& valence_electron_1(fn_covalent_bond_18(fn_methyl_group_14(X)))
& called_2(fn_methyl_group_2(X),mass_electron)
& the_cardinal_value_2(fn_methyl_group_1(X),"1.0e0")
& cardinal_unit_class_2(fn_methyl_group_1(X),dalton_0)
& called_2(fn_methyl_group_1(X),mass_proton)
& is_inside_2(fn_methyl_group_10(X),X)
& fn_methyl_group_10(X) != fn_methyl_group_11(X)
& is_inside_2(fn_methyl_group_11(X),X)
& fn_methyl_group_11(X) != fn_methyl_group_10(X)
& object_2(fn_methyl_group_13(X),fn_methyl_group_11(X))
& fn_methyl_group_17(X) != fn_methyl_group_20(X)
& fn_methyl_group_20(X) != fn_methyl_group_17(X)
& fn_methyl_group_20(X) != fn_methyl_group_21(X)
& fn_methyl_group_21(X) != fn_methyl_group_20(X)
& object_2(fn_methyl_group_13(X),fn_methyl_group_10(X))
& has_region_2(fn_methyl_group_10(X),fn_methyl_group_16(X))
& has_part_2(fn_methyl_group_11(X),fn_methyl_group_21(X))
& has_region_2(fn_methyl_group_23(X),fn_methyl_group_18(X))
& has_region_2(fn_methyl_group_23(X),fn_methyl_group_16(X))
& has_region_2(fn_methyl_group_24(X),fn_methyl_group_18(X))
& has_region_2(fn_methyl_group_24(X),fn_methyl_group_16(X))
& has_region_2(fn_methyl_group_25(X),fn_methyl_group_18(X))
& has_region_2(fn_methyl_group_25(X),fn_methyl_group_16(X))
& has_region_2(fn_methyl_group_26(X),fn_methyl_group_18(X))
& has_region_2(fn_methyl_group_26(X),fn_methyl_group_16(X))
& has_region_2(fn_methyl_group_27(X),fn_methyl_group_18(X))
& has_region_2(fn_methyl_group_27(X),fn_methyl_group_16(X))
& has_region_2(fn_methyl_group_28(X),fn_methyl_group_18(X))
& has_region_2(fn_methyl_group_28(X),fn_methyl_group_16(X))
& plays_2(X,fn_methyl_group_9(X))
& agent_2(fn_methyl_group_12(X),fn_methyl_group_11(X))
& object_2(fn_methyl_group_8(X),fn_methyl_group_11(X))
& is_between_2(fn_methyl_group_14(X),fn_methyl_group_11(X))
& has_part_2(fn_methyl_group_11(X),fn_methyl_group_20(X))
& has_region_2(fn_methyl_group_10(X),fn_methyl_group_18(X))
& agent_2(fn_methyl_group_12(X),fn_methyl_group_10(X))
& object_2(fn_methyl_group_8(X),fn_methyl_group_10(X))
& agent_2(fn_methyl_group_13(X),fn_methyl_group_14(X))
& is_between_2(fn_methyl_group_14(X),fn_methyl_group_10(X))
& has_part_2(fn_methyl_group_10(X),fn_methyl_group_17(X))
& is_inside_2(fn_methyl_group_17(X),fn_methyl_group_22(X))
& has_region_2(fn_methyl_group_16(X),fn_methyl_group_22(X))
& fn_methyl_group_16(X) != fn_methyl_group_19(X)
& fn_methyl_group_19(X) != fn_methyl_group_16(X)
& has_region_2(fn_methyl_group_11(X),fn_methyl_group_19(X))
& has_region_2(fn_methyl_group_11(X),fn_methyl_group_15(X))
& is_inside_2(fn_methyl_group_15(X),fn_methyl_group_19(X))
& is_near_2(fn_methyl_group_21(X),fn_methyl_group_15(X))
& is_near_2(fn_methyl_group_15(X),fn_methyl_group_21(X))
& object_2(fn_methyl_group_12(X),fn_methyl_group_17(X))
& has_function_2(fn_methyl_group_14(X),fn_methyl_group_13(X))
& result_2(fn_methyl_group_12(X),fn_methyl_group_14(X))
& object_2(fn_methyl_group_12(X),fn_methyl_group_20(X))
& is_near_2(fn_methyl_group_15(X),fn_methyl_group_20(X))
& is_near_2(fn_methyl_group_20(X),fn_methyl_group_15(X))
& fn_methyl_group_10(X) = fn_hold_2(fn_methyl_group_13(X))
& fn_methyl_group_16(X) = fn_hydrogen_16(fn_methyl_group_10(X))
& fn_methyl_group_21(X) = fn_atom_14(fn_methyl_group_11(X))
& fn_methyl_group_21(X) = fn_carbon_10(fn_methyl_group_11(X))
& fn_methyl_group_18(X) = fn_hydrogen_14(fn_methyl_group_23(X))
& fn_methyl_group_16(X) = fn_hydrogen_16(fn_methyl_group_23(X))
& fn_methyl_group_18(X) = fn_hydrogen_14(fn_methyl_group_24(X))
& fn_methyl_group_16(X) = fn_hydrogen_16(fn_methyl_group_24(X))
& fn_methyl_group_18(X) = fn_hydrogen_14(fn_methyl_group_25(X))
& fn_methyl_group_16(X) = fn_hydrogen_16(fn_methyl_group_25(X))
& fn_methyl_group_18(X) = fn_hydrogen_14(fn_methyl_group_26(X))
& fn_methyl_group_16(X) = fn_hydrogen_16(fn_methyl_group_26(X))
& fn_methyl_group_18(X) = fn_hydrogen_14(fn_methyl_group_27(X))
& fn_methyl_group_16(X) = fn_hydrogen_16(fn_methyl_group_27(X))
& fn_methyl_group_18(X) = fn_hydrogen_14(fn_methyl_group_28(X))
& fn_methyl_group_16(X) = fn_hydrogen_16(fn_methyl_group_28(X))
& X = fn_chemical_marker_2(fn_methyl_group_9(X))
& fn_methyl_group_11(X) = fn_covalent_bond_20(fn_methyl_group_14(X))
& fn_methyl_group_18(X) = fn_covalent_bond_21(fn_methyl_group_14(X))
& fn_methyl_group_8(X) = fn_covalent_bond_14(fn_methyl_group_14(X))
& fn_methyl_group_19(X) = fn_covalent_bond_11(fn_methyl_group_14(X))
& fn_methyl_group_16(X) = fn_covalent_bond_12(fn_methyl_group_14(X))
& fn_methyl_group_22(X) = fn_covalent_bond_13(fn_methyl_group_14(X))
& fn_methyl_group_17(X) = fn_covalent_bond_18(fn_methyl_group_14(X))
& fn_methyl_group_10(X) = fn_covalent_bond_19(fn_methyl_group_14(X))
& fn_methyl_group_21(X) = fn_first_electron_shell_5(fn_methyl_group_19(X))
& fn_methyl_group_15(X) = fn_first_electron_shell_7(fn_methyl_group_19(X))
& fn_methyl_group_11(X) = fn_first_electron_shell_3(fn_methyl_group_19(X))
& fn_methyl_group_17(X) = fn_covalent_bond_15(fn_methyl_group_14(X))
& fn_methyl_group_13(X) = fn_covalent_bond_14(fn_methyl_group_14(X))
& fn_methyl_group_20(X) = fn_covalent_bond_15(fn_methyl_group_14(X))
& fn_methyl_group_15(X) = fn_covalent_bond_24(fn_methyl_group_14(X))
& fn_methyl_group_15(X) = fn_covalent_bond_22(fn_methyl_group_14(X))
& fn_methyl_group_20(X) = fn_covalent_bond_18(fn_methyl_group_14(X))
& fn_methyl_group_12(X) = fn_covalent_bond_17(fn_methyl_group_14(X))
& fn_hydrogen_14(fn_methyl_group_23(X)) = fn_hydrogen_14(fn_methyl_group_24(X))
& fn_hydrogen_14(fn_methyl_group_24(X)) = fn_hydrogen_14(fn_methyl_group_25(X))
& fn_hydrogen_14(fn_methyl_group_25(X)) = fn_hydrogen_14(fn_methyl_group_26(X))
& fn_hydrogen_14(fn_methyl_group_26(X)) = fn_hydrogen_14(fn_methyl_group_27(X))
& fn_hydrogen_14(fn_methyl_group_27(X)) = fn_hydrogen_14(fn_methyl_group_28(X))
& fn_hydrogen_14(fn_methyl_group_28(X)) = fn_covalent_bond_21(fn_methyl_group_14(X))
& fn_covalent_bond_21(fn_methyl_group_14(X)) = fn_hydrogen_16(fn_methyl_group_10(X))
& fn_hydrogen_16(fn_methyl_group_10(X)) = fn_hydrogen_16(fn_methyl_group_23(X))
& fn_hydrogen_16(fn_methyl_group_23(X)) = fn_hydrogen_16(fn_methyl_group_24(X))
& fn_hydrogen_16(fn_methyl_group_24(X)) = fn_hydrogen_16(fn_methyl_group_25(X))
& fn_hydrogen_16(fn_methyl_group_25(X)) = fn_hydrogen_16(fn_methyl_group_26(X))
& fn_hydrogen_16(fn_methyl_group_26(X)) = fn_hydrogen_16(fn_methyl_group_27(X))
& fn_hydrogen_16(fn_methyl_group_27(X)) = fn_hydrogen_16(fn_methyl_group_28(X))
& fn_hydrogen_16(fn_methyl_group_28(X)) = fn_covalent_bond_12(fn_methyl_group_14(X))
& fn_covalent_bond_12(fn_methyl_group_14(X)) = fn_covalent_bond_12(fn_methyl_group_14(X))
& fn_covalent_bond_12(fn_methyl_group_14(X)) = fn_hold_2(fn_methyl_group_13(X))
& fn_hold_2(fn_methyl_group_13(X)) = fn_covalent_bond_19(fn_methyl_group_14(X))
& fn_covalent_bond_19(fn_methyl_group_14(X)) = fn_covalent_bond_19(fn_methyl_group_14(X))
& fn_covalent_bond_19(fn_methyl_group_14(X)) = fn_atom_14(fn_methyl_group_11(X))
& fn_atom_14(fn_methyl_group_11(X)) = fn_carbon_10(fn_methyl_group_11(X))
& fn_carbon_10(fn_methyl_group_11(X)) = fn_carbon_10(fn_methyl_group_11(X))
& fn_carbon_10(fn_methyl_group_11(X)) = fn_first_electron_shell_5(fn_methyl_group_19(X))
& fn_first_electron_shell_5(fn_methyl_group_19(X)) = fn_first_electron_shell_5(fn_methyl_group_19(X))
& fn_first_electron_shell_5(fn_methyl_group_19(X)) = fn_covalent_bond_20(fn_methyl_group_14(X))
& fn_covalent_bond_20(fn_methyl_group_14(X)) = fn_covalent_bond_20(fn_methyl_group_14(X))
& fn_covalent_bond_20(fn_methyl_group_14(X)) = fn_first_electron_shell_3(fn_methyl_group_19(X))
& fn_first_electron_shell_3(fn_methyl_group_19(X)) = fn_first_electron_shell_3(fn_methyl_group_19(X))
& fn_first_electron_shell_3(fn_methyl_group_19(X)) = fn_covalent_bond_18(fn_methyl_group_14(X))
& fn_covalent_bond_15(fn_methyl_group_14(X)) = fn_first_electron_shell_7(fn_methyl_group_19(X))
& fn_first_electron_shell_7(fn_methyl_group_19(X)) = fn_covalent_bond_24(fn_methyl_group_14(X))
& fn_covalent_bond_24(fn_methyl_group_14(X)) = fn_covalent_bond_24(fn_methyl_group_14(X))
& fn_covalent_bond_24(fn_methyl_group_14(X)) = fn_first_electron_shell_7(fn_methyl_group_19(X))
& fn_first_electron_shell_7(fn_methyl_group_19(X)) = fn_first_electron_shell_7(fn_methyl_group_19(X))
& fn_first_electron_shell_7(fn_methyl_group_19(X)) = fn_covalent_bond_22(fn_methyl_group_14(X))
& fn_covalent_bond_22(fn_methyl_group_14(X)) = fn_covalent_bond_22(fn_methyl_group_14(X))
& fn_covalent_bond_22(fn_methyl_group_14(X)) = fn_covalent_bond_15(fn_methyl_group_14(X))
& fn_covalent_bond_15(fn_methyl_group_14(X)) = fn_covalent_bond_15(fn_methyl_group_14(X))
& fn_covalent_bond_18(fn_methyl_group_14(X)) = fn_covalent_bond_15(fn_methyl_group_14(X))
& fn_covalent_bond_15(fn_methyl_group_14(X)) = fn_covalent_bond_18(fn_methyl_group_14(X))
& fn_covalent_bond_18(fn_methyl_group_14(X)) = fn_covalent_bond_18(fn_methyl_group_14(X)) ) ) ).
fof(a530943,axiom,
! [X] :
( methyl_ion_1(X)
=> ( original_name_2(X,'Methyl-Ion')
& user_description_2(X,'Methyl cation.')
& concept2words_2(X,'ion of methyl')
& concept2words_2(X,'methyl ion')
& concept2words_2(X,'methyl-ion')
& polyatomic_ion_1(X)
& cation_1(X)
& ~ metal_cation_1(X)
& ~ calcium_ion_1(X)
& ~ hydronium_ion_1(X)
& ~ magnesium_ion_1(X)
& ~ sodium_ion_1(X) ) ) ).
fof(a530944,axiom,
! [X] :
( methylated_compound_1(X)
=> ( original_name_2(X,'Methylated-Compound')
& user_description_2(X,'A compound with a methyl group is called a methylated compound')
& concept2words_2(X,'methylated compound')
& concept2words_2(X,'methylated-compound')
& molecule_1(X)
& constant_motion_1(fn_methylated_compound_3(X))
& kinetic_energy_1(fn_methylated_compound_4(X))
& quantity_value_1(fn_methylated_compound_5(X))
& speed_value_1(fn_methylated_compound_6(X))
& methyl_group_1(fn_methylated_compound_7(X))
& chemical_entity_1(fn_functional_group_1(fn_methylated_compound_7(X)))
& has_region_2(X,fn_methylated_compound_7(X))
& possesses_2(X,fn_methylated_compound_4(X))
& quantity_2(fn_methylated_compound_4(X),fn_methylated_compound_5(X))
& directly_proportional_2(fn_methylated_compound_6(X),fn_methylated_compound_5(X))
& speed_2(fn_methylated_compound_3(X),fn_methylated_compound_6(X))
& object_2(fn_methylated_compound_3(X),X)
& X = fn_functional_group_1(fn_methylated_compound_7(X))
& fn_methylated_compound_2(X) = fn_molecule_2(X)
& fn_methylated_compound_1(X) = fn_molecule_1(X)
& fn_methylated_compound_3(X) = fn_molecule_8(X)
& fn_methylated_compound_6(X) = fn_molecule_3(X)
& fn_methylated_compound_5(X) = fn_molecule_4(X)
& fn_methylated_compound_4(X) = fn_molecule_12(X) ) ) ).
fof(a530945,axiom,
! [X] :
( methylated_dna_1(X)
=> ( original_name_2(X,'Methylated-DNA')
& user_description_2(X,'A portion of a DNA molecule with one or more methyl groups attached.')
& concept2words_2(X,'methylated dna')
& concept2words_2(X,'methylated-dna')
& methylated_compound_1(X)
& ~ improperly_methylated_dna_1(X)
& carbon_1(fn_methylated_dna_1(X))
& deoxyribose_1(fn_methylated_dna_2(X))
& monomer_1(fn_methylated_dna_3(X))
& nucleotide_1(fn_methylated_dna_4(X))
& monomer_1(fn_methylated_dna_4(X))
& atom_1(fn_methylated_dna_5(X))
& fn_methylated_dna_5(X) != fn_methylated_dna_1(X)
& fn_methylated_dna_1(X) != fn_methylated_dna_5(X)
& has_part_2(X,fn_methylated_dna_1(X))
& has_part_2(X,fn_methylated_dna_4(X))
& has_part_2(X,fn_methylated_dna_3(X))
& has_part_2(X,fn_methylated_dna_2(X))
& has_part_2(X,fn_methylated_dna_5(X))
& fn_methylated_dna_5(X) = fn_molecule_7(X) ) ) ).
fof(a530946,axiom,
! [X] :
( methylation_1(X)
=> ( original_name_2(X,'Methylation')
& user_description_2(X,'The addition of a methyl group (-CH3) to a molecule.')
& concept2words_2(X,methylate)
& concept2words_2(X,methylation)
& synthesis_reaction_1(X) ) ) ).
fof(a530947,axiom,
! [X] :
( methylation_enzyme_1(X)
=> ( original_name_2(X,'Methylation-Enzyme')
& user_description_2(X,'Enzyme that acts to catayze the addition of methyl groups to a chemical entity.')
& concept2words_2(X,'enzyme of methylation')
& concept2words_2(X,'methylation enzyme')
& concept2words_2(X,'methylation-enzyme')
& transferase_1(X)
& methylation_1(fn_methylation_enzyme_1(X))
& agent_2(fn_methylation_enzyme_1(X),X) ) ) ).
fof(a530948,axiom,
! [X] :
( microbial_cell_to_cell_communication_1(X)
=> ( original_name_2(X,'Microbial-Cell-To-Cell-Communication')
& user_description_2(X,'The secretion of small molecules whose increase in concentration, when detected by other bacterial cells allows them to monitor the local density of cells allowing bacterial populations to coordinate their behaviors so they can carry out activities that are only productive when performed by a given number of cells in synchrony.')
& concept2words_2(X,communicate)
& concept2words_2(X,'microbial cell to cell communication')
& concept2words_2(X,'microbial-cell-to-cell-communication')
& chemical_signaling_1(X)
& ~ cell_communication_with_neurotransmitter_1(X) ) ) ).
fof(a530949,axiom,
! [X] :
( microclimate_1(X)
=> ( original_name_2(X,'Microclimate')
& user_description_2(X,'Climatic conditions on a very small spatial scale, as under a log or on the surface of a rock in the intertidal.')
& concept2words_2(X,microclimate)
& climate_1(X)
& ~ macroclimate_1(X) ) ) ).
fof(a530950,axiom,
! [X] :
( microevolution_1(X)
=> ( original_name_2(X,'Microevolution')
& user_description_2(X,'Evolutionary processes that occur below the level of species; changes in population allele frequences over generations.')
& concept2words_2(X,microevolution)
& evolution_1(X)
& ~ evolutionary_developmental_biology_1(X)
& ~ human_evolution_1(X)
& ~ macroevolution_1(X) ) ) ).
fof(a530951,axiom,
! [X] :
( microfibril_1(X)
=> ( original_name_2(X,'Microfibril')
& user_description_2(X,'Parallel cellulose molecules hydrogen bond with each other, producing microfibrils. Microfibrils are produced by an enzyme called cellulose synthase and become embedded in a matrix of polysaccharides and protein in the extracellular matrix.')
& concept2words_2(X,microfibril)
& organic_molecule_1(X)
& protein_related_aggregates_1(X)
& ~ thylakoid_electron_transport_chain_1(X)
& ~ chylomicron_1(X)
& ~ cytochrome_complex_1(X)
& ~ electron_shuttle_system_1(X)
& ~ electron_transport_chain_1(X)
& ~ signal_recognition_particle_1(X)
& length_value_1(fn_microfibril_2(X))
& unitless_value_1(fn_microfibril_4(X))
& cellulose_1(fn_microfibril_5(X))
& cellulose_1(fn_microfibril_6(X))
& shape_value_1(fn_microfibril_7(X))
& tangible_entity_1(fn_microfibril_9(X))
& cell_1(fn_microfibril_9(X))
& tangible_entity_1(fn_microfibril_10(X))
& transport_vesicle_1(fn_microfibril_10(X))
& hold_1(fn_microfibril_11(X))
& carry_1(fn_microfibril_12(X))
& exocytosis_1(fn_microfibril_13(X))
& release_1(fn_microfibril_14(X))
& speed_value_1(fn_microfibril_15(X))
& quantity_value_1(fn_microfibril_16(X))
& carbon_skeleton_1(fn_microfibril_17(X))
& kinetic_energy_1(fn_microfibril_18(X))
& carbon_1(fn_microfibril_19(X))
& atom_1(fn_microfibril_20(X))
& chemical_entity_1(fn_microfibril_20(X))
& constant_motion_1(fn_microfibril_21(X))
& carry_1(fn_exocytosis_25(fn_microfibril_13(X)))
& cell_1(fn_bulk_transport_6(fn_microfibril_13(X)))
& tangible_entity_1(fn_exocytosis_33(fn_microfibril_13(X)))
& cell_1(fn_exocytosis_33(fn_microfibril_13(X)))
& release_1(fn_exocytosis_18(fn_microfibril_13(X)))
& release_1(fn_exocytosis_48(fn_microfibril_13(X)))
& tangible_entity_1(fn_hold_1(fn_microfibril_11(X)))
& transport_vesicle_1(fn_exocytosis_24(fn_microfibril_13(X)))
& tangible_entity_1(fn_hold_2(fn_microfibril_11(X)))
& tangible_entity_1(fn_exocytosis_35(fn_microfibril_13(X)))
& molecule_1(fn_exocytosis_35(fn_microfibril_13(X)))
& organic_molecule_1(fn_exocytosis_35(fn_microfibril_13(X)))
& the_categorical_value_2(fn_microfibril_7(X),cylinder_0)
& is_parallel_to_2(fn_microfibril_6(X),fn_microfibril_5(X))
& is_parallel_to_2(fn_microfibril_5(X),fn_microfibril_6(X))
& element_2(X,fn_microfibril_6(X))
& element_2(X,fn_microfibril_5(X))
& importance_2(X,fn_microfibril_4(X))
& shape_2(X,fn_microfibril_7(X))
& length_2(X,fn_microfibril_2(X))
& instrument_2(fn_microfibril_12(X),fn_microfibril_10(X))
& subevent_2(fn_microfibril_12(X),fn_microfibril_11(X))
& first_subevent_2(fn_microfibril_12(X),fn_microfibril_11(X))
& the_scalar_value_2(fn_microfibril_4(X),high_0)
& scalar_unit_class_2(fn_microfibril_4(X),organic_molecule_0)
& the_scalar_value_2(fn_microfibril_2(X),long_0)
& scalar_unit_class_2(fn_microfibril_2(X),organic_molecule_0)
& agent_2(fn_microfibril_11(X),fn_microfibril_10(X))
& object_2(fn_microfibril_11(X),X)
& subevent_2(fn_microfibril_13(X),fn_microfibril_14(X))
& subevent_2(fn_microfibril_13(X),fn_microfibril_12(X))
& agent_2(fn_microfibril_12(X),fn_microfibril_10(X))
& has_part_2(fn_microfibril_9(X),fn_microfibril_10(X))
& base_2(fn_microfibril_13(X),fn_microfibril_9(X))
& instrument_2(fn_microfibril_13(X),fn_microfibril_10(X))
& object_2(fn_microfibril_13(X),X)
& is_inside_2(X,fn_microfibril_10(X))
& has_function_2(fn_microfibril_10(X),fn_microfibril_12(X))
& object_2(fn_microfibril_12(X),X)
& object_2(fn_microfibril_14(X),X)
& possesses_2(X,fn_microfibril_18(X))
& quantity_2(fn_microfibril_18(X),fn_microfibril_16(X))
& directly_proportional_2(fn_microfibril_15(X),fn_microfibril_16(X))
& speed_2(fn_microfibril_21(X),fn_microfibril_15(X))
& object_2(fn_microfibril_21(X),X)
& has_part_2(X,fn_microfibril_20(X))
& fn_microfibril_20(X) != fn_microfibril_19(X)
& is_inside_2(fn_microfibril_19(X),fn_microfibril_17(X))
& has_region_2(X,fn_microfibril_17(X))
& has_part_2(X,fn_microfibril_19(X))
& fn_microfibril_19(X) != fn_microfibril_20(X)
& fn_microfibril_10(X) = fn_hold_1(fn_microfibril_11(X))
& X = fn_hold_2(fn_microfibril_11(X))
& fn_microfibril_14(X) = fn_exocytosis_18(fn_microfibril_13(X))
& fn_microfibril_9(X) = fn_bulk_transport_6(fn_microfibril_13(X))
& fn_microfibril_9(X) = fn_exocytosis_33(fn_microfibril_13(X))
& fn_microfibril_14(X) = fn_exocytosis_48(fn_microfibril_13(X))
& fn_microfibril_12(X) = fn_exocytosis_25(fn_microfibril_13(X))
& fn_microfibril_10(X) = fn_exocytosis_24(fn_microfibril_13(X))
& X = fn_exocytosis_35(fn_microfibril_13(X))
& fn_microfibril_23(X) = fn_molecule_1(X)
& fn_microfibril_22(X) = fn_molecule_2(X)
& fn_microfibril_21(X) = fn_molecule_8(X)
& fn_microfibril_15(X) = fn_molecule_3(X)
& fn_microfibril_16(X) = fn_molecule_4(X)
& fn_microfibril_18(X) = fn_molecule_12(X)
& fn_microfibril_17(X) = fn_organic_molecule_3(X)
& fn_microfibril_19(X) = fn_organic_molecule_1(X)
& fn_microfibril_20(X) = fn_organic_molecule_2(X)
& fn_bulk_transport_6(fn_microfibril_13(X)) = fn_exocytosis_33(fn_microfibril_13(X))
& fn_exocytosis_33(fn_microfibril_13(X)) = fn_exocytosis_33(fn_microfibril_13(X))
& fn_exocytosis_33(fn_microfibril_13(X)) = fn_exocytosis_48(fn_microfibril_13(X))
& fn_exocytosis_48(fn_microfibril_13(X)) = fn_exocytosis_18(fn_microfibril_13(X))
& fn_exocytosis_18(fn_microfibril_13(X)) = fn_exocytosis_48(fn_microfibril_13(X))
& fn_exocytosis_48(fn_microfibril_13(X)) = fn_hold_1(fn_microfibril_11(X))
& fn_hold_1(fn_microfibril_11(X)) = fn_exocytosis_24(fn_microfibril_13(X))
& fn_exocytosis_24(fn_microfibril_13(X)) = fn_exocytosis_24(fn_microfibril_13(X))
& fn_exocytosis_24(fn_microfibril_13(X)) = fn_hold_2(fn_microfibril_11(X))
& fn_hold_2(fn_microfibril_11(X)) = fn_exocytosis_35(fn_microfibril_13(X))
& fn_exocytosis_35(fn_microfibril_13(X)) = fn_exocytosis_35(fn_microfibril_13(X)) ) ) ).
fof(a530952,axiom,
! [X] :
( microfilament_1(X)
=> ( original_name_2(X,'Microfilament')
& user_description_2(X,'Microfilaments (or actin filaments or actin microfilaments) are the thinnest filaments of the cytoskeleton found in the cytoplasm of all eukaryotic cells.')
& concept2words_2(X,'actin filament')
& concept2words_2(X,'actin microfilament')
& concept2words_2(X,'actin-microfilament')
& concept2words_2(X,microfilament)
& filament_protein_1(X)
& intermediate_filament_1(fn_microfilament_1(X))
& shape_value_1(fn_microfilament_2(X))
& length_value_1(fn_microfilament_4(X))
& actin_1(fn_microfilament_6(X))
& polypeptide_1(fn_microfilament_11(X))
& atom_1(fn_microfilament_12(X))
& chemical_entity_1(fn_microfilament_12(X))
& carbon_1(fn_microfilament_13(X))
& constant_motion_1(fn_microfilament_14(X))
& protein_domain_1(fn_microfilament_15(X))
& hydrophilic_region_1(fn_microfilament_16(X))
& surface_1(fn_microfilament_17(X))
& carbon_skeleton_1(fn_microfilament_18(X))
& kinetic_energy_1(fn_microfilament_19(X))
& quantity_value_1(fn_microfilament_20(X))
& speed_value_1(fn_microfilament_21(X))
& spatial_entity_1(fn_microfilament_22(X))
& chemical_entity_1(fn_microfilament_22(X))
& monomer_1(fn_microfilament_22(X))
& molecule_1(fn_microfilament_22(X))
& amino_acid_1(fn_microfilament_22(X))
& size_value_1(fn_microfilament_23(X))
& size_value_1(fn_microfilament_24(X))
& attach_1(fn_microfilament_25(X))
& molecular_assembly_1(fn_microfilament_26(X))
& monomer_1(fn_microfilament_27(X))
& spatial_entity_1(fn_attach_2(fn_microfilament_25(X)))
& spatial_entity_1(fn_attach_1(fn_microfilament_25(X)))
& the_cardinal_value_2(fn_microfilament_4(X),"7.0e0")
& cardinal_unit_class_2(fn_microfilament_4(X),nanometer_0)
& the_categorical_value_2(fn_microfilament_2(X),cylinder_0)
& diameter_2(X,fn_microfilament_4(X))
& shape_2(X,fn_microfilament_2(X))
& exactCardinality(X,has_part_0,"2",actin_0)
& has_part_2(X,fn_microfilament_6(X))
& element_2(fn_microfilament_26(X),fn_microfilament_1(X))
& base_2(fn_microfilament_25(X),fn_microfilament_26(X))
& object_2(fn_microfilament_25(X),X)
& greater_than_2(fn_microfilament_23(X),fn_microfilament_24(X))
& has_part_2(X,fn_microfilament_27(X))
& size_2(fn_microfilament_27(X),fn_microfilament_24(X))
& possesses_2(X,fn_microfilament_19(X))
& quantity_2(fn_microfilament_19(X),fn_microfilament_20(X))
& directly_proportional_2(fn_microfilament_21(X),fn_microfilament_20(X))
& speed_2(fn_microfilament_14(X),fn_microfilament_21(X))
& object_2(fn_microfilament_14(X),X)
& has_part_2(X,fn_microfilament_12(X))
& has_region_2(X,fn_microfilament_18(X))
& is_inside_2(fn_microfilament_13(X),fn_microfilament_18(X))
& has_part_2(X,fn_microfilament_13(X))
& fn_microfilament_12(X) != fn_microfilament_13(X)
& fn_microfilament_13(X) != fn_microfilament_12(X)
& the_scalar_value_2(fn_microfilament_23(X),big_0)
& scalar_unit_class_2(fn_microfilament_23(X),polypeptide_0)
& has_region_2(X,fn_microfilament_16(X))
& is_at_2(fn_microfilament_16(X),fn_microfilament_17(X))
& has_region_2(X,fn_microfilament_17(X))
& has_region_2(X,fn_microfilament_15(X))
& is_at_2(fn_microfilament_22(X),fn_microfilament_15(X))
& has_part_2(fn_microfilament_11(X),fn_microfilament_22(X))
& has_part_2(X,fn_microfilament_11(X))
& size_2(X,fn_microfilament_23(X))
& fn_microfilament_26(X) = fn_attach_2(fn_microfilament_25(X))
& X = fn_attach_1(fn_microfilament_25(X))
& fn_microfilament_23(X) = fn_polymer_8(X)
& fn_microfilament_10(X) = fn_polymer_10(X)
& fn_microfilament_24(X) = fn_polymer_7(X)
& fn_microfilament_27(X) = fn_polymer_4(X)
& fn_microfilament_8(X) = fn_molecule_2(X)
& fn_microfilament_7(X) = fn_molecule_1(X)
& fn_microfilament_14(X) = fn_molecule_8(X)
& fn_microfilament_21(X) = fn_molecule_3(X)
& fn_microfilament_20(X) = fn_molecule_4(X)
& fn_microfilament_19(X) = fn_molecule_12(X)
& fn_microfilament_12(X) = fn_organic_molecule_2(X)
& fn_microfilament_13(X) = fn_organic_molecule_1(X)
& fn_microfilament_18(X) = fn_organic_molecule_3(X)
& fn_microfilament_9(X) = fn_protein_10(X)
& fn_microfilament_17(X) = fn_protein_5(X)
& fn_microfilament_16(X) = fn_protein_1(X)
& fn_microfilament_23(X) = fn_protein_9(X)
& fn_microfilament_11(X) = fn_protein_8(X)
& fn_microfilament_22(X) = fn_protein_14(X)
& fn_microfilament_15(X) = fn_protein_7(X)
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X) ) ) ).
fof(a530953,axiom,
! [X] :
( microfilament_elongation_1(X)
=> ( original_name_2(X,'Microfilament-Elongation')
& user_description_2(X,'The process in which the microfilaments are elongated by the enzymatic addition of actin monomers.')
& concept2words_2(X,elongate)
& concept2words_2(X,'elongation of microfilament')
& concept2words_2(X,'microfilament elongation')
& concept2words_2(X,'microfilament-elongation')
& grow_1(X)
& actin_1(fn_microfilament_elongation_1(X))
& microfilament_1(fn_microfilament_elongation_2(X))
& attach_1(fn_microfilament_elongation_3(X))
& spatial_entity_1(fn_attach_1(fn_microfilament_elongation_3(X)))
& spatial_entity_1(fn_attach_2(fn_microfilament_elongation_3(X)))
& by_means_of_2(fn_microfilament_elongation_3(X),X)
& object_2(X,fn_microfilament_elongation_2(X))
& object_2(fn_microfilament_elongation_3(X),fn_microfilament_elongation_1(X))
& base_2(fn_microfilament_elongation_3(X),fn_microfilament_elongation_2(X))
& fn_microfilament_elongation_1(X) = fn_attach_1(fn_microfilament_elongation_3(X))
& fn_microfilament_elongation_2(X) = fn_attach_2(fn_microfilament_elongation_3(X)) ) ) ).
fof(a530954,axiom,
! [X] :
( micrograph_1(X)
=> ( original_name_2(X,'Micrograph')
& user_description_2(X,'An image produced by a microscope.')
& concept2words_2(X,photomicrograph)
& concept2words_2(X,micrograph)
& image_1(X) ) ) ).
fof(a530955,axiom,
! [X] :
( micronutrient_1(X)
=> ( original_name_2(X,'Micronutrient')
& user_description_2(X,'Chemicals that are required only in small amounts.')
& concept2words_2(X,micronutrient)
& nutrient_1(X)
& ~ limiting_nutrient_1(X)
& ~ macronutrient_1(X) ) ) ).
fof(a530956,axiom,
! [X] :
( microphyll_1(X)
=> ( original_name_2(X,'Microphyll')
& user_description_2(X,'A leaf that has a single, unbranched vein.')
& concept2words_2(X,microphyll)
& leaf_1(X)
& ~ cotyledon_1(X)
& ~ megaphyll_1(X)
& ~ sepal_1(X)
& ~ sporophyll_1(X) ) ) ).
fof(a530957,axiom,
! [X] :
( micropyle_1(X)
=> ( original_name_2(X,'Micropyle')
& user_description_2(X,'A small pore in the surface of an ovule, through which the pollen tube penetrates.')
& concept2words_2(X,micropyle)
& plant_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a530958,axiom,
! [X] :
( microrna_1(X)
=> ( original_name_2(X,'MicroRNA')
& user_description_2(X,'A short (~22 base pair) sequence of RNA that binds to the complementary sequence of a messenger RNA transcript and suppresses translation of that part of the transcript.')
& concept2words_2(X,microrna)
& regulatory_rna_1(X) ) ) ).
fof(a530959,axiom,
! [X] :
( microsatellite_dna_1(X)
=> ( original_name_2(X,'Microsatellite-DNA')
& user_description_2(X,'A type of tandemly repetitive DNA with 10-100 base pairs of repetitive DNA per site.')
& concept2words_2(X,'microsatellite dna')
& concept2words_2(X,'microsatellite-dna')
& tandemly_repeated_dna_1(X)
& ~ minisatellite_dna_1(X)
& ~ regular_satellite_dna_1(X)
& ~ short_tandem_repeat_1(X)
& base_pair_1(fn_microsatellite_dna_1(X))
& genome_1(fn_microsatellite_dna_2(X))
& deoxyribose_1(fn_microsatellite_dna_3(X))
& entity_1(fn_microsatellite_dna_4(X))
& chemical_entity_1(fn_microsatellite_dna_4(X))
& atom_1(fn_microsatellite_dna_4(X))
& carbon_1(fn_microsatellite_dna_4(X))
& phosphodiester_bond_1(fn_microsatellite_dna_5(X))
& nucleoside_1(fn_microsatellite_dna_6(X))
& organic_molecule_1(fn_microsatellite_dna_6(X))
& number_5_prime_carbon_1(fn_microsatellite_dna_7(X))
& attach_1(fn_microsatellite_dna_8(X))
& deoxyribonucleoside_monophosphate_1(fn_microsatellite_dna_9(X))
& attach_1(fn_microsatellite_dna_10(X))
& hold_1(fn_microsatellite_dna_11(X))
& hold_together_1(fn_microsatellite_dna_11(X))
& hold_together_1(fn_phosphodiester_bond_14(fn_microsatellite_dna_5(X)))
& spatial_entity_1(fn_attach_1(fn_microsatellite_dna_8(X)))
& spatial_entity_1(fn_attach_2(fn_microsatellite_dna_10(X)))
& tangible_entity_1(fn_hold_2(fn_microsatellite_dna_11(X)))
& atom_1(fn_organic_molecule_2(fn_microsatellite_dna_6(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_microsatellite_dna_6(X)))
& carbon_1(fn_organic_molecule_1(fn_microsatellite_dna_6(X)))
& nucleoside_1(fn_deoxyribonucleotide_7(fn_microsatellite_dna_9(X)))
& nucleoside_1(fn_nucleoside_monophosphate_11(fn_microsatellite_dna_9(X)))
& entity_1(fn_phosphodiester_bond_16(fn_microsatellite_dna_5(X)))
& chemical_entity_1(fn_phosphodiester_bond_16(fn_microsatellite_dna_5(X)))
& atom_1(fn_phosphodiester_bond_16(fn_microsatellite_dna_5(X)))
& carbon_1(fn_phosphodiester_bond_16(fn_microsatellite_dna_5(X)))
& entity_1(fn_phosphodiester_bond_15(fn_microsatellite_dna_5(X)))
& chemical_entity_1(fn_phosphodiester_bond_15(fn_microsatellite_dna_5(X)))
& atom_1(fn_phosphodiester_bond_15(fn_microsatellite_dna_5(X)))
& carbon_1(fn_phosphodiester_bond_15(fn_microsatellite_dna_5(X)))
& is_between_2(fn_microsatellite_dna_5(X),fn_microsatellite_dna_9(X))
& has_part_2(X,fn_microsatellite_dna_9(X))
& has_part_2(X,fn_microsatellite_dna_1(X))
& has_part_2(X,fn_microsatellite_dna_3(X))
& minCardinality(X,has_part_0,"2",dna_sequence_0)
& maxCardinality(X,has_part_0,"100",base_pair_0)
& minCardinality(X,has_part_0,"10",nucleotide_0)
& maxCardinality(X,has_part_0,"100",nucleotide_0)
& has_part_2(fn_microsatellite_dna_2(X),X)
& object_2(fn_microsatellite_dna_8(X),fn_microsatellite_dna_9(X))
& base_2(fn_microsatellite_dna_10(X),fn_microsatellite_dna_9(X))
& object_2(fn_microsatellite_dna_11(X),fn_microsatellite_dna_9(X))
& possesses_2(X,fn_microsatellite_dna_5(X))
& has_part_2(fn_microsatellite_dna_9(X),fn_microsatellite_dna_6(X))
& has_function_2(fn_microsatellite_dna_5(X),fn_microsatellite_dna_11(X))
& agent_2(fn_microsatellite_dna_11(X),fn_microsatellite_dna_5(X))
& object_2(fn_microsatellite_dna_11(X),fn_microsatellite_dna_4(X))
& is_between_2(fn_microsatellite_dna_5(X),fn_microsatellite_dna_4(X))
& has_part_2(fn_microsatellite_dna_6(X),fn_microsatellite_dna_7(X))
& fn_microsatellite_dna_9(X) = fn_attach_1(fn_microsatellite_dna_8(X))
& fn_microsatellite_dna_9(X) = fn_attach_2(fn_microsatellite_dna_10(X))
& fn_microsatellite_dna_9(X) = fn_hold_2(fn_microsatellite_dna_11(X))
& fn_microsatellite_dna_5(X) = fn_tandemly_repeated_dna_2(X)
& fn_microsatellite_dna_6(X) = fn_deoxyribonucleotide_7(fn_microsatellite_dna_9(X))
& fn_microsatellite_dna_6(X) = fn_nucleoside_monophosphate_11(fn_microsatellite_dna_9(X))
& fn_microsatellite_dna_7(X) = fn_organic_molecule_2(fn_microsatellite_dna_6(X))
& fn_microsatellite_dna_7(X) = fn_organic_molecule_1(fn_microsatellite_dna_6(X))
& fn_microsatellite_dna_11(X) = fn_phosphodiester_bond_14(fn_microsatellite_dna_5(X))
& fn_microsatellite_dna_4(X) = fn_phosphodiester_bond_16(fn_microsatellite_dna_5(X))
& fn_microsatellite_dna_4(X) = fn_phosphodiester_bond_15(fn_microsatellite_dna_5(X))
& fn_attach_1(fn_microsatellite_dna_8(X)) = fn_attach_2(fn_microsatellite_dna_10(X))
& fn_attach_2(fn_microsatellite_dna_10(X)) = fn_attach_2(fn_microsatellite_dna_10(X))
& fn_attach_2(fn_microsatellite_dna_10(X)) = fn_hold_2(fn_microsatellite_dna_11(X))
& fn_hold_2(fn_microsatellite_dna_11(X)) = fn_organic_molecule_2(fn_microsatellite_dna_6(X))
& fn_organic_molecule_2(fn_microsatellite_dna_6(X)) = fn_organic_molecule_1(fn_microsatellite_dna_6(X))
& fn_organic_molecule_1(fn_microsatellite_dna_6(X)) = fn_deoxyribonucleotide_7(fn_microsatellite_dna_9(X))
& fn_deoxyribonucleotide_7(fn_microsatellite_dna_9(X)) = fn_nucleoside_monophosphate_11(fn_microsatellite_dna_9(X))
& fn_nucleoside_monophosphate_11(fn_microsatellite_dna_9(X)) = fn_phosphodiester_bond_16(fn_microsatellite_dna_5(X))
& fn_phosphodiester_bond_15(fn_microsatellite_dna_5(X)) = fn_phosphodiester_bond_16(fn_microsatellite_dna_5(X))
& fn_phosphodiester_bond_16(fn_microsatellite_dna_5(X)) = fn_phosphodiester_bond_15(fn_microsatellite_dna_5(X)) ) ) ).
fof(a530960,axiom,
! [X] :
( microscope_1(X)
=> ( original_name_2(X,'Microscope')
& user_description_2(X,'A microscope is a tool for increasing the magnification of a visual image for the purpose of observation.')
& concept2words_2(X,microscope)
& optical_device_1(X)
& ~ lens_1(X) ) ) ).
fof(a530961,axiom,
! [X] :
( microscopy_1(X)
=> ( original_name_2(X,'Microscopy')
& user_description_2(X,'Microscopy is the technical field of using microscope to view samples or objects that cannot be seen with the unaided eyes.')
& concept2words_2(X,inquire)
& concept2words_2(X,microscopy)
& technique_1(X)
& ~ absolute_dating_1(X)
& ~ atomic_tracking_1(X)
& ~ autoradiography_1(X)
& ~ cloning_1(X)
& ~ dna_mapping_1(X)
& ~ dna_microarray_1(X)
& ~ fetoscopy_1(X)
& ~ genetic_linkage_mapping_1(X)
& ~ gram_stain_1(X)
& ~ in_situ_hybridization_1(X)
& ~ in_vitro_hybridization_1(X)
& ~ mark_recapture_method_1(X)
& ~ molecular_clock_1(X)
& ~ nuclear_transplantation_1(X)
& ~ population_viability_analysis_1(X)
& ~ positron_emission_tomography_1(X)
& ~ radiometric_dating_1(X)
& ~ rule_of_addition_1(X)
& ~ shotgun_sequencing_1(X)
& ~ testcross_1(X)
& ~ x_ray_crystallography_1(X)
& tangible_entity_1(fn_microscopy_1(X))
& size_value_1(fn_microscopy_2(X))
& instrument_role_1(fn_microscopy_4(X))
& microscope_1(fn_microscopy_5(X))
& instrument_role_1(fn_device_1(fn_microscopy_5(X)))
& in_event_2(fn_microscopy_4(X),X)
& the_scalar_value_2(fn_microscopy_2(X),microscopic_0)
& scalar_unit_class_2(fn_microscopy_2(X),spatial_entity_0)
& object_2(X,fn_microscopy_1(X))
& instrument_2(X,fn_microscopy_5(X))
& size_2(fn_microscopy_1(X),fn_microscopy_2(X))
& purpose_2(fn_microscopy_5(X),fn_microscopy_4(X))
& fn_microscopy_4(X) = fn_device_1(fn_microscopy_5(X)) ) ) ).
fof(a530962,axiom,
! [X] :
( microsporangium_1(X)
=> ( original_name_2(X,'Microsporangium')
& user_description_2(X,'An enclosure on a plant or fungus where microspores are produced.')
& concept2words_2(X,microsporangia)
& concept2words_2(X,microsporangium)
& alternating_generation_organ_1(X) ) ) ).
fof(a530963,axiom,
! [X] :
( microspore_1(X)
=> ( original_name_2(X,'Microspore')
& user_description_2(X,'A spore that gives rise to a male gametophyte.')
& concept2words_2(X,microspore)
& spore_1(X)
& ~ conidium_1(X)
& ~ megaspore_1(X)
& ~ plant_spore_1(X)
& ~ zoospore_1(X) ) ) ).
fof(a530964,axiom,
! [X] :
( microtubule_1(X)
=> ( original_name_2(X,'Microtubule')
& user_description_2(X,'Microtubules are one of the components of the cytoskeleton. They are made-up of two subunits- alpha-tubulin and beta-tubulin. Microtubules serve as structural components within cells and are involved in many cellular processes including mitosis, cytokinesis, and vesicular transport. They form part of mitotic spindle')
& concept2words_2(X,microtubule)
& cellular_structure_1(X)
& surface_1(fn_microtubule_1(X))
& shape_value_1(fn_microtubule_3(X))
& tubulin_1(fn_microtubule_4(X))
& length_value_1(fn_microtubule_5(X))
& length_value_1(fn_microtubule_6(X))
& length_value_1(fn_microtubule_7(X))
& length_value_1(fn_microtubule_8(X))
& length_value_1(fn_microtubule_13(X))
& lumen_1(fn_microtubule_14(X))
& the_categorical_value_2(fn_microtubule_3(X),tube_0)
& has_part_2(X,fn_microtubule_4(X))
& minCardinality(X,has_part_0,"2",tubulin_0)
& diameter_2(X,fn_microtubule_8(X))
& length_2(X,fn_microtubule_7(X))
& shape_2(X,fn_microtubule_3(X))
& has_region_2(X,fn_microtubule_14(X))
& has_region_2(X,fn_microtubule_1(X))
& greater_than_or_equal_to_2(fn_microtubule_5(X),fn_microtubule_7(X))
& the_cardinal_value_2(fn_microtubule_5(X),"25.0e0")
& cardinal_unit_class_2(fn_microtubule_5(X),micrometer_0)
& the_cardinal_value_2(fn_microtubule_6(X),"200.0e0")
& cardinal_unit_class_2(fn_microtubule_6(X),nanometer_0)
& greater_than_or_equal_to_2(fn_microtubule_7(X),fn_microtubule_6(X))
& the_scalar_value_2(fn_microtubule_7(X),long_0)
& scalar_unit_class_2(fn_microtubule_7(X),cellular_structure_0)
& the_cardinal_value_2(fn_microtubule_8(X),"25.0e0")
& cardinal_unit_class_2(fn_microtubule_8(X),nanometer_0)
& the_cardinal_value_2(fn_microtubule_13(X),"15.0e0")
& cardinal_unit_class_2(fn_microtubule_13(X),nanometer_0)
& diameter_2(fn_microtubule_14(X),fn_microtubule_13(X)) ) ) ).
fof(a530965,axiom,
! [X] :
( microtubule_doublet_1(X)
=> ( original_name_2(X,'Microtubule-Doublet')
& user_description_2(X,'Structure formed by two microtubules.')
& concept2words_2(X,'doublet of microtubule')
& concept2words_2(X,'microtubule doublet')
& concept2words_2(X,'microtubule-doublet')
& tangible_entity_1(X)
& aggregate_1(X)
& microtubule_1(fn_microtubule_doublet_1(X))
& microtubule_1(fn_microtubule_doublet_2(X))
& element_2(X,fn_microtubule_doublet_2(X))
& element_2(X,fn_microtubule_doublet_1(X))
& exactCardinality(X,element_0,"2",microtubule_0)
& called_2(fn_microtubule_doublet_1(X),"2")
& called_2(fn_microtubule_doublet_2(X),"1") ) ) ).
fof(a530966,axiom,
! [X] :
( microtubule_elongation_1(X)
=> ( original_name_2(X,'Microtubule-Elongation')
& user_description_2(X,'Microtubule-elongation is a process by which the microtuble fibers elongate. Microtubule elongation is important in vesicular transport and cell elongation during cytokinesis to provide for the formation of two daughter cells.')
& concept2words_2(X,'microtubule elongation')
& concept2words_2(X,'microtubule lengthening')
& concept2words_2(X,'microtubule increase in length')
& concept2words_2(X,'microtubule elongates')
& concept2words_2(X,elongate)
& concept2words_2(X,'elongation of microtubule')
& concept2words_2(X,'microtubule-elongation')
& grow_1(X)
& ~ elongation_1(X)
& ~ culturing_1(X)
& attach_1(fn_microtubule_elongation_1(X))
& microtubule_1(fn_microtubule_elongation_2(X))
& tubulin_1(fn_microtubule_elongation_3(X))
& spatial_entity_1(fn_attach_1(fn_microtubule_elongation_1(X)))
& spatial_entity_1(fn_attach_2(fn_microtubule_elongation_1(X)))
& object_2(X,fn_microtubule_elongation_2(X))
& minCardinality(X,subevent_0,"1",attach_0)
& subevent_2(X,fn_microtubule_elongation_1(X))
& object_2(fn_microtubule_elongation_1(X),fn_microtubule_elongation_3(X))
& base_2(fn_microtubule_elongation_1(X),fn_microtubule_elongation_2(X))
& fn_microtubule_elongation_3(X) = fn_attach_1(fn_microtubule_elongation_1(X))
& fn_microtubule_elongation_2(X) = fn_attach_2(fn_microtubule_elongation_1(X)) ) ) ).
fof(a530967,axiom,
! [X] :
( microtubule_organizing_center_1(X)
=> ( original_name_2(X,'Microtubule-Organizing-Center')
& user_description_2(X,'Eukaryotic cellular structure that produces and organizes microtubules.')
& concept2words_2(X,mtoc)
& concept2words_2(X,'microtubule organizing center')
& concept2words_2(X,'microtubule-organizing-center')
& cellular_structure_1(X)
& organizing_1(fn_microtubule_organizing_center_1(X))
& protein_enzyme_1(fn_microtubule_organizing_center_2(X))
& tubulin_1(fn_microtubule_organizing_center_3(X))
& eukaryotic_cell_1(fn_microtubule_organizing_center_4(X))
& produce_1(fn_microtubule_organizing_center_5(X))
& microtubule_1(fn_microtubule_organizing_center_6(X))
& support_1(fn_microtubule_organizing_center_7(X))
& synthesis_of_lipid_1(fn_microtubule_organizing_center_8(X))
& synthesis_of_atp_1(fn_microtubule_organizing_center_9(X))
& tangible_entity_1(fn_produce_1(fn_microtubule_organizing_center_5(X)))
& entity_1(fn_create_1(fn_microtubule_organizing_center_5(X)))
& tangible_entity_1(fn_support_1(fn_microtubule_organizing_center_7(X)))
& cell_1(fn_metabolic_pathway_1(fn_microtubule_organizing_center_8(X)))
& cell_1(fn_metabolic_pathway_1(fn_microtubule_organizing_center_9(X)))
& has_function_2(X,fn_microtubule_organizing_center_5(X))
& has_function_2(X,fn_microtubule_organizing_center_1(X))
& agent_2(fn_microtubule_organizing_center_9(X),fn_microtubule_organizing_center_2(X))
& agent_2(fn_microtubule_organizing_center_8(X),fn_microtubule_organizing_center_2(X))
& has_function_2(fn_microtubule_organizing_center_6(X),fn_microtubule_organizing_center_7(X))
& agent_2(fn_microtubule_organizing_center_5(X),X)
& object_2(fn_microtubule_organizing_center_1(X),fn_microtubule_organizing_center_6(X))
& agent_2(fn_microtubule_organizing_center_1(X),X)
& raw_material_2(fn_microtubule_organizing_center_5(X),fn_microtubule_organizing_center_3(X))
& object_2(fn_microtubule_organizing_center_7(X),fn_microtubule_organizing_center_4(X))
& result_2(fn_microtubule_organizing_center_5(X),fn_microtubule_organizing_center_6(X))
& base_2(fn_microtubule_organizing_center_8(X),fn_microtubule_organizing_center_4(X))
& base_2(fn_microtubule_organizing_center_9(X),fn_microtubule_organizing_center_4(X))
& fn_microtubule_organizing_center_3(X) = fn_produce_1(fn_microtubule_organizing_center_5(X))
& fn_microtubule_organizing_center_4(X) = fn_support_1(fn_microtubule_organizing_center_7(X))
& fn_microtubule_organizing_center_6(X) = fn_create_1(fn_microtubule_organizing_center_5(X))
& fn_microtubule_organizing_center_4(X) = fn_metabolic_pathway_1(fn_microtubule_organizing_center_8(X))
& fn_microtubule_organizing_center_4(X) = fn_metabolic_pathway_1(fn_microtubule_organizing_center_9(X))
& fn_support_1(fn_microtubule_organizing_center_7(X)) = fn_metabolic_pathway_1(fn_microtubule_organizing_center_8(X))
& fn_metabolic_pathway_1(fn_microtubule_organizing_center_8(X)) = fn_metabolic_pathway_1(fn_microtubule_organizing_center_9(X)) ) ) ).
fof(a530968,axiom,
! [X,X1] :
( ( object_2(X,X1)
& contract_1(X)
& microtubule_1(X1) )
=> ( microtubule_shortening_1(X)
& fn_microtubule_shortening_2(X) = X1 ) ) ).
fof(a530969,axiom,
! [X] :
( microtubule_shortening_1(X)
=> ( original_name_2(X,'Microtubule-Shortening')
& user_description_2(X,'During mitosis, the process in which the spindle fibers shorten, separating the chromosomes to opposite poles of the cell.')
& concept2words_2(X,'microtubule contraction')
& concept2words_2(X,'microtubule depolymerisation')
& concept2words_2(X,'microtubule depolymerization')
& concept2words_2(X,'microtubule shortening')
& concept2words_2(X,'microtubule shorten')
& concept2words_2(X,shorten)
& concept2words_2(X,'shortening of microtubule')
& concept2words_2(X,'microtubule-shortening')
& contract_1(X)
& ~ dry_1(X)
& ~ dim_1(X)
& ~ cool_1(X)
& spatial_entity_1(fn_microtubule_shortening_2(X))
& microtubule_1(fn_microtubule_shortening_2(X))
& spatial_entity_1(fn_microtubule_shortening_3(X))
& tubulin_1(fn_microtubule_shortening_3(X))
& remove_1(fn_microtubule_shortening_4(X))
& spatial_entity_1(fn_remove_2(fn_microtubule_shortening_4(X)))
& spatial_entity_1(fn_remove_1(fn_microtubule_shortening_4(X)))
& tubulin_1(fn_microtubule_4(fn_microtubule_shortening_2(X)))
& subevent_2(X,fn_microtubule_shortening_4(X))
& object_2(X,fn_microtubule_shortening_2(X))
& object_2(fn_microtubule_shortening_4(X),fn_microtubule_shortening_3(X))
& base_2(fn_microtubule_shortening_4(X),fn_microtubule_shortening_2(X))
& has_part_2(fn_microtubule_shortening_2(X),fn_microtubule_shortening_3(X))
& fn_microtubule_shortening_3(X) = fn_remove_1(fn_microtubule_shortening_4(X))
& fn_microtubule_shortening_2(X) = fn_remove_2(fn_microtubule_shortening_4(X))
& fn_microtubule_shortening_3(X) = fn_microtubule_4(fn_microtubule_shortening_2(X))
& fn_remove_1(fn_microtubule_shortening_4(X)) = fn_microtubule_4(fn_microtubule_shortening_2(X)) ) ) ).
fof(a530970,axiom,
! [X] :
( microtubule_triplet_1(X)
=> ( original_name_2(X,'Microtubule-Triplet')
& user_description_2(X,'A group of three microtubules that anchors a cilium or flagellum into a basal body.')
& concept2words_2(X,'triplet of microtubule')
& concept2words_2(X,'microtubule triplet')
& concept2words_2(X,'microtubule-triplet')
& tangible_entity_1(X)
& aggregate_1(X)
& microtubule_1(fn_microtubule_triplet_1(X))
& microtubule_1(fn_microtubule_triplet_2(X))
& microtubule_1(fn_microtubule_triplet_3(X))
& element_2(X,fn_microtubule_triplet_1(X))
& element_2(X,fn_microtubule_triplet_2(X))
& element_2(X,fn_microtubule_triplet_3(X))
& minCardinality(X,element_0,"3",microtubule_0) ) ) ).
fof(a530971,axiom,
! [X] :
( microvillus_1(X)
=> ( original_name_2(X,'Microvillus')
& user_description_2(X,'Thin, fingerlike extensions of the plasma membrane of epithelial cells that increase the surface are of absorptive surfaces such as the lumen of the small intestine.')
& concept2words_2(X,microvilli)
& concept2words_2(X,microvillus)
& cellular_structure_1(X)
& microfilament_1(fn_microvillus_1(X))
& size_value_1(fn_microvillus_3(X))
& length_value_1(fn_microvillus_6(X))
& length_value_1(fn_microvillus_7(X))
& support_1(fn_microvillus_8(X))
& tangible_entity_1(fn_support_1(fn_microvillus_8(X)))
& minCardinality(X,has_part_0,"1",microfilament_0)
& has_part_2(X,fn_microvillus_1(X))
& width_2(X,fn_microvillus_7(X))
& length_2(X,fn_microvillus_6(X))
& size_2(X,fn_microvillus_3(X))
& the_scalar_value_2(fn_microvillus_7(X),thin_0)
& scalar_unit_class_2(fn_microvillus_7(X),cellular_structure_0)
& the_scalar_value_2(fn_microvillus_6(X),long_0)
& scalar_unit_class_2(fn_microvillus_6(X),cellular_structure_0)
& the_scalar_value_2(fn_microvillus_3(X),microscopic_0)
& scalar_unit_class_2(fn_microvillus_3(X),cellular_structure_0)
& facilitates_2(fn_microvillus_1(X),fn_microvillus_8(X))
& object_2(fn_microvillus_8(X),X)
& X = fn_support_1(fn_microvillus_8(X)) ) ) ).
fof(a530972,axiom,
! [X] :
( microwaves_1(X)
=> ( original_name_2(X,'Microwaves')
& user_description_2(X,'Microwaves are the radiation with wavelenth ranging from 1 mm to 1 m. Their wavelength is shorter than that of infrared-rays, but longer than Radiowaves.')
& concept2words_2(X,microwave)
& radiation_1(X)
& electromagnetic_spectrum_1(fn_microwaves_1(X))
& length_value_1(fn_microwaves_2(X))
& length_value_1(fn_microwaves_3(X))
& length_value_1(fn_microwaves_4(X))
& element_2(fn_microwaves_1(X),X)
& wavelength_2(X,fn_microwaves_4(X))
& greater_than_or_equal_to_2(fn_microwaves_2(X),fn_microwaves_4(X))
& the_cardinal_value_2(fn_microwaves_2(X),"1.0e0")
& cardinal_unit_class_2(fn_microwaves_2(X),meter_0)
& the_cardinal_value_2(fn_microwaves_3(X),"1.0e0")
& cardinal_unit_class_2(fn_microwaves_3(X),millimeter_0)
& greater_than_or_equal_to_2(fn_microwaves_4(X),fn_microwaves_3(X)) ) ) ).
fof(a530973,axiom,
! [X] :
( midbrain_1(X)
=> ( original_name_2(X,'Midbrain')
& user_description_2(X,'A region of the vertebrate brain involved with sensory integration, motor control, sleep/wake cycles, and temperature regulation.')
& concept2words_2(X,mesencephalon)
& concept2words_2(X,midbrain)
& embryonic_brain_region_1(X)
& ~ reticular_formation_1(X)
& ~ primary_visual_cortex_1(X)
& ~ brainstem_1(X)
& ~ cerebellum_1(X)
& ~ cerebrum_1(X)
& ~ forebrain_1(X)
& ~ hindbrain_1(X)
& ~ hypothalamus_1(X)
& ~ medulla_oblongata_1(X)
& ~ pons_1(X)
& ~ posterior_pituitary_1(X)
& ~ primary_motor_cortex_1(X)
& ~ reticular_system_1(X)
& ~ suprachiasmatic_nucleus_1(X)
& ~ thalamus_1(X)
& ~ lateral_geniculate_1(X)
& ~ corpus_callosum_1(X)
& ~ cerebral_cortex_1(X) ) ) ).
fof(a530974,axiom,
! [X] :
( middle_ear_1(X)
=> ( original_name_2(X,'Middle-Ear')
& user_description_2(X,'In vertebrates, the region of the ear between the tympanic membrane and the oval window. In mammals, the middle ear contains three bones (incus, malleus, and stapes) that are involved in sound perception.')
& concept2words_2(X,'ear of middle')
& concept2words_2(X,'middle ear')
& concept2words_2(X,'middle-ear')
& auditory_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a530975,axiom,
! [X] :
( middle_lamella_1(X)
=> ( original_name_2(X,'Middle-Lamella')
& user_description_2(X,'In plants, a thin layer of extracellular pectin that cements the cell walls of adjacent cells together.')
& concept2words_2(X,'lamella of middle')
& concept2words_2(X,'middle lamella')
& concept2words_2(X,'middle-lamella')
& extra_cellular_matrix_1(X)
& ~ basement_membrane_1(X)
& ~ extraembryonic_membrane_1(X)
& ~ zona_pellucida_1(X) ) ) ).
fof(a530976,axiom,
! [X] :
( midgut_1(X)
=> ( original_name_2(X,'Midgut')
& user_description_2(X,'Middle region of the alimentary canal in some animals in which most of the digestion takes place. Contains pouches called gstric cecae.')
& concept2words_2(X,midgut)
& animal_space_1(X) ) ) ).
fof(a530977,axiom,
! [X] :
( migration_1(X)
=> ( original_name_2(X,'Migration')
& user_description_2(X,'Physical movement from one location to another.')
& concept2words_2(X,migrate)
& concept2words_2(X,migration)
& social_behavior_1(X) ) ) ).
fof(a530978,axiom,
! [X] :
( milk_1(X)
=> ( original_name_2(X,'Milk')
& user_description_2(X,'An opaque white or bluish-white liquid secreted by the mammary glands of female mammals, serving for the nourishment of their young.')
& concept2words_2(X,milk)
& organic_entity_1(X)
& liquid_substance_1(X)
& macronutrient_1(fn_milk_1(X))
& fluid_feeding_1(fn_milk_2(X))
& lactose_1(fn_milk_3(X))
& has_part_2(X,fn_milk_3(X))
& plays_2(X,fn_milk_1(X))
& in_event_2(fn_milk_1(X),fn_milk_2(X)) ) ) ).
fof(a530979,axiom,
! [X] :
( miller_urey_experiment_1(X)
=> ( original_name_2(X,'Miller-Urey-Experiment')
& user_description_2(X,'Experimental closed system created by Stanley Miller and Harold Urey, used to mimic the conditions present on early Earth. The Miller-Urey experiment provided evidence in support of the theory of abiotic synthesis of organic materials important to life.')
& concept2words_2(X,'miller urey hypothesis')
& concept2words_2(X,'miller-urey hypothesis')
& concept2words_2(X,'miller urey experiment')
& concept2words_2(X,'miller-urey-experiment')
& technique_1(X)
& laboratory_1(fn_miller_urey_experiment_1(X))
& flask_1(fn_miller_urey_experiment_2(X))
& flask_1(fn_miller_urey_experiment_3(X))
& condense_1(fn_miller_urey_experiment_4(X))
& analysis_1(fn_miller_urey_experiment_5(X))
& organic_molecule_substance_1(fn_miller_urey_experiment_6(X))
& hydrocarbon_molecule_1(fn_miller_urey_experiment_7(X))
& formaldehyde_1(fn_miller_urey_experiment_8(X))
& amino_acid_1(fn_miller_urey_experiment_9(X))
& methane_1(fn_miller_urey_experiment_10(X))
& flask_1(fn_miller_urey_experiment_11(X))
& flask_1(fn_miller_urey_experiment_12(X))
& formaldehyde_1(fn_miller_urey_experiment_13(X))
& hydrogen_cyanide_1(fn_miller_urey_experiment_14(X))
& hydrocarbon_molecule_1(fn_miller_urey_experiment_15(X))
& amino_acid_1(fn_miller_urey_experiment_16(X))
& organic_molecule_substance_1(fn_miller_urey_experiment_17(X))
& electric_current_pulse_1(fn_miller_urey_experiment_18(X))
& homogeneous_mixture_1(fn_miller_urey_experiment_19(X))
& substance_1(fn_miller_urey_experiment_20(X))
& ammonia_gas_1(fn_miller_urey_experiment_20(X))
& hydrogen_molecule_1(fn_miller_urey_experiment_21(X))
& hydrogen_cyanide_1(fn_miller_urey_experiment_22(X))
& ammonia_1(fn_miller_urey_experiment_23(X))
& water_molecule_1(fn_miller_urey_experiment_24(X))
& aqueous_solution_1(fn_miller_urey_experiment_25(X))
& flow_1(fn_miller_urey_experiment_26(X))
& flow_1(fn_miller_urey_experiment_27(X))
& cool_1(fn_miller_urey_experiment_28(X))
& flow_1(fn_miller_urey_experiment_29(X))
& chemical_reaction_1(fn_miller_urey_experiment_30(X))
& add_1(fn_miller_urey_experiment_31(X))
& flow_1(fn_miller_urey_experiment_32(X))
& boiling_1(fn_miller_urey_experiment_33(X))
& spatial_entity_1(fn_miller_urey_experiment_34(X))
& substance_1(fn_miller_urey_experiment_34(X))
& water_vapor_1(fn_miller_urey_experiment_34(X))
& gas_substance_1(fn_miller_urey_experiment_34(X))
& water_1(fn_miller_urey_experiment_35(X))
& substance_1(fn_mixture_2(fn_miller_urey_experiment_19(X)))
& spatial_entity_1(fn_add_2(fn_miller_urey_experiment_31(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_miller_urey_experiment_30(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_miller_urey_experiment_30(X)))
& spatial_entity_1(fn_add_1(fn_miller_urey_experiment_31(X)))
& ammonia_1(fn_ammonia_gas_1(fn_miller_urey_experiment_20(X)))
& water_molecule_1(fn_water_vapor_1(fn_miller_urey_experiment_34(X)))
& liquid_substance_1(fn_boiling_2(fn_miller_urey_experiment_33(X)))
& chemical_1(fn_solution_6(fn_miller_urey_experiment_25(X)))
& chemical_1(fn_solution_5(fn_miller_urey_experiment_25(X)))
& spatial_entity_1(fn_move_1(fn_miller_urey_experiment_26(X)))
& spatial_entity_1(fn_move_1(fn_miller_urey_experiment_27(X)))
& spatial_entity_1(fn_move_1(fn_miller_urey_experiment_29(X)))
& tangible_entity_1(fn_cool_1(fn_miller_urey_experiment_28(X)))
& spatial_entity_1(fn_move_1(fn_miller_urey_experiment_32(X)))
& substance_1(fn_mixture_1(fn_miller_urey_experiment_19(X)))
& gas_substance_1(fn_boiling_1(fn_miller_urey_experiment_33(X)))
& is_inside_2(fn_miller_urey_experiment_35(X),fn_miller_urey_experiment_2(X))
& called_2(fn_miller_urey_experiment_2(X),'F1')
& fn_miller_urey_experiment_2(X) != fn_miller_urey_experiment_3(X)
& called_2(fn_miller_urey_experiment_3(X),'F2')
& fn_miller_urey_experiment_3(X) != fn_miller_urey_experiment_2(X)
& fn_miller_urey_experiment_3(X) != fn_miller_urey_experiment_11(X)
& fn_miller_urey_experiment_3(X) != fn_miller_urey_experiment_12(X)
& next_event_2(fn_miller_urey_experiment_33(X),fn_miller_urey_experiment_32(X))
& destination_2(fn_miller_urey_experiment_32(X),fn_miller_urey_experiment_3(X))
& origin_2(fn_miller_urey_experiment_32(X),fn_miller_urey_experiment_2(X))
& next_event_2(fn_miller_urey_experiment_32(X),fn_miller_urey_experiment_31(X))
& enables_2(fn_miller_urey_experiment_31(X),fn_miller_urey_experiment_30(X))
& next_event_2(fn_miller_urey_experiment_31(X),fn_miller_urey_experiment_30(X))
& next_event_2(fn_miller_urey_experiment_30(X),fn_miller_urey_experiment_29(X))
& result_2(fn_miller_urey_experiment_30(X),fn_miller_urey_experiment_7(X))
& result_2(fn_miller_urey_experiment_30(X),fn_miller_urey_experiment_8(X))
& result_2(fn_miller_urey_experiment_30(X),fn_miller_urey_experiment_9(X))
& raw_material_2(fn_miller_urey_experiment_30(X),fn_miller_urey_experiment_24(X))
& raw_material_2(fn_miller_urey_experiment_30(X),fn_miller_urey_experiment_23(X))
& raw_material_2(fn_miller_urey_experiment_30(X),fn_miller_urey_experiment_10(X))
& origin_2(fn_miller_urey_experiment_29(X),fn_miller_urey_experiment_3(X))
& next_event_2(fn_miller_urey_experiment_29(X),fn_miller_urey_experiment_28(X))
& destination_2(fn_miller_urey_experiment_29(X),fn_miller_urey_experiment_11(X))
& next_event_2(fn_miller_urey_experiment_28(X),fn_miller_urey_experiment_4(X))
& next_event_2(fn_miller_urey_experiment_4(X),fn_miller_urey_experiment_27(X))
& raw_material_2(fn_miller_urey_experiment_4(X),fn_miller_urey_experiment_25(X))
& result_2(fn_miller_urey_experiment_4(X),fn_miller_urey_experiment_25(X))
& next_event_2(fn_miller_urey_experiment_27(X),fn_miller_urey_experiment_5(X))
& origin_2(fn_miller_urey_experiment_27(X),fn_miller_urey_experiment_11(X))
& destination_2(fn_miller_urey_experiment_27(X),fn_miller_urey_experiment_12(X))
& destination_2(fn_miller_urey_experiment_26(X),fn_miller_urey_experiment_2(X))
& origin_2(fn_miller_urey_experiment_26(X),fn_miller_urey_experiment_12(X))
& next_event_2(fn_miller_urey_experiment_5(X),fn_miller_urey_experiment_26(X))
& base_2(fn_miller_urey_experiment_5(X),fn_miller_urey_experiment_25(X))
& site_2(X,fn_miller_urey_experiment_1(X))
& result_2(X,fn_miller_urey_experiment_6(X))
& result_2(X,fn_miller_urey_experiment_7(X))
& result_2(X,fn_miller_urey_experiment_8(X))
& result_2(X,fn_miller_urey_experiment_9(X))
& result_2(X,fn_miller_urey_experiment_22(X))
& raw_material_2(X,fn_miller_urey_experiment_18(X))
& raw_material_2(X,fn_miller_urey_experiment_21(X))
& raw_material_2(X,fn_miller_urey_experiment_34(X))
& raw_material_2(X,fn_miller_urey_experiment_20(X))
& raw_material_2(X,fn_miller_urey_experiment_10(X))
& first_subevent_2(X,fn_miller_urey_experiment_33(X))
& subevent_2(X,fn_miller_urey_experiment_5(X))
& subevent_2(X,fn_miller_urey_experiment_26(X))
& subevent_2(X,fn_miller_urey_experiment_27(X))
& subevent_2(X,fn_miller_urey_experiment_4(X))
& subevent_2(X,fn_miller_urey_experiment_28(X))
& subevent_2(X,fn_miller_urey_experiment_29(X))
& subevent_2(X,fn_miller_urey_experiment_30(X))
& subevent_2(X,fn_miller_urey_experiment_31(X))
& subevent_2(X,fn_miller_urey_experiment_32(X))
& subevent_2(X,fn_miller_urey_experiment_33(X))
& is_inside_2(fn_miller_urey_experiment_25(X),fn_miller_urey_experiment_12(X))
& has_part_2(fn_miller_urey_experiment_25(X),fn_miller_urey_experiment_13(X))
& has_part_2(fn_miller_urey_experiment_25(X),fn_miller_urey_experiment_14(X))
& has_part_2(fn_miller_urey_experiment_25(X),fn_miller_urey_experiment_15(X))
& has_part_2(fn_miller_urey_experiment_25(X),fn_miller_urey_experiment_16(X))
& is_inside_2(fn_miller_urey_experiment_19(X),fn_miller_urey_experiment_3(X))
& has_part_2(fn_miller_urey_experiment_19(X),fn_miller_urey_experiment_10(X))
& has_part_2(fn_miller_urey_experiment_19(X),fn_miller_urey_experiment_21(X))
& called_2(fn_miller_urey_experiment_11(X),'F3')
& fn_miller_urey_experiment_11(X) != fn_miller_urey_experiment_3(X)
& called_2(fn_miller_urey_experiment_12(X),'F4')
& fn_miller_urey_experiment_12(X) != fn_miller_urey_experiment_3(X)
& object_2(fn_miller_urey_experiment_26(X),fn_miller_urey_experiment_25(X))
& object_2(fn_miller_urey_experiment_27(X),fn_miller_urey_experiment_25(X))
& object_2(fn_miller_urey_experiment_29(X),fn_miller_urey_experiment_25(X))
& base_2(fn_miller_urey_experiment_28(X),fn_miller_urey_experiment_25(X))
& object_2(fn_miller_urey_experiment_32(X),fn_miller_urey_experiment_34(X))
& has_part_2(fn_miller_urey_experiment_19(X),fn_miller_urey_experiment_20(X))
& base_2(fn_miller_urey_experiment_31(X),fn_miller_urey_experiment_19(X))
& has_part_2(fn_miller_urey_experiment_19(X),fn_miller_urey_experiment_34(X))
& result_2(fn_miller_urey_experiment_30(X),fn_miller_urey_experiment_22(X))
& raw_material_2(fn_miller_urey_experiment_30(X),fn_miller_urey_experiment_21(X))
& object_2(fn_miller_urey_experiment_31(X),fn_miller_urey_experiment_18(X))
& has_part_2(fn_miller_urey_experiment_25(X),fn_miller_urey_experiment_17(X))
& has_solute_2(fn_miller_urey_experiment_25(X),fn_miller_urey_experiment_17(X))
& has_part_2(fn_miller_urey_experiment_20(X),fn_miller_urey_experiment_23(X))
& has_part_2(fn_miller_urey_experiment_34(X),fn_miller_urey_experiment_24(X))
& base_2(fn_miller_urey_experiment_33(X),fn_miller_urey_experiment_35(X))
& object_2(fn_miller_urey_experiment_33(X),fn_miller_urey_experiment_35(X))
& result_2(fn_miller_urey_experiment_33(X),fn_miller_urey_experiment_34(X))
& fn_miller_urey_experiment_25(X) = fn_move_1(fn_miller_urey_experiment_26(X))
& fn_miller_urey_experiment_25(X) = fn_move_1(fn_miller_urey_experiment_27(X))
& fn_miller_urey_experiment_25(X) = fn_move_1(fn_miller_urey_experiment_29(X))
& fn_miller_urey_experiment_25(X) = fn_cool_1(fn_miller_urey_experiment_28(X))
& fn_miller_urey_experiment_34(X) = fn_move_1(fn_miller_urey_experiment_32(X))
& fn_miller_urey_experiment_20(X) = fn_mixture_2(fn_miller_urey_experiment_19(X))
& fn_miller_urey_experiment_19(X) = fn_add_2(fn_miller_urey_experiment_31(X))
& fn_miller_urey_experiment_34(X) = fn_mixture_1(fn_miller_urey_experiment_19(X))
& fn_miller_urey_experiment_22(X) = fn_chemical_reaction_1(fn_miller_urey_experiment_30(X))
& fn_miller_urey_experiment_21(X) = fn_chemical_reaction_2(fn_miller_urey_experiment_30(X))
& fn_miller_urey_experiment_18(X) = fn_add_1(fn_miller_urey_experiment_31(X))
& fn_miller_urey_experiment_17(X) = fn_solution_6(fn_miller_urey_experiment_25(X))
& fn_miller_urey_experiment_17(X) = fn_solution_5(fn_miller_urey_experiment_25(X))
& fn_miller_urey_experiment_23(X) = fn_ammonia_gas_1(fn_miller_urey_experiment_20(X))
& fn_miller_urey_experiment_24(X) = fn_water_vapor_1(fn_miller_urey_experiment_34(X))
& fn_miller_urey_experiment_34(X) = fn_boiling_1(fn_miller_urey_experiment_33(X))
& fn_miller_urey_experiment_35(X) = fn_boiling_2(fn_miller_urey_experiment_33(X))
& fn_solution_5(fn_miller_urey_experiment_25(X)) = fn_solution_6(fn_miller_urey_experiment_25(X))
& fn_solution_6(fn_miller_urey_experiment_25(X)) = fn_solution_5(fn_miller_urey_experiment_25(X))
& fn_solution_5(fn_miller_urey_experiment_25(X)) = fn_move_1(fn_miller_urey_experiment_26(X))
& fn_move_1(fn_miller_urey_experiment_26(X)) = fn_move_1(fn_miller_urey_experiment_27(X))
& fn_move_1(fn_miller_urey_experiment_27(X)) = fn_move_1(fn_miller_urey_experiment_29(X))
& fn_move_1(fn_miller_urey_experiment_29(X)) = fn_cool_1(fn_miller_urey_experiment_28(X))
& fn_cool_1(fn_miller_urey_experiment_28(X)) = fn_move_1(fn_miller_urey_experiment_32(X))
& fn_move_1(fn_miller_urey_experiment_32(X)) = fn_mixture_1(fn_miller_urey_experiment_19(X))
& fn_mixture_1(fn_miller_urey_experiment_19(X)) = fn_mixture_1(fn_miller_urey_experiment_19(X))
& fn_mixture_1(fn_miller_urey_experiment_19(X)) = fn_boiling_1(fn_miller_urey_experiment_33(X)) ) ) ).
fof(a530980,axiom,
! [X] :
( millipede_1(X)
=> ( original_name_2(X,'Millipede')
& user_description_2(X,'Member of a class of terrestrial arthropods that appear to have two pairs of walking legs per body segment.')
& concept2words_2(X,millipede)
& myriapod_1(X)
& ~ centipede_1(X) ) ) ).
fof(a530981,axiom,
! [X] :
( mimicry_1(X)
=> ( original_name_2(X,'Mimicry')
& user_description_2(X,'An adaptation resulting in two species that have the same or similar appearance, in which at least one species benefits from the similarity.')
& concept2words_2(X,mimicry)
& adaptation_1(X)
& ~ adaptive_radiation_1(X)
& ~ allopatric_speciation_1(X)
& ~ anagenesis_1(X)
& ~ bottleneck_effect_1(X)
& ~ cephalization_1(X)
& ~ character_displacement_1(X)
& ~ cladogenesis_1(X)
& ~ convergent_evolution_1(X)
& ~ endosymbiosis_1(X)
& ~ gene_flow_1(X)
& ~ genetic_drift_1(X)
& ~ heterochrony_1(X)
& ~ homology_1(X)
& ~ mechanical_isolation_1(X)
& ~ natural_selection_1(X)
& ~ paedomorphosis_1(X)
& ~ punctuated_equilibria_1(X)
& ~ reproductive_isolation_1(X)
& ~ selection_force_1(X)
& ~ speciation_1(X) ) ) ).
fof(a530982,axiom,
! [X] :
( mimosa_pudica_1(X)
=> ( original_name_2(X,'Mimosa-Pudica')
& user_description_2(X,'A bushy legume which demonstrates rapid, visible leaf movement when touched. Also called Sensitive or Touch-Me-Not plant.')
& concept2words_2(X,'mimosa pudica')
& concept2words_2(X,'mimosa-pudica')
& angiosperm_1(X) ) ) ).
fof(a530983,axiom,
! [X] :
( mineral_1(X)
=> ( original_name_2(X,'Mineral')
& user_description_2(X,'In nutrition, a compound that is required in the diet but is inorganic and cannot be synthesized biologically.')
& concept2words_2(X,mineral)
& chemical_1(X) ) ) ).
fof(a530984,axiom,
! [X] :
( mineralocorticoid_1(X)
=> ( original_name_2(X,'Mineralocorticoid')
& user_description_2(X,'One of a group of adrenal steroid hormones that regulate water and salt balance within the body.')
& concept2words_2(X,mineralocorticoid)
& corticosteroid_1(X)
& ~ glucocorticoid_1(X) ) ) ).
fof(a530985,axiom,
! [X] :
( minimum_viable_population_1(X)
=> ( original_name_2(X,'Minimum-Viable-Population')
& user_description_2(X,'The smallest population size of a species that can be sustained in the wild.')
& concept2words_2(X,'minimum viable population')
& concept2words_2(X,'minimum-viable-population')
& population_1(X) ) ) ).
fof(a530986,axiom,
! [X] :
( minipill_1(X)
=> ( original_name_2(X,'Minipill')
& user_description_2(X,'A form of oral contraception that contains only progestins, and no estrogen.')
& concept2words_2(X,minipill)
& birth_control_pill_1(X) ) ) ).
fof(a530987,axiom,
! [X] :
( minisatellite_dna_1(X)
=> ( original_name_2(X,'Minisatellite-DNA')
& user_description_2(X,'A type of tandemly repeated DNA with 100-100,000 base pairs of repetitive DNA per site.')
& concept2words_2(X,'minisatellite dna')
& concept2words_2(X,'minisatellite-dna')
& tandemly_repeated_dna_1(X)
& ~ microsatellite_dna_1(X)
& ~ regular_satellite_dna_1(X)
& ~ short_tandem_repeat_1(X)
& nucleotide_1(fn_minisatellite_dna_1(X))
& minisatellite_dna_1(fn_minisatellite_dna_2(X))
& tandemly_repeated_dna_1(fn_tandemly_repeated_dna_1(fn_minisatellite_dna_2(X)))
& has_part_2(X,fn_minisatellite_dna_1(X))
& minCardinality(X,has_part_0,"100",nucleotide_0)
& maxCardinality(X,has_part_0,"100000",nucleotide_0)
& abuts_2(X,fn_minisatellite_dna_2(X))
& abuts_2(fn_minisatellite_dna_2(X),X)
& X = fn_tandemly_repeated_dna_1(fn_minisatellite_dna_2(X))
& fn_tandemly_repeated_dna_1(fn_minisatellite_dna_2(X)) = fn_tandemly_repeated_dna_1(fn_minisatellite_dna_2(X)) ) ) ).
fof(a530988,axiom,
! [X] :
( misfolded_protein_1(X)
=> ( original_name_2(X,'Misfolded-Protein')
& user_description_2(X,'A misfolded form of a protein.')
& concept2words_2(X,'misfolded protein')
& concept2words_2(X,'misfolded-protein')
& protein_1(X) ) ) ).
fof(a530989,axiom,
! [X] :
( mismatch_repair_1(X)
=> ( original_name_2(X,'Mismatch-Repair')
& user_description_2(X,'A DNA repair mechanism that employs specific enzymes to detect, remove, and replace wrongly paired nucleotides.')
& concept2words_2(X,repair)
& concept2words_2(X,'mismatch repair')
& concept2words_2(X,'mismatch-repair')
& dna_repair_1(X)
& ~ nucleotide_excision_repair_1(X)
& spatial_entity_1(fn_mismatch_repair_1(X))
& mismatched_nucleotide_1(fn_mismatch_repair_1(X))
& spatial_entity_1(fn_mismatch_repair_2(X))
& damaged_dna_strand_1(fn_mismatch_repair_2(X))
& deoxyribonucleoside_monophosphate_1(fn_mismatch_repair_3(X))
& replace_1(fn_mismatch_repair_4(X))
& spatial_entity_1(fn_replace_2(fn_mismatch_repair_4(X)))
& spatial_entity_1(fn_replace_1(fn_mismatch_repair_4(X)))
& spatial_entity_1(fn_replace_3(fn_mismatch_repair_4(X)))
& damaged_dna_strand_1(fn_mismatched_nucleotide_1(fn_mismatch_repair_1(X)))
& subevent_2(X,fn_mismatch_repair_4(X))
& base_2(fn_mismatch_repair_4(X),fn_mismatch_repair_2(X))
& object_2(fn_mismatch_repair_4(X),fn_mismatch_repair_3(X))
& called_2(fn_mismatch_repair_3(X),'new entity')
& object_2(fn_mismatch_repair_4(X),fn_mismatch_repair_1(X))
& called_2(fn_mismatch_repair_1(X),'old entity')
& object_2(X,fn_mismatch_repair_2(X))
& is_at_2(fn_mismatch_repair_1(X),fn_mismatch_repair_2(X))
& fn_mismatch_repair_2(X) = fn_replace_3(fn_mismatch_repair_4(X))
& fn_mismatch_repair_3(X) = fn_replace_2(fn_mismatch_repair_4(X))
& fn_mismatch_repair_1(X) = fn_replace_1(fn_mismatch_repair_4(X))
& fn_mismatch_repair_2(X) = fn_dna_repair_8(X)
& fn_mismatch_repair_2(X) = fn_mismatched_nucleotide_1(fn_mismatch_repair_1(X))
& fn_replace_3(fn_mismatch_repair_4(X)) = fn_dna_repair_8(X)
& fn_dna_repair_8(X) = fn_dna_repair_8(X)
& fn_dna_repair_8(X) = fn_mismatched_nucleotide_1(fn_mismatch_repair_1(X)) ) ) ).
fof(a530990,axiom,
! [X] :
( mismatched_nucleotide_1(X)
=> ( original_name_2(X,'Mismatched-Nucleotide')
& user_description_2(X,'The pairing of an incorrect nucleotide to the template during synthesis of DNA or RNA. Examples of mismatched bases are G paired with T and A paired with C.')
& concept2words_2(X,'incorrectly paired nucelotide')
& concept2words_2(X,'incorrectly-paired-nucelotide')
& concept2words_2(X,'mismatched nucleotide')
& concept2words_2(X,'mismatched-nucleotide')
& nucleotide_1(X)
& damaged_dna_strand_1(fn_mismatched_nucleotide_1(X))
& is_at_2(X,fn_mismatched_nucleotide_1(X)) ) ) ).
fof(a530991,axiom,
! [X] :
( misplaced_methyl_group_1(X)
=> ( original_name_2(X,'Misplaced-Methyl-Group')
& user_description_2(X,'Misplaced methyl groups could interefere with the development of an organism.')
& concept2words_2(X,'misplaced methyl group')
& concept2words_2(X,'misplaced-methyl-group')
& methyl_group_1(X)
& chromosome_1(fn_misplaced_methyl_group_1(X))
& share_1(fn_misplaced_methyl_group_2(X))
& electron_1(fn_misplaced_methyl_group_3(X))
& valence_electron_1(fn_misplaced_methyl_group_3(X))
& carbon_1(fn_misplaced_methyl_group_4(X))
& entity_1(fn_misplaced_methyl_group_4(X))
& chemical_entity_1(fn_misplaced_methyl_group_4(X))
& atom_1(fn_misplaced_methyl_group_4(X))
& tangible_entity_1(fn_misplaced_methyl_group_5(X))
& hydrogen_1(fn_misplaced_methyl_group_5(X))
& entity_1(fn_misplaced_methyl_group_5(X))
& chemical_entity_1(fn_misplaced_methyl_group_5(X))
& atom_1(fn_misplaced_methyl_group_5(X))
& single_bond_1(fn_misplaced_methyl_group_6(X))
& covalent_bond_1(fn_misplaced_methyl_group_6(X))
& chemical_entity_1(fn_misplaced_methyl_group_7(X))
& polymer_1(fn_misplaced_methyl_group_7(X))
& entity_1(fn_misplaced_methyl_group_7(X))
& dna_1(fn_misplaced_methyl_group_7(X))
& organic_molecule_1(fn_misplaced_methyl_group_7(X))
& atomic_nucleus_1(fn_misplaced_methyl_group_8(X))
& electron_shell_1(fn_misplaced_methyl_group_9(X))
& first_electron_shell_1(fn_misplaced_methyl_group_9(X))
& center_1(fn_misplaced_methyl_group_10(X))
& atomic_nucleus_1(fn_misplaced_methyl_group_11(X))
& electron_shell_1(fn_misplaced_methyl_group_12(X))
& second_electron_shell_1(fn_misplaced_methyl_group_12(X))
& electron_shell_1(fn_misplaced_methyl_group_13(X))
& first_electron_shell_1(fn_misplaced_methyl_group_13(X))
& electron_1(fn_misplaced_methyl_group_14(X))
& valence_electron_1(fn_misplaced_methyl_group_15(X))
& share_1(fn_misplaced_methyl_group_16(X))
& center_1(fn_misplaced_methyl_group_17(X))
& proton_1(fn_misplaced_methyl_group_18(X))
& electron_shell_1(fn_atom_9(fn_misplaced_methyl_group_4(X)))
& entity_1(fn_chromosome_4(fn_misplaced_methyl_group_1(X)))
& dna_1(fn_chromosome_4(fn_misplaced_methyl_group_1(X)))
& entity_1(fn_share_1(fn_misplaced_methyl_group_16(X)))
& atom_1(fn_organic_molecule_2(fn_misplaced_methyl_group_7(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_misplaced_methyl_group_7(X)))
& atom_1(fn_first_electron_shell_3(fn_misplaced_methyl_group_9(X)))
& center_1(fn_covalent_bond_21(fn_misplaced_methyl_group_6(X)))
& electron_1(fn_first_electron_shell_5(fn_misplaced_methyl_group_9(X)))
& valence_electron_1(fn_covalent_bond_18(fn_misplaced_methyl_group_6(X)))
& valence_electron_1(fn_covalent_bond_15(fn_misplaced_methyl_group_6(X)))
& covalent_bond_1(fn_polymer_1(fn_misplaced_methyl_group_7(X)))
& share_1(fn_covalent_bond_17(fn_misplaced_methyl_group_6(X)))
& proton_1(fn_atom_8(fn_misplaced_methyl_group_4(X)))
& proton_1(fn_covalent_bond_4(fn_misplaced_methyl_group_6(X)))
& proton_1(fn_carbon_17(fn_misplaced_methyl_group_4(X)))
& proton_1(fn_second_electron_shell_20(fn_misplaced_methyl_group_12(X)))
& center_1(fn_covalent_bond_23(fn_misplaced_methyl_group_6(X)))
& center_1(fn_second_electron_shell_9(fn_misplaced_methyl_group_12(X)))
& electron_1(fn_atom_14(fn_misplaced_methyl_group_4(X)))
& electron_1(fn_carbon_10(fn_misplaced_methyl_group_4(X)))
& electron_1(fn_second_electron_shell_11(fn_misplaced_methyl_group_12(X)))
& atomic_nucleus_1(fn_atom_18(fn_misplaced_methyl_group_4(X)))
& atomic_nucleus_1(fn_carbon_18(fn_misplaced_methyl_group_4(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_misplaced_methyl_group_6(X)))
& atomic_nucleus_1(fn_second_electron_shell_14(fn_misplaced_methyl_group_12(X)))
& carbon_1(fn_organic_molecule_1(fn_misplaced_methyl_group_7(X)))
& entity_1(fn_covalent_bond_19(fn_misplaced_methyl_group_6(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_misplaced_methyl_group_6(X)))
& atom_1(fn_covalent_bond_19(fn_misplaced_methyl_group_6(X)))
& entity_1(fn_covalent_bond_20(fn_misplaced_methyl_group_6(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_misplaced_methyl_group_6(X)))
& atom_1(fn_covalent_bond_20(fn_misplaced_methyl_group_6(X)))
& atom_1(fn_second_electron_shell_13(fn_misplaced_methyl_group_12(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_misplaced_methyl_group_6(X)))
& atomic_nucleus_1(fn_first_electron_shell_7(fn_misplaced_methyl_group_9(X)))
& first_electron_shell_1(fn_second_electron_shell_21(fn_misplaced_methyl_group_12(X)))
& agent_2(fn_misplaced_methyl_group_16(X),fn_misplaced_methyl_group_5(X))
& has_region_2(fn_misplaced_methyl_group_7(X),X)
& has_part_2(fn_misplaced_methyl_group_7(X),fn_misplaced_methyl_group_5(X))
& possesses_2(fn_misplaced_methyl_group_7(X),fn_misplaced_methyl_group_6(X))
& has_part_2(fn_misplaced_methyl_group_1(X),fn_misplaced_methyl_group_7(X))
& has_part_2(fn_misplaced_methyl_group_7(X),fn_misplaced_methyl_group_4(X))
& agent_2(fn_misplaced_methyl_group_16(X),fn_misplaced_methyl_group_4(X))
& has_region_2(fn_misplaced_methyl_group_5(X),fn_misplaced_methyl_group_8(X))
& has_region_2(fn_misplaced_methyl_group_5(X),fn_misplaced_methyl_group_10(X))
& is_between_2(fn_misplaced_methyl_group_6(X),fn_misplaced_methyl_group_5(X))
& is_inside_2(fn_misplaced_methyl_group_5(X),X)
& result_2(fn_misplaced_methyl_group_16(X),fn_misplaced_methyl_group_6(X))
& is_between_2(fn_misplaced_methyl_group_6(X),fn_misplaced_methyl_group_4(X))
& fn_misplaced_methyl_group_4(X) != fn_misplaced_methyl_group_5(X)
& has_region_2(fn_misplaced_methyl_group_5(X),fn_misplaced_methyl_group_9(X))
& fn_misplaced_methyl_group_9(X) != fn_misplaced_methyl_group_13(X)
& fn_misplaced_methyl_group_5(X) != fn_misplaced_methyl_group_4(X)
& fn_misplaced_methyl_group_13(X) != fn_misplaced_methyl_group_9(X)
& agent_2(fn_misplaced_methyl_group_2(X),fn_misplaced_methyl_group_4(X))
& agent_2(fn_misplaced_methyl_group_2(X),fn_misplaced_methyl_group_5(X))
& has_part_2(fn_misplaced_methyl_group_5(X),fn_misplaced_methyl_group_3(X))
& object_2(fn_misplaced_methyl_group_16(X),fn_misplaced_methyl_group_3(X))
& object_2(fn_misplaced_methyl_group_16(X),fn_misplaced_methyl_group_15(X))
& is_inside_2(fn_misplaced_methyl_group_4(X),X)
& has_part_2(fn_misplaced_methyl_group_4(X),fn_misplaced_methyl_group_15(X))
& fn_misplaced_methyl_group_15(X) != fn_misplaced_methyl_group_14(X)
& fn_misplaced_methyl_group_3(X) != fn_misplaced_methyl_group_15(X)
& fn_misplaced_methyl_group_15(X) != fn_misplaced_methyl_group_3(X)
& fn_misplaced_methyl_group_14(X) != fn_misplaced_methyl_group_15(X)
& object_2(fn_misplaced_methyl_group_2(X),fn_misplaced_methyl_group_3(X))
& is_at_2(fn_misplaced_methyl_group_8(X),fn_misplaced_methyl_group_10(X))
& is_near_2(fn_misplaced_methyl_group_3(X),fn_misplaced_methyl_group_8(X))
& is_near_2(fn_misplaced_methyl_group_8(X),fn_misplaced_methyl_group_3(X))
& fn_misplaced_methyl_group_17(X) != fn_misplaced_methyl_group_10(X)
& fn_misplaced_methyl_group_10(X) != fn_misplaced_methyl_group_17(X)
& result_2(fn_misplaced_methyl_group_2(X),fn_misplaced_methyl_group_6(X))
& object_2(fn_misplaced_methyl_group_2(X),fn_misplaced_methyl_group_15(X))
& is_near_2(fn_misplaced_methyl_group_15(X),fn_misplaced_methyl_group_11(X))
& is_near_2(fn_misplaced_methyl_group_11(X),fn_misplaced_methyl_group_15(X))
& fn_misplaced_methyl_group_8(X) != fn_misplaced_methyl_group_11(X)
& fn_misplaced_methyl_group_11(X) != fn_misplaced_methyl_group_8(X)
& has_region_2(fn_misplaced_methyl_group_4(X),fn_misplaced_methyl_group_17(X))
& has_part_2(fn_misplaced_methyl_group_4(X),fn_misplaced_methyl_group_14(X))
& has_region_2(fn_misplaced_methyl_group_4(X),fn_misplaced_methyl_group_11(X))
& has_part_2(fn_misplaced_methyl_group_4(X),fn_misplaced_methyl_group_18(X))
& is_inside_2(fn_misplaced_methyl_group_18(X),fn_misplaced_methyl_group_11(X))
& has_region_2(fn_misplaced_methyl_group_4(X),fn_misplaced_methyl_group_13(X))
& is_inside_2(fn_misplaced_methyl_group_11(X),fn_misplaced_methyl_group_13(X))
& is_at_2(fn_misplaced_methyl_group_11(X),fn_misplaced_methyl_group_17(X))
& is_near_2(fn_misplaced_methyl_group_14(X),fn_misplaced_methyl_group_11(X))
& is_near_2(fn_misplaced_methyl_group_11(X),fn_misplaced_methyl_group_14(X))
& is_inside_2(fn_misplaced_methyl_group_13(X),fn_misplaced_methyl_group_12(X))
& is_inside_2(fn_misplaced_methyl_group_8(X),fn_misplaced_methyl_group_9(X))
& has_region_2(fn_misplaced_methyl_group_4(X),fn_misplaced_methyl_group_12(X))
& fn_misplaced_methyl_group_5(X) = fn_share_1(fn_misplaced_methyl_group_16(X))
& fn_misplaced_methyl_group_7(X) = fn_functional_group_1(X)
& fn_misplaced_methyl_group_5(X) = fn_organic_molecule_2(fn_misplaced_methyl_group_7(X))
& fn_misplaced_methyl_group_6(X) = fn_polymer_1(fn_misplaced_methyl_group_7(X))
& fn_misplaced_methyl_group_7(X) = fn_chromosome_4(fn_misplaced_methyl_group_1(X))
& fn_misplaced_methyl_group_4(X) = fn_organic_molecule_1(fn_misplaced_methyl_group_7(X))
& fn_misplaced_methyl_group_16(X) = fn_covalent_bond_17(fn_misplaced_methyl_group_6(X))
& fn_misplaced_methyl_group_10(X) = fn_methyl_group_18(X)
& fn_misplaced_methyl_group_13(X) = fn_methyl_group_19(X)
& fn_misplaced_methyl_group_5(X) = fn_first_electron_shell_3(fn_misplaced_methyl_group_9(X))
& fn_misplaced_methyl_group_9(X) = fn_methyl_group_16(X)
& fn_misplaced_methyl_group_6(X) = fn_methyl_group_14(X)
& fn_misplaced_methyl_group_16(X) = fn_methyl_group_12(X)
& fn_misplaced_methyl_group_5(X) = fn_covalent_bond_19(fn_misplaced_methyl_group_6(X))
& fn_misplaced_methyl_group_5(X) = fn_methyl_group_10(X)
& fn_misplaced_methyl_group_2(X) = fn_methyl_group_12(X)
& fn_misplaced_methyl_group_14(X) = fn_methyl_group_21(X)
& fn_misplaced_methyl_group_3(X) = fn_methyl_group_17(X)
& fn_misplaced_methyl_group_15(X) = fn_covalent_bond_18(fn_misplaced_methyl_group_6(X))
& fn_misplaced_methyl_group_4(X) = fn_covalent_bond_20(fn_misplaced_methyl_group_6(X))
& fn_misplaced_methyl_group_15(X) = fn_methyl_group_20(X)
& fn_misplaced_methyl_group_4(X) = fn_methyl_group_11(X)
& fn_misplaced_methyl_group_17(X) = fn_covalent_bond_23(fn_misplaced_methyl_group_6(X))
& fn_misplaced_methyl_group_10(X) = fn_covalent_bond_21(fn_misplaced_methyl_group_6(X))
& fn_misplaced_methyl_group_3(X) = fn_first_electron_shell_5(fn_misplaced_methyl_group_9(X))
& fn_misplaced_methyl_group_3(X) = fn_covalent_bond_18(fn_misplaced_methyl_group_6(X))
& fn_misplaced_methyl_group_8(X) = fn_covalent_bond_22(fn_misplaced_methyl_group_6(X))
& fn_misplaced_methyl_group_11(X) = fn_covalent_bond_24(fn_misplaced_methyl_group_6(X))
& fn_misplaced_methyl_group_15(X) = fn_covalent_bond_15(fn_misplaced_methyl_group_6(X))
& fn_misplaced_methyl_group_2(X) = fn_covalent_bond_17(fn_misplaced_methyl_group_6(X))
& fn_misplaced_methyl_group_11(X) = fn_covalent_bond_22(fn_misplaced_methyl_group_6(X))
& fn_misplaced_methyl_group_18(X) = fn_atom_8(fn_misplaced_methyl_group_4(X))
& fn_misplaced_methyl_group_4(X) = fn_covalent_bond_19(fn_misplaced_methyl_group_6(X))
& fn_misplaced_methyl_group_18(X) = fn_covalent_bond_4(fn_misplaced_methyl_group_6(X))
& fn_misplaced_methyl_group_18(X) = fn_carbon_17(fn_misplaced_methyl_group_4(X))
& fn_misplaced_methyl_group_18(X) = fn_second_electron_shell_20(fn_misplaced_methyl_group_12(X))
& fn_misplaced_methyl_group_17(X) = fn_second_electron_shell_9(fn_misplaced_methyl_group_12(X))
& fn_misplaced_methyl_group_14(X) = fn_carbon_10(fn_misplaced_methyl_group_4(X))
& fn_misplaced_methyl_group_11(X) = fn_carbon_18(fn_misplaced_methyl_group_4(X))
& fn_misplaced_methyl_group_11(X) = fn_atom_18(fn_misplaced_methyl_group_4(X))
& fn_misplaced_methyl_group_14(X) = fn_atom_14(fn_misplaced_methyl_group_4(X))
& fn_misplaced_methyl_group_14(X) = fn_second_electron_shell_11(fn_misplaced_methyl_group_12(X))
& fn_misplaced_methyl_group_11(X) = fn_second_electron_shell_14(fn_misplaced_methyl_group_12(X))
& fn_misplaced_methyl_group_4(X) = fn_second_electron_shell_13(fn_misplaced_methyl_group_12(X))
& fn_misplaced_methyl_group_12(X) = fn_atom_9(fn_misplaced_methyl_group_4(X))
& fn_misplaced_methyl_group_8(X) = fn_first_electron_shell_7(fn_misplaced_methyl_group_9(X))
& fn_misplaced_methyl_group_13(X) = fn_second_electron_shell_21(fn_misplaced_methyl_group_12(X))
& fn_functional_group_1(X) = fn_chromosome_4(fn_misplaced_methyl_group_1(X))
& fn_chromosome_4(fn_misplaced_methyl_group_1(X)) = fn_covalent_bond_17(fn_misplaced_methyl_group_6(X))
& fn_methyl_group_12(X) = fn_methyl_group_12(X)
& fn_methyl_group_12(X) = fn_share_1(fn_misplaced_methyl_group_16(X))
& fn_share_1(fn_misplaced_methyl_group_16(X)) = fn_organic_molecule_2(fn_misplaced_methyl_group_7(X))
& fn_organic_molecule_2(fn_misplaced_methyl_group_7(X)) = fn_organic_molecule_2(fn_misplaced_methyl_group_7(X))
& fn_organic_molecule_2(fn_misplaced_methyl_group_7(X)) = fn_covalent_bond_19(fn_misplaced_methyl_group_6(X))
& fn_first_electron_shell_3(fn_misplaced_methyl_group_9(X)) = fn_first_electron_shell_3(fn_misplaced_methyl_group_9(X))
& fn_first_electron_shell_3(fn_misplaced_methyl_group_9(X)) = fn_covalent_bond_19(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_19(fn_misplaced_methyl_group_6(X)) = fn_first_electron_shell_3(fn_misplaced_methyl_group_9(X))
& fn_methyl_group_10(X) = fn_first_electron_shell_3(fn_misplaced_methyl_group_9(X))
& fn_first_electron_shell_3(fn_misplaced_methyl_group_9(X)) = fn_methyl_group_10(X)
& fn_methyl_group_10(X) = fn_methyl_group_10(X)
& fn_methyl_group_10(X) = fn_methyl_group_18(X)
& fn_methyl_group_18(X) = fn_covalent_bond_21(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_21(fn_misplaced_methyl_group_6(X)) = fn_covalent_bond_21(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_21(fn_misplaced_methyl_group_6(X)) = fn_methyl_group_17(X)
& fn_methyl_group_17(X) = fn_first_electron_shell_5(fn_misplaced_methyl_group_9(X))
& fn_first_electron_shell_5(fn_misplaced_methyl_group_9(X)) = fn_first_electron_shell_5(fn_misplaced_methyl_group_9(X))
& fn_first_electron_shell_5(fn_misplaced_methyl_group_9(X)) = fn_methyl_group_17(X)
& fn_methyl_group_17(X) = fn_methyl_group_17(X)
& fn_methyl_group_17(X) = fn_covalent_bond_18(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_18(fn_misplaced_methyl_group_6(X)) = fn_covalent_bond_18(fn_misplaced_methyl_group_6(X))
& fn_methyl_group_20(X) = fn_covalent_bond_18(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_18(fn_misplaced_methyl_group_6(X)) = fn_methyl_group_20(X)
& fn_methyl_group_20(X) = fn_methyl_group_20(X)
& fn_covalent_bond_15(fn_misplaced_methyl_group_6(X)) = fn_methyl_group_20(X)
& fn_methyl_group_20(X) = fn_covalent_bond_15(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_15(fn_misplaced_methyl_group_6(X)) = fn_covalent_bond_15(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_15(fn_misplaced_methyl_group_6(X)) = fn_polymer_1(fn_misplaced_methyl_group_7(X))
& fn_polymer_1(fn_misplaced_methyl_group_7(X)) = fn_methyl_group_14(X)
& fn_methyl_group_14(X) = fn_methyl_group_14(X)
& fn_methyl_group_14(X) = fn_covalent_bond_17(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_17(fn_misplaced_methyl_group_6(X)) = fn_methyl_group_12(X)
& fn_methyl_group_12(X) = fn_covalent_bond_17(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_17(fn_misplaced_methyl_group_6(X)) = fn_covalent_bond_17(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_17(fn_misplaced_methyl_group_6(X)) = fn_covalent_bond_4(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_4(fn_misplaced_methyl_group_6(X)) = fn_atom_8(fn_misplaced_methyl_group_4(X))
& fn_atom_8(fn_misplaced_methyl_group_4(X)) = fn_covalent_bond_4(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_4(fn_misplaced_methyl_group_6(X)) = fn_covalent_bond_4(fn_misplaced_methyl_group_6(X))
& fn_carbon_17(fn_misplaced_methyl_group_4(X)) = fn_covalent_bond_4(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_4(fn_misplaced_methyl_group_6(X)) = fn_carbon_17(fn_misplaced_methyl_group_4(X))
& fn_carbon_17(fn_misplaced_methyl_group_4(X)) = fn_carbon_17(fn_misplaced_methyl_group_4(X))
& fn_second_electron_shell_20(fn_misplaced_methyl_group_12(X)) = fn_carbon_17(fn_misplaced_methyl_group_4(X))
& fn_carbon_17(fn_misplaced_methyl_group_4(X)) = fn_second_electron_shell_20(fn_misplaced_methyl_group_12(X))
& fn_second_electron_shell_20(fn_misplaced_methyl_group_12(X)) = fn_covalent_bond_23(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_23(fn_misplaced_methyl_group_6(X)) = fn_covalent_bond_23(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_23(fn_misplaced_methyl_group_6(X)) = fn_second_electron_shell_9(fn_misplaced_methyl_group_12(X))
& fn_second_electron_shell_9(fn_misplaced_methyl_group_12(X)) = fn_second_electron_shell_9(fn_misplaced_methyl_group_12(X))
& fn_second_electron_shell_9(fn_misplaced_methyl_group_12(X)) = fn_atom_14(fn_misplaced_methyl_group_4(X))
& fn_atom_14(fn_misplaced_methyl_group_4(X)) = fn_carbon_10(fn_misplaced_methyl_group_4(X))
& fn_carbon_10(fn_misplaced_methyl_group_4(X)) = fn_atom_14(fn_misplaced_methyl_group_4(X))
& fn_atom_14(fn_misplaced_methyl_group_4(X)) = fn_methyl_group_21(X)
& fn_methyl_group_21(X) = fn_carbon_10(fn_misplaced_methyl_group_4(X))
& fn_carbon_10(fn_misplaced_methyl_group_4(X)) = fn_carbon_10(fn_misplaced_methyl_group_4(X))
& fn_carbon_10(fn_misplaced_methyl_group_4(X)) = fn_methyl_group_21(X)
& fn_methyl_group_21(X) = fn_second_electron_shell_11(fn_misplaced_methyl_group_12(X))
& fn_second_electron_shell_11(fn_misplaced_methyl_group_12(X)) = fn_second_electron_shell_11(fn_misplaced_methyl_group_12(X))
& fn_second_electron_shell_11(fn_misplaced_methyl_group_12(X)) = fn_atom_18(fn_misplaced_methyl_group_4(X))
& fn_atom_18(fn_misplaced_methyl_group_4(X)) = fn_covalent_bond_22(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_22(fn_misplaced_methyl_group_6(X)) = fn_atom_18(fn_misplaced_methyl_group_4(X))
& fn_atom_18(fn_misplaced_methyl_group_4(X)) = fn_atom_18(fn_misplaced_methyl_group_4(X))
& fn_atom_18(fn_misplaced_methyl_group_4(X)) = fn_carbon_18(fn_misplaced_methyl_group_4(X))
& fn_carbon_18(fn_misplaced_methyl_group_4(X)) = fn_atom_18(fn_misplaced_methyl_group_4(X))
& fn_atom_18(fn_misplaced_methyl_group_4(X)) = fn_covalent_bond_24(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_24(fn_misplaced_methyl_group_6(X)) = fn_carbon_18(fn_misplaced_methyl_group_4(X))
& fn_carbon_18(fn_misplaced_methyl_group_4(X)) = fn_carbon_18(fn_misplaced_methyl_group_4(X))
& fn_carbon_18(fn_misplaced_methyl_group_4(X)) = fn_covalent_bond_24(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_24(fn_misplaced_methyl_group_6(X)) = fn_covalent_bond_24(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_24(fn_misplaced_methyl_group_6(X)) = fn_second_electron_shell_14(fn_misplaced_methyl_group_12(X))
& fn_second_electron_shell_14(fn_misplaced_methyl_group_12(X)) = fn_second_electron_shell_14(fn_misplaced_methyl_group_12(X))
& fn_second_electron_shell_14(fn_misplaced_methyl_group_12(X)) = fn_organic_molecule_1(fn_misplaced_methyl_group_7(X))
& fn_organic_molecule_1(fn_misplaced_methyl_group_7(X)) = fn_covalent_bond_19(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_20(fn_misplaced_methyl_group_6(X)) = fn_covalent_bond_20(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_20(fn_misplaced_methyl_group_6(X)) = fn_covalent_bond_19(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_19(fn_misplaced_methyl_group_6(X)) = fn_covalent_bond_19(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_19(fn_misplaced_methyl_group_6(X)) = fn_covalent_bond_20(fn_misplaced_methyl_group_6(X))
& fn_methyl_group_11(X) = fn_covalent_bond_20(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_20(fn_misplaced_methyl_group_6(X)) = fn_methyl_group_11(X)
& fn_methyl_group_11(X) = fn_methyl_group_11(X)
& fn_methyl_group_11(X) = fn_second_electron_shell_13(fn_misplaced_methyl_group_12(X))
& fn_second_electron_shell_13(fn_misplaced_methyl_group_12(X)) = fn_second_electron_shell_13(fn_misplaced_methyl_group_12(X))
& fn_second_electron_shell_13(fn_misplaced_methyl_group_12(X)) = fn_first_electron_shell_7(fn_misplaced_methyl_group_9(X))
& fn_first_electron_shell_7(fn_misplaced_methyl_group_9(X)) = fn_covalent_bond_22(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_22(fn_misplaced_methyl_group_6(X)) = fn_covalent_bond_22(fn_misplaced_methyl_group_6(X))
& fn_covalent_bond_22(fn_misplaced_methyl_group_6(X)) = fn_first_electron_shell_7(fn_misplaced_methyl_group_9(X))
& fn_first_electron_shell_7(fn_misplaced_methyl_group_9(X)) = fn_methyl_group_19(X)
& fn_methyl_group_19(X) = fn_second_electron_shell_21(fn_misplaced_methyl_group_12(X))
& fn_second_electron_shell_21(fn_misplaced_methyl_group_12(X)) = fn_second_electron_shell_21(fn_misplaced_methyl_group_12(X)) ) ) ).
fof(a530992,axiom,
! [X] :
( missense_mutation_1(X)
=> ( original_name_2(X,'Missense-Mutation')
& user_description_2(X,'A point mutation that changes a codon so that it codes for a different amino acid.')
& concept2words_2(X,mutate)
& concept2words_2(X,'missense mutation')
& concept2words_2(X,'missense-mutation')
& mutation_1(X) ) ) ).
fof(a530993,axiom,
! [X] :
( mite_1(X)
=> ( original_name_2(X,'Mite')
& user_description_2(X,'One of a group of mostly microscopic arachnid arthropods of the subclass Acari.')
& concept2words_2(X,mite)
& arachnid_1(X)
& ~ scorpion_1(X)
& ~ spider_1(X)
& ~ tick_1(X) ) ) ).
fof(a530994,axiom,
! [X] :
( mitochondrial_dna_1(X)
=> ( original_name_2(X,'Mitochondrial-DNA')
& user_description_2(X,'DNA in the mitochondrial of eukaryotic cells. Unlike nuclear DNA, which is inherited from both parents, mitochondrial DNA is inherited from the mother only.')
& concept2words_2(X,'mitochondrial dna')
& concept2words_2(X,'mitochondrial-dna')
& dna_1(X)
& deoxyribose_1(fn_mitochondrial_dna_1(X))
& number_5_prime_end_1(fn_mitochondrial_dna_2(X))
& number_3_prime_end_1(fn_mitochondrial_dna_3(X))
& mitochondrial_matrix_1(fn_mitochondrial_dna_4(X))
& share_1(fn_mitochondrial_dna_5(X))
& atom_1(fn_mitochondrial_dna_6(X))
& chemical_entity_1(fn_mitochondrial_dna_6(X))
& entity_1(fn_mitochondrial_dna_6(X))
& hydrogen_1(fn_mitochondrial_dna_6(X))
& chemical_entity_1(fn_mitochondrial_dna_7(X))
& entity_1(fn_mitochondrial_dna_7(X))
& atom_1(fn_mitochondrial_dna_7(X))
& oxygen_1(fn_mitochondrial_dna_7(X))
& tangible_entity_1(fn_mitochondrial_dna_8(X))
& double_bond_1(fn_mitochondrial_dna_8(X))
& covalent_bond_1(fn_mitochondrial_dna_8(X))
& polar_covalent_bond_1(fn_mitochondrial_dna_9(X))
& covalent_bond_1(fn_mitochondrial_dna_9(X))
& ester_linkage_1(fn_mitochondrial_dna_9(X))
& hydroxyl_group_1(fn_mitochondrial_dna_10(X))
& carbonyl_group_1(fn_mitochondrial_dna_11(X))
& entity_1(fn_mitochondrial_dna_12(X))
& chemical_entity_1(fn_mitochondrial_dna_12(X))
& atom_1(fn_mitochondrial_dna_12(X))
& carbon_1(fn_mitochondrial_dna_12(X))
& kinetic_energy_1(fn_mitochondrial_dna_13(X))
& constant_motion_1(fn_mitochondrial_dna_14(X))
& size_value_1(fn_mitochondrial_dna_15(X))
& size_value_1(fn_mitochondrial_dna_16(X))
& speed_value_1(fn_mitochondrial_dna_17(X))
& quantity_value_1(fn_mitochondrial_dna_18(X))
& hold_1(fn_mitochondrial_dna_19(X))
& hold_together_1(fn_mitochondrial_dna_19(X))
& unequal_sharing_1(fn_mitochondrial_dna_20(X))
& share_1(fn_mitochondrial_dna_20(X))
& nitrogen_1(fn_mitochondrial_dna_21(X))
& chemical_entity_1(fn_mitochondrial_dna_22(X))
& entity_1(fn_mitochondrial_dna_22(X))
& atom_1(fn_mitochondrial_dna_22(X))
& oxygen_1(fn_mitochondrial_dna_22(X))
& carbon_skeleton_1(fn_mitochondrial_dna_23(X))
& entity_1(fn_mitochondrial_dna_24(X))
& chemical_entity_1(fn_mitochondrial_dna_24(X))
& atom_1(fn_mitochondrial_dna_24(X))
& carbon_1(fn_mitochondrial_dna_24(X))
& nucleoside_monophosphate_1(fn_mitochondrial_dna_25(X))
& mitochondrion_1(fn_mitochondrial_dna_26(X))
& covalent_bond_1(fn_mitochondrial_dna_27(X))
& chemical_bond_1(fn_mitochondrial_dna_27(X))
& phosphodiester_bond_1(fn_mitochondrial_dna_27(X))
& nucleotide_1(fn_mitochondrial_dna_28(X))
& system_1(fn_mitochondrial_dna_31(X))
& atomic_number_value_1(fn_mitochondrial_dna_32(X))
& deoxyribose_1(fn_mitochondrial_dna_33(X))
& electronegativity_value_1(fn_mitochondrial_dna_34(X))
& proton_1(fn_mitochondrial_dna_35(X))
& second_electron_shell_1(fn_mitochondrial_dna_36(X))
& electronegativity_value_1(fn_mitochondrial_dna_37(X))
& tangible_entity_1(fn_mitochondrial_dna_38(X))
& entity_1(fn_mitochondrial_dna_38(X))
& electron_1(fn_mitochondrial_dna_38(X))
& valence_electron_1(fn_mitochondrial_dna_38(X))
& entity_1(fn_mitochondrial_dna_39(X))
& tangible_entity_1(fn_mitochondrial_dna_39(X))
& electron_1(fn_mitochondrial_dna_39(X))
& valence_electron_1(fn_mitochondrial_dna_39(X))
& entity_1(fn_mitochondrial_dna_40(X))
& electron_1(fn_mitochondrial_dna_40(X))
& valence_electron_1(fn_mitochondrial_dna_40(X))
& atomic_nucleus_1(fn_mitochondrial_dna_41(X))
& center_1(fn_mitochondrial_dna_42(X))
& center_1(fn_mitochondrial_dna_43(X))
& center_1(fn_mitochondrial_dna_44(X))
& atomic_nucleus_1(fn_mitochondrial_dna_45(X))
& atomic_nucleus_1(fn_mitochondrial_dna_46(X))
& center_1(fn_mitochondrial_dna_47(X))
& entity_1(fn_mitochondrial_dna_48(X))
& tangible_entity_1(fn_mitochondrial_dna_48(X))
& electron_1(fn_mitochondrial_dna_48(X))
& valence_electron_1(fn_mitochondrial_dna_48(X))
& proton_1(fn_mitochondrial_dna_49(X))
& system_1(fn_mitochondrial_dna_50(X))
& atomic_number_value_1(fn_mitochondrial_dna_51(X))
& dna_strand_1(fn_mitochondrial_dna_52(X))
& dna_strand_1(fn_mitochondrial_dna_53(X))
& electronegativity_value_1(fn_mitochondrial_dna_64(X))
& share_1(fn_mitochondrial_dna_65(X))
& unequal_sharing_1(fn_mitochondrial_dna_66(X))
& share_1(fn_mitochondrial_dna_66(X))
& share_1(fn_mitochondrial_dna_67(X))
& unequal_sharing_1(fn_mitochondrial_dna_67(X))
& unequal_sharing_1(fn_mitochondrial_dna_68(X))
& share_1(fn_mitochondrial_dna_68(X))
& share_1(fn_mitochondrial_dna_69(X))
& second_electron_shell_1(fn_ester_linkage_11(fn_mitochondrial_dna_9(X)))
& property_node_1(fn_ester_linkage_16(fn_mitochondrial_dna_9(X)))
& property_node_1(fn_carbon_13(fn_mitochondrial_dna_24(X)))
& equation_set_1(fn_carbon_20(fn_mitochondrial_dna_24(X)))
& equation_big_node_1(fn_carbon_7(fn_mitochondrial_dna_24(X)))
& system_1(fn_carbon_11(fn_mitochondrial_dna_24(X)))
& proton_1(fn_phosphodiester_bond_37(fn_mitochondrial_dna_27(X)))
& equation_big_node_1(fn_phosphodiester_bond_1(fn_mitochondrial_dna_27(X)))
& property_node_1(fn_phosphodiester_bond_12(fn_mitochondrial_dna_27(X)))
& property_node_1(fn_phosphodiester_bond_44(fn_mitochondrial_dna_27(X)))
& equation_set_1(fn_phosphodiester_bond_31(fn_mitochondrial_dna_27(X)))
& property_node_1(fn_phosphodiester_bond_11(fn_mitochondrial_dna_27(X)))
& atomic_number_value_1(fn_phosphodiester_bond_26(fn_mitochondrial_dna_27(X)))
& dna_1(fn_semiautonomous_organelle_2(fn_mitochondrial_dna_26(X)))
& chemical_entity_1(fn_functional_group_1(fn_mitochondrial_dna_11(X)))
& chemical_entity_1(fn_functional_group_1(fn_mitochondrial_dna_10(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_mitochondrial_dna_23(X)))
& center_1(fn_polar_covalent_bond_21(fn_mitochondrial_dna_9(X)))
& center_1(fn_hydroxyl_group_10(fn_mitochondrial_dna_10(X)))
& center_1(fn_covalent_bond_21(fn_mitochondrial_dna_9(X)))
& center_1(fn_ester_linkage_43(fn_mitochondrial_dna_9(X)))
& entity_1(fn_share_2(fn_mitochondrial_dna_66(X)))
& electron_1(fn_polar_covalent_bond_11(fn_mitochondrial_dna_9(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_mitochondrial_dna_9(X)))
& electron_1(fn_hydroxyl_group_8(fn_mitochondrial_dna_10(X)))
& valence_electron_1(fn_hydroxyl_group_8(fn_mitochondrial_dna_10(X)))
& tangible_entity_1(fn_hold_1(fn_mitochondrial_dna_19(X)))
& double_bond_1(fn_carbonyl_group_8(fn_mitochondrial_dna_11(X)))
& atomic_number_value_1(fn_atom_17(fn_mitochondrial_dna_24(X)))
& atomic_number_value_1(fn_carbon_16(fn_mitochondrial_dna_24(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_mitochondrial_dna_9(X)))
& atomic_nucleus_1(fn_atom_18(fn_mitochondrial_dna_24(X)))
& atomic_nucleus_1(fn_carbon_18(fn_mitochondrial_dna_24(X)))
& proton_1(fn_atom_8(fn_mitochondrial_dna_24(X)))
& proton_1(fn_covalent_bond_4(fn_mitochondrial_dna_9(X)))
& proton_1(fn_carbon_17(fn_mitochondrial_dna_24(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_mitochondrial_dna_9(X)))
& tangible_entity_1(fn_hold_2(fn_mitochondrial_dna_19(X)))
& entity_1(fn_share_1(fn_mitochondrial_dna_20(X)))
& unequal_sharing_1(fn_hydroxyl_group_5(fn_mitochondrial_dna_10(X)))
& unequal_sharing_1(fn_ester_linkage_32(fn_mitochondrial_dna_9(X)))
& center_1(fn_covalent_bond_21(fn_mitochondrial_dna_8(X)))
& center_1(fn_ester_linkage_44(fn_mitochondrial_dna_9(X)))
& center_1(fn_hydrogen_14(fn_mitochondrial_dna_6(X)))
& entity_1(fn_share_3(fn_mitochondrial_dna_67(X)))
& entity_1(fn_polar_covalent_bond_18(fn_mitochondrial_dna_9(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_mitochondrial_dna_9(X)))
& atom_1(fn_polar_covalent_bond_18(fn_mitochondrial_dna_9(X)))
& entity_1(fn_covalent_bond_20(fn_mitochondrial_dna_9(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_mitochondrial_dna_9(X)))
& atom_1(fn_covalent_bond_20(fn_mitochondrial_dna_9(X)))
& atom_1(fn_carbon_skeleton_2(fn_mitochondrial_dna_23(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_mitochondrial_dna_23(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_mitochondrial_dna_10(X)))
& entity_1(fn_share_1(fn_mitochondrial_dna_68(X)))
& valence_electron_1(fn_covalent_bond_18(fn_mitochondrial_dna_8(X)))
& entity_1(fn_ester_linkage_26(fn_mitochondrial_dna_9(X)))
& tangible_entity_1(fn_ester_linkage_26(fn_mitochondrial_dna_9(X)))
& electron_1(fn_ester_linkage_26(fn_mitochondrial_dna_9(X)))
& valence_electron_1(fn_ester_linkage_26(fn_mitochondrial_dna_9(X)))
& entity_1(fn_share_2(fn_mitochondrial_dna_68(X)))
& share_1(fn_carbonyl_group_5(fn_mitochondrial_dna_11(X)))
& share_1(fn_covalent_bond_17(fn_mitochondrial_dna_8(X)))
& share_1(fn_phosphodiester_bond_6(fn_mitochondrial_dna_27(X)))
& entity_1(fn_share_2(fn_mitochondrial_dna_20(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_mitochondrial_dna_9(X)))
& electron_1(fn_phosphodiester_bond_23(fn_mitochondrial_dna_27(X)))
& valence_electron_1(fn_phosphodiester_bond_23(fn_mitochondrial_dna_27(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_13(fn_mitochondrial_dna_9(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_mitochondrial_dna_8(X)))
& atomic_nucleus_1(fn_ester_linkage_42(fn_mitochondrial_dna_9(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_mitochondrial_dna_8(X)))
& electron_1(fn_carbon_10(fn_mitochondrial_dna_24(X)))
& valence_electron_1(fn_covalent_bond_18(fn_mitochondrial_dna_9(X)))
& electron_1(fn_atom_14(fn_mitochondrial_dna_24(X)))
& electron_1(fn_ester_linkage_29(fn_mitochondrial_dna_9(X)))
& valence_electron_1(fn_ester_linkage_29(fn_mitochondrial_dna_9(X)))
& valence_electron_1(fn_covalent_bond_15(fn_mitochondrial_dna_8(X)))
& entity_1(fn_phosphodiester_bond_38(fn_mitochondrial_dna_27(X)))
& tangible_entity_1(fn_phosphodiester_bond_38(fn_mitochondrial_dna_27(X)))
& electron_1(fn_phosphodiester_bond_38(fn_mitochondrial_dna_27(X)))
& valence_electron_1(fn_phosphodiester_bond_38(fn_mitochondrial_dna_27(X)))
& atomic_nucleus_1(fn_hydroxyl_group_9(fn_mitochondrial_dna_10(X)))
& atomic_nucleus_1(fn_ester_linkage_45(fn_mitochondrial_dna_9(X)))
& atomic_nucleus_1(fn_phosphodiester_bond_7(fn_mitochondrial_dna_27(X)))
& atomic_nucleus_1(fn_phosphodiester_bond_40(fn_mitochondrial_dna_27(X)))
& center_1(fn_covalent_bond_23(fn_mitochondrial_dna_8(X)))
& center_1(fn_covalent_bond_23(fn_mitochondrial_dna_9(X)))
& center_1(fn_phosphodiester_bond_39(fn_mitochondrial_dna_27(X)))
& entity_1(fn_share_1(fn_mitochondrial_dna_67(X)))
& entity_1(fn_covalent_bond_19(fn_mitochondrial_dna_8(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_mitochondrial_dna_8(X)))
& atom_1(fn_covalent_bond_19(fn_mitochondrial_dna_8(X)))
& entity_1(fn_share_3(fn_mitochondrial_dna_68(X)))
& atom_1(fn_phosphodiester_bond_18(fn_mitochondrial_dna_27(X)))
& oxygen_1(fn_phosphodiester_bond_18(fn_mitochondrial_dna_27(X)))
& entity_1(fn_covalent_bond_20(fn_mitochondrial_dna_8(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_mitochondrial_dna_8(X)))
& atom_1(fn_covalent_bond_20(fn_mitochondrial_dna_8(X)))
& oxygen_1(fn_carbonyl_group_9(fn_mitochondrial_dna_11(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_mitochondrial_dna_10(X)))
& oxygen_1(fn_ester_linkage_27(fn_mitochondrial_dna_9(X)))
& entity_1(fn_share_3(fn_mitochondrial_dna_66(X)))
& entity_1(fn_share_1(fn_mitochondrial_dna_66(X)))
& oxygen_1(fn_phosphodiester_bond_4(fn_mitochondrial_dna_27(X)))
& atom_1(fn_phosphodiester_bond_27(fn_mitochondrial_dna_27(X)))
& oxygen_1(fn_phosphodiester_bond_27(fn_mitochondrial_dna_27(X)))
& ester_linkage_1(fn_phosphodiester_bond_30(fn_mitochondrial_dna_27(X)))
& ester_linkage_1(fn_phosphodiester_bond_29(fn_mitochondrial_dna_27(X)))
& entity_1(fn_phosphodiester_bond_15(fn_mitochondrial_dna_27(X)))
& chemical_entity_1(fn_phosphodiester_bond_15(fn_mitochondrial_dna_27(X)))
& atom_1(fn_phosphodiester_bond_15(fn_mitochondrial_dna_27(X)))
& carbon_1(fn_phosphodiester_bond_15(fn_mitochondrial_dna_27(X)))
& entity_1(fn_covalent_bond_19(fn_mitochondrial_dna_9(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_mitochondrial_dna_9(X)))
& atom_1(fn_covalent_bond_19(fn_mitochondrial_dna_9(X)))
& carbon_1(fn_carbon_skeleton_4(fn_mitochondrial_dna_23(X)))
& entity_1(fn_carbonyl_group_7(fn_mitochondrial_dna_11(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_mitochondrial_dna_11(X)))
& atom_1(fn_carbonyl_group_7(fn_mitochondrial_dna_11(X)))
& carbon_1(fn_carbonyl_group_7(fn_mitochondrial_dna_11(X)))
& entity_1(fn_ester_linkage_28(fn_mitochondrial_dna_9(X)))
& chemical_entity_1(fn_ester_linkage_28(fn_mitochondrial_dna_9(X)))
& atom_1(fn_ester_linkage_28(fn_mitochondrial_dna_9(X)))
& carbon_1(fn_ester_linkage_28(fn_mitochondrial_dna_9(X)))
& entity_1(fn_share_3(fn_mitochondrial_dna_20(X)))
& entity_1(fn_phosphodiester_bond_16(fn_mitochondrial_dna_27(X)))
& chemical_entity_1(fn_phosphodiester_bond_16(fn_mitochondrial_dna_27(X)))
& atom_1(fn_phosphodiester_bond_16(fn_mitochondrial_dna_27(X)))
& carbon_1(fn_phosphodiester_bond_16(fn_mitochondrial_dna_27(X)))
& system_1(fn_phosphodiester_bond_33(fn_mitochondrial_dna_27(X)))
& system_1(fn_phosphodiester_bond_20(fn_mitochondrial_dna_27(X)))
& hold_together_1(fn_carbon_skeleton_1(fn_mitochondrial_dna_23(X)))
& hold_together_1(fn_carbonyl_group_10(fn_mitochondrial_dna_11(X)))
& hold_together_1(fn_ester_linkage_19(fn_mitochondrial_dna_9(X)))
& hold_together_1(fn_covalent_bond_14(fn_mitochondrial_dna_8(X)))
& hold_together_1(fn_phosphodiester_bond_14(fn_mitochondrial_dna_27(X)))
& electronegativity_value_1(fn_ester_linkage_40(fn_mitochondrial_dna_9(X)))
& electronegativity_value_1(fn_phosphodiester_bond_36(fn_mitochondrial_dna_27(X)))
& electronegativity_value_1(fn_hydrogen_2(fn_mitochondrial_dna_6(X)))
& electronegativity_value_1(fn_phosphodiester_bond_32(fn_mitochondrial_dna_27(X)))
& result_2(fn_mitochondrial_dna_68(X),fn_mitochondrial_dna_8(X))
& result_2(fn_mitochondrial_dna_66(X),fn_mitochondrial_dna_9(X))
& the_cardinal_value_2(fn_mitochondrial_dna_64(X),"3.44")
& cardinal_unit_class_2(fn_mitochondrial_dna_64(X),unity_0)
& fn_mitochondrial_dna_48(X) != fn_mitochondrial_dna_40(X)
& fn_mitochondrial_dna_40(X) != fn_mitochondrial_dna_48(X)
& is_between_2(fn_mitochondrial_dna_27(X),fn_mitochondrial_dna_22(X))
& is_between_2(fn_mitochondrial_dna_27(X),fn_mitochondrial_dna_21(X))
& has_region_2(X,fn_mitochondrial_dna_3(X))
& has_region_2(X,fn_mitochondrial_dna_2(X))
& possesses_2(X,fn_mitochondrial_dna_9(X))
& possesses_2(X,fn_mitochondrial_dna_8(X))
& is_inside_2(X,fn_mitochondrial_dna_4(X))
& has_part_2(X,fn_mitochondrial_dna_7(X))
& has_part_2(X,fn_mitochondrial_dna_22(X))
& has_part_2(X,fn_mitochondrial_dna_1(X))
& has_region_2(fn_mitochondrial_dna_26(X),fn_mitochondrial_dna_4(X))
& is_inside_2(fn_mitochondrial_dna_22(X),fn_mitochondrial_dna_11(X))
& is_inside_2(fn_mitochondrial_dna_22(X),fn_mitochondrial_dna_10(X))
& result_2(fn_mitochondrial_dna_20(X),fn_mitochondrial_dna_27(X))
& result_2(fn_mitochondrial_dna_20(X),fn_mitochondrial_dna_9(X))
& result_2(fn_mitochondrial_dna_20(X),fn_mitochondrial_dna_8(X))
& object_2(fn_mitochondrial_dna_20(X),fn_mitochondrial_dna_39(X))
& agent_2(fn_mitochondrial_dna_67(X),fn_mitochondrial_dna_6(X))
& agent_2(fn_mitochondrial_dna_67(X),fn_mitochondrial_dna_7(X))
& has_part_2(X,fn_mitochondrial_dna_28(X))
& has_part_2(fn_mitochondrial_dna_26(X),X)
& has_region_2(X,fn_mitochondrial_dna_11(X))
& has_region_2(X,fn_mitochondrial_dna_10(X))
& has_region_2(fn_mitochondrial_dna_22(X),fn_mitochondrial_dna_43(X))
& object_2(fn_mitochondrial_dna_20(X),fn_mitochondrial_dna_48(X))
& object_2(fn_mitochondrial_dna_20(X),fn_mitochondrial_dna_38(X))
& agent_2(fn_mitochondrial_dna_20(X),fn_mitochondrial_dna_7(X))
& agent_2(fn_mitochondrial_dna_66(X),fn_mitochondrial_dna_6(X))
& object_2(fn_mitochondrial_dna_66(X),fn_mitochondrial_dna_40(X))
& result_2(fn_mitochondrial_dna_68(X),fn_mitochondrial_dna_9(X))
& object_2(fn_mitochondrial_dna_68(X),fn_mitochondrial_dna_39(X))
& fn_mitochondrial_dna_40(X) != fn_mitochondrial_dna_39(X)
& fn_mitochondrial_dna_39(X) != fn_mitochondrial_dna_40(X)
& has_region_2(fn_mitochondrial_dna_22(X),fn_mitochondrial_dna_42(X))
& fn_mitochondrial_dna_43(X) != fn_mitochondrial_dna_42(X)
& fn_mitochondrial_dna_42(X) != fn_mitochondrial_dna_43(X)
& is_between_2(fn_mitochondrial_dna_8(X),fn_mitochondrial_dna_7(X))
& has_region_2(fn_mitochondrial_dna_6(X),fn_mitochondrial_dna_42(X))
& fn_mitochondrial_dna_44(X) != fn_mitochondrial_dna_42(X)
& fn_mitochondrial_dna_42(X) != fn_mitochondrial_dna_44(X)
& is_between_2(fn_mitochondrial_dna_9(X),fn_mitochondrial_dna_6(X))
& has_part_2(X,fn_mitochondrial_dna_6(X))
& object_2(fn_mitochondrial_dna_19(X),fn_mitochondrial_dna_6(X))
& has_region_2(X,fn_mitochondrial_dna_23(X))
& has_part_2(X,fn_mitochondrial_dna_24(X))
& is_inside_2(fn_mitochondrial_dna_24(X),fn_mitochondrial_dna_23(X))
& fn_mitochondrial_dna_6(X) != fn_mitochondrial_dna_24(X)
& fn_mitochondrial_dna_24(X) != fn_mitochondrial_dna_6(X)
& size_2(X,fn_mitochondrial_dna_15(X))
& greater_than_2(fn_mitochondrial_dna_15(X),fn_mitochondrial_dna_16(X))
& size_2(fn_mitochondrial_dna_25(X),fn_mitochondrial_dna_16(X))
& has_part_2(X,fn_mitochondrial_dna_25(X))
& possesses_2(X,fn_mitochondrial_dna_13(X))
& quantity_2(fn_mitochondrial_dna_13(X),fn_mitochondrial_dna_18(X))
& directly_proportional_2(fn_mitochondrial_dna_17(X),fn_mitochondrial_dna_18(X))
& speed_2(fn_mitochondrial_dna_14(X),fn_mitochondrial_dna_17(X))
& object_2(fn_mitochondrial_dna_14(X),X)
& is_inside_2(fn_mitochondrial_dna_24(X),fn_mitochondrial_dna_11(X))
& is_between_2(fn_mitochondrial_dna_8(X),fn_mitochondrial_dna_24(X))
& is_inside_2(fn_mitochondrial_dna_7(X),fn_mitochondrial_dna_11(X))
& object_2(fn_mitochondrial_dna_19(X),fn_mitochondrial_dna_7(X))
& agent_2(fn_mitochondrial_dna_19(X),fn_mitochondrial_dna_8(X))
& is_between_2(fn_mitochondrial_dna_8(X),fn_mitochondrial_dna_22(X))
& agent_2(fn_mitochondrial_dna_69(X),fn_mitochondrial_dna_22(X))
& has_part_2(X,fn_mitochondrial_dna_52(X))
& possesses_2(X,fn_mitochondrial_dna_27(X))
& possesses_2(fn_mitochondrial_dna_33(X),fn_mitochondrial_dna_27(X))
& has_part_2(fn_mitochondrial_dna_33(X),fn_mitochondrial_dna_12(X))
& has_part_2(X,fn_mitochondrial_dna_53(X))
& fn_mitochondrial_dna_52(X) != fn_mitochondrial_dna_53(X)
& fn_mitochondrial_dna_53(X) != fn_mitochondrial_dna_52(X)
& complement_2(fn_mitochondrial_dna_52(X),fn_mitochondrial_dna_53(X))
& complement_2(fn_mitochondrial_dna_53(X),fn_mitochondrial_dna_52(X))
& has_region_2(fn_mitochondrial_dna_6(X),fn_mitochondrial_dna_44(X))
& is_inside_2(fn_mitochondrial_dna_6(X),fn_mitochondrial_dna_10(X))
& agent_2(fn_mitochondrial_dna_20(X),fn_mitochondrial_dna_6(X))
& agent_2(fn_mitochondrial_dna_20(X),fn_mitochondrial_dna_22(X))
& has_region_2(fn_mitochondrial_dna_22(X),fn_mitochondrial_dna_41(X))
& is_inside_2(fn_mitochondrial_dna_7(X),fn_mitochondrial_dna_10(X))
& fn_mitochondrial_dna_7(X) != fn_mitochondrial_dna_6(X)
& fn_mitochondrial_dna_6(X) != fn_mitochondrial_dna_22(X)
& has_part_2(fn_mitochondrial_dna_22(X),fn_mitochondrial_dna_40(X))
& object_2(fn_mitochondrial_dna_20(X),fn_mitochondrial_dna_40(X))
& fn_mitochondrial_dna_6(X) != fn_mitochondrial_dna_7(X)
& fn_mitochondrial_dna_22(X) != fn_mitochondrial_dna_6(X)
& has_part_2(fn_mitochondrial_dna_24(X),fn_mitochondrial_dna_48(X))
& agent_2(fn_mitochondrial_dna_20(X),fn_mitochondrial_dna_24(X))
& has_region_2(fn_mitochondrial_dna_24(X),fn_mitochondrial_dna_47(X))
& fn_mitochondrial_dna_41(X) != fn_mitochondrial_dna_45(X)
& fn_mitochondrial_dna_45(X) != fn_mitochondrial_dna_41(X)
& has_part_2(fn_mitochondrial_dna_7(X),fn_mitochondrial_dna_38(X))
& electronegativity_2(fn_mitochondrial_dna_7(X),fn_mitochondrial_dna_34(X))
& object_2(fn_mitochondrial_dna_68(X),fn_mitochondrial_dna_40(X))
& agent_2(fn_mitochondrial_dna_68(X),fn_mitochondrial_dna_22(X))
& has_region_2(fn_mitochondrial_dna_22(X),fn_mitochondrial_dna_44(X))
& fn_mitochondrial_dna_43(X) != fn_mitochondrial_dna_44(X)
& fn_mitochondrial_dna_44(X) != fn_mitochondrial_dna_43(X)
& agent_2(fn_mitochondrial_dna_19(X),fn_mitochondrial_dna_9(X))
& result_2(fn_mitochondrial_dna_67(X),fn_mitochondrial_dna_9(X))
& object_2(fn_mitochondrial_dna_67(X),fn_mitochondrial_dna_38(X))
& fn_mitochondrial_dna_40(X) != fn_mitochondrial_dna_38(X)
& fn_mitochondrial_dna_38(X) != fn_mitochondrial_dna_40(X)
& has_function_2(fn_mitochondrial_dna_9(X),fn_mitochondrial_dna_19(X))
& object_2(fn_mitochondrial_dna_19(X),fn_mitochondrial_dna_22(X))
& has_region_2(fn_mitochondrial_dna_22(X),fn_mitochondrial_dna_45(X))
& fn_mitochondrial_dna_24(X) != fn_mitochondrial_dna_22(X)
& fn_mitochondrial_dna_22(X) != fn_mitochondrial_dna_24(X)
& has_function_2(fn_mitochondrial_dna_8(X),fn_mitochondrial_dna_19(X))
& is_at_2(fn_mitochondrial_dna_46(X),fn_mitochondrial_dna_47(X))
& is_at_2(fn_mitochondrial_dna_45(X),fn_mitochondrial_dna_44(X))
& is_near_2(fn_mitochondrial_dna_45(X),fn_mitochondrial_dna_40(X))
& is_near_2(fn_mitochondrial_dna_40(X),fn_mitochondrial_dna_45(X))
& fn_mitochondrial_dna_47(X) != fn_mitochondrial_dna_44(X)
& fn_mitochondrial_dna_44(X) != fn_mitochondrial_dna_47(X)
& result_2(fn_mitochondrial_dna_69(X),fn_mitochondrial_dna_8(X))
& object_2(fn_mitochondrial_dna_69(X),fn_mitochondrial_dna_48(X))
& is_near_2(fn_mitochondrial_dna_48(X),fn_mitochondrial_dna_46(X))
& is_near_2(fn_mitochondrial_dna_46(X),fn_mitochondrial_dna_48(X))
& fn_mitochondrial_dna_45(X) != fn_mitochondrial_dna_46(X)
& fn_mitochondrial_dna_46(X) != fn_mitochondrial_dna_45(X)
& has_part_2(fn_mitochondrial_dna_24(X),fn_mitochondrial_dna_49(X))
& is_inside_2(fn_mitochondrial_dna_49(X),fn_mitochondrial_dna_46(X))
& has_region_2(fn_mitochondrial_dna_24(X),fn_mitochondrial_dna_46(X))
& atomic_number_2(fn_mitochondrial_dna_24(X),fn_mitochondrial_dna_51(X))
& called_2(fn_mitochondrial_dna_51(X),'Atomic_Number')
& electronegativity_2(fn_mitochondrial_dna_6(X),fn_mitochondrial_dna_37(X))
& the_cardinal_value_2(fn_mitochondrial_dna_37(X),"2.1")
& cardinal_unit_class_2(fn_mitochondrial_dna_37(X),unity_0)
& fn_mitochondrial_dna_22(X) != fn_mitochondrial_dna_7(X)
& fn_mitochondrial_dna_7(X) != fn_mitochondrial_dna_24(X)
& fn_mitochondrial_dna_24(X) != fn_mitochondrial_dna_7(X)
& fn_mitochondrial_dna_7(X) != fn_mitochondrial_dna_22(X)
& is_between_2(fn_mitochondrial_dna_9(X),fn_mitochondrial_dna_7(X))
& element_2(fn_mitochondrial_dna_27(X),fn_mitochondrial_dna_9(X))
& is_near_2(fn_mitochondrial_dna_41(X),fn_mitochondrial_dna_38(X))
& fn_mitochondrial_dna_38(X) != fn_mitochondrial_dna_48(X)
& fn_mitochondrial_dna_48(X) != fn_mitochondrial_dna_39(X)
& is_near_2(fn_mitochondrial_dna_38(X),fn_mitochondrial_dna_41(X))
& fn_mitochondrial_dna_48(X) != fn_mitochondrial_dna_38(X)
& fn_mitochondrial_dna_39(X) != fn_mitochondrial_dna_48(X)
& object_2(fn_mitochondrial_dna_69(X),fn_mitochondrial_dna_39(X))
& agent_2(fn_mitochondrial_dna_69(X),fn_mitochondrial_dna_24(X))
& fn_mitochondrial_dna_12(X) != fn_mitochondrial_dna_7(X)
& fn_mitochondrial_dna_7(X) != fn_mitochondrial_dna_12(X)
& atomic_number_2(fn_mitochondrial_dna_12(X),fn_mitochondrial_dna_32(X))
& agent_2(fn_mitochondrial_dna_5(X),fn_mitochondrial_dna_12(X))
& result_2(fn_mitochondrial_dna_5(X),fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_37(X) != fn_mitochondrial_dna_64(X)
& is_near_2(fn_mitochondrial_dna_39(X),fn_mitochondrial_dna_45(X))
& is_near_2(fn_mitochondrial_dna_45(X),fn_mitochondrial_dna_48(X))
& fn_mitochondrial_dna_64(X) != fn_mitochondrial_dna_37(X)
& electronegativity_2(fn_mitochondrial_dna_22(X),fn_mitochondrial_dna_64(X))
& has_part_2(fn_mitochondrial_dna_22(X),fn_mitochondrial_dna_39(X))
& is_near_2(fn_mitochondrial_dna_45(X),fn_mitochondrial_dna_39(X))
& is_near_2(fn_mitochondrial_dna_48(X),fn_mitochondrial_dna_45(X))
& is_inside_2(fn_mitochondrial_dna_35(X),fn_mitochondrial_dna_41(X))
& has_part_2(fn_mitochondrial_dna_7(X),fn_mitochondrial_dna_35(X))
& has_region_2(fn_mitochondrial_dna_7(X),fn_mitochondrial_dna_41(X))
& is_at_2(fn_mitochondrial_dna_41(X),fn_mitochondrial_dna_42(X))
& has_region_2(fn_mitochondrial_dna_7(X),fn_mitochondrial_dna_42(X))
& is_between_2(fn_mitochondrial_dna_9(X),fn_mitochondrial_dna_22(X))
& is_between_2(fn_mitochondrial_dna_9(X),fn_mitochondrial_dna_12(X))
& is_between_2(fn_mitochondrial_dna_9(X),fn_mitochondrial_dna_24(X))
& is_between_2(fn_mitochondrial_dna_27(X),fn_mitochondrial_dna_24(X))
& is_between_2(fn_mitochondrial_dna_27(X),fn_mitochondrial_dna_12(X))
& object_2(fn_mitochondrial_dna_19(X),fn_mitochondrial_dna_12(X))
& object_2(fn_mitochondrial_dna_19(X),fn_mitochondrial_dna_24(X))
& has_function_2(fn_mitochondrial_dna_27(X),fn_mitochondrial_dna_19(X))
& agent_2(fn_mitochondrial_dna_19(X),fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_34(X) != fn_mitochondrial_dna_37(X)
& the_cardinal_value_2(fn_mitochondrial_dna_34(X),"3.44")
& cardinal_unit_class_2(fn_mitochondrial_dna_34(X),unity_0)
& fn_mitochondrial_dna_37(X) != fn_mitochondrial_dna_34(X)
& called_2(fn_mitochondrial_dna_32(X),'Atomic_Number')
& called_2(fn_mitochondrial_dna_9(X),"2")
& agent_2(fn_mitochondrial_dna_65(X),fn_mitochondrial_dna_12(X))
& result_2(fn_mitochondrial_dna_65(X),fn_mitochondrial_dna_27(X))
& has_region_2(fn_mitochondrial_dna_6(X),fn_mitochondrial_dna_43(X))
& fn_mitochondrial_dna_21(X) != fn_mitochondrial_dna_24(X)
& fn_mitochondrial_dna_24(X) != fn_mitochondrial_dna_21(X)
& agent_2(fn_mitochondrial_dna_20(X),fn_mitochondrial_dna_21(X))
& object_2(fn_mitochondrial_dna_19(X),fn_mitochondrial_dna_21(X))
& agent_2(fn_mitochondrial_dna_68(X),fn_mitochondrial_dna_6(X))
& agent_2(fn_mitochondrial_dna_20(X),fn_mitochondrial_dna_12(X))
& agent_2(fn_mitochondrial_dna_68(X),fn_mitochondrial_dna_7(X))
& agent_2(fn_mitochondrial_dna_66(X),fn_mitochondrial_dna_22(X))
& object_2(fn_mitochondrial_dna_68(X),fn_mitochondrial_dna_38(X))
& fn_mitochondrial_dna_39(X) = fn_share_2(fn_mitochondrial_dna_20(X))
& fn_mitochondrial_dna_6(X) = fn_share_3(fn_mitochondrial_dna_67(X))
& fn_mitochondrial_dna_7(X) = fn_share_1(fn_mitochondrial_dna_67(X))
& fn_mitochondrial_dna_28(X) = fn_polymer_4(X)
& X = fn_semiautonomous_organelle_2(fn_mitochondrial_dna_26(X))
& X = fn_functional_group_1(fn_mitochondrial_dna_11(X))
& X = fn_functional_group_1(fn_mitochondrial_dna_10(X))
& fn_mitochondrial_dna_43(X) = fn_covalent_bond_23(fn_mitochondrial_dna_8(X))
& fn_mitochondrial_dna_20(X) = fn_covalent_bond_17(fn_mitochondrial_dna_8(X))
& fn_mitochondrial_dna_40(X) = fn_share_2(fn_mitochondrial_dna_66(X))
& fn_mitochondrial_dna_66(X) = fn_polar_covalent_bond_16(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_39(X) = fn_polar_covalent_bond_12(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_68(X) = fn_polar_covalent_bond_16(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_43(X) = fn_covalent_bond_21(fn_mitochondrial_dna_8(X))
& fn_mitochondrial_dna_42(X) = fn_covalent_bond_23(fn_mitochondrial_dna_8(X))
& fn_mitochondrial_dna_44(X) = fn_covalent_bond_21(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_42(X) = fn_covalent_bond_23(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_19(X) = fn_carbon_skeleton_1(fn_mitochondrial_dna_23(X))
& fn_mitochondrial_dna_6(X) = fn_covalent_bond_20(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_6(X) = fn_organic_molecule_2(X)
& fn_mitochondrial_dna_6(X) = fn_carbon_skeleton_2(fn_mitochondrial_dna_23(X))
& fn_mitochondrial_dna_24(X) = fn_organic_molecule_1(X)
& fn_mitochondrial_dna_24(X) = fn_carbon_skeleton_4(fn_mitochondrial_dna_23(X))
& fn_mitochondrial_dna_23(X) = fn_organic_molecule_3(X)
& X = fn_carbon_skeleton_3(fn_mitochondrial_dna_23(X))
& fn_mitochondrial_dna_57(X) = fn_nucleic_acid_33(X)
& fn_mitochondrial_dna_56(X) = fn_nucleic_acid_34(X)
& fn_mitochondrial_dna_25(X) = fn_nucleic_acid_20(X)
& fn_mitochondrial_dna_16(X) = fn_nucleic_acid_28(X)
& fn_mitochondrial_dna_15(X) = fn_nucleic_acid_29(X)
& fn_mitochondrial_dna_54(X) = fn_molecule_2(X)
& fn_mitochondrial_dna_55(X) = fn_molecule_1(X)
& fn_mitochondrial_dna_14(X) = fn_molecule_8(X)
& fn_mitochondrial_dna_17(X) = fn_molecule_3(X)
& fn_mitochondrial_dna_18(X) = fn_molecule_4(X)
& fn_mitochondrial_dna_13(X) = fn_molecule_12(X)
& fn_mitochondrial_dna_24(X) = fn_carbonyl_group_7(fn_mitochondrial_dna_11(X))
& fn_mitochondrial_dna_69(X) = fn_carbonyl_group_5(fn_mitochondrial_dna_11(X))
& fn_mitochondrial_dna_22(X) = fn_carbonyl_group_9(fn_mitochondrial_dna_11(X))
& fn_mitochondrial_dna_8(X) = fn_hold_1(fn_mitochondrial_dna_19(X))
& fn_mitochondrial_dna_8(X) = fn_carbonyl_group_8(fn_mitochondrial_dna_11(X))
& fn_mitochondrial_dna_19(X) = fn_carbonyl_group_10(fn_mitochondrial_dna_11(X))
& fn_mitochondrial_dna_7(X) = fn_carbonyl_group_9(fn_mitochondrial_dna_11(X))
& fn_mitochondrial_dna_12(X) = fn_dna_9(X)
& fn_mitochondrial_dna_33(X) = fn_dna_14(X)
& fn_mitochondrial_dna_27(X) = fn_nucleic_acid_19(X)
& fn_mitochondrial_dna_27(X) = fn_dna_15(X)
& fn_mitochondrial_dna_52(X) = fn_dna_11(X)
& fn_mitochondrial_dna_53(X) = fn_dna_2(X)
& fn_mitochondrial_dna_6(X) = fn_polar_covalent_bond_18(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_44(X) = fn_hydroxyl_group_10(fn_mitochondrial_dna_10(X))
& fn_mitochondrial_dna_41(X) = fn_hydroxyl_group_9(fn_mitochondrial_dna_10(X))
& fn_mitochondrial_dna_20(X) = fn_hydroxyl_group_5(fn_mitochondrial_dna_10(X))
& fn_mitochondrial_dna_40(X) = fn_hydroxyl_group_8(fn_mitochondrial_dna_10(X))
& fn_mitochondrial_dna_22(X) = fn_hydroxyl_group_4(fn_mitochondrial_dna_10(X))
& fn_mitochondrial_dna_7(X) = fn_covalent_bond_20(fn_mitochondrial_dna_8(X))
& fn_mitochondrial_dna_6(X) = fn_covalent_bond_19(fn_mitochondrial_dna_8(X))
& fn_mitochondrial_dna_6(X) = fn_hydroxyl_group_6(fn_mitochondrial_dna_10(X))
& fn_mitochondrial_dna_7(X) = fn_hydroxyl_group_4(fn_mitochondrial_dna_10(X))
& fn_mitochondrial_dna_48(X) = fn_ester_linkage_29(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_20(X) = fn_ester_linkage_32(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_47(X) = fn_ester_linkage_44(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_36(X) = fn_ester_linkage_11(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_41(X) = fn_ester_linkage_45(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_60(X) = fn_ester_linkage_16(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_34(X) = fn_ester_linkage_40(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_7(X) = fn_covalent_bond_19(fn_mitochondrial_dna_8(X))
& fn_mitochondrial_dna_38(X) = fn_covalent_bond_18(fn_mitochondrial_dna_8(X))
& fn_mitochondrial_dna_7(X) = fn_ester_linkage_27(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_43(X) = fn_ester_linkage_44(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_44(X) = fn_ester_linkage_43(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_68(X) = fn_ester_linkage_32(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_40(X) = fn_ester_linkage_29(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_38(X) = fn_ester_linkage_26(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_67(X) = fn_ester_linkage_32(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_45(X) = fn_ester_linkage_42(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_24(X) = fn_ester_linkage_28(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_22(X) = fn_covalent_bond_20(fn_mitochondrial_dna_8(X))
& fn_mitochondrial_dna_22(X) = fn_ester_linkage_27(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_19(X) = fn_ester_linkage_19(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_19(X) = fn_covalent_bond_14(fn_mitochondrial_dna_8(X))
& fn_mitochondrial_dna_47(X) = fn_covalent_bond_23(fn_mitochondrial_dna_8(X))
& fn_mitochondrial_dna_44(X) = fn_polar_covalent_bond_21(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_44(X) = fn_covalent_bond_21(fn_mitochondrial_dna_8(X))
& fn_mitochondrial_dna_45(X) = fn_covalent_bond_24(fn_mitochondrial_dna_8(X))
& fn_mitochondrial_dna_40(X) = fn_covalent_bond_15(fn_mitochondrial_dna_8(X))
& fn_mitochondrial_dna_40(X) = fn_polar_covalent_bond_11(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_45(X) = fn_polar_covalent_bond_13(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_40(X) = fn_covalent_bond_18(fn_mitochondrial_dna_8(X))
& fn_mitochondrial_dna_45(X) = fn_covalent_bond_22(fn_mitochondrial_dna_8(X))
& fn_mitochondrial_dna_48(X) = fn_carbon_10(fn_mitochondrial_dna_24(X))
& fn_mitochondrial_dna_48(X) = fn_covalent_bond_18(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_48(X) = fn_atom_14(fn_mitochondrial_dna_24(X))
& fn_mitochondrial_dna_46(X) = fn_covalent_bond_24(fn_mitochondrial_dna_8(X))
& fn_mitochondrial_dna_48(X) = fn_covalent_bond_15(fn_mitochondrial_dna_8(X))
& fn_mitochondrial_dna_69(X) = fn_covalent_bond_17(fn_mitochondrial_dna_8(X))
& fn_mitochondrial_dna_58(X) = fn_carbon_13(fn_mitochondrial_dna_24(X))
& fn_mitochondrial_dna_29(X) = fn_carbon_20(fn_mitochondrial_dna_24(X))
& fn_mitochondrial_dna_63(X) = fn_carbon_7(fn_mitochondrial_dna_24(X))
& fn_mitochondrial_dna_50(X) = fn_carbon_11(fn_mitochondrial_dna_24(X))
& fn_mitochondrial_dna_51(X) = fn_atom_17(fn_mitochondrial_dna_24(X))
& fn_mitochondrial_dna_51(X) = fn_carbon_16(fn_mitochondrial_dna_24(X))
& fn_mitochondrial_dna_46(X) = fn_atom_18(fn_mitochondrial_dna_24(X))
& fn_mitochondrial_dna_46(X) = fn_covalent_bond_22(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_46(X) = fn_carbon_18(fn_mitochondrial_dna_24(X))
& fn_mitochondrial_dna_49(X) = fn_atom_8(fn_mitochondrial_dna_24(X))
& fn_mitochondrial_dna_24(X) = fn_covalent_bond_19(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_49(X) = fn_covalent_bond_4(fn_mitochondrial_dna_9(X))
& fn_mitochondrial_dna_49(X) = fn_carbon_17(fn_mitochondrial_dna_24(X))
& fn_mitochondrial_dna_37(X) = fn_hydrogen_2(fn_mitochondrial_dna_6(X))
& fn_mitochondrial_dna_38(X) = fn_share_2(fn_mitochondrial_dna_68(X))
& fn_mitochondrial_dna_22(X) = fn_share_3(fn_mitochondrial_dna_66(X))
& fn_mitochondrial_dna_22(X) = fn_share_1(fn_mitochondrial_dna_66(X))
& fn_mitochondrial_dna_7(X) = fn_share_3(fn_mitochondrial_dna_68(X))
& fn_mitochondrial_dna_12(X) = fn_share_3(fn_mitochondrial_dna_20(X))
& fn_mitochondrial_dna_6(X) = fn_share_1(fn_mitochondrial_dna_68(X))
& fn_mitochondrial_dna_21(X) = fn_hold_2(fn_mitochondrial_dna_19(X))
& fn_mitochondrial_dna_24(X) = fn_share_3(fn_mitochondrial_dna_20(X))
& fn_mitochondrial_dna_21(X) = fn_share_1(fn_mitochondrial_dna_20(X))
& fn_mitochondrial_dna_43(X) = fn_hydrogen_14(fn_mitochondrial_dna_6(X))
& fn_mitochondrial_dna_12(X) = fn_phosphodiester_bond_16(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_65(X) = fn_phosphodiester_bond_6(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_22(X) = fn_phosphodiester_bond_4(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_7(X) = fn_phosphodiester_bond_18(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_41(X) = fn_phosphodiester_bond_7(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_38(X) = fn_phosphodiester_bond_23(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_39(X) = fn_phosphodiester_bond_23(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_69(X) = fn_phosphodiester_bond_6(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_5(X) = fn_phosphodiester_bond_6(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_39(X) = fn_phosphodiester_bond_38(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_48(X) = fn_phosphodiester_bond_38(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_45(X) = fn_phosphodiester_bond_40(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_35(X) = fn_phosphodiester_bond_37(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_41(X) = fn_phosphodiester_bond_40(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_7(X) = fn_phosphodiester_bond_27(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_42(X) = fn_phosphodiester_bond_39(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_22(X) = fn_phosphodiester_bond_27(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_9(X) = fn_phosphodiester_bond_30(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_31(X) = fn_phosphodiester_bond_33(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_9(X) = fn_phosphodiester_bond_29(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_12(X) = fn_phosphodiester_bond_15(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_24(X) = fn_phosphodiester_bond_16(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_31(X) = fn_phosphodiester_bond_20(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_62(X) = fn_phosphodiester_bond_1(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_19(X) = fn_phosphodiester_bond_14(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_34(X) = fn_phosphodiester_bond_36(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_70(X) = fn_phosphodiester_bond_12(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_64(X) = fn_phosphodiester_bond_36(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_61(X) = fn_phosphodiester_bond_44(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_30(X) = fn_phosphodiester_bond_31(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_59(X) = fn_phosphodiester_bond_11(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_37(X) = fn_phosphodiester_bond_32(fn_mitochondrial_dna_27(X))
& fn_mitochondrial_dna_32(X) = fn_phosphodiester_bond_26(fn_mitochondrial_dna_27(X))
& fn_semiautonomous_organelle_2(fn_mitochondrial_dna_26(X)) = fn_functional_group_1(fn_mitochondrial_dna_11(X))
& fn_functional_group_1(fn_mitochondrial_dna_10(X)) = fn_functional_group_1(fn_mitochondrial_dna_11(X))
& fn_functional_group_1(fn_mitochondrial_dna_11(X)) = fn_functional_group_1(fn_mitochondrial_dna_10(X))
& fn_functional_group_1(fn_mitochondrial_dna_10(X)) = fn_carbon_skeleton_3(fn_mitochondrial_dna_23(X))
& fn_carbon_skeleton_3(fn_mitochondrial_dna_23(X)) = fn_carbon_skeleton_3(fn_mitochondrial_dna_23(X))
& fn_carbon_skeleton_3(fn_mitochondrial_dna_23(X)) = fn_ester_linkage_44(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_44(fn_mitochondrial_dna_9(X)) = fn_covalent_bond_23(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_23(fn_mitochondrial_dna_8(X)) = fn_polar_covalent_bond_21(fn_mitochondrial_dna_9(X))
& fn_hydroxyl_group_10(fn_mitochondrial_dna_10(X)) = fn_polar_covalent_bond_21(fn_mitochondrial_dna_9(X))
& fn_polar_covalent_bond_21(fn_mitochondrial_dna_9(X)) = fn_hydroxyl_group_10(fn_mitochondrial_dna_10(X))
& fn_hydroxyl_group_10(fn_mitochondrial_dna_10(X)) = fn_ester_linkage_43(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_43(fn_mitochondrial_dna_9(X)) = fn_covalent_bond_21(fn_mitochondrial_dna_9(X))
& fn_covalent_bond_21(fn_mitochondrial_dna_9(X)) = fn_covalent_bond_21(fn_mitochondrial_dna_9(X))
& fn_covalent_bond_21(fn_mitochondrial_dna_9(X)) = fn_ester_linkage_43(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_43(fn_mitochondrial_dna_9(X)) = fn_ester_linkage_43(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_43(fn_mitochondrial_dna_9(X)) = fn_covalent_bond_21(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_21(fn_mitochondrial_dna_8(X)) = fn_share_2(fn_mitochondrial_dna_66(X))
& fn_share_2(fn_mitochondrial_dna_66(X)) = fn_polar_covalent_bond_11(fn_mitochondrial_dna_9(X))
& fn_polar_covalent_bond_11(fn_mitochondrial_dna_9(X)) = fn_polar_covalent_bond_11(fn_mitochondrial_dna_9(X))
& fn_polar_covalent_bond_11(fn_mitochondrial_dna_9(X)) = fn_covalent_bond_15(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_15(fn_mitochondrial_dna_8(X)) = fn_polar_covalent_bond_11(fn_mitochondrial_dna_9(X))
& fn_polar_covalent_bond_11(fn_mitochondrial_dna_9(X)) = fn_hydroxyl_group_8(fn_mitochondrial_dna_10(X))
& fn_hydroxyl_group_8(fn_mitochondrial_dna_10(X)) = fn_covalent_bond_15(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_15(fn_mitochondrial_dna_8(X)) = fn_hydroxyl_group_8(fn_mitochondrial_dna_10(X))
& fn_hydroxyl_group_8(fn_mitochondrial_dna_10(X)) = fn_hydroxyl_group_8(fn_mitochondrial_dna_10(X))
& fn_hydroxyl_group_8(fn_mitochondrial_dna_10(X)) = fn_ester_linkage_29(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_29(fn_mitochondrial_dna_9(X)) = fn_ester_linkage_29(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_29(fn_mitochondrial_dna_9(X)) = fn_covalent_bond_18(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_18(fn_mitochondrial_dna_8(X)) = fn_carbonyl_group_8(fn_mitochondrial_dna_11(X))
& fn_carbonyl_group_8(fn_mitochondrial_dna_11(X)) = fn_carbonyl_group_8(fn_mitochondrial_dna_11(X))
& fn_carbonyl_group_8(fn_mitochondrial_dna_11(X)) = fn_hold_1(fn_mitochondrial_dna_19(X))
& fn_hold_1(fn_mitochondrial_dna_19(X)) = fn_carbonyl_group_8(fn_mitochondrial_dna_11(X))
& fn_carbonyl_group_8(fn_mitochondrial_dna_11(X)) = fn_carbon_16(fn_mitochondrial_dna_24(X))
& fn_carbon_16(fn_mitochondrial_dna_24(X)) = fn_carbon_16(fn_mitochondrial_dna_24(X))
& fn_carbon_16(fn_mitochondrial_dna_24(X)) = fn_atom_17(fn_mitochondrial_dna_24(X))
& fn_atom_17(fn_mitochondrial_dna_24(X)) = fn_carbon_16(fn_mitochondrial_dna_24(X))
& fn_carbon_16(fn_mitochondrial_dna_24(X)) = fn_covalent_bond_22(fn_mitochondrial_dna_9(X))
& fn_covalent_bond_22(fn_mitochondrial_dna_9(X)) = fn_atom_18(fn_mitochondrial_dna_24(X))
& fn_atom_18(fn_mitochondrial_dna_24(X)) = fn_atom_18(fn_mitochondrial_dna_24(X))
& fn_atom_18(fn_mitochondrial_dna_24(X)) = fn_covalent_bond_22(fn_mitochondrial_dna_9(X))
& fn_covalent_bond_22(fn_mitochondrial_dna_9(X)) = fn_covalent_bond_24(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_24(fn_mitochondrial_dna_8(X)) = fn_atom_18(fn_mitochondrial_dna_24(X))
& fn_atom_18(fn_mitochondrial_dna_24(X)) = fn_covalent_bond_24(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_24(fn_mitochondrial_dna_8(X)) = fn_covalent_bond_24(fn_mitochondrial_dna_8(X))
& fn_carbon_18(fn_mitochondrial_dna_24(X)) = fn_covalent_bond_24(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_24(fn_mitochondrial_dna_8(X)) = fn_carbon_18(fn_mitochondrial_dna_24(X))
& fn_carbon_18(fn_mitochondrial_dna_24(X)) = fn_carbon_18(fn_mitochondrial_dna_24(X))
& fn_carbon_18(fn_mitochondrial_dna_24(X)) = fn_covalent_bond_4(fn_mitochondrial_dna_9(X))
& fn_covalent_bond_4(fn_mitochondrial_dna_9(X)) = fn_atom_8(fn_mitochondrial_dna_24(X))
& fn_atom_8(fn_mitochondrial_dna_24(X)) = fn_covalent_bond_4(fn_mitochondrial_dna_9(X))
& fn_covalent_bond_4(fn_mitochondrial_dna_9(X)) = fn_covalent_bond_4(fn_mitochondrial_dna_9(X))
& fn_carbon_17(fn_mitochondrial_dna_24(X)) = fn_covalent_bond_4(fn_mitochondrial_dna_9(X))
& fn_covalent_bond_4(fn_mitochondrial_dna_9(X)) = fn_carbon_17(fn_mitochondrial_dna_24(X))
& fn_carbon_17(fn_mitochondrial_dna_24(X)) = fn_polar_covalent_bond_16(fn_mitochondrial_dna_9(X))
& fn_polar_covalent_bond_16(fn_mitochondrial_dna_9(X)) = fn_polar_covalent_bond_16(fn_mitochondrial_dna_9(X))
& fn_polar_covalent_bond_16(fn_mitochondrial_dna_9(X)) = fn_ester_linkage_32(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_32(fn_mitochondrial_dna_9(X)) = fn_ester_linkage_32(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_32(fn_mitochondrial_dna_9(X)) = fn_hold_2(fn_mitochondrial_dna_19(X))
& fn_hold_2(fn_mitochondrial_dna_19(X)) = fn_share_1(fn_mitochondrial_dna_20(X))
& fn_share_1(fn_mitochondrial_dna_20(X)) = fn_share_1(fn_mitochondrial_dna_20(X))
& fn_share_1(fn_mitochondrial_dna_20(X)) = fn_covalent_bond_17(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_17(fn_mitochondrial_dna_8(X)) = fn_hydroxyl_group_5(fn_mitochondrial_dna_10(X))
& fn_hydroxyl_group_5(fn_mitochondrial_dna_10(X)) = fn_hydroxyl_group_5(fn_mitochondrial_dna_10(X))
& fn_hydroxyl_group_5(fn_mitochondrial_dna_10(X)) = fn_ester_linkage_32(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_32(fn_mitochondrial_dna_9(X)) = fn_covalent_bond_23(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_23(fn_mitochondrial_dna_8(X)) = fn_covalent_bond_21(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_21(fn_mitochondrial_dna_8(X)) = fn_covalent_bond_21(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_21(fn_mitochondrial_dna_8(X)) = fn_ester_linkage_44(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_44(fn_mitochondrial_dna_9(X)) = fn_ester_linkage_44(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_44(fn_mitochondrial_dna_9(X)) = fn_hydrogen_14(fn_mitochondrial_dna_6(X))
& fn_hydrogen_14(fn_mitochondrial_dna_6(X)) = fn_share_3(fn_mitochondrial_dna_67(X))
& fn_share_3(fn_mitochondrial_dna_67(X)) = fn_polar_covalent_bond_18(fn_mitochondrial_dna_9(X))
& fn_polar_covalent_bond_18(fn_mitochondrial_dna_9(X)) = fn_polar_covalent_bond_18(fn_mitochondrial_dna_9(X))
& fn_polar_covalent_bond_18(fn_mitochondrial_dna_9(X)) = fn_covalent_bond_19(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_20(fn_mitochondrial_dna_9(X)) = fn_covalent_bond_19(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_19(fn_mitochondrial_dna_8(X)) = fn_covalent_bond_20(fn_mitochondrial_dna_9(X))
& fn_covalent_bond_20(fn_mitochondrial_dna_9(X)) = fn_covalent_bond_20(fn_mitochondrial_dna_9(X))
& fn_organic_molecule_2(X) = fn_covalent_bond_20(fn_mitochondrial_dna_9(X))
& fn_covalent_bond_20(fn_mitochondrial_dna_9(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_carbon_skeleton_2(fn_mitochondrial_dna_23(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_carbon_skeleton_2(fn_mitochondrial_dna_23(X))
& fn_carbon_skeleton_2(fn_mitochondrial_dna_23(X)) = fn_carbon_skeleton_2(fn_mitochondrial_dna_23(X))
& fn_carbon_skeleton_2(fn_mitochondrial_dna_23(X)) = fn_hydroxyl_group_6(fn_mitochondrial_dna_10(X))
& fn_hydroxyl_group_6(fn_mitochondrial_dna_10(X)) = fn_hydroxyl_group_6(fn_mitochondrial_dna_10(X))
& fn_hydroxyl_group_6(fn_mitochondrial_dna_10(X)) = fn_share_1(fn_mitochondrial_dna_68(X))
& fn_share_1(fn_mitochondrial_dna_68(X)) = fn_covalent_bond_18(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_18(fn_mitochondrial_dna_8(X)) = fn_covalent_bond_18(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_18(fn_mitochondrial_dna_8(X)) = fn_ester_linkage_26(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_26(fn_mitochondrial_dna_9(X)) = fn_ester_linkage_26(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_26(fn_mitochondrial_dna_9(X)) = fn_share_2(fn_mitochondrial_dna_68(X))
& fn_share_2(fn_mitochondrial_dna_68(X)) = fn_share_2(fn_mitochondrial_dna_68(X))
& fn_share_2(fn_mitochondrial_dna_68(X)) = fn_phosphodiester_bond_23(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_23(fn_mitochondrial_dna_27(X)) = fn_carbonyl_group_5(fn_mitochondrial_dna_11(X))
& fn_carbonyl_group_5(fn_mitochondrial_dna_11(X)) = fn_covalent_bond_17(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_17(fn_mitochondrial_dna_8(X)) = fn_covalent_bond_17(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_17(fn_mitochondrial_dna_8(X)) = fn_phosphodiester_bond_6(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_6(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_6(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_6(fn_mitochondrial_dna_27(X)) = fn_share_2(fn_mitochondrial_dna_20(X))
& fn_share_2(fn_mitochondrial_dna_20(X)) = fn_polar_covalent_bond_12(fn_mitochondrial_dna_9(X))
& fn_polar_covalent_bond_12(fn_mitochondrial_dna_9(X)) = fn_polar_covalent_bond_12(fn_mitochondrial_dna_9(X))
& fn_polar_covalent_bond_12(fn_mitochondrial_dna_9(X)) = fn_phosphodiester_bond_23(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_23(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_23(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_23(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_38(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_38(fn_mitochondrial_dna_27(X)) = fn_covalent_bond_24(fn_mitochondrial_dna_8(X))
& fn_polar_covalent_bond_13(fn_mitochondrial_dna_9(X)) = fn_polar_covalent_bond_13(fn_mitochondrial_dna_9(X))
& fn_polar_covalent_bond_13(fn_mitochondrial_dna_9(X)) = fn_covalent_bond_24(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_24(fn_mitochondrial_dna_8(X)) = fn_polar_covalent_bond_13(fn_mitochondrial_dna_9(X))
& fn_polar_covalent_bond_13(fn_mitochondrial_dna_9(X)) = fn_ester_linkage_42(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_42(fn_mitochondrial_dna_9(X)) = fn_covalent_bond_24(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_24(fn_mitochondrial_dna_8(X)) = fn_ester_linkage_42(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_42(fn_mitochondrial_dna_9(X)) = fn_ester_linkage_42(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_42(fn_mitochondrial_dna_9(X)) = fn_covalent_bond_22(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_22(fn_mitochondrial_dna_8(X)) = fn_covalent_bond_22(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_22(fn_mitochondrial_dna_8(X)) = fn_phosphodiester_bond_40(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_40(fn_mitochondrial_dna_27(X)) = fn_carbon_10(fn_mitochondrial_dna_24(X))
& fn_carbon_10(fn_mitochondrial_dna_24(X)) = fn_carbon_10(fn_mitochondrial_dna_24(X))
& fn_carbon_10(fn_mitochondrial_dna_24(X)) = fn_covalent_bond_18(fn_mitochondrial_dna_9(X))
& fn_atom_14(fn_mitochondrial_dna_24(X)) = fn_covalent_bond_18(fn_mitochondrial_dna_9(X))
& fn_covalent_bond_18(fn_mitochondrial_dna_9(X)) = fn_atom_14(fn_mitochondrial_dna_24(X))
& fn_atom_14(fn_mitochondrial_dna_24(X)) = fn_atom_14(fn_mitochondrial_dna_24(X))
& fn_atom_14(fn_mitochondrial_dna_24(X)) = fn_ester_linkage_29(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_29(fn_mitochondrial_dna_9(X)) = fn_atom_14(fn_mitochondrial_dna_24(X))
& fn_atom_14(fn_mitochondrial_dna_24(X)) = fn_covalent_bond_15(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_15(fn_mitochondrial_dna_8(X)) = fn_ester_linkage_29(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_29(fn_mitochondrial_dna_9(X)) = fn_covalent_bond_15(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_15(fn_mitochondrial_dna_8(X)) = fn_covalent_bond_15(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_15(fn_mitochondrial_dna_8(X)) = fn_phosphodiester_bond_38(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_38(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_38(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_38(fn_mitochondrial_dna_27(X)) = fn_hydroxyl_group_9(fn_mitochondrial_dna_10(X))
& fn_hydroxyl_group_9(fn_mitochondrial_dna_10(X)) = fn_ester_linkage_45(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_45(fn_mitochondrial_dna_9(X)) = fn_ester_linkage_45(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_45(fn_mitochondrial_dna_9(X)) = fn_phosphodiester_bond_7(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_7(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_7(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_7(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_40(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_40(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_40(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_40(fn_mitochondrial_dna_27(X)) = fn_covalent_bond_23(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_23(fn_mitochondrial_dna_8(X)) = fn_covalent_bond_23(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_23(fn_mitochondrial_dna_8(X)) = fn_covalent_bond_23(fn_mitochondrial_dna_9(X))
& fn_covalent_bond_23(fn_mitochondrial_dna_9(X)) = fn_covalent_bond_23(fn_mitochondrial_dna_9(X))
& fn_covalent_bond_23(fn_mitochondrial_dna_9(X)) = fn_phosphodiester_bond_39(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_39(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_39(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_39(fn_mitochondrial_dna_27(X)) = fn_share_1(fn_mitochondrial_dna_67(X))
& fn_share_1(fn_mitochondrial_dna_67(X)) = fn_covalent_bond_19(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_19(fn_mitochondrial_dna_8(X)) = fn_covalent_bond_19(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_20(fn_mitochondrial_dna_8(X)) = fn_covalent_bond_19(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_19(fn_mitochondrial_dna_8(X)) = fn_covalent_bond_20(fn_mitochondrial_dna_8(X))
& fn_ester_linkage_27(fn_mitochondrial_dna_9(X)) = fn_share_3(fn_mitochondrial_dna_68(X))
& fn_share_3(fn_mitochondrial_dna_68(X)) = fn_share_3(fn_mitochondrial_dna_68(X))
& fn_share_3(fn_mitochondrial_dna_68(X)) = fn_phosphodiester_bond_18(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_18(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_18(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_18(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_27(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_27(fn_mitochondrial_dna_27(X)) = fn_covalent_bond_20(fn_mitochondrial_dna_8(X))
& fn_carbonyl_group_9(fn_mitochondrial_dna_11(X)) = fn_covalent_bond_20(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_20(fn_mitochondrial_dna_8(X)) = fn_covalent_bond_20(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_20(fn_mitochondrial_dna_8(X)) = fn_carbonyl_group_9(fn_mitochondrial_dna_11(X))
& fn_carbonyl_group_9(fn_mitochondrial_dna_11(X)) = fn_carbonyl_group_9(fn_mitochondrial_dna_11(X))
& fn_carbonyl_group_9(fn_mitochondrial_dna_11(X)) = fn_hydroxyl_group_4(fn_mitochondrial_dna_10(X))
& fn_hydroxyl_group_4(fn_mitochondrial_dna_10(X)) = fn_hydroxyl_group_4(fn_mitochondrial_dna_10(X))
& fn_hydroxyl_group_4(fn_mitochondrial_dna_10(X)) = fn_ester_linkage_27(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_27(fn_mitochondrial_dna_9(X)) = fn_ester_linkage_27(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_27(fn_mitochondrial_dna_9(X)) = fn_share_3(fn_mitochondrial_dna_66(X))
& fn_share_3(fn_mitochondrial_dna_66(X)) = fn_share_3(fn_mitochondrial_dna_66(X))
& fn_share_3(fn_mitochondrial_dna_66(X)) = fn_share_1(fn_mitochondrial_dna_66(X))
& fn_share_1(fn_mitochondrial_dna_66(X)) = fn_share_1(fn_mitochondrial_dna_66(X))
& fn_share_1(fn_mitochondrial_dna_66(X)) = fn_phosphodiester_bond_4(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_4(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_4(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_4(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_27(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_27(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_27(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_27(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_30(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_29(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_30(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_30(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_30(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_30(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_29(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_29(fn_mitochondrial_dna_27(X)) = fn_dna_9(X)
& fn_dna_9(X) = fn_share_3(fn_mitochondrial_dna_20(X))
& fn_phosphodiester_bond_16(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_15(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_15(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_15(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_15(fn_mitochondrial_dna_27(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_covalent_bond_19(fn_mitochondrial_dna_9(X))
& fn_covalent_bond_19(fn_mitochondrial_dna_9(X)) = fn_organic_molecule_1(X)
& fn_carbon_skeleton_4(fn_mitochondrial_dna_23(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_carbon_skeleton_4(fn_mitochondrial_dna_23(X))
& fn_carbon_skeleton_4(fn_mitochondrial_dna_23(X)) = fn_carbon_skeleton_4(fn_mitochondrial_dna_23(X))
& fn_carbon_skeleton_4(fn_mitochondrial_dna_23(X)) = fn_carbonyl_group_7(fn_mitochondrial_dna_11(X))
& fn_carbonyl_group_7(fn_mitochondrial_dna_11(X)) = fn_carbonyl_group_7(fn_mitochondrial_dna_11(X))
& fn_carbonyl_group_7(fn_mitochondrial_dna_11(X)) = fn_ester_linkage_28(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_28(fn_mitochondrial_dna_9(X)) = fn_ester_linkage_28(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_28(fn_mitochondrial_dna_9(X)) = fn_share_3(fn_mitochondrial_dna_20(X))
& fn_share_3(fn_mitochondrial_dna_20(X)) = fn_share_3(fn_mitochondrial_dna_20(X))
& fn_share_3(fn_mitochondrial_dna_20(X)) = fn_phosphodiester_bond_16(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_16(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_16(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_16(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_33(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_33(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_33(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_33(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_20(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_20(fn_mitochondrial_dna_27(X)) = fn_dna_15(X)
& fn_dna_15(X) = fn_nucleic_acid_19(X)
& fn_nucleic_acid_19(X) = fn_dna_15(X)
& fn_dna_15(X) = fn_carbon_skeleton_1(fn_mitochondrial_dna_23(X))
& fn_carbon_skeleton_1(fn_mitochondrial_dna_23(X)) = fn_carbonyl_group_10(fn_mitochondrial_dna_11(X))
& fn_carbonyl_group_10(fn_mitochondrial_dna_11(X)) = fn_carbonyl_group_10(fn_mitochondrial_dna_11(X))
& fn_carbonyl_group_10(fn_mitochondrial_dna_11(X)) = fn_ester_linkage_19(fn_mitochondrial_dna_9(X))
& fn_covalent_bond_14(fn_mitochondrial_dna_8(X)) = fn_ester_linkage_19(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_19(fn_mitochondrial_dna_9(X)) = fn_ester_linkage_19(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_19(fn_mitochondrial_dna_9(X)) = fn_covalent_bond_14(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_14(fn_mitochondrial_dna_8(X)) = fn_covalent_bond_14(fn_mitochondrial_dna_8(X))
& fn_covalent_bond_14(fn_mitochondrial_dna_8(X)) = fn_phosphodiester_bond_14(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_14(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_14(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_14(fn_mitochondrial_dna_27(X)) = fn_ester_linkage_40(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_40(fn_mitochondrial_dna_9(X)) = fn_ester_linkage_40(fn_mitochondrial_dna_9(X))
& fn_ester_linkage_40(fn_mitochondrial_dna_9(X)) = fn_phosphodiester_bond_36(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_36(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_36(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_36(fn_mitochondrial_dna_27(X)) = fn_hydrogen_2(fn_mitochondrial_dna_6(X))
& fn_hydrogen_2(fn_mitochondrial_dna_6(X)) = fn_hydrogen_2(fn_mitochondrial_dna_6(X))
& fn_hydrogen_2(fn_mitochondrial_dna_6(X)) = fn_phosphodiester_bond_32(fn_mitochondrial_dna_27(X))
& fn_phosphodiester_bond_32(fn_mitochondrial_dna_27(X)) = fn_phosphodiester_bond_32(fn_mitochondrial_dna_27(X)) ) ) ).
fof(a530995,axiom,
! [X] :
( mitochondrial_electron_transport_chain_1(X)
=> ( original_name_2(X,'Mitochondrial-Electron-Transport-Chain')
& user_description_2(X,'A sequence of electron carrier molecules (membrane proteins) that shuttle electrons during the redox reactions that release energy used to make ATP. The electron transport chain assembly is present in the inner membrane of mitochondria of eukaryotes.')
& concept2words_2(X,'electron transport chain in mitochondria')
& concept2words_2(X,'mitochondrial electron transport chain')
& concept2words_2(X,'mitochondrial-electron-transport-chain')
& electron_transport_chain_1(X)
& ~ prokaryotic_electron_transport_chain_1(X)
& cytosol_1(fn_mitochondrial_electron_transport_chain_1(X))
& multiprotein_complex_iv_1(fn_mitochondrial_electron_transport_chain_2(X))
& multiprotein_complex_iii_1(fn_mitochondrial_electron_transport_chain_3(X))
& crista_1(fn_mitochondrial_electron_transport_chain_4(X))
& multiprotein_complex_ii_1(fn_mitochondrial_electron_transport_chain_5(X))
& container_1(fn_mitochondrial_electron_transport_chain_6(X))
& inner_membrane_1(fn_mitochondrial_electron_transport_chain_7(X))
& ubiquinone_1(fn_mitochondrial_electron_transport_chain_8(X))
& multiprotein_complex_i_1(fn_mitochondrial_electron_transport_chain_9(X))
& mitochondrial_matrix_1(fn_mitochondrial_electron_transport_chain_10(X))
& mitochondrion_1(fn_mitochondrial_electron_transport_chain_11(X))
& semiautonomous_organelle_1(fn_mitochondrial_electron_transport_chain_11(X))
& fluidity_value_1(fn_mitochondrial_electron_transport_chain_12(X))
& cytochrome_c_1(fn_mitochondrial_electron_transport_chain_13(X))
& protein_1(fn_mitochondrial_electron_transport_chain_13(X))
& quantity_value_1(fn_mitochondrial_electron_transport_chain_15(X))
& saturated_fatty_acid_1(fn_mitochondrial_electron_transport_chain_16(X))
& mitochondrial_membrane_1(fn_mitochondrial_electron_transport_chain_18(X))
& entity_1(fn_mitochondrial_electron_transport_chain_19(X))
& spatial_entity_1(fn_mitochondrial_electron_transport_chain_19(X))
& inner_membrane_1(fn_mitochondrial_electron_transport_chain_19(X))
& biomembrane_1(fn_mitochondrial_electron_transport_chain_19(X))
& barrier_1(fn_biomembrane_49(fn_mitochondrial_electron_transport_chain_7(X)))
& entity_1(fn_mitochondrial_membrane_37(fn_mitochondrial_electron_transport_chain_18(X)))
& spatial_entity_1(fn_mitochondrial_membrane_37(fn_mitochondrial_electron_transport_chain_18(X)))
& inner_membrane_1(fn_mitochondrial_membrane_37(fn_mitochondrial_electron_transport_chain_18(X)))
& biomembrane_1(fn_mitochondrial_membrane_37(fn_mitochondrial_electron_transport_chain_18(X)))
& mitochondrion_1(fn_mitochondrial_matrix_4(fn_mitochondrial_electron_transport_chain_10(X)))
& semiautonomous_organelle_1(fn_mitochondrial_matrix_4(fn_mitochondrial_electron_transport_chain_10(X)))
& property_node_1(fn_biomembrane_39(fn_mitochondrial_electron_transport_chain_7(X)))
& property_node_1(fn_biomembrane_19(fn_mitochondrial_electron_transport_chain_7(X)))
& fluidity_value_1(fn_biomembrane_18(fn_mitochondrial_electron_transport_chain_7(X)))
& quantity_value_1(fn_biomembrane_31(fn_mitochondrial_electron_transport_chain_7(X)))
& saturated_fatty_acid_1(fn_biomembrane_32(fn_mitochondrial_electron_transport_chain_7(X)))
& tangible_entity_1(fn_barrier_1(fn_mitochondrial_electron_transport_chain_6(X)))
& biomembrane_1(fn_cytochrome_c_2(fn_mitochondrial_electron_transport_chain_13(X)))
& has_part_2(fn_mitochondrial_electron_transport_chain_7(X),fn_mitochondrial_electron_transport_chain_4(X))
& has_part_2(fn_mitochondrial_electron_transport_chain_7(X),fn_mitochondrial_electron_transport_chain_9(X))
& has_part_2(fn_mitochondrial_electron_transport_chain_7(X),fn_mitochondrial_electron_transport_chain_3(X))
& has_part_2(fn_mitochondrial_electron_transport_chain_7(X),fn_mitochondrial_electron_transport_chain_2(X))
& is_outside_2(fn_mitochondrial_electron_transport_chain_7(X),fn_mitochondrial_electron_transport_chain_10(X))
& is_between_2(fn_mitochondrial_electron_transport_chain_8(X),fn_mitochondrial_electron_transport_chain_5(X))
& is_between_2(fn_mitochondrial_electron_transport_chain_8(X),fn_mitochondrial_electron_transport_chain_3(X))
& first_element_2(X,fn_mitochondrial_electron_transport_chain_9(X))
& element_2(X,fn_mitochondrial_electron_transport_chain_9(X))
& element_2(X,fn_mitochondrial_electron_transport_chain_3(X))
& element_2(X,fn_mitochondrial_electron_transport_chain_2(X))
& next_element_2(fn_mitochondrial_electron_transport_chain_3(X),fn_mitochondrial_electron_transport_chain_2(X))
& next_element_2(fn_mitochondrial_electron_transport_chain_5(X),fn_mitochondrial_electron_transport_chain_3(X))
& next_element_2(fn_mitochondrial_electron_transport_chain_9(X),fn_mitochondrial_electron_transport_chain_5(X))
& is_inside_2(fn_mitochondrial_electron_transport_chain_10(X),fn_mitochondrial_electron_transport_chain_7(X))
& is_along_2(fn_mitochondrial_electron_transport_chain_10(X),fn_mitochondrial_electron_transport_chain_4(X))
& is_along_2(fn_mitochondrial_electron_transport_chain_4(X),fn_mitochondrial_electron_transport_chain_10(X))
& is_inside_2(fn_mitochondrial_electron_transport_chain_11(X),fn_mitochondrial_electron_transport_chain_1(X))
& is_between_2(fn_mitochondrial_electron_transport_chain_13(X),fn_mitochondrial_electron_transport_chain_2(X))
& is_between_2(fn_mitochondrial_electron_transport_chain_13(X),fn_mitochondrial_electron_transport_chain_3(X))
& has_part_2(fn_mitochondrial_electron_transport_chain_19(X),X)
& plays_2(fn_mitochondrial_electron_transport_chain_7(X),fn_mitochondrial_electron_transport_chain_6(X))
& has_part_2(fn_mitochondrial_electron_transport_chain_7(X),fn_mitochondrial_electron_transport_chain_13(X))
& has_part_2(fn_mitochondrial_electron_transport_chain_18(X),fn_mitochondrial_electron_transport_chain_19(X))
& has_region_2(fn_mitochondrial_electron_transport_chain_11(X),fn_mitochondrial_electron_transport_chain_10(X))
& element_2(X,fn_mitochondrial_electron_transport_chain_8(X))
& fn_mitochondrial_electron_transport_chain_9(X) != fn_mitochondrial_electron_transport_chain_8(X)
& fn_mitochondrial_electron_transport_chain_13(X) != fn_mitochondrial_electron_transport_chain_9(X)
& fn_mitochondrial_electron_transport_chain_9(X) != fn_mitochondrial_electron_transport_chain_13(X)
& fn_mitochondrial_electron_transport_chain_8(X) != fn_mitochondrial_electron_transport_chain_9(X)
& element_2(X,fn_mitochondrial_electron_transport_chain_5(X))
& has_part_2(fn_mitochondrial_electron_transport_chain_7(X),fn_mitochondrial_electron_transport_chain_5(X))
& has_part_2(fn_mitochondrial_electron_transport_chain_7(X),fn_mitochondrial_electron_transport_chain_8(X))
& fn_mitochondrial_electron_transport_chain_8(X) != fn_mitochondrial_electron_transport_chain_13(X)
& element_2(X,fn_mitochondrial_electron_transport_chain_13(X))
& fn_mitochondrial_electron_transport_chain_13(X) != fn_mitochondrial_electron_transport_chain_8(X)
& fluidity_2(fn_mitochondrial_electron_transport_chain_7(X),fn_mitochondrial_electron_transport_chain_12(X))
& has_part_2(fn_mitochondrial_electron_transport_chain_7(X),fn_mitochondrial_electron_transport_chain_16(X))
& quantity_2(fn_mitochondrial_electron_transport_chain_16(X),fn_mitochondrial_electron_transport_chain_15(X))
& directly_proportional_2(fn_mitochondrial_electron_transport_chain_15(X),fn_mitochondrial_electron_transport_chain_12(X))
& fn_mitochondrial_electron_transport_chain_6(X) = fn_biomembrane_49(fn_mitochondrial_electron_transport_chain_7(X))
& fn_mitochondrial_electron_transport_chain_7(X) = fn_barrier_1(fn_mitochondrial_electron_transport_chain_6(X))
& fn_mitochondrial_electron_transport_chain_7(X) = fn_cytochrome_c_2(fn_mitochondrial_electron_transport_chain_13(X))
& fn_mitochondrial_electron_transport_chain_19(X) = fn_mitochondrial_membrane_37(fn_mitochondrial_electron_transport_chain_18(X))
& fn_mitochondrial_electron_transport_chain_11(X) = fn_mitochondrial_matrix_4(fn_mitochondrial_electron_transport_chain_10(X))
& fn_mitochondrial_electron_transport_chain_9(X) = fn_electron_transport_chain_3(X)
& fn_mitochondrial_electron_transport_chain_13(X) = fn_electron_transport_chain_2(X)
& fn_mitochondrial_electron_transport_chain_8(X) = fn_electron_transport_chain_4(X)
& fn_mitochondrial_electron_transport_chain_7(X) = fn_electron_transport_chain_5(X)
& fn_mitochondrial_electron_transport_chain_5(X) = fn_electron_transport_chain_3(X)
& fn_mitochondrial_electron_transport_chain_17(X) = fn_biomembrane_39(fn_mitochondrial_electron_transport_chain_7(X))
& fn_mitochondrial_electron_transport_chain_14(X) = fn_biomembrane_19(fn_mitochondrial_electron_transport_chain_7(X))
& fn_mitochondrial_electron_transport_chain_12(X) = fn_biomembrane_18(fn_mitochondrial_electron_transport_chain_7(X))
& fn_mitochondrial_electron_transport_chain_15(X) = fn_biomembrane_31(fn_mitochondrial_electron_transport_chain_7(X))
& fn_mitochondrial_electron_transport_chain_16(X) = fn_biomembrane_32(fn_mitochondrial_electron_transport_chain_7(X))
& fn_barrier_1(fn_mitochondrial_electron_transport_chain_6(X)) = fn_cytochrome_c_2(fn_mitochondrial_electron_transport_chain_13(X))
& fn_cytochrome_c_2(fn_mitochondrial_electron_transport_chain_13(X)) = fn_cytochrome_c_2(fn_mitochondrial_electron_transport_chain_13(X))
& fn_cytochrome_c_2(fn_mitochondrial_electron_transport_chain_13(X)) = fn_electron_transport_chain_5(X)
& fn_electron_transport_chain_5(X) = fn_electron_transport_chain_5(X) ) ) ).
fof(a530996,axiom,
! [X] :
( mitochondrial_gene_1(X)
=> ( original_name_2(X,'Mitochondrial-Gene')
& user_description_2(X,'A gene located in the chromosome of a mitochondrion.')
& concept2words_2(X,'mitochondrial gene')
& concept2words_2(X,'mitochondrial-gene')
& extranuclear_gene_1(X)
& ~ chloroplast_gene_1(X) ) ) ).
fof(a530997,axiom,
! [X] :
( mitochondrial_matrix_1(X)
=> ( original_name_2(X,'Mitochondrial-Matrix')
& user_description_2(X,'The mitochondrial matrix contains soluble enzymes that catalyze the oxidation of pyruvate and other small organic molecules. It also contains mitochondrial DNA and ribosomes')
& concept2words_2(X,'mitochondrial matrix')
& concept2words_2(X,'mitochondrial-matrix')
& subcellular_region_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X)
& aqueous_solution_1(fn_mitochondrial_matrix_2(X))
& ph_value_1(fn_mitochondrial_matrix_3(X))
& mitochondrion_1(fn_mitochondrial_matrix_4(X))
& semiautonomous_organelle_1(fn_mitochondrial_matrix_4(X))
& dna_1(fn_mitochondrial_matrix_5(X))
& mitochondrial_dna_1(fn_mitochondrial_matrix_5(X))
& chemical_entity_1(fn_mitochondrial_matrix_6(X))
& protein_1(fn_mitochondrial_matrix_6(X))
& protein_enzyme_1(fn_mitochondrial_matrix_6(X))
& ribosome_1(fn_mitochondrial_matrix_7(X))
& dna_1(fn_semiautonomous_organelle_2(fn_mitochondrial_matrix_4(X)))
& mitochondrion_1(fn_mitochondrial_dna_26(fn_mitochondrial_matrix_5(X)))
& ribosome_1(fn_semiautonomous_organelle_7(fn_mitochondrial_matrix_4(X)))
& chemical_entity_1(fn_semiautonomous_organelle_5(fn_mitochondrial_matrix_4(X)))
& protein_1(fn_semiautonomous_organelle_5(fn_mitochondrial_matrix_4(X)))
& protein_enzyme_1(fn_semiautonomous_organelle_4(fn_mitochondrial_matrix_4(X)))
& mitochondrial_matrix_1(fn_mitochondrial_dna_4(fn_mitochondrial_matrix_5(X)))
& is_inside_2(fn_mitochondrial_matrix_2(X),X)
& ph_2(fn_mitochondrial_matrix_2(X),fn_mitochondrial_matrix_3(X))
& the_cardinal_value_2(fn_mitochondrial_matrix_3(X),"8.0e0")
& cardinal_unit_class_2(fn_mitochondrial_matrix_3(X),unity_0)
& is_inside_2(fn_mitochondrial_matrix_6(X),X)
& is_inside_2(fn_mitochondrial_matrix_7(X),X)
& is_inside_2(fn_mitochondrial_matrix_5(X),X)
& has_region_2(fn_mitochondrial_matrix_4(X),X)
& has_part_2(fn_mitochondrial_matrix_4(X),fn_mitochondrial_matrix_5(X))
& has_part_2(fn_mitochondrial_matrix_4(X),fn_mitochondrial_matrix_7(X))
& has_part_2(fn_mitochondrial_matrix_4(X),fn_mitochondrial_matrix_6(X))
& fn_mitochondrial_matrix_5(X) = fn_semiautonomous_organelle_2(fn_mitochondrial_matrix_4(X))
& fn_mitochondrial_matrix_4(X) = fn_mitochondrial_dna_26(fn_mitochondrial_matrix_5(X))
& X = fn_mitochondrial_dna_4(fn_mitochondrial_matrix_5(X))
& fn_mitochondrial_matrix_7(X) = fn_semiautonomous_organelle_7(fn_mitochondrial_matrix_4(X))
& fn_mitochondrial_matrix_6(X) = fn_semiautonomous_organelle_5(fn_mitochondrial_matrix_4(X))
& fn_mitochondrial_matrix_6(X) = fn_semiautonomous_organelle_4(fn_mitochondrial_matrix_4(X))
& fn_semiautonomous_organelle_5(fn_mitochondrial_matrix_4(X)) = fn_semiautonomous_organelle_4(fn_mitochondrial_matrix_4(X))
& fn_mitochondrial_dna_4(fn_mitochondrial_matrix_5(X)) = fn_mitochondrial_dna_4(fn_mitochondrial_matrix_5(X)) ) ) ).
fof(a530998,axiom,
! [X] :
( mitochondrial_membrane_1(X)
=> ( original_name_2(X,'Mitochondrial-Membrane')
& user_description_2(X,'Double lipid bilayer which surrounds the mitochondrion and forms the infolds, called cristae, which function in the reactions of cellular respiration.')
& concept2words_2(X,'mitochondrial membrane')
& concept2words_2(X,'mitochondrial-membrane')
& biomembrane_containing_double_lipid_bilayer_1(X)
& ~ chloroplast_membrane_1(X)
& ~ er_membrane_1(X)
& ~ lysosomal_membrane_1(X)
& ~ nuclear_membrane_1(X)
& ~ plasma_membrane_1(X)
& area_value_1(fn_mitochondrial_membrane_2(X))
& area_value_1(fn_mitochondrial_membrane_5(X))
& intensity_value_1(fn_mitochondrial_membrane_6(X))
& crista_1(fn_mitochondrial_membrane_7(X))
& length_value_1(fn_mitochondrial_membrane_8(X))
& hydrophilic_face_1(fn_mitochondrial_membrane_10(X))
& hydrophilic_face_1(fn_mitochondrial_membrane_11(X))
& hydrophilic_face_1(fn_mitochondrial_membrane_12(X))
& multiprotein_complex_iv_1(fn_mitochondrial_membrane_13(X))
& multiprotein_complex_iii_1(fn_mitochondrial_membrane_14(X))
& multiprotein_complex_ii_1(fn_mitochondrial_membrane_15(X))
& multiprotein_complex_i_1(fn_mitochondrial_membrane_16(X))
& ubiquinone_1(fn_mitochondrial_membrane_17(X))
& block_1(fn_mitochondrial_membrane_18(X))
& block_1(fn_mitochondrial_membrane_19(X))
& fatty_acid_tail_1(fn_mitochondrial_membrane_20(X))
& inside_face_1(fn_mitochondrial_membrane_23(X))
& surface_1(fn_mitochondrial_membrane_24(X))
& outside_face_1(fn_mitochondrial_membrane_24(X))
& carbohydrate_side_chain_1(fn_mitochondrial_membrane_25(X))
& carbon_skeleton_1(fn_mitochondrial_membrane_26(X))
& saturated_fatty_acid_1(fn_mitochondrial_membrane_27(X))
& quantity_value_1(fn_mitochondrial_membrane_28(X))
& attach_1(fn_mitochondrial_membrane_29(X))
& nadh_1(fn_mitochondrial_membrane_30(X))
& tangible_entity_1(fn_mitochondrial_membrane_31(X))
& phospholipid_bilayer_1(fn_mitochondrial_membrane_31(X))
& mitochondrial_matrix_1(fn_mitochondrial_membrane_32(X))
& intermembrane_space_1(fn_mitochondrial_membrane_33(X))
& outer_membrane_1(fn_mitochondrial_membrane_34(X))
& organelle_1(fn_mitochondrial_membrane_35(X))
& mitochondrion_1(fn_mitochondrial_membrane_35(X))
& semiautonomous_organelle_1(fn_mitochondrial_membrane_35(X))
& atp_synthase_1(fn_mitochondrial_membrane_36(X))
& entity_1(fn_mitochondrial_membrane_37(X))
& spatial_entity_1(fn_mitochondrial_membrane_37(X))
& inner_membrane_1(fn_mitochondrial_membrane_37(X))
& biomembrane_1(fn_mitochondrial_membrane_37(X))
& fold_1(fn_mitochondrial_membrane_38(X))
& quantity_value_1(fn_mitochondrial_membrane_39(X))
& block_1(fn_mitochondrial_membrane_41(X))
& aqueous_solution_1(fn_mitochondrial_membrane_42(X))
& aqueous_solution_1(fn_mitochondrial_membrane_43(X))
& barrier_1(fn_mitochondrial_membrane_44(X))
& density_value_1(fn_mitochondrial_membrane_45(X))
& chemical_entity_1(fn_mitochondrial_membrane_46(X))
& aqueous_solution_1(fn_mitochondrial_membrane_47(X))
& aqueous_solution_1(fn_mitochondrial_membrane_48(X))
& fluidity_value_1(fn_mitochondrial_membrane_49(X))
& temperature_value_1(fn_mitochondrial_membrane_50(X))
& move_through_1(fn_mitochondrial_membrane_51(X))
& block_1(fn_mitochondrial_membrane_52(X))
& hydrophobic_compound_1(fn_mitochondrial_membrane_53(X))
& spatial_entity_1(fn_mitochondrial_membrane_53(X))
& hydrophilic_compound_1(fn_mitochondrial_membrane_54(X))
& glycoprotein_1(fn_mitochondrial_membrane_55(X))
& attach_1(fn_mitochondrial_membrane_58(X))
& phospholipid_layer_1(fn_mitochondrial_membrane_59(X))
& quantity_value_1(fn_mitochondrial_membrane_60(X))
& barrier_1(fn_mitochondrial_membrane_61(X))
& chemical_entity_1(fn_mitochondrial_membrane_62(X))
& density_value_1(fn_mitochondrial_membrane_63(X))
& fluidity_value_1(fn_mitochondrial_membrane_64(X))
& temperature_value_1(fn_mitochondrial_membrane_65(X))
& carbohydrate_side_chain_1(fn_mitochondrial_membrane_66(X))
& surface_1(fn_mitochondrial_membrane_67(X))
& outside_face_1(fn_mitochondrial_membrane_67(X))
& inside_face_1(fn_mitochondrial_membrane_68(X))
& move_through_1(fn_mitochondrial_membrane_69(X))
& saturated_fatty_acid_1(fn_mitochondrial_membrane_70(X))
& glycoprotein_1(fn_mitochondrial_membrane_71(X))
& tangible_entity_1(fn_mitochondrial_membrane_72(X))
& phospholipid_bilayer_1(fn_mitochondrial_membrane_72(X))
& carbon_skeleton_1(fn_mitochondrial_membrane_73(X))
& hydrophobic_compound_1(fn_mitochondrial_membrane_74(X))
& hydrophilic_compound_1(fn_mitochondrial_membrane_75(X))
& cytochrome_c_1(fn_mitochondrial_membrane_80(X))
& repel_1(fn_mitochondrial_membrane_81(X))
& tangible_entity_1(fn_mitochondrial_membrane_82(X))
& entity_1(fn_mitochondrial_membrane_82(X))
& chemical_entity_1(fn_mitochondrial_membrane_82(X))
& atom_1(fn_mitochondrial_membrane_82(X))
& carbon_1(fn_mitochondrial_membrane_82(X))
& fatty_acid_tail_1(fn_mitochondrial_membrane_83(X))
& tangible_entity_1(fn_mitochondrial_membrane_84(X))
& lipid_1(fn_mitochondrial_membrane_84(X))
& spatial_entity_1(fn_mitochondrial_membrane_84(X))
& organic_molecule_1(fn_mitochondrial_membrane_84(X))
& phospholipid_1(fn_mitochondrial_membrane_84(X))
& phospholipid_layer_1(fn_mitochondrial_membrane_85(X))
& phospholipid_layer_1(fn_mitochondrial_membrane_86(X))
& hydrophobic_core_1(fn_mitochondrial_membrane_87(X))
& biomembrane_1(fn_organelle_1(fn_mitochondrial_membrane_35(X)))
& mitochondrion_1(fn_mitochondrial_matrix_4(fn_mitochondrial_membrane_32(X)))
& semiautonomous_organelle_1(fn_mitochondrial_matrix_4(fn_mitochondrial_membrane_32(X)))
& property_node_1(fn_atp_synthase_7(fn_mitochondrial_membrane_36(X)))
& quantity_value_1(fn_atp_synthase_8(fn_mitochondrial_membrane_36(X)))
& property_node_1(fn_biomembrane_19(fn_mitochondrial_membrane_37(X)))
& property_node_1(fn_biomembrane_39(fn_mitochondrial_membrane_37(X)))
& barrier_1(fn_biomembrane_49(fn_mitochondrial_membrane_37(X)))
& inside_face_1(fn_biomembrane_42(fn_mitochondrial_membrane_37(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_mitochondrial_membrane_37(X)))
& property_node_1(fn_biomembrane_26(fn_mitochondrial_membrane_37(X)))
& temperature_value_1(fn_biomembrane_25(fn_mitochondrial_membrane_37(X)))
& phospholipid_layer_1(fn_biomembrane_61(fn_mitochondrial_membrane_37(X)))
& glycoprotein_1(fn_biomembrane_30(fn_mitochondrial_membrane_37(X)))
& carbohydrate_side_chain_1(fn_biomembrane_70(fn_mitochondrial_membrane_37(X)))
& attach_1(fn_biomembrane_73(fn_mitochondrial_membrane_37(X)))
& carbon_skeleton_1(fn_biomembrane_71(fn_mitochondrial_membrane_37(X)))
& property_node_1(fn_biomembrane_3(fn_mitochondrial_membrane_37(X)))
& density_value_1(fn_biomembrane_4(fn_mitochondrial_membrane_37(X)))
& fluidity_value_1(fn_biomembrane_18(fn_mitochondrial_membrane_37(X)))
& quantity_value_1(fn_biomembrane_31(fn_mitochondrial_membrane_37(X)))
& saturated_fatty_acid_1(fn_biomembrane_32(fn_mitochondrial_membrane_37(X)))
& hydrophobic_compound_1(fn_biomembrane_48(fn_mitochondrial_membrane_37(X)))
& chemical_entity_1(fn_biomembrane_55(fn_mitochondrial_membrane_37(X)))
& hydrophilic_compound_1(fn_biomembrane_72(fn_mitochondrial_membrane_37(X)))
& spatial_entity_1(fn_block_1(fn_mitochondrial_membrane_41(X)))
& aqueous_solution_1(fn_mitochondrial_matrix_2(fn_mitochondrial_membrane_32(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_mitochondrial_membrane_37(X)))
& surface_1(fn_biomembrane_47(fn_mitochondrial_membrane_37(X)))
& surface_1(fn_cytochrome_c_1(fn_mitochondrial_membrane_80(X)))
& outside_face_1(fn_cytochrome_c_1(fn_mitochondrial_membrane_80(X)))
& outside_face_1(fn_biomembrane_41(fn_mitochondrial_membrane_37(X)))
& move_through_1(fn_atp_synthase_44(fn_mitochondrial_membrane_36(X)))
& move_through_1(fn_biomembrane_52(fn_mitochondrial_membrane_37(X)))
& tangible_entity_1(fn_atp_synthase_40(fn_mitochondrial_membrane_36(X)))
& phospholipid_bilayer_1(fn_atp_synthase_40(fn_mitochondrial_membrane_36(X)))
& tangible_entity_1(fn_biomembrane_63(fn_mitochondrial_membrane_37(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_mitochondrial_membrane_37(X)))
& entity_1(fn_fold_1(fn_mitochondrial_membrane_38(X)))
& biomembrane_1(fn_cytochrome_c_2(fn_mitochondrial_membrane_80(X)))
& spatial_entity_1(fn_atp_synthase_37(fn_mitochondrial_membrane_36(X)))
& biomembrane_1(fn_atp_synthase_37(fn_mitochondrial_membrane_36(X)))
& block_1(fn_biomembrane_102(fn_mitochondrial_membrane_37(X)))
& block_1(fn_biomembrane_101(fn_mitochondrial_membrane_37(X)))
& block_1(fn_biomembrane_100(fn_mitochondrial_membrane_37(X)))
& block_1(fn_biomembrane_50(fn_mitochondrial_membrane_37(X)))
& spatial_entity_1(fn_block_1(fn_mitochondrial_membrane_52(X)))
& atom_1(fn_organic_molecule_2(fn_mitochondrial_membrane_84(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_mitochondrial_membrane_84(X)))
& tangible_entity_1(fn_phospholipid_98(fn_mitochondrial_membrane_84(X)))
& entity_1(fn_phospholipid_98(fn_mitochondrial_membrane_84(X)))
& chemical_entity_1(fn_phospholipid_98(fn_mitochondrial_membrane_84(X)))
& atom_1(fn_phospholipid_98(fn_mitochondrial_membrane_84(X)))
& carbon_1(fn_phospholipid_98(fn_mitochondrial_membrane_84(X)))
& fatty_acid_tail_1(fn_phospholipid_92(fn_mitochondrial_membrane_84(X)))
& fatty_acid_tail_1(fn_phospholipid_90(fn_mitochondrial_membrane_84(X)))
& repel_1(fn_phospholipid_116(fn_mitochondrial_membrane_84(X)))
& repel_1(fn_phospholipid_80(fn_mitochondrial_membrane_84(X)))
& abuts_2(fn_mitochondrial_membrane_83(X),fn_mitochondrial_membrane_20(X))
& is_inside_2(fn_mitochondrial_membrane_17(X),fn_mitochondrial_membrane_72(X))
& is_at_2(fn_mitochondrial_membrane_16(X),fn_mitochondrial_membrane_68(X))
& is_across_2(fn_mitochondrial_membrane_16(X),fn_mitochondrial_membrane_37(X))
& is_across_2(fn_mitochondrial_membrane_14(X),fn_mitochondrial_membrane_37(X))
& is_across_2(fn_mitochondrial_membrane_13(X),fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_62(X) != fn_mitochondrial_membrane_30(X)
& is_inside_2(fn_mitochondrial_membrane_12(X),fn_mitochondrial_membrane_48(X))
& is_outside_2(fn_mitochondrial_membrane_12(X),X)
& is_outside_2(fn_mitochondrial_membrane_11(X),fn_mitochondrial_membrane_47(X))
& is_inside_2(fn_mitochondrial_membrane_11(X),X)
& instrument_2(fn_mitochondrial_membrane_52(X),fn_mitochondrial_membrane_20(X))
& fn_mitochondrial_membrane_43(X) != fn_mitochondrial_membrane_42(X)
& is_outside_2(fn_mitochondrial_membrane_10(X),fn_mitochondrial_membrane_43(X))
& is_inside_2(fn_mitochondrial_membrane_10(X),fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_42(X) != fn_mitochondrial_membrane_43(X)
& is_inside_2(fn_mitochondrial_membrane_42(X),fn_mitochondrial_membrane_33(X))
& instrument_2(fn_mitochondrial_membrane_41(X),fn_mitochondrial_membrane_37(X))
& the_scalar_value_2(fn_mitochondrial_membrane_39(X),high_0)
& scalar_unit_class_2(fn_mitochondrial_membrane_39(X),channel_protein_0)
& the_scalar_value_2(fn_mitochondrial_membrane_8(X),narrow_0)
& scalar_unit_class_2(fn_mitochondrial_membrane_8(X),region_0)
& intensity_2(fn_mitochondrial_membrane_38(X),fn_mitochondrial_membrane_6(X))
& has_part_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_17(X))
& has_part_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_13(X))
& has_part_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_14(X))
& has_part_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_15(X))
& has_part_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_16(X))
& has_part_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_7(X))
& area_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_5(X))
& is_outside_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_32(X))
& is_impermeable_to_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_30(X))
& is_along_2(fn_mitochondrial_membrane_7(X),fn_mitochondrial_membrane_32(X))
& area_2(fn_mitochondrial_membrane_34(X),fn_mitochondrial_membrane_2(X))
& width_2(fn_mitochondrial_membrane_33(X),fn_mitochondrial_membrane_8(X))
& directly_proportional_2(fn_mitochondrial_membrane_6(X),fn_mitochondrial_membrane_5(X))
& greater_than_2(fn_mitochondrial_membrane_5(X),fn_mitochondrial_membrane_2(X))
& is_along_2(fn_mitochondrial_membrane_32(X),fn_mitochondrial_membrane_7(X))
& is_inside_2(fn_mitochondrial_membrane_32(X),fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_30(X) != fn_mitochondrial_membrane_62(X)
& abuts_2(fn_mitochondrial_membrane_20(X),fn_mitochondrial_membrane_83(X))
& called_2(fn_mitochondrial_membrane_19(X),"2")
& called_2(fn_mitochondrial_membrane_18(X),"3")
& object_2(fn_mitochondrial_membrane_38(X),fn_mitochondrial_membrane_37(X))
& has_part_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_80(X))
& has_part_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_36(X))
& has_part_2(fn_mitochondrial_membrane_35(X),X)
& is_inside_2(fn_mitochondrial_membrane_43(X),fn_mitochondrial_membrane_32(X))
& has_region_2(fn_mitochondrial_membrane_35(X),fn_mitochondrial_membrane_32(X))
& is_at_2(fn_mitochondrial_membrane_80(X),fn_mitochondrial_membrane_67(X))
& quantity_2(fn_mitochondrial_membrane_36(X),fn_mitochondrial_membrane_39(X))
& has_function_2(X,fn_mitochondrial_membrane_51(X))
& is_impermeable_to_2(X,fn_mitochondrial_membrane_53(X))
& is_permeable_to_2(X,fn_mitochondrial_membrane_46(X))
& is_impermeable_to_2(X,fn_mitochondrial_membrane_54(X))
& called_2(fn_mitochondrial_membrane_52(X),"1")
& has_function_2(X,fn_mitochondrial_membrane_52(X))
& instrument_2(fn_mitochondrial_membrane_52(X),fn_mitochondrial_membrane_83(X))
& has_function_2(X,fn_mitochondrial_membrane_18(X))
& called_2(fn_mitochondrial_membrane_18(X),"2")
& inversely_proportional_2(fn_mitochondrial_membrane_45(X),fn_mitochondrial_membrane_49(X))
& density_2(X,fn_mitochondrial_membrane_45(X))
& has_function_2(X,fn_mitochondrial_membrane_19(X))
& called_2(fn_mitochondrial_membrane_19(X),"3")
& directly_proportional_2(fn_mitochondrial_membrane_50(X),fn_mitochondrial_membrane_49(X))
& temperature_2(X,fn_mitochondrial_membrane_50(X))
& has_region_2(X,fn_mitochondrial_membrane_24(X))
& is_inside_2(fn_mitochondrial_membrane_24(X),fn_mitochondrial_membrane_47(X))
& is_between_2(X,fn_mitochondrial_membrane_47(X))
& directly_proportional_2(fn_mitochondrial_membrane_28(X),fn_mitochondrial_membrane_49(X))
& fluidity_2(X,fn_mitochondrial_membrane_49(X))
& has_region_2(X,fn_mitochondrial_membrane_23(X))
& is_inside_2(fn_mitochondrial_membrane_48(X),fn_mitochondrial_membrane_23(X))
& is_between_2(X,fn_mitochondrial_membrane_48(X))
& object_2(fn_mitochondrial_membrane_52(X),fn_mitochondrial_membrane_54(X))
& in_event_2(fn_mitochondrial_membrane_44(X),fn_mitochondrial_membrane_52(X))
& plays_2(X,fn_mitochondrial_membrane_44(X))
& has_part_2(X,fn_mitochondrial_membrane_27(X))
& quantity_2(fn_mitochondrial_membrane_27(X),fn_mitochondrial_membrane_28(X))
& has_region_2(fn_mitochondrial_membrane_31(X),fn_mitochondrial_membrane_85(X))
& element_2(fn_mitochondrial_membrane_85(X),fn_mitochondrial_membrane_84(X))
& called_2(fn_mitochondrial_membrane_84(X),'P1')
& fn_mitochondrial_membrane_86(X) != fn_mitochondrial_membrane_85(X)
& fn_mitochondrial_membrane_85(X) != fn_mitochondrial_membrane_86(X)
& object_2(fn_mitochondrial_membrane_51(X),fn_mitochondrial_membrane_46(X))
& fn_mitochondrial_membrane_53(X) != fn_mitochondrial_membrane_46(X)
& fn_mitochondrial_membrane_46(X) != fn_mitochondrial_membrane_53(X)
& fn_mitochondrial_membrane_54(X) != fn_mitochondrial_membrane_46(X)
& fn_mitochondrial_membrane_46(X) != fn_mitochondrial_membrane_54(X)
& has_region_2(fn_mitochondrial_membrane_31(X),fn_mitochondrial_membrane_86(X))
& element_2(fn_mitochondrial_membrane_86(X),fn_mitochondrial_membrane_84(X))
& called_2(fn_mitochondrial_membrane_84(X),'P4')
& is_along_2(fn_mitochondrial_membrane_85(X),fn_mitochondrial_membrane_86(X))
& is_along_2(fn_mitochondrial_membrane_86(X),fn_mitochondrial_membrane_85(X))
& agent_2(fn_mitochondrial_membrane_52(X),fn_mitochondrial_membrane_87(X))
& fn_mitochondrial_membrane_52(X) != fn_mitochondrial_membrane_18(X)
& fn_mitochondrial_membrane_18(X) != fn_mitochondrial_membrane_19(X)
& fn_mitochondrial_membrane_18(X) != fn_mitochondrial_membrane_52(X)
& fn_mitochondrial_membrane_19(X) != fn_mitochondrial_membrane_18(X)
& fn_mitochondrial_membrane_52(X) != fn_mitochondrial_membrane_19(X)
& fn_mitochondrial_membrane_19(X) != fn_mitochondrial_membrane_52(X)
& is_outside_2(fn_mitochondrial_membrane_25(X),X)
& object_2(fn_mitochondrial_membrane_29(X),fn_mitochondrial_membrane_25(X))
& base_2(fn_mitochondrial_membrane_29(X),fn_mitochondrial_membrane_26(X))
& is_inside_2(fn_mitochondrial_membrane_26(X),X)
& has_part_2(X,fn_mitochondrial_membrane_31(X))
& has_part_2(X,fn_mitochondrial_membrane_55(X))
& is_inside_2(fn_mitochondrial_membrane_55(X),fn_mitochondrial_membrane_31(X))
& has_region_2(fn_mitochondrial_membrane_31(X),fn_mitochondrial_membrane_87(X))
& path_2(fn_mitochondrial_membrane_51(X),fn_mitochondrial_membrane_87(X))
& base_2(fn_mitochondrial_membrane_51(X),X)
& has_region_2(X,fn_mitochondrial_membrane_33(X))
& is_between_2(fn_mitochondrial_membrane_33(X),fn_mitochondrial_membrane_37(X))
& has_part_2(X,fn_mitochondrial_membrane_37(X))
& has_part_2(X,fn_mitochondrial_membrane_34(X))
& is_between_2(fn_mitochondrial_membrane_33(X),fn_mitochondrial_membrane_34(X))
& is_permeable_to_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_62(X))
& density_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_63(X))
& is_between_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_43(X))
& temperature_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_65(X))
& is_outside_2(fn_mitochondrial_membrane_66(X),fn_mitochondrial_membrane_37(X))
& has_region_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_67(X))
& base_2(fn_mitochondrial_membrane_69(X),fn_mitochondrial_membrane_37(X))
& has_function_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_41(X))
& has_part_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_72(X))
& is_impermeable_to_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_74(X))
& plays_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_61(X))
& in_event_2(fn_mitochondrial_membrane_61(X),fn_mitochondrial_membrane_41(X))
& has_region_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_68(X))
& is_inside_2(fn_mitochondrial_membrane_43(X),fn_mitochondrial_membrane_68(X))
& is_between_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_42(X))
& is_inside_2(fn_mitochondrial_membrane_67(X),fn_mitochondrial_membrane_42(X))
& has_function_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_69(X))
& object_2(fn_mitochondrial_membrane_69(X),fn_mitochondrial_membrane_62(X))
& fluidity_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_64(X))
& directly_proportional_2(fn_mitochondrial_membrane_65(X),fn_mitochondrial_membrane_64(X))
& has_part_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_71(X))
& is_inside_2(fn_mitochondrial_membrane_71(X),fn_mitochondrial_membrane_72(X))
& is_inside_2(fn_mitochondrial_membrane_73(X),fn_mitochondrial_membrane_37(X))
& base_2(fn_mitochondrial_membrane_58(X),fn_mitochondrial_membrane_73(X))
& object_2(fn_mitochondrial_membrane_58(X),fn_mitochondrial_membrane_66(X))
& has_part_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_70(X))
& quantity_2(fn_mitochondrial_membrane_70(X),fn_mitochondrial_membrane_60(X))
& directly_proportional_2(fn_mitochondrial_membrane_60(X),fn_mitochondrial_membrane_64(X))
& inversely_proportional_2(fn_mitochondrial_membrane_63(X),fn_mitochondrial_membrane_64(X))
& is_impermeable_to_2(fn_mitochondrial_membrane_37(X),fn_mitochondrial_membrane_75(X))
& fn_mitochondrial_membrane_62(X) != fn_mitochondrial_membrane_75(X)
& fn_mitochondrial_membrane_74(X) != fn_mitochondrial_membrane_62(X)
& fn_mitochondrial_membrane_62(X) != fn_mitochondrial_membrane_74(X)
& fn_mitochondrial_membrane_75(X) != fn_mitochondrial_membrane_62(X)
& has_part_2(fn_mitochondrial_membrane_84(X),fn_mitochondrial_membrane_82(X))
& is_at_2(fn_mitochondrial_membrane_82(X),fn_mitochondrial_membrane_20(X))
& site_2(fn_mitochondrial_membrane_81(X),fn_mitochondrial_membrane_20(X))
& facilitates_2(fn_mitochondrial_membrane_20(X),fn_mitochondrial_membrane_81(X))
& has_region_2(fn_mitochondrial_membrane_84(X),fn_mitochondrial_membrane_20(X))
& has_region_2(fn_mitochondrial_membrane_84(X),fn_mitochondrial_membrane_83(X))
& has_function_2(fn_mitochondrial_membrane_84(X),fn_mitochondrial_membrane_81(X))
& agent_2(fn_mitochondrial_membrane_81(X),fn_mitochondrial_membrane_84(X))
& object_2(fn_mitochondrial_membrane_52(X),fn_mitochondrial_membrane_53(X))
& object_2(fn_mitochondrial_membrane_41(X),fn_mitochondrial_membrane_30(X))
& fn_mitochondrial_membrane_37(X) = fn_fold_1(fn_mitochondrial_membrane_38(X))
& X = fn_organelle_1(fn_mitochondrial_membrane_35(X))
& fn_mitochondrial_membrane_43(X) = fn_mitochondrial_matrix_2(fn_mitochondrial_membrane_32(X))
& fn_mitochondrial_membrane_35(X) = fn_mitochondrial_matrix_4(fn_mitochondrial_membrane_32(X))
& fn_mitochondrial_membrane_40(X) = fn_atp_synthase_7(fn_mitochondrial_membrane_36(X))
& fn_mitochondrial_membrane_39(X) = fn_atp_synthase_8(fn_mitochondrial_membrane_36(X))
& fn_mitochondrial_membrane_22(X) = fn_biomembrane_19(X)
& fn_mitochondrial_membrane_56(X) = fn_biomembrane_39(X)
& fn_mitochondrial_membrane_21(X) = fn_biomembrane_26(X)
& fn_mitochondrial_membrane_57(X) = fn_biomembrane_3(X)
& fn_mitochondrial_membrane_83(X) = fn_biomembrane_77(X)
& fn_mitochondrial_membrane_19(X) = fn_biomembrane_100(X)
& fn_mitochondrial_membrane_45(X) = fn_biomembrane_4(X)
& fn_mitochondrial_membrane_47(X) = fn_biomembrane_15(X)
& fn_mitochondrial_membrane_24(X) = fn_biomembrane_47(X)
& fn_mitochondrial_membrane_24(X) = fn_biomembrane_41(X)
& fn_mitochondrial_membrane_50(X) = fn_biomembrane_25(X)
& fn_mitochondrial_membrane_48(X) = fn_biomembrane_14(X)
& fn_mitochondrial_membrane_23(X) = fn_biomembrane_42(X)
& fn_mitochondrial_membrane_49(X) = fn_biomembrane_18(X)
& fn_mitochondrial_membrane_28(X) = fn_biomembrane_31(X)
& fn_mitochondrial_membrane_27(X) = fn_biomembrane_32(X)
& fn_mitochondrial_membrane_44(X) = fn_biomembrane_49(X)
& fn_mitochondrial_membrane_52(X) = fn_biomembrane_50(X)
& fn_mitochondrial_membrane_84(X) = fn_biomembrane_66(X)
& fn_mitochondrial_membrane_54(X) = fn_biomembrane_72(X)
& fn_mitochondrial_membrane_53(X) = fn_biomembrane_48(X)
& fn_mitochondrial_membrane_46(X) = fn_biomembrane_55(X)
& fn_mitochondrial_membrane_84(X) = fn_biomembrane_65(X)
& fn_mitochondrial_membrane_85(X) = fn_biomembrane_62(X)
& fn_mitochondrial_membrane_86(X) = fn_biomembrane_61(X)
& fn_mitochondrial_membrane_19(X) = fn_biomembrane_101(X)
& fn_mitochondrial_membrane_52(X) = fn_biomembrane_100(X)
& fn_mitochondrial_membrane_19(X) = fn_biomembrane_102(X)
& fn_mitochondrial_membrane_18(X) = fn_biomembrane_101(X)
& fn_mitochondrial_membrane_52(X) = fn_biomembrane_102(X)
& fn_mitochondrial_membrane_26(X) = fn_biomembrane_71(X)
& fn_mitochondrial_membrane_29(X) = fn_biomembrane_73(X)
& fn_mitochondrial_membrane_25(X) = fn_biomembrane_70(X)
& fn_mitochondrial_membrane_51(X) = fn_biomembrane_52(X)
& fn_mitochondrial_membrane_87(X) = fn_biomembrane_75(X)
& fn_mitochondrial_membrane_31(X) = fn_biomembrane_63(X)
& fn_mitochondrial_membrane_55(X) = fn_biomembrane_30(X)
& fn_mitochondrial_membrane_34(X) = fn_biomembrane_containing_double_lipid_bilayer_1(X)
& fn_mitochondrial_membrane_37(X) = fn_biomembrane_containing_double_lipid_bilayer_2(X)
& fn_mitochondrial_membrane_33(X) = fn_biomembrane_containing_double_lipid_bilayer_3(X)
& fn_mitochondrial_membrane_67(X) = fn_biomembrane_47(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_37(X) = fn_cytochrome_c_2(fn_mitochondrial_membrane_80(X))
& fn_mitochondrial_membrane_67(X) = fn_cytochrome_c_1(fn_mitochondrial_membrane_80(X))
& fn_mitochondrial_membrane_41(X) = fn_biomembrane_102(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_41(X) = fn_biomembrane_101(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_41(X) = fn_biomembrane_100(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_77(X) = fn_biomembrane_19(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_72(X) = fn_atp_synthase_40(fn_mitochondrial_membrane_36(X))
& fn_mitochondrial_membrane_79(X) = fn_biomembrane_39(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_41(X) = fn_biomembrane_50(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_61(X) = fn_biomembrane_49(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_43(X) = fn_biomembrane_14(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_68(X) = fn_biomembrane_42(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_67(X) = fn_biomembrane_41(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_42(X) = fn_biomembrane_15(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_37(X) = fn_atp_synthase_37(fn_mitochondrial_membrane_36(X))
& fn_mitochondrial_membrane_69(X) = fn_atp_synthase_44(fn_mitochondrial_membrane_36(X))
& fn_mitochondrial_membrane_69(X) = fn_biomembrane_52(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_76(X) = fn_biomembrane_26(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_65(X) = fn_biomembrane_25(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_59(X) = fn_biomembrane_61(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_72(X) = fn_biomembrane_63(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_71(X) = fn_biomembrane_30(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_66(X) = fn_biomembrane_70(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_58(X) = fn_biomembrane_73(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_73(X) = fn_biomembrane_71(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_78(X) = fn_biomembrane_3(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_63(X) = fn_biomembrane_4(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_64(X) = fn_biomembrane_18(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_60(X) = fn_biomembrane_31(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_70(X) = fn_biomembrane_32(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_74(X) = fn_biomembrane_48(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_62(X) = fn_biomembrane_55(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_75(X) = fn_biomembrane_72(fn_mitochondrial_membrane_37(X))
& fn_mitochondrial_membrane_30(X) = fn_block_1(fn_mitochondrial_membrane_41(X))
& fn_mitochondrial_membrane_53(X) = fn_block_1(fn_mitochondrial_membrane_52(X))
& fn_mitochondrial_membrane_82(X) = fn_organic_molecule_2(fn_mitochondrial_membrane_84(X))
& fn_mitochondrial_membrane_82(X) = fn_phospholipid_98(fn_mitochondrial_membrane_84(X))
& fn_mitochondrial_membrane_20(X) = fn_phospholipid_90(fn_mitochondrial_membrane_84(X))
& fn_mitochondrial_membrane_20(X) = fn_phospholipid_92(fn_mitochondrial_membrane_84(X))
& fn_mitochondrial_membrane_83(X) = fn_phospholipid_90(fn_mitochondrial_membrane_84(X))
& fn_mitochondrial_membrane_81(X) = fn_phospholipid_116(fn_mitochondrial_membrane_84(X))
& fn_mitochondrial_membrane_81(X) = fn_phospholipid_80(fn_mitochondrial_membrane_84(X))
& fn_biomembrane_41(X) = fn_biomembrane_47(X)
& fn_biomembrane_47(X) = fn_biomembrane_41(X)
& fn_biomembrane_41(X) = fn_biomembrane_100(X)
& fn_biomembrane_100(X) = fn_biomembrane_101(X)
& fn_biomembrane_101(X) = fn_biomembrane_101(X)
& fn_biomembrane_101(X) = fn_biomembrane_102(X)
& fn_biomembrane_102(X) = fn_mitochondrial_matrix_2(fn_mitochondrial_membrane_32(X))
& fn_mitochondrial_matrix_2(fn_mitochondrial_membrane_32(X)) = fn_biomembrane_14(fn_mitochondrial_membrane_37(X))
& fn_biomembrane_14(fn_mitochondrial_membrane_37(X)) = fn_biomembrane_14(fn_mitochondrial_membrane_37(X))
& fn_biomembrane_14(fn_mitochondrial_membrane_37(X)) = fn_cytochrome_c_1(fn_mitochondrial_membrane_80(X))
& fn_cytochrome_c_1(fn_mitochondrial_membrane_80(X)) = fn_biomembrane_47(fn_mitochondrial_membrane_37(X))
& fn_biomembrane_47(fn_mitochondrial_membrane_37(X)) = fn_cytochrome_c_1(fn_mitochondrial_membrane_80(X))
& fn_cytochrome_c_1(fn_mitochondrial_membrane_80(X)) = fn_cytochrome_c_1(fn_mitochondrial_membrane_80(X))
& fn_cytochrome_c_1(fn_mitochondrial_membrane_80(X)) = fn_biomembrane_41(fn_mitochondrial_membrane_37(X))
& fn_biomembrane_41(fn_mitochondrial_membrane_37(X)) = fn_biomembrane_41(fn_mitochondrial_membrane_37(X))
& fn_biomembrane_41(fn_mitochondrial_membrane_37(X)) = fn_atp_synthase_44(fn_mitochondrial_membrane_36(X))
& fn_biomembrane_52(fn_mitochondrial_membrane_37(X)) = fn_biomembrane_52(fn_mitochondrial_membrane_37(X))
& fn_biomembrane_52(fn_mitochondrial_membrane_37(X)) = fn_atp_synthase_44(fn_mitochondrial_membrane_36(X))
& fn_atp_synthase_44(fn_mitochondrial_membrane_36(X)) = fn_biomembrane_52(fn_mitochondrial_membrane_37(X))
& fn_biomembrane_52(fn_mitochondrial_membrane_37(X)) = fn_atp_synthase_40(fn_mitochondrial_membrane_36(X))
& fn_atp_synthase_40(fn_mitochondrial_membrane_36(X)) = fn_biomembrane_63(fn_mitochondrial_membrane_37(X))
& fn_biomembrane_63(fn_mitochondrial_membrane_37(X)) = fn_biomembrane_63(fn_mitochondrial_membrane_37(X))
& fn_biomembrane_63(fn_mitochondrial_membrane_37(X)) = fn_fold_1(fn_mitochondrial_membrane_38(X))
& fn_fold_1(fn_mitochondrial_membrane_38(X)) = fn_cytochrome_c_2(fn_mitochondrial_membrane_80(X))
& fn_cytochrome_c_2(fn_mitochondrial_membrane_80(X)) = fn_cytochrome_c_2(fn_mitochondrial_membrane_80(X))
& fn_atp_synthase_37(fn_mitochondrial_membrane_36(X)) = fn_cytochrome_c_2(fn_mitochondrial_membrane_80(X))
& fn_cytochrome_c_2(fn_mitochondrial_membrane_80(X)) = fn_atp_synthase_37(fn_mitochondrial_membrane_36(X))
& fn_atp_synthase_37(fn_mitochondrial_membrane_36(X)) = fn_biomembrane_containing_double_lipid_bilayer_2(X)
& fn_biomembrane_containing_double_lipid_bilayer_2(X) = fn_biomembrane_containing_double_lipid_bilayer_2(X)
& fn_biomembrane_containing_double_lipid_bilayer_2(X) = fn_atp_synthase_37(fn_mitochondrial_membrane_36(X))
& fn_atp_synthase_37(fn_mitochondrial_membrane_36(X)) = fn_atp_synthase_37(fn_mitochondrial_membrane_36(X))
& fn_atp_synthase_37(fn_mitochondrial_membrane_36(X)) = fn_biomembrane_102(fn_mitochondrial_membrane_37(X))
& fn_biomembrane_102(fn_mitochondrial_membrane_37(X)) = fn_biomembrane_101(fn_mitochondrial_membrane_37(X))
& fn_biomembrane_101(fn_mitochondrial_membrane_37(X)) = fn_biomembrane_101(fn_mitochondrial_membrane_37(X))
& fn_biomembrane_101(fn_mitochondrial_membrane_37(X)) = fn_biomembrane_100(fn_mitochondrial_membrane_37(X))
& fn_biomembrane_100(fn_mitochondrial_membrane_37(X)) = fn_biomembrane_100(fn_mitochondrial_membrane_37(X))
& fn_biomembrane_100(fn_mitochondrial_membrane_37(X)) = fn_biomembrane_50(fn_mitochondrial_membrane_37(X))
& fn_biomembrane_50(fn_mitochondrial_membrane_37(X)) = fn_biomembrane_48(X)
& fn_biomembrane_48(X) = fn_biomembrane_48(X)
& fn_biomembrane_48(X) = fn_block_1(fn_mitochondrial_membrane_52(X))
& fn_block_1(fn_mitochondrial_membrane_52(X)) = fn_biomembrane_50(X)
& fn_biomembrane_50(X) = fn_biomembrane_50(X)
& fn_biomembrane_50(X) = fn_biomembrane_100(X)
& fn_biomembrane_102(X) = fn_biomembrane_100(X)
& fn_biomembrane_100(X) = fn_biomembrane_100(X)
& fn_biomembrane_100(X) = fn_biomembrane_102(X)
& fn_biomembrane_102(X) = fn_biomembrane_102(X)
& fn_biomembrane_102(X) = fn_organic_molecule_2(fn_mitochondrial_membrane_84(X))
& fn_organic_molecule_2(fn_mitochondrial_membrane_84(X)) = fn_phospholipid_98(fn_mitochondrial_membrane_84(X))
& fn_phospholipid_98(fn_mitochondrial_membrane_84(X)) = fn_phospholipid_98(fn_mitochondrial_membrane_84(X))
& fn_phospholipid_98(fn_mitochondrial_membrane_84(X)) = fn_phospholipid_92(fn_mitochondrial_membrane_84(X))
& fn_phospholipid_92(fn_mitochondrial_membrane_84(X)) = fn_phospholipid_90(fn_mitochondrial_membrane_84(X))
& fn_phospholipid_90(fn_mitochondrial_membrane_84(X)) = fn_phospholipid_92(fn_mitochondrial_membrane_84(X))
& fn_phospholipid_92(fn_mitochondrial_membrane_84(X)) = fn_phospholipid_92(fn_mitochondrial_membrane_84(X))
& fn_phospholipid_92(fn_mitochondrial_membrane_84(X)) = fn_biomembrane_77(X)
& fn_biomembrane_77(X) = fn_phospholipid_90(fn_mitochondrial_membrane_84(X))
& fn_phospholipid_90(fn_mitochondrial_membrane_84(X)) = fn_biomembrane_66(X)
& fn_biomembrane_66(X) = fn_biomembrane_66(X)
& fn_biomembrane_66(X) = fn_biomembrane_65(X)
& fn_biomembrane_65(X) = fn_biomembrane_65(X)
& fn_biomembrane_65(X) = fn_phospholipid_116(fn_mitochondrial_membrane_84(X))
& fn_phospholipid_80(fn_mitochondrial_membrane_84(X)) = fn_phospholipid_116(fn_mitochondrial_membrane_84(X))
& fn_phospholipid_116(fn_mitochondrial_membrane_84(X)) = fn_phospholipid_80(fn_mitochondrial_membrane_84(X)) ) ) ).
fof(a530999,axiom,
! [X] :
( mitochondrial_myopathy_1(X)
=> ( original_name_2(X,'Mitochondrial-Myopathy')
& user_description_2(X,'A disorder that causes problems with muscle growth and/or function due to problems with the muscle cells\' mitochondria.')
& concept2words_2(X,'mitochondrial myopathy')
& concept2words_2(X,'mitochondrial-myopathy')
& metabolic_disorder_1(X)
& ~ hyperthyroidism_1(X)
& ~ diabetes_mellitus_1(X)
& ~ cretinism_1(X)
& ~ hypopituitarism_1(X)
& ~ gigantism_1(X) ) ) ).
fof(a531000,axiom,
! [X] :
( mitochondrion_1(X)
=> ( original_name_2(X,'Mitochondrion')
& user_description_2(X,'A membrane-bound organelle found in eukaryotic cells that is the site for the citric acid cycle and oxidative phosphorylation.')
& concept2words_2(X,'mitochondrion,')
& concept2words_2(X,mitochondria)
& concept2words_2(X,mitochondrion)
& semiautonomous_organelle_1(X)
& ~ chloroplast_1(X)
& ~ endoplasmic_reticulum_1(X)
& ~ golgi_apparatus_1(X)
& ~ nucleus_1(X)
& ~ plastid_1(X)
& ~ vesicle_1(X)
& quantity_value_1(fn_mitochondrion_3(X))
& rate_value_1(fn_mitochondrion_4(X))
& time_interval_1(fn_mitochondrion_5(X))
& time_interval_1(fn_mitochondrion_6(X))
& spatial_entity_1(fn_mitochondrion_7(X))
& texture_value_1(fn_mitochondrion_9(X))
& length_value_1(fn_mitochondrion_13(X))
& length_value_1(fn_mitochondrion_14(X))
& length_value_1(fn_mitochondrion_15(X))
& shape_value_1(fn_mitochondrion_16(X))
& protein_enzyme_1(fn_mitochondrion_18(X))
& time_interval_1(fn_mitochondrion_19(X))
& protein_enzyme_1(fn_mitochondrion_20(X))
& eukaryotic_pyruvate_oxidation_1(fn_mitochondrion_21(X))
& enter_1(fn_mitochondrion_22(X))
& spatial_entity_1(fn_mitochondrion_23(X))
& spatial_entity_1(fn_mitochondrion_24(X))
& spatial_entity_1(fn_mitochondrion_25(X))
& organic_molecule_1(fn_mitochondrion_25(X))
& chemical_entity_1(fn_mitochondrion_25(X))
& pyruvate_1(fn_mitochondrion_25(X))
& decomposition_reaction_1(fn_mitochondrion_26(X))
& decarboxylation_1(fn_mitochondrion_26(X))
& tangible_entity_1(fn_mitochondrion_27(X))
& free_energy_1(fn_mitochondrion_27(X))
& reactant_1(fn_mitochondrion_28(X))
& chemical_entity_1(fn_mitochondrion_29(X))
& organic_molecule_1(fn_mitochondrion_29(X))
& molecule_1(fn_mitochondrion_29(X))
& acetyl_coa_1(fn_mitochondrion_29(X))
& chemical_entity_1(fn_mitochondrion_30(X))
& molecule_1(fn_mitochondrion_30(X))
& organic_molecule_1(fn_mitochondrion_30(X))
& nadh_1(fn_mitochondrion_30(X))
& chemical_energy_1(fn_mitochondrion_31(X))
& carbon_dioxide_1(fn_mitochondrion_32(X))
& waste_product_1(fn_mitochondrion_33(X))
& multienzyme_complex_1(fn_mitochondrion_34(X))
& redox_reaction_1(fn_mitochondrion_35(X))
& chemical_reaction_1(fn_mitochondrion_35(X))
& chemical_reaction_1(fn_mitochondrion_36(X))
& mitochondrial_matrix_1(fn_mitochondrion_37(X))
& chemical_entity_1(fn_mitochondrion_38(X))
& protein_1(fn_mitochondrion_38(X))
& protein_enzyme_1(fn_mitochondrion_38(X))
& aqueous_solution_1(fn_mitochondrion_39(X))
& quantity_value_1(fn_mitochondrion_45(X))
& system_1(fn_mitochondrion_46(X))
& quantity_value_1(fn_mitochondrion_49(X))
& eukaryote_1(fn_mitochondrion_50(X))
& eukaryotic_cell_1(fn_mitochondrion_51(X))
& metabolic_pathway_1(fn_mitochondrion_52(X))
& endergonic_process_1(fn_mitochondrion_52(X))
& chemical_reaction_1(fn_mitochondrion_52(X))
& synthesis_of_organic_molecule_1(fn_mitochondrion_52(X))
& anabolic_pathway_1(fn_mitochondrion_52(X))
& synthesis_of_atp_1(fn_mitochondrion_52(X))
& tangible_entity_1(fn_mitochondrion_53(X))
& entity_1(fn_mitochondrion_53(X))
& inner_membrane_1(fn_mitochondrion_53(X))
& membrane_1(fn_mitochondrion_53(X))
& spatial_entity_1(fn_mitochondrion_53(X))
& biomembrane_1(fn_mitochondrion_53(X))
& chemiosmosis_1(fn_mitochondrion_54(X))
& eukaryotic_oxidative_phosphorylation_1(fn_mitochondrion_55(X))
& produce_1(fn_mitochondrion_56(X))
& anabolic_pathway_1(fn_mitochondrion_57(X))
& synthesis_of_protein_1(fn_mitochondrion_57(X))
& energy_transformation_by_organism_1(fn_mitochondrion_58(X))
& entity_1(fn_mitochondrion_59(X))
& protein_complex_1(fn_mitochondrion_59(X))
& atp_synthase_1(fn_mitochondrion_59(X))
& outer_membrane_1(fn_mitochondrion_60(X))
& mrna_1(fn_mitochondrion_61(X))
& ribosome_1(fn_mitochondrion_62(X))
& entity_1(fn_mitochondrion_63(X))
& mitochondrial_membrane_1(fn_mitochondrion_63(X))
& biomembrane_1(fn_mitochondrion_63(X))
& chemical_entity_1(fn_mitochondrion_64(X))
& protein_1(fn_mitochondrion_64(X))
& protein_enzyme_1(fn_mitochondrion_64(X))
& increase_1(fn_mitochondrion_65(X))
& hydrogen_ion_gradient_1(fn_mitochondrion_66(X))
& gradient_1(fn_mitochondrion_66(X))
& electrochemical_gradient_1(fn_mitochondrion_66(X))
& decrease_1(fn_mitochondrion_67(X))
& free_energy_1(fn_mitochondrion_68(X))
& activation_of_atp_synthase_1(fn_mitochondrion_69(X))
& membrane_protein_1(fn_mitochondrion_70(X))
& spatial_entity_1(fn_mitochondrion_70(X))
& protein_1(fn_mitochondrion_70(X))
& rotor_1(fn_mitochondrion_70(X))
& functional_region_1(fn_mitochondrion_71(X))
& active_site_1(fn_mitochondrion_71(X))
& spatial_entity_1(fn_mitochondrion_72(X))
& tangible_entity_1(fn_mitochondrion_72(X))
& polymer_1(fn_mitochondrion_72(X))
& protein_1(fn_mitochondrion_72(X))
& organic_molecule_1(fn_mitochondrion_72(X))
& molecule_1(fn_mitochondrion_72(X))
& protein_enzyme_1(fn_mitochondrion_72(X))
& knob_1(fn_mitochondrion_72(X))
& molecular_region_1(fn_mitochondrion_73(X))
& hydrophilic_channel_1(fn_mitochondrion_73(X))
& exergonic_process_1(fn_mitochondrion_74(X))
& spontaneous_change_1(fn_mitochondrion_74(X))
& facilitated_diffusion_1(fn_mitochondrion_74(X))
& facilitated_diffusion_of_ion_1(fn_mitochondrion_74(X))
& passive_transport_1(fn_mitochondrion_74(X))
& quantity_value_1(fn_mitochondrion_75(X))
& proton_motive_force_1(fn_mitochondrion_76(X))
& ion_1(fn_mitochondrion_77(X))
& spatial_entity_1(fn_mitochondrion_77(X))
& tangible_entity_1(fn_mitochondrion_77(X))
& chemical_entity_1(fn_mitochondrion_77(X))
& hydrogen_ion_1(fn_mitochondrion_77(X))
& enter_1(fn_mitochondrion_78(X))
& translation_1(fn_mitochondrion_79(X))
& solution_1(fn_mitochondrion_80(X))
& aqueous_solution_1(fn_mitochondrion_80(X))
& hypotonic_solution_1(fn_mitochondrion_80(X))
& solution_1(fn_mitochondrion_81(X))
& aqueous_solution_1(fn_mitochondrion_81(X))
& hypertonic_solution_1(fn_mitochondrion_81(X))
& size_value_1(fn_mitochondrion_82(X))
& size_value_1(fn_mitochondrion_83(X))
& lipid_1(fn_mitochondrion_84(X))
& phospholipid_layer_1(fn_mitochondrion_85(X))
& attach_1(fn_mitochondrion_86(X))
& size_value_1(fn_mitochondrion_87(X))
& size_value_1(fn_mitochondrion_88(X))
& spatial_entity_1(fn_mitochondrion_89(X))
& tangible_entity_1(fn_mitochondrion_89(X))
& organic_molecule_1(fn_mitochondrion_89(X))
& phospholipid_1(fn_mitochondrion_89(X))
& lipid_1(fn_mitochondrion_89(X))
& phospholipid_layer_1(fn_mitochondrion_90(X))
& quantity_value_1(fn_mitochondrion_91(X))
& chemical_entity_1(fn_mitochondrion_92(X))
& barrier_1(fn_mitochondrion_93(X))
& density_value_1(fn_mitochondrion_94(X))
& fluidity_value_1(fn_mitochondrion_95(X))
& temperature_value_1(fn_mitochondrion_96(X))
& move_through_1(fn_mitochondrion_97(X))
& block_1(fn_mitochondrion_98(X))
& hydrophilic_face_1(fn_mitochondrion_99(X))
& carbon_skeleton_1(fn_mitochondrion_100(X))
& hydrophilic_face_1(fn_mitochondrion_101(X))
& carbohydrate_side_chain_1(fn_mitochondrion_102(X))
& surface_1(fn_mitochondrion_103(X))
& outside_face_1(fn_mitochondrion_103(X))
& inside_face_1(fn_mitochondrion_104(X))
& hydrophobic_compound_1(fn_mitochondrion_105(X))
& spatial_entity_1(fn_mitochondrion_105(X))
& hydrophilic_compound_1(fn_mitochondrion_106(X))
& saturated_fatty_acid_1(fn_mitochondrion_107(X))
& tangible_entity_1(fn_mitochondrion_108(X))
& membrane_protein_1(fn_mitochondrion_108(X))
& protein_1(fn_mitochondrion_108(X))
& glycoprotein_1(fn_mitochondrion_109(X))
& tangible_entity_1(fn_mitochondrion_110(X))
& phospholipid_bilayer_1(fn_mitochondrion_110(X))
& aqueous_solution_1(fn_mitochondrion_111(X))
& aqueous_solution_1(fn_mitochondrion_112(X))
& surface_1(fn_mitochondrion_113(X))
& outside_face_1(fn_mitochondrion_113(X))
& inside_face_1(fn_mitochondrion_114(X))
& ubiquinone_1(fn_mitochondrion_115(X))
& chemical_entity_1(fn_mitochondrion_115(X))
& glycoprotein_1(fn_mitochondrion_116(X))
& tangible_entity_1(fn_mitochondrion_117(X))
& phospholipid_bilayer_1(fn_mitochondrion_117(X))
& crista_1(fn_mitochondrion_118(X))
& intermembrane_space_1(fn_mitochondrion_119(X))
& hydrophobic_compound_1(fn_mitochondrion_120(X))
& hydrophilic_compound_1(fn_mitochondrion_121(X))
& multiprotein_complex_i_1(fn_mitochondrion_122(X))
& aqueous_solution_1(fn_mitochondrion_131(X))
& enter_1(fn_mitochondrion_132(X))
& aqueous_solution_1(fn_mitochondrion_133(X))
& inner_membrane_1(fn_mitochondrion_134(X))
& exergonic_process_1(fn_mitochondrion_135(X))
& facilitated_diffusion_of_ion_1(fn_mitochondrion_135(X))
& atp_synthase_1(fn_mitochondrion_136(X))
& move_1(fn_mitochondrion_137(X))
& rotate_1(fn_mitochondrion_137(X))
& move_1(fn_mitochondrion_138(X))
& rotate_1(fn_mitochondrion_138(X))
& activate_1(fn_mitochondrion_139(X))
& move_1(fn_mitochondrion_140(X))
& rotate_1(fn_mitochondrion_140(X))
& move_1(fn_mitochondrion_141(X))
& rotate_1(fn_mitochondrion_141(X))
& transmembrane_protein_1(fn_mitochondrion_142(X))
& chemical_entity_1(fn_mitochondrion_142(X))
& tangible_entity_1(fn_mitochondrion_142(X))
& membrane_protein_1(fn_mitochondrion_142(X))
& protein_1(fn_mitochondrion_142(X))
& molecule_1(fn_mitochondrion_142(X))
& polymer_1(fn_mitochondrion_142(X))
& transport_protein_1(fn_mitochondrion_142(X))
& integral_protein_1(fn_mitochondrion_142(X))
& carrier_protein_1(fn_mitochondrion_142(X))
& multiprotein_complex_iii_1(fn_mitochondrion_143(X))
& multiprotein_complex_ii_1(fn_mitochondrion_144(X))
& move_1(fn_mitochondrion_145(X))
& thermal_motion_1(fn_mitochondrion_145(X))
& gradient_1(fn_mitochondrion_146(X))
& concentration_gradient_1(fn_mitochondrion_146(X))
& plasma_membrane_1(fn_mitochondrion_147(X))
& hold_1(fn_mitochondrion_148(X))
& hold_1(fn_mitochondrion_149(X))
& spatial_entity_1(fn_mitochondrion_150(X))
& rod_1(fn_mitochondrion_150(X))
& hydrophilic_region_1(fn_mitochondrion_151(X))
& hydrophilic_end_1(fn_mitochondrion_151(X))
& hydrophilic_region_1(fn_mitochondrion_152(X))
& hydrophilic_end_1(fn_mitochondrion_152(X))
& cellular_work_1(fn_mitochondrion_153(X))
& active_transport_1(fn_mitochondrion_153(X))
& active_movement_of_ions_1(fn_mitochondrion_153(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_mitochondrion_153(X))
& organic_molecule_1(fn_mitochondrion_154(X))
& molecule_1(fn_mitochondrion_154(X))
& chemical_entity_1(fn_mitochondrion_154(X))
& ribonucleotide_1(fn_mitochondrion_154(X))
& nucleoside_triphosphate_1(fn_mitochondrion_154(X))
& atp_1(fn_mitochondrion_154(X))
& chemical_entity_1(fn_mitochondrion_155(X))
& organic_molecule_1(fn_mitochondrion_155(X))
& adp_1(fn_mitochondrion_155(X))
& proton_motive_force_1(fn_mitochondrion_156(X))
& entity_1(fn_mitochondrion_157(X))
& protein_complex_1(fn_mitochondrion_157(X))
& atp_synthase_1(fn_mitochondrion_157(X))
& spatial_entity_1(fn_mitochondrion_158(X))
& tangible_entity_1(fn_mitochondrion_158(X))
& polymer_1(fn_mitochondrion_158(X))
& protein_1(fn_mitochondrion_158(X))
& organic_molecule_1(fn_mitochondrion_158(X))
& molecule_1(fn_mitochondrion_158(X))
& protein_enzyme_1(fn_mitochondrion_158(X))
& knob_1(fn_mitochondrion_158(X))
& electron_transport_chain_pathway_1(fn_mitochondrion_159(X))
& cellular_work_1(fn_mitochondrion_160(X))
& active_transport_1(fn_mitochondrion_160(X))
& active_movement_of_ions_1(fn_mitochondrion_160(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_mitochondrion_160(X))
& chemical_energy_1(fn_mitochondrion_161(X))
& structural_complexity_value_1(fn_mitochondrion_162(X))
& structural_complexity_value_1(fn_mitochondrion_163(X))
& chemical_energy_1(fn_mitochondrion_164(X))
& chemical_reaction_1(fn_mitochondrion_165(X))
& chemical_reaction_1(fn_mitochondrion_166(X))
& isomerization_reaction_1(fn_mitochondrion_167(X))
& chemical_reaction_1(fn_mitochondrion_168(X))
& redox_reaction_1(fn_mitochondrion_168(X))
& synthesis_reaction_1(fn_mitochondrion_169(X))
& chemical_reaction_1(fn_mitochondrion_170(X))
& synthesis_reaction_1(fn_mitochondrion_171(X))
& waste_product_1(fn_mitochondrion_172(X))
& reactant_1(fn_mitochondrion_173(X))
& spatial_entity_1(fn_mitochondrion_174(X))
& chemical_entity_1(fn_mitochondrion_174(X))
& organic_molecule_1(fn_mitochondrion_174(X))
& acetyl_coa_1(fn_mitochondrion_174(X))
& tangible_entity_1(fn_mitochondrion_175(X))
& chemical_entity_1(fn_mitochondrion_175(X))
& organic_molecule_1(fn_mitochondrion_175(X))
& oxaloacetate_1(fn_mitochondrion_175(X))
& nad_plus_1(fn_mitochondrion_176(X))
& fadh2_1(fn_mitochondrion_177(X))
& carbon_dioxide_1(fn_mitochondrion_178(X))
& tangible_entity_1(fn_mitochondrion_179(X))
& free_energy_1(fn_mitochondrion_179(X))
& nadh_1(fn_mitochondrion_180(X))
& chemical_entity_1(fn_mitochondrion_181(X))
& protein_enzyme_1(fn_mitochondrion_181(X))
& dehydrogenase_1(fn_mitochondrion_181(X))
& protein_1(fn_mitochondrion_181(X))
& citric_acid_cycle_in_eukaryote_1(fn_mitochondrion_182(X))
& hydrophilic_face_1(fn_mitochondrion_185(X))
& block_1(fn_mitochondrion_186(X))
& block_1(fn_mitochondrion_187(X))
& block_1(fn_mitochondrion_188(X))
& organism_1(fn_energy_transformation_by_organism_3(fn_mitochondrion_58(X)))
& aqueous_solution_1(fn_passive_transport_12(fn_mitochondrion_135(X)))
& aqueous_solution_1(fn_passive_transport_11(fn_mitochondrion_135(X)))
& facilitated_diffusion_1(fn_atp_synthase_46(fn_mitochondrion_136(X)))
& hydrophilic_face_1(fn_mitochondrial_membrane_11(fn_mitochondrion_63(X)))
& hydrophilic_face_1(fn_mitochondrial_membrane_12(fn_mitochondrion_63(X)))
& outer_membrane_1(fn_mitochondrial_membrane_34(fn_mitochondrion_63(X)))
& multiprotein_complex_iii_1(fn_eukaryotic_oxidative_phosphorylation_303(fn_mitochondrion_55(X)))
& multiprotein_complex_ii_1(fn_eukaryotic_oxidative_phosphorylation_302(fn_mitochondrion_55(X)))
& ubiquinone_1(fn_eukaryotic_oxidative_phosphorylation_385(fn_mitochondrion_55(X)))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_385(fn_mitochondrion_55(X)))
& electron_transport_chain_pathway_1(fn_eukaryotic_oxidative_phosphorylation_333(fn_mitochondrion_55(X)))
& increase_1(fn_chemiosmosis_111(fn_mitochondrion_54(X)))
& hold_1(fn_chemiosmosis_98(fn_mitochondrion_54(X)))
& hold_1(fn_chemiosmosis_106(fn_mitochondrion_54(X)))
& activate_1(fn_chemiosmosis_62(fn_mitochondrion_54(X)))
& hydrophobic_compound_1(fn_biomembrane_48(fn_mitochondrion_53(X)))
& property_node_1(fn_citric_acid_cycle_27(fn_mitochondrion_182(X)))
& property_node_1(fn_citric_acid_cycle_24(fn_mitochondrion_182(X)))
& waste_product_1(fn_citric_acid_cycle_31(fn_mitochondrion_182(X)))
& tangible_entity_1(fn_citric_acid_cycle_30(fn_mitochondrion_182(X)))
& free_energy_1(fn_citric_acid_cycle_30(fn_mitochondrion_182(X)))
& nadh_1(fn_citric_acid_cycle_109(fn_mitochondrion_182(X)))
& chemical_energy_1(fn_citric_acid_cycle_12(fn_mitochondrion_182(X)))
& carbon_dioxide_1(fn_citric_acid_cycle_17(fn_mitochondrion_182(X)))
& spatial_entity_1(fn_citric_acid_cycle_108(fn_mitochondrion_182(X)))
& chemical_entity_1(fn_citric_acid_cycle_108(fn_mitochondrion_182(X)))
& organic_molecule_1(fn_citric_acid_cycle_108(fn_mitochondrion_182(X)))
& acetyl_coa_1(fn_citric_acid_cycle_108(fn_mitochondrion_182(X)))
& structural_complexity_value_1(fn_citric_acid_cycle_5(fn_mitochondrion_182(X)))
& structural_complexity_value_1(fn_citric_acid_cycle_4(fn_mitochondrion_182(X)))
& fadh2_1(fn_citric_acid_cycle_18(fn_mitochondrion_182(X)))
& chemical_reaction_1(fn_citric_acid_cycle_in_eukaryote_46(fn_mitochondrion_182(X)))
& redox_reaction_1(fn_citric_acid_cycle_in_eukaryote_46(fn_mitochondrion_182(X)))
& synthesis_reaction_1(fn_citric_acid_cycle_in_eukaryote_45(fn_mitochondrion_182(X)))
& isomerization_reaction_1(fn_citric_acid_cycle_in_eukaryote_47(fn_mitochondrion_182(X)))
& tangible_entity_1(fn_citric_acid_cycle_in_eukaryote_42(fn_mitochondrion_182(X)))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_42(fn_mitochondrion_182(X)))
& organic_molecule_1(fn_citric_acid_cycle_in_eukaryote_42(fn_mitochondrion_182(X)))
& oxaloacetate_1(fn_citric_acid_cycle_in_eukaryote_42(fn_mitochondrion_182(X)))
& chemical_energy_1(fn_citric_acid_cycle_in_eukaryote_14(fn_mitochondrion_182(X)))
& nad_plus_1(fn_citric_acid_cycle_in_eukaryote_12(fn_mitochondrion_182(X)))
& chemical_entity_1(fn_citric_acid_cycle_in_eukaryote_51(fn_mitochondrion_182(X)))
& protein_enzyme_1(fn_citric_acid_cycle_in_eukaryote_51(fn_mitochondrion_182(X)))
& dehydrogenase_1(fn_citric_acid_cycle_in_eukaryote_51(fn_mitochondrion_182(X)))
& protein_1(fn_citric_acid_cycle_in_eukaryote_51(fn_mitochondrion_182(X)))
& spatial_entity_1(fn_eukaryotic_pyruvate_oxidation_7(fn_mitochondrion_21(X)))
& spatial_entity_1(fn_eukaryotic_pyruvate_oxidation_6(fn_mitochondrion_21(X)))
& chemical_entity_1(fn_eukaryotic_pyruvate_oxidation_61(fn_mitochondrion_21(X)))
& molecule_1(fn_eukaryotic_pyruvate_oxidation_61(fn_mitochondrion_21(X)))
& organic_molecule_1(fn_eukaryotic_pyruvate_oxidation_61(fn_mitochondrion_21(X)))
& nadh_1(fn_eukaryotic_pyruvate_oxidation_61(fn_mitochondrion_21(X)))
& carbon_dioxide_1(fn_eukaryotic_pyruvate_oxidation_79(fn_mitochondrion_21(X)))
& tangible_entity_1(fn_eukaryotic_pyruvate_oxidation_70(fn_mitochondrion_21(X)))
& free_energy_1(fn_eukaryotic_pyruvate_oxidation_70(fn_mitochondrion_21(X)))
& waste_product_1(fn_eukaryotic_pyruvate_oxidation_52(fn_mitochondrion_21(X)))
& decarboxylation_1(fn_eukaryotic_pyruvate_oxidation_67(fn_mitochondrion_21(X)))
& multienzyme_complex_1(fn_eukaryotic_pyruvate_oxidation_53(fn_mitochondrion_21(X)))
& redox_reaction_1(fn_eukaryotic_pyruvate_oxidation_68(fn_mitochondrion_21(X)))
& chemical_reaction_1(fn_eukaryotic_pyruvate_oxidation_68(fn_mitochondrion_21(X)))
& chemical_energy_1(fn_eukaryotic_pyruvate_oxidation_80(fn_mitochondrion_21(X)))
& chemical_entity_1(fn_eukaryotic_pyruvate_oxidation_74(fn_mitochondrion_21(X)))
& organic_molecule_1(fn_eukaryotic_pyruvate_oxidation_74(fn_mitochondrion_21(X)))
& molecule_1(fn_eukaryotic_pyruvate_oxidation_74(fn_mitochondrion_21(X)))
& acetyl_coa_1(fn_eukaryotic_pyruvate_oxidation_74(fn_mitochondrion_21(X)))
& chemical_reaction_1(fn_eukaryotic_pyruvate_oxidation_69(fn_mitochondrion_21(X)))
& reactant_1(fn_eukaryotic_pyruvate_oxidation_81(fn_mitochondrion_21(X)))
& enter_1(fn_eukaryotic_pyruvate_oxidation_72(fn_mitochondrion_21(X)))
& property_node_1(fn_atp_synthase_10(fn_mitochondrion_59(X)))
& property_node_1(fn_atp_synthase_10(fn_mitochondrion_157(X)))
& property_node_1(fn_atp_synthase_9(fn_mitochondrion_157(X)))
& size_value_1(fn_atp_synthase_16(fn_mitochondrion_59(X)))
& size_value_1(fn_atp_synthase_16(fn_mitochondrion_157(X)))
& property_node_1(fn_biomembrane_3(fn_mitochondrion_63(X)))
& property_node_1(fn_biomembrane_39(fn_mitochondrion_63(X)))
& inside_face_1(fn_biomembrane_42(fn_mitochondrion_63(X)))
& property_node_1(fn_biomembrane_19(fn_mitochondrion_63(X)))
& density_value_1(fn_biomembrane_4(fn_mitochondrion_63(X)))
& barrier_1(fn_biomembrane_49(fn_mitochondrion_63(X)))
& carbon_skeleton_1(fn_biomembrane_71(fn_mitochondrion_63(X)))
& attach_1(fn_biomembrane_73(fn_mitochondrion_63(X)))
& carbohydrate_side_chain_1(fn_biomembrane_70(fn_mitochondrion_63(X)))
& property_node_1(fn_biomembrane_26(fn_mitochondrion_63(X)))
& temperature_value_1(fn_biomembrane_25(fn_mitochondrion_63(X)))
& fluidity_value_1(fn_biomembrane_18(fn_mitochondrion_63(X)))
& quantity_value_1(fn_biomembrane_31(fn_mitochondrion_63(X)))
& saturated_fatty_acid_1(fn_biomembrane_32(fn_mitochondrion_63(X)))
& spatial_entity_1(fn_biomembrane_66(fn_mitochondrion_63(X)))
& tangible_entity_1(fn_biomembrane_66(fn_mitochondrion_63(X)))
& organic_molecule_1(fn_biomembrane_66(fn_mitochondrion_63(X)))
& phospholipid_1(fn_biomembrane_66(fn_mitochondrion_63(X)))
& phospholipid_layer_1(fn_biomembrane_62(fn_mitochondrion_63(X)))
& tangible_entity_1(fn_biomembrane_63(fn_mitochondrion_63(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_mitochondrion_63(X)))
& glycoprotein_1(fn_biomembrane_30(fn_mitochondrion_63(X)))
& hydrophilic_compound_1(fn_biomembrane_72(fn_mitochondrion_63(X)))
& chemical_entity_1(fn_biomembrane_55(fn_mitochondrion_63(X)))
& move_through_1(fn_biomembrane_52(fn_mitochondrion_63(X)))
& property_node_1(fn_lipid_1(fn_mitochondrion_89(X)))
& size_value_1(fn_lipid_2(fn_mitochondrion_89(X)))
& tangible_entity_1(fn_biomembrane_54(fn_mitochondrion_63(X)))
& membrane_protein_1(fn_biomembrane_54(fn_mitochondrion_63(X)))
& protein_1(fn_biomembrane_54(fn_mitochondrion_63(X)))
& property_node_1(fn_biomembrane_76(fn_mitochondrion_63(X)))
& size_value_1(fn_biomembrane_56(fn_mitochondrion_63(X)))
& equation_big_node_1(fn_electrochemical_gradient_3(fn_mitochondrion_66(X)))
& equation_big_node_1(fn_electrochemical_gradient_5(fn_mitochondrion_66(X)))
& system_1(fn_electrochemical_gradient_2(fn_mitochondrion_66(X)))
& property_node_1(fn_electrochemical_gradient_7(fn_mitochondrion_66(X)))
& property_node_1(fn_electrochemical_gradient_10(fn_mitochondrion_66(X)))
& quantity_value_1(fn_electrochemical_gradient_13(fn_mitochondrion_66(X)))
& property_node_1(fn_electrochemical_gradient_9(fn_mitochondrion_66(X)))
& equation_set_1(fn_electrochemical_gradient_1(fn_mitochondrion_66(X)))
& equation_set_1(fn_electrochemical_gradient_4(fn_mitochondrion_66(X)))
& move_through_1(fn_passive_transport_24(fn_mitochondrion_135(X)))
& move_through_1(fn_facilitated_diffusion_55(fn_mitochondrion_135(X)))
& move_through_1(fn_atp_synthase_44(fn_mitochondrion_136(X)))
& move_through_1(fn_carrier_protein_4(fn_mitochondrion_142(X)))
& move_1(fn_active_transport_22(fn_mitochondrion_153(X)))
& move_through_1(fn_active_transport_22(fn_mitochondrion_153(X)))
& move_through_1(fn_biomembrane_52(fn_mitochondrion_53(X)))
& move_1(fn_eukaryotic_oxidative_phosphorylation_188(fn_mitochondrion_55(X)))
& move_through_1(fn_eukaryotic_oxidative_phosphorylation_188(fn_mitochondrion_55(X)))
& move_through_1(fn_atp_synthase_44(fn_mitochondrion_59(X)))
& move_through_1(fn_atp_synthase_44(fn_mitochondrion_157(X)))
& move_through_1(fn_atp_synthase_30(fn_mitochondrion_157(X)))
& move_through_1(fn_atp_synthase_30(fn_mitochondrion_59(X)))
& move_through_1(fn_facilitated_diffusion_55(fn_mitochondrion_74(X)))
& spatial_entity_1(fn_passive_transport_25(fn_mitochondrion_135(X)))
& biomembrane_1(fn_passive_transport_25(fn_mitochondrion_135(X)))
& spatial_entity_1(fn_facilitated_diffusion_49(fn_mitochondrion_135(X)))
& biomembrane_1(fn_facilitated_diffusion_49(fn_mitochondrion_135(X)))
& spatial_entity_1(fn_atp_synthase_37(fn_mitochondrion_136(X)))
& biomembrane_1(fn_atp_synthase_37(fn_mitochondrion_136(X)))
& glycoprotein_1(fn_integral_protein_9(fn_mitochondrion_142(X)))
& glycoprotein_1(fn_facilitated_diffusion_5(fn_mitochondrion_74(X)))
& glycoprotein_1(fn_eukaryotic_oxidative_phosphorylation_107(fn_mitochondrion_55(X)))
& chemical_entity_1(fn_active_movement_of_ions_10(fn_mitochondrion_153(X)))
& tangible_entity_1(fn_active_movement_of_ions_10(fn_mitochondrion_153(X)))
& membrane_protein_1(fn_active_movement_of_ions_10(fn_mitochondrion_153(X)))
& protein_1(fn_active_movement_of_ions_10(fn_mitochondrion_153(X)))
& molecule_1(fn_active_movement_of_ions_10(fn_mitochondrion_153(X)))
& polymer_1(fn_active_movement_of_ions_10(fn_mitochondrion_153(X)))
& transport_protein_1(fn_active_movement_of_ions_10(fn_mitochondrion_153(X)))
& integral_protein_1(fn_active_movement_of_ions_10(fn_mitochondrion_153(X)))
& carrier_protein_1(fn_active_movement_of_ions_10(fn_mitochondrion_153(X)))
& transport_protein_1(fn_facilitated_diffusion_25(fn_mitochondrion_74(X)))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_150(fn_mitochondrion_55(X)))
& tangible_entity_1(fn_eukaryotic_oxidative_phosphorylation_150(fn_mitochondrion_55(X)))
& membrane_protein_1(fn_eukaryotic_oxidative_phosphorylation_150(fn_mitochondrion_55(X)))
& protein_1(fn_eukaryotic_oxidative_phosphorylation_150(fn_mitochondrion_55(X)))
& molecule_1(fn_eukaryotic_oxidative_phosphorylation_150(fn_mitochondrion_55(X)))
& polymer_1(fn_eukaryotic_oxidative_phosphorylation_150(fn_mitochondrion_55(X)))
& transport_protein_1(fn_eukaryotic_oxidative_phosphorylation_150(fn_mitochondrion_55(X)))
& integral_protein_1(fn_eukaryotic_oxidative_phosphorylation_150(fn_mitochondrion_55(X)))
& carrier_protein_1(fn_eukaryotic_oxidative_phosphorylation_150(fn_mitochondrion_55(X)))
& intermembrane_space_1(fn_mitochondrial_membrane_33(fn_mitochondrion_63(X)))
& intermembrane_space_1(fn_eukaryotic_oxidative_phosphorylation_91(fn_mitochondrion_55(X)))
& cellular_work_1(fn_eukaryotic_oxidative_phosphorylation_375(fn_mitochondrion_55(X)))
& active_transport_1(fn_eukaryotic_oxidative_phosphorylation_375(fn_mitochondrion_55(X)))
& active_movement_of_ions_1(fn_eukaryotic_oxidative_phosphorylation_375(fn_mitochondrion_55(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_eukaryotic_oxidative_phosphorylation_375(fn_mitochondrion_55(X)))
& active_transport_1(fn_eukaryotic_oxidative_phosphorylation_373(fn_mitochondrion_55(X)))
& active_movement_of_ions_1(fn_eukaryotic_oxidative_phosphorylation_373(fn_mitochondrion_55(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_eukaryotic_oxidative_phosphorylation_373(fn_mitochondrion_55(X)))
& proton_motive_force_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_mitochondrion_153(X)))
& proton_motive_force_1(fn_eukaryotic_oxidative_phosphorylation_335(fn_mitochondrion_55(X)))
& multiprotein_complex_i_1(fn_mitochondrial_membrane_16(fn_mitochondrion_63(X)))
& multiprotein_complex_i_1(fn_eukaryotic_oxidative_phosphorylation_388(fn_mitochondrion_55(X)))
& chemical_entity_1(fn_active_transport_19(fn_mitochondrion_153(X)))
& spatial_entity_1(fn_locomotion_1(fn_mitochondrion_78(X)))
& chemical_entity_1(fn_biomembrane_55(fn_mitochondrion_53(X)))
& spatial_entity_1(fn_facilitated_diffusion_26(fn_mitochondrion_74(X)))
& tangible_entity_1(fn_facilitated_diffusion_26(fn_mitochondrion_74(X)))
& chemical_entity_1(fn_facilitated_diffusion_26(fn_mitochondrion_74(X)))
& spatial_entity_1(fn_eukaryotic_oxidative_phosphorylation_187(fn_mitochondrion_55(X)))
& tangible_entity_1(fn_eukaryotic_oxidative_phosphorylation_187(fn_mitochondrion_55(X)))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_187(fn_mitochondrion_55(X)))
& ion_1(fn_eukaryotic_oxidative_phosphorylation_187(fn_mitochondrion_55(X)))
& hydrogen_ion_1(fn_eukaryotic_oxidative_phosphorylation_187(fn_mitochondrion_55(X)))
& spatial_entity_1(fn_eukaryotic_oxidative_phosphorylation_331(fn_mitochondrion_55(X)))
& tangible_entity_1(fn_eukaryotic_oxidative_phosphorylation_331(fn_mitochondrion_55(X)))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_331(fn_mitochondrion_55(X)))
& ion_1(fn_eukaryotic_oxidative_phosphorylation_331(fn_mitochondrion_55(X)))
& hydrogen_ion_1(fn_eukaryotic_oxidative_phosphorylation_331(fn_mitochondrion_55(X)))
& spatial_entity_1(fn_chemiosmosis_12(fn_mitochondrion_54(X)))
& tangible_entity_1(fn_chemiosmosis_12(fn_mitochondrion_54(X)))
& chemical_entity_1(fn_chemiosmosis_12(fn_mitochondrion_54(X)))
& hydrogen_ion_1(fn_chemiosmosis_12(fn_mitochondrion_54(X)))
& cellular_work_1(fn_eukaryotic_oxidative_phosphorylation_374(fn_mitochondrion_55(X)))
& active_transport_1(fn_eukaryotic_oxidative_phosphorylation_374(fn_mitochondrion_55(X)))
& active_movement_of_ions_1(fn_eukaryotic_oxidative_phosphorylation_374(fn_mitochondrion_55(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_eukaryotic_oxidative_phosphorylation_374(fn_mitochondrion_55(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_chemiosmosis_30(fn_mitochondrion_54(X)))
& move_1(fn_eukaryotic_oxidative_phosphorylation_186(fn_mitochondrion_55(X)))
& rotate_1(fn_eukaryotic_oxidative_phosphorylation_186(fn_mitochondrion_55(X)))
& rotate_1(fn_chemiosmosis_84(fn_mitochondrion_54(X)))
& move_1(fn_eukaryotic_oxidative_phosphorylation_185(fn_mitochondrion_55(X)))
& rotate_1(fn_eukaryotic_oxidative_phosphorylation_185(fn_mitochondrion_55(X)))
& rotate_1(fn_oxidative_phosphorylation_27(fn_mitochondrion_55(X)))
& move_1(fn_eukaryotic_oxidative_phosphorylation_184(fn_mitochondrion_55(X)))
& rotate_1(fn_eukaryotic_oxidative_phosphorylation_184(fn_mitochondrion_55(X)))
& rotate_1(fn_chemiosmosis_63(fn_mitochondrion_54(X)))
& rotate_1(fn_chemiosmosis_64(fn_mitochondrion_54(X)))
& chemiosmosis_1(fn_eukaryotic_oxidative_phosphorylation_325(fn_mitochondrion_55(X)))
& hydrophilic_compound_1(fn_eukaryotic_oxidative_phosphorylation_87(fn_mitochondrion_55(X)))
& hydrophilic_compound_1(fn_biomembrane_72(fn_mitochondrion_53(X)))
& block_1(fn_biomembrane_102(fn_mitochondrion_53(X)))
& block_1(fn_biomembrane_101(fn_mitochondrion_53(X)))
& block_1(fn_biomembrane_100(fn_mitochondrion_53(X)))
& hydrophilic_face_1(fn_biomembrane_83(fn_mitochondrion_53(X)))
& hydrophilic_face_1(fn_biomembrane_81(fn_mitochondrion_53(X)))
& inside_face_1(fn_active_movement_of_ions_18(fn_mitochondrion_153(X)))
& inside_face_1(fn_facilitated_diffusion_16(fn_mitochondrion_74(X)))
& inside_face_1(fn_eukaryotic_oxidative_phosphorylation_195(fn_mitochondrion_55(X)))
& inside_face_1(fn_biomembrane_42(fn_mitochondrion_53(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_mitochondrion_142(X)))
& membrane_1(fn_active_movement_of_ions_19(fn_mitochondrion_153(X)))
& spatial_entity_1(fn_active_movement_of_ions_19(fn_mitochondrion_153(X)))
& biomembrane_1(fn_active_movement_of_ions_19(fn_mitochondrion_153(X)))
& tangible_entity_1(fn_move_into_1(fn_mitochondrion_78(X)))
& spatial_entity_1(fn_atp_synthase_37(fn_mitochondrion_59(X)))
& biomembrane_1(fn_atp_synthase_37(fn_mitochondrion_59(X)))
& spatial_entity_1(fn_atp_synthase_37(fn_mitochondrion_157(X)))
& biomembrane_1(fn_atp_synthase_37(fn_mitochondrion_157(X)))
& spatial_entity_1(fn_facilitated_diffusion_49(fn_mitochondrion_74(X)))
& biomembrane_1(fn_facilitated_diffusion_49(fn_mitochondrion_74(X)))
& entity_1(fn_eukaryotic_oxidative_phosphorylation_326(fn_mitochondrion_55(X)))
& inner_membrane_1(fn_eukaryotic_oxidative_phosphorylation_326(fn_mitochondrion_55(X)))
& membrane_1(fn_eukaryotic_oxidative_phosphorylation_326(fn_mitochondrion_55(X)))
& spatial_entity_1(fn_eukaryotic_oxidative_phosphorylation_326(fn_mitochondrion_55(X)))
& biomembrane_1(fn_eukaryotic_oxidative_phosphorylation_326(fn_mitochondrion_55(X)))
& entity_1(fn_mitochondrial_membrane_37(fn_mitochondrion_63(X)))
& spatial_entity_1(fn_mitochondrial_membrane_37(fn_mitochondrion_63(X)))
& inner_membrane_1(fn_mitochondrial_membrane_37(fn_mitochondrion_63(X)))
& biomembrane_1(fn_mitochondrial_membrane_37(fn_mitochondrion_63(X)))
& reactant_1(fn_citric_acid_cycle_57(fn_mitochondrion_182(X)))
& reactant_1(fn_citric_acid_cycle_in_eukaryote_28(fn_mitochondrion_182(X)))
& synthesis_reaction_1(fn_citric_acid_cycle_72(fn_mitochondrion_182(X)))
& synthesis_reaction_1(fn_citric_acid_cycle_in_eukaryote_43(fn_mitochondrion_182(X)))
& chemical_reaction_1(fn_citric_acid_cycle_in_eukaryote_48(fn_mitochondrion_182(X)))
& chemical_reaction_1(fn_citric_acid_cycle_in_eukaryote_49(fn_mitochondrion_182(X)))
& chemical_reaction_1(fn_citric_acid_cycle_in_eukaryote_44(fn_mitochondrion_182(X)))
& crista_1(fn_mitochondrial_membrane_7(fn_mitochondrion_63(X)))
& crista_1(fn_eukaryotic_oxidative_phosphorylation_390(fn_mitochondrion_55(X)))
& crista_1(fn_citric_acid_cycle_in_eukaryote_2(fn_mitochondrion_182(X)))
& eukaryotic_cell_1(fn_eukaryotic_oxidative_phosphorylation_334(fn_mitochondrion_55(X)))
& eukaryotic_cell_1(fn_eukaryotic_pyruvate_oxidation_76(fn_mitochondrion_21(X)))
& chemical_entity_1(fn_decomposition_reaction_5(fn_mitochondrion_26(X)))
& spatial_entity_1(fn_eukaryotic_pyruvate_oxidation_75(fn_mitochondrion_21(X)))
& organic_molecule_1(fn_eukaryotic_pyruvate_oxidation_75(fn_mitochondrion_21(X)))
& chemical_entity_1(fn_eukaryotic_pyruvate_oxidation_75(fn_mitochondrion_21(X)))
& pyruvate_1(fn_eukaryotic_pyruvate_oxidation_75(fn_mitochondrion_21(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_mitochondrion_53(X)))
& aqueous_solution_1(fn_mitochondrial_membrane_43(fn_mitochondrion_63(X)))
& aqueous_solution_1(fn_facilitated_diffusion_14(fn_mitochondrion_74(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_mitochondrion_53(X)))
& aqueous_solution_1(fn_mitochondrial_matrix_2(fn_mitochondrion_37(X)))
& organelle_1(fn_mitochondrial_membrane_35(fn_mitochondrion_63(X)))
& mitochondrion_1(fn_mitochondrial_membrane_35(fn_mitochondrion_63(X)))
& semiautonomous_organelle_1(fn_mitochondrial_membrane_35(fn_mitochondrion_63(X)))
& organelle_1(fn_eukaryotic_oxidative_phosphorylation_322(fn_mitochondrion_55(X)))
& mitochondrion_1(fn_eukaryotic_oxidative_phosphorylation_322(fn_mitochondrion_55(X)))
& semiautonomous_organelle_1(fn_eukaryotic_oxidative_phosphorylation_322(fn_mitochondrion_55(X)))
& mitochondrion_1(fn_eukaryotic_pyruvate_oxidation_73(fn_mitochondrion_21(X)))
& mitochondrion_1(fn_mitochondrial_matrix_4(fn_mitochondrion_37(X)))
& semiautonomous_organelle_1(fn_mitochondrial_matrix_4(fn_mitochondrion_37(X)))
& ribosome_1(fn_mitochondrial_matrix_7(fn_mitochondrion_37(X)))
& ribosome_1(fn_synthesis_of_protein_10(fn_mitochondrion_57(X)))
& translation_1(fn_synthesis_of_protein_13(fn_mitochondrion_57(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_mitochondrion_55(X)))
& organic_molecule_1(fn_eukaryotic_oxidative_phosphorylation_336(fn_mitochondrion_55(X)))
& molecule_1(fn_eukaryotic_oxidative_phosphorylation_336(fn_mitochondrion_55(X)))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_336(fn_mitochondrion_55(X)))
& ribonucleotide_1(fn_eukaryotic_oxidative_phosphorylation_336(fn_mitochondrion_55(X)))
& nucleoside_triphosphate_1(fn_eukaryotic_oxidative_phosphorylation_336(fn_mitochondrion_55(X)))
& atp_1(fn_eukaryotic_oxidative_phosphorylation_336(fn_mitochondrion_55(X)))
& organic_molecule_1(fn_chemiosmosis_100(fn_mitochondrion_54(X)))
& molecule_1(fn_chemiosmosis_100(fn_mitochondrion_54(X)))
& chemical_entity_1(fn_chemiosmosis_100(fn_mitochondrion_54(X)))
& ribonucleotide_1(fn_chemiosmosis_100(fn_mitochondrion_54(X)))
& nucleoside_triphosphate_1(fn_chemiosmosis_100(fn_mitochondrion_54(X)))
& atp_1(fn_chemiosmosis_100(fn_mitochondrion_54(X)))
& organic_molecule_1(fn_atp_synthase_21(fn_mitochondrion_157(X)))
& molecule_1(fn_atp_synthase_21(fn_mitochondrion_157(X)))
& chemical_entity_1(fn_atp_synthase_21(fn_mitochondrion_157(X)))
& ribonucleotide_1(fn_atp_synthase_21(fn_mitochondrion_157(X)))
& nucleoside_triphosphate_1(fn_atp_synthase_21(fn_mitochondrion_157(X)))
& atp_1(fn_atp_synthase_21(fn_mitochondrion_157(X)))
& molecular_region_1(fn_eukaryotic_oxidative_phosphorylation_200(fn_mitochondrion_55(X)))
& hydrophilic_channel_1(fn_eukaryotic_oxidative_phosphorylation_200(fn_mitochondrion_55(X)))
& hydrophilic_channel_1(fn_atp_synthase_35(fn_mitochondrion_59(X)))
& hydrophilic_channel_1(fn_atp_synthase_35(fn_mitochondrion_157(X)))
& hydrophilic_region_1(fn_active_movement_of_ions_14(fn_mitochondrion_153(X)))
& hydrophilic_end_1(fn_active_movement_of_ions_14(fn_mitochondrion_153(X)))
& hydrophilic_end_1(fn_facilitated_diffusion_42(fn_mitochondrion_74(X)))
& hydrophilic_region_1(fn_eukaryotic_oxidative_phosphorylation_193(fn_mitochondrion_55(X)))
& hydrophilic_end_1(fn_eukaryotic_oxidative_phosphorylation_193(fn_mitochondrion_55(X)))
& hydrophilic_end_1(fn_atp_synthase_12(fn_mitochondrion_59(X)))
& hydrophilic_end_1(fn_atp_synthase_12(fn_mitochondrion_157(X)))
& surface_1(fn_transmembrane_protein_5(fn_mitochondrion_142(X)))
& outside_face_1(fn_transmembrane_protein_5(fn_mitochondrion_142(X)))
& outside_face_1(fn_active_movement_of_ions_13(fn_mitochondrion_153(X)))
& surface_1(fn_active_movement_of_ions_13(fn_mitochondrion_153(X)))
& surface_1(fn_biomembrane_47(fn_mitochondrion_53(X)))
& outside_face_1(fn_facilitated_diffusion_44(fn_mitochondrion_74(X)))
& surface_1(fn_facilitated_diffusion_17(fn_mitochondrion_74(X)))
& outside_face_1(fn_facilitated_diffusion_17(fn_mitochondrion_74(X)))
& surface_1(fn_mitochondrial_membrane_67(fn_mitochondrion_63(X)))
& outside_face_1(fn_mitochondrial_membrane_67(fn_mitochondrion_63(X)))
& outside_face_1(fn_biomembrane_41(fn_mitochondrion_53(X)))
& outside_face_1(fn_atp_synthase_11(fn_mitochondrion_59(X)))
& outside_face_1(fn_atp_synthase_11(fn_mitochondrion_157(X)))
& hydrophilic_region_1(fn_active_movement_of_ions_12(fn_mitochondrion_153(X)))
& hydrophilic_end_1(fn_active_movement_of_ions_12(fn_mitochondrion_153(X)))
& hydrophilic_region_1(fn_facilitated_diffusion_45(fn_mitochondrion_74(X)))
& hydrophilic_end_1(fn_facilitated_diffusion_45(fn_mitochondrion_74(X)))
& hydrophilic_end_1(fn_atp_synthase_14(fn_mitochondrion_59(X)))
& hydrophilic_end_1(fn_atp_synthase_14(fn_mitochondrion_157(X)))
& chemical_entity_1(fn_eukaryotic_oxidative_phosphorylation_197(fn_mitochondrion_55(X)))
& organic_molecule_1(fn_eukaryotic_oxidative_phosphorylation_197(fn_mitochondrion_55(X)))
& adp_1(fn_eukaryotic_oxidative_phosphorylation_197(fn_mitochondrion_55(X)))
& chemical_entity_1(fn_chemiosmosis_31(fn_mitochondrion_54(X)))
& organic_molecule_1(fn_chemiosmosis_31(fn_mitochondrion_54(X)))
& adp_1(fn_chemiosmosis_31(fn_mitochondrion_54(X)))
& adp_1(fn_atp_synthase_38(fn_mitochondrion_157(X)))
& protein_1(fn_protein_complex_1(fn_mitochondrion_157(X)))
& protein_1(fn_protein_complex_1(fn_mitochondrion_59(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_mitochondrion_147(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_mitochondrion_147(X)))
& spatial_entity_1(fn_eukaryotic_oxidative_phosphorylation_199(fn_mitochondrion_55(X)))
& protein_1(fn_eukaryotic_oxidative_phosphorylation_199(fn_mitochondrion_55(X)))
& rotor_1(fn_eukaryotic_oxidative_phosphorylation_199(fn_mitochondrion_55(X)))
& membrane_protein_1(fn_eukaryotic_oxidative_phosphorylation_199(fn_mitochondrion_55(X)))
& spatial_entity_1(fn_chemiosmosis_104(fn_mitochondrion_54(X)))
& protein_1(fn_chemiosmosis_104(fn_mitochondrion_54(X)))
& rotor_1(fn_chemiosmosis_104(fn_mitochondrion_54(X)))
& rotor_1(fn_atp_synthase_13(fn_mitochondrion_59(X)))
& rotor_1(fn_atp_synthase_13(fn_mitochondrion_157(X)))
& spatial_entity_1(fn_chemiosmosis_105(fn_mitochondrion_54(X)))
& rod_1(fn_chemiosmosis_105(fn_mitochondrion_54(X)))
& rod_1(fn_atp_synthase_33(fn_mitochondrion_59(X)))
& rod_1(fn_atp_synthase_33(fn_mitochondrion_157(X)))
& free_energy_1(fn_exergonic_process_3(fn_mitochondrion_74(X)))
& free_energy_1(fn_chemiosmosis_120(fn_mitochondrion_54(X)))
& free_energy_1(fn_passive_transport_17(fn_mitochondrion_74(X)))
& thermal_motion_1(fn_eukaryotic_oxidative_phosphorylation_201(fn_mitochondrion_55(X)))
& move_1(fn_eukaryotic_oxidative_phosphorylation_201(fn_mitochondrion_55(X)))
& thermal_motion_1(fn_passive_transport_22(fn_mitochondrion_74(X)))
& aqueous_solution_1(fn_mitochondrial_membrane_47(fn_mitochondrion_63(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_mitochondrion_63(X)))
& surface_1(fn_mitochondrial_membrane_24(fn_mitochondrion_63(X)))
& outside_face_1(fn_mitochondrial_membrane_24(fn_mitochondrion_63(X)))
& outside_face_1(fn_biomembrane_41(fn_mitochondrion_63(X)))
& aqueous_solution_1(fn_mitochondrial_membrane_48(fn_mitochondrion_63(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_mitochondrion_63(X)))
& block_1(fn_biomembrane_102(fn_mitochondrion_63(X)))
& hydrophobic_compound_1(fn_biomembrane_48(fn_mitochondrion_63(X)))
& spatial_entity_1(fn_block_1(fn_mitochondrion_98(X)))
& block_1(fn_biomembrane_50(fn_mitochondrion_63(X)))
& block_1(fn_biomembrane_101(fn_mitochondrion_63(X)))
& block_1(fn_biomembrane_100(fn_mitochondrion_63(X)))
& protein_1(fn_protein_complex_1(fn_mitochondrion_136(X)))
& spatial_entity_1(fn_oxidative_phosphorylation_28(fn_mitochondrion_55(X)))
& tangible_entity_1(fn_oxidative_phosphorylation_28(fn_mitochondrion_55(X)))
& polymer_1(fn_oxidative_phosphorylation_28(fn_mitochondrion_55(X)))
& protein_1(fn_oxidative_phosphorylation_28(fn_mitochondrion_55(X)))
& organic_molecule_1(fn_oxidative_phosphorylation_28(fn_mitochondrion_55(X)))
& molecule_1(fn_oxidative_phosphorylation_28(fn_mitochondrion_55(X)))
& protein_enzyme_1(fn_oxidative_phosphorylation_28(fn_mitochondrion_55(X)))
& knob_1(fn_oxidative_phosphorylation_28(fn_mitochondrion_55(X)))
& knob_1(fn_atp_synthase_32(fn_mitochondrion_136(X)))
& spatial_entity_1(fn_chemiosmosis_101(fn_mitochondrion_54(X)))
& tangible_entity_1(fn_chemiosmosis_101(fn_mitochondrion_54(X)))
& polymer_1(fn_chemiosmosis_101(fn_mitochondrion_54(X)))
& protein_1(fn_chemiosmosis_101(fn_mitochondrion_54(X)))
& organic_molecule_1(fn_chemiosmosis_101(fn_mitochondrion_54(X)))
& molecule_1(fn_chemiosmosis_101(fn_mitochondrion_54(X)))
& protein_enzyme_1(fn_chemiosmosis_101(fn_mitochondrion_54(X)))
& knob_1(fn_chemiosmosis_101(fn_mitochondrion_54(X)))
& size_value_1(fn_atp_synthase_15(fn_mitochondrion_59(X)))
& size_value_1(fn_atp_synthase_15(fn_mitochondrion_157(X)))
& size_value_1(fn_lipid_2(fn_mitochondrion_84(X)))
& functional_region_1(fn_eukaryotic_oxidative_phosphorylation_117(fn_mitochondrion_55(X)))
& active_site_1(fn_chemiosmosis_32(fn_mitochondrion_54(X)))
& active_site_1(fn_protein_enzyme_10(fn_mitochondrion_72(X)))
& active_site_1(fn_knob_5(fn_mitochondrion_72(X)))
& active_site_1(fn_protein_enzyme_10(fn_mitochondrion_158(X)))
& active_site_1(fn_knob_5(fn_mitochondrion_158(X)))
& mitochondrial_matrix_1(fn_mitochondrial_membrane_32(fn_mitochondrion_63(X)))
& mitochondrial_matrix_1(fn_eukaryotic_oxidative_phosphorylation_391(fn_mitochondrion_55(X)))
& mitochondrial_matrix_1(fn_citric_acid_cycle_in_eukaryote_53(fn_mitochondrion_182(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_mitochondrion_57(X)))
& protein_1(fn_synthesis_of_protein_16(fn_mitochondrion_57(X)))
& chemical_entity_1(fn_mitochondrial_matrix_6(fn_mitochondrion_37(X)))
& protein_1(fn_mitochondrial_matrix_6(fn_mitochondrion_37(X)))
& protein_enzyme_1(fn_mitochondrial_matrix_6(fn_mitochondrion_37(X)))
& solution_1(fn_active_transport_21(fn_mitochondrion_153(X)))
& solution_1(fn_eukaryotic_oxidative_phosphorylation_329(fn_mitochondrion_55(X)))
& aqueous_solution_1(fn_eukaryotic_oxidative_phosphorylation_329(fn_mitochondrion_55(X)))
& hypotonic_solution_1(fn_eukaryotic_oxidative_phosphorylation_329(fn_mitochondrion_55(X)))
& aqueous_solution_1(fn_facilitated_diffusion_of_ion_23(fn_mitochondrion_74(X)))
& hypotonic_solution_1(fn_facilitated_diffusion_of_ion_23(fn_mitochondrion_74(X)))
& solution_1(fn_active_transport_20(fn_mitochondrion_153(X)))
& solution_1(fn_eukaryotic_oxidative_phosphorylation_328(fn_mitochondrion_55(X)))
& aqueous_solution_1(fn_eukaryotic_oxidative_phosphorylation_328(fn_mitochondrion_55(X)))
& hypertonic_solution_1(fn_eukaryotic_oxidative_phosphorylation_328(fn_mitochondrion_55(X)))
& aqueous_solution_1(fn_chemiosmosis_123(fn_mitochondrion_54(X)))
& hypertonic_solution_1(fn_chemiosmosis_123(fn_mitochondrion_54(X)))
& aqueous_solution_1(fn_facilitated_diffusion_of_ion_29(fn_mitochondrion_74(X)))
& hypertonic_solution_1(fn_facilitated_diffusion_of_ion_29(fn_mitochondrion_74(X)))
& lipid_1(fn_phospholipid_bilayer_1(fn_mitochondrion_117(X)))
& lipid_1(fn_phospholipid_bilayer_2(fn_mitochondrion_117(X)))
& phospholipid_layer_1(fn_phospholipid_bilayer_34(fn_mitochondrion_117(X)))
& phospholipid_layer_1(fn_phospholipid_bilayer_33(fn_mitochondrion_117(X)))
& tangible_entity_1(fn_integral_protein_27(fn_mitochondrion_142(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_mitochondrion_142(X)))
& tangible_entity_1(fn_facilitated_diffusion_48(fn_mitochondrion_74(X)))
& phospholipid_bilayer_1(fn_facilitated_diffusion_48(fn_mitochondrion_74(X)))
& tangible_entity_1(fn_eukaryotic_oxidative_phosphorylation_305(fn_mitochondrion_55(X)))
& phospholipid_bilayer_1(fn_eukaryotic_oxidative_phosphorylation_305(fn_mitochondrion_55(X)))
& tangible_entity_1(fn_atp_synthase_40(fn_mitochondrion_59(X)))
& phospholipid_bilayer_1(fn_atp_synthase_40(fn_mitochondrion_59(X)))
& tangible_entity_1(fn_atp_synthase_40(fn_mitochondrion_157(X)))
& phospholipid_bilayer_1(fn_atp_synthase_40(fn_mitochondrion_157(X)))
& atp_synthase_1(fn_activation_of_atp_synthase_4(fn_mitochondrion_69(X)))
& activation_of_atp_synthase_1(fn_eukaryotic_oxidative_phosphorylation_323(fn_mitochondrion_55(X)))
& activation_of_atp_synthase_1(fn_chemiosmosis_102(fn_mitochondrion_54(X)))
& endergonic_process_1(fn_eukaryotic_oxidative_phosphorylation_324(fn_mitochondrion_55(X)))
& chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_324(fn_mitochondrion_55(X)))
& synthesis_of_organic_molecule_1(fn_eukaryotic_oxidative_phosphorylation_324(fn_mitochondrion_55(X)))
& anabolic_pathway_1(fn_eukaryotic_oxidative_phosphorylation_324(fn_mitochondrion_55(X)))
& synthesis_of_atp_1(fn_eukaryotic_oxidative_phosphorylation_324(fn_mitochondrion_55(X)))
& metabolic_pathway_1(fn_eukaryotic_oxidative_phosphorylation_324(fn_mitochondrion_55(X)))
& chemical_reaction_1(fn_atp_synthase_34(fn_mitochondrion_136(X)))
& synthesis_of_organic_molecule_1(fn_atp_synthase_34(fn_mitochondrion_136(X)))
& anabolic_pathway_1(fn_atp_synthase_34(fn_mitochondrion_136(X)))
& synthesis_of_atp_1(fn_atp_synthase_34(fn_mitochondrion_136(X)))
& endergonic_process_1(fn_chemiosmosis_118(fn_mitochondrion_54(X)))
& chemical_reaction_1(fn_chemiosmosis_118(fn_mitochondrion_54(X)))
& synthesis_of_organic_molecule_1(fn_chemiosmosis_118(fn_mitochondrion_54(X)))
& anabolic_pathway_1(fn_chemiosmosis_118(fn_mitochondrion_54(X)))
& synthesis_of_atp_1(fn_chemiosmosis_118(fn_mitochondrion_54(X)))
& chemical_reaction_1(fn_atp_synthase_34(fn_mitochondrion_59(X)))
& synthesis_of_organic_molecule_1(fn_atp_synthase_34(fn_mitochondrion_59(X)))
& anabolic_pathway_1(fn_atp_synthase_34(fn_mitochondrion_59(X)))
& synthesis_of_atp_1(fn_atp_synthase_34(fn_mitochondrion_59(X)))
& chemical_reaction_1(fn_atp_synthase_34(fn_mitochondrion_157(X)))
& synthesis_of_organic_molecule_1(fn_atp_synthase_34(fn_mitochondrion_157(X)))
& anabolic_pathway_1(fn_atp_synthase_34(fn_mitochondrion_157(X)))
& synthesis_of_atp_1(fn_atp_synthase_34(fn_mitochondrion_157(X)))
& spatial_entity_1(fn_eukaryotic_oxidative_phosphorylation_198(fn_mitochondrion_55(X)))
& tangible_entity_1(fn_eukaryotic_oxidative_phosphorylation_198(fn_mitochondrion_55(X)))
& polymer_1(fn_eukaryotic_oxidative_phosphorylation_198(fn_mitochondrion_55(X)))
& protein_1(fn_eukaryotic_oxidative_phosphorylation_198(fn_mitochondrion_55(X)))
& organic_molecule_1(fn_eukaryotic_oxidative_phosphorylation_198(fn_mitochondrion_55(X)))
& molecule_1(fn_eukaryotic_oxidative_phosphorylation_198(fn_mitochondrion_55(X)))
& protein_enzyme_1(fn_eukaryotic_oxidative_phosphorylation_198(fn_mitochondrion_55(X)))
& knob_1(fn_eukaryotic_oxidative_phosphorylation_198(fn_mitochondrion_55(X)))
& knob_1(fn_atp_synthase_32(fn_mitochondrion_59(X)))
& knob_1(fn_atp_synthase_32(fn_mitochondrion_157(X)))
& entity_1(fn_oxidative_phosphorylation_14(fn_mitochondrion_55(X)))
& protein_complex_1(fn_oxidative_phosphorylation_14(fn_mitochondrion_55(X)))
& atp_synthase_1(fn_oxidative_phosphorylation_14(fn_mitochondrion_55(X)))
& entity_1(fn_eukaryotic_oxidative_phosphorylation_118(fn_mitochondrion_55(X)))
& protein_complex_1(fn_eukaryotic_oxidative_phosphorylation_118(fn_mitochondrion_55(X)))
& atp_synthase_1(fn_eukaryotic_oxidative_phosphorylation_118(fn_mitochondrion_55(X)))
& atp_synthase_1(fn_eukaryotic_oxidative_phosphorylation_192(fn_mitochondrion_55(X)))
& entity_1(fn_chemiosmosis_115(fn_mitochondrion_54(X)))
& protein_complex_1(fn_chemiosmosis_115(fn_mitochondrion_54(X)))
& atp_synthase_1(fn_chemiosmosis_115(fn_mitochondrion_54(X)))
& atp_synthase_1(fn_activation_of_atp_synthase_3(fn_mitochondrion_69(X)))
& decrease_1(fn_chemiosmosis_108(fn_mitochondrion_54(X)))
& decrease_1(fn_passive_transport_23(fn_mitochondrion_74(X)))
& concentration_gradient_1(fn_active_transport_25(fn_mitochondrion_153(X)))
& gradient_1(fn_facilitated_diffusion_of_ion_26(fn_mitochondrion_74(X)))
& concentration_gradient_1(fn_facilitated_diffusion_of_ion_26(fn_mitochondrion_74(X)))
& gradient_1(fn_passive_transport_26(fn_mitochondrion_74(X)))
& concentration_gradient_1(fn_passive_transport_26(fn_mitochondrion_74(X)))
& facilitated_diffusion_1(fn_atp_synthase_46(fn_mitochondrion_59(X)))
& exergonic_process_1(fn_eukaryotic_oxidative_phosphorylation_327(fn_mitochondrion_55(X)))
& spontaneous_change_1(fn_eukaryotic_oxidative_phosphorylation_327(fn_mitochondrion_55(X)))
& passive_transport_1(fn_eukaryotic_oxidative_phosphorylation_327(fn_mitochondrion_55(X)))
& facilitated_diffusion_1(fn_eukaryotic_oxidative_phosphorylation_327(fn_mitochondrion_55(X)))
& facilitated_diffusion_of_ion_1(fn_eukaryotic_oxidative_phosphorylation_327(fn_mitochondrion_55(X)))
& exergonic_process_1(fn_chemiosmosis_119(fn_mitochondrion_54(X)))
& facilitated_diffusion_of_ion_1(fn_chemiosmosis_119(fn_mitochondrion_54(X)))
& spontaneous_change_1(fn_chemiosmosis_119(fn_mitochondrion_54(X)))
& passive_transport_1(fn_chemiosmosis_119(fn_mitochondrion_54(X)))
& facilitated_diffusion_1(fn_chemiosmosis_119(fn_mitochondrion_54(X)))
& potential_energy_1(fn_gradient_1(fn_mitochondrion_66(X)))
& potential_energy_1(fn_passive_transport_27(fn_mitochondrion_74(X)))
& entity_1(fn_create_1(fn_mitochondrion_56(X)))
& biomembrane_1(fn_eukaryotic_oxidative_phosphorylation_116(fn_mitochondrion_55(X)))
& mitochondrial_membrane_1(fn_eukaryotic_oxidative_phosphorylation_116(fn_mitochondrion_55(X)))
& hydrogen_ion_gradient_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_mitochondrion_153(X)))
& gradient_1(fn_eukaryotic_oxidative_phosphorylation_202(fn_mitochondrion_55(X)))
& electrochemical_gradient_1(fn_eukaryotic_oxidative_phosphorylation_202(fn_mitochondrion_55(X)))
& hydrogen_ion_gradient_1(fn_eukaryotic_oxidative_phosphorylation_202(fn_mitochondrion_55(X)))
& gradient_1(fn_chemiosmosis_117(fn_mitochondrion_54(X)))
& electrochemical_gradient_1(fn_chemiosmosis_117(fn_mitochondrion_54(X)))
& hydrogen_ion_gradient_1(fn_chemiosmosis_117(fn_mitochondrion_54(X)))
& quantity_value_1(fn_electrochemical_gradient_18(fn_mitochondrion_66(X)))
& quantity_value_1(fn_electrochemical_gradient_14(fn_mitochondrion_66(X)))
& quantity_value_1(fn_gradient_2(fn_mitochondrion_66(X)))
& quantity_value_1(fn_passive_transport_18(fn_mitochondrion_74(X)))
& quantity_value_1(fn_electrochemical_gradient_17(fn_mitochondrion_66(X)))
& called_2(fn_mitochondrion_186(X),"3")
& next_event_2(fn_mitochondrion_165(X),fn_mitochondrion_166(X))
& has_region_2(fn_mitochondrion_157(X),fn_mitochondrion_71(X))
& agent_2(fn_mitochondrion_138(X),fn_mitochondrion_77(X))
& agent_2(fn_mitochondrion_137(X),fn_mitochondrion_77(X))
& fn_mitochondrion_136(X) != fn_mitochondrion_20(X)
& first_subevent_2(fn_mitochondrion_135(X),fn_mitochondrion_132(X))
& is_at_2(fn_mitochondrion_20(X),fn_mitochondrion_134(X))
& fn_mitochondrion_20(X) != fn_mitochondrion_136(X)
& is_inside_2(fn_mitochondrion_133(X),fn_mitochondrion_134(X))
& destination_2(fn_mitochondrion_132(X),fn_mitochondrion_133(X))
& by_means_of_2(fn_mitochondrion_132(X),fn_mitochondrion_135(X))
& time_during_2(fn_mitochondrion_132(X),fn_mitochondrion_19(X))
& origin_2(fn_mitochondrion_132(X),fn_mitochondrion_131(X))
& time_before_2(fn_mitochondrion_19(X),fn_mitochondrion_19(X))
& called_2(fn_mitochondrion_98(X),"1")
& greater_than_2(fn_mitochondrion_87(X),fn_mitochondrion_88(X))
& next_event_2(fn_mitochondrion_78(X),fn_mitochondrion_138(X))
& by_means_of_2(fn_mitochondrion_78(X),fn_mitochondrion_74(X))
& base_2(fn_mitochondrion_78(X),fn_mitochondrion_70(X))
& time_during_2(fn_mitochondrion_78(X),fn_mitochondrion_5(X))
& called_2(fn_mitochondrion_77(X),"1")
& path_2(fn_mitochondrion_74(X),fn_mitochondrion_147(X))
& object_2(fn_mitochondrion_67(X),fn_mitochondrion_77(X))
& object_2(fn_mitochondrion_65(X),fn_mitochondrion_77(X))
& fn_mitochondrion_18(X) != fn_mitochondrion_59(X)
& is_at_2(fn_mitochondrion_18(X),fn_mitochondrion_53(X))
& fn_mitochondrion_64(X) != fn_mitochondrion_38(X)
& the_categorical_value_2(fn_mitochondrion_16(X),oval_0)
& texture_2(fn_mitochondrion_60(X),fn_mitochondrion_9(X))
& the_cardinal_value_2(fn_mitochondrion_15(X),"10.0e0")
& cardinal_unit_class_2(fn_mitochondrion_15(X),micrometer_0)
& greater_than_or_equal_to_2(fn_mitochondrion_15(X),fn_mitochondrion_13(X))
& the_cardinal_value_2(fn_mitochondrion_14(X),"1.0e0")
& cardinal_unit_class_2(fn_mitochondrion_14(X),micrometer_0)
& greater_than_or_equal_to_2(fn_mitochondrion_13(X),fn_mitochondrion_14(X))
& fn_mitochondrion_59(X) != fn_mitochondrion_18(X)
& the_categorical_value_2(fn_mitochondrion_9(X),smooth_0)
& rate_2(fn_mitochondrion_58(X),fn_mitochondrion_4(X))
& agent_2(fn_mitochondrion_58(X),X)
& site_2(fn_mitochondrion_57(X),fn_mitochondrion_7(X))
& agent_2(fn_mitochondrion_56(X),fn_mitochondrion_64(X))
& base_2(fn_mitochondrion_54(X),fn_mitochondrion_59(X))
& called_2(fn_mitochondrion_45(X),'EG')
& time_before_2(fn_mitochondrion_5(X),fn_mitochondrion_6(X))
& time_before_2(fn_mitochondrion_5(X),fn_mitochondrion_5(X))
& quantity_2(X,fn_mitochondrion_3(X))
& length_2(X,fn_mitochondrion_13(X))
& shape_2(X,fn_mitochondrion_16(X))
& has_function_2(X,fn_mitochondrion_182(X))
& has_function_2(X,fn_mitochondrion_21(X))
& has_function_2(X,fn_mitochondrion_58(X))
& fn_mitochondrion_38(X) != fn_mitochondrion_64(X)
& directly_proportional_2(fn_mitochondrion_3(X),fn_mitochondrion_4(X))
& result_2(fn_mitochondrion_56(X),fn_mitochondrion_63(X))
& raw_material_2(fn_mitochondrion_26(X),fn_mitochondrion_25(X))
& facilitates_2(fn_mitochondrion_142(X),fn_mitochondrion_78(X))
& object_2(fn_mitochondrion_78(X),fn_mitochondrion_77(X))
& agent_2(fn_mitochondrion_78(X),fn_mitochondrion_77(X))
& experiencer_2(fn_mitochondrion_58(X),fn_mitochondrion_50(X))
& is_at_2(fn_mitochondrion_70(X),fn_mitochondrion_147(X))
& subevent_2(fn_mitochondrion_153(X),fn_mitochondrion_78(X))
& origin_2(fn_mitochondrion_78(X),fn_mitochondrion_81(X))
& destination_2(fn_mitochondrion_135(X),fn_mitochondrion_133(X))
& origin_2(fn_mitochondrion_135(X),fn_mitochondrion_131(X))
& has_part_2(X,fn_mitochondrion_39(X))
& agent_2(fn_mitochondrion_153(X),fn_mitochondrion_142(X))
& has_function_2(fn_mitochondrion_136(X),fn_mitochondrion_135(X))
& subevent_2(fn_mitochondrion_135(X),fn_mitochondrion_132(X))
& base_2(fn_mitochondrion_132(X),fn_mitochondrion_134(X))
& has_function_2(fn_mitochondrion_134(X),fn_mitochondrion_132(X))
& agent_2(fn_mitochondrion_74(X),fn_mitochondrion_59(X))
& fn_mitochondrion_120(X) != fn_mitochondrion_77(X)
& fn_mitochondrion_77(X) != fn_mitochondrion_120(X)
& result_2(fn_mitochondrion_57(X),fn_mitochondrion_64(X))
& agent_2(fn_mitochondrion_57(X),fn_mitochondrion_62(X))
& destination_2(fn_mitochondrion_78(X),fn_mitochondrion_80(X))
& called_2(fn_mitochondrion_78(X),'MT1')
& first_subevent_2(fn_mitochondrion_74(X),fn_mitochondrion_78(X))
& next_event_2(fn_mitochondrion_137(X),fn_mitochondrion_78(X))
& has_function_2(fn_mitochondrion_59(X),fn_mitochondrion_55(X))
& causes_2(fn_mitochondrion_145(X),fn_mitochondrion_78(X))
& site_2(fn_mitochondrion_55(X),fn_mitochondrion_71(X))
& has_region_2(fn_mitochondrion_59(X),fn_mitochondrion_71(X))
& next_event_2(fn_mitochondrion_78(X),fn_mitochondrion_137(X))
& path_2(fn_mitochondrion_78(X),fn_mitochondrion_73(X))
& facilitates_2(fn_mitochondrion_72(X),fn_mitochondrion_55(X))
& agent_2(fn_mitochondrion_55(X),fn_mitochondrion_59(X))
& has_part_2(X,fn_mitochondrion_64(X))
& has_part_2(X,fn_mitochondrion_61(X))
& instrument_2(fn_mitochondrion_79(X),fn_mitochondrion_61(X))
& facilitates_2(fn_mitochondrion_59(X),fn_mitochondrion_78(X))
& base_2(fn_mitochondrion_78(X),fn_mitochondrion_53(X))
& has_function_2(fn_mitochondrion_53(X),fn_mitochondrion_78(X))
& agent_2(fn_mitochondrion_78(X),fn_mitochondrion_59(X))
& element_2(fn_mitochondrion_59(X),fn_mitochondrion_158(X))
& subevent_2(fn_mitochondrion_74(X),fn_mitochondrion_78(X))
& agent_2(fn_mitochondrion_78(X),fn_mitochondrion_142(X))
& has_region_2(fn_mitochondrion_142(X),fn_mitochondrion_151(X))
& has_region_2(fn_mitochondrion_142(X),fn_mitochondrion_113(X))
& is_across_2(fn_mitochondrion_136(X),fn_mitochondrion_134(X))
& path_2(fn_mitochondrion_135(X),fn_mitochondrion_134(X))
& agent_2(fn_mitochondrion_135(X),fn_mitochondrion_136(X))
& element_2(fn_mitochondrion_136(X),fn_mitochondrion_72(X))
& facilitates_2(fn_mitochondrion_72(X),fn_mitochondrion_52(X))
& is_inside_2(fn_mitochondrion_99(X),fn_mitochondrion_63(X))
& is_outside_2(fn_mitochondrion_99(X),fn_mitochondrion_111(X))
& is_outside_2(fn_mitochondrion_101(X),fn_mitochondrion_63(X))
& is_inside_2(fn_mitochondrion_101(X),fn_mitochondrion_39(X))
& has_part_2(fn_mitochondrion_63(X),fn_mitochondrion_60(X))
& is_between_2(fn_mitochondrion_119(X),fn_mitochondrion_60(X))
& is_inside_2(fn_mitochondrion_80(X),fn_mitochondrion_70(X))
& is_inside_2(fn_mitochondrion_116(X),fn_mitochondrion_117(X))
& subevent_2(fn_mitochondrion_74(X),fn_mitochondrion_138(X))
& result_2(fn_mitochondrion_153(X),fn_mitochondrion_66(X))
& result_2(fn_mitochondrion_55(X),fn_mitochondrion_154(X))
& result_2(fn_mitochondrion_153(X),fn_mitochondrion_156(X))
& site_2(fn_mitochondrion_54(X),X)
& base_2(fn_mitochondrion_159(X),fn_mitochondrion_51(X))
& has_part_2(fn_mitochondrion_53(X),fn_mitochondrion_118(X))
& facilitates_2(fn_mitochondrion_73(X),fn_mitochondrion_74(X))
& called_2(fn_mitochondrion_73(X),'HC1')
& next_element_2(fn_mitochondrion_122(X),fn_mitochondrion_144(X))
& is_at_2(fn_mitochondrion_122(X),fn_mitochondrion_114(X))
& is_at_2(fn_mitochondrion_151(X),fn_mitochondrion_114(X))
& base_2(fn_mitochondrion_141(X),fn_mitochondrion_157(X))
& object_2(fn_mitochondrion_141(X),fn_mitochondrion_158(X))
& facilitates_2(fn_mitochondrion_158(X),fn_mitochondrion_55(X))
& raw_material_2(fn_mitochondrion_55(X),fn_mitochondrion_155(X))
& is_between_2(fn_mitochondrion_115(X),fn_mitochondrion_144(X))
& fn_mitochondrion_122(X) != fn_mitochondrion_115(X)
& fn_mitochondrion_115(X) != fn_mitochondrion_122(X)
& origin_2(fn_mitochondrion_153(X),fn_mitochondrion_81(X))
& is_between_2(fn_mitochondrion_70(X),fn_mitochondrion_81(X))
& is_between_2(fn_mitochondrion_70(X),fn_mitochondrion_80(X))
& destination_2(fn_mitochondrion_153(X),fn_mitochondrion_80(X))
& agent_2(fn_mitochondrion_153(X),fn_mitochondrion_59(X))
& has_region_2(fn_mitochondrion_63(X),fn_mitochondrion_119(X))
& is_between_2(fn_mitochondrion_119(X),fn_mitochondrion_53(X))
& is_across_2(fn_mitochondrion_142(X),fn_mitochondrion_53(X))
& is_inside_2(fn_mitochondrion_142(X),fn_mitochondrion_117(X))
& is_inside_2(fn_mitochondrion_115(X),fn_mitochondrion_117(X))
& path_2(fn_mitochondrion_160(X),fn_mitochondrion_53(X))
& path_2(fn_mitochondrion_74(X),fn_mitochondrion_53(X))
& has_function_2(fn_mitochondrion_59(X),fn_mitochondrion_74(X))
& base_2(fn_mitochondrion_140(X),fn_mitochondrion_59(X))
& first_subevent_2(fn_mitochondrion_69(X),fn_mitochondrion_140(X))
& first_subevent_2(fn_mitochondrion_55(X),fn_mitochondrion_159(X))
& result_2(fn_mitochondrion_159(X),fn_mitochondrion_156(X))
& raw_material_2(fn_mitochondrion_55(X),fn_mitochondrion_156(X))
& agent_2(fn_mitochondrion_55(X),fn_mitochondrion_157(X))
& has_function_2(fn_mitochondrion_157(X),fn_mitochondrion_55(X))
& object_2(fn_mitochondrion_160(X),fn_mitochondrion_77(X))
& object_2(fn_mitochondrion_153(X),fn_mitochondrion_77(X))
& path_2(fn_mitochondrion_153(X),fn_mitochondrion_53(X))
& is_outside_2(fn_mitochondrion_81(X),fn_mitochondrion_53(X))
& fn_mitochondrion_81(X) != fn_mitochondrion_80(X)
& fn_mitochondrion_80(X) != fn_mitochondrion_81(X)
& raw_material_2(fn_mitochondrion_52(X),fn_mitochondrion_156(X))
& raw_material_2(fn_mitochondrion_54(X),fn_mitochondrion_156(X))
& subevent_2(fn_mitochondrion_55(X),fn_mitochondrion_54(X))
& subevent_2(fn_mitochondrion_55(X),fn_mitochondrion_159(X))
& next_event_2(fn_mitochondrion_159(X),fn_mitochondrion_54(X))
& destination_2(fn_mitochondrion_160(X),fn_mitochondrion_80(X))
& is_inside_2(fn_mitochondrion_80(X),fn_mitochondrion_53(X))
& is_permeable_to_2(fn_mitochondrion_53(X),fn_mitochondrion_77(X))
& fn_mitochondrion_121(X) != fn_mitochondrion_77(X)
& fn_mitochondrion_77(X) != fn_mitochondrion_121(X)
& has_part_2(X,fn_mitochondrion_63(X))
& has_part_2(fn_mitochondrion_63(X),fn_mitochondrion_53(X))
& has_part_2(fn_mitochondrion_53(X),fn_mitochondrion_122(X))
& is_across_2(fn_mitochondrion_122(X),fn_mitochondrion_53(X))
& has_part_2(fn_mitochondrion_53(X),fn_mitochondrion_157(X))
& base_2(fn_mitochondrion_160(X),fn_mitochondrion_51(X))
& agent_2(fn_mitochondrion_160(X),fn_mitochondrion_59(X))
& is_across_2(fn_mitochondrion_59(X),fn_mitochondrion_53(X))
& is_outside_2(fn_mitochondrion_53(X),fn_mitochondrion_37(X))
& is_inside_2(fn_mitochondrion_37(X),fn_mitochondrion_53(X))
& base_2(fn_mitochondrion_55(X),fn_mitochondrion_51(X))
& base_2(fn_mitochondrion_52(X),fn_mitochondrion_51(X))
& site_2(fn_mitochondrion_52(X),X)
& has_function_2(X,fn_mitochondrion_55(X))
& site_2(fn_mitochondrion_55(X),X)
& causes_2(fn_mitochondrion_54(X),fn_mitochondrion_65(X))
& causes_2(fn_mitochondrion_54(X),fn_mitochondrion_67(X))
& instrument_2(fn_mitochondrion_54(X),fn_mitochondrion_66(X))
& object_2(fn_mitochondrion_54(X),fn_mitochondrion_68(X))
& object_2(fn_mitochondrion_74(X),fn_mitochondrion_77(X))
& result_2(fn_mitochondrion_54(X),fn_mitochondrion_154(X))
& next_event_2(fn_mitochondrion_140(X),fn_mitochondrion_141(X))
& raw_material_2(fn_mitochondrion_54(X),fn_mitochondrion_155(X))
& causes_2(fn_mitochondrion_140(X),fn_mitochondrion_141(X))
& called_2(fn_mitochondrion_140(X),"2")
& object_2(fn_mitochondrion_141(X),fn_mitochondrion_72(X))
& next_event_2(fn_mitochondrion_69(X),fn_mitochondrion_52(X))
& site_2(fn_mitochondrion_52(X),fn_mitochondrion_71(X))
& has_function_2(fn_mitochondrion_66(X),fn_mitochondrion_54(X))
& result_2(fn_mitochondrion_160(X),fn_mitochondrion_66(X))
& origin_2(fn_mitochondrion_160(X),fn_mitochondrion_81(X))
& base_2(fn_mitochondrion_140(X),fn_mitochondrion_157(X))
& subevent_2(fn_mitochondrion_69(X),fn_mitochondrion_140(X))
& subevent_2(fn_mitochondrion_69(X),fn_mitochondrion_139(X))
& causes_2(fn_mitochondrion_141(X),fn_mitochondrion_139(X))
& called_2(fn_mitochondrion_141(X),"3")
& next_event_2(fn_mitochondrion_141(X),fn_mitochondrion_139(X))
& object_2(fn_mitochondrion_139(X),fn_mitochondrion_157(X))
& element_2(fn_mitochondrion_157(X),fn_mitochondrion_70(X))
& object_2(fn_mitochondrion_137(X),fn_mitochondrion_70(X))
& called_2(fn_mitochondrion_137(X),"1")
& first_subevent_2(fn_mitochondrion_54(X),fn_mitochondrion_74(X))
& subevent_2(fn_mitochondrion_74(X),fn_mitochondrion_137(X))
& causes_2(fn_mitochondrion_137(X),fn_mitochondrion_140(X))
& fn_mitochondrion_141(X) != fn_mitochondrion_137(X)
& fn_mitochondrion_137(X) != fn_mitochondrion_141(X)
& is_between_2(fn_mitochondrion_150(X),fn_mitochondrion_72(X))
& object_2(fn_mitochondrion_140(X),fn_mitochondrion_150(X))
& fn_mitochondrion_140(X) != fn_mitochondrion_141(X)
& fn_mitochondrion_137(X) != fn_mitochondrion_140(X)
& fn_mitochondrion_140(X) != fn_mitochondrion_137(X)
& fn_mitochondrion_141(X) != fn_mitochondrion_140(X)
& subevent_2(fn_mitochondrion_54(X),fn_mitochondrion_69(X))
& subevent_2(fn_mitochondrion_69(X),fn_mitochondrion_141(X))
& base_2(fn_mitochondrion_141(X),fn_mitochondrion_59(X))
& element_2(fn_mitochondrion_59(X),fn_mitochondrion_72(X))
& is_at_2(fn_mitochondrion_72(X),fn_mitochondrion_150(X))
& result_2(fn_mitochondrion_54(X),fn_mitochondrion_68(X))
& raw_material_2(fn_mitochondrion_52(X),fn_mitochondrion_68(X))
& subevent_2(fn_mitochondrion_54(X),fn_mitochondrion_52(X))
& subevent_2(fn_mitochondrion_54(X),fn_mitochondrion_74(X))
& enables_2(fn_mitochondrion_74(X),fn_mitochondrion_52(X))
& is_impermeable_to_2(fn_mitochondrion_53(X),fn_mitochondrion_120(X))
& has_region_2(fn_mitochondrion_53(X),fn_mitochondrion_114(X))
& is_impermeable_to_2(fn_mitochondrion_53(X),fn_mitochondrion_121(X))
& has_region_2(fn_mitochondrion_53(X),fn_mitochondrion_113(X))
& has_function_2(fn_mitochondrion_53(X),fn_mitochondrion_188(X))
& is_between_2(fn_mitochondrion_53(X),fn_mitochondrion_112(X))
& is_inside_2(fn_mitochondrion_112(X),fn_mitochondrion_114(X))
& is_inside_2(fn_mitochondrion_185(X),fn_mitochondrion_114(X))
& agent_2(fn_mitochondrion_188(X),fn_mitochondrion_185(X))
& called_2(fn_mitochondrion_188(X),"3")
& raw_material_2(fn_mitochondrion_182(X),fn_mitochondrion_174(X))
& raw_material_2(fn_mitochondrion_171(X),fn_mitochondrion_174(X))
& plays_2(fn_mitochondrion_174(X),fn_mitochondrion_173(X))
& in_event_2(fn_mitochondrion_173(X),fn_mitochondrion_182(X))
& subevent_2(fn_mitochondrion_182(X),fn_mitochondrion_166(X))
& next_event_2(fn_mitochondrion_170(X),fn_mitochondrion_168(X))
& raw_material_2(fn_mitochondrion_182(X),fn_mitochondrion_175(X))
& next_event_2(fn_mitochondrion_167(X),fn_mitochondrion_165(X))
& first_subevent_2(fn_mitochondrion_182(X),fn_mitochondrion_171(X))
& subevent_2(fn_mitochondrion_182(X),fn_mitochondrion_171(X))
& subevent_2(fn_mitochondrion_182(X),fn_mitochondrion_168(X))
& next_event_2(fn_mitochondrion_166(X),fn_mitochondrion_170(X))
& subevent_2(fn_mitochondrion_182(X),fn_mitochondrion_170(X))
& subevent_2(fn_mitochondrion_182(X),fn_mitochondrion_167(X))
& fn_mitochondrion_170(X) != fn_mitochondrion_166(X)
& fn_mitochondrion_166(X) != fn_mitochondrion_170(X)
& raw_material_2(fn_mitochondrion_171(X),fn_mitochondrion_175(X))
& next_event_2(fn_mitochondrion_171(X),fn_mitochondrion_167(X))
& subevent_2(fn_mitochondrion_182(X),fn_mitochondrion_165(X))
& fn_mitochondrion_166(X) != fn_mitochondrion_165(X)
& fn_mitochondrion_165(X) != fn_mitochondrion_166(X)
& fn_mitochondrion_170(X) != fn_mitochondrion_165(X)
& fn_mitochondrion_165(X) != fn_mitochondrion_170(X)
& site_2(fn_mitochondrion_182(X),fn_mitochondrion_37(X))
& is_inside_2(fn_mitochondrion_181(X),fn_mitochondrion_37(X))
& has_function_2(fn_mitochondrion_181(X),fn_mitochondrion_182(X))
& is_along_2(fn_mitochondrion_118(X),fn_mitochondrion_37(X))
& is_along_2(fn_mitochondrion_37(X),fn_mitochondrion_118(X))
& result_2(fn_mitochondrion_21(X),fn_mitochondrion_27(X))
& first_subevent_2(fn_mitochondrion_21(X),fn_mitochondrion_26(X))
& origin_2(fn_mitochondrion_22(X),fn_mitochondrion_23(X))
& is_outside_2(fn_mitochondrion_23(X),X)
& is_inside_2(fn_mitochondrion_24(X),X)
& destination_2(fn_mitochondrion_22(X),fn_mitochondrion_24(X))
& agent_2(fn_mitochondrion_22(X),fn_mitochondrion_25(X))
& is_inside_2(fn_mitochondrion_27(X),fn_mitochondrion_25(X))
& raw_material_2(fn_mitochondrion_21(X),fn_mitochondrion_25(X))
& subevent_2(fn_mitochondrion_21(X),fn_mitochondrion_26(X))
& has_part_2(fn_mitochondrion_51(X),X)
& base_2(fn_mitochondrion_21(X),fn_mitochondrion_51(X))
& site_2(fn_mitochondrion_21(X),X)
& base_2(fn_mitochondrion_22(X),X)
& object_2(fn_mitochondrion_22(X),fn_mitochondrion_25(X))
& plays_2(fn_mitochondrion_25(X),fn_mitochondrion_28(X))
& in_event_2(fn_mitochondrion_28(X),fn_mitochondrion_21(X))
& object_2(fn_mitochondrion_69(X),fn_mitochondrion_157(X))
& has_part_2(X,fn_mitochondrion_62(X))
& has_part_2(X,fn_mitochondrion_38(X))
& has_region_2(X,fn_mitochondrion_37(X))
& is_inside_2(fn_mitochondrion_112(X),fn_mitochondrion_37(X))
& subevent_2(fn_mitochondrion_57(X),fn_mitochondrion_79(X))
& instrument_2(fn_mitochondrion_79(X),fn_mitochondrion_62(X))
& has_function_2(fn_mitochondrion_62(X),fn_mitochondrion_57(X))
& first_subevent_2(fn_mitochondrion_57(X),fn_mitochondrion_79(X))
& the_scalar_value_2(fn_mitochondrion_82(X),big_0)
& scalar_unit_class_2(fn_mitochondrion_82(X),polypeptide_0)
& is_inside_2(fn_mitochondrion_59(X),fn_mitochondrion_117(X))
& is_between_2(fn_mitochondrion_150(X),fn_mitochondrion_158(X))
& result_2(fn_mitochondrion_52(X),fn_mitochondrion_154(X))
& is_opposite_2(fn_mitochondrion_152(X),fn_mitochondrion_151(X))
& has_region_2(fn_mitochondrion_59(X),fn_mitochondrion_151(X))
& has_region_2(fn_mitochondrion_59(X),fn_mitochondrion_73(X))
& is_opposite_2(fn_mitochondrion_151(X),fn_mitochondrion_152(X))
& has_region_2(fn_mitochondrion_59(X),fn_mitochondrion_152(X))
& is_at_2(fn_mitochondrion_152(X),fn_mitochondrion_113(X))
& has_region_2(fn_mitochondrion_59(X),fn_mitochondrion_113(X))
& size_2(fn_mitochondrion_59(X),fn_mitochondrion_82(X))
& greater_than_2(fn_mitochondrion_82(X),fn_mitochondrion_83(X))
& is_at_2(fn_mitochondrion_158(X),fn_mitochondrion_150(X))
& is_between_2(fn_mitochondrion_150(X),fn_mitochondrion_70(X))
& element_2(fn_mitochondrion_59(X),fn_mitochondrion_70(X))
& has_function_2(fn_mitochondrion_59(X),fn_mitochondrion_52(X))
& raw_material_2(fn_mitochondrion_52(X),fn_mitochondrion_155(X))
& result_2(fn_mitochondrion_74(X),fn_mitochondrion_68(X))
& by_means_of_2(fn_mitochondrion_74(X),fn_mitochondrion_145(X))
& causes_2(fn_mitochondrion_74(X),fn_mitochondrion_67(X))
& origin_2(fn_mitochondrion_74(X),fn_mitochondrion_81(X))
& destination_2(fn_mitochondrion_74(X),fn_mitochondrion_80(X))
& is_hypertonic_to_2(fn_mitochondrion_81(X),fn_mitochondrion_80(X))
& is_hypotonic_to_2(fn_mitochondrion_80(X),fn_mitochondrion_81(X))
& temperature_2(fn_mitochondrion_63(X),fn_mitochondrion_96(X))
& is_impermeable_to_2(fn_mitochondrion_63(X),fn_mitochondrion_105(X))
& fluidity_2(fn_mitochondrion_63(X),fn_mitochondrion_95(X))
& has_region_2(fn_mitochondrion_63(X),fn_mitochondrion_104(X))
& plays_2(fn_mitochondrion_63(X),fn_mitochondrion_93(X))
& has_function_2(fn_mitochondrion_63(X),fn_mitochondrion_97(X))
& is_permeable_to_2(fn_mitochondrion_63(X),fn_mitochondrion_92(X))
& has_function_2(fn_mitochondrion_63(X),fn_mitochondrion_186(X))
& is_inside_2(fn_mitochondrion_100(X),fn_mitochondrion_63(X))
& has_part_2(fn_mitochondrion_63(X),fn_mitochondrion_110(X))
& is_between_2(fn_mitochondrion_63(X),fn_mitochondrion_111(X))
& has_function_2(fn_mitochondrion_63(X),fn_mitochondrion_187(X))
& called_2(fn_mitochondrion_187(X),"2")
& has_region_2(fn_mitochondrion_63(X),fn_mitochondrion_103(X))
& is_inside_2(fn_mitochondrion_103(X),fn_mitochondrion_111(X))
& is_between_2(fn_mitochondrion_63(X),fn_mitochondrion_39(X))
& is_inside_2(fn_mitochondrion_39(X),fn_mitochondrion_104(X))
& density_2(fn_mitochondrion_63(X),fn_mitochondrion_94(X))
& inversely_proportional_2(fn_mitochondrion_94(X),fn_mitochondrion_95(X))
& is_impermeable_to_2(fn_mitochondrion_63(X),fn_mitochondrion_106(X))
& object_2(fn_mitochondrion_98(X),fn_mitochondrion_106(X))
& in_event_2(fn_mitochondrion_93(X),fn_mitochondrion_98(X))
& is_outside_2(fn_mitochondrion_102(X),fn_mitochondrion_63(X))
& object_2(fn_mitochondrion_86(X),fn_mitochondrion_102(X))
& base_2(fn_mitochondrion_86(X),fn_mitochondrion_100(X))
& has_part_2(fn_mitochondrion_63(X),fn_mitochondrion_107(X))
& quantity_2(fn_mitochondrion_107(X),fn_mitochondrion_91(X))
& directly_proportional_2(fn_mitochondrion_91(X),fn_mitochondrion_95(X))
& directly_proportional_2(fn_mitochondrion_96(X),fn_mitochondrion_95(X))
& has_function_2(fn_mitochondrion_63(X),fn_mitochondrion_98(X))
& fn_mitochondrion_98(X) != fn_mitochondrion_186(X)
& fn_mitochondrion_186(X) != fn_mitochondrion_187(X)
& fn_mitochondrion_186(X) != fn_mitochondrion_98(X)
& fn_mitochondrion_187(X) != fn_mitochondrion_186(X)
& fn_mitochondrion_98(X) != fn_mitochondrion_187(X)
& fn_mitochondrion_187(X) != fn_mitochondrion_98(X)
& has_part_2(fn_mitochondrion_63(X),fn_mitochondrion_109(X))
& is_inside_2(fn_mitochondrion_109(X),fn_mitochondrion_110(X))
& has_region_2(fn_mitochondrion_110(X),fn_mitochondrion_90(X))
& element_2(fn_mitochondrion_90(X),fn_mitochondrion_89(X))
& called_2(fn_mitochondrion_89(X),'P1')
& base_2(fn_mitochondrion_97(X),fn_mitochondrion_63(X))
& object_2(fn_mitochondrion_97(X),fn_mitochondrion_92(X))
& fn_mitochondrion_92(X) != fn_mitochondrion_105(X)
& fn_mitochondrion_106(X) != fn_mitochondrion_92(X)
& fn_mitochondrion_92(X) != fn_mitochondrion_106(X)
& fn_mitochondrion_105(X) != fn_mitochondrion_92(X)
& directly_proportional_2(fn_mitochondrion_45(X),fn_mitochondrion_75(X))
& quantity_2(fn_mitochondrion_66(X),fn_mitochondrion_45(X))
& called_2(fn_mitochondrion_49(X),'CG')
& called_2(fn_mitochondrion_75(X),'PE_EG')
& the_scalar_value_2(fn_mitochondrion_87(X),big_0)
& scalar_unit_class_2(fn_mitochondrion_87(X),polypeptide_0)
& size_2(fn_mitochondrion_108(X),fn_mitochondrion_87(X))
& has_part_2(fn_mitochondrion_63(X),fn_mitochondrion_108(X))
& object_2(fn_mitochondrion_67(X),fn_mitochondrion_146(X))
& possesses_2(fn_mitochondrion_146(X),fn_mitochondrion_76(X))
& raw_material_2(fn_mitochondrion_74(X),fn_mitochondrion_76(X))
& quantity_2(fn_mitochondrion_76(X),fn_mitochondrion_75(X))
& facilitates_2(fn_mitochondrion_158(X),fn_mitochondrion_52(X))
& element_2(fn_mitochondrion_157(X),fn_mitochondrion_158(X))
& has_state_2(fn_mitochondrion_157(X),fn_mitochondrion_59(X))
& result_2(fn_mitochondrion_69(X),fn_mitochondrion_59(X))
& element_2(fn_mitochondrion_85(X),fn_mitochondrion_84(X))
& has_region_2(fn_mitochondrion_117(X),fn_mitochondrion_85(X))
& is_between_2(fn_mitochondrion_146(X),fn_mitochondrion_80(X))
& agent_2(fn_mitochondrion_74(X),fn_mitochondrion_146(X))
& is_between_2(fn_mitochondrion_146(X),fn_mitochondrion_81(X))
& size_2(fn_mitochondrion_89(X),fn_mitochondrion_88(X))
& possesses_2(fn_mitochondrion_66(X),fn_mitochondrion_76(X))
& is_inside_2(fn_mitochondrion_38(X),fn_mitochondrion_37(X))
& has_region_2(fn_mitochondrion_158(X),fn_mitochondrion_71(X))
& size_2(fn_mitochondrion_84(X),fn_mitochondrion_83(X))
& has_region_2(fn_mitochondrion_72(X),fn_mitochondrion_71(X))
& result_2(fn_mitochondrion_57(X),fn_mitochondrion_38(X))
& object_2(fn_mitochondrion_98(X),fn_mitochondrion_105(X))
& fn_mitochondrion_63(X) = fn_create_1(fn_mitochondrion_56(X))
& fn_mitochondrion_25(X) = fn_decomposition_reaction_5(fn_mitochondrion_26(X))
& fn_mitochondrion_78(X) = fn_carrier_protein_4(fn_mitochondrion_142(X))
& fn_mitochondrion_77(X) = fn_locomotion_1(fn_mitochondrion_78(X))
& fn_mitochondrion_50(X) = fn_energy_transformation_by_organism_3(fn_mitochondrion_58(X))
& fn_mitochondrion_70(X) = fn_plasma_membrane_4(fn_mitochondrion_147(X))
& fn_mitochondrion_70(X) = fn_plasma_membrane_3(fn_mitochondrion_147(X))
& fn_mitochondrion_133(X) = fn_passive_transport_12(fn_mitochondrion_135(X))
& fn_mitochondrion_131(X) = fn_passive_transport_11(fn_mitochondrion_135(X))
& fn_mitochondrion_39(X) = fn_organelle_2(X)
& fn_mitochondrion_142(X) = fn_active_movement_of_ions_10(fn_mitochondrion_153(X))
& fn_mitochondrion_134(X) = fn_passive_transport_25(fn_mitochondrion_135(X))
& fn_mitochondrion_132(X) = fn_facilitated_diffusion_55(fn_mitochondrion_135(X))
& fn_mitochondrion_132(X) = fn_passive_transport_24(fn_mitochondrion_135(X))
& fn_mitochondrion_132(X) = fn_atp_synthase_44(fn_mitochondrion_136(X))
& fn_mitochondrion_62(X) = fn_semiautonomous_organelle_7(X)
& fn_mitochondrion_57(X) = fn_semiautonomous_organelle_9(X)
& fn_mitochondrion_78(X) = fn_active_transport_22(fn_mitochondrion_153(X))
& fn_mitochondrion_145(X) = fn_eukaryotic_oxidative_phosphorylation_201(fn_mitochondrion_55(X))
& fn_mitochondrion_137(X) = fn_eukaryotic_oxidative_phosphorylation_186(fn_mitochondrion_55(X))
& fn_mitochondrion_71(X) = fn_eukaryotic_oxidative_phosphorylation_117(fn_mitochondrion_55(X))
& fn_mitochondrion_78(X) = fn_eukaryotic_oxidative_phosphorylation_188(fn_mitochondrion_55(X))
& fn_mitochondrion_72(X) = fn_oxidative_phosphorylation_28(fn_mitochondrion_55(X))
& fn_mitochondrion_59(X) = fn_oxidative_phosphorylation_14(fn_mitochondrion_55(X))
& fn_mitochondrion_64(X) = fn_semiautonomous_organelle_5(X)
& fn_mitochondrion_64(X) = fn_semiautonomous_organelle_4(X)
& fn_mitochondrion_79(X) = fn_semiautonomous_organelle_8(X)
& fn_mitochondrion_61(X) = fn_semiautonomous_organelle_6(X)
& fn_mitochondrion_53(X) = fn_move_into_1(fn_mitochondrion_78(X))
& fn_mitochondrion_78(X) = fn_biomembrane_52(fn_mitochondrion_53(X))
& fn_mitochondrion_78(X) = fn_atp_synthase_44(fn_mitochondrion_59(X))
& fn_mitochondrion_78(X) = fn_atp_synthase_44(fn_mitochondrion_157(X))
& fn_mitochondrion_78(X) = fn_atp_synthase_30(fn_mitochondrion_157(X))
& fn_mitochondrion_78(X) = fn_atp_synthase_30(fn_mitochondrion_59(X))
& fn_mitochondrion_78(X) = fn_facilitated_diffusion_55(fn_mitochondrion_74(X))
& fn_mitochondrion_151(X) = fn_facilitated_diffusion_45(fn_mitochondrion_74(X))
& fn_mitochondrion_52(X) = fn_atp_synthase_34(fn_mitochondrion_136(X))
& fn_mitochondrion_72(X) = fn_protein_complex_1(fn_mitochondrion_136(X))
& fn_mitochondrion_72(X) = fn_atp_synthase_32(fn_mitochondrion_136(X))
& fn_mitochondrion_134(X) = fn_facilitated_diffusion_49(fn_mitochondrion_135(X))
& fn_mitochondrion_135(X) = fn_atp_synthase_46(fn_mitochondrion_136(X))
& fn_mitochondrion_134(X) = fn_atp_synthase_37(fn_mitochondrion_136(X))
& fn_mitochondrion_111(X) = fn_mitochondrial_membrane_47(fn_mitochondrion_63(X))
& fn_mitochondrion_99(X) = fn_mitochondrial_membrane_11(fn_mitochondrion_63(X))
& fn_mitochondrion_39(X) = fn_mitochondrial_membrane_48(fn_mitochondrion_63(X))
& fn_mitochondrion_101(X) = fn_mitochondrial_membrane_12(fn_mitochondrion_63(X))
& fn_mitochondrion_60(X) = fn_mitochondrial_membrane_34(fn_mitochondrion_63(X))
& fn_mitochondrion_116(X) = fn_integral_protein_9(fn_mitochondrion_142(X))
& fn_mitochondrion_116(X) = fn_facilitated_diffusion_5(fn_mitochondrion_74(X))
& fn_mitochondrion_116(X) = fn_eukaryotic_oxidative_phosphorylation_107(fn_mitochondrion_55(X))
& fn_mitochondrion_138(X) = fn_eukaryotic_oxidative_phosphorylation_186(fn_mitochondrion_55(X))
& fn_mitochondrion_66(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_mitochondrion_153(X))
& fn_mitochondrion_66(X) = fn_eukaryotic_oxidative_phosphorylation_202(fn_mitochondrion_55(X))
& fn_mitochondrion_154(X) = fn_chemical_reaction_1(fn_mitochondrion_55(X))
& fn_mitochondrion_154(X) = fn_eukaryotic_oxidative_phosphorylation_336(fn_mitochondrion_55(X))
& fn_mitochondrion_156(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_mitochondrion_153(X))
& fn_mitochondrion_54(X) = fn_semiautonomous_organelle_1(X)
& fn_mitochondrion_118(X) = fn_eukaryotic_oxidative_phosphorylation_390(fn_mitochondrion_55(X))
& fn_mitochondrion_114(X) = fn_active_movement_of_ions_18(fn_mitochondrion_153(X))
& fn_mitochondrion_151(X) = fn_eukaryotic_oxidative_phosphorylation_193(fn_mitochondrion_55(X))
& fn_mitochondrion_114(X) = fn_eukaryotic_oxidative_phosphorylation_195(fn_mitochondrion_55(X))
& fn_mitochondrion_155(X) = fn_eukaryotic_oxidative_phosphorylation_197(fn_mitochondrion_55(X))
& fn_mitochondrion_158(X) = fn_eukaryotic_oxidative_phosphorylation_198(fn_mitochondrion_55(X))
& fn_mitochondrion_141(X) = fn_oxidative_phosphorylation_27(fn_mitochondrion_55(X))
& fn_mitochondrion_141(X) = fn_eukaryotic_oxidative_phosphorylation_184(fn_mitochondrion_55(X))
& fn_mitochondrion_143(X) = fn_eukaryotic_oxidative_phosphorylation_303(fn_mitochondrion_55(X))
& fn_mitochondrion_144(X) = fn_eukaryotic_oxidative_phosphorylation_302(fn_mitochondrion_55(X))
& fn_mitochondrion_153(X) = fn_eukaryotic_oxidative_phosphorylation_375(fn_mitochondrion_55(X))
& fn_mitochondrion_70(X) = fn_eukaryotic_oxidative_phosphorylation_199(fn_mitochondrion_55(X))
& fn_mitochondrion_115(X) = fn_eukaryotic_oxidative_phosphorylation_385(fn_mitochondrion_55(X))
& fn_mitochondrion_117(X) = fn_integral_protein_27(fn_mitochondrion_142(X))
& fn_mitochondrion_117(X) = fn_facilitated_diffusion_48(fn_mitochondrion_74(X))
& fn_mitochondrion_117(X) = fn_eukaryotic_oxidative_phosphorylation_305(fn_mitochondrion_55(X))
& fn_mitochondrion_142(X) = fn_facilitated_diffusion_25(fn_mitochondrion_74(X))
& fn_mitochondrion_142(X) = fn_eukaryotic_oxidative_phosphorylation_150(fn_mitochondrion_55(X))
& fn_mitochondrion_119(X) = fn_mitochondrial_membrane_33(fn_mitochondrion_63(X))
& fn_mitochondrion_119(X) = fn_eukaryotic_oxidative_phosphorylation_91(fn_mitochondrion_55(X))
& fn_mitochondrion_69(X) = fn_eukaryotic_oxidative_phosphorylation_323(fn_mitochondrion_55(X))
& fn_mitochondrion_140(X) = fn_eukaryotic_oxidative_phosphorylation_185(fn_mitochondrion_55(X))
& fn_mitochondrion_74(X) = fn_atp_synthase_46(fn_mitochondrion_59(X))
& fn_mitochondrion_74(X) = fn_eukaryotic_oxidative_phosphorylation_327(fn_mitochondrion_55(X))
& fn_mitochondrion_157(X) = fn_oxidative_phosphorylation_14(fn_mitochondrion_55(X))
& fn_mitochondrion_157(X) = fn_eukaryotic_oxidative_phosphorylation_118(fn_mitochondrion_55(X))
& fn_mitochondrion_81(X) = fn_eukaryotic_oxidative_phosphorylation_328(fn_mitochondrion_55(X))
& fn_mitochondrion_77(X) = fn_active_transport_19(fn_mitochondrion_153(X))
& fn_mitochondrion_153(X) = fn_eukaryotic_oxidative_phosphorylation_373(fn_mitochondrion_55(X))
& fn_mitochondrion_77(X) = fn_eukaryotic_oxidative_phosphorylation_187(fn_mitochondrion_55(X))
& fn_mitochondrion_159(X) = fn_eukaryotic_oxidative_phosphorylation_333(fn_mitochondrion_55(X))
& fn_mitochondrion_54(X) = fn_eukaryotic_oxidative_phosphorylation_325(fn_mitochondrion_55(X))
& fn_mitochondrion_156(X) = fn_eukaryotic_oxidative_phosphorylation_335(fn_mitochondrion_55(X))
& fn_mitochondrion_121(X) = fn_eukaryotic_oxidative_phosphorylation_87(fn_mitochondrion_55(X))
& fn_mitochondrion_77(X) = fn_biomembrane_55(fn_mitochondrion_53(X))
& fn_mitochondrion_77(X) = fn_eukaryotic_oxidative_phosphorylation_331(fn_mitochondrion_55(X))
& fn_mitochondrion_80(X) = fn_eukaryotic_oxidative_phosphorylation_329(fn_mitochondrion_55(X))
& fn_mitochondrion_157(X) = fn_eukaryotic_oxidative_phosphorylation_192(fn_mitochondrion_55(X))
& fn_mitochondrion_122(X) = fn_mitochondrial_membrane_16(fn_mitochondrion_63(X))
& fn_mitochondrion_122(X) = fn_eukaryotic_oxidative_phosphorylation_388(fn_mitochondrion_55(X))
& fn_mitochondrion_63(X) = fn_eukaryotic_oxidative_phosphorylation_116(fn_mitochondrion_55(X))
& fn_mitochondrion_37(X) = fn_eukaryotic_oxidative_phosphorylation_391(fn_mitochondrion_55(X))
& fn_mitochondrion_53(X) = fn_atp_synthase_37(fn_mitochondrion_59(X))
& fn_mitochondrion_53(X) = fn_atp_synthase_37(fn_mitochondrion_157(X))
& fn_mitochondrion_53(X) = fn_eukaryotic_oxidative_phosphorylation_326(fn_mitochondrion_55(X))
& fn_mitochondrion_59(X) = fn_eukaryotic_oxidative_phosphorylation_192(fn_mitochondrion_55(X))
& fn_mitochondrion_160(X) = fn_eukaryotic_oxidative_phosphorylation_374(fn_mitochondrion_55(X))
& X = fn_eukaryotic_oxidative_phosphorylation_322(fn_mitochondrion_55(X))
& fn_mitochondrion_52(X) = fn_eukaryotic_oxidative_phosphorylation_324(fn_mitochondrion_55(X))
& fn_mitochondrion_51(X) = fn_eukaryotic_oxidative_phosphorylation_334(fn_mitochondrion_55(X))
& fn_mitochondrion_65(X) = fn_chemiosmosis_111(fn_mitochondrion_54(X))
& fn_mitochondrion_67(X) = fn_chemiosmosis_108(fn_mitochondrion_54(X))
& fn_mitochondrion_77(X) = fn_facilitated_diffusion_26(fn_mitochondrion_74(X))
& fn_mitochondrion_77(X) = fn_chemiosmosis_12(fn_mitochondrion_54(X))
& fn_mitochondrion_154(X) = fn_chemiosmosis_100(fn_mitochondrion_54(X))
& fn_mitochondrion_155(X) = fn_chemiosmosis_31(fn_mitochondrion_54(X))
& fn_mitochondrion_149(X) = fn_chemiosmosis_98(fn_mitochondrion_54(X))
& fn_mitochondrion_148(X) = fn_chemiosmosis_106(fn_mitochondrion_54(X))
& fn_mitochondrion_71(X) = fn_chemiosmosis_32(fn_mitochondrion_54(X))
& fn_mitochondrion_81(X) = fn_chemiosmosis_123(fn_mitochondrion_54(X))
& fn_mitochondrion_160(X) = fn_chemiosmosis_30(fn_mitochondrion_54(X))
& fn_mitochondrion_66(X) = fn_chemiosmosis_117(fn_mitochondrion_54(X))
& fn_mitochondrion_140(X) = fn_chemiosmosis_63(fn_mitochondrion_54(X))
& fn_mitochondrion_70(X) = fn_protein_complex_1(fn_mitochondrion_157(X))
& fn_mitochondrion_70(X) = fn_chemiosmosis_104(fn_mitochondrion_54(X))
& fn_mitochondrion_157(X) = fn_chemiosmosis_115(fn_mitochondrion_54(X))
& fn_mitochondrion_139(X) = fn_chemiosmosis_62(fn_mitochondrion_54(X))
& fn_mitochondrion_141(X) = fn_chemiosmosis_63(fn_mitochondrion_54(X))
& fn_mitochondrion_137(X) = fn_chemiosmosis_84(fn_mitochondrion_54(X))
& fn_mitochondrion_140(X) = fn_chemiosmosis_64(fn_mitochondrion_54(X))
& fn_mitochondrion_150(X) = fn_chemiosmosis_105(fn_mitochondrion_54(X))
& fn_mitochondrion_72(X) = fn_chemiosmosis_101(fn_mitochondrion_54(X))
& fn_mitochondrion_59(X) = fn_chemiosmosis_115(fn_mitochondrion_54(X))
& fn_mitochondrion_141(X) = fn_chemiosmosis_64(fn_mitochondrion_54(X))
& fn_mitochondrion_69(X) = fn_chemiosmosis_102(fn_mitochondrion_54(X))
& fn_mitochondrion_74(X) = fn_chemiosmosis_119(fn_mitochondrion_54(X))
& fn_mitochondrion_52(X) = fn_chemiosmosis_118(fn_mitochondrion_54(X))
& fn_mitochondrion_68(X) = fn_chemiosmosis_120(fn_mitochondrion_54(X))
& fn_mitochondrion_120(X) = fn_biomembrane_48(fn_mitochondrion_53(X))
& fn_mitochondrion_121(X) = fn_biomembrane_72(fn_mitochondrion_53(X))
& fn_mitochondrion_53(X) = fn_transmembrane_protein_4(fn_mitochondrion_142(X))
& fn_mitochondrion_113(X) = fn_transmembrane_protein_5(fn_mitochondrion_142(X))
& fn_mitochondrion_53(X) = fn_active_movement_of_ions_19(fn_mitochondrion_153(X))
& fn_mitochondrion_113(X) = fn_biomembrane_47(fn_mitochondrion_53(X))
& fn_mitochondrion_113(X) = fn_facilitated_diffusion_17(fn_mitochondrion_74(X))
& fn_mitochondrion_53(X) = fn_mitochondrial_membrane_37(fn_mitochondrion_63(X))
& fn_mitochondrion_113(X) = fn_mitochondrial_membrane_67(fn_mitochondrion_63(X))
& fn_mitochondrion_113(X) = fn_biomembrane_41(fn_mitochondrion_53(X))
& fn_mitochondrion_188(X) = fn_biomembrane_102(fn_mitochondrion_53(X))
& fn_mitochondrion_188(X) = fn_biomembrane_101(fn_mitochondrion_53(X))
& fn_mitochondrion_185(X) = fn_biomembrane_83(fn_mitochondrion_53(X))
& fn_mitochondrion_188(X) = fn_biomembrane_100(fn_mitochondrion_53(X))
& fn_mitochondrion_185(X) = fn_biomembrane_81(fn_mitochondrion_53(X))
& fn_mitochondrion_114(X) = fn_facilitated_diffusion_16(fn_mitochondrion_74(X))
& fn_mitochondrion_114(X) = fn_biomembrane_42(fn_mitochondrion_53(X))
& fn_mitochondrion_112(X) = fn_biomembrane_15(fn_mitochondrion_53(X))
& fn_mitochondrion_53(X) = fn_facilitated_diffusion_49(fn_mitochondrion_74(X))
& fn_mitochondrion_112(X) = fn_facilitated_diffusion_14(fn_mitochondrion_74(X))
& fn_mitochondrion_112(X) = fn_biomembrane_14(fn_mitochondrion_53(X))
& fn_mitochondrion_183(X) = fn_citric_acid_cycle_27(fn_mitochondrion_182(X))
& fn_mitochondrion_184(X) = fn_citric_acid_cycle_24(fn_mitochondrion_182(X))
& fn_mitochondrion_171(X) = fn_citric_acid_cycle_72(fn_mitochondrion_182(X))
& fn_mitochondrion_172(X) = fn_citric_acid_cycle_31(fn_mitochondrion_182(X))
& fn_mitochondrion_179(X) = fn_citric_acid_cycle_30(fn_mitochondrion_182(X))
& fn_mitochondrion_180(X) = fn_citric_acid_cycle_109(fn_mitochondrion_182(X))
& fn_mitochondrion_161(X) = fn_citric_acid_cycle_12(fn_mitochondrion_182(X))
& fn_mitochondrion_178(X) = fn_citric_acid_cycle_17(fn_mitochondrion_182(X))
& fn_mitochondrion_173(X) = fn_citric_acid_cycle_57(fn_mitochondrion_182(X))
& fn_mitochondrion_174(X) = fn_citric_acid_cycle_108(fn_mitochondrion_182(X))
& fn_mitochondrion_163(X) = fn_citric_acid_cycle_5(fn_mitochondrion_182(X))
& fn_mitochondrion_162(X) = fn_citric_acid_cycle_4(fn_mitochondrion_182(X))
& fn_mitochondrion_177(X) = fn_citric_acid_cycle_18(fn_mitochondrion_182(X))
& fn_mitochondrion_173(X) = fn_citric_acid_cycle_in_eukaryote_28(fn_mitochondrion_182(X))
& fn_mitochondrion_170(X) = fn_citric_acid_cycle_in_eukaryote_44(fn_mitochondrion_182(X))
& fn_mitochondrion_165(X) = fn_citric_acid_cycle_in_eukaryote_49(fn_mitochondrion_182(X))
& fn_mitochondrion_168(X) = fn_citric_acid_cycle_in_eukaryote_46(fn_mitochondrion_182(X))
& fn_mitochondrion_169(X) = fn_citric_acid_cycle_in_eukaryote_45(fn_mitochondrion_182(X))
& fn_mitochondrion_167(X) = fn_citric_acid_cycle_in_eukaryote_47(fn_mitochondrion_182(X))
& fn_mitochondrion_171(X) = fn_citric_acid_cycle_in_eukaryote_43(fn_mitochondrion_182(X))
& fn_mitochondrion_175(X) = fn_citric_acid_cycle_in_eukaryote_42(fn_mitochondrion_182(X))
& fn_mitochondrion_164(X) = fn_citric_acid_cycle_in_eukaryote_14(fn_mitochondrion_182(X))
& fn_mitochondrion_176(X) = fn_citric_acid_cycle_in_eukaryote_12(fn_mitochondrion_182(X))
& fn_mitochondrion_170(X) = fn_citric_acid_cycle_in_eukaryote_48(fn_mitochondrion_182(X))
& fn_mitochondrion_166(X) = fn_citric_acid_cycle_in_eukaryote_49(fn_mitochondrion_182(X))
& fn_mitochondrion_165(X) = fn_citric_acid_cycle_in_eukaryote_44(fn_mitochondrion_182(X))
& fn_mitochondrion_181(X) = fn_citric_acid_cycle_in_eukaryote_51(fn_mitochondrion_182(X))
& fn_mitochondrion_118(X) = fn_mitochondrial_membrane_7(fn_mitochondrion_63(X))
& fn_mitochondrion_118(X) = fn_citric_acid_cycle_in_eukaryote_2(fn_mitochondrion_182(X))
& fn_mitochondrion_37(X) = fn_citric_acid_cycle_in_eukaryote_53(fn_mitochondrion_182(X))
& fn_mitochondrion_24(X) = fn_eukaryotic_pyruvate_oxidation_7(fn_mitochondrion_21(X))
& fn_mitochondrion_23(X) = fn_eukaryotic_pyruvate_oxidation_6(fn_mitochondrion_21(X))
& fn_mitochondrion_30(X) = fn_eukaryotic_pyruvate_oxidation_61(fn_mitochondrion_21(X))
& fn_mitochondrion_32(X) = fn_eukaryotic_pyruvate_oxidation_79(fn_mitochondrion_21(X))
& fn_mitochondrion_27(X) = fn_eukaryotic_pyruvate_oxidation_70(fn_mitochondrion_21(X))
& fn_mitochondrion_33(X) = fn_eukaryotic_pyruvate_oxidation_52(fn_mitochondrion_21(X))
& fn_mitochondrion_26(X) = fn_eukaryotic_pyruvate_oxidation_67(fn_mitochondrion_21(X))
& fn_mitochondrion_34(X) = fn_eukaryotic_pyruvate_oxidation_53(fn_mitochondrion_21(X))
& fn_mitochondrion_35(X) = fn_eukaryotic_pyruvate_oxidation_68(fn_mitochondrion_21(X))
& fn_mitochondrion_31(X) = fn_eukaryotic_pyruvate_oxidation_80(fn_mitochondrion_21(X))
& fn_mitochondrion_29(X) = fn_eukaryotic_pyruvate_oxidation_74(fn_mitochondrion_21(X))
& fn_mitochondrion_36(X) = fn_eukaryotic_pyruvate_oxidation_69(fn_mitochondrion_21(X))
& fn_mitochondrion_51(X) = fn_eukaryotic_pyruvate_oxidation_76(fn_mitochondrion_21(X))
& fn_mitochondrion_28(X) = fn_eukaryotic_pyruvate_oxidation_81(fn_mitochondrion_21(X))
& fn_mitochondrion_25(X) = fn_eukaryotic_pyruvate_oxidation_75(fn_mitochondrion_21(X))
& fn_mitochondrion_22(X) = fn_eukaryotic_pyruvate_oxidation_72(fn_mitochondrion_21(X))
& X = fn_eukaryotic_pyruvate_oxidation_73(fn_mitochondrion_21(X))
& fn_mitochondrion_62(X) = fn_mitochondrial_matrix_7(fn_mitochondrion_37(X))
& fn_mitochondrion_112(X) = fn_mitochondrial_membrane_43(fn_mitochondrion_63(X))
& fn_mitochondrion_112(X) = fn_mitochondrial_matrix_2(fn_mitochondrion_37(X))
& X = fn_mitochondrial_membrane_35(fn_mitochondrion_63(X))
& fn_mitochondrion_37(X) = fn_mitochondrial_membrane_32(fn_mitochondrion_63(X))
& X = fn_mitochondrial_matrix_4(fn_mitochondrion_37(X))
& fn_mitochondrion_62(X) = fn_synthesis_of_protein_10(fn_mitochondrion_57(X))
& fn_mitochondrion_79(X) = fn_synthesis_of_protein_13(fn_mitochondrion_57(X))
& fn_mitochondrion_129(X) = fn_atp_synthase_10(fn_mitochondrion_59(X))
& fn_mitochondrion_129(X) = fn_atp_synthase_10(fn_mitochondrion_157(X))
& fn_mitochondrion_130(X) = fn_atp_synthase_9(fn_mitochondrion_157(X))
& fn_mitochondrion_117(X) = fn_atp_synthase_40(fn_mitochondrion_59(X))
& fn_mitochondrion_117(X) = fn_atp_synthase_40(fn_mitochondrion_157(X))
& fn_mitochondrion_154(X) = fn_atp_synthase_21(fn_mitochondrion_157(X))
& fn_mitochondrion_59(X) = fn_eukaryotic_oxidative_phosphorylation_118(fn_mitochondrion_55(X))
& fn_mitochondrion_73(X) = fn_eukaryotic_oxidative_phosphorylation_200(fn_mitochondrion_55(X))
& fn_mitochondrion_73(X) = fn_atp_synthase_35(fn_mitochondrion_59(X))
& fn_mitochondrion_73(X) = fn_atp_synthase_35(fn_mitochondrion_157(X))
& fn_mitochondrion_151(X) = fn_active_movement_of_ions_14(fn_mitochondrion_153(X))
& fn_mitochondrion_151(X) = fn_atp_synthase_12(fn_mitochondrion_59(X))
& fn_mitochondrion_151(X) = fn_facilitated_diffusion_42(fn_mitochondrion_74(X))
& fn_mitochondrion_151(X) = fn_atp_synthase_12(fn_mitochondrion_157(X))
& fn_mitochondrion_83(X) = fn_atp_synthase_15(fn_mitochondrion_59(X))
& fn_mitochondrion_83(X) = fn_atp_synthase_15(fn_mitochondrion_157(X))
& fn_mitochondrion_82(X) = fn_atp_synthase_16(fn_mitochondrion_59(X))
& fn_mitochondrion_82(X) = fn_atp_synthase_16(fn_mitochondrion_157(X))
& fn_mitochondrion_152(X) = fn_active_movement_of_ions_12(fn_mitochondrion_153(X))
& fn_mitochondrion_113(X) = fn_active_movement_of_ions_13(fn_mitochondrion_153(X))
& fn_mitochondrion_113(X) = fn_atp_synthase_11(fn_mitochondrion_59(X))
& fn_mitochondrion_152(X) = fn_facilitated_diffusion_45(fn_mitochondrion_74(X))
& fn_mitochondrion_113(X) = fn_facilitated_diffusion_44(fn_mitochondrion_74(X))
& fn_mitochondrion_113(X) = fn_atp_synthase_11(fn_mitochondrion_157(X))
& fn_mitochondrion_152(X) = fn_atp_synthase_14(fn_mitochondrion_59(X))
& fn_mitochondrion_152(X) = fn_atp_synthase_14(fn_mitochondrion_157(X))
& fn_mitochondrion_155(X) = fn_atp_synthase_38(fn_mitochondrion_157(X))
& fn_mitochondrion_70(X) = fn_protein_complex_1(fn_mitochondrion_59(X))
& fn_mitochondrion_70(X) = fn_atp_synthase_13(fn_mitochondrion_59(X))
& fn_mitochondrion_70(X) = fn_atp_synthase_13(fn_mitochondrion_157(X))
& fn_mitochondrion_150(X) = fn_atp_synthase_33(fn_mitochondrion_59(X))
& fn_mitochondrion_150(X) = fn_atp_synthase_33(fn_mitochondrion_157(X))
& fn_mitochondrion_68(X) = fn_exergonic_process_3(fn_mitochondrion_74(X))
& fn_mitochondrion_68(X) = fn_passive_transport_17(fn_mitochondrion_74(X))
& fn_mitochondrion_145(X) = fn_passive_transport_22(fn_mitochondrion_74(X))
& fn_mitochondrion_186(X) = fn_biomembrane_102(fn_mitochondrion_63(X))
& fn_mitochondrion_125(X) = fn_biomembrane_3(fn_mitochondrion_63(X))
& fn_mitochondrion_63(X) = fn_organelle_1(X)
& fn_mitochondrion_111(X) = fn_organelle_2(X)
& fn_mitochondrion_126(X) = fn_biomembrane_39(fn_mitochondrion_63(X))
& fn_mitochondrion_187(X) = fn_biomembrane_101(fn_mitochondrion_63(X))
& fn_mitochondrion_111(X) = fn_biomembrane_15(fn_mitochondrion_63(X))
& fn_mitochondrion_103(X) = fn_mitochondrial_membrane_24(fn_mitochondrion_63(X))
& fn_mitochondrion_103(X) = fn_biomembrane_41(fn_mitochondrion_63(X))
& fn_mitochondrion_104(X) = fn_biomembrane_42(fn_mitochondrion_63(X))
& fn_mitochondrion_39(X) = fn_biomembrane_14(fn_mitochondrion_63(X))
& fn_mitochondrion_124(X) = fn_biomembrane_19(fn_mitochondrion_63(X))
& fn_mitochondrion_94(X) = fn_biomembrane_4(fn_mitochondrion_63(X))
& fn_mitochondrion_93(X) = fn_biomembrane_49(fn_mitochondrion_63(X))
& fn_mitochondrion_98(X) = fn_biomembrane_50(fn_mitochondrion_63(X))
& fn_mitochondrion_100(X) = fn_biomembrane_71(fn_mitochondrion_63(X))
& fn_mitochondrion_86(X) = fn_biomembrane_73(fn_mitochondrion_63(X))
& fn_mitochondrion_102(X) = fn_biomembrane_70(fn_mitochondrion_63(X))
& fn_mitochondrion_123(X) = fn_biomembrane_26(fn_mitochondrion_63(X))
& fn_mitochondrion_96(X) = fn_biomembrane_25(fn_mitochondrion_63(X))
& fn_mitochondrion_95(X) = fn_biomembrane_18(fn_mitochondrion_63(X))
& fn_mitochondrion_91(X) = fn_biomembrane_31(fn_mitochondrion_63(X))
& fn_mitochondrion_107(X) = fn_biomembrane_32(fn_mitochondrion_63(X))
& fn_mitochondrion_187(X) = fn_biomembrane_100(fn_mitochondrion_63(X))
& fn_mitochondrion_98(X) = fn_biomembrane_101(fn_mitochondrion_63(X))
& fn_mitochondrion_187(X) = fn_biomembrane_102(fn_mitochondrion_63(X))
& fn_mitochondrion_186(X) = fn_biomembrane_101(fn_mitochondrion_63(X))
& fn_mitochondrion_98(X) = fn_biomembrane_100(fn_mitochondrion_63(X))
& fn_mitochondrion_89(X) = fn_biomembrane_66(fn_mitochondrion_63(X))
& fn_mitochondrion_90(X) = fn_biomembrane_62(fn_mitochondrion_63(X))
& fn_mitochondrion_110(X) = fn_biomembrane_63(fn_mitochondrion_63(X))
& fn_mitochondrion_109(X) = fn_biomembrane_30(fn_mitochondrion_63(X))
& fn_mitochondrion_105(X) = fn_biomembrane_48(fn_mitochondrion_63(X))
& fn_mitochondrion_106(X) = fn_biomembrane_72(fn_mitochondrion_63(X))
& fn_mitochondrion_92(X) = fn_biomembrane_55(fn_mitochondrion_63(X))
& fn_mitochondrion_97(X) = fn_biomembrane_52(fn_mitochondrion_63(X))
& fn_mitochondrion_105(X) = fn_block_1(fn_mitochondrion_98(X))
& fn_mitochondrion_38(X) = fn_anabolic_pathway_5(fn_mitochondrion_57(X))
& fn_mitochondrion_38(X) = fn_synthesis_of_protein_16(fn_mitochondrion_57(X))
& fn_mitochondrion_71(X) = fn_protein_enzyme_10(fn_mitochondrion_72(X))
& fn_mitochondrion_71(X) = fn_knob_5(fn_mitochondrion_72(X))
& fn_mitochondrion_83(X) = fn_lipid_2(fn_mitochondrion_84(X))
& fn_mitochondrion_71(X) = fn_protein_enzyme_10(fn_mitochondrion_158(X))
& fn_mitochondrion_71(X) = fn_knob_5(fn_mitochondrion_158(X))
& fn_mitochondrion_38(X) = fn_mitochondrial_matrix_6(fn_mitochondrion_37(X))
& fn_mitochondrion_127(X) = fn_lipid_1(fn_mitochondrion_89(X))
& fn_mitochondrion_88(X) = fn_lipid_2(fn_mitochondrion_89(X))
& fn_mitochondrion_80(X) = fn_active_transport_21(fn_mitochondrion_153(X))
& fn_mitochondrion_80(X) = fn_facilitated_diffusion_of_ion_23(fn_mitochondrion_74(X))
& fn_mitochondrion_146(X) = fn_active_transport_25(fn_mitochondrion_153(X))
& fn_mitochondrion_81(X) = fn_active_transport_20(fn_mitochondrion_153(X))
& fn_mitochondrion_146(X) = fn_facilitated_diffusion_of_ion_26(fn_mitochondrion_74(X))
& fn_mitochondrion_81(X) = fn_facilitated_diffusion_of_ion_29(fn_mitochondrion_74(X))
& fn_mitochondrion_84(X) = fn_phospholipid_bilayer_1(fn_mitochondrion_117(X))
& fn_mitochondrion_84(X) = fn_phospholipid_bilayer_2(fn_mitochondrion_117(X))
& fn_mitochondrion_85(X) = fn_phospholipid_bilayer_34(fn_mitochondrion_117(X))
& fn_mitochondrion_85(X) = fn_phospholipid_bilayer_33(fn_mitochondrion_117(X))
& fn_mitochondrion_157(X) = fn_activation_of_atp_synthase_3(fn_mitochondrion_69(X))
& fn_mitochondrion_59(X) = fn_activation_of_atp_synthase_4(fn_mitochondrion_69(X))
& fn_mitochondrion_158(X) = fn_atp_synthase_32(fn_mitochondrion_59(X))
& fn_mitochondrion_52(X) = fn_atp_synthase_34(fn_mitochondrion_59(X))
& fn_mitochondrion_52(X) = fn_atp_synthase_34(fn_mitochondrion_157(X))
& fn_mitochondrion_158(X) = fn_atp_synthase_32(fn_mitochondrion_157(X))
& fn_mitochondrion_67(X) = fn_passive_transport_23(fn_mitochondrion_74(X))
& fn_mitochondrion_146(X) = fn_passive_transport_26(fn_mitochondrion_74(X))
& fn_mitochondrion_76(X) = fn_gradient_1(fn_mitochondrion_66(X))
& fn_mitochondrion_75(X) = fn_gradient_2(fn_mitochondrion_66(X))
& fn_mitochondrion_76(X) = fn_passive_transport_27(fn_mitochondrion_74(X))
& fn_mitochondrion_75(X) = fn_passive_transport_18(fn_mitochondrion_74(X))
& fn_mitochondrion_108(X) = fn_biomembrane_54(fn_mitochondrion_63(X))
& fn_mitochondrion_128(X) = fn_biomembrane_76(fn_mitochondrion_63(X))
& fn_mitochondrion_87(X) = fn_biomembrane_56(fn_mitochondrion_63(X))
& fn_mitochondrion_43(X) = fn_electrochemical_gradient_3(fn_mitochondrion_66(X))
& fn_mitochondrion_45(X) = fn_electrochemical_gradient_18(fn_mitochondrion_66(X))
& fn_mitochondrion_42(X) = fn_electrochemical_gradient_5(fn_mitochondrion_66(X))
& fn_mitochondrion_46(X) = fn_electrochemical_gradient_2(fn_mitochondrion_66(X))
& fn_mitochondrion_40(X) = fn_electrochemical_gradient_7(fn_mitochondrion_66(X))
& fn_mitochondrion_45(X) = fn_electrochemical_gradient_14(fn_mitochondrion_66(X))
& fn_mitochondrion_41(X) = fn_electrochemical_gradient_10(fn_mitochondrion_66(X))
& fn_mitochondrion_49(X) = fn_electrochemical_gradient_13(fn_mitochondrion_66(X))
& fn_mitochondrion_44(X) = fn_electrochemical_gradient_9(fn_mitochondrion_66(X))
& fn_mitochondrion_75(X) = fn_electrochemical_gradient_17(fn_mitochondrion_66(X))
& fn_mitochondrion_48(X) = fn_electrochemical_gradient_1(fn_mitochondrion_66(X))
& fn_mitochondrion_47(X) = fn_electrochemical_gradient_4(fn_mitochondrion_66(X))
& fn_facilitated_diffusion_55(fn_mitochondrion_135(X)) = fn_passive_transport_24(fn_mitochondrion_135(X))
& fn_passive_transport_24(fn_mitochondrion_135(X)) = fn_facilitated_diffusion_55(fn_mitochondrion_135(X))
& fn_atp_synthase_44(fn_mitochondrion_136(X)) = fn_facilitated_diffusion_55(fn_mitochondrion_135(X))
& fn_facilitated_diffusion_55(fn_mitochondrion_135(X)) = fn_atp_synthase_44(fn_mitochondrion_136(X))
& fn_atp_synthase_44(fn_mitochondrion_136(X)) = fn_atp_synthase_44(fn_mitochondrion_136(X))
& fn_atp_synthase_44(fn_mitochondrion_136(X)) = fn_semiautonomous_organelle_5(X)
& fn_semiautonomous_organelle_5(X) = fn_semiautonomous_organelle_5(X)
& fn_semiautonomous_organelle_5(X) = fn_semiautonomous_organelle_4(X)
& fn_semiautonomous_organelle_4(X) = fn_carrier_protein_4(fn_mitochondrion_142(X))
& fn_carrier_protein_4(fn_mitochondrion_142(X)) = fn_active_transport_22(fn_mitochondrion_153(X))
& fn_active_transport_22(fn_mitochondrion_153(X)) = fn_active_transport_22(fn_mitochondrion_153(X))
& fn_active_transport_22(fn_mitochondrion_153(X)) = fn_biomembrane_52(fn_mitochondrion_53(X))
& fn_eukaryotic_oxidative_phosphorylation_188(fn_mitochondrion_55(X)) = fn_biomembrane_52(fn_mitochondrion_53(X))
& fn_biomembrane_52(fn_mitochondrion_53(X)) = fn_biomembrane_52(fn_mitochondrion_53(X))
& fn_biomembrane_52(fn_mitochondrion_53(X)) = fn_eukaryotic_oxidative_phosphorylation_188(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_188(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_188(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_188(fn_mitochondrion_55(X)) = fn_atp_synthase_44(fn_mitochondrion_59(X))
& fn_atp_synthase_44(fn_mitochondrion_157(X)) = fn_atp_synthase_44(fn_mitochondrion_157(X))
& fn_atp_synthase_44(fn_mitochondrion_157(X)) = fn_atp_synthase_44(fn_mitochondrion_59(X))
& fn_atp_synthase_30(fn_mitochondrion_59(X)) = fn_atp_synthase_44(fn_mitochondrion_157(X))
& fn_atp_synthase_30(fn_mitochondrion_59(X)) = fn_atp_synthase_44(fn_mitochondrion_59(X))
& fn_atp_synthase_44(fn_mitochondrion_59(X)) = fn_atp_synthase_44(fn_mitochondrion_157(X))
& fn_atp_synthase_44(fn_mitochondrion_157(X)) = fn_atp_synthase_30(fn_mitochondrion_59(X))
& fn_atp_synthase_30(fn_mitochondrion_59(X)) = fn_atp_synthase_30(fn_mitochondrion_59(X))
& fn_atp_synthase_30(fn_mitochondrion_59(X)) = fn_atp_synthase_30(fn_mitochondrion_157(X))
& fn_atp_synthase_30(fn_mitochondrion_157(X)) = fn_atp_synthase_30(fn_mitochondrion_59(X))
& fn_atp_synthase_30(fn_mitochondrion_59(X)) = fn_facilitated_diffusion_55(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_55(fn_mitochondrion_74(X)) = fn_facilitated_diffusion_55(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_55(fn_mitochondrion_74(X)) = fn_passive_transport_25(fn_mitochondrion_135(X))
& fn_facilitated_diffusion_49(fn_mitochondrion_135(X)) = fn_passive_transport_25(fn_mitochondrion_135(X))
& fn_passive_transport_25(fn_mitochondrion_135(X)) = fn_facilitated_diffusion_49(fn_mitochondrion_135(X))
& fn_facilitated_diffusion_49(fn_mitochondrion_135(X)) = fn_facilitated_diffusion_49(fn_mitochondrion_135(X))
& fn_atp_synthase_37(fn_mitochondrion_136(X)) = fn_facilitated_diffusion_49(fn_mitochondrion_135(X))
& fn_facilitated_diffusion_49(fn_mitochondrion_135(X)) = fn_atp_synthase_37(fn_mitochondrion_136(X))
& fn_atp_synthase_37(fn_mitochondrion_136(X)) = fn_atp_synthase_37(fn_mitochondrion_136(X))
& fn_atp_synthase_37(fn_mitochondrion_136(X)) = fn_integral_protein_9(fn_mitochondrion_142(X))
& fn_integral_protein_9(fn_mitochondrion_142(X)) = fn_facilitated_diffusion_5(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_5(fn_mitochondrion_74(X)) = fn_facilitated_diffusion_5(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_5(fn_mitochondrion_74(X)) = fn_eukaryotic_oxidative_phosphorylation_107(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_107(fn_mitochondrion_55(X)) = fn_active_movement_of_ions_10(fn_mitochondrion_153(X))
& fn_active_movement_of_ions_10(fn_mitochondrion_153(X)) = fn_facilitated_diffusion_25(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_25(fn_mitochondrion_74(X)) = fn_facilitated_diffusion_25(fn_mitochondrion_74(X))
& fn_eukaryotic_oxidative_phosphorylation_150(fn_mitochondrion_55(X)) = fn_facilitated_diffusion_25(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_25(fn_mitochondrion_74(X)) = fn_eukaryotic_oxidative_phosphorylation_150(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_150(fn_mitochondrion_55(X)) = fn_mitochondrial_membrane_33(fn_mitochondrion_63(X))
& fn_mitochondrial_membrane_33(fn_mitochondrion_63(X)) = fn_mitochondrial_membrane_33(fn_mitochondrion_63(X))
& fn_eukaryotic_oxidative_phosphorylation_91(fn_mitochondrion_55(X)) = fn_mitochondrial_membrane_33(fn_mitochondrion_63(X))
& fn_mitochondrial_membrane_33(fn_mitochondrion_63(X)) = fn_eukaryotic_oxidative_phosphorylation_91(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_91(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_373(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_373(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_375(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_375(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_375(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_375(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_373(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_373(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_373(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_373(fn_mitochondrion_55(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_mitochondrion_153(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_mitochondrion_153(X)) = fn_eukaryotic_oxidative_phosphorylation_335(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_335(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_335(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_335(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_388(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_388(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_388(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_388(fn_mitochondrion_55(X)) = fn_mitochondrial_membrane_16(fn_mitochondrion_63(X))
& fn_mitochondrial_membrane_16(fn_mitochondrion_63(X)) = fn_eukaryotic_oxidative_phosphorylation_388(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_388(fn_mitochondrion_55(X)) = fn_locomotion_1(fn_mitochondrion_78(X))
& fn_locomotion_1(fn_mitochondrion_78(X)) = fn_active_transport_19(fn_mitochondrion_153(X))
& fn_active_transport_19(fn_mitochondrion_153(X)) = fn_locomotion_1(fn_mitochondrion_78(X))
& fn_locomotion_1(fn_mitochondrion_78(X)) = fn_locomotion_1(fn_mitochondrion_78(X))
& fn_locomotion_1(fn_mitochondrion_78(X)) = fn_biomembrane_55(fn_mitochondrion_53(X))
& fn_biomembrane_55(fn_mitochondrion_53(X)) = fn_biomembrane_55(fn_mitochondrion_53(X))
& fn_biomembrane_55(fn_mitochondrion_53(X)) = fn_facilitated_diffusion_26(fn_mitochondrion_74(X))
& fn_eukaryotic_oxidative_phosphorylation_187(fn_mitochondrion_55(X)) = fn_facilitated_diffusion_26(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_26(fn_mitochondrion_74(X)) = fn_facilitated_diffusion_26(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_26(fn_mitochondrion_74(X)) = fn_eukaryotic_oxidative_phosphorylation_187(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_187(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_187(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_187(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_331(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_331(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_331(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_331(fn_mitochondrion_55(X)) = fn_chemiosmosis_12(fn_mitochondrion_54(X))
& fn_chemiosmosis_12(fn_mitochondrion_54(X)) = fn_eukaryotic_oxidative_phosphorylation_374(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_374(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_374(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_374(fn_mitochondrion_55(X)) = fn_chemiosmosis_30(fn_mitochondrion_54(X))
& fn_chemiosmosis_30(fn_mitochondrion_54(X)) = fn_chemiosmosis_30(fn_mitochondrion_54(X))
& fn_chemiosmosis_30(fn_mitochondrion_54(X)) = fn_eukaryotic_oxidative_phosphorylation_186(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_186(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_186(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_186(fn_mitochondrion_55(X)) = fn_chemiosmosis_84(fn_mitochondrion_54(X))
& fn_chemiosmosis_84(fn_mitochondrion_54(X)) = fn_chemiosmosis_84(fn_mitochondrion_54(X))
& fn_chemiosmosis_84(fn_mitochondrion_54(X)) = fn_eukaryotic_oxidative_phosphorylation_185(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_185(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_185(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_185(fn_mitochondrion_55(X)) = fn_chemiosmosis_63(fn_mitochondrion_54(X))
& fn_chemiosmosis_64(fn_mitochondrion_54(X)) = fn_chemiosmosis_63(fn_mitochondrion_54(X))
& fn_chemiosmosis_64(fn_mitochondrion_54(X)) = fn_eukaryotic_oxidative_phosphorylation_184(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_184(fn_mitochondrion_55(X)) = fn_oxidative_phosphorylation_27(fn_mitochondrion_55(X))
& fn_oxidative_phosphorylation_27(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_184(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_184(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_184(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_184(fn_mitochondrion_55(X)) = fn_chemiosmosis_63(fn_mitochondrion_54(X))
& fn_chemiosmosis_63(fn_mitochondrion_54(X)) = fn_chemiosmosis_63(fn_mitochondrion_54(X))
& fn_chemiosmosis_63(fn_mitochondrion_54(X)) = fn_chemiosmosis_64(fn_mitochondrion_54(X))
& fn_chemiosmosis_64(fn_mitochondrion_54(X)) = fn_chemiosmosis_64(fn_mitochondrion_54(X))
& fn_chemiosmosis_64(fn_mitochondrion_54(X)) = fn_semiautonomous_organelle_1(X)
& fn_semiautonomous_organelle_1(X) = fn_eukaryotic_oxidative_phosphorylation_325(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_325(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_325(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_325(fn_mitochondrion_55(X)) = fn_biomembrane_72(fn_mitochondrion_53(X))
& fn_biomembrane_72(fn_mitochondrion_53(X)) = fn_eukaryotic_oxidative_phosphorylation_87(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_87(fn_mitochondrion_55(X)) = fn_biomembrane_72(fn_mitochondrion_53(X))
& fn_biomembrane_72(fn_mitochondrion_53(X)) = fn_biomembrane_102(fn_mitochondrion_53(X))
& fn_biomembrane_102(fn_mitochondrion_53(X)) = fn_biomembrane_101(fn_mitochondrion_53(X))
& fn_biomembrane_101(fn_mitochondrion_53(X)) = fn_biomembrane_101(fn_mitochondrion_53(X))
& fn_biomembrane_100(fn_mitochondrion_53(X)) = fn_biomembrane_100(fn_mitochondrion_53(X))
& fn_biomembrane_100(fn_mitochondrion_53(X)) = fn_biomembrane_101(fn_mitochondrion_53(X))
& fn_biomembrane_101(fn_mitochondrion_53(X)) = fn_biomembrane_100(fn_mitochondrion_53(X))
& fn_biomembrane_100(fn_mitochondrion_53(X)) = fn_biomembrane_83(fn_mitochondrion_53(X))
& fn_biomembrane_83(fn_mitochondrion_53(X)) = fn_biomembrane_81(fn_mitochondrion_53(X))
& fn_biomembrane_81(fn_mitochondrion_53(X)) = fn_biomembrane_81(fn_mitochondrion_53(X))
& fn_biomembrane_81(fn_mitochondrion_53(X)) = fn_active_movement_of_ions_18(fn_mitochondrion_153(X))
& fn_active_movement_of_ions_18(fn_mitochondrion_153(X)) = fn_facilitated_diffusion_16(fn_mitochondrion_74(X))
& fn_eukaryotic_oxidative_phosphorylation_195(fn_mitochondrion_55(X)) = fn_facilitated_diffusion_16(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_16(fn_mitochondrion_74(X)) = fn_facilitated_diffusion_16(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_16(fn_mitochondrion_74(X)) = fn_eukaryotic_oxidative_phosphorylation_195(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_195(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_195(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_195(fn_mitochondrion_55(X)) = fn_biomembrane_42(fn_mitochondrion_53(X))
& fn_biomembrane_42(fn_mitochondrion_53(X)) = fn_biomembrane_42(fn_mitochondrion_53(X))
& fn_biomembrane_42(fn_mitochondrion_53(X)) = fn_transmembrane_protein_4(fn_mitochondrion_142(X))
& fn_active_movement_of_ions_19(fn_mitochondrion_153(X)) = fn_transmembrane_protein_4(fn_mitochondrion_142(X))
& fn_transmembrane_protein_4(fn_mitochondrion_142(X)) = fn_active_movement_of_ions_19(fn_mitochondrion_153(X))
& fn_active_movement_of_ions_19(fn_mitochondrion_153(X)) = fn_move_into_1(fn_mitochondrion_78(X))
& fn_move_into_1(fn_mitochondrion_78(X)) = fn_active_movement_of_ions_19(fn_mitochondrion_153(X))
& fn_active_movement_of_ions_19(fn_mitochondrion_153(X)) = fn_active_movement_of_ions_19(fn_mitochondrion_153(X))
& fn_active_movement_of_ions_19(fn_mitochondrion_153(X)) = fn_atp_synthase_37(fn_mitochondrion_157(X))
& fn_atp_synthase_37(fn_mitochondrion_59(X)) = fn_move_into_1(fn_mitochondrion_78(X))
& fn_move_into_1(fn_mitochondrion_78(X)) = fn_atp_synthase_37(fn_mitochondrion_59(X))
& fn_atp_synthase_37(fn_mitochondrion_157(X)) = fn_atp_synthase_37(fn_mitochondrion_157(X))
& fn_atp_synthase_37(fn_mitochondrion_59(X)) = fn_atp_synthase_37(fn_mitochondrion_59(X))
& fn_atp_synthase_37(fn_mitochondrion_59(X)) = fn_facilitated_diffusion_49(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_49(fn_mitochondrion_74(X)) = fn_atp_synthase_37(fn_mitochondrion_59(X))
& fn_atp_synthase_37(fn_mitochondrion_157(X)) = fn_atp_synthase_37(fn_mitochondrion_59(X))
& fn_atp_synthase_37(fn_mitochondrion_59(X)) = fn_atp_synthase_37(fn_mitochondrion_157(X))
& fn_atp_synthase_37(fn_mitochondrion_157(X)) = fn_facilitated_diffusion_49(fn_mitochondrion_74(X))
& fn_mitochondrial_membrane_37(fn_mitochondrion_63(X)) = fn_mitochondrial_membrane_37(fn_mitochondrion_63(X))
& fn_facilitated_diffusion_49(fn_mitochondrion_74(X)) = fn_facilitated_diffusion_49(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_49(fn_mitochondrion_74(X)) = fn_mitochondrial_membrane_37(fn_mitochondrion_63(X))
& fn_mitochondrial_membrane_37(fn_mitochondrion_63(X)) = fn_facilitated_diffusion_49(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_49(fn_mitochondrion_74(X)) = fn_eukaryotic_oxidative_phosphorylation_326(fn_mitochondrion_55(X))
& fn_mitochondrial_membrane_37(fn_mitochondrion_63(X)) = fn_eukaryotic_oxidative_phosphorylation_326(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_326(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_326(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_326(fn_mitochondrion_55(X)) = fn_mitochondrial_membrane_37(fn_mitochondrion_63(X))
& fn_mitochondrial_membrane_37(fn_mitochondrion_63(X)) = fn_citric_acid_cycle_57(fn_mitochondrion_182(X))
& fn_citric_acid_cycle_57(fn_mitochondrion_182(X)) = fn_citric_acid_cycle_in_eukaryote_28(fn_mitochondrion_182(X))
& fn_citric_acid_cycle_in_eukaryote_28(fn_mitochondrion_182(X)) = fn_citric_acid_cycle_72(fn_mitochondrion_182(X))
& fn_citric_acid_cycle_72(fn_mitochondrion_182(X)) = fn_citric_acid_cycle_in_eukaryote_43(fn_mitochondrion_182(X))
& fn_citric_acid_cycle_in_eukaryote_43(fn_mitochondrion_182(X)) = fn_citric_acid_cycle_in_eukaryote_43(fn_mitochondrion_182(X))
& fn_citric_acid_cycle_in_eukaryote_43(fn_mitochondrion_182(X)) = fn_citric_acid_cycle_in_eukaryote_44(fn_mitochondrion_182(X))
& fn_citric_acid_cycle_in_eukaryote_44(fn_mitochondrion_182(X)) = fn_citric_acid_cycle_in_eukaryote_48(fn_mitochondrion_182(X))
& fn_citric_acid_cycle_in_eukaryote_48(fn_mitochondrion_182(X)) = fn_citric_acid_cycle_in_eukaryote_48(fn_mitochondrion_182(X))
& fn_citric_acid_cycle_in_eukaryote_48(fn_mitochondrion_182(X)) = fn_citric_acid_cycle_in_eukaryote_49(fn_mitochondrion_182(X))
& fn_citric_acid_cycle_in_eukaryote_49(fn_mitochondrion_182(X)) = fn_citric_acid_cycle_in_eukaryote_44(fn_mitochondrion_182(X))
& fn_citric_acid_cycle_in_eukaryote_44(fn_mitochondrion_182(X)) = fn_citric_acid_cycle_in_eukaryote_44(fn_mitochondrion_182(X))
& fn_citric_acid_cycle_in_eukaryote_44(fn_mitochondrion_182(X)) = fn_eukaryotic_oxidative_phosphorylation_390(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_390(fn_mitochondrion_55(X)) = fn_mitochondrial_membrane_7(fn_mitochondrion_63(X))
& fn_mitochondrial_membrane_7(fn_mitochondrion_63(X)) = fn_mitochondrial_membrane_7(fn_mitochondrion_63(X))
& fn_mitochondrial_membrane_7(fn_mitochondrion_63(X)) = fn_eukaryotic_oxidative_phosphorylation_390(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_390(fn_mitochondrion_55(X)) = fn_citric_acid_cycle_in_eukaryote_2(fn_mitochondrion_182(X))
& fn_citric_acid_cycle_in_eukaryote_2(fn_mitochondrion_182(X)) = fn_citric_acid_cycle_in_eukaryote_2(fn_mitochondrion_182(X))
& fn_citric_acid_cycle_in_eukaryote_2(fn_mitochondrion_182(X)) = fn_eukaryotic_oxidative_phosphorylation_334(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_334(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_334(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_334(fn_mitochondrion_55(X)) = fn_eukaryotic_pyruvate_oxidation_76(fn_mitochondrion_21(X))
& fn_eukaryotic_pyruvate_oxidation_76(fn_mitochondrion_21(X)) = fn_eukaryotic_pyruvate_oxidation_76(fn_mitochondrion_21(X))
& fn_eukaryotic_pyruvate_oxidation_76(fn_mitochondrion_21(X)) = fn_decomposition_reaction_5(fn_mitochondrion_26(X))
& fn_decomposition_reaction_5(fn_mitochondrion_26(X)) = fn_eukaryotic_pyruvate_oxidation_75(fn_mitochondrion_21(X))
& fn_eukaryotic_pyruvate_oxidation_75(fn_mitochondrion_21(X)) = fn_eukaryotic_pyruvate_oxidation_75(fn_mitochondrion_21(X))
& fn_eukaryotic_pyruvate_oxidation_75(fn_mitochondrion_21(X)) = fn_biomembrane_15(fn_mitochondrion_53(X))
& fn_biomembrane_15(fn_mitochondrion_53(X)) = fn_mitochondrial_membrane_43(fn_mitochondrion_63(X))
& fn_facilitated_diffusion_14(fn_mitochondrion_74(X)) = fn_facilitated_diffusion_14(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_14(fn_mitochondrion_74(X)) = fn_mitochondrial_membrane_43(fn_mitochondrion_63(X))
& fn_mitochondrial_membrane_43(fn_mitochondrion_63(X)) = fn_facilitated_diffusion_14(fn_mitochondrion_74(X))
& fn_biomembrane_14(fn_mitochondrion_53(X)) = fn_facilitated_diffusion_14(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_14(fn_mitochondrion_74(X)) = fn_biomembrane_14(fn_mitochondrion_53(X))
& fn_biomembrane_14(fn_mitochondrion_53(X)) = fn_biomembrane_14(fn_mitochondrion_53(X))
& fn_biomembrane_14(fn_mitochondrion_53(X)) = fn_mitochondrial_matrix_2(fn_mitochondrion_37(X))
& fn_mitochondrial_matrix_2(fn_mitochondrion_37(X)) = fn_eukaryotic_oxidative_phosphorylation_322(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_322(fn_mitochondrion_55(X)) = fn_mitochondrial_membrane_35(fn_mitochondrion_63(X))
& fn_mitochondrial_membrane_35(fn_mitochondrion_63(X)) = fn_eukaryotic_oxidative_phosphorylation_322(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_322(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_322(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_322(fn_mitochondrion_55(X)) = fn_eukaryotic_pyruvate_oxidation_73(fn_mitochondrion_21(X))
& fn_eukaryotic_pyruvate_oxidation_73(fn_mitochondrion_21(X)) = fn_eukaryotic_pyruvate_oxidation_73(fn_mitochondrion_21(X))
& fn_eukaryotic_pyruvate_oxidation_73(fn_mitochondrion_21(X)) = fn_mitochondrial_matrix_4(fn_mitochondrion_37(X))
& fn_mitochondrial_matrix_4(fn_mitochondrion_37(X)) = fn_mitochondrial_matrix_4(fn_mitochondrion_37(X))
& fn_mitochondrial_matrix_4(fn_mitochondrion_37(X)) = fn_semiautonomous_organelle_7(X)
& fn_semiautonomous_organelle_7(X) = fn_mitochondrial_matrix_7(fn_mitochondrion_37(X))
& fn_mitochondrial_matrix_7(fn_mitochondrion_37(X)) = fn_mitochondrial_matrix_7(fn_mitochondrion_37(X))
& fn_mitochondrial_matrix_7(fn_mitochondrion_37(X)) = fn_synthesis_of_protein_10(fn_mitochondrion_57(X))
& fn_synthesis_of_protein_10(fn_mitochondrion_57(X)) = fn_synthesis_of_protein_10(fn_mitochondrion_57(X))
& fn_synthesis_of_protein_10(fn_mitochondrion_57(X)) = fn_semiautonomous_organelle_8(X)
& fn_semiautonomous_organelle_8(X) = fn_synthesis_of_protein_13(fn_mitochondrion_57(X))
& fn_synthesis_of_protein_13(fn_mitochondrion_57(X)) = fn_synthesis_of_protein_13(fn_mitochondrion_57(X))
& fn_synthesis_of_protein_13(fn_mitochondrion_57(X)) = fn_chemical_reaction_1(fn_mitochondrion_55(X))
& fn_chemical_reaction_1(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_336(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_336(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_336(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_336(fn_mitochondrion_55(X)) = fn_chemiosmosis_100(fn_mitochondrion_54(X))
& fn_chemiosmosis_100(fn_mitochondrion_54(X)) = fn_chemiosmosis_100(fn_mitochondrion_54(X))
& fn_chemiosmosis_100(fn_mitochondrion_54(X)) = fn_atp_synthase_21(fn_mitochondrion_157(X))
& fn_atp_synthase_21(fn_mitochondrion_157(X)) = fn_eukaryotic_oxidative_phosphorylation_200(fn_mitochondrion_55(X))
& fn_atp_synthase_35(fn_mitochondrion_157(X)) = fn_eukaryotic_oxidative_phosphorylation_200(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_200(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_200(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_200(fn_mitochondrion_55(X)) = fn_atp_synthase_35(fn_mitochondrion_59(X))
& fn_atp_synthase_35(fn_mitochondrion_59(X)) = fn_atp_synthase_35(fn_mitochondrion_157(X))
& fn_atp_synthase_35(fn_mitochondrion_157(X)) = fn_facilitated_diffusion_42(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_42(fn_mitochondrion_74(X)) = fn_active_movement_of_ions_14(fn_mitochondrion_153(X))
& fn_active_movement_of_ions_14(fn_mitochondrion_153(X)) = fn_active_movement_of_ions_14(fn_mitochondrion_153(X))
& fn_active_movement_of_ions_14(fn_mitochondrion_153(X)) = fn_facilitated_diffusion_42(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_42(fn_mitochondrion_74(X)) = fn_facilitated_diffusion_42(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_45(fn_mitochondrion_74(X)) = fn_facilitated_diffusion_42(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_42(fn_mitochondrion_74(X)) = fn_facilitated_diffusion_45(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_45(fn_mitochondrion_74(X)) = fn_eukaryotic_oxidative_phosphorylation_193(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_193(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_193(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_193(fn_mitochondrion_55(X)) = fn_atp_synthase_12(fn_mitochondrion_59(X))
& fn_atp_synthase_12(fn_mitochondrion_157(X)) = fn_atp_synthase_12(fn_mitochondrion_59(X))
& fn_atp_synthase_12(fn_mitochondrion_59(X)) = fn_atp_synthase_12(fn_mitochondrion_157(X))
& fn_atp_synthase_12(fn_mitochondrion_157(X)) = fn_transmembrane_protein_5(fn_mitochondrion_142(X))
& fn_transmembrane_protein_5(fn_mitochondrion_142(X)) = fn_active_movement_of_ions_13(fn_mitochondrion_153(X))
& fn_active_movement_of_ions_13(fn_mitochondrion_153(X)) = fn_active_movement_of_ions_13(fn_mitochondrion_153(X))
& fn_active_movement_of_ions_13(fn_mitochondrion_153(X)) = fn_biomembrane_47(fn_mitochondrion_53(X))
& fn_biomembrane_47(fn_mitochondrion_53(X)) = fn_active_movement_of_ions_13(fn_mitochondrion_153(X))
& fn_active_movement_of_ions_13(fn_mitochondrion_153(X)) = fn_facilitated_diffusion_44(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_44(fn_mitochondrion_74(X)) = fn_biomembrane_47(fn_mitochondrion_53(X))
& fn_biomembrane_47(fn_mitochondrion_53(X)) = fn_facilitated_diffusion_44(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_44(fn_mitochondrion_74(X)) = fn_facilitated_diffusion_44(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_17(fn_mitochondrion_74(X)) = fn_facilitated_diffusion_44(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_44(fn_mitochondrion_74(X)) = fn_facilitated_diffusion_17(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_17(fn_mitochondrion_74(X)) = fn_mitochondrial_membrane_67(fn_mitochondrion_63(X))
& fn_mitochondrial_membrane_67(fn_mitochondrion_63(X)) = fn_mitochondrial_membrane_67(fn_mitochondrion_63(X))
& fn_mitochondrial_membrane_67(fn_mitochondrion_63(X)) = fn_biomembrane_41(fn_mitochondrion_53(X))
& fn_biomembrane_41(fn_mitochondrion_53(X)) = fn_biomembrane_41(fn_mitochondrion_53(X))
& fn_biomembrane_41(fn_mitochondrion_53(X)) = fn_atp_synthase_11(fn_mitochondrion_59(X))
& fn_atp_synthase_11(fn_mitochondrion_157(X)) = fn_atp_synthase_11(fn_mitochondrion_59(X))
& fn_atp_synthase_11(fn_mitochondrion_59(X)) = fn_atp_synthase_11(fn_mitochondrion_157(X))
& fn_atp_synthase_11(fn_mitochondrion_157(X)) = fn_active_movement_of_ions_12(fn_mitochondrion_153(X))
& fn_facilitated_diffusion_45(fn_mitochondrion_74(X)) = fn_active_movement_of_ions_12(fn_mitochondrion_153(X))
& fn_active_movement_of_ions_12(fn_mitochondrion_153(X)) = fn_facilitated_diffusion_45(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_45(fn_mitochondrion_74(X)) = fn_atp_synthase_14(fn_mitochondrion_59(X))
& fn_atp_synthase_14(fn_mitochondrion_59(X)) = fn_facilitated_diffusion_45(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_45(fn_mitochondrion_74(X)) = fn_atp_synthase_14(fn_mitochondrion_157(X))
& fn_atp_synthase_14(fn_mitochondrion_157(X)) = fn_atp_synthase_14(fn_mitochondrion_59(X))
& fn_atp_synthase_14(fn_mitochondrion_59(X)) = fn_atp_synthase_14(fn_mitochondrion_157(X))
& fn_atp_synthase_14(fn_mitochondrion_157(X)) = fn_eukaryotic_oxidative_phosphorylation_197(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_197(fn_mitochondrion_55(X)) = fn_chemiosmosis_31(fn_mitochondrion_54(X))
& fn_chemiosmosis_31(fn_mitochondrion_54(X)) = fn_chemiosmosis_31(fn_mitochondrion_54(X))
& fn_chemiosmosis_31(fn_mitochondrion_54(X)) = fn_atp_synthase_38(fn_mitochondrion_157(X))
& fn_atp_synthase_38(fn_mitochondrion_157(X)) = fn_plasma_membrane_4(fn_mitochondrion_147(X))
& fn_plasma_membrane_4(fn_mitochondrion_147(X)) = fn_protein_complex_1(fn_mitochondrion_157(X))
& fn_protein_complex_1(fn_mitochondrion_157(X)) = fn_protein_complex_1(fn_mitochondrion_59(X))
& fn_protein_complex_1(fn_mitochondrion_59(X)) = fn_plasma_membrane_4(fn_mitochondrion_147(X))
& fn_plasma_membrane_4(fn_mitochondrion_147(X)) = fn_plasma_membrane_3(fn_mitochondrion_147(X))
& fn_plasma_membrane_3(fn_mitochondrion_147(X)) = fn_plasma_membrane_3(fn_mitochondrion_147(X))
& fn_plasma_membrane_3(fn_mitochondrion_147(X)) = fn_eukaryotic_oxidative_phosphorylation_199(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_199(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_199(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_199(fn_mitochondrion_55(X)) = fn_chemiosmosis_104(fn_mitochondrion_54(X))
& fn_chemiosmosis_104(fn_mitochondrion_54(X)) = fn_chemiosmosis_104(fn_mitochondrion_54(X))
& fn_chemiosmosis_104(fn_mitochondrion_54(X)) = fn_atp_synthase_13(fn_mitochondrion_59(X))
& fn_atp_synthase_13(fn_mitochondrion_157(X)) = fn_atp_synthase_13(fn_mitochondrion_59(X))
& fn_atp_synthase_13(fn_mitochondrion_59(X)) = fn_atp_synthase_13(fn_mitochondrion_157(X))
& fn_atp_synthase_13(fn_mitochondrion_157(X)) = fn_chemiosmosis_105(fn_mitochondrion_54(X))
& fn_chemiosmosis_105(fn_mitochondrion_54(X)) = fn_chemiosmosis_105(fn_mitochondrion_54(X))
& fn_chemiosmosis_105(fn_mitochondrion_54(X)) = fn_atp_synthase_33(fn_mitochondrion_157(X))
& fn_atp_synthase_33(fn_mitochondrion_157(X)) = fn_atp_synthase_33(fn_mitochondrion_59(X))
& fn_atp_synthase_33(fn_mitochondrion_59(X)) = fn_atp_synthase_33(fn_mitochondrion_157(X))
& fn_atp_synthase_33(fn_mitochondrion_157(X)) = fn_chemiosmosis_120(fn_mitochondrion_54(X))
& fn_chemiosmosis_120(fn_mitochondrion_54(X)) = fn_exergonic_process_3(fn_mitochondrion_74(X))
& fn_exergonic_process_3(fn_mitochondrion_74(X)) = fn_chemiosmosis_120(fn_mitochondrion_54(X))
& fn_chemiosmosis_120(fn_mitochondrion_54(X)) = fn_chemiosmosis_120(fn_mitochondrion_54(X))
& fn_chemiosmosis_120(fn_mitochondrion_54(X)) = fn_passive_transport_17(fn_mitochondrion_74(X))
& fn_passive_transport_17(fn_mitochondrion_74(X)) = fn_eukaryotic_oxidative_phosphorylation_201(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_201(fn_mitochondrion_55(X)) = fn_passive_transport_22(fn_mitochondrion_74(X))
& fn_passive_transport_22(fn_mitochondrion_74(X)) = fn_mitochondrial_membrane_47(fn_mitochondrion_63(X))
& fn_mitochondrial_membrane_47(fn_mitochondrion_63(X)) = fn_organelle_2(X)
& fn_organelle_2(X) = fn_mitochondrial_membrane_47(fn_mitochondrion_63(X))
& fn_mitochondrial_membrane_47(fn_mitochondrion_63(X)) = fn_biomembrane_15(fn_mitochondrion_63(X))
& fn_biomembrane_15(fn_mitochondrion_63(X)) = fn_biomembrane_15(fn_mitochondrion_63(X))
& fn_biomembrane_15(fn_mitochondrion_63(X)) = fn_biomembrane_41(fn_mitochondrion_63(X))
& fn_biomembrane_41(fn_mitochondrion_63(X)) = fn_mitochondrial_membrane_24(fn_mitochondrion_63(X))
& fn_mitochondrial_membrane_24(fn_mitochondrion_63(X)) = fn_biomembrane_41(fn_mitochondrion_63(X))
& fn_biomembrane_41(fn_mitochondrion_63(X)) = fn_organelle_2(X)
& fn_organelle_2(X) = fn_mitochondrial_membrane_48(fn_mitochondrion_63(X))
& fn_mitochondrial_membrane_48(fn_mitochondrion_63(X)) = fn_mitochondrial_membrane_48(fn_mitochondrion_63(X))
& fn_mitochondrial_membrane_48(fn_mitochondrion_63(X)) = fn_biomembrane_14(fn_mitochondrion_63(X))
& fn_biomembrane_14(fn_mitochondrion_63(X)) = fn_biomembrane_14(fn_mitochondrion_63(X))
& fn_biomembrane_14(fn_mitochondrion_63(X)) = fn_biomembrane_101(fn_mitochondrion_63(X))
& fn_biomembrane_100(fn_mitochondrion_63(X)) = fn_biomembrane_102(fn_mitochondrion_63(X))
& fn_biomembrane_102(fn_mitochondrion_63(X)) = fn_biomembrane_102(fn_mitochondrion_63(X))
& fn_biomembrane_102(fn_mitochondrion_63(X)) = fn_biomembrane_101(fn_mitochondrion_63(X))
& fn_biomembrane_101(fn_mitochondrion_63(X)) = fn_biomembrane_48(fn_mitochondrion_63(X))
& fn_biomembrane_48(fn_mitochondrion_63(X)) = fn_biomembrane_48(fn_mitochondrion_63(X))
& fn_biomembrane_48(fn_mitochondrion_63(X)) = fn_block_1(fn_mitochondrion_98(X))
& fn_block_1(fn_mitochondrion_98(X)) = fn_biomembrane_50(fn_mitochondrion_63(X))
& fn_biomembrane_50(fn_mitochondrion_63(X)) = fn_biomembrane_50(fn_mitochondrion_63(X))
& fn_biomembrane_50(fn_mitochondrion_63(X)) = fn_biomembrane_101(fn_mitochondrion_63(X))
& fn_biomembrane_101(fn_mitochondrion_63(X)) = fn_biomembrane_101(fn_mitochondrion_63(X))
& fn_biomembrane_101(fn_mitochondrion_63(X)) = fn_biomembrane_100(fn_mitochondrion_63(X))
& fn_biomembrane_100(fn_mitochondrion_63(X)) = fn_biomembrane_100(fn_mitochondrion_63(X))
& fn_biomembrane_100(fn_mitochondrion_63(X)) = fn_oxidative_phosphorylation_28(fn_mitochondrion_55(X))
& fn_oxidative_phosphorylation_28(fn_mitochondrion_55(X)) = fn_protein_complex_1(fn_mitochondrion_136(X))
& fn_protein_complex_1(fn_mitochondrion_136(X)) = fn_oxidative_phosphorylation_28(fn_mitochondrion_55(X))
& fn_oxidative_phosphorylation_28(fn_mitochondrion_55(X)) = fn_atp_synthase_32(fn_mitochondrion_136(X))
& fn_atp_synthase_32(fn_mitochondrion_136(X)) = fn_atp_synthase_32(fn_mitochondrion_136(X))
& fn_atp_synthase_32(fn_mitochondrion_136(X)) = fn_chemiosmosis_101(fn_mitochondrion_54(X))
& fn_chemiosmosis_101(fn_mitochondrion_54(X)) = fn_chemiosmosis_101(fn_mitochondrion_54(X))
& fn_chemiosmosis_101(fn_mitochondrion_54(X)) = fn_atp_synthase_15(fn_mitochondrion_59(X))
& fn_atp_synthase_15(fn_mitochondrion_157(X)) = fn_atp_synthase_15(fn_mitochondrion_59(X))
& fn_atp_synthase_15(fn_mitochondrion_59(X)) = fn_atp_synthase_15(fn_mitochondrion_157(X))
& fn_atp_synthase_15(fn_mitochondrion_157(X)) = fn_lipid_2(fn_mitochondrion_84(X))
& fn_lipid_2(fn_mitochondrion_84(X)) = fn_eukaryotic_oxidative_phosphorylation_117(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_117(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_117(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_117(fn_mitochondrion_55(X)) = fn_chemiosmosis_32(fn_mitochondrion_54(X))
& fn_chemiosmosis_32(fn_mitochondrion_54(X)) = fn_chemiosmosis_32(fn_mitochondrion_54(X))
& fn_chemiosmosis_32(fn_mitochondrion_54(X)) = fn_protein_enzyme_10(fn_mitochondrion_72(X))
& fn_protein_enzyme_10(fn_mitochondrion_72(X)) = fn_protein_enzyme_10(fn_mitochondrion_158(X))
& fn_protein_enzyme_10(fn_mitochondrion_158(X)) = fn_protein_enzyme_10(fn_mitochondrion_72(X))
& fn_protein_enzyme_10(fn_mitochondrion_72(X)) = fn_knob_5(fn_mitochondrion_72(X))
& fn_knob_5(fn_mitochondrion_72(X)) = fn_protein_enzyme_10(fn_mitochondrion_158(X))
& fn_protein_enzyme_10(fn_mitochondrion_158(X)) = fn_knob_5(fn_mitochondrion_158(X))
& fn_knob_5(fn_mitochondrion_158(X)) = fn_mitochondrial_membrane_32(fn_mitochondrion_63(X))
& fn_eukaryotic_oxidative_phosphorylation_391(fn_mitochondrion_55(X)) = fn_mitochondrial_membrane_32(fn_mitochondrion_63(X))
& fn_mitochondrial_membrane_32(fn_mitochondrion_63(X)) = fn_mitochondrial_membrane_32(fn_mitochondrion_63(X))
& fn_mitochondrial_membrane_32(fn_mitochondrion_63(X)) = fn_eukaryotic_oxidative_phosphorylation_391(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_391(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_391(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_391(fn_mitochondrion_55(X)) = fn_citric_acid_cycle_in_eukaryote_53(fn_mitochondrion_182(X))
& fn_citric_acid_cycle_in_eukaryote_53(fn_mitochondrion_182(X)) = fn_citric_acid_cycle_in_eukaryote_53(fn_mitochondrion_182(X))
& fn_citric_acid_cycle_in_eukaryote_53(fn_mitochondrion_182(X)) = fn_anabolic_pathway_5(fn_mitochondrion_57(X))
& fn_anabolic_pathway_5(fn_mitochondrion_57(X)) = fn_synthesis_of_protein_16(fn_mitochondrion_57(X))
& fn_mitochondrial_matrix_6(fn_mitochondrion_37(X)) = fn_synthesis_of_protein_16(fn_mitochondrion_57(X))
& fn_synthesis_of_protein_16(fn_mitochondrion_57(X)) = fn_mitochondrial_matrix_6(fn_mitochondrion_37(X))
& fn_mitochondrial_matrix_6(fn_mitochondrion_37(X)) = fn_active_transport_21(fn_mitochondrion_153(X))
& fn_eukaryotic_oxidative_phosphorylation_329(fn_mitochondrion_55(X)) = fn_active_transport_21(fn_mitochondrion_153(X))
& fn_active_transport_21(fn_mitochondrion_153(X)) = fn_eukaryotic_oxidative_phosphorylation_329(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_329(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_329(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_329(fn_mitochondrion_55(X)) = fn_facilitated_diffusion_of_ion_23(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_of_ion_23(fn_mitochondrion_74(X)) = fn_facilitated_diffusion_of_ion_23(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_of_ion_23(fn_mitochondrion_74(X)) = fn_active_transport_20(fn_mitochondrion_153(X))
& fn_eukaryotic_oxidative_phosphorylation_328(fn_mitochondrion_55(X)) = fn_active_transport_20(fn_mitochondrion_153(X))
& fn_active_transport_20(fn_mitochondrion_153(X)) = fn_eukaryotic_oxidative_phosphorylation_328(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_328(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_328(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_328(fn_mitochondrion_55(X)) = fn_chemiosmosis_123(fn_mitochondrion_54(X))
& fn_chemiosmosis_123(fn_mitochondrion_54(X)) = fn_chemiosmosis_123(fn_mitochondrion_54(X))
& fn_chemiosmosis_123(fn_mitochondrion_54(X)) = fn_facilitated_diffusion_of_ion_29(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_of_ion_29(fn_mitochondrion_74(X)) = fn_facilitated_diffusion_of_ion_29(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_of_ion_29(fn_mitochondrion_74(X)) = fn_phospholipid_bilayer_1(fn_mitochondrion_117(X))
& fn_phospholipid_bilayer_1(fn_mitochondrion_117(X)) = fn_phospholipid_bilayer_2(fn_mitochondrion_117(X))
& fn_phospholipid_bilayer_2(fn_mitochondrion_117(X)) = fn_phospholipid_bilayer_34(fn_mitochondrion_117(X))
& fn_phospholipid_bilayer_33(fn_mitochondrion_117(X)) = fn_phospholipid_bilayer_34(fn_mitochondrion_117(X))
& fn_phospholipid_bilayer_34(fn_mitochondrion_117(X)) = fn_phospholipid_bilayer_33(fn_mitochondrion_117(X))
& fn_phospholipid_bilayer_33(fn_mitochondrion_117(X)) = fn_integral_protein_27(fn_mitochondrion_142(X))
& fn_facilitated_diffusion_48(fn_mitochondrion_74(X)) = fn_integral_protein_27(fn_mitochondrion_142(X))
& fn_integral_protein_27(fn_mitochondrion_142(X)) = fn_facilitated_diffusion_48(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_48(fn_mitochondrion_74(X)) = fn_facilitated_diffusion_48(fn_mitochondrion_74(X))
& fn_eukaryotic_oxidative_phosphorylation_305(fn_mitochondrion_55(X)) = fn_facilitated_diffusion_48(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_48(fn_mitochondrion_74(X)) = fn_eukaryotic_oxidative_phosphorylation_305(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_305(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_305(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_305(fn_mitochondrion_55(X)) = fn_atp_synthase_40(fn_mitochondrion_59(X))
& fn_atp_synthase_40(fn_mitochondrion_59(X)) = fn_atp_synthase_40(fn_mitochondrion_157(X))
& fn_atp_synthase_40(fn_mitochondrion_157(X)) = fn_eukaryotic_oxidative_phosphorylation_118(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_192(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_118(fn_mitochondrion_55(X))
& fn_chemiosmosis_115(fn_mitochondrion_54(X)) = fn_activation_of_atp_synthase_4(fn_mitochondrion_69(X))
& fn_activation_of_atp_synthase_4(fn_mitochondrion_69(X)) = fn_activation_of_atp_synthase_4(fn_mitochondrion_69(X))
& fn_activation_of_atp_synthase_4(fn_mitochondrion_69(X)) = fn_eukaryotic_oxidative_phosphorylation_323(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_323(fn_mitochondrion_55(X)) = fn_chemiosmosis_102(fn_mitochondrion_54(X))
& fn_chemiosmosis_102(fn_mitochondrion_54(X)) = fn_chemiosmosis_102(fn_mitochondrion_54(X))
& fn_chemiosmosis_102(fn_mitochondrion_54(X)) = fn_eukaryotic_oxidative_phosphorylation_324(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_324(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_324(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_324(fn_mitochondrion_55(X)) = fn_chemiosmosis_118(fn_mitochondrion_54(X))
& fn_chemiosmosis_118(fn_mitochondrion_54(X)) = fn_atp_synthase_34(fn_mitochondrion_136(X))
& fn_atp_synthase_34(fn_mitochondrion_136(X)) = fn_chemiosmosis_118(fn_mitochondrion_54(X))
& fn_chemiosmosis_118(fn_mitochondrion_54(X)) = fn_chemiosmosis_118(fn_mitochondrion_54(X))
& fn_chemiosmosis_118(fn_mitochondrion_54(X)) = fn_atp_synthase_34(fn_mitochondrion_157(X))
& fn_atp_synthase_34(fn_mitochondrion_157(X)) = fn_atp_synthase_34(fn_mitochondrion_157(X))
& fn_atp_synthase_34(fn_mitochondrion_157(X)) = fn_atp_synthase_34(fn_mitochondrion_59(X))
& fn_atp_synthase_34(fn_mitochondrion_59(X)) = fn_atp_synthase_34(fn_mitochondrion_157(X))
& fn_atp_synthase_34(fn_mitochondrion_157(X)) = fn_atp_synthase_32(fn_mitochondrion_59(X))
& fn_atp_synthase_32(fn_mitochondrion_59(X)) = fn_eukaryotic_oxidative_phosphorylation_198(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_198(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_198(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_198(fn_mitochondrion_55(X)) = fn_atp_synthase_32(fn_mitochondrion_157(X))
& fn_atp_synthase_32(fn_mitochondrion_157(X)) = fn_atp_synthase_32(fn_mitochondrion_59(X))
& fn_atp_synthase_32(fn_mitochondrion_59(X)) = fn_atp_synthase_32(fn_mitochondrion_157(X))
& fn_atp_synthase_32(fn_mitochondrion_157(X)) = fn_atp_synthase_32(fn_mitochondrion_157(X))
& fn_atp_synthase_32(fn_mitochondrion_157(X)) = fn_oxidative_phosphorylation_14(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_118(fn_mitochondrion_55(X)) = fn_oxidative_phosphorylation_14(fn_mitochondrion_55(X))
& fn_oxidative_phosphorylation_14(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_118(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_118(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_118(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_118(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_192(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_192(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_192(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_192(fn_mitochondrion_55(X)) = fn_chemiosmosis_115(fn_mitochondrion_54(X))
& fn_chemiosmosis_115(fn_mitochondrion_54(X)) = fn_chemiosmosis_115(fn_mitochondrion_54(X))
& fn_chemiosmosis_115(fn_mitochondrion_54(X)) = fn_activation_of_atp_synthase_3(fn_mitochondrion_69(X))
& fn_activation_of_atp_synthase_3(fn_mitochondrion_69(X)) = fn_activation_of_atp_synthase_3(fn_mitochondrion_69(X))
& fn_activation_of_atp_synthase_3(fn_mitochondrion_69(X)) = fn_chemiosmosis_108(fn_mitochondrion_54(X))
& fn_chemiosmosis_108(fn_mitochondrion_54(X)) = fn_passive_transport_23(fn_mitochondrion_74(X))
& fn_passive_transport_23(fn_mitochondrion_74(X)) = fn_passive_transport_23(fn_mitochondrion_74(X))
& fn_passive_transport_23(fn_mitochondrion_74(X)) = fn_active_transport_25(fn_mitochondrion_153(X))
& fn_facilitated_diffusion_of_ion_26(fn_mitochondrion_74(X)) = fn_active_transport_25(fn_mitochondrion_153(X))
& fn_active_transport_25(fn_mitochondrion_153(X)) = fn_facilitated_diffusion_of_ion_26(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_of_ion_26(fn_mitochondrion_74(X)) = fn_facilitated_diffusion_of_ion_26(fn_mitochondrion_74(X))
& fn_facilitated_diffusion_of_ion_26(fn_mitochondrion_74(X)) = fn_passive_transport_26(fn_mitochondrion_74(X))
& fn_passive_transport_26(fn_mitochondrion_74(X)) = fn_passive_transport_26(fn_mitochondrion_74(X))
& fn_passive_transport_26(fn_mitochondrion_74(X)) = fn_atp_synthase_46(fn_mitochondrion_59(X))
& fn_eukaryotic_oxidative_phosphorylation_327(fn_mitochondrion_55(X)) = fn_atp_synthase_46(fn_mitochondrion_59(X))
& fn_atp_synthase_46(fn_mitochondrion_59(X)) = fn_eukaryotic_oxidative_phosphorylation_327(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_327(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_327(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_327(fn_mitochondrion_55(X)) = fn_chemiosmosis_119(fn_mitochondrion_54(X))
& fn_chemiosmosis_119(fn_mitochondrion_54(X)) = fn_chemiosmosis_119(fn_mitochondrion_54(X))
& fn_chemiosmosis_119(fn_mitochondrion_54(X)) = fn_gradient_1(fn_mitochondrion_66(X))
& fn_passive_transport_27(fn_mitochondrion_74(X)) = fn_passive_transport_27(fn_mitochondrion_74(X))
& fn_passive_transport_27(fn_mitochondrion_74(X)) = fn_gradient_1(fn_mitochondrion_66(X))
& fn_gradient_1(fn_mitochondrion_66(X)) = fn_passive_transport_27(fn_mitochondrion_74(X))
& fn_passive_transport_27(fn_mitochondrion_74(X)) = fn_create_1(fn_mitochondrion_56(X))
& fn_create_1(fn_mitochondrion_56(X)) = fn_organelle_1(X)
& fn_organelle_1(X) = fn_organelle_1(X)
& fn_eukaryotic_oxidative_phosphorylation_116(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_116(fn_mitochondrion_55(X))
& fn_organelle_1(X) = fn_eukaryotic_oxidative_phosphorylation_116(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_116(fn_mitochondrion_55(X)) = fn_organelle_1(X)
& fn_organelle_1(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_mitochondrion_153(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_mitochondrion_153(X)) = fn_eukaryotic_oxidative_phosphorylation_202(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_202(fn_mitochondrion_55(X)) = fn_eukaryotic_oxidative_phosphorylation_202(fn_mitochondrion_55(X))
& fn_eukaryotic_oxidative_phosphorylation_202(fn_mitochondrion_55(X)) = fn_chemiosmosis_117(fn_mitochondrion_54(X))
& fn_chemiosmosis_117(fn_mitochondrion_54(X)) = fn_chemiosmosis_117(fn_mitochondrion_54(X))
& fn_chemiosmosis_117(fn_mitochondrion_54(X)) = fn_electrochemical_gradient_18(fn_mitochondrion_66(X))
& fn_electrochemical_gradient_18(fn_mitochondrion_66(X)) = fn_electrochemical_gradient_18(fn_mitochondrion_66(X))
& fn_electrochemical_gradient_18(fn_mitochondrion_66(X)) = fn_electrochemical_gradient_14(fn_mitochondrion_66(X))
& fn_electrochemical_gradient_14(fn_mitochondrion_66(X)) = fn_electrochemical_gradient_14(fn_mitochondrion_66(X))
& fn_electrochemical_gradient_14(fn_mitochondrion_66(X)) = fn_gradient_2(fn_mitochondrion_66(X))
& fn_gradient_2(fn_mitochondrion_66(X)) = fn_passive_transport_18(fn_mitochondrion_74(X))
& fn_passive_transport_18(fn_mitochondrion_74(X)) = fn_passive_transport_18(fn_mitochondrion_74(X))
& fn_passive_transport_18(fn_mitochondrion_74(X)) = fn_electrochemical_gradient_17(fn_mitochondrion_66(X))
& fn_electrochemical_gradient_17(fn_mitochondrion_66(X)) = fn_electrochemical_gradient_17(fn_mitochondrion_66(X)) ) ) ).
fof(a531001,axiom,
! [X] :
( mitosis_1(X)
=> ( original_name_2(X,'Mitosis')
& user_description_2(X,'In eukaryotic cells, the process of nuclear division that results in the distribution of identical sets of chromosomes into two daughter nuclei. Mitosis can be subdivided into five stage: prophase, prometaphase, metaphase, anaphase, and telophase.')
& concept2words_2(X,'undergo mitosis')
& concept2words_2(X,mitosis)
& nuclear_division_1(X)
& ~ binary_fission_1(X)
& time_interval_1(fn_mitosis_1(X))
& time_interval_1(fn_mitosis_2(X))
& golgi_apparatus_1(fn_mitosis_3(X))
& eukaryotic_chromosome_1(fn_mitosis_5(X))
& chromosome_1(fn_mitosis_5(X))
& tangible_entity_1(fn_mitosis_6(X))
& nucleus_1(fn_mitosis_6(X))
& semiautonomous_organelle_1(fn_mitosis_7(X))
& mitochondrion_1(fn_mitosis_7(X))
& organelle_1(fn_mitosis_7(X))
& mixture_1(fn_mitosis_8(X))
& cytoplasm_1(fn_mitosis_8(X))
& mitotic_spindle_formation_1(fn_mitosis_9(X))
& spatial_entity_1(fn_mitosis_10(X))
& biomembrane_1(fn_mitosis_10(X))
& plasma_membrane_1(fn_mitosis_10(X))
& substance_1(fn_mitosis_11(X))
& cytosol_1(fn_mitosis_11(X))
& tangible_entity_1(fn_mitosis_12(X))
& phospholipid_bilayer_1(fn_mitosis_12(X))
& golgi_apparatus_1(fn_mitosis_13(X))
& surface_1(fn_mitosis_14(X))
& cell_pole_1(fn_mitosis_15(X))
& cell_pole_1(fn_mitosis_16(X))
& size_value_1(fn_mitosis_17(X))
& cell_1(fn_mitosis_18(X))
& phosphorylation_1(fn_mitosis_19(X))
& move_apart_1(fn_mitosis_20(X))
& break_1(fn_mitosis_21(X))
& move_1(fn_mitosis_22(X))
& mitotic_spindle_1(fn_mitosis_23(X))
& centrosome_1(fn_mitosis_24(X))
& spatial_entity_1(fn_mitosis_24(X))
& centrosome_1(fn_mitosis_25(X))
& condensed_diploid_chromosome_1(fn_mitosis_26(X))
& chromosome_1(fn_mitosis_26(X))
& chromosome_alignment_1(fn_mitosis_27(X))
& spatial_entity_1(fn_mitosis_28(X))
& microtubule_1(fn_mitosis_28(X))
& move_1(fn_mitosis_29(X))
& move_1(fn_mitosis_30(X))
& eukaryotic_cell_1(fn_mitosis_31(X))
& cell_1(fn_mitosis_31(X))
& tangible_entity_1(fn_mitosis_32(X))
& nucleus_1(fn_mitosis_32(X))
& substance_1(fn_mitosis_33(X))
& cytosol_1(fn_mitosis_33(X))
& homologous_chromosome_1(fn_mitosis_34(X))
& prophase_1(fn_mitosis_35(X))
& prometaphase_1(fn_mitosis_36(X))
& metaphase_1(fn_mitosis_37(X))
& anaphase_1(fn_mitosis_38(X))
& telophase_1(fn_mitosis_39(X))
& entity_1(fn_mitosis_40(X))
& tangible_entity_1(fn_mitosis_40(X))
& nucleus_1(fn_mitosis_40(X))
& diploid_chromosome_1(fn_mitosis_41(X))
& condense_1(fn_mitosis_42(X))
& synthesis_reaction_1(fn_mitosis_43(X))
& chemical_reaction_1(fn_mitosis_43(X))
& anabolic_pathway_1(fn_mitosis_43(X))
& synthesis_of_lipid_1(fn_mitosis_43(X))
& metabolic_pathway_1(fn_mitosis_43(X))
& smooth_endoplasmic_reticulum_1(fn_mitosis_44(X))
& tangible_entity_1(fn_mitosis_45(X))
& eukaryotic_cell_1(fn_mitosis_45(X))
& cell_1(fn_mitosis_45(X))
& move_1(fn_mitosis_46(X))
& centrosome_1(fn_mitosis_47(X))
& centrosome_1(fn_mitosis_48(X))
& cell_1(fn_mitosis_49(X))
& distribution_of_daughter_chromosomes_1(fn_mitosis_50(X))
& cell_elongation_during_anaphase_1(fn_mitosis_51(X))
& separation_of_sister_chromatids_1(fn_mitosis_52(X))
& mitotic_event_1(fn_mitosis_52(X))
& cell_1(fn_mitosis_53(X))
& eukaryotic_cell_1(fn_mitosis_54(X))
& golgi_apparatus_1(fn_eukaryotic_cell_24(fn_mitosis_31(X)))
& eukaryotic_cell_1(fn_telophase_10(fn_mitosis_39(X)))
& cell_elongation_during_anaphase_1(fn_anaphase_9(fn_mitosis_38(X)))
& distribution_of_daughter_chromosomes_1(fn_anaphase_10(fn_mitosis_38(X)))
& separation_of_sister_chromatids_1(fn_anaphase_3(fn_mitosis_38(X)))
& move_1(fn_prometaphase_37(fn_mitosis_36(X)))
& break_1(fn_prometaphase_39(fn_mitosis_36(X)))
& phosphorylation_1(fn_prometaphase_21(fn_mitosis_36(X)))
& move_1(fn_prometaphase_41(fn_mitosis_36(X)))
& spatial_entity_1(fn_prometaphase_42(fn_mitosis_36(X)))
& microtubule_1(fn_prometaphase_42(fn_mitosis_36(X)))
& mitotic_spindle_1(fn_prometaphase_44(fn_mitosis_36(X)))
& move_apart_1(fn_prometaphase_34(fn_mitosis_36(X)))
& move_1(fn_prometaphase_35(fn_mitosis_36(X)))
& cell_pole_1(fn_prometaphase_17(fn_mitosis_36(X)))
& condensed_diploid_chromosome_1(fn_prometaphase_33(fn_mitosis_36(X)))
& chromosome_1(fn_prometaphase_33(fn_mitosis_36(X)))
& chromosome_alignment_1(fn_prometaphase_45(fn_mitosis_36(X)))
& diploid_chromosome_1(fn_prophase_28(fn_mitosis_35(X)))
& mitotic_spindle_formation_1(fn_prophase_21(fn_mitosis_35(X)))
& cell_1(fn_prophase_30(fn_mitosis_35(X)))
& eukaryotic_cell_1(fn_prophase_30(fn_mitosis_35(X)))
& condense_1(fn_prophase_35(fn_mitosis_35(X)))
& smooth_endoplasmic_reticulum_1(fn_eukaryotic_cell_20(fn_mitosis_45(X)))
& semiautonomous_organelle_1(fn_eukaryotic_cell_25(fn_mitosis_45(X)))
& mitochondrion_1(fn_eukaryotic_cell_25(fn_mitosis_45(X)))
& organelle_1(fn_eukaryotic_cell_25(fn_mitosis_45(X)))
& golgi_apparatus_1(fn_eukaryotic_cell_24(fn_mitosis_45(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_mitosis_45(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_mitosis_45(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_mitosis_45(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_mitosis_45(X)))
& centrosome_1(fn_cell_elongation_during_anaphase_12(fn_mitosis_51(X)))
& centrosome_1(fn_cell_elongation_during_anaphase_1(fn_mitosis_51(X)))
& tangible_entity_1(fn_cell_26(fn_mitosis_45(X)))
& phospholipid_bilayer_1(fn_cell_26(fn_mitosis_45(X)))
& surface_1(fn_cell_4(fn_mitosis_45(X)))
& property_node_1(fn_cell_10(fn_mitosis_45(X)))
& size_value_1(fn_cell_11(fn_mitosis_45(X)))
& entity_1(fn_telophase_18(fn_mitosis_39(X)))
& tangible_entity_1(fn_telophase_18(fn_mitosis_39(X)))
& nucleus_1(fn_telophase_18(fn_mitosis_39(X)))
& cell_1(fn_metaphase_21(fn_mitosis_37(X)))
& cell_1(fn_anaphase_8(fn_mitosis_38(X)))
& centrosome_1(fn_prometaphase_36(fn_mitosis_36(X)))
& cell_1(fn_metaphase_11(fn_mitosis_37(X)))
& cell_1(fn_prometaphase_46(fn_mitosis_36(X)))
& substance_1(fn_eukaryotic_cell_42(fn_mitosis_31(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_mitosis_31(X)))
& substance_1(fn_prophase_47(fn_mitosis_35(X)))
& cytosol_1(fn_prophase_47(fn_mitosis_35(X)))
& centrosome_1(fn_prometaphase_43(fn_mitosis_36(X)))
& spatial_entity_1(fn_move_1(fn_mitosis_30(X)))
& tangible_entity_1(fn_prophase_49(fn_mitosis_35(X)))
& nucleus_1(fn_prophase_49(fn_mitosis_35(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_mitosis_31(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_mitosis_31(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_mitosis_31(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_mitosis_31(X)))
& chromosome_1(fn_cell_25(fn_mitosis_31(X)))
& eukaryotic_chromosome_1(fn_diploid_chromosome_1(fn_mitosis_41(X)))
& eukaryotic_chromosome_1(fn_nucleus_6(fn_mitosis_32(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_mitosis_44(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_mitosis_44(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_mitosis_44(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_mitosis_44(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_mitosis_44(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_mitosis_44(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_mitosis_44(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_mitosis_44(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_mitosis_44(X)))
& move_1(fn_cell_elongation_during_anaphase_13(fn_mitosis_51(X)))
& move_1(fn_cell_elongation_during_anaphase_11(fn_mitosis_51(X)))
& cell_1(fn_telophase_15(fn_mitosis_39(X)))
& cell_1(fn_anaphase_26(fn_mitosis_38(X)))
& cell_1(fn_mitotic_event_1(fn_mitosis_52(X)))
& cell_1(fn_cell_elongation_during_anaphase_21(fn_mitosis_51(X)))
& substance_1(fn_eukaryotic_cell_42(fn_mitosis_45(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_mitosis_45(X)))
& substance_1(fn_cell_29(fn_mitosis_45(X)))
& cytosol_1(fn_cell_29(fn_mitosis_45(X)))
& mixture_1(fn_prophase_46(fn_mitosis_35(X)))
& cytoplasm_1(fn_prophase_46(fn_mitosis_35(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_mitosis_45(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_mitosis_45(X)))
& mixture_1(fn_cell_28(fn_mitosis_45(X)))
& cytoplasm_1(fn_cell_28(fn_mitosis_45(X)))
& cell_pole_1(fn_prometaphase_1(fn_mitosis_36(X)))
& cell_pole_1(fn_cell_1(fn_mitosis_45(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_mitosis_45(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_mitosis_45(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_mitosis_45(X)))
& plasma_membrane_1(fn_cell_30(fn_mitosis_45(X)))
& eukaryotic_cell_1(fn_prometaphase_38(fn_mitosis_36(X)))
& tangible_entity_1(fn_prophase_18(fn_mitosis_35(X)))
& cell_1(fn_prophase_18(fn_mitosis_35(X)))
& eukaryotic_cell_1(fn_prophase_18(fn_mitosis_35(X)))
& cell_1(fn_metabolic_pathway_1(fn_mitosis_43(X)))
& is_inside_2(fn_mitosis_6(X),fn_mitosis_11(X))
& the_scalar_value_2(fn_mitosis_17(X),big_0)
& scalar_unit_class_2(fn_mitosis_17(X),prokaryote_0)
& time_before_2(fn_mitosis_1(X),fn_mitosis_2(X))
& next_event_2(fn_mitosis_35(X),fn_mitosis_36(X))
& next_event_2(fn_mitosis_36(X),fn_mitosis_37(X))
& next_event_2(fn_mitosis_37(X),fn_mitosis_38(X))
& next_event_2(fn_mitosis_38(X),fn_mitosis_39(X))
& exactCardinality(X,object_0,"1",nucleus_0)
& subevent_2(X,fn_mitosis_35(X))
& subevent_2(X,fn_mitosis_36(X))
& subevent_2(X,fn_mitosis_37(X))
& subevent_2(X,fn_mitosis_38(X))
& subevent_2(X,fn_mitosis_39(X))
& exactCardinality(X,subevent_0,"1",cell_division_0)
& first_subevent_2(X,fn_mitosis_35(X))
& base_2(X,fn_mitosis_31(X))
& time_during_2(fn_mitosis_50(X),fn_mitosis_2(X))
& time_during_2(fn_mitosis_52(X),fn_mitosis_1(X))
& result_2(X,fn_mitosis_40(X))
& object_2(X,fn_mitosis_32(X))
& has_part_2(fn_mitosis_31(X),fn_mitosis_3(X))
& is_inside_2(fn_mitosis_3(X),fn_mitosis_33(X))
& has_function_2(fn_mitosis_44(X),fn_mitosis_43(X))
& site_2(fn_mitosis_43(X),fn_mitosis_44(X))
& result_2(fn_mitosis_37(X),fn_mitosis_49(X))
& has_state_2(fn_mitosis_18(X),fn_mitosis_49(X))
& base_2(fn_mitosis_37(X),fn_mitosis_18(X))
& result_2(fn_mitosis_39(X),fn_mitosis_40(X))
& has_part_2(fn_mitosis_54(X),fn_mitosis_40(X))
& has_state_2(fn_mitosis_53(X),fn_mitosis_54(X))
& base_2(fn_mitosis_39(X),fn_mitosis_53(X))
& subevent_2(fn_mitosis_38(X),fn_mitosis_51(X))
& subevent_2(fn_mitosis_38(X),fn_mitosis_50(X))
& result_2(fn_mitosis_38(X),fn_mitosis_53(X))
& first_subevent_2(fn_mitosis_38(X),fn_mitosis_52(X))
& subevent_2(fn_mitosis_38(X),fn_mitosis_52(X))
& next_event_2(fn_mitosis_52(X),fn_mitosis_50(X))
& base_2(fn_mitosis_50(X),fn_mitosis_53(X))
& has_state_2(fn_mitosis_49(X),fn_mitosis_53(X))
& base_2(fn_mitosis_38(X),fn_mitosis_49(X))
& origin_2(fn_mitosis_22(X),fn_mitosis_25(X))
& subevent_2(fn_mitosis_20(X),fn_mitosis_30(X))
& subevent_2(fn_mitosis_36(X),fn_mitosis_21(X))
& next_event_2(fn_mitosis_19(X),fn_mitosis_21(X))
& base_2(fn_mitosis_21(X),fn_mitosis_18(X))
& first_subevent_2(fn_mitosis_36(X),fn_mitosis_20(X))
& first_subevent_2(fn_mitosis_20(X),fn_mitosis_29(X))
& subevent_2(fn_mitosis_20(X),fn_mitosis_29(X))
& first_subevent_2(fn_mitosis_20(X),fn_mitosis_30(X))
& destination_2(fn_mitosis_30(X),fn_mitosis_16(X))
& enables_2(fn_mitosis_19(X),fn_mitosis_21(X))
& next_event_2(fn_mitosis_21(X),fn_mitosis_22(X))
& subevent_2(fn_mitosis_36(X),fn_mitosis_22(X))
& subevent_2(fn_mitosis_36(X),fn_mitosis_20(X))
& next_event_2(fn_mitosis_20(X),fn_mitosis_19(X))
& base_2(fn_mitosis_36(X),fn_mitosis_45(X))
& subevent_2(fn_mitosis_36(X),fn_mitosis_19(X))
& base_2(fn_mitosis_19(X),fn_mitosis_18(X))
& base_2(fn_mitosis_20(X),fn_mitosis_18(X))
& object_2(fn_mitosis_20(X),fn_mitosis_24(X))
& has_part_2(fn_mitosis_18(X),fn_mitosis_23(X))
& element_2(fn_mitosis_23(X),fn_mitosis_28(X))
& object_2(fn_mitosis_22(X),fn_mitosis_28(X))
& base_2(fn_mitosis_22(X),fn_mitosis_18(X))
& has_part_2(fn_mitosis_18(X),fn_mitosis_25(X))
& has_state_2(fn_mitosis_45(X),fn_mitosis_18(X))
& has_region_2(fn_mitosis_45(X),fn_mitosis_15(X))
& destination_2(fn_mitosis_29(X),fn_mitosis_15(X))
& object_2(fn_mitosis_29(X),fn_mitosis_25(X))
& object_2(fn_mitosis_20(X),fn_mitosis_25(X))
& subevent_2(fn_mitosis_36(X),fn_mitosis_27(X))
& object_2(fn_mitosis_27(X),fn_mitosis_26(X))
& has_part_2(fn_mitosis_18(X),fn_mitosis_26(X))
& has_part_2(fn_mitosis_18(X),fn_mitosis_24(X))
& fn_mitosis_24(X) != fn_mitosis_25(X)
& fn_mitosis_25(X) != fn_mitosis_24(X)
& base_2(fn_mitosis_35(X),fn_mitosis_31(X))
& site_2(fn_mitosis_9(X),fn_mitosis_8(X))
& result_2(fn_mitosis_35(X),fn_mitosis_45(X))
& base_2(fn_mitosis_9(X),fn_mitosis_45(X))
& subevent_2(fn_mitosis_35(X),fn_mitosis_9(X))
& first_subevent_2(fn_mitosis_35(X),fn_mitosis_42(X))
& object_2(fn_mitosis_42(X),fn_mitosis_41(X))
& subevent_2(fn_mitosis_35(X),fn_mitosis_42(X))
& base_2(fn_mitosis_42(X),fn_mitosis_45(X))
& has_state_2(fn_mitosis_31(X),fn_mitosis_45(X))
& has_part_2(fn_mitosis_31(X),fn_mitosis_32(X))
& is_inside_2(fn_mitosis_32(X),fn_mitosis_33(X))
& is_between_2(fn_mitosis_8(X),fn_mitosis_6(X))
& is_between_2(fn_mitosis_8(X),fn_mitosis_10(X))
& is_inside_2(fn_mitosis_7(X),fn_mitosis_11(X))
& has_part_2(fn_mitosis_45(X),fn_mitosis_7(X))
& has_part_2(fn_mitosis_45(X),fn_mitosis_44(X))
& has_part_2(fn_mitosis_45(X),fn_mitosis_6(X))
& is_inside_2(fn_mitosis_5(X),fn_mitosis_6(X))
& has_part_2(fn_mitosis_45(X),fn_mitosis_5(X))
& has_part_2(fn_mitosis_45(X),fn_mitosis_13(X))
& is_inside_2(fn_mitosis_13(X),fn_mitosis_11(X))
& has_part_2(fn_mitosis_8(X),fn_mitosis_11(X))
& is_inside_2(fn_mitosis_8(X),fn_mitosis_10(X))
& has_part_2(fn_mitosis_10(X),fn_mitosis_12(X))
& is_at_2(fn_mitosis_12(X),fn_mitosis_14(X))
& has_region_2(fn_mitosis_45(X),fn_mitosis_14(X))
& size_2(fn_mitosis_45(X),fn_mitosis_17(X))
& has_part_2(fn_mitosis_45(X),fn_mitosis_8(X))
& has_region_2(fn_mitosis_45(X),fn_mitosis_16(X))
& has_part_2(fn_mitosis_45(X),fn_mitosis_10(X))
& object_2(fn_mitosis_46(X),fn_mitosis_47(X))
& has_part_2(fn_mitosis_53(X),fn_mitosis_47(X))
& has_part_2(fn_mitosis_53(X),fn_mitosis_48(X))
& away_from_2(fn_mitosis_46(X),fn_mitosis_48(X))
& subevent_2(fn_mitosis_51(X),fn_mitosis_46(X))
& base_2(fn_mitosis_51(X),fn_mitosis_53(X))
& base_2(fn_mitosis_52(X),fn_mitosis_53(X))
& base_2(fn_mitosis_43(X),fn_mitosis_45(X))
& is_inside_2(fn_mitosis_34(X),fn_mitosis_32(X))
& has_state_2(fn_mitosis_34(X),fn_mitosis_41(X))
& has_part_2(fn_mitosis_31(X),fn_mitosis_34(X))
& object_2(fn_mitosis_30(X),fn_mitosis_24(X))
& fn_mitosis_40(X) = fn_nuclear_division_2(X)
& fn_mitosis_32(X) = fn_nuclear_division_3(X)
& fn_mitosis_33(X) = fn_eukaryotic_cell_42(fn_mitosis_31(X))
& fn_mitosis_3(X) = fn_eukaryotic_cell_24(fn_mitosis_31(X))
& fn_mitosis_43(X) = fn_smooth_endoplasmic_reticulum_23(fn_mitosis_44(X))
& fn_mitosis_43(X) = fn_smooth_endoplasmic_reticulum_7(fn_mitosis_44(X))
& fn_mitosis_43(X) = fn_smooth_endoplasmic_reticulum_49(fn_mitosis_44(X))
& fn_mitosis_43(X) = fn_smooth_endoplasmic_reticulum_48(fn_mitosis_44(X))
& fn_mitosis_43(X) = fn_smooth_endoplasmic_reticulum_8(fn_mitosis_44(X))
& fn_mitosis_43(X) = fn_smooth_endoplasmic_reticulum_42(fn_mitosis_44(X))
& fn_mitosis_18(X) = fn_metaphase_11(fn_mitosis_37(X))
& fn_mitosis_49(X) = fn_metaphase_21(fn_mitosis_37(X))
& fn_mitosis_53(X) = fn_telophase_15(fn_mitosis_39(X))
& fn_mitosis_54(X) = fn_telophase_10(fn_mitosis_39(X))
& fn_mitosis_40(X) = fn_telophase_18(fn_mitosis_39(X))
& fn_mitosis_51(X) = fn_anaphase_9(fn_mitosis_38(X))
& fn_mitosis_49(X) = fn_anaphase_8(fn_mitosis_38(X))
& fn_mitosis_53(X) = fn_anaphase_26(fn_mitosis_38(X))
& fn_mitosis_50(X) = fn_anaphase_10(fn_mitosis_38(X))
& fn_mitosis_52(X) = fn_anaphase_3(fn_mitosis_38(X))
& fn_mitosis_25(X) = fn_prometaphase_43(fn_mitosis_36(X))
& fn_mitosis_16(X) = fn_prometaphase_1(fn_mitosis_36(X))
& fn_mitosis_30(X) = fn_prometaphase_37(fn_mitosis_36(X))
& fn_mitosis_21(X) = fn_prometaphase_39(fn_mitosis_36(X))
& fn_mitosis_19(X) = fn_prometaphase_21(fn_mitosis_36(X))
& fn_mitosis_22(X) = fn_prometaphase_41(fn_mitosis_36(X))
& fn_mitosis_28(X) = fn_prometaphase_42(fn_mitosis_36(X))
& fn_mitosis_23(X) = fn_prometaphase_44(fn_mitosis_36(X))
& fn_mitosis_20(X) = fn_prometaphase_34(fn_mitosis_36(X))
& fn_mitosis_29(X) = fn_prometaphase_35(fn_mitosis_36(X))
& fn_mitosis_15(X) = fn_prometaphase_17(fn_mitosis_36(X))
& fn_mitosis_45(X) = fn_prometaphase_38(fn_mitosis_36(X))
& fn_mitosis_25(X) = fn_prometaphase_36(fn_mitosis_36(X))
& fn_mitosis_24(X) = fn_prometaphase_43(fn_mitosis_36(X))
& fn_mitosis_18(X) = fn_prometaphase_46(fn_mitosis_36(X))
& fn_mitosis_26(X) = fn_prometaphase_33(fn_mitosis_36(X))
& fn_mitosis_27(X) = fn_prometaphase_45(fn_mitosis_36(X))
& fn_mitosis_8(X) = fn_prophase_46(fn_mitosis_35(X))
& fn_mitosis_41(X) = fn_prophase_28(fn_mitosis_35(X))
& fn_mitosis_9(X) = fn_prophase_21(fn_mitosis_35(X))
& fn_mitosis_33(X) = fn_prophase_47(fn_mitosis_35(X))
& fn_mitosis_32(X) = fn_prophase_49(fn_mitosis_35(X))
& fn_mitosis_31(X) = fn_prophase_30(fn_mitosis_35(X))
& fn_mitosis_45(X) = fn_prophase_18(fn_mitosis_35(X))
& fn_mitosis_42(X) = fn_prophase_35(fn_mitosis_35(X))
& fn_mitosis_10(X) = fn_eukaryotic_cell_29(fn_mitosis_45(X))
& fn_mitosis_8(X) = fn_eukaryotic_cell_31(fn_mitosis_45(X))
& fn_mitosis_44(X) = fn_eukaryotic_cell_20(fn_mitosis_45(X))
& fn_mitosis_7(X) = fn_eukaryotic_cell_25(fn_mitosis_45(X))
& fn_mitosis_11(X) = fn_eukaryotic_cell_42(fn_mitosis_45(X))
& fn_mitosis_13(X) = fn_eukaryotic_cell_24(fn_mitosis_45(X))
& fn_mitosis_5(X) = fn_eukaryotic_cell_30(fn_mitosis_45(X))
& fn_mitosis_6(X) = fn_eukaryotic_cell_26(fn_mitosis_45(X))
& fn_mitosis_24(X) = fn_move_1(fn_mitosis_30(X))
& fn_mitosis_34(X) = fn_cell_25(fn_mitosis_31(X))
& fn_mitosis_34(X) = fn_diploid_chromosome_1(fn_mitosis_41(X))
& fn_mitosis_34(X) = fn_eukaryotic_cell_30(fn_mitosis_31(X))
& fn_mitosis_32(X) = fn_eukaryotic_cell_26(fn_mitosis_31(X))
& fn_mitosis_34(X) = fn_nucleus_6(fn_mitosis_32(X))
& fn_mitosis_45(X) = fn_metabolic_pathway_1(fn_mitosis_43(X))
& fn_mitosis_53(X) = fn_mitotic_event_1(fn_mitosis_52(X))
& fn_mitosis_47(X) = fn_cell_elongation_during_anaphase_12(fn_mitosis_51(X))
& fn_mitosis_48(X) = fn_cell_elongation_during_anaphase_1(fn_mitosis_51(X))
& fn_mitosis_46(X) = fn_cell_elongation_during_anaphase_13(fn_mitosis_51(X))
& fn_mitosis_46(X) = fn_cell_elongation_during_anaphase_11(fn_mitosis_51(X))
& fn_mitosis_53(X) = fn_cell_elongation_during_anaphase_21(fn_mitosis_51(X))
& fn_mitosis_11(X) = fn_cell_29(fn_mitosis_45(X))
& fn_mitosis_12(X) = fn_cell_26(fn_mitosis_45(X))
& fn_mitosis_14(X) = fn_cell_4(fn_mitosis_45(X))
& fn_mitosis_4(X) = fn_cell_10(fn_mitosis_45(X))
& fn_mitosis_17(X) = fn_cell_11(fn_mitosis_45(X))
& fn_mitosis_8(X) = fn_cell_28(fn_mitosis_45(X))
& fn_mitosis_16(X) = fn_cell_1(fn_mitosis_45(X))
& fn_mitosis_10(X) = fn_cell_30(fn_mitosis_45(X))
& fn_nuclear_division_2(X) = fn_telophase_18(fn_mitosis_39(X))
& fn_telophase_18(fn_mitosis_39(X)) = fn_telophase_18(fn_mitosis_39(X))
& fn_telophase_18(fn_mitosis_39(X)) = fn_metaphase_21(fn_mitosis_37(X))
& fn_metaphase_21(fn_mitosis_37(X)) = fn_metaphase_21(fn_mitosis_37(X))
& fn_metaphase_21(fn_mitosis_37(X)) = fn_anaphase_8(fn_mitosis_38(X))
& fn_anaphase_8(fn_mitosis_38(X)) = fn_anaphase_8(fn_mitosis_38(X))
& fn_anaphase_8(fn_mitosis_38(X)) = fn_prometaphase_43(fn_mitosis_36(X))
& fn_prometaphase_43(fn_mitosis_36(X)) = fn_prometaphase_36(fn_mitosis_36(X))
& fn_prometaphase_36(fn_mitosis_36(X)) = fn_prometaphase_36(fn_mitosis_36(X))
& fn_prometaphase_36(fn_mitosis_36(X)) = fn_metaphase_11(fn_mitosis_37(X))
& fn_metaphase_11(fn_mitosis_37(X)) = fn_metaphase_11(fn_mitosis_37(X))
& fn_metaphase_11(fn_mitosis_37(X)) = fn_prometaphase_46(fn_mitosis_36(X))
& fn_prometaphase_46(fn_mitosis_36(X)) = fn_prometaphase_46(fn_mitosis_36(X))
& fn_prometaphase_46(fn_mitosis_36(X)) = fn_eukaryotic_cell_42(fn_mitosis_31(X))
& fn_eukaryotic_cell_42(fn_mitosis_31(X)) = fn_prophase_47(fn_mitosis_35(X))
& fn_prophase_47(fn_mitosis_35(X)) = fn_prometaphase_43(fn_mitosis_36(X))
& fn_prometaphase_43(fn_mitosis_36(X)) = fn_prometaphase_43(fn_mitosis_36(X))
& fn_prometaphase_43(fn_mitosis_36(X)) = fn_move_1(fn_mitosis_30(X))
& fn_move_1(fn_mitosis_30(X)) = fn_nuclear_division_3(X)
& fn_nuclear_division_3(X) = fn_eukaryotic_cell_26(fn_mitosis_31(X))
& fn_eukaryotic_cell_26(fn_mitosis_31(X)) = fn_eukaryotic_cell_26(fn_mitosis_31(X))
& fn_eukaryotic_cell_26(fn_mitosis_31(X)) = fn_prophase_49(fn_mitosis_35(X))
& fn_prophase_49(fn_mitosis_35(X)) = fn_eukaryotic_cell_26(fn_mitosis_31(X))
& fn_eukaryotic_cell_26(fn_mitosis_31(X)) = fn_cell_25(fn_mitosis_31(X))
& fn_cell_25(fn_mitosis_31(X)) = fn_eukaryotic_cell_30(fn_mitosis_31(X))
& fn_eukaryotic_cell_30(fn_mitosis_31(X)) = fn_cell_25(fn_mitosis_31(X))
& fn_cell_25(fn_mitosis_31(X)) = fn_diploid_chromosome_1(fn_mitosis_41(X))
& fn_diploid_chromosome_1(fn_mitosis_41(X)) = fn_diploid_chromosome_1(fn_mitosis_41(X))
& fn_diploid_chromosome_1(fn_mitosis_41(X)) = fn_nucleus_6(fn_mitosis_32(X))
& fn_nucleus_6(fn_mitosis_32(X)) = fn_smooth_endoplasmic_reticulum_23(fn_mitosis_44(X))
& fn_smooth_endoplasmic_reticulum_23(fn_mitosis_44(X)) = fn_smooth_endoplasmic_reticulum_7(fn_mitosis_44(X))
& fn_smooth_endoplasmic_reticulum_7(fn_mitosis_44(X)) = fn_smooth_endoplasmic_reticulum_7(fn_mitosis_44(X))
& fn_smooth_endoplasmic_reticulum_7(fn_mitosis_44(X)) = fn_smooth_endoplasmic_reticulum_49(fn_mitosis_44(X))
& fn_smooth_endoplasmic_reticulum_49(fn_mitosis_44(X)) = fn_smooth_endoplasmic_reticulum_49(fn_mitosis_44(X))
& fn_smooth_endoplasmic_reticulum_49(fn_mitosis_44(X)) = fn_smooth_endoplasmic_reticulum_48(fn_mitosis_44(X))
& fn_smooth_endoplasmic_reticulum_48(fn_mitosis_44(X)) = fn_smooth_endoplasmic_reticulum_48(fn_mitosis_44(X))
& fn_smooth_endoplasmic_reticulum_48(fn_mitosis_44(X)) = fn_smooth_endoplasmic_reticulum_8(fn_mitosis_44(X))
& fn_smooth_endoplasmic_reticulum_8(fn_mitosis_44(X)) = fn_smooth_endoplasmic_reticulum_8(fn_mitosis_44(X))
& fn_smooth_endoplasmic_reticulum_42(fn_mitosis_44(X)) = fn_smooth_endoplasmic_reticulum_8(fn_mitosis_44(X))
& fn_smooth_endoplasmic_reticulum_8(fn_mitosis_44(X)) = fn_smooth_endoplasmic_reticulum_42(fn_mitosis_44(X))
& fn_smooth_endoplasmic_reticulum_42(fn_mitosis_44(X)) = fn_cell_elongation_during_anaphase_11(fn_mitosis_51(X))
& fn_cell_elongation_during_anaphase_11(fn_mitosis_51(X)) = fn_cell_elongation_during_anaphase_11(fn_mitosis_51(X))
& fn_cell_elongation_during_anaphase_11(fn_mitosis_51(X)) = fn_cell_elongation_during_anaphase_13(fn_mitosis_51(X))
& fn_cell_elongation_during_anaphase_13(fn_mitosis_51(X)) = fn_cell_elongation_during_anaphase_11(fn_mitosis_51(X))
& fn_cell_elongation_during_anaphase_11(fn_mitosis_51(X)) = fn_telophase_15(fn_mitosis_39(X))
& fn_telophase_15(fn_mitosis_39(X)) = fn_telophase_15(fn_mitosis_39(X))
& fn_telophase_15(fn_mitosis_39(X)) = fn_anaphase_26(fn_mitosis_38(X))
& fn_anaphase_26(fn_mitosis_38(X)) = fn_anaphase_26(fn_mitosis_38(X))
& fn_anaphase_26(fn_mitosis_38(X)) = fn_mitotic_event_1(fn_mitosis_52(X))
& fn_mitotic_event_1(fn_mitosis_52(X)) = fn_mitotic_event_1(fn_mitosis_52(X))
& fn_mitotic_event_1(fn_mitosis_52(X)) = fn_cell_elongation_during_anaphase_21(fn_mitosis_51(X))
& fn_cell_elongation_during_anaphase_21(fn_mitosis_51(X)) = fn_cell_elongation_during_anaphase_21(fn_mitosis_51(X))
& fn_cell_elongation_during_anaphase_21(fn_mitosis_51(X)) = fn_eukaryotic_cell_42(fn_mitosis_45(X))
& fn_eukaryotic_cell_42(fn_mitosis_45(X)) = fn_eukaryotic_cell_42(fn_mitosis_45(X))
& fn_eukaryotic_cell_42(fn_mitosis_45(X)) = fn_cell_29(fn_mitosis_45(X))
& fn_cell_29(fn_mitosis_45(X)) = fn_prophase_46(fn_mitosis_35(X))
& fn_prophase_46(fn_mitosis_35(X)) = fn_eukaryotic_cell_31(fn_mitosis_45(X))
& fn_eukaryotic_cell_31(fn_mitosis_45(X)) = fn_eukaryotic_cell_31(fn_mitosis_45(X))
& fn_eukaryotic_cell_31(fn_mitosis_45(X)) = fn_cell_28(fn_mitosis_45(X))
& fn_cell_28(fn_mitosis_45(X)) = fn_cell_28(fn_mitosis_45(X))
& fn_cell_28(fn_mitosis_45(X)) = fn_prometaphase_1(fn_mitosis_36(X))
& fn_prometaphase_1(fn_mitosis_36(X)) = fn_cell_1(fn_mitosis_45(X))
& fn_cell_1(fn_mitosis_45(X)) = fn_eukaryotic_cell_29(fn_mitosis_45(X))
& fn_eukaryotic_cell_29(fn_mitosis_45(X)) = fn_cell_30(fn_mitosis_45(X))
& fn_cell_30(fn_mitosis_45(X)) = fn_cell_30(fn_mitosis_45(X))
& fn_cell_30(fn_mitosis_45(X)) = fn_prometaphase_38(fn_mitosis_36(X))
& fn_prometaphase_38(fn_mitosis_36(X)) = fn_prometaphase_38(fn_mitosis_36(X))
& fn_prometaphase_38(fn_mitosis_36(X)) = fn_prophase_18(fn_mitosis_35(X))
& fn_prophase_18(fn_mitosis_35(X)) = fn_prophase_18(fn_mitosis_35(X))
& fn_prophase_18(fn_mitosis_35(X)) = fn_metabolic_pathway_1(fn_mitosis_43(X)) ) ) ).
fof(a531002,axiom,
! [X] :
( mitotic_cell_cycle_1(X)
=> ( original_name_2(X,'Mitotic-Cell-Cycle')
& user_description_2(X,'Cell cycle which contains the process of mitosis. It results in daughter cells identical in genetic composition to the parent cells')
& concept2words_2(X,'undergo the mitotic cell cycle')
& concept2words_2(X,'mitotic cell cycle')
& concept2words_2(X,'mitotic-cell-cycle')
& eukaryotic_cell_cycle_1(X)
& quantity_value_1(fn_mitotic_cell_cycle_3(X))
& quantity_value_1(fn_mitotic_cell_cycle_4(X))
& homologous_chromosome_1(fn_mitotic_cell_cycle_5(X))
& daughter_cell_1(fn_mitotic_cell_cycle_6(X))
& er_membrane_1(fn_mitotic_cell_cycle_7(X))
& protein_enzyme_1(fn_mitotic_cell_cycle_8(X))
& ribosome_1(fn_mitotic_cell_cycle_9(X))
& eukaryotic_ribosome_1(fn_mitotic_cell_cycle_9(X))
& tangible_entity_1(fn_mitotic_cell_cycle_10(X))
& eukaryotic_cell_1(fn_mitotic_cell_cycle_10(X))
& cell_1(fn_mitotic_cell_cycle_10(X))
& cell_1(fn_mitotic_cell_cycle_11(X))
& eukaryotic_cell_1(fn_mitotic_cell_cycle_11(X))
& tangible_entity_1(fn_mitotic_cell_cycle_12(X))
& mixture_1(fn_mitotic_cell_cycle_12(X))
& cytoplasm_1(fn_mitotic_cell_cycle_12(X))
& cell_1(fn_mitotic_cell_cycle_13(X))
& telophase_1(fn_mitotic_cell_cycle_14(X))
& entity_1(fn_mitotic_cell_cycle_15(X))
& tangible_entity_1(fn_mitotic_cell_cycle_15(X))
& nucleus_1(fn_mitotic_cell_cycle_15(X))
& nuclear_membrane_1(fn_mitotic_cell_cycle_16(X))
& biomembrane_1(fn_mitotic_cell_cycle_16(X))
& mixture_1(fn_mitotic_cell_cycle_17(X))
& cytoplasm_1(fn_mitotic_cell_cycle_17(X))
& eukaryotic_chromosome_1(fn_mitotic_cell_cycle_18(X))
& chromosome_1(fn_mitotic_cell_cycle_18(X))
& mitosis_1(fn_mitotic_cell_cycle_19(X))
& prophase_1(fn_mitotic_cell_cycle_20(X))
& parent_cell_1(fn_mitotic_cell_cycle_21(X))
& homologous_chromosome_1(fn_mitotic_cell_cycle_22(X))
& smooth_endoplasmic_reticulum_1(fn_mitotic_cell_cycle_23(X))
& golgi_apparatus_1(fn_mitotic_cell_cycle_24(X))
& tangible_entity_1(fn_mitotic_cell_cycle_25(X))
& nucleus_1(fn_mitotic_cell_cycle_25(X))
& cell_1(fn_mitotic_cell_cycle_26(X))
& eukaryotic_cell_1(fn_mitotic_cell_cycle_26(X))
& substance_1(fn_mitotic_cell_cycle_27(X))
& cytosol_1(fn_mitotic_cell_cycle_27(X))
& eukaryotic_cell_1(fn_mitotic_cell_cycle_28(X))
& cell_1(fn_mitotic_cell_cycle_29(X))
& eukaryotic_cell_1(fn_mitotic_cell_cycle_29(X))
& cell_1(fn_mitotic_cell_cycle_30(X))
& eukaryotic_cell_1(fn_mitotic_cell_cycle_30(X))
& eukaryotic_cell_1(fn_mitotic_cell_cycle_31(X))
& cell_1(fn_mitotic_cell_cycle_31(X))
& g1_phase_1(fn_mitotic_cell_cycle_32(X))
& g2_phase_1(fn_mitotic_cell_cycle_33(X))
& entity_1(fn_mitotic_cell_cycle_36(X))
& tangible_entity_1(fn_mitotic_cell_cycle_36(X))
& nucleus_1(fn_mitotic_cell_cycle_36(X))
& tangible_entity_1(fn_mitotic_cell_cycle_37(X))
& nucleus_1(fn_mitotic_cell_cycle_37(X))
& mixture_1(fn_mitotic_cell_cycle_38(X))
& cytoplasm_1(fn_mitotic_cell_cycle_38(X))
& substance_1(fn_mitotic_cell_cycle_39(X))
& cytosol_1(fn_mitotic_cell_cycle_39(X))
& spatial_entity_1(fn_mitotic_cell_cycle_40(X))
& biomembrane_1(fn_mitotic_cell_cycle_40(X))
& plasma_membrane_1(fn_mitotic_cell_cycle_40(X))
& tangible_entity_1(fn_mitotic_cell_cycle_41(X))
& phospholipid_bilayer_1(fn_mitotic_cell_cycle_41(X))
& ribosome_1(fn_mitotic_cell_cycle_42(X))
& eukaryotic_ribosome_1(fn_mitotic_cell_cycle_42(X))
& rough_endoplasmic_reticulum_1(fn_mitotic_cell_cycle_43(X))
& smooth_endoplasmic_reticulum_1(fn_mitotic_cell_cycle_44(X))
& cytokinesis_1(fn_mitotic_cell_cycle_45(X))
& daughter_cell_1(fn_mitotic_cell_cycle_46(X))
& surface_1(fn_mitotic_cell_cycle_47(X))
& size_value_1(fn_mitotic_cell_cycle_48(X))
& volume_value_1(fn_mitotic_cell_cycle_49(X))
& interphase_1(fn_mitotic_cell_cycle_50(X))
& cell_1(fn_mitotic_cell_cycle_51(X))
& eukaryotic_cell_1(fn_mitotic_cell_cycle_51(X))
& cell_division_1(fn_mitotic_cell_cycle_52(X))
& m_phase_1(fn_mitotic_cell_cycle_52(X))
& eukaryotic_chromosome_1(fn_mitotic_cell_cycle_53(X))
& chromosome_1(fn_mitotic_cell_cycle_53(X))
& cellular_work_1(fn_mitotic_cell_cycle_54(X))
& eukaryotic_cellular_respiration_1(fn_mitotic_cell_cycle_55(X))
& semiautonomous_organelle_1(fn_mitotic_cell_cycle_56(X))
& mitochondrion_1(fn_mitotic_cell_cycle_56(X))
& organelle_1(fn_mitotic_cell_cycle_56(X))
& golgi_apparatus_1(fn_mitotic_cell_cycle_57(X))
& daughter_cell_1(fn_mitotic_cell_cycle_58(X))
& daughter_cell_1(fn_mitotic_cell_cycle_59(X))
& nuclear_membrane_1(fn_nucleus_13(fn_mitotic_cell_cycle_15(X)))
& biomembrane_1(fn_nucleus_13(fn_mitotic_cell_cycle_15(X)))
& ribosome_1(fn_eukaryotic_cell_45(fn_mitotic_cell_cycle_31(X)))
& eukaryotic_ribosome_1(fn_eukaryotic_cell_45(fn_mitotic_cell_cycle_31(X)))
& cell_1(fn_mitosis_53(fn_mitotic_cell_cycle_19(X)))
& telophase_1(fn_mitosis_39(fn_mitotic_cell_cycle_19(X)))
& daughter_cell_1(fn_cytokinesis_1(fn_mitotic_cell_cycle_45(X)))
& g2_phase_1(fn_interphase_6(fn_mitotic_cell_cycle_50(X)))
& g1_phase_1(fn_interphase_7(fn_mitotic_cell_cycle_50(X)))
& tangible_entity_1(fn_m_phase_25(fn_mitotic_cell_cycle_52(X)))
& mixture_1(fn_m_phase_25(fn_mitotic_cell_cycle_52(X)))
& cytoplasm_1(fn_m_phase_25(fn_mitotic_cell_cycle_52(X)))
& parent_cell_1(fn_m_phase_40(fn_mitotic_cell_cycle_52(X)))
& tangible_entity_1(fn_m_phase_23(fn_mitotic_cell_cycle_52(X)))
& nucleus_1(fn_m_phase_23(fn_mitotic_cell_cycle_52(X)))
& golgi_apparatus_1(fn_m_phase_30(fn_mitotic_cell_cycle_52(X)))
& smooth_endoplasmic_reticulum_1(fn_m_phase_31(fn_mitotic_cell_cycle_52(X)))
& daughter_cell_1(fn_m_phase_27(fn_mitotic_cell_cycle_52(X)))
& cytokinesis_1(fn_m_phase_18(fn_mitotic_cell_cycle_52(X)))
& mixture_1(fn_m_phase_8(fn_mitotic_cell_cycle_52(X)))
& cytoplasm_1(fn_m_phase_8(fn_mitotic_cell_cycle_52(X)))
& daughter_cell_1(fn_m_phase_41(fn_mitotic_cell_cycle_52(X)))
& cell_1(fn_m_phase_26(fn_mitotic_cell_cycle_52(X)))
& eukaryotic_cell_1(fn_m_phase_26(fn_mitotic_cell_cycle_52(X)))
& homologous_chromosome_1(fn_m_phase_32(fn_mitotic_cell_cycle_52(X)))
& tangible_entity_1(fn_m_phase_29(fn_mitotic_cell_cycle_52(X)))
& eukaryotic_cell_1(fn_m_phase_29(fn_mitotic_cell_cycle_52(X)))
& cell_1(fn_m_phase_29(fn_mitotic_cell_cycle_52(X)))
& prophase_1(fn_m_phase_22(fn_mitotic_cell_cycle_52(X)))
& mitosis_1(fn_m_phase_19(fn_mitotic_cell_cycle_52(X)))
& property_node_1(fn_eukaryotic_cell_28(fn_mitotic_cell_cycle_51(X)))
& cellular_work_1(fn_eukaryotic_cell_32(fn_mitotic_cell_cycle_51(X)))
& semiautonomous_organelle_1(fn_eukaryotic_cell_25(fn_mitotic_cell_cycle_51(X)))
& mitochondrion_1(fn_eukaryotic_cell_25(fn_mitotic_cell_cycle_51(X)))
& organelle_1(fn_eukaryotic_cell_25(fn_mitotic_cell_cycle_51(X)))
& property_node_1(fn_eukaryotic_cell_60(fn_mitotic_cell_cycle_51(X)))
& volume_value_1(fn_eukaryotic_cell_59(fn_mitotic_cell_cycle_51(X)))
& size_value_1(fn_eukaryotic_cell_27(fn_mitotic_cell_cycle_51(X)))
& surface_1(fn_eukaryotic_cell_44(fn_mitotic_cell_cycle_51(X)))
& golgi_apparatus_1(fn_eukaryotic_cell_24(fn_mitotic_cell_cycle_51(X)))
& smooth_endoplasmic_reticulum_1(fn_eukaryotic_cell_20(fn_mitotic_cell_cycle_51(X)))
& rough_endoplasmic_reticulum_1(fn_eukaryotic_cell_19(fn_mitotic_cell_cycle_51(X)))
& ribosome_1(fn_eukaryotic_cell_45(fn_mitotic_cell_cycle_51(X)))
& eukaryotic_ribosome_1(fn_eukaryotic_cell_45(fn_mitotic_cell_cycle_51(X)))
& substance_1(fn_eukaryotic_cell_42(fn_mitotic_cell_cycle_51(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_mitotic_cell_cycle_51(X)))
& eukaryotic_cellular_respiration_1(fn_eukaryotic_cell_23(fn_mitotic_cell_cycle_51(X)))
& tangible_entity_1(fn_eukaryotic_cell_41(fn_mitotic_cell_cycle_51(X)))
& phospholipid_bilayer_1(fn_eukaryotic_cell_41(fn_mitotic_cell_cycle_51(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_mitotic_cell_cycle_51(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_mitotic_cell_cycle_51(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_mitotic_cell_cycle_51(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_mitotic_cell_cycle_51(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_mitotic_cell_cycle_51(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_mitotic_cell_cycle_51(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_mitotic_cell_cycle_51(X)))
& eukaryotic_cell_1(fn_interphase_10(fn_mitotic_cell_cycle_50(X)))
& eukaryotic_cell_1(fn_interphase_9(fn_mitotic_cell_cycle_50(X)))
& substance_1(fn_eukaryotic_cell_42(fn_mitotic_cell_cycle_31(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_mitotic_cell_cycle_31(X)))
& substance_1(fn_m_phase_28(fn_mitotic_cell_cycle_52(X)))
& cytosol_1(fn_m_phase_28(fn_mitotic_cell_cycle_52(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_mitotic_cell_cycle_26(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_mitotic_cell_cycle_26(X)))
& eukaryotic_chromosome_1(fn_m_phase_11(fn_mitotic_cell_cycle_52(X)))
& chromosome_1(fn_m_phase_11(fn_mitotic_cell_cycle_52(X)))
& tangible_entity_1(fn_m_phase_5(fn_mitotic_cell_cycle_52(X)))
& nucleus_1(fn_m_phase_5(fn_mitotic_cell_cycle_52(X)))
& eukaryotic_cell_1(fn_cytokinesis_2(fn_mitotic_cell_cycle_45(X)))
& eukaryotic_cell_1(fn_m_phase_6(fn_mitotic_cell_cycle_52(X)))
& cell_1(fn_interphase_4(fn_mitotic_cell_cycle_50(X)))
& eukaryotic_cell_1(fn_interphase_4(fn_mitotic_cell_cycle_50(X)))
& cell_1(fn_interphase_21(fn_mitotic_cell_cycle_50(X)))
& eukaryotic_cell_1(fn_interphase_21(fn_mitotic_cell_cycle_50(X)))
& eukaryotic_cell_1(fn_m_phase_20(fn_mitotic_cell_cycle_52(X)))
& cell_1(fn_m_phase_20(fn_mitotic_cell_cycle_52(X)))
& entity_1(fn_mitosis_40(fn_mitotic_cell_cycle_19(X)))
& tangible_entity_1(fn_mitosis_40(fn_mitotic_cell_cycle_19(X)))
& nucleus_1(fn_mitosis_40(fn_mitotic_cell_cycle_19(X)))
& entity_1(fn_m_phase_24(fn_mitotic_cell_cycle_52(X)))
& tangible_entity_1(fn_m_phase_24(fn_mitotic_cell_cycle_52(X)))
& nucleus_1(fn_m_phase_24(fn_mitotic_cell_cycle_52(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_mitotic_cell_cycle_51(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_mitotic_cell_cycle_51(X)))
& eukaryotic_cell_1(fn_mitosis_54(fn_mitotic_cell_cycle_19(X)))
& eukaryotic_cell_1(fn_cytokinesis_3(fn_mitotic_cell_cycle_45(X)))
& cell_1(fn_m_phase_21(fn_mitotic_cell_cycle_52(X)))
& eukaryotic_cell_1(fn_m_phase_21(fn_mitotic_cell_cycle_52(X)))
& abuts_2(fn_mitotic_cell_cycle_16(X),fn_mitotic_cell_cycle_7(X))
& has_part_2(fn_mitotic_cell_cycle_17(X),fn_mitotic_cell_cycle_8(X))
& is_inside_2(fn_mitotic_cell_cycle_8(X),fn_mitotic_cell_cycle_7(X))
& abuts_2(fn_mitotic_cell_cycle_7(X),fn_mitotic_cell_cycle_16(X))
& has_state_2(fn_mitotic_cell_cycle_30(X),fn_mitotic_cell_cycle_29(X))
& in_event_2(fn_mitotic_cell_cycle_6(X),fn_mitotic_cell_cycle_52(X))
& quantity_2(fn_mitotic_cell_cycle_5(X),fn_mitotic_cell_cycle_3(X))
& next_event_2(fn_mitotic_cell_cycle_50(X),fn_mitotic_cell_cycle_52(X))
& plays_2(fn_mitotic_cell_cycle_51(X),fn_mitotic_cell_cycle_6(X))
& subevent_2(X,fn_mitotic_cell_cycle_50(X))
& result_2(X,fn_mitotic_cell_cycle_51(X))
& result_2(X,fn_mitotic_cell_cycle_26(X))
& exactCardinality(X,result_0,"2",eukaryotic_cell_0)
& first_subevent_2(X,fn_mitotic_cell_cycle_50(X))
& quantity_2(fn_mitotic_cell_cycle_53(X),fn_mitotic_cell_cycle_4(X))
& fn_mitotic_cell_cycle_4(X) = fn_mitotic_cell_cycle_3(X)
& fn_mitotic_cell_cycle_3(X) = fn_mitotic_cell_cycle_4(X)
& subevent_2(X,fn_mitotic_cell_cycle_52(X))
& has_part_2(fn_mitotic_cell_cycle_26(X),fn_mitotic_cell_cycle_18(X))
& has_part_2(fn_mitotic_cell_cycle_15(X),fn_mitotic_cell_cycle_16(X))
& base_2(X,fn_mitotic_cell_cycle_28(X))
& object_2(X,fn_mitotic_cell_cycle_28(X))
& has_part_2(fn_mitotic_cell_cycle_31(X),fn_mitotic_cell_cycle_9(X))
& is_inside_2(fn_mitotic_cell_cycle_9(X),fn_mitotic_cell_cycle_27(X))
& result_2(fn_mitotic_cell_cycle_14(X),fn_mitotic_cell_cycle_36(X))
& subevent_2(fn_mitotic_cell_cycle_19(X),fn_mitotic_cell_cycle_14(X))
& base_2(fn_mitotic_cell_cycle_14(X),fn_mitotic_cell_cycle_13(X))
& has_state_2(fn_mitotic_cell_cycle_13(X),fn_mitotic_cell_cycle_51(X))
& in_event_2(fn_mitotic_cell_cycle_58(X),fn_mitotic_cell_cycle_45(X))
& plays_2(fn_mitotic_cell_cycle_26(X),fn_mitotic_cell_cycle_58(X))
& fn_mitotic_cell_cycle_51(X) != fn_mitotic_cell_cycle_26(X)
& fn_mitotic_cell_cycle_26(X) != fn_mitotic_cell_cycle_51(X)
& result_2(fn_mitotic_cell_cycle_32(X),fn_mitotic_cell_cycle_30(X))
& first_subevent_2(fn_mitotic_cell_cycle_50(X),fn_mitotic_cell_cycle_32(X))
& subevent_2(fn_mitotic_cell_cycle_50(X),fn_mitotic_cell_cycle_33(X))
& base_2(fn_mitotic_cell_cycle_32(X),fn_mitotic_cell_cycle_28(X))
& subevent_2(fn_mitotic_cell_cycle_50(X),fn_mitotic_cell_cycle_32(X))
& result_2(fn_mitotic_cell_cycle_50(X),fn_mitotic_cell_cycle_31(X))
& result_2(fn_mitotic_cell_cycle_33(X),fn_mitotic_cell_cycle_31(X))
& base_2(fn_mitotic_cell_cycle_33(X),fn_mitotic_cell_cycle_29(X))
& base_2(fn_mitotic_cell_cycle_50(X),fn_mitotic_cell_cycle_28(X))
& has_state_2(fn_mitotic_cell_cycle_28(X),fn_mitotic_cell_cycle_31(X))
& has_state_2(fn_mitotic_cell_cycle_29(X),fn_mitotic_cell_cycle_31(X))
& has_state_2(fn_mitotic_cell_cycle_28(X),fn_mitotic_cell_cycle_29(X))
& has_state_2(fn_mitotic_cell_cycle_28(X),fn_mitotic_cell_cycle_30(X))
& has_part_2(fn_mitotic_cell_cycle_26(X),fn_mitotic_cell_cycle_15(X))
& base_2(fn_mitotic_cell_cycle_45(X),fn_mitotic_cell_cycle_11(X))
& is_inside_2(fn_mitotic_cell_cycle_25(X),fn_mitotic_cell_cycle_27(X))
& is_inside_2(fn_mitotic_cell_cycle_22(X),fn_mitotic_cell_cycle_25(X))
& result_2(fn_mitotic_cell_cycle_52(X),fn_mitotic_cell_cycle_51(X))
& first_subevent_2(fn_mitotic_cell_cycle_19(X),fn_mitotic_cell_cycle_20(X))
& base_2(fn_mitotic_cell_cycle_20(X),fn_mitotic_cell_cycle_31(X))
& base_2(fn_mitotic_cell_cycle_52(X),fn_mitotic_cell_cycle_31(X))
& subevent_2(fn_mitotic_cell_cycle_52(X),fn_mitotic_cell_cycle_45(X))
& result_2(fn_mitotic_cell_cycle_45(X),fn_mitotic_cell_cycle_26(X))
& result_2(fn_mitotic_cell_cycle_52(X),fn_mitotic_cell_cycle_26(X))
& first_subevent_2(fn_mitotic_cell_cycle_52(X),fn_mitotic_cell_cycle_19(X))
& base_2(fn_mitotic_cell_cycle_19(X),fn_mitotic_cell_cycle_31(X))
& object_2(fn_mitotic_cell_cycle_19(X),fn_mitotic_cell_cycle_25(X))
& has_part_2(fn_mitotic_cell_cycle_31(X),fn_mitotic_cell_cycle_25(X))
& plays_2(fn_mitotic_cell_cycle_31(X),fn_mitotic_cell_cycle_21(X))
& in_event_2(fn_mitotic_cell_cycle_21(X),fn_mitotic_cell_cycle_52(X))
& object_2(fn_mitotic_cell_cycle_52(X),fn_mitotic_cell_cycle_31(X))
& has_part_2(fn_mitotic_cell_cycle_31(X),fn_mitotic_cell_cycle_23(X))
& is_inside_2(fn_mitotic_cell_cycle_23(X),fn_mitotic_cell_cycle_27(X))
& is_inside_2(fn_mitotic_cell_cycle_24(X),fn_mitotic_cell_cycle_27(X))
& has_part_2(fn_mitotic_cell_cycle_31(X),fn_mitotic_cell_cycle_24(X))
& result_2(fn_mitotic_cell_cycle_19(X),fn_mitotic_cell_cycle_15(X))
& next_event_2(fn_mitotic_cell_cycle_19(X),fn_mitotic_cell_cycle_45(X))
& result_2(fn_mitotic_cell_cycle_45(X),fn_mitotic_cell_cycle_51(X))
& plays_2(fn_mitotic_cell_cycle_51(X),fn_mitotic_cell_cycle_46(X))
& in_event_2(fn_mitotic_cell_cycle_46(X),fn_mitotic_cell_cycle_45(X))
& in_event_2(fn_mitotic_cell_cycle_59(X),fn_mitotic_cell_cycle_52(X))
& plays_2(fn_mitotic_cell_cycle_26(X),fn_mitotic_cell_cycle_59(X))
& has_part_2(fn_mitotic_cell_cycle_26(X),fn_mitotic_cell_cycle_17(X))
& is_between_2(fn_mitotic_cell_cycle_17(X),fn_mitotic_cell_cycle_15(X))
& is_inside_2(fn_mitotic_cell_cycle_18(X),fn_mitotic_cell_cycle_15(X))
& result_2(fn_mitotic_cell_cycle_19(X),fn_mitotic_cell_cycle_36(X))
& fn_mitotic_cell_cycle_36(X) != fn_mitotic_cell_cycle_37(X)
& has_part_2(fn_mitotic_cell_cycle_51(X),fn_mitotic_cell_cycle_37(X))
& fn_mitotic_cell_cycle_37(X) != fn_mitotic_cell_cycle_36(X)
& fn_mitotic_cell_cycle_11(X) != fn_mitotic_cell_cycle_51(X)
& fn_mitotic_cell_cycle_51(X) != fn_mitotic_cell_cycle_11(X)
& subevent_2(fn_mitotic_cell_cycle_52(X),fn_mitotic_cell_cycle_19(X))
& subevent_2(fn_mitotic_cell_cycle_19(X),fn_mitotic_cell_cycle_20(X))
& result_2(fn_mitotic_cell_cycle_20(X),fn_mitotic_cell_cycle_10(X))
& has_state_2(fn_mitotic_cell_cycle_31(X),fn_mitotic_cell_cycle_10(X))
& has_part_2(fn_mitotic_cell_cycle_31(X),fn_mitotic_cell_cycle_22(X))
& the_scalar_value_2(fn_mitotic_cell_cycle_48(X),big_0)
& scalar_unit_class_2(fn_mitotic_cell_cycle_48(X),prokaryote_0)
& volume_2(fn_mitotic_cell_cycle_51(X),fn_mitotic_cell_cycle_49(X))
& is_inside_2(fn_mitotic_cell_cycle_56(X),fn_mitotic_cell_cycle_39(X))
& has_part_2(fn_mitotic_cell_cycle_51(X),fn_mitotic_cell_cycle_56(X))
& has_function_2(fn_mitotic_cell_cycle_51(X),fn_mitotic_cell_cycle_54(X))
& base_2(fn_mitotic_cell_cycle_54(X),fn_mitotic_cell_cycle_51(X))
& has_part_2(fn_mitotic_cell_cycle_51(X),fn_mitotic_cell_cycle_36(X))
& is_at_2(fn_mitotic_cell_cycle_41(X),fn_mitotic_cell_cycle_47(X))
& has_region_2(fn_mitotic_cell_cycle_51(X),fn_mitotic_cell_cycle_47(X))
& size_2(fn_mitotic_cell_cycle_51(X),fn_mitotic_cell_cycle_48(X))
& directly_proportional_2(fn_mitotic_cell_cycle_48(X),fn_mitotic_cell_cycle_49(X))
& is_inside_2(fn_mitotic_cell_cycle_57(X),fn_mitotic_cell_cycle_39(X))
& has_part_2(fn_mitotic_cell_cycle_51(X),fn_mitotic_cell_cycle_57(X))
& has_part_2(fn_mitotic_cell_cycle_51(X),fn_mitotic_cell_cycle_44(X))
& fn_mitotic_cell_cycle_43(X) != fn_mitotic_cell_cycle_44(X)
& fn_mitotic_cell_cycle_44(X) != fn_mitotic_cell_cycle_43(X)
& has_part_2(fn_mitotic_cell_cycle_38(X),fn_mitotic_cell_cycle_39(X))
& is_inside_2(fn_mitotic_cell_cycle_42(X),fn_mitotic_cell_cycle_39(X))
& has_part_2(fn_mitotic_cell_cycle_51(X),fn_mitotic_cell_cycle_42(X))
& has_part_2(fn_mitotic_cell_cycle_51(X),fn_mitotic_cell_cycle_43(X))
& abuts_2(fn_mitotic_cell_cycle_43(X),fn_mitotic_cell_cycle_44(X))
& abuts_2(fn_mitotic_cell_cycle_44(X),fn_mitotic_cell_cycle_43(X))
& base_2(fn_mitotic_cell_cycle_55(X),fn_mitotic_cell_cycle_51(X))
& has_function_2(fn_mitotic_cell_cycle_51(X),fn_mitotic_cell_cycle_55(X))
& has_part_2(fn_mitotic_cell_cycle_51(X),fn_mitotic_cell_cycle_38(X))
& is_inside_2(fn_mitotic_cell_cycle_38(X),fn_mitotic_cell_cycle_40(X))
& has_part_2(fn_mitotic_cell_cycle_51(X),fn_mitotic_cell_cycle_40(X))
& has_part_2(fn_mitotic_cell_cycle_51(X),fn_mitotic_cell_cycle_53(X))
& is_inside_2(fn_mitotic_cell_cycle_53(X),fn_mitotic_cell_cycle_36(X))
& is_between_2(fn_mitotic_cell_cycle_38(X),fn_mitotic_cell_cycle_36(X))
& is_between_2(fn_mitotic_cell_cycle_38(X),fn_mitotic_cell_cycle_40(X))
& has_part_2(fn_mitotic_cell_cycle_40(X),fn_mitotic_cell_cycle_41(X))
& fn_mitotic_cell_cycle_52(X) = fn_cell_cycle_6(X)
& fn_mitotic_cell_cycle_18(X) = fn_eukaryotic_cell_30(fn_mitotic_cell_cycle_26(X))
& fn_mitotic_cell_cycle_16(X) = fn_nucleus_13(fn_mitotic_cell_cycle_15(X))
& fn_mitotic_cell_cycle_28(X) = fn_eukaryotic_cell_cycle_3(X)
& fn_mitotic_cell_cycle_27(X) = fn_eukaryotic_cell_42(fn_mitotic_cell_cycle_31(X))
& fn_mitotic_cell_cycle_9(X) = fn_eukaryotic_cell_45(fn_mitotic_cell_cycle_31(X))
& fn_mitotic_cell_cycle_36(X) = fn_mitosis_40(fn_mitotic_cell_cycle_19(X))
& fn_mitotic_cell_cycle_51(X) = fn_mitosis_54(fn_mitotic_cell_cycle_19(X))
& fn_mitotic_cell_cycle_13(X) = fn_mitosis_53(fn_mitotic_cell_cycle_19(X))
& fn_mitotic_cell_cycle_14(X) = fn_mitosis_39(fn_mitotic_cell_cycle_19(X))
& fn_mitotic_cell_cycle_51(X) = fn_cytokinesis_3(fn_mitotic_cell_cycle_45(X))
& fn_mitotic_cell_cycle_26(X) = fn_cytokinesis_2(fn_mitotic_cell_cycle_45(X))
& fn_mitotic_cell_cycle_58(X) = fn_cytokinesis_1(fn_mitotic_cell_cycle_45(X))
& fn_mitotic_cell_cycle_30(X) = fn_interphase_10(fn_mitotic_cell_cycle_50(X))
& fn_mitotic_cell_cycle_29(X) = fn_interphase_21(fn_mitotic_cell_cycle_50(X))
& fn_mitotic_cell_cycle_33(X) = fn_interphase_6(fn_mitotic_cell_cycle_50(X))
& fn_mitotic_cell_cycle_31(X) = fn_interphase_4(fn_mitotic_cell_cycle_50(X))
& fn_mitotic_cell_cycle_32(X) = fn_interphase_7(fn_mitotic_cell_cycle_50(X))
& fn_mitotic_cell_cycle_30(X) = fn_interphase_4(fn_mitotic_cell_cycle_50(X))
& fn_mitotic_cell_cycle_29(X) = fn_interphase_10(fn_mitotic_cell_cycle_50(X))
& fn_mitotic_cell_cycle_31(X) = fn_interphase_21(fn_mitotic_cell_cycle_50(X))
& fn_mitotic_cell_cycle_28(X) = fn_interphase_9(fn_mitotic_cell_cycle_50(X))
& fn_mitotic_cell_cycle_15(X) = fn_m_phase_24(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_12(X) = fn_m_phase_25(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_26(X) = fn_m_phase_6(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_21(X) = fn_m_phase_40(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_25(X) = fn_m_phase_23(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_24(X) = fn_m_phase_30(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_27(X) = fn_m_phase_28(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_23(X) = fn_m_phase_31(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_46(X) = fn_m_phase_27(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_45(X) = fn_m_phase_18(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_18(X) = fn_m_phase_11(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_15(X) = fn_m_phase_5(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_17(X) = fn_m_phase_8(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_26(X) = fn_m_phase_21(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_59(X) = fn_m_phase_41(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_11(X) = fn_m_phase_26(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_51(X) = fn_m_phase_21(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_37(X) = fn_m_phase_5(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_36(X) = fn_m_phase_24(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_22(X) = fn_m_phase_32(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_31(X) = fn_m_phase_20(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_10(X) = fn_m_phase_29(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_20(X) = fn_m_phase_22(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_19(X) = fn_m_phase_19(fn_mitotic_cell_cycle_52(X))
& fn_mitotic_cell_cycle_35(X) = fn_eukaryotic_cell_28(fn_mitotic_cell_cycle_51(X))
& fn_mitotic_cell_cycle_54(X) = fn_eukaryotic_cell_32(fn_mitotic_cell_cycle_51(X))
& fn_mitotic_cell_cycle_56(X) = fn_eukaryotic_cell_25(fn_mitotic_cell_cycle_51(X))
& fn_mitotic_cell_cycle_34(X) = fn_eukaryotic_cell_60(fn_mitotic_cell_cycle_51(X))
& fn_mitotic_cell_cycle_49(X) = fn_eukaryotic_cell_59(fn_mitotic_cell_cycle_51(X))
& fn_mitotic_cell_cycle_48(X) = fn_eukaryotic_cell_27(fn_mitotic_cell_cycle_51(X))
& fn_mitotic_cell_cycle_47(X) = fn_eukaryotic_cell_44(fn_mitotic_cell_cycle_51(X))
& fn_mitotic_cell_cycle_57(X) = fn_eukaryotic_cell_24(fn_mitotic_cell_cycle_51(X))
& fn_mitotic_cell_cycle_44(X) = fn_eukaryotic_cell_20(fn_mitotic_cell_cycle_51(X))
& fn_mitotic_cell_cycle_43(X) = fn_eukaryotic_cell_19(fn_mitotic_cell_cycle_51(X))
& fn_mitotic_cell_cycle_42(X) = fn_eukaryotic_cell_45(fn_mitotic_cell_cycle_51(X))
& fn_mitotic_cell_cycle_39(X) = fn_eukaryotic_cell_42(fn_mitotic_cell_cycle_51(X))
& fn_mitotic_cell_cycle_55(X) = fn_eukaryotic_cell_23(fn_mitotic_cell_cycle_51(X))
& fn_mitotic_cell_cycle_41(X) = fn_eukaryotic_cell_41(fn_mitotic_cell_cycle_51(X))
& fn_mitotic_cell_cycle_40(X) = fn_eukaryotic_cell_29(fn_mitotic_cell_cycle_51(X))
& fn_mitotic_cell_cycle_38(X) = fn_eukaryotic_cell_31(fn_mitotic_cell_cycle_51(X))
& fn_mitotic_cell_cycle_36(X) = fn_eukaryotic_cell_26(fn_mitotic_cell_cycle_51(X))
& fn_mitotic_cell_cycle_53(X) = fn_eukaryotic_cell_30(fn_mitotic_cell_cycle_51(X))
& fn_interphase_10(fn_mitotic_cell_cycle_50(X)) = fn_interphase_4(fn_mitotic_cell_cycle_50(X))
& fn_interphase_21(fn_mitotic_cell_cycle_50(X)) = fn_interphase_10(fn_mitotic_cell_cycle_50(X))
& fn_interphase_10(fn_mitotic_cell_cycle_50(X)) = fn_interphase_10(fn_mitotic_cell_cycle_50(X))
& fn_interphase_10(fn_mitotic_cell_cycle_50(X)) = fn_eukaryotic_cell_cycle_3(X)
& fn_eukaryotic_cell_cycle_3(X) = fn_eukaryotic_cell_cycle_3(X)
& fn_eukaryotic_cell_cycle_3(X) = fn_interphase_9(fn_mitotic_cell_cycle_50(X))
& fn_interphase_9(fn_mitotic_cell_cycle_50(X)) = fn_interphase_9(fn_mitotic_cell_cycle_50(X))
& fn_interphase_9(fn_mitotic_cell_cycle_50(X)) = fn_eukaryotic_cell_42(fn_mitotic_cell_cycle_31(X))
& fn_eukaryotic_cell_42(fn_mitotic_cell_cycle_31(X)) = fn_m_phase_28(fn_mitotic_cell_cycle_52(X))
& fn_m_phase_28(fn_mitotic_cell_cycle_52(X)) = fn_m_phase_28(fn_mitotic_cell_cycle_52(X))
& fn_m_phase_28(fn_mitotic_cell_cycle_52(X)) = fn_eukaryotic_cell_30(fn_mitotic_cell_cycle_26(X))
& fn_eukaryotic_cell_30(fn_mitotic_cell_cycle_26(X)) = fn_m_phase_11(fn_mitotic_cell_cycle_52(X))
& fn_m_phase_11(fn_mitotic_cell_cycle_52(X)) = fn_m_phase_24(fn_mitotic_cell_cycle_52(X))
& fn_m_phase_24(fn_mitotic_cell_cycle_52(X)) = fn_m_phase_5(fn_mitotic_cell_cycle_52(X))
& fn_m_phase_5(fn_mitotic_cell_cycle_52(X)) = fn_m_phase_5(fn_mitotic_cell_cycle_52(X))
& fn_m_phase_5(fn_mitotic_cell_cycle_52(X)) = fn_cytokinesis_2(fn_mitotic_cell_cycle_45(X))
& fn_cytokinesis_2(fn_mitotic_cell_cycle_45(X)) = fn_cytokinesis_2(fn_mitotic_cell_cycle_45(X))
& fn_cytokinesis_2(fn_mitotic_cell_cycle_45(X)) = fn_m_phase_6(fn_mitotic_cell_cycle_52(X))
& fn_m_phase_6(fn_mitotic_cell_cycle_52(X)) = fn_m_phase_6(fn_mitotic_cell_cycle_52(X))
& fn_m_phase_6(fn_mitotic_cell_cycle_52(X)) = fn_m_phase_21(fn_mitotic_cell_cycle_52(X))
& fn_m_phase_21(fn_mitotic_cell_cycle_52(X)) = fn_interphase_4(fn_mitotic_cell_cycle_50(X))
& fn_interphase_4(fn_mitotic_cell_cycle_50(X)) = fn_interphase_4(fn_mitotic_cell_cycle_50(X))
& fn_interphase_4(fn_mitotic_cell_cycle_50(X)) = fn_interphase_21(fn_mitotic_cell_cycle_50(X))
& fn_interphase_21(fn_mitotic_cell_cycle_50(X)) = fn_interphase_21(fn_mitotic_cell_cycle_50(X))
& fn_interphase_21(fn_mitotic_cell_cycle_50(X)) = fn_m_phase_20(fn_mitotic_cell_cycle_52(X))
& fn_m_phase_20(fn_mitotic_cell_cycle_52(X)) = fn_m_phase_20(fn_mitotic_cell_cycle_52(X))
& fn_m_phase_20(fn_mitotic_cell_cycle_52(X)) = fn_mitosis_40(fn_mitotic_cell_cycle_19(X))
& fn_mitosis_40(fn_mitotic_cell_cycle_19(X)) = fn_m_phase_24(fn_mitotic_cell_cycle_52(X))
& fn_m_phase_24(fn_mitotic_cell_cycle_52(X)) = fn_m_phase_24(fn_mitotic_cell_cycle_52(X))
& fn_m_phase_24(fn_mitotic_cell_cycle_52(X)) = fn_eukaryotic_cell_26(fn_mitotic_cell_cycle_51(X))
& fn_eukaryotic_cell_26(fn_mitotic_cell_cycle_51(X)) = fn_eukaryotic_cell_26(fn_mitotic_cell_cycle_51(X))
& fn_eukaryotic_cell_26(fn_mitotic_cell_cycle_51(X)) = fn_mitosis_54(fn_mitotic_cell_cycle_19(X))
& fn_mitosis_54(fn_mitotic_cell_cycle_19(X)) = fn_cytokinesis_3(fn_mitotic_cell_cycle_45(X))
& fn_cytokinesis_3(fn_mitotic_cell_cycle_45(X)) = fn_cytokinesis_3(fn_mitotic_cell_cycle_45(X))
& fn_cytokinesis_3(fn_mitotic_cell_cycle_45(X)) = fn_m_phase_21(fn_mitotic_cell_cycle_52(X))
& fn_m_phase_21(fn_mitotic_cell_cycle_52(X)) = fn_m_phase_21(fn_mitotic_cell_cycle_52(X)) ) ) ).
fof(a531003,axiom,
! [X] :
( mitotic_event_1(X)
=> ( original_name_2(X,'Mitotic-Event')
& user_description_2(X,'Event that occurs during the process of mitosis.')
& concept2words_2(X,'mitotic event')
& concept2words_2(X,'mitotic-event')
& cellular_process_1(X)
& cell_1(fn_mitotic_event_1(X))
& base_2(X,fn_mitotic_event_1(X)) ) ) ).
fof(a531004,axiom,
! [X] :
( mitotic_spindle_1(X)
=> ( original_name_2(X,'Mitotic-Spindle')
& user_description_2(X,'The subcellular apparatus of microtubules and proteins that attach to chromatids and separate chromsomes during mitosis.')
& concept2words_2(X,'spindle apparatus')
& concept2words_2(X,'cellular spindle apparatus')
& concept2words_2(X,'spindle fiber')
& concept2words_2(X,'spindle fibre')
& concept2words_2(X,'mitotic apparatus')
& concept2words_2(X,spindle)
& concept2words_2(X,'mitotic spindle')
& concept2words_2(X,'mitotic-spindle')
& spindle_1(X)
& microtubule_1(fn_mitotic_spindle_1(X))
& element_2(X,fn_mitotic_spindle_1(X))
& minCardinality(X,element_0,"1",microtubule_0) ) ) ).
fof(a531005,axiom,
! [X] :
( mitotic_spindle_formation_1(X)
=> ( original_name_2(X,'Mitotic-Spindle-Formation')
& user_description_2(X,'Formation of the mitotic spindle, consisting of microtubules, which attaches to and separates the chromosomes during mitosis.')
& concept2words_2(X,'mitotic spindle formation')
& concept2words_2(X,'mitotic-spindle-formation')
& mitotic_event_1(X)
& centrosome_1(fn_mitotic_spindle_formation_1(X))
& centrosome_1(fn_mitotic_spindle_formation_2(X))
& take_apart_1(fn_mitotic_spindle_formation_3(X))
& synthesis_reaction_1(fn_mitotic_spindle_formation_4(X))
& microtubule_elongation_1(fn_mitotic_spindle_formation_5(X))
& synthesis_reaction_1(fn_mitotic_spindle_formation_6(X))
& microtubule_elongation_1(fn_mitotic_spindle_formation_7(X))
& mitotic_spindle_1(fn_mitotic_spindle_formation_8(X))
& tubulin_1(fn_mitotic_spindle_formation_9(X))
& tubulin_1(fn_mitotic_spindle_formation_10(X))
& microtubule_1(fn_mitotic_spindle_formation_11(X))
& microtubule_1(fn_mitotic_spindle_formation_12(X))
& microtubule_1(fn_mitotic_spindle_formation_13(X))
& chemical_entity_1(fn_chemical_reaction_2(fn_mitotic_spindle_formation_4(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_mitotic_spindle_formation_6(X)))
& tangible_entity_1(fn_impair_1(fn_mitotic_spindle_formation_3(X)))
& microtubule_1(fn_microtubule_elongation_2(fn_mitotic_spindle_formation_5(X)))
& microtubule_1(fn_microtubule_elongation_2(fn_mitotic_spindle_formation_7(X)))
& microtubule_1(fn_mitotic_spindle_1(fn_mitotic_spindle_formation_8(X)))
& result_2(fn_mitotic_spindle_formation_3(X),fn_mitotic_spindle_formation_10(X))
& result_2(fn_mitotic_spindle_formation_3(X),fn_mitotic_spindle_formation_9(X))
& site_2(fn_mitotic_spindle_formation_4(X),fn_mitotic_spindle_formation_2(X))
& result_2(fn_mitotic_spindle_formation_4(X),fn_mitotic_spindle_formation_13(X))
& site_2(fn_mitotic_spindle_formation_6(X),fn_mitotic_spindle_formation_1(X))
& result_2(fn_mitotic_spindle_formation_6(X),fn_mitotic_spindle_formation_12(X))
& is_between_2(fn_mitotic_spindle_formation_8(X),fn_mitotic_spindle_formation_2(X))
& is_between_2(fn_mitotic_spindle_formation_8(X),fn_mitotic_spindle_formation_1(X))
& element_2(fn_mitotic_spindle_formation_8(X),fn_mitotic_spindle_formation_13(X))
& subevent_2(X,fn_mitotic_spindle_formation_3(X))
& subevent_2(X,fn_mitotic_spindle_formation_4(X))
& subevent_2(X,fn_mitotic_spindle_formation_5(X))
& subevent_2(X,fn_mitotic_spindle_formation_6(X))
& subevent_2(X,fn_mitotic_spindle_formation_7(X))
& first_subevent_2(X,fn_mitotic_spindle_formation_3(X))
& result_2(X,fn_mitotic_spindle_formation_8(X))
& site_2(X,fn_mitotic_spindle_formation_2(X))
& site_2(X,fn_mitotic_spindle_formation_1(X))
& raw_material_2(fn_mitotic_spindle_formation_4(X),fn_mitotic_spindle_formation_9(X))
& raw_material_2(fn_mitotic_spindle_formation_6(X),fn_mitotic_spindle_formation_10(X))
& object_2(fn_mitotic_spindle_formation_3(X),fn_mitotic_spindle_formation_11(X))
& object_2(fn_mitotic_spindle_formation_7(X),fn_mitotic_spindle_formation_12(X))
& object_2(fn_mitotic_spindle_formation_5(X),fn_mitotic_spindle_formation_13(X))
& element_2(fn_mitotic_spindle_formation_8(X),fn_mitotic_spindle_formation_12(X))
& fn_mitotic_spindle_formation_9(X) = fn_chemical_reaction_2(fn_mitotic_spindle_formation_4(X))
& fn_mitotic_spindle_formation_10(X) = fn_chemical_reaction_2(fn_mitotic_spindle_formation_6(X))
& fn_mitotic_spindle_formation_11(X) = fn_impair_1(fn_mitotic_spindle_formation_3(X))
& fn_mitotic_spindle_formation_12(X) = fn_microtubule_elongation_2(fn_mitotic_spindle_formation_7(X))
& fn_mitotic_spindle_formation_13(X) = fn_microtubule_elongation_2(fn_mitotic_spindle_formation_5(X))
& fn_mitotic_spindle_formation_12(X) = fn_mitotic_spindle_1(fn_mitotic_spindle_formation_8(X))
& fn_microtubule_elongation_2(fn_mitotic_spindle_formation_7(X)) = fn_mitotic_spindle_1(fn_mitotic_spindle_formation_8(X)) ) ) ).
fof(a531006,axiom,
! [X] :
( mitotic_stage_1(X)
=> ( original_name_2(X,'Mitotic-Stage')
& user_description_2(X,'One of the steps of mitosis, such as anaphase.')
& concept2words_2(X,'mitotic stage')
& concept2words_2(X,'mitotic-stage')
& cellular_process_1(X)
& cell_1(fn_mitotic_stage_1(X))
& base_2(X,fn_mitotic_stage_1(X)) ) ) ).
fof(a531007,axiom,
! [X] :
( mix_1(X)
=> ( original_name_2(X,'Mix')
& concept2words_2(X,mix)
& action_1(X)
& mixture_1(fn_mix_2(X))
& chemical_1(fn_mix_3(X))
& volume_value_1(fn_mix_4(X))
& raw_material_2(X,fn_mix_3(X))
& result_2(X,fn_mix_2(X))
& volume_2(fn_mix_2(X),fn_mix_4(X)) ) ) ).
fof(a531008,axiom,
! [X] :
( mixed_epithelial_tissue_1(X)
=> ( original_name_2(X,'Mixed-Epithelial-Tissue')
& user_description_2(X,'Tissues or parts of organs that consist of more than one type of epithelial tissue.')
& concept2words_2(X,'mixed epithelial tissue')
& concept2words_2(X,'mixed-epithelial-tissue')
& tissue_1(X) ) ) ).
fof(a531009,axiom,
! [X] :
( mixed_tissue_1(X)
=> ( original_name_2(X,'Mixed-Tissue')
& user_description_2(X,'Specialized tissues that are made up of a mixture of different tissues.')
& concept2words_2(X,'mixed tissue')
& concept2words_2(X,'mixed-tissue')
& tissue_1(X) ) ) ).
fof(a531010,axiom,
! [X] :
( mixotroph_1(X)
=> ( original_name_2(X,'Mixotroph')
& user_description_2(X,'An organism that can function as either a heterotroph or an autotroph.')
& concept2words_2(X,mixotroph)
& ecological_role_1(X)
& organism_1(fn_mixotroph_1(X))
& obtain_1(fn_mixotroph_2(X))
& plays_2(fn_mixotroph_1(X),X)
& in_event_2(X,fn_mixotroph_2(X)) ) ) ).
fof(a531011,axiom,
! [X] :
( mixture_1(X)
=> ( original_name_2(X,'Mixture')
& concept2words_2(X,mixture)
& substance_1(X)
& substance_1(fn_mixture_1(X))
& substance_1(fn_mixture_2(X))
& has_part_2(X,fn_mixture_2(X))
& has_part_2(X,fn_mixture_1(X)) ) ) ).
fof(a531012,axiom,
! [X] :
( mobilization_of_fuel_reserve_1(X)
=> ( original_name_2(X,'Mobilization-Of-Fuel-Reserve')
& user_description_2(X,'The process in animals in which stored chemical energy, such as that in glycogen or fat, is utilized. This process is usually associated with the fight or flight response.')
& concept2words_2(X,'mobilization of fuel reserve')
& concept2words_2(X,'mobilization-of-fuel-reserve')
& macrophysiological_process_1(X)
& organism_1(fn_mobilization_of_fuel_reserve_1(X))
& distributing_1(fn_mobilization_of_fuel_reserve_2(X))
& catabolic_pathway_1(fn_mobilization_of_fuel_reserve_3(X))
& chemical_entity_1(fn_mobilization_of_fuel_reserve_4(X))
& fuel_1(fn_mobilization_of_fuel_reserve_5(X))
& tangible_entity_1(fn_fuel_7(fn_mobilization_of_fuel_reserve_5(X)))
& base_2(fn_mobilization_of_fuel_reserve_2(X),fn_mobilization_of_fuel_reserve_1(X))
& subevent_2(X,fn_mobilization_of_fuel_reserve_2(X))
& subevent_2(X,fn_mobilization_of_fuel_reserve_3(X))
& object_2(X,fn_mobilization_of_fuel_reserve_4(X))
& plays_2(fn_mobilization_of_fuel_reserve_4(X),fn_mobilization_of_fuel_reserve_5(X))
& fn_mobilization_of_fuel_reserve_4(X) = fn_fuel_7(fn_mobilization_of_fuel_reserve_5(X)) ) ) ).
fof(a531013,axiom,
! [X] :
( model_1(X)
=> ( original_name_2(X,'Model')
& user_description_2(X,'A representation of a theory or process.')
& concept2words_2(X,model)
& representation_1(X)
& ~ data_1(X) ) ) ).
fof(a531014,axiom,
! [X] :
( model_organism_1(X)
=> ( original_name_2(X,'Model-Organism')
& user_description_2(X,'A particular species chosen for research into broad biological principles because it is representative of a larger group and usually easy to grow in a lab.')
& concept2words_2(X,'organism of model')
& concept2words_2(X,'model organism')
& concept2words_2(X,'model-organism')
& organism_role_1(X)
& linkage_map_1(fn_model_organism_1(X))
& study_1(fn_model_organism_2(X))
& genome_mapping_1(fn_model_organism_3(X))
& genome_1(fn_model_organism_4(X))
& chromosome_1(fn_model_organism_5(X))
& organism_1(fn_model_organism_6(X))
& dna_mapping_1(fn_model_organism_7(X))
& genetic_map_1(fn_model_organism_8(X))
& event_1(fn_model_organism_9(X))
& research_1(fn_model_organism_9(X))
& chromosome_1(fn_genome_mapping_22(fn_model_organism_3(X)))
& genome_1(fn_genome_mapping_14(fn_model_organism_3(X)))
& research_1(fn_genome_mapping_15(fn_model_organism_3(X)))
& genetic_map_1(fn_dna_mapping_1(fn_model_organism_7(X)))
& genetic_map_1(fn_genome_mapping_8(fn_model_organism_3(X)))
& result_2(fn_model_organism_7(X),fn_model_organism_1(X))
& object_2(fn_model_organism_7(X),fn_model_organism_5(X))
& object_2(fn_model_organism_7(X),fn_model_organism_4(X))
& base_2(fn_model_organism_3(X),fn_model_organism_6(X))
& object_2(fn_model_organism_9(X),fn_model_organism_6(X))
& enables_2(fn_model_organism_9(X),fn_model_organism_7(X))
& object_2(fn_model_organism_2(X),fn_model_organism_6(X))
& enables_2(fn_model_organism_2(X),fn_model_organism_7(X))
& in_event_2(X,fn_model_organism_9(X))
& result_2(fn_model_organism_7(X),fn_model_organism_8(X))
& plays_2(fn_model_organism_6(X),X)
& enables_2(fn_model_organism_9(X),fn_model_organism_3(X))
& result_2(fn_model_organism_3(X),fn_model_organism_8(X))
& object_2(fn_model_organism_3(X),fn_model_organism_4(X))
& has_part_2(fn_model_organism_4(X),fn_model_organism_5(X))
& fn_model_organism_9(X) = fn_organism_role_2(X)
& fn_model_organism_8(X) = fn_dna_mapping_1(fn_model_organism_7(X))
& fn_model_organism_6(X) = fn_organism_role_1(X)
& fn_model_organism_9(X) = fn_genome_mapping_15(fn_model_organism_3(X))
& fn_model_organism_8(X) = fn_genome_mapping_8(fn_model_organism_3(X))
& fn_model_organism_5(X) = fn_genome_mapping_22(fn_model_organism_3(X))
& fn_model_organism_4(X) = fn_genome_mapping_14(fn_model_organism_3(X))
& fn_organism_role_2(X) = fn_genome_mapping_15(fn_model_organism_3(X))
& fn_genome_mapping_15(fn_model_organism_3(X)) = fn_dna_mapping_1(fn_model_organism_7(X))
& fn_dna_mapping_1(fn_model_organism_7(X)) = fn_genome_mapping_8(fn_model_organism_3(X)) ) ) ).
fof(a531015,axiom,
! [X] :
( models_of_dna_replication_1(X)
=> ( original_name_2(X,'Models-Of-DNA-Replication')
& user_description_2(X,'Theories of the possible ways that DNA can replicate. There are three models of DNA replication - Conservative model, Semiconservative model and Dispersive model')
& concept2words_2(X,'models of dna replication')
& concept2words_2(X,'models-of-dna-replication')
& model_1(X) ) ) ).
fof(a531016,axiom,
! [X] :
( modified_dna_1(X)
=> ( original_name_2(X,'Modified-DNA')
& user_description_2(X,'DNA that has been chemically altered, by either natural or scientific means.')
& concept2words_2(X,'modified dna')
& concept2words_2(X,'modified-dna')
& dna_1(X) ) ) ).
fof(a531017,axiom,
! [X] :
( molar_tooth_1(X)
=> ( original_name_2(X,'Molar-Tooth')
& user_description_2(X,'Relatively short, strong tooth specialized for crushing and grinding food. Molars are the teeth which are found furthest back in the mouth.')
& concept2words_2(X,'tooth of molar')
& concept2words_2(X,'molar tooth')
& concept2words_2(X,'molar-tooth')
& tooth_1(X)
& tangible_entity_1(fn_molar_tooth_1(X))
& food_1(fn_molar_tooth_2(X))
& tangible_entity_1(fn_molar_tooth_3(X))
& food_1(fn_molar_tooth_4(X))
& grind_1(fn_molar_tooth_5(X))
& crush_1(fn_molar_tooth_6(X))
& tangible_entity_1(fn_impair_1(fn_molar_tooth_5(X)))
& tangible_entity_1(fn_food_3(fn_molar_tooth_4(X)))
& tangible_entity_1(fn_impair_1(fn_molar_tooth_6(X)))
& tangible_entity_1(fn_food_3(fn_molar_tooth_2(X)))
& has_function_2(X,fn_molar_tooth_6(X))
& has_function_2(X,fn_molar_tooth_5(X))
& agent_2(fn_molar_tooth_6(X),X)
& agent_2(fn_molar_tooth_5(X),X)
& object_2(fn_molar_tooth_5(X),fn_molar_tooth_3(X))
& plays_2(fn_molar_tooth_3(X),fn_molar_tooth_4(X))
& object_2(fn_molar_tooth_6(X),fn_molar_tooth_1(X))
& plays_2(fn_molar_tooth_1(X),fn_molar_tooth_2(X))
& fn_molar_tooth_3(X) = fn_impair_1(fn_molar_tooth_5(X))
& fn_molar_tooth_3(X) = fn_food_3(fn_molar_tooth_4(X))
& fn_molar_tooth_1(X) = fn_impair_1(fn_molar_tooth_6(X))
& fn_molar_tooth_1(X) = fn_food_3(fn_molar_tooth_2(X))
& fn_impair_1(fn_molar_tooth_5(X)) = fn_food_3(fn_molar_tooth_4(X))
& fn_food_3(fn_molar_tooth_4(X)) = fn_impair_1(fn_molar_tooth_6(X))
& fn_impair_1(fn_molar_tooth_6(X)) = fn_food_3(fn_molar_tooth_2(X)) ) ) ).
fof(a531018,axiom,
! [X] :
( mold_1(X)
=> ( original_name_2(X,'Mold')
& user_description_2(X,'One of a diverse group of fungi that grow as a mass of filamentous hyphae, forming a visible mycelium. Molds reproduce by releasing haploid spores.')
& concept2words_2(X,mold)
& deuteromycete_1(X)
& ~ arbuscular_mycorrhizal_fungus_1(X)
& ~ coenocytic_fungus_1(X)
& ~ yeast_1(X) ) ) ).
fof(a531019,axiom,
! [X] :
( molecular_assembly_1(X)
=> ( original_name_2(X,'Molecular-Assembly')
& user_description_2(X,'A group of molecules that assemble together to perform some biological function.')
& concept2words_2(X,supramolecular)
& concept2words_2(X,'supramolecular assembly')
& concept2words_2(X,'molecular assembly')
& concept2words_2(X,'molecular-assembly')
& aggregate_1(X)
& chemical_entity_1(X) ) ) ).
fof(a531020,axiom,
! [X] :
( molecular_biology_1(X)
=> ( original_name_2(X,'Molecular-Biology')
& user_description_2(X,'The study of biology at the molecular level.')
& concept2words_2(X,'molecular biology')
& concept2words_2(X,'molecular-biology')
& biology_1(X) ) ) ).
fof(a531021,axiom,
! [X] :
( molecular_biology_technique_1(X)
=> ( original_name_2(X,'Molecular-Biology-Technique')
& user_description_2(X,'Laboratory technique related to the study of biological molecules, such as DNA or protein.')
& concept2words_2(X,'molecular biology technique')
& concept2words_2(X,'molecular-biology-technique')
& technique_1(X)
& herceptin_1(fn_molecular_biology_technique_1(X))
& result_2(X,fn_molecular_biology_technique_1(X)) ) ) ).
fof(a531022,axiom,
! [X] :
( molecular_clock_1(X)
=> ( original_name_2(X,'Molecular-Clock')
& user_description_2(X,'A technique for estimating the length of time required for a given amount of molecular evolutionary change. Assumes that the molecules being studied mutate at a constant rate over time.')
& concept2words_2(X,'molecular clock')
& concept2words_2(X,'molecular-clock')
& technique_1(X)
& ~ absolute_dating_1(X)
& ~ atomic_tracking_1(X)
& ~ autoradiography_1(X)
& ~ cloning_1(X)
& ~ dna_mapping_1(X)
& ~ dna_microarray_1(X)
& ~ fetoscopy_1(X)
& ~ genetic_linkage_mapping_1(X)
& ~ gram_stain_1(X)
& ~ in_situ_hybridization_1(X)
& ~ in_vitro_hybridization_1(X)
& ~ mark_recapture_method_1(X)
& ~ microscopy_1(X)
& ~ nuclear_transplantation_1(X)
& ~ population_viability_analysis_1(X)
& ~ positron_emission_tomography_1(X)
& ~ radiometric_dating_1(X)
& ~ rule_of_addition_1(X)
& ~ shotgun_sequencing_1(X)
& ~ testcross_1(X)
& ~ x_ray_crystallography_1(X) ) ) ).
fof(a531023,axiom,
! [X] :
( molecular_formula_1(X)
=> ( original_name_2(X,'Molecular-Formula')
& user_description_2(X,'A type of notation that tells what and how many atoms there are in a molecule.')
& concept2words_2(X,'molecular formula')
& concept2words_2(X,'molecular-formula')
& chemical_representation_1(X)
& ~ closed_system_1(X)
& ~ cognitive_map_1(X)
& ~ ecological_model_1(X)
& ~ five_kingdom_system_1(X)
& ~ fluid_mosaic_model_1(X)
& ~ open_system_1(X)
& ~ redundancy_model_1(X)
& ~ rivet_model_1(X)
& ~ sandwich_model_1(X)
& ~ stable_system_1(X)
& ~ thermodynamic_system_1(X)
& ~ unstable_system_1(X) ) ) ).
fof(a531024,axiom,
! [X] :
( molecular_genetics_1(X)
=> ( original_name_2(X,'Molecular-Genetics')
& user_description_2(X,'Molecular genetics is the field of biology and genetics that studies the structure and function of genes at a molecular level.')
& concept2words_2(X,'molecular genetics')
& concept2words_2(X,'molecular-genetic')
& genetics_1(X)
& ~ developmental_genetics_1(X)
& ~ mendelian_genetics_1(X)
& ~ non_mendelian_genetics_1(X) ) ) ).
fof(a531025,axiom,
! [X] :
( molecular_motor_1(X)
=> ( original_name_2(X,'Molecular-Motor')
& user_description_2(X,'A protein that uses energy in the form of ATP to do work.')
& concept2words_2(X,'molecular machine')
& concept2words_2(X,'molecular-machine')
& concept2words_2(X,'molecular motor')
& concept2words_2(X,'molecular-motor')
& motor_protein_1(X) ) ) ).
fof(a531026,axiom,
! [X] :
( molecular_orbital_1(X)
=> ( original_name_2(X,'Molecular-Orbital')
& user_description_2(X,'In chemistry, a molecular orbital (or MO) is a mathematical function describing the wave-like behavior of an electron in a molecule.')
& concept2words_2(X,'molecular orbital')
& concept2words_2(X,'molecular-orbital')
& molecular_region_1(X) ) ) ).
fof(a531027,axiom,
! [X] :
( molecular_region_1(X)
=> ( original_name_2(X,'Molecular-Region')
& user_description_2(X,'Region of a molecule.')
& concept2words_2(X,'molecular region')
& concept2words_2(X,'molecular-region')
& region_1(X) ) ) ).
fof(a531028,axiom,
! [X] :
( molecular_systematics_1(X)
=> ( original_name_2(X,'Molecular-Systematics')
& user_description_2(X,'An aspect of biology that uses comparisons of nucleic acids and other molecules to infer evolutionary relationships among different taxa.')
& concept2words_2(X,'molecular systematics')
& concept2words_2(X,'molecular-systematic')
& systematics_1(X)
& ~ binomial_nomenclature_1(X)
& ~ branch_point_1(X)
& ~ cladistics_1(X)
& ~ deep_green_1(X)
& ~ paraphyletic_1(X)
& ~ phylocode_1(X)
& ~ phylogenetic_bracketing_1(X)
& ~ phylogeny_1(X)
& ~ taxonomy_1(X) ) ) ).
fof(a531029,axiom,
! [X] :
( molecule_1(X)
=> ( original_name_2(X,'Molecule')
& user_description_2(X,'A molecule is a chemical combination of two or more atoms.')
& concept2words_2(X,'molecular compound')
& concept2words_2(X,molecule)
& chemical_entity_1(X)
& ~ ion_1(X)
& ~ atom_1(X)
& speed_value_1(fn_molecule_3(X))
& quantity_value_1(fn_molecule_4(X))
& charge_value_1(fn_molecule_5(X))
& atom_1(fn_molecule_7(X))
& constant_motion_1(fn_molecule_8(X))
& atom_1(fn_molecule_9(X))
& chemical_bond_1(fn_molecule_10(X))
& atom_1(fn_molecule_11(X))
& kinetic_energy_1(fn_molecule_12(X))
& chemical_entity_1(fn_chemical_bond_1(fn_molecule_10(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_molecule_10(X)))
& constant_motion_1(fn_kinetic_energy_1(fn_molecule_12(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_molecule_12(X)))
& quantity_2(fn_molecule_12(X),fn_molecule_4(X))
& the_cardinal_value_2(fn_molecule_5(X),"0")
& cardinal_unit_class_2(fn_molecule_5(X),unity_0)
& charge_2(X,fn_molecule_5(X))
& possesses_2(X,fn_molecule_10(X))
& minCardinality(X,has_part_0,"2",atom_0)
& has_part_2(X,fn_molecule_7(X))
& directly_proportional_2(fn_molecule_3(X),fn_molecule_4(X))
& speed_2(fn_molecule_8(X),fn_molecule_3(X))
& is_between_2(fn_molecule_10(X),fn_molecule_9(X))
& is_between_2(fn_molecule_10(X),fn_molecule_11(X))
& possesses_2(X,fn_molecule_12(X))
& object_2(fn_molecule_8(X),X)
& fn_molecule_9(X) = fn_chemical_bond_1(fn_molecule_10(X))
& fn_molecule_11(X) = fn_chemical_bond_4(fn_molecule_10(X))
& fn_molecule_8(X) = fn_kinetic_energy_1(fn_molecule_12(X))
& X = fn_kinetic_energy_2(fn_molecule_12(X))
& fn_kinetic_energy_2(fn_molecule_12(X)) = fn_kinetic_energy_2(fn_molecule_12(X)) ) ) ).
fof(a531030,axiom,
! [X] :
( molecule_substance_1(X)
=> ( original_name_2(X,'Molecule-Substance')
& user_description_2(X,'A Chemical composed of Molecules')
& concept2words_2(X,'substance of molecule')
& concept2words_2(X,'molecule substance')
& concept2words_2(X,'molecule-substance')
& chemical_1(X)
& molecule_1(fn_molecule_substance_1(X))
& has_part_2(X,fn_molecule_substance_1(X))
& fn_molecule_substance_1(X) = fn_chemical_3(X) ) ) ).
fof(a531031,axiom,
! [X] :
( mollusc_1(X)
=> ( original_name_2(X,'Mollusc')
& user_description_2(X,'An animal of the phylum Mollusca, which includes snails, slugs, clams, squids, and octopuses.')
& concept2words_2(X,mollusk)
& concept2words_2(X,mollusca)
& concept2words_2(X,mollusc)
& lophotrochozoan_1(X)
& ~ ammonite_1(X)
& ~ annelid_1(X)
& ~ arthropod_1(X)
& ~ bryozoan_1(X)
& ~ cnidaria_1(X)
& ~ ctenophora_1(X)
& ~ echinoderm_1(X)
& ~ nematode_1(X)
& ~ nemertea_1(X)
& ~ phoronid_1(X)
& ~ platyhelminthes_1(X)
& ~ porifera_1(X)
& ~ rotifer_1(X) ) ) ).
fof(a531032,axiom,
! [X] :
( mollusc_homeotic_gene_1(X)
=> ( original_name_2(X,'Mollusc-Homeotic-Gene')
& user_description_2(X,'Homeotic gene present in molluscs.')
& concept2words_2(X,'mollusc homeotic gene')
& concept2words_2(X,'mollusc-homeotic-gene')
& homeotic_gene_1(X) ) ) ).
fof(a531033,axiom,
! [X] :
( molting_1(X)
=> ( original_name_2(X,'Molting')
& user_description_2(X,'In the ecdysozoan invertebrates, the process of shedding a chitinous exoskeleton at regular intervals. Since the rigid exoskeleton is of a fixed size, molting allows the animal to grow. Molting also occurs in reptiles, birds, and some marine mammals.')
& concept2words_2(X,molt)
& concept2words_2(X,molting)
& developmental_process_1(X)
& ~ cell_determination_1(X)
& ~ childbirth_1(X)
& ~ compaction_1(X)
& ~ gastrulation_1(X)
& ~ gestation_1(X)
& ~ morphogenesis_1(X)
& ~ organogenesis_1(X)
& ~ oviparous_1(X)
& ~ ovoviviparous_1(X)
& ~ ovulation_1(X)
& ~ paedomorphosis_1(X)
& ~ pattern_formation_1(X)
& ~ phase_change_1(X)
& ~ primary_growth_1(X)
& ~ protostome_development_1(X)
& ~ radial_cleavage_1(X)
& ~ senescence_1(X)
& ~ torsion_1(X)
& ~ viviparous_1(X) ) ) ).
fof(a531034,axiom,
! [X] :
( molybdenum_1(X)
=> ( original_name_2(X,'Molybdenum')
& user_description_2(X,'Molybdenum is a metal atom with atomic number 42. It is represented by the symbol Mo.')
& concept2words_2(X,molybdenum)
& concept2words_2(X,'Mo')
& metal_atom_1(X)
& neutron_1(fn_molybdenum_3(X))
& atomic_mass_value_1(fn_molybdenum_4(X))
& electronegativity_value_1(fn_molybdenum_5(X))
& valence_electron_1(fn_molybdenum_9(X))
& atomic_weight_value_1(fn_molybdenum_10(X))
& atomic_number_value_1(fn_molybdenum_11(X))
& quantity_value_1(fn_molybdenum_12(X))
& electronegativity_2(X,fn_molybdenum_5(X))
& mass_number_2(X,fn_molybdenum_4(X))
& exactCardinality(X,has_part_0,"54",neutron_0)
& exactCardinality(X,has_part_0,"42",proton_0)
& exactCardinality(X,has_part_0,"42",electron_0)
& has_part_2(X,fn_molybdenum_3(X))
& the_cardinal_value_2(fn_molybdenum_12(X),"6")
& cardinal_unit_class_2(fn_molybdenum_12(X),unity_0)
& the_cardinal_value_2(fn_molybdenum_5(X),"2.16")
& cardinal_unit_class_2(fn_molybdenum_5(X),unity_0)
& the_cardinal_value_2(fn_molybdenum_4(X),"96")
& cardinal_unit_class_2(fn_molybdenum_4(X),unity_0)
& the_cardinal_value_2(fn_molybdenum_11(X),"42")
& cardinal_unit_class_2(fn_molybdenum_11(X),unity_0)
& the_cardinal_value_2(fn_molybdenum_10(X),"95.94")
& cardinal_unit_class_2(fn_molybdenum_10(X),dalton_0)
& atomic_number_2(X,fn_molybdenum_11(X))
& atomic_weight_2(X,fn_molybdenum_10(X))
& has_part_2(X,fn_molybdenum_9(X))
& quantity_2(fn_molybdenum_9(X),fn_molybdenum_12(X))
& fn_molybdenum_7(X) = fn_atom_12(X)
& fn_molybdenum_11(X) = fn_atom_17(X)
& fn_molybdenum_8(X) = fn_atom_13(X)
& fn_molybdenum_10(X) = fn_atom_16(X)
& fn_molybdenum_6(X) = fn_atom_1(X)
& fn_molybdenum_12(X) = fn_atom_5(X)
& fn_molybdenum_9(X) = fn_atom_14(X) ) ) ).
fof(a531035,axiom,
! [X] :
( moment_of_inertia_value_1(X)
=> ( original_name_2(X,'Moment-of-Inertia-Value')
& description_2(X,'the tendency of a body to resist angular acceleration')
& concept2words_2(X,inactiveness)
& concept2words_2(X,inactivity)
& concept2words_2(X,'inertia moment')
& concept2words_2(X,'inertia-moment')
& concept2words_2(X,'moment of inertia')
& concept2words_2(X,'moment-of-inertia')
& concept2words_2(X,inertia)
& concept2words_2(X,'moment of inertia value')
& concept2words_2(X,'moment-of-inertia-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a531036,axiom,
! [X] :
( momentum_value_1(X)
=> ( original_name_2(X,'Momentum-Value')
& description_2(X,'the product of a body\'s mass and its velocity')
& concept2words_2(X,momentum)
& concept2words_2(X,'value of momentum')
& concept2words_2(X,'momentum value')
& concept2words_2(X,'momentum-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a531037,axiom,
! [X] :
( monera_1(X)
=> ( original_name_2(X,'Monera')
& user_description_2(X,'Under the outdated 5-kingdom classification system, Monera was the name for the kingdom of prokaryotic organisms.')
& concept2words_2(X,monera)
& kingdom_1(X) ) ) ).
fof(a531038,axiom,
! [X] :
( money_1(X)
=> ( original_name_2(X,'Money')
& concept2words_2(X,money)
& intangible_entity_1(X)
& ~ language_1(X)
& ~ conceptual_entity_1(X)
& resource_1(fn_money_1(X))
& resource_1(fn_money_2(X))
& worth_value_1(fn_money_3(X))
& sell_1(fn_money_5(X))
& buy_1(fn_money_6(X))
& money_1(fn_sell_2(fn_money_5(X)))
& money_1(fn_buy_2(fn_money_6(X)))
& purpose_2(X,fn_money_1(X))
& purpose_2(X,fn_money_2(X))
& worth_2(X,fn_money_3(X))
& in_event_2(fn_money_1(X),fn_money_5(X))
& in_event_2(fn_money_2(X),fn_money_6(X))
& instrument_2(fn_money_5(X),X)
& instrument_2(fn_money_6(X),X)
& X = fn_sell_2(fn_money_5(X))
& X = fn_buy_2(fn_money_6(X))
& fn_sell_2(fn_money_5(X)) = fn_buy_2(fn_money_6(X)) ) ) ).
fof(a531039,axiom,
! [X] :
( monkey_1(X)
=> ( original_name_2(X,'Monkey')
& user_description_2(X,'A primate of the infraorder Simiiformes, excluding humans and other apes.')
& concept2words_2(X,monkey)
& primate_1(X)
& ~ anthropoid_1(X)
& ~ hominid_1(X) ) ) ).
fof(a531040,axiom,
! [X] :
( monoatomic_ion_1(X)
=> ( original_name_2(X,'Monoatomic-Ion')
& user_description_2(X,'Ion which consists of a single atom')
& concept2words_2(X,'atomic ion')
& concept2words_2(X,'atomic-ion')
& concept2words_2(X,'monoatomic ion')
& concept2words_2(X,'monoatomic-ion')
& ion_1(X)
& proton_1(fn_monoatomic_ion_1(X))
& has_part_2(X,fn_monoatomic_ion_1(X)) ) ) ).
fof(a531041,axiom,
! [X] :
( monoclonal_antibody_1(X)
=> ( original_name_2(X,'Monoclonal-Antibody')
& user_description_2(X,'An antibody that is antigen-specific and produced from a single clonal lineage of cultured cells.')
& concept2words_2(X,'monoclonal antibody')
& concept2words_2(X,'monoclonal-antibody')
& antibody_1(X)
& ~ ige_antibodies_1(X) ) ) ).
fof(a531042,axiom,
! [X] :
( monocot_1(X)
=> ( original_name_2(X,'Monocot')
& user_description_2(X,'Member of a clade consisting of flowering plants that have one embryonic seed leaf, or cotyledon.')
& concept2words_2(X,monocot)
& angiosperm_1(X)
& center_1(fn_monocot_1(X))
& parenchyma_cell_1(fn_monocot_2(X))
& root_1(fn_monocot_3(X))
& stele_1(fn_monocot_4(X))
& stele_1(fn_root_14(fn_monocot_3(X)))
& is_inside_2(fn_monocot_2(X),fn_monocot_1(X))
& element_2(fn_monocot_4(X),fn_monocot_2(X))
& has_region_2(fn_monocot_4(X),fn_monocot_1(X))
& has_part_2(X,fn_monocot_3(X))
& has_part_2(fn_monocot_3(X),fn_monocot_4(X))
& fn_monocot_3(X) = fn_angiosperm_7(X)
& fn_monocot_4(X) = fn_root_14(fn_monocot_3(X)) ) ) ).
fof(a531043,axiom,
! [X] :
( monoculture_1(X)
=> ( original_name_2(X,'Monoculture')
& user_description_2(X,'The agricultural practice of farming a single crop over large areas and for several years in a row.')
& concept2words_2(X,monoculture)
& agricultural_process_1(X)
& ~ animal_husbandry_1(X)
& ~ crop_rotation_1(X)
& ~ hydroponic_culture_1(X)
& ~ irrigation_1(X)
& ~ logging_1(X)
& ~ no_till_agriculture_1(X)
& ~ sustainable_agriculture_1(X)
& ~ vernalization_1(X) ) ) ).
fof(a531044,axiom,
! [X] :
( monogamous_mating_1(X)
=> ( original_name_2(X,'Monogamous-Mating')
& user_description_2(X,'The practice of a single male mating with a single female.')
& concept2words_2(X,'monogamous mating')
& concept2words_2(X,'monogamous-mating')
& rodent_1(X)
& ~ polyandry_1(X)
& ~ polygamous_mating_1(X)
& ~ polygyny_1(X)
& ~ promiscuous_mating_1(X)
& ~ stickleback_fish_mating_behavior_1(X) ) ) ).
fof(a531045,axiom,
! [X] :
( monoglyceride_1(X)
=> ( original_name_2(X,'Monoglyceride')
& user_description_2(X,'Molecule resulting from hydrolysis of fats which consists of a single glycerol bound to a single fatty acid.')
& concept2words_2(X,monoglyceride)
& glycerol_1(X)
& electron_1(fn_monoglyceride_1(X))
& entity_1(fn_monoglyceride_2(X))
& atom_1(fn_monoglyceride_2(X))
& chemical_entity_1(fn_monoglyceride_2(X))
& oxygen_1(fn_monoglyceride_2(X))
& entity_1(fn_monoglyceride_3(X))
& chemical_entity_1(fn_monoglyceride_3(X))
& atom_1(fn_monoglyceride_3(X))
& carbon_1(fn_monoglyceride_3(X))
& chemical_bond_1(fn_monoglyceride_4(X))
& polar_covalent_bond_1(fn_monoglyceride_4(X))
& ester_linkage_1(fn_monoglyceride_4(X))
& entity_1(fn_monoglyceride_5(X))
& atom_1(fn_monoglyceride_5(X))
& chemical_entity_1(fn_monoglyceride_5(X))
& hydrogen_1(fn_monoglyceride_5(X))
& entity_1(fn_monoglyceride_6(X))
& chemical_entity_1(fn_monoglyceride_6(X))
& atom_1(fn_monoglyceride_6(X))
& carbon_1(fn_monoglyceride_6(X))
& share_1(fn_monoglyceride_7(X))
& unequal_sharing_1(fn_monoglyceride_7(X))
& attract_1(fn_monoglyceride_8(X))
& hydroxyl_group_1(fn_monoglyceride_9(X))
& oxygen_1(fn_monoglyceride_10(X))
& hydrogen_1(fn_monoglyceride_11(X))
& single_bond_1(fn_monoglyceride_12(X))
& center_1(fn_monoglyceride_13(X))
& share_1(fn_monoglyceride_14(X))
& share_1(fn_monoglyceride_15(X))
& unequal_sharing_1(fn_monoglyceride_16(X))
& hold_1(fn_monoglyceride_17(X))
& hold_together_1(fn_monoglyceride_17(X))
& oxygen_1(fn_monoglyceride_18(X))
& center_1(fn_monoglyceride_19(X))
& second_electron_shell_1(fn_monoglyceride_20(X))
& share_1(fn_monoglyceride_21(X))
& double_bond_1(fn_monoglyceride_22(X))
& entity_1(fn_monoglyceride_23(X))
& tangible_entity_1(fn_monoglyceride_23(X))
& electron_1(fn_monoglyceride_23(X))
& valence_electron_1(fn_monoglyceride_23(X))
& entity_1(fn_monoglyceride_24(X))
& electron_1(fn_monoglyceride_24(X))
& valence_electron_1(fn_monoglyceride_24(X))
& hold_together_1(fn_monoglyceride_25(X))
& hold_together_1(fn_covalent_bond_14(fn_monoglyceride_12(X)))
& share_1(fn_covalent_bond_17(fn_monoglyceride_12(X)))
& hold_together_1(fn_covalent_bond_14(fn_monoglyceride_22(X)))
& share_1(fn_covalent_bond_17(fn_monoglyceride_22(X)))
& second_electron_shell_1(fn_ester_linkage_11(fn_monoglyceride_4(X)))
& hold_together_1(fn_ester_linkage_19(fn_monoglyceride_4(X)))
& unequal_sharing_1(fn_ester_linkage_32(fn_monoglyceride_4(X)))
& tangible_entity_1(fn_hold_2(fn_monoglyceride_17(X)))
& entity_1(fn_share_3(fn_monoglyceride_16(X)))
& entity_1(fn_share_1(fn_monoglyceride_16(X)))
& entity_1(fn_covalent_bond_20(fn_monoglyceride_12(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_monoglyceride_12(X)))
& atom_1(fn_covalent_bond_20(fn_monoglyceride_12(X)))
& entity_1(fn_share_1(fn_monoglyceride_15(X)))
& entity_1(fn_share_3(fn_monoglyceride_7(X)))
& entity_1(fn_share_1(fn_monoglyceride_7(X)))
& center_1(fn_covalent_bond_23(fn_monoglyceride_12(X)))
& center_1(fn_ester_linkage_44(fn_monoglyceride_4(X)))
& center_1(fn_covalent_bond_21(fn_monoglyceride_22(X)))
& center_1(fn_ester_linkage_43(fn_monoglyceride_4(X)))
& entity_1(fn_share_3(fn_monoglyceride_15(X)))
& entity_1(fn_covalent_bond_20(fn_monoglyceride_22(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_monoglyceride_22(X)))
& atom_1(fn_covalent_bond_20(fn_monoglyceride_22(X)))
& entity_1(fn_covalent_bond_19(fn_monoglyceride_12(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_monoglyceride_12(X)))
& atom_1(fn_covalent_bond_19(fn_monoglyceride_12(X)))
& entity_1(fn_covalent_bond_19(fn_monoglyceride_22(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_monoglyceride_22(X)))
& atom_1(fn_covalent_bond_19(fn_monoglyceride_22(X)))
& entity_1(fn_ester_linkage_28(fn_monoglyceride_4(X)))
& chemical_entity_1(fn_ester_linkage_28(fn_monoglyceride_4(X)))
& atom_1(fn_ester_linkage_28(fn_monoglyceride_4(X)))
& carbon_1(fn_ester_linkage_28(fn_monoglyceride_4(X)))
& entity_1(fn_share_2(fn_monoglyceride_15(X)))
& valence_electron_1(fn_covalent_bond_18(fn_monoglyceride_12(X)))
& valence_electron_1(fn_covalent_bond_18(fn_monoglyceride_22(X)))
& electron_1(fn_ester_linkage_29(fn_monoglyceride_4(X)))
& valence_electron_1(fn_ester_linkage_29(fn_monoglyceride_4(X)))
& valence_electron_1(fn_covalent_bond_15(fn_monoglyceride_12(X)))
& valence_electron_1(fn_covalent_bond_15(fn_monoglyceride_22(X)))
& entity_1(fn_ester_linkage_26(fn_monoglyceride_4(X)))
& tangible_entity_1(fn_ester_linkage_26(fn_monoglyceride_4(X)))
& electron_1(fn_ester_linkage_26(fn_monoglyceride_4(X)))
& valence_electron_1(fn_ester_linkage_26(fn_monoglyceride_4(X)))
& entity_1(fn_attract_2(fn_monoglyceride_8(X)))
& oxygen_1(fn_ester_linkage_27(fn_monoglyceride_4(X)))
& has_region_2(fn_monoglyceride_2(X),fn_monoglyceride_13(X))
& is_between_2(fn_monoglyceride_12(X),fn_monoglyceride_11(X))
& object_2(fn_monoglyceride_15(X),fn_monoglyceride_23(X))
& has_region_2(fn_monoglyceride_18(X),fn_monoglyceride_19(X))
& fn_monoglyceride_1(X) != fn_monoglyceride_23(X)
& fn_monoglyceride_23(X) != fn_monoglyceride_1(X)
& object_2(fn_monoglyceride_15(X),fn_monoglyceride_24(X))
& agent_2(fn_monoglyceride_8(X),fn_monoglyceride_2(X))
& agent_2(fn_monoglyceride_15(X),fn_monoglyceride_3(X))
& agent_2(fn_monoglyceride_7(X),fn_monoglyceride_5(X))
& agent_2(fn_monoglyceride_15(X),fn_monoglyceride_18(X))
& object_2(fn_monoglyceride_17(X),fn_monoglyceride_11(X))
& agent_2(fn_monoglyceride_16(X),fn_monoglyceride_10(X))
& fn_monoglyceride_10(X) != fn_monoglyceride_11(X)
& agent_2(fn_monoglyceride_16(X),fn_monoglyceride_11(X))
& fn_monoglyceride_11(X) != fn_monoglyceride_10(X)
& possesses_2(X,fn_monoglyceride_4(X))
& is_between_2(fn_monoglyceride_4(X),fn_monoglyceride_5(X))
& object_2(fn_monoglyceride_16(X),fn_monoglyceride_23(X))
& object_2(fn_monoglyceride_17(X),fn_monoglyceride_10(X))
& object_2(fn_monoglyceride_16(X),fn_monoglyceride_24(X))
& is_between_2(fn_monoglyceride_12(X),fn_monoglyceride_3(X))
& agent_2(fn_monoglyceride_16(X),fn_monoglyceride_3(X))
& result_2(fn_monoglyceride_16(X),fn_monoglyceride_12(X))
& is_between_2(fn_monoglyceride_12(X),fn_monoglyceride_10(X))
& has_region_2(fn_monoglyceride_10(X),fn_monoglyceride_13(X))
& object_2(fn_monoglyceride_21(X),fn_monoglyceride_23(X))
& agent_2(fn_monoglyceride_21(X),fn_monoglyceride_3(X))
& object_2(fn_monoglyceride_21(X),fn_monoglyceride_24(X))
& agent_2(fn_monoglyceride_17(X),fn_monoglyceride_12(X))
& has_function_2(fn_monoglyceride_12(X),fn_monoglyceride_17(X))
& object_2(fn_monoglyceride_17(X),fn_monoglyceride_3(X))
& has_region_2(fn_monoglyceride_3(X),fn_monoglyceride_19(X))
& result_2(fn_monoglyceride_21(X),fn_monoglyceride_22(X))
& agent_2(fn_monoglyceride_14(X),fn_monoglyceride_18(X))
& object_2(fn_monoglyceride_14(X),fn_monoglyceride_23(X))
& is_between_2(fn_monoglyceride_22(X),fn_monoglyceride_3(X))
& agent_2(fn_monoglyceride_14(X),fn_monoglyceride_3(X))
& object_2(fn_monoglyceride_14(X),fn_monoglyceride_24(X))
& fn_monoglyceride_18(X) != fn_monoglyceride_3(X)
& fn_monoglyceride_3(X) != fn_monoglyceride_18(X)
& has_part_2(X,fn_monoglyceride_2(X))
& is_inside_2(fn_monoglyceride_5(X),fn_monoglyceride_9(X))
& has_part_2(X,fn_monoglyceride_5(X))
& fn_monoglyceride_5(X) != fn_monoglyceride_2(X)
& is_inside_2(fn_monoglyceride_2(X),fn_monoglyceride_9(X))
& has_region_2(X,fn_monoglyceride_9(X))
& has_part_2(X,fn_monoglyceride_6(X))
& fn_monoglyceride_2(X) != fn_monoglyceride_5(X)
& result_2(fn_monoglyceride_7(X),fn_monoglyceride_4(X))
& fn_monoglyceride_2(X) != fn_monoglyceride_6(X)
& fn_monoglyceride_6(X) != fn_monoglyceride_2(X)
& object_2(fn_monoglyceride_25(X),fn_monoglyceride_3(X))
& has_function_2(fn_monoglyceride_4(X),fn_monoglyceride_25(X))
& is_between_2(fn_monoglyceride_4(X),fn_monoglyceride_3(X))
& agent_2(fn_monoglyceride_7(X),fn_monoglyceride_3(X))
& agent_2(fn_monoglyceride_7(X),fn_monoglyceride_2(X))
& has_region_2(fn_monoglyceride_2(X),fn_monoglyceride_19(X))
& fn_monoglyceride_19(X) != fn_monoglyceride_13(X)
& has_region_2(fn_monoglyceride_3(X),fn_monoglyceride_13(X))
& has_part_2(fn_monoglyceride_3(X),fn_monoglyceride_24(X))
& object_2(fn_monoglyceride_7(X),fn_monoglyceride_24(X))
& fn_monoglyceride_13(X) != fn_monoglyceride_19(X)
& agent_2(fn_monoglyceride_25(X),fn_monoglyceride_4(X))
& object_2(fn_monoglyceride_25(X),fn_monoglyceride_2(X))
& has_region_2(fn_monoglyceride_2(X),fn_monoglyceride_20(X))
& has_region_2(fn_monoglyceride_3(X),fn_monoglyceride_20(X))
& fn_monoglyceride_3(X) != fn_monoglyceride_2(X)
& fn_monoglyceride_2(X) != fn_monoglyceride_3(X)
& is_between_2(fn_monoglyceride_4(X),fn_monoglyceride_2(X))
& has_part_2(fn_monoglyceride_2(X),fn_monoglyceride_23(X))
& object_2(fn_monoglyceride_7(X),fn_monoglyceride_23(X))
& fn_monoglyceride_24(X) != fn_monoglyceride_23(X)
& fn_monoglyceride_23(X) != fn_monoglyceride_24(X)
& fn_monoglyceride_24(X) = fn_share_2(fn_monoglyceride_15(X))
& fn_monoglyceride_2(X) = fn_attract_2(fn_monoglyceride_8(X))
& fn_monoglyceride_3(X) = fn_share_3(fn_monoglyceride_15(X))
& fn_monoglyceride_5(X) = fn_share_3(fn_monoglyceride_7(X))
& fn_monoglyceride_5(X) = fn_share_1(fn_monoglyceride_7(X))
& fn_monoglyceride_18(X) = fn_share_1(fn_monoglyceride_15(X))
& fn_monoglyceride_11(X) = fn_hold_2(fn_monoglyceride_17(X))
& fn_monoglyceride_11(X) = fn_share_3(fn_monoglyceride_16(X))
& fn_monoglyceride_10(X) = fn_share_1(fn_monoglyceride_16(X))
& fn_monoglyceride_4(X) = fn_alcohol_9(X)
& fn_monoglyceride_23(X) = fn_covalent_bond_15(fn_monoglyceride_12(X))
& fn_monoglyceride_17(X) = fn_covalent_bond_14(fn_monoglyceride_12(X))
& fn_monoglyceride_24(X) = fn_covalent_bond_18(fn_monoglyceride_12(X))
& fn_monoglyceride_13(X) = fn_covalent_bond_23(fn_monoglyceride_12(X))
& fn_monoglyceride_10(X) = fn_covalent_bond_20(fn_monoglyceride_12(X))
& fn_monoglyceride_16(X) = fn_covalent_bond_17(fn_monoglyceride_12(X))
& fn_monoglyceride_3(X) = fn_covalent_bond_19(fn_monoglyceride_12(X))
& fn_monoglyceride_17(X) = fn_covalent_bond_14(fn_monoglyceride_22(X))
& fn_monoglyceride_19(X) = fn_covalent_bond_21(fn_monoglyceride_22(X))
& fn_monoglyceride_21(X) = fn_covalent_bond_17(fn_monoglyceride_22(X))
& fn_monoglyceride_23(X) = fn_covalent_bond_15(fn_monoglyceride_22(X))
& fn_monoglyceride_24(X) = fn_covalent_bond_18(fn_monoglyceride_22(X))
& fn_monoglyceride_14(X) = fn_covalent_bond_17(fn_monoglyceride_22(X))
& fn_monoglyceride_18(X) = fn_covalent_bond_20(fn_monoglyceride_22(X))
& fn_monoglyceride_3(X) = fn_covalent_bond_20(fn_monoglyceride_22(X))
& fn_monoglyceride_3(X) = fn_covalent_bond_19(fn_monoglyceride_22(X))
& fn_monoglyceride_6(X) = fn_alcohol_7(X)
& fn_monoglyceride_9(X) = fn_alcohol_3(X)
& fn_monoglyceride_2(X) = fn_alcohol_8(X)
& fn_monoglyceride_5(X) = fn_glycerol_1(X)
& fn_monoglyceride_5(X) = fn_alcohol_6(X)
& fn_monoglyceride_6(X) = fn_ester_linkage_28(fn_monoglyceride_4(X))
& fn_monoglyceride_13(X) = fn_ester_linkage_44(fn_monoglyceride_4(X))
& fn_monoglyceride_19(X) = fn_ester_linkage_43(fn_monoglyceride_4(X))
& fn_monoglyceride_3(X) = fn_ester_linkage_28(fn_monoglyceride_4(X))
& fn_monoglyceride_20(X) = fn_ester_linkage_11(fn_monoglyceride_4(X))
& fn_monoglyceride_25(X) = fn_ester_linkage_19(fn_monoglyceride_4(X))
& fn_monoglyceride_7(X) = fn_ester_linkage_32(fn_monoglyceride_4(X))
& fn_monoglyceride_24(X) = fn_ester_linkage_29(fn_monoglyceride_4(X))
& fn_monoglyceride_23(X) = fn_ester_linkage_26(fn_monoglyceride_4(X))
& fn_monoglyceride_2(X) = fn_ester_linkage_27(fn_monoglyceride_4(X))
& fn_hold_2(fn_monoglyceride_17(X)) = fn_share_3(fn_monoglyceride_16(X))
& fn_share_3(fn_monoglyceride_16(X)) = fn_share_3(fn_monoglyceride_16(X))
& fn_share_3(fn_monoglyceride_16(X)) = fn_share_1(fn_monoglyceride_16(X))
& fn_share_1(fn_monoglyceride_16(X)) = fn_share_1(fn_monoglyceride_16(X))
& fn_share_1(fn_monoglyceride_16(X)) = fn_covalent_bond_20(fn_monoglyceride_12(X))
& fn_covalent_bond_20(fn_monoglyceride_12(X)) = fn_covalent_bond_20(fn_monoglyceride_12(X))
& fn_covalent_bond_20(fn_monoglyceride_12(X)) = fn_share_1(fn_monoglyceride_15(X))
& fn_share_1(fn_monoglyceride_15(X)) = fn_covalent_bond_20(fn_monoglyceride_22(X))
& fn_covalent_bond_20(fn_monoglyceride_22(X)) = fn_share_3(fn_monoglyceride_7(X))
& fn_share_3(fn_monoglyceride_7(X)) = fn_share_1(fn_monoglyceride_7(X))
& fn_share_1(fn_monoglyceride_7(X)) = fn_share_1(fn_monoglyceride_7(X))
& fn_share_1(fn_monoglyceride_7(X)) = fn_glycerol_1(X)
& fn_alcohol_6(X) = fn_alcohol_6(X)
& fn_alcohol_6(X) = fn_glycerol_1(X)
& fn_glycerol_1(X) = fn_alcohol_6(X)
& fn_alcohol_6(X) = fn_alcohol_7(X)
& fn_alcohol_7(X) = fn_ester_linkage_28(fn_monoglyceride_4(X))
& fn_ester_linkage_28(fn_monoglyceride_4(X)) = fn_covalent_bond_23(fn_monoglyceride_12(X))
& fn_covalent_bond_23(fn_monoglyceride_12(X)) = fn_ester_linkage_44(fn_monoglyceride_4(X))
& fn_ester_linkage_44(fn_monoglyceride_4(X)) = fn_ester_linkage_44(fn_monoglyceride_4(X))
& fn_ester_linkage_44(fn_monoglyceride_4(X)) = fn_covalent_bond_21(fn_monoglyceride_22(X))
& fn_covalent_bond_21(fn_monoglyceride_22(X)) = fn_ester_linkage_43(fn_monoglyceride_4(X))
& fn_ester_linkage_43(fn_monoglyceride_4(X)) = fn_ester_linkage_43(fn_monoglyceride_4(X))
& fn_ester_linkage_43(fn_monoglyceride_4(X)) = fn_share_3(fn_monoglyceride_15(X))
& fn_share_3(fn_monoglyceride_15(X)) = fn_covalent_bond_20(fn_monoglyceride_22(X))
& fn_covalent_bond_20(fn_monoglyceride_22(X)) = fn_covalent_bond_19(fn_monoglyceride_12(X))
& fn_covalent_bond_19(fn_monoglyceride_12(X)) = fn_covalent_bond_20(fn_monoglyceride_22(X))
& fn_covalent_bond_20(fn_monoglyceride_22(X)) = fn_covalent_bond_20(fn_monoglyceride_22(X))
& fn_covalent_bond_19(fn_monoglyceride_22(X)) = fn_covalent_bond_20(fn_monoglyceride_22(X))
& fn_covalent_bond_20(fn_monoglyceride_22(X)) = fn_covalent_bond_19(fn_monoglyceride_22(X))
& fn_covalent_bond_19(fn_monoglyceride_22(X)) = fn_covalent_bond_19(fn_monoglyceride_12(X))
& fn_covalent_bond_19(fn_monoglyceride_12(X)) = fn_covalent_bond_19(fn_monoglyceride_12(X))
& fn_covalent_bond_19(fn_monoglyceride_12(X)) = fn_covalent_bond_19(fn_monoglyceride_22(X))
& fn_covalent_bond_19(fn_monoglyceride_22(X)) = fn_covalent_bond_19(fn_monoglyceride_22(X))
& fn_covalent_bond_19(fn_monoglyceride_22(X)) = fn_ester_linkage_28(fn_monoglyceride_4(X))
& fn_ester_linkage_28(fn_monoglyceride_4(X)) = fn_ester_linkage_28(fn_monoglyceride_4(X))
& fn_ester_linkage_28(fn_monoglyceride_4(X)) = fn_share_2(fn_monoglyceride_15(X))
& fn_share_2(fn_monoglyceride_15(X)) = fn_covalent_bond_18(fn_monoglyceride_12(X))
& fn_covalent_bond_18(fn_monoglyceride_22(X)) = fn_covalent_bond_18(fn_monoglyceride_12(X))
& fn_covalent_bond_18(fn_monoglyceride_12(X)) = fn_covalent_bond_18(fn_monoglyceride_22(X))
& fn_covalent_bond_18(fn_monoglyceride_22(X)) = fn_covalent_bond_18(fn_monoglyceride_22(X))
& fn_covalent_bond_18(fn_monoglyceride_22(X)) = fn_ester_linkage_29(fn_monoglyceride_4(X))
& fn_ester_linkage_29(fn_monoglyceride_4(X)) = fn_ester_linkage_29(fn_monoglyceride_4(X))
& fn_ester_linkage_29(fn_monoglyceride_4(X)) = fn_covalent_bond_15(fn_monoglyceride_12(X))
& fn_covalent_bond_15(fn_monoglyceride_12(X)) = fn_covalent_bond_15(fn_monoglyceride_22(X))
& fn_covalent_bond_15(fn_monoglyceride_22(X)) = fn_covalent_bond_15(fn_monoglyceride_22(X))
& fn_covalent_bond_15(fn_monoglyceride_22(X)) = fn_ester_linkage_26(fn_monoglyceride_4(X))
& fn_ester_linkage_26(fn_monoglyceride_4(X)) = fn_ester_linkage_26(fn_monoglyceride_4(X))
& fn_ester_linkage_26(fn_monoglyceride_4(X)) = fn_attract_2(fn_monoglyceride_8(X))
& fn_attract_2(fn_monoglyceride_8(X)) = fn_alcohol_8(X)
& fn_alcohol_8(X) = fn_alcohol_8(X)
& fn_alcohol_8(X) = fn_ester_linkage_27(fn_monoglyceride_4(X))
& fn_ester_linkage_27(fn_monoglyceride_4(X)) = fn_ester_linkage_27(fn_monoglyceride_4(X)) ) ) ).
fof(a531046,axiom,
! [X] :
( monohybrid_1(X)
=> ( original_name_2(X,'Monohybrid')
& user_description_2(X,'An organism that is heterozygous with respect to a single gene of interest. All the offspring from a cross between parents homozygous for different alleles are monohybrids. For example, parents of genotypes AA and aa produce a monohybrid of genotype Aa.')
& concept2words_2(X,monohybrid)
& hybrid_1(X)
& ~ dihybrid_1(X)
& homozygous_dominant_1(fn_monohybrid_1(X))
& homozygous_recessive_1(fn_monohybrid_2(X))
& heterozygous_1(fn_monohybrid_3(X))
& cross_breeding_event_1(fn_monohybrid_4(X))
& organism_1(fn_cross_breeding_event_11(fn_monohybrid_4(X)))
& organism_1(fn_cross_breeding_event_9(fn_monohybrid_4(X)))
& organism_1(fn_cross_breeding_event_10(fn_monohybrid_4(X)))
& organism_1(fn_cross_breeding_event_1(fn_monohybrid_4(X)))
& agent_2(fn_monohybrid_4(X),fn_monohybrid_1(X))
& agent_2(fn_monohybrid_4(X),fn_monohybrid_2(X))
& has_part_2(X,fn_monohybrid_3(X))
& result_2(fn_monohybrid_4(X),X)
& fn_monohybrid_3(X) = fn_organism_3(X)
& X = fn_cross_breeding_event_11(fn_monohybrid_4(X))
& X = fn_cross_breeding_event_9(fn_monohybrid_4(X))
& X = fn_cross_breeding_event_10(fn_monohybrid_4(X))
& X = fn_cross_breeding_event_1(fn_monohybrid_4(X))
& fn_cross_breeding_event_11(fn_monohybrid_4(X)) = fn_cross_breeding_event_9(fn_monohybrid_4(X))
& fn_cross_breeding_event_9(fn_monohybrid_4(X)) = fn_cross_breeding_event_9(fn_monohybrid_4(X))
& fn_cross_breeding_event_9(fn_monohybrid_4(X)) = fn_cross_breeding_event_10(fn_monohybrid_4(X))
& fn_cross_breeding_event_10(fn_monohybrid_4(X)) = fn_cross_breeding_event_10(fn_monohybrid_4(X))
& fn_cross_breeding_event_10(fn_monohybrid_4(X)) = fn_cross_breeding_event_1(fn_monohybrid_4(X)) ) ) ).
fof(a531047,axiom,
! [X] :
( monomer_1(X)
=> ( original_name_2(X,'Monomer')
& user_description_2(X,'A monomer is a small, repeated component of a much larger organic molecule known as the polymer.')
& concept2words_2(X,monomer)
& molecule_1(X) ) ) ).
fof(a531048,axiom,
! [X] :
( monophyletic_1(X)
=> ( original_name_2(X,'Monophyletic')
& user_description_2(X,'Descriptive of a group of taxa that includes a recent common ancestor and all of its descendants. In cladistics, a monophyletic group is called a clade.')
& concept2words_2(X,monophyletic)
& clade_1(X) ) ) ).
fof(a531049,axiom,
! [X] :
( monosaccharide_1(X)
=> ( original_name_2(X,'Monosaccharide')
& user_description_2(X,'The monomer of a carbohydrate. Also known as a simple sugar.')
& concept2words_2(X,'mono saccharide')
& concept2words_2(X,'mono-saccharide')
& concept2words_2(X,monosaccharide)
& sugar_1(X)
& attract_1(fn_monosaccharide_2(X))
& electronegativity_value_1(fn_monosaccharide_4(X))
& entity_1(fn_monosaccharide_5(X))
& chemical_entity_1(fn_monosaccharide_5(X))
& atom_1(fn_monosaccharide_5(X))
& carbon_1(fn_monosaccharide_5(X))
& carbon_skeleton_1(fn_monosaccharide_6(X))
& electronegativity_value_1(fn_monosaccharide_7(X))
& electronegativity_value_1(fn_monosaccharide_8(X))
& entity_1(fn_monosaccharide_9(X))
& chemical_entity_1(fn_monosaccharide_9(X))
& atom_1(fn_monosaccharide_9(X))
& hydrogen_1(fn_monosaccharide_9(X))
& functional_group_1(fn_monosaccharide_10(X))
& hydroxyl_group_1(fn_monosaccharide_10(X))
& carbon_source_1(fn_monosaccharide_11(X))
& polar_covalent_bond_1(fn_monosaccharide_12(X))
& entity_1(fn_monosaccharide_13(X))
& chemical_entity_1(fn_monosaccharide_13(X))
& atom_1(fn_monosaccharide_13(X))
& oxygen_1(fn_monosaccharide_13(X))
& solubility_value_1(fn_monosaccharide_14(X))
& double_bond_1(fn_monosaccharide_16(X))
& functional_group_1(fn_monosaccharide_17(X))
& carbonyl_group_1(fn_monosaccharide_17(X))
& entity_1(fn_monosaccharide_18(X))
& atom_1(fn_monosaccharide_18(X))
& chemical_entity_1(fn_monosaccharide_18(X))
& oxygen_1(fn_monosaccharide_18(X))
& property_node_1(fn_solubility_value_1(fn_monosaccharide_14(X)))
& electronegativity_value_1(fn_oxygen_5(fn_monosaccharide_13(X)))
& molecule_1(fn_carbon_source_2(fn_monosaccharide_11(X)))
& chemical_entity_1(fn_functional_group_1(fn_monosaccharide_17(X)))
& chemical_entity_1(fn_functional_group_1(fn_monosaccharide_10(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_monosaccharide_10(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_monosaccharide_10(X)))
& double_bond_1(fn_carbonyl_group_8(fn_monosaccharide_17(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_monosaccharide_10(X)))
& oxygen_1(fn_carbonyl_group_9(fn_monosaccharide_17(X)))
& entity_1(fn_carbonyl_group_7(fn_monosaccharide_17(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_monosaccharide_17(X)))
& atom_1(fn_carbonyl_group_7(fn_monosaccharide_17(X)))
& carbon_1(fn_carbonyl_group_7(fn_monosaccharide_17(X)))
& the_scalar_value_2(fn_monosaccharide_14(X),soluble_0)
& scalar_unit_class_2(fn_monosaccharide_14(X),carbohydrate_0)
& is_inside_2(fn_monosaccharide_13(X),fn_monosaccharide_17(X))
& solubility_in_water_2(X,fn_monosaccharide_14(X))
& fn_monosaccharide_9(X) != fn_monosaccharide_5(X)
& the_cardinal_value_2(fn_monosaccharide_8(X),"3.44")
& cardinal_unit_class_2(fn_monosaccharide_8(X),unity_0)
& fn_monosaccharide_5(X) != fn_monosaccharide_9(X)
& electronegativity_2(fn_monosaccharide_13(X),fn_monosaccharide_4(X))
& plays_2(X,fn_monosaccharide_11(X))
& the_cardinal_value_2(fn_monosaccharide_4(X),"3.44")
& cardinal_unit_class_2(fn_monosaccharide_4(X),unity_0)
& possesses_2(X,fn_monosaccharide_16(X))
& is_between_2(fn_monosaccharide_16(X),fn_monosaccharide_18(X))
& fn_monosaccharide_8(X) != fn_monosaccharide_7(X)
& the_cardinal_value_2(fn_monosaccharide_7(X),"2.1")
& cardinal_unit_class_2(fn_monosaccharide_7(X),unity_0)
& fn_monosaccharide_7(X) != fn_monosaccharide_8(X)
& possesses_2(X,fn_monosaccharide_12(X))
& is_between_2(fn_monosaccharide_12(X),fn_monosaccharide_13(X))
& is_inside_2(fn_monosaccharide_13(X),fn_monosaccharide_10(X))
& has_region_2(X,fn_monosaccharide_10(X))
& has_region_2(X,fn_monosaccharide_17(X))
& has_part_2(X,fn_monosaccharide_5(X))
& is_inside_2(fn_monosaccharide_5(X),fn_monosaccharide_6(X))
& has_region_2(X,fn_monosaccharide_6(X))
& fn_monosaccharide_13(X) != fn_monosaccharide_5(X)
& fn_monosaccharide_5(X) != fn_monosaccharide_13(X)
& has_part_2(X,fn_monosaccharide_18(X))
& has_part_2(X,fn_monosaccharide_13(X))
& electronegativity_2(fn_monosaccharide_18(X),fn_monosaccharide_8(X))
& fn_monosaccharide_13(X) != fn_monosaccharide_18(X)
& fn_monosaccharide_18(X) != fn_monosaccharide_13(X)
& has_part_2(X,fn_monosaccharide_9(X))
& electronegativity_2(fn_monosaccharide_9(X),fn_monosaccharide_7(X))
& fn_monosaccharide_7(X) != fn_monosaccharide_4(X)
& fn_monosaccharide_13(X) != fn_monosaccharide_9(X)
& fn_monosaccharide_9(X) != fn_monosaccharide_13(X)
& fn_monosaccharide_4(X) != fn_monosaccharide_7(X)
& is_inside_2(fn_monosaccharide_18(X),fn_monosaccharide_10(X))
& is_inside_2(fn_monosaccharide_9(X),fn_monosaccharide_10(X))
& is_between_2(fn_monosaccharide_12(X),fn_monosaccharide_9(X))
& is_between_2(fn_monosaccharide_12(X),fn_monosaccharide_18(X))
& fn_monosaccharide_18(X) != fn_monosaccharide_9(X)
& fn_monosaccharide_9(X) != fn_monosaccharide_18(X)
& is_inside_2(fn_monosaccharide_18(X),fn_monosaccharide_17(X))
& is_inside_2(fn_monosaccharide_5(X),fn_monosaccharide_17(X))
& is_between_2(fn_monosaccharide_16(X),fn_monosaccharide_5(X))
& is_between_2(fn_monosaccharide_16(X),fn_monosaccharide_13(X))
& fn_monosaccharide_18(X) != fn_monosaccharide_5(X)
& fn_monosaccharide_5(X) != fn_monosaccharide_18(X)
& fn_monosaccharide_4(X) = fn_oxygen_5(fn_monosaccharide_13(X))
& X = fn_carbon_source_2(fn_monosaccharide_11(X))
& fn_monosaccharide_15(X) = fn_solubility_value_1(fn_monosaccharide_14(X))
& fn_monosaccharide_19(X) = fn_carbohydrate_44(X)
& fn_monosaccharide_3(X) = fn_carbohydrate_45(X)
& fn_monosaccharide_18(X) = fn_carbohydrate_39(X)
& fn_monosaccharide_16(X) = fn_carbohydrate_35(X)
& X = fn_functional_group_1(fn_monosaccharide_17(X))
& fn_monosaccharide_17(X) = fn_carbohydrate_34(X)
& X = fn_functional_group_1(fn_monosaccharide_10(X))
& fn_monosaccharide_10(X) = fn_carbohydrate_33(X)
& fn_monosaccharide_12(X) = fn_carbohydrate_36(X)
& fn_monosaccharide_6(X) = fn_carbohydrate_6(X)
& fn_monosaccharide_13(X) = fn_carbohydrate_38(X)
& fn_monosaccharide_5(X) = fn_carbohydrate_5(X)
& fn_monosaccharide_8(X) = fn_carbohydrate_11(X)
& fn_monosaccharide_18(X) = fn_carbohydrate_38(X)
& fn_monosaccharide_4(X) = fn_carbohydrate_11(X)
& fn_monosaccharide_7(X) = fn_carbohydrate_12(X)
& fn_monosaccharide_13(X) = fn_carbohydrate_39(X)
& fn_monosaccharide_9(X) = fn_carbohydrate_32(X)
& fn_monosaccharide_12(X) = fn_hydroxyl_group_7(fn_monosaccharide_10(X))
& fn_monosaccharide_18(X) = fn_hydroxyl_group_4(fn_monosaccharide_10(X))
& fn_monosaccharide_9(X) = fn_hydroxyl_group_6(fn_monosaccharide_10(X))
& fn_monosaccharide_13(X) = fn_carbonyl_group_9(fn_monosaccharide_17(X))
& fn_monosaccharide_16(X) = fn_carbonyl_group_8(fn_monosaccharide_17(X))
& fn_monosaccharide_18(X) = fn_carbonyl_group_9(fn_monosaccharide_17(X))
& fn_monosaccharide_5(X) = fn_carbonyl_group_7(fn_monosaccharide_17(X))
& fn_oxygen_5(fn_monosaccharide_13(X)) = fn_carbohydrate_11(X)
& fn_carbohydrate_11(X) = fn_carbohydrate_11(X)
& fn_carbohydrate_11(X) = fn_carbon_source_2(fn_monosaccharide_11(X))
& fn_carbon_source_2(fn_monosaccharide_11(X)) = fn_functional_group_1(fn_monosaccharide_17(X))
& fn_functional_group_1(fn_monosaccharide_17(X)) = fn_functional_group_1(fn_monosaccharide_10(X))
& fn_functional_group_1(fn_monosaccharide_10(X)) = fn_carbohydrate_36(X)
& fn_carbohydrate_36(X) = fn_carbohydrate_36(X)
& fn_carbohydrate_36(X) = fn_hydroxyl_group_7(fn_monosaccharide_10(X))
& fn_hydroxyl_group_7(fn_monosaccharide_10(X)) = fn_hydroxyl_group_7(fn_monosaccharide_10(X))
& fn_hydroxyl_group_7(fn_monosaccharide_10(X)) = fn_carbohydrate_32(X)
& fn_carbohydrate_32(X) = fn_carbohydrate_32(X)
& fn_carbohydrate_32(X) = fn_hydroxyl_group_6(fn_monosaccharide_10(X))
& fn_hydroxyl_group_6(fn_monosaccharide_10(X)) = fn_hydroxyl_group_6(fn_monosaccharide_10(X))
& fn_hydroxyl_group_6(fn_monosaccharide_10(X)) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_carbonyl_group_9(fn_monosaccharide_17(X))
& fn_carbonyl_group_9(fn_monosaccharide_17(X)) = fn_carbohydrate_35(X)
& fn_carbohydrate_35(X) = fn_carbohydrate_35(X)
& fn_carbohydrate_35(X) = fn_carbonyl_group_8(fn_monosaccharide_17(X))
& fn_carbonyl_group_8(fn_monosaccharide_17(X)) = fn_carbonyl_group_8(fn_monosaccharide_17(X))
& fn_carbonyl_group_8(fn_monosaccharide_17(X)) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_hydroxyl_group_4(fn_monosaccharide_10(X))
& fn_hydroxyl_group_4(fn_monosaccharide_10(X)) = fn_hydroxyl_group_4(fn_monosaccharide_10(X))
& fn_hydroxyl_group_4(fn_monosaccharide_10(X)) = fn_carbonyl_group_9(fn_monosaccharide_17(X))
& fn_carbonyl_group_9(fn_monosaccharide_17(X)) = fn_carbonyl_group_9(fn_monosaccharide_17(X))
& fn_carbonyl_group_9(fn_monosaccharide_17(X)) = fn_carbohydrate_5(X)
& fn_carbohydrate_5(X) = fn_carbohydrate_5(X)
& fn_carbohydrate_5(X) = fn_carbonyl_group_7(fn_monosaccharide_17(X))
& fn_carbonyl_group_7(fn_monosaccharide_17(X)) = fn_carbonyl_group_7(fn_monosaccharide_17(X)) ) ) ).
fof(a531050,axiom,
! [X] :
( monosomic_1(X)
=> ( original_name_2(X,'Monosomic')
& user_description_2(X,'Describes a normally diploid cell that is missing one copy of a particular chromosome.')
& concept2words_2(X,monosomic)
& aneuploidy_1(X)
& ~ allopolyploid_1(X) ) ) ).
fof(a531051,axiom,
! [X] :
( monotreme_1(X)
=> ( original_name_2(X,'Monotreme')
& user_description_2(X,'An egg-laying mammal, such as a platypus or echidna.')
& concept2words_2(X,monotreme)
& mammal_1(X)
& ~ eutherian_1(X)
& ~ insectivora_1(X)
& ~ lagomorpha_1(X)
& ~ marsupial_1(X)
& ~ person_1(X) ) ) ).
fof(a531052,axiom,
! [X] :
( morgan_1(X)
=> ( original_name_2(X,'Morgan')
& user_description_2(X,'Thomas Hunt Morgan, an embyologist at Columbia University, was the first to associate a specific gene with a specific chromosome.')
& concept2words_2(X,'thomas hunt morgan')
& concept2words_2(X,'t h morgan')
& concept2words_2(X,morgan)
& geneticist_1(X)
& confirm_1(fn_morgan_1(X))
& experiment_1(fn_morgan_2(X))
& fruit_fly_1(fn_morgan_3(X))
& sex_linked_gene_1(fn_morgan_4(X))
& linked_genes_1(fn_morgan_5(X))
& discovery_1(fn_morgan_6(X))
& fruit_fly_1(fn_morgan_7(X))
& cross_breeding_event_1(fn_morgan_8(X))
& study_1(fn_morgan_9(X))
& fruit_fly_1(fn_morgan_10(X))
& agent_2(fn_morgan_8(X),X)
& object_2(fn_morgan_8(X),fn_morgan_3(X))
& object_2(fn_morgan_8(X),fn_morgan_7(X))
& causes_2(fn_morgan_8(X),fn_morgan_6(X))
& agent_2(fn_morgan_6(X),X)
& instrument_2(fn_morgan_6(X),fn_morgan_3(X))
& object_2(fn_morgan_6(X),fn_morgan_4(X))
& object_2(fn_morgan_6(X),fn_morgan_5(X))
& instrument_2(fn_morgan_2(X),fn_morgan_3(X))
& agent_2(fn_morgan_1(X),X)
& by_means_of_2(fn_morgan_1(X),fn_morgan_2(X))
& agent_2(fn_morgan_9(X),X)
& object_2(fn_morgan_9(X),fn_morgan_10(X))
& fn_morgan_10(X) = fn_scientist_1(X)
& fn_morgan_9(X) = fn_scientist_2(X) ) ) ).
fof(a531053,axiom,
! [X] :
( morning_after_pill_1(X)
=> ( original_name_2(X,'Morning-After-Pill')
& user_description_2(X,'Drugs that act both to prevent ovulation or fertilization and possibly post-fertilization implantation of a blastocyst.')
& concept2words_2(X,ru486)
& concept2words_2(X,'morning after pill')
& concept2words_2(X,'morning-after-pill')
& postzygotic_barrier_1(X)
& ~ abortion_1(X) ) ) ).
fof(a531054,axiom,
! [X] :
( morphine_1(X)
=> ( original_name_2(X,'Morphine')
& user_description_2(X,'Morphine is an opiate which relieves pain and alters mood by weakly binding to specific receptor molecules on the surfaces of brain cells.')
& concept2words_2(X,morphine)
& opiate_1(X)
& move_1(fn_morphine_4(X))
& move_1(fn_morphine_5(X))
& fluidity_value_1(fn_morphine_6(X))
& rate_value_1(fn_morphine_7(X))
& rate_value_1(fn_morphine_8(X))
& negatively_charged_region_1(fn_morphine_9(X))
& lysosome_1(fn_morphine_10(X))
& protein_enzyme_1(fn_morphine_11(X))
& move_together_1(fn_morphine_12(X))
& move_together_1(fn_morphine_13(X))
& spatial_entity_1(fn_morphine_14(X))
& phospholipid_1(fn_morphine_14(X))
& ligand_binding_1(fn_morphine_15(X))
& endorphin_receptor_1(fn_morphine_16(X))
& protein_pump_1(fn_morphine_17(X))
& carrier_protein_1(fn_morphine_17(X))
& electrogenic_pump_1(fn_morphine_17(X))
& protein_1(fn_morphine_17(X))
& organic_molecule_1(fn_morphine_17(X))
& polymer_1(fn_morphine_17(X))
& spatial_entity_1(fn_morphine_17(X))
& membrane_protein_1(fn_morphine_17(X))
& tangible_entity_1(fn_morphine_17(X))
& transmembrane_protein_1(fn_morphine_17(X))
& integral_protein_1(fn_morphine_17(X))
& transport_protein_1(fn_morphine_17(X))
& sodium_potassium_pump_1(fn_morphine_17(X))
& surface_1(fn_morphine_18(X))
& hydrophilic_face_1(fn_morphine_18(X))
& substance_1(fn_morphine_19(X))
& aqueous_solution_1(fn_morphine_19(X))
& support_1(fn_morphine_20(X))
& membrane_1(fn_morphine_21(X))
& tangible_entity_1(fn_morphine_21(X))
& spatial_entity_1(fn_morphine_21(X))
& biomembrane_1(fn_morphine_21(X))
& plasma_membrane_1(fn_morphine_21(X))
& animal_plasma_membrane_1(fn_morphine_21(X))
& animal_cell_1(fn_morphine_22(X))
& nerve_cell_1(fn_morphine_22(X))
& substance_1(fn_morphine_23(X))
& cytosol_1(fn_morphine_23(X))
& endoplasmic_reticulum_1(fn_morphine_24(X))
& smooth_endoplasmic_reticulum_1(fn_morphine_24(X))
& synthesis_reaction_1(fn_morphine_25(X))
& chemical_reaction_1(fn_morphine_25(X))
& anabolic_pathway_1(fn_morphine_25(X))
& metabolic_pathway_1(fn_morphine_25(X))
& endergonic_reaction_1(fn_morphine_25(X))
& synthesis_of_lipid_1(fn_morphine_25(X))
& substance_1(fn_nerve_cell_37(fn_morphine_22(X)))
& cytosol_1(fn_nerve_cell_37(fn_morphine_22(X)))
& endoplasmic_reticulum_1(fn_nerve_cell_32(fn_morphine_22(X)))
& smooth_endoplasmic_reticulum_1(fn_nerve_cell_32(fn_morphine_22(X)))
& synthesis_reaction_1(fn_nerve_cell_41(fn_morphine_22(X)))
& chemical_reaction_1(fn_nerve_cell_41(fn_morphine_22(X)))
& anabolic_pathway_1(fn_nerve_cell_41(fn_morphine_22(X)))
& metabolic_pathway_1(fn_nerve_cell_41(fn_morphine_22(X)))
& endergonic_reaction_1(fn_nerve_cell_41(fn_morphine_22(X)))
& synthesis_of_lipid_1(fn_nerve_cell_41(fn_morphine_22(X)))
& substance_1(fn_plasma_membrane_70(fn_morphine_21(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_morphine_21(X)))
& aqueous_solution_1(fn_animal_plasma_membrane_78(fn_morphine_21(X)))
& spatial_entity_1(fn_move_together_2(fn_morphine_13(X)))
& spatial_entity_1(fn_move_together_2(fn_morphine_12(X)))
& spatial_entity_1(fn_move_together_1(fn_morphine_13(X)))
& spatial_entity_1(fn_move_together_1(fn_morphine_12(X)))
& phospholipid_1(fn_nerve_cell_11(fn_morphine_22(X)))
& support_1(fn_nerve_cell_42(fn_morphine_22(X)))
& support_1(fn_nerve_cell_36(fn_morphine_22(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_morphine_21(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_morphine_21(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_morphine_21(X)))
& protein_1(fn_plasma_membrane_54(fn_morphine_21(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_morphine_21(X)))
& polymer_1(fn_plasma_membrane_54(fn_morphine_21(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_morphine_21(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_morphine_21(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_morphine_21(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_morphine_21(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_morphine_21(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_morphine_21(X)))
& protein_1(fn_plasma_membrane_68(fn_morphine_21(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_morphine_21(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_morphine_21(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_morphine_21(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_morphine_21(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_morphine_21(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_morphine_21(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_morphine_21(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_morphine_21(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_morphine_21(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_morphine_21(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_morphine_21(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_morphine_21(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_morphine_21(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_morphine_21(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_morphine_21(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_morphine_21(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_morphine_21(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_morphine_21(X)))
& protein_1(fn_animal_cell_75(fn_morphine_22(X)))
& organic_molecule_1(fn_animal_cell_75(fn_morphine_22(X)))
& polymer_1(fn_animal_cell_75(fn_morphine_22(X)))
& spatial_entity_1(fn_animal_cell_75(fn_morphine_22(X)))
& membrane_protein_1(fn_animal_cell_75(fn_morphine_22(X)))
& tangible_entity_1(fn_animal_cell_75(fn_morphine_22(X)))
& transmembrane_protein_1(fn_animal_cell_75(fn_morphine_22(X)))
& integral_protein_1(fn_animal_cell_75(fn_morphine_22(X)))
& transport_protein_1(fn_animal_cell_75(fn_morphine_22(X)))
& sodium_potassium_pump_1(fn_animal_cell_75(fn_morphine_22(X)))
& protein_pump_1(fn_nerve_cell_30(fn_morphine_22(X)))
& carrier_protein_1(fn_nerve_cell_30(fn_morphine_22(X)))
& electrogenic_pump_1(fn_nerve_cell_30(fn_morphine_22(X)))
& protein_1(fn_nerve_cell_30(fn_morphine_22(X)))
& organic_molecule_1(fn_nerve_cell_30(fn_morphine_22(X)))
& polymer_1(fn_nerve_cell_30(fn_morphine_22(X)))
& spatial_entity_1(fn_nerve_cell_30(fn_morphine_22(X)))
& membrane_protein_1(fn_nerve_cell_30(fn_morphine_22(X)))
& tangible_entity_1(fn_nerve_cell_30(fn_morphine_22(X)))
& transmembrane_protein_1(fn_nerve_cell_30(fn_morphine_22(X)))
& integral_protein_1(fn_nerve_cell_30(fn_morphine_22(X)))
& transport_protein_1(fn_nerve_cell_30(fn_morphine_22(X)))
& sodium_potassium_pump_1(fn_nerve_cell_30(fn_morphine_22(X)))
& carrier_protein_1(fn_nerve_cell_39(fn_morphine_22(X)))
& electrogenic_pump_1(fn_nerve_cell_39(fn_morphine_22(X)))
& protein_1(fn_nerve_cell_39(fn_morphine_22(X)))
& organic_molecule_1(fn_nerve_cell_39(fn_morphine_22(X)))
& polymer_1(fn_nerve_cell_39(fn_morphine_22(X)))
& spatial_entity_1(fn_nerve_cell_39(fn_morphine_22(X)))
& membrane_protein_1(fn_nerve_cell_39(fn_morphine_22(X)))
& tangible_entity_1(fn_nerve_cell_39(fn_morphine_22(X)))
& transmembrane_protein_1(fn_nerve_cell_39(fn_morphine_22(X)))
& integral_protein_1(fn_nerve_cell_39(fn_morphine_22(X)))
& transport_protein_1(fn_nerve_cell_39(fn_morphine_22(X)))
& sodium_potassium_pump_1(fn_nerve_cell_39(fn_morphine_22(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_morphine_21(X)))
& surface_1(fn_biomembrane_47(fn_morphine_21(X)))
& hydrophilic_face_1(fn_nerve_cell_15(fn_morphine_22(X)))
& tangible_entity_1(fn_animal_cell_73(fn_morphine_22(X)))
& spatial_entity_1(fn_animal_cell_73(fn_morphine_22(X)))
& biomembrane_1(fn_animal_cell_73(fn_morphine_22(X)))
& animal_plasma_membrane_1(fn_animal_cell_73(fn_morphine_22(X)))
& plasma_membrane_1(fn_animal_cell_73(fn_morphine_22(X)))
& membrane_1(fn_nerve_cell_35(fn_morphine_22(X)))
& tangible_entity_1(fn_nerve_cell_35(fn_morphine_22(X)))
& spatial_entity_1(fn_nerve_cell_35(fn_morphine_22(X)))
& biomembrane_1(fn_nerve_cell_35(fn_morphine_22(X)))
& plasma_membrane_1(fn_nerve_cell_35(fn_morphine_22(X)))
& animal_plasma_membrane_1(fn_nerve_cell_35(fn_morphine_22(X)))
& agent_2(fn_morphine_25(X),fn_morphine_11(X))
& is_inside_2(fn_morphine_10(X),fn_morphine_23(X))
& has_part_2(fn_morphine_22(X),fn_morphine_10(X))
& is_between_2(fn_morphine_21(X),fn_morphine_9(X))
& is_outside_2(fn_morphine_18(X),fn_morphine_19(X))
& is_inside_2(fn_morphine_18(X),fn_morphine_21(X))
& inversely_proportional_2(fn_morphine_7(X),fn_morphine_6(X))
& directly_proportional_2(fn_morphine_6(X),fn_morphine_8(X))
& rate_2(fn_morphine_13(X),fn_morphine_7(X))
& rate_2(fn_morphine_5(X),fn_morphine_8(X))
& object_2(fn_morphine_13(X),fn_morphine_14(X))
& object_2(fn_morphine_12(X),fn_morphine_14(X))
& object_2(fn_morphine_15(X),X)
& base_2(fn_morphine_15(X),fn_morphine_16(X))
& is_at_2(fn_morphine_16(X),fn_morphine_22(X))
& object_2(fn_morphine_20(X),fn_morphine_22(X))
& agent_2(fn_morphine_20(X),fn_morphine_21(X))
& is_at_2(fn_morphine_17(X),fn_morphine_21(X))
& has_part_2(fn_morphine_21(X),fn_morphine_17(X))
& has_part_2(fn_morphine_22(X),fn_morphine_21(X))
& is_inside_2(fn_morphine_24(X),fn_morphine_23(X))
& site_2(fn_morphine_25(X),fn_morphine_24(X))
& has_function_2(fn_morphine_24(X),fn_morphine_25(X))
& has_part_2(fn_morphine_22(X),fn_morphine_24(X))
& called_2(fn_morphine_17(X),'MP1')
& base_2(fn_morphine_25(X),fn_morphine_22(X))
& has_region_2(fn_morphine_21(X),fn_morphine_18(X))
& called_2(fn_morphine_14(X),'P4')
& is_between_2(fn_morphine_17(X),fn_morphine_14(X))
& is_between_2(fn_morphine_21(X),fn_morphine_19(X))
& fn_morphine_14(X) = fn_move_together_2(fn_morphine_13(X))
& fn_morphine_14(X) = fn_move_together_1(fn_morphine_13(X))
& fn_morphine_14(X) = fn_move_together_2(fn_morphine_12(X))
& fn_morphine_14(X) = fn_move_together_1(fn_morphine_12(X))
& fn_morphine_22(X) = fn_opiate_1(X)
& fn_morphine_16(X) = fn_opiate_8(X)
& fn_morphine_15(X) = fn_opiate_7(X)
& fn_morphine_19(X) = fn_plasma_membrane_70(fn_morphine_21(X))
& fn_morphine_19(X) = fn_animal_plasma_membrane_78(fn_morphine_21(X))
& fn_morphine_14(X) = fn_nerve_cell_11(fn_morphine_22(X))
& fn_morphine_20(X) = fn_nerve_cell_42(fn_morphine_22(X))
& fn_morphine_20(X) = fn_nerve_cell_36(fn_morphine_22(X))
& fn_morphine_17(X) = fn_plasma_membrane_3(fn_morphine_21(X))
& fn_morphine_17(X) = fn_plasma_membrane_54(fn_morphine_21(X))
& fn_morphine_17(X) = fn_plasma_membrane_55(fn_morphine_21(X))
& fn_morphine_17(X) = fn_animal_plasma_membrane_47(fn_morphine_21(X))
& fn_morphine_17(X) = fn_animal_plasma_membrane_62(fn_morphine_21(X))
& fn_morphine_17(X) = fn_animal_plasma_membrane_53(fn_morphine_21(X))
& fn_morphine_17(X) = fn_animal_cell_75(fn_morphine_22(X))
& fn_morphine_17(X) = fn_nerve_cell_30(fn_morphine_22(X))
& fn_morphine_22(X) = fn_animal_plasma_membrane_56(fn_morphine_21(X))
& fn_morphine_21(X) = fn_animal_cell_73(fn_morphine_22(X))
& fn_morphine_23(X) = fn_nerve_cell_37(fn_morphine_22(X))
& fn_morphine_24(X) = fn_nerve_cell_32(fn_morphine_22(X))
& fn_morphine_17(X) = fn_plasma_membrane_68(fn_morphine_21(X))
& fn_morphine_17(X) = fn_nerve_cell_39(fn_morphine_22(X))
& fn_morphine_25(X) = fn_nerve_cell_41(fn_morphine_22(X))
& fn_morphine_18(X) = fn_biomembrane_47(fn_morphine_21(X))
& fn_morphine_21(X) = fn_nerve_cell_35(fn_morphine_22(X))
& fn_morphine_18(X) = fn_nerve_cell_15(fn_morphine_22(X))
& fn_plasma_membrane_70(fn_morphine_21(X)) = fn_animal_plasma_membrane_78(fn_morphine_21(X))
& fn_animal_plasma_membrane_78(fn_morphine_21(X)) = fn_move_together_2(fn_morphine_13(X))
& fn_move_together_2(fn_morphine_13(X)) = fn_move_together_1(fn_morphine_13(X))
& fn_move_together_1(fn_morphine_13(X)) = fn_move_together_2(fn_morphine_12(X))
& fn_move_together_2(fn_morphine_12(X)) = fn_move_together_1(fn_morphine_12(X))
& fn_move_together_1(fn_morphine_12(X)) = fn_move_together_1(fn_morphine_13(X))
& fn_move_together_1(fn_morphine_13(X)) = fn_move_together_1(fn_morphine_12(X))
& fn_move_together_1(fn_morphine_12(X)) = fn_nerve_cell_11(fn_morphine_22(X))
& fn_nerve_cell_11(fn_morphine_22(X)) = fn_nerve_cell_11(fn_morphine_22(X))
& fn_nerve_cell_11(fn_morphine_22(X)) = fn_nerve_cell_42(fn_morphine_22(X))
& fn_nerve_cell_36(fn_morphine_22(X)) = fn_nerve_cell_42(fn_morphine_22(X))
& fn_nerve_cell_42(fn_morphine_22(X)) = fn_nerve_cell_36(fn_morphine_22(X))
& fn_nerve_cell_36(fn_morphine_22(X)) = fn_plasma_membrane_3(fn_morphine_21(X))
& fn_plasma_membrane_3(fn_morphine_21(X)) = fn_plasma_membrane_54(fn_morphine_21(X))
& fn_plasma_membrane_54(fn_morphine_21(X)) = fn_plasma_membrane_54(fn_morphine_21(X))
& fn_plasma_membrane_54(fn_morphine_21(X)) = fn_plasma_membrane_55(fn_morphine_21(X))
& fn_plasma_membrane_55(fn_morphine_21(X)) = fn_plasma_membrane_55(fn_morphine_21(X))
& fn_plasma_membrane_55(fn_morphine_21(X)) = fn_plasma_membrane_68(fn_morphine_21(X))
& fn_plasma_membrane_68(fn_morphine_21(X)) = fn_plasma_membrane_68(fn_morphine_21(X))
& fn_animal_plasma_membrane_47(fn_morphine_21(X)) = fn_plasma_membrane_68(fn_morphine_21(X))
& fn_plasma_membrane_68(fn_morphine_21(X)) = fn_animal_plasma_membrane_47(fn_morphine_21(X))
& fn_animal_plasma_membrane_62(fn_morphine_21(X)) = fn_animal_plasma_membrane_47(fn_morphine_21(X))
& fn_animal_plasma_membrane_47(fn_morphine_21(X)) = fn_animal_plasma_membrane_62(fn_morphine_21(X))
& fn_animal_plasma_membrane_62(fn_morphine_21(X)) = fn_animal_plasma_membrane_62(fn_morphine_21(X))
& fn_animal_plasma_membrane_53(fn_morphine_21(X)) = fn_animal_plasma_membrane_62(fn_morphine_21(X))
& fn_animal_plasma_membrane_62(fn_morphine_21(X)) = fn_animal_plasma_membrane_53(fn_morphine_21(X))
& fn_animal_plasma_membrane_53(fn_morphine_21(X)) = fn_animal_plasma_membrane_53(fn_morphine_21(X))
& fn_animal_cell_75(fn_morphine_22(X)) = fn_animal_plasma_membrane_53(fn_morphine_21(X))
& fn_animal_plasma_membrane_53(fn_morphine_21(X)) = fn_animal_cell_75(fn_morphine_22(X))
& fn_nerve_cell_30(fn_morphine_22(X)) = fn_animal_cell_75(fn_morphine_22(X))
& fn_animal_cell_75(fn_morphine_22(X)) = fn_animal_cell_75(fn_morphine_22(X))
& fn_animal_cell_75(fn_morphine_22(X)) = fn_nerve_cell_30(fn_morphine_22(X))
& fn_nerve_cell_30(fn_morphine_22(X)) = fn_nerve_cell_30(fn_morphine_22(X))
& fn_nerve_cell_39(fn_morphine_22(X)) = fn_nerve_cell_30(fn_morphine_22(X))
& fn_nerve_cell_30(fn_morphine_22(X)) = fn_nerve_cell_39(fn_morphine_22(X))
& fn_nerve_cell_39(fn_morphine_22(X)) = fn_nerve_cell_39(fn_morphine_22(X))
& fn_nerve_cell_39(fn_morphine_22(X)) = fn_opiate_1(X)
& fn_opiate_1(X) = fn_animal_plasma_membrane_56(fn_morphine_21(X))
& fn_animal_plasma_membrane_56(fn_morphine_21(X)) = fn_biomembrane_47(fn_morphine_21(X))
& fn_biomembrane_47(fn_morphine_21(X)) = fn_nerve_cell_15(fn_morphine_22(X))
& fn_nerve_cell_15(fn_morphine_22(X)) = fn_nerve_cell_35(fn_morphine_22(X))
& fn_nerve_cell_35(fn_morphine_22(X)) = fn_animal_cell_73(fn_morphine_22(X))
& fn_animal_cell_73(fn_morphine_22(X)) = fn_nerve_cell_35(fn_morphine_22(X))
& fn_nerve_cell_35(fn_morphine_22(X)) = fn_nerve_cell_35(fn_morphine_22(X)) ) ) ).
fof(a531055,axiom,
! [X] :
( morphogen_1(X)
=> ( original_name_2(X,'Morphogen')
& user_description_2(X,'A substance present in an animal embryo which occurs along a developmental axis and whase gradient influences major developmental patterns .')
& concept2words_2(X,morphogen)
& role_1(X)
& ~ activator_1(X)
& ~ homeodomain_protein_1(X)
& ~ muscle_specific_transcription_factor_1(X)
& ~ p53_protein_1(X)
& chemical_entity_1(fn_morphogen_1(X))
& axes_formation_1(fn_morphogen_2(X))
& plays_2(fn_morphogen_1(X),X)
& agent_2(fn_morphogen_2(X),fn_morphogen_1(X)) ) ) ).
fof(a531056,axiom,
! [X] :
( morphogenesis_1(X)
=> ( original_name_2(X,'Morphogenesis')
& user_description_2(X,'The process of developing a body\'s shape.')
& concept2words_2(X,'creation of form')
& concept2words_2(X,morphogenesis)
& developmental_process_1(X)
& ~ cell_determination_1(X)
& ~ childbirth_1(X)
& ~ compaction_1(X)
& ~ gestation_1(X)
& ~ molting_1(X)
& ~ organogenesis_1(X)
& ~ oviparous_1(X)
& ~ ovoviviparous_1(X)
& ~ ovulation_1(X)
& ~ paedomorphosis_1(X)
& ~ pattern_formation_1(X)
& ~ phase_change_1(X)
& ~ primary_growth_1(X)
& ~ protostome_development_1(X)
& ~ radial_cleavage_1(X)
& ~ senescence_1(X)
& ~ torsion_1(X)
& ~ viviparous_1(X)
& ~ animal_life_cycle_1(X)
& ~ determinate_growth_1(X)
& ~ fungal_life_cycle_1(X)
& ~ gastrulation_1(X)
& ~ iteroparity_1(X)
& ~ life_cycle_of_drosophila_1(X)
& ~ life_history_1(X)
& ~ muscle_cell_determination_1(X)
& ~ plant_life_cycle_1(X)
& ~ sexual_life_cycle_1(X)
& ~ skeletal_muscle_cell_differentiation_1(X)
& living_entity_1(fn_morphogenesis_2(X))
& shape_value_1(fn_morphogenesis_3(X))
& cell_communication_leading_to_apoptosis_1(fn_morphogenesis_4(X))
& m_phase_1(fn_morphogenesis_5(X))
& cell_differentiation_1(fn_morphogenesis_6(X))
& shape_value_1(fn_morphogenesis_7(X))
& living_entity_1(fn_morphogenesis_8(X))
& change_1(fn_morphogenesis_9(X))
& shape_2(fn_morphogenesis_2(X),fn_morphogenesis_3(X))
& fn_morphogenesis_3(X) != fn_morphogenesis_7(X)
& subevent_2(X,fn_morphogenesis_5(X))
& subevent_2(X,fn_morphogenesis_6(X))
& subevent_2(X,fn_morphogenesis_9(X))
& subevent_2(X,fn_morphogenesis_4(X))
& fn_morphogenesis_7(X) != fn_morphogenesis_3(X)
& has_state_2(fn_morphogenesis_8(X),fn_morphogenesis_2(X))
& shape_2(fn_morphogenesis_8(X),fn_morphogenesis_7(X))
& result_2(fn_morphogenesis_9(X),fn_morphogenesis_2(X))
& object_2(fn_morphogenesis_9(X),fn_morphogenesis_8(X)) ) ) ).
fof(a531057,axiom,
! [X] :
( morphogenesis_in_animal_1(X)
=> ( original_name_2(X,'Morphogenesis-In-Animal')
& user_description_2(X,'Morphogenesis is the biological process that causes an animal to develop its shape. It is one of three fundamental aspects of developmental biology along with the control of cell growth and cellular differentiation.')
& concept2words_2(X,'morphogenesis in animal')
& concept2words_2(X,'morphogenesis-in-animal')
& morphogenesis_1(X)
& tissue_movement_1(fn_morphogenesis_in_animal_1(X))
& cellular_movement_1(fn_morphogenesis_in_animal_2(X))
& subevent_2(X,fn_morphogenesis_in_animal_1(X))
& subevent_2(X,fn_morphogenesis_in_animal_2(X)) ) ) ).
fof(a531058,axiom,
! [X] :
( morphogenesis_in_plant_1(X)
=> ( original_name_2(X,'Morphogenesis-in-Plant')
& user_description_2(X,'Morphogenesis is the biological process that causes a plant to develop its shape. It is one of three fundamental aspects of developmental biology along with the control of cell growth and cellular differentiation.')
& concept2words_2(X,'morphogenesis in plant')
& concept2words_2(X,'morphogenesis-in-plant')
& morphogenesis_1(X) ) ) ).
fof(a531059,axiom,
! [X] :
( morphogenesis_of_human_feet_1(X)
=> ( original_name_2(X,'Morphogenesis-Of-Human-Feet')
& user_description_2(X,'Morphogenesis of feet is the biological process that causes development of feet in human.')
& concept2words_2(X,'morphogenesis of human foot')
& concept2words_2(X,'morphogenesis-of-human-foot')
& concept2words_2(X,'morphogenesis-of-human-feet')
& morphogenesis_1(X)
& animal_embryo_1(fn_morphogenesis_of_human_feet_1(X))
& foot_1(fn_morphogenesis_of_human_feet_2(X))
& base_2(X,fn_morphogenesis_of_human_feet_1(X))
& result_2(X,fn_morphogenesis_of_human_feet_2(X)) ) ) ).
fof(a531060,axiom,
! [X] :
( morphogenesis_of_human_hand_1(X)
=> ( original_name_2(X,'Morphogenesis-Of-Human-Hand')
& user_description_2(X,'The biological process that causes development of hands in humans.')
& concept2words_2(X,'morphogenesis of human hand')
& concept2words_2(X,'morphogenesis-of-human-hand')
& morphogenesis_1(X)
& animal_embryo_1(fn_morphogenesis_of_human_hand_1(X))
& hand_1(fn_morphogenesis_of_human_hand_2(X))
& base_2(X,fn_morphogenesis_of_human_hand_1(X))
& result_2(X,fn_morphogenesis_of_human_hand_2(X)) ) ) ).
fof(a531061,axiom,
! [X] :
( morphogenetic_movement_1(X)
=> ( original_name_2(X,'Morphogenetic-Movement')
& user_description_2(X,'Movements of cells or of groups of cells or tissues in the course of development is called as morphogenetic movement.')
& concept2words_2(X,'morphogenetic movement')
& concept2words_2(X,'morphogenetic-movement')
& move_1(X)
& metabolism_1(fn_morphogenetic_movement_1(X))
& tissue_movement_1(fn_morphogenetic_movement_2(X))
& subevent_2(X,fn_morphogenetic_movement_1(X))
& subevent_2(X,fn_morphogenetic_movement_2(X)) ) ) ).
fof(a531062,axiom,
! [X] :
( morphological_species_concept_1(X)
=> ( original_name_2(X,'Morphological-Species-Concept')
& user_description_2(X,'A definition of species based on aspects of anatomy.')
& concept2words_2(X,'morphological species concept')
& concept2words_2(X,'morphological-species-concept')
& species_concept_1(X)
& ~ ecological_species_concept_1(X)
& ~ paleontological_species_concept_1(X)
& ~ phylogenetic_species_concept_1(X) ) ) ).
fof(a531063,axiom,
! [X] :
( morphology_1(X)
=> ( original_name_2(X,'Morphology')
& user_description_2(X,'The external form of an organism.')
& concept2words_2(X,morphology)
& biology_1(X) ) ) ).
fof(a531064,axiom,
! [X] :
( mosquito_1(X)
=> ( original_name_2(X,'Mosquito')
& user_description_2(X,'Small flies of the family Culicidae. Many feed on the blood of humans and other vertebrates and are vectors for diseases such as malaria.')
& concept2words_2(X,mosquito)
& diptera_1(X)
& ~ fruit_fly_1(X)
& fluid_feeder_1(fn_mosquito_1(X))
& animal_1(fn_fluid_feeder_6(fn_mosquito_1(X)))
& plays_2(X,fn_mosquito_1(X))
& X = fn_fluid_feeder_6(fn_mosquito_1(X)) ) ) ).
fof(a531065,axiom,
! [X] :
( moss_1(X)
=> ( original_name_2(X,'Moss')
& user_description_2(X,'Member of the division Bryophyta, a group of small, herbaceous nonvascular plants.')
& concept2words_2(X,bryophyta)
& concept2words_2(X,moss)
& c3_plant_1(X)
& bryophyte_1(X) ) ) ).
fof(a531066,axiom,
! [X] :
( moth_1(X)
=> ( original_name_2(X,'Moth')
& user_description_2(X,'Member of the insect order Lepidoptera, which also includes butterflies.')
& concept2words_2(X,moth)
& lepidoptera_1(X)
& ~ butterfly_1(X) ) ) ).
fof(a531067,axiom,
! [X] :
( motile_cilium_1(X)
=> ( original_name_2(X,'Motile-Cilium')
& user_description_2(X,'In unicellular eukaryotes, motile cilium functions in locomotion, to move the cell. In multicellular eukaryotes, motile cilium also moves materials along a passageway, such as in the throat or fallopian tube of mammals.')
& concept2words_2(X,'motile cilia')
& concept2words_2(X,'cilium of motile')
& concept2words_2(X,'motile cilium')
& concept2words_2(X,'motile-cilium')
& eukaryotic_cilium_1(X)
& length_value_1(fn_motile_cilium_3(X))
& length_value_1(fn_motile_cilium_4(X))
& length_value_1(fn_motile_cilium_6(X))
& dynein_1(fn_motile_cilium_7(X))
& protein_1(fn_motile_cilium_8(X))
& microtubule_1(fn_motile_cilium_9(X))
& eukaryotic_cell_1(fn_motile_cilium_10(X))
& length_value_1(fn_motile_cilium_12(X))
& molecular_assembly_1(fn_motile_cilium_13(X))
& microtubule_1(fn_motile_cilium_14(X))
& microtubule_1(fn_motile_cilium_15(X))
& microtubule_1(fn_motile_cilium_16(X))
& microtubule_1(fn_motile_cilium_17(X))
& microtubule_doublet_1(fn_motile_cilium_18(X))
& microtubule_doublet_1(fn_motile_cilium_19(X))
& center_1(fn_motile_cilium_20(X))
& microtubule_1(fn_microtubule_doublet_2(fn_motile_cilium_19(X)))
& microtubule_1(fn_microtubule_doublet_1(fn_motile_cilium_19(X)))
& microtubule_1(fn_microtubule_doublet_1(fn_motile_cilium_18(X)))
& microtubule_1(fn_microtubule_doublet_2(fn_motile_cilium_18(X)))
& greater_than_2(fn_motile_cilium_3(X),fn_motile_cilium_12(X))
& the_cardinal_value_2(fn_motile_cilium_3(X),"20.0e0")
& cardinal_unit_class_2(fn_motile_cilium_3(X),micrometer_0)
& the_cardinal_value_2(fn_motile_cilium_4(X),"2.0e0")
& cardinal_unit_class_2(fn_motile_cilium_4(X),micrometer_0)
& greater_than_2(fn_motile_cilium_12(X),fn_motile_cilium_4(X))
& the_cardinal_value_2(fn_motile_cilium_6(X),"0.25e0")
& cardinal_unit_class_2(fn_motile_cilium_6(X),micrometer_0)
& diameter_2(X,fn_motile_cilium_6(X))
& element_2(fn_motile_cilium_13(X),fn_motile_cilium_8(X))
& element_2(fn_motile_cilium_13(X),fn_motile_cilium_7(X))
& element_2(fn_motile_cilium_13(X),fn_motile_cilium_9(X))
& exactCardinality(fn_motile_cilium_13(X),element_0,"2",microtubule_0)
& is_between_2(fn_motile_cilium_7(X),fn_motile_cilium_16(X))
& is_between_2(fn_motile_cilium_7(X),fn_motile_cilium_17(X))
& is_between_2(fn_motile_cilium_8(X),fn_motile_cilium_14(X))
& is_between_2(fn_motile_cilium_8(X),fn_motile_cilium_15(X))
& is_at_2(fn_motile_cilium_9(X),fn_motile_cilium_20(X))
& called_2(fn_motile_cilium_9(X),"3")
& length_2(X,fn_motile_cilium_12(X))
& the_scalar_value_2(fn_motile_cilium_12(X),short_0)
& scalar_unit_class_2(fn_motile_cilium_12(X),flagellum_0)
& has_region_2(fn_motile_cilium_13(X),fn_motile_cilium_20(X))
& element_2(fn_motile_cilium_13(X),fn_motile_cilium_18(X))
& called_2(fn_motile_cilium_18(X),'MD2')
& has_part_2(X,fn_motile_cilium_13(X))
& element_2(fn_motile_cilium_13(X),fn_motile_cilium_19(X))
& called_2(fn_motile_cilium_19(X),'MD1')
& called_2(fn_motile_cilium_14(X),"2")
& element_2(fn_motile_cilium_18(X),fn_motile_cilium_14(X))
& called_2(fn_motile_cilium_17(X),"1")
& element_2(fn_motile_cilium_18(X),fn_motile_cilium_17(X))
& called_2(fn_motile_cilium_15(X),"1")
& element_2(fn_motile_cilium_19(X),fn_motile_cilium_15(X))
& called_2(fn_motile_cilium_16(X),"2")
& element_2(fn_motile_cilium_19(X),fn_motile_cilium_16(X))
& fn_motile_cilium_11(X) = fn_cilium_3(X)
& fn_motile_cilium_12(X) = fn_cilium_4(X)
& fn_motile_cilium_10(X) = fn_eukaryotic_cilium_2(X)
& fn_motile_cilium_20(X) = fn_eukaryotic_cilium_3(X)
& fn_motile_cilium_18(X) = fn_eukaryotic_cilium_5(X)
& fn_motile_cilium_19(X) = fn_eukaryotic_cilium_6(X)
& fn_motile_cilium_13(X) = fn_eukaryotic_cilium_1(X)
& fn_motile_cilium_15(X) = fn_microtubule_doublet_2(fn_motile_cilium_19(X))
& fn_motile_cilium_16(X) = fn_microtubule_doublet_1(fn_motile_cilium_19(X))
& fn_motile_cilium_14(X) = fn_microtubule_doublet_1(fn_motile_cilium_18(X))
& fn_motile_cilium_17(X) = fn_microtubule_doublet_2(fn_motile_cilium_18(X)) ) ) ).
fof(a531068,axiom,
! [X] :
( motor_neuron_1(X)
=> ( original_name_2(X,'Motor-Neuron')
& user_description_2(X,'A neruon whose soma is located within the central nervous system; motor neurons transmit signals from the central nervous system to a muscle or gland cell.')
& concept2words_2(X,'neuron of motor')
& concept2words_2(X,'motor neuron')
& concept2words_2(X,'motor-neuron')
& nerve_cell_1(X)
& ~ interneuron_1(X)
& ~ post_synaptic_cell_1(X)
& ~ presynaptic_cell_1(X)
& ~ sensory_neuron_1(X)
& spatial_entity_1(fn_motor_neuron_1(X))
& spatial_entity_1(fn_motor_neuron_2(X))
& block_1(fn_motor_neuron_3(X))
& instrument_2(fn_motor_neuron_3(X),X)
& is_between_2(X,fn_motor_neuron_1(X))
& is_between_2(X,fn_motor_neuron_2(X)) ) ) ).
fof(a531069,axiom,
! [X] :
( motor_protein_1(X)
=> ( original_name_2(X,'Motor-Protein')
& user_description_2(X,'Motor proteins are a class of molecular motors that are able to move along the surface of a suitable substrate. They are powered by the hydrolysis of ATP and convert chemical energy into mechanical work.')
& concept2words_2(X,'protein of motor')
& concept2words_2(X,'motor protein')
& concept2words_2(X,'motor-protein')
& protein_1(X)
& shape_value_1(fn_motor_protein_2(X))
& change_of_shape_1(fn_motor_protein_3(X))
& dephosphorylation_of_atp_1(fn_motor_protein_4(X))
& cytoskeleton_1(fn_motor_protein_5(X))
& attach_1(fn_motor_protein_6(X))
& atp_1(fn_motor_protein_7(X))
& hydrophilic_region_1(fn_motor_protein_8(X))
& surface_1(fn_motor_protein_9(X))
& carbon_skeleton_1(fn_motor_protein_10(X))
& carbon_1(fn_motor_protein_11(X))
& monomer_1(fn_motor_protein_12(X))
& atom_1(fn_motor_protein_13(X))
& chemical_entity_1(fn_motor_protein_13(X))
& move_1(fn_motor_protein_14(X))
& vesicle_1(fn_motor_protein_15(X))
& spatial_entity_1(fn_motor_protein_16(X))
& chemical_entity_1(fn_motor_protein_16(X))
& monomer_1(fn_motor_protein_16(X))
& molecule_1(fn_motor_protein_16(X))
& amino_acid_1(fn_motor_protein_16(X))
& size_value_1(fn_motor_protein_17(X))
& quantity_value_1(fn_motor_protein_18(X))
& speed_value_1(fn_motor_protein_19(X))
& constant_motion_1(fn_motor_protein_20(X))
& kinetic_energy_1(fn_motor_protein_21(X))
& size_value_1(fn_motor_protein_22(X))
& polypeptide_1(fn_motor_protein_23(X))
& protein_domain_1(fn_motor_protein_24(X))
& spatial_entity_1(fn_attach_1(fn_motor_protein_6(X)))
& spatial_entity_1(fn_move_1(fn_motor_protein_14(X)))
& spatial_entity_1(fn_attach_2(fn_motor_protein_6(X)))
& shape_2(X,fn_motor_protein_2(X))
& has_function_2(X,fn_motor_protein_14(X))
& path_2(fn_motor_protein_14(X),fn_motor_protein_5(X))
& causes_2(fn_motor_protein_14(X),fn_motor_protein_4(X))
& agent_2(fn_motor_protein_14(X),X)
& enables_2(fn_motor_protein_6(X),fn_motor_protein_14(X))
& causes_2(fn_motor_protein_3(X),fn_motor_protein_14(X))
& object_2(fn_motor_protein_3(X),X)
& object_2(fn_motor_protein_6(X),fn_motor_protein_7(X))
& object_2(fn_motor_protein_14(X),fn_motor_protein_15(X))
& base_2(fn_motor_protein_6(X),X)
& has_part_2(X,fn_motor_protein_12(X))
& size_2(fn_motor_protein_12(X),fn_motor_protein_17(X))
& greater_than_2(fn_motor_protein_22(X),fn_motor_protein_17(X))
& possesses_2(X,fn_motor_protein_21(X))
& quantity_2(fn_motor_protein_21(X),fn_motor_protein_18(X))
& directly_proportional_2(fn_motor_protein_19(X),fn_motor_protein_18(X))
& speed_2(fn_motor_protein_20(X),fn_motor_protein_19(X))
& object_2(fn_motor_protein_20(X),X)
& has_part_2(X,fn_motor_protein_13(X))
& has_part_2(X,fn_motor_protein_11(X))
& is_inside_2(fn_motor_protein_11(X),fn_motor_protein_10(X))
& has_region_2(X,fn_motor_protein_10(X))
& fn_motor_protein_13(X) != fn_motor_protein_11(X)
& fn_motor_protein_11(X) != fn_motor_protein_13(X)
& is_at_2(fn_motor_protein_8(X),fn_motor_protein_9(X))
& has_region_2(X,fn_motor_protein_8(X))
& size_2(X,fn_motor_protein_22(X))
& the_scalar_value_2(fn_motor_protein_22(X),big_0)
& scalar_unit_class_2(fn_motor_protein_22(X),polypeptide_0)
& has_region_2(X,fn_motor_protein_24(X))
& is_at_2(fn_motor_protein_16(X),fn_motor_protein_24(X))
& has_part_2(fn_motor_protein_23(X),fn_motor_protein_16(X))
& has_part_2(X,fn_motor_protein_23(X))
& has_region_2(X,fn_motor_protein_9(X))
& fn_motor_protein_7(X) = fn_attach_1(fn_motor_protein_6(X))
& fn_motor_protein_15(X) = fn_move_1(fn_motor_protein_14(X))
& X = fn_attach_2(fn_motor_protein_6(X))
& fn_motor_protein_28(X) = fn_polymer_10(X)
& fn_motor_protein_22(X) = fn_polymer_8(X)
& fn_motor_protein_17(X) = fn_polymer_7(X)
& fn_motor_protein_12(X) = fn_polymer_4(X)
& fn_motor_protein_26(X) = fn_molecule_1(X)
& fn_motor_protein_27(X) = fn_molecule_2(X)
& fn_motor_protein_20(X) = fn_molecule_8(X)
& fn_motor_protein_19(X) = fn_molecule_3(X)
& fn_motor_protein_18(X) = fn_molecule_4(X)
& fn_motor_protein_21(X) = fn_molecule_12(X)
& fn_motor_protein_10(X) = fn_organic_molecule_3(X)
& fn_motor_protein_13(X) = fn_organic_molecule_2(X)
& fn_motor_protein_11(X) = fn_organic_molecule_1(X)
& fn_motor_protein_25(X) = fn_protein_10(X)
& fn_motor_protein_22(X) = fn_protein_9(X)
& fn_motor_protein_8(X) = fn_protein_1(X)
& fn_motor_protein_9(X) = fn_protein_5(X)
& fn_motor_protein_23(X) = fn_protein_8(X)
& fn_motor_protein_16(X) = fn_protein_14(X)
& fn_motor_protein_24(X) = fn_protein_7(X)
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X) ) ) ).
fof(a531070,axiom,
! [X] :
( motor_system_1(X)
=> ( original_name_2(X,'Motor-System')
& user_description_2(X,'A branch of the peripheral nervous system that consists of motor neurons that respond to external stimuli by sending signals to skeletal muscles.')
& concept2words_2(X,'system of motor')
& concept2words_2(X,'motor system')
& concept2words_2(X,'motor-system')
& peripheral_nervous_system_1(X)
& ~ autonomic_nervous_1(X)
& ~ sensory_system_1(X)
& ~ sensory_division_1(X) ) ) ).
fof(a531071,axiom,
! [X] :
( motor_unit_1(X)
=> ( original_name_2(X,'Motor-Unit')
& user_description_2(X,'An individual motor neuron and the skeletal muscles innervated by its axon.')
& concept2words_2(X,'unit of motor')
& concept2words_2(X,'motor unit')
& concept2words_2(X,'motor-unit')
& nervous_system_1(X) ) ) ).
fof(a531072,axiom,
! [X] :
( mountain_1(X)
=> ( original_name_2(X,'Mountain')
& user_description_2(X,'A landform that rises above the surrounding landscape, usually in the form of a peak. Mountains are generally steeper than hills and are formed by plate tectonics.')
& concept2words_2(X,mountain)
& geologic_entity_1(X) ) ) ).
fof(a531073,axiom,
! [X] :
( mouse_1(X)
=> ( original_name_2(X,'Mouse')
& user_description_2(X,'Common name for a small mammal member of the class rodentia, characterized by elongated front teeth adapted for gnawing and a long, hairless tail.')
& concept2words_2(X,mouse)
& mammal_1(X) ) ) ).
fof(a531074,axiom,
! [X] :
( mouse_developmental_genetics_1(X)
=> ( original_name_2(X,'Mouse-Developmental-Genetics')
& user_description_2(X,'Developmental genetics of mouse studies the effect that genes have in a phenotype, given normal or abnormal epigenetic parameters.')
& concept2words_2(X,'mouse developmental genetics')
& concept2words_2(X,'mouse-developmental-genetic')
& developmental_genetics_1(X)
& ~ zebrafish_developmental_genetics_1(X) ) ) ).
fof(a531075,axiom,
! [X] :
( mouse_limb_development_1(X)
=> ( original_name_2(X,'Mouse-Limb-Development')
& user_description_2(X,'The processes which direct the formation of the limbs during the embryonic development of a mouse.')
& concept2words_2(X,develop)
& concept2words_2(X,'mouse limb development')
& concept2words_2(X,'mouse-limb-development')
& mammalian_limb_development_1(X)
& limb_1(fn_mouse_limb_development_1(X))
& apoptosis_1(fn_mouse_limb_development_2(X))
& animal_cell_1(fn_mouse_limb_development_3(X))
& tangible_entity_1(fn_mouse_limb_development_4(X))
& cell_1(fn_mouse_limb_development_4(X))
& eukaryotic_cell_1(fn_mouse_limb_development_4(X))
& animal_cell_1(fn_mouse_limb_development_4(X))
& tangible_entity_1(fn_mouse_limb_development_5(X))
& spatial_entity_1(fn_mouse_limb_development_5(X))
& biomembrane_1(fn_mouse_limb_development_5(X))
& animal_plasma_membrane_1(fn_mouse_limb_development_5(X))
& plasma_membrane_1(fn_mouse_limb_development_5(X))
& er_membrane_1(fn_mouse_limb_development_6(X))
& nuclear_membrane_1(fn_mouse_limb_development_7(X))
& biomembrane_1(fn_mouse_limb_development_7(X))
& aqueous_solution_1(fn_mouse_limb_development_8(X))
& hydrophilic_face_1(fn_mouse_limb_development_9(X))
& hydrophilic_face_1(fn_mouse_limb_development_10(X))
& aqueous_solution_1(fn_mouse_limb_development_11(X))
& aqueous_solution_1(fn_mouse_limb_development_12(X))
& mouse_1(fn_mouse_limb_development_13(X))
& protease_1(fn_mouse_limb_development_14(X))
& tangible_entity_1(fn_mouse_limb_development_15(X))
& nucleus_1(fn_mouse_limb_development_15(X))
& mixture_1(fn_mouse_limb_development_16(X))
& cytoplasm_1(fn_mouse_limb_development_16(X))
& tangible_entity_1(fn_mouse_limb_development_17(X))
& ribosome_1(fn_mouse_limb_development_17(X))
& eukaryotic_ribosome_1(fn_mouse_limb_development_17(X))
& entity_1(fn_mouse_limb_development_18(X))
& tangible_entity_1(fn_mouse_limb_development_18(X))
& vesicle_1(fn_mouse_limb_development_18(X))
& volume_value_1(fn_mouse_limb_development_19(X))
& size_value_1(fn_mouse_limb_development_20(X))
& eukaryotic_cell_1(fn_mouse_limb_development_21(X))
& damage_1(fn_mouse_limb_development_22(X))
& intracellular_digestion_1(fn_mouse_limb_development_23(X))
& contract_1(fn_mouse_limb_development_24(X))
& impair_1(fn_mouse_limb_development_25(X))
& destroy_1(fn_mouse_limb_development_25(X))
& impair_1(fn_mouse_limb_development_26(X))
& break_1(fn_mouse_limb_development_26(X))
& destroy_1(fn_mouse_limb_development_26(X))
& blebbing_1(fn_mouse_limb_development_27(X))
& produce_1(fn_mouse_limb_development_28(X))
& protein_enzyme_1(fn_mouse_limb_development_31(X))
& nuclear_membrane_1(fn_nucleus_13(fn_mouse_limb_development_15(X)))
& biomembrane_1(fn_nucleus_13(fn_mouse_limb_development_15(X)))
& protein_enzyme_1(fn_animal_cell_71(fn_mouse_limb_development_4(X)))
& property_node_1(fn_apoptosis_29(fn_mouse_limb_development_2(X)))
& entity_1(fn_apoptosis_44(fn_mouse_limb_development_2(X)))
& tangible_entity_1(fn_apoptosis_44(fn_mouse_limb_development_2(X)))
& vesicle_1(fn_apoptosis_44(fn_mouse_limb_development_2(X)))
& property_node_1(fn_apoptosis_30(fn_mouse_limb_development_2(X)))
& eukaryotic_cell_1(fn_apoptosis_33(fn_mouse_limb_development_2(X)))
& damage_1(fn_apoptosis_32(fn_mouse_limb_development_2(X)))
& destroy_1(fn_apoptosis_21(fn_mouse_limb_development_2(X)))
& contract_1(fn_apoptosis_49(fn_mouse_limb_development_2(X)))
& blebbing_1(fn_apoptosis_42(fn_mouse_limb_development_2(X)))
& intracellular_digestion_1(fn_apoptosis_50(fn_mouse_limb_development_2(X)))
& produce_1(fn_apoptosis_43(fn_mouse_limb_development_2(X)))
& aqueous_solution_1(fn_er_membrane_32(fn_mouse_limb_development_6(X)))
& aqueous_solution_1(fn_er_membrane_33(fn_mouse_limb_development_6(X)))
& hydrophilic_face_1(fn_nucleus_9(fn_mouse_limb_development_15(X)))
& hydrophilic_face_1(fn_nucleus_15(fn_mouse_limb_development_15(X)))
& aqueous_solution_1(fn_nucleus_16(fn_mouse_limb_development_15(X)))
& aqueous_solution_1(fn_nucleus_17(fn_mouse_limb_development_15(X)))
& tangible_entity_1(fn_impair_1(fn_mouse_limb_development_26(X)))
& ribosome_1(fn_animal_cell_51(fn_mouse_limb_development_4(X)))
& eukaryotic_ribosome_1(fn_animal_cell_51(fn_mouse_limb_development_4(X)))
& tangible_entity_1(fn_impair_1(fn_mouse_limb_development_25(X)))
& tangible_entity_1(fn_animal_cell_78(fn_mouse_limb_development_4(X)))
& nucleus_1(fn_animal_cell_78(fn_mouse_limb_development_4(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_mouse_limb_development_4(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_mouse_limb_development_4(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_mouse_limb_development_4(X)))
& tangible_entity_1(fn_animal_cell_73(fn_mouse_limb_development_4(X)))
& spatial_entity_1(fn_animal_cell_73(fn_mouse_limb_development_4(X)))
& biomembrane_1(fn_animal_cell_73(fn_mouse_limb_development_4(X)))
& animal_plasma_membrane_1(fn_animal_cell_73(fn_mouse_limb_development_4(X)))
& plasma_membrane_1(fn_animal_cell_73(fn_mouse_limb_development_4(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_mouse_limb_development_4(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_mouse_limb_development_4(X)))
& mixture_1(fn_animal_cell_79(fn_mouse_limb_development_4(X)))
& cytoplasm_1(fn_animal_cell_79(fn_mouse_limb_development_4(X)))
& tangible_entity_1(fn_contract_1(fn_mouse_limb_development_24(X)))
& cell_1(fn_blebbing_2(fn_mouse_limb_development_27(X)))
& cell_1(fn_vesicle_5(fn_mouse_limb_development_18(X)))
& tangible_entity_1(fn_intracellular_digestion_11(fn_mouse_limb_development_23(X)))
& eukaryotic_cell_1(fn_intracellular_digestion_11(fn_mouse_limb_development_23(X)))
& cell_1(fn_intracellular_digestion_11(fn_mouse_limb_development_23(X)))
& cell_1(fn_blebbing_1(fn_mouse_limb_development_27(X)))
& eukaryotic_cell_1(fn_apoptosis_7(fn_mouse_limb_development_2(X)))
& size_value_1(fn_animal_cell_57(fn_mouse_limb_development_4(X)))
& size_value_1(fn_apoptosis_40(fn_mouse_limb_development_2(X)))
& volume_value_1(fn_animal_cell_56(fn_mouse_limb_development_4(X)))
& volume_value_1(fn_apoptosis_62(fn_mouse_limb_development_2(X)))
& break_1(fn_protease_6(fn_mouse_limb_development_14(X)))
& destroy_1(fn_apoptosis_48(fn_mouse_limb_development_2(X)))
& has_part_2(fn_mouse_limb_development_4(X),fn_mouse_limb_development_14(X))
& abuts_2(fn_mouse_limb_development_6(X),fn_mouse_limb_development_7(X))
& abuts_2(fn_mouse_limb_development_7(X),fn_mouse_limb_development_6(X))
& is_inside_2(fn_mouse_limb_development_8(X),fn_mouse_limb_development_6(X))
& has_function_2(fn_mouse_limb_development_14(X),fn_mouse_limb_development_26(X))
& is_inside_2(fn_mouse_limb_development_17(X),fn_mouse_limb_development_16(X))
& base_2(fn_mouse_limb_development_25(X),fn_mouse_limb_development_4(X))
& base_2(fn_mouse_limb_development_26(X),fn_mouse_limb_development_4(X))
& is_inside_2(fn_mouse_limb_development_31(X),fn_mouse_limb_development_6(X))
& base_2(fn_mouse_limb_development_24(X),fn_mouse_limb_development_4(X))
& object_2(fn_mouse_limb_development_25(X),fn_mouse_limb_development_15(X))
& object_2(fn_mouse_limb_development_26(X),fn_mouse_limb_development_17(X))
& base_2(fn_mouse_limb_development_27(X),fn_mouse_limb_development_4(X))
& has_part_2(fn_mouse_limb_development_4(X),fn_mouse_limb_development_18(X))
& base_2(fn_mouse_limb_development_23(X),fn_mouse_limb_development_4(X))
& result_2(fn_mouse_limb_development_27(X),fn_mouse_limb_development_4(X))
& has_state_2(fn_mouse_limb_development_3(X),fn_mouse_limb_development_4(X))
& agent_2(fn_mouse_limb_development_26(X),fn_mouse_limb_development_14(X))
& is_between_2(fn_mouse_limb_development_6(X),fn_mouse_limb_development_8(X))
& object_2(fn_mouse_limb_development_2(X),fn_mouse_limb_development_4(X))
& is_near_2(fn_mouse_limb_development_21(X),fn_mouse_limb_development_4(X))
& is_near_2(fn_mouse_limb_development_4(X),fn_mouse_limb_development_21(X))
& by_means_of_2(X,fn_mouse_limb_development_2(X))
& result_2(X,fn_mouse_limb_development_1(X))
& has_part_2(fn_mouse_limb_development_13(X),fn_mouse_limb_development_1(X))
& is_outside_2(fn_mouse_limb_development_9(X),fn_mouse_limb_development_12(X))
& is_inside_2(fn_mouse_limb_development_10(X),fn_mouse_limb_development_11(X))
& is_inside_2(fn_mouse_limb_development_9(X),fn_mouse_limb_development_7(X))
& fn_mouse_limb_development_9(X) != fn_mouse_limb_development_10(X)
& is_outside_2(fn_mouse_limb_development_10(X),fn_mouse_limb_development_7(X))
& has_region_2(fn_mouse_limb_development_7(X),fn_mouse_limb_development_9(X))
& fn_mouse_limb_development_10(X) != fn_mouse_limb_development_9(X)
& has_part_2(fn_mouse_limb_development_15(X),fn_mouse_limb_development_7(X))
& is_between_2(fn_mouse_limb_development_7(X),fn_mouse_limb_development_12(X))
& fn_mouse_limb_development_12(X) != fn_mouse_limb_development_11(X)
& is_between_2(fn_mouse_limb_development_7(X),fn_mouse_limb_development_11(X))
& has_region_2(fn_mouse_limb_development_7(X),fn_mouse_limb_development_10(X))
& fn_mouse_limb_development_11(X) != fn_mouse_limb_development_12(X)
& is_between_2(fn_mouse_limb_development_16(X),fn_mouse_limb_development_5(X))
& has_part_2(fn_mouse_limb_development_16(X),fn_mouse_limb_development_31(X))
& has_part_2(fn_mouse_limb_development_4(X),fn_mouse_limb_development_17(X))
& is_between_2(fn_mouse_limb_development_16(X),fn_mouse_limb_development_15(X))
& has_part_2(fn_mouse_limb_development_4(X),fn_mouse_limb_development_15(X))
& volume_2(fn_mouse_limb_development_4(X),fn_mouse_limb_development_19(X))
& has_part_2(fn_mouse_limb_development_4(X),fn_mouse_limb_development_16(X))
& is_inside_2(fn_mouse_limb_development_16(X),fn_mouse_limb_development_5(X))
& has_part_2(fn_mouse_limb_development_4(X),fn_mouse_limb_development_5(X))
& size_2(fn_mouse_limb_development_4(X),fn_mouse_limb_development_20(X))
& the_scalar_value_2(fn_mouse_limb_development_20(X),big_0)
& scalar_unit_class_2(fn_mouse_limb_development_20(X),prokaryote_0)
& result_2(fn_mouse_limb_development_28(X),fn_mouse_limb_development_18(X))
& directly_proportional_2(fn_mouse_limb_development_20(X),fn_mouse_limb_development_19(X))
& next_event_2(fn_mouse_limb_development_25(X),fn_mouse_limb_development_26(X))
& subevent_2(fn_mouse_limb_development_2(X),fn_mouse_limb_development_25(X))
& prevents_2(fn_mouse_limb_development_2(X),fn_mouse_limb_development_22(X))
& object_2(fn_mouse_limb_development_22(X),fn_mouse_limb_development_21(X))
& next_event_2(fn_mouse_limb_development_24(X),fn_mouse_limb_development_27(X))
& subevent_2(fn_mouse_limb_development_2(X),fn_mouse_limb_development_24(X))
& subevent_2(fn_mouse_limb_development_2(X),fn_mouse_limb_development_26(X))
& next_event_2(fn_mouse_limb_development_26(X),fn_mouse_limb_development_24(X))
& from_value_2(fn_mouse_limb_development_24(X),fn_mouse_limb_development_19(X))
& subevent_2(fn_mouse_limb_development_2(X),fn_mouse_limb_development_28(X))
& next_event_2(fn_mouse_limb_development_28(X),fn_mouse_limb_development_23(X))
& subevent_2(fn_mouse_limb_development_2(X),fn_mouse_limb_development_23(X))
& subevent_2(fn_mouse_limb_development_2(X),fn_mouse_limb_development_27(X))
& next_event_2(fn_mouse_limb_development_27(X),fn_mouse_limb_development_28(X))
& fn_mouse_limb_development_4(X) = fn_contract_1(fn_mouse_limb_development_24(X))
& fn_mouse_limb_development_15(X) = fn_impair_1(fn_mouse_limb_development_25(X))
& fn_mouse_limb_development_17(X) = fn_impair_1(fn_mouse_limb_development_26(X))
& fn_mouse_limb_development_4(X) = fn_blebbing_2(fn_mouse_limb_development_27(X))
& fn_mouse_limb_development_4(X) = fn_vesicle_5(fn_mouse_limb_development_18(X))
& fn_mouse_limb_development_4(X) = fn_intracellular_digestion_11(fn_mouse_limb_development_23(X))
& fn_mouse_limb_development_3(X) = fn_blebbing_2(fn_mouse_limb_development_27(X))
& fn_mouse_limb_development_4(X) = fn_blebbing_1(fn_mouse_limb_development_27(X))
& fn_mouse_limb_development_26(X) = fn_protease_6(fn_mouse_limb_development_14(X))
& fn_mouse_limb_development_8(X) = fn_er_membrane_32(fn_mouse_limb_development_6(X))
& fn_mouse_limb_development_8(X) = fn_er_membrane_33(fn_mouse_limb_development_6(X))
& fn_mouse_limb_development_4(X) = fn_apoptosis_7(fn_mouse_limb_development_2(X))
& fn_mouse_limb_development_2(X) = fn_mammalian_limb_development_9(X)
& fn_mouse_limb_development_13(X) = fn_mammalian_limb_development_12(X)
& fn_mouse_limb_development_1(X) = fn_mammalian_limb_development_16(X)
& fn_mouse_limb_development_12(X) = fn_nucleus_16(fn_mouse_limb_development_15(X))
& fn_mouse_limb_development_11(X) = fn_nucleus_17(fn_mouse_limb_development_15(X))
& fn_mouse_limb_development_9(X) = fn_nucleus_9(fn_mouse_limb_development_15(X))
& fn_mouse_limb_development_10(X) = fn_nucleus_9(fn_mouse_limb_development_15(X))
& fn_mouse_limb_development_9(X) = fn_nucleus_15(fn_mouse_limb_development_15(X))
& fn_mouse_limb_development_10(X) = fn_nucleus_15(fn_mouse_limb_development_15(X))
& fn_mouse_limb_development_11(X) = fn_nucleus_16(fn_mouse_limb_development_15(X))
& fn_mouse_limb_development_12(X) = fn_nucleus_17(fn_mouse_limb_development_15(X))
& fn_mouse_limb_development_7(X) = fn_nucleus_13(fn_mouse_limb_development_15(X))
& fn_mouse_limb_development_31(X) = fn_animal_cell_71(fn_mouse_limb_development_4(X))
& fn_mouse_limb_development_17(X) = fn_animal_cell_51(fn_mouse_limb_development_4(X))
& fn_mouse_limb_development_19(X) = fn_animal_cell_56(fn_mouse_limb_development_4(X))
& fn_mouse_limb_development_15(X) = fn_animal_cell_78(fn_mouse_limb_development_4(X))
& fn_mouse_limb_development_20(X) = fn_animal_cell_57(fn_mouse_limb_development_4(X))
& fn_mouse_limb_development_16(X) = fn_eukaryotic_cell_31(fn_mouse_limb_development_4(X))
& fn_mouse_limb_development_5(X) = fn_eukaryotic_cell_29(fn_mouse_limb_development_4(X))
& fn_mouse_limb_development_5(X) = fn_animal_cell_73(fn_mouse_limb_development_4(X))
& fn_mouse_limb_development_16(X) = fn_animal_cell_79(fn_mouse_limb_development_4(X))
& fn_mouse_limb_development_30(X) = fn_apoptosis_29(fn_mouse_limb_development_2(X))
& fn_mouse_limb_development_18(X) = fn_apoptosis_44(fn_mouse_limb_development_2(X))
& fn_mouse_limb_development_29(X) = fn_apoptosis_30(fn_mouse_limb_development_2(X))
& fn_mouse_limb_development_20(X) = fn_apoptosis_40(fn_mouse_limb_development_2(X))
& fn_mouse_limb_development_21(X) = fn_apoptosis_33(fn_mouse_limb_development_2(X))
& fn_mouse_limb_development_22(X) = fn_apoptosis_32(fn_mouse_limb_development_2(X))
& fn_mouse_limb_development_25(X) = fn_apoptosis_21(fn_mouse_limb_development_2(X))
& fn_mouse_limb_development_19(X) = fn_apoptosis_62(fn_mouse_limb_development_2(X))
& fn_mouse_limb_development_26(X) = fn_apoptosis_48(fn_mouse_limb_development_2(X))
& fn_mouse_limb_development_24(X) = fn_apoptosis_49(fn_mouse_limb_development_2(X))
& fn_mouse_limb_development_27(X) = fn_apoptosis_42(fn_mouse_limb_development_2(X))
& fn_mouse_limb_development_23(X) = fn_apoptosis_50(fn_mouse_limb_development_2(X))
& fn_mouse_limb_development_28(X) = fn_apoptosis_43(fn_mouse_limb_development_2(X))
& fn_er_membrane_32(fn_mouse_limb_development_6(X)) = fn_er_membrane_33(fn_mouse_limb_development_6(X))
& fn_er_membrane_33(fn_mouse_limb_development_6(X)) = fn_nucleus_15(fn_mouse_limb_development_15(X))
& fn_nucleus_15(fn_mouse_limb_development_15(X)) = fn_nucleus_15(fn_mouse_limb_development_15(X))
& fn_nucleus_15(fn_mouse_limb_development_15(X)) = fn_nucleus_9(fn_mouse_limb_development_15(X))
& fn_nucleus_9(fn_mouse_limb_development_15(X)) = fn_nucleus_9(fn_mouse_limb_development_15(X))
& fn_nucleus_9(fn_mouse_limb_development_15(X)) = fn_nucleus_15(fn_mouse_limb_development_15(X))
& fn_nucleus_15(fn_mouse_limb_development_15(X)) = fn_nucleus_17(fn_mouse_limb_development_15(X))
& fn_nucleus_17(fn_mouse_limb_development_15(X)) = fn_nucleus_16(fn_mouse_limb_development_15(X))
& fn_nucleus_16(fn_mouse_limb_development_15(X)) = fn_nucleus_16(fn_mouse_limb_development_15(X))
& fn_nucleus_16(fn_mouse_limb_development_15(X)) = fn_nucleus_17(fn_mouse_limb_development_15(X))
& fn_nucleus_17(fn_mouse_limb_development_15(X)) = fn_nucleus_17(fn_mouse_limb_development_15(X))
& fn_nucleus_17(fn_mouse_limb_development_15(X)) = fn_impair_1(fn_mouse_limb_development_26(X))
& fn_impair_1(fn_mouse_limb_development_26(X)) = fn_animal_cell_51(fn_mouse_limb_development_4(X))
& fn_animal_cell_51(fn_mouse_limb_development_4(X)) = fn_impair_1(fn_mouse_limb_development_25(X))
& fn_impair_1(fn_mouse_limb_development_25(X)) = fn_animal_cell_78(fn_mouse_limb_development_4(X))
& fn_animal_cell_78(fn_mouse_limb_development_4(X)) = fn_animal_cell_78(fn_mouse_limb_development_4(X))
& fn_animal_cell_78(fn_mouse_limb_development_4(X)) = fn_animal_cell_73(fn_mouse_limb_development_4(X))
& fn_animal_cell_73(fn_mouse_limb_development_4(X)) = fn_eukaryotic_cell_29(fn_mouse_limb_development_4(X))
& fn_eukaryotic_cell_29(fn_mouse_limb_development_4(X)) = fn_animal_cell_73(fn_mouse_limb_development_4(X))
& fn_animal_cell_73(fn_mouse_limb_development_4(X)) = fn_animal_cell_79(fn_mouse_limb_development_4(X))
& fn_animal_cell_79(fn_mouse_limb_development_4(X)) = fn_eukaryotic_cell_31(fn_mouse_limb_development_4(X))
& fn_eukaryotic_cell_31(fn_mouse_limb_development_4(X)) = fn_animal_cell_79(fn_mouse_limb_development_4(X))
& fn_animal_cell_79(fn_mouse_limb_development_4(X)) = fn_animal_cell_79(fn_mouse_limb_development_4(X))
& fn_animal_cell_79(fn_mouse_limb_development_4(X)) = fn_contract_1(fn_mouse_limb_development_24(X))
& fn_contract_1(fn_mouse_limb_development_24(X)) = fn_blebbing_2(fn_mouse_limb_development_27(X))
& fn_blebbing_2(fn_mouse_limb_development_27(X)) = fn_blebbing_2(fn_mouse_limb_development_27(X))
& fn_blebbing_2(fn_mouse_limb_development_27(X)) = fn_vesicle_5(fn_mouse_limb_development_18(X))
& fn_vesicle_5(fn_mouse_limb_development_18(X)) = fn_vesicle_5(fn_mouse_limb_development_18(X))
& fn_vesicle_5(fn_mouse_limb_development_18(X)) = fn_intracellular_digestion_11(fn_mouse_limb_development_23(X))
& fn_intracellular_digestion_11(fn_mouse_limb_development_23(X)) = fn_intracellular_digestion_11(fn_mouse_limb_development_23(X))
& fn_intracellular_digestion_11(fn_mouse_limb_development_23(X)) = fn_blebbing_1(fn_mouse_limb_development_27(X))
& fn_blebbing_1(fn_mouse_limb_development_27(X)) = fn_blebbing_1(fn_mouse_limb_development_27(X))
& fn_blebbing_1(fn_mouse_limb_development_27(X)) = fn_apoptosis_7(fn_mouse_limb_development_2(X))
& fn_apoptosis_7(fn_mouse_limb_development_2(X)) = fn_apoptosis_7(fn_mouse_limb_development_2(X))
& fn_apoptosis_7(fn_mouse_limb_development_2(X)) = fn_animal_cell_57(fn_mouse_limb_development_4(X))
& fn_animal_cell_57(fn_mouse_limb_development_4(X)) = fn_animal_cell_57(fn_mouse_limb_development_4(X))
& fn_animal_cell_57(fn_mouse_limb_development_4(X)) = fn_apoptosis_40(fn_mouse_limb_development_2(X))
& fn_apoptosis_40(fn_mouse_limb_development_2(X)) = fn_apoptosis_40(fn_mouse_limb_development_2(X))
& fn_apoptosis_40(fn_mouse_limb_development_2(X)) = fn_animal_cell_56(fn_mouse_limb_development_4(X))
& fn_animal_cell_56(fn_mouse_limb_development_4(X)) = fn_apoptosis_62(fn_mouse_limb_development_2(X))
& fn_apoptosis_62(fn_mouse_limb_development_2(X)) = fn_apoptosis_62(fn_mouse_limb_development_2(X))
& fn_apoptosis_62(fn_mouse_limb_development_2(X)) = fn_protease_6(fn_mouse_limb_development_14(X))
& fn_protease_6(fn_mouse_limb_development_14(X)) = fn_apoptosis_48(fn_mouse_limb_development_2(X))
& fn_apoptosis_48(fn_mouse_limb_development_2(X)) = fn_apoptosis_48(fn_mouse_limb_development_2(X)) ) ) ).
fof(a531076,axiom,
! [X] :
( mouth_1(X)
=> ( original_name_2(X,'Mouth')
& user_description_2(X,'The mouth is the part of the alimentary canal in an animal that receives food and produces saliva.')
& concept2words_2(X,mouth)
& animal_structure_1(X)
& tongue_1(fn_mouth_1(X))
& salivary_gland_1(fn_mouth_2(X))
& oral_cavity_1(fn_mouth_3(X))
& has_region_2(X,fn_mouth_3(X))
& has_part_2(X,fn_mouth_2(X))
& has_part_2(X,fn_mouth_1(X)) ) ) ).
fof(a531077,axiom,
! [X] :
( move_1(X)
=> ( original_name_2(X,'Move')
& concept2words_2(X,move)
& concept2words_2(X,displace)
& concept2words_2(X,go)
& concept2words_2(X,locomote)
& concept2words_2(X,travel)
& concept2words_2(X,motion)
& concept2words_2(X,movement)
& concept2words_2(X,drive)
& concept2words_2(X,accelerate)
& concept2words_2(X,flow)
& concept2words_2(X,roll)
& action_1(X)
& spatial_entity_1(fn_move_1(X))
& object_2(X,fn_move_1(X)) ) ) ).
fof(a531078,axiom,
! [X] :
( move_apart_1(X)
=> ( original_name_2(X,'Move-Apart')
& concept2words_2(X,separate)
& concept2words_2(X,disunite)
& concept2words_2(X,divide)
& concept2words_2(X,part)
& concept2words_2(X,split)
& concept2words_2(X,'cause to move apart')
& concept2words_2(X,'move apart')
& concept2words_2(X,'move-apart')
& action_1(X)
& spatial_entity_1(fn_move_apart_1(X))
& spatial_entity_1(fn_move_apart_2(X))
& spatial_entity_1(fn_move_apart_3(X))
& origin_2(X,fn_move_apart_3(X))
& object_2(X,fn_move_apart_2(X))
& object_2(X,fn_move_apart_1(X)) ) ) ).
fof(a531079,axiom,
! [X] :
( move_into_1(X)
=> ( original_name_2(X,'Move-Into')
& concept2words_2(X,'move into')
& concept2words_2(X,move_into)
& concept2words_2(X,enter)
& concept2words_2(X,'come in')
& concept2words_2(X,come_in)
& concept2words_2(X,'get into')
& concept2words_2(X,get_into)
& concept2words_2(X,'get in')
& concept2words_2(X,get_in)
& concept2words_2(X,'go into')
& concept2words_2(X,go_into)
& concept2words_2(X,'go in')
& concept2words_2(X,go_in)
& concept2words_2(X,move)
& concept2words_2(X,'move-into')
& move_through_1(X)
& tangible_entity_1(fn_move_into_1(X))
& container_1(fn_move_into_2(X))
& tangible_entity_1(fn_barrier_1(fn_move_into_2(X)))
& in_event_2(fn_move_into_2(X),X)
& base_2(X,fn_move_into_1(X))
& plays_2(fn_move_into_1(X),fn_move_into_2(X))
& fn_move_into_1(X) = fn_barrier_1(fn_move_into_2(X)) ) ) ).
fof(a531080,axiom,
! [X] :
( move_out_of_1(X)
=> ( original_name_2(X,'Move-Out-Of')
& concept2words_2(X,exit)
& concept2words_2(X,'go out')
& concept2words_2(X,go_out)
& concept2words_2(X,'get out')
& concept2words_2(X,get_out)
& concept2words_2(X,leave)
& concept2words_2(X,move)
& concept2words_2(X,'move out of')
& concept2words_2(X,'move-out-of')
& move_through_1(X)
& tangible_entity_1(fn_move_out_of_1(X))
& container_1(fn_move_out_of_2(X))
& tangible_entity_1(fn_barrier_1(fn_move_out_of_2(X)))
& in_event_2(fn_move_out_of_2(X),X)
& base_2(X,fn_move_out_of_1(X))
& plays_2(fn_move_out_of_1(X),fn_move_out_of_2(X))
& fn_move_out_of_1(X) = fn_barrier_1(fn_move_out_of_2(X)) ) ) ).
fof(a531081,axiom,
! [X] :
( move_through_1(X)
=> ( original_name_2(X,'Move-Through')
& concept2words_2(X,follow)
& concept2words_2(X,'travel along')
& concept2words_2(X,travel_along)
& concept2words_2(X,move)
& concept2words_2(X,'move through')
& concept2words_2(X,'move-through')
& move_1(X) ) ) ).
fof(a531082,axiom,
! [X] :
( move_together_1(X)
=> ( original_name_2(X,'Move-Together')
& concept2words_2(X,assemble)
& concept2words_2(X,gather)
& concept2words_2(X,'get together')
& concept2words_2(X,get_together)
& concept2words_2(X,'cause to move together')
& concept2words_2(X,'bring together')
& concept2words_2(X,'move together')
& concept2words_2(X,'move-together')
& action_1(X)
& spatial_entity_1(fn_move_together_1(X))
& spatial_entity_1(fn_move_together_2(X))
& spatial_entity_1(fn_move_together_3(X))
& destination_2(X,fn_move_together_3(X))
& object_2(X,fn_move_together_2(X))
& object_2(X,fn_move_together_1(X)) ) ) ).
fof(a531083,axiom,
! [X] :
( movement_corridor_1(X)
=> ( original_name_2(X,'Movement-Corridor')
& user_description_2(X,'Also called a habitat corridor, a movement corridor is a strip habitable space that connects larger, otherwise disjointed habitable areas.')
& concept2words_2(X,'corridor of movement')
& concept2words_2(X,'movement corridor')
& concept2words_2(X,'movement-corridor')
& ecological_region_1(X) ) ) ).
fof(a531084,axiom,
! [X] :
( movement_of_endocrine_hormone_1(X)
=> ( original_name_2(X,'Movement-Of-Endocrine-Hormone')
& user_description_2(X,'The circulation of a hormone through the blood vascular system, from the organ that secreted it to the target cells or organ.')
& concept2words_2(X,'movement of endocrine hormone')
& concept2words_2(X,'movement-of-endocrine-hormone')
& move_1(X)
& endocrine_cell_1(fn_movement_of_endocrine_hormone_1(X))
& animal_cell_1(fn_movement_of_endocrine_hormone_2(X))
& circulatory_system_1(fn_movement_of_endocrine_hormone_3(X))
& hormone_1(fn_movement_of_endocrine_hormone_4(X))
& path_2(X,fn_movement_of_endocrine_hormone_3(X))
& destination_2(X,fn_movement_of_endocrine_hormone_2(X))
& origin_2(X,fn_movement_of_endocrine_hormone_1(X))
& object_2(X,fn_movement_of_endocrine_hormone_4(X))
& fn_movement_of_endocrine_hormone_4(X) = fn_move_1(X) ) ) ).
fof(a531085,axiom,
! [X,X2,X3,X1] :
( ( subevent_2(X,X1)
& destination_2(X1,X2)
& object_2(X,X3)
& move_1(X1)
& golgi_apparatus_1(X2)
& biomembrane_1(X3)
& subcellular_movement_1(X) )
=> ( movement_of_endomembranous_system_membrane_1(X)
& fn_movement_of_endomembranous_system_membrane_3(X) = X1
& fn_movement_of_endomembranous_system_membrane_9(X) = X3
& fn_movement_of_endomembranous_system_membrane_8(X) = X2 ) ) ).
fof(a531086,axiom,
! [X] :
( movement_of_endomembranous_system_membrane_1(X)
=> ( original_name_2(X,'Movement-Of-Endomembranous-System-Membrane')
& user_description_2(X,'The act of movement of cellular membrane from one region to another.')
& concept2words_2(X,'movement of cellular membrane')
& concept2words_2(X,'movement-of-cellular-membrane')
& concept2words_2(X,move)
& concept2words_2(X,'movement of endomembranous system membrane')
& concept2words_2(X,'movement-of-endomembranous-system-membrane')
& subcellular_movement_1(X)
& nuclear_membrane_1(fn_movement_of_endomembranous_system_membrane_2(X))
& move_1(fn_movement_of_endomembranous_system_membrane_3(X))
& move_1(fn_movement_of_endomembranous_system_membrane_4(X))
& move_1(fn_movement_of_endomembranous_system_membrane_5(X))
& remove_1(fn_movement_of_endomembranous_system_membrane_6(X))
& transport_vesicle_1(fn_movement_of_endomembranous_system_membrane_7(X))
& golgi_apparatus_1(fn_movement_of_endomembranous_system_membrane_8(X))
& biomembrane_1(fn_movement_of_endomembranous_system_membrane_9(X))
& go_to_1(fn_movement_of_endomembranous_system_membrane_10(X))
& endoplasmic_reticulum_1(fn_movement_of_endomembranous_system_membrane_11(X))
& plasma_membrane_1(fn_movement_of_endomembranous_system_membrane_12(X))
& transport_vesicle_1(fn_movement_of_endomembranous_system_membrane_13(X))
& add_1(fn_movement_of_endomembranous_system_membrane_14(X))
& remove_1(fn_movement_of_endomembranous_system_membrane_15(X))
& go_to_1(fn_movement_of_endomembranous_system_membrane_16(X))
& secretory_protein_1(fn_movement_of_endomembranous_system_membrane_17(X))
& cell_1(fn_movement_of_endomembranous_system_membrane_18(X))
& release_1(fn_movement_of_endomembranous_system_membrane_19(X))
& tangible_entity_1(fn_release_1(fn_movement_of_endomembranous_system_membrane_19(X)))
& spatial_entity_1(fn_remove_2(fn_movement_of_endomembranous_system_membrane_6(X)))
& spatial_entity_1(fn_move_1(fn_movement_of_endomembranous_system_membrane_4(X)))
& tangible_entity_1(fn_release_2(fn_movement_of_endomembranous_system_membrane_19(X)))
& spatial_entity_1(fn_move_1(fn_movement_of_endomembranous_system_membrane_3(X)))
& spatial_entity_1(fn_move_1(fn_movement_of_endomembranous_system_membrane_5(X)))
& spatial_entity_1(fn_remove_2(fn_movement_of_endomembranous_system_membrane_15(X)))
& spatial_entity_1(fn_go_to_1(fn_movement_of_endomembranous_system_membrane_10(X)))
& spatial_entity_1(fn_go_to_1(fn_movement_of_endomembranous_system_membrane_16(X)))
& spatial_entity_1(fn_add_2(fn_movement_of_endomembranous_system_membrane_14(X)))
& spatial_entity_1(fn_remove_1(fn_movement_of_endomembranous_system_membrane_15(X)))
& spatial_entity_1(fn_add_1(fn_movement_of_endomembranous_system_membrane_14(X)))
& spatial_entity_1(fn_locomotion_1(fn_movement_of_endomembranous_system_membrane_16(X)))
& spatial_entity_1(fn_remove_1(fn_movement_of_endomembranous_system_membrane_6(X)))
& spatial_entity_1(fn_locomotion_1(fn_movement_of_endomembranous_system_membrane_10(X)))
& is_inside_2(fn_movement_of_endomembranous_system_membrane_17(X),fn_movement_of_endomembranous_system_membrane_18(X))
& next_event_2(fn_movement_of_endomembranous_system_membrane_16(X),fn_movement_of_endomembranous_system_membrane_14(X))
& next_event_2(fn_movement_of_endomembranous_system_membrane_15(X),fn_movement_of_endomembranous_system_membrane_16(X))
& next_event_2(fn_movement_of_endomembranous_system_membrane_14(X),fn_movement_of_endomembranous_system_membrane_19(X))
& first_subevent_2(X,fn_movement_of_endomembranous_system_membrane_5(X))
& subevent_2(X,fn_movement_of_endomembranous_system_membrane_4(X))
& subevent_2(X,fn_movement_of_endomembranous_system_membrane_5(X))
& object_2(X,fn_movement_of_endomembranous_system_membrane_9(X))
& origin_2(fn_movement_of_endomembranous_system_membrane_10(X),fn_movement_of_endomembranous_system_membrane_11(X))
& next_event_2(fn_movement_of_endomembranous_system_membrane_6(X),fn_movement_of_endomembranous_system_membrane_10(X))
& origin_2(fn_movement_of_endomembranous_system_membrane_5(X),fn_movement_of_endomembranous_system_membrane_2(X))
& destination_2(fn_movement_of_endomembranous_system_membrane_5(X),fn_movement_of_endomembranous_system_membrane_11(X))
& next_event_2(fn_movement_of_endomembranous_system_membrane_5(X),fn_movement_of_endomembranous_system_membrane_3(X))
& origin_2(fn_movement_of_endomembranous_system_membrane_4(X),fn_movement_of_endomembranous_system_membrane_8(X))
& destination_2(fn_movement_of_endomembranous_system_membrane_4(X),fn_movement_of_endomembranous_system_membrane_12(X))
& first_subevent_2(fn_movement_of_endomembranous_system_membrane_4(X),fn_movement_of_endomembranous_system_membrane_15(X))
& subevent_2(fn_movement_of_endomembranous_system_membrane_4(X),fn_movement_of_endomembranous_system_membrane_14(X))
& subevent_2(fn_movement_of_endomembranous_system_membrane_4(X),fn_movement_of_endomembranous_system_membrane_15(X))
& subevent_2(fn_movement_of_endomembranous_system_membrane_4(X),fn_movement_of_endomembranous_system_membrane_16(X))
& subevent_2(fn_movement_of_endomembranous_system_membrane_4(X),fn_movement_of_endomembranous_system_membrane_19(X))
& next_event_2(fn_movement_of_endomembranous_system_membrane_3(X),fn_movement_of_endomembranous_system_membrane_4(X))
& first_subevent_2(fn_movement_of_endomembranous_system_membrane_3(X),fn_movement_of_endomembranous_system_membrane_6(X))
& destination_2(fn_movement_of_endomembranous_system_membrane_3(X),fn_movement_of_endomembranous_system_membrane_8(X))
& subevent_2(fn_movement_of_endomembranous_system_membrane_3(X),fn_movement_of_endomembranous_system_membrane_10(X))
& subevent_2(fn_movement_of_endomembranous_system_membrane_3(X),fn_movement_of_endomembranous_system_membrane_6(X))
& origin_2(fn_movement_of_endomembranous_system_membrane_3(X),fn_movement_of_endomembranous_system_membrane_11(X))
& object_2(fn_movement_of_endomembranous_system_membrane_19(X),fn_movement_of_endomembranous_system_membrane_17(X))
& object_2(fn_movement_of_endomembranous_system_membrane_15(X),fn_movement_of_endomembranous_system_membrane_13(X))
& base_2(fn_movement_of_endomembranous_system_membrane_15(X),fn_movement_of_endomembranous_system_membrane_8(X))
& destination_2(fn_movement_of_endomembranous_system_membrane_10(X),fn_movement_of_endomembranous_system_membrane_8(X))
& destination_2(fn_movement_of_endomembranous_system_membrane_16(X),fn_movement_of_endomembranous_system_membrane_12(X))
& object_2(fn_movement_of_endomembranous_system_membrane_6(X),fn_movement_of_endomembranous_system_membrane_7(X))
& object_2(fn_movement_of_endomembranous_system_membrane_14(X),fn_movement_of_endomembranous_system_membrane_13(X))
& base_2(fn_movement_of_endomembranous_system_membrane_6(X),fn_movement_of_endomembranous_system_membrane_11(X))
& base_2(fn_movement_of_endomembranous_system_membrane_14(X),fn_movement_of_endomembranous_system_membrane_12(X))
& object_2(fn_movement_of_endomembranous_system_membrane_4(X),fn_movement_of_endomembranous_system_membrane_9(X))
& base_2(fn_movement_of_endomembranous_system_membrane_19(X),fn_movement_of_endomembranous_system_membrane_18(X))
& object_2(fn_movement_of_endomembranous_system_membrane_3(X),fn_movement_of_endomembranous_system_membrane_9(X))
& agent_2(fn_movement_of_endomembranous_system_membrane_16(X),fn_movement_of_endomembranous_system_membrane_13(X))
& object_2(fn_movement_of_endomembranous_system_membrane_16(X),fn_movement_of_endomembranous_system_membrane_13(X))
& agent_2(fn_movement_of_endomembranous_system_membrane_10(X),fn_movement_of_endomembranous_system_membrane_7(X))
& object_2(fn_movement_of_endomembranous_system_membrane_10(X),fn_movement_of_endomembranous_system_membrane_7(X))
& subevent_2(X,fn_movement_of_endomembranous_system_membrane_3(X))
& object_2(fn_movement_of_endomembranous_system_membrane_5(X),fn_movement_of_endomembranous_system_membrane_9(X))
& fn_movement_of_endomembranous_system_membrane_17(X) = fn_release_1(fn_movement_of_endomembranous_system_membrane_19(X))
& fn_movement_of_endomembranous_system_membrane_13(X) = fn_remove_1(fn_movement_of_endomembranous_system_membrane_15(X))
& fn_movement_of_endomembranous_system_membrane_8(X) = fn_remove_2(fn_movement_of_endomembranous_system_membrane_15(X))
& fn_movement_of_endomembranous_system_membrane_8(X) = fn_go_to_1(fn_movement_of_endomembranous_system_membrane_10(X))
& fn_movement_of_endomembranous_system_membrane_12(X) = fn_go_to_1(fn_movement_of_endomembranous_system_membrane_16(X))
& fn_movement_of_endomembranous_system_membrane_7(X) = fn_remove_1(fn_movement_of_endomembranous_system_membrane_6(X))
& fn_movement_of_endomembranous_system_membrane_13(X) = fn_add_1(fn_movement_of_endomembranous_system_membrane_14(X))
& fn_movement_of_endomembranous_system_membrane_11(X) = fn_remove_2(fn_movement_of_endomembranous_system_membrane_6(X))
& fn_movement_of_endomembranous_system_membrane_12(X) = fn_add_2(fn_movement_of_endomembranous_system_membrane_14(X))
& fn_movement_of_endomembranous_system_membrane_9(X) = fn_move_1(fn_movement_of_endomembranous_system_membrane_4(X))
& fn_movement_of_endomembranous_system_membrane_18(X) = fn_release_2(fn_movement_of_endomembranous_system_membrane_19(X))
& fn_movement_of_endomembranous_system_membrane_9(X) = fn_move_1(fn_movement_of_endomembranous_system_membrane_3(X))
& fn_movement_of_endomembranous_system_membrane_13(X) = fn_locomotion_1(fn_movement_of_endomembranous_system_membrane_16(X))
& fn_movement_of_endomembranous_system_membrane_7(X) = fn_locomotion_1(fn_movement_of_endomembranous_system_membrane_10(X))
& fn_movement_of_endomembranous_system_membrane_3(X) = fn_subcellular_movement_1(X)
& fn_movement_of_endomembranous_system_membrane_9(X) = fn_move_1(fn_movement_of_endomembranous_system_membrane_5(X))
& fn_remove_2(fn_movement_of_endomembranous_system_membrane_15(X)) = fn_go_to_1(fn_movement_of_endomembranous_system_membrane_10(X))
& fn_go_to_1(fn_movement_of_endomembranous_system_membrane_10(X)) = fn_go_to_1(fn_movement_of_endomembranous_system_membrane_16(X))
& fn_go_to_1(fn_movement_of_endomembranous_system_membrane_16(X)) = fn_add_2(fn_movement_of_endomembranous_system_membrane_14(X))
& fn_add_2(fn_movement_of_endomembranous_system_membrane_14(X)) = fn_remove_1(fn_movement_of_endomembranous_system_membrane_15(X))
& fn_remove_1(fn_movement_of_endomembranous_system_membrane_15(X)) = fn_add_1(fn_movement_of_endomembranous_system_membrane_14(X))
& fn_add_1(fn_movement_of_endomembranous_system_membrane_14(X)) = fn_add_1(fn_movement_of_endomembranous_system_membrane_14(X))
& fn_add_1(fn_movement_of_endomembranous_system_membrane_14(X)) = fn_locomotion_1(fn_movement_of_endomembranous_system_membrane_16(X))
& fn_locomotion_1(fn_movement_of_endomembranous_system_membrane_16(X)) = fn_locomotion_1(fn_movement_of_endomembranous_system_membrane_16(X))
& fn_locomotion_1(fn_movement_of_endomembranous_system_membrane_16(X)) = fn_remove_1(fn_movement_of_endomembranous_system_membrane_6(X))
& fn_remove_1(fn_movement_of_endomembranous_system_membrane_6(X)) = fn_locomotion_1(fn_movement_of_endomembranous_system_membrane_10(X))
& fn_locomotion_1(fn_movement_of_endomembranous_system_membrane_10(X)) = fn_locomotion_1(fn_movement_of_endomembranous_system_membrane_10(X)) ) ) ).
fof(a531087,axiom,
! [X] :
( movement_of_hydrated_molecule_across_biomembrane_1(X)
=> ( original_name_2(X,'Movement-Of-Hydrated-Molecule-Across-Biomembrane')
& user_description_2(X,'The process of moving of a hydrated molecule across a biomembrane.')
& concept2words_2(X,move)
& concept2words_2(X,'movement of hydrated molecule across biomembrane')
& concept2words_2(X,'movement-of-hydrated-molecule-across-biomembrane')
& passive_transport_of_solute_1(X)
& facilitated_diffusion_using_channel_protein_1(X)
& increase_1(fn_movement_of_hydrated_molecule_across_biomembrane_1(X))
& hydrophobic_core_1(fn_movement_of_hydrated_molecule_across_biomembrane_2(X))
& inside_face_1(fn_movement_of_hydrated_molecule_across_biomembrane_3(X))
& outside_face_1(fn_movement_of_hydrated_molecule_across_biomembrane_4(X))
& block_1(fn_movement_of_hydrated_molecule_across_biomembrane_5(X))
& block_1(fn_movement_of_hydrated_molecule_across_biomembrane_6(X))
& block_1(fn_movement_of_hydrated_molecule_across_biomembrane_7(X))
& block_1(fn_movement_of_hydrated_molecule_across_biomembrane_8(X))
& thermal_energy_1(fn_movement_of_hydrated_molecule_across_biomembrane_9(X))
& glycoprotein_1(fn_movement_of_hydrated_molecule_across_biomembrane_14(X))
& saturated_fatty_acid_1(fn_movement_of_hydrated_molecule_across_biomembrane_15(X))
& hydrophilic_compound_1(fn_movement_of_hydrated_molecule_across_biomembrane_16(X))
& aqueous_solution_1(fn_movement_of_hydrated_molecule_across_biomembrane_17(X))
& aqueous_solution_1(fn_movement_of_hydrated_molecule_across_biomembrane_18(X))
& fluidity_value_1(fn_movement_of_hydrated_molecule_across_biomembrane_19(X))
& temperature_value_1(fn_movement_of_hydrated_molecule_across_biomembrane_20(X))
& density_value_1(fn_movement_of_hydrated_molecule_across_biomembrane_21(X))
& inside_face_1(fn_movement_of_hydrated_molecule_across_biomembrane_22(X))
& surface_1(fn_movement_of_hydrated_molecule_across_biomembrane_23(X))
& outside_face_1(fn_movement_of_hydrated_molecule_across_biomembrane_23(X))
& carbon_skeleton_1(fn_movement_of_hydrated_molecule_across_biomembrane_24(X))
& carbohydrate_side_chain_1(fn_movement_of_hydrated_molecule_across_biomembrane_25(X))
& attach_1(fn_movement_of_hydrated_molecule_across_biomembrane_26(X))
& quantity_value_1(fn_movement_of_hydrated_molecule_across_biomembrane_27(X))
& expose_1(fn_movement_of_hydrated_molecule_across_biomembrane_28(X))
& attach_1(fn_movement_of_hydrated_molecule_across_biomembrane_29(X))
& spatial_entity_1(fn_movement_of_hydrated_molecule_across_biomembrane_30(X))
& membrane_protein_1(fn_movement_of_hydrated_molecule_across_biomembrane_30(X))
& tangible_entity_1(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& membrane_protein_1(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& protein_1(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& transmembrane_protein_1(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& integral_protein_1(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& transport_protein_1(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& channel_protein_1(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& rate_value_1(fn_movement_of_hydrated_molecule_across_biomembrane_33(X))
& hydrophobic_compound_1(fn_movement_of_hydrated_molecule_across_biomembrane_34(X))
& symmetrical_distribution_1(fn_movement_of_hydrated_molecule_across_biomembrane_35(X))
& thermal_motion_1(fn_movement_of_hydrated_molecule_across_biomembrane_36(X))
& move_1(fn_movement_of_hydrated_molecule_across_biomembrane_37(X))
& move_through_1(fn_movement_of_hydrated_molecule_across_biomembrane_37(X))
& gradient_1(fn_movement_of_hydrated_molecule_across_biomembrane_38(X))
& concentration_gradient_1(fn_movement_of_hydrated_molecule_across_biomembrane_38(X))
& cell_1(fn_movement_of_hydrated_molecule_across_biomembrane_39(X))
& spatial_entity_1(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& biomembrane_1(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& quantity_value_1(fn_movement_of_hydrated_molecule_across_biomembrane_41(X))
& quantity_value_1(fn_movement_of_hydrated_molecule_across_biomembrane_42(X))
& potential_energy_1(fn_movement_of_hydrated_molecule_across_biomembrane_43(X))
& decrease_1(fn_movement_of_hydrated_molecule_across_biomembrane_44(X))
& free_energy_1(fn_movement_of_hydrated_molecule_across_biomembrane_45(X))
& expose_1(fn_movement_of_hydrated_molecule_across_biomembrane_46(X))
& polar_amino_acid_1(fn_movement_of_hydrated_molecule_across_biomembrane_47(X))
& hydrophilic_end_1(fn_movement_of_hydrated_molecule_across_biomembrane_48(X))
& outside_face_1(fn_movement_of_hydrated_molecule_across_biomembrane_49(X))
& hydrophilic_region_1(fn_movement_of_hydrated_molecule_across_biomembrane_50(X))
& hydrophilic_end_1(fn_movement_of_hydrated_molecule_across_biomembrane_50(X))
& tangible_entity_1(fn_movement_of_hydrated_molecule_across_biomembrane_51(X))
& phospholipid_bilayer_1(fn_movement_of_hydrated_molecule_across_biomembrane_51(X))
& hypotonic_solution_1(fn_movement_of_hydrated_molecule_across_biomembrane_52(X))
& aqueous_solution_1(fn_movement_of_hydrated_molecule_across_biomembrane_52(X))
& hypertonic_solution_1(fn_movement_of_hydrated_molecule_across_biomembrane_53(X))
& aqueous_solution_1(fn_movement_of_hydrated_molecule_across_biomembrane_53(X))
& attach_1(fn_movement_of_hydrated_molecule_across_biomembrane_56(X))
& attach_1(fn_movement_of_hydrated_molecule_across_biomembrane_57(X))
& hydrated_molecule_1(fn_movement_of_hydrated_molecule_across_biomembrane_58(X))
& attract_1(fn_movement_of_hydrated_molecule_across_biomembrane_59(X))
& surface_1(fn_integral_protein_29(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& hydrophilic_end_1(fn_transport_protein_16(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& attract_1(fn_transport_protein_4(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& carbohydrate_side_chain_1(fn_biomembrane_70(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& attach_1(fn_biomembrane_73(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& carbon_skeleton_1(fn_biomembrane_71(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& inside_face_1(fn_biomembrane_42(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& saturated_fatty_acid_1(fn_biomembrane_32(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& glycoprotein_1(fn_biomembrane_30(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& hydrophilic_compound_1(fn_biomembrane_72(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& property_node_1(fn_biomembrane_39(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& quantity_value_1(fn_biomembrane_31(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& hydrophobic_compound_1(fn_biomembrane_48(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& property_node_1(fn_biomembrane_19(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& fluidity_value_1(fn_biomembrane_18(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& block_1(fn_biomembrane_101(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& property_node_1(fn_biomembrane_26(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& temperature_value_1(fn_biomembrane_25(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& property_node_1(fn_biomembrane_3(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& density_value_1(fn_biomembrane_4(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& spatial_entity_1(fn_thermal_motion_5(fn_movement_of_hydrated_molecule_across_biomembrane_36(X)))
& tangible_entity_1(fn_thermal_motion_5(fn_movement_of_hydrated_molecule_across_biomembrane_36(X)))
& chemical_entity_1(fn_biomembrane_55(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& polar_amino_acid_1(fn_integral_protein_6(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& polar_amino_acid_1(fn_transport_protein_32(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& hydrophilic_region_1(fn_integral_protein_23(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& hydrophilic_region_1(fn_transport_protein_33(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& hydrophilic_end_1(fn_transport_protein_33(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& property_node_1(fn_channel_protein_10(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& rate_value_1(fn_channel_protein_9(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& facilitated_diffusion_1(fn_transport_protein_28(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& facilitated_diffusion_1(fn_channel_protein_8(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& passive_transport_1(fn_channel_protein_8(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& facilitated_diffusion_using_channel_protein_1(fn_channel_protein_8(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& tangible_entity_1(fn_expose_1(fn_movement_of_hydrated_molecule_across_biomembrane_28(X)))
& tangible_entity_1(fn_expose_1(fn_movement_of_hydrated_molecule_across_biomembrane_46(X)))
& tangible_entity_1(fn_biomembrane_54(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& membrane_protein_1(fn_biomembrane_54(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& protein_1(fn_biomembrane_54(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& surface_1(fn_biomembrane_47(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& outside_face_1(fn_biomembrane_41(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& move_through_1(fn_transport_protein_34(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& move_1(fn_channel_protein_5(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& move_through_1(fn_channel_protein_5(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& move_through_1(fn_biomembrane_52(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& tangible_entity_1(fn_transport_protein_12(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& tangible_entity_1(fn_biomembrane_63(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& biomembrane_1(fn_integral_protein_24(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& spatial_entity_1(fn_transport_protein_35(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& biomembrane_1(fn_transport_protein_35(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& block_1(fn_transport_protein_31(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)))
& block_1(fn_biomembrane_102(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& block_1(fn_biomembrane_100(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)))
& site_2(fn_movement_of_hydrated_molecule_across_biomembrane_28(X),fn_movement_of_hydrated_molecule_across_biomembrane_50(X))
& complement_2(fn_movement_of_hydrated_molecule_across_biomembrane_31(X),fn_movement_of_hydrated_molecule_across_biomembrane_58(X))
& is_across_2(fn_movement_of_hydrated_molecule_across_biomembrane_31(X),fn_movement_of_hydrated_molecule_across_biomembrane_2(X))
& the_scalar_value_2(fn_movement_of_hydrated_molecule_across_biomembrane_33(X),slow_0)
& scalar_unit_class_2(fn_movement_of_hydrated_molecule_across_biomembrane_33(X),move_0)
& is_between_2(fn_movement_of_hydrated_molecule_across_biomembrane_2(X),fn_movement_of_hydrated_molecule_across_biomembrane_4(X))
& is_between_2(fn_movement_of_hydrated_molecule_across_biomembrane_2(X),fn_movement_of_hydrated_molecule_across_biomembrane_3(X))
& base_2(fn_movement_of_hydrated_molecule_across_biomembrane_5(X),fn_movement_of_hydrated_molecule_across_biomembrane_2(X))
& site_2(X,fn_movement_of_hydrated_molecule_across_biomembrane_2(X))
& supports_2(X,fn_movement_of_hydrated_molecule_across_biomembrane_1(X))
& has_part_2(fn_movement_of_hydrated_molecule_across_biomembrane_39(X),fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& site_2(fn_movement_of_hydrated_molecule_across_biomembrane_46(X),fn_movement_of_hydrated_molecule_across_biomembrane_50(X))
& complement_2(fn_movement_of_hydrated_molecule_across_biomembrane_58(X),fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& object_2(fn_movement_of_hydrated_molecule_across_biomembrane_28(X),fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& object_2(fn_movement_of_hydrated_molecule_across_biomembrane_46(X),fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& object_2(fn_movement_of_hydrated_molecule_across_biomembrane_36(X),fn_movement_of_hydrated_molecule_across_biomembrane_58(X))
& has_region_2(fn_movement_of_hydrated_molecule_across_biomembrane_31(X),fn_movement_of_hydrated_molecule_across_biomembrane_49(X))
& is_at_2(fn_movement_of_hydrated_molecule_across_biomembrane_50(X),fn_movement_of_hydrated_molecule_across_biomembrane_49(X))
& base_2(fn_movement_of_hydrated_molecule_across_biomembrane_56(X),fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& object_2(fn_movement_of_hydrated_molecule_across_biomembrane_56(X),fn_movement_of_hydrated_molecule_across_biomembrane_30(X))
& base_2(X,fn_movement_of_hydrated_molecule_across_biomembrane_39(X))
& object_2(fn_movement_of_hydrated_molecule_across_biomembrane_35(X),fn_movement_of_hydrated_molecule_across_biomembrane_58(X))
& possesses_2(fn_movement_of_hydrated_molecule_across_biomembrane_58(X),fn_movement_of_hydrated_molecule_across_biomembrane_9(X))
& agent_2(fn_movement_of_hydrated_molecule_across_biomembrane_36(X),fn_movement_of_hydrated_molecule_across_biomembrane_9(X))
& object_2(fn_movement_of_hydrated_molecule_across_biomembrane_37(X),fn_movement_of_hydrated_molecule_across_biomembrane_58(X))
& base_2(fn_movement_of_hydrated_molecule_across_biomembrane_57(X),fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& object_2(fn_movement_of_hydrated_molecule_across_biomembrane_57(X),fn_movement_of_hydrated_molecule_across_biomembrane_30(X))
& object_2(X,fn_movement_of_hydrated_molecule_across_biomembrane_58(X))
& is_permeable_to_2(fn_movement_of_hydrated_molecule_across_biomembrane_40(X),fn_movement_of_hydrated_molecule_across_biomembrane_58(X))
& is_at_2(fn_movement_of_hydrated_molecule_across_biomembrane_30(X),fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& object_2(fn_movement_of_hydrated_molecule_across_biomembrane_29(X),fn_movement_of_hydrated_molecule_across_biomembrane_30(X))
& base_2(fn_movement_of_hydrated_molecule_across_biomembrane_29(X),fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& destination_2(X,fn_movement_of_hydrated_molecule_across_biomembrane_52(X))
& origin_2(X,fn_movement_of_hydrated_molecule_across_biomembrane_53(X))
& is_between_2(fn_movement_of_hydrated_molecule_across_biomembrane_38(X),fn_movement_of_hydrated_molecule_across_biomembrane_53(X))
& is_between_2(fn_movement_of_hydrated_molecule_across_biomembrane_38(X),fn_movement_of_hydrated_molecule_across_biomembrane_52(X))
& is_hypotonic_to_2(fn_movement_of_hydrated_molecule_across_biomembrane_52(X),fn_movement_of_hydrated_molecule_across_biomembrane_53(X))
& is_hypertonic_to_2(fn_movement_of_hydrated_molecule_across_biomembrane_53(X),fn_movement_of_hydrated_molecule_across_biomembrane_52(X))
& raw_material_2(X,fn_movement_of_hydrated_molecule_across_biomembrane_43(X))
& result_2(X,fn_movement_of_hydrated_molecule_across_biomembrane_45(X))
& objective_2(X,fn_movement_of_hydrated_molecule_across_biomembrane_35(X))
& agent_2(X,fn_movement_of_hydrated_molecule_across_biomembrane_38(X))
& object_2(fn_movement_of_hydrated_molecule_across_biomembrane_44(X),fn_movement_of_hydrated_molecule_across_biomembrane_38(X))
& causes_2(X,fn_movement_of_hydrated_molecule_across_biomembrane_44(X))
& by_means_of_2(X,fn_movement_of_hydrated_molecule_across_biomembrane_36(X))
& causes_2(fn_movement_of_hydrated_molecule_across_biomembrane_36(X),fn_movement_of_hydrated_molecule_across_biomembrane_37(X))
& base_2(X,fn_movement_of_hydrated_molecule_across_biomembrane_38(X))
& possesses_2(fn_movement_of_hydrated_molecule_across_biomembrane_38(X),fn_movement_of_hydrated_molecule_across_biomembrane_43(X))
& quantity_2(fn_movement_of_hydrated_molecule_across_biomembrane_43(X),fn_movement_of_hydrated_molecule_across_biomembrane_42(X))
& directly_proportional_2(fn_movement_of_hydrated_molecule_across_biomembrane_42(X),fn_movement_of_hydrated_molecule_across_biomembrane_41(X))
& quantity_2(fn_movement_of_hydrated_molecule_across_biomembrane_45(X),fn_movement_of_hydrated_molecule_across_biomembrane_41(X))
& has_region_2(fn_movement_of_hydrated_molecule_across_biomembrane_31(X),fn_movement_of_hydrated_molecule_across_biomembrane_50(X))
& has_region_2(fn_movement_of_hydrated_molecule_across_biomembrane_31(X),fn_movement_of_hydrated_molecule_across_biomembrane_48(X))
& is_inside_2(fn_movement_of_hydrated_molecule_across_biomembrane_31(X),fn_movement_of_hydrated_molecule_across_biomembrane_51(X))
& has_part_2(fn_movement_of_hydrated_molecule_across_biomembrane_31(X),fn_movement_of_hydrated_molecule_across_biomembrane_47(X))
& has_part_2(fn_movement_of_hydrated_molecule_across_biomembrane_40(X),fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& path_2(X,fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& agent_2(fn_movement_of_hydrated_molecule_across_biomembrane_59(X),fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& is_across_2(fn_movement_of_hydrated_molecule_across_biomembrane_31(X),fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& instrument_2(fn_movement_of_hydrated_molecule_across_biomembrane_6(X),fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& has_function_2(fn_movement_of_hydrated_molecule_across_biomembrane_31(X),fn_movement_of_hydrated_molecule_across_biomembrane_59(X))
& site_2(fn_movement_of_hydrated_molecule_across_biomembrane_59(X),fn_movement_of_hydrated_molecule_across_biomembrane_50(X))
& is_at_2(fn_movement_of_hydrated_molecule_across_biomembrane_47(X),fn_movement_of_hydrated_molecule_across_biomembrane_50(X))
& is_opposite_2(fn_movement_of_hydrated_molecule_across_biomembrane_48(X),fn_movement_of_hydrated_molecule_across_biomembrane_50(X))
& is_opposite_2(fn_movement_of_hydrated_molecule_across_biomembrane_50(X),fn_movement_of_hydrated_molecule_across_biomembrane_48(X))
& subevent_2(X,fn_movement_of_hydrated_molecule_across_biomembrane_37(X))
& facilitates_2(fn_movement_of_hydrated_molecule_across_biomembrane_31(X),fn_movement_of_hydrated_molecule_across_biomembrane_37(X))
& agent_2(fn_movement_of_hydrated_molecule_across_biomembrane_37(X),fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& instrument_2(X,fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& rate_2(X,fn_movement_of_hydrated_molecule_across_biomembrane_33(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_6(X) != fn_movement_of_hydrated_molecule_across_biomembrane_7(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_7(X) != fn_movement_of_hydrated_molecule_across_biomembrane_6(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_6(X) != fn_movement_of_hydrated_molecule_across_biomembrane_8(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_8(X) != fn_movement_of_hydrated_molecule_across_biomembrane_6(X)
& has_function_2(fn_movement_of_hydrated_molecule_across_biomembrane_40(X),fn_movement_of_hydrated_molecule_across_biomembrane_6(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_8(X) != fn_movement_of_hydrated_molecule_across_biomembrane_7(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_7(X) != fn_movement_of_hydrated_molecule_across_biomembrane_8(X)
& has_function_2(fn_movement_of_hydrated_molecule_across_biomembrane_40(X),fn_movement_of_hydrated_molecule_across_biomembrane_7(X))
& is_between_2(fn_movement_of_hydrated_molecule_across_biomembrane_40(X),fn_movement_of_hydrated_molecule_across_biomembrane_18(X))
& is_inside_2(fn_movement_of_hydrated_molecule_across_biomembrane_23(X),fn_movement_of_hydrated_molecule_across_biomembrane_18(X))
& has_region_2(fn_movement_of_hydrated_molecule_across_biomembrane_40(X),fn_movement_of_hydrated_molecule_across_biomembrane_23(X))
& has_function_2(fn_movement_of_hydrated_molecule_across_biomembrane_40(X),fn_movement_of_hydrated_molecule_across_biomembrane_8(X))
& is_outside_2(fn_movement_of_hydrated_molecule_across_biomembrane_25(X),fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& object_2(fn_movement_of_hydrated_molecule_across_biomembrane_26(X),fn_movement_of_hydrated_molecule_across_biomembrane_25(X))
& base_2(fn_movement_of_hydrated_molecule_across_biomembrane_26(X),fn_movement_of_hydrated_molecule_across_biomembrane_24(X))
& is_inside_2(fn_movement_of_hydrated_molecule_across_biomembrane_24(X),fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& base_2(fn_movement_of_hydrated_molecule_across_biomembrane_37(X),fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& has_function_2(fn_movement_of_hydrated_molecule_across_biomembrane_40(X),fn_movement_of_hydrated_molecule_across_biomembrane_37(X))
& is_between_2(fn_movement_of_hydrated_molecule_across_biomembrane_40(X),fn_movement_of_hydrated_molecule_across_biomembrane_17(X))
& is_inside_2(fn_movement_of_hydrated_molecule_across_biomembrane_17(X),fn_movement_of_hydrated_molecule_across_biomembrane_22(X))
& has_region_2(fn_movement_of_hydrated_molecule_across_biomembrane_40(X),fn_movement_of_hydrated_molecule_across_biomembrane_22(X))
& quantity_2(fn_movement_of_hydrated_molecule_across_biomembrane_15(X),fn_movement_of_hydrated_molecule_across_biomembrane_27(X))
& has_part_2(fn_movement_of_hydrated_molecule_across_biomembrane_40(X),fn_movement_of_hydrated_molecule_across_biomembrane_15(X))
& has_part_2(fn_movement_of_hydrated_molecule_across_biomembrane_40(X),fn_movement_of_hydrated_molecule_across_biomembrane_14(X))
& is_inside_2(fn_movement_of_hydrated_molecule_across_biomembrane_14(X),fn_movement_of_hydrated_molecule_across_biomembrane_51(X))
& has_part_2(fn_movement_of_hydrated_molecule_across_biomembrane_40(X),fn_movement_of_hydrated_molecule_across_biomembrane_51(X))
& temperature_2(fn_movement_of_hydrated_molecule_across_biomembrane_40(X),fn_movement_of_hydrated_molecule_across_biomembrane_20(X))
& directly_proportional_2(fn_movement_of_hydrated_molecule_across_biomembrane_20(X),fn_movement_of_hydrated_molecule_across_biomembrane_19(X))
& inversely_proportional_2(fn_movement_of_hydrated_molecule_across_biomembrane_21(X),fn_movement_of_hydrated_molecule_across_biomembrane_19(X))
& density_2(fn_movement_of_hydrated_molecule_across_biomembrane_40(X),fn_movement_of_hydrated_molecule_across_biomembrane_21(X))
& directly_proportional_2(fn_movement_of_hydrated_molecule_across_biomembrane_27(X),fn_movement_of_hydrated_molecule_across_biomembrane_19(X))
& fluidity_2(fn_movement_of_hydrated_molecule_across_biomembrane_40(X),fn_movement_of_hydrated_molecule_across_biomembrane_19(X))
& called_2(fn_movement_of_hydrated_molecule_across_biomembrane_6(X),"1")
& called_2(fn_movement_of_hydrated_molecule_across_biomembrane_7(X),"2")
& called_2(fn_movement_of_hydrated_molecule_across_biomembrane_8(X),"3")
& fn_movement_of_hydrated_molecule_across_biomembrane_31(X) = fn_expose_1(fn_movement_of_hydrated_molecule_across_biomembrane_28(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_31(X) = fn_expose_1(fn_movement_of_hydrated_molecule_across_biomembrane_46(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_58(X) = fn_thermal_motion_5(fn_movement_of_hydrated_molecule_across_biomembrane_36(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_49(X) = fn_integral_protein_29(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_56(X) = fn_facilitated_diffusion_51(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_39(X) = fn_passive_transport_1(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_35(X) = fn_passive_transport_29(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_36(X) = fn_passive_transport_22(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_9(X) = fn_passive_transport_13(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_58(X) = fn_passive_transport_14(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_37(X) = fn_facilitated_diffusion_55(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_57(X) = fn_facilitated_diffusion_52(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_29(X) = fn_facilitated_diffusion_51(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_30(X) = fn_facilitated_diffusion_50(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_58(X) = fn_biomembrane_55(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_58(X) = fn_facilitated_diffusion_26(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_52(X) = fn_facilitated_diffusion_using_channel_protein_2(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_52(X) = fn_passive_transport_of_solute_2(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_53(X) = fn_facilitated_diffusion_using_channel_protein_1(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_53(X) = fn_passive_transport_of_solute_1(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_54(X) = fn_facilitated_diffusion_using_channel_protein_6(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_35(X) = fn_facilitated_diffusion_using_channel_protein_4(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_55(X) = fn_facilitated_diffusion_using_channel_protein_7(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_36(X) = fn_facilitated_diffusion_using_channel_protein_16(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_44(X) = fn_facilitated_diffusion_using_channel_protein_17(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_38(X) = fn_passive_transport_of_solute_3(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_45(X) = fn_facilitated_diffusion_using_channel_protein_9(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_41(X) = fn_facilitated_diffusion_using_channel_protein_10(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_42(X) = fn_facilitated_diffusion_using_channel_protein_11(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_43(X) = fn_facilitated_diffusion_using_channel_protein_15(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_38(X) = fn_facilitated_diffusion_using_channel_protein_12(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_51(X) = fn_transport_protein_12(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_31(X) = fn_biomembrane_54(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_40(X) = fn_integral_protein_24(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_40(X) = fn_transmembrane_protein_4(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_6(X) = fn_facilitated_diffusion_6(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_40(X) = fn_facilitated_diffusion_49(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_6(X) = fn_transport_protein_31(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_40(X) = fn_facilitated_diffusion_using_channel_protein_18(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_40(X) = fn_transport_protein_35(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_47(X) = fn_integral_protein_6(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_50(X) = fn_integral_protein_23(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_47(X) = fn_transport_protein_32(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_48(X) = fn_transport_protein_16(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_50(X) = fn_transport_protein_33(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_59(X) = fn_transport_protein_4(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_37(X) = fn_passive_transport_24(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_37(X) = fn_transport_protein_34(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_32(X) = fn_passive_transport_7(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_32(X) = fn_channel_protein_10(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_33(X) = fn_passive_transport_6(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_33(X) = fn_channel_protein_9(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& X = fn_transport_protein_28(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& X = fn_channel_protein_8(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_31(X) = fn_facilitated_diffusion_using_channel_protein_14(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_37(X) = fn_facilitated_diffusion_using_channel_protein_13(X)
& fn_movement_of_hydrated_molecule_across_biomembrane_37(X) = fn_channel_protein_5(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_6(X) = fn_biomembrane_100(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_8(X) = fn_biomembrane_102(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_18(X) = fn_biomembrane_15(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_23(X) = fn_biomembrane_47(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_23(X) = fn_biomembrane_41(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_25(X) = fn_biomembrane_70(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_26(X) = fn_biomembrane_73(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_24(X) = fn_biomembrane_71(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_37(X) = fn_biomembrane_52(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_17(X) = fn_biomembrane_14(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_22(X) = fn_biomembrane_42(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_15(X) = fn_biomembrane_32(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_14(X) = fn_biomembrane_30(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_51(X) = fn_biomembrane_63(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_16(X) = fn_biomembrane_72(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_10(X) = fn_biomembrane_39(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_27(X) = fn_biomembrane_31(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_34(X) = fn_biomembrane_48(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_6(X) = fn_biomembrane_102(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_13(X) = fn_biomembrane_19(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_19(X) = fn_biomembrane_18(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_7(X) = fn_biomembrane_101(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_12(X) = fn_biomembrane_26(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_20(X) = fn_biomembrane_25(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_8(X) = fn_biomembrane_100(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_11(X) = fn_biomembrane_3(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_movement_of_hydrated_molecule_across_biomembrane_21(X) = fn_biomembrane_4(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_thermal_motion_5(fn_movement_of_hydrated_molecule_across_biomembrane_36(X)) = fn_biomembrane_55(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_biomembrane_55(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)) = fn_biomembrane_55(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_passive_transport_14(X) = fn_biomembrane_55(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_biomembrane_55(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)) = fn_passive_transport_14(X)
& fn_passive_transport_14(X) = fn_passive_transport_14(X)
& fn_passive_transport_14(X) = fn_facilitated_diffusion_26(X)
& fn_facilitated_diffusion_26(X) = fn_facilitated_diffusion_26(X)
& fn_facilitated_diffusion_26(X) = fn_facilitated_diffusion_using_channel_protein_2(X)
& fn_passive_transport_of_solute_2(X) = fn_facilitated_diffusion_using_channel_protein_2(X)
& fn_facilitated_diffusion_using_channel_protein_2(X) = fn_passive_transport_of_solute_2(X)
& fn_passive_transport_of_solute_2(X) = fn_passive_transport_of_solute_2(X)
& fn_passive_transport_of_solute_2(X) = fn_facilitated_diffusion_using_channel_protein_1(X)
& fn_passive_transport_of_solute_1(X) = fn_passive_transport_of_solute_1(X)
& fn_passive_transport_of_solute_1(X) = fn_facilitated_diffusion_using_channel_protein_1(X)
& fn_facilitated_diffusion_using_channel_protein_1(X) = fn_passive_transport_of_solute_1(X)
& fn_passive_transport_of_solute_1(X) = fn_passive_transport_29(X)
& fn_passive_transport_29(X) = fn_facilitated_diffusion_using_channel_protein_4(X)
& fn_facilitated_diffusion_using_channel_protein_4(X) = fn_passive_transport_22(X)
& fn_passive_transport_22(X) = fn_facilitated_diffusion_using_channel_protein_16(X)
& fn_facilitated_diffusion_using_channel_protein_16(X) = fn_facilitated_diffusion_using_channel_protein_16(X)
& fn_facilitated_diffusion_using_channel_protein_16(X) = fn_facilitated_diffusion_using_channel_protein_12(X)
& fn_facilitated_diffusion_using_channel_protein_12(X) = fn_passive_transport_of_solute_3(X)
& fn_passive_transport_of_solute_3(X) = fn_facilitated_diffusion_using_channel_protein_12(X)
& fn_facilitated_diffusion_using_channel_protein_12(X) = fn_facilitated_diffusion_using_channel_protein_12(X)
& fn_facilitated_diffusion_using_channel_protein_12(X) = fn_transport_protein_32(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_transport_protein_32(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_integral_protein_6(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_integral_protein_6(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_transport_protein_32(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_transport_protein_32(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_integral_protein_23(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_transport_protein_33(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_integral_protein_23(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_integral_protein_23(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_transport_protein_33(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_transport_protein_33(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_transport_protein_33(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_transport_protein_33(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_passive_transport_7(X)
& fn_passive_transport_7(X) = fn_channel_protein_10(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_channel_protein_10(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_passive_transport_6(X)
& fn_channel_protein_9(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_passive_transport_6(X)
& fn_passive_transport_6(X) = fn_channel_protein_9(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_channel_protein_9(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_transport_protein_28(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_transport_protein_28(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_transport_protein_28(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_channel_protein_8(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_channel_protein_8(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_channel_protein_8(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_transport_protein_28(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_transport_protein_28(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_channel_protein_8(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_channel_protein_8(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_expose_1(fn_movement_of_hydrated_molecule_across_biomembrane_28(X))
& fn_expose_1(fn_movement_of_hydrated_molecule_across_biomembrane_28(X)) = fn_expose_1(fn_movement_of_hydrated_molecule_across_biomembrane_46(X))
& fn_expose_1(fn_movement_of_hydrated_molecule_across_biomembrane_46(X)) = fn_biomembrane_54(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_biomembrane_54(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)) = fn_biomembrane_54(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_biomembrane_54(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)) = fn_facilitated_diffusion_using_channel_protein_14(X)
& fn_facilitated_diffusion_using_channel_protein_14(X) = fn_facilitated_diffusion_using_channel_protein_14(X)
& fn_facilitated_diffusion_using_channel_protein_14(X) = fn_biomembrane_41(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_biomembrane_41(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)) = fn_biomembrane_47(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_biomembrane_47(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)) = fn_biomembrane_41(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_biomembrane_41(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)) = fn_passive_transport_24(X)
& fn_passive_transport_24(X) = fn_passive_transport_24(X)
& fn_passive_transport_24(X) = fn_transport_protein_34(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_facilitated_diffusion_55(X) = fn_transport_protein_34(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_transport_protein_34(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_facilitated_diffusion_55(X)
& fn_facilitated_diffusion_55(X) = fn_facilitated_diffusion_using_channel_protein_13(X)
& fn_facilitated_diffusion_using_channel_protein_13(X) = fn_facilitated_diffusion_using_channel_protein_13(X)
& fn_channel_protein_5(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_facilitated_diffusion_using_channel_protein_13(X)
& fn_facilitated_diffusion_using_channel_protein_13(X) = fn_channel_protein_5(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_biomembrane_52(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)) = fn_channel_protein_5(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_channel_protein_5(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_channel_protein_5(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_channel_protein_5(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_biomembrane_52(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_biomembrane_52(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)) = fn_biomembrane_52(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_biomembrane_52(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)) = fn_transport_protein_12(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_transport_protein_12(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_biomembrane_63(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_biomembrane_63(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)) = fn_biomembrane_63(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_biomembrane_63(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)) = fn_integral_protein_24(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_integral_protein_24(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_transmembrane_protein_4(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_transmembrane_protein_4(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_transmembrane_protein_4(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_transmembrane_protein_4(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_facilitated_diffusion_using_channel_protein_18(X)
& fn_facilitated_diffusion_using_channel_protein_18(X) = fn_facilitated_diffusion_using_channel_protein_18(X)
& fn_facilitated_diffusion_49(X) = fn_facilitated_diffusion_using_channel_protein_18(X)
& fn_facilitated_diffusion_using_channel_protein_18(X) = fn_facilitated_diffusion_49(X)
& fn_facilitated_diffusion_49(X) = fn_facilitated_diffusion_49(X)
& fn_transport_protein_35(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_facilitated_diffusion_49(X)
& fn_facilitated_diffusion_49(X) = fn_transport_protein_35(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_transport_protein_35(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_transport_protein_35(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_transport_protein_35(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_facilitated_diffusion_6(X)
& fn_facilitated_diffusion_6(X) = fn_transport_protein_31(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_transport_protein_31(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_transport_protein_31(fn_movement_of_hydrated_molecule_across_biomembrane_31(X))
& fn_transport_protein_31(fn_movement_of_hydrated_molecule_across_biomembrane_31(X)) = fn_biomembrane_100(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_biomembrane_102(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)) = fn_biomembrane_102(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_biomembrane_100(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)) = fn_biomembrane_102(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_biomembrane_102(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)) = fn_biomembrane_100(fn_movement_of_hydrated_molecule_across_biomembrane_40(X))
& fn_biomembrane_100(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)) = fn_biomembrane_100(fn_movement_of_hydrated_molecule_across_biomembrane_40(X)) ) ) ).
fof(a531088,axiom,
! [X] :
( movement_of_hydrogen_ion_to_mitochondrial_matrix_1(X)
=> ( original_name_2(X,'Movement-Of-Hydrogen-Ion-To-Mitochondrial-Matrix')
& user_description_2(X,'The passive transfer of hydrogen ions, driven by the proton-motive force, from the intermembrane space to the mitochondrial matrix via ATP synthase, a protein embedded in the inner mitochondrial membrane. The diffusion of H+ ions through ATP synthase drives the synthesis of ATP in the mitochondria.')
& concept2words_2(X,move)
& concept2words_2(X,'movement of hydrogen ion to mitochondrial matrix')
& concept2words_2(X,'movement-of-hydrogen-ion-to-mitochondrial-matrix')
& active_movement_of_ions_1(X)
& hydrophobic_compound_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_3(X))
& hydrophobic_compound_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_4(X))
& hydrophobic_compound_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_5(X))
& water_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_6(X))
& chemical_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_7(X))
& proton_motive_force_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_8(X))
& time_interval_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_9(X))
& quantity_value_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_10(X))
& speed_value_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_11(X))
& constant_motion_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_12(X))
& hydrophobic_compound_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_13(X))
& mitochondrial_matrix_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_14(X))
& expose_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_15(X))
& energy_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_16(X))
& entity_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_16(X))
& chemical_energy_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_16(X))
& number_5_prime_carbon_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_19(X))
& expose_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_20(X))
& expose_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_21(X))
& phosphate_group_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X))
& phosphate_group_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X))
& phosphate_group_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X))
& oxygen_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_25(X))
& entity_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_25(X))
& chemical_entity_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_25(X))
& atom_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_25(X))
& phosphorus_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_26(X))
& nucleoside_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_27(X))
& resource_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_28(X))
& number_5_prime_region_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_29(X))
& ribose_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_30(X))
& hydrogen_ion_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_31(X))
& expose_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_32(X))
& atom_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_33(X))
& carbon_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_33(X))
& hydrophobic_amino_acid_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_34(X))
& polar_amino_acid_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_35(X))
& chemical_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_36(X))
& chemical_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_37(X))
& water_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_37(X))
& solution_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X))
& aqueous_solution_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X))
& inner_membrane_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_39(X))
& tangible_entity_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_40(X))
& phospholipid_bilayer_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_40(X))
& chemical_entity_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& tangible_entity_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& membrane_protein_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& protein_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& molecule_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& polymer_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& integral_protein_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& transport_protein_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& transmembrane_protein_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& carrier_protein_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& atp_synthase_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& hydrophobic_compound_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_42(X))
& block_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_43(X))
& inside_face_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_44(X))
& functional_group_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& phosphate_group_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& hydrophobic_region_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_46(X))
& hydrophilic_region_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_47(X))
& hydrophilic_end_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_47(X))
& surface_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_48(X))
& outside_face_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_48(X))
& hydrophilic_region_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_49(X))
& hydrophilic_end_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_49(X))
& carbon_skeleton_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_50(X))
& protein_domain_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_51(X))
& chemical_entity_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_52(X))
& hydrophilic_compound_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_52(X))
& molecule_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_52(X))
& water_molecule_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_52(X))
& consume_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_53(X))
& dephosphorylation_of_atp_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_54(X))
& expose_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_55(X))
& entity_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_56(X))
& chemical_entity_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_56(X))
& atom_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_56(X))
& oxygen_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_56(X))
& carbon_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_57(X))
& carbon_skeleton_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_58(X))
& thermal_energy_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_59(X))
& speed_value_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_60(X))
& quantity_value_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_61(X))
& oxygen_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_62(X))
& entity_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_62(X))
& chemical_entity_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_62(X))
& atom_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_62(X))
& phosphorus_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_63(X))
& oxygen_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_64(X))
& entity_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_64(X))
& chemical_entity_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_64(X))
& atom_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_64(X))
& covalent_bond_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_65(X))
& single_bond_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_65(X))
& covalent_bond_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_66(X))
& chemical_bond_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_66(X))
& double_bond_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_66(X))
& kinetic_energy_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_67(X))
& constant_motion_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_68(X))
& release_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_69(X))
& concentration_gradient_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_70(X))
& covalent_bond_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_71(X))
& single_bond_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_71(X))
& covalent_bond_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X))
& double_bond_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X))
& chemical_bond_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X))
& move_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_73(X))
& move_through_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_73(X))
& organic_molecule_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_74(X))
& molecule_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_74(X))
& spatial_entity_1(fn_nucleoside_20(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_27(X)))
& molecule_1(fn_nucleoside_20(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_27(X)))
& organic_molecule_1(fn_nucleoside_20(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_27(X)))
& pentose_1(fn_nucleoside_20(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_27(X)))
& carbon_1(fn_carbon_skeleton_4(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_58(X)))
& phosphorus_1(fn_phosphate_group_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X)))
& single_bond_1(fn_phosphate_group_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X)))
& hydrophobic_compound_1(fn_carrier_protein_19(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& protein_domain_1(fn_carrier_protein_25(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& polar_amino_acid_1(fn_carrier_protein_30(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& carbon_skeleton_1(fn_carrier_protein_24(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& hydrophobic_amino_acid_1(fn_carrier_protein_31(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& hydrophobic_region_1(fn_carrier_protein_21(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& property_node_1(fn_atp_synthase_3(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& expose_1(fn_atp_synthase_36(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& expose_1(fn_atp_synthase_31(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& single_bond_1(fn_phosphate_group_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)))
& phosphorus_1(fn_phosphate_group_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)))
& chemical_1(fn_solution_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_54(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_51(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_54(X)))
& hydrophilic_compound_1(fn_dephosphorylation_of_atp_51(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_54(X)))
& molecule_1(fn_dephosphorylation_of_atp_51(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_54(X)))
& water_molecule_1(fn_dephosphorylation_of_atp_51(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_54(X)))
& water_molecule_1(fn_dephosphorylation_of_atp_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_54(X)))
& number_5_prime_region_1(fn_nucleoside_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_27(X)))
& number_5_prime_region_1(fn_5_prime_carbon_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_19(X)))
& move_through_1(fn_atp_synthase_30(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& move_through_1(fn_atp_synthase_44(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& move_through_1(fn_transport_protein_34(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& move_through_1(fn_carrier_protein_4(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& biomembrane_1(fn_integral_protein_24(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& spatial_entity_1(fn_atp_synthase_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& biomembrane_1(fn_atp_synthase_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& spatial_entity_1(fn_transport_protein_35(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& biomembrane_1(fn_transport_protein_35(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& membrane_1(fn_carrier_protein_18(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& biomembrane_1(fn_carrier_protein_18(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& inside_face_1(fn_transmembrane_protein_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& inside_face_1(fn_transmembrane_protein_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& atom_1(fn_molecule_11(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& carbon_1(fn_integral_protein_31(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& carbon_1(fn_carrier_protein_34(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& tangible_entity_1(fn_integral_protein_27(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& tangible_entity_1(fn_carrier_protein_16(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& phospholipid_bilayer_1(fn_carrier_protein_16(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& tangible_entity_1(fn_atp_synthase_40(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& phospholipid_bilayer_1(fn_atp_synthase_40(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& constant_motion_1(fn_carrier_protein_42(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& constant_motion_1(fn_atp_synthase_47(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& surface_1(fn_integral_protein_29(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& surface_1(fn_transmembrane_protein_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& outside_face_1(fn_transmembrane_protein_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& outside_face_1(fn_atp_synthase_11(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& hydrophilic_end_1(fn_transmembrane_protein_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& hydrophilic_end_1(fn_transmembrane_protein_3(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& hydrophilic_region_1(fn_carrier_protein_23(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& hydrophilic_end_1(fn_carrier_protein_23(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& hydrophilic_end_1(fn_atp_synthase_12(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& hydrophilic_end_1(fn_atp_synthase_14(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& property_node_1(fn_carrier_protein_12(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& property_node_1(fn_atp_synthase_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& speed_value_1(fn_carrier_protein_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& speed_value_1(fn_atp_synthase_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& quantity_value_1(fn_carrier_protein_38(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& quantity_value_1(fn_atp_synthase_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& kinetic_energy_1(fn_carrier_protein_41(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& kinetic_energy_1(fn_atp_synthase_45(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& chemical_entity_1(fn_functional_group_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)))
& entity_1(fn_covalent_bond_19(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X)))
& atom_1(fn_covalent_bond_19(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X)))
& oxygen_1(fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X)))
& entity_1(fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X)))
& atom_1(fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X)))
& entity_1(fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X)))
& atom_1(fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X)))
& oxygen_1(fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X)))
& oxygen_1(fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X)))
& entity_1(fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X)))
& atom_1(fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X)))
& entity_1(fn_covalent_bond_20(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X)))
& atom_1(fn_covalent_bond_20(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X)))
& atom_1(fn_carbon_skeleton_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_58(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_58(X)))
& entity_1(fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X)))
& atom_1(fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X)))
& oxygen_1(fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X)))
& oxygen_1(fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)))
& entity_1(fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)))
& atom_1(fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)))
& entity_1(fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)))
& atom_1(fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)))
& oxygen_1(fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)))
& spatial_entity_1(fn_block_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_43(X)))
& block_1(fn_transport_protein_31(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& block_1(fn_carrier_protein_17(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& chemical_energy_1(fn_chemical_bond_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X)))
& double_bond_1(fn_phosphate_group_41(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)))
& chemical_bond_1(fn_molecule_10(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_74(X)))
& chemical_1(fn_solution_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X)))
& water_1(fn_aqueous_solution_14(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X)))
& aqueous_solution_1(fn_mitochondrial_matrix_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_14(X)))
& covalent_bond_1(fn_polymer_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& chemical_bond_1(fn_molecule_10(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& double_bond_1(fn_phosphate_group_41(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)))
& atom_1(fn_integral_protein_33(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& chemical_entity_1(fn_integral_protein_33(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)))
& entity_1(fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)))
& atom_1(fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)))
& oxygen_1(fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)))
& oxygen_1(fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)))
& entity_1(fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)))
& atom_1(fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)))
& phosphorus_1(fn_phosphate_group_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)))
& single_bond_1(fn_phosphate_group_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)))
& time_during_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_73(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_9(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_13(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_31(X)
& quantity_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_59(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_10(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_57(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_25(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_56(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_19(X)
& speed_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_12(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_11(X))
& directly_proportional_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_11(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_10(X))
& time_before_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_9(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_9(X))
& time_during_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_54(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_9(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_42(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_31(X)
& agent_2(X,fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_8(X))
& is_inside_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_14(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_39(X))
& is_outside_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_39(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_14(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_7(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_6(X)
& same_type_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_7(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_37(X))
& same_type_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_7(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_36(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_6(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_7(X)
& same_type_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_6(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_37(X))
& same_type_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_6(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_36(X))
& same_type_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_37(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_6(X))
& same_type_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_37(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_7(X))
& same_type_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_36(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_6(X))
& same_type_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_36(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_7(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_31(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_42(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_31(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_13(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_31(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_5(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_31(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_4(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_31(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_3(X)
& is_inside_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_26(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_25(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_57(X)
& is_inside_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_25(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X))
& called_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X),'Terminal PO4 Group')
& is_inside_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_29(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X)
& called_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X),'Terminal PO4 Group')
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)
& is_inside_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_29(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_19(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_56(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_5(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_31(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_4(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_31(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_3(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_31(X)
& destination_2(X,fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X))
& has_part_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_27(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_30(X))
& has_region_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_30(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_29(X))
& is_inside_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_14(X))
& is_inside_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_25(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X))
& raw_material_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_54(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_52(X))
& is_at_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_19(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_29(X))
& object_2(X,fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_31(X))
& object_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_73(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_31(X))
& has_region_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_39(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_44(X))
& has_region_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_39(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_48(X))
& is_inside_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_57(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_58(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_56(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_57(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_57(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_56(X)
& is_inside_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_26(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X))
& is_inside_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_25(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X))
& is_inside_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_56(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X))
& is_between_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_71(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_56(X))
& possesses_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_66(X))
& possesses_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_65(X))
& has_part_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_63(X))
& has_region_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& object_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_32(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& site_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_32(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_49(X))
& has_part_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_62(X))
& is_between_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_66(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_62(X))
& is_between_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_66(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_33(X))
& agent_2(X,fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& has_part_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_64(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_64(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_33(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_33(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_62(X)
& is_between_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_65(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_62(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_33(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_64(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_62(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_33(X)
& object_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_55(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& object_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_21(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& site_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_21(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_49(X))
& site_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_55(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_49(X))
& has_part_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_39(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& subevent_2(X,fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_73(X))
& destination_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_73(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X))
& is_between_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_70(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X))
& base_2(X,fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_70(X))
& path_2(X,fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_39(X))
& has_part_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_39(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_40(X))
& instrument_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_43(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_39(X))
& is_across_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_39(X))
& has_function_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_39(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_73(X))
& base_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_73(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_39(X))
& has_function_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_39(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_43(X))
& object_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_43(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_42(X))
& is_at_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_47(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_44(X))
& has_region_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_50(X))
& has_part_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_34(X))
& has_part_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_35(X))
& is_at_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_35(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_49(X))
& has_part_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_33(X))
& is_inside_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_33(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_50(X))
& has_region_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_46(X))
& is_inside_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_34(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_46(X))
& has_region_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_49(X))
& is_inside_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_40(X))
& has_region_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_48(X))
& has_region_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_47(X))
& object_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_20(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& site_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_20(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_49(X))
& object_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_68(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& speed_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_68(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_60(X))
& object_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_15(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& site_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_15(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_49(X))
& is_at_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_49(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_48(X))
& is_opposite_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_47(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_49(X))
& is_opposite_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_49(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_47(X))
& possesses_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_67(X))
& quantity_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_67(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_61(X))
& directly_proportional_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_60(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_61(X))
& raw_material_2(X,fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_16(X))
& base_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_69(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_74(X))
& raw_material_2(X,fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_74(X))
& subevent_2(X,fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_69(X))
& object_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_69(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_59(X))
& subevent_2(X,fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_53(X))
& object_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_53(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_16(X))
& plays_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_16(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_28(X))
& in_event_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_28(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_53(X))
& next_event_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_53(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_69(X))
& is_between_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_71(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_25(X))
& is_inside_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_26(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X))
& is_inside_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_56(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X))
& is_between_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_56(X))
& is_between_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_26(X))
& is_between_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_71(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_26(X))
& is_inside_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_56(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_56(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_26(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_26(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_25(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_25(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_56(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_56(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_25(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_26(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_56(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_25(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_26(X)
& has_part_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_36(X))
& has_solute_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_36(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_62(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_64(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_63(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_62(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_64(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_62(X)
& is_inside_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_64(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& is_inside_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_63(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_62(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_63(X)
& is_inside_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_62(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_63(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_64(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_64(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_63(X)
& is_between_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_65(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_64(X))
& is_between_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_66(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_63(X))
& is_between_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_66(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_64(X))
& is_between_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_65(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_63(X))
& has_solvent_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_37(X))
& has_part_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_37(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_37(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_36(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_36(X) != fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_37(X)
& possesses_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_16(X))
& possesses_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_74(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X))
& object_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_43(X),fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_31(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_29(X) = fn_nucleoside_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_27(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_30(X) = fn_nucleoside_20(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_27(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X) = fn_mitochondrial_matrix_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_14(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_25(X) = fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_25(X) = fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_52(X) = fn_exergonic_reaction_10(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_54(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_52(X) = fn_dephosphorylation_of_atp_51(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_54(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_52(X) = fn_dephosphorylation_of_atp_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_54(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_29(X) = fn_5_prime_carbon_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_19(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_31(X) = fn_active_transport_19(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_44(X) = fn_transmembrane_protein_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_48(X) = fn_transmembrane_protein_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_56(X) = fn_carbon_skeleton_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_58(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_57(X) = fn_carbon_skeleton_4(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_58(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_26(X) = fn_phosphate_group_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_25(X) = fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_71(X) = fn_phosphate_group_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_56(X) = fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_66(X) = fn_polymer_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_63(X) = fn_active_movement_of_ions_6(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X) = fn_functional_group_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X) = fn_active_movement_of_ions_16(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_49(X) = fn_active_movement_of_ions_12(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_32(X) = fn_active_movement_of_ions_24(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_66(X) = fn_molecule_10(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_33(X) = fn_molecule_11(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_66(X) = fn_active_movement_of_ions_3(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_62(X) = fn_active_movement_of_ions_7(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_65(X) = fn_active_movement_of_ions_4(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_62(X) = fn_active_movement_of_ions_5(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_33(X) = fn_integral_protein_31(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_33(X) = fn_active_movement_of_ions_23(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_64(X) = fn_integral_protein_33(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_64(X) = fn_active_movement_of_ions_5(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X) = fn_active_movement_of_ions_10(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_55(X) = fn_atp_synthase_36(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_21(X) = fn_atp_synthase_31(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_39(X) = fn_transmembrane_protein_4(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_70(X) = fn_active_transport_25(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X) = fn_active_transport_21(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_39(X) = fn_integral_protein_24(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_40(X) = fn_carrier_protein_16(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_42(X) = fn_carrier_protein_19(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_43(X) = fn_transport_protein_31(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_43(X) = fn_carrier_protein_17(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_73(X) = fn_active_transport_22(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_39(X) = fn_active_transport_18(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_73(X) = fn_atp_synthase_30(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_73(X) = fn_atp_synthase_44(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_39(X) = fn_transport_protein_35(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_73(X) = fn_transport_protein_34(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_73(X) = fn_carrier_protein_4(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_39(X) = fn_atp_synthase_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_39(X) = fn_carrier_protein_18(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_44(X) = fn_transmembrane_protein_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_51(X) = fn_carrier_protein_25(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_49(X) = fn_carrier_protein_23(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_35(X) = fn_carrier_protein_30(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_50(X) = fn_carrier_protein_24(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_33(X) = fn_carrier_protein_34(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_34(X) = fn_carrier_protein_31(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_46(X) = fn_carrier_protein_21(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_49(X) = fn_atp_synthase_12(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_40(X) = fn_integral_protein_27(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_40(X) = fn_atp_synthase_40(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_48(X) = fn_integral_protein_29(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_17(X) = fn_atp_synthase_3(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_47(X) = fn_carrier_protein_23(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_47(X) = fn_atp_synthase_14(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_20(X) = fn_atp_synthase_36(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_68(X) = fn_carrier_protein_42(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_68(X) = fn_atp_synthase_47(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_48(X) = fn_atp_synthase_11(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_49(X) = fn_transmembrane_protein_3(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_47(X) = fn_transmembrane_protein_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_47(X) = fn_atp_synthase_12(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_49(X) = fn_atp_synthase_14(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_15(X) = fn_atp_synthase_31(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_18(X) = fn_carrier_protein_12(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_18(X) = fn_atp_synthase_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_60(X) = fn_carrier_protein_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_60(X) = fn_atp_synthase_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_61(X) = fn_carrier_protein_38(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_61(X) = fn_atp_synthase_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_67(X) = fn_carrier_protein_41(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_67(X) = fn_atp_synthase_45(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_59(X) = fn_cellular_work_13(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_74(X) = fn_cellular_work_10(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_69(X) = fn_cellular_work_12(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_28(X) = fn_cellular_work_14(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_16(X) = fn_cellular_work_15(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_53(X) = fn_cellular_work_11(X)
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_71(X) = fn_phosphate_group_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X) = fn_phosphate_group_41(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_56(X) = fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_25(X) = fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_26(X) = fn_phosphate_group_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_56(X) = fn_covalent_bond_20(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_25(X) = fn_covalent_bond_19(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_25(X) = fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_56(X) = fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_31(X) = fn_block_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_43(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X) = fn_molecule_10(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_74(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_16(X) = fn_chemical_bond_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_36(X) = fn_solution_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_37(X) = fn_solution_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_37(X) = fn_aqueous_solution_14(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_62(X) = fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_64(X) = fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_66(X) = fn_phosphate_group_41(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_64(X) = fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_65(X) = fn_phosphate_group_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_63(X) = fn_phosphate_group_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& fn_exergonic_reaction_10(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_54(X)) = fn_dephosphorylation_of_atp_51(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_54(X))
& fn_dephosphorylation_of_atp_51(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_54(X)) = fn_dephosphorylation_of_atp_51(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_54(X))
& fn_dephosphorylation_of_atp_51(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_54(X)) = fn_dephosphorylation_of_atp_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_54(X))
& fn_dephosphorylation_of_atp_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_54(X)) = fn_nucleoside_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_27(X))
& fn_nucleoside_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_27(X)) = fn_5_prime_carbon_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_19(X))
& fn_5_prime_carbon_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_19(X)) = fn_atp_synthase_30(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_44(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_30(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_30(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_44(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_44(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_44(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_transport_protein_34(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_44(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_44(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_transport_protein_34(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_active_transport_22(X) = fn_transport_protein_34(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_transport_protein_34(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_transport_protein_34(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_transport_protein_34(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_active_transport_22(X)
& fn_active_transport_22(X) = fn_active_transport_22(X)
& fn_active_transport_22(X) = fn_carrier_protein_4(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_carrier_protein_4(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_carrier_protein_4(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_carrier_protein_4(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_transmembrane_protein_4(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_transmembrane_protein_4(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_transmembrane_protein_4(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_transmembrane_protein_4(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_integral_protein_24(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_integral_protein_24(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_integral_protein_24(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_integral_protein_24(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_integral_protein_24(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_transport_protein_35(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_transport_protein_35(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_active_transport_18(X) = fn_transport_protein_35(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_transport_protein_35(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_transport_protein_35(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_transport_protein_35(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_active_transport_18(X)
& fn_carrier_protein_18(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_active_transport_18(X)
& fn_active_transport_18(X) = fn_carrier_protein_18(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_carrier_protein_18(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_carrier_protein_18(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_carrier_protein_18(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_transmembrane_protein_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_transmembrane_protein_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_transmembrane_protein_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_transmembrane_protein_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_molecule_11(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_molecule_11(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_integral_protein_31(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_active_movement_of_ions_23(X) = fn_integral_protein_31(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_integral_protein_31(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_active_movement_of_ions_23(X)
& fn_active_movement_of_ions_23(X) = fn_active_movement_of_ions_23(X)
& fn_active_movement_of_ions_23(X) = fn_carrier_protein_34(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_carrier_protein_34(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_carrier_protein_34(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_carrier_protein_34(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_integral_protein_27(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_integral_protein_27(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_carrier_protein_16(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_carrier_protein_16(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_integral_protein_27(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_integral_protein_27(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_40(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_40(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_carrier_protein_16(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_carrier_protein_16(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_40(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_40(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_carrier_protein_42(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_47(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_carrier_protein_42(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_carrier_protein_42(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_47(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_47(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_transmembrane_protein_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_transmembrane_protein_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_integral_protein_29(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_integral_protein_29(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_transmembrane_protein_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_transmembrane_protein_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_11(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_11(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_11(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_11(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_transmembrane_protein_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_transmembrane_protein_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_carrier_protein_23(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_carrier_protein_23(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_transmembrane_protein_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_14(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_transmembrane_protein_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_transmembrane_protein_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_transmembrane_protein_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_transmembrane_protein_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_14(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_12(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_12(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_12(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_active_movement_of_ions_12(X)
& fn_active_movement_of_ions_12(X) = fn_transmembrane_protein_3(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_carrier_protein_23(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_transmembrane_protein_3(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_transmembrane_protein_3(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_transmembrane_protein_3(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_transmembrane_protein_3(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_carrier_protein_23(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_carrier_protein_23(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_12(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_14(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_12(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_12(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_14(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_14(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_14(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_14(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_carrier_protein_12(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_carrier_protein_12(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_carrier_protein_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_carrier_protein_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_carrier_protein_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_carrier_protein_38(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_carrier_protein_38(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_carrier_protein_41(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_45(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_carrier_protein_41(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_carrier_protein_41(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_atp_synthase_45(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_atp_synthase_45(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_active_movement_of_ions_10(X)
& fn_active_movement_of_ions_10(X) = fn_functional_group_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& fn_functional_group_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)) = fn_active_movement_of_ions_10(X)
& fn_active_movement_of_ions_10(X) = fn_active_movement_of_ions_10(X)
& fn_active_movement_of_ions_10(X) = fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X))
& fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X)) = fn_covalent_bond_19(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X))
& fn_covalent_bond_19(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X)) = fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X))
& fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)) = fn_covalent_bond_19(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X))
& fn_covalent_bond_19(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X)) = fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X))
& fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X)) = fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X))
& fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_22(X)) = fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X))
& fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X)) = fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X))
& fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)) = fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X))
& fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)) = fn_carbon_skeleton_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_58(X))
& fn_carbon_skeleton_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_58(X)) = fn_covalent_bond_20(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X))
& fn_covalent_bond_20(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X)) = fn_covalent_bond_20(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X))
& fn_covalent_bond_20(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X)) = fn_carbon_skeleton_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_58(X))
& fn_carbon_skeleton_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_58(X)) = fn_carbon_skeleton_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_58(X))
& fn_carbon_skeleton_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_58(X)) = fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X))
& fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)) = fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X))
& fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X)) = fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X))
& fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_23(X)) = fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X))
& fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)) = fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X))
& fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)) = fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X))
& fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)) = fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X))
& fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)) = fn_active_transport_19(X)
& fn_active_transport_19(X) = fn_active_transport_19(X)
& fn_active_transport_19(X) = fn_block_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_43(X))
& fn_block_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_43(X)) = fn_carrier_protein_17(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_carrier_protein_17(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_carrier_protein_17(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_carrier_protein_17(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_transport_protein_31(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_transport_protein_31(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_carrier_protein_17(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_carrier_protein_17(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_cellular_work_15(X)
& fn_cellular_work_15(X) = fn_cellular_work_15(X)
& fn_cellular_work_15(X) = fn_chemical_bond_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X))
& fn_chemical_bond_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_72(X)) = fn_phosphate_group_41(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X))
& fn_phosphate_group_41(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)) = fn_phosphate_group_41(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X))
& fn_phosphate_group_41(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_24(X)) = fn_molecule_10(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_74(X))
& fn_molecule_10(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_74(X)) = fn_solution_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X))
& fn_solution_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X)) = fn_solution_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X))
& fn_aqueous_solution_14(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X)) = fn_solution_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X))
& fn_solution_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X)) = fn_aqueous_solution_14(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X))
& fn_aqueous_solution_14(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_38(X)) = fn_active_transport_21(X)
& fn_active_transport_21(X) = fn_mitochondrial_matrix_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_14(X))
& fn_mitochondrial_matrix_2(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_14(X)) = fn_active_transport_21(X)
& fn_active_transport_21(X) = fn_active_transport_21(X)
& fn_active_transport_21(X) = fn_active_movement_of_ions_7(X)
& fn_active_movement_of_ions_7(X) = fn_active_movement_of_ions_7(X)
& fn_active_movement_of_ions_7(X) = fn_active_movement_of_ions_5(X)
& fn_active_movement_of_ions_5(X) = fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)) = fn_polymer_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_polymer_1(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_molecule_10(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_molecule_10(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_molecule_10(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_active_movement_of_ions_3(X) = fn_molecule_10(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_molecule_10(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_active_movement_of_ions_3(X)
& fn_active_movement_of_ions_3(X) = fn_active_movement_of_ions_3(X)
& fn_active_movement_of_ions_3(X) = fn_phosphate_group_41(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& fn_phosphate_group_41(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)) = fn_phosphate_group_41(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& fn_phosphate_group_41(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)) = fn_integral_protein_33(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_active_movement_of_ions_5(X) = fn_integral_protein_33(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X))
& fn_integral_protein_33(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_41(X)) = fn_active_movement_of_ions_5(X)
& fn_active_movement_of_ions_5(X) = fn_active_movement_of_ions_5(X)
& fn_active_movement_of_ions_5(X) = fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)) = fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& fn_phosphate_group_22(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)) = fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)) = fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& fn_phosphate_group_5(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)) = fn_active_movement_of_ions_6(X)
& fn_active_movement_of_ions_6(X) = fn_phosphate_group_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& fn_phosphate_group_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)) = fn_phosphate_group_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& fn_phosphate_group_6(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)) = fn_active_movement_of_ions_4(X)
& fn_active_movement_of_ions_4(X) = fn_active_movement_of_ions_4(X)
& fn_active_movement_of_ions_4(X) = fn_phosphate_group_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X))
& fn_phosphate_group_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)) = fn_phosphate_group_37(fn_movement_of_hydrogen_ion_to_mitochondrial_matrix_45(X)) ) ) ).
fof(a531089,axiom,
! [X] :
( movement_of_hydrophobic_molecule_across_biomembrane_1(X)
=> ( original_name_2(X,'Movement-Of-Hydrophobic-Molecule-Across-Biomembrane')
& user_description_2(X,'Hydrophobic molecules, such as hydrocarbons, carbon dioxide, and oxygen, can dissolve in the lipid bilayer of the membrane and cross it with ease.')
& concept2words_2(X,move)
& concept2words_2(X,'movement of hydrophobic molecule across biomembrane')
& concept2words_2(X,'movement-of-hydrophobic-molecule-across-biomembrane')
& passive_transport_of_solute_1(X)
& hydrophobic_compound_1(fn_movement_of_hydrophobic_molecule_across_biomembrane_1(X))
& object_2(X,fn_movement_of_hydrophobic_molecule_across_biomembrane_1(X))
& fn_movement_of_hydrophobic_molecule_across_biomembrane_1(X) = fn_passive_transport_14(X) ) ) ).
fof(a531090,axiom,
! [X] :
( moving_object_1(X)
=> ( original_name_2(X,'Moving-Object')
& user_description_2(X,'A state of the object in motion and hence has kinetic energy')
& concept2words_2(X,'moving object')
& concept2words_2(X,'moving-object')
& physical_object_state_1(X)
& kinetic_energy_1(fn_moving_object_1(X))
& move_1(fn_moving_object_2(X))
& tangible_entity_1(fn_kinetic_energy_2(fn_moving_object_1(X)))
& spatial_entity_1(fn_move_1(fn_moving_object_2(X)))
& possesses_2(X,fn_moving_object_1(X))
& object_2(fn_moving_object_2(X),X)
& X = fn_kinetic_energy_2(fn_moving_object_1(X))
& X = fn_move_1(fn_moving_object_2(X))
& fn_kinetic_energy_2(fn_moving_object_1(X)) = fn_move_1(fn_moving_object_2(X)) ) ) ).
fof(a531091,axiom,
! [X] :
( mpf_1(X)
=> ( original_name_2(X,'MPF')
& user_description_2(X,'Maturation-promoting factor; a protein complex that stimulates the mitotic phase of the cell cycle.')
& concept2words_2(X,'maturation promoting factor')
& concept2words_2(X,'maturation-promoting-factor')
& concept2words_2(X,'m phase promoting factor')
& concept2words_2(X,mpf)
& protein_complex_1(X)
& ~ camp_receptor_protein_1(X)
& ~ cyclin_1(X)
& ~ cytokine_1(X)
& ~ interferon_1(X)
& ~ transcription_factor_1(X)
& ~ tropomyosin_1(X)
& ~ ubiquitin_1(X)
& animal_cell_1(fn_mpf_1(X))
& cyclin_dependent_kinase_1(fn_mpf_2(X))
& cyclin_1(fn_mpf_3(X))
& element_2(X,fn_mpf_2(X))
& has_part_2(fn_mpf_1(X),X)
& element_2(X,fn_mpf_3(X))
& fn_mpf_3(X) = fn_protein_complex_1(X) ) ) ).
fof(a531092,axiom,
! [X] :
( mrna_1(X)
=> ( original_name_2(X,'MRNA')
& user_description_2(X,'mRNA is a nucleic acid which serve as template for Protein synthesis. it is synthesized in nuclear region using DNA as template and comes in cytoplasm to direct translation (protein synthesis)')
& concept2words_2(X,'messenger rna')
& concept2words_2(X,'messenger ribonucleic acid')
& concept2words_2(X,'messenger ribo nucleic acid')
& concept2words_2(X,'messenger ribo-nucleic acid')
& concept2words_2(X,mrna)
& concept2words_2(X,'messenger-rna')
& rna_1(X)
& defense_1(fn_mrna_1(X))
& translation_1(fn_mrna_2(X))
& ribose_1(fn_mrna_3(X))
& poly_a__tail_1(fn_mrna_4(X))
& coding_segment_1(fn_mrna_5(X))
& start_codon_1(fn_mrna_6(X))
& stop_codon_1(fn_mrna_7(X))
& trailer_segment_1(fn_mrna_8(X))
& leader_segment_1(fn_mrna_9(X))
& rna_codon_1(fn_mrna_10(X))
& five_prime_cap_1(fn_mrna_11(X))
& chemical_reaction_1(fn_mrna_12(X))
& decomposition_reaction_1(fn_mrna_12(X))
& exergonic_reaction_1(fn_mrna_12(X))
& hydrolysis_1(fn_mrna_12(X))
& reactant_1(fn_mrna_13(X))
& hydrolase_1(fn_mrna_14(X))
& active_site_1(fn_mrna_15(X))
& catalyst_1(fn_mrna_16(X))
& decrease_1(fn_mrna_17(X))
& ribonucleoside_monophosphate_1(fn_mrna_18(X))
& ribonucleoside_monophosphate_1(fn_mrna_19(X))
& size_value_1(fn_mrna_24(X))
& size_value_1(fn_mrna_25(X))
& attach_1(fn_mrna_26(X))
& phosphorus_1(fn_mrna_27(X))
& covalent_bond_1(fn_mrna_28(X))
& phosphodiester_bond_1(fn_mrna_28(X))
& chemical_bond_1(fn_mrna_28(X))
& double_bond_1(fn_mrna_29(X))
& nucleoside_monophosphate_1(fn_mrna_30(X))
& entity_1(fn_mrna_31(X))
& chemical_entity_1(fn_mrna_31(X))
& atom_1(fn_mrna_31(X))
& oxygen_1(fn_mrna_31(X))
& spatial_entity_1(fn_mrna_32(X))
& chemical_entity_1(fn_mrna_32(X))
& ribonucleotide_1(fn_mrna_32(X))
& ribonucleoside_monophosphate_1(fn_mrna_32(X))
& phosphate_group_1(fn_mrna_33(X))
& number_5_prime_end_1(fn_mrna_34(X))
& transmit_1(fn_mrna_35(X))
& genetic_code_1(fn_mrna_36(X))
& number_5_prime_carbon_1(fn_mrna_37(X))
& number_5_prime_carbon_1(fn_mrna_38(X))
& nucleoside_1(fn_mrna_39(X))
& organic_molecule_1(fn_mrna_39(X))
& attach_1(fn_mrna_40(X))
& quantity_value_1(fn_mrna_41(X))
& speed_value_1(fn_mrna_42(X))
& constant_motion_1(fn_mrna_43(X))
& carbon_skeleton_1(fn_mrna_44(X))
& kinetic_energy_1(fn_mrna_45(X))
& atom_1(fn_mrna_46(X))
& chemical_entity_1(fn_mrna_46(X))
& carbon_1(fn_mrna_46(X))
& monomer_1(fn_mrna_47(X))
& tangible_entity_1(fn_transmit_2(fn_mrna_35(X)))
& reactant_1(fn_enzyme_7(fn_mrna_14(X)))
& catalyst_1(fn_enzyme_6(fn_mrna_14(X)))
& decrease_1(fn_enzyme_5(fn_mrna_14(X)))
& active_site_1(fn_enzyme_2(fn_mrna_14(X)))
& double_bond_1(fn_phosphate_group_41(fn_mrna_33(X)))
& phosphorus_1(fn_phosphate_group_6(fn_mrna_33(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_mrna_12(X)))
& atom_1(fn_organic_molecule_2(fn_mrna_39(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_mrna_39(X)))
& carbon_1(fn_organic_molecule_1(fn_mrna_39(X)))
& oxygen_1(fn_phosphate_group_5(fn_mrna_33(X)))
& entity_1(fn_phosphate_group_5(fn_mrna_33(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_mrna_33(X)))
& atom_1(fn_phosphate_group_5(fn_mrna_33(X)))
& entity_1(fn_phosphate_group_22(fn_mrna_33(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_mrna_33(X)))
& atom_1(fn_phosphate_group_22(fn_mrna_33(X)))
& oxygen_1(fn_phosphate_group_22(fn_mrna_33(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_mrna_12(X)))
& chemical_entity_1(fn_functional_group_1(fn_mrna_33(X)))
& chemical_entity_1(fn_enzyme_8(fn_mrna_14(X)))
& chemical_entity_1(fn_decomposition_reaction_5(fn_mrna_12(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_mrna_12(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_mrna_12(X)))
& hydrolysis_1(fn_hydrolase_1(fn_mrna_14(X)))
& chemical_reaction_1(fn_enzyme_4(fn_mrna_14(X)))
& spatial_entity_1(fn_attach_1(fn_mrna_26(X)))
& spatial_entity_1(fn_attach_2(fn_mrna_40(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_mrna_28(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_mrna_28(X)))
& nucleoside_1(fn_ribonucleotide_9(fn_mrna_32(X)))
& nucleoside_1(fn_ribonucleoside_monophosphate_51(fn_mrna_32(X)))
& object_2(fn_mrna_1(X),X)
& agent_2(fn_mrna_1(X),fn_mrna_11(X))
& prevents_2(fn_mrna_1(X),fn_mrna_12(X))
& fn_mrna_30(X) != fn_mrna_47(X)
& agent_2(fn_mrna_35(X),X)
& has_goal_2(fn_mrna_36(X),fn_mrna_2(X))
& is_at_2(fn_mrna_9(X),fn_mrna_34(X))
& has_part_2(X,fn_mrna_9(X))
& has_part_2(X,fn_mrna_8(X))
& has_part_2(X,fn_mrna_6(X))
& has_part_2(X,fn_mrna_7(X))
& has_part_2(X,fn_mrna_4(X))
& has_part_2(X,fn_mrna_5(X))
& has_part_2(X,fn_mrna_32(X))
& has_part_2(X,fn_mrna_10(X))
& has_part_2(X,fn_mrna_31(X))
& has_part_2(X,fn_mrna_3(X))
& has_part_2(X,fn_mrna_27(X))
& has_part_2(X,fn_mrna_11(X))
& has_function_2(X,fn_mrna_35(X))
& possesses_2(X,fn_mrna_29(X))
& fn_mrna_47(X) != fn_mrna_30(X)
& has_function_2(fn_mrna_11(X),fn_mrna_1(X))
& is_at_2(fn_mrna_11(X),fn_mrna_34(X))
& object_2(fn_mrna_26(X),fn_mrna_32(X))
& base_2(fn_mrna_40(X),fn_mrna_32(X))
& object_2(fn_mrna_35(X),fn_mrna_36(X))
& has_function_2(fn_mrna_14(X),fn_mrna_12(X))
& has_region_2(X,fn_mrna_33(X))
& size_2(fn_mrna_47(X),fn_mrna_25(X))
& has_part_2(X,fn_mrna_47(X))
& has_region_2(X,fn_mrna_34(X))
& in_event_2(fn_mrna_16(X),fn_mrna_12(X))
& site_2(fn_mrna_12(X),fn_mrna_15(X))
& in_event_2(fn_mrna_13(X),fn_mrna_12(X))
& plays_2(X,fn_mrna_13(X))
& has_region_2(fn_mrna_14(X),fn_mrna_15(X))
& facilitates_2(fn_mrna_15(X),fn_mrna_12(X))
& enables_2(fn_mrna_17(X),fn_mrna_12(X))
& has_function_2(fn_mrna_14(X),fn_mrna_17(X))
& plays_2(fn_mrna_14(X),fn_mrna_16(X))
& has_part_2(X,fn_mrna_46(X))
& is_inside_2(fn_mrna_46(X),fn_mrna_44(X))
& has_region_2(X,fn_mrna_44(X))
& fn_mrna_31(X) != fn_mrna_46(X)
& fn_mrna_46(X) != fn_mrna_31(X)
& is_inside_2(fn_mrna_31(X),fn_mrna_33(X))
& is_inside_2(fn_mrna_27(X),fn_mrna_33(X))
& is_between_2(fn_mrna_29(X),fn_mrna_27(X))
& is_between_2(fn_mrna_29(X),fn_mrna_31(X))
& fn_mrna_31(X) != fn_mrna_27(X)
& fn_mrna_27(X) != fn_mrna_31(X)
& possesses_2(X,fn_mrna_45(X))
& quantity_2(fn_mrna_45(X),fn_mrna_41(X))
& directly_proportional_2(fn_mrna_42(X),fn_mrna_41(X))
& speed_2(fn_mrna_43(X),fn_mrna_42(X))
& object_2(fn_mrna_43(X),X)
& size_2(X,fn_mrna_24(X))
& greater_than_2(fn_mrna_24(X),fn_mrna_25(X))
& size_2(fn_mrna_30(X),fn_mrna_25(X))
& has_part_2(X,fn_mrna_30(X))
& possesses_2(X,fn_mrna_28(X))
& raw_material_2(fn_mrna_12(X),X)
& fn_mrna_37(X) != fn_mrna_38(X)
& fn_mrna_38(X) != fn_mrna_37(X)
& has_part_2(fn_mrna_39(X),fn_mrna_37(X))
& has_part_2(fn_mrna_32(X),fn_mrna_39(X))
& has_part_2(fn_mrna_39(X),fn_mrna_38(X))
& is_between_2(fn_mrna_28(X),fn_mrna_32(X))
& result_2(fn_mrna_12(X),fn_mrna_18(X))
& result_2(fn_mrna_12(X),fn_mrna_19(X))
& fn_mrna_32(X) = fn_attach_1(fn_mrna_26(X))
& fn_mrna_32(X) = fn_attach_2(fn_mrna_40(X))
& fn_mrna_36(X) = fn_transmit_2(fn_mrna_35(X))
& fn_mrna_12(X) = fn_hydrolase_1(fn_mrna_14(X))
& X = fn_functional_group_1(fn_mrna_33(X))
& fn_mrna_25(X) = fn_polymer_7(X)
& fn_mrna_47(X) = fn_polymer_4(X)
& fn_mrna_34(X) = fn_rna_2(X)
& X = fn_enzyme_8(fn_mrna_14(X))
& fn_mrna_13(X) = fn_enzyme_7(fn_mrna_14(X))
& fn_mrna_16(X) = fn_enzyme_6(fn_mrna_14(X))
& fn_mrna_17(X) = fn_enzyme_5(fn_mrna_14(X))
& fn_mrna_12(X) = fn_enzyme_4(fn_mrna_14(X))
& fn_mrna_15(X) = fn_enzyme_2(fn_mrna_14(X))
& fn_mrna_44(X) = fn_organic_molecule_3(X)
& fn_mrna_31(X) = fn_organic_molecule_2(X)
& fn_mrna_46(X) = fn_rna_9(X)
& fn_mrna_46(X) = fn_organic_molecule_1(X)
& fn_mrna_29(X) = fn_phosphate_group_41(fn_mrna_33(X))
& fn_mrna_31(X) = fn_phosphate_group_5(fn_mrna_33(X))
& fn_mrna_31(X) = fn_phosphate_group_22(fn_mrna_33(X))
& fn_mrna_27(X) = fn_phosphate_group_6(fn_mrna_33(X))
& fn_mrna_23(X) = fn_molecule_2(X)
& fn_mrna_22(X) = fn_molecule_1(X)
& fn_mrna_43(X) = fn_molecule_8(X)
& fn_mrna_42(X) = fn_molecule_3(X)
& fn_mrna_41(X) = fn_molecule_4(X)
& fn_mrna_45(X) = fn_molecule_12(X)
& fn_mrna_20(X) = fn_nucleic_acid_33(X)
& fn_mrna_21(X) = fn_nucleic_acid_34(X)
& fn_mrna_28(X) = fn_rna_8(X)
& fn_mrna_28(X) = fn_nucleic_acid_19(X)
& fn_mrna_30(X) = fn_nucleic_acid_20(X)
& fn_mrna_25(X) = fn_nucleic_acid_28(X)
& fn_mrna_24(X) = fn_nucleic_acid_29(X)
& X = fn_exergonic_reaction_10(fn_mrna_12(X))
& X = fn_decomposition_reaction_5(fn_mrna_12(X))
& fn_mrna_19(X) = fn_exergonic_reaction_11(fn_mrna_12(X))
& fn_mrna_18(X) = fn_decomposition_reaction_4(fn_mrna_12(X))
& fn_mrna_18(X) = fn_hydrolysis_9(fn_mrna_12(X))
& fn_mrna_32(X) = fn_chemical_bond_1(fn_mrna_28(X))
& fn_mrna_32(X) = fn_chemical_bond_4(fn_mrna_28(X))
& fn_mrna_39(X) = fn_ribonucleotide_9(fn_mrna_32(X))
& fn_mrna_39(X) = fn_ribonucleoside_monophosphate_51(fn_mrna_32(X))
& fn_mrna_38(X) = fn_organic_molecule_2(fn_mrna_39(X))
& fn_mrna_37(X) = fn_organic_molecule_1(fn_mrna_39(X))
& fn_organic_molecule_1(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_rna_9(X)
& fn_rna_9(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_phosphate_group_5(fn_mrna_33(X))
& fn_phosphate_group_5(fn_mrna_33(X)) = fn_phosphate_group_5(fn_mrna_33(X))
& fn_phosphate_group_22(fn_mrna_33(X)) = fn_phosphate_group_5(fn_mrna_33(X))
& fn_phosphate_group_5(fn_mrna_33(X)) = fn_phosphate_group_22(fn_mrna_33(X))
& fn_phosphate_group_22(fn_mrna_33(X)) = fn_polymer_7(X)
& fn_polymer_7(X) = fn_nucleic_acid_28(X)
& fn_nucleic_acid_28(X) = fn_nucleic_acid_28(X)
& fn_nucleic_acid_28(X) = fn_functional_group_1(fn_mrna_33(X))
& fn_functional_group_1(fn_mrna_33(X)) = fn_exergonic_reaction_10(fn_mrna_12(X))
& fn_exergonic_reaction_10(fn_mrna_12(X)) = fn_functional_group_1(fn_mrna_33(X))
& fn_functional_group_1(fn_mrna_33(X)) = fn_enzyme_8(fn_mrna_14(X))
& fn_enzyme_8(fn_mrna_14(X)) = fn_enzyme_8(fn_mrna_14(X))
& fn_enzyme_8(fn_mrna_14(X)) = fn_decomposition_reaction_5(fn_mrna_12(X))
& fn_decomposition_reaction_5(fn_mrna_12(X)) = fn_decomposition_reaction_4(fn_mrna_12(X))
& fn_decomposition_reaction_4(fn_mrna_12(X)) = fn_hydrolysis_9(fn_mrna_12(X))
& fn_hydrolysis_9(fn_mrna_12(X)) = fn_hydrolase_1(fn_mrna_14(X))
& fn_hydrolase_1(fn_mrna_14(X)) = fn_enzyme_4(fn_mrna_14(X))
& fn_enzyme_4(fn_mrna_14(X)) = fn_enzyme_4(fn_mrna_14(X))
& fn_enzyme_4(fn_mrna_14(X)) = fn_rna_8(X)
& fn_rna_8(X) = fn_nucleic_acid_19(X)
& fn_nucleic_acid_19(X) = fn_attach_1(fn_mrna_26(X))
& fn_attach_1(fn_mrna_26(X)) = fn_attach_2(fn_mrna_40(X))
& fn_attach_2(fn_mrna_40(X)) = fn_attach_2(fn_mrna_40(X))
& fn_attach_2(fn_mrna_40(X)) = fn_chemical_bond_1(fn_mrna_28(X))
& fn_chemical_bond_1(fn_mrna_28(X)) = fn_chemical_bond_1(fn_mrna_28(X))
& fn_chemical_bond_1(fn_mrna_28(X)) = fn_chemical_bond_4(fn_mrna_28(X))
& fn_chemical_bond_4(fn_mrna_28(X)) = fn_ribonucleotide_9(fn_mrna_32(X))
& fn_ribonucleotide_9(fn_mrna_32(X)) = fn_ribonucleoside_monophosphate_51(fn_mrna_32(X)) ) ) ).
fof(a531093,axiom,
! [X,X1] :
( ( object_2(X,X1)
& break_1(X)
& degradation_1(X)
& mrna_1(X1) )
=> ( mrna_degradation_1(X)
& fn_mrna_degradation_15(X) = X1 ) ) ).
fof(a531094,axiom,
! [X] :
( mrna_degradation_1(X)
=> ( original_name_2(X,'MRNA-Degradation')
& user_description_2(X,'The process of degrading MRNA to RNA fragments.')
& concept2words_2(X,degrade)
& concept2words_2(X,'degradation of mrna')
& concept2words_2(X,'mrna degradation')
& concept2words_2(X,'mrna-degradation')
& degradation_1(X)
& break_1(X)
& ribonuclease_1(fn_mrna_degradation_1(X))
& eukaryotic_gene_expression_1(fn_mrna_degradation_2(X))
& protein_enzyme_1(fn_mrna_degradation_3(X))
& protein_enzyme_1(fn_mrna_degradation_4(X))
& activity_1(fn_mrna_degradation_5(X))
& rna_fragment_1(fn_mrna_degradation_6(X))
& nuclease_1(fn_mrna_degradation_8(X))
& break_1(fn_mrna_degradation_9(X))
& lyse_1(fn_mrna_degradation_10(X))
& remove_1(fn_mrna_degradation_11(X))
& tangible_entity_1(fn_mrna_degradation_12(X))
& poly_a__tail_1(fn_mrna_degradation_12(X))
& number_3_prime_end_1(fn_mrna_degradation_13(X))
& spatial_entity_1(fn_mrna_degradation_14(X))
& number_5_prime_end_1(fn_mrna_degradation_14(X))
& nucleic_acid_1(fn_mrna_degradation_15(X))
& tangible_entity_1(fn_mrna_degradation_15(X))
& rna_1(fn_mrna_degradation_15(X))
& mrna_1(fn_mrna_degradation_15(X))
& number_3_prime_end_1(fn_rna_1(fn_mrna_degradation_15(X)))
& break_1(fn_nuclease_4(fn_mrna_degradation_8(X)))
& break_1(fn_nuclease_7(fn_mrna_degradation_8(X)))
& tangible_entity_1(fn_impair_1(fn_mrna_degradation_9(X)))
& poly_a__tail_1(fn_mrna_4(fn_mrna_degradation_15(X)))
& spatial_entity_1(fn_remove_2(fn_mrna_degradation_11(X)))
& number_5_prime_end_1(fn_mrna_34(fn_mrna_degradation_15(X)))
& nucleic_acid_1(fn_nuclease_5(fn_mrna_degradation_8(X)))
& tangible_entity_1(fn_impair_1(fn_mrna_degradation_10(X)))
& result_2(fn_mrna_degradation_9(X),fn_mrna_degradation_13(X))
& agent_2(fn_mrna_degradation_9(X),fn_mrna_degradation_4(X))
& enables_2(fn_mrna_degradation_9(X),fn_mrna_degradation_11(X))
& result_2(fn_mrna_degradation_10(X),fn_mrna_degradation_6(X))
& origin_2(fn_mrna_degradation_10(X),fn_mrna_degradation_14(X))
& agent_2(fn_mrna_degradation_11(X),fn_mrna_degradation_3(X))
& result_2(X,fn_mrna_degradation_6(X))
& inhibits_2(X,fn_mrna_degradation_2(X))
& subevent_2(X,fn_mrna_degradation_9(X))
& subevent_2(X,fn_mrna_degradation_10(X))
& subevent_2(X,fn_mrna_degradation_11(X))
& agent_2(X,fn_mrna_degradation_1(X))
& enables_2(fn_mrna_degradation_5(X),fn_mrna_degradation_10(X))
& agent_2(fn_mrna_degradation_5(X),fn_mrna_degradation_13(X))
& object_2(X,fn_mrna_degradation_15(X))
& object_2(fn_mrna_degradation_10(X),fn_mrna_degradation_15(X))
& base_2(fn_mrna_degradation_11(X),fn_mrna_degradation_14(X))
& object_2(fn_mrna_degradation_9(X),fn_mrna_degradation_12(X))
& agent_2(fn_mrna_degradation_10(X),fn_mrna_degradation_8(X))
& has_part_2(fn_mrna_degradation_15(X),fn_mrna_degradation_12(X))
& has_region_2(fn_mrna_degradation_15(X),fn_mrna_degradation_14(X))
& has_region_2(fn_mrna_degradation_15(X),fn_mrna_degradation_13(X))
& fn_mrna_degradation_15(X) = fn_impair_1(X)
& fn_mrna_degradation_15(X) = fn_nuclease_5(fn_mrna_degradation_8(X))
& fn_mrna_degradation_15(X) = fn_impair_1(fn_mrna_degradation_10(X))
& fn_mrna_degradation_14(X) = fn_remove_2(fn_mrna_degradation_11(X))
& fn_mrna_degradation_12(X) = fn_impair_1(fn_mrna_degradation_9(X))
& fn_mrna_degradation_10(X) = fn_nuclease_4(fn_mrna_degradation_8(X))
& fn_mrna_degradation_10(X) = fn_nuclease_7(fn_mrna_degradation_8(X))
& fn_mrna_degradation_13(X) = fn_rna_1(fn_mrna_degradation_15(X))
& fn_mrna_degradation_12(X) = fn_mrna_4(fn_mrna_degradation_15(X))
& fn_mrna_degradation_14(X) = fn_mrna_34(fn_mrna_degradation_15(X))
& fn_nuclease_4(fn_mrna_degradation_8(X)) = fn_nuclease_4(fn_mrna_degradation_8(X))
& fn_nuclease_4(fn_mrna_degradation_8(X)) = fn_nuclease_7(fn_mrna_degradation_8(X))
& fn_nuclease_7(fn_mrna_degradation_8(X)) = fn_impair_1(fn_mrna_degradation_9(X))
& fn_impair_1(fn_mrna_degradation_9(X)) = fn_mrna_4(fn_mrna_degradation_15(X))
& fn_mrna_4(fn_mrna_degradation_15(X)) = fn_remove_2(fn_mrna_degradation_11(X))
& fn_remove_2(fn_mrna_degradation_11(X)) = fn_mrna_34(fn_mrna_degradation_15(X))
& fn_mrna_34(fn_mrna_degradation_15(X)) = fn_impair_1(X)
& fn_impair_1(X) = fn_nuclease_5(fn_mrna_degradation_8(X))
& fn_nuclease_5(fn_mrna_degradation_8(X)) = fn_impair_1(fn_mrna_degradation_10(X)) ) ) ).
fof(a531095,axiom,
! [X] :
( mucin_1(X)
=> ( original_name_2(X,'Mucin')
& user_description_2(X,'Slippery glycoprotein found in mucus.')
& concept2words_2(X,mucin)
& glycoprotein_1(X)
& texture_value_1(fn_mucin_1(X))
& the_categorical_value_2(fn_mucin_1(X),smooth_0)
& texture_2(X,fn_mucin_1(X)) ) ) ).
fof(a531096,axiom,
! [X] :
( mucus_1(X)
=> ( original_name_2(X,'Mucus')
& user_description_2(X,'A slippery secretion produced by mucous cells. Mucus is a mixture of glycoproteins, salts, cells, and water. It forms a protective coating for membranes that are exposed to the outer environment.')
& concept2words_2(X,mucus)
& secreted_fluid_1(X)
& ~ amniotic_fluid_1(X)
& ~ aqueous_humor_1(X)
& ~ bile_1(X)
& ~ cerebrospinal_fluid_1(X)
& ~ colloid_1(X)
& ~ filtrate_1(X)
& ~ gastric_juice_1(X)
& ~ hemolymph_1(X)
& ~ interstitial_fluid_1(X)
& ~ lymph_1(X)
& ~ plasma_1(X)
& ~ semen_1(X)
& ~ sweat_1(X)
& ~ urine_1(X)
& ~ vitreous_humor_1(X)
& mucin_1(fn_mucus_2(X))
& cell_1(fn_mucus_3(X))
& salt_1(fn_mucus_4(X))
& density_value_1(fn_mucus_5(X))
& the_scalar_value_2(fn_mucus_5(X),dense_0)
& scalar_unit_class_2(fn_mucus_5(X),biological_fluid_0)
& has_part_2(X,fn_mucus_2(X))
& has_part_2(X,fn_mucus_3(X))
& has_part_2(X,fn_mucus_4(X))
& density_2(X,fn_mucus_5(X)) ) ) ).
fof(a531097,axiom,
! [X] :
( mucus_cell_1(X)
=> ( original_name_2(X,'Mucus-Cell')
& user_description_2(X,'Cells of mucous glands that secrete mucus.')
& concept2words_2(X,'cell of mucus')
& concept2words_2(X,'mucus cell')
& concept2words_2(X,'mucus-cell')
& secretory_cell_1(X)
& quantity_value_1(fn_mucus_cell_2(X))
& time_interval_1(fn_mucus_cell_3(X))
& time_interval_1(fn_mucus_cell_4(X))
& time_interval_1(fn_mucus_cell_5(X))
& phospholipid_1(fn_mucus_cell_6(X))
& aqueous_solution_1(fn_mucus_cell_7(X))
& substance_1(fn_mucus_cell_7(X))
& cytosol_1(fn_mucus_cell_7(X))
& enzyme_1(fn_mucus_cell_8(X))
& protein_enzyme_1(fn_mucus_cell_8(X))
& tangible_entity_1(fn_mucus_cell_9(X))
& phospholipid_bilayer_1(fn_mucus_cell_9(X))
& enter_1(fn_mucus_cell_10(X))
& decrease_1(fn_mucus_cell_11(X))
& active_site_1(fn_mucus_cell_12(X))
& catalyst_1(fn_mucus_cell_13(X))
& attach_1(fn_mucus_cell_14(X))
& entity_1(fn_mucus_cell_15(X))
& tangible_entity_1(fn_mucus_cell_15(X))
& spatial_entity_1(fn_mucus_cell_15(X))
& protein_1(fn_mucus_cell_15(X))
& polymer_1(fn_mucus_cell_15(X))
& chemical_entity_1(fn_mucus_cell_15(X))
& glycoprotein_1(fn_mucus_cell_15(X))
& move_1(fn_mucus_cell_16(X))
& post_translational_modification_1(fn_mucus_cell_17(X))
& transfer_1(fn_mucus_cell_18(X))
& move_1(fn_mucus_cell_19(X))
& chemical_reaction_1(fn_mucus_cell_20(X))
& condensation_reaction_1(fn_mucus_cell_20(X))
& endergonic_reaction_1(fn_mucus_cell_20(X))
& dehydration_reaction_1(fn_mucus_cell_20(X))
& chemical_entity_1(fn_mucus_cell_21(X))
& molecule_1(fn_mucus_cell_21(X))
& monomer_1(fn_mucus_cell_21(X))
& chemical_entity_1(fn_mucus_cell_22(X))
& amino_acid_1(fn_mucus_cell_22(X))
& monomer_1(fn_mucus_cell_22(X))
& reactant_1(fn_mucus_cell_23(X))
& hydrophilic_compound_1(fn_mucus_cell_24(X))
& molecule_1(fn_mucus_cell_24(X))
& polar_molecule_1(fn_mucus_cell_24(X))
& chemical_entity_1(fn_mucus_cell_24(X))
& water_molecule_1(fn_mucus_cell_24(X))
& amino_acid_1(fn_mucus_cell_25(X))
& anabolic_pathway_1(fn_mucus_cell_26(X))
& chemical_reaction_1(fn_mucus_cell_26(X))
& synthesis_of_protein_1(fn_mucus_cell_26(X))
& polymer_synthesis_1(fn_mucus_cell_26(X))
& synthesis_of_glycoprotein_1(fn_mucus_cell_26(X))
& cisterna_1(fn_mucus_cell_27(X))
& spatial_entity_1(fn_mucus_cell_28(X))
& polymer_1(fn_mucus_cell_28(X))
& chemical_entity_1(fn_mucus_cell_28(X))
& tangible_entity_1(fn_mucus_cell_28(X))
& membrane_protein_1(fn_mucus_cell_28(X))
& protein_1(fn_mucus_cell_28(X))
& lipid_1(fn_mucus_cell_29(X))
& glycolipid_1(fn_mucus_cell_29(X))
& biomembrane_1(fn_mucus_cell_30(X))
& free_ribosome_1(fn_mucus_cell_31(X))
& eukaryotic_chromosome_1(fn_mucus_cell_32(X))
& chromosome_1(fn_mucus_cell_32(X))
& synthesis_of_protein_1(fn_mucus_cell_33(X))
& synthesis_of_membrane_protein_1(fn_mucus_cell_33(X))
& synthesis_of_membrane_protein_1(fn_mucus_cell_34(X))
& protein_1(fn_mucus_cell_35(X))
& organic_molecule_1(fn_mucus_cell_35(X))
& polymer_1(fn_mucus_cell_35(X))
& spatial_entity_1(fn_mucus_cell_35(X))
& membrane_protein_1(fn_mucus_cell_35(X))
& tangible_entity_1(fn_mucus_cell_35(X))
& transmembrane_protein_1(fn_mucus_cell_35(X))
& integral_protein_1(fn_mucus_cell_35(X))
& transport_protein_1(fn_mucus_cell_35(X))
& sodium_potassium_pump_1(fn_mucus_cell_35(X))
& electrogenic_pump_1(fn_mucus_cell_36(X))
& protein_1(fn_mucus_cell_36(X))
& organic_molecule_1(fn_mucus_cell_36(X))
& polymer_1(fn_mucus_cell_36(X))
& spatial_entity_1(fn_mucus_cell_36(X))
& membrane_protein_1(fn_mucus_cell_36(X))
& tangible_entity_1(fn_mucus_cell_36(X))
& transmembrane_protein_1(fn_mucus_cell_36(X))
& integral_protein_1(fn_mucus_cell_36(X))
& transport_protein_1(fn_mucus_cell_36(X))
& sodium_potassium_pump_1(fn_mucus_cell_36(X))
& spatial_entity_1(fn_mucus_cell_37(X))
& polymer_1(fn_mucus_cell_37(X))
& organic_molecule_1(fn_mucus_cell_37(X))
& tangible_entity_1(fn_mucus_cell_37(X))
& membrane_protein_1(fn_mucus_cell_37(X))
& protein_1(fn_mucus_cell_37(X))
& glycoprotein_1(fn_mucus_cell_37(X))
& integral_protein_1(fn_mucus_cell_37(X))
& fibronectin_1(fn_mucus_cell_37(X))
& tangible_entity_1(fn_mucus_cell_38(X))
& phospholipid_bilayer_1(fn_mucus_cell_38(X))
& glycoprotein_1(fn_mucus_cell_39(X))
& integral_protein_1(fn_mucus_cell_39(X))
& fibronectin_1(fn_mucus_cell_39(X))
& organic_molecule_1(fn_mucus_cell_40(X))
& transmembrane_protein_1(fn_mucus_cell_40(X))
& tangible_entity_1(fn_mucus_cell_40(X))
& membrane_protein_1(fn_mucus_cell_40(X))
& protein_1(fn_mucus_cell_40(X))
& spatial_entity_1(fn_mucus_cell_40(X))
& polymer_1(fn_mucus_cell_40(X))
& integrin_1(fn_mucus_cell_40(X))
& hydrophobic_core_1(fn_mucus_cell_41(X))
& outside_face_1(fn_mucus_cell_42(X))
& extracellular_side_1(fn_mucus_cell_42(X))
& surface_1(fn_mucus_cell_42(X))
& attach_1(fn_mucus_cell_43(X))
& release_1(fn_mucus_cell_44(X))
& carry_1(fn_mucus_cell_45(X))
& receive_1(fn_mucus_cell_46(X))
& spatial_entity_1(fn_mucus_cell_47(X))
& biomembrane_1(fn_mucus_cell_47(X))
& er_membrane_1(fn_mucus_cell_47(X))
& protein_enzyme_1(fn_mucus_cell_48(X))
& protein_enzyme_1(fn_mucus_cell_49(X))
& protein_enzyme_1(fn_mucus_cell_50(X))
& tangible_entity_1(fn_mucus_cell_51(X))
& spatial_entity_1(fn_mucus_cell_51(X))
& biomembrane_1(fn_mucus_cell_51(X))
& plasma_membrane_1(fn_mucus_cell_51(X))
& animal_plasma_membrane_1(fn_mucus_cell_51(X))
& entity_1(fn_mucus_cell_52(X))
& protein_1(fn_mucus_cell_52(X))
& secretory_protein_1(fn_mucus_cell_52(X))
& transfer_1(fn_mucus_cell_53(X))
& receive_1(fn_mucus_cell_53(X))
& quantity_value_1(fn_mucus_cell_54(X))
& transport_vesicle_1(fn_mucus_cell_55(X))
& ribosome_1(fn_mucus_cell_56(X))
& bound_ribosome_1(fn_mucus_cell_56(X))
& synthesis_of_lipid_1(fn_mucus_cell_57(X))
& centromere_1(fn_mucus_cell_58(X))
& chromosome_arm_1(fn_mucus_cell_59(X))
& chromosome_arm_1(fn_mucus_cell_60(X))
& carbohydrate_1(fn_mucus_cell_62(X))
& rate_value_1(fn_mucus_cell_63(X))
& change_1(fn_mucus_cell_64(X))
& hydrophilic_face_1(fn_mucus_cell_66(X))
& attach_1(fn_mucus_cell_67(X))
& exchange_1(fn_mucus_cell_68(X))
& spatial_entity_1(fn_attach_1(fn_mucus_cell_14(X)))
& catalyst_1(fn_enzyme_6(fn_mucus_cell_8(X)))
& active_site_1(fn_enzyme_2(fn_mucus_cell_8(X)))
& decrease_1(fn_enzyme_5(fn_mucus_cell_8(X)))
& molecule_1(fn_dehydration_reaction_8(fn_mucus_cell_20(X)))
& tangible_entity_1(fn_synthesis_of_membrane_protein_19(fn_mucus_cell_34(X)))
& phospholipid_bilayer_1(fn_synthesis_of_membrane_protein_19(fn_mucus_cell_34(X)))
& enter_1(fn_synthesis_of_membrane_protein_16(fn_mucus_cell_34(X)))
& property_node_1(fn_synthesis_of_glycoprotein_24(fn_mucus_cell_26(X)))
& protein_enzyme_1(fn_synthesis_of_glycoprotein_64(fn_mucus_cell_26(X)))
& property_node_1(fn_synthesis_of_glycoprotein_25(fn_mucus_cell_26(X)))
& change_1(fn_synthesis_of_glycoprotein_2(fn_mucus_cell_26(X)))
& move_1(fn_synthesis_of_glycoprotein_58(fn_mucus_cell_26(X)))
& move_1(fn_synthesis_of_glycoprotein_59(fn_mucus_cell_26(X)))
& synthesis_of_membrane_protein_1(fn_synthesis_of_glycoprotein_77(fn_mucus_cell_26(X)))
& aqueous_solution_1(fn_er_membrane_32(fn_mucus_cell_47(X)))
& aqueous_solution_1(fn_er_membrane_33(fn_mucus_cell_47(X)))
& spatial_entity_1(fn_synthesis_of_membrane_protein_17(fn_mucus_cell_34(X)))
& biomembrane_1(fn_synthesis_of_membrane_protein_17(fn_mucus_cell_34(X)))
& spatial_entity_1(fn_synthesis_of_membrane_protein_25(fn_mucus_cell_33(X)))
& polymer_1(fn_synthesis_of_membrane_protein_25(fn_mucus_cell_33(X)))
& chemical_entity_1(fn_synthesis_of_membrane_protein_25(fn_mucus_cell_33(X)))
& tangible_entity_1(fn_synthesis_of_membrane_protein_25(fn_mucus_cell_33(X)))
& membrane_protein_1(fn_synthesis_of_membrane_protein_25(fn_mucus_cell_33(X)))
& protein_1(fn_synthesis_of_membrane_protein_25(fn_mucus_cell_33(X)))
& spatial_entity_1(fn_synthesis_of_membrane_protein_25(fn_mucus_cell_34(X)))
& polymer_1(fn_synthesis_of_membrane_protein_25(fn_mucus_cell_34(X)))
& chemical_entity_1(fn_synthesis_of_membrane_protein_25(fn_mucus_cell_34(X)))
& tangible_entity_1(fn_synthesis_of_membrane_protein_25(fn_mucus_cell_34(X)))
& membrane_protein_1(fn_synthesis_of_membrane_protein_25(fn_mucus_cell_34(X)))
& protein_1(fn_synthesis_of_membrane_protein_25(fn_mucus_cell_34(X)))
& entity_1(fn_transfer_1(fn_mucus_cell_46(X)))
& protein_1(fn_synthesis_of_protein_16(fn_mucus_cell_33(X)))
& protein_1(fn_synthesis_of_protein_16(fn_mucus_cell_34(X)))
& surface_1(fn_electrogenic_pump_4(fn_mucus_cell_36(X)))
& tangible_entity_1(fn_integrin_29(fn_mucus_cell_40(X)))
& phospholipid_bilayer_1(fn_integrin_29(fn_mucus_cell_40(X)))
& glycoprotein_1(fn_integrin_7(fn_mucus_cell_40(X)))
& integral_protein_1(fn_integrin_7(fn_mucus_cell_40(X)))
& fibronectin_1(fn_integrin_7(fn_mucus_cell_40(X)))
& spatial_entity_1(fn_integrin_9(fn_mucus_cell_40(X)))
& polymer_1(fn_integrin_9(fn_mucus_cell_40(X)))
& organic_molecule_1(fn_integrin_9(fn_mucus_cell_40(X)))
& tangible_entity_1(fn_integrin_9(fn_mucus_cell_40(X)))
& membrane_protein_1(fn_integrin_9(fn_mucus_cell_40(X)))
& protein_1(fn_integrin_9(fn_mucus_cell_40(X)))
& polymer_1(fn_integrin_8(fn_mucus_cell_40(X)))
& spatial_entity_1(fn_integrin_8(fn_mucus_cell_40(X)))
& membrane_protein_1(fn_integrin_8(fn_mucus_cell_40(X)))
& tangible_entity_1(fn_integrin_8(fn_mucus_cell_40(X)))
& transmembrane_protein_1(fn_integrin_8(fn_mucus_cell_40(X)))
& integral_protein_1(fn_integrin_8(fn_mucus_cell_40(X)))
& transport_protein_1(fn_integrin_8(fn_mucus_cell_40(X)))
& sodium_potassium_pump_1(fn_integrin_8(fn_mucus_cell_40(X)))
& spatial_entity_1(fn_integrin_30(fn_mucus_cell_40(X)))
& biomembrane_1(fn_integrin_30(fn_mucus_cell_40(X)))
& animal_plasma_membrane_1(fn_integrin_30(fn_mucus_cell_40(X)))
& plasma_membrane_1(fn_integrin_30(fn_mucus_cell_40(X)))
& eukaryotic_chromosome_1(fn_synthesis_of_glycoprotein_88(fn_mucus_cell_26(X)))
& chromosome_1(fn_synthesis_of_glycoprotein_88(fn_mucus_cell_26(X)))
& monomer_1(fn_polymer_synthesis_22(fn_mucus_cell_26(X)))
& chemical_entity_1(fn_dehydration_reaction_7(fn_mucus_cell_20(X)))
& molecule_1(fn_dehydration_reaction_7(fn_mucus_cell_20(X)))
& monomer_1(fn_synthesis_of_glycoprotein_18(fn_mucus_cell_26(X)))
& reactant_1(fn_enzyme_7(fn_mucus_cell_8(X)))
& reactant_1(fn_synthesis_of_glycoprotein_28(fn_mucus_cell_26(X)))
& reactant_1(fn_synthesis_of_glycoprotein_13(fn_mucus_cell_26(X)))
& chemical_reaction_1(fn_enzyme_4(fn_mucus_cell_8(X)))
& dehydration_reaction_1(fn_polymer_synthesis_24(fn_mucus_cell_26(X)))
& condensation_reaction_1(fn_synthesis_of_glycoprotein_42(fn_mucus_cell_26(X)))
& endergonic_reaction_1(fn_synthesis_of_glycoprotein_42(fn_mucus_cell_26(X)))
& dehydration_reaction_1(fn_synthesis_of_glycoprotein_42(fn_mucus_cell_26(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_mucus_cell_26(X)))
& molecule_1(fn_condensation_reaction_3(fn_mucus_cell_20(X)))
& water_molecule_1(fn_dehydration_reaction_6(fn_mucus_cell_20(X)))
& hydrophilic_compound_1(fn_synthesis_of_protein_7(fn_mucus_cell_26(X)))
& molecule_1(fn_synthesis_of_protein_7(fn_mucus_cell_26(X)))
& polar_molecule_1(fn_synthesis_of_protein_7(fn_mucus_cell_26(X)))
& chemical_entity_1(fn_synthesis_of_protein_7(fn_mucus_cell_26(X)))
& water_molecule_1(fn_synthesis_of_protein_7(fn_mucus_cell_26(X)))
& molecule_1(fn_polymer_synthesis_11(fn_mucus_cell_26(X)))
& polar_molecule_1(fn_polymer_synthesis_11(fn_mucus_cell_26(X)))
& chemical_entity_1(fn_polymer_synthesis_11(fn_mucus_cell_26(X)))
& water_molecule_1(fn_polymer_synthesis_11(fn_mucus_cell_26(X)))
& hydrophilic_compound_1(fn_synthesis_of_glycoprotein_66(fn_mucus_cell_26(X)))
& molecule_1(fn_synthesis_of_glycoprotein_66(fn_mucus_cell_26(X)))
& polar_molecule_1(fn_synthesis_of_glycoprotein_66(fn_mucus_cell_26(X)))
& chemical_entity_1(fn_synthesis_of_glycoprotein_66(fn_mucus_cell_26(X)))
& water_molecule_1(fn_synthesis_of_glycoprotein_66(fn_mucus_cell_26(X)))
& chemical_entity_1(fn_enzyme_8(fn_mucus_cell_8(X)))
& monomer_1(fn_polymer_synthesis_8(fn_mucus_cell_26(X)))
& monomer_1(fn_polymer_synthesis_20(fn_mucus_cell_26(X)))
& amino_acid_1(fn_synthesis_of_protein_8(fn_mucus_cell_26(X)))
& amino_acid_1(fn_synthesis_of_glycoprotein_65(fn_mucus_cell_26(X)))
& monomer_1(fn_synthesis_of_glycoprotein_65(fn_mucus_cell_26(X)))
& rate_value_1(fn_synthesis_of_protein_1(fn_mucus_cell_33(X)))
& rate_value_1(fn_synthesis_of_protein_1(fn_mucus_cell_34(X)))
& rate_value_1(fn_synthesis_of_glycoprotein_29(fn_mucus_cell_26(X)))
& quantity_value_1(fn_synthesis_of_protein_3(fn_mucus_cell_33(X)))
& quantity_value_1(fn_synthesis_of_protein_3(fn_mucus_cell_34(X)))
& quantity_value_1(fn_synthesis_of_glycoprotein_31(fn_mucus_cell_26(X)))
& ribosome_1(fn_synthesis_of_protein_10(fn_mucus_cell_33(X)))
& ribosome_1(fn_synthesis_of_protein_10(fn_mucus_cell_34(X)))
& ribosome_1(fn_synthesis_of_glycoprotein_60(fn_mucus_cell_26(X)))
& bound_ribosome_1(fn_synthesis_of_glycoprotein_60(fn_mucus_cell_26(X)))
& attach_1(fn_synthesis_of_glycoprotein_55(fn_mucus_cell_26(X)))
& attach_1(fn_synthesis_of_glycoprotein_6(fn_mucus_cell_26(X)))
& entity_1(fn_transfer_1(fn_mucus_cell_18(X)))
& spatial_entity_1(fn_move_1(fn_mucus_cell_45(X)))
& tangible_entity_1(fn_release_1(fn_mucus_cell_44(X)))
& polymer_1(fn_polymer_synthesis_23(fn_mucus_cell_26(X)))
& chemical_entity_1(fn_polymer_synthesis_23(fn_mucus_cell_26(X)))
& spatial_entity_1(fn_synthesis_of_glycoprotein_52(fn_mucus_cell_26(X)))
& protein_1(fn_synthesis_of_glycoprotein_52(fn_mucus_cell_26(X)))
& polymer_1(fn_synthesis_of_glycoprotein_52(fn_mucus_cell_26(X)))
& chemical_entity_1(fn_synthesis_of_glycoprotein_52(fn_mucus_cell_26(X)))
& glycoprotein_1(fn_synthesis_of_glycoprotein_52(fn_mucus_cell_26(X)))
& glycoprotein_1(fn_synthesis_of_glycoprotein_70(fn_mucus_cell_26(X)))
& post_translational_modification_1(fn_synthesis_of_protein_12(fn_mucus_cell_34(X)))
& post_translational_modification_1(fn_synthesis_of_protein_12(fn_mucus_cell_33(X)))
& post_translational_modification_1(fn_synthesis_of_glycoprotein_57(fn_mucus_cell_26(X)))
& post_translational_modification_1(fn_synthesis_of_glycoprotein_67(fn_mucus_cell_26(X)))
& cell_1(fn_synthesis_of_protein_11(fn_mucus_cell_33(X)))
& cell_1(fn_synthesis_of_protein_11(fn_mucus_cell_34(X)))
& tangible_entity_1(fn_synthesis_of_glycoprotein_30(fn_mucus_cell_26(X)))
& cell_1(fn_synthesis_of_glycoprotein_30(fn_mucus_cell_26(X)))
& eukaryotic_cell_1(fn_synthesis_of_glycoprotein_30(fn_mucus_cell_26(X)))
& greater_than_or_equal_to_2(fn_mucus_cell_54(X),fn_mucus_cell_2(X))
& greater_than_2(fn_mucus_cell_54(X),fn_mucus_cell_2(X))
& time_before_2(fn_mucus_cell_4(X),fn_mucus_cell_5(X))
& time_before_2(fn_mucus_cell_4(X),fn_mucus_cell_3(X))
& fn_mucus_cell_50(X) != fn_mucus_cell_49(X)
& is_inside_2(fn_mucus_cell_50(X),fn_mucus_cell_47(X))
& fn_mucus_cell_49(X) != fn_mucus_cell_50(X)
& has_part_2(fn_mucus_cell_47(X),fn_mucus_cell_6(X))
& has_part_2(fn_mucus_cell_47(X),fn_mucus_cell_8(X))
& time_during_2(fn_mucus_cell_45(X),fn_mucus_cell_5(X))
& time_during_2(fn_mucus_cell_44(X),fn_mucus_cell_3(X))
& is_at_2(fn_mucus_cell_36(X),fn_mucus_cell_38(X))
& is_across_2(fn_mucus_cell_36(X),fn_mucus_cell_41(X))
& site_2(fn_mucus_cell_34(X),fn_mucus_cell_56(X))
& result_2(fn_mucus_cell_34(X),fn_mucus_cell_29(X))
& fn_mucus_cell_34(X) != fn_mucus_cell_33(X)
& fn_mucus_cell_34(X) != fn_mucus_cell_26(X)
& agent_2(fn_mucus_cell_34(X),fn_mucus_cell_8(X))
& site_2(fn_mucus_cell_33(X),fn_mucus_cell_56(X))
& fn_mucus_cell_33(X) != fn_mucus_cell_34(X)
& fn_mucus_cell_33(X) != fn_mucus_cell_26(X)
& quantity_2(fn_mucus_cell_31(X),fn_mucus_cell_2(X))
& fn_mucus_cell_29(X) != fn_mucus_cell_6(X)
& is_inside_2(fn_mucus_cell_28(X),fn_mucus_cell_9(X))
& fn_mucus_cell_28(X) != fn_mucus_cell_6(X)
& fn_mucus_cell_26(X) != fn_mucus_cell_33(X)
& fn_mucus_cell_26(X) != fn_mucus_cell_34(X)
& raw_material_2(fn_mucus_cell_26(X),fn_mucus_cell_62(X))
& raw_material_2(fn_mucus_cell_26(X),fn_mucus_cell_25(X))
& result_2(fn_mucus_cell_26(X),fn_mucus_cell_29(X))
& subevent_2(fn_mucus_cell_26(X),fn_mucus_cell_18(X))
& next_event_2(fn_mucus_cell_18(X),fn_mucus_cell_19(X))
& next_event_2(fn_mucus_cell_17(X),fn_mucus_cell_18(X))
& result_2(fn_mucus_cell_17(X),fn_mucus_cell_28(X))
& object_2(fn_mucus_cell_17(X),fn_mucus_cell_28(X))
& origin_2(fn_mucus_cell_10(X),fn_mucus_cell_7(X))
& fn_mucus_cell_6(X) != fn_mucus_cell_28(X)
& fn_mucus_cell_6(X) != fn_mucus_cell_29(X)
& is_outside_2(fn_mucus_cell_7(X),fn_mucus_cell_47(X))
& is_inside_2(fn_mucus_cell_7(X),fn_mucus_cell_47(X))
& object_2(fn_mucus_cell_18(X),fn_mucus_cell_15(X))
& object_2(fn_mucus_cell_45(X),fn_mucus_cell_15(X))
& object_2(fn_mucus_cell_46(X),fn_mucus_cell_52(X))
& object_2(fn_mucus_cell_44(X),fn_mucus_cell_15(X))
& object_2(fn_mucus_cell_14(X),fn_mucus_cell_62(X))
& is_between_2(fn_mucus_cell_47(X),fn_mucus_cell_7(X))
& has_region_2(fn_mucus_cell_36(X),fn_mucus_cell_42(X))
& result_2(fn_mucus_cell_33(X),fn_mucus_cell_52(X))
& base_2(fn_mucus_cell_34(X),X)
& result_2(fn_mucus_cell_34(X),fn_mucus_cell_52(X))
& has_function_2(fn_mucus_cell_56(X),fn_mucus_cell_33(X))
& result_2(fn_mucus_cell_33(X),fn_mucus_cell_28(X))
& has_state_2(fn_mucus_cell_21(X),fn_mucus_cell_22(X))
& fn_mucus_cell_22(X) != fn_mucus_cell_21(X)
& fn_mucus_cell_21(X) != fn_mucus_cell_22(X)
& raw_material_2(fn_mucus_cell_20(X),fn_mucus_cell_25(X))
& fn_mucus_cell_21(X) != fn_mucus_cell_25(X)
& fn_mucus_cell_25(X) != fn_mucus_cell_21(X)
& fn_mucus_cell_24(X) != fn_mucus_cell_25(X)
& fn_mucus_cell_25(X) != fn_mucus_cell_24(X)
& subevent_2(fn_mucus_cell_34(X),fn_mucus_cell_17(X))
& has_function_2(fn_mucus_cell_56(X),fn_mucus_cell_34(X))
& agent_2(fn_mucus_cell_10(X),fn_mucus_cell_28(X))
& result_2(fn_mucus_cell_34(X),fn_mucus_cell_28(X))
& object_2(fn_mucus_cell_10(X),fn_mucus_cell_28(X))
& base_2(fn_mucus_cell_10(X),fn_mucus_cell_47(X))
& has_part_2(fn_mucus_cell_47(X),fn_mucus_cell_9(X))
& is_inside_2(fn_mucus_cell_36(X),fn_mucus_cell_38(X))
& is_across_2(fn_mucus_cell_36(X),fn_mucus_cell_51(X))
& is_at_2(fn_mucus_cell_36(X),fn_mucus_cell_51(X))
& fn_mucus_cell_36(X) != fn_mucus_cell_40(X)
& fn_mucus_cell_40(X) != fn_mucus_cell_36(X)
& base_2(fn_mucus_cell_43(X),fn_mucus_cell_51(X))
& object_2(fn_mucus_cell_43(X),fn_mucus_cell_35(X))
& has_region_2(fn_mucus_cell_32(X),fn_mucus_cell_58(X))
& has_part_2(fn_mucus_cell_32(X),fn_mucus_cell_60(X))
& is_between_2(fn_mucus_cell_58(X),fn_mucus_cell_60(X))
& is_between_2(fn_mucus_cell_58(X),fn_mucus_cell_59(X))
& has_part_2(fn_mucus_cell_32(X),fn_mucus_cell_59(X))
& raw_material_2(fn_mucus_cell_26(X),fn_mucus_cell_21(X))
& raw_material_2(fn_mucus_cell_20(X),fn_mucus_cell_21(X))
& fn_mucus_cell_24(X) != fn_mucus_cell_21(X)
& fn_mucus_cell_21(X) != fn_mucus_cell_24(X)
& called_2(fn_mucus_cell_39(X),'MP2')
& called_2(fn_mucus_cell_40(X),'MP1')
& called_2(fn_mucus_cell_37(X),'MP1')
& base_2(fn_mucus_cell_44(X),X)
& has_part_2(X,fn_mucus_cell_31(X))
& is_inside_2(fn_mucus_cell_31(X),fn_mucus_cell_7(X))
& is_inside_2(fn_mucus_cell_39(X),fn_mucus_cell_38(X))
& has_part_2(fn_mucus_cell_51(X),fn_mucus_cell_39(X))
& has_region_2(fn_mucus_cell_51(X),fn_mucus_cell_42(X))
& object_2(fn_mucus_cell_68(X),fn_mucus_cell_52(X))
& subevent_2(fn_mucus_cell_68(X),fn_mucus_cell_53(X))
& object_2(fn_mucus_cell_53(X),fn_mucus_cell_52(X))
& is_inside_2(fn_mucus_cell_49(X),fn_mucus_cell_47(X))
& is_inside_2(fn_mucus_cell_52(X),X)
& is_inside_2(fn_mucus_cell_52(X),fn_mucus_cell_55(X))
& is_inside_2(fn_mucus_cell_28(X),fn_mucus_cell_55(X))
& has_part_2(fn_mucus_cell_47(X),fn_mucus_cell_28(X))
& has_part_2(fn_mucus_cell_47(X),fn_mucus_cell_29(X))
& called_2(fn_mucus_cell_36(X),'MP1')
& fn_mucus_cell_37(X) != fn_mucus_cell_36(X)
& fn_mucus_cell_40(X) != fn_mucus_cell_37(X)
& fn_mucus_cell_37(X) != fn_mucus_cell_40(X)
& fn_mucus_cell_36(X) != fn_mucus_cell_37(X)
& is_outside_2(fn_mucus_cell_66(X),fn_mucus_cell_51(X))
& has_region_2(fn_mucus_cell_51(X),fn_mucus_cell_66(X))
& has_part_2(fn_mucus_cell_51(X),fn_mucus_cell_40(X))
& fn_mucus_cell_35(X) != fn_mucus_cell_40(X)
& fn_mucus_cell_40(X) != fn_mucus_cell_35(X)
& has_region_2(fn_mucus_cell_35(X),fn_mucus_cell_42(X))
& is_outside_2(fn_mucus_cell_42(X),fn_mucus_cell_51(X))
& has_part_2(fn_mucus_cell_51(X),fn_mucus_cell_38(X))
& is_inside_2(fn_mucus_cell_35(X),fn_mucus_cell_38(X))
& called_2(fn_mucus_cell_35(X),'MP1')
& base_2(fn_mucus_cell_67(X),fn_mucus_cell_51(X))
& object_2(fn_mucus_cell_67(X),fn_mucus_cell_36(X))
& fn_mucus_cell_36(X) != fn_mucus_cell_39(X)
& fn_mucus_cell_39(X) != fn_mucus_cell_35(X)
& is_at_2(fn_mucus_cell_35(X),fn_mucus_cell_38(X))
& fn_mucus_cell_39(X) != fn_mucus_cell_36(X)
& fn_mucus_cell_35(X) != fn_mucus_cell_39(X)
& is_across_2(fn_mucus_cell_35(X),fn_mucus_cell_41(X))
& has_region_2(fn_mucus_cell_51(X),fn_mucus_cell_41(X))
& has_part_2(fn_mucus_cell_51(X),fn_mucus_cell_37(X))
& fn_mucus_cell_37(X) != fn_mucus_cell_35(X)
& is_at_2(fn_mucus_cell_35(X),fn_mucus_cell_51(X))
& fn_mucus_cell_35(X) != fn_mucus_cell_37(X)
& has_part_2(X,fn_mucus_cell_51(X))
& has_part_2(fn_mucus_cell_51(X),fn_mucus_cell_35(X))
& is_across_2(fn_mucus_cell_35(X),fn_mucus_cell_51(X))
& has_part_2(fn_mucus_cell_51(X),fn_mucus_cell_36(X))
& fn_mucus_cell_36(X) != fn_mucus_cell_35(X)
& fn_mucus_cell_35(X) != fn_mucus_cell_36(X)
& has_part_2(X,fn_mucus_cell_32(X))
& has_function_2(fn_mucus_cell_8(X),fn_mucus_cell_26(X))
& result_2(fn_mucus_cell_26(X),fn_mucus_cell_15(X))
& has_part_2(fn_mucus_cell_15(X),fn_mucus_cell_21(X))
& raw_material_2(fn_mucus_cell_20(X),fn_mucus_cell_22(X))
& plays_2(fn_mucus_cell_22(X),fn_mucus_cell_23(X))
& in_event_2(fn_mucus_cell_23(X),fn_mucus_cell_26(X))
& object_2(fn_mucus_cell_19(X),fn_mucus_cell_15(X))
& result_2(fn_mucus_cell_20(X),fn_mucus_cell_15(X))
& result_2(fn_mucus_cell_20(X),fn_mucus_cell_24(X))
& result_2(fn_mucus_cell_26(X),fn_mucus_cell_24(X))
& subevent_2(fn_mucus_cell_26(X),fn_mucus_cell_20(X))
& raw_material_2(fn_mucus_cell_26(X),fn_mucus_cell_22(X))
& subevent_2(fn_mucus_cell_26(X),fn_mucus_cell_16(X))
& next_event_2(fn_mucus_cell_16(X),fn_mucus_cell_17(X))
& subevent_2(fn_mucus_cell_26(X),fn_mucus_cell_17(X))
& subevent_2(fn_mucus_cell_26(X),fn_mucus_cell_19(X))
& next_event_2(fn_mucus_cell_14(X),fn_mucus_cell_16(X))
& object_2(fn_mucus_cell_16(X),fn_mucus_cell_15(X))
& has_part_2(fn_mucus_cell_15(X),fn_mucus_cell_22(X))
& fn_mucus_cell_24(X) != fn_mucus_cell_22(X)
& fn_mucus_cell_22(X) != fn_mucus_cell_24(X)
& has_function_2(fn_mucus_cell_56(X),fn_mucus_cell_26(X))
& quantity_2(fn_mucus_cell_56(X),fn_mucus_cell_54(X))
& directly_proportional_2(fn_mucus_cell_54(X),fn_mucus_cell_63(X))
& rate_2(fn_mucus_cell_26(X),fn_mucus_cell_63(X))
& subevent_2(fn_mucus_cell_26(X),fn_mucus_cell_14(X))
& base_2(fn_mucus_cell_26(X),X)
& base_2(fn_mucus_cell_33(X),X)
& subevent_2(fn_mucus_cell_33(X),fn_mucus_cell_17(X))
& object_2(fn_mucus_cell_17(X),fn_mucus_cell_15(X))
& result_2(fn_mucus_cell_14(X),fn_mucus_cell_15(X))
& fn_mucus_cell_15(X) = fn_transfer_1(fn_mucus_cell_18(X))
& fn_mucus_cell_15(X) = fn_move_1(fn_mucus_cell_45(X))
& fn_mucus_cell_52(X) = fn_transfer_1(fn_mucus_cell_46(X))
& fn_mucus_cell_15(X) = fn_release_1(fn_mucus_cell_44(X))
& fn_mucus_cell_62(X) = fn_attach_1(fn_mucus_cell_14(X))
& fn_mucus_cell_7(X) = fn_er_membrane_32(fn_mucus_cell_47(X))
& fn_mucus_cell_7(X) = fn_er_membrane_33(fn_mucus_cell_47(X))
& fn_mucus_cell_42(X) = fn_electrogenic_pump_4(fn_mucus_cell_36(X))
& fn_mucus_cell_52(X) = fn_synthesis_of_protein_16(fn_mucus_cell_33(X))
& fn_mucus_cell_52(X) = fn_synthesis_of_protein_16(fn_mucus_cell_34(X))
& fn_mucus_cell_28(X) = fn_synthesis_of_membrane_protein_25(fn_mucus_cell_33(X))
& fn_mucus_cell_13(X) = fn_enzyme_6(fn_mucus_cell_8(X))
& fn_mucus_cell_12(X) = fn_enzyme_2(fn_mucus_cell_8(X))
& fn_mucus_cell_11(X) = fn_enzyme_5(fn_mucus_cell_8(X))
& fn_mucus_cell_22(X) = fn_polymer_synthesis_20(fn_mucus_cell_26(X))
& fn_mucus_cell_25(X) = fn_dehydration_reaction_8(fn_mucus_cell_20(X))
& fn_mucus_cell_17(X) = fn_synthesis_of_protein_12(fn_mucus_cell_34(X))
& fn_mucus_cell_9(X) = fn_synthesis_of_membrane_protein_19(fn_mucus_cell_34(X))
& fn_mucus_cell_47(X) = fn_synthesis_of_membrane_protein_17(fn_mucus_cell_34(X))
& fn_mucus_cell_10(X) = fn_synthesis_of_membrane_protein_16(fn_mucus_cell_34(X))
& fn_mucus_cell_28(X) = fn_synthesis_of_membrane_protein_25(fn_mucus_cell_34(X))
& fn_mucus_cell_36(X) = fn_integrin_8(fn_mucus_cell_40(X))
& fn_mucus_cell_43(X) = fn_animal_cell_83(X)
& fn_mucus_cell_59(X) = fn_secretory_cell_9(X)
& fn_mucus_cell_58(X) = fn_secretory_cell_20(X)
& fn_mucus_cell_60(X) = fn_secretory_cell_10(X)
& fn_mucus_cell_21(X) = fn_dehydration_reaction_7(fn_mucus_cell_20(X))
& fn_mucus_cell_21(X) = fn_polymer_synthesis_22(fn_mucus_cell_26(X))
& fn_mucus_cell_21(X) = fn_polymer_synthesis_20(fn_mucus_cell_26(X))
& fn_mucus_cell_44(X) = fn_secretory_cell_54(X)
& fn_mucus_cell_7(X) = fn_secretory_cell_84(X)
& fn_mucus_cell_31(X) = fn_secretory_cell_29(X)
& fn_mucus_cell_27(X) = fn_secretory_cell_6(X)
& fn_mucus_cell_30(X) = fn_secretory_cell_5(X)
& fn_mucus_cell_39(X) = fn_integrin_7(fn_mucus_cell_40(X))
& fn_mucus_cell_53(X) = fn_secretory_cell_60(X)
& fn_mucus_cell_68(X) = fn_secretory_cell_40(X)
& fn_mucus_cell_57(X) = fn_secretory_cell_82(X)
& fn_mucus_cell_50(X) = fn_secretory_cell_81(X)
& fn_mucus_cell_48(X) = fn_secretory_cell_13(X)
& fn_mucus_cell_49(X) = fn_secretory_cell_81(X)
& fn_mucus_cell_29(X) = fn_secretory_cell_77(X)
& fn_mucus_cell_47(X) = fn_secretory_cell_75(X)
& fn_mucus_cell_28(X) = fn_secretory_cell_79(X)
& fn_mucus_cell_55(X) = fn_secretory_cell_85(X)
& fn_mucus_cell_52(X) = fn_secretory_cell_62(X)
& fn_mucus_cell_37(X) = fn_integrin_7(fn_mucus_cell_40(X))
& fn_mucus_cell_40(X) = fn_integrin_9(fn_mucus_cell_40(X))
& fn_mucus_cell_40(X) = fn_secretory_cell_41(X)
& fn_mucus_cell_66(X) = fn_secretory_cell_24(X)
& fn_mucus_cell_38(X) = fn_integrin_29(fn_mucus_cell_40(X))
& fn_mucus_cell_38(X) = fn_eukaryotic_cell_41(X)
& fn_mucus_cell_38(X) = fn_animal_cell_58(X)
& fn_mucus_cell_42(X) = fn_secretory_cell_43(X)
& fn_mucus_cell_38(X) = fn_secretory_cell_70(X)
& fn_mucus_cell_39(X) = fn_secretory_cell_69(X)
& fn_mucus_cell_36(X) = fn_secretory_cell_72(X)
& fn_mucus_cell_67(X) = fn_secretory_cell_44(X)
& fn_mucus_cell_37(X) = fn_integrin_9(fn_mucus_cell_40(X))
& fn_mucus_cell_35(X) = fn_secretory_cell_68(X)
& fn_mucus_cell_37(X) = fn_secretory_cell_71(X)
& fn_mucus_cell_41(X) = fn_secretory_cell_42(X)
& fn_mucus_cell_36(X) = fn_secretory_cell_68(X)
& fn_mucus_cell_35(X) = fn_integrin_9(fn_mucus_cell_40(X))
& fn_mucus_cell_51(X) = fn_integrin_30(fn_mucus_cell_40(X))
& fn_mucus_cell_35(X) = fn_integrin_8(fn_mucus_cell_40(X))
& fn_mucus_cell_35(X) = fn_eukaryotic_cell_15(X)
& fn_mucus_cell_35(X) = fn_animal_cell_75(X)
& fn_mucus_cell_35(X) = fn_secretory_cell_72(X)
& fn_mucus_cell_51(X) = fn_eukaryotic_cell_29(X)
& fn_mucus_cell_51(X) = fn_animal_cell_73(X)
& fn_mucus_cell_51(X) = fn_secretory_cell_52(X)
& fn_mucus_cell_32(X) = fn_animal_cell_52(X)
& fn_mucus_cell_32(X) = fn_secretory_cell_30(X)
& fn_mucus_cell_32(X) = fn_synthesis_of_glycoprotein_88(fn_mucus_cell_26(X))
& fn_mucus_cell_61(X) = fn_synthesis_of_glycoprotein_24(fn_mucus_cell_26(X))
& fn_mucus_cell_8(X) = fn_synthesis_of_glycoprotein_64(fn_mucus_cell_26(X))
& fn_mucus_cell_65(X) = fn_synthesis_of_glycoprotein_25(fn_mucus_cell_26(X))
& fn_mucus_cell_21(X) = fn_synthesis_of_glycoprotein_18(fn_mucus_cell_26(X))
& fn_mucus_cell_64(X) = fn_synthesis_of_glycoprotein_2(fn_mucus_cell_26(X))
& fn_mucus_cell_26(X) = fn_enzyme_4(fn_mucus_cell_8(X))
& fn_mucus_cell_23(X) = fn_synthesis_of_glycoprotein_28(fn_mucus_cell_26(X))
& fn_mucus_cell_23(X) = fn_enzyme_7(fn_mucus_cell_8(X))
& fn_mucus_cell_23(X) = fn_synthesis_of_glycoprotein_13(fn_mucus_cell_26(X))
& fn_mucus_cell_20(X) = fn_enzyme_4(fn_mucus_cell_8(X))
& fn_mucus_cell_22(X) = fn_enzyme_8(fn_mucus_cell_8(X))
& fn_mucus_cell_24(X) = fn_anabolic_pathway_5(fn_mucus_cell_26(X))
& fn_mucus_cell_24(X) = fn_condensation_reaction_3(fn_mucus_cell_20(X))
& fn_mucus_cell_24(X) = fn_dehydration_reaction_6(fn_mucus_cell_20(X))
& fn_mucus_cell_20(X) = fn_polymer_synthesis_24(fn_mucus_cell_26(X))
& fn_mucus_cell_24(X) = fn_polymer_synthesis_11(fn_mucus_cell_26(X))
& fn_mucus_cell_20(X) = fn_synthesis_of_glycoprotein_42(fn_mucus_cell_26(X))
& fn_mucus_cell_19(X) = fn_synthesis_of_glycoprotein_58(fn_mucus_cell_26(X))
& fn_mucus_cell_17(X) = fn_synthesis_of_glycoprotein_57(fn_mucus_cell_26(X))
& fn_mucus_cell_22(X) = fn_synthesis_of_protein_8(fn_mucus_cell_26(X))
& fn_mucus_cell_24(X) = fn_synthesis_of_protein_7(fn_mucus_cell_26(X))
& fn_mucus_cell_24(X) = fn_synthesis_of_glycoprotein_66(fn_mucus_cell_26(X))
& fn_mucus_cell_15(X) = fn_polymer_synthesis_23(fn_mucus_cell_26(X))
& fn_mucus_cell_22(X) = fn_polymer_synthesis_8(fn_mucus_cell_26(X))
& fn_mucus_cell_22(X) = fn_synthesis_of_glycoprotein_65(fn_mucus_cell_26(X))
& fn_mucus_cell_15(X) = fn_synthesis_of_glycoprotein_52(fn_mucus_cell_26(X))
& fn_mucus_cell_16(X) = fn_synthesis_of_glycoprotein_59(fn_mucus_cell_26(X))
& fn_mucus_cell_14(X) = fn_synthesis_of_glycoprotein_55(fn_mucus_cell_26(X))
& fn_mucus_cell_63(X) = fn_synthesis_of_protein_1(fn_mucus_cell_33(X))
& fn_mucus_cell_63(X) = fn_synthesis_of_protein_1(fn_mucus_cell_34(X))
& fn_mucus_cell_63(X) = fn_synthesis_of_glycoprotein_29(fn_mucus_cell_26(X))
& fn_mucus_cell_56(X) = fn_synthesis_of_protein_10(fn_mucus_cell_33(X))
& fn_mucus_cell_54(X) = fn_synthesis_of_protein_3(fn_mucus_cell_33(X))
& fn_mucus_cell_56(X) = fn_synthesis_of_protein_10(fn_mucus_cell_34(X))
& fn_mucus_cell_54(X) = fn_synthesis_of_protein_3(fn_mucus_cell_34(X))
& fn_mucus_cell_54(X) = fn_synthesis_of_glycoprotein_31(fn_mucus_cell_26(X))
& fn_mucus_cell_56(X) = fn_synthesis_of_glycoprotein_60(fn_mucus_cell_26(X))
& fn_mucus_cell_14(X) = fn_synthesis_of_glycoprotein_6(fn_mucus_cell_26(X))
& fn_mucus_cell_15(X) = fn_synthesis_of_glycoprotein_70(fn_mucus_cell_26(X))
& fn_mucus_cell_17(X) = fn_synthesis_of_protein_12(fn_mucus_cell_33(X))
& fn_mucus_cell_17(X) = fn_synthesis_of_glycoprotein_67(fn_mucus_cell_26(X))
& fn_mucus_cell_33(X) = fn_synthesis_of_glycoprotein_77(fn_mucus_cell_26(X))
& X = fn_synthesis_of_protein_11(fn_mucus_cell_33(X))
& X = fn_synthesis_of_protein_11(fn_mucus_cell_34(X))
& X = fn_synthesis_of_glycoprotein_30(fn_mucus_cell_26(X))
& fn_er_membrane_32(fn_mucus_cell_47(X)) = fn_er_membrane_33(fn_mucus_cell_47(X))
& fn_er_membrane_33(fn_mucus_cell_47(X)) = fn_er_membrane_33(fn_mucus_cell_47(X))
& fn_er_membrane_33(fn_mucus_cell_47(X)) = fn_secretory_cell_84(X)
& fn_secretory_cell_84(X) = fn_synthesis_of_membrane_protein_17(fn_mucus_cell_34(X))
& fn_synthesis_of_membrane_protein_17(fn_mucus_cell_34(X)) = fn_synthesis_of_membrane_protein_17(fn_mucus_cell_34(X))
& fn_synthesis_of_membrane_protein_17(fn_mucus_cell_34(X)) = fn_secretory_cell_75(X)
& fn_secretory_cell_75(X) = fn_secretory_cell_75(X)
& fn_secretory_cell_75(X) = fn_synthesis_of_membrane_protein_25(fn_mucus_cell_33(X))
& fn_synthesis_of_membrane_protein_25(fn_mucus_cell_33(X)) = fn_synthesis_of_membrane_protein_25(fn_mucus_cell_34(X))
& fn_synthesis_of_membrane_protein_25(fn_mucus_cell_34(X)) = fn_synthesis_of_membrane_protein_25(fn_mucus_cell_34(X))
& fn_synthesis_of_membrane_protein_25(fn_mucus_cell_34(X)) = fn_secretory_cell_79(X)
& fn_secretory_cell_79(X) = fn_secretory_cell_79(X)
& fn_secretory_cell_79(X) = fn_transfer_1(fn_mucus_cell_46(X))
& fn_transfer_1(fn_mucus_cell_46(X)) = fn_synthesis_of_protein_16(fn_mucus_cell_33(X))
& fn_synthesis_of_protein_16(fn_mucus_cell_34(X)) = fn_synthesis_of_protein_16(fn_mucus_cell_33(X))
& fn_synthesis_of_protein_16(fn_mucus_cell_33(X)) = fn_synthesis_of_protein_16(fn_mucus_cell_34(X))
& fn_synthesis_of_protein_16(fn_mucus_cell_34(X)) = fn_secretory_cell_62(X)
& fn_secretory_cell_62(X) = fn_secretory_cell_62(X)
& fn_secretory_cell_62(X) = fn_integrin_9(fn_mucus_cell_40(X))
& fn_secretory_cell_41(X) = fn_integrin_9(fn_mucus_cell_40(X))
& fn_integrin_9(fn_mucus_cell_40(X)) = fn_secretory_cell_41(X)
& fn_secretory_cell_41(X) = fn_secretory_cell_41(X)
& fn_secretory_cell_41(X) = fn_electrogenic_pump_4(fn_mucus_cell_36(X))
& fn_electrogenic_pump_4(fn_mucus_cell_36(X)) = fn_secretory_cell_43(X)
& fn_secretory_cell_43(X) = fn_secretory_cell_43(X)
& fn_secretory_cell_43(X) = fn_integrin_29(fn_mucus_cell_40(X))
& fn_integrin_29(fn_mucus_cell_40(X)) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_integrin_29(fn_mucus_cell_40(X))
& fn_integrin_29(fn_mucus_cell_40(X)) = fn_integrin_29(fn_mucus_cell_40(X))
& fn_animal_cell_58(X) = fn_integrin_29(fn_mucus_cell_40(X))
& fn_integrin_29(fn_mucus_cell_40(X)) = fn_animal_cell_58(X)
& fn_secretory_cell_70(X) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_secretory_cell_70(X)
& fn_secretory_cell_70(X) = fn_secretory_cell_70(X)
& fn_secretory_cell_70(X) = fn_secretory_cell_69(X)
& fn_integrin_7(fn_mucus_cell_40(X)) = fn_secretory_cell_69(X)
& fn_secretory_cell_69(X) = fn_secretory_cell_69(X)
& fn_secretory_cell_69(X) = fn_integrin_7(fn_mucus_cell_40(X))
& fn_integrin_9(fn_mucus_cell_40(X)) = fn_integrin_7(fn_mucus_cell_40(X))
& fn_integrin_7(fn_mucus_cell_40(X)) = fn_integrin_9(fn_mucus_cell_40(X))
& fn_integrin_9(fn_mucus_cell_40(X)) = fn_secretory_cell_71(X)
& fn_secretory_cell_71(X) = fn_integrin_7(fn_mucus_cell_40(X))
& fn_integrin_7(fn_mucus_cell_40(X)) = fn_secretory_cell_71(X)
& fn_secretory_cell_71(X) = fn_secretory_cell_71(X)
& fn_secretory_cell_71(X) = fn_integrin_8(fn_mucus_cell_40(X))
& fn_integrin_8(fn_mucus_cell_40(X)) = fn_secretory_cell_72(X)
& fn_secretory_cell_68(X) = fn_integrin_8(fn_mucus_cell_40(X))
& fn_integrin_8(fn_mucus_cell_40(X)) = fn_integrin_9(fn_mucus_cell_40(X))
& fn_integrin_9(fn_mucus_cell_40(X)) = fn_integrin_8(fn_mucus_cell_40(X))
& fn_integrin_8(fn_mucus_cell_40(X)) = fn_integrin_8(fn_mucus_cell_40(X))
& fn_eukaryotic_cell_15(X) = fn_integrin_8(fn_mucus_cell_40(X))
& fn_integrin_8(fn_mucus_cell_40(X)) = fn_eukaryotic_cell_15(X)
& fn_animal_cell_75(X) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_secretory_cell_68(X)
& fn_secretory_cell_68(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_secretory_cell_72(X)
& fn_secretory_cell_72(X) = fn_secretory_cell_68(X)
& fn_secretory_cell_68(X) = fn_secretory_cell_68(X)
& fn_secretory_cell_68(X) = fn_secretory_cell_72(X)
& fn_secretory_cell_72(X) = fn_secretory_cell_72(X)
& fn_secretory_cell_72(X) = fn_integrin_30(fn_mucus_cell_40(X))
& fn_integrin_30(fn_mucus_cell_40(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_integrin_30(fn_mucus_cell_40(X))
& fn_animal_cell_73(X) = fn_integrin_30(fn_mucus_cell_40(X))
& fn_integrin_30(fn_mucus_cell_40(X)) = fn_integrin_30(fn_mucus_cell_40(X))
& fn_integrin_30(fn_mucus_cell_40(X)) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_animal_cell_73(X)
& fn_secretory_cell_52(X) = fn_secretory_cell_52(X)
& fn_secretory_cell_52(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_secretory_cell_52(X)
& fn_secretory_cell_52(X) = fn_secretory_cell_30(X)
& fn_secretory_cell_30(X) = fn_animal_cell_52(X)
& fn_animal_cell_52(X) = fn_secretory_cell_30(X)
& fn_secretory_cell_30(X) = fn_secretory_cell_30(X)
& fn_secretory_cell_30(X) = fn_synthesis_of_glycoprotein_88(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_88(fn_mucus_cell_26(X)) = fn_polymer_synthesis_22(fn_mucus_cell_26(X))
& fn_polymer_synthesis_22(fn_mucus_cell_26(X)) = fn_polymer_synthesis_22(fn_mucus_cell_26(X))
& fn_dehydration_reaction_7(fn_mucus_cell_20(X)) = fn_polymer_synthesis_22(fn_mucus_cell_26(X))
& fn_polymer_synthesis_22(fn_mucus_cell_26(X)) = fn_dehydration_reaction_7(fn_mucus_cell_20(X))
& fn_dehydration_reaction_7(fn_mucus_cell_20(X)) = fn_dehydration_reaction_7(fn_mucus_cell_20(X))
& fn_polymer_synthesis_20(fn_mucus_cell_26(X)) = fn_dehydration_reaction_7(fn_mucus_cell_20(X))
& fn_dehydration_reaction_7(fn_mucus_cell_20(X)) = fn_polymer_synthesis_20(fn_mucus_cell_26(X))
& fn_polymer_synthesis_20(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_18(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_18(fn_mucus_cell_26(X)) = fn_enzyme_7(fn_mucus_cell_8(X))
& fn_synthesis_of_glycoprotein_28(fn_mucus_cell_26(X)) = fn_enzyme_7(fn_mucus_cell_8(X))
& fn_enzyme_7(fn_mucus_cell_8(X)) = fn_synthesis_of_glycoprotein_28(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_28(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_13(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_13(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_13(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_13(fn_mucus_cell_26(X)) = fn_polymer_synthesis_24(fn_mucus_cell_26(X))
& fn_polymer_synthesis_24(fn_mucus_cell_26(X)) = fn_enzyme_4(fn_mucus_cell_8(X))
& fn_enzyme_4(fn_mucus_cell_8(X)) = fn_polymer_synthesis_24(fn_mucus_cell_26(X))
& fn_polymer_synthesis_24(fn_mucus_cell_26(X)) = fn_polymer_synthesis_24(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_42(fn_mucus_cell_26(X)) = fn_polymer_synthesis_24(fn_mucus_cell_26(X))
& fn_polymer_synthesis_24(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_42(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_42(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_42(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_42(fn_mucus_cell_26(X)) = fn_anabolic_pathway_5(fn_mucus_cell_26(X))
& fn_anabolic_pathway_5(fn_mucus_cell_26(X)) = fn_condensation_reaction_3(fn_mucus_cell_20(X))
& fn_dehydration_reaction_6(fn_mucus_cell_20(X)) = fn_condensation_reaction_3(fn_mucus_cell_20(X))
& fn_condensation_reaction_3(fn_mucus_cell_20(X)) = fn_dehydration_reaction_6(fn_mucus_cell_20(X))
& fn_dehydration_reaction_6(fn_mucus_cell_20(X)) = fn_dehydration_reaction_6(fn_mucus_cell_20(X))
& fn_dehydration_reaction_6(fn_mucus_cell_20(X)) = fn_synthesis_of_protein_7(fn_mucus_cell_26(X))
& fn_polymer_synthesis_11(fn_mucus_cell_26(X)) = fn_synthesis_of_protein_7(fn_mucus_cell_26(X))
& fn_synthesis_of_protein_7(fn_mucus_cell_26(X)) = fn_synthesis_of_protein_7(fn_mucus_cell_26(X))
& fn_synthesis_of_protein_7(fn_mucus_cell_26(X)) = fn_polymer_synthesis_11(fn_mucus_cell_26(X))
& fn_polymer_synthesis_11(fn_mucus_cell_26(X)) = fn_polymer_synthesis_11(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_66(fn_mucus_cell_26(X)) = fn_polymer_synthesis_11(fn_mucus_cell_26(X))
& fn_polymer_synthesis_11(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_66(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_66(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_66(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_66(fn_mucus_cell_26(X)) = fn_polymer_synthesis_8(fn_mucus_cell_26(X))
& fn_polymer_synthesis_8(fn_mucus_cell_26(X)) = fn_enzyme_8(fn_mucus_cell_8(X))
& fn_enzyme_8(fn_mucus_cell_8(X)) = fn_enzyme_8(fn_mucus_cell_8(X))
& fn_enzyme_8(fn_mucus_cell_8(X)) = fn_polymer_synthesis_8(fn_mucus_cell_26(X))
& fn_polymer_synthesis_8(fn_mucus_cell_26(X)) = fn_polymer_synthesis_8(fn_mucus_cell_26(X))
& fn_polymer_synthesis_20(fn_mucus_cell_26(X)) = fn_polymer_synthesis_8(fn_mucus_cell_26(X))
& fn_polymer_synthesis_8(fn_mucus_cell_26(X)) = fn_polymer_synthesis_20(fn_mucus_cell_26(X))
& fn_polymer_synthesis_20(fn_mucus_cell_26(X)) = fn_polymer_synthesis_20(fn_mucus_cell_26(X))
& fn_polymer_synthesis_20(fn_mucus_cell_26(X)) = fn_synthesis_of_protein_8(fn_mucus_cell_26(X))
& fn_synthesis_of_protein_8(fn_mucus_cell_26(X)) = fn_synthesis_of_protein_8(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_65(fn_mucus_cell_26(X)) = fn_synthesis_of_protein_8(fn_mucus_cell_26(X))
& fn_synthesis_of_protein_8(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_65(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_65(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_65(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_65(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_29(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_29(fn_mucus_cell_26(X)) = fn_synthesis_of_protein_1(fn_mucus_cell_33(X))
& fn_synthesis_of_protein_1(fn_mucus_cell_33(X)) = fn_synthesis_of_protein_1(fn_mucus_cell_34(X))
& fn_synthesis_of_protein_1(fn_mucus_cell_34(X)) = fn_synthesis_of_glycoprotein_29(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_29(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_31(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_31(fn_mucus_cell_26(X)) = fn_synthesis_of_protein_3(fn_mucus_cell_33(X))
& fn_synthesis_of_protein_3(fn_mucus_cell_33(X)) = fn_synthesis_of_protein_3(fn_mucus_cell_34(X))
& fn_synthesis_of_protein_3(fn_mucus_cell_34(X)) = fn_synthesis_of_glycoprotein_31(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_31(fn_mucus_cell_26(X)) = fn_synthesis_of_protein_10(fn_mucus_cell_33(X))
& fn_synthesis_of_protein_10(fn_mucus_cell_34(X)) = fn_synthesis_of_protein_10(fn_mucus_cell_33(X))
& fn_synthesis_of_protein_10(fn_mucus_cell_33(X)) = fn_synthesis_of_protein_10(fn_mucus_cell_34(X))
& fn_synthesis_of_protein_10(fn_mucus_cell_34(X)) = fn_synthesis_of_glycoprotein_60(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_60(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_60(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_60(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_55(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_55(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_55(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_55(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_6(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_6(fn_mucus_cell_26(X)) = fn_transfer_1(fn_mucus_cell_18(X))
& fn_transfer_1(fn_mucus_cell_18(X)) = fn_move_1(fn_mucus_cell_45(X))
& fn_move_1(fn_mucus_cell_45(X)) = fn_move_1(fn_mucus_cell_45(X))
& fn_move_1(fn_mucus_cell_45(X)) = fn_release_1(fn_mucus_cell_44(X))
& fn_release_1(fn_mucus_cell_44(X)) = fn_release_1(fn_mucus_cell_44(X))
& fn_release_1(fn_mucus_cell_44(X)) = fn_polymer_synthesis_23(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_52(fn_mucus_cell_26(X)) = fn_polymer_synthesis_23(fn_mucus_cell_26(X))
& fn_polymer_synthesis_23(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_52(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_52(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_52(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_52(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_70(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_70(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_70(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_70(fn_mucus_cell_26(X)) = fn_synthesis_of_protein_12(fn_mucus_cell_34(X))
& fn_synthesis_of_protein_12(fn_mucus_cell_34(X)) = fn_synthesis_of_glycoprotein_57(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_57(fn_mucus_cell_26(X)) = fn_synthesis_of_protein_12(fn_mucus_cell_33(X))
& fn_synthesis_of_protein_12(fn_mucus_cell_33(X)) = fn_synthesis_of_glycoprotein_57(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_57(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_57(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_57(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_67(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_67(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_67(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_67(fn_mucus_cell_26(X)) = fn_synthesis_of_protein_11(fn_mucus_cell_34(X))
& fn_synthesis_of_glycoprotein_30(fn_mucus_cell_26(X)) = fn_synthesis_of_glycoprotein_30(fn_mucus_cell_26(X))
& fn_synthesis_of_glycoprotein_30(fn_mucus_cell_26(X)) = fn_synthesis_of_protein_11(fn_mucus_cell_33(X))
& fn_synthesis_of_protein_11(fn_mucus_cell_33(X)) = fn_synthesis_of_protein_11(fn_mucus_cell_34(X))
& fn_synthesis_of_protein_11(fn_mucus_cell_34(X)) = fn_synthesis_of_glycoprotein_30(fn_mucus_cell_26(X)) ) ) ).
fof(a531098,axiom,
! [X] :
( mullerian_mimicry_1(X)
=> ( original_name_2(X,'Mullerian-Mimicry')
& user_description_2(X,'A type of mimicry in which two or more unpalatable species, which may or not be closely related and may or may not have common predators, mimic each other\'s warning signals.')
& concept2words_2(X,'mullerian mimicry')
& concept2words_2(X,'mullerian-mimicry')
& mimicry_1(X)
& ~ batesian_mimicry_1(X) ) ) ).
fof(a531099,axiom,
! [X] :
( multi_step_reaction_1(X)
=> ( original_name_2(X,'Multi-Step-Reaction')
& user_description_2(X,'A chemical reaction that involves more than one discreet step.')
& concept2words_2(X,convert)
& concept2words_2(X,'multi step reaction')
& concept2words_2(X,'multi-step-reaction')
& chemical_reaction_1(X) ) ) ).
fof(a531100,axiom,
! [X] :
( multicellular_organism_1(X)
=> ( original_name_2(X,'Multicellular-Organism')
& description_2(X,'An organism composed of more than one cell. Souther.')
& user_description_2(X,'Multicellular organisms are organisms that consist of more than one cell, in contrast to single-celled organisms.')
& concept2words_2(X,'multicellular organism')
& concept2words_2(X,'multicellular-organism')
& organism_1(X)
& cell_1(fn_multicellular_organism_1(X))
& has_part_2(X,fn_multicellular_organism_1(X)) ) ) ).
fof(a531101,axiom,
! [X] :
( multienzyme_complex_1(X)
=> ( original_name_2(X,'Multienzyme-Complex')
& user_description_2(X,'Cluster of distinct enzymes catalyzing consecutive reactions of a metabolic pathway.')
& concept2words_2(X,'multienzyme complex')
& concept2words_2(X,'multienzyme-complex')
& protein_related_aggregates_1(X)
& ~ large_ribosomal_subunit_1(X)
& ~ small_ribosomal_subunit_1(X)
& ~ translation_initiation_complex_1(X)
& protein_enzyme_1(fn_multienzyme_complex_1(X))
& protein_enzyme_1(fn_multienzyme_complex_2(X))
& minCardinality(X,element_0,"2",protein_enzyme_0)
& element_2(X,fn_multienzyme_complex_2(X))
& element_2(X,fn_multienzyme_complex_1(X)) ) ) ).
fof(a531102,axiom,
! [X] :
( multifactorial_genetic_disorder_1(X)
=> ( original_name_2(X,'Multifactorial-Genetic-Disorder')
& user_description_2(X,'A disorder caused by multiple genes and a combination of environmental and lifestyle factors.')
& concept2words_2(X,'multifactorial genetic disorder')
& concept2words_2(X,'multifactorial-genetic-disorder')
& human_genetic_disorder_1(X)
& ~ achondroplasia_1(X)
& ~ alkaptonuria_1(X)
& ~ angelman_syndrome_1(X)
& ~ cri_du_chat_syndrome_1(X)
& ~ cystic_fibrosis_1(X)
& ~ down_syndrome_1(X)
& ~ huntingtons_disease_1(X)
& ~ klinefelter_syndrome_1(X)
& ~ phenylketonuria_1(X)
& ~ polydactyly_1(X)
& ~ prader_willi_syndrome_1(X)
& ~ sex_linked_human_genetic_disorder_1(X)
& ~ sickle_cell_anemia_1(X)
& ~ tay_sachs_disease_1(X)
& ~ triple_x_1(X)
& ~ turner_syndrome_1(X) ) ) ).
fof(a531103,axiom,
! [X] :
( multifactorial_phenotype_1(X)
=> ( original_name_2(X,'Multifactorial-Phenotype')
& user_description_2(X,'A type of phenotype influenced by genetic and environmental factors.')
& concept2words_2(X,'multifactorial character')
& concept2words_2(X,'multifactorial phenotype')
& concept2words_2(X,'multifactorial-phenotype')
& trait_1(X)
& phenotype_1(X)
& ~ dominant_trait_1(X)
& ~ heterozygous_trait_incomplete_dominance_1(X)
& ~ recessive_trait_1(X)
& ~ autosomal_dominant_trait_1(X)
& ~ blood_type_phenotype_1(X)
& ~ dominant_phenotype_1(X)
& ~ codominant_1(X)
& ~ mutant_phenotype_1(X)
& ~ mutant_type_1(X)
& ~ parental_type_1(X)
& ~ phenotype_of_offspring_1(X)
& ~ phenotype_of_parent_1(X)
& ~ trait_on_a_range_1(X)
& ~ trait_on_a_scale_1(X)
& ~ wild_type_1(X)
& ~ x_chromosome_phenotype_dominant_1(X)
& ~ x_chromosome_phenotype_recessive_1(X)
& genotype_1(fn_multifactorial_phenotype_1(X))
& environment_1(fn_multifactorial_phenotype_2(X))
& influence_1(fn_multifactorial_phenotype_3(X))
& agent_2(fn_multifactorial_phenotype_3(X),fn_multifactorial_phenotype_2(X))
& agent_2(fn_multifactorial_phenotype_3(X),fn_multifactorial_phenotype_1(X))
& result_2(fn_multifactorial_phenotype_3(X),X) ) ) ).
fof(a531104,axiom,
! [X] :
( multigene_family_1(X)
=> ( original_name_2(X,'Multigene-Family')
& user_description_2(X,'A collection of genes with similar or identical sequences, presumably of common origin.')
& concept2words_2(X,'multigene family')
& concept2words_2(X,'multigene-family')
& gene_related_aggregates_1(X)
& carbon_1(fn_multigene_family_1(X))
& atom_1(fn_multigene_family_2(X))
& monomer_1(fn_multigene_family_3(X))
& repetitive_dna_1(fn_multigene_family_4(X))
& repetitive_dna_1(fn_multigene_family_5(X))
& gene_1(fn_multigene_family_6(X))
& entity_1(fn_multigene_family_7(X))
& intron_1(fn_multigene_family_7(X))
& entity_1(fn_multigene_family_8(X))
& exon_1(fn_multigene_family_8(X))
& repeated_gene_duplication_1(fn_multigene_family_9(X))
& gene_1(fn_multigene_family_10(X))
& ancestral_gene_1(fn_multigene_family_10(X))
& evolution_1(fn_multigene_family_11(X))
& sequence_1(fn_multigene_family_12(X))
& gene_1(fn_multigene_family_12(X))
& gene_1(fn_repeated_gene_duplication_6(fn_multigene_family_9(X)))
& gene_1(fn_ancestral_gene_1(fn_multigene_family_10(X)))
& evolution_1(fn_ancestral_gene_2(fn_multigene_family_10(X)))
& entity_1(fn_sequence_2(fn_multigene_family_12(X)))
& intron_1(fn_gene_4(fn_multigene_family_12(X)))
& exon_1(fn_intron_6(fn_multigene_family_7(X)))
& entity_1(fn_sequence_1(fn_multigene_family_12(X)))
& exon_1(fn_gene_5(fn_multigene_family_12(X)))
& exon_1(fn_gene_3(fn_multigene_family_12(X)))
& same_type_2(fn_multigene_family_12(X),fn_multigene_family_6(X))
& has_part_2(fn_multigene_family_12(X),fn_multigene_family_5(X))
& same_type_2(fn_multigene_family_6(X),fn_multigene_family_12(X))
& has_part_2(fn_multigene_family_6(X),fn_multigene_family_4(X))
& has_part_2(fn_multigene_family_6(X),fn_multigene_family_3(X))
& has_part_2(fn_multigene_family_6(X),fn_multigene_family_2(X))
& has_part_2(fn_multigene_family_6(X),fn_multigene_family_1(X))
& same_type_2(fn_multigene_family_5(X),X)
& result_2(fn_multigene_family_11(X),fn_multigene_family_6(X))
& exactCardinality(fn_multigene_family_11(X),object_0,"1",ancestral_gene_0)
& by_means_of_2(fn_multigene_family_11(X),fn_multigene_family_9(X))
& same_type_2(X,fn_multigene_family_5(X))
& minCardinality(X,element_0,"1",gene_0)
& element_2(X,fn_multigene_family_12(X))
& fn_multigene_family_2(X) != fn_multigene_family_1(X)
& fn_multigene_family_1(X) != fn_multigene_family_2(X)
& object_2(fn_multigene_family_9(X),fn_multigene_family_10(X))
& is_between_2(fn_multigene_family_7(X),fn_multigene_family_8(X))
& element_2(X,fn_multigene_family_6(X))
& element_2(fn_multigene_family_12(X),fn_multigene_family_8(X))
& next_element_2(fn_multigene_family_7(X),fn_multigene_family_8(X))
& element_2(fn_multigene_family_12(X),fn_multigene_family_7(X))
& next_element_2(fn_multigene_family_8(X),fn_multigene_family_7(X))
& result_2(fn_multigene_family_11(X),fn_multigene_family_12(X))
& object_2(fn_multigene_family_11(X),fn_multigene_family_10(X))
& fn_multigene_family_10(X) = fn_repeated_gene_duplication_6(fn_multigene_family_9(X))
& fn_multigene_family_8(X) = fn_intron_6(fn_multigene_family_7(X))
& fn_multigene_family_6(X) = fn_gene_related_aggregates_1(X)
& fn_multigene_family_12(X) = fn_ancestral_gene_1(fn_multigene_family_10(X))
& fn_multigene_family_11(X) = fn_ancestral_gene_2(fn_multigene_family_10(X))
& fn_multigene_family_8(X) = fn_sequence_1(fn_multigene_family_12(X))
& fn_multigene_family_8(X) = fn_gene_5(fn_multigene_family_12(X))
& fn_multigene_family_7(X) = fn_sequence_2(fn_multigene_family_12(X))
& fn_multigene_family_8(X) = fn_gene_3(fn_multigene_family_12(X))
& fn_multigene_family_7(X) = fn_gene_4(fn_multigene_family_12(X))
& fn_gene_4(fn_multigene_family_12(X)) = fn_sequence_2(fn_multigene_family_12(X))
& fn_sequence_2(fn_multigene_family_12(X)) = fn_gene_4(fn_multigene_family_12(X))
& fn_gene_4(fn_multigene_family_12(X)) = fn_gene_4(fn_multigene_family_12(X))
& fn_gene_4(fn_multigene_family_12(X)) = fn_intron_6(fn_multigene_family_7(X))
& fn_intron_6(fn_multigene_family_7(X)) = fn_sequence_1(fn_multigene_family_12(X))
& fn_sequence_1(fn_multigene_family_12(X)) = fn_sequence_1(fn_multigene_family_12(X))
& fn_gene_5(fn_multigene_family_12(X)) = fn_sequence_1(fn_multigene_family_12(X))
& fn_sequence_1(fn_multigene_family_12(X)) = fn_gene_5(fn_multigene_family_12(X))
& fn_gene_3(fn_multigene_family_12(X)) = fn_gene_5(fn_multigene_family_12(X))
& fn_gene_5(fn_multigene_family_12(X)) = fn_gene_5(fn_multigene_family_12(X))
& fn_gene_5(fn_multigene_family_12(X)) = fn_gene_3(fn_multigene_family_12(X)) ) ) ).
fof(a531105,axiom,
! [X] :
( multigene_family_alpha_globin_1(X)
=> ( original_name_2(X,'Multigene-Family-Alpha-Globin')
& user_description_2(X,'A collection of genes with identical sequences, presumably of common origin, used by a cell to rapidly make large quantities of alpha globin.')
& concept2words_2(X,'multigene family alpha globin')
& concept2words_2(X,'multigene-family-alpha-globin')
& multigene_family_of_nonidentical_genes_1(X)
& ~ multigene_family_beta_globin_1(X)
& alpha_globin_gene_1(fn_multigene_family_alpha_globin_1(X))
& alpha_globin_gene_1(fn_multigene_family_alpha_globin_2(X))
& fn_multigene_family_alpha_globin_2(X) != fn_multigene_family_alpha_globin_1(X)
& fn_multigene_family_alpha_globin_1(X) != fn_multigene_family_alpha_globin_2(X)
& element_2(X,fn_multigene_family_alpha_globin_2(X))
& same_type_2(fn_multigene_family_alpha_globin_2(X),fn_multigene_family_alpha_globin_1(X))
& element_2(X,fn_multigene_family_alpha_globin_1(X))
& same_type_2(fn_multigene_family_alpha_globin_1(X),fn_multigene_family_alpha_globin_2(X))
& fn_multigene_family_alpha_globin_1(X) = fn_multigene_family_12(X)
& fn_multigene_family_alpha_globin_2(X) = fn_multigene_family_6(X) ) ) ).
fof(a531106,axiom,
! [X] :
( multigene_family_beta_globin_1(X)
=> ( original_name_2(X,'Multigene-Family-Beta-Globin')
& user_description_2(X,'A collection of genes with identical sequences, presumably of common origin, used by a cell to rapidly make large quantities of beta globin.')
& concept2words_2(X,'multi gene family beta globin')
& concept2words_2(X,'multigene family beta globin')
& concept2words_2(X,'multigene-family-beta-globin')
& multigene_family_of_nonidentical_genes_1(X)
& ~ multigene_family_alpha_globin_1(X)
& gene_1(fn_multigene_family_beta_globin_1(X))
& beta_globin_ancestral_gene_1(fn_multigene_family_beta_globin_2(X))
& beta_globin_1(fn_multigene_family_beta_globin_3(X))
& code_for_1(fn_multigene_family_beta_globin_4(X))
& evolution_1(fn_multigene_family_beta_globin_5(X))
& beta_globin_gene_1(fn_multigene_family_beta_globin_6(X))
& code_for_1(fn_immunoglobulin_gene_9(fn_multigene_family_beta_globin_6(X)))
& entity_1(fn_code_for_2(fn_multigene_family_beta_globin_4(X)))
& evolution_1(fn_globin_ancestral_gene_2(fn_multigene_family_beta_globin_2(X)))
& object_2(fn_multigene_family_beta_globin_5(X),fn_multigene_family_beta_globin_2(X))
& agent_2(fn_multigene_family_beta_globin_4(X),fn_multigene_family_beta_globin_6(X))
& element_2(X,fn_multigene_family_beta_globin_1(X))
& result_2(fn_multigene_family_beta_globin_5(X),fn_multigene_family_beta_globin_1(X))
& result_2(fn_multigene_family_beta_globin_5(X),fn_multigene_family_beta_globin_6(X))
& element_2(X,fn_multigene_family_beta_globin_6(X))
& result_2(fn_multigene_family_beta_globin_4(X),fn_multigene_family_beta_globin_3(X))
& fn_multigene_family_beta_globin_5(X) = fn_globin_ancestral_gene_2(fn_multigene_family_beta_globin_2(X))
& fn_multigene_family_beta_globin_4(X) = fn_immunoglobulin_gene_9(fn_multigene_family_beta_globin_6(X))
& fn_multigene_family_beta_globin_6(X) = fn_multigene_family_12(X)
& fn_multigene_family_beta_globin_5(X) = fn_multigene_family_11(X)
& fn_multigene_family_beta_globin_1(X) = fn_multigene_family_6(X)
& fn_multigene_family_beta_globin_3(X) = fn_code_for_2(fn_multigene_family_beta_globin_4(X))
& fn_globin_ancestral_gene_2(fn_multigene_family_beta_globin_2(X)) = fn_multigene_family_11(X)
& fn_multigene_family_11(X) = fn_multigene_family_11(X) ) ) ).
fof(a531107,axiom,
! [X] :
( multigene_family_for_rrna_1(X)
=> ( original_name_2(X,'Multigene-Family-For-RRNA')
& user_description_2(X,'A multigene family is a cluster of related genes, but the individual genes have identical or similar nucleotide sequences and hence contain identical pieces of information.')
& concept2words_2(X,'multigene family for ribosomal rna')
& concept2words_2(X,'multigene family for rrna')
& concept2words_2(X,'multigene-family-for-rrna')
& multigene_family_of_identical_genes_1(X)
& nucleoside_monophosphate_1(fn_multigene_family_for_rrna_1(X))
& monomer_1(fn_multigene_family_for_rrna_1(X))
& monomer_1(fn_multigene_family_for_rrna_2(X))
& nucleoside_monophosphate_1(fn_multigene_family_for_rrna_2(X))
& ribosome_1(fn_multigene_family_for_rrna_3(X))
& chemical_entity_1(fn_multigene_family_for_rrna_4(X))
& deoxyribonucleoside_monophosphate_1(fn_multigene_family_for_rrna_4(X))
& deoxyribonucleoside_monophosphate_1(fn_multigene_family_for_rrna_5(X))
& phosphodiester_bond_1(fn_multigene_family_for_rrna_6(X))
& repetitive_dna_1(fn_multigene_family_for_rrna_7(X))
& gene_1(fn_multigene_family_for_rrna_10(X))
& sequence_1(fn_multigene_family_for_rrna_10(X))
& repetitive_dna_1(fn_multigene_family_for_rrna_11(X))
& intron_1(fn_multigene_family_for_rrna_12(X))
& exon_1(fn_multigene_family_for_rrna_13(X))
& size_value_1(fn_multigene_family_for_rrna_14(X))
& evolution_1(fn_multigene_family_for_rrna_15(X))
& size_value_1(fn_multigene_family_for_rrna_16(X))
& code_for_1(fn_multigene_family_for_rrna_17(X))
& tangible_entity_1(fn_multigene_family_for_rrna_18(X))
& mrna_1(fn_multigene_family_for_rrna_18(X))
& entity_1(fn_multigene_family_for_rrna_19(X))
& spatial_entity_1(fn_multigene_family_for_rrna_19(X))
& sequence_1(fn_multigene_family_for_rrna_19(X))
& gene_1(fn_multigene_family_for_rrna_19(X))
& protein_1(fn_multigene_family_for_rrna_20(X))
& break_1(fn_multigene_family_for_rrna_21(X))
& attach_1(fn_multigene_family_for_rrna_22(X))
& ribosomal_rna_1(fn_multigene_family_for_rrna_23(X))
& attach_1(fn_multigene_family_for_rrna_24(X))
& spatial_entity_1(fn_attach_2(fn_multigene_family_for_rrna_22(X)))
& deoxyribonucleoside_monophosphate_1(fn_gene_10(fn_multigene_family_for_rrna_19(X)))
& property_node_1(fn_gene_8(fn_multigene_family_for_rrna_19(X)))
& intron_1(fn_gene_4(fn_multigene_family_for_rrna_19(X)))
& phosphodiester_bond_1(fn_gene_16(fn_multigene_family_for_rrna_19(X)))
& chemical_entity_1(fn_gene_17(fn_multigene_family_for_rrna_19(X)))
& deoxyribonucleoside_monophosphate_1(fn_gene_17(fn_multigene_family_for_rrna_19(X)))
& size_value_1(fn_gene_12(fn_multigene_family_for_rrna_19(X)))
& property_node_1(fn_gene_9(fn_multigene_family_for_rrna_19(X)))
& size_value_1(fn_gene_11(fn_multigene_family_for_rrna_19(X)))
& code_for_1(fn_gene_13(fn_multigene_family_for_rrna_19(X)))
& spatial_entity_1(fn_attach_1(fn_multigene_family_for_rrna_22(X)))
& entity_1(fn_code_for_2(fn_multigene_family_for_rrna_17(X)))
& entity_1(fn_sequence_1(fn_multigene_family_for_rrna_10(X)))
& entity_1(fn_sequence_2(fn_multigene_family_for_rrna_10(X)))
& exon_1(fn_intron_6(fn_multigene_family_for_rrna_12(X)))
& exon_1(fn_gene_5(fn_multigene_family_for_rrna_19(X)))
& exon_1(fn_gene_3(fn_multigene_family_for_rrna_19(X)))
& entity_1(fn_code_for_1(fn_multigene_family_for_rrna_17(X)))
& tangible_entity_1(fn_impair_1(fn_multigene_family_for_rrna_21(X)))
& mrna_1(fn_gene_7(fn_multigene_family_for_rrna_19(X)))
& size_2(fn_multigene_family_for_rrna_1(X),fn_multigene_family_for_rrna_16(X))
& next_element_2(fn_multigene_family_for_rrna_1(X),fn_multigene_family_for_rrna_2(X))
& donor_2(fn_multigene_family_for_rrna_17(X),fn_multigene_family_for_rrna_19(X))
& element_2(fn_multigene_family_for_rrna_19(X),fn_multigene_family_for_rrna_11(X))
& element_2(fn_multigene_family_for_rrna_19(X),fn_multigene_family_for_rrna_1(X))
& element_2(fn_multigene_family_for_rrna_19(X),fn_multigene_family_for_rrna_2(X))
& first_element_2(fn_multigene_family_for_rrna_19(X),fn_multigene_family_for_rrna_1(X))
& has_part_2(fn_multigene_family_for_rrna_3(X),fn_multigene_family_for_rrna_20(X))
& has_part_2(fn_multigene_family_for_rrna_3(X),fn_multigene_family_for_rrna_23(X))
& result_2(fn_multigene_family_for_rrna_21(X),fn_multigene_family_for_rrna_23(X))
& result_2(fn_multigene_family_for_rrna_22(X),fn_multigene_family_for_rrna_3(X))
& object_2(fn_multigene_family_for_rrna_22(X),fn_multigene_family_for_rrna_23(X))
& object_2(fn_multigene_family_for_rrna_21(X),fn_multigene_family_for_rrna_18(X))
& base_2(fn_multigene_family_for_rrna_22(X),fn_multigene_family_for_rrna_20(X))
& is_between_2(fn_multigene_family_for_rrna_12(X),fn_multigene_family_for_rrna_13(X))
& element_2(X,fn_multigene_family_for_rrna_10(X))
& result_2(fn_multigene_family_for_rrna_15(X),fn_multigene_family_for_rrna_10(X))
& result_2(fn_multigene_family_for_rrna_15(X),fn_multigene_family_for_rrna_19(X))
& same_type_2(fn_multigene_family_for_rrna_19(X),fn_multigene_family_for_rrna_10(X))
& same_type_2(fn_multigene_family_for_rrna_10(X),fn_multigene_family_for_rrna_19(X))
& result_2(fn_multigene_family_for_rrna_24(X),fn_multigene_family_for_rrna_11(X))
& element_2(X,fn_multigene_family_for_rrna_19(X))
& base_2(fn_multigene_family_for_rrna_24(X),fn_multigene_family_for_rrna_19(X))
& result_2(fn_multigene_family_for_rrna_24(X),X)
& same_type_2(fn_multigene_family_for_rrna_11(X),X)
& same_type_2(X,fn_multigene_family_for_rrna_11(X))
& next_element_2(fn_multigene_family_for_rrna_12(X),fn_multigene_family_for_rrna_13(X))
& element_2(fn_multigene_family_for_rrna_19(X),fn_multigene_family_for_rrna_12(X))
& element_2(fn_multigene_family_for_rrna_19(X),fn_multigene_family_for_rrna_5(X))
& next_element_2(fn_multigene_family_for_rrna_4(X),fn_multigene_family_for_rrna_5(X))
& element_2(fn_multigene_family_for_rrna_19(X),fn_multigene_family_for_rrna_4(X))
& size_2(fn_multigene_family_for_rrna_4(X),fn_multigene_family_for_rrna_16(X))
& first_element_2(fn_multigene_family_for_rrna_19(X),fn_multigene_family_for_rrna_4(X))
& agent_2(fn_multigene_family_for_rrna_17(X),fn_multigene_family_for_rrna_19(X))
& has_function_2(fn_multigene_family_for_rrna_19(X),fn_multigene_family_for_rrna_17(X))
& next_element_2(fn_multigene_family_for_rrna_13(X),fn_multigene_family_for_rrna_12(X))
& element_2(fn_multigene_family_for_rrna_19(X),fn_multigene_family_for_rrna_13(X))
& possesses_2(fn_multigene_family_for_rrna_19(X),fn_multigene_family_for_rrna_6(X))
& is_between_2(fn_multigene_family_for_rrna_6(X),fn_multigene_family_for_rrna_4(X))
& greater_than_2(fn_multigene_family_for_rrna_14(X),fn_multigene_family_for_rrna_16(X))
& size_2(fn_multigene_family_for_rrna_19(X),fn_multigene_family_for_rrna_14(X))
& result_2(fn_multigene_family_for_rrna_17(X),fn_multigene_family_for_rrna_18(X))
& element_2(fn_multigene_family_for_rrna_10(X),fn_multigene_family_for_rrna_7(X))
& result_2(fn_multigene_family_for_rrna_17(X),fn_multigene_family_for_rrna_23(X))
& fn_multigene_family_for_rrna_23(X) = fn_attach_1(fn_multigene_family_for_rrna_22(X))
& fn_multigene_family_for_rrna_18(X) = fn_impair_1(fn_multigene_family_for_rrna_21(X))
& fn_multigene_family_for_rrna_20(X) = fn_attach_2(fn_multigene_family_for_rrna_22(X))
& fn_multigene_family_for_rrna_13(X) = fn_intron_6(fn_multigene_family_for_rrna_12(X))
& fn_multigene_family_for_rrna_15(X) = fn_multigene_family_11(X)
& fn_multigene_family_for_rrna_19(X) = fn_multigene_family_6(X)
& fn_multigene_family_for_rrna_10(X) = fn_multigene_family_12(X)
& fn_multigene_family_for_rrna_24(X) = fn_multigene_family_of_identical_genes_4(X)
& fn_multigene_family_for_rrna_19(X) = fn_multigene_family_of_identical_genes_2(X)
& fn_multigene_family_for_rrna_11(X) = fn_multigene_family_of_identical_genes_3(X)
& fn_multigene_family_for_rrna_23(X) = fn_code_for_2(fn_multigene_family_for_rrna_17(X))
& fn_multigene_family_for_rrna_7(X) = fn_sequence_1(fn_multigene_family_for_rrna_10(X))
& fn_multigene_family_for_rrna_7(X) = fn_sequence_2(fn_multigene_family_for_rrna_10(X))
& fn_multigene_family_for_rrna_5(X) = fn_gene_10(fn_multigene_family_for_rrna_19(X))
& fn_multigene_family_for_rrna_8(X) = fn_gene_8(fn_multigene_family_for_rrna_19(X))
& fn_multigene_family_for_rrna_19(X) = fn_code_for_1(fn_multigene_family_for_rrna_17(X))
& fn_multigene_family_for_rrna_12(X) = fn_gene_4(fn_multigene_family_for_rrna_19(X))
& fn_multigene_family_for_rrna_13(X) = fn_gene_5(fn_multigene_family_for_rrna_19(X))
& fn_multigene_family_for_rrna_13(X) = fn_gene_3(fn_multigene_family_for_rrna_19(X))
& fn_multigene_family_for_rrna_6(X) = fn_gene_16(fn_multigene_family_for_rrna_19(X))
& fn_multigene_family_for_rrna_4(X) = fn_gene_17(fn_multigene_family_for_rrna_19(X))
& fn_multigene_family_for_rrna_16(X) = fn_gene_12(fn_multigene_family_for_rrna_19(X))
& fn_multigene_family_for_rrna_9(X) = fn_gene_9(fn_multigene_family_for_rrna_19(X))
& fn_multigene_family_for_rrna_14(X) = fn_gene_11(fn_multigene_family_for_rrna_19(X))
& fn_multigene_family_for_rrna_17(X) = fn_gene_13(fn_multigene_family_for_rrna_19(X))
& fn_multigene_family_for_rrna_18(X) = fn_gene_7(fn_multigene_family_for_rrna_19(X))
& fn_attach_1(fn_multigene_family_for_rrna_22(X)) = fn_code_for_2(fn_multigene_family_for_rrna_17(X))
& fn_code_for_2(fn_multigene_family_for_rrna_17(X)) = fn_sequence_1(fn_multigene_family_for_rrna_10(X))
& fn_sequence_1(fn_multigene_family_for_rrna_10(X)) = fn_sequence_2(fn_multigene_family_for_rrna_10(X))
& fn_sequence_2(fn_multigene_family_for_rrna_10(X)) = fn_intron_6(fn_multigene_family_for_rrna_12(X))
& fn_intron_6(fn_multigene_family_for_rrna_12(X)) = fn_gene_5(fn_multigene_family_for_rrna_19(X))
& fn_gene_5(fn_multigene_family_for_rrna_19(X)) = fn_gene_5(fn_multigene_family_for_rrna_19(X))
& fn_gene_3(fn_multigene_family_for_rrna_19(X)) = fn_gene_5(fn_multigene_family_for_rrna_19(X))
& fn_gene_5(fn_multigene_family_for_rrna_19(X)) = fn_gene_3(fn_multigene_family_for_rrna_19(X))
& fn_gene_3(fn_multigene_family_for_rrna_19(X)) = fn_multigene_family_6(X)
& fn_multigene_family_6(X) = fn_code_for_1(fn_multigene_family_for_rrna_17(X))
& fn_code_for_1(fn_multigene_family_for_rrna_17(X)) = fn_multigene_family_6(X)
& fn_multigene_family_6(X) = fn_multigene_family_6(X)
& fn_multigene_family_6(X) = fn_multigene_family_of_identical_genes_2(X)
& fn_multigene_family_of_identical_genes_2(X) = fn_multigene_family_of_identical_genes_2(X)
& fn_multigene_family_of_identical_genes_2(X) = fn_impair_1(fn_multigene_family_for_rrna_21(X))
& fn_impair_1(fn_multigene_family_for_rrna_21(X)) = fn_gene_7(fn_multigene_family_for_rrna_19(X)) ) ) ).
fof(a531108,axiom,
! [X] :
( multigene_family_of_identical_genes_1(X)
=> ( original_name_2(X,'Multigene-Family-Of-Identical-Genes')
& user_description_2(X,'A collection of genes with identical sequences, presumably of common origin, used by a cell to rapidly make large quantities of identical products.')
& concept2words_2(X,'multigene family of identical gene')
& concept2words_2(X,'multigene-family-of-identical-gene')
& multigene_family_1(X)
& ~ major_histocompatibility_complex_gene_1(X)
& ~ multigene_family_of_nonidentical_genes_1(X)
& rna_1(fn_multigene_family_of_identical_genes_1(X))
& spatial_entity_1(fn_multigene_family_of_identical_genes_2(X))
& sequence_1(fn_multigene_family_of_identical_genes_2(X))
& gene_1(fn_multigene_family_of_identical_genes_2(X))
& repetitive_dna_1(fn_multigene_family_of_identical_genes_3(X))
& attach_1(fn_multigene_family_of_identical_genes_4(X))
& gene_1(fn_multigene_family_of_identical_genes_5(X))
& spatial_entity_1(fn_attach_1(fn_multigene_family_of_identical_genes_4(X)))
& spatial_entity_1(fn_attach_2(fn_multigene_family_of_identical_genes_4(X)))
& result_2(fn_multigene_family_of_identical_genes_4(X),fn_multigene_family_of_identical_genes_3(X))
& result_2(fn_multigene_family_of_identical_genes_4(X),X)
& object_2(fn_multigene_family_of_identical_genes_4(X),fn_multigene_family_of_identical_genes_5(X))
& base_2(fn_multigene_family_of_identical_genes_4(X),fn_multigene_family_of_identical_genes_2(X))
& element_2(X,fn_multigene_family_of_identical_genes_2(X))
& same_type_2(fn_multigene_family_of_identical_genes_3(X),X)
& same_type_2(X,fn_multigene_family_of_identical_genes_3(X))
& fn_multigene_family_of_identical_genes_5(X) = fn_attach_1(fn_multigene_family_of_identical_genes_4(X))
& fn_multigene_family_of_identical_genes_2(X) = fn_attach_2(fn_multigene_family_of_identical_genes_4(X))
& fn_multigene_family_of_identical_genes_2(X) = fn_multigene_family_6(X)
& fn_multigene_family_of_identical_genes_2(X) = fn_multigene_family_12(X)
& fn_multigene_family_of_identical_genes_3(X) = fn_multigene_family_5(X)
& fn_attach_2(fn_multigene_family_of_identical_genes_4(X)) = fn_multigene_family_6(X)
& fn_multigene_family_6(X) = fn_multigene_family_6(X)
& fn_multigene_family_6(X) = fn_multigene_family_12(X) ) ) ).
fof(a531109,axiom,
! [X] :
( multigene_family_of_nonidentical_genes_1(X)
=> ( original_name_2(X,'Multigene-Family-Of-Nonidentical-Genes')
& user_description_2(X,'A collection of genes, presumably of common origin, used by a cell to make closely related products.')
& concept2words_2(X,'multigene family of nonidentical gene')
& concept2words_2(X,'multigene-family-of-nonidentical-gene')
& multigene_family_1(X)
& ~ major_histocompatibility_complex_gene_1(X)
& ~ multigene_family_of_identical_genes_1(X) ) ) ).
fof(a531110,axiom,
! [X] :
( multinucleated_cell_1(X)
=> ( original_name_2(X,'Multinucleated-Cell')
& user_description_2(X,'Cells which have more than one nucleus.')
& concept2words_2(X,'multinucleate cell')
& concept2words_2(X,'coenocytic cell')
& concept2words_2(X,'multinucleated cell')
& concept2words_2(X,'multinucleated-cell')
& eukaryotic_cell_1(X)
& cell_state_1(X)
& dna_polymerase_iii_1(fn_multinucleated_cell_1(X))
& minCardinality(X,has_part_0,"2",nucleus_0)
& has_part_2(X,fn_multinucleated_cell_1(X))
& fn_multinucleated_cell_1(X) = fn_eukaryotic_cell_3(X) ) ) ).
fof(a531111,axiom,
! [X] :
( multinucleated_stage_1(X)
=> ( original_name_2(X,'Multinucleated-Stage')
& user_description_2(X,'A stage where the cell of the organism is multinucleated.')
& concept2words_2(X,'multinucleated stage')
& concept2words_2(X,'multinucleated-stage')
& developmental_stage_1(X)
& ~ adulthood_1(X)
& ~ algae_bloom_1(X)
& ~ axes_formation_1(X)
& ~ blastulation_1(X)
& ~ eight_cell_stage_1(X)
& ~ embryogenesis_1(X)
& ~ fetal_stage_1(X)
& ~ follicular_phase_1(X)
& ~ juvenile_stage_1(X)
& ~ larval_stage_1(X)
& ~ menopause_1(X)
& ~ segment_formation_1(X)
& ~ sensitive_period_1(X)
& ~ two_cell_stage_1(X)
& mitosis_1(fn_multinucleated_stage_1(X))
& multinucleated_cell_1(fn_multinucleated_stage_2(X))
& subevent_2(X,fn_multinucleated_stage_1(X))
& minCardinality(X,subevent_0,"1",mitosis_0)
& result_2(X,fn_multinucleated_stage_2(X)) ) ) ).
fof(a531112,axiom,
! [X] :
( multiple_fruit_1(X)
=> ( original_name_2(X,'Multiple-Fruit')
& user_description_2(X,'A fruit that is formed from a cluster of flowers, or an inflorescence.')
& concept2words_2(X,'fruit of multiple')
& concept2words_2(X,'multiple fruit')
& concept2words_2(X,'multiple-fruit')
& fruit_1(X)
& ~ simple_fruit_1(X) ) ) ).
fof(a531113,axiom,
! [X] :
( multiple_sclerosis_1(X)
=> ( original_name_2(X,'Multiple-Sclerosis')
& user_description_2(X,'An auto-immune inflammatory disease of the nervous sytem, in which the myelin sheath covering the axons of the brain and spinal cord are damaged or dysfunctional. A broad spectrum of temporary, treatable neurological symptoms may occur, as well as permanent neurological disorder.')
& concept2words_2(X,'sclerosis of multiple')
& concept2words_2(X,'multiple sclerosis')
& concept2words_2(X,'multiple-sclerosis')
& mental_or_brain_disorder_1(X)
& ~ alzheimers_disease_1(X)
& ~ bipolar_disorder_1(X)
& ~ creutzfeldt_jacob_disease_1(X)
& ~ major_depression_1(X)
& ~ parkinsons_disease_1(X)
& ~ schizophrenia_1(X) ) ) ).
fof(a531114,axiom,
! [X] :
( multipotent_stem_cell_1(X)
=> ( original_name_2(X,'Multipotent-Stem-Cell')
& user_description_2(X,'Multipotent stem cells are a specialized cell type that is produced from pluripotent stem cells.')
& concept2words_2(X,'multipotent stem cell')
& concept2words_2(X,'multipotent-stem-cell')
& stem_cell_1(X)
& protein_enzyme_1(fn_multipotent_stem_cell_1(X))
& er_membrane_1(fn_multipotent_stem_cell_2(X))
& er_membrane_1(fn_multipotent_stem_cell_3(X))
& protein_enzyme_1(fn_multipotent_stem_cell_4(X))
& support_1(fn_multipotent_stem_cell_5(X))
& mixture_1(fn_multipotent_stem_cell_6(X))
& cytoplasm_1(fn_multipotent_stem_cell_6(X))
& tangible_entity_1(fn_multipotent_stem_cell_7(X))
& nucleus_1(fn_multipotent_stem_cell_7(X))
& organic_molecule_1(fn_multipotent_stem_cell_8(X))
& transmembrane_protein_1(fn_multipotent_stem_cell_8(X))
& tangible_entity_1(fn_multipotent_stem_cell_8(X))
& membrane_protein_1(fn_multipotent_stem_cell_8(X))
& protein_1(fn_multipotent_stem_cell_8(X))
& spatial_entity_1(fn_multipotent_stem_cell_8(X))
& polymer_1(fn_multipotent_stem_cell_8(X))
& integrin_1(fn_multipotent_stem_cell_8(X))
& spatial_entity_1(fn_multipotent_stem_cell_9(X))
& polymer_1(fn_multipotent_stem_cell_9(X))
& organic_molecule_1(fn_multipotent_stem_cell_9(X))
& tangible_entity_1(fn_multipotent_stem_cell_9(X))
& membrane_protein_1(fn_multipotent_stem_cell_9(X))
& protein_1(fn_multipotent_stem_cell_9(X))
& glycoprotein_1(fn_multipotent_stem_cell_9(X))
& integral_protein_1(fn_multipotent_stem_cell_9(X))
& fibronectin_1(fn_multipotent_stem_cell_9(X))
& hydrophobic_core_1(fn_multipotent_stem_cell_10(X))
& protein_1(fn_multipotent_stem_cell_11(X))
& organic_molecule_1(fn_multipotent_stem_cell_11(X))
& polymer_1(fn_multipotent_stem_cell_11(X))
& spatial_entity_1(fn_multipotent_stem_cell_11(X))
& membrane_protein_1(fn_multipotent_stem_cell_11(X))
& tangible_entity_1(fn_multipotent_stem_cell_11(X))
& transmembrane_protein_1(fn_multipotent_stem_cell_11(X))
& integral_protein_1(fn_multipotent_stem_cell_11(X))
& transport_protein_1(fn_multipotent_stem_cell_11(X))
& sodium_potassium_pump_1(fn_multipotent_stem_cell_11(X))
& tangible_entity_1(fn_multipotent_stem_cell_12(X))
& phospholipid_bilayer_1(fn_multipotent_stem_cell_12(X))
& protein_1(fn_multipotent_stem_cell_13(X))
& organic_molecule_1(fn_multipotent_stem_cell_13(X))
& polymer_1(fn_multipotent_stem_cell_13(X))
& spatial_entity_1(fn_multipotent_stem_cell_13(X))
& membrane_protein_1(fn_multipotent_stem_cell_13(X))
& tangible_entity_1(fn_multipotent_stem_cell_13(X))
& transmembrane_protein_1(fn_multipotent_stem_cell_13(X))
& integral_protein_1(fn_multipotent_stem_cell_13(X))
& transport_protein_1(fn_multipotent_stem_cell_13(X))
& sodium_potassium_pump_1(fn_multipotent_stem_cell_13(X))
& tangible_entity_1(fn_multipotent_stem_cell_14(X))
& spatial_entity_1(fn_multipotent_stem_cell_14(X))
& biomembrane_1(fn_multipotent_stem_cell_14(X))
& plasma_membrane_1(fn_multipotent_stem_cell_14(X))
& animal_plasma_membrane_1(fn_multipotent_stem_cell_14(X))
& bone_marrow_1(fn_multipotent_stem_cell_15(X))
& attach_1(fn_multipotent_stem_cell_16(X))
& outside_face_1(fn_multipotent_stem_cell_17(X))
& extracellular_side_1(fn_multipotent_stem_cell_17(X))
& surface_1(fn_multipotent_stem_cell_17(X))
& change_1(fn_multipotent_stem_cell_18(X))
& stem_cell_differentiation_1(fn_multipotent_stem_cell_19(X))
& inside_face_1(fn_multipotent_stem_cell_20(X))
& cytoplasmic_side_1(fn_multipotent_stem_cell_20(X))
& hydrophilic_face_1(fn_multipotent_stem_cell_21(X))
& hydrophilic_face_1(fn_animal_plasma_membrane_5(fn_multipotent_stem_cell_14(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_multipotent_stem_cell_14(X)))
& inside_face_1(fn_animal_plasma_membrane_58(fn_multipotent_stem_cell_14(X)))
& cytoplasmic_side_1(fn_animal_plasma_membrane_58(fn_multipotent_stem_cell_14(X)))
& change_1(fn_cell_differentiation_2(fn_multipotent_stem_cell_19(X)))
& change_1(fn_cell_differentiation_5(fn_multipotent_stem_cell_19(X)))
& attach_1(fn_animal_plasma_membrane_52(fn_multipotent_stem_cell_14(X)))
& attach_1(fn_animal_plasma_membrane_77(fn_multipotent_stem_cell_14(X)))
& hydrophobic_core_1(fn_animal_plasma_membrane_51(fn_multipotent_stem_cell_14(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_multipotent_stem_cell_14(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_multipotent_stem_cell_14(X)))
& outside_face_1(fn_animal_plasma_membrane_55(fn_multipotent_stem_cell_14(X)))
& extracellular_side_1(fn_animal_plasma_membrane_55(fn_multipotent_stem_cell_14(X)))
& surface_1(fn_animal_plasma_membrane_55(fn_multipotent_stem_cell_14(X)))
& tangible_entity_1(fn_biomembrane_63(fn_multipotent_stem_cell_14(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_multipotent_stem_cell_14(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_multipotent_stem_cell_14(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_multipotent_stem_cell_14(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_multipotent_stem_cell_14(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_multipotent_stem_cell_14(X)))
& tangible_entity_1(fn_cell_differentiation_18(fn_multipotent_stem_cell_19(X)))
& nucleus_1(fn_cell_differentiation_18(fn_multipotent_stem_cell_19(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_multipotent_stem_cell_14(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_multipotent_stem_cell_14(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_multipotent_stem_cell_14(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_multipotent_stem_cell_14(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_multipotent_stem_cell_14(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_multipotent_stem_cell_14(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_multipotent_stem_cell_14(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_multipotent_stem_cell_14(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_multipotent_stem_cell_14(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_multipotent_stem_cell_14(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_multipotent_stem_cell_14(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_multipotent_stem_cell_14(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_multipotent_stem_cell_14(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_multipotent_stem_cell_14(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_multipotent_stem_cell_14(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_multipotent_stem_cell_14(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_multipotent_stem_cell_14(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_multipotent_stem_cell_14(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_multipotent_stem_cell_14(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_multipotent_stem_cell_14(X)))
& protein_1(fn_plasma_membrane_54(fn_multipotent_stem_cell_14(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_multipotent_stem_cell_14(X)))
& polymer_1(fn_plasma_membrane_54(fn_multipotent_stem_cell_14(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_multipotent_stem_cell_14(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_multipotent_stem_cell_14(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_multipotent_stem_cell_14(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_multipotent_stem_cell_14(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_multipotent_stem_cell_14(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_multipotent_stem_cell_14(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_multipotent_stem_cell_14(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_multipotent_stem_cell_14(X)))
& protein_1(fn_plasma_membrane_68(fn_multipotent_stem_cell_14(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_multipotent_stem_cell_20(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_multipotent_stem_cell_14(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_multipotent_stem_cell_15(X)))
& eukaryotic_cell_1(fn_cell_differentiation_19(fn_multipotent_stem_cell_19(X)))
& is_oriented_toward_2(fn_multipotent_stem_cell_20(X),fn_multipotent_stem_cell_6(X))
& has_region_2(fn_multipotent_stem_cell_14(X),fn_multipotent_stem_cell_21(X))
& is_inside_2(fn_multipotent_stem_cell_1(X),fn_multipotent_stem_cell_2(X))
& is_inside_2(fn_multipotent_stem_cell_1(X),fn_multipotent_stem_cell_3(X))
& fn_multipotent_stem_cell_1(X) != fn_multipotent_stem_cell_4(X)
& is_inside_2(fn_multipotent_stem_cell_4(X),fn_multipotent_stem_cell_3(X))
& is_inside_2(fn_multipotent_stem_cell_4(X),fn_multipotent_stem_cell_2(X))
& fn_multipotent_stem_cell_4(X) != fn_multipotent_stem_cell_1(X)
& has_part_2(fn_multipotent_stem_cell_6(X),fn_multipotent_stem_cell_4(X))
& has_part_2(fn_multipotent_stem_cell_6(X),fn_multipotent_stem_cell_1(X))
& called_2(fn_multipotent_stem_cell_8(X),'MP2')
& has_region_2(fn_multipotent_stem_cell_13(X),fn_multipotent_stem_cell_17(X))
& is_across_2(fn_multipotent_stem_cell_13(X),fn_multipotent_stem_cell_10(X))
& has_part_2(fn_multipotent_stem_cell_15(X),X)
& is_facing_2(fn_multipotent_stem_cell_20(X),fn_multipotent_stem_cell_6(X))
& is_outside_2(fn_multipotent_stem_cell_21(X),fn_multipotent_stem_cell_14(X))
& has_region_2(fn_multipotent_stem_cell_14(X),fn_multipotent_stem_cell_20(X))
& object_2(fn_multipotent_stem_cell_19(X),X)
& subevent_2(fn_multipotent_stem_cell_19(X),fn_multipotent_stem_cell_18(X))
& site_2(fn_multipotent_stem_cell_18(X),fn_multipotent_stem_cell_7(X))
& object_2(fn_multipotent_stem_cell_16(X),fn_multipotent_stem_cell_11(X))
& base_2(fn_multipotent_stem_cell_16(X),fn_multipotent_stem_cell_14(X))
& is_outside_2(fn_multipotent_stem_cell_17(X),fn_multipotent_stem_cell_14(X))
& has_region_2(fn_multipotent_stem_cell_11(X),fn_multipotent_stem_cell_17(X))
& is_across_2(fn_multipotent_stem_cell_11(X),fn_multipotent_stem_cell_10(X))
& has_region_2(fn_multipotent_stem_cell_14(X),fn_multipotent_stem_cell_10(X))
& has_region_2(fn_multipotent_stem_cell_14(X),fn_multipotent_stem_cell_17(X))
& called_2(fn_multipotent_stem_cell_9(X),'MP1')
& called_2(fn_multipotent_stem_cell_8(X),'MP1')
& called_2(fn_multipotent_stem_cell_13(X),'MP1')
& is_inside_2(fn_multipotent_stem_cell_11(X),fn_multipotent_stem_cell_12(X))
& called_2(fn_multipotent_stem_cell_11(X),'MP1')
& is_at_2(fn_multipotent_stem_cell_13(X),fn_multipotent_stem_cell_12(X))
& is_at_2(fn_multipotent_stem_cell_11(X),fn_multipotent_stem_cell_12(X))
& is_at_2(fn_multipotent_stem_cell_11(X),fn_multipotent_stem_cell_14(X))
& is_at_2(fn_multipotent_stem_cell_13(X),fn_multipotent_stem_cell_14(X))
& is_inside_2(fn_multipotent_stem_cell_13(X),fn_multipotent_stem_cell_12(X))
& is_across_2(fn_multipotent_stem_cell_11(X),fn_multipotent_stem_cell_14(X))
& has_part_2(fn_multipotent_stem_cell_14(X),fn_multipotent_stem_cell_13(X))
& is_across_2(fn_multipotent_stem_cell_13(X),fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_13(X) != fn_multipotent_stem_cell_11(X)
& fn_multipotent_stem_cell_11(X) != fn_multipotent_stem_cell_13(X)
& has_part_2(X,fn_multipotent_stem_cell_7(X))
& is_between_2(fn_multipotent_stem_cell_6(X),fn_multipotent_stem_cell_7(X))
& is_between_2(fn_multipotent_stem_cell_6(X),fn_multipotent_stem_cell_14(X))
& has_part_2(fn_multipotent_stem_cell_14(X),fn_multipotent_stem_cell_12(X))
& is_inside_2(fn_multipotent_stem_cell_9(X),fn_multipotent_stem_cell_12(X))
& object_2(fn_multipotent_stem_cell_5(X),X)
& agent_2(fn_multipotent_stem_cell_5(X),fn_multipotent_stem_cell_14(X))
& has_part_2(fn_multipotent_stem_cell_14(X),fn_multipotent_stem_cell_11(X))
& fn_multipotent_stem_cell_9(X) != fn_multipotent_stem_cell_11(X)
& fn_multipotent_stem_cell_11(X) != fn_multipotent_stem_cell_9(X)
& has_part_2(X,fn_multipotent_stem_cell_14(X))
& has_part_2(fn_multipotent_stem_cell_14(X),fn_multipotent_stem_cell_9(X))
& fn_multipotent_stem_cell_9(X) != fn_multipotent_stem_cell_13(X)
& fn_multipotent_stem_cell_13(X) != fn_multipotent_stem_cell_8(X)
& fn_multipotent_stem_cell_8(X) != fn_multipotent_stem_cell_11(X)
& fn_multipotent_stem_cell_13(X) != fn_multipotent_stem_cell_9(X)
& fn_multipotent_stem_cell_8(X) != fn_multipotent_stem_cell_13(X)
& fn_multipotent_stem_cell_11(X) != fn_multipotent_stem_cell_8(X)
& has_part_2(X,fn_multipotent_stem_cell_6(X))
& is_inside_2(fn_multipotent_stem_cell_6(X),fn_multipotent_stem_cell_14(X))
& has_part_2(fn_multipotent_stem_cell_14(X),fn_multipotent_stem_cell_8(X))
& fn_multipotent_stem_cell_9(X) != fn_multipotent_stem_cell_8(X)
& fn_multipotent_stem_cell_8(X) != fn_multipotent_stem_cell_9(X)
& fn_multipotent_stem_cell_10(X) = fn_plasma_membrane_6(fn_multipotent_stem_cell_14(X))
& X = fn_tissue_1(fn_multipotent_stem_cell_15(X))
& fn_multipotent_stem_cell_6(X) = fn_cytoplasmic_side_1(fn_multipotent_stem_cell_20(X))
& fn_multipotent_stem_cell_21(X) = fn_animal_plasma_membrane_5(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_20(X) = fn_plasma_membrane_66(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_20(X) = fn_animal_plasma_membrane_58(fn_multipotent_stem_cell_14(X))
& X = fn_cell_differentiation_19(fn_multipotent_stem_cell_19(X))
& fn_multipotent_stem_cell_7(X) = fn_cell_differentiation_18(fn_multipotent_stem_cell_19(X))
& fn_multipotent_stem_cell_18(X) = fn_cell_differentiation_2(fn_multipotent_stem_cell_19(X))
& fn_multipotent_stem_cell_18(X) = fn_cell_differentiation_5(fn_multipotent_stem_cell_19(X))
& fn_multipotent_stem_cell_16(X) = fn_animal_plasma_membrane_52(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_16(X) = fn_animal_plasma_membrane_77(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_16(X) = fn_animal_cell_83(X)
& fn_multipotent_stem_cell_17(X) = fn_plasma_membrane_65(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_10(X) = fn_animal_plasma_membrane_51(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_10(X) = fn_animal_cell_85(X)
& fn_multipotent_stem_cell_17(X) = fn_animal_plasma_membrane_55(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_17(X) = fn_animal_cell_84(X)
& fn_multipotent_stem_cell_11(X) = fn_plasma_membrane_3(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_13(X) = fn_animal_plasma_membrane_47(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_12(X) = fn_biomembrane_63(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_12(X) = fn_plasma_membrane_71(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_12(X) = fn_animal_plasma_membrane_54(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_12(X) = fn_animal_cell_58(X)
& fn_multipotent_stem_cell_12(X) = fn_stem_cell_21(X)
& fn_multipotent_stem_cell_7(X) = fn_animal_cell_78(X)
& fn_multipotent_stem_cell_7(X) = fn_stem_cell_33(X)
& fn_multipotent_stem_cell_9(X) = fn_animal_plasma_membrane_47(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_11(X) = fn_animal_plasma_membrane_62(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_11(X) = fn_animal_plasma_membrane_53(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_11(X) = fn_plasma_membrane_55(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_5(X) = fn_stem_cell_37(X)
& fn_multipotent_stem_cell_5(X) = fn_stem_cell_38(X)
& fn_multipotent_stem_cell_11(X) = fn_animal_cell_75(X)
& fn_multipotent_stem_cell_11(X) = fn_stem_cell_19(X)
& fn_multipotent_stem_cell_13(X) = fn_animal_plasma_membrane_53(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_13(X) = fn_plasma_membrane_55(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_13(X) = fn_stem_cell_18(X)
& fn_multipotent_stem_cell_9(X) = fn_plasma_membrane_34(fn_multipotent_stem_cell_14(X))
& X = fn_animal_plasma_membrane_56(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_9(X) = fn_plasma_membrane_68(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_9(X) = fn_plasma_membrane_54(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_9(X) = fn_stem_cell_20(X)
& fn_multipotent_stem_cell_8(X) = fn_plasma_membrane_54(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_8(X) = fn_animal_plasma_membrane_47(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_8(X) = fn_plasma_membrane_68(fn_multipotent_stem_cell_14(X))
& fn_multipotent_stem_cell_14(X) = fn_animal_cell_73(X)
& fn_multipotent_stem_cell_8(X) = fn_animal_cell_80(X)
& fn_multipotent_stem_cell_8(X) = fn_stem_cell_5(X)
& fn_multipotent_stem_cell_14(X) = fn_stem_cell_15(X)
& fn_multipotent_stem_cell_6(X) = fn_stem_cell_36(X)
& fn_plasma_membrane_66(fn_multipotent_stem_cell_14(X)) = fn_animal_plasma_membrane_58(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_58(fn_multipotent_stem_cell_14(X)) = fn_cell_differentiation_5(fn_multipotent_stem_cell_19(X))
& fn_cell_differentiation_5(fn_multipotent_stem_cell_19(X)) = fn_cell_differentiation_2(fn_multipotent_stem_cell_19(X))
& fn_cell_differentiation_2(fn_multipotent_stem_cell_19(X)) = fn_cell_differentiation_5(fn_multipotent_stem_cell_19(X))
& fn_cell_differentiation_5(fn_multipotent_stem_cell_19(X)) = fn_animal_plasma_membrane_52(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_52(fn_multipotent_stem_cell_14(X)) = fn_animal_plasma_membrane_77(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_77(fn_multipotent_stem_cell_14(X)) = fn_animal_plasma_membrane_77(fn_multipotent_stem_cell_14(X))
& fn_animal_cell_83(X) = fn_animal_plasma_membrane_77(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_77(fn_multipotent_stem_cell_14(X)) = fn_animal_cell_83(X)
& fn_animal_cell_83(X) = fn_animal_plasma_membrane_51(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_6(fn_multipotent_stem_cell_14(X)) = fn_animal_plasma_membrane_51(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_51(fn_multipotent_stem_cell_14(X)) = fn_plasma_membrane_6(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_6(fn_multipotent_stem_cell_14(X)) = fn_animal_cell_85(X)
& fn_animal_cell_85(X) = fn_animal_cell_85(X)
& fn_animal_cell_85(X) = fn_animal_plasma_membrane_55(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_55(fn_multipotent_stem_cell_14(X)) = fn_plasma_membrane_65(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_65(fn_multipotent_stem_cell_14(X)) = fn_plasma_membrane_65(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_65(fn_multipotent_stem_cell_14(X)) = fn_animal_plasma_membrane_55(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_55(fn_multipotent_stem_cell_14(X)) = fn_animal_plasma_membrane_55(fn_multipotent_stem_cell_14(X))
& fn_animal_cell_84(X) = fn_animal_plasma_membrane_55(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_55(fn_multipotent_stem_cell_14(X)) = fn_animal_cell_84(X)
& fn_animal_cell_84(X) = fn_plasma_membrane_71(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_71(fn_multipotent_stem_cell_14(X)) = fn_biomembrane_63(fn_multipotent_stem_cell_14(X))
& fn_biomembrane_63(fn_multipotent_stem_cell_14(X)) = fn_plasma_membrane_71(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_54(fn_multipotent_stem_cell_14(X)) = fn_plasma_membrane_71(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_71(fn_multipotent_stem_cell_14(X)) = fn_plasma_membrane_71(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_71(fn_multipotent_stem_cell_14(X)) = fn_animal_plasma_membrane_54(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_54(fn_multipotent_stem_cell_14(X)) = fn_animal_plasma_membrane_54(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_54(fn_multipotent_stem_cell_14(X)) = fn_animal_cell_58(X)
& fn_stem_cell_21(X) = fn_stem_cell_21(X)
& fn_stem_cell_21(X) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_stem_cell_21(X)
& fn_stem_cell_21(X) = fn_cell_differentiation_18(fn_multipotent_stem_cell_19(X))
& fn_cell_differentiation_18(fn_multipotent_stem_cell_19(X)) = fn_animal_cell_78(X)
& fn_animal_cell_78(X) = fn_cell_differentiation_18(fn_multipotent_stem_cell_19(X))
& fn_cell_differentiation_18(fn_multipotent_stem_cell_19(X)) = fn_stem_cell_33(X)
& fn_stem_cell_33(X) = fn_stem_cell_33(X)
& fn_stem_cell_33(X) = fn_stem_cell_38(X)
& fn_stem_cell_38(X) = fn_stem_cell_37(X)
& fn_stem_cell_37(X) = fn_stem_cell_38(X)
& fn_stem_cell_38(X) = fn_animal_plasma_membrane_53(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_53(fn_multipotent_stem_cell_14(X)) = fn_plasma_membrane_3(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_3(fn_multipotent_stem_cell_14(X)) = fn_animal_plasma_membrane_53(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_55(fn_multipotent_stem_cell_14(X)) = fn_animal_plasma_membrane_62(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_62(fn_multipotent_stem_cell_14(X)) = fn_plasma_membrane_55(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_55(fn_multipotent_stem_cell_14(X)) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_plasma_membrane_62(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_62(fn_multipotent_stem_cell_14(X)) = fn_animal_plasma_membrane_62(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_62(fn_multipotent_stem_cell_14(X)) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_cell_75(X)
& fn_stem_cell_19(X) = fn_stem_cell_19(X)
& fn_stem_cell_19(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_stem_cell_19(X)
& fn_stem_cell_19(X) = fn_animal_plasma_membrane_47(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_53(fn_multipotent_stem_cell_14(X)) = fn_animal_plasma_membrane_47(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_47(fn_multipotent_stem_cell_14(X)) = fn_animal_plasma_membrane_53(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_55(fn_multipotent_stem_cell_14(X)) = fn_animal_plasma_membrane_53(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_53(fn_multipotent_stem_cell_14(X)) = fn_animal_plasma_membrane_53(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_53(fn_multipotent_stem_cell_14(X)) = fn_plasma_membrane_55(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_55(fn_multipotent_stem_cell_14(X)) = fn_plasma_membrane_55(fn_multipotent_stem_cell_14(X))
& fn_stem_cell_18(X) = fn_stem_cell_18(X)
& fn_stem_cell_18(X) = fn_plasma_membrane_55(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_55(fn_multipotent_stem_cell_14(X)) = fn_stem_cell_18(X)
& fn_stem_cell_18(X) = fn_plasma_membrane_68(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_34(fn_multipotent_stem_cell_14(X)) = fn_animal_plasma_membrane_47(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_47(fn_multipotent_stem_cell_14(X)) = fn_plasma_membrane_34(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_34(fn_multipotent_stem_cell_14(X)) = fn_plasma_membrane_34(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_54(fn_multipotent_stem_cell_14(X)) = fn_plasma_membrane_34(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_34(fn_multipotent_stem_cell_14(X)) = fn_plasma_membrane_54(fn_multipotent_stem_cell_14(X))
& fn_stem_cell_20(X) = fn_stem_cell_20(X)
& fn_stem_cell_20(X) = fn_plasma_membrane_54(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_54(fn_multipotent_stem_cell_14(X)) = fn_stem_cell_20(X)
& fn_stem_cell_20(X) = fn_animal_plasma_membrane_47(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_47(fn_multipotent_stem_cell_14(X)) = fn_plasma_membrane_54(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_54(fn_multipotent_stem_cell_14(X)) = fn_plasma_membrane_54(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_54(fn_multipotent_stem_cell_14(X)) = fn_animal_plasma_membrane_47(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_47(fn_multipotent_stem_cell_14(X)) = fn_animal_plasma_membrane_47(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_68(fn_multipotent_stem_cell_14(X)) = fn_animal_plasma_membrane_47(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_47(fn_multipotent_stem_cell_14(X)) = fn_plasma_membrane_68(fn_multipotent_stem_cell_14(X))
& fn_animal_cell_80(X) = fn_plasma_membrane_68(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_68(fn_multipotent_stem_cell_14(X)) = fn_plasma_membrane_68(fn_multipotent_stem_cell_14(X))
& fn_plasma_membrane_68(fn_multipotent_stem_cell_14(X)) = fn_animal_cell_80(X)
& fn_stem_cell_5(X) = fn_stem_cell_5(X)
& fn_stem_cell_5(X) = fn_animal_cell_80(X)
& fn_animal_cell_80(X) = fn_stem_cell_5(X)
& fn_stem_cell_5(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_animal_cell_73(X)
& fn_stem_cell_15(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_stem_cell_15(X)
& fn_stem_cell_15(X) = fn_stem_cell_15(X)
& fn_stem_cell_15(X) = fn_cytoplasmic_side_1(fn_multipotent_stem_cell_20(X))
& fn_cytoplasmic_side_1(fn_multipotent_stem_cell_20(X)) = fn_stem_cell_36(X)
& fn_stem_cell_36(X) = fn_stem_cell_36(X)
& fn_stem_cell_36(X) = fn_tissue_1(fn_multipotent_stem_cell_15(X))
& fn_tissue_1(fn_multipotent_stem_cell_15(X)) = fn_animal_plasma_membrane_56(fn_multipotent_stem_cell_14(X))
& fn_animal_plasma_membrane_56(fn_multipotent_stem_cell_14(X)) = fn_tissue_1(fn_multipotent_stem_cell_15(X))
& fn_tissue_1(fn_multipotent_stem_cell_15(X)) = fn_cell_differentiation_19(fn_multipotent_stem_cell_19(X)) ) ) ).
fof(a531115,axiom,
! [X] :
( multiprotein_complex_i_1(X)
=> ( original_name_2(X,'Multiprotein-Complex-I')
& user_description_2(X,'Multiprotein complex I is the first component in the electron transport chain in the mitochondria.')
& concept2words_2(X,'multiprotein complex i')
& concept2words_2(X,'multiprotein-complex-i')
& protein_complex_1(X)
& iron_sulfur_protein_1(fn_multiprotein_complex_i_1(X))
& flavoprotein_1(fn_multiprotein_complex_i_2(X))
& element_2(X,fn_multiprotein_complex_i_1(X))
& next_element_2(fn_multiprotein_complex_i_2(X),fn_multiprotein_complex_i_1(X))
& element_2(X,fn_multiprotein_complex_i_2(X))
& fn_multiprotein_complex_i_2(X) = fn_protein_complex_1(X) ) ) ).
fof(a531116,axiom,
! [X] :
( multiprotein_complex_ii_1(X)
=> ( original_name_2(X,'Multiprotein-Complex-II')
& user_description_2(X,'Multiprotein complex II is the second multiprotein complex in the electron transport chain in the mitochondria.')
& concept2words_2(X,'multiprotein complex ii')
& concept2words_2(X,'multiprotein-complex-ii')
& protein_complex_1(X)
& prosthetic_group_1(fn_multiprotein_complex_ii_1(X))
& iron_sulfur_protein_1(fn_multiprotein_complex_ii_2(X))
& element_2(X,fn_multiprotein_complex_ii_1(X))
& element_2(X,fn_multiprotein_complex_ii_2(X))
& fn_multiprotein_complex_ii_2(X) = fn_protein_complex_1(X) ) ) ).
fof(a531117,axiom,
! [X] :
( multiprotein_complex_iii_1(X)
=> ( original_name_2(X,'Multiprotein-Complex-III')
& user_description_2(X,'Multiprotein complex III is the third multiprotein complex in the electron transport chain in the mitochondria.')
& concept2words_2(X,'multiprotein complex iii')
& concept2words_2(X,'multiprotein-complex-iii')
& protein_complex_1(X)
& iron_sulfur_protein_1(fn_multiprotein_complex_iii_1(X))
& cytochrome_b_1(fn_multiprotein_complex_iii_2(X))
& tangible_entity_1(fn_multiprotein_complex_iii_3(X))
& phospholipid_bilayer_1(fn_multiprotein_complex_iii_3(X))
& biomembrane_1(fn_multiprotein_complex_iii_4(X))
& cytochrome_c1_1(fn_multiprotein_complex_iii_5(X))
& tangible_entity_1(fn_biomembrane_63(fn_multiprotein_complex_iii_4(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_multiprotein_complex_iii_4(X)))
& biomembrane_1(fn_cytochrome_1(fn_multiprotein_complex_iii_5(X)))
& next_element_2(fn_multiprotein_complex_iii_2(X),fn_multiprotein_complex_iii_1(X))
& next_element_2(fn_multiprotein_complex_iii_1(X),fn_multiprotein_complex_iii_5(X))
& is_inside_2(fn_multiprotein_complex_iii_5(X),fn_multiprotein_complex_iii_3(X))
& element_2(X,fn_multiprotein_complex_iii_1(X))
& element_2(X,fn_multiprotein_complex_iii_2(X))
& element_2(X,fn_multiprotein_complex_iii_5(X))
& has_part_2(fn_multiprotein_complex_iii_4(X),fn_multiprotein_complex_iii_3(X))
& has_part_2(fn_multiprotein_complex_iii_4(X),fn_multiprotein_complex_iii_5(X))
& fn_multiprotein_complex_iii_5(X) = fn_protein_complex_1(X)
& fn_multiprotein_complex_iii_3(X) = fn_biomembrane_63(fn_multiprotein_complex_iii_4(X))
& fn_multiprotein_complex_iii_4(X) = fn_cytochrome_1(fn_multiprotein_complex_iii_5(X)) ) ) ).
fof(a531118,axiom,
! [X] :
( multiprotein_complex_iv_1(X)
=> ( original_name_2(X,'Multiprotein-Complex-IV')
& user_description_2(X,'Multiprotein complex IV is the fourth multiprotein complex in the electron transport chain in the mitochondria.')
& concept2words_2(X,'multiprotein complex iv')
& concept2words_2(X,'multiprotein-complex-iv')
& protein_complex_1(X)
& cytochrome_a_1(fn_multiprotein_complex_iv_1(X))
& proton_pump_1(fn_multiprotein_complex_iv_2(X))
& cytochrome_a3_1(fn_multiprotein_complex_iv_3(X))
& element_2(X,fn_multiprotein_complex_iv_2(X))
& element_2(X,fn_multiprotein_complex_iv_1(X))
& next_element_2(fn_multiprotein_complex_iv_1(X),fn_multiprotein_complex_iv_3(X))
& element_2(X,fn_multiprotein_complex_iv_3(X))
& fn_multiprotein_complex_iv_3(X) = fn_protein_complex_1(X) ) ) ).
fof(a531119,axiom,
! [X] :
( multislot_value_viewpoint_1(X)
=> ( original_name_2(X,'Multislot-Value-Viewpoint')
& concept2words_2(X,'multislot value viewpoint')
& concept2words_2(X,'multislot-value-viewpoint')
& viewpoint_1(X) ) ) ).
fof(a531120,axiom,
! [X] :
( muscle_1(X)
=> ( original_name_2(X,'Muscle')
& user_description_2(X,'A single organ that is part of the muscular system and composed of contractile muscular tissue.')
& concept2words_2(X,muscle)
& muscle_tissue_1(X)
& muscle_cell_1(fn_muscle_1(X))
& hold_together_1(fn_muscle_2(X))
& desmosome_1(fn_muscle_3(X))
& muscle_cell_1(fn_muscle_4(X))
& animal_cell_1(fn_desmosome_3(fn_muscle_3(X)))
& hold_together_1(fn_desmosome_1(fn_muscle_3(X)))
& tangible_entity_1(fn_desmosome_2(fn_muscle_3(X)))
& animal_cell_1(fn_desmosome_2(fn_muscle_3(X)))
& cell_1(fn_desmosome_2(fn_muscle_3(X)))
& has_part_2(X,fn_muscle_4(X))
& has_part_2(X,fn_muscle_1(X))
& agent_2(fn_muscle_2(X),fn_muscle_3(X))
& object_2(fn_muscle_2(X),fn_muscle_1(X))
& fn_muscle_1(X) != fn_muscle_4(X)
& object_2(fn_muscle_2(X),fn_muscle_4(X))
& fn_muscle_4(X) != fn_muscle_1(X)
& fn_muscle_1(X) = fn_tissue_1(X)
& fn_muscle_4(X) = fn_desmosome_3(fn_muscle_3(X))
& fn_muscle_1(X) = fn_desmosome_2(fn_muscle_3(X))
& fn_muscle_2(X) = fn_desmosome_1(fn_muscle_3(X))
& fn_tissue_1(X) = fn_desmosome_2(fn_muscle_3(X))
& fn_desmosome_2(fn_muscle_3(X)) = fn_desmosome_2(fn_muscle_3(X)) ) ) ).
fof(a531121,axiom,
! [X] :
( muscle_cell_1(X)
=> ( original_name_2(X,'Muscle-Cell')
& user_description_2(X,'Cells that are elongated and contractile that form the muscles of the body')
& concept2words_2(X,'cell of muscle')
& concept2words_2(X,'muscle cell')
& concept2words_2(X,'muscle-cell')
& animal_cell_1(X)
& chromosome_arm_1(fn_muscle_cell_1(X))
& chromosome_arm_1(fn_muscle_cell_2(X))
& structural_complexity_value_1(fn_muscle_cell_3(X))
& electron_transport_chain_pathway_1(fn_muscle_cell_5(X))
& eukaryotic_oxidative_phosphorylation_1(fn_muscle_cell_6(X))
& metabolic_pathway_1(fn_muscle_cell_7(X))
& endergonic_process_1(fn_muscle_cell_7(X))
& chemical_reaction_1(fn_muscle_cell_7(X))
& synthesis_of_organic_molecule_1(fn_muscle_cell_7(X))
& anabolic_pathway_1(fn_muscle_cell_7(X))
& synthesis_of_atp_1(fn_muscle_cell_7(X))
& catabolic_pathway_1(fn_muscle_cell_8(X))
& cellular_work_1(fn_muscle_cell_9(X))
& active_transport_1(fn_muscle_cell_9(X))
& active_movement_of_ions_1(fn_muscle_cell_9(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_muscle_cell_9(X))
& protein_enzyme_1(fn_muscle_cell_10(X))
& protein_enzyme_1(fn_muscle_cell_11(X))
& nuclear_lamina_1(fn_muscle_cell_12(X))
& aqueous_solution_1(fn_muscle_cell_13(X))
& support_1(fn_muscle_cell_16(X))
& mixture_1(fn_muscle_cell_17(X))
& cytoplasm_1(fn_muscle_cell_17(X))
& ribosome_1(fn_muscle_cell_18(X))
& eukaryotic_ribosome_1(fn_muscle_cell_18(X))
& eukaryotic_chromosome_1(fn_muscle_cell_19(X))
& chromosome_1(fn_muscle_cell_19(X))
& endoplasmic_reticulum_1(fn_muscle_cell_20(X))
& rough_endoplasmic_reticulum_1(fn_muscle_cell_20(X))
& tangible_entity_1(fn_muscle_cell_21(X))
& nucleus_1(fn_muscle_cell_21(X))
& semiautonomous_organelle_1(fn_muscle_cell_22(X))
& organelle_1(fn_muscle_cell_22(X))
& mitochondrion_1(fn_muscle_cell_22(X))
& centrosome_1(fn_muscle_cell_23(X))
& eukaryotic_cellular_respiration_1(fn_muscle_cell_24(X))
& volume_value_1(fn_muscle_cell_25(X))
& surface_1(fn_muscle_cell_26(X))
& cell_pole_1(fn_muscle_cell_27(X))
& cell_pole_1(fn_muscle_cell_28(X))
& size_value_1(fn_muscle_cell_29(X))
& glycoprotein_1(fn_muscle_cell_30(X))
& organic_molecule_1(fn_muscle_cell_31(X))
& integral_protein_1(fn_muscle_cell_31(X))
& transmembrane_protein_1(fn_muscle_cell_31(X))
& tangible_entity_1(fn_muscle_cell_31(X))
& membrane_protein_1(fn_muscle_cell_31(X))
& protein_1(fn_muscle_cell_31(X))
& spatial_entity_1(fn_muscle_cell_31(X))
& polymer_1(fn_muscle_cell_31(X))
& integrin_1(fn_muscle_cell_31(X))
& substance_1(fn_muscle_cell_32(X))
& cytosol_1(fn_muscle_cell_32(X))
& create_1(fn_muscle_cell_33(X))
& produce_1(fn_muscle_cell_33(X))
& microtubule_1(fn_muscle_cell_34(X))
& carbon_skeleton_1(fn_muscle_cell_35(X))
& lipid_1(fn_muscle_cell_36(X))
& glycolipid_1(fn_muscle_cell_36(X))
& transfer_1(fn_muscle_cell_37(X))
& spatial_entity_1(fn_muscle_cell_38(X))
& cisternal_space_1(fn_muscle_cell_38(X))
& transfer_1(fn_muscle_cell_39(X))
& outside_face_1(fn_muscle_cell_40(X))
& extracellular_side_1(fn_muscle_cell_40(X))
& surface_1(fn_muscle_cell_40(X))
& support_1(fn_muscle_cell_41(X))
& protein_1(fn_muscle_cell_42(X))
& organic_molecule_1(fn_muscle_cell_42(X))
& polymer_1(fn_muscle_cell_42(X))
& spatial_entity_1(fn_muscle_cell_42(X))
& membrane_protein_1(fn_muscle_cell_42(X))
& tangible_entity_1(fn_muscle_cell_42(X))
& transmembrane_protein_1(fn_muscle_cell_42(X))
& integral_protein_1(fn_muscle_cell_42(X))
& transport_protein_1(fn_muscle_cell_42(X))
& sodium_potassium_pump_1(fn_muscle_cell_42(X))
& tangible_entity_1(fn_muscle_cell_43(X))
& phospholipid_bilayer_1(fn_muscle_cell_43(X))
& protein_1(fn_muscle_cell_44(X))
& organic_molecule_1(fn_muscle_cell_44(X))
& polymer_1(fn_muscle_cell_44(X))
& spatial_entity_1(fn_muscle_cell_44(X))
& membrane_protein_1(fn_muscle_cell_44(X))
& tangible_entity_1(fn_muscle_cell_44(X))
& transmembrane_protein_1(fn_muscle_cell_44(X))
& integral_protein_1(fn_muscle_cell_44(X))
& transport_protein_1(fn_muscle_cell_44(X))
& sodium_potassium_pump_1(fn_muscle_cell_44(X))
& protein_1(fn_muscle_cell_45(X))
& organic_molecule_1(fn_muscle_cell_45(X))
& polymer_1(fn_muscle_cell_45(X))
& spatial_entity_1(fn_muscle_cell_45(X))
& membrane_protein_1(fn_muscle_cell_45(X))
& tangible_entity_1(fn_muscle_cell_45(X))
& transmembrane_protein_1(fn_muscle_cell_45(X))
& integral_protein_1(fn_muscle_cell_45(X))
& transport_protein_1(fn_muscle_cell_45(X))
& sodium_potassium_pump_1(fn_muscle_cell_45(X))
& attach_1(fn_muscle_cell_46(X))
& hydrophobic_core_1(fn_muscle_cell_47(X))
& membrane_1(fn_muscle_cell_48(X))
& tangible_entity_1(fn_muscle_cell_48(X))
& spatial_entity_1(fn_muscle_cell_48(X))
& biomembrane_1(fn_muscle_cell_48(X))
& animal_plasma_membrane_1(fn_muscle_cell_48(X))
& plasma_membrane_1(fn_muscle_cell_48(X))
& golgi_apparatus_1(fn_muscle_cell_49(X))
& microfilament_1(fn_muscle_cell_50(X))
& microfilament_1(fn_muscle_cell_51(X))
& myosin_filament_1(fn_muscle_cell_52(X))
& tangible_entity_1(fn_muscle_cell_53(X))
& er_membrane_1(fn_muscle_cell_53(X))
& biomembrane_1(fn_muscle_cell_53(X))
& store_1(fn_muscle_cell_54(X))
& entity_1(fn_muscle_cell_55(X))
& storage_polysaccharide_1(fn_muscle_cell_55(X))
& spatial_entity_1(fn_muscle_cell_55(X))
& tangible_entity_1(fn_muscle_cell_55(X))
& chemical_entity_1(fn_muscle_cell_55(X))
& molecule_1(fn_muscle_cell_55(X))
& glycogen_1(fn_muscle_cell_55(X))
& substance_1(fn_muscle_cell_56(X))
& cytosol_1(fn_muscle_cell_56(X))
& calcium_ion_1(fn_muscle_cell_57(X))
& deliver_1(fn_muscle_cell_58(X))
& tangible_entity_1(fn_muscle_cell_59(X))
& endoplasmic_reticulum_1(fn_muscle_cell_59(X))
& smooth_endoplasmic_reticulum_1(fn_muscle_cell_59(X))
& synthesis_reaction_1(fn_muscle_cell_60(X))
& chemical_reaction_1(fn_muscle_cell_60(X))
& anabolic_pathway_1(fn_muscle_cell_60(X))
& metabolic_pathway_1(fn_muscle_cell_60(X))
& endergonic_reaction_1(fn_muscle_cell_60(X))
& synthesis_of_lipid_1(fn_muscle_cell_60(X))
& synthesis_of_endomembranous_system_membrane_1(fn_muscle_cell_61(X))
& spatial_entity_1(fn_muscle_cell_62(X))
& tangible_entity_1(fn_muscle_cell_62(X))
& nuclear_membrane_1(fn_muscle_cell_62(X))
& biomembrane_1(fn_muscle_cell_62(X))
& support_1(fn_muscle_cell_63(X))
& facilitated_diffusion_of_polar_molecule_1(fn_muscle_cell_64(X))
& monomer_1(fn_muscle_cell_65(X))
& glucose_6_phosphate_1(fn_muscle_cell_65(X))
& tangible_entity_1(fn_muscle_cell_66(X))
& liver_cell_1(fn_muscle_cell_66(X))
& release_1(fn_muscle_cell_67(X))
& exergonic_reaction_1(fn_muscle_cell_68(X))
& glycogen_breakdown_in_vertebrates_1(fn_muscle_cell_68(X))
& synthesis_of_lipid_1(fn_muscle_cell_69(X))
& end_1(fn_muscle_cell_70(X))
& centromere_1(fn_muscle_cell_71(X))
& telomere_1(fn_muscle_cell_72(X))
& protein_1(fn_muscle_cell_73(X))
& coil_1(fn_muscle_cell_74(X))
& polymer_1(fn_muscle_cell_75(X))
& entity_1(fn_muscle_cell_75(X))
& dna_1(fn_muscle_cell_75(X))
& inside_face_1(fn_muscle_cell_76(X))
& cytoplasmic_side_1(fn_muscle_cell_76(X))
& hydrophilic_face_1(fn_muscle_cell_77(X))
& move_1(fn_muscle_cell_78(X))
& peroxisome_1(fn_muscle_cell_79(X))
& tangible_entity_1(fn_release_2(fn_muscle_cell_67(X)))
& entity_1(fn_transfer_1(fn_muscle_cell_58(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_muscle_cell_68(X)))
& transfer_1(fn_endoplasmic_reticulum_25(fn_muscle_cell_59(X)))
& transfer_1(fn_rough_endoplasmic_reticulum_55(fn_muscle_cell_20(X)))
& hydrophilic_face_1(fn_animal_plasma_membrane_5(fn_muscle_cell_48(X)))
& glycolipid_1(fn_synthesis_of_endomembranous_system_membrane_52(fn_muscle_cell_61(X)))
& centromere_1(fn_chromosome_6(fn_muscle_cell_19(X)))
& coil_1(fn_chromosome_8(fn_muscle_cell_19(X)))
& protein_1(fn_chromosome_3(fn_muscle_cell_19(X)))
& store_1(fn_liver_cell_50(fn_muscle_cell_66(X)))
& entity_1(fn_liver_cell_51(fn_muscle_cell_66(X)))
& storage_polysaccharide_1(fn_liver_cell_51(fn_muscle_cell_66(X)))
& spatial_entity_1(fn_liver_cell_51(fn_muscle_cell_66(X)))
& tangible_entity_1(fn_liver_cell_51(fn_muscle_cell_66(X)))
& chemical_entity_1(fn_liver_cell_51(fn_muscle_cell_66(X)))
& molecule_1(fn_liver_cell_51(fn_muscle_cell_66(X)))
& glycogen_1(fn_liver_cell_51(fn_muscle_cell_66(X)))
& glycogen_breakdown_in_vertebrates_1(fn_liver_cell_43(fn_muscle_cell_66(X)))
& end_1(fn_eukaryotic_chromosome_5(fn_muscle_cell_19(X)))
& telomere_1(fn_eukaryotic_chromosome_4(fn_muscle_cell_19(X)))
& microfilament_1(fn_myosin_filament_3(fn_muscle_cell_52(X)))
& microfilament_1(fn_myosin_filament_2(fn_muscle_cell_52(X)))
& tangible_entity_1(fn_smooth_endoplasmic_reticulum_28(fn_muscle_cell_59(X)))
& er_membrane_1(fn_smooth_endoplasmic_reticulum_28(fn_muscle_cell_59(X)))
& biomembrane_1(fn_smooth_endoplasmic_reticulum_28(fn_muscle_cell_59(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_muscle_cell_59(X)))
& nuclear_lamina_1(fn_nucleus_14(fn_muscle_cell_21(X)))
& carbon_skeleton_1(fn_lipid_14(fn_muscle_cell_36(X)))
& carbon_skeleton_1(fn_glycolipid_4(fn_muscle_cell_36(X)))
& carbon_skeleton_1(fn_biomembrane_71(fn_muscle_cell_62(X)))
& inside_face_1(fn_animal_plasma_membrane_58(fn_muscle_cell_48(X)))
& cytoplasmic_side_1(fn_animal_plasma_membrane_58(fn_muscle_cell_48(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_muscle_cell_48(X)))
& glycoprotein_1(fn_integral_protein_9(fn_muscle_cell_31(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_muscle_cell_48(X)))
& spatial_entity_1(fn_rough_endoplasmic_reticulum_52(fn_muscle_cell_20(X)))
& cisternal_space_1(fn_rough_endoplasmic_reticulum_52(fn_muscle_cell_20(X)))
& cisternal_space_1(fn_smooth_endoplasmic_reticulum_39(fn_muscle_cell_59(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_muscle_cell_59(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_muscle_cell_59(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_muscle_cell_59(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_muscle_cell_59(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_muscle_cell_59(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_muscle_cell_59(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_muscle_cell_59(X)))
& synthesis_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_muscle_cell_61(X)))
& chemical_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_muscle_cell_61(X)))
& anabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_muscle_cell_61(X)))
& metabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_muscle_cell_61(X)))
& endergonic_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_muscle_cell_61(X)))
& synthesis_of_lipid_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_muscle_cell_61(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_muscle_cell_59(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_muscle_cell_62(X)))
& aqueous_solution_1(fn_nuclear_membrane_18(fn_muscle_cell_62(X)))
& aqueous_solution_1(fn_nucleus_17(fn_muscle_cell_21(X)))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_muscle_cell_61(X)))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_muscle_cell_61(X)))
& biomembrane_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_muscle_cell_61(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_muscle_cell_21(X)))
& biomembrane_1(fn_nucleus_13(fn_muscle_cell_21(X)))
& entity_1(fn_eukaryotic_chromosome_3(fn_muscle_cell_19(X)))
& dna_1(fn_eukaryotic_chromosome_3(fn_muscle_cell_19(X)))
& polymer_1(fn_eukaryotic_chromosome_3(fn_muscle_cell_19(X)))
& entity_1(fn_chromosome_4(fn_muscle_cell_19(X)))
& dna_1(fn_chromosome_4(fn_muscle_cell_19(X)))
& attach_1(fn_animal_plasma_membrane_83(fn_muscle_cell_48(X)))
& attach_1(fn_animal_plasma_membrane_77(fn_muscle_cell_48(X)))
& attach_1(fn_animal_plasma_membrane_52(fn_muscle_cell_48(X)))
& hydrophobic_core_1(fn_animal_plasma_membrane_51(fn_muscle_cell_48(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_muscle_cell_48(X)))
& outside_face_1(fn_animal_plasma_membrane_55(fn_muscle_cell_48(X)))
& extracellular_side_1(fn_animal_plasma_membrane_55(fn_muscle_cell_48(X)))
& surface_1(fn_animal_plasma_membrane_55(fn_muscle_cell_48(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_muscle_cell_48(X)))
& tangible_entity_1(fn_biomembrane_63(fn_muscle_cell_48(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_muscle_cell_48(X)))
& tangible_entity_1(fn_integral_protein_27(fn_muscle_cell_31(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_muscle_cell_31(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_muscle_cell_48(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_muscle_cell_48(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_muscle_cell_48(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_muscle_cell_48(X)))
& tangible_entity_1(fn_integrin_29(fn_muscle_cell_31(X)))
& phospholipid_bilayer_1(fn_integrin_29(fn_muscle_cell_31(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_muscle_cell_59(X)))
& eukaryotic_chromosome_1(fn_nucleus_6(fn_muscle_cell_21(X)))
& eukaryotic_ribosome_1(fn_rough_endoplasmic_reticulum_56(fn_muscle_cell_20(X)))
& eukaryotic_ribosome_1(fn_smooth_endoplasmic_reticulum_11(fn_muscle_cell_59(X)))
& mixture_1(fn_rough_endoplasmic_reticulum_32(fn_muscle_cell_20(X)))
& cytoplasm_1(fn_rough_endoplasmic_reticulum_32(fn_muscle_cell_20(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_muscle_cell_76(X)))
& substance_1(fn_rough_endoplasmic_reticulum_23(fn_muscle_cell_20(X)))
& cytosol_1(fn_rough_endoplasmic_reticulum_23(fn_muscle_cell_20(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_muscle_cell_59(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_muscle_cell_59(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_muscle_cell_59(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_muscle_cell_48(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_muscle_cell_48(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_muscle_cell_48(X)))
& protein_1(fn_plasma_membrane_54(fn_muscle_cell_48(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_muscle_cell_48(X)))
& polymer_1(fn_plasma_membrane_54(fn_muscle_cell_48(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_muscle_cell_48(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_muscle_cell_48(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_muscle_cell_48(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_muscle_cell_48(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_muscle_cell_48(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_muscle_cell_48(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_muscle_cell_48(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_muscle_cell_48(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_muscle_cell_48(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_muscle_cell_48(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_muscle_cell_48(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_muscle_cell_48(X)))
& polymer_1(fn_integrin_8(fn_muscle_cell_31(X)))
& spatial_entity_1(fn_integrin_8(fn_muscle_cell_31(X)))
& membrane_protein_1(fn_integrin_8(fn_muscle_cell_31(X)))
& tangible_entity_1(fn_integrin_8(fn_muscle_cell_31(X)))
& transmembrane_protein_1(fn_integrin_8(fn_muscle_cell_31(X)))
& integral_protein_1(fn_integrin_8(fn_muscle_cell_31(X)))
& transport_protein_1(fn_integrin_8(fn_muscle_cell_31(X)))
& sodium_potassium_pump_1(fn_integrin_8(fn_muscle_cell_31(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_muscle_cell_48(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_muscle_cell_48(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_muscle_cell_48(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_muscle_cell_48(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_muscle_cell_48(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_muscle_cell_48(X)))
& protein_1(fn_plasma_membrane_68(fn_muscle_cell_48(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_muscle_cell_48(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_muscle_cell_48(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_muscle_cell_48(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_muscle_cell_48(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_muscle_cell_48(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_muscle_cell_48(X)))
& spatial_entity_1(fn_integrin_9(fn_muscle_cell_31(X)))
& polymer_1(fn_integrin_9(fn_muscle_cell_31(X)))
& organic_molecule_1(fn_integrin_9(fn_muscle_cell_31(X)))
& tangible_entity_1(fn_integrin_9(fn_muscle_cell_31(X)))
& membrane_protein_1(fn_integrin_9(fn_muscle_cell_31(X)))
& protein_1(fn_integrin_9(fn_muscle_cell_31(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_muscle_cell_64(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_muscle_cell_64(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_muscle_cell_64(X)))
& biomembrane_1(fn_integral_protein_24(fn_muscle_cell_31(X)))
& spatial_entity_1(fn_integrin_30(fn_muscle_cell_31(X)))
& biomembrane_1(fn_integrin_30(fn_muscle_cell_31(X)))
& animal_plasma_membrane_1(fn_integrin_30(fn_muscle_cell_31(X)))
& plasma_membrane_1(fn_integrin_30(fn_muscle_cell_31(X)))
& tangible_entity_1(fn_deliver_1(fn_muscle_cell_58(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_muscle_cell_48(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_62(fn_muscle_cell_20(X)))
& eukaryotic_cell_1(fn_rough_endoplasmic_reticulum_62(fn_muscle_cell_20(X)))
& cell_1(fn_rough_endoplasmic_reticulum_62(fn_muscle_cell_20(X)))
& spatial_entity_1(fn_store_2(fn_muscle_cell_54(X)))
& tangible_entity_1(fn_support_1(fn_muscle_cell_41(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_muscle_cell_59(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_muscle_cell_59(X)))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_28(fn_muscle_cell_61(X)))
& eukaryotic_cell_1(fn_synthesis_of_endomembranous_system_membrane_28(fn_muscle_cell_61(X)))
& cell_1(fn_synthesis_of_endomembranous_system_membrane_28(fn_muscle_cell_61(X)))
& muscle_cell_1(fn_myosin_filament_4(fn_muscle_cell_52(X)))
& is_inside_2(fn_muscle_cell_10(X),fn_muscle_cell_53(X))
& is_inside_2(fn_muscle_cell_11(X),fn_muscle_cell_53(X))
& has_part_2(fn_muscle_cell_19(X),fn_muscle_cell_1(X))
& has_part_2(fn_muscle_cell_19(X),fn_muscle_cell_2(X))
& site_2(fn_muscle_cell_24(X),fn_muscle_cell_17(X))
& recipient_2(fn_muscle_cell_37(X),fn_muscle_cell_59(X))
& recipient_2(fn_muscle_cell_39(X),fn_muscle_cell_20(X))
& agent_2(fn_muscle_cell_41(X),fn_muscle_cell_48(X))
& fn_muscle_cell_42(X) != fn_muscle_cell_44(X)
& fn_muscle_cell_44(X) != fn_muscle_cell_42(X)
& the_scalar_value_2(fn_muscle_cell_3(X),very_complex_0)
& scalar_unit_class_2(fn_muscle_cell_3(X),biomembrane_0)
& is_across_2(fn_muscle_cell_47(X),fn_muscle_cell_42(X))
& has_region_2(fn_muscle_cell_48(X),fn_muscle_cell_77(X))
& abuts_2(fn_muscle_cell_53(X),fn_muscle_cell_62(X))
& has_function_2(X,fn_muscle_cell_54(X))
& is_inside_2(fn_muscle_cell_57(X),fn_muscle_cell_56(X))
& agent_2(fn_muscle_cell_58(X),fn_muscle_cell_53(X))
& donor_2(fn_muscle_cell_58(X),fn_muscle_cell_56(X))
& structural_complexity_2(fn_muscle_cell_62(X),fn_muscle_cell_3(X))
& abuts_2(fn_muscle_cell_62(X),fn_muscle_cell_53(X))
& agent_2(fn_muscle_cell_64(X),fn_muscle_cell_42(X))
& agent_2(fn_muscle_cell_64(X),fn_muscle_cell_44(X))
& agent_2(fn_muscle_cell_64(X),fn_muscle_cell_45(X))
& is_inside_2(fn_muscle_cell_65(X),fn_muscle_cell_66(X))
& is_between_2(fn_muscle_cell_71(X),fn_muscle_cell_1(X))
& is_between_2(fn_muscle_cell_71(X),fn_muscle_cell_2(X))
& is_oriented_toward_2(fn_muscle_cell_76(X),fn_muscle_cell_17(X))
& base_2(fn_muscle_cell_67(X),fn_muscle_cell_66(X))
& object_2(fn_muscle_cell_58(X),fn_muscle_cell_57(X))
& recipient_2(fn_muscle_cell_58(X),fn_muscle_cell_59(X))
& result_2(fn_muscle_cell_68(X),fn_muscle_cell_65(X))
& path_2(fn_muscle_cell_64(X),fn_muscle_cell_48(X))
& base_2(fn_muscle_cell_54(X),X)
& object_2(fn_muscle_cell_41(X),X)
& agent_2(fn_muscle_cell_39(X),fn_muscle_cell_59(X))
& has_region_2(fn_muscle_cell_36(X),fn_muscle_cell_35(X))
& is_facing_2(fn_muscle_cell_76(X),fn_muscle_cell_17(X))
& is_inside_2(fn_muscle_cell_35(X),fn_muscle_cell_62(X))
& donor_2(fn_muscle_cell_37(X),fn_muscle_cell_20(X))
& has_region_2(fn_muscle_cell_20(X),fn_muscle_cell_38(X))
& is_at_2(fn_muscle_cell_42(X),fn_muscle_cell_43(X))
& is_at_2(fn_muscle_cell_44(X),fn_muscle_cell_43(X))
& is_across_2(fn_muscle_cell_44(X),fn_muscle_cell_47(X))
& called_2(fn_muscle_cell_31(X),'MP2')
& is_across_2(fn_muscle_cell_47(X),fn_muscle_cell_44(X))
& fn_muscle_cell_45(X) != fn_muscle_cell_44(X)
& fn_muscle_cell_44(X) != fn_muscle_cell_45(X)
& has_part_2(fn_muscle_cell_48(X),fn_muscle_cell_45(X))
& is_at_2(fn_muscle_cell_44(X),fn_muscle_cell_48(X))
& called_2(fn_muscle_cell_45(X),'MP1')
& fn_muscle_cell_42(X) != fn_muscle_cell_45(X)
& fn_muscle_cell_45(X) != fn_muscle_cell_42(X)
& is_outside_2(fn_muscle_cell_77(X),fn_muscle_cell_48(X))
& has_region_2(fn_muscle_cell_45(X),fn_muscle_cell_40(X))
& is_across_2(fn_muscle_cell_45(X),fn_muscle_cell_47(X))
& has_part_2(fn_muscle_cell_48(X),fn_muscle_cell_30(X))
& is_inside_2(fn_muscle_cell_30(X),fn_muscle_cell_43(X))
& is_inside_2(fn_muscle_cell_45(X),fn_muscle_cell_43(X))
& is_across_2(fn_muscle_cell_45(X),fn_muscle_cell_48(X))
& has_region_2(fn_muscle_cell_48(X),fn_muscle_cell_76(X))
& base_2(fn_muscle_cell_60(X),X)
& subevent_2(fn_muscle_cell_61(X),fn_muscle_cell_60(X))
& first_subevent_2(fn_muscle_cell_61(X),fn_muscle_cell_60(X))
& result_2(fn_muscle_cell_61(X),fn_muscle_cell_62(X))
& has_part_2(fn_muscle_cell_62(X),fn_muscle_cell_36(X))
& has_region_2(fn_muscle_cell_19(X),fn_muscle_cell_71(X))
& has_part_2(fn_muscle_cell_19(X),fn_muscle_cell_73(X))
& agent_2(fn_muscle_cell_74(X),fn_muscle_cell_73(X))
& object_2(fn_muscle_cell_74(X),fn_muscle_cell_75(X))
& site_2(fn_muscle_cell_68(X),fn_muscle_cell_66(X))
& raw_material_2(fn_muscle_cell_68(X),fn_muscle_cell_55(X))
& object_2(fn_muscle_cell_54(X),fn_muscle_cell_55(X))
& has_part_2(fn_muscle_cell_19(X),fn_muscle_cell_72(X))
& is_at_2(fn_muscle_cell_72(X),fn_muscle_cell_70(X))
& has_region_2(fn_muscle_cell_19(X),fn_muscle_cell_70(X))
& called_2(fn_muscle_cell_42(X),'MP1')
& is_inside_2(fn_muscle_cell_42(X),fn_muscle_cell_43(X))
& fn_muscle_cell_31(X) != fn_muscle_cell_42(X)
& is_at_2(fn_muscle_cell_42(X),fn_muscle_cell_48(X))
& has_part_2(fn_muscle_cell_48(X),fn_muscle_cell_44(X))
& is_across_2(fn_muscle_cell_44(X),fn_muscle_cell_48(X))
& fn_muscle_cell_42(X) != fn_muscle_cell_31(X)
& is_between_2(fn_muscle_cell_52(X),fn_muscle_cell_51(X))
& has_part_2(X,fn_muscle_cell_51(X))
& is_between_2(fn_muscle_cell_52(X),fn_muscle_cell_50(X))
& has_part_2(X,fn_muscle_cell_50(X))
& has_part_2(X,fn_muscle_cell_52(X))
& is_parallel_to_2(fn_muscle_cell_51(X),fn_muscle_cell_50(X))
& is_parallel_to_2(fn_muscle_cell_50(X),fn_muscle_cell_51(X))
& is_inside_2(fn_muscle_cell_38(X),fn_muscle_cell_53(X))
& is_inside_2(fn_muscle_cell_59(X),fn_muscle_cell_56(X))
& is_inside_2(fn_muscle_cell_49(X),fn_muscle_cell_56(X))
& has_function_2(fn_muscle_cell_59(X),fn_muscle_cell_69(X))
& site_2(fn_muscle_cell_69(X),fn_muscle_cell_59(X))
& has_function_2(fn_muscle_cell_59(X),fn_muscle_cell_60(X))
& site_2(fn_muscle_cell_60(X),fn_muscle_cell_59(X))
& has_region_2(fn_muscle_cell_59(X),fn_muscle_cell_38(X))
& has_part_2(fn_muscle_cell_21(X),fn_muscle_cell_12(X))
& has_part_2(fn_muscle_cell_21(X),fn_muscle_cell_62(X))
& is_between_2(fn_muscle_cell_62(X),fn_muscle_cell_13(X))
& has_part_2(fn_muscle_cell_21(X),fn_muscle_cell_13(X))
& is_along_2(fn_muscle_cell_12(X),fn_muscle_cell_62(X))
& is_along_2(fn_muscle_cell_62(X),fn_muscle_cell_12(X))
& has_part_2(fn_muscle_cell_19(X),fn_muscle_cell_75(X))
& is_between_2(fn_muscle_cell_17(X),fn_muscle_cell_21(X))
& has_function_2(fn_muscle_cell_22(X),fn_muscle_cell_6(X))
& the_scalar_value_2(fn_muscle_cell_29(X),big_0)
& scalar_unit_class_2(fn_muscle_cell_29(X),prokaryote_0)
& called_2(fn_muscle_cell_31(X),'MP1')
& site_2(fn_muscle_cell_8(X),fn_muscle_cell_22(X))
& is_inside_2(fn_muscle_cell_44(X),fn_muscle_cell_43(X))
& called_2(fn_muscle_cell_44(X),'MP1')
& fn_muscle_cell_11(X) != fn_muscle_cell_10(X)
& fn_muscle_cell_10(X) != fn_muscle_cell_11(X)
& base_2(fn_muscle_cell_46(X),fn_muscle_cell_48(X))
& object_2(fn_muscle_cell_46(X),fn_muscle_cell_45(X))
& is_at_2(fn_muscle_cell_45(X),fn_muscle_cell_48(X))
& is_across_2(fn_muscle_cell_42(X),fn_muscle_cell_48(X))
& has_region_2(fn_muscle_cell_42(X),fn_muscle_cell_40(X))
& is_between_2(fn_muscle_cell_17(X),fn_muscle_cell_48(X))
& has_region_2(fn_muscle_cell_48(X),fn_muscle_cell_40(X))
& is_outside_2(fn_muscle_cell_40(X),fn_muscle_cell_48(X))
& has_region_2(fn_muscle_cell_48(X),fn_muscle_cell_47(X))
& is_across_2(fn_muscle_cell_42(X),fn_muscle_cell_47(X))
& has_function_2(X,fn_muscle_cell_24(X))
& base_2(fn_muscle_cell_24(X),X)
& object_2(fn_muscle_cell_16(X),X)
& has_function_2(fn_muscle_cell_34(X),fn_muscle_cell_16(X))
& result_2(fn_muscle_cell_33(X),fn_muscle_cell_34(X))
& is_inside_2(fn_muscle_cell_17(X),fn_muscle_cell_48(X))
& has_part_2(fn_muscle_cell_48(X),fn_muscle_cell_43(X))
& is_at_2(fn_muscle_cell_43(X),fn_muscle_cell_26(X))
& has_region_2(X,fn_muscle_cell_26(X))
& has_part_2(X,fn_muscle_cell_20(X))
& has_region_2(X,fn_muscle_cell_28(X))
& is_opposite_2(fn_muscle_cell_28(X),fn_muscle_cell_27(X))
& has_region_2(X,fn_muscle_cell_27(X))
& has_part_2(X,fn_muscle_cell_23(X))
& has_function_2(fn_muscle_cell_23(X),fn_muscle_cell_33(X))
& is_opposite_2(fn_muscle_cell_27(X),fn_muscle_cell_28(X))
& base_2(fn_muscle_cell_9(X),X)
& has_function_2(X,fn_muscle_cell_9(X))
& has_part_2(X,fn_muscle_cell_21(X))
& is_near_2(fn_muscle_cell_23(X),fn_muscle_cell_21(X))
& is_near_2(fn_muscle_cell_21(X),fn_muscle_cell_23(X))
& origin_2(fn_muscle_cell_78(X),fn_muscle_cell_79(X))
& has_part_2(X,fn_muscle_cell_79(X))
& has_part_2(X,fn_muscle_cell_19(X))
& is_inside_2(fn_muscle_cell_19(X),fn_muscle_cell_21(X))
& is_inside_2(fn_muscle_cell_21(X),fn_muscle_cell_32(X))
& base_2(fn_muscle_cell_7(X),X)
& site_2(fn_muscle_cell_7(X),fn_muscle_cell_22(X))
& has_part_2(X,fn_muscle_cell_22(X))
& has_part_2(X,fn_muscle_cell_18(X))
& is_inside_2(fn_muscle_cell_18(X),fn_muscle_cell_32(X))
& destination_2(fn_muscle_cell_78(X),fn_muscle_cell_22(X))
& causes_2(fn_muscle_cell_78(X),fn_muscle_cell_8(X))
& base_2(fn_muscle_cell_8(X),X)
& has_part_2(X,fn_muscle_cell_17(X))
& has_part_2(fn_muscle_cell_17(X),fn_muscle_cell_11(X))
& first_subevent_2(fn_muscle_cell_6(X),fn_muscle_cell_5(X))
& site_2(fn_muscle_cell_6(X),fn_muscle_cell_22(X))
& is_inside_2(fn_muscle_cell_22(X),fn_muscle_cell_32(X))
& has_part_2(fn_muscle_cell_17(X),fn_muscle_cell_32(X))
& has_part_2(fn_muscle_cell_17(X),fn_muscle_cell_10(X))
& size_2(X,fn_muscle_cell_29(X))
& directly_proportional_2(fn_muscle_cell_29(X),fn_muscle_cell_25(X))
& volume_2(X,fn_muscle_cell_25(X))
& has_part_2(X,fn_muscle_cell_49(X))
& is_inside_2(fn_muscle_cell_49(X),fn_muscle_cell_32(X))
& base_2(fn_muscle_cell_5(X),X)
& subevent_2(fn_muscle_cell_6(X),fn_muscle_cell_5(X))
& base_2(fn_muscle_cell_6(X),X)
& has_part_2(X,fn_muscle_cell_48(X))
& has_part_2(fn_muscle_cell_48(X),fn_muscle_cell_42(X))
& object_2(fn_muscle_cell_63(X),X)
& agent_2(fn_muscle_cell_63(X),fn_muscle_cell_48(X))
& has_part_2(fn_muscle_cell_48(X),fn_muscle_cell_31(X))
& fn_muscle_cell_45(X) != fn_muscle_cell_31(X)
& fn_muscle_cell_31(X) != fn_muscle_cell_45(X)
& has_part_2(X,fn_muscle_cell_59(X))
& abuts_2(fn_muscle_cell_20(X),fn_muscle_cell_59(X))
& abuts_2(fn_muscle_cell_59(X),fn_muscle_cell_20(X))
& fn_muscle_cell_20(X) != fn_muscle_cell_59(X)
& fn_muscle_cell_59(X) != fn_muscle_cell_20(X)
& fn_muscle_cell_66(X) = fn_release_2(fn_muscle_cell_67(X))
& fn_muscle_cell_57(X) = fn_transfer_1(fn_muscle_cell_58(X))
& fn_muscle_cell_59(X) = fn_deliver_1(fn_muscle_cell_58(X))
& fn_muscle_cell_65(X) = fn_exergonic_reaction_11(fn_muscle_cell_68(X))
& fn_muscle_cell_48(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_muscle_cell_64(X))
& X = fn_store_2(fn_muscle_cell_54(X))
& X = fn_support_1(fn_muscle_cell_41(X))
& fn_muscle_cell_39(X) = fn_endoplasmic_reticulum_25(fn_muscle_cell_59(X))
& fn_muscle_cell_35(X) = fn_lipid_14(fn_muscle_cell_36(X))
& fn_muscle_cell_35(X) = fn_glycolipid_4(fn_muscle_cell_36(X))
& fn_muscle_cell_17(X) = fn_cytoplasmic_side_1(fn_muscle_cell_76(X))
& fn_muscle_cell_35(X) = fn_biomembrane_71(fn_muscle_cell_62(X))
& fn_muscle_cell_37(X) = fn_rough_endoplasmic_reticulum_55(fn_muscle_cell_20(X))
& fn_muscle_cell_38(X) = fn_rough_endoplasmic_reticulum_52(fn_muscle_cell_20(X))
& fn_muscle_cell_77(X) = fn_animal_plasma_membrane_5(fn_muscle_cell_48(X))
& fn_muscle_cell_47(X) = fn_plasma_membrane_6(fn_muscle_cell_48(X))
& fn_muscle_cell_76(X) = fn_animal_plasma_membrane_58(fn_muscle_cell_48(X))
& fn_muscle_cell_76(X) = fn_plasma_membrane_66(fn_muscle_cell_48(X))
& fn_muscle_cell_45(X) = fn_plasma_membrane_55(fn_muscle_cell_48(X))
& fn_muscle_cell_30(X) = fn_integral_protein_9(fn_muscle_cell_31(X))
& fn_muscle_cell_30(X) = fn_eukaryotic_cell_43(X)
& fn_muscle_cell_30(X) = fn_plasma_membrane_34(fn_muscle_cell_48(X))
& X = fn_synthesis_of_endomembranous_system_membrane_28(fn_muscle_cell_61(X))
& fn_muscle_cell_36(X) = fn_synthesis_of_endomembranous_system_membrane_52(fn_muscle_cell_61(X))
& fn_muscle_cell_62(X) = fn_synthesis_of_endomembranous_system_membrane_60(fn_muscle_cell_61(X))
& fn_muscle_cell_60(X) = fn_synthesis_of_endomembranous_system_membrane_59(fn_muscle_cell_61(X))
& fn_muscle_cell_71(X) = fn_chromosome_6(fn_muscle_cell_19(X))
& fn_muscle_cell_75(X) = fn_chromosome_4(fn_muscle_cell_19(X))
& fn_muscle_cell_74(X) = fn_chromosome_8(fn_muscle_cell_19(X))
& fn_muscle_cell_73(X) = fn_chromosome_3(fn_muscle_cell_19(X))
& fn_muscle_cell_54(X) = fn_liver_cell_50(fn_muscle_cell_66(X))
& fn_muscle_cell_55(X) = fn_liver_cell_51(fn_muscle_cell_66(X))
& fn_muscle_cell_68(X) = fn_liver_cell_43(fn_muscle_cell_66(X))
& fn_muscle_cell_70(X) = fn_eukaryotic_chromosome_5(fn_muscle_cell_19(X))
& fn_muscle_cell_72(X) = fn_eukaryotic_chromosome_4(fn_muscle_cell_19(X))
& fn_muscle_cell_43(X) = fn_eukaryotic_cell_41(X)
& fn_muscle_cell_44(X) = fn_animal_plasma_membrane_62(fn_muscle_cell_48(X))
& fn_muscle_cell_44(X) = fn_integrin_8(fn_muscle_cell_31(X))
& fn_muscle_cell_42(X) = fn_plasma_membrane_3(fn_muscle_cell_48(X))
& fn_muscle_cell_42(X) = fn_integrin_8(fn_muscle_cell_31(X))
& X = fn_myosin_filament_4(fn_muscle_cell_52(X))
& fn_muscle_cell_51(X) = fn_myosin_filament_3(fn_muscle_cell_52(X))
& fn_muscle_cell_50(X) = fn_myosin_filament_2(fn_muscle_cell_52(X))
& fn_muscle_cell_53(X) = fn_smooth_endoplasmic_reticulum_28(fn_muscle_cell_59(X))
& fn_muscle_cell_49(X) = fn_smooth_endoplasmic_reticulum_3(fn_muscle_cell_59(X))
& fn_muscle_cell_56(X) = fn_smooth_endoplasmic_reticulum_34(fn_muscle_cell_59(X))
& fn_muscle_cell_38(X) = fn_smooth_endoplasmic_reticulum_39(fn_muscle_cell_59(X))
& fn_muscle_cell_60(X) = fn_smooth_endoplasmic_reticulum_23(fn_muscle_cell_59(X))
& fn_muscle_cell_60(X) = fn_smooth_endoplasmic_reticulum_7(fn_muscle_cell_59(X))
& fn_muscle_cell_60(X) = fn_smooth_endoplasmic_reticulum_49(fn_muscle_cell_59(X))
& fn_muscle_cell_60(X) = fn_smooth_endoplasmic_reticulum_48(fn_muscle_cell_59(X))
& fn_muscle_cell_60(X) = fn_smooth_endoplasmic_reticulum_8(fn_muscle_cell_59(X))
& fn_muscle_cell_69(X) = fn_smooth_endoplasmic_reticulum_42(fn_muscle_cell_59(X))
& fn_muscle_cell_13(X) = fn_biomembrane_14(fn_muscle_cell_62(X))
& fn_muscle_cell_13(X) = fn_nuclear_membrane_18(fn_muscle_cell_62(X))
& fn_muscle_cell_13(X) = fn_nucleus_17(fn_muscle_cell_21(X))
& fn_muscle_cell_12(X) = fn_nucleus_14(fn_muscle_cell_21(X))
& fn_muscle_cell_62(X) = fn_nucleus_13(fn_muscle_cell_21(X))
& fn_muscle_cell_75(X) = fn_eukaryotic_chromosome_3(fn_muscle_cell_19(X))
& fn_muscle_cell_75(X) = fn_animal_cell_88(X)
& fn_muscle_cell_15(X) = fn_animal_cell_49(X)
& fn_muscle_cell_14(X) = fn_animal_cell_50(X)
& fn_muscle_cell_44(X) = fn_animal_plasma_membrane_47(fn_muscle_cell_48(X))
& fn_muscle_cell_44(X) = fn_animal_cell_75(X)
& fn_muscle_cell_42(X) = fn_eukaryotic_cell_15(X)
& fn_muscle_cell_40(X) = fn_eukaryotic_cell_47(X)
& fn_muscle_cell_45(X) = fn_animal_plasma_membrane_53(fn_muscle_cell_48(X))
& fn_muscle_cell_46(X) = fn_animal_plasma_membrane_83(fn_muscle_cell_48(X))
& fn_muscle_cell_45(X) = fn_animal_plasma_membrane_47(fn_muscle_cell_48(X))
& fn_muscle_cell_46(X) = fn_animal_plasma_membrane_77(fn_muscle_cell_48(X))
& fn_muscle_cell_46(X) = fn_animal_plasma_membrane_52(fn_muscle_cell_48(X))
& fn_muscle_cell_46(X) = fn_animal_cell_83(X)
& fn_muscle_cell_47(X) = fn_animal_plasma_membrane_51(fn_muscle_cell_48(X))
& fn_muscle_cell_47(X) = fn_animal_cell_85(X)
& fn_muscle_cell_40(X) = fn_plasma_membrane_65(fn_muscle_cell_48(X))
& fn_muscle_cell_40(X) = fn_animal_plasma_membrane_55(fn_muscle_cell_48(X))
& fn_muscle_cell_40(X) = fn_animal_cell_84(X)
& fn_muscle_cell_34(X) = fn_animal_cell_63(X)
& fn_muscle_cell_16(X) = fn_animal_cell_61(X)
& fn_muscle_cell_24(X) = fn_animal_cell_81(X)
& fn_muscle_cell_26(X) = fn_animal_cell_55(X)
& fn_muscle_cell_43(X) = fn_biomembrane_63(fn_muscle_cell_48(X))
& fn_muscle_cell_43(X) = fn_plasma_membrane_71(fn_muscle_cell_48(X))
& fn_muscle_cell_43(X) = fn_integrin_29(fn_muscle_cell_31(X))
& fn_muscle_cell_43(X) = fn_integral_protein_27(fn_muscle_cell_31(X))
& fn_muscle_cell_43(X) = fn_animal_plasma_membrane_54(fn_muscle_cell_48(X))
& fn_muscle_cell_43(X) = fn_animal_cell_58(X)
& fn_muscle_cell_33(X) = fn_animal_cell_64(X)
& fn_muscle_cell_27(X) = fn_animal_cell_13(X)
& fn_muscle_cell_28(X) = fn_animal_cell_1(X)
& fn_muscle_cell_23(X) = fn_animal_cell_74(X)
& fn_muscle_cell_9(X) = fn_animal_cell_90(X)
& fn_muscle_cell_21(X) = fn_smooth_endoplasmic_reticulum_10(fn_muscle_cell_59(X))
& fn_muscle_cell_19(X) = fn_nucleus_6(fn_muscle_cell_21(X))
& fn_muscle_cell_21(X) = fn_animal_cell_78(X)
& fn_muscle_cell_19(X) = fn_animal_cell_52(X)
& fn_muscle_cell_79(X) = fn_animal_cell_45(X)
& fn_muscle_cell_32(X) = fn_smooth_endoplasmic_reticulum_34(fn_muscle_cell_59(X))
& fn_muscle_cell_18(X) = fn_rough_endoplasmic_reticulum_56(fn_muscle_cell_20(X))
& fn_muscle_cell_18(X) = fn_smooth_endoplasmic_reticulum_11(fn_muscle_cell_59(X))
& fn_muscle_cell_18(X) = fn_animal_cell_51(X)
& fn_muscle_cell_22(X) = fn_eukaryotic_cell_25(X)
& fn_muscle_cell_7(X) = fn_animal_cell_20(X)
& fn_muscle_cell_11(X) = fn_animal_cell_72(X)
& X = fn_rough_endoplasmic_reticulum_62(fn_muscle_cell_20(X))
& fn_muscle_cell_8(X) = fn_animal_cell_21(X)
& fn_muscle_cell_78(X) = fn_animal_cell_22(X)
& fn_muscle_cell_10(X) = fn_animal_cell_71(X)
& fn_muscle_cell_17(X) = fn_rough_endoplasmic_reticulum_32(fn_muscle_cell_20(X))
& fn_muscle_cell_32(X) = fn_rough_endoplasmic_reticulum_23(fn_muscle_cell_20(X))
& fn_muscle_cell_17(X) = fn_animal_cell_79(X)
& fn_muscle_cell_22(X) = fn_animal_cell_59(X)
& fn_muscle_cell_32(X) = fn_animal_cell_62(X)
& fn_muscle_cell_49(X) = fn_animal_cell_82(X)
& fn_muscle_cell_25(X) = fn_animal_cell_56(X)
& fn_muscle_cell_29(X) = fn_animal_cell_57(X)
& fn_muscle_cell_42(X) = fn_plasma_membrane_55(fn_muscle_cell_48(X))
& fn_muscle_cell_42(X) = fn_animal_plasma_membrane_62(fn_muscle_cell_48(X))
& fn_muscle_cell_42(X) = fn_animal_plasma_membrane_53(fn_muscle_cell_48(X))
& fn_muscle_cell_42(X) = fn_animal_cell_75(X)
& X = fn_animal_plasma_membrane_56(fn_muscle_cell_48(X))
& fn_muscle_cell_48(X) = fn_eukaryotic_cell_29(X)
& fn_muscle_cell_6(X) = fn_animal_cell_19(X)
& fn_muscle_cell_5(X) = fn_animal_cell_18(X)
& fn_muscle_cell_45(X) = fn_integrin_8(fn_muscle_cell_31(X))
& fn_muscle_cell_45(X) = fn_plasma_membrane_54(fn_muscle_cell_48(X))
& fn_muscle_cell_45(X) = fn_animal_plasma_membrane_62(fn_muscle_cell_48(X))
& fn_muscle_cell_45(X) = fn_integrin_9(fn_muscle_cell_31(X))
& fn_muscle_cell_45(X) = fn_animal_cell_75(X)
& fn_muscle_cell_31(X) = fn_plasma_membrane_68(fn_muscle_cell_48(X))
& fn_muscle_cell_31(X) = fn_animal_plasma_membrane_47(fn_muscle_cell_48(X))
& fn_muscle_cell_48(X) = fn_integrin_30(fn_muscle_cell_31(X))
& fn_muscle_cell_31(X) = fn_integrin_9(fn_muscle_cell_31(X))
& fn_muscle_cell_48(X) = fn_integral_protein_24(fn_muscle_cell_31(X))
& fn_muscle_cell_31(X) = fn_animal_cell_80(X)
& fn_muscle_cell_48(X) = fn_animal_cell_73(X)
& fn_muscle_cell_63(X) = fn_animal_cell_76(X)
& fn_muscle_cell_20(X) = fn_animal_cell_53(X)
& X = fn_smooth_endoplasmic_reticulum_33(fn_muscle_cell_59(X))
& fn_muscle_cell_59(X) = fn_animal_cell_54(X)
& fn_lipid_14(fn_muscle_cell_36(X)) = fn_glycolipid_4(fn_muscle_cell_36(X))
& fn_glycolipid_4(fn_muscle_cell_36(X)) = fn_glycolipid_4(fn_muscle_cell_36(X))
& fn_glycolipid_4(fn_muscle_cell_36(X)) = fn_biomembrane_71(fn_muscle_cell_62(X))
& fn_biomembrane_71(fn_muscle_cell_62(X)) = fn_animal_plasma_membrane_58(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_58(fn_muscle_cell_48(X)) = fn_plasma_membrane_66(fn_muscle_cell_48(X))
& fn_plasma_membrane_66(fn_muscle_cell_48(X)) = fn_integral_protein_9(fn_muscle_cell_31(X))
& fn_eukaryotic_cell_43(X) = fn_integral_protein_9(fn_muscle_cell_31(X))
& fn_integral_protein_9(fn_muscle_cell_31(X)) = fn_eukaryotic_cell_43(X)
& fn_eukaryotic_cell_43(X) = fn_eukaryotic_cell_43(X)
& fn_plasma_membrane_34(fn_muscle_cell_48(X)) = fn_eukaryotic_cell_43(X)
& fn_eukaryotic_cell_43(X) = fn_plasma_membrane_34(fn_muscle_cell_48(X))
& fn_plasma_membrane_34(fn_muscle_cell_48(X)) = fn_rough_endoplasmic_reticulum_52(fn_muscle_cell_20(X))
& fn_rough_endoplasmic_reticulum_52(fn_muscle_cell_20(X)) = fn_smooth_endoplasmic_reticulum_39(fn_muscle_cell_59(X))
& fn_smooth_endoplasmic_reticulum_39(fn_muscle_cell_59(X)) = fn_smooth_endoplasmic_reticulum_39(fn_muscle_cell_59(X))
& fn_smooth_endoplasmic_reticulum_39(fn_muscle_cell_59(X)) = fn_smooth_endoplasmic_reticulum_23(fn_muscle_cell_59(X))
& fn_smooth_endoplasmic_reticulum_23(fn_muscle_cell_59(X)) = fn_smooth_endoplasmic_reticulum_7(fn_muscle_cell_59(X))
& fn_smooth_endoplasmic_reticulum_7(fn_muscle_cell_59(X)) = fn_smooth_endoplasmic_reticulum_7(fn_muscle_cell_59(X))
& fn_smooth_endoplasmic_reticulum_7(fn_muscle_cell_59(X)) = fn_smooth_endoplasmic_reticulum_49(fn_muscle_cell_59(X))
& fn_smooth_endoplasmic_reticulum_49(fn_muscle_cell_59(X)) = fn_smooth_endoplasmic_reticulum_49(fn_muscle_cell_59(X))
& fn_smooth_endoplasmic_reticulum_49(fn_muscle_cell_59(X)) = fn_smooth_endoplasmic_reticulum_48(fn_muscle_cell_59(X))
& fn_synthesis_of_endomembranous_system_membrane_59(fn_muscle_cell_61(X)) = fn_smooth_endoplasmic_reticulum_48(fn_muscle_cell_59(X))
& fn_smooth_endoplasmic_reticulum_48(fn_muscle_cell_59(X)) = fn_synthesis_of_endomembranous_system_membrane_59(fn_muscle_cell_61(X))
& fn_synthesis_of_endomembranous_system_membrane_59(fn_muscle_cell_61(X)) = fn_synthesis_of_endomembranous_system_membrane_59(fn_muscle_cell_61(X))
& fn_synthesis_of_endomembranous_system_membrane_59(fn_muscle_cell_61(X)) = fn_smooth_endoplasmic_reticulum_8(fn_muscle_cell_59(X))
& fn_smooth_endoplasmic_reticulum_8(fn_muscle_cell_59(X)) = fn_smooth_endoplasmic_reticulum_8(fn_muscle_cell_59(X))
& fn_smooth_endoplasmic_reticulum_8(fn_muscle_cell_59(X)) = fn_biomembrane_14(fn_muscle_cell_62(X))
& fn_biomembrane_14(fn_muscle_cell_62(X)) = fn_nuclear_membrane_18(fn_muscle_cell_62(X))
& fn_nucleus_17(fn_muscle_cell_21(X)) = fn_nuclear_membrane_18(fn_muscle_cell_62(X))
& fn_nuclear_membrane_18(fn_muscle_cell_62(X)) = fn_nucleus_17(fn_muscle_cell_21(X))
& fn_nucleus_17(fn_muscle_cell_21(X)) = fn_synthesis_of_endomembranous_system_membrane_60(fn_muscle_cell_61(X))
& fn_synthesis_of_endomembranous_system_membrane_60(fn_muscle_cell_61(X)) = fn_synthesis_of_endomembranous_system_membrane_60(fn_muscle_cell_61(X))
& fn_synthesis_of_endomembranous_system_membrane_60(fn_muscle_cell_61(X)) = fn_nucleus_13(fn_muscle_cell_21(X))
& fn_nucleus_13(fn_muscle_cell_21(X)) = fn_nucleus_13(fn_muscle_cell_21(X))
& fn_nucleus_13(fn_muscle_cell_21(X)) = fn_chromosome_4(fn_muscle_cell_19(X))
& fn_chromosome_4(fn_muscle_cell_19(X)) = fn_eukaryotic_chromosome_3(fn_muscle_cell_19(X))
& fn_eukaryotic_chromosome_3(fn_muscle_cell_19(X)) = fn_chromosome_4(fn_muscle_cell_19(X))
& fn_chromosome_4(fn_muscle_cell_19(X)) = fn_animal_cell_88(X)
& fn_animal_cell_88(X) = fn_animal_plasma_membrane_47(fn_muscle_cell_48(X))
& fn_integrin_8(fn_muscle_cell_31(X)) = fn_animal_plasma_membrane_47(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_47(fn_muscle_cell_48(X)) = fn_integrin_8(fn_muscle_cell_31(X))
& fn_animal_cell_75(X) = fn_animal_plasma_membrane_83(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_83(fn_muscle_cell_48(X)) = fn_animal_plasma_membrane_77(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_52(fn_muscle_cell_48(X)) = fn_animal_plasma_membrane_77(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_77(fn_muscle_cell_48(X)) = fn_animal_plasma_membrane_52(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_52(fn_muscle_cell_48(X)) = fn_animal_plasma_membrane_52(fn_muscle_cell_48(X))
& fn_animal_cell_83(X) = fn_animal_plasma_membrane_52(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_52(fn_muscle_cell_48(X)) = fn_animal_cell_83(X)
& fn_animal_cell_83(X) = fn_animal_plasma_membrane_51(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_51(fn_muscle_cell_48(X)) = fn_animal_plasma_membrane_51(fn_muscle_cell_48(X))
& fn_plasma_membrane_6(fn_muscle_cell_48(X)) = fn_animal_plasma_membrane_51(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_51(fn_muscle_cell_48(X)) = fn_plasma_membrane_6(fn_muscle_cell_48(X))
& fn_plasma_membrane_6(fn_muscle_cell_48(X)) = fn_animal_cell_85(X)
& fn_animal_cell_85(X) = fn_animal_cell_85(X)
& fn_animal_cell_85(X) = fn_animal_plasma_membrane_55(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_55(fn_muscle_cell_48(X)) = fn_eukaryotic_cell_47(X)
& fn_eukaryotic_cell_47(X) = fn_animal_plasma_membrane_55(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_55(fn_muscle_cell_48(X)) = fn_animal_plasma_membrane_55(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_55(fn_muscle_cell_48(X)) = fn_plasma_membrane_65(fn_muscle_cell_48(X))
& fn_plasma_membrane_65(fn_muscle_cell_48(X)) = fn_eukaryotic_cell_47(X)
& fn_eukaryotic_cell_47(X) = fn_plasma_membrane_65(fn_muscle_cell_48(X))
& fn_plasma_membrane_65(fn_muscle_cell_48(X)) = fn_plasma_membrane_65(fn_muscle_cell_48(X))
& fn_animal_cell_84(X) = fn_animal_cell_84(X)
& fn_animal_cell_84(X) = fn_plasma_membrane_65(fn_muscle_cell_48(X))
& fn_plasma_membrane_65(fn_muscle_cell_48(X)) = fn_animal_cell_84(X)
& fn_animal_cell_84(X) = fn_integral_protein_27(fn_muscle_cell_31(X))
& fn_integral_protein_27(fn_muscle_cell_31(X)) = fn_biomembrane_63(fn_muscle_cell_48(X))
& fn_biomembrane_63(fn_muscle_cell_48(X)) = fn_integral_protein_27(fn_muscle_cell_31(X))
& fn_animal_plasma_membrane_54(fn_muscle_cell_48(X)) = fn_integral_protein_27(fn_muscle_cell_31(X))
& fn_integral_protein_27(fn_muscle_cell_31(X)) = fn_animal_plasma_membrane_54(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_54(fn_muscle_cell_48(X)) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_animal_plasma_membrane_54(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_54(fn_muscle_cell_48(X)) = fn_animal_plasma_membrane_54(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_54(fn_muscle_cell_48(X)) = fn_plasma_membrane_71(fn_muscle_cell_48(X))
& fn_plasma_membrane_71(fn_muscle_cell_48(X)) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_plasma_membrane_71(fn_muscle_cell_48(X))
& fn_plasma_membrane_71(fn_muscle_cell_48(X)) = fn_plasma_membrane_71(fn_muscle_cell_48(X))
& fn_integrin_29(fn_muscle_cell_31(X)) = fn_plasma_membrane_71(fn_muscle_cell_48(X))
& fn_plasma_membrane_71(fn_muscle_cell_48(X)) = fn_integrin_29(fn_muscle_cell_31(X))
& fn_integrin_29(fn_muscle_cell_31(X)) = fn_integrin_29(fn_muscle_cell_31(X))
& fn_animal_cell_58(X) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_integrin_29(fn_muscle_cell_31(X))
& fn_integrin_29(fn_muscle_cell_31(X)) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_animal_cell_78(X)
& fn_animal_cell_78(X) = fn_smooth_endoplasmic_reticulum_10(fn_muscle_cell_59(X))
& fn_smooth_endoplasmic_reticulum_10(fn_muscle_cell_59(X)) = fn_animal_cell_78(X)
& fn_animal_cell_78(X) = fn_animal_cell_78(X)
& fn_animal_cell_78(X) = fn_animal_cell_52(X)
& fn_animal_cell_52(X) = fn_nucleus_6(fn_muscle_cell_21(X))
& fn_nucleus_6(fn_muscle_cell_21(X)) = fn_animal_cell_52(X)
& fn_animal_cell_52(X) = fn_animal_cell_52(X)
& fn_animal_cell_52(X) = fn_rough_endoplasmic_reticulum_56(fn_muscle_cell_20(X))
& fn_smooth_endoplasmic_reticulum_11(fn_muscle_cell_59(X)) = fn_rough_endoplasmic_reticulum_56(fn_muscle_cell_20(X))
& fn_rough_endoplasmic_reticulum_56(fn_muscle_cell_20(X)) = fn_smooth_endoplasmic_reticulum_11(fn_muscle_cell_59(X))
& fn_smooth_endoplasmic_reticulum_11(fn_muscle_cell_59(X)) = fn_smooth_endoplasmic_reticulum_11(fn_muscle_cell_59(X))
& fn_animal_cell_51(X) = fn_smooth_endoplasmic_reticulum_11(fn_muscle_cell_59(X))
& fn_smooth_endoplasmic_reticulum_11(fn_muscle_cell_59(X)) = fn_animal_cell_51(X)
& fn_animal_cell_51(X) = fn_cytoplasmic_side_1(fn_muscle_cell_76(X))
& fn_cytoplasmic_side_1(fn_muscle_cell_76(X)) = fn_rough_endoplasmic_reticulum_32(fn_muscle_cell_20(X))
& fn_rough_endoplasmic_reticulum_32(fn_muscle_cell_20(X)) = fn_rough_endoplasmic_reticulum_32(fn_muscle_cell_20(X))
& fn_rough_endoplasmic_reticulum_32(fn_muscle_cell_20(X)) = fn_cytoplasmic_side_1(fn_muscle_cell_76(X))
& fn_cytoplasmic_side_1(fn_muscle_cell_76(X)) = fn_animal_cell_79(X)
& fn_animal_cell_79(X) = fn_animal_cell_79(X)
& fn_animal_cell_79(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_eukaryotic_cell_25(X)
& fn_eukaryotic_cell_25(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_smooth_endoplasmic_reticulum_34(fn_muscle_cell_59(X))
& fn_smooth_endoplasmic_reticulum_34(fn_muscle_cell_59(X)) = fn_rough_endoplasmic_reticulum_23(fn_muscle_cell_20(X))
& fn_rough_endoplasmic_reticulum_23(fn_muscle_cell_20(X)) = fn_smooth_endoplasmic_reticulum_34(fn_muscle_cell_59(X))
& fn_animal_cell_62(X) = fn_smooth_endoplasmic_reticulum_34(fn_muscle_cell_59(X))
& fn_smooth_endoplasmic_reticulum_34(fn_muscle_cell_59(X)) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_smooth_endoplasmic_reticulum_3(fn_muscle_cell_59(X))
& fn_smooth_endoplasmic_reticulum_3(fn_muscle_cell_59(X)) = fn_animal_cell_82(X)
& fn_animal_cell_82(X) = fn_animal_cell_82(X)
& fn_animal_cell_82(X) = fn_plasma_membrane_3(fn_muscle_cell_48(X))
& fn_plasma_membrane_3(fn_muscle_cell_48(X)) = fn_plasma_membrane_55(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_62(fn_muscle_cell_48(X)) = fn_plasma_membrane_55(fn_muscle_cell_48(X))
& fn_plasma_membrane_55(fn_muscle_cell_48(X)) = fn_animal_plasma_membrane_62(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_53(fn_muscle_cell_48(X)) = fn_animal_plasma_membrane_62(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_62(fn_muscle_cell_48(X)) = fn_animal_plasma_membrane_53(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_53(fn_muscle_cell_48(X)) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_animal_plasma_membrane_53(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_53(fn_muscle_cell_48(X)) = fn_integrin_8(fn_muscle_cell_31(X))
& fn_integrin_8(fn_muscle_cell_31(X)) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_integrin_8(fn_muscle_cell_31(X))
& fn_integrin_8(fn_muscle_cell_31(X)) = fn_integrin_8(fn_muscle_cell_31(X))
& fn_integrin_8(fn_muscle_cell_31(X)) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_plasma_membrane_53(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_53(fn_muscle_cell_48(X)) = fn_plasma_membrane_54(fn_muscle_cell_48(X))
& fn_plasma_membrane_54(fn_muscle_cell_48(X)) = fn_animal_plasma_membrane_53(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_47(fn_muscle_cell_48(X)) = fn_animal_plasma_membrane_53(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_53(fn_muscle_cell_48(X)) = fn_animal_plasma_membrane_53(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_53(fn_muscle_cell_48(X)) = fn_animal_plasma_membrane_47(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_62(fn_muscle_cell_48(X)) = fn_animal_plasma_membrane_47(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_47(fn_muscle_cell_48(X)) = fn_animal_plasma_membrane_62(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_62(fn_muscle_cell_48(X)) = fn_animal_plasma_membrane_62(fn_muscle_cell_48(X))
& fn_integrin_8(fn_muscle_cell_31(X)) = fn_animal_plasma_membrane_62(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_62(fn_muscle_cell_48(X)) = fn_integrin_8(fn_muscle_cell_31(X))
& fn_integrin_9(fn_muscle_cell_31(X)) = fn_integrin_8(fn_muscle_cell_31(X))
& fn_integrin_8(fn_muscle_cell_31(X)) = fn_integrin_9(fn_muscle_cell_31(X))
& fn_plasma_membrane_55(fn_muscle_cell_48(X)) = fn_integrin_9(fn_muscle_cell_31(X))
& fn_integrin_9(fn_muscle_cell_31(X)) = fn_plasma_membrane_55(fn_muscle_cell_48(X))
& fn_plasma_membrane_55(fn_muscle_cell_48(X)) = fn_plasma_membrane_55(fn_muscle_cell_48(X))
& fn_plasma_membrane_55(fn_muscle_cell_48(X)) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_plasma_membrane_47(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_47(fn_muscle_cell_48(X)) = fn_plasma_membrane_68(fn_muscle_cell_48(X))
& fn_plasma_membrane_68(fn_muscle_cell_48(X)) = fn_animal_plasma_membrane_47(fn_muscle_cell_48(X))
& fn_integrin_9(fn_muscle_cell_31(X)) = fn_animal_plasma_membrane_47(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_47(fn_muscle_cell_48(X)) = fn_animal_plasma_membrane_47(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_47(fn_muscle_cell_48(X)) = fn_integrin_9(fn_muscle_cell_31(X))
& fn_integrin_9(fn_muscle_cell_31(X)) = fn_integrin_9(fn_muscle_cell_31(X))
& fn_animal_cell_80(X) = fn_animal_cell_80(X)
& fn_animal_cell_80(X) = fn_integrin_9(fn_muscle_cell_31(X))
& fn_integrin_9(fn_muscle_cell_31(X)) = fn_animal_cell_80(X)
& fn_animal_cell_80(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_muscle_cell_64(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_muscle_cell_64(X)) = fn_integral_protein_24(fn_muscle_cell_31(X))
& fn_integral_protein_24(fn_muscle_cell_31(X)) = fn_integral_protein_24(fn_muscle_cell_31(X))
& fn_integral_protein_24(fn_muscle_cell_31(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_integral_protein_24(fn_muscle_cell_31(X))
& fn_integral_protein_24(fn_muscle_cell_31(X)) = fn_integrin_30(fn_muscle_cell_31(X))
& fn_integrin_30(fn_muscle_cell_31(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_integrin_30(fn_muscle_cell_31(X))
& fn_integrin_30(fn_muscle_cell_31(X)) = fn_integrin_30(fn_muscle_cell_31(X))
& fn_animal_cell_73(X) = fn_integrin_30(fn_muscle_cell_31(X))
& fn_integrin_30(fn_muscle_cell_31(X)) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_deliver_1(fn_muscle_cell_58(X))
& fn_deliver_1(fn_muscle_cell_58(X)) = fn_animal_cell_54(X)
& fn_animal_cell_54(X) = fn_animal_cell_54(X)
& fn_animal_cell_54(X) = fn_rough_endoplasmic_reticulum_62(fn_muscle_cell_20(X))
& fn_rough_endoplasmic_reticulum_62(fn_muscle_cell_20(X)) = fn_animal_plasma_membrane_56(fn_muscle_cell_48(X))
& fn_animal_plasma_membrane_56(fn_muscle_cell_48(X)) = fn_store_2(fn_muscle_cell_54(X))
& fn_store_2(fn_muscle_cell_54(X)) = fn_rough_endoplasmic_reticulum_62(fn_muscle_cell_20(X))
& fn_rough_endoplasmic_reticulum_62(fn_muscle_cell_20(X)) = fn_rough_endoplasmic_reticulum_62(fn_muscle_cell_20(X))
& fn_rough_endoplasmic_reticulum_62(fn_muscle_cell_20(X)) = fn_store_2(fn_muscle_cell_54(X))
& fn_store_2(fn_muscle_cell_54(X)) = fn_support_1(fn_muscle_cell_41(X))
& fn_support_1(fn_muscle_cell_41(X)) = fn_support_1(fn_muscle_cell_41(X))
& fn_support_1(fn_muscle_cell_41(X)) = fn_smooth_endoplasmic_reticulum_33(fn_muscle_cell_59(X))
& fn_synthesis_of_endomembranous_system_membrane_28(fn_muscle_cell_61(X)) = fn_smooth_endoplasmic_reticulum_33(fn_muscle_cell_59(X))
& fn_smooth_endoplasmic_reticulum_33(fn_muscle_cell_59(X)) = fn_smooth_endoplasmic_reticulum_33(fn_muscle_cell_59(X))
& fn_smooth_endoplasmic_reticulum_33(fn_muscle_cell_59(X)) = fn_synthesis_of_endomembranous_system_membrane_28(fn_muscle_cell_61(X))
& fn_synthesis_of_endomembranous_system_membrane_28(fn_muscle_cell_61(X)) = fn_myosin_filament_4(fn_muscle_cell_52(X))
& fn_myosin_filament_4(fn_muscle_cell_52(X)) = fn_myosin_filament_4(fn_muscle_cell_52(X)) ) ) ).
fof(a531122,axiom,
! [X] :
( muscle_cell_determination_1(X)
=> ( original_name_2(X,'Muscle-Cell-Determination')
& user_description_2(X,'The progressive restriction of developmental potential in which the possible fate of muscle cell becomes more limited. At the end of determination, a cell is committed to its fate.')
& concept2words_2(X,'muscle cell determination')
& concept2words_2(X,'muscle-cell-determination')
& cell_determination_1(X)
& ~ animal_life_cycle_1(X)
& ~ determinate_growth_1(X)
& ~ fungal_life_cycle_1(X)
& ~ gastrulation_1(X)
& ~ iteroparity_1(X)
& ~ life_cycle_of_drosophila_1(X)
& ~ life_history_1(X)
& ~ morphogenesis_1(X)
& ~ plant_life_cycle_1(X)
& ~ sexual_life_cycle_1(X)
& ~ skeletal_muscle_cell_differentiation_1(X)
& muscle_cell_differentiation_1(fn_muscle_cell_determination_1(X))
& myoblast_1(fn_muscle_cell_determination_2(X))
& cellular_response_1(fn_muscle_cell_determination_3(X))
& spatial_entity_1(fn_muscle_cell_determination_4(X))
& spatial_entity_1(fn_muscle_cell_determination_5(X))
& block_1(fn_muscle_cell_determination_6(X))
& undifferentiated_embryonic_cell_1(fn_muscle_cell_determination_7(X))
& target_cell_1(fn_muscle_cell_determination_8(X))
& cell_signaling_1(fn_muscle_cell_determination_9(X))
& myod_protein_1(fn_muscle_cell_determination_10(X))
& gene_expression_1(fn_muscle_cell_determination_11(X))
& gene_activation_1(fn_muscle_cell_determination_12(X))
& myod_gene_1(fn_muscle_cell_determination_13(X))
& chemical_entity_1(fn_gene_expression_4(fn_muscle_cell_determination_11(X)))
& protein_1(fn_gene_expression_4(fn_muscle_cell_determination_11(X)))
& gene_expression_1(fn_gene_activation_7(fn_muscle_cell_determination_12(X)))
& gene_1(fn_gene_regulation_1(fn_muscle_cell_determination_12(X)))
& entity_1(fn_gene_activation_10(fn_muscle_cell_determination_12(X)))
& gene_1(fn_gene_activation_10(fn_muscle_cell_determination_12(X)))
& cell_1(fn_target_cell_3(fn_muscle_cell_determination_8(X)))
& cell_1(fn_cell_signaling_4(fn_muscle_cell_determination_9(X)))
& is_between_2(fn_muscle_cell_determination_7(X),fn_muscle_cell_determination_4(X))
& is_between_2(fn_muscle_cell_determination_7(X),fn_muscle_cell_determination_5(X))
& instrument_2(fn_muscle_cell_determination_6(X),fn_muscle_cell_determination_7(X))
& next_event_2(fn_muscle_cell_determination_9(X),fn_muscle_cell_determination_3(X))
& subevent_2(fn_muscle_cell_determination_3(X),fn_muscle_cell_determination_12(X))
& subevent_2(fn_muscle_cell_determination_3(X),fn_muscle_cell_determination_11(X))
& result_2(fn_muscle_cell_determination_3(X),fn_muscle_cell_determination_10(X))
& next_event_2(X,fn_muscle_cell_determination_1(X))
& subevent_2(X,fn_muscle_cell_determination_9(X))
& subevent_2(X,fn_muscle_cell_determination_3(X))
& result_2(X,fn_muscle_cell_determination_2(X))
& result_2(X,fn_muscle_cell_determination_10(X))
& plays_2(fn_muscle_cell_determination_7(X),fn_muscle_cell_determination_8(X))
& base_2(fn_muscle_cell_determination_9(X),fn_muscle_cell_determination_7(X))
& result_2(fn_muscle_cell_determination_11(X),fn_muscle_cell_determination_10(X))
& object_2(fn_muscle_cell_determination_12(X),fn_muscle_cell_determination_13(X))
& object_2(X,fn_muscle_cell_determination_7(X))
& next_event_2(fn_muscle_cell_determination_12(X),fn_muscle_cell_determination_11(X))
& fn_muscle_cell_determination_7(X) = fn_target_cell_3(fn_muscle_cell_determination_8(X))
& fn_muscle_cell_determination_7(X) = fn_cell_signaling_4(fn_muscle_cell_determination_9(X))
& fn_muscle_cell_determination_10(X) = fn_gene_expression_4(fn_muscle_cell_determination_11(X))
& fn_muscle_cell_determination_13(X) = fn_gene_regulation_1(fn_muscle_cell_determination_12(X))
& fn_muscle_cell_determination_13(X) = fn_gene_activation_10(fn_muscle_cell_determination_12(X))
& fn_muscle_cell_determination_7(X) = fn_cell_determination_7(X)
& fn_muscle_cell_determination_11(X) = fn_gene_activation_7(fn_muscle_cell_determination_12(X))
& fn_gene_regulation_1(fn_muscle_cell_determination_12(X)) = fn_gene_activation_10(fn_muscle_cell_determination_12(X))
& fn_gene_activation_10(fn_muscle_cell_determination_12(X)) = fn_target_cell_3(fn_muscle_cell_determination_8(X))
& fn_target_cell_3(fn_muscle_cell_determination_8(X)) = fn_cell_signaling_4(fn_muscle_cell_determination_9(X))
& fn_cell_signaling_4(fn_muscle_cell_determination_9(X)) = fn_cell_signaling_4(fn_muscle_cell_determination_9(X))
& fn_cell_signaling_4(fn_muscle_cell_determination_9(X)) = fn_cell_determination_7(X) ) ) ).
fof(a531123,axiom,
! [X] :
( muscle_cell_differentiation_1(X)
=> ( original_name_2(X,'Muscle-Cell-Differentiation')
& user_description_2(X,'Muscle cell differentiation is a process in which a muscle cell develops into a specific type of cell in response to specific triggers from the body or the cell itself.')
& concept2words_2(X,'muscle cell differentiation')
& concept2words_2(X,'muscle-cell-differentiation')
& cell_differentiation_1(X)
& ~ cell_differentiation_for_tissue_formation_1(X)
& ~ stem_cell_differentiation_1(X)
& eukaryotic_chromosome_1(fn_muscle_cell_differentiation_1(X))
& chromosome_1(fn_muscle_cell_differentiation_1(X))
& muscle_cell_1(fn_muscle_cell_differentiation_2(X))
& myoblast_1(fn_muscle_cell_differentiation_7(X))
& shape_value_1(fn_muscle_cell_differentiation_8(X))
& structural_complexity_value_1(fn_muscle_cell_differentiation_9(X))
& structural_complexity_value_1(fn_muscle_cell_differentiation_10(X))
& fibroblast_1(fn_muscle_cell_differentiation_11(X))
& shape_value_1(fn_muscle_cell_differentiation_12(X))
& tangible_entity_1(fn_muscle_cell_differentiation_13(X))
& nucleus_1(fn_muscle_cell_differentiation_13(X))
& change_1(fn_muscle_cell_differentiation_14(X))
& property_node_1(fn_cell_3(fn_muscle_cell_differentiation_11(X)))
& shape_value_1(fn_cell_5(fn_muscle_cell_differentiation_11(X)))
& property_node_1(fn_cell_12(fn_muscle_cell_differentiation_11(X)))
& structural_complexity_value_1(fn_cell_13(fn_muscle_cell_differentiation_11(X)))
& property_node_1(fn_cell_3(fn_muscle_cell_differentiation_2(X)))
& shape_value_1(fn_cell_5(fn_muscle_cell_differentiation_2(X)))
& property_node_1(fn_cell_12(fn_muscle_cell_differentiation_2(X)))
& structural_complexity_value_1(fn_cell_13(fn_muscle_cell_differentiation_2(X)))
& eukaryotic_chromosome_1(fn_stem_cell_34(fn_muscle_cell_differentiation_7(X)))
& chromosome_1(fn_stem_cell_34(fn_muscle_cell_differentiation_7(X)))
& eukaryotic_chromosome_1(fn_differentiated_cell_30(fn_muscle_cell_differentiation_7(X)))
& chromosome_1(fn_differentiated_cell_30(fn_muscle_cell_differentiation_7(X)))
& tangible_entity_1(fn_stem_cell_33(fn_muscle_cell_differentiation_7(X)))
& nucleus_1(fn_stem_cell_33(fn_muscle_cell_differentiation_7(X)))
& tangible_entity_1(fn_differentiated_cell_28(fn_muscle_cell_differentiation_7(X)))
& nucleus_1(fn_differentiated_cell_28(fn_muscle_cell_differentiation_7(X)))
& fn_muscle_cell_differentiation_8(X) = fn_muscle_cell_differentiation_12(X)
& fn_muscle_cell_differentiation_9(X) = fn_muscle_cell_differentiation_10(X)
& fn_muscle_cell_differentiation_10(X) = fn_muscle_cell_differentiation_9(X)
& fn_muscle_cell_differentiation_12(X) = fn_muscle_cell_differentiation_8(X)
& result_2(X,fn_muscle_cell_differentiation_2(X))
& object_2(X,fn_muscle_cell_differentiation_7(X))
& has_part_2(fn_muscle_cell_differentiation_7(X),fn_muscle_cell_differentiation_1(X))
& has_part_2(fn_muscle_cell_differentiation_7(X),fn_muscle_cell_differentiation_13(X))
& shape_2(fn_muscle_cell_differentiation_11(X),fn_muscle_cell_differentiation_12(X))
& structural_complexity_2(fn_muscle_cell_differentiation_11(X),fn_muscle_cell_differentiation_10(X))
& shape_2(fn_muscle_cell_differentiation_2(X),fn_muscle_cell_differentiation_8(X))
& structural_complexity_2(fn_muscle_cell_differentiation_2(X),fn_muscle_cell_differentiation_9(X))
& subevent_2(X,fn_muscle_cell_differentiation_14(X))
& site_2(fn_muscle_cell_differentiation_14(X),fn_muscle_cell_differentiation_13(X))
& is_inside_2(fn_muscle_cell_differentiation_1(X),fn_muscle_cell_differentiation_13(X))
& fn_muscle_cell_differentiation_1(X) = fn_differentiated_cell_30(fn_muscle_cell_differentiation_7(X))
& fn_muscle_cell_differentiation_7(X) = fn_cell_differentiation_19(X)
& fn_muscle_cell_differentiation_13(X) = fn_differentiated_cell_28(fn_muscle_cell_differentiation_7(X))
& fn_muscle_cell_differentiation_4(X) = fn_cell_3(fn_muscle_cell_differentiation_11(X))
& fn_muscle_cell_differentiation_12(X) = fn_cell_5(fn_muscle_cell_differentiation_11(X))
& fn_muscle_cell_differentiation_3(X) = fn_cell_12(fn_muscle_cell_differentiation_11(X))
& fn_muscle_cell_differentiation_10(X) = fn_cell_13(fn_muscle_cell_differentiation_11(X))
& fn_muscle_cell_differentiation_6(X) = fn_cell_3(fn_muscle_cell_differentiation_2(X))
& fn_muscle_cell_differentiation_8(X) = fn_cell_5(fn_muscle_cell_differentiation_2(X))
& fn_muscle_cell_differentiation_5(X) = fn_cell_12(fn_muscle_cell_differentiation_2(X))
& fn_muscle_cell_differentiation_9(X) = fn_cell_13(fn_muscle_cell_differentiation_2(X))
& fn_muscle_cell_differentiation_1(X) = fn_stem_cell_34(fn_muscle_cell_differentiation_7(X))
& fn_muscle_cell_differentiation_13(X) = fn_stem_cell_33(fn_muscle_cell_differentiation_7(X))
& fn_muscle_cell_differentiation_1(X) = fn_cell_differentiation_13(X)
& fn_muscle_cell_differentiation_13(X) = fn_cell_differentiation_18(X)
& fn_muscle_cell_differentiation_14(X) = fn_cell_differentiation_2(X)
& fn_muscle_cell_differentiation_14(X) = fn_cell_differentiation_5(X)
& fn_differentiated_cell_30(fn_muscle_cell_differentiation_7(X)) = fn_stem_cell_34(fn_muscle_cell_differentiation_7(X))
& fn_stem_cell_34(fn_muscle_cell_differentiation_7(X)) = fn_differentiated_cell_30(fn_muscle_cell_differentiation_7(X))
& fn_differentiated_cell_30(fn_muscle_cell_differentiation_7(X)) = fn_cell_differentiation_13(X)
& fn_cell_differentiation_13(X) = fn_stem_cell_33(fn_muscle_cell_differentiation_7(X))
& fn_stem_cell_33(fn_muscle_cell_differentiation_7(X)) = fn_differentiated_cell_28(fn_muscle_cell_differentiation_7(X))
& fn_differentiated_cell_28(fn_muscle_cell_differentiation_7(X)) = fn_stem_cell_33(fn_muscle_cell_differentiation_7(X))
& fn_stem_cell_33(fn_muscle_cell_differentiation_7(X)) = fn_cell_differentiation_18(X)
& fn_cell_differentiation_18(X) = fn_differentiated_cell_28(fn_muscle_cell_differentiation_7(X))
& fn_differentiated_cell_28(fn_muscle_cell_differentiation_7(X)) = fn_cell_differentiation_18(X)
& fn_cell_differentiation_18(X) = fn_cell_differentiation_18(X)
& fn_cell_differentiation_18(X) = fn_cell_differentiation_5(X)
& fn_cell_differentiation_5(X) = fn_cell_differentiation_2(X)
& fn_cell_differentiation_2(X) = fn_cell_differentiation_5(X) ) ) ).
fof(a531124,axiom,
! [X] :
( muscle_contraction_1(X)
=> ( original_name_2(X,'Muscle-Contraction')
& user_description_2(X,'An act of contraction, shortening or tensing of a muscle part or muscle fiber.')
& concept2words_2(X,'muscle cell contraction')
& concept2words_2(X,contract)
& concept2words_2(X,'contraction of muscle')
& concept2words_2(X,'muscle contraction')
& concept2words_2(X,'muscle-contraction')
& mechanical_work_1(X)
& contract_1(X)
& kinetic_energy_1(fn_muscle_contraction_1(X))
& thermal_energy_1(fn_muscle_contraction_2(X))
& consume_1(fn_muscle_contraction_3(X))
& release_1(fn_muscle_contraction_4(X))
& slide_1(fn_muscle_contraction_5(X))
& signal_reception_1(fn_muscle_contraction_6(X))
& signal_transduction_with_ca2_plus_1(fn_muscle_contraction_7(X))
& tangible_entity_1(fn_muscle_contraction_8(X))
& cell_1(fn_muscle_contraction_8(X))
& eukaryotic_cell_1(fn_muscle_contraction_8(X))
& muscle_cell_1(fn_muscle_contraction_8(X))
& myosin_1(fn_muscle_contraction_9(X))
& actin_1(fn_muscle_contraction_10(X))
& volume_value_1(fn_muscle_contraction_11(X))
& energy_1(fn_muscle_contraction_12(X))
& entity_1(fn_muscle_contraction_12(X))
& chemical_energy_1(fn_muscle_contraction_12(X))
& tangible_entity_1(fn_muscle_contraction_13(X))
& organic_molecule_1(fn_muscle_contraction_13(X))
& volume_value_1(fn_muscle_contraction_14(X))
& spatial_entity_1(fn_move_1(fn_muscle_contraction_5(X)))
& tangible_entity_1(fn_slide_1(fn_muscle_contraction_5(X)))
& cellular_work_1(fn_eukaryotic_cell_32(fn_muscle_contraction_8(X)))
& tangible_entity_1(fn_release_1(fn_muscle_contraction_4(X)))
& cell_1(fn_signal_reception_3(fn_muscle_contraction_6(X)))
& cell_1(fn_cell_signaling_event_1(fn_muscle_contraction_7(X)))
& volume_value_1(fn_muscle_cell_25(fn_muscle_contraction_8(X)))
& tangible_entity_1(fn_release_2(fn_muscle_contraction_4(X)))
& is_inside_2(fn_muscle_contraction_2(X),fn_muscle_contraction_13(X))
& agent_2(fn_muscle_contraction_5(X),fn_muscle_contraction_10(X))
& next_event_2(fn_muscle_contraction_6(X),fn_muscle_contraction_7(X))
& agent_2(X,fn_muscle_contraction_10(X))
& agent_2(X,fn_muscle_contraction_9(X))
& subevent_2(X,fn_muscle_contraction_5(X))
& result_2(X,fn_muscle_contraction_1(X))
& has_function_2(fn_muscle_contraction_9(X),X)
& has_function_2(fn_muscle_contraction_10(X),X)
& object_2(fn_muscle_contraction_5(X),fn_muscle_contraction_10(X))
& path_2(fn_muscle_contraction_5(X),fn_muscle_contraction_9(X))
& base_2(fn_muscle_contraction_6(X),fn_muscle_contraction_8(X))
& base_2(fn_muscle_contraction_7(X),fn_muscle_contraction_8(X))
& base_2(X,fn_muscle_contraction_8(X))
& volume_2(fn_muscle_contraction_8(X),fn_muscle_contraction_11(X))
& to_value_2(X,fn_muscle_contraction_14(X))
& greater_than_2(fn_muscle_contraction_11(X),fn_muscle_contraction_14(X))
& from_value_2(X,fn_muscle_contraction_11(X))
& next_event_2(fn_muscle_contraction_3(X),fn_muscle_contraction_4(X))
& subevent_2(X,fn_muscle_contraction_3(X))
& subevent_2(X,fn_muscle_contraction_4(X))
& base_2(fn_muscle_contraction_4(X),fn_muscle_contraction_13(X))
& raw_material_2(X,fn_muscle_contraction_13(X))
& raw_material_2(X,fn_muscle_contraction_12(X))
& object_2(fn_muscle_contraction_3(X),fn_muscle_contraction_12(X))
& object_2(fn_muscle_contraction_4(X),fn_muscle_contraction_2(X))
& fn_muscle_contraction_10(X) = fn_move_1(fn_muscle_contraction_5(X))
& fn_muscle_contraction_9(X) = fn_slide_1(fn_muscle_contraction_5(X))
& fn_muscle_contraction_8(X) = fn_signal_reception_3(fn_muscle_contraction_6(X))
& fn_muscle_contraction_8(X) = fn_cell_signaling_event_1(fn_muscle_contraction_7(X))
& fn_muscle_contraction_8(X) = fn_contract_1(X)
& fn_muscle_contraction_8(X) = fn_cellular_work_2(X)
& X = fn_eukaryotic_cell_32(fn_muscle_contraction_8(X))
& fn_muscle_contraction_11(X) = fn_muscle_cell_25(fn_muscle_contraction_8(X))
& fn_muscle_contraction_16(X) = fn_contract_3(X)
& fn_muscle_contraction_15(X) = fn_contract_2(X)
& fn_muscle_contraction_11(X) = fn_contract_4(X)
& fn_muscle_contraction_14(X) = fn_contract_5(X)
& fn_muscle_contraction_3(X) = fn_mechanical_work_5(X)
& fn_muscle_contraction_12(X) = fn_mechanical_work_4(X)
& fn_muscle_contraction_13(X) = fn_release_2(fn_muscle_contraction_4(X))
& fn_muscle_contraction_13(X) = fn_mechanical_work_3(X)
& fn_muscle_contraction_4(X) = fn_mechanical_work_6(X)
& fn_muscle_contraction_2(X) = fn_release_1(fn_muscle_contraction_4(X))
& fn_contract_1(X) = fn_cellular_work_2(X)
& fn_signal_reception_3(fn_muscle_contraction_6(X)) = fn_cellular_work_2(X)
& fn_cellular_work_2(X) = fn_signal_reception_3(fn_muscle_contraction_6(X))
& fn_signal_reception_3(fn_muscle_contraction_6(X)) = fn_cell_signaling_event_1(fn_muscle_contraction_7(X))
& fn_cell_signaling_event_1(fn_muscle_contraction_7(X)) = fn_muscle_cell_25(fn_muscle_contraction_8(X))
& fn_muscle_cell_25(fn_muscle_contraction_8(X)) = fn_contract_4(X)
& fn_contract_4(X) = fn_contract_4(X)
& fn_contract_4(X) = fn_mechanical_work_3(X)
& fn_mechanical_work_3(X) = fn_release_2(fn_muscle_contraction_4(X))
& fn_release_2(fn_muscle_contraction_4(X)) = fn_mechanical_work_3(X) ) ) ).
fof(a531125,axiom,
! [X] :
( muscle_relaxation_1(X)
=> ( original_name_2(X,'Muscle-Relaxation')
& user_description_2(X,'The elongation and decontraction of muscle tissue.')
& concept2words_2(X,relax)
& concept2words_2(X,'relaxation of muscle')
& concept2words_2(X,'muscle relaxation')
& concept2words_2(X,'muscle-relaxation')
& mechanical_work_1(X)
& muscle_cell_1(fn_muscle_relaxation_1(X))
& eukaryotic_cell_1(fn_muscle_relaxation_1(X))
& muscle_1(fn_muscle_relaxation_2(X))
& muscle_cell_1(fn_muscle_1(fn_muscle_relaxation_2(X)))
& cellular_work_1(fn_eukaryotic_cell_32(fn_muscle_relaxation_1(X)))
& has_part_2(fn_muscle_relaxation_2(X),fn_muscle_relaxation_1(X))
& base_2(X,fn_muscle_relaxation_1(X))
& fn_muscle_relaxation_1(X) = fn_muscle_1(fn_muscle_relaxation_2(X))
& X = fn_eukaryotic_cell_32(fn_muscle_relaxation_1(X)) ) ) ).
fof(a531126,axiom,
! [X] :
( muscle_specific_transcription_factor_1(X)
=> ( original_name_2(X,'Muscle-Specific-Transcription-Factor')
& user_description_2(X,'A regulatory protein that binds to specific DNA sequences and thereby controls the transfer (or transcription) of genetic information from DNA to mRNA in muscle cells.')
& concept2words_2(X,'muscle specific transcription factor')
& concept2words_2(X,'muscle-specific-transcription-factor')
& transcription_factor_1(X)
& ~ activator_1(X)
& ~ homeodomain_protein_1(X)
& ~ morphogen_1(X)
& ~ p53_protein_1(X) ) ) ).
fof(a531127,axiom,
! [X] :
( muscle_tissue_1(X)
=> ( original_name_2(X,'Muscle-Tissue')
& user_description_2(X,'Tissue consisting of contractile muscle cells.')
& concept2words_2(X,'tissue of muscle')
& concept2words_2(X,'muscle tissue')
& concept2words_2(X,'muscle-tissue')
& tissue_1(X) ) ) ).
fof(a531128,axiom,
! [X] :
( mushroom_1(X)
=> ( original_name_2(X,'Mushroom')
& user_description_2(X,'The spore-producing fruiting body of some fungi.')
& concept2words_2(X,mushroom)
& club_fungus_1(X) ) ) ).
fof(a531129,axiom,
! [X] :
( mussel_1(X)
=> ( original_name_2(X,'Mussel')
& user_description_2(X,'The common name for marine or freshwater animals from the molluscan class Bivalvia. Mussels can generally be distinguished from other bivalves by their shape: one end is tapered to a point while the other is rounded.')
& concept2words_2(X,mussel)
& bivalve_1(X)
& ~ oyster_1(X) ) ) ).
fof(a531130,axiom,
! [X] :
( mutagen_1(X)
=> ( original_name_2(X,'Mutagen')
& user_description_2(X,'A chemical or physical agent that causes a change in the genetic material of an organism.')
& concept2words_2(X,mutagen)
& role_1(X) ) ) ).
fof(a531131,axiom,
! [X] :
( mutant_phenotype_1(X)
=> ( original_name_2(X,'Mutant-Phenotype')
& user_description_2(X,'An individual bearing an allele that has undergone mutation and is expressed in the phenotype.')
& concept2words_2(X,'phenotype of mutant')
& concept2words_2(X,'mutant phenotype')
& concept2words_2(X,'mutant-phenotype')
& phenotype_1(X)
& ~ autosomal_dominant_trait_1(X)
& ~ blood_type_phenotype_1(X)
& ~ dominant_phenotype_1(X)
& ~ codominant_1(X)
& ~ multifactorial_phenotype_1(X)
& ~ mutant_type_1(X)
& ~ parental_type_1(X)
& ~ phenotype_of_offspring_1(X)
& ~ phenotype_of_parent_1(X)
& ~ trait_on_a_range_1(X)
& ~ trait_on_a_scale_1(X)
& ~ wild_type_1(X)
& ~ x_chromosome_phenotype_dominant_1(X)
& ~ x_chromosome_phenotype_recessive_1(X) ) ) ).
fof(a531132,axiom,
! [X] :
( mutant_type_1(X)
=> ( original_name_2(X,'Mutant-Type')
& user_description_2(X,'Traits that are alternatives to the wild type.')
& concept2words_2(X,'mutant phenotype')
& concept2words_2(X,'type of mutant')
& concept2words_2(X,'mutant type')
& concept2words_2(X,'mutant-type')
& phenotype_1(X)
& ~ autosomal_dominant_trait_1(X)
& ~ blood_type_phenotype_1(X)
& ~ dominant_phenotype_1(X)
& ~ codominant_1(X)
& ~ multifactorial_phenotype_1(X)
& ~ mutant_phenotype_1(X)
& ~ parental_type_1(X)
& ~ phenotype_of_offspring_1(X)
& ~ phenotype_of_parent_1(X)
& ~ trait_on_a_range_1(X)
& ~ trait_on_a_scale_1(X)
& ~ wild_type_1(X)
& ~ x_chromosome_phenotype_dominant_1(X)
& ~ x_chromosome_phenotype_recessive_1(X)
& mutation_1(fn_mutant_type_1(X))
& allele_1(fn_mutant_type_2(X))
& code_for_1(fn_mutant_type_3(X))
& wild_type_1(fn_mutant_type_4(X))
& entity_1(fn_code_for_2(fn_mutant_type_3(X)))
& gene_1(fn_mutation_2(fn_mutant_type_1(X)))
& code_for_1(fn_gene_13(fn_mutant_type_2(X)))
& experiencer_2(fn_mutant_type_1(X),X)
& result_2(fn_mutant_type_3(X),fn_mutant_type_4(X))
& object_2(fn_mutant_type_1(X),fn_mutant_type_2(X))
& agent_2(fn_mutant_type_3(X),fn_mutant_type_2(X))
& fn_mutant_type_4(X) = fn_code_for_2(fn_mutant_type_3(X))
& fn_mutant_type_2(X) = fn_mutation_2(fn_mutant_type_1(X))
& fn_mutant_type_3(X) = fn_gene_13(fn_mutant_type_2(X)) ) ) ).
fof(a531133,axiom,
! [X] :
( mutation_1(X)
=> ( original_name_2(X,'Mutation')
& user_description_2(X,'A change in the nucleotide sequence of an organism\'s genetic material.')
& concept2words_2(X,mutate)
& concept2words_2(X,mutation)
& biochemical_change_1(X)
& ~ alteration_of_mrna_ends_1(X)
& ~ coil_1(X)
& ~ conformational_change_1(X)
& ~ conversion_to_isomer_1(X)
& ~ detoxification_1(X)
& ~ evaporation_1(X)
& ~ fold_1(X)
& ~ freezing_1(X)
& ~ gene_therapy_1(X)
& ~ melting_1(X)
& ~ metamorphosis_1(X)
& ~ post_translational_modification_1(X)
& ~ refract_1(X)
& ~ temperature_fluctuation_1(X)
& ~ transformation_1(X)
& ~ twist_1(X)
& genetic_variation_1(fn_mutation_1(X))
& gene_1(fn_mutation_2(X))
& causes_2(X,fn_mutation_1(X))
& object_2(X,fn_mutation_2(X)) ) ) ).
fof(a531134,axiom,
! [X] :
( mutualism_1(X)
=> ( original_name_2(X,'Mutualism')
& user_description_2(X,'A symbiotic relationship in which both partners benefit from the association.')
& concept2words_2(X,'mutually benefit')
& concept2words_2(X,'undergo mutualism')
& concept2words_2(X,mutualism)
& symbiosis_1(X)
& ~ commensalism_1(X)
& organism_1(fn_mutualism_1(X))
& organism_1(fn_mutualism_2(X))
& beneficiary_2(X,fn_mutualism_1(X))
& beneficiary_2(X,fn_mutualism_2(X))
& agent_2(X,fn_mutualism_2(X))
& agent_2(X,fn_mutualism_1(X))
& fn_mutualism_2(X) != fn_mutualism_1(X)
& fn_mutualism_1(X) != fn_mutualism_2(X)
& fn_mutualism_2(X) = fn_symbiosis_1(X)
& fn_mutualism_1(X) = fn_symbiosis_2(X) ) ) ).
fof(a531135,axiom,
! [X] :
( mycelium_1(X)
=> ( original_name_2(X,'Mycelium')
& user_description_2(X,'The vegetative part of a fungus, consisting of a densely branched network of hyphae.')
& concept2words_2(X,mycelium)
& fungal_tissue_1(X)
& ~ ascus_1(X)
& ~ hypha_1(X)
& ~ zygosporangium_1(X) ) ) ).
fof(a531136,axiom,
! [X] :
( mycetozoa_1(X)
=> ( original_name_2(X,'Mycetozoa')
& user_description_2(X,'A phylum within the kingdom Amoebozoa.')
& concept2words_2(X,mycetozoa)
& amoeba_1(X) ) ) ).
fof(a531137,axiom,
! [X] :
( mycoplasma_1(X)
=> ( original_name_2(X,'Mycoplasma')
& user_description_2(X,'Mycoplasma is a genus of bacteria that lack a cell wall.')
& concept2words_2(X,mycoplasma)
& bacterium_1(X)
& ~ cellulose_digesting_bacteria_1(X)
& ~ escherichia_coli_1(X)
& ~ gram_negative_bacteria_1(X)
& ~ gram_positive_bacteria_1(X)
& ~ rhizobacterium_1(X)
& chromosome_1(fn_mycoplasma_1(X))
& prokaryotic_chromosome_1(fn_mycoplasma_1(X))
& nucleoid_1(fn_mycoplasma_2(X))
& substance_1(fn_mycoplasma_3(X))
& cytosol_1(fn_mycoplasma_3(X))
& tangible_entity_1(fn_mycoplasma_4(X))
& phospholipid_bilayer_1(fn_mycoplasma_4(X))
& specific_heat_value_1(fn_mycoplasma_5(X))
& nutrition_1(fn_mycoplasma_6(X))
& chemoheterotroph_1(fn_mycoplasma_7(X))
& temperature_value_1(fn_mycoplasma_8(X))
& size_value_1(fn_mycoplasma_9(X))
& surface_1(fn_mycoplasma_10(X))
& volume_value_1(fn_mycoplasma_11(X))
& cell_wall_1(fn_mycoplasma_12(X))
& water_1(fn_mycoplasma_13(X))
& genome_1(fn_mycoplasma_14(X))
& genotype_1(fn_mycoplasma_14(X))
& ribosome_1(fn_mycoplasma_15(X))
& prokaryotic_ribosome_1(fn_mycoplasma_15(X))
& spatial_entity_1(fn_mycoplasma_16(X))
& biomembrane_1(fn_mycoplasma_16(X))
& plasma_membrane_1(fn_mycoplasma_16(X))
& mixture_1(fn_mycoplasma_17(X))
& cytoplasm_1(fn_mycoplasma_17(X))
& nutrition_1(fn_heterotroph_3(fn_mycoplasma_7(X)))
& organism_1(fn_heterotroph_2(fn_mycoplasma_7(X)))
& is_inside_2(fn_mycoplasma_15(X),fn_mycoplasma_3(X))
& in_event_2(fn_mycoplasma_7(X),fn_mycoplasma_6(X))
& agent_2(fn_mycoplasma_6(X),X)
& plays_2(X,fn_mycoplasma_7(X))
& has_part_2(X,fn_mycoplasma_13(X))
& specific_heat_2(fn_mycoplasma_13(X),fn_mycoplasma_5(X))
& correspondence_2(fn_mycoplasma_8(X),fn_mycoplasma_5(X))
& temperature_2(X,fn_mycoplasma_8(X))
& has_part_2(X,fn_mycoplasma_1(X))
& is_inside_2(fn_mycoplasma_1(X),fn_mycoplasma_2(X))
& has_region_2(X,fn_mycoplasma_2(X))
& has_part_2(fn_mycoplasma_17(X),fn_mycoplasma_3(X))
& volume_2(X,fn_mycoplasma_11(X))
& directly_proportional_2(fn_mycoplasma_9(X),fn_mycoplasma_11(X))
& size_2(X,fn_mycoplasma_9(X))
& has_region_2(X,fn_mycoplasma_10(X))
& is_at_2(fn_mycoplasma_4(X),fn_mycoplasma_10(X))
& has_part_2(X,fn_mycoplasma_14(X))
& has_part_2(X,fn_mycoplasma_15(X))
& has_part_2(fn_mycoplasma_16(X),fn_mycoplasma_4(X))
& has_part_2(X,fn_mycoplasma_17(X))
& is_inside_2(fn_mycoplasma_17(X),fn_mycoplasma_16(X))
& is_inside_2(fn_mycoplasma_16(X),fn_mycoplasma_12(X))
& has_part_2(X,fn_mycoplasma_12(X))
& has_part_2(X,fn_mycoplasma_16(X))
& X = fn_heterotroph_2(fn_mycoplasma_7(X))
& fn_mycoplasma_6(X) = fn_heterotroph_3(fn_mycoplasma_7(X))
& fn_mycoplasma_18(X) = fn_organism_6(X)
& fn_mycoplasma_19(X) = fn_organism_1(X)
& fn_mycoplasma_8(X) = fn_organism_2(X)
& fn_mycoplasma_5(X) = fn_organism_5(X)
& fn_mycoplasma_13(X) = fn_organism_4(X)
& fn_mycoplasma_3(X) = fn_prokaryote_10(X)
& fn_mycoplasma_2(X) = fn_prokaryote_18(X)
& fn_mycoplasma_1(X) = fn_prokaryote_9(X)
& fn_mycoplasma_20(X) = fn_cell_10(X)
& fn_mycoplasma_21(X) = fn_cell_23(X)
& fn_mycoplasma_4(X) = fn_cell_26(X)
& fn_mycoplasma_10(X) = fn_cell_4(X)
& fn_mycoplasma_9(X) = fn_cell_11(X)
& fn_mycoplasma_11(X) = fn_cell_22(X)
& fn_mycoplasma_14(X) = fn_organism_3(X)
& fn_mycoplasma_14(X) = fn_bacterium_13(X)
& fn_mycoplasma_15(X) = fn_bacterium_14(X)
& fn_mycoplasma_4(X) = fn_bacterium_5(X)
& fn_mycoplasma_12(X) = fn_bacterium_12(X)
& fn_mycoplasma_16(X) = fn_bacterium_15(X)
& fn_mycoplasma_17(X) = fn_prokaryote_12(X)
& fn_mycoplasma_17(X) = fn_bacterium_16(X)
& fn_organism_3(X) = fn_bacterium_13(X)
& fn_bacterium_13(X) = fn_cell_26(X)
& fn_cell_26(X) = fn_bacterium_5(X)
& fn_bacterium_5(X) = fn_prokaryote_12(X)
& fn_bacterium_16(X) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_bacterium_16(X)
& fn_heterotroph_2(fn_mycoplasma_7(X)) = fn_heterotroph_2(fn_mycoplasma_7(X)) ) ) ).
fof(a531138,axiom,
! [X] :
( mycorrhiza_1(X)
=> ( original_name_2(X,'Mycorrhiza')
& user_description_2(X,'A mutualistic relationship between a fungus and the roots of a plant.')
& concept2words_2(X,mycorrhiza)
& ensemble_1(X)
& rate_value_1(fn_mycorrhiza_2(X))
& area_value_1(fn_mycorrhiza_3(X))
& hypha_1(fn_mycorrhiza_4(X))
& limiting_nutrient_1(fn_mycorrhiza_6(X))
& resource_1(fn_mycorrhiza_7(X))
& store_1(fn_mycorrhiza_8(X))
& uptake_of_nutrient_by_plant_cell_using_proton_pump_1(fn_mycorrhiza_9(X))
& root_1(fn_mycorrhiza_10(X))
& organism_1(fn_mycorrhiza_11(X))
& vascular_plant_1(fn_mycorrhiza_11(X))
& shoot_1(fn_mycorrhiza_12(X))
& phosphorus_1(fn_mycorrhiza_13(X))
& supply_1(fn_mycorrhiza_14(X))
& mutualism_1(fn_mycorrhiza_15(X))
& symbiotic_fungi_1(fn_mycorrhiza_16(X))
& endergonic_process_1(fn_mycorrhiza_17(X))
& work_1(fn_mycorrhiza_17(X))
& cellular_work_1(fn_mycorrhiza_17(X))
& active_transport_using_atp_1(fn_mycorrhiza_17(X))
& passive_transport_1(fn_mycorrhiza_18(X))
& exergonic_process_1(fn_mycorrhiza_18(X))
& facilitated_diffusion_1(fn_mycorrhiza_18(X))
& cell_1(fn_mycorrhiza_19(X))
& plant_cell_1(fn_mycorrhiza_19(X))
& eukaryotic_cell_1(fn_mycorrhiza_19(X))
& tissue_1(fn_mycorrhiza_20(X))
& entity_1(fn_transfer_1(fn_mycorrhiza_14(X)))
& passive_transport_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(fn_mycorrhiza_9(X)))
& exergonic_process_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(fn_mycorrhiza_9(X)))
& facilitated_diffusion_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(fn_mycorrhiza_9(X)))
& tissue_1(fn_root_27(fn_mycorrhiza_10(X)))
& root_1(fn_vascular_plant_9(fn_mycorrhiza_11(X)))
& shoot_1(fn_vascular_plant_26(fn_mycorrhiza_11(X)))
& tangible_entity_1(fn_relinquish_1(fn_mycorrhiza_14(X)))
& organism_1(fn_symbiosis_1(fn_mycorrhiza_15(X)))
& organism_1(fn_mutualism_2(fn_mycorrhiza_15(X)))
& endergonic_process_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(fn_mycorrhiza_9(X)))
& work_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(fn_mycorrhiza_9(X)))
& cellular_work_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(fn_mycorrhiza_9(X)))
& active_transport_using_atp_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(fn_mycorrhiza_9(X)))
& endergonic_process_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(fn_mycorrhiza_9(X)))
& work_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(fn_mycorrhiza_9(X)))
& cellular_work_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(fn_mycorrhiza_9(X)))
& active_transport_using_atp_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(fn_mycorrhiza_9(X)))
& cell_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_8(fn_mycorrhiza_9(X)))
& plant_cell_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_8(fn_mycorrhiza_9(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_mycorrhiza_20(X)))
& store_1(fn_root_33(fn_mycorrhiza_10(X)))
& store_1(fn_root_28(fn_mycorrhiza_10(X)))
& organism_1(fn_symbiosis_2(fn_mycorrhiza_15(X)))
& organism_1(fn_mutualism_1(fn_mycorrhiza_15(X)))
& has_part_2(fn_mycorrhiza_16(X),fn_mycorrhiza_4(X))
& recipient_2(fn_mycorrhiza_14(X),fn_mycorrhiza_11(X))
& plays_2(fn_mycorrhiza_13(X),fn_mycorrhiza_7(X))
& plays_2(fn_mycorrhiza_13(X),fn_mycorrhiza_6(X))
& area_2(fn_mycorrhiza_4(X),fn_mycorrhiza_3(X))
& the_scalar_value_2(fn_mycorrhiza_3(X),huge_0)
& scalar_unit_class_2(fn_mycorrhiza_3(X),hypha_0)
& positive_influence_2(fn_mycorrhiza_3(X),fn_mycorrhiza_2(X))
& element_2(X,fn_mycorrhiza_16(X))
& element_2(X,fn_mycorrhiza_10(X))
& rate_2(fn_mycorrhiza_9(X),fn_mycorrhiza_2(X))
& agent_2(fn_mycorrhiza_8(X),fn_mycorrhiza_11(X))
& object_2(fn_mycorrhiza_14(X),fn_mycorrhiza_13(X))
& donor_2(fn_mycorrhiza_14(X),fn_mycorrhiza_16(X))
& agent_2(fn_mycorrhiza_14(X),fn_mycorrhiza_16(X))
& base_2(fn_mycorrhiza_15(X),fn_mycorrhiza_16(X))
& fn_mycorrhiza_16(X) != fn_mycorrhiza_11(X)
& base_2(fn_mycorrhiza_15(X),fn_mycorrhiza_11(X))
& fn_mycorrhiza_11(X) != fn_mycorrhiza_16(X)
& beneficiary_2(fn_mycorrhiza_15(X),fn_mycorrhiza_11(X))
& agent_2(fn_mycorrhiza_15(X),fn_mycorrhiza_11(X))
& beneficiary_2(fn_mycorrhiza_15(X),fn_mycorrhiza_16(X))
& agent_2(fn_mycorrhiza_15(X),fn_mycorrhiza_16(X))
& called_2(fn_mycorrhiza_17(X),'AT2')
& subevent_2(fn_mycorrhiza_9(X),fn_mycorrhiza_18(X))
& base_2(fn_mycorrhiza_18(X),fn_mycorrhiza_19(X))
& base_2(fn_mycorrhiza_17(X),fn_mycorrhiza_19(X))
& subevent_2(fn_mycorrhiza_9(X),fn_mycorrhiza_17(X))
& base_2(fn_mycorrhiza_9(X),fn_mycorrhiza_19(X))
& has_part_2(fn_mycorrhiza_11(X),fn_mycorrhiza_10(X))
& has_part_2(fn_mycorrhiza_10(X),fn_mycorrhiza_20(X))
& site_2(fn_mycorrhiza_8(X),fn_mycorrhiza_10(X))
& has_part_2(fn_mycorrhiza_20(X),fn_mycorrhiza_19(X))
& fn_mycorrhiza_13(X) = fn_transfer_1(fn_mycorrhiza_14(X))
& fn_mycorrhiza_16(X) = fn_relinquish_1(fn_mycorrhiza_14(X))
& fn_mycorrhiza_11(X) = fn_symbiosis_2(fn_mycorrhiza_15(X))
& fn_mycorrhiza_16(X) = fn_symbiosis_1(fn_mycorrhiza_15(X))
& fn_mycorrhiza_16(X) = fn_mutualism_2(fn_mycorrhiza_15(X))
& fn_mycorrhiza_11(X) = fn_mutualism_1(fn_mycorrhiza_15(X))
& fn_mycorrhiza_17(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_6(fn_mycorrhiza_9(X))
& fn_mycorrhiza_17(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(fn_mycorrhiza_9(X))
& fn_mycorrhiza_19(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_8(fn_mycorrhiza_9(X))
& fn_mycorrhiza_18(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(fn_mycorrhiza_9(X))
& fn_mycorrhiza_19(X) = fn_tissue_1(fn_mycorrhiza_20(X))
& fn_mycorrhiza_20(X) = fn_root_27(fn_mycorrhiza_10(X))
& fn_mycorrhiza_8(X) = fn_root_33(fn_mycorrhiza_10(X))
& fn_mycorrhiza_8(X) = fn_root_28(fn_mycorrhiza_10(X))
& fn_mycorrhiza_10(X) = fn_vascular_plant_9(fn_mycorrhiza_11(X))
& fn_mycorrhiza_12(X) = fn_vascular_plant_26(fn_mycorrhiza_11(X))
& fn_relinquish_1(fn_mycorrhiza_14(X)) = fn_relinquish_1(fn_mycorrhiza_14(X))
& fn_relinquish_1(fn_mycorrhiza_14(X)) = fn_symbiosis_1(fn_mycorrhiza_15(X))
& fn_symbiosis_1(fn_mycorrhiza_15(X)) = fn_symbiosis_1(fn_mycorrhiza_15(X))
& fn_symbiosis_1(fn_mycorrhiza_15(X)) = fn_mutualism_2(fn_mycorrhiza_15(X))
& fn_mutualism_2(fn_mycorrhiza_15(X)) = fn_mutualism_2(fn_mycorrhiza_15(X))
& fn_mutualism_2(fn_mycorrhiza_15(X)) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(fn_mycorrhiza_9(X))
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(fn_mycorrhiza_9(X)) = fn_uptake_of_nutrient_by_cell_using_proton_pump_6(fn_mycorrhiza_9(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_6(fn_mycorrhiza_9(X)) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(fn_mycorrhiza_9(X))
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(fn_mycorrhiza_9(X)) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(fn_mycorrhiza_9(X))
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(fn_mycorrhiza_9(X)) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_8(fn_mycorrhiza_9(X))
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_8(fn_mycorrhiza_9(X)) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_8(fn_mycorrhiza_9(X))
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_8(fn_mycorrhiza_9(X)) = fn_tissue_1(fn_mycorrhiza_20(X))
& fn_tissue_1(fn_mycorrhiza_20(X)) = fn_root_33(fn_mycorrhiza_10(X))
& fn_root_33(fn_mycorrhiza_10(X)) = fn_root_28(fn_mycorrhiza_10(X))
& fn_root_28(fn_mycorrhiza_10(X)) = fn_symbiosis_2(fn_mycorrhiza_15(X))
& fn_symbiosis_2(fn_mycorrhiza_15(X)) = fn_symbiosis_2(fn_mycorrhiza_15(X))
& fn_symbiosis_2(fn_mycorrhiza_15(X)) = fn_mutualism_1(fn_mycorrhiza_15(X))
& fn_mutualism_1(fn_mycorrhiza_15(X)) = fn_mutualism_1(fn_mycorrhiza_15(X)) ) ) ).
fof(a531139,axiom,
! [X] :
( mycosis_1(X)
=> ( original_name_2(X,'Mycosis')
& user_description_2(X,'A fungal infection of animals, including humans.')
& concept2words_2(X,'fungal disease')
& concept2words_2(X,'fungal-disease')
& concept2words_2(X,mycosis)
& infectious_disease_1(X)
& ~ african_sleeping_sickness_1(X)
& ~ aids_1(X)
& ~ cholera_1(X)
& ~ cowpox_1(X)
& ~ encephalitis_1(X)
& ~ gastric_ulcer_1(X)
& ~ gonorrhea_1(X)
& ~ hemorrhagic_fever_1(X)
& ~ influenza_1(X)
& ~ lyme_disease_1(X)
& ~ malaria_1(X)
& ~ smallpox_1(X)
& ~ tetanus_1(X)
& ~ tobacco_mosaic_disease_1(X)
& ~ tuberculosis_1(X) ) ) ).
fof(a531140,axiom,
! [X] :
( myelin_sheath_1(X)
=> ( original_name_2(X,'Myelin-Sheath')
& user_description_2(X,'An electrically insulating layer along the axons of vertebrate neurons. The myelin sheath is formed from the cell membranes of multiple Schwann cells and is interrupted at regular intervals called the nodes of Ranvier.')
& concept2words_2(X,'sheath of myelin')
& concept2words_2(X,'myelin sheath')
& concept2words_2(X,'myelin-sheath')
& neuron_structure_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X) ) ) ).
fof(a531141,axiom,
! [X] :
( myoblast_1(X)
=> ( original_name_2(X,'Myoblast')
& user_description_2(X,'An undifferentiated cell in a vertebrate embryo that will eventually become a muscle cell.')
& concept2words_2(X,myoblast)
& stem_cell_1(X)
& differentiated_cell_1(X)
& ~ differentiated_embryonic_cell_1(X)
& ~ mammary_cell_1(X)
& muscle_cell_1(fn_myoblast_1(X))
& create_1(fn_myoblast_2(X))
& entity_1(fn_create_1(fn_myoblast_2(X)))
& base_2(fn_myoblast_2(X),X)
& result_2(fn_myoblast_2(X),fn_myoblast_1(X))
& fn_myoblast_1(X) = fn_create_1(fn_myoblast_2(X)) ) ) ).
fof(a531142,axiom,
! [X] :
( myod_gene_1(X)
=> ( original_name_2(X,'MyoD-Gene')
& user_description_2(X,'The myoD gene converts many differentiated cell types into muscle.')
& concept2words_2(X,'myod gene')
& concept2words_2(X,'myod-gene')
& master_control_gene_1(X)
& ~ homeotic_gene_1(X)
& chromosome_1(fn_myod_gene_1(X))
& is_at_2(fn_myod_gene_1(X),X) ) ) ).
fof(a531143,axiom,
! [X] :
( myod_protein_1(X)
=> ( original_name_2(X,'MyoD-Protein')
& user_description_2(X,'MyoD is a protein with a key role in regulating muscle differentiation. MyoD belongs to a family of proteins known as myogenic regulatory factors.')
& concept2words_2(X,'myod protein')
& concept2words_2(X,'myod-protein')
& muscle_specific_transcription_factor_1(X)
& muscle_specific_transcription_factor_1(fn_myod_protein_1(X))
& muscle_specific_transcription_factor_1(fn_myod_protein_2(X))
& gene_expression_1(fn_myod_protein_3(X))
& eukaryotic_transcription_1(fn_myod_protein_4(X))
& eukaryotic_transcription_initiation_1(fn_myod_protein_5(X))
& eukaryotic_gene_activation_1(fn_myod_protein_6(X))
& chemical_entity_1(fn_gene_expression_4(fn_myod_protein_3(X)))
& protein_1(fn_gene_expression_4(fn_myod_protein_3(X)))
& gene_activation_1(fn_transcription_initiation_7(fn_myod_protein_5(X)))
& chemical_entity_1(fn_gene_activation_8(fn_myod_protein_6(X)))
& protein_1(fn_gene_activation_8(fn_myod_protein_6(X)))
& transcription_factor_1(fn_gene_activation_8(fn_myod_protein_6(X)))
& transcription_initiation_1(fn_transcription_1(fn_myod_protein_4(X)))
& called_2(fn_myod_protein_1(X),'MSTF1')
& called_2(fn_myod_protein_2(X),'MSFT2')
& result_2(fn_myod_protein_3(X),fn_myod_protein_1(X))
& subevent_2(fn_myod_protein_3(X),fn_myod_protein_4(X))
& result_2(fn_myod_protein_3(X),fn_myod_protein_2(X))
& subevent_2(fn_myod_protein_5(X),fn_myod_protein_6(X))
& agent_2(fn_myod_protein_6(X),X)
& first_subevent_2(fn_myod_protein_4(X),fn_myod_protein_5(X))
& subevent_2(fn_myod_protein_4(X),fn_myod_protein_5(X))
& fn_myod_protein_2(X) = fn_gene_expression_4(fn_myod_protein_3(X))
& fn_myod_protein_6(X) = fn_transcription_initiation_7(fn_myod_protein_5(X))
& X = fn_gene_activation_8(fn_myod_protein_6(X))
& fn_myod_protein_5(X) = fn_transcription_1(fn_myod_protein_4(X)) ) ) ).
fof(a531144,axiom,
! [X] :
( myofibril_1(X)
=> ( original_name_2(X,'Myofibril')
& user_description_2(X,'The basic unit of a muscle. Myofibrils are composed of thin filaments of actin, thick filaments of myosin, and other proteins that hold them together.')
& concept2words_2(X,myofibril)
& fiber_1(X)
& ~ anaphase_promoting_complex_1(X)
& ~ capsomere_1(X)
& ~ complement_system_1(X)
& ~ light_harvesting_complex_1(X)
& ~ membrane_attack_complex_1(X)
& ~ proteasome_1(X)
& ~ protein_core_1(X)
& ~ reaction_center_complex_1(X)
& ~ rosette_cellulose_synthesizing_complex_1(X)
& ~ thick_filament_1(X)
& ~ thin_filament_1(X)
& ~ troponin_complex_1(X) ) ) ).
fof(a531145,axiom,
! [X] :
( myoglobin_1(X)
=> ( original_name_2(X,'Myoglobin')
& user_description_2(X,'An oxygen-binding molecule found in the muscle cells of vertebrates.')
& concept2words_2(X,myoglobin)
& respiratory_pigment_1(X) ) ) ).
fof(a531146,axiom,
! [X] :
( myosin_1(X)
=> ( original_name_2(X,'Myosin')
& user_description_2(X,'Myosin is a large family of motor proteins which bring about actin-based motility. It is present in all eukaryotic cells')
& concept2words_2(X,myosin)
& molecular_motor_1(X)
& kinetic_energy_1(fn_myosin_5(X))
& protein_domain_1(fn_myosin_6(X))
& hydrophilic_region_1(fn_myosin_7(X))
& surface_1(fn_myosin_8(X))
& carbon_skeleton_1(fn_myosin_9(X))
& polypeptide_1(fn_myosin_10(X))
& monomer_1(fn_myosin_11(X))
& carbon_1(fn_myosin_12(X))
& atom_1(fn_myosin_13(X))
& chemical_entity_1(fn_myosin_13(X))
& size_value_1(fn_myosin_14(X))
& attach_1(fn_myosin_15(X))
& move_1(fn_myosin_16(X))
& constant_motion_1(fn_myosin_17(X))
& speed_value_1(fn_myosin_18(X))
& quantity_value_1(fn_myosin_19(X))
& change_of_shape_1(fn_myosin_20(X))
& size_value_1(fn_myosin_21(X))
& spatial_entity_1(fn_myosin_22(X))
& chemical_entity_1(fn_myosin_22(X))
& monomer_1(fn_myosin_22(X))
& molecule_1(fn_myosin_22(X))
& amino_acid_1(fn_myosin_22(X))
& disulfide_bond_1(fn_myosin_23(X))
& carbon_1(fn_carbon_skeleton_4(fn_myosin_9(X)))
& protein_1(fn_disulfide_bond_3(fn_myosin_23(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_myosin_9(X)))
& atom_1(fn_carbon_skeleton_2(fn_myosin_9(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_myosin_9(X)))
& possesses_2(X,fn_myosin_23(X))
& the_scalar_value_2(fn_myosin_14(X),big_0)
& scalar_unit_class_2(fn_myosin_14(X),polypeptide_0)
& has_part_2(X,fn_myosin_13(X))
& has_function_2(X,fn_myosin_16(X))
& is_at_2(fn_myosin_7(X),fn_myosin_8(X))
& has_region_2(X,fn_myosin_8(X))
& has_part_2(X,fn_myosin_10(X))
& has_part_2(fn_myosin_10(X),fn_myosin_22(X))
& is_at_2(fn_myosin_22(X),fn_myosin_6(X))
& size_2(X,fn_myosin_14(X))
& greater_than_2(fn_myosin_14(X),fn_myosin_21(X))
& size_2(fn_myosin_11(X),fn_myosin_21(X))
& has_part_2(X,fn_myosin_11(X))
& has_region_2(X,fn_myosin_7(X))
& base_2(fn_myosin_15(X),X)
& enables_2(fn_myosin_15(X),fn_myosin_16(X))
& causes_2(fn_myosin_20(X),fn_myosin_16(X))
& object_2(fn_myosin_20(X),X)
& has_region_2(X,fn_myosin_6(X))
& possesses_2(X,fn_myosin_5(X))
& quantity_2(fn_myosin_5(X),fn_myosin_19(X))
& directly_proportional_2(fn_myosin_18(X),fn_myosin_19(X))
& speed_2(fn_myosin_17(X),fn_myosin_18(X))
& object_2(fn_myosin_17(X),X)
& is_inside_2(fn_myosin_12(X),fn_myosin_9(X))
& has_part_2(X,fn_myosin_12(X))
& has_region_2(X,fn_myosin_9(X))
& fn_myosin_13(X) != fn_myosin_12(X)
& fn_myosin_12(X) != fn_myosin_13(X)
& X = fn_disulfide_bond_3(fn_myosin_23(X))
& fn_myosin_4(X) = fn_motor_protein_28(X)
& fn_myosin_3(X) = fn_motor_protein_27(X)
& fn_myosin_2(X) = fn_motor_protein_26(X)
& fn_myosin_13(X) = fn_motor_protein_13(X)
& fn_myosin_1(X) = fn_motor_protein_25(X)
& fn_myosin_22(X) = fn_motor_protein_16(X)
& fn_myosin_10(X) = fn_motor_protein_23(X)
& fn_myosin_8(X) = fn_motor_protein_9(X)
& fn_myosin_7(X) = fn_motor_protein_8(X)
& fn_myosin_11(X) = fn_motor_protein_12(X)
& fn_myosin_21(X) = fn_motor_protein_17(X)
& fn_myosin_14(X) = fn_motor_protein_22(X)
& fn_myosin_6(X) = fn_motor_protein_24(X)
& fn_myosin_20(X) = fn_motor_protein_3(X)
& fn_myosin_16(X) = fn_motor_protein_14(X)
& fn_myosin_15(X) = fn_motor_protein_6(X)
& fn_myosin_17(X) = fn_motor_protein_20(X)
& fn_myosin_18(X) = fn_motor_protein_19(X)
& fn_myosin_19(X) = fn_motor_protein_18(X)
& fn_myosin_5(X) = fn_motor_protein_21(X)
& X = fn_carbon_skeleton_3(fn_myosin_9(X))
& fn_myosin_13(X) = fn_carbon_skeleton_2(fn_myosin_9(X))
& fn_myosin_12(X) = fn_carbon_skeleton_4(fn_myosin_9(X))
& fn_disulfide_bond_3(fn_myosin_23(X)) = fn_carbon_skeleton_3(fn_myosin_9(X))
& fn_carbon_skeleton_3(fn_myosin_9(X)) = fn_carbon_skeleton_3(fn_myosin_9(X))
& fn_carbon_skeleton_3(fn_myosin_9(X)) = fn_motor_protein_13(X)
& fn_motor_protein_13(X) = fn_carbon_skeleton_2(fn_myosin_9(X))
& fn_carbon_skeleton_2(fn_myosin_9(X)) = fn_carbon_skeleton_2(fn_myosin_9(X)) ) ) ).
fof(a531147,axiom,
! [X] :
( myosin_filament_1(X)
=> ( original_name_2(X,'Myosin-Filament')
& user_description_2(X,'Myosin filament are made up of Myosin protein. They are present in muscle cells.')
& concept2words_2(X,'filament of myosin')
& concept2words_2(X,'myosin filament')
& concept2words_2(X,'myosin-filament')
& filament_protein_1(X)
& change_1(fn_myosin_filament_1(X))
& microfilament_1(fn_myosin_filament_2(X))
& microfilament_1(fn_myosin_filament_3(X))
& muscle_cell_1(fn_myosin_filament_4(X))
& move_1(fn_myosin_filament_5(X))
& monomer_1(fn_myosin_filament_6(X))
& myosin_1(fn_myosin_filament_7(X))
& spatial_entity_1(fn_move_1(fn_myosin_filament_5(X)))
& is_between_2(X,fn_myosin_filament_3(X))
& is_between_2(X,fn_myosin_filament_2(X))
& minCardinality(X,has_part_0,"2",myosin_0)
& has_part_2(X,fn_myosin_filament_7(X))
& has_part_2(fn_myosin_filament_4(X),fn_myosin_filament_3(X))
& has_part_2(fn_myosin_filament_4(X),fn_myosin_filament_2(X))
& has_part_2(fn_myosin_filament_4(X),X)
& is_parallel_to_2(fn_myosin_filament_3(X),fn_myosin_filament_2(X))
& is_parallel_to_2(fn_myosin_filament_2(X),fn_myosin_filament_3(X))
& object_2(fn_myosin_filament_1(X),fn_myosin_filament_7(X))
& causes_2(fn_myosin_filament_1(X),fn_myosin_filament_5(X))
& path_2(fn_myosin_filament_5(X),fn_myosin_filament_2(X))
& object_2(fn_myosin_filament_5(X),fn_myosin_filament_7(X))
& has_part_2(X,fn_myosin_filament_6(X))
& fn_myosin_filament_7(X) = fn_move_1(fn_myosin_filament_5(X))
& fn_myosin_filament_6(X) = fn_polymer_6(X)
& fn_myosin_filament_6(X) = fn_polymer_4(X)
& fn_polymer_6(X) = fn_polymer_4(X) ) ) ).
fof(a531148,axiom,
! [X] :
( myotonia_1(X)
=> ( original_name_2(X,'Myotonia')
& user_description_2(X,'A state of increased muscle tension or rigidity. During sexual arousal in humans, some tissues exhibit myotonia.')
& concept2words_2(X,myotonia)
& reproductive_process_1(X) ) ) ).
fof(a531149,axiom,
! [X] :
( myriapod_1(X)
=> ( original_name_2(X,'Myriapod')
& user_description_2(X,'A terrestrial arthropod with many similar-looking body segments and either one or two pairs of legs per segment. Examples include centipedes and millipedes.')
& concept2words_2(X,myriapod)
& arthropod_1(X)
& ~ cheliceriform_1(X)
& ~ crustacean_1(X)
& ~ daphnia_1(X)
& ~ diplopode_1(X)
& ~ hexapod_1(X)
& ~ trilobite_1(X) ) ) ).
fof(a531150,axiom,
! [X] :
( myxobacterium_1(X)
=> ( original_name_2(X,'Myxobacterium')
& user_description_2(X,'Group of soil dwelling, decomposing bacteria.')
& concept2words_2(X,'slime bacteria')
& concept2words_2(X,myxobacterium)
& bacterium_1(X)
& soil_1(fn_myxobacterium_1(X))
& has_habitat_2(X,fn_myxobacterium_1(X)) ) ) ).
fof(a531151,axiom,
! [X] :
( n_minus_3_1(X)
=> ( original_name_2(X,'N-Minus-3')
& user_description_2(X,'The nitride ion of nitrogen.')
& concept2words_2(X,nitride)
& concept2words_2(X,'n minus 3')
& concept2words_2(X,'n-minus-3')
& monoatomic_ion_1(X)
& anion_1(X)
& electron_1(fn_n_minus_3_1(X))
& neutron_1(fn_n_minus_3_2(X))
& gain_1(fn_n_minus_3_3(X))
& nitrogen_1(fn_n_minus_3_4(X))
& charge_value_1(fn_n_minus_3_5(X))
& the_cardinal_value_2(fn_n_minus_3_5(X),"-3")
& cardinal_unit_class_2(fn_n_minus_3_5(X),unity_0)
& exactCardinality(X,has_part_0,"7",neutron_0)
& exactCardinality(X,has_part_0,"7",proton_0)
& exactCardinality(X,has_part_0,"10",electron_0)
& has_part_2(X,fn_n_minus_3_2(X))
& has_part_2(X,fn_n_minus_3_1(X))
& charge_2(X,fn_n_minus_3_5(X))
& result_2(fn_n_minus_3_3(X),X)
& recipient_2(fn_n_minus_3_3(X),fn_n_minus_3_4(X))
& base_2(fn_n_minus_3_3(X),fn_n_minus_3_4(X))
& fn_n_minus_3_6(X) = fn_anion_7(X)
& fn_n_minus_3_5(X) = fn_anion_6(X)
& fn_n_minus_3_4(X) = fn_anion_5(X)
& fn_n_minus_3_3(X) = fn_anion_2(X) ) ) ).
fof(a531152,axiom,
! [X] :
( n2_gas_1(X)
=> ( original_name_2(X,'N2-Gas')
& user_description_2(X,'Diatomic nitrogen gas, which is the elemental form of nitrogen that makes up most of the Earth\'s atmosphere.')
& concept2words_2(X,'n2 gas')
& concept2words_2(X,'n2-gas')
& gas_substance_1(X)
& nitrogen_molecule_1(fn_n2_gas_1(X))
& has_part_2(X,fn_n2_gas_1(X)) ) ) ).
fof(a531153,axiom,
! [X] :
( na_substance_1(X)
=> ( original_name_2(X,'Na-Substance')
& concept2words_2(X,'substance of na')
& concept2words_2(X,'na substance')
& concept2words_2(X,'na-substance')
& metal_1(X)
& sodium_1(fn_na_substance_1(X))
& has_part_2(X,fn_na_substance_1(X))
& fn_na_substance_1(X) = fn_metal_1(X) ) ) ).
fof(a531154,axiom,
! [X] :
( nad_plus_1(X)
=> ( original_name_2(X,'NAD-Plus')
& user_description_2(X,'Nicotinamide adenine dinucleotide, abbreviated NAD+, is a coenzyme found in all living cells. The compound is a dinucleotide, since it consists of two nucleotides joined through their phosphate groups, with one nucleotide containing an adenine base and the other containing nicotinamide.')
& concept2words_2(X,nad)
& concept2words_2(X,'nad molecule')
& concept2words_2(X,'electron carrier')
& concept2words_2(X,'nicotinamide adenine dinucleotide')
& concept2words_2(X,'electron carrier of cellular respiration')
& concept2words_2(X,'nad+')
& concept2words_2(X,'plus of nad')
& concept2words_2(X,'nad plus')
& concept2words_2(X,'nad-plus')
& dinucleotide_1(X)
& ~ acetyl_coa_1(X)
& ~ coenzyme_a_1(X)
& ~ fadh2_1(X)
& ~ nadh_1(X)
& ~ nadp_plus_1(X)
& ~ nadph_1(X)
& ~ succinyl_coa_1(X)
& nadh_1(fn_nad_plus_1(X))
& transfer_1(fn_nad_plus_2(X))
& kinetic_energy_1(fn_nad_plus_5(X))
& constant_motion_1(fn_nad_plus_6(X))
& carbon_skeleton_1(fn_nad_plus_7(X))
& speed_value_1(fn_nad_plus_8(X))
& quantity_value_1(fn_nad_plus_9(X))
& coenzyme_1(fn_nad_plus_10(X))
& electron_carrier_1(fn_nad_plus_11(X))
& charge_value_1(fn_nad_plus_13(X))
& phosphate_group_1(fn_nad_plus_14(X))
& electronegative_element_1(fn_nad_plus_15(X))
& oxygen_1(fn_nad_plus_16(X))
& entity_1(fn_nad_plus_16(X))
& atom_1(fn_nad_plus_16(X))
& chemical_entity_1(fn_nad_plus_16(X))
& chemical_bond_1(fn_nad_plus_17(X))
& covalent_bond_1(fn_nad_plus_17(X))
& share_1(fn_nad_plus_18(X))
& atom_1(fn_nad_plus_19(X))
& entity_1(fn_nad_plus_20(X))
& chemical_entity_1(fn_nad_plus_20(X))
& atom_1(fn_nad_plus_20(X))
& carbon_1(fn_nad_plus_20(X))
& share_1(fn_covalent_bond_17(fn_nad_plus_17(X)))
& atom_1(fn_chemical_element_12(fn_nad_plus_15(X)))
& oxygen_1(fn_phosphate_group_5(fn_nad_plus_14(X)))
& entity_1(fn_phosphate_group_5(fn_nad_plus_14(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_nad_plus_14(X)))
& atom_1(fn_phosphate_group_5(fn_nad_plus_14(X)))
& entity_1(fn_phosphate_group_22(fn_nad_plus_14(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_nad_plus_14(X)))
& atom_1(fn_phosphate_group_22(fn_nad_plus_14(X)))
& oxygen_1(fn_phosphate_group_22(fn_nad_plus_14(X)))
& entity_1(fn_covalent_bond_20(fn_nad_plus_17(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_nad_plus_17(X)))
& atom_1(fn_covalent_bond_20(fn_nad_plus_17(X)))
& atom_1(fn_chemical_element_11(fn_nad_plus_15(X)))
& entity_1(fn_covalent_bond_19(fn_nad_plus_17(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_nad_plus_17(X)))
& atom_1(fn_covalent_bond_19(fn_nad_plus_17(X)))
& chemical_entity_1(fn_electron_carrier_1(fn_nad_plus_11(X)))
& organic_molecule_1(fn_coenzyme_1(fn_nad_plus_10(X)))
& the_cardinal_value_2(fn_nad_plus_13(X),"1.0e0")
& cardinal_unit_class_2(fn_nad_plus_13(X),unity_0)
& exactCardinality(X,has_part_0,"2",nucleotide_0)
& X != fn_nad_plus_1(X)
& has_reduced_form_2(X,fn_nad_plus_1(X))
& has_state_2(X,fn_nad_plus_1(X))
& fn_nad_plus_1(X) != X
& has_oxidized_form_2(fn_nad_plus_1(X),X)
& has_state_2(fn_nad_plus_1(X),X)
& result_2(fn_nad_plus_18(X),X)
& agent_2(fn_nad_plus_2(X),X)
& possesses_2(X,fn_nad_plus_17(X))
& plays_2(X,fn_nad_plus_11(X))
& is_inside_2(fn_nad_plus_16(X),fn_nad_plus_14(X))
& plays_2(X,fn_nad_plus_10(X))
& is_between_2(fn_nad_plus_17(X),fn_nad_plus_16(X))
& is_between_2(fn_nad_plus_17(X),fn_nad_plus_20(X))
& has_part_2(fn_nad_plus_15(X),fn_nad_plus_19(X))
& same_type_2(fn_nad_plus_16(X),fn_nad_plus_19(X))
& same_type_2(fn_nad_plus_19(X),fn_nad_plus_16(X))
& has_region_2(X,fn_nad_plus_7(X))
& is_inside_2(fn_nad_plus_20(X),fn_nad_plus_7(X))
& has_part_2(X,fn_nad_plus_20(X))
& fn_nad_plus_16(X) != fn_nad_plus_20(X)
& fn_nad_plus_20(X) != fn_nad_plus_16(X)
& charge_2(X,fn_nad_plus_13(X))
& possesses_2(X,fn_nad_plus_5(X))
& quantity_2(fn_nad_plus_5(X),fn_nad_plus_9(X))
& directly_proportional_2(fn_nad_plus_8(X),fn_nad_plus_9(X))
& speed_2(fn_nad_plus_6(X),fn_nad_plus_8(X))
& object_2(fn_nad_plus_6(X),X)
& result_2(fn_nad_plus_18(X),fn_nad_plus_17(X))
& fn_nad_plus_17(X) = fn_molecule_10(X)
& X = fn_electron_carrier_1(fn_nad_plus_11(X))
& fn_nad_plus_16(X) = fn_phosphate_group_5(fn_nad_plus_14(X))
& fn_nad_plus_16(X) = fn_phosphate_group_22(fn_nad_plus_14(X))
& X = fn_coenzyme_1(fn_nad_plus_10(X))
& fn_nad_plus_16(X) = fn_chemical_element_11(fn_nad_plus_15(X))
& fn_nad_plus_19(X) = fn_chemical_element_11(fn_nad_plus_15(X))
& fn_nad_plus_19(X) = fn_chemical_element_12(fn_nad_plus_15(X))
& fn_nad_plus_20(X) = fn_organic_molecule_2(X)
& fn_nad_plus_16(X) = fn_covalent_bond_20(fn_nad_plus_17(X))
& fn_nad_plus_20(X) = fn_covalent_bond_19(fn_nad_plus_17(X))
& fn_nad_plus_16(X) = fn_organic_molecule_2(X)
& fn_nad_plus_20(X) = fn_organic_molecule_1(X)
& fn_nad_plus_7(X) = fn_organic_molecule_3(X)
& fn_nad_plus_3(X) = fn_molecule_1(X)
& fn_nad_plus_4(X) = fn_molecule_2(X)
& fn_nad_plus_12(X) = fn_molecule_6(X)
& fn_nad_plus_13(X) = fn_molecule_5(X)
& fn_nad_plus_6(X) = fn_molecule_8(X)
& fn_nad_plus_8(X) = fn_molecule_3(X)
& fn_nad_plus_9(X) = fn_molecule_4(X)
& fn_nad_plus_5(X) = fn_molecule_12(X)
& fn_nad_plus_18(X) = fn_covalent_bond_17(fn_nad_plus_17(X))
& fn_chemical_element_12(fn_nad_plus_15(X)) = fn_chemical_element_12(fn_nad_plus_15(X))
& fn_chemical_element_12(fn_nad_plus_15(X)) = fn_chemical_element_11(fn_nad_plus_15(X))
& fn_chemical_element_11(fn_nad_plus_15(X)) = fn_chemical_element_12(fn_nad_plus_15(X))
& fn_chemical_element_12(fn_nad_plus_15(X)) = fn_phosphate_group_5(fn_nad_plus_14(X))
& fn_phosphate_group_5(fn_nad_plus_14(X)) = fn_phosphate_group_22(fn_nad_plus_14(X))
& fn_phosphate_group_22(fn_nad_plus_14(X)) = fn_phosphate_group_22(fn_nad_plus_14(X))
& fn_phosphate_group_22(fn_nad_plus_14(X)) = fn_covalent_bond_20(fn_nad_plus_17(X))
& fn_covalent_bond_20(fn_nad_plus_17(X)) = fn_covalent_bond_20(fn_nad_plus_17(X))
& fn_chemical_element_11(fn_nad_plus_15(X)) = fn_covalent_bond_20(fn_nad_plus_17(X))
& fn_covalent_bond_20(fn_nad_plus_17(X)) = fn_chemical_element_11(fn_nad_plus_15(X))
& fn_chemical_element_11(fn_nad_plus_15(X)) = fn_chemical_element_11(fn_nad_plus_15(X))
& fn_chemical_element_11(fn_nad_plus_15(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_covalent_bond_19(fn_nad_plus_17(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_covalent_bond_19(fn_nad_plus_17(X))
& fn_covalent_bond_19(fn_nad_plus_17(X)) = fn_covalent_bond_19(fn_nad_plus_17(X))
& fn_organic_molecule_1(X) = fn_covalent_bond_19(fn_nad_plus_17(X))
& fn_covalent_bond_19(fn_nad_plus_17(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_electron_carrier_1(fn_nad_plus_11(X))
& fn_electron_carrier_1(fn_nad_plus_11(X)) = fn_coenzyme_1(fn_nad_plus_10(X)) ) ) ).
fof(a531155,axiom,
! [X] :
( nadh_1(X)
=> ( original_name_2(X,'NADH')
& user_description_2(X,'The reduced form of NAD+ is NADH. NADH acts as a reducing agent in most of the chemical reactions.')
& concept2words_2(X,'nicotinamide adenine dinucleotide')
& concept2words_2(X,'nicotinamide-adenine-dinucleotide')
& concept2words_2(X,'electron carrier of cellular respiration')
& concept2words_2(X,nadh)
& dinucleotide_1(X)
& ~ acetyl_coa_1(X)
& ~ coenzyme_a_1(X)
& ~ fadh2_1(X)
& ~ nad_plus_1(X)
& ~ nadp_plus_1(X)
& ~ nadph_1(X)
& ~ succinyl_coa_1(X)
& carry_1(fn_nadh_1(X))
& atom_1(fn_nadh_2(X))
& chemical_entity_1(fn_nadh_2(X))
& coenzyme_1(fn_nadh_3(X))
& electron_carrier_1(fn_nadh_4(X))
& nad_plus_1(fn_nadh_5(X))
& speed_value_1(fn_nadh_6(X))
& quantity_value_1(fn_nadh_7(X))
& carbon_skeleton_1(fn_nadh_8(X))
& kinetic_energy_1(fn_nadh_9(X))
& constant_motion_1(fn_nadh_10(X))
& carbon_1(fn_nadh_11(X))
& carry_1(fn_electron_carrier_2(fn_nadh_4(X)))
& organic_molecule_1(fn_coenzyme_1(fn_nadh_3(X)))
& chemical_entity_1(fn_electron_carrier_1(fn_nadh_4(X)))
& nadh_1(fn_nad_plus_1(fn_nadh_5(X)))
& has_function_2(X,fn_nadh_1(X))
& plays_2(X,fn_nadh_3(X))
& in_event_2(fn_nadh_4(X),fn_nadh_1(X))
& agent_2(fn_nadh_1(X),X)
& plays_2(X,fn_nadh_4(X))
& has_state_2(fn_nadh_5(X),X)
& has_state_2(X,fn_nadh_5(X))
& has_oxidized_form_2(X,fn_nadh_5(X))
& has_reduced_form_2(fn_nadh_5(X),X)
& possesses_2(X,fn_nadh_9(X))
& quantity_2(fn_nadh_9(X),fn_nadh_7(X))
& directly_proportional_2(fn_nadh_6(X),fn_nadh_7(X))
& speed_2(fn_nadh_10(X),fn_nadh_6(X))
& object_2(fn_nadh_10(X),X)
& has_part_2(X,fn_nadh_2(X))
& fn_nadh_2(X) != fn_nadh_11(X)
& is_inside_2(fn_nadh_11(X),fn_nadh_8(X))
& has_region_2(X,fn_nadh_8(X))
& has_part_2(X,fn_nadh_11(X))
& fn_nadh_11(X) != fn_nadh_2(X)
& X = fn_coenzyme_1(fn_nadh_3(X))
& X = fn_electron_carrier_1(fn_nadh_4(X))
& fn_nadh_1(X) = fn_electron_carrier_2(fn_nadh_4(X))
& X = fn_nad_plus_1(fn_nadh_5(X))
& fn_nadh_13(X) = fn_molecule_1(X)
& fn_nadh_12(X) = fn_molecule_2(X)
& fn_nadh_10(X) = fn_molecule_8(X)
& fn_nadh_6(X) = fn_molecule_3(X)
& fn_nadh_7(X) = fn_molecule_4(X)
& fn_nadh_9(X) = fn_molecule_12(X)
& fn_nadh_8(X) = fn_organic_molecule_3(X)
& fn_nadh_11(X) = fn_organic_molecule_1(X)
& fn_nadh_2(X) = fn_organic_molecule_2(X)
& fn_coenzyme_1(fn_nadh_3(X)) = fn_electron_carrier_1(fn_nadh_4(X))
& fn_electron_carrier_1(fn_nadh_4(X)) = fn_electron_carrier_1(fn_nadh_4(X))
& fn_electron_carrier_1(fn_nadh_4(X)) = fn_nad_plus_1(fn_nadh_5(X))
& fn_nad_plus_1(fn_nadh_5(X)) = fn_nad_plus_1(fn_nadh_5(X)) ) ) ).
fof(a531156,axiom,
! [X] :
( nadp_plus_1(X)
=> ( original_name_2(X,'NADP-Plus')
& user_description_2(X,'A coenzyme that accepts and temporarily stores energized electrons from the light reactions.')
& concept2words_2(X,'nicotinamide adenine dinucleotide phosphate')
& concept2words_2(X,'nicotinamide-adenine-dinucleotide-phosphate')
& concept2words_2(X,'electron carrier of photosynthesis')
& concept2words_2(X,'nadp+')
& concept2words_2(X,'plus of nadp')
& concept2words_2(X,'nadp plus')
& concept2words_2(X,'nadp-plus')
& dinucleotide_1(X)
& ~ acetyl_coa_1(X)
& ~ coenzyme_a_1(X)
& ~ fadh2_1(X)
& ~ nad_plus_1(X)
& ~ nadh_1(X)
& ~ nadph_1(X)
& ~ succinyl_coa_1(X)
& transfer_1(fn_nadp_plus_1(X))
& carbon_skeleton_1(fn_nadp_plus_4(X))
& carbon_1(fn_nadp_plus_5(X))
& atom_1(fn_nadp_plus_6(X))
& chemical_entity_1(fn_nadp_plus_6(X))
& nadph_1(fn_nadp_plus_7(X))
& coenzyme_1(fn_nadp_plus_8(X))
& electron_carrier_1(fn_nadp_plus_9(X))
& quantity_value_1(fn_nadp_plus_10(X))
& speed_value_1(fn_nadp_plus_11(X))
& constant_motion_1(fn_nadp_plus_12(X))
& kinetic_energy_1(fn_nadp_plus_13(X))
& carbon_1(fn_carbon_skeleton_4(fn_nadp_plus_4(X)))
& chemical_entity_1(fn_electron_carrier_1(fn_nadp_plus_9(X)))
& organic_molecule_1(fn_coenzyme_1(fn_nadp_plus_8(X)))
& nadp_plus_1(fn_nadph_1(fn_nadp_plus_7(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_nadp_plus_4(X)))
& atom_1(fn_carbon_skeleton_2(fn_nadp_plus_4(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_nadp_plus_4(X)))
& agent_2(fn_nadp_plus_1(X),X)
& plays_2(X,fn_nadp_plus_9(X))
& plays_2(X,fn_nadp_plus_8(X))
& has_state_2(fn_nadp_plus_7(X),X)
& has_state_2(X,fn_nadp_plus_7(X))
& has_reduced_form_2(X,fn_nadp_plus_7(X))
& has_oxidized_form_2(fn_nadp_plus_7(X),X)
& has_part_2(X,fn_nadp_plus_6(X))
& possesses_2(X,fn_nadp_plus_13(X))
& quantity_2(fn_nadp_plus_13(X),fn_nadp_plus_10(X))
& directly_proportional_2(fn_nadp_plus_11(X),fn_nadp_plus_10(X))
& speed_2(fn_nadp_plus_12(X),fn_nadp_plus_11(X))
& object_2(fn_nadp_plus_12(X),X)
& is_inside_2(fn_nadp_plus_5(X),fn_nadp_plus_4(X))
& has_part_2(X,fn_nadp_plus_5(X))
& has_region_2(X,fn_nadp_plus_4(X))
& fn_nadp_plus_6(X) != fn_nadp_plus_5(X)
& fn_nadp_plus_5(X) != fn_nadp_plus_6(X)
& X = fn_electron_carrier_1(fn_nadp_plus_9(X))
& X = fn_coenzyme_1(fn_nadp_plus_8(X))
& X = fn_nadph_1(fn_nadp_plus_7(X))
& fn_nadp_plus_3(X) = fn_molecule_2(X)
& fn_nadp_plus_6(X) = fn_molecule_7(X)
& fn_nadp_plus_2(X) = fn_molecule_1(X)
& fn_nadp_plus_12(X) = fn_molecule_8(X)
& fn_nadp_plus_11(X) = fn_molecule_3(X)
& fn_nadp_plus_10(X) = fn_molecule_4(X)
& fn_nadp_plus_13(X) = fn_molecule_12(X)
& X = fn_carbon_skeleton_3(fn_nadp_plus_4(X))
& fn_nadp_plus_6(X) = fn_carbon_skeleton_2(fn_nadp_plus_4(X))
& fn_nadp_plus_5(X) = fn_carbon_skeleton_4(fn_nadp_plus_4(X))
& fn_electron_carrier_1(fn_nadp_plus_9(X)) = fn_coenzyme_1(fn_nadp_plus_8(X))
& fn_coenzyme_1(fn_nadp_plus_8(X)) = fn_coenzyme_1(fn_nadp_plus_8(X))
& fn_coenzyme_1(fn_nadp_plus_8(X)) = fn_nadph_1(fn_nadp_plus_7(X))
& fn_nadph_1(fn_nadp_plus_7(X)) = fn_nadph_1(fn_nadp_plus_7(X))
& fn_nadph_1(fn_nadp_plus_7(X)) = fn_carbon_skeleton_3(fn_nadp_plus_4(X))
& fn_carbon_skeleton_3(fn_nadp_plus_4(X)) = fn_carbon_skeleton_3(fn_nadp_plus_4(X))
& fn_carbon_skeleton_3(fn_nadp_plus_4(X)) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_carbon_skeleton_2(fn_nadp_plus_4(X))
& fn_carbon_skeleton_2(fn_nadp_plus_4(X)) = fn_carbon_skeleton_2(fn_nadp_plus_4(X)) ) ) ).
fof(a531157,axiom,
! [X] :
( nadp_plus_reductase_1(X)
=> ( original_name_2(X,'NADP-Plus-Reductase')
& user_description_2(X,'An enzyme used during photosynthesis that adds high energy electrons to NADP+ to reduce it to NADPH.')
& concept2words_2(X,'nadp plus reductase')
& concept2words_2(X,'nadp-plus-reductase')
& oxidoreductase_1(X)
& polypeptide_1(fn_nadp_plus_reductase_3(X))
& carbon_skeleton_1(fn_nadp_plus_reductase_4(X))
& active_site_1(fn_nadp_plus_reductase_5(X))
& carbon_1(fn_nadp_plus_reductase_6(X))
& monomer_1(fn_nadp_plus_reductase_7(X))
& atom_1(fn_nadp_plus_reductase_8(X))
& chemical_entity_1(fn_nadp_plus_reductase_8(X))
& size_value_1(fn_nadp_plus_reductase_9(X))
& decrease_1(fn_nadp_plus_reductase_10(X))
& chemical_reaction_1(fn_nadp_plus_reductase_11(X))
& catalyst_1(fn_nadp_plus_reductase_12(X))
& spatial_entity_1(fn_nadp_plus_reductase_13(X))
& chemical_entity_1(fn_nadp_plus_reductase_13(X))
& monomer_1(fn_nadp_plus_reductase_13(X))
& molecule_1(fn_nadp_plus_reductase_13(X))
& amino_acid_1(fn_nadp_plus_reductase_13(X))
& size_value_1(fn_nadp_plus_reductase_14(X))
& r_group_1(fn_nadp_plus_reductase_15(X))
& r_group_1(fn_amino_acid_2(fn_nadp_plus_reductase_13(X)))
& carbon_1(fn_carbon_skeleton_4(fn_nadp_plus_reductase_4(X)))
& atom_1(fn_carbon_skeleton_2(fn_nadp_plus_reductase_4(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_nadp_plus_reductase_4(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_nadp_plus_reductase_4(X)))
& is_inside_2(fn_nadp_plus_reductase_15(X),fn_nadp_plus_reductase_5(X))
& has_region_2(fn_nadp_plus_reductase_13(X),fn_nadp_plus_reductase_15(X))
& has_part_2(X,fn_nadp_plus_reductase_3(X))
& has_part_2(fn_nadp_plus_reductase_3(X),fn_nadp_plus_reductase_13(X))
& site_2(fn_nadp_plus_reductase_11(X),fn_nadp_plus_reductase_5(X))
& in_event_2(fn_nadp_plus_reductase_12(X),fn_nadp_plus_reductase_11(X))
& has_region_2(X,fn_nadp_plus_reductase_5(X))
& facilitates_2(fn_nadp_plus_reductase_5(X),fn_nadp_plus_reductase_11(X))
& enables_2(fn_nadp_plus_reductase_10(X),fn_nadp_plus_reductase_11(X))
& has_function_2(X,fn_nadp_plus_reductase_10(X))
& plays_2(X,fn_nadp_plus_reductase_12(X))
& the_scalar_value_2(fn_nadp_plus_reductase_9(X),big_0)
& scalar_unit_class_2(fn_nadp_plus_reductase_9(X),polypeptide_0)
& has_function_2(X,fn_nadp_plus_reductase_11(X))
& has_part_2(X,fn_nadp_plus_reductase_7(X))
& size_2(fn_nadp_plus_reductase_7(X),fn_nadp_plus_reductase_14(X))
& greater_than_2(fn_nadp_plus_reductase_9(X),fn_nadp_plus_reductase_14(X))
& size_2(X,fn_nadp_plus_reductase_9(X))
& has_part_2(X,fn_nadp_plus_reductase_8(X))
& is_inside_2(fn_nadp_plus_reductase_6(X),fn_nadp_plus_reductase_4(X))
& has_part_2(X,fn_nadp_plus_reductase_6(X))
& has_region_2(X,fn_nadp_plus_reductase_4(X))
& fn_nadp_plus_reductase_8(X) != fn_nadp_plus_reductase_6(X)
& fn_nadp_plus_reductase_6(X) != fn_nadp_plus_reductase_8(X)
& fn_nadp_plus_reductase_15(X) = fn_amino_acid_2(fn_nadp_plus_reductase_13(X))
& fn_nadp_plus_reductase_13(X) = fn_protein_14(X)
& fn_nadp_plus_reductase_3(X) = fn_protein_8(X)
& fn_nadp_plus_reductase_12(X) = fn_enzyme_6(X)
& fn_nadp_plus_reductase_10(X) = fn_enzyme_5(X)
& fn_nadp_plus_reductase_11(X) = fn_enzyme_4(X)
& fn_nadp_plus_reductase_5(X) = fn_enzyme_2(X)
& fn_nadp_plus_reductase_2(X) = fn_oxidoreductase_1(X)
& fn_nadp_plus_reductase_11(X) = fn_oxidoreductase_11(X)
& fn_nadp_plus_reductase_1(X) = fn_oxidoreductase_2(X)
& fn_nadp_plus_reductase_8(X) = fn_oxidoreductase_5(X)
& fn_nadp_plus_reductase_9(X) = fn_protein_enzyme_3(X)
& fn_nadp_plus_reductase_9(X) = fn_oxidoreductase_6(X)
& fn_nadp_plus_reductase_14(X) = fn_oxidoreductase_8(X)
& fn_nadp_plus_reductase_7(X) = fn_protein_enzyme_9(X)
& fn_nadp_plus_reductase_7(X) = fn_oxidoreductase_4(X)
& X = fn_carbon_skeleton_3(fn_nadp_plus_reductase_4(X))
& fn_nadp_plus_reductase_8(X) = fn_carbon_skeleton_2(fn_nadp_plus_reductase_4(X))
& fn_nadp_plus_reductase_6(X) = fn_carbon_skeleton_4(fn_nadp_plus_reductase_4(X))
& fn_enzyme_4(X) = fn_enzyme_4(X)
& fn_enzyme_4(X) = fn_oxidoreductase_11(X)
& fn_oxidoreductase_11(X) = fn_protein_enzyme_3(X)
& fn_oxidoreductase_6(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_oxidoreductase_6(X)
& fn_oxidoreductase_6(X) = fn_oxidoreductase_6(X)
& fn_oxidoreductase_6(X) = fn_oxidoreductase_4(X)
& fn_oxidoreductase_4(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_oxidoreductase_4(X)
& fn_oxidoreductase_4(X) = fn_oxidoreductase_5(X)
& fn_oxidoreductase_5(X) = fn_carbon_skeleton_2(fn_nadp_plus_reductase_4(X))
& fn_carbon_skeleton_2(fn_nadp_plus_reductase_4(X)) = fn_carbon_skeleton_2(fn_nadp_plus_reductase_4(X))
& fn_carbon_skeleton_3(fn_nadp_plus_reductase_4(X)) = fn_carbon_skeleton_3(fn_nadp_plus_reductase_4(X)) ) ) ).
fof(a531158,axiom,
! [X] :
( nadph_1(X)
=> ( original_name_2(X,'NADPH')
& user_description_2(X,'A coenzyme that is used to carry high energy electrons during photosynthesis.')
& concept2words_2(X,'nadph molecule')
& concept2words_2(X,'electron carrier of photosynthesis')
& concept2words_2(X,nadph)
& dinucleotide_1(X)
& ~ acetyl_coa_1(X)
& ~ coenzyme_a_1(X)
& ~ fadh2_1(X)
& ~ nad_plus_1(X)
& ~ nadh_1(X)
& ~ nadp_plus_1(X)
& ~ succinyl_coa_1(X)
& nadp_plus_1(fn_nadph_1(X))
& kinetic_energy_1(fn_nadph_4(X))
& constant_motion_1(fn_nadph_5(X))
& speed_value_1(fn_nadph_6(X))
& quantity_value_1(fn_nadph_7(X))
& carbon_skeleton_1(fn_nadph_8(X))
& carbon_1(fn_nadph_9(X))
& atom_1(fn_nadph_10(X))
& chemical_entity_1(fn_nadph_10(X))
& carry_1(fn_nadph_11(X))
& coenzyme_1(fn_nadph_12(X))
& electron_carrier_1(fn_nadph_13(X))
& carry_1(fn_electron_carrier_2(fn_nadph_13(X)))
& organic_molecule_1(fn_coenzyme_1(fn_nadph_12(X)))
& chemical_entity_1(fn_electron_carrier_1(fn_nadph_13(X)))
& has_reduced_form_2(fn_nadph_1(X),X)
& has_state_2(fn_nadph_1(X),X)
& has_function_2(X,fn_nadph_11(X))
& has_oxidized_form_2(X,fn_nadph_1(X))
& has_state_2(X,fn_nadph_1(X))
& plays_2(X,fn_nadph_12(X))
& in_event_2(fn_nadph_13(X),fn_nadph_11(X))
& agent_2(fn_nadph_11(X),X)
& plays_2(X,fn_nadph_13(X))
& possesses_2(X,fn_nadph_4(X))
& quantity_2(fn_nadph_4(X),fn_nadph_7(X))
& directly_proportional_2(fn_nadph_6(X),fn_nadph_7(X))
& speed_2(fn_nadph_5(X),fn_nadph_6(X))
& object_2(fn_nadph_5(X),X)
& has_part_2(X,fn_nadph_10(X))
& fn_nadph_10(X) != fn_nadph_9(X)
& is_inside_2(fn_nadph_9(X),fn_nadph_8(X))
& has_region_2(X,fn_nadph_8(X))
& has_part_2(X,fn_nadph_9(X))
& fn_nadph_9(X) != fn_nadph_10(X)
& X = fn_coenzyme_1(fn_nadph_12(X))
& X = fn_electron_carrier_1(fn_nadph_13(X))
& fn_nadph_11(X) = fn_electron_carrier_2(fn_nadph_13(X))
& fn_nadph_2(X) = fn_molecule_1(X)
& fn_nadph_3(X) = fn_molecule_2(X)
& fn_nadph_5(X) = fn_molecule_8(X)
& fn_nadph_6(X) = fn_molecule_3(X)
& fn_nadph_7(X) = fn_molecule_4(X)
& fn_nadph_4(X) = fn_molecule_12(X)
& fn_nadph_8(X) = fn_organic_molecule_3(X)
& fn_nadph_9(X) = fn_organic_molecule_1(X)
& fn_nadph_10(X) = fn_organic_molecule_2(X)
& fn_coenzyme_1(fn_nadph_12(X)) = fn_electron_carrier_1(fn_nadph_13(X))
& fn_electron_carrier_1(fn_nadph_13(X)) = fn_electron_carrier_1(fn_nadph_13(X)) ) ) ).
fof(a531159,axiom,
! [X] :
( national_park_1(X)
=> ( original_name_2(X,'National-Park')
& user_description_2(X,'A reserve of natural or semi-natural land, declared or owned by a government, set aside for human recreation and enjoyment, animal and environmental protection and restricted from most development.')
& concept2words_2(X,'park of national')
& concept2words_2(X,'national park')
& concept2words_2(X,'national-park')
& reserve_1(X)
& ~ nature_reserve_1(X)
& ~ zoned_reserve_1(X) ) ) ).
fof(a531160,axiom,
! [X] :
( native_american_1(X)
=> ( original_name_2(X,'Native-American')
& user_description_2(X,'Any of the indigenous peoples of North and South America.')
& concept2words_2(X,'american of native')
& concept2words_2(X,'native american')
& concept2words_2(X,'native-american')
& population_1(X) ) ) ).
fof(a531161,axiom,
! [X] :
( natural_family_planning_1(X)
=> ( original_name_2(X,'Natural-Family-Planning')
& user_description_2(X,'A method of contraception that involves avoiding sexual intercourse at times that conception is most likely to occur.')
& concept2words_2(X,'natural family planning')
& concept2words_2(X,'natural-family-planning')
& contraception_1(X)
& ~ intrauterine_device_1(X)
& ~ prezygotic_barrier_1(X)
& ~ rhythm_method_1(X)
& ~ vasectomy_1(X) ) ) ).
fof(a531162,axiom,
! [X] :
( natural_gas_1(X)
=> ( original_name_2(X,'Natural-Gas')
& user_description_2(X,'Gaseous hydrocarbon which occurs naturally in the ground, consisting primarily of methane.')
& concept2words_2(X,'gas of natural')
& concept2words_2(X,'natural gas')
& concept2words_2(X,'natural-gas')
& gas_substance_1(X)
& methane_1(fn_natural_gas_1(X))
& has_part_2(X,fn_natural_gas_1(X)) ) ) ).
fof(a531163,axiom,
! [X] :
( natural_killer_cell_1(X)
=> ( original_name_2(X,'Natural-Killer-Cell')
& user_description_2(X,'A type of leukocyte that kills early tumor cells and cells that are infected with viruses. Natural killer cells are an important component of innate immunity.')
& concept2words_2(X,'natural killer cell')
& concept2words_2(X,'natural-killer-cell')
& immune_cell_1(X)
& ~ antigen_presenting_cell_1(X)
& ~ effector_cell_1(X)
& ~ eosinophil_1(X)
& ~ mast_cell_1(X)
& ~ neutrophil_1(X)
& ~ recombinant_immune_cell_1(X) ) ) ).
fof(a531164,axiom,
! [X] :
( natural_language_1(X)
=> ( original_name_2(X,'Natural-Language')
& concept2words_2(X,'natural language')
& concept2words_2(X,natural_language)
& concept2words_2(X,tongue)
& concept2words_2(X,'language of natural')
& concept2words_2(X,'natural-language')
& language_1(X)
& ~ bird_song_1(X) ) ) ).
fof(a531165,axiom,
! [X] :
( natural_selection_1(X)
=> ( original_name_2(X,'Natural-Selection')
& user_description_2(X,'The gradual, non-random process by which certain inherited characteristics are passed to future generations based on the fitness of their bearers compared to the bearers of other characteristics.')
& concept2words_2(X,'selection of natural')
& concept2words_2(X,'natural selection')
& concept2words_2(X,'natural-selection')
& evolutionary_process_1(X)
& ~ adaptation_1(X)
& ~ adaptive_radiation_1(X)
& ~ allopatric_speciation_1(X)
& ~ anagenesis_1(X)
& ~ bottleneck_effect_1(X)
& ~ cephalization_1(X)
& ~ character_displacement_1(X)
& ~ cladogenesis_1(X)
& ~ convergent_evolution_1(X)
& ~ endosymbiosis_1(X)
& ~ gene_flow_1(X)
& ~ genetic_drift_1(X)
& ~ heterochrony_1(X)
& ~ homology_1(X)
& ~ mechanical_isolation_1(X)
& ~ mimicry_1(X)
& ~ paedomorphosis_1(X)
& ~ punctuated_equilibria_1(X)
& ~ reproductive_isolation_1(X)
& ~ selection_force_1(X)
& ~ speciation_1(X) ) ) ).
fof(a531166,axiom,
! [X] :
( nature_1(X)
=> ( original_name_2(X,'Nature')
& user_description_2(X,'The external world in its entirety.')
& concept2words_2(X,nature)
& conceptual_entity_1(X) ) ) ).
fof(a531167,axiom,
! [X] :
( nature_reserve_1(X)
=> ( original_name_2(X,'Nature-Reserve')
& user_description_2(X,'A region set aside for wildlife in order to help perserve endangered organisms and ecosystems, and to maintain biodiversity.')
& concept2words_2(X,'natural preserves')
& concept2words_2(X,'natural-preserves')
& concept2words_2(X,'reserve of nature')
& concept2words_2(X,'nature reserve')
& concept2words_2(X,'nature-reserve')
& reserve_1(X)
& ~ national_park_1(X)
& ~ zoned_reserve_1(X) ) ) ).
fof(a531168,axiom,
! [X] :
( navigation_1(X)
=> ( original_name_2(X,'Navigation')
& user_description_2(X,'A complex behavior in which an animal determines its present location relative to other locations in addition to detecting compass direction (orientation).')
& concept2words_2(X,navigate)
& concept2words_2(X,navigation)
& migration_1(X)
& ~ animal_orientation_1(X)
& ~ piloting_1(X) ) ) ).
fof(a531169,axiom,
! [X] :
( neanderthal_1(X)
=> ( original_name_2(X,'Neanderthal')
& user_description_2(X,'Hominids who lived throughout Europe from about 200,000 to 40,000 years ago. Fossilized skulls indicate that Neanderthals had brains as large as ours, though somewhat different in shape.')
& concept2words_2(X,neanderthal)
& extinct_hominid_1(X)
& ~ australopithecine_1(X)
& ~ cro_magnon_1(X)
& ~ homo_erectus_1(X)
& ~ homo_ergaster_1(X)
& ~ homo_habilis_1(X)
& ~ homo_heidelbergensis_1(X)
& ~ homo_sapiens_1(X)
& ~ acanthodian_1(X)
& ~ ammonite_1(X)
& ~ anapsid_1(X)
& ~ archaeopteryx_1(X)
& ~ conodont_1(X)
& ~ cooksonia_1(X)
& ~ dinosaur_1(X)
& ~ eurypterid_1(X)
& ~ great_auk_1(X)
& ~ paranthropus_boisei_1(X)
& ~ parareptile_1(X)
& ~ placoderm_1(X)
& ~ pterosaur_1(X)
& ~ trilobite_1(X) ) ) ).
fof(a531170,axiom,
! [X] :
( needle_1(X)
=> ( original_name_2(X,'Needle')
& user_description_2(X,'Long linear instrument with a pointy end.')
& concept2words_2(X,needle)
& device_1(X)
& ~ sequencing_machine_1(X)
& ~ automobile_1(X)
& ~ centrifuge_1(X)
& ~ optical_device_1(X)
& ~ test_tube_1(X) ) ) ).
fof(a531171,axiom,
! [X] :
( negation_node_1(X)
=> ( original_name_2(X,'Negation-Node')
& concept2words_2(X,'node of negation')
& concept2words_2(X,'negation node')
& concept2words_2(X,'negation-node')
& group_node_1(X) ) ) ).
fof(a531172,axiom,
! [X] :
( negative_feedback_1(X)
=> ( original_name_2(X,'Negative-Feedback')
& user_description_2(X,'One of the primary mechanisms of homeostasis, in which a change in a variable causes a response that counteracts the initial change.')
& concept2words_2(X,regulate)
& concept2words_2(X,'feedback of negative')
& concept2words_2(X,'negative feedback')
& concept2words_2(X,'negative-feedback')
& feedback_mechanism_1(X)
& homeostatic_response_1(X)
& ~ acclimatization_1(X)
& ~ biological_clock_1(X)
& ~ hibernation_1(X)
& ~ plant_response_1(X)
& ~ thermoregulation_1(X) ) ) ).
fof(a531173,axiom,
! [X] :
( negative_gene_regulation_1(X)
=> ( original_name_2(X,'Negative-Gene-Regulation')
& user_description_2(X,'Gene regulation mediated by factors that block, turn down or turn off transcription.')
& concept2words_2(X,regulate)
& concept2words_2(X,'negative gene regulation')
& concept2words_2(X,'negative-gene-regulation')
& gene_regulation_1(X)
& ~ positive_gene_regulation_1(X)
& transcription_1(fn_negative_gene_regulation_1(X))
& active_repressor_1(fn_negative_gene_regulation_2(X))
& block_1(fn_negative_gene_regulation_3(X))
& agent_2(fn_negative_gene_regulation_3(X),fn_negative_gene_regulation_2(X))
& inhibits_2(fn_negative_gene_regulation_3(X),fn_negative_gene_regulation_1(X))
& subevent_2(X,fn_negative_gene_regulation_3(X)) ) ) ).
fof(a531174,axiom,
! [X] :
( negative_pressure_breathing_1(X)
=> ( original_name_2(X,'Negative-Pressure-Breathing')
& user_description_2(X,'In mammals, a type of breathing in which contraction of the diaphragm increases the volume of the thoracic cavity and pulls air into the lungs.')
& concept2words_2(X,'negative pressure breathing')
& concept2words_2(X,'negative-pressure-breathing')
& breathing_1(X)
& ~ positive_pressure_breathing_1(X) ) ) ).
fof(a531175,axiom,
! [X] :
( negatively_charged_region_1(X)
=> ( original_name_2(X,'Negatively-Charged-Region')
& user_description_2(X,'The region is concentrated with negative charges.')
& concept2words_2(X,'negatively charged region')
& concept2words_2(X,'negatively-charged-region')
& ionic_region_1(X)
& chemical_entity_1(fn_negatively_charged_region_3(X))
& charge_value_1(fn_negatively_charged_region_4(X))
& charge_value_1(fn_negatively_charged_region_5(X))
& chemical_entity_1(fn_negatively_charged_region_6(X))
& charge_2(fn_negatively_charged_region_6(X),fn_negatively_charged_region_5(X))
& the_cardinal_value_2(fn_negatively_charged_region_5(X),"0.0e0")
& cardinal_unit_class_2(fn_negatively_charged_region_5(X),unity_0)
& greater_than_2(fn_negatively_charged_region_5(X),fn_negatively_charged_region_4(X))
& charge_2(fn_negatively_charged_region_3(X),fn_negatively_charged_region_4(X))
& is_at_2(fn_negatively_charged_region_3(X),X) ) ) ).
fof(a531176,axiom,
! [X] :
( nematocyst_1(X)
=> ( original_name_2(X,'Nematocyst')
& user_description_2(X,'In some cnidarian cells, a coiled harpoon-like thread inside a capsule called a cnida. When discharged, a nematocyst penetrates the flesh of predators or prey and injects toxins.')
& concept2words_2(X,nematocyst)
& cellular_structure_1(X)
& eukaryotic_cell_1(fn_nematocyst_1(X))
& aqueous_solution_1(fn_nematocyst_2(X))
& biomembrane_1(fn_nematocyst_3(X))
& aqueous_solution_1(fn_biomembrane_14(fn_nematocyst_3(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_nematocyst_3(X)))
& has_part_2(X,fn_nematocyst_3(X))
& has_part_2(X,fn_nematocyst_2(X))
& has_part_2(fn_nematocyst_1(X),X)
& is_between_2(fn_nematocyst_3(X),fn_nematocyst_2(X))
& fn_nematocyst_2(X) = fn_biomembrane_14(fn_nematocyst_3(X))
& fn_nematocyst_2(X) = fn_biomembrane_15(fn_nematocyst_3(X))
& fn_biomembrane_14(fn_nematocyst_3(X)) = fn_biomembrane_15(fn_nematocyst_3(X)) ) ) ).
fof(a531177,axiom,
! [X] :
( nematode_1(X)
=> ( original_name_2(X,'Nematode')
& user_description_2(X,'Also called roundworms. Nematodes are small unsegmented worms with a rounded body tapered at both ends. Most nematodes are free-living but some are parasitic.')
& concept2words_2(X,roundworms)
& concept2words_2(X,nematoda)
& concept2words_2(X,nematode)
& ecdysozoan_1(X)
& ~ ammonite_1(X)
& ~ annelid_1(X)
& ~ arthropod_1(X)
& ~ bryozoan_1(X)
& ~ cnidaria_1(X)
& ~ ctenophora_1(X)
& ~ echinoderm_1(X)
& ~ lophotrochozoan_1(X)
& ~ mollusc_1(X)
& ~ nemertea_1(X)
& ~ phoronid_1(X)
& ~ platyhelminthes_1(X)
& ~ porifera_1(X)
& ~ rotifer_1(X)
& ced_4_1(fn_nematode_1(X))
& ced_9_1(fn_nematode_2(X))
& ced_3_1(fn_nematode_3(X))
& animal_cell_1(fn_nematode_4(X))
& has_part_2(fn_nematode_4(X),fn_nematode_2(X))
& has_part_2(fn_nematode_4(X),fn_nematode_1(X))
& has_part_2(fn_nematode_4(X),fn_nematode_3(X))
& has_part_2(X,fn_nematode_4(X))
& fn_nematode_4(X) = fn_animal_21(X) ) ) ).
fof(a531178,axiom,
! [X] :
( nematode_homeotic_gene_1(X)
=> ( original_name_2(X,'Nematode-Homeotic-Gene')
& user_description_2(X,'Homeotic gene present in nematodes.')
& concept2words_2(X,'nematode homeotic gene')
& concept2words_2(X,'nematode-homeotic-gene')
& homeotic_gene_1(X) ) ) ).
fof(a531179,axiom,
! [X] :
( nemertea_1(X)
=> ( original_name_2(X,'Nemertea')
& user_description_2(X,'A phylum of triploblastic, non-segmented, invertebrate animals also known as ribbon worms or proboscis worms.')
& concept2words_2(X,'ribbon worms')
& concept2words_2(X,'ribbon-worms')
& concept2words_2(X,ribbonworms)
& concept2words_2(X,ribbonworm)
& concept2words_2(X,'proboscis worm')
& concept2words_2(X,'proboscis-worm')
& concept2words_2(X,'ribbon worm')
& concept2words_2(X,'ribbon-worm')
& concept2words_2(X,nemertean)
& concept2words_2(X,nemertean)
& concept2words_2(X,nemertea)
& lophotrochozoan_1(X)
& ~ ammonite_1(X)
& ~ annelid_1(X)
& ~ arthropod_1(X)
& ~ bryozoan_1(X)
& ~ cnidaria_1(X)
& ~ ctenophora_1(X)
& ~ echinoderm_1(X)
& ~ mollusc_1(X)
& ~ nematode_1(X)
& ~ phoronid_1(X)
& ~ platyhelminthes_1(X)
& ~ porifera_1(X)
& ~ rotifer_1(X) ) ) ).
fof(a531180,axiom,
! [X] :
( neodymium_1(X)
=> ( original_name_2(X,'Neodymium')
& user_description_2(X,'Neodymium is a metal atom with atomic number 60. It is represented by the symbol Nd.')
& concept2words_2(X,neodymium)
& concept2words_2(X,nd)
& metal_atom_1(X)
& neutron_1(fn_neodymium_3(X))
& atomic_mass_value_1(fn_neodymium_4(X))
& electronegativity_value_1(fn_neodymium_5(X))
& valence_electron_1(fn_neodymium_9(X))
& atomic_weight_value_1(fn_neodymium_10(X))
& atomic_number_value_1(fn_neodymium_11(X))
& quantity_value_1(fn_neodymium_12(X))
& electronegativity_2(X,fn_neodymium_5(X))
& mass_number_2(X,fn_neodymium_4(X))
& exactCardinality(X,has_part_0,"84",neutron_0)
& exactCardinality(X,has_part_0,"60",proton_0)
& exactCardinality(X,has_part_0,"60",electron_0)
& has_part_2(X,fn_neodymium_3(X))
& the_cardinal_value_2(fn_neodymium_12(X),"6")
& cardinal_unit_class_2(fn_neodymium_12(X),unity_0)
& the_cardinal_value_2(fn_neodymium_5(X),"1.14")
& cardinal_unit_class_2(fn_neodymium_5(X),unity_0)
& the_cardinal_value_2(fn_neodymium_4(X),"144")
& cardinal_unit_class_2(fn_neodymium_4(X),unity_0)
& the_cardinal_value_2(fn_neodymium_11(X),"60")
& cardinal_unit_class_2(fn_neodymium_11(X),unity_0)
& the_cardinal_value_2(fn_neodymium_10(X),"144.2")
& cardinal_unit_class_2(fn_neodymium_10(X),dalton_0)
& atomic_number_2(X,fn_neodymium_11(X))
& atomic_weight_2(X,fn_neodymium_10(X))
& has_part_2(X,fn_neodymium_9(X))
& quantity_2(fn_neodymium_9(X),fn_neodymium_12(X))
& fn_neodymium_7(X) = fn_atom_12(X)
& fn_neodymium_11(X) = fn_atom_17(X)
& fn_neodymium_8(X) = fn_atom_13(X)
& fn_neodymium_10(X) = fn_atom_16(X)
& fn_neodymium_6(X) = fn_atom_1(X)
& fn_neodymium_12(X) = fn_atom_5(X)
& fn_neodymium_9(X) = fn_atom_14(X) ) ) ).
fof(a531181,axiom,
! [X] :
( neon_1(X)
=> ( original_name_2(X,'Neon')
& user_description_2(X,'Neon is a non metal atom with atomic number 10. It is represented by the symbol Ne.')
& concept2words_2(X,'Ne')
& concept2words_2(X,neon)
& inert_atom_1(X)
& ~ argon_1(X)
& neutron_1(fn_neon_4(X))
& atomic_mass_value_1(fn_neon_5(X))
& valence_value_1(fn_neon_6(X))
& electronegativity_value_1(fn_neon_7(X))
& valence_electron_1(fn_neon_11(X))
& atomic_weight_value_1(fn_neon_12(X))
& atomic_number_value_1(fn_neon_13(X))
& quantity_value_1(fn_neon_14(X))
& electronegativity_2(X,fn_neon_7(X))
& valence_2(X,fn_neon_6(X))
& mass_number_2(X,fn_neon_5(X))
& exactCardinality(X,has_part_0,"10",neutron_0)
& exactCardinality(X,has_part_0,"10",proton_0)
& exactCardinality(X,has_part_0,"10",electron_0)
& has_part_2(X,fn_neon_4(X))
& the_cardinal_value_2(fn_neon_14(X),"8")
& cardinal_unit_class_2(fn_neon_14(X),unity_0)
& the_cardinal_value_2(fn_neon_7(X),"0")
& cardinal_unit_class_2(fn_neon_7(X),unity_0)
& the_cardinal_value_2(fn_neon_6(X),"0")
& cardinal_unit_class_2(fn_neon_6(X),unity_0)
& the_cardinal_value_2(fn_neon_5(X),"20")
& cardinal_unit_class_2(fn_neon_5(X),unity_0)
& the_cardinal_value_2(fn_neon_13(X),"10")
& cardinal_unit_class_2(fn_neon_13(X),unity_0)
& the_cardinal_value_2(fn_neon_12(X),"20.18")
& cardinal_unit_class_2(fn_neon_12(X),dalton_0)
& atomic_number_2(X,fn_neon_13(X))
& called_2(fn_neon_13(X),'Atomic_Number')
& atomic_weight_2(X,fn_neon_12(X))
& has_part_2(X,fn_neon_11(X))
& quantity_2(fn_neon_11(X),fn_neon_14(X))
& called_2(fn_neon_14(X),'Number_Electron')
& fn_neon_9(X) = fn_atom_12(X)
& fn_neon_8(X) = fn_atom_1(X)
& fn_neon_13(X) = fn_atom_17(X)
& fn_neon_10(X) = fn_atom_13(X)
& fn_neon_12(X) = fn_atom_16(X)
& fn_neon_14(X) = fn_atom_5(X)
& fn_neon_11(X) = fn_atom_14(X) ) ) ).
fof(a531182,axiom,
! [X] :
( nephron_1(X)
=> ( original_name_2(X,'Nephron')
& user_description_2(X,'The functional unit of the vertebrate kidney.')
& concept2words_2(X,nephron)
& excretory_system_1(X) ) ) ).
fof(a531183,axiom,
! [X] :
( neptunium_1(X)
=> ( original_name_2(X,'Neptunium')
& user_description_2(X,'Neptunium is a metal atom with atomic number 93. It is represented by the symbol Np.')
& concept2words_2(X,neptunium)
& concept2words_2(X,np)
& metal_atom_1(X)
& neutron_1(fn_neptunium_3(X))
& atomic_mass_value_1(fn_neptunium_4(X))
& electronegativity_value_1(fn_neptunium_5(X))
& valence_electron_1(fn_neptunium_9(X))
& atomic_weight_value_1(fn_neptunium_10(X))
& atomic_number_value_1(fn_neptunium_11(X))
& quantity_value_1(fn_neptunium_12(X))
& electronegativity_2(X,fn_neptunium_5(X))
& mass_number_2(X,fn_neptunium_4(X))
& exactCardinality(X,has_part_0,"144",neutron_0)
& exactCardinality(X,has_part_0,"93",proton_0)
& exactCardinality(X,has_part_0,"93",electron_0)
& has_part_2(X,fn_neptunium_3(X))
& the_cardinal_value_2(fn_neptunium_12(X),"7")
& cardinal_unit_class_2(fn_neptunium_12(X),unity_0)
& the_cardinal_value_2(fn_neptunium_5(X),"1.36")
& cardinal_unit_class_2(fn_neptunium_5(X),unity_0)
& the_cardinal_value_2(fn_neptunium_4(X),"237")
& cardinal_unit_class_2(fn_neptunium_4(X),unity_0)
& the_cardinal_value_2(fn_neptunium_11(X),"93")
& cardinal_unit_class_2(fn_neptunium_11(X),unity_0)
& the_cardinal_value_2(fn_neptunium_10(X),"237")
& cardinal_unit_class_2(fn_neptunium_10(X),dalton_0)
& atomic_number_2(X,fn_neptunium_11(X))
& atomic_weight_2(X,fn_neptunium_10(X))
& has_part_2(X,fn_neptunium_9(X))
& quantity_2(fn_neptunium_9(X),fn_neptunium_12(X))
& fn_neptunium_7(X) = fn_atom_12(X)
& fn_neptunium_11(X) = fn_atom_17(X)
& fn_neptunium_8(X) = fn_atom_13(X)
& fn_neptunium_10(X) = fn_atom_16(X)
& fn_neptunium_6(X) = fn_atom_1(X)
& fn_neptunium_12(X) = fn_atom_5(X)
& fn_neptunium_9(X) = fn_atom_14(X) ) ) ).
fof(a531184,axiom,
! [X] :
( neritic_zone_1(X)
=> ( original_name_2(X,'Neritic-Zone')
& user_description_2(X,'The relatively shallow waters of the ocean lying over the continental shelf.')
& concept2words_2(X,'neritic zone')
& concept2words_2(X,'neritic-zone')
& aquatic_zone_1(X)
& ~ abyssal_zone_1(X)
& ~ aphotic_zone_1(X)
& ~ benthic_zone_1(X)
& ~ deep_sea_hydrothermal_vent_1(X)
& ~ estuary_1(X)
& ~ eutrophic_lake_1(X)
& ~ intertidal_zone_1(X)
& ~ limnetic_zone_1(X)
& ~ littoral_zone_1(X)
& ~ marine_benthic_zone_1(X)
& ~ oceanic_pelagic_zone_1(X)
& ~ oligotrophic_lake_1(X)
& ~ photic_zone_1(X) ) ) ).
fof(a531185,axiom,
! [X] :
( nerve_1(X)
=> ( original_name_2(X,'Nerve')
& user_description_2(X,'A cable-like bundle of axons wrapped in connective tissue.')
& concept2words_2(X,'neuron bundle')
& concept2words_2(X,nerve)
& nervous_organ_1(X) ) ) ).
fof(a531186,axiom,
! [X] :
( nerve_cell_1(X)
=> ( original_name_2(X,'Nerve-Cell')
& user_description_2(X,'A neuron also known as a neurone or nerve cell is an electrically excitable cell that processes and transmits information by electrical and chemical signaling.')
& concept2words_2(X,neuron)
& concept2words_2(X,neurone)
& concept2words_2(X,'cell of nerve')
& concept2words_2(X,'nerve cell')
& concept2words_2(X,'nerve-cell')
& animal_cell_1(X)
& carboxylate_ion_1(fn_nerve_cell_1(X))
& node_of_ranvier_1(fn_nerve_cell_2(X))
& synaptic_terminal_1(fn_nerve_cell_3(X))
& growth_cone_1(fn_nerve_cell_4(X))
& myelin_sheath_1(fn_nerve_cell_5(X))
& axon_hillock_1(fn_nerve_cell_6(X))
& cell_body_1(fn_nerve_cell_7(X))
& end_1(fn_nerve_cell_8(X))
& end_1(fn_nerve_cell_9(X))
& cholesterol_1(fn_nerve_cell_10(X))
& phospholipid_1(fn_nerve_cell_11(X))
& phospholipid_1(fn_nerve_cell_12(X))
& peroxisome_1(fn_nerve_cell_13(X))
& move_1(fn_nerve_cell_14(X))
& hydrophilic_face_1(fn_nerve_cell_15(X))
& surface_1(fn_nerve_cell_16(X))
& inside_face_1(fn_nerve_cell_16(X))
& cytoplasmic_side_1(fn_nerve_cell_16(X))
& endoplasmic_reticulum_1(fn_nerve_cell_17(X))
& rough_endoplasmic_reticulum_1(fn_nerve_cell_17(X))
& centrosome_1(fn_nerve_cell_18(X))
& glycoprotein_1(fn_nerve_cell_19(X))
& transmembrane_protein_1(fn_nerve_cell_20(X))
& tangible_entity_1(fn_nerve_cell_20(X))
& membrane_protein_1(fn_nerve_cell_20(X))
& protein_1(fn_nerve_cell_20(X))
& spatial_entity_1(fn_nerve_cell_20(X))
& polymer_1(fn_nerve_cell_20(X))
& integrin_1(fn_nerve_cell_20(X))
& hydrophobic_core_1(fn_nerve_cell_21(X))
& outside_face_1(fn_nerve_cell_22(X))
& extracellular_side_1(fn_nerve_cell_22(X))
& surface_1(fn_nerve_cell_22(X))
& facilitated_diffusion_of_polar_molecule_1(fn_nerve_cell_23(X))
& tangible_entity_1(fn_nerve_cell_24(X))
& membrane_protein_1(fn_nerve_cell_24(X))
& spatial_entity_1(fn_nerve_cell_24(X))
& polymer_1(fn_nerve_cell_24(X))
& protein_1(fn_nerve_cell_24(X))
& organic_molecule_1(fn_nerve_cell_24(X))
& organic_molecule_1(fn_nerve_cell_25(X))
& hydrophobic_core_1(fn_nerve_cell_26(X))
& block_1(fn_nerve_cell_27(X))
& maintenance_1(fn_nerve_cell_28(X))
& dendrite_1(fn_nerve_cell_29(X))
& protein_pump_1(fn_nerve_cell_30(X))
& carrier_protein_1(fn_nerve_cell_30(X))
& electrogenic_pump_1(fn_nerve_cell_30(X))
& protein_1(fn_nerve_cell_30(X))
& organic_molecule_1(fn_nerve_cell_30(X))
& polymer_1(fn_nerve_cell_30(X))
& spatial_entity_1(fn_nerve_cell_30(X))
& membrane_protein_1(fn_nerve_cell_30(X))
& tangible_entity_1(fn_nerve_cell_30(X))
& transmembrane_protein_1(fn_nerve_cell_30(X))
& integral_protein_1(fn_nerve_cell_30(X))
& transport_protein_1(fn_nerve_cell_30(X))
& sodium_potassium_pump_1(fn_nerve_cell_30(X))
& tangible_entity_1(fn_nerve_cell_31(X))
& phospholipid_bilayer_1(fn_nerve_cell_31(X))
& endoplasmic_reticulum_1(fn_nerve_cell_32(X))
& smooth_endoplasmic_reticulum_1(fn_nerve_cell_32(X))
& attach_1(fn_nerve_cell_33(X))
& axon_1(fn_nerve_cell_34(X))
& membrane_1(fn_nerve_cell_35(X))
& tangible_entity_1(fn_nerve_cell_35(X))
& spatial_entity_1(fn_nerve_cell_35(X))
& biomembrane_1(fn_nerve_cell_35(X))
& plasma_membrane_1(fn_nerve_cell_35(X))
& animal_plasma_membrane_1(fn_nerve_cell_35(X))
& support_1(fn_nerve_cell_36(X))
& substance_1(fn_nerve_cell_37(X))
& cytosol_1(fn_nerve_cell_37(X))
& catabolic_pathway_1(fn_nerve_cell_38(X))
& eukaryotic_cellular_respiration_1(fn_nerve_cell_38(X))
& carrier_protein_1(fn_nerve_cell_39(X))
& electrogenic_pump_1(fn_nerve_cell_39(X))
& protein_1(fn_nerve_cell_39(X))
& organic_molecule_1(fn_nerve_cell_39(X))
& polymer_1(fn_nerve_cell_39(X))
& spatial_entity_1(fn_nerve_cell_39(X))
& membrane_protein_1(fn_nerve_cell_39(X))
& tangible_entity_1(fn_nerve_cell_39(X))
& transmembrane_protein_1(fn_nerve_cell_39(X))
& integral_protein_1(fn_nerve_cell_39(X))
& transport_protein_1(fn_nerve_cell_39(X))
& sodium_potassium_pump_1(fn_nerve_cell_39(X))
& synthesis_of_endomembranous_system_membrane_1(fn_nerve_cell_40(X))
& synthesis_reaction_1(fn_nerve_cell_41(X))
& chemical_reaction_1(fn_nerve_cell_41(X))
& anabolic_pathway_1(fn_nerve_cell_41(X))
& metabolic_pathway_1(fn_nerve_cell_41(X))
& endergonic_reaction_1(fn_nerve_cell_41(X))
& synthesis_of_lipid_1(fn_nerve_cell_41(X))
& support_1(fn_nerve_cell_42(X))
& mixture_1(fn_nerve_cell_43(X))
& cytoplasm_1(fn_nerve_cell_43(X))
& surface_1(fn_nerve_cell_44(X))
& size_value_1(fn_nerve_cell_45(X))
& volume_value_1(fn_nerve_cell_46(X))
& cell_pole_1(fn_nerve_cell_47(X))
& cell_pole_1(fn_nerve_cell_48(X))
& golgi_apparatus_1(fn_nerve_cell_49(X))
& semiautonomous_organelle_1(fn_nerve_cell_50(X))
& organelle_1(fn_nerve_cell_50(X))
& mitochondrion_1(fn_nerve_cell_50(X))
& tangible_entity_1(fn_nerve_cell_51(X))
& nucleus_1(fn_nerve_cell_51(X))
& eukaryotic_chromosome_1(fn_nerve_cell_52(X))
& chromosome_1(fn_nerve_cell_52(X))
& ribosome_1(fn_nerve_cell_53(X))
& eukaryotic_ribosome_1(fn_nerve_cell_53(X))
& cellular_work_1(fn_nerve_cell_56(X))
& active_transport_1(fn_nerve_cell_56(X))
& active_movement_of_ions_1(fn_nerve_cell_56(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_nerve_cell_56(X))
& catabolic_pathway_1(fn_nerve_cell_57(X))
& metabolic_pathway_1(fn_nerve_cell_58(X))
& endergonic_process_1(fn_nerve_cell_58(X))
& chemical_reaction_1(fn_nerve_cell_58(X))
& synthesis_of_organic_molecule_1(fn_nerve_cell_58(X))
& anabolic_pathway_1(fn_nerve_cell_58(X))
& synthesis_of_atp_1(fn_nerve_cell_58(X))
& eukaryotic_oxidative_phosphorylation_1(fn_nerve_cell_59(X))
& electron_transport_chain_pathway_1(fn_nerve_cell_60(X))
& organic_molecule_1(fn_catabolic_pathway_10(fn_nerve_cell_38(X)))
& block_1(fn_sodium_potassium_pump_1(fn_nerve_cell_30(X)))
& synthesis_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_nerve_cell_40(X)))
& chemical_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_nerve_cell_40(X)))
& anabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_nerve_cell_40(X)))
& metabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_nerve_cell_40(X)))
& endergonic_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_nerve_cell_40(X)))
& synthesis_of_lipid_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_nerve_cell_40(X)))
& maintenance_1(fn_animal_plasma_membrane_3(fn_nerve_cell_35(X)))
& hydrophilic_face_1(fn_animal_plasma_membrane_5(fn_nerve_cell_35(X)))
& electron_transport_chain_pathway_1(fn_mitochondrion_159(fn_nerve_cell_50(X)))
& metabolic_pathway_1(fn_mitochondrion_52(fn_nerve_cell_50(X)))
& endergonic_process_1(fn_mitochondrion_52(fn_nerve_cell_50(X)))
& chemical_reaction_1(fn_mitochondrion_52(fn_nerve_cell_50(X)))
& synthesis_of_organic_molecule_1(fn_mitochondrion_52(fn_nerve_cell_50(X)))
& anabolic_pathway_1(fn_mitochondrion_52(fn_nerve_cell_50(X)))
& synthesis_of_atp_1(fn_mitochondrion_52(fn_nerve_cell_50(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_mitochondrion_55(fn_nerve_cell_50(X)))
& facilitated_diffusion_1(fn_transport_protein_28(fn_nerve_cell_30(X)))
& facilitated_diffusion_1(fn_electrogenic_pump_40(fn_nerve_cell_30(X)))
& endoplasmic_reticulum_1(fn_synthesis_of_endomembranous_system_membrane_70(fn_nerve_cell_40(X)))
& smooth_endoplasmic_reticulum_1(fn_synthesis_of_endomembranous_system_membrane_70(fn_nerve_cell_40(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_nerve_cell_32(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_nerve_cell_32(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_nerve_cell_35(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_nerve_cell_35(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_nerve_cell_35(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_nerve_cell_35(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_nerve_cell_35(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_nerve_cell_35(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_nerve_cell_35(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_nerve_cell_35(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_nerve_cell_35(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_nerve_cell_35(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_nerve_cell_35(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_nerve_cell_35(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_nerve_cell_35(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_nerve_cell_35(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_nerve_cell_35(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_nerve_cell_35(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_nerve_cell_35(X)))
& attach_1(fn_animal_plasma_membrane_66(fn_nerve_cell_35(X)))
& attach_1(fn_animal_plasma_membrane_77(fn_nerve_cell_35(X)))
& attach_1(fn_animal_plasma_membrane_52(fn_nerve_cell_35(X)))
& hydrophobic_core_1(fn_integral_protein_10(fn_nerve_cell_30(X)))
& hydrophobic_core_1(fn_plasma_membrane_81(fn_nerve_cell_35(X)))
& hydrophobic_core_1(fn_sodium_potassium_pump_40(fn_nerve_cell_30(X)))
& hydrophobic_core_1(fn_animal_plasma_membrane_75(fn_nerve_cell_35(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_nerve_cell_35(X)))
& inside_face_1(fn_animal_plasma_membrane_58(fn_nerve_cell_35(X)))
& cytoplasmic_side_1(fn_animal_plasma_membrane_58(fn_nerve_cell_35(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_nerve_cell_35(X)))
& hydrophobic_core_1(fn_animal_plasma_membrane_51(fn_nerve_cell_35(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_nerve_cell_35(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_nerve_cell_35(X)))
& protein_1(fn_plasma_membrane_54(fn_nerve_cell_35(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_nerve_cell_35(X)))
& polymer_1(fn_plasma_membrane_54(fn_nerve_cell_35(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_nerve_cell_35(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_nerve_cell_35(X)))
& protein_1(fn_plasma_membrane_68(fn_nerve_cell_35(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_nerve_cell_35(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_nerve_cell_35(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_nerve_cell_35(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_nerve_cell_35(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_nerve_cell_35(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_nerve_cell_35(X)))
& glycoprotein_1(fn_integral_protein_9(fn_nerve_cell_30(X)))
& glycoprotein_1(fn_animal_plasma_membrane_76(fn_nerve_cell_35(X)))
& tangible_entity_1(fn_biomembrane_63(fn_nerve_cell_35(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_nerve_cell_35(X)))
& tangible_entity_1(fn_carrier_protein_16(fn_nerve_cell_30(X)))
& phospholipid_bilayer_1(fn_carrier_protein_16(fn_nerve_cell_30(X)))
& tangible_entity_1(fn_electrogenic_pump_19(fn_nerve_cell_30(X)))
& phospholipid_bilayer_1(fn_electrogenic_pump_19(fn_nerve_cell_30(X)))
& tangible_entity_1(fn_integral_protein_27(fn_nerve_cell_30(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_nerve_cell_30(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_nerve_cell_35(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_nerve_cell_35(X)))
& tangible_entity_1(fn_sodium_potassium_pump_22(fn_nerve_cell_30(X)))
& phospholipid_bilayer_1(fn_sodium_potassium_pump_22(fn_nerve_cell_30(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_nerve_cell_35(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_nerve_cell_35(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_nerve_cell_35(X)))
& outside_face_1(fn_animal_plasma_membrane_55(fn_nerve_cell_35(X)))
& extracellular_side_1(fn_animal_plasma_membrane_55(fn_nerve_cell_35(X)))
& surface_1(fn_animal_plasma_membrane_55(fn_nerve_cell_35(X)))
& spatial_entity_1(fn_protein_pump_3(fn_nerve_cell_30(X)))
& biomembrane_1(fn_protein_pump_3(fn_nerve_cell_30(X)))
& spatial_entity_1(fn_transport_protein_35(fn_nerve_cell_30(X)))
& biomembrane_1(fn_transport_protein_35(fn_nerve_cell_30(X)))
& tangible_entity_1(fn_animal_plasma_membrane_67(fn_nerve_cell_35(X)))
& membrane_1(fn_carrier_protein_18(fn_nerve_cell_30(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_nerve_cell_30(X)))
& biomembrane_1(fn_carrier_protein_18(fn_nerve_cell_30(X)))
& membrane_1(fn_electrogenic_pump_30(fn_nerve_cell_30(X)))
& spatial_entity_1(fn_electrogenic_pump_30(fn_nerve_cell_30(X)))
& biomembrane_1(fn_electrogenic_pump_30(fn_nerve_cell_30(X)))
& biomembrane_1(fn_integral_protein_24(fn_nerve_cell_30(X)))
& spatial_entity_1(fn_sodium_potassium_pump_41(fn_nerve_cell_30(X)))
& membrane_1(fn_sodium_potassium_pump_41(fn_nerve_cell_30(X)))
& biomembrane_1(fn_sodium_potassium_pump_41(fn_nerve_cell_30(X)))
& cellular_work_1(fn_mitochondrion_160(fn_nerve_cell_50(X)))
& active_transport_1(fn_mitochondrion_160(fn_nerve_cell_50(X)))
& active_movement_of_ions_1(fn_mitochondrion_160(fn_nerve_cell_50(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_mitochondrion_160(fn_nerve_cell_50(X)))
& nerve_cell_1(fn_axon_1(fn_nerve_cell_34(X)))
& nerve_cell_1(fn_dendrite_3(fn_nerve_cell_29(X)))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_28(fn_nerve_cell_40(X)))
& eukaryotic_cell_1(fn_synthesis_of_endomembranous_system_membrane_28(fn_nerve_cell_40(X)))
& cell_1(fn_synthesis_of_endomembranous_system_membrane_28(fn_nerve_cell_40(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_nerve_cell_35(X)))
& eukaryotic_cell_1(fn_mitochondrion_51(fn_nerve_cell_50(X)))
& agent_2(fn_nerve_cell_23(X),fn_nerve_cell_39(X))
& fn_nerve_cell_12(X) != fn_nerve_cell_10(X)
& fn_nerve_cell_12(X) != fn_nerve_cell_11(X)
& called_2(fn_nerve_cell_12(X),'P4')
& fn_nerve_cell_11(X) != fn_nerve_cell_12(X)
& fn_nerve_cell_11(X) != fn_nerve_cell_10(X)
& called_2(fn_nerve_cell_11(X),'P4')
& fn_nerve_cell_10(X) != fn_nerve_cell_12(X)
& fn_nerve_cell_10(X) != fn_nerve_cell_11(X)
& agent_2(fn_nerve_cell_28(X),fn_nerve_cell_10(X))
& is_between_2(fn_nerve_cell_30(X),fn_nerve_cell_11(X))
& has_region_2(X,fn_nerve_cell_9(X))
& has_region_2(X,fn_nerve_cell_8(X))
& has_part_2(X,fn_nerve_cell_2(X))
& has_part_2(X,fn_nerve_cell_3(X))
& has_part_2(X,fn_nerve_cell_4(X))
& has_part_2(X,fn_nerve_cell_5(X))
& has_part_2(X,fn_nerve_cell_6(X))
& has_part_2(X,fn_nerve_cell_7(X))
& has_region_2(fn_nerve_cell_35(X),fn_nerve_cell_15(X))
& has_part_2(fn_nerve_cell_37(X),fn_nerve_cell_1(X))
& site_2(fn_nerve_cell_38(X),fn_nerve_cell_43(X))
& is_at_2(fn_nerve_cell_30(X),fn_nerve_cell_31(X))
& has_part_2(X,fn_nerve_cell_34(X))
& has_region_2(X,fn_nerve_cell_29(X))
& is_inside_2(fn_nerve_cell_32(X),fn_nerve_cell_37(X))
& is_at_2(fn_nerve_cell_39(X),fn_nerve_cell_31(X))
& called_2(fn_nerve_cell_30(X),'MP1')
& fn_nerve_cell_30(X) != fn_nerve_cell_39(X)
& fn_nerve_cell_39(X) != fn_nerve_cell_30(X)
& path_2(fn_nerve_cell_23(X),fn_nerve_cell_35(X))
& is_oriented_toward_2(fn_nerve_cell_16(X),fn_nerve_cell_43(X))
& is_facing_2(fn_nerve_cell_16(X),fn_nerve_cell_43(X))
& is_at_2(fn_nerve_cell_39(X),fn_nerve_cell_35(X))
& agent_2(fn_nerve_cell_42(X),fn_nerve_cell_35(X))
& facilitates_2(fn_nerve_cell_26(X),fn_nerve_cell_27(X))
& has_part_2(fn_nerve_cell_35(X),fn_nerve_cell_30(X))
& is_across_2(fn_nerve_cell_39(X),fn_nerve_cell_35(X))
& is_inside_2(fn_nerve_cell_39(X),fn_nerve_cell_31(X))
& has_function_2(fn_nerve_cell_31(X),fn_nerve_cell_27(X))
& instrument_2(fn_nerve_cell_27(X),fn_nerve_cell_31(X))
& first_subevent_2(fn_nerve_cell_40(X),fn_nerve_cell_41(X))
& subevent_2(fn_nerve_cell_40(X),fn_nerve_cell_41(X))
& site_2(fn_nerve_cell_41(X),fn_nerve_cell_32(X))
& has_function_2(fn_nerve_cell_32(X),fn_nerve_cell_41(X))
& base_2(fn_nerve_cell_41(X),X)
& has_function_2(X,fn_nerve_cell_56(X))
& object_2(fn_nerve_cell_33(X),fn_nerve_cell_39(X))
& has_part_2(X,fn_nerve_cell_49(X))
& has_region_2(fn_nerve_cell_39(X),fn_nerve_cell_22(X))
& has_part_2(X,fn_nerve_cell_18(X))
& called_2(fn_nerve_cell_39(X),'MP1')
& fn_nerve_cell_24(X) != fn_nerve_cell_39(X)
& fn_nerve_cell_39(X) != fn_nerve_cell_24(X)
& object_2(fn_nerve_cell_42(X),X)
& called_2(fn_nerve_cell_20(X),'MP1')
& is_inside_2(fn_nerve_cell_43(X),fn_nerve_cell_35(X))
& destination_2(fn_nerve_cell_14(X),fn_nerve_cell_50(X))
& size_2(X,fn_nerve_cell_45(X))
& base_2(fn_nerve_cell_38(X),X)
& has_function_2(X,fn_nerve_cell_38(X))
& volume_2(X,fn_nerve_cell_46(X))
& directly_proportional_2(fn_nerve_cell_45(X),fn_nerve_cell_46(X))
& the_scalar_value_2(fn_nerve_cell_45(X),big_0)
& scalar_unit_class_2(fn_nerve_cell_45(X),prokaryote_0)
& is_across_2(fn_nerve_cell_30(X),fn_nerve_cell_35(X))
& is_at_2(fn_nerve_cell_30(X),fn_nerve_cell_35(X))
& agent_2(fn_nerve_cell_36(X),fn_nerve_cell_35(X))
& object_2(fn_nerve_cell_36(X),X)
& has_region_2(X,fn_nerve_cell_47(X))
& is_inside_2(fn_nerve_cell_52(X),fn_nerve_cell_51(X))
& has_part_2(X,fn_nerve_cell_52(X))
& has_part_2(X,fn_nerve_cell_51(X))
& is_inside_2(fn_nerve_cell_51(X),fn_nerve_cell_37(X))
& is_inside_2(fn_nerve_cell_49(X),fn_nerve_cell_37(X))
& fn_nerve_cell_17(X) != fn_nerve_cell_32(X)
& has_part_2(X,fn_nerve_cell_17(X))
& has_part_2(X,fn_nerve_cell_43(X))
& is_between_2(fn_nerve_cell_43(X),fn_nerve_cell_51(X))
& is_near_2(fn_nerve_cell_51(X),fn_nerve_cell_18(X))
& fn_nerve_cell_32(X) != fn_nerve_cell_17(X)
& is_near_2(fn_nerve_cell_18(X),fn_nerve_cell_51(X))
& is_inside_2(fn_nerve_cell_53(X),fn_nerve_cell_37(X))
& has_part_2(X,fn_nerve_cell_53(X))
& has_part_2(X,fn_nerve_cell_32(X))
& abuts_2(fn_nerve_cell_17(X),fn_nerve_cell_32(X))
& abuts_2(fn_nerve_cell_32(X),fn_nerve_cell_17(X))
& causes_2(fn_nerve_cell_14(X),fn_nerve_cell_57(X))
& origin_2(fn_nerve_cell_14(X),fn_nerve_cell_13(X))
& has_part_2(X,fn_nerve_cell_13(X))
& has_region_2(X,fn_nerve_cell_48(X))
& is_opposite_2(fn_nerve_cell_48(X),fn_nerve_cell_47(X))
& is_opposite_2(fn_nerve_cell_47(X),fn_nerve_cell_48(X))
& base_2(fn_nerve_cell_57(X),X)
& site_2(fn_nerve_cell_57(X),fn_nerve_cell_50(X))
& is_inside_2(fn_nerve_cell_50(X),fn_nerve_cell_37(X))
& has_part_2(fn_nerve_cell_43(X),fn_nerve_cell_37(X))
& is_between_2(fn_nerve_cell_43(X),fn_nerve_cell_35(X))
& has_part_2(fn_nerve_cell_35(X),fn_nerve_cell_20(X))
& has_part_2(fn_nerve_cell_35(X),fn_nerve_cell_39(X))
& is_across_2(fn_nerve_cell_39(X),fn_nerve_cell_21(X))
& fn_nerve_cell_39(X) != fn_nerve_cell_20(X)
& fn_nerve_cell_20(X) != fn_nerve_cell_39(X)
& has_region_2(X,fn_nerve_cell_44(X))
& is_at_2(fn_nerve_cell_31(X),fn_nerve_cell_44(X))
& is_inside_2(fn_nerve_cell_30(X),fn_nerve_cell_31(X))
& fn_nerve_cell_30(X) != fn_nerve_cell_24(X)
& fn_nerve_cell_24(X) != fn_nerve_cell_20(X)
& fn_nerve_cell_24(X) != fn_nerve_cell_30(X)
& fn_nerve_cell_20(X) != fn_nerve_cell_24(X)
& has_part_2(X,fn_nerve_cell_35(X))
& base_2(fn_nerve_cell_33(X),fn_nerve_cell_35(X))
& has_region_2(fn_nerve_cell_31(X),fn_nerve_cell_26(X))
& has_region_2(fn_nerve_cell_35(X),fn_nerve_cell_16(X))
& object_2(fn_nerve_cell_28(X),fn_nerve_cell_35(X))
& has_region_2(fn_nerve_cell_35(X),fn_nerve_cell_21(X))
& is_outside_2(fn_nerve_cell_15(X),fn_nerve_cell_35(X))
& has_part_2(fn_nerve_cell_35(X),fn_nerve_cell_24(X))
& called_2(fn_nerve_cell_24(X),'MP1')
& has_region_2(fn_nerve_cell_35(X),fn_nerve_cell_22(X))
& is_outside_2(fn_nerve_cell_22(X),fn_nerve_cell_35(X))
& has_part_2(fn_nerve_cell_35(X),fn_nerve_cell_31(X))
& is_inside_2(fn_nerve_cell_19(X),fn_nerve_cell_31(X))
& has_part_2(fn_nerve_cell_35(X),fn_nerve_cell_19(X))
& first_subevent_2(fn_nerve_cell_59(X),fn_nerve_cell_60(X))
& base_2(fn_nerve_cell_56(X),X)
& base_2(fn_nerve_cell_60(X),X)
& subevent_2(fn_nerve_cell_59(X),fn_nerve_cell_60(X))
& site_2(fn_nerve_cell_59(X),fn_nerve_cell_50(X))
& has_function_2(fn_nerve_cell_50(X),fn_nerve_cell_59(X))
& base_2(fn_nerve_cell_59(X),X)
& has_part_2(X,fn_nerve_cell_50(X))
& site_2(fn_nerve_cell_58(X),fn_nerve_cell_50(X))
& base_2(fn_nerve_cell_58(X),X)
& X = fn_axon_1(fn_nerve_cell_34(X))
& X = fn_dendrite_3(fn_nerve_cell_29(X))
& fn_nerve_cell_25(X) = fn_catabolic_pathway_10(fn_nerve_cell_38(X))
& fn_nerve_cell_37(X) = fn_smooth_endoplasmic_reticulum_34(fn_nerve_cell_32(X))
& fn_nerve_cell_23(X) = fn_transport_protein_28(fn_nerve_cell_30(X))
& fn_nerve_cell_23(X) = fn_electrogenic_pump_40(fn_nerve_cell_30(X))
& fn_nerve_cell_42(X) = fn_animal_cell_76(X)
& fn_nerve_cell_26(X) = fn_sodium_potassium_pump_40(fn_nerve_cell_30(X))
& fn_nerve_cell_27(X) = fn_sodium_potassium_pump_1(fn_nerve_cell_30(X))
& fn_nerve_cell_31(X) = fn_sodium_potassium_pump_22(fn_nerve_cell_30(X))
& fn_nerve_cell_35(X) = fn_protein_pump_3(fn_nerve_cell_30(X))
& fn_nerve_cell_35(X) = fn_transport_protein_35(fn_nerve_cell_30(X))
& fn_nerve_cell_35(X) = fn_sodium_potassium_pump_41(fn_nerve_cell_30(X))
& X = fn_synthesis_of_endomembranous_system_membrane_28(fn_nerve_cell_40(X))
& fn_nerve_cell_32(X) = fn_synthesis_of_endomembranous_system_membrane_70(fn_nerve_cell_40(X))
& fn_nerve_cell_41(X) = fn_synthesis_of_endomembranous_system_membrane_59(fn_nerve_cell_40(X))
& fn_nerve_cell_56(X) = fn_animal_cell_90(X)
& fn_nerve_cell_39(X) = fn_animal_plasma_membrane_47(fn_nerve_cell_35(X))
& fn_nerve_cell_33(X) = fn_animal_cell_83(X)
& fn_nerve_cell_42(X) = fn_animal_cell_61(X)
& fn_nerve_cell_43(X) = fn_eukaryotic_cell_31(X)
& fn_nerve_cell_54(X) = fn_animal_cell_50(X)
& fn_nerve_cell_55(X) = fn_animal_cell_49(X)
& fn_nerve_cell_45(X) = fn_animal_cell_57(X)
& fn_nerve_cell_46(X) = fn_animal_cell_56(X)
& fn_nerve_cell_38(X) = fn_animal_cell_81(X)
& fn_nerve_cell_36(X) = fn_animal_cell_76(X)
& fn_nerve_cell_30(X) = fn_plasma_membrane_3(fn_nerve_cell_35(X))
& fn_nerve_cell_30(X) = fn_animal_plasma_membrane_47(fn_nerve_cell_35(X))
& fn_nerve_cell_49(X) = fn_animal_cell_82(X)
& fn_nerve_cell_52(X) = fn_animal_cell_52(X)
& fn_nerve_cell_18(X) = fn_animal_cell_74(X)
& fn_nerve_cell_51(X) = fn_animal_cell_78(X)
& fn_nerve_cell_17(X) = fn_animal_cell_53(X)
& fn_nerve_cell_32(X) = fn_animal_cell_54(X)
& fn_nerve_cell_53(X) = fn_animal_cell_51(X)
& fn_nerve_cell_47(X) = fn_animal_cell_13(X)
& fn_nerve_cell_48(X) = fn_animal_cell_1(X)
& fn_nerve_cell_13(X) = fn_animal_cell_45(X)
& fn_nerve_cell_14(X) = fn_animal_cell_22(X)
& fn_nerve_cell_43(X) = fn_animal_cell_79(X)
& fn_nerve_cell_37(X) = fn_animal_cell_62(X)
& fn_nerve_cell_50(X) = fn_animal_cell_59(X)
& fn_nerve_cell_57(X) = fn_animal_cell_21(X)
& fn_nerve_cell_21(X) = fn_plasma_membrane_6(fn_nerve_cell_35(X))
& fn_nerve_cell_21(X) = fn_animal_cell_85(X)
& fn_nerve_cell_39(X) = fn_animal_plasma_membrane_62(fn_nerve_cell_35(X))
& fn_nerve_cell_39(X) = fn_animal_plasma_membrane_53(fn_nerve_cell_35(X))
& fn_nerve_cell_39(X) = fn_plasma_membrane_55(fn_nerve_cell_35(X))
& fn_nerve_cell_39(X) = fn_animal_cell_75(X)
& fn_nerve_cell_20(X) = fn_plasma_membrane_54(fn_nerve_cell_35(X))
& fn_nerve_cell_20(X) = fn_animal_cell_80(X)
& fn_nerve_cell_30(X) = fn_animal_plasma_membrane_62(fn_nerve_cell_35(X))
& fn_nerve_cell_30(X) = fn_animal_cell_75(X)
& fn_nerve_cell_31(X) = fn_animal_cell_58(X)
& fn_nerve_cell_44(X) = fn_animal_cell_55(X)
& X = fn_animal_plasma_membrane_56(fn_nerve_cell_35(X))
& fn_nerve_cell_33(X) = fn_animal_plasma_membrane_66(fn_nerve_cell_35(X))
& fn_nerve_cell_35(X) = fn_animal_plasma_membrane_67(fn_nerve_cell_35(X))
& fn_nerve_cell_33(X) = fn_animal_plasma_membrane_77(fn_nerve_cell_35(X))
& fn_nerve_cell_33(X) = fn_animal_plasma_membrane_52(fn_nerve_cell_35(X))
& fn_nerve_cell_26(X) = fn_integral_protein_10(fn_nerve_cell_30(X))
& fn_nerve_cell_26(X) = fn_plasma_membrane_81(fn_nerve_cell_35(X))
& fn_nerve_cell_26(X) = fn_animal_plasma_membrane_75(fn_nerve_cell_35(X))
& fn_nerve_cell_16(X) = fn_plasma_membrane_66(fn_nerve_cell_35(X))
& fn_nerve_cell_16(X) = fn_eukaryotic_cell_46(X)
& fn_nerve_cell_16(X) = fn_animal_plasma_membrane_58(fn_nerve_cell_35(X))
& fn_nerve_cell_28(X) = fn_animal_plasma_membrane_3(fn_nerve_cell_35(X))
& fn_nerve_cell_35(X) = fn_eukaryotic_cell_29(X)
& fn_nerve_cell_21(X) = fn_eukaryotic_cell_48(X)
& fn_nerve_cell_21(X) = fn_animal_plasma_membrane_51(fn_nerve_cell_35(X))
& fn_nerve_cell_15(X) = fn_animal_plasma_membrane_5(fn_nerve_cell_35(X))
& fn_nerve_cell_24(X) = fn_plasma_membrane_54(fn_nerve_cell_35(X))
& fn_nerve_cell_24(X) = fn_plasma_membrane_68(fn_nerve_cell_35(X))
& fn_nerve_cell_24(X) = fn_animal_cell_60(X)
& fn_nerve_cell_24(X) = fn_animal_plasma_membrane_47(fn_nerve_cell_35(X))
& fn_nerve_cell_35(X) = fn_integral_protein_24(fn_nerve_cell_30(X))
& fn_nerve_cell_19(X) = fn_integral_protein_9(fn_nerve_cell_30(X))
& fn_nerve_cell_31(X) = fn_integral_protein_27(fn_nerve_cell_30(X))
& fn_nerve_cell_19(X) = fn_animal_plasma_membrane_76(fn_nerve_cell_35(X))
& fn_nerve_cell_31(X) = fn_biomembrane_63(fn_nerve_cell_35(X))
& fn_nerve_cell_35(X) = fn_carrier_protein_18(fn_nerve_cell_30(X))
& fn_nerve_cell_31(X) = fn_carrier_protein_16(fn_nerve_cell_30(X))
& fn_nerve_cell_35(X) = fn_electrogenic_pump_30(fn_nerve_cell_30(X))
& fn_nerve_cell_31(X) = fn_electrogenic_pump_19(fn_nerve_cell_30(X))
& fn_nerve_cell_31(X) = fn_plasma_membrane_71(fn_nerve_cell_35(X))
& fn_nerve_cell_31(X) = fn_animal_plasma_membrane_54(fn_nerve_cell_35(X))
& fn_nerve_cell_22(X) = fn_plasma_membrane_65(fn_nerve_cell_35(X))
& fn_nerve_cell_35(X) = fn_animal_cell_73(X)
& fn_nerve_cell_22(X) = fn_animal_cell_84(X)
& fn_nerve_cell_22(X) = fn_animal_plasma_membrane_55(fn_nerve_cell_35(X))
& fn_nerve_cell_56(X) = fn_mitochondrion_160(fn_nerve_cell_50(X))
& fn_nerve_cell_60(X) = fn_mitochondrion_159(fn_nerve_cell_50(X))
& fn_nerve_cell_58(X) = fn_mitochondrion_52(fn_nerve_cell_50(X))
& X = fn_mitochondrion_51(fn_nerve_cell_50(X))
& fn_nerve_cell_59(X) = fn_mitochondrion_55(fn_nerve_cell_50(X))
& fn_transport_protein_28(fn_nerve_cell_30(X)) = fn_electrogenic_pump_40(fn_nerve_cell_30(X))
& fn_electrogenic_pump_40(fn_nerve_cell_30(X)) = fn_animal_cell_76(X)
& fn_animal_cell_76(X) = fn_animal_cell_61(X)
& fn_animal_cell_61(X) = fn_synthesis_of_endomembranous_system_membrane_70(fn_nerve_cell_40(X))
& fn_synthesis_of_endomembranous_system_membrane_70(fn_nerve_cell_40(X)) = fn_synthesis_of_endomembranous_system_membrane_70(fn_nerve_cell_40(X))
& fn_synthesis_of_endomembranous_system_membrane_70(fn_nerve_cell_40(X)) = fn_animal_cell_54(X)
& fn_animal_cell_54(X) = fn_animal_cell_54(X)
& fn_animal_cell_54(X) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_animal_cell_79(X)
& fn_animal_cell_79(X) = fn_animal_cell_79(X)
& fn_animal_cell_79(X) = fn_smooth_endoplasmic_reticulum_34(fn_nerve_cell_32(X))
& fn_smooth_endoplasmic_reticulum_34(fn_nerve_cell_32(X)) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_animal_plasma_membrane_47(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_53(fn_nerve_cell_35(X)) = fn_animal_plasma_membrane_62(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_62(fn_nerve_cell_35(X)) = fn_animal_plasma_membrane_53(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_53(fn_nerve_cell_35(X)) = fn_animal_plasma_membrane_53(fn_nerve_cell_35(X))
& fn_plasma_membrane_55(fn_nerve_cell_35(X)) = fn_animal_plasma_membrane_53(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_53(fn_nerve_cell_35(X)) = fn_plasma_membrane_55(fn_nerve_cell_35(X))
& fn_plasma_membrane_55(fn_nerve_cell_35(X)) = fn_plasma_membrane_55(fn_nerve_cell_35(X))
& fn_animal_cell_75(X) = fn_plasma_membrane_55(fn_nerve_cell_35(X))
& fn_plasma_membrane_55(fn_nerve_cell_35(X)) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_cell_80(X)
& fn_animal_cell_80(X) = fn_animal_cell_80(X)
& fn_animal_cell_80(X) = fn_plasma_membrane_54(fn_nerve_cell_35(X))
& fn_plasma_membrane_54(fn_nerve_cell_35(X)) = fn_animal_cell_80(X)
& fn_animal_cell_80(X) = fn_animal_plasma_membrane_47(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_47(fn_nerve_cell_35(X)) = fn_plasma_membrane_3(fn_nerve_cell_35(X))
& fn_plasma_membrane_3(fn_nerve_cell_35(X)) = fn_animal_plasma_membrane_47(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_47(fn_nerve_cell_35(X)) = fn_animal_plasma_membrane_47(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_62(fn_nerve_cell_35(X)) = fn_animal_plasma_membrane_47(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_47(fn_nerve_cell_35(X)) = fn_animal_plasma_membrane_62(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_62(fn_nerve_cell_35(X)) = fn_animal_plasma_membrane_62(fn_nerve_cell_35(X))
& fn_animal_cell_75(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_plasma_membrane_62(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_62(fn_nerve_cell_35(X)) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_plasma_membrane_66(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_66(fn_nerve_cell_35(X)) = fn_animal_plasma_membrane_66(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_66(fn_nerve_cell_35(X)) = fn_animal_plasma_membrane_77(fn_nerve_cell_35(X))
& fn_animal_cell_83(X) = fn_animal_plasma_membrane_77(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_77(fn_nerve_cell_35(X)) = fn_animal_cell_83(X)
& fn_animal_cell_83(X) = fn_animal_plasma_membrane_52(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_52(fn_nerve_cell_35(X)) = fn_integral_protein_10(fn_nerve_cell_30(X))
& fn_integral_protein_10(fn_nerve_cell_30(X)) = fn_plasma_membrane_81(fn_nerve_cell_35(X))
& fn_sodium_potassium_pump_40(fn_nerve_cell_30(X)) = fn_plasma_membrane_81(fn_nerve_cell_35(X))
& fn_plasma_membrane_81(fn_nerve_cell_35(X)) = fn_sodium_potassium_pump_40(fn_nerve_cell_30(X))
& fn_sodium_potassium_pump_40(fn_nerve_cell_30(X)) = fn_animal_plasma_membrane_75(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_75(fn_nerve_cell_35(X)) = fn_eukaryotic_cell_46(X)
& fn_eukaryotic_cell_46(X) = fn_plasma_membrane_66(fn_nerve_cell_35(X))
& fn_plasma_membrane_66(fn_nerve_cell_35(X)) = fn_eukaryotic_cell_46(X)
& fn_eukaryotic_cell_46(X) = fn_eukaryotic_cell_46(X)
& fn_eukaryotic_cell_46(X) = fn_animal_plasma_membrane_58(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_58(fn_nerve_cell_35(X)) = fn_plasma_membrane_6(fn_nerve_cell_35(X))
& fn_plasma_membrane_6(fn_nerve_cell_35(X)) = fn_eukaryotic_cell_48(X)
& fn_animal_cell_85(X) = fn_eukaryotic_cell_48(X)
& fn_eukaryotic_cell_48(X) = fn_animal_cell_85(X)
& fn_animal_cell_85(X) = fn_animal_plasma_membrane_51(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_51(fn_nerve_cell_35(X)) = fn_plasma_membrane_54(fn_nerve_cell_35(X))
& fn_plasma_membrane_68(fn_nerve_cell_35(X)) = fn_plasma_membrane_54(fn_nerve_cell_35(X))
& fn_plasma_membrane_54(fn_nerve_cell_35(X)) = fn_plasma_membrane_68(fn_nerve_cell_35(X))
& fn_animal_cell_60(X) = fn_plasma_membrane_68(fn_nerve_cell_35(X))
& fn_plasma_membrane_68(fn_nerve_cell_35(X)) = fn_animal_cell_60(X)
& fn_animal_cell_60(X) = fn_animal_cell_60(X)
& fn_animal_plasma_membrane_47(fn_nerve_cell_35(X)) = fn_animal_cell_60(X)
& fn_animal_cell_60(X) = fn_animal_plasma_membrane_47(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_47(fn_nerve_cell_35(X)) = fn_integral_protein_9(fn_nerve_cell_30(X))
& fn_animal_plasma_membrane_76(fn_nerve_cell_35(X)) = fn_integral_protein_9(fn_nerve_cell_30(X))
& fn_integral_protein_9(fn_nerve_cell_30(X)) = fn_animal_plasma_membrane_76(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_76(fn_nerve_cell_35(X)) = fn_carrier_protein_16(fn_nerve_cell_30(X))
& fn_carrier_protein_16(fn_nerve_cell_30(X)) = fn_biomembrane_63(fn_nerve_cell_35(X))
& fn_biomembrane_63(fn_nerve_cell_35(X)) = fn_carrier_protein_16(fn_nerve_cell_30(X))
& fn_carrier_protein_16(fn_nerve_cell_30(X)) = fn_carrier_protein_16(fn_nerve_cell_30(X))
& fn_electrogenic_pump_19(fn_nerve_cell_30(X)) = fn_carrier_protein_16(fn_nerve_cell_30(X))
& fn_carrier_protein_16(fn_nerve_cell_30(X)) = fn_electrogenic_pump_19(fn_nerve_cell_30(X))
& fn_electrogenic_pump_19(fn_nerve_cell_30(X)) = fn_electrogenic_pump_19(fn_nerve_cell_30(X))
& fn_integral_protein_27(fn_nerve_cell_30(X)) = fn_integral_protein_27(fn_nerve_cell_30(X))
& fn_integral_protein_27(fn_nerve_cell_30(X)) = fn_electrogenic_pump_19(fn_nerve_cell_30(X))
& fn_electrogenic_pump_19(fn_nerve_cell_30(X)) = fn_integral_protein_27(fn_nerve_cell_30(X))
& fn_plasma_membrane_71(fn_nerve_cell_35(X)) = fn_integral_protein_27(fn_nerve_cell_30(X))
& fn_integral_protein_27(fn_nerve_cell_30(X)) = fn_plasma_membrane_71(fn_nerve_cell_35(X))
& fn_sodium_potassium_pump_22(fn_nerve_cell_30(X)) = fn_plasma_membrane_71(fn_nerve_cell_35(X))
& fn_plasma_membrane_71(fn_nerve_cell_35(X)) = fn_plasma_membrane_71(fn_nerve_cell_35(X))
& fn_plasma_membrane_71(fn_nerve_cell_35(X)) = fn_sodium_potassium_pump_22(fn_nerve_cell_30(X))
& fn_sodium_potassium_pump_22(fn_nerve_cell_30(X)) = fn_sodium_potassium_pump_22(fn_nerve_cell_30(X))
& fn_sodium_potassium_pump_22(fn_nerve_cell_30(X)) = fn_animal_cell_58(X)
& fn_animal_plasma_membrane_54(fn_nerve_cell_35(X)) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_animal_plasma_membrane_54(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_54(fn_nerve_cell_35(X)) = fn_animal_plasma_membrane_54(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_54(fn_nerve_cell_35(X)) = fn_plasma_membrane_65(fn_nerve_cell_35(X))
& fn_animal_cell_84(X) = fn_plasma_membrane_65(fn_nerve_cell_35(X))
& fn_plasma_membrane_65(fn_nerve_cell_35(X)) = fn_animal_cell_84(X)
& fn_animal_cell_84(X) = fn_animal_cell_84(X)
& fn_animal_plasma_membrane_55(fn_nerve_cell_35(X)) = fn_animal_cell_84(X)
& fn_animal_cell_84(X) = fn_animal_plasma_membrane_55(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_55(fn_nerve_cell_35(X)) = fn_transport_protein_35(fn_nerve_cell_30(X))
& fn_transport_protein_35(fn_nerve_cell_30(X)) = fn_protein_pump_3(fn_nerve_cell_30(X))
& fn_protein_pump_3(fn_nerve_cell_30(X)) = fn_transport_protein_35(fn_nerve_cell_30(X))
& fn_transport_protein_35(fn_nerve_cell_30(X)) = fn_transport_protein_35(fn_nerve_cell_30(X))
& fn_transport_protein_35(fn_nerve_cell_30(X)) = fn_animal_plasma_membrane_67(fn_nerve_cell_35(X))
& fn_carrier_protein_18(fn_nerve_cell_30(X)) = fn_carrier_protein_18(fn_nerve_cell_30(X))
& fn_carrier_protein_18(fn_nerve_cell_30(X)) = fn_animal_plasma_membrane_67(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_67(fn_nerve_cell_35(X)) = fn_carrier_protein_18(fn_nerve_cell_30(X))
& fn_electrogenic_pump_30(fn_nerve_cell_30(X)) = fn_carrier_protein_18(fn_nerve_cell_30(X))
& fn_carrier_protein_18(fn_nerve_cell_30(X)) = fn_electrogenic_pump_30(fn_nerve_cell_30(X))
& fn_electrogenic_pump_30(fn_nerve_cell_30(X)) = fn_electrogenic_pump_30(fn_nerve_cell_30(X))
& fn_integral_protein_24(fn_nerve_cell_30(X)) = fn_electrogenic_pump_30(fn_nerve_cell_30(X))
& fn_electrogenic_pump_30(fn_nerve_cell_30(X)) = fn_integral_protein_24(fn_nerve_cell_30(X))
& fn_integral_protein_24(fn_nerve_cell_30(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_integral_protein_24(fn_nerve_cell_30(X))
& fn_integral_protein_24(fn_nerve_cell_30(X)) = fn_sodium_potassium_pump_41(fn_nerve_cell_30(X))
& fn_sodium_potassium_pump_41(fn_nerve_cell_30(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_sodium_potassium_pump_41(fn_nerve_cell_30(X))
& fn_sodium_potassium_pump_41(fn_nerve_cell_30(X)) = fn_sodium_potassium_pump_41(fn_nerve_cell_30(X))
& fn_sodium_potassium_pump_41(fn_nerve_cell_30(X)) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_animal_cell_90(X)
& fn_animal_cell_90(X) = fn_mitochondrion_160(fn_nerve_cell_50(X))
& fn_mitochondrion_160(fn_nerve_cell_50(X)) = fn_axon_1(fn_nerve_cell_34(X))
& fn_axon_1(fn_nerve_cell_34(X)) = fn_dendrite_3(fn_nerve_cell_29(X))
& fn_dendrite_3(fn_nerve_cell_29(X)) = fn_dendrite_3(fn_nerve_cell_29(X))
& fn_dendrite_3(fn_nerve_cell_29(X)) = fn_synthesis_of_endomembranous_system_membrane_28(fn_nerve_cell_40(X))
& fn_synthesis_of_endomembranous_system_membrane_28(fn_nerve_cell_40(X)) = fn_synthesis_of_endomembranous_system_membrane_28(fn_nerve_cell_40(X))
& fn_synthesis_of_endomembranous_system_membrane_28(fn_nerve_cell_40(X)) = fn_animal_plasma_membrane_56(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_56(fn_nerve_cell_35(X)) = fn_animal_plasma_membrane_56(fn_nerve_cell_35(X))
& fn_animal_plasma_membrane_56(fn_nerve_cell_35(X)) = fn_mitochondrion_51(fn_nerve_cell_50(X))
& fn_mitochondrion_51(fn_nerve_cell_50(X)) = fn_mitochondrion_51(fn_nerve_cell_50(X)) ) ) ).
fof(a531187,axiom,
! [X] :
( nerve_circuit_1(X)
=> ( original_name_2(X,'Nerve-Circuit')
& user_description_2(X,'A series of nerve cells that pass signals from one to the next.')
& concept2words_2(X,'circuit of nerve')
& concept2words_2(X,'nerve circuit')
& concept2words_2(X,'nerve-circuit')
& nervous_tissue_1(X)
& circuit_1(X)
& ~ brain_region_1(X)
& ~ ganglion_1(X)
& ~ gray_matter_1(X)
& ~ neural_crest_1(X)
& ~ neuromast_1(X)
& ~ notochord_1(X)
& ~ ommatidium_1(X)
& ~ optic_nerve_1(X)
& ~ retina_1(X)
& ~ white_matter_1(X) ) ) ).
fof(a531188,axiom,
! [X] :
( nerve_cord_1(X)
=> ( original_name_2(X,'Nerve-Cord')
& user_description_2(X,'A large collection of nerve cell bodies and fibers typically running along the long axis of an organism.')
& concept2words_2(X,'cord of nerve')
& concept2words_2(X,'nerve cord')
& concept2words_2(X,'nerve-cord')
& cord_1(X)
& nervous_organ_1(X) ) ) ).
fof(a531189,axiom,
! [X] :
( nerve_growth_factor_1(X)
=> ( original_name_2(X,'Nerve-Growth-Factor')
& user_description_2(X,'A local regulator involved in development of embryonic nerve cells, white blood cells, and many other kinds of cells.')
& concept2words_2(X,ngf)
& concept2words_2(X,'nerve growth factor')
& concept2words_2(X,'nerve growth-factor')
& concept2words_2(X,'nerve-growth-factor')
& growth_factor_1(X)
& size_value_1(fn_nerve_growth_factor_1(X))
& size_value_1(fn_nerve_growth_factor_2(X))
& monomer_1(fn_nerve_growth_factor_3(X))
& has_part_2(X,fn_nerve_growth_factor_3(X))
& size_2(fn_nerve_growth_factor_3(X),fn_nerve_growth_factor_1(X))
& greater_than_2(fn_nerve_growth_factor_2(X),fn_nerve_growth_factor_1(X))
& size_2(X,fn_nerve_growth_factor_2(X))
& the_scalar_value_2(fn_nerve_growth_factor_2(X),big_0)
& scalar_unit_class_2(fn_nerve_growth_factor_2(X),polypeptide_0)
& fn_nerve_growth_factor_2(X) = fn_polymer_8(X)
& fn_nerve_growth_factor_1(X) = fn_polymer_7(X)
& fn_nerve_growth_factor_3(X) = fn_polymer_4(X)
& fn_nerve_growth_factor_2(X) = fn_protein_9(X)
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X) ) ) ).
fof(a531190,axiom,
! [X] :
( nerve_impulse_1(X)
=> ( original_name_2(X,'Nerve-Impulse')
& user_description_2(X,'The electrochemical signal sent by a neuron.')
& concept2words_2(X,'impulse of nerve')
& concept2words_2(X,'nerve impulse')
& concept2words_2(X,'nerve-impulse')
& signal_1(X) ) ) ).
fof(a531191,axiom,
! [X] :
( nerve_net_1(X)
=> ( original_name_2(X,'Nerve-Net')
& user_description_2(X,'A diffuse network of nerves covering the surface of the body; characteristic of animals with radial symmetry, such as cnidarians.')
& concept2words_2(X,'net of nerve')
& concept2words_2(X,'nerve net')
& concept2words_2(X,'nerve-net')
& nervous_system_1(X)
& ~ central_nervous_system_1(X)
& ~ enteric_division_1(X)
& ~ peripheral_nervous_system_1(X) ) ) ).
fof(a531192,axiom,
! [X] :
( nerve_related_intercellular_process_1(X)
=> ( original_name_2(X,'Nerve-Related-Intercellular-Process')
& user_description_2(X,'Intercellular process related to the functioning of the nervous system.')
& concept2words_2(X,'nerve related intercellular process')
& concept2words_2(X,'nerve-related-intercellular-process')
& intercellular_process_1(X) ) ) ).
fof(a531193,axiom,
! [X] :
( nervous_organ_1(X)
=> ( original_name_2(X,'Nervous-Organ')
& user_description_2(X,'Organ which is part of the nervous system of animals.')
& concept2words_2(X,'nervous organ')
& concept2words_2(X,'nervous-organ')
& animal_organ_1(X) ) ) ).
fof(a531194,axiom,
! [X] :
( nervous_system_1(X)
=> ( original_name_2(X,'Nervous-System')
& user_description_2(X,'In animals, the system of communication involving neurons that receive information from sensory receptors and relay electrochemical signals to muscles, glands, and other organs. The nervous system works with the endocrine system to maintain homeostasis within the body.')
& concept2words_2(X,'nervous system')
& concept2words_2(X,'nervous-system')
& organ_system_1(X)
& nerve_cell_1(fn_nervous_system_1(X))
& element_2(X,fn_nervous_system_1(X)) ) ) ).
fof(a531195,axiom,
! [X] :
( nervous_system_development_1(X)
=> ( original_name_2(X,'Nervous-System-Development')
& user_description_2(X,'The process of development of the nervous system in animals. This process is usually complete by birth or hatching of the organism.')
& concept2words_2(X,develop)
& concept2words_2(X,'nervous system development')
& concept2words_2(X,'nervous-system-development')
& developmental_process_1(X)
& apoptosis_1(fn_nervous_system_development_1(X))
& multicellular_organism_1(fn_nervous_system_development_2(X))
& nervous_system_1(fn_nervous_system_development_3(X))
& result_2(X,fn_nervous_system_development_3(X))
& base_2(X,fn_nervous_system_development_2(X))
& by_means_of_2(X,fn_nervous_system_development_1(X))
& has_region_2(fn_nervous_system_development_2(X),fn_nervous_system_development_3(X)) ) ) ).
fof(a531196,axiom,
! [X] :
( nervous_system_development_in_vertebrate_1(X)
=> ( original_name_2(X,'Nervous-System-Development-In-Vertebrate')
& user_description_2(X,'The formation of the nervous system is essentially complete by birth or hatching of the vertebrate organism.')
& concept2words_2(X,develop)
& concept2words_2(X,'nervous system development in vertebrate')
& concept2words_2(X,'nervous-system-development-in-vertebrate')
& nervous_system_development_1(X)
& apoptosis_1(fn_nervous_system_development_in_vertebrate_1(X))
& vertebrate_1(fn_nervous_system_development_in_vertebrate_2(X))
& subevent_2(X,fn_nervous_system_development_in_vertebrate_1(X))
& base_2(X,fn_nervous_system_development_in_vertebrate_2(X))
& fn_nervous_system_development_in_vertebrate_2(X) = fn_nervous_system_development_2(X) ) ) ).
fof(a531197,axiom,
! [X] :
( nervous_tissue_1(X)
=> ( original_name_2(X,'Nervous-Tissue')
& user_description_2(X,'Tissue that makes up the cells and organs of the nervous system. Neurons and glial cells are made of nervous tissue.')
& concept2words_2(X,'nervous tissue')
& concept2words_2(X,'nervous-tissue')
& tissue_1(X) ) ) ).
fof(a531198,axiom,
! [X] :
( nest_1(X)
=> ( original_name_2(X,'Nest')
& user_description_2(X,'A site in which an animal deposits eggs and raises offspring. A nest can also be a place for an animal to live.')
& concept2words_2(X,nest)
& home_1(X) ) ) ).
fof(a531199,axiom,
! [X] :
( neural_crest_1(X)
=> ( original_name_2(X,'Neural-Crest')
& user_description_2(X,'In the early development of vertebrates, a group of cells located adjacent to the neural tube. The cells give rise to a variety of body structures, including skeletal elements of the head and face, smooth muscle, the adrenal glands, and the peripheral nervous system.')
& concept2words_2(X,'neural crest')
& concept2words_2(X,'neural-crest')
& nervous_tissue_1(X)
& ~ brain_region_1(X)
& ~ ganglion_1(X)
& ~ gray_matter_1(X)
& ~ nerve_circuit_1(X)
& ~ neuromast_1(X)
& ~ notochord_1(X)
& ~ ommatidium_1(X)
& ~ optic_nerve_1(X)
& ~ retina_1(X)
& ~ white_matter_1(X) ) ) ).
fof(a531200,axiom,
! [X] :
( neural_progenitor_cell_1(X)
=> ( original_name_2(X,'Neural-Progenitor-Cell')
& user_description_2(X,'Stem cells committed to becoming nerve cells.')
& concept2words_2(X,'neural progenitor cell')
& concept2words_2(X,'neural-progenitor-cell')
& stem_cell_1(X) ) ) ).
fof(a531201,axiom,
! [X] :
( neural_signaling_1(X)
=> ( original_name_2(X,'Neural-Signaling')
& user_description_2(X,'Delivering messages through a neural pathway.')
& concept2words_2(X,'neural communication')
& concept2words_2(X,'nerve cell signaling')
& concept2words_2(X,'nerve signaling')
& concept2words_2(X,signal)
& concept2words_2(X,communicate)
& concept2words_2(X,'synaptic signaling')
& concept2words_2(X,'neural signaling')
& concept2words_2(X,'neural-signaling')
& long_distance_cell_communication_1(X)
& ~ cell_differentiation_1(X)
& free_energy_1(fn_neural_signaling_2(X))
& quantity_value_1(fn_neural_signaling_3(X))
& symmetrical_distribution_1(fn_neural_signaling_4(X))
& decrease_1(fn_neural_signaling_5(X))
& time_interval_1(fn_neural_signaling_6(X))
& time_interval_1(fn_neural_signaling_7(X))
& time_interval_1(fn_neural_signaling_8(X))
& electrical_signaling_1(fn_neural_signaling_9(X))
& synapse_1(fn_neural_signaling_10(X))
& chemical_1(fn_neural_signaling_11(X))
& concentration_value_1(fn_neural_signaling_12(X))
& rate_value_1(fn_neural_signaling_13(X))
& concentration_value_1(fn_neural_signaling_14(X))
& angle_value_1(fn_neural_signaling_15(X))
& biological_region_1(fn_neural_signaling_20(X))
& living_entity_1(fn_neural_signaling_22(X))
& cell_1(fn_neural_signaling_22(X))
& signal_generation_1(fn_neural_signaling_23(X))
& cell_1(fn_neural_signaling_24(X))
& signal_1(fn_neural_signaling_25(X))
& facilitated_diffusion_of_polar_molecule_1(fn_neural_signaling_26(X))
& quantity_value_1(fn_neural_signaling_27(X))
& spatial_entity_1(fn_neural_signaling_28(X))
& tangible_entity_1(fn_neural_signaling_28(X))
& substance_1(fn_neural_signaling_28(X))
& chemical_1(fn_neural_signaling_28(X))
& concentration_value_1(fn_neural_signaling_29(X))
& quantity_value_1(fn_neural_signaling_30(X))
& potential_energy_1(fn_neural_signaling_31(X))
& cellular_response_1(fn_neural_signaling_32(X))
& thermal_motion_1(fn_neural_signaling_33(X))
& signal_transduction_1(fn_neural_signaling_34(X))
& membrane_1(fn_neural_signaling_35(X))
& spatial_entity_1(fn_neural_signaling_35(X))
& biomembrane_1(fn_neural_signaling_35(X))
& secretion_1(fn_neural_signaling_36(X))
& facilitated_diffusion_of_polar_molecule_1(fn_neural_signaling_37(X))
& produce_1(fn_neural_signaling_38(X))
& entity_1(fn_neural_signaling_39(X))
& chemical_entity_1(fn_neural_signaling_39(X))
& tangible_entity_1(fn_neural_signaling_39(X))
& neurotransmitter_1(fn_neural_signaling_39(X))
& concentration_gradient_1(fn_neural_signaling_40(X))
& signal_transmission_1(fn_neural_signaling_41(X))
& dissolve_1(fn_neural_signaling_42(X))
& membrane_potential_1(fn_neural_signaling_43(X))
& signal_reception_1(fn_neural_signaling_44(X))
& gradient_1(fn_passive_transport_of_solute_3(fn_neural_signaling_26(X)))
& concentration_gradient_1(fn_passive_transport_of_solute_3(fn_neural_signaling_26(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_neural_signaling_37(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_neural_signaling_37(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_neural_signaling_37(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_neural_signaling_26(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_neural_signaling_26(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_neural_signaling_26(X)))
& property_node_1(fn_gradient_4(fn_neural_signaling_40(X)))
& quantity_value_1(fn_gradient_2(fn_neural_signaling_40(X)))
& potential_energy_1(fn_gradient_1(fn_neural_signaling_40(X)))
& property_node_1(fn_concentration_gradient_10(fn_neural_signaling_40(X)))
& property_node_1(fn_concentration_gradient_1(fn_neural_signaling_40(X)))
& concentration_value_1(fn_concentration_gradient_3(fn_neural_signaling_40(X)))
& quantity_value_1(fn_concentration_gradient_7(fn_neural_signaling_40(X)))
& signal_1(fn_neurotransmitter_1(fn_neural_signaling_39(X)))
& cell_1(fn_intracellular_process_1(fn_neural_signaling_32(X)))
& cell_1(fn_cell_signaling_event_1(fn_neural_signaling_34(X)))
& cell_1(fn_cellular_response_3(fn_neural_signaling_32(X)))
& cell_1(fn_signal_reception_3(fn_neural_signaling_44(X)))
& spatial_entity_1(fn_thermal_motion_5(fn_neural_signaling_33(X)))
& tangible_entity_1(fn_thermal_motion_5(fn_neural_signaling_33(X)))
& substance_1(fn_dissolve_4(fn_neural_signaling_42(X)))
& chemical_1(fn_concentration_gradient_5(fn_neural_signaling_40(X)))
& living_entity_1(fn_secretion_2(fn_neural_signaling_36(X)))
& biological_region_1(fn_signal_transmission_1(fn_neural_signaling_41(X)))
& entity_1(fn_create_1(fn_neural_signaling_38(X)))
& chemical_entity_1(fn_signal_reception_5(fn_neural_signaling_44(X)))
& tangible_entity_1(fn_secretion_1(fn_neural_signaling_36(X)))
& tangible_entity_1(fn_signal_transmission_3(fn_neural_signaling_41(X)))
& next_event_2(fn_neural_signaling_44(X),fn_neural_signaling_34(X))
& time_during_2(fn_neural_signaling_44(X),fn_neural_signaling_6(X))
& recipient_2(fn_neural_signaling_44(X),fn_neural_signaling_24(X))
& positive_influence_2(fn_neural_signaling_13(X),fn_neural_signaling_14(X))
& negative_influence_2(fn_neural_signaling_13(X),fn_neural_signaling_12(X))
& concentration_2(fn_neural_signaling_11(X),fn_neural_signaling_12(X))
& result_2(fn_neural_signaling_41(X),fn_neural_signaling_39(X))
& subevent_2(fn_neural_signaling_41(X),fn_neural_signaling_38(X))
& subevent_2(fn_neural_signaling_41(X),fn_neural_signaling_36(X))
& time_during_2(fn_neural_signaling_41(X),fn_neural_signaling_6(X))
& time_during_2(fn_neural_signaling_38(X),fn_neural_signaling_8(X))
& site_2(fn_neural_signaling_36(X),fn_neural_signaling_10(X))
& next_event_2(fn_neural_signaling_36(X),fn_neural_signaling_38(X))
& time_during_2(fn_neural_signaling_36(X),fn_neural_signaling_7(X))
& direction_2(X,fn_neural_signaling_15(X))
& rate_2(X,fn_neural_signaling_13(X))
& object_2(X,fn_neural_signaling_28(X))
& result_2(X,fn_neural_signaling_2(X))
& by_means_of_2(X,fn_neural_signaling_33(X))
& causes_2(X,fn_neural_signaling_5(X))
& objective_2(X,fn_neural_signaling_4(X))
& raw_material_2(X,fn_neural_signaling_31(X))
& agent_2(X,fn_neural_signaling_39(X))
& agent_2(X,fn_neural_signaling_40(X))
& path_2(X,fn_neural_signaling_35(X))
& site_2(X,fn_neural_signaling_10(X))
& subevent_2(X,fn_neural_signaling_9(X))
& next_event_2(fn_neural_signaling_9(X),fn_neural_signaling_41(X))
& time_during_2(fn_neural_signaling_9(X),fn_neural_signaling_6(X))
& time_during_2(fn_neural_signaling_34(X),fn_neural_signaling_6(X))
& next_event_2(fn_neural_signaling_34(X),fn_neural_signaling_32(X))
& time_before_2(fn_neural_signaling_7(X),fn_neural_signaling_8(X))
& time_before_2(fn_neural_signaling_6(X),fn_neural_signaling_6(X))
& time_during_2(fn_neural_signaling_32(X),fn_neural_signaling_6(X))
& object_2(fn_neural_signaling_5(X),fn_neural_signaling_40(X))
& object_2(fn_neural_signaling_4(X),fn_neural_signaling_28(X))
& directly_proportional_2(fn_neural_signaling_30(X),fn_neural_signaling_3(X))
& quantity_2(fn_neural_signaling_2(X),fn_neural_signaling_3(X))
& in_event_2(fn_neural_signaling_25(X),fn_neural_signaling_41(X))
& result_2(fn_neural_signaling_38(X),fn_neural_signaling_39(X))
& object_2(fn_neural_signaling_44(X),fn_neural_signaling_39(X))
& object_2(fn_neural_signaling_33(X),fn_neural_signaling_28(X))
& agent_2(fn_neural_signaling_26(X),fn_neural_signaling_43(X))
& object_2(fn_neural_signaling_42(X),fn_neural_signaling_28(X))
& instrument_2(X,fn_neural_signaling_39(X))
& result_2(fn_neural_signaling_23(X),fn_neural_signaling_39(X))
& path_2(fn_neural_signaling_37(X),fn_neural_signaling_35(X))
& object_2(X,fn_neural_signaling_24(X))
& base_2(fn_neural_signaling_34(X),fn_neural_signaling_24(X))
& base_2(fn_neural_signaling_32(X),fn_neural_signaling_24(X))
& base_2(fn_neural_signaling_44(X),fn_neural_signaling_24(X))
& path_2(fn_neural_signaling_26(X),fn_neural_signaling_35(X))
& possesses_2(fn_neural_signaling_40(X),fn_neural_signaling_31(X))
& quantity_2(fn_neural_signaling_31(X),fn_neural_signaling_30(X))
& quantity_2(fn_neural_signaling_40(X),fn_neural_signaling_27(X))
& directly_proportional_2(fn_neural_signaling_29(X),fn_neural_signaling_27(X))
& concentration_2(fn_neural_signaling_28(X),fn_neural_signaling_29(X))
& first_subevent_2(X,fn_neural_signaling_23(X))
& agent_2(fn_neural_signaling_23(X),fn_neural_signaling_22(X))
& base_2(fn_neural_signaling_36(X),fn_neural_signaling_22(X))
& subevent_2(fn_neural_signaling_23(X),fn_neural_signaling_36(X))
& subevent_2(X,fn_neural_signaling_23(X))
& next_event_2(fn_neural_signaling_23(X),fn_neural_signaling_41(X))
& subevent_2(X,fn_neural_signaling_41(X))
& agent_2(X,fn_neural_signaling_22(X))
& is_outside_2(fn_neural_signaling_20(X),fn_neural_signaling_22(X))
& origin_2(fn_neural_signaling_41(X),fn_neural_signaling_20(X))
& plays_2(fn_neural_signaling_39(X),fn_neural_signaling_25(X))
& object_2(fn_neural_signaling_41(X),fn_neural_signaling_39(X))
& object_2(fn_neural_signaling_36(X),fn_neural_signaling_39(X))
& fn_neural_signaling_39(X) = fn_create_1(fn_neural_signaling_38(X))
& fn_neural_signaling_39(X) = fn_signal_reception_5(fn_neural_signaling_44(X))
& fn_neural_signaling_28(X) = fn_thermal_motion_5(fn_neural_signaling_33(X))
& fn_neural_signaling_43(X) = fn_passive_transport_of_solute_3(fn_neural_signaling_26(X))
& fn_neural_signaling_28(X) = fn_dissolve_4(fn_neural_signaling_42(X))
& fn_neural_signaling_23(X) = fn_cell_communication_5(X)
& fn_neural_signaling_39(X) = fn_cell_communication_4(X)
& fn_neural_signaling_35(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_neural_signaling_37(X))
& fn_neural_signaling_24(X) = fn_cell_communication_1(X)
& fn_neural_signaling_24(X) = fn_cell_signaling_event_1(fn_neural_signaling_34(X))
& fn_neural_signaling_24(X) = fn_intracellular_process_1(fn_neural_signaling_32(X))
& fn_neural_signaling_24(X) = fn_cellular_response_3(fn_neural_signaling_32(X))
& fn_neural_signaling_24(X) = fn_signal_reception_3(fn_neural_signaling_44(X))
& fn_neural_signaling_35(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_neural_signaling_26(X))
& fn_neural_signaling_21(X) = fn_gradient_4(fn_neural_signaling_40(X))
& fn_neural_signaling_30(X) = fn_gradient_2(fn_neural_signaling_40(X))
& fn_neural_signaling_31(X) = fn_gradient_1(fn_neural_signaling_40(X))
& fn_neural_signaling_45(X) = fn_concentration_gradient_10(fn_neural_signaling_40(X))
& fn_neural_signaling_46(X) = fn_concentration_gradient_1(fn_neural_signaling_40(X))
& fn_neural_signaling_28(X) = fn_concentration_gradient_5(fn_neural_signaling_40(X))
& fn_neural_signaling_29(X) = fn_concentration_gradient_3(fn_neural_signaling_40(X))
& fn_neural_signaling_27(X) = fn_concentration_gradient_7(fn_neural_signaling_40(X))
& fn_neural_signaling_22(X) = fn_secretion_2(fn_neural_signaling_36(X))
& fn_neural_signaling_36(X) = fn_long_distance_cell_communication_6(X)
& fn_neural_signaling_20(X) = fn_long_distance_cell_communication_9(X)
& fn_neural_signaling_22(X) = fn_long_distance_cell_communication_4(X)
& fn_neural_signaling_41(X) = fn_long_distance_cell_communication_5(X)
& fn_neural_signaling_23(X) = fn_long_distance_cell_communication_3(X)
& fn_neural_signaling_20(X) = fn_signal_transmission_1(fn_neural_signaling_41(X))
& fn_neural_signaling_39(X) = fn_secretion_1(fn_neural_signaling_36(X))
& fn_neural_signaling_39(X) = fn_signal_transmission_3(fn_neural_signaling_41(X))
& fn_neural_signaling_25(X) = fn_neurotransmitter_1(fn_neural_signaling_39(X))
& fn_cell_communication_1(X) = fn_intracellular_process_1(fn_neural_signaling_32(X))
& fn_intracellular_process_1(fn_neural_signaling_32(X)) = fn_cell_communication_1(X)
& fn_cell_communication_1(X) = fn_cell_signaling_event_1(fn_neural_signaling_34(X))
& fn_cell_signaling_event_1(fn_neural_signaling_34(X)) = fn_cell_signaling_event_1(fn_neural_signaling_34(X))
& fn_cell_signaling_event_1(fn_neural_signaling_34(X)) = fn_cellular_response_3(fn_neural_signaling_32(X))
& fn_cellular_response_3(fn_neural_signaling_32(X)) = fn_cellular_response_3(fn_neural_signaling_32(X))
& fn_cellular_response_3(fn_neural_signaling_32(X)) = fn_signal_reception_3(fn_neural_signaling_44(X))
& fn_signal_reception_3(fn_neural_signaling_44(X)) = fn_thermal_motion_5(fn_neural_signaling_33(X))
& fn_thermal_motion_5(fn_neural_signaling_33(X)) = fn_dissolve_4(fn_neural_signaling_42(X))
& fn_dissolve_4(fn_neural_signaling_42(X)) = fn_dissolve_4(fn_neural_signaling_42(X))
& fn_dissolve_4(fn_neural_signaling_42(X)) = fn_concentration_gradient_5(fn_neural_signaling_40(X))
& fn_concentration_gradient_5(fn_neural_signaling_40(X)) = fn_secretion_2(fn_neural_signaling_36(X))
& fn_secretion_2(fn_neural_signaling_36(X)) = fn_long_distance_cell_communication_4(X)
& fn_long_distance_cell_communication_4(X) = fn_long_distance_cell_communication_4(X)
& fn_long_distance_cell_communication_4(X) = fn_cell_communication_5(X)
& fn_cell_communication_5(X) = fn_long_distance_cell_communication_3(X)
& fn_long_distance_cell_communication_3(X) = fn_long_distance_cell_communication_3(X)
& fn_long_distance_cell_communication_3(X) = fn_long_distance_cell_communication_9(X)
& fn_long_distance_cell_communication_9(X) = fn_signal_transmission_1(fn_neural_signaling_41(X))
& fn_signal_transmission_1(fn_neural_signaling_41(X)) = fn_create_1(fn_neural_signaling_38(X))
& fn_create_1(fn_neural_signaling_38(X)) = fn_signal_reception_5(fn_neural_signaling_44(X))
& fn_signal_reception_5(fn_neural_signaling_44(X)) = fn_signal_reception_5(fn_neural_signaling_44(X))
& fn_signal_reception_5(fn_neural_signaling_44(X)) = fn_cell_communication_4(X)
& fn_cell_communication_4(X) = fn_cell_communication_4(X)
& fn_cell_communication_4(X) = fn_secretion_1(fn_neural_signaling_36(X))
& fn_secretion_1(fn_neural_signaling_36(X)) = fn_secretion_1(fn_neural_signaling_36(X))
& fn_secretion_1(fn_neural_signaling_36(X)) = fn_signal_transmission_3(fn_neural_signaling_41(X)) ) ) ).
fof(a531202,axiom,
! [X] :
( neural_tube_1(X)
=> ( original_name_2(X,'Neural-Tube')
& user_description_2(X,'Just dorsal to the notochord in developing embryo of a vertebrate animal, a longitudinal tube of infolded ectodermal cells that will give rise to the central nervous system.')
& concept2words_2(X,'neural tube')
& concept2words_2(X,'neural-tube')
& ectoderm_1(X) ) ) ).
fof(a531203,axiom,
! [X] :
( neurohormone_1(X)
=> ( original_name_2(X,'Neurohormone')
& user_description_2(X,'A hormone that is secreted by a neuron.')
& concept2words_2(X,neurohormone)
& hormone_1(X) ) ) ).
fof(a531204,axiom,
! [X] :
( neuromast_1(X)
=> ( original_name_2(X,'Neuromast')
& user_description_2(X,'A cluster of hair cells and a receptor cap that is part of the lateral line system in fish.')
& concept2words_2(X,neuromast)
& sensory_nervous_tissue_1(X)
& ~ brain_region_1(X)
& ~ ganglion_1(X)
& ~ gray_matter_1(X)
& ~ nerve_circuit_1(X)
& ~ neural_crest_1(X)
& ~ notochord_1(X)
& ~ ommatidium_1(X)
& ~ optic_nerve_1(X)
& ~ retina_1(X)
& ~ white_matter_1(X) ) ) ).
fof(a531205,axiom,
! [X] :
( neuron_structure_1(X)
=> ( original_name_2(X,'Neuron-Structure')
& user_description_2(X,'A structure found in neurons (nerve cells.)')
& concept2words_2(X,'structure of neuron')
& concept2words_2(X,'structure-of-neuron')
& concept2words_2(X,'neuron structure')
& concept2words_2(X,'neuron-structure')
& concept2words_2(X,'neuron structure')
& concept2words_2(X,'neuron-structure')
& animal_cell_structure_1(X) ) ) ).
fof(a531206,axiom,
! [X] :
( neuropeptide_1(X)
=> ( original_name_2(X,'Neuropeptide')
& user_description_2(X,'A short chain of amino acids that functions as a neurotransmitter.')
& concept2words_2(X,neuropeptide)
& neurotransmitter_1(X)
& polypeptide_1(X)
& ~ acetylcholine_1(X)
& ~ aspartic_acid_1(X)
& ~ catecholamine_1(X)
& ~ endothelin_1(X)
& ~ globins_1(X)
& ~ heavy_chain_1(X)
& ~ light_chain_1(X)
& ~ peptide_hormone_1(X)
& ~ polypeptide_segment_1(X)
& ~ signal_peptide_1(X) ) ) ).
fof(a531207,axiom,
! [X] :
( neurospora_1(X)
=> ( original_name_2(X,'Neurospora')
& user_description_2(X,'A genus of ascomycete fungi. It includes the bread mold Neurospora crassa.')
& concept2words_2(X,neurospora)
& ascomycete_1(X)
& ~ penicillium_1(X) ) ) ).
fof(a531208,axiom,
! [X] :
( neurotransmitter_1(X)
=> ( original_name_2(X,'Neurotransmitter')
& user_description_2(X,'A molecule which is released by neurons to communicate with other neurons, muscle cells, or glands.')
& concept2words_2(X,neurotransmitter)
& organic_molecule_1(X)
& ~ yeast_mating_factor_1(X)
& signal_1(fn_neurotransmitter_1(X))
& plays_2(X,fn_neurotransmitter_1(X)) ) ) ).
fof(a531209,axiom,
! [X] :
( neutral_solution_1(X)
=> ( original_name_2(X,'Neutral-Solution')
& user_description_2(X,'An aqueous solution with a pH 7.')
& concept2words_2(X,'neutral solution')
& concept2words_2(X,'solution of neutral')
& concept2words_2(X,'neutral-solution')
& aqueous_solution_1(X)
& ph_value_1(fn_neutral_solution_1(X))
& hydrogen_ion_1(fn_neutral_solution_2(X))
& hydroxide_ion_1(fn_neutral_solution_3(X))
& the_cardinal_value_2(fn_neutral_solution_1(X),"7.0e0")
& cardinal_unit_class_2(fn_neutral_solution_1(X),unity_0)
& ph_2(X,fn_neutral_solution_1(X))
& has_part_2(X,fn_neutral_solution_2(X))
& has_part_2(X,fn_neutral_solution_3(X)) ) ) ).
fof(a531210,axiom,
! [X] :
( neutron_1(X)
=> ( original_name_2(X,'Neutron')
& user_description_2(X,'An electrically neutral particle found in the nucleus of atoms.')
& concept2words_2(X,neutron)
& subatomic_particle_1(X)
& charge_value_1(fn_neutron_2(X))
& mass_value_1(fn_neutron_3(X))
& the_cardinal_value_2(fn_neutron_3(X),"1.0e0")
& cardinal_unit_class_2(fn_neutron_3(X),dalton_0)
& mass_2(X,fn_neutron_3(X))
& charge_2(X,fn_neutron_2(X))
& the_cardinal_value_2(fn_neutron_2(X),"0.0e0")
& cardinal_unit_class_2(fn_neutron_2(X),unity_0) ) ) ).
fof(a531211,axiom,
! [X] :
( neutrophil_1(X)
=> ( original_name_2(X,'Neutrophil')
& user_description_2(X,'Phagocytic white blood cells that consume microbial pathogens and then tend to self-destruct. Neutrophils are the most abundant white blood cells and recruit very quickly to a site of injury or trauma.')
& concept2words_2(X,neutrophil)
& immune_cell_1(X)
& ~ antigen_presenting_cell_1(X)
& ~ effector_cell_1(X)
& ~ eosinophil_1(X)
& ~ mast_cell_1(X)
& ~ natural_killer_cell_1(X)
& ~ recombinant_immune_cell_1(X) ) ) ).
fof(a531212,axiom,
! [X] :
( newborn_1(X)
=> ( original_name_2(X,'Newborn')
& user_description_2(X,'In humans, an infant who is hours, days, or up to a few weeks old.')
& concept2words_2(X,newborn)
& life_stage_1(X)
& cell_1(fn_newborn_1(X))
& has_part_2(X,fn_newborn_1(X)) ) ) ).
fof(a531213,axiom,
! [X] :
( newborn_screening_1(X)
=> ( original_name_2(X,'Newborn-Screening')
& user_description_2(X,'The process of testing newborn babies for conditions that may affect their short-term or long-term health.')
& concept2words_2(X,'screening of newborn')
& concept2words_2(X,'newborn screening')
& concept2words_2(X,'newborn-screening')
& diagnostic_procedure_1(X)
& ~ abortion_1(X)
& ~ assisted_reproductive_technology_1(X)
& ~ electrocardiogram_1(X)
& ~ genetic_testing_1(X)
& ~ immunization_1(X)
& ~ paternity_testing_1(X)
& ~ tubal_ligation_1(X)
& ~ ultrasound_imaging_1(X)
& ~ vasectomy_1(X) ) ) ).
fof(a531214,axiom,
! [X] :
( nh2_minus_1(X)
=> ( original_name_2(X,'NH2-Minus')
& user_description_2(X,'Amido ion')
& concept2words_2(X,'amido group')
& concept2words_2(X,'nh2 minus')
& concept2words_2(X,'nh2-minus')
& polyatomic_ion_1(X)
& anion_1(X)
& charge_value_1(fn_nh2_minus_2(X))
& the_cardinal_value_2(fn_nh2_minus_2(X),"-1")
& cardinal_unit_class_2(fn_nh2_minus_2(X),unity_0)
& charge_2(X,fn_nh2_minus_2(X))
& fn_nh2_minus_1(X) = fn_anion_7(X)
& fn_nh2_minus_2(X) = fn_anion_6(X) ) ) ).
fof(a531215,axiom,
! [X] :
( nh4_plus_1(X)
=> ( original_name_2(X,'NH4-Plus')
& user_description_2(X,'Ammonium cation')
& concept2words_2(X,'ammonium ion')
& concept2words_2(X,ammonium)
& concept2words_2(X,'nh4 plus')
& concept2words_2(X,'nh4-plus')
& cation_1(X)
& polyatomic_ion_1(X)
& ~ ba_plus_2_1(X)
& ~ ch3nh3_plus_1(X)
& ~ cs_plus_1(X)
& ~ pb_plus_2_1(X)
& charge_value_1(fn_nh4_plus_2(X))
& the_cardinal_value_2(fn_nh4_plus_2(X),"1")
& cardinal_unit_class_2(fn_nh4_plus_2(X),unity_0)
& charge_2(X,fn_nh4_plus_2(X))
& fn_nh4_plus_1(X) = fn_cation_4(X)
& fn_nh4_plus_2(X) = fn_cation_5(X) ) ) ).
fof(a531216,axiom,
! [X] :
( nh4_plus_substance_1(X)
=> ( original_name_2(X,'NH4-Plus-Substance')
& concept2words_2(X,'nh4 plus substance')
& concept2words_2(X,'nh4-plus-substance')
& cation_substance_1(X)
& intensity_value_1(fn_nh4_plus_substance_1(X))
& equilibrium_constant_value_1(fn_nh4_plus_substance_2(X))
& acid_role_1(fn_nh4_plus_substance_3(X))
& nh4_plus_1(fn_nh4_plus_substance_6(X))
& default_ka_2(fn_nh4_plus_substance_3(X),fn_nh4_plus_substance_2(X))
& intensity_2(fn_nh4_plus_substance_3(X),fn_nh4_plus_substance_1(X))
& the_cardinal_value_2(fn_nh4_plus_substance_2(X),"5.6e-10")
& the_scalar_value_2(fn_nh4_plus_substance_1(X),weak_0)
& scalar_unit_class_2(fn_nh4_plus_substance_1(X),acid_0)
& plays_2(X,fn_nh4_plus_substance_3(X))
& has_part_2(X,fn_nh4_plus_substance_6(X))
& fn_nh4_plus_substance_6(X) = fn_cation_substance_1(X) ) ) ).
fof(a531217,axiom,
! [X] :
( nh4cl_1(X)
=> ( original_name_2(X,'NH4Cl')
& user_description_2(X,'Ammonium chloride')
& concept2words_2(X,'ammonium chloride')
& concept2words_2(X,nh4cl)
& salt_1(X)
& ~ ch3nh3cl_1(X)
& ~ sodium_chloride_1(X)
& cl_minus_1(fn_nh4cl_1(X))
& nh4_plus_1(fn_nh4cl_2(X))
& has_part_2(X,fn_nh4cl_2(X))
& has_part_2(X,fn_nh4cl_1(X))
& fn_nh4cl_2(X) = fn_ionic_compound_1(X)
& fn_nh4cl_1(X) = fn_ionic_compound_2(X) ) ) ).
fof(a531218,axiom,
! [X] :
( nickel_1(X)
=> ( original_name_2(X,'Nickel')
& user_description_2(X,'Nickel is a metal atom with atomic number 28. It is represented by the symbol Ni.')
& concept2words_2(X,nickel)
& concept2words_2(X,'Ni')
& metal_atom_1(X)
& neutron_1(fn_nickel_3(X))
& atomic_mass_value_1(fn_nickel_4(X))
& electronegativity_value_1(fn_nickel_5(X))
& valence_electron_1(fn_nickel_9(X))
& atomic_weight_value_1(fn_nickel_10(X))
& atomic_number_value_1(fn_nickel_11(X))
& quantity_value_1(fn_nickel_12(X))
& electronegativity_2(X,fn_nickel_5(X))
& mass_number_2(X,fn_nickel_4(X))
& exactCardinality(X,has_part_0,"31",neutron_0)
& exactCardinality(X,has_part_0,"28",proton_0)
& exactCardinality(X,has_part_0,"28",electron_0)
& has_part_2(X,fn_nickel_3(X))
& the_cardinal_value_2(fn_nickel_12(X),"10")
& cardinal_unit_class_2(fn_nickel_12(X),unity_0)
& the_cardinal_value_2(fn_nickel_5(X),"1.91")
& cardinal_unit_class_2(fn_nickel_5(X),unity_0)
& the_cardinal_value_2(fn_nickel_4(X),"59")
& cardinal_unit_class_2(fn_nickel_4(X),unity_0)
& the_cardinal_value_2(fn_nickel_11(X),"28")
& cardinal_unit_class_2(fn_nickel_11(X),unity_0)
& the_cardinal_value_2(fn_nickel_10(X),"58.69")
& cardinal_unit_class_2(fn_nickel_10(X),dalton_0)
& atomic_number_2(X,fn_nickel_11(X))
& atomic_weight_2(X,fn_nickel_10(X))
& has_part_2(X,fn_nickel_9(X))
& quantity_2(fn_nickel_9(X),fn_nickel_12(X))
& fn_nickel_7(X) = fn_atom_12(X)
& fn_nickel_11(X) = fn_atom_17(X)
& fn_nickel_8(X) = fn_atom_13(X)
& fn_nickel_10(X) = fn_atom_16(X)
& fn_nickel_6(X) = fn_atom_1(X)
& fn_nickel_12(X) = fn_atom_5(X)
& fn_nickel_9(X) = fn_atom_14(X) ) ) ).
fof(a531219,axiom,
! [X] :
( nicks_in_damaged_dna_1(X)
=> ( original_name_2(X,'Nicks-in-damaged-DNA')
& user_description_2(X,'These are openings present in DNA strand as a result of damage inflicted in the strand by various harmful chemicals or radiations')
& concept2words_2(X,'nicks in damaged dna')
& concept2words_2(X,'nicks-in-damaged-dna')
& nucleic_acid_region_1(X)
& ~ map_unit_1(X)
& ~ band_pattern_1(X)
& ~ chiasma_1(X)
& ~ distance_between_genes_1(X)
& ~ replication_fork_1(X)
& ~ thermodynamic_system_1(X)
& ~ waste_product_1(X) ) ) ).
fof(a531220,axiom,
! [X] :
( nicotinamide_1(X)
=> ( original_name_2(X,'Nicotinamide')
& user_description_2(X,'Nicotinamide is a nitrogenous base')
& concept2words_2(X,nicotinamide)
& nitrogenous_base_1(X) ) ) ).
fof(a531221,axiom,
! [X] :
( niobium_1(X)
=> ( original_name_2(X,'Niobium')
& user_description_2(X,'Niobium is a metal atom with atomic number 41. It is represented by the symbol Nb.')
& concept2words_2(X,niobium)
& concept2words_2(X,'Nb')
& metal_atom_1(X)
& neutron_1(fn_niobium_3(X))
& atomic_mass_value_1(fn_niobium_4(X))
& electronegativity_value_1(fn_niobium_5(X))
& valence_electron_1(fn_niobium_9(X))
& atomic_weight_value_1(fn_niobium_10(X))
& atomic_number_value_1(fn_niobium_11(X))
& quantity_value_1(fn_niobium_12(X))
& electronegativity_2(X,fn_niobium_5(X))
& mass_number_2(X,fn_niobium_4(X))
& exactCardinality(X,has_part_0,"52",neutron_0)
& exactCardinality(X,has_part_0,"41",proton_0)
& exactCardinality(X,has_part_0,"41",electron_0)
& has_part_2(X,fn_niobium_3(X))
& the_cardinal_value_2(fn_niobium_12(X),"5")
& cardinal_unit_class_2(fn_niobium_12(X),unity_0)
& the_cardinal_value_2(fn_niobium_5(X),"1.6")
& cardinal_unit_class_2(fn_niobium_5(X),unity_0)
& the_cardinal_value_2(fn_niobium_4(X),"93")
& cardinal_unit_class_2(fn_niobium_4(X),unity_0)
& the_cardinal_value_2(fn_niobium_11(X),"41")
& cardinal_unit_class_2(fn_niobium_11(X),unity_0)
& the_cardinal_value_2(fn_niobium_10(X),"92.91")
& cardinal_unit_class_2(fn_niobium_10(X),dalton_0)
& atomic_number_2(X,fn_niobium_11(X))
& atomic_weight_2(X,fn_niobium_10(X))
& has_part_2(X,fn_niobium_9(X))
& quantity_2(fn_niobium_9(X),fn_niobium_12(X))
& fn_niobium_7(X) = fn_atom_12(X)
& fn_niobium_11(X) = fn_atom_17(X)
& fn_niobium_8(X) = fn_atom_13(X)
& fn_niobium_10(X) = fn_atom_16(X)
& fn_niobium_6(X) = fn_atom_1(X)
& fn_niobium_12(X) = fn_atom_5(X)
& fn_niobium_9(X) = fn_atom_14(X) ) ) ).
fof(a531222,axiom,
! [X] :
( nipah_virus_1(X)
=> ( original_name_2(X,'Nipah-Virus')
& user_description_2(X,'A virus that causes encephalitis (inflammation of the brain).')
& concept2words_2(X,'nipah virus')
& concept2words_2(X,'nipah-virus')
& rna_virus_1(X)
& ~ ebola_virus_1(X)
& ~ hantavirus_1(X)
& ~ influenza_virus_1(X)
& ~ retrovirus_1(X)
& ~ rna_virus_class_iv_1(X)
& ~ rna_virus_class_v_1(X) ) ) ).
fof(a531223,axiom,
! [X] :
( nitrate_ion_1(X)
=> ( original_name_2(X,'Nitrate-Ion')
& user_description_2(X,'Polyatomic ion of nitrogen and oxygen with the formula NO3-')
& concept2words_2(X,'ion of nitrate')
& concept2words_2(X,'nitrate ion')
& concept2words_2(X,'nitrate-ion')
& polyatomic_ion_1(X)
& anion_1(X)
& charge_value_1(fn_nitrate_ion_1(X))
& the_cardinal_value_2(fn_nitrate_ion_1(X),"-1.0e0")
& cardinal_unit_class_2(fn_nitrate_ion_1(X),unity_0)
& charge_2(X,fn_nitrate_ion_1(X))
& fn_nitrate_ion_2(X) = fn_anion_7(X)
& fn_nitrate_ion_1(X) = fn_anion_6(X) ) ) ).
fof(a531224,axiom,
! [X] :
( nitric_acid_1(X)
=> ( original_name_2(X,'Nitric-Acid')
& user_description_2(X,'Strong acid made from the dissociation of nitrogen dioxide in water.')
& concept2words_2(X,'nitric acid')
& concept2words_2(X,'nitric-acid')
& acid_1(X)
& nitric_acid_compound_1(fn_nitric_acid_1(X))
& has_part_2(X,fn_nitric_acid_1(X))
& fn_nitric_acid_1(X) = fn_acid_5(X) ) ) ).
fof(a531225,axiom,
! [X] :
( nitric_acid_compound_1(X)
=> ( original_name_2(X,'Nitric-Acid-Compound')
& user_description_2(X,'An acidic compound with molecular formula HNO3.')
& concept2words_2(X,'nitric acid compound')
& concept2words_2(X,'nitric-acid-compound')
& acid_compound_1(X)
& nitrogen_1(fn_nitric_acid_compound_1(X))
& hydrogen_1(fn_nitric_acid_compound_2(X))
& oxygen_1(fn_nitric_acid_compound_3(X))
& exactCardinality(X,has_part_0,"1",hydrogen_0)
& exactCardinality(X,has_part_0,"1",nitrogen_0)
& exactCardinality(X,has_part_0,"3",oxygen_0)
& has_part_2(X,fn_nitric_acid_compound_3(X))
& has_part_2(X,fn_nitric_acid_compound_2(X))
& has_part_2(X,fn_nitric_acid_compound_1(X)) ) ) ).
fof(a531226,axiom,
! [X] :
( nitric_oxide_1(X)
=> ( original_name_2(X,'Nitric-Oxide')
& user_description_2(X,'A gas with the molecular formula NO that functions as a neurotransmitter and a local regulator.')
& concept2words_2(X,'nitric oxide')
& concept2words_2(X,'nitric-oxide')
& covalent_compound_1(X)
& inorganic_molecule_1(X)
& ~ hydrogen_molecule_1(X)
& ~ hydrogen_sulfide_1(X)
& ~ inorganic_acid_1(X)
& ~ inorganic_ion_1(X)
& ~ oxygen_molecule_1(X)
& ~ sulfur_dioxide_1(X)
& oxygen_1(fn_nitric_oxide_1(X))
& size_value_1(fn_nitric_oxide_2(X))
& nitrogen_1(fn_nitric_oxide_4(X))
& the_scalar_value_2(fn_nitric_oxide_2(X),small_0)
& scalar_unit_class_2(fn_nitric_oxide_2(X),inorganic_molecule_0)
& has_part_2(X,fn_nitric_oxide_1(X))
& exactCardinality(X,has_part_0,"1",oxygen_0)
& exactCardinality(X,has_part_0,"1",nitrogen_0)
& size_2(X,fn_nitric_oxide_2(X))
& has_part_2(X,fn_nitric_oxide_4(X))
& fn_nitric_oxide_4(X) = fn_molecule_7(X) ) ) ).
fof(a531227,axiom,
! [X] :
( nitric_oxide_gas_1(X)
=> ( original_name_2(X,'Nitric-Oxide-Gas')
& user_description_2(X,'chemical symbol - NO; A gaseous, chemical signaling molecule with an intracellular receptor. NO molecules are able to pass through the cell membrane because they are small enough to pass readily between the membrane phospholipids.')
& concept2words_2(X,'nitric oxide gas')
& concept2words_2(X,'nitric-oxide-gas')
& gas_substance_1(X)
& ~ air_1(X)
& ~ vapor_1(X)
& nitric_oxide_1(fn_nitric_oxide_gas_1(X))
& has_part_2(X,fn_nitric_oxide_gas_1(X)) ) ) ).
fof(a531228,axiom,
! [X] :
( nitrification_1(X)
=> ( original_name_2(X,'Nitrification')
& user_description_2(X,'Nitrification is an important series of steps in the nitrogen cycle in which ammonia is converted into nitrates, which are an important class of plant nutrients.')
& concept2words_2(X,nitrify)
& concept2words_2(X,nitrification)
& synthesis_reaction_1(X)
& nitrifying_bacterium_1(fn_nitrification_1(X))
& time_interval_1(fn_nitrification_2(X))
& time_interval_1(fn_nitrification_3(X))
& electron_donor_1(fn_nitrification_4(X))
& atom_1(fn_nitrification_5(X))
& electron_1(fn_nitrification_6(X))
& nh4_plus_1(fn_nitrification_7(X))
& chemical_entity_1(fn_nitrification_8(X))
& electron_1(fn_nitrification_8(X))
& nitrate_ion_1(fn_nitrification_9(X))
& no2_minus_1(fn_nitrification_10(X))
& oxidation_1(fn_nitrification_11(X))
& oxidation_1(fn_nitrification_12(X))
& atom_1(fn_oxidation_1(fn_nitrification_11(X)))
& atom_1(fn_oxidation_1(fn_nitrification_12(X)))
& electron_donor_1(fn_oxidation_8(fn_nitrification_12(X)))
& electron_donor_1(fn_oxidation_8(fn_nitrification_11(X)))
& chemical_entity_1(fn_oxidation_7(fn_nitrification_12(X)))
& chemical_entity_1(fn_oxidation_10(fn_nitrification_12(X)))
& chemical_entity_1(fn_oxidation_10(fn_nitrification_11(X)))
& electron_1(fn_oxidation_9(fn_nitrification_12(X)))
& chemical_entity_1(fn_oxidation_7(fn_nitrification_11(X)))
& electron_1(fn_oxidation_9(fn_nitrification_11(X)))
& called_2(fn_nitrification_12(X),"1")
& next_event_2(fn_nitrification_12(X),fn_nitrification_11(X))
& time_during_2(fn_nitrification_12(X),fn_nitrification_2(X))
& called_2(fn_nitrification_11(X),"2")
& time_during_2(fn_nitrification_11(X),fn_nitrification_3(X))
& agent_2(X,fn_nitrification_1(X))
& subevent_2(X,fn_nitrification_11(X))
& subevent_2(X,fn_nitrification_12(X))
& first_subevent_2(X,fn_nitrification_12(X))
& time_before_2(fn_nitrification_2(X),fn_nitrification_3(X))
& donor_2(fn_nitrification_12(X),fn_nitrification_7(X))
& donor_2(fn_nitrification_11(X),fn_nitrification_10(X))
& has_atom_2(fn_nitrification_9(X),fn_nitrification_5(X))
& recipient_2(fn_nitrification_11(X),fn_nitrification_9(X))
& has_atom_2(fn_nitrification_10(X),fn_nitrification_5(X))
& object_2(fn_nitrification_12(X),fn_nitrification_6(X))
& fn_nitrification_6(X) != fn_nitrification_7(X)
& fn_nitrification_7(X) != fn_nitrification_10(X)
& fn_nitrification_10(X) != fn_nitrification_9(X)
& fn_nitrification_9(X) != fn_nitrification_8(X)
& fn_nitrification_7(X) != fn_nitrification_6(X)
& fn_nitrification_10(X) != fn_nitrification_7(X)
& fn_nitrification_9(X) != fn_nitrification_10(X)
& fn_nitrification_8(X) != fn_nitrification_9(X)
& in_event_2(fn_nitrification_4(X),fn_nitrification_11(X))
& recipient_2(fn_nitrification_12(X),fn_nitrification_10(X))
& object_2(fn_nitrification_11(X),fn_nitrification_8(X))
& fn_nitrification_8(X) != fn_nitrification_10(X)
& plays_2(fn_nitrification_10(X),fn_nitrification_4(X))
& fn_nitrification_10(X) != fn_nitrification_8(X)
& fn_nitrification_6(X) != fn_nitrification_10(X)
& fn_nitrification_10(X) != fn_nitrification_6(X)
& fn_nitrification_5(X) = fn_oxidation_1(fn_nitrification_11(X))
& fn_nitrification_5(X) = fn_oxidation_1(fn_nitrification_12(X))
& fn_nitrification_9(X) = fn_oxidation_10(fn_nitrification_11(X))
& fn_nitrification_8(X) = fn_oxidation_9(fn_nitrification_12(X))
& fn_nitrification_9(X) = fn_oxidation_7(fn_nitrification_12(X))
& fn_nitrification_7(X) = fn_oxidation_10(fn_nitrification_12(X))
& fn_nitrification_7(X) = fn_oxidation_7(fn_nitrification_12(X))
& fn_nitrification_4(X) = fn_oxidation_8(fn_nitrification_12(X))
& fn_nitrification_4(X) = fn_oxidation_8(fn_nitrification_11(X))
& fn_nitrification_10(X) = fn_oxidation_10(fn_nitrification_12(X))
& fn_nitrification_6(X) = fn_oxidation_9(fn_nitrification_12(X))
& fn_nitrification_6(X) = fn_oxidation_9(fn_nitrification_11(X))
& fn_nitrification_8(X) = fn_oxidation_7(fn_nitrification_11(X))
& fn_nitrification_10(X) = fn_oxidation_10(fn_nitrification_11(X))
& fn_nitrification_10(X) = fn_oxidation_7(fn_nitrification_11(X))
& fn_nitrification_8(X) = fn_oxidation_9(fn_nitrification_11(X))
& fn_oxidation_10(fn_nitrification_11(X)) = fn_oxidation_7(fn_nitrification_12(X))
& fn_oxidation_7(fn_nitrification_12(X)) = fn_oxidation_7(fn_nitrification_12(X))
& fn_oxidation_7(fn_nitrification_12(X)) = fn_oxidation_10(fn_nitrification_12(X))
& fn_oxidation_10(fn_nitrification_12(X)) = fn_oxidation_7(fn_nitrification_12(X))
& fn_oxidation_7(fn_nitrification_12(X)) = fn_oxidation_10(fn_nitrification_11(X))
& fn_oxidation_10(fn_nitrification_12(X)) = fn_oxidation_10(fn_nitrification_12(X))
& fn_oxidation_7(fn_nitrification_11(X)) = fn_oxidation_10(fn_nitrification_12(X))
& fn_oxidation_10(fn_nitrification_12(X)) = fn_oxidation_10(fn_nitrification_11(X))
& fn_oxidation_10(fn_nitrification_11(X)) = fn_oxidation_10(fn_nitrification_11(X))
& fn_oxidation_10(fn_nitrification_11(X)) = fn_oxidation_10(fn_nitrification_12(X))
& fn_oxidation_10(fn_nitrification_12(X)) = fn_oxidation_7(fn_nitrification_11(X))
& fn_oxidation_7(fn_nitrification_11(X)) = fn_oxidation_10(fn_nitrification_11(X))
& fn_oxidation_10(fn_nitrification_11(X)) = fn_oxidation_7(fn_nitrification_11(X))
& fn_oxidation_7(fn_nitrification_11(X)) = fn_oxidation_7(fn_nitrification_11(X))
& fn_oxidation_7(fn_nitrification_11(X)) = fn_oxidation_9(fn_nitrification_12(X))
& fn_oxidation_9(fn_nitrification_12(X)) = fn_oxidation_7(fn_nitrification_11(X))
& fn_oxidation_7(fn_nitrification_11(X)) = fn_oxidation_9(fn_nitrification_11(X))
& fn_oxidation_9(fn_nitrification_11(X)) = fn_oxidation_9(fn_nitrification_11(X)) ) ) ).
fof(a531229,axiom,
! [X] :
( nitrifying_bacterium_1(X)
=> ( original_name_2(X,'Nitrifying-Bacterium')
& user_description_2(X,'A bacterium that is able to oxidize nitrite to nitrate, an important step in the nitrogen cycle.')
& concept2words_2(X,'nitrifying bacterium')
& concept2words_2(X,'nitrifying-bacterium')
& bacterium_1(X)
& chromosome_1(fn_nitrifying_bacterium_1(X))
& prokaryotic_chromosome_1(fn_nitrifying_bacterium_1(X))
& nucleoid_1(fn_nitrifying_bacterium_2(X))
& mixture_1(fn_nitrifying_bacterium_3(X))
& cytoplasm_1(fn_nitrifying_bacterium_3(X))
& spatial_entity_1(fn_nitrifying_bacterium_4(X))
& biomembrane_1(fn_nitrifying_bacterium_4(X))
& plasma_membrane_1(fn_nitrifying_bacterium_4(X))
& ribosome_1(fn_nitrifying_bacterium_5(X))
& prokaryotic_ribosome_1(fn_nitrifying_bacterium_5(X))
& genome_1(fn_nitrifying_bacterium_6(X))
& genotype_1(fn_nitrifying_bacterium_6(X))
& water_1(fn_nitrifying_bacterium_7(X))
& cell_wall_1(fn_nitrifying_bacterium_8(X))
& volume_value_1(fn_nitrifying_bacterium_9(X))
& surface_1(fn_nitrifying_bacterium_10(X))
& size_value_1(fn_nitrifying_bacterium_11(X))
& temperature_value_1(fn_nitrifying_bacterium_12(X))
& chemoheterotroph_1(fn_nitrifying_bacterium_13(X))
& nutrition_1(fn_nitrifying_bacterium_14(X))
& specific_heat_value_1(fn_nitrifying_bacterium_15(X))
& tangible_entity_1(fn_nitrifying_bacterium_16(X))
& phospholipid_bilayer_1(fn_nitrifying_bacterium_16(X))
& tangible_entity_1(fn_nitrifying_bacterium_17(X))
& transmembrane_protein_1(fn_nitrifying_bacterium_17(X))
& integral_protein_1(fn_nitrifying_bacterium_17(X))
& transport_protein_1(fn_nitrifying_bacterium_17(X))
& tangible_entity_1(fn_nitrifying_bacterium_18(X))
& membrane_protein_1(fn_nitrifying_bacterium_18(X))
& protein_1(fn_nitrifying_bacterium_18(X))
& spatial_entity_1(fn_nitrifying_bacterium_18(X))
& polymer_1(fn_nitrifying_bacterium_18(X))
& substance_1(fn_nitrifying_bacterium_19(X))
& cytosol_1(fn_nitrifying_bacterium_19(X))
& nutrition_1(fn_heterotroph_3(fn_nitrifying_bacterium_13(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_nitrifying_bacterium_4(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_nitrifying_bacterium_4(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_nitrifying_bacterium_4(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_nitrifying_bacterium_4(X)))
& tangible_entity_1(fn_biomembrane_63(fn_nitrifying_bacterium_4(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_nitrifying_bacterium_4(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_nitrifying_bacterium_4(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_nitrifying_bacterium_4(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_nitrifying_bacterium_4(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_nitrifying_bacterium_4(X)))
& protein_1(fn_plasma_membrane_68(fn_nitrifying_bacterium_4(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_nitrifying_bacterium_4(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_nitrifying_bacterium_4(X)))
& protein_1(fn_plasma_membrane_54(fn_nitrifying_bacterium_4(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_nitrifying_bacterium_4(X)))
& polymer_1(fn_plasma_membrane_54(fn_nitrifying_bacterium_4(X)))
& organism_1(fn_heterotroph_2(fn_nitrifying_bacterium_13(X)))
& is_inside_2(fn_nitrifying_bacterium_5(X),fn_nitrifying_bacterium_19(X))
& called_2(fn_nitrifying_bacterium_18(X),'MP1')
& in_event_2(fn_nitrifying_bacterium_13(X),fn_nitrifying_bacterium_14(X))
& agent_2(fn_nitrifying_bacterium_14(X),X)
& plays_2(X,fn_nitrifying_bacterium_13(X))
& has_part_2(X,fn_nitrifying_bacterium_7(X))
& specific_heat_2(fn_nitrifying_bacterium_7(X),fn_nitrifying_bacterium_15(X))
& correspondence_2(fn_nitrifying_bacterium_12(X),fn_nitrifying_bacterium_15(X))
& temperature_2(X,fn_nitrifying_bacterium_12(X))
& has_part_2(X,fn_nitrifying_bacterium_1(X))
& is_inside_2(fn_nitrifying_bacterium_1(X),fn_nitrifying_bacterium_2(X))
& has_region_2(X,fn_nitrifying_bacterium_2(X))
& has_part_2(fn_nitrifying_bacterium_3(X),fn_nitrifying_bacterium_19(X))
& volume_2(X,fn_nitrifying_bacterium_9(X))
& directly_proportional_2(fn_nitrifying_bacterium_11(X),fn_nitrifying_bacterium_9(X))
& size_2(X,fn_nitrifying_bacterium_11(X))
& has_region_2(X,fn_nitrifying_bacterium_10(X))
& is_at_2(fn_nitrifying_bacterium_16(X),fn_nitrifying_bacterium_10(X))
& has_part_2(X,fn_nitrifying_bacterium_6(X))
& has_part_2(X,fn_nitrifying_bacterium_5(X))
& has_part_2(X,fn_nitrifying_bacterium_3(X))
& is_inside_2(fn_nitrifying_bacterium_3(X),fn_nitrifying_bacterium_4(X))
& is_inside_2(fn_nitrifying_bacterium_4(X),fn_nitrifying_bacterium_8(X))
& has_part_2(X,fn_nitrifying_bacterium_8(X))
& has_part_2(X,fn_nitrifying_bacterium_4(X))
& has_part_2(fn_nitrifying_bacterium_4(X),fn_nitrifying_bacterium_16(X))
& called_2(fn_nitrifying_bacterium_18(X),'MP2')
& has_part_2(fn_nitrifying_bacterium_4(X),fn_nitrifying_bacterium_18(X))
& fn_nitrifying_bacterium_18(X) != fn_nitrifying_bacterium_17(X)
& is_across_2(fn_nitrifying_bacterium_17(X),fn_nitrifying_bacterium_4(X))
& has_part_2(fn_nitrifying_bacterium_4(X),fn_nitrifying_bacterium_17(X))
& is_inside_2(fn_nitrifying_bacterium_17(X),fn_nitrifying_bacterium_16(X))
& fn_nitrifying_bacterium_17(X) != fn_nitrifying_bacterium_18(X)
& X = fn_heterotroph_2(fn_nitrifying_bacterium_13(X))
& fn_nitrifying_bacterium_14(X) = fn_heterotroph_3(fn_nitrifying_bacterium_13(X))
& fn_nitrifying_bacterium_20(X) = fn_organism_6(X)
& fn_nitrifying_bacterium_21(X) = fn_organism_1(X)
& fn_nitrifying_bacterium_12(X) = fn_organism_2(X)
& fn_nitrifying_bacterium_15(X) = fn_organism_5(X)
& fn_nitrifying_bacterium_7(X) = fn_organism_4(X)
& fn_nitrifying_bacterium_19(X) = fn_prokaryote_10(X)
& fn_nitrifying_bacterium_2(X) = fn_prokaryote_18(X)
& fn_nitrifying_bacterium_1(X) = fn_prokaryote_9(X)
& fn_nitrifying_bacterium_22(X) = fn_cell_10(X)
& fn_nitrifying_bacterium_23(X) = fn_cell_23(X)
& fn_nitrifying_bacterium_16(X) = fn_cell_26(X)
& fn_nitrifying_bacterium_10(X) = fn_cell_4(X)
& fn_nitrifying_bacterium_11(X) = fn_cell_11(X)
& fn_nitrifying_bacterium_9(X) = fn_cell_22(X)
& fn_nitrifying_bacterium_6(X) = fn_organism_3(X)
& fn_nitrifying_bacterium_6(X) = fn_bacterium_13(X)
& fn_nitrifying_bacterium_5(X) = fn_bacterium_14(X)
& fn_nitrifying_bacterium_8(X) = fn_bacterium_12(X)
& fn_nitrifying_bacterium_4(X) = fn_bacterium_15(X)
& fn_nitrifying_bacterium_3(X) = fn_prokaryote_12(X)
& fn_nitrifying_bacterium_3(X) = fn_bacterium_16(X)
& fn_nitrifying_bacterium_16(X) = fn_biomembrane_63(fn_nitrifying_bacterium_4(X))
& fn_nitrifying_bacterium_16(X) = fn_plasma_membrane_71(fn_nitrifying_bacterium_4(X))
& fn_nitrifying_bacterium_17(X) = fn_plasma_membrane_55(fn_nitrifying_bacterium_4(X))
& fn_nitrifying_bacterium_18(X) = fn_plasma_membrane_68(fn_nitrifying_bacterium_4(X))
& fn_nitrifying_bacterium_18(X) = fn_plasma_membrane_54(fn_nitrifying_bacterium_4(X))
& fn_organism_3(X) = fn_bacterium_13(X)
& fn_bacterium_13(X) = fn_prokaryote_12(X)
& fn_bacterium_16(X) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_bacterium_16(X)
& fn_bacterium_16(X) = fn_cell_26(X)
& fn_cell_26(X) = fn_biomembrane_63(fn_nitrifying_bacterium_4(X))
& fn_biomembrane_63(fn_nitrifying_bacterium_4(X)) = fn_cell_26(X)
& fn_cell_26(X) = fn_plasma_membrane_71(fn_nitrifying_bacterium_4(X))
& fn_plasma_membrane_71(fn_nitrifying_bacterium_4(X)) = fn_plasma_membrane_71(fn_nitrifying_bacterium_4(X))
& fn_plasma_membrane_71(fn_nitrifying_bacterium_4(X)) = fn_plasma_membrane_68(fn_nitrifying_bacterium_4(X))
& fn_plasma_membrane_54(fn_nitrifying_bacterium_4(X)) = fn_plasma_membrane_54(fn_nitrifying_bacterium_4(X))
& fn_plasma_membrane_54(fn_nitrifying_bacterium_4(X)) = fn_plasma_membrane_68(fn_nitrifying_bacterium_4(X))
& fn_plasma_membrane_68(fn_nitrifying_bacterium_4(X)) = fn_plasma_membrane_54(fn_nitrifying_bacterium_4(X))
& fn_heterotroph_2(fn_nitrifying_bacterium_13(X)) = fn_heterotroph_2(fn_nitrifying_bacterium_13(X)) ) ) ).
fof(a531230,axiom,
! [X] :
( nitrogen_1(X)
=> ( original_name_2(X,'Nitrogen')
& user_description_2(X,'Nitrogen is a non metal atom with atomic number 7. It is represented by the symbol N.')
& concept2words_2(X,'N')
& concept2words_2(X,nitrogen)
& non_metal_atom_1(X)
& ~ copper_1(X)
& ~ iron_1(X)
& ~ magnesium_1(X)
& ~ calcium_1(X)
& ~ carbon_1(X)
& ~ hydrogen_1(X)
& ~ oxygen_1(X)
& ~ phosphorus_1(X)
& ~ potassium_1(X)
& ~ sulfur_1(X)
& valence_value_1(fn_nitrogen_2(X))
& neutron_1(fn_nitrogen_3(X))
& electronegativity_value_1(fn_nitrogen_4(X))
& system_1(fn_nitrogen_6(X))
& quantity_value_1(fn_nitrogen_8(X))
& atomic_orbital_1(fn_nitrogen_9(X))
& atomic_nucleus_1(fn_nitrogen_10(X))
& center_1(fn_nitrogen_11(X))
& proton_1(fn_nitrogen_12(X))
& valence_electron_1(fn_nitrogen_13(X))
& electron_shell_1(fn_nitrogen_14(X))
& quantity_value_1(fn_nitrogen_15(X))
& atomic_number_value_1(fn_nitrogen_16(X))
& atomic_weight_value_1(fn_nitrogen_17(X))
& valence_electron_1(fn_nitrogen_18(X))
& center_1(fn_atomic_nucleus_3(fn_nitrogen_10(X)))
& atomic_orbital_1(fn_electron_shell_3(fn_nitrogen_14(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_nitrogen_10(X)))
& proton_1(fn_atomic_nucleus_9(fn_nitrogen_10(X)))
& atom_1(fn_atomic_nucleus_4(fn_nitrogen_10(X)))
& atom_1(fn_electron_shell_1(fn_nitrogen_14(X)))
& electron_1(fn_atomic_nucleus_8(fn_nitrogen_10(X)))
& electron_1(fn_electron_shell_2(fn_nitrogen_14(X)))
& the_cardinal_value_2(fn_nitrogen_17(X),"14.01")
& cardinal_unit_class_2(fn_nitrogen_17(X),dalton_0)
& the_cardinal_value_2(fn_nitrogen_16(X),"7")
& cardinal_unit_class_2(fn_nitrogen_16(X),unity_0)
& the_cardinal_value_2(fn_nitrogen_4(X),"3.04")
& cardinal_unit_class_2(fn_nitrogen_4(X),unity_0)
& the_cardinal_value_2(fn_nitrogen_15(X),"5")
& cardinal_unit_class_2(fn_nitrogen_15(X),unity_0)
& electronegativity_2(X,fn_nitrogen_4(X))
& valence_2(X,fn_nitrogen_2(X))
& maxCardinality(X,has_part_0,"8",neutron_0)
& minCardinality(X,has_part_0,"7",neutron_0)
& exactCardinality(X,has_part_0,"7",proton_0)
& exactCardinality(X,has_part_0,"7",electron_0)
& has_part_2(X,fn_nitrogen_3(X))
& the_cardinal_value_2(fn_nitrogen_2(X),"3.0e0")
& cardinal_unit_class_2(fn_nitrogen_2(X),unity_0)
& quantity_2(fn_nitrogen_18(X),fn_nitrogen_15(X))
& is_inside_2(fn_nitrogen_12(X),fn_nitrogen_10(X))
& is_at_2(fn_nitrogen_10(X),fn_nitrogen_11(X))
& has_region_2(X,fn_nitrogen_11(X))
& has_part_2(X,fn_nitrogen_18(X))
& is_near_2(fn_nitrogen_13(X),fn_nitrogen_10(X))
& is_near_2(fn_nitrogen_10(X),fn_nitrogen_13(X))
& called_2(fn_nitrogen_16(X),'Atomic_Number')
& atomic_weight_2(X,fn_nitrogen_17(X))
& atomic_number_2(X,fn_nitrogen_16(X))
& has_region_2(X,fn_nitrogen_10(X))
& has_part_2(X,fn_nitrogen_12(X))
& quantity_2(fn_nitrogen_12(X),fn_nitrogen_8(X))
& called_2(fn_nitrogen_8(X),'Number_Proton')
& fn_nitrogen_16(X) = fn_nitrogen_8(X)
& fn_nitrogen_8(X) = fn_nitrogen_16(X)
& has_part_2(X,fn_nitrogen_13(X))
& has_region_2(X,fn_nitrogen_14(X))
& is_inside_2(fn_nitrogen_13(X),fn_nitrogen_9(X))
& has_region_2(fn_nitrogen_14(X),fn_nitrogen_9(X))
& fn_nitrogen_21(X) = fn_atom_1(X)
& fn_nitrogen_15(X) = fn_atom_5(X)
& fn_nitrogen_18(X) = fn_atom_14(X)
& fn_nitrogen_18(X) = fn_atomic_nucleus_8(fn_nitrogen_10(X))
& fn_nitrogen_11(X) = fn_atomic_nucleus_3(fn_nitrogen_10(X))
& fn_nitrogen_13(X) = fn_atomic_nucleus_8(fn_nitrogen_10(X))
& fn_nitrogen_20(X) = fn_atom_12(X)
& fn_nitrogen_19(X) = fn_atom_13(X)
& fn_nitrogen_17(X) = fn_atom_16(X)
& fn_nitrogen_10(X) = fn_atom_18(X)
& fn_nitrogen_6(X) = fn_atom_3(X)
& fn_nitrogen_7(X) = fn_atom_4(X)
& fn_nitrogen_16(X) = fn_atom_17(X)
& fn_nitrogen_8(X) = fn_atomic_nucleus_2(fn_nitrogen_10(X))
& fn_nitrogen_8(X) = fn_atom_11(X)
& X = fn_atomic_nucleus_4(fn_nitrogen_10(X))
& fn_nitrogen_12(X) = fn_atomic_nucleus_9(fn_nitrogen_10(X))
& fn_nitrogen_12(X) = fn_atom_8(X)
& X = fn_electron_shell_1(fn_nitrogen_14(X))
& fn_nitrogen_13(X) = fn_electron_shell_2(fn_nitrogen_14(X))
& fn_nitrogen_9(X) = fn_electron_shell_3(fn_nitrogen_14(X))
& fn_atom_14(X) = fn_atom_14(X)
& fn_atom_14(X) = fn_atomic_nucleus_8(fn_nitrogen_10(X))
& fn_atomic_nucleus_8(fn_nitrogen_10(X)) = fn_atom_11(X)
& fn_atom_11(X) = fn_atom_11(X)
& fn_atom_11(X) = fn_atomic_nucleus_2(fn_nitrogen_10(X))
& fn_atomic_nucleus_2(fn_nitrogen_10(X)) = fn_atom_11(X)
& fn_atom_11(X) = fn_atomic_nucleus_9(fn_nitrogen_10(X))
& fn_atomic_nucleus_9(fn_nitrogen_10(X)) = fn_atomic_nucleus_9(fn_nitrogen_10(X))
& fn_atom_8(X) = fn_atomic_nucleus_9(fn_nitrogen_10(X))
& fn_atomic_nucleus_9(fn_nitrogen_10(X)) = fn_atom_8(X)
& fn_atom_8(X) = fn_atomic_nucleus_4(fn_nitrogen_10(X))
& fn_atomic_nucleus_4(fn_nitrogen_10(X)) = fn_atomic_nucleus_4(fn_nitrogen_10(X))
& fn_atomic_nucleus_4(fn_nitrogen_10(X)) = fn_electron_shell_1(fn_nitrogen_14(X))
& fn_electron_shell_1(fn_nitrogen_14(X)) = fn_electron_shell_1(fn_nitrogen_14(X))
& fn_electron_shell_1(fn_nitrogen_14(X)) = fn_atomic_nucleus_8(fn_nitrogen_10(X))
& fn_atomic_nucleus_8(fn_nitrogen_10(X)) = fn_atomic_nucleus_8(fn_nitrogen_10(X))
& fn_atomic_nucleus_8(fn_nitrogen_10(X)) = fn_electron_shell_2(fn_nitrogen_14(X))
& fn_electron_shell_2(fn_nitrogen_14(X)) = fn_electron_shell_2(fn_nitrogen_14(X)) ) ) ).
fof(a531231,axiom,
! [X] :
( nitrogen_14_1(X)
=> ( original_name_2(X,'Nitrogen-14')
& user_description_2(X,'This is one of the Nitrogen isotopes that possess seven neutrons.')
& concept2words_2(X,'14 of nitrogen')
& concept2words_2(X,'nitrogen 14')
& concept2words_2(X,'nitrogen-14')
& nitrogen_isotope_1(X)
& atomic_mass_value_1(fn_nitrogen_14_2(X))
& atomic_weight_value_1(fn_nitrogen_14_4(X))
& neutron_1(fn_nitrogen_14_5(X))
& the_cardinal_value_2(fn_nitrogen_14_2(X),"14.0e0")
& cardinal_unit_class_2(fn_nitrogen_14_2(X),unity_0)
& mass_number_2(X,fn_nitrogen_14_2(X))
& exactCardinality(X,has_part_0,"7",neutron_0)
& the_cardinal_value_2(fn_nitrogen_14_4(X),"14.003e0")
& cardinal_unit_class_2(fn_nitrogen_14_4(X),dalton_0)
& has_part_2(X,fn_nitrogen_14_5(X))
& atomic_weight_2(X,fn_nitrogen_14_4(X))
& fn_nitrogen_14_5(X) = fn_nitrogen_isotope_3(X)
& fn_nitrogen_14_3(X) = fn_atom_13(X)
& fn_nitrogen_14_4(X) = fn_atom_16(X) ) ) ).
fof(a531232,axiom,
! [X] :
( nitrogen_15_1(X)
=> ( original_name_2(X,'Nitrogen-15')
& user_description_2(X,'This is one of the Nitrogen isotopes that possess eight neutrons.')
& concept2words_2(X,'15 of nitrogen')
& concept2words_2(X,'nitrogen 15')
& concept2words_2(X,'nitrogen-15')
& nitrogen_isotope_1(X)
& atomic_mass_value_1(fn_nitrogen_15_2(X))
& atomic_weight_value_1(fn_nitrogen_15_4(X))
& neutron_1(fn_nitrogen_15_5(X))
& the_cardinal_value_2(fn_nitrogen_15_2(X),"15.0e0")
& cardinal_unit_class_2(fn_nitrogen_15_2(X),unity_0)
& mass_number_2(X,fn_nitrogen_15_2(X))
& exactCardinality(X,has_part_0,"8",neutron_0)
& the_cardinal_value_2(fn_nitrogen_15_4(X),"15.0e0")
& cardinal_unit_class_2(fn_nitrogen_15_4(X),dalton_0)
& has_part_2(X,fn_nitrogen_15_5(X))
& atomic_weight_2(X,fn_nitrogen_15_4(X))
& fn_nitrogen_15_5(X) = fn_nitrogen_isotope_3(X)
& fn_nitrogen_15_3(X) = fn_atom_13(X)
& fn_nitrogen_15_4(X) = fn_atom_16(X) ) ) ).
fof(a531233,axiom,
! [X] :
( nitrogen_cycle_1(X)
=> ( original_name_2(X,'Nitrogen-Cycle')
& user_description_2(X,'The natural processes by which nitrogen is converted among its various forms in the environment. Atmospheric nitrogen is converted by bacteria into forms that are assimilated by primary producers and subsequently incorporated into higher trophic levels. The processes of decomposition and excretion return nitrogen to the abiotic environment.')
& concept2words_2(X,'undergo the nitrogen cycle')
& concept2words_2(X,'cycle of nitrogen')
& concept2words_2(X,'nitrogen cycle')
& concept2words_2(X,'nitrogen-cycle')
& global_biogeochemical_cycle_1(X)
& ~ carbon_cycle_1(X)
& time_interval_1(fn_nitrogen_cycle_1(X))
& time_interval_1(fn_nitrogen_cycle_2(X))
& runoff_1(fn_nitrogen_cycle_3(X))
& time_interval_1(fn_nitrogen_cycle_4(X))
& time_interval_1(fn_nitrogen_cycle_5(X))
& nutrient_1(fn_nitrogen_cycle_6(X))
& terrestrial_nitrogen_cycle_1(fn_nitrogen_cycle_7(X))
& time_interval_1(fn_nitrogen_cycle_8(X))
& time_interval_1(fn_nitrogen_cycle_9(X))
& time_interval_1(fn_nitrogen_cycle_10(X))
& chemical_reaction_1(fn_nitrogen_cycle_11(X))
& fixation_1(fn_nitrogen_cycle_12(X))
& nitrogen_fixation_1(fn_nitrogen_cycle_12(X))
& ammonification_1(fn_nitrogen_cycle_13(X))
& decomposition_1(fn_nitrogen_cycle_14(X))
& spatial_entity_1(fn_nitrogen_cycle_15(X))
& mixture_1(fn_nitrogen_cycle_15(X))
& soil_1(fn_nitrogen_cycle_15(X))
& nitrogen_molecule_1(fn_nitrogen_cycle_16(X))
& water_body_1(fn_nitrogen_cycle_17(X))
& spatial_entity_1(fn_nitrogen_cycle_18(X))
& solution_1(fn_nitrogen_cycle_18(X))
& aqueous_solution_1(fn_nitrogen_cycle_18(X))
& soil_solution_1(fn_nitrogen_cycle_18(X))
& move_1(fn_nitrogen_cycle_19(X))
& move_into_1(fn_nitrogen_cycle_19(X))
& take_in_1(fn_nitrogen_cycle_19(X))
& nitrification_1(fn_nitrogen_cycle_20(X))
& oxidation_1(fn_nitrogen_cycle_21(X))
& aquatic_nitrogen_cycle_1(fn_nitrogen_cycle_22(X))
& water_body_1(fn_aquatic_nitrogen_cycle_33(fn_nitrogen_cycle_22(X)))
& spatial_entity_1(fn_terrestrial_nitrogen_cycle_34(fn_nitrogen_cycle_7(X)))
& solution_1(fn_terrestrial_nitrogen_cycle_34(fn_nitrogen_cycle_7(X)))
& aqueous_solution_1(fn_terrestrial_nitrogen_cycle_34(fn_nitrogen_cycle_7(X)))
& soil_solution_1(fn_terrestrial_nitrogen_cycle_34(fn_nitrogen_cycle_7(X)))
& oxidation_1(fn_terrestrial_nitrogen_cycle_24(fn_nitrogen_cycle_7(X)))
& decomposition_1(fn_terrestrial_nitrogen_cycle_36(fn_nitrogen_cycle_7(X)))
& ammonification_1(fn_terrestrial_nitrogen_cycle_37(fn_nitrogen_cycle_7(X)))
& spatial_entity_1(fn_terrestrial_nitrogen_cycle_43(fn_nitrogen_cycle_7(X)))
& mixture_1(fn_terrestrial_nitrogen_cycle_43(fn_nitrogen_cycle_7(X)))
& soil_1(fn_terrestrial_nitrogen_cycle_43(fn_nitrogen_cycle_7(X)))
& nitrification_1(fn_terrestrial_nitrogen_cycle_23(fn_nitrogen_cycle_7(X)))
& time_interval_1(fn_terrestrial_nitrogen_cycle_2(fn_nitrogen_cycle_7(X)))
& time_interval_1(fn_terrestrial_nitrogen_cycle_3(fn_nitrogen_cycle_7(X)))
& fixation_1(fn_terrestrial_nitrogen_cycle_16(fn_nitrogen_cycle_7(X)))
& nitrogen_fixation_1(fn_terrestrial_nitrogen_cycle_42(fn_nitrogen_cycle_7(X)))
& move_1(fn_terrestrial_nitrogen_cycle_20(fn_nitrogen_cycle_7(X)))
& move_into_1(fn_terrestrial_nitrogen_cycle_20(fn_nitrogen_cycle_7(X)))
& take_in_1(fn_terrestrial_nitrogen_cycle_20(fn_nitrogen_cycle_7(X)))
& move_1(fn_terrestrial_nitrogen_cycle_48(fn_nitrogen_cycle_7(X)))
& move_into_1(fn_terrestrial_nitrogen_cycle_48(fn_nitrogen_cycle_7(X)))
& take_in_1(fn_terrestrial_nitrogen_cycle_48(fn_nitrogen_cycle_7(X)))
& chemical_reaction_1(fn_terrestrial_nitrogen_cycle_28(fn_nitrogen_cycle_7(X)))
& chemical_reaction_1(fn_terrestrial_nitrogen_cycle_53(fn_nitrogen_cycle_7(X)))
& object_2(fn_nitrogen_cycle_3(X),fn_nitrogen_cycle_18(X))
& origin_2(fn_nitrogen_cycle_3(X),fn_nitrogen_cycle_15(X))
& destination_2(fn_nitrogen_cycle_3(X),fn_nitrogen_cycle_17(X))
& time_during_2(fn_nitrogen_cycle_14(X),fn_nitrogen_cycle_5(X))
& time_during_2(fn_nitrogen_cycle_13(X),fn_nitrogen_cycle_4(X))
& time_during_2(fn_nitrogen_cycle_12(X),fn_nitrogen_cycle_4(X))
& time_before_2(fn_nitrogen_cycle_9(X),fn_nitrogen_cycle_8(X))
& time_before_2(fn_nitrogen_cycle_4(X),fn_nitrogen_cycle_10(X))
& time_before_2(fn_nitrogen_cycle_5(X),fn_nitrogen_cycle_4(X))
& time_during_2(fn_nitrogen_cycle_21(X),fn_nitrogen_cycle_1(X))
& time_before_2(fn_nitrogen_cycle_2(X),fn_nitrogen_cycle_1(X))
& time_before_2(fn_nitrogen_cycle_1(X),fn_nitrogen_cycle_2(X))
& subevent_2(X,fn_nitrogen_cycle_3(X))
& subevent_2(X,fn_nitrogen_cycle_22(X))
& subevent_2(X,fn_nitrogen_cycle_7(X))
& in_event_2(fn_nitrogen_cycle_6(X),X)
& object_2(X,fn_nitrogen_cycle_16(X))
& base_2(fn_nitrogen_cycle_22(X),fn_nitrogen_cycle_17(X))
& time_during_2(fn_nitrogen_cycle_11(X),fn_nitrogen_cycle_8(X))
& first_subevent_2(fn_nitrogen_cycle_20(X),fn_nitrogen_cycle_21(X))
& object_2(fn_nitrogen_cycle_19(X),fn_nitrogen_cycle_18(X))
& called_2(fn_nitrogen_cycle_11(X),"2")
& subevent_2(fn_nitrogen_cycle_20(X),fn_nitrogen_cycle_21(X))
& called_2(fn_nitrogen_cycle_21(X),"1")
& subevent_2(fn_nitrogen_cycle_7(X),fn_nitrogen_cycle_20(X))
& next_event_2(fn_nitrogen_cycle_20(X),fn_nitrogen_cycle_19(X))
& subevent_2(fn_nitrogen_cycle_7(X),fn_nitrogen_cycle_19(X))
& subevent_2(fn_nitrogen_cycle_7(X),fn_nitrogen_cycle_12(X))
& base_2(fn_nitrogen_cycle_12(X),fn_nitrogen_cycle_15(X))
& origin_2(fn_nitrogen_cycle_19(X),fn_nitrogen_cycle_15(X))
& base_2(fn_nitrogen_cycle_7(X),fn_nitrogen_cycle_15(X))
& subevent_2(fn_nitrogen_cycle_7(X),fn_nitrogen_cycle_13(X))
& next_event_2(fn_nitrogen_cycle_14(X),fn_nitrogen_cycle_13(X))
& subevent_2(fn_nitrogen_cycle_7(X),fn_nitrogen_cycle_14(X))
& subevent_2(fn_nitrogen_cycle_7(X),fn_nitrogen_cycle_11(X))
& next_event_2(fn_nitrogen_cycle_19(X),fn_nitrogen_cycle_11(X))
& time_during_2(fn_nitrogen_cycle_19(X),fn_nitrogen_cycle_9(X))
& time_before_2(fn_nitrogen_cycle_10(X),fn_nitrogen_cycle_9(X))
& time_during_2(fn_nitrogen_cycle_20(X),fn_nitrogen_cycle_10(X))
& fn_nitrogen_cycle_16(X) = fn_biogeochemical_cycle_1(X)
& fn_nitrogen_cycle_17(X) = fn_aquatic_nitrogen_cycle_33(fn_nitrogen_cycle_22(X))
& fn_nitrogen_cycle_8(X) = fn_terrestrial_nitrogen_cycle_2(fn_nitrogen_cycle_7(X))
& fn_nitrogen_cycle_18(X) = fn_terrestrial_nitrogen_cycle_34(fn_nitrogen_cycle_7(X))
& fn_nitrogen_cycle_21(X) = fn_terrestrial_nitrogen_cycle_24(fn_nitrogen_cycle_7(X))
& fn_nitrogen_cycle_12(X) = fn_terrestrial_nitrogen_cycle_16(fn_nitrogen_cycle_7(X))
& fn_nitrogen_cycle_12(X) = fn_terrestrial_nitrogen_cycle_42(fn_nitrogen_cycle_7(X))
& fn_nitrogen_cycle_14(X) = fn_terrestrial_nitrogen_cycle_36(fn_nitrogen_cycle_7(X))
& fn_nitrogen_cycle_13(X) = fn_terrestrial_nitrogen_cycle_37(fn_nitrogen_cycle_7(X))
& fn_nitrogen_cycle_19(X) = fn_terrestrial_nitrogen_cycle_20(fn_nitrogen_cycle_7(X))
& fn_nitrogen_cycle_15(X) = fn_terrestrial_nitrogen_cycle_43(fn_nitrogen_cycle_7(X))
& fn_nitrogen_cycle_20(X) = fn_terrestrial_nitrogen_cycle_23(fn_nitrogen_cycle_7(X))
& fn_nitrogen_cycle_10(X) = fn_terrestrial_nitrogen_cycle_2(fn_nitrogen_cycle_7(X))
& fn_nitrogen_cycle_9(X) = fn_terrestrial_nitrogen_cycle_3(fn_nitrogen_cycle_7(X))
& fn_nitrogen_cycle_19(X) = fn_terrestrial_nitrogen_cycle_48(fn_nitrogen_cycle_7(X))
& fn_nitrogen_cycle_11(X) = fn_terrestrial_nitrogen_cycle_28(fn_nitrogen_cycle_7(X))
& fn_nitrogen_cycle_11(X) = fn_terrestrial_nitrogen_cycle_53(fn_nitrogen_cycle_7(X))
& fn_terrestrial_nitrogen_cycle_42(fn_nitrogen_cycle_7(X)) = fn_terrestrial_nitrogen_cycle_16(fn_nitrogen_cycle_7(X))
& fn_terrestrial_nitrogen_cycle_16(fn_nitrogen_cycle_7(X)) = fn_terrestrial_nitrogen_cycle_42(fn_nitrogen_cycle_7(X))
& fn_terrestrial_nitrogen_cycle_42(fn_nitrogen_cycle_7(X)) = fn_terrestrial_nitrogen_cycle_48(fn_nitrogen_cycle_7(X))
& fn_terrestrial_nitrogen_cycle_48(fn_nitrogen_cycle_7(X)) = fn_terrestrial_nitrogen_cycle_20(fn_nitrogen_cycle_7(X))
& fn_terrestrial_nitrogen_cycle_20(fn_nitrogen_cycle_7(X)) = fn_terrestrial_nitrogen_cycle_48(fn_nitrogen_cycle_7(X))
& fn_terrestrial_nitrogen_cycle_48(fn_nitrogen_cycle_7(X)) = fn_terrestrial_nitrogen_cycle_48(fn_nitrogen_cycle_7(X))
& fn_terrestrial_nitrogen_cycle_48(fn_nitrogen_cycle_7(X)) = fn_terrestrial_nitrogen_cycle_28(fn_nitrogen_cycle_7(X))
& fn_terrestrial_nitrogen_cycle_53(fn_nitrogen_cycle_7(X)) = fn_terrestrial_nitrogen_cycle_53(fn_nitrogen_cycle_7(X))
& fn_terrestrial_nitrogen_cycle_53(fn_nitrogen_cycle_7(X)) = fn_terrestrial_nitrogen_cycle_28(fn_nitrogen_cycle_7(X))
& fn_terrestrial_nitrogen_cycle_28(fn_nitrogen_cycle_7(X)) = fn_terrestrial_nitrogen_cycle_53(fn_nitrogen_cycle_7(X)) ) ) ).
fof(a531234,axiom,
! [X] :
( nitrogen_fixation_1(X)
=> ( original_name_2(X,'Nitrogen-Fixation')
& user_description_2(X,'The process by which atmospheric nitrogen (N2 gas) is converted to ammonia (NH3). The only organisms that can fix nitrogen are certain groups of prokaryotes.')
& concept2words_2(X,fix)
& concept2words_2(X,'fixation of nitrogen')
& concept2words_2(X,'nitrogen fixation')
& concept2words_2(X,'nitrogen-fixation')
& fixation_1(X)
& nitrogen_fixing_bacterium_1(fn_nitrogen_fixation_1(X))
& lightning_1(fn_nitrogen_fixation_2(X))
& n2_gas_1(fn_nitrogen_fixation_3(X))
& molecule_1(fn_nitrogen_fixation_4(X))
& nitrogen_molecule_1(fn_nitrogen_fixation_4(X))
& ammonia_1(fn_nitrogen_fixation_5(X))
& atmosphere_1(fn_nitrogen_fixation_6(X))
& n2_gas_1(fn_atmosphere_1(fn_nitrogen_fixation_6(X)))
& nitrogen_molecule_1(fn_n2_gas_1(fn_nitrogen_fixation_3(X)))
& enables_2(fn_nitrogen_fixation_2(X),X)
& agent_2(X,fn_nitrogen_fixation_1(X))
& result_2(X,fn_nitrogen_fixation_5(X))
& raw_material_2(X,fn_nitrogen_fixation_4(X))
& has_part_2(fn_nitrogen_fixation_3(X),fn_nitrogen_fixation_4(X))
& is_inside_2(fn_nitrogen_fixation_3(X),fn_nitrogen_fixation_6(X))
& fn_nitrogen_fixation_5(X) = fn_chemical_reaction_1(X)
& fn_nitrogen_fixation_4(X) = fn_fixation_1(X)
& fn_nitrogen_fixation_4(X) = fn_n2_gas_1(fn_nitrogen_fixation_3(X))
& fn_nitrogen_fixation_3(X) = fn_atmosphere_1(fn_nitrogen_fixation_6(X))
& fn_fixation_1(X) = fn_n2_gas_1(fn_nitrogen_fixation_3(X)) ) ) ).
fof(a531235,axiom,
! [X] :
( nitrogen_fixing_bacterium_1(X)
=> ( original_name_2(X,'Nitrogen-Fixing-Bacterium')
& user_description_2(X,'A bacterium that converts atmospheric N2 into a form that can be assimilated by primary producers.')
& concept2words_2(X,'nitrogen fixing bacterium')
& concept2words_2(X,'nitrogen-fixing-bacterium')
& rhizobacterium_1(X) ) ) ).
fof(a531236,axiom,
! [X] :
( nitrogen_isotope_1(X)
=> ( original_name_2(X,'Nitrogen-Isotope')
& user_description_2(X,'All the nitrogen isoptopes have 7 protons and 7 electrons. They differ in their neutron number.')
& concept2words_2(X,'isotope of nitrogen')
& concept2words_2(X,'nitrogen isotope')
& concept2words_2(X,'nitrogen-isotope')
& non_metal_atom_1(X)
& isotope_1(X)
& ~ radioactive_isotope_1(X)
& neutron_1(fn_nitrogen_isotope_3(X))
& valence_electron_1(fn_nitrogen_isotope_4(X))
& electronegativity_value_1(fn_nitrogen_isotope_5(X))
& valence_value_1(fn_nitrogen_isotope_6(X))
& nitrogen_1(fn_nitrogen_isotope_7(X))
& atomic_number_value_1(fn_nitrogen_isotope_9(X))
& valence_electron_1(fn_nitrogen_isotope_10(X))
& the_cardinal_value_2(fn_nitrogen_isotope_9(X),"7.0e0")
& cardinal_unit_class_2(fn_nitrogen_isotope_9(X),unity_0)
& has_isotope_2(fn_nitrogen_isotope_7(X),X)
& has_state_2(fn_nitrogen_isotope_7(X),X)
& has_part_2(X,fn_nitrogen_isotope_3(X))
& has_part_2(X,fn_nitrogen_isotope_4(X))
& exactCardinality(X,has_part_0,"7",proton_0)
& exactCardinality(X,has_part_0,"7",electron_0)
& minCardinality(X,has_part_0,"7",neutron_0)
& maxCardinality(X,has_part_0,"8",neutron_0)
& electronegativity_2(X,fn_nitrogen_isotope_5(X))
& valence_2(X,fn_nitrogen_isotope_6(X))
& the_cardinal_value_2(fn_nitrogen_isotope_6(X),"3.0e0")
& cardinal_unit_class_2(fn_nitrogen_isotope_6(X),unity_0)
& the_cardinal_value_2(fn_nitrogen_isotope_5(X),"3.04")
& cardinal_unit_class_2(fn_nitrogen_isotope_5(X),unity_0)
& has_part_2(X,fn_nitrogen_isotope_10(X))
& atomic_number_2(X,fn_nitrogen_isotope_9(X))
& called_2(fn_nitrogen_isotope_9(X),'Atomic_Number')
& fn_nitrogen_isotope_10(X) = fn_atom_14(X)
& fn_nitrogen_isotope_8(X) = fn_atom_12(X)
& fn_nitrogen_isotope_9(X) = fn_atom_17(X) ) ) ).
fof(a531237,axiom,
! [X] :
( nitrogen_molecule_1(X)
=> ( original_name_2(X,'Nitrogen-Molecule')
& user_description_2(X,'Molecule of nitrogen, in which two or more nitrogen atoms are bound together with covalent bonds.')
& concept2words_2(X,'molecule of nitrogen')
& concept2words_2(X,'nitrogen molecule')
& concept2words_2(X,'nitrogen-molecule')
& inorganic_molecule_1(X)
& nonpolar_molecule_1(X)
& covalent_bond_1(fn_nitrogen_molecule_1(X))
& nonpolar_covalent_bond_1(fn_nitrogen_molecule_1(X))
& electron_shell_1(fn_nitrogen_molecule_3(X))
& center_1(fn_nitrogen_molecule_4(X))
& atomic_nucleus_1(fn_nitrogen_molecule_5(X))
& atomic_number_value_1(fn_nitrogen_molecule_6(X))
& system_1(fn_nitrogen_molecule_7(X))
& electron_1(fn_nitrogen_molecule_8(X))
& valence_electron_1(fn_nitrogen_molecule_8(X))
& proton_1(fn_nitrogen_molecule_9(X))
& electronegativity_value_1(fn_nitrogen_molecule_10(X))
& electronegativity_value_1(fn_nitrogen_molecule_11(X))
& share_1(fn_nitrogen_molecule_12(X))
& equal_sharing_1(fn_nitrogen_molecule_12(X))
& hold_1(fn_nitrogen_molecule_13(X))
& hold_together_1(fn_nitrogen_molecule_13(X))
& electron_shell_1(fn_nitrogen_molecule_14(X))
& nitrogen_1(fn_nitrogen_molecule_15(X))
& tangible_entity_1(fn_nitrogen_molecule_16(X))
& entity_1(fn_nitrogen_molecule_16(X))
& chemical_entity_1(fn_nitrogen_molecule_16(X))
& atom_1(fn_nitrogen_molecule_16(X))
& nitrogen_1(fn_nitrogen_molecule_16(X))
& electron_shell_1(fn_nonpolar_covalent_bond_21(fn_nitrogen_molecule_1(X)))
& electronegativity_value_1(fn_nonpolar_covalent_bond_1(fn_nitrogen_molecule_1(X)))
& entity_1(fn_nonpolar_covalent_bond_28(fn_nitrogen_molecule_1(X)))
& chemical_entity_1(fn_nonpolar_covalent_bond_28(fn_nitrogen_molecule_1(X)))
& atom_1(fn_nonpolar_covalent_bond_28(fn_nitrogen_molecule_1(X)))
& equal_sharing_1(fn_nonpolar_covalent_bond_27(fn_nitrogen_molecule_1(X)))
& hold_together_1(fn_nonpolar_covalent_bond_5(fn_nitrogen_molecule_1(X)))
& system_1(fn_nitrogen_6(fn_nitrogen_molecule_16(X)))
& equation_set_1(fn_nitrogen_7(fn_nitrogen_molecule_16(X)))
& atomic_number_value_1(fn_nitrogen_16(fn_nitrogen_molecule_16(X)))
& center_1(fn_nitrogen_11(fn_nitrogen_molecule_16(X)))
& electronegativity_value_1(fn_nonpolar_covalent_bond_2(fn_nitrogen_molecule_1(X)))
& electronegativity_value_1(fn_nitrogen_4(fn_nitrogen_molecule_16(X)))
& electron_shell_1(fn_nonpolar_covalent_bond_25(fn_nitrogen_molecule_1(X)))
& electron_shell_1(fn_nitrogen_14(fn_nitrogen_molecule_16(X)))
& proton_1(fn_atom_8(fn_nitrogen_molecule_16(X)))
& proton_1(fn_nitrogen_12(fn_nitrogen_molecule_16(X)))
& electron_1(fn_atom_14(fn_nitrogen_molecule_16(X)))
& valence_electron_1(fn_nonpolar_covalent_bond_22(fn_nitrogen_molecule_1(X)))
& valence_electron_1(fn_nitrogen_13(fn_nitrogen_molecule_16(X)))
& atomic_nucleus_1(fn_atom_18(fn_nitrogen_molecule_16(X)))
& atomic_nucleus_1(fn_nitrogen_10(fn_nitrogen_molecule_16(X)))
& entity_1(fn_share_3(fn_nitrogen_molecule_12(X)))
& entity_1(fn_share_1(fn_nitrogen_molecule_12(X)))
& tangible_entity_1(fn_hold_2(fn_nitrogen_molecule_13(X)))
& entity_1(fn_nonpolar_covalent_bond_29(fn_nitrogen_molecule_1(X)))
& chemical_entity_1(fn_nonpolar_covalent_bond_29(fn_nitrogen_molecule_1(X)))
& atom_1(fn_nonpolar_covalent_bond_29(fn_nitrogen_molecule_1(X)))
& has_part_2(X,fn_nitrogen_molecule_15(X))
& agent_2(fn_nitrogen_molecule_12(X),fn_nitrogen_molecule_16(X))
& object_2(fn_nitrogen_molecule_13(X),fn_nitrogen_molecule_16(X))
& has_part_2(X,fn_nitrogen_molecule_16(X))
& possesses_2(X,fn_nitrogen_molecule_1(X))
& agent_2(fn_nitrogen_molecule_12(X),fn_nitrogen_molecule_15(X))
& is_between_2(fn_nitrogen_molecule_1(X),fn_nitrogen_molecule_15(X))
& object_2(fn_nitrogen_molecule_13(X),fn_nitrogen_molecule_15(X))
& has_region_2(fn_nitrogen_molecule_15(X),fn_nitrogen_molecule_14(X))
& fn_nitrogen_molecule_3(X) != fn_nitrogen_molecule_14(X)
& fn_nitrogen_molecule_14(X) != fn_nitrogen_molecule_3(X)
& is_between_2(fn_nitrogen_molecule_1(X),fn_nitrogen_molecule_16(X))
& fn_nitrogen_molecule_16(X) != fn_nitrogen_molecule_15(X)
& electronegativity_2(fn_nitrogen_molecule_15(X),fn_nitrogen_molecule_11(X))
& fn_nitrogen_molecule_15(X) != fn_nitrogen_molecule_16(X)
& fn_nitrogen_molecule_10(X) = fn_nitrogen_molecule_11(X)
& fn_nitrogen_molecule_11(X) = fn_nitrogen_molecule_10(X)
& has_function_2(fn_nitrogen_molecule_1(X),fn_nitrogen_molecule_13(X))
& agent_2(fn_nitrogen_molecule_13(X),fn_nitrogen_molecule_1(X))
& result_2(fn_nitrogen_molecule_12(X),fn_nitrogen_molecule_1(X))
& object_2(fn_nitrogen_molecule_12(X),fn_nitrogen_molecule_8(X))
& has_region_2(fn_nitrogen_molecule_16(X),fn_nitrogen_molecule_5(X))
& called_2(fn_nitrogen_molecule_6(X),'Atomic_Number')
& has_part_2(fn_nitrogen_molecule_16(X),fn_nitrogen_molecule_8(X))
& has_part_2(fn_nitrogen_molecule_16(X),fn_nitrogen_molecule_9(X))
& electronegativity_2(fn_nitrogen_molecule_16(X),fn_nitrogen_molecule_10(X))
& atomic_number_2(fn_nitrogen_molecule_16(X),fn_nitrogen_molecule_6(X))
& has_region_2(fn_nitrogen_molecule_16(X),fn_nitrogen_molecule_3(X))
& has_region_2(fn_nitrogen_molecule_16(X),fn_nitrogen_molecule_4(X))
& is_at_2(fn_nitrogen_molecule_5(X),fn_nitrogen_molecule_4(X))
& is_inside_2(fn_nitrogen_molecule_9(X),fn_nitrogen_molecule_5(X))
& is_near_2(fn_nitrogen_molecule_8(X),fn_nitrogen_molecule_5(X))
& is_near_2(fn_nitrogen_molecule_5(X),fn_nitrogen_molecule_8(X))
& fn_nitrogen_molecule_16(X) = fn_share_3(fn_nitrogen_molecule_12(X))
& fn_nitrogen_molecule_16(X) = fn_share_1(fn_nitrogen_molecule_12(X))
& fn_nitrogen_molecule_16(X) = fn_hold_2(fn_nitrogen_molecule_13(X))
& fn_nitrogen_molecule_16(X) = fn_molecule_7(X)
& fn_nitrogen_molecule_1(X) = fn_nonpolar_molecule_3(X)
& fn_nitrogen_molecule_3(X) = fn_nonpolar_covalent_bond_25(fn_nitrogen_molecule_1(X))
& fn_nitrogen_molecule_14(X) = fn_nonpolar_covalent_bond_21(fn_nitrogen_molecule_1(X))
& fn_nitrogen_molecule_10(X) = fn_nonpolar_covalent_bond_2(fn_nitrogen_molecule_1(X))
& fn_nitrogen_molecule_11(X) = fn_nonpolar_covalent_bond_1(fn_nitrogen_molecule_1(X))
& fn_nitrogen_molecule_15(X) = fn_nonpolar_covalent_bond_28(fn_nitrogen_molecule_1(X))
& fn_nitrogen_molecule_16(X) = fn_nonpolar_covalent_bond_29(fn_nitrogen_molecule_1(X))
& fn_nitrogen_molecule_8(X) = fn_nonpolar_covalent_bond_22(fn_nitrogen_molecule_1(X))
& fn_nitrogen_molecule_12(X) = fn_nonpolar_covalent_bond_27(fn_nitrogen_molecule_1(X))
& fn_nitrogen_molecule_13(X) = fn_nonpolar_covalent_bond_5(fn_nitrogen_molecule_1(X))
& fn_nitrogen_molecule_9(X) = fn_atom_8(fn_nitrogen_molecule_16(X))
& fn_nitrogen_molecule_10(X) = fn_nitrogen_4(fn_nitrogen_molecule_16(X))
& fn_nitrogen_molecule_3(X) = fn_nitrogen_14(fn_nitrogen_molecule_16(X))
& fn_nitrogen_molecule_7(X) = fn_nitrogen_6(fn_nitrogen_molecule_16(X))
& fn_nitrogen_molecule_2(X) = fn_nitrogen_7(fn_nitrogen_molecule_16(X))
& fn_nitrogen_molecule_6(X) = fn_nitrogen_16(fn_nitrogen_molecule_16(X))
& fn_nitrogen_molecule_9(X) = fn_nitrogen_12(fn_nitrogen_molecule_16(X))
& fn_nitrogen_molecule_5(X) = fn_atom_18(fn_nitrogen_molecule_16(X))
& fn_nitrogen_molecule_8(X) = fn_atom_14(fn_nitrogen_molecule_16(X))
& fn_nitrogen_molecule_8(X) = fn_nitrogen_13(fn_nitrogen_molecule_16(X))
& fn_nitrogen_molecule_5(X) = fn_nitrogen_10(fn_nitrogen_molecule_16(X))
& fn_nitrogen_molecule_4(X) = fn_nitrogen_11(fn_nitrogen_molecule_16(X))
& fn_nonpolar_covalent_bond_2(fn_nitrogen_molecule_1(X)) = fn_nonpolar_covalent_bond_2(fn_nitrogen_molecule_1(X))
& fn_nonpolar_covalent_bond_2(fn_nitrogen_molecule_1(X)) = fn_nitrogen_4(fn_nitrogen_molecule_16(X))
& fn_nitrogen_4(fn_nitrogen_molecule_16(X)) = fn_nonpolar_covalent_bond_25(fn_nitrogen_molecule_1(X))
& fn_nonpolar_covalent_bond_25(fn_nitrogen_molecule_1(X)) = fn_nonpolar_covalent_bond_25(fn_nitrogen_molecule_1(X))
& fn_nonpolar_covalent_bond_25(fn_nitrogen_molecule_1(X)) = fn_nitrogen_14(fn_nitrogen_molecule_16(X))
& fn_nitrogen_14(fn_nitrogen_molecule_16(X)) = fn_atom_8(fn_nitrogen_molecule_16(X))
& fn_atom_8(fn_nitrogen_molecule_16(X)) = fn_nitrogen_12(fn_nitrogen_molecule_16(X))
& fn_nitrogen_12(fn_nitrogen_molecule_16(X)) = fn_nitrogen_12(fn_nitrogen_molecule_16(X))
& fn_nitrogen_12(fn_nitrogen_molecule_16(X)) = fn_nonpolar_covalent_bond_22(fn_nitrogen_molecule_1(X))
& fn_nonpolar_covalent_bond_22(fn_nitrogen_molecule_1(X)) = fn_atom_14(fn_nitrogen_molecule_16(X))
& fn_atom_14(fn_nitrogen_molecule_16(X)) = fn_atom_14(fn_nitrogen_molecule_16(X))
& fn_atom_14(fn_nitrogen_molecule_16(X)) = fn_nonpolar_covalent_bond_22(fn_nitrogen_molecule_1(X))
& fn_nonpolar_covalent_bond_22(fn_nitrogen_molecule_1(X)) = fn_nitrogen_13(fn_nitrogen_molecule_16(X))
& fn_nitrogen_13(fn_nitrogen_molecule_16(X)) = fn_nitrogen_13(fn_nitrogen_molecule_16(X))
& fn_nitrogen_13(fn_nitrogen_molecule_16(X)) = fn_atom_18(fn_nitrogen_molecule_16(X))
& fn_nitrogen_10(fn_nitrogen_molecule_16(X)) = fn_atom_18(fn_nitrogen_molecule_16(X))
& fn_atom_18(fn_nitrogen_molecule_16(X)) = fn_nitrogen_10(fn_nitrogen_molecule_16(X))
& fn_nitrogen_10(fn_nitrogen_molecule_16(X)) = fn_nitrogen_10(fn_nitrogen_molecule_16(X))
& fn_nitrogen_10(fn_nitrogen_molecule_16(X)) = fn_share_3(fn_nitrogen_molecule_12(X))
& fn_share_3(fn_nitrogen_molecule_12(X)) = fn_share_1(fn_nitrogen_molecule_12(X))
& fn_share_1(fn_nitrogen_molecule_12(X)) = fn_share_1(fn_nitrogen_molecule_12(X))
& fn_share_1(fn_nitrogen_molecule_12(X)) = fn_hold_2(fn_nitrogen_molecule_13(X))
& fn_hold_2(fn_nitrogen_molecule_13(X)) = fn_hold_2(fn_nitrogen_molecule_13(X))
& fn_hold_2(fn_nitrogen_molecule_13(X)) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_nonpolar_covalent_bond_29(fn_nitrogen_molecule_1(X))
& fn_nonpolar_covalent_bond_29(fn_nitrogen_molecule_1(X)) = fn_nonpolar_covalent_bond_29(fn_nitrogen_molecule_1(X)) ) ) ).
fof(a531238,axiom,
! [X] :
( nitrogenous_base_1(X)
=> ( original_name_2(X,'Nitrogenous-Base')
& user_description_2(X,'Nitrogenous bases (nucleobase) are parts of DNA and RNA. They are involved in hydrogen bonding with corresponding nucleobase present on complementary strand for base paring between the two strands. Adenine, Guanine, Cytosine (all three present in DNA and RNA), Thymine (present in DNA only), Uracil (present in RNA only) are the nitrogenous bases')
& concept2words_2(X,'nitrogen containing base')
& concept2words_2(X,'nitrogen-containing base')
& concept2words_2(X,'nitrogen containing base')
& concept2words_2(X,'nitrogen-containing base')
& concept2words_2(X,'nitrogenous base')
& concept2words_2(X,'nitrogenous-base')
& nitrogenous_compound_1(X)
& carbon_1(fn_nitrogenous_base_1(X))
& hydrogen_1(fn_nitrogenous_base_2(X))
& has_part_2(X,fn_nitrogenous_base_1(X))
& has_part_2(X,fn_nitrogenous_base_2(X)) ) ) ).
fof(a531239,axiom,
! [X,X1] :
( ( is_at_2(X,X1)
& nitrogenous_base_1(X)
& dna_strand_1(X1) )
=> ( nitrogenous_base_present_in_dna_1(X)
& fn_nitrogenous_base_present_in_dna_2(X) = X1 ) ) ).
fof(a531240,axiom,
! [X] :
( nitrogenous_base_present_in_dna_1(X)
=> ( original_name_2(X,'Nitrogenous-Base-Present-In-DNA')
& user_description_2(X,'This Nitrogenous base is present in DNA.')
& concept2words_2(X,'nitrogenous bases present in dna')
& concept2words_2(X,'nitrogenous base present in dna')
& concept2words_2(X,'nitrogenous-base-present-in-dna')
& nitrogenous_base_1(X)
& dna_strand_1(fn_nitrogenous_base_present_in_dna_2(X))
& is_at_2(X,fn_nitrogenous_base_present_in_dna_2(X)) ) ) ).
fof(a531241,axiom,
! [X,X1] :
( ( is_at_2(X,X1)
& nitrogenous_base_1(X)
& rna_strand_1(X1) )
=> ( nitrogenous_base_present_in_rna_1(X)
& fn_nitrogenous_base_present_in_rna_2(X) = X1 ) ) ).
fof(a531242,axiom,
! [X] :
( nitrogenous_base_present_in_rna_1(X)
=> ( original_name_2(X,'Nitrogenous-Base-Present-In-RNA')
& user_description_2(X,'The nitrogenous base present in RNA strand.')
& concept2words_2(X,'nitrogenous bases present in rna')
& concept2words_2(X,'nitrogenous base present in rna')
& concept2words_2(X,'nitrogenous-base-present-in-rna')
& nitrogenous_base_1(X)
& rna_strand_1(fn_nitrogenous_base_present_in_rna_2(X))
& is_at_2(X,fn_nitrogenous_base_present_in_rna_2(X)) ) ) ).
fof(a531243,axiom,
! [X] :
( nitrogenous_compound_1(X)
=> ( original_name_2(X,'Nitrogenous-Compound')
& user_description_2(X,'A chemical compound containing nitrogen.')
& concept2words_2(X,'compound containing nitrogen')
& concept2words_2(X,'compound-containing-nitrogen')
& concept2words_2(X,'nitrogenous compound')
& concept2words_2(X,'nitrogenous-compound')
& compound_1(X)
& nitrogen_1(fn_nitrogenous_compound_1(X))
& has_part_2(X,fn_nitrogenous_compound_1(X)) ) ) ).
fof(a531244,axiom,
! [X] :
( nitrogenous_waste_1(X)
=> ( original_name_2(X,'Nitrogenous-Waste')
& user_description_2(X,'The waste products resulting from the digestion of proteins and other nitrogenous molecules.')
& concept2words_2(X,'nitrogenous waste')
& concept2words_2(X,'nitrogenous-waste')
& waste_1(X)
& ~ bolus_1(X) ) ) ).
fof(a531245,axiom,
! [X] :
( nitroglycerine_1(X)
=> ( original_name_2(X,'Nitroglycerine')
& user_description_2(X,'A heavy, oily, colorless, explosive liquid used medically as a vasodilator to treat heart conditions.')
& concept2words_2(X,nitroglycerine)
& ester_1(X)
& ~ aflatoxin_1(X)
& ~ aldehyde_1(X)
& ~ amine_1(X)
& ~ antibiotic_1(X)
& ~ carbon_dioxide_1(X)
& ~ carbon_monoxide_1(X)
& ~ carboxylic_acid_1(X)
& ~ ddt_1(X)
& ~ ice_1(X)
& ~ opiate_1(X) ) ) ).
fof(a531246,axiom,
! [X] :
( nl_slot_group_1(X)
=> ( original_name_2(X,'NL-Slot-Group')
& concept2words_2(X,'nl slot group')
& concept2words_2(X,'nl-slot-group')
& km_slot_group_1(X) ) ) ).
fof(a531247,axiom,
! [X] :
( nmr_spectroscopy_1(X)
=> ( original_name_2(X,'NMR-Spectroscopy')
& user_description_2(X,'Nuclear Magnetic Resonance (NMR) spectroscopy is an analytical chemistry technique used in quality control and reserach for determining the molecular structure.')
& concept2words_2(X,'nuclear magnetic resonance spectroscopy')
& concept2words_2(X,'spectroscopy of nmr')
& concept2words_2(X,'nmr spectroscopy')
& concept2words_2(X,'nmr-spectroscopy')
& technique_1(X) ) ) ).
fof(a531248,axiom,
! [X] :
( no_till_agriculture_1(X)
=> ( original_name_2(X,'No-Till-Agriculture')
& user_description_2(X,'An agricultural practice that grows crops without tilling, or turning over, the soil.')
& concept2words_2(X,'no till agriculture')
& concept2words_2(X,'no-till-agriculture')
& agricultural_process_1(X)
& ~ animal_husbandry_1(X)
& ~ crop_rotation_1(X)
& ~ hydroponic_culture_1(X)
& ~ irrigation_1(X)
& ~ logging_1(X)
& ~ monoculture_1(X)
& ~ sustainable_agriculture_1(X)
& ~ vernalization_1(X) ) ) ).
fof(a531249,axiom,
! [X] :
( no2_minus_1(X)
=> ( original_name_2(X,'NO2-Minus')
& user_description_2(X,'The nitrite ion of nitrogen.')
& concept2words_2(X,nitrite)
& concept2words_2(X,'no2 minus')
& concept2words_2(X,'no2-minus')
& polyatomic_ion_1(X)
& anion_1(X)
& charge_value_1(fn_no2_minus_2(X))
& the_cardinal_value_2(fn_no2_minus_2(X),"-1")
& cardinal_unit_class_2(fn_no2_minus_2(X),unity_0)
& charge_2(X,fn_no2_minus_2(X))
& fn_no2_minus_1(X) = fn_anion_7(X)
& fn_no2_minus_2(X) = fn_anion_6(X) ) ) ).
fof(a531250,axiom,
! [X] :
( no2_minus_substance_1(X)
=> ( original_name_2(X,'NO2-Minus-Substance')
& concept2words_2(X,'no2 minus substance')
& concept2words_2(X,'no2-minus-substance')
& anion_substance_1(X)
& no2_minus_1(fn_no2_minus_substance_3(X))
& base_role_1(fn_no2_minus_substance_4(X))
& equilibrium_constant_value_1(fn_no2_minus_substance_5(X))
& intensity_value_1(fn_no2_minus_substance_6(X))
& plays_2(X,fn_no2_minus_substance_4(X))
& has_part_2(X,fn_no2_minus_substance_3(X))
& the_scalar_value_2(fn_no2_minus_substance_6(X),weak_0)
& scalar_unit_class_2(fn_no2_minus_substance_6(X),base_0)
& the_cardinal_value_2(fn_no2_minus_substance_5(X),"2.22e-11")
& intensity_2(fn_no2_minus_substance_4(X),fn_no2_minus_substance_6(X))
& default_kb_2(fn_no2_minus_substance_4(X),fn_no2_minus_substance_5(X)) ) ) ).
fof(a531251,axiom,
! [X] :
( nobelium_1(X)
=> ( original_name_2(X,'Nobelium')
& user_description_2(X,'Nobelium is a metal atom with atomic number 102. It is represented by the symbol No.')
& concept2words_2(X,nobelium)
& concept2words_2(X,no)
& metal_atom_1(X)
& neutron_1(fn_nobelium_3(X))
& atomic_mass_value_1(fn_nobelium_4(X))
& electronegativity_value_1(fn_nobelium_5(X))
& valence_electron_1(fn_nobelium_9(X))
& atomic_weight_value_1(fn_nobelium_10(X))
& atomic_number_value_1(fn_nobelium_11(X))
& quantity_value_1(fn_nobelium_12(X))
& electronegativity_2(X,fn_nobelium_5(X))
& mass_number_2(X,fn_nobelium_4(X))
& exactCardinality(X,has_part_0,"157",neutron_0)
& exactCardinality(X,has_part_0,"102",proton_0)
& exactCardinality(X,has_part_0,"102",electron_0)
& has_part_2(X,fn_nobelium_3(X))
& the_cardinal_value_2(fn_nobelium_12(X),"16")
& cardinal_unit_class_2(fn_nobelium_12(X),unity_0)
& the_cardinal_value_2(fn_nobelium_5(X),"1.3")
& cardinal_unit_class_2(fn_nobelium_5(X),unity_0)
& the_cardinal_value_2(fn_nobelium_4(X),"259")
& cardinal_unit_class_2(fn_nobelium_4(X),unity_0)
& the_cardinal_value_2(fn_nobelium_11(X),"102")
& cardinal_unit_class_2(fn_nobelium_11(X),unity_0)
& the_cardinal_value_2(fn_nobelium_10(X),"259")
& cardinal_unit_class_2(fn_nobelium_10(X),dalton_0)
& atomic_number_2(X,fn_nobelium_11(X))
& atomic_weight_2(X,fn_nobelium_10(X))
& has_part_2(X,fn_nobelium_9(X))
& quantity_2(fn_nobelium_9(X),fn_nobelium_12(X))
& fn_nobelium_7(X) = fn_atom_12(X)
& fn_nobelium_11(X) = fn_atom_17(X)
& fn_nobelium_8(X) = fn_atom_13(X)
& fn_nobelium_10(X) = fn_atom_16(X)
& fn_nobelium_6(X) = fn_atom_1(X)
& fn_nobelium_12(X) = fn_atom_5(X)
& fn_nobelium_9(X) = fn_atom_14(X) ) ) ).
fof(a531252,axiom,
! [X] :
( nociceptor_1(X)
=> ( original_name_2(X,'Nociceptor')
& user_description_2(X,'A sensory receptor that responds to potentially damaging stimuli, which are usually perceived as pain.')
& concept2words_2(X,nociceptor)
& sensory_receptor_1(X)
& ~ chemoreceptor_1(X)
& ~ electromagnetic_receptor_1(X)
& ~ exteroceptor_1(X)
& ~ mechanoreceptor_1(X)
& ~ pain_receptor_1(X)
& ~ thermoreceptor_1(X) ) ) ).
fof(a531253,axiom,
! [X] :
( nod_gene_1(X)
=> ( original_name_2(X,'Nod-Gene')
& user_description_2(X,'A bacterial gene that causes roots of certain plants to form openings for symbiotic fungus to enter.')
& concept2words_2(X,'gene of nod')
& concept2words_2(X,'nod gene')
& concept2words_2(X,'nod-gene')
& prokaryotic_gene_1(X) ) ) ).
fof(a531254,axiom,
! [X] :
( node_1(X)
=> ( original_name_2(X,'Node')
& user_description_2(X,'Location on a plant stem where a leaf arises.')
& concept2words_2(X,node)
& plant_region_1(X) ) ) ).
fof(a531255,axiom,
! [X] :
( node_of_ranvier_1(X)
=> ( original_name_2(X,'Node-Of-Ranvier')
& user_description_2(X,'A gap in the coating of myelin along certain axons, where an action potential can be generated. The gaps allow for saltatory conduction, in which a new action potential is generated at each node and appears to jump from node to node.')
& concept2words_2(X,'node of ranvier')
& concept2words_2(X,'node-of-ranvier')
& neuron_structure_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X) ) ) ).
fof(a531256,axiom,
! [X] :
( nodule_1(X)
=> ( original_name_2(X,'Nodule')
& user_description_2(X,'A group of cells forming a swelling on the root of a legume. Nodules contain symbiotic nitrogen-fixing bacteria.')
& concept2words_2(X,nodule)
& plant_appendage_1(X) ) ) ).
fof(a531257,axiom,
! [X] :
( non_coding_dna_sequence_1(X)
=> ( original_name_2(X,'Non-Coding-DNA-Sequence')
& user_description_2(X,'A sequence of DNA that does not code for a polypeptide.')
& concept2words_2(X,'non coding dna sequence')
& concept2words_2(X,'non-coding-dna-sequence')
& eukaryote_dna_sequence_1(X) ) ) ).
fof(a531258,axiom,
! [X] :
( non_competitive_inhibition_1(X)
=> ( original_name_2(X,'Non-Competitive-Inhibition')
& user_description_2(X,'Non-competitive inhibition is a type of enzyme inhibition where the inhibitor reversibly binds to an allosteric site, a site different than the active site, on the enzyme, preventing the substrate from being able to bind to the active site.')
& concept2words_2(X,inhibit)
& concept2words_2(X,'non competitive inhibition')
& concept2words_2(X,'non-competitive-inhibition')
& inhibition_1(X)
& ~ competitive_inhibition_1(X)
& shape_value_1(fn_non_competitive_inhibition_1(X))
& shape_value_1(fn_non_competitive_inhibition_3(X))
& allosteric_enzyme_1(fn_non_competitive_inhibition_4(X))
& spatial_entity_1(fn_non_competitive_inhibition_6(X))
& enzyme_1(fn_non_competitive_inhibition_6(X))
& protein_enzyme_1(fn_non_competitive_inhibition_6(X))
& allosteric_enzyme_1(fn_non_competitive_inhibition_6(X))
& attach_1(fn_non_competitive_inhibition_7(X))
& noncompetitive_inhibitor_1(fn_non_competitive_inhibition_8(X))
& spatial_entity_1(fn_non_competitive_inhibition_9(X))
& chemical_entity_1(fn_non_competitive_inhibition_9(X))
& molecule_1(fn_non_competitive_inhibition_9(X))
& allosteric_site_1(fn_non_competitive_inhibition_10(X))
& attach_1(fn_enzyme_inhibitor_5(fn_non_competitive_inhibition_8(X)))
& spatial_entity_1(fn_enzyme_inhibitor_7(fn_non_competitive_inhibition_8(X)))
& enzyme_1(fn_enzyme_inhibitor_7(fn_non_competitive_inhibition_8(X)))
& protein_enzyme_1(fn_enzyme_inhibitor_7(fn_non_competitive_inhibition_8(X)))
& allosteric_site_1(fn_allosteric_enzyme_11(fn_non_competitive_inhibition_6(X)))
& molecule_1(fn_enzyme_regulator_2(fn_non_competitive_inhibition_8(X)))
& spatial_entity_1(fn_enzyme_inhibitor_3(fn_non_competitive_inhibition_8(X)))
& chemical_entity_1(fn_enzyme_inhibitor_3(fn_non_competitive_inhibition_8(X)))
& molecule_1(fn_enzyme_inhibitor_3(fn_non_competitive_inhibition_8(X)))
& regulation_1(fn_enzyme_regulator_3(fn_non_competitive_inhibition_8(X)))
& inhibition_1(fn_enzyme_inhibitor_2(fn_non_competitive_inhibition_8(X)))
& regulation_1(fn_enzyme_inhibitor_2(fn_non_competitive_inhibition_8(X)))
& first_subevent_2(X,fn_non_competitive_inhibition_7(X))
& subevent_2(X,fn_non_competitive_inhibition_7(X))
& shape_2(fn_non_competitive_inhibition_6(X),fn_non_competitive_inhibition_1(X))
& site_2(fn_non_competitive_inhibition_7(X),fn_non_competitive_inhibition_10(X))
& result_2(fn_non_competitive_inhibition_7(X),fn_non_competitive_inhibition_4(X))
& fn_non_competitive_inhibition_1(X) != fn_non_competitive_inhibition_3(X)
& has_function_2(fn_non_competitive_inhibition_9(X),fn_non_competitive_inhibition_7(X))
& fn_non_competitive_inhibition_3(X) != fn_non_competitive_inhibition_1(X)
& shape_2(fn_non_competitive_inhibition_4(X),fn_non_competitive_inhibition_3(X))
& plays_2(fn_non_competitive_inhibition_9(X),fn_non_competitive_inhibition_8(X))
& agent_2(X,fn_non_competitive_inhibition_9(X))
& in_event_2(fn_non_competitive_inhibition_8(X),X)
& object_2(X,fn_non_competitive_inhibition_6(X))
& base_2(fn_non_competitive_inhibition_7(X),fn_non_competitive_inhibition_6(X))
& object_2(fn_non_competitive_inhibition_7(X),fn_non_competitive_inhibition_9(X))
& has_function_2(fn_non_competitive_inhibition_9(X),X)
& has_region_2(fn_non_competitive_inhibition_6(X),fn_non_competitive_inhibition_10(X))
& fn_non_competitive_inhibition_9(X) = fn_enzyme_regulator_2(fn_non_competitive_inhibition_8(X))
& fn_non_competitive_inhibition_9(X) = fn_enzyme_inhibitor_3(fn_non_competitive_inhibition_8(X))
& fn_non_competitive_inhibition_7(X) = fn_enzyme_inhibitor_5(fn_non_competitive_inhibition_8(X))
& fn_non_competitive_inhibition_6(X) = fn_enzyme_inhibitor_7(fn_non_competitive_inhibition_8(X))
& X = fn_enzyme_regulator_3(fn_non_competitive_inhibition_8(X))
& X = fn_enzyme_inhibitor_2(fn_non_competitive_inhibition_8(X))
& fn_non_competitive_inhibition_10(X) = fn_allosteric_enzyme_11(fn_non_competitive_inhibition_6(X))
& fn_enzyme_inhibitor_3(fn_non_competitive_inhibition_8(X)) = fn_enzyme_regulator_2(fn_non_competitive_inhibition_8(X))
& fn_enzyme_regulator_2(fn_non_competitive_inhibition_8(X)) = fn_enzyme_inhibitor_3(fn_non_competitive_inhibition_8(X))
& fn_enzyme_inhibitor_3(fn_non_competitive_inhibition_8(X)) = fn_enzyme_inhibitor_3(fn_non_competitive_inhibition_8(X))
& fn_enzyme_inhibitor_3(fn_non_competitive_inhibition_8(X)) = fn_enzyme_regulator_3(fn_non_competitive_inhibition_8(X))
& fn_enzyme_inhibitor_2(fn_non_competitive_inhibition_8(X)) = fn_enzyme_inhibitor_2(fn_non_competitive_inhibition_8(X))
& fn_enzyme_inhibitor_2(fn_non_competitive_inhibition_8(X)) = fn_enzyme_regulator_3(fn_non_competitive_inhibition_8(X))
& fn_enzyme_regulator_3(fn_non_competitive_inhibition_8(X)) = fn_enzyme_inhibitor_2(fn_non_competitive_inhibition_8(X)) ) ) ).
fof(a531259,axiom,
! [X] :
( non_disjunction_1(X)
=> ( original_name_2(X,'Non-Disjunction')
& user_description_2(X,'An error in meiosis or mitosis in which members of a pair of homologous chromosomes or a pair of sister chromatids fail to separate properly from each other.')
& concept2words_2(X,nondisjunction)
& concept2words_2(X,'non disjunction')
& concept2words_2(X,'non-disjunction')
& make_error_1(X)
& chromosome_1(fn_non_disjunction_1(X))
& object_2(X,fn_non_disjunction_1(X)) ) ) ).
fof(a531260,axiom,
! [X] :
( non_dissolution_of_oil_in_water_1(X)
=> ( original_name_2(X,'Non-Dissolution-of-Oil-in-Water')
& user_description_2(X,'Oil is a lipid, and lipid molecules are composed of long, nonpolar hydrocarbon chains. Water molecules are polar and so nonpolar oil molecules will not dissolve in water.')
& concept2words_2(X,'non dissolution of oil in water')
& concept2words_2(X,'non-dissolution-of-oil-in-water')
& physical_process_1(X)
& presence_of_nonpolar_fatty_acid_polymers_1(fn_non_dissolution_of_oil_in_water_1(X))
& essential_fatty_acid_1(fn_non_dissolution_of_oil_in_water_2(X))
& oil_1(fn_non_dissolution_of_oil_in_water_3(X))
& fatty_acid_1(fn_fat_14(fn_non_dissolution_of_oil_in_water_3(X)))
& causes_2(fn_non_dissolution_of_oil_in_water_1(X),X)
& object_2(fn_non_dissolution_of_oil_in_water_1(X),fn_non_dissolution_of_oil_in_water_2(X))
& has_part_2(fn_non_dissolution_of_oil_in_water_3(X),fn_non_dissolution_of_oil_in_water_2(X))
& fn_non_dissolution_of_oil_in_water_2(X) = fn_fat_14(fn_non_dissolution_of_oil_in_water_3(X)) ) ) ).
fof(a531261,axiom,
! [X] :
( non_essential_amino_acid_1(X)
=> ( original_name_2(X,'Non-Essential-Amino-Acid')
& user_description_2(X,'An amino acid that can be synthesized by the human body and thus is not a required element of the human diet.')
& concept2words_2(X,'non essential amino acid')
& concept2words_2(X,'non-essential-amino-acid')
& amino_acid_1(X) ) ) ).
fof(a531262,axiom,
! [X] :
( non_homologous_chromosome_1(X)
=> ( original_name_2(X,'Non-Homologous-Chromosome')
& user_description_2(X,'One of a pair of chromosomes that is not homologous to another chromosome.')
& concept2words_2(X,'non homologous chromosome')
& concept2words_2(X,'non-homologous-chromosome')
& eukaryotic_chromosome_1(X)
& ~ autosome_1(X)
& ~ prokaryotic_chromosome_1(X)
& ~ chromosome_21_1(X)
& ~ chromosome_fragment_1(X)
& ~ defective_chromosome_1(X)
& ~ homologous_chromosome_1(X)
& ~ human_chromosome_1(X)
& ~ paternal_chromosome_1(X)
& ~ recombinant_chromosome_1(X)
& ~ sex_chromosome_1(X)
& ~ yeast_artificial_chromosome_1(X) ) ) ).
fof(a531263,axiom,
! [X] :
( non_living_entity_1(X)
=> ( original_name_2(X,'Non-Living-Entity')
& user_description_2(X,'An entity which does not have life.')
& concept2words_2(X,dead)
& concept2words_2(X,'non living')
& concept2words_2(X,'non-living')
& concept2words_2(X,nonliving)
& concept2words_2(X,dead)
& concept2words_2(X,'non living entity')
& concept2words_2(X,'non-living-entity')
& physical_object_1(X) ) ) ).
fof(a531264,axiom,
! [X] :
( non_living_structure_1(X)
=> ( original_name_2(X,'Non-Living-Structure')
& user_description_2(X,'A structural component of a non-living entity.')
& concept2words_2(X,'non living structure')
& concept2words_2(X,'non-living-structure')
& non_living_entity_1(X) ) ) ).
fof(a531265,axiom,
! [X] :
( non_mendelian_genetics_1(X)
=> ( original_name_2(X,'Non-Mendelian-Genetics')
& user_description_2(X,'A general term that refers to any pattern of inheritance in which traits do not segregate in accordance with Mendels laws.')
& concept2words_2(X,'non mendelian genetics')
& concept2words_2(X,'non-mendelian-genetic')
& genetics_1(X)
& ~ developmental_genetics_1(X)
& ~ mendelian_genetics_1(X)
& ~ molecular_genetics_1(X) ) ) ).
fof(a531266,axiom,
! [X] :
( non_metal_1(X)
=> ( original_name_2(X,'Non-Metal')
& concept2words_2(X,nonmetal)
& concept2words_2(X,'non metal')
& concept2words_2(X,'non-metal')
& chemical_1(X)
& non_metal_atom_1(fn_non_metal_1(X))
& has_part_2(X,fn_non_metal_1(X))
& fn_non_metal_1(X) = fn_chemical_3(X) ) ) ).
fof(a531267,axiom,
! [X] :
( non_metal_atom_1(X)
=> ( original_name_2(X,'Non-Metal-Atom')
& user_description_2(X,'Nonmetals are elements in the upper right corner of the periodic table; nonmetals differ from metals in their physical and chemical properties.')
& concept2words_2(X,'non metal atom')
& concept2words_2(X,'non-metal-atom')
& atom_1(X) ) ) ).
fof(a531268,axiom,
! [X] :
( non_motile_cilium_1(X)
=> ( original_name_2(X,'Non-Motile-Cilium')
& user_description_2(X,'This is the cilium present on eukaryotic cell which work in the sensory activities of the cell.')
& concept2words_2(X,'primary cilium')
& concept2words_2(X,'primary-cilium')
& concept2words_2(X,'signal receiving cilium')
& concept2words_2(X,'antennae cilium')
& concept2words_2(X,'immotile cilium')
& concept2words_2(X,'non motile cilium')
& concept2words_2(X,'non-motile-cilium')
& eukaryotic_cilium_1(X)
& cell_signaling_1(fn_non_motile_cilium_1(X))
& spatial_entity_1(fn_non_motile_cilium_2(X))
& polymer_1(fn_non_motile_cilium_2(X))
& receptor_protein_1(fn_non_motile_cilium_2(X))
& signal_transduction_1(fn_non_motile_cilium_3(X))
& cellular_response_1(fn_non_motile_cilium_4(X))
& signal_reception_1(fn_non_motile_cilium_5(X))
& eukaryotic_cell_1(fn_non_motile_cilium_6(X))
& cell_1(fn_non_motile_cilium_6(X))
& biomembrane_1(fn_non_motile_cilium_7(X))
& signal_reception_1(fn_cell_signaling_2(fn_non_motile_cilium_1(X)))
& cellular_response_1(fn_cell_signaling_1(fn_non_motile_cilium_1(X)))
& signal_transduction_1(fn_cell_signaling_3(fn_non_motile_cilium_1(X)))
& spatial_entity_1(fn_signal_reception_4(fn_non_motile_cilium_5(X)))
& polymer_1(fn_signal_reception_4(fn_non_motile_cilium_5(X)))
& receptor_protein_1(fn_signal_reception_4(fn_non_motile_cilium_5(X)))
& cell_1(fn_cell_signaling_4(fn_non_motile_cilium_1(X)))
& cell_1(fn_signal_reception_3(fn_non_motile_cilium_5(X)))
& has_function_2(X,fn_non_motile_cilium_1(X))
& instrument_2(fn_non_motile_cilium_1(X),X)
& recipient_2(fn_non_motile_cilium_5(X),fn_non_motile_cilium_6(X))
& has_part_2(fn_non_motile_cilium_7(X),fn_non_motile_cilium_2(X))
& has_part_2(X,fn_non_motile_cilium_7(X))
& has_part_2(fn_non_motile_cilium_6(X),X)
& base_2(fn_non_motile_cilium_4(X),fn_non_motile_cilium_6(X))
& base_2(fn_non_motile_cilium_1(X),fn_non_motile_cilium_6(X))
& base_2(fn_non_motile_cilium_3(X),fn_non_motile_cilium_6(X))
& first_subevent_2(fn_non_motile_cilium_1(X),fn_non_motile_cilium_5(X))
& subevent_2(fn_non_motile_cilium_1(X),fn_non_motile_cilium_3(X))
& next_event_2(fn_non_motile_cilium_3(X),fn_non_motile_cilium_4(X))
& subevent_2(fn_non_motile_cilium_1(X),fn_non_motile_cilium_4(X))
& subevent_2(fn_non_motile_cilium_1(X),fn_non_motile_cilium_5(X))
& next_event_2(fn_non_motile_cilium_5(X),fn_non_motile_cilium_3(X))
& base_2(fn_non_motile_cilium_5(X),fn_non_motile_cilium_6(X))
& has_function_2(fn_non_motile_cilium_2(X),fn_non_motile_cilium_5(X))
& instrument_2(fn_non_motile_cilium_5(X),fn_non_motile_cilium_2(X))
& fn_non_motile_cilium_7(X) = fn_cilium_10(X)
& fn_non_motile_cilium_6(X) = fn_eukaryotic_cilium_2(X)
& fn_non_motile_cilium_6(X) = fn_cell_signaling_4(fn_non_motile_cilium_1(X))
& fn_non_motile_cilium_5(X) = fn_cell_signaling_2(fn_non_motile_cilium_1(X))
& fn_non_motile_cilium_4(X) = fn_cell_signaling_1(fn_non_motile_cilium_1(X))
& fn_non_motile_cilium_3(X) = fn_cell_signaling_3(fn_non_motile_cilium_1(X))
& fn_non_motile_cilium_6(X) = fn_signal_reception_3(fn_non_motile_cilium_5(X))
& fn_non_motile_cilium_2(X) = fn_signal_reception_4(fn_non_motile_cilium_5(X))
& fn_eukaryotic_cilium_2(X) = fn_cell_signaling_4(fn_non_motile_cilium_1(X))
& fn_cell_signaling_4(fn_non_motile_cilium_1(X)) = fn_cell_signaling_4(fn_non_motile_cilium_1(X))
& fn_cell_signaling_4(fn_non_motile_cilium_1(X)) = fn_signal_reception_3(fn_non_motile_cilium_5(X)) ) ) ).
fof(a531269,axiom,
! [X] :
( non_polar_side_chain_1(X)
=> ( original_name_2(X,'Non-Polar-Side-Chain')
& user_description_2(X,'Polar side chain are hydrophobic regions in a amino acid.')
& concept2words_2(X,'non polar side chain')
& concept2words_2(X,'non-polar-side-chain')
& r_group_1(X) ) ) ).
fof(a531270,axiom,
! [X] :
( non_spontaneous_change_1(X)
=> ( original_name_2(X,'Non-Spontaneous-Change')
& user_description_2(X,'A non-spontaneous change is an unfavourable reaction or process which requires expenditure of energy for it to occur.')
& concept2words_2(X,change)
& concept2words_2(X,'non spontaneous change')
& concept2words_2(X,'non-spontaneous-change')
& general_chemical_process_1(X)
& free_energy_1(fn_non_spontaneous_change_1(X))
& raw_material_2(X,fn_non_spontaneous_change_1(X)) ) ) ).
fof(a531271,axiom,
! [X] :
( noncellulose_polysaccharide_1(X)
=> ( original_name_2(X,'Noncellulose-Polysaccharide')
& user_description_2(X,'Food substances such as hemicellulose, pectins, gums, mucilages, and algal products that absorb water and swell to a larger bulk. They slow emptying of food from the stomach, bind bile acids, provide fermentation material for the colon, and prevent spastic colon pressure and are non-cellulose polysaccharides.')
& concept2words_2(X,'noncellulose polysaccharide')
& concept2words_2(X,'noncellulose-polysaccharide')
& polysaccharide_1(X)
& ~ amylose_1(X)
& ~ glycogen_1(X)
& ~ oligosaccharin_1(X)
& ~ storage_polysaccharide_1(X)
& ~ structural_polysaccharide_1(X) ) ) ).
fof(a531272,axiom,
! [X] :
( noncompetitive_inhibitor_1(X)
=> ( original_name_2(X,'Noncompetitive-Inhibitor')
& user_description_2(X,'A noncompetitive inhibitor is a substance that interacts with the enyzme, but usually not at the active site. The noncompetitive inhibitor reacts either remote from or very close to the active site. The net effect of a non competitive inhibitor is to change the shape of the enzyme and thus the active site, so that the substrate can no longer interact with the enzyme to give a reaction. Non competitive inhibitors are usually reversible, but are not influenced by concentrations of the substrate as is the case for a reversible competive inhibitor.')
& concept2words_2(X,'non competitive inhibitor')
& concept2words_2(X,'non-competitive-inhibitor')
& concept2words_2(X,'noncompetitive inhibitor')
& concept2words_2(X,'noncompetitive-inhibitor')
& enzyme_inhibitor_1(X)
& enzyme_1(fn_noncompetitive_inhibitor_1(X))
& receptor_site_1(fn_noncompetitive_inhibitor_2(X))
& shape_value_1(fn_noncompetitive_inhibitor_3(X))
& spatial_entity_1(fn_noncompetitive_inhibitor_4(X))
& enzyme_1(fn_noncompetitive_inhibitor_4(X))
& protein_enzyme_1(fn_noncompetitive_inhibitor_4(X))
& allosteric_enzyme_1(fn_noncompetitive_inhibitor_4(X))
& spatial_entity_1(fn_noncompetitive_inhibitor_5(X))
& chemical_entity_1(fn_noncompetitive_inhibitor_5(X))
& molecule_1(fn_noncompetitive_inhibitor_5(X))
& non_competitive_inhibition_1(fn_noncompetitive_inhibitor_6(X))
& attach_1(fn_noncompetitive_inhibitor_7(X))
& shape_value_1(fn_noncompetitive_inhibitor_8(X))
& property_node_1(fn_non_competitive_inhibition_5(fn_noncompetitive_inhibitor_6(X)))
& spatial_entity_1(fn_non_competitive_inhibition_9(fn_noncompetitive_inhibitor_6(X)))
& chemical_entity_1(fn_non_competitive_inhibition_9(fn_noncompetitive_inhibitor_6(X)))
& molecule_1(fn_non_competitive_inhibition_9(fn_noncompetitive_inhibitor_6(X)))
& attach_1(fn_non_competitive_inhibition_7(fn_noncompetitive_inhibitor_6(X)))
& property_node_1(fn_non_competitive_inhibition_2(fn_noncompetitive_inhibitor_6(X)))
& shape_value_1(fn_non_competitive_inhibition_3(fn_noncompetitive_inhibitor_6(X)))
& shape_value_1(fn_non_competitive_inhibition_1(fn_noncompetitive_inhibitor_6(X)))
& spatial_entity_1(fn_non_competitive_inhibition_6(fn_noncompetitive_inhibitor_6(X)))
& enzyme_1(fn_non_competitive_inhibition_6(fn_noncompetitive_inhibitor_6(X)))
& protein_enzyme_1(fn_non_competitive_inhibition_6(fn_noncompetitive_inhibitor_6(X)))
& allosteric_enzyme_1(fn_non_competitive_inhibition_6(fn_noncompetitive_inhibitor_6(X)))
& noncompetitive_inhibitor_1(fn_non_competitive_inhibition_8(fn_noncompetitive_inhibitor_6(X)))
& shape_2(fn_noncompetitive_inhibitor_1(X),fn_noncompetitive_inhibitor_8(X))
& result_2(fn_noncompetitive_inhibitor_7(X),fn_noncompetitive_inhibitor_1(X))
& site_2(fn_noncompetitive_inhibitor_7(X),fn_noncompetitive_inhibitor_2(X))
& has_region_2(fn_noncompetitive_inhibitor_4(X),fn_noncompetitive_inhibitor_2(X))
& has_function_2(fn_noncompetitive_inhibitor_5(X),fn_noncompetitive_inhibitor_7(X))
& has_function_2(fn_noncompetitive_inhibitor_5(X),fn_noncompetitive_inhibitor_6(X))
& first_subevent_2(fn_noncompetitive_inhibitor_6(X),fn_noncompetitive_inhibitor_7(X))
& subevent_2(fn_noncompetitive_inhibitor_6(X),fn_noncompetitive_inhibitor_7(X))
& base_2(fn_noncompetitive_inhibitor_7(X),fn_noncompetitive_inhibitor_4(X))
& object_2(fn_noncompetitive_inhibitor_7(X),fn_noncompetitive_inhibitor_5(X))
& plays_2(fn_noncompetitive_inhibitor_5(X),X)
& in_event_2(X,fn_noncompetitive_inhibitor_6(X))
& agent_2(fn_noncompetitive_inhibitor_6(X),fn_noncompetitive_inhibitor_5(X))
& object_2(fn_noncompetitive_inhibitor_6(X),fn_noncompetitive_inhibitor_4(X))
& shape_2(fn_noncompetitive_inhibitor_4(X),fn_noncompetitive_inhibitor_3(X))
& fn_noncompetitive_inhibitor_8(X) != fn_noncompetitive_inhibitor_3(X)
& fn_noncompetitive_inhibitor_3(X) != fn_noncompetitive_inhibitor_8(X)
& fn_noncompetitive_inhibitor_10(X) = fn_non_competitive_inhibition_5(fn_noncompetitive_inhibitor_6(X))
& X = fn_non_competitive_inhibition_8(fn_noncompetitive_inhibitor_6(X))
& fn_noncompetitive_inhibitor_5(X) = fn_non_competitive_inhibition_9(fn_noncompetitive_inhibitor_6(X))
& fn_noncompetitive_inhibitor_7(X) = fn_non_competitive_inhibition_7(fn_noncompetitive_inhibitor_6(X))
& fn_noncompetitive_inhibitor_9(X) = fn_non_competitive_inhibition_2(fn_noncompetitive_inhibitor_6(X))
& fn_noncompetitive_inhibitor_8(X) = fn_non_competitive_inhibition_3(fn_noncompetitive_inhibitor_6(X))
& fn_noncompetitive_inhibitor_3(X) = fn_non_competitive_inhibition_1(fn_noncompetitive_inhibitor_6(X))
& fn_noncompetitive_inhibitor_4(X) = fn_non_competitive_inhibition_6(fn_noncompetitive_inhibitor_6(X))
& fn_non_competitive_inhibition_8(fn_noncompetitive_inhibitor_6(X)) = fn_non_competitive_inhibition_8(fn_noncompetitive_inhibitor_6(X)) ) ) ).
fof(a531273,axiom,
! [X] :
( nondividing_cell_1(X)
=> ( original_name_2(X,'Nondividing-Cell')
& user_description_2(X,'Cell which is in a nondividing stage of the cell cycle, such as G1 or G0, and is not actively undergoing diviision. This could be either a temporary or a permanent state, depending on the cell type and age.')
& concept2words_2(X,'nondividing cell')
& concept2words_2(X,'nondividing-cell')
& cell_state_1(X) ) ) ).
fof(a531274,axiom,
! [X] :
( nonelectrolyte_1(X)
=> ( original_name_2(X,'Nonelectrolyte')
& user_description_2(X,'A nonelectrolyte is a substance that does not ionise in water and consequently gives a nonconducting solution.')
& concept2words_2(X,'non electrolyte')
& concept2words_2(X,'non-electrolyte')
& concept2words_2(X,nonelectrolyte)
& chemical_1(X)
& electrolyte_status_value_1(fn_nonelectrolyte_2(X))
& electrolyte_status_2(X,fn_nonelectrolyte_2(X))
& the_scalar_value_2(fn_nonelectrolyte_2(X),non_0)
& scalar_unit_class_2(fn_nonelectrolyte_2(X),chemical_0) ) ) ).
fof(a531275,axiom,
! [X] :
( nonequilibrium_model_1(X)
=> ( original_name_2(X,'Nonequilibrium-Model')
& user_description_2(X,'A model that states that community structure changes constantly after being disturbed.')
& concept2words_2(X,inquire)
& concept2words_2(X,'nonequilibrium model')
& concept2words_2(X,'nonequilibrium-model')
& community_ecology_1(X)
& ~ ecosystem_service_1(X)
& ~ gross_primary_production_1(X) ) ) ).
fof(a531276,axiom,
! [X] :
( nonkinetochore_microtubule_1(X)
=> ( original_name_2(X,'Nonkinetochore-Microtubule')
& user_description_2(X,'Nonkinetochore microtubule is a microtubule which does not attach to kinetochore during cell division. It rather find and interact with corresponding nonkinetochore microtubules from the opposite centrosome to form the mitotic spindle')
& concept2words_2(X,'non kinetochore microtubule')
& concept2words_2(X,'non-kinetochore microtubule')
& concept2words_2(X,'polar microtubule')
& concept2words_2(X,'nonkinetochore microtubule')
& concept2words_2(X,'nonkinetochore-microtubule')
& microtubule_1(X)
& ~ kinetochore_microtubule_1(X)
& end_1(fn_nonkinetochore_microtubule_1(X))
& end_1(fn_nonkinetochore_microtubule_2(X))
& motor_protein_1(fn_nonkinetochore_microtubule_3(X))
& called_2(fn_nonkinetochore_microtubule_1(X),'E1')
& called_2(fn_nonkinetochore_microtubule_2(X),'E2')
& has_part_2(X,fn_nonkinetochore_microtubule_3(X))
& has_region_2(X,fn_nonkinetochore_microtubule_1(X))
& has_region_2(X,fn_nonkinetochore_microtubule_2(X)) ) ) ).
fof(a531277,axiom,
! [X] :
( nonpolar_covalent_bond_1(X)
=> ( original_name_2(X,'Nonpolar-Covalent-Bond')
& user_description_2(X,'A covalent bond between two atoms with the same or similar electronegativity. The electrons in the bond are shared equally between the atoms.')
& concept2words_2(X,'nonpolar covalent bond')
& concept2words_2(X,'nonpolar-covalent-bond')
& covalent_bond_1(X)
& ~ polar_covalent_bond_1(X)
& electronegativity_value_1(fn_nonpolar_covalent_bond_1(X))
& electronegativity_value_1(fn_nonpolar_covalent_bond_2(X))
& hold_together_1(fn_nonpolar_covalent_bond_5(X))
& proton_1(fn_nonpolar_covalent_bond_6(X))
& system_1(fn_nonpolar_covalent_bond_7(X))
& atomic_number_value_1(fn_nonpolar_covalent_bond_8(X))
& quantity_value_1(fn_nonpolar_covalent_bond_10(X))
& quantity_value_1(fn_nonpolar_covalent_bond_11(X))
& attract_1(fn_nonpolar_covalent_bond_12(X))
& atomic_orbital_1(fn_nonpolar_covalent_bond_13(X))
& proton_1(fn_nonpolar_covalent_bond_14(X))
& system_1(fn_nonpolar_covalent_bond_15(X))
& atomic_number_value_1(fn_nonpolar_covalent_bond_16(X))
& quantity_value_1(fn_nonpolar_covalent_bond_18(X))
& atomic_nucleus_1(fn_nonpolar_covalent_bond_19(X))
& center_1(fn_nonpolar_covalent_bond_20(X))
& electron_shell_1(fn_nonpolar_covalent_bond_21(X))
& valence_electron_1(fn_nonpolar_covalent_bond_22(X))
& atomic_nucleus_1(fn_nonpolar_covalent_bond_23(X))
& center_1(fn_nonpolar_covalent_bond_24(X))
& electron_shell_1(fn_nonpolar_covalent_bond_25(X))
& electron_1(fn_nonpolar_covalent_bond_26(X))
& valence_electron_1(fn_nonpolar_covalent_bond_26(X))
& equal_sharing_1(fn_nonpolar_covalent_bond_27(X))
& entity_1(fn_nonpolar_covalent_bond_28(X))
& chemical_entity_1(fn_nonpolar_covalent_bond_28(X))
& atom_1(fn_nonpolar_covalent_bond_28(X))
& entity_1(fn_nonpolar_covalent_bond_29(X))
& chemical_entity_1(fn_nonpolar_covalent_bond_29(X))
& atom_1(fn_nonpolar_covalent_bond_29(X))
& quantity_value_1(fn_atom_11(fn_nonpolar_covalent_bond_29(X)))
& equation_set_1(fn_atom_4(fn_nonpolar_covalent_bond_29(X)))
& system_1(fn_atom_3(fn_nonpolar_covalent_bond_29(X)))
& atomic_number_value_1(fn_atom_17(fn_nonpolar_covalent_bond_29(X)))
& electron_1(fn_atom_14(fn_nonpolar_covalent_bond_29(X)))
& electron_shell_1(fn_atom_9(fn_nonpolar_covalent_bond_29(X)))
& atomic_nucleus_1(fn_atom_18(fn_nonpolar_covalent_bond_29(X)))
& proton_1(fn_atom_8(fn_nonpolar_covalent_bond_29(X)))
& fn_nonpolar_covalent_bond_22(X) != fn_nonpolar_covalent_bond_26(X)
& fn_nonpolar_covalent_bond_26(X) != fn_nonpolar_covalent_bond_22(X)
& fn_nonpolar_covalent_bond_2(X) = fn_nonpolar_covalent_bond_1(X)
& fn_nonpolar_covalent_bond_1(X) = fn_nonpolar_covalent_bond_2(X)
& electronegativity_2(fn_nonpolar_covalent_bond_28(X),fn_nonpolar_covalent_bond_1(X))
& electronegativity_2(fn_nonpolar_covalent_bond_29(X),fn_nonpolar_covalent_bond_2(X))
& has_region_2(fn_nonpolar_covalent_bond_28(X),fn_nonpolar_covalent_bond_20(X))
& object_2(fn_nonpolar_covalent_bond_27(X),fn_nonpolar_covalent_bond_22(X))
& result_2(fn_nonpolar_covalent_bond_27(X),X)
& is_between_2(X,fn_nonpolar_covalent_bond_28(X))
& atomic_number_2(fn_nonpolar_covalent_bond_28(X),fn_nonpolar_covalent_bond_8(X))
& agent_2(fn_nonpolar_covalent_bond_27(X),fn_nonpolar_covalent_bond_28(X))
& has_part_2(fn_nonpolar_covalent_bond_28(X),fn_nonpolar_covalent_bond_6(X))
& is_inside_2(fn_nonpolar_covalent_bond_6(X),fn_nonpolar_covalent_bond_19(X))
& has_part_2(fn_nonpolar_covalent_bond_29(X),fn_nonpolar_covalent_bond_26(X))
& object_2(fn_nonpolar_covalent_bond_27(X),fn_nonpolar_covalent_bond_26(X))
& agent_2(fn_nonpolar_covalent_bond_27(X),fn_nonpolar_covalent_bond_29(X))
& called_2(fn_nonpolar_covalent_bond_16(X),'Atomic_Number')
& quantity_2(fn_nonpolar_covalent_bond_14(X),fn_nonpolar_covalent_bond_18(X))
& called_2(fn_nonpolar_covalent_bond_18(X),'Number_Proton')
& fn_nonpolar_covalent_bond_18(X) = fn_nonpolar_covalent_bond_16(X)
& fn_nonpolar_covalent_bond_16(X) = fn_nonpolar_covalent_bond_18(X)
& called_2(fn_nonpolar_covalent_bond_10(X),'Number_Proton')
& has_region_2(fn_nonpolar_covalent_bond_28(X),fn_nonpolar_covalent_bond_21(X))
& has_region_2(fn_nonpolar_covalent_bond_29(X),fn_nonpolar_covalent_bond_23(X))
& called_2(fn_nonpolar_covalent_bond_8(X),'Atomic_Number')
& called_2(fn_nonpolar_covalent_bond_11(X),'Number_Electron')
& quantity_2(fn_nonpolar_covalent_bond_6(X),fn_nonpolar_covalent_bond_10(X))
& agent_2(fn_nonpolar_covalent_bond_12(X),fn_nonpolar_covalent_bond_6(X))
& object_2(fn_nonpolar_covalent_bond_12(X),fn_nonpolar_covalent_bond_22(X))
& is_inside_2(fn_nonpolar_covalent_bond_22(X),fn_nonpolar_covalent_bond_13(X))
& is_at_2(fn_nonpolar_covalent_bond_23(X),fn_nonpolar_covalent_bond_24(X))
& has_region_2(fn_nonpolar_covalent_bond_29(X),fn_nonpolar_covalent_bond_24(X))
& atomic_number_2(fn_nonpolar_covalent_bond_29(X),fn_nonpolar_covalent_bond_16(X))
& is_near_2(fn_nonpolar_covalent_bond_23(X),fn_nonpolar_covalent_bond_26(X))
& is_near_2(fn_nonpolar_covalent_bond_26(X),fn_nonpolar_covalent_bond_23(X))
& fn_nonpolar_covalent_bond_10(X) = fn_nonpolar_covalent_bond_8(X)
& fn_nonpolar_covalent_bond_8(X) = fn_nonpolar_covalent_bond_10(X)
& has_function_2(X,fn_nonpolar_covalent_bond_5(X))
& object_2(fn_nonpolar_covalent_bond_5(X),fn_nonpolar_covalent_bond_28(X))
& has_part_2(fn_nonpolar_covalent_bond_28(X),fn_nonpolar_covalent_bond_22(X))
& quantity_2(fn_nonpolar_covalent_bond_22(X),fn_nonpolar_covalent_bond_11(X))
& fn_nonpolar_covalent_bond_11(X) = fn_nonpolar_covalent_bond_10(X)
& fn_nonpolar_covalent_bond_10(X) = fn_nonpolar_covalent_bond_11(X)
& agent_2(fn_nonpolar_covalent_bond_5(X),X)
& object_2(fn_nonpolar_covalent_bond_5(X),fn_nonpolar_covalent_bond_29(X))
& has_region_2(fn_nonpolar_covalent_bond_29(X),fn_nonpolar_covalent_bond_25(X))
& fn_nonpolar_covalent_bond_25(X) != fn_nonpolar_covalent_bond_21(X)
& has_region_2(fn_nonpolar_covalent_bond_21(X),fn_nonpolar_covalent_bond_13(X))
& fn_nonpolar_covalent_bond_21(X) != fn_nonpolar_covalent_bond_25(X)
& fn_nonpolar_covalent_bond_29(X) != fn_nonpolar_covalent_bond_28(X)
& has_region_2(fn_nonpolar_covalent_bond_28(X),fn_nonpolar_covalent_bond_19(X))
& is_at_2(fn_nonpolar_covalent_bond_19(X),fn_nonpolar_covalent_bond_20(X))
& fn_nonpolar_covalent_bond_28(X) != fn_nonpolar_covalent_bond_29(X)
& fn_nonpolar_covalent_bond_24(X) != fn_nonpolar_covalent_bond_20(X)
& fn_nonpolar_covalent_bond_20(X) != fn_nonpolar_covalent_bond_24(X)
& is_between_2(X,fn_nonpolar_covalent_bond_29(X))
& has_part_2(fn_nonpolar_covalent_bond_29(X),fn_nonpolar_covalent_bond_14(X))
& is_inside_2(fn_nonpolar_covalent_bond_14(X),fn_nonpolar_covalent_bond_23(X))
& fn_nonpolar_covalent_bond_23(X) != fn_nonpolar_covalent_bond_19(X)
& is_near_2(fn_nonpolar_covalent_bond_19(X),fn_nonpolar_covalent_bond_22(X))
& fn_nonpolar_covalent_bond_19(X) != fn_nonpolar_covalent_bond_23(X)
& is_near_2(fn_nonpolar_covalent_bond_22(X),fn_nonpolar_covalent_bond_19(X))
& fn_nonpolar_covalent_bond_20(X) = fn_covalent_bond_21(X)
& fn_nonpolar_covalent_bond_19(X) = fn_covalent_bond_22(X)
& fn_nonpolar_covalent_bond_27(X) = fn_covalent_bond_17(X)
& fn_nonpolar_covalent_bond_26(X) = fn_covalent_bond_15(X)
& fn_nonpolar_covalent_bond_18(X) = fn_atom_11(fn_nonpolar_covalent_bond_29(X))
& fn_nonpolar_covalent_bond_17(X) = fn_atom_4(fn_nonpolar_covalent_bond_29(X))
& fn_nonpolar_covalent_bond_15(X) = fn_atom_3(fn_nonpolar_covalent_bond_29(X))
& fn_nonpolar_covalent_bond_12(X) = fn_covalent_bond_10(X)
& fn_nonpolar_covalent_bond_6(X) = fn_covalent_bond_4(X)
& fn_nonpolar_covalent_bond_16(X) = fn_atom_17(fn_nonpolar_covalent_bond_29(X))
& fn_nonpolar_covalent_bond_16(X) = fn_covalent_bond_6(X)
& fn_nonpolar_covalent_bond_24(X) = fn_covalent_bond_23(X)
& fn_nonpolar_covalent_bond_26(X) = fn_atom_14(fn_nonpolar_covalent_bond_29(X))
& fn_nonpolar_covalent_bond_23(X) = fn_atom_18(fn_nonpolar_covalent_bond_29(X))
& fn_nonpolar_covalent_bond_26(X) = fn_covalent_bond_18(X)
& fn_nonpolar_covalent_bond_8(X) = fn_covalent_bond_6(X)
& fn_nonpolar_covalent_bond_9(X) = fn_covalent_bond_7(X)
& fn_nonpolar_covalent_bond_7(X) = fn_covalent_bond_5(X)
& fn_nonpolar_covalent_bond_10(X) = fn_covalent_bond_8(X)
& fn_nonpolar_covalent_bond_11(X) = fn_covalent_bond_9(X)
& fn_nonpolar_covalent_bond_22(X) = fn_covalent_bond_18(X)
& fn_nonpolar_covalent_bond_28(X) = fn_covalent_bond_19(X)
& fn_nonpolar_covalent_bond_13(X) = fn_covalent_bond_13(X)
& fn_nonpolar_covalent_bond_21(X) = fn_covalent_bond_12(X)
& fn_nonpolar_covalent_bond_25(X) = fn_atom_9(fn_nonpolar_covalent_bond_29(X))
& fn_nonpolar_covalent_bond_25(X) = fn_covalent_bond_11(X)
& fn_nonpolar_covalent_bond_5(X) = fn_covalent_bond_14(X)
& fn_nonpolar_covalent_bond_24(X) = fn_covalent_bond_21(X)
& fn_nonpolar_covalent_bond_20(X) = fn_covalent_bond_23(X)
& fn_nonpolar_covalent_bond_28(X) = fn_covalent_bond_20(X)
& fn_nonpolar_covalent_bond_22(X) = fn_covalent_bond_15(X)
& fn_nonpolar_covalent_bond_19(X) = fn_covalent_bond_24(X)
& fn_nonpolar_covalent_bond_23(X) = fn_covalent_bond_22(X)
& fn_nonpolar_covalent_bond_14(X) = fn_atom_8(fn_nonpolar_covalent_bond_29(X))
& fn_nonpolar_covalent_bond_14(X) = fn_covalent_bond_4(X)
& fn_nonpolar_covalent_bond_29(X) = fn_covalent_bond_20(X)
& fn_nonpolar_covalent_bond_29(X) = fn_covalent_bond_19(X)
& fn_atom_17(fn_nonpolar_covalent_bond_29(X)) = fn_atom_17(fn_nonpolar_covalent_bond_29(X))
& fn_atom_17(fn_nonpolar_covalent_bond_29(X)) = fn_covalent_bond_6(X)
& fn_covalent_bond_6(X) = fn_covalent_bond_15(X)
& fn_covalent_bond_15(X) = fn_atom_14(fn_nonpolar_covalent_bond_29(X))
& fn_atom_14(fn_nonpolar_covalent_bond_29(X)) = fn_covalent_bond_15(X)
& fn_covalent_bond_15(X) = fn_covalent_bond_15(X)
& fn_covalent_bond_15(X) = fn_covalent_bond_18(X)
& fn_covalent_bond_18(X) = fn_covalent_bond_11(X)
& fn_covalent_bond_11(X) = fn_atom_9(fn_nonpolar_covalent_bond_29(X))
& fn_atom_9(fn_nonpolar_covalent_bond_29(X)) = fn_covalent_bond_11(X)
& fn_covalent_bond_11(X) = fn_covalent_bond_23(X)
& fn_covalent_bond_23(X) = fn_covalent_bond_21(X)
& fn_covalent_bond_21(X) = fn_covalent_bond_21(X)
& fn_covalent_bond_21(X) = fn_covalent_bond_23(X)
& fn_covalent_bond_23(X) = fn_covalent_bond_23(X)
& fn_covalent_bond_23(X) = fn_covalent_bond_19(X)
& fn_covalent_bond_20(X) = fn_covalent_bond_18(X)
& fn_covalent_bond_18(X) = fn_covalent_bond_18(X)
& fn_covalent_bond_18(X) = fn_covalent_bond_15(X)
& fn_covalent_bond_15(X) = fn_covalent_bond_22(X)
& fn_covalent_bond_22(X) = fn_covalent_bond_24(X)
& fn_covalent_bond_24(X) = fn_covalent_bond_24(X)
& fn_covalent_bond_24(X) = fn_atom_18(fn_nonpolar_covalent_bond_29(X))
& fn_covalent_bond_22(X) = fn_atom_18(fn_nonpolar_covalent_bond_29(X))
& fn_atom_18(fn_nonpolar_covalent_bond_29(X)) = fn_covalent_bond_22(X)
& fn_covalent_bond_22(X) = fn_covalent_bond_22(X)
& fn_covalent_bond_22(X) = fn_atom_8(fn_nonpolar_covalent_bond_29(X))
& fn_covalent_bond_4(X) = fn_atom_8(fn_nonpolar_covalent_bond_29(X))
& fn_atom_8(fn_nonpolar_covalent_bond_29(X)) = fn_covalent_bond_4(X)
& fn_covalent_bond_4(X) = fn_covalent_bond_20(X)
& fn_covalent_bond_20(X) = fn_covalent_bond_20(X)
& fn_covalent_bond_19(X) = fn_covalent_bond_19(X)
& fn_covalent_bond_19(X) = fn_covalent_bond_20(X)
& fn_covalent_bond_20(X) = fn_covalent_bond_19(X) ) ) ).
fof(a531278,axiom,
! [X] :
( nonpolar_molecule_1(X)
=> ( original_name_2(X,'Nonpolar-Molecule')
& user_description_2(X,'A molecule where all bonds share charges equally or where polar covalent bonds in a molecule nullify each other. These molecules are hydrophobic.')
& concept2words_2(X,'nonpolar molecule')
& concept2words_2(X,'nonpolar-molecule')
& molecule_1(X)
& hydrophobic_compound_1(X)
& ~ polar_molecule_1(X)
& solubility_value_1(fn_nonpolar_molecule_2(X))
& covalent_bond_1(fn_nonpolar_molecule_3(X))
& property_node_1(fn_solubility_value_1(fn_nonpolar_molecule_2(X)))
& solubility_in_water_2(X,fn_nonpolar_molecule_2(X))
& the_scalar_value_2(fn_nonpolar_molecule_2(X),insoluble_0)
& scalar_unit_class_2(fn_nonpolar_molecule_2(X),molecule_0)
& possesses_2(X,fn_nonpolar_molecule_3(X))
& fn_nonpolar_molecule_3(X) = fn_molecule_10(X)
& fn_nonpolar_molecule_1(X) = fn_solubility_value_1(fn_nonpolar_molecule_2(X)) ) ) ).
fof(a531279,axiom,
! [X] :
( nonpolar_region_1(X)
=> ( original_name_2(X,'Nonpolar-Region')
& user_description_2(X,'A part of a molecule that is nonpolar.')
& concept2words_2(X,'nonpolar region')
& concept2words_2(X,'nonpolar-region')
& hydrophobic_region_1(X)
& ~ ionic_region_1(X)
& ~ polar_region_1(X) ) ) ).
fof(a531280,axiom,
! [X] :
( nonpolar_substance_1(X)
=> ( original_name_2(X,'Nonpolar-Substance')
& user_description_2(X,'A substance whose individual molecules are nonpolar.')
& concept2words_2(X,'nonpolar substance')
& concept2words_2(X,'nonpolar-substance')
& hydrophobic_substance_1(X)
& ~ ionic_substance_1(X)
& ~ polar_substance_1(X) ) ) ).
fof(a531281,axiom,
! [X] :
( nonrenewable_resource_1(X)
=> ( original_name_2(X,'Nonrenewable-Resource')
& concept2words_2(X,'nonrenewable resource')
& concept2words_2(X,'nonrenewable-resource')
& resource_1(X)
& ~ renewable_resource_1(X) ) ) ).
fof(a531282,axiom,
! [X] :
( nonsense_mutation_1(X)
=> ( original_name_2(X,'Nonsense-Mutation')
& user_description_2(X,'A point mutation that results in a stop codon, leading to a prematurely shortened polypeptide chain.')
& concept2words_2(X,mutate)
& concept2words_2(X,'mutation of nonsense')
& concept2words_2(X,'nonsense mutation')
& concept2words_2(X,'nonsense-mutation')
& mutation_1(X) ) ) ).
fof(a531283,axiom,
! [X] :
( nonsister_chromatid_1(X)
=> ( original_name_2(X,'Nonsister-chromatid')
& user_description_2(X,'Nonsister chromatids are the two chromatids belonging to separate but homologous chromosomes')
& concept2words_2(X,chromosome)
& concept2words_2(X,'non sister chromatid')
& concept2words_2(X,'non-sister chromatid')
& concept2words_2(X,'nonsister chromatid')
& concept2words_2(X,'nonsister-chromatid')
& dna_1(X)
& chromatid_1(X)
& ~ sister_chromatid_1(X) ) ) ).
fof(a531284,axiom,
! [X] :
( nonspecific_defense_mechanism_1(X)
=> ( original_name_2(X,'Nonspecific-Defense-Mechanism')
& user_description_2(X,'Mechanisms of the immune system that work against a wide range of pathogens.')
& concept2words_2(X,'nonspecific defense mechanism')
& concept2words_2(X,'nonspecific-defense-mechanism')
& immune_response_1(X) ) ) ).
fof(a531285,axiom,
! [X] :
( norepinephrine_1(X)
=> ( original_name_2(X,'Norepinephrine')
& user_description_2(X,'Also known as noradrenaline; a molecule that is similar to epinephrine and functions as both a hormone and a neurotransmitter.')
& concept2words_2(X,norepinephrine)
& catecholamine_1(X)
& ~ dopamine_1(X)
& ~ epinephrine_1(X)
& ~ melatonin_1(X)
& ~ t3_1(X)
& ~ t4_1(X) ) ) ).
fof(a531286,axiom,
! [X] :
( norm_of_reaction_1(X)
=> ( original_name_2(X,'Norm-Of-Reaction')
& user_description_2(X,'The range of phenotypes produced by a single genotype, due to environmental influences.')
& concept2words_2(X,'phenotypic range')
& concept2words_2(X,'reaction norm')
& concept2words_2(X,'reaction-norm')
& concept2words_2(X,'norm of reaction')
& concept2words_2(X,'norm-of-reaction')
& gene_related_aggregates_1(X)
& environment_1(fn_norm_of_reaction_1(X))
& gene_1(fn_norm_of_reaction_2(X))
& interact_1(fn_norm_of_reaction_3(X))
& result_2(fn_norm_of_reaction_3(X),X)
& agent_2(fn_norm_of_reaction_3(X),fn_norm_of_reaction_2(X))
& agent_2(fn_norm_of_reaction_3(X),fn_norm_of_reaction_1(X))
& exactCardinality(fn_norm_of_reaction_3(X),agent_0,"1",gene_0) ) ) ).
fof(a531287,axiom,
! [X] :
( normal_1(X)
=> ( original_name_2(X,'Normal')
& user_description_2(X,'Behaves as expected; standard.')
& concept2words_2(X,normal)
& role_1(X) ) ) ).
fof(a531288,axiom,
! [X] :
( normal_person_1(X)
=> ( original_name_2(X,'Normal-Person')
& user_description_2(X,'A person who is normal with reference to a certain condition.')
& concept2words_2(X,'normal human')
& concept2words_2(X,'wild type person')
& concept2words_2(X,'wild-type person')
& concept2words_2(X,'person of normal')
& concept2words_2(X,'normal person')
& concept2words_2(X,'normal-person')
& person_1(X) ) ) ).
fof(a531289,axiom,
! [X] :
( northern_blotting_1(X)
=> ( original_name_2(X,'Northern-Blotting')
& user_description_2(X,'A technique for detecting specific nucleotide sequences in a sample of mRNA. It involves the use of gel electrophoresis to separate RNA pieces by size and hybridization with labeled probes.')
& concept2words_2(X,'blotting of northern')
& concept2words_2(X,'northern blotting')
& concept2words_2(X,'northern-blotting')
& biotechnology_1(X) ) ) ).
fof(a531290,axiom,
! [X] :
( northern_coniferous_1(X)
=> ( original_name_2(X,'Northern-Coniferous')
& user_description_2(X,'A terrestrial biome of the northern hemisphere, dominated by coniferous trees and long, cold winters.')
& concept2words_2(X,'northern coniferous')
& concept2words_2(X,'northern-coniferous')
& terrestrial_biome_1(X)
& ~ chaparral_1(X)
& ~ desert_1(X)
& ~ savanna_1(X)
& ~ temperate_broadleaf_forest_1(X)
& ~ temperate_grassland_1(X)
& ~ tropical_rain_forest_1(X)
& ~ tropics_1(X)
& ~ tundra_1(X) ) ) ).
fof(a531291,axiom,
! [X] :
( notochord_1(X)
=> ( original_name_2(X,'Notochord')
& user_description_2(X,'A flexible, mesodermally derived rod that runs longitudinally along the embryo of all vertebrate embryos.')
& concept2words_2(X,notochord)
& nervous_tissue_1(X)
& ~ brain_region_1(X)
& ~ ganglion_1(X)
& ~ gray_matter_1(X)
& ~ nerve_circuit_1(X)
& ~ neural_crest_1(X)
& ~ neuromast_1(X)
& ~ ommatidium_1(X)
& ~ optic_nerve_1(X)
& ~ retina_1(X)
& ~ white_matter_1(X) ) ) ).
fof(a531292,axiom,
! [X] :
( novel_dna_sequence_1(X)
=> ( original_name_2(X,'Novel-DNA-Sequence')
& user_description_2(X,'A new DNA sequence created through genetic modification.')
& concept2words_2(X,'novel dna sequence')
& concept2words_2(X,'novel-dna-sequence')
& modified_dna_1(X) ) ) ).
fof(a531293,axiom,
! [X] :
( nuclear_division_1(X)
=> ( original_name_2(X,'Nuclear-Division')
& user_description_2(X,'The process of the division of the nucleus in eukaryotic cells.')
& concept2words_2(X,divide)
& concept2words_2(X,'nuclear division')
& concept2words_2(X,'nuclear-division')
& divide_1(X)
& ~ cleavage_1(X)
& ~ cytokinesis_1(X)
& daughter_nucleus_1(fn_nuclear_division_1(X))
& nucleus_1(fn_nuclear_division_2(X))
& nucleus_1(fn_nuclear_division_3(X))
& plays_2(fn_nuclear_division_2(X),fn_nuclear_division_1(X))
& exactCardinality(X,result_0,"2",nucleus_0)
& result_2(X,fn_nuclear_division_2(X))
& object_2(X,fn_nuclear_division_3(X))
& fn_nuclear_division_3(X) = fn_impair_1(X) ) ) ).
fof(a531294,axiom,
! [X] :
( nuclear_lamina_1(X)
=> ( original_name_2(X,'Nuclear-Lamina')
& user_description_2(X,'Nuclear-lamina is an array of protein filaments which lines the nuclear side of the nuclear membrane. It maintains the shape of the nucleus')
& concept2words_2(X,'nuclear lamina')
& concept2words_2(X,'nuclear-lamina')
& cellular_structure_1(X)
& shape_value_1(fn_nuclear_lamina_2(X))
& protein_1(fn_nuclear_lamina_3(X))
& intermediate_filament_1(fn_nuclear_lamina_4(X))
& nuclear_membrane_1(fn_nuclear_lamina_5(X))
& support_1(fn_nuclear_lamina_6(X))
& tangible_entity_1(fn_support_1(fn_nuclear_lamina_6(X)))
& agent_2(fn_nuclear_lamina_6(X),X)
& is_along_2(X,fn_nuclear_lamina_5(X))
& has_part_2(X,fn_nuclear_lamina_4(X))
& has_part_2(X,fn_nuclear_lamina_3(X))
& shape_2(X,fn_nuclear_lamina_2(X))
& has_function_2(X,fn_nuclear_lamina_6(X))
& the_categorical_value_2(fn_nuclear_lamina_2(X),net_like_0)
& is_along_2(fn_nuclear_lamina_5(X),X)
& object_2(fn_nuclear_lamina_6(X),fn_nuclear_lamina_5(X))
& fn_nuclear_lamina_5(X) = fn_support_1(fn_nuclear_lamina_6(X)) ) ) ).
fof(a531295,axiom,
! [X] :
( nuclear_matrix_1(X)
=> ( original_name_2(X,'Nuclear-Matrix')
& user_description_2(X,'Nuclear-matrix is a framework of fibers extending throughout the nuclear interior')
& concept2words_2(X,'nuclear matrix')
& concept2words_2(X,'nuclear-matrix')
& subcellular_region_1(X) ) ) ).
fof(a531296,axiom,
! [X] :
( nuclear_membrane_1(X)
=> ( original_name_2(X,'Nuclear-Membrane')
& user_description_2(X,'Nuclear-Membrane is a double lipid bilayer that acts as a barrier enclosing the genetic material in eukaryotic cells')
& concept2words_2(X,'nuclear envelope')
& concept2words_2(X,'nuclear-envelope')
& concept2words_2(X,'perinuclear envelope')
& concept2words_2(X,'perinuclear-envelope')
& concept2words_2(X,nucleolemma)
& concept2words_2(X,karyotheca)
& concept2words_2(X,'nuclear membrane')
& concept2words_2(X,'nuclear-membrane')
& biomembrane_containing_double_lipid_bilayer_1(X)
& ~ chloroplast_membrane_1(X)
& ~ er_membrane_1(X)
& ~ lysosomal_membrane_1(X)
& ~ mitochondrial_membrane_1(X)
& ~ plasma_membrane_1(X)
& length_value_1(fn_nuclear_membrane_6(X))
& length_value_1(fn_nuclear_membrane_7(X))
& length_value_1(fn_nuclear_membrane_8(X))
& rough_endoplasmic_reticulum_1(fn_nuclear_membrane_9(X))
& length_value_1(fn_nuclear_membrane_10(X))
& length_value_1(fn_nuclear_membrane_11(X))
& length_value_1(fn_nuclear_membrane_12(X))
& aqueous_solution_1(fn_nuclear_membrane_18(X))
& intermembrane_space_1(fn_nuclear_membrane_19(X))
& spatial_entity_1(fn_nuclear_membrane_20(X))
& inner_membrane_1(fn_nuclear_membrane_20(X))
& attach_1(fn_nuclear_membrane_21(X))
& fusion_1(fn_nuclear_membrane_22(X))
& attach_1(fn_nuclear_membrane_23(X))
& bound_ribosome_1(fn_nuclear_membrane_24(X))
& pore_complex_1(fn_nuclear_membrane_25(X))
& nuclear_pore_1(fn_nuclear_membrane_26(X))
& spatial_entity_1(fn_nuclear_membrane_27(X))
& outer_membrane_1(fn_nuclear_membrane_27(X))
& spatial_entity_1(fn_attach_1(fn_nuclear_membrane_23(X)))
& nuclear_pore_1(fn_pore_complex_2(fn_nuclear_membrane_25(X)))
& spatial_entity_1(fn_add_1(fn_nuclear_membrane_22(X)))
& spatial_entity_1(fn_attach_2(fn_nuclear_membrane_23(X)))
& spatial_entity_1(fn_add_2(fn_nuclear_membrane_22(X)))
& spatial_entity_1(fn_attach_1(fn_nuclear_membrane_21(X)))
& nuclear_membrane_1(fn_pore_complex_5(fn_nuclear_membrane_25(X)))
& biomembrane_1(fn_pore_complex_5(fn_nuclear_membrane_25(X)))
& greater_than_or_equal_to_2(fn_nuclear_membrane_12(X),fn_nuclear_membrane_11(X))
& the_cardinal_value_2(fn_nuclear_membrane_11(X),"90.0")
& cardinal_unit_class_2(fn_nuclear_membrane_11(X),nanometer_0)
& the_cardinal_value_2(fn_nuclear_membrane_10(X),"110.0")
& cardinal_unit_class_2(fn_nuclear_membrane_10(X),nanometer_0)
& greater_than_or_equal_to_2(fn_nuclear_membrane_10(X),fn_nuclear_membrane_12(X))
& abuts_2(fn_nuclear_membrane_27(X),fn_nuclear_membrane_9(X))
& exactCardinality(X,has_part_0,"2",membrane_0)
& diameter_2(fn_nuclear_membrane_26(X),fn_nuclear_membrane_12(X))
& abuts_2(fn_nuclear_membrane_9(X),fn_nuclear_membrane_27(X))
& site_2(fn_nuclear_membrane_22(X),fn_nuclear_membrane_26(X))
& instrument_2(fn_nuclear_membrane_21(X),fn_nuclear_membrane_9(X))
& the_cardinal_value_2(fn_nuclear_membrane_8(X),"40.0e0")
& cardinal_unit_class_2(fn_nuclear_membrane_8(X),nanometer_0)
& greater_than_or_equal_to_2(fn_nuclear_membrane_8(X),fn_nuclear_membrane_6(X))
& the_cardinal_value_2(fn_nuclear_membrane_7(X),"20.0e0")
& cardinal_unit_class_2(fn_nuclear_membrane_7(X),nanometer_0)
& greater_than_or_equal_to_2(fn_nuclear_membrane_6(X),fn_nuclear_membrane_7(X))
& width_2(fn_nuclear_membrane_19(X),fn_nuclear_membrane_6(X))
& object_2(fn_nuclear_membrane_23(X),fn_nuclear_membrane_24(X))
& object_2(fn_nuclear_membrane_22(X),fn_nuclear_membrane_27(X))
& base_2(fn_nuclear_membrane_23(X),fn_nuclear_membrane_27(X))
& base_2(fn_nuclear_membrane_22(X),fn_nuclear_membrane_20(X))
& object_2(fn_nuclear_membrane_21(X),X)
& is_between_2(X,fn_nuclear_membrane_18(X))
& is_at_2(fn_nuclear_membrane_25(X),X)
& has_region_2(X,fn_nuclear_membrane_26(X))
& is_inside_2(fn_nuclear_membrane_26(X),fn_nuclear_membrane_25(X))
& has_part_2(X,fn_nuclear_membrane_25(X))
& has_region_2(X,fn_nuclear_membrane_19(X))
& is_between_2(fn_nuclear_membrane_19(X),fn_nuclear_membrane_20(X))
& has_part_2(X,fn_nuclear_membrane_20(X))
& has_part_2(X,fn_nuclear_membrane_27(X))
& is_between_2(fn_nuclear_membrane_19(X),fn_nuclear_membrane_27(X))
& fn_nuclear_membrane_24(X) = fn_attach_1(fn_nuclear_membrane_23(X))
& fn_nuclear_membrane_27(X) = fn_add_1(fn_nuclear_membrane_22(X))
& fn_nuclear_membrane_27(X) = fn_attach_2(fn_nuclear_membrane_23(X))
& fn_nuclear_membrane_20(X) = fn_add_2(fn_nuclear_membrane_22(X))
& X = fn_attach_1(fn_nuclear_membrane_21(X))
& fn_nuclear_membrane_18(X) = fn_biomembrane_14(X)
& fn_nuclear_membrane_18(X) = fn_biomembrane_15(X)
& fn_nuclear_membrane_26(X) = fn_pore_complex_2(fn_nuclear_membrane_25(X))
& X = fn_pore_complex_5(fn_nuclear_membrane_25(X))
& fn_nuclear_membrane_27(X) = fn_biomembrane_containing_double_lipid_bilayer_1(X)
& fn_nuclear_membrane_20(X) = fn_biomembrane_containing_double_lipid_bilayer_2(X)
& fn_nuclear_membrane_19(X) = fn_biomembrane_containing_double_lipid_bilayer_3(X)
& fn_biomembrane_14(X) = fn_biomembrane_15(X)
& fn_biomembrane_15(X) = fn_add_1(fn_nuclear_membrane_22(X))
& fn_add_1(fn_nuclear_membrane_22(X)) = fn_attach_2(fn_nuclear_membrane_23(X))
& fn_attach_2(fn_nuclear_membrane_23(X)) = fn_attach_2(fn_nuclear_membrane_23(X))
& fn_attach_2(fn_nuclear_membrane_23(X)) = fn_biomembrane_containing_double_lipid_bilayer_1(X)
& fn_biomembrane_containing_double_lipid_bilayer_1(X) = fn_biomembrane_containing_double_lipid_bilayer_1(X)
& fn_biomembrane_containing_double_lipid_bilayer_1(X) = fn_add_2(fn_nuclear_membrane_22(X))
& fn_add_2(fn_nuclear_membrane_22(X)) = fn_biomembrane_containing_double_lipid_bilayer_2(X)
& fn_biomembrane_containing_double_lipid_bilayer_2(X) = fn_biomembrane_containing_double_lipid_bilayer_2(X)
& fn_biomembrane_containing_double_lipid_bilayer_2(X) = fn_attach_1(fn_nuclear_membrane_21(X))
& fn_attach_1(fn_nuclear_membrane_21(X)) = fn_pore_complex_5(fn_nuclear_membrane_25(X))
& fn_pore_complex_5(fn_nuclear_membrane_25(X)) = fn_pore_complex_5(fn_nuclear_membrane_25(X)) ) ) ).
fof(a531297,axiom,
! [X] :
( nuclear_pore_1(X)
=> ( original_name_2(X,'Nuclear-Pore')
& user_description_2(X,'Channel through the nuclear envelope that allows selected molecules to move between the nucleus and cytoplasm.')
& concept2words_2(X,'nuclear pore')
& concept2words_2(X,'nuclear-pore')
& pore_1(X) ) ) ).
fof(a531298,axiom,
! [X] :
( nuclear_receptor_1(X)
=> ( original_name_2(X,'Nuclear-Receptor')
& user_description_2(X,'Receptor proteins found in the nuclear membrane responsible for regulation of gene expression.')
& concept2words_2(X,'nuclear receptor')
& concept2words_2(X,'nuclear-receptor')
& intracellular_receptor_1(X) ) ) ).
fof(a531299,axiom,
! [X] :
( nuclear_response_1(X)
=> ( original_name_2(X,'Nuclear-Response')
& user_description_2(X,'During a cell signalling event, a cellular response which occurs in the nucleus of the cell.')
& concept2words_2(X,respond)
& concept2words_2(X,'nuclear response')
& concept2words_2(X,'nuclear-response')
& cellular_response_1(X) ) ) ).
fof(a531300,axiom,
! [X] :
( nuclear_transmutation_1(X)
=> ( original_name_2(X,'Nuclear-Transmutation')
& user_description_2(X,'The process in which radioactive decay results in an atom of one element transforming into an atom of another element, through the loss of one or more protons.')
& concept2words_2(X,'undergo nuclear transmutation')
& concept2words_2(X,'nuclear transmutation')
& concept2words_2(X,'nuclear-transmutation')
& radioactivity_1(X)
& atomic_mass_value_1(fn_nuclear_transmutation_1(X))
& emit_1(fn_nuclear_transmutation_3(X))
& proton_1(fn_nuclear_transmutation_4(X))
& valence_electron_1(fn_nuclear_transmutation_5(X))
& atomic_nucleus_1(fn_nuclear_transmutation_6(X))
& atom_1(fn_nuclear_transmutation_9(X))
& radioactive_isotope_1(fn_nuclear_transmutation_9(X))
& proton_1(fn_nuclear_transmutation_10(X))
& quantity_value_1(fn_nuclear_transmutation_11(X))
& quantity_value_1(fn_nuclear_transmutation_12(X))
& proton_1(fn_nuclear_transmutation_13(X))
& move_1(fn_nuclear_transmutation_14(X))
& emit_1(fn_nuclear_transmutation_14(X))
& atomic_nucleus_1(fn_nuclear_transmutation_15(X))
& atom_1(fn_nuclear_transmutation_16(X))
& atom_1(fn_atomic_nucleus_4(fn_nuclear_transmutation_15(X)))
& property_node_1(fn_atomic_nucleus_6(fn_nuclear_transmutation_15(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_nuclear_transmutation_15(X)))
& proton_1(fn_atomic_nucleus_9(fn_nuclear_transmutation_15(X)))
& property_node_1(fn_atomic_nucleus_6(fn_nuclear_transmutation_6(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_nuclear_transmutation_6(X)))
& proton_1(fn_atomic_nucleus_9(fn_nuclear_transmutation_6(X)))
& spatial_entity_1(fn_move_1(fn_nuclear_transmutation_14(X)))
& electron_1(fn_atom_14(fn_nuclear_transmutation_9(X)))
& electron_1(fn_atomic_nucleus_8(fn_nuclear_transmutation_6(X)))
& atomic_nucleus_1(fn_atom_18(fn_nuclear_transmutation_9(X)))
& emit_1(fn_radioactive_isotope_2(fn_nuclear_transmutation_9(X)))
& emit_1(fn_radioactive_isotope_1(fn_nuclear_transmutation_9(X)))
& atom_1(fn_atomic_nucleus_4(fn_nuclear_transmutation_6(X)))
& radioactivity_1(fn_radioactive_isotope_3(fn_nuclear_transmutation_9(X)))
& minCardinality(fn_nuclear_transmutation_14(X),object_0,"1",proton_0)
& fn_nuclear_transmutation_13(X) != fn_nuclear_transmutation_5(X)
& fn_nuclear_transmutation_13(X) != fn_nuclear_transmutation_4(X)
& result_2(X,fn_nuclear_transmutation_16(X))
& greater_than_2(fn_nuclear_transmutation_12(X),fn_nuclear_transmutation_11(X))
& mass_number_2(fn_nuclear_transmutation_9(X),fn_nuclear_transmutation_1(X))
& fn_nuclear_transmutation_5(X) != fn_nuclear_transmutation_13(X)
& fn_nuclear_transmutation_4(X) != fn_nuclear_transmutation_13(X)
& object_2(fn_nuclear_transmutation_14(X),fn_nuclear_transmutation_13(X))
& object_2(fn_nuclear_transmutation_3(X),fn_nuclear_transmutation_13(X))
& is_inside_2(fn_nuclear_transmutation_13(X),fn_nuclear_transmutation_6(X))
& has_region_2(fn_nuclear_transmutation_16(X),fn_nuclear_transmutation_15(X))
& is_inside_2(fn_nuclear_transmutation_10(X),fn_nuclear_transmutation_15(X))
& quantity_2(fn_nuclear_transmutation_10(X),fn_nuclear_transmutation_11(X))
& is_inside_2(fn_nuclear_transmutation_4(X),fn_nuclear_transmutation_6(X))
& quantity_2(fn_nuclear_transmutation_4(X),fn_nuclear_transmutation_12(X))
& is_near_2(fn_nuclear_transmutation_5(X),fn_nuclear_transmutation_6(X))
& is_near_2(fn_nuclear_transmutation_6(X),fn_nuclear_transmutation_5(X))
& has_region_2(fn_nuclear_transmutation_9(X),fn_nuclear_transmutation_6(X))
& first_subevent_2(X,fn_nuclear_transmutation_3(X))
& base_2(fn_nuclear_transmutation_3(X),fn_nuclear_transmutation_9(X))
& base_2(fn_nuclear_transmutation_14(X),fn_nuclear_transmutation_9(X))
& fn_nuclear_transmutation_3(X) != fn_nuclear_transmutation_14(X)
& fn_nuclear_transmutation_14(X) != fn_nuclear_transmutation_3(X)
& has_function_2(fn_nuclear_transmutation_9(X),X)
& subevent_2(X,fn_nuclear_transmutation_14(X))
& origin_2(fn_nuclear_transmutation_14(X),fn_nuclear_transmutation_9(X))
& object_2(X,fn_nuclear_transmutation_9(X))
& subevent_2(X,fn_nuclear_transmutation_3(X))
& fn_nuclear_transmutation_13(X) = fn_move_1(fn_nuclear_transmutation_14(X))
& fn_nuclear_transmutation_13(X) = fn_radioactivity_4(X)
& fn_nuclear_transmutation_16(X) = fn_atomic_nucleus_4(fn_nuclear_transmutation_15(X))
& fn_nuclear_transmutation_8(X) = fn_atomic_nucleus_6(fn_nuclear_transmutation_15(X))
& fn_nuclear_transmutation_11(X) = fn_atomic_nucleus_2(fn_nuclear_transmutation_15(X))
& fn_nuclear_transmutation_10(X) = fn_atomic_nucleus_9(fn_nuclear_transmutation_15(X))
& fn_nuclear_transmutation_7(X) = fn_atomic_nucleus_6(fn_nuclear_transmutation_6(X))
& fn_nuclear_transmutation_12(X) = fn_atomic_nucleus_2(fn_nuclear_transmutation_6(X))
& fn_nuclear_transmutation_4(X) = fn_atomic_nucleus_9(fn_nuclear_transmutation_6(X))
& fn_nuclear_transmutation_5(X) = fn_atom_14(fn_nuclear_transmutation_9(X))
& fn_nuclear_transmutation_5(X) = fn_atomic_nucleus_8(fn_nuclear_transmutation_6(X))
& fn_nuclear_transmutation_9(X) = fn_atomic_nucleus_4(fn_nuclear_transmutation_6(X))
& fn_nuclear_transmutation_6(X) = fn_atom_18(fn_nuclear_transmutation_9(X))
& fn_nuclear_transmutation_6(X) = fn_radioactivity_2(X)
& fn_nuclear_transmutation_3(X) = fn_radioactivity_5(X)
& fn_nuclear_transmutation_3(X) = fn_radioactive_isotope_2(fn_nuclear_transmutation_9(X))
& fn_nuclear_transmutation_14(X) = fn_radioactive_isotope_2(fn_nuclear_transmutation_9(X))
& fn_nuclear_transmutation_14(X) = fn_radioactivity_7(X)
& fn_nuclear_transmutation_14(X) = fn_radioactive_isotope_1(fn_nuclear_transmutation_9(X))
& fn_nuclear_transmutation_9(X) = fn_radioactivity_3(X)
& X = fn_radioactive_isotope_3(fn_nuclear_transmutation_9(X))
& fn_move_1(fn_nuclear_transmutation_14(X)) = fn_radioactivity_4(X)
& fn_radioactivity_4(X) = fn_radioactivity_4(X)
& fn_radioactivity_4(X) = fn_atom_14(fn_nuclear_transmutation_9(X))
& fn_atomic_nucleus_8(fn_nuclear_transmutation_6(X)) = fn_atom_14(fn_nuclear_transmutation_9(X))
& fn_atom_14(fn_nuclear_transmutation_9(X)) = fn_atomic_nucleus_8(fn_nuclear_transmutation_6(X))
& fn_atomic_nucleus_8(fn_nuclear_transmutation_6(X)) = fn_radioactivity_2(X)
& fn_radioactivity_2(X) = fn_atom_18(fn_nuclear_transmutation_9(X))
& fn_atom_18(fn_nuclear_transmutation_9(X)) = fn_atom_18(fn_nuclear_transmutation_9(X))
& fn_atom_18(fn_nuclear_transmutation_9(X)) = fn_radioactivity_2(X)
& fn_radioactivity_2(X) = fn_radioactivity_5(X)
& fn_radioactivity_5(X) = fn_radioactivity_5(X)
& fn_radioactivity_5(X) = fn_radioactive_isotope_2(fn_nuclear_transmutation_9(X))
& fn_radioactivity_7(X) = fn_radioactive_isotope_2(fn_nuclear_transmutation_9(X))
& fn_radioactive_isotope_2(fn_nuclear_transmutation_9(X)) = fn_radioactivity_7(X)
& fn_radioactivity_7(X) = fn_radioactivity_7(X)
& fn_radioactive_isotope_1(fn_nuclear_transmutation_9(X)) = fn_radioactivity_7(X)
& fn_radioactivity_7(X) = fn_radioactive_isotope_1(fn_nuclear_transmutation_9(X))
& fn_radioactive_isotope_1(fn_nuclear_transmutation_9(X)) = fn_atomic_nucleus_4(fn_nuclear_transmutation_6(X))
& fn_atomic_nucleus_4(fn_nuclear_transmutation_6(X)) = fn_radioactivity_3(X)
& fn_radioactivity_3(X) = fn_radioactivity_3(X)
& fn_radioactive_isotope_3(fn_nuclear_transmutation_9(X)) = fn_radioactive_isotope_3(fn_nuclear_transmutation_9(X)) ) ) ).
fof(a531301,axiom,
! [X] :
( nuclear_transplantation_1(X)
=> ( original_name_2(X,'Nuclear-Transplantation')
& user_description_2(X,'A process in which the nucleus from one cell is transplanted to a cell from which the original nucleus has been removed.')
& concept2words_2(X,transplant)
& concept2words_2(X,'nuclear transplantation')
& concept2words_2(X,'nuclear-transplantation')
& technique_1(X)
& ~ absolute_dating_1(X)
& ~ atomic_tracking_1(X)
& ~ autoradiography_1(X)
& ~ cloning_1(X)
& ~ dna_mapping_1(X)
& ~ dna_microarray_1(X)
& ~ fetoscopy_1(X)
& ~ genetic_linkage_mapping_1(X)
& ~ gram_stain_1(X)
& ~ in_situ_hybridization_1(X)
& ~ in_vitro_hybridization_1(X)
& ~ mark_recapture_method_1(X)
& ~ microscopy_1(X)
& ~ molecular_clock_1(X)
& ~ population_viability_analysis_1(X)
& ~ positron_emission_tomography_1(X)
& ~ radiometric_dating_1(X)
& ~ rule_of_addition_1(X)
& ~ shotgun_sequencing_1(X)
& ~ testcross_1(X)
& ~ x_ray_crystallography_1(X)
& cell_1(fn_nuclear_transplantation_1(X))
& spatial_entity_1(fn_nuclear_transplantation_2(X))
& eukaryotic_cell_1(fn_nuclear_transplantation_2(X))
& add_1(fn_nuclear_transplantation_3(X))
& remove_1(fn_nuclear_transplantation_4(X))
& spatial_entity_1(fn_nuclear_transplantation_5(X))
& tangible_entity_1(fn_nuclear_transplantation_5(X))
& nucleus_1(fn_nuclear_transplantation_5(X))
& spatial_entity_1(fn_remove_2(fn_nuclear_transplantation_4(X)))
& spatial_entity_1(fn_add_2(fn_nuclear_transplantation_3(X)))
& spatial_entity_1(fn_add_1(fn_nuclear_transplantation_3(X)))
& spatial_entity_1(fn_remove_1(fn_nuclear_transplantation_4(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_nuclear_transplantation_2(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_nuclear_transplantation_2(X)))
& donor_2(X,fn_nuclear_transplantation_2(X))
& subevent_2(X,fn_nuclear_transplantation_4(X))
& subevent_2(X,fn_nuclear_transplantation_3(X))
& next_event_2(fn_nuclear_transplantation_4(X),fn_nuclear_transplantation_3(X))
& base_2(fn_nuclear_transplantation_4(X),fn_nuclear_transplantation_2(X))
& object_2(fn_nuclear_transplantation_3(X),fn_nuclear_transplantation_5(X))
& object_2(fn_nuclear_transplantation_4(X),fn_nuclear_transplantation_5(X))
& base_2(fn_nuclear_transplantation_3(X),fn_nuclear_transplantation_1(X))
& has_part_2(fn_nuclear_transplantation_2(X),fn_nuclear_transplantation_5(X))
& fn_nuclear_transplantation_2(X) = fn_remove_2(fn_nuclear_transplantation_4(X))
& fn_nuclear_transplantation_5(X) = fn_add_1(fn_nuclear_transplantation_3(X))
& fn_nuclear_transplantation_5(X) = fn_remove_1(fn_nuclear_transplantation_4(X))
& fn_nuclear_transplantation_1(X) = fn_add_2(fn_nuclear_transplantation_3(X))
& fn_nuclear_transplantation_5(X) = fn_eukaryotic_cell_26(fn_nuclear_transplantation_2(X))
& fn_add_1(fn_nuclear_transplantation_3(X)) = fn_remove_1(fn_nuclear_transplantation_4(X))
& fn_remove_1(fn_nuclear_transplantation_4(X)) = fn_remove_1(fn_nuclear_transplantation_4(X))
& fn_remove_1(fn_nuclear_transplantation_4(X)) = fn_eukaryotic_cell_26(fn_nuclear_transplantation_2(X)) ) ) ).
fof(a531302,axiom,
! [X,X2,X1] :
( ( experiencer_2(X,X1)
& base_2(X,X2)
& animal_1(X1)
& nuclear_transplantation_1(X)
& animal_cell_1(X2) )
=> ( nuclear_transplantation_in_animal_1(X)
& fn_nuclear_transplantation_in_animal_3(X) = X1
& fn_nuclear_transplantation_in_animal_2(X) = X2 ) ) ).
fof(a531303,axiom,
! [X] :
( nuclear_transplantation_in_animal_1(X)
=> ( original_name_2(X,'Nuclear-Transplantation-In-Animal')
& user_description_2(X,'The technique of placing a nucleus from another source into an enucleated animal cell is called nuclear transplantation in animal.')
& concept2words_2(X,transplant)
& concept2words_2(X,'nuclear transplantation in animal')
& concept2words_2(X,'nuclear-transplantation-in-animal')
& nuclear_transplantation_1(X)
& animal_cell_1(fn_nuclear_transplantation_in_animal_2(X))
& animal_1(fn_nuclear_transplantation_in_animal_3(X))
& base_2(X,fn_nuclear_transplantation_in_animal_2(X))
& experiencer_2(X,fn_nuclear_transplantation_in_animal_3(X)) ) ) ).
fof(a531304,axiom,
! [X,X1,X2] :
( ( experiencer_2(X,X1)
& base_2(X,X2)
& animal_1(X1)
& nuclear_transplantation_in_animal_1(X)
& zygote_1(X2) )
=> ( nuclear_transplantation_in_animal_zygote_1(X)
& fn_nuclear_transplantation_in_animal_zygote_3(X) = X2
& fn_nuclear_transplantation_in_animal_zygote_2(X) = X1 ) ) ).
fof(a531305,axiom,
! [X] :
( nuclear_transplantation_in_animal_zygote_1(X)
=> ( original_name_2(X,'Nuclear-Transplantation-In-Animal-Zygote')
& user_description_2(X,'The technique of placing a nucleus from another source into an enucleated animal zygote.')
& concept2words_2(X,transplant)
& concept2words_2(X,'nuclear transplantation in animal zygote')
& concept2words_2(X,'nuclear-transplantation-in-animal-zygote')
& nuclear_transplantation_in_animal_1(X)
& ~ undifferentiated_cell_nucleus_transplantation_to_frog_egg_1(X)
& ~ nuclear_transplantation_in_unfertilized_animal_egg_cell_1(X)
& animal_1(fn_nuclear_transplantation_in_animal_zygote_2(X))
& zygote_1(fn_nuclear_transplantation_in_animal_zygote_3(X))
& base_2(X,fn_nuclear_transplantation_in_animal_zygote_3(X))
& experiencer_2(X,fn_nuclear_transplantation_in_animal_zygote_2(X))
& fn_nuclear_transplantation_in_animal_zygote_3(X) = fn_nuclear_transplantation_in_animal_2(X)
& fn_nuclear_transplantation_in_animal_zygote_2(X) = fn_nuclear_transplantation_in_animal_3(X) ) ) ).
fof(a531306,axiom,
! [X,X2,X1] :
( ( base_2(X,X1)
& experiencer_2(X,X2)
& egg_1(X1)
& animal_cell_1(X1)
& nuclear_transplantation_in_animal_1(X)
& animal_1(X2) )
=> ( nuclear_transplantation_in_unfertilized_animal_egg_cell_1(X)
& fn_nuclear_transplantation_in_unfertilized_animal_egg_cell_4(X) = X1
& fn_nuclear_transplantation_in_unfertilized_animal_egg_cell_3(X) = X2 ) ) ).
fof(a531307,axiom,
! [X] :
( nuclear_transplantation_in_unfertilized_animal_egg_cell_1(X)
=> ( original_name_2(X,'Nuclear-Transplantation-In-Unfertilized-Animal-Egg-Cell')
& user_description_2(X,'The technique of placing a nucleus from another source into an enucleated unfertilized animal egg cell.')
& concept2words_2(X,transplant)
& concept2words_2(X,'nuclear transplantation in unfertilized animal egg cell')
& concept2words_2(X,'nuclear-transplantation-in-unfertilized-animal-egg-cell')
& nuclear_transplantation_in_animal_1(X)
& ~ nuclear_transplantation_in_animal_zygote_1(X)
& ~ undifferentiated_cell_nucleus_transplantation_to_frog_egg_1(X)
& animal_cell_1(fn_nuclear_transplantation_in_unfertilized_animal_egg_cell_2(X))
& animal_1(fn_nuclear_transplantation_in_unfertilized_animal_egg_cell_3(X))
& egg_1(fn_nuclear_transplantation_in_unfertilized_animal_egg_cell_4(X))
& animal_cell_1(fn_animal_21(fn_nuclear_transplantation_in_unfertilized_animal_egg_cell_3(X)))
& fn_nuclear_transplantation_in_unfertilized_animal_egg_cell_2(X) != fn_nuclear_transplantation_in_unfertilized_animal_egg_cell_4(X)
& has_part_2(fn_nuclear_transplantation_in_unfertilized_animal_egg_cell_3(X),fn_nuclear_transplantation_in_unfertilized_animal_egg_cell_4(X))
& fn_nuclear_transplantation_in_unfertilized_animal_egg_cell_4(X) != fn_nuclear_transplantation_in_unfertilized_animal_egg_cell_2(X)
& base_2(X,fn_nuclear_transplantation_in_unfertilized_animal_egg_cell_4(X))
& experiencer_2(X,fn_nuclear_transplantation_in_unfertilized_animal_egg_cell_3(X))
& has_part_2(fn_nuclear_transplantation_in_unfertilized_animal_egg_cell_3(X),fn_nuclear_transplantation_in_unfertilized_animal_egg_cell_2(X))
& fn_nuclear_transplantation_in_unfertilized_animal_egg_cell_4(X) = fn_nuclear_transplantation_in_animal_2(X)
& fn_nuclear_transplantation_in_unfertilized_animal_egg_cell_3(X) = fn_nuclear_transplantation_in_animal_3(X)
& fn_nuclear_transplantation_in_unfertilized_animal_egg_cell_2(X) = fn_animal_21(fn_nuclear_transplantation_in_unfertilized_animal_egg_cell_3(X)) ) ) ).
fof(a531308,axiom,
! [X] :
( nucleariid_1(X)
=> ( original_name_2(X,'Nucleariid')
& user_description_2(X,'A type of amoeboid protist that is more closely related to fungi than to other protists')
& concept2words_2(X,nucleariid)
& amoeba_1(X) ) ) ).
fof(a531309,axiom,
! [X] :
( nuclease_1(X)
=> ( original_name_2(X,'Nuclease')
& user_description_2(X,'A nuclease is a type of enzyme specialized for hydrolysis of nucleic acids resulting in the removal of single nucleotides or complete dissassociation of the entire molecule.')
& concept2words_2(X,'dna cutting enzyme')
& concept2words_2(X,'dna-cutting-enzyme')
& concept2words_2(X,nuclease)
& hydrolase_1(X)
& repair_enzyme_1(X)
& ~ digestive_enzyme_1(X)
& ~ lysosomal_enzyme_1(X)
& ~ ribonuclease_1(X)
& chemical_reaction_1(fn_nuclease_1(X))
& exergonic_reaction_1(fn_nuclease_1(X))
& hydrolysis_1(fn_nuclease_1(X))
& water_molecule_1(fn_nuclease_2(X))
& reactant_1(fn_nuclease_3(X))
& break_1(fn_nuclease_4(X))
& nucleic_acid_1(fn_nuclease_5(X))
& phosphodiester_bond_1(fn_nuclease_6(X))
& break_1(fn_nuclease_7(X))
& tangible_entity_1(fn_impair_1(fn_nuclease_7(X)))
& water_molecule_1(fn_hydrolysis_10(fn_nuclease_1(X)))
& tangible_entity_1(fn_impair_1(fn_nuclease_4(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_nuclease_1(X)))
& chemical_entity_1(fn_reactant_3(fn_nuclease_3(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_nuclease_1(X)))
& chemical_reaction_1(fn_reactant_2(fn_nuclease_3(X)))
& agent_2(fn_nuclease_4(X),X)
& agent_2(fn_nuclease_7(X),X)
& object_2(fn_nuclease_4(X),fn_nuclease_5(X))
& in_event_2(fn_nuclease_3(X),fn_nuclease_1(X))
& object_2(fn_nuclease_7(X),fn_nuclease_6(X))
& plays_2(fn_nuclease_5(X),fn_nuclease_3(X))
& has_function_2(X,fn_nuclease_1(X))
& raw_material_2(fn_nuclease_1(X),fn_nuclease_5(X))
& fn_nuclease_5(X) != fn_nuclease_2(X)
& raw_material_2(fn_nuclease_1(X),fn_nuclease_2(X))
& fn_nuclease_2(X) != fn_nuclease_5(X)
& fn_nuclease_5(X) = fn_impair_1(fn_nuclease_4(X))
& fn_nuclease_6(X) = fn_impair_1(fn_nuclease_7(X))
& fn_nuclease_1(X) = fn_hydrolase_1(X)
& fn_nuclease_2(X) = fn_hydrolysis_10(fn_nuclease_1(X))
& fn_nuclease_1(X) = fn_reactant_2(fn_nuclease_3(X))
& fn_nuclease_5(X) = fn_reactant_3(fn_nuclease_3(X))
& fn_nuclease_5(X) = fn_exergonic_reaction_10(fn_nuclease_1(X))
& fn_nuclease_5(X) = fn_hydrolysis_11(fn_nuclease_1(X))
& fn_impair_1(fn_nuclease_4(X)) = fn_exergonic_reaction_10(fn_nuclease_1(X))
& fn_reactant_3(fn_nuclease_3(X)) = fn_reactant_3(fn_nuclease_3(X))
& fn_reactant_3(fn_nuclease_3(X)) = fn_exergonic_reaction_10(fn_nuclease_1(X))
& fn_exergonic_reaction_10(fn_nuclease_1(X)) = fn_reactant_3(fn_nuclease_3(X))
& fn_hydrolysis_11(fn_nuclease_1(X)) = fn_reactant_3(fn_nuclease_3(X))
& fn_reactant_3(fn_nuclease_3(X)) = fn_hydrolysis_11(fn_nuclease_1(X))
& fn_hydrolysis_11(fn_nuclease_1(X)) = fn_reactant_2(fn_nuclease_3(X))
& fn_reactant_2(fn_nuclease_3(X)) = fn_hydrolase_1(X)
& fn_hydrolase_1(X) = fn_reactant_2(fn_nuclease_3(X)) ) ) ).
fof(a531310,axiom,
! [X] :
( nucleic_acid_1(X)
=> ( original_name_2(X,'Nucleic-Acid')
& user_description_2(X,'Nucleic-acid is a macromolecule made up of nucleotides. It is one of the structural components of the cell. In an organism, it serves as a carrier of genetic information')
& concept2words_2(X,'heredity material')
& concept2words_2(X,'heredity-material')
& concept2words_2(X,'hereditary material')
& concept2words_2(X,'hereditary-material')
& concept2words_2(X,'genetic material')
& concept2words_2(X,'nucleic acid')
& concept2words_2(X,'nucleic-acid')
& organic_molecule_1(X)
& polymer_1(X)
& ~ aldose_1(X)
& ~ disaccharide_1(X)
& ~ oligosaccharide_1(X)
& ~ polypeptide_1(X)
& ~ polysaccharide_1(X)
& ~ protein_1(X)
& ~ sporopollenin_1(X)
& electronegativity_value_1(fn_nucleic_acid_2(X))
& number_3_prime_region_1(fn_nucleic_acid_3(X))
& number_5_prime_region_1(fn_nucleic_acid_4(X))
& hydrogen_1(fn_nucleic_acid_6(X))
& entity_1(fn_nucleic_acid_6(X))
& chemical_entity_1(fn_nucleic_acid_6(X))
& atom_1(fn_nucleic_acid_6(X))
& atomic_number_value_1(fn_nucleic_acid_7(X))
& quantity_value_1(fn_nucleic_acid_9(X))
& quantity_value_1(fn_nucleic_acid_10(X))
& asymmetrical_distribution_1(fn_nucleic_acid_11(X))
& constant_motion_1(fn_nucleic_acid_12(X))
& electronegativity_value_1(fn_nucleic_acid_13(X))
& hold_together_1(fn_nucleic_acid_14(X))
& entity_1(fn_nucleic_acid_15(X))
& chemical_entity_1(fn_nucleic_acid_15(X))
& atom_1(fn_nucleic_acid_15(X))
& carbon_1(fn_nucleic_acid_15(X))
& ester_linkage_1(fn_nucleic_acid_16(X))
& atom_1(fn_nucleic_acid_17(X))
& oxygen_1(fn_nucleic_acid_17(X))
& hold_together_1(fn_nucleic_acid_18(X))
& covalent_bond_1(fn_nucleic_acid_19(X))
& chemical_bond_1(fn_nucleic_acid_19(X))
& phosphodiester_bond_1(fn_nucleic_acid_19(X))
& nucleoside_monophosphate_1(fn_nucleic_acid_20(X))
& pentose_1(fn_nucleic_acid_21(X))
& chemical_bond_1(fn_nucleic_acid_22(X))
& covalent_bond_1(fn_nucleic_acid_22(X))
& phosphodiester_bond_1(fn_nucleic_acid_22(X))
& unequal_sharing_1(fn_nucleic_acid_23(X))
& electron_1(fn_nucleic_acid_24(X))
& valence_electron_1(fn_nucleic_acid_24(X))
& entity_1(fn_nucleic_acid_25(X))
& tangible_entity_1(fn_nucleic_acid_25(X))
& electron_1(fn_nucleic_acid_25(X))
& valence_electron_1(fn_nucleic_acid_25(X))
& oxygen_1(fn_nucleic_acid_26(X))
& entity_1(fn_nucleic_acid_27(X))
& chemical_entity_1(fn_nucleic_acid_27(X))
& atom_1(fn_nucleic_acid_27(X))
& oxygen_1(fn_nucleic_acid_27(X))
& size_value_1(fn_nucleic_acid_28(X))
& size_value_1(fn_nucleic_acid_29(X))
& system_1(fn_nucleic_acid_35(X))
& chemical_bond_1(fn_molecule_10(fn_nucleic_acid_21(X)))
& entity_1(fn_share_1(fn_nucleic_acid_23(X)))
& property_node_1(fn_hydrogen_1(fn_nucleic_acid_6(X)))
& electronegativity_value_1(fn_hydrogen_2(fn_nucleic_acid_6(X)))
& constant_motion_1(fn_covalent_bond_16(fn_nucleic_acid_22(X)))
& asymmetrical_distribution_1(fn_covalent_bond_1(fn_nucleic_acid_22(X)))
& property_node_1(fn_phosphodiester_bond_3(fn_nucleic_acid_22(X)))
& property_node_1(fn_phosphodiester_bond_2(fn_nucleic_acid_22(X)))
& property_node_1(fn_phosphodiester_bond_44(fn_nucleic_acid_22(X)))
& system_1(fn_phosphodiester_bond_20(fn_nucleic_acid_22(X)))
& equation_big_node_1(fn_phosphodiester_bond_1(fn_nucleic_acid_22(X)))
& atomic_number_value_1(fn_phosphodiester_bond_26(fn_nucleic_acid_22(X)))
& quantity_value_1(fn_phosphodiester_bond_28(fn_nucleic_acid_22(X)))
& quantity_value_1(fn_phosphodiester_bond_34(fn_nucleic_acid_22(X)))
& electron_1(fn_phosphodiester_bond_23(fn_nucleic_acid_22(X)))
& valence_electron_1(fn_phosphodiester_bond_23(fn_nucleic_acid_22(X)))
& hold_together_1(fn_phosphodiester_bond_17(fn_nucleic_acid_19(X)))
& hold_together_1(fn_phosphodiester_bond_14(fn_nucleic_acid_19(X)))
& entity_1(fn_share_3(fn_nucleic_acid_23(X)))
& entity_1(fn_covalent_bond_20(fn_nucleic_acid_22(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_nucleic_acid_22(X)))
& atom_1(fn_covalent_bond_20(fn_nucleic_acid_22(X)))
& entity_1(fn_covalent_bond_19(fn_nucleic_acid_22(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_nucleic_acid_22(X)))
& atom_1(fn_covalent_bond_19(fn_nucleic_acid_22(X)))
& atom_1(fn_phosphodiester_bond_27(fn_nucleic_acid_22(X)))
& oxygen_1(fn_phosphodiester_bond_27(fn_nucleic_acid_22(X)))
& valence_electron_1(fn_covalent_bond_15(fn_nucleic_acid_22(X)))
& valence_electron_1(fn_covalent_bond_18(fn_nucleic_acid_22(X)))
& entity_1(fn_phosphodiester_bond_38(fn_nucleic_acid_22(X)))
& tangible_entity_1(fn_phosphodiester_bond_38(fn_nucleic_acid_22(X)))
& electron_1(fn_phosphodiester_bond_38(fn_nucleic_acid_22(X)))
& valence_electron_1(fn_phosphodiester_bond_38(fn_nucleic_acid_22(X)))
& equation_set_1(fn_phosphodiester_bond_22(fn_nucleic_acid_22(X)))
& equation_set_1(fn_phosphodiester_bond_31(fn_nucleic_acid_22(X)))
& share_1(fn_covalent_bond_17(fn_nucleic_acid_22(X)))
& share_1(fn_phosphodiester_bond_6(fn_nucleic_acid_22(X)))
& ester_linkage_1(fn_phosphodiester_bond_30(fn_nucleic_acid_19(X)))
& ester_linkage_1(fn_phosphodiester_bond_29(fn_nucleic_acid_19(X)))
& atom_1(fn_phosphodiester_bond_18(fn_nucleic_acid_19(X)))
& oxygen_1(fn_phosphodiester_bond_18(fn_nucleic_acid_19(X)))
& atom_1(fn_phosphodiester_bond_27(fn_nucleic_acid_19(X)))
& oxygen_1(fn_phosphodiester_bond_27(fn_nucleic_acid_19(X)))
& entity_1(fn_phosphodiester_bond_16(fn_nucleic_acid_19(X)))
& chemical_entity_1(fn_phosphodiester_bond_16(fn_nucleic_acid_19(X)))
& atom_1(fn_phosphodiester_bond_16(fn_nucleic_acid_19(X)))
& carbon_1(fn_phosphodiester_bond_16(fn_nucleic_acid_19(X)))
& entity_1(fn_phosphodiester_bond_15(fn_nucleic_acid_19(X)))
& chemical_entity_1(fn_phosphodiester_bond_15(fn_nucleic_acid_19(X)))
& atom_1(fn_phosphodiester_bond_15(fn_nucleic_acid_19(X)))
& carbon_1(fn_phosphodiester_bond_15(fn_nucleic_acid_19(X)))
& greater_than_2(fn_nucleic_acid_13(X),fn_nucleic_acid_2(X))
& greater_than_or_equal_to_2(fn_nucleic_acid_13(X),fn_nucleic_acid_2(X))
& has_region_2(fn_nucleic_acid_21(X),fn_nucleic_acid_4(X))
& has_region_2(fn_nucleic_acid_21(X),fn_nucleic_acid_3(X))
& greater_than_2(fn_nucleic_acid_2(X),fn_nucleic_acid_13(X))
& greater_than_or_equal_to_2(fn_nucleic_acid_2(X),fn_nucleic_acid_13(X))
& the_scalar_value_2(fn_nucleic_acid_2(X),high_0)
& scalar_unit_class_2(fn_nucleic_acid_2(X),atom_0)
& fn_nucleic_acid_26(X) != fn_nucleic_acid_27(X)
& fn_nucleic_acid_27(X) != fn_nucleic_acid_26(X)
& possesses_2(fn_nucleic_acid_21(X),fn_nucleic_acid_22(X))
& agent_2(fn_nucleic_acid_23(X),fn_nucleic_acid_26(X))
& fn_nucleic_acid_26(X) != fn_nucleic_acid_6(X)
& agent_2(fn_nucleic_acid_23(X),fn_nucleic_acid_6(X))
& fn_nucleic_acid_6(X) != fn_nucleic_acid_26(X)
& possesses_2(X,fn_nucleic_acid_19(X))
& has_part_2(X,fn_nucleic_acid_20(X))
& size_2(fn_nucleic_acid_20(X),fn_nucleic_acid_28(X))
& object_2(fn_nucleic_acid_23(X),fn_nucleic_acid_25(X))
& agent_2(fn_nucleic_acid_23(X),fn_nucleic_acid_27(X))
& electronegativity_2(fn_nucleic_acid_6(X),fn_nucleic_acid_13(X))
& causes_2(fn_nucleic_acid_12(X),fn_nucleic_acid_11(X))
& object_2(fn_nucleic_acid_12(X),fn_nucleic_acid_25(X))
& is_between_2(fn_nucleic_acid_22(X),fn_nucleic_acid_27(X))
& object_2(fn_nucleic_acid_11(X),fn_nucleic_acid_25(X))
& fn_nucleic_acid_6(X) != fn_nucleic_acid_27(X)
& fn_nucleic_acid_27(X) != fn_nucleic_acid_6(X)
& called_2(fn_nucleic_acid_16(X),"2")
& size_2(X,fn_nucleic_acid_29(X))
& greater_than_2(fn_nucleic_acid_29(X),fn_nucleic_acid_28(X))
& called_2(fn_nucleic_acid_9(X),'Number_Proton')
& has_part_2(fn_nucleic_acid_27(X),fn_nucleic_acid_25(X))
& called_2(fn_nucleic_acid_10(X),'Number_Electron')
& fn_nucleic_acid_24(X) != fn_nucleic_acid_25(X)
& fn_nucleic_acid_25(X) != fn_nucleic_acid_24(X)
& called_2(fn_nucleic_acid_7(X),'Atomic_Number')
& fn_nucleic_acid_7(X) = fn_nucleic_acid_9(X)
& fn_nucleic_acid_9(X) = fn_nucleic_acid_7(X)
& result_2(fn_nucleic_acid_23(X),fn_nucleic_acid_22(X))
& object_2(fn_nucleic_acid_23(X),fn_nucleic_acid_24(X))
& quantity_2(fn_nucleic_acid_24(X),fn_nucleic_acid_10(X))
& fn_nucleic_acid_9(X) = fn_nucleic_acid_10(X)
& fn_nucleic_acid_10(X) = fn_nucleic_acid_9(X)
& object_2(fn_nucleic_acid_14(X),fn_nucleic_acid_15(X))
& has_function_2(fn_nucleic_acid_16(X),fn_nucleic_acid_18(X))
& agent_2(fn_nucleic_acid_18(X),fn_nucleic_acid_16(X))
& element_2(fn_nucleic_acid_19(X),fn_nucleic_acid_16(X))
& is_between_2(fn_nucleic_acid_16(X),fn_nucleic_acid_15(X))
& object_2(fn_nucleic_acid_18(X),fn_nucleic_acid_15(X))
& object_2(fn_nucleic_acid_18(X),fn_nucleic_acid_17(X))
& is_between_2(fn_nucleic_acid_16(X),fn_nucleic_acid_17(X))
& has_function_2(fn_nucleic_acid_19(X),fn_nucleic_acid_14(X))
& agent_2(fn_nucleic_acid_14(X),fn_nucleic_acid_19(X))
& is_between_2(fn_nucleic_acid_19(X),fn_nucleic_acid_15(X))
& fn_nucleic_acid_17(X) != fn_nucleic_acid_15(X)
& fn_nucleic_acid_15(X) != fn_nucleic_acid_17(X)
& fn_nucleic_acid_22(X) = fn_molecule_10(fn_nucleic_acid_21(X))
& fn_nucleic_acid_6(X) = fn_share_3(fn_nucleic_acid_23(X))
& fn_nucleic_acid_26(X) = fn_share_1(fn_nucleic_acid_23(X))
& fn_nucleic_acid_19(X) = fn_polymer_1(X)
& fn_nucleic_acid_20(X) = fn_polymer_6(X)
& fn_nucleic_acid_20(X) = fn_polymer_4(X)
& fn_nucleic_acid_23(X) = fn_covalent_bond_17(fn_nucleic_acid_22(X))
& fn_nucleic_acid_5(X) = fn_hydrogen_1(fn_nucleic_acid_6(X))
& fn_nucleic_acid_13(X) = fn_hydrogen_2(fn_nucleic_acid_6(X))
& fn_nucleic_acid_12(X) = fn_covalent_bond_16(fn_nucleic_acid_22(X))
& fn_nucleic_acid_11(X) = fn_covalent_bond_1(fn_nucleic_acid_22(X))
& fn_nucleic_acid_6(X) = fn_covalent_bond_20(fn_nucleic_acid_22(X))
& fn_nucleic_acid_33(X) = fn_polymer_9(X)
& fn_nucleic_acid_34(X) = fn_polymer_10(X)
& fn_nucleic_acid_28(X) = fn_polymer_7(X)
& fn_nucleic_acid_29(X) = fn_polymer_8(X)
& fn_nucleic_acid_27(X) = fn_covalent_bond_20(fn_nucleic_acid_22(X))
& fn_nucleic_acid_25(X) = fn_covalent_bond_15(fn_nucleic_acid_22(X))
& fn_nucleic_acid_27(X) = fn_covalent_bond_19(fn_nucleic_acid_22(X))
& fn_nucleic_acid_25(X) = fn_covalent_bond_18(fn_nucleic_acid_22(X))
& fn_nucleic_acid_27(X) = fn_phosphodiester_bond_27(fn_nucleic_acid_22(X))
& fn_nucleic_acid_30(X) = fn_phosphodiester_bond_3(fn_nucleic_acid_22(X))
& fn_nucleic_acid_31(X) = fn_phosphodiester_bond_2(fn_nucleic_acid_22(X))
& fn_nucleic_acid_32(X) = fn_phosphodiester_bond_44(fn_nucleic_acid_22(X))
& fn_nucleic_acid_25(X) = fn_phosphodiester_bond_38(fn_nucleic_acid_22(X))
& fn_nucleic_acid_8(X) = fn_phosphodiester_bond_22(fn_nucleic_acid_22(X))
& fn_nucleic_acid_35(X) = fn_phosphodiester_bond_20(fn_nucleic_acid_22(X))
& fn_nucleic_acid_36(X) = fn_phosphodiester_bond_1(fn_nucleic_acid_22(X))
& fn_nucleic_acid_8(X) = fn_phosphodiester_bond_31(fn_nucleic_acid_22(X))
& fn_nucleic_acid_7(X) = fn_phosphodiester_bond_26(fn_nucleic_acid_22(X))
& fn_nucleic_acid_9(X) = fn_phosphodiester_bond_28(fn_nucleic_acid_22(X))
& fn_nucleic_acid_10(X) = fn_phosphodiester_bond_34(fn_nucleic_acid_22(X))
& fn_nucleic_acid_24(X) = fn_phosphodiester_bond_23(fn_nucleic_acid_22(X))
& fn_nucleic_acid_23(X) = fn_phosphodiester_bond_6(fn_nucleic_acid_22(X))
& fn_nucleic_acid_18(X) = fn_phosphodiester_bond_17(fn_nucleic_acid_19(X))
& fn_nucleic_acid_16(X) = fn_phosphodiester_bond_30(fn_nucleic_acid_19(X))
& fn_nucleic_acid_16(X) = fn_phosphodiester_bond_29(fn_nucleic_acid_19(X))
& fn_nucleic_acid_17(X) = fn_phosphodiester_bond_18(fn_nucleic_acid_19(X))
& fn_nucleic_acid_17(X) = fn_phosphodiester_bond_27(fn_nucleic_acid_19(X))
& fn_nucleic_acid_19(X) = fn_molecule_10(X)
& fn_nucleic_acid_15(X) = fn_molecule_11(X)
& fn_nucleic_acid_15(X) = fn_phosphodiester_bond_16(fn_nucleic_acid_19(X))
& fn_nucleic_acid_15(X) = fn_phosphodiester_bond_15(fn_nucleic_acid_19(X))
& fn_nucleic_acid_14(X) = fn_phosphodiester_bond_14(fn_nucleic_acid_19(X))
& fn_polymer_4(X) = fn_polymer_6(X)
& fn_polymer_6(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_share_3(fn_nucleic_acid_23(X))
& fn_share_3(fn_nucleic_acid_23(X)) = fn_share_3(fn_nucleic_acid_23(X))
& fn_share_3(fn_nucleic_acid_23(X)) = fn_covalent_bond_20(fn_nucleic_acid_22(X))
& fn_covalent_bond_20(fn_nucleic_acid_22(X)) = fn_covalent_bond_20(fn_nucleic_acid_22(X))
& fn_covalent_bond_19(fn_nucleic_acid_22(X)) = fn_covalent_bond_20(fn_nucleic_acid_22(X))
& fn_covalent_bond_20(fn_nucleic_acid_22(X)) = fn_covalent_bond_19(fn_nucleic_acid_22(X))
& fn_covalent_bond_19(fn_nucleic_acid_22(X)) = fn_covalent_bond_19(fn_nucleic_acid_22(X))
& fn_covalent_bond_19(fn_nucleic_acid_22(X)) = fn_phosphodiester_bond_27(fn_nucleic_acid_22(X))
& fn_phosphodiester_bond_27(fn_nucleic_acid_22(X)) = fn_covalent_bond_15(fn_nucleic_acid_22(X))
& fn_covalent_bond_18(fn_nucleic_acid_22(X)) = fn_covalent_bond_15(fn_nucleic_acid_22(X))
& fn_covalent_bond_15(fn_nucleic_acid_22(X)) = fn_covalent_bond_18(fn_nucleic_acid_22(X))
& fn_covalent_bond_18(fn_nucleic_acid_22(X)) = fn_covalent_bond_18(fn_nucleic_acid_22(X))
& fn_covalent_bond_18(fn_nucleic_acid_22(X)) = fn_phosphodiester_bond_38(fn_nucleic_acid_22(X))
& fn_phosphodiester_bond_38(fn_nucleic_acid_22(X)) = fn_phosphodiester_bond_38(fn_nucleic_acid_22(X))
& fn_phosphodiester_bond_38(fn_nucleic_acid_22(X)) = fn_phosphodiester_bond_31(fn_nucleic_acid_22(X))
& fn_phosphodiester_bond_31(fn_nucleic_acid_22(X)) = fn_phosphodiester_bond_22(fn_nucleic_acid_22(X))
& fn_phosphodiester_bond_22(fn_nucleic_acid_22(X)) = fn_phosphodiester_bond_22(fn_nucleic_acid_22(X))
& fn_phosphodiester_bond_22(fn_nucleic_acid_22(X)) = fn_phosphodiester_bond_31(fn_nucleic_acid_22(X))
& fn_phosphodiester_bond_31(fn_nucleic_acid_22(X)) = fn_phosphodiester_bond_31(fn_nucleic_acid_22(X))
& fn_phosphodiester_bond_31(fn_nucleic_acid_22(X)) = fn_covalent_bond_17(fn_nucleic_acid_22(X))
& fn_covalent_bond_17(fn_nucleic_acid_22(X)) = fn_covalent_bond_17(fn_nucleic_acid_22(X))
& fn_covalent_bond_17(fn_nucleic_acid_22(X)) = fn_phosphodiester_bond_6(fn_nucleic_acid_22(X))
& fn_phosphodiester_bond_6(fn_nucleic_acid_22(X)) = fn_phosphodiester_bond_6(fn_nucleic_acid_22(X))
& fn_phosphodiester_bond_6(fn_nucleic_acid_22(X)) = fn_phosphodiester_bond_30(fn_nucleic_acid_19(X))
& fn_phosphodiester_bond_29(fn_nucleic_acid_19(X)) = fn_phosphodiester_bond_29(fn_nucleic_acid_19(X))
& fn_phosphodiester_bond_29(fn_nucleic_acid_19(X)) = fn_phosphodiester_bond_30(fn_nucleic_acid_19(X))
& fn_phosphodiester_bond_30(fn_nucleic_acid_19(X)) = fn_phosphodiester_bond_29(fn_nucleic_acid_19(X))
& fn_phosphodiester_bond_29(fn_nucleic_acid_19(X)) = fn_phosphodiester_bond_18(fn_nucleic_acid_19(X))
& fn_phosphodiester_bond_18(fn_nucleic_acid_19(X)) = fn_phosphodiester_bond_18(fn_nucleic_acid_19(X))
& fn_phosphodiester_bond_27(fn_nucleic_acid_19(X)) = fn_phosphodiester_bond_18(fn_nucleic_acid_19(X))
& fn_phosphodiester_bond_18(fn_nucleic_acid_19(X)) = fn_phosphodiester_bond_27(fn_nucleic_acid_19(X))
& fn_phosphodiester_bond_27(fn_nucleic_acid_19(X)) = fn_phosphodiester_bond_16(fn_nucleic_acid_19(X))
& fn_phosphodiester_bond_16(fn_nucleic_acid_19(X)) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_phosphodiester_bond_16(fn_nucleic_acid_19(X))
& fn_phosphodiester_bond_16(fn_nucleic_acid_19(X)) = fn_phosphodiester_bond_16(fn_nucleic_acid_19(X))
& fn_phosphodiester_bond_15(fn_nucleic_acid_19(X)) = fn_phosphodiester_bond_16(fn_nucleic_acid_19(X))
& fn_phosphodiester_bond_16(fn_nucleic_acid_19(X)) = fn_phosphodiester_bond_15(fn_nucleic_acid_19(X))
& fn_phosphodiester_bond_15(fn_nucleic_acid_19(X)) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_molecule_10(X) ) ) ).
fof(a531311,axiom,
! [X,X1] :
( ( object_2(X,X1)
& dna_technique_1(X)
& cross_breeding_event_1(X)
& nucleic_acid_1(X1) )
=> ( nucleic_acid_hybridization_1(X)
& fn_nucleic_acid_hybridization_3(X) = X1 ) ) ).
fof(a531312,axiom,
! [X] :
( nucleic_acid_hybridization_1(X)
=> ( original_name_2(X,'Nucleic-Acid-Hybridization')
& user_description_2(X,'Process of hydrogen bonding a nucleic acid probe marked with a radioactive isotope to a gene, to mark that gene and make it visible in an autoradiograph.')
& concept2words_2(X,'nucleic acid hybridization')
& concept2words_2(X,'nucleic-acid-hybridization')
& cross_breeding_event_1(X)
& dna_technique_1(X)
& ~ annealing_1(X)
& ~ base_pairing_1(X)
& ~ intercellular_joining_1(X)
& ~ ligand_binding_1(X)
& hydrogen_bond_1(fn_nucleic_acid_hybridization_1(X))
& nucleic_acid_1(fn_nucleic_acid_hybridization_3(X))
& isotopic_labeling_1(fn_nucleic_acid_hybridization_4(X))
& measure_1(fn_nucleic_acid_hybridization_5(X))
& autoradiograph_1(fn_nucleic_acid_hybridization_6(X))
& denature_dna_1(fn_nucleic_acid_hybridization_7(X))
& spatial_entity_1(fn_nucleic_acid_hybridization_8(X))
& dna_strand_1(fn_nucleic_acid_hybridization_8(X))
& chemical_marker_1(fn_nucleic_acid_hybridization_9(X))
& spatial_entity_1(fn_nucleic_acid_hybridization_10(X))
& radioactive_isotope_1(fn_nucleic_acid_hybridization_10(X))
& attach_1(fn_nucleic_acid_hybridization_11(X))
& spatial_entity_1(fn_nucleic_acid_hybridization_12(X))
& nucleic_acid_probe_1(fn_nucleic_acid_hybridization_12(X))
& attach_1(fn_nucleic_acid_hybridization_13(X))
& spatial_entity_1(fn_attach_1(fn_nucleic_acid_hybridization_13(X)))
& attach_1(fn_nucleic_acid_probe_6(fn_nucleic_acid_hybridization_12(X)))
& spatial_entity_1(fn_attach_2(fn_nucleic_acid_hybridization_13(X)))
& dna_strand_1(fn_denature_dna_7(fn_nucleic_acid_hybridization_7(X)))
& dna_strand_1(fn_denature_dna_2(fn_nucleic_acid_hybridization_7(X)))
& spatial_entity_1(fn_chemical_marker_2(fn_nucleic_acid_hybridization_9(X)))
& radioactive_isotope_1(fn_nucleic_acid_probe_5(fn_nucleic_acid_hybridization_12(X)))
& instrument_2(fn_nucleic_acid_hybridization_13(X),fn_nucleic_acid_hybridization_1(X))
& causes_2(fn_nucleic_acid_hybridization_13(X),fn_nucleic_acid_hybridization_4(X))
& enables_2(fn_nucleic_acid_hybridization_4(X),fn_nucleic_acid_hybridization_5(X))
& result_2(fn_nucleic_acid_hybridization_4(X),fn_nucleic_acid_hybridization_6(X))
& instrument_2(fn_nucleic_acid_hybridization_5(X),fn_nucleic_acid_hybridization_6(X))
& in_event_2(fn_nucleic_acid_hybridization_9(X),fn_nucleic_acid_hybridization_4(X))
& exactCardinality(fn_nucleic_acid_hybridization_7(X),result_0,"1",dna_strand_0)
& next_event_2(fn_nucleic_acid_hybridization_7(X),fn_nucleic_acid_hybridization_13(X))
& object_2(X,fn_nucleic_acid_hybridization_3(X))
& first_subevent_2(X,fn_nucleic_acid_hybridization_7(X))
& subevent_2(X,fn_nucleic_acid_hybridization_7(X))
& object_2(fn_nucleic_acid_hybridization_13(X),fn_nucleic_acid_hybridization_12(X))
& base_2(fn_nucleic_acid_hybridization_13(X),fn_nucleic_acid_hybridization_8(X))
& plays_2(fn_nucleic_acid_hybridization_10(X),fn_nucleic_acid_hybridization_9(X))
& result_2(fn_nucleic_acid_hybridization_7(X),fn_nucleic_acid_hybridization_8(X))
& has_part_2(fn_nucleic_acid_hybridization_12(X),fn_nucleic_acid_hybridization_10(X))
& object_2(fn_nucleic_acid_hybridization_11(X),fn_nucleic_acid_hybridization_10(X))
& base_2(fn_nucleic_acid_hybridization_11(X),fn_nucleic_acid_hybridization_12(X))
& fn_nucleic_acid_hybridization_12(X) = fn_attach_1(fn_nucleic_acid_hybridization_13(X))
& fn_nucleic_acid_hybridization_8(X) = fn_attach_2(fn_nucleic_acid_hybridization_13(X))
& fn_nucleic_acid_hybridization_10(X) = fn_chemical_marker_2(fn_nucleic_acid_hybridization_9(X))
& fn_nucleic_acid_hybridization_8(X) = fn_denature_dna_7(fn_nucleic_acid_hybridization_7(X))
& fn_nucleic_acid_hybridization_8(X) = fn_denature_dna_2(fn_nucleic_acid_hybridization_7(X))
& fn_nucleic_acid_hybridization_11(X) = fn_nucleic_acid_probe_6(fn_nucleic_acid_hybridization_12(X))
& fn_nucleic_acid_hybridization_10(X) = fn_nucleic_acid_probe_5(fn_nucleic_acid_hybridization_12(X))
& fn_attach_2(fn_nucleic_acid_hybridization_13(X)) = fn_denature_dna_7(fn_nucleic_acid_hybridization_7(X))
& fn_denature_dna_7(fn_nucleic_acid_hybridization_7(X)) = fn_denature_dna_7(fn_nucleic_acid_hybridization_7(X))
& fn_denature_dna_7(fn_nucleic_acid_hybridization_7(X)) = fn_denature_dna_2(fn_nucleic_acid_hybridization_7(X))
& fn_denature_dna_2(fn_nucleic_acid_hybridization_7(X)) = fn_chemical_marker_2(fn_nucleic_acid_hybridization_9(X))
& fn_chemical_marker_2(fn_nucleic_acid_hybridization_9(X)) = fn_nucleic_acid_probe_5(fn_nucleic_acid_hybridization_12(X))
& fn_nucleic_acid_probe_5(fn_nucleic_acid_hybridization_12(X)) = fn_nucleic_acid_probe_5(fn_nucleic_acid_hybridization_12(X)) ) ) ).
fof(a531313,axiom,
! [X,X2,X1] :
( ( object_2(X1,X2)
& agent_2(X1,X)
& dna_sequence_1(X2)
& detect_1(X1)
& nucleic_acid_strand_1(X) )
=> ( nucleic_acid_probe_1(X)
& fn_nucleic_acid_probe_4(X) = X1
& fn_nucleic_acid_probe_3(X) = X2 ) ) ).
fof(a531314,axiom,
! [X] :
( nucleic_acid_probe_1(X)
=> ( original_name_2(X,'Nucleic-Acid-Probe')
& user_description_2(X,'Nucleic acid sequence made up of a single nucleic acid strand and a radioactive isotope marker.')
& concept2words_2(X,'radioactive isotope tag')
& concept2words_2(X,'radioactive tag')
& concept2words_2(X,'radioactive nucleic acid')
& concept2words_2(X,'radioactive nucleotide')
& concept2words_2(X,'nucleic acid probe')
& concept2words_2(X,'nucleic-acid-probe')
& nucleic_acid_strand_1(X)
& ~ primer_1(X)
& nucleic_acid_strand_1(fn_nucleic_acid_probe_2(X))
& dna_sequence_1(fn_nucleic_acid_probe_3(X))
& detect_1(fn_nucleic_acid_probe_4(X))
& radioactive_isotope_1(fn_nucleic_acid_probe_5(X))
& attach_1(fn_nucleic_acid_probe_6(X))
& spatial_entity_1(fn_attach_2(fn_nucleic_acid_probe_6(X)))
& spatial_entity_1(fn_attach_1(fn_nucleic_acid_probe_6(X)))
& agent_2(fn_nucleic_acid_probe_4(X),X)
& object_2(fn_nucleic_acid_probe_4(X),fn_nucleic_acid_probe_3(X))
& has_part_2(X,fn_nucleic_acid_probe_2(X))
& exactCardinality(X,has_part_0,"1",nucleic_acid_strand_0)
& object_2(fn_nucleic_acid_probe_6(X),fn_nucleic_acid_probe_5(X))
& has_part_2(X,fn_nucleic_acid_probe_5(X))
& base_2(fn_nucleic_acid_probe_6(X),X)
& fn_nucleic_acid_probe_5(X) = fn_attach_1(fn_nucleic_acid_probe_6(X))
& fn_nucleic_acid_probe_5(X) = fn_organic_molecule_2(X)
& X = fn_attach_2(fn_nucleic_acid_probe_6(X))
& fn_attach_1(fn_nucleic_acid_probe_6(X)) = fn_organic_molecule_2(X) ) ) ).
fof(a531315,axiom,
! [X] :
( nucleic_acid_process_1(X)
=> ( original_name_2(X,'Nucleic-Acid-Process')
& user_description_2(X,'A cellular process related to DNA, RNA and other nucleic acids.')
& concept2words_2(X,'nucleic acid process')
& concept2words_2(X,'nucleic-acid-process')
& intracellular_process_1(X) ) ) ).
fof(a531316,axiom,
! [X] :
( nucleic_acid_region_1(X)
=> ( original_name_2(X,'Nucleic-Acid-Region')
& user_description_2(X,'A region of a nucleic acid.')
& concept2words_2(X,'nucleic acid region')
& concept2words_2(X,'nucleic-acid-region')
& subcellular_region_1(X) ) ) ).
fof(a531317,axiom,
! [X] :
( nucleic_acid_sequence_1(X)
=> ( original_name_2(X,'Nucleic-Acid-Sequence')
& user_description_2(X,'A sequence of nucleotides in a strand of DNA or RNA.')
& concept2words_2(X,'nucleotide sequence')
& concept2words_2(X,'nucleotide-sequence')
& concept2words_2(X,polynucleotide)
& concept2words_2(X,'nucleic acid sequence')
& concept2words_2(X,'nucleic-acid-sequence')
& tangible_entity_1(X)
& sequence_1(X)
& size_value_1(fn_nucleic_acid_sequence_1(X))
& size_value_1(fn_nucleic_acid_sequence_2(X))
& entity_1(fn_nucleic_acid_sequence_5(X))
& nucleoside_monophosphate_1(fn_nucleic_acid_sequence_5(X))
& nucleoside_monophosphate_1(fn_nucleic_acid_sequence_6(X))
& electronegative_element_1(fn_nucleic_acid_sequence_7(X))
& nucleoside_1(fn_nucleic_acid_sequence_8(X))
& spatial_entity_1(fn_nucleoside_monophosphate_15(fn_nucleic_acid_sequence_5(X)))
& molecule_1(fn_nucleoside_monophosphate_15(fn_nucleic_acid_sequence_5(X)))
& organic_molecule_1(fn_nucleoside_monophosphate_15(fn_nucleic_acid_sequence_5(X)))
& pentose_1(fn_nucleoside_monophosphate_15(fn_nucleic_acid_sequence_5(X)))
& nucleoside_1(fn_nucleoside_monophosphate_11(fn_nucleic_acid_sequence_5(X)))
& size_2(X,fn_nucleic_acid_sequence_2(X))
& greater_than_2(fn_nucleic_acid_sequence_2(X),fn_nucleic_acid_sequence_1(X))
& size_2(fn_nucleic_acid_sequence_5(X),fn_nucleic_acid_sequence_1(X))
& first_element_2(X,fn_nucleic_acid_sequence_5(X))
& next_element_2(fn_nucleic_acid_sequence_5(X),fn_nucleic_acid_sequence_6(X))
& element_2(X,fn_nucleic_acid_sequence_6(X))
& element_2(X,fn_nucleic_acid_sequence_5(X))
& has_part_2(fn_nucleic_acid_sequence_5(X),fn_nucleic_acid_sequence_8(X))
& has_part_2(fn_nucleic_acid_sequence_8(X),fn_nucleic_acid_sequence_7(X))
& fn_nucleic_acid_sequence_6(X) = fn_sequence_1(X)
& fn_nucleic_acid_sequence_5(X) = fn_sequence_2(X)
& fn_nucleic_acid_sequence_7(X) = fn_nucleoside_monophosphate_15(fn_nucleic_acid_sequence_5(X))
& fn_nucleic_acid_sequence_8(X) = fn_nucleoside_monophosphate_11(fn_nucleic_acid_sequence_5(X)) ) ) ).
fof(a531318,axiom,
! [X] :
( nucleic_acid_strand_1(X)
=> ( original_name_2(X,'Nucleic-Acid-Strand')
& user_description_2(X,'Nucleic acid in a strand form.')
& concept2words_2(X,'nucleic acid strand')
& concept2words_2(X,'nucleic-acid-strand')
& nucleic_acid_1(X) ) ) ).
fof(a531319,axiom,
! [X] :
( nucleoid_1(X)
=> ( original_name_2(X,'Nucleoid')
& user_description_2(X,'The nucleoid is an irregularly-shaped dense region of chromosomal DNA (genetic material) within the prokaryotic cell. Further, it lacks a nuclear membrane.')
& concept2words_2(X,nucleoid)
& biological_region_1(X)
& prokaryotic_chromosome_1(fn_nucleoid_1(X))
& is_inside_2(fn_nucleoid_1(X),X) ) ) ).
fof(a531320,axiom,
! [X] :
( nucleolus_1(X)
=> ( original_name_2(X,'Nucleolus')
& user_description_2(X,'Nucleolus is a dense non-membranous region inside nucleus which is the site of synthesis of ribosomal subunits by joining of rRNA and proteins. They are present single or more than one in a nucleus')
& concept2words_2(X,nucleoli)
& concept2words_2(X,nucleolus)
& cellular_structure_1(X)
& protein_1(fn_nucleolus_1(X))
& synthesis_of_rna_1(fn_nucleolus_2(X))
& synthesis_of_rrna_1(fn_nucleolus_2(X))
& spatial_entity_1(fn_nucleolus_3(X))
& rna_1(fn_nucleolus_3(X))
& ribosomal_rna_1(fn_nucleolus_3(X))
& synthesis_of_ribosomal_subunit_1(fn_nucleolus_4(X))
& attach_1(fn_nucleolus_5(X))
& change_1(fn_nucleolus_6(X))
& tangible_entity_1(fn_produce_1(fn_nucleolus_4(X)))
& synthesis_of_rrna_1(fn_synthesis_of_ribosomal_subunit_10(fn_nucleolus_4(X)))
& change_1(fn_synthesis_of_ribosomal_subunit_2(fn_nucleolus_4(X)))
& attach_1(fn_synthesis_of_ribosomal_subunit_9(fn_nucleolus_4(X)))
& spatial_entity_1(fn_synthesis_of_ribosomal_subunit_8(fn_nucleolus_4(X)))
& rna_1(fn_synthesis_of_ribosomal_subunit_8(fn_nucleolus_4(X)))
& spatial_entity_1(fn_attach_1(fn_nucleolus_5(X)))
& rna_1(fn_synthesis_of_rna_8(fn_nucleolus_2(X)))
& ribosomal_rna_1(fn_synthesis_of_rrna_4(fn_nucleolus_2(X)))
& raw_material_2(fn_nucleolus_4(X),fn_nucleolus_3(X))
& site_2(fn_nucleolus_4(X),X)
& has_function_2(X,fn_nucleolus_4(X))
& raw_material_2(fn_nucleolus_4(X),fn_nucleolus_1(X))
& next_event_2(fn_nucleolus_2(X),fn_nucleolus_6(X))
& subevent_2(fn_nucleolus_4(X),fn_nucleolus_2(X))
& subevent_2(fn_nucleolus_4(X),fn_nucleolus_6(X))
& subevent_2(fn_nucleolus_4(X),fn_nucleolus_5(X))
& next_event_2(fn_nucleolus_6(X),fn_nucleolus_5(X))
& object_2(fn_nucleolus_6(X),fn_nucleolus_3(X))
& result_2(fn_nucleolus_2(X),fn_nucleolus_3(X))
& object_2(fn_nucleolus_5(X),fn_nucleolus_3(X))
& fn_nucleolus_1(X) = fn_produce_1(fn_nucleolus_4(X))
& fn_nucleolus_2(X) = fn_synthesis_of_ribosomal_subunit_10(fn_nucleolus_4(X))
& fn_nucleolus_3(X) = fn_synthesis_of_ribosomal_subunit_8(fn_nucleolus_4(X))
& fn_nucleolus_6(X) = fn_synthesis_of_ribosomal_subunit_2(fn_nucleolus_4(X))
& fn_nucleolus_5(X) = fn_synthesis_of_ribosomal_subunit_9(fn_nucleolus_4(X))
& fn_nucleolus_3(X) = fn_attach_1(fn_nucleolus_5(X))
& fn_nucleolus_3(X) = fn_synthesis_of_rna_8(fn_nucleolus_2(X))
& fn_nucleolus_3(X) = fn_synthesis_of_rrna_4(fn_nucleolus_2(X))
& fn_synthesis_of_ribosomal_subunit_8(fn_nucleolus_4(X)) = fn_attach_1(fn_nucleolus_5(X))
& fn_attach_1(fn_nucleolus_5(X)) = fn_attach_1(fn_nucleolus_5(X))
& fn_attach_1(fn_nucleolus_5(X)) = fn_synthesis_of_rna_8(fn_nucleolus_2(X))
& fn_synthesis_of_rna_8(fn_nucleolus_2(X)) = fn_synthesis_of_rna_8(fn_nucleolus_2(X))
& fn_synthesis_of_rna_8(fn_nucleolus_2(X)) = fn_synthesis_of_rrna_4(fn_nucleolus_2(X)) ) ) ).
fof(a531321,axiom,
! [X] :
( nucleosidase_1(X)
=> ( original_name_2(X,'Nucleosidase')
& user_description_2(X,'Enzyme which catalyzes the hydrolyis of nucleosides.')
& concept2words_2(X,nucleosidase)
& hydrolase_1(X) ) ) ).
fof(a531322,axiom,
! [X] :
( nucleoside_1(X)
=> ( original_name_2(X,'Nucleoside')
& user_description_2(X,'Nucleosides consist of nitrogenous bases (purine or pyrimidine) bound to a five carbon sugar (ribose or deoxyribose.) Also refers to the portion of a nucelotide without the phosphate group.')
& concept2words_2(X,nucleoside)
& organic_molecule_1(X)
& electron_1(fn_nucleoside_1(X))
& electron_1(fn_nucleoside_2(X))
& electronegativity_value_1(fn_nucleoside_3(X))
& electronegativity_value_1(fn_nucleoside_4(X))
& number_5_prime_region_1(fn_nucleoside_5(X))
& entity_1(fn_nucleoside_6(X))
& chemical_entity_1(fn_nucleoside_6(X))
& atom_1(fn_nucleoside_6(X))
& carbon_1(fn_nucleoside_6(X))
& entity_1(fn_nucleoside_7(X))
& chemical_entity_1(fn_nucleoside_7(X))
& atom_1(fn_nucleoside_7(X))
& carbon_1(fn_nucleoside_7(X))
& nitrogen_1(fn_nucleoside_8(X))
& entity_1(fn_nucleoside_8(X))
& atom_1(fn_nucleoside_8(X))
& chemical_entity_1(fn_nucleoside_8(X))
& carbon_skeleton_1(fn_nucleoside_9(X))
& chemical_bond_1(fn_nucleoside_10(X))
& polar_covalent_bond_1(fn_nucleoside_10(X))
& unequal_sharing_1(fn_nucleoside_11(X))
& hold_1(fn_nucleoside_12(X))
& hold_together_1(fn_nucleoside_12(X))
& valence_electron_1(fn_nucleoside_13(X))
& center_1(fn_nucleoside_14(X))
& electron_shell_1(fn_nucleoside_15(X))
& electron_shell_1(fn_nucleoside_16(X))
& electron_1(fn_nucleoside_17(X))
& valence_electron_1(fn_nucleoside_17(X))
& center_1(fn_nucleoside_18(X))
& attach_1(fn_nucleoside_19(X))
& spatial_entity_1(fn_nucleoside_20(X))
& molecule_1(fn_nucleoside_20(X))
& organic_molecule_1(fn_nucleoside_20(X))
& pentose_1(fn_nucleoside_20(X))
& nitrogenous_base_1(fn_nucleoside_21(X))
& spatial_entity_1(fn_attach_1(fn_nucleoside_19(X)))
& electron_shell_1(fn_polar_covalent_bond_22(fn_nucleoside_10(X)))
& electron_shell_1(fn_polar_covalent_bond_20(fn_nucleoside_10(X)))
& carbon_skeleton_1(fn_pentose_20(fn_nucleoside_20(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_nucleoside_10(X)))
& electron_1(fn_polar_covalent_bond_11(fn_nucleoside_10(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_nucleoside_10(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_nucleoside_10(X)))
& center_1(fn_nitrogen_11(fn_nucleoside_8(X)))
& center_1(fn_polar_covalent_bond_21(fn_nucleoside_10(X)))
& center_1(fn_polar_covalent_bond_23(fn_nucleoside_10(X)))
& entity_1(fn_polar_covalent_bond_19(fn_nucleoside_10(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_nucleoside_10(X)))
& atom_1(fn_polar_covalent_bond_19(fn_nucleoside_10(X)))
& carbon_1(fn_organic_molecule_1(fn_nucleoside_20(X)))
& entity_1(fn_polar_covalent_bond_18(fn_nucleoside_10(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_nucleoside_10(X)))
& atom_1(fn_polar_covalent_bond_18(fn_nucleoside_10(X)))
& atom_1(fn_molecule_11(fn_nucleoside_20(X)))
& carbon_1(fn_carbon_skeleton_4(fn_nucleoside_9(X)))
& atom_1(fn_organic_molecule_2(fn_nucleoside_20(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_nucleoside_20(X)))
& atom_1(fn_carbon_skeleton_2(fn_nucleoside_9(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_nucleoside_9(X)))
& entity_1(fn_pentose_21(fn_nucleoside_20(X)))
& chemical_entity_1(fn_pentose_21(fn_nucleoside_20(X)))
& atom_1(fn_pentose_21(fn_nucleoside_20(X)))
& carbon_1(fn_pentose_21(fn_nucleoside_20(X)))
& spatial_entity_1(fn_attach_2(fn_nucleoside_19(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_nucleoside_9(X)))
& hold_together_1(fn_carbon_skeleton_1(fn_nucleoside_9(X)))
& hold_1(fn_pentose_9(fn_nucleoside_20(X)))
& hold_together_1(fn_pentose_9(fn_nucleoside_20(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_nucleoside_10(X)))
& chemical_bond_1(fn_molecule_10(fn_nucleoside_20(X)))
& chemical_bond_1(fn_carbon_skeleton_5(fn_nucleoside_9(X)))
& polar_covalent_bond_1(fn_pentose_14(fn_nucleoside_20(X)))
& has_region_2(fn_nucleoside_7(X),fn_nucleoside_14(X))
& fn_nucleoside_13(X) != fn_nucleoside_2(X)
& greater_than_2(fn_nucleoside_3(X),fn_nucleoside_4(X))
& greater_than_or_equal_to_2(fn_nucleoside_3(X),fn_nucleoside_4(X))
& fn_nucleoside_17(X) != fn_nucleoside_1(X)
& fn_nucleoside_2(X) != fn_nucleoside_13(X)
& fn_nucleoside_1(X) != fn_nucleoside_17(X)
& instrument_2(fn_nucleoside_19(X),fn_nucleoside_10(X))
& has_part_2(X,fn_nucleoside_21(X))
& has_part_2(X,fn_nucleoside_20(X))
& has_region_2(fn_nucleoside_20(X),fn_nucleoside_5(X))
& base_2(fn_nucleoside_19(X),fn_nucleoside_20(X))
& object_2(fn_nucleoside_19(X),fn_nucleoside_21(X))
& has_region_2(fn_nucleoside_8(X),fn_nucleoside_14(X))
& is_between_2(fn_nucleoside_10(X),fn_nucleoside_6(X))
& has_part_2(fn_nucleoside_20(X),fn_nucleoside_7(X))
& is_between_2(fn_nucleoside_10(X),fn_nucleoside_8(X))
& has_region_2(fn_nucleoside_8(X),fn_nucleoside_16(X))
& agent_2(fn_nucleoside_11(X),fn_nucleoside_7(X))
& has_region_2(fn_nucleoside_7(X),fn_nucleoside_18(X))
& agent_2(fn_nucleoside_11(X),fn_nucleoside_8(X))
& has_region_2(fn_nucleoside_7(X),fn_nucleoside_15(X))
& fn_nucleoside_16(X) != fn_nucleoside_15(X)
& fn_nucleoside_15(X) != fn_nucleoside_16(X)
& is_between_2(fn_nucleoside_10(X),fn_nucleoside_7(X))
& fn_nucleoside_7(X) != fn_nucleoside_8(X)
& has_region_2(fn_nucleoside_8(X),fn_nucleoside_18(X))
& fn_nucleoside_8(X) != fn_nucleoside_7(X)
& fn_nucleoside_14(X) != fn_nucleoside_18(X)
& fn_nucleoside_18(X) != fn_nucleoside_14(X)
& is_inside_2(fn_nucleoside_7(X),fn_nucleoside_9(X))
& object_2(fn_nucleoside_12(X),fn_nucleoside_7(X))
& object_2(fn_nucleoside_12(X),fn_nucleoside_8(X))
& fn_nucleoside_6(X) != fn_nucleoside_7(X)
& fn_nucleoside_7(X) != fn_nucleoside_6(X)
& object_2(fn_nucleoside_12(X),fn_nucleoside_6(X))
& has_region_2(fn_nucleoside_20(X),fn_nucleoside_9(X))
& is_inside_2(fn_nucleoside_6(X),fn_nucleoside_9(X))
& has_part_2(fn_nucleoside_20(X),fn_nucleoside_6(X))
& possesses_2(fn_nucleoside_20(X),fn_nucleoside_10(X))
& object_2(fn_nucleoside_11(X),fn_nucleoside_13(X))
& has_function_2(fn_nucleoside_10(X),fn_nucleoside_12(X))
& agent_2(fn_nucleoside_12(X),fn_nucleoside_10(X))
& result_2(fn_nucleoside_11(X),fn_nucleoside_10(X))
& object_2(fn_nucleoside_11(X),fn_nucleoside_17(X))
& fn_nucleoside_17(X) != fn_nucleoside_13(X)
& fn_nucleoside_13(X) != fn_nucleoside_17(X)
& fn_nucleoside_20(X) = fn_attach_2(fn_nucleoside_19(X))
& fn_nucleoside_21(X) = fn_attach_1(fn_nucleoside_19(X))
& fn_nucleoside_14(X) = fn_nitrogen_11(fn_nucleoside_8(X))
& fn_nucleoside_6(X) = fn_molecule_11(fn_nucleoside_20(X))
& fn_nucleoside_18(X) = fn_polar_covalent_bond_21(fn_nucleoside_10(X))
& fn_nucleoside_16(X) = fn_polar_covalent_bond_22(fn_nucleoside_10(X))
& fn_nucleoside_15(X) = fn_polar_covalent_bond_20(fn_nucleoside_10(X))
& fn_nucleoside_14(X) = fn_polar_covalent_bond_21(fn_nucleoside_10(X))
& fn_nucleoside_18(X) = fn_polar_covalent_bond_23(fn_nucleoside_10(X))
& fn_nucleoside_8(X) = fn_polar_covalent_bond_19(fn_nucleoside_10(X))
& fn_nucleoside_10(X) = fn_carbon_skeleton_5(fn_nucleoside_9(X))
& fn_nucleoside_7(X) = fn_carbon_skeleton_2(fn_nucleoside_9(X))
& fn_nucleoside_7(X) = fn_polar_covalent_bond_18(fn_nucleoside_10(X))
& fn_nucleoside_8(X) = fn_carbon_skeleton_2(fn_nucleoside_9(X))
& fn_nucleoside_12(X) = fn_carbon_skeleton_1(fn_nucleoside_9(X))
& fn_nucleoside_7(X) = fn_organic_molecule_1(fn_nucleoside_20(X))
& fn_nucleoside_6(X) = fn_carbon_skeleton_2(fn_nucleoside_9(X))
& fn_nucleoside_7(X) = fn_carbon_skeleton_4(fn_nucleoside_9(X))
& fn_nucleoside_12(X) = fn_pentose_9(fn_nucleoside_20(X))
& fn_nucleoside_10(X) = fn_molecule_10(fn_nucleoside_20(X))
& fn_nucleoside_10(X) = fn_pentose_14(fn_nucleoside_20(X))
& fn_nucleoside_6(X) = fn_carbon_skeleton_4(fn_nucleoside_9(X))
& fn_nucleoside_6(X) = fn_organic_molecule_2(fn_nucleoside_20(X))
& fn_nucleoside_6(X) = fn_pentose_21(fn_nucleoside_20(X))
& fn_nucleoside_20(X) = fn_carbon_skeleton_3(fn_nucleoside_9(X))
& fn_nucleoside_9(X) = fn_pentose_20(fn_nucleoside_20(X))
& fn_nucleoside_13(X) = fn_polar_covalent_bond_12(fn_nucleoside_10(X))
& fn_nucleoside_17(X) = fn_polar_covalent_bond_11(fn_nucleoside_10(X))
& fn_nucleoside_11(X) = fn_polar_covalent_bond_16(fn_nucleoside_10(X))
& fn_nucleoside_12(X) = fn_polar_covalent_bond_17(fn_nucleoside_10(X))
& fn_nitrogen_11(fn_nucleoside_8(X)) = fn_polar_covalent_bond_21(fn_nucleoside_10(X))
& fn_polar_covalent_bond_21(fn_nucleoside_10(X)) = fn_polar_covalent_bond_21(fn_nucleoside_10(X))
& fn_polar_covalent_bond_21(fn_nucleoside_10(X)) = fn_polar_covalent_bond_23(fn_nucleoside_10(X))
& fn_polar_covalent_bond_23(fn_nucleoside_10(X)) = fn_polar_covalent_bond_23(fn_nucleoside_10(X))
& fn_polar_covalent_bond_23(fn_nucleoside_10(X)) = fn_polar_covalent_bond_19(fn_nucleoside_10(X))
& fn_polar_covalent_bond_19(fn_nucleoside_10(X)) = fn_polar_covalent_bond_19(fn_nucleoside_10(X))
& fn_polar_covalent_bond_19(fn_nucleoside_10(X)) = fn_carbon_skeleton_2(fn_nucleoside_9(X))
& fn_organic_molecule_1(fn_nucleoside_20(X)) = fn_carbon_skeleton_2(fn_nucleoside_9(X))
& fn_carbon_skeleton_2(fn_nucleoside_9(X)) = fn_organic_molecule_1(fn_nucleoside_20(X))
& fn_polar_covalent_bond_18(fn_nucleoside_10(X)) = fn_organic_molecule_1(fn_nucleoside_20(X))
& fn_organic_molecule_1(fn_nucleoside_20(X)) = fn_organic_molecule_1(fn_nucleoside_20(X))
& fn_organic_molecule_1(fn_nucleoside_20(X)) = fn_polar_covalent_bond_18(fn_nucleoside_10(X))
& fn_polar_covalent_bond_18(fn_nucleoside_10(X)) = fn_polar_covalent_bond_18(fn_nucleoside_10(X))
& fn_polar_covalent_bond_18(fn_nucleoside_10(X)) = fn_carbon_skeleton_4(fn_nucleoside_9(X))
& fn_carbon_skeleton_4(fn_nucleoside_9(X)) = fn_molecule_11(fn_nucleoside_20(X))
& fn_molecule_11(fn_nucleoside_20(X)) = fn_carbon_skeleton_4(fn_nucleoside_9(X))
& fn_carbon_skeleton_4(fn_nucleoside_9(X)) = fn_carbon_skeleton_4(fn_nucleoside_9(X))
& fn_organic_molecule_2(fn_nucleoside_20(X)) = fn_carbon_skeleton_4(fn_nucleoside_9(X))
& fn_carbon_skeleton_4(fn_nucleoside_9(X)) = fn_organic_molecule_2(fn_nucleoside_20(X))
& fn_organic_molecule_2(fn_nucleoside_20(X)) = fn_organic_molecule_2(fn_nucleoside_20(X))
& fn_carbon_skeleton_2(fn_nucleoside_9(X)) = fn_organic_molecule_2(fn_nucleoside_20(X))
& fn_organic_molecule_2(fn_nucleoside_20(X)) = fn_carbon_skeleton_2(fn_nucleoside_9(X))
& fn_carbon_skeleton_2(fn_nucleoside_9(X)) = fn_carbon_skeleton_2(fn_nucleoside_9(X))
& fn_carbon_skeleton_2(fn_nucleoside_9(X)) = fn_pentose_21(fn_nucleoside_20(X))
& fn_pentose_21(fn_nucleoside_20(X)) = fn_pentose_21(fn_nucleoside_20(X))
& fn_pentose_21(fn_nucleoside_20(X)) = fn_attach_2(fn_nucleoside_19(X))
& fn_attach_2(fn_nucleoside_19(X)) = fn_carbon_skeleton_3(fn_nucleoside_9(X))
& fn_carbon_skeleton_3(fn_nucleoside_9(X)) = fn_carbon_skeleton_3(fn_nucleoside_9(X))
& fn_carbon_skeleton_3(fn_nucleoside_9(X)) = fn_carbon_skeleton_1(fn_nucleoside_9(X))
& fn_carbon_skeleton_1(fn_nucleoside_9(X)) = fn_carbon_skeleton_1(fn_nucleoside_9(X))
& fn_carbon_skeleton_1(fn_nucleoside_9(X)) = fn_pentose_9(fn_nucleoside_20(X))
& fn_pentose_9(fn_nucleoside_20(X)) = fn_pentose_9(fn_nucleoside_20(X))
& fn_pentose_9(fn_nucleoside_20(X)) = fn_polar_covalent_bond_17(fn_nucleoside_10(X))
& fn_polar_covalent_bond_17(fn_nucleoside_10(X)) = fn_polar_covalent_bond_17(fn_nucleoside_10(X))
& fn_polar_covalent_bond_17(fn_nucleoside_10(X)) = fn_molecule_10(fn_nucleoside_20(X))
& fn_carbon_skeleton_5(fn_nucleoside_9(X)) = fn_molecule_10(fn_nucleoside_20(X))
& fn_molecule_10(fn_nucleoside_20(X)) = fn_carbon_skeleton_5(fn_nucleoside_9(X))
& fn_carbon_skeleton_5(fn_nucleoside_9(X)) = fn_carbon_skeleton_5(fn_nucleoside_9(X))
& fn_carbon_skeleton_5(fn_nucleoside_9(X)) = fn_pentose_14(fn_nucleoside_20(X)) ) ) ).
fof(a531323,axiom,
! [X] :
( nucleoside_diphosphate_1(X)
=> ( original_name_2(X,'Nucleoside-Diphosphate')
& user_description_2(X,'The nucleoside diphosphate has a nitrogen base and two phosphate groups.')
& concept2words_2(X,'nucleoside diphosphate')
& concept2words_2(X,'nucleoside-diphosphate')
& nucleotide_1(X)
& share_1(fn_nucleoside_diphosphate_1(X))
& proton_1(fn_nucleoside_diphosphate_2(X))
& electron_1(fn_nucleoside_diphosphate_3(X))
& valence_electron_1(fn_nucleoside_diphosphate_3(X))
& entity_1(fn_nucleoside_diphosphate_4(X))
& chemical_entity_1(fn_nucleoside_diphosphate_4(X))
& atom_1(fn_nucleoside_diphosphate_4(X))
& carbon_1(fn_nucleoside_diphosphate_4(X))
& single_bond_1(fn_nucleoside_diphosphate_5(X))
& share_1(fn_nucleoside_diphosphate_6(X))
& share_1(fn_nucleoside_diphosphate_7(X))
& entity_1(fn_nucleoside_diphosphate_8(X))
& chemical_entity_1(fn_nucleoside_diphosphate_8(X))
& atom_1(fn_nucleoside_diphosphate_8(X))
& carbon_1(fn_nucleoside_diphosphate_8(X))
& number_5_prime_carbon_1(fn_nucleoside_diphosphate_8(X))
& electron_1(fn_nucleoside_diphosphate_9(X))
& valence_electron_1(fn_nucleoside_diphosphate_9(X))
& electron_1(fn_nucleoside_diphosphate_10(X))
& atomic_nucleus_1(fn_nucleoside_diphosphate_11(X))
& center_1(fn_nucleoside_diphosphate_12(X))
& electron_shell_1(fn_nucleoside_diphosphate_13(X))
& covalent_bond_1(fn_nucleoside_diphosphate_14(X))
& single_bond_1(fn_nucleoside_diphosphate_14(X))
& hold_1(fn_nucleoside_diphosphate_15(X))
& hold_together_1(fn_nucleoside_diphosphate_15(X))
& share_1(fn_nucleoside_diphosphate_16(X))
& share_1(fn_nucleoside_diphosphate_17(X))
& atomic_orbital_1(fn_nucleoside_diphosphate_18(X))
& entity_1(fn_nucleoside_diphosphate_19(X))
& chemical_entity_1(fn_nucleoside_diphosphate_19(X))
& atom_1(fn_nucleoside_diphosphate_19(X))
& number_3_prime_carbon_1(fn_nucleoside_diphosphate_19(X))
& chemical_bond_1(fn_nucleoside_diphosphate_20(X))
& polar_covalent_bond_1(fn_nucleoside_diphosphate_20(X))
& spatial_entity_1(fn_nucleoside_diphosphate_21(X))
& molecule_1(fn_nucleoside_diphosphate_21(X))
& organic_molecule_1(fn_nucleoside_diphosphate_21(X))
& pentose_1(fn_nucleoside_diphosphate_21(X))
& carbohydrate_1(fn_nucleoside_diphosphate_21(X))
& hold_together_1(fn_nucleoside_diphosphate_22(X))
& unequal_sharing_1(fn_nucleoside_diphosphate_23(X))
& entity_1(fn_nucleoside_diphosphate_24(X))
& electron_1(fn_nucleoside_diphosphate_24(X))
& valence_electron_1(fn_nucleoside_diphosphate_24(X))
& functional_group_1(fn_nucleoside_diphosphate_25(X))
& phosphate_group_1(fn_nucleoside_diphosphate_25(X))
& phosphate_group_1(fn_nucleoside_diphosphate_26(X))
& carbon_skeleton_1(fn_nucleoside_diphosphate_27(X))
& tangible_entity_1(fn_nucleoside_diphosphate_28(X))
& oxygen_1(fn_nucleoside_diphosphate_28(X))
& entity_1(fn_nucleoside_diphosphate_28(X))
& chemical_entity_1(fn_nucleoside_diphosphate_28(X))
& atom_1(fn_nucleoside_diphosphate_28(X))
& oxygen_1(fn_nucleoside_diphosphate_29(X))
& entity_1(fn_nucleoside_diphosphate_29(X))
& chemical_entity_1(fn_nucleoside_diphosphate_29(X))
& atom_1(fn_nucleoside_diphosphate_29(X))
& entity_1(fn_nucleoside_diphosphate_30(X))
& chemical_entity_1(fn_nucleoside_diphosphate_30(X))
& atom_1(fn_nucleoside_diphosphate_30(X))
& oxygen_1(fn_nucleoside_diphosphate_30(X))
& hold_together_1(fn_nucleoside_diphosphate_31(X))
& single_bond_1(fn_nucleoside_diphosphate_32(X))
& covalent_bond_1(fn_nucleoside_diphosphate_32(X))
& atom_1(fn_nucleoside_diphosphate_33(X))
& phosphorus_1(fn_nucleoside_diphosphate_33(X))
& number_5_prime_region_1(fn_nucleoside_diphosphate_34(X))
& center_1(fn_nucleoside_diphosphate_35(X))
& electron_1(fn_nucleoside_diphosphate_36(X))
& valence_electron_1(fn_nucleoside_diphosphate_36(X))
& valence_electron_1(fn_nucleoside_diphosphate_37(X))
& chemical_bond_1(fn_nucleoside_diphosphate_38(X))
& double_bond_1(fn_nucleoside_diphosphate_38(X))
& covalent_bond_1(fn_nucleoside_diphosphate_38(X))
& electron_shell_1(fn_nucleoside_diphosphate_39(X))
& first_electron_shell_1(fn_nucleoside_diphosphate_39(X))
& electron_shell_1(fn_nucleoside_diphosphate_40(X))
& center_1(fn_nucleoside_diphosphate_41(X))
& hold_together_1(fn_nucleoside_diphosphate_42(X))
& valence_electron_1(fn_nucleoside_diphosphate_43(X))
& center_1(fn_nucleoside_diphosphate_44(X))
& share_1(fn_nucleoside_diphosphate_45(X))
& first_electron_shell_1(fn_nucleoside_diphosphate_46(X))
& electron_1(fn_nucleoside_diphosphate_47(X))
& valence_electron_1(fn_nucleoside_diphosphate_47(X))
& atomic_nucleus_1(fn_nucleoside_diphosphate_48(X))
& electron_1(fn_atomic_nucleus_8(fn_nucleoside_diphosphate_11(X)))
& chemical_entity_1(fn_functional_group_1(fn_nucleoside_diphosphate_25(X)))
& single_bond_1(fn_phosphate_group_37(fn_nucleoside_diphosphate_26(X)))
& single_bond_1(fn_phosphate_group_37(fn_nucleoside_diphosphate_25(X)))
& atomic_orbital_1(fn_covalent_bond_13(fn_nucleoside_diphosphate_5(X)))
& electron_shell_1(fn_atom_9(fn_nucleoside_diphosphate_33(X)))
& electron_shell_1(fn_covalent_bond_12(fn_nucleoside_diphosphate_38(X)))
& atom_1(fn_molecule_11(fn_nucleoside_diphosphate_21(X)))
& carbon_1(fn_organic_molecule_1(fn_nucleoside_diphosphate_21(X)))
& entity_1(fn_polar_covalent_bond_19(fn_nucleoside_diphosphate_20(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_nucleoside_diphosphate_20(X)))
& atom_1(fn_polar_covalent_bond_19(fn_nucleoside_diphosphate_20(X)))
& entity_1(fn_pentose_21(fn_nucleoside_diphosphate_21(X)))
& chemical_entity_1(fn_pentose_21(fn_nucleoside_diphosphate_21(X)))
& atom_1(fn_pentose_21(fn_nucleoside_diphosphate_21(X)))
& carbon_1(fn_pentose_21(fn_nucleoside_diphosphate_21(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_nucleoside_diphosphate_20(X)))
& unequal_sharing_1(fn_carbohydrate_30(fn_nucleoside_diphosphate_21(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_nucleoside_diphosphate_20(X)))
& hold_together_1(fn_covalent_bond_14(fn_nucleoside_diphosphate_5(X)))
& hold_together_1(fn_carbohydrate_37(fn_nucleoside_diphosphate_21(X)))
& chemical_bond_1(fn_molecule_10(fn_nucleoside_diphosphate_21(X)))
& polar_covalent_bond_1(fn_carbohydrate_36(fn_nucleoside_diphosphate_21(X)))
& hold_together_1(fn_covalent_bond_14(fn_nucleoside_diphosphate_14(X)))
& hold_1(fn_pentose_9(fn_nucleoside_diphosphate_21(X)))
& hold_together_1(fn_pentose_9(fn_nucleoside_diphosphate_21(X)))
& hold_together_1(fn_phosphate_group_36(fn_nucleoside_diphosphate_26(X)))
& share_1(fn_pentose_19(fn_nucleoside_diphosphate_21(X)))
& share_1(fn_phosphate_group_35(fn_nucleoside_diphosphate_26(X)))
& electron_1(fn_polar_covalent_bond_11(fn_nucleoside_diphosphate_20(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_nucleoside_diphosphate_20(X)))
& entity_1(fn_carbohydrate_29(fn_nucleoside_diphosphate_21(X)))
& electron_1(fn_carbohydrate_29(fn_nucleoside_diphosphate_21(X)))
& valence_electron_1(fn_carbohydrate_29(fn_nucleoside_diphosphate_21(X)))
& electron_1(fn_phosphate_group_38(fn_nucleoside_diphosphate_26(X)))
& valence_electron_1(fn_phosphate_group_38(fn_nucleoside_diphosphate_26(X)))
& share_1(fn_covalent_bond_17(fn_nucleoside_diphosphate_5(X)))
& share_1(fn_covalent_bond_17(fn_nucleoside_diphosphate_14(X)))
& share_1(fn_phosphate_group_39(fn_nucleoside_diphosphate_26(X)))
& atom_1(fn_atomic_nucleus_4(fn_nucleoside_diphosphate_11(X)))
& entity_1(fn_polar_covalent_bond_18(fn_nucleoside_diphosphate_20(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_nucleoside_diphosphate_20(X)))
& atom_1(fn_polar_covalent_bond_18(fn_nucleoside_diphosphate_20(X)))
& atom_1(fn_organic_molecule_2(fn_nucleoside_diphosphate_21(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_nucleoside_diphosphate_21(X)))
& entity_1(fn_covalent_bond_20(fn_nucleoside_diphosphate_5(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_nucleoside_diphosphate_5(X)))
& atom_1(fn_covalent_bond_20(fn_nucleoside_diphosphate_5(X)))
& entity_1(fn_covalent_bond_20(fn_nucleoside_diphosphate_14(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_nucleoside_diphosphate_14(X)))
& atom_1(fn_covalent_bond_20(fn_nucleoside_diphosphate_14(X)))
& entity_1(fn_covalent_bond_19(fn_nucleoside_diphosphate_5(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_nucleoside_diphosphate_5(X)))
& atom_1(fn_covalent_bond_19(fn_nucleoside_diphosphate_5(X)))
& entity_1(fn_covalent_bond_19(fn_nucleoside_diphosphate_14(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_nucleoside_diphosphate_14(X)))
& atom_1(fn_covalent_bond_19(fn_nucleoside_diphosphate_14(X)))
& tangible_entity_1(fn_pentose_15(fn_nucleoside_diphosphate_21(X)))
& entity_1(fn_pentose_15(fn_nucleoside_diphosphate_21(X)))
& atom_1(fn_pentose_15(fn_nucleoside_diphosphate_21(X)))
& chemical_entity_1(fn_pentose_15(fn_nucleoside_diphosphate_21(X)))
& oxygen_1(fn_pentose_15(fn_nucleoside_diphosphate_21(X)))
& entity_1(fn_phosphate_group_22(fn_nucleoside_diphosphate_26(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_nucleoside_diphosphate_26(X)))
& atom_1(fn_phosphate_group_22(fn_nucleoside_diphosphate_26(X)))
& oxygen_1(fn_phosphate_group_22(fn_nucleoside_diphosphate_26(X)))
& oxygen_1(fn_phosphate_group_5(fn_nucleoside_diphosphate_26(X)))
& entity_1(fn_phosphate_group_5(fn_nucleoside_diphosphate_26(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_nucleoside_diphosphate_26(X)))
& atom_1(fn_phosphate_group_5(fn_nucleoside_diphosphate_26(X)))
& electron_shell_1(fn_covalent_bond_11(fn_nucleoside_diphosphate_38(X)))
& electron_shell_1(fn_phosphate_group_16(fn_nucleoside_diphosphate_25(X)))
& phosphorus_1(fn_phosphate_group_6(fn_nucleoside_diphosphate_25(X)))
& entity_1(fn_covalent_bond_20(fn_nucleoside_diphosphate_38(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_nucleoside_diphosphate_38(X)))
& atom_1(fn_covalent_bond_20(fn_nucleoside_diphosphate_38(X)))
& entity_1(fn_covalent_bond_20(fn_nucleoside_diphosphate_32(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_nucleoside_diphosphate_32(X)))
& atom_1(fn_covalent_bond_20(fn_nucleoside_diphosphate_32(X)))
& entity_1(fn_covalent_bond_19(fn_nucleoside_diphosphate_32(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_nucleoside_diphosphate_32(X)))
& atom_1(fn_covalent_bond_19(fn_nucleoside_diphosphate_32(X)))
& entity_1(fn_covalent_bond_19(fn_nucleoside_diphosphate_38(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_nucleoside_diphosphate_38(X)))
& atom_1(fn_covalent_bond_19(fn_nucleoside_diphosphate_38(X)))
& entity_1(fn_phosphate_group_22(fn_nucleoside_diphosphate_25(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_nucleoside_diphosphate_25(X)))
& atom_1(fn_phosphate_group_22(fn_nucleoside_diphosphate_25(X)))
& oxygen_1(fn_phosphate_group_22(fn_nucleoside_diphosphate_25(X)))
& oxygen_1(fn_phosphate_group_5(fn_nucleoside_diphosphate_25(X)))
& entity_1(fn_phosphate_group_5(fn_nucleoside_diphosphate_25(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_nucleoside_diphosphate_25(X)))
& atom_1(fn_phosphate_group_5(fn_nucleoside_diphosphate_25(X)))
& center_1(fn_atomic_nucleus_3(fn_nucleoside_diphosphate_11(X)))
& center_1(fn_covalent_bond_23(fn_nucleoside_diphosphate_5(X)))
& center_1(fn_phosphate_group_17(fn_nucleoside_diphosphate_26(X)))
& center_1(fn_covalent_bond_21(fn_nucleoside_diphosphate_5(X)))
& electron_shell_1(fn_phosphate_group_16(fn_nucleoside_diphosphate_26(X)))
& electron_shell_1(fn_covalent_bond_12(fn_nucleoside_diphosphate_5(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_13(fn_nucleoside_diphosphate_20(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_nucleoside_diphosphate_14(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_nucleoside_diphosphate_5(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_nucleoside_diphosphate_14(X)))
& atomic_nucleus_1(fn_phosphate_group_18(fn_nucleoside_diphosphate_26(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_nucleoside_diphosphate_5(X)))
& valence_electron_1(fn_covalent_bond_15(fn_nucleoside_diphosphate_14(X)))
& valence_electron_1(fn_covalent_bond_15(fn_nucleoside_diphosphate_5(X)))
& electron_1(fn_phosphate_group_20(fn_nucleoside_diphosphate_26(X)))
& valence_electron_1(fn_phosphate_group_20(fn_nucleoside_diphosphate_26(X)))
& valence_electron_1(fn_covalent_bond_18(fn_nucleoside_diphosphate_14(X)))
& electron_1(fn_phosphate_group_3(fn_nucleoside_diphosphate_26(X)))
& valence_electron_1(fn_phosphate_group_3(fn_nucleoside_diphosphate_26(X)))
& valence_electron_1(fn_covalent_bond_18(fn_nucleoside_diphosphate_5(X)))
& hold_together_1(fn_phosphate_group_36(fn_nucleoside_diphosphate_25(X)))
& hold_together_1(fn_covalent_bond_14(fn_nucleoside_diphosphate_32(X)))
& valence_electron_1(fn_phosphate_group_9(fn_nucleoside_diphosphate_25(X)))
& proton_1(fn_phosphate_group_19(fn_nucleoside_diphosphate_25(X)))
& proton_1(fn_covalent_bond_4(fn_nucleoside_diphosphate_38(X)))
& proton_1(fn_covalent_bond_4(fn_nucleoside_diphosphate_32(X)))
& valence_electron_1(fn_covalent_bond_15(fn_nucleoside_diphosphate_32(X)))
& share_1(fn_phosphate_group_35(fn_nucleoside_diphosphate_25(X)))
& share_1(fn_covalent_bond_17(fn_nucleoside_diphosphate_32(X)))
& hold_together_1(fn_phosphate_group_40(fn_nucleoside_diphosphate_25(X)))
& hold_together_1(fn_covalent_bond_14(fn_nucleoside_diphosphate_38(X)))
& valence_electron_1(fn_phosphate_group_21(fn_nucleoside_diphosphate_25(X)))
& valence_electron_1(fn_covalent_bond_18(fn_nucleoside_diphosphate_32(X)))
& electron_1(fn_phosphate_group_20(fn_nucleoside_diphosphate_25(X)))
& valence_electron_1(fn_phosphate_group_20(fn_nucleoside_diphosphate_25(X)))
& valence_electron_1(fn_phosphate_group_8(fn_nucleoside_diphosphate_25(X)))
& valence_electron_1(fn_covalent_bond_15(fn_nucleoside_diphosphate_38(X)))
& center_1(fn_phosphate_group_10(fn_nucleoside_diphosphate_25(X)))
& center_1(fn_phosphate_group_17(fn_nucleoside_diphosphate_25(X)))
& center_1(fn_covalent_bond_21(fn_nucleoside_diphosphate_32(X)))
& center_1(fn_covalent_bond_23(fn_nucleoside_diphosphate_38(X)))
& center_1(fn_covalent_bond_23(fn_nucleoside_diphosphate_32(X)))
& center_1(fn_phosphate_group_12(fn_nucleoside_diphosphate_25(X)))
& center_1(fn_covalent_bond_21(fn_nucleoside_diphosphate_38(X)))
& atomic_nucleus_1(fn_phosphate_group_18(fn_nucleoside_diphosphate_25(X)))
& atomic_nucleus_1(fn_phosphate_group_11(fn_nucleoside_diphosphate_25(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_nucleoside_diphosphate_32(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_nucleoside_diphosphate_38(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_nucleoside_diphosphate_32(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_nucleoside_diphosphate_38(X)))
& valence_electron_1(fn_covalent_bond_18(fn_nucleoside_diphosphate_38(X)))
& double_bond_1(fn_phosphate_group_41(fn_nucleoside_diphosphate_25(X)))
& share_1(fn_phosphate_group_39(fn_nucleoside_diphosphate_25(X)))
& share_1(fn_covalent_bond_17(fn_nucleoside_diphosphate_38(X)))
& has_region_2(fn_nucleoside_diphosphate_33(X),fn_nucleoside_diphosphate_44(X))
& fn_nucleoside_diphosphate_33(X) != fn_nucleoside_diphosphate_4(X)
& possesses_2(X,fn_nucleoside_diphosphate_32(X))
& exactCardinality(X,has_region_0,"2",phosphate_group_0)
& called_2(fn_nucleoside_diphosphate_26(X),'P2')
& is_inside_2(fn_nucleoside_diphosphate_26(X),fn_nucleoside_diphosphate_34(X))
& fn_nucleoside_diphosphate_26(X) != fn_nucleoside_diphosphate_25(X)
& called_2(fn_nucleoside_diphosphate_25(X),'P1')
& fn_nucleoside_diphosphate_25(X) != fn_nucleoside_diphosphate_26(X)
& fn_nucleoside_diphosphate_10(X) != fn_nucleoside_diphosphate_9(X)
& fn_nucleoside_diphosphate_9(X) != fn_nucleoside_diphosphate_10(X)
& fn_nucleoside_diphosphate_4(X) != fn_nucleoside_diphosphate_33(X)
& has_region_2(fn_nucleoside_diphosphate_33(X),fn_nucleoside_diphosphate_39(X))
& is_between_2(fn_nucleoside_diphosphate_14(X),fn_nucleoside_diphosphate_8(X))
& is_between_2(fn_nucleoside_diphosphate_20(X),fn_nucleoside_diphosphate_8(X))
& result_2(fn_nucleoside_diphosphate_16(X),fn_nucleoside_diphosphate_14(X))
& is_between_2(fn_nucleoside_diphosphate_20(X),fn_nucleoside_diphosphate_19(X))
& fn_nucleoside_diphosphate_19(X) != fn_nucleoside_diphosphate_8(X)
& agent_2(fn_nucleoside_diphosphate_23(X),fn_nucleoside_diphosphate_8(X))
& agent_2(fn_nucleoside_diphosphate_23(X),fn_nucleoside_diphosphate_19(X))
& object_2(fn_nucleoside_diphosphate_22(X),fn_nucleoside_diphosphate_19(X))
& fn_nucleoside_diphosphate_8(X) != fn_nucleoside_diphosphate_19(X)
& is_near_2(fn_nucleoside_diphosphate_10(X),fn_nucleoside_diphosphate_11(X))
& is_near_2(fn_nucleoside_diphosphate_11(X),fn_nucleoside_diphosphate_10(X))
& object_2(fn_nucleoside_diphosphate_16(X),fn_nucleoside_diphosphate_9(X))
& result_2(fn_nucleoside_diphosphate_7(X),fn_nucleoside_diphosphate_5(X))
& object_2(fn_nucleoside_diphosphate_22(X),fn_nucleoside_diphosphate_8(X))
& is_between_2(fn_nucleoside_diphosphate_5(X),fn_nucleoside_diphosphate_28(X))
& agent_2(fn_nucleoside_diphosphate_6(X),fn_nucleoside_diphosphate_28(X))
& is_between_2(fn_nucleoside_diphosphate_32(X),fn_nucleoside_diphosphate_29(X))
& agent_2(fn_nucleoside_diphosphate_16(X),fn_nucleoside_diphosphate_8(X))
& agent_2(fn_nucleoside_diphosphate_17(X),fn_nucleoside_diphosphate_28(X))
& object_2(fn_nucleoside_diphosphate_15(X),fn_nucleoside_diphosphate_8(X))
& fn_nucleoside_diphosphate_28(X) != fn_nucleoside_diphosphate_8(X)
& fn_nucleoside_diphosphate_8(X) != fn_nucleoside_diphosphate_28(X)
& has_part_2(X,fn_nucleoside_diphosphate_29(X))
& is_inside_2(fn_nucleoside_diphosphate_48(X),fn_nucleoside_diphosphate_46(X))
& fn_nucleoside_diphosphate_40(X) != fn_nucleoside_diphosphate_46(X)
& fn_nucleoside_diphosphate_46(X) != fn_nucleoside_diphosphate_40(X)
& fn_nucleoside_diphosphate_47(X) != fn_nucleoside_diphosphate_3(X)
& fn_nucleoside_diphosphate_37(X) != fn_nucleoside_diphosphate_47(X)
& fn_nucleoside_diphosphate_36(X) != fn_nucleoside_diphosphate_37(X)
& fn_nucleoside_diphosphate_37(X) != fn_nucleoside_diphosphate_36(X)
& fn_nucleoside_diphosphate_47(X) != fn_nucleoside_diphosphate_37(X)
& fn_nucleoside_diphosphate_3(X) != fn_nucleoside_diphosphate_47(X)
& fn_nucleoside_diphosphate_36(X) != fn_nucleoside_diphosphate_47(X)
& fn_nucleoside_diphosphate_47(X) != fn_nucleoside_diphosphate_36(X)
& object_2(fn_nucleoside_diphosphate_31(X),fn_nucleoside_diphosphate_30(X))
& has_region_2(fn_nucleoside_diphosphate_30(X),fn_nucleoside_diphosphate_35(X))
& has_region_2(fn_nucleoside_diphosphate_29(X),fn_nucleoside_diphosphate_35(X))
& object_2(fn_nucleoside_diphosphate_42(X),fn_nucleoside_diphosphate_30(X))
& has_part_2(fn_nucleoside_diphosphate_21(X),fn_nucleoside_diphosphate_19(X))
& agent_2(fn_nucleoside_diphosphate_45(X),fn_nucleoside_diphosphate_29(X))
& has_region_2(fn_nucleoside_diphosphate_29(X),fn_nucleoside_diphosphate_40(X))
& fn_nucleoside_diphosphate_39(X) != fn_nucleoside_diphosphate_40(X)
& fn_nucleoside_diphosphate_40(X) != fn_nucleoside_diphosphate_39(X)
& has_part_2(X,fn_nucleoside_diphosphate_4(X))
& has_region_2(X,fn_nucleoside_diphosphate_25(X))
& is_inside_2(fn_nucleoside_diphosphate_25(X),fn_nucleoside_diphosphate_34(X))
& has_region_2(fn_nucleoside_diphosphate_21(X),fn_nucleoside_diphosphate_34(X))
& has_part_2(fn_nucleoside_diphosphate_21(X),fn_nucleoside_diphosphate_8(X))
& is_inside_2(fn_nucleoside_diphosphate_4(X),fn_nucleoside_diphosphate_27(X))
& has_region_2(X,fn_nucleoside_diphosphate_27(X))
& has_part_2(X,fn_nucleoside_diphosphate_30(X))
& is_between_2(fn_nucleoside_diphosphate_38(X),fn_nucleoside_diphosphate_30(X))
& possesses_2(X,fn_nucleoside_diphosphate_38(X))
& has_part_2(X,fn_nucleoside_diphosphate_33(X))
& has_region_2(fn_nucleoside_diphosphate_33(X),fn_nucleoside_diphosphate_41(X))
& has_region_2(fn_nucleoside_diphosphate_29(X),fn_nucleoside_diphosphate_41(X))
& fn_nucleoside_diphosphate_29(X) != fn_nucleoside_diphosphate_4(X)
& fn_nucleoside_diphosphate_4(X) != fn_nucleoside_diphosphate_30(X)
& fn_nucleoside_diphosphate_4(X) != fn_nucleoside_diphosphate_29(X)
& fn_nucleoside_diphosphate_30(X) != fn_nucleoside_diphosphate_4(X)
& possesses_2(fn_nucleoside_diphosphate_21(X),fn_nucleoside_diphosphate_20(X))
& has_function_2(fn_nucleoside_diphosphate_20(X),fn_nucleoside_diphosphate_22(X))
& agent_2(fn_nucleoside_diphosphate_22(X),fn_nucleoside_diphosphate_20(X))
& result_2(fn_nucleoside_diphosphate_23(X),fn_nucleoside_diphosphate_20(X))
& object_2(fn_nucleoside_diphosphate_23(X),fn_nucleoside_diphosphate_24(X))
& has_region_2(fn_nucleoside_diphosphate_28(X),fn_nucleoside_diphosphate_12(X))
& has_region_2(fn_nucleoside_diphosphate_28(X),fn_nucleoside_diphosphate_11(X))
& has_region_2(fn_nucleoside_diphosphate_28(X),fn_nucleoside_diphosphate_13(X))
& agent_2(fn_nucleoside_diphosphate_15(X),fn_nucleoside_diphosphate_14(X))
& result_2(fn_nucleoside_diphosphate_17(X),fn_nucleoside_diphosphate_14(X))
& object_2(fn_nucleoside_diphosphate_17(X),fn_nucleoside_diphosphate_9(X))
& object_2(fn_nucleoside_diphosphate_16(X),fn_nucleoside_diphosphate_24(X))
& agent_2(fn_nucleoside_diphosphate_16(X),fn_nucleoside_diphosphate_28(X))
& is_between_2(fn_nucleoside_diphosphate_14(X),fn_nucleoside_diphosphate_28(X))
& has_function_2(fn_nucleoside_diphosphate_14(X),fn_nucleoside_diphosphate_15(X))
& object_2(fn_nucleoside_diphosphate_15(X),fn_nucleoside_diphosphate_28(X))
& is_inside_2(fn_nucleoside_diphosphate_28(X),fn_nucleoside_diphosphate_26(X))
& agent_2(fn_nucleoside_diphosphate_7(X),fn_nucleoside_diphosphate_28(X))
& object_2(fn_nucleoside_diphosphate_7(X),fn_nucleoside_diphosphate_9(X))
& fn_nucleoside_diphosphate_24(X) != fn_nucleoside_diphosphate_9(X)
& fn_nucleoside_diphosphate_9(X) != fn_nucleoside_diphosphate_24(X)
& has_region_2(fn_nucleoside_diphosphate_30(X),fn_nucleoside_diphosphate_40(X))
& is_between_2(fn_nucleoside_diphosphate_32(X),fn_nucleoside_diphosphate_30(X))
& has_region_2(fn_nucleoside_diphosphate_30(X),fn_nucleoside_diphosphate_41(X))
& has_region_2(fn_nucleoside_diphosphate_33(X),fn_nucleoside_diphosphate_35(X))
& has_region_2(fn_nucleoside_diphosphate_30(X),fn_nucleoside_diphosphate_48(X))
& is_between_2(fn_nucleoside_diphosphate_38(X),fn_nucleoside_diphosphate_33(X))
& object_2(fn_nucleoside_diphosphate_42(X),fn_nucleoside_diphosphate_33(X))
& object_2(fn_nucleoside_diphosphate_42(X),fn_nucleoside_diphosphate_29(X))
& has_region_2(fn_nucleoside_diphosphate_29(X),fn_nucleoside_diphosphate_44(X))
& agent_2(fn_nucleoside_diphosphate_45(X),fn_nucleoside_diphosphate_33(X))
& agent_2(fn_nucleoside_diphosphate_45(X),fn_nucleoside_diphosphate_30(X))
& has_part_2(fn_nucleoside_diphosphate_30(X),fn_nucleoside_diphosphate_36(X))
& fn_nucleoside_diphosphate_3(X) != fn_nucleoside_diphosphate_36(X)
& fn_nucleoside_diphosphate_36(X) != fn_nucleoside_diphosphate_3(X)
& is_inside_2(fn_nucleoside_diphosphate_30(X),fn_nucleoside_diphosphate_25(X))
& is_inside_2(fn_nucleoside_diphosphate_33(X),fn_nucleoside_diphosphate_25(X))
& object_2(fn_nucleoside_diphosphate_31(X),fn_nucleoside_diphosphate_33(X))
& object_2(fn_nucleoside_diphosphate_31(X),fn_nucleoside_diphosphate_29(X))
& has_part_2(fn_nucleoside_diphosphate_29(X),fn_nucleoside_diphosphate_2(X))
& result_2(fn_nucleoside_diphosphate_45(X),fn_nucleoside_diphosphate_38(X))
& is_between_2(fn_nucleoside_diphosphate_38(X),fn_nucleoside_diphosphate_29(X))
& has_region_2(fn_nucleoside_diphosphate_29(X),fn_nucleoside_diphosphate_48(X))
& fn_nucleoside_diphosphate_30(X) != fn_nucleoside_diphosphate_29(X)
& fn_nucleoside_diphosphate_29(X) != fn_nucleoside_diphosphate_30(X)
& agent_2(fn_nucleoside_diphosphate_1(X),fn_nucleoside_diphosphate_29(X))
& agent_2(fn_nucleoside_diphosphate_1(X),fn_nucleoside_diphosphate_33(X))
& fn_nucleoside_diphosphate_33(X) != fn_nucleoside_diphosphate_30(X)
& fn_nucleoside_diphosphate_29(X) != fn_nucleoside_diphosphate_33(X)
& fn_nucleoside_diphosphate_33(X) != fn_nucleoside_diphosphate_29(X)
& fn_nucleoside_diphosphate_30(X) != fn_nucleoside_diphosphate_33(X)
& is_inside_2(fn_nucleoside_diphosphate_29(X),fn_nucleoside_diphosphate_25(X))
& has_part_2(fn_nucleoside_diphosphate_29(X),fn_nucleoside_diphosphate_37(X))
& fn_nucleoside_diphosphate_37(X) != fn_nucleoside_diphosphate_43(X)
& fn_nucleoside_diphosphate_43(X) != fn_nucleoside_diphosphate_36(X)
& object_2(fn_nucleoside_diphosphate_45(X),fn_nucleoside_diphosphate_36(X))
& fn_nucleoside_diphosphate_43(X) != fn_nucleoside_diphosphate_37(X)
& fn_nucleoside_diphosphate_36(X) != fn_nucleoside_diphosphate_43(X)
& is_at_2(fn_nucleoside_diphosphate_11(X),fn_nucleoside_diphosphate_12(X))
& has_region_2(fn_nucleoside_diphosphate_13(X),fn_nucleoside_diphosphate_18(X))
& result_2(fn_nucleoside_diphosphate_6(X),fn_nucleoside_diphosphate_5(X))
& object_2(fn_nucleoside_diphosphate_6(X),fn_nucleoside_diphosphate_9(X))
& is_inside_2(fn_nucleoside_diphosphate_9(X),fn_nucleoside_diphosphate_18(X))
& is_near_2(fn_nucleoside_diphosphate_11(X),fn_nucleoside_diphosphate_9(X))
& is_near_2(fn_nucleoside_diphosphate_9(X),fn_nucleoside_diphosphate_11(X))
& has_function_2(fn_nucleoside_diphosphate_32(X),fn_nucleoside_diphosphate_31(X))
& agent_2(fn_nucleoside_diphosphate_31(X),fn_nucleoside_diphosphate_32(X))
& object_2(fn_nucleoside_diphosphate_45(X),fn_nucleoside_diphosphate_43(X))
& is_inside_2(fn_nucleoside_diphosphate_2(X),fn_nucleoside_diphosphate_48(X))
& result_2(fn_nucleoside_diphosphate_45(X),fn_nucleoside_diphosphate_32(X))
& object_2(fn_nucleoside_diphosphate_45(X),fn_nucleoside_diphosphate_37(X))
& is_near_2(fn_nucleoside_diphosphate_37(X),fn_nucleoside_diphosphate_48(X))
& is_at_2(fn_nucleoside_diphosphate_48(X),fn_nucleoside_diphosphate_41(X))
& fn_nucleoside_diphosphate_41(X) != fn_nucleoside_diphosphate_44(X)
& is_near_2(fn_nucleoside_diphosphate_48(X),fn_nucleoside_diphosphate_37(X))
& fn_nucleoside_diphosphate_44(X) != fn_nucleoside_diphosphate_41(X)
& has_function_2(fn_nucleoside_diphosphate_38(X),fn_nucleoside_diphosphate_42(X))
& agent_2(fn_nucleoside_diphosphate_42(X),fn_nucleoside_diphosphate_38(X))
& object_2(fn_nucleoside_diphosphate_1(X),fn_nucleoside_diphosphate_3(X))
& fn_nucleoside_diphosphate_44(X) != fn_nucleoside_diphosphate_35(X)
& is_at_2(fn_nucleoside_diphosphate_48(X),fn_nucleoside_diphosphate_44(X))
& fn_nucleoside_diphosphate_35(X) != fn_nucleoside_diphosphate_44(X)
& is_near_2(fn_nucleoside_diphosphate_36(X),fn_nucleoside_diphosphate_48(X))
& is_near_2(fn_nucleoside_diphosphate_48(X),fn_nucleoside_diphosphate_36(X))
& result_2(fn_nucleoside_diphosphate_1(X),fn_nucleoside_diphosphate_38(X))
& object_2(fn_nucleoside_diphosphate_1(X),fn_nucleoside_diphosphate_47(X))
& is_near_2(fn_nucleoside_diphosphate_47(X),fn_nucleoside_diphosphate_48(X))
& is_at_2(fn_nucleoside_diphosphate_48(X),fn_nucleoside_diphosphate_35(X))
& fn_nucleoside_diphosphate_35(X) != fn_nucleoside_diphosphate_41(X)
& is_near_2(fn_nucleoside_diphosphate_48(X),fn_nucleoside_diphosphate_47(X))
& fn_nucleoside_diphosphate_41(X) != fn_nucleoside_diphosphate_35(X)
& fn_nucleoside_diphosphate_39(X) = fn_atom_9(fn_nucleoside_diphosphate_33(X))
& fn_nucleoside_diphosphate_8(X) = fn_molecule_11(fn_nucleoside_diphosphate_21(X))
& fn_nucleoside_diphosphate_16(X) = fn_covalent_bond_17(fn_nucleoside_diphosphate_14(X))
& fn_nucleoside_diphosphate_19(X) = fn_polar_covalent_bond_18(fn_nucleoside_diphosphate_20(X))
& fn_nucleoside_diphosphate_10(X) = fn_atomic_nucleus_8(fn_nucleoside_diphosphate_11(X))
& fn_nucleoside_diphosphate_16(X) = fn_covalent_bond_17(fn_nucleoside_diphosphate_5(X))
& fn_nucleoside_diphosphate_7(X) = fn_covalent_bond_17(fn_nucleoside_diphosphate_5(X))
& fn_nucleoside_diphosphate_22(X) = fn_covalent_bond_14(fn_nucleoside_diphosphate_5(X))
& fn_nucleoside_diphosphate_16(X) = fn_pentose_19(fn_nucleoside_diphosphate_21(X))
& fn_nucleoside_diphosphate_17(X) = fn_pentose_19(fn_nucleoside_diphosphate_21(X))
& fn_nucleoside_diphosphate_15(X) = fn_pentose_9(fn_nucleoside_diphosphate_21(X))
& fn_nucleoside_diphosphate_8(X) = fn_covalent_bond_20(fn_nucleoside_diphosphate_14(X))
& fn_nucleoside_diphosphate_8(X) = fn_covalent_bond_19(fn_nucleoside_diphosphate_14(X))
& fn_nucleoside_diphosphate_8(X) = fn_polar_covalent_bond_19(fn_nucleoside_diphosphate_20(X))
& fn_nucleoside_diphosphate_8(X) = fn_organic_molecule_1(fn_nucleoside_diphosphate_21(X))
& fn_nucleoside_diphosphate_28(X) = fn_organic_molecule_2(fn_nucleoside_diphosphate_21(X))
& fn_nucleoside_diphosphate_8(X) = fn_covalent_bond_20(fn_nucleoside_diphosphate_5(X))
& fn_nucleoside_diphosphate_28(X) = fn_covalent_bond_19(fn_nucleoside_diphosphate_5(X))
& fn_nucleoside_diphosphate_28(X) = fn_pentose_15(fn_nucleoside_diphosphate_21(X))
& fn_nucleoside_diphosphate_46(X) = fn_nucleotide_33(X)
& fn_nucleoside_diphosphate_3(X) = fn_nucleotide_32(X)
& fn_nucleoside_diphosphate_36(X) = fn_nucleotide_21(X)
& fn_nucleoside_diphosphate_37(X) = fn_nucleotide_22(X)
& fn_nucleoside_diphosphate_47(X) = fn_nucleotide_28(X)
& fn_nucleoside_diphosphate_31(X) = fn_covalent_bond_14(fn_nucleoside_diphosphate_38(X))
& fn_nucleoside_diphosphate_35(X) = fn_nucleotide_25(X)
& fn_nucleoside_diphosphate_42(X) = fn_nucleotide_23(X)
& fn_nucleoside_diphosphate_19(X) = fn_organic_molecule_2(fn_nucleoside_diphosphate_21(X))
& fn_nucleoside_diphosphate_19(X) = fn_nucleotide_8(X)
& fn_nucleoside_diphosphate_45(X) = fn_nucleotide_24(X)
& fn_nucleoside_diphosphate_39(X) = fn_covalent_bond_12(fn_nucleoside_diphosphate_38(X))
& fn_nucleoside_diphosphate_39(X) = fn_nucleotide_33(X)
& fn_nucleoside_diphosphate_40(X) = fn_covalent_bond_11(fn_nucleoside_diphosphate_38(X))
& fn_nucleoside_diphosphate_40(X) = fn_nucleotide_20(X)
& fn_nucleoside_diphosphate_8(X) = fn_pentose_21(fn_nucleoside_diphosphate_21(X))
& fn_nucleoside_diphosphate_8(X) = fn_nucleotide_7(X)
& fn_nucleoside_diphosphate_21(X) = fn_nucleotide_12(X)
& fn_nucleoside_diphosphate_34(X) = fn_nucleotide_36(X)
& X = fn_functional_group_1(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_25(X) = fn_nucleotide_15(X)
& fn_nucleoside_diphosphate_38(X) = fn_nucleotide_29(X)
& fn_nucleoside_diphosphate_30(X) = fn_nucleotide_10(X)
& fn_nucleoside_diphosphate_27(X) = fn_nucleotide_3(X)
& fn_nucleoside_diphosphate_30(X) = fn_nucleotide_13(X)
& fn_nucleoside_diphosphate_29(X) = fn_covalent_bond_19(fn_nucleoside_diphosphate_32(X))
& fn_nucleoside_diphosphate_4(X) = fn_covalent_bond_20(fn_nucleoside_diphosphate_32(X))
& fn_nucleoside_diphosphate_4(X) = fn_nucleotide_9(X)
& fn_nucleoside_diphosphate_29(X) = fn_nucleotide_13(X)
& fn_nucleoside_diphosphate_41(X) = fn_nucleotide_26(X)
& fn_nucleoside_diphosphate_33(X) = fn_nucleotide_30(X)
& fn_nucleoside_diphosphate_24(X) = fn_polar_covalent_bond_11(fn_nucleoside_diphosphate_20(X))
& fn_nucleoside_diphosphate_24(X) = fn_carbohydrate_29(fn_nucleoside_diphosphate_21(X))
& fn_nucleoside_diphosphate_23(X) = fn_polar_covalent_bond_16(fn_nucleoside_diphosphate_20(X))
& fn_nucleoside_diphosphate_23(X) = fn_carbohydrate_30(fn_nucleoside_diphosphate_21(X))
& fn_nucleoside_diphosphate_22(X) = fn_polar_covalent_bond_17(fn_nucleoside_diphosphate_20(X))
& fn_nucleoside_diphosphate_22(X) = fn_carbohydrate_37(fn_nucleoside_diphosphate_21(X))
& fn_nucleoside_diphosphate_20(X) = fn_molecule_10(fn_nucleoside_diphosphate_21(X))
& fn_nucleoside_diphosphate_20(X) = fn_carbohydrate_36(fn_nucleoside_diphosphate_21(X))
& fn_nucleoside_diphosphate_12(X) = fn_atomic_nucleus_3(fn_nucleoside_diphosphate_11(X))
& fn_nucleoside_diphosphate_12(X) = fn_phosphate_group_17(fn_nucleoside_diphosphate_26(X))
& fn_nucleoside_diphosphate_28(X) = fn_atomic_nucleus_4(fn_nucleoside_diphosphate_11(X))
& fn_nucleoside_diphosphate_11(X) = fn_covalent_bond_22(fn_nucleoside_diphosphate_14(X))
& fn_nucleoside_diphosphate_11(X) = fn_covalent_bond_24(fn_nucleoside_diphosphate_14(X))
& fn_nucleoside_diphosphate_28(X) = fn_polar_covalent_bond_18(fn_nucleoside_diphosphate_20(X))
& fn_nucleoside_diphosphate_11(X) = fn_polar_covalent_bond_13(fn_nucleoside_diphosphate_20(X))
& fn_nucleoside_diphosphate_28(X) = fn_covalent_bond_20(fn_nucleoside_diphosphate_5(X))
& fn_nucleoside_diphosphate_11(X) = fn_phosphate_group_18(fn_nucleoside_diphosphate_26(X))
& fn_nucleoside_diphosphate_13(X) = fn_phosphate_group_16(fn_nucleoside_diphosphate_26(X))
& fn_nucleoside_diphosphate_9(X) = fn_phosphate_group_20(fn_nucleoside_diphosphate_26(X))
& fn_nucleoside_diphosphate_17(X) = fn_phosphate_group_35(fn_nucleoside_diphosphate_26(X))
& fn_nucleoside_diphosphate_15(X) = fn_covalent_bond_14(fn_nucleoside_diphosphate_14(X))
& fn_nucleoside_diphosphate_15(X) = fn_phosphate_group_36(fn_nucleoside_diphosphate_26(X))
& fn_nucleoside_diphosphate_14(X) = fn_phosphate_group_37(fn_nucleoside_diphosphate_26(X))
& fn_nucleoside_diphosphate_16(X) = fn_phosphate_group_35(fn_nucleoside_diphosphate_26(X))
& fn_nucleoside_diphosphate_24(X) = fn_phosphate_group_38(fn_nucleoside_diphosphate_26(X))
& fn_nucleoside_diphosphate_9(X) = fn_covalent_bond_15(fn_nucleoside_diphosphate_14(X))
& fn_nucleoside_diphosphate_9(X) = fn_covalent_bond_18(fn_nucleoside_diphosphate_14(X))
& fn_nucleoside_diphosphate_9(X) = fn_phosphate_group_3(fn_nucleoside_diphosphate_26(X))
& fn_nucleoside_diphosphate_28(X) = fn_covalent_bond_19(fn_nucleoside_diphosphate_14(X))
& fn_nucleoside_diphosphate_7(X) = fn_covalent_bond_17(fn_nucleoside_diphosphate_14(X))
& fn_nucleoside_diphosphate_28(X) = fn_covalent_bond_20(fn_nucleoside_diphosphate_14(X))
& fn_nucleoside_diphosphate_7(X) = fn_phosphate_group_39(fn_nucleoside_diphosphate_26(X))
& fn_nucleoside_diphosphate_28(X) = fn_phosphate_group_22(fn_nucleoside_diphosphate_26(X))
& fn_nucleoside_diphosphate_28(X) = fn_phosphate_group_5(fn_nucleoside_diphosphate_26(X))
& fn_nucleoside_diphosphate_40(X) = fn_phosphate_group_16(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_32(X) = fn_phosphate_group_37(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_41(X) = fn_phosphate_group_17(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_35(X) = fn_phosphate_group_12(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_30(X) = fn_covalent_bond_19(fn_nucleoside_diphosphate_32(X))
& fn_nucleoside_diphosphate_48(X) = fn_phosphate_group_18(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_44(X) = fn_phosphate_group_10(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_42(X) = fn_phosphate_group_40(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_3(X) = fn_phosphate_group_21(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_30(X) = fn_covalent_bond_19(fn_nucleoside_diphosphate_38(X))
& fn_nucleoside_diphosphate_36(X) = fn_phosphate_group_20(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_45(X) = fn_phosphate_group_35(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_2(X) = fn_phosphate_group_19(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_29(X) = fn_phosphate_group_22(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_31(X) = fn_phosphate_group_36(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_48(X) = fn_phosphate_group_11(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_29(X) = fn_covalent_bond_20(fn_nucleoside_diphosphate_38(X))
& fn_nucleoside_diphosphate_29(X) = fn_covalent_bond_19(fn_nucleoside_diphosphate_38(X))
& fn_nucleoside_diphosphate_38(X) = fn_phosphate_group_41(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_30(X) = fn_phosphate_group_22(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_33(X) = fn_phosphate_group_6(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_1(X) = fn_phosphate_group_39(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_45(X) = fn_phosphate_group_39(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_36(X) = fn_phosphate_group_8(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_43(X) = fn_phosphate_group_9(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_29(X) = fn_covalent_bond_20(fn_nucleoside_diphosphate_32(X))
& fn_nucleoside_diphosphate_37(X) = fn_phosphate_group_8(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_29(X) = fn_phosphate_group_5(fn_nucleoside_diphosphate_25(X))
& fn_nucleoside_diphosphate_12(X) = fn_covalent_bond_23(fn_nucleoside_diphosphate_5(X))
& fn_nucleoside_diphosphate_12(X) = fn_covalent_bond_21(fn_nucleoside_diphosphate_5(X))
& fn_nucleoside_diphosphate_13(X) = fn_covalent_bond_12(fn_nucleoside_diphosphate_5(X))
& fn_nucleoside_diphosphate_18(X) = fn_covalent_bond_13(fn_nucleoside_diphosphate_5(X))
& fn_nucleoside_diphosphate_11(X) = fn_covalent_bond_24(fn_nucleoside_diphosphate_5(X))
& fn_nucleoside_diphosphate_11(X) = fn_covalent_bond_22(fn_nucleoside_diphosphate_5(X))
& fn_nucleoside_diphosphate_9(X) = fn_covalent_bond_15(fn_nucleoside_diphosphate_5(X))
& fn_nucleoside_diphosphate_9(X) = fn_covalent_bond_18(fn_nucleoside_diphosphate_5(X))
& fn_nucleoside_diphosphate_6(X) = fn_covalent_bond_17(fn_nucleoside_diphosphate_5(X))
& fn_nucleoside_diphosphate_31(X) = fn_covalent_bond_14(fn_nucleoside_diphosphate_32(X))
& fn_nucleoside_diphosphate_43(X) = fn_covalent_bond_15(fn_nucleoside_diphosphate_32(X))
& fn_nucleoside_diphosphate_2(X) = fn_covalent_bond_4(fn_nucleoside_diphosphate_38(X))
& fn_nucleoside_diphosphate_2(X) = fn_covalent_bond_4(fn_nucleoside_diphosphate_32(X))
& fn_nucleoside_diphosphate_44(X) = fn_covalent_bond_23(fn_nucleoside_diphosphate_32(X))
& fn_nucleoside_diphosphate_37(X) = fn_covalent_bond_15(fn_nucleoside_diphosphate_32(X))
& fn_nucleoside_diphosphate_37(X) = fn_covalent_bond_18(fn_nucleoside_diphosphate_32(X))
& fn_nucleoside_diphosphate_45(X) = fn_covalent_bond_17(fn_nucleoside_diphosphate_32(X))
& fn_nucleoside_diphosphate_42(X) = fn_covalent_bond_14(fn_nucleoside_diphosphate_38(X))
& fn_nucleoside_diphosphate_3(X) = fn_covalent_bond_15(fn_nucleoside_diphosphate_38(X))
& fn_nucleoside_diphosphate_48(X) = fn_covalent_bond_22(fn_nucleoside_diphosphate_32(X))
& fn_nucleoside_diphosphate_36(X) = fn_covalent_bond_18(fn_nucleoside_diphosphate_32(X))
& fn_nucleoside_diphosphate_36(X) = fn_nucleotide_32(X)
& fn_nucleoside_diphosphate_36(X) = fn_covalent_bond_18(fn_nucleoside_diphosphate_38(X))
& fn_nucleoside_diphosphate_36(X) = fn_covalent_bond_15(fn_nucleoside_diphosphate_38(X))
& fn_nucleoside_diphosphate_48(X) = fn_covalent_bond_24(fn_nucleoside_diphosphate_38(X))
& fn_nucleoside_diphosphate_44(X) = fn_covalent_bond_23(fn_nucleoside_diphosphate_38(X))
& fn_nucleoside_diphosphate_41(X) = fn_covalent_bond_21(fn_nucleoside_diphosphate_32(X))
& fn_nucleoside_diphosphate_41(X) = fn_covalent_bond_23(fn_nucleoside_diphosphate_38(X))
& fn_nucleoside_diphosphate_48(X) = fn_covalent_bond_24(fn_nucleoside_diphosphate_32(X))
& fn_nucleoside_diphosphate_35(X) = fn_covalent_bond_23(fn_nucleoside_diphosphate_32(X))
& fn_nucleoside_diphosphate_48(X) = fn_nucleotide_35(X)
& fn_nucleoside_diphosphate_35(X) = fn_nucleotide_34(X)
& fn_nucleoside_diphosphate_35(X) = fn_covalent_bond_21(fn_nucleoside_diphosphate_38(X))
& fn_nucleoside_diphosphate_48(X) = fn_covalent_bond_22(fn_nucleoside_diphosphate_38(X))
& fn_nucleoside_diphosphate_47(X) = fn_covalent_bond_18(fn_nucleoside_diphosphate_38(X))
& fn_nucleoside_diphosphate_1(X) = fn_covalent_bond_17(fn_nucleoside_diphosphate_38(X))
& fn_polar_covalent_bond_18(fn_nucleoside_diphosphate_20(X)) = fn_nucleotide_8(X)
& fn_nucleotide_8(X) = fn_atom_9(fn_nucleoside_diphosphate_33(X))
& fn_atom_9(fn_nucleoside_diphosphate_33(X)) = fn_covalent_bond_12(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_12(fn_nucleoside_diphosphate_38(X)) = fn_covalent_bond_12(fn_nucleoside_diphosphate_38(X))
& fn_nucleotide_33(X) = fn_covalent_bond_12(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_12(fn_nucleoside_diphosphate_38(X)) = fn_nucleotide_33(X)
& fn_nucleotide_33(X) = fn_covalent_bond_19(fn_nucleoside_diphosphate_14(X))
& fn_covalent_bond_19(fn_nucleoside_diphosphate_14(X)) = fn_molecule_11(fn_nucleoside_diphosphate_21(X))
& fn_molecule_11(fn_nucleoside_diphosphate_21(X)) = fn_covalent_bond_19(fn_nucleoside_diphosphate_14(X))
& fn_organic_molecule_1(fn_nucleoside_diphosphate_21(X)) = fn_covalent_bond_19(fn_nucleoside_diphosphate_14(X))
& fn_covalent_bond_19(fn_nucleoside_diphosphate_14(X)) = fn_organic_molecule_1(fn_nucleoside_diphosphate_21(X))
& fn_organic_molecule_1(fn_nucleoside_diphosphate_21(X)) = fn_polar_covalent_bond_19(fn_nucleoside_diphosphate_20(X))
& fn_polar_covalent_bond_19(fn_nucleoside_diphosphate_20(X)) = fn_organic_molecule_1(fn_nucleoside_diphosphate_21(X))
& fn_organic_molecule_1(fn_nucleoside_diphosphate_21(X)) = fn_covalent_bond_20(fn_nucleoside_diphosphate_14(X))
& fn_polar_covalent_bond_19(fn_nucleoside_diphosphate_20(X)) = fn_polar_covalent_bond_19(fn_nucleoside_diphosphate_20(X))
& fn_covalent_bond_20(fn_nucleoside_diphosphate_5(X)) = fn_covalent_bond_20(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_20(fn_nucleoside_diphosphate_14(X)) = fn_polar_covalent_bond_19(fn_nucleoside_diphosphate_20(X))
& fn_polar_covalent_bond_19(fn_nucleoside_diphosphate_20(X)) = fn_covalent_bond_20(fn_nucleoside_diphosphate_5(X))
& fn_pentose_21(fn_nucleoside_diphosphate_21(X)) = fn_covalent_bond_20(fn_nucleoside_diphosphate_5(X))
& fn_pentose_21(fn_nucleoside_diphosphate_21(X)) = fn_covalent_bond_20(fn_nucleoside_diphosphate_14(X))
& fn_covalent_bond_20(fn_nucleoside_diphosphate_5(X)) = fn_pentose_21(fn_nucleoside_diphosphate_21(X))
& fn_pentose_21(fn_nucleoside_diphosphate_21(X)) = fn_pentose_21(fn_nucleoside_diphosphate_21(X))
& fn_pentose_21(fn_nucleoside_diphosphate_21(X)) = fn_nucleotide_7(X)
& fn_nucleotide_7(X) = fn_nucleotide_9(X)
& fn_nucleotide_9(X) = fn_nucleotide_9(X)
& fn_nucleotide_9(X) = fn_covalent_bond_20(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_20(fn_nucleoside_diphosphate_32(X)) = fn_nucleotide_9(X)
& fn_nucleotide_9(X) = fn_polar_covalent_bond_16(fn_nucleoside_diphosphate_20(X))
& fn_polar_covalent_bond_16(fn_nucleoside_diphosphate_20(X)) = fn_polar_covalent_bond_16(fn_nucleoside_diphosphate_20(X))
& fn_carbohydrate_30(fn_nucleoside_diphosphate_21(X)) = fn_polar_covalent_bond_16(fn_nucleoside_diphosphate_20(X))
& fn_polar_covalent_bond_16(fn_nucleoside_diphosphate_20(X)) = fn_carbohydrate_30(fn_nucleoside_diphosphate_21(X))
& fn_carbohydrate_30(fn_nucleoside_diphosphate_21(X)) = fn_polar_covalent_bond_17(fn_nucleoside_diphosphate_20(X))
& fn_covalent_bond_14(fn_nucleoside_diphosphate_5(X)) = fn_polar_covalent_bond_17(fn_nucleoside_diphosphate_20(X))
& fn_polar_covalent_bond_17(fn_nucleoside_diphosphate_20(X)) = fn_polar_covalent_bond_17(fn_nucleoside_diphosphate_20(X))
& fn_polar_covalent_bond_17(fn_nucleoside_diphosphate_20(X)) = fn_covalent_bond_14(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_14(fn_nucleoside_diphosphate_5(X)) = fn_carbohydrate_37(fn_nucleoside_diphosphate_21(X))
& fn_carbohydrate_37(fn_nucleoside_diphosphate_21(X)) = fn_carbohydrate_37(fn_nucleoside_diphosphate_21(X))
& fn_carbohydrate_37(fn_nucleoside_diphosphate_21(X)) = fn_molecule_10(fn_nucleoside_diphosphate_21(X))
& fn_carbohydrate_36(fn_nucleoside_diphosphate_21(X)) = fn_carbohydrate_36(fn_nucleoside_diphosphate_21(X))
& fn_carbohydrate_36(fn_nucleoside_diphosphate_21(X)) = fn_molecule_10(fn_nucleoside_diphosphate_21(X))
& fn_molecule_10(fn_nucleoside_diphosphate_21(X)) = fn_carbohydrate_36(fn_nucleoside_diphosphate_21(X))
& fn_carbohydrate_36(fn_nucleoside_diphosphate_21(X)) = fn_pentose_19(fn_nucleoside_diphosphate_21(X))
& fn_phosphate_group_35(fn_nucleoside_diphosphate_26(X)) = fn_pentose_9(fn_nucleoside_diphosphate_21(X))
& fn_pentose_9(fn_nucleoside_diphosphate_21(X)) = fn_covalent_bond_14(fn_nucleoside_diphosphate_14(X))
& fn_covalent_bond_14(fn_nucleoside_diphosphate_14(X)) = fn_covalent_bond_14(fn_nucleoside_diphosphate_14(X))
& fn_covalent_bond_14(fn_nucleoside_diphosphate_14(X)) = fn_pentose_9(fn_nucleoside_diphosphate_21(X))
& fn_pentose_9(fn_nucleoside_diphosphate_21(X)) = fn_phosphate_group_36(fn_nucleoside_diphosphate_26(X))
& fn_phosphate_group_36(fn_nucleoside_diphosphate_26(X)) = fn_phosphate_group_36(fn_nucleoside_diphosphate_26(X))
& fn_phosphate_group_36(fn_nucleoside_diphosphate_26(X)) = fn_covalent_bond_17(fn_nucleoside_diphosphate_14(X))
& fn_covalent_bond_17(fn_nucleoside_diphosphate_14(X)) = fn_covalent_bond_17(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_17(fn_nucleoside_diphosphate_5(X)) = fn_pentose_19(fn_nucleoside_diphosphate_21(X))
& fn_pentose_19(fn_nucleoside_diphosphate_21(X)) = fn_pentose_19(fn_nucleoside_diphosphate_21(X))
& fn_pentose_19(fn_nucleoside_diphosphate_21(X)) = fn_phosphate_group_35(fn_nucleoside_diphosphate_26(X))
& fn_phosphate_group_35(fn_nucleoside_diphosphate_26(X)) = fn_phosphate_group_35(fn_nucleoside_diphosphate_26(X))
& fn_phosphate_group_35(fn_nucleoside_diphosphate_26(X)) = fn_polar_covalent_bond_11(fn_nucleoside_diphosphate_20(X))
& fn_polar_covalent_bond_11(fn_nucleoside_diphosphate_20(X)) = fn_carbohydrate_29(fn_nucleoside_diphosphate_21(X))
& fn_carbohydrate_29(fn_nucleoside_diphosphate_21(X)) = fn_carbohydrate_29(fn_nucleoside_diphosphate_21(X))
& fn_carbohydrate_29(fn_nucleoside_diphosphate_21(X)) = fn_phosphate_group_38(fn_nucleoside_diphosphate_26(X))
& fn_phosphate_group_38(fn_nucleoside_diphosphate_26(X)) = fn_phosphate_group_38(fn_nucleoside_diphosphate_26(X))
& fn_phosphate_group_38(fn_nucleoside_diphosphate_26(X)) = fn_covalent_bond_17(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_17(fn_nucleoside_diphosphate_5(X)) = fn_covalent_bond_17(fn_nucleoside_diphosphate_14(X))
& fn_phosphate_group_39(fn_nucleoside_diphosphate_26(X)) = fn_covalent_bond_17(fn_nucleoside_diphosphate_14(X))
& fn_covalent_bond_17(fn_nucleoside_diphosphate_14(X)) = fn_covalent_bond_17(fn_nucleoside_diphosphate_14(X))
& fn_covalent_bond_17(fn_nucleoside_diphosphate_14(X)) = fn_phosphate_group_39(fn_nucleoside_diphosphate_26(X))
& fn_phosphate_group_39(fn_nucleoside_diphosphate_26(X)) = fn_polar_covalent_bond_18(fn_nucleoside_diphosphate_20(X))
& fn_polar_covalent_bond_18(fn_nucleoside_diphosphate_20(X)) = fn_atomic_nucleus_4(fn_nucleoside_diphosphate_11(X))
& fn_atomic_nucleus_4(fn_nucleoside_diphosphate_11(X)) = fn_atomic_nucleus_4(fn_nucleoside_diphosphate_11(X))
& fn_atomic_nucleus_4(fn_nucleoside_diphosphate_11(X)) = fn_polar_covalent_bond_18(fn_nucleoside_diphosphate_20(X))
& fn_polar_covalent_bond_18(fn_nucleoside_diphosphate_20(X)) = fn_polar_covalent_bond_18(fn_nucleoside_diphosphate_20(X))
& fn_polar_covalent_bond_18(fn_nucleoside_diphosphate_20(X)) = fn_organic_molecule_2(fn_nucleoside_diphosphate_21(X))
& fn_organic_molecule_2(fn_nucleoside_diphosphate_21(X)) = fn_polar_covalent_bond_18(fn_nucleoside_diphosphate_20(X))
& fn_polar_covalent_bond_18(fn_nucleoside_diphosphate_20(X)) = fn_covalent_bond_20(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_20(fn_nucleoside_diphosphate_14(X)) = fn_organic_molecule_2(fn_nucleoside_diphosphate_21(X))
& fn_organic_molecule_2(fn_nucleoside_diphosphate_21(X)) = fn_covalent_bond_20(fn_nucleoside_diphosphate_14(X))
& fn_covalent_bond_20(fn_nucleoside_diphosphate_5(X)) = fn_covalent_bond_20(fn_nucleoside_diphosphate_14(X))
& fn_covalent_bond_20(fn_nucleoside_diphosphate_14(X)) = fn_covalent_bond_20(fn_nucleoside_diphosphate_14(X))
& fn_covalent_bond_19(fn_nucleoside_diphosphate_5(X)) = fn_covalent_bond_20(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_20(fn_nucleoside_diphosphate_5(X)) = fn_covalent_bond_19(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_19(fn_nucleoside_diphosphate_5(X)) = fn_covalent_bond_19(fn_nucleoside_diphosphate_14(X))
& fn_covalent_bond_20(fn_nucleoside_diphosphate_14(X)) = fn_covalent_bond_20(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_20(fn_nucleoside_diphosphate_5(X)) = fn_covalent_bond_19(fn_nucleoside_diphosphate_14(X))
& fn_covalent_bond_20(fn_nucleoside_diphosphate_14(X)) = fn_covalent_bond_19(fn_nucleoside_diphosphate_14(X))
& fn_covalent_bond_19(fn_nucleoside_diphosphate_14(X)) = fn_covalent_bond_20(fn_nucleoside_diphosphate_14(X))
& fn_covalent_bond_20(fn_nucleoside_diphosphate_14(X)) = fn_covalent_bond_19(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_19(fn_nucleoside_diphosphate_5(X)) = fn_covalent_bond_19(fn_nucleoside_diphosphate_5(X))
& fn_pentose_15(fn_nucleoside_diphosphate_21(X)) = fn_covalent_bond_19(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_19(fn_nucleoside_diphosphate_14(X)) = fn_covalent_bond_19(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_19(fn_nucleoside_diphosphate_5(X)) = fn_pentose_15(fn_nucleoside_diphosphate_21(X))
& fn_pentose_15(fn_nucleoside_diphosphate_21(X)) = fn_covalent_bond_19(fn_nucleoside_diphosphate_14(X))
& fn_covalent_bond_19(fn_nucleoside_diphosphate_14(X)) = fn_covalent_bond_19(fn_nucleoside_diphosphate_14(X))
& fn_covalent_bond_19(fn_nucleoside_diphosphate_14(X)) = fn_pentose_15(fn_nucleoside_diphosphate_21(X))
& fn_pentose_15(fn_nucleoside_diphosphate_21(X)) = fn_pentose_15(fn_nucleoside_diphosphate_21(X))
& fn_pentose_15(fn_nucleoside_diphosphate_21(X)) = fn_phosphate_group_22(fn_nucleoside_diphosphate_26(X))
& fn_phosphate_group_22(fn_nucleoside_diphosphate_26(X)) = fn_phosphate_group_22(fn_nucleoside_diphosphate_26(X))
& fn_phosphate_group_5(fn_nucleoside_diphosphate_26(X)) = fn_phosphate_group_22(fn_nucleoside_diphosphate_26(X))
& fn_phosphate_group_22(fn_nucleoside_diphosphate_26(X)) = fn_phosphate_group_5(fn_nucleoside_diphosphate_26(X))
& fn_phosphate_group_5(fn_nucleoside_diphosphate_26(X)) = fn_nucleotide_20(X)
& fn_nucleotide_20(X) = fn_covalent_bond_11(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_11(fn_nucleoside_diphosphate_38(X)) = fn_nucleotide_20(X)
& fn_nucleotide_20(X) = fn_nucleotide_20(X)
& fn_nucleotide_20(X) = fn_phosphate_group_16(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_16(fn_nucleoside_diphosphate_25(X)) = fn_covalent_bond_19(fn_nucleoside_diphosphate_38(X))
& fn_nucleotide_10(X) = fn_covalent_bond_19(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_19(fn_nucleoside_diphosphate_38(X)) = fn_nucleotide_10(X)
& fn_nucleotide_10(X) = fn_covalent_bond_19(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_19(fn_nucleoside_diphosphate_32(X)) = fn_covalent_bond_19(fn_nucleoside_diphosphate_32(X))
& fn_phosphate_group_22(fn_nucleoside_diphosphate_25(X)) = fn_nucleotide_30(X)
& fn_nucleotide_30(X) = fn_nucleotide_30(X)
& fn_nucleotide_30(X) = fn_phosphate_group_6(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_6(fn_nucleoside_diphosphate_25(X)) = fn_phosphate_group_6(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_6(fn_nucleoside_diphosphate_25(X)) = fn_covalent_bond_20(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_19(fn_nucleoside_diphosphate_32(X)) = fn_covalent_bond_20(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_20(fn_nucleoside_diphosphate_38(X)) = fn_covalent_bond_19(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_19(fn_nucleoside_diphosphate_32(X)) = fn_covalent_bond_19(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_19(fn_nucleoside_diphosphate_38(X)) = fn_covalent_bond_20(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_20(fn_nucleoside_diphosphate_38(X)) = fn_covalent_bond_19(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_19(fn_nucleoside_diphosphate_38(X)) = fn_covalent_bond_20(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_20(fn_nucleoside_diphosphate_32(X)) = fn_covalent_bond_19(fn_nucleoside_diphosphate_32(X))
& fn_nucleotide_13(X) = fn_covalent_bond_19(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_19(fn_nucleoside_diphosphate_32(X)) = fn_nucleotide_13(X)
& fn_nucleotide_13(X) = fn_covalent_bond_19(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_19(fn_nucleoside_diphosphate_38(X)) = fn_covalent_bond_19(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_19(fn_nucleoside_diphosphate_38(X)) = fn_nucleotide_13(X)
& fn_nucleotide_13(X) = fn_nucleotide_13(X)
& fn_nucleotide_13(X) = fn_phosphate_group_22(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_5(fn_nucleoside_diphosphate_25(X)) = fn_phosphate_group_22(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_22(fn_nucleoside_diphosphate_25(X)) = fn_phosphate_group_22(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_22(fn_nucleoside_diphosphate_25(X)) = fn_phosphate_group_5(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_5(fn_nucleoside_diphosphate_25(X)) = fn_phosphate_group_5(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_5(fn_nucleoside_diphosphate_25(X)) = fn_atomic_nucleus_3(fn_nucleoside_diphosphate_11(X))
& fn_atomic_nucleus_3(fn_nucleoside_diphosphate_11(X)) = fn_covalent_bond_23(fn_nucleoside_diphosphate_5(X))
& fn_phosphate_group_17(fn_nucleoside_diphosphate_26(X)) = fn_covalent_bond_23(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_23(fn_nucleoside_diphosphate_5(X)) = fn_phosphate_group_17(fn_nucleoside_diphosphate_26(X))
& fn_phosphate_group_17(fn_nucleoside_diphosphate_26(X)) = fn_covalent_bond_21(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_21(fn_nucleoside_diphosphate_5(X)) = fn_phosphate_group_16(fn_nucleoside_diphosphate_26(X))
& fn_phosphate_group_16(fn_nucleoside_diphosphate_26(X)) = fn_covalent_bond_12(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_12(fn_nucleoside_diphosphate_5(X)) = fn_covalent_bond_24(fn_nucleoside_diphosphate_14(X))
& fn_covalent_bond_24(fn_nucleoside_diphosphate_14(X)) = fn_polar_covalent_bond_13(fn_nucleoside_diphosphate_20(X))
& fn_polar_covalent_bond_13(fn_nucleoside_diphosphate_20(X)) = fn_covalent_bond_24(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_24(fn_nucleoside_diphosphate_5(X)) = fn_covalent_bond_24(fn_nucleoside_diphosphate_14(X))
& fn_covalent_bond_24(fn_nucleoside_diphosphate_14(X)) = fn_covalent_bond_24(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_24(fn_nucleoside_diphosphate_5(X)) = fn_phosphate_group_18(fn_nucleoside_diphosphate_26(X))
& fn_phosphate_group_18(fn_nucleoside_diphosphate_26(X)) = fn_covalent_bond_24(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_24(fn_nucleoside_diphosphate_5(X)) = fn_covalent_bond_24(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_24(fn_nucleoside_diphosphate_5(X)) = fn_covalent_bond_22(fn_nucleoside_diphosphate_14(X))
& fn_covalent_bond_22(fn_nucleoside_diphosphate_14(X)) = fn_phosphate_group_18(fn_nucleoside_diphosphate_26(X))
& fn_phosphate_group_18(fn_nucleoside_diphosphate_26(X)) = fn_covalent_bond_22(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_22(fn_nucleoside_diphosphate_5(X)) = fn_covalent_bond_22(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_22(fn_nucleoside_diphosphate_5(X)) = fn_covalent_bond_15(fn_nucleoside_diphosphate_5(X))
& fn_phosphate_group_20(fn_nucleoside_diphosphate_26(X)) = fn_covalent_bond_15(fn_nucleoside_diphosphate_14(X))
& fn_covalent_bond_15(fn_nucleoside_diphosphate_14(X)) = fn_covalent_bond_15(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_15(fn_nucleoside_diphosphate_5(X)) = fn_covalent_bond_15(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_15(fn_nucleoside_diphosphate_5(X)) = fn_phosphate_group_20(fn_nucleoside_diphosphate_26(X))
& fn_phosphate_group_20(fn_nucleoside_diphosphate_26(X)) = fn_phosphate_group_3(fn_nucleoside_diphosphate_26(X))
& fn_phosphate_group_3(fn_nucleoside_diphosphate_26(X)) = fn_phosphate_group_3(fn_nucleoside_diphosphate_26(X))
& fn_phosphate_group_3(fn_nucleoside_diphosphate_26(X)) = fn_covalent_bond_18(fn_nucleoside_diphosphate_14(X))
& fn_covalent_bond_18(fn_nucleoside_diphosphate_14(X)) = fn_phosphate_group_3(fn_nucleoside_diphosphate_26(X))
& fn_phosphate_group_3(fn_nucleoside_diphosphate_26(X)) = fn_covalent_bond_18(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_18(fn_nucleoside_diphosphate_5(X)) = fn_covalent_bond_18(fn_nucleoside_diphosphate_5(X))
& fn_covalent_bond_18(fn_nucleoside_diphosphate_5(X)) = fn_covalent_bond_14(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_14(fn_nucleoside_diphosphate_38(X)) = fn_phosphate_group_36(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_36(fn_nucleoside_diphosphate_25(X)) = fn_phosphate_group_36(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_36(fn_nucleoside_diphosphate_25(X)) = fn_covalent_bond_14(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_14(fn_nucleoside_diphosphate_32(X)) = fn_covalent_bond_14(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_14(fn_nucleoside_diphosphate_32(X)) = fn_phosphate_group_9(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_9(fn_nucleoside_diphosphate_25(X)) = fn_phosphate_group_9(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_9(fn_nucleoside_diphosphate_25(X)) = fn_covalent_bond_15(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_15(fn_nucleoside_diphosphate_32(X)) = fn_covalent_bond_4(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_4(fn_nucleoside_diphosphate_38(X)) = fn_phosphate_group_19(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_19(fn_nucleoside_diphosphate_25(X)) = fn_covalent_bond_4(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_4(fn_nucleoside_diphosphate_38(X)) = fn_covalent_bond_4(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_4(fn_nucleoside_diphosphate_32(X)) = fn_nucleotide_22(X)
& fn_nucleotide_22(X) = fn_covalent_bond_15(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_15(fn_nucleoside_diphosphate_32(X)) = fn_covalent_bond_15(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_15(fn_nucleoside_diphosphate_32(X)) = fn_nucleotide_22(X)
& fn_nucleotide_22(X) = fn_nucleotide_22(X)
& fn_nucleotide_22(X) = fn_phosphate_group_8(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_8(fn_nucleoside_diphosphate_25(X)) = fn_covalent_bond_18(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_18(fn_nucleoside_diphosphate_32(X)) = fn_covalent_bond_18(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_18(fn_nucleoside_diphosphate_32(X)) = fn_nucleotide_24(X)
& fn_nucleotide_24(X) = fn_phosphate_group_35(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_35(fn_nucleoside_diphosphate_25(X)) = fn_phosphate_group_35(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_35(fn_nucleoside_diphosphate_25(X)) = fn_phosphate_group_39(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_39(fn_nucleoside_diphosphate_25(X)) = fn_covalent_bond_17(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_17(fn_nucleoside_diphosphate_32(X)) = fn_covalent_bond_17(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_17(fn_nucleoside_diphosphate_32(X)) = fn_nucleotide_23(X)
& fn_nucleotide_23(X) = fn_phosphate_group_40(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_40(fn_nucleoside_diphosphate_25(X)) = fn_phosphate_group_40(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_40(fn_nucleoside_diphosphate_25(X)) = fn_covalent_bond_14(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_14(fn_nucleoside_diphosphate_38(X)) = fn_covalent_bond_14(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_14(fn_nucleoside_diphosphate_38(X)) = fn_nucleotide_32(X)
& fn_nucleotide_32(X) = fn_phosphate_group_21(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_21(fn_nucleoside_diphosphate_25(X)) = fn_phosphate_group_21(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_21(fn_nucleoside_diphosphate_25(X)) = fn_covalent_bond_15(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_15(fn_nucleoside_diphosphate_38(X)) = fn_nucleotide_21(X)
& fn_nucleotide_21(X) = fn_nucleotide_21(X)
& fn_nucleotide_21(X) = fn_nucleotide_32(X)
& fn_nucleotide_32(X) = fn_nucleotide_32(X)
& fn_covalent_bond_18(fn_nucleoside_diphosphate_38(X)) = fn_covalent_bond_18(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_18(fn_nucleoside_diphosphate_32(X)) = fn_nucleotide_32(X)
& fn_nucleotide_32(X) = fn_covalent_bond_18(fn_nucleoside_diphosphate_38(X))
& fn_phosphate_group_20(fn_nucleoside_diphosphate_25(X)) = fn_covalent_bond_18(fn_nucleoside_diphosphate_38(X))
& fn_phosphate_group_20(fn_nucleoside_diphosphate_25(X)) = fn_covalent_bond_18(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_18(fn_nucleoside_diphosphate_32(X)) = fn_covalent_bond_18(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_18(fn_nucleoside_diphosphate_38(X)) = fn_phosphate_group_20(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_20(fn_nucleoside_diphosphate_25(X)) = fn_phosphate_group_20(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_20(fn_nucleoside_diphosphate_25(X)) = fn_phosphate_group_8(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_8(fn_nucleoside_diphosphate_25(X)) = fn_phosphate_group_8(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_8(fn_nucleoside_diphosphate_25(X)) = fn_covalent_bond_15(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_15(fn_nucleoside_diphosphate_38(X)) = fn_covalent_bond_15(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_15(fn_nucleoside_diphosphate_38(X)) = fn_phosphate_group_10(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_10(fn_nucleoside_diphosphate_25(X)) = fn_covalent_bond_23(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_23(fn_nucleoside_diphosphate_32(X)) = fn_covalent_bond_23(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_23(fn_nucleoside_diphosphate_38(X)) = fn_covalent_bond_23(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_23(fn_nucleoside_diphosphate_38(X)) = fn_nucleotide_26(X)
& fn_nucleotide_26(X) = fn_nucleotide_26(X)
& fn_nucleotide_26(X) = fn_phosphate_group_17(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_17(fn_nucleoside_diphosphate_25(X)) = fn_phosphate_group_17(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_17(fn_nucleoside_diphosphate_25(X)) = fn_covalent_bond_21(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_21(fn_nucleoside_diphosphate_32(X)) = fn_covalent_bond_21(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_21(fn_nucleoside_diphosphate_32(X)) = fn_covalent_bond_23(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_23(fn_nucleoside_diphosphate_38(X)) = fn_nucleotide_34(X)
& fn_nucleotide_34(X) = fn_covalent_bond_23(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_23(fn_nucleoside_diphosphate_32(X)) = fn_covalent_bond_23(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_23(fn_nucleoside_diphosphate_32(X)) = fn_nucleotide_34(X)
& fn_nucleotide_34(X) = fn_nucleotide_34(X)
& fn_nucleotide_25(X) = fn_nucleotide_34(X)
& fn_nucleotide_34(X) = fn_nucleotide_25(X)
& fn_nucleotide_25(X) = fn_phosphate_group_12(fn_nucleoside_diphosphate_25(X))
& fn_covalent_bond_21(fn_nucleoside_diphosphate_38(X)) = fn_phosphate_group_12(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_12(fn_nucleoside_diphosphate_25(X)) = fn_covalent_bond_21(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_21(fn_nucleoside_diphosphate_38(X)) = fn_covalent_bond_21(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_21(fn_nucleoside_diphosphate_38(X)) = fn_nucleotide_35(X)
& fn_phosphate_group_18(fn_nucleoside_diphosphate_25(X)) = fn_nucleotide_35(X)
& fn_nucleotide_35(X) = fn_nucleotide_35(X)
& fn_nucleotide_35(X) = fn_phosphate_group_18(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_18(fn_nucleoside_diphosphate_25(X)) = fn_phosphate_group_11(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_11(fn_nucleoside_diphosphate_25(X)) = fn_phosphate_group_11(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_11(fn_nucleoside_diphosphate_25(X)) = fn_covalent_bond_24(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_24(fn_nucleoside_diphosphate_32(X)) = fn_covalent_bond_24(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_22(fn_nucleoside_diphosphate_38(X)) = fn_covalent_bond_22(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_22(fn_nucleoside_diphosphate_32(X)) = fn_covalent_bond_22(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_22(fn_nucleoside_diphosphate_32(X)) = fn_covalent_bond_24(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_24(fn_nucleoside_diphosphate_32(X)) = fn_covalent_bond_22(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_22(fn_nucleoside_diphosphate_32(X)) = fn_covalent_bond_24(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_24(fn_nucleoside_diphosphate_38(X)) = fn_covalent_bond_22(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_22(fn_nucleoside_diphosphate_32(X)) = fn_covalent_bond_22(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_22(fn_nucleoside_diphosphate_38(X)) = fn_covalent_bond_24(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_24(fn_nucleoside_diphosphate_38(X)) = fn_covalent_bond_24(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_24(fn_nucleoside_diphosphate_38(X)) = fn_covalent_bond_24(fn_nucleoside_diphosphate_32(X))
& fn_covalent_bond_24(fn_nucleoside_diphosphate_32(X)) = fn_covalent_bond_22(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_22(fn_nucleoside_diphosphate_38(X)) = fn_covalent_bond_22(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_22(fn_nucleoside_diphosphate_38(X)) = fn_nucleotide_28(X)
& fn_nucleotide_28(X) = fn_nucleotide_28(X)
& fn_nucleotide_28(X) = fn_covalent_bond_18(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_18(fn_nucleoside_diphosphate_38(X)) = fn_covalent_bond_18(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_18(fn_nucleoside_diphosphate_38(X)) = fn_nucleotide_29(X)
& fn_nucleotide_29(X) = fn_nucleotide_29(X)
& fn_nucleotide_29(X) = fn_phosphate_group_41(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_41(fn_nucleoside_diphosphate_25(X)) = fn_phosphate_group_41(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_41(fn_nucleoside_diphosphate_25(X)) = fn_phosphate_group_39(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_39(fn_nucleoside_diphosphate_25(X)) = fn_phosphate_group_39(fn_nucleoside_diphosphate_25(X))
& fn_phosphate_group_39(fn_nucleoside_diphosphate_25(X)) = fn_covalent_bond_17(fn_nucleoside_diphosphate_38(X))
& fn_covalent_bond_17(fn_nucleoside_diphosphate_38(X)) = fn_covalent_bond_17(fn_nucleoside_diphosphate_38(X)) ) ) ).
fof(a531324,axiom,
! [X] :
( nucleoside_monophosphate_1(X)
=> ( original_name_2(X,'Nucleoside-Monophosphate')
& user_description_2(X,'Nucleoside Monophosphate has a nitrogenous base and a phosphate group')
& concept2words_2(X,'nucleoside monophosphate')
& concept2words_2(X,'nucleoside-monophosphate')
& nucleotide_1(X)
& asymmetrical_distribution_1(fn_nucleoside_monophosphate_2(X))
& share_1(fn_nucleoside_monophosphate_3(X))
& entity_1(fn_nucleoside_monophosphate_4(X))
& valence_electron_1(fn_nucleoside_monophosphate_4(X))
& share_1(fn_nucleoside_monophosphate_5(X))
& electron_1(fn_nucleoside_monophosphate_6(X))
& valence_electron_1(fn_nucleoside_monophosphate_6(X))
& share_1(fn_nucleoside_monophosphate_7(X))
& entity_1(fn_nucleoside_monophosphate_8(X))
& electron_1(fn_nucleoside_monophosphate_8(X))
& valence_electron_1(fn_nucleoside_monophosphate_8(X))
& entity_1(fn_nucleoside_monophosphate_9(X))
& electron_1(fn_nucleoside_monophosphate_9(X))
& valence_electron_1(fn_nucleoside_monophosphate_9(X))
& atomic_nucleus_1(fn_nucleoside_monophosphate_10(X))
& nucleoside_1(fn_nucleoside_monophosphate_11(X))
& constant_motion_1(fn_nucleoside_monophosphate_12(X))
& speed_value_1(fn_nucleoside_monophosphate_13(X))
& quantity_value_1(fn_nucleoside_monophosphate_14(X))
& spatial_entity_1(fn_nucleoside_monophosphate_15(X))
& molecule_1(fn_nucleoside_monophosphate_15(X))
& organic_molecule_1(fn_nucleoside_monophosphate_15(X))
& pentose_1(fn_nucleoside_monophosphate_15(X))
& entity_1(fn_nucleoside_monophosphate_16(X))
& atom_1(fn_nucleoside_monophosphate_16(X))
& phosphorus_1(fn_nucleoside_monophosphate_16(X))
& phosphate_group_1(fn_nucleoside_monophosphate_17(X))
& electron_1(fn_nucleoside_monophosphate_18(X))
& valence_electron_1(fn_nucleoside_monophosphate_18(X))
& electron_1(fn_nucleoside_monophosphate_19(X))
& valence_electron_1(fn_nucleoside_monophosphate_19(X))
& electron_shell_1(fn_nucleoside_monophosphate_20(X))
& first_electron_shell_1(fn_nucleoside_monophosphate_20(X))
& number_5_prime_region_1(fn_nucleoside_monophosphate_21(X))
& kinetic_energy_1(fn_nucleoside_monophosphate_22(X))
& single_bond_1(fn_nucleoside_monophosphate_23(X))
& entity_1(fn_nucleoside_monophosphate_24(X))
& number_5_prime_carbon_1(fn_nucleoside_monophosphate_24(X))
& atom_1(fn_nucleoside_monophosphate_24(X))
& carbon_1(fn_nucleoside_monophosphate_24(X))
& carbon_skeleton_1(fn_nucleoside_monophosphate_25(X))
& entity_1(fn_nucleoside_monophosphate_26(X))
& atom_1(fn_nucleoside_monophosphate_26(X))
& number_5_prime_carbon_1(fn_nucleoside_monophosphate_26(X))
& carbon_1(fn_nucleoside_monophosphate_26(X))
& entity_1(fn_nucleoside_monophosphate_27(X))
& chemical_entity_1(fn_nucleoside_monophosphate_27(X))
& atom_1(fn_nucleoside_monophosphate_27(X))
& oxygen_1(fn_nucleoside_monophosphate_27(X))
& electron_shell_1(fn_nucleoside_monophosphate_28(X))
& electron_1(fn_nucleoside_monophosphate_29(X))
& valence_electron_1(fn_nucleoside_monophosphate_29(X))
& center_1(fn_nucleoside_monophosphate_30(X))
& center_1(fn_nucleoside_monophosphate_31(X))
& electron_1(fn_nucleoside_monophosphate_32(X))
& valence_electron_1(fn_nucleoside_monophosphate_32(X))
& tangible_entity_1(fn_nucleoside_monophosphate_33(X))
& entity_1(fn_nucleoside_monophosphate_33(X))
& valence_electron_1(fn_nucleoside_monophosphate_33(X))
& electron_1(fn_nucleoside_monophosphate_33(X))
& share_1(fn_nucleoside_monophosphate_34(X))
& quantity_value_1(fn_nucleoside_monophosphate_37(X))
& quantity_value_1(fn_nucleoside_monophosphate_38(X))
& atomic_number_value_1(fn_nucleoside_monophosphate_39(X))
& proton_1(fn_nucleoside_monophosphate_40(X))
& quantity_value_1(fn_nucleoside_monophosphate_41(X))
& valence_electron_1(fn_nucleoside_monophosphate_42(X))
& constant_motion_1(fn_nucleoside_monophosphate_43(X))
& asymmetrical_distribution_1(fn_nucleoside_monophosphate_44(X))
& attract_1(fn_nucleoside_monophosphate_45(X))
& constant_motion_1(fn_nucleoside_monophosphate_46(X))
& asymmetrical_distribution_1(fn_nucleoside_monophosphate_47(X))
& attract_1(fn_nucleoside_monophosphate_48(X))
& constant_motion_1(fn_nucleoside_monophosphate_49(X))
& attract_1(fn_nucleoside_monophosphate_50(X))
& quantity_value_1(fn_nucleoside_monophosphate_51(X))
& atomic_orbital_1(fn_nucleoside_monophosphate_52(X))
& center_1(fn_nucleoside_monophosphate_53(X))
& electron_shell_1(fn_nucleoside_monophosphate_54(X))
& center_1(fn_nucleoside_monophosphate_55(X))
& atomic_number_value_1(fn_nucleoside_monophosphate_56(X))
& entity_1(fn_nucleoside_monophosphate_57(X))
& proton_1(fn_nucleoside_monophosphate_57(X))
& proton_1(fn_nucleoside_monophosphate_58(X))
& atomic_nucleus_1(fn_nucleoside_monophosphate_59(X))
& share_1(fn_nucleoside_monophosphate_60(X))
& share_1(fn_nucleoside_monophosphate_61(X))
& share_1(fn_nucleoside_monophosphate_62(X))
& share_1(fn_nucleoside_monophosphate_63(X))
& share_1(fn_nucleoside_monophosphate_64(X))
& oxygen_1(fn_nucleoside_monophosphate_65(X))
& entity_1(fn_nucleoside_monophosphate_65(X))
& chemical_entity_1(fn_nucleoside_monophosphate_65(X))
& atom_1(fn_nucleoside_monophosphate_65(X))
& entity_1(fn_share_2(fn_nucleoside_monophosphate_61(X)))
& asymmetrical_distribution_1(fn_covalent_bond_1(fn_nucleoside_monophosphate_23(X)))
& constant_motion_1(fn_covalent_bond_16(fn_nucleoside_monophosphate_23(X)))
& quantity_value_1(fn_covalent_bond_9(fn_nucleoside_monophosphate_23(X)))
& share_1(fn_covalent_bond_17(fn_nucleoside_monophosphate_23(X)))
& property_node_1(fn_carbon_8(fn_nucleoside_monophosphate_24(X)))
& property_node_1(fn_carbon_13(fn_nucleoside_monophosphate_24(X)))
& property_node_1(fn_carbon_9(fn_nucleoside_monophosphate_24(X)))
& property_node_1(fn_atomic_nucleus_5(fn_nucleoside_monophosphate_10(X)))
& property_node_1(fn_atomic_nucleus_6(fn_nucleoside_monophosphate_10(X)))
& entity_1(fn_share_3(fn_nucleoside_monophosphate_64(X)))
& carbon_1(fn_carbon_skeleton_4(fn_nucleoside_monophosphate_25(X)))
& entity_1(fn_attract_1(fn_nucleoside_monophosphate_50(X)))
& tangible_entity_1(fn_constant_motion_1(fn_nucleoside_monophosphate_49(X)))
& entity_1(fn_share_2(fn_nucleoside_monophosphate_5(X)))
& electron_1(fn_first_electron_shell_5(fn_nucleoside_monophosphate_20(X)))
& electron_1(fn_atomic_nucleus_8(fn_nucleoside_monophosphate_10(X)))
& electron_1(fn_carbon_10(fn_nucleoside_monophosphate_24(X)))
& electron_1(fn_atom_14(fn_nucleoside_monophosphate_24(X)))
& atomic_orbital_1(fn_electron_shell_3(fn_nucleoside_monophosphate_20(X)))
& atomic_orbital_1(fn_covalent_bond_13(fn_nucleoside_monophosphate_23(X)))
& chemical_bond_1(fn_carbon_skeleton_5(fn_nucleoside_monophosphate_25(X)))
& quantity_value_1(fn_atom_5(fn_nucleoside_monophosphate_24(X)))
& quantity_value_1(fn_atom_5(fn_nucleoside_monophosphate_26(X)))
& quantity_value_1(fn_carbon_12(fn_nucleoside_monophosphate_24(X)))
& atomic_number_value_1(fn_atom_17(fn_nucleoside_monophosphate_24(X)))
& atomic_number_value_1(fn_carbon_16(fn_nucleoside_monophosphate_24(X)))
& quantity_value_1(fn_atom_11(fn_nucleoside_monophosphate_26(X)))
& quantity_value_1(fn_carbon_19(fn_nucleoside_monophosphate_26(X)))
& quantity_value_1(fn_atom_11(fn_nucleoside_monophosphate_24(X)))
& quantity_value_1(fn_carbon_19(fn_nucleoside_monophosphate_24(X)))
& entity_1(fn_attract_2(fn_nucleoside_monophosphate_50(X)))
& proton_1(fn_atom_8(fn_nucleoside_monophosphate_24(X)))
& proton_1(fn_carbon_17(fn_nucleoside_monophosphate_24(X)))
& entity_1(fn_share_1(fn_nucleoside_monophosphate_64(X)))
& entity_1(fn_share_3(fn_nucleoside_monophosphate_5(X)))
& atom_1(fn_first_electron_shell_3(fn_nucleoside_monophosphate_20(X)))
& atom_1(fn_atomic_nucleus_4(fn_nucleoside_monophosphate_10(X)))
& electron_shell_1(fn_atom_9(fn_nucleoside_monophosphate_16(X)))
& electron_shell_1(fn_atom_9(fn_nucleoside_monophosphate_26(X)))
& electron_shell_1(fn_atom_9(fn_nucleoside_monophosphate_24(X)))
& proton_1(fn_covalent_bond_4(fn_nucleoside_monophosphate_23(X)))
& entity_1(fn_share_2(fn_nucleoside_monophosphate_34(X)))
& electron_1(fn_atom_14(fn_nucleoside_monophosphate_26(X)))
& electron_1(fn_carbon_10(fn_nucleoside_monophosphate_26(X)))
& entity_1(fn_share_2(fn_nucleoside_monophosphate_7(X)))
& number_5_prime_region_1(fn_5_prime_carbon_1(fn_nucleoside_monophosphate_26(X)))
& number_5_prime_region_1(fn_5_prime_carbon_1(fn_nucleoside_monophosphate_24(X)))
& valence_electron_1(fn_covalent_bond_18(fn_nucleoside_monophosphate_23(X)))
& valence_electron_1(fn_covalent_bond_15(fn_nucleoside_monophosphate_23(X)))
& entity_1(fn_share_2(fn_nucleoside_monophosphate_3(X)))
& atomic_nucleus_1(fn_atom_18(fn_nucleoside_monophosphate_16(X)))
& entity_1(fn_share_3(fn_nucleoside_monophosphate_62(X)))
& entity_1(fn_share_3(fn_nucleoside_monophosphate_63(X)))
& entity_1(fn_share_1(fn_nucleoside_monophosphate_62(X)))
& entity_1(fn_share_1(fn_nucleoside_monophosphate_63(X)))
& atom_1(fn_carbon_skeleton_2(fn_nucleoside_monophosphate_25(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_nucleoside_monophosphate_25(X)))
& entity_1(fn_covalent_bond_20(fn_nucleoside_monophosphate_23(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_nucleoside_monophosphate_23(X)))
& atom_1(fn_covalent_bond_20(fn_nucleoside_monophosphate_23(X)))
& entity_1(fn_covalent_bond_19(fn_nucleoside_monophosphate_23(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_nucleoside_monophosphate_23(X)))
& atom_1(fn_covalent_bond_19(fn_nucleoside_monophosphate_23(X)))
& entity_1(fn_share_3(fn_nucleoside_monophosphate_60(X)))
& entity_1(fn_share_3(fn_nucleoside_monophosphate_61(X)))
& entity_1(fn_share_3(fn_nucleoside_monophosphate_34(X)))
& entity_1(fn_share_3(fn_nucleoside_monophosphate_7(X)))
& entity_1(fn_share_1(fn_nucleoside_monophosphate_60(X)))
& entity_1(fn_share_1(fn_nucleoside_monophosphate_61(X)))
& entity_1(fn_share_1(fn_nucleoside_monophosphate_34(X)))
& entity_1(fn_share_1(fn_nucleoside_monophosphate_7(X)))
& entity_1(fn_share_1(fn_nucleoside_monophosphate_5(X)))
& attract_1(fn_covalent_bond_10(fn_nucleoside_monophosphate_23(X)))
& attract_1(fn_atomic_nucleus_7(fn_nucleoside_monophosphate_10(X)))
& center_1(fn_atomic_nucleus_3(fn_nucleoside_monophosphate_10(X)))
& atomic_number_value_1(fn_atom_17(fn_nucleoside_monophosphate_26(X)))
& atomic_number_value_1(fn_carbon_16(fn_nucleoside_monophosphate_26(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_nucleoside_monophosphate_10(X)))
& quantity_value_1(fn_covalent_bond_8(fn_nucleoside_monophosphate_23(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_nucleoside_monophosphate_10(X)))
& atomic_nucleus_1(fn_first_electron_shell_7(fn_nucleoside_monophosphate_20(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_nucleoside_monophosphate_23(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_nucleoside_monophosphate_23(X)))
& atomic_nucleus_1(fn_atom_18(fn_nucleoside_monophosphate_24(X)))
& atomic_nucleus_1(fn_atom_18(fn_nucleoside_monophosphate_26(X)))
& atomic_nucleus_1(fn_carbon_18(fn_nucleoside_monophosphate_24(X)))
& atomic_nucleus_1(fn_carbon_18(fn_nucleoside_monophosphate_26(X)))
& proton_1(fn_atom_8(fn_nucleoside_monophosphate_26(X)))
& proton_1(fn_carbon_17(fn_nucleoside_monophosphate_26(X)))
& proton_1(fn_atomic_nucleus_9(fn_nucleoside_monophosphate_10(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_nucleoside_monophosphate_25(X)))
& fn_nucleoside_monophosphate_9(X) != fn_nucleoside_monophosphate_42(X)
& fn_nucleoside_monophosphate_9(X) != fn_nucleoside_monophosphate_33(X)
& fn_nucleoside_monophosphate_9(X) != fn_nucleoside_monophosphate_32(X)
& fn_nucleoside_monophosphate_19(X) != fn_nucleoside_monophosphate_29(X)
& is_between_2(fn_nucleoside_monophosphate_23(X),fn_nucleoside_monophosphate_24(X))
& called_2(fn_nucleoside_monophosphate_24(X),'A2')
& has_region_2(fn_nucleoside_monophosphate_26(X),fn_nucleoside_monophosphate_30(X))
& fn_nucleoside_monophosphate_28(X) != fn_nucleoside_monophosphate_54(X)
& fn_nucleoside_monophosphate_29(X) != fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_32(X) != fn_nucleoside_monophosphate_9(X)
& fn_nucleoside_monophosphate_33(X) != fn_nucleoside_monophosphate_9(X)
& object_2(fn_nucleoside_monophosphate_34(X),fn_nucleoside_monophosphate_32(X))
& fn_nucleoside_monophosphate_42(X) != fn_nucleoside_monophosphate_9(X)
& causes_2(fn_nucleoside_monophosphate_49(X),fn_nucleoside_monophosphate_2(X))
& object_2(fn_nucleoside_monophosphate_2(X),fn_nucleoside_monophosphate_33(X))
& fn_nucleoside_monophosphate_54(X) != fn_nucleoside_monophosphate_28(X)
& object_2(fn_nucleoside_monophosphate_34(X),fn_nucleoside_monophosphate_9(X))
& object_2(fn_nucleoside_monophosphate_50(X),fn_nucleoside_monophosphate_33(X))
& object_2(fn_nucleoside_monophosphate_7(X),fn_nucleoside_monophosphate_8(X))
& object_2(fn_nucleoside_monophosphate_61(X),fn_nucleoside_monophosphate_42(X))
& object_2(fn_nucleoside_monophosphate_3(X),fn_nucleoside_monophosphate_4(X))
& agent_2(fn_nucleoside_monophosphate_60(X),fn_nucleoside_monophosphate_16(X))
& agent_2(fn_nucleoside_monophosphate_50(X),fn_nucleoside_monophosphate_57(X))
& agent_2(fn_nucleoside_monophosphate_61(X),fn_nucleoside_monophosphate_16(X))
& agent_2(fn_nucleoside_monophosphate_34(X),fn_nucleoside_monophosphate_16(X))
& agent_2(fn_nucleoside_monophosphate_62(X),fn_nucleoside_monophosphate_27(X))
& agent_2(fn_nucleoside_monophosphate_7(X),fn_nucleoside_monophosphate_16(X))
& agent_2(fn_nucleoside_monophosphate_63(X),fn_nucleoside_monophosphate_27(X))
& object_2(fn_nucleoside_monophosphate_49(X),fn_nucleoside_monophosphate_33(X))
& agent_2(fn_nucleoside_monophosphate_64(X),fn_nucleoside_monophosphate_24(X))
& fn_nucleoside_monophosphate_24(X) != fn_nucleoside_monophosphate_26(X)
& agent_2(fn_nucleoside_monophosphate_63(X),fn_nucleoside_monophosphate_26(X))
& fn_nucleoside_monophosphate_26(X) != fn_nucleoside_monophosphate_24(X)
& has_region_2(fn_nucleoside_monophosphate_26(X),fn_nucleoside_monophosphate_20(X))
& agent_2(fn_nucleoside_monophosphate_5(X),fn_nucleoside_monophosphate_16(X))
& fn_nucleoside_monophosphate_16(X) != fn_nucleoside_monophosphate_24(X)
& agent_2(fn_nucleoside_monophosphate_60(X),fn_nucleoside_monophosphate_24(X))
& object_2(fn_nucleoside_monophosphate_60(X),fn_nucleoside_monophosphate_33(X))
& fn_nucleoside_monophosphate_24(X) != fn_nucleoside_monophosphate_16(X)
& has_part_2(fn_nucleoside_monophosphate_26(X),fn_nucleoside_monophosphate_9(X))
& has_region_2(fn_nucleoside_monophosphate_24(X),fn_nucleoside_monophosphate_20(X))
& has_region_2(fn_nucleoside_monophosphate_26(X),fn_nucleoside_monophosphate_10(X))
& atomic_number_2(fn_nucleoside_monophosphate_26(X),fn_nucleoside_monophosphate_39(X))
& has_part_2(fn_nucleoside_monophosphate_26(X),fn_nucleoside_monophosphate_40(X))
& is_at_2(fn_nucleoside_monophosphate_26(X),fn_nucleoside_monophosphate_21(X))
& has_region_2(fn_nucleoside_monophosphate_20(X),fn_nucleoside_monophosphate_52(X))
& has_region_2(fn_nucleoside_monophosphate_16(X),fn_nucleoside_monophosphate_54(X))
& has_region_2(fn_nucleoside_monophosphate_16(X),fn_nucleoside_monophosphate_59(X))
& is_at_2(fn_nucleoside_monophosphate_24(X),fn_nucleoside_monophosphate_21(X))
& is_inside_2(fn_nucleoside_monophosphate_26(X),fn_nucleoside_monophosphate_25(X))
& has_part_2(X,fn_nucleoside_monophosphate_26(X))
& possesses_2(X,fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_27(X) != fn_nucleoside_monophosphate_26(X)
& fn_nucleoside_monophosphate_26(X) != fn_nucleoside_monophosphate_27(X)
& has_region_2(fn_nucleoside_monophosphate_24(X),fn_nucleoside_monophosphate_30(X))
& agent_2(fn_nucleoside_monophosphate_64(X),fn_nucleoside_monophosphate_27(X))
& object_2(fn_nucleoside_monophosphate_64(X),fn_nucleoside_monophosphate_19(X))
& is_inside_2(fn_nucleoside_monophosphate_33(X),fn_nucleoside_monophosphate_52(X))
& has_part_2(fn_nucleoside_monophosphate_27(X),fn_nucleoside_monophosphate_19(X))
& is_inside_2(fn_nucleoside_monophosphate_58(X),fn_nucleoside_monophosphate_59(X))
& object_2(fn_nucleoside_monophosphate_48(X),fn_nucleoside_monophosphate_33(X))
& agent_2(fn_nucleoside_monophosphate_48(X),fn_nucleoside_monophosphate_57(X))
& agent_2(fn_nucleoside_monophosphate_61(X),fn_nucleoside_monophosphate_27(X))
& object_2(fn_nucleoside_monophosphate_61(X),fn_nucleoside_monophosphate_9(X))
& result_2(fn_nucleoside_monophosphate_64(X),fn_nucleoside_monophosphate_23(X))
& object_2(fn_nucleoside_monophosphate_64(X),fn_nucleoside_monophosphate_33(X))
& object_2(fn_nucleoside_monophosphate_46(X),fn_nucleoside_monophosphate_33(X))
& causes_2(fn_nucleoside_monophosphate_46(X),fn_nucleoside_monophosphate_47(X))
& object_2(fn_nucleoside_monophosphate_47(X),fn_nucleoside_monophosphate_33(X))
& is_between_2(fn_nucleoside_monophosphate_23(X),fn_nucleoside_monophosphate_27(X))
& fn_nucleoside_monophosphate_10(X) != fn_nucleoside_monophosphate_59(X)
& fn_nucleoside_monophosphate_59(X) != fn_nucleoside_monophosphate_10(X)
& has_part_2(fn_nucleoside_monophosphate_24(X),fn_nucleoside_monophosphate_33(X))
& quantity_2(fn_nucleoside_monophosphate_33(X),fn_nucleoside_monophosphate_51(X))
& is_near_2(fn_nucleoside_monophosphate_10(X),fn_nucleoside_monophosphate_33(X))
& is_near_2(fn_nucleoside_monophosphate_33(X),fn_nucleoside_monophosphate_10(X))
& is_inside_2(fn_nucleoside_monophosphate_24(X),fn_nucleoside_monophosphate_25(X))
& has_region_2(fn_nucleoside_monophosphate_16(X),fn_nucleoside_monophosphate_31(X))
& agent_2(fn_nucleoside_monophosphate_62(X),fn_nucleoside_monophosphate_16(X))
& object_2(fn_nucleoside_monophosphate_62(X),fn_nucleoside_monophosphate_19(X))
& fn_nucleoside_monophosphate_19(X) != fn_nucleoside_monophosphate_32(X)
& fn_nucleoside_monophosphate_18(X) != fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_19(X) != fn_nucleoside_monophosphate_18(X)
& fn_nucleoside_monophosphate_32(X) != fn_nucleoside_monophosphate_19(X)
& agent_2(fn_nucleoside_monophosphate_7(X),fn_nucleoside_monophosphate_27(X))
& object_2(fn_nucleoside_monophosphate_7(X),fn_nucleoside_monophosphate_9(X))
& fn_nucleoside_monophosphate_9(X) != fn_nucleoside_monophosphate_8(X)
& fn_nucleoside_monophosphate_6(X) != fn_nucleoside_monophosphate_9(X)
& fn_nucleoside_monophosphate_9(X) != fn_nucleoside_monophosphate_6(X)
& fn_nucleoside_monophosphate_8(X) != fn_nucleoside_monophosphate_9(X)
& has_part_2(X,fn_nucleoside_monophosphate_24(X))
& fn_nucleoside_monophosphate_24(X) != fn_nucleoside_monophosphate_27(X)
& fn_nucleoside_monophosphate_27(X) != fn_nucleoside_monophosphate_24(X)
& object_2(fn_nucleoside_monophosphate_45(X),fn_nucleoside_monophosphate_9(X))
& called_2(fn_nucleoside_monophosphate_41(X),'Number_Electron')
& object_2(fn_nucleoside_monophosphate_63(X),fn_nucleoside_monophosphate_19(X))
& object_2(fn_nucleoside_monophosphate_43(X),fn_nucleoside_monophosphate_9(X))
& causes_2(fn_nucleoside_monophosphate_43(X),fn_nucleoside_monophosphate_44(X))
& object_2(fn_nucleoside_monophosphate_44(X),fn_nucleoside_monophosphate_9(X))
& is_inside_2(fn_nucleoside_monophosphate_9(X),fn_nucleoside_monophosphate_52(X))
& result_2(fn_nucleoside_monophosphate_63(X),fn_nucleoside_monophosphate_23(X))
& object_2(fn_nucleoside_monophosphate_63(X),fn_nucleoside_monophosphate_9(X))
& quantity_2(fn_nucleoside_monophosphate_9(X),fn_nucleoside_monophosphate_41(X))
& fn_nucleoside_monophosphate_37(X) = fn_nucleoside_monophosphate_41(X)
& fn_nucleoside_monophosphate_41(X) = fn_nucleoside_monophosphate_37(X)
& called_2(fn_nucleoside_monophosphate_51(X),'Number_Electron')
& has_part_2(fn_nucleoside_monophosphate_24(X),fn_nucleoside_monophosphate_57(X))
& atomic_number_2(fn_nucleoside_monophosphate_24(X),fn_nucleoside_monophosphate_56(X))
& called_2(fn_nucleoside_monophosphate_56(X),'Atomic_Number')
& called_2(fn_nucleoside_monophosphate_38(X),'Number_Proton')
& fn_nucleoside_monophosphate_51(X) = fn_nucleoside_monophosphate_38(X)
& fn_nucleoside_monophosphate_38(X) = fn_nucleoside_monophosphate_51(X)
& has_region_2(fn_nucleoside_monophosphate_24(X),fn_nucleoside_monophosphate_10(X))
& is_inside_2(fn_nucleoside_monophosphate_57(X),fn_nucleoside_monophosphate_10(X))
& quantity_2(fn_nucleoside_monophosphate_57(X),fn_nucleoside_monophosphate_38(X))
& fn_nucleoside_monophosphate_56(X) = fn_nucleoside_monophosphate_38(X)
& fn_nucleoside_monophosphate_38(X) = fn_nucleoside_monophosphate_56(X)
& has_part_2(X,fn_nucleoside_monophosphate_65(X))
& has_region_2(X,fn_nucleoside_monophosphate_25(X))
& has_part_2(X,fn_nucleoside_monophosphate_11(X))
& is_inside_2(fn_nucleoside_monophosphate_16(X),fn_nucleoside_monophosphate_17(X))
& has_region_2(fn_nucleoside_monophosphate_27(X),fn_nucleoside_monophosphate_30(X))
& is_at_2(fn_nucleoside_monophosphate_59(X),fn_nucleoside_monophosphate_30(X))
& has_part_2(fn_nucleoside_monophosphate_27(X),fn_nucleoside_monophosphate_29(X))
& fn_nucleoside_monophosphate_29(X) != fn_nucleoside_monophosphate_18(X)
& fn_nucleoside_monophosphate_18(X) != fn_nucleoside_monophosphate_29(X)
& has_part_2(X,fn_nucleoside_monophosphate_27(X))
& has_region_2(fn_nucleoside_monophosphate_27(X),fn_nucleoside_monophosphate_28(X))
& fn_nucleoside_monophosphate_28(X) != fn_nucleoside_monophosphate_20(X)
& fn_nucleoside_monophosphate_20(X) != fn_nucleoside_monophosphate_54(X)
& fn_nucleoside_monophosphate_20(X) != fn_nucleoside_monophosphate_28(X)
& fn_nucleoside_monophosphate_54(X) != fn_nucleoside_monophosphate_20(X)
& has_region_2(X,fn_nucleoside_monophosphate_17(X))
& is_inside_2(fn_nucleoside_monophosphate_27(X),fn_nucleoside_monophosphate_17(X))
& has_region_2(fn_nucleoside_monophosphate_27(X),fn_nucleoside_monophosphate_10(X))
& is_near_2(fn_nucleoside_monophosphate_19(X),fn_nucleoside_monophosphate_10(X))
& fn_nucleoside_monophosphate_9(X) != fn_nucleoside_monophosphate_19(X)
& is_near_2(fn_nucleoside_monophosphate_10(X),fn_nucleoside_monophosphate_19(X))
& fn_nucleoside_monophosphate_19(X) != fn_nucleoside_monophosphate_9(X)
& object_2(fn_nucleoside_monophosphate_5(X),fn_nucleoside_monophosphate_6(X))
& object_2(fn_nucleoside_monophosphate_5(X),fn_nucleoside_monophosphate_9(X))
& is_near_2(fn_nucleoside_monophosphate_9(X),fn_nucleoside_monophosphate_10(X))
& is_inside_2(fn_nucleoside_monophosphate_58(X),fn_nucleoside_monophosphate_10(X))
& has_part_2(fn_nucleoside_monophosphate_27(X),fn_nucleoside_monophosphate_58(X))
& is_near_2(fn_nucleoside_monophosphate_10(X),fn_nucleoside_monophosphate_9(X))
& is_at_2(fn_nucleoside_monophosphate_59(X),fn_nucleoside_monophosphate_31(X))
& is_near_2(fn_nucleoside_monophosphate_59(X),fn_nucleoside_monophosphate_19(X))
& fn_nucleoside_monophosphate_19(X) != fn_nucleoside_monophosphate_8(X)
& is_near_2(fn_nucleoside_monophosphate_19(X),fn_nucleoside_monophosphate_59(X))
& fn_nucleoside_monophosphate_6(X) != fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_19(X) != fn_nucleoside_monophosphate_6(X)
& fn_nucleoside_monophosphate_8(X) != fn_nucleoside_monophosphate_19(X)
& object_2(fn_nucleoside_monophosphate_12(X),X)
& speed_2(fn_nucleoside_monophosphate_12(X),fn_nucleoside_monophosphate_13(X))
& directly_proportional_2(fn_nucleoside_monophosphate_13(X),fn_nucleoside_monophosphate_14(X))
& quantity_2(fn_nucleoside_monophosphate_22(X),fn_nucleoside_monophosphate_14(X))
& possesses_2(X,fn_nucleoside_monophosphate_22(X))
& has_region_2(fn_nucleoside_monophosphate_65(X),fn_nucleoside_monophosphate_53(X))
& is_inside_2(fn_nucleoside_monophosphate_65(X),fn_nucleoside_monophosphate_17(X))
& is_inside_2(fn_nucleoside_monophosphate_17(X),fn_nucleoside_monophosphate_21(X))
& has_region_2(fn_nucleoside_monophosphate_15(X),fn_nucleoside_monophosphate_21(X))
& has_part_2(fn_nucleoside_monophosphate_11(X),fn_nucleoside_monophosphate_15(X))
& agent_2(fn_nucleoside_monophosphate_3(X),fn_nucleoside_monophosphate_27(X))
& agent_2(fn_nucleoside_monophosphate_3(X),fn_nucleoside_monophosphate_16(X))
& fn_nucleoside_monophosphate_16(X) != fn_nucleoside_monophosphate_27(X)
& has_region_2(fn_nucleoside_monophosphate_27(X),fn_nucleoside_monophosphate_31(X))
& fn_nucleoside_monophosphate_31(X) != fn_nucleoside_monophosphate_53(X)
& fn_nucleoside_monophosphate_27(X) != fn_nucleoside_monophosphate_16(X)
& fn_nucleoside_monophosphate_53(X) != fn_nucleoside_monophosphate_31(X)
& fn_nucleoside_monophosphate_65(X) != fn_nucleoside_monophosphate_16(X)
& fn_nucleoside_monophosphate_65(X) != fn_nucleoside_monophosphate_27(X)
& has_region_2(fn_nucleoside_monophosphate_27(X),fn_nucleoside_monophosphate_59(X))
& is_near_2(fn_nucleoside_monophosphate_59(X),fn_nucleoside_monophosphate_4(X))
& fn_nucleoside_monophosphate_4(X) != fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_16(X) != fn_nucleoside_monophosphate_65(X)
& fn_nucleoside_monophosphate_27(X) != fn_nucleoside_monophosphate_65(X)
& is_near_2(fn_nucleoside_monophosphate_4(X),fn_nucleoside_monophosphate_59(X))
& fn_nucleoside_monophosphate_19(X) != fn_nucleoside_monophosphate_4(X)
& has_part_2(X,fn_nucleoside_monophosphate_16(X))
& has_region_2(fn_nucleoside_monophosphate_16(X),fn_nucleoside_monophosphate_55(X))
& fn_nucleoside_monophosphate_55(X) != fn_nucleoside_monophosphate_31(X)
& fn_nucleoside_monophosphate_31(X) != fn_nucleoside_monophosphate_55(X)
& fn_nucleoside_monophosphate_30(X) != fn_nucleoside_monophosphate_31(X)
& fn_nucleoside_monophosphate_31(X) != fn_nucleoside_monophosphate_30(X)
& agent_2(fn_nucleoside_monophosphate_45(X),fn_nucleoside_monophosphate_40(X))
& called_2(fn_nucleoside_monophosphate_39(X),'Atomic_Number')
& is_at_2(fn_nucleoside_monophosphate_10(X),fn_nucleoside_monophosphate_30(X))
& is_inside_2(fn_nucleoside_monophosphate_40(X),fn_nucleoside_monophosphate_10(X))
& quantity_2(fn_nucleoside_monophosphate_40(X),fn_nucleoside_monophosphate_37(X))
& called_2(fn_nucleoside_monophosphate_37(X),'Number_Proton')
& fn_nucleoside_monophosphate_39(X) = fn_nucleoside_monophosphate_37(X)
& fn_nucleoside_monophosphate_37(X) = fn_nucleoside_monophosphate_39(X)
& fn_nucleoside_monophosphate_9(X) = fn_share_2(fn_nucleoside_monophosphate_34(X))
& fn_nucleoside_monophosphate_33(X) = fn_attract_1(fn_nucleoside_monophosphate_50(X))
& fn_nucleoside_monophosphate_8(X) = fn_share_2(fn_nucleoside_monophosphate_7(X))
& fn_nucleoside_monophosphate_42(X) = fn_share_2(fn_nucleoside_monophosphate_61(X))
& fn_nucleoside_monophosphate_4(X) = fn_share_2(fn_nucleoside_monophosphate_3(X))
& fn_nucleoside_monophosphate_16(X) = fn_share_3(fn_nucleoside_monophosphate_60(X))
& fn_nucleoside_monophosphate_16(X) = fn_share_1(fn_nucleoside_monophosphate_60(X))
& fn_nucleoside_monophosphate_57(X) = fn_attract_2(fn_nucleoside_monophosphate_50(X))
& fn_nucleoside_monophosphate_16(X) = fn_share_3(fn_nucleoside_monophosphate_61(X))
& fn_nucleoside_monophosphate_16(X) = fn_share_1(fn_nucleoside_monophosphate_61(X))
& fn_nucleoside_monophosphate_16(X) = fn_share_3(fn_nucleoside_monophosphate_34(X))
& fn_nucleoside_monophosphate_16(X) = fn_share_1(fn_nucleoside_monophosphate_34(X))
& fn_nucleoside_monophosphate_27(X) = fn_share_3(fn_nucleoside_monophosphate_62(X))
& fn_nucleoside_monophosphate_27(X) = fn_share_1(fn_nucleoside_monophosphate_62(X))
& fn_nucleoside_monophosphate_16(X) = fn_share_3(fn_nucleoside_monophosphate_7(X))
& fn_nucleoside_monophosphate_16(X) = fn_share_1(fn_nucleoside_monophosphate_7(X))
& fn_nucleoside_monophosphate_27(X) = fn_share_3(fn_nucleoside_monophosphate_63(X))
& fn_nucleoside_monophosphate_27(X) = fn_share_1(fn_nucleoside_monophosphate_63(X))
& fn_nucleoside_monophosphate_33(X) = fn_constant_motion_1(fn_nucleoside_monophosphate_49(X))
& fn_nucleoside_monophosphate_26(X) = fn_share_3(fn_nucleoside_monophosphate_64(X))
& fn_nucleoside_monophosphate_24(X) = fn_share_1(fn_nucleoside_monophosphate_64(X))
& fn_nucleoside_monophosphate_20(X) = fn_atom_9(fn_nucleoside_monophosphate_26(X))
& fn_nucleoside_monophosphate_33(X) = fn_share_2(fn_nucleoside_monophosphate_5(X))
& fn_nucleoside_monophosphate_24(X) = fn_share_3(fn_nucleoside_monophosphate_5(X))
& fn_nucleoside_monophosphate_16(X) = fn_share_1(fn_nucleoside_monophosphate_5(X))
& fn_nucleoside_monophosphate_20(X) = fn_atom_9(fn_nucleoside_monophosphate_24(X))
& fn_nucleoside_monophosphate_39(X) = fn_atom_17(fn_nucleoside_monophosphate_26(X))
& fn_nucleoside_monophosphate_39(X) = fn_carbon_16(fn_nucleoside_monophosphate_26(X))
& fn_nucleoside_monophosphate_40(X) = fn_atom_8(fn_nucleoside_monophosphate_26(X))
& fn_nucleoside_monophosphate_40(X) = fn_carbon_17(fn_nucleoside_monophosphate_26(X))
& fn_nucleoside_monophosphate_21(X) = fn_5_prime_carbon_1(fn_nucleoside_monophosphate_26(X))
& fn_nucleoside_monophosphate_52(X) = fn_electron_shell_3(fn_nucleoside_monophosphate_20(X))
& fn_nucleoside_monophosphate_54(X) = fn_atom_9(fn_nucleoside_monophosphate_16(X))
& fn_nucleoside_monophosphate_59(X) = fn_atom_18(fn_nucleoside_monophosphate_16(X))
& fn_nucleoside_monophosphate_21(X) = fn_5_prime_carbon_1(fn_nucleoside_monophosphate_24(X))
& fn_nucleoside_monophosphate_23(X) = fn_carbon_skeleton_5(fn_nucleoside_monophosphate_25(X))
& fn_nucleoside_monophosphate_27(X) = fn_carbon_skeleton_2(fn_nucleoside_monophosphate_25(X))
& fn_nucleoside_monophosphate_26(X) = fn_carbon_skeleton_4(fn_nucleoside_monophosphate_25(X))
& fn_nucleoside_monophosphate_58(X) = fn_covalent_bond_4(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_57(X) = fn_covalent_bond_4(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_48(X) = fn_atomic_nucleus_7(fn_nucleoside_monophosphate_10(X))
& fn_nucleoside_monophosphate_48(X) = fn_covalent_bond_10(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_9(X) = fn_covalent_bond_15(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_61(X) = fn_covalent_bond_17(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_47(X) = fn_covalent_bond_1(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_46(X) = fn_covalent_bond_16(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_33(X) = fn_covalent_bond_18(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_64(X) = fn_covalent_bond_17(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_23(X) = fn_molecule_10(X)
& fn_nucleoside_monophosphate_27(X) = fn_molecule_11(X)
& fn_nucleoside_monophosphate_33(X) = fn_atom_14(fn_nucleoside_monophosphate_26(X))
& fn_nucleoside_monophosphate_33(X) = fn_first_electron_shell_5(fn_nucleoside_monophosphate_20(X))
& fn_nucleoside_monophosphate_33(X) = fn_atomic_nucleus_8(fn_nucleoside_monophosphate_10(X))
& fn_nucleoside_monophosphate_33(X) = fn_carbon_10(fn_nucleoside_monophosphate_24(X))
& fn_nucleoside_monophosphate_33(X) = fn_atom_14(fn_nucleoside_monophosphate_24(X))
& fn_nucleoside_monophosphate_31(X) = fn_nucleotide_26(X)
& fn_nucleoside_monophosphate_32(X) = fn_nucleotide_28(X)
& fn_nucleoside_monophosphate_18(X) = fn_nucleotide_28(X)
& fn_nucleoside_monophosphate_62(X) = fn_nucleotide_24(X)
& fn_nucleoside_monophosphate_8(X) = fn_nucleotide_22(X)
& fn_nucleoside_monophosphate_9(X) = fn_nucleotide_21(X)
& fn_nucleoside_monophosphate_6(X) = fn_nucleotide_22(X)
& fn_nucleoside_monophosphate_7(X) = fn_nucleotide_24(X)
& fn_nucleoside_monophosphate_24(X) = fn_nucleotide_9(X)
& fn_nucleoside_monophosphate_45(X) = fn_covalent_bond_10(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_52(X) = fn_covalent_bond_13(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_44(X) = fn_covalent_bond_1(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_43(X) = fn_covalent_bond_16(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_37(X) = fn_covalent_bond_8(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_41(X) = fn_covalent_bond_9(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_9(X) = fn_covalent_bond_18(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_63(X) = fn_covalent_bond_17(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_68(X) = fn_carbon_8(fn_nucleoside_monophosphate_24(X))
& fn_nucleoside_monophosphate_69(X) = fn_carbon_13(fn_nucleoside_monophosphate_24(X))
& fn_nucleoside_monophosphate_51(X) = fn_atom_5(fn_nucleoside_monophosphate_24(X))
& fn_nucleoside_monophosphate_70(X) = fn_carbon_9(fn_nucleoside_monophosphate_24(X))
& fn_nucleoside_monophosphate_51(X) = fn_atom_5(fn_nucleoside_monophosphate_26(X))
& fn_nucleoside_monophosphate_51(X) = fn_carbon_12(fn_nucleoside_monophosphate_24(X))
& fn_nucleoside_monophosphate_56(X) = fn_carbon_16(fn_nucleoside_monophosphate_26(X))
& fn_nucleoside_monophosphate_38(X) = fn_atom_11(fn_nucleoside_monophosphate_26(X))
& fn_nucleoside_monophosphate_56(X) = fn_atom_17(fn_nucleoside_monophosphate_26(X))
& fn_nucleoside_monophosphate_56(X) = fn_atom_17(fn_nucleoside_monophosphate_24(X))
& fn_nucleoside_monophosphate_56(X) = fn_carbon_16(fn_nucleoside_monophosphate_24(X))
& fn_nucleoside_monophosphate_38(X) = fn_carbon_19(fn_nucleoside_monophosphate_26(X))
& fn_nucleoside_monophosphate_57(X) = fn_atom_8(fn_nucleoside_monophosphate_24(X))
& fn_nucleoside_monophosphate_38(X) = fn_atom_11(fn_nucleoside_monophosphate_24(X))
& fn_nucleoside_monophosphate_38(X) = fn_carbon_19(fn_nucleoside_monophosphate_24(X))
& fn_nucleoside_monophosphate_57(X) = fn_carbon_17(fn_nucleoside_monophosphate_26(X))
& fn_nucleoside_monophosphate_57(X) = fn_carbon_17(fn_nucleoside_monophosphate_24(X))
& fn_nucleoside_monophosphate_24(X) = fn_first_electron_shell_3(fn_nucleoside_monophosphate_20(X))
& fn_nucleoside_monophosphate_10(X) = fn_first_electron_shell_7(fn_nucleoside_monophosphate_20(X))
& fn_nucleoside_monophosphate_10(X) = fn_atom_18(fn_nucleoside_monophosphate_24(X))
& fn_nucleoside_monophosphate_24(X) = fn_atomic_nucleus_4(fn_nucleoside_monophosphate_10(X))
& fn_nucleoside_monophosphate_10(X) = fn_carbon_18(fn_nucleoside_monophosphate_24(X))
& X = fn_carbon_skeleton_3(fn_nucleoside_monophosphate_25(X))
& fn_nucleoside_monophosphate_25(X) = fn_nucleotide_3(X)
& fn_nucleoside_monophosphate_35(X) = fn_nucleotide_53(X)
& fn_nucleoside_monophosphate_36(X) = fn_nucleotide_52(X)
& fn_nucleoside_monophosphate_30(X) = fn_nucleotide_25(X)
& fn_nucleoside_monophosphate_18(X) = fn_nucleotide_22(X)
& fn_nucleoside_monophosphate_29(X) = fn_nucleotide_21(X)
& fn_nucleoside_monophosphate_54(X) = fn_nucleotide_20(X)
& fn_nucleoside_monophosphate_20(X) = fn_nucleotide_33(X)
& fn_nucleoside_monophosphate_28(X) = fn_nucleotide_20(X)
& fn_nucleoside_monophosphate_9(X) = fn_nucleotide_28(X)
& fn_nucleoside_monophosphate_10(X) = fn_covalent_bond_24(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_10(X) = fn_covalent_bond_22(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_10(X) = fn_nucleotide_35(X)
& fn_nucleoside_monophosphate_58(X) = fn_nucleotide_19(X)
& fn_nucleoside_monophosphate_9(X) = fn_atom_14(fn_nucleoside_monophosphate_26(X))
& fn_nucleoside_monophosphate_10(X) = fn_atom_18(fn_nucleoside_monophosphate_26(X))
& fn_nucleoside_monophosphate_9(X) = fn_carbon_10(fn_nucleoside_monophosphate_26(X))
& fn_nucleoside_monophosphate_10(X) = fn_carbon_18(fn_nucleoside_monophosphate_26(X))
& fn_nucleoside_monophosphate_10(X) = fn_nucleotide_27(X)
& fn_nucleoside_monophosphate_9(X) = fn_nucleotide_22(X)
& fn_nucleoside_monophosphate_5(X) = fn_nucleotide_24(X)
& fn_nucleoside_monophosphate_8(X) = fn_nucleotide_28(X)
& fn_nucleoside_monophosphate_19(X) = fn_nucleotide_22(X)
& fn_nucleoside_monophosphate_6(X) = fn_nucleotide_28(X)
& fn_nucleoside_monophosphate_19(X) = fn_covalent_bond_15(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_19(X) = fn_covalent_bond_18(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_19(X) = fn_nucleotide_32(X)
& fn_nucleoside_monophosphate_59(X) = fn_nucleotide_35(X)
& fn_nucleoside_monophosphate_22(X) = fn_nucleotide_2(X)
& fn_nucleoside_monophosphate_14(X) = fn_nucleotide_6(X)
& fn_nucleoside_monophosphate_13(X) = fn_nucleotide_5(X)
& fn_nucleoside_monophosphate_12(X) = fn_nucleotide_4(X)
& fn_nucleoside_monophosphate_11(X) = fn_nucleotide_16(X)
& fn_nucleoside_monophosphate_15(X) = fn_nucleotide_12(X)
& fn_nucleoside_monophosphate_21(X) = fn_nucleotide_36(X)
& fn_nucleoside_monophosphate_17(X) = fn_nucleotide_15(X)
& fn_nucleoside_monophosphate_53(X) = fn_nucleotide_26(X)
& fn_nucleoside_monophosphate_3(X) = fn_nucleotide_24(X)
& fn_nucleoside_monophosphate_19(X) = fn_nucleotide_21(X)
& fn_nucleoside_monophosphate_4(X) = fn_nucleotide_22(X)
& fn_nucleoside_monophosphate_27(X) = fn_covalent_bond_20(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_59(X) = fn_covalent_bond_24(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_27(X) = fn_covalent_bond_19(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_59(X) = fn_covalent_bond_22(fn_nucleoside_monophosphate_23(X))
& fn_nucleoside_monophosphate_59(X) = fn_nucleotide_27(X)
& fn_nucleoside_monophosphate_27(X) = fn_nucleotide_10(X)
& fn_nucleoside_monophosphate_27(X) = fn_nucleotide_13(X)
& fn_nucleoside_monophosphate_65(X) = fn_nucleotide_13(X)
& fn_nucleoside_monophosphate_65(X) = fn_nucleotide_10(X)
& fn_nucleoside_monophosphate_31(X) = fn_nucleotide_34(X)
& fn_nucleoside_monophosphate_30(X) = fn_nucleotide_26(X)
& fn_nucleoside_monophosphate_31(X) = fn_nucleotide_25(X)
& fn_nucleoside_monophosphate_55(X) = fn_nucleotide_26(X)
& fn_nucleoside_monophosphate_16(X) = fn_nucleotide_30(X)
& fn_nucleoside_monophosphate_45(X) = fn_atomic_nucleus_7(fn_nucleoside_monophosphate_10(X))
& fn_nucleoside_monophosphate_66(X) = fn_atomic_nucleus_5(fn_nucleoside_monophosphate_10(X))
& fn_nucleoside_monophosphate_30(X) = fn_atomic_nucleus_3(fn_nucleoside_monophosphate_10(X))
& fn_nucleoside_monophosphate_67(X) = fn_atomic_nucleus_6(fn_nucleoside_monophosphate_10(X))
& fn_nucleoside_monophosphate_39(X) = fn_atomic_nucleus_1(fn_nucleoside_monophosphate_10(X))
& fn_nucleoside_monophosphate_37(X) = fn_atomic_nucleus_2(fn_nucleoside_monophosphate_10(X))
& fn_nucleoside_monophosphate_40(X) = fn_atomic_nucleus_9(fn_nucleoside_monophosphate_10(X))
& fn_share_3(fn_nucleoside_monophosphate_64(X)) = fn_share_3(fn_nucleoside_monophosphate_64(X))
& fn_share_3(fn_nucleoside_monophosphate_64(X)) = fn_carbon_skeleton_4(fn_nucleoside_monophosphate_25(X))
& fn_carbon_skeleton_4(fn_nucleoside_monophosphate_25(X)) = fn_carbon_skeleton_4(fn_nucleoside_monophosphate_25(X))
& fn_carbon_skeleton_4(fn_nucleoside_monophosphate_25(X)) = fn_covalent_bond_10(fn_nucleoside_monophosphate_23(X))
& fn_atomic_nucleus_7(fn_nucleoside_monophosphate_10(X)) = fn_covalent_bond_10(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_10(fn_nucleoside_monophosphate_23(X)) = fn_attract_1(fn_nucleoside_monophosphate_50(X))
& fn_attract_1(fn_nucleoside_monophosphate_50(X)) = fn_constant_motion_1(fn_nucleoside_monophosphate_49(X))
& fn_constant_motion_1(fn_nucleoside_monophosphate_49(X)) = fn_constant_motion_1(fn_nucleoside_monophosphate_49(X))
& fn_constant_motion_1(fn_nucleoside_monophosphate_49(X)) = fn_share_2(fn_nucleoside_monophosphate_5(X))
& fn_share_2(fn_nucleoside_monophosphate_5(X)) = fn_share_2(fn_nucleoside_monophosphate_5(X))
& fn_share_2(fn_nucleoside_monophosphate_5(X)) = fn_first_electron_shell_5(fn_nucleoside_monophosphate_20(X))
& fn_first_electron_shell_5(fn_nucleoside_monophosphate_20(X)) = fn_first_electron_shell_5(fn_nucleoside_monophosphate_20(X))
& fn_atomic_nucleus_8(fn_nucleoside_monophosphate_10(X)) = fn_first_electron_shell_5(fn_nucleoside_monophosphate_20(X))
& fn_first_electron_shell_5(fn_nucleoside_monophosphate_20(X)) = fn_atomic_nucleus_8(fn_nucleoside_monophosphate_10(X))
& fn_atomic_nucleus_8(fn_nucleoside_monophosphate_10(X)) = fn_atomic_nucleus_8(fn_nucleoside_monophosphate_10(X))
& fn_carbon_10(fn_nucleoside_monophosphate_24(X)) = fn_atomic_nucleus_8(fn_nucleoside_monophosphate_10(X))
& fn_atomic_nucleus_8(fn_nucleoside_monophosphate_10(X)) = fn_carbon_10(fn_nucleoside_monophosphate_24(X))
& fn_covalent_bond_18(fn_nucleoside_monophosphate_23(X)) = fn_carbon_10(fn_nucleoside_monophosphate_24(X))
& fn_carbon_10(fn_nucleoside_monophosphate_24(X)) = fn_carbon_10(fn_nucleoside_monophosphate_24(X))
& fn_carbon_10(fn_nucleoside_monophosphate_24(X)) = fn_covalent_bond_18(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_18(fn_nucleoside_monophosphate_23(X)) = fn_atom_14(fn_nucleoside_monophosphate_26(X))
& fn_atom_14(fn_nucleoside_monophosphate_24(X)) = fn_atom_14(fn_nucleoside_monophosphate_26(X))
& fn_atom_14(fn_nucleoside_monophosphate_26(X)) = fn_atom_14(fn_nucleoside_monophosphate_24(X))
& fn_atom_14(fn_nucleoside_monophosphate_24(X)) = fn_atom_14(fn_nucleoside_monophosphate_24(X))
& fn_atom_14(fn_nucleoside_monophosphate_24(X)) = fn_electron_shell_3(fn_nucleoside_monophosphate_20(X))
& fn_electron_shell_3(fn_nucleoside_monophosphate_20(X)) = fn_covalent_bond_13(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_13(fn_nucleoside_monophosphate_23(X)) = fn_covalent_bond_13(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_13(fn_nucleoside_monophosphate_23(X)) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_carbon_skeleton_5(fn_nucleoside_monophosphate_25(X))
& fn_carbon_skeleton_5(fn_nucleoside_monophosphate_25(X)) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_atom_5(fn_nucleoside_monophosphate_26(X))
& fn_carbon_12(fn_nucleoside_monophosphate_24(X)) = fn_atom_5(fn_nucleoside_monophosphate_24(X))
& fn_atom_5(fn_nucleoside_monophosphate_24(X)) = fn_carbon_12(fn_nucleoside_monophosphate_24(X))
& fn_carbon_12(fn_nucleoside_monophosphate_24(X)) = fn_atom_5(fn_nucleoside_monophosphate_26(X))
& fn_atom_5(fn_nucleoside_monophosphate_26(X)) = fn_carbon_12(fn_nucleoside_monophosphate_24(X))
& fn_carbon_12(fn_nucleoside_monophosphate_24(X)) = fn_carbon_12(fn_nucleoside_monophosphate_24(X))
& fn_carbon_12(fn_nucleoside_monophosphate_24(X)) = fn_carbon_16(fn_nucleoside_monophosphate_24(X))
& fn_carbon_16(fn_nucleoside_monophosphate_24(X)) = fn_atom_17(fn_nucleoside_monophosphate_24(X))
& fn_carbon_16(fn_nucleoside_monophosphate_24(X)) = fn_carbon_16(fn_nucleoside_monophosphate_26(X))
& fn_carbon_16(fn_nucleoside_monophosphate_26(X)) = fn_atom_17(fn_nucleoside_monophosphate_26(X))
& fn_atom_17(fn_nucleoside_monophosphate_26(X)) = fn_atom_17(fn_nucleoside_monophosphate_24(X))
& fn_atom_17(fn_nucleoside_monophosphate_24(X)) = fn_carbon_16(fn_nucleoside_monophosphate_24(X))
& fn_carbon_16(fn_nucleoside_monophosphate_24(X)) = fn_carbon_19(fn_nucleoside_monophosphate_24(X))
& fn_carbon_19(fn_nucleoside_monophosphate_24(X)) = fn_atom_11(fn_nucleoside_monophosphate_26(X))
& fn_atom_11(fn_nucleoside_monophosphate_26(X)) = fn_carbon_19(fn_nucleoside_monophosphate_24(X))
& fn_carbon_19(fn_nucleoside_monophosphate_24(X)) = fn_carbon_19(fn_nucleoside_monophosphate_24(X))
& fn_carbon_19(fn_nucleoside_monophosphate_24(X)) = fn_atom_11(fn_nucleoside_monophosphate_24(X))
& fn_carbon_19(fn_nucleoside_monophosphate_26(X)) = fn_atom_11(fn_nucleoside_monophosphate_26(X))
& fn_atom_11(fn_nucleoside_monophosphate_26(X)) = fn_atom_11(fn_nucleoside_monophosphate_24(X))
& fn_carbon_19(fn_nucleoside_monophosphate_24(X)) = fn_carbon_19(fn_nucleoside_monophosphate_26(X))
& fn_carbon_19(fn_nucleoside_monophosphate_26(X)) = fn_atom_11(fn_nucleoside_monophosphate_24(X))
& fn_atom_11(fn_nucleoside_monophosphate_24(X)) = fn_carbon_19(fn_nucleoside_monophosphate_24(X))
& fn_carbon_19(fn_nucleoside_monophosphate_24(X)) = fn_attract_2(fn_nucleoside_monophosphate_50(X))
& fn_attract_2(fn_nucleoside_monophosphate_50(X)) = fn_covalent_bond_4(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_4(fn_nucleoside_monophosphate_23(X)) = fn_covalent_bond_4(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_4(fn_nucleoside_monophosphate_23(X)) = fn_atom_8(fn_nucleoside_monophosphate_24(X))
& fn_atom_8(fn_nucleoside_monophosphate_24(X)) = fn_atom_8(fn_nucleoside_monophosphate_24(X))
& fn_carbon_17(fn_nucleoside_monophosphate_26(X)) = fn_atom_8(fn_nucleoside_monophosphate_24(X))
& fn_atom_8(fn_nucleoside_monophosphate_24(X)) = fn_carbon_17(fn_nucleoside_monophosphate_24(X))
& fn_carbon_17(fn_nucleoside_monophosphate_24(X)) = fn_carbon_17(fn_nucleoside_monophosphate_26(X))
& fn_carbon_17(fn_nucleoside_monophosphate_26(X)) = fn_carbon_17(fn_nucleoside_monophosphate_24(X))
& fn_carbon_17(fn_nucleoside_monophosphate_24(X)) = fn_share_1(fn_nucleoside_monophosphate_64(X))
& fn_share_1(fn_nucleoside_monophosphate_64(X)) = fn_share_1(fn_nucleoside_monophosphate_64(X))
& fn_share_1(fn_nucleoside_monophosphate_64(X)) = fn_share_3(fn_nucleoside_monophosphate_5(X))
& fn_share_3(fn_nucleoside_monophosphate_5(X)) = fn_share_3(fn_nucleoside_monophosphate_5(X))
& fn_share_3(fn_nucleoside_monophosphate_5(X)) = fn_first_electron_shell_3(fn_nucleoside_monophosphate_20(X))
& fn_first_electron_shell_3(fn_nucleoside_monophosphate_20(X)) = fn_first_electron_shell_3(fn_nucleoside_monophosphate_20(X))
& fn_atomic_nucleus_4(fn_nucleoside_monophosphate_10(X)) = fn_first_electron_shell_3(fn_nucleoside_monophosphate_20(X))
& fn_first_electron_shell_3(fn_nucleoside_monophosphate_20(X)) = fn_atomic_nucleus_4(fn_nucleoside_monophosphate_10(X))
& fn_atomic_nucleus_4(fn_nucleoside_monophosphate_10(X)) = fn_atomic_nucleus_4(fn_nucleoside_monophosphate_10(X))
& fn_atomic_nucleus_4(fn_nucleoside_monophosphate_10(X)) = fn_nucleotide_9(X)
& fn_nucleotide_9(X) = fn_nucleotide_9(X)
& fn_nucleotide_9(X) = fn_atomic_nucleus_4(fn_nucleoside_monophosphate_10(X))
& fn_atomic_nucleus_4(fn_nucleoside_monophosphate_10(X)) = fn_nucleotide_28(X)
& fn_nucleotide_22(X) = fn_atom_9(fn_nucleoside_monophosphate_16(X))
& fn_atom_9(fn_nucleoside_monophosphate_16(X)) = fn_nucleotide_20(X)
& fn_nucleotide_20(X) = fn_atom_9(fn_nucleoside_monophosphate_26(X))
& fn_atom_9(fn_nucleoside_monophosphate_26(X)) = fn_atom_9(fn_nucleoside_monophosphate_24(X))
& fn_atom_9(fn_nucleoside_monophosphate_24(X)) = fn_nucleotide_33(X)
& fn_nucleotide_33(X) = fn_nucleotide_33(X)
& fn_nucleotide_33(X) = fn_covalent_bond_4(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_4(fn_nucleoside_monophosphate_23(X)) = fn_nucleotide_19(X)
& fn_nucleotide_19(X) = fn_nucleotide_19(X)
& fn_nucleotide_19(X) = fn_share_2(fn_nucleoside_monophosphate_34(X))
& fn_share_2(fn_nucleoside_monophosphate_34(X)) = fn_atom_14(fn_nucleoside_monophosphate_26(X))
& fn_atom_14(fn_nucleoside_monophosphate_26(X)) = fn_atom_14(fn_nucleoside_monophosphate_26(X))
& fn_carbon_10(fn_nucleoside_monophosphate_26(X)) = fn_atom_14(fn_nucleoside_monophosphate_26(X))
& fn_atom_14(fn_nucleoside_monophosphate_26(X)) = fn_carbon_10(fn_nucleoside_monophosphate_26(X))
& fn_carbon_10(fn_nucleoside_monophosphate_26(X)) = fn_carbon_10(fn_nucleoside_monophosphate_26(X))
& fn_covalent_bond_15(fn_nucleoside_monophosphate_23(X)) = fn_carbon_10(fn_nucleoside_monophosphate_26(X))
& fn_carbon_10(fn_nucleoside_monophosphate_26(X)) = fn_covalent_bond_15(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_15(fn_nucleoside_monophosphate_23(X)) = fn_nucleotide_21(X)
& fn_nucleotide_21(X) = fn_nucleotide_21(X)
& fn_nucleotide_21(X) = fn_covalent_bond_18(fn_nucleoside_monophosphate_23(X))
& fn_nucleotide_28(X) = fn_covalent_bond_18(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_18(fn_nucleoside_monophosphate_23(X)) = fn_nucleotide_28(X)
& fn_nucleotide_22(X) = fn_share_2(fn_nucleoside_monophosphate_7(X))
& fn_share_2(fn_nucleoside_monophosphate_7(X)) = fn_nucleotide_22(X)
& fn_nucleotide_28(X) = fn_nucleotide_22(X)
& fn_nucleotide_22(X) = fn_nucleotide_28(X)
& fn_nucleotide_28(X) = fn_nucleotide_28(X)
& fn_nucleotide_28(X) = fn_5_prime_carbon_1(fn_nucleoside_monophosphate_26(X))
& fn_5_prime_carbon_1(fn_nucleoside_monophosphate_26(X)) = fn_5_prime_carbon_1(fn_nucleoside_monophosphate_24(X))
& fn_5_prime_carbon_1(fn_nucleoside_monophosphate_24(X)) = fn_nucleotide_36(X)
& fn_nucleotide_36(X) = fn_nucleotide_36(X)
& fn_nucleotide_36(X) = fn_covalent_bond_18(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_18(fn_nucleoside_monophosphate_23(X)) = fn_covalent_bond_18(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_18(fn_nucleoside_monophosphate_23(X)) = fn_covalent_bond_15(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_15(fn_nucleoside_monophosphate_23(X)) = fn_covalent_bond_18(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_18(fn_nucleoside_monophosphate_23(X)) = fn_nucleotide_22(X)
& fn_covalent_bond_15(fn_nucleoside_monophosphate_23(X)) = fn_covalent_bond_15(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_15(fn_nucleoside_monophosphate_23(X)) = fn_nucleotide_22(X)
& fn_nucleotide_22(X) = fn_covalent_bond_15(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_15(fn_nucleoside_monophosphate_23(X)) = fn_nucleotide_32(X)
& fn_nucleotide_32(X) = fn_nucleotide_22(X)
& fn_nucleotide_22(X) = fn_nucleotide_32(X)
& fn_nucleotide_32(X) = fn_nucleotide_32(X)
& fn_nucleotide_32(X) = fn_nucleotide_21(X)
& fn_nucleotide_21(X) = fn_share_2(fn_nucleoside_monophosphate_3(X))
& fn_share_2(fn_nucleoside_monophosphate_3(X)) = fn_nucleotide_22(X)
& fn_nucleotide_22(X) = fn_nucleotide_22(X)
& fn_nucleotide_22(X) = fn_atom_18(fn_nucleoside_monophosphate_16(X))
& fn_atom_18(fn_nucleoside_monophosphate_16(X)) = fn_covalent_bond_24(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_22(fn_nucleoside_monophosphate_23(X)) = fn_covalent_bond_22(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_22(fn_nucleoside_monophosphate_23(X)) = fn_nucleotide_35(X)
& fn_nucleotide_35(X) = fn_covalent_bond_22(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_22(fn_nucleoside_monophosphate_23(X)) = fn_nucleotide_27(X)
& fn_nucleotide_27(X) = fn_nucleotide_35(X)
& fn_nucleotide_27(X) = fn_share_3(fn_nucleoside_monophosphate_62(X))
& fn_share_3(fn_nucleoside_monophosphate_62(X)) = fn_share_1(fn_nucleoside_monophosphate_62(X))
& fn_share_1(fn_nucleoside_monophosphate_62(X)) = fn_share_3(fn_nucleoside_monophosphate_63(X))
& fn_share_3(fn_nucleoside_monophosphate_63(X)) = fn_share_1(fn_nucleoside_monophosphate_63(X))
& fn_share_1(fn_nucleoside_monophosphate_63(X)) = fn_share_1(fn_nucleoside_monophosphate_62(X))
& fn_share_1(fn_nucleoside_monophosphate_62(X)) = fn_share_1(fn_nucleoside_monophosphate_63(X))
& fn_share_1(fn_nucleoside_monophosphate_63(X)) = fn_molecule_11(X)
& fn_carbon_skeleton_2(fn_nucleoside_monophosphate_25(X)) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_carbon_skeleton_2(fn_nucleoside_monophosphate_25(X))
& fn_carbon_skeleton_2(fn_nucleoside_monophosphate_25(X)) = fn_carbon_skeleton_2(fn_nucleoside_monophosphate_25(X))
& fn_carbon_skeleton_2(fn_nucleoside_monophosphate_25(X)) = fn_covalent_bond_20(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_20(fn_nucleoside_monophosphate_23(X)) = fn_covalent_bond_20(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_19(fn_nucleoside_monophosphate_23(X)) = fn_covalent_bond_20(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_20(fn_nucleoside_monophosphate_23(X)) = fn_covalent_bond_19(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_19(fn_nucleoside_monophosphate_23(X)) = fn_covalent_bond_19(fn_nucleoside_monophosphate_23(X))
& fn_nucleotide_10(X) = fn_covalent_bond_19(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_19(fn_nucleoside_monophosphate_23(X)) = fn_nucleotide_10(X)
& fn_nucleotide_10(X) = fn_nucleotide_10(X)
& fn_nucleotide_13(X) = fn_nucleotide_13(X)
& fn_nucleotide_10(X) = fn_nucleotide_13(X)
& fn_nucleotide_13(X) = fn_nucleotide_10(X)
& fn_nucleotide_10(X) = fn_nucleotide_26(X)
& fn_nucleotide_26(X) = fn_nucleotide_34(X)
& fn_nucleotide_34(X) = fn_nucleotide_34(X)
& fn_nucleotide_34(X) = fn_nucleotide_25(X)
& fn_nucleotide_25(X) = fn_share_3(fn_nucleoside_monophosphate_60(X))
& fn_share_3(fn_nucleoside_monophosphate_60(X)) = fn_share_1(fn_nucleoside_monophosphate_60(X))
& fn_share_1(fn_nucleoside_monophosphate_60(X)) = fn_share_3(fn_nucleoside_monophosphate_61(X))
& fn_share_3(fn_nucleoside_monophosphate_61(X)) = fn_share_1(fn_nucleoside_monophosphate_61(X))
& fn_share_1(fn_nucleoside_monophosphate_61(X)) = fn_share_3(fn_nucleoside_monophosphate_34(X))
& fn_share_3(fn_nucleoside_monophosphate_34(X)) = fn_share_1(fn_nucleoside_monophosphate_34(X))
& fn_share_1(fn_nucleoside_monophosphate_34(X)) = fn_share_3(fn_nucleoside_monophosphate_7(X))
& fn_share_3(fn_nucleoside_monophosphate_7(X)) = fn_share_1(fn_nucleoside_monophosphate_7(X))
& fn_share_1(fn_nucleoside_monophosphate_5(X)) = fn_share_1(fn_nucleoside_monophosphate_60(X))
& fn_share_1(fn_nucleoside_monophosphate_60(X)) = fn_share_1(fn_nucleoside_monophosphate_61(X))
& fn_share_1(fn_nucleoside_monophosphate_61(X)) = fn_share_1(fn_nucleoside_monophosphate_34(X))
& fn_share_1(fn_nucleoside_monophosphate_34(X)) = fn_share_1(fn_nucleoside_monophosphate_7(X))
& fn_share_1(fn_nucleoside_monophosphate_7(X)) = fn_share_1(fn_nucleoside_monophosphate_5(X))
& fn_share_1(fn_nucleoside_monophosphate_5(X)) = fn_share_1(fn_nucleoside_monophosphate_5(X))
& fn_share_1(fn_nucleoside_monophosphate_5(X)) = fn_nucleotide_30(X)
& fn_nucleotide_30(X) = fn_nucleotide_30(X)
& fn_nucleotide_30(X) = fn_covalent_bond_10(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_10(fn_nucleoside_monophosphate_23(X)) = fn_atomic_nucleus_7(fn_nucleoside_monophosphate_10(X))
& fn_atomic_nucleus_7(fn_nucleoside_monophosphate_10(X)) = fn_nucleotide_25(X)
& fn_nucleotide_25(X) = fn_nucleotide_25(X)
& fn_nucleotide_25(X) = fn_nucleotide_26(X)
& fn_atomic_nucleus_3(fn_nucleoside_monophosphate_10(X)) = fn_nucleotide_26(X)
& fn_nucleotide_26(X) = fn_nucleotide_26(X)
& fn_nucleotide_26(X) = fn_atomic_nucleus_3(fn_nucleoside_monophosphate_10(X))
& fn_atomic_nucleus_3(fn_nucleoside_monophosphate_10(X)) = fn_atom_17(fn_nucleoside_monophosphate_26(X))
& fn_atom_17(fn_nucleoside_monophosphate_26(X)) = fn_carbon_16(fn_nucleoside_monophosphate_26(X))
& fn_carbon_16(fn_nucleoside_monophosphate_26(X)) = fn_carbon_16(fn_nucleoside_monophosphate_26(X))
& fn_carbon_16(fn_nucleoside_monophosphate_26(X)) = fn_atomic_nucleus_1(fn_nucleoside_monophosphate_10(X))
& fn_atomic_nucleus_1(fn_nucleoside_monophosphate_10(X)) = fn_atomic_nucleus_1(fn_nucleoside_monophosphate_10(X))
& fn_atomic_nucleus_1(fn_nucleoside_monophosphate_10(X)) = fn_covalent_bond_8(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_8(fn_nucleoside_monophosphate_23(X)) = fn_covalent_bond_8(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_8(fn_nucleoside_monophosphate_23(X)) = fn_atomic_nucleus_2(fn_nucleoside_monophosphate_10(X))
& fn_atomic_nucleus_2(fn_nucleoside_monophosphate_10(X)) = fn_atomic_nucleus_2(fn_nucleoside_monophosphate_10(X))
& fn_atomic_nucleus_2(fn_nucleoside_monophosphate_10(X)) = fn_covalent_bond_24(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_24(fn_nucleoside_monophosphate_23(X)) = fn_first_electron_shell_7(fn_nucleoside_monophosphate_20(X))
& fn_first_electron_shell_7(fn_nucleoside_monophosphate_20(X)) = fn_first_electron_shell_7(fn_nucleoside_monophosphate_20(X))
& fn_first_electron_shell_7(fn_nucleoside_monophosphate_20(X)) = fn_covalent_bond_24(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_24(fn_nucleoside_monophosphate_23(X)) = fn_covalent_bond_24(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_22(fn_nucleoside_monophosphate_23(X)) = fn_covalent_bond_24(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_24(fn_nucleoside_monophosphate_23(X)) = fn_covalent_bond_22(fn_nucleoside_monophosphate_23(X))
& fn_atom_18(fn_nucleoside_monophosphate_26(X)) = fn_covalent_bond_22(fn_nucleoside_monophosphate_23(X))
& fn_atom_18(fn_nucleoside_monophosphate_26(X)) = fn_atom_18(fn_nucleoside_monophosphate_24(X))
& fn_atom_18(fn_nucleoside_monophosphate_24(X)) = fn_atom_18(fn_nucleoside_monophosphate_24(X))
& fn_atom_18(fn_nucleoside_monophosphate_24(X)) = fn_covalent_bond_22(fn_nucleoside_monophosphate_23(X))
& fn_covalent_bond_22(fn_nucleoside_monophosphate_23(X)) = fn_atom_18(fn_nucleoside_monophosphate_26(X))
& fn_atom_18(fn_nucleoside_monophosphate_26(X)) = fn_atom_18(fn_nucleoside_monophosphate_26(X))
& fn_carbon_18(fn_nucleoside_monophosphate_26(X)) = fn_atom_18(fn_nucleoside_monophosphate_26(X))
& fn_atom_18(fn_nucleoside_monophosphate_26(X)) = fn_carbon_18(fn_nucleoside_monophosphate_24(X))
& fn_atom_18(fn_nucleoside_monophosphate_24(X)) = fn_carbon_18(fn_nucleoside_monophosphate_26(X))
& fn_carbon_18(fn_nucleoside_monophosphate_24(X)) = fn_atom_18(fn_nucleoside_monophosphate_24(X))
& fn_atom_18(fn_nucleoside_monophosphate_24(X)) = fn_carbon_18(fn_nucleoside_monophosphate_24(X))
& fn_carbon_18(fn_nucleoside_monophosphate_24(X)) = fn_atom_18(fn_nucleoside_monophosphate_26(X))
& fn_atom_18(fn_nucleoside_monophosphate_26(X)) = fn_carbon_18(fn_nucleoside_monophosphate_26(X))
& fn_carbon_18(fn_nucleoside_monophosphate_26(X)) = fn_carbon_18(fn_nucleoside_monophosphate_26(X))
& fn_carbon_18(fn_nucleoside_monophosphate_24(X)) = fn_carbon_18(fn_nucleoside_monophosphate_26(X))
& fn_carbon_18(fn_nucleoside_monophosphate_26(X)) = fn_carbon_18(fn_nucleoside_monophosphate_24(X))
& fn_carbon_18(fn_nucleoside_monophosphate_24(X)) = fn_carbon_18(fn_nucleoside_monophosphate_24(X))
& fn_carbon_18(fn_nucleoside_monophosphate_24(X)) = fn_nucleotide_35(X)
& fn_nucleotide_35(X) = fn_carbon_18(fn_nucleoside_monophosphate_26(X))
& fn_carbon_18(fn_nucleoside_monophosphate_26(X)) = fn_nucleotide_35(X)
& fn_nucleotide_35(X) = fn_nucleotide_35(X)
& fn_nucleotide_35(X) = fn_nucleotide_27(X)
& fn_nucleotide_27(X) = fn_nucleotide_27(X)
& fn_nucleotide_27(X) = fn_atom_8(fn_nucleoside_monophosphate_26(X))
& fn_atom_8(fn_nucleoside_monophosphate_26(X)) = fn_carbon_17(fn_nucleoside_monophosphate_26(X))
& fn_carbon_17(fn_nucleoside_monophosphate_26(X)) = fn_carbon_17(fn_nucleoside_monophosphate_26(X))
& fn_carbon_17(fn_nucleoside_monophosphate_26(X)) = fn_atomic_nucleus_9(fn_nucleoside_monophosphate_10(X))
& fn_atomic_nucleus_9(fn_nucleoside_monophosphate_10(X)) = fn_atomic_nucleus_9(fn_nucleoside_monophosphate_10(X))
& fn_carbon_skeleton_3(fn_nucleoside_monophosphate_25(X)) = fn_carbon_skeleton_3(fn_nucleoside_monophosphate_25(X)) ) ) ).
fof(a531325,axiom,
! [X] :
( nucleoside_triphosphate_1(X)
=> ( original_name_2(X,'Nucleoside-Triphosphate')
& user_description_2(X,'The nucleoside diphosphate has a nitrogen base and three phosphate groups.')
& concept2words_2(X,'nucleoside triphosphate')
& concept2words_2(X,'nucleoside-triphosphate')
& nucleotide_1(X)
& share_1(fn_nucleoside_triphosphate_1(X))
& electron_1(fn_nucleoside_triphosphate_2(X))
& valence_electron_1(fn_nucleoside_triphosphate_2(X))
& electron_1(fn_nucleoside_triphosphate_3(X))
& valence_electron_1(fn_nucleoside_triphosphate_3(X))
& electron_shell_1(fn_nucleoside_triphosphate_4(X))
& electron_shell_1(fn_nucleoside_triphosphate_5(X))
& atomic_nucleus_1(fn_nucleoside_triphosphate_6(X))
& electron_1(fn_nucleoside_triphosphate_7(X))
& valence_electron_1(fn_nucleoside_triphosphate_7(X))
& first_electron_shell_1(fn_nucleoside_triphosphate_8(X))
& share_1(fn_nucleoside_triphosphate_10(X))
& hold_1(fn_nucleoside_triphosphate_11(X))
& hold_together_1(fn_nucleoside_triphosphate_11(X))
& center_1(fn_nucleoside_triphosphate_12(X))
& first_electron_shell_1(fn_nucleoside_triphosphate_13(X))
& valence_electron_1(fn_nucleoside_triphosphate_14(X))
& electron_1(fn_nucleoside_triphosphate_15(X))
& valence_electron_1(fn_nucleoside_triphosphate_15(X))
& share_1(fn_nucleoside_triphosphate_16(X))
& hold_1(fn_nucleoside_triphosphate_17(X))
& hold_together_1(fn_nucleoside_triphosphate_17(X))
& hold_together_1(fn_nucleoside_triphosphate_18(X))
& electron_1(fn_nucleoside_triphosphate_19(X))
& valence_electron_1(fn_nucleoside_triphosphate_19(X))
& center_1(fn_nucleoside_triphosphate_20(X))
& atomic_nucleus_1(fn_nucleoside_triphosphate_21(X))
& center_1(fn_nucleoside_triphosphate_22(X))
& electron_1(fn_nucleoside_triphosphate_23(X))
& valence_electron_1(fn_nucleoside_triphosphate_23(X))
& proton_1(fn_nucleoside_triphosphate_24(X))
& electron_shell_1(fn_nucleoside_triphosphate_25(X))
& electronegativity_value_1(fn_nucleoside_triphosphate_26(X))
& phosphate_group_1(fn_nucleoside_triphosphate_27(X))
& chemical_bond_1(fn_nucleoside_triphosphate_28(X))
& double_bond_1(fn_nucleoside_triphosphate_28(X))
& covalent_bond_1(fn_nucleoside_triphosphate_28(X))
& entity_1(fn_nucleoside_triphosphate_29(X))
& chemical_entity_1(fn_nucleoside_triphosphate_29(X))
& atom_1(fn_nucleoside_triphosphate_29(X))
& oxygen_1(fn_nucleoside_triphosphate_29(X))
& carbon_skeleton_1(fn_nucleoside_triphosphate_30(X))
& carbon_1(fn_nucleoside_triphosphate_31(X))
& oxygen_1(fn_nucleoside_triphosphate_32(X))
& entity_1(fn_nucleoside_triphosphate_32(X))
& chemical_entity_1(fn_nucleoside_triphosphate_32(X))
& atom_1(fn_nucleoside_triphosphate_32(X))
& tangible_entity_1(fn_nucleoside_triphosphate_33(X))
& entity_1(fn_nucleoside_triphosphate_33(X))
& chemical_entity_1(fn_nucleoside_triphosphate_33(X))
& atom_1(fn_nucleoside_triphosphate_33(X))
& phosphorus_1(fn_nucleoside_triphosphate_33(X))
& number_5_prime_carbon_1(fn_nucleoside_triphosphate_34(X))
& single_bond_1(fn_nucleoside_triphosphate_35(X))
& electron_shell_1(fn_atom_9(fn_nucleoside_triphosphate_34(X)))
& electron_shell_1(fn_covalent_bond_11(fn_nucleoside_triphosphate_28(X)))
& electron_shell_1(fn_covalent_bond_12(fn_nucleoside_triphosphate_28(X)))
& valence_electron_1(fn_covalent_bond_18(fn_nucleoside_triphosphate_35(X)))
& tangible_entity_1(fn_hold_2(fn_nucleoside_triphosphate_11(X)))
& entity_1(fn_share_1(fn_nucleoside_triphosphate_10(X)))
& entity_1(fn_covalent_bond_20(fn_nucleoside_triphosphate_35(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_nucleoside_triphosphate_35(X)))
& atom_1(fn_covalent_bond_20(fn_nucleoside_triphosphate_35(X)))
& entity_1(fn_covalent_bond_20(fn_nucleoside_triphosphate_28(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_nucleoside_triphosphate_28(X)))
& atom_1(fn_covalent_bond_20(fn_nucleoside_triphosphate_28(X)))
& entity_1(fn_covalent_bond_19(fn_nucleoside_triphosphate_35(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_nucleoside_triphosphate_35(X)))
& atom_1(fn_covalent_bond_19(fn_nucleoside_triphosphate_35(X)))
& entity_1(fn_share_3(fn_nucleoside_triphosphate_10(X)))
& tangible_entity_1(fn_hold_2(fn_nucleoside_triphosphate_17(X)))
& entity_1(fn_covalent_bond_19(fn_nucleoside_triphosphate_28(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_nucleoside_triphosphate_28(X)))
& atom_1(fn_covalent_bond_19(fn_nucleoside_triphosphate_28(X)))
& proton_1(fn_covalent_bond_4(fn_nucleoside_triphosphate_28(X)))
& valence_electron_1(fn_covalent_bond_15(fn_nucleoside_triphosphate_28(X)))
& hold_together_1(fn_covalent_bond_14(fn_nucleoside_triphosphate_35(X)))
& hold_together_1(fn_covalent_bond_14(fn_nucleoside_triphosphate_28(X)))
& center_1(fn_covalent_bond_21(fn_nucleoside_triphosphate_35(X)))
& center_1(fn_covalent_bond_23(fn_nucleoside_triphosphate_28(X)))
& center_1(fn_covalent_bond_23(fn_nucleoside_triphosphate_35(X)))
& center_1(fn_covalent_bond_21(fn_nucleoside_triphosphate_28(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_nucleoside_triphosphate_28(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_nucleoside_triphosphate_35(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_nucleoside_triphosphate_28(X)))
& valence_electron_1(fn_covalent_bond_15(fn_nucleoside_triphosphate_35(X)))
& valence_electron_1(fn_covalent_bond_18(fn_nucleoside_triphosphate_28(X)))
& share_1(fn_covalent_bond_17(fn_nucleoside_triphosphate_35(X)))
& share_1(fn_covalent_bond_17(fn_nucleoside_triphosphate_28(X)))
& fn_nucleoside_triphosphate_3(X) != fn_nucleoside_triphosphate_19(X)
& fn_nucleoside_triphosphate_13(X) != fn_nucleoside_triphosphate_25(X)
& fn_nucleoside_triphosphate_14(X) != fn_nucleoside_triphosphate_15(X)
& fn_nucleoside_triphosphate_15(X) != fn_nucleoside_triphosphate_14(X)
& fn_nucleoside_triphosphate_15(X) != fn_nucleoside_triphosphate_23(X)
& fn_nucleoside_triphosphate_19(X) != fn_nucleoside_triphosphate_3(X)
& fn_nucleoside_triphosphate_19(X) != fn_nucleoside_triphosphate_23(X)
& fn_nucleoside_triphosphate_23(X) != fn_nucleoside_triphosphate_15(X)
& fn_nucleoside_triphosphate_23(X) != fn_nucleoside_triphosphate_19(X)
& fn_nucleoside_triphosphate_25(X) != fn_nucleoside_triphosphate_13(X)
& possesses_2(X,fn_nucleoside_triphosphate_35(X))
& exactCardinality(X,has_region_0,"3",phosphate_group_0)
& has_region_2(fn_nucleoside_triphosphate_34(X),fn_nucleoside_triphosphate_12(X))
& is_between_2(fn_nucleoside_triphosphate_35(X),fn_nucleoside_triphosphate_32(X))
& agent_2(fn_nucleoside_triphosphate_10(X),fn_nucleoside_triphosphate_33(X))
& object_2(fn_nucleoside_triphosphate_11(X),fn_nucleoside_triphosphate_34(X))
& object_2(fn_nucleoside_triphosphate_17(X),fn_nucleoside_triphosphate_33(X))
& agent_2(fn_nucleoside_triphosphate_10(X),fn_nucleoside_triphosphate_34(X))
& fn_nucleoside_triphosphate_29(X) != fn_nucleoside_triphosphate_34(X)
& fn_nucleoside_triphosphate_34(X) != fn_nucleoside_triphosphate_29(X)
& has_region_2(fn_nucleoside_triphosphate_34(X),fn_nucleoside_triphosphate_13(X))
& object_2(fn_nucleoside_triphosphate_11(X),fn_nucleoside_triphosphate_29(X))
& agent_2(fn_nucleoside_triphosphate_16(X),fn_nucleoside_triphosphate_29(X))
& object_2(fn_nucleoside_triphosphate_17(X),fn_nucleoside_triphosphate_29(X))
& object_2(fn_nucleoside_triphosphate_18(X),fn_nucleoside_triphosphate_33(X))
& agent_2(fn_nucleoside_triphosphate_10(X),fn_nucleoside_triphosphate_32(X))
& agent_2(fn_nucleoside_triphosphate_16(X),fn_nucleoside_triphosphate_33(X))
& object_2(fn_nucleoside_triphosphate_16(X),fn_nucleoside_triphosphate_19(X))
& has_region_2(fn_nucleoside_triphosphate_33(X),fn_nucleoside_triphosphate_5(X))
& fn_nucleoside_triphosphate_5(X) != fn_nucleoside_triphosphate_4(X)
& has_region_2(fn_nucleoside_triphosphate_32(X),fn_nucleoside_triphosphate_4(X))
& fn_nucleoside_triphosphate_4(X) != fn_nucleoside_triphosphate_5(X)
& object_2(fn_nucleoside_triphosphate_18(X),fn_nucleoside_triphosphate_29(X))
& result_2(fn_nucleoside_triphosphate_10(X),fn_nucleoside_triphosphate_35(X))
& has_region_2(fn_nucleoside_triphosphate_29(X),fn_nucleoside_triphosphate_22(X))
& has_function_2(fn_nucleoside_triphosphate_35(X),fn_nucleoside_triphosphate_11(X))
& agent_2(fn_nucleoside_triphosphate_11(X),fn_nucleoside_triphosphate_35(X))
& is_between_2(fn_nucleoside_triphosphate_35(X),fn_nucleoside_triphosphate_29(X))
& agent_2(fn_nucleoside_triphosphate_10(X),fn_nucleoside_triphosphate_29(X))
& object_2(fn_nucleoside_triphosphate_10(X),fn_nucleoside_triphosphate_14(X))
& has_part_2(fn_nucleoside_triphosphate_29(X),fn_nucleoside_triphosphate_23(X))
& agent_2(fn_nucleoside_triphosphate_18(X),fn_nucleoside_triphosphate_28(X))
& has_part_2(fn_nucleoside_triphosphate_29(X),fn_nucleoside_triphosphate_24(X))
& is_inside_2(fn_nucleoside_triphosphate_6(X),fn_nucleoside_triphosphate_8(X))
& is_near_2(fn_nucleoside_triphosphate_2(X),fn_nucleoside_triphosphate_6(X))
& is_near_2(fn_nucleoside_triphosphate_6(X),fn_nucleoside_triphosphate_2(X))
& has_part_2(X,fn_nucleoside_triphosphate_31(X))
& possesses_2(X,fn_nucleoside_triphosphate_28(X))
& result_2(fn_nucleoside_triphosphate_16(X),fn_nucleoside_triphosphate_28(X))
& object_2(fn_nucleoside_triphosphate_16(X),fn_nucleoside_triphosphate_15(X))
& is_inside_2(fn_nucleoside_triphosphate_31(X),fn_nucleoside_triphosphate_30(X))
& has_region_2(X,fn_nucleoside_triphosphate_30(X))
& has_part_2(X,fn_nucleoside_triphosphate_29(X))
& is_between_2(fn_nucleoside_triphosphate_28(X),fn_nucleoside_triphosphate_33(X))
& is_between_2(fn_nucleoside_triphosphate_28(X),fn_nucleoside_triphosphate_29(X))
& is_inside_2(fn_nucleoside_triphosphate_29(X),fn_nucleoside_triphosphate_27(X))
& is_inside_2(fn_nucleoside_triphosphate_32(X),fn_nucleoside_triphosphate_27(X))
& fn_nucleoside_triphosphate_32(X) != fn_nucleoside_triphosphate_29(X)
& fn_nucleoside_triphosphate_29(X) != fn_nucleoside_triphosphate_32(X)
& fn_nucleoside_triphosphate_32(X) != fn_nucleoside_triphosphate_31(X)
& fn_nucleoside_triphosphate_31(X) != fn_nucleoside_triphosphate_29(X)
& has_region_2(fn_nucleoside_triphosphate_29(X),fn_nucleoside_triphosphate_25(X))
& fn_nucleoside_triphosphate_31(X) != fn_nucleoside_triphosphate_32(X)
& fn_nucleoside_triphosphate_29(X) != fn_nucleoside_triphosphate_31(X)
& fn_nucleoside_triphosphate_8(X) != fn_nucleoside_triphosphate_25(X)
& fn_nucleoside_triphosphate_25(X) != fn_nucleoside_triphosphate_8(X)
& fn_nucleoside_triphosphate_7(X) != fn_nucleoside_triphosphate_19(X)
& fn_nucleoside_triphosphate_19(X) != fn_nucleoside_triphosphate_15(X)
& object_2(fn_nucleoside_triphosphate_10(X),fn_nucleoside_triphosphate_15(X))
& fn_nucleoside_triphosphate_7(X) != fn_nucleoside_triphosphate_3(X)
& fn_nucleoside_triphosphate_3(X) != fn_nucleoside_triphosphate_7(X)
& fn_nucleoside_triphosphate_19(X) != fn_nucleoside_triphosphate_7(X)
& fn_nucleoside_triphosphate_15(X) != fn_nucleoside_triphosphate_19(X)
& fn_nucleoside_triphosphate_33(X) != fn_nucleoside_triphosphate_29(X)
& object_2(fn_nucleoside_triphosphate_11(X),fn_nucleoside_triphosphate_33(X))
& object_2(fn_nucleoside_triphosphate_11(X),fn_nucleoside_triphosphate_32(X))
& has_region_2(fn_nucleoside_triphosphate_32(X),fn_nucleoside_triphosphate_12(X))
& is_at_2(fn_nucleoside_triphosphate_6(X),fn_nucleoside_triphosphate_12(X))
& fn_nucleoside_triphosphate_29(X) != fn_nucleoside_triphosphate_33(X)
& agent_2(fn_nucleoside_triphosphate_1(X),fn_nucleoside_triphosphate_29(X))
& agent_2(fn_nucleoside_triphosphate_1(X),fn_nucleoside_triphosphate_33(X))
& is_inside_2(fn_nucleoside_triphosphate_33(X),fn_nucleoside_triphosphate_27(X))
& has_region_2(X,fn_nucleoside_triphosphate_27(X))
& has_part_2(X,fn_nucleoside_triphosphate_32(X))
& fn_nucleoside_triphosphate_33(X) != fn_nucleoside_triphosphate_32(X)
& has_region_2(fn_nucleoside_triphosphate_32(X),fn_nucleoside_triphosphate_6(X))
& is_near_2(fn_nucleoside_triphosphate_6(X),fn_nucleoside_triphosphate_7(X))
& fn_nucleoside_triphosphate_32(X) != fn_nucleoside_triphosphate_33(X)
& is_near_2(fn_nucleoside_triphosphate_7(X),fn_nucleoside_triphosphate_6(X))
& fn_nucleoside_triphosphate_2(X) != fn_nucleoside_triphosphate_7(X)
& fn_nucleoside_triphosphate_7(X) != fn_nucleoside_triphosphate_2(X)
& has_part_2(X,fn_nucleoside_triphosphate_33(X))
& has_region_2(fn_nucleoside_triphosphate_33(X),fn_nucleoside_triphosphate_20(X))
& has_region_2(fn_nucleoside_triphosphate_29(X),fn_nucleoside_triphosphate_20(X))
& has_region_2(fn_nucleoside_triphosphate_29(X),fn_nucleoside_triphosphate_21(X))
& is_near_2(fn_nucleoside_triphosphate_21(X),fn_nucleoside_triphosphate_23(X))
& is_near_2(fn_nucleoside_triphosphate_23(X),fn_nucleoside_triphosphate_21(X))
& is_near_2(fn_nucleoside_triphosphate_21(X),fn_nucleoside_triphosphate_15(X))
& is_near_2(fn_nucleoside_triphosphate_15(X),fn_nucleoside_triphosphate_21(X))
& fn_nucleoside_triphosphate_20(X) != fn_nucleoside_triphosphate_12(X)
& fn_nucleoside_triphosphate_12(X) != fn_nucleoside_triphosphate_20(X)
& is_inside_2(fn_nucleoside_triphosphate_24(X),fn_nucleoside_triphosphate_21(X))
& object_2(fn_nucleoside_triphosphate_1(X),fn_nucleoside_triphosphate_3(X))
& has_function_2(fn_nucleoside_triphosphate_28(X),fn_nucleoside_triphosphate_18(X))
& result_2(fn_nucleoside_triphosphate_1(X),fn_nucleoside_triphosphate_28(X))
& object_2(fn_nucleoside_triphosphate_1(X),fn_nucleoside_triphosphate_19(X))
& is_near_2(fn_nucleoside_triphosphate_19(X),fn_nucleoside_triphosphate_21(X))
& is_at_2(fn_nucleoside_triphosphate_21(X),fn_nucleoside_triphosphate_22(X))
& fn_nucleoside_triphosphate_22(X) != fn_nucleoside_triphosphate_20(X)
& is_near_2(fn_nucleoside_triphosphate_21(X),fn_nucleoside_triphosphate_19(X))
& fn_nucleoside_triphosphate_20(X) != fn_nucleoside_triphosphate_22(X)
& fn_nucleoside_triphosphate_33(X) = fn_share_3(fn_nucleoside_triphosphate_10(X))
& fn_nucleoside_triphosphate_34(X) = fn_hold_2(fn_nucleoside_triphosphate_11(X))
& fn_nucleoside_triphosphate_33(X) = fn_hold_2(fn_nucleoside_triphosphate_17(X))
& fn_nucleoside_triphosphate_29(X) = fn_share_3(fn_nucleoside_triphosphate_10(X))
& fn_nucleoside_triphosphate_34(X) = fn_share_1(fn_nucleoside_triphosphate_10(X))
& fn_nucleoside_triphosphate_13(X) = fn_atom_9(fn_nucleoside_triphosphate_34(X))
& fn_nucleoside_triphosphate_11(X) = fn_covalent_bond_14(fn_nucleoside_triphosphate_28(X))
& fn_nucleoside_triphosphate_16(X) = fn_covalent_bond_17(fn_nucleoside_triphosphate_35(X))
& fn_nucleoside_triphosphate_17(X) = fn_covalent_bond_14(fn_nucleoside_triphosphate_35(X))
& fn_nucleoside_triphosphate_10(X) = fn_covalent_bond_17(fn_nucleoside_triphosphate_28(X))
& fn_nucleoside_triphosphate_16(X) = fn_covalent_bond_17(fn_nucleoside_triphosphate_28(X))
& fn_nucleoside_triphosphate_4(X) = fn_covalent_bond_11(fn_nucleoside_triphosphate_28(X))
& fn_nucleoside_triphosphate_5(X) = fn_covalent_bond_12(fn_nucleoside_triphosphate_28(X))
& fn_nucleoside_triphosphate_18(X) = fn_covalent_bond_14(fn_nucleoside_triphosphate_35(X))
& fn_nucleoside_triphosphate_22(X) = fn_covalent_bond_21(fn_nucleoside_triphosphate_35(X))
& fn_nucleoside_triphosphate_14(X) = fn_covalent_bond_18(fn_nucleoside_triphosphate_35(X))
& fn_nucleoside_triphosphate_10(X) = fn_covalent_bond_17(fn_nucleoside_triphosphate_35(X))
& fn_nucleoside_triphosphate_29(X) = fn_covalent_bond_20(fn_nucleoside_triphosphate_35(X))
& fn_nucleoside_triphosphate_29(X) = fn_covalent_bond_19(fn_nucleoside_triphosphate_35(X))
& fn_nucleoside_triphosphate_11(X) = fn_covalent_bond_14(fn_nucleoside_triphosphate_35(X))
& fn_nucleoside_triphosphate_23(X) = fn_nucleotide_21(X)
& fn_nucleoside_triphosphate_18(X) = fn_nucleotide_23(X)
& fn_nucleoside_triphosphate_24(X) = fn_nucleotide_19(X)
& fn_nucleoside_triphosphate_9(X) = fn_nucleotide_31(X)
& fn_nucleoside_triphosphate_2(X) = fn_nucleotide_32(X)
& fn_nucleoside_triphosphate_15(X) = fn_nucleotide_28(X)
& fn_nucleoside_triphosphate_16(X) = fn_nucleotide_24(X)
& fn_nucleoside_triphosphate_26(X) = fn_nucleotide_18(X)
& fn_nucleoside_triphosphate_30(X) = fn_nucleotide_3(X)
& fn_nucleoside_triphosphate_29(X) = fn_covalent_bond_20(fn_nucleoside_triphosphate_28(X))
& fn_nucleoside_triphosphate_33(X) = fn_covalent_bond_19(fn_nucleoside_triphosphate_28(X))
& fn_nucleoside_triphosphate_28(X) = fn_nucleotide_29(X)
& fn_nucleoside_triphosphate_8(X) = fn_nucleotide_33(X)
& fn_nucleoside_triphosphate_25(X) = fn_nucleotide_20(X)
& fn_nucleoside_triphosphate_31(X) = fn_nucleotide_9(X)
& fn_nucleoside_triphosphate_10(X) = fn_nucleotide_24(X)
& fn_nucleoside_triphosphate_15(X) = fn_nucleotide_22(X)
& fn_nucleoside_triphosphate_19(X) = fn_nucleotide_21(X)
& fn_nucleoside_triphosphate_3(X) = fn_nucleotide_28(X)
& fn_nucleoside_triphosphate_6(X) = fn_nucleotide_27(X)
& fn_nucleoside_triphosphate_12(X) = fn_nucleotide_25(X)
& fn_nucleoside_triphosphate_32(X) = fn_nucleotide_13(X)
& fn_nucleoside_triphosphate_11(X) = fn_nucleotide_23(X)
& fn_nucleoside_triphosphate_27(X) = fn_nucleotide_15(X)
& fn_nucleoside_triphosphate_1(X) = fn_nucleotide_24(X)
& fn_nucleoside_triphosphate_7(X) = fn_nucleotide_22(X)
& fn_nucleoside_triphosphate_2(X) = fn_nucleotide_28(X)
& fn_nucleoside_triphosphate_7(X) = fn_nucleotide_32(X)
& fn_nucleoside_triphosphate_32(X) = fn_covalent_bond_20(fn_nucleoside_triphosphate_28(X))
& fn_nucleoside_triphosphate_6(X) = fn_covalent_bond_24(fn_nucleoside_triphosphate_28(X))
& fn_nucleoside_triphosphate_6(X) = fn_nucleotide_35(X)
& fn_nucleoside_triphosphate_32(X) = fn_nucleotide_10(X)
& fn_nucleoside_triphosphate_23(X) = fn_covalent_bond_15(fn_nucleoside_triphosphate_28(X))
& fn_nucleoside_triphosphate_23(X) = fn_nucleotide_22(X)
& fn_nucleoside_triphosphate_21(X) = fn_nucleotide_27(X)
& fn_nucleoside_triphosphate_29(X) = fn_nucleotide_13(X)
& fn_nucleoside_triphosphate_20(X) = fn_nucleotide_26(X)
& fn_nucleoside_triphosphate_33(X) = fn_nucleotide_30(X)
& fn_nucleoside_triphosphate_15(X) = fn_covalent_bond_18(fn_nucleoside_triphosphate_28(X))
& fn_nucleoside_triphosphate_12(X) = fn_covalent_bond_21(fn_nucleoside_triphosphate_28(X))
& fn_nucleoside_triphosphate_24(X) = fn_covalent_bond_4(fn_nucleoside_triphosphate_28(X))
& fn_nucleoside_triphosphate_3(X) = fn_covalent_bond_15(fn_nucleoside_triphosphate_28(X))
& fn_nucleoside_triphosphate_18(X) = fn_covalent_bond_14(fn_nucleoside_triphosphate_28(X))
& fn_nucleoside_triphosphate_20(X) = fn_covalent_bond_23(fn_nucleoside_triphosphate_28(X))
& fn_nucleoside_triphosphate_21(X) = fn_covalent_bond_24(fn_nucleoside_triphosphate_28(X))
& fn_nucleoside_triphosphate_22(X) = fn_covalent_bond_23(fn_nucleoside_triphosphate_28(X))
& fn_nucleoside_triphosphate_22(X) = fn_covalent_bond_23(fn_nucleoside_triphosphate_35(X))
& fn_nucleoside_triphosphate_22(X) = fn_covalent_bond_21(fn_nucleoside_triphosphate_28(X))
& fn_nucleoside_triphosphate_21(X) = fn_covalent_bond_24(fn_nucleoside_triphosphate_35(X))
& fn_nucleoside_triphosphate_21(X) = fn_covalent_bond_22(fn_nucleoside_triphosphate_28(X))
& fn_nucleoside_triphosphate_1(X) = fn_covalent_bond_17(fn_nucleoside_triphosphate_35(X))
& fn_nucleoside_triphosphate_19(X) = fn_covalent_bond_15(fn_nucleoside_triphosphate_35(X))
& fn_nucleoside_triphosphate_19(X) = fn_covalent_bond_18(fn_nucleoside_triphosphate_28(X))
& fn_nucleoside_triphosphate_1(X) = fn_covalent_bond_17(fn_nucleoside_triphosphate_28(X))
& fn_hold_2(fn_nucleoside_triphosphate_11(X)) = fn_share_1(fn_nucleoside_triphosphate_10(X))
& fn_share_1(fn_nucleoside_triphosphate_10(X)) = fn_share_1(fn_nucleoside_triphosphate_10(X))
& fn_share_1(fn_nucleoside_triphosphate_10(X)) = fn_covalent_bond_17(fn_nucleoside_triphosphate_35(X))
& fn_covalent_bond_17(fn_nucleoside_triphosphate_28(X)) = fn_nucleotide_24(X)
& fn_covalent_bond_17(fn_nucleoside_triphosphate_35(X)) = fn_covalent_bond_17(fn_nucleoside_triphosphate_35(X))
& fn_covalent_bond_17(fn_nucleoside_triphosphate_35(X)) = fn_nucleotide_24(X)
& fn_nucleotide_24(X) = fn_covalent_bond_14(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_14(fn_nucleoside_triphosphate_35(X)) = fn_covalent_bond_14(fn_nucleoside_triphosphate_35(X))
& fn_covalent_bond_14(fn_nucleoside_triphosphate_35(X)) = fn_nucleotide_23(X)
& fn_nucleotide_23(X) = fn_nucleotide_23(X)
& fn_nucleotide_23(X) = fn_nucleotide_32(X)
& fn_nucleotide_32(X) = fn_nucleotide_28(X)
& fn_nucleotide_32(X) = fn_nucleotide_22(X)
& fn_nucleotide_22(X) = fn_nucleotide_32(X)
& fn_nucleotide_32(X) = fn_nucleotide_32(X)
& fn_nucleotide_32(X) = fn_nucleotide_27(X)
& fn_covalent_bond_24(fn_nucleoside_triphosphate_28(X)) = fn_nucleotide_35(X)
& fn_nucleotide_35(X) = fn_nucleotide_27(X)
& fn_nucleotide_27(X) = fn_nucleotide_35(X)
& fn_nucleotide_35(X) = fn_nucleotide_35(X)
& fn_nucleotide_35(X) = fn_covalent_bond_20(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_20(fn_nucleoside_triphosphate_28(X)) = fn_nucleotide_13(X)
& fn_nucleotide_13(X) = fn_covalent_bond_20(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_20(fn_nucleoside_triphosphate_28(X)) = fn_nucleotide_10(X)
& fn_nucleotide_10(X) = fn_nucleotide_13(X)
& fn_nucleotide_13(X) = fn_nucleotide_10(X)
& fn_nucleotide_10(X) = fn_nucleotide_10(X)
& fn_nucleotide_10(X) = fn_covalent_bond_15(fn_nucleoside_triphosphate_28(X))
& fn_nucleotide_21(X) = fn_covalent_bond_15(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_15(fn_nucleoside_triphosphate_28(X)) = fn_nucleotide_21(X)
& fn_nucleotide_21(X) = fn_nucleotide_22(X)
& fn_nucleotide_22(X) = fn_share_3(fn_nucleoside_triphosphate_10(X))
& fn_share_3(fn_nucleoside_triphosphate_10(X)) = fn_share_3(fn_nucleoside_triphosphate_10(X))
& fn_share_3(fn_nucleoside_triphosphate_10(X)) = fn_covalent_bond_20(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_20(fn_nucleoside_triphosphate_35(X)) = fn_covalent_bond_20(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_20(fn_nucleoside_triphosphate_35(X)) = fn_covalent_bond_20(fn_nucleoside_triphosphate_35(X))
& fn_covalent_bond_20(fn_nucleoside_triphosphate_28(X)) = fn_covalent_bond_20(fn_nucleoside_triphosphate_35(X))
& fn_covalent_bond_19(fn_nucleoside_triphosphate_35(X)) = fn_covalent_bond_20(fn_nucleoside_triphosphate_35(X))
& fn_covalent_bond_20(fn_nucleoside_triphosphate_35(X)) = fn_covalent_bond_19(fn_nucleoside_triphosphate_35(X))
& fn_covalent_bond_19(fn_nucleoside_triphosphate_35(X)) = fn_covalent_bond_20(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_20(fn_nucleoside_triphosphate_28(X)) = fn_covalent_bond_20(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_20(fn_nucleoside_triphosphate_28(X)) = fn_covalent_bond_19(fn_nucleoside_triphosphate_35(X))
& fn_covalent_bond_19(fn_nucleoside_triphosphate_35(X)) = fn_covalent_bond_19(fn_nucleoside_triphosphate_35(X))
& fn_covalent_bond_19(fn_nucleoside_triphosphate_35(X)) = fn_nucleotide_13(X)
& fn_nucleotide_13(X) = fn_nucleotide_13(X)
& fn_nucleotide_13(X) = fn_share_3(fn_nucleoside_triphosphate_10(X))
& fn_share_3(fn_nucleoside_triphosphate_10(X)) = fn_hold_2(fn_nucleoside_triphosphate_17(X))
& fn_hold_2(fn_nucleoside_triphosphate_17(X)) = fn_hold_2(fn_nucleoside_triphosphate_17(X))
& fn_hold_2(fn_nucleoside_triphosphate_17(X)) = fn_covalent_bond_19(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_19(fn_nucleoside_triphosphate_28(X)) = fn_covalent_bond_19(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_19(fn_nucleoside_triphosphate_28(X)) = fn_nucleotide_30(X)
& fn_nucleotide_30(X) = fn_nucleotide_30(X)
& fn_nucleotide_30(X) = fn_nucleotide_28(X)
& fn_nucleotide_28(X) = fn_nucleotide_22(X)
& fn_nucleotide_22(X) = fn_nucleotide_22(X)
& fn_nucleotide_22(X) = fn_covalent_bond_18(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_18(fn_nucleoside_triphosphate_28(X)) = fn_nucleotide_25(X)
& fn_nucleotide_25(X) = fn_nucleotide_25(X)
& fn_nucleotide_25(X) = fn_covalent_bond_21(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_21(fn_nucleoside_triphosphate_28(X)) = fn_nucleotide_19(X)
& fn_nucleotide_19(X) = fn_covalent_bond_4(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_4(fn_nucleoside_triphosphate_28(X)) = fn_nucleotide_28(X)
& fn_nucleotide_28(X) = fn_nucleotide_28(X)
& fn_nucleotide_28(X) = fn_covalent_bond_15(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_15(fn_nucleoside_triphosphate_28(X)) = fn_covalent_bond_14(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_14(fn_nucleoside_triphosphate_28(X)) = fn_covalent_bond_14(fn_nucleoside_triphosphate_35(X))
& fn_covalent_bond_14(fn_nucleoside_triphosphate_35(X)) = fn_covalent_bond_14(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_14(fn_nucleoside_triphosphate_28(X)) = fn_nucleotide_23(X)
& fn_nucleotide_23(X) = fn_covalent_bond_14(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_14(fn_nucleoside_triphosphate_28(X)) = fn_nucleotide_26(X)
& fn_nucleotide_26(X) = fn_nucleotide_26(X)
& fn_nucleotide_26(X) = fn_covalent_bond_23(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_23(fn_nucleoside_triphosphate_28(X)) = fn_covalent_bond_23(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_23(fn_nucleoside_triphosphate_35(X)) = fn_covalent_bond_21(fn_nucleoside_triphosphate_35(X))
& fn_covalent_bond_21(fn_nucleoside_triphosphate_35(X)) = fn_covalent_bond_21(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_21(fn_nucleoside_triphosphate_28(X)) = fn_covalent_bond_23(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_23(fn_nucleoside_triphosphate_28(X)) = fn_covalent_bond_23(fn_nucleoside_triphosphate_35(X))
& fn_covalent_bond_23(fn_nucleoside_triphosphate_35(X)) = fn_covalent_bond_21(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_21(fn_nucleoside_triphosphate_28(X)) = fn_covalent_bond_24(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_24(fn_nucleoside_triphosphate_28(X)) = fn_nucleotide_27(X)
& fn_nucleotide_27(X) = fn_covalent_bond_24(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_24(fn_nucleoside_triphosphate_28(X)) = fn_covalent_bond_24(fn_nucleoside_triphosphate_35(X))
& fn_covalent_bond_24(fn_nucleoside_triphosphate_35(X)) = fn_covalent_bond_24(fn_nucleoside_triphosphate_35(X))
& fn_covalent_bond_24(fn_nucleoside_triphosphate_35(X)) = fn_nucleotide_27(X)
& fn_nucleotide_27(X) = fn_nucleotide_27(X)
& fn_nucleotide_27(X) = fn_covalent_bond_22(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_22(fn_nucleoside_triphosphate_28(X)) = fn_covalent_bond_22(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_22(fn_nucleoside_triphosphate_28(X)) = fn_nucleotide_21(X)
& fn_nucleotide_21(X) = fn_covalent_bond_15(fn_nucleoside_triphosphate_35(X))
& fn_covalent_bond_15(fn_nucleoside_triphosphate_35(X)) = fn_covalent_bond_15(fn_nucleoside_triphosphate_35(X))
& fn_covalent_bond_15(fn_nucleoside_triphosphate_35(X)) = fn_covalent_bond_18(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_18(fn_nucleoside_triphosphate_28(X)) = fn_nucleotide_21(X)
& fn_nucleotide_21(X) = fn_nucleotide_21(X)
& fn_nucleotide_21(X) = fn_covalent_bond_18(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_18(fn_nucleoside_triphosphate_28(X)) = fn_covalent_bond_18(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_18(fn_nucleoside_triphosphate_28(X)) = fn_nucleotide_24(X)
& fn_nucleotide_24(X) = fn_nucleotide_24(X)
& fn_nucleotide_24(X) = fn_covalent_bond_17(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_17(fn_nucleoside_triphosphate_28(X)) = fn_covalent_bond_17(fn_nucleoside_triphosphate_35(X))
& fn_covalent_bond_17(fn_nucleoside_triphosphate_35(X)) = fn_covalent_bond_17(fn_nucleoside_triphosphate_28(X))
& fn_covalent_bond_17(fn_nucleoside_triphosphate_28(X)) = fn_covalent_bond_17(fn_nucleoside_triphosphate_28(X)) ) ) ).
fof(a531326,axiom,
! [X] :
( nucleosome_1(X)
=> ( original_name_2(X,'Nucleosome')
& user_description_2(X,'The basic, bead-like unit of DNA packing in eukaryotes, consisting of a segment of DNA wound around a protein core composed of two copies of each of four types of histone.')
& concept2words_2(X,nucleosome)
& eukaryotic_chromatin_1(X)
& nucleoside_monophosphate_1(fn_nucleosome_1(X))
& euchromatin_1(fn_nucleosome_3(X))
& eukaryotic_chromatin_1(fn_nucleosome_4(X))
& change_1(fn_nucleosome_5(X))
& shape_value_1(fn_nucleosome_6(X))
& move_1(fn_nucleosome_7(X))
& entity_1(fn_nucleosome_8(X))
& dna_1(fn_nucleosome_8(X))
& polymer_1(fn_nucleosome_8(X))
& nucleotide_1(fn_nucleosome_9(X))
& h4_1(fn_nucleosome_10(X))
& chromosome_1(fn_nucleosome_11(X))
& transcription_1(fn_nucleosome_12(X))
& rna_polymerase_1(fn_nucleosome_13(X))
& entity_1(fn_chromosome_4(fn_nucleosome_11(X)))
& dna_1(fn_chromosome_4(fn_nucleosome_11(X)))
& transcription_1(fn_rna_polymerase_29(fn_nucleosome_13(X)))
& monomer_1(fn_polymer_6(fn_nucleosome_8(X)))
& monomer_1(fn_polymer_4(fn_nucleosome_8(X)))
& shape_2(X,fn_nucleosome_6(X))
& same_type_2(X,fn_nucleosome_4(X))
& same_type_2(X,fn_nucleosome_3(X))
& agent_2(fn_nucleosome_7(X),fn_nucleosome_13(X))
& has_part_2(fn_nucleosome_11(X),X)
& enables_2(fn_nucleosome_5(X),fn_nucleosome_12(X))
& agent_2(fn_nucleosome_5(X),X)
& same_type_2(fn_nucleosome_4(X),X)
& same_type_2(fn_nucleosome_3(X),X)
& has_part_2(fn_nucleosome_8(X),fn_nucleosome_1(X))
& has_part_2(X,fn_nucleosome_10(X))
& has_part_2(fn_nucleosome_11(X),fn_nucleosome_8(X))
& has_function_2(fn_nucleosome_13(X),fn_nucleosome_12(X))
& has_part_2(fn_nucleosome_8(X),fn_nucleosome_9(X))
& fn_nucleosome_10(X) = fn_eukaryotic_chromatin_13(X)
& fn_nucleosome_8(X) = fn_chromosome_4(fn_nucleosome_11(X))
& fn_nucleosome_12(X) = fn_rna_polymerase_29(fn_nucleosome_13(X))
& fn_nucleosome_9(X) = fn_polymer_6(fn_nucleosome_8(X))
& fn_nucleosome_9(X) = fn_polymer_4(fn_nucleosome_8(X))
& fn_polymer_6(fn_nucleosome_8(X)) = fn_polymer_4(fn_nucleosome_8(X)) ) ) ).
fof(a531327,axiom,
! [X] :
( nucleotidase_1(X)
=> ( original_name_2(X,'Nucleotidase')
& user_description_2(X,'Enzyme which catalyzes the hydrolyis of nucleotides.')
& concept2words_2(X,nucleotidase)
& hydrolase_1(X) ) ) ).
fof(a531328,axiom,
! [X] :
( nucleotide_1(X)
=> ( original_name_2(X,'Nucleotide')
& user_description_2(X,'Nucleotides are molecules that, when joined together, make up the structural units of RNA and DNA.')
& concept2words_2(X,'nucleoside triphosphate')
& concept2words_2(X,'nucleoside-triphosphate')
& concept2words_2(X,nucleotide)
& organic_molecule_1(X)
& electron_1(fn_nucleotide_1(X))
& kinetic_energy_1(fn_nucleotide_2(X))
& carbon_skeleton_1(fn_nucleotide_3(X))
& constant_motion_1(fn_nucleotide_4(X))
& speed_value_1(fn_nucleotide_5(X))
& quantity_value_1(fn_nucleotide_6(X))
& number_5_prime_carbon_1(fn_nucleotide_7(X))
& number_3_prime_carbon_1(fn_nucleotide_8(X))
& carbon_1(fn_nucleotide_9(X))
& oxygen_1(fn_nucleotide_10(X))
& entity_1(fn_nucleotide_10(X))
& chemical_entity_1(fn_nucleotide_10(X))
& atom_1(fn_nucleotide_10(X))
& atom_1(fn_nucleotide_11(X))
& spatial_entity_1(fn_nucleotide_12(X))
& molecule_1(fn_nucleotide_12(X))
& organic_molecule_1(fn_nucleotide_12(X))
& pentose_1(fn_nucleotide_12(X))
& entity_1(fn_nucleotide_13(X))
& chemical_entity_1(fn_nucleotide_13(X))
& atom_1(fn_nucleotide_13(X))
& oxygen_1(fn_nucleotide_13(X))
& electronegative_element_1(fn_nucleotide_14(X))
& phosphate_group_1(fn_nucleotide_15(X))
& nucleoside_1(fn_nucleotide_16(X))
& hydroxyl_group_1(fn_nucleotide_17(X))
& electronegativity_value_1(fn_nucleotide_18(X))
& proton_1(fn_nucleotide_19(X))
& electron_shell_1(fn_nucleotide_20(X))
& electron_1(fn_nucleotide_21(X))
& valence_electron_1(fn_nucleotide_21(X))
& valence_electron_1(fn_nucleotide_22(X))
& hold_together_1(fn_nucleotide_23(X))
& share_1(fn_nucleotide_24(X))
& center_1(fn_nucleotide_25(X))
& center_1(fn_nucleotide_26(X))
& atomic_nucleus_1(fn_nucleotide_27(X))
& electron_1(fn_nucleotide_28(X))
& valence_electron_1(fn_nucleotide_28(X))
& chemical_bond_1(fn_nucleotide_29(X))
& double_bond_1(fn_nucleotide_29(X))
& phosphorus_1(fn_nucleotide_30(X))
& electron_1(fn_nucleotide_32(X))
& valence_electron_1(fn_nucleotide_32(X))
& first_electron_shell_1(fn_nucleotide_33(X))
& center_1(fn_nucleotide_34(X))
& atomic_nucleus_1(fn_nucleotide_35(X))
& number_5_prime_region_1(fn_nucleotide_36(X))
& number_3_prime_region_1(fn_nucleotide_37(X))
& center_1(fn_nucleotide_38(X))
& second_electron_shell_1(fn_nucleotide_39(X))
& first_electron_shell_1(fn_nucleotide_40(X))
& atomic_nucleus_1(fn_nucleotide_41(X))
& electron_1(fn_nucleotide_42(X))
& valence_electron_1(fn_nucleotide_42(X))
& electron_1(fn_nucleotide_43(X))
& valence_electron_1(fn_nucleotide_43(X))
& hold_together_1(fn_nucleotide_44(X))
& electron_shell_1(fn_nucleotide_45(X))
& center_1(fn_nucleotide_46(X))
& atomic_nucleus_1(fn_nucleotide_47(X))
& share_1(fn_nucleotide_48(X))
& single_bond_1(fn_nucleotide_49(X))
& entity_1(fn_nucleotide_50(X))
& chemical_entity_1(fn_nucleotide_50(X))
& atom_1(fn_nucleotide_50(X))
& oxygen_1(fn_nucleotide_50(X))
& number_3_prime_carbon_1(fn_nucleotide_51(X))
& entity_1(fn_nucleotide_51(X))
& chemical_entity_1(fn_nucleotide_51(X))
& atom_1(fn_nucleotide_51(X))
& atom_1(fn_organic_molecule_2(fn_nucleotide_12(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_nucleotide_12(X)))
& entity_1(fn_pentose_21(fn_nucleotide_12(X)))
& chemical_entity_1(fn_pentose_21(fn_nucleotide_12(X)))
& atom_1(fn_pentose_21(fn_nucleotide_12(X)))
& carbon_1(fn_pentose_21(fn_nucleotide_12(X)))
& chemical_entity_1(fn_functional_group_1(fn_nucleotide_15(X)))
& electron_shell_1(fn_atom_9(fn_nucleotide_13(X)))
& number_3_prime_region_1(fn_3_prime_carbon_1(fn_nucleotide_51(X)))
& number_5_prime_region_1(fn_nucleoside_5(fn_nucleotide_16(X)))
& spatial_entity_1(fn_nucleoside_20(fn_nucleotide_16(X)))
& molecule_1(fn_nucleoside_20(fn_nucleotide_16(X)))
& organic_molecule_1(fn_nucleoside_20(fn_nucleotide_16(X)))
& pentose_1(fn_nucleoside_20(fn_nucleotide_16(X)))
& electron_shell_1(fn_covalent_bond_11(fn_nucleotide_49(X)))
& center_1(fn_covalent_bond_23(fn_nucleotide_49(X)))
& first_electron_shell_1(fn_second_electron_shell_21(fn_nucleotide_39(X)))
& hold_together_1(fn_covalent_bond_14(fn_nucleotide_49(X)))
& share_1(fn_covalent_bond_17(fn_nucleotide_49(X)))
& phosphorus_1(fn_phosphate_group_6(fn_nucleotide_15(X)))
& atom_1(fn_chemical_element_12(fn_nucleotide_14(X)))
& entity_1(fn_covalent_bond_19(fn_nucleotide_49(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_nucleotide_49(X)))
& atom_1(fn_covalent_bond_19(fn_nucleotide_49(X)))
& atom_1(fn_second_electron_shell_13(fn_nucleotide_39(X)))
& electron_1(fn_second_electron_shell_12(fn_nucleotide_39(X)))
& valence_electron_1(fn_covalent_bond_18(fn_nucleotide_49(X)))
& property_node_1(fn_oxygen_6(fn_nucleotide_13(X)))
& property_node_1(fn_phosphate_group_23(fn_nucleotide_15(X)))
& electronegativity_value_1(fn_oxygen_5(fn_nucleotide_13(X)))
& electronegativity_value_1(fn_phosphate_group_7(fn_nucleotide_15(X)))
& double_bond_1(fn_phosphate_group_41(fn_nucleotide_15(X)))
& share_1(fn_phosphate_group_39(fn_nucleotide_15(X)))
& share_1(fn_phosphate_group_35(fn_nucleotide_15(X)))
& hold_together_1(fn_phosphate_group_40(fn_nucleotide_15(X)))
& hold_together_1(fn_phosphate_group_36(fn_nucleotide_15(X)))
& proton_1(fn_atom_8(fn_nucleotide_13(X)))
& proton_1(fn_phosphate_group_19(fn_nucleotide_15(X)))
& valence_electron_1(fn_oxygen_8(fn_nucleotide_13(X)))
& electron_1(fn_atom_14(fn_nucleotide_13(X)))
& electron_1(fn_phosphate_group_20(fn_nucleotide_15(X)))
& valence_electron_1(fn_phosphate_group_20(fn_nucleotide_15(X)))
& atom_1(fn_chemical_element_11(fn_nucleotide_14(X)))
& entity_1(fn_phosphate_group_22(fn_nucleotide_15(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_nucleotide_15(X)))
& atom_1(fn_phosphate_group_22(fn_nucleotide_15(X)))
& oxygen_1(fn_phosphate_group_22(fn_nucleotide_15(X)))
& valence_electron_1(fn_phosphate_group_21(fn_nucleotide_15(X)))
& electron_1(fn_phosphate_group_3(fn_nucleotide_15(X)))
& valence_electron_1(fn_phosphate_group_3(fn_nucleotide_15(X)))
& valence_electron_1(fn_phosphate_group_9(fn_nucleotide_15(X)))
& electron_1(fn_atomic_nucleus_8(fn_nucleotide_35(X)))
& valence_electron_1(fn_phosphate_group_8(fn_nucleotide_15(X)))
& atomic_nucleus_1(fn_first_electron_shell_7(fn_nucleotide_33(X)))
& atomic_nucleus_1(fn_atom_18(fn_nucleotide_13(X)))
& atomic_nucleus_1(fn_phosphate_group_18(fn_nucleotide_15(X)))
& atomic_nucleus_1(fn_phosphate_group_11(fn_nucleotide_15(X)))
& center_1(fn_phosphate_group_17(fn_nucleotide_15(X)))
& center_1(fn_phosphate_group_12(fn_nucleotide_15(X)))
& center_1(fn_atomic_nucleus_3(fn_nucleotide_35(X)))
& center_1(fn_phosphate_group_10(fn_nucleotide_15(X)))
& atom_1(fn_atomic_nucleus_4(fn_nucleotide_35(X)))
& oxygen_1(fn_phosphate_group_5(fn_nucleotide_15(X)))
& entity_1(fn_phosphate_group_5(fn_nucleotide_15(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_nucleotide_15(X)))
& atom_1(fn_phosphate_group_5(fn_nucleotide_15(X)))
& center_1(fn_covalent_bond_21(fn_nucleotide_49(X)))
& center_1(fn_second_electron_shell_9(fn_nucleotide_39(X)))
& center_1(fn_hydroxyl_group_10(fn_nucleotide_17(X)))
& atomic_nucleus_1(fn_second_electron_shell_14(fn_nucleotide_39(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_nucleotide_49(X)))
& atomic_nucleus_1(fn_hydroxyl_group_11(fn_nucleotide_17(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_nucleotide_49(X)))
& atomic_nucleus_1(fn_hydroxyl_group_9(fn_nucleotide_17(X)))
& electron_1(fn_second_electron_shell_11(fn_nucleotide_39(X)))
& valence_electron_1(fn_covalent_bond_15(fn_nucleotide_49(X)))
& electron_1(fn_hydroxyl_group_8(fn_nucleotide_17(X)))
& valence_electron_1(fn_hydroxyl_group_8(fn_nucleotide_17(X)))
& entity_1(fn_covalent_bond_20(fn_nucleotide_49(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_nucleotide_49(X)))
& atom_1(fn_covalent_bond_20(fn_nucleotide_49(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_nucleotide_17(X)))
& has_region_2(fn_nucleotide_12(X),fn_nucleotide_37(X))
& has_region_2(fn_nucleotide_13(X),fn_nucleotide_25(X))
& is_inside_2(fn_nucleotide_15(X),fn_nucleotide_36(X))
& has_part_2(X,fn_nucleotide_16(X))
& has_part_2(X,fn_nucleotide_30(X))
& has_part_2(X,fn_nucleotide_10(X))
& is_inside_2(fn_nucleotide_17(X),fn_nucleotide_37(X))
& fn_nucleotide_20(X) != fn_nucleotide_33(X)
& fn_nucleotide_1(X) != fn_nucleotide_28(X)
& fn_nucleotide_28(X) != fn_nucleotide_1(X)
& fn_nucleotide_33(X) != fn_nucleotide_20(X)
& fn_nucleotide_40(X) != fn_nucleotide_45(X)
& fn_nucleotide_45(X) != fn_nucleotide_40(X)
& is_between_2(fn_nucleotide_49(X),fn_nucleotide_50(X))
& has_part_2(fn_nucleotide_12(X),fn_nucleotide_8(X))
& has_part_2(fn_nucleotide_12(X),fn_nucleotide_7(X))
& possesses_2(X,fn_nucleotide_29(X))
& is_inside_2(fn_nucleotide_35(X),fn_nucleotide_33(X))
& has_region_2(X,fn_nucleotide_15(X))
& is_at_2(fn_nucleotide_35(X),fn_nucleotide_34(X))
& has_region_2(fn_nucleotide_13(X),fn_nucleotide_20(X))
& is_at_2(fn_nucleotide_51(X),fn_nucleotide_37(X))
& has_part_2(fn_nucleotide_14(X),fn_nucleotide_11(X))
& same_type_2(fn_nucleotide_13(X),fn_nucleotide_11(X))
& same_type_2(fn_nucleotide_11(X),fn_nucleotide_13(X))
& has_part_2(fn_nucleotide_16(X),fn_nucleotide_12(X))
& has_region_2(fn_nucleotide_12(X),fn_nucleotide_36(X))
& agent_2(fn_nucleotide_44(X),fn_nucleotide_49(X))
& agent_2(fn_nucleotide_48(X),fn_nucleotide_51(X))
& is_at_2(fn_nucleotide_47(X),fn_nucleotide_46(X))
& object_2(fn_nucleotide_44(X),fn_nucleotide_50(X))
& agent_2(fn_nucleotide_48(X),fn_nucleotide_50(X))
& object_2(fn_nucleotide_44(X),fn_nucleotide_51(X))
& has_region_2(fn_nucleotide_50(X),fn_nucleotide_45(X))
& is_between_2(fn_nucleotide_49(X),fn_nucleotide_51(X))
& fn_nucleotide_51(X) != fn_nucleotide_50(X)
& has_region_2(fn_nucleotide_50(X),fn_nucleotide_46(X))
& fn_nucleotide_50(X) != fn_nucleotide_51(X)
& fn_nucleotide_38(X) != fn_nucleotide_46(X)
& fn_nucleotide_46(X) != fn_nucleotide_38(X)
& has_region_2(fn_nucleotide_51(X),fn_nucleotide_40(X))
& has_region_2(fn_nucleotide_51(X),fn_nucleotide_39(X))
& has_region_2(fn_nucleotide_51(X),fn_nucleotide_38(X))
& is_inside_2(fn_nucleotide_40(X),fn_nucleotide_39(X))
& is_inside_2(fn_nucleotide_41(X),fn_nucleotide_40(X))
& has_region_2(fn_nucleotide_51(X),fn_nucleotide_41(X))
& has_part_2(fn_nucleotide_51(X),fn_nucleotide_42(X))
& fn_nucleotide_42(X) != fn_nucleotide_43(X)
& fn_nucleotide_43(X) != fn_nucleotide_42(X)
& has_part_2(X,fn_nucleotide_9(X))
& is_inside_2(fn_nucleotide_9(X),fn_nucleotide_3(X))
& has_region_2(X,fn_nucleotide_3(X))
& has_part_2(X,fn_nucleotide_13(X))
& fn_nucleotide_13(X) != fn_nucleotide_9(X)
& fn_nucleotide_9(X) != fn_nucleotide_13(X)
& object_2(fn_nucleotide_48(X),fn_nucleotide_43(X))
& has_function_2(fn_nucleotide_49(X),fn_nucleotide_44(X))
& result_2(fn_nucleotide_48(X),fn_nucleotide_49(X))
& object_2(fn_nucleotide_48(X),fn_nucleotide_42(X))
& is_near_2(fn_nucleotide_41(X),fn_nucleotide_42(X))
& is_near_2(fn_nucleotide_42(X),fn_nucleotide_41(X))
& object_2(fn_nucleotide_24(X),fn_nucleotide_22(X))
& the_scalar_value_2(fn_nucleotide_18(X),high_0)
& scalar_unit_class_2(fn_nucleotide_18(X),atom_0)
& result_2(fn_nucleotide_24(X),fn_nucleotide_29(X))
& object_2(fn_nucleotide_24(X),fn_nucleotide_28(X))
& is_between_2(fn_nucleotide_29(X),fn_nucleotide_30(X))
& has_function_2(fn_nucleotide_29(X),fn_nucleotide_23(X))
& agent_2(fn_nucleotide_23(X),fn_nucleotide_29(X))
& is_between_2(fn_nucleotide_29(X),fn_nucleotide_13(X))
& electronegativity_2(fn_nucleotide_13(X),fn_nucleotide_18(X))
& object_2(fn_nucleotide_23(X),fn_nucleotide_13(X))
& object_2(fn_nucleotide_23(X),fn_nucleotide_30(X))
& agent_2(fn_nucleotide_24(X),fn_nucleotide_30(X))
& agent_2(fn_nucleotide_24(X),fn_nucleotide_13(X))
& has_region_2(fn_nucleotide_13(X),fn_nucleotide_26(X))
& is_inside_2(fn_nucleotide_30(X),fn_nucleotide_15(X))
& is_inside_2(fn_nucleotide_13(X),fn_nucleotide_15(X))
& has_part_2(fn_nucleotide_13(X),fn_nucleotide_21(X))
& fn_nucleotide_22(X) != fn_nucleotide_21(X)
& fn_nucleotide_21(X) != fn_nucleotide_22(X)
& has_region_2(fn_nucleotide_13(X),fn_nucleotide_27(X))
& is_inside_2(fn_nucleotide_19(X),fn_nucleotide_27(X))
& has_part_2(fn_nucleotide_13(X),fn_nucleotide_19(X))
& is_near_2(fn_nucleotide_21(X),fn_nucleotide_27(X))
& is_near_2(fn_nucleotide_27(X),fn_nucleotide_21(X))
& has_region_2(fn_nucleotide_30(X),fn_nucleotide_26(X))
& fn_nucleotide_30(X) != fn_nucleotide_13(X)
& fn_nucleotide_13(X) != fn_nucleotide_10(X)
& fn_nucleotide_10(X) != fn_nucleotide_30(X)
& fn_nucleotide_30(X) != fn_nucleotide_10(X)
& fn_nucleotide_13(X) != fn_nucleotide_30(X)
& fn_nucleotide_10(X) != fn_nucleotide_13(X)
& has_region_2(fn_nucleotide_10(X),fn_nucleotide_35(X))
& is_near_2(fn_nucleotide_35(X),fn_nucleotide_32(X))
& fn_nucleotide_32(X) != fn_nucleotide_28(X)
& fn_nucleotide_28(X) != fn_nucleotide_22(X)
& is_near_2(fn_nucleotide_22(X),fn_nucleotide_27(X))
& is_near_2(fn_nucleotide_32(X),fn_nucleotide_35(X))
& fn_nucleotide_28(X) != fn_nucleotide_32(X)
& fn_nucleotide_22(X) != fn_nucleotide_28(X)
& is_near_2(fn_nucleotide_27(X),fn_nucleotide_22(X))
& is_inside_2(fn_nucleotide_10(X),fn_nucleotide_15(X))
& has_region_2(fn_nucleotide_10(X),fn_nucleotide_34(X))
& fn_nucleotide_34(X) != fn_nucleotide_26(X)
& fn_nucleotide_26(X) != fn_nucleotide_25(X)
& is_at_2(fn_nucleotide_27(X),fn_nucleotide_25(X))
& fn_nucleotide_26(X) != fn_nucleotide_34(X)
& fn_nucleotide_25(X) != fn_nucleotide_26(X)
& has_region_2(fn_nucleotide_50(X),fn_nucleotide_47(X))
& is_inside_2(fn_nucleotide_50(X),fn_nucleotide_17(X))
& has_part_2(fn_nucleotide_50(X),fn_nucleotide_43(X))
& is_near_2(fn_nucleotide_43(X),fn_nucleotide_47(X))
& fn_nucleotide_47(X) != fn_nucleotide_41(X)
& is_at_2(fn_nucleotide_41(X),fn_nucleotide_38(X))
& is_near_2(fn_nucleotide_47(X),fn_nucleotide_43(X))
& fn_nucleotide_41(X) != fn_nucleotide_47(X)
& possesses_2(X,fn_nucleotide_2(X))
& quantity_2(fn_nucleotide_2(X),fn_nucleotide_6(X))
& directly_proportional_2(fn_nucleotide_5(X),fn_nucleotide_6(X))
& speed_2(fn_nucleotide_4(X),fn_nucleotide_5(X))
& object_2(fn_nucleotide_4(X),X)
& fn_nucleotide_8(X) = fn_organic_molecule_2(fn_nucleotide_12(X))
& fn_nucleotide_7(X) = fn_pentose_21(fn_nucleotide_12(X))
& fn_nucleotide_35(X) = fn_first_electron_shell_7(fn_nucleotide_33(X))
& X = fn_functional_group_1(fn_nucleotide_15(X))
& fn_nucleotide_20(X) = fn_atom_9(fn_nucleotide_13(X))
& fn_nucleotide_37(X) = fn_3_prime_carbon_1(fn_nucleotide_51(X))
& fn_nucleotide_13(X) = fn_chemical_element_11(fn_nucleotide_14(X))
& fn_nucleotide_11(X) = fn_chemical_element_11(fn_nucleotide_14(X))
& fn_nucleotide_11(X) = fn_chemical_element_12(fn_nucleotide_14(X))
& fn_nucleotide_36(X) = fn_nucleoside_5(fn_nucleotide_16(X))
& fn_nucleotide_12(X) = fn_nucleoside_20(fn_nucleotide_16(X))
& fn_nucleotide_47(X) = fn_covalent_bond_24(fn_nucleotide_49(X))
& fn_nucleotide_45(X) = fn_covalent_bond_11(fn_nucleotide_49(X))
& fn_nucleotide_38(X) = fn_covalent_bond_21(fn_nucleotide_49(X))
& fn_nucleotide_46(X) = fn_covalent_bond_23(fn_nucleotide_49(X))
& fn_nucleotide_50(X) = fn_covalent_bond_20(fn_nucleotide_49(X))
& fn_nucleotide_51(X) = fn_covalent_bond_19(fn_nucleotide_49(X))
& fn_nucleotide_38(X) = fn_second_electron_shell_9(fn_nucleotide_39(X))
& fn_nucleotide_43(X) = fn_second_electron_shell_11(fn_nucleotide_39(X))
& fn_nucleotide_42(X) = fn_second_electron_shell_12(fn_nucleotide_39(X))
& fn_nucleotide_51(X) = fn_covalent_bond_20(fn_nucleotide_49(X))
& fn_nucleotide_51(X) = fn_second_electron_shell_13(fn_nucleotide_39(X))
& fn_nucleotide_41(X) = fn_second_electron_shell_14(fn_nucleotide_39(X))
& fn_nucleotide_40(X) = fn_second_electron_shell_21(fn_nucleotide_39(X))
& fn_nucleotide_13(X) = fn_organic_molecule_2(X)
& fn_nucleotide_3(X) = fn_organic_molecule_3(X)
& fn_nucleotide_9(X) = fn_organic_molecule_1(X)
& fn_nucleotide_43(X) = fn_covalent_bond_15(fn_nucleotide_49(X))
& fn_nucleotide_44(X) = fn_covalent_bond_14(fn_nucleotide_49(X))
& fn_nucleotide_42(X) = fn_covalent_bond_15(fn_nucleotide_49(X))
& fn_nucleotide_41(X) = fn_covalent_bond_24(fn_nucleotide_49(X))
& fn_nucleotide_41(X) = fn_covalent_bond_22(fn_nucleotide_49(X))
& fn_nucleotide_42(X) = fn_covalent_bond_18(fn_nucleotide_49(X))
& fn_nucleotide_48(X) = fn_covalent_bond_17(fn_nucleotide_49(X))
& fn_nucleotide_31(X) = fn_oxygen_6(fn_nucleotide_13(X))
& fn_nucleotide_31(X) = fn_phosphate_group_23(fn_nucleotide_15(X))
& fn_nucleotide_28(X) = fn_phosphate_group_3(fn_nucleotide_15(X))
& fn_nucleotide_24(X) = fn_phosphate_group_39(fn_nucleotide_15(X))
& fn_nucleotide_18(X) = fn_oxygen_5(fn_nucleotide_13(X))
& fn_nucleotide_18(X) = fn_phosphate_group_7(fn_nucleotide_15(X))
& fn_nucleotide_29(X) = fn_molecule_10(X)
& fn_nucleotide_13(X) = fn_molecule_11(X)
& fn_nucleotide_13(X) = fn_phosphate_group_5(fn_nucleotide_15(X))
& fn_nucleotide_23(X) = fn_phosphate_group_40(fn_nucleotide_15(X))
& fn_nucleotide_29(X) = fn_phosphate_group_41(fn_nucleotide_15(X))
& fn_nucleotide_26(X) = fn_phosphate_group_17(fn_nucleotide_15(X))
& fn_nucleotide_24(X) = fn_phosphate_group_35(fn_nucleotide_15(X))
& fn_nucleotide_23(X) = fn_phosphate_group_36(fn_nucleotide_15(X))
& fn_nucleotide_22(X) = fn_phosphate_group_21(fn_nucleotide_15(X))
& fn_nucleotide_21(X) = fn_oxygen_8(fn_nucleotide_13(X))
& fn_nucleotide_21(X) = fn_phosphate_group_20(fn_nucleotide_15(X))
& fn_nucleotide_19(X) = fn_atom_8(fn_nucleotide_13(X))
& fn_nucleotide_19(X) = fn_phosphate_group_19(fn_nucleotide_15(X))
& fn_nucleotide_21(X) = fn_atom_14(fn_nucleotide_13(X))
& fn_nucleotide_21(X) = fn_phosphate_group_21(fn_nucleotide_15(X))
& fn_nucleotide_27(X) = fn_atom_18(fn_nucleotide_13(X))
& fn_nucleotide_27(X) = fn_phosphate_group_18(fn_nucleotide_15(X))
& fn_nucleotide_13(X) = fn_phosphate_group_22(fn_nucleotide_15(X))
& fn_nucleotide_30(X) = fn_phosphate_group_6(fn_nucleotide_15(X))
& fn_nucleotide_22(X) = fn_phosphate_group_8(fn_nucleotide_15(X))
& fn_nucleotide_28(X) = fn_phosphate_group_9(fn_nucleotide_15(X))
& fn_nucleotide_32(X) = fn_atomic_nucleus_8(fn_nucleotide_35(X))
& fn_nucleotide_32(X) = fn_phosphate_group_8(fn_nucleotide_15(X))
& fn_nucleotide_35(X) = fn_phosphate_group_11(fn_nucleotide_15(X))
& fn_nucleotide_27(X) = fn_phosphate_group_11(fn_nucleotide_15(X))
& fn_nucleotide_25(X) = fn_phosphate_group_10(fn_nucleotide_15(X))
& fn_nucleotide_26(X) = fn_phosphate_group_12(fn_nucleotide_15(X))
& fn_nucleotide_10(X) = fn_atomic_nucleus_4(fn_nucleotide_35(X))
& fn_nucleotide_34(X) = fn_atomic_nucleus_3(fn_nucleotide_35(X))
& fn_nucleotide_34(X) = fn_phosphate_group_10(fn_nucleotide_15(X))
& fn_nucleotide_10(X) = fn_phosphate_group_5(fn_nucleotide_15(X))
& fn_nucleotide_38(X) = fn_hydroxyl_group_10(fn_nucleotide_17(X))
& fn_nucleotide_41(X) = fn_hydroxyl_group_11(fn_nucleotide_17(X))
& fn_nucleotide_47(X) = fn_hydroxyl_group_9(fn_nucleotide_17(X))
& fn_nucleotide_43(X) = fn_hydroxyl_group_8(fn_nucleotide_17(X))
& fn_nucleotide_50(X) = fn_hydroxyl_group_4(fn_nucleotide_17(X))
& fn_nucleotide_52(X) = fn_molecule_2(X)
& fn_nucleotide_53(X) = fn_molecule_1(X)
& fn_nucleotide_4(X) = fn_molecule_8(X)
& fn_nucleotide_5(X) = fn_molecule_3(X)
& fn_nucleotide_6(X) = fn_molecule_4(X)
& fn_nucleotide_2(X) = fn_molecule_12(X)
& fn_chemical_element_12(fn_nucleotide_14(X)) = fn_chemical_element_12(fn_nucleotide_14(X))
& fn_chemical_element_12(fn_nucleotide_14(X)) = fn_chemical_element_11(fn_nucleotide_14(X))
& fn_chemical_element_11(fn_nucleotide_14(X)) = fn_chemical_element_12(fn_nucleotide_14(X))
& fn_chemical_element_12(fn_nucleotide_14(X)) = fn_covalent_bond_20(fn_nucleotide_49(X))
& fn_covalent_bond_19(fn_nucleotide_49(X)) = fn_covalent_bond_20(fn_nucleotide_49(X))
& fn_covalent_bond_20(fn_nucleotide_49(X)) = fn_covalent_bond_19(fn_nucleotide_49(X))
& fn_covalent_bond_19(fn_nucleotide_49(X)) = fn_covalent_bond_19(fn_nucleotide_49(X))
& fn_covalent_bond_19(fn_nucleotide_49(X)) = fn_second_electron_shell_13(fn_nucleotide_39(X))
& fn_second_electron_shell_13(fn_nucleotide_39(X)) = fn_second_electron_shell_13(fn_nucleotide_39(X))
& fn_second_electron_shell_13(fn_nucleotide_39(X)) = fn_second_electron_shell_12(fn_nucleotide_39(X))
& fn_second_electron_shell_12(fn_nucleotide_39(X)) = fn_covalent_bond_15(fn_nucleotide_49(X))
& fn_covalent_bond_15(fn_nucleotide_49(X)) = fn_second_electron_shell_12(fn_nucleotide_39(X))
& fn_second_electron_shell_12(fn_nucleotide_39(X)) = fn_second_electron_shell_12(fn_nucleotide_39(X))
& fn_second_electron_shell_12(fn_nucleotide_39(X)) = fn_covalent_bond_18(fn_nucleotide_49(X))
& fn_covalent_bond_18(fn_nucleotide_49(X)) = fn_covalent_bond_18(fn_nucleotide_49(X))
& fn_covalent_bond_18(fn_nucleotide_49(X)) = fn_oxygen_6(fn_nucleotide_13(X))
& fn_oxygen_6(fn_nucleotide_13(X)) = fn_phosphate_group_23(fn_nucleotide_15(X))
& fn_phosphate_group_23(fn_nucleotide_15(X)) = fn_phosphate_group_7(fn_nucleotide_15(X))
& fn_phosphate_group_7(fn_nucleotide_15(X)) = fn_oxygen_5(fn_nucleotide_13(X))
& fn_oxygen_5(fn_nucleotide_13(X)) = fn_phosphate_group_7(fn_nucleotide_15(X))
& fn_phosphate_group_7(fn_nucleotide_15(X)) = fn_molecule_10(X)
& fn_phosphate_group_41(fn_nucleotide_15(X)) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_phosphate_group_41(fn_nucleotide_15(X))
& fn_phosphate_group_41(fn_nucleotide_15(X)) = fn_phosphate_group_41(fn_nucleotide_15(X))
& fn_phosphate_group_41(fn_nucleotide_15(X)) = fn_phosphate_group_39(fn_nucleotide_15(X))
& fn_phosphate_group_39(fn_nucleotide_15(X)) = fn_phosphate_group_39(fn_nucleotide_15(X))
& fn_phosphate_group_39(fn_nucleotide_15(X)) = fn_phosphate_group_35(fn_nucleotide_15(X))
& fn_phosphate_group_35(fn_nucleotide_15(X)) = fn_phosphate_group_35(fn_nucleotide_15(X))
& fn_phosphate_group_35(fn_nucleotide_15(X)) = fn_phosphate_group_40(fn_nucleotide_15(X))
& fn_phosphate_group_40(fn_nucleotide_15(X)) = fn_phosphate_group_40(fn_nucleotide_15(X))
& fn_phosphate_group_40(fn_nucleotide_15(X)) = fn_phosphate_group_36(fn_nucleotide_15(X))
& fn_phosphate_group_36(fn_nucleotide_15(X)) = fn_phosphate_group_36(fn_nucleotide_15(X))
& fn_phosphate_group_36(fn_nucleotide_15(X)) = fn_atom_8(fn_nucleotide_13(X))
& fn_atom_8(fn_nucleotide_13(X)) = fn_phosphate_group_19(fn_nucleotide_15(X))
& fn_phosphate_group_19(fn_nucleotide_15(X)) = fn_phosphate_group_19(fn_nucleotide_15(X))
& fn_phosphate_group_19(fn_nucleotide_15(X)) = fn_oxygen_8(fn_nucleotide_13(X))
& fn_oxygen_8(fn_nucleotide_13(X)) = fn_atom_14(fn_nucleotide_13(X))
& fn_atom_14(fn_nucleotide_13(X)) = fn_atom_14(fn_nucleotide_13(X))
& fn_phosphate_group_20(fn_nucleotide_15(X)) = fn_atom_14(fn_nucleotide_13(X))
& fn_atom_14(fn_nucleotide_13(X)) = fn_phosphate_group_20(fn_nucleotide_15(X))
& fn_phosphate_group_20(fn_nucleotide_15(X)) = fn_phosphate_group_20(fn_nucleotide_15(X))
& fn_phosphate_group_20(fn_nucleotide_15(X)) = fn_phosphate_group_21(fn_nucleotide_15(X))
& fn_phosphate_group_21(fn_nucleotide_15(X)) = fn_chemical_element_11(fn_nucleotide_14(X))
& fn_chemical_element_11(fn_nucleotide_14(X)) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_chemical_element_11(fn_nucleotide_14(X))
& fn_chemical_element_11(fn_nucleotide_14(X)) = fn_chemical_element_11(fn_nucleotide_14(X))
& fn_chemical_element_11(fn_nucleotide_14(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_phosphate_group_5(fn_nucleotide_15(X))
& fn_phosphate_group_5(fn_nucleotide_15(X)) = fn_phosphate_group_22(fn_nucleotide_15(X))
& fn_phosphate_group_22(fn_nucleotide_15(X)) = fn_phosphate_group_22(fn_nucleotide_15(X))
& fn_phosphate_group_22(fn_nucleotide_15(X)) = fn_phosphate_group_8(fn_nucleotide_15(X))
& fn_phosphate_group_8(fn_nucleotide_15(X)) = fn_phosphate_group_21(fn_nucleotide_15(X))
& fn_phosphate_group_21(fn_nucleotide_15(X)) = fn_phosphate_group_21(fn_nucleotide_15(X))
& fn_phosphate_group_21(fn_nucleotide_15(X)) = fn_phosphate_group_8(fn_nucleotide_15(X))
& fn_phosphate_group_8(fn_nucleotide_15(X)) = fn_phosphate_group_8(fn_nucleotide_15(X))
& fn_phosphate_group_8(fn_nucleotide_15(X)) = fn_phosphate_group_3(fn_nucleotide_15(X))
& fn_phosphate_group_3(fn_nucleotide_15(X)) = fn_phosphate_group_9(fn_nucleotide_15(X))
& fn_phosphate_group_9(fn_nucleotide_15(X)) = fn_phosphate_group_9(fn_nucleotide_15(X))
& fn_phosphate_group_9(fn_nucleotide_15(X)) = fn_phosphate_group_8(fn_nucleotide_15(X))
& fn_phosphate_group_8(fn_nucleotide_15(X)) = fn_atomic_nucleus_8(fn_nucleotide_35(X))
& fn_atomic_nucleus_8(fn_nucleotide_35(X)) = fn_phosphate_group_8(fn_nucleotide_15(X))
& fn_phosphate_group_8(fn_nucleotide_15(X)) = fn_first_electron_shell_7(fn_nucleotide_33(X))
& fn_first_electron_shell_7(fn_nucleotide_33(X)) = fn_phosphate_group_11(fn_nucleotide_15(X))
& fn_phosphate_group_11(fn_nucleotide_15(X)) = fn_phosphate_group_18(fn_nucleotide_15(X))
& fn_phosphate_group_18(fn_nucleotide_15(X)) = fn_atom_18(fn_nucleotide_13(X))
& fn_atom_18(fn_nucleotide_13(X)) = fn_phosphate_group_18(fn_nucleotide_15(X))
& fn_phosphate_group_18(fn_nucleotide_15(X)) = fn_phosphate_group_18(fn_nucleotide_15(X))
& fn_phosphate_group_18(fn_nucleotide_15(X)) = fn_phosphate_group_11(fn_nucleotide_15(X))
& fn_phosphate_group_11(fn_nucleotide_15(X)) = fn_phosphate_group_11(fn_nucleotide_15(X))
& fn_phosphate_group_11(fn_nucleotide_15(X)) = fn_phosphate_group_17(fn_nucleotide_15(X))
& fn_phosphate_group_17(fn_nucleotide_15(X)) = fn_phosphate_group_12(fn_nucleotide_15(X))
& fn_phosphate_group_12(fn_nucleotide_15(X)) = fn_phosphate_group_12(fn_nucleotide_15(X))
& fn_phosphate_group_12(fn_nucleotide_15(X)) = fn_atomic_nucleus_3(fn_nucleotide_35(X))
& fn_phosphate_group_10(fn_nucleotide_15(X)) = fn_atomic_nucleus_3(fn_nucleotide_35(X))
& fn_atomic_nucleus_3(fn_nucleotide_35(X)) = fn_phosphate_group_10(fn_nucleotide_15(X))
& fn_phosphate_group_10(fn_nucleotide_15(X)) = fn_phosphate_group_5(fn_nucleotide_15(X))
& fn_phosphate_group_5(fn_nucleotide_15(X)) = fn_atomic_nucleus_4(fn_nucleotide_35(X))
& fn_atomic_nucleus_4(fn_nucleotide_35(X)) = fn_phosphate_group_5(fn_nucleotide_15(X))
& fn_phosphate_group_5(fn_nucleotide_15(X)) = fn_phosphate_group_5(fn_nucleotide_15(X))
& fn_phosphate_group_5(fn_nucleotide_15(X)) = fn_covalent_bond_21(fn_nucleotide_49(X))
& fn_covalent_bond_21(fn_nucleotide_49(X)) = fn_covalent_bond_21(fn_nucleotide_49(X))
& fn_covalent_bond_21(fn_nucleotide_49(X)) = fn_second_electron_shell_9(fn_nucleotide_39(X))
& fn_second_electron_shell_9(fn_nucleotide_39(X)) = fn_second_electron_shell_9(fn_nucleotide_39(X))
& fn_second_electron_shell_9(fn_nucleotide_39(X)) = fn_hydroxyl_group_10(fn_nucleotide_17(X))
& fn_hydroxyl_group_10(fn_nucleotide_17(X)) = fn_covalent_bond_24(fn_nucleotide_49(X))
& fn_second_electron_shell_14(fn_nucleotide_39(X)) = fn_covalent_bond_24(fn_nucleotide_49(X))
& fn_covalent_bond_24(fn_nucleotide_49(X)) = fn_covalent_bond_24(fn_nucleotide_49(X))
& fn_covalent_bond_24(fn_nucleotide_49(X)) = fn_second_electron_shell_14(fn_nucleotide_39(X))
& fn_second_electron_shell_14(fn_nucleotide_39(X)) = fn_second_electron_shell_14(fn_nucleotide_39(X))
& fn_second_electron_shell_14(fn_nucleotide_39(X)) = fn_covalent_bond_22(fn_nucleotide_49(X))
& fn_covalent_bond_22(fn_nucleotide_49(X)) = fn_covalent_bond_22(fn_nucleotide_49(X))
& fn_covalent_bond_22(fn_nucleotide_49(X)) = fn_hydroxyl_group_11(fn_nucleotide_17(X))
& fn_hydroxyl_group_11(fn_nucleotide_17(X)) = fn_hydroxyl_group_11(fn_nucleotide_17(X))
& fn_hydroxyl_group_11(fn_nucleotide_17(X)) = fn_covalent_bond_24(fn_nucleotide_49(X))
& fn_covalent_bond_24(fn_nucleotide_49(X)) = fn_hydroxyl_group_9(fn_nucleotide_17(X))
& fn_hydroxyl_group_9(fn_nucleotide_17(X)) = fn_hydroxyl_group_9(fn_nucleotide_17(X))
& fn_hydroxyl_group_9(fn_nucleotide_17(X)) = fn_second_electron_shell_11(fn_nucleotide_39(X))
& fn_second_electron_shell_11(fn_nucleotide_39(X)) = fn_covalent_bond_15(fn_nucleotide_49(X))
& fn_covalent_bond_15(fn_nucleotide_49(X)) = fn_covalent_bond_15(fn_nucleotide_49(X))
& fn_covalent_bond_15(fn_nucleotide_49(X)) = fn_hydroxyl_group_8(fn_nucleotide_17(X))
& fn_hydroxyl_group_8(fn_nucleotide_17(X)) = fn_hydroxyl_group_8(fn_nucleotide_17(X))
& fn_hydroxyl_group_8(fn_nucleotide_17(X)) = fn_covalent_bond_20(fn_nucleotide_49(X))
& fn_covalent_bond_20(fn_nucleotide_49(X)) = fn_covalent_bond_20(fn_nucleotide_49(X))
& fn_covalent_bond_20(fn_nucleotide_49(X)) = fn_hydroxyl_group_4(fn_nucleotide_17(X))
& fn_hydroxyl_group_4(fn_nucleotide_17(X)) = fn_hydroxyl_group_4(fn_nucleotide_17(X)) ) ) ).
fof(a531329,axiom,
! [X,X1] :
( ( agent_2(X,X1)
& dna_repair_1(X)
& nuclease_1(X1) )
=> ( nucleotide_excision_repair_1(X)
& fn_nucleotide_excision_repair_12(X) = X1 ) ) ).
fof(a531330,axiom,
! [X] :
( nucleotide_excision_repair_1(X)
=> ( original_name_2(X,'Nucleotide-Excision-Repair')
& user_description_2(X,'A DNA repair mechanism in which a damaged segment of DNA is removed and the the complementary strand is used as a template to construct the correct sequence.')
& concept2words_2(X,repair)
& concept2words_2(X,'nucleotide excision repair')
& concept2words_2(X,'nucleotide-excision-repair')
& dna_repair_1(X)
& ~ mismatch_repair_1(X)
& dna_strand_1(fn_nucleotide_excision_repair_2(X))
& dna_ligase_1(fn_nucleotide_excision_repair_3(X))
& recognize_1(fn_nucleotide_excision_repair_4(X))
& add_1(fn_nucleotide_excision_repair_5(X))
& dna_piece_1(fn_nucleotide_excision_repair_6(X))
& dna_piece_1(fn_nucleotide_excision_repair_7(X))
& replace_1(fn_nucleotide_excision_repair_8(X))
& protein_1(fn_nucleotide_excision_repair_9(X))
& dna_polymerase_1(fn_nucleotide_excision_repair_9(X))
& spatial_entity_1(fn_nucleotide_excision_repair_10(X))
& damaged_dna_strand_1(fn_nucleotide_excision_repair_10(X))
& deoxyribonucleotide_1(fn_nucleotide_excision_repair_11(X))
& nuclease_1(fn_nucleotide_excision_repair_12(X))
& spatial_entity_1(fn_add_1(fn_nucleotide_excision_repair_5(X)))
& spatial_entity_1(fn_replace_1(fn_nucleotide_excision_repair_8(X)))
& spatial_entity_1(fn_replace_2(fn_nucleotide_excision_repair_8(X)))
& dna_repair_1(fn_repair_enzyme_1(fn_nucleotide_excision_repair_12(X)))
& spatial_entity_1(fn_add_2(fn_nucleotide_excision_repair_5(X)))
& spatial_entity_1(fn_replace_3(fn_nucleotide_excision_repair_8(X)))
& next_event_2(fn_nucleotide_excision_repair_4(X),fn_nucleotide_excision_repair_8(X))
& subevent_2(X,fn_nucleotide_excision_repair_8(X))
& agent_2(fn_nucleotide_excision_repair_5(X),fn_nucleotide_excision_repair_9(X))
& result_2(fn_nucleotide_excision_repair_5(X),fn_nucleotide_excision_repair_6(X))
& result_2(fn_nucleotide_excision_repair_8(X),fn_nucleotide_excision_repair_2(X))
& agent_2(fn_nucleotide_excision_repair_8(X),fn_nucleotide_excision_repair_3(X))
& agent_2(fn_nucleotide_excision_repair_8(X),fn_nucleotide_excision_repair_12(X))
& agent_2(fn_nucleotide_excision_repair_8(X),fn_nucleotide_excision_repair_9(X))
& base_2(fn_nucleotide_excision_repair_5(X),fn_nucleotide_excision_repair_10(X))
& base_2(fn_nucleotide_excision_repair_8(X),fn_nucleotide_excision_repair_10(X))
& object_2(fn_nucleotide_excision_repair_5(X),fn_nucleotide_excision_repair_11(X))
& object_2(fn_nucleotide_excision_repair_8(X),fn_nucleotide_excision_repair_7(X))
& object_2(fn_nucleotide_excision_repair_8(X),fn_nucleotide_excision_repair_6(X))
& called_2(fn_nucleotide_excision_repair_6(X),'new entity')
& agent_2(X,fn_nucleotide_excision_repair_9(X))
& subevent_2(X,fn_nucleotide_excision_repair_4(X))
& object_2(X,fn_nucleotide_excision_repair_10(X))
& agent_2(X,fn_nucleotide_excision_repair_12(X))
& fn_nucleotide_excision_repair_10(X) = fn_add_2(fn_nucleotide_excision_repair_5(X))
& fn_nucleotide_excision_repair_10(X) = fn_replace_3(fn_nucleotide_excision_repair_8(X))
& fn_nucleotide_excision_repair_11(X) = fn_add_1(fn_nucleotide_excision_repair_5(X))
& fn_nucleotide_excision_repair_7(X) = fn_replace_1(fn_nucleotide_excision_repair_8(X))
& fn_nucleotide_excision_repair_6(X) = fn_replace_2(fn_nucleotide_excision_repair_8(X))
& fn_nucleotide_excision_repair_9(X) = fn_dna_repair_5(X)
& fn_nucleotide_excision_repair_9(X) = fn_dna_repair_1(X)
& fn_nucleotide_excision_repair_4(X) = fn_dna_repair_6(X)
& fn_nucleotide_excision_repair_10(X) = fn_dna_repair_8(X)
& X = fn_repair_enzyme_1(fn_nucleotide_excision_repair_12(X))
& fn_dna_repair_5(X) = fn_dna_repair_1(X)
& fn_dna_repair_1(X) = fn_add_2(fn_nucleotide_excision_repair_5(X))
& fn_add_2(fn_nucleotide_excision_repair_5(X)) = fn_replace_3(fn_nucleotide_excision_repair_8(X))
& fn_replace_3(fn_nucleotide_excision_repair_8(X)) = fn_replace_3(fn_nucleotide_excision_repair_8(X))
& fn_replace_3(fn_nucleotide_excision_repair_8(X)) = fn_dna_repair_8(X) ) ) ).
fof(a531331,axiom,
! [X] :
( nucleus_1(X)
=> ( original_name_2(X,'Nucleus')
& user_description_2(X,'A membrane bound organelle found in eukaryotic cells which contains most of the genetic material of the cell.')
& concept2words_2(X,nuclei)
& concept2words_2(X,'control center')
& concept2words_2(X,nucleus)
& organelle_1(X)
& ~ endoplasmic_reticulum_1(X)
& ~ golgi_apparatus_1(X)
& ~ mitochondrion_1(X)
& ~ plastid_1(X)
& ~ vesicle_1(X)
& length_value_1(fn_nucleus_2(X))
& synthesis_of_rna_1(fn_nucleus_3(X))
& ribosomal_rna_1(fn_nucleus_4(X))
& nucleolus_1(fn_nucleus_5(X))
& eukaryotic_chromosome_1(fn_nucleus_6(X))
& visibility_value_1(fn_nucleus_7(X))
& hydrophilic_face_1(fn_nucleus_9(X))
& nuclear_matrix_1(fn_nucleus_10(X))
& dna_replication_in_eukaryotes_1(fn_nucleus_11(X))
& snrnp_1(fn_nucleus_12(X))
& nuclear_membrane_1(fn_nucleus_13(X))
& biomembrane_1(fn_nucleus_13(X))
& nuclear_lamina_1(fn_nucleus_14(X))
& hydrophilic_face_1(fn_nucleus_15(X))
& aqueous_solution_1(fn_nucleus_16(X))
& aqueous_solution_1(fn_nucleus_17(X))
& dna_polymerase_iii_1(fn_nucleus_18(X))
& nucleus_1(fn_snrnp_3(fn_nucleus_12(X)))
& dna_polymerase_iii_1(fn_dna_replication_27(fn_nucleus_11(X)))
& surface_1(fn_biomembrane_47(fn_nucleus_13(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_nucleus_13(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_nucleus_13(X)))
& nuclear_membrane_1(fn_nuclear_lamina_5(fn_nucleus_14(X)))
& the_cardinal_value_2(fn_nucleus_2(X),"5.0e0")
& cardinal_unit_class_2(fn_nucleus_2(X),micrometer_0)
& site_2(fn_nucleus_11(X),X)
& site_2(fn_nucleus_3(X),X)
& has_region_2(fn_nucleus_13(X),fn_nucleus_9(X))
& is_inside_2(fn_nucleus_5(X),X)
& has_part_2(X,fn_nucleus_14(X))
& has_part_2(X,fn_nucleus_5(X))
& has_part_2(X,fn_nucleus_4(X))
& minCardinality(X,has_part_0,"1",nucleolus_0)
& has_function_2(X,fn_nucleus_3(X))
& diameter_2(X,fn_nucleus_2(X))
& visibility_2(X,fn_nucleus_7(X))
& has_region_2(X,fn_nucleus_10(X))
& is_inside_2(fn_nucleus_6(X),X)
& the_categorical_value_2(fn_nucleus_7(X),visible_0)
& is_outside_2(fn_nucleus_9(X),fn_nucleus_13(X))
& is_inside_2(fn_nucleus_9(X),fn_nucleus_17(X))
& fn_nucleus_9(X) != fn_nucleus_15(X)
& is_inside_2(fn_nucleus_15(X),fn_nucleus_13(X))
& fn_nucleus_15(X) != fn_nucleus_9(X)
& is_outside_2(fn_nucleus_15(X),fn_nucleus_16(X))
& fn_nucleus_16(X) != fn_nucleus_17(X)
& fn_nucleus_17(X) != fn_nucleus_16(X)
& is_inside_2(fn_nucleus_18(X),fn_nucleus_17(X))
& has_part_2(X,fn_nucleus_13(X))
& is_inside_2(fn_nucleus_12(X),X)
& agent_2(fn_nucleus_11(X),fn_nucleus_18(X))
& has_part_2(X,fn_nucleus_17(X))
& is_along_2(fn_nucleus_13(X),fn_nucleus_14(X))
& is_along_2(fn_nucleus_14(X),fn_nucleus_13(X))
& is_between_2(fn_nucleus_13(X),fn_nucleus_17(X))
& is_between_2(fn_nucleus_13(X),fn_nucleus_16(X))
& has_region_2(fn_nucleus_13(X),fn_nucleus_15(X))
& fn_nucleus_13(X) = fn_organelle_1(X)
& X = fn_snrnp_3(fn_nucleus_12(X))
& fn_nucleus_18(X) = fn_dna_replication_27(fn_nucleus_11(X))
& fn_nucleus_17(X) = fn_organelle_2(X)
& fn_nucleus_13(X) = fn_nuclear_lamina_5(fn_nucleus_14(X))
& fn_nucleus_17(X) = fn_biomembrane_14(fn_nucleus_13(X))
& fn_nucleus_15(X) = fn_biomembrane_47(fn_nucleus_13(X))
& fn_nucleus_16(X) = fn_biomembrane_15(fn_nucleus_13(X))
& fn_nucleus_16(X) = fn_biomembrane_14(fn_nucleus_13(X))
& fn_organelle_2(X) = fn_biomembrane_14(fn_nucleus_13(X))
& fn_biomembrane_14(fn_nucleus_13(X)) = fn_biomembrane_15(fn_nucleus_13(X))
& fn_biomembrane_15(fn_nucleus_13(X)) = fn_biomembrane_14(fn_nucleus_13(X))
& fn_biomembrane_14(fn_nucleus_13(X)) = fn_organelle_1(X)
& fn_organelle_1(X) = fn_nuclear_lamina_5(fn_nucleus_14(X))
& fn_nuclear_lamina_5(fn_nucleus_14(X)) = fn_nuclear_lamina_5(fn_nucleus_14(X)) ) ) ).
fof(a531332,axiom,
! [X] :
( number_1(X)
=> ( original_name_2(X,'Number')
& concept2words_2(X,number)
& thing_1(X) ) ) ).
fof(a531333,axiom,
! [X] :
( number_field_1(X)
=> ( original_name_2(X,'Number-Field')
& description_2(X,'a message field whose content is a numeric constant')
& concept2words_2(X,'field of number')
& concept2words_2(X,'number field')
& concept2words_2(X,'number-field')
& message_field_1(X)
& ~ text_field_1(X) ) ) ).
fof(a531334,axiom,
! [X] :
( nurse_cell_1(X)
=> ( original_name_2(X,'Nurse-cell')
& user_description_2(X,'Specialized macrophages residing in the bone marrow that assist in the development of red blood cells. They absorb the nuclei of immature red blood cells and may provide growth factors to help the red blood cells mature.')
& concept2words_2(X,'cell of nurse')
& concept2words_2(X,'nurse cell')
& concept2words_2(X,'nurse-cell')
& ovarian_cell_1(X)
& ~ follicle_cell_1(X)
& nutrient_1(fn_nurse_cell_1(X))
& entity_1(fn_nurse_cell_2(X))
& produce_1(fn_nurse_cell_3(X))
& entity_1(fn_create_1(fn_nurse_cell_3(X)))
& plays_2(fn_nurse_cell_2(X),fn_nurse_cell_1(X))
& base_2(fn_nurse_cell_3(X),X)
& result_2(fn_nurse_cell_3(X),fn_nurse_cell_2(X))
& fn_nurse_cell_2(X) = fn_create_1(fn_nurse_cell_3(X)) ) ) ).
fof(a531335,axiom,
! [X] :
( nut_1(X)
=> ( original_name_2(X,'Nut')
& user_description_2(X,'Nut is the fruit of some plants and has a hard, dry outer shell.')
& concept2words_2(X,nut)
& fruit_1(X)
& omega_3_fatty_acid_1(fn_nut_1(X))
& has_part_2(X,fn_nut_1(X)) ) ) ).
fof(a531336,axiom,
! [X] :
( nutrient_1(X)
=> ( original_name_2(X,'Nutrient')
& description_2(X,'A nutritive substance or ingredient.')
& user_description_2(X,'A chemical that is used in an organism\'s metabolism and is obtained from the environment. Different organisms have different nutrient requirements.')
& concept2words_2(X,nutrient)
& role_1(X) ) ) ).
fof(a531337,axiom,
! [X] :
( nutrition_1(X)
=> ( original_name_2(X,'Nutrition')
& user_description_2(X,'The processes by which an organism ingests and obtains nutrients from food.')
& concept2words_2(X,'obtain nutrition')
& concept2words_2(X,nutrify)
& concept2words_2(X,nutrition)
& biological_process_1(X) ) ) ).
fof(a531338,axiom,
! [X] :
( nutritional_requirement_1(X)
=> ( original_name_2(X,'Nutritional-Requirement')
& user_description_2(X,'Chemicals and elements that are needed by an organism in order to sustain healthy life.')
& concept2words_2(X,'nutritional requirement')
& concept2words_2(X,'nutritional-requirement')
& aggregate_1(X)
& quantity_value_1(fn_nutritional_requirement_1(X))
& potassium_1(fn_nutritional_requirement_2(X))
& calcium_1(fn_nutritional_requirement_3(X))
& sulfur_1(fn_nutritional_requirement_4(X))
& phosphorus_1(fn_nutritional_requirement_5(X))
& oxygen_1(fn_nutritional_requirement_6(X))
& nitrogen_1(fn_nutritional_requirement_7(X))
& hydrogen_1(fn_nutritional_requirement_8(X))
& carbon_1(fn_nutritional_requirement_9(X))
& iron_1(fn_nutritional_requirement_10(X))
& quantity_2(fn_nutritional_requirement_10(X),fn_nutritional_requirement_1(X))
& the_scalar_value_2(fn_nutritional_requirement_1(X),low_0)
& scalar_unit_class_2(fn_nutritional_requirement_1(X),chemical_entity_0)
& element_2(X,fn_nutritional_requirement_2(X))
& element_2(X,fn_nutritional_requirement_3(X))
& element_2(X,fn_nutritional_requirement_4(X))
& element_2(X,fn_nutritional_requirement_5(X))
& element_2(X,fn_nutritional_requirement_6(X))
& element_2(X,fn_nutritional_requirement_7(X))
& element_2(X,fn_nutritional_requirement_8(X))
& element_2(X,fn_nutritional_requirement_9(X))
& element_2(X,fn_nutritional_requirement_10(X)) ) ) ).
fof(a531339,axiom,
! [X] :
( o_minus_2_1(X)
=> ( original_name_2(X,'O-Minus-2')
& user_description_2(X,'Ion of oxygen atom with a 2- charge.')
& concept2words_2(X,'oxygen minus')
& concept2words_2(X,'o minus 2')
& concept2words_2(X,'o-minus-2')
& anion_1(X)
& charge_value_1(fn_o_minus_2_1(X))
& charge_value_1(fn_o_minus_2_3(X))
& the_cardinal_value_2(fn_o_minus_2_3(X),"-2.0e0")
& cardinal_unit_class_2(fn_o_minus_2_3(X),unity_0)
& greater_than_or_equal_to_2(fn_o_minus_2_1(X),fn_o_minus_2_3(X))
& charge_2(X,fn_o_minus_2_3(X))
& greater_than_2(fn_o_minus_2_1(X),fn_o_minus_2_3(X))
& the_cardinal_value_2(fn_o_minus_2_1(X),"0")
& cardinal_unit_class_2(fn_o_minus_2_1(X),unity_0)
& fn_o_minus_2_2(X) = fn_anion_7(X)
& fn_o_minus_2_1(X) = fn_anion_4(X)
& fn_o_minus_2_3(X) = fn_anion_6(X) ) ) ).
fof(a531340,axiom,
! [X] :
( o2_gas_1(X)
=> ( original_name_2(X,'O2-Gas')
& user_description_2(X,'Diatomic oxygen gas, which is the elemental form of oxygen most commonly found on Earth.')
& concept2words_2(X,'o2 gas')
& concept2words_2(X,'o2-gas')
& chemical_1(X)
& gas_substance_1(X)
& oxygen_molecule_1(fn_o2_gas_1(X))
& has_part_2(X,fn_o2_gas_1(X))
& fn_o2_gas_1(X) = fn_chemical_3(X) ) ) ).
fof(a531341,axiom,
! [X] :
( ob_gene_1(X)
=> ( original_name_2(X,'Ob-Gene')
& user_description_2(X,'Gene which codes for the leptin. This gene and its product, originally discovered in mice, plays an important role in the regulation of appetitie in mammals.')
& concept2words_2(X,'gene of ob')
& concept2words_2(X,'ob gene')
& concept2words_2(X,'ob-gene')
& gene_1(X)
& leptin_1(fn_ob_gene_1(X))
& protein_enzyme_1(fn_ob_gene_2(X))
& code_for_1(fn_ob_gene_3(X))
& entity_1(fn_code_for_2(fn_ob_gene_3(X)))
& donor_2(fn_ob_gene_3(X),X)
& result_2(fn_ob_gene_3(X),fn_ob_gene_1(X))
& agent_2(fn_ob_gene_3(X),X)
& has_function_2(X,fn_ob_gene_3(X))
& result_2(fn_ob_gene_3(X),fn_ob_gene_2(X))
& fn_ob_gene_1(X) = fn_code_for_2(fn_ob_gene_3(X))
& fn_ob_gene_2(X) = fn_gene_6(X)
& fn_ob_gene_3(X) = fn_gene_13(X) ) ) ).
fof(a531342,axiom,
! [X] :
( obesity_1(X)
=> ( original_name_2(X,'Obesity')
& user_description_2(X,'A medical condition in which excess body fat can have have an adverse effect on health, including reduced life expectancy.')
& concept2words_2(X,obesity)
& condition_1(X) ) ) ).
fof(a531343,axiom,
! [X] :
( obligate_aerobe_1(X)
=> ( original_name_2(X,'Obligate-Aerobe')
& user_description_2(X,'An organism that requires oxygen and cannot live without it.')
& concept2words_2(X,'obligate aerobe')
& concept2words_2(X,'obligate-aerobe')
& aerobe_1(X)
& ~ obligate_anaerobe_1(X)
& ~ chemoheterotroph_1(X)
& ~ decomposer_1(X)
& ~ parasite_1(X)
& ~ photoheterotroph_1(X)
& ~ primary_consumer_1(X)
& ~ secondary_consumer_1(X)
& ~ tertiary_consumer_1(X) ) ) ).
fof(a531344,axiom,
! [X] :
( obligate_anaerobe_1(X)
=> ( original_name_2(X,'Obligate-Anaerobe')
& user_description_2(X,'A cell or organism only capable of anaerobic respiration.')
& concept2words_2(X,'obligate anaerobe')
& concept2words_2(X,'obligate-anaerobe')
& anaerobe_1(X)
& ~ obligate_aerobe_1(X)
& ~ decomposer_1(X)
& ~ parasite_1(X)
& ~ primary_consumer_1(X)
& ~ secondary_consumer_1(X)
& ~ tertiary_consumer_1(X) ) ) ).
fof(a531345,axiom,
! [X] :
( observations_1(X)
=> ( original_name_2(X,'Observations')
& user_description_2(X,'The result of recording data by study, use of the senses, or use of scientific instruments.')
& concept2words_2(X,'scientific observation')
& concept2words_2(X,observation)
& information_1(X) ) ) ).
fof(a531346,axiom,
! [X] :
( obstruct_1(X)
=> ( original_name_2(X,'Obstruct')
& concept2words_2(X,block)
& concept2words_2(X,obstruct)
& concept2words_2(X,'close up')
& concept2words_2(X,close_up)
& concept2words_2(X,jam)
& concept2words_2(X,impede)
& concept2words_2(X,occlude)
& make_inaccessible_1(X)
& spatial_entity_1(fn_obstruct_1(X))
& object_2(X,fn_obstruct_1(X))
& fn_obstruct_1(X) = fn_make_inaccessible_1(X) ) ) ).
fof(a531347,axiom,
! [X] :
( obtain_1(X)
=> ( original_name_2(X,'Obtain')
& concept2words_2(X,obtain)
& receive_1(X)
& entity_1(fn_obtain_1(X))
& agent_2(X,fn_obtain_1(X))
& recipient_2(X,fn_obtain_1(X))
& fn_obtain_1(X) = fn_receive_1(X) ) ) ).
fof(a531348,axiom,
! [X] :
( occipital_lobe_1(X)
=> ( original_name_2(X,'Occipital-Lobe')
& user_description_2(X,'Posterior region of the cerebral cortex responsible for vision processing.')
& concept2words_2(X,'occipital lobe')
& concept2words_2(X,'occipital-lobe')
& cerebral_cortex_1(X) ) ) ).
fof(a531349,axiom,
! [X] :
( ocean_1(X)
=> ( original_name_2(X,'Ocean')
& user_description_2(X,'A major body of salt water and the largest marine environment on Earth.')
& concept2words_2(X,ocean)
& aquatic_ecosystem_1(X)
& ~ lake_1(X)
& intertidal_zone_1(fn_ocean_2(X))
& shore_1(fn_ocean_3(X))
& length_value_1(fn_ocean_4(X))
& marine_biome_1(fn_ocean_5(X))
& continental_shelf_1(fn_ocean_6(X))
& surface_1(fn_ocean_7(X))
& neritic_zone_1(fn_ocean_8(X))
& benthic_zone_1(fn_ocean_9(X))
& abyssal_zone_1(fn_ocean_10(X))
& pelagic_zone_1(fn_ocean_11(X))
& oceanic_zone_1(fn_ocean_12(X))
& ground_1(fn_ocean_13(X))
& water_1(fn_ocean_14(X))
& width_2(fn_ocean_2(X),fn_ocean_4(X))
& is_between_2(fn_ocean_2(X),fn_ocean_3(X))
& is_between_2(fn_ocean_2(X),X)
& the_scalar_value_2(fn_ocean_4(X),narrow_0)
& scalar_unit_class_2(fn_ocean_4(X),aquatic_zone_0)
& called_2(fn_ocean_14(X),"1")
& is_between_2(fn_ocean_14(X),fn_ocean_13(X))
& is_between_2(fn_ocean_14(X),fn_ocean_7(X))
& is_at_2(fn_ocean_14(X),fn_ocean_7(X))
& has_region_2(X,fn_ocean_12(X))
& has_region_2(X,fn_ocean_3(X))
& has_region_2(X,fn_ocean_2(X))
& has_region_2(X,fn_ocean_7(X))
& has_region_2(X,fn_ocean_8(X))
& has_region_2(X,fn_ocean_9(X))
& has_region_2(X,fn_ocean_10(X))
& has_region_2(X,fn_ocean_11(X))
& is_at_2(X,fn_ocean_5(X))
& is_over_2(fn_ocean_6(X),fn_ocean_8(X))
& has_region_2(fn_ocean_13(X),fn_ocean_6(X))
& is_along_2(fn_ocean_8(X),fn_ocean_12(X))
& is_above_2(fn_ocean_9(X),fn_ocean_13(X))
& is_above_2(fn_ocean_10(X),fn_ocean_9(X))
& is_above_2(fn_ocean_11(X),fn_ocean_10(X))
& is_along_2(fn_ocean_12(X),fn_ocean_8(X))
& element_2(X,fn_ocean_13(X))
& element_2(X,fn_ocean_14(X))
& fn_ocean_13(X) = fn_aquatic_ecosystem_9(X)
& fn_ocean_14(X) = fn_ecosystem_8(X) ) ) ).
fof(a531350,axiom,
! [X] :
( ocean_acidification_1(X)
=> ( original_name_2(X,'Ocean-Acidification')
& user_description_2(X,'A decrease in the pH of the ocean due to accumulation of anthropogenic CO2 in the atmosphere. CO2 dissolves from the atmosphere into the ocean and reacts with water to form carbonic acid, which then dissociates into bicarbonate (HCO3-) and a hydrogen ion (H+). It is the increase in the concentration of H+ that lowers pH.')
& concept2words_2(X,acidify)
& concept2words_2(X,'acidification of ocean')
& concept2words_2(X,'ocean acidification')
& concept2words_2(X,'ocean-acidification')
& ecological_process_1(X)
& decrease_1(fn_ocean_acidification_1(X))
& rate_value_1(fn_ocean_acidification_5(X))
& rate_value_1(fn_ocean_acidification_6(X))
& rate_value_1(fn_ocean_acidification_7(X))
& system_1(fn_ocean_acidification_11(X))
& quantity_value_1(fn_ocean_acidification_13(X))
& quantity_value_1(fn_ocean_acidification_14(X))
& ph_value_1(fn_ocean_acidification_15(X))
& carbonic_acid_compound_1(fn_ocean_acidification_19(X))
& forward_reaction_1(fn_ocean_acidification_20(X))
& reverse_reaction_1(fn_ocean_acidification_21(X))
& acidic_solution_1(fn_ocean_acidification_22(X))
& chemical_energy_1(fn_ocean_acidification_23(X))
& quantity_value_1(fn_ocean_acidification_24(X))
& quantity_value_1(fn_ocean_acidification_25(X))
& chemical_energy_1(fn_ocean_acidification_26(X))
& substance_1(fn_ocean_acidification_27(X))
& acid_1(fn_ocean_acidification_27(X))
& ph_value_1(fn_ocean_acidification_29(X))
& decrease_1(fn_ocean_acidification_30(X))
& ocean_1(fn_ocean_acidification_31(X))
& cool_1(fn_ocean_acidification_32(X))
& combustion_of_fossil_fuel_1(fn_ocean_acidification_33(X))
& substance_1(fn_ocean_acidification_34(X))
& co2_gas_1(fn_ocean_acidification_34(X))
& chemical_1(fn_ocean_acidification_34(X))
& molecule_1(fn_ocean_acidification_35(X))
& organic_molecule_1(fn_ocean_acidification_35(X))
& hydrocarbon_molecule_1(fn_ocean_acidification_35(X))
& chemical_entity_1(fn_ocean_acidification_35(X))
& chemical_entity_1(fn_ocean_acidification_36(X))
& carbon_dioxide_1(fn_ocean_acidification_36(X))
& solution_1(fn_ocean_acidification_37(X))
& chemical_1(fn_ocean_acidification_38(X))
& liquid_substance_1(fn_ocean_acidification_38(X))
& water_1(fn_ocean_acidification_38(X))
& bicarbonate_ion_1(fn_ocean_acidification_39(X))
& tangible_entity_1(fn_ocean_acidification_40(X))
& carbonate_ion_1(fn_ocean_acidification_40(X))
& chemical_entity_1(fn_ocean_acidification_40(X))
& entity_1(fn_ocean_acidification_41(X))
& chemical_entity_1(fn_ocean_acidification_41(X))
& spatial_entity_1(fn_ocean_acidification_41(X))
& tangible_entity_1(fn_ocean_acidification_41(X))
& polar_molecule_1(fn_ocean_acidification_41(X))
& hydrophilic_compound_1(fn_ocean_acidification_41(X))
& water_molecule_1(fn_ocean_acidification_41(X))
& quantity_value_1(fn_ocean_acidification_42(X))
& coral_reef_calcification_1(fn_ocean_acidification_44(X))
& shell_calcification_1(fn_ocean_acidification_45(X))
& chemical_reaction_1(fn_ocean_acidification_46(X))
& chemical_entity_1(fn_ocean_acidification_47(X))
& hydrogen_ion_1(fn_ocean_acidification_47(X))
& temperature_value_1(fn_ocean_acidification_48(X))
& decrease_1(fn_ocean_acidification_49(X))
& expand_1(fn_ocean_acidification_49(X))
& freezing_of_water_1(fn_ocean_acidification_50(X))
& acid_dissociation_reaction_1(fn_ocean_acidification_51(X))
& chemical_reaction_1(fn_ocean_acidification_52(X))
& atom_1(fn_ocean_acidification_53(X))
& chemical_entity_1(fn_ocean_acidification_53(X))
& chemical_entity_1(fn_ocean_acidification_54(X))
& carbon_1(fn_ocean_acidification_54(X))
& chemical_bond_1(fn_ocean_acidification_55(X))
& electron_donor_1(fn_ocean_acidification_56(X))
& reducing_agent_1(fn_ocean_acidification_57(X))
& reduction_1(fn_ocean_acidification_58(X))
& oxidation_1(fn_ocean_acidification_59(X))
& chemical_entity_1(fn_ocean_acidification_60(X))
& tangible_entity_1(fn_ocean_acidification_60(X))
& electron_1(fn_ocean_acidification_60(X))
& chemical_entity_1(fn_ocean_acidification_61(X))
& oxygen_molecule_1(fn_ocean_acidification_61(X))
& electron_donor_1(fn_oxidation_8(fn_ocean_acidification_59(X)))
& reducing_agent_1(fn_reduction_5(fn_ocean_acidification_58(X)))
& property_node_1(fn_decrease_2(fn_ocean_acidification_30(X)))
& property_value_1(fn_decrease_3(fn_ocean_acidification_30(X)))
& property_node_1(fn_cool_3(fn_ocean_acidification_32(X)))
& temperature_value_1(fn_cool_4(fn_ocean_acidification_32(X)))
& chemical_bond_1(fn_molecule_10(fn_ocean_acidification_35(X)))
& chemical_energy_1(fn_acid_dissociation_reaction_5(fn_ocean_acidification_51(X)))
& forward_reaction_1(fn_acid_dissociation_reaction_18(fn_ocean_acidification_51(X)))
& property_node_1(fn_acid_dissociation_reaction_3(fn_ocean_acidification_51(X)))
& reverse_reaction_1(fn_acid_dissociation_reaction_17(fn_ocean_acidification_51(X)))
& substance_1(fn_acid_dissociation_reaction_12(fn_ocean_acidification_51(X)))
& acid_1(fn_acid_dissociation_reaction_12(fn_ocean_acidification_51(X)))
& acidic_solution_1(fn_acid_dissociation_reaction_13(fn_ocean_acidification_51(X)))
& property_node_1(fn_acid_dissociation_reaction_4(fn_ocean_acidification_51(X)))
& quantity_value_1(fn_acid_dissociation_reaction_6(fn_ocean_acidification_51(X)))
& quantity_value_1(fn_acid_dissociation_reaction_7(fn_ocean_acidification_51(X)))
& chemical_energy_1(fn_acid_dissociation_reaction_8(fn_ocean_acidification_51(X)))
& chemical_entity_1(fn_acid_dissociation_reaction_16(fn_ocean_acidification_51(X)))
& hydrogen_ion_1(fn_acid_dissociation_reaction_16(fn_ocean_acidification_51(X)))
& reduction_1(fn_combustion_of_fossil_fuel_15(fn_ocean_acidification_33(X)))
& oxidation_1(fn_combustion_of_fossil_fuel_16(fn_ocean_acidification_33(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_ocean_acidification_46(X)))
& anion_1(fn_acid_dissociation_reaction_9(fn_ocean_acidification_51(X)))
& decrease_1(fn_freezing_of_water_21(fn_ocean_acidification_50(X)))
& expand_1(fn_water_87(fn_ocean_acidification_38(X)))
& property_node_1(fn_aquatic_ecosystem_1(fn_ocean_acidification_31(X)))
& property_node_1(fn_aquatic_ecosystem_2(fn_ocean_acidification_31(X)))
& quantity_value_1(fn_aquatic_ecosystem_4(fn_ocean_acidification_31(X)))
& quantity_value_1(fn_aquatic_ecosystem_6(fn_ocean_acidification_31(X)))
& tangible_entity_1(fn_aquatic_ecosystem_9(fn_ocean_acidification_31(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_ocean_acidification_46(X)))
& carbonate_ion_1(fn_calcification_2(fn_ocean_acidification_45(X)))
& carbonate_ion_1(fn_calcification_2(fn_ocean_acidification_44(X)))
& chemical_entity_1(fn_aquatic_ecosystem_10(fn_ocean_acidification_31(X)))
& chemical_entity_1(fn_aquatic_ecosystem_11(fn_ocean_acidification_31(X)))
& substance_1(fn_mixture_2(fn_ocean_acidification_37(X)))
& chemical_1(fn_solution_5(fn_ocean_acidification_37(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_ocean_acidification_51(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_ocean_acidification_52(X)))
& acid_compound_1(fn_acid_dissociation_reaction_10(fn_ocean_acidification_51(X)))
& spatial_entity_1(fn_acid_dissociation_reaction_10(fn_ocean_acidification_51(X)))
& chemical_entity_1(fn_acid_dissociation_reaction_10(fn_ocean_acidification_51(X)))
& atom_1(fn_molecule_11(fn_ocean_acidification_35(X)))
& atom_1(fn_organic_molecule_2(fn_ocean_acidification_35(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_ocean_acidification_35(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_ocean_acidification_55(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_ocean_acidification_55(X)))
& carbon_1(fn_organic_molecule_1(fn_ocean_acidification_35(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_ocean_acidification_52(X)))
& spatial_entity_1(fn_water_83(fn_ocean_acidification_38(X)))
& tangible_entity_1(fn_water_83(fn_ocean_acidification_38(X)))
& polar_molecule_1(fn_water_83(fn_ocean_acidification_38(X)))
& hydrophilic_compound_1(fn_water_83(fn_ocean_acidification_38(X)))
& water_molecule_1(fn_water_83(fn_ocean_acidification_38(X)))
& entity_1(fn_water_98(fn_ocean_acidification_38(X)))
& spatial_entity_1(fn_water_98(fn_ocean_acidification_38(X)))
& chemical_entity_1(fn_water_98(fn_ocean_acidification_38(X)))
& tangible_entity_1(fn_water_98(fn_ocean_acidification_38(X)))
& polar_molecule_1(fn_water_98(fn_ocean_acidification_38(X)))
& water_molecule_1(fn_water_98(fn_ocean_acidification_38(X)))
& entity_1(fn_freezing_of_water_20(fn_ocean_acidification_50(X)))
& chemical_entity_1(fn_freezing_of_water_20(fn_ocean_acidification_50(X)))
& spatial_entity_1(fn_freezing_of_water_20(fn_ocean_acidification_50(X)))
& tangible_entity_1(fn_freezing_of_water_20(fn_ocean_acidification_50(X)))
& polar_molecule_1(fn_freezing_of_water_20(fn_ocean_acidification_50(X)))
& hydrophilic_compound_1(fn_freezing_of_water_20(fn_ocean_acidification_50(X)))
& water_molecule_1(fn_freezing_of_water_20(fn_ocean_acidification_50(X)))
& chemical_1(fn_solution_6(fn_ocean_acidification_37(X)))
& liquid_substance_1(fn_freezing_of_water_24(fn_ocean_acidification_50(X)))
& water_1(fn_freezing_of_water_24(fn_ocean_acidification_50(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_ocean_acidification_33(X)))
& carbon_dioxide_1(fn_co2_gas_1(fn_ocean_acidification_34(X)))
& carbon_dioxide_1(fn_combustion_of_fossil_fuel_4(fn_ocean_acidification_33(X)))
& electron_1(fn_oxidation_9(fn_ocean_acidification_59(X)))
& electron_1(fn_reduction_4(fn_ocean_acidification_58(X)))
& tangible_entity_1(fn_redox_reaction_7(fn_ocean_acidification_33(X)))
& electron_1(fn_redox_reaction_7(fn_ocean_acidification_33(X)))
& chemical_entity_1(fn_combustion_of_fossil_fuel_11(fn_ocean_acidification_33(X)))
& tangible_entity_1(fn_combustion_of_fossil_fuel_11(fn_ocean_acidification_33(X)))
& electron_1(fn_combustion_of_fossil_fuel_11(fn_ocean_acidification_33(X)))
& chemical_entity_1(fn_oxidation_10(fn_ocean_acidification_59(X)))
& chemical_entity_1(fn_reduction_1(fn_ocean_acidification_58(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_ocean_acidification_33(X)))
& hydrocarbon_molecule_1(fn_combustion_of_fossil_fuel_10(fn_ocean_acidification_33(X)))
& chemical_entity_1(fn_combustion_of_fossil_fuel_10(fn_ocean_acidification_33(X)))
& chemical_entity_1(fn_oxidation_7(fn_ocean_acidification_59(X)))
& chemical_entity_1(fn_reduction_3(fn_ocean_acidification_58(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_ocean_acidification_33(X)))
& oxygen_molecule_1(fn_combustion_of_fossil_fuel_9(fn_ocean_acidification_33(X)))
& next_event_2(fn_ocean_acidification_52(X),fn_ocean_acidification_51(X))
& raw_material_2(fn_ocean_acidification_52(X),fn_ocean_acidification_36(X))
& next_event_2(fn_ocean_acidification_51(X),fn_ocean_acidification_46(X))
& causes_2(fn_ocean_acidification_46(X),fn_ocean_acidification_1(X))
& raw_material_2(fn_ocean_acidification_46(X),fn_ocean_acidification_47(X))
& base_2(fn_ocean_acidification_1(X),fn_ocean_acidification_40(X))
& negative_influence_2(fn_ocean_acidification_5(X),fn_ocean_acidification_6(X))
& negative_influence_2(fn_ocean_acidification_5(X),fn_ocean_acidification_7(X))
& rate_2(fn_ocean_acidification_45(X),fn_ocean_acidification_7(X))
& rate_2(fn_ocean_acidification_44(X),fn_ocean_acidification_6(X))
& called_2(fn_ocean_acidification_42(X),'Carbonate_Ion')
& called_2(fn_ocean_acidification_13(X),'Bicarbonate_Ion')
& called_2(fn_ocean_acidification_14(X),'Hydrgen_Ion')
& quantity_2(fn_ocean_acidification_39(X),fn_ocean_acidification_13(X))
& rate_2(X,fn_ocean_acidification_5(X))
& subevent_2(X,fn_ocean_acidification_46(X))
& subevent_2(X,fn_ocean_acidification_51(X))
& subevent_2(X,fn_ocean_acidification_52(X))
& subevent_2(X,fn_ocean_acidification_33(X))
& base_2(X,fn_ocean_acidification_31(X))
& first_subevent_2(X,fn_ocean_acidification_33(X))
& ph_2(fn_ocean_acidification_38(X),fn_ocean_acidification_29(X))
& ph_2(fn_ocean_acidification_37(X),fn_ocean_acidification_15(X))
& the_scalar_value_2(fn_ocean_acidification_15(X),acidic_0)
& scalar_unit_class_2(fn_ocean_acidification_15(X),solution_0)
& base_2(fn_ocean_acidification_32(X),fn_ocean_acidification_31(X))
& temperature_2(fn_ocean_acidification_31(X),fn_ocean_acidification_48(X))
& raw_material_2(fn_ocean_acidification_52(X),fn_ocean_acidification_41(X))
& raw_material_2(fn_ocean_acidification_46(X),fn_ocean_acidification_40(X))
& result_2(fn_ocean_acidification_46(X),fn_ocean_acidification_39(X))
& is_between_2(fn_ocean_acidification_55(X),fn_ocean_acidification_54(X))
& result_2(fn_ocean_acidification_52(X),fn_ocean_acidification_19(X))
& causes_2(fn_ocean_acidification_50(X),fn_ocean_acidification_49(X))
& result_2(fn_ocean_acidification_51(X),fn_ocean_acidification_39(X))
& base_2(fn_ocean_acidification_49(X),fn_ocean_acidification_38(X))
& plays_2(fn_ocean_acidification_35(X),fn_ocean_acidification_56(X))
& plays_2(fn_ocean_acidification_35(X),fn_ocean_acidification_57(X))
& raw_material_2(fn_ocean_acidification_45(X),fn_ocean_acidification_40(X))
& raw_material_2(fn_ocean_acidification_44(X),fn_ocean_acidification_40(X))
& in_event_2(fn_ocean_acidification_56(X),fn_ocean_acidification_59(X))
& has_part_2(fn_ocean_acidification_34(X),fn_ocean_acidification_36(X))
& in_event_2(fn_ocean_acidification_57(X),fn_ocean_acidification_58(X))
& from_value_2(fn_ocean_acidification_30(X),fn_ocean_acidification_29(X))
& element_2(fn_ocean_acidification_31(X),fn_ocean_acidification_40(X))
& quantity_2(fn_ocean_acidification_40(X),fn_ocean_acidification_42(X))
& has_part_2(fn_ocean_acidification_37(X),fn_ocean_acidification_34(X))
& has_solute_2(fn_ocean_acidification_37(X),fn_ocean_acidification_34(X))
& has_solvent_2(fn_ocean_acidification_37(X),fn_ocean_acidification_38(X))
& fn_ocean_acidification_38(X) != fn_ocean_acidification_34(X)
& fn_ocean_acidification_34(X) != fn_ocean_acidification_38(X)
& result_2(fn_ocean_acidification_21(X),fn_ocean_acidification_19(X))
& has_part_2(fn_ocean_acidification_27(X),fn_ocean_acidification_19(X))
& raw_material_2(fn_ocean_acidification_20(X),fn_ocean_acidification_19(X))
& raw_material_2(fn_ocean_acidification_51(X),fn_ocean_acidification_19(X))
& possesses_2(fn_ocean_acidification_19(X),fn_ocean_acidification_26(X))
& from_value_2(fn_ocean_acidification_32(X),fn_ocean_acidification_48(X))
& possesses_2(fn_ocean_acidification_35(X),fn_ocean_acidification_55(X))
& is_between_2(fn_ocean_acidification_55(X),fn_ocean_acidification_53(X))
& has_part_2(fn_ocean_acidification_35(X),fn_ocean_acidification_53(X))
& has_part_2(fn_ocean_acidification_35(X),fn_ocean_acidification_54(X))
& fn_ocean_acidification_53(X) != fn_ocean_acidification_54(X)
& fn_ocean_acidification_54(X) != fn_ocean_acidification_53(X)
& object_2(fn_ocean_acidification_50(X),fn_ocean_acidification_38(X))
& base_2(fn_ocean_acidification_50(X),fn_ocean_acidification_38(X))
& has_part_2(fn_ocean_acidification_38(X),fn_ocean_acidification_41(X))
& called_2(fn_ocean_acidification_41(X),"1")
& quantity_2(fn_ocean_acidification_26(X),fn_ocean_acidification_25(X))
& subevent_2(fn_ocean_acidification_51(X),fn_ocean_acidification_20(X))
& subevent_2(fn_ocean_acidification_51(X),fn_ocean_acidification_21(X))
& has_part_2(fn_ocean_acidification_22(X),fn_ocean_acidification_47(X))
& has_part_2(fn_ocean_acidification_22(X),fn_ocean_acidification_27(X))
& has_solute_2(fn_ocean_acidification_22(X),fn_ocean_acidification_27(X))
& result_2(fn_ocean_acidification_51(X),fn_ocean_acidification_47(X))
& possesses_2(fn_ocean_acidification_47(X),fn_ocean_acidification_23(X))
& quantity_2(fn_ocean_acidification_23(X),fn_ocean_acidification_24(X))
& greater_than_2(fn_ocean_acidification_25(X),fn_ocean_acidification_24(X))
& recipient_2(fn_ocean_acidification_58(X),fn_ocean_acidification_61(X))
& object_2(fn_ocean_acidification_58(X),fn_ocean_acidification_60(X))
& donor_2(fn_ocean_acidification_58(X),fn_ocean_acidification_35(X))
& subevent_2(fn_ocean_acidification_33(X),fn_ocean_acidification_58(X))
& result_2(fn_ocean_acidification_33(X),fn_ocean_acidification_36(X))
& object_2(fn_ocean_acidification_59(X),fn_ocean_acidification_60(X))
& donor_2(fn_ocean_acidification_59(X),fn_ocean_acidification_35(X))
& raw_material_2(fn_ocean_acidification_33(X),fn_ocean_acidification_35(X))
& subevent_2(fn_ocean_acidification_33(X),fn_ocean_acidification_59(X))
& recipient_2(fn_ocean_acidification_59(X),fn_ocean_acidification_61(X))
& raw_material_2(fn_ocean_acidification_33(X),fn_ocean_acidification_61(X))
& fn_ocean_acidification_61(X) != fn_ocean_acidification_60(X)
& fn_ocean_acidification_60(X) != fn_ocean_acidification_35(X)
& fn_ocean_acidification_35(X) != fn_ocean_acidification_61(X)
& fn_ocean_acidification_61(X) != fn_ocean_acidification_35(X)
& fn_ocean_acidification_60(X) != fn_ocean_acidification_61(X)
& fn_ocean_acidification_35(X) != fn_ocean_acidification_60(X)
& fn_ocean_acidification_41(X) = fn_chemical_reaction_2(fn_ocean_acidification_52(X))
& fn_ocean_acidification_40(X) = fn_chemical_reaction_2(fn_ocean_acidification_46(X))
& fn_ocean_acidification_39(X) = fn_chemical_reaction_1(fn_ocean_acidification_46(X))
& fn_ocean_acidification_54(X) = fn_chemical_bond_1(fn_ocean_acidification_55(X))
& fn_ocean_acidification_54(X) = fn_chemical_bond_4(fn_ocean_acidification_55(X))
& fn_ocean_acidification_19(X) = fn_chemical_reaction_1(fn_ocean_acidification_52(X))
& fn_ocean_acidification_49(X) = fn_freezing_of_water_21(fn_ocean_acidification_50(X))
& fn_ocean_acidification_39(X) = fn_acid_dissociation_reaction_9(fn_ocean_acidification_51(X))
& fn_ocean_acidification_49(X) = fn_water_87(fn_ocean_acidification_38(X))
& fn_ocean_acidification_40(X) = fn_calcification_2(fn_ocean_acidification_45(X))
& fn_ocean_acidification_40(X) = fn_calcification_2(fn_ocean_acidification_44(X))
& fn_ocean_acidification_56(X) = fn_oxidation_8(fn_ocean_acidification_59(X))
& fn_ocean_acidification_36(X) = fn_co2_gas_1(fn_ocean_acidification_34(X))
& fn_ocean_acidification_57(X) = fn_reduction_5(fn_ocean_acidification_58(X))
& fn_ocean_acidification_28(X) = fn_decrease_2(fn_ocean_acidification_30(X))
& fn_ocean_acidification_29(X) = fn_decrease_3(fn_ocean_acidification_30(X))
& fn_ocean_acidification_43(X) = fn_aquatic_ecosystem_1(fn_ocean_acidification_31(X))
& fn_ocean_acidification_43(X) = fn_aquatic_ecosystem_2(fn_ocean_acidification_31(X))
& fn_ocean_acidification_42(X) = fn_aquatic_ecosystem_4(fn_ocean_acidification_31(X))
& fn_ocean_acidification_42(X) = fn_aquatic_ecosystem_6(fn_ocean_acidification_31(X))
& fn_ocean_acidification_40(X) = fn_aquatic_ecosystem_9(fn_ocean_acidification_31(X))
& fn_ocean_acidification_40(X) = fn_aquatic_ecosystem_10(fn_ocean_acidification_31(X))
& fn_ocean_acidification_40(X) = fn_aquatic_ecosystem_11(fn_ocean_acidification_31(X))
& fn_ocean_acidification_38(X) = fn_solution_6(fn_ocean_acidification_37(X))
& fn_ocean_acidification_34(X) = fn_mixture_2(fn_ocean_acidification_37(X))
& fn_ocean_acidification_34(X) = fn_solution_5(fn_ocean_acidification_37(X))
& fn_ocean_acidification_19(X) = fn_exergonic_reaction_10(fn_ocean_acidification_51(X))
& fn_ocean_acidification_19(X) = fn_acid_dissociation_reaction_10(fn_ocean_acidification_51(X))
& fn_ocean_acidification_62(X) = fn_cool_3(fn_ocean_acidification_32(X))
& fn_ocean_acidification_48(X) = fn_cool_4(fn_ocean_acidification_32(X))
& fn_ocean_acidification_53(X) = fn_molecule_11(fn_ocean_acidification_35(X))
& fn_ocean_acidification_55(X) = fn_molecule_10(fn_ocean_acidification_35(X))
& fn_ocean_acidification_53(X) = fn_organic_molecule_2(fn_ocean_acidification_35(X))
& fn_ocean_acidification_54(X) = fn_organic_molecule_1(fn_ocean_acidification_35(X))
& fn_ocean_acidification_41(X) = fn_water_83(fn_ocean_acidification_38(X))
& fn_ocean_acidification_41(X) = fn_water_98(fn_ocean_acidification_38(X))
& fn_ocean_acidification_41(X) = fn_freezing_of_water_20(fn_ocean_acidification_50(X))
& fn_ocean_acidification_38(X) = fn_freezing_of_water_24(fn_ocean_acidification_50(X))
& fn_ocean_acidification_26(X) = fn_acid_dissociation_reaction_5(fn_ocean_acidification_51(X))
& fn_ocean_acidification_20(X) = fn_acid_dissociation_reaction_18(fn_ocean_acidification_51(X))
& fn_ocean_acidification_18(X) = fn_acid_dissociation_reaction_3(fn_ocean_acidification_51(X))
& fn_ocean_acidification_21(X) = fn_acid_dissociation_reaction_17(fn_ocean_acidification_51(X))
& fn_ocean_acidification_27(X) = fn_acid_dissociation_reaction_12(fn_ocean_acidification_51(X))
& fn_ocean_acidification_22(X) = fn_acid_dissociation_reaction_13(fn_ocean_acidification_51(X))
& fn_ocean_acidification_17(X) = fn_acid_dissociation_reaction_4(fn_ocean_acidification_51(X))
& fn_ocean_acidification_25(X) = fn_acid_dissociation_reaction_6(fn_ocean_acidification_51(X))
& fn_ocean_acidification_24(X) = fn_acid_dissociation_reaction_7(fn_ocean_acidification_51(X))
& fn_ocean_acidification_23(X) = fn_acid_dissociation_reaction_8(fn_ocean_acidification_51(X))
& fn_ocean_acidification_47(X) = fn_acid_dissociation_reaction_16(fn_ocean_acidification_51(X))
& fn_ocean_acidification_36(X) = fn_exergonic_reaction_11(fn_ocean_acidification_33(X))
& fn_ocean_acidification_36(X) = fn_combustion_of_fossil_fuel_4(fn_ocean_acidification_33(X))
& fn_ocean_acidification_58(X) = fn_combustion_of_fossil_fuel_15(fn_ocean_acidification_33(X))
& fn_ocean_acidification_59(X) = fn_combustion_of_fossil_fuel_16(fn_ocean_acidification_33(X))
& fn_ocean_acidification_35(X) = fn_oxidation_10(fn_ocean_acidification_59(X))
& fn_ocean_acidification_35(X) = fn_reduction_1(fn_ocean_acidification_58(X))
& fn_ocean_acidification_35(X) = fn_redox_reaction_16(fn_ocean_acidification_33(X))
& fn_ocean_acidification_61(X) = fn_oxidation_7(fn_ocean_acidification_59(X))
& fn_ocean_acidification_60(X) = fn_oxidation_9(fn_ocean_acidification_59(X))
& fn_ocean_acidification_61(X) = fn_reduction_3(fn_ocean_acidification_58(X))
& fn_ocean_acidification_60(X) = fn_reduction_4(fn_ocean_acidification_58(X))
& fn_ocean_acidification_61(X) = fn_redox_reaction_12(fn_ocean_acidification_33(X))
& fn_ocean_acidification_60(X) = fn_redox_reaction_7(fn_ocean_acidification_33(X))
& fn_ocean_acidification_60(X) = fn_combustion_of_fossil_fuel_11(fn_ocean_acidification_33(X))
& fn_ocean_acidification_35(X) = fn_combustion_of_fossil_fuel_10(fn_ocean_acidification_33(X))
& fn_ocean_acidification_61(X) = fn_combustion_of_fossil_fuel_9(fn_ocean_acidification_33(X))
& fn_chemical_reaction_1(fn_ocean_acidification_46(X)) = fn_acid_dissociation_reaction_9(fn_ocean_acidification_51(X))
& fn_acid_dissociation_reaction_9(fn_ocean_acidification_51(X)) = fn_freezing_of_water_21(fn_ocean_acidification_50(X))
& fn_freezing_of_water_21(fn_ocean_acidification_50(X)) = fn_water_87(fn_ocean_acidification_38(X))
& fn_water_87(fn_ocean_acidification_38(X)) = fn_aquatic_ecosystem_1(fn_ocean_acidification_31(X))
& fn_aquatic_ecosystem_1(fn_ocean_acidification_31(X)) = fn_aquatic_ecosystem_2(fn_ocean_acidification_31(X))
& fn_aquatic_ecosystem_2(fn_ocean_acidification_31(X)) = fn_aquatic_ecosystem_4(fn_ocean_acidification_31(X))
& fn_aquatic_ecosystem_6(fn_ocean_acidification_31(X)) = fn_aquatic_ecosystem_4(fn_ocean_acidification_31(X))
& fn_aquatic_ecosystem_4(fn_ocean_acidification_31(X)) = fn_aquatic_ecosystem_6(fn_ocean_acidification_31(X))
& fn_aquatic_ecosystem_6(fn_ocean_acidification_31(X)) = fn_chemical_reaction_2(fn_ocean_acidification_46(X))
& fn_chemical_reaction_2(fn_ocean_acidification_46(X)) = fn_aquatic_ecosystem_9(fn_ocean_acidification_31(X))
& fn_aquatic_ecosystem_9(fn_ocean_acidification_31(X)) = fn_chemical_reaction_2(fn_ocean_acidification_46(X))
& fn_chemical_reaction_2(fn_ocean_acidification_46(X)) = fn_calcification_2(fn_ocean_acidification_45(X))
& fn_calcification_2(fn_ocean_acidification_44(X)) = fn_calcification_2(fn_ocean_acidification_45(X))
& fn_calcification_2(fn_ocean_acidification_45(X)) = fn_calcification_2(fn_ocean_acidification_44(X))
& fn_calcification_2(fn_ocean_acidification_44(X)) = fn_aquatic_ecosystem_10(fn_ocean_acidification_31(X))
& fn_aquatic_ecosystem_10(fn_ocean_acidification_31(X)) = fn_aquatic_ecosystem_10(fn_ocean_acidification_31(X))
& fn_aquatic_ecosystem_11(fn_ocean_acidification_31(X)) = fn_aquatic_ecosystem_10(fn_ocean_acidification_31(X))
& fn_aquatic_ecosystem_10(fn_ocean_acidification_31(X)) = fn_aquatic_ecosystem_11(fn_ocean_acidification_31(X))
& fn_aquatic_ecosystem_11(fn_ocean_acidification_31(X)) = fn_solution_5(fn_ocean_acidification_37(X))
& fn_solution_5(fn_ocean_acidification_37(X)) = fn_solution_5(fn_ocean_acidification_37(X))
& fn_solution_5(fn_ocean_acidification_37(X)) = fn_mixture_2(fn_ocean_acidification_37(X))
& fn_mixture_2(fn_ocean_acidification_37(X)) = fn_solution_5(fn_ocean_acidification_37(X))
& fn_solution_5(fn_ocean_acidification_37(X)) = fn_chemical_reaction_1(fn_ocean_acidification_52(X))
& fn_chemical_reaction_1(fn_ocean_acidification_52(X)) = fn_exergonic_reaction_10(fn_ocean_acidification_51(X))
& fn_exergonic_reaction_10(fn_ocean_acidification_51(X)) = fn_chemical_reaction_1(fn_ocean_acidification_52(X))
& fn_chemical_reaction_1(fn_ocean_acidification_52(X)) = fn_acid_dissociation_reaction_10(fn_ocean_acidification_51(X))
& fn_acid_dissociation_reaction_10(fn_ocean_acidification_51(X)) = fn_acid_dissociation_reaction_10(fn_ocean_acidification_51(X))
& fn_acid_dissociation_reaction_10(fn_ocean_acidification_51(X)) = fn_molecule_11(fn_ocean_acidification_35(X))
& fn_molecule_11(fn_ocean_acidification_35(X)) = fn_organic_molecule_2(fn_ocean_acidification_35(X))
& fn_organic_molecule_2(fn_ocean_acidification_35(X)) = fn_organic_molecule_2(fn_ocean_acidification_35(X))
& fn_organic_molecule_2(fn_ocean_acidification_35(X)) = fn_chemical_bond_1(fn_ocean_acidification_55(X))
& fn_chemical_bond_1(fn_ocean_acidification_55(X)) = fn_chemical_bond_4(fn_ocean_acidification_55(X))
& fn_chemical_bond_4(fn_ocean_acidification_55(X)) = fn_chemical_bond_4(fn_ocean_acidification_55(X))
& fn_chemical_bond_4(fn_ocean_acidification_55(X)) = fn_organic_molecule_1(fn_ocean_acidification_35(X))
& fn_organic_molecule_1(fn_ocean_acidification_35(X)) = fn_organic_molecule_1(fn_ocean_acidification_35(X))
& fn_organic_molecule_1(fn_ocean_acidification_35(X)) = fn_chemical_reaction_2(fn_ocean_acidification_52(X))
& fn_chemical_reaction_2(fn_ocean_acidification_52(X)) = fn_water_83(fn_ocean_acidification_38(X))
& fn_water_98(fn_ocean_acidification_38(X)) = fn_water_83(fn_ocean_acidification_38(X))
& fn_water_83(fn_ocean_acidification_38(X)) = fn_water_98(fn_ocean_acidification_38(X))
& fn_water_98(fn_ocean_acidification_38(X)) = fn_water_98(fn_ocean_acidification_38(X))
& fn_freezing_of_water_20(fn_ocean_acidification_50(X)) = fn_water_98(fn_ocean_acidification_38(X))
& fn_water_98(fn_ocean_acidification_38(X)) = fn_freezing_of_water_20(fn_ocean_acidification_50(X))
& fn_freezing_of_water_20(fn_ocean_acidification_50(X)) = fn_solution_6(fn_ocean_acidification_37(X))
& fn_solution_6(fn_ocean_acidification_37(X)) = fn_solution_6(fn_ocean_acidification_37(X))
& fn_solution_6(fn_ocean_acidification_37(X)) = fn_freezing_of_water_24(fn_ocean_acidification_50(X))
& fn_freezing_of_water_24(fn_ocean_acidification_50(X)) = fn_freezing_of_water_24(fn_ocean_acidification_50(X))
& fn_freezing_of_water_24(fn_ocean_acidification_50(X)) = fn_co2_gas_1(fn_ocean_acidification_34(X))
& fn_co2_gas_1(fn_ocean_acidification_34(X)) = fn_exergonic_reaction_11(fn_ocean_acidification_33(X))
& fn_exergonic_reaction_11(fn_ocean_acidification_33(X)) = fn_co2_gas_1(fn_ocean_acidification_34(X))
& fn_co2_gas_1(fn_ocean_acidification_34(X)) = fn_combustion_of_fossil_fuel_4(fn_ocean_acidification_33(X))
& fn_combustion_of_fossil_fuel_4(fn_ocean_acidification_33(X)) = fn_reduction_4(fn_ocean_acidification_58(X))
& fn_oxidation_9(fn_ocean_acidification_59(X)) = fn_oxidation_9(fn_ocean_acidification_59(X))
& fn_reduction_4(fn_ocean_acidification_58(X)) = fn_oxidation_9(fn_ocean_acidification_59(X))
& fn_oxidation_9(fn_ocean_acidification_59(X)) = fn_reduction_4(fn_ocean_acidification_58(X))
& fn_reduction_4(fn_ocean_acidification_58(X)) = fn_reduction_4(fn_ocean_acidification_58(X))
& fn_redox_reaction_7(fn_ocean_acidification_33(X)) = fn_reduction_4(fn_ocean_acidification_58(X))
& fn_reduction_4(fn_ocean_acidification_58(X)) = fn_redox_reaction_7(fn_ocean_acidification_33(X))
& fn_combustion_of_fossil_fuel_11(fn_ocean_acidification_33(X)) = fn_combustion_of_fossil_fuel_11(fn_ocean_acidification_33(X))
& fn_combustion_of_fossil_fuel_11(fn_ocean_acidification_33(X)) = fn_redox_reaction_7(fn_ocean_acidification_33(X))
& fn_redox_reaction_7(fn_ocean_acidification_33(X)) = fn_combustion_of_fossil_fuel_11(fn_ocean_acidification_33(X))
& fn_combustion_of_fossil_fuel_11(fn_ocean_acidification_33(X)) = fn_oxidation_10(fn_ocean_acidification_59(X))
& fn_reduction_1(fn_ocean_acidification_58(X)) = fn_oxidation_10(fn_ocean_acidification_59(X))
& fn_oxidation_10(fn_ocean_acidification_59(X)) = fn_oxidation_10(fn_ocean_acidification_59(X))
& fn_oxidation_10(fn_ocean_acidification_59(X)) = fn_reduction_1(fn_ocean_acidification_58(X))
& fn_reduction_1(fn_ocean_acidification_58(X)) = fn_reduction_1(fn_ocean_acidification_58(X))
& fn_redox_reaction_16(fn_ocean_acidification_33(X)) = fn_reduction_1(fn_ocean_acidification_58(X))
& fn_reduction_1(fn_ocean_acidification_58(X)) = fn_redox_reaction_16(fn_ocean_acidification_33(X))
& fn_combustion_of_fossil_fuel_10(fn_ocean_acidification_33(X)) = fn_redox_reaction_16(fn_ocean_acidification_33(X))
& fn_redox_reaction_16(fn_ocean_acidification_33(X)) = fn_combustion_of_fossil_fuel_10(fn_ocean_acidification_33(X))
& fn_combustion_of_fossil_fuel_10(fn_ocean_acidification_33(X)) = fn_combustion_of_fossil_fuel_10(fn_ocean_acidification_33(X))
& fn_combustion_of_fossil_fuel_10(fn_ocean_acidification_33(X)) = fn_reduction_3(fn_ocean_acidification_58(X))
& fn_reduction_3(fn_ocean_acidification_58(X)) = fn_oxidation_7(fn_ocean_acidification_59(X))
& fn_oxidation_7(fn_ocean_acidification_59(X)) = fn_oxidation_7(fn_ocean_acidification_59(X))
& fn_oxidation_7(fn_ocean_acidification_59(X)) = fn_reduction_3(fn_ocean_acidification_58(X))
& fn_reduction_3(fn_ocean_acidification_58(X)) = fn_reduction_3(fn_ocean_acidification_58(X))
& fn_reduction_3(fn_ocean_acidification_58(X)) = fn_redox_reaction_12(fn_ocean_acidification_33(X))
& fn_combustion_of_fossil_fuel_9(fn_ocean_acidification_33(X)) = fn_redox_reaction_12(fn_ocean_acidification_33(X))
& fn_redox_reaction_12(fn_ocean_acidification_33(X)) = fn_combustion_of_fossil_fuel_9(fn_ocean_acidification_33(X))
& fn_combustion_of_fossil_fuel_9(fn_ocean_acidification_33(X)) = fn_combustion_of_fossil_fuel_9(fn_ocean_acidification_33(X)) ) ) ).
fof(a531351,axiom,
! [X] :
( oceanic_pelagic_zone_1(X)
=> ( original_name_2(X,'Oceanic-Pelagic-Zone')
& user_description_2(X,'The waters of the ocean beyond the continental shelf, far from shore and mixed by currents.')
& concept2words_2(X,'oceanic pelagic zone')
& concept2words_2(X,'oceanic-pelagic-zone')
& aquatic_zone_1(X)
& ~ abyssal_zone_1(X)
& ~ aphotic_zone_1(X)
& ~ benthic_zone_1(X)
& ~ deep_sea_hydrothermal_vent_1(X)
& ~ estuary_1(X)
& ~ eutrophic_lake_1(X)
& ~ intertidal_zone_1(X)
& ~ limnetic_zone_1(X)
& ~ littoral_zone_1(X)
& ~ marine_benthic_zone_1(X)
& ~ neritic_zone_1(X)
& ~ oligotrophic_lake_1(X)
& ~ photic_zone_1(X) ) ) ).
fof(a531352,axiom,
! [X] :
( oceanic_zone_1(X)
=> ( original_name_2(X,'Oceanic-Zone')
& user_description_2(X,'Most of the ocean\'s waters far from shore, constantly mixed by ocean currents.')
& concept2words_2(X,'zone of oceanic')
& concept2words_2(X,'oceanic zone')
& concept2words_2(X,'oceanic-zone')
& aquatic_zone_1(X) ) ) ).
fof(a531353,axiom,
! [X] :
( ocotillo_1(X)
=> ( original_name_2(X,'Ocotillo')
& user_description_2(X,'Ocotillo is a desert plant common in the southwestern region of the United States and northern Mexico.')
& concept2words_2(X,ocotillo)
& desert_plant_1(X) ) ) ).
fof(a531354,axiom,
! [X] :
( octopus_1(X)
=> ( original_name_2(X,'Octopus')
& user_description_2(X,'A cephalopod mollusc that has four pairs of suckered arms arranged around a central mouth. Octopuses are highly cephalized.')
& concept2words_2(X,octopus)
& cephalopod_1(X) ) ) ).
fof(a531355,axiom,
! [X] :
( odonata_1(X)
=> ( original_name_2(X,'Odonata')
& user_description_2(X,'An order of insects that includes dragonflies and damselflies.')
& concept2words_2(X,odonata)
& insect_1(X)
& ~ aphid_1(X)
& ~ beetle_1(X)
& ~ caddisfly_1(X)
& ~ dermaptera_1(X)
& ~ diptera_1(X)
& ~ hymenoptera_1(X)
& ~ isoptera_1(X)
& ~ lepidoptera_1(X)
& ~ mayfly_1(X)
& ~ orthoptera_1(X)
& ~ sucking_louse_1(X) ) ) ).
fof(a531356,axiom,
! [X] :
( odorant_1(X)
=> ( original_name_2(X,'Odorant')
& user_description_2(X,'Any molecule in the air that can be detected by the olfactory system\'s sensory receptors.')
& concept2words_2(X,'aroma compound')
& concept2words_2(X,'aroma-compound')
& chemical_messenger_1(X)
& chemical_bond_1(fn_odorant_1(X))
& atom_1(fn_odorant_2(X))
& atom_1(fn_odorant_3(X))
& chemical_entity_1(fn_odorant_4(X))
& chemical_entity_1(fn_chemical_bond_1(fn_odorant_1(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_odorant_1(X)))
& has_part_2(fn_odorant_4(X),fn_odorant_3(X))
& has_part_2(fn_odorant_4(X),fn_odorant_2(X))
& possesses_2(fn_odorant_4(X),fn_odorant_1(X))
& is_between_2(fn_odorant_1(X),fn_odorant_2(X))
& is_between_2(fn_odorant_1(X),fn_odorant_3(X))
& plays_2(fn_odorant_4(X),X)
& fn_odorant_2(X) = fn_chemical_bond_1(fn_odorant_1(X))
& fn_odorant_3(X) = fn_chemical_bond_4(fn_odorant_1(X))
& fn_odorant_4(X) = fn_messenger_1(X) ) ) ).
fof(a531357,axiom,
! [X] :
( offspring_1(X)
=> ( original_name_2(X,'Offspring')
& user_description_2(X,'An offspring is the descendent or progeny of an organism.')
& concept2words_2(X,baby)
& concept2words_2(X,child)
& concept2words_2(X,progeny)
& concept2words_2(X,descendant)
& concept2words_2(X,offspring)
& organism_role_1(X) ) ) ).
fof(a531358,axiom,
! [X] :
( oil_1(X)
=> ( original_name_2(X,'Oil')
& user_description_2(X,'It is a form of Lipid')
& concept2words_2(X,oil)
& fat_1(X) ) ) ).
fof(a531359,axiom,
! [X,X1] :
( ( has_part_2(X,X1)
& liquid_substance_1(X)
& oil_1(X1) )
=> ( oil_substance_1(X)
& fn_oil_substance_2(X) = X1 ) ) ).
fof(a531360,axiom,
! [X] :
( oil_substance_1(X)
=> ( original_name_2(X,'Oil-Substance')
& user_description_2(X,'An oil is any substance that is liquid at ambient temperatures and is hydrophobic but soluble in organic solvents.')
& concept2words_2(X,'substance of oil')
& concept2words_2(X,'oil substance')
& concept2words_2(X,'oil-substance')
& liquid_substance_1(X)
& oil_1(fn_oil_substance_2(X))
& has_part_2(X,fn_oil_substance_2(X)) ) ) ).
fof(a531361,axiom,
! [X] :
( okazaki_fragments_1(X)
=> ( original_name_2(X,'Okazaki-fragments')
& user_description_2(X,'Short pieces of DNA created on the lagging strand during DNA replication.')
& concept2words_2(X,'okazaki fragment')
& concept2words_2(X,'okazaki-fragment')
& concept2words_2(X,'okazaki fragments')
& eukaryote_dna_sequence_1(X)
& dna_piece_1(X)
& ~ restriction_fragment_1(X)
& rna_priming_1(fn_okazaki_fragments_1(X))
& synthesis_of_lagging_strand_1(fn_okazaki_fragments_2(X))
& rna_priming_1(fn_synthesis_of_dna_strand_1(fn_okazaki_fragments_2(X)))
& result_2(fn_okazaki_fragments_1(X),X)
& first_subevent_2(fn_okazaki_fragments_2(X),fn_okazaki_fragments_1(X))
& fn_okazaki_fragments_1(X) = fn_synthesis_of_dna_strand_1(fn_okazaki_fragments_2(X)) ) ) ).
fof(a531362,axiom,
! [X] :
( oleander_1(X)
=> ( original_name_2(X,'Oleander')
& user_description_2(X,'A poisonous Eurasian evergreen shrub (Nerium oleander) having fragrant white, rose, or purple flowers, whorled leaves, and long follicles containing numerous comose seeds.')
& concept2words_2(X,oleander)
& angiosperm_1(X) ) ) ).
fof(a531363,axiom,
! [X] :
( olfaction_1(X)
=> ( original_name_2(X,'Olfaction')
& user_description_2(X,'Olfaction is the special sense which is otherwise known as the sense of smell.')
& concept2words_2(X,smelling)
& concept2words_2(X,smell)
& concept2words_2(X,'olfactory use')
& concept2words_2(X,'olfactory use')
& concept2words_2(X,smelling)
& concept2words_2(X,olfaction)
& sensory_process_1(X)
& ~ color_vision_1(X)
& ~ de_etiolation_1(X)
& ~ gustation_1(X)
& ~ lateral_line_system_1(X)
& ~ sight_1(X)
& ~ touch_1(X) ) ) ).
fof(a531364,axiom,
! [X] :
( oligochaete_1(X)
=> ( original_name_2(X,'Oligochaete')
& user_description_2(X,'Subclass of the phylum Annelida characterized by the presence of few hairs (setae) on each of their body segments.')
& concept2words_2(X,oligochaete)
& annelid_1(X) ) ) ).
fof(a531365,axiom,
! [X] :
( oligodendrocyte_1(X)
=> ( original_name_2(X,'Oligodendrocyte')
& user_description_2(X,'A type of glial cell found in the central nervous sytem of some vertebrates. Oligodendrocytes form the insulating myelin sheath that covers the axons of neurons.')
& concept2words_2(X,oligodendrocyte)
& glial_cell_1(X)
& ~ astrocyte_1(X)
& ~ radial_glia_1(X)
& ~ schwann_cell_1(X) ) ) ).
fof(a531366,axiom,
! [X] :
( oligosaccharide_1(X)
=> ( original_name_2(X,'Oligosaccharide')
& user_description_2(X,'Oligosaccharides are polymers containing a small number (typically three to ten) of component sugars (monosaccharides)')
& concept2words_2(X,'oligo saccharide')
& concept2words_2(X,'oligo-saccharide')
& concept2words_2(X,oligosaccharide)
& carbohydrate_1(X)
& ~ aldose_1(X)
& ~ disaccharide_1(X)
& ~ nucleic_acid_1(X)
& ~ polypeptide_1(X)
& ~ sporopollenin_1(X)
& ~ sister_chromatid_1(X)
& glycosidic_linkage_1(fn_oligosaccharide_1(X))
& polar_covalent_bond_1(fn_oligosaccharide_2(X))
& entity_1(fn_oligosaccharide_3(X))
& chemical_entity_1(fn_oligosaccharide_3(X))
& atom_1(fn_oligosaccharide_3(X))
& oxygen_1(fn_oligosaccharide_3(X))
& entity_1(fn_oligosaccharide_4(X))
& chemical_entity_1(fn_oligosaccharide_4(X))
& atom_1(fn_oligosaccharide_4(X))
& hydrogen_1(fn_oligosaccharide_4(X))
& entity_1(fn_oligosaccharide_5(X))
& chemical_entity_1(fn_oligosaccharide_5(X))
& atom_1(fn_oligosaccharide_5(X))
& carbon_1(fn_oligosaccharide_5(X))
& functional_group_1(fn_oligosaccharide_6(X))
& carbonyl_group_1(fn_oligosaccharide_6(X))
& atomic_nucleus_1(fn_oligosaccharide_7(X))
& center_1(fn_oligosaccharide_8(X))
& entity_1(fn_oligosaccharide_9(X))
& atom_1(fn_oligosaccharide_9(X))
& chemical_entity_1(fn_oligosaccharide_9(X))
& oxygen_1(fn_oligosaccharide_9(X))
& double_bond_1(fn_oligosaccharide_10(X))
& share_1(fn_oligosaccharide_11(X))
& hold_together_1(fn_oligosaccharide_12(X))
& chemical_entity_1(fn_functional_group_1(fn_oligosaccharide_6(X)))
& share_1(fn_carbonyl_group_5(fn_oligosaccharide_6(X)))
& hold_together_1(fn_carbonyl_group_10(fn_oligosaccharide_6(X)))
& double_bond_1(fn_carbonyl_group_8(fn_oligosaccharide_6(X)))
& entity_1(fn_carbonyl_group_7(fn_oligosaccharide_6(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_oligosaccharide_6(X)))
& atom_1(fn_carbonyl_group_7(fn_oligosaccharide_6(X)))
& carbon_1(fn_carbonyl_group_7(fn_oligosaccharide_6(X)))
& oxygen_1(fn_carbonyl_group_9(fn_oligosaccharide_6(X)))
& minCardinality(X,has_part_0,"3",monosaccharide_0)
& maxCardinality(X,has_part_0,"10",monosaccharide_0)
& possesses_2(X,fn_oligosaccharide_1(X))
& has_region_2(X,fn_oligosaccharide_6(X))
& possesses_2(X,fn_oligosaccharide_10(X))
& has_region_2(fn_oligosaccharide_9(X),fn_oligosaccharide_8(X))
& is_at_2(fn_oligosaccharide_7(X),fn_oligosaccharide_8(X))
& has_region_2(fn_oligosaccharide_9(X),fn_oligosaccharide_7(X))
& is_between_2(fn_oligosaccharide_2(X),fn_oligosaccharide_3(X))
& fn_oligosaccharide_3(X) != fn_oligosaccharide_5(X)
& has_part_2(X,fn_oligosaccharide_5(X))
& has_part_2(X,fn_oligosaccharide_3(X))
& fn_oligosaccharide_5(X) != fn_oligosaccharide_3(X)
& possesses_2(X,fn_oligosaccharide_2(X))
& is_between_2(fn_oligosaccharide_2(X),fn_oligosaccharide_4(X))
& has_part_2(X,fn_oligosaccharide_4(X))
& fn_oligosaccharide_9(X) != fn_oligosaccharide_4(X)
& fn_oligosaccharide_4(X) != fn_oligosaccharide_9(X)
& has_part_2(X,fn_oligosaccharide_9(X))
& fn_oligosaccharide_3(X) != fn_oligosaccharide_9(X)
& fn_oligosaccharide_4(X) != fn_oligosaccharide_3(X)
& fn_oligosaccharide_3(X) != fn_oligosaccharide_4(X)
& fn_oligosaccharide_9(X) != fn_oligosaccharide_3(X)
& agent_2(fn_oligosaccharide_12(X),fn_oligosaccharide_10(X))
& object_2(fn_oligosaccharide_12(X),fn_oligosaccharide_9(X))
& agent_2(fn_oligosaccharide_11(X),fn_oligosaccharide_9(X))
& result_2(fn_oligosaccharide_11(X),fn_oligosaccharide_10(X))
& is_inside_2(fn_oligosaccharide_9(X),fn_oligosaccharide_6(X))
& is_between_2(fn_oligosaccharide_10(X),fn_oligosaccharide_9(X))
& has_function_2(fn_oligosaccharide_10(X),fn_oligosaccharide_12(X))
& fn_oligosaccharide_5(X) != fn_oligosaccharide_9(X)
& fn_oligosaccharide_9(X) != fn_oligosaccharide_5(X)
& X = fn_functional_group_1(fn_oligosaccharide_6(X))
& fn_oligosaccharide_6(X) = fn_carbohydrate_34(X)
& fn_oligosaccharide_10(X) = fn_carbohydrate_35(X)
& fn_oligosaccharide_7(X) = fn_carbohydrate_22(X)
& fn_oligosaccharide_8(X) = fn_carbohydrate_23(X)
& fn_oligosaccharide_5(X) = fn_carbohydrate_5(X)
& fn_oligosaccharide_3(X) = fn_carbohydrate_38(X)
& fn_oligosaccharide_2(X) = fn_carbohydrate_36(X)
& fn_oligosaccharide_4(X) = fn_carbohydrate_32(X)
& fn_oligosaccharide_3(X) = fn_carbohydrate_39(X)
& fn_oligosaccharide_9(X) = fn_carbohydrate_38(X)
& fn_oligosaccharide_11(X) = fn_carbonyl_group_5(fn_oligosaccharide_6(X))
& fn_oligosaccharide_12(X) = fn_carbonyl_group_10(fn_oligosaccharide_6(X))
& fn_oligosaccharide_10(X) = fn_carbonyl_group_8(fn_oligosaccharide_6(X))
& fn_oligosaccharide_5(X) = fn_carbonyl_group_7(fn_oligosaccharide_6(X))
& fn_oligosaccharide_9(X) = fn_carbonyl_group_9(fn_oligosaccharide_6(X))
& fn_carbohydrate_39(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_carbohydrate_35(X)
& fn_carbohydrate_35(X) = fn_carbonyl_group_8(fn_oligosaccharide_6(X))
& fn_carbonyl_group_8(fn_oligosaccharide_6(X)) = fn_carbonyl_group_8(fn_oligosaccharide_6(X))
& fn_carbonyl_group_8(fn_oligosaccharide_6(X)) = fn_carbohydrate_5(X)
& fn_carbohydrate_5(X) = fn_carbohydrate_5(X)
& fn_carbohydrate_5(X) = fn_carbonyl_group_7(fn_oligosaccharide_6(X))
& fn_carbonyl_group_7(fn_oligosaccharide_6(X)) = fn_carbonyl_group_7(fn_oligosaccharide_6(X))
& fn_carbonyl_group_7(fn_oligosaccharide_6(X)) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_carbonyl_group_9(fn_oligosaccharide_6(X))
& fn_carbonyl_group_9(fn_oligosaccharide_6(X)) = fn_carbonyl_group_9(fn_oligosaccharide_6(X)) ) ) ).
fof(a531367,axiom,
! [X] :
( oligosaccharin_1(X)
=> ( original_name_2(X,'Oligosaccharin')
& user_description_2(X,'Any of a group of regulatory polysaccharides derived from plant cell walls that induces a physiological response in nearby cells. Oligosaccharins control functions such as growth, defense against disease, development, and reproduction.')
& concept2words_2(X,oligosaccharin)
& oligosaccharide_1(X)
& ~ amylose_1(X)
& ~ glycogen_1(X)
& ~ noncellulose_polysaccharide_1(X)
& ~ storage_polysaccharide_1(X)
& ~ structural_polysaccharide_1(X) ) ) ).
fof(a531368,axiom,
! [X] :
( oligotrophic_lake_1(X)
=> ( original_name_2(X,'Oligotrophic-Lake')
& user_description_2(X,'A lake that is nutrient-poor and thus has low productivity. The waters of an oligotrophic lake are clear, with very few phytoplankton.')
& concept2words_2(X,'oligotrophic lake')
& concept2words_2(X,'oligotrophic-lake')
& lake_1(X)
& ~ abyssal_zone_1(X)
& ~ aphotic_zone_1(X)
& ~ benthic_zone_1(X)
& ~ deep_sea_hydrothermal_vent_1(X)
& ~ estuary_1(X)
& ~ eutrophic_lake_1(X)
& ~ intertidal_zone_1(X)
& ~ limnetic_zone_1(X)
& ~ littoral_zone_1(X)
& ~ marine_benthic_zone_1(X)
& ~ neritic_zone_1(X)
& ~ oceanic_pelagic_zone_1(X)
& ~ photic_zone_1(X) ) ) ).
fof(a531369,axiom,
! [X] :
( olive_oil_1(X)
=> ( original_name_2(X,'Olive-Oil')
& user_description_2(X,'The fat obtained from olive fruit of the olive plant is called olive oil.')
& concept2words_2(X,'oil of olive')
& concept2words_2(X,'olive oil')
& concept2words_2(X,'olive-oil')
& plant_fat_1(X) ) ) ).
fof(a531370,axiom,
! [X] :
( omasum_1(X)
=> ( original_name_2(X,'Omasum')
& user_description_2(X,'The third chamber in a ruminant\'s digestive system in which water is removed from the cud.')
& concept2words_2(X,omasum)
& digestive_organ_1(X) ) ) ).
fof(a531371,axiom,
! [X] :
( omega_3_fatty_acid_1(X)
=> ( original_name_2(X,'Omega-3-Fatty-Acid')
& user_description_2(X,'Omega 3 fatty acids are essential fatty acid required for normal growth in children and protect adults against cardiovascular disease. Omega 3 fatty acid are found in Fatty fish, certain nuts and vegetable oils.')
& concept2words_2(X,'omega 3 fatty acid')
& concept2words_2(X,'omega-3-fatty-acid')
& essential_fatty_acid_1(X) ) ) ).
fof(a531372,axiom,
! [X] :
( ommatidium_1(X)
=> ( original_name_2(X,'Ommatidium')
& user_description_2(X,'The functional unit of the compound eye found in arthropods and some polychaete worms.')
& concept2words_2(X,ommatidia)
& concept2words_2(X,ommatidium)
& sensory_nervous_tissue_1(X)
& ~ brain_region_1(X)
& ~ ganglion_1(X)
& ~ gray_matter_1(X)
& ~ nerve_circuit_1(X)
& ~ neural_crest_1(X)
& ~ neuromast_1(X)
& ~ notochord_1(X)
& ~ optic_nerve_1(X)
& ~ retina_1(X)
& ~ white_matter_1(X) ) ) ).
fof(a531373,axiom,
! [X] :
( omnivore_1(X)
=> ( original_name_2(X,'Omnivore')
& user_description_2(X,'An animal which obtains energy and nutrients by consuming both heterotrophs and autotrophs.')
& concept2words_2(X,omnivore)
& heterotroph_1(X)
& organic_molecule_1(fn_omnivore_1(X))
& algae_1(fn_omnivore_1(X))
& animal_1(fn_omnivore_2(X))
& plant_1(fn_omnivore_3(X))
& length_value_1(fn_omnivore_4(X))
& length_value_1(fn_omnivore_5(X))
& digestive_system_1(fn_omnivore_8(X))
& alimentary_canal_1(fn_omnivore_9(X))
& nutrition_1(fn_omnivore_10(X))
& agent_role_1(fn_omnivore_11(X))
& entity_1(fn_omnivore_12(X))
& animal_1(fn_omnivore_12(X))
& entity_1(fn_agent_role_1(fn_omnivore_11(X)))
& digestive_tract_1(fn_animal_2(fn_omnivore_12(X)))
& digestive_system_1(fn_animal_5(fn_omnivore_12(X)))
& nutrition_1(fn_animal_19(fn_omnivore_12(X)))
& heterotroph_1(fn_animal_18(fn_omnivore_12(X)))
& beneficiary_2(fn_omnivore_10(X),fn_omnivore_12(X))
& raw_material_2(fn_omnivore_10(X),fn_omnivore_1(X))
& raw_material_2(fn_omnivore_10(X),fn_omnivore_3(X))
& raw_material_2(fn_omnivore_10(X),fn_omnivore_2(X))
& length_2(fn_omnivore_9(X),fn_omnivore_4(X))
& greater_than_2(fn_omnivore_4(X),fn_omnivore_5(X))
& length_2(fn_omnivore_12(X),fn_omnivore_5(X))
& plays_2(fn_omnivore_12(X),fn_omnivore_11(X))
& plays_2(fn_omnivore_12(X),X)
& in_event_2(X,fn_omnivore_10(X))
& agent_2(fn_omnivore_10(X),fn_omnivore_12(X))
& has_region_2(fn_omnivore_12(X),fn_omnivore_8(X))
& has_region_2(fn_omnivore_8(X),fn_omnivore_9(X))
& fn_omnivore_12(X) = fn_agent_role_1(fn_omnivore_11(X))
& fn_omnivore_9(X) = fn_animal_2(fn_omnivore_12(X))
& fn_omnivore_8(X) = fn_animal_5(fn_omnivore_12(X))
& fn_omnivore_10(X) = fn_animal_19(fn_omnivore_12(X))
& X = fn_animal_18(fn_omnivore_12(X))
& fn_animal_18(fn_omnivore_12(X)) = fn_animal_18(fn_omnivore_12(X)) ) ) ).
fof(a531374,axiom,
! [X] :
( oncogene_1(X)
=> ( original_name_2(X,'Oncogene')
& user_description_2(X,'A gene found in viral or cellular genomes that is involved in triggering molecular events that can lead to cancer.')
& concept2words_2(X,'cancer causing gene')
& concept2words_2(X,oncogene)
& gene_1(X)
& charge_value_1(fn_oncogene_2(X))
& speed_value_1(fn_oncogene_3(X))
& quantity_value_1(fn_oncogene_4(X))
& change_1(fn_oncogene_5(X))
& cancer_cell_1(fn_oncogene_6(X))
& mutation_1(fn_oncogene_7(X))
& translocation_during_translation_1(fn_oncogene_8(X))
& kinetic_energy_1(fn_oncogene_11(X))
& constant_motion_1(fn_oncogene_12(X))
& entity_1(fn_oncogene_13(X))
& cancer_1(fn_oncogene_13(X))
& code_for_1(fn_oncogene_14(X))
& cell_1(fn_oncogene_15(X))
& entity_1(fn_oncogene_16(X))
& proto_oncogene_1(fn_oncogene_16(X))
& point_mutation_1(fn_oncogene_17(X))
& gene_amplification_1(fn_oncogene_18(X))
& dna_transfer_1(fn_oncogene_19(X))
& host_1(fn_oncogene_20(X))
& atom_1(fn_oncogene_21(X))
& chemical_entity_1(fn_oncogene_21(X))
& carbon_1(fn_oncogene_22(X))
& carbon_skeleton_1(fn_oncogene_23(X))
& entity_1(fn_transfer_1(fn_oncogene_19(X)))
& event_1(fn_host_2(fn_oncogene_20(X)))
& living_entity_1(fn_host_1(fn_oncogene_20(X)))
& mutation_1(fn_proto_oncogene_14(fn_oncogene_16(X)))
& constant_motion_1(fn_kinetic_energy_1(fn_oncogene_11(X)))
& atom_1(fn_carbon_skeleton_2(fn_oncogene_23(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_oncogene_23(X)))
& carbon_1(fn_carbon_skeleton_4(fn_oncogene_23(X)))
& entity_1(fn_code_for_2(fn_oncogene_14(X)))
& gene_amplification_1(fn_cancer_2(fn_oncogene_13(X)))
& oncogene_1(fn_proto_oncogene_5(fn_oncogene_16(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_oncogene_11(X)))
& entity_1(fn_code_for_1(fn_oncogene_14(X)))
& result_2(fn_oncogene_19(X),fn_oncogene_13(X))
& result_2(fn_oncogene_19(X),X)
& object_2(fn_oncogene_18(X),fn_oncogene_16(X))
& result_2(fn_oncogene_18(X),X)
& result_2(fn_oncogene_17(X),fn_oncogene_13(X))
& object_2(fn_oncogene_8(X),fn_oncogene_16(X))
& result_2(fn_oncogene_8(X),fn_oncogene_13(X))
& result_2(fn_oncogene_8(X),X)
& by_means_of_2(fn_oncogene_7(X),fn_oncogene_8(X))
& by_means_of_2(fn_oncogene_7(X),fn_oncogene_18(X))
& by_means_of_2(fn_oncogene_7(X),fn_oncogene_19(X))
& base_2(fn_oncogene_7(X),fn_oncogene_16(X))
& result_2(fn_oncogene_7(X),X)
& has_part_2(X,fn_oncogene_21(X))
& has_part_2(X,fn_oncogene_22(X))
& has_region_2(X,fn_oncogene_23(X))
& object_2(fn_oncogene_5(X),fn_oncogene_15(X))
& result_2(fn_oncogene_5(X),fn_oncogene_6(X))
& agent_2(fn_oncogene_5(X),X)
& result_2(fn_oncogene_14(X),fn_oncogene_6(X))
& donor_2(fn_oncogene_14(X),X)
& directly_proportional_2(fn_oncogene_3(X),fn_oncogene_4(X))
& speed_2(fn_oncogene_12(X),fn_oncogene_3(X))
& quantity_2(fn_oncogene_11(X),fn_oncogene_4(X))
& the_categorical_value_2(fn_oncogene_2(X),partial_negative_0)
& the_categorical_value_2(fn_oncogene_2(X),partial_positive_0)
& the_cardinal_value_2(fn_oncogene_2(X),"0.0e0")
& cardinal_unit_class_2(fn_oncogene_2(X),unity_0)
& object_2(fn_oncogene_19(X),fn_oncogene_16(X))
& in_event_2(fn_oncogene_20(X),fn_oncogene_19(X))
& plays_2(fn_oncogene_15(X),fn_oncogene_20(X))
& object_2(fn_oncogene_17(X),fn_oncogene_16(X))
& result_2(fn_oncogene_17(X),X)
& possesses_2(X,fn_oncogene_11(X))
& object_2(fn_oncogene_12(X),X)
& is_inside_2(fn_oncogene_22(X),fn_oncogene_23(X))
& fn_oncogene_21(X) != fn_oncogene_22(X)
& fn_oncogene_22(X) != fn_oncogene_21(X)
& agent_2(fn_oncogene_14(X),X)
& result_2(fn_oncogene_18(X),fn_oncogene_13(X))
& result_2(fn_oncogene_14(X),fn_oncogene_13(X))
& fn_oncogene_16(X) = fn_transfer_1(fn_oncogene_19(X))
& fn_oncogene_19(X) = fn_host_2(fn_oncogene_20(X))
& fn_oncogene_15(X) = fn_host_1(fn_oncogene_20(X))
& X = fn_proto_oncogene_5(fn_oncogene_16(X))
& fn_oncogene_17(X) = fn_proto_oncogene_14(fn_oncogene_16(X))
& fn_oncogene_12(X) = fn_kinetic_energy_1(fn_oncogene_11(X))
& X = fn_kinetic_energy_2(fn_oncogene_11(X))
& fn_oncogene_21(X) = fn_carbon_skeleton_2(fn_oncogene_23(X))
& fn_oncogene_22(X) = fn_carbon_skeleton_4(fn_oncogene_23(X))
& X = fn_code_for_1(fn_oncogene_14(X))
& fn_oncogene_13(X) = fn_code_for_2(fn_oncogene_14(X))
& fn_oncogene_18(X) = fn_cancer_2(fn_oncogene_13(X))
& fn_proto_oncogene_5(fn_oncogene_16(X)) = fn_kinetic_energy_2(fn_oncogene_11(X))
& fn_kinetic_energy_2(fn_oncogene_11(X)) = fn_kinetic_energy_2(fn_oncogene_11(X))
& fn_kinetic_energy_2(fn_oncogene_11(X)) = fn_code_for_1(fn_oncogene_14(X)) ) ) ).
fof(a531375,axiom,
! [X] :
( one_gene_one_enzyme_hypothesis_1(X)
=> ( original_name_2(X,'One-Gene-One-Enzyme-Hypothesis')
& user_description_2(X,'One Gene One Enzyme hypothesis is concerned with the hypothesis that a gene has a function of dictating the synthesis of a specific enzyme. This hypothesis was given by Beadle and tatum')
& concept2words_2(X,'one gene one enzyme')
& concept2words_2(X,'one-gene-one-enzyme')
& concept2words_2(X,'one gene one enzyme hypothesis')
& concept2words_2(X,'one gene-one enzyme hypothesis')
& concept2words_2(X,'one-gene-one-enzyme-hypothesis')
& hypothesis_1(X) ) ) ).
fof(a531376,axiom,
! [X] :
( one_gene_one_polypeptide_1(X)
=> ( original_name_2(X,'One-Gene-One-Polypeptide')
& user_description_2(X,'One Gene One Polypeptide hypothesis is concerned with the hypothesis that a gene has a function of dictating the synthesis of a specific Polypeptide. This hypothesis was a restatement of Beadle and Tatum\'s one gene one enzyme hypothesis. This hypothesis was based on the fact that many enzymes being protein are constructed from two or more different polypeptide chains')
& concept2words_2(X,'one gene one polypeptide')
& concept2words_2(X,'one-gene-one-polypeptide')
& concept2words_2(X,'one gene-one polypeptide')
& hypothesis_1(X) ) ) ).
fof(a531377,axiom,
! [X] :
( oocyte_1(X)
=> ( original_name_2(X,'Oocyte')
& user_description_2(X,'In animals, a female germ cell; an immature egg.')
& concept2words_2(X,oocyte)
& animal_cell_1(X)
& reproductive_cell_1(X) ) ) ).
fof(a531378,axiom,
! [X] :
( oogenesis_1(X)
=> ( original_name_2(X,'Oogenesis')
& user_description_2(X,'The production of an ovum, or female gamete.')
& concept2words_2(X,'female process of gametogenesis')
& concept2words_2(X,'gametogenesis in females')
& concept2words_2(X,oogenesis)
& gametogenesis_1(X)
& egg_1(fn_oogenesis_1(X))
& divide_1(fn_oogenesis_2(X))
& primary_oocyte_1(fn_oogenesis_3(X))
& secondary_oocyte_1(fn_oogenesis_4(X))
& polar_body_1(fn_oogenesis_5(X))
& deterioration_1(fn_oogenesis_6(X))
& divide_1(fn_oogenesis_7(X))
& egg_cell_1(fn_oogenesis_8(X))
& diploid_cell_1(fn_oogenesis_9(X))
& cell_division_1(fn_oogenesis_10(X))
& meiosis_1(fn_oogenesis_10(X))
& tangible_entity_1(fn_impair_1(fn_oogenesis_6(X)))
& tangible_entity_1(fn_impair_1(fn_oogenesis_7(X)))
& tangible_entity_1(fn_impair_1(fn_oogenesis_2(X)))
& diploid_cell_1(fn_meiosis_17(fn_oogenesis_10(X)))
& cell_1(fn_cell_division_2(fn_oogenesis_10(X)))
& base_2(fn_oogenesis_10(X),fn_oogenesis_9(X))
& next_event_2(fn_oogenesis_7(X),fn_oogenesis_6(X))
& exactCardinality(fn_oogenesis_7(X),result_0,"1",gamete_0)
& exactCardinality(fn_oogenesis_7(X),result_0,"1",polar_body_0)
& result_2(fn_oogenesis_7(X),fn_oogenesis_1(X))
& result_2(fn_oogenesis_7(X),fn_oogenesis_5(X))
& first_subevent_2(X,fn_oogenesis_2(X))
& subevent_2(X,fn_oogenesis_7(X))
& subevent_2(X,fn_oogenesis_6(X))
& subevent_2(X,fn_oogenesis_2(X))
& exactCardinality(fn_oogenesis_2(X),result_0,"1",secondary_oocyte_0)
& exactCardinality(fn_oogenesis_2(X),result_0,"1",polar_body_0)
& result_2(fn_oogenesis_2(X),fn_oogenesis_5(X))
& result_2(fn_oogenesis_2(X),fn_oogenesis_4(X))
& next_event_2(fn_oogenesis_2(X),fn_oogenesis_7(X))
& object_2(fn_oogenesis_6(X),fn_oogenesis_5(X))
& object_2(fn_oogenesis_7(X),fn_oogenesis_4(X))
& object_2(fn_oogenesis_2(X),fn_oogenesis_3(X))
& result_2(X,fn_oogenesis_8(X))
& result_2(fn_oogenesis_10(X),fn_oogenesis_8(X))
& subevent_2(X,fn_oogenesis_10(X))
& object_2(fn_oogenesis_10(X),fn_oogenesis_9(X))
& fn_oogenesis_5(X) = fn_impair_1(fn_oogenesis_6(X))
& fn_oogenesis_4(X) = fn_impair_1(fn_oogenesis_7(X))
& fn_oogenesis_3(X) = fn_impair_1(fn_oogenesis_2(X))
& fn_oogenesis_8(X) = fn_cell_division_2(fn_oogenesis_10(X))
& fn_oogenesis_10(X) = fn_gametogenesis_2(X)
& fn_oogenesis_8(X) = fn_gametogenesis_1(X)
& fn_oogenesis_9(X) = fn_meiosis_17(fn_oogenesis_10(X))
& fn_cell_division_2(fn_oogenesis_10(X)) = fn_gametogenesis_1(X)
& fn_gametogenesis_1(X) = fn_gametogenesis_1(X) ) ) ).
fof(a531379,axiom,
! [X] :
( oogenesis_in_human_1(X)
=> ( original_name_2(X,'Oogenesis-In-Human')
& user_description_2(X,'The process in which ova, the female gamete, are produced in humans.')
& concept2words_2(X,'oogenesis in human')
& concept2words_2(X,'oogenesis-in-human')
& gametogenesis_in_human_1(X)
& ovary_1(fn_oogenesis_in_human_1(X))
& site_2(X,fn_oogenesis_in_human_1(X))
& fn_oogenesis_in_human_1(X) = fn_gametogenesis_in_human_1(X) ) ) ).
fof(a531380,axiom,
! [X] :
( oogonium_1(X)
=> ( original_name_2(X,'Oogonium')
& user_description_2(X,'A cell that gives rise to oocytes via mitotic division.')
& concept2words_2(X,oogonia)
& concept2words_2(X,oogonium)
& animal_cell_1(X)
& reproductive_cell_1(X) ) ) ).
fof(a531381,axiom,
! [X] :
( oomycete_1(X)
=> ( original_name_2(X,'Oomycete')
& user_description_2(X,'One of a lineage of fungus-like microbes, often called water molds, that are filamentous in form and have an absorptive lifestyle. Many are plant pathogens but most are saprobes.')
& concept2words_2(X,oomycete)
& protist_1(X)
& ~ alveolate_1(X)
& ~ amoeba_1(X)
& ~ charophycean_1(X)
& ~ chlorophyta_1(X)
& ~ dinoflagellate_1(X)
& ~ diplomonad_1(X)
& ~ foraminiferan_1(X)
& ~ freshwater_protist_1(X)
& ~ parabasalid_1(X)
& ~ radiolarian_1(X)
& ~ rhizaria_1(X)
& ~ rhodophyte_1(X)
& ~ seaweed_1(X)
& ~ stramenopile_1(X) ) ) ).
fof(a531382,axiom,
! [X] :
( oomycota_1(X)
=> ( original_name_2(X,'Oomycota')
& user_description_2(X,'The taxonomic class that includes the oomycetes.')
& concept2words_2(X,oomycota)
& chromalveolate_1(X) ) ) ).
fof(a531383,axiom,
! [X] :
( open_1(X)
=> ( original_name_2(X,'Open')
& concept2words_2(X,open)
& concept2words_2(X,'open up')
& concept2words_2(X,open_up)
& concept2words_2(X,afford)
& concept2words_2(X,unfasten)
& unblock_1(X)
& spatial_entity_1(fn_open_1(X))
& fn_open_1(X) = fn_unblock_1(X) ) ) ).
fof(a531384,axiom,
! [X] :
( open_circulatory_system_1(X)
=> ( original_name_2(X,'Open-Circulatory-System')
& user_description_2(X,'A circulatory system in which the blood and the interstitial fluid are essentially the same, and the blood leaves vessels to flow directly over body tissues.')
& concept2words_2(X,'open circulatory system')
& concept2words_2(X,'open-circulatory-system')
& circulatory_system_1(X) ) ) ).
fof(a531385,axiom,
! [X] :
( open_system_1(X)
=> ( original_name_2(X,'Open-System')
& user_description_2(X,'A system in which energy (and often matter) can be transferred between the system and its surroundings.')
& concept2words_2(X,'system of open')
& concept2words_2(X,'open system')
& concept2words_2(X,'open-system')
& thermodynamic_system_1(X)
& ~ closed_system_1(X)
& ~ cognitive_map_1(X)
& ~ ecological_model_1(X)
& ~ five_kingdom_system_1(X)
& ~ fluid_mosaic_model_1(X)
& ~ molecular_formula_1(X)
& ~ redundancy_model_1(X)
& ~ representation_of_data_1(X)
& ~ rivet_model_1(X)
& ~ sandwich_model_1(X)
& ~ stable_system_1(X)
& ~ unstable_system_1(X)
& environment_1(fn_open_system_1(X))
& free_energy_1(fn_open_system_2(X))
& transfer_1(fn_open_system_3(X))
& entity_1(fn_transfer_1(fn_open_system_3(X)))
& has_goal_2(X,fn_open_system_3(X))
& destination_2(fn_open_system_3(X),fn_open_system_1(X))
& object_2(fn_open_system_3(X),fn_open_system_2(X))
& fn_open_system_2(X) = fn_transfer_1(fn_open_system_3(X)) ) ) ).
fof(a531386,axiom,
! [X] :
( opening_of_stoma_1(X)
=> ( original_name_2(X,'Opening-Of-Stoma')
& user_description_2(X,'Opening of the pores found in the leaf and stem epidermis of plants through which gas exchange and transpiration occurs.')
& concept2words_2(X,open)
& concept2words_2(X,'stoma opening')
& concept2words_2(X,'stoma-opening')
& concept2words_2(X,'opening of stoma')
& concept2words_2(X,'opening-of-stoma')
& open_1(X)
& biological_region_1(fn_opening_of_stoma_1(X))
& region_1(fn_opening_of_stoma_2(X))
& epidermal_cell_1(fn_opening_of_stoma_3(X))
& synthesis_of_lipid_1(fn_opening_of_stoma_4(X))
& biological_region_1(fn_opening_of_stoma_5(X))
& inside_face_1(fn_opening_of_stoma_6(X))
& hydrophilic_end_1(fn_opening_of_stoma_7(X))
& length_value_1(fn_opening_of_stoma_8(X))
& length_value_1(fn_opening_of_stoma_9(X))
& stoma_1(fn_opening_of_stoma_10(X))
& time_interval_1(fn_opening_of_stoma_11(X))
& change_of_state_1(fn_opening_of_stoma_12(X))
& leaf_1(fn_opening_of_stoma_15(X))
& time_interval_1(fn_opening_of_stoma_16(X))
& time_interval_1(fn_opening_of_stoma_17(X))
& time_interval_1(fn_opening_of_stoma_18(X))
& time_interval_1(fn_opening_of_stoma_19(X))
& time_interval_1(fn_opening_of_stoma_20(X))
& move_into_1(fn_opening_of_stoma_21(X))
& move_into_1(fn_opening_of_stoma_22(X))
& anion_1(fn_opening_of_stoma_23(X))
& biomembrane_1(fn_opening_of_stoma_24(X))
& tonoplast_1(fn_opening_of_stoma_24(X))
& turgid_cell_1(fn_opening_of_stoma_25(X))
& increase_1(fn_opening_of_stoma_26(X))
& move_into_1(fn_opening_of_stoma_27(X))
& potassium_ion_1(fn_opening_of_stoma_28(X))
& plant_organ_1(fn_opening_of_stoma_29(X))
& create_1(fn_opening_of_stoma_30(X))
& water_potential_gradient_1(fn_opening_of_stoma_31(X))
& oxidative_phosphorylation_1(fn_opening_of_stoma_32(X))
& synthesis_of_atp_1(fn_opening_of_stoma_33(X))
& protein_enzyme_1(fn_opening_of_stoma_34(X))
& enzyme_1(fn_opening_of_stoma_35(X))
& protein_enzyme_1(fn_opening_of_stoma_35(X))
& create_1(fn_opening_of_stoma_36(X))
& proton_pump_1(fn_opening_of_stoma_37(X))
& membrane_potential_1(fn_opening_of_stoma_38(X))
& phospholipid_bilayer_1(fn_opening_of_stoma_39(X))
& stoma_1(fn_opening_of_stoma_40(X))
& spatial_entity_1(fn_opening_of_stoma_41(X))
& vesicle_1(fn_opening_of_stoma_41(X))
& central_vacuole_1(fn_opening_of_stoma_41(X))
& spatial_entity_1(fn_opening_of_stoma_42(X))
& vacuole_1(fn_opening_of_stoma_42(X))
& central_vacuole_1(fn_opening_of_stoma_42(X))
& tangible_entity_1(fn_opening_of_stoma_43(X))
& cell_1(fn_opening_of_stoma_43(X))
& plant_cell_1(fn_opening_of_stoma_43(X))
& guard_cell_1(fn_opening_of_stoma_43(X))
& spatial_entity_1(fn_opening_of_stoma_44(X))
& mixture_1(fn_opening_of_stoma_44(X))
& suspension_1(fn_opening_of_stoma_44(X))
& colloid_1(fn_opening_of_stoma_44(X))
& cytoplasm_1(fn_opening_of_stoma_44(X))
& chemical_1(fn_opening_of_stoma_45(X))
& water_1(fn_opening_of_stoma_45(X))
& solution_1(fn_opening_of_stoma_46(X))
& aqueous_solution_1(fn_opening_of_stoma_46(X))
& hypotonic_solution_1(fn_opening_of_stoma_46(X))
& hydrogen_ion_1(fn_opening_of_stoma_47(X))
& active_transport_1(fn_opening_of_stoma_48(X))
& oxygen_molecule_1(fn_opening_of_stoma_49(X))
& move_through_1(fn_opening_of_stoma_50(X))
& move_1(fn_opening_of_stoma_50(X))
& phospholipid_layer_1(fn_opening_of_stoma_51(X))
& phospholipid_layer_1(fn_opening_of_stoma_52(X))
& aqueous_solution_1(fn_opening_of_stoma_53(X))
& hypertonic_solution_1(fn_opening_of_stoma_53(X))
& hydrophilic_face_1(fn_opening_of_stoma_54(X))
& facilitated_diffusion_of_water_using_aquaporin_1(fn_opening_of_stoma_55(X))
& property_value_1(fn_opening_of_stoma_56(X))
& property_value_1(fn_opening_of_stoma_57(X))
& intensity_value_1(fn_opening_of_stoma_57(X))
& spatial_entity_1(fn_move_1(fn_opening_of_stoma_27(X)))
& spatial_entity_1(fn_move_1(fn_opening_of_stoma_21(X)))
& tangible_entity_1(fn_move_into_1(fn_opening_of_stoma_27(X)))
& tangible_entity_1(fn_move_into_1(fn_opening_of_stoma_22(X)))
& entity_1(fn_create_1(fn_opening_of_stoma_30(X)))
& spatial_entity_1(fn_move_1(fn_opening_of_stoma_22(X)))
& entity_1(fn_create_1(fn_opening_of_stoma_36(X)))
& chemical_entity_1(fn_active_transport_19(fn_opening_of_stoma_48(X)))
& carrier_protein_1(fn_active_transport_26(fn_opening_of_stoma_48(X)))
& property_node_1(fn_turgid_cell_75(fn_opening_of_stoma_25(X)))
& increase_1(fn_turgid_cell_67(fn_opening_of_stoma_25(X)))
& phospholipid_layer_1(fn_phospholipid_bilayer_34(fn_opening_of_stoma_39(X)))
& phospholipid_layer_1(fn_phospholipid_bilayer_33(fn_opening_of_stoma_39(X)))
& spatial_entity_1(fn_guard_cell_20(fn_opening_of_stoma_43(X)))
& vesicle_1(fn_guard_cell_20(fn_opening_of_stoma_43(X)))
& central_vacuole_1(fn_guard_cell_20(fn_opening_of_stoma_43(X)))
& spatial_entity_1(fn_guard_cell_21(fn_opening_of_stoma_43(X)))
& vacuole_1(fn_guard_cell_21(fn_opening_of_stoma_43(X)))
& central_vacuole_1(fn_guard_cell_21(fn_opening_of_stoma_43(X)))
& protein_enzyme_1(fn_guard_cell_26(fn_opening_of_stoma_43(X)))
& spatial_entity_1(fn_move_1(fn_opening_of_stoma_50(X)))
& property_node_1(fn_increase_1(fn_opening_of_stoma_26(X)))
& property_value_1(fn_increase_4(fn_opening_of_stoma_26(X)))
& biomembrane_1(fn_vacuole_7(fn_opening_of_stoma_42(X)))
& tonoplast_1(fn_central_vacuole_18(fn_opening_of_stoma_42(X)))
& property_value_1(fn_increase_3(fn_opening_of_stoma_26(X)))
& intensity_value_1(fn_turgid_cell_74(fn_opening_of_stoma_25(X)))
& hydrophilic_face_1(fn_phospholipid_bilayer_39(fn_opening_of_stoma_39(X)))
& hydrophilic_face_1(fn_phospholipid_bilayer_38(fn_opening_of_stoma_39(X)))
& protein_enzyme_1(fn_guard_cell_27(fn_opening_of_stoma_43(X)))
& enzyme_1(fn_guard_cell_30(fn_opening_of_stoma_43(X)))
& protein_enzyme_1(fn_guard_cell_30(fn_opening_of_stoma_43(X)))
& suspension_1(fn_vacuole_10(fn_opening_of_stoma_42(X)))
& colloid_1(fn_vacuole_10(fn_opening_of_stoma_42(X)))
& cytoplasm_1(fn_vacuole_10(fn_opening_of_stoma_42(X)))
& spatial_entity_1(fn_plant_cell_83(fn_opening_of_stoma_43(X)))
& mixture_1(fn_plant_cell_83(fn_opening_of_stoma_43(X)))
& suspension_1(fn_plant_cell_83(fn_opening_of_stoma_43(X)))
& colloid_1(fn_plant_cell_83(fn_opening_of_stoma_43(X)))
& cytoplasm_1(fn_plant_cell_83(fn_opening_of_stoma_43(X)))
& spatial_entity_1(fn_guard_cell_23(fn_opening_of_stoma_43(X)))
& mixture_1(fn_guard_cell_23(fn_opening_of_stoma_43(X)))
& suspension_1(fn_guard_cell_23(fn_opening_of_stoma_43(X)))
& colloid_1(fn_guard_cell_23(fn_opening_of_stoma_43(X)))
& cytoplasm_1(fn_guard_cell_23(fn_opening_of_stoma_43(X)))
& tangible_entity_1(fn_move_into_1(fn_opening_of_stoma_21(X)))
& cell_1(fn_metabolic_pathway_1(fn_opening_of_stoma_33(X)))
& cell_1(fn_oxidative_phosphorylation_15(fn_opening_of_stoma_32(X)))
& plant_cell_1(fn_central_vacuole_12(fn_opening_of_stoma_42(X)))
& cell_1(fn_vacuole_12(fn_opening_of_stoma_42(X)))
& move_through_1(fn_facilitated_diffusion_using_channel_protein_13(fn_opening_of_stoma_55(X)))
& move_through_1(fn_facilitated_diffusion_of_water_using_aquaporin_4(fn_opening_of_stoma_55(X)))
& move_1(fn_water_95(fn_opening_of_stoma_45(X)))
& aqueous_solution_1(fn_facilitated_diffusion_using_channel_protein_2(fn_opening_of_stoma_55(X)))
& hypertonic_solution_1(fn_passive_transport_of_water_2(fn_opening_of_stoma_55(X)))
& aqueous_solution_1(fn_passive_transport_of_water_2(fn_opening_of_stoma_55(X)))
& hypertonic_solution_1(fn_hypotonic_solution_2(fn_opening_of_stoma_46(X)))
& chemical_1(fn_hypotonic_solution_7(fn_opening_of_stoma_46(X)))
& water_1(fn_aqueous_solution_14(fn_opening_of_stoma_46(X)))
& chemical_1(fn_hypotonic_solution_3(fn_opening_of_stoma_46(X)))
& water_1(fn_hypotonic_solution_3(fn_opening_of_stoma_46(X)))
& solution_1(fn_active_transport_20(fn_opening_of_stoma_48(X)))
& aqueous_solution_1(fn_facilitated_diffusion_using_channel_protein_1(fn_opening_of_stoma_55(X)))
& hypotonic_solution_1(fn_passive_transport_of_water_1(fn_opening_of_stoma_55(X)))
& aqueous_solution_1(fn_passive_transport_of_water_1(fn_opening_of_stoma_55(X)))
& time_before_2(fn_opening_of_stoma_20(X),fn_opening_of_stoma_19(X))
& time_before_2(fn_opening_of_stoma_19(X),fn_opening_of_stoma_18(X))
& time_before_2(fn_opening_of_stoma_18(X),fn_opening_of_stoma_17(X))
& time_before_2(fn_opening_of_stoma_17(X),fn_opening_of_stoma_16(X))
& time_before_2(fn_opening_of_stoma_16(X),fn_opening_of_stoma_11(X))
& greater_than_2(fn_opening_of_stoma_57(X),fn_opening_of_stoma_56(X))
& time_during_2(fn_opening_of_stoma_12(X),fn_opening_of_stoma_11(X))
& result_2(fn_opening_of_stoma_12(X),fn_opening_of_stoma_10(X))
& object_2(fn_opening_of_stoma_12(X),fn_opening_of_stoma_40(X))
& diameter_2(fn_opening_of_stoma_10(X),fn_opening_of_stoma_9(X))
& greater_than_2(fn_opening_of_stoma_9(X),fn_opening_of_stoma_8(X))
& the_cardinal_value_2(fn_opening_of_stoma_8(X),"0.0e0")
& cardinal_unit_class_2(fn_opening_of_stoma_8(X),micrometer_0)
& time_during_2(fn_opening_of_stoma_55(X),fn_opening_of_stoma_17(X))
& object_2(fn_opening_of_stoma_55(X),fn_opening_of_stoma_45(X))
& agent_2(fn_opening_of_stoma_55(X),fn_opening_of_stoma_31(X))
& next_event_2(fn_opening_of_stoma_55(X),fn_opening_of_stoma_26(X))
& fn_opening_of_stoma_53(X) != fn_opening_of_stoma_46(X)
& fn_opening_of_stoma_52(X) != fn_opening_of_stoma_51(X)
& fn_opening_of_stoma_51(X) != fn_opening_of_stoma_52(X)
& path_2(fn_opening_of_stoma_50(X),fn_opening_of_stoma_6(X))
& time_during_2(fn_opening_of_stoma_48(X),fn_opening_of_stoma_20(X))
& subevent_2(fn_opening_of_stoma_48(X),fn_opening_of_stoma_36(X))
& next_event_2(fn_opening_of_stoma_48(X),fn_opening_of_stoma_27(X))
& fn_opening_of_stoma_46(X) != fn_opening_of_stoma_53(X)
& is_inside_2(fn_opening_of_stoma_46(X),fn_opening_of_stoma_54(X))
& abuts_2(fn_opening_of_stoma_43(X),fn_opening_of_stoma_3(X))
& has_state_2(fn_opening_of_stoma_43(X),fn_opening_of_stoma_25(X))
& has_region_2(fn_opening_of_stoma_43(X),fn_opening_of_stoma_1(X))
& is_inside_2(fn_opening_of_stoma_42(X),fn_opening_of_stoma_43(X))
& base_2(X,fn_opening_of_stoma_15(X))
& subevent_2(X,fn_opening_of_stoma_21(X))
& subevent_2(X,fn_opening_of_stoma_22(X))
& subevent_2(X,fn_opening_of_stoma_12(X))
& subevent_2(X,fn_opening_of_stoma_26(X))
& subevent_2(X,fn_opening_of_stoma_55(X))
& subevent_2(X,fn_opening_of_stoma_27(X))
& subevent_2(X,fn_opening_of_stoma_48(X))
& first_subevent_2(X,fn_opening_of_stoma_48(X))
& diameter_2(fn_opening_of_stoma_40(X),fn_opening_of_stoma_8(X))
& has_state_2(fn_opening_of_stoma_40(X),fn_opening_of_stoma_10(X))
& is_at_2(fn_opening_of_stoma_7(X),fn_opening_of_stoma_6(X))
& is_inside_2(fn_opening_of_stoma_5(X),fn_opening_of_stoma_29(X))
& agent_2(fn_opening_of_stoma_33(X),fn_opening_of_stoma_34(X))
& agent_2(fn_opening_of_stoma_33(X),fn_opening_of_stoma_35(X))
& agent_2(fn_opening_of_stoma_4(X),fn_opening_of_stoma_34(X))
& agent_2(fn_opening_of_stoma_4(X),fn_opening_of_stoma_35(X))
& has_region_2(fn_opening_of_stoma_29(X),fn_opening_of_stoma_5(X))
& is_outside_2(fn_opening_of_stoma_3(X),fn_opening_of_stoma_29(X))
& abuts_2(fn_opening_of_stoma_3(X),fn_opening_of_stoma_43(X))
& origin_2(fn_opening_of_stoma_27(X),fn_opening_of_stoma_3(X))
& subevent_2(fn_opening_of_stoma_27(X),fn_opening_of_stoma_30(X))
& agent_2(fn_opening_of_stoma_27(X),fn_opening_of_stoma_38(X))
& time_during_2(fn_opening_of_stoma_27(X),fn_opening_of_stoma_19(X))
& next_event_2(fn_opening_of_stoma_27(X),fn_opening_of_stoma_21(X))
& next_event_2(fn_opening_of_stoma_26(X),fn_opening_of_stoma_12(X))
& time_during_2(fn_opening_of_stoma_26(X),fn_opening_of_stoma_16(X))
& is_outside_2(fn_opening_of_stoma_2(X),fn_opening_of_stoma_29(X))
& origin_2(fn_opening_of_stoma_22(X),fn_opening_of_stoma_2(X))
& result_2(fn_opening_of_stoma_22(X),fn_opening_of_stoma_25(X))
& destination_2(fn_opening_of_stoma_22(X),fn_opening_of_stoma_5(X))
& path_2(fn_opening_of_stoma_21(X),fn_opening_of_stoma_24(X))
& destination_2(fn_opening_of_stoma_21(X),fn_opening_of_stoma_42(X))
& origin_2(fn_opening_of_stoma_21(X),fn_opening_of_stoma_44(X))
& next_event_2(fn_opening_of_stoma_21(X),fn_opening_of_stoma_55(X))
& time_during_2(fn_opening_of_stoma_21(X),fn_opening_of_stoma_18(X))
& base_2(fn_opening_of_stoma_21(X),fn_opening_of_stoma_43(X))
& object_2(X,fn_opening_of_stoma_40(X))
& object_2(fn_opening_of_stoma_27(X),fn_opening_of_stoma_28(X))
& object_2(fn_opening_of_stoma_21(X),fn_opening_of_stoma_28(X))
& base_2(fn_opening_of_stoma_33(X),fn_opening_of_stoma_43(X))
& base_2(fn_opening_of_stoma_32(X),fn_opening_of_stoma_43(X))
& base_2(fn_opening_of_stoma_27(X),fn_opening_of_stoma_29(X))
& base_2(fn_opening_of_stoma_22(X),fn_opening_of_stoma_29(X))
& result_2(fn_opening_of_stoma_30(X),fn_opening_of_stoma_31(X))
& object_2(fn_opening_of_stoma_22(X),fn_opening_of_stoma_23(X))
& result_2(fn_opening_of_stoma_36(X),fn_opening_of_stoma_38(X))
& object_2(fn_opening_of_stoma_48(X),fn_opening_of_stoma_47(X))
& origin_2(fn_opening_of_stoma_48(X),fn_opening_of_stoma_46(X))
& agent_2(fn_opening_of_stoma_48(X),fn_opening_of_stoma_37(X))
& has_part_2(fn_opening_of_stoma_42(X),fn_opening_of_stoma_24(X))
& destination_2(fn_opening_of_stoma_55(X),fn_opening_of_stoma_53(X))
& origin_2(fn_opening_of_stoma_55(X),fn_opening_of_stoma_46(X))
& subevent_2(fn_opening_of_stoma_55(X),fn_opening_of_stoma_50(X))
& greater_than_2(fn_opening_of_stoma_56(X),fn_opening_of_stoma_57(X))
& result_2(fn_opening_of_stoma_26(X),fn_opening_of_stoma_25(X))
& from_value_2(fn_opening_of_stoma_26(X),fn_opening_of_stoma_57(X))
& has_region_2(fn_opening_of_stoma_39(X),fn_opening_of_stoma_51(X))
& has_region_2(fn_opening_of_stoma_51(X),fn_opening_of_stoma_54(X))
& has_region_2(fn_opening_of_stoma_39(X),fn_opening_of_stoma_52(X))
& has_region_2(fn_opening_of_stoma_52(X),fn_opening_of_stoma_54(X))
& is_along_2(fn_opening_of_stoma_51(X),fn_opening_of_stoma_52(X))
& is_along_2(fn_opening_of_stoma_52(X),fn_opening_of_stoma_51(X))
& has_part_2(fn_opening_of_stoma_43(X),fn_opening_of_stoma_41(X))
& has_part_2(fn_opening_of_stoma_44(X),fn_opening_of_stoma_35(X))
& has_part_2(fn_opening_of_stoma_43(X),fn_opening_of_stoma_42(X))
& fn_opening_of_stoma_41(X) != fn_opening_of_stoma_42(X)
& fn_opening_of_stoma_42(X) != fn_opening_of_stoma_41(X)
& has_part_2(fn_opening_of_stoma_43(X),fn_opening_of_stoma_44(X))
& has_part_2(fn_opening_of_stoma_44(X),fn_opening_of_stoma_34(X))
& fn_opening_of_stoma_35(X) != fn_opening_of_stoma_34(X)
& fn_opening_of_stoma_34(X) != fn_opening_of_stoma_35(X)
& is_hypotonic_to_2(fn_opening_of_stoma_46(X),fn_opening_of_stoma_53(X))
& is_hypertonic_to_2(fn_opening_of_stoma_53(X),fn_opening_of_stoma_46(X))
& has_part_2(fn_opening_of_stoma_46(X),fn_opening_of_stoma_45(X))
& has_solvent_2(fn_opening_of_stoma_46(X),fn_opening_of_stoma_45(X))
& to_value_2(fn_opening_of_stoma_26(X),fn_opening_of_stoma_56(X))
& object_2(fn_opening_of_stoma_50(X),fn_opening_of_stoma_45(X))
& object_2(fn_opening_of_stoma_50(X),fn_opening_of_stoma_49(X))
& fn_opening_of_stoma_43(X) = fn_move_into_1(fn_opening_of_stoma_21(X))
& fn_opening_of_stoma_40(X) = fn_open_1(X)
& fn_opening_of_stoma_28(X) = fn_move_1(fn_opening_of_stoma_27(X))
& fn_opening_of_stoma_28(X) = fn_move_1(fn_opening_of_stoma_21(X))
& fn_opening_of_stoma_43(X) = fn_metabolic_pathway_1(fn_opening_of_stoma_33(X))
& fn_opening_of_stoma_43(X) = fn_oxidative_phosphorylation_15(fn_opening_of_stoma_32(X))
& fn_opening_of_stoma_29(X) = fn_move_into_1(fn_opening_of_stoma_27(X))
& fn_opening_of_stoma_29(X) = fn_move_into_1(fn_opening_of_stoma_22(X))
& fn_opening_of_stoma_31(X) = fn_create_1(fn_opening_of_stoma_30(X))
& fn_opening_of_stoma_23(X) = fn_move_1(fn_opening_of_stoma_22(X))
& fn_opening_of_stoma_38(X) = fn_create_1(fn_opening_of_stoma_36(X))
& fn_opening_of_stoma_47(X) = fn_active_transport_19(fn_opening_of_stoma_48(X))
& fn_opening_of_stoma_46(X) = fn_active_transport_20(fn_opening_of_stoma_48(X))
& fn_opening_of_stoma_37(X) = fn_active_transport_26(fn_opening_of_stoma_48(X))
& fn_opening_of_stoma_24(X) = fn_vacuole_7(fn_opening_of_stoma_42(X))
& fn_opening_of_stoma_24(X) = fn_central_vacuole_18(fn_opening_of_stoma_42(X))
& fn_opening_of_stoma_53(X) = fn_facilitated_diffusion_using_channel_protein_2(fn_opening_of_stoma_55(X))
& fn_opening_of_stoma_53(X) = fn_passive_transport_of_water_2(fn_opening_of_stoma_55(X))
& fn_opening_of_stoma_46(X) = fn_facilitated_diffusion_using_channel_protein_1(fn_opening_of_stoma_55(X))
& fn_opening_of_stoma_46(X) = fn_passive_transport_of_water_1(fn_opening_of_stoma_55(X))
& fn_opening_of_stoma_50(X) = fn_facilitated_diffusion_using_channel_protein_13(fn_opening_of_stoma_55(X))
& fn_opening_of_stoma_50(X) = fn_facilitated_diffusion_of_water_using_aquaporin_4(fn_opening_of_stoma_55(X))
& fn_opening_of_stoma_58(X) = fn_turgid_cell_75(fn_opening_of_stoma_25(X))
& fn_opening_of_stoma_57(X) = fn_increase_3(fn_opening_of_stoma_26(X))
& fn_opening_of_stoma_57(X) = fn_turgid_cell_74(fn_opening_of_stoma_25(X))
& fn_opening_of_stoma_26(X) = fn_turgid_cell_67(fn_opening_of_stoma_25(X))
& fn_opening_of_stoma_54(X) = fn_phospholipid_bilayer_39(fn_opening_of_stoma_39(X))
& fn_opening_of_stoma_54(X) = fn_phospholipid_bilayer_38(fn_opening_of_stoma_39(X))
& fn_opening_of_stoma_51(X) = fn_phospholipid_bilayer_34(fn_opening_of_stoma_39(X))
& fn_opening_of_stoma_52(X) = fn_phospholipid_bilayer_33(fn_opening_of_stoma_39(X))
& fn_opening_of_stoma_35(X) = fn_guard_cell_27(fn_opening_of_stoma_43(X))
& fn_opening_of_stoma_41(X) = fn_guard_cell_20(fn_opening_of_stoma_43(X))
& fn_opening_of_stoma_43(X) = fn_central_vacuole_12(fn_opening_of_stoma_42(X))
& fn_opening_of_stoma_42(X) = fn_guard_cell_21(fn_opening_of_stoma_43(X))
& fn_opening_of_stoma_35(X) = fn_guard_cell_30(fn_opening_of_stoma_43(X))
& fn_opening_of_stoma_34(X) = fn_guard_cell_26(fn_opening_of_stoma_43(X))
& fn_opening_of_stoma_43(X) = fn_vacuole_12(fn_opening_of_stoma_42(X))
& fn_opening_of_stoma_44(X) = fn_vacuole_10(fn_opening_of_stoma_42(X))
& fn_opening_of_stoma_44(X) = fn_plant_cell_83(fn_opening_of_stoma_43(X))
& fn_opening_of_stoma_44(X) = fn_guard_cell_23(fn_opening_of_stoma_43(X))
& fn_opening_of_stoma_49(X) = fn_move_1(fn_opening_of_stoma_50(X))
& fn_opening_of_stoma_50(X) = fn_water_95(fn_opening_of_stoma_45(X))
& fn_opening_of_stoma_59(X) = fn_increase_1(fn_opening_of_stoma_26(X))
& fn_opening_of_stoma_56(X) = fn_increase_4(fn_opening_of_stoma_26(X))
& fn_opening_of_stoma_53(X) = fn_hypotonic_solution_2(fn_opening_of_stoma_46(X))
& fn_opening_of_stoma_45(X) = fn_hypotonic_solution_7(fn_opening_of_stoma_46(X))
& fn_opening_of_stoma_45(X) = fn_aqueous_solution_14(fn_opening_of_stoma_46(X))
& fn_opening_of_stoma_45(X) = fn_hypotonic_solution_3(fn_opening_of_stoma_46(X))
& fn_vacuole_7(fn_opening_of_stoma_42(X)) = fn_central_vacuole_18(fn_opening_of_stoma_42(X))
& fn_central_vacuole_18(fn_opening_of_stoma_42(X)) = fn_increase_3(fn_opening_of_stoma_26(X))
& fn_turgid_cell_74(fn_opening_of_stoma_25(X)) = fn_increase_3(fn_opening_of_stoma_26(X))
& fn_increase_3(fn_opening_of_stoma_26(X)) = fn_turgid_cell_74(fn_opening_of_stoma_25(X))
& fn_turgid_cell_74(fn_opening_of_stoma_25(X)) = fn_phospholipid_bilayer_39(fn_opening_of_stoma_39(X))
& fn_phospholipid_bilayer_39(fn_opening_of_stoma_39(X)) = fn_phospholipid_bilayer_38(fn_opening_of_stoma_39(X))
& fn_phospholipid_bilayer_38(fn_opening_of_stoma_39(X)) = fn_guard_cell_27(fn_opening_of_stoma_43(X))
& fn_guard_cell_27(fn_opening_of_stoma_43(X)) = fn_guard_cell_30(fn_opening_of_stoma_43(X))
& fn_guard_cell_30(fn_opening_of_stoma_43(X)) = fn_guard_cell_30(fn_opening_of_stoma_43(X))
& fn_guard_cell_30(fn_opening_of_stoma_43(X)) = fn_vacuole_10(fn_opening_of_stoma_42(X))
& fn_vacuole_10(fn_opening_of_stoma_42(X)) = fn_plant_cell_83(fn_opening_of_stoma_43(X))
& fn_guard_cell_23(fn_opening_of_stoma_43(X)) = fn_guard_cell_23(fn_opening_of_stoma_43(X))
& fn_guard_cell_23(fn_opening_of_stoma_43(X)) = fn_plant_cell_83(fn_opening_of_stoma_43(X))
& fn_plant_cell_83(fn_opening_of_stoma_43(X)) = fn_guard_cell_23(fn_opening_of_stoma_43(X))
& fn_guard_cell_23(fn_opening_of_stoma_43(X)) = fn_move_into_1(fn_opening_of_stoma_21(X))
& fn_move_into_1(fn_opening_of_stoma_21(X)) = fn_metabolic_pathway_1(fn_opening_of_stoma_33(X))
& fn_metabolic_pathway_1(fn_opening_of_stoma_33(X)) = fn_metabolic_pathway_1(fn_opening_of_stoma_33(X))
& fn_metabolic_pathway_1(fn_opening_of_stoma_33(X)) = fn_oxidative_phosphorylation_15(fn_opening_of_stoma_32(X))
& fn_oxidative_phosphorylation_15(fn_opening_of_stoma_32(X)) = fn_oxidative_phosphorylation_15(fn_opening_of_stoma_32(X))
& fn_oxidative_phosphorylation_15(fn_opening_of_stoma_32(X)) = fn_central_vacuole_12(fn_opening_of_stoma_42(X))
& fn_central_vacuole_12(fn_opening_of_stoma_42(X)) = fn_central_vacuole_12(fn_opening_of_stoma_42(X))
& fn_central_vacuole_12(fn_opening_of_stoma_42(X)) = fn_vacuole_12(fn_opening_of_stoma_42(X))
& fn_vacuole_12(fn_opening_of_stoma_42(X)) = fn_vacuole_12(fn_opening_of_stoma_42(X))
& fn_vacuole_12(fn_opening_of_stoma_42(X)) = fn_facilitated_diffusion_using_channel_protein_13(fn_opening_of_stoma_55(X))
& fn_facilitated_diffusion_using_channel_protein_13(fn_opening_of_stoma_55(X)) = fn_facilitated_diffusion_of_water_using_aquaporin_4(fn_opening_of_stoma_55(X))
& fn_facilitated_diffusion_of_water_using_aquaporin_4(fn_opening_of_stoma_55(X)) = fn_facilitated_diffusion_of_water_using_aquaporin_4(fn_opening_of_stoma_55(X))
& fn_facilitated_diffusion_of_water_using_aquaporin_4(fn_opening_of_stoma_55(X)) = fn_water_95(fn_opening_of_stoma_45(X))
& fn_water_95(fn_opening_of_stoma_45(X)) = fn_facilitated_diffusion_using_channel_protein_2(fn_opening_of_stoma_55(X))
& fn_facilitated_diffusion_using_channel_protein_2(fn_opening_of_stoma_55(X)) = fn_passive_transport_of_water_2(fn_opening_of_stoma_55(X))
& fn_passive_transport_of_water_2(fn_opening_of_stoma_55(X)) = fn_passive_transport_of_water_2(fn_opening_of_stoma_55(X))
& fn_passive_transport_of_water_2(fn_opening_of_stoma_55(X)) = fn_hypotonic_solution_2(fn_opening_of_stoma_46(X))
& fn_hypotonic_solution_2(fn_opening_of_stoma_46(X)) = fn_hypotonic_solution_2(fn_opening_of_stoma_46(X))
& fn_hypotonic_solution_2(fn_opening_of_stoma_46(X)) = fn_hypotonic_solution_7(fn_opening_of_stoma_46(X))
& fn_hypotonic_solution_7(fn_opening_of_stoma_46(X)) = fn_aqueous_solution_14(fn_opening_of_stoma_46(X))
& fn_aqueous_solution_14(fn_opening_of_stoma_46(X)) = fn_aqueous_solution_14(fn_opening_of_stoma_46(X))
& fn_aqueous_solution_14(fn_opening_of_stoma_46(X)) = fn_hypotonic_solution_3(fn_opening_of_stoma_46(X))
& fn_hypotonic_solution_3(fn_opening_of_stoma_46(X)) = fn_hypotonic_solution_3(fn_opening_of_stoma_46(X))
& fn_hypotonic_solution_3(fn_opening_of_stoma_46(X)) = fn_active_transport_20(fn_opening_of_stoma_48(X))
& fn_active_transport_20(fn_opening_of_stoma_48(X)) = fn_facilitated_diffusion_using_channel_protein_1(fn_opening_of_stoma_55(X))
& fn_facilitated_diffusion_using_channel_protein_1(fn_opening_of_stoma_55(X)) = fn_facilitated_diffusion_using_channel_protein_1(fn_opening_of_stoma_55(X))
& fn_facilitated_diffusion_using_channel_protein_1(fn_opening_of_stoma_55(X)) = fn_passive_transport_of_water_1(fn_opening_of_stoma_55(X)) ) ) ).
fof(a531387,axiom,
! [X] :
( operant_conditioning_1(X)
=> ( original_name_2(X,'Operant-Conditioning')
& user_description_2(X,'A type of learning in which an animal learns to associate one of its own behaviors with either a reward or a punishment and thus modifies its behavior to seek the award or avoid the punishment.')
& concept2words_2(X,'operant conditioning')
& concept2words_2(X,'operant-conditioning')
& associative_learning_1(X)
& ~ classical_conditioning_1(X) ) ) ).
fof(a531388,axiom,
! [X] :
( operations_1(X)
=> ( original_name_2(X,'Operations')
& concept2words_2(X,operation)
& concept2words_2(X,'business activity')
& concept2words_2(X,business_activity)
& concept2words_2(X,'commercial activity')
& concept2words_2(X,commercial_activity)
& concept2words_2(X,operate)
& activity_1(X) ) ) ).
fof(a531389,axiom,
! [X] :
( operator_1(X)
=> ( original_name_2(X,'Operator')
& user_description_2(X,'In bacterial and phage DNA, a sequence of nucleotides near the start of an operon to which an active repressor can attach which prevents RNA polymerase from attaching to the promter and transcribing the genes of the operon.')
& concept2words_2(X,'on off switch')
& concept2words_2(X,'on-off switch')
& concept2words_2(X,operator)
& control_element_1(X)
& carbon_skeleton_1(fn_operator_1(X))
& gene_regulation_1(fn_operator_2(X))
& size_value_1(fn_operator_5(X))
& size_value_1(fn_operator_6(X))
& monomer_1(fn_operator_7(X))
& spatial_entity_1(fn_operator_8(X))
& gene_1(fn_operator_8(X))
& operon_1(fn_operator_9(X))
& attach_1(fn_operator_10(X))
& rna_polymerase_1(fn_operator_11(X))
& monomer_1(fn_operator_12(X))
& spatial_entity_1(fn_attach_1(fn_operator_10(X)))
& spatial_entity_1(fn_attach_2(fn_operator_10(X)))
& gene_1(fn_operon_14(fn_operator_9(X)))
& operator_1(fn_operon_6(fn_operator_9(X)))
& has_region_2(X,fn_operator_1(X))
& by_means_of_2(fn_operator_2(X),fn_operator_10(X))
& agent_2(fn_operator_2(X),X)
& object_2(fn_operator_10(X),fn_operator_11(X))
& base_2(fn_operator_10(X),fn_operator_8(X))
& element_2(X,fn_operator_12(X))
& next_element_2(fn_operator_7(X),fn_operator_12(X))
& element_2(fn_operator_9(X),fn_operator_8(X))
& next_element_2(X,fn_operator_8(X))
& element_2(fn_operator_9(X),X)
& size_2(fn_operator_7(X),fn_operator_6(X))
& first_element_2(X,fn_operator_7(X))
& element_2(X,fn_operator_7(X))
& size_2(X,fn_operator_5(X))
& greater_than_2(fn_operator_5(X),fn_operator_6(X))
& fn_operator_11(X) = fn_attach_1(fn_operator_10(X))
& fn_operator_8(X) = fn_attach_2(fn_operator_10(X))
& fn_operator_7(X) = fn_dna_sequence_1(X)
& fn_operator_12(X) = fn_dna_sequence_2(X)
& X = fn_operon_6(fn_operator_9(X))
& fn_operator_8(X) = fn_operon_14(fn_operator_9(X))
& fn_operator_4(X) = fn_nucleic_acid_sequence_4(X)
& fn_operator_3(X) = fn_nucleic_acid_sequence_3(X)
& fn_operator_6(X) = fn_nucleic_acid_sequence_1(X)
& fn_operator_5(X) = fn_nucleic_acid_sequence_2(X)
& fn_operator_7(X) = fn_nucleic_acid_sequence_5(X)
& fn_attach_2(fn_operator_10(X)) = fn_operon_14(fn_operator_9(X))
& fn_operon_14(fn_operator_9(X)) = fn_operon_14(fn_operator_9(X))
& fn_operon_14(fn_operator_9(X)) = fn_dna_sequence_1(X)
& fn_dna_sequence_1(X) = fn_nucleic_acid_sequence_5(X)
& fn_nucleic_acid_sequence_5(X) = fn_nucleic_acid_sequence_5(X)
& fn_operon_6(fn_operator_9(X)) = fn_operon_6(fn_operator_9(X)) ) ) ).
fof(a531390,axiom,
! [X] :
( operator_is_off_1(X)
=> ( original_name_2(X,'Operator-Is-Off')
& user_description_2(X,'An operator whose state inhibits RNA polymerases\' action.')
& concept2words_2(X,'closed operator')
& concept2words_2(X,'bound operator')
& concept2words_2(X,'blocked operator')
& concept2words_2(X,'operator is off')
& concept2words_2(X,'operator-is-off')
& operator_1(X)
& ~ operator_is_on_1(X)
& attach_1(fn_operator_is_off_1(X))
& gene_regulation_1(fn_operator_is_off_2(X))
& inhibits_2(fn_operator_is_off_2(X),fn_operator_is_off_1(X))
& agent_2(fn_operator_is_off_2(X),X)
& by_means_of_2(fn_operator_is_off_2(X),fn_operator_is_off_1(X))
& fn_operator_is_off_1(X) = fn_operator_10(X)
& fn_operator_is_off_2(X) = fn_operator_2(X) ) ) ).
fof(a531391,axiom,
! [X] :
( operator_is_on_1(X)
=> ( original_name_2(X,'Operator-Is-On')
& user_description_2(X,'An operator whose state enables RNA polymerases\' action.')
& concept2words_2(X,'open operator')
& concept2words_2(X,'unbound operator')
& concept2words_2(X,'unblocked operator')
& concept2words_2(X,'operator is on')
& concept2words_2(X,'operator-is-on')
& operator_1(X)
& ~ operator_is_off_1(X)
& attach_1(fn_operator_is_on_1(X))
& gene_regulation_1(fn_operator_is_on_2(X))
& enables_2(fn_operator_is_on_2(X),fn_operator_is_on_1(X))
& agent_2(fn_operator_is_on_2(X),X)
& by_means_of_2(fn_operator_is_on_2(X),fn_operator_is_on_1(X))
& fn_operator_is_on_1(X) = fn_operator_10(X)
& fn_operator_is_on_2(X) = fn_operator_2(X) ) ) ).
fof(a531392,axiom,
! [X] :
( operculum_1(X)
=> ( original_name_2(X,'Operculum')
& user_description_2(X,'In bony fishes, a bony covering that protects the gills. Also, the structure that closes the shells of snails and some tubeworms.')
& concept2words_2(X,opercula)
& concept2words_2(X,operculum)
& vertebrate_appendage_1(X) ) ) ).
fof(a531393,axiom,
! [X] :
( operon_1(X)
=> ( original_name_2(X,'Operon')
& user_description_2(X,'A group of genes controlled by a single promotor, or regulator.')
& concept2words_2(X,operon)
& gene_related_aggregates_1(X)
& ~ gap_gene_1(X)
& ~ laci_1(X)
& ~ master_control_gene_1(X)
& ~ sonic_hedgehog_factor_1(X)
& ~ trpr_1(X)
& promoter_1(fn_operon_5(X))
& operator_1(fn_operon_6(X))
& size_value_1(fn_operon_7(X))
& quantity_value_1(fn_operon_8(X))
& speed_value_1(fn_operon_9(X))
& monomer_1(fn_operon_10(X))
& nucleoside_monophosphate_1(fn_operon_10(X))
& size_value_1(fn_operon_11(X))
& nucleoside_monophosphate_1(fn_operon_12(X))
& nucleoside_monophosphate_1(fn_operon_13(X))
& gene_1(fn_operon_14(X))
& constant_motion_1(fn_operon_15(X))
& carbon_skeleton_1(fn_operon_16(X))
& carbon_1(fn_operon_17(X))
& atom_1(fn_operon_18(X))
& chemical_entity_1(fn_operon_18(X))
& deoxyribonucleoside_monophosphate_1(fn_operon_19(X))
& kinetic_energy_1(fn_operon_20(X))
& phosphodiester_bond_1(fn_operon_21(X))
& constant_motion_1(fn_kinetic_energy_1(fn_operon_20(X)))
& atom_1(fn_carbon_skeleton_2(fn_operon_16(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_operon_16(X)))
& carbon_1(fn_carbon_skeleton_4(fn_operon_16(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_operon_21(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_operon_21(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_operon_20(X)))
& next_element_2(fn_operon_13(X),fn_operon_12(X))
& greater_than_2(fn_operon_11(X),fn_operon_7(X))
& quantity_2(fn_operon_20(X),fn_operon_8(X))
& size_2(fn_operon_10(X),fn_operon_7(X))
& speed_2(fn_operon_15(X),fn_operon_9(X))
& directly_proportional_2(fn_operon_9(X),fn_operon_8(X))
& has_region_2(X,fn_operon_16(X))
& has_part_2(X,fn_operon_17(X))
& has_part_2(X,fn_operon_18(X))
& has_part_2(X,fn_operon_10(X))
& has_part_2(X,fn_operon_19(X))
& possesses_2(X,fn_operon_21(X))
& size_2(X,fn_operon_11(X))
& first_element_2(X,fn_operon_13(X))
& first_element_2(X,fn_operon_5(X))
& minCardinality(X,element_0,"2",gene_0)
& element_2(X,fn_operon_12(X))
& element_2(X,fn_operon_13(X))
& element_2(X,fn_operon_6(X))
& element_2(X,fn_operon_5(X))
& next_element_2(fn_operon_6(X),fn_operon_14(X))
& next_element_2(fn_operon_5(X),fn_operon_6(X))
& is_between_2(fn_operon_21(X),fn_operon_19(X))
& element_2(X,fn_operon_14(X))
& possesses_2(X,fn_operon_20(X))
& object_2(fn_operon_15(X),X)
& is_inside_2(fn_operon_17(X),fn_operon_16(X))
& fn_operon_18(X) != fn_operon_17(X)
& fn_operon_17(X) != fn_operon_18(X)
& fn_operon_19(X) = fn_chemical_bond_1(fn_operon_21(X))
& fn_operon_19(X) = fn_chemical_bond_4(fn_operon_21(X))
& fn_operon_14(X) = fn_gene_related_aggregates_1(X)
& fn_operon_15(X) = fn_kinetic_energy_1(fn_operon_20(X))
& X = fn_kinetic_energy_2(fn_operon_20(X))
& fn_operon_18(X) = fn_carbon_skeleton_2(fn_operon_16(X))
& fn_operon_17(X) = fn_carbon_skeleton_4(fn_operon_16(X))
& fn_chemical_bond_1(fn_operon_21(X)) = fn_chemical_bond_4(fn_operon_21(X))
& fn_kinetic_energy_2(fn_operon_20(X)) = fn_kinetic_energy_2(fn_operon_20(X)) ) ) ).
fof(a531394,axiom,
! [X] :
( opiate_1(X)
=> ( original_name_2(X,'Opiate')
& user_description_2(X,'A drug derived from opium.')
& concept2words_2(X,opiate)
& drug_1(X)
& ~ aflatoxin_1(X)
& ~ aldehyde_1(X)
& ~ amine_1(X)
& ~ antibiotic_1(X)
& ~ carbon_dioxide_1(X)
& ~ carbon_monoxide_1(X)
& ~ carboxylic_acid_1(X)
& ~ ddt_1(X)
& ~ ice_1(X)
& ~ nitroglycerine_1(X)
& nerve_cell_1(fn_opiate_1(X))
& endorphin_1(fn_opiate_2(X))
& shape_value_1(fn_opiate_3(X))
& shape_value_1(fn_opiate_4(X))
& ligand_binding_1(fn_opiate_7(X))
& endorphin_receptor_1(fn_opiate_8(X))
& spatial_entity_1(fn_attach_2(fn_opiate_7(X)))
& chemical_entity_1(fn_ligand_binding_3(fn_opiate_7(X)))
& is_at_2(fn_opiate_8(X),fn_opiate_1(X))
& shape_2(X,fn_opiate_4(X))
& shape_2(fn_opiate_2(X),fn_opiate_3(X))
& same_type_2(fn_opiate_3(X),fn_opiate_4(X))
& same_type_2(fn_opiate_4(X),fn_opiate_3(X))
& base_2(fn_opiate_7(X),fn_opiate_8(X))
& object_2(fn_opiate_7(X),X)
& fn_opiate_8(X) = fn_attach_2(fn_opiate_7(X))
& X = fn_ligand_binding_3(fn_opiate_7(X)) ) ) ).
fof(a531395,axiom,
! [X] :
( opisthokont_1(X)
=> ( original_name_2(X,'Opisthokont')
& user_description_2(X,'Member of the clade Opisthokonta, which are organisms whose common ancestor had a posterior flagellum used for locomotion. Animals, fungi, and some protists are all opisthokonts.')
& concept2words_2(X,opisthokont)
& unikonta_1(X) ) ) ).
fof(a531396,axiom,
! [X] :
( opportunistic_feeding_1(X)
=> ( original_name_2(X,'Opportunistic-Feeding')
& user_description_2(X,'The ability to feed on a variety of foods as they become available.')
& concept2words_2(X,'opportunistic feeding')
& concept2words_2(X,'opportunistic-feeding')
& feeding_1(X)
& ~ bulk_feeding_1(X)
& ~ fluid_feeding_1(X)
& ~ substrate_feeding_1(X)
& ~ suspension_feeding_1(X) ) ) ).
fof(a531397,axiom,
! [X] :
( opportunistic_pathogen_1(X)
=> ( original_name_2(X,'Opportunistic-Pathogen')
& user_description_2(X,'A pathogen that typically does not cause a disease within a host unless the host\'s immune system is compromised.')
& concept2words_2(X,'opportunistic pathogen')
& concept2words_2(X,'opportunistic-pathogen')
& pathogen_1(X)
& ~ avirulent_1(X)
& ~ virulent_1(X)
& ~ zoonotic_pathogen_1(X) ) ) ).
fof(a531398,axiom,
! [X] :
( opposable_thumb_1(X)
=> ( original_name_2(X,'Opposable-Thumb')
& user_description_2(X,'A thumb that can bend in such a way that it can touch all of the remaining four fingers.')
& concept2words_2(X,thumb)
& concept2words_2(X,'opposable thumb')
& concept2words_2(X,'opposable-thumb')
& vertebrate_appendage_1(X) ) ) ).
fof(a531399,axiom,
! [X] :
( opsin_1(X)
=> ( original_name_2(X,'Opsin')
& user_description_2(X,'One of a group of light-sensitive membrane proteins found in the photoreceptor cells of the retina.')
& concept2words_2(X,opsin)
& receptor_protein_1(X)
& hydrophobic_region_1(fn_opsin_1(X))
& protein_domain_1(fn_opsin_2(X))
& hydrophilic_region_1(fn_opsin_3(X))
& surface_1(fn_opsin_4(X))
& carbon_skeleton_1(fn_opsin_5(X))
& kinetic_energy_1(fn_opsin_6(X))
& polypeptide_1(fn_opsin_7(X))
& monomer_1(fn_opsin_8(X))
& atom_1(fn_opsin_9(X))
& chemical_entity_1(fn_opsin_9(X))
& carbon_1(fn_opsin_10(X))
& size_value_1(fn_opsin_11(X))
& constant_motion_1(fn_opsin_12(X))
& speed_value_1(fn_opsin_13(X))
& quantity_value_1(fn_opsin_14(X))
& size_value_1(fn_opsin_15(X))
& spatial_entity_1(fn_opsin_16(X))
& chemical_entity_1(fn_opsin_16(X))
& monomer_1(fn_opsin_16(X))
& molecule_1(fn_opsin_16(X))
& amino_acid_1(fn_opsin_16(X))
& chemical_bond_1(fn_opsin_17(X))
& covalent_bond_1(fn_opsin_17(X))
& disulfide_bond_1(fn_opsin_17(X))
& carbon_1(fn_carbon_skeleton_4(fn_opsin_5(X)))
& protein_1(fn_disulfide_bond_3(fn_opsin_17(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_opsin_5(X)))
& atom_1(fn_carbon_skeleton_2(fn_opsin_5(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_opsin_5(X)))
& has_region_2(X,fn_opsin_1(X))
& possesses_2(X,fn_opsin_17(X))
& has_part_2(X,fn_opsin_8(X))
& size_2(fn_opsin_8(X),fn_opsin_15(X))
& greater_than_2(fn_opsin_11(X),fn_opsin_15(X))
& has_part_2(X,fn_opsin_9(X))
& possesses_2(X,fn_opsin_6(X))
& quantity_2(fn_opsin_6(X),fn_opsin_14(X))
& directly_proportional_2(fn_opsin_13(X),fn_opsin_14(X))
& speed_2(fn_opsin_12(X),fn_opsin_13(X))
& object_2(fn_opsin_12(X),X)
& is_at_2(fn_opsin_3(X),fn_opsin_4(X))
& has_region_2(X,fn_opsin_4(X))
& size_2(X,fn_opsin_11(X))
& the_scalar_value_2(fn_opsin_11(X),big_0)
& scalar_unit_class_2(fn_opsin_11(X),polypeptide_0)
& has_region_2(X,fn_opsin_2(X))
& is_at_2(fn_opsin_16(X),fn_opsin_2(X))
& has_part_2(fn_opsin_7(X),fn_opsin_16(X))
& has_part_2(X,fn_opsin_7(X))
& has_region_2(X,fn_opsin_3(X))
& is_inside_2(fn_opsin_10(X),fn_opsin_5(X))
& has_part_2(X,fn_opsin_10(X))
& has_region_2(X,fn_opsin_5(X))
& fn_opsin_9(X) != fn_opsin_10(X)
& fn_opsin_10(X) != fn_opsin_9(X)
& fn_opsin_17(X) = fn_molecule_10(X)
& fn_opsin_17(X) = fn_polymer_1(X)
& X = fn_disulfide_bond_3(fn_opsin_17(X))
& fn_opsin_11(X) = fn_receptor_protein_3(X)
& fn_opsin_15(X) = fn_receptor_protein_4(X)
& fn_opsin_8(X) = fn_polymer_4(X)
& fn_opsin_8(X) = fn_receptor_protein_5(X)
& fn_opsin_9(X) = fn_molecule_7(X)
& fn_opsin_12(X) = fn_molecule_8(X)
& fn_opsin_13(X) = fn_molecule_3(X)
& fn_opsin_14(X) = fn_molecule_4(X)
& fn_opsin_6(X) = fn_molecule_12(X)
& fn_opsin_11(X) = fn_protein_9(X)
& fn_opsin_4(X) = fn_protein_5(X)
& fn_opsin_3(X) = fn_protein_1(X)
& fn_opsin_7(X) = fn_protein_8(X)
& fn_opsin_16(X) = fn_protein_14(X)
& fn_opsin_2(X) = fn_protein_7(X)
& X = fn_carbon_skeleton_3(fn_opsin_5(X))
& fn_opsin_9(X) = fn_carbon_skeleton_2(fn_opsin_5(X))
& fn_opsin_10(X) = fn_carbon_skeleton_4(fn_opsin_5(X))
& fn_molecule_10(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_receptor_protein_5(X)
& fn_receptor_protein_5(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_receptor_protein_5(X)
& fn_receptor_protein_5(X) = fn_receptor_protein_3(X)
& fn_receptor_protein_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_disulfide_bond_3(fn_opsin_17(X))
& fn_disulfide_bond_3(fn_opsin_17(X)) = fn_carbon_skeleton_3(fn_opsin_5(X))
& fn_carbon_skeleton_3(fn_opsin_5(X)) = fn_carbon_skeleton_3(fn_opsin_5(X))
& fn_carbon_skeleton_3(fn_opsin_5(X)) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_carbon_skeleton_2(fn_opsin_5(X))
& fn_carbon_skeleton_2(fn_opsin_5(X)) = fn_carbon_skeleton_2(fn_opsin_5(X)) ) ) ).
fof(a531400,axiom,
! [X] :
( optic_chiasm_1(X)
=> ( original_name_2(X,'Optic-Chiasm')
& user_description_2(X,'The part of the brain where the left and right optic nerves partially cross. The right side of the brain receives information transmitted from the left visual feed of each eye, while the left side of the brain receives information from the right visual field of each eye.')
& concept2words_2(X,'chiasm of optic')
& concept2words_2(X,'optic chiasm')
& concept2words_2(X,'optic-chiasm')
& organ_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a531401,axiom,
! [X] :
( optic_nerve_1(X)
=> ( original_name_2(X,'Optic-Nerve')
& user_description_2(X,'A bundle of neurons that carries sensory information from the retina to the brain.')
& concept2words_2(X,'cranial nerve ii')
& concept2words_2(X,'cranial-nerve-ii')
& concept2words_2(X,'nerve of optic')
& concept2words_2(X,'optic nerve')
& concept2words_2(X,'optic-nerve')
& sensory_nervous_tissue_1(X)
& ~ brain_region_1(X)
& ~ ganglion_1(X)
& ~ gray_matter_1(X)
& ~ nerve_circuit_1(X)
& ~ neural_crest_1(X)
& ~ neuromast_1(X)
& ~ notochord_1(X)
& ~ ommatidium_1(X)
& ~ retina_1(X)
& ~ white_matter_1(X) ) ) ).
fof(a531402,axiom,
! [X] :
( optical_device_1(X)
=> ( original_name_2(X,'Optical-Device')
& user_description_2(X,'An optical instrument either processes light waves to enhance an image for viewing, or analyzes light waves (or photons) to determine one of a number of characteristic properties.')
& concept2words_2(X,'optical device')
& concept2words_2(X,'optical-device')
& device_1(X)
& ~ automobile_1(X)
& ~ centrifuge_1(X)
& ~ needle_1(X)
& ~ test_tube_1(X) ) ) ).
fof(a531403,axiom,
! [X] :
( optical_resolution_constant_1(X)
=> ( original_name_2(X,'Optical-Resolution-Constant')
& concept2words_2(X,'optical resolution constant')
& concept2words_2(X,'optical-resolution-constant')
& constant_1(X) ) ) ).
fof(a531404,axiom,
! [X] :
( optical_resolution_scale_1(X)
=> ( original_name_2(X,'Optical-Resolution-Scale')
& concept2words_2(X,'optical resolution scale')
& concept2words_2(X,'optical-resolution-scale')
& scale_1(X) ) ) ).
fof(a531405,axiom,
! [X] :
( optical_sectioning_1(X)
=> ( original_name_2(X,'Optical-Sectioning')
& user_description_2(X,'The process by which a suitably designed microscope can produce clear images of focal planes deep within a thick sample. This is used to reduce the need for thin sectioning using instruments such as the microtome.')
& concept2words_2(X,inquire)
& concept2words_2(X,'optical sectioning')
& concept2words_2(X,'optical-sectioning')
& microscopy_1(X)
& ~ mark_1(X)
& ~ generation_of_kinetic_energy_1(X)
& image_1(fn_optical_sectioning_1(X))
& tangible_entity_1(fn_optical_sectioning_2(X))
& base_2(X,fn_optical_sectioning_2(X))
& has_part_2(fn_optical_sectioning_2(X),fn_optical_sectioning_1(X)) ) ) ).
fof(a531406,axiom,
! [X] :
( optimal_foraging_1(X)
=> ( original_name_2(X,'Optimal-Foraging')
& user_description_2(X,'The theory that foraging behavior is based on a compromise between the costs and benefits of feeding.')
& concept2words_2(X,'optimal foraging')
& concept2words_2(X,'optimal-foraging')
& feeding_behavior_1(X) ) ) ).
fof(a531407,axiom,
! [X] :
( oral_cavity_1(X)
=> ( original_name_2(X,'Oral-Cavity')
& user_description_2(X,'An animal\'s mouth.')
& concept2words_2(X,'cavity of oral')
& concept2words_2(X,'oral cavity')
& concept2words_2(X,'oral-cavity')
& animal_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a531408,axiom,
! [X] :
( orange_light_1(X)
=> ( original_name_2(X,'Orange-Light')
& user_description_2(X,'The portion of the electromagnetic spectrum that can be detected as orange by the human eye, ranging in wavelength from about 590 nm to 620 nm.')
& concept2words_2(X,'light of orange')
& concept2words_2(X,'orange light')
& concept2words_2(X,'orange-light')
& light_1(X)
& visible_light_1(fn_orange_light_1(X))
& length_value_1(fn_orange_light_4(X))
& length_value_1(fn_orange_light_5(X))
& quantity_value_1(fn_orange_light_7(X))
& move_1(fn_orange_light_8(X))
& length_value_1(fn_orange_light_10(X))
& spatial_entity_1(fn_move_1(fn_orange_light_8(X)))
& has_part_2(fn_orange_light_1(X),X)
& greater_than_or_equal_to_2(fn_orange_light_10(X),fn_orange_light_4(X))
& the_cardinal_value_2(fn_orange_light_4(X),"590.0e0")
& cardinal_unit_class_2(fn_orange_light_4(X),nanometer_0)
& greater_than_or_equal_to_2(fn_orange_light_5(X),fn_orange_light_10(X))
& the_cardinal_value_2(fn_orange_light_5(X),"640.0e0")
& cardinal_unit_class_2(fn_orange_light_5(X),nanometer_0)
& object_2(fn_orange_light_8(X),X)
& quantity_2(X,fn_orange_light_7(X))
& wavelength_2(X,fn_orange_light_10(X))
& inversely_proportional_2(fn_orange_light_7(X),fn_orange_light_10(X))
& X = fn_move_1(fn_orange_light_8(X))
& fn_orange_light_9(X) = fn_electromagnetic_energy_1(X)
& fn_orange_light_6(X) = fn_electromagnetic_energy_2(X)
& fn_orange_light_7(X) = fn_electromagnetic_energy_3(X)
& fn_orange_light_10(X) = fn_electromagnetic_energy_4(X) ) ) ).
fof(a531409,axiom,
! [X] :
( orbital_1(X)
=> ( original_name_2(X,'Orbital')
& user_description_2(X,'The volume of space where an electron can be found 90% of the time.')
& concept2words_2(X,orbital)
& atomic_region_1(X)
& ~ electron_shell_1(X)
& electron_1(fn_orbital_1(X))
& angle_value_1(fn_orbital_2(X))
& shape_value_1(fn_orbital_3(X))
& is_inside_2(fn_orbital_1(X),X)
& orientation_2(X,fn_orbital_2(X))
& shape_2(X,fn_orbital_3(X)) ) ) ).
fof(a531410,axiom,
! [X] :
( order_1(X)
=> ( original_name_2(X,'Order')
& user_description_2(X,'In Linnean classification, the taxonomic category below Class and above Family.')
& concept2words_2(X,order)
& taxon_1(X) ) ) ).
fof(a531411,axiom,
! [X] :
( organ_1(X)
=> ( original_name_2(X,'Organ')
& user_description_2(X,'A collection of tissues organized into a functional unit within the body.')
& concept2words_2(X,organ)
& suborganismal_entity_1(X)
& ~ tissue_1(X)
& ~ seed_1(X)
& tissue_1(fn_organ_1(X))
& has_part_2(X,fn_organ_1(X)) ) ) ).
fof(a531412,axiom,
! [X] :
( organ_development_1(X)
=> ( original_name_2(X,'Organ-Development')
& user_description_2(X,'The process involved in the development of the organs during developmental process of an organism.')
& concept2words_2(X,'organ formation')
& concept2words_2(X,'development of organ')
& concept2words_2(X,'organ development')
& concept2words_2(X,'organ-development')
& developmental_process_1(X)
& cell_differentiation_induction_1(fn_organ_development_1(X))
& causes_2(fn_organ_development_1(X),X) ) ) ).
fof(a531413,axiom,
! [X] :
( organ_identity_gene_1(X)
=> ( original_name_2(X,'Organ-Identity-Gene')
& user_description_2(X,'A family of genes found in flowering plants which encode transcription factors that regulate the development of floral pattern. The expression of floral identity genes in particular floral organ primordia is related to the position of the floral organ primordia .')
& concept2words_2(X,'plant homeotic gene')
& concept2words_2(X,'organ identity gene')
& concept2words_2(X,'organ-identity gene')
& concept2words_2(X,'organ-identity-gene')
& homeotic_gene_1(X)
& ~ insect_homeotic_gene_1(X)
& promoter_1(fn_organ_identity_gene_1(X))
& gene_regulation_1(fn_organ_identity_gene_2(X))
& meristem_1(fn_organ_identity_gene_3(X))
& deoxyribonucleoside_monophosphate_1(fn_organ_identity_gene_4(X))
& deoxyribonucleoside_monophosphate_1(fn_organ_identity_gene_5(X))
& monomer_1(fn_organ_identity_gene_10(X))
& monomer_1(fn_organ_identity_gene_11(X))
& size_value_1(fn_organ_identity_gene_12(X))
& phosphodiester_bond_1(fn_organ_identity_gene_13(X))
& kinetic_energy_1(fn_organ_identity_gene_14(X))
& constant_motion_1(fn_organ_identity_gene_15(X))
& speed_value_1(fn_organ_identity_gene_16(X))
& quantity_value_1(fn_organ_identity_gene_17(X))
& size_value_1(fn_organ_identity_gene_18(X))
& entity_1(fn_organ_identity_gene_19(X))
& intron_1(fn_organ_identity_gene_19(X))
& code_for_1(fn_organ_identity_gene_20(X))
& dna_binding_domain_1(fn_organ_identity_gene_21(X))
& regulation_1(fn_organ_identity_gene_22(X))
& create_1(fn_organ_identity_gene_23(X))
& plant_organ_1(fn_organ_identity_gene_24(X))
& dna_1(fn_organ_identity_gene_25(X))
& attach_1(fn_organ_identity_gene_26(X))
& dna_strand_1(fn_organ_identity_gene_27(X))
& exon_1(fn_organ_identity_gene_28(X))
& exon_1(fn_organ_identity_gene_29(X))
& code_for_1(fn_organ_identity_gene_30(X))
& homeobox_1(fn_organ_identity_gene_31(X))
& entity_1(fn_create_1(fn_organ_identity_gene_23(X)))
& spatial_entity_1(fn_attach_2(fn_organ_identity_gene_26(X)))
& entity_1(fn_code_for_2(fn_organ_identity_gene_20(X)))
& gene_1(fn_dna_strand_14(fn_organ_identity_gene_27(X)))
& exon_1(fn_intron_6(fn_organ_identity_gene_19(X)))
& entity_1(fn_code_for_1(fn_organ_identity_gene_20(X)))
& has_part_2(fn_organ_identity_gene_27(X),fn_organ_identity_gene_5(X))
& has_part_2(fn_organ_identity_gene_27(X),fn_organ_identity_gene_4(X))
& subevent_2(fn_organ_identity_gene_2(X),fn_organ_identity_gene_26(X))
& has_part_2(fn_organ_identity_gene_25(X),fn_organ_identity_gene_1(X))
& base_2(fn_organ_identity_gene_23(X),fn_organ_identity_gene_3(X))
& causes_2(fn_organ_identity_gene_22(X),fn_organ_identity_gene_23(X))
& subevent_2(fn_organ_identity_gene_22(X),fn_organ_identity_gene_2(X))
& agent_2(fn_organ_identity_gene_20(X),fn_organ_identity_gene_19(X))
& result_2(fn_organ_identity_gene_23(X),fn_organ_identity_gene_24(X))
& base_2(fn_organ_identity_gene_26(X),fn_organ_identity_gene_25(X))
& result_2(fn_organ_identity_gene_20(X),fn_organ_identity_gene_21(X))
& has_function_2(X,fn_organ_identity_gene_22(X))
& has_part_2(fn_organ_identity_gene_27(X),X)
& is_between_2(fn_organ_identity_gene_19(X),fn_organ_identity_gene_29(X))
& agent_2(fn_organ_identity_gene_22(X),X)
& element_2(X,fn_organ_identity_gene_29(X))
& element_2(X,fn_organ_identity_gene_19(X))
& next_element_2(fn_organ_identity_gene_29(X),fn_organ_identity_gene_19(X))
& object_2(fn_organ_identity_gene_15(X),X)
& speed_2(fn_organ_identity_gene_15(X),fn_organ_identity_gene_16(X))
& directly_proportional_2(fn_organ_identity_gene_16(X),fn_organ_identity_gene_17(X))
& quantity_2(fn_organ_identity_gene_14(X),fn_organ_identity_gene_17(X))
& possesses_2(X,fn_organ_identity_gene_14(X))
& donor_2(fn_organ_identity_gene_30(X),X)
& agent_2(fn_organ_identity_gene_30(X),X)
& element_2(X,fn_organ_identity_gene_10(X))
& is_between_2(fn_organ_identity_gene_13(X),fn_organ_identity_gene_10(X))
& possesses_2(X,fn_organ_identity_gene_13(X))
& next_element_2(fn_organ_identity_gene_10(X),fn_organ_identity_gene_11(X))
& element_2(X,fn_organ_identity_gene_11(X))
& element_2(X,fn_organ_identity_gene_28(X))
& is_between_2(fn_organ_identity_gene_19(X),fn_organ_identity_gene_28(X))
& next_element_2(fn_organ_identity_gene_19(X),fn_organ_identity_gene_28(X))
& first_element_2(X,fn_organ_identity_gene_10(X))
& size_2(fn_organ_identity_gene_10(X),fn_organ_identity_gene_18(X))
& greater_than_2(fn_organ_identity_gene_12(X),fn_organ_identity_gene_18(X))
& size_2(X,fn_organ_identity_gene_12(X))
& has_function_2(X,fn_organ_identity_gene_30(X))
& fn_organ_identity_gene_19(X) = fn_code_for_1(fn_organ_identity_gene_20(X))
& fn_organ_identity_gene_24(X) = fn_create_1(fn_organ_identity_gene_23(X))
& fn_organ_identity_gene_25(X) = fn_attach_2(fn_organ_identity_gene_26(X))
& fn_organ_identity_gene_21(X) = fn_code_for_2(fn_organ_identity_gene_20(X))
& fn_organ_identity_gene_31(X) = fn_homeotic_gene_4(X)
& fn_organ_identity_gene_22(X) = fn_homeotic_gene_7(X)
& X = fn_dna_strand_14(fn_organ_identity_gene_27(X))
& fn_organ_identity_gene_29(X) = fn_intron_6(fn_organ_identity_gene_19(X))
& fn_organ_identity_gene_9(X) = fn_master_control_gene_22(X)
& fn_organ_identity_gene_8(X) = fn_master_control_gene_1(X)
& fn_organ_identity_gene_22(X) = fn_master_control_gene_4(X)
& fn_organ_identity_gene_7(X) = fn_master_control_gene_2(X)
& fn_organ_identity_gene_29(X) = fn_master_control_gene_18(X)
& fn_organ_identity_gene_6(X) = fn_master_control_gene_23(X)
& fn_organ_identity_gene_29(X) = fn_master_control_gene_19(X)
& fn_organ_identity_gene_14(X) = fn_master_control_gene_13(X)
& fn_organ_identity_gene_17(X) = fn_master_control_gene_5(X)
& fn_organ_identity_gene_16(X) = fn_master_control_gene_6(X)
& fn_organ_identity_gene_15(X) = fn_master_control_gene_12(X)
& fn_organ_identity_gene_13(X) = fn_master_control_gene_14(X)
& fn_organ_identity_gene_28(X) = fn_master_control_gene_18(X)
& fn_organ_identity_gene_19(X) = fn_master_control_gene_20(X)
& fn_organ_identity_gene_28(X) = fn_master_control_gene_19(X)
& fn_organ_identity_gene_11(X) = fn_master_control_gene_17(X)
& fn_organ_identity_gene_30(X) = fn_master_control_gene_8(X)
& fn_organ_identity_gene_12(X) = fn_master_control_gene_16(X)
& fn_organ_identity_gene_18(X) = fn_master_control_gene_15(X)
& fn_organ_identity_gene_10(X) = fn_master_control_gene_21(X)
& fn_homeotic_gene_7(X) = fn_master_control_gene_4(X)
& fn_master_control_gene_4(X) = fn_intron_6(fn_organ_identity_gene_19(X))
& fn_intron_6(fn_organ_identity_gene_19(X)) = fn_master_control_gene_18(X)
& fn_master_control_gene_18(X) = fn_master_control_gene_18(X)
& fn_master_control_gene_19(X) = fn_code_for_1(fn_organ_identity_gene_20(X))
& fn_code_for_1(fn_organ_identity_gene_20(X)) = fn_master_control_gene_20(X)
& fn_master_control_gene_20(X) = fn_master_control_gene_20(X)
& fn_master_control_gene_20(X) = fn_master_control_gene_18(X)
& fn_master_control_gene_18(X) = fn_master_control_gene_19(X)
& fn_master_control_gene_19(X) = fn_master_control_gene_19(X) ) ) ).
fof(a531414,axiom,
! [X] :
( organ_of_corti_1(X)
=> ( original_name_2(X,'Organ-Of-Corti')
& user_description_2(X,'In mammals, the organ of the inner ear that contains the receptor cells for hearing.')
& concept2words_2(X,'organ of corti')
& concept2words_2(X,'organ-of-corti')
& sensory_organ_1(X)
& ~ antenna_1(X)
& ~ cochlea_1(X)
& ~ eye_cup_1(X)
& ~ inner_ear_1(X)
& ~ lateral_line_1(X)
& ~ organ_of_equilibrium_1(X) ) ) ).
fof(a531415,axiom,
! [X] :
( organ_of_equilibrium_1(X)
=> ( original_name_2(X,'Organ-Of-Equilibrium')
& user_description_2(X,'An organ specialized in maintaining equilibrium.')
& concept2words_2(X,'equilibrium organ')
& concept2words_2(X,'equilibrium-organ')
& concept2words_2(X,'organ of equilibrium')
& concept2words_2(X,'organ-of-equilibrium')
& sensory_organ_1(X)
& ~ antenna_1(X)
& ~ cochlea_1(X)
& ~ eye_cup_1(X)
& ~ inner_ear_1(X)
& ~ lateral_line_1(X)
& ~ organ_of_corti_1(X) ) ) ).
fof(a531416,axiom,
! [X] :
( organ_region_1(X)
=> ( original_name_2(X,'Organ-Region')
& user_description_2(X,'A region of an organ')
& concept2words_2(X,'region of organ')
& concept2words_2(X,'organ region')
& concept2words_2(X,'organ-region')
& biological_region_1(X) ) ) ).
fof(a531417,axiom,
! [X] :
( organ_space_1(X)
=> ( original_name_2(X,'Organ-Space')
& user_description_2(X,'A space in an organ which is surrounded by anatomical structures.')
& concept2words_2(X,'space of organ')
& concept2words_2(X,'organ space')
& concept2words_2(X,'organ-space')
& animal_space_1(X) ) ) ).
fof(a531418,axiom,
! [X] :
( organ_system_1(X)
=> ( original_name_2(X,'Organ-System')
& user_description_2(X,'A group of organs working as a unit to perform some vital function in the body.')
& concept2words_2(X,'system of organ')
& concept2words_2(X,'organ system')
& concept2words_2(X,'organ-system')
& organismal_region_1(X)
& aggregate_1(X) ) ) ).
fof(a531419,axiom,
! [X] :
( organelle_1(X)
=> ( original_name_2(X,'Organelle')
& user_description_2(X,'An organelle is a specialized component of a cell. Every organelle has a specific function essential for survival of the cell. In prokaryotes, nucleoid, ribosome, plasma membrane, ribosome, pili, flagella are examples of an organelle while in eukaryotes organelles are nucleus, Endoplasmic reticulum etc')
& concept2words_2(X,'membrane bound organelle')
& concept2words_2(X,'membrane-bound-organelle')
& concept2words_2(X,organelle)
& cellular_structure_1(X)
& biomembrane_1(fn_organelle_1(X))
& aqueous_solution_1(fn_organelle_2(X))
& aqueous_solution_1(fn_biomembrane_14(fn_organelle_1(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_organelle_1(X)))
& has_part_2(X,fn_organelle_1(X))
& has_part_2(X,fn_organelle_2(X))
& is_between_2(fn_organelle_1(X),fn_organelle_2(X))
& fn_organelle_2(X) = fn_biomembrane_14(fn_organelle_1(X))
& fn_organelle_2(X) = fn_biomembrane_15(fn_organelle_1(X))
& fn_biomembrane_14(fn_organelle_1(X)) = fn_biomembrane_15(fn_organelle_1(X)) ) ) ).
fof(a531420,axiom,
! [X] :
( organic_acid_1(X)
=> ( original_name_2(X,'Organic-Acid')
& user_description_2(X,'An organic acid is an organic compound with acidic properties. The most common organic acids are the carboxylic acids, whose acidity is associated with their carboxyl group -COOH.')
& concept2words_2(X,'organic acid')
& concept2words_2(X,'organic-acid')
& acid_compound_1(X)
& organic_molecule_1(X)
& hold_1(fn_organic_acid_1(X))
& hold_together_1(fn_organic_acid_1(X))
& entity_1(fn_organic_acid_2(X))
& electron_1(fn_organic_acid_2(X))
& valence_electron_1(fn_organic_acid_2(X))
& electron_shell_1(fn_organic_acid_3(X))
& atomic_nucleus_1(fn_organic_acid_4(X))
& center_1(fn_organic_acid_5(X))
& entity_1(fn_organic_acid_6(X))
& tangible_entity_1(fn_organic_acid_6(X))
& electron_1(fn_organic_acid_6(X))
& valence_electron_1(fn_organic_acid_6(X))
& electron_shell_1(fn_organic_acid_7(X))
& atomic_nucleus_1(fn_organic_acid_8(X))
& center_1(fn_organic_acid_9(X))
& entity_1(fn_organic_acid_10(X))
& tangible_entity_1(fn_organic_acid_10(X))
& oxygen_1(fn_organic_acid_10(X))
& carboxyl_group_1(fn_organic_acid_11(X))
& carbon_skeleton_1(fn_organic_acid_12(X))
& atom_1(fn_organic_acid_13(X))
& chemical_entity_1(fn_organic_acid_13(X))
& oxygen_1(fn_organic_acid_13(X))
& entity_1(fn_organic_acid_14(X))
& chemical_entity_1(fn_organic_acid_14(X))
& atom_1(fn_organic_acid_14(X))
& carbon_1(fn_organic_acid_14(X))
& share_1(fn_organic_acid_15(X))
& speed_value_1(fn_organic_acid_16(X))
& quantity_value_1(fn_organic_acid_17(X))
& kinetic_energy_1(fn_organic_acid_18(X))
& constant_motion_1(fn_organic_acid_19(X))
& chemical_entity_1(fn_functional_group_1(fn_organic_acid_11(X)))
& center_1(fn_carboxyl_group_18(fn_organic_acid_11(X)))
& atomic_nucleus_1(fn_carboxyl_group_46(fn_organic_acid_11(X)))
& electron_shell_1(fn_carboxyl_group_16(fn_organic_acid_11(X)))
& hold_together_1(fn_carboxyl_group_47(fn_organic_acid_11(X)))
& share_1(fn_carboxyl_group_49(fn_organic_acid_11(X)))
& center_1(fn_carboxyl_group_20(fn_organic_acid_11(X)))
& center_1(fn_carboxyl_group_64(fn_organic_acid_11(X)))
& electron_shell_1(fn_carboxyl_group_22(fn_organic_acid_11(X)))
& electron_shell_1(fn_carboxyl_group_63(fn_organic_acid_11(X)))
& oxygen_1(fn_carboxyl_group_24(fn_organic_acid_11(X)))
& atomic_nucleus_1(fn_carboxyl_group_57(fn_organic_acid_11(X)))
& atomic_nucleus_1(fn_carboxyl_group_48(fn_organic_acid_11(X)))
& entity_1(fn_carboxyl_group_21(fn_organic_acid_11(X)))
& valence_electron_1(fn_carboxyl_group_21(fn_organic_acid_11(X)))
& electron_1(fn_carboxyl_group_45(fn_organic_acid_11(X)))
& valence_electron_1(fn_carboxyl_group_45(fn_organic_acid_11(X)))
& entity_1(fn_carboxyl_group_17(fn_organic_acid_11(X)))
& tangible_entity_1(fn_carboxyl_group_17(fn_organic_acid_11(X)))
& electron_1(fn_carboxyl_group_17(fn_organic_acid_11(X)))
& valence_electron_1(fn_carboxyl_group_17(fn_organic_acid_11(X)))
& entity_1(fn_carboxyl_group_19(fn_organic_acid_11(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_organic_acid_11(X)))
& atom_1(fn_carboxyl_group_19(fn_organic_acid_11(X)))
& carbon_1(fn_carboxyl_group_19(fn_organic_acid_11(X)))
& entity_1(fn_share_3(fn_organic_acid_15(X)))
& entity_1(fn_share_1(fn_organic_acid_15(X)))
& tangible_entity_1(fn_hold_2(fn_organic_acid_1(X)))
& oxygen_1(fn_carboxyl_group_23(fn_organic_acid_11(X)))
& has_part_2(X,fn_organic_acid_10(X))
& agent_2(fn_organic_acid_15(X),fn_organic_acid_10(X))
& object_2(fn_organic_acid_1(X),fn_organic_acid_10(X))
& has_part_2(X,fn_organic_acid_13(X))
& has_region_2(X,fn_organic_acid_11(X))
& has_part_2(X,fn_organic_acid_14(X))
& is_inside_2(fn_organic_acid_14(X),fn_organic_acid_12(X))
& has_region_2(X,fn_organic_acid_12(X))
& possesses_2(X,fn_organic_acid_18(X))
& quantity_2(fn_organic_acid_18(X),fn_organic_acid_17(X))
& directly_proportional_2(fn_organic_acid_16(X),fn_organic_acid_17(X))
& speed_2(fn_organic_acid_19(X),fn_organic_acid_16(X))
& object_2(fn_organic_acid_19(X),X)
& has_region_2(fn_organic_acid_14(X),fn_organic_acid_8(X))
& is_at_2(fn_organic_acid_8(X),fn_organic_acid_9(X))
& has_region_2(fn_organic_acid_14(X),fn_organic_acid_9(X))
& has_region_2(fn_organic_acid_14(X),fn_organic_acid_7(X))
& is_inside_2(fn_organic_acid_14(X),fn_organic_acid_11(X))
& is_inside_2(fn_organic_acid_13(X),fn_organic_acid_11(X))
& fn_organic_acid_13(X) != fn_organic_acid_14(X)
& fn_organic_acid_10(X) != fn_organic_acid_13(X)
& fn_organic_acid_13(X) != fn_organic_acid_10(X)
& fn_organic_acid_14(X) != fn_organic_acid_13(X)
& is_at_2(fn_organic_acid_4(X),fn_organic_acid_5(X))
& has_region_2(fn_organic_acid_13(X),fn_organic_acid_5(X))
& has_region_2(fn_organic_acid_13(X),fn_organic_acid_4(X))
& fn_organic_acid_9(X) != fn_organic_acid_5(X)
& fn_organic_acid_5(X) != fn_organic_acid_9(X)
& agent_2(fn_organic_acid_15(X),fn_organic_acid_13(X))
& object_2(fn_organic_acid_15(X),fn_organic_acid_6(X))
& is_near_2(fn_organic_acid_6(X),fn_organic_acid_8(X))
& is_near_2(fn_organic_acid_8(X),fn_organic_acid_6(X))
& fn_organic_acid_4(X) != fn_organic_acid_8(X)
& fn_organic_acid_8(X) != fn_organic_acid_4(X)
& object_2(fn_organic_acid_1(X),fn_organic_acid_14(X))
& object_2(fn_organic_acid_1(X),fn_organic_acid_13(X))
& has_region_2(fn_organic_acid_13(X),fn_organic_acid_3(X))
& fn_organic_acid_7(X) != fn_organic_acid_3(X)
& fn_organic_acid_3(X) != fn_organic_acid_7(X)
& agent_2(fn_organic_acid_15(X),fn_organic_acid_14(X))
& object_2(fn_organic_acid_15(X),fn_organic_acid_2(X))
& has_part_2(fn_organic_acid_13(X),fn_organic_acid_2(X))
& is_near_2(fn_organic_acid_4(X),fn_organic_acid_2(X))
& is_near_2(fn_organic_acid_2(X),fn_organic_acid_4(X))
& is_inside_2(fn_organic_acid_10(X),fn_organic_acid_11(X))
& fn_organic_acid_10(X) != fn_organic_acid_14(X)
& has_part_2(fn_organic_acid_14(X),fn_organic_acid_6(X))
& fn_organic_acid_14(X) != fn_organic_acid_10(X)
& fn_organic_acid_2(X) != fn_organic_acid_6(X)
& fn_organic_acid_6(X) != fn_organic_acid_2(X)
& fn_organic_acid_10(X) = fn_share_3(fn_organic_acid_15(X))
& fn_organic_acid_10(X) = fn_share_1(fn_organic_acid_15(X))
& fn_organic_acid_10(X) = fn_hold_2(fn_organic_acid_1(X))
& X = fn_functional_group_1(fn_organic_acid_11(X))
& fn_organic_acid_12(X) = fn_organic_molecule_3(X)
& fn_organic_acid_21(X) = fn_molecule_1(X)
& fn_organic_acid_20(X) = fn_molecule_2(X)
& fn_organic_acid_19(X) = fn_molecule_8(X)
& fn_organic_acid_16(X) = fn_molecule_3(X)
& fn_organic_acid_17(X) = fn_molecule_4(X)
& fn_organic_acid_18(X) = fn_molecule_12(X)
& fn_organic_acid_7(X) = fn_carboxyl_group_22(fn_organic_acid_11(X))
& fn_organic_acid_9(X) = fn_carboxyl_group_20(fn_organic_acid_11(X))
& fn_organic_acid_13(X) = fn_organic_molecule_2(X)
& fn_organic_acid_14(X) = fn_organic_molecule_1(X)
& fn_organic_acid_13(X) = fn_carboxyl_group_24(fn_organic_acid_11(X))
& fn_organic_acid_9(X) = fn_carboxyl_group_64(fn_organic_acid_11(X))
& fn_organic_acid_5(X) = fn_carboxyl_group_18(fn_organic_acid_11(X))
& fn_organic_acid_4(X) = fn_carboxyl_group_57(fn_organic_acid_11(X))
& fn_organic_acid_8(X) = fn_carboxyl_group_46(fn_organic_acid_11(X))
& fn_organic_acid_6(X) = fn_carboxyl_group_45(fn_organic_acid_11(X))
& fn_organic_acid_7(X) = fn_carboxyl_group_63(fn_organic_acid_11(X))
& fn_organic_acid_3(X) = fn_carboxyl_group_16(fn_organic_acid_11(X))
& fn_organic_acid_1(X) = fn_carboxyl_group_47(fn_organic_acid_11(X))
& fn_organic_acid_13(X) = fn_carboxyl_group_23(fn_organic_acid_11(X))
& fn_organic_acid_4(X) = fn_carboxyl_group_48(fn_organic_acid_11(X))
& fn_organic_acid_2(X) = fn_carboxyl_group_21(fn_organic_acid_11(X))
& fn_organic_acid_15(X) = fn_carboxyl_group_49(fn_organic_acid_11(X))
& fn_organic_acid_2(X) = fn_carboxyl_group_45(fn_organic_acid_11(X))
& fn_organic_acid_6(X) = fn_carboxyl_group_17(fn_organic_acid_11(X))
& fn_organic_acid_14(X) = fn_carboxyl_group_19(fn_organic_acid_11(X))
& fn_organic_acid_10(X) = fn_carboxyl_group_23(fn_organic_acid_11(X))
& fn_carboxyl_group_20(fn_organic_acid_11(X)) = fn_carboxyl_group_20(fn_organic_acid_11(X))
& fn_carboxyl_group_20(fn_organic_acid_11(X)) = fn_carboxyl_group_64(fn_organic_acid_11(X))
& fn_carboxyl_group_64(fn_organic_acid_11(X)) = fn_carboxyl_group_64(fn_organic_acid_11(X))
& fn_carboxyl_group_64(fn_organic_acid_11(X)) = fn_carboxyl_group_22(fn_organic_acid_11(X))
& fn_carboxyl_group_22(fn_organic_acid_11(X)) = fn_carboxyl_group_63(fn_organic_acid_11(X))
& fn_carboxyl_group_63(fn_organic_acid_11(X)) = fn_carboxyl_group_63(fn_organic_acid_11(X))
& fn_carboxyl_group_63(fn_organic_acid_11(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_carboxyl_group_24(fn_organic_acid_11(X))
& fn_carboxyl_group_24(fn_organic_acid_11(X)) = fn_carboxyl_group_24(fn_organic_acid_11(X))
& fn_carboxyl_group_24(fn_organic_acid_11(X)) = fn_carboxyl_group_23(fn_organic_acid_11(X))
& fn_carboxyl_group_23(fn_organic_acid_11(X)) = fn_carboxyl_group_48(fn_organic_acid_11(X))
& fn_carboxyl_group_48(fn_organic_acid_11(X)) = fn_carboxyl_group_57(fn_organic_acid_11(X))
& fn_carboxyl_group_57(fn_organic_acid_11(X)) = fn_carboxyl_group_57(fn_organic_acid_11(X))
& fn_carboxyl_group_57(fn_organic_acid_11(X)) = fn_carboxyl_group_48(fn_organic_acid_11(X))
& fn_carboxyl_group_48(fn_organic_acid_11(X)) = fn_carboxyl_group_48(fn_organic_acid_11(X))
& fn_carboxyl_group_48(fn_organic_acid_11(X)) = fn_carboxyl_group_21(fn_organic_acid_11(X))
& fn_carboxyl_group_21(fn_organic_acid_11(X)) = fn_carboxyl_group_21(fn_organic_acid_11(X))
& fn_carboxyl_group_21(fn_organic_acid_11(X)) = fn_carboxyl_group_45(fn_organic_acid_11(X))
& fn_carboxyl_group_45(fn_organic_acid_11(X)) = fn_carboxyl_group_45(fn_organic_acid_11(X))
& fn_carboxyl_group_45(fn_organic_acid_11(X)) = fn_carboxyl_group_17(fn_organic_acid_11(X))
& fn_carboxyl_group_17(fn_organic_acid_11(X)) = fn_carboxyl_group_17(fn_organic_acid_11(X))
& fn_carboxyl_group_17(fn_organic_acid_11(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_1(X)
& fn_carboxyl_group_19(fn_organic_acid_11(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_carboxyl_group_19(fn_organic_acid_11(X))
& fn_carboxyl_group_19(fn_organic_acid_11(X)) = fn_carboxyl_group_19(fn_organic_acid_11(X))
& fn_carboxyl_group_19(fn_organic_acid_11(X)) = fn_share_3(fn_organic_acid_15(X))
& fn_share_3(fn_organic_acid_15(X)) = fn_share_1(fn_organic_acid_15(X))
& fn_share_1(fn_organic_acid_15(X)) = fn_share_1(fn_organic_acid_15(X))
& fn_share_1(fn_organic_acid_15(X)) = fn_hold_2(fn_organic_acid_1(X))
& fn_hold_2(fn_organic_acid_1(X)) = fn_hold_2(fn_organic_acid_1(X))
& fn_hold_2(fn_organic_acid_1(X)) = fn_carboxyl_group_23(fn_organic_acid_11(X))
& fn_carboxyl_group_23(fn_organic_acid_11(X)) = fn_carboxyl_group_23(fn_organic_acid_11(X)) ) ) ).
fof(a531421,axiom,
! [X] :
( organic_anion_1(X)
=> ( original_name_2(X,'Organic-Anion')
& user_description_2(X,'A negatively charged organic ion is organic anion.')
& concept2words_2(X,'organic anion')
& concept2words_2(X,'organic-anion')
& polyatomic_ion_1(X)
& anion_1(X)
& ~ carbonate_ion_1(X)
& ~ cl_minus_1(X)
& ~ azide_1(X)
& ~ sulfide_1(X)
& ~ sulfate_1(X)
& ~ bicarbonate_ion_1(X)
& ~ phosphate_ion_1(X) ) ) ).
fof(a531422,axiom,
! [X] :
( organic_chemistry_1(X)
=> ( original_name_2(X,'Organic-Chemistry')
& user_description_2(X,'The study of carbon-based compounds.')
& concept2words_2(X,'organic chemistry')
& concept2words_2(X,'organic-chemistry')
& inquiry_1(X)
& organic_molecule_1(fn_organic_chemistry_1(X))
& object_2(X,fn_organic_chemistry_1(X)) ) ) ).
fof(a531423,axiom,
! [X] :
( organic_entity_1(X)
=> ( original_name_2(X,'Organic-Entity')
& user_description_2(X,'Substances or objects which are parts of, related to, or derived from living organisms.')
& concept2words_2(X,'organic entity')
& concept2words_2(X,'organic-entity')
& tangible_entity_1(X) ) ) ).
fof(a531424,axiom,
! [X] :
( organic_molecule_1(X)
=> ( original_name_2(X,'Organic-Molecule')
& description_2(X,'Molecule containing carbon.')
& user_description_2(X,'Molecules containing carbon and possessing carbon-hydrogen and carbon-carbon bonds.')
& concept2words_2(X,'organic compound')
& concept2words_2(X,'organic molecule')
& concept2words_2(X,'organic-molecule')
& molecule_1(X)
& ~ inorganic_molecule_1(X)
& carbon_1(fn_organic_molecule_1(X))
& atom_1(fn_organic_molecule_2(X))
& chemical_entity_1(fn_organic_molecule_2(X))
& carbon_skeleton_1(fn_organic_molecule_3(X))
& carbon_1(fn_carbon_skeleton_4(fn_organic_molecule_3(X)))
& atom_1(fn_carbon_skeleton_2(fn_organic_molecule_3(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_organic_molecule_3(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_organic_molecule_3(X)))
& has_part_2(X,fn_organic_molecule_2(X))
& has_region_2(X,fn_organic_molecule_3(X))
& has_part_2(X,fn_organic_molecule_1(X))
& is_inside_2(fn_organic_molecule_1(X),fn_organic_molecule_3(X))
& fn_organic_molecule_2(X) != fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) != fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_molecule_7(X)
& fn_organic_molecule_2(X) = fn_carbon_skeleton_2(fn_organic_molecule_3(X))
& fn_organic_molecule_1(X) = fn_carbon_skeleton_4(fn_organic_molecule_3(X))
& X = fn_carbon_skeleton_3(fn_organic_molecule_3(X))
& fn_molecule_7(X) = fn_carbon_skeleton_2(fn_organic_molecule_3(X))
& fn_carbon_skeleton_2(fn_organic_molecule_3(X)) = fn_carbon_skeleton_2(fn_organic_molecule_3(X))
& fn_carbon_skeleton_3(fn_organic_molecule_3(X)) = fn_carbon_skeleton_3(fn_organic_molecule_3(X)) ) ) ).
fof(a531425,axiom,
! [X] :
( organic_molecule_substance_1(X)
=> ( original_name_2(X,'Organic-Molecule-Substance')
& concept2words_2(X,'organic molecule substance')
& concept2words_2(X,'organic-molecule-substance')
& molecule_substance_1(X)
& ~ inorganic_molecule_substance_1(X)
& organic_molecule_1(fn_organic_molecule_substance_1(X))
& has_part_2(X,fn_organic_molecule_substance_1(X))
& fn_organic_molecule_substance_1(X) = fn_molecule_substance_1(X) ) ) ).
fof(a531426,axiom,
! [X] :
( organic_phosphate_1(X)
=> ( original_name_2(X,'Organic-Phosphate')
& user_description_2(X,'An organic compound which contains phosphate functional groups.')
& concept2words_2(X,'organic compound containing phosphate group')
& concept2words_2(X,'organic-compound-containing-phosphate-group')
& concept2words_2(X,'organic phosphate')
& concept2words_2(X,'organic-phosphate')
& organic_molecule_1(X)
& single_bond_1(fn_organic_phosphate_3(X))
& phosphorus_1(fn_organic_phosphate_4(X))
& entity_1(fn_organic_phosphate_5(X))
& chemical_entity_1(fn_organic_phosphate_5(X))
& atom_1(fn_organic_phosphate_5(X))
& oxygen_1(fn_organic_phosphate_5(X))
& oxygen_1(fn_organic_phosphate_6(X))
& entity_1(fn_organic_phosphate_6(X))
& chemical_entity_1(fn_organic_phosphate_6(X))
& atom_1(fn_organic_phosphate_6(X))
& carbon_skeleton_1(fn_organic_phosphate_7(X))
& chemical_bond_1(fn_organic_phosphate_8(X))
& double_bond_1(fn_organic_phosphate_8(X))
& atom_1(fn_organic_phosphate_9(X))
& carbon_1(fn_organic_phosphate_9(X))
& phosphate_group_1(fn_organic_phosphate_10(X))
& quantity_value_1(fn_organic_phosphate_11(X))
& speed_value_1(fn_organic_phosphate_12(X))
& constant_motion_1(fn_organic_phosphate_13(X))
& kinetic_energy_1(fn_organic_phosphate_14(X))
& single_bond_1(fn_phosphate_group_37(fn_organic_phosphate_10(X)))
& entity_1(fn_phosphate_group_22(fn_organic_phosphate_10(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_organic_phosphate_10(X)))
& atom_1(fn_phosphate_group_22(fn_organic_phosphate_10(X)))
& oxygen_1(fn_phosphate_group_22(fn_organic_phosphate_10(X)))
& phosphorus_1(fn_phosphate_group_6(fn_organic_phosphate_10(X)))
& carbon_1(fn_carbon_skeleton_4(fn_organic_phosphate_7(X)))
& chemical_entity_1(fn_functional_group_1(fn_organic_phosphate_10(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_organic_phosphate_7(X)))
& double_bond_1(fn_phosphate_group_41(fn_organic_phosphate_10(X)))
& atom_1(fn_carbon_skeleton_2(fn_organic_phosphate_7(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_organic_phosphate_7(X)))
& oxygen_1(fn_phosphate_group_5(fn_organic_phosphate_10(X)))
& entity_1(fn_phosphate_group_5(fn_organic_phosphate_10(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_organic_phosphate_10(X)))
& atom_1(fn_phosphate_group_5(fn_organic_phosphate_10(X)))
& possesses_2(X,fn_organic_phosphate_3(X))
& has_part_2(X,fn_organic_phosphate_5(X))
& has_part_2(X,fn_organic_phosphate_4(X))
& possesses_2(X,fn_organic_phosphate_8(X))
& is_between_2(fn_organic_phosphate_8(X),fn_organic_phosphate_9(X))
& has_region_2(X,fn_organic_phosphate_10(X))
& has_part_2(X,fn_organic_phosphate_6(X))
& is_inside_2(fn_organic_phosphate_9(X),fn_organic_phosphate_7(X))
& has_part_2(X,fn_organic_phosphate_9(X))
& has_region_2(X,fn_organic_phosphate_7(X))
& fn_organic_phosphate_6(X) != fn_organic_phosphate_9(X)
& fn_organic_phosphate_9(X) != fn_organic_phosphate_6(X)
& possesses_2(X,fn_organic_phosphate_14(X))
& quantity_2(fn_organic_phosphate_14(X),fn_organic_phosphate_11(X))
& directly_proportional_2(fn_organic_phosphate_12(X),fn_organic_phosphate_11(X))
& speed_2(fn_organic_phosphate_13(X),fn_organic_phosphate_12(X))
& object_2(fn_organic_phosphate_13(X),X)
& is_between_2(fn_organic_phosphate_3(X),fn_organic_phosphate_4(X))
& is_between_2(fn_organic_phosphate_3(X),fn_organic_phosphate_5(X))
& is_inside_2(fn_organic_phosphate_5(X),fn_organic_phosphate_10(X))
& is_between_2(fn_organic_phosphate_8(X),fn_organic_phosphate_4(X))
& is_between_2(fn_organic_phosphate_8(X),fn_organic_phosphate_6(X))
& is_inside_2(fn_organic_phosphate_6(X),fn_organic_phosphate_10(X))
& fn_organic_phosphate_5(X) != fn_organic_phosphate_6(X)
& fn_organic_phosphate_6(X) != fn_organic_phosphate_5(X)
& is_inside_2(fn_organic_phosphate_4(X),fn_organic_phosphate_10(X))
& fn_organic_phosphate_6(X) != fn_organic_phosphate_4(X)
& fn_organic_phosphate_4(X) != fn_organic_phosphate_6(X)
& fn_organic_phosphate_5(X) != fn_organic_phosphate_4(X)
& fn_organic_phosphate_4(X) != fn_organic_phosphate_5(X)
& fn_organic_phosphate_9(X) = fn_molecule_11(X)
& fn_organic_phosphate_8(X) = fn_molecule_10(X)
& X = fn_functional_group_1(fn_organic_phosphate_10(X))
& X = fn_carbon_skeleton_3(fn_organic_phosphate_7(X))
& fn_organic_phosphate_6(X) = fn_organic_molecule_2(X)
& fn_organic_phosphate_6(X) = fn_carbon_skeleton_2(fn_organic_phosphate_7(X))
& fn_organic_phosphate_9(X) = fn_organic_molecule_1(X)
& fn_organic_phosphate_7(X) = fn_organic_molecule_3(X)
& fn_organic_phosphate_9(X) = fn_carbon_skeleton_4(fn_organic_phosphate_7(X))
& fn_organic_phosphate_2(X) = fn_molecule_2(X)
& fn_organic_phosphate_1(X) = fn_molecule_1(X)
& fn_organic_phosphate_13(X) = fn_molecule_8(X)
& fn_organic_phosphate_12(X) = fn_molecule_3(X)
& fn_organic_phosphate_11(X) = fn_molecule_4(X)
& fn_organic_phosphate_14(X) = fn_molecule_12(X)
& fn_organic_phosphate_3(X) = fn_phosphate_group_37(fn_organic_phosphate_10(X))
& fn_organic_phosphate_8(X) = fn_phosphate_group_41(fn_organic_phosphate_10(X))
& fn_organic_phosphate_5(X) = fn_phosphate_group_22(fn_organic_phosphate_10(X))
& fn_organic_phosphate_6(X) = fn_phosphate_group_5(fn_organic_phosphate_10(X))
& fn_organic_phosphate_4(X) = fn_phosphate_group_6(fn_organic_phosphate_10(X))
& fn_molecule_11(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_1(X)
& fn_carbon_skeleton_4(fn_organic_phosphate_7(X)) = fn_carbon_skeleton_4(fn_organic_phosphate_7(X))
& fn_carbon_skeleton_4(fn_organic_phosphate_7(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_carbon_skeleton_4(fn_organic_phosphate_7(X))
& fn_carbon_skeleton_4(fn_organic_phosphate_7(X)) = fn_functional_group_1(fn_organic_phosphate_10(X))
& fn_functional_group_1(fn_organic_phosphate_10(X)) = fn_carbon_skeleton_3(fn_organic_phosphate_7(X))
& fn_carbon_skeleton_3(fn_organic_phosphate_7(X)) = fn_carbon_skeleton_3(fn_organic_phosphate_7(X))
& fn_carbon_skeleton_3(fn_organic_phosphate_7(X)) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_phosphate_group_41(fn_organic_phosphate_10(X))
& fn_phosphate_group_41(fn_organic_phosphate_10(X)) = fn_phosphate_group_41(fn_organic_phosphate_10(X))
& fn_phosphate_group_41(fn_organic_phosphate_10(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_carbon_skeleton_2(fn_organic_phosphate_7(X))
& fn_carbon_skeleton_2(fn_organic_phosphate_7(X)) = fn_carbon_skeleton_2(fn_organic_phosphate_7(X))
& fn_carbon_skeleton_2(fn_organic_phosphate_7(X)) = fn_phosphate_group_5(fn_organic_phosphate_10(X))
& fn_phosphate_group_5(fn_organic_phosphate_10(X)) = fn_phosphate_group_5(fn_organic_phosphate_10(X)) ) ) ).
fof(a531427,axiom,
! [X] :
( organic_structure_1(X)
=> ( original_name_2(X,'Organic-Structure')
& description_2(X,'A structure made up of organic molecules, such as the plasma membrane, organelles, etc.')
& user_description_2(X,'Physical structure composed of organic molecules and produced by organisms.')
& concept2words_2(X,'organic structure')
& concept2words_2(X,'organic-structure')
& organic_entity_1(X)
& physical_object_1(X)
& organic_molecule_1(fn_organic_structure_1(X))
& has_part_2(X,fn_organic_structure_1(X)) ) ) ).
fof(a531428,axiom,
! [X] :
( organism_1(X)
=> ( original_name_2(X,'Organism')
& description_2(X,'Single or multicellular entities which are free living and capable of reproduction.')
& user_description_2(X,'Organism is a living entity made up of cell(s)')
& concept2words_2(X,organism)
& living_entity_1(X)
& temperature_value_1(fn_organism_2(X))
& genotype_1(fn_organism_3(X))
& water_1(fn_organism_4(X))
& specific_heat_value_1(fn_organism_5(X))
& property_node_1(fn_water_17(fn_organism_4(X)))
& specific_heat_value_1(fn_water_18(fn_organism_4(X)))
& has_part_2(X,fn_organism_3(X))
& has_part_2(X,fn_organism_4(X))
& temperature_2(X,fn_organism_2(X))
& correspondence_2(fn_organism_2(X),fn_organism_5(X))
& specific_heat_2(fn_organism_4(X),fn_organism_5(X))
& fn_organism_6(X) = fn_water_17(fn_organism_4(X))
& fn_organism_5(X) = fn_water_18(fn_organism_4(X)) ) ) ).
fof(a531429,axiom,
! [X] :
( organism_group_1(X)
=> ( original_name_2(X,'Organism-Group')
& user_description_2(X,'Groupings which relate to sets of organisms, either of the same or different species.')
& concept2words_2(X,'group of organism')
& concept2words_2(X,'organism group')
& concept2words_2(X,'organism-group')
& aggregate_1(X) ) ) ).
fof(a531430,axiom,
! [X,X1] :
( ( object_2(X,X1)
& maturation_1(X)
& organism_1(X1) )
=> ( organism_maturation_1(X)
& fn_organism_maturation_2(X) = X1 ) ) ).
fof(a531431,axiom,
! [X] :
( organism_maturation_1(X)
=> ( original_name_2(X,'Organism-Maturation')
& user_description_2(X,'The process of an individual organism growing organically; a purely biological unfolding of events involved in an organism changing gradually from a simple to a more complex level is called as organism maturation.')
& concept2words_2(X,'maturation of organism')
& concept2words_2(X,'organism maturation')
& concept2words_2(X,'organism-maturation')
& maturation_1(X)
& organism_1(fn_organism_maturation_2(X))
& object_2(X,fn_organism_maturation_2(X)) ) ) ).
fof(a531432,axiom,
! [X] :
( organism_role_1(X)
=> ( original_name_2(X,'Organism-Role')
& user_description_2(X,'Specific roles that organisms play.')
& concept2words_2(X,'role of organism')
& concept2words_2(X,'organism role')
& concept2words_2(X,'organism-role')
& role_1(X)
& organism_1(fn_organism_role_1(X))
& event_1(fn_organism_role_2(X))
& plays_2(fn_organism_role_1(X),X)
& in_event_2(X,fn_organism_role_2(X)) ) ) ).
fof(a531433,axiom,
! [X] :
( organismal_development_1(X)
=> ( original_name_2(X,'Organismal-Development')
& user_description_2(X,'The macrophysiological process that involves the development of organism is organismal development.')
& concept2words_2(X,'multicellular organism development')
& concept2words_2(X,develop)
& concept2words_2(X,'organismal development')
& concept2words_2(X,'organismal-development')
& developmental_process_1(X)
& multicellular_organism_1(fn_organismal_development_1(X))
& cell_signaling_1(fn_organismal_development_2(X))
& experiencer_2(X,fn_organismal_development_1(X))
& enables_2(fn_organismal_development_2(X),X) ) ) ).
fof(a531434,axiom,
! [X] :
( organismal_ecology_1(X)
=> ( original_name_2(X,'Organismal-Ecology')
& user_description_2(X,'The level of ecology that focuses on the physiological, behavioral, and morphological ways that individual organisms interact with their biotic and abiotic environment.')
& concept2words_2(X,'organismal ecology')
& concept2words_2(X,'organismal-ecology')
& ecology_1(X) ) ) ).
fof(a531435,axiom,
! [X] :
( organismal_region_1(X)
=> ( original_name_2(X,'Organismal-Region')
& description_2(X,'A region of an organism.')
& user_description_2(X,'A region of an organism.')
& concept2words_2(X,'body region,')
& concept2words_2(X,'region on the body,')
& concept2words_2(X,'anatomical region')
& concept2words_2(X,'region on the body')
& concept2words_2(X,'body region')
& concept2words_2(X,'organismal region')
& concept2words_2(X,'organismal-region')
& biological_region_1(X) ) ) ).
fof(a531436,axiom,
! [X] :
( organization_1(X)
=> ( original_name_2(X,'Organization')
& description_2(X,'an aggregate of roles')
& concept2words_2(X,'organization of in')
& concept2words_2(X,'in organization')
& concept2words_2(X,'in-organization')
& concept2words_2(X,administration)
& concept2words_2(X,governance)
& concept2words_2(X,'governing body')
& concept2words_2(X,governing_body)
& concept2words_2(X,establishment)
& concept2words_2(X,brass)
& concept2words_2(X,organization)
& concept2words_2(X,organisation)
& aggregate_1(X) ) ) ).
fof(a531437,axiom,
! [X] :
( organizing_1(X)
=> ( original_name_2(X,'Organizing')
& concept2words_2(X,maintain)
& concept2words_2(X,form)
& concept2words_2(X,organize)
& concept2words_2(X,organizing)
& maintenance_1(X)
& ~ maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_1(X)
& ~ maintenance_of_ph_in_lysosome_1(X)
& ~ ph_maintenance_1(X) ) ) ).
fof(a531438,axiom,
! [X] :
( organogenesis_1(X)
=> ( original_name_2(X,'Organogenesis')
& user_description_2(X,'In animals, the processes by which the three embryonic germ layers (endoderm, ectoderm, and mesoderm) develop into the internal organs.')
& concept2words_2(X,organogenesis)
& embryonic_process_1(X)
& ~ cell_determination_1(X)
& ~ childbirth_1(X)
& ~ compaction_1(X)
& ~ gastrulation_1(X)
& ~ gestation_1(X)
& ~ molting_1(X)
& ~ morphogenesis_1(X)
& ~ oviparous_1(X)
& ~ ovoviviparous_1(X)
& ~ ovulation_1(X)
& ~ paedomorphosis_1(X)
& ~ pattern_formation_1(X)
& ~ phase_change_1(X)
& ~ primary_growth_1(X)
& ~ protostome_development_1(X)
& ~ radial_cleavage_1(X)
& ~ senescence_1(X)
& ~ torsion_1(X)
& ~ viviparous_1(X) ) ) ).
fof(a531439,axiom,
! [X] :
( orgasm_1(X)
=> ( original_name_2(X,'Orgasm')
& user_description_2(X,'The sudden release of accumulated sexual tension accompanied by rhythmic, involuntary contractions of in the pelvic region and a sensation of intense pleasure.')
& concept2words_2(X,orgasm)
& reproductive_process_1(X) ) ) ).
fof(a531440,axiom,
! [X] :
( orient_1(X)
=> ( original_name_2(X,'Orient')
& concept2words_2(X,move)
& concept2words_2(X,orient)
& action_1(X) ) ) ).
fof(a531441,axiom,
! [X] :
( orientation_constant_1(X)
=> ( original_name_2(X,'Orientation-Constant')
& concept2words_2(X,'constant of orientation')
& concept2words_2(X,'orientation constant')
& concept2words_2(X,'orientation-constant')
& constant_1(X) ) ) ).
fof(a531442,axiom,
! [X] :
( origin_of_replication_1(X)
=> ( original_name_2(X,'Origin-Of-Replication')
& user_description_2(X,'A particular sequence of nucleotides that indicates where DNA replication begins.')
& concept2words_2(X,'origin of dna replication')
& concept2words_2(X,'replication origin')
& concept2words_2(X,'replication-origin')
& concept2words_2(X,'origin of replication')
& concept2words_2(X,'origin-of-replication')
& nucleic_acid_region_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X)
& chromosome_1(fn_origin_of_replication_1(X))
& has_region_2(fn_origin_of_replication_1(X),X) ) ) ).
fof(a531443,axiom,
! [X] :
( orthologous_gene_1(X)
=> ( original_name_2(X,'Orthologous-Gene')
& user_description_2(X,'One of a set genes that occur in different species and are descended from the same gene in the last common ancestor.')
& concept2words_2(X,'orthologous gene')
& concept2words_2(X,'orthologous-gene')
& homologous_gene_1(X) ) ) ).
fof(a531444,axiom,
! [X] :
( orthoptera_1(X)
=> ( original_name_2(X,'Orthoptera')
& user_description_2(X,'An insect order that includes crickets and grasshoppers.')
& concept2words_2(X,orthoptera)
& insect_1(X)
& ~ aphid_1(X)
& ~ beetle_1(X)
& ~ caddisfly_1(X)
& ~ dermaptera_1(X)
& ~ diptera_1(X)
& ~ hymenoptera_1(X)
& ~ isoptera_1(X)
& ~ lepidoptera_1(X)
& ~ mayfly_1(X)
& ~ odonata_1(X)
& ~ sucking_louse_1(X) ) ) ).
fof(a531445,axiom,
! [X] :
( osculum_1(X)
=> ( original_name_2(X,'Osculum')
& user_description_2(X,'The excurrent opening of a sponge, through which water is expelled from the spongocoel.')
& concept2words_2(X,osculum)
& animal_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a531446,axiom,
! [X] :
( osmium_1(X)
=> ( original_name_2(X,'Osmium')
& user_description_2(X,'Osmium is a metal atom with atomic number 76. It is represented by the symbol Os.')
& concept2words_2(X,osmium)
& concept2words_2(X,'Os')
& metal_atom_1(X)
& neutron_1(fn_osmium_3(X))
& atomic_mass_value_1(fn_osmium_4(X))
& electronegativity_value_1(fn_osmium_5(X))
& valence_electron_1(fn_osmium_9(X))
& atomic_weight_value_1(fn_osmium_10(X))
& atomic_number_value_1(fn_osmium_11(X))
& quantity_value_1(fn_osmium_12(X))
& electronegativity_2(X,fn_osmium_5(X))
& mass_number_2(X,fn_osmium_4(X))
& exactCardinality(X,has_part_0,"114",neutron_0)
& exactCardinality(X,has_part_0,"76",proton_0)
& exactCardinality(X,has_part_0,"76",electron_0)
& has_part_2(X,fn_osmium_3(X))
& the_cardinal_value_2(fn_osmium_12(X),"8")
& cardinal_unit_class_2(fn_osmium_12(X),unity_0)
& the_cardinal_value_2(fn_osmium_5(X),"2.2")
& cardinal_unit_class_2(fn_osmium_5(X),unity_0)
& the_cardinal_value_2(fn_osmium_4(X),"190")
& cardinal_unit_class_2(fn_osmium_4(X),unity_0)
& the_cardinal_value_2(fn_osmium_11(X),"76")
& cardinal_unit_class_2(fn_osmium_11(X),unity_0)
& the_cardinal_value_2(fn_osmium_10(X),"190.2")
& cardinal_unit_class_2(fn_osmium_10(X),dalton_0)
& atomic_number_2(X,fn_osmium_11(X))
& atomic_weight_2(X,fn_osmium_10(X))
& has_part_2(X,fn_osmium_9(X))
& quantity_2(fn_osmium_9(X),fn_osmium_12(X))
& fn_osmium_7(X) = fn_atom_12(X)
& fn_osmium_11(X) = fn_atom_17(X)
& fn_osmium_8(X) = fn_atom_13(X)
& fn_osmium_10(X) = fn_atom_16(X)
& fn_osmium_6(X) = fn_atom_1(X)
& fn_osmium_12(X) = fn_atom_5(X)
& fn_osmium_9(X) = fn_atom_14(X) ) ) ).
fof(a531447,axiom,
! [X] :
( osmoconformer_1(X)
=> ( original_name_2(X,'Osmoconformer')
& user_description_2(X,'An animal whose body osmolarity is the same as its environment.')
& concept2words_2(X,osmoconformer)
& animal_1(X) ) ) ).
fof(a531448,axiom,
! [X] :
( osmoregulation_1(X)
=> ( original_name_2(X,'Osmoregulation')
& user_description_2(X,'Osmoregulation is the process of regulation of osmotic pressure. Cell has to maintain their osmotic pressure at optimum level in order to survive. There are many mechanisms of osmoregulation')
& concept2words_2(X,'regulation of osmotic pressure')
& concept2words_2(X,'osmotic pressure regulation')
& concept2words_2(X,osmoregulate)
& concept2words_2(X,osmoregulation)
& regulation_1(X)
& homeostatic_response_1(X)
& extra_cellular_matrix_1(fn_osmoregulation_1(X))
& water_1(fn_osmoregulation_2(X))
& maintenance_1(fn_osmoregulation_3(X))
& maintenance_1(fn_osmoregulation_4(X))
& substance_1(fn_osmoregulation_5(X))
& mixture_1(fn_osmoregulation_6(X))
& aqueous_solution_1(fn_osmoregulation_6(X))
& osmosis_1(fn_osmoregulation_7(X))
& symmetrical_distribution_1(fn_osmoregulation_8(X))
& spatial_entity_1(fn_osmoregulation_9(X))
& membrane_protein_1(fn_osmoregulation_9(X))
& attach_1(fn_osmoregulation_10(X))
& facilitated_diffusion_of_polar_molecule_1(fn_osmoregulation_11(X))
& move_through_1(fn_osmoregulation_12(X))
& spatial_entity_1(fn_osmoregulation_13(X))
& biomembrane_1(fn_osmoregulation_13(X))
& plasma_membrane_1(fn_osmoregulation_13(X))
& water_1(fn_osmoregulation_14(X))
& membrane_potential_1(fn_osmoregulation_15(X))
& negatively_charged_region_1(fn_osmoregulation_16(X))
& positively_charged_region_1(fn_osmoregulation_17(X))
& cell_survival_1(fn_osmoregulation_18(X))
& cell_1(fn_osmoregulation_19(X))
& solute_1(fn_osmoregulation_20(X))
& tangible_entity_1(fn_osmoregulation_21(X))
& gradient_1(fn_passive_transport_of_solute_3(fn_osmoregulation_11(X)))
& concentration_gradient_1(fn_passive_transport_of_solute_3(fn_osmoregulation_11(X)))
& tangible_entity_1(fn_solute_1(fn_osmoregulation_20(X)))
& cell_1(fn_cell_survival_1(fn_osmoregulation_18(X)))
& symmetrical_distribution_1(fn_passive_transport_29(fn_osmoregulation_7(X)))
& positively_charged_region_1(fn_passive_transport_2(fn_osmoregulation_7(X)))
& aqueous_solution_1(fn_passive_transport_11(fn_osmoregulation_7(X)))
& negatively_charged_region_1(fn_passive_transport_3(fn_osmoregulation_7(X)))
& attach_1(fn_facilitated_diffusion_51(fn_osmoregulation_11(X)))
& spatial_entity_1(fn_facilitated_diffusion_50(fn_osmoregulation_11(X)))
& membrane_protein_1(fn_facilitated_diffusion_50(fn_osmoregulation_11(X)))
& substance_1(fn_mixture_2(fn_osmoregulation_6(X)))
& water_1(fn_aqueous_solution_14(fn_osmoregulation_6(X)))
& move_through_1(fn_passive_transport_24(fn_osmoregulation_7(X)))
& move_through_1(fn_facilitated_diffusion_55(fn_osmoregulation_11(X)))
& spatial_entity_1(fn_passive_transport_25(fn_osmoregulation_7(X)))
& biomembrane_1(fn_passive_transport_25(fn_osmoregulation_7(X)))
& spatial_entity_1(fn_facilitated_diffusion_49(fn_osmoregulation_11(X)))
& biomembrane_1(fn_facilitated_diffusion_49(fn_osmoregulation_11(X)))
& plasma_membrane_1(fn_cell_30(fn_osmoregulation_19(X)))
& has_solute_2(fn_osmoregulation_6(X),fn_osmoregulation_5(X))
& object_2(fn_osmoregulation_7(X),fn_osmoregulation_14(X))
& object_2(fn_osmoregulation_8(X),fn_osmoregulation_14(X))
& has_region_2(fn_osmoregulation_15(X),fn_osmoregulation_17(X))
& has_region_2(fn_osmoregulation_15(X),fn_osmoregulation_16(X))
& is_outside_2(fn_osmoregulation_1(X),fn_osmoregulation_13(X))
& supports_2(X,fn_osmoregulation_18(X))
& enables_2(X,fn_osmoregulation_12(X))
& base_2(X,fn_osmoregulation_19(X))
& causes_2(X,fn_osmoregulation_4(X))
& causes_2(X,fn_osmoregulation_3(X))
& is_inside_2(fn_osmoregulation_2(X),fn_osmoregulation_19(X))
& is_inside_2(fn_osmoregulation_21(X),fn_osmoregulation_19(X))
& object_2(fn_osmoregulation_3(X),fn_osmoregulation_21(X))
& object_2(fn_osmoregulation_4(X),fn_osmoregulation_2(X))
& agent_2(fn_osmoregulation_11(X),fn_osmoregulation_15(X))
& plays_2(fn_osmoregulation_21(X),fn_osmoregulation_20(X))
& object_2(fn_osmoregulation_18(X),fn_osmoregulation_19(X))
& objective_2(fn_osmoregulation_7(X),fn_osmoregulation_8(X))
& subevent_2(fn_osmoregulation_7(X),fn_osmoregulation_12(X))
& is_between_2(fn_osmoregulation_13(X),fn_osmoregulation_17(X))
& origin_2(fn_osmoregulation_7(X),fn_osmoregulation_6(X))
& path_2(fn_osmoregulation_7(X),fn_osmoregulation_13(X))
& is_between_2(fn_osmoregulation_13(X),fn_osmoregulation_16(X))
& base_2(fn_osmoregulation_10(X),fn_osmoregulation_13(X))
& path_2(fn_osmoregulation_11(X),fn_osmoregulation_13(X))
& has_function_2(fn_osmoregulation_13(X),fn_osmoregulation_12(X))
& base_2(fn_osmoregulation_12(X),fn_osmoregulation_13(X))
& is_at_2(fn_osmoregulation_9(X),fn_osmoregulation_13(X))
& object_2(fn_osmoregulation_10(X),fn_osmoregulation_9(X))
& has_solvent_2(fn_osmoregulation_6(X),fn_osmoregulation_14(X))
& has_part_2(fn_osmoregulation_6(X),fn_osmoregulation_14(X))
& has_part_2(fn_osmoregulation_6(X),fn_osmoregulation_5(X))
& has_part_2(fn_osmoregulation_19(X),fn_osmoregulation_13(X))
& fn_osmoregulation_15(X) = fn_passive_transport_of_solute_3(fn_osmoregulation_11(X))
& fn_osmoregulation_21(X) = fn_solute_1(fn_osmoregulation_20(X))
& fn_osmoregulation_19(X) = fn_cell_survival_1(fn_osmoregulation_18(X))
& fn_osmoregulation_8(X) = fn_passive_transport_29(fn_osmoregulation_7(X))
& fn_osmoregulation_12(X) = fn_passive_transport_24(fn_osmoregulation_7(X))
& fn_osmoregulation_17(X) = fn_passive_transport_2(fn_osmoregulation_7(X))
& fn_osmoregulation_6(X) = fn_passive_transport_11(fn_osmoregulation_7(X))
& fn_osmoregulation_16(X) = fn_passive_transport_3(fn_osmoregulation_7(X))
& fn_osmoregulation_13(X) = fn_passive_transport_25(fn_osmoregulation_7(X))
& fn_osmoregulation_10(X) = fn_facilitated_diffusion_51(fn_osmoregulation_11(X))
& fn_osmoregulation_9(X) = fn_facilitated_diffusion_50(fn_osmoregulation_11(X))
& fn_osmoregulation_12(X) = fn_facilitated_diffusion_55(fn_osmoregulation_11(X))
& fn_osmoregulation_13(X) = fn_facilitated_diffusion_49(fn_osmoregulation_11(X))
& fn_osmoregulation_13(X) = fn_cell_30(fn_osmoregulation_19(X))
& fn_osmoregulation_5(X) = fn_mixture_2(fn_osmoregulation_6(X))
& fn_osmoregulation_14(X) = fn_aqueous_solution_14(fn_osmoregulation_6(X))
& fn_passive_transport_24(fn_osmoregulation_7(X)) = fn_facilitated_diffusion_55(fn_osmoregulation_11(X))
& fn_facilitated_diffusion_55(fn_osmoregulation_11(X)) = fn_facilitated_diffusion_55(fn_osmoregulation_11(X))
& fn_facilitated_diffusion_55(fn_osmoregulation_11(X)) = fn_passive_transport_25(fn_osmoregulation_7(X))
& fn_passive_transport_25(fn_osmoregulation_7(X)) = fn_passive_transport_25(fn_osmoregulation_7(X))
& fn_passive_transport_25(fn_osmoregulation_7(X)) = fn_facilitated_diffusion_49(fn_osmoregulation_11(X))
& fn_facilitated_diffusion_49(fn_osmoregulation_11(X)) = fn_facilitated_diffusion_49(fn_osmoregulation_11(X))
& fn_facilitated_diffusion_49(fn_osmoregulation_11(X)) = fn_cell_30(fn_osmoregulation_19(X)) ) ) ).
fof(a531449,axiom,
! [X] :
( osmoregulation_in_organism_with_cell_with_cell_wall_in_hypotonic_solution_1(X)
=> ( original_name_2(X,'Osmoregulation-In-Organism-With-Cell-With-Cell-Wall-In-Hypotonic-Solution')
& user_description_2(X,'Regulation of solute concentrations and water balance by an organism with a protective later external to the plasma membrane around each cell in a solution that will cause the cell to take up water. The cell, however, will not burst due to the presence of the cell wall.')
& concept2words_2(X,osmoregulate)
& concept2words_2(X,'osmoregulation in organism with cell with cell wall in hypotonic solution')
& concept2words_2(X,'osmoregulation-in-organism-with-cell-with-cell-wall-in-hypotonic-solution')
& osmoregulation_1(X)
& ~ osmoregulation_in_organism_with_cell_without_cell_wall_in_hypertonic_solution_1(X)
& ~ osmoregulation_in_organism_with_cell_without_cell_wall_in_hypotonic_solution_1(X)
& ~ osmoregulation_in_paramecium_in_hypotonic_solution_1(X)
& water_balance_1(fn_osmoregulation_in_organism_with_cell_with_cell_wall_in_hypotonic_solution_1(X))
& maintenance_1(fn_osmoregulation_in_organism_with_cell_with_cell_wall_in_hypotonic_solution_2(X))
& cell_wall_1(fn_osmoregulation_in_organism_with_cell_with_cell_wall_in_hypotonic_solution_3(X))
& support_1(fn_osmoregulation_in_organism_with_cell_with_cell_wall_in_hypotonic_solution_4(X))
& support_1(fn_cell_wall_14(fn_osmoregulation_in_organism_with_cell_with_cell_wall_in_hypotonic_solution_3(X)))
& object_2(X,fn_osmoregulation_in_organism_with_cell_with_cell_wall_in_hypotonic_solution_1(X))
& causes_2(fn_osmoregulation_in_organism_with_cell_with_cell_wall_in_hypotonic_solution_4(X),fn_osmoregulation_in_organism_with_cell_with_cell_wall_in_hypotonic_solution_2(X))
& object_2(fn_osmoregulation_in_organism_with_cell_with_cell_wall_in_hypotonic_solution_2(X),fn_osmoregulation_in_organism_with_cell_with_cell_wall_in_hypotonic_solution_1(X))
& has_function_2(fn_osmoregulation_in_organism_with_cell_with_cell_wall_in_hypotonic_solution_3(X),fn_osmoregulation_in_organism_with_cell_with_cell_wall_in_hypotonic_solution_4(X))
& agent_2(fn_osmoregulation_in_organism_with_cell_with_cell_wall_in_hypotonic_solution_4(X),fn_osmoregulation_in_organism_with_cell_with_cell_wall_in_hypotonic_solution_3(X))
& fn_osmoregulation_in_organism_with_cell_with_cell_wall_in_hypotonic_solution_4(X) = fn_cell_wall_14(fn_osmoregulation_in_organism_with_cell_with_cell_wall_in_hypotonic_solution_3(X)) ) ) ).
fof(a531450,axiom,
! [X] :
( osmoregulation_in_organism_with_cell_without_cell_wall_in_hypertonic_solution_1(X)
=> ( original_name_2(X,'Osmoregulation-In-Organism-With-Cell-Without-Cell-Wall-In-Hypertonic-Solution')
& user_description_2(X,'An organism with a cell without cell wall when placed in a hypertonic solution will lose water to its environment, shrivel, and probably die.')
& concept2words_2(X,osmoregulate)
& concept2words_2(X,'osmoregulation in organism with cell without cell wall in hypertonic solution')
& concept2words_2(X,'osmoregulation-in-organism-with-cell-without-cell-wall-in-hypertonic-solution')
& osmoregulation_1(X)
& ~ osmoregulation_in_organism_with_cell_with_cell_wall_in_hypotonic_solution_1(X)
& ~ osmoregulation_in_organism_with_cell_without_cell_wall_in_hypotonic_solution_1(X)
& ~ osmoregulation_in_paramecium_in_hypotonic_solution_1(X)
& hypertonic_solution_1(fn_osmoregulation_in_organism_with_cell_without_cell_wall_in_hypertonic_solution_1(X))
& cell_1(fn_osmoregulation_in_organism_with_cell_without_cell_wall_in_hypertonic_solution_2(X))
& is_inside_2(fn_osmoregulation_in_organism_with_cell_without_cell_wall_in_hypertonic_solution_2(X),fn_osmoregulation_in_organism_with_cell_without_cell_wall_in_hypertonic_solution_1(X))
& site_2(X,fn_osmoregulation_in_organism_with_cell_without_cell_wall_in_hypertonic_solution_1(X)) ) ) ).
fof(a531451,axiom,
! [X] :
( osmoregulation_in_organism_with_cell_without_cell_wall_in_hypotonic_solution_1(X)
=> ( original_name_2(X,'Osmoregulation-In-Organism-With-Cell-Without-Cell-Wall-In-Hypotonic-Solution')
& user_description_2(X,'Organism with cells without cell wall when kept in a hypotonic solution, water will enter faster than it leaves, and the cell will swell and lyse (burst) like an overfilled water balloon.')
& concept2words_2(X,osmoregulate)
& concept2words_2(X,'osmoregulation in organism with cell without cell wall in hypotonic solution')
& concept2words_2(X,'osmoregulation-in-organism-with-cell-without-cell-wall-in-hypotonic-solution')
& osmoregulation_1(X)
& ~ osmoregulation_in_organism_with_cell_with_cell_wall_in_hypotonic_solution_1(X)
& ~ osmoregulation_in_organism_with_cell_without_cell_wall_in_hypertonic_solution_1(X)
& cell_1(fn_osmoregulation_in_organism_with_cell_without_cell_wall_in_hypotonic_solution_1(X))
& hypotonic_solution_1(fn_osmoregulation_in_organism_with_cell_without_cell_wall_in_hypotonic_solution_2(X))
& site_2(X,fn_osmoregulation_in_organism_with_cell_without_cell_wall_in_hypotonic_solution_2(X))
& is_inside_2(fn_osmoregulation_in_organism_with_cell_without_cell_wall_in_hypotonic_solution_1(X),fn_osmoregulation_in_organism_with_cell_without_cell_wall_in_hypotonic_solution_2(X)) ) ) ).
fof(a531452,axiom,
! [X] :
( osmoregulation_in_paramecium_in_hypotonic_solution_1(X)
=> ( original_name_2(X,'Osmoregulation-In-Paramecium-In-Hypotonic-Solution')
& user_description_2(X,'The osmoregulation in paramecium when it is placed inside hypotonic solution.')
& concept2words_2(X,osmoregulate)
& concept2words_2(X,'osmoregulation in paramecium in hypotonic solution')
& concept2words_2(X,'osmoregulation-in-paramecium-in-hypotonic-solution')
& osmoregulation_in_organism_with_cell_without_cell_wall_in_hypotonic_solution_1(X)
& ~ osmoregulation_in_organism_with_cell_with_cell_wall_in_hypotonic_solution_1(X)
& ~ osmoregulation_in_organism_with_cell_without_cell_wall_in_hypertonic_solution_1(X)
& collecting_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_1(X))
& environment_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_2(X))
& rate_value_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_3(X))
& rate_value_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_4(X))
& system_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_6(X))
& semiautonomous_organelle_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_10(X))
& organelle_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_10(X))
& mitochondrion_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_10(X))
& maintenance_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_11(X))
& cell_survival_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_12(X))
& tangible_entity_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_13(X))
& suspension_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_14(X))
& colloid_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_14(X))
& mixture_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_14(X))
& cytoplasm_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_14(X))
& eukaryotic_ribosome_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_15(X))
& rough_endoplasmic_reticulum_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_16(X))
& golgi_apparatus_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_17(X))
& tangible_entity_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_18(X))
& nucleus_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_18(X))
& smooth_endoplasmic_reticulum_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_19(X))
& canal_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_20(X))
& maintenance_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_21(X))
& attach_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_22(X))
& tangible_entity_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_23(X))
& transmembrane_protein_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_23(X))
& integral_protein_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_23(X))
& transport_protein_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_23(X))
& spatial_entity_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_24(X))
& membrane_protein_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_24(X))
& paramecium_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& entity_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_26(X))
& spatial_entity_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_26(X))
& tangible_entity_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_26(X))
& water_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_26(X))
& tangible_entity_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& vacuole_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& contractile_vacuole_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& move_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X))
& move_out_of_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X))
& move_through_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_29(X))
& move_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_29(X))
& store_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_30(X))
& hydrophilic_face_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_31(X))
& aqueous_solution_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_32(X))
& biomembrane_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_33(X))
& outside_face_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_34(X))
& extracellular_side_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_34(X))
& hydrophobic_core_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_35(X))
& spatial_entity_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_36(X))
& polymer_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_36(X))
& tangible_entity_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_36(X))
& membrane_protein_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_36(X))
& protein_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_36(X))
& glycoprotein_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_37(X))
& aqueous_solution_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X))
& liquid_substance_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X))
& solution_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X))
& substance_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X))
& cytosol_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X))
& specific_heat_value_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_39(X))
& tangible_entity_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_40(X))
& phospholipid_bilayer_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_40(X))
& synthesis_reaction_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_41(X))
& chemical_reaction_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_41(X))
& anabolic_pathway_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_41(X))
& synthesis_of_lipid_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_41(X))
& temperature_value_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_42(X))
& size_value_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_43(X))
& surface_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_44(X))
& volume_value_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_45(X))
& water_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_46(X))
& chromosome_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_47(X))
& eukaryotic_chromosome_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_47(X))
& spatial_entity_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& biomembrane_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& plasma_membrane_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& container_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_53(X))
& water_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_54(X))
& chemical_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_55(X))
& substance_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_56(X))
& solid_substance_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_56(X))
& surface_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_57(X))
& outside_face_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_57(X))
& remove_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_58(X))
& contract_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_59(X))
& membrane_potential_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_60(X))
& negatively_charged_region_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_61(X))
& positively_charged_region_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_62(X))
& facilitated_diffusion_of_polar_molecule_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_63(X))
& tangible_entity_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_64(X))
& membrane_protein_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_64(X))
& protein_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_64(X))
& spatial_entity_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_64(X))
& polymer_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_64(X))
& osmosis_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_65(X))
& cytoplasmic_side_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_66(X))
& tangible_entity_1(fn_contract_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_59(X)))
& surface_1(fn_biomembrane_47(fn_osmoregulation_in_paramecium_in_hypotonic_solution_33(X)))
& move_1(fn_water_95(fn_osmoregulation_in_paramecium_in_hypotonic_solution_26(X)))
& container_1(fn_move_out_of_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X)))
& chemical_1(fn_solution_6(fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X)))
& chemical_1(fn_solution_5(fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X)))
& surface_1(fn_vacuole_8(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& outside_face_1(fn_vacuole_8(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& property_node_1(fn_organism_6(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& property_node_1(fn_organism_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& temperature_value_1(fn_organism_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& specific_heat_value_1(fn_organism_5(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& water_1(fn_organism_4(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& canal_1(fn_contractile_vacuole_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& substance_1(fn_contractile_vacuole_34(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& solid_substance_1(fn_contractile_vacuole_34(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& remove_1(fn_contractile_vacuole_31(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& property_node_1(fn_protist_cell_13(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& chromosome_1(fn_protist_cell_19(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& eukaryotic_chromosome_1(fn_protist_cell_19(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& golgi_apparatus_1(fn_protist_cell_14(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& eukaryotic_ribosome_1(fn_protist_cell_30(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& property_node_1(fn_protist_cell_12(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& volume_value_1(fn_protist_cell_17(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& size_value_1(fn_protist_cell_16(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& semiautonomous_organelle_1(fn_protist_cell_34(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& organelle_1(fn_protist_cell_34(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& mitochondrion_1(fn_protist_cell_34(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& tangible_entity_1(fn_protist_cell_24(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& nucleus_1(fn_protist_cell_24(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& synthesis_reaction_1(fn_protist_cell_28(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& chemical_reaction_1(fn_protist_cell_28(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& anabolic_pathway_1(fn_protist_cell_28(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& synthesis_of_lipid_1(fn_protist_cell_28(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& smooth_endoplasmic_reticulum_1(fn_protist_cell_23(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& rough_endoplasmic_reticulum_1(fn_protist_cell_25(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& aqueous_solution_1(fn_vacuole_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& aqueous_solution_1(fn_contractile_vacuole_26(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& biomembrane_1(fn_vacuole_7(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& biomembrane_1(fn_contractile_vacuole_25(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& store_1(fn_vacuole_3(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& store_1(fn_contractile_vacuole_32(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& spatial_entity_1(fn_move_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X)))
& entity_1(fn_contractile_vacuole_29(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& spatial_entity_1(fn_contractile_vacuole_29(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& tangible_entity_1(fn_contractile_vacuole_29(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& water_1(fn_contractile_vacuole_29(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& outside_face_1(fn_biomembrane_41(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& move_through_1(fn_plasma_membrane_74(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& move_1(fn_plasma_membrane_74(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& protein_1(fn_plasma_membrane_54(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& polymer_1(fn_plasma_membrane_54(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& protein_1(fn_plasma_membrane_68(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& tangible_entity_1(fn_biomembrane_63(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& tangible_entity_1(fn_contractile_vacuole_22(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& phospholipid_bilayer_1(fn_contractile_vacuole_22(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)))
& tangible_entity_1(fn_protist_cell_18(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& phospholipid_bilayer_1(fn_protist_cell_18(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& surface_1(fn_contractile_vacuole_17(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& surface_1(fn_protist_cell_15(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& spatial_entity_1(fn_contractile_vacuole_33(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& biomembrane_1(fn_contractile_vacuole_33(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& plasma_membrane_1(fn_contractile_vacuole_33(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& spatial_entity_1(fn_protist_cell_22(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& biomembrane_1(fn_protist_cell_22(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& plasma_membrane_1(fn_protist_cell_22(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& aqueous_solution_1(fn_vacuole_9(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& liquid_substance_1(fn_vacuole_9(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& cytosol_1(fn_vacuole_9(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& solution_1(fn_vacuole_9(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& aqueous_solution_1(fn_contractile_vacuole_23(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& liquid_substance_1(fn_contractile_vacuole_23(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& solution_1(fn_contractile_vacuole_23(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& substance_1(fn_contractile_vacuole_23(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& cytosol_1(fn_contractile_vacuole_23(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& substance_1(fn_protist_cell_29(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& cytosol_1(fn_protist_cell_29(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& cytoplasm_1(fn_cytosol_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_66(X)))
& suspension_1(fn_vacuole_10(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& colloid_1(fn_vacuole_10(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& cytoplasm_1(fn_vacuole_10(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& mixture_1(fn_contractile_vacuole_28(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& suspension_1(fn_contractile_vacuole_28(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& colloid_1(fn_contractile_vacuole_28(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& cytoplasm_1(fn_contractile_vacuole_28(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& mixture_1(fn_protist_cell_35(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& cytoplasm_1(fn_protist_cell_35(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)))
& tangible_entity_1(fn_move_out_of_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X)))
& cell_1(fn_vacuole_12(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& spatial_entity_1(fn_contractile_vacuole_30(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& eukaryotic_cell_1(fn_contractile_vacuole_30(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& cell_1(fn_contractile_vacuole_30(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& osmoregulation_1(fn_contractile_vacuole_27(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)))
& is_oriented_toward_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_66(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_14(X))
& called_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_64(X),'MP1')
& next_event_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_59(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_58(X))
& origin_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_1(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X))
& next_event_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_1(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_30(X))
& destination_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_1(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& agent_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_1(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& path_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_1(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_20(X))
& is_outside_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_2(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& is_outside_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_31(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_32(X))
& is_inside_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_31(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_33(X))
& path_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_33(X))
& destination_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_2(X))
& agent_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& rate_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_4(X))
& facilitates_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X),X)
& agent_2(X,fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& subevent_2(X,fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X))
& subevent_2(X,fn_osmoregulation_in_paramecium_in_hypotonic_solution_1(X))
& subevent_2(X,fn_osmoregulation_in_paramecium_in_hypotonic_solution_59(X))
& called_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_3(X),'Rate_TakeInWater')
& called_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_4(X),'Rate_MoveOutOfWater')
& base_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_59(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& has_region_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_33(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_31(X))
& has_solvent_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_54(X))
& base_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& plays_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_53(X))
& object_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_26(X))
& is_inside_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_13(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& is_inside_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_26(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& object_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_12(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& base_2(X,fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& is_facing_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_66(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_14(X))
& in_event_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_53(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X))
& has_solute_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_55(X))
& has_part_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_55(X))
& has_part_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_54(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_54(X) != fn_osmoregulation_in_paramecium_in_hypotonic_solution_55(X)
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_55(X) != fn_osmoregulation_in_paramecium_in_hypotonic_solution_54(X)
& has_function_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X),X)
& base_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_58(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& has_part_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& has_region_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_33(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_57(X))
& is_inside_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_57(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X))
& temperature_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_42(X))
& has_part_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_46(X))
& specific_heat_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_46(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_39(X))
& correspondence_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_42(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_39(X))
& subevent_2(X,fn_osmoregulation_in_paramecium_in_hypotonic_solution_30(X))
& subevent_2(X,fn_osmoregulation_in_paramecium_in_hypotonic_solution_58(X))
& is_between_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_33(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X))
& is_inside_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_56(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X))
& has_part_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_14(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_56(X))
& is_inside_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_20(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_14(X))
& agent_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_58(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& has_part_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_33(X))
& is_between_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_33(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_32(X))
& has_part_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_32(X))
& base_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_30(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& has_function_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_58(X))
& object_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_58(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_26(X))
& is_inside_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_26(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& has_function_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_30(X))
& object_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_30(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_26(X))
& supports_2(X,fn_osmoregulation_in_paramecium_in_hypotonic_solution_12(X))
& object_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_22(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_24(X))
& causes_2(X,fn_osmoregulation_in_paramecium_in_hypotonic_solution_21(X))
& object_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_21(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_26(X))
& causes_2(X,fn_osmoregulation_in_paramecium_in_hypotonic_solution_11(X))
& object_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_11(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_13(X))
& path_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_63(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& agent_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_63(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_60(X))
& has_region_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_60(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_61(X))
& is_between_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_61(X))
& base_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_22(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& enables_2(X,fn_osmoregulation_in_paramecium_in_hypotonic_solution_29(X))
& subevent_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_65(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_29(X))
& path_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_65(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& is_between_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_62(X))
& has_region_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_60(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_62(X))
& called_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_36(X),'MP2')
& is_at_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_24(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& has_function_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_29(X))
& has_region_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_23(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_34(X))
& is_inside_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_23(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_40(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_23(X) != fn_osmoregulation_in_paramecium_in_hypotonic_solution_36(X)
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_36(X) != fn_osmoregulation_in_paramecium_in_hypotonic_solution_23(X)
& is_across_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_23(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_35(X))
& has_region_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_35(X))
& has_region_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_34(X))
& is_outside_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_34(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& has_part_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_64(X))
& has_region_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_66(X))
& path_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_29(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_66(X))
& base_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_29(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& has_part_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_37(X))
& is_inside_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_37(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_40(X))
& has_part_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_23(X))
& is_across_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_23(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& has_part_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_36(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_64(X) != fn_osmoregulation_in_paramecium_in_hypotonic_solution_36(X)
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_36(X) != fn_osmoregulation_in_paramecium_in_hypotonic_solution_64(X)
& has_part_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_10(X))
& has_part_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_47(X))
& volume_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_45(X))
& has_part_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& the_scalar_value_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_43(X),big_0)
& scalar_unit_class_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_43(X),prokaryote_0)
& has_part_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_17(X))
& has_part_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_16(X))
& has_part_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_19(X))
& is_inside_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_19(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X))
& has_part_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_18(X))
& is_inside_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_47(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_18(X))
& has_region_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_44(X))
& is_at_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_40(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_44(X))
& has_part_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_40(X))
& has_part_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_15(X))
& is_inside_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_15(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X))
& is_inside_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_17(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X))
& size_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_43(X))
& directly_proportional_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_43(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_45(X))
& is_inside_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_14(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& is_between_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_14(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& is_between_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_14(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_18(X))
& is_inside_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_18(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X))
& is_inside_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_10(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X))
& base_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_41(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& site_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_41(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_19(X))
& has_function_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_19(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_41(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_16(X) != fn_osmoregulation_in_paramecium_in_hypotonic_solution_19(X)
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_19(X) != fn_osmoregulation_in_paramecium_in_hypotonic_solution_16(X)
& has_part_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_14(X))
& has_part_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_14(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X))
& is_inside_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_16(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X))
& abuts_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_19(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_16(X))
& abuts_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_16(X),fn_osmoregulation_in_paramecium_in_hypotonic_solution_19(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X) = fn_contract_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_59(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_31(X) = fn_biomembrane_47(fn_osmoregulation_in_paramecium_in_hypotonic_solution_33(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X) = fn_move_out_of_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_26(X) = fn_move_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X) = fn_water_95(fn_osmoregulation_in_paramecium_in_hypotonic_solution_26(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_14(X) = fn_cytoplasmic_side_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_66(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_53(X) = fn_move_out_of_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_54(X) = fn_solution_6(fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_55(X) = fn_solution_5(fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_57(X) = fn_vacuole_8(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_52(X) = fn_organism_6(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_51(X) = fn_organism_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_42(X) = fn_organism_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_39(X) = fn_organism_5(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_46(X) = fn_organism_4(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& X = fn_contractile_vacuole_27(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_20(X) = fn_contractile_vacuole_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_56(X) = fn_contractile_vacuole_34(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X) = fn_contractile_vacuole_23(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_30(X) = fn_vacuole_3(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_32(X) = fn_vacuole_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_32(X) = fn_contractile_vacuole_26(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_33(X) = fn_vacuole_7(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_33(X) = fn_contractile_vacuole_25(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_30(X) = fn_contractile_vacuole_32(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_26(X) = fn_contractile_vacuole_29(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_58(X) = fn_contractile_vacuole_31(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_12(X) = fn_osmoregulation_18(X)
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_26(X) = fn_osmoregulation_2(X)
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_21(X) = fn_osmoregulation_4(X)
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_13(X) = fn_osmoregulation_21(X)
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_11(X) = fn_osmoregulation_3(X)
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_22(X) = fn_osmoregulation_10(X)
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_61(X) = fn_osmoregulation_16(X)
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_63(X) = fn_osmoregulation_11(X)
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_60(X) = fn_osmoregulation_15(X)
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_62(X) = fn_osmoregulation_17(X)
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_65(X) = fn_osmoregulation_7(X)
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_24(X) = fn_plasma_membrane_4(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_24(X) = fn_osmoregulation_9(X)
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_24(X) = fn_plasma_membrane_3(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_36(X) = fn_plasma_membrane_54(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_34(X) = fn_biomembrane_41(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_34(X) = fn_plasma_membrane_65(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_35(X) = fn_plasma_membrane_6(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_37(X) = fn_plasma_membrane_34(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_29(X) = fn_osmoregulation_12(X)
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_29(X) = fn_plasma_membrane_74(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_66(X) = fn_plasma_membrane_66(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_64(X) = fn_plasma_membrane_54(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_36(X) = fn_plasma_membrane_68(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_23(X) = fn_plasma_membrane_55(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X) = fn_osmoregulation_19(X)
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X) = fn_osmoregulation_13(X)
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_50(X) = fn_protist_cell_13(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_47(X) = fn_protist_cell_19(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_40(X) = fn_biomembrane_63(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_40(X) = fn_plasma_membrane_71(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_40(X) = fn_contractile_vacuole_22(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_44(X) = fn_contractile_vacuole_17(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_40(X) = fn_protist_cell_18(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_44(X) = fn_protist_cell_15(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_17(X) = fn_protist_cell_14(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_15(X) = fn_protist_cell_30(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_49(X) = fn_protist_cell_12(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_45(X) = fn_protist_cell_17(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_43(X) = fn_protist_cell_16(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_10(X) = fn_protist_cell_34(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_18(X) = fn_protist_cell_24(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X) = fn_contractile_vacuole_33(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X) = fn_protist_cell_22(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_41(X) = fn_protist_cell_28(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_19(X) = fn_protist_cell_23(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_16(X) = fn_protist_cell_25(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_14(X) = fn_cytosol_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X) = fn_vacuole_9(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X) = fn_protist_cell_29(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X) = fn_vacuole_12(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_14(X) = fn_vacuole_10(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X) = fn_contractile_vacuole_30(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_14(X) = fn_contractile_vacuole_28(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_in_paramecium_in_hypotonic_solution_14(X) = fn_protist_cell_35(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_contractile_vacuole_26(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_vacuole_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_vacuole_2(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_contractile_vacuole_26(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_contractile_vacuole_26(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_vacuole_7(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_contractile_vacuole_25(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_vacuole_7(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_vacuole_7(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_contractile_vacuole_25(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_contractile_vacuole_25(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_contractile_vacuole_32(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_contractile_vacuole_32(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_vacuole_3(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_vacuole_3(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_contractile_vacuole_32(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_contractile_vacuole_32(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_contractile_vacuole_32(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_contractile_vacuole_32(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_move_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X))
& fn_move_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X)) = fn_contractile_vacuole_29(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_2(X) = fn_contractile_vacuole_29(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_contractile_vacuole_29(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_contractile_vacuole_29(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_contractile_vacuole_29(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_osmoregulation_2(X)
& fn_osmoregulation_2(X) = fn_osmoregulation_9(X)
& fn_osmoregulation_9(X) = fn_plasma_membrane_4(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_plasma_membrane_4(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)) = fn_osmoregulation_9(X)
& fn_osmoregulation_9(X) = fn_osmoregulation_9(X)
& fn_osmoregulation_9(X) = fn_plasma_membrane_3(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_plasma_membrane_3(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)) = fn_plasma_membrane_65(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_plasma_membrane_65(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)) = fn_plasma_membrane_65(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_plasma_membrane_65(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)) = fn_biomembrane_41(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_biomembrane_41(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)) = fn_plasma_membrane_65(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_plasma_membrane_65(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)) = fn_osmoregulation_12(X)
& fn_osmoregulation_12(X) = fn_osmoregulation_12(X)
& fn_plasma_membrane_74(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)) = fn_osmoregulation_12(X)
& fn_osmoregulation_12(X) = fn_plasma_membrane_74(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_plasma_membrane_74(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)) = fn_plasma_membrane_74(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_plasma_membrane_74(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)) = fn_plasma_membrane_54(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_plasma_membrane_54(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)) = fn_plasma_membrane_54(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_plasma_membrane_54(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)) = fn_plasma_membrane_68(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_plasma_membrane_68(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)) = fn_plasma_membrane_68(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_plasma_membrane_68(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)) = fn_biomembrane_63(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_biomembrane_63(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)) = fn_contractile_vacuole_22(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_plasma_membrane_71(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)) = fn_contractile_vacuole_22(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_contractile_vacuole_22(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_contractile_vacuole_22(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_contractile_vacuole_22(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_plasma_membrane_71(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_plasma_membrane_71(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)) = fn_plasma_membrane_71(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X))
& fn_plasma_membrane_71(fn_osmoregulation_in_paramecium_in_hypotonic_solution_48(X)) = fn_protist_cell_18(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_protist_cell_18(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)) = fn_protist_cell_18(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_protist_cell_18(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)) = fn_contractile_vacuole_17(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_contractile_vacuole_17(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_protist_cell_15(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_protist_cell_15(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)) = fn_protist_cell_15(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_protist_cell_15(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)) = fn_osmoregulation_13(X)
& fn_osmoregulation_13(X) = fn_contractile_vacuole_33(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_contractile_vacuole_33(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_contractile_vacuole_33(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_contractile_vacuole_33(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_osmoregulation_13(X)
& fn_osmoregulation_13(X) = fn_osmoregulation_13(X)
& fn_osmoregulation_13(X) = fn_protist_cell_22(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_protist_cell_22(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)) = fn_protist_cell_22(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_protist_cell_22(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)) = fn_vacuole_9(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_contractile_vacuole_23(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_vacuole_9(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_vacuole_9(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_contractile_vacuole_23(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_contractile_vacuole_23(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_contractile_vacuole_23(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_contractile_vacuole_23(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_protist_cell_29(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_protist_cell_29(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)) = fn_protist_cell_29(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_protist_cell_29(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)) = fn_cytoplasmic_side_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_66(X))
& fn_cytoplasmic_side_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_66(X)) = fn_cytosol_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X))
& fn_cytosol_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_38(X)) = fn_cytoplasmic_side_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_66(X))
& fn_cytoplasmic_side_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_66(X)) = fn_vacuole_10(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_contractile_vacuole_28(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_vacuole_10(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_vacuole_10(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_vacuole_10(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_vacuole_10(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_contractile_vacuole_28(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_contractile_vacuole_28(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_contractile_vacuole_28(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_protist_cell_35(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)) = fn_protist_cell_35(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_protist_cell_35(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)) = fn_contractile_vacuole_28(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_contractile_vacuole_28(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_protist_cell_35(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X))
& fn_protist_cell_35(fn_osmoregulation_in_paramecium_in_hypotonic_solution_25(X)) = fn_move_out_of_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X))
& fn_move_out_of_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X)) = fn_move_out_of_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X))
& fn_move_out_of_1(fn_osmoregulation_in_paramecium_in_hypotonic_solution_28(X)) = fn_vacuole_12(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_vacuole_12(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_vacuole_12(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_osmoregulation_19(X) = fn_vacuole_12(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_vacuole_12(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_osmoregulation_19(X)
& fn_osmoregulation_19(X) = fn_osmoregulation_19(X)
& fn_contractile_vacuole_30(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_contractile_vacuole_30(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_contractile_vacuole_30(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_osmoregulation_19(X)
& fn_osmoregulation_19(X) = fn_contractile_vacuole_30(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X))
& fn_contractile_vacuole_27(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) = fn_contractile_vacuole_27(fn_osmoregulation_in_paramecium_in_hypotonic_solution_27(X)) ) ) ).
fof(a531453,axiom,
! [X] :
( osmoregulator_1(X)
=> ( original_name_2(X,'Osmoregulator')
& user_description_2(X,'An animal that maintains a constant internal osmolarity independent of the external environment.')
& concept2words_2(X,osmoregulator)
& organism_role_1(X)
& water_balance_1(fn_osmoregulator_1(X))
& osmoregulation_1(fn_osmoregulator_2(X))
& organism_1(fn_osmoregulator_3(X))
& object_2(fn_osmoregulator_2(X),fn_osmoregulator_1(X))
& experiencer_2(fn_osmoregulator_2(X),fn_osmoregulator_3(X))
& has_function_2(fn_osmoregulator_3(X),fn_osmoregulator_2(X))
& in_event_2(X,fn_osmoregulator_2(X))
& plays_2(fn_osmoregulator_3(X),X)
& fn_osmoregulator_2(X) = fn_organism_role_2(X)
& fn_osmoregulator_3(X) = fn_organism_role_1(X) ) ) ).
fof(a531454,axiom,
! [X] :
( osmosis_1(X)
=> ( original_name_2(X,'Osmosis')
& user_description_2(X,'Osmosis is the movement of water molecules through a selectively-permeable membrane down a water potential gradient')
& concept2words_2(X,'diffusion of water')
& concept2words_2(X,'perform osmosis')
& concept2words_2(X,diffuse)
& concept2words_2(X,osmosis)
& passive_transport_of_water_1(X)
& ~ chemiosmosis_1(X)
& ~ facilitated_diffusion_of_ion_1(X)
& move_1(fn_osmosis_1(X))
& create_1(fn_osmosis_2(X))
& potential_value_1(fn_osmosis_9(X))
& potential_value_1(fn_osmosis_10(X))
& potential_value_1(fn_osmosis_11(X))
& potential_value_1(fn_osmosis_12(X))
& potential_value_1(fn_osmosis_13(X))
& potential_value_1(fn_osmosis_14(X))
& system_1(fn_osmosis_17(X))
& water_molecule_1(fn_osmosis_20(X))
& move_through_1(fn_osmosis_21(X))
& spatial_entity_1(fn_osmosis_22(X))
& biomembrane_1(fn_osmosis_22(X))
& aqueous_solution_1(fn_osmosis_23(X))
& thermal_energy_1(fn_osmosis_24(X))
& lose_1(fn_osmosis_25(X))
& entity_1(fn_transfer_1(fn_osmosis_25(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_osmosis_22(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_osmosis_22(X)))
& move_through_1(fn_biomembrane_52(fn_osmosis_22(X)))
& agent_2(fn_osmosis_1(X),fn_osmosis_24(X))
& next_event_2(fn_osmosis_2(X),fn_osmosis_21(X))
& called_2(fn_osmosis_11(X),'Solutepotential')
& called_2(fn_osmosis_12(X),'Pressurepotential')
& greater_than_2(fn_osmosis_13(X),fn_osmosis_14(X))
& called_2(fn_osmosis_14(X),'Waterpotential')
& agent_2(fn_osmosis_21(X),fn_osmosis_24(X))
& object_2(fn_osmosis_25(X),fn_osmosis_24(X))
& object_2(X,fn_osmosis_20(X))
& object_2(fn_osmosis_21(X),fn_osmosis_20(X))
& subevent_2(X,fn_osmosis_21(X))
& path_2(X,fn_osmosis_22(X))
& has_function_2(fn_osmosis_22(X),fn_osmosis_21(X))
& base_2(fn_osmosis_21(X),fn_osmosis_22(X))
& is_between_2(fn_osmosis_22(X),fn_osmosis_23(X))
& fn_osmosis_24(X) = fn_transfer_1(fn_osmosis_25(X))
& fn_osmosis_22(X) = fn_passive_transport_25(X)
& fn_osmosis_21(X) = fn_passive_transport_24(X)
& fn_osmosis_20(X) = fn_passive_transport_14(X)
& fn_osmosis_23(X) = fn_biomembrane_15(fn_osmosis_22(X))
& fn_osmosis_23(X) = fn_biomembrane_14(fn_osmosis_22(X))
& fn_osmosis_21(X) = fn_biomembrane_52(fn_osmosis_22(X))
& fn_biomembrane_15(fn_osmosis_22(X)) = fn_biomembrane_14(fn_osmosis_22(X))
& fn_biomembrane_14(fn_osmosis_22(X)) = fn_passive_transport_24(X)
& fn_passive_transport_24(X) = fn_passive_transport_24(X)
& fn_passive_transport_24(X) = fn_biomembrane_52(fn_osmosis_22(X))
& fn_biomembrane_52(fn_osmosis_22(X)) = fn_biomembrane_52(fn_osmosis_22(X)) ) ) ).
fof(a531455,axiom,
! [X] :
( osmosis_of_plant_cell_in_distilled_water_1(X)
=> ( original_name_2(X,'Osmosis-of-Plant-Cell-in-Distilled-Water')
& user_description_2(X,'Movement of water for a plant cell placed in pure water devoid of solutes. Water would move into the cell causing the cell to swell.')
& concept2words_2(X,'perform osmosis')
& concept2words_2(X,'osmosis of plant cell in distilled water')
& concept2words_2(X,'osmosis-of-plant-cell-in-distilled-water')
& osmosis_1(X)
& time_interval_1(fn_osmosis_of_plant_cell_in_distilled_water_1(X))
& time_interval_1(fn_osmosis_of_plant_cell_in_distilled_water_2(X))
& hydrophilic_face_1(fn_osmosis_of_plant_cell_in_distilled_water_3(X))
& substance_1(fn_osmosis_of_plant_cell_in_distilled_water_5(X))
& chemical_1(fn_osmosis_of_plant_cell_in_distilled_water_5(X))
& temperature_value_1(fn_osmosis_of_plant_cell_in_distilled_water_6(X))
& decrease_1(fn_osmosis_of_plant_cell_in_distilled_water_7(X))
& free_energy_1(fn_osmosis_of_plant_cell_in_distilled_water_10(X))
& quantity_value_1(fn_osmosis_of_plant_cell_in_distilled_water_11(X))
& quantity_value_1(fn_osmosis_of_plant_cell_in_distilled_water_12(X))
& attach_1(fn_osmosis_of_plant_cell_in_distilled_water_13(X))
& move_1(fn_osmosis_of_plant_cell_in_distilled_water_14(X))
& lose_1(fn_osmosis_of_plant_cell_in_distilled_water_15(X))
& potential_energy_1(fn_osmosis_of_plant_cell_in_distilled_water_16(X))
& decrease_1(fn_osmosis_of_plant_cell_in_distilled_water_17(X))
& diffusion_1(fn_osmosis_of_plant_cell_in_distilled_water_18(X))
& solvent_1(fn_osmosis_of_plant_cell_in_distilled_water_19(X))
& water_1(fn_osmosis_of_plant_cell_in_distilled_water_20(X))
& chemical_1(fn_osmosis_of_plant_cell_in_distilled_water_20(X))
& hydrophilic_compound_1(fn_osmosis_of_plant_cell_in_distilled_water_21(X))
& hydrophobic_compound_1(fn_osmosis_of_plant_cell_in_distilled_water_22(X))
& block_1(fn_osmosis_of_plant_cell_in_distilled_water_23(X))
& water_molecule_1(fn_osmosis_of_plant_cell_in_distilled_water_24(X))
& molecule_1(fn_osmosis_of_plant_cell_in_distilled_water_24(X))
& thermal_motion_1(fn_osmosis_of_plant_cell_in_distilled_water_25(X))
& spatial_entity_1(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& biomembrane_1(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& plasma_membrane_1(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& mixture_1(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& substance_1(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& aqueous_solution_1(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& solution_1(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& hypotonic_solution_1(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& mixture_1(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& aqueous_solution_1(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& hypertonic_solution_1(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& symmetrical_distribution_1(fn_osmosis_of_plant_cell_in_distilled_water_29(X))
& rate_value_1(fn_osmosis_of_plant_cell_in_distilled_water_30(X))
& concentration_value_1(fn_osmosis_of_plant_cell_in_distilled_water_31(X))
& move_through_1(fn_osmosis_of_plant_cell_in_distilled_water_32(X))
& move_1(fn_osmosis_of_plant_cell_in_distilled_water_32(X))
& distilled_water_1(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& membrane_protein_1(fn_osmosis_of_plant_cell_in_distilled_water_34(X))
& quantity_value_1(fn_osmosis_of_plant_cell_in_distilled_water_35(X))
& gradient_1(fn_osmosis_of_plant_cell_in_distilled_water_36(X))
& concentration_gradient_1(fn_osmosis_of_plant_cell_in_distilled_water_36(X))
& create_1(fn_osmosis_of_plant_cell_in_distilled_water_37(X))
& entity_1(fn_osmosis_of_plant_cell_in_distilled_water_38(X))
& thermal_energy_1(fn_osmosis_of_plant_cell_in_distilled_water_38(X))
& volume_value_1(fn_osmosis_of_plant_cell_in_distilled_water_39(X))
& surface_1(fn_osmosis_of_plant_cell_in_distilled_water_40(X))
& hydrophilic_compound_1(fn_osmosis_of_plant_cell_in_distilled_water_41(X))
& entity_1(fn_osmosis_of_plant_cell_in_distilled_water_41(X))
& spatial_entity_1(fn_osmosis_of_plant_cell_in_distilled_water_41(X))
& chemical_entity_1(fn_osmosis_of_plant_cell_in_distilled_water_41(X))
& tangible_entity_1(fn_osmosis_of_plant_cell_in_distilled_water_41(X))
& polar_molecule_1(fn_osmosis_of_plant_cell_in_distilled_water_41(X))
& water_molecule_1(fn_osmosis_of_plant_cell_in_distilled_water_41(X))
& entity_1(fn_osmosis_of_plant_cell_in_distilled_water_42(X))
& chemical_entity_1(fn_osmosis_of_plant_cell_in_distilled_water_42(X))
& spatial_entity_1(fn_osmosis_of_plant_cell_in_distilled_water_42(X))
& polar_molecule_1(fn_osmosis_of_plant_cell_in_distilled_water_42(X))
& hydrophilic_compound_1(fn_osmosis_of_plant_cell_in_distilled_water_42(X))
& tangible_entity_1(fn_osmosis_of_plant_cell_in_distilled_water_42(X))
& water_molecule_1(fn_osmosis_of_plant_cell_in_distilled_water_42(X))
& hydrogen_bond_1(fn_osmosis_of_plant_cell_in_distilled_water_43(X))
& contract_1(fn_osmosis_of_plant_cell_in_distilled_water_44(X))
& expand_1(fn_osmosis_of_plant_cell_in_distilled_water_45(X))
& cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_46(X))
& attract_1(fn_osmosis_of_plant_cell_in_distilled_water_46(X))
& heat_1(fn_osmosis_of_plant_cell_in_distilled_water_47(X))
& diffusion_1(fn_osmosis_of_plant_cell_in_distilled_water_48(X))
& lose_1(fn_osmosis_of_plant_cell_in_distilled_water_49(X))
& cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_50(X))
& attract_1(fn_osmosis_of_plant_cell_in_distilled_water_50(X))
& attract_1(fn_osmosis_of_plant_cell_in_distilled_water_51(X))
& cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_51(X))
& lose_1(fn_osmosis_of_plant_cell_in_distilled_water_52(X))
& chemical_1(fn_osmosis_of_plant_cell_in_distilled_water_53(X))
& move_1(fn_osmosis_of_plant_cell_in_distilled_water_54(X))
& move_1(fn_osmosis_of_plant_cell_in_distilled_water_55(X))
& thermal_energy_1(fn_osmosis_of_plant_cell_in_distilled_water_60(X))
& kinetic_energy_1(fn_osmosis_of_plant_cell_in_distilled_water_60(X))
& concentration_value_1(fn_osmosis_of_plant_cell_in_distilled_water_61(X))
& concentration_value_1(fn_osmosis_of_plant_cell_in_distilled_water_62(X))
& hydrophilic_compound_1(fn_plasma_membrane_50(fn_osmosis_of_plant_cell_in_distilled_water_26(X)))
& property_node_1(fn_water_92(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& property_node_1(fn_water_76(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& heat_1(fn_water_101(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& expand_1(fn_water_87(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& volume_value_1(fn_water_89(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& contract_1(fn_water_88(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& surface_1(fn_water_14(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& cohesion_1(fn_water_78(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& attract_1(fn_water_78(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& hydrogen_bond_1(fn_water_107(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& move_1(fn_water_95(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& decrease_1(fn_water_97(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& temperature_value_1(fn_water_93(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& attract_1(fn_water_molecule_75(fn_osmosis_of_plant_cell_in_distilled_water_41(X)))
& attract_1(fn_water_molecule_75(fn_osmosis_of_plant_cell_in_distilled_water_42(X)))
& property_node_1(fn_hypotonic_solution_8(fn_osmosis_of_plant_cell_in_distilled_water_27(X)))
& property_node_1(fn_hypotonic_solution_1(fn_osmosis_of_plant_cell_in_distilled_water_27(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_osmosis_of_plant_cell_in_distilled_water_26(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_osmosis_of_plant_cell_in_distilled_water_26(X)))
& hydrophobic_compound_1(fn_biomembrane_99(fn_osmosis_of_plant_cell_in_distilled_water_26(X)))
& hydrophobic_compound_1(fn_plasma_membrane_98(fn_osmosis_of_plant_cell_in_distilled_water_26(X)))
& block_1(fn_biomembrane_102(fn_osmosis_of_plant_cell_in_distilled_water_26(X)))
& block_1(fn_plasma_membrane_96(fn_osmosis_of_plant_cell_in_distilled_water_26(X)))
& block_1(fn_biomembrane_101(fn_osmosis_of_plant_cell_in_distilled_water_26(X)))
& block_1(fn_plasma_membrane_33(fn_osmosis_of_plant_cell_in_distilled_water_26(X)))
& move_through_1(fn_plasma_membrane_74(fn_osmosis_of_plant_cell_in_distilled_water_26(X)))
& move_1(fn_plasma_membrane_74(fn_osmosis_of_plant_cell_in_distilled_water_26(X)))
& lose_1(fn_water_94(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& entity_1(fn_transfer_1(fn_osmosis_of_plant_cell_in_distilled_water_52(X)))
& thermal_energy_1(fn_water_96(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& spatial_entity_1(fn_move_1(fn_osmosis_of_plant_cell_in_distilled_water_14(X)))
& spatial_entity_1(fn_move_1(fn_osmosis_of_plant_cell_in_distilled_water_54(X)))
& tangible_entity_1(fn_solvent_1(fn_osmosis_of_plant_cell_in_distilled_water_19(X)))
& spatial_entity_1(fn_thermal_motion_5(fn_osmosis_of_plant_cell_in_distilled_water_25(X)))
& tangible_entity_1(fn_thermal_motion_5(fn_osmosis_of_plant_cell_in_distilled_water_25(X)))
& tangible_entity_1(fn_lose_1(fn_osmosis_of_plant_cell_in_distilled_water_49(X)))
& tangible_entity_1(fn_lose_1(fn_osmosis_of_plant_cell_in_distilled_water_52(X)))
& substance_1(fn_cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_46(X)))
& chemical_1(fn_hypotonic_solution_3(fn_osmosis_of_plant_cell_in_distilled_water_27(X)))
& water_1(fn_hypotonic_solution_3(fn_osmosis_of_plant_cell_in_distilled_water_27(X)))
& substance_1(fn_cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_50(X)))
& substance_1(fn_cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_51(X)))
& kinetic_energy_1(fn_molecule_12(fn_osmosis_of_plant_cell_in_distilled_water_24(X)))
& tangible_entity_1(fn_cohesion_2(fn_osmosis_of_plant_cell_in_distilled_water_46(X)))
& water_molecule_1(fn_water_molecule_74(fn_osmosis_of_plant_cell_in_distilled_water_41(X)))
& entity_1(fn_water_98(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& spatial_entity_1(fn_water_98(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& chemical_entity_1(fn_water_98(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& tangible_entity_1(fn_water_98(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& polar_molecule_1(fn_water_98(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& water_molecule_1(fn_water_98(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& spatial_entity_1(fn_water_83(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& tangible_entity_1(fn_water_83(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& polar_molecule_1(fn_water_83(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& hydrophilic_compound_1(fn_water_83(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& water_molecule_1(fn_water_83(fn_osmosis_of_plant_cell_in_distilled_water_33(X)))
& tangible_entity_1(fn_cohesion_2(fn_osmosis_of_plant_cell_in_distilled_water_51(X)))
& tangible_entity_1(fn_cohesion_2(fn_osmosis_of_plant_cell_in_distilled_water_50(X)))
& tangible_entity_1(fn_cohesion_3(fn_osmosis_of_plant_cell_in_distilled_water_51(X)))
& tangible_entity_1(fn_cohesion_3(fn_osmosis_of_plant_cell_in_distilled_water_50(X)))
& water_molecule_1(fn_water_molecule_74(fn_osmosis_of_plant_cell_in_distilled_water_42(X)))
& water_1(fn_aqueous_solution_14(fn_osmosis_of_plant_cell_in_distilled_water_28(X)))
& water_1(fn_hypertonic_solution_7(fn_osmosis_of_plant_cell_in_distilled_water_28(X)))
& chemical_1(fn_hypertonic_solution_7(fn_osmosis_of_plant_cell_in_distilled_water_28(X)))
& concentration_value_1(fn_hypertonic_solution_3(fn_osmosis_of_plant_cell_in_distilled_water_28(X)))
& concentration_value_1(fn_hypotonic_solution_6(fn_osmosis_of_plant_cell_in_distilled_water_27(X)))
& chemical_1(fn_solution_5(fn_osmosis_of_plant_cell_in_distilled_water_27(X)))
& chemical_1(fn_hypertonic_solution_5(fn_osmosis_of_plant_cell_in_distilled_water_28(X)))
& chemical_1(fn_hypotonic_solution_7(fn_osmosis_of_plant_cell_in_distilled_water_27(X)))
& mixture_1(fn_diffusion_2(fn_osmosis_of_plant_cell_in_distilled_water_48(X)))
& mixture_1(fn_diffusion_2(fn_osmosis_of_plant_cell_in_distilled_water_18(X)))
& mixture_1(fn_diffusion_1(fn_osmosis_of_plant_cell_in_distilled_water_18(X)))
& substance_1(fn_plasma_membrane_70(fn_osmosis_of_plant_cell_in_distilled_water_26(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_osmosis_of_plant_cell_in_distilled_water_26(X)))
& hypotonic_solution_1(fn_hypertonic_solution_6(fn_osmosis_of_plant_cell_in_distilled_water_28(X)))
& mixture_1(fn_diffusion_1(fn_osmosis_of_plant_cell_in_distilled_water_48(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_osmosis_of_plant_cell_in_distilled_water_26(X)))
& hypertonic_solution_1(fn_hypotonic_solution_2(fn_osmosis_of_plant_cell_in_distilled_water_27(X)))
& concentration_value_1(fn_hypertonic_solution_4(fn_osmosis_of_plant_cell_in_distilled_water_28(X)))
& concentration_value_1(fn_hypotonic_solution_5(fn_osmosis_of_plant_cell_in_distilled_water_27(X)))
& chemical_1(fn_hypertonic_solution_8(fn_osmosis_of_plant_cell_in_distilled_water_28(X)))
& substance_1(fn_hypotonic_solution_4(fn_osmosis_of_plant_cell_in_distilled_water_27(X)))
& chemical_1(fn_hypotonic_solution_4(fn_osmosis_of_plant_cell_in_distilled_water_27(X)))
& agent_2(fn_osmosis_of_plant_cell_in_distilled_water_55(X),fn_osmosis_of_plant_cell_in_distilled_water_38(X))
& instrument_2(fn_osmosis_of_plant_cell_in_distilled_water_50(X),fn_osmosis_of_plant_cell_in_distilled_water_43(X))
& base_2(fn_osmosis_of_plant_cell_in_distilled_water_49(X),fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& agent_2(fn_osmosis_of_plant_cell_in_distilled_water_48(X),fn_osmosis_of_plant_cell_in_distilled_water_36(X))
& instrument_2(fn_osmosis_of_plant_cell_in_distilled_water_46(X),fn_osmosis_of_plant_cell_in_distilled_water_43(X))
& time_during_2(fn_osmosis_of_plant_cell_in_distilled_water_37(X),fn_osmosis_of_plant_cell_in_distilled_water_2(X))
& concentration_2(fn_osmosis_of_plant_cell_in_distilled_water_33(X),fn_osmosis_of_plant_cell_in_distilled_water_31(X))
& fn_osmosis_of_plant_cell_in_distilled_water_33(X) != fn_osmosis_of_plant_cell_in_distilled_water_20(X)
& time_during_2(fn_osmosis_of_plant_cell_in_distilled_water_32(X),fn_osmosis_of_plant_cell_in_distilled_water_1(X))
& is_outside_2(fn_osmosis_of_plant_cell_in_distilled_water_3(X),fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& is_inside_2(fn_osmosis_of_plant_cell_in_distilled_water_3(X),fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& greater_than_2(fn_osmosis_of_plant_cell_in_distilled_water_31(X),fn_osmosis_of_plant_cell_in_distilled_water_31(X))
& directly_proportional_2(fn_osmosis_of_plant_cell_in_distilled_water_31(X),fn_osmosis_of_plant_cell_in_distilled_water_35(X))
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_29(X),fn_osmosis_of_plant_cell_in_distilled_water_24(X))
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_29(X),fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_25(X),fn_osmosis_of_plant_cell_in_distilled_water_24(X))
& fn_osmosis_of_plant_cell_in_distilled_water_24(X) != fn_osmosis_of_plant_cell_in_distilled_water_22(X)
& fn_osmosis_of_plant_cell_in_distilled_water_24(X) != fn_osmosis_of_plant_cell_in_distilled_water_21(X)
& fn_osmosis_of_plant_cell_in_distilled_water_22(X) != fn_osmosis_of_plant_cell_in_distilled_water_24(X)
& fn_osmosis_of_plant_cell_in_distilled_water_21(X) != fn_osmosis_of_plant_cell_in_distilled_water_24(X)
& fn_osmosis_of_plant_cell_in_distilled_water_20(X) != fn_osmosis_of_plant_cell_in_distilled_water_33(X)
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_18(X),fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& agent_2(fn_osmosis_of_plant_cell_in_distilled_water_18(X),fn_osmosis_of_plant_cell_in_distilled_water_36(X))
& time_before_2(fn_osmosis_of_plant_cell_in_distilled_water_2(X),fn_osmosis_of_plant_cell_in_distilled_water_1(X))
& agent_2(fn_osmosis_of_plant_cell_in_distilled_water_46(X),fn_osmosis_of_plant_cell_in_distilled_water_41(X))
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_14(X),fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_54(X),fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& plays_2(fn_osmosis_of_plant_cell_in_distilled_water_33(X),fn_osmosis_of_plant_cell_in_distilled_water_19(X))
& origin_2(fn_osmosis_of_plant_cell_in_distilled_water_48(X),fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_25(X),fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& destination_2(fn_osmosis_of_plant_cell_in_distilled_water_48(X),fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& destination_2(fn_osmosis_of_plant_cell_in_distilled_water_18(X),fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& donor_2(fn_osmosis_of_plant_cell_in_distilled_water_49(X),fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& origin_2(fn_osmosis_of_plant_cell_in_distilled_water_18(X),fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& donor_2(fn_osmosis_of_plant_cell_in_distilled_water_52(X),fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& base_2(fn_osmosis_of_plant_cell_in_distilled_water_46(X),fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_52(X),fn_osmosis_of_plant_cell_in_distilled_water_38(X))
& is_between_2(fn_osmosis_of_plant_cell_in_distilled_water_26(X),fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& is_between_2(fn_osmosis_of_plant_cell_in_distilled_water_26(X),fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& base_2(fn_osmosis_of_plant_cell_in_distilled_water_50(X),fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_46(X),fn_osmosis_of_plant_cell_in_distilled_water_41(X))
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_23(X),fn_osmosis_of_plant_cell_in_distilled_water_22(X))
& path_2(X,fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& base_2(fn_osmosis_of_plant_cell_in_distilled_water_13(X),fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_13(X),fn_osmosis_of_plant_cell_in_distilled_water_34(X))
& has_solvent_2(fn_osmosis_of_plant_cell_in_distilled_water_27(X),fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& has_part_2(fn_osmosis_of_plant_cell_in_distilled_water_27(X),fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_osmosis_of_plant_cell_in_distilled_water_53(X) != fn_osmosis_of_plant_cell_in_distilled_water_33(X)
& fn_osmosis_of_plant_cell_in_distilled_water_33(X) != fn_osmosis_of_plant_cell_in_distilled_water_53(X)
& next_event_2(fn_osmosis_of_plant_cell_in_distilled_water_37(X),fn_osmosis_of_plant_cell_in_distilled_water_32(X))
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_15(X),fn_osmosis_of_plant_cell_in_distilled_water_38(X))
& object_2(X,fn_osmosis_of_plant_cell_in_distilled_water_24(X))
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_32(X),fn_osmosis_of_plant_cell_in_distilled_water_24(X))
& agent_2(fn_osmosis_of_plant_cell_in_distilled_water_32(X),fn_osmosis_of_plant_cell_in_distilled_water_38(X))
& agent_2(fn_osmosis_of_plant_cell_in_distilled_water_14(X),fn_osmosis_of_plant_cell_in_distilled_water_38(X))
& objective_2(X,fn_osmosis_of_plant_cell_in_distilled_water_29(X))
& agent_2(fn_osmosis_of_plant_cell_in_distilled_water_25(X),fn_osmosis_of_plant_cell_in_distilled_water_60(X))
& possesses_2(fn_osmosis_of_plant_cell_in_distilled_water_36(X),fn_osmosis_of_plant_cell_in_distilled_water_16(X))
& base_2(X,fn_osmosis_of_plant_cell_in_distilled_water_36(X))
& causes_2(X,fn_osmosis_of_plant_cell_in_distilled_water_17(X))
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_17(X),fn_osmosis_of_plant_cell_in_distilled_water_36(X))
& quantity_2(fn_osmosis_of_plant_cell_in_distilled_water_36(X),fn_osmosis_of_plant_cell_in_distilled_water_35(X))
& raw_material_2(X,fn_osmosis_of_plant_cell_in_distilled_water_16(X))
& by_means_of_2(X,fn_osmosis_of_plant_cell_in_distilled_water_25(X))
& causes_2(fn_osmosis_of_plant_cell_in_distilled_water_25(X),fn_osmosis_of_plant_cell_in_distilled_water_32(X))
& subevent_2(X,fn_osmosis_of_plant_cell_in_distilled_water_32(X))
& agent_2(X,fn_osmosis_of_plant_cell_in_distilled_water_36(X))
& is_between_2(fn_osmosis_of_plant_cell_in_distilled_water_36(X),fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& destination_2(X,fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& origin_2(X,fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& is_between_2(fn_osmosis_of_plant_cell_in_distilled_water_36(X),fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& is_at_2(fn_osmosis_of_plant_cell_in_distilled_water_34(X),fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& is_impermeable_to_2(fn_osmosis_of_plant_cell_in_distilled_water_26(X),fn_osmosis_of_plant_cell_in_distilled_water_22(X))
& has_function_2(fn_osmosis_of_plant_cell_in_distilled_water_26(X),fn_osmosis_of_plant_cell_in_distilled_water_32(X))
& base_2(fn_osmosis_of_plant_cell_in_distilled_water_32(X),fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& has_function_2(fn_osmosis_of_plant_cell_in_distilled_water_26(X),fn_osmosis_of_plant_cell_in_distilled_water_23(X))
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_23(X),fn_osmosis_of_plant_cell_in_distilled_water_21(X))
& is_impermeable_to_2(fn_osmosis_of_plant_cell_in_distilled_water_26(X),fn_osmosis_of_plant_cell_in_distilled_water_21(X))
& has_part_2(fn_osmosis_of_plant_cell_in_distilled_water_33(X),fn_osmosis_of_plant_cell_in_distilled_water_41(X))
& has_region_2(fn_osmosis_of_plant_cell_in_distilled_water_33(X),fn_osmosis_of_plant_cell_in_distilled_water_40(X))
& has_part_2(fn_osmosis_of_plant_cell_in_distilled_water_33(X),fn_osmosis_of_plant_cell_in_distilled_water_42(X))
& base_2(fn_osmosis_of_plant_cell_in_distilled_water_45(X),fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& base_2(fn_osmosis_of_plant_cell_in_distilled_water_15(X),fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_47(X),fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& donor_2(fn_osmosis_of_plant_cell_in_distilled_water_15(X),fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_55(X),fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& volume_2(fn_osmosis_of_plant_cell_in_distilled_water_33(X),fn_osmosis_of_plant_cell_in_distilled_water_39(X))
& base_2(fn_osmosis_of_plant_cell_in_distilled_water_44(X),fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& from_value_2(fn_osmosis_of_plant_cell_in_distilled_water_44(X),fn_osmosis_of_plant_cell_in_distilled_water_39(X))
& from_value_2(fn_osmosis_of_plant_cell_in_distilled_water_45(X),fn_osmosis_of_plant_cell_in_distilled_water_39(X))
& causes_2(fn_osmosis_of_plant_cell_in_distilled_water_47(X),fn_osmosis_of_plant_cell_in_distilled_water_45(X))
& agent_2(fn_osmosis_of_plant_cell_in_distilled_water_47(X),fn_osmosis_of_plant_cell_in_distilled_water_38(X))
& base_2(fn_osmosis_of_plant_cell_in_distilled_water_51(X),fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_51(X),fn_osmosis_of_plant_cell_in_distilled_water_41(X))
& is_above_2(fn_osmosis_of_plant_cell_in_distilled_water_40(X),fn_osmosis_of_plant_cell_in_distilled_water_41(X))
& is_at_2(fn_osmosis_of_plant_cell_in_distilled_water_42(X),fn_osmosis_of_plant_cell_in_distilled_water_40(X))
& called_2(fn_osmosis_of_plant_cell_in_distilled_water_42(X),"1")
& possesses_2(fn_osmosis_of_plant_cell_in_distilled_water_33(X),fn_osmosis_of_plant_cell_in_distilled_water_43(X))
& instrument_2(fn_osmosis_of_plant_cell_in_distilled_water_51(X),fn_osmosis_of_plant_cell_in_distilled_water_43(X))
& agent_2(fn_osmosis_of_plant_cell_in_distilled_water_51(X),fn_osmosis_of_plant_cell_in_distilled_water_41(X))
& same_type_2(fn_osmosis_of_plant_cell_in_distilled_water_42(X),fn_osmosis_of_plant_cell_in_distilled_water_41(X))
& same_type_2(fn_osmosis_of_plant_cell_in_distilled_water_41(X),fn_osmosis_of_plant_cell_in_distilled_water_42(X))
& temperature_2(fn_osmosis_of_plant_cell_in_distilled_water_33(X),fn_osmosis_of_plant_cell_in_distilled_water_6(X))
& from_value_2(fn_osmosis_of_plant_cell_in_distilled_water_7(X),fn_osmosis_of_plant_cell_in_distilled_water_6(X))
& by_means_of_2(fn_osmosis_of_plant_cell_in_distilled_water_7(X),fn_osmosis_of_plant_cell_in_distilled_water_49(X))
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_49(X),fn_osmosis_of_plant_cell_in_distilled_water_38(X))
& agent_2(fn_osmosis_of_plant_cell_in_distilled_water_54(X),fn_osmosis_of_plant_cell_in_distilled_water_38(X))
& greater_than_or_equal_to_2(fn_osmosis_of_plant_cell_in_distilled_water_61(X),fn_osmosis_of_plant_cell_in_distilled_water_62(X))
& greater_than_2(fn_osmosis_of_plant_cell_in_distilled_water_61(X),fn_osmosis_of_plant_cell_in_distilled_water_62(X))
& concentration_2(fn_osmosis_of_plant_cell_in_distilled_water_53(X),fn_osmosis_of_plant_cell_in_distilled_water_62(X))
& has_part_2(fn_osmosis_of_plant_cell_in_distilled_water_27(X),fn_osmosis_of_plant_cell_in_distilled_water_53(X))
& is_hypertonic_to_2(fn_osmosis_of_plant_cell_in_distilled_water_28(X),fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& is_hypotonic_to_2(fn_osmosis_of_plant_cell_in_distilled_water_27(X),fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& has_solute_2(fn_osmosis_of_plant_cell_in_distilled_water_27(X),fn_osmosis_of_plant_cell_in_distilled_water_53(X))
& has_solute_2(fn_osmosis_of_plant_cell_in_distilled_water_28(X),fn_osmosis_of_plant_cell_in_distilled_water_5(X))
& has_part_2(fn_osmosis_of_plant_cell_in_distilled_water_28(X),fn_osmosis_of_plant_cell_in_distilled_water_5(X))
& concentration_2(fn_osmosis_of_plant_cell_in_distilled_water_5(X),fn_osmosis_of_plant_cell_in_distilled_water_61(X))
& fn_osmosis_of_plant_cell_in_distilled_water_20(X) != fn_osmosis_of_plant_cell_in_distilled_water_5(X)
& fn_osmosis_of_plant_cell_in_distilled_water_5(X) != fn_osmosis_of_plant_cell_in_distilled_water_20(X)
& has_solvent_2(fn_osmosis_of_plant_cell_in_distilled_water_28(X),fn_osmosis_of_plant_cell_in_distilled_water_20(X))
& has_part_2(fn_osmosis_of_plant_cell_in_distilled_water_28(X),fn_osmosis_of_plant_cell_in_distilled_water_20(X))
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_46(X),fn_osmosis_of_plant_cell_in_distilled_water_42(X))
& agent_2(fn_osmosis_of_plant_cell_in_distilled_water_46(X),fn_osmosis_of_plant_cell_in_distilled_water_42(X))
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_50(X),fn_osmosis_of_plant_cell_in_distilled_water_41(X))
& agent_2(fn_osmosis_of_plant_cell_in_distilled_water_50(X),fn_osmosis_of_plant_cell_in_distilled_water_41(X))
& possesses_2(fn_osmosis_of_plant_cell_in_distilled_water_24(X),fn_osmosis_of_plant_cell_in_distilled_water_60(X))
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_50(X),fn_osmosis_of_plant_cell_in_distilled_water_42(X))
& object_2(fn_osmosis_of_plant_cell_in_distilled_water_51(X),fn_osmosis_of_plant_cell_in_distilled_water_42(X))
& agent_2(fn_osmosis_of_plant_cell_in_distilled_water_50(X),fn_osmosis_of_plant_cell_in_distilled_water_42(X))
& agent_2(fn_osmosis_of_plant_cell_in_distilled_water_51(X),fn_osmosis_of_plant_cell_in_distilled_water_42(X))
& fn_osmosis_of_plant_cell_in_distilled_water_41(X) = fn_cohesion_2(fn_osmosis_of_plant_cell_in_distilled_water_46(X))
& fn_osmosis_of_plant_cell_in_distilled_water_33(X) = fn_move_1(fn_osmosis_of_plant_cell_in_distilled_water_14(X))
& fn_osmosis_of_plant_cell_in_distilled_water_33(X) = fn_move_1(fn_osmosis_of_plant_cell_in_distilled_water_54(X))
& fn_osmosis_of_plant_cell_in_distilled_water_33(X) = fn_solvent_1(fn_osmosis_of_plant_cell_in_distilled_water_19(X))
& fn_osmosis_of_plant_cell_in_distilled_water_28(X) = fn_diffusion_1(fn_osmosis_of_plant_cell_in_distilled_water_48(X))
& fn_osmosis_of_plant_cell_in_distilled_water_33(X) = fn_thermal_motion_5(fn_osmosis_of_plant_cell_in_distilled_water_25(X))
& fn_osmosis_of_plant_cell_in_distilled_water_27(X) = fn_diffusion_2(fn_osmosis_of_plant_cell_in_distilled_water_48(X))
& fn_osmosis_of_plant_cell_in_distilled_water_27(X) = fn_diffusion_2(fn_osmosis_of_plant_cell_in_distilled_water_18(X))
& fn_osmosis_of_plant_cell_in_distilled_water_33(X) = fn_lose_1(fn_osmosis_of_plant_cell_in_distilled_water_49(X))
& fn_osmosis_of_plant_cell_in_distilled_water_27(X) = fn_diffusion_1(fn_osmosis_of_plant_cell_in_distilled_water_18(X))
& fn_osmosis_of_plant_cell_in_distilled_water_33(X) = fn_lose_1(fn_osmosis_of_plant_cell_in_distilled_water_52(X))
& fn_osmosis_of_plant_cell_in_distilled_water_33(X) = fn_cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_46(X))
& fn_osmosis_of_plant_cell_in_distilled_water_38(X) = fn_transfer_1(fn_osmosis_of_plant_cell_in_distilled_water_52(X))
& fn_osmosis_of_plant_cell_in_distilled_water_27(X) = fn_plasma_membrane_70(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_osmosis_of_plant_cell_in_distilled_water_28(X) = fn_plasma_membrane_77(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_osmosis_of_plant_cell_in_distilled_water_22(X) = fn_biomembrane_99(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_osmosis_of_plant_cell_in_distilled_water_34(X) = fn_passive_transport_21(X)
& fn_osmosis_of_plant_cell_in_distilled_water_13(X) = fn_passive_transport_20(X)
& fn_osmosis_of_plant_cell_in_distilled_water_26(X) = fn_passive_transport_25(X)
& fn_osmosis_of_plant_cell_in_distilled_water_33(X) = fn_hypotonic_solution_3(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& fn_osmosis_of_plant_cell_in_distilled_water_37(X) = fn_osmosis_2(X)
& fn_osmosis_of_plant_cell_in_distilled_water_15(X) = fn_osmosis_25(X)
& fn_osmosis_of_plant_cell_in_distilled_water_14(X) = fn_osmosis_1(X)
& fn_osmosis_of_plant_cell_in_distilled_water_38(X) = fn_osmosis_24(X)
& fn_osmosis_of_plant_cell_in_distilled_water_32(X) = fn_osmosis_21(X)
& fn_osmosis_of_plant_cell_in_distilled_water_24(X) = fn_osmosis_20(X)
& fn_osmosis_of_plant_cell_in_distilled_water_29(X) = fn_passive_transport_29(X)
& fn_osmosis_of_plant_cell_in_distilled_water_57(X) = fn_passive_transport_9(X)
& fn_osmosis_of_plant_cell_in_distilled_water_60(X) = fn_passive_transport_13(X)
& fn_osmosis_of_plant_cell_in_distilled_water_58(X) = fn_passive_transport_30(X)
& fn_osmosis_of_plant_cell_in_distilled_water_9(X) = fn_passive_transport_15(X)
& fn_osmosis_of_plant_cell_in_distilled_water_59(X) = fn_passive_transport_7(X)
& fn_osmosis_of_plant_cell_in_distilled_water_8(X) = fn_passive_transport_16(X)
& fn_osmosis_of_plant_cell_in_distilled_water_35(X) = fn_passive_transport_28(X)
& fn_osmosis_of_plant_cell_in_distilled_water_17(X) = fn_passive_transport_23(X)
& fn_osmosis_of_plant_cell_in_distilled_water_36(X) = fn_passive_transport_26(X)
& fn_osmosis_of_plant_cell_in_distilled_water_10(X) = fn_passive_transport_17(X)
& fn_osmosis_of_plant_cell_in_distilled_water_11(X) = fn_passive_transport_19(X)
& fn_osmosis_of_plant_cell_in_distilled_water_12(X) = fn_passive_transport_18(X)
& fn_osmosis_of_plant_cell_in_distilled_water_16(X) = fn_passive_transport_27(X)
& fn_osmosis_of_plant_cell_in_distilled_water_31(X) = fn_passive_transport_8(X)
& fn_osmosis_of_plant_cell_in_distilled_water_30(X) = fn_passive_transport_6(X)
& fn_osmosis_of_plant_cell_in_distilled_water_32(X) = fn_passive_transport_24(X)
& fn_osmosis_of_plant_cell_in_distilled_water_25(X) = fn_passive_transport_22(X)
& fn_osmosis_of_plant_cell_in_distilled_water_27(X) = fn_passive_transport_of_water_1(X)
& fn_osmosis_of_plant_cell_in_distilled_water_28(X) = fn_passive_transport_of_water_2(X)
& fn_osmosis_of_plant_cell_in_distilled_water_36(X) = fn_passive_transport_of_water_3(X)
& fn_osmosis_of_plant_cell_in_distilled_water_34(X) = fn_plasma_membrane_4(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_osmosis_of_plant_cell_in_distilled_water_34(X) = fn_plasma_membrane_3(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_osmosis_of_plant_cell_in_distilled_water_22(X) = fn_plasma_membrane_98(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_osmosis_of_plant_cell_in_distilled_water_21(X) = fn_plasma_membrane_50(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_osmosis_of_plant_cell_in_distilled_water_23(X) = fn_biomembrane_102(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_osmosis_of_plant_cell_in_distilled_water_23(X) = fn_plasma_membrane_96(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_osmosis_of_plant_cell_in_distilled_water_23(X) = fn_biomembrane_101(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_osmosis_of_plant_cell_in_distilled_water_23(X) = fn_plasma_membrane_33(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_osmosis_of_plant_cell_in_distilled_water_32(X) = fn_plasma_membrane_74(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_osmosis_of_plant_cell_in_distilled_water_33(X) = fn_cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_50(X))
& fn_osmosis_of_plant_cell_in_distilled_water_15(X) = fn_water_94(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_osmosis_of_plant_cell_in_distilled_water_55(X) = fn_water_95(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_osmosis_of_plant_cell_in_distilled_water_4(X) = fn_water_92(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_osmosis_of_plant_cell_in_distilled_water_56(X) = fn_water_76(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_osmosis_of_plant_cell_in_distilled_water_47(X) = fn_water_101(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_osmosis_of_plant_cell_in_distilled_water_45(X) = fn_water_87(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_osmosis_of_plant_cell_in_distilled_water_39(X) = fn_water_89(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_osmosis_of_plant_cell_in_distilled_water_44(X) = fn_water_88(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_osmosis_of_plant_cell_in_distilled_water_42(X) = fn_water_98(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_osmosis_of_plant_cell_in_distilled_water_40(X) = fn_water_14(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_osmosis_of_plant_cell_in_distilled_water_41(X) = fn_water_83(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_osmosis_of_plant_cell_in_distilled_water_33(X) = fn_cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_51(X))
& fn_osmosis_of_plant_cell_in_distilled_water_41(X) = fn_cohesion_3(fn_osmosis_of_plant_cell_in_distilled_water_50(X))
& fn_osmosis_of_plant_cell_in_distilled_water_41(X) = fn_cohesion_3(fn_osmosis_of_plant_cell_in_distilled_water_51(X))
& fn_osmosis_of_plant_cell_in_distilled_water_42(X) = fn_water_83(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_osmosis_of_plant_cell_in_distilled_water_41(X) = fn_water_98(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_osmosis_of_plant_cell_in_distilled_water_51(X) = fn_water_78(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_osmosis_of_plant_cell_in_distilled_water_43(X) = fn_water_107(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_osmosis_of_plant_cell_in_distilled_water_54(X) = fn_water_95(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_osmosis_of_plant_cell_in_distilled_water_38(X) = fn_water_96(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_osmosis_of_plant_cell_in_distilled_water_49(X) = fn_water_94(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_osmosis_of_plant_cell_in_distilled_water_7(X) = fn_water_97(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_osmosis_of_plant_cell_in_distilled_water_6(X) = fn_water_93(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_osmosis_of_plant_cell_in_distilled_water_42(X) = fn_cohesion_2(fn_osmosis_of_plant_cell_in_distilled_water_51(X))
& fn_osmosis_of_plant_cell_in_distilled_water_42(X) = fn_cohesion_2(fn_osmosis_of_plant_cell_in_distilled_water_50(X))
& fn_osmosis_of_plant_cell_in_distilled_water_42(X) = fn_cohesion_3(fn_osmosis_of_plant_cell_in_distilled_water_51(X))
& fn_osmosis_of_plant_cell_in_distilled_water_42(X) = fn_cohesion_3(fn_osmosis_of_plant_cell_in_distilled_water_50(X))
& fn_osmosis_of_plant_cell_in_distilled_water_60(X) = fn_molecule_12(fn_osmosis_of_plant_cell_in_distilled_water_24(X))
& fn_osmosis_of_plant_cell_in_distilled_water_41(X) = fn_water_molecule_74(fn_osmosis_of_plant_cell_in_distilled_water_41(X))
& fn_osmosis_of_plant_cell_in_distilled_water_50(X) = fn_water_molecule_75(fn_osmosis_of_plant_cell_in_distilled_water_41(X))
& fn_osmosis_of_plant_cell_in_distilled_water_42(X) = fn_water_molecule_74(fn_osmosis_of_plant_cell_in_distilled_water_42(X))
& fn_osmosis_of_plant_cell_in_distilled_water_46(X) = fn_water_molecule_75(fn_osmosis_of_plant_cell_in_distilled_water_42(X))
& fn_osmosis_of_plant_cell_in_distilled_water_20(X) = fn_aqueous_solution_14(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& fn_osmosis_of_plant_cell_in_distilled_water_20(X) = fn_hypertonic_solution_7(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& fn_osmosis_of_plant_cell_in_distilled_water_64(X) = fn_hypotonic_solution_8(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& fn_osmosis_of_plant_cell_in_distilled_water_62(X) = fn_hypertonic_solution_3(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& fn_osmosis_of_plant_cell_in_distilled_water_62(X) = fn_hypotonic_solution_6(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& fn_osmosis_of_plant_cell_in_distilled_water_53(X) = fn_solution_5(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& fn_osmosis_of_plant_cell_in_distilled_water_53(X) = fn_hypertonic_solution_5(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& fn_osmosis_of_plant_cell_in_distilled_water_53(X) = fn_hypotonic_solution_7(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& fn_osmosis_of_plant_cell_in_distilled_water_27(X) = fn_hypertonic_solution_6(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& fn_osmosis_of_plant_cell_in_distilled_water_28(X) = fn_hypotonic_solution_2(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& fn_osmosis_of_plant_cell_in_distilled_water_63(X) = fn_hypotonic_solution_1(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& fn_osmosis_of_plant_cell_in_distilled_water_5(X) = fn_hypertonic_solution_8(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& fn_osmosis_of_plant_cell_in_distilled_water_61(X) = fn_hypertonic_solution_4(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& fn_osmosis_of_plant_cell_in_distilled_water_5(X) = fn_hypotonic_solution_4(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& fn_osmosis_of_plant_cell_in_distilled_water_61(X) = fn_hypotonic_solution_5(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& fn_passive_transport_26(X) = fn_passive_transport_26(X)
& fn_passive_transport_26(X) = fn_passive_transport_of_water_3(X)
& fn_passive_transport_of_water_3(X) = fn_passive_transport_of_water_3(X)
& fn_passive_transport_of_water_3(X) = fn_passive_transport_21(X)
& fn_passive_transport_21(X) = fn_plasma_membrane_4(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_plasma_membrane_4(fn_osmosis_of_plant_cell_in_distilled_water_26(X)) = fn_passive_transport_21(X)
& fn_passive_transport_21(X) = fn_plasma_membrane_3(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_plasma_membrane_3(fn_osmosis_of_plant_cell_in_distilled_water_26(X)) = fn_biomembrane_99(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_biomembrane_99(fn_osmosis_of_plant_cell_in_distilled_water_26(X)) = fn_plasma_membrane_98(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_plasma_membrane_98(fn_osmosis_of_plant_cell_in_distilled_water_26(X)) = fn_biomembrane_102(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_biomembrane_102(fn_osmosis_of_plant_cell_in_distilled_water_26(X)) = fn_plasma_membrane_96(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_biomembrane_101(fn_osmosis_of_plant_cell_in_distilled_water_26(X)) = fn_plasma_membrane_96(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_plasma_membrane_96(fn_osmosis_of_plant_cell_in_distilled_water_26(X)) = fn_biomembrane_101(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_biomembrane_101(fn_osmosis_of_plant_cell_in_distilled_water_26(X)) = fn_biomembrane_101(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_plasma_membrane_33(fn_osmosis_of_plant_cell_in_distilled_water_26(X)) = fn_biomembrane_101(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_biomembrane_101(fn_osmosis_of_plant_cell_in_distilled_water_26(X)) = fn_plasma_membrane_33(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_plasma_membrane_33(fn_osmosis_of_plant_cell_in_distilled_water_26(X)) = fn_osmosis_21(X)
& fn_osmosis_21(X) = fn_osmosis_21(X)
& fn_osmosis_21(X) = fn_passive_transport_24(X)
& fn_passive_transport_24(X) = fn_passive_transport_24(X)
& fn_passive_transport_24(X) = fn_plasma_membrane_74(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_plasma_membrane_74(fn_osmosis_of_plant_cell_in_distilled_water_26(X)) = fn_plasma_membrane_74(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_plasma_membrane_74(fn_osmosis_of_plant_cell_in_distilled_water_26(X)) = fn_osmosis_25(X)
& fn_osmosis_25(X) = fn_water_94(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_water_94(fn_osmosis_of_plant_cell_in_distilled_water_33(X)) = fn_water_94(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_water_94(fn_osmosis_of_plant_cell_in_distilled_water_33(X)) = fn_transfer_1(fn_osmosis_of_plant_cell_in_distilled_water_52(X))
& fn_transfer_1(fn_osmosis_of_plant_cell_in_distilled_water_52(X)) = fn_osmosis_24(X)
& fn_osmosis_24(X) = fn_osmosis_24(X)
& fn_osmosis_24(X) = fn_water_96(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_water_96(fn_osmosis_of_plant_cell_in_distilled_water_33(X)) = fn_water_96(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_water_96(fn_osmosis_of_plant_cell_in_distilled_water_33(X)) = fn_move_1(fn_osmosis_of_plant_cell_in_distilled_water_14(X))
& fn_move_1(fn_osmosis_of_plant_cell_in_distilled_water_14(X)) = fn_move_1(fn_osmosis_of_plant_cell_in_distilled_water_54(X))
& fn_move_1(fn_osmosis_of_plant_cell_in_distilled_water_54(X)) = fn_solvent_1(fn_osmosis_of_plant_cell_in_distilled_water_19(X))
& fn_solvent_1(fn_osmosis_of_plant_cell_in_distilled_water_19(X)) = fn_solvent_1(fn_osmosis_of_plant_cell_in_distilled_water_19(X))
& fn_solvent_1(fn_osmosis_of_plant_cell_in_distilled_water_19(X)) = fn_thermal_motion_5(fn_osmosis_of_plant_cell_in_distilled_water_25(X))
& fn_thermal_motion_5(fn_osmosis_of_plant_cell_in_distilled_water_25(X)) = fn_thermal_motion_5(fn_osmosis_of_plant_cell_in_distilled_water_25(X))
& fn_thermal_motion_5(fn_osmosis_of_plant_cell_in_distilled_water_25(X)) = fn_lose_1(fn_osmosis_of_plant_cell_in_distilled_water_49(X))
& fn_lose_1(fn_osmosis_of_plant_cell_in_distilled_water_52(X)) = fn_lose_1(fn_osmosis_of_plant_cell_in_distilled_water_49(X))
& fn_lose_1(fn_osmosis_of_plant_cell_in_distilled_water_49(X)) = fn_lose_1(fn_osmosis_of_plant_cell_in_distilled_water_52(X))
& fn_lose_1(fn_osmosis_of_plant_cell_in_distilled_water_52(X)) = fn_cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_46(X))
& fn_cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_50(X)) = fn_cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_50(X))
& fn_cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_51(X)) = fn_cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_46(X))
& fn_cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_46(X)) = fn_cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_50(X))
& fn_cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_50(X)) = fn_hypotonic_solution_3(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& fn_hypotonic_solution_3(fn_osmosis_of_plant_cell_in_distilled_water_27(X)) = fn_hypotonic_solution_3(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& fn_hypotonic_solution_3(fn_osmosis_of_plant_cell_in_distilled_water_27(X)) = fn_cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_50(X))
& fn_cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_51(X)) = fn_cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_50(X))
& fn_cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_50(X)) = fn_cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_51(X))
& fn_cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_51(X)) = fn_cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_51(X))
& fn_cohesion_1(fn_osmosis_of_plant_cell_in_distilled_water_51(X)) = fn_passive_transport_13(X)
& fn_passive_transport_13(X) = fn_molecule_12(fn_osmosis_of_plant_cell_in_distilled_water_24(X))
& fn_molecule_12(fn_osmosis_of_plant_cell_in_distilled_water_24(X)) = fn_cohesion_2(fn_osmosis_of_plant_cell_in_distilled_water_46(X))
& fn_cohesion_2(fn_osmosis_of_plant_cell_in_distilled_water_46(X)) = fn_cohesion_3(fn_osmosis_of_plant_cell_in_distilled_water_51(X))
& fn_cohesion_3(fn_osmosis_of_plant_cell_in_distilled_water_51(X)) = fn_cohesion_3(fn_osmosis_of_plant_cell_in_distilled_water_51(X))
& fn_water_83(fn_osmosis_of_plant_cell_in_distilled_water_33(X)) = fn_cohesion_3(fn_osmosis_of_plant_cell_in_distilled_water_50(X))
& fn_cohesion_3(fn_osmosis_of_plant_cell_in_distilled_water_51(X)) = fn_water_83(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_water_83(fn_osmosis_of_plant_cell_in_distilled_water_33(X)) = fn_water_98(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_water_98(fn_osmosis_of_plant_cell_in_distilled_water_33(X)) = fn_water_molecule_74(fn_osmosis_of_plant_cell_in_distilled_water_41(X))
& fn_water_molecule_74(fn_osmosis_of_plant_cell_in_distilled_water_41(X)) = fn_water_98(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_water_98(fn_osmosis_of_plant_cell_in_distilled_water_33(X)) = fn_water_98(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_water_98(fn_osmosis_of_plant_cell_in_distilled_water_33(X)) = fn_water_83(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_water_83(fn_osmosis_of_plant_cell_in_distilled_water_33(X)) = fn_cohesion_2(fn_osmosis_of_plant_cell_in_distilled_water_50(X))
& fn_cohesion_2(fn_osmosis_of_plant_cell_in_distilled_water_51(X)) = fn_water_83(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_water_83(fn_osmosis_of_plant_cell_in_distilled_water_33(X)) = fn_water_83(fn_osmosis_of_plant_cell_in_distilled_water_33(X))
& fn_water_83(fn_osmosis_of_plant_cell_in_distilled_water_33(X)) = fn_cohesion_2(fn_osmosis_of_plant_cell_in_distilled_water_51(X))
& fn_cohesion_2(fn_osmosis_of_plant_cell_in_distilled_water_50(X)) = fn_cohesion_2(fn_osmosis_of_plant_cell_in_distilled_water_50(X))
& fn_cohesion_2(fn_osmosis_of_plant_cell_in_distilled_water_50(X)) = fn_cohesion_2(fn_osmosis_of_plant_cell_in_distilled_water_51(X))
& fn_cohesion_2(fn_osmosis_of_plant_cell_in_distilled_water_51(X)) = fn_cohesion_2(fn_osmosis_of_plant_cell_in_distilled_water_51(X))
& fn_cohesion_2(fn_osmosis_of_plant_cell_in_distilled_water_51(X)) = fn_cohesion_2(fn_osmosis_of_plant_cell_in_distilled_water_50(X))
& fn_cohesion_2(fn_osmosis_of_plant_cell_in_distilled_water_50(X)) = fn_cohesion_3(fn_osmosis_of_plant_cell_in_distilled_water_51(X))
& fn_cohesion_3(fn_osmosis_of_plant_cell_in_distilled_water_50(X)) = fn_cohesion_3(fn_osmosis_of_plant_cell_in_distilled_water_51(X))
& fn_cohesion_3(fn_osmosis_of_plant_cell_in_distilled_water_51(X)) = fn_cohesion_3(fn_osmosis_of_plant_cell_in_distilled_water_50(X))
& fn_cohesion_3(fn_osmosis_of_plant_cell_in_distilled_water_50(X)) = fn_water_molecule_74(fn_osmosis_of_plant_cell_in_distilled_water_42(X))
& fn_water_molecule_74(fn_osmosis_of_plant_cell_in_distilled_water_42(X)) = fn_hypertonic_solution_7(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& fn_hypertonic_solution_7(fn_osmosis_of_plant_cell_in_distilled_water_28(X)) = fn_hypertonic_solution_7(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& fn_hypertonic_solution_7(fn_osmosis_of_plant_cell_in_distilled_water_28(X)) = fn_aqueous_solution_14(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& fn_aqueous_solution_14(fn_osmosis_of_plant_cell_in_distilled_water_28(X)) = fn_hypertonic_solution_7(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& fn_hypertonic_solution_7(fn_osmosis_of_plant_cell_in_distilled_water_28(X)) = fn_hypotonic_solution_6(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& fn_hypotonic_solution_6(fn_osmosis_of_plant_cell_in_distilled_water_27(X)) = fn_hypotonic_solution_6(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& fn_hypotonic_solution_6(fn_osmosis_of_plant_cell_in_distilled_water_27(X)) = fn_hypertonic_solution_3(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& fn_hypertonic_solution_3(fn_osmosis_of_plant_cell_in_distilled_water_28(X)) = fn_hypotonic_solution_6(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& fn_hypotonic_solution_6(fn_osmosis_of_plant_cell_in_distilled_water_27(X)) = fn_hypertonic_solution_5(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& fn_hypertonic_solution_5(fn_osmosis_of_plant_cell_in_distilled_water_28(X)) = fn_solution_5(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& fn_solution_5(fn_osmosis_of_plant_cell_in_distilled_water_27(X)) = fn_hypertonic_solution_5(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& fn_hypotonic_solution_7(fn_osmosis_of_plant_cell_in_distilled_water_27(X)) = fn_hypertonic_solution_5(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& fn_hypertonic_solution_5(fn_osmosis_of_plant_cell_in_distilled_water_28(X)) = fn_hypotonic_solution_7(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& fn_hypotonic_solution_7(fn_osmosis_of_plant_cell_in_distilled_water_27(X)) = fn_hypotonic_solution_7(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& fn_hypotonic_solution_7(fn_osmosis_of_plant_cell_in_distilled_water_27(X)) = fn_diffusion_2(fn_osmosis_of_plant_cell_in_distilled_water_48(X))
& fn_diffusion_2(fn_osmosis_of_plant_cell_in_distilled_water_48(X)) = fn_diffusion_2(fn_osmosis_of_plant_cell_in_distilled_water_18(X))
& fn_diffusion_2(fn_osmosis_of_plant_cell_in_distilled_water_18(X)) = fn_diffusion_1(fn_osmosis_of_plant_cell_in_distilled_water_18(X))
& fn_diffusion_1(fn_osmosis_of_plant_cell_in_distilled_water_18(X)) = fn_diffusion_1(fn_osmosis_of_plant_cell_in_distilled_water_18(X))
& fn_diffusion_1(fn_osmosis_of_plant_cell_in_distilled_water_18(X)) = fn_plasma_membrane_70(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_plasma_membrane_70(fn_osmosis_of_plant_cell_in_distilled_water_26(X)) = fn_plasma_membrane_70(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_plasma_membrane_70(fn_osmosis_of_plant_cell_in_distilled_water_26(X)) = fn_passive_transport_of_water_1(X)
& fn_passive_transport_of_water_1(X) = fn_passive_transport_of_water_1(X)
& fn_passive_transport_of_water_1(X) = fn_hypertonic_solution_6(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& fn_hypertonic_solution_6(fn_osmosis_of_plant_cell_in_distilled_water_28(X)) = fn_hypertonic_solution_6(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& fn_hypertonic_solution_6(fn_osmosis_of_plant_cell_in_distilled_water_28(X)) = fn_diffusion_1(fn_osmosis_of_plant_cell_in_distilled_water_48(X))
& fn_diffusion_1(fn_osmosis_of_plant_cell_in_distilled_water_48(X)) = fn_plasma_membrane_77(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_plasma_membrane_77(fn_osmosis_of_plant_cell_in_distilled_water_26(X)) = fn_plasma_membrane_77(fn_osmosis_of_plant_cell_in_distilled_water_26(X))
& fn_plasma_membrane_77(fn_osmosis_of_plant_cell_in_distilled_water_26(X)) = fn_passive_transport_of_water_2(X)
& fn_passive_transport_of_water_2(X) = fn_passive_transport_of_water_2(X)
& fn_passive_transport_of_water_2(X) = fn_hypotonic_solution_2(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& fn_hypotonic_solution_2(fn_osmosis_of_plant_cell_in_distilled_water_27(X)) = fn_hypotonic_solution_2(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& fn_hypotonic_solution_2(fn_osmosis_of_plant_cell_in_distilled_water_27(X)) = fn_hypotonic_solution_5(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& fn_hypotonic_solution_5(fn_osmosis_of_plant_cell_in_distilled_water_27(X)) = fn_hypotonic_solution_5(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& fn_hypotonic_solution_5(fn_osmosis_of_plant_cell_in_distilled_water_27(X)) = fn_hypertonic_solution_4(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& fn_hypertonic_solution_4(fn_osmosis_of_plant_cell_in_distilled_water_28(X)) = fn_hypotonic_solution_5(fn_osmosis_of_plant_cell_in_distilled_water_27(X))
& fn_hypotonic_solution_5(fn_osmosis_of_plant_cell_in_distilled_water_27(X)) = fn_hypertonic_solution_8(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& fn_hypertonic_solution_8(fn_osmosis_of_plant_cell_in_distilled_water_28(X)) = fn_hypertonic_solution_8(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& fn_hypotonic_solution_4(fn_osmosis_of_plant_cell_in_distilled_water_27(X)) = fn_hypertonic_solution_8(fn_osmosis_of_plant_cell_in_distilled_water_28(X))
& fn_hypertonic_solution_8(fn_osmosis_of_plant_cell_in_distilled_water_28(X)) = fn_hypotonic_solution_4(fn_osmosis_of_plant_cell_in_distilled_water_27(X)) ) ) ).
fof(a531456,axiom,
! [X] :
( outer_ear_1(X)
=> ( original_name_2(X,'Outer-Ear')
& user_description_2(X,'The outermost region of the ear in reptiles, birds, and mammals; includes the pinna and the ear canal.')
& concept2words_2(X,'outer ear')
& concept2words_2(X,'outer-ear')
& auditory_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a531457,axiom,
! [X] :
( outer_membrane_1(X)
=> ( original_name_2(X,'Outer-membrane')
& user_description_2(X,'It is outer enclosing layer of a double lipid bilayer membrane. It comprises of phospholipid bilayer')
& concept2words_2(X,'outer envelope')
& concept2words_2(X,'outer-envelope')
& concept2words_2(X,'outer covering')
& concept2words_2(X,'outer-covering')
& concept2words_2(X,'outer membrane')
& concept2words_2(X,'outer-membrane')
& biomembrane_1(X) ) ) ).
fof(a531458,axiom,
! [X] :
( outer_vulva_1(X)
=> ( original_name_2(X,'Outer-Vulva')
& user_description_2(X,'Outer vulva is part of a vulva.')
& concept2words_2(X,'outer vulva')
& concept2words_2(X,'outer-vulva')
& animal_structure_1(X) ) ) ).
fof(a531459,axiom,
! [X] :
( outgroup_1(X)
=> ( original_name_2(X,'Outgroup')
& user_description_2(X,'In cladistic analyses, the monophyletic group that is chosen to serve as a reference point in determining the evolutionary relationships among other groups. The outgroup is chosen so that its members are more distantly related to the groups in question than the groups in question are to each other.')
& concept2words_2(X,outgroup)
& species_1(X)
& ~ ecological_grouping_1(X)
& ~ ingroup_1(X)
& ~ polyphyletic_1(X) ) ) ).
fof(a531460,axiom,
! [X] :
( outlet_1(X)
=> ( original_name_2(X,'Outlet')
& concept2words_2(X,exit)
& concept2words_2(X,issue)
& concept2words_2(X,outlet)
& concept2words_2(X,'way out')
& concept2words_2(X,way_out)
& portal_1(X)
& ~ entrance_1(X) ) ) ).
fof(a531461,axiom,
! [X] :
( outside_face_1(X)
=> ( original_name_2(X,'Outside-Face')
& user_description_2(X,'The region outside an entity is called as its outside face.')
& concept2words_2(X,'exterior side')
& concept2words_2(X,'exterior-side')
& concept2words_2(X,'face of outside')
& concept2words_2(X,'outside face')
& concept2words_2(X,'outside-face')
& face_region_1(X) ) ) ).
fof(a531462,axiom,
! [X] :
( oval_window_1(X)
=> ( original_name_2(X,'Oval-Window')
& user_description_2(X,'A membrane-covered opening between the middle ear and the inner ear. Sound passes through the oval window between the middle ear and the inner ear.')
& concept2words_2(X,'window of oval')
& concept2words_2(X,'oval window')
& concept2words_2(X,'oval-window')
& auditory_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a531463,axiom,
! [X] :
( ovarian_cell_1(X)
=> ( original_name_2(X,'Ovarian-Cell')
& user_description_2(X,'A cell from the ovary, the structure that produces female gametes and reproductive hormones.')
& concept2words_2(X,'cell of ovary')
& concept2words_2(X,'cell-of-ovary')
& concept2words_2(X,'ovarian cell')
& concept2words_2(X,'ovarian-cell')
& eukaryotic_cell_1(X)
& extra_cellular_matrix_1(fn_ovarian_cell_1(X))
& surface_1(fn_ovarian_cell_4(X))
& mixture_1(fn_ovarian_cell_5(X))
& cytoplasm_1(fn_ovarian_cell_5(X))
& spatial_entity_1(fn_ovarian_cell_6(X))
& biomembrane_1(fn_ovarian_cell_6(X))
& plasma_membrane_1(fn_ovarian_cell_6(X))
& ribosome_1(fn_ovarian_cell_7(X))
& eukaryotic_ribosome_1(fn_ovarian_cell_7(X))
& eukaryotic_chromosome_1(fn_ovarian_cell_8(X))
& chromosome_1(fn_ovarian_cell_8(X))
& rough_endoplasmic_reticulum_1(fn_ovarian_cell_9(X))
& golgi_apparatus_1(fn_ovarian_cell_10(X))
& tangible_entity_1(fn_ovarian_cell_11(X))
& nucleus_1(fn_ovarian_cell_11(X))
& smooth_endoplasmic_reticulum_1(fn_ovarian_cell_12(X))
& size_value_1(fn_ovarian_cell_13(X))
& volume_value_1(fn_ovarian_cell_14(X))
& substance_1(fn_ovarian_cell_15(X))
& cytosol_1(fn_ovarian_cell_15(X))
& tangible_entity_1(fn_ovarian_cell_16(X))
& phospholipid_bilayer_1(fn_ovarian_cell_16(X))
& barrier_1(fn_ovarian_cell_17(X))
& cellular_work_1(fn_ovarian_cell_18(X))
& eukaryotic_cellular_respiration_1(fn_ovarian_cell_19(X))
& semiautonomous_organelle_1(fn_ovarian_cell_20(X))
& mitochondrion_1(fn_ovarian_cell_20(X))
& organelle_1(fn_ovarian_cell_20(X))
& eukaryotic_cell_1(fn_mitochondrion_51(fn_ovarian_cell_20(X)))
& tangible_entity_1(fn_barrier_1(fn_ovarian_cell_17(X)))
& is_outside_2(fn_ovarian_cell_1(X),X)
& has_part_2(X,fn_ovarian_cell_20(X))
& plays_2(X,fn_ovarian_cell_17(X))
& has_part_2(X,fn_ovarian_cell_5(X))
& the_scalar_value_2(fn_ovarian_cell_13(X),big_0)
& scalar_unit_class_2(fn_ovarian_cell_13(X),prokaryote_0)
& volume_2(X,fn_ovarian_cell_14(X))
& is_inside_2(fn_ovarian_cell_20(X),fn_ovarian_cell_15(X))
& fn_ovarian_cell_12(X) != fn_ovarian_cell_9(X)
& fn_ovarian_cell_9(X) != fn_ovarian_cell_12(X)
& base_2(fn_ovarian_cell_18(X),X)
& has_function_2(X,fn_ovarian_cell_18(X))
& size_2(X,fn_ovarian_cell_13(X))
& directly_proportional_2(fn_ovarian_cell_13(X),fn_ovarian_cell_14(X))
& is_between_2(fn_ovarian_cell_5(X),fn_ovarian_cell_11(X))
& is_inside_2(fn_ovarian_cell_5(X),fn_ovarian_cell_6(X))
& has_part_2(X,fn_ovarian_cell_6(X))
& has_part_2(X,fn_ovarian_cell_9(X))
& abuts_2(fn_ovarian_cell_9(X),fn_ovarian_cell_12(X))
& abuts_2(fn_ovarian_cell_12(X),fn_ovarian_cell_9(X))
& base_2(fn_ovarian_cell_19(X),X)
& has_function_2(X,fn_ovarian_cell_19(X))
& has_part_2(X,fn_ovarian_cell_11(X))
& is_inside_2(fn_ovarian_cell_8(X),fn_ovarian_cell_11(X))
& has_part_2(X,fn_ovarian_cell_8(X))
& has_part_2(fn_ovarian_cell_5(X),fn_ovarian_cell_15(X))
& is_between_2(fn_ovarian_cell_5(X),fn_ovarian_cell_6(X))
& has_part_2(fn_ovarian_cell_6(X),fn_ovarian_cell_16(X))
& is_at_2(fn_ovarian_cell_16(X),fn_ovarian_cell_4(X))
& has_region_2(X,fn_ovarian_cell_4(X))
& has_part_2(X,fn_ovarian_cell_10(X))
& is_inside_2(fn_ovarian_cell_10(X),fn_ovarian_cell_15(X))
& is_inside_2(fn_ovarian_cell_7(X),fn_ovarian_cell_15(X))
& has_part_2(X,fn_ovarian_cell_7(X))
& has_part_2(X,fn_ovarian_cell_12(X))
& X = fn_mitochondrion_51(fn_ovarian_cell_20(X))
& X = fn_barrier_1(fn_ovarian_cell_17(X))
& fn_ovarian_cell_3(X) = fn_eukaryotic_cell_28(X)
& fn_ovarian_cell_20(X) = fn_eukaryotic_cell_25(X)
& fn_ovarian_cell_2(X) = fn_eukaryotic_cell_60(X)
& fn_ovarian_cell_14(X) = fn_eukaryotic_cell_59(X)
& fn_ovarian_cell_13(X) = fn_eukaryotic_cell_27(X)
& fn_ovarian_cell_18(X) = fn_eukaryotic_cell_32(X)
& fn_ovarian_cell_9(X) = fn_eukaryotic_cell_19(X)
& fn_ovarian_cell_8(X) = fn_eukaryotic_cell_30(X)
& fn_ovarian_cell_11(X) = fn_eukaryotic_cell_26(X)
& fn_ovarian_cell_19(X) = fn_eukaryotic_cell_23(X)
& fn_ovarian_cell_4(X) = fn_eukaryotic_cell_44(X)
& fn_ovarian_cell_16(X) = fn_eukaryotic_cell_41(X)
& fn_ovarian_cell_6(X) = fn_eukaryotic_cell_29(X)
& fn_ovarian_cell_5(X) = fn_eukaryotic_cell_31(X)
& fn_ovarian_cell_12(X) = fn_eukaryotic_cell_20(X)
& fn_ovarian_cell_7(X) = fn_eukaryotic_cell_45(X)
& fn_ovarian_cell_15(X) = fn_eukaryotic_cell_42(X)
& fn_ovarian_cell_10(X) = fn_eukaryotic_cell_24(X)
& fn_mitochondrion_51(fn_ovarian_cell_20(X)) = fn_barrier_1(fn_ovarian_cell_17(X)) ) ) ).
fof(a531464,axiom,
! [X] :
( ovarian_cycle_1(X)
=> ( original_name_2(X,'Ovarian-Cycle')
& user_description_2(X,'In the mammalian ovary, the regular progression through the follicular phase, ovulation, and the luteal phase. The ovarian cycle is regulated by hormones.')
& concept2words_2(X,'ovarian cycle')
& concept2words_2(X,'ovarian-cycle')
& female_reproductive_cycle_events_1(X) ) ) ).
fof(a531465,axiom,
! [X] :
( ovary_1(X)
=> ( original_name_2(X,'Ovary')
& user_description_2(X,'Ovaries are reproductive organs which produce female gametes in animals. In plants, ovaries house one or more ovules.')
& concept2words_2(X,ovary)
& gonad_1(X)
& ~ testes_1(X)
& oogenesis_1(fn_ovary_1(X))
& release_1(fn_ovary_2(X))
& sex_hormone_1(fn_ovary_3(X))
& synthesis_reaction_1(fn_ovary_4(X))
& chemical_reaction_1(fn_ovary_4(X))
& smooth_endoplasmic_reticulum_1(fn_ovary_5(X))
& tangible_entity_1(fn_release_2(fn_ovary_2(X)))
& tangible_entity_1(fn_release_1(fn_ovary_2(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_ovary_4(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_ovary_5(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_ovary_5(X)))
& is_inside_2(fn_ovary_3(X),X)
& base_2(fn_ovary_1(X),X)
& object_2(fn_ovary_2(X),fn_ovary_3(X))
& base_2(fn_ovary_2(X),X)
& site_2(fn_ovary_4(X),fn_ovary_5(X))
& result_2(fn_ovary_4(X),fn_ovary_3(X))
& fn_ovary_3(X) = fn_release_1(fn_ovary_2(X))
& X = fn_release_2(fn_ovary_2(X))
& fn_ovary_4(X) = fn_smooth_endoplasmic_reticulum_23(fn_ovary_5(X))
& fn_ovary_4(X) = fn_smooth_endoplasmic_reticulum_7(fn_ovary_5(X))
& fn_ovary_3(X) = fn_chemical_reaction_1(fn_ovary_4(X))
& fn_release_1(fn_ovary_2(X)) = fn_chemical_reaction_1(fn_ovary_4(X))
& fn_chemical_reaction_1(fn_ovary_4(X)) = fn_smooth_endoplasmic_reticulum_23(fn_ovary_5(X))
& fn_smooth_endoplasmic_reticulum_23(fn_ovary_5(X)) = fn_smooth_endoplasmic_reticulum_7(fn_ovary_5(X)) ) ) ).
fof(a531466,axiom,
! [X] :
( overexploitation_1(X)
=> ( original_name_2(X,'Overexploitation')
& user_description_2(X,'The human harvest of a renewable resource beyond the point at which the populations can recover.')
& concept2words_2(X,overexploit)
& concept2words_2(X,overexploitation)
& human_driven_disturbance_1(X) ) ) ).
fof(a531467,axiom,
! [X] :
( overfishing_1(X)
=> ( original_name_2(X,'Overfishing')
& user_description_2(X,'A type of overexploitation in which a fishery species are harvested at rates that exceed the ability of the population\'s ability to rebound.')
& concept2words_2(X,overfishing)
& human_driven_disturbance_1(X) ) ) ).
fof(a531468,axiom,
! [X] :
( overnourishment_1(X)
=> ( original_name_2(X,'Overnourishment')
& user_description_2(X,'The consumption of more calories than the body needs for normal metabolic activities.')
& concept2words_2(X,overnourishment)
& nutrition_1(X)
& ~ malnourishment_1(X)
& ~ undernourishment_1(X) ) ) ).
fof(a531469,axiom,
! [X] :
( oviduct_1(X)
=> ( original_name_2(X,'Oviduct')
& user_description_2(X,'A tube whose role is to deliver eggs to the vagina (invertebrates) or uterus (vertebrates).')
& concept2words_2(X,oviduct)
& duct_1(X)
& reproductive_organ_1(X)
& uterus_1(fn_oviduct_1(X))
& ovary_1(fn_oviduct_2(X))
& surface_1(fn_oviduct_3(X))
& spatial_entity_1(fn_oviduct_4(X))
& molecular_assembly_1(fn_oviduct_4(X))
& motile_cilium_1(fn_oviduct_5(X))
& attach_1(fn_oviduct_6(X))
& spatial_entity_1(fn_oviduct_7(X))
& eukaryotic_cell_1(fn_oviduct_7(X))
& tissue_1(fn_oviduct_8(X))
& ovum_1(fn_oviduct_9(X))
& slide_1(fn_oviduct_10(X))
& spatial_entity_1(fn_move_1(fn_oviduct_10(X)))
& tangible_entity_1(fn_slide_1(fn_oviduct_10(X)))
& spatial_entity_1(fn_attach_1(fn_oviduct_6(X)))
& molecular_assembly_1(fn_motile_cilium_13(fn_oviduct_5(X)))
& spatial_entity_1(fn_attach_2(fn_oviduct_6(X)))
& eukaryotic_cell_1(fn_motile_cilium_10(fn_oviduct_5(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_oviduct_8(X)))
& is_along_2(fn_oviduct_3(X),X)
& origin_2(fn_oviduct_10(X),fn_oviduct_2(X))
& destination_2(fn_oviduct_10(X),fn_oviduct_1(X))
& has_function_2(fn_oviduct_5(X),fn_oviduct_10(X))
& is_at_2(fn_oviduct_5(X),fn_oviduct_3(X))
& is_along_2(X,fn_oviduct_3(X))
& has_region_2(X,fn_oviduct_3(X))
& object_2(fn_oviduct_10(X),fn_oviduct_9(X))
& base_2(fn_oviduct_6(X),fn_oviduct_7(X))
& object_2(fn_oviduct_6(X),fn_oviduct_4(X))
& path_2(fn_oviduct_10(X),X)
& has_part_2(fn_oviduct_7(X),fn_oviduct_5(X))
& has_part_2(fn_oviduct_5(X),fn_oviduct_4(X))
& has_part_2(X,fn_oviduct_8(X))
& has_part_2(fn_oviduct_8(X),fn_oviduct_7(X))
& fn_oviduct_9(X) = fn_move_1(fn_oviduct_10(X))
& fn_oviduct_7(X) = fn_attach_2(fn_oviduct_6(X))
& fn_oviduct_4(X) = fn_attach_1(fn_oviduct_6(X))
& X = fn_slide_1(fn_oviduct_10(X))
& fn_oviduct_7(X) = fn_motile_cilium_10(fn_oviduct_5(X))
& fn_oviduct_4(X) = fn_motile_cilium_13(fn_oviduct_5(X))
& fn_oviduct_8(X) = fn_organ_1(X)
& fn_oviduct_7(X) = fn_tissue_1(fn_oviduct_8(X))
& fn_attach_1(fn_oviduct_6(X)) = fn_motile_cilium_13(fn_oviduct_5(X))
& fn_motile_cilium_13(fn_oviduct_5(X)) = fn_attach_2(fn_oviduct_6(X))
& fn_attach_2(fn_oviduct_6(X)) = fn_motile_cilium_10(fn_oviduct_5(X))
& fn_motile_cilium_10(fn_oviduct_5(X)) = fn_motile_cilium_10(fn_oviduct_5(X))
& fn_motile_cilium_10(fn_oviduct_5(X)) = fn_tissue_1(fn_oviduct_8(X)) ) ) ).
fof(a531470,axiom,
! [X] :
( oviparous_1(X)
=> ( original_name_2(X,'Oviparous')
& user_description_2(X,'Describes an animal that develops from eggs deposited outside the mother\'s body.')
& concept2words_2(X,oviparous)
& reproductive_process_1(X)
& ~ cell_determination_1(X)
& ~ childbirth_1(X)
& ~ compaction_1(X)
& ~ gastrulation_1(X)
& ~ gestation_1(X)
& ~ molting_1(X)
& ~ morphogenesis_1(X)
& ~ organogenesis_1(X)
& ~ ovoviviparous_1(X)
& ~ ovulation_1(X)
& ~ paedomorphosis_1(X)
& ~ pattern_formation_1(X)
& ~ phase_change_1(X)
& ~ primary_growth_1(X)
& ~ protostome_development_1(X)
& ~ radial_cleavage_1(X)
& ~ senescence_1(X)
& ~ torsion_1(X)
& ~ viviparous_1(X) ) ) ).
fof(a531471,axiom,
! [X] :
( ovoviviparous_1(X)
=> ( original_name_2(X,'Ovoviviparous')
& user_description_2(X,'Describes an animal that develops from eggs that hatch inside the mother\'s body.')
& concept2words_2(X,ovoviviparous)
& reproductive_process_1(X)
& ~ cell_determination_1(X)
& ~ childbirth_1(X)
& ~ compaction_1(X)
& ~ gastrulation_1(X)
& ~ gestation_1(X)
& ~ molting_1(X)
& ~ morphogenesis_1(X)
& ~ organogenesis_1(X)
& ~ oviparous_1(X)
& ~ ovulation_1(X)
& ~ paedomorphosis_1(X)
& ~ pattern_formation_1(X)
& ~ phase_change_1(X)
& ~ primary_growth_1(X)
& ~ protostome_development_1(X)
& ~ radial_cleavage_1(X)
& ~ senescence_1(X)
& ~ torsion_1(X)
& ~ viviparous_1(X) ) ) ).
fof(a531472,axiom,
! [X] :
( ovulation_1(X)
=> ( original_name_2(X,'Ovulation')
& user_description_2(X,'The release of an egg from an ovary. In humans, ovulation occurs approximately midway through the uterine (menstrual) cycle.')
& concept2words_2(X,ovulate)
& concept2words_2(X,ovulation)
& female_reproductive_cycle_events_1(X)
& ~ cell_determination_1(X)
& ~ childbirth_1(X)
& ~ compaction_1(X)
& ~ gastrulation_1(X)
& ~ gestation_1(X)
& ~ molting_1(X)
& ~ morphogenesis_1(X)
& ~ organogenesis_1(X)
& ~ oviparous_1(X)
& ~ ovoviviparous_1(X)
& ~ paedomorphosis_1(X)
& ~ pattern_formation_1(X)
& ~ phase_change_1(X)
& ~ primary_growth_1(X)
& ~ protostome_development_1(X)
& ~ radial_cleavage_1(X)
& ~ senescence_1(X)
& ~ torsion_1(X)
& ~ viviparous_1(X) ) ) ).
fof(a531473,axiom,
! [X] :
( ovule_1(X)
=> ( original_name_2(X,'Ovule')
& user_description_2(X,'A structure that develops within the ovary of a seed plant and contains the female gametophyte.')
& concept2words_2(X,ovule)
& plant_structure_1(X)
& ~ axillary_bud_1(X)
& ~ peristome_1(X)
& ~ petiole_1(X)
& ~ plant_vein_1(X)
& ~ pollen_grain_1(X)
& ~ pollen_tube_1(X)
& egg_1(fn_ovule_1(X))
& produce_1(fn_ovule_2(X))
& entity_1(fn_create_1(fn_ovule_2(X)))
& agent_2(fn_ovule_2(X),X)
& result_2(fn_ovule_2(X),fn_ovule_1(X))
& fn_ovule_1(X) = fn_create_1(fn_ovule_2(X)) ) ) ).
fof(a531474,axiom,
! [X] :
( ovum_1(X)
=> ( original_name_2(X,'Ovum')
& user_description_2(X,'The human female reproductive cell; the female gamete')
& concept2words_2(X,ova)
& concept2words_2(X,'egg cell')
& concept2words_2(X,ovum)
& gamete_1(X) ) ) ).
fof(a531475,axiom,
! [X] :
( oxaloacetate_1(X)
=> ( original_name_2(X,'Oxaloacetate')
& user_description_2(X,'Oxaloacetate is a metabolic intermediate that couples with acetyl coA to form citrate in Kreb\'s cycle.')
& concept2words_2(X,oxaloacetate)
& carboxylic_acid_1(X)
& ~ acetate_1(X)
& ~ alpha_ketoglutarate_1(X)
& ~ citrate_1(X)
& ~ fumarate_1(X)
& ~ isocitrate_1(X)
& ~ malate_1(X)
& ~ succinate_1(X) ) ) ).
fof(a531476,axiom,
! [X] :
( oxidation_1(X)
=> ( original_name_2(X,'Oxidation')
& user_description_2(X,'A reaction in which the atoms in an element lose electrons and the valence of the element is correspondingly increased.')
& concept2words_2(X,'lose electron')
& concept2words_2(X,oxidise)
& concept2words_2(X,transfer)
& concept2words_2(X,oxidize)
& concept2words_2(X,oxidation)
& lose_1(X)
& atom_1(fn_oxidation_1(X))
& electronegativity_value_1(fn_oxidation_2(X))
& quantity_value_1(fn_oxidation_3(X))
& activation_energy_1(fn_oxidation_4(X))
& chemical_entity_1(fn_oxidation_7(X))
& electron_donor_1(fn_oxidation_8(X))
& electron_1(fn_oxidation_9(X))
& chemical_entity_1(fn_oxidation_10(X))
& oxidizing_agent_1(fn_oxidation_11(X))
& chemical_entity_1(fn_electron_donor_2(fn_oxidation_8(X)))
& chemical_entity_1(fn_oxidizing_agent_1(fn_oxidation_11(X)))
& oxidation_1(fn_electron_donor_1(fn_oxidation_8(X)))
& oxidation_1(fn_oxidizing_agent_2(fn_oxidation_11(X)))
& quantity_2(fn_oxidation_4(X),fn_oxidation_3(X))
& directly_proportional_2(fn_oxidation_2(X),fn_oxidation_3(X))
& electronegativity_2(fn_oxidation_1(X),fn_oxidation_2(X))
& fn_oxidation_7(X) != fn_oxidation_10(X)
& fn_oxidation_7(X) != fn_oxidation_9(X)
& fn_oxidation_9(X) != fn_oxidation_7(X)
& fn_oxidation_9(X) != fn_oxidation_10(X)
& raw_material_2(X,fn_oxidation_4(X))
& has_atom_2(fn_oxidation_10(X),fn_oxidation_1(X))
& fn_oxidation_10(X) != fn_oxidation_7(X)
& fn_oxidation_10(X) != fn_oxidation_9(X)
& object_2(X,fn_oxidation_9(X))
& in_event_2(fn_oxidation_8(X),X)
& donor_2(X,fn_oxidation_10(X))
& plays_2(fn_oxidation_10(X),fn_oxidation_8(X))
& in_event_2(fn_oxidation_11(X),X)
& recipient_2(X,fn_oxidation_7(X))
& plays_2(fn_oxidation_7(X),fn_oxidation_11(X))
& fn_oxidation_9(X) = fn_transfer_1(X)
& fn_oxidation_10(X) = fn_electron_donor_2(fn_oxidation_8(X))
& X = fn_electron_donor_1(fn_oxidation_8(X))
& fn_oxidation_7(X) = fn_oxidizing_agent_1(fn_oxidation_11(X))
& X = fn_oxidizing_agent_2(fn_oxidation_11(X))
& fn_electron_donor_1(fn_oxidation_8(X)) = fn_electron_donor_1(fn_oxidation_8(X))
& fn_electron_donor_1(fn_oxidation_8(X)) = fn_oxidizing_agent_2(fn_oxidation_11(X))
& fn_oxidizing_agent_2(fn_oxidation_11(X)) = fn_oxidizing_agent_2(fn_oxidation_11(X)) ) ) ).
fof(a531477,axiom,
! [X] :
( oxidation_state_constant_1(X)
=> ( original_name_2(X,'Oxidation-State-Constant')
& concept2words_2(X,'oxidation state constant')
& concept2words_2(X,'oxidation-state-constant')
& constant_1(X) ) ) ).
fof(a531478,axiom,
! [X] :
( oxidation_state_value_1(X)
=> ( original_name_2(X,'Oxidation-State-Value')
& concept2words_2(X,'state of oxidation')
& concept2words_2(X,'oxidation state')
& concept2words_2(X,'oxidation-state')
& concept2words_2(X,'oxidation state value')
& concept2words_2(X,'oxidation-state-value')
& property_value_1(X) ) ) ).
fof(a531479,axiom,
! [X] :
( oxidative_phosphorylation_1(X)
=> ( original_name_2(X,'Oxidative-Phosphorylation')
& user_description_2(X,'Oxidative phosphorylation is a metabolic pathway that uses energy released by the oxidation of nutrients to produce adenosine triphosphate (ATP).')
& concept2words_2(X,convert)
& concept2words_2(X,'oxidative phosphorylation')
& concept2words_2(X,'oxidative-phosphorylation')
& metabolic_pathway_1(X)
& ~ synthesis_of_amino_acid_1(X)
& ~ synthesis_of_cellulose_1(X)
& ~ synthesis_of_protein_1(X)
& system_1(fn_oxidative_phosphorylation_1(X))
& synthesis_of_atp_1(fn_oxidative_phosphorylation_2(X))
& free_energy_1(fn_oxidative_phosphorylation_3(X))
& free_energy_change_value_1(fn_oxidative_phosphorylation_4(X))
& reactant_1(fn_oxidative_phosphorylation_6(X))
& plasma_membrane_1(fn_oxidative_phosphorylation_7(X))
& spatial_entity_1(fn_oxidative_phosphorylation_7(X))
& biomembrane_1(fn_oxidative_phosphorylation_7(X))
& spatial_entity_1(fn_oxidative_phosphorylation_8(X))
& tangible_entity_1(fn_oxidative_phosphorylation_8(X))
& stator_1(fn_oxidative_phosphorylation_8(X))
& protein_1(fn_oxidative_phosphorylation_8(X))
& molecule_1(fn_oxidative_phosphorylation_8(X))
& organic_molecule_1(fn_oxidative_phosphorylation_8(X))
& polymer_1(fn_oxidative_phosphorylation_8(X))
& membrane_protein_1(fn_oxidative_phosphorylation_8(X))
& water_molecule_1(fn_oxidative_phosphorylation_9(X))
& electron_transport_chain_pathway_1(fn_oxidative_phosphorylation_10(X))
& proton_motive_force_1(fn_oxidative_phosphorylation_11(X))
& chemical_entity_1(fn_oxidative_phosphorylation_12(X))
& organic_molecule_1(fn_oxidative_phosphorylation_12(X))
& adp_1(fn_oxidative_phosphorylation_12(X))
& phosphate_ion_1(fn_oxidative_phosphorylation_13(X))
& entity_1(fn_oxidative_phosphorylation_14(X))
& protein_complex_1(fn_oxidative_phosphorylation_14(X))
& atp_synthase_1(fn_oxidative_phosphorylation_14(X))
& cell_1(fn_oxidative_phosphorylation_15(X))
& gradient_1(fn_oxidative_phosphorylation_16(X))
& electrochemical_gradient_1(fn_oxidative_phosphorylation_16(X))
& hydrogen_ion_gradient_1(fn_oxidative_phosphorylation_16(X))
& active_transport_1(fn_oxidative_phosphorylation_17(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_oxidative_phosphorylation_17(X))
& active_movement_of_ions_1(fn_oxidative_phosphorylation_17(X))
& exergonic_process_1(fn_oxidative_phosphorylation_18(X))
& spontaneous_change_1(fn_oxidative_phosphorylation_18(X))
& passive_transport_1(fn_oxidative_phosphorylation_18(X))
& facilitated_diffusion_1(fn_oxidative_phosphorylation_18(X))
& facilitated_diffusion_of_ion_1(fn_oxidative_phosphorylation_18(X))
& move_1(fn_oxidative_phosphorylation_19(X))
& move_through_1(fn_oxidative_phosphorylation_19(X))
& activation_of_atp_synthase_1(fn_oxidative_phosphorylation_20(X))
& activate_1(fn_oxidative_phosphorylation_21(X))
& endergonic_process_1(fn_oxidative_phosphorylation_22(X))
& chemical_reaction_1(fn_oxidative_phosphorylation_22(X))
& synthesis_of_organic_molecule_1(fn_oxidative_phosphorylation_22(X))
& anabolic_pathway_1(fn_oxidative_phosphorylation_22(X))
& synthesis_of_atp_1(fn_oxidative_phosphorylation_22(X))
& spatial_entity_1(fn_oxidative_phosphorylation_23(X))
& protein_1(fn_oxidative_phosphorylation_23(X))
& rotor_1(fn_oxidative_phosphorylation_23(X))
& membrane_protein_1(fn_oxidative_phosphorylation_23(X))
& move_1(fn_oxidative_phosphorylation_24(X))
& rotate_1(fn_oxidative_phosphorylation_24(X))
& spatial_entity_1(fn_oxidative_phosphorylation_25(X))
& rod_1(fn_oxidative_phosphorylation_25(X))
& hold_1(fn_oxidative_phosphorylation_26(X))
& rotate_1(fn_oxidative_phosphorylation_27(X))
& spatial_entity_1(fn_oxidative_phosphorylation_28(X))
& tangible_entity_1(fn_oxidative_phosphorylation_28(X))
& polymer_1(fn_oxidative_phosphorylation_28(X))
& protein_1(fn_oxidative_phosphorylation_28(X))
& organic_molecule_1(fn_oxidative_phosphorylation_28(X))
& molecule_1(fn_oxidative_phosphorylation_28(X))
& protein_enzyme_1(fn_oxidative_phosphorylation_28(X))
& knob_1(fn_oxidative_phosphorylation_28(X))
& quantity_value_1(fn_oxidative_phosphorylation_29(X))
& quantity_value_1(fn_oxidative_phosphorylation_30(X))
& cellular_work_1(fn_oxidative_phosphorylation_31(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_oxidative_phosphorylation_31(X))
& cellular_work_1(fn_oxidative_phosphorylation_32(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_oxidative_phosphorylation_32(X))
& molecular_region_1(fn_oxidative_phosphorylation_33(X))
& hydrophilic_channel_1(fn_oxidative_phosphorylation_33(X))
& hydrophilic_region_1(fn_oxidative_phosphorylation_34(X))
& hydrophilic_end_1(fn_oxidative_phosphorylation_34(X))
& inside_face_1(fn_oxidative_phosphorylation_35(X))
& outside_face_1(fn_oxidative_phosphorylation_36(X))
& surface_1(fn_oxidative_phosphorylation_36(X))
& tangible_entity_1(fn_oxidative_phosphorylation_37(X))
& phospholipid_bilayer_1(fn_oxidative_phosphorylation_37(X))
& chemical_entity_1(fn_oxidative_phosphorylation_38(X))
& tangible_entity_1(fn_oxidative_phosphorylation_38(X))
& membrane_protein_1(fn_oxidative_phosphorylation_38(X))
& protein_1(fn_oxidative_phosphorylation_38(X))
& molecule_1(fn_oxidative_phosphorylation_38(X))
& polymer_1(fn_oxidative_phosphorylation_38(X))
& transport_protein_1(fn_oxidative_phosphorylation_38(X))
& integral_protein_1(fn_oxidative_phosphorylation_38(X))
& carrier_protein_1(fn_oxidative_phosphorylation_38(X))
& proton_motive_force_1(fn_oxidative_phosphorylation_39(X))
& potential_energy_1(fn_oxidative_phosphorylation_39(X))
& move_1(fn_oxidative_phosphorylation_40(X))
& rotate_1(fn_oxidative_phosphorylation_40(X))
& symmetrical_distribution_1(fn_oxidative_phosphorylation_41(X))
& thermal_motion_1(fn_oxidative_phosphorylation_42(X))
& spatial_entity_1(fn_oxidative_phosphorylation_43(X))
& tangible_entity_1(fn_oxidative_phosphorylation_43(X))
& chemical_entity_1(fn_oxidative_phosphorylation_43(X))
& ion_1(fn_oxidative_phosphorylation_43(X))
& hydrogen_ion_1(fn_oxidative_phosphorylation_43(X))
& gradient_1(fn_oxidative_phosphorylation_44(X))
& concentration_gradient_1(fn_oxidative_phosphorylation_44(X))
& solution_1(fn_oxidative_phosphorylation_45(X))
& aqueous_solution_1(fn_oxidative_phosphorylation_45(X))
& hypotonic_solution_1(fn_oxidative_phosphorylation_45(X))
& spatial_entity_1(fn_oxidative_phosphorylation_46(X))
& tangible_entity_1(fn_oxidative_phosphorylation_46(X))
& chemical_1(fn_oxidative_phosphorylation_46(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_oxidative_phosphorylation_47(X))
& active_transport_1(fn_oxidative_phosphorylation_47(X))
& solution_1(fn_oxidative_phosphorylation_48(X))
& aqueous_solution_1(fn_oxidative_phosphorylation_48(X))
& hypertonic_solution_1(fn_oxidative_phosphorylation_48(X))
& membrane_1(fn_oxidative_phosphorylation_49(X))
& spatial_entity_1(fn_oxidative_phosphorylation_49(X))
& biomembrane_1(fn_oxidative_phosphorylation_49(X))
& structural_complexity_value_1(fn_oxidative_phosphorylation_50(X))
& free_energy_1(fn_oxidative_phosphorylation_51(X))
& quantity_value_1(fn_oxidative_phosphorylation_52(X))
& quantity_value_1(fn_oxidative_phosphorylation_53(X))
& free_energy_1(fn_oxidative_phosphorylation_54(X))
& structural_complexity_value_1(fn_oxidative_phosphorylation_55(X))
& organic_molecule_1(fn_oxidative_phosphorylation_56(X))
& molecule_1(fn_oxidative_phosphorylation_56(X))
& chemical_entity_1(fn_oxidative_phosphorylation_56(X))
& ribonucleotide_1(fn_oxidative_phosphorylation_56(X))
& nucleoside_triphosphate_1(fn_oxidative_phosphorylation_56(X))
& atp_1(fn_oxidative_phosphorylation_56(X))
& reactant_1(fn_oxidative_phosphorylation_57(X))
& hold_1(fn_oxidative_phosphorylation_58(X))
& spatial_entity_1(fn_oxidative_phosphorylation_65(X))
& membrane_protein_1(fn_oxidative_phosphorylation_65(X))
& attach_1(fn_oxidative_phosphorylation_66(X))
& attach_1(fn_oxidative_phosphorylation_67(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_oxidative_phosphorylation_68(X))
& hold_1(fn_oxidative_phosphorylation_69(X))
& hold_1(fn_oxidative_phosphorylation_70(X))
& chemiosmosis_1(fn_oxidative_phosphorylation_71(X))
& chemical_entity_1(fn_chemical_reaction_1(fn_oxidative_phosphorylation_10(X)))
& chemical_entity_1(fn_reactant_3(fn_oxidative_phosphorylation_6(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_electron_transport_chain_pathway_13(fn_oxidative_phosphorylation_10(X)))
& cellular_work_1(fn_electron_transport_chain_pathway_13(fn_oxidative_phosphorylation_10(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_electron_transport_chain_pathway_12(fn_oxidative_phosphorylation_10(X)))
& cellular_work_1(fn_electron_transport_chain_pathway_12(fn_oxidative_phosphorylation_10(X)))
& property_node_1(fn_chemiosmosis_25(fn_oxidative_phosphorylation_71(X)))
& property_node_1(fn_chemiosmosis_23(fn_oxidative_phosphorylation_71(X)))
& property_node_1(fn_chemiosmosis_26(fn_oxidative_phosphorylation_71(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_chemiosmosis_30(fn_oxidative_phosphorylation_71(X)))
& hold_1(fn_chemiosmosis_98(fn_oxidative_phosphorylation_71(X)))
& property_node_1(fn_chemiosmosis_24(fn_oxidative_phosphorylation_71(X)))
& free_energy_1(fn_chemiosmosis_38(fn_oxidative_phosphorylation_71(X)))
& attach_1(fn_chemiosmosis_16(fn_oxidative_phosphorylation_71(X)))
& hold_1(fn_chemiosmosis_106(fn_oxidative_phosphorylation_71(X)))
& activate_1(fn_chemiosmosis_62(fn_oxidative_phosphorylation_71(X)))
& activation_of_atp_synthase_1(fn_chemiosmosis_102(fn_oxidative_phosphorylation_71(X)))
& entity_1(fn_chemiosmosis_115(fn_oxidative_phosphorylation_71(X)))
& protein_complex_1(fn_chemiosmosis_115(fn_oxidative_phosphorylation_71(X)))
& atp_synthase_1(fn_chemiosmosis_115(fn_oxidative_phosphorylation_71(X)))
& endergonic_process_1(fn_chemiosmosis_118(fn_oxidative_phosphorylation_71(X)))
& chemical_reaction_1(fn_chemiosmosis_118(fn_oxidative_phosphorylation_71(X)))
& synthesis_of_organic_molecule_1(fn_chemiosmosis_118(fn_oxidative_phosphorylation_71(X)))
& anabolic_pathway_1(fn_chemiosmosis_118(fn_oxidative_phosphorylation_71(X)))
& synthesis_of_atp_1(fn_chemiosmosis_118(fn_oxidative_phosphorylation_71(X)))
& exergonic_process_1(fn_chemiosmosis_119(fn_oxidative_phosphorylation_71(X)))
& facilitated_diffusion_of_ion_1(fn_chemiosmosis_119(fn_oxidative_phosphorylation_71(X)))
& spontaneous_change_1(fn_chemiosmosis_119(fn_oxidative_phosphorylation_71(X)))
& passive_transport_1(fn_chemiosmosis_119(fn_oxidative_phosphorylation_71(X)))
& facilitated_diffusion_1(fn_chemiosmosis_119(fn_oxidative_phosphorylation_71(X)))
& reactant_1(fn_chemiosmosis_33(fn_oxidative_phosphorylation_71(X)))
& structural_complexity_value_1(fn_chemiosmosis_35(fn_oxidative_phosphorylation_71(X)))
& structural_complexity_value_1(fn_chemiosmosis_36(fn_oxidative_phosphorylation_71(X)))
& organic_molecule_1(fn_chemiosmosis_100(fn_oxidative_phosphorylation_71(X)))
& molecule_1(fn_chemiosmosis_100(fn_oxidative_phosphorylation_71(X)))
& chemical_entity_1(fn_chemiosmosis_100(fn_oxidative_phosphorylation_71(X)))
& ribonucleotide_1(fn_chemiosmosis_100(fn_oxidative_phosphorylation_71(X)))
& nucleoside_triphosphate_1(fn_chemiosmosis_100(fn_oxidative_phosphorylation_71(X)))
& atp_1(fn_chemiosmosis_100(fn_oxidative_phosphorylation_71(X)))
& quantity_value_1(fn_chemiosmosis_45(fn_oxidative_phosphorylation_71(X)))
& quantity_value_1(fn_chemiosmosis_46(fn_oxidative_phosphorylation_71(X)))
& free_energy_1(fn_chemiosmosis_34(fn_oxidative_phosphorylation_71(X)))
& property_node_1(fn_gradient_4(fn_oxidative_phosphorylation_44(X)))
& spatial_entity_1(fn_atp_synthase_37(fn_oxidative_phosphorylation_14(X)))
& biomembrane_1(fn_atp_synthase_37(fn_oxidative_phosphorylation_14(X)))
& symmetrical_distribution_1(fn_facilitated_diffusion_of_ion_25(fn_oxidative_phosphorylation_18(X)))
& hydrophilic_region_1(fn_active_movement_of_ions_14(fn_oxidative_phosphorylation_17(X)))
& hydrophilic_end_1(fn_active_movement_of_ions_14(fn_oxidative_phosphorylation_17(X)))
& inside_face_1(fn_active_movement_of_ions_18(fn_oxidative_phosphorylation_17(X)))
& tangible_entity_1(fn_active_movement_of_ions_17(fn_oxidative_phosphorylation_17(X)))
& phospholipid_bilayer_1(fn_active_movement_of_ions_17(fn_oxidative_phosphorylation_17(X)))
& chemical_entity_1(fn_active_movement_of_ions_10(fn_oxidative_phosphorylation_17(X)))
& tangible_entity_1(fn_active_movement_of_ions_10(fn_oxidative_phosphorylation_17(X)))
& membrane_protein_1(fn_active_movement_of_ions_10(fn_oxidative_phosphorylation_17(X)))
& protein_1(fn_active_movement_of_ions_10(fn_oxidative_phosphorylation_17(X)))
& molecule_1(fn_active_movement_of_ions_10(fn_oxidative_phosphorylation_17(X)))
& polymer_1(fn_active_movement_of_ions_10(fn_oxidative_phosphorylation_17(X)))
& transport_protein_1(fn_active_movement_of_ions_10(fn_oxidative_phosphorylation_17(X)))
& integral_protein_1(fn_active_movement_of_ions_10(fn_oxidative_phosphorylation_17(X)))
& carrier_protein_1(fn_active_movement_of_ions_10(fn_oxidative_phosphorylation_17(X)))
& outside_face_1(fn_active_movement_of_ions_13(fn_oxidative_phosphorylation_17(X)))
& surface_1(fn_active_movement_of_ions_13(fn_oxidative_phosphorylation_17(X)))
& cell_1(fn_cellular_work_2(fn_oxidative_phosphorylation_32(X)))
& cell_1(fn_cellular_work_2(fn_oxidative_phosphorylation_31(X)))
& cell_1(fn_electron_transport_chain_pathway_11(fn_oxidative_phosphorylation_10(X)))
& attach_1(fn_facilitated_diffusion_51(fn_oxidative_phosphorylation_18(X)))
& attach_1(fn_chemiosmosis_15(fn_oxidative_phosphorylation_71(X)))
& spatial_entity_1(fn_facilitated_diffusion_50(fn_oxidative_phosphorylation_18(X)))
& membrane_protein_1(fn_facilitated_diffusion_50(fn_oxidative_phosphorylation_18(X)))
& spatial_entity_1(fn_chemiosmosis_17(fn_oxidative_phosphorylation_71(X)))
& membrane_protein_1(fn_chemiosmosis_17(fn_oxidative_phosphorylation_71(X)))
& rotate_1(fn_chemiosmosis_63(fn_oxidative_phosphorylation_71(X)))
& rotate_1(fn_chemiosmosis_64(fn_oxidative_phosphorylation_71(X)))
& rotate_1(fn_chemiosmosis_84(fn_oxidative_phosphorylation_71(X)))
& thermal_motion_1(fn_passive_transport_22(fn_oxidative_phosphorylation_18(X)))
& thermal_motion_1(fn_chemiosmosis_91(fn_oxidative_phosphorylation_71(X)))
& chemical_reaction_1(fn_reactant_2(fn_oxidative_phosphorylation_6(X)))
& chemical_reaction_1(fn_chemiosmosis_5(fn_oxidative_phosphorylation_71(X)))
& molecular_region_1(fn_passive_transport_10(fn_oxidative_phosphorylation_18(X)))
& hydrophilic_channel_1(fn_chemiosmosis_99(fn_oxidative_phosphorylation_71(X)))
& chemical_entity_1(fn_chemiosmosis_31(fn_oxidative_phosphorylation_71(X)))
& organic_molecule_1(fn_chemiosmosis_31(fn_oxidative_phosphorylation_71(X)))
& adp_1(fn_chemiosmosis_31(fn_oxidative_phosphorylation_71(X)))
& property_node_1(fn_passive_transport_30(fn_oxidative_phosphorylation_18(X)))
& property_node_1(fn_gradient_5(fn_oxidative_phosphorylation_44(X)))
& quantity_value_1(fn_passive_transport_28(fn_oxidative_phosphorylation_18(X)))
& quantity_value_1(fn_chemiosmosis_93(fn_oxidative_phosphorylation_71(X)))
& quantity_value_1(fn_gradient_3(fn_oxidative_phosphorylation_44(X)))
& quantity_value_1(fn_passive_transport_18(fn_oxidative_phosphorylation_18(X)))
& quantity_value_1(fn_gradient_2(fn_oxidative_phosphorylation_44(X)))
& spatial_entity_1(fn_move_1(fn_oxidative_phosphorylation_24(X)))
& rod_1(fn_atp_synthase_33(fn_oxidative_phosphorylation_14(X)))
& tangible_entity_1(fn_hold_2(fn_oxidative_phosphorylation_58(X)))
& tangible_entity_1(fn_hold_2(fn_oxidative_phosphorylation_69(X)))
& spatial_entity_1(fn_chemiosmosis_101(fn_oxidative_phosphorylation_71(X)))
& tangible_entity_1(fn_chemiosmosis_101(fn_oxidative_phosphorylation_71(X)))
& polymer_1(fn_chemiosmosis_101(fn_oxidative_phosphorylation_71(X)))
& protein_1(fn_chemiosmosis_101(fn_oxidative_phosphorylation_71(X)))
& organic_molecule_1(fn_chemiosmosis_101(fn_oxidative_phosphorylation_71(X)))
& molecule_1(fn_chemiosmosis_101(fn_oxidative_phosphorylation_71(X)))
& protein_enzyme_1(fn_chemiosmosis_101(fn_oxidative_phosphorylation_71(X)))
& knob_1(fn_chemiosmosis_101(fn_oxidative_phosphorylation_71(X)))
& knob_1(fn_atp_synthase_32(fn_oxidative_phosphorylation_14(X)))
& potential_energy_1(fn_passive_transport_27(fn_oxidative_phosphorylation_18(X)))
& proton_motive_force_1(fn_chemiosmosis_121(fn_oxidative_phosphorylation_71(X)))
& potential_energy_1(fn_gradient_1(fn_oxidative_phosphorylation_44(X)))
& spatial_entity_1(fn_move_1(fn_oxidative_phosphorylation_40(X)))
& protein_1(fn_protein_complex_1(fn_oxidative_phosphorylation_14(X)))
& rotor_1(fn_atp_synthase_13(fn_oxidative_phosphorylation_14(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_oxidative_phosphorylation_7(X)))
& tangible_entity_1(fn_hold_1(fn_oxidative_phosphorylation_58(X)))
& tangible_entity_1(fn_hold_1(fn_oxidative_phosphorylation_69(X)))
& spatial_entity_1(fn_chemiosmosis_103(fn_oxidative_phosphorylation_71(X)))
& tangible_entity_1(fn_chemiosmosis_103(fn_oxidative_phosphorylation_71(X)))
& stator_1(fn_chemiosmosis_103(fn_oxidative_phosphorylation_71(X)))
& protein_1(fn_chemiosmosis_103(fn_oxidative_phosphorylation_71(X)))
& molecule_1(fn_chemiosmosis_103(fn_oxidative_phosphorylation_71(X)))
& organic_molecule_1(fn_chemiosmosis_103(fn_oxidative_phosphorylation_71(X)))
& polymer_1(fn_chemiosmosis_103(fn_oxidative_phosphorylation_71(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_oxidative_phosphorylation_7(X)))
& gradient_1(fn_chemiosmosis_117(fn_oxidative_phosphorylation_71(X)))
& electrochemical_gradient_1(fn_chemiosmosis_117(fn_oxidative_phosphorylation_71(X)))
& hydrogen_ion_gradient_1(fn_chemiosmosis_117(fn_oxidative_phosphorylation_71(X)))
& hydrogen_ion_gradient_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_oxidative_phosphorylation_17(X)))
& hydrogen_ion_gradient_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_oxidative_phosphorylation_32(X)))
& hydrogen_ion_gradient_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_oxidative_phosphorylation_31(X)))
& hydrogen_ion_gradient_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_oxidative_phosphorylation_47(X)))
& spatial_entity_1(fn_chemiosmosis_122(fn_oxidative_phosphorylation_71(X)))
& tangible_entity_1(fn_chemiosmosis_122(fn_oxidative_phosphorylation_71(X)))
& chemical_1(fn_chemiosmosis_122(fn_oxidative_phosphorylation_71(X)))
& chemical_1(fn_concentration_gradient_6(fn_oxidative_phosphorylation_44(X)))
& chemical_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(fn_oxidative_phosphorylation_17(X)))
& spatial_entity_1(fn_passive_transport_14(fn_oxidative_phosphorylation_18(X)))
& tangible_entity_1(fn_passive_transport_14(fn_oxidative_phosphorylation_18(X)))
& chemical_entity_1(fn_passive_transport_14(fn_oxidative_phosphorylation_18(X)))
& spatial_entity_1(fn_chemiosmosis_12(fn_oxidative_phosphorylation_71(X)))
& tangible_entity_1(fn_chemiosmosis_12(fn_oxidative_phosphorylation_71(X)))
& chemical_entity_1(fn_chemiosmosis_12(fn_oxidative_phosphorylation_71(X)))
& hydrogen_ion_1(fn_chemiosmosis_12(fn_oxidative_phosphorylation_71(X)))
& ion_1(fn_active_movement_of_ions_25(fn_oxidative_phosphorylation_17(X)))
& hydrogen_ion_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_oxidative_phosphorylation_17(X)))
& proton_motive_force_1(fn_electron_transport_chain_pathway_1(fn_oxidative_phosphorylation_10(X)))
& proton_motive_force_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_oxidative_phosphorylation_17(X)))
& move_through_1(fn_passive_transport_24(fn_oxidative_phosphorylation_18(X)))
& move_through_1(fn_facilitated_diffusion_55(fn_oxidative_phosphorylation_18(X)))
& move_1(fn_chemiosmosis_107(fn_oxidative_phosphorylation_71(X)))
& move_through_1(fn_chemiosmosis_107(fn_oxidative_phosphorylation_71(X)))
& move_1(fn_active_transport_22(fn_oxidative_phosphorylation_17(X)))
& move_through_1(fn_active_transport_22(fn_oxidative_phosphorylation_17(X)))
& move_1(fn_active_transport_22(fn_oxidative_phosphorylation_47(X)))
& move_through_1(fn_active_transport_22(fn_oxidative_phosphorylation_47(X)))
& move_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_oxidative_phosphorylation_17(X)))
& move_through_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_oxidative_phosphorylation_17(X)))
& aqueous_solution_1(fn_chemiosmosis_123(fn_oxidative_phosphorylation_71(X)))
& hypertonic_solution_1(fn_chemiosmosis_123(fn_oxidative_phosphorylation_71(X)))
& solution_1(fn_concentration_gradient_8(fn_oxidative_phosphorylation_44(X)))
& solution_1(fn_concentration_gradient_9(fn_oxidative_phosphorylation_44(X)))
& solution_1(fn_active_transport_20(fn_oxidative_phosphorylation_47(X)))
& solution_1(fn_active_transport_20(fn_oxidative_phosphorylation_17(X)))
& aqueous_solution_1(fn_facilitated_diffusion_of_ion_29(fn_oxidative_phosphorylation_18(X)))
& hypertonic_solution_1(fn_facilitated_diffusion_of_ion_29(fn_oxidative_phosphorylation_18(X)))
& solution_1(fn_active_transport_21(fn_oxidative_phosphorylation_47(X)))
& solution_1(fn_active_transport_21(fn_oxidative_phosphorylation_17(X)))
& aqueous_solution_1(fn_facilitated_diffusion_of_ion_23(fn_oxidative_phosphorylation_18(X)))
& hypotonic_solution_1(fn_facilitated_diffusion_of_ion_23(fn_oxidative_phosphorylation_18(X)))
& concentration_gradient_1(fn_active_transport_25(fn_oxidative_phosphorylation_47(X)))
& concentration_gradient_1(fn_active_transport_25(fn_oxidative_phosphorylation_17(X)))
& gradient_1(fn_facilitated_diffusion_of_ion_26(fn_oxidative_phosphorylation_18(X)))
& concentration_gradient_1(fn_facilitated_diffusion_of_ion_26(fn_oxidative_phosphorylation_18(X)))
& spatial_entity_1(fn_passive_transport_25(fn_oxidative_phosphorylation_18(X)))
& biomembrane_1(fn_passive_transport_25(fn_oxidative_phosphorylation_18(X)))
& spatial_entity_1(fn_facilitated_diffusion_49(fn_oxidative_phosphorylation_18(X)))
& biomembrane_1(fn_facilitated_diffusion_49(fn_oxidative_phosphorylation_18(X)))
& spatial_entity_1(fn_chemiosmosis_116(fn_oxidative_phosphorylation_71(X)))
& biomembrane_1(fn_chemiosmosis_116(fn_oxidative_phosphorylation_71(X)))
& biomembrane_1(fn_active_transport_18(fn_oxidative_phosphorylation_47(X)))
& membrane_1(fn_active_movement_of_ions_19(fn_oxidative_phosphorylation_17(X)))
& spatial_entity_1(fn_active_movement_of_ions_19(fn_oxidative_phosphorylation_17(X)))
& biomembrane_1(fn_active_movement_of_ions_19(fn_oxidative_phosphorylation_17(X)))
& raw_material_2(X,fn_oxidative_phosphorylation_11(X))
& result_2(X,fn_oxidative_phosphorylation_56(X))
& result_2(X,fn_oxidative_phosphorylation_3(X))
& subevent_2(X,fn_oxidative_phosphorylation_71(X))
& subevent_2(X,fn_oxidative_phosphorylation_10(X))
& raw_material_2(fn_oxidative_phosphorylation_2(X),fn_oxidative_phosphorylation_11(X))
& free_energy_change_2(fn_oxidative_phosphorylation_10(X),fn_oxidative_phosphorylation_4(X))
& the_cardinal_value_2(fn_oxidative_phosphorylation_4(X),"-53.0e0")
& cardinal_unit_class_2(fn_oxidative_phosphorylation_4(X),kilo_cal_per_mole_0)
& origin_2(fn_oxidative_phosphorylation_17(X),fn_oxidative_phosphorylation_48(X))
& subevent_2(fn_oxidative_phosphorylation_20(X),fn_oxidative_phosphorylation_24(X))
& causes_2(fn_oxidative_phosphorylation_24(X),fn_oxidative_phosphorylation_27(X))
& called_2(fn_oxidative_phosphorylation_24(X),"2")
& called_2(fn_oxidative_phosphorylation_30(X),'PE_EG')
& called_2(fn_oxidative_phosphorylation_33(X),'HC2')
& called_2(fn_oxidative_phosphorylation_40(X),"1")
& object_2(fn_oxidative_phosphorylation_41(X),fn_oxidative_phosphorylation_46(X))
& object_2(fn_oxidative_phosphorylation_58(X),fn_oxidative_phosphorylation_28(X))
& object_2(fn_oxidative_phosphorylation_69(X),fn_oxidative_phosphorylation_28(X))
& object_2(fn_oxidative_phosphorylation_40(X),fn_oxidative_phosphorylation_23(X))
& agent_2(fn_oxidative_phosphorylation_58(X),fn_oxidative_phosphorylation_8(X))
& object_2(fn_oxidative_phosphorylation_24(X),fn_oxidative_phosphorylation_25(X))
& agent_2(fn_oxidative_phosphorylation_69(X),fn_oxidative_phosphorylation_8(X))
& raw_material_2(X,fn_oxidative_phosphorylation_12(X))
& result_2(fn_oxidative_phosphorylation_10(X),fn_oxidative_phosphorylation_9(X))
& result_2(X,fn_oxidative_phosphorylation_9(X))
& base_2(X,fn_oxidative_phosphorylation_15(X))
& in_event_2(fn_oxidative_phosphorylation_6(X),X)
& raw_material_2(X,fn_oxidative_phosphorylation_13(X))
& plays_2(fn_oxidative_phosphorylation_13(X),fn_oxidative_phosphorylation_6(X))
& result_2(fn_oxidative_phosphorylation_10(X),fn_oxidative_phosphorylation_11(X))
& base_2(fn_oxidative_phosphorylation_32(X),fn_oxidative_phosphorylation_15(X))
& base_2(fn_oxidative_phosphorylation_10(X),fn_oxidative_phosphorylation_15(X))
& base_2(fn_oxidative_phosphorylation_31(X),fn_oxidative_phosphorylation_15(X))
& in_event_2(fn_oxidative_phosphorylation_57(X),fn_oxidative_phosphorylation_22(X))
& called_2(fn_oxidative_phosphorylation_52(X),'FE_r')
& by_means_of_2(fn_oxidative_phosphorylation_18(X),fn_oxidative_phosphorylation_42(X))
& object_2(fn_oxidative_phosphorylation_18(X),fn_oxidative_phosphorylation_43(X))
& result_2(fn_oxidative_phosphorylation_68(X),fn_oxidative_phosphorylation_16(X))
& origin_2(fn_oxidative_phosphorylation_68(X),fn_oxidative_phosphorylation_48(X))
& agent_2(fn_oxidative_phosphorylation_26(X),fn_oxidative_phosphorylation_8(X))
& object_2(fn_oxidative_phosphorylation_26(X),fn_oxidative_phosphorylation_28(X))
& facilitates_2(fn_oxidative_phosphorylation_28(X),X)
& subevent_2(fn_oxidative_phosphorylation_71(X),fn_oxidative_phosphorylation_18(X))
& instrument_2(fn_oxidative_phosphorylation_71(X),fn_oxidative_phosphorylation_16(X))
& quantity_2(fn_oxidative_phosphorylation_16(X),fn_oxidative_phosphorylation_29(X))
& called_2(fn_oxidative_phosphorylation_29(X),'EG')
& result_2(fn_oxidative_phosphorylation_22(X),fn_oxidative_phosphorylation_56(X))
& possesses_2(fn_oxidative_phosphorylation_56(X),fn_oxidative_phosphorylation_54(X))
& quantity_2(fn_oxidative_phosphorylation_54(X),fn_oxidative_phosphorylation_53(X))
& called_2(fn_oxidative_phosphorylation_27(X),"3")
& fn_oxidative_phosphorylation_24(X) != fn_oxidative_phosphorylation_27(X)
& fn_oxidative_phosphorylation_27(X) != fn_oxidative_phosphorylation_24(X)
& subevent_2(fn_oxidative_phosphorylation_20(X),fn_oxidative_phosphorylation_27(X))
& first_subevent_2(fn_oxidative_phosphorylation_20(X),fn_oxidative_phosphorylation_24(X))
& next_event_2(fn_oxidative_phosphorylation_24(X),fn_oxidative_phosphorylation_27(X))
& fn_oxidative_phosphorylation_27(X) != fn_oxidative_phosphorylation_40(X)
& causes_2(fn_oxidative_phosphorylation_40(X),fn_oxidative_phosphorylation_24(X))
& fn_oxidative_phosphorylation_40(X) != fn_oxidative_phosphorylation_27(X)
& base_2(fn_oxidative_phosphorylation_67(X),fn_oxidative_phosphorylation_49(X))
& object_2(fn_oxidative_phosphorylation_67(X),fn_oxidative_phosphorylation_65(X))
& is_at_2(fn_oxidative_phosphorylation_65(X),fn_oxidative_phosphorylation_49(X))
& base_2(fn_oxidative_phosphorylation_66(X),fn_oxidative_phosphorylation_49(X))
& object_2(fn_oxidative_phosphorylation_66(X),fn_oxidative_phosphorylation_65(X))
& subevent_2(fn_oxidative_phosphorylation_18(X),fn_oxidative_phosphorylation_40(X))
& next_event_2(fn_oxidative_phosphorylation_40(X),fn_oxidative_phosphorylation_19(X))
& subevent_2(fn_oxidative_phosphorylation_18(X),fn_oxidative_phosphorylation_19(X))
& first_subevent_2(fn_oxidative_phosphorylation_18(X),fn_oxidative_phosphorylation_19(X))
& called_2(fn_oxidative_phosphorylation_19(X),'MT1')
& agent_2(fn_oxidative_phosphorylation_70(X),fn_oxidative_phosphorylation_8(X))
& object_2(fn_oxidative_phosphorylation_70(X),fn_oxidative_phosphorylation_28(X))
& object_2(fn_oxidative_phosphorylation_27(X),fn_oxidative_phosphorylation_28(X))
& base_2(fn_oxidative_phosphorylation_27(X),fn_oxidative_phosphorylation_14(X))
& base_2(fn_oxidative_phosphorylation_24(X),fn_oxidative_phosphorylation_14(X))
& object_2(fn_oxidative_phosphorylation_18(X),fn_oxidative_phosphorylation_46(X))
& object_2(fn_oxidative_phosphorylation_42(X),fn_oxidative_phosphorylation_46(X))
& causes_2(fn_oxidative_phosphorylation_42(X),fn_oxidative_phosphorylation_19(X))
& next_event_2(fn_oxidative_phosphorylation_19(X),fn_oxidative_phosphorylation_40(X))
& fn_oxidative_phosphorylation_40(X) != fn_oxidative_phosphorylation_24(X)
& fn_oxidative_phosphorylation_24(X) != fn_oxidative_phosphorylation_40(X)
& subevent_2(fn_oxidative_phosphorylation_71(X),fn_oxidative_phosphorylation_20(X))
& object_2(fn_oxidative_phosphorylation_20(X),fn_oxidative_phosphorylation_14(X))
& next_event_2(fn_oxidative_phosphorylation_20(X),fn_oxidative_phosphorylation_22(X))
& has_part_2(fn_oxidative_phosphorylation_14(X),fn_oxidative_phosphorylation_8(X))
& has_function_2(fn_oxidative_phosphorylation_14(X),X)
& agent_2(X,fn_oxidative_phosphorylation_14(X))
& agent_2(fn_oxidative_phosphorylation_71(X),fn_oxidative_phosphorylation_14(X))
& subevent_2(fn_oxidative_phosphorylation_71(X),fn_oxidative_phosphorylation_22(X))
& first_subevent_2(fn_oxidative_phosphorylation_71(X),fn_oxidative_phosphorylation_18(X))
& path_2(fn_oxidative_phosphorylation_18(X),fn_oxidative_phosphorylation_49(X))
& has_function_2(fn_oxidative_phosphorylation_49(X),fn_oxidative_phosphorylation_19(X))
& path_2(fn_oxidative_phosphorylation_19(X),fn_oxidative_phosphorylation_33(X))
& has_region_2(fn_oxidative_phosphorylation_8(X),fn_oxidative_phosphorylation_33(X))
& has_function_2(fn_oxidative_phosphorylation_16(X),fn_oxidative_phosphorylation_71(X))
& possesses_2(fn_oxidative_phosphorylation_16(X),fn_oxidative_phosphorylation_39(X))
& raw_material_2(fn_oxidative_phosphorylation_18(X),fn_oxidative_phosphorylation_39(X))
& enables_2(fn_oxidative_phosphorylation_18(X),fn_oxidative_phosphorylation_22(X))
& raw_material_2(fn_oxidative_phosphorylation_22(X),fn_oxidative_phosphorylation_12(X))
& result_2(fn_oxidative_phosphorylation_71(X),fn_oxidative_phosphorylation_56(X))
& structural_complexity_2(fn_oxidative_phosphorylation_56(X),fn_oxidative_phosphorylation_55(X))
& greater_than_2(fn_oxidative_phosphorylation_55(X),fn_oxidative_phosphorylation_50(X))
& structural_complexity_2(fn_oxidative_phosphorylation_12(X),fn_oxidative_phosphorylation_50(X))
& plays_2(fn_oxidative_phosphorylation_12(X),fn_oxidative_phosphorylation_57(X))
& raw_material_2(fn_oxidative_phosphorylation_71(X),fn_oxidative_phosphorylation_12(X))
& possesses_2(fn_oxidative_phosphorylation_12(X),fn_oxidative_phosphorylation_51(X))
& quantity_2(fn_oxidative_phosphorylation_51(X),fn_oxidative_phosphorylation_52(X))
& greater_than_2(fn_oxidative_phosphorylation_53(X),fn_oxidative_phosphorylation_52(X))
& called_2(fn_oxidative_phosphorylation_53(X),'FE_p')
& has_solute_2(fn_oxidative_phosphorylation_48(X),fn_oxidative_phosphorylation_46(X))
& has_part_2(fn_oxidative_phosphorylation_48(X),fn_oxidative_phosphorylation_46(X))
& destination_2(fn_oxidative_phosphorylation_19(X),fn_oxidative_phosphorylation_45(X))
& quantity_2(fn_oxidative_phosphorylation_39(X),fn_oxidative_phosphorylation_30(X))
& directly_proportional_2(fn_oxidative_phosphorylation_29(X),fn_oxidative_phosphorylation_30(X))
& origin_2(fn_oxidative_phosphorylation_19(X),fn_oxidative_phosphorylation_48(X))
& base_2(fn_oxidative_phosphorylation_19(X),fn_oxidative_phosphorylation_49(X))
& is_between_2(fn_oxidative_phosphorylation_25(X),fn_oxidative_phosphorylation_28(X))
& element_2(fn_oxidative_phosphorylation_14(X),fn_oxidative_phosphorylation_28(X))
& is_at_2(fn_oxidative_phosphorylation_28(X),fn_oxidative_phosphorylation_25(X))
& is_between_2(fn_oxidative_phosphorylation_25(X),fn_oxidative_phosphorylation_23(X))
& element_2(fn_oxidative_phosphorylation_14(X),fn_oxidative_phosphorylation_23(X))
& object_2(fn_oxidative_phosphorylation_19(X),fn_oxidative_phosphorylation_43(X))
& result_2(fn_oxidative_phosphorylation_17(X),fn_oxidative_phosphorylation_16(X))
& destination_2(fn_oxidative_phosphorylation_18(X),fn_oxidative_phosphorylation_45(X))
& origin_2(fn_oxidative_phosphorylation_18(X),fn_oxidative_phosphorylation_48(X))
& is_hypotonic_to_2(fn_oxidative_phosphorylation_45(X),fn_oxidative_phosphorylation_48(X))
& is_hypertonic_to_2(fn_oxidative_phosphorylation_48(X),fn_oxidative_phosphorylation_45(X))
& has_part_2(fn_oxidative_phosphorylation_49(X),fn_oxidative_phosphorylation_37(X))
& has_region_2(fn_oxidative_phosphorylation_38(X),fn_oxidative_phosphorylation_36(X))
& has_region_2(fn_oxidative_phosphorylation_38(X),fn_oxidative_phosphorylation_34(X))
& is_at_2(fn_oxidative_phosphorylation_34(X),fn_oxidative_phosphorylation_35(X))
& has_region_2(fn_oxidative_phosphorylation_49(X),fn_oxidative_phosphorylation_35(X))
& path_2(fn_oxidative_phosphorylation_17(X),fn_oxidative_phosphorylation_49(X))
& is_inside_2(fn_oxidative_phosphorylation_38(X),fn_oxidative_phosphorylation_37(X))
& has_part_2(fn_oxidative_phosphorylation_49(X),fn_oxidative_phosphorylation_38(X))
& is_across_2(fn_oxidative_phosphorylation_38(X),fn_oxidative_phosphorylation_49(X))
& agent_2(fn_oxidative_phosphorylation_17(X),fn_oxidative_phosphorylation_38(X))
& has_region_2(fn_oxidative_phosphorylation_49(X),fn_oxidative_phosphorylation_36(X))
& is_between_2(fn_oxidative_phosphorylation_44(X),fn_oxidative_phosphorylation_48(X))
& agent_2(fn_oxidative_phosphorylation_18(X),fn_oxidative_phosphorylation_44(X))
& objective_2(fn_oxidative_phosphorylation_18(X),fn_oxidative_phosphorylation_41(X))
& is_between_2(fn_oxidative_phosphorylation_44(X),fn_oxidative_phosphorylation_45(X))
& has_part_2(fn_oxidative_phosphorylation_46(X),fn_oxidative_phosphorylation_43(X))
& object_2(fn_oxidative_phosphorylation_17(X),fn_oxidative_phosphorylation_43(X))
& result_2(fn_oxidative_phosphorylation_17(X),fn_oxidative_phosphorylation_11(X))
& subevent_2(fn_oxidative_phosphorylation_17(X),fn_oxidative_phosphorylation_19(X))
& has_part_2(fn_oxidative_phosphorylation_7(X),fn_oxidative_phosphorylation_14(X))
& is_across_2(fn_oxidative_phosphorylation_14(X),fn_oxidative_phosphorylation_7(X))
& origin_2(fn_oxidative_phosphorylation_47(X),fn_oxidative_phosphorylation_48(X))
& destination_2(fn_oxidative_phosphorylation_17(X),fn_oxidative_phosphorylation_45(X))
& result_2(fn_oxidative_phosphorylation_47(X),fn_oxidative_phosphorylation_16(X))
& result_2(fn_oxidative_phosphorylation_31(X),fn_oxidative_phosphorylation_16(X))
& result_2(fn_oxidative_phosphorylation_32(X),fn_oxidative_phosphorylation_16(X))
& is_at_2(fn_oxidative_phosphorylation_8(X),fn_oxidative_phosphorylation_7(X))
& is_at_2(fn_oxidative_phosphorylation_23(X),fn_oxidative_phosphorylation_7(X))
& possesses_2(fn_oxidative_phosphorylation_44(X),fn_oxidative_phosphorylation_39(X))
& fn_oxidative_phosphorylation_28(X) = fn_hold_2(fn_oxidative_phosphorylation_58(X))
& fn_oxidative_phosphorylation_28(X) = fn_hold_2(fn_oxidative_phosphorylation_69(X))
& fn_oxidative_phosphorylation_23(X) = fn_move_1(fn_oxidative_phosphorylation_40(X))
& fn_oxidative_phosphorylation_8(X) = fn_hold_1(fn_oxidative_phosphorylation_58(X))
& fn_oxidative_phosphorylation_25(X) = fn_move_1(fn_oxidative_phosphorylation_24(X))
& fn_oxidative_phosphorylation_8(X) = fn_hold_1(fn_oxidative_phosphorylation_69(X))
& fn_oxidative_phosphorylation_12(X) = fn_chemical_reaction_2(X)
& fn_oxidative_phosphorylation_9(X) = fn_chemical_reaction_1(fn_oxidative_phosphorylation_10(X))
& fn_oxidative_phosphorylation_9(X) = fn_chemical_reaction_1(X)
& fn_oxidative_phosphorylation_15(X) = fn_metabolic_pathway_1(X)
& fn_oxidative_phosphorylation_13(X) = fn_reactant_3(fn_oxidative_phosphorylation_6(X))
& X = fn_reactant_2(fn_oxidative_phosphorylation_6(X))
& fn_oxidative_phosphorylation_11(X) = fn_electron_transport_chain_pathway_1(fn_oxidative_phosphorylation_10(X))
& fn_oxidative_phosphorylation_15(X) = fn_cellular_work_2(fn_oxidative_phosphorylation_32(X))
& fn_oxidative_phosphorylation_32(X) = fn_electron_transport_chain_pathway_13(fn_oxidative_phosphorylation_10(X))
& fn_oxidative_phosphorylation_15(X) = fn_cellular_work_2(fn_oxidative_phosphorylation_31(X))
& fn_oxidative_phosphorylation_31(X) = fn_electron_transport_chain_pathway_12(fn_oxidative_phosphorylation_10(X))
& fn_oxidative_phosphorylation_15(X) = fn_electron_transport_chain_pathway_11(fn_oxidative_phosphorylation_10(X))
& fn_oxidative_phosphorylation_59(X) = fn_chemiosmosis_25(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_61(X) = fn_chemiosmosis_23(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_62(X) = fn_chemiosmosis_26(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_43(X) = fn_chemiosmosis_12(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_48(X) = fn_chemiosmosis_123(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_68(X) = fn_chemiosmosis_30(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_26(X) = fn_chemiosmosis_98(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_29(X) = fn_chemiosmosis_93(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_60(X) = fn_chemiosmosis_24(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_54(X) = fn_chemiosmosis_38(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_24(X) = fn_chemiosmosis_84(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_24(X) = fn_chemiosmosis_63(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_40(X) = fn_chemiosmosis_64(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_65(X) = fn_facilitated_diffusion_50(fn_oxidative_phosphorylation_18(X))
& fn_oxidative_phosphorylation_66(X) = fn_facilitated_diffusion_51(fn_oxidative_phosphorylation_18(X))
& fn_oxidative_phosphorylation_66(X) = fn_chemiosmosis_15(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_65(X) = fn_chemiosmosis_17(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_67(X) = fn_chemiosmosis_16(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_27(X) = fn_chemiosmosis_63(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_28(X) = fn_chemiosmosis_101(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_70(X) = fn_chemiosmosis_106(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_24(X) = fn_chemiosmosis_64(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_40(X) = fn_chemiosmosis_84(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_42(X) = fn_passive_transport_22(fn_oxidative_phosphorylation_18(X))
& fn_oxidative_phosphorylation_42(X) = fn_chemiosmosis_91(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_46(X) = fn_chemiosmosis_122(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_21(X) = fn_chemiosmosis_62(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_20(X) = fn_chemiosmosis_102(fn_oxidative_phosphorylation_71(X))
& X = fn_chemiosmosis_5(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_14(X) = fn_chemiosmosis_115(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_8(X) = fn_chemiosmosis_103(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_33(X) = fn_passive_transport_10(fn_oxidative_phosphorylation_18(X))
& fn_oxidative_phosphorylation_33(X) = fn_chemiosmosis_99(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_19(X) = fn_chemiosmosis_107(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_49(X) = fn_chemiosmosis_116(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_22(X) = fn_chemiosmosis_118(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_18(X) = fn_chemiosmosis_119(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_39(X) = fn_chemiosmosis_121(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_16(X) = fn_chemiosmosis_117(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_57(X) = fn_chemiosmosis_33(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_50(X) = fn_chemiosmosis_35(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_55(X) = fn_chemiosmosis_36(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_56(X) = fn_chemiosmosis_100(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_53(X) = fn_chemiosmosis_45(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_52(X) = fn_chemiosmosis_46(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_51(X) = fn_chemiosmosis_34(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_12(X) = fn_chemiosmosis_31(fn_oxidative_phosphorylation_71(X))
& fn_oxidative_phosphorylation_46(X) = fn_concentration_gradient_6(fn_oxidative_phosphorylation_44(X))
& fn_oxidative_phosphorylation_19(X) = fn_active_transport_22(fn_oxidative_phosphorylation_17(X))
& fn_oxidative_phosphorylation_63(X) = fn_gradient_4(fn_oxidative_phosphorylation_44(X))
& fn_oxidative_phosphorylation_64(X) = fn_passive_transport_30(fn_oxidative_phosphorylation_18(X))
& fn_oxidative_phosphorylation_64(X) = fn_gradient_5(fn_oxidative_phosphorylation_44(X))
& fn_oxidative_phosphorylation_29(X) = fn_passive_transport_28(fn_oxidative_phosphorylation_18(X))
& fn_oxidative_phosphorylation_29(X) = fn_gradient_3(fn_oxidative_phosphorylation_44(X))
& fn_oxidative_phosphorylation_39(X) = fn_passive_transport_27(fn_oxidative_phosphorylation_18(X))
& fn_oxidative_phosphorylation_30(X) = fn_passive_transport_18(fn_oxidative_phosphorylation_18(X))
& fn_oxidative_phosphorylation_30(X) = fn_gradient_2(fn_oxidative_phosphorylation_44(X))
& fn_oxidative_phosphorylation_49(X) = fn_passive_transport_25(fn_oxidative_phosphorylation_18(X))
& fn_oxidative_phosphorylation_19(X) = fn_facilitated_diffusion_55(fn_oxidative_phosphorylation_18(X))
& fn_oxidative_phosphorylation_49(X) = fn_facilitated_diffusion_49(fn_oxidative_phosphorylation_18(X))
& fn_oxidative_phosphorylation_19(X) = fn_active_transport_22(fn_oxidative_phosphorylation_47(X))
& fn_oxidative_phosphorylation_23(X) = fn_protein_complex_1(fn_oxidative_phosphorylation_14(X))
& fn_oxidative_phosphorylation_23(X) = fn_atp_synthase_13(fn_oxidative_phosphorylation_14(X))
& fn_oxidative_phosphorylation_25(X) = fn_atp_synthase_33(fn_oxidative_phosphorylation_14(X))
& fn_oxidative_phosphorylation_28(X) = fn_atp_synthase_32(fn_oxidative_phosphorylation_14(X))
& fn_oxidative_phosphorylation_19(X) = fn_passive_transport_24(fn_oxidative_phosphorylation_18(X))
& fn_oxidative_phosphorylation_43(X) = fn_passive_transport_14(fn_oxidative_phosphorylation_18(X))
& fn_oxidative_phosphorylation_16(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_oxidative_phosphorylation_17(X))
& fn_oxidative_phosphorylation_39(X) = fn_gradient_1(fn_oxidative_phosphorylation_44(X))
& fn_oxidative_phosphorylation_23(X) = fn_plasma_membrane_4(fn_oxidative_phosphorylation_7(X))
& fn_oxidative_phosphorylation_8(X) = fn_plasma_membrane_3(fn_oxidative_phosphorylation_7(X))
& fn_oxidative_phosphorylation_16(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_oxidative_phosphorylation_32(X))
& fn_oxidative_phosphorylation_16(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_oxidative_phosphorylation_31(X))
& fn_oxidative_phosphorylation_16(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_oxidative_phosphorylation_47(X))
& fn_oxidative_phosphorylation_7(X) = fn_atp_synthase_37(fn_oxidative_phosphorylation_14(X))
& fn_oxidative_phosphorylation_46(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(fn_oxidative_phosphorylation_17(X))
& fn_oxidative_phosphorylation_43(X) = fn_active_movement_of_ions_25(fn_oxidative_phosphorylation_17(X))
& fn_oxidative_phosphorylation_43(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_oxidative_phosphorylation_17(X))
& fn_oxidative_phosphorylation_11(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_oxidative_phosphorylation_17(X))
& fn_oxidative_phosphorylation_19(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_oxidative_phosphorylation_17(X))
& fn_oxidative_phosphorylation_48(X) = fn_concentration_gradient_8(fn_oxidative_phosphorylation_44(X))
& fn_oxidative_phosphorylation_48(X) = fn_concentration_gradient_9(fn_oxidative_phosphorylation_44(X))
& fn_oxidative_phosphorylation_48(X) = fn_active_transport_20(fn_oxidative_phosphorylation_47(X))
& fn_oxidative_phosphorylation_48(X) = fn_active_transport_20(fn_oxidative_phosphorylation_17(X))
& fn_oxidative_phosphorylation_48(X) = fn_facilitated_diffusion_of_ion_29(fn_oxidative_phosphorylation_18(X))
& fn_oxidative_phosphorylation_41(X) = fn_facilitated_diffusion_of_ion_25(fn_oxidative_phosphorylation_18(X))
& fn_oxidative_phosphorylation_44(X) = fn_active_transport_25(fn_oxidative_phosphorylation_47(X))
& fn_oxidative_phosphorylation_45(X) = fn_active_transport_21(fn_oxidative_phosphorylation_47(X))
& fn_oxidative_phosphorylation_44(X) = fn_active_transport_25(fn_oxidative_phosphorylation_17(X))
& fn_oxidative_phosphorylation_45(X) = fn_active_transport_21(fn_oxidative_phosphorylation_17(X))
& fn_oxidative_phosphorylation_44(X) = fn_facilitated_diffusion_of_ion_26(fn_oxidative_phosphorylation_18(X))
& fn_oxidative_phosphorylation_45(X) = fn_facilitated_diffusion_of_ion_23(fn_oxidative_phosphorylation_18(X))
& fn_oxidative_phosphorylation_34(X) = fn_active_movement_of_ions_14(fn_oxidative_phosphorylation_17(X))
& fn_oxidative_phosphorylation_35(X) = fn_active_movement_of_ions_18(fn_oxidative_phosphorylation_17(X))
& fn_oxidative_phosphorylation_49(X) = fn_active_transport_18(fn_oxidative_phosphorylation_47(X))
& fn_oxidative_phosphorylation_37(X) = fn_active_movement_of_ions_17(fn_oxidative_phosphorylation_17(X))
& fn_oxidative_phosphorylation_38(X) = fn_active_movement_of_ions_10(fn_oxidative_phosphorylation_17(X))
& fn_oxidative_phosphorylation_49(X) = fn_active_movement_of_ions_19(fn_oxidative_phosphorylation_17(X))
& fn_oxidative_phosphorylation_36(X) = fn_active_movement_of_ions_13(fn_oxidative_phosphorylation_17(X))
& fn_metabolic_pathway_1(X) = fn_cellular_work_2(fn_oxidative_phosphorylation_32(X))
& fn_cellular_work_2(fn_oxidative_phosphorylation_32(X)) = fn_cellular_work_2(fn_oxidative_phosphorylation_31(X))
& fn_cellular_work_2(fn_oxidative_phosphorylation_31(X)) = fn_metabolic_pathway_1(X)
& fn_metabolic_pathway_1(X) = fn_electron_transport_chain_pathway_11(fn_oxidative_phosphorylation_10(X))
& fn_electron_transport_chain_pathway_11(fn_oxidative_phosphorylation_10(X)) = fn_electron_transport_chain_pathway_11(fn_oxidative_phosphorylation_10(X))
& fn_electron_transport_chain_pathway_11(fn_oxidative_phosphorylation_10(X)) = fn_facilitated_diffusion_51(fn_oxidative_phosphorylation_18(X))
& fn_chemiosmosis_15(fn_oxidative_phosphorylation_71(X)) = fn_facilitated_diffusion_51(fn_oxidative_phosphorylation_18(X))
& fn_facilitated_diffusion_51(fn_oxidative_phosphorylation_18(X)) = fn_chemiosmosis_15(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_15(fn_oxidative_phosphorylation_71(X)) = fn_facilitated_diffusion_50(fn_oxidative_phosphorylation_18(X))
& fn_facilitated_diffusion_50(fn_oxidative_phosphorylation_18(X)) = fn_chemiosmosis_17(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_17(fn_oxidative_phosphorylation_71(X)) = fn_chemiosmosis_17(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_17(fn_oxidative_phosphorylation_71(X)) = fn_chemiosmosis_84(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_84(fn_oxidative_phosphorylation_71(X)) = fn_chemiosmosis_63(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_63(fn_oxidative_phosphorylation_71(X)) = fn_chemiosmosis_63(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_63(fn_oxidative_phosphorylation_71(X)) = fn_chemiosmosis_64(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_64(fn_oxidative_phosphorylation_71(X)) = fn_chemiosmosis_64(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_64(fn_oxidative_phosphorylation_71(X)) = fn_chemiosmosis_84(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_84(fn_oxidative_phosphorylation_71(X)) = fn_chemiosmosis_84(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_84(fn_oxidative_phosphorylation_71(X)) = fn_passive_transport_22(fn_oxidative_phosphorylation_18(X))
& fn_chemiosmosis_91(fn_oxidative_phosphorylation_71(X)) = fn_passive_transport_22(fn_oxidative_phosphorylation_18(X))
& fn_passive_transport_22(fn_oxidative_phosphorylation_18(X)) = fn_chemiosmosis_91(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_91(fn_oxidative_phosphorylation_71(X)) = fn_chemiosmosis_91(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_91(fn_oxidative_phosphorylation_71(X)) = fn_reactant_2(fn_oxidative_phosphorylation_6(X))
& fn_reactant_2(fn_oxidative_phosphorylation_6(X)) = fn_reactant_2(fn_oxidative_phosphorylation_6(X))
& fn_reactant_2(fn_oxidative_phosphorylation_6(X)) = fn_chemiosmosis_5(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_5(fn_oxidative_phosphorylation_71(X)) = fn_chemiosmosis_5(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_5(fn_oxidative_phosphorylation_71(X)) = fn_chemiosmosis_99(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_99(fn_oxidative_phosphorylation_71(X)) = fn_passive_transport_10(fn_oxidative_phosphorylation_18(X))
& fn_passive_transport_10(fn_oxidative_phosphorylation_18(X)) = fn_chemiosmosis_99(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_99(fn_oxidative_phosphorylation_71(X)) = fn_chemical_reaction_2(X)
& fn_chemical_reaction_2(X) = fn_chemiosmosis_31(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_31(fn_oxidative_phosphorylation_71(X)) = fn_chemiosmosis_31(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_31(fn_oxidative_phosphorylation_71(X)) = fn_passive_transport_30(fn_oxidative_phosphorylation_18(X))
& fn_passive_transport_30(fn_oxidative_phosphorylation_18(X)) = fn_gradient_5(fn_oxidative_phosphorylation_44(X))
& fn_gradient_5(fn_oxidative_phosphorylation_44(X)) = fn_chemiosmosis_93(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_93(fn_oxidative_phosphorylation_71(X)) = fn_passive_transport_28(fn_oxidative_phosphorylation_18(X))
& fn_passive_transport_28(fn_oxidative_phosphorylation_18(X)) = fn_passive_transport_28(fn_oxidative_phosphorylation_18(X))
& fn_passive_transport_28(fn_oxidative_phosphorylation_18(X)) = fn_chemiosmosis_93(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_93(fn_oxidative_phosphorylation_71(X)) = fn_chemiosmosis_93(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_93(fn_oxidative_phosphorylation_71(X)) = fn_gradient_3(fn_oxidative_phosphorylation_44(X))
& fn_gradient_3(fn_oxidative_phosphorylation_44(X)) = fn_gradient_3(fn_oxidative_phosphorylation_44(X))
& fn_gradient_3(fn_oxidative_phosphorylation_44(X)) = fn_gradient_2(fn_oxidative_phosphorylation_44(X))
& fn_gradient_2(fn_oxidative_phosphorylation_44(X)) = fn_passive_transport_18(fn_oxidative_phosphorylation_18(X))
& fn_passive_transport_18(fn_oxidative_phosphorylation_18(X)) = fn_gradient_2(fn_oxidative_phosphorylation_44(X))
& fn_gradient_2(fn_oxidative_phosphorylation_44(X)) = fn_move_1(fn_oxidative_phosphorylation_24(X))
& fn_move_1(fn_oxidative_phosphorylation_24(X)) = fn_atp_synthase_33(fn_oxidative_phosphorylation_14(X))
& fn_atp_synthase_33(fn_oxidative_phosphorylation_14(X)) = fn_atp_synthase_33(fn_oxidative_phosphorylation_14(X))
& fn_atp_synthase_33(fn_oxidative_phosphorylation_14(X)) = fn_hold_2(fn_oxidative_phosphorylation_58(X))
& fn_hold_2(fn_oxidative_phosphorylation_58(X)) = fn_hold_2(fn_oxidative_phosphorylation_69(X))
& fn_hold_2(fn_oxidative_phosphorylation_69(X)) = fn_chemiosmosis_101(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_101(fn_oxidative_phosphorylation_71(X)) = fn_chemiosmosis_101(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_101(fn_oxidative_phosphorylation_71(X)) = fn_atp_synthase_32(fn_oxidative_phosphorylation_14(X))
& fn_atp_synthase_32(fn_oxidative_phosphorylation_14(X)) = fn_atp_synthase_32(fn_oxidative_phosphorylation_14(X))
& fn_atp_synthase_32(fn_oxidative_phosphorylation_14(X)) = fn_passive_transport_27(fn_oxidative_phosphorylation_18(X))
& fn_chemiosmosis_121(fn_oxidative_phosphorylation_71(X)) = fn_passive_transport_27(fn_oxidative_phosphorylation_18(X))
& fn_passive_transport_27(fn_oxidative_phosphorylation_18(X)) = fn_chemiosmosis_121(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_121(fn_oxidative_phosphorylation_71(X)) = fn_chemiosmosis_121(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_121(fn_oxidative_phosphorylation_71(X)) = fn_gradient_1(fn_oxidative_phosphorylation_44(X))
& fn_gradient_1(fn_oxidative_phosphorylation_44(X)) = fn_gradient_1(fn_oxidative_phosphorylation_44(X))
& fn_gradient_1(fn_oxidative_phosphorylation_44(X)) = fn_move_1(fn_oxidative_phosphorylation_40(X))
& fn_move_1(fn_oxidative_phosphorylation_40(X)) = fn_protein_complex_1(fn_oxidative_phosphorylation_14(X))
& fn_protein_complex_1(fn_oxidative_phosphorylation_14(X)) = fn_protein_complex_1(fn_oxidative_phosphorylation_14(X))
& fn_protein_complex_1(fn_oxidative_phosphorylation_14(X)) = fn_atp_synthase_13(fn_oxidative_phosphorylation_14(X))
& fn_atp_synthase_13(fn_oxidative_phosphorylation_14(X)) = fn_atp_synthase_13(fn_oxidative_phosphorylation_14(X))
& fn_atp_synthase_13(fn_oxidative_phosphorylation_14(X)) = fn_plasma_membrane_4(fn_oxidative_phosphorylation_7(X))
& fn_plasma_membrane_4(fn_oxidative_phosphorylation_7(X)) = fn_hold_1(fn_oxidative_phosphorylation_58(X))
& fn_hold_1(fn_oxidative_phosphorylation_58(X)) = fn_hold_1(fn_oxidative_phosphorylation_69(X))
& fn_hold_1(fn_oxidative_phosphorylation_69(X)) = fn_chemiosmosis_103(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_103(fn_oxidative_phosphorylation_71(X)) = fn_chemiosmosis_103(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_103(fn_oxidative_phosphorylation_71(X)) = fn_plasma_membrane_3(fn_oxidative_phosphorylation_7(X))
& fn_plasma_membrane_3(fn_oxidative_phosphorylation_7(X)) = fn_chemiosmosis_117(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_117(fn_oxidative_phosphorylation_71(X)) = fn_chemiosmosis_117(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_117(fn_oxidative_phosphorylation_71(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_oxidative_phosphorylation_17(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_oxidative_phosphorylation_17(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_oxidative_phosphorylation_32(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_oxidative_phosphorylation_32(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_oxidative_phosphorylation_31(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_oxidative_phosphorylation_31(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_oxidative_phosphorylation_47(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_oxidative_phosphorylation_47(X)) = fn_chemiosmosis_122(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_122(fn_oxidative_phosphorylation_71(X)) = fn_chemiosmosis_122(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_122(fn_oxidative_phosphorylation_71(X)) = fn_concentration_gradient_6(fn_oxidative_phosphorylation_44(X))
& fn_concentration_gradient_6(fn_oxidative_phosphorylation_44(X)) = fn_concentration_gradient_6(fn_oxidative_phosphorylation_44(X))
& fn_concentration_gradient_6(fn_oxidative_phosphorylation_44(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(fn_oxidative_phosphorylation_17(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_4(fn_oxidative_phosphorylation_17(X)) = fn_passive_transport_14(fn_oxidative_phosphorylation_18(X))
& fn_chemiosmosis_12(fn_oxidative_phosphorylation_71(X)) = fn_passive_transport_14(fn_oxidative_phosphorylation_18(X))
& fn_passive_transport_14(fn_oxidative_phosphorylation_18(X)) = fn_chemiosmosis_12(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_12(fn_oxidative_phosphorylation_71(X)) = fn_active_movement_of_ions_25(fn_oxidative_phosphorylation_17(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_oxidative_phosphorylation_17(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_oxidative_phosphorylation_17(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_oxidative_phosphorylation_17(X)) = fn_active_movement_of_ions_25(fn_oxidative_phosphorylation_17(X))
& fn_active_movement_of_ions_25(fn_oxidative_phosphorylation_17(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_oxidative_phosphorylation_17(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_oxidative_phosphorylation_17(X)) = fn_electron_transport_chain_pathway_1(fn_oxidative_phosphorylation_10(X))
& fn_electron_transport_chain_pathway_1(fn_oxidative_phosphorylation_10(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_oxidative_phosphorylation_17(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_oxidative_phosphorylation_17(X)) = fn_passive_transport_24(fn_oxidative_phosphorylation_18(X))
& fn_passive_transport_24(fn_oxidative_phosphorylation_18(X)) = fn_passive_transport_24(fn_oxidative_phosphorylation_18(X))
& fn_passive_transport_24(fn_oxidative_phosphorylation_18(X)) = fn_facilitated_diffusion_55(fn_oxidative_phosphorylation_18(X))
& fn_facilitated_diffusion_55(fn_oxidative_phosphorylation_18(X)) = fn_passive_transport_24(fn_oxidative_phosphorylation_18(X))
& fn_passive_transport_24(fn_oxidative_phosphorylation_18(X)) = fn_chemiosmosis_107(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_107(fn_oxidative_phosphorylation_71(X)) = fn_facilitated_diffusion_55(fn_oxidative_phosphorylation_18(X))
& fn_facilitated_diffusion_55(fn_oxidative_phosphorylation_18(X)) = fn_chemiosmosis_107(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_107(fn_oxidative_phosphorylation_71(X)) = fn_chemiosmosis_107(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_107(fn_oxidative_phosphorylation_71(X)) = fn_active_transport_22(fn_oxidative_phosphorylation_17(X))
& fn_active_transport_22(fn_oxidative_phosphorylation_47(X)) = fn_active_transport_22(fn_oxidative_phosphorylation_17(X))
& fn_active_transport_22(fn_oxidative_phosphorylation_17(X)) = fn_active_transport_22(fn_oxidative_phosphorylation_47(X))
& fn_active_transport_22(fn_oxidative_phosphorylation_47(X)) = fn_active_transport_22(fn_oxidative_phosphorylation_47(X))
& fn_active_transport_22(fn_oxidative_phosphorylation_47(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_oxidative_phosphorylation_17(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_oxidative_phosphorylation_17(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_oxidative_phosphorylation_17(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_oxidative_phosphorylation_17(X)) = fn_chemiosmosis_123(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_123(fn_oxidative_phosphorylation_71(X)) = fn_concentration_gradient_8(fn_oxidative_phosphorylation_44(X))
& fn_concentration_gradient_8(fn_oxidative_phosphorylation_44(X)) = fn_concentration_gradient_8(fn_oxidative_phosphorylation_44(X))
& fn_concentration_gradient_8(fn_oxidative_phosphorylation_44(X)) = fn_concentration_gradient_9(fn_oxidative_phosphorylation_44(X))
& fn_active_transport_20(fn_oxidative_phosphorylation_47(X)) = fn_active_transport_20(fn_oxidative_phosphorylation_47(X))
& fn_active_transport_20(fn_oxidative_phosphorylation_17(X)) = fn_concentration_gradient_9(fn_oxidative_phosphorylation_44(X))
& fn_concentration_gradient_9(fn_oxidative_phosphorylation_44(X)) = fn_active_transport_20(fn_oxidative_phosphorylation_47(X))
& fn_active_transport_20(fn_oxidative_phosphorylation_47(X)) = fn_facilitated_diffusion_of_ion_29(fn_oxidative_phosphorylation_18(X))
& fn_facilitated_diffusion_of_ion_29(fn_oxidative_phosphorylation_18(X)) = fn_facilitated_diffusion_of_ion_29(fn_oxidative_phosphorylation_18(X))
& fn_facilitated_diffusion_of_ion_29(fn_oxidative_phosphorylation_18(X)) = fn_active_transport_20(fn_oxidative_phosphorylation_47(X))
& fn_active_transport_20(fn_oxidative_phosphorylation_17(X)) = fn_active_transport_20(fn_oxidative_phosphorylation_47(X))
& fn_active_transport_20(fn_oxidative_phosphorylation_47(X)) = fn_active_transport_20(fn_oxidative_phosphorylation_17(X))
& fn_active_transport_20(fn_oxidative_phosphorylation_17(X)) = fn_facilitated_diffusion_of_ion_29(fn_oxidative_phosphorylation_18(X))
& fn_facilitated_diffusion_of_ion_29(fn_oxidative_phosphorylation_18(X)) = fn_active_transport_21(fn_oxidative_phosphorylation_17(X))
& fn_facilitated_diffusion_of_ion_23(fn_oxidative_phosphorylation_18(X)) = fn_facilitated_diffusion_of_ion_23(fn_oxidative_phosphorylation_18(X))
& fn_facilitated_diffusion_of_ion_23(fn_oxidative_phosphorylation_18(X)) = fn_active_transport_21(fn_oxidative_phosphorylation_47(X))
& fn_active_transport_21(fn_oxidative_phosphorylation_17(X)) = fn_active_transport_21(fn_oxidative_phosphorylation_47(X))
& fn_active_transport_21(fn_oxidative_phosphorylation_47(X)) = fn_active_transport_21(fn_oxidative_phosphorylation_17(X))
& fn_active_transport_21(fn_oxidative_phosphorylation_17(X)) = fn_facilitated_diffusion_of_ion_23(fn_oxidative_phosphorylation_18(X))
& fn_facilitated_diffusion_of_ion_23(fn_oxidative_phosphorylation_18(X)) = fn_active_transport_25(fn_oxidative_phosphorylation_47(X))
& fn_facilitated_diffusion_of_ion_26(fn_oxidative_phosphorylation_18(X)) = fn_facilitated_diffusion_of_ion_26(fn_oxidative_phosphorylation_18(X))
& fn_facilitated_diffusion_of_ion_26(fn_oxidative_phosphorylation_18(X)) = fn_active_transport_25(fn_oxidative_phosphorylation_47(X))
& fn_active_transport_25(fn_oxidative_phosphorylation_47(X)) = fn_active_transport_25(fn_oxidative_phosphorylation_17(X))
& fn_active_transport_25(fn_oxidative_phosphorylation_17(X)) = fn_facilitated_diffusion_of_ion_26(fn_oxidative_phosphorylation_18(X))
& fn_facilitated_diffusion_of_ion_26(fn_oxidative_phosphorylation_18(X)) = fn_facilitated_diffusion_49(fn_oxidative_phosphorylation_18(X))
& fn_facilitated_diffusion_49(fn_oxidative_phosphorylation_18(X)) = fn_passive_transport_25(fn_oxidative_phosphorylation_18(X))
& fn_passive_transport_25(fn_oxidative_phosphorylation_18(X)) = fn_facilitated_diffusion_49(fn_oxidative_phosphorylation_18(X))
& fn_facilitated_diffusion_49(fn_oxidative_phosphorylation_18(X)) = fn_facilitated_diffusion_49(fn_oxidative_phosphorylation_18(X))
& fn_chemiosmosis_116(fn_oxidative_phosphorylation_71(X)) = fn_facilitated_diffusion_49(fn_oxidative_phosphorylation_18(X))
& fn_facilitated_diffusion_49(fn_oxidative_phosphorylation_18(X)) = fn_chemiosmosis_116(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_116(fn_oxidative_phosphorylation_71(X)) = fn_chemiosmosis_116(fn_oxidative_phosphorylation_71(X))
& fn_chemiosmosis_116(fn_oxidative_phosphorylation_71(X)) = fn_active_transport_18(fn_oxidative_phosphorylation_47(X))
& fn_active_transport_18(fn_oxidative_phosphorylation_47(X)) = fn_active_transport_18(fn_oxidative_phosphorylation_47(X))
& fn_active_movement_of_ions_19(fn_oxidative_phosphorylation_17(X)) = fn_active_transport_18(fn_oxidative_phosphorylation_47(X))
& fn_active_transport_18(fn_oxidative_phosphorylation_47(X)) = fn_active_movement_of_ions_19(fn_oxidative_phosphorylation_17(X))
& fn_active_movement_of_ions_19(fn_oxidative_phosphorylation_17(X)) = fn_active_movement_of_ions_19(fn_oxidative_phosphorylation_17(X)) ) ) ).
fof(a531480,axiom,
! [X] :
( oxidizing_agent_1(X)
=> ( original_name_2(X,'Oxidizing-Agent')
& user_description_2(X,'The molecule that accepts electrons in a redox reaction.')
& concept2words_2(X,'oxidizing agent')
& concept2words_2(X,'oxidising agent')
& concept2words_2(X,'oxidising-agent')
& concept2words_2(X,'oxidizing-agent')
& role_1(X)
& chemical_entity_1(fn_oxidizing_agent_1(X))
& oxidation_1(fn_oxidizing_agent_2(X))
& plays_2(fn_oxidizing_agent_1(X),X)
& recipient_2(fn_oxidizing_agent_2(X),fn_oxidizing_agent_1(X))
& in_event_2(X,fn_oxidizing_agent_2(X)) ) ) ).
fof(a531481,axiom,
! [X] :
( oxidoreductase_1(X)
=> ( original_name_2(X,'Oxidoreductase')
& user_description_2(X,'Enzymes which catalyze oxidation/reduction reactions.')
& concept2words_2(X,oxidoreductase)
& protein_enzyme_1(X)
& carbon_1(fn_oxidoreductase_3(X))
& monomer_1(fn_oxidoreductase_4(X))
& atom_1(fn_oxidoreductase_5(X))
& chemical_entity_1(fn_oxidoreductase_5(X))
& size_value_1(fn_oxidoreductase_6(X))
& chemical_bond_1(fn_oxidoreductase_7(X))
& covalent_bond_1(fn_oxidoreductase_7(X))
& size_value_1(fn_oxidoreductase_8(X))
& iron_1(fn_oxidoreductase_9(X))
& cofactor_1(fn_oxidoreductase_10(X))
& chemical_reaction_1(fn_oxidoreductase_11(X))
& carbon_skeleton_1(fn_oxidoreductase_12(X))
& chemical_entity_1(fn_cofactor_1(fn_oxidoreductase_10(X)))
& carbon_1(fn_carbon_skeleton_4(fn_oxidoreductase_12(X)))
& atom_1(fn_carbon_skeleton_2(fn_oxidoreductase_12(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_oxidoreductase_12(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_oxidoreductase_12(X)))
& in_event_2(fn_oxidoreductase_10(X),fn_oxidoreductase_11(X))
& plays_2(fn_oxidoreductase_9(X),fn_oxidoreductase_10(X))
& has_function_2(X,fn_oxidoreductase_11(X))
& possesses_2(X,fn_oxidoreductase_7(X))
& the_scalar_value_2(fn_oxidoreductase_6(X),big_0)
& scalar_unit_class_2(fn_oxidoreductase_6(X),polypeptide_0)
& size_2(X,fn_oxidoreductase_6(X))
& greater_than_2(fn_oxidoreductase_6(X),fn_oxidoreductase_8(X))
& size_2(fn_oxidoreductase_4(X),fn_oxidoreductase_8(X))
& has_part_2(X,fn_oxidoreductase_4(X))
& has_part_2(X,fn_oxidoreductase_5(X))
& is_inside_2(fn_oxidoreductase_3(X),fn_oxidoreductase_12(X))
& has_part_2(X,fn_oxidoreductase_3(X))
& has_region_2(X,fn_oxidoreductase_12(X))
& fn_oxidoreductase_5(X) != fn_oxidoreductase_3(X)
& fn_oxidoreductase_3(X) != fn_oxidoreductase_5(X)
& fn_oxidoreductase_9(X) = fn_cofactor_1(fn_oxidoreductase_10(X))
& fn_oxidoreductase_11(X) = fn_enzyme_4(X)
& fn_oxidoreductase_7(X) = fn_molecule_10(X)
& fn_oxidoreductase_7(X) = fn_polymer_1(X)
& fn_oxidoreductase_2(X) = fn_protein_10(X)
& fn_oxidoreductase_5(X) = fn_protein_enzyme_8(X)
& fn_oxidoreductase_4(X) = fn_polymer_4(X)
& fn_oxidoreductase_4(X) = fn_protein_enzyme_9(X)
& fn_oxidoreductase_8(X) = fn_protein_enzyme_4(X)
& fn_oxidoreductase_6(X) = fn_protein_9(X)
& fn_oxidoreductase_6(X) = fn_protein_enzyme_3(X)
& X = fn_carbon_skeleton_3(fn_oxidoreductase_12(X))
& fn_oxidoreductase_5(X) = fn_carbon_skeleton_2(fn_oxidoreductase_12(X))
& fn_oxidoreductase_3(X) = fn_carbon_skeleton_4(fn_oxidoreductase_12(X))
& fn_molecule_10(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_carbon_skeleton_2(fn_oxidoreductase_12(X))
& fn_carbon_skeleton_2(fn_oxidoreductase_12(X)) = fn_carbon_skeleton_2(fn_oxidoreductase_12(X))
& fn_carbon_skeleton_3(fn_oxidoreductase_12(X)) = fn_carbon_skeleton_3(fn_oxidoreductase_12(X)) ) ) ).
fof(a531482,axiom,
! [X] :
( oxygen_1(X)
=> ( original_name_2(X,'Oxygen')
& user_description_2(X,'Oxygen is a non metal atom with atomic number 8. It is represented by the symbol O.')
& concept2words_2(X,'O')
& concept2words_2(X,oxygen)
& non_metal_atom_1(X)
& ~ copper_1(X)
& ~ iron_1(X)
& ~ magnesium_1(X)
& ~ calcium_1(X)
& ~ carbon_1(X)
& ~ hydrogen_1(X)
& ~ nitrogen_1(X)
& ~ phosphorus_1(X)
& ~ potassium_1(X)
& ~ sulfur_1(X)
& valence_electron_1(fn_oxygen_1(X))
& neutron_1(fn_oxygen_2(X))
& valence_value_1(fn_oxygen_3(X))
& electronegativity_value_1(fn_oxygen_5(X))
& quantity_value_1(fn_oxygen_7(X))
& valence_electron_1(fn_oxygen_8(X))
& quantity_value_1(fn_oxygen_13(X))
& atomic_weight_value_1(fn_oxygen_16(X))
& atomic_number_value_1(fn_oxygen_17(X))
& proton_1(fn_oxygen_18(X))
& quantity_value_1(fn_oxygen_19(X))
& system_1(fn_oxygen_21(X))
& the_cardinal_value_2(fn_oxygen_16(X),"16")
& cardinal_unit_class_2(fn_oxygen_16(X),dalton_0)
& the_cardinal_value_2(fn_oxygen_17(X),"8")
& cardinal_unit_class_2(fn_oxygen_17(X),unity_0)
& the_cardinal_value_2(fn_oxygen_7(X),"6")
& cardinal_unit_class_2(fn_oxygen_7(X),unity_0)
& quantity_2(fn_oxygen_1(X),fn_oxygen_13(X))
& has_part_2(X,fn_oxygen_1(X))
& has_part_2(X,fn_oxygen_2(X))
& exactCardinality(X,has_part_0,"8",electron_0)
& exactCardinality(X,has_part_0,"8",proton_0)
& maxCardinality(X,has_part_0,"10",neutron_0)
& minCardinality(X,has_part_0,"8",neutron_0)
& valence_2(X,fn_oxygen_3(X))
& electronegativity_2(X,fn_oxygen_5(X))
& the_cardinal_value_2(fn_oxygen_3(X),"2.0e0")
& cardinal_unit_class_2(fn_oxygen_3(X),unity_0)
& the_cardinal_value_2(fn_oxygen_5(X),"3.44")
& cardinal_unit_class_2(fn_oxygen_5(X),unity_0)
& has_part_2(X,fn_oxygen_8(X))
& quantity_2(fn_oxygen_8(X),fn_oxygen_7(X))
& atomic_number_2(X,fn_oxygen_17(X))
& atomic_weight_2(X,fn_oxygen_16(X))
& called_2(fn_oxygen_13(X),'Number_Electron')
& called_2(fn_oxygen_17(X),'Atomic_Number')
& fn_oxygen_19(X) = fn_oxygen_17(X)
& fn_oxygen_17(X) = fn_oxygen_19(X)
& called_2(fn_oxygen_19(X),'Number_Proton')
& fn_oxygen_13(X) = fn_oxygen_19(X)
& fn_oxygen_19(X) = fn_oxygen_13(X)
& fn_oxygen_9(X) = fn_atom_1(X)
& fn_oxygen_7(X) = fn_atom_5(X)
& fn_oxygen_8(X) = fn_atom_14(X)
& fn_oxygen_14(X) = fn_atom_12(X)
& fn_oxygen_12(X) = fn_atom_10(X)
& fn_oxygen_11(X) = fn_atom_1(X)
& fn_oxygen_15(X) = fn_atom_13(X)
& fn_oxygen_16(X) = fn_atom_16(X)
& fn_oxygen_10(X) = fn_atom_2(X)
& fn_oxygen_21(X) = fn_atom_3(X)
& fn_oxygen_20(X) = fn_atom_4(X)
& fn_oxygen_17(X) = fn_atom_17(X)
& fn_oxygen_13(X) = fn_atom_5(X)
& fn_oxygen_19(X) = fn_atom_11(X)
& fn_oxygen_18(X) = fn_atom_8(X) ) ) ).
fof(a531483,axiom,
! [X] :
( oxygen_16_1(X)
=> ( original_name_2(X,'Oxygen-16')
& user_description_2(X,'This is one of the Oxygen isotopes that possess eight neutrons.')
& concept2words_2(X,'16 of oxygen')
& concept2words_2(X,'oxygen 16')
& concept2words_2(X,'oxygen-16')
& oxygen_isotope_1(X)
& neutron_1(fn_oxygen_16_1(X))
& atomic_mass_value_1(fn_oxygen_16_2(X))
& atomic_weight_value_1(fn_oxygen_16_5(X))
& the_cardinal_value_2(fn_oxygen_16_5(X),"15.995e0")
& cardinal_unit_class_2(fn_oxygen_16_5(X),dalton_0)
& the_cardinal_value_2(fn_oxygen_16_2(X),"16.0e0")
& cardinal_unit_class_2(fn_oxygen_16_2(X),unity_0)
& has_part_2(X,fn_oxygen_16_1(X))
& exactCardinality(X,has_part_0,"8",neutron_0)
& mass_number_2(X,fn_oxygen_16_2(X))
& atomic_weight_2(X,fn_oxygen_16_5(X))
& fn_oxygen_16_4(X) = fn_atom_13(X)
& fn_oxygen_16_5(X) = fn_atom_16(X) ) ) ).
fof(a531484,axiom,
! [X] :
( oxygen_18_1(X)
=> ( original_name_2(X,'Oxygen-18')
& user_description_2(X,'This is one of the Oxygenn isotopes that possess ten neutrons.')
& concept2words_2(X,'18 of oxygen')
& concept2words_2(X,'oxygen 18')
& concept2words_2(X,'oxygen-18')
& oxygen_isotope_1(X)
& atomic_mass_value_1(fn_oxygen_18_2(X))
& neutron_1(fn_oxygen_18_3(X))
& atomic_weight_value_1(fn_oxygen_18_5(X))
& the_cardinal_value_2(fn_oxygen_18_5(X),"17.999e0")
& cardinal_unit_class_2(fn_oxygen_18_5(X),dalton_0)
& has_part_2(X,fn_oxygen_18_3(X))
& exactCardinality(X,has_part_0,"10",neutron_0)
& mass_number_2(X,fn_oxygen_18_2(X))
& the_cardinal_value_2(fn_oxygen_18_2(X),"18.0e0")
& cardinal_unit_class_2(fn_oxygen_18_2(X),unity_0)
& atomic_weight_2(X,fn_oxygen_18_5(X))
& fn_oxygen_18_4(X) = fn_atom_13(X)
& fn_oxygen_18_5(X) = fn_atom_16(X) ) ) ).
fof(a531485,axiom,
! [X] :
( oxygen_cycle_1(X)
=> ( original_name_2(X,'Oxygen-Cycle')
& user_description_2(X,'The cycling of oxygen through the biotic and abiotic components of ecosystems.')
& concept2words_2(X,'undergo the oxygen cycle')
& concept2words_2(X,'cycle of oxygen')
& concept2words_2(X,'oxygen cycle')
& concept2words_2(X,'oxygen-cycle')
& global_biogeochemical_cycle_1(X)
& oxygen_molecule_1(fn_oxygen_cycle_1(X))
& object_2(X,fn_oxygen_cycle_1(X))
& fn_oxygen_cycle_1(X) = fn_biogeochemical_cycle_1(X) ) ) ).
fof(a531486,axiom,
! [X] :
( oxygen_isotope_1(X)
=> ( original_name_2(X,'Oxygen-Isotope')
& user_description_2(X,'Different types of atoms of the same oxygen, each having a different number of neutrons.')
& concept2words_2(X,'isotope of oxygen')
& concept2words_2(X,'oxygen isotope')
& concept2words_2(X,'oxygen-isotope')
& non_metal_atom_1(X)
& isotope_1(X)
& oxygen_1(fn_oxygen_isotope_1(X))
& valence_value_1(fn_oxygen_isotope_2(X))
& valence_electron_1(fn_oxygen_isotope_3(X))
& electron_1(fn_oxygen_isotope_6(X))
& atomic_number_value_1(fn_oxygen_isotope_7(X))
& the_cardinal_value_2(fn_oxygen_isotope_7(X),"8.0e0")
& cardinal_unit_class_2(fn_oxygen_isotope_7(X),unity_0)
& the_cardinal_value_2(fn_oxygen_isotope_2(X),"2.0e0")
& cardinal_unit_class_2(fn_oxygen_isotope_2(X),unity_0)
& has_isotope_2(fn_oxygen_isotope_1(X),X)
& has_state_2(fn_oxygen_isotope_1(X),X)
& has_part_2(X,fn_oxygen_isotope_3(X))
& exactCardinality(X,has_part_0,"8",electron_0)
& exactCardinality(X,has_part_0,"8",proton_0)
& minCardinality(X,has_part_0,"8",neutron_0)
& maxCardinality(X,has_part_0,"10",neutron_0)
& valence_2(X,fn_oxygen_isotope_2(X))
& has_part_2(X,fn_oxygen_isotope_6(X))
& atomic_number_2(X,fn_oxygen_isotope_7(X))
& called_2(fn_oxygen_isotope_7(X),'Atomic_Number')
& fn_oxygen_isotope_5(X) = fn_atom_12(X)
& fn_oxygen_isotope_6(X) = fn_atom_14(X)
& fn_oxygen_isotope_7(X) = fn_atom_17(X) ) ) ).
fof(a531487,axiom,
! [X] :
( oxygen_molecule_1(X)
=> ( original_name_2(X,'Oxygen-Molecule')
& user_description_2(X,'There are two atoms of oxygen in an oxygen molecule.')
& concept2words_2(X,'molecular oxygen')
& concept2words_2(X,'oxygen gas')
& concept2words_2(X,o2)
& concept2words_2(X,'molecule of oxygen')
& concept2words_2(X,'oxygen molecule')
& concept2words_2(X,'oxygen-molecule')
& nonpolar_molecule_1(X)
& inorganic_molecule_1(X)
& ~ hydrogen_molecule_1(X)
& ~ hydrogen_sulfide_1(X)
& ~ inorganic_acid_1(X)
& ~ inorganic_ion_1(X)
& ~ nitric_oxide_1(X)
& ~ sulfur_dioxide_1(X)
& valence_electron_1(fn_oxygen_molecule_1(X))
& center_1(fn_oxygen_molecule_2(X))
& electron_shell_1(fn_oxygen_molecule_3(X))
& electron_1(fn_oxygen_molecule_4(X))
& valence_electron_1(fn_oxygen_molecule_4(X))
& double_bond_1(fn_oxygen_molecule_5(X))
& center_1(fn_oxygen_molecule_7(X))
& electron_shell_1(fn_oxygen_molecule_8(X))
& electronegativity_value_1(fn_oxygen_molecule_9(X))
& hold_together_1(fn_oxygen_molecule_11(X))
& equal_sharing_1(fn_oxygen_molecule_12(X))
& electronegativity_value_1(fn_oxygen_molecule_13(X))
& hold_1(fn_oxygen_molecule_14(X))
& hold_together_1(fn_oxygen_molecule_14(X))
& oxygen_1(fn_oxygen_molecule_15(X))
& oxygen_1(fn_oxygen_molecule_16(X))
& hold_together_1(fn_oxygen_molecule_17(X))
& property_node_1(fn_nonpolar_covalent_bond_4(fn_oxygen_molecule_5(X)))
& property_node_1(fn_nonpolar_covalent_bond_3(fn_oxygen_molecule_5(X)))
& electronegativity_value_1(fn_nonpolar_covalent_bond_1(fn_oxygen_molecule_5(X)))
& electronegativity_value_1(fn_nonpolar_covalent_bond_2(fn_oxygen_molecule_5(X)))
& entity_1(fn_nonpolar_covalent_bond_28(fn_oxygen_molecule_5(X)))
& chemical_entity_1(fn_nonpolar_covalent_bond_28(fn_oxygen_molecule_5(X)))
& atom_1(fn_nonpolar_covalent_bond_28(fn_oxygen_molecule_5(X)))
& hold_together_1(fn_nonpolar_covalent_bond_5(fn_oxygen_molecule_5(X)))
& electron_1(fn_nonpolar_covalent_bond_26(fn_oxygen_molecule_5(X)))
& valence_electron_1(fn_nonpolar_covalent_bond_26(fn_oxygen_molecule_5(X)))
& valence_electron_1(fn_nonpolar_covalent_bond_22(fn_oxygen_molecule_5(X)))
& equal_sharing_1(fn_nonpolar_covalent_bond_27(fn_oxygen_molecule_5(X)))
& electron_shell_1(fn_atom_9(fn_oxygen_molecule_15(X)))
& electron_shell_1(fn_nonpolar_covalent_bond_25(fn_oxygen_molecule_5(X)))
& electron_shell_1(fn_nonpolar_covalent_bond_21(fn_oxygen_molecule_5(X)))
& center_1(fn_nonpolar_covalent_bond_20(fn_oxygen_molecule_5(X)))
& center_1(fn_nonpolar_covalent_bond_24(fn_oxygen_molecule_5(X)))
& tangible_entity_1(fn_hold_2(fn_oxygen_molecule_14(X)))
& entity_1(fn_nonpolar_covalent_bond_29(fn_oxygen_molecule_5(X)))
& chemical_entity_1(fn_nonpolar_covalent_bond_29(fn_oxygen_molecule_5(X)))
& atom_1(fn_nonpolar_covalent_bond_29(fn_oxygen_molecule_5(X)))
& the_scalar_value_2(fn_oxygen_molecule_9(X),high_0)
& scalar_unit_class_2(fn_oxygen_molecule_9(X),atom_0)
& the_scalar_value_2(fn_oxygen_molecule_13(X),high_0)
& scalar_unit_class_2(fn_oxygen_molecule_13(X),atom_0)
& object_2(fn_oxygen_molecule_14(X),fn_oxygen_molecule_15(X))
& has_part_2(X,fn_oxygen_molecule_15(X))
& object_2(fn_oxygen_molecule_14(X),fn_oxygen_molecule_16(X))
& has_part_2(X,fn_oxygen_molecule_16(X))
& possesses_2(X,fn_oxygen_molecule_5(X))
& has_region_2(fn_oxygen_molecule_15(X),fn_oxygen_molecule_8(X))
& has_region_2(fn_oxygen_molecule_16(X),fn_oxygen_molecule_7(X))
& has_region_2(fn_oxygen_molecule_16(X),fn_oxygen_molecule_8(X))
& has_region_2(fn_oxygen_molecule_15(X),fn_oxygen_molecule_2(X))
& object_2(fn_oxygen_molecule_17(X),fn_oxygen_molecule_16(X))
& object_2(fn_oxygen_molecule_11(X),fn_oxygen_molecule_15(X))
& is_between_2(fn_oxygen_molecule_5(X),fn_oxygen_molecule_15(X))
& agent_2(fn_oxygen_molecule_12(X),fn_oxygen_molecule_15(X))
& fn_oxygen_molecule_16(X) != fn_oxygen_molecule_15(X)
& fn_oxygen_molecule_15(X) != fn_oxygen_molecule_16(X)
& has_region_2(fn_oxygen_molecule_16(X),fn_oxygen_molecule_3(X))
& has_part_2(fn_oxygen_molecule_16(X),fn_oxygen_molecule_4(X))
& agent_2(fn_oxygen_molecule_12(X),fn_oxygen_molecule_16(X))
& object_2(fn_oxygen_molecule_17(X),fn_oxygen_molecule_15(X))
& object_2(fn_oxygen_molecule_11(X),fn_oxygen_molecule_16(X))
& electronegativity_2(fn_oxygen_molecule_15(X),fn_oxygen_molecule_13(X))
& has_region_2(fn_oxygen_molecule_15(X),fn_oxygen_molecule_3(X))
& fn_oxygen_molecule_8(X) != fn_oxygen_molecule_3(X)
& fn_oxygen_molecule_3(X) != fn_oxygen_molecule_8(X)
& electronegativity_2(fn_oxygen_molecule_16(X),fn_oxygen_molecule_9(X))
& fn_oxygen_molecule_13(X) = fn_oxygen_molecule_9(X)
& fn_oxygen_molecule_9(X) = fn_oxygen_molecule_13(X)
& is_between_2(fn_oxygen_molecule_5(X),fn_oxygen_molecule_16(X))
& has_region_2(fn_oxygen_molecule_16(X),fn_oxygen_molecule_2(X))
& fn_oxygen_molecule_2(X) != fn_oxygen_molecule_7(X)
& has_region_2(fn_oxygen_molecule_15(X),fn_oxygen_molecule_7(X))
& fn_oxygen_molecule_7(X) != fn_oxygen_molecule_2(X)
& object_2(fn_oxygen_molecule_12(X),fn_oxygen_molecule_4(X))
& has_function_2(fn_oxygen_molecule_5(X),fn_oxygen_molecule_14(X))
& agent_2(fn_oxygen_molecule_14(X),fn_oxygen_molecule_5(X))
& result_2(fn_oxygen_molecule_12(X),fn_oxygen_molecule_5(X))
& fn_oxygen_molecule_16(X) = fn_hold_2(fn_oxygen_molecule_14(X))
& fn_oxygen_molecule_16(X) = fn_molecule_7(X)
& fn_oxygen_molecule_5(X) = fn_nonpolar_molecule_3(X)
& fn_oxygen_molecule_8(X) = fn_atom_9(fn_oxygen_molecule_15(X))
& fn_oxygen_molecule_7(X) = fn_nonpolar_covalent_bond_24(fn_oxygen_molecule_5(X))
& fn_oxygen_molecule_2(X) = fn_nonpolar_covalent_bond_20(fn_oxygen_molecule_5(X))
& fn_oxygen_molecule_3(X) = fn_nonpolar_covalent_bond_25(fn_oxygen_molecule_5(X))
& fn_oxygen_molecule_17(X) = fn_nonpolar_covalent_bond_5(fn_oxygen_molecule_5(X))
& fn_oxygen_molecule_11(X) = fn_nonpolar_covalent_bond_5(fn_oxygen_molecule_5(X))
& fn_oxygen_molecule_10(X) = fn_nonpolar_covalent_bond_4(fn_oxygen_molecule_5(X))
& fn_oxygen_molecule_8(X) = fn_nonpolar_covalent_bond_25(fn_oxygen_molecule_5(X))
& fn_oxygen_molecule_3(X) = fn_nonpolar_covalent_bond_21(fn_oxygen_molecule_5(X))
& fn_oxygen_molecule_6(X) = fn_nonpolar_covalent_bond_3(fn_oxygen_molecule_5(X))
& fn_oxygen_molecule_13(X) = fn_nonpolar_covalent_bond_1(fn_oxygen_molecule_5(X))
& fn_oxygen_molecule_9(X) = fn_nonpolar_covalent_bond_2(fn_oxygen_molecule_5(X))
& fn_oxygen_molecule_15(X) = fn_nonpolar_covalent_bond_28(fn_oxygen_molecule_5(X))
& fn_oxygen_molecule_7(X) = fn_nonpolar_covalent_bond_20(fn_oxygen_molecule_5(X))
& fn_oxygen_molecule_2(X) = fn_nonpolar_covalent_bond_24(fn_oxygen_molecule_5(X))
& fn_oxygen_molecule_16(X) = fn_nonpolar_covalent_bond_29(fn_oxygen_molecule_5(X))
& fn_oxygen_molecule_14(X) = fn_nonpolar_covalent_bond_5(fn_oxygen_molecule_5(X))
& fn_oxygen_molecule_4(X) = fn_nonpolar_covalent_bond_26(fn_oxygen_molecule_5(X))
& fn_oxygen_molecule_1(X) = fn_nonpolar_covalent_bond_22(fn_oxygen_molecule_5(X))
& fn_oxygen_molecule_12(X) = fn_nonpolar_covalent_bond_27(fn_oxygen_molecule_5(X))
& fn_atom_9(fn_oxygen_molecule_15(X)) = fn_nonpolar_covalent_bond_25(fn_oxygen_molecule_5(X))
& fn_nonpolar_covalent_bond_25(fn_oxygen_molecule_5(X)) = fn_nonpolar_covalent_bond_25(fn_oxygen_molecule_5(X))
& fn_nonpolar_covalent_bond_25(fn_oxygen_molecule_5(X)) = fn_nonpolar_covalent_bond_21(fn_oxygen_molecule_5(X))
& fn_nonpolar_covalent_bond_21(fn_oxygen_molecule_5(X)) = fn_nonpolar_covalent_bond_21(fn_oxygen_molecule_5(X))
& fn_nonpolar_covalent_bond_21(fn_oxygen_molecule_5(X)) = fn_nonpolar_covalent_bond_24(fn_oxygen_molecule_5(X))
& fn_nonpolar_covalent_bond_24(fn_oxygen_molecule_5(X)) = fn_nonpolar_covalent_bond_20(fn_oxygen_molecule_5(X))
& fn_nonpolar_covalent_bond_20(fn_oxygen_molecule_5(X)) = fn_nonpolar_covalent_bond_20(fn_oxygen_molecule_5(X))
& fn_nonpolar_covalent_bond_20(fn_oxygen_molecule_5(X)) = fn_nonpolar_covalent_bond_24(fn_oxygen_molecule_5(X))
& fn_nonpolar_covalent_bond_24(fn_oxygen_molecule_5(X)) = fn_nonpolar_covalent_bond_24(fn_oxygen_molecule_5(X))
& fn_nonpolar_covalent_bond_24(fn_oxygen_molecule_5(X)) = fn_hold_2(fn_oxygen_molecule_14(X))
& fn_hold_2(fn_oxygen_molecule_14(X)) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_nonpolar_covalent_bond_29(fn_oxygen_molecule_5(X))
& fn_nonpolar_covalent_bond_29(fn_oxygen_molecule_5(X)) = fn_nonpolar_covalent_bond_29(fn_oxygen_molecule_5(X)) ) ) ).
fof(a531488,axiom,
! [X] :
( oxytocin_1(X)
=> ( original_name_2(X,'Oxytocin')
& user_description_2(X,'A hypothalamic hormone that is released from the posterior pituitary gland. Oxytocin stimulates uterine contractions during labor and causes the ejection of milk from mammary glands during nursing.')
& concept2words_2(X,oxytocin)
& pituitary_peptide_hormone_1(X)
& ~ adrenocorticotropic_hormone_1(X)
& ~ anp_1(X)
& ~ antidiuretic_hormone_1(X)
& ~ calcitonin_1(X)
& ~ cholecystokinin_1(X)
& ~ gastrin_1(X)
& ~ glucagon_1(X)
& ~ gonadotropin_releasing_hormone_1(X)
& ~ melanocyte_stimulating_hormone_1(X)
& ~ parathyroid_hormone_1(X)
& ~ secretin_1(X)
& disulfide_bond_1(fn_oxytocin_1(X))
& protein_1(fn_disulfide_bond_3(fn_oxytocin_1(X)))
& possesses_2(X,fn_oxytocin_1(X))
& X = fn_disulfide_bond_3(fn_oxytocin_1(X)) ) ) ).
fof(a531489,axiom,
! [X] :
( oyster_1(X)
=> ( original_name_2(X,'Oyster')
& user_description_2(X,'Any of a variety of bivalve mollusks living in marine or brackish water. Oysters typically live with one of their shells adhered to a rock or other hard surface. Humans oysters for food and as a source of pearls.')
& concept2words_2(X,oyster)
& bivalve_1(X)
& ~ mussel_1(X) ) ) ).
fof(a531490,axiom,
! [X] :
( ozone_1(X)
=> ( original_name_2(X,'Ozone')
& user_description_2(X,'A triatomic molecule, consisting of three oxygen atoms.')
& concept2words_2(X,ozone)
& inorganic_molecule_1(X) ) ) ).
fof(a531491,axiom,
! [X] :
( ozone_depletion_1(X)
=> ( original_name_2(X,'Ozone-Depletion')
& user_description_2(X,'The decrease of ozone molecules in the lower stratosphere due to human activity.')
& concept2words_2(X,'depletion of ozone')
& concept2words_2(X,'ozone depletion')
& concept2words_2(X,'ozone-depletion')
& human_driven_disturbance_1(X) ) ) ).
fof(a531492,axiom,
! [X] :
( ozone_gas_1(X)
=> ( original_name_2(X,'Ozone-Gas')
& user_description_2(X,'Ozone gas is gaseous form of ozone.')
& concept2words_2(X,'gas of ozone')
& concept2words_2(X,'ozone gas')
& concept2words_2(X,'ozone-gas')
& greenhouse_gas_1(X)
& ozone_1(fn_ozone_gas_1(X))
& has_part_2(X,fn_ozone_gas_1(X)) ) ) ).
fof(a531493,axiom,
! [X] :
( p_generation_1(X)
=> ( original_name_2(X,'P-Generation')
& user_description_2(X,'The parent individuals from which offspring are derived in studies of inheritance; P stands for parental.')
& concept2words_2(X,'generation of p')
& concept2words_2(X,'p generation')
& concept2words_2(X,'p-generation')
& generation_1(X)
& ~ f1_generation_1(X)
& cross_breeding_event_1(fn_p_generation_1(X))
& organism_1(fn_p_generation_2(X))
& f1_generation_1(fn_p_generation_3(X))
& organism_1(fn_cross_breeding_event_1(fn_p_generation_1(X)))
& organism_1(fn_cross_breeding_event_10(fn_p_generation_1(X)))
& organism_1(fn_cross_breeding_event_9(fn_p_generation_1(X)))
& organism_1(fn_generation_6(fn_p_generation_3(X)))
& organism_1(fn_cross_breeding_event_11(fn_p_generation_1(X)))
& organism_1(fn_generation_5(fn_p_generation_3(X)))
& agent_2(fn_p_generation_1(X),X)
& result_2(fn_p_generation_1(X),fn_p_generation_3(X))
& result_2(fn_p_generation_1(X),fn_p_generation_2(X))
& element_2(fn_p_generation_3(X),fn_p_generation_2(X))
& fn_p_generation_2(X) = fn_cross_breeding_event_1(fn_p_generation_1(X))
& fn_p_generation_2(X) = fn_cross_breeding_event_10(fn_p_generation_1(X))
& fn_p_generation_2(X) = fn_cross_breeding_event_9(fn_p_generation_1(X))
& fn_p_generation_2(X) = fn_cross_breeding_event_11(fn_p_generation_1(X))
& fn_p_generation_2(X) = fn_generation_6(fn_p_generation_3(X))
& fn_p_generation_2(X) = fn_generation_5(fn_p_generation_3(X))
& fn_cross_breeding_event_1(fn_p_generation_1(X)) = fn_cross_breeding_event_10(fn_p_generation_1(X))
& fn_cross_breeding_event_10(fn_p_generation_1(X)) = fn_cross_breeding_event_10(fn_p_generation_1(X))
& fn_cross_breeding_event_10(fn_p_generation_1(X)) = fn_cross_breeding_event_9(fn_p_generation_1(X))
& fn_cross_breeding_event_9(fn_p_generation_1(X)) = fn_cross_breeding_event_9(fn_p_generation_1(X))
& fn_cross_breeding_event_9(fn_p_generation_1(X)) = fn_generation_6(fn_p_generation_3(X))
& fn_cross_breeding_event_11(fn_p_generation_1(X)) = fn_generation_6(fn_p_generation_3(X))
& fn_generation_6(fn_p_generation_3(X)) = fn_cross_breeding_event_11(fn_p_generation_1(X))
& fn_cross_breeding_event_11(fn_p_generation_1(X)) = fn_generation_5(fn_p_generation_3(X)) ) ) ).
fof(a531494,axiom,
! [X] :
( p_orbital_1(X)
=> ( original_name_2(X,'P-Orbital')
& user_description_2(X,'The p orbital is a dumbbell-shaped region describing where an electron can be found, within a certain degree of probability. The shape of the orbital depends on the quantum numbers associated with an energy state.')
& concept2words_2(X,'orbital of p')
& concept2words_2(X,'p orbital')
& concept2words_2(X,'p-orbital')
& atomic_orbital_1(X)
& ~ s_orbital_1(X) ) ) ).
fof(a531495,axiom,
! [X] :
( p_site_1(X)
=> ( original_name_2(X,'P-Site')
& description_2(X,'The site on the ribosome where the the tRNA holding the growing polypeptide chain binds.')
& user_description_2(X,'One of a ribosome\'s three binding sites for tRNA during translation. The P site holds the tRNA carrying the growing polypeptide chain. (P stands for peptidyl tRNA.)')
& concept2words_2(X,'site of p')
& concept2words_2(X,'p site')
& concept2words_2(X,'p-site')
& ribosome_region_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X)
& a_site_1(fn_p_site_1(X))
& e_site_1(fn_p_site_2(X))
& role_1(fn_p_site_3(X))
& ribosome_1(fn_p_site_4(X))
& large_ribosomal_subunit_1(fn_p_site_5(X))
& attach_1(fn_p_site_6(X))
& peptidyl_trna_1(fn_p_site_7(X))
& spatial_entity_1(fn_attach_1(fn_p_site_6(X)))
& spatial_entity_1(fn_attach_2(fn_p_site_6(X)))
& in_event_2(fn_p_site_3(X),fn_p_site_6(X))
& site_2(fn_p_site_6(X),X)
& plays_2(X,fn_p_site_3(X))
& is_between_2(X,fn_p_site_1(X))
& is_between_2(X,fn_p_site_2(X))
& has_region_2(fn_p_site_4(X),X)
& has_part_2(fn_p_site_4(X),fn_p_site_5(X))
& has_region_2(fn_p_site_5(X),X)
& object_2(fn_p_site_6(X),fn_p_site_7(X))
& base_2(fn_p_site_6(X),X)
& fn_p_site_7(X) = fn_attach_1(fn_p_site_6(X))
& X = fn_attach_2(fn_p_site_6(X)) ) ) ).
fof(a531496,axiom,
! [X] :
( p21_gene_1(X)
=> ( original_name_2(X,'P21-Gene')
& user_description_2(X,'The p21 gene codes for a cyclin-dependent kinase inhibitor, which helps to regulate the cell cycle.')
& concept2words_2(X,'p21 gene')
& concept2words_2(X,'p21-gene')
& regulatory_gene_1(X) ) ) ).
fof(a531497,axiom,
! [X] :
( p21_protein_1(X)
=> ( original_name_2(X,'P21-Protein')
& user_description_2(X,'p21 or WAF1 also known as cyclin-dependent kinase inhibitor 1 or CDK-interacting protein 1 is a protein that in humans is encoded by the CDKN1A gene located on chromosome 6.')
& concept2words_2(X,'ras p21')
& concept2words_2(X,'ras-p21')
& concept2words_2(X,'ras p21 protein activator 1')
& concept2words_2(X,'ras-p21-protein-activator-1')
& concept2words_2(X,rasgap)
& concept2words_2(X,'p21 protein')
& concept2words_2(X,'p21-protein')
& ras_protein_1(X)
& hydrophobic_region_1(fn_p21_protein_1(X))
& has_region_2(X,fn_p21_protein_1(X)) ) ) ).
fof(a531498,axiom,
! [X] :
( p53_gene_1(X)
=> ( original_name_2(X,'P53-Gene')
& user_description_2(X,'Acts as a tumor suppressor gene through the synthesis of the cell growth inhibitor p53 protein.')
& concept2words_2(X,'protein 53 gene')
& concept2words_2(X,'protein-53-gene')
& concept2words_2(X,'tumor protein 53 gene')
& concept2words_2(X,'tumor-protein-53-gene')
& concept2words_2(X,'p53 gene')
& concept2words_2(X,'p53-gene')
& tumor_suppressor_gene_1(X)
& role_1(fn_p53_gene_1(X))
& tumor_suppression_1(fn_p53_gene_2(X))
& blocking_of_cell_cycle_1(fn_p53_gene_3(X))
& activate_1(fn_p53_gene_4(X))
& activate_1(fn_p53_gene_5(X))
& dna_repair_1(fn_p53_gene_6(X))
& apoptosis_1(fn_p53_gene_7(X))
& cell_1(fn_p53_gene_8(X))
& cancer_1(fn_p53_gene_9(X))
& role_1(fn_p53_gene_10(X))
& role_1(fn_p53_gene_11(X))
& role_1(fn_p53_gene_12(X))
& role_1(fn_p53_gene_13(X))
& role_1(fn_p53_gene_14(X))
& monomer_1(fn_p53_gene_15(X))
& monomer_1(fn_p53_gene_16(X))
& attach_1(fn_p53_gene_17(X))
& cyclin_dependent_kinase_1(fn_p53_gene_18(X))
& mutation_1(fn_p53_gene_19(X))
& code_for_1(fn_p53_gene_20(X))
& damage_1(fn_p53_gene_21(X))
& dna_1(fn_p53_gene_22(X))
& intron_1(fn_p53_gene_23(X))
& phosphodiester_bond_1(fn_p53_gene_24(X))
& covalent_bond_1(fn_p53_gene_24(X))
& chemical_bond_1(fn_p53_gene_24(X))
& protein_1(fn_p53_gene_25(X))
& speed_value_1(fn_p53_gene_26(X))
& quantity_value_1(fn_p53_gene_27(X))
& size_value_1(fn_p53_gene_28(X))
& size_value_1(fn_p53_gene_29(X))
& exon_1(fn_p53_gene_30(X))
& kinetic_energy_1(fn_p53_gene_31(X))
& constant_motion_1(fn_p53_gene_32(X))
& dna_repair_1(fn_p53_gene_33(X))
& spatial_entity_1(fn_attach_1(fn_p53_gene_17(X)))
& tangible_entity_1(fn_impair_1(fn_p53_gene_21(X)))
& gene_1(fn_mutation_2(fn_p53_gene_19(X)))
& spatial_entity_1(fn_attach_2(fn_p53_gene_17(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_p53_gene_24(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_p53_gene_24(X)))
& in_event_2(fn_p53_gene_14(X),fn_p53_gene_17(X))
& in_event_2(fn_p53_gene_13(X),fn_p53_gene_3(X))
& in_event_2(fn_p53_gene_12(X),fn_p53_gene_6(X))
& in_event_2(fn_p53_gene_11(X),fn_p53_gene_4(X))
& in_event_2(fn_p53_gene_10(X),fn_p53_gene_7(X))
& first_element_2(X,fn_p53_gene_16(X))
& plays_2(X,fn_p53_gene_1(X))
& plays_2(X,fn_p53_gene_10(X))
& plays_2(X,fn_p53_gene_11(X))
& plays_2(X,fn_p53_gene_12(X))
& plays_2(X,fn_p53_gene_13(X))
& plays_2(X,fn_p53_gene_14(X))
& has_part_2(fn_p53_gene_8(X),fn_p53_gene_22(X))
& causes_2(fn_p53_gene_21(X),fn_p53_gene_20(X))
& result_2(fn_p53_gene_19(X),fn_p53_gene_9(X))
& causes_2(fn_p53_gene_17(X),fn_p53_gene_6(X))
& causes_2(fn_p53_gene_17(X),fn_p53_gene_3(X))
& causes_2(fn_p53_gene_7(X),fn_p53_gene_2(X))
& causes_2(fn_p53_gene_5(X),fn_p53_gene_7(X))
& agent_2(fn_p53_gene_5(X),X)
& causes_2(fn_p53_gene_4(X),fn_p53_gene_6(X))
& agent_2(fn_p53_gene_4(X),X)
& causes_2(fn_p53_gene_3(X),fn_p53_gene_2(X))
& agent_2(fn_p53_gene_3(X),X)
& agent_2(fn_p53_gene_2(X),X)
& in_event_2(fn_p53_gene_1(X),fn_p53_gene_2(X))
& size_2(fn_p53_gene_16(X),fn_p53_gene_28(X))
& next_element_2(fn_p53_gene_16(X),fn_p53_gene_15(X))
& object_2(fn_p53_gene_17(X),fn_p53_gene_18(X))
& object_2(fn_p53_gene_21(X),fn_p53_gene_22(X))
& object_2(fn_p53_gene_19(X),X)
& base_2(fn_p53_gene_17(X),X)
& element_2(X,fn_p53_gene_15(X))
& size_2(fn_p53_gene_15(X),fn_p53_gene_28(X))
& first_element_2(X,fn_p53_gene_15(X))
& next_element_2(fn_p53_gene_15(X),fn_p53_gene_16(X))
& element_2(X,fn_p53_gene_16(X))
& element_2(X,fn_p53_gene_23(X))
& next_element_2(fn_p53_gene_30(X),fn_p53_gene_23(X))
& size_2(X,fn_p53_gene_29(X))
& greater_than_2(fn_p53_gene_29(X),fn_p53_gene_28(X))
& has_function_2(X,fn_p53_gene_20(X))
& donor_2(fn_p53_gene_20(X),X)
& element_2(X,fn_p53_gene_30(X))
& next_element_2(fn_p53_gene_23(X),fn_p53_gene_30(X))
& is_between_2(fn_p53_gene_23(X),fn_p53_gene_30(X))
& agent_2(fn_p53_gene_20(X),X)
& result_2(fn_p53_gene_20(X),fn_p53_gene_25(X))
& agent_2(fn_p53_gene_33(X),fn_p53_gene_25(X))
& agent_2(fn_p53_gene_33(X),X)
& possesses_2(X,fn_p53_gene_24(X))
& possesses_2(X,fn_p53_gene_31(X))
& quantity_2(fn_p53_gene_31(X),fn_p53_gene_27(X))
& directly_proportional_2(fn_p53_gene_26(X),fn_p53_gene_27(X))
& speed_2(fn_p53_gene_32(X),fn_p53_gene_26(X))
& object_2(fn_p53_gene_32(X),X)
& is_between_2(fn_p53_gene_24(X),fn_p53_gene_15(X))
& fn_p53_gene_18(X) = fn_attach_1(fn_p53_gene_17(X))
& fn_p53_gene_22(X) = fn_impair_1(fn_p53_gene_21(X))
& X = fn_mutation_2(fn_p53_gene_19(X))
& X = fn_attach_2(fn_p53_gene_17(X))
& fn_p53_gene_16(X) = fn_tumor_suppressor_gene_18(X)
& fn_p53_gene_15(X) = fn_tumor_suppressor_gene_17(X)
& fn_p53_gene_36(X) = fn_tumor_suppressor_gene_13(X)
& fn_p53_gene_37(X) = fn_tumor_suppressor_gene_14(X)
& fn_p53_gene_34(X) = fn_tumor_suppressor_gene_16(X)
& fn_p53_gene_35(X) = fn_tumor_suppressor_gene_15(X)
& fn_p53_gene_28(X) = fn_tumor_suppressor_gene_20(X)
& fn_p53_gene_29(X) = fn_tumor_suppressor_gene_19(X)
& fn_p53_gene_23(X) = fn_tumor_suppressor_gene_21(X)
& fn_p53_gene_30(X) = fn_tumor_suppressor_gene_23(X)
& fn_p53_gene_30(X) = fn_tumor_suppressor_gene_22(X)
& fn_p53_gene_24(X) = fn_tumor_suppressor_gene_24(X)
& fn_p53_gene_33(X) = fn_tumor_suppressor_gene_27(X)
& fn_p53_gene_25(X) = fn_tumor_suppressor_gene_28(X)
& fn_p53_gene_20(X) = fn_tumor_suppressor_gene_29(X)
& fn_p53_gene_32(X) = fn_tumor_suppressor_gene_32(X)
& fn_p53_gene_26(X) = fn_tumor_suppressor_gene_12(X)
& fn_p53_gene_27(X) = fn_tumor_suppressor_gene_11(X)
& fn_p53_gene_31(X) = fn_tumor_suppressor_gene_33(X)
& fn_p53_gene_15(X) = fn_chemical_bond_1(fn_p53_gene_24(X))
& fn_p53_gene_15(X) = fn_chemical_bond_4(fn_p53_gene_24(X))
& fn_tumor_suppressor_gene_23(X) = fn_tumor_suppressor_gene_23(X)
& fn_tumor_suppressor_gene_22(X) = fn_tumor_suppressor_gene_22(X)
& fn_tumor_suppressor_gene_22(X) = fn_tumor_suppressor_gene_23(X)
& fn_tumor_suppressor_gene_23(X) = fn_tumor_suppressor_gene_22(X)
& fn_tumor_suppressor_gene_22(X) = fn_mutation_2(fn_p53_gene_19(X))
& fn_mutation_2(fn_p53_gene_19(X)) = fn_attach_2(fn_p53_gene_17(X))
& fn_attach_2(fn_p53_gene_17(X)) = fn_tumor_suppressor_gene_17(X)
& fn_tumor_suppressor_gene_17(X) = fn_tumor_suppressor_gene_17(X)
& fn_tumor_suppressor_gene_17(X) = fn_chemical_bond_1(fn_p53_gene_24(X))
& fn_chemical_bond_1(fn_p53_gene_24(X)) = fn_chemical_bond_1(fn_p53_gene_24(X))
& fn_chemical_bond_1(fn_p53_gene_24(X)) = fn_chemical_bond_4(fn_p53_gene_24(X)) ) ) ).
fof(a531499,axiom,
! [X] :
( p53_protein_1(X)
=> ( original_name_2(X,'P53-Protein')
& user_description_2(X,'A protein that acts as a transcription factor to inhibit cell growth, promote cell repair, and initiate the cell death of damaged cells.')
& concept2words_2(X,'p53 protein')
& concept2words_2(X,'p53-protein')
& transcription_factor_1(X)
& ~ activator_1(X)
& ~ homeodomain_protein_1(X)
& ~ morphogen_1(X)
& ~ muscle_specific_transcription_factor_1(X)
& dna_repair_1(fn_p53_protein_1(X))
& p53_gene_1(fn_p53_protein_2(X))
& code_for_1(fn_p53_protein_3(X))
& eukaryotic_gene_regulation_1(fn_p53_protein_4(X))
& code_for_1(fn_p53_gene_20(fn_p53_protein_2(X)))
& chemical_entity_1(fn_gene_regulation_3(fn_p53_protein_4(X)))
& protein_1(fn_gene_regulation_3(fn_p53_protein_4(X)))
& transcription_factor_1(fn_gene_regulation_3(fn_p53_protein_4(X)))
& protein_1(fn_p53_gene_25(fn_p53_protein_2(X)))
& enables_2(fn_p53_protein_4(X),fn_p53_protein_1(X))
& agent_2(fn_p53_protein_4(X),X)
& agent_2(fn_p53_protein_3(X),fn_p53_protein_2(X))
& result_2(fn_p53_protein_3(X),X)
& X = fn_gene_regulation_3(fn_p53_protein_4(X))
& X = fn_p53_gene_25(fn_p53_protein_2(X))
& fn_p53_protein_3(X) = fn_p53_gene_20(fn_p53_protein_2(X))
& fn_gene_regulation_3(fn_p53_protein_4(X)) = fn_p53_gene_25(fn_p53_protein_2(X)) ) ) ).
fof(a531500,axiom,
! [X] :
( p680_1(X)
=> ( original_name_2(X,'P680')
& user_description_2(X,'A unique type of chlorophyll molecule which plays an important role in photosynthesis and is located in the reaction center of photosystem II.')
& concept2words_2(X,'p680 chlorophyll')
& concept2words_2(X,p680)
& chlorophyll_a_1(X)
& ~ p700_1(X)
& time_interval_1(fn_p680_1(X))
& share_1(fn_p680_4(X))
& equal_sharing_1(fn_p680_4(X))
& share_1(fn_p680_5(X))
& equal_sharing_1(fn_p680_5(X))
& equal_sharing_1(fn_p680_6(X))
& equal_sharing_1(fn_p680_7(X))
& share_1(fn_p680_8(X))
& equal_sharing_1(fn_p680_8(X))
& share_1(fn_p680_9(X))
& equal_sharing_1(fn_p680_9(X))
& proton_1(fn_p680_10(X))
& center_1(fn_p680_11(X))
& atomic_number_value_1(fn_p680_12(X))
& quantity_value_1(fn_p680_13(X))
& time_interval_1(fn_p680_16(X))
& entity_1(fn_p680_17(X))
& chemical_entity_1(fn_p680_17(X))
& atom_1(fn_p680_17(X))
& carbon_1(fn_p680_17(X))
& tangible_entity_1(fn_p680_18(X))
& entity_1(fn_p680_18(X))
& chemical_entity_1(fn_p680_18(X))
& atom_1(fn_p680_18(X))
& hydrogen_1(fn_p680_18(X))
& move_into_1(fn_p680_19(X))
& move_1(fn_p680_19(X))
& absorb_1(fn_p680_19(X))
& quantity_value_1(fn_p680_20(X))
& atomic_nucleus_1(fn_p680_21(X))
& electron_shell_1(fn_p680_22(X))
& first_electron_shell_1(fn_p680_22(X))
& entity_1(fn_p680_23(X))
& electron_1(fn_p680_23(X))
& valence_electron_1(fn_p680_23(X))
& equal_sharing_1(fn_p680_24(X))
& hold_1(fn_p680_25(X))
& hold_together_1(fn_p680_25(X))
& atomic_nucleus_1(fn_p680_26(X))
& center_1(fn_p680_27(X))
& electron_shell_1(fn_p680_28(X))
& atomic_number_value_1(fn_p680_29(X))
& entity_1(fn_p680_30(X))
& electron_1(fn_p680_30(X))
& valence_electron_1(fn_p680_30(X))
& proton_1(fn_p680_31(X))
& functional_group_1(fn_p680_32(X))
& methyl_group_1(fn_p680_32(X))
& carbon_skeleton_1(fn_p680_33(X))
& covalent_bond_1(fn_p680_34(X))
& single_bond_1(fn_p680_34(X))
& entity_1(fn_p680_35(X))
& chemical_entity_1(fn_p680_35(X))
& atom_1(fn_p680_35(X))
& magnesium_1(fn_p680_35(X))
& carbon_1(fn_p680_36(X))
& share_1(fn_p680_37(X))
& equal_sharing_1(fn_p680_37(X))
& equal_sharing_1(fn_p680_38(X))
& center_1(fn_covalent_bond_23(fn_p680_34(X)))
& chemical_entity_1(fn_functional_group_1(fn_p680_32(X)))
& property_node_1(fn_carbon_13(fn_p680_17(X)))
& property_node_1(fn_carbon_9(fn_p680_17(X)))
& property_node_1(fn_hydrogen_7(fn_p680_18(X)))
& property_node_1(fn_hydrogen_21(fn_p680_18(X)))
& atomic_number_value_1(fn_hydrogen_10(fn_p680_18(X)))
& quantity_value_1(fn_hydrogen_17(fn_p680_18(X)))
& proton_1(fn_hydrogen_13(fn_p680_18(X)))
& share_1(fn_covalent_bond_17(fn_p680_34(X)))
& electron_shell_1(fn_covalent_bond_11(fn_p680_34(X)))
& electron_shell_1(fn_atom_9(fn_p680_17(X)))
& carbon_1(fn_carbon_skeleton_4(fn_p680_33(X)))
& single_bond_1(fn_methyl_group_14(fn_p680_32(X)))
& hold_together_1(fn_covalent_bond_14(fn_p680_34(X)))
& hold_1(fn_methyl_group_13(fn_p680_32(X)))
& hold_together_1(fn_methyl_group_13(fn_p680_32(X)))
& hold_together_1(fn_methyl_group_8(fn_p680_32(X)))
& entity_1(fn_share_2(fn_p680_37(X)))
& entity_1(fn_share_2(fn_p680_24(X)))
& valence_electron_1(fn_covalent_bond_15(fn_p680_34(X)))
& electron_1(fn_carbon_10(fn_p680_17(X)))
& electron_1(fn_atom_14(fn_p680_17(X)))
& valence_electron_1(fn_methyl_group_20(fn_p680_32(X)))
& atomic_nucleus_1(fn_atom_18(fn_p680_17(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_p680_34(X)))
& atomic_nucleus_1(fn_methyl_group_15(fn_p680_32(X)))
& atomic_nucleus_1(fn_carbon_18(fn_p680_17(X)))
& atomic_number_value_1(fn_atom_17(fn_p680_17(X)))
& atomic_number_value_1(fn_carbon_16(fn_p680_17(X)))
& quantity_value_1(fn_covalent_bond_8(fn_p680_34(X)))
& quantity_value_1(fn_atom_11(fn_p680_17(X)))
& quantity_value_1(fn_carbon_19(fn_p680_17(X)))
& proton_1(fn_covalent_bond_4(fn_p680_34(X)))
& proton_1(fn_atom_8(fn_p680_17(X)))
& proton_1(fn_carbon_17(fn_p680_17(X)))
& entity_1(fn_share_3(fn_p680_37(X)))
& entity_1(fn_share_1(fn_p680_24(X)))
& entity_1(fn_share_1(fn_p680_37(X)))
& entity_1(fn_covalent_bond_19(fn_p680_34(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_p680_34(X)))
& atom_1(fn_covalent_bond_19(fn_p680_34(X)))
& carbon_1(fn_methyl_group_11(fn_p680_32(X)))
& entity_1(fn_methyl_group_11(fn_p680_32(X)))
& chemical_entity_1(fn_methyl_group_11(fn_p680_32(X)))
& atom_1(fn_methyl_group_11(fn_p680_32(X)))
& electron_shell_1(fn_hydrogen_16(fn_p680_18(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_p680_18(X)))
& center_1(fn_covalent_bond_21(fn_p680_34(X)))
& center_1(fn_hydrogen_14(fn_p680_18(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_p680_34(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_p680_18(X)))
& valence_electron_1(fn_covalent_bond_18(fn_p680_34(X)))
& valence_electron_1(fn_methyl_group_17(fn_p680_32(X)))
& valence_electron_1(fn_hydrogen_12(fn_p680_18(X)))
& entity_1(fn_share_3(fn_p680_24(X)))
& entity_1(fn_share_3(fn_p680_9(X)))
& entity_1(fn_share_3(fn_p680_5(X)))
& entity_1(fn_share_1(fn_p680_9(X)))
& entity_1(fn_share_1(fn_p680_5(X)))
& entity_1(fn_covalent_bond_20(fn_p680_34(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_p680_34(X)))
& atom_1(fn_covalent_bond_20(fn_p680_34(X)))
& tangible_entity_1(fn_methyl_group_10(fn_p680_32(X)))
& hydrogen_1(fn_methyl_group_10(fn_p680_32(X)))
& entity_1(fn_methyl_group_10(fn_p680_32(X)))
& chemical_entity_1(fn_methyl_group_10(fn_p680_32(X)))
& atom_1(fn_methyl_group_10(fn_p680_32(X)))
& result_2(fn_p680_37(X),fn_p680_34(X))
& object_2(fn_p680_37(X),fn_p680_23(X))
& result_2(fn_p680_24(X),fn_p680_34(X))
& object_2(fn_p680_24(X),fn_p680_23(X))
& time_before_2(fn_p680_16(X),fn_p680_1(X))
& object_2(fn_p680_37(X),fn_p680_30(X))
& object_2(fn_p680_24(X),fn_p680_30(X))
& agent_2(fn_p680_24(X),fn_p680_18(X))
& agent_2(fn_p680_24(X),fn_p680_17(X))
& agent_2(fn_p680_9(X),fn_p680_18(X))
& agent_2(fn_p680_37(X),fn_p680_17(X))
& agent_2(fn_p680_5(X),fn_p680_18(X))
& object_2(fn_p680_8(X),fn_p680_23(X))
& object_2(fn_p680_8(X),fn_p680_30(X))
& is_inside_2(fn_p680_36(X),fn_p680_33(X))
& is_at_2(fn_p680_26(X),fn_p680_27(X))
& fn_p680_21(X) != fn_p680_26(X)
& fn_p680_26(X) != fn_p680_21(X)
& result_2(fn_p680_9(X),fn_p680_34(X))
& agent_2(fn_p680_9(X),fn_p680_17(X))
& has_region_2(fn_p680_17(X),fn_p680_27(X))
& fn_p680_11(X) != fn_p680_27(X)
& fn_p680_27(X) != fn_p680_11(X)
& possesses_2(X,fn_p680_34(X))
& agent_2(fn_p680_37(X),fn_p680_18(X))
& object_2(fn_p680_9(X),fn_p680_30(X))
& object_2(fn_p680_9(X),fn_p680_23(X))
& object_2(fn_p680_6(X),fn_p680_23(X))
& fn_p680_36(X) != fn_p680_35(X)
& is_inside_2(fn_p680_36(X),fn_p680_32(X))
& has_region_2(X,fn_p680_32(X))
& agent_2(fn_p680_19(X),X)
& time_during_2(fn_p680_19(X),fn_p680_16(X))
& fn_p680_35(X) != fn_p680_36(X)
& agent_2(fn_p680_8(X),fn_p680_17(X))
& has_part_2(X,fn_p680_17(X))
& has_function_2(X,fn_p680_19(X))
& base_2(fn_p680_19(X),X)
& has_part_2(X,fn_p680_18(X))
& object_2(fn_p680_38(X),fn_p680_23(X))
& object_2(fn_p680_7(X),fn_p680_23(X))
& result_2(fn_p680_7(X),fn_p680_34(X))
& result_2(fn_p680_8(X),fn_p680_34(X))
& agent_2(fn_p680_8(X),fn_p680_18(X))
& result_2(fn_p680_6(X),fn_p680_34(X))
& object_2(fn_p680_6(X),fn_p680_30(X))
& object_2(fn_p680_7(X),fn_p680_30(X))
& agent_2(fn_p680_7(X),fn_p680_18(X))
& agent_2(fn_p680_4(X),fn_p680_18(X))
& result_2(fn_p680_38(X),fn_p680_34(X))
& agent_2(fn_p680_38(X),fn_p680_18(X))
& agent_2(fn_p680_6(X),fn_p680_18(X))
& agent_2(fn_p680_6(X),fn_p680_17(X))
& agent_2(fn_p680_7(X),fn_p680_17(X))
& result_2(fn_p680_4(X),fn_p680_34(X))
& result_2(fn_p680_5(X),fn_p680_34(X))
& agent_2(fn_p680_5(X),fn_p680_17(X))
& has_region_2(fn_p680_17(X),fn_p680_28(X))
& fn_p680_28(X) != fn_p680_22(X)
& fn_p680_22(X) != fn_p680_28(X)
& object_2(fn_p680_38(X),fn_p680_30(X))
& agent_2(fn_p680_38(X),fn_p680_17(X))
& is_inside_2(fn_p680_17(X),fn_p680_33(X))
& has_region_2(X,fn_p680_33(X))
& has_part_2(X,fn_p680_35(X))
& agent_2(fn_p680_4(X),fn_p680_17(X))
& object_2(fn_p680_4(X),fn_p680_30(X))
& object_2(fn_p680_5(X),fn_p680_30(X))
& object_2(fn_p680_5(X),fn_p680_23(X))
& object_2(fn_p680_4(X),fn_p680_23(X))
& has_part_2(X,fn_p680_36(X))
& fn_p680_17(X) != fn_p680_36(X)
& fn_p680_35(X) != fn_p680_17(X)
& fn_p680_17(X) != fn_p680_35(X)
& fn_p680_36(X) != fn_p680_17(X)
& is_between_2(fn_p680_34(X),fn_p680_17(X))
& is_near_2(fn_p680_26(X),fn_p680_30(X))
& is_near_2(fn_p680_30(X),fn_p680_26(X))
& object_2(fn_p680_25(X),fn_p680_17(X))
& object_2(fn_p680_25(X),fn_p680_18(X))
& is_between_2(fn_p680_34(X),fn_p680_18(X))
& has_function_2(fn_p680_34(X),fn_p680_25(X))
& agent_2(fn_p680_25(X),fn_p680_34(X))
& is_inside_2(fn_p680_17(X),fn_p680_32(X))
& has_part_2(fn_p680_17(X),fn_p680_30(X))
& fn_p680_30(X) != fn_p680_23(X)
& fn_p680_18(X) != fn_p680_17(X)
& fn_p680_17(X) != fn_p680_18(X)
& fn_p680_23(X) != fn_p680_30(X)
& is_inside_2(fn_p680_31(X),fn_p680_26(X))
& has_region_2(fn_p680_17(X),fn_p680_26(X))
& atomic_number_2(fn_p680_17(X),fn_p680_29(X))
& called_2(fn_p680_29(X),'Atomic_Number')
& has_part_2(fn_p680_17(X),fn_p680_31(X))
& quantity_2(fn_p680_31(X),fn_p680_20(X))
& called_2(fn_p680_20(X),'Number_Proton')
& fn_p680_29(X) = fn_p680_20(X)
& fn_p680_20(X) = fn_p680_29(X)
& the_cardinal_value_2(fn_p680_12(X),"1")
& cardinal_unit_class_2(fn_p680_12(X),unity_0)
& called_2(fn_p680_13(X),'Number_Proton')
& atomic_number_2(fn_p680_18(X),fn_p680_12(X))
& called_2(fn_p680_12(X),'Atomic_Number')
& fn_p680_13(X) = fn_p680_12(X)
& fn_p680_12(X) = fn_p680_13(X)
& is_inside_2(fn_p680_21(X),fn_p680_22(X))
& has_region_2(fn_p680_18(X),fn_p680_22(X))
& has_region_2(fn_p680_18(X),fn_p680_21(X))
& is_inside_2(fn_p680_10(X),fn_p680_21(X))
& quantity_2(fn_p680_10(X),fn_p680_13(X))
& has_part_2(fn_p680_18(X),fn_p680_23(X))
& is_near_2(fn_p680_23(X),fn_p680_21(X))
& is_at_2(fn_p680_21(X),fn_p680_11(X))
& has_region_2(fn_p680_18(X),fn_p680_11(X))
& has_part_2(fn_p680_18(X),fn_p680_10(X))
& is_near_2(fn_p680_21(X),fn_p680_23(X))
& fn_p680_30(X) = fn_share_2(fn_p680_37(X))
& fn_p680_30(X) = fn_share_2(fn_p680_24(X))
& fn_p680_18(X) = fn_share_3(fn_p680_24(X))
& fn_p680_17(X) = fn_share_1(fn_p680_24(X))
& fn_p680_18(X) = fn_share_3(fn_p680_9(X))
& fn_p680_18(X) = fn_share_1(fn_p680_9(X))
& fn_p680_17(X) = fn_share_3(fn_p680_37(X))
& fn_p680_17(X) = fn_share_1(fn_p680_37(X))
& fn_p680_18(X) = fn_share_3(fn_p680_5(X))
& fn_p680_18(X) = fn_share_1(fn_p680_5(X))
& fn_p680_23(X) = fn_covalent_bond_18(fn_p680_34(X))
& fn_p680_8(X) = fn_covalent_bond_17(fn_p680_34(X))
& fn_p680_36(X) = fn_carbon_skeleton_4(fn_p680_33(X))
& fn_p680_21(X) = fn_covalent_bond_22(fn_p680_34(X))
& fn_p680_11(X) = fn_covalent_bond_21(fn_p680_34(X))
& fn_p680_27(X) = fn_covalent_bond_23(fn_p680_34(X))
& fn_p680_9(X) = fn_covalent_bond_17(fn_p680_34(X))
& fn_p680_37(X) = fn_chlorophyll_a_7(X)
& fn_p680_9(X) = fn_chlorophyll_a_43(X)
& fn_p680_16(X) = fn_chlorophyll_a_1(X)
& X = fn_functional_group_1(fn_p680_32(X))
& fn_p680_32(X) = fn_chlorophyll_a_19(X)
& fn_p680_19(X) = fn_chlorophyll_a_15(X)
& fn_p680_8(X) = fn_chlorophyll_a_43(X)
& fn_p680_7(X) = fn_chlorophyll_a_42(X)
& fn_p680_6(X) = fn_chlorophyll_a_32(X)
& fn_p680_18(X) = fn_chlorophyll_a_38(X)
& fn_p680_22(X) = fn_chlorophyll_a_26(X)
& fn_p680_28(X) = fn_covalent_bond_11(fn_p680_34(X))
& fn_p680_28(X) = fn_atom_9(fn_p680_17(X))
& fn_p680_28(X) = fn_chlorophyll_a_30(X)
& fn_p680_34(X) = fn_chlorophyll_a_37(X)
& fn_p680_33(X) = fn_chlorophyll_a_22(X)
& fn_p680_38(X) = fn_chlorophyll_a_10(X)
& fn_p680_23(X) = fn_chlorophyll_a_27(X)
& fn_p680_5(X) = fn_chlorophyll_a_7(X)
& fn_p680_30(X) = fn_chlorophyll_a_33(X)
& fn_p680_4(X) = fn_chlorophyll_a_6(X)
& fn_p680_35(X) = fn_chlorophyll_a_20(X)
& fn_p680_17(X) = fn_chlorophyll_a_16(X)
& fn_p680_36(X) = fn_chlorophyll_a_21(X)
& fn_p680_26(X) = fn_covalent_bond_22(fn_p680_34(X))
& fn_p680_26(X) = fn_covalent_bond_24(fn_p680_34(X))
& fn_p680_26(X) = fn_methyl_group_15(fn_p680_32(X))
& fn_p680_25(X) = fn_methyl_group_13(fn_p680_32(X))
& fn_p680_34(X) = fn_methyl_group_14(fn_p680_32(X))
& fn_p680_25(X) = fn_covalent_bond_14(fn_p680_34(X))
& fn_p680_25(X) = fn_methyl_group_8(fn_p680_32(X))
& fn_p680_23(X) = fn_methyl_group_17(fn_p680_32(X))
& fn_p680_30(X) = fn_covalent_bond_18(fn_p680_34(X))
& fn_p680_17(X) = fn_covalent_bond_20(fn_p680_34(X))
& fn_p680_30(X) = fn_covalent_bond_15(fn_p680_34(X))
& fn_p680_30(X) = fn_carbon_10(fn_p680_17(X))
& fn_p680_30(X) = fn_atom_14(fn_p680_17(X))
& fn_p680_30(X) = fn_methyl_group_20(fn_p680_32(X))
& fn_p680_18(X) = fn_covalent_bond_20(fn_p680_34(X))
& fn_p680_18(X) = fn_methyl_group_10(fn_p680_32(X))
& fn_p680_17(X) = fn_methyl_group_11(fn_p680_32(X))
& fn_p680_14(X) = fn_carbon_13(fn_p680_17(X))
& fn_p680_15(X) = fn_carbon_9(fn_p680_17(X))
& fn_p680_26(X) = fn_atom_18(fn_p680_17(X))
& fn_p680_26(X) = fn_carbon_18(fn_p680_17(X))
& fn_p680_29(X) = fn_atom_17(fn_p680_17(X))
& fn_p680_29(X) = fn_carbon_16(fn_p680_17(X))
& fn_p680_20(X) = fn_covalent_bond_8(fn_p680_34(X))
& fn_p680_20(X) = fn_atom_11(fn_p680_17(X))
& fn_p680_20(X) = fn_carbon_19(fn_p680_17(X))
& fn_p680_17(X) = fn_covalent_bond_19(fn_p680_34(X))
& fn_p680_31(X) = fn_covalent_bond_4(fn_p680_34(X))
& fn_p680_31(X) = fn_atom_8(fn_p680_17(X))
& fn_p680_31(X) = fn_carbon_17(fn_p680_17(X))
& fn_p680_3(X) = fn_hydrogen_7(fn_p680_18(X))
& fn_p680_2(X) = fn_hydrogen_21(fn_p680_18(X))
& fn_p680_12(X) = fn_hydrogen_10(fn_p680_18(X))
& fn_p680_13(X) = fn_hydrogen_17(fn_p680_18(X))
& fn_p680_22(X) = fn_hydrogen_16(fn_p680_18(X))
& fn_p680_10(X) = fn_hydrogen_13(fn_p680_18(X))
& fn_p680_11(X) = fn_hydrogen_14(fn_p680_18(X))
& fn_p680_21(X) = fn_hydrogen_15(fn_p680_18(X))
& fn_p680_23(X) = fn_hydrogen_12(fn_p680_18(X))
& fn_chlorophyll_a_43(X) = fn_covalent_bond_17(fn_p680_34(X))
& fn_covalent_bond_17(fn_p680_34(X)) = fn_covalent_bond_17(fn_p680_34(X))
& fn_covalent_bond_17(fn_p680_34(X)) = fn_chlorophyll_a_43(X)
& fn_chlorophyll_a_43(X) = fn_chlorophyll_a_43(X)
& fn_chlorophyll_a_43(X) = fn_covalent_bond_11(fn_p680_34(X))
& fn_covalent_bond_11(fn_p680_34(X)) = fn_atom_9(fn_p680_17(X))
& fn_chlorophyll_a_30(X) = fn_atom_9(fn_p680_17(X))
& fn_atom_9(fn_p680_17(X)) = fn_chlorophyll_a_30(X)
& fn_chlorophyll_a_30(X) = fn_carbon_skeleton_4(fn_p680_33(X))
& fn_carbon_skeleton_4(fn_p680_33(X)) = fn_chlorophyll_a_21(X)
& fn_chlorophyll_a_21(X) = fn_chlorophyll_a_21(X)
& fn_chlorophyll_a_21(X) = fn_chlorophyll_a_37(X)
& fn_chlorophyll_a_37(X) = fn_chlorophyll_a_37(X)
& fn_chlorophyll_a_37(X) = fn_methyl_group_14(fn_p680_32(X))
& fn_methyl_group_14(fn_p680_32(X)) = fn_methyl_group_14(fn_p680_32(X))
& fn_methyl_group_14(fn_p680_32(X)) = fn_covalent_bond_14(fn_p680_34(X))
& fn_methyl_group_13(fn_p680_32(X)) = fn_covalent_bond_14(fn_p680_34(X))
& fn_covalent_bond_14(fn_p680_34(X)) = fn_covalent_bond_14(fn_p680_34(X))
& fn_covalent_bond_14(fn_p680_34(X)) = fn_methyl_group_13(fn_p680_32(X))
& fn_methyl_group_13(fn_p680_32(X)) = fn_methyl_group_13(fn_p680_32(X))
& fn_methyl_group_13(fn_p680_32(X)) = fn_methyl_group_8(fn_p680_32(X))
& fn_methyl_group_8(fn_p680_32(X)) = fn_methyl_group_8(fn_p680_32(X))
& fn_methyl_group_8(fn_p680_32(X)) = fn_share_2(fn_p680_37(X))
& fn_share_2(fn_p680_37(X)) = fn_share_2(fn_p680_24(X))
& fn_share_2(fn_p680_24(X)) = fn_covalent_bond_18(fn_p680_34(X))
& fn_covalent_bond_18(fn_p680_34(X)) = fn_covalent_bond_18(fn_p680_34(X))
& fn_covalent_bond_15(fn_p680_34(X)) = fn_covalent_bond_18(fn_p680_34(X))
& fn_covalent_bond_18(fn_p680_34(X)) = fn_covalent_bond_15(fn_p680_34(X))
& fn_covalent_bond_15(fn_p680_34(X)) = fn_covalent_bond_15(fn_p680_34(X))
& fn_carbon_10(fn_p680_17(X)) = fn_covalent_bond_15(fn_p680_34(X))
& fn_covalent_bond_15(fn_p680_34(X)) = fn_carbon_10(fn_p680_17(X))
& fn_carbon_10(fn_p680_17(X)) = fn_carbon_10(fn_p680_17(X))
& fn_atom_14(fn_p680_17(X)) = fn_carbon_10(fn_p680_17(X))
& fn_carbon_10(fn_p680_17(X)) = fn_atom_14(fn_p680_17(X))
& fn_chlorophyll_a_33(X) = fn_atom_14(fn_p680_17(X))
& fn_atom_14(fn_p680_17(X)) = fn_atom_14(fn_p680_17(X))
& fn_atom_14(fn_p680_17(X)) = fn_chlorophyll_a_33(X)
& fn_chlorophyll_a_33(X) = fn_chlorophyll_a_33(X)
& fn_chlorophyll_a_33(X) = fn_methyl_group_20(fn_p680_32(X))
& fn_methyl_group_20(fn_p680_32(X)) = fn_methyl_group_20(fn_p680_32(X))
& fn_methyl_group_20(fn_p680_32(X)) = fn_covalent_bond_22(fn_p680_34(X))
& fn_covalent_bond_22(fn_p680_34(X)) = fn_atom_18(fn_p680_17(X))
& fn_covalent_bond_24(fn_p680_34(X)) = fn_atom_18(fn_p680_17(X))
& fn_atom_18(fn_p680_17(X)) = fn_atom_18(fn_p680_17(X))
& fn_atom_18(fn_p680_17(X)) = fn_covalent_bond_24(fn_p680_34(X))
& fn_covalent_bond_24(fn_p680_34(X)) = fn_covalent_bond_24(fn_p680_34(X))
& fn_methyl_group_15(fn_p680_32(X)) = fn_covalent_bond_24(fn_p680_34(X))
& fn_covalent_bond_24(fn_p680_34(X)) = fn_methyl_group_15(fn_p680_32(X))
& fn_carbon_18(fn_p680_17(X)) = fn_methyl_group_15(fn_p680_32(X))
& fn_methyl_group_15(fn_p680_32(X)) = fn_carbon_18(fn_p680_17(X))
& fn_carbon_18(fn_p680_17(X)) = fn_carbon_18(fn_p680_17(X))
& fn_carbon_18(fn_p680_17(X)) = fn_carbon_16(fn_p680_17(X))
& fn_carbon_16(fn_p680_17(X)) = fn_atom_17(fn_p680_17(X))
& fn_atom_17(fn_p680_17(X)) = fn_carbon_16(fn_p680_17(X))
& fn_carbon_16(fn_p680_17(X)) = fn_atom_11(fn_p680_17(X))
& fn_atom_11(fn_p680_17(X)) = fn_atom_11(fn_p680_17(X))
& fn_atom_11(fn_p680_17(X)) = fn_covalent_bond_8(fn_p680_34(X))
& fn_covalent_bond_8(fn_p680_34(X)) = fn_atom_11(fn_p680_17(X))
& fn_carbon_19(fn_p680_17(X)) = fn_atom_11(fn_p680_17(X))
& fn_atom_11(fn_p680_17(X)) = fn_carbon_19(fn_p680_17(X))
& fn_carbon_19(fn_p680_17(X)) = fn_covalent_bond_4(fn_p680_34(X))
& fn_atom_8(fn_p680_17(X)) = fn_covalent_bond_4(fn_p680_34(X))
& fn_covalent_bond_4(fn_p680_34(X)) = fn_atom_8(fn_p680_17(X))
& fn_carbon_17(fn_p680_17(X)) = fn_atom_8(fn_p680_17(X))
& fn_atom_8(fn_p680_17(X)) = fn_carbon_17(fn_p680_17(X))
& fn_carbon_17(fn_p680_17(X)) = fn_share_1(fn_p680_24(X))
& fn_share_1(fn_p680_24(X)) = fn_share_3(fn_p680_37(X))
& fn_share_3(fn_p680_37(X)) = fn_share_1(fn_p680_37(X))
& fn_share_1(fn_p680_37(X)) = fn_share_1(fn_p680_24(X))
& fn_share_1(fn_p680_24(X)) = fn_share_1(fn_p680_37(X))
& fn_share_1(fn_p680_37(X)) = fn_covalent_bond_19(fn_p680_34(X))
& fn_covalent_bond_20(fn_p680_34(X)) = fn_covalent_bond_19(fn_p680_34(X))
& fn_covalent_bond_19(fn_p680_34(X)) = fn_covalent_bond_19(fn_p680_34(X))
& fn_covalent_bond_19(fn_p680_34(X)) = fn_covalent_bond_20(fn_p680_34(X))
& fn_chlorophyll_a_16(X) = fn_covalent_bond_20(fn_p680_34(X))
& fn_covalent_bond_20(fn_p680_34(X)) = fn_chlorophyll_a_16(X)
& fn_chlorophyll_a_16(X) = fn_chlorophyll_a_16(X)
& fn_chlorophyll_a_16(X) = fn_methyl_group_11(fn_p680_32(X))
& fn_methyl_group_11(fn_p680_32(X)) = fn_methyl_group_11(fn_p680_32(X))
& fn_methyl_group_11(fn_p680_32(X)) = fn_chlorophyll_a_26(X)
& fn_chlorophyll_a_26(X) = fn_hydrogen_16(fn_p680_18(X))
& fn_hydrogen_16(fn_p680_18(X)) = fn_hydrogen_16(fn_p680_18(X))
& fn_hydrogen_16(fn_p680_18(X)) = fn_covalent_bond_21(fn_p680_34(X))
& fn_covalent_bond_21(fn_p680_34(X)) = fn_covalent_bond_21(fn_p680_34(X))
& fn_covalent_bond_21(fn_p680_34(X)) = fn_hydrogen_14(fn_p680_18(X))
& fn_hydrogen_14(fn_p680_18(X)) = fn_hydrogen_14(fn_p680_18(X))
& fn_hydrogen_14(fn_p680_18(X)) = fn_covalent_bond_22(fn_p680_34(X))
& fn_covalent_bond_22(fn_p680_34(X)) = fn_covalent_bond_22(fn_p680_34(X))
& fn_covalent_bond_22(fn_p680_34(X)) = fn_hydrogen_15(fn_p680_18(X))
& fn_hydrogen_15(fn_p680_18(X)) = fn_hydrogen_15(fn_p680_18(X))
& fn_hydrogen_15(fn_p680_18(X)) = fn_covalent_bond_18(fn_p680_34(X))
& fn_covalent_bond_18(fn_p680_34(X)) = fn_chlorophyll_a_27(X)
& fn_chlorophyll_a_27(X) = fn_chlorophyll_a_27(X)
& fn_chlorophyll_a_27(X) = fn_methyl_group_17(fn_p680_32(X))
& fn_methyl_group_17(fn_p680_32(X)) = fn_methyl_group_17(fn_p680_32(X))
& fn_methyl_group_17(fn_p680_32(X)) = fn_hydrogen_12(fn_p680_18(X))
& fn_hydrogen_12(fn_p680_18(X)) = fn_hydrogen_12(fn_p680_18(X))
& fn_hydrogen_12(fn_p680_18(X)) = fn_share_3(fn_p680_24(X))
& fn_share_3(fn_p680_24(X)) = fn_share_3(fn_p680_9(X))
& fn_share_3(fn_p680_9(X)) = fn_share_1(fn_p680_9(X))
& fn_share_1(fn_p680_9(X)) = fn_share_3(fn_p680_5(X))
& fn_share_3(fn_p680_5(X)) = fn_share_1(fn_p680_5(X))
& fn_share_1(fn_p680_5(X)) = fn_share_1(fn_p680_9(X))
& fn_share_1(fn_p680_9(X)) = fn_share_1(fn_p680_5(X))
& fn_share_1(fn_p680_5(X)) = fn_covalent_bond_20(fn_p680_34(X))
& fn_chlorophyll_a_38(X) = fn_covalent_bond_20(fn_p680_34(X))
& fn_covalent_bond_20(fn_p680_34(X)) = fn_covalent_bond_20(fn_p680_34(X))
& fn_covalent_bond_20(fn_p680_34(X)) = fn_chlorophyll_a_38(X)
& fn_chlorophyll_a_38(X) = fn_chlorophyll_a_38(X)
& fn_chlorophyll_a_38(X) = fn_methyl_group_10(fn_p680_32(X))
& fn_methyl_group_10(fn_p680_32(X)) = fn_methyl_group_10(fn_p680_32(X)) ) ) ).
fof(a531501,axiom,
! [X] :
( p680_plus__1(X)
=> ( original_name_2(X,'P680+')
& user_description_2(X,'p680 missing an electron, typically after an electron is removed to a primary electron acceptor in the electron transport chain of photosynthesis.')
& concept2words_2(X,'p680+')
& chlorophyll_a_1(X) ) ) ).
fof(a531502,axiom,
! [X] :
( p700_1(X)
=> ( original_name_2(X,'P700')
& user_description_2(X,'P700, or Photosystem I primary donor, (where P stands for pigment) is the reaction-center chlorophyll a molecule in association with photosystem I. Its absorption spectrum peaks at 700 nm.')
& concept2words_2(X,'oxidised chlorophyll')
& concept2words_2(X,'oxidized chlorophyll')
& concept2words_2(X,p700)
& chlorophyll_a_1(X)
& ~ p680_1(X)
& time_interval_1(fn_p700_1(X))
& equal_sharing_1(fn_p700_2(X))
& share_1(fn_p700_3(X))
& equal_sharing_1(fn_p700_3(X))
& equal_sharing_1(fn_p700_4(X))
& share_1(fn_p700_5(X))
& equal_sharing_1(fn_p700_5(X))
& share_1(fn_p700_6(X))
& equal_sharing_1(fn_p700_6(X))
& equal_sharing_1(fn_p700_7(X))
& proton_1(fn_p700_8(X))
& atomic_number_value_1(fn_p700_9(X))
& quantity_value_1(fn_p700_10(X))
& hold_together_1(fn_p700_11(X))
& entity_1(fn_p700_12(X))
& atom_1(fn_p700_12(X))
& chemical_entity_1(fn_p700_12(X))
& hydrogen_1(fn_p700_12(X))
& move_into_1(fn_p700_13(X))
& move_1(fn_p700_13(X))
& absorb_1(fn_p700_13(X))
& entity_1(fn_p700_14(X))
& chemical_entity_1(fn_p700_14(X))
& atom_1(fn_p700_14(X))
& carbon_1(fn_p700_14(X))
& covalent_bond_1(fn_p700_15(X))
& single_bond_1(fn_p700_15(X))
& time_interval_1(fn_p700_16(X))
& electron_shell_1(fn_p700_17(X))
& first_electron_shell_1(fn_p700_17(X))
& center_1(fn_p700_18(X))
& atomic_nucleus_1(fn_p700_19(X))
& atomic_nucleus_1(fn_p700_20(X))
& center_1(fn_p700_21(X))
& electron_shell_1(fn_p700_22(X))
& equal_sharing_1(fn_p700_23(X))
& entity_1(fn_p700_24(X))
& valence_electron_1(fn_p700_24(X))
& electron_1(fn_p700_24(X))
& methyl_group_1(fn_p700_25(X))
& carbon_skeleton_1(fn_p700_26(X))
& carbon_1(fn_p700_27(X))
& entity_1(fn_p700_28(X))
& chemical_entity_1(fn_p700_28(X))
& atom_1(fn_p700_28(X))
& magnesium_1(fn_p700_28(X))
& quantity_value_1(fn_p700_31(X))
& atomic_number_value_1(fn_p700_32(X))
& proton_1(fn_p700_33(X))
& entity_1(fn_p700_34(X))
& electron_1(fn_p700_34(X))
& valence_electron_1(fn_p700_34(X))
& share_1(fn_p700_35(X))
& equal_sharing_1(fn_p700_35(X))
& share_1(fn_p700_36(X))
& equal_sharing_1(fn_p700_36(X))
& center_1(fn_covalent_bond_21(fn_p700_15(X)))
& share_1(fn_covalent_bond_17(fn_p700_15(X)))
& property_node_1(fn_carbon_9(fn_p700_14(X)))
& property_node_1(fn_hydrogen_7(fn_p700_12(X)))
& property_node_1(fn_hydrogen_21(fn_p700_12(X)))
& atomic_number_value_1(fn_hydrogen_10(fn_p700_12(X)))
& quantity_value_1(fn_hydrogen_17(fn_p700_12(X)))
& proton_1(fn_hydrogen_13(fn_p700_12(X)))
& electron_shell_1(fn_atom_9(fn_p700_14(X)))
& carbon_1(fn_carbon_skeleton_4(fn_p700_26(X)))
& entity_1(fn_share_2(fn_p700_23(X)))
& entity_1(fn_share_2(fn_p700_36(X)))
& electron_1(fn_carbon_10(fn_p700_14(X)))
& electron_1(fn_atom_14(fn_p700_14(X)))
& valence_electron_1(fn_covalent_bond_18(fn_p700_15(X)))
& property_node_1(fn_atom_12(fn_p700_14(X)))
& property_node_1(fn_carbon_13(fn_p700_14(X)))
& quantity_value_1(fn_atom_11(fn_p700_14(X)))
& quantity_value_1(fn_carbon_19(fn_p700_14(X)))
& atomic_number_value_1(fn_atom_17(fn_p700_14(X)))
& atomic_number_value_1(fn_carbon_16(fn_p700_14(X)))
& atomic_nucleus_1(fn_atom_18(fn_p700_14(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_p700_15(X)))
& atomic_nucleus_1(fn_carbon_18(fn_p700_14(X)))
& proton_1(fn_atom_8(fn_p700_14(X)))
& proton_1(fn_carbon_17(fn_p700_14(X)))
& entity_1(fn_share_3(fn_p700_7(X)))
& entity_1(fn_share_3(fn_p700_6(X)))
& entity_1(fn_share_3(fn_p700_23(X)))
& center_1(fn_covalent_bond_23(fn_p700_15(X)))
& center_1(fn_hydrogen_14(fn_p700_12(X)))
& electron_shell_1(fn_hydrogen_16(fn_p700_12(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_p700_12(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_p700_15(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_p700_12(X)))
& entity_1(fn_share_2(fn_p700_6(X)))
& valence_electron_1(fn_covalent_bond_15(fn_p700_15(X)))
& valence_electron_1(fn_hydrogen_12(fn_p700_12(X)))
& entity_1(fn_share_1(fn_p700_7(X)))
& entity_1(fn_share_1(fn_p700_6(X)))
& entity_1(fn_share_1(fn_p700_23(X)))
& result_2(fn_p700_23(X),fn_p700_15(X))
& time_before_2(fn_p700_16(X),fn_p700_1(X))
& has_region_2(fn_p700_14(X),fn_p700_21(X))
& result_2(fn_p700_6(X),fn_p700_15(X))
& object_2(fn_p700_23(X),fn_p700_24(X))
& object_2(fn_p700_6(X),fn_p700_34(X))
& object_2(fn_p700_36(X),fn_p700_24(X))
& agent_2(fn_p700_7(X),fn_p700_14(X))
& agent_2(fn_p700_7(X),fn_p700_12(X))
& agent_2(fn_p700_6(X),fn_p700_14(X))
& agent_2(fn_p700_23(X),fn_p700_14(X))
& agent_2(fn_p700_6(X),fn_p700_12(X))
& agent_2(fn_p700_23(X),fn_p700_12(X))
& is_inside_2(fn_p700_27(X),fn_p700_26(X))
& object_2(fn_p700_7(X),fn_p700_34(X))
& is_at_2(fn_p700_20(X),fn_p700_21(X))
& fn_p700_18(X) != fn_p700_21(X)
& fn_p700_21(X) != fn_p700_18(X)
& result_2(fn_p700_7(X),fn_p700_15(X))
& object_2(fn_p700_7(X),fn_p700_24(X))
& is_near_2(fn_p700_24(X),fn_p700_20(X))
& is_near_2(fn_p700_20(X),fn_p700_24(X))
& fn_p700_19(X) != fn_p700_20(X)
& fn_p700_20(X) != fn_p700_19(X)
& object_2(fn_p700_5(X),fn_p700_24(X))
& object_2(fn_p700_6(X),fn_p700_24(X))
& has_region_2(X,fn_p700_25(X))
& is_inside_2(fn_p700_27(X),fn_p700_25(X))
& has_part_2(X,fn_p700_27(X))
& has_function_2(X,fn_p700_13(X))
& time_during_2(fn_p700_13(X),fn_p700_16(X))
& base_2(fn_p700_13(X),X)
& agent_2(fn_p700_13(X),X)
& has_part_2(X,fn_p700_28(X))
& fn_p700_27(X) != fn_p700_28(X)
& fn_p700_28(X) != fn_p700_27(X)
& agent_2(fn_p700_35(X),fn_p700_14(X))
& result_2(fn_p700_35(X),fn_p700_15(X))
& possesses_2(X,fn_p700_15(X))
& has_part_2(X,fn_p700_14(X))
& agent_2(fn_p700_2(X),fn_p700_14(X))
& object_2(fn_p700_4(X),fn_p700_34(X))
& object_2(fn_p700_5(X),fn_p700_34(X))
& agent_2(fn_p700_5(X),fn_p700_12(X))
& object_2(fn_p700_11(X),fn_p700_12(X))
& object_2(fn_p700_11(X),fn_p700_14(X))
& object_2(fn_p700_35(X),fn_p700_24(X))
& object_2(fn_p700_4(X),fn_p700_24(X))
& result_2(fn_p700_4(X),fn_p700_15(X))
& result_2(fn_p700_5(X),fn_p700_15(X))
& agent_2(fn_p700_5(X),fn_p700_14(X))
& agent_2(fn_p700_4(X),fn_p700_12(X))
& agent_2(fn_p700_4(X),fn_p700_14(X))
& has_region_2(fn_p700_14(X),fn_p700_22(X))
& fn_p700_17(X) != fn_p700_22(X)
& fn_p700_22(X) != fn_p700_17(X)
& object_2(fn_p700_35(X),fn_p700_34(X))
& agent_2(fn_p700_35(X),fn_p700_12(X))
& agent_2(fn_p700_3(X),fn_p700_12(X))
& agent_2(fn_p700_3(X),fn_p700_14(X))
& is_inside_2(fn_p700_14(X),fn_p700_25(X))
& object_2(fn_p700_3(X),fn_p700_34(X))
& result_2(fn_p700_3(X),fn_p700_15(X))
& is_between_2(fn_p700_15(X),fn_p700_14(X))
& is_inside_2(fn_p700_14(X),fn_p700_26(X))
& has_region_2(X,fn_p700_26(X))
& result_2(fn_p700_36(X),fn_p700_15(X))
& agent_2(fn_p700_36(X),fn_p700_14(X))
& fn_p700_14(X) != fn_p700_27(X)
& fn_p700_28(X) != fn_p700_14(X)
& fn_p700_14(X) != fn_p700_28(X)
& fn_p700_27(X) != fn_p700_14(X)
& object_2(fn_p700_2(X),fn_p700_34(X))
& result_2(fn_p700_2(X),fn_p700_15(X))
& has_function_2(fn_p700_15(X),fn_p700_11(X))
& agent_2(fn_p700_11(X),fn_p700_15(X))
& is_between_2(fn_p700_15(X),fn_p700_12(X))
& object_2(fn_p700_36(X),fn_p700_34(X))
& agent_2(fn_p700_36(X),fn_p700_12(X))
& agent_2(fn_p700_2(X),fn_p700_12(X))
& object_2(fn_p700_2(X),fn_p700_24(X))
& object_2(fn_p700_3(X),fn_p700_24(X))
& has_part_2(X,fn_p700_12(X))
& fn_p700_12(X) != fn_p700_14(X)
& has_part_2(fn_p700_14(X),fn_p700_24(X))
& fn_p700_14(X) != fn_p700_12(X)
& fn_p700_34(X) != fn_p700_24(X)
& fn_p700_24(X) != fn_p700_34(X)
& called_2(fn_p700_9(X),'Atomic_Number')
& quantity_2(fn_p700_8(X),fn_p700_10(X))
& called_2(fn_p700_10(X),'Number_Proton')
& has_part_2(fn_p700_14(X),fn_p700_8(X))
& is_inside_2(fn_p700_8(X),fn_p700_20(X))
& has_region_2(fn_p700_14(X),fn_p700_20(X))
& atomic_number_2(fn_p700_14(X),fn_p700_9(X))
& fn_p700_9(X) = fn_p700_10(X)
& fn_p700_10(X) = fn_p700_9(X)
& the_cardinal_value_2(fn_p700_32(X),"1")
& cardinal_unit_class_2(fn_p700_32(X),unity_0)
& is_inside_2(fn_p700_33(X),fn_p700_19(X))
& called_2(fn_p700_32(X),'Atomic_Number')
& called_2(fn_p700_31(X),'Number_Proton')
& has_region_2(fn_p700_12(X),fn_p700_18(X))
& quantity_2(fn_p700_33(X),fn_p700_31(X))
& fn_p700_31(X) = fn_p700_32(X)
& atomic_number_2(fn_p700_12(X),fn_p700_32(X))
& has_region_2(fn_p700_12(X),fn_p700_19(X))
& is_at_2(fn_p700_19(X),fn_p700_18(X))
& fn_p700_32(X) = fn_p700_31(X)
& has_part_2(fn_p700_12(X),fn_p700_34(X))
& is_near_2(fn_p700_34(X),fn_p700_19(X))
& is_inside_2(fn_p700_19(X),fn_p700_17(X))
& has_region_2(fn_p700_12(X),fn_p700_17(X))
& has_part_2(fn_p700_12(X),fn_p700_33(X))
& is_near_2(fn_p700_19(X),fn_p700_34(X))
& fn_p700_24(X) = fn_share_2(fn_p700_23(X))
& fn_p700_34(X) = fn_share_2(fn_p700_6(X))
& fn_p700_24(X) = fn_share_2(fn_p700_36(X))
& fn_p700_14(X) = fn_share_3(fn_p700_7(X))
& fn_p700_12(X) = fn_share_1(fn_p700_7(X))
& fn_p700_14(X) = fn_share_3(fn_p700_6(X))
& fn_p700_14(X) = fn_share_3(fn_p700_23(X))
& fn_p700_12(X) = fn_share_1(fn_p700_6(X))
& fn_p700_12(X) = fn_share_1(fn_p700_23(X))
& fn_p700_27(X) = fn_carbon_skeleton_4(fn_p700_26(X))
& fn_p700_34(X) = fn_covalent_bond_15(fn_p700_15(X))
& fn_p700_18(X) = fn_covalent_bond_23(fn_p700_15(X))
& fn_p700_21(X) = fn_covalent_bond_21(fn_p700_15(X))
& fn_p700_19(X) = fn_covalent_bond_24(fn_p700_15(X))
& fn_p700_20(X) = fn_covalent_bond_22(fn_p700_15(X))
& fn_p700_24(X) = fn_covalent_bond_18(fn_p700_15(X))
& fn_p700_7(X) = fn_covalent_bond_17(fn_p700_15(X))
& fn_p700_6(X) = fn_chlorophyll_a_10(X)
& fn_p700_16(X) = fn_chlorophyll_a_1(X)
& fn_p700_13(X) = fn_chlorophyll_a_15(X)
& fn_p700_35(X) = fn_chlorophyll_a_43(X)
& fn_p700_5(X) = fn_chlorophyll_a_43(X)
& fn_p700_5(X) = fn_chlorophyll_a_32(X)
& fn_p700_17(X) = fn_chlorophyll_a_26(X)
& fn_p700_22(X) = fn_atom_9(fn_p700_14(X))
& fn_p700_22(X) = fn_chlorophyll_a_30(X)
& fn_p700_4(X) = fn_chlorophyll_a_42(X)
& fn_p700_25(X) = fn_chlorophyll_a_19(X)
& fn_p700_35(X) = fn_chlorophyll_a_32(X)
& fn_p700_26(X) = fn_chlorophyll_a_22(X)
& fn_p700_3(X) = fn_chlorophyll_a_10(X)
& fn_p700_27(X) = fn_chlorophyll_a_21(X)
& fn_p700_28(X) = fn_chlorophyll_a_20(X)
& fn_p700_11(X) = fn_chlorophyll_a_31(X)
& fn_p700_15(X) = fn_chlorophyll_a_37(X)
& fn_p700_3(X) = fn_chlorophyll_a_6(X)
& fn_p700_2(X) = fn_chlorophyll_a_7(X)
& fn_p700_36(X) = fn_chlorophyll_a_6(X)
& fn_p700_34(X) = fn_chlorophyll_a_27(X)
& fn_p700_24(X) = fn_carbon_10(fn_p700_14(X))
& fn_p700_24(X) = fn_atom_14(fn_p700_14(X))
& fn_p700_24(X) = fn_chlorophyll_a_33(X)
& fn_p700_14(X) = fn_chlorophyll_a_16(X)
& fn_p700_12(X) = fn_chlorophyll_a_38(X)
& fn_p700_29(X) = fn_carbon_9(fn_p700_14(X))
& fn_p700_30(X) = fn_atom_12(fn_p700_14(X))
& fn_p700_30(X) = fn_carbon_13(fn_p700_14(X))
& fn_p700_10(X) = fn_atom_11(fn_p700_14(X))
& fn_p700_10(X) = fn_carbon_19(fn_p700_14(X))
& fn_p700_9(X) = fn_atom_17(fn_p700_14(X))
& fn_p700_9(X) = fn_carbon_16(fn_p700_14(X))
& fn_p700_20(X) = fn_atom_18(fn_p700_14(X))
& fn_p700_20(X) = fn_carbon_18(fn_p700_14(X))
& fn_p700_8(X) = fn_atom_8(fn_p700_14(X))
& fn_p700_8(X) = fn_carbon_17(fn_p700_14(X))
& fn_p700_37(X) = fn_hydrogen_7(fn_p700_12(X))
& fn_p700_38(X) = fn_hydrogen_21(fn_p700_12(X))
& fn_p700_18(X) = fn_hydrogen_14(fn_p700_12(X))
& fn_p700_32(X) = fn_hydrogen_10(fn_p700_12(X))
& fn_p700_31(X) = fn_hydrogen_17(fn_p700_12(X))
& fn_p700_33(X) = fn_hydrogen_13(fn_p700_12(X))
& fn_p700_17(X) = fn_hydrogen_16(fn_p700_12(X))
& fn_p700_19(X) = fn_hydrogen_15(fn_p700_12(X))
& fn_p700_34(X) = fn_hydrogen_12(fn_p700_12(X))
& fn_chlorophyll_a_32(X) = fn_chlorophyll_a_30(X)
& fn_chlorophyll_a_30(X) = fn_chlorophyll_a_30(X)
& fn_chlorophyll_a_30(X) = fn_atom_9(fn_p700_14(X))
& fn_atom_9(fn_p700_14(X)) = fn_chlorophyll_a_30(X)
& fn_chlorophyll_a_30(X) = fn_chlorophyll_a_43(X)
& fn_chlorophyll_a_43(X) = fn_chlorophyll_a_43(X)
& fn_chlorophyll_a_43(X) = fn_chlorophyll_a_32(X)
& fn_chlorophyll_a_32(X) = fn_chlorophyll_a_32(X)
& fn_chlorophyll_a_32(X) = fn_carbon_skeleton_4(fn_p700_26(X))
& fn_carbon_skeleton_4(fn_p700_26(X)) = fn_chlorophyll_a_21(X)
& fn_chlorophyll_a_21(X) = fn_chlorophyll_a_21(X)
& fn_chlorophyll_a_21(X) = fn_chlorophyll_a_10(X)
& fn_chlorophyll_a_10(X) = fn_chlorophyll_a_10(X)
& fn_chlorophyll_a_10(X) = fn_chlorophyll_a_6(X)
& fn_chlorophyll_a_6(X) = fn_share_2(fn_p700_23(X))
& fn_share_2(fn_p700_23(X)) = fn_share_2(fn_p700_36(X))
& fn_share_2(fn_p700_36(X)) = fn_carbon_10(fn_p700_14(X))
& fn_carbon_10(fn_p700_14(X)) = fn_carbon_10(fn_p700_14(X))
& fn_atom_14(fn_p700_14(X)) = fn_carbon_10(fn_p700_14(X))
& fn_carbon_10(fn_p700_14(X)) = fn_atom_14(fn_p700_14(X))
& fn_atom_14(fn_p700_14(X)) = fn_atom_14(fn_p700_14(X))
& fn_covalent_bond_18(fn_p700_15(X)) = fn_atom_14(fn_p700_14(X))
& fn_atom_14(fn_p700_14(X)) = fn_covalent_bond_18(fn_p700_15(X))
& fn_covalent_bond_18(fn_p700_15(X)) = fn_covalent_bond_18(fn_p700_15(X))
& fn_covalent_bond_18(fn_p700_15(X)) = fn_chlorophyll_a_33(X)
& fn_chlorophyll_a_33(X) = fn_chlorophyll_a_33(X)
& fn_chlorophyll_a_33(X) = fn_atom_12(fn_p700_14(X))
& fn_atom_12(fn_p700_14(X)) = fn_carbon_13(fn_p700_14(X))
& fn_carbon_13(fn_p700_14(X)) = fn_carbon_19(fn_p700_14(X))
& fn_carbon_19(fn_p700_14(X)) = fn_carbon_19(fn_p700_14(X))
& fn_carbon_19(fn_p700_14(X)) = fn_atom_11(fn_p700_14(X))
& fn_atom_11(fn_p700_14(X)) = fn_carbon_19(fn_p700_14(X))
& fn_carbon_19(fn_p700_14(X)) = fn_atom_17(fn_p700_14(X))
& fn_carbon_16(fn_p700_14(X)) = fn_atom_17(fn_p700_14(X))
& fn_atom_17(fn_p700_14(X)) = fn_carbon_16(fn_p700_14(X))
& fn_carbon_16(fn_p700_14(X)) = fn_covalent_bond_22(fn_p700_15(X))
& fn_covalent_bond_22(fn_p700_15(X)) = fn_atom_18(fn_p700_14(X))
& fn_atom_18(fn_p700_14(X)) = fn_covalent_bond_22(fn_p700_15(X))
& fn_covalent_bond_22(fn_p700_15(X)) = fn_covalent_bond_22(fn_p700_15(X))
& fn_carbon_18(fn_p700_14(X)) = fn_covalent_bond_22(fn_p700_15(X))
& fn_covalent_bond_22(fn_p700_15(X)) = fn_carbon_18(fn_p700_14(X))
& fn_carbon_18(fn_p700_14(X)) = fn_carbon_18(fn_p700_14(X))
& fn_carbon_18(fn_p700_14(X)) = fn_atom_8(fn_p700_14(X))
& fn_carbon_17(fn_p700_14(X)) = fn_carbon_17(fn_p700_14(X))
& fn_carbon_17(fn_p700_14(X)) = fn_atom_8(fn_p700_14(X))
& fn_atom_8(fn_p700_14(X)) = fn_carbon_17(fn_p700_14(X))
& fn_carbon_17(fn_p700_14(X)) = fn_share_3(fn_p700_7(X))
& fn_share_3(fn_p700_7(X)) = fn_share_3(fn_p700_6(X))
& fn_share_3(fn_p700_6(X)) = fn_share_3(fn_p700_23(X))
& fn_share_3(fn_p700_23(X)) = fn_chlorophyll_a_16(X)
& fn_chlorophyll_a_16(X) = fn_chlorophyll_a_16(X)
& fn_chlorophyll_a_16(X) = fn_covalent_bond_23(fn_p700_15(X))
& fn_covalent_bond_23(fn_p700_15(X)) = fn_covalent_bond_23(fn_p700_15(X))
& fn_covalent_bond_23(fn_p700_15(X)) = fn_hydrogen_14(fn_p700_12(X))
& fn_hydrogen_14(fn_p700_12(X)) = fn_hydrogen_14(fn_p700_12(X))
& fn_hydrogen_14(fn_p700_12(X)) = fn_chlorophyll_a_26(X)
& fn_chlorophyll_a_26(X) = fn_chlorophyll_a_26(X)
& fn_chlorophyll_a_26(X) = fn_hydrogen_16(fn_p700_12(X))
& fn_hydrogen_16(fn_p700_12(X)) = fn_hydrogen_16(fn_p700_12(X))
& fn_hydrogen_16(fn_p700_12(X)) = fn_covalent_bond_24(fn_p700_15(X))
& fn_covalent_bond_24(fn_p700_15(X)) = fn_covalent_bond_24(fn_p700_15(X))
& fn_covalent_bond_24(fn_p700_15(X)) = fn_hydrogen_15(fn_p700_12(X))
& fn_hydrogen_15(fn_p700_12(X)) = fn_hydrogen_15(fn_p700_12(X))
& fn_hydrogen_15(fn_p700_12(X)) = fn_share_2(fn_p700_6(X))
& fn_share_2(fn_p700_6(X)) = fn_covalent_bond_15(fn_p700_15(X))
& fn_covalent_bond_15(fn_p700_15(X)) = fn_covalent_bond_15(fn_p700_15(X))
& fn_covalent_bond_15(fn_p700_15(X)) = fn_chlorophyll_a_27(X)
& fn_chlorophyll_a_27(X) = fn_chlorophyll_a_27(X)
& fn_chlorophyll_a_27(X) = fn_hydrogen_12(fn_p700_12(X))
& fn_hydrogen_12(fn_p700_12(X)) = fn_hydrogen_12(fn_p700_12(X))
& fn_hydrogen_12(fn_p700_12(X)) = fn_share_1(fn_p700_7(X))
& fn_share_1(fn_p700_7(X)) = fn_share_1(fn_p700_6(X))
& fn_share_1(fn_p700_6(X)) = fn_share_1(fn_p700_23(X))
& fn_share_1(fn_p700_23(X)) = fn_chlorophyll_a_38(X)
& fn_chlorophyll_a_38(X) = fn_chlorophyll_a_38(X) ) ) ).
fof(a531503,axiom,
! [X] :
( p700_plus__1(X)
=> ( original_name_2(X,'P700+')
& user_description_2(X,'p700 missing an electron, typically after an electron is removed to a primary electron acceptor in the electron transport chain of photosynthesis.')
& concept2words_2(X,'p700+')
& chlorophyll_a_1(X)
& electron_recipient_1(fn_p700_plus__1(X))
& chemical_entity_1(fn_electron_recipient_2(fn_p700_plus__1(X)))
& plays_2(X,fn_p700_plus__1(X))
& X = fn_electron_recipient_2(fn_p700_plus__1(X)) ) ) ).
fof(a531504,axiom,
! [X,X1,X2] :
( ( object_2(X,X1)
& base_2(X,X2)
& recombinant_1(X1)
& move_into_1(X)
& capsid_1(X2)
& amphipathic_molecule_1(X2) )
=> ( package_recombinants_in_capsid_1(X)
& fn_package_recombinants_in_capsid_5(X) = X2
& fn_package_recombinants_in_capsid_4(X) = X1 ) ) ).
fof(a531505,axiom,
! [X] :
( package_recombinants_in_capsid_1(X)
=> ( original_name_2(X,'Package-Recombinants-In-Capsid')
& user_description_2(X,'Moving recombinants (from a genetic recombination event) into capsid container, resulting in phage.')
& concept2words_2(X,'package recombinants in capsid')
& concept2words_2(X,'package-recombinants-in-capsid')
& move_into_1(X)
& ~ take_in_1(X)
& ~ load_1(X)
& ~ enter_1(X)
& ~ capillary_action_1(X)
& ~ implant_1(X)
& genetic_recombination_in_lab_of_fragments_1(fn_package_recombinants_in_capsid_2(X))
& phage_1(fn_package_recombinants_in_capsid_3(X))
& recombinant_1(fn_package_recombinants_in_capsid_4(X))
& capsid_1(fn_package_recombinants_in_capsid_5(X))
& amphipathic_molecule_1(fn_package_recombinants_in_capsid_5(X))
& result_2(X,fn_package_recombinants_in_capsid_3(X))
& result_2(fn_package_recombinants_in_capsid_2(X),fn_package_recombinants_in_capsid_4(X))
& base_2(X,fn_package_recombinants_in_capsid_5(X))
& object_2(X,fn_package_recombinants_in_capsid_4(X))
& fn_package_recombinants_in_capsid_5(X) = fn_move_into_1(X)
& fn_package_recombinants_in_capsid_4(X) = fn_move_1(X) ) ) ).
fof(a531506,axiom,
! [X] :
( pacman_mechanism_1(X)
=> ( original_name_2(X,'Pacman-Mechanism')
& user_description_2(X,'Mechanism for the movement of chromosomes during anaphase in which an enzyme depolymerizes the kinetochore microtubules as motor proteins move the chromosomes in a walking motion along the kinetochores.')
& concept2words_2(X,'pacman mechanism')
& concept2words_2(X,'pacman-mechanism')
& intracellular_process_1(X) ) ) ).
fof(a531507,axiom,
! [X] :
( paedomorphosis_1(X)
=> ( original_name_2(X,'Paedomorphosis')
& user_description_2(X,'The retention of larval features in an adult organism.')
& concept2words_2(X,paedomorphosis)
& evolutionary_process_1(X)
& developmental_process_1(X)
& ~ adaptation_1(X)
& ~ adaptive_radiation_1(X)
& ~ allopatric_speciation_1(X)
& ~ anagenesis_1(X)
& ~ bottleneck_effect_1(X)
& ~ cephalization_1(X)
& ~ character_displacement_1(X)
& ~ cladogenesis_1(X)
& ~ convergent_evolution_1(X)
& ~ endosymbiosis_1(X)
& ~ gene_flow_1(X)
& ~ genetic_drift_1(X)
& ~ heterochrony_1(X)
& ~ homology_1(X)
& ~ mechanical_isolation_1(X)
& ~ mimicry_1(X)
& ~ natural_selection_1(X)
& ~ punctuated_equilibria_1(X)
& ~ reproductive_isolation_1(X)
& ~ selection_force_1(X)
& ~ speciation_1(X)
& ~ cell_determination_1(X)
& ~ childbirth_1(X)
& ~ compaction_1(X)
& ~ gastrulation_1(X)
& ~ gestation_1(X)
& ~ molting_1(X)
& ~ morphogenesis_1(X)
& ~ organogenesis_1(X)
& ~ oviparous_1(X)
& ~ ovoviviparous_1(X)
& ~ ovulation_1(X)
& ~ pattern_formation_1(X)
& ~ phase_change_1(X)
& ~ primary_growth_1(X)
& ~ protostome_development_1(X)
& ~ radial_cleavage_1(X)
& ~ senescence_1(X)
& ~ torsion_1(X)
& ~ viviparous_1(X) ) ) ).
fof(a531508,axiom,
! [X] :
( pain_1(X)
=> ( original_name_2(X,'Pain')
& user_description_2(X,'An unpleasant sensory and/or emotional experience associated with actual or anticipated tissue damage.')
& concept2words_2(X,pain)
& condition_1(X) ) ) ).
fof(a531509,axiom,
! [X] :
( pain_receptor_1(X)
=> ( original_name_2(X,'Pain-Receptor')
& user_description_2(X,'A type of sensory receptor that responds to painful stimuli; also known as a nociceptor.')
& concept2words_2(X,'receptor of pain')
& concept2words_2(X,'pain receptor')
& concept2words_2(X,'pain-receptor')
& sensory_receptor_1(X)
& ~ chemoreceptor_1(X)
& ~ electromagnetic_receptor_1(X)
& ~ exteroceptor_1(X)
& ~ mechanoreceptor_1(X)
& ~ nociceptor_1(X)
& ~ thermoreceptor_1(X) ) ) ).
fof(a531510,axiom,
! [X] :
( paintbrush_1(X)
=> ( original_name_2(X,'Paintbrush')
& user_description_2(X,'A brush which is used to paint')
& concept2words_2(X,paintbrush)
& device_1(X) ) ) ).
fof(a531511,axiom,
! [X] :
( pair_rule_gene_1(X)
=> ( original_name_2(X,'Pair-Rule-Gene')
& user_description_2(X,'A type of gene involved in the development of the segmented embryos of insects. Pair-rule genes are defined by the effect of a mutation in that gene, which causes the loss of the normal developmental pattern in alternating segments.')
& concept2words_2(X,'pair rule gene')
& concept2words_2(X,'pair-rule-gene')
& segmentation_gene_1(X)
& ~ gap_gene_1(X)
& ~ segment_polarity_gene_1(X) ) ) ).
fof(a531512,axiom,
! [X] :
( pair_rule_gene_mutation_1(X)
=> ( original_name_2(X,'Pair-Rule-Gene-Mutation')
& user_description_2(X,'Pair-rule genes mutations in these cause a series of deletions affecting alternate segments, leaving the embryo with only half as many segments as usual.')
& concept2words_2(X,mutate)
& concept2words_2(X,'pair rule gene mutation')
& concept2words_2(X,'pair-rule-gene-mutation')
& development_related_mutation_1(X)
& drosophila_melanogaster_1(fn_pair_rule_gene_mutation_1(X))
& body_segment_1(fn_pair_rule_gene_mutation_2(X))
& quantity_value_1(fn_pair_rule_gene_mutation_3(X))
& system_1(fn_pair_rule_gene_mutation_5(X))
& abnormal_1(fn_pair_rule_gene_mutation_8(X))
& embryo_1(fn_pair_rule_gene_mutation_9(X))
& body_segment_1(fn_pair_rule_gene_mutation_10(X))
& embryogenesis_1(fn_pair_rule_gene_mutation_11(X))
& quantity_value_1(fn_pair_rule_gene_mutation_12(X))
& decrease_1(fn_pair_rule_gene_mutation_13(X))
& pair_rule_gene_1(fn_pair_rule_gene_mutation_14(X))
& anatomical_structure_1(fn_embryogenesis_7(fn_pair_rule_gene_mutation_11(X)))
& embryo_1(fn_embryogenesis_8(fn_pair_rule_gene_mutation_11(X)))
& property_node_1(fn_decrease_2(fn_pair_rule_gene_mutation_13(X)))
& property_value_1(fn_decrease_3(fn_pair_rule_gene_mutation_13(X)))
& object_2(fn_pair_rule_gene_mutation_13(X),fn_pair_rule_gene_mutation_2(X))
& plays_2(fn_pair_rule_gene_mutation_9(X),fn_pair_rule_gene_mutation_8(X))
& called_2(fn_pair_rule_gene_mutation_3(X),'Quantity_BodySegment1')
& called_2(fn_pair_rule_gene_mutation_12(X),'Quantity_BodySegment2')
& quantity_2(fn_pair_rule_gene_mutation_2(X),fn_pair_rule_gene_mutation_12(X))
& quantity_2(fn_pair_rule_gene_mutation_10(X),fn_pair_rule_gene_mutation_3(X))
& result_2(fn_pair_rule_gene_mutation_11(X),fn_pair_rule_gene_mutation_1(X))
& result_2(X,fn_pair_rule_gene_mutation_9(X))
& causes_2(X,fn_pair_rule_gene_mutation_13(X))
& object_2(X,fn_pair_rule_gene_mutation_14(X))
& object_2(fn_pair_rule_gene_mutation_11(X),fn_pair_rule_gene_mutation_9(X))
& has_part_2(fn_pair_rule_gene_mutation_9(X),fn_pair_rule_gene_mutation_10(X))
& from_value_2(fn_pair_rule_gene_mutation_13(X),fn_pair_rule_gene_mutation_12(X))
& fn_pair_rule_gene_mutation_14(X) = fn_mutation_2(X)
& fn_pair_rule_gene_mutation_10(X) = fn_embryogenesis_7(fn_pair_rule_gene_mutation_11(X))
& fn_pair_rule_gene_mutation_9(X) = fn_embryogenesis_8(fn_pair_rule_gene_mutation_11(X))
& fn_pair_rule_gene_mutation_15(X) = fn_decrease_2(fn_pair_rule_gene_mutation_13(X))
& fn_pair_rule_gene_mutation_12(X) = fn_decrease_3(fn_pair_rule_gene_mutation_13(X)) ) ) ).
fof(a531513,axiom,
! [X] :
( paired_electron_1(X)
=> ( original_name_2(X,'Paired-Electron')
& user_description_2(X,'One of two electrons that form a valence bond between two atoms.')
& concept2words_2(X,'paired electron')
& concept2words_2(X,'paired-electron')
& electron_1(X)
& ~ unpaired_electron_1(X) ) ) ).
fof(a531514,axiom,
! [X] :
( pairing_of_homologous_chromosome_1(X)
=> ( original_name_2(X,'Pairing-Of-Homologous-Chromosome')
& user_description_2(X,'An event where corresponding chromosomes, one from each parent, pair together during metaphase I of meiosis.')
& concept2words_2(X,'pairing of homologous chromosomes')
& concept2words_2(X,pair)
& concept2words_2(X,'pairing of homologous chromosome')
& concept2words_2(X,'pairing-of-homologous-chromosome')
& meiotic_event_1(X)
& prophase_i_1(fn_pairing_of_homologous_chromosome_1(X))
& synaptonemal_complex_1(fn_pairing_of_homologous_chromosome_2(X))
& homologous_chromosome_1(fn_pairing_of_homologous_chromosome_3(X))
& slide_1(fn_pairing_of_homologous_chromosome_4(X))
& homologous_chromosome_1(fn_pairing_of_homologous_chromosome_5(X))
& spatial_entity_1(fn_move_1(fn_pairing_of_homologous_chromosome_4(X)))
& tangible_entity_1(fn_slide_1(fn_pairing_of_homologous_chromosome_4(X)))
& subevent_2(fn_pairing_of_homologous_chromosome_1(X),X)
& subevent_2(X,fn_pairing_of_homologous_chromosome_4(X))
& result_2(X,fn_pairing_of_homologous_chromosome_2(X))
& path_2(X,fn_pairing_of_homologous_chromosome_3(X))
& is_along_2(fn_pairing_of_homologous_chromosome_3(X),fn_pairing_of_homologous_chromosome_5(X))
& is_at_2(fn_pairing_of_homologous_chromosome_3(X),fn_pairing_of_homologous_chromosome_2(X))
& is_along_2(fn_pairing_of_homologous_chromosome_5(X),fn_pairing_of_homologous_chromosome_3(X))
& is_at_2(fn_pairing_of_homologous_chromosome_5(X),fn_pairing_of_homologous_chromosome_2(X))
& object_2(fn_pairing_of_homologous_chromosome_4(X),fn_pairing_of_homologous_chromosome_5(X))
& path_2(fn_pairing_of_homologous_chromosome_4(X),fn_pairing_of_homologous_chromosome_3(X))
& fn_pairing_of_homologous_chromosome_5(X) = fn_move_1(fn_pairing_of_homologous_chromosome_4(X))
& fn_pairing_of_homologous_chromosome_3(X) = fn_slide_1(fn_pairing_of_homologous_chromosome_4(X)) ) ) ).
fof(a531515,axiom,
! [X] :
( paleoanthropology_1(X)
=> ( original_name_2(X,'Paleoanthropology')
& user_description_2(X,'The study of ancient humans and human evolution, relying heavily on the fossil record.')
& concept2words_2(X,paleoanthropology)
& evolution_1(X) ) ) ).
fof(a531516,axiom,
! [X] :
( paleontological_species_concept_1(X)
=> ( original_name_2(X,'Paleontological-Species-Concept')
& user_description_2(X,'The definition of a species based morphological features known only from the fossil record.')
& concept2words_2(X,'paleontological species concept')
& concept2words_2(X,'paleontological-species-concept')
& species_concept_1(X)
& ~ ecological_species_concept_1(X)
& ~ morphological_species_concept_1(X)
& ~ phylogenetic_species_concept_1(X) ) ) ).
fof(a531517,axiom,
! [X] :
( paleontology_1(X)
=> ( original_name_2(X,'Paleontology')
& user_description_2(X,'The scientific study of prehistoric life. Paleontology uses the fossil record to determine organisms\' evolutionary history and ecological interactions.')
& concept2words_2(X,paleontology)
& inquiry_1(X) ) ) ).
fof(a531518,axiom,
! [X] :
( palisade_mesophyll_1(X)
=> ( original_name_2(X,'Palisade-Mesophyll')
& user_description_2(X,'It is one of the layers of mesophylls of many eudicots.')
& concept2words_2(X,'mesophyll of palisade')
& concept2words_2(X,'palisade mesophyll')
& concept2words_2(X,'palisade-mesophyll')
& mesophyll_1(X)
& sclerenchyma_fiber_1(fn_palisade_mesophyll_1(X))
& has_part_2(X,fn_palisade_mesophyll_1(X))
& fn_palisade_mesophyll_1(X) = fn_tissue_1(X) ) ) ).
fof(a531519,axiom,
! [X] :
( palladium_1(X)
=> ( original_name_2(X,'Palladium')
& user_description_2(X,'Palladium is a metal atom with atomic number 46. It is represented by the symbol Pd.')
& concept2words_2(X,palladium)
& concept2words_2(X,'Pd')
& metal_atom_1(X)
& neutron_1(fn_palladium_3(X))
& atomic_mass_value_1(fn_palladium_4(X))
& electronegativity_value_1(fn_palladium_5(X))
& valence_electron_1(fn_palladium_9(X))
& atomic_weight_value_1(fn_palladium_10(X))
& atomic_number_value_1(fn_palladium_11(X))
& quantity_value_1(fn_palladium_12(X))
& electronegativity_2(X,fn_palladium_5(X))
& mass_number_2(X,fn_palladium_4(X))
& exactCardinality(X,has_part_0,"60",neutron_0)
& exactCardinality(X,has_part_0,"46",proton_0)
& exactCardinality(X,has_part_0,"46",electron_0)
& has_part_2(X,fn_palladium_3(X))
& the_cardinal_value_2(fn_palladium_12(X),"10")
& cardinal_unit_class_2(fn_palladium_12(X),unity_0)
& the_cardinal_value_2(fn_palladium_5(X),"2.2")
& cardinal_unit_class_2(fn_palladium_5(X),unity_0)
& the_cardinal_value_2(fn_palladium_4(X),"106")
& cardinal_unit_class_2(fn_palladium_4(X),unity_0)
& the_cardinal_value_2(fn_palladium_11(X),"46")
& cardinal_unit_class_2(fn_palladium_11(X),unity_0)
& the_cardinal_value_2(fn_palladium_10(X),"106.4")
& cardinal_unit_class_2(fn_palladium_10(X),dalton_0)
& atomic_number_2(X,fn_palladium_11(X))
& atomic_weight_2(X,fn_palladium_10(X))
& has_part_2(X,fn_palladium_9(X))
& quantity_2(fn_palladium_9(X),fn_palladium_12(X))
& fn_palladium_7(X) = fn_atom_12(X)
& fn_palladium_11(X) = fn_atom_17(X)
& fn_palladium_8(X) = fn_atom_13(X)
& fn_palladium_10(X) = fn_atom_16(X)
& fn_palladium_6(X) = fn_atom_1(X)
& fn_palladium_12(X) = fn_atom_5(X)
& fn_palladium_9(X) = fn_atom_14(X) ) ) ).
fof(a531520,axiom,
! [X] :
( pancreas_1(X)
=> ( original_name_2(X,'Pancreas')
& user_description_2(X,'The pancreas is an important organ which serves both endocrine and exocrine functions. The primary endocrine function of the pancreas is to secrete the hormone insulin and the pancreas functions as an exocrine gland for the digestive system by secreteing digestive enzymes.')
& concept2words_2(X,pancreas)
& secretory_organ_1(X)
& pancreas_cell_1(fn_pancreas_1(X))
& tissue_1(fn_pancreas_2(X))
& eukaryotic_cell_1(fn_tissue_1(fn_pancreas_2(X)))
& has_part_2(fn_pancreas_2(X),fn_pancreas_1(X))
& has_part_2(X,fn_pancreas_2(X))
& fn_pancreas_1(X) = fn_tissue_1(fn_pancreas_2(X))
& fn_pancreas_2(X) = fn_organ_1(X) ) ) ).
fof(a531521,axiom,
! [X] :
( pancreas_cell_1(X)
=> ( original_name_2(X,'Pancreas-Cell')
& user_description_2(X,'The cells of the pancreas, an organ which is both an endocrine and exocrine gland. The pancreas has two cells, beta and islet of lagerhans.')
& concept2words_2(X,'cell of pancreas')
& concept2words_2(X,'pancreas cell')
& concept2words_2(X,'pancreas-cell')
& secretory_cell_1(X)
& vertebrate_cell_1(X)
& quantity_value_1(fn_pancreas_cell_2(X))
& resource_1(fn_pancreas_cell_3(X))
& organic_molecule_1(fn_pancreas_cell_4(X))
& spatial_entity_1(fn_pancreas_cell_5(X))
& time_interval_1(fn_pancreas_cell_6(X))
& time_interval_1(fn_pancreas_cell_7(X))
& time_interval_1(fn_pancreas_cell_8(X))
& time_interval_1(fn_pancreas_cell_9(X))
& time_interval_1(fn_pancreas_cell_10(X))
& spatial_entity_1(fn_pancreas_cell_11(X))
& move_1(fn_pancreas_cell_12(X))
& attach_1(fn_pancreas_cell_13(X))
& structural_complexity_value_1(fn_pancreas_cell_14(X))
& enter_1(fn_pancreas_cell_15(X))
& resource_1(fn_pancreas_cell_17(X))
& quantity_value_1(fn_pancreas_cell_18(X))
& metabolism_1(fn_pancreas_cell_19(X))
& quantity_value_1(fn_pancreas_cell_21(X))
& quantity_value_1(fn_pancreas_cell_22(X))
& density_value_1(fn_pancreas_cell_23(X))
& density_value_1(fn_pancreas_cell_24(X))
& system_1(fn_pancreas_cell_27(X))
& move_1(fn_pancreas_cell_34(X))
& semiautonomous_organelle_1(fn_pancreas_cell_35(X))
& organelle_1(fn_pancreas_cell_35(X))
& mitochondrion_1(fn_pancreas_cell_35(X))
& lysosome_1(fn_pancreas_cell_36(X))
& peroxisome_1(fn_pancreas_cell_37(X))
& anabolic_pathway_1(fn_pancreas_cell_38(X))
& chemical_reaction_1(fn_pancreas_cell_38(X))
& polymer_synthesis_1(fn_pancreas_cell_38(X))
& synthesis_of_glycoprotein_1(fn_pancreas_cell_38(X))
& anabolic_pathway_1(fn_pancreas_cell_39(X))
& synthesis_of_lipid_1(fn_pancreas_cell_39(X))
& substance_1(fn_pancreas_cell_40(X))
& cytosol_1(fn_pancreas_cell_40(X))
& container_1(fn_pancreas_cell_41(X))
& phospholipid_layer_1(fn_pancreas_cell_42(X))
& phospholipid_layer_1(fn_pancreas_cell_43(X))
& synthesis_of_membrane_protein_1(fn_pancreas_cell_46(X))
& synthesis_reaction_1(fn_pancreas_cell_47(X))
& chemical_reaction_1(fn_pancreas_cell_47(X))
& anabolic_pathway_1(fn_pancreas_cell_47(X))
& metabolic_pathway_1(fn_pancreas_cell_47(X))
& endergonic_reaction_1(fn_pancreas_cell_47(X))
& synthesis_of_lipid_1(fn_pancreas_cell_47(X))
& eukaryotic_chromosome_1(fn_pancreas_cell_48(X))
& chromosome_1(fn_pancreas_cell_48(X))
& cytoskeleton_1(fn_pancreas_cell_49(X))
& transport_vesicle_1(fn_pancreas_cell_50(X))
& microtubule_organizing_center_1(fn_pancreas_cell_51(X))
& centrosome_1(fn_pancreas_cell_51(X))
& metabolic_pathway_1(fn_pancreas_cell_52(X))
& catabolic_pathway_1(fn_pancreas_cell_52(X))
& eukaryotic_cellular_respiration_1(fn_pancreas_cell_52(X))
& surface_1(fn_pancreas_cell_53(X))
& cell_pole_1(fn_pancreas_cell_54(X))
& volume_value_1(fn_pancreas_cell_55(X))
& size_value_1(fn_pancreas_cell_56(X))
& support_1(fn_pancreas_cell_57(X))
& support_1(fn_pancreas_cell_58(X))
& substance_1(fn_pancreas_cell_59(X))
& cytosol_1(fn_pancreas_cell_59(X))
& carry_1(fn_pancreas_cell_60(X))
& create_1(fn_pancreas_cell_61(X))
& produce_1(fn_pancreas_cell_61(X))
& microtubule_1(fn_pancreas_cell_62(X))
& carbon_skeleton_1(fn_pancreas_cell_63(X))
& chemical_entity_1(fn_pancreas_cell_64(X))
& entity_1(fn_pancreas_cell_64(X))
& atom_1(fn_pancreas_cell_64(X))
& carbon_1(fn_pancreas_cell_64(X))
& organic_molecule_1(fn_pancreas_cell_65(X))
& lipid_1(fn_pancreas_cell_66(X))
& glycolipid_1(fn_pancreas_cell_66(X))
& glycoprotein_1(fn_pancreas_cell_66(X))
& carbohydrate_side_chain_1(fn_pancreas_cell_67(X))
& spatial_entity_1(fn_pancreas_cell_68(X))
& tangible_entity_1(fn_pancreas_cell_68(X))
& nuclear_membrane_1(fn_pancreas_cell_68(X))
& biomembrane_1(fn_pancreas_cell_68(X))
& synthesis_of_endomembranous_system_membrane_1(fn_pancreas_cell_69(X))
& golgi_apparatus_1(fn_pancreas_cell_70(X))
& tangible_entity_1(fn_pancreas_cell_71(X))
& nucleus_1(fn_pancreas_cell_71(X))
& ribosome_1(fn_pancreas_cell_72(X))
& eukaryotic_ribosome_1(fn_pancreas_cell_72(X))
& free_ribosome_1(fn_pancreas_cell_72(X))
& release_1(fn_pancreas_cell_73(X))
& anabolic_pathway_1(fn_pancreas_cell_74(X))
& synthesis_of_protein_1(fn_pancreas_cell_74(X))
& cell_pole_1(fn_pancreas_cell_75(X))
& protein_enzyme_1(fn_pancreas_cell_76(X))
& membrane_1(fn_pancreas_cell_77(X))
& tangible_entity_1(fn_pancreas_cell_77(X))
& spatial_entity_1(fn_pancreas_cell_77(X))
& biomembrane_1(fn_pancreas_cell_77(X))
& animal_plasma_membrane_1(fn_pancreas_cell_77(X))
& plasma_membrane_1(fn_pancreas_cell_77(X))
& transfer_1(fn_pancreas_cell_78(X))
& receive_1(fn_pancreas_cell_78(X))
& insulin_1(fn_pancreas_cell_79(X))
& cellular_work_1(fn_pancreas_cell_80(X))
& bulk_transport_1(fn_pancreas_cell_80(X))
& exocytosis_1(fn_pancreas_cell_80(X))
& move_1(fn_pancreas_cell_81(X))
& move_out_of_1(fn_pancreas_cell_81(X))
& surface_1(fn_pancreas_cell_82(X))
& protein_1(fn_pancreas_cell_83(X))
& organic_molecule_1(fn_pancreas_cell_83(X))
& polymer_1(fn_pancreas_cell_83(X))
& spatial_entity_1(fn_pancreas_cell_83(X))
& membrane_protein_1(fn_pancreas_cell_83(X))
& tangible_entity_1(fn_pancreas_cell_83(X))
& transmembrane_protein_1(fn_pancreas_cell_83(X))
& integral_protein_1(fn_pancreas_cell_83(X))
& transport_protein_1(fn_pancreas_cell_83(X))
& sodium_potassium_pump_1(fn_pancreas_cell_83(X))
& transmembrane_protein_1(fn_pancreas_cell_84(X))
& tangible_entity_1(fn_pancreas_cell_84(X))
& membrane_protein_1(fn_pancreas_cell_84(X))
& protein_1(fn_pancreas_cell_84(X))
& spatial_entity_1(fn_pancreas_cell_84(X))
& polymer_1(fn_pancreas_cell_84(X))
& integrin_1(fn_pancreas_cell_84(X))
& tangible_entity_1(fn_pancreas_cell_85(X))
& phospholipid_bilayer_1(fn_pancreas_cell_85(X))
& protein_pump_1(fn_pancreas_cell_86(X))
& electrogenic_pump_1(fn_pancreas_cell_86(X))
& carrier_protein_1(fn_pancreas_cell_86(X))
& protein_1(fn_pancreas_cell_86(X))
& organic_molecule_1(fn_pancreas_cell_86(X))
& polymer_1(fn_pancreas_cell_86(X))
& spatial_entity_1(fn_pancreas_cell_86(X))
& membrane_protein_1(fn_pancreas_cell_86(X))
& tangible_entity_1(fn_pancreas_cell_86(X))
& transmembrane_protein_1(fn_pancreas_cell_86(X))
& transport_protein_1(fn_pancreas_cell_86(X))
& sodium_potassium_pump_1(fn_pancreas_cell_86(X))
& integral_protein_1(fn_pancreas_cell_86(X))
& electrogenic_pump_1(fn_pancreas_cell_87(X))
& protein_1(fn_pancreas_cell_87(X))
& organic_molecule_1(fn_pancreas_cell_87(X))
& polymer_1(fn_pancreas_cell_87(X))
& spatial_entity_1(fn_pancreas_cell_87(X))
& membrane_protein_1(fn_pancreas_cell_87(X))
& tangible_entity_1(fn_pancreas_cell_87(X))
& transmembrane_protein_1(fn_pancreas_cell_87(X))
& integral_protein_1(fn_pancreas_cell_87(X))
& transport_protein_1(fn_pancreas_cell_87(X))
& sodium_potassium_pump_1(fn_pancreas_cell_87(X))
& endoplasmic_reticulum_1(fn_pancreas_cell_88(X))
& entity_1(fn_pancreas_cell_88(X))
& smooth_endoplasmic_reticulum_1(fn_pancreas_cell_88(X))
& spatial_entity_1(fn_pancreas_cell_89(X))
& polymer_1(fn_pancreas_cell_89(X))
& organic_molecule_1(fn_pancreas_cell_89(X))
& tangible_entity_1(fn_pancreas_cell_89(X))
& membrane_protein_1(fn_pancreas_cell_89(X))
& protein_1(fn_pancreas_cell_89(X))
& glycoprotein_1(fn_pancreas_cell_89(X))
& integral_protein_1(fn_pancreas_cell_89(X))
& fibronectin_1(fn_pancreas_cell_89(X))
& spatial_entity_1(fn_pancreas_cell_90(X))
& polymer_1(fn_pancreas_cell_90(X))
& organic_molecule_1(fn_pancreas_cell_90(X))
& tangible_entity_1(fn_pancreas_cell_90(X))
& membrane_protein_1(fn_pancreas_cell_90(X))
& protein_1(fn_pancreas_cell_90(X))
& glycoprotein_1(fn_pancreas_cell_90(X))
& integral_protein_1(fn_pancreas_cell_90(X))
& fibronectin_1(fn_pancreas_cell_90(X))
& lipid_1(fn_pancreas_cell_91(X))
& spatial_entity_1(fn_pancreas_cell_91(X))
& phospholipid_1(fn_pancreas_cell_91(X))
& attach_1(fn_pancreas_cell_92(X))
& microtubule_1(fn_pancreas_cell_93(X))
& trimer_1(fn_pancreas_cell_94(X))
& center_1(fn_pancreas_cell_95(X))
& centriole_1(fn_pancreas_cell_96(X))
& protein_1(fn_pancreas_cell_97(X))
& end_1(fn_pancreas_cell_98(X))
& centromere_1(fn_pancreas_cell_99(X))
& telomere_1(fn_pancreas_cell_100(X))
& chromosome_arm_1(fn_pancreas_cell_101(X))
& chromosome_arm_1(fn_pancreas_cell_102(X))
& protein_1(fn_pancreas_cell_103(X))
& coil_1(fn_pancreas_cell_104(X))
& entity_1(fn_pancreas_cell_105(X))
& dna_1(fn_pancreas_cell_105(X))
& chemical_entity_1(fn_pancreas_cell_106(X))
& attach_1(fn_pancreas_cell_107(X))
& cisterna_1(fn_pancreas_cell_108(X))
& spatial_entity_1(fn_pancreas_cell_109(X))
& polymer_1(fn_pancreas_cell_109(X))
& chemical_entity_1(fn_pancreas_cell_109(X))
& tangible_entity_1(fn_pancreas_cell_109(X))
& membrane_protein_1(fn_pancreas_cell_109(X))
& protein_1(fn_pancreas_cell_109(X))
& hydrophilic_compound_1(fn_pancreas_cell_110(X))
& molecule_1(fn_pancreas_cell_110(X))
& polar_molecule_1(fn_pancreas_cell_110(X))
& chemical_entity_1(fn_pancreas_cell_110(X))
& water_molecule_1(fn_pancreas_cell_110(X))
& entity_1(fn_pancreas_cell_111(X))
& spatial_entity_1(fn_pancreas_cell_111(X))
& protein_1(fn_pancreas_cell_111(X))
& polymer_1(fn_pancreas_cell_111(X))
& chemical_entity_1(fn_pancreas_cell_111(X))
& glycoprotein_1(fn_pancreas_cell_111(X))
& amino_acid_1(fn_pancreas_cell_112(X))
& chemical_entity_1(fn_pancreas_cell_113(X))
& molecule_1(fn_pancreas_cell_113(X))
& monomer_1(fn_pancreas_cell_113(X))
& condensation_reaction_1(fn_pancreas_cell_114(X))
& endergonic_reaction_1(fn_pancreas_cell_114(X))
& dehydration_reaction_1(fn_pancreas_cell_114(X))
& transfer_1(fn_pancreas_cell_115(X))
& move_1(fn_pancreas_cell_116(X))
& change_1(fn_pancreas_cell_117(X))
& post_translational_modification_1(fn_pancreas_cell_117(X))
& active_site_1(fn_pancreas_cell_118(X))
& enzyme_1(fn_pancreas_cell_119(X))
& protein_enzyme_1(fn_pancreas_cell_119(X))
& transport_vesicle_1(fn_pancreas_cell_120(X))
& biomembrane_1(fn_pancreas_cell_121(X))
& biomembrane_1(fn_pancreas_cell_122(X))
& er_membrane_1(fn_pancreas_cell_122(X))
& exchange_1(fn_pancreas_cell_123(X))
& cellular_work_1(fn_pancreas_cell_124(X))
& active_transport_1(fn_pancreas_cell_124(X))
& active_movement_of_ions_1(fn_pancreas_cell_124(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_pancreas_cell_124(X))
& catabolic_pathway_1(fn_pancreas_cell_125(X))
& metabolic_pathway_1(fn_pancreas_cell_126(X))
& endergonic_process_1(fn_pancreas_cell_126(X))
& chemical_reaction_1(fn_pancreas_cell_126(X))
& synthesis_of_organic_molecule_1(fn_pancreas_cell_126(X))
& anabolic_pathway_1(fn_pancreas_cell_126(X))
& synthesis_of_atp_1(fn_pancreas_cell_126(X))
& eukaryotic_oxidative_phosphorylation_1(fn_pancreas_cell_127(X))
& electron_transport_chain_pathway_1(fn_pancreas_cell_128(X))
& chemical_entity_1(fn_anabolic_pathway_6(fn_pancreas_cell_39(X)))
& center_1(fn_centrosome_2(fn_pancreas_cell_51(X)))
& molecule_1(fn_dehydration_reaction_8(fn_pancreas_cell_114(X)))
& carry_1(fn_exocytosis_25(fn_pancreas_cell_80(X)))
& organic_molecule_1(fn_exocytosis_44(fn_pancreas_cell_80(X)))
& container_1(fn_move_out_of_2(fn_pancreas_cell_81(X)))
& synthesis_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_pancreas_cell_69(X)))
& chemical_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_pancreas_cell_69(X)))
& anabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_pancreas_cell_69(X)))
& metabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_pancreas_cell_69(X)))
& endergonic_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_pancreas_cell_69(X)))
& synthesis_of_lipid_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_pancreas_cell_69(X)))
& protein_1(fn_centriole_7(fn_pancreas_cell_96(X)))
& attach_1(fn_centriole_10(fn_pancreas_cell_96(X)))
& chemical_reaction_1(fn_enzyme_4(fn_pancreas_cell_119(X)))
& protein_enzyme_1(fn_synthesis_of_glycoprotein_64(fn_pancreas_cell_38(X)))
& electron_transport_chain_pathway_1(fn_mitochondrion_159(fn_pancreas_cell_35(X)))
& metabolic_pathway_1(fn_mitochondrion_52(fn_pancreas_cell_35(X)))
& endergonic_process_1(fn_mitochondrion_52(fn_pancreas_cell_35(X)))
& chemical_reaction_1(fn_mitochondrion_52(fn_pancreas_cell_35(X)))
& synthesis_of_organic_molecule_1(fn_mitochondrion_52(fn_pancreas_cell_35(X)))
& anabolic_pathway_1(fn_mitochondrion_52(fn_pancreas_cell_35(X)))
& synthesis_of_atp_1(fn_mitochondrion_52(fn_pancreas_cell_35(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_mitochondrion_55(fn_pancreas_cell_35(X)))
& spatial_entity_1(fn_move_1(fn_pancreas_cell_81(X)))
& tangible_entity_1(fn_exocytosis_35(fn_pancreas_cell_80(X)))
& molecule_1(fn_exocytosis_35(fn_pancreas_cell_80(X)))
& organic_molecule_1(fn_exocytosis_35(fn_pancreas_cell_80(X)))
& active_site_1(fn_enzyme_2(fn_pancreas_cell_119(X)))
& active_site_1(fn_protein_enzyme_10(fn_pancreas_cell_119(X)))
& cytoskeleton_1(fn_integrin_38(fn_pancreas_cell_84(X)))
& carbohydrate_side_chain_1(fn_synthesis_of_endomembranous_system_membrane_72(fn_pancreas_cell_69(X)))
& carbohydrate_side_chain_1(fn_glycolipid_3(fn_pancreas_cell_66(X)))
& carbohydrate_side_chain_1(fn_glycoprotein_17(fn_pancreas_cell_66(X)))
& surface_1(fn_glycolipid_1(fn_pancreas_cell_66(X)))
& surface_1(fn_glycoprotein_14(fn_pancreas_cell_66(X)))
& glycolipid_1(fn_biomembrane_29(fn_pancreas_cell_68(X)))
& glycoprotein_1(fn_biomembrane_30(fn_pancreas_cell_68(X)))
& atom_1(fn_glycolipid_7(fn_pancreas_cell_66(X)))
& chemical_entity_1(fn_glycolipid_7(fn_pancreas_cell_66(X)))
& atom_1(fn_glycoprotein_4(fn_pancreas_cell_66(X)))
& chemical_entity_1(fn_glycoprotein_4(fn_pancreas_cell_66(X)))
& entity_1(fn_glycolipid_13(fn_pancreas_cell_66(X)))
& atom_1(fn_glycolipid_13(fn_pancreas_cell_66(X)))
& carbon_1(fn_glycolipid_13(fn_pancreas_cell_66(X)))
& carbon_1(fn_glycoprotein_5(fn_pancreas_cell_66(X)))
& attach_1(fn_nuclear_membrane_21(fn_pancreas_cell_68(X)))
& protein_1(fn_synthesis_of_protein_16(fn_pancreas_cell_46(X)))
& spatial_entity_1(fn_synthesis_of_membrane_protein_25(fn_pancreas_cell_46(X)))
& polymer_1(fn_synthesis_of_membrane_protein_25(fn_pancreas_cell_46(X)))
& chemical_entity_1(fn_synthesis_of_membrane_protein_25(fn_pancreas_cell_46(X)))
& tangible_entity_1(fn_synthesis_of_membrane_protein_25(fn_pancreas_cell_46(X)))
& membrane_protein_1(fn_synthesis_of_membrane_protein_25(fn_pancreas_cell_46(X)))
& protein_1(fn_synthesis_of_membrane_protein_25(fn_pancreas_cell_46(X)))
& carbon_skeleton_1(fn_biomembrane_71(fn_pancreas_cell_68(X)))
& carbon_skeleton_1(fn_lipid_14(fn_pancreas_cell_66(X)))
& carbon_skeleton_1(fn_glycolipid_4(fn_pancreas_cell_66(X)))
& carbon_skeleton_1(fn_glycoprotein_1(fn_pancreas_cell_66(X)))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_pancreas_cell_69(X)))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_pancreas_cell_69(X)))
& biomembrane_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_pancreas_cell_69(X)))
& release_1(fn_exocytosis_48(fn_pancreas_cell_80(X)))
& release_1(fn_exocytosis_18(fn_pancreas_cell_80(X)))
& transport_vesicle_1(fn_exocytosis_24(fn_pancreas_cell_80(X)))
& phospholipid_layer_1(fn_integral_protein_12(fn_pancreas_cell_90(X)))
& phospholipid_layer_1(fn_integral_protein_11(fn_pancreas_cell_86(X)))
& lipid_1(fn_fibronectin_38(fn_pancreas_cell_90(X)))
& spatial_entity_1(fn_fibronectin_38(fn_pancreas_cell_90(X)))
& phospholipid_1(fn_fibronectin_38(fn_pancreas_cell_90(X)))
& phospholipid_layer_1(fn_integral_protein_11(fn_pancreas_cell_90(X)))
& phospholipid_layer_1(fn_integral_protein_12(fn_pancreas_cell_86(X)))
& phospholipid_layer_1(fn_fibronectin_42(fn_pancreas_cell_90(X)))
& polymer_1(fn_integrin_8(fn_pancreas_cell_84(X)))
& spatial_entity_1(fn_integrin_8(fn_pancreas_cell_84(X)))
& membrane_protein_1(fn_integrin_8(fn_pancreas_cell_84(X)))
& tangible_entity_1(fn_integrin_8(fn_pancreas_cell_84(X)))
& transmembrane_protein_1(fn_integrin_8(fn_pancreas_cell_84(X)))
& integral_protein_1(fn_integrin_8(fn_pancreas_cell_84(X)))
& transport_protein_1(fn_integrin_8(fn_pancreas_cell_84(X)))
& sodium_potassium_pump_1(fn_integrin_8(fn_pancreas_cell_84(X)))
& sodium_potassium_pump_1(fn_fibronectin_45(fn_pancreas_cell_90(X)))
& spatial_entity_1(fn_integrin_9(fn_pancreas_cell_84(X)))
& polymer_1(fn_integrin_9(fn_pancreas_cell_84(X)))
& organic_molecule_1(fn_integrin_9(fn_pancreas_cell_84(X)))
& tangible_entity_1(fn_integrin_9(fn_pancreas_cell_84(X)))
& membrane_protein_1(fn_integrin_9(fn_pancreas_cell_84(X)))
& protein_1(fn_integrin_9(fn_pancreas_cell_84(X)))
& glycoprotein_1(fn_integrin_7(fn_pancreas_cell_84(X)))
& integral_protein_1(fn_integrin_7(fn_pancreas_cell_84(X)))
& fibronectin_1(fn_integrin_7(fn_pancreas_cell_84(X)))
& microtubule_1(fn_centriole_9(fn_pancreas_cell_96(X)))
& microtubule_1(fn_centriole_11(fn_pancreas_cell_96(X)))
& trimer_1(fn_centriole_2(fn_pancreas_cell_96(X)))
& trimer_1(fn_centriole_8(fn_pancreas_cell_96(X)))
& monomer_1(fn_polymer_synthesis_22(fn_pancreas_cell_38(X)))
& chemical_entity_1(fn_dehydration_reaction_7(fn_pancreas_cell_114(X)))
& molecule_1(fn_dehydration_reaction_7(fn_pancreas_cell_114(X)))
& monomer_1(fn_polymer_synthesis_20(fn_pancreas_cell_38(X)))
& monomer_1(fn_synthesis_of_glycoprotein_18(fn_pancreas_cell_38(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_pancreas_cell_38(X)))
& molecule_1(fn_condensation_reaction_3(fn_pancreas_cell_114(X)))
& water_molecule_1(fn_dehydration_reaction_6(fn_pancreas_cell_114(X)))
& molecule_1(fn_polymer_synthesis_11(fn_pancreas_cell_38(X)))
& polar_molecule_1(fn_polymer_synthesis_11(fn_pancreas_cell_38(X)))
& chemical_entity_1(fn_polymer_synthesis_11(fn_pancreas_cell_38(X)))
& water_molecule_1(fn_polymer_synthesis_11(fn_pancreas_cell_38(X)))
& hydrophilic_compound_1(fn_synthesis_of_glycoprotein_66(fn_pancreas_cell_38(X)))
& molecule_1(fn_synthesis_of_glycoprotein_66(fn_pancreas_cell_38(X)))
& polar_molecule_1(fn_synthesis_of_glycoprotein_66(fn_pancreas_cell_38(X)))
& chemical_entity_1(fn_synthesis_of_glycoprotein_66(fn_pancreas_cell_38(X)))
& water_molecule_1(fn_synthesis_of_glycoprotein_66(fn_pancreas_cell_38(X)))
& dehydration_reaction_1(fn_polymer_synthesis_24(fn_pancreas_cell_38(X)))
& condensation_reaction_1(fn_synthesis_of_glycoprotein_42(fn_pancreas_cell_38(X)))
& endergonic_reaction_1(fn_synthesis_of_glycoprotein_42(fn_pancreas_cell_38(X)))
& dehydration_reaction_1(fn_synthesis_of_glycoprotein_42(fn_pancreas_cell_38(X)))
& move_1(fn_synthesis_of_glycoprotein_58(fn_pancreas_cell_38(X)))
& move_1(fn_synthesis_of_glycoprotein_59(fn_pancreas_cell_38(X)))
& entity_1(fn_transfer_1(fn_pancreas_cell_115(X)))
& spatial_entity_1(fn_synthesis_of_glycoprotein_52(fn_pancreas_cell_38(X)))
& protein_1(fn_synthesis_of_glycoprotein_52(fn_pancreas_cell_38(X)))
& polymer_1(fn_synthesis_of_glycoprotein_52(fn_pancreas_cell_38(X)))
& chemical_entity_1(fn_synthesis_of_glycoprotein_52(fn_pancreas_cell_38(X)))
& glycoprotein_1(fn_synthesis_of_glycoprotein_52(fn_pancreas_cell_38(X)))
& change_1(fn_synthesis_of_glycoprotein_2(fn_pancreas_cell_38(X)))
& post_translational_modification_1(fn_synthesis_of_glycoprotein_57(fn_pancreas_cell_38(X)))
& endoplasmic_reticulum_1(fn_synthesis_of_endomembranous_system_membrane_70(fn_pancreas_cell_69(X)))
& smooth_endoplasmic_reticulum_1(fn_synthesis_of_endomembranous_system_membrane_70(fn_pancreas_cell_69(X)))
& produce_1(fn_microtubule_organizing_center_5(fn_pancreas_cell_51(X)))
& microtubule_1(fn_microtubule_organizing_center_6(fn_pancreas_cell_51(X)))
& support_1(fn_microtubule_organizing_center_7(fn_pancreas_cell_51(X)))
& centrosome_1(fn_centriole_6(fn_pancreas_cell_96(X)))
& spatial_entity_1(fn_transport_protein_35(fn_pancreas_cell_86(X)))
& biomembrane_1(fn_transport_protein_35(fn_pancreas_cell_86(X)))
& spatial_entity_1(fn_protein_pump_3(fn_pancreas_cell_86(X)))
& biomembrane_1(fn_protein_pump_3(fn_pancreas_cell_86(X)))
& membrane_1(fn_electrogenic_pump_30(fn_pancreas_cell_86(X)))
& spatial_entity_1(fn_electrogenic_pump_30(fn_pancreas_cell_86(X)))
& biomembrane_1(fn_electrogenic_pump_30(fn_pancreas_cell_86(X)))
& membrane_1(fn_carrier_protein_18(fn_pancreas_cell_86(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_pancreas_cell_86(X)))
& biomembrane_1(fn_carrier_protein_18(fn_pancreas_cell_86(X)))
& spatial_entity_1(fn_sodium_potassium_pump_41(fn_pancreas_cell_86(X)))
& membrane_1(fn_sodium_potassium_pump_41(fn_pancreas_cell_86(X)))
& biomembrane_1(fn_sodium_potassium_pump_41(fn_pancreas_cell_86(X)))
& spatial_entity_1(fn_exocytosis_26(fn_pancreas_cell_80(X)))
& biomembrane_1(fn_exocytosis_26(fn_pancreas_cell_80(X)))
& plasma_membrane_1(fn_exocytosis_26(fn_pancreas_cell_80(X)))
& biomembrane_1(fn_integral_protein_24(fn_pancreas_cell_86(X)))
& biomembrane_1(fn_integral_protein_24(fn_pancreas_cell_90(X)))
& spatial_entity_1(fn_integrin_30(fn_pancreas_cell_84(X)))
& biomembrane_1(fn_integrin_30(fn_pancreas_cell_84(X)))
& animal_plasma_membrane_1(fn_integrin_30(fn_pancreas_cell_84(X)))
& plasma_membrane_1(fn_integrin_30(fn_pancreas_cell_84(X)))
& biomembrane_1(fn_fibronectin_53(fn_pancreas_cell_90(X)))
& plasma_membrane_1(fn_fibronectin_53(fn_pancreas_cell_90(X)))
& animal_plasma_membrane_1(fn_fibronectin_53(fn_pancreas_cell_90(X)))
& tangible_entity_1(fn_carrier_protein_16(fn_pancreas_cell_86(X)))
& phospholipid_bilayer_1(fn_carrier_protein_16(fn_pancreas_cell_86(X)))
& tangible_entity_1(fn_integrin_29(fn_pancreas_cell_84(X)))
& phospholipid_bilayer_1(fn_integrin_29(fn_pancreas_cell_84(X)))
& tangible_entity_1(fn_integral_protein_27(fn_pancreas_cell_86(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_pancreas_cell_86(X)))
& tangible_entity_1(fn_integral_protein_27(fn_pancreas_cell_90(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_pancreas_cell_90(X)))
& tangible_entity_1(fn_fibronectin_47(fn_pancreas_cell_90(X)))
& phospholipid_bilayer_1(fn_fibronectin_47(fn_pancreas_cell_90(X)))
& cellular_work_1(fn_mitochondrion_160(fn_pancreas_cell_35(X)))
& active_transport_1(fn_mitochondrion_160(fn_pancreas_cell_35(X)))
& active_movement_of_ions_1(fn_mitochondrion_160(fn_pancreas_cell_35(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_mitochondrion_160(fn_pancreas_cell_35(X)))
& cell_1(fn_bulk_transport_6(fn_pancreas_cell_80(X)))
& eukaryotic_cell_1(fn_microtubule_organizing_center_4(fn_pancreas_cell_51(X)))
& cell_1(fn_synthesis_of_protein_11(fn_pancreas_cell_46(X)))
& eukaryotic_cell_1(fn_integrin_6(fn_pancreas_cell_84(X)))
& animal_cell_1(fn_integrin_6(fn_pancreas_cell_84(X)))
& tangible_entity_1(fn_integrin_6(fn_pancreas_cell_84(X)))
& cell_1(fn_integrin_6(fn_pancreas_cell_84(X)))
& tangible_entity_1(fn_exocytosis_33(fn_pancreas_cell_80(X)))
& cell_1(fn_exocytosis_33(fn_pancreas_cell_80(X)))
& tangible_entity_1(fn_move_out_of_1(fn_pancreas_cell_81(X)))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_28(fn_pancreas_cell_69(X)))
& eukaryotic_cell_1(fn_synthesis_of_endomembranous_system_membrane_28(fn_pancreas_cell_69(X)))
& cell_1(fn_synthesis_of_endomembranous_system_membrane_28(fn_pancreas_cell_69(X)))
& eukaryotic_cell_1(fn_mitochondrion_51(fn_pancreas_cell_35(X)))
& called_2(fn_pancreas_cell_24(X),'Concentration_H')
& called_2(fn_pancreas_cell_23(X),'Concentration_OH')
& called_2(fn_pancreas_cell_22(X),'Quantity_H')
& called_2(fn_pancreas_cell_21(X),'Quantity_OH')
& base_2(fn_pancreas_cell_19(X),X)
& raw_material_2(fn_pancreas_cell_19(X),fn_pancreas_cell_4(X))
& subevent_2(fn_pancreas_cell_38(X),fn_pancreas_cell_115(X))
& raw_material_2(fn_pancreas_cell_38(X),fn_pancreas_cell_112(X))
& fn_pancreas_cell_38(X) != fn_pancreas_cell_74(X)
& fn_pancreas_cell_38(X) != fn_pancreas_cell_46(X)
& fn_pancreas_cell_46(X) != fn_pancreas_cell_38(X)
& fn_pancreas_cell_46(X) != fn_pancreas_cell_74(X)
& subevent_2(fn_pancreas_cell_46(X),fn_pancreas_cell_15(X))
& in_event_2(fn_pancreas_cell_17(X),fn_pancreas_cell_80(X))
& plays_2(fn_pancreas_cell_65(X),fn_pancreas_cell_17(X))
& time_during_2(fn_pancreas_cell_15(X),fn_pancreas_cell_8(X))
& the_scalar_value_2(fn_pancreas_cell_14(X),very_complex_0)
& scalar_unit_class_2(fn_pancreas_cell_14(X),biomembrane_0)
& structural_complexity_2(fn_pancreas_cell_68(X),fn_pancreas_cell_14(X))
& quantity_2(fn_pancreas_cell_72(X),fn_pancreas_cell_18(X))
& fn_pancreas_cell_74(X) != fn_pancreas_cell_38(X)
& fn_pancreas_cell_74(X) != fn_pancreas_cell_46(X)
& agent_2(fn_pancreas_cell_74(X),fn_pancreas_cell_119(X))
& has_function_2(X,fn_pancreas_cell_80(X))
& fn_pancreas_cell_76(X) != fn_pancreas_cell_109(X)
& time_during_2(fn_pancreas_cell_13(X),fn_pancreas_cell_7(X))
& next_event_2(fn_pancreas_cell_13(X),fn_pancreas_cell_12(X))
& time_during_2(fn_pancreas_cell_12(X),fn_pancreas_cell_10(X))
& is_outside_2(fn_pancreas_cell_11(X),X)
& agent_2(fn_pancreas_cell_80(X),X)
& destination_2(fn_pancreas_cell_81(X),fn_pancreas_cell_11(X))
& origin_2(fn_pancreas_cell_81(X),fn_pancreas_cell_5(X))
& time_before_2(fn_pancreas_cell_10(X),fn_pancreas_cell_9(X))
& time_before_2(fn_pancreas_cell_7(X),fn_pancreas_cell_10(X))
& time_before_2(fn_pancreas_cell_6(X),fn_pancreas_cell_8(X))
& time_before_2(fn_pancreas_cell_6(X),fn_pancreas_cell_7(X))
& is_inside_2(fn_pancreas_cell_5(X),X)
& plays_2(fn_pancreas_cell_4(X),fn_pancreas_cell_3(X))
& in_event_2(fn_pancreas_cell_3(X),fn_pancreas_cell_19(X))
& is_at_2(fn_pancreas_cell_96(X),fn_pancreas_cell_95(X))
& is_inside_2(fn_pancreas_cell_106(X),fn_pancreas_cell_59(X))
& greater_than_2(fn_pancreas_cell_2(X),fn_pancreas_cell_18(X))
& the_scalar_value_2(fn_pancreas_cell_2(X),high_0)
& scalar_unit_class_2(fn_pancreas_cell_2(X),free_ribosome_0)
& fn_pancreas_cell_109(X) != fn_pancreas_cell_76(X)
& next_event_2(fn_pancreas_cell_117(X),fn_pancreas_cell_115(X))
& object_2(fn_pancreas_cell_81(X),fn_pancreas_cell_79(X))
& object_2(fn_pancreas_cell_115(X),fn_pancreas_cell_111(X))
& has_part_2(fn_pancreas_cell_68(X),fn_pancreas_cell_66(X))
& site_2(fn_pancreas_cell_38(X),fn_pancreas_cell_118(X))
& object_2(fn_pancreas_cell_73(X),fn_pancreas_cell_79(X))
& object_2(fn_pancreas_cell_60(X),fn_pancreas_cell_79(X))
& object_2(fn_pancreas_cell_80(X),fn_pancreas_cell_79(X))
& is_inside_2(fn_pancreas_cell_79(X),fn_pancreas_cell_120(X))
& object_2(fn_pancreas_cell_78(X),fn_pancreas_cell_79(X))
& object_2(fn_pancreas_cell_123(X),fn_pancreas_cell_79(X))
& result_2(fn_pancreas_cell_74(X),fn_pancreas_cell_79(X))
& is_inside_2(fn_pancreas_cell_79(X),X)
& is_inside_2(fn_pancreas_cell_79(X),fn_pancreas_cell_50(X))
& raw_material_2(fn_pancreas_cell_39(X),fn_pancreas_cell_106(X))
& has_region_2(fn_pancreas_cell_51(X),fn_pancreas_cell_95(X))
& base_2(fn_pancreas_cell_46(X),X)
& has_region_2(fn_pancreas_cell_119(X),fn_pancreas_cell_118(X))
& result_2(fn_pancreas_cell_46(X),fn_pancreas_cell_109(X))
& result_2(fn_pancreas_cell_69(X),fn_pancreas_cell_68(X))
& is_outside_2(fn_pancreas_cell_67(X),fn_pancreas_cell_68(X))
& has_part_2(X,fn_pancreas_cell_49(X))
& raw_material_2(fn_pancreas_cell_114(X),fn_pancreas_cell_112(X))
& fn_pancreas_cell_110(X) != fn_pancreas_cell_112(X)
& fn_pancreas_cell_112(X) != fn_pancreas_cell_110(X)
& fn_pancreas_cell_113(X) != fn_pancreas_cell_112(X)
& fn_pancreas_cell_112(X) != fn_pancreas_cell_113(X)
& agent_2(fn_pancreas_cell_60(X),fn_pancreas_cell_50(X))
& has_region_2(fn_pancreas_cell_66(X),fn_pancreas_cell_63(X))
& has_part_2(fn_pancreas_cell_66(X),fn_pancreas_cell_64(X))
& has_region_2(fn_pancreas_cell_66(X),fn_pancreas_cell_82(X))
& is_at_2(fn_pancreas_cell_67(X),fn_pancreas_cell_82(X))
& base_2(fn_pancreas_cell_80(X),X)
& raw_material_2(fn_pancreas_cell_80(X),fn_pancreas_cell_65(X))
& base_2(fn_pancreas_cell_73(X),fn_pancreas_cell_65(X))
& in_event_2(fn_pancreas_cell_41(X),fn_pancreas_cell_81(X))
& plays_2(X,fn_pancreas_cell_41(X))
& fn_pancreas_cell_86(X) != fn_pancreas_cell_87(X)
& fn_pancreas_cell_90(X) != fn_pancreas_cell_87(X)
& fn_pancreas_cell_87(X) != fn_pancreas_cell_90(X)
& fn_pancreas_cell_87(X) != fn_pancreas_cell_86(X)
& called_2(fn_pancreas_cell_90(X),'MP1')
& fn_pancreas_cell_90(X) != fn_pancreas_cell_84(X)
& fn_pancreas_cell_84(X) != fn_pancreas_cell_90(X)
& fn_pancreas_cell_87(X) != fn_pancreas_cell_84(X)
& fn_pancreas_cell_84(X) != fn_pancreas_cell_87(X)
& first_subevent_2(fn_pancreas_cell_69(X),fn_pancreas_cell_47(X))
& subevent_2(fn_pancreas_cell_69(X),fn_pancreas_cell_47(X))
& site_2(fn_pancreas_cell_47(X),fn_pancreas_cell_88(X))
& has_function_2(fn_pancreas_cell_88(X),fn_pancreas_cell_47(X))
& base_2(fn_pancreas_cell_47(X),X)
& raw_material_2(fn_pancreas_cell_38(X),fn_pancreas_cell_113(X))
& raw_material_2(fn_pancreas_cell_114(X),fn_pancreas_cell_113(X))
& fn_pancreas_cell_110(X) != fn_pancreas_cell_113(X)
& fn_pancreas_cell_113(X) != fn_pancreas_cell_110(X)
& agent_2(fn_pancreas_cell_104(X),fn_pancreas_cell_103(X))
& object_2(fn_pancreas_cell_104(X),fn_pancreas_cell_105(X))
& has_region_2(fn_pancreas_cell_48(X),fn_pancreas_cell_98(X))
& is_at_2(fn_pancreas_cell_100(X),fn_pancreas_cell_98(X))
& has_part_2(fn_pancreas_cell_48(X),fn_pancreas_cell_100(X))
& has_region_2(fn_pancreas_cell_48(X),fn_pancreas_cell_99(X))
& has_part_2(fn_pancreas_cell_48(X),fn_pancreas_cell_102(X))
& is_between_2(fn_pancreas_cell_99(X),fn_pancreas_cell_102(X))
& is_between_2(fn_pancreas_cell_99(X),fn_pancreas_cell_101(X))
& has_part_2(fn_pancreas_cell_48(X),fn_pancreas_cell_101(X))
& has_part_2(fn_pancreas_cell_48(X),fn_pancreas_cell_103(X))
& has_part_2(fn_pancreas_cell_48(X),fn_pancreas_cell_105(X))
& is_inside_2(fn_pancreas_cell_91(X),fn_pancreas_cell_43(X))
& called_2(fn_pancreas_cell_84(X),'MP1')
& has_function_2(fn_pancreas_cell_77(X),fn_pancreas_cell_80(X))
& is_at_2(fn_pancreas_cell_86(X),fn_pancreas_cell_85(X))
& is_inside_2(fn_pancreas_cell_72(X),fn_pancreas_cell_59(X))
& called_2(fn_pancreas_cell_86(X),'MP1')
& is_inside_2(fn_pancreas_cell_64(X),fn_pancreas_cell_63(X))
& object_2(fn_pancreas_cell_107(X),fn_pancreas_cell_68(X))
& is_inside_2(fn_pancreas_cell_37(X),fn_pancreas_cell_40(X))
& subevent_2(fn_pancreas_cell_123(X),fn_pancreas_cell_78(X))
& base_2(fn_pancreas_cell_81(X),X)
& path_2(fn_pancreas_cell_81(X),fn_pancreas_cell_75(X))
& is_inside_2(fn_pancreas_cell_76(X),fn_pancreas_cell_122(X))
& agent_2(fn_pancreas_cell_39(X),fn_pancreas_cell_76(X))
& has_part_2(fn_pancreas_cell_122(X),fn_pancreas_cell_109(X))
& is_inside_2(fn_pancreas_cell_109(X),fn_pancreas_cell_120(X))
& is_inside_2(fn_pancreas_cell_88(X),fn_pancreas_cell_59(X))
& recipient_2(fn_pancreas_cell_78(X),fn_pancreas_cell_88(X))
& recipient_2(fn_pancreas_cell_78(X),fn_pancreas_cell_70(X))
& fn_pancreas_cell_87(X) != fn_pancreas_cell_89(X)
& is_across_2(fn_pancreas_cell_87(X),fn_pancreas_cell_77(X))
& is_at_2(fn_pancreas_cell_87(X),fn_pancreas_cell_77(X))
& called_2(fn_pancreas_cell_87(X),'MP1')
& fn_pancreas_cell_89(X) != fn_pancreas_cell_87(X)
& fn_pancreas_cell_86(X) != fn_pancreas_cell_84(X)
& fn_pancreas_cell_89(X) != fn_pancreas_cell_84(X)
& fn_pancreas_cell_84(X) != fn_pancreas_cell_89(X)
& fn_pancreas_cell_84(X) != fn_pancreas_cell_86(X)
& fn_pancreas_cell_89(X) != fn_pancreas_cell_86(X)
& fn_pancreas_cell_86(X) != fn_pancreas_cell_89(X)
& is_at_2(fn_pancreas_cell_86(X),fn_pancreas_cell_77(X))
& has_part_2(fn_pancreas_cell_77(X),fn_pancreas_cell_83(X))
& fn_pancreas_cell_83(X) != fn_pancreas_cell_86(X)
& fn_pancreas_cell_86(X) != fn_pancreas_cell_90(X)
& fn_pancreas_cell_90(X) != fn_pancreas_cell_86(X)
& fn_pancreas_cell_86(X) != fn_pancreas_cell_83(X)
& has_part_2(fn_pancreas_cell_77(X),fn_pancreas_cell_86(X))
& is_across_2(fn_pancreas_cell_86(X),fn_pancreas_cell_77(X))
& has_part_2(fn_pancreas_cell_77(X),fn_pancreas_cell_84(X))
& fn_pancreas_cell_84(X) != fn_pancreas_cell_83(X)
& fn_pancreas_cell_83(X) != fn_pancreas_cell_87(X)
& fn_pancreas_cell_83(X) != fn_pancreas_cell_84(X)
& fn_pancreas_cell_87(X) != fn_pancreas_cell_83(X)
& path_2(fn_pancreas_cell_80(X),fn_pancreas_cell_77(X))
& has_part_2(fn_pancreas_cell_77(X),fn_pancreas_cell_89(X))
& fn_pancreas_cell_89(X) != fn_pancreas_cell_83(X)
& is_at_2(fn_pancreas_cell_83(X),fn_pancreas_cell_85(X))
& is_inside_2(fn_pancreas_cell_83(X),fn_pancreas_cell_85(X))
& fn_pancreas_cell_83(X) != fn_pancreas_cell_89(X)
& is_inside_2(fn_pancreas_cell_71(X),fn_pancreas_cell_59(X))
& has_part_2(fn_pancreas_cell_71(X),fn_pancreas_cell_68(X))
& is_inside_2(fn_pancreas_cell_63(X),fn_pancreas_cell_68(X))
& abuts_2(fn_pancreas_cell_122(X),fn_pancreas_cell_68(X))
& abuts_2(fn_pancreas_cell_68(X),fn_pancreas_cell_122(X))
& has_part_2(X,fn_pancreas_cell_50(X))
& instrument_2(fn_pancreas_cell_80(X),fn_pancreas_cell_50(X))
& subevent_2(fn_pancreas_cell_80(X),fn_pancreas_cell_73(X))
& base_2(fn_pancreas_cell_73(X),X)
& has_part_2(X,fn_pancreas_cell_36(X))
& has_part_2(X,fn_pancreas_cell_72(X))
& is_inside_2(fn_pancreas_cell_72(X),fn_pancreas_cell_40(X))
& is_inside_2(fn_pancreas_cell_36(X),fn_pancreas_cell_40(X))
& is_inside_2(fn_pancreas_cell_36(X),fn_pancreas_cell_59(X))
& is_inside_2(fn_pancreas_cell_37(X),fn_pancreas_cell_59(X))
& is_inside_2(fn_pancreas_cell_86(X),fn_pancreas_cell_85(X))
& has_region_2(fn_pancreas_cell_85(X),fn_pancreas_cell_43(X))
& is_along_2(fn_pancreas_cell_43(X),fn_pancreas_cell_42(X))
& fn_pancreas_cell_42(X) != fn_pancreas_cell_43(X)
& fn_pancreas_cell_43(X) != fn_pancreas_cell_42(X)
& is_along_2(fn_pancreas_cell_42(X),fn_pancreas_cell_43(X))
& called_2(fn_pancreas_cell_83(X),'MP1')
& is_inside_2(fn_pancreas_cell_87(X),fn_pancreas_cell_85(X))
& is_inside_2(fn_pancreas_cell_89(X),fn_pancreas_cell_85(X))
& called_2(fn_pancreas_cell_89(X),'MP1')
& has_part_2(fn_pancreas_cell_77(X),fn_pancreas_cell_87(X))
& is_at_2(fn_pancreas_cell_87(X),fn_pancreas_cell_85(X))
& has_region_2(fn_pancreas_cell_85(X),fn_pancreas_cell_42(X))
& is_inside_2(fn_pancreas_cell_91(X),fn_pancreas_cell_42(X))
& is_across_2(fn_pancreas_cell_83(X),fn_pancreas_cell_77(X))
& has_part_2(fn_pancreas_cell_77(X),fn_pancreas_cell_90(X))
& is_at_2(fn_pancreas_cell_83(X),fn_pancreas_cell_77(X))
& fn_pancreas_cell_83(X) != fn_pancreas_cell_90(X)
& fn_pancreas_cell_90(X) != fn_pancreas_cell_83(X)
& has_part_2(fn_pancreas_cell_51(X),fn_pancreas_cell_97(X))
& has_part_2(fn_pancreas_cell_51(X),fn_pancreas_cell_96(X))
& has_part_2(fn_pancreas_cell_96(X),fn_pancreas_cell_94(X))
& has_part_2(fn_pancreas_cell_94(X),fn_pancreas_cell_93(X))
& base_2(fn_pancreas_cell_92(X),fn_pancreas_cell_93(X))
& agent_2(fn_pancreas_cell_92(X),fn_pancreas_cell_97(X))
& has_function_2(fn_pancreas_cell_97(X),fn_pancreas_cell_92(X))
& next_event_2(fn_pancreas_cell_116(X),fn_pancreas_cell_117(X))
& result_2(fn_pancreas_cell_114(X),fn_pancreas_cell_111(X))
& has_part_2(fn_pancreas_cell_111(X),fn_pancreas_cell_113(X))
& subevent_2(fn_pancreas_cell_38(X),fn_pancreas_cell_114(X))
& result_2(fn_pancreas_cell_114(X),fn_pancreas_cell_110(X))
& result_2(fn_pancreas_cell_38(X),fn_pancreas_cell_110(X))
& has_function_2(fn_pancreas_cell_119(X),fn_pancreas_cell_38(X))
& subevent_2(fn_pancreas_cell_38(X),fn_pancreas_cell_117(X))
& object_2(fn_pancreas_cell_117(X),fn_pancreas_cell_111(X))
& result_2(fn_pancreas_cell_38(X),fn_pancreas_cell_111(X))
& subevent_2(fn_pancreas_cell_38(X),fn_pancreas_cell_116(X))
& object_2(fn_pancreas_cell_116(X),fn_pancreas_cell_111(X))
& the_scalar_value_2(fn_pancreas_cell_56(X),big_0)
& scalar_unit_class_2(fn_pancreas_cell_56(X),prokaryote_0)
& has_function_2(X,fn_pancreas_cell_124(X))
& has_region_2(X,fn_pancreas_cell_54(X))
& has_part_2(X,fn_pancreas_cell_77(X))
& destination_2(fn_pancreas_cell_34(X),fn_pancreas_cell_35(X))
& has_part_2(X,fn_pancreas_cell_88(X))
& has_function_2(fn_pancreas_cell_51(X),fn_pancreas_cell_61(X))
& result_2(fn_pancreas_cell_61(X),fn_pancreas_cell_62(X))
& size_2(X,fn_pancreas_cell_56(X))
& directly_proportional_2(fn_pancreas_cell_56(X),fn_pancreas_cell_55(X))
& volume_2(X,fn_pancreas_cell_55(X))
& object_2(fn_pancreas_cell_58(X),X)
& has_function_2(fn_pancreas_cell_62(X),fn_pancreas_cell_58(X))
& is_inside_2(fn_pancreas_cell_48(X),fn_pancreas_cell_71(X))
& has_part_2(X,fn_pancreas_cell_48(X))
& has_part_2(X,fn_pancreas_cell_51(X))
& is_near_2(fn_pancreas_cell_71(X),fn_pancreas_cell_51(X))
& is_near_2(fn_pancreas_cell_51(X),fn_pancreas_cell_71(X))
& has_part_2(fn_pancreas_cell_77(X),fn_pancreas_cell_85(X))
& agent_2(fn_pancreas_cell_57(X),fn_pancreas_cell_77(X))
& object_2(fn_pancreas_cell_57(X),X)
& has_part_2(X,fn_pancreas_cell_71(X))
& is_inside_2(fn_pancreas_cell_71(X),fn_pancreas_cell_40(X))
& causes_2(fn_pancreas_cell_34(X),fn_pancreas_cell_125(X))
& origin_2(fn_pancreas_cell_34(X),fn_pancreas_cell_37(X))
& has_part_2(X,fn_pancreas_cell_37(X))
& has_region_2(X,fn_pancreas_cell_53(X))
& is_at_2(fn_pancreas_cell_85(X),fn_pancreas_cell_53(X))
& base_2(fn_pancreas_cell_125(X),X)
& site_2(fn_pancreas_cell_125(X),fn_pancreas_cell_35(X))
& is_inside_2(fn_pancreas_cell_35(X),fn_pancreas_cell_59(X))
& is_inside_2(fn_pancreas_cell_70(X),fn_pancreas_cell_59(X))
& has_part_2(X,fn_pancreas_cell_70(X))
& has_function_2(X,fn_pancreas_cell_52(X))
& base_2(fn_pancreas_cell_52(X),X)
& has_region_2(X,fn_pancreas_cell_75(X))
& is_opposite_2(fn_pancreas_cell_54(X),fn_pancreas_cell_75(X))
& is_opposite_2(fn_pancreas_cell_75(X),fn_pancreas_cell_54(X))
& first_subevent_2(fn_pancreas_cell_127(X),fn_pancreas_cell_128(X))
& base_2(fn_pancreas_cell_124(X),X)
& base_2(fn_pancreas_cell_128(X),X)
& subevent_2(fn_pancreas_cell_127(X),fn_pancreas_cell_128(X))
& site_2(fn_pancreas_cell_127(X),fn_pancreas_cell_35(X))
& has_function_2(fn_pancreas_cell_35(X),fn_pancreas_cell_127(X))
& base_2(fn_pancreas_cell_127(X),X)
& has_part_2(X,fn_pancreas_cell_35(X))
& site_2(fn_pancreas_cell_126(X),fn_pancreas_cell_35(X))
& base_2(fn_pancreas_cell_126(X),X)
& fn_pancreas_cell_79(X) = fn_move_1(fn_pancreas_cell_81(X))
& fn_pancreas_cell_111(X) = fn_transfer_1(fn_pancreas_cell_115(X))
& fn_pancreas_cell_66(X) = fn_biomembrane_29(fn_pancreas_cell_68(X))
& fn_pancreas_cell_66(X) = fn_biomembrane_30(fn_pancreas_cell_68(X))
& fn_pancreas_cell_118(X) = fn_enzyme_2(fn_pancreas_cell_119(X))
& fn_pancreas_cell_120(X) = fn_exocytosis_24(fn_pancreas_cell_80(X))
& fn_pancreas_cell_79(X) = fn_exocytosis_35(fn_pancreas_cell_80(X))
& fn_pancreas_cell_74(X) = fn_secretory_cell_59(X)
& fn_pancreas_cell_50(X) = fn_secretory_cell_85(X)
& fn_pancreas_cell_79(X) = fn_secretory_cell_62(X)
& fn_pancreas_cell_106(X) = fn_anabolic_pathway_6(fn_pancreas_cell_39(X))
& fn_pancreas_cell_95(X) = fn_centrosome_2(fn_pancreas_cell_51(X))
& X = fn_synthesis_of_protein_11(fn_pancreas_cell_46(X))
& fn_pancreas_cell_118(X) = fn_protein_enzyme_10(fn_pancreas_cell_119(X))
& fn_pancreas_cell_109(X) = fn_synthesis_of_protein_16(fn_pancreas_cell_46(X))
& fn_pancreas_cell_109(X) = fn_synthesis_of_membrane_protein_25(fn_pancreas_cell_46(X))
& fn_pancreas_cell_67(X) = fn_synthesis_of_endomembranous_system_membrane_72(fn_pancreas_cell_69(X))
& fn_pancreas_cell_68(X) = fn_synthesis_of_endomembranous_system_membrane_60(fn_pancreas_cell_69(X))
& fn_pancreas_cell_49(X) = fn_cell_2(X)
& fn_pancreas_cell_49(X) = fn_integrin_38(fn_pancreas_cell_84(X))
& fn_pancreas_cell_112(X) = fn_dehydration_reaction_8(fn_pancreas_cell_114(X))
& fn_pancreas_cell_60(X) = fn_exocytosis_25(fn_pancreas_cell_80(X))
& fn_pancreas_cell_63(X) = fn_lipid_14(fn_pancreas_cell_66(X))
& fn_pancreas_cell_63(X) = fn_glycoprotein_1(fn_pancreas_cell_66(X))
& fn_pancreas_cell_64(X) = fn_glycolipid_7(fn_pancreas_cell_66(X))
& fn_pancreas_cell_64(X) = fn_glycoprotein_4(fn_pancreas_cell_66(X))
& fn_pancreas_cell_64(X) = fn_glycoprotein_5(fn_pancreas_cell_66(X))
& fn_pancreas_cell_67(X) = fn_glycolipid_3(fn_pancreas_cell_66(X))
& fn_pancreas_cell_67(X) = fn_glycoprotein_17(fn_pancreas_cell_66(X))
& fn_pancreas_cell_82(X) = fn_glycolipid_1(fn_pancreas_cell_66(X))
& fn_pancreas_cell_82(X) = fn_glycoprotein_14(fn_pancreas_cell_66(X))
& fn_pancreas_cell_80(X) = fn_eukaryotic_cell_32(X)
& X = fn_bulk_transport_6(fn_pancreas_cell_80(X))
& fn_pancreas_cell_65(X) = fn_exocytosis_44(fn_pancreas_cell_80(X))
& fn_pancreas_cell_41(X) = fn_move_out_of_2(fn_pancreas_cell_81(X))
& fn_pancreas_cell_90(X) = fn_secretory_cell_71(X)
& fn_pancreas_cell_87(X) = fn_integrin_8(fn_pancreas_cell_84(X))
& fn_pancreas_cell_90(X) = fn_integrin_7(fn_pancreas_cell_84(X))
& X = fn_synthesis_of_endomembranous_system_membrane_28(fn_pancreas_cell_69(X))
& fn_pancreas_cell_88(X) = fn_synthesis_of_endomembranous_system_membrane_70(fn_pancreas_cell_69(X))
& fn_pancreas_cell_47(X) = fn_synthesis_of_endomembranous_system_membrane_59(fn_pancreas_cell_69(X))
& fn_pancreas_cell_113(X) = fn_dehydration_reaction_7(fn_pancreas_cell_114(X))
& fn_pancreas_cell_113(X) = fn_polymer_synthesis_22(fn_pancreas_cell_38(X))
& fn_pancreas_cell_113(X) = fn_polymer_synthesis_20(fn_pancreas_cell_38(X))
& fn_pancreas_cell_104(X) = fn_secretory_cell_22(X)
& fn_pancreas_cell_100(X) = fn_secretory_cell_19(X)
& fn_pancreas_cell_98(X) = fn_secretory_cell_21(X)
& fn_pancreas_cell_103(X) = fn_secretory_cell_18(X)
& fn_pancreas_cell_101(X) = fn_secretory_cell_9(X)
& fn_pancreas_cell_99(X) = fn_secretory_cell_20(X)
& fn_pancreas_cell_102(X) = fn_secretory_cell_10(X)
& fn_pancreas_cell_105(X) = fn_secretory_cell_17(X)
& fn_pancreas_cell_91(X) = fn_secretory_cell_49(X)
& fn_pancreas_cell_64(X) = fn_glycolipid_13(fn_pancreas_cell_66(X))
& fn_pancreas_cell_63(X) = fn_glycolipid_4(fn_pancreas_cell_66(X))
& fn_pancreas_cell_64(X) = fn_secretory_cell_23(X)
& fn_pancreas_cell_107(X) = fn_nuclear_membrane_21(fn_pancreas_cell_68(X))
& fn_pancreas_cell_107(X) = fn_secretory_cell_80(X)
& fn_pancreas_cell_123(X) = fn_secretory_cell_40(X)
& X = fn_move_out_of_1(fn_pancreas_cell_81(X))
& fn_pancreas_cell_81(X) = fn_secretory_cell_65(X)
& fn_pancreas_cell_108(X) = fn_secretory_cell_6(X)
& fn_pancreas_cell_121(X) = fn_secretory_cell_5(X)
& fn_pancreas_cell_39(X) = fn_secretory_cell_82(X)
& fn_pancreas_cell_76(X) = fn_secretory_cell_81(X)
& fn_pancreas_cell_120(X) = fn_secretory_cell_85(X)
& fn_pancreas_cell_109(X) = fn_secretory_cell_79(X)
& fn_pancreas_cell_78(X) = fn_secretory_cell_60(X)
& fn_pancreas_cell_90(X) = fn_secretory_cell_69(X)
& fn_pancreas_cell_87(X) = fn_secretory_cell_68(X)
& fn_pancreas_cell_83(X) = fn_secretory_cell_72(X)
& fn_pancreas_cell_84(X) = fn_secretory_cell_41(X)
& fn_pancreas_cell_77(X) = fn_transport_protein_35(fn_pancreas_cell_86(X))
& fn_pancreas_cell_77(X) = fn_protein_pump_3(fn_pancreas_cell_86(X))
& fn_pancreas_cell_86(X) = fn_eukaryotic_cell_15(X)
& fn_pancreas_cell_86(X) = fn_integrin_8(fn_pancreas_cell_84(X))
& fn_pancreas_cell_83(X) = fn_secretory_cell_68(X)
& fn_pancreas_cell_89(X) = fn_integrin_9(fn_pancreas_cell_84(X))
& fn_pancreas_cell_89(X) = fn_secretory_cell_71(X)
& fn_pancreas_cell_63(X) = fn_biomembrane_71(fn_pancreas_cell_68(X))
& fn_pancreas_cell_63(X) = fn_secretory_cell_26(X)
& fn_pancreas_cell_122(X) = fn_secretory_cell_75(X)
& fn_pancreas_cell_68(X) = fn_secretory_cell_76(X)
& fn_pancreas_cell_73(X) = fn_exocytosis_48(fn_pancreas_cell_80(X))
& fn_pancreas_cell_73(X) = fn_exocytosis_18(fn_pancreas_cell_80(X))
& fn_pancreas_cell_73(X) = fn_secretory_cell_54(X)
& fn_pancreas_cell_80(X) = fn_secretory_cell_63(X)
& fn_pancreas_cell_50(X) = fn_exocytosis_24(fn_pancreas_cell_80(X))
& fn_pancreas_cell_50(X) = fn_secretory_cell_66(X)
& fn_pancreas_cell_36(X) = fn_secretory_cell_1(X)
& fn_pancreas_cell_40(X) = fn_secretory_cell_84(X)
& fn_pancreas_cell_72(X) = fn_vertebrate_cell_25(X)
& fn_pancreas_cell_72(X) = fn_secretory_cell_29(X)
& fn_pancreas_cell_43(X) = fn_integral_protein_12(fn_pancreas_cell_90(X))
& fn_pancreas_cell_43(X) = fn_secretory_cell_48(X)
& fn_pancreas_cell_43(X) = fn_integral_protein_11(fn_pancreas_cell_86(X))
& fn_pancreas_cell_86(X) = fn_secretory_cell_72(X)
& fn_pancreas_cell_89(X) = fn_eukaryotic_cell_43(X)
& fn_pancreas_cell_89(X) = fn_integrin_7(fn_pancreas_cell_84(X))
& fn_pancreas_cell_89(X) = fn_secretory_cell_69(X)
& fn_pancreas_cell_91(X) = fn_fibronectin_38(fn_pancreas_cell_90(X))
& fn_pancreas_cell_42(X) = fn_integral_protein_12(fn_pancreas_cell_86(X))
& fn_pancreas_cell_42(X) = fn_integral_protein_11(fn_pancreas_cell_90(X))
& fn_pancreas_cell_42(X) = fn_secretory_cell_47(X)
& fn_pancreas_cell_42(X) = fn_fibronectin_42(fn_pancreas_cell_90(X))
& fn_pancreas_cell_85(X) = fn_fibronectin_47(fn_pancreas_cell_90(X))
& fn_pancreas_cell_77(X) = fn_electrogenic_pump_30(fn_pancreas_cell_86(X))
& fn_pancreas_cell_77(X) = fn_sodium_potassium_pump_41(fn_pancreas_cell_86(X))
& fn_pancreas_cell_87(X) = fn_fibronectin_45(fn_pancreas_cell_90(X))
& fn_pancreas_cell_77(X) = fn_fibronectin_53(fn_pancreas_cell_90(X))
& fn_pancreas_cell_90(X) = fn_integrin_9(fn_pancreas_cell_84(X))
& fn_pancreas_cell_83(X) = fn_integrin_8(fn_pancreas_cell_84(X))
& fn_pancreas_cell_83(X) = fn_fibronectin_45(fn_pancreas_cell_90(X))
& fn_pancreas_cell_51(X) = fn_centriole_6(fn_pancreas_cell_96(X))
& fn_pancreas_cell_97(X) = fn_centriole_7(fn_pancreas_cell_96(X))
& fn_pancreas_cell_92(X) = fn_centriole_10(fn_pancreas_cell_96(X))
& fn_pancreas_cell_93(X) = fn_centriole_9(fn_pancreas_cell_96(X))
& fn_pancreas_cell_93(X) = fn_centriole_11(fn_pancreas_cell_96(X))
& fn_pancreas_cell_94(X) = fn_centriole_2(fn_pancreas_cell_96(X))
& fn_pancreas_cell_94(X) = fn_centriole_8(fn_pancreas_cell_96(X))
& fn_pancreas_cell_113(X) = fn_synthesis_of_glycoprotein_18(fn_pancreas_cell_38(X))
& fn_pancreas_cell_38(X) = fn_enzyme_4(fn_pancreas_cell_119(X))
& fn_pancreas_cell_119(X) = fn_synthesis_of_glycoprotein_64(fn_pancreas_cell_38(X))
& fn_pancreas_cell_110(X) = fn_anabolic_pathway_5(fn_pancreas_cell_38(X))
& fn_pancreas_cell_110(X) = fn_condensation_reaction_3(fn_pancreas_cell_114(X))
& fn_pancreas_cell_110(X) = fn_dehydration_reaction_6(fn_pancreas_cell_114(X))
& fn_pancreas_cell_114(X) = fn_polymer_synthesis_24(fn_pancreas_cell_38(X))
& fn_pancreas_cell_110(X) = fn_polymer_synthesis_11(fn_pancreas_cell_38(X))
& fn_pancreas_cell_110(X) = fn_synthesis_of_glycoprotein_66(fn_pancreas_cell_38(X))
& fn_pancreas_cell_114(X) = fn_synthesis_of_glycoprotein_42(fn_pancreas_cell_38(X))
& fn_pancreas_cell_116(X) = fn_synthesis_of_glycoprotein_58(fn_pancreas_cell_38(X))
& fn_pancreas_cell_116(X) = fn_synthesis_of_glycoprotein_59(fn_pancreas_cell_38(X))
& fn_pancreas_cell_111(X) = fn_synthesis_of_glycoprotein_52(fn_pancreas_cell_38(X))
& fn_pancreas_cell_117(X) = fn_synthesis_of_glycoprotein_2(fn_pancreas_cell_38(X))
& fn_pancreas_cell_117(X) = fn_synthesis_of_glycoprotein_57(fn_pancreas_cell_38(X))
& fn_pancreas_cell_124(X) = fn_secretory_cell_25(X)
& fn_pancreas_cell_124(X) = fn_vertebrate_cell_30(X)
& fn_pancreas_cell_45(X) = fn_vertebrate_cell_28(X)
& fn_pancreas_cell_44(X) = fn_vertebrate_cell_29(X)
& X = fn_integrin_6(fn_pancreas_cell_84(X))
& X = fn_exocytosis_33(fn_pancreas_cell_80(X))
& fn_pancreas_cell_77(X) = fn_exocytosis_26(fn_pancreas_cell_80(X))
& fn_pancreas_cell_88(X) = fn_secretory_cell_53(X)
& fn_pancreas_cell_88(X) = fn_vertebrate_cell_19(X)
& fn_pancreas_cell_61(X) = fn_microtubule_organizing_center_5(fn_pancreas_cell_51(X))
& fn_pancreas_cell_61(X) = fn_secretory_cell_38(X)
& fn_pancreas_cell_61(X) = fn_vertebrate_cell_8(X)
& fn_pancreas_cell_62(X) = fn_microtubule_organizing_center_6(fn_pancreas_cell_51(X))
& fn_pancreas_cell_62(X) = fn_secretory_cell_39(X)
& fn_pancreas_cell_62(X) = fn_vertebrate_cell_7(X)
& fn_pancreas_cell_58(X) = fn_microtubule_organizing_center_7(fn_pancreas_cell_51(X))
& X = fn_microtubule_organizing_center_4(fn_pancreas_cell_51(X))
& fn_pancreas_cell_58(X) = fn_secretory_cell_35(X)
& fn_pancreas_cell_58(X) = fn_vertebrate_cell_12(X)
& fn_pancreas_cell_55(X) = fn_secretory_cell_36(X)
& fn_pancreas_cell_55(X) = fn_vertebrate_cell_13(X)
& fn_pancreas_cell_56(X) = fn_secretory_cell_37(X)
& fn_pancreas_cell_56(X) = fn_vertebrate_cell_14(X)
& fn_pancreas_cell_51(X) = fn_secretory_cell_33(X)
& fn_pancreas_cell_51(X) = fn_vertebrate_cell_23(X)
& fn_pancreas_cell_48(X) = fn_secretory_cell_30(X)
& fn_pancreas_cell_48(X) = fn_vertebrate_cell_24(X)
& fn_pancreas_cell_40(X) = fn_vertebrate_cell_9(X)
& fn_pancreas_cell_71(X) = fn_secretory_cell_31(X)
& fn_pancreas_cell_71(X) = fn_vertebrate_cell_22(X)
& fn_pancreas_cell_57(X) = fn_secretory_cell_34(X)
& fn_pancreas_cell_57(X) = fn_vertebrate_cell_11(X)
& fn_pancreas_cell_77(X) = fn_carrier_protein_18(fn_pancreas_cell_86(X))
& fn_pancreas_cell_85(X) = fn_carrier_protein_16(fn_pancreas_cell_86(X))
& fn_pancreas_cell_77(X) = fn_eukaryotic_cell_29(X)
& fn_pancreas_cell_85(X) = fn_eukaryotic_cell_41(X)
& fn_pancreas_cell_77(X) = fn_integral_protein_24(fn_pancreas_cell_86(X))
& fn_pancreas_cell_85(X) = fn_integral_protein_27(fn_pancreas_cell_86(X))
& fn_pancreas_cell_77(X) = fn_integral_protein_24(fn_pancreas_cell_90(X))
& fn_pancreas_cell_85(X) = fn_integral_protein_27(fn_pancreas_cell_90(X))
& fn_pancreas_cell_77(X) = fn_integrin_30(fn_pancreas_cell_84(X))
& fn_pancreas_cell_85(X) = fn_integrin_29(fn_pancreas_cell_84(X))
& fn_pancreas_cell_77(X) = fn_secretory_cell_52(X)
& fn_pancreas_cell_77(X) = fn_vertebrate_cell_26(X)
& fn_pancreas_cell_85(X) = fn_secretory_cell_70(X)
& fn_pancreas_cell_85(X) = fn_vertebrate_cell_6(X)
& fn_pancreas_cell_53(X) = fn_secretory_cell_67(X)
& fn_pancreas_cell_53(X) = fn_vertebrate_cell_17(X)
& fn_pancreas_cell_37(X) = fn_secretory_cell_86(X)
& fn_pancreas_cell_37(X) = fn_vertebrate_cell_32(X)
& fn_pancreas_cell_34(X) = fn_secretory_cell_15(X)
& fn_pancreas_cell_34(X) = fn_vertebrate_cell_31(X)
& fn_pancreas_cell_70(X) = fn_secretory_cell_57(X)
& fn_pancreas_cell_70(X) = fn_vertebrate_cell_18(X)
& fn_pancreas_cell_59(X) = fn_secretory_cell_58(X)
& fn_pancreas_cell_59(X) = fn_vertebrate_cell_9(X)
& fn_pancreas_cell_35(X) = fn_secretory_cell_32(X)
& fn_pancreas_cell_35(X) = fn_vertebrate_cell_21(X)
& fn_pancreas_cell_125(X) = fn_secretory_cell_87(X)
& fn_pancreas_cell_125(X) = fn_vertebrate_cell_4(X)
& fn_pancreas_cell_54(X) = fn_secretory_cell_28(X)
& fn_pancreas_cell_54(X) = fn_vertebrate_cell_15(X)
& fn_pancreas_cell_75(X) = fn_secretory_cell_28(X)
& fn_pancreas_cell_75(X) = fn_secretory_cell_55(X)
& fn_pancreas_cell_75(X) = fn_vertebrate_cell_16(X)
& fn_pancreas_cell_52(X) = fn_secretory_cell_64(X)
& fn_pancreas_cell_52(X) = fn_vertebrate_cell_10(X)
& fn_pancreas_cell_124(X) = fn_mitochondrion_160(fn_pancreas_cell_35(X))
& fn_pancreas_cell_128(X) = fn_mitochondrion_159(fn_pancreas_cell_35(X))
& fn_pancreas_cell_126(X) = fn_mitochondrion_52(fn_pancreas_cell_35(X))
& X = fn_mitochondrion_51(fn_pancreas_cell_35(X))
& fn_pancreas_cell_127(X) = fn_mitochondrion_55(fn_pancreas_cell_35(X))
& fn_move_1(fn_pancreas_cell_81(X)) = fn_exocytosis_35(fn_pancreas_cell_80(X))
& fn_exocytosis_35(fn_pancreas_cell_80(X)) = fn_exocytosis_35(fn_pancreas_cell_80(X))
& fn_exocytosis_35(fn_pancreas_cell_80(X)) = fn_secretory_cell_62(X)
& fn_secretory_cell_62(X) = fn_secretory_cell_62(X)
& fn_secretory_cell_62(X) = fn_enzyme_2(fn_pancreas_cell_119(X))
& fn_enzyme_2(fn_pancreas_cell_119(X)) = fn_protein_enzyme_10(fn_pancreas_cell_119(X))
& fn_protein_enzyme_10(fn_pancreas_cell_119(X)) = fn_cell_2(X)
& fn_cell_2(X) = fn_integrin_38(fn_pancreas_cell_84(X))
& fn_integrin_38(fn_pancreas_cell_84(X)) = fn_synthesis_of_endomembranous_system_membrane_72(fn_pancreas_cell_69(X))
& fn_synthesis_of_endomembranous_system_membrane_72(fn_pancreas_cell_69(X)) = fn_glycolipid_3(fn_pancreas_cell_66(X))
& fn_glycolipid_3(fn_pancreas_cell_66(X)) = fn_glycolipid_3(fn_pancreas_cell_66(X))
& fn_glycolipid_3(fn_pancreas_cell_66(X)) = fn_glycoprotein_17(fn_pancreas_cell_66(X))
& fn_glycoprotein_17(fn_pancreas_cell_66(X)) = fn_glycolipid_1(fn_pancreas_cell_66(X))
& fn_glycoprotein_14(fn_pancreas_cell_66(X)) = fn_glycolipid_1(fn_pancreas_cell_66(X))
& fn_glycolipid_1(fn_pancreas_cell_66(X)) = fn_glycoprotein_14(fn_pancreas_cell_66(X))
& fn_glycoprotein_14(fn_pancreas_cell_66(X)) = fn_biomembrane_29(fn_pancreas_cell_68(X))
& fn_biomembrane_29(fn_pancreas_cell_68(X)) = fn_biomembrane_30(fn_pancreas_cell_68(X))
& fn_biomembrane_30(fn_pancreas_cell_68(X)) = fn_glycolipid_7(fn_pancreas_cell_66(X))
& fn_glycolipid_7(fn_pancreas_cell_66(X)) = fn_glycoprotein_4(fn_pancreas_cell_66(X))
& fn_glycoprotein_4(fn_pancreas_cell_66(X)) = fn_glycoprotein_4(fn_pancreas_cell_66(X))
& fn_glycoprotein_4(fn_pancreas_cell_66(X)) = fn_glycolipid_13(fn_pancreas_cell_66(X))
& fn_glycolipid_13(fn_pancreas_cell_66(X)) = fn_glycolipid_13(fn_pancreas_cell_66(X))
& fn_glycoprotein_5(fn_pancreas_cell_66(X)) = fn_glycolipid_13(fn_pancreas_cell_66(X))
& fn_glycolipid_13(fn_pancreas_cell_66(X)) = fn_glycoprotein_5(fn_pancreas_cell_66(X))
& fn_glycoprotein_5(fn_pancreas_cell_66(X)) = fn_secretory_cell_23(X)
& fn_secretory_cell_23(X) = fn_nuclear_membrane_21(fn_pancreas_cell_68(X))
& fn_nuclear_membrane_21(fn_pancreas_cell_68(X)) = fn_secretory_cell_80(X)
& fn_secretory_cell_80(X) = fn_exocytosis_24(fn_pancreas_cell_80(X))
& fn_exocytosis_24(fn_pancreas_cell_80(X)) = fn_secretory_cell_85(X)
& fn_secretory_cell_85(X) = fn_synthesis_of_protein_16(fn_pancreas_cell_46(X))
& fn_synthesis_of_protein_16(fn_pancreas_cell_46(X)) = fn_synthesis_of_membrane_protein_25(fn_pancreas_cell_46(X))
& fn_synthesis_of_membrane_protein_25(fn_pancreas_cell_46(X)) = fn_synthesis_of_membrane_protein_25(fn_pancreas_cell_46(X))
& fn_synthesis_of_membrane_protein_25(fn_pancreas_cell_46(X)) = fn_secretory_cell_79(X)
& fn_secretory_cell_79(X) = fn_secretory_cell_79(X)
& fn_secretory_cell_79(X) = fn_lipid_14(fn_pancreas_cell_66(X))
& fn_lipid_14(fn_pancreas_cell_66(X)) = fn_biomembrane_71(fn_pancreas_cell_68(X))
& fn_biomembrane_71(fn_pancreas_cell_68(X)) = fn_lipid_14(fn_pancreas_cell_66(X))
& fn_lipid_14(fn_pancreas_cell_66(X)) = fn_glycolipid_4(fn_pancreas_cell_66(X))
& fn_glycolipid_4(fn_pancreas_cell_66(X)) = fn_glycolipid_4(fn_pancreas_cell_66(X))
& fn_glycoprotein_1(fn_pancreas_cell_66(X)) = fn_glycolipid_4(fn_pancreas_cell_66(X))
& fn_glycolipid_4(fn_pancreas_cell_66(X)) = fn_glycoprotein_1(fn_pancreas_cell_66(X))
& fn_glycoprotein_1(fn_pancreas_cell_66(X)) = fn_secretory_cell_26(X)
& fn_secretory_cell_26(X) = fn_secretory_cell_26(X)
& fn_secretory_cell_26(X) = fn_synthesis_of_endomembranous_system_membrane_60(fn_pancreas_cell_69(X))
& fn_synthesis_of_endomembranous_system_membrane_60(fn_pancreas_cell_69(X)) = fn_synthesis_of_endomembranous_system_membrane_60(fn_pancreas_cell_69(X))
& fn_synthesis_of_endomembranous_system_membrane_60(fn_pancreas_cell_69(X)) = fn_secretory_cell_76(X)
& fn_secretory_cell_76(X) = fn_secretory_cell_76(X)
& fn_secretory_cell_76(X) = fn_exocytosis_48(fn_pancreas_cell_80(X))
& fn_exocytosis_18(fn_pancreas_cell_80(X)) = fn_exocytosis_48(fn_pancreas_cell_80(X))
& fn_exocytosis_48(fn_pancreas_cell_80(X)) = fn_exocytosis_48(fn_pancreas_cell_80(X))
& fn_exocytosis_48(fn_pancreas_cell_80(X)) = fn_exocytosis_18(fn_pancreas_cell_80(X))
& fn_exocytosis_18(fn_pancreas_cell_80(X)) = fn_exocytosis_18(fn_pancreas_cell_80(X))
& fn_secretory_cell_54(X) = fn_exocytosis_18(fn_pancreas_cell_80(X))
& fn_exocytosis_18(fn_pancreas_cell_80(X)) = fn_secretory_cell_54(X)
& fn_secretory_cell_54(X) = fn_eukaryotic_cell_32(X)
& fn_eukaryotic_cell_32(X) = fn_secretory_cell_63(X)
& fn_secretory_cell_63(X) = fn_secretory_cell_63(X)
& fn_secretory_cell_63(X) = fn_secretory_cell_85(X)
& fn_secretory_cell_85(X) = fn_exocytosis_24(fn_pancreas_cell_80(X))
& fn_exocytosis_24(fn_pancreas_cell_80(X)) = fn_exocytosis_24(fn_pancreas_cell_80(X))
& fn_secretory_cell_66(X) = fn_exocytosis_24(fn_pancreas_cell_80(X))
& fn_exocytosis_24(fn_pancreas_cell_80(X)) = fn_secretory_cell_66(X)
& fn_secretory_cell_66(X) = fn_secretory_cell_29(X)
& fn_secretory_cell_29(X) = fn_vertebrate_cell_25(X)
& fn_vertebrate_cell_25(X) = fn_secretory_cell_29(X)
& fn_secretory_cell_29(X) = fn_secretory_cell_48(X)
& fn_secretory_cell_48(X) = fn_integral_protein_12(fn_pancreas_cell_90(X))
& fn_integral_protein_12(fn_pancreas_cell_90(X)) = fn_secretory_cell_48(X)
& fn_secretory_cell_48(X) = fn_secretory_cell_48(X)
& fn_integral_protein_11(fn_pancreas_cell_86(X)) = fn_secretory_cell_48(X)
& fn_secretory_cell_48(X) = fn_integral_protein_11(fn_pancreas_cell_86(X))
& fn_integral_protein_11(fn_pancreas_cell_86(X)) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_integrin_8(fn_pancreas_cell_84(X))
& fn_integrin_8(fn_pancreas_cell_84(X)) = fn_secretory_cell_72(X)
& fn_secretory_cell_72(X) = fn_integrin_9(fn_pancreas_cell_84(X))
& fn_integrin_9(fn_pancreas_cell_84(X)) = fn_eukaryotic_cell_43(X)
& fn_eukaryotic_cell_43(X) = fn_integrin_9(fn_pancreas_cell_84(X))
& fn_integrin_9(fn_pancreas_cell_84(X)) = fn_integrin_7(fn_pancreas_cell_84(X))
& fn_secretory_cell_69(X) = fn_integrin_7(fn_pancreas_cell_84(X))
& fn_secretory_cell_69(X) = fn_secretory_cell_71(X)
& fn_secretory_cell_71(X) = fn_secretory_cell_69(X)
& fn_secretory_cell_69(X) = fn_secretory_cell_49(X)
& fn_secretory_cell_49(X) = fn_fibronectin_38(fn_pancreas_cell_90(X))
& fn_fibronectin_38(fn_pancreas_cell_90(X)) = fn_secretory_cell_47(X)
& fn_secretory_cell_47(X) = fn_integral_protein_11(fn_pancreas_cell_90(X))
& fn_integral_protein_11(fn_pancreas_cell_90(X)) = fn_secretory_cell_47(X)
& fn_secretory_cell_47(X) = fn_secretory_cell_47(X)
& fn_integral_protein_12(fn_pancreas_cell_86(X)) = fn_secretory_cell_47(X)
& fn_secretory_cell_47(X) = fn_integral_protein_12(fn_pancreas_cell_86(X))
& fn_integral_protein_12(fn_pancreas_cell_86(X)) = fn_integral_protein_12(fn_pancreas_cell_86(X))
& fn_fibronectin_42(fn_pancreas_cell_90(X)) = fn_integral_protein_12(fn_pancreas_cell_86(X))
& fn_integral_protein_12(fn_pancreas_cell_86(X)) = fn_fibronectin_42(fn_pancreas_cell_90(X))
& fn_fibronectin_42(fn_pancreas_cell_90(X)) = fn_secretory_cell_68(X)
& fn_secretory_cell_68(X) = fn_integrin_8(fn_pancreas_cell_84(X))
& fn_fibronectin_45(fn_pancreas_cell_90(X)) = fn_secretory_cell_72(X)
& fn_secretory_cell_72(X) = fn_integrin_8(fn_pancreas_cell_84(X))
& fn_integrin_8(fn_pancreas_cell_84(X)) = fn_integrin_8(fn_pancreas_cell_84(X))
& fn_integrin_8(fn_pancreas_cell_84(X)) = fn_secretory_cell_68(X)
& fn_secretory_cell_68(X) = fn_secretory_cell_72(X)
& fn_secretory_cell_72(X) = fn_secretory_cell_72(X)
& fn_secretory_cell_72(X) = fn_secretory_cell_68(X)
& fn_secretory_cell_68(X) = fn_secretory_cell_68(X)
& fn_secretory_cell_68(X) = fn_fibronectin_45(fn_pancreas_cell_90(X))
& fn_fibronectin_45(fn_pancreas_cell_90(X)) = fn_fibronectin_45(fn_pancreas_cell_90(X))
& fn_fibronectin_45(fn_pancreas_cell_90(X)) = fn_secretory_cell_71(X)
& fn_secretory_cell_71(X) = fn_integrin_9(fn_pancreas_cell_84(X))
& fn_integrin_9(fn_pancreas_cell_84(X)) = fn_integrin_9(fn_pancreas_cell_84(X))
& fn_integrin_9(fn_pancreas_cell_84(X)) = fn_secretory_cell_71(X)
& fn_secretory_cell_71(X) = fn_secretory_cell_71(X)
& fn_secretory_cell_71(X) = fn_integrin_7(fn_pancreas_cell_84(X))
& fn_integrin_7(fn_pancreas_cell_84(X)) = fn_integrin_7(fn_pancreas_cell_84(X))
& fn_integrin_7(fn_pancreas_cell_84(X)) = fn_secretory_cell_69(X)
& fn_secretory_cell_69(X) = fn_secretory_cell_69(X)
& fn_secretory_cell_69(X) = fn_centriole_11(fn_pancreas_cell_96(X))
& fn_centriole_11(fn_pancreas_cell_96(X)) = fn_centriole_9(fn_pancreas_cell_96(X))
& fn_centriole_9(fn_pancreas_cell_96(X)) = fn_centriole_11(fn_pancreas_cell_96(X))
& fn_centriole_11(fn_pancreas_cell_96(X)) = fn_centriole_2(fn_pancreas_cell_96(X))
& fn_centriole_8(fn_pancreas_cell_96(X)) = fn_centriole_2(fn_pancreas_cell_96(X))
& fn_centriole_2(fn_pancreas_cell_96(X)) = fn_centriole_8(fn_pancreas_cell_96(X))
& fn_centriole_8(fn_pancreas_cell_96(X)) = fn_dehydration_reaction_7(fn_pancreas_cell_114(X))
& fn_dehydration_reaction_7(fn_pancreas_cell_114(X)) = fn_polymer_synthesis_22(fn_pancreas_cell_38(X))
& fn_polymer_synthesis_22(fn_pancreas_cell_38(X)) = fn_dehydration_reaction_7(fn_pancreas_cell_114(X))
& fn_dehydration_reaction_7(fn_pancreas_cell_114(X)) = fn_dehydration_reaction_7(fn_pancreas_cell_114(X))
& fn_polymer_synthesis_20(fn_pancreas_cell_38(X)) = fn_dehydration_reaction_7(fn_pancreas_cell_114(X))
& fn_dehydration_reaction_7(fn_pancreas_cell_114(X)) = fn_polymer_synthesis_20(fn_pancreas_cell_38(X))
& fn_polymer_synthesis_20(fn_pancreas_cell_38(X)) = fn_polymer_synthesis_20(fn_pancreas_cell_38(X))
& fn_polymer_synthesis_20(fn_pancreas_cell_38(X)) = fn_synthesis_of_glycoprotein_18(fn_pancreas_cell_38(X))
& fn_synthesis_of_glycoprotein_18(fn_pancreas_cell_38(X)) = fn_anabolic_pathway_5(fn_pancreas_cell_38(X))
& fn_anabolic_pathway_5(fn_pancreas_cell_38(X)) = fn_condensation_reaction_3(fn_pancreas_cell_114(X))
& fn_dehydration_reaction_6(fn_pancreas_cell_114(X)) = fn_condensation_reaction_3(fn_pancreas_cell_114(X))
& fn_condensation_reaction_3(fn_pancreas_cell_114(X)) = fn_dehydration_reaction_6(fn_pancreas_cell_114(X))
& fn_dehydration_reaction_6(fn_pancreas_cell_114(X)) = fn_dehydration_reaction_6(fn_pancreas_cell_114(X))
& fn_polymer_synthesis_11(fn_pancreas_cell_38(X)) = fn_dehydration_reaction_6(fn_pancreas_cell_114(X))
& fn_dehydration_reaction_6(fn_pancreas_cell_114(X)) = fn_polymer_synthesis_11(fn_pancreas_cell_38(X))
& fn_polymer_synthesis_11(fn_pancreas_cell_38(X)) = fn_polymer_synthesis_11(fn_pancreas_cell_38(X))
& fn_synthesis_of_glycoprotein_66(fn_pancreas_cell_38(X)) = fn_polymer_synthesis_11(fn_pancreas_cell_38(X))
& fn_polymer_synthesis_11(fn_pancreas_cell_38(X)) = fn_synthesis_of_glycoprotein_66(fn_pancreas_cell_38(X))
& fn_synthesis_of_glycoprotein_66(fn_pancreas_cell_38(X)) = fn_polymer_synthesis_24(fn_pancreas_cell_38(X))
& fn_synthesis_of_glycoprotein_42(fn_pancreas_cell_38(X)) = fn_polymer_synthesis_24(fn_pancreas_cell_38(X))
& fn_polymer_synthesis_24(fn_pancreas_cell_38(X)) = fn_synthesis_of_glycoprotein_42(fn_pancreas_cell_38(X))
& fn_synthesis_of_glycoprotein_42(fn_pancreas_cell_38(X)) = fn_synthesis_of_glycoprotein_42(fn_pancreas_cell_38(X))
& fn_synthesis_of_glycoprotein_42(fn_pancreas_cell_38(X)) = fn_synthesis_of_glycoprotein_58(fn_pancreas_cell_38(X))
& fn_synthesis_of_glycoprotein_59(fn_pancreas_cell_38(X)) = fn_synthesis_of_glycoprotein_58(fn_pancreas_cell_38(X))
& fn_synthesis_of_glycoprotein_58(fn_pancreas_cell_38(X)) = fn_synthesis_of_glycoprotein_59(fn_pancreas_cell_38(X))
& fn_synthesis_of_glycoprotein_59(fn_pancreas_cell_38(X)) = fn_transfer_1(fn_pancreas_cell_115(X))
& fn_transfer_1(fn_pancreas_cell_115(X)) = fn_synthesis_of_glycoprotein_52(fn_pancreas_cell_38(X))
& fn_synthesis_of_glycoprotein_52(fn_pancreas_cell_38(X)) = fn_synthesis_of_glycoprotein_52(fn_pancreas_cell_38(X))
& fn_synthesis_of_glycoprotein_52(fn_pancreas_cell_38(X)) = fn_synthesis_of_glycoprotein_2(fn_pancreas_cell_38(X))
& fn_synthesis_of_glycoprotein_57(fn_pancreas_cell_38(X)) = fn_synthesis_of_glycoprotein_57(fn_pancreas_cell_38(X))
& fn_synthesis_of_glycoprotein_57(fn_pancreas_cell_38(X)) = fn_synthesis_of_glycoprotein_2(fn_pancreas_cell_38(X))
& fn_synthesis_of_glycoprotein_2(fn_pancreas_cell_38(X)) = fn_synthesis_of_glycoprotein_57(fn_pancreas_cell_38(X))
& fn_synthesis_of_glycoprotein_57(fn_pancreas_cell_38(X)) = fn_synthesis_of_endomembranous_system_membrane_70(fn_pancreas_cell_69(X))
& fn_synthesis_of_endomembranous_system_membrane_70(fn_pancreas_cell_69(X)) = fn_synthesis_of_endomembranous_system_membrane_70(fn_pancreas_cell_69(X))
& fn_synthesis_of_endomembranous_system_membrane_70(fn_pancreas_cell_69(X)) = fn_secretory_cell_53(X)
& fn_secretory_cell_53(X) = fn_secretory_cell_53(X)
& fn_secretory_cell_53(X) = fn_vertebrate_cell_19(X)
& fn_vertebrate_cell_19(X) = fn_microtubule_organizing_center_5(fn_pancreas_cell_51(X))
& fn_secretory_cell_38(X) = fn_microtubule_organizing_center_5(fn_pancreas_cell_51(X))
& fn_microtubule_organizing_center_5(fn_pancreas_cell_51(X)) = fn_secretory_cell_38(X)
& fn_secretory_cell_38(X) = fn_secretory_cell_38(X)
& fn_vertebrate_cell_8(X) = fn_secretory_cell_38(X)
& fn_secretory_cell_38(X) = fn_vertebrate_cell_8(X)
& fn_vertebrate_cell_8(X) = fn_microtubule_organizing_center_6(fn_pancreas_cell_51(X))
& fn_secretory_cell_39(X) = fn_microtubule_organizing_center_6(fn_pancreas_cell_51(X))
& fn_microtubule_organizing_center_6(fn_pancreas_cell_51(X)) = fn_secretory_cell_39(X)
& fn_secretory_cell_39(X) = fn_secretory_cell_39(X)
& fn_vertebrate_cell_7(X) = fn_secretory_cell_39(X)
& fn_secretory_cell_39(X) = fn_vertebrate_cell_7(X)
& fn_vertebrate_cell_7(X) = fn_microtubule_organizing_center_7(fn_pancreas_cell_51(X))
& fn_secretory_cell_35(X) = fn_microtubule_organizing_center_7(fn_pancreas_cell_51(X))
& fn_microtubule_organizing_center_7(fn_pancreas_cell_51(X)) = fn_secretory_cell_35(X)
& fn_secretory_cell_35(X) = fn_secretory_cell_35(X)
& fn_vertebrate_cell_12(X) = fn_secretory_cell_35(X)
& fn_secretory_cell_35(X) = fn_vertebrate_cell_12(X)
& fn_vertebrate_cell_12(X) = fn_vertebrate_cell_13(X)
& fn_vertebrate_cell_13(X) = fn_secretory_cell_36(X)
& fn_secretory_cell_36(X) = fn_vertebrate_cell_13(X)
& fn_vertebrate_cell_13(X) = fn_vertebrate_cell_14(X)
& fn_vertebrate_cell_14(X) = fn_vertebrate_cell_14(X)
& fn_vertebrate_cell_14(X) = fn_secretory_cell_37(X)
& fn_secretory_cell_37(X) = fn_vertebrate_cell_14(X)
& fn_vertebrate_cell_14(X) = fn_centriole_6(fn_pancreas_cell_96(X))
& fn_centriole_6(fn_pancreas_cell_96(X)) = fn_secretory_cell_33(X)
& fn_secretory_cell_33(X) = fn_secretory_cell_33(X)
& fn_secretory_cell_33(X) = fn_centriole_6(fn_pancreas_cell_96(X))
& fn_centriole_6(fn_pancreas_cell_96(X)) = fn_centriole_6(fn_pancreas_cell_96(X))
& fn_centriole_6(fn_pancreas_cell_96(X)) = fn_vertebrate_cell_23(X)
& fn_vertebrate_cell_23(X) = fn_vertebrate_cell_23(X)
& fn_vertebrate_cell_23(X) = fn_secretory_cell_30(X)
& fn_secretory_cell_30(X) = fn_secretory_cell_30(X)
& fn_vertebrate_cell_24(X) = fn_secretory_cell_30(X)
& fn_secretory_cell_30(X) = fn_vertebrate_cell_24(X)
& fn_vertebrate_cell_24(X) = fn_secretory_cell_84(X)
& fn_secretory_cell_84(X) = fn_secretory_cell_84(X)
& fn_vertebrate_cell_9(X) = fn_secretory_cell_84(X)
& fn_secretory_cell_84(X) = fn_vertebrate_cell_9(X)
& fn_vertebrate_cell_9(X) = fn_secretory_cell_31(X)
& fn_secretory_cell_31(X) = fn_secretory_cell_31(X)
& fn_vertebrate_cell_22(X) = fn_vertebrate_cell_22(X)
& fn_vertebrate_cell_22(X) = fn_secretory_cell_31(X)
& fn_secretory_cell_31(X) = fn_vertebrate_cell_22(X)
& fn_vertebrate_cell_22(X) = fn_secretory_cell_34(X)
& fn_vertebrate_cell_11(X) = fn_secretory_cell_34(X)
& fn_secretory_cell_34(X) = fn_vertebrate_cell_11(X)
& fn_vertebrate_cell_11(X) = fn_transport_protein_35(fn_pancreas_cell_86(X))
& fn_transport_protein_35(fn_pancreas_cell_86(X)) = fn_protein_pump_3(fn_pancreas_cell_86(X))
& fn_electrogenic_pump_30(fn_pancreas_cell_86(X)) = fn_protein_pump_3(fn_pancreas_cell_86(X))
& fn_protein_pump_3(fn_pancreas_cell_86(X)) = fn_electrogenic_pump_30(fn_pancreas_cell_86(X))
& fn_electrogenic_pump_30(fn_pancreas_cell_86(X)) = fn_electrogenic_pump_30(fn_pancreas_cell_86(X))
& fn_carrier_protein_18(fn_pancreas_cell_86(X)) = fn_electrogenic_pump_30(fn_pancreas_cell_86(X))
& fn_electrogenic_pump_30(fn_pancreas_cell_86(X)) = fn_carrier_protein_18(fn_pancreas_cell_86(X))
& fn_carrier_protein_18(fn_pancreas_cell_86(X)) = fn_carrier_protein_18(fn_pancreas_cell_86(X))
& fn_sodium_potassium_pump_41(fn_pancreas_cell_86(X)) = fn_carrier_protein_18(fn_pancreas_cell_86(X))
& fn_carrier_protein_18(fn_pancreas_cell_86(X)) = fn_sodium_potassium_pump_41(fn_pancreas_cell_86(X))
& fn_eukaryotic_cell_29(X) = fn_sodium_potassium_pump_41(fn_pancreas_cell_86(X))
& fn_sodium_potassium_pump_41(fn_pancreas_cell_86(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_eukaryotic_cell_29(X)
& fn_exocytosis_26(fn_pancreas_cell_80(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_exocytosis_26(fn_pancreas_cell_80(X))
& fn_integral_protein_24(fn_pancreas_cell_86(X)) = fn_exocytosis_26(fn_pancreas_cell_80(X))
& fn_exocytosis_26(fn_pancreas_cell_80(X)) = fn_integral_protein_24(fn_pancreas_cell_90(X))
& fn_integral_protein_24(fn_pancreas_cell_90(X)) = fn_exocytosis_26(fn_pancreas_cell_80(X))
& fn_exocytosis_26(fn_pancreas_cell_80(X)) = fn_integral_protein_24(fn_pancreas_cell_86(X))
& fn_integral_protein_24(fn_pancreas_cell_86(X)) = fn_integrin_30(fn_pancreas_cell_84(X))
& fn_integrin_30(fn_pancreas_cell_84(X)) = fn_integral_protein_24(fn_pancreas_cell_90(X))
& fn_integrin_30(fn_pancreas_cell_84(X)) = fn_integral_protein_24(fn_pancreas_cell_86(X))
& fn_integral_protein_24(fn_pancreas_cell_86(X)) = fn_integral_protein_24(fn_pancreas_cell_90(X))
& fn_integral_protein_24(fn_pancreas_cell_90(X)) = fn_integrin_30(fn_pancreas_cell_84(X))
& fn_integrin_30(fn_pancreas_cell_84(X)) = fn_integrin_30(fn_pancreas_cell_84(X))
& fn_secretory_cell_52(X) = fn_integrin_30(fn_pancreas_cell_84(X))
& fn_integrin_30(fn_pancreas_cell_84(X)) = fn_secretory_cell_52(X)
& fn_fibronectin_53(fn_pancreas_cell_90(X)) = fn_secretory_cell_52(X)
& fn_secretory_cell_52(X) = fn_secretory_cell_52(X)
& fn_secretory_cell_52(X) = fn_fibronectin_53(fn_pancreas_cell_90(X))
& fn_fibronectin_53(fn_pancreas_cell_90(X)) = fn_fibronectin_53(fn_pancreas_cell_90(X))
& fn_fibronectin_53(fn_pancreas_cell_90(X)) = fn_vertebrate_cell_26(X)
& fn_vertebrate_cell_26(X) = fn_vertebrate_cell_26(X)
& fn_vertebrate_cell_26(X) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_carrier_protein_16(fn_pancreas_cell_86(X))
& fn_carrier_protein_16(fn_pancreas_cell_86(X)) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_eukaryotic_cell_41(X)
& fn_integrin_29(fn_pancreas_cell_84(X)) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_integrin_29(fn_pancreas_cell_84(X))
& fn_secretory_cell_70(X) = fn_integrin_29(fn_pancreas_cell_84(X))
& fn_integrin_29(fn_pancreas_cell_84(X)) = fn_secretory_cell_70(X)
& fn_integral_protein_27(fn_pancreas_cell_86(X)) = fn_secretory_cell_70(X)
& fn_integral_protein_27(fn_pancreas_cell_90(X)) = fn_secretory_cell_70(X)
& fn_secretory_cell_70(X) = fn_secretory_cell_70(X)
& fn_secretory_cell_70(X) = fn_integral_protein_27(fn_pancreas_cell_86(X))
& fn_integral_protein_27(fn_pancreas_cell_86(X)) = fn_integral_protein_27(fn_pancreas_cell_86(X))
& fn_integral_protein_27(fn_pancreas_cell_86(X)) = fn_fibronectin_47(fn_pancreas_cell_90(X))
& fn_fibronectin_47(fn_pancreas_cell_90(X)) = fn_integral_protein_27(fn_pancreas_cell_86(X))
& fn_integral_protein_27(fn_pancreas_cell_86(X)) = fn_integral_protein_27(fn_pancreas_cell_90(X))
& fn_integral_protein_27(fn_pancreas_cell_90(X)) = fn_fibronectin_47(fn_pancreas_cell_90(X))
& fn_fibronectin_47(fn_pancreas_cell_90(X)) = fn_fibronectin_47(fn_pancreas_cell_90(X))
& fn_fibronectin_47(fn_pancreas_cell_90(X)) = fn_vertebrate_cell_6(X)
& fn_vertebrate_cell_6(X) = fn_vertebrate_cell_6(X)
& fn_vertebrate_cell_6(X) = fn_secretory_cell_67(X)
& fn_vertebrate_cell_17(X) = fn_secretory_cell_67(X)
& fn_secretory_cell_67(X) = fn_vertebrate_cell_17(X)
& fn_vertebrate_cell_17(X) = fn_secretory_cell_86(X)
& fn_secretory_cell_86(X) = fn_secretory_cell_86(X)
& fn_vertebrate_cell_32(X) = fn_secretory_cell_86(X)
& fn_secretory_cell_86(X) = fn_vertebrate_cell_32(X)
& fn_vertebrate_cell_32(X) = fn_secretory_cell_15(X)
& fn_vertebrate_cell_31(X) = fn_secretory_cell_15(X)
& fn_secretory_cell_15(X) = fn_vertebrate_cell_31(X)
& fn_vertebrate_cell_31(X) = fn_secretory_cell_57(X)
& fn_secretory_cell_57(X) = fn_secretory_cell_57(X)
& fn_vertebrate_cell_18(X) = fn_secretory_cell_57(X)
& fn_secretory_cell_57(X) = fn_vertebrate_cell_18(X)
& fn_vertebrate_cell_18(X) = fn_secretory_cell_58(X)
& fn_secretory_cell_58(X) = fn_secretory_cell_58(X)
& fn_vertebrate_cell_9(X) = fn_secretory_cell_58(X)
& fn_secretory_cell_58(X) = fn_vertebrate_cell_9(X)
& fn_vertebrate_cell_9(X) = fn_secretory_cell_87(X)
& fn_vertebrate_cell_4(X) = fn_secretory_cell_87(X)
& fn_secretory_cell_87(X) = fn_vertebrate_cell_4(X)
& fn_vertebrate_cell_4(X) = fn_vertebrate_cell_15(X)
& fn_vertebrate_cell_15(X) = fn_secretory_cell_28(X)
& fn_secretory_cell_28(X) = fn_vertebrate_cell_15(X)
& fn_vertebrate_cell_15(X) = fn_secretory_cell_55(X)
& fn_secretory_cell_55(X) = fn_secretory_cell_28(X)
& fn_secretory_cell_28(X) = fn_secretory_cell_55(X)
& fn_secretory_cell_55(X) = fn_secretory_cell_55(X)
& fn_vertebrate_cell_16(X) = fn_secretory_cell_55(X)
& fn_secretory_cell_55(X) = fn_vertebrate_cell_16(X)
& fn_vertebrate_cell_16(X) = fn_secretory_cell_64(X)
& fn_vertebrate_cell_10(X) = fn_secretory_cell_64(X)
& fn_secretory_cell_64(X) = fn_vertebrate_cell_10(X)
& fn_vertebrate_cell_10(X) = fn_secretory_cell_25(X)
& fn_secretory_cell_25(X) = fn_vertebrate_cell_30(X)
& fn_vertebrate_cell_30(X) = fn_vertebrate_cell_30(X)
& fn_vertebrate_cell_30(X) = fn_mitochondrion_160(fn_pancreas_cell_35(X))
& fn_mitochondrion_160(fn_pancreas_cell_35(X)) = fn_bulk_transport_6(fn_pancreas_cell_80(X))
& fn_bulk_transport_6(fn_pancreas_cell_80(X)) = fn_microtubule_organizing_center_4(fn_pancreas_cell_51(X))
& fn_synthesis_of_protein_11(fn_pancreas_cell_46(X)) = fn_microtubule_organizing_center_4(fn_pancreas_cell_51(X))
& fn_microtubule_organizing_center_4(fn_pancreas_cell_51(X)) = fn_synthesis_of_protein_11(fn_pancreas_cell_46(X))
& fn_synthesis_of_protein_11(fn_pancreas_cell_46(X)) = fn_integrin_6(fn_pancreas_cell_84(X))
& fn_integrin_6(fn_pancreas_cell_84(X)) = fn_integrin_6(fn_pancreas_cell_84(X))
& fn_exocytosis_33(fn_pancreas_cell_80(X)) = fn_integrin_6(fn_pancreas_cell_84(X))
& fn_integrin_6(fn_pancreas_cell_84(X)) = fn_exocytosis_33(fn_pancreas_cell_80(X))
& fn_move_out_of_1(fn_pancreas_cell_81(X)) = fn_move_out_of_1(fn_pancreas_cell_81(X))
& fn_move_out_of_1(fn_pancreas_cell_81(X)) = fn_exocytosis_33(fn_pancreas_cell_80(X))
& fn_exocytosis_33(fn_pancreas_cell_80(X)) = fn_exocytosis_33(fn_pancreas_cell_80(X))
& fn_exocytosis_33(fn_pancreas_cell_80(X)) = fn_move_out_of_1(fn_pancreas_cell_81(X))
& fn_synthesis_of_endomembranous_system_membrane_28(fn_pancreas_cell_69(X)) = fn_move_out_of_1(fn_pancreas_cell_81(X))
& fn_move_out_of_1(fn_pancreas_cell_81(X)) = fn_synthesis_of_endomembranous_system_membrane_28(fn_pancreas_cell_69(X))
& fn_synthesis_of_endomembranous_system_membrane_28(fn_pancreas_cell_69(X)) = fn_mitochondrion_51(fn_pancreas_cell_35(X))
& fn_mitochondrion_51(fn_pancreas_cell_35(X)) = fn_mitochondrion_51(fn_pancreas_cell_35(X))
& fn_mitochondrion_51(fn_pancreas_cell_35(X)) = fn_secretory_cell_32(X)
& fn_vertebrate_cell_21(X) = fn_secretory_cell_32(X)
& fn_secretory_cell_32(X) = fn_vertebrate_cell_21(X) ) ) ).
fof(a531522,axiom,
! [X] :
( pancreatic_amylase_1(X)
=> ( original_name_2(X,'Pancreatic-Amylase')
& user_description_2(X,'Enzyme secreted by the pancreas which hydrolyzes starch and glycogen during the process of digestion.')
& concept2words_2(X,'pancreatic amylase')
& concept2words_2(X,'pancreatic-amylase')
& digestive_enzyme_1(X) ) ) ).
fof(a531523,axiom,
! [X] :
( pancreatic_carboxypeptidase_1(X)
=> ( original_name_2(X,'Pancreatic-Carboxypeptidase')
& user_description_2(X,'Enzyme produced by the pancreas which catalyzes the chemical digestion of proteins.')
& concept2words_2(X,'pancreatic carboxypeptidase')
& concept2words_2(X,'pancreatic-carboxypeptidase')
& carboxypeptidase_1(X) ) ) ).
fof(a531524,axiom,
! [X] :
( pancreatic_hormone_1(X)
=> ( original_name_2(X,'Pancreatic-Hormone')
& user_description_2(X,'One of the hormones produced by the pancreas that function in the maintenance of blood glucose levels.')
& concept2words_2(X,'pancreatic hormone')
& concept2words_2(X,'pancreatic-hormone')
& hormone_1(X) ) ) ).
fof(a531525,axiom,
! [X] :
( pancreatic_lipase_1(X)
=> ( original_name_2(X,'Pancreatic-Lipase')
& user_description_2(X,'Lipase enzyme produced by the pancreas which functions in the digestion of lipids.')
& concept2words_2(X,'pancreatic lipase')
& concept2words_2(X,'pancreatic-lipase')
& lipase_1(X) ) ) ).
fof(a531526,axiom,
! [X] :
( pancreatic_nuclease_1(X)
=> ( original_name_2(X,'Pancreatic-Nuclease')
& user_description_2(X,'Nuclease enzyme produced by the pancreas which functions in the digestion of nucleic acids.')
& concept2words_2(X,'pancreatic nuclease')
& concept2words_2(X,'pancreatic-nuclease')
& nuclease_1(X) ) ) ).
fof(a531527,axiom,
! [X] :
( pandemic_1(X)
=> ( original_name_2(X,'Pandemic')
& user_description_2(X,'An epidemic of infectious disease that spreads across the globe.')
& concept2words_2(X,pandemic)
& epidemic_1(X) ) ) ).
fof(a531528,axiom,
! [X] :
( paper_1(X)
=> ( original_name_2(X,'Paper')
& concept2words_2(X,paper)
& solid_substance_1(X)
& ~ wood_1(X)
& ~ tissue_1(X)
& ~ stone_1(X)
& ~ rubber_1(X)
& ~ plastic_1(X)
& ~ glass_1(X)
& ~ pellet_1(X)
& ~ solid_support_1(X)
& cellulose_1(fn_paper_1(X))
& has_part_2(X,fn_paper_1(X)) ) ) ).
fof(a531529,axiom,
! [X] :
( papilloma_virus_1(X)
=> ( original_name_2(X,'Papilloma-Virus')
& user_description_2(X,'One of an ancient family of viruses that infect humans and other aminote vertebrates. In humans, the human papilloma virus (HPV) causes genital warts and cervical cancer.')
& concept2words_2(X,'virus of papilloma')
& concept2words_2(X,'papilloma virus')
& concept2words_2(X,'papilloma-virus')
& papovavirus_1(X) ) ) ).
fof(a531530,axiom,
! [X] :
( papovavirus_1(X)
=> ( original_name_2(X,'Papovavirus')
& user_description_2(X,'A class of viruses with double stranded DNA.')
& concept2words_2(X,papovavirus)
& dna_virus_1(X)
& tumor_virus_1(X)
& animal_virus_1(X)
& ~ adenovirus_1(X)
& ~ hiv_1(X)
& ~ cowpox_virus_1(X)
& ~ hepatitis_b_virus_1(X)
& ~ herpesvirus_1(X) ) ) ).
fof(a531531,axiom,
! [X] :
( parabasalid_1(X)
=> ( original_name_2(X,'Parabasalid')
& user_description_2(X,'One of a group of anaerobic flagellated protists that form symbiotic or parasitic relationships with animals. Parabasalids have flagella arranged in one or more clusters in the anterior region of the cell, and also display a secondary lack of mitochondria.')
& concept2words_2(X,parabasalid)
& protist_1(X)
& ~ alveolate_1(X)
& ~ amoeba_1(X)
& ~ charophycean_1(X)
& ~ chlorophyta_1(X)
& ~ dinoflagellate_1(X)
& ~ diplomonad_1(X)
& ~ foraminiferan_1(X)
& ~ freshwater_protist_1(X)
& ~ oomycete_1(X)
& ~ radiolarian_1(X)
& ~ rhizaria_1(X)
& ~ rhodophyte_1(X)
& ~ seaweed_1(X)
& ~ stramenopile_1(X) ) ) ).
fof(a531532,axiom,
! [X] :
( paracrine_molecule_1(X)
=> ( original_name_2(X,'Paracrine-Molecule')
& user_description_2(X,'A secreted signalling molecule whose target is a neighboring cell.')
& concept2words_2(X,'paracrine molecule')
& concept2words_2(X,'paracrine-molecule')
& chemical_messenger_1(X) ) ) ).
fof(a531533,axiom,
! [X] :
( parallel_dna_strand_1(X)
=> ( original_name_2(X,'Parallel-DNA-strand')
& user_description_2(X,'A parallel DNA strand is one of the two DNA strands present in a chromosome. The sugar-phosphate backbone of parallel DNA strands run in opposite direction of that of Anti-parallel DNA strands. In parallel DNA strands, the 3\' and 5\' ends of both strands match.')
& concept2words_2(X,'dna strand')
& concept2words_2(X,'parallel dna strand')
& concept2words_2(X,'parallel-dna-strand')
& dna_strand_1(X) ) ) ).
fof(a531534,axiom,
! [X] :
( paralogous_gene_1(X)
=> ( original_name_2(X,'Paralogous-Gene')
& user_description_2(X,'Paralogous genes are genes that arise from a gene duplication event within the genome of an individual.')
& concept2words_2(X,'paralogous gene')
& concept2words_2(X,'paralogous-gene')
& homologous_gene_1(X) ) ) ).
fof(a531535,axiom,
! [X] :
( paramecium_1(X)
=> ( original_name_2(X,'Paramecium')
& user_description_2(X,'A genus of freshwater unicellular ciliate protozoans. Paramecium are used in observational studies of ciliary locomotion and osmoregulation, as they can be seen to remove excess water that enters the cell via osmosis. They are heterotrophic.')
& concept2words_2(X,paramecium)
& ciliate_1(X)
& ~ stylonychia_1(X) ) ) ).
fof(a531536,axiom,
! [X] :
( paranthropus_boisei_1(X)
=> ( original_name_2(X,'Paranthropus-Boisei')
& user_description_2(X,'A species of early hominid that lived from 2.6 to 1.2 million years ago in eastern Africa.')
& concept2words_2(X,'paranthropus boisei')
& concept2words_2(X,'paranthropus-boisei')
& extinct_hominid_1(X)
& ~ australopithecine_1(X)
& ~ cro_magnon_1(X)
& ~ homo_erectus_1(X)
& ~ homo_ergaster_1(X)
& ~ homo_habilis_1(X)
& ~ homo_heidelbergensis_1(X)
& ~ homo_sapiens_1(X)
& ~ acanthodian_1(X)
& ~ ammonite_1(X)
& ~ anapsid_1(X)
& ~ archaeopteryx_1(X)
& ~ conodont_1(X)
& ~ cooksonia_1(X)
& ~ dinosaur_1(X)
& ~ eurypterid_1(X)
& ~ great_auk_1(X)
& ~ neanderthal_1(X)
& ~ parareptile_1(X)
& ~ placoderm_1(X)
& ~ pterosaur_1(X)
& ~ trilobite_1(X) ) ) ).
fof(a531537,axiom,
! [X] :
( paraphyletic_1(X)
=> ( original_name_2(X,'Paraphyletic')
& user_description_2(X,'In cladistics, a term used to describe a group of taxa that consists of a common ancestor and some, but not all, of its descendants.')
& concept2words_2(X,paraphyletic)
& concept2words_2(X,paraphyly)
& phylogeny_1(X)
& ~ binomial_nomenclature_1(X)
& ~ branch_point_1(X)
& ~ cladistics_1(X)
& ~ deep_green_1(X)
& ~ molecular_systematics_1(X)
& ~ phylocode_1(X)
& ~ phylogenetic_bracketing_1(X)
& ~ taxonomy_1(X) ) ) ).
fof(a531538,axiom,
! [X] :
( parareptile_1(X)
=> ( original_name_2(X,'Parareptile')
& user_description_2(X,'The first major group of reptiles to emerge. Most were large-bodied herbivores. The parareptiles went extinct in the Triassic.')
& concept2words_2(X,parareptile)
& reptile_1(X)
& extinct_vertebrate_1(X)
& ~ crocodilia_1(X)
& ~ lepidosaur_1(X)
& ~ acanthodian_1(X)
& ~ ammonite_1(X)
& ~ anapsid_1(X)
& ~ archaeopteryx_1(X)
& ~ conodont_1(X)
& ~ cooksonia_1(X)
& ~ dinosaur_1(X)
& ~ eurypterid_1(X)
& ~ great_auk_1(X)
& ~ neanderthal_1(X)
& ~ paranthropus_boisei_1(X)
& ~ placoderm_1(X)
& ~ pterosaur_1(X)
& ~ trilobite_1(X) ) ) ).
fof(a531539,axiom,
! [X] :
( parasite_1(X)
=> ( original_name_2(X,'Parasite')
& user_description_2(X,'An organism that feeds on an individual of another species (the host) while living on or within the host\'s body. A single parasite generally causes only minor damage to the host.')
& concept2words_2(X,parasite)
& heterotroph_1(X)
& ~ chemoheterotroph_1(X)
& ~ decomposer_1(X)
& ~ facultative_anaerobe_1(X)
& ~ obligate_aerobe_1(X)
& ~ obligate_anaerobe_1(X)
& ~ photoheterotroph_1(X)
& ~ primary_consumer_1(X)
& ~ secondary_consumer_1(X)
& ~ tertiary_consumer_1(X) ) ) ).
fof(a531540,axiom,
! [X] :
( parasitism_1(X)
=> ( original_name_2(X,'Parasitism')
& user_description_2(X,'A symbiotic relationship in which one organism (called the parasite) feeds on or in some other way benefits from the association, at the expense of the other organism (called the host). Hosts are generally not killed directly by their parasites.')
& concept2words_2(X,parasitism)
& interspecific_interaction_1(X) ) ) ).
fof(a531541,axiom,
! [X] :
( parasitoid_1(X)
=> ( original_name_2(X,'Parasitoid')
& user_description_2(X,'An organism that spends part of its life as a parasite, especially one that eventually kills or sterilizes the host.')
& concept2words_2(X,parasitoid)
& parasite_1(X)
& ~ ectoparasite_1(X)
& ~ endoparasite_1(X) ) ) ).
fof(a531542,axiom,
! [X] :
( parasitoid_wasp_1(X)
=> ( original_name_2(X,'Parasitoid-Wasp')
& user_description_2(X,'A large group of hymenopteran wasps that primarily parasitize other insects. Adult female wasps lay eggs in the bodies of the host, which is then consumed from the inside by the developing wasp larva. The mature larva eats its way out of or bursts through the body of the dying host and then pupates.')
& concept2words_2(X,'wasp of parasitoid')
& concept2words_2(X,'parasitoid wasp')
& concept2words_2(X,'parasitoid-wasp')
& hymenoptera_1(X)
& ~ ant_1(X)
& ~ bee_1(X) ) ) ).
fof(a531543,axiom,
! [X] :
( parasympathetic_division_1(X)
=> ( original_name_2(X,'Parasympathetic-Division')
& user_description_2(X,'One of three divisions of the autonomic nervous system, along with the sympathetic and enteric divisions. The parasympathetic division regulates body functions that occur at rest, such as sexual arousal, salivation, and digestion.')
& concept2words_2(X,'division of parasympathetic')
& concept2words_2(X,'parasympathetic division')
& concept2words_2(X,'parasympathetic-division')
& autonomic_nervous_1(X)
& ~ sympathetic_division_1(X) ) ) ).
fof(a531544,axiom,
! [X] :
( parathion_1(X)
=> ( original_name_2(X,'Parathion')
& user_description_2(X,'It is an organophosphate compound used as an insecticide.')
& concept2words_2(X,parathion)
& organic_phosphate_1(X)
& insecticide_1(fn_parathion_1(X))
& tangible_entity_1(fn_toxin_1(fn_parathion_1(X)))
& plays_2(X,fn_parathion_1(X))
& X = fn_toxin_1(fn_parathion_1(X)) ) ) ).
fof(a531545,axiom,
! [X] :
( parathyroid_gland_1(X)
=> ( original_name_2(X,'Parathyroid-Gland')
& user_description_2(X,'Any of the four small endocrine glands in the neck that secrete parathyroid hormone.')
& concept2words_2(X,'gland of parathyroid')
& concept2words_2(X,'parathyroid gland')
& concept2words_2(X,'parathyroid-gland')
& endocrine_gland_1(X)
& ~ adrenal_gland_1(X)
& ~ pineal_gland_1(X)
& ~ pituitary_gland_1(X)
& ~ thyroid_gland_1(X) ) ) ).
fof(a531546,axiom,
! [X] :
( parathyroid_hormone_1(X)
=> ( original_name_2(X,'Parathyroid-Hormone')
& user_description_2(X,'A hormone secreted by the parathyroid glands. It increases blood calcium levels by stimulating calcium release from bones and reabsorption of calcium by the kidneys.')
& concept2words_2(X,'hormone of parathyroid')
& concept2words_2(X,'parathyroid hormone')
& concept2words_2(X,'parathyroid-hormone')
& peptide_hormone_1(X)
& ~ adrenocorticotropic_hormone_1(X)
& ~ anp_1(X)
& ~ antidiuretic_hormone_1(X)
& ~ calcitonin_1(X)
& ~ cholecystokinin_1(X)
& ~ gastrin_1(X)
& ~ glucagon_1(X)
& ~ gonadotropin_releasing_hormone_1(X)
& ~ melanocyte_stimulating_hormone_1(X)
& ~ oxytocin_1(X)
& ~ secretin_1(X) ) ) ).
fof(a531547,axiom,
! [X] :
( parazoa_1(X)
=> ( original_name_2(X,'Parazoa')
& user_description_2(X,'Morphologically simple animals, including sponges, that lack true tissues.')
& concept2words_2(X,parazoa)
& animal_1(X)
& heterotroph_1(fn_parazoa_1(X))
& agent_role_1(fn_parazoa_2(X))
& specific_heat_value_1(fn_parazoa_3(X))
& temperature_value_1(fn_parazoa_4(X))
& water_1(fn_parazoa_5(X))
& nutrition_1(fn_parazoa_6(X))
& entity_1(fn_agent_role_1(fn_parazoa_2(X)))
& plays_2(X,fn_parazoa_2(X))
& correspondence_2(fn_parazoa_4(X),fn_parazoa_3(X))
& temperature_2(X,fn_parazoa_4(X))
& plays_2(X,fn_parazoa_1(X))
& in_event_2(fn_parazoa_1(X),fn_parazoa_6(X))
& agent_2(fn_parazoa_6(X),X)
& has_part_2(X,fn_parazoa_5(X))
& specific_heat_2(fn_parazoa_5(X),fn_parazoa_3(X))
& X = fn_agent_role_1(fn_parazoa_2(X))
& fn_parazoa_4(X) = fn_animal_26(X)
& fn_parazoa_3(X) = fn_animal_25(X)
& fn_parazoa_5(X) = fn_animal_20(X)
& fn_parazoa_6(X) = fn_animal_19(X)
& fn_parazoa_1(X) = fn_animal_18(X) ) ) ).
fof(a531548,axiom,
! [X] :
( parenchyma_cell_1(X)
=> ( original_name_2(X,'Parenchyma-Cell')
& user_description_2(X,'In plants, a type of thin-walled cell that performs a variety of metabolic functions.')
& concept2words_2(X,'cell of parenchyma')
& concept2words_2(X,'parenchyma cell')
& concept2words_2(X,'parenchyma-cell')
& plant_metabolic_cell_1(X)
& ~ collenchyma_cell_1(X)
& ~ companion_cell_1(X)
& ~ fiber_cell_1(X)
& ~ fusiform_initials_1(X)
& ~ guard_cell_1(X)
& ~ initial_meristem_1(X)
& ~ placental_transfer_cell_1(X)
& ~ plant_cell_inside_hypertonic_solution_1(X)
& ~ plant_cell_inside_hypotonic_solution_1(X)
& ~ plant_cell_inside_isotonic_solution_1(X)
& ~ rhizoid_1(X)
& ~ sclereid_1(X)
& ~ sclerenchyma_cell_1(X)
& ~ sieve_tube_element_1(X)
& ~ tracheid_1(X)
& ~ vessel_element_1(X)
& entity_1(fn_parenchyma_cell_1(X))
& dna_1(fn_parenchyma_cell_1(X))
& coil_1(fn_parenchyma_cell_2(X))
& protein_1(fn_parenchyma_cell_3(X))
& chromosome_arm_1(fn_parenchyma_cell_4(X))
& chromosome_arm_1(fn_parenchyma_cell_5(X))
& telomere_1(fn_parenchyma_cell_6(X))
& centromere_1(fn_parenchyma_cell_7(X))
& end_1(fn_parenchyma_cell_8(X))
& cellular_work_1(fn_parenchyma_cell_9(X))
& water_molecule_1(fn_parenchyma_cell_10(X))
& oxygen_molecule_1(fn_parenchyma_cell_11(X))
& eukaryotic_chromosome_1(fn_parenchyma_cell_12(X))
& chromosome_1(fn_parenchyma_cell_12(X))
& tangible_entity_1(fn_parenchyma_cell_13(X))
& nucleus_1(fn_parenchyma_cell_13(X))
& vesicle_1(fn_parenchyma_cell_14(X))
& spatial_entity_1(fn_parenchyma_cell_14(X))
& vacuole_1(fn_parenchyma_cell_14(X))
& central_vacuole_1(fn_parenchyma_cell_14(X))
& photosynthesis_1(fn_parenchyma_cell_15(X))
& absorb_1(fn_parenchyma_cell_16(X))
& tangible_entity_1(fn_parenchyma_cell_17(X))
& phospholipid_bilayer_1(fn_parenchyma_cell_17(X))
& substance_1(fn_parenchyma_cell_18(X))
& aqueous_solution_1(fn_parenchyma_cell_18(X))
& liquid_substance_1(fn_parenchyma_cell_18(X))
& cytosol_1(fn_parenchyma_cell_18(X))
& solution_1(fn_parenchyma_cell_18(X))
& grow_1(fn_parenchyma_cell_19(X))
& support_1(fn_parenchyma_cell_20(X))
& maintenance_1(fn_parenchyma_cell_21(X))
& defense_1(fn_parenchyma_cell_22(X))
& exchange_1(fn_parenchyma_cell_23(X))
& chemical_reaction_1(fn_parenchyma_cell_24(X))
& oxidative_phosphorylation_1(fn_parenchyma_cell_24(X))
& eukaryotic_oxidative_phosphorylation_1(fn_parenchyma_cell_24(X))
& synthesis_reaction_1(fn_parenchyma_cell_25(X))
& metabolic_pathway_1(fn_parenchyma_cell_25(X))
& chemical_reaction_1(fn_parenchyma_cell_25(X))
& anabolic_pathway_1(fn_parenchyma_cell_25(X))
& synthesis_of_lipid_1(fn_parenchyma_cell_25(X))
& size_value_1(fn_parenchyma_cell_26(X))
& surface_1(fn_parenchyma_cell_27(X))
& volume_value_1(fn_parenchyma_cell_28(X))
& catabolic_pathway_1(fn_parenchyma_cell_29(X))
& metabolic_pathway_1(fn_parenchyma_cell_29(X))
& eukaryotic_cellular_respiration_1(fn_parenchyma_cell_29(X))
& golgi_apparatus_1(fn_parenchyma_cell_30(X))
& peroxisome_1(fn_parenchyma_cell_31(X))
& spatial_entity_1(fn_parenchyma_cell_32(X))
& vesicle_1(fn_parenchyma_cell_32(X))
& central_vacuole_1(fn_parenchyma_cell_32(X))
& cell_wall_1(fn_parenchyma_cell_33(X))
& plant_cell_wall_1(fn_parenchyma_cell_33(X))
& endoplasmic_reticulum_1(fn_parenchyma_cell_34(X))
& smooth_endoplasmic_reticulum_1(fn_parenchyma_cell_34(X))
& rough_endoplasmic_reticulum_1(fn_parenchyma_cell_35(X))
& endoplasmic_reticulum_1(fn_parenchyma_cell_35(X))
& plasmodesmata_1(fn_parenchyma_cell_36(X))
& cytoskeleton_1(fn_parenchyma_cell_37(X))
& ribosome_1(fn_parenchyma_cell_38(X))
& eukaryotic_ribosome_1(fn_parenchyma_cell_38(X))
& membrane_1(fn_parenchyma_cell_39(X))
& spatial_entity_1(fn_parenchyma_cell_39(X))
& biomembrane_1(fn_parenchyma_cell_39(X))
& plasma_membrane_1(fn_parenchyma_cell_39(X))
& spatial_entity_1(fn_parenchyma_cell_40(X))
& mixture_1(fn_parenchyma_cell_40(X))
& suspension_1(fn_parenchyma_cell_40(X))
& colloid_1(fn_parenchyma_cell_40(X))
& cytoplasm_1(fn_parenchyma_cell_40(X))
& organelle_1(fn_parenchyma_cell_43(X))
& mitochondrion_1(fn_parenchyma_cell_43(X))
& semiautonomous_organelle_1(fn_parenchyma_cell_43(X))
& cytoplasmic_streaming_1(fn_parenchyma_cell_44(X))
& chemical_entity_1(fn_anabolic_pathway_5(fn_parenchyma_cell_15(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_parenchyma_cell_15(X)))
& exchange_1(fn_plasmodesmata_5(fn_parenchyma_cell_36(X)))
& exchange_1(fn_plasmodesmata_6(fn_parenchyma_cell_36(X)))
& exchange_1(fn_plasmodesmata_11(fn_parenchyma_cell_36(X)))
& defense_1(fn_plant_cell_wall_17(fn_parenchyma_cell_33(X)))
& support_1(fn_plant_cell_wall_27(fn_parenchyma_cell_33(X)))
& membrane_1(fn_plant_cell_wall_26(fn_parenchyma_cell_33(X)))
& spatial_entity_1(fn_plant_cell_wall_26(fn_parenchyma_cell_33(X)))
& biomembrane_1(fn_plant_cell_wall_26(fn_parenchyma_cell_33(X)))
& plasma_membrane_1(fn_plant_cell_wall_26(fn_parenchyma_cell_33(X)))
& spatial_entity_1(fn_plasmodesmata_17(fn_parenchyma_cell_36(X)))
& mixture_1(fn_plasmodesmata_17(fn_parenchyma_cell_36(X)))
& suspension_1(fn_plasmodesmata_17(fn_parenchyma_cell_36(X)))
& colloid_1(fn_plasmodesmata_17(fn_parenchyma_cell_36(X)))
& cytoplasm_1(fn_plasmodesmata_17(fn_parenchyma_cell_36(X)))
& spatial_entity_1(fn_plasmodesmata_13(fn_parenchyma_cell_36(X)))
& mixture_1(fn_plasmodesmata_13(fn_parenchyma_cell_36(X)))
& suspension_1(fn_plasmodesmata_13(fn_parenchyma_cell_36(X)))
& colloid_1(fn_plasmodesmata_13(fn_parenchyma_cell_36(X)))
& cytoplasm_1(fn_plasmodesmata_13(fn_parenchyma_cell_36(X)))
& eukaryotic_cell_1(fn_plasmodesmata_18(fn_parenchyma_cell_36(X)))
& cell_1(fn_plasmodesmata_18(fn_parenchyma_cell_36(X)))
& plant_cell_1(fn_plasmodesmata_18(fn_parenchyma_cell_36(X)))
& eukaryotic_cell_1(fn_plasmodesmata_19(fn_parenchyma_cell_36(X)))
& cell_1(fn_plasmodesmata_19(fn_parenchyma_cell_36(X)))
& plant_cell_1(fn_plasmodesmata_19(fn_parenchyma_cell_36(X)))
& cell_1(fn_metabolic_pathway_1(fn_parenchyma_cell_15(X)))
& plant_cell_1(fn_plant_cell_wall_24(fn_parenchyma_cell_33(X)))
& has_function_2(X,fn_parenchyma_cell_15(X))
& result_2(fn_parenchyma_cell_15(X),fn_parenchyma_cell_11(X))
& raw_material_2(fn_parenchyma_cell_15(X),fn_parenchyma_cell_10(X))
& path_2(fn_parenchyma_cell_23(X),fn_parenchyma_cell_36(X))
& base_2(fn_parenchyma_cell_15(X),X)
& is_between_2(fn_parenchyma_cell_7(X),fn_parenchyma_cell_5(X))
& has_part_2(fn_parenchyma_cell_12(X),fn_parenchyma_cell_5(X))
& has_region_2(fn_parenchyma_cell_12(X),fn_parenchyma_cell_7(X))
& has_region_2(fn_parenchyma_cell_12(X),fn_parenchyma_cell_8(X))
& is_at_2(fn_parenchyma_cell_6(X),fn_parenchyma_cell_8(X))
& has_part_2(fn_parenchyma_cell_12(X),fn_parenchyma_cell_6(X))
& has_part_2(fn_parenchyma_cell_12(X),fn_parenchyma_cell_4(X))
& is_between_2(fn_parenchyma_cell_7(X),fn_parenchyma_cell_4(X))
& has_part_2(fn_parenchyma_cell_12(X),fn_parenchyma_cell_3(X))
& agent_2(fn_parenchyma_cell_2(X),fn_parenchyma_cell_3(X))
& object_2(fn_parenchyma_cell_2(X),fn_parenchyma_cell_1(X))
& has_part_2(fn_parenchyma_cell_12(X),fn_parenchyma_cell_1(X))
& has_function_2(fn_parenchyma_cell_43(X),fn_parenchyma_cell_24(X))
& size_2(X,fn_parenchyma_cell_26(X))
& object_2(fn_parenchyma_cell_21(X),X)
& agent_2(fn_parenchyma_cell_21(X),fn_parenchyma_cell_33(X))
& has_part_2(X,fn_parenchyma_cell_13(X))
& is_between_2(fn_parenchyma_cell_40(X),fn_parenchyma_cell_13(X))
& base_2(fn_parenchyma_cell_24(X),X)
& subevent_2(fn_parenchyma_cell_29(X),fn_parenchyma_cell_24(X))
& has_region_2(X,fn_parenchyma_cell_27(X))
& is_at_2(fn_parenchyma_cell_17(X),fn_parenchyma_cell_27(X))
& has_part_2(fn_parenchyma_cell_39(X),fn_parenchyma_cell_17(X))
& agent_2(fn_parenchyma_cell_23(X),X)
& base_2(fn_parenchyma_cell_23(X),X)
& volume_2(X,fn_parenchyma_cell_28(X))
& directly_proportional_2(fn_parenchyma_cell_26(X),fn_parenchyma_cell_28(X))
& the_scalar_value_2(fn_parenchyma_cell_26(X),big_0)
& scalar_unit_class_2(fn_parenchyma_cell_26(X),prokaryote_0)
& has_function_2(X,fn_parenchyma_cell_9(X))
& base_2(fn_parenchyma_cell_9(X),X)
& has_part_2(X,fn_parenchyma_cell_12(X))
& is_inside_2(fn_parenchyma_cell_12(X),fn_parenchyma_cell_13(X))
& is_inside_2(fn_parenchyma_cell_13(X),fn_parenchyma_cell_18(X))
& agent_2(fn_parenchyma_cell_22(X),fn_parenchyma_cell_33(X))
& agent_2(fn_parenchyma_cell_20(X),fn_parenchyma_cell_33(X))
& is_outside_2(fn_parenchyma_cell_33(X),fn_parenchyma_cell_39(X))
& has_function_2(fn_parenchyma_cell_33(X),fn_parenchyma_cell_20(X))
& object_2(fn_parenchyma_cell_20(X),X)
& has_part_2(X,fn_parenchyma_cell_33(X))
& has_function_2(fn_parenchyma_cell_33(X),fn_parenchyma_cell_22(X))
& object_2(fn_parenchyma_cell_22(X),X)
& agent_2(fn_parenchyma_cell_16(X),fn_parenchyma_cell_14(X))
& is_inside_2(fn_parenchyma_cell_40(X),fn_parenchyma_cell_39(X))
& site_2(fn_parenchyma_cell_29(X),fn_parenchyma_cell_40(X))
& has_part_2(fn_parenchyma_cell_40(X),fn_parenchyma_cell_18(X))
& site_2(fn_parenchyma_cell_25(X),fn_parenchyma_cell_34(X))
& fn_parenchyma_cell_34(X) != fn_parenchyma_cell_35(X)
& abuts_2(fn_parenchyma_cell_34(X),fn_parenchyma_cell_35(X))
& abuts_2(fn_parenchyma_cell_35(X),fn_parenchyma_cell_34(X))
& fn_parenchyma_cell_35(X) != fn_parenchyma_cell_34(X)
& has_part_2(X,fn_parenchyma_cell_32(X))
& agent_2(fn_parenchyma_cell_16(X),fn_parenchyma_cell_32(X))
& causes_2(fn_parenchyma_cell_16(X),fn_parenchyma_cell_19(X))
& object_2(fn_parenchyma_cell_19(X),X)
& has_part_2(X,fn_parenchyma_cell_43(X))
& has_function_2(fn_parenchyma_cell_43(X),fn_parenchyma_cell_29(X))
& is_inside_2(fn_parenchyma_cell_43(X),fn_parenchyma_cell_18(X))
& is_inside_2(fn_parenchyma_cell_34(X),fn_parenchyma_cell_18(X))
& has_function_2(fn_parenchyma_cell_34(X),fn_parenchyma_cell_25(X))
& base_2(fn_parenchyma_cell_25(X),X)
& has_part_2(X,fn_parenchyma_cell_35(X))
& is_inside_2(fn_parenchyma_cell_35(X),fn_parenchyma_cell_18(X))
& is_inside_2(fn_parenchyma_cell_31(X),fn_parenchyma_cell_18(X))
& has_part_2(X,fn_parenchyma_cell_31(X))
& has_part_2(X,fn_parenchyma_cell_34(X))
& object_2(fn_parenchyma_cell_44(X),fn_parenchyma_cell_40(X))
& has_function_2(fn_parenchyma_cell_37(X),fn_parenchyma_cell_44(X))
& has_part_2(X,fn_parenchyma_cell_37(X))
& has_part_2(X,fn_parenchyma_cell_36(X))
& is_between_2(fn_parenchyma_cell_36(X),X)
& has_part_2(X,fn_parenchyma_cell_40(X))
& is_between_2(fn_parenchyma_cell_40(X),fn_parenchyma_cell_39(X))
& has_part_2(X,fn_parenchyma_cell_39(X))
& has_part_2(X,fn_parenchyma_cell_38(X))
& is_inside_2(fn_parenchyma_cell_38(X),fn_parenchyma_cell_18(X))
& base_2(fn_parenchyma_cell_44(X),X)
& agent_2(fn_parenchyma_cell_44(X),fn_parenchyma_cell_37(X))
& is_inside_2(fn_parenchyma_cell_37(X),fn_parenchyma_cell_18(X))
& is_inside_2(fn_parenchyma_cell_30(X),fn_parenchyma_cell_18(X))
& has_part_2(X,fn_parenchyma_cell_30(X))
& has_function_2(X,fn_parenchyma_cell_29(X))
& base_2(fn_parenchyma_cell_29(X),X)
& has_part_2(X,fn_parenchyma_cell_14(X))
& fn_parenchyma_cell_32(X) != fn_parenchyma_cell_14(X)
& fn_parenchyma_cell_14(X) != fn_parenchyma_cell_32(X)
& fn_parenchyma_cell_11(X) = fn_anabolic_pathway_5(fn_parenchyma_cell_15(X))
& fn_parenchyma_cell_10(X) = fn_anabolic_pathway_6(fn_parenchyma_cell_15(X))
& fn_parenchyma_cell_23(X) = fn_plasmodesmata_11(fn_parenchyma_cell_36(X))
& X = fn_metabolic_pathway_1(fn_parenchyma_cell_15(X))
& fn_parenchyma_cell_5(X) = fn_eukaryotic_cell_9(X)
& fn_parenchyma_cell_7(X) = fn_eukaryotic_cell_53(X)
& fn_parenchyma_cell_4(X) = fn_eukaryotic_cell_10(X)
& fn_parenchyma_cell_6(X) = fn_eukaryotic_cell_54(X)
& fn_parenchyma_cell_8(X) = fn_eukaryotic_cell_52(X)
& fn_parenchyma_cell_1(X) = fn_eukaryotic_cell_56(X)
& fn_parenchyma_cell_2(X) = fn_eukaryotic_cell_51(X)
& fn_parenchyma_cell_3(X) = fn_eukaryotic_cell_55(X)
& fn_parenchyma_cell_41(X) = fn_plant_cell_56(X)
& fn_parenchyma_cell_1(X) = fn_plant_cell_104(X)
& fn_parenchyma_cell_43(X) = fn_plant_cell_59(X)
& fn_parenchyma_cell_42(X) = fn_plant_cell_57(X)
& fn_parenchyma_cell_21(X) = fn_plant_cell_1(X)
& fn_parenchyma_cell_24(X) = fn_plant_cell_80(X)
& fn_parenchyma_cell_39(X) = fn_plant_cell_97(X)
& fn_parenchyma_cell_17(X) = fn_plant_cell_65(X)
& fn_parenchyma_cell_27(X) = fn_plant_cell_61(X)
& fn_parenchyma_cell_26(X) = fn_plant_cell_62(X)
& fn_parenchyma_cell_28(X) = fn_plant_cell_60(X)
& fn_parenchyma_cell_23(X) = fn_plasmodesmata_5(fn_parenchyma_cell_36(X))
& fn_parenchyma_cell_23(X) = fn_plasmodesmata_6(fn_parenchyma_cell_36(X))
& fn_parenchyma_cell_23(X) = fn_plant_cell_71(X)
& fn_parenchyma_cell_12(X) = fn_eukaryotic_cell_30(X)
& fn_parenchyma_cell_13(X) = fn_eukaryotic_cell_26(X)
& fn_parenchyma_cell_13(X) = fn_plant_cell_84(X)
& fn_parenchyma_cell_12(X) = fn_plant_cell_95(X)
& fn_parenchyma_cell_9(X) = fn_plant_cell_15(X)
& fn_parenchyma_cell_39(X) = fn_plant_cell_wall_26(fn_parenchyma_cell_33(X))
& fn_parenchyma_cell_22(X) = fn_plant_cell_78(X)
& fn_parenchyma_cell_22(X) = fn_plant_cell_wall_17(fn_parenchyma_cell_33(X))
& X = fn_plant_cell_wall_24(fn_parenchyma_cell_33(X))
& fn_parenchyma_cell_33(X) = fn_plant_cell_82(X)
& fn_parenchyma_cell_20(X) = fn_plant_cell_21(X)
& fn_parenchyma_cell_20(X) = fn_plant_cell_wall_27(fn_parenchyma_cell_33(X))
& fn_parenchyma_cell_19(X) = fn_plant_metabolic_cell_8(X)
& fn_parenchyma_cell_16(X) = fn_plant_metabolic_cell_10(X)
& fn_parenchyma_cell_25(X) = fn_plant_cell_76(X)
& fn_parenchyma_cell_25(X) = fn_plant_metabolic_cell_35(X)
& fn_parenchyma_cell_43(X) = fn_plant_metabolic_cell_20(X)
& fn_parenchyma_cell_34(X) = fn_plant_cell_77(X)
& fn_parenchyma_cell_34(X) = fn_plant_metabolic_cell_22(X)
& fn_parenchyma_cell_31(X) = fn_plant_cell_93(X)
& fn_parenchyma_cell_31(X) = fn_plant_metabolic_cell_37(X)
& fn_parenchyma_cell_35(X) = fn_eukaryotic_cell_19(X)
& fn_parenchyma_cell_35(X) = fn_plant_cell_90(X)
& fn_parenchyma_cell_35(X) = fn_plant_metabolic_cell_21(X)
& fn_parenchyma_cell_36(X) = fn_plant_metabolic_cell_19(X)
& fn_parenchyma_cell_18(X) = fn_eukaryotic_cell_42(X)
& fn_parenchyma_cell_38(X) = fn_eukaryotic_cell_45(X)
& fn_parenchyma_cell_38(X) = fn_plant_cell_58(X)
& fn_parenchyma_cell_38(X) = fn_plant_metabolic_cell_18(X)
& fn_parenchyma_cell_39(X) = fn_plant_metabolic_cell_16(X)
& X = fn_plasmodesmata_18(fn_parenchyma_cell_36(X))
& fn_parenchyma_cell_40(X) = fn_plasmodesmata_17(fn_parenchyma_cell_36(X))
& X = fn_plasmodesmata_19(fn_parenchyma_cell_36(X))
& fn_parenchyma_cell_40(X) = fn_plasmodesmata_13(fn_parenchyma_cell_36(X))
& fn_parenchyma_cell_40(X) = fn_eukaryotic_cell_31(X)
& fn_parenchyma_cell_40(X) = fn_plant_cell_83(X)
& fn_parenchyma_cell_40(X) = fn_plant_metabolic_cell_17(X)
& fn_parenchyma_cell_30(X) = fn_plant_cell_100(X)
& fn_parenchyma_cell_18(X) = fn_plant_cell_91(X)
& fn_parenchyma_cell_30(X) = fn_plant_metabolic_cell_36(X)
& fn_parenchyma_cell_18(X) = fn_plant_metabolic_cell_28(X)
& fn_parenchyma_cell_37(X) = fn_plant_metabolic_cell_43(X)
& fn_parenchyma_cell_44(X) = fn_plant_metabolic_cell_12(X)
& fn_parenchyma_cell_32(X) = fn_plant_metabolic_cell_38(X)
& fn_parenchyma_cell_14(X) = fn_plant_cell_81(X)
& fn_parenchyma_cell_14(X) = fn_plant_metabolic_cell_39(X)
& fn_parenchyma_cell_29(X) = fn_eukaryotic_cell_23(X)
& fn_parenchyma_cell_29(X) = fn_plant_cell_63(X)
& fn_parenchyma_cell_29(X) = fn_plant_metabolic_cell_25(X)
& fn_eukaryotic_cell_56(X) = fn_plant_cell_104(X)
& fn_plant_cell_104(X) = fn_plasmodesmata_5(fn_parenchyma_cell_36(X))
& fn_plasmodesmata_6(fn_parenchyma_cell_36(X)) = fn_plasmodesmata_5(fn_parenchyma_cell_36(X))
& fn_plasmodesmata_5(fn_parenchyma_cell_36(X)) = fn_plasmodesmata_6(fn_parenchyma_cell_36(X))
& fn_plasmodesmata_11(fn_parenchyma_cell_36(X)) = fn_plasmodesmata_6(fn_parenchyma_cell_36(X))
& fn_plasmodesmata_6(fn_parenchyma_cell_36(X)) = fn_plasmodesmata_6(fn_parenchyma_cell_36(X))
& fn_plasmodesmata_6(fn_parenchyma_cell_36(X)) = fn_plasmodesmata_11(fn_parenchyma_cell_36(X))
& fn_plasmodesmata_11(fn_parenchyma_cell_36(X)) = fn_plant_cell_71(X)
& fn_plant_cell_71(X) = fn_plant_cell_71(X)
& fn_plant_cell_71(X) = fn_plant_cell_84(X)
& fn_plant_cell_84(X) = fn_plant_cell_84(X)
& fn_plant_cell_84(X) = fn_eukaryotic_cell_26(X)
& fn_eukaryotic_cell_26(X) = fn_plant_cell_84(X)
& fn_plant_cell_84(X) = fn_eukaryotic_cell_30(X)
& fn_eukaryotic_cell_30(X) = fn_eukaryotic_cell_30(X)
& fn_plant_cell_95(X) = fn_eukaryotic_cell_30(X)
& fn_eukaryotic_cell_30(X) = fn_plant_cell_95(X)
& fn_plant_cell_95(X) = fn_plant_cell_95(X)
& fn_plant_cell_95(X) = fn_plant_cell_wall_17(fn_parenchyma_cell_33(X))
& fn_plant_cell_wall_17(fn_parenchyma_cell_33(X)) = fn_plant_cell_78(X)
& fn_plant_cell_78(X) = fn_plant_cell_wall_17(fn_parenchyma_cell_33(X))
& fn_plant_cell_wall_17(fn_parenchyma_cell_33(X)) = fn_plant_cell_21(X)
& fn_plant_cell_wall_27(fn_parenchyma_cell_33(X)) = fn_plant_cell_21(X)
& fn_plant_cell_21(X) = fn_plant_cell_wall_27(fn_parenchyma_cell_33(X))
& fn_plant_cell_wall_27(fn_parenchyma_cell_33(X)) = fn_plant_metabolic_cell_35(X)
& fn_plant_metabolic_cell_35(X) = fn_plant_cell_76(X)
& fn_plant_cell_76(X) = fn_plant_metabolic_cell_35(X)
& fn_plant_metabolic_cell_35(X) = fn_plant_cell_59(X)
& fn_plant_cell_59(X) = fn_plant_metabolic_cell_20(X)
& fn_plant_metabolic_cell_20(X) = fn_plant_metabolic_cell_20(X)
& fn_plant_metabolic_cell_20(X) = fn_plant_metabolic_cell_22(X)
& fn_plant_metabolic_cell_22(X) = fn_plant_metabolic_cell_22(X)
& fn_plant_metabolic_cell_22(X) = fn_plant_cell_77(X)
& fn_plant_cell_77(X) = fn_plant_metabolic_cell_22(X)
& fn_plant_metabolic_cell_22(X) = fn_plant_cell_93(X)
& fn_plant_metabolic_cell_37(X) = fn_plant_cell_93(X)
& fn_plant_cell_93(X) = fn_plant_metabolic_cell_37(X)
& fn_plant_metabolic_cell_37(X) = fn_eukaryotic_cell_19(X)
& fn_eukaryotic_cell_19(X) = fn_plant_cell_90(X)
& fn_plant_metabolic_cell_21(X) = fn_plant_metabolic_cell_21(X)
& fn_plant_metabolic_cell_21(X) = fn_plant_cell_90(X)
& fn_plant_cell_90(X) = fn_plant_metabolic_cell_21(X)
& fn_plant_metabolic_cell_21(X) = fn_eukaryotic_cell_45(X)
& fn_plant_cell_58(X) = fn_eukaryotic_cell_45(X)
& fn_eukaryotic_cell_45(X) = fn_plant_cell_58(X)
& fn_plant_cell_58(X) = fn_plant_cell_58(X)
& fn_plant_metabolic_cell_18(X) = fn_plant_cell_58(X)
& fn_plant_cell_58(X) = fn_plant_metabolic_cell_18(X)
& fn_plant_metabolic_cell_18(X) = fn_plant_cell_97(X)
& fn_plant_cell_97(X) = fn_plant_cell_wall_26(fn_parenchyma_cell_33(X))
& fn_plant_cell_wall_26(fn_parenchyma_cell_33(X)) = fn_plant_cell_wall_26(fn_parenchyma_cell_33(X))
& fn_plant_cell_wall_26(fn_parenchyma_cell_33(X)) = fn_plant_metabolic_cell_16(X)
& fn_plant_metabolic_cell_16(X) = fn_plant_metabolic_cell_16(X)
& fn_plant_metabolic_cell_16(X) = fn_plasmodesmata_17(fn_parenchyma_cell_36(X))
& fn_plasmodesmata_17(fn_parenchyma_cell_36(X)) = fn_plasmodesmata_13(fn_parenchyma_cell_36(X))
& fn_plasmodesmata_13(fn_parenchyma_cell_36(X)) = fn_plasmodesmata_13(fn_parenchyma_cell_36(X))
& fn_plasmodesmata_13(fn_parenchyma_cell_36(X)) = fn_eukaryotic_cell_31(X)
& fn_plant_cell_83(X) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_plant_cell_83(X)
& fn_plant_cell_83(X) = fn_plant_cell_83(X)
& fn_plant_metabolic_cell_17(X) = fn_plant_metabolic_cell_17(X)
& fn_plant_metabolic_cell_17(X) = fn_plant_cell_83(X)
& fn_plant_cell_83(X) = fn_plant_metabolic_cell_17(X)
& fn_plant_metabolic_cell_17(X) = fn_plant_cell_100(X)
& fn_plant_metabolic_cell_36(X) = fn_plant_cell_100(X)
& fn_plant_cell_100(X) = fn_plant_metabolic_cell_36(X)
& fn_plant_metabolic_cell_36(X) = fn_plant_cell_91(X)
& fn_plant_cell_91(X) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_plant_cell_91(X)
& fn_plant_cell_91(X) = fn_plant_cell_91(X)
& fn_plant_metabolic_cell_28(X) = fn_plant_cell_91(X)
& fn_plant_cell_91(X) = fn_plant_metabolic_cell_28(X)
& fn_plant_metabolic_cell_28(X) = fn_plant_metabolic_cell_28(X)
& fn_plant_metabolic_cell_28(X) = fn_plant_metabolic_cell_39(X)
& fn_plant_metabolic_cell_39(X) = fn_plant_metabolic_cell_39(X)
& fn_plant_metabolic_cell_39(X) = fn_plant_cell_81(X)
& fn_plant_cell_81(X) = fn_plant_metabolic_cell_39(X)
& fn_plant_metabolic_cell_39(X) = fn_plant_cell_63(X)
& fn_plant_cell_63(X) = fn_eukaryotic_cell_23(X)
& fn_eukaryotic_cell_23(X) = fn_plant_cell_63(X)
& fn_plant_cell_63(X) = fn_plant_cell_63(X)
& fn_plant_metabolic_cell_25(X) = fn_plant_cell_63(X)
& fn_plant_cell_63(X) = fn_plant_metabolic_cell_25(X)
& fn_plant_metabolic_cell_25(X) = fn_plant_metabolic_cell_25(X)
& fn_plant_metabolic_cell_25(X) = fn_plasmodesmata_18(fn_parenchyma_cell_36(X))
& fn_plasmodesmata_19(fn_parenchyma_cell_36(X)) = fn_plasmodesmata_18(fn_parenchyma_cell_36(X))
& fn_plasmodesmata_18(fn_parenchyma_cell_36(X)) = fn_plasmodesmata_19(fn_parenchyma_cell_36(X))
& fn_metabolic_pathway_1(fn_parenchyma_cell_15(X)) = fn_plasmodesmata_19(fn_parenchyma_cell_36(X))
& fn_plasmodesmata_19(fn_parenchyma_cell_36(X)) = fn_plasmodesmata_19(fn_parenchyma_cell_36(X))
& fn_plasmodesmata_19(fn_parenchyma_cell_36(X)) = fn_metabolic_pathway_1(fn_parenchyma_cell_15(X))
& fn_metabolic_pathway_1(fn_parenchyma_cell_15(X)) = fn_plant_cell_wall_24(fn_parenchyma_cell_33(X))
& fn_plant_cell_wall_24(fn_parenchyma_cell_33(X)) = fn_plant_cell_wall_24(fn_parenchyma_cell_33(X)) ) ) ).
fof(a531549,axiom,
! [X] :
( parent_1(X)
=> ( original_name_2(X,'Parent')
& user_description_2(X,'In biology, an organism that gives rise to another.')
& concept2words_2(X,parent)
& organism_role_1(X)
& produce_1(fn_parent_1(X))
& gamete_1(fn_parent_2(X))
& organism_1(fn_parent_3(X))
& entity_1(fn_create_1(fn_parent_1(X)))
& agent_2(fn_parent_1(X),fn_parent_3(X))
& result_2(fn_parent_1(X),fn_parent_2(X))
& plays_2(fn_parent_3(X),X)
& fn_parent_2(X) = fn_create_1(fn_parent_1(X))
& fn_parent_3(X) = fn_organism_role_1(X) ) ) ).
fof(a531550,axiom,
! [X] :
( parent_cell_1(X)
=> ( original_name_2(X,'Parent-Cell')
& user_description_2(X,'During cell division, the parent cell is the initial cell that will divide, resulting in daughter cells.')
& concept2words_2(X,'cell of parent')
& concept2words_2(X,'parent cell')
& concept2words_2(X,'parent-cell')
& cellular_role_1(X) ) ) ).
fof(a531551,axiom,
! [X] :
( parental_strands_1(X)
=> ( original_name_2(X,'Parental-strands')
& user_description_2(X,'Parental strands are the original DNA strands to be replicated')
& concept2words_2(X,'parent strand')
& concept2words_2(X,'parental dna strand')
& concept2words_2(X,'parental strands')
& concept2words_2(X,'parental strand')
& concept2words_2(X,'parental-strand')
& dna_strand_1(X) ) ) ).
fof(a531552,axiom,
! [X] :
( parental_type_1(X)
=> ( original_name_2(X,'Parental-Type')
& user_description_2(X,'Offspring with a phenotype that matches one of the parental phenotypes.')
& concept2words_2(X,'parental type')
& concept2words_2(X,'parental-type')
& phenotype_of_offspring_1(X)
& ~ autosomal_dominant_trait_1(X)
& ~ blood_type_phenotype_1(X)
& ~ dominant_phenotype_1(X)
& ~ codominant_1(X)
& ~ multifactorial_phenotype_1(X)
& ~ mutant_phenotype_1(X)
& ~ mutant_type_1(X)
& ~ phenotype_of_parent_1(X)
& ~ trait_on_a_range_1(X)
& ~ trait_on_a_scale_1(X)
& ~ wild_type_1(X)
& ~ x_chromosome_phenotype_dominant_1(X)
& ~ x_chromosome_phenotype_recessive_1(X)
& sex_value_1(fn_parental_type_3(X))
& sex_value_1(fn_parental_type_4(X))
& phenotype_1(fn_parental_type_5(X))
& organism_1(fn_parental_type_6(X))
& fusion_1(fn_parental_type_7(X))
& fusion_1(fn_parental_type_8(X))
& tangible_entity_1(fn_parental_type_9(X))
& phenotype_1(fn_parental_type_9(X))
& tangible_entity_1(fn_parental_type_10(X))
& phenotype_1(fn_parental_type_10(X))
& cross_breeding_event_1(fn_parental_type_11(X))
& parent_1(fn_parental_type_12(X))
& organism_1(fn_parental_type_13(X))
& spatial_entity_1(fn_add_1(fn_parental_type_8(X)))
& spatial_entity_1(fn_add_2(fn_parental_type_8(X)))
& fusion_1(fn_cross_breeding_event_14(fn_parental_type_11(X)))
& organism_1(fn_reproduction_2(fn_parental_type_11(X)))
& parent_1(fn_reproduction_1(fn_parental_type_11(X)))
& the_categorical_value_2(fn_parental_type_3(X),male_0)
& the_categorical_value_2(fn_parental_type_4(X),female_0)
& result_2(fn_parental_type_8(X),fn_parental_type_5(X))
& agent_2(fn_parental_type_11(X),fn_parental_type_6(X))
& agent_2(fn_parental_type_11(X),fn_parental_type_13(X))
& result_2(fn_parental_type_7(X),X)
& same_type_2(fn_parental_type_5(X),X)
& same_type_2(X,fn_parental_type_5(X))
& sex_2(fn_parental_type_13(X),fn_parental_type_4(X))
& sex_2(fn_parental_type_6(X),fn_parental_type_3(X))
& object_2(fn_parental_type_8(X),fn_parental_type_9(X))
& base_2(fn_parental_type_8(X),fn_parental_type_10(X))
& subevent_2(fn_parental_type_11(X),fn_parental_type_7(X))
& in_event_2(fn_parental_type_12(X),fn_parental_type_11(X))
& plays_2(fn_parental_type_13(X),fn_parental_type_12(X))
& fn_parental_type_9(X) = fn_add_1(fn_parental_type_8(X))
& fn_parental_type_10(X) = fn_add_2(fn_parental_type_8(X))
& fn_parental_type_7(X) = fn_cross_breeding_event_14(fn_parental_type_11(X))
& fn_parental_type_13(X) = fn_reproduction_2(fn_parental_type_11(X))
& fn_parental_type_12(X) = fn_reproduction_1(fn_parental_type_11(X)) ) ) ).
fof(a531553,axiom,
! [X] :
( parietal_cell_1(X)
=> ( original_name_2(X,'Parietal-Cell')
& user_description_2(X,'Secretory cell found in the lining of the stomach which produces and secretes hydrochloric acid into the lumen of the stomach.')
& concept2words_2(X,'parietal cell')
& concept2words_2(X,'parietal-cell')
& secretory_cell_1(X)
& move_1(fn_parietal_cell_1(X))
& synthesis_of_endomembranous_system_membrane_1(fn_parietal_cell_2(X))
& protein_1(fn_parietal_cell_3(X))
& organic_molecule_1(fn_parietal_cell_3(X))
& polymer_1(fn_parietal_cell_3(X))
& spatial_entity_1(fn_parietal_cell_3(X))
& membrane_protein_1(fn_parietal_cell_3(X))
& tangible_entity_1(fn_parietal_cell_3(X))
& transmembrane_protein_1(fn_parietal_cell_3(X))
& integral_protein_1(fn_parietal_cell_3(X))
& transport_protein_1(fn_parietal_cell_3(X))
& sodium_potassium_pump_1(fn_parietal_cell_3(X))
& spatial_entity_1(fn_parietal_cell_4(X))
& polymer_1(fn_parietal_cell_4(X))
& organic_molecule_1(fn_parietal_cell_4(X))
& tangible_entity_1(fn_parietal_cell_4(X))
& membrane_protein_1(fn_parietal_cell_4(X))
& protein_1(fn_parietal_cell_4(X))
& glycoprotein_1(fn_parietal_cell_4(X))
& integral_protein_1(fn_parietal_cell_4(X))
& fibronectin_1(fn_parietal_cell_4(X))
& spatial_entity_1(fn_parietal_cell_5(X))
& polymer_1(fn_parietal_cell_5(X))
& organic_molecule_1(fn_parietal_cell_5(X))
& tangible_entity_1(fn_parietal_cell_5(X))
& membrane_protein_1(fn_parietal_cell_5(X))
& protein_1(fn_parietal_cell_5(X))
& glycoprotein_1(fn_parietal_cell_5(X))
& integral_protein_1(fn_parietal_cell_5(X))
& fibronectin_1(fn_parietal_cell_5(X))
& protein_1(fn_parietal_cell_6(X))
& organic_molecule_1(fn_parietal_cell_6(X))
& polymer_1(fn_parietal_cell_6(X))
& spatial_entity_1(fn_parietal_cell_6(X))
& membrane_protein_1(fn_parietal_cell_6(X))
& tangible_entity_1(fn_parietal_cell_6(X))
& transmembrane_protein_1(fn_parietal_cell_6(X))
& integral_protein_1(fn_parietal_cell_6(X))
& transport_protein_1(fn_parietal_cell_6(X))
& sodium_potassium_pump_1(fn_parietal_cell_6(X))
& integrin_1(fn_parietal_cell_7(X))
& hydrophilic_face_1(fn_parietal_cell_8(X))
& hydrophobic_core_1(fn_parietal_cell_9(X))
& outside_face_1(fn_parietal_cell_10(X))
& extracellular_side_1(fn_parietal_cell_10(X))
& surface_1(fn_parietal_cell_10(X))
& attach_1(fn_parietal_cell_11(X))
& semiautonomous_organelle_1(fn_parietal_cell_12(X))
& organelle_1(fn_parietal_cell_12(X))
& mitochondrion_1(fn_parietal_cell_12(X))
& move_out_of_1(fn_parietal_cell_15(X))
& synthesis_of_membrane_protein_1(fn_parietal_cell_16(X))
& synthesis_reaction_1(fn_parietal_cell_17(X))
& chemical_reaction_1(fn_parietal_cell_17(X))
& anabolic_pathway_1(fn_parietal_cell_17(X))
& metabolic_pathway_1(fn_parietal_cell_17(X))
& endergonic_reaction_1(fn_parietal_cell_17(X))
& synthesis_of_lipid_1(fn_parietal_cell_17(X))
& release_1(fn_parietal_cell_18(X))
& metabolic_pathway_1(fn_parietal_cell_19(X))
& eukaryotic_cellular_respiration_1(fn_parietal_cell_19(X))
& catabolic_pathway_1(fn_parietal_cell_19(X))
& surface_1(fn_parietal_cell_20(X))
& cell_pole_1(fn_parietal_cell_21(X))
& cell_pole_1(fn_parietal_cell_22(X))
& tangible_entity_1(fn_parietal_cell_23(X))
& spatial_entity_1(fn_parietal_cell_23(X))
& biomembrane_1(fn_parietal_cell_23(X))
& animal_plasma_membrane_1(fn_parietal_cell_23(X))
& plasma_membrane_1(fn_parietal_cell_23(X))
& free_ribosome_1(fn_parietal_cell_24(X))
& eukaryotic_chromosome_1(fn_parietal_cell_25(X))
& chromosome_1(fn_parietal_cell_25(X))
& golgi_apparatus_1(fn_parietal_cell_26(X))
& endoplasmic_reticulum_1(fn_parietal_cell_27(X))
& smooth_endoplasmic_reticulum_1(fn_parietal_cell_27(X))
& entity_1(fn_parietal_cell_27(X))
& transport_vesicle_1(fn_parietal_cell_28(X))
& tangible_entity_1(fn_parietal_cell_29(X))
& nucleus_1(fn_parietal_cell_29(X))
& centrosome_1(fn_parietal_cell_30(X))
& lysosome_1(fn_parietal_cell_31(X))
& peroxisome_1(fn_parietal_cell_32(X))
& size_value_1(fn_parietal_cell_33(X))
& volume_value_1(fn_parietal_cell_34(X))
& secretory_protein_1(fn_parietal_cell_35(X))
& support_1(fn_parietal_cell_36(X))
& support_1(fn_parietal_cell_37(X))
& microtubule_1(fn_parietal_cell_38(X))
& create_1(fn_parietal_cell_39(X))
& produce_1(fn_parietal_cell_39(X))
& substance_1(fn_parietal_cell_40(X))
& cytosol_1(fn_parietal_cell_40(X))
& tangible_entity_1(fn_parietal_cell_41(X))
& phospholipid_bilayer_1(fn_parietal_cell_41(X))
& tangible_entity_1(fn_parietal_cell_42(X))
& molecule_1(fn_parietal_cell_42(X))
& organic_molecule_1(fn_parietal_cell_42(X))
& protein_1(fn_parietal_cell_42(X))
& transfer_1(fn_parietal_cell_43(X))
& receive_1(fn_parietal_cell_43(X))
& hydrogen_ion_1(fn_parietal_cell_44(X))
& facilitated_diffusion_1(fn_parietal_cell_45(X))
& cellular_work_1(fn_parietal_cell_46(X))
& active_transport_using_atp_1(fn_parietal_cell_46(X))
& solution_1(fn_parietal_cell_47(X))
& aqueous_solution_1(fn_parietal_cell_47(X))
& chemical_1(fn_parietal_cell_48(X))
& aqueous_solution_1(fn_parietal_cell_49(X))
& proton_pump_1(fn_parietal_cell_50(X))
& cavity_1(fn_parietal_cell_51(X))
& stomach_1(fn_parietal_cell_52(X))
& gastric_gland_1(fn_parietal_cell_53(X))
& exocytosis_1(fn_parietal_cell_54(X))
& anabolic_pathway_1(fn_parietal_cell_55(X))
& synthesis_of_protein_1(fn_parietal_cell_55(X))
& cellular_work_1(fn_parietal_cell_56(X))
& active_transport_1(fn_parietal_cell_56(X))
& active_movement_of_ions_1(fn_parietal_cell_56(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_parietal_cell_56(X))
& catabolic_pathway_1(fn_parietal_cell_57(X))
& metabolic_pathway_1(fn_parietal_cell_58(X))
& endergonic_process_1(fn_parietal_cell_58(X))
& chemical_reaction_1(fn_parietal_cell_58(X))
& synthesis_of_organic_molecule_1(fn_parietal_cell_58(X))
& anabolic_pathway_1(fn_parietal_cell_58(X))
& synthesis_of_atp_1(fn_parietal_cell_58(X))
& eukaryotic_oxidative_phosphorylation_1(fn_parietal_cell_59(X))
& electron_transport_chain_pathway_1(fn_parietal_cell_60(X))
& tangible_entity_1(fn_active_transport_using_atp_48(fn_parietal_cell_46(X)))
& membrane_protein_1(fn_active_transport_using_atp_48(fn_parietal_cell_46(X)))
& protein_1(fn_active_transport_using_atp_48(fn_parietal_cell_46(X)))
& chemical_entity_1(fn_active_transport_using_atp_48(fn_parietal_cell_46(X)))
& polymer_1(fn_active_transport_using_atp_48(fn_parietal_cell_46(X)))
& integral_protein_1(fn_active_transport_using_atp_48(fn_parietal_cell_46(X)))
& transport_protein_1(fn_active_transport_using_atp_48(fn_parietal_cell_46(X)))
& carrier_protein_1(fn_active_transport_using_atp_48(fn_parietal_cell_46(X)))
& gastric_gland_1(fn_stomach_19(fn_parietal_cell_52(X)))
& cavity_1(fn_stomach_16(fn_parietal_cell_52(X)))
& synthesis_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_parietal_cell_2(X)))
& chemical_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_parietal_cell_2(X)))
& anabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_parietal_cell_2(X)))
& metabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_parietal_cell_2(X)))
& endergonic_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_parietal_cell_2(X)))
& synthesis_of_lipid_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_parietal_cell_2(X)))
& electron_transport_chain_pathway_1(fn_mitochondrion_159(fn_parietal_cell_12(X)))
& metabolic_pathway_1(fn_mitochondrion_52(fn_parietal_cell_12(X)))
& endergonic_process_1(fn_mitochondrion_52(fn_parietal_cell_12(X)))
& chemical_reaction_1(fn_mitochondrion_52(fn_parietal_cell_12(X)))
& synthesis_of_organic_molecule_1(fn_mitochondrion_52(fn_parietal_cell_12(X)))
& anabolic_pathway_1(fn_mitochondrion_52(fn_parietal_cell_12(X)))
& synthesis_of_atp_1(fn_mitochondrion_52(fn_parietal_cell_12(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_mitochondrion_55(fn_parietal_cell_12(X)))
& spatial_entity_1(fn_active_transport_using_atp_46(fn_parietal_cell_46(X)))
& chemical_entity_1(fn_active_transport_using_atp_46(fn_parietal_cell_46(X)))
& chemical_entity_1(fn_chemical_3(fn_parietal_cell_48(X)))
& chemical_1(fn_solution_6(fn_parietal_cell_47(X)))
& chemical_1(fn_solution_5(fn_parietal_cell_47(X)))
& aqueous_solution_1(fn_active_transport_using_atp_92(fn_parietal_cell_46(X)))
& aqueous_solution_1(fn_passive_transport_11(fn_parietal_cell_45(X)))
& aqueous_solution_1(fn_active_transport_using_atp_24(fn_parietal_cell_46(X)))
& aqueous_solution_1(fn_passive_transport_12(fn_parietal_cell_45(X)))
& attach_1(fn_fibronectin_44(fn_parietal_cell_5(X)))
& endoplasmic_reticulum_1(fn_synthesis_of_endomembranous_system_membrane_70(fn_parietal_cell_2(X)))
& smooth_endoplasmic_reticulum_1(fn_synthesis_of_endomembranous_system_membrane_70(fn_parietal_cell_2(X)))
& spatial_entity_1(fn_integrin_9(fn_parietal_cell_7(X)))
& polymer_1(fn_integrin_9(fn_parietal_cell_7(X)))
& organic_molecule_1(fn_integrin_9(fn_parietal_cell_7(X)))
& tangible_entity_1(fn_integrin_9(fn_parietal_cell_7(X)))
& membrane_protein_1(fn_integrin_9(fn_parietal_cell_7(X)))
& protein_1(fn_integrin_9(fn_parietal_cell_7(X)))
& glycoprotein_1(fn_integrin_7(fn_parietal_cell_7(X)))
& integral_protein_1(fn_integrin_7(fn_parietal_cell_7(X)))
& fibronectin_1(fn_integrin_7(fn_parietal_cell_7(X)))
& tangible_entity_1(fn_fibronectin_47(fn_parietal_cell_5(X)))
& phospholipid_bilayer_1(fn_fibronectin_47(fn_parietal_cell_5(X)))
& tangible_entity_1(fn_integrin_29(fn_parietal_cell_7(X)))
& phospholipid_bilayer_1(fn_integrin_29(fn_parietal_cell_7(X)))
& biomembrane_1(fn_integral_protein_24(fn_parietal_cell_5(X)))
& biomembrane_1(fn_fibronectin_53(fn_parietal_cell_5(X)))
& plasma_membrane_1(fn_fibronectin_53(fn_parietal_cell_5(X)))
& animal_plasma_membrane_1(fn_fibronectin_53(fn_parietal_cell_5(X)))
& spatial_entity_1(fn_integrin_30(fn_parietal_cell_7(X)))
& biomembrane_1(fn_integrin_30(fn_parietal_cell_7(X)))
& animal_plasma_membrane_1(fn_integrin_30(fn_parietal_cell_7(X)))
& plasma_membrane_1(fn_integrin_30(fn_parietal_cell_7(X)))
& sodium_potassium_pump_1(fn_fibronectin_45(fn_parietal_cell_5(X)))
& polymer_1(fn_integrin_8(fn_parietal_cell_7(X)))
& spatial_entity_1(fn_integrin_8(fn_parietal_cell_7(X)))
& membrane_protein_1(fn_integrin_8(fn_parietal_cell_7(X)))
& tangible_entity_1(fn_integrin_8(fn_parietal_cell_7(X)))
& transmembrane_protein_1(fn_integrin_8(fn_parietal_cell_7(X)))
& integral_protein_1(fn_integrin_8(fn_parietal_cell_7(X)))
& transport_protein_1(fn_integrin_8(fn_parietal_cell_7(X)))
& sodium_potassium_pump_1(fn_integrin_8(fn_parietal_cell_7(X)))
& cellular_work_1(fn_mitochondrion_160(fn_parietal_cell_12(X)))
& active_transport_1(fn_mitochondrion_160(fn_parietal_cell_12(X)))
& active_movement_of_ions_1(fn_mitochondrion_160(fn_parietal_cell_12(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_mitochondrion_160(fn_parietal_cell_12(X)))
& cell_1(fn_cellular_work_2(fn_parietal_cell_46(X)))
& parietal_cell_1(fn_gastric_gland_1(fn_parietal_cell_53(X)))
& cell_1(fn_synthesis_of_protein_11(fn_parietal_cell_16(X)))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_28(fn_parietal_cell_2(X)))
& eukaryotic_cell_1(fn_synthesis_of_endomembranous_system_membrane_28(fn_parietal_cell_2(X)))
& cell_1(fn_synthesis_of_endomembranous_system_membrane_28(fn_parietal_cell_2(X)))
& eukaryotic_cell_1(fn_integrin_6(fn_parietal_cell_7(X)))
& animal_cell_1(fn_integrin_6(fn_parietal_cell_7(X)))
& tangible_entity_1(fn_integrin_6(fn_parietal_cell_7(X)))
& cell_1(fn_integrin_6(fn_parietal_cell_7(X)))
& eukaryotic_cell_1(fn_mitochondrion_51(fn_parietal_cell_12(X)))
& called_2(fn_parietal_cell_5(X),'MP2')
& called_2(fn_parietal_cell_7(X),'MP1')
& fn_parietal_cell_16(X) != fn_parietal_cell_55(X)
& object_2(fn_parietal_cell_45(X),fn_parietal_cell_48(X))
& is_inside_2(fn_parietal_cell_49(X),fn_parietal_cell_51(X))
& has_function_2(X,fn_parietal_cell_45(X))
& has_function_2(X,fn_parietal_cell_46(X))
& fn_parietal_cell_55(X) != fn_parietal_cell_16(X)
& object_2(fn_parietal_cell_46(X),fn_parietal_cell_44(X))
& has_part_2(fn_parietal_cell_48(X),fn_parietal_cell_44(X))
& agent_2(fn_parietal_cell_46(X),fn_parietal_cell_50(X))
& has_part_2(fn_parietal_cell_47(X),fn_parietal_cell_48(X))
& has_solute_2(fn_parietal_cell_47(X),fn_parietal_cell_48(X))
& has_part_2(fn_parietal_cell_52(X),fn_parietal_cell_53(X))
& has_region_2(fn_parietal_cell_52(X),fn_parietal_cell_51(X))
& base_2(fn_parietal_cell_46(X),X)
& origin_2(fn_parietal_cell_46(X),fn_parietal_cell_47(X))
& destination_2(fn_parietal_cell_46(X),fn_parietal_cell_49(X))
& origin_2(fn_parietal_cell_45(X),fn_parietal_cell_47(X))
& destination_2(fn_parietal_cell_45(X),fn_parietal_cell_49(X))
& has_part_2(fn_parietal_cell_53(X),X)
& base_2(fn_parietal_cell_16(X),X)
& fn_parietal_cell_6(X) != fn_parietal_cell_5(X)
& fn_parietal_cell_5(X) != fn_parietal_cell_6(X)
& first_subevent_2(fn_parietal_cell_2(X),fn_parietal_cell_17(X))
& subevent_2(fn_parietal_cell_2(X),fn_parietal_cell_17(X))
& site_2(fn_parietal_cell_17(X),fn_parietal_cell_27(X))
& has_function_2(fn_parietal_cell_27(X),fn_parietal_cell_17(X))
& base_2(fn_parietal_cell_17(X),X)
& the_scalar_value_2(fn_parietal_cell_33(X),big_0)
& scalar_unit_class_2(fn_parietal_cell_33(X),prokaryote_0)
& recipient_2(fn_parietal_cell_43(X),fn_parietal_cell_27(X))
& has_region_2(fn_parietal_cell_23(X),fn_parietal_cell_10(X))
& has_region_2(X,fn_parietal_cell_22(X))
& object_2(fn_parietal_cell_18(X),fn_parietal_cell_42(X))
& has_part_2(X,fn_parietal_cell_26(X))
& has_part_2(X,fn_parietal_cell_29(X))
& has_part_2(X,fn_parietal_cell_32(X))
& destination_2(fn_parietal_cell_1(X),fn_parietal_cell_12(X))
& result_2(fn_parietal_cell_55(X),fn_parietal_cell_35(X))
& base_2(fn_parietal_cell_11(X),fn_parietal_cell_23(X))
& object_2(fn_parietal_cell_11(X),fn_parietal_cell_3(X))
& has_function_2(fn_parietal_cell_23(X),fn_parietal_cell_54(X))
& instrument_2(fn_parietal_cell_54(X),fn_parietal_cell_28(X))
& has_function_2(fn_parietal_cell_38(X),fn_parietal_cell_37(X))
& object_2(fn_parietal_cell_37(X),X)
& has_function_2(X,fn_parietal_cell_56(X))
& object_2(fn_parietal_cell_43(X),fn_parietal_cell_35(X))
& is_inside_2(fn_parietal_cell_35(X),X)
& object_2(fn_parietal_cell_36(X),X)
& agent_2(fn_parietal_cell_36(X),fn_parietal_cell_23(X))
& has_region_2(fn_parietal_cell_23(X),fn_parietal_cell_9(X))
& path_2(fn_parietal_cell_15(X),fn_parietal_cell_21(X))
& base_2(fn_parietal_cell_15(X),X)
& has_part_2(X,fn_parietal_cell_30(X))
& has_function_2(fn_parietal_cell_30(X),fn_parietal_cell_39(X))
& result_2(fn_parietal_cell_39(X),fn_parietal_cell_38(X))
& has_part_2(X,fn_parietal_cell_31(X))
& is_inside_2(fn_parietal_cell_31(X),fn_parietal_cell_40(X))
& is_inside_2(fn_parietal_cell_29(X),fn_parietal_cell_40(X))
& is_near_2(fn_parietal_cell_30(X),fn_parietal_cell_29(X))
& is_near_2(fn_parietal_cell_29(X),fn_parietal_cell_30(X))
& is_across_2(fn_parietal_cell_6(X),fn_parietal_cell_23(X))
& has_region_2(fn_parietal_cell_23(X),fn_parietal_cell_8(X))
& is_outside_2(fn_parietal_cell_8(X),fn_parietal_cell_23(X))
& has_part_2(fn_parietal_cell_23(X),fn_parietal_cell_6(X))
& called_2(fn_parietal_cell_6(X),'MP1')
& object_2(fn_parietal_cell_54(X),fn_parietal_cell_42(X))
& is_inside_2(fn_parietal_cell_42(X),fn_parietal_cell_28(X))
& has_part_2(X,fn_parietal_cell_28(X))
& has_part_2(X,fn_parietal_cell_27(X))
& is_inside_2(fn_parietal_cell_27(X),fn_parietal_cell_40(X))
& is_at_2(fn_parietal_cell_6(X),fn_parietal_cell_41(X))
& is_inside_2(fn_parietal_cell_6(X),fn_parietal_cell_41(X))
& is_at_2(fn_parietal_cell_6(X),fn_parietal_cell_23(X))
& fn_parietal_cell_4(X) != fn_parietal_cell_6(X)
& fn_parietal_cell_6(X) != fn_parietal_cell_4(X)
& path_2(fn_parietal_cell_54(X),fn_parietal_cell_23(X))
& subevent_2(fn_parietal_cell_54(X),fn_parietal_cell_18(X))
& base_2(fn_parietal_cell_18(X),X)
& has_part_2(X,fn_parietal_cell_25(X))
& is_inside_2(fn_parietal_cell_25(X),fn_parietal_cell_29(X))
& has_region_2(fn_parietal_cell_3(X),fn_parietal_cell_10(X))
& is_outside_2(fn_parietal_cell_10(X),fn_parietal_cell_23(X))
& has_part_2(fn_parietal_cell_23(X),fn_parietal_cell_5(X))
& fn_parietal_cell_3(X) != fn_parietal_cell_4(X)
& fn_parietal_cell_4(X) != fn_parietal_cell_3(X)
& volume_2(X,fn_parietal_cell_34(X))
& directly_proportional_2(fn_parietal_cell_33(X),fn_parietal_cell_34(X))
& size_2(X,fn_parietal_cell_33(X))
& has_region_2(X,fn_parietal_cell_21(X))
& is_opposite_2(fn_parietal_cell_21(X),fn_parietal_cell_22(X))
& is_opposite_2(fn_parietal_cell_22(X),fn_parietal_cell_21(X))
& causes_2(fn_parietal_cell_1(X),fn_parietal_cell_57(X))
& origin_2(fn_parietal_cell_1(X),fn_parietal_cell_32(X))
& is_inside_2(fn_parietal_cell_32(X),fn_parietal_cell_40(X))
& is_inside_2(fn_parietal_cell_26(X),fn_parietal_cell_40(X))
& recipient_2(fn_parietal_cell_43(X),fn_parietal_cell_26(X))
& base_2(fn_parietal_cell_57(X),X)
& site_2(fn_parietal_cell_57(X),fn_parietal_cell_12(X))
& is_inside_2(fn_parietal_cell_12(X),fn_parietal_cell_40(X))
& is_inside_2(fn_parietal_cell_24(X),fn_parietal_cell_40(X))
& has_part_2(X,fn_parietal_cell_24(X))
& is_across_2(fn_parietal_cell_3(X),fn_parietal_cell_9(X))
& fn_parietal_cell_6(X) != fn_parietal_cell_3(X)
& fn_parietal_cell_3(X) != fn_parietal_cell_6(X)
& fn_parietal_cell_5(X) != fn_parietal_cell_3(X)
& fn_parietal_cell_3(X) != fn_parietal_cell_5(X)
& has_function_2(X,fn_parietal_cell_19(X))
& base_2(fn_parietal_cell_19(X),X)
& has_region_2(X,fn_parietal_cell_20(X))
& is_at_2(fn_parietal_cell_41(X),fn_parietal_cell_20(X))
& is_at_2(fn_parietal_cell_3(X),fn_parietal_cell_41(X))
& is_inside_2(fn_parietal_cell_5(X),fn_parietal_cell_41(X))
& has_part_2(X,fn_parietal_cell_23(X))
& has_part_2(fn_parietal_cell_23(X),fn_parietal_cell_3(X))
& called_2(fn_parietal_cell_3(X),'MP1')
& has_part_2(fn_parietal_cell_23(X),fn_parietal_cell_7(X))
& has_part_2(fn_parietal_cell_23(X),fn_parietal_cell_4(X))
& called_2(fn_parietal_cell_4(X),'MP1')
& fn_parietal_cell_7(X) != fn_parietal_cell_4(X)
& fn_parietal_cell_4(X) != fn_parietal_cell_7(X)
& fn_parietal_cell_7(X) != fn_parietal_cell_3(X)
& is_at_2(fn_parietal_cell_3(X),fn_parietal_cell_23(X))
& has_part_2(fn_parietal_cell_23(X),fn_parietal_cell_41(X))
& is_inside_2(fn_parietal_cell_3(X),fn_parietal_cell_41(X))
& is_across_2(fn_parietal_cell_3(X),fn_parietal_cell_23(X))
& fn_parietal_cell_3(X) != fn_parietal_cell_7(X)
& first_subevent_2(fn_parietal_cell_59(X),fn_parietal_cell_60(X))
& base_2(fn_parietal_cell_56(X),X)
& base_2(fn_parietal_cell_60(X),X)
& subevent_2(fn_parietal_cell_59(X),fn_parietal_cell_60(X))
& site_2(fn_parietal_cell_59(X),fn_parietal_cell_12(X))
& has_function_2(fn_parietal_cell_12(X),fn_parietal_cell_59(X))
& base_2(fn_parietal_cell_59(X),X)
& has_part_2(X,fn_parietal_cell_12(X))
& site_2(fn_parietal_cell_58(X),fn_parietal_cell_12(X))
& base_2(fn_parietal_cell_58(X),X)
& fn_parietal_cell_44(X) = fn_active_transport_using_atp_46(fn_parietal_cell_46(X))
& fn_parietal_cell_44(X) = fn_chemical_3(fn_parietal_cell_48(X))
& fn_parietal_cell_50(X) = fn_active_transport_using_atp_48(fn_parietal_cell_46(X))
& fn_parietal_cell_48(X) = fn_solution_6(fn_parietal_cell_47(X))
& fn_parietal_cell_48(X) = fn_solution_5(fn_parietal_cell_47(X))
& fn_parietal_cell_53(X) = fn_stomach_19(fn_parietal_cell_52(X))
& fn_parietal_cell_51(X) = fn_stomach_16(fn_parietal_cell_52(X))
& fn_parietal_cell_46(X) = fn_eukaryotic_cell_32(X)
& X = fn_cellular_work_2(fn_parietal_cell_46(X))
& fn_parietal_cell_47(X) = fn_active_transport_using_atp_92(fn_parietal_cell_46(X))
& fn_parietal_cell_49(X) = fn_active_transport_using_atp_24(fn_parietal_cell_46(X))
& fn_parietal_cell_47(X) = fn_passive_transport_11(fn_parietal_cell_45(X))
& fn_parietal_cell_49(X) = fn_passive_transport_12(fn_parietal_cell_45(X))
& X = fn_gastric_gland_1(fn_parietal_cell_53(X))
& X = fn_synthesis_of_protein_11(fn_parietal_cell_16(X))
& X = fn_synthesis_of_endomembranous_system_membrane_28(fn_parietal_cell_2(X))
& fn_parietal_cell_27(X) = fn_synthesis_of_endomembranous_system_membrane_70(fn_parietal_cell_2(X))
& fn_parietal_cell_17(X) = fn_synthesis_of_endomembranous_system_membrane_59(fn_parietal_cell_2(X))
& fn_parietal_cell_43(X) = fn_eukaryotic_cell_35(X)
& fn_parietal_cell_10(X) = fn_eukaryotic_cell_47(X)
& fn_parietal_cell_14(X) = fn_secretory_cell_73(X)
& fn_parietal_cell_13(X) = fn_secretory_cell_74(X)
& fn_parietal_cell_55(X) = fn_secretory_cell_59(X)
& fn_parietal_cell_11(X) = fn_fibronectin_44(fn_parietal_cell_5(X))
& fn_parietal_cell_11(X) = fn_secretory_cell_44(X)
& fn_parietal_cell_56(X) = fn_secretory_cell_25(X)
& fn_parietal_cell_37(X) = fn_secretory_cell_35(X)
& fn_parietal_cell_36(X) = fn_secretory_cell_34(X)
& fn_parietal_cell_35(X) = fn_secretory_cell_62(X)
& fn_parietal_cell_38(X) = fn_secretory_cell_39(X)
& fn_parietal_cell_39(X) = fn_secretory_cell_38(X)
& fn_parietal_cell_15(X) = fn_secretory_cell_65(X)
& fn_parietal_cell_30(X) = fn_secretory_cell_33(X)
& fn_parietal_cell_31(X) = fn_secretory_cell_1(X)
& fn_parietal_cell_8(X) = fn_secretory_cell_24(X)
& fn_parietal_cell_27(X) = fn_eukaryotic_cell_20(X)
& fn_parietal_cell_27(X) = fn_secretory_cell_53(X)
& fn_parietal_cell_28(X) = fn_secretory_cell_66(X)
& fn_parietal_cell_42(X) = fn_secretory_cell_56(X)
& fn_parietal_cell_4(X) = fn_secretory_cell_69(X)
& fn_parietal_cell_6(X) = fn_fibronectin_45(fn_parietal_cell_5(X))
& fn_parietal_cell_29(X) = fn_animal_cell_78(X)
& fn_parietal_cell_29(X) = fn_secretory_cell_31(X)
& fn_parietal_cell_25(X) = fn_animal_cell_52(X)
& fn_parietal_cell_25(X) = fn_secretory_cell_30(X)
& fn_parietal_cell_18(X) = fn_secretory_cell_54(X)
& fn_parietal_cell_54(X) = fn_secretory_cell_63(X)
& fn_parietal_cell_23(X) = fn_integral_protein_24(fn_parietal_cell_5(X))
& fn_parietal_cell_10(X) = fn_secretory_cell_43(X)
& fn_parietal_cell_4(X) = fn_secretory_cell_71(X)
& fn_parietal_cell_22(X) = fn_secretory_cell_28(X)
& fn_parietal_cell_21(X) = fn_secretory_cell_55(X)
& fn_parietal_cell_33(X) = fn_secretory_cell_37(X)
& fn_parietal_cell_34(X) = fn_secretory_cell_36(X)
& fn_parietal_cell_43(X) = fn_secretory_cell_60(X)
& fn_parietal_cell_26(X) = fn_animal_cell_82(X)
& fn_parietal_cell_40(X) = fn_animal_cell_62(X)
& fn_parietal_cell_26(X) = fn_secretory_cell_57(X)
& fn_parietal_cell_32(X) = fn_secretory_cell_86(X)
& fn_parietal_cell_1(X) = fn_secretory_cell_15(X)
& fn_parietal_cell_24(X) = fn_secretory_cell_29(X)
& fn_parietal_cell_40(X) = fn_secretory_cell_58(X)
& fn_parietal_cell_12(X) = fn_secretory_cell_32(X)
& fn_parietal_cell_57(X) = fn_secretory_cell_87(X)
& fn_parietal_cell_9(X) = fn_secretory_cell_42(X)
& fn_parietal_cell_3(X) = fn_secretory_cell_72(X)
& fn_parietal_cell_5(X) = fn_integrin_9(fn_parietal_cell_7(X))
& fn_parietal_cell_5(X) = fn_secretory_cell_71(X)
& fn_parietal_cell_6(X) = fn_secretory_cell_72(X)
& fn_parietal_cell_20(X) = fn_secretory_cell_67(X)
& fn_parietal_cell_19(X) = fn_animal_cell_81(X)
& fn_parietal_cell_19(X) = fn_secretory_cell_64(X)
& fn_parietal_cell_5(X) = fn_integrin_7(fn_parietal_cell_7(X))
& X = fn_integrin_6(fn_parietal_cell_7(X))
& fn_parietal_cell_3(X) = fn_fibronectin_45(fn_parietal_cell_5(X))
& fn_parietal_cell_4(X) = fn_integrin_9(fn_parietal_cell_7(X))
& fn_parietal_cell_4(X) = fn_integrin_7(fn_parietal_cell_7(X))
& fn_parietal_cell_41(X) = fn_eukaryotic_cell_41(X)
& fn_parietal_cell_23(X) = fn_fibronectin_53(fn_parietal_cell_5(X))
& fn_parietal_cell_41(X) = fn_fibronectin_47(fn_parietal_cell_5(X))
& fn_parietal_cell_41(X) = fn_animal_cell_58(X)
& fn_parietal_cell_41(X) = fn_secretory_cell_70(X)
& fn_parietal_cell_41(X) = fn_integrin_29(fn_parietal_cell_7(X))
& fn_parietal_cell_3(X) = fn_eukaryotic_cell_15(X)
& fn_parietal_cell_23(X) = fn_eukaryotic_cell_29(X)
& fn_parietal_cell_3(X) = fn_animal_cell_75(X)
& fn_parietal_cell_23(X) = fn_animal_cell_73(X)
& fn_parietal_cell_3(X) = fn_secretory_cell_68(X)
& fn_parietal_cell_23(X) = fn_secretory_cell_52(X)
& fn_parietal_cell_23(X) = fn_integrin_30(fn_parietal_cell_7(X))
& fn_parietal_cell_3(X) = fn_integrin_8(fn_parietal_cell_7(X))
& fn_parietal_cell_56(X) = fn_mitochondrion_160(fn_parietal_cell_12(X))
& fn_parietal_cell_60(X) = fn_mitochondrion_159(fn_parietal_cell_12(X))
& fn_parietal_cell_58(X) = fn_mitochondrion_52(fn_parietal_cell_12(X))
& X = fn_mitochondrion_51(fn_parietal_cell_12(X))
& fn_parietal_cell_59(X) = fn_mitochondrion_55(fn_parietal_cell_12(X))
& fn_active_transport_using_atp_46(fn_parietal_cell_46(X)) = fn_chemical_3(fn_parietal_cell_48(X))
& fn_chemical_3(fn_parietal_cell_48(X)) = fn_solution_6(fn_parietal_cell_47(X))
& fn_solution_6(fn_parietal_cell_47(X)) = fn_solution_5(fn_parietal_cell_47(X))
& fn_solution_5(fn_parietal_cell_47(X)) = fn_solution_5(fn_parietal_cell_47(X))
& fn_solution_5(fn_parietal_cell_47(X)) = fn_active_transport_using_atp_92(fn_parietal_cell_46(X))
& fn_active_transport_using_atp_92(fn_parietal_cell_46(X)) = fn_passive_transport_11(fn_parietal_cell_45(X))
& fn_passive_transport_11(fn_parietal_cell_45(X)) = fn_active_transport_using_atp_24(fn_parietal_cell_46(X))
& fn_active_transport_using_atp_24(fn_parietal_cell_46(X)) = fn_passive_transport_12(fn_parietal_cell_45(X))
& fn_passive_transport_12(fn_parietal_cell_45(X)) = fn_fibronectin_44(fn_parietal_cell_5(X))
& fn_secretory_cell_44(X) = fn_fibronectin_44(fn_parietal_cell_5(X))
& fn_fibronectin_44(fn_parietal_cell_5(X)) = fn_secretory_cell_44(X)
& fn_secretory_cell_44(X) = fn_synthesis_of_endomembranous_system_membrane_70(fn_parietal_cell_2(X))
& fn_synthesis_of_endomembranous_system_membrane_70(fn_parietal_cell_2(X)) = fn_eukaryotic_cell_20(X)
& fn_eukaryotic_cell_20(X) = fn_eukaryotic_cell_20(X)
& fn_eukaryotic_cell_20(X) = fn_synthesis_of_endomembranous_system_membrane_70(fn_parietal_cell_2(X))
& fn_synthesis_of_endomembranous_system_membrane_70(fn_parietal_cell_2(X)) = fn_synthesis_of_endomembranous_system_membrane_70(fn_parietal_cell_2(X))
& fn_synthesis_of_endomembranous_system_membrane_70(fn_parietal_cell_2(X)) = fn_secretory_cell_53(X)
& fn_secretory_cell_53(X) = fn_secretory_cell_53(X)
& fn_secretory_cell_53(X) = fn_secretory_cell_31(X)
& fn_secretory_cell_31(X) = fn_secretory_cell_31(X)
& fn_secretory_cell_31(X) = fn_animal_cell_78(X)
& fn_animal_cell_78(X) = fn_secretory_cell_31(X)
& fn_secretory_cell_31(X) = fn_animal_cell_52(X)
& fn_secretory_cell_30(X) = fn_animal_cell_52(X)
& fn_animal_cell_52(X) = fn_secretory_cell_30(X)
& fn_secretory_cell_30(X) = fn_eukaryotic_cell_47(X)
& fn_eukaryotic_cell_47(X) = fn_secretory_cell_43(X)
& fn_secretory_cell_43(X) = fn_secretory_cell_43(X)
& fn_secretory_cell_43(X) = fn_eukaryotic_cell_35(X)
& fn_eukaryotic_cell_35(X) = fn_secretory_cell_60(X)
& fn_secretory_cell_60(X) = fn_secretory_cell_60(X)
& fn_secretory_cell_60(X) = fn_animal_cell_82(X)
& fn_secretory_cell_57(X) = fn_secretory_cell_57(X)
& fn_secretory_cell_57(X) = fn_animal_cell_82(X)
& fn_animal_cell_82(X) = fn_secretory_cell_57(X)
& fn_secretory_cell_57(X) = fn_animal_cell_62(X)
& fn_secretory_cell_58(X) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_secretory_cell_58(X)
& fn_secretory_cell_58(X) = fn_secretory_cell_58(X)
& fn_secretory_cell_58(X) = fn_fibronectin_45(fn_parietal_cell_5(X))
& fn_secretory_cell_72(X) = fn_fibronectin_45(fn_parietal_cell_5(X))
& fn_fibronectin_45(fn_parietal_cell_5(X)) = fn_secretory_cell_72(X)
& fn_secretory_cell_72(X) = fn_animal_cell_81(X)
& fn_animal_cell_81(X) = fn_secretory_cell_64(X)
& fn_secretory_cell_64(X) = fn_secretory_cell_64(X)
& fn_secretory_cell_64(X) = fn_integrin_9(fn_parietal_cell_7(X))
& fn_secretory_cell_71(X) = fn_integrin_9(fn_parietal_cell_7(X))
& fn_integrin_9(fn_parietal_cell_7(X)) = fn_secretory_cell_71(X)
& fn_integrin_7(fn_parietal_cell_7(X)) = fn_secretory_cell_69(X)
& fn_secretory_cell_69(X) = fn_integrin_9(fn_parietal_cell_7(X))
& fn_integrin_9(fn_parietal_cell_7(X)) = fn_integrin_9(fn_parietal_cell_7(X))
& fn_integrin_9(fn_parietal_cell_7(X)) = fn_secretory_cell_69(X)
& fn_secretory_cell_69(X) = fn_secretory_cell_69(X)
& fn_secretory_cell_69(X) = fn_secretory_cell_71(X)
& fn_secretory_cell_71(X) = fn_secretory_cell_71(X)
& fn_secretory_cell_71(X) = fn_integrin_7(fn_parietal_cell_7(X))
& fn_integrin_7(fn_parietal_cell_7(X)) = fn_integrin_7(fn_parietal_cell_7(X))
& fn_integrin_7(fn_parietal_cell_7(X)) = fn_eukaryotic_cell_41(X)
& fn_animal_cell_58(X) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_animal_cell_58(X)
& fn_fibronectin_47(fn_parietal_cell_5(X)) = fn_fibronectin_47(fn_parietal_cell_5(X))
& fn_fibronectin_47(fn_parietal_cell_5(X)) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_fibronectin_47(fn_parietal_cell_5(X))
& fn_secretory_cell_70(X) = fn_fibronectin_47(fn_parietal_cell_5(X))
& fn_fibronectin_47(fn_parietal_cell_5(X)) = fn_secretory_cell_70(X)
& fn_secretory_cell_70(X) = fn_secretory_cell_70(X)
& fn_integrin_29(fn_parietal_cell_7(X)) = fn_secretory_cell_70(X)
& fn_secretory_cell_70(X) = fn_integrin_29(fn_parietal_cell_7(X))
& fn_integrin_29(fn_parietal_cell_7(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_integral_protein_24(fn_parietal_cell_5(X))
& fn_integral_protein_24(fn_parietal_cell_5(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_eukaryotic_cell_29(X)
& fn_animal_cell_73(X) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_animal_cell_73(X)
& fn_fibronectin_53(fn_parietal_cell_5(X)) = fn_fibronectin_53(fn_parietal_cell_5(X))
& fn_animal_cell_73(X) = fn_fibronectin_53(fn_parietal_cell_5(X))
& fn_fibronectin_53(fn_parietal_cell_5(X)) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_secretory_cell_52(X)
& fn_secretory_cell_52(X) = fn_fibronectin_53(fn_parietal_cell_5(X))
& fn_fibronectin_53(fn_parietal_cell_5(X)) = fn_secretory_cell_52(X)
& fn_secretory_cell_52(X) = fn_secretory_cell_52(X)
& fn_integrin_30(fn_parietal_cell_7(X)) = fn_integrin_30(fn_parietal_cell_7(X))
& fn_integrin_30(fn_parietal_cell_7(X)) = fn_secretory_cell_52(X)
& fn_secretory_cell_52(X) = fn_integrin_30(fn_parietal_cell_7(X))
& fn_integrin_30(fn_parietal_cell_7(X)) = fn_fibronectin_45(fn_parietal_cell_5(X))
& fn_fibronectin_45(fn_parietal_cell_5(X)) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_fibronectin_45(fn_parietal_cell_5(X))
& fn_fibronectin_45(fn_parietal_cell_5(X)) = fn_fibronectin_45(fn_parietal_cell_5(X))
& fn_fibronectin_45(fn_parietal_cell_5(X)) = fn_animal_cell_75(X)
& fn_secretory_cell_72(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_secretory_cell_72(X)
& fn_secretory_cell_68(X) = fn_secretory_cell_72(X)
& fn_secretory_cell_72(X) = fn_secretory_cell_72(X)
& fn_secretory_cell_72(X) = fn_secretory_cell_68(X)
& fn_secretory_cell_68(X) = fn_secretory_cell_68(X)
& fn_integrin_8(fn_parietal_cell_7(X)) = fn_secretory_cell_68(X)
& fn_secretory_cell_68(X) = fn_integrin_8(fn_parietal_cell_7(X))
& fn_integrin_8(fn_parietal_cell_7(X)) = fn_integrin_8(fn_parietal_cell_7(X))
& fn_integrin_8(fn_parietal_cell_7(X)) = fn_secretory_cell_25(X)
& fn_secretory_cell_25(X) = fn_mitochondrion_160(fn_parietal_cell_12(X))
& fn_mitochondrion_160(fn_parietal_cell_12(X)) = fn_cellular_work_2(fn_parietal_cell_46(X))
& fn_cellular_work_2(fn_parietal_cell_46(X)) = fn_gastric_gland_1(fn_parietal_cell_53(X))
& fn_gastric_gland_1(fn_parietal_cell_53(X)) = fn_gastric_gland_1(fn_parietal_cell_53(X))
& fn_gastric_gland_1(fn_parietal_cell_53(X)) = fn_synthesis_of_protein_11(fn_parietal_cell_16(X))
& fn_synthesis_of_protein_11(fn_parietal_cell_16(X)) = fn_synthesis_of_protein_11(fn_parietal_cell_16(X))
& fn_synthesis_of_protein_11(fn_parietal_cell_16(X)) = fn_synthesis_of_endomembranous_system_membrane_28(fn_parietal_cell_2(X))
& fn_synthesis_of_endomembranous_system_membrane_28(fn_parietal_cell_2(X)) = fn_synthesis_of_endomembranous_system_membrane_28(fn_parietal_cell_2(X))
& fn_synthesis_of_endomembranous_system_membrane_28(fn_parietal_cell_2(X)) = fn_integrin_6(fn_parietal_cell_7(X))
& fn_integrin_6(fn_parietal_cell_7(X)) = fn_integrin_6(fn_parietal_cell_7(X))
& fn_integrin_6(fn_parietal_cell_7(X)) = fn_mitochondrion_51(fn_parietal_cell_12(X))
& fn_mitochondrion_51(fn_parietal_cell_12(X)) = fn_mitochondrion_51(fn_parietal_cell_12(X)) ) ) ).
fof(a531554,axiom,
! [X] :
( parietal_lobe_1(X)
=> ( original_name_2(X,'Parietal-Lobe')
& user_description_2(X,'Region of cerebral cortex responsible for processing sensory information and touch.')
& concept2words_2(X,'parietal lobe')
& concept2words_2(X,'parietal-lobe')
& cerebral_cortex_1(X) ) ) ).
fof(a531555,axiom,
! [X] :
( parkinglot_1(X)
=> ( original_name_2(X,'ParkingLot')
& concept2words_2(X,'parking lot')
& concept2words_2(X,parking_lot)
& concept2words_2(X,lot)
& concept2words_2(X,'car park')
& concept2words_2(X,car_park)
& concept2words_2(X,park)
& concept2words_2(X,'parking area')
& concept2words_2(X,parking_area)
& concept2words_2(X,parkinglot)
& architectural_structure_1(X)
& ~ wall_1(X)
& ~ room_1(X)
& ~ roof_1(X)
& ~ platform_1(X)
& ~ door_1(X)
& ~ ceiling_1(X)
& ~ building_1(X)
& ~ building_complex_1(X)
& ~ bridge_1(X)
& ~ electrical_power_plant_1(X)
& ~ factory_1(X)
& ~ laboratory_1(X) ) ) ).
fof(a531556,axiom,
! [X] :
( parkinsons_disease_1(X)
=> ( original_name_2(X,'Parkinsons-Disease')
& user_description_2(X,'A progressive disorder of the brain characterized by tremors and difficulty with walking, movement, and coordination.')
& concept2words_2(X,'parkinsons disease')
& concept2words_2(X,'parkinsons-disease')
& mental_or_brain_disorder_1(X)
& ~ alzheimers_disease_1(X)
& ~ bipolar_disorder_1(X)
& ~ creutzfeldt_jacob_disease_1(X)
& ~ major_depression_1(X)
& ~ multiple_sclerosis_1(X)
& ~ schizophrenia_1(X) ) ) ).
fof(a531557,axiom,
! [X] :
( parkinsons_disease_process_1(X)
=> ( original_name_2(X,'Parkinsons-Disease-Process')
& user_description_2(X,'Process related to the progression of Parkinson\'s disease.')
& concept2words_2(X,'parkinsons disease process')
& concept2words_2(X,'parkinsons-disease-process')
& disease_process_1(X)
& nervous_system_1(fn_parkinsons_disease_process_1(X))
& site_2(X,fn_parkinsons_disease_process_1(X)) ) ) ).
fof(a531558,axiom,
! [X] :
( parthenogenesis_1(X)
=> ( original_name_2(X,'Parthenogenesis')
& user_description_2(X,'A type of asexual reproduction in which females produce unfertilized eggs that develop into female offspring.')
& concept2words_2(X,produce)
& concept2words_2(X,'undergo parthenogenesis')
& concept2words_2(X,reproduce)
& concept2words_2(X,parthenogenesis)
& asexual_reproduction_1(X)
& ~ apomixis_1(X)
& unfertilized_egg_1(fn_parthenogenesis_1(X))
& raw_material_2(X,fn_parthenogenesis_1(X)) ) ) ).
fof(a531559,axiom,
! [X] :
( partial_closing_of_stoma_1(X)
=> ( original_name_2(X,'Partial-Closing-Of-Stoma')
& user_description_2(X,'The incomplete closure of pores in the epidermis of the leaves and stems of plants determined by conditions such as CO2 concentration in the leaves, drought, and high temperature.')
& concept2words_2(X,'close partially')
& concept2words_2(X,'partial closing of stoma')
& concept2words_2(X,'partial-closing-of-stoma')
& plant_process_1(X)
& leaf_1(fn_partial_closing_of_stoma_1(X))
& stoma_1(fn_partial_closing_of_stoma_2(X))
& quantity_value_1(fn_partial_closing_of_stoma_3(X))
& rate_value_1(fn_partial_closing_of_stoma_4(X))
& decrease_1(fn_partial_closing_of_stoma_9(X))
& quantity_value_1(fn_partial_closing_of_stoma_10(X))
& oxygen_1(fn_partial_closing_of_stoma_11(X))
& reactant_1(fn_partial_closing_of_stoma_12(X))
& spatial_entity_1(fn_partial_closing_of_stoma_13(X))
& tangible_entity_1(fn_partial_closing_of_stoma_13(X))
& chemical_entity_1(fn_partial_closing_of_stoma_13(X))
& hydrophobic_compound_1(fn_partial_closing_of_stoma_13(X))
& molecule_1(fn_partial_closing_of_stoma_13(X))
& carbon_dioxide_1(fn_partial_closing_of_stoma_13(X))
& reduction_1(fn_partial_closing_of_stoma_14(X))
& structural_complexity_value_1(fn_partial_closing_of_stoma_15(X))
& size_value_1(fn_partial_closing_of_stoma_16(X))
& free_energy_1(fn_partial_closing_of_stoma_17(X))
& quantity_value_1(fn_partial_closing_of_stoma_18(X))
& quantity_value_1(fn_partial_closing_of_stoma_19(X))
& free_energy_1(fn_partial_closing_of_stoma_20(X))
& structural_complexity_value_1(fn_partial_closing_of_stoma_21(X))
& size_value_1(fn_partial_closing_of_stoma_22(X))
& chemical_entity_1(fn_partial_closing_of_stoma_23(X))
& oxidation_1(fn_partial_closing_of_stoma_24(X))
& quantity_value_1(fn_partial_closing_of_stoma_25(X))
& increase_1(fn_partial_closing_of_stoma_26(X))
& photosynthesis_1(fn_partial_closing_of_stoma_27(X))
& tangible_entity_1(fn_partial_closing_of_stoma_28(X))
& chemical_entity_1(fn_partial_closing_of_stoma_28(X))
& sugar_1(fn_partial_closing_of_stoma_28(X))
& chemical_entity_1(fn_anabolic_pathway_5(fn_partial_closing_of_stoma_27(X)))
& property_node_1(fn_decrease_2(fn_partial_closing_of_stoma_9(X)))
& property_value_1(fn_decrease_3(fn_partial_closing_of_stoma_9(X)))
& property_node_1(fn_increase_2(fn_partial_closing_of_stoma_26(X)))
& property_value_1(fn_increase_3(fn_partial_closing_of_stoma_26(X)))
& quantity_value_1(fn_photosynthesis_51(fn_partial_closing_of_stoma_27(X)))
& free_energy_1(fn_photosynthesis_50(fn_partial_closing_of_stoma_27(X)))
& oxidation_1(fn_photosynthesis_46(fn_partial_closing_of_stoma_27(X)))
& quantity_value_1(fn_photosynthesis_52(fn_partial_closing_of_stoma_27(X)))
& free_energy_1(fn_photosynthesis_53(fn_partial_closing_of_stoma_27(X)))
& size_value_1(fn_photosynthesis_4(fn_partial_closing_of_stoma_27(X)))
& size_value_1(fn_photosynthesis_3(fn_partial_closing_of_stoma_27(X)))
& reactant_1(fn_photosynthesis_32(fn_partial_closing_of_stoma_27(X)))
& structural_complexity_value_1(fn_photosynthesis_24(fn_partial_closing_of_stoma_27(X)))
& structural_complexity_value_1(fn_photosynthesis_25(fn_partial_closing_of_stoma_27(X)))
& tangible_entity_1(fn_photosynthesis_37(fn_partial_closing_of_stoma_27(X)))
& chemical_entity_1(fn_photosynthesis_37(fn_partial_closing_of_stoma_27(X)))
& sugar_1(fn_photosynthesis_37(fn_partial_closing_of_stoma_27(X)))
& chemical_entity_1(fn_reduction_1(fn_partial_closing_of_stoma_14(X)))
& chemical_entity_1(fn_photosynthesis_47(fn_partial_closing_of_stoma_27(X)))
& chemical_entity_1(fn_reduction_3(fn_partial_closing_of_stoma_14(X)))
& spatial_entity_1(fn_photosynthesis_38(fn_partial_closing_of_stoma_27(X)))
& tangible_entity_1(fn_photosynthesis_38(fn_partial_closing_of_stoma_27(X)))
& chemical_entity_1(fn_photosynthesis_38(fn_partial_closing_of_stoma_27(X)))
& hydrophobic_compound_1(fn_photosynthesis_38(fn_partial_closing_of_stoma_27(X)))
& molecule_1(fn_photosynthesis_38(fn_partial_closing_of_stoma_27(X)))
& carbon_dioxide_1(fn_photosynthesis_38(fn_partial_closing_of_stoma_27(X)))
& negative_influence_2(fn_partial_closing_of_stoma_4(X),fn_partial_closing_of_stoma_3(X))
& quantity_2(fn_partial_closing_of_stoma_28(X),fn_partial_closing_of_stoma_3(X))
& site_2(fn_partial_closing_of_stoma_26(X),fn_partial_closing_of_stoma_1(X))
& rate_2(X,fn_partial_closing_of_stoma_4(X))
& causes_2(X,fn_partial_closing_of_stoma_9(X))
& causes_2(X,fn_partial_closing_of_stoma_26(X))
& base_2(X,fn_partial_closing_of_stoma_1(X))
& object_2(X,fn_partial_closing_of_stoma_2(X))
& has_function_2(fn_partial_closing_of_stoma_23(X),fn_partial_closing_of_stoma_14(X))
& result_2(fn_partial_closing_of_stoma_14(X),fn_partial_closing_of_stoma_28(X))
& quantity_2(fn_partial_closing_of_stoma_13(X),fn_partial_closing_of_stoma_25(X))
& quantity_2(fn_partial_closing_of_stoma_11(X),fn_partial_closing_of_stoma_10(X))
& recipient_2(fn_partial_closing_of_stoma_14(X),fn_partial_closing_of_stoma_13(X))
& result_2(fn_partial_closing_of_stoma_27(X),fn_partial_closing_of_stoma_11(X))
& donor_2(fn_partial_closing_of_stoma_14(X),fn_partial_closing_of_stoma_23(X))
& from_value_2(fn_partial_closing_of_stoma_9(X),fn_partial_closing_of_stoma_25(X))
& from_value_2(fn_partial_closing_of_stoma_26(X),fn_partial_closing_of_stoma_10(X))
& called_2(fn_partial_closing_of_stoma_19(X),'FE_r')
& raw_material_2(fn_partial_closing_of_stoma_27(X),fn_partial_closing_of_stoma_13(X))
& in_event_2(fn_partial_closing_of_stoma_12(X),fn_partial_closing_of_stoma_27(X))
& greater_than_2(fn_partial_closing_of_stoma_18(X),fn_partial_closing_of_stoma_19(X))
& called_2(fn_partial_closing_of_stoma_18(X),'FE_p')
& recipient_2(fn_partial_closing_of_stoma_24(X),fn_partial_closing_of_stoma_13(X))
& donor_2(fn_partial_closing_of_stoma_24(X),fn_partial_closing_of_stoma_23(X))
& fn_partial_closing_of_stoma_23(X) != fn_partial_closing_of_stoma_13(X)
& possesses_2(fn_partial_closing_of_stoma_13(X),fn_partial_closing_of_stoma_20(X))
& quantity_2(fn_partial_closing_of_stoma_20(X),fn_partial_closing_of_stoma_19(X))
& fn_partial_closing_of_stoma_13(X) != fn_partial_closing_of_stoma_23(X)
& size_2(fn_partial_closing_of_stoma_13(X),fn_partial_closing_of_stoma_22(X))
& greater_than_2(fn_partial_closing_of_stoma_16(X),fn_partial_closing_of_stoma_22(X))
& size_2(fn_partial_closing_of_stoma_28(X),fn_partial_closing_of_stoma_16(X))
& possesses_2(fn_partial_closing_of_stoma_28(X),fn_partial_closing_of_stoma_17(X))
& quantity_2(fn_partial_closing_of_stoma_17(X),fn_partial_closing_of_stoma_18(X))
& result_2(fn_partial_closing_of_stoma_27(X),fn_partial_closing_of_stoma_28(X))
& structural_complexity_2(fn_partial_closing_of_stoma_28(X),fn_partial_closing_of_stoma_15(X))
& greater_than_2(fn_partial_closing_of_stoma_15(X),fn_partial_closing_of_stoma_21(X))
& structural_complexity_2(fn_partial_closing_of_stoma_13(X),fn_partial_closing_of_stoma_21(X))
& plays_2(fn_partial_closing_of_stoma_13(X),fn_partial_closing_of_stoma_12(X))
& fn_partial_closing_of_stoma_11(X) = fn_anabolic_pathway_5(fn_partial_closing_of_stoma_27(X))
& fn_partial_closing_of_stoma_8(X) = fn_decrease_2(fn_partial_closing_of_stoma_9(X))
& fn_partial_closing_of_stoma_25(X) = fn_decrease_3(fn_partial_closing_of_stoma_9(X))
& fn_partial_closing_of_stoma_7(X) = fn_increase_2(fn_partial_closing_of_stoma_26(X))
& fn_partial_closing_of_stoma_10(X) = fn_increase_3(fn_partial_closing_of_stoma_26(X))
& fn_partial_closing_of_stoma_19(X) = fn_photosynthesis_51(fn_partial_closing_of_stoma_27(X))
& fn_partial_closing_of_stoma_20(X) = fn_photosynthesis_50(fn_partial_closing_of_stoma_27(X))
& fn_partial_closing_of_stoma_23(X) = fn_reduction_1(fn_partial_closing_of_stoma_14(X))
& fn_partial_closing_of_stoma_13(X) = fn_reduction_3(fn_partial_closing_of_stoma_14(X))
& fn_partial_closing_of_stoma_23(X) = fn_photosynthesis_47(fn_partial_closing_of_stoma_27(X))
& fn_partial_closing_of_stoma_24(X) = fn_photosynthesis_46(fn_partial_closing_of_stoma_27(X))
& fn_partial_closing_of_stoma_18(X) = fn_photosynthesis_52(fn_partial_closing_of_stoma_27(X))
& fn_partial_closing_of_stoma_17(X) = fn_photosynthesis_53(fn_partial_closing_of_stoma_27(X))
& fn_partial_closing_of_stoma_16(X) = fn_photosynthesis_4(fn_partial_closing_of_stoma_27(X))
& fn_partial_closing_of_stoma_22(X) = fn_photosynthesis_3(fn_partial_closing_of_stoma_27(X))
& fn_partial_closing_of_stoma_12(X) = fn_photosynthesis_32(fn_partial_closing_of_stoma_27(X))
& fn_partial_closing_of_stoma_13(X) = fn_photosynthesis_38(fn_partial_closing_of_stoma_27(X))
& fn_partial_closing_of_stoma_21(X) = fn_photosynthesis_24(fn_partial_closing_of_stoma_27(X))
& fn_partial_closing_of_stoma_15(X) = fn_photosynthesis_25(fn_partial_closing_of_stoma_27(X))
& fn_partial_closing_of_stoma_28(X) = fn_photosynthesis_37(fn_partial_closing_of_stoma_27(X))
& fn_reduction_1(fn_partial_closing_of_stoma_14(X)) = fn_reduction_1(fn_partial_closing_of_stoma_14(X))
& fn_reduction_1(fn_partial_closing_of_stoma_14(X)) = fn_photosynthesis_47(fn_partial_closing_of_stoma_27(X))
& fn_photosynthesis_47(fn_partial_closing_of_stoma_27(X)) = fn_photosynthesis_47(fn_partial_closing_of_stoma_27(X))
& fn_photosynthesis_47(fn_partial_closing_of_stoma_27(X)) = fn_reduction_3(fn_partial_closing_of_stoma_14(X))
& fn_photosynthesis_38(fn_partial_closing_of_stoma_27(X)) = fn_reduction_3(fn_partial_closing_of_stoma_14(X))
& fn_reduction_3(fn_partial_closing_of_stoma_14(X)) = fn_photosynthesis_38(fn_partial_closing_of_stoma_27(X))
& fn_photosynthesis_38(fn_partial_closing_of_stoma_27(X)) = fn_photosynthesis_38(fn_partial_closing_of_stoma_27(X)) ) ) ).
fof(a531560,axiom,
! [X] :
( participant_1(X)
=> ( original_name_2(X,'Participant')
& agent_role_1(X) ) ) ).
fof(a531561,axiom,
! [X] :
( participant_relation_1(X)
=> ( original_name_2(X,'Participant-Relation')
& user_description_2(X,'A participant relation is a relation between an entity and an event, in which the entity is directly involved in the event. If a relation is a Participant-Relation, then its inverse is also an instance of Participant-Relation. The one exception is in-event, which relates an event to a role. In this case, the role player is understood as being directly involved in the event. There may or may not be another participant relation connecting the role player to the event')
& concept2words_2(X,'relation of participant')
& concept2words_2(X,'participant relation')
& concept2words_2(X,'participant-relation')
& relation_1(X) ) ) ).
fof(a531562,axiom,
! [X] :
( particle_1(X)
=> ( original_name_2(X,'Particle')
& user_description_2(X,'In the physical sciences, a particle is a small localized object to which can be ascribed several physical properties such as volume or mass.')
& concept2words_2(X,particle)
& physical_object_1(X) ) ) ).
fof(a531563,axiom,
! [X] :
( particle_in_motion_1(X)
=> ( original_name_2(X,'Particle-In-Motion')
& user_description_2(X,'Molecules have intrinsic kinetic energy called thermal motion.')
& concept2words_2(X,'molecule in motion')
& concept2words_2(X,'particle in motion')
& concept2words_2(X,'particle-in-motion')
& physical_object_1(X)
& thermal_motion_1(fn_particle_in_motion_1(X))
& thermal_energy_1(fn_particle_in_motion_2(X))
& thermal_energy_1(fn_thermal_motion_6(fn_particle_in_motion_1(X)))
& spatial_entity_1(fn_thermal_motion_5(fn_particle_in_motion_1(X)))
& tangible_entity_1(fn_thermal_motion_5(fn_particle_in_motion_1(X)))
& result_2(fn_particle_in_motion_1(X),fn_particle_in_motion_2(X))
& object_2(fn_particle_in_motion_1(X),X)
& possesses_2(X,fn_particle_in_motion_2(X))
& fn_particle_in_motion_2(X) = fn_thermal_motion_6(fn_particle_in_motion_1(X))
& X = fn_thermal_motion_5(fn_particle_in_motion_1(X))
& fn_thermal_motion_5(fn_particle_in_motion_1(X)) = fn_thermal_motion_5(fn_particle_in_motion_1(X)) ) ) ).
fof(a531564,axiom,
! [X] :
( partition_1(X)
=> ( original_name_2(X,'Partition')
& concept2words_2(X,partition)
& thing_1(X) ) ) ).
fof(a531565,axiom,
! [X] :
( passive_transport_1(X)
=> ( original_name_2(X,'Passive-Transport')
& user_description_2(X,'Passive transport means moving biochemicals and other atomic or molecular substances across membranes.')
& concept2words_2(X,'diffusion of molecule across membrane')
& concept2words_2(X,'diffusion-of-molecule-across-membrane')
& concept2words_2(X,transport)
& concept2words_2(X,'transport of passive')
& concept2words_2(X,'passive transport')
& concept2words_2(X,'passive-transport')
& diffusion_1(X)
& ~ active_transport_1(X)
& cell_1(fn_passive_transport_1(X))
& positively_charged_region_1(fn_passive_transport_2(X))
& negatively_charged_region_1(fn_passive_transport_3(X))
& angle_value_1(fn_passive_transport_4(X))
& rate_value_1(fn_passive_transport_6(X))
& concentration_value_1(fn_passive_transport_8(X))
& molecular_region_1(fn_passive_transport_10(X))
& aqueous_solution_1(fn_passive_transport_11(X))
& aqueous_solution_1(fn_passive_transport_12(X))
& thermal_energy_1(fn_passive_transport_13(X))
& spatial_entity_1(fn_passive_transport_14(X))
& tangible_entity_1(fn_passive_transport_14(X))
& chemical_entity_1(fn_passive_transport_14(X))
& free_energy_1(fn_passive_transport_17(X))
& quantity_value_1(fn_passive_transport_18(X))
& quantity_value_1(fn_passive_transport_19(X))
& attach_1(fn_passive_transport_20(X))
& membrane_protein_1(fn_passive_transport_21(X))
& thermal_motion_1(fn_passive_transport_22(X))
& decrease_1(fn_passive_transport_23(X))
& move_through_1(fn_passive_transport_24(X))
& spatial_entity_1(fn_passive_transport_25(X))
& biomembrane_1(fn_passive_transport_25(X))
& gradient_1(fn_passive_transport_26(X))
& concentration_gradient_1(fn_passive_transport_26(X))
& potential_energy_1(fn_passive_transport_27(X))
& quantity_value_1(fn_passive_transport_28(X))
& symmetrical_distribution_1(fn_passive_transport_29(X))
& spatial_entity_1(fn_attach_1(fn_passive_transport_20(X)))
& spatial_entity_1(fn_attach_2(fn_passive_transport_20(X)))
& thermal_energy_1(fn_thermal_motion_6(fn_passive_transport_22(X)))
& property_node_1(fn_concentration_gradient_10(fn_passive_transport_26(X)))
& move_through_1(fn_biomembrane_52(fn_passive_transport_25(X)))
& solution_1(fn_concentration_gradient_9(fn_passive_transport_26(X)))
& solution_1(fn_concentration_gradient_8(fn_passive_transport_26(X)))
& property_node_1(fn_gradient_4(fn_passive_transport_26(X)))
& potential_energy_1(fn_gradient_1(fn_passive_transport_26(X)))
& quantity_value_1(fn_gradient_2(fn_passive_transport_26(X)))
& quantity_value_1(fn_gradient_3(fn_passive_transport_26(X)))
& quantity_value_1(fn_concentration_gradient_7(fn_passive_transport_26(X)))
& spatial_entity_1(fn_thermal_motion_5(fn_passive_transport_22(X)))
& tangible_entity_1(fn_thermal_motion_5(fn_passive_transport_22(X)))
& chemical_entity_1(fn_biomembrane_55(fn_passive_transport_25(X)))
& concentration_2(fn_passive_transport_14(X),fn_passive_transport_8(X))
& is_at_2(fn_passive_transport_21(X),fn_passive_transport_25(X))
& causes_2(fn_passive_transport_22(X),fn_passive_transport_24(X))
& object_2(fn_passive_transport_23(X),fn_passive_transport_26(X))
& path_2(fn_passive_transport_24(X),fn_passive_transport_10(X))
& is_between_2(fn_passive_transport_25(X),fn_passive_transport_2(X))
& is_between_2(fn_passive_transport_25(X),fn_passive_transport_3(X))
& path_2(X,fn_passive_transport_25(X))
& direction_2(X,fn_passive_transport_4(X))
& subevent_2(X,fn_passive_transport_24(X))
& rate_2(X,fn_passive_transport_6(X))
& base_2(X,fn_passive_transport_1(X))
& positive_influence_2(fn_passive_transport_8(X),fn_passive_transport_6(X))
& object_2(fn_passive_transport_20(X),fn_passive_transport_21(X))
& base_2(fn_passive_transport_20(X),fn_passive_transport_25(X))
& destination_2(X,fn_passive_transport_12(X))
& is_between_2(fn_passive_transport_26(X),fn_passive_transport_12(X))
& is_between_2(fn_passive_transport_26(X),fn_passive_transport_11(X))
& origin_2(X,fn_passive_transport_11(X))
& directly_proportional_2(fn_passive_transport_28(X),fn_passive_transport_18(X))
& possesses_2(fn_passive_transport_26(X),fn_passive_transport_27(X))
& causes_2(X,fn_passive_transport_23(X))
& result_2(X,fn_passive_transport_17(X))
& quantity_2(fn_passive_transport_17(X),fn_passive_transport_19(X))
& directly_proportional_2(fn_passive_transport_18(X),fn_passive_transport_19(X))
& quantity_2(fn_passive_transport_27(X),fn_passive_transport_18(X))
& raw_material_2(X,fn_passive_transport_27(X))
& base_2(X,fn_passive_transport_26(X))
& objective_2(X,fn_passive_transport_29(X))
& object_2(fn_passive_transport_29(X),fn_passive_transport_14(X))
& object_2(X,fn_passive_transport_14(X))
& by_means_of_2(X,fn_passive_transport_22(X))
& object_2(fn_passive_transport_22(X),fn_passive_transport_14(X))
& object_2(fn_passive_transport_24(X),fn_passive_transport_14(X))
& has_function_2(fn_passive_transport_25(X),fn_passive_transport_24(X))
& base_2(fn_passive_transport_24(X),fn_passive_transport_25(X))
& quantity_2(fn_passive_transport_26(X),fn_passive_transport_28(X))
& possesses_2(fn_passive_transport_14(X),fn_passive_transport_13(X))
& agent_2(fn_passive_transport_22(X),fn_passive_transport_13(X))
& fn_passive_transport_21(X) = fn_attach_1(fn_passive_transport_20(X))
& fn_passive_transport_25(X) = fn_attach_2(fn_passive_transport_20(X))
& fn_passive_transport_11(X) = fn_diffusion_1(X)
& fn_passive_transport_12(X) = fn_concentration_gradient_9(fn_passive_transport_26(X))
& fn_passive_transport_12(X) = fn_concentration_gradient_8(fn_passive_transport_26(X))
& fn_passive_transport_12(X) = fn_diffusion_2(X)
& fn_passive_transport_28(X) = fn_gradient_3(fn_passive_transport_26(X))
& fn_passive_transport_16(X) = fn_gradient_4(fn_passive_transport_26(X))
& fn_passive_transport_16(X) = fn_spontaneous_change_9(X)
& fn_passive_transport_23(X) = fn_spontaneous_change_5(X)
& fn_passive_transport_15(X) = fn_spontaneous_change_10(X)
& fn_passive_transport_27(X) = fn_gradient_1(fn_passive_transport_26(X))
& fn_passive_transport_18(X) = fn_gradient_2(fn_passive_transport_26(X))
& fn_passive_transport_27(X) = fn_spontaneous_change_8(X)
& fn_passive_transport_18(X) = fn_spontaneous_change_7(X)
& fn_passive_transport_19(X) = fn_spontaneous_change_6(X)
& fn_passive_transport_17(X) = fn_spontaneous_change_4(X)
& fn_passive_transport_26(X) = fn_diffusion_4(X)
& fn_passive_transport_22(X) = fn_diffusion_7(X)
& fn_passive_transport_14(X) = fn_diffusion_6(X)
& fn_passive_transport_29(X) = fn_diffusion_5(X)
& fn_passive_transport_14(X) = fn_thermal_motion_5(fn_passive_transport_22(X))
& fn_passive_transport_13(X) = fn_thermal_motion_6(fn_passive_transport_22(X))
& fn_passive_transport_30(X) = fn_concentration_gradient_10(fn_passive_transport_26(X))
& fn_passive_transport_28(X) = fn_concentration_gradient_7(fn_passive_transport_26(X))
& fn_passive_transport_14(X) = fn_biomembrane_55(fn_passive_transport_25(X))
& fn_passive_transport_24(X) = fn_biomembrane_52(fn_passive_transport_25(X))
& fn_concentration_gradient_9(fn_passive_transport_26(X)) = fn_concentration_gradient_8(fn_passive_transport_26(X))
& fn_concentration_gradient_8(fn_passive_transport_26(X)) = fn_concentration_gradient_8(fn_passive_transport_26(X))
& fn_concentration_gradient_8(fn_passive_transport_26(X)) = fn_diffusion_2(X)
& fn_diffusion_2(X) = fn_diffusion_2(X)
& fn_diffusion_2(X) = fn_gradient_4(fn_passive_transport_26(X))
& fn_gradient_4(fn_passive_transport_26(X)) = fn_spontaneous_change_9(X)
& fn_spontaneous_change_9(X) = fn_gradient_1(fn_passive_transport_26(X))
& fn_spontaneous_change_8(X) = fn_gradient_1(fn_passive_transport_26(X))
& fn_gradient_1(fn_passive_transport_26(X)) = fn_spontaneous_change_8(X)
& fn_spontaneous_change_8(X) = fn_gradient_2(fn_passive_transport_26(X))
& fn_gradient_2(fn_passive_transport_26(X)) = fn_gradient_2(fn_passive_transport_26(X))
& fn_spontaneous_change_7(X) = fn_gradient_2(fn_passive_transport_26(X))
& fn_gradient_2(fn_passive_transport_26(X)) = fn_spontaneous_change_7(X)
& fn_spontaneous_change_7(X) = fn_spontaneous_change_7(X)
& fn_spontaneous_change_7(X) = fn_gradient_3(fn_passive_transport_26(X))
& fn_gradient_3(fn_passive_transport_26(X)) = fn_concentration_gradient_7(fn_passive_transport_26(X))
& fn_concentration_gradient_7(fn_passive_transport_26(X)) = fn_concentration_gradient_7(fn_passive_transport_26(X))
& fn_concentration_gradient_7(fn_passive_transport_26(X)) = fn_thermal_motion_5(fn_passive_transport_22(X))
& fn_thermal_motion_5(fn_passive_transport_22(X)) = fn_diffusion_6(X)
& fn_diffusion_6(X) = fn_diffusion_6(X)
& fn_diffusion_6(X) = fn_thermal_motion_5(fn_passive_transport_22(X))
& fn_thermal_motion_5(fn_passive_transport_22(X)) = fn_thermal_motion_5(fn_passive_transport_22(X))
& fn_thermal_motion_5(fn_passive_transport_22(X)) = fn_biomembrane_55(fn_passive_transport_25(X)) ) ) ).
fof(a531566,axiom,
! [X] :
( passive_transport_of_solute_1(X)
=> ( original_name_2(X,'Passive-Transport-Of-Solute')
& user_description_2(X,'Transport of a dissolved solute without the input of chemical energy.')
& concept2words_2(X,'passive transport of solute')
& concept2words_2(X,'passive-transport-of-solute')
& passive_transport_1(X)
& hypertonic_solution_1(fn_passive_transport_of_solute_1(X))
& aqueous_solution_1(fn_passive_transport_of_solute_1(X))
& hypotonic_solution_1(fn_passive_transport_of_solute_2(X))
& aqueous_solution_1(fn_passive_transport_of_solute_2(X))
& gradient_1(fn_passive_transport_of_solute_3(X))
& concentration_gradient_1(fn_passive_transport_of_solute_3(X))
& hypotonic_solution_1(fn_hypertonic_solution_6(fn_passive_transport_of_solute_1(X)))
& agent_2(X,fn_passive_transport_of_solute_3(X))
& is_hypotonic_to_2(fn_passive_transport_of_solute_2(X),fn_passive_transport_of_solute_1(X))
& is_hypertonic_to_2(fn_passive_transport_of_solute_1(X),fn_passive_transport_of_solute_2(X))
& origin_2(X,fn_passive_transport_of_solute_1(X))
& is_between_2(fn_passive_transport_of_solute_3(X),fn_passive_transport_of_solute_1(X))
& is_between_2(fn_passive_transport_of_solute_3(X),fn_passive_transport_of_solute_2(X))
& destination_2(X,fn_passive_transport_of_solute_2(X))
& fn_passive_transport_of_solute_2(X) = fn_hypertonic_solution_6(fn_passive_transport_of_solute_1(X))
& fn_passive_transport_of_solute_2(X) = fn_passive_transport_12(X)
& fn_passive_transport_of_solute_3(X) = fn_passive_transport_26(X)
& fn_passive_transport_of_solute_1(X) = fn_passive_transport_11(X)
& fn_hypertonic_solution_6(fn_passive_transport_of_solute_1(X)) = fn_hypertonic_solution_6(fn_passive_transport_of_solute_1(X))
& fn_hypertonic_solution_6(fn_passive_transport_of_solute_1(X)) = fn_passive_transport_12(X)
& fn_passive_transport_12(X) = fn_passive_transport_12(X) ) ) ).
fof(a531567,axiom,
! [X] :
( passive_transport_of_water_1(X)
=> ( original_name_2(X,'Passive-Transport-Of-Water')
& user_description_2(X,'Transport of water without the input of chemical energy; for example, osmosis.')
& concept2words_2(X,'passive transport of water')
& concept2words_2(X,'passive-transport-of-water')
& passive_transport_1(X)
& hypotonic_solution_1(fn_passive_transport_of_water_1(X))
& aqueous_solution_1(fn_passive_transport_of_water_1(X))
& hypertonic_solution_1(fn_passive_transport_of_water_2(X))
& aqueous_solution_1(fn_passive_transport_of_water_2(X))
& gradient_1(fn_passive_transport_of_water_3(X))
& concentration_gradient_1(fn_passive_transport_of_water_3(X))
& hypertonic_solution_1(fn_hypotonic_solution_2(fn_passive_transport_of_water_1(X)))
& agent_2(X,fn_passive_transport_of_water_3(X))
& is_hypertonic_to_2(fn_passive_transport_of_water_2(X),fn_passive_transport_of_water_1(X))
& is_hypotonic_to_2(fn_passive_transport_of_water_1(X),fn_passive_transport_of_water_2(X))
& origin_2(X,fn_passive_transport_of_water_1(X))
& is_between_2(fn_passive_transport_of_water_3(X),fn_passive_transport_of_water_1(X))
& is_between_2(fn_passive_transport_of_water_3(X),fn_passive_transport_of_water_2(X))
& destination_2(X,fn_passive_transport_of_water_2(X))
& fn_passive_transport_of_water_2(X) = fn_hypotonic_solution_2(fn_passive_transport_of_water_1(X))
& fn_passive_transport_of_water_2(X) = fn_passive_transport_12(X)
& fn_passive_transport_of_water_3(X) = fn_passive_transport_26(X)
& fn_passive_transport_of_water_1(X) = fn_passive_transport_11(X)
& fn_hypotonic_solution_2(fn_passive_transport_of_water_1(X)) = fn_hypotonic_solution_2(fn_passive_transport_of_water_1(X))
& fn_hypotonic_solution_2(fn_passive_transport_of_water_1(X)) = fn_passive_transport_12(X)
& fn_passive_transport_12(X) = fn_passive_transport_12(X) ) ) ).
fof(a531568,axiom,
! [X] :
( paternal_chromosome_1(X)
=> ( original_name_2(X,'Paternal-Chromosome')
& user_description_2(X,'One of a pair of homologous chromosomes originating from the male gamete.')
& concept2words_2(X,'paternal chromosome')
& concept2words_2(X,'paternal-chromosome')
& homologous_chromosome_1(X)
& dna_1(X)
& ~ human_chromosome_1(X)
& ~ non_homologous_chromosome_1(X)
& ~ recombinant_chromosome_1(X)
& ~ sex_chromosome_1(X)
& ~ yeast_artificial_chromosome_1(X) ) ) ).
fof(a531569,axiom,
! [X] :
( paternity_testing_1(X)
=> ( original_name_2(X,'Paternity-Testing')
& user_description_2(X,'A test to determine the male parent of an offspring.')
& concept2words_2(X,'parental testing')
& concept2words_2(X,'parental-testing')
& concept2words_2(X,'testing of paternity')
& concept2words_2(X,'paternity testing')
& concept2words_2(X,'paternity-testing')
& diagnostic_procedure_1(X)
& ~ abortion_1(X)
& ~ assisted_reproductive_technology_1(X)
& ~ electrocardiogram_1(X)
& ~ genetic_testing_1(X)
& ~ immunization_1(X)
& ~ newborn_screening_1(X)
& ~ tubal_ligation_1(X)
& ~ ultrasound_imaging_1(X)
& ~ vasectomy_1(X) ) ) ).
fof(a531570,axiom,
! [X] :
( pathogen_1(X)
=> ( original_name_2(X,'Pathogen')
& user_description_2(X,'An organism or virus that causes disease.')
& concept2words_2(X,pathogen)
& physical_object_1(X) ) ) ).
fof(a531571,axiom,
! [X] :
( patient_1(X)
=> ( original_name_2(X,'Patient')
& user_description_2(X,'A patient is any recipient of medical attention, care, or treatment.')
& concept2words_2(X,patient)
& person_1(X) ) ) ).
fof(a531572,axiom,
! [X] :
( pattern_formation_1(X)
=> ( original_name_2(X,'Pattern-Formation')
& user_description_2(X,'Pattern formation is the development of a spatial organization in which the tissues and organs of an organism end up in their characteristic spatial organization.')
& concept2words_2(X,'formation of pattern')
& concept2words_2(X,'pattern formation')
& concept2words_2(X,'pattern-formation')
& embryonic_process_1(X)
& ~ cell_determination_1(X)
& ~ childbirth_1(X)
& ~ compaction_1(X)
& ~ gastrulation_1(X)
& ~ gestation_1(X)
& ~ molting_1(X)
& ~ morphogenesis_1(X)
& ~ organogenesis_1(X)
& ~ oviparous_1(X)
& ~ ovoviviparous_1(X)
& ~ ovulation_1(X)
& ~ paedomorphosis_1(X)
& ~ phase_change_1(X)
& ~ primary_growth_1(X)
& ~ protostome_development_1(X)
& ~ radial_cleavage_1(X)
& ~ senescence_1(X)
& ~ torsion_1(X)
& ~ viviparous_1(X)
& organizing_1(fn_pattern_formation_1(X))
& regulation_1(fn_pattern_formation_2(X))
& gene_1(fn_pattern_formation_3(X))
& cell_1(fn_pattern_formation_4(X))
& embryo_1(fn_pattern_formation_5(X))
& create_1(fn_pattern_formation_6(X))
& body_axis_1(fn_pattern_formation_7(X))
& code_for_1(fn_pattern_formation_8(X))
& entity_1(fn_code_for_2(fn_pattern_formation_8(X)))
& entity_1(fn_create_1(fn_pattern_formation_6(X)))
& base_2(fn_pattern_formation_1(X),fn_pattern_formation_5(X))
& object_2(fn_pattern_formation_1(X),fn_pattern_formation_4(X))
& supports_2(fn_pattern_formation_2(X),X)
& agent_2(fn_pattern_formation_2(X),fn_pattern_formation_3(X))
& subevent_2(X,fn_pattern_formation_6(X))
& subevent_2(X,fn_pattern_formation_1(X))
& result_2(fn_pattern_formation_8(X),fn_pattern_formation_7(X))
& result_2(fn_pattern_formation_6(X),fn_pattern_formation_7(X))
& fn_pattern_formation_7(X) = fn_code_for_2(fn_pattern_formation_8(X))
& fn_pattern_formation_7(X) = fn_create_1(fn_pattern_formation_6(X))
& fn_code_for_2(fn_pattern_formation_8(X)) = fn_create_1(fn_pattern_formation_6(X)) ) ) ).
fof(a531573,axiom,
! [X] :
( paw_development_1(X)
=> ( original_name_2(X,'Paw-Development')
& user_description_2(X,'The processes which direct the formation of the paws during the embryonic development of a mammal.')
& concept2words_2(X,develop)
& concept2words_2(X,'development of paw')
& concept2words_2(X,'paw development')
& concept2words_2(X,'paw-development')
& mammalian_limb_development_1(X)
& unitless_value_1(fn_paw_development_1(X))
& hydrophobic_core_1(fn_paw_development_3(X))
& surface_1(fn_paw_development_4(X))
& outside_face_1(fn_paw_development_4(X))
& extracellular_side_1(fn_paw_development_4(X))
& protein_pump_1(fn_paw_development_5(X))
& carrier_protein_1(fn_paw_development_5(X))
& protein_1(fn_paw_development_5(X))
& organic_molecule_1(fn_paw_development_5(X))
& polymer_1(fn_paw_development_5(X))
& membrane_protein_1(fn_paw_development_5(X))
& tangible_entity_1(fn_paw_development_5(X))
& transmembrane_protein_1(fn_paw_development_5(X))
& integral_protein_1(fn_paw_development_5(X))
& transport_protein_1(fn_paw_development_5(X))
& sodium_potassium_pump_1(fn_paw_development_5(X))
& spatial_entity_1(fn_paw_development_5(X))
& electrogenic_pump_1(fn_paw_development_5(X))
& organic_molecule_1(fn_paw_development_6(X))
& tangible_entity_1(fn_paw_development_6(X))
& membrane_protein_1(fn_paw_development_6(X))
& protein_1(fn_paw_development_6(X))
& spatial_entity_1(fn_paw_development_6(X))
& polymer_1(fn_paw_development_6(X))
& tangible_entity_1(fn_paw_development_7(X))
& phospholipid_bilayer_1(fn_paw_development_7(X))
& integrin_1(fn_paw_development_8(X))
& attach_1(fn_paw_development_9(X))
& animal_cell_1(fn_paw_development_10(X))
& animal_cell_1(fn_paw_development_11(X))
& tangible_entity_1(fn_paw_development_11(X))
& cell_1(fn_paw_development_11(X))
& eukaryotic_cell_1(fn_paw_development_11(X))
& tangible_entity_1(fn_paw_development_12(X))
& animal_plasma_membrane_1(fn_paw_development_12(X))
& membrane_1(fn_paw_development_12(X))
& spatial_entity_1(fn_paw_development_12(X))
& biomembrane_1(fn_paw_development_12(X))
& plasma_membrane_1(fn_paw_development_12(X))
& nuclear_membrane_1(fn_paw_development_13(X))
& biomembrane_1(fn_paw_development_13(X))
& hydrophilic_face_1(fn_paw_development_14(X))
& hydrophilic_face_1(fn_paw_development_15(X))
& aqueous_solution_1(fn_paw_development_16(X))
& aqueous_solution_1(fn_paw_development_17(X))
& apoptosis_1(fn_paw_development_18(X))
& signal_reception_1(fn_paw_development_19(X))
& volume_value_1(fn_paw_development_20(X))
& size_value_1(fn_paw_development_21(X))
& eukaryotic_cell_1(fn_paw_development_22(X))
& protease_1(fn_paw_development_23(X))
& tangible_entity_1(fn_paw_development_24(X))
& nucleus_1(fn_paw_development_24(X))
& mixture_1(fn_paw_development_25(X))
& cytoplasm_1(fn_paw_development_25(X))
& cellular_structure_1(fn_paw_development_26(X))
& ribosome_1(fn_paw_development_26(X))
& eukaryotic_ribosome_1(fn_paw_development_26(X))
& entity_1(fn_paw_development_27(X))
& tangible_entity_1(fn_paw_development_27(X))
& vesicle_1(fn_paw_development_27(X))
& damage_1(fn_paw_development_28(X))
& intracellular_process_1(fn_paw_development_29(X))
& intracellular_digestion_1(fn_paw_development_29(X))
& contract_1(fn_paw_development_30(X))
& impair_1(fn_paw_development_31(X))
& destroy_1(fn_paw_development_31(X))
& break_1(fn_paw_development_32(X))
& destroy_1(fn_paw_development_32(X))
& blebbing_1(fn_paw_development_33(X))
& produce_1(fn_paw_development_34(X))
& property_node_1(fn_eukaryotic_cell_28(fn_paw_development_11(X)))
& attach_1(fn_eukaryotic_cell_16(fn_paw_development_11(X)))
& size_value_1(fn_eukaryotic_cell_27(fn_paw_development_11(X)))
& intracellular_digestion_1(fn_apoptosis_50(fn_paw_development_18(X)))
& eukaryotic_cell_1(fn_apoptosis_33(fn_paw_development_18(X)))
& damage_1(fn_apoptosis_32(fn_paw_development_18(X)))
& contract_1(fn_apoptosis_49(fn_paw_development_18(X)))
& blebbing_1(fn_apoptosis_42(fn_paw_development_18(X)))
& produce_1(fn_apoptosis_43(fn_paw_development_18(X)))
& entity_1(fn_apoptosis_44(fn_paw_development_18(X)))
& tangible_entity_1(fn_apoptosis_44(fn_paw_development_18(X)))
& vesicle_1(fn_apoptosis_44(fn_paw_development_18(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_paw_development_24(X)))
& biomembrane_1(fn_nucleus_13(fn_paw_development_24(X)))
& tangible_entity_1(fn_carrier_protein_16(fn_paw_development_5(X)))
& phospholipid_bilayer_1(fn_carrier_protein_16(fn_paw_development_5(X)))
& tangible_entity_1(fn_sodium_potassium_pump_22(fn_paw_development_5(X)))
& phospholipid_bilayer_1(fn_sodium_potassium_pump_22(fn_paw_development_5(X)))
& tangible_entity_1(fn_electrogenic_pump_19(fn_paw_development_5(X)))
& phospholipid_bilayer_1(fn_electrogenic_pump_19(fn_paw_development_5(X)))
& tangible_entity_1(fn_eukaryotic_cell_41(fn_paw_development_11(X)))
& phospholipid_bilayer_1(fn_eukaryotic_cell_41(fn_paw_development_11(X)))
& spatial_entity_1(fn_animal_cell_60(fn_paw_development_11(X)))
& polymer_1(fn_animal_cell_60(fn_paw_development_11(X)))
& organic_molecule_1(fn_animal_cell_60(fn_paw_development_11(X)))
& tangible_entity_1(fn_animal_cell_60(fn_paw_development_11(X)))
& membrane_protein_1(fn_animal_cell_60(fn_paw_development_11(X)))
& protein_1(fn_animal_cell_60(fn_paw_development_11(X)))
& tangible_entity_1(fn_eukaryotic_cell_50(fn_paw_development_11(X)))
& membrane_protein_1(fn_eukaryotic_cell_50(fn_paw_development_11(X)))
& protein_1(fn_eukaryotic_cell_50(fn_paw_development_11(X)))
& spatial_entity_1(fn_eukaryotic_cell_50(fn_paw_development_11(X)))
& polymer_1(fn_eukaryotic_cell_50(fn_paw_development_11(X)))
& property_node_1(fn_contract_3(fn_paw_development_30(X)))
& property_node_1(fn_eukaryotic_cell_60(fn_paw_development_11(X)))
& spatial_entity_1(fn_integrin_9(fn_paw_development_8(X)))
& polymer_1(fn_integrin_9(fn_paw_development_8(X)))
& organic_molecule_1(fn_integrin_9(fn_paw_development_8(X)))
& tangible_entity_1(fn_integrin_9(fn_paw_development_8(X)))
& membrane_protein_1(fn_integrin_9(fn_paw_development_8(X)))
& protein_1(fn_integrin_9(fn_paw_development_8(X)))
& protein_1(fn_animal_cell_75(fn_paw_development_11(X)))
& organic_molecule_1(fn_animal_cell_75(fn_paw_development_11(X)))
& polymer_1(fn_animal_cell_75(fn_paw_development_11(X)))
& spatial_entity_1(fn_animal_cell_75(fn_paw_development_11(X)))
& membrane_protein_1(fn_animal_cell_75(fn_paw_development_11(X)))
& tangible_entity_1(fn_animal_cell_75(fn_paw_development_11(X)))
& transmembrane_protein_1(fn_animal_cell_75(fn_paw_development_11(X)))
& integral_protein_1(fn_animal_cell_75(fn_paw_development_11(X)))
& transport_protein_1(fn_animal_cell_75(fn_paw_development_11(X)))
& sodium_potassium_pump_1(fn_animal_cell_75(fn_paw_development_11(X)))
& polymer_1(fn_integrin_8(fn_paw_development_8(X)))
& spatial_entity_1(fn_integrin_8(fn_paw_development_8(X)))
& membrane_protein_1(fn_integrin_8(fn_paw_development_8(X)))
& tangible_entity_1(fn_integrin_8(fn_paw_development_8(X)))
& transmembrane_protein_1(fn_integrin_8(fn_paw_development_8(X)))
& integral_protein_1(fn_integrin_8(fn_paw_development_8(X)))
& transport_protein_1(fn_integrin_8(fn_paw_development_8(X)))
& sodium_potassium_pump_1(fn_integrin_8(fn_paw_development_8(X)))
& spatial_entity_1(fn_attach_1(fn_paw_development_9(X)))
& hydrophobic_core_1(fn_animal_cell_85(fn_paw_development_11(X)))
& hydrophobic_core_1(fn_eukaryotic_cell_48(fn_paw_development_11(X)))
& surface_1(fn_transmembrane_protein_5(fn_paw_development_8(X)))
& outside_face_1(fn_transmembrane_protein_5(fn_paw_development_8(X)))
& surface_1(fn_electrogenic_pump_4(fn_paw_development_5(X)))
& outside_face_1(fn_eukaryotic_cell_47(fn_paw_development_11(X)))
& extracellular_side_1(fn_eukaryotic_cell_47(fn_paw_development_11(X)))
& volume_value_1(fn_contract_4(fn_paw_development_30(X)))
& volume_value_1(fn_apoptosis_62(fn_paw_development_18(X)))
& volume_value_1(fn_eukaryotic_cell_59(fn_paw_development_11(X)))
& spatial_entity_1(fn_attach_2(fn_paw_development_9(X)))
& biomembrane_1(fn_integral_protein_24(fn_paw_development_5(X)))
& spatial_entity_1(fn_transport_protein_35(fn_paw_development_5(X)))
& biomembrane_1(fn_transport_protein_35(fn_paw_development_5(X)))
& spatial_entity_1(fn_protein_pump_3(fn_paw_development_5(X)))
& biomembrane_1(fn_protein_pump_3(fn_paw_development_5(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_paw_development_8(X)))
& membrane_1(fn_electrogenic_pump_30(fn_paw_development_5(X)))
& spatial_entity_1(fn_electrogenic_pump_30(fn_paw_development_5(X)))
& biomembrane_1(fn_electrogenic_pump_30(fn_paw_development_5(X)))
& membrane_1(fn_carrier_protein_18(fn_paw_development_5(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_paw_development_5(X)))
& biomembrane_1(fn_carrier_protein_18(fn_paw_development_5(X)))
& spatial_entity_1(fn_sodium_potassium_pump_41(fn_paw_development_5(X)))
& membrane_1(fn_sodium_potassium_pump_41(fn_paw_development_5(X)))
& biomembrane_1(fn_sodium_potassium_pump_41(fn_paw_development_5(X)))
& tangible_entity_1(fn_animal_cell_73(fn_paw_development_11(X)))
& spatial_entity_1(fn_animal_cell_73(fn_paw_development_11(X)))
& biomembrane_1(fn_animal_cell_73(fn_paw_development_11(X)))
& animal_plasma_membrane_1(fn_animal_cell_73(fn_paw_development_11(X)))
& plasma_membrane_1(fn_animal_cell_73(fn_paw_development_11(X)))
& spatial_entity_1(fn_integrin_30(fn_paw_development_8(X)))
& biomembrane_1(fn_integrin_30(fn_paw_development_8(X)))
& animal_plasma_membrane_1(fn_integrin_30(fn_paw_development_8(X)))
& plasma_membrane_1(fn_integrin_30(fn_paw_development_8(X)))
& membrane_1(fn_apoptosis_58(fn_paw_development_18(X)))
& spatial_entity_1(fn_apoptosis_58(fn_paw_development_18(X)))
& biomembrane_1(fn_apoptosis_58(fn_paw_development_18(X)))
& plasma_membrane_1(fn_apoptosis_58(fn_paw_development_18(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_paw_development_11(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_paw_development_11(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_paw_development_11(X)))
& mixture_1(fn_apoptosis_55(fn_paw_development_18(X)))
& cytoplasm_1(fn_apoptosis_55(fn_paw_development_18(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_paw_development_11(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_paw_development_11(X)))
& cellular_structure_1(fn_apoptosis_20(fn_paw_development_18(X)))
& ribosome_1(fn_eukaryotic_cell_45(fn_paw_development_11(X)))
& eukaryotic_ribosome_1(fn_eukaryotic_cell_45(fn_paw_development_11(X)))
& eukaryotic_cell_1(fn_integrin_6(fn_paw_development_8(X)))
& animal_cell_1(fn_integrin_6(fn_paw_development_8(X)))
& tangible_entity_1(fn_integrin_6(fn_paw_development_8(X)))
& cell_1(fn_integrin_6(fn_paw_development_8(X)))
& tangible_entity_1(fn_contract_1(fn_paw_development_30(X)))
& cell_1(fn_intracellular_process_1(fn_paw_development_29(X)))
& cell_1(fn_vesicle_5(fn_paw_development_27(X)))
& cell_1(fn_blebbing_2(fn_paw_development_33(X)))
& cell_1(fn_blebbing_1(fn_paw_development_33(X)))
& eukaryotic_cell_1(fn_apoptosis_7(fn_paw_development_18(X)))
& break_1(fn_protease_6(fn_paw_development_23(X)))
& destroy_1(fn_apoptosis_21(fn_paw_development_18(X)))
& destroy_1(fn_apoptosis_48(fn_paw_development_18(X)))
& tangible_entity_1(fn_impair_1(fn_paw_development_31(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_paw_development_11(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_paw_development_11(X)))
& aqueous_solution_1(fn_nucleus_17(fn_paw_development_24(X)))
& aqueous_solution_1(fn_nucleus_16(fn_paw_development_24(X)))
& hydrophilic_face_1(fn_nucleus_9(fn_paw_development_24(X)))
& hydrophilic_face_1(fn_nucleus_15(fn_paw_development_24(X)))
& base_2(fn_paw_development_32(X),fn_paw_development_11(X))
& base_2(fn_paw_development_31(X),fn_paw_development_11(X))
& has_function_2(fn_paw_development_23(X),fn_paw_development_32(X))
& importance_2(fn_paw_development_18(X),fn_paw_development_1(X))
& the_scalar_value_2(fn_paw_development_1(X),high_0)
& scalar_unit_class_2(fn_paw_development_1(X),cellular_process_0)
& first_subevent_2(X,fn_paw_development_19(X))
& subevent_2(X,fn_paw_development_19(X))
& has_part_2(fn_paw_development_11(X),fn_paw_development_23(X))
& called_2(fn_paw_development_8(X),'MP1')
& object_2(fn_paw_development_31(X),fn_paw_development_24(X))
& causes_2(fn_paw_development_19(X),X)
& agent_2(fn_paw_development_32(X),fn_paw_development_23(X))
& by_means_of_2(X,fn_paw_development_18(X))
& is_across_2(fn_paw_development_5(X),fn_paw_development_12(X))
& has_part_2(fn_paw_development_12(X),fn_paw_development_5(X))
& is_across_2(fn_paw_development_5(X),fn_paw_development_3(X))
& called_2(fn_paw_development_5(X),'MP1')
& has_part_2(fn_paw_development_12(X),fn_paw_development_8(X))
& has_part_2(fn_paw_development_11(X),fn_paw_development_12(X))
& fn_paw_development_8(X) != fn_paw_development_6(X)
& fn_paw_development_6(X) != fn_paw_development_5(X)
& is_at_2(fn_paw_development_5(X),fn_paw_development_12(X))
& fn_paw_development_5(X) != fn_paw_development_8(X)
& fn_paw_development_8(X) != fn_paw_development_5(X)
& fn_paw_development_6(X) != fn_paw_development_8(X)
& fn_paw_development_5(X) != fn_paw_development_6(X)
& is_inside_2(fn_paw_development_5(X),fn_paw_development_7(X))
& subevent_2(fn_paw_development_18(X),fn_paw_development_31(X))
& subevent_2(fn_paw_development_18(X),fn_paw_development_30(X))
& from_value_2(fn_paw_development_30(X),fn_paw_development_20(X))
& the_scalar_value_2(fn_paw_development_21(X),big_0)
& scalar_unit_class_2(fn_paw_development_21(X),prokaryote_0)
& has_part_2(fn_paw_development_12(X),fn_paw_development_7(X))
& has_part_2(fn_paw_development_12(X),fn_paw_development_6(X))
& called_2(fn_paw_development_6(X),'MP2')
& directly_proportional_2(fn_paw_development_21(X),fn_paw_development_20(X))
& fn_paw_development_16(X) != fn_paw_development_17(X)
& has_region_2(fn_paw_development_13(X),fn_paw_development_15(X))
& is_between_2(fn_paw_development_13(X),fn_paw_development_16(X))
& fn_paw_development_17(X) != fn_paw_development_16(X)
& is_between_2(fn_paw_development_13(X),fn_paw_development_17(X))
& has_part_2(fn_paw_development_24(X),fn_paw_development_13(X))
& fn_paw_development_15(X) != fn_paw_development_14(X)
& has_region_2(fn_paw_development_13(X),fn_paw_development_14(X))
& is_outside_2(fn_paw_development_15(X),fn_paw_development_13(X))
& fn_paw_development_14(X) != fn_paw_development_15(X)
& is_inside_2(fn_paw_development_14(X),fn_paw_development_13(X))
& is_inside_2(fn_paw_development_15(X),fn_paw_development_16(X))
& is_outside_2(fn_paw_development_14(X),fn_paw_development_17(X))
& next_event_2(fn_paw_development_33(X),fn_paw_development_34(X))
& subevent_2(fn_paw_development_18(X),fn_paw_development_33(X))
& subevent_2(fn_paw_development_18(X),fn_paw_development_29(X))
& next_event_2(fn_paw_development_34(X),fn_paw_development_29(X))
& subevent_2(fn_paw_development_18(X),fn_paw_development_34(X))
& object_2(fn_paw_development_28(X),fn_paw_development_22(X))
& prevents_2(fn_paw_development_18(X),fn_paw_development_28(X))
& subevent_2(fn_paw_development_18(X),fn_paw_development_32(X))
& next_event_2(fn_paw_development_32(X),fn_paw_development_30(X))
& next_event_2(fn_paw_development_30(X),fn_paw_development_33(X))
& result_2(fn_paw_development_34(X),fn_paw_development_27(X))
& next_event_2(fn_paw_development_31(X),fn_paw_development_32(X))
& has_region_2(fn_paw_development_12(X),fn_paw_development_3(X))
& is_outside_2(fn_paw_development_4(X),fn_paw_development_12(X))
& has_region_2(fn_paw_development_12(X),fn_paw_development_4(X))
& is_inside_2(fn_paw_development_25(X),fn_paw_development_12(X))
& has_part_2(fn_paw_development_11(X),fn_paw_development_25(X))
& is_between_2(fn_paw_development_25(X),fn_paw_development_24(X))
& has_part_2(fn_paw_development_11(X),fn_paw_development_24(X))
& volume_2(fn_paw_development_11(X),fn_paw_development_20(X))
& base_2(fn_paw_development_9(X),fn_paw_development_12(X))
& is_between_2(fn_paw_development_25(X),fn_paw_development_12(X))
& has_part_2(fn_paw_development_11(X),fn_paw_development_26(X))
& size_2(fn_paw_development_11(X),fn_paw_development_21(X))
& is_inside_2(fn_paw_development_26(X),fn_paw_development_25(X))
& object_2(fn_paw_development_32(X),fn_paw_development_26(X))
& is_near_2(fn_paw_development_11(X),fn_paw_development_22(X))
& is_near_2(fn_paw_development_22(X),fn_paw_development_11(X))
& object_2(fn_paw_development_18(X),fn_paw_development_11(X))
& has_state_2(fn_paw_development_10(X),fn_paw_development_11(X))
& result_2(fn_paw_development_33(X),fn_paw_development_11(X))
& has_region_2(fn_paw_development_5(X),fn_paw_development_4(X))
& base_2(fn_paw_development_33(X),fn_paw_development_11(X))
& has_part_2(fn_paw_development_11(X),fn_paw_development_27(X))
& base_2(fn_paw_development_29(X),fn_paw_development_11(X))
& base_2(fn_paw_development_30(X),fn_paw_development_11(X))
& object_2(fn_paw_development_9(X),fn_paw_development_5(X))
& fn_paw_development_24(X) = fn_impair_1(fn_paw_development_31(X))
& fn_paw_development_19(X) = fn_limb_development_22(X)
& fn_paw_development_32(X) = fn_protease_6(fn_paw_development_23(X))
& fn_paw_development_18(X) = fn_mammalian_limb_development_9(X)
& fn_paw_development_12(X) = fn_integral_protein_24(fn_paw_development_5(X))
& fn_paw_development_12(X) = fn_transport_protein_35(fn_paw_development_5(X))
& fn_paw_development_12(X) = fn_protein_pump_3(fn_paw_development_5(X))
& fn_paw_development_11(X) = fn_integrin_6(fn_paw_development_8(X))
& fn_paw_development_12(X) = fn_integrin_30(fn_paw_development_8(X))
& fn_paw_development_5(X) = fn_animal_cell_75(fn_paw_development_11(X))
& fn_paw_development_6(X) = fn_integrin_9(fn_paw_development_8(X))
& fn_paw_development_5(X) = fn_integrin_9(fn_paw_development_8(X))
& fn_paw_development_5(X) = fn_integrin_8(fn_paw_development_8(X))
& fn_paw_development_20(X) = fn_apoptosis_62(fn_paw_development_18(X))
& fn_paw_development_12(X) = fn_electrogenic_pump_30(fn_paw_development_5(X))
& fn_paw_development_7(X) = fn_electrogenic_pump_19(fn_paw_development_5(X))
& fn_paw_development_12(X) = fn_carrier_protein_18(fn_paw_development_5(X))
& fn_paw_development_7(X) = fn_carrier_protein_16(fn_paw_development_5(X))
& fn_paw_development_12(X) = fn_sodium_potassium_pump_41(fn_paw_development_5(X))
& fn_paw_development_7(X) = fn_sodium_potassium_pump_22(fn_paw_development_5(X))
& fn_paw_development_7(X) = fn_eukaryotic_cell_41(fn_paw_development_11(X))
& fn_paw_development_35(X) = fn_eukaryotic_cell_28(fn_paw_development_11(X))
& fn_paw_development_6(X) = fn_animal_cell_60(fn_paw_development_11(X))
& fn_paw_development_6(X) = fn_eukaryotic_cell_50(fn_paw_development_11(X))
& fn_paw_development_36(X) = fn_contract_3(fn_paw_development_30(X))
& fn_paw_development_20(X) = fn_contract_4(fn_paw_development_30(X))
& fn_paw_development_36(X) = fn_eukaryotic_cell_60(fn_paw_development_11(X))
& fn_paw_development_5(X) = fn_attach_1(fn_paw_development_9(X))
& fn_paw_development_11(X) = fn_contract_1(fn_paw_development_30(X))
& fn_paw_development_11(X) = fn_intracellular_process_1(fn_paw_development_29(X))
& fn_paw_development_11(X) = fn_vesicle_5(fn_paw_development_27(X))
& fn_paw_development_11(X) = fn_blebbing_2(fn_paw_development_33(X))
& fn_paw_development_4(X) = fn_electrogenic_pump_4(fn_paw_development_5(X))
& fn_paw_development_10(X) = fn_blebbing_2(fn_paw_development_33(X))
& fn_paw_development_11(X) = fn_blebbing_1(fn_paw_development_33(X))
& fn_paw_development_11(X) = fn_apoptosis_7(fn_paw_development_18(X))
& fn_paw_development_26(X) = fn_apoptosis_20(fn_paw_development_18(X))
& fn_paw_development_12(X) = fn_animal_cell_73(fn_paw_development_11(X))
& fn_paw_development_3(X) = fn_animal_cell_85(fn_paw_development_11(X))
& fn_paw_development_3(X) = fn_eukaryotic_cell_48(fn_paw_development_11(X))
& fn_paw_development_12(X) = fn_transmembrane_protein_4(fn_paw_development_8(X))
& fn_paw_development_4(X) = fn_transmembrane_protein_5(fn_paw_development_8(X))
& fn_paw_development_4(X) = fn_eukaryotic_cell_47(fn_paw_development_11(X))
& fn_paw_development_24(X) = fn_eukaryotic_cell_26(fn_paw_development_11(X))
& fn_paw_development_20(X) = fn_eukaryotic_cell_59(fn_paw_development_11(X))
& fn_paw_development_12(X) = fn_attach_2(fn_paw_development_9(X))
& fn_paw_development_9(X) = fn_eukaryotic_cell_16(fn_paw_development_11(X))
& fn_paw_development_25(X) = fn_apoptosis_55(fn_paw_development_18(X))
& fn_paw_development_12(X) = fn_apoptosis_58(fn_paw_development_18(X))
& fn_paw_development_25(X) = fn_eukaryotic_cell_31(fn_paw_development_11(X))
& fn_paw_development_12(X) = fn_eukaryotic_cell_29(fn_paw_development_11(X))
& fn_paw_development_26(X) = fn_eukaryotic_cell_45(fn_paw_development_11(X))
& fn_paw_development_21(X) = fn_eukaryotic_cell_27(fn_paw_development_11(X))
& fn_paw_development_29(X) = fn_apoptosis_50(fn_paw_development_18(X))
& fn_paw_development_22(X) = fn_apoptosis_33(fn_paw_development_18(X))
& fn_paw_development_28(X) = fn_apoptosis_32(fn_paw_development_18(X))
& fn_paw_development_32(X) = fn_apoptosis_21(fn_paw_development_18(X))
& fn_paw_development_30(X) = fn_apoptosis_49(fn_paw_development_18(X))
& fn_paw_development_33(X) = fn_apoptosis_42(fn_paw_development_18(X))
& fn_paw_development_34(X) = fn_apoptosis_43(fn_paw_development_18(X))
& fn_paw_development_27(X) = fn_apoptosis_44(fn_paw_development_18(X))
& fn_paw_development_31(X) = fn_apoptosis_21(fn_paw_development_18(X))
& fn_paw_development_32(X) = fn_apoptosis_48(fn_paw_development_18(X))
& fn_paw_development_15(X) = fn_nucleus_15(fn_paw_development_24(X))
& fn_paw_development_16(X) = fn_nucleus_16(fn_paw_development_24(X))
& fn_paw_development_17(X) = fn_nucleus_17(fn_paw_development_24(X))
& fn_paw_development_14(X) = fn_nucleus_9(fn_paw_development_24(X))
& fn_paw_development_13(X) = fn_nucleus_13(fn_paw_development_24(X))
& fn_paw_development_15(X) = fn_nucleus_9(fn_paw_development_24(X))
& fn_paw_development_16(X) = fn_nucleus_17(fn_paw_development_24(X))
& fn_paw_development_14(X) = fn_nucleus_15(fn_paw_development_24(X))
& fn_paw_development_17(X) = fn_nucleus_16(fn_paw_development_24(X))
& fn_sodium_potassium_pump_22(fn_paw_development_5(X)) = fn_carrier_protein_16(fn_paw_development_5(X))
& fn_carrier_protein_16(fn_paw_development_5(X)) = fn_sodium_potassium_pump_22(fn_paw_development_5(X))
& fn_sodium_potassium_pump_22(fn_paw_development_5(X)) = fn_sodium_potassium_pump_22(fn_paw_development_5(X))
& fn_electrogenic_pump_19(fn_paw_development_5(X)) = fn_sodium_potassium_pump_22(fn_paw_development_5(X))
& fn_sodium_potassium_pump_22(fn_paw_development_5(X)) = fn_electrogenic_pump_19(fn_paw_development_5(X))
& fn_electrogenic_pump_19(fn_paw_development_5(X)) = fn_electrogenic_pump_19(fn_paw_development_5(X))
& fn_electrogenic_pump_19(fn_paw_development_5(X)) = fn_eukaryotic_cell_41(fn_paw_development_11(X))
& fn_eukaryotic_cell_41(fn_paw_development_11(X)) = fn_animal_cell_60(fn_paw_development_11(X))
& fn_integrin_9(fn_paw_development_8(X)) = fn_animal_cell_60(fn_paw_development_11(X))
& fn_animal_cell_60(fn_paw_development_11(X)) = fn_integrin_9(fn_paw_development_8(X))
& fn_integrin_9(fn_paw_development_8(X)) = fn_integrin_9(fn_paw_development_8(X))
& fn_integrin_9(fn_paw_development_8(X)) = fn_eukaryotic_cell_50(fn_paw_development_11(X))
& fn_eukaryotic_cell_50(fn_paw_development_11(X)) = fn_eukaryotic_cell_50(fn_paw_development_11(X))
& fn_eukaryotic_cell_50(fn_paw_development_11(X)) = fn_contract_3(fn_paw_development_30(X))
& fn_contract_3(fn_paw_development_30(X)) = fn_eukaryotic_cell_60(fn_paw_development_11(X))
& fn_eukaryotic_cell_60(fn_paw_development_11(X)) = fn_animal_cell_75(fn_paw_development_11(X))
& fn_animal_cell_75(fn_paw_development_11(X)) = fn_integrin_9(fn_paw_development_8(X))
& fn_integrin_9(fn_paw_development_8(X)) = fn_animal_cell_75(fn_paw_development_11(X))
& fn_animal_cell_75(fn_paw_development_11(X)) = fn_animal_cell_75(fn_paw_development_11(X))
& fn_integrin_8(fn_paw_development_8(X)) = fn_animal_cell_75(fn_paw_development_11(X))
& fn_animal_cell_75(fn_paw_development_11(X)) = fn_integrin_8(fn_paw_development_8(X))
& fn_integrin_8(fn_paw_development_8(X)) = fn_integrin_8(fn_paw_development_8(X))
& fn_integrin_8(fn_paw_development_8(X)) = fn_attach_1(fn_paw_development_9(X))
& fn_attach_1(fn_paw_development_9(X)) = fn_animal_cell_85(fn_paw_development_11(X))
& fn_animal_cell_85(fn_paw_development_11(X)) = fn_animal_cell_85(fn_paw_development_11(X))
& fn_animal_cell_85(fn_paw_development_11(X)) = fn_eukaryotic_cell_48(fn_paw_development_11(X))
& fn_eukaryotic_cell_48(fn_paw_development_11(X)) = fn_electrogenic_pump_4(fn_paw_development_5(X))
& fn_electrogenic_pump_4(fn_paw_development_5(X)) = fn_transmembrane_protein_5(fn_paw_development_8(X))
& fn_transmembrane_protein_5(fn_paw_development_8(X)) = fn_electrogenic_pump_4(fn_paw_development_5(X))
& fn_electrogenic_pump_4(fn_paw_development_5(X)) = fn_eukaryotic_cell_47(fn_paw_development_11(X))
& fn_eukaryotic_cell_47(fn_paw_development_11(X)) = fn_eukaryotic_cell_47(fn_paw_development_11(X))
& fn_eukaryotic_cell_47(fn_paw_development_11(X)) = fn_contract_4(fn_paw_development_30(X))
& fn_apoptosis_62(fn_paw_development_18(X)) = fn_contract_4(fn_paw_development_30(X))
& fn_contract_4(fn_paw_development_30(X)) = fn_apoptosis_62(fn_paw_development_18(X))
& fn_apoptosis_62(fn_paw_development_18(X)) = fn_eukaryotic_cell_59(fn_paw_development_11(X))
& fn_eukaryotic_cell_59(fn_paw_development_11(X)) = fn_eukaryotic_cell_59(fn_paw_development_11(X))
& fn_eukaryotic_cell_59(fn_paw_development_11(X)) = fn_integral_protein_24(fn_paw_development_5(X))
& fn_integral_protein_24(fn_paw_development_5(X)) = fn_attach_2(fn_paw_development_9(X))
& fn_attach_2(fn_paw_development_9(X)) = fn_integral_protein_24(fn_paw_development_5(X))
& fn_integral_protein_24(fn_paw_development_5(X)) = fn_transport_protein_35(fn_paw_development_5(X))
& fn_transport_protein_35(fn_paw_development_5(X)) = fn_transport_protein_35(fn_paw_development_5(X))
& fn_transport_protein_35(fn_paw_development_5(X)) = fn_protein_pump_3(fn_paw_development_5(X))
& fn_protein_pump_3(fn_paw_development_5(X)) = fn_protein_pump_3(fn_paw_development_5(X))
& fn_protein_pump_3(fn_paw_development_5(X)) = fn_transmembrane_protein_4(fn_paw_development_8(X))
& fn_transmembrane_protein_4(fn_paw_development_8(X)) = fn_transmembrane_protein_4(fn_paw_development_8(X))
& fn_electrogenic_pump_30(fn_paw_development_5(X)) = fn_electrogenic_pump_30(fn_paw_development_5(X))
& fn_electrogenic_pump_30(fn_paw_development_5(X)) = fn_transmembrane_protein_4(fn_paw_development_8(X))
& fn_transmembrane_protein_4(fn_paw_development_8(X)) = fn_electrogenic_pump_30(fn_paw_development_5(X))
& fn_carrier_protein_18(fn_paw_development_5(X)) = fn_electrogenic_pump_30(fn_paw_development_5(X))
& fn_electrogenic_pump_30(fn_paw_development_5(X)) = fn_carrier_protein_18(fn_paw_development_5(X))
& fn_carrier_protein_18(fn_paw_development_5(X)) = fn_carrier_protein_18(fn_paw_development_5(X))
& fn_sodium_potassium_pump_41(fn_paw_development_5(X)) = fn_carrier_protein_18(fn_paw_development_5(X))
& fn_carrier_protein_18(fn_paw_development_5(X)) = fn_sodium_potassium_pump_41(fn_paw_development_5(X))
& fn_animal_cell_73(fn_paw_development_11(X)) = fn_sodium_potassium_pump_41(fn_paw_development_5(X))
& fn_sodium_potassium_pump_41(fn_paw_development_5(X)) = fn_animal_cell_73(fn_paw_development_11(X))
& fn_integrin_30(fn_paw_development_8(X)) = fn_animal_cell_73(fn_paw_development_11(X))
& fn_animal_cell_73(fn_paw_development_11(X)) = fn_animal_cell_73(fn_paw_development_11(X))
& fn_animal_cell_73(fn_paw_development_11(X)) = fn_integrin_30(fn_paw_development_8(X))
& fn_integrin_30(fn_paw_development_8(X)) = fn_integrin_30(fn_paw_development_8(X))
& fn_integrin_30(fn_paw_development_8(X)) = fn_apoptosis_58(fn_paw_development_18(X))
& fn_apoptosis_58(fn_paw_development_18(X)) = fn_apoptosis_58(fn_paw_development_18(X))
& fn_eukaryotic_cell_29(fn_paw_development_11(X)) = fn_eukaryotic_cell_29(fn_paw_development_11(X))
& fn_eukaryotic_cell_29(fn_paw_development_11(X)) = fn_apoptosis_58(fn_paw_development_18(X))
& fn_apoptosis_58(fn_paw_development_18(X)) = fn_eukaryotic_cell_29(fn_paw_development_11(X))
& fn_eukaryotic_cell_29(fn_paw_development_11(X)) = fn_apoptosis_55(fn_paw_development_18(X))
& fn_apoptosis_55(fn_paw_development_18(X)) = fn_apoptosis_55(fn_paw_development_18(X))
& fn_eukaryotic_cell_31(fn_paw_development_11(X)) = fn_eukaryotic_cell_31(fn_paw_development_11(X))
& fn_eukaryotic_cell_31(fn_paw_development_11(X)) = fn_apoptosis_55(fn_paw_development_18(X))
& fn_apoptosis_55(fn_paw_development_18(X)) = fn_eukaryotic_cell_31(fn_paw_development_11(X))
& fn_eukaryotic_cell_31(fn_paw_development_11(X)) = fn_apoptosis_20(fn_paw_development_18(X))
& fn_apoptosis_20(fn_paw_development_18(X)) = fn_apoptosis_20(fn_paw_development_18(X))
& fn_apoptosis_20(fn_paw_development_18(X)) = fn_eukaryotic_cell_45(fn_paw_development_11(X))
& fn_eukaryotic_cell_45(fn_paw_development_11(X)) = fn_integrin_6(fn_paw_development_8(X))
& fn_integrin_6(fn_paw_development_8(X)) = fn_contract_1(fn_paw_development_30(X))
& fn_contract_1(fn_paw_development_30(X)) = fn_contract_1(fn_paw_development_30(X))
& fn_contract_1(fn_paw_development_30(X)) = fn_intracellular_process_1(fn_paw_development_29(X))
& fn_intracellular_process_1(fn_paw_development_29(X)) = fn_intracellular_process_1(fn_paw_development_29(X))
& fn_intracellular_process_1(fn_paw_development_29(X)) = fn_vesicle_5(fn_paw_development_27(X))
& fn_vesicle_5(fn_paw_development_27(X)) = fn_vesicle_5(fn_paw_development_27(X))
& fn_vesicle_5(fn_paw_development_27(X)) = fn_blebbing_2(fn_paw_development_33(X))
& fn_blebbing_2(fn_paw_development_33(X)) = fn_blebbing_2(fn_paw_development_33(X))
& fn_blebbing_2(fn_paw_development_33(X)) = fn_blebbing_1(fn_paw_development_33(X))
& fn_blebbing_1(fn_paw_development_33(X)) = fn_blebbing_1(fn_paw_development_33(X))
& fn_blebbing_1(fn_paw_development_33(X)) = fn_apoptosis_7(fn_paw_development_18(X))
& fn_apoptosis_7(fn_paw_development_18(X)) = fn_apoptosis_7(fn_paw_development_18(X))
& fn_apoptosis_7(fn_paw_development_18(X)) = fn_protease_6(fn_paw_development_23(X))
& fn_protease_6(fn_paw_development_23(X)) = fn_apoptosis_21(fn_paw_development_18(X))
& fn_apoptosis_21(fn_paw_development_18(X)) = fn_apoptosis_21(fn_paw_development_18(X))
& fn_apoptosis_21(fn_paw_development_18(X)) = fn_apoptosis_48(fn_paw_development_18(X))
& fn_apoptosis_48(fn_paw_development_18(X)) = fn_apoptosis_48(fn_paw_development_18(X))
& fn_apoptosis_48(fn_paw_development_18(X)) = fn_impair_1(fn_paw_development_31(X))
& fn_impair_1(fn_paw_development_31(X)) = fn_eukaryotic_cell_26(fn_paw_development_11(X))
& fn_eukaryotic_cell_26(fn_paw_development_11(X)) = fn_eukaryotic_cell_26(fn_paw_development_11(X))
& fn_eukaryotic_cell_26(fn_paw_development_11(X)) = fn_nucleus_16(fn_paw_development_24(X))
& fn_nucleus_16(fn_paw_development_24(X)) = fn_nucleus_16(fn_paw_development_24(X))
& fn_nucleus_16(fn_paw_development_24(X)) = fn_nucleus_17(fn_paw_development_24(X))
& fn_nucleus_17(fn_paw_development_24(X)) = fn_nucleus_15(fn_paw_development_24(X))
& fn_nucleus_15(fn_paw_development_24(X)) = fn_nucleus_9(fn_paw_development_24(X))
& fn_nucleus_9(fn_paw_development_24(X)) = fn_nucleus_9(fn_paw_development_24(X))
& fn_nucleus_9(fn_paw_development_24(X)) = fn_nucleus_17(fn_paw_development_24(X))
& fn_nucleus_17(fn_paw_development_24(X)) = fn_nucleus_17(fn_paw_development_24(X))
& fn_nucleus_17(fn_paw_development_24(X)) = fn_nucleus_16(fn_paw_development_24(X))
& fn_nucleus_16(fn_paw_development_24(X)) = fn_nucleus_9(fn_paw_development_24(X))
& fn_nucleus_9(fn_paw_development_24(X)) = fn_nucleus_15(fn_paw_development_24(X))
& fn_nucleus_15(fn_paw_development_24(X)) = fn_nucleus_15(fn_paw_development_24(X)) ) ) ).
fof(a531574,axiom,
! [X] :
( pb_plus_2_1(X)
=> ( original_name_2(X,'Pb-Plus-2')
& user_description_2(X,'An Ion of Lead with 2 positive charge.')
& concept2words_2(X,lead)
& concept2words_2(X,'pb plus 2')
& concept2words_2(X,'pb-plus-2')
& cation_1(X)
& monoatomic_ion_1(X)
& ~ ba_plus_2_1(X)
& ~ ch3nh3_plus_1(X)
& ~ cs_plus_1(X)
& ~ nh4_plus_1(X)
& lead_1(fn_pb_plus_2_1(X))
& charge_value_1(fn_pb_plus_2_2(X))
& proton_1(fn_pb_plus_2_3(X))
& the_cardinal_value_2(fn_pb_plus_2_2(X),"2")
& cardinal_unit_class_2(fn_pb_plus_2_2(X),unity_0)
& has_ion_2(fn_pb_plus_2_1(X),X)
& exactCardinality(X,has_part_0,"82",proton_0)
& exactCardinality(X,has_part_0,"80",electron_0)
& has_part_2(X,fn_pb_plus_2_3(X))
& charge_2(X,fn_pb_plus_2_2(X))
& fn_pb_plus_2_3(X) = fn_monoatomic_ion_1(X)
& fn_pb_plus_2_3(X) = fn_cation_1(X)
& fn_pb_plus_2_4(X) = fn_cation_4(X)
& fn_pb_plus_2_2(X) = fn_cation_5(X)
& fn_monoatomic_ion_1(X) = fn_cation_1(X) ) ) ).
fof(a531575,axiom,
! [X] :
( pdgf_receptor_1(X)
=> ( original_name_2(X,'PDGF-Receptor')
& user_description_2(X,'Receptor found on the surface of cells which receives the signal carried by platelet derived growth factor (PDGF).')
& concept2words_2(X,'pdgf receptor')
& concept2words_2(X,'pdgf-receptor')
& receptor_protein_1(X) ) ) ).
fof(a531576,axiom,
! [X] :
( pea_1(X)
=> ( original_name_2(X,'Pea')
& user_description_2(X,'The plant used by Gregor Mendel to study inheritance of traits.')
& concept2words_2(X,pea)
& legume_1(X) ) ) ).
fof(a531577,axiom,
! [X] :
( peanut_butter_1(X)
=> ( original_name_2(X,'Peanut-Butter')
& user_description_2(X,'Peanut butter is a food paste made primarily from ground dry roasted peanuts, popular in North America, the Netherlands and the United Kingdom.')
& concept2words_2(X,'butter of peanut')
& concept2words_2(X,'peanut butter')
& concept2words_2(X,'peanut-butter')
& semisolid_substance_1(X)
& agricultural_product_1(X)
& ~ margarine_1(X)
& unsaturated_fat_1(fn_peanut_butter_1(X))
& saturated_fat_1(fn_peanut_butter_2(X))
& has_part_2(X,fn_peanut_butter_1(X))
& has_part_2(X,fn_peanut_butter_2(X)) ) ) ).
fof(a531578,axiom,
! [X] :
( peat_1(X)
=> ( original_name_2(X,'Peat')
& user_description_2(X,'An accumulation of partially decayed vegetation, the major component of which is wetland moss from the genus Sphagnum.')
& concept2words_2(X,turf)
& concept2words_2(X,peat)
& detritus_1(X)
& ~ suspension_1(X)
& ~ acid_chyme_1(X)
& ~ feces_1(X)
& ~ homogenate_1(X)
& ~ homogeneous_mixture_1(X)
& ~ loam_1(X)
& ~ mesohyl_1(X)
& ~ protobiont_1(X)
& ~ saliva_1(X)
& ~ soil_1(X)
& ~ topsoil_1(X) ) ) ).
fof(a531579,axiom,
! [X] :
( pectin_1(X)
=> ( original_name_2(X,'Pectin')
& user_description_2(X,'In plant cells, pectin consists of a complex set of polysaccharides that are present in most primary cell walls and particularly abundant in the non-woody parts of terrestrial plants. Pectin is present not only throughout primary cell walls but also in the middle lamella between plant cells where it helps to bind cells together.')
& concept2words_2(X,'gelling agent')
& concept2words_2(X,'gelling-agent')
& concept2words_2(X,pectin)
& noncellulose_polysaccharide_1(X)
& kinetic_energy_1(fn_pectin_4(X))
& constant_motion_1(fn_pectin_5(X))
& speed_value_1(fn_pectin_6(X))
& quantity_value_1(fn_pectin_7(X))
& electronegativity_value_1(fn_pectin_8(X))
& size_value_1(fn_pectin_11(X))
& size_value_1(fn_pectin_12(X))
& hydrogen_1(fn_pectin_13(X))
& entity_1(fn_pectin_13(X))
& chemical_entity_1(fn_pectin_13(X))
& atom_1(fn_pectin_13(X))
& monosaccharide_1(fn_pectin_14(X))
& chemical_entity_1(fn_pectin_14(X))
& add_1(fn_pectin_15(X))
& plant_cell_wall_1(fn_pectin_16(X))
& attract_1(fn_pectin_17(X))
& hydrophilic_region_1(fn_pectin_18(X))
& synthesis_of_carbohydrate_1(fn_pectin_19(X))
& plant_cell_1(fn_pectin_20(X))
& entity_1(fn_pectin_21(X))
& chemical_entity_1(fn_pectin_21(X))
& atom_1(fn_pectin_21(X))
& oxygen_1(fn_pectin_21(X))
& functional_group_1(fn_pectin_22(X))
& carbonyl_group_1(fn_pectin_22(X))
& entity_1(fn_pectin_23(X))
& chemical_entity_1(fn_pectin_23(X))
& atom_1(fn_pectin_23(X))
& oxygen_1(fn_pectin_23(X))
& hold_together_1(fn_pectin_24(X))
& double_bond_1(fn_pectin_25(X))
& covalent_bond_1(fn_pectin_25(X))
& chemical_bond_1(fn_pectin_25(X))
& electronegativity_value_1(fn_pectin_26(X))
& electronegativity_value_1(fn_pectin_27(X))
& carbon_skeleton_1(fn_pectin_28(X))
& functional_group_1(fn_pectin_29(X))
& hydroxyl_group_1(fn_pectin_29(X))
& entity_1(fn_pectin_30(X))
& chemical_entity_1(fn_pectin_30(X))
& atom_1(fn_pectin_30(X))
& carbon_1(fn_pectin_30(X))
& spatial_entity_1(fn_add_2(fn_pectin_15(X)))
& cell_1(fn_metabolic_pathway_1(fn_pectin_19(X)))
& property_node_1(fn_oxygen_6(fn_pectin_23(X)))
& attract_1(fn_hydrophilic_region_2(fn_pectin_18(X)))
& electronegativity_value_1(fn_oxygen_5(fn_pectin_23(X)))
& chemical_entity_1(fn_functional_group_1(fn_pectin_22(X)))
& chemical_entity_1(fn_functional_group_1(fn_pectin_29(X)))
& carbohydrate_1(fn_synthesis_of_carbohydrate_2(fn_pectin_19(X)))
& entity_1(fn_attract_2(fn_pectin_17(X)))
& spatial_entity_1(fn_add_1(fn_pectin_15(X)))
& entity_1(fn_carbonyl_group_7(fn_pectin_22(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_pectin_22(X)))
& atom_1(fn_carbonyl_group_7(fn_pectin_22(X)))
& carbon_1(fn_carbonyl_group_7(fn_pectin_22(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_pectin_29(X)))
& oxygen_1(fn_carbonyl_group_9(fn_pectin_22(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_pectin_29(X)))
& entity_1(fn_covalent_bond_20(fn_pectin_25(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_pectin_25(X)))
& atom_1(fn_covalent_bond_20(fn_pectin_25(X)))
& hold_together_1(fn_carbonyl_group_10(fn_pectin_22(X)))
& hold_together_1(fn_covalent_bond_14(fn_pectin_25(X)))
& hold_together_1(fn_chemical_bond_3(fn_pectin_25(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_pectin_25(X)))
& double_bond_1(fn_carbonyl_group_8(fn_pectin_22(X)))
& the_cardinal_value_2(fn_pectin_26(X),"3.44")
& cardinal_unit_class_2(fn_pectin_26(X),unity_0)
& has_function_2(X,fn_pectin_17(X))
& base_2(fn_pectin_15(X),fn_pectin_16(X))
& base_2(fn_pectin_19(X),fn_pectin_20(X))
& result_2(fn_pectin_19(X),X)
& agent_2(fn_pectin_17(X),X)
& is_inside_2(fn_pectin_23(X),fn_pectin_29(X))
& object_2(fn_pectin_15(X),X)
& electronegativity_2(fn_pectin_23(X),fn_pectin_8(X))
& has_region_2(X,fn_pectin_18(X))
& has_part_2(X,fn_pectin_13(X))
& has_part_2(X,fn_pectin_30(X))
& object_2(fn_pectin_24(X),fn_pectin_23(X))
& the_cardinal_value_2(fn_pectin_27(X),"2.1")
& cardinal_unit_class_2(fn_pectin_27(X),unity_0)
& fn_pectin_8(X) != fn_pectin_27(X)
& the_cardinal_value_2(fn_pectin_8(X),"3.44")
& cardinal_unit_class_2(fn_pectin_8(X),unity_0)
& fn_pectin_27(X) != fn_pectin_8(X)
& size_2(X,fn_pectin_11(X))
& greater_than_2(fn_pectin_11(X),fn_pectin_12(X))
& size_2(fn_pectin_14(X),fn_pectin_12(X))
& has_part_2(X,fn_pectin_14(X))
& has_part_2(X,fn_pectin_21(X))
& has_region_2(X,fn_pectin_28(X))
& is_inside_2(fn_pectin_30(X),fn_pectin_28(X))
& fn_pectin_30(X) != fn_pectin_23(X)
& fn_pectin_23(X) != fn_pectin_30(X)
& fn_pectin_13(X) != fn_pectin_23(X)
& fn_pectin_23(X) != fn_pectin_13(X)
& is_between_2(fn_pectin_25(X),fn_pectin_23(X))
& possesses_2(X,fn_pectin_25(X))
& has_region_2(X,fn_pectin_22(X))
& is_inside_2(fn_pectin_23(X),fn_pectin_22(X))
& has_part_2(X,fn_pectin_23(X))
& object_2(fn_pectin_5(X),X)
& speed_2(fn_pectin_5(X),fn_pectin_6(X))
& directly_proportional_2(fn_pectin_6(X),fn_pectin_7(X))
& quantity_2(fn_pectin_4(X),fn_pectin_7(X))
& possesses_2(X,fn_pectin_4(X))
& fn_pectin_27(X) != fn_pectin_26(X)
& electronegativity_2(fn_pectin_21(X),fn_pectin_26(X))
& is_inside_2(fn_pectin_21(X),fn_pectin_29(X))
& fn_pectin_26(X) != fn_pectin_27(X)
& fn_pectin_23(X) != fn_pectin_21(X)
& fn_pectin_21(X) != fn_pectin_23(X)
& has_region_2(X,fn_pectin_29(X))
& is_inside_2(fn_pectin_13(X),fn_pectin_29(X))
& electronegativity_2(fn_pectin_13(X),fn_pectin_27(X))
& fn_pectin_21(X) != fn_pectin_13(X)
& fn_pectin_13(X) != fn_pectin_21(X)
& is_inside_2(fn_pectin_30(X),fn_pectin_22(X))
& object_2(fn_pectin_24(X),fn_pectin_21(X))
& agent_2(fn_pectin_24(X),fn_pectin_25(X))
& is_inside_2(fn_pectin_21(X),fn_pectin_22(X))
& is_between_2(fn_pectin_25(X),fn_pectin_21(X))
& is_between_2(fn_pectin_25(X),fn_pectin_30(X))
& fn_pectin_30(X) != fn_pectin_21(X)
& fn_pectin_21(X) != fn_pectin_30(X)
& object_2(fn_pectin_24(X),fn_pectin_13(X))
& has_function_2(fn_pectin_25(X),fn_pectin_24(X))
& site_2(fn_pectin_17(X),fn_pectin_18(X))
& object_2(fn_pectin_24(X),fn_pectin_14(X))
& is_between_2(fn_pectin_25(X),fn_pectin_14(X))
& is_between_2(fn_pectin_25(X),fn_pectin_13(X))
& fn_pectin_16(X) = fn_add_2(fn_pectin_15(X))
& fn_pectin_20(X) = fn_metabolic_pathway_1(fn_pectin_19(X))
& X = fn_synthesis_of_carbohydrate_2(fn_pectin_19(X))
& X = fn_attract_2(fn_pectin_17(X))
& fn_pectin_23(X) = fn_hydroxyl_group_4(fn_pectin_29(X))
& X = fn_add_1(fn_pectin_15(X))
& fn_pectin_1(X) = fn_oxygen_6(fn_pectin_23(X))
& fn_pectin_8(X) = fn_oxygen_5(fn_pectin_23(X))
& fn_pectin_18(X) = fn_carbohydrate_2(X)
& fn_pectin_10(X) = fn_polysaccharide_20(X)
& fn_pectin_24(X) = fn_polysaccharide_27(X)
& fn_pectin_9(X) = fn_polysaccharide_19(X)
& fn_pectin_3(X) = fn_polysaccharide_2(X)
& fn_pectin_31(X) = fn_polysaccharide_9(X)
& fn_pectin_2(X) = fn_polysaccharide_1(X)
& fn_pectin_32(X) = fn_polysaccharide_10(X)
& fn_pectin_8(X) = fn_polysaccharide_12(X)
& fn_pectin_14(X) = fn_polysaccharide_24(X)
& fn_pectin_14(X) = fn_polysaccharide_23(X)
& fn_pectin_12(X) = fn_polysaccharide_22(X)
& fn_pectin_11(X) = fn_polysaccharide_21(X)
& fn_pectin_23(X) = fn_polysaccharide_15(X)
& fn_pectin_30(X) = fn_polysaccharide_14(X)
& fn_pectin_28(X) = fn_polysaccharide_18(X)
& X = fn_functional_group_1(fn_pectin_22(X))
& fn_pectin_22(X) = fn_carbohydrate_34(X)
& fn_pectin_22(X) = fn_polysaccharide_17(X)
& fn_pectin_25(X) = fn_polymer_1(X)
& fn_pectin_25(X) = fn_carbohydrate_35(X)
& fn_pectin_23(X) = fn_carbohydrate_39(X)
& fn_pectin_25(X) = fn_polysaccharide_29(X)
& fn_pectin_4(X) = fn_polysaccharide_3(X)
& fn_pectin_7(X) = fn_polysaccharide_7(X)
& fn_pectin_6(X) = fn_polysaccharide_6(X)
& fn_pectin_5(X) = fn_polysaccharide_5(X)
& fn_pectin_23(X) = fn_polysaccharide_11(X)
& fn_pectin_21(X) = fn_polysaccharide_15(X)
& fn_pectin_26(X) = fn_polysaccharide_12(X)
& fn_pectin_27(X) = fn_polysaccharide_13(X)
& fn_pectin_21(X) = fn_hydroxyl_group_4(fn_pectin_29(X))
& fn_pectin_21(X) = fn_polysaccharide_11(X)
& fn_pectin_13(X) = fn_hydroxyl_group_6(fn_pectin_29(X))
& fn_pectin_13(X) = fn_polysaccharide_26(X)
& X = fn_functional_group_1(fn_pectin_29(X))
& fn_pectin_29(X) = fn_polysaccharide_16(X)
& fn_pectin_24(X) = fn_carbonyl_group_10(fn_pectin_22(X))
& fn_pectin_25(X) = fn_carbonyl_group_8(fn_pectin_22(X))
& fn_pectin_30(X) = fn_carbonyl_group_7(fn_pectin_22(X))
& fn_pectin_21(X) = fn_carbonyl_group_9(fn_pectin_22(X))
& fn_pectin_24(X) = fn_covalent_bond_14(fn_pectin_25(X))
& fn_pectin_13(X) = fn_covalent_bond_20(fn_pectin_25(X))
& fn_pectin_24(X) = fn_chemical_bond_3(fn_pectin_25(X))
& fn_pectin_14(X) = fn_chemical_bond_4(fn_pectin_25(X))
& fn_pectin_17(X) = fn_hydrophilic_region_2(fn_pectin_18(X))
& fn_oxygen_5(fn_pectin_23(X)) = fn_oxygen_5(fn_pectin_23(X))
& fn_oxygen_5(fn_pectin_23(X)) = fn_polysaccharide_12(X)
& fn_polysaccharide_12(X) = fn_polysaccharide_12(X)
& fn_polysaccharide_12(X) = fn_hydroxyl_group_4(fn_pectin_29(X))
& fn_hydroxyl_group_4(fn_pectin_29(X)) = fn_carbohydrate_39(X)
& fn_polysaccharide_15(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_polysaccharide_15(X)
& fn_polysaccharide_11(X) = fn_synthesis_of_carbohydrate_2(fn_pectin_19(X))
& fn_synthesis_of_carbohydrate_2(fn_pectin_19(X)) = fn_functional_group_1(fn_pectin_22(X))
& fn_functional_group_1(fn_pectin_22(X)) = fn_functional_group_1(fn_pectin_29(X))
& fn_functional_group_1(fn_pectin_29(X)) = fn_synthesis_of_carbohydrate_2(fn_pectin_19(X))
& fn_synthesis_of_carbohydrate_2(fn_pectin_19(X)) = fn_attract_2(fn_pectin_17(X))
& fn_attract_2(fn_pectin_17(X)) = fn_attract_2(fn_pectin_17(X))
& fn_attract_2(fn_pectin_17(X)) = fn_add_1(fn_pectin_15(X))
& fn_add_1(fn_pectin_15(X)) = fn_polysaccharide_14(X)
& fn_polysaccharide_14(X) = fn_polysaccharide_14(X)
& fn_polysaccharide_14(X) = fn_carbonyl_group_7(fn_pectin_22(X))
& fn_carbonyl_group_7(fn_pectin_22(X)) = fn_carbonyl_group_7(fn_pectin_22(X))
& fn_carbonyl_group_7(fn_pectin_22(X)) = fn_carbohydrate_34(X)
& fn_polysaccharide_17(X) = fn_carbohydrate_34(X)
& fn_carbohydrate_34(X) = fn_polysaccharide_17(X)
& fn_polysaccharide_17(X) = fn_polysaccharide_15(X)
& fn_polysaccharide_15(X) = fn_hydroxyl_group_4(fn_pectin_29(X))
& fn_hydroxyl_group_4(fn_pectin_29(X)) = fn_hydroxyl_group_4(fn_pectin_29(X))
& fn_hydroxyl_group_4(fn_pectin_29(X)) = fn_polysaccharide_15(X)
& fn_polysaccharide_15(X) = fn_polysaccharide_15(X)
& fn_polysaccharide_15(X) = fn_polysaccharide_11(X)
& fn_polysaccharide_11(X) = fn_polysaccharide_11(X)
& fn_polysaccharide_11(X) = fn_carbonyl_group_9(fn_pectin_22(X))
& fn_carbonyl_group_9(fn_pectin_22(X)) = fn_carbonyl_group_9(fn_pectin_22(X))
& fn_carbonyl_group_9(fn_pectin_22(X)) = fn_polysaccharide_26(X)
& fn_polysaccharide_26(X) = fn_hydroxyl_group_6(fn_pectin_29(X))
& fn_hydroxyl_group_6(fn_pectin_29(X)) = fn_polysaccharide_26(X)
& fn_polysaccharide_26(X) = fn_polysaccharide_26(X)
& fn_polysaccharide_26(X) = fn_covalent_bond_20(fn_pectin_25(X))
& fn_covalent_bond_20(fn_pectin_25(X)) = fn_covalent_bond_20(fn_pectin_25(X))
& fn_covalent_bond_20(fn_pectin_25(X)) = fn_polysaccharide_27(X)
& fn_polysaccharide_27(X) = fn_carbonyl_group_10(fn_pectin_22(X))
& fn_covalent_bond_14(fn_pectin_25(X)) = fn_carbonyl_group_10(fn_pectin_22(X))
& fn_carbonyl_group_10(fn_pectin_22(X)) = fn_carbonyl_group_10(fn_pectin_22(X))
& fn_carbonyl_group_10(fn_pectin_22(X)) = fn_covalent_bond_14(fn_pectin_25(X))
& fn_covalent_bond_14(fn_pectin_25(X)) = fn_covalent_bond_14(fn_pectin_25(X))
& fn_covalent_bond_14(fn_pectin_25(X)) = fn_chemical_bond_3(fn_pectin_25(X))
& fn_chemical_bond_3(fn_pectin_25(X)) = fn_chemical_bond_3(fn_pectin_25(X))
& fn_chemical_bond_3(fn_pectin_25(X)) = fn_polysaccharide_24(X)
& fn_polysaccharide_24(X) = fn_polysaccharide_23(X)
& fn_polysaccharide_23(X) = fn_polysaccharide_23(X)
& fn_polysaccharide_23(X) = fn_chemical_bond_4(fn_pectin_25(X))
& fn_chemical_bond_4(fn_pectin_25(X)) = fn_chemical_bond_4(fn_pectin_25(X))
& fn_chemical_bond_4(fn_pectin_25(X)) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_carbohydrate_35(X)
& fn_polysaccharide_29(X) = fn_carbohydrate_35(X)
& fn_carbohydrate_35(X) = fn_polysaccharide_29(X)
& fn_polysaccharide_29(X) = fn_polysaccharide_29(X)
& fn_polysaccharide_29(X) = fn_carbonyl_group_8(fn_pectin_22(X))
& fn_carbonyl_group_8(fn_pectin_22(X)) = fn_carbonyl_group_8(fn_pectin_22(X)) ) ) ).
fof(a531580,axiom,
! [X] :
( pedigree_1(X)
=> ( original_name_2(X,'Pedigree')
& user_description_2(X,'A family tree diagram used to show the occurrence of inherited traits over multiple generations.')
& concept2words_2(X,pedigree)
& genetic_representation_1(X)
& ~ action_spectrum_1(X)
& ~ age_structure_diagram_1(X)
& ~ cell_lineage_1(X)
& ~ cladogram_1(X)
& ~ climograph_1(X)
& ~ fate_map_1(X)
& ~ genetic_map_1(X)
& ~ genomic_representation_1(X)
& ~ genotypic_ratio_1(X)
& ~ life_table_1(X)
& ~ periodic_table_1(X)
& ~ phenotypic_ratio_1(X)
& ~ phylogenetic_tree_1(X)
& ~ punnett_square_1(X)
& ~ reproductive_table_1(X)
& ~ species_area_curve_1(X)
& ~ survivorship_curve_1(X)
& ~ tree_of_life_1(X)
& phenotype_1(fn_pedigree_1(X))
& phenotype_1(fn_pedigree_2(X))
& predict_1(fn_pedigree_3(X))
& generation_1(fn_pedigree_4(X))
& express_1(fn_pedigree_5(X))
& inheritance_1(fn_pedigree_6(X))
& object_2(fn_pedigree_5(X),fn_pedigree_1(X))
& agent_2(fn_pedigree_5(X),X)
& instrument_2(fn_pedigree_3(X),fn_pedigree_4(X))
& object_2(fn_pedigree_3(X),fn_pedigree_2(X))
& result_2(fn_pedigree_6(X),fn_pedigree_1(X))
& result_2(fn_pedigree_6(X),fn_pedigree_2(X))
& information_content_2(X,fn_pedigree_6(X))
& fn_pedigree_6(X) = fn_information_1(X) ) ) ).
fof(a531581,axiom,
! [X] :
( pelagic_zone_1(X)
=> ( original_name_2(X,'Pelagic-Zone')
& user_description_2(X,'The open-water component of aquatic biomes.')
& concept2words_2(X,'pelagic zone')
& concept2words_2(X,'pelagic-zone')
& aggregate_1(X)
& aquatic_zone_1(X)
& photic_zone_1(fn_pelagic_zone_1(X))
& aphotic_zone_1(fn_pelagic_zone_2(X))
& element_2(X,fn_pelagic_zone_1(X))
& element_2(X,fn_pelagic_zone_2(X)) ) ) ).
fof(a531582,axiom,
! [X] :
( pellet_1(X)
=> ( original_name_2(X,'Pellet')
& user_description_2(X,'Pellet is a solid material which settles at the bottom of a solution.')
& concept2words_2(X,precipitate)
& concept2words_2(X,pellet)
& solid_substance_1(X)
& ~ wood_1(X)
& ~ tissue_1(X)
& ~ stone_1(X)
& ~ rubber_1(X)
& ~ plastic_1(X)
& ~ paper_1(X)
& ~ glass_1(X)
& ~ solid_support_1(X) ) ) ).
fof(a531583,axiom,
! [X] :
( penetrate_1(X)
=> ( original_name_2(X,'Penetrate')
& concept2words_2(X,penetrate)
& action_1(X)
& spatial_entity_1(fn_penetrate_1(X))
& spatial_entity_1(fn_penetrate_2(X))
& barrier_1(fn_penetrate_3(X))
& agent_2(X,fn_penetrate_2(X))
& object_2(X,fn_penetrate_1(X))
& in_event_2(fn_penetrate_3(X),X)
& plays_2(fn_penetrate_1(X),fn_penetrate_3(X)) ) ) ).
fof(a531584,axiom,
! [X] :
( penicillin_1(X)
=> ( original_name_2(X,'Penicillin')
& user_description_2(X,'The first antibiotic discovered. It is produced by the ascomycete mold Penicillium, a fungus.')
& concept2words_2(X,penicillin)
& antibiotic_1(X)
& ~ ampicillin_1(X)
& ~ antimicrobial_protein_1(X)
& ~ erythromycin_1(X)
& ~ tetracycline_1(X)
& ~ vancomycin_1(X)
& destroy_1(fn_penicillin_1(X))
& attach_1(fn_penicillin_2(X))
& block_1(fn_penicillin_3(X))
& spatial_entity_1(fn_penicillin_4(X))
& active_site_1(fn_penicillin_4(X))
& spatial_entity_1(fn_penicillin_5(X))
& enzyme_1(fn_penicillin_5(X))
& protein_enzyme_1(fn_penicillin_5(X))
& chemical_reaction_1(fn_penicillin_6(X))
& tangible_entity_1(fn_penicillin_7(X))
& organism_1(fn_penicillin_7(X))
& prokaryote_1(fn_penicillin_7(X))
& bacterium_1(fn_penicillin_7(X))
& create_1(fn_penicillin_8(X))
& entity_1(fn_penicillin_9(X))
& cell_wall_1(fn_penicillin_9(X))
& spatial_entity_1(fn_penicillin_10(X))
& biomembrane_1(fn_penicillin_10(X))
& plasma_membrane_1(fn_penicillin_10(X))
& genome_1(fn_penicillin_11(X))
& genotype_1(fn_penicillin_11(X))
& spatial_entity_1(fn_bacterium_15(fn_penicillin_7(X)))
& biomembrane_1(fn_bacterium_15(fn_penicillin_7(X)))
& plasma_membrane_1(fn_bacterium_15(fn_penicillin_7(X)))
& spatial_entity_1(fn_block_1(fn_penicillin_3(X)))
& active_site_1(fn_enzyme_2(fn_penicillin_5(X)))
& entity_1(fn_create_1(fn_penicillin_8(X)))
& cell_wall_1(fn_bacterium_12(fn_penicillin_7(X)))
& chemical_reaction_1(fn_enzyme_4(fn_penicillin_5(X)))
& agent_2(fn_penicillin_3(X),X)
& agent_2(fn_penicillin_8(X),fn_penicillin_5(X))
& base_2(fn_penicillin_8(X),fn_penicillin_7(X))
& object_2(fn_penicillin_3(X),fn_penicillin_4(X))
& result_2(fn_penicillin_8(X),fn_penicillin_9(X))
& has_region_2(fn_penicillin_5(X),fn_penicillin_4(X))
& site_2(fn_penicillin_6(X),fn_penicillin_4(X))
& has_part_2(fn_penicillin_7(X),fn_penicillin_10(X))
& is_inside_2(fn_penicillin_10(X),fn_penicillin_9(X))
& has_part_2(fn_penicillin_7(X),fn_penicillin_9(X))
& base_2(fn_penicillin_2(X),fn_penicillin_5(X))
& object_2(fn_penicillin_2(X),X)
& has_part_2(fn_penicillin_7(X),fn_penicillin_5(X))
& has_function_2(fn_penicillin_5(X),fn_penicillin_6(X))
& agent_2(fn_penicillin_6(X),fn_penicillin_5(X))
& fn_penicillin_4(X) = fn_block_1(fn_penicillin_3(X))
& fn_penicillin_9(X) = fn_create_1(fn_penicillin_8(X))
& fn_penicillin_6(X) = fn_enzyme_4(fn_penicillin_5(X))
& fn_penicillin_4(X) = fn_enzyme_2(fn_penicillin_5(X))
& fn_penicillin_9(X) = fn_bacterium_12(fn_penicillin_7(X))
& fn_penicillin_10(X) = fn_bacterium_15(fn_penicillin_7(X))
& fn_penicillin_11(X) = fn_antibiotic_8(X)
& fn_penicillin_2(X) = fn_antibiotic_1(X)
& fn_penicillin_6(X) = fn_antibiotic_3(X)
& fn_penicillin_5(X) = fn_antibiotic_6(X)
& fn_penicillin_7(X) = fn_antibiotic_7(X)
& fn_penicillin_1(X) = fn_antibiotic_9(X)
& fn_block_1(fn_penicillin_3(X)) = fn_enzyme_2(fn_penicillin_5(X))
& fn_enzyme_2(fn_penicillin_5(X)) = fn_enzyme_2(fn_penicillin_5(X))
& fn_enzyme_2(fn_penicillin_5(X)) = fn_create_1(fn_penicillin_8(X))
& fn_create_1(fn_penicillin_8(X)) = fn_bacterium_12(fn_penicillin_7(X))
& fn_bacterium_12(fn_penicillin_7(X)) = fn_bacterium_12(fn_penicillin_7(X))
& fn_bacterium_12(fn_penicillin_7(X)) = fn_enzyme_4(fn_penicillin_5(X))
& fn_enzyme_4(fn_penicillin_5(X)) = fn_antibiotic_3(X)
& fn_antibiotic_3(X) = fn_antibiotic_3(X) ) ) ).
fof(a531585,axiom,
! [X] :
( penicillium_1(X)
=> ( original_name_2(X,'Penicillium')
& user_description_2(X,'A genus of ascomycete fungi, some members of which produce the antibiotic penicillin.')
& concept2words_2(X,penicillium)
& ascomycete_1(X)
& ~ neurospora_1(X) ) ) ).
fof(a531586,axiom,
! [X] :
( penis_1(X)
=> ( original_name_2(X,'Penis')
& user_description_2(X,'The male copulatory organ in animals.')
& concept2words_2(X,penis)
& reproductive_organ_1(X) ) ) ).
fof(a531587,axiom,
! [X] :
( pentose_1(X)
=> ( original_name_2(X,'Pentose')
& user_description_2(X,'A pentose is a monosaccharide with five carbon atoms. Pentoses are organized into two groups. Aldopentoses have an aldehyde functional group at position. Ketopentoses have a ketone functional group in position 2 or 3.')
& concept2words_2(X,'pentose sugar')
& concept2words_2(X,'pentose-sugar')
& concept2words_2(X,'five carbon sugar')
& concept2words_2(X,'five-carbon-sugar')
& concept2words_2(X,pentose)
& monosaccharide_1(X)
& kinetic_energy_1(fn_pentose_4(X))
& constant_motion_1(fn_pentose_5(X))
& speed_value_1(fn_pentose_6(X))
& quantity_value_1(fn_pentose_7(X))
& electronegativity_value_1(fn_pentose_8(X))
& hold_1(fn_pentose_9(X))
& hold_together_1(fn_pentose_9(X))
& entity_1(fn_pentose_10(X))
& chemical_entity_1(fn_pentose_10(X))
& atom_1(fn_pentose_10(X))
& oxygen_1(fn_pentose_10(X))
& functional_group_1(fn_pentose_11(X))
& hydroxyl_group_1(fn_pentose_11(X))
& functional_group_1(fn_pentose_12(X))
& carbonyl_group_1(fn_pentose_12(X))
& covalent_bond_1(fn_pentose_13(X))
& double_bond_1(fn_pentose_13(X))
& polar_covalent_bond_1(fn_pentose_14(X))
& tangible_entity_1(fn_pentose_15(X))
& entity_1(fn_pentose_15(X))
& atom_1(fn_pentose_15(X))
& chemical_entity_1(fn_pentose_15(X))
& oxygen_1(fn_pentose_15(X))
& entity_1(fn_pentose_16(X))
& chemical_entity_1(fn_pentose_16(X))
& atom_1(fn_pentose_16(X))
& hydrogen_1(fn_pentose_16(X))
& electronegativity_value_1(fn_pentose_17(X))
& electronegativity_value_1(fn_pentose_18(X))
& share_1(fn_pentose_19(X))
& carbon_skeleton_1(fn_pentose_20(X))
& entity_1(fn_pentose_21(X))
& chemical_entity_1(fn_pentose_21(X))
& atom_1(fn_pentose_21(X))
& carbon_1(fn_pentose_21(X))
& share_1(fn_covalent_bond_17(fn_pentose_13(X)))
& hold_together_1(fn_covalent_bond_14(fn_pentose_13(X)))
& entity_1(fn_covalent_bond_20(fn_pentose_13(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_pentose_13(X)))
& atom_1(fn_covalent_bond_20(fn_pentose_13(X)))
& entity_1(fn_share_3(fn_pentose_19(X)))
& entity_1(fn_share_1(fn_pentose_19(X)))
& tangible_entity_1(fn_hold_2(fn_pentose_9(X)))
& exactCardinality(X,has_part_0,"5",carbon_0)
& agent_2(fn_pentose_19(X),fn_pentose_15(X))
& object_2(fn_pentose_9(X),fn_pentose_15(X))
& has_function_2(fn_pentose_13(X),fn_pentose_9(X))
& object_2(fn_pentose_9(X),fn_pentose_21(X))
& agent_2(fn_pentose_19(X),fn_pentose_21(X))
& result_2(fn_pentose_19(X),fn_pentose_13(X))
& agent_2(fn_pentose_9(X),fn_pentose_13(X))
& object_2(fn_pentose_9(X),fn_pentose_10(X))
& has_part_2(X,fn_pentose_21(X))
& the_cardinal_value_2(fn_pentose_18(X),"3.44")
& cardinal_unit_class_2(fn_pentose_18(X),unity_0)
& has_part_2(X,fn_pentose_10(X))
& the_cardinal_value_2(fn_pentose_8(X),"3.44")
& cardinal_unit_class_2(fn_pentose_8(X),unity_0)
& electronegativity_2(fn_pentose_16(X),fn_pentose_17(X))
& the_cardinal_value_2(fn_pentose_17(X),"2.1")
& cardinal_unit_class_2(fn_pentose_17(X),unity_0)
& fn_pentose_18(X) != fn_pentose_17(X)
& fn_pentose_17(X) != fn_pentose_18(X)
& is_between_2(fn_pentose_14(X),fn_pentose_15(X))
& possesses_2(X,fn_pentose_14(X))
& has_region_2(X,fn_pentose_11(X))
& is_inside_2(fn_pentose_10(X),fn_pentose_11(X))
& is_inside_2(fn_pentose_21(X),fn_pentose_12(X))
& has_region_2(X,fn_pentose_12(X))
& possesses_2(X,fn_pentose_13(X))
& is_between_2(fn_pentose_13(X),fn_pentose_15(X))
& electronegativity_2(fn_pentose_15(X),fn_pentose_18(X))
& is_between_2(fn_pentose_13(X),fn_pentose_21(X))
& is_between_2(fn_pentose_13(X),fn_pentose_10(X))
& is_between_2(fn_pentose_14(X),fn_pentose_10(X))
& is_between_2(fn_pentose_14(X),fn_pentose_16(X))
& is_inside_2(fn_pentose_16(X),fn_pentose_11(X))
& is_inside_2(fn_pentose_21(X),fn_pentose_20(X))
& has_region_2(X,fn_pentose_20(X))
& has_part_2(X,fn_pentose_16(X))
& fn_pentose_21(X) != fn_pentose_16(X)
& fn_pentose_16(X) != fn_pentose_21(X)
& is_inside_2(fn_pentose_10(X),fn_pentose_12(X))
& is_inside_2(fn_pentose_15(X),fn_pentose_12(X))
& is_inside_2(fn_pentose_15(X),fn_pentose_11(X))
& fn_pentose_16(X) != fn_pentose_15(X)
& fn_pentose_15(X) != fn_pentose_16(X)
& fn_pentose_21(X) != fn_pentose_15(X)
& fn_pentose_15(X) != fn_pentose_21(X)
& fn_pentose_10(X) != fn_pentose_21(X)
& fn_pentose_16(X) != fn_pentose_10(X)
& fn_pentose_10(X) != fn_pentose_16(X)
& fn_pentose_21(X) != fn_pentose_10(X)
& has_part_2(X,fn_pentose_15(X))
& fn_pentose_15(X) != fn_pentose_10(X)
& electronegativity_2(fn_pentose_10(X),fn_pentose_8(X))
& fn_pentose_10(X) != fn_pentose_15(X)
& fn_pentose_17(X) != fn_pentose_8(X)
& fn_pentose_8(X) != fn_pentose_17(X)
& fn_pentose_15(X) = fn_share_3(fn_pentose_19(X))
& fn_pentose_15(X) = fn_share_1(fn_pentose_19(X))
& fn_pentose_15(X) = fn_hold_2(fn_pentose_9(X))
& fn_pentose_19(X) = fn_covalent_bond_17(fn_pentose_13(X))
& fn_pentose_21(X) = fn_covalent_bond_20(fn_pentose_13(X))
& fn_pentose_9(X) = fn_covalent_bond_14(fn_pentose_13(X))
& fn_pentose_9(X) = fn_carbohydrate_37(X)
& fn_pentose_3(X) = fn_carbohydrate_43(X)
& fn_pentose_2(X) = fn_carbohydrate_42(X)
& fn_pentose_5(X) = fn_carbohydrate_8(X)
& fn_pentose_6(X) = fn_carbohydrate_9(X)
& fn_pentose_7(X) = fn_carbohydrate_10(X)
& fn_pentose_4(X) = fn_carbohydrate_7(X)
& fn_pentose_22(X) = fn_monosaccharide_1(X)
& fn_pentose_23(X) = fn_monosaccharide_19(X)
& fn_pentose_1(X) = fn_monosaccharide_3(X)
& fn_pentose_18(X) = fn_monosaccharide_8(X)
& fn_pentose_11(X) = fn_carbohydrate_33(X)
& fn_pentose_14(X) = fn_carbohydrate_36(X)
& fn_pentose_14(X) = fn_monosaccharide_12(X)
& fn_pentose_13(X) = fn_monosaccharide_16(X)
& fn_pentose_20(X) = fn_monosaccharide_6(X)
& fn_pentose_11(X) = fn_monosaccharide_10(X)
& fn_pentose_15(X) = fn_monosaccharide_13(X)
& fn_pentose_12(X) = fn_carbohydrate_34(X)
& fn_pentose_12(X) = fn_monosaccharide_17(X)
& fn_pentose_21(X) = fn_carbohydrate_5(X)
& fn_pentose_10(X) = fn_monosaccharide_18(X)
& fn_pentose_16(X) = fn_carbohydrate_32(X)
& fn_pentose_16(X) = fn_monosaccharide_9(X)
& fn_pentose_21(X) = fn_monosaccharide_5(X)
& fn_pentose_17(X) = fn_monosaccharide_7(X)
& fn_pentose_8(X) = fn_monosaccharide_4(X)
& fn_pentose_15(X) = fn_carbohydrate_39(X)
& fn_pentose_10(X) = fn_carbohydrate_38(X)
& fn_pentose_10(X) = fn_monosaccharide_13(X)
& fn_pentose_15(X) = fn_monosaccharide_18(X)
& fn_covalent_bond_14(fn_pentose_13(X)) = fn_covalent_bond_14(fn_pentose_13(X))
& fn_covalent_bond_14(fn_pentose_13(X)) = fn_carbohydrate_37(X)
& fn_carbohydrate_37(X) = fn_monosaccharide_12(X)
& fn_monosaccharide_12(X) = fn_carbohydrate_36(X)
& fn_carbohydrate_36(X) = fn_monosaccharide_12(X)
& fn_monosaccharide_12(X) = fn_monosaccharide_12(X)
& fn_monosaccharide_12(X) = fn_monosaccharide_10(X)
& fn_monosaccharide_10(X) = fn_carbohydrate_33(X)
& fn_carbohydrate_33(X) = fn_monosaccharide_10(X)
& fn_monosaccharide_10(X) = fn_monosaccharide_10(X)
& fn_monosaccharide_10(X) = fn_carbohydrate_34(X)
& fn_monosaccharide_17(X) = fn_carbohydrate_34(X)
& fn_carbohydrate_34(X) = fn_monosaccharide_17(X)
& fn_monosaccharide_17(X) = fn_monosaccharide_17(X)
& fn_monosaccharide_17(X) = fn_monosaccharide_9(X)
& fn_monosaccharide_9(X) = fn_monosaccharide_9(X)
& fn_monosaccharide_9(X) = fn_carbohydrate_32(X)
& fn_carbohydrate_32(X) = fn_monosaccharide_9(X)
& fn_monosaccharide_9(X) = fn_covalent_bond_20(fn_pentose_13(X))
& fn_covalent_bond_20(fn_pentose_13(X)) = fn_covalent_bond_20(fn_pentose_13(X))
& fn_covalent_bond_20(fn_pentose_13(X)) = fn_carbohydrate_5(X)
& fn_monosaccharide_5(X) = fn_carbohydrate_5(X)
& fn_carbohydrate_5(X) = fn_monosaccharide_5(X)
& fn_monosaccharide_5(X) = fn_monosaccharide_5(X)
& fn_monosaccharide_5(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_monosaccharide_18(X)
& fn_monosaccharide_18(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_monosaccharide_13(X)
& fn_monosaccharide_13(X) = fn_share_3(fn_pentose_19(X))
& fn_share_3(fn_pentose_19(X)) = fn_share_1(fn_pentose_19(X))
& fn_share_1(fn_pentose_19(X)) = fn_share_1(fn_pentose_19(X))
& fn_share_1(fn_pentose_19(X)) = fn_hold_2(fn_pentose_9(X))
& fn_hold_2(fn_pentose_9(X)) = fn_hold_2(fn_pentose_9(X))
& fn_hold_2(fn_pentose_9(X)) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_monosaccharide_13(X)
& fn_monosaccharide_13(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_monosaccharide_18(X)
& fn_monosaccharide_18(X) = fn_monosaccharide_13(X)
& fn_monosaccharide_13(X) = fn_monosaccharide_13(X)
& fn_monosaccharide_13(X) = fn_monosaccharide_18(X)
& fn_monosaccharide_18(X) = fn_monosaccharide_18(X) ) ) ).
fof(a531588,axiom,
! [X] :
( pep_carboxylase_1(X)
=> ( original_name_2(X,'PEP-Carboxylase')
& user_description_2(X,'In C4 photosynthesis, PEP-Carboxylase is the first enzyme in the carbon-fixation pathway that occurs in mesophyll cells. PEP-Carboxylase adds CO2 to phosphoenolpyruvate (PEP) forming oxaloacetate.')
& concept2words_2(X,'phosphoenolpyruvate carboxylase')
& concept2words_2(X,'phosphoenolpyruvate-carboxylase')
& concept2words_2(X,pepcase)
& concept2words_2(X,pepc)
& concept2words_2(X,'pep carboxylase')
& concept2words_2(X,'pep-carboxylase')
& oxidoreductase_1(X)
& intensity_value_1(fn_pep_carboxylase_3(X))
& intensity_value_1(fn_pep_carboxylase_4(X))
& rate_value_1(fn_pep_carboxylase_5(X))
& rate_value_1(fn_pep_carboxylase_7(X))
& atp_1(fn_pep_carboxylase_11(X))
& oxygen_1(fn_pep_carboxylase_12(X))
& constant_motion_1(fn_pep_carboxylase_13(X))
& double_bond_1(fn_pep_carboxylase_14(X))
& kinetic_energy_1(fn_pep_carboxylase_15(X))
& repel_1(fn_pep_carboxylase_16(X))
& hydrophobic_region_1(fn_pep_carboxylase_17(X))
& quantity_value_1(fn_pep_carboxylase_18(X))
& speed_value_1(fn_pep_carboxylase_19(X))
& hold_together_1(fn_pep_carboxylase_20(X))
& equal_sharing_1(fn_pep_carboxylase_21(X))
& share_1(fn_pep_carboxylase_22(X))
& r_group_1(fn_pep_carboxylase_27(X))
& cofactor_1(fn_pep_carboxylase_28(X))
& decrease_1(fn_pep_carboxylase_29(X))
& active_site_1(fn_pep_carboxylase_30(X))
& protein_domain_1(fn_pep_carboxylase_31(X))
& kinetic_energy_1(fn_pep_carboxylase_32(X))
& carbon_skeleton_1(fn_pep_carboxylase_33(X))
& entity_1(fn_pep_carboxylase_34(X))
& chemical_entity_1(fn_pep_carboxylase_34(X))
& atom_1(fn_pep_carboxylase_34(X))
& carbon_1(fn_pep_carboxylase_34(X))
& entity_1(fn_pep_carboxylase_35(X))
& atom_1(fn_pep_carboxylase_35(X))
& chemical_entity_1(fn_pep_carboxylase_35(X))
& hydrophilic_region_1(fn_pep_carboxylase_36(X))
& surface_1(fn_pep_carboxylase_37(X))
& monomer_1(fn_pep_carboxylase_38(X))
& attract_1(fn_pep_carboxylase_39(X))
& attract_1(fn_pep_carboxylase_40(X))
& entity_1(fn_pep_carboxylase_41(X))
& hydrophobic_compound_1(fn_pep_carboxylase_41(X))
& molecule_1(fn_pep_carboxylase_41(X))
& carbon_dioxide_1(fn_pep_carboxylase_41(X))
& mesophyll_cell_1(fn_pep_carboxylase_42(X))
& covalent_bond_1(fn_pep_carboxylase_43(X))
& chemical_bond_1(fn_pep_carboxylase_43(X))
& nonpolar_covalent_bond_1(fn_pep_carboxylase_43(X))
& disulfide_bond_1(fn_pep_carboxylase_43(X))
& chemical_reaction_1(fn_pep_carboxylase_44(X))
& carbon_fixation_1(fn_pep_carboxylase_44(X))
& entity_1(fn_pep_carboxylase_45(X))
& rubisco_1(fn_pep_carboxylase_45(X))
& carbon_fixation_1(fn_pep_carboxylase_46(X))
& phosphoenolpyruvate_1(fn_pep_carboxylase_47(X))
& oxaloacetate_1(fn_pep_carboxylase_48(X))
& spatial_entity_1(fn_pep_carboxylase_49(X))
& chemical_entity_1(fn_pep_carboxylase_49(X))
& monomer_1(fn_pep_carboxylase_49(X))
& molecule_1(fn_pep_carboxylase_49(X))
& amino_acid_1(fn_pep_carboxylase_49(X))
& magnesium_1(fn_pep_carboxylase_50(X))
& size_value_1(fn_pep_carboxylase_51(X))
& carbon_1(fn_pep_carboxylase_52(X))
& carbon_source_1(fn_pep_carboxylase_53(X))
& cofactor_1(fn_pep_carboxylase_54(X))
& quantity_value_1(fn_pep_carboxylase_55(X))
& speed_value_1(fn_pep_carboxylase_56(X))
& constant_motion_1(fn_pep_carboxylase_57(X))
& catalyst_1(fn_pep_carboxylase_58(X))
& size_value_1(fn_pep_carboxylase_59(X))
& iron_1(fn_pep_carboxylase_60(X))
& polypeptide_1(fn_pep_carboxylase_61(X))
& entity_1(fn_attract_2(fn_pep_carboxylase_40(X)))
& chemical_entity_1(fn_cofactor_1(fn_pep_carboxylase_54(X)))
& chemical_entity_1(fn_cofactor_1(fn_pep_carboxylase_28(X)))
& cell_1(fn_carbon_fixation_1(fn_pep_carboxylase_44(X)))
& organic_molecule_1(fn_carbon_fixation_5(fn_pep_carboxylase_44(X)))
& synthesis_reaction_1(fn_rubisco_18(fn_pep_carboxylase_45(X)))
& chemical_reaction_1(fn_rubisco_18(fn_pep_carboxylase_45(X)))
& carbon_source_1(fn_carbon_fixation_4(fn_pep_carboxylase_44(X)))
& atp_1(fn_carbon_fixation_3(fn_pep_carboxylase_44(X)))
& hydrophobic_region_1(fn_hydrophobic_compound_3(fn_pep_carboxylase_41(X)))
& repel_1(fn_hydrophobic_compound_2(fn_pep_carboxylase_41(X)))
& property_node_1(fn_molecule_1(fn_pep_carboxylase_41(X)))
& kinetic_energy_1(fn_molecule_12(fn_pep_carboxylase_41(X)))
& speed_value_1(fn_molecule_3(fn_pep_carboxylase_41(X)))
& constant_motion_1(fn_molecule_8(fn_pep_carboxylase_41(X)))
& property_node_1(fn_molecule_2(fn_pep_carboxylase_41(X)))
& quantity_value_1(fn_molecule_4(fn_pep_carboxylase_41(X)))
& equal_sharing_1(fn_carbon_dioxide_6(fn_pep_carboxylase_41(X)))
& hold_together_1(fn_carbon_dioxide_7(fn_pep_carboxylase_41(X)))
& double_bond_1(fn_carbon_dioxide_2(fn_pep_carboxylase_41(X)))
& share_1(fn_carbon_dioxide_5(fn_pep_carboxylase_41(X)))
& carbon_1(fn_carbon_dioxide_3(fn_pep_carboxylase_41(X)))
& entity_1(fn_nonpolar_covalent_bond_28(fn_pep_carboxylase_43(X)))
& chemical_entity_1(fn_nonpolar_covalent_bond_28(fn_pep_carboxylase_43(X)))
& atom_1(fn_nonpolar_covalent_bond_28(fn_pep_carboxylase_43(X)))
& entity_1(fn_nonpolar_covalent_bond_29(fn_pep_carboxylase_43(X)))
& chemical_entity_1(fn_nonpolar_covalent_bond_29(fn_pep_carboxylase_43(X)))
& atom_1(fn_nonpolar_covalent_bond_29(fn_pep_carboxylase_43(X)))
& protein_1(fn_disulfide_bond_3(fn_pep_carboxylase_43(X)))
& entity_1(fn_attract_2(fn_pep_carboxylase_39(X)))
& oxygen_1(fn_carbon_dioxide_1(fn_pep_carboxylase_41(X)))
& oxygen_1(fn_carbon_dioxide_4(fn_pep_carboxylase_41(X)))
& entity_1(fn_attract_1(fn_pep_carboxylase_39(X)))
& molecule_1(fn_carbon_fixation_6(fn_pep_carboxylase_44(X)))
& in_event_2(fn_pep_carboxylase_28(X),fn_pep_carboxylase_44(X))
& intensity_2(fn_pep_carboxylase_39(X),fn_pep_carboxylase_3(X))
& greater_than_2(fn_pep_carboxylase_3(X),fn_pep_carboxylase_4(X))
& intensity_2(fn_pep_carboxylase_40(X),fn_pep_carboxylase_4(X))
& has_part_2(fn_pep_carboxylase_42(X),X)
& is_between_2(fn_pep_carboxylase_43(X),fn_pep_carboxylase_34(X))
& greater_than_2(fn_pep_carboxylase_5(X),fn_pep_carboxylase_7(X))
& greater_than_or_equal_to_2(fn_pep_carboxylase_5(X),fn_pep_carboxylase_7(X))
& raw_material_2(fn_pep_carboxylase_44(X),fn_pep_carboxylase_41(X))
& rate_2(fn_pep_carboxylase_44(X),fn_pep_carboxylase_5(X))
& instrument_2(fn_pep_carboxylase_44(X),fn_pep_carboxylase_60(X))
& rate_2(fn_pep_carboxylase_46(X),fn_pep_carboxylase_7(X))
& in_event_2(fn_pep_carboxylase_54(X),fn_pep_carboxylase_44(X))
& agent_2(fn_pep_carboxylase_40(X),fn_pep_carboxylase_45(X))
& object_2(fn_pep_carboxylase_39(X),fn_pep_carboxylase_41(X))
& plays_2(fn_pep_carboxylase_50(X),fn_pep_carboxylase_54(X))
& plays_2(fn_pep_carboxylase_60(X),fn_pep_carboxylase_28(X))
& is_between_2(fn_pep_carboxylase_43(X),fn_pep_carboxylase_35(X))
& possesses_2(X,fn_pep_carboxylase_43(X))
& agent_2(fn_pep_carboxylase_39(X),X)
& in_event_2(fn_pep_carboxylase_58(X),fn_pep_carboxylase_44(X))
& plays_2(X,fn_pep_carboxylase_58(X))
& has_function_2(X,fn_pep_carboxylase_29(X))
& enables_2(fn_pep_carboxylase_29(X),fn_pep_carboxylase_44(X))
& site_2(fn_pep_carboxylase_44(X),fn_pep_carboxylase_30(X))
& facilitates_2(fn_pep_carboxylase_30(X),fn_pep_carboxylase_44(X))
& has_function_2(X,fn_pep_carboxylase_44(X))
& possesses_2(X,fn_pep_carboxylase_32(X))
& quantity_2(fn_pep_carboxylase_32(X),fn_pep_carboxylase_55(X))
& directly_proportional_2(fn_pep_carboxylase_56(X),fn_pep_carboxylase_55(X))
& speed_2(fn_pep_carboxylase_57(X),fn_pep_carboxylase_56(X))
& object_2(fn_pep_carboxylase_57(X),X)
& has_region_2(X,fn_pep_carboxylase_37(X))
& is_at_2(fn_pep_carboxylase_36(X),fn_pep_carboxylase_37(X))
& has_region_2(X,fn_pep_carboxylase_36(X))
& has_part_2(X,fn_pep_carboxylase_61(X))
& has_part_2(fn_pep_carboxylase_61(X),fn_pep_carboxylase_49(X))
& has_region_2(X,fn_pep_carboxylase_31(X))
& is_at_2(fn_pep_carboxylase_49(X),fn_pep_carboxylase_31(X))
& has_region_2(fn_pep_carboxylase_49(X),fn_pep_carboxylase_27(X))
& is_inside_2(fn_pep_carboxylase_27(X),fn_pep_carboxylase_30(X))
& has_region_2(X,fn_pep_carboxylase_30(X))
& the_scalar_value_2(fn_pep_carboxylase_59(X),big_0)
& scalar_unit_class_2(fn_pep_carboxylase_59(X),polypeptide_0)
& size_2(X,fn_pep_carboxylase_59(X))
& greater_than_2(fn_pep_carboxylase_59(X),fn_pep_carboxylase_51(X))
& size_2(fn_pep_carboxylase_38(X),fn_pep_carboxylase_51(X))
& has_part_2(X,fn_pep_carboxylase_38(X))
& has_part_2(X,fn_pep_carboxylase_35(X))
& has_part_2(X,fn_pep_carboxylase_34(X))
& is_inside_2(fn_pep_carboxylase_34(X),fn_pep_carboxylase_33(X))
& has_region_2(X,fn_pep_carboxylase_33(X))
& fn_pep_carboxylase_35(X) != fn_pep_carboxylase_34(X)
& fn_pep_carboxylase_34(X) != fn_pep_carboxylase_35(X)
& fn_pep_carboxylase_52(X) != fn_pep_carboxylase_12(X)
& fn_pep_carboxylase_12(X) != fn_pep_carboxylase_52(X)
& is_between_2(fn_pep_carboxylase_14(X),fn_pep_carboxylase_12(X))
& is_between_2(fn_pep_carboxylase_14(X),fn_pep_carboxylase_52(X))
& has_part_2(fn_pep_carboxylase_41(X),fn_pep_carboxylase_52(X))
& agent_2(fn_pep_carboxylase_21(X),fn_pep_carboxylase_12(X))
& agent_2(fn_pep_carboxylase_21(X),fn_pep_carboxylase_52(X))
& object_2(fn_pep_carboxylase_20(X),fn_pep_carboxylase_52(X))
& has_function_2(fn_pep_carboxylase_14(X),fn_pep_carboxylase_20(X))
& possesses_2(fn_pep_carboxylase_41(X),fn_pep_carboxylase_14(X))
& result_2(fn_pep_carboxylase_21(X),fn_pep_carboxylase_14(X))
& result_2(fn_pep_carboxylase_22(X),fn_pep_carboxylase_14(X))
& agent_2(fn_pep_carboxylase_22(X),fn_pep_carboxylase_12(X))
& object_2(fn_pep_carboxylase_20(X),fn_pep_carboxylase_12(X))
& agent_2(fn_pep_carboxylase_20(X),fn_pep_carboxylase_14(X))
& has_part_2(fn_pep_carboxylase_41(X),fn_pep_carboxylase_12(X))
& agent_2(fn_pep_carboxylase_22(X),fn_pep_carboxylase_52(X))
& directly_proportional_2(fn_pep_carboxylase_19(X),fn_pep_carboxylase_18(X))
& quantity_2(fn_pep_carboxylase_15(X),fn_pep_carboxylase_18(X))
& possesses_2(fn_pep_carboxylase_41(X),fn_pep_carboxylase_15(X))
& speed_2(fn_pep_carboxylase_13(X),fn_pep_carboxylase_19(X))
& object_2(fn_pep_carboxylase_13(X),fn_pep_carboxylase_41(X))
& facilitates_2(fn_pep_carboxylase_17(X),fn_pep_carboxylase_16(X))
& site_2(fn_pep_carboxylase_16(X),fn_pep_carboxylase_17(X))
& has_function_2(fn_pep_carboxylase_41(X),fn_pep_carboxylase_16(X))
& has_region_2(fn_pep_carboxylase_41(X),fn_pep_carboxylase_17(X))
& agent_2(fn_pep_carboxylase_16(X),fn_pep_carboxylase_41(X))
& fn_pep_carboxylase_41(X) != fn_pep_carboxylase_11(X)
& raw_material_2(fn_pep_carboxylase_44(X),fn_pep_carboxylase_47(X))
& in_event_2(fn_pep_carboxylase_53(X),fn_pep_carboxylase_44(X))
& plays_2(fn_pep_carboxylase_41(X),fn_pep_carboxylase_53(X))
& fn_pep_carboxylase_11(X) != fn_pep_carboxylase_41(X)
& raw_material_2(fn_pep_carboxylase_44(X),fn_pep_carboxylase_11(X))
& has_function_2(fn_pep_carboxylase_45(X),fn_pep_carboxylase_46(X))
& result_2(fn_pep_carboxylase_44(X),fn_pep_carboxylase_48(X))
& base_2(fn_pep_carboxylase_44(X),fn_pep_carboxylase_42(X))
& fn_pep_carboxylase_45(X) = fn_attract_2(fn_pep_carboxylase_40(X))
& fn_pep_carboxylase_41(X) = fn_attract_1(fn_pep_carboxylase_39(X))
& fn_pep_carboxylase_50(X) = fn_cofactor_1(fn_pep_carboxylase_54(X))
& fn_pep_carboxylase_60(X) = fn_cofactor_1(fn_pep_carboxylase_28(X))
& fn_pep_carboxylase_35(X) = fn_molecule_11(X)
& fn_pep_carboxylase_35(X) = fn_nonpolar_covalent_bond_29(fn_pep_carboxylase_43(X))
& fn_pep_carboxylase_43(X) = fn_polymer_1(X)
& fn_pep_carboxylase_43(X) = fn_molecule_10(X)
& X = fn_disulfide_bond_3(fn_pep_carboxylase_43(X))
& X = fn_attract_2(fn_pep_carboxylase_39(X))
& fn_pep_carboxylase_58(X) = fn_enzyme_6(X)
& fn_pep_carboxylase_30(X) = fn_enzyme_2(X)
& fn_pep_carboxylase_44(X) = fn_enzyme_4(X)
& fn_pep_carboxylase_29(X) = fn_enzyme_5(X)
& fn_pep_carboxylase_24(X) = fn_molecule_2(X)
& fn_pep_carboxylase_25(X) = fn_molecule_1(X)
& fn_pep_carboxylase_57(X) = fn_molecule_8(X)
& fn_pep_carboxylase_56(X) = fn_molecule_3(X)
& fn_pep_carboxylase_55(X) = fn_molecule_4(X)
& fn_pep_carboxylase_32(X) = fn_molecule_12(X)
& fn_pep_carboxylase_49(X) = fn_protein_14(X)
& fn_pep_carboxylase_61(X) = fn_protein_8(X)
& fn_pep_carboxylase_36(X) = fn_protein_1(X)
& fn_pep_carboxylase_37(X) = fn_protein_5(X)
& fn_pep_carboxylase_30(X) = fn_protein_enzyme_10(X)
& fn_pep_carboxylase_27(X) = fn_protein_enzyme_12(X)
& fn_pep_carboxylase_49(X) = fn_protein_enzyme_11(X)
& fn_pep_carboxylase_31(X) = fn_protein_enzyme_5(X)
& fn_pep_carboxylase_26(X) = fn_oxidoreductase_1(X)
& fn_pep_carboxylase_23(X) = fn_oxidoreductase_2(X)
& fn_pep_carboxylase_38(X) = fn_protein_enzyme_9(X)
& fn_pep_carboxylase_38(X) = fn_oxidoreductase_4(X)
& fn_pep_carboxylase_51(X) = fn_oxidoreductase_8(X)
& fn_pep_carboxylase_59(X) = fn_protein_enzyme_3(X)
& fn_pep_carboxylase_59(X) = fn_oxidoreductase_6(X)
& fn_pep_carboxylase_33(X) = fn_organic_molecule_3(X)
& fn_pep_carboxylase_33(X) = fn_protein_enzyme_6(X)
& fn_pep_carboxylase_33(X) = fn_oxidoreductase_12(X)
& fn_pep_carboxylase_34(X) = fn_nonpolar_covalent_bond_29(fn_pep_carboxylase_43(X))
& fn_pep_carboxylase_35(X) = fn_nonpolar_covalent_bond_28(fn_pep_carboxylase_43(X))
& fn_pep_carboxylase_35(X) = fn_organic_molecule_2(X)
& fn_pep_carboxylase_35(X) = fn_protein_enzyme_8(X)
& fn_pep_carboxylase_35(X) = fn_oxidoreductase_5(X)
& fn_pep_carboxylase_34(X) = fn_organic_molecule_1(X)
& fn_pep_carboxylase_34(X) = fn_protein_enzyme_7(X)
& fn_pep_carboxylase_34(X) = fn_oxidoreductase_3(X)
& fn_pep_carboxylase_42(X) = fn_carbon_fixation_1(fn_pep_carboxylase_44(X))
& fn_pep_carboxylase_48(X) = fn_carbon_fixation_5(fn_pep_carboxylase_44(X))
& fn_pep_carboxylase_46(X) = fn_rubisco_18(fn_pep_carboxylase_45(X))
& fn_pep_carboxylase_47(X) = fn_carbon_fixation_6(fn_pep_carboxylase_44(X))
& fn_pep_carboxylase_53(X) = fn_carbon_fixation_4(fn_pep_carboxylase_44(X))
& fn_pep_carboxylase_41(X) = fn_carbon_fixation_6(fn_pep_carboxylase_44(X))
& fn_pep_carboxylase_11(X) = fn_carbon_fixation_3(fn_pep_carboxylase_44(X))
& fn_pep_carboxylase_17(X) = fn_hydrophobic_compound_3(fn_pep_carboxylase_41(X))
& fn_pep_carboxylase_16(X) = fn_hydrophobic_compound_2(fn_pep_carboxylase_41(X))
& fn_pep_carboxylase_9(X) = fn_molecule_1(fn_pep_carboxylase_41(X))
& fn_pep_carboxylase_15(X) = fn_molecule_12(fn_pep_carboxylase_41(X))
& fn_pep_carboxylase_19(X) = fn_molecule_3(fn_pep_carboxylase_41(X))
& fn_pep_carboxylase_13(X) = fn_molecule_8(fn_pep_carboxylase_41(X))
& fn_pep_carboxylase_10(X) = fn_molecule_2(fn_pep_carboxylase_41(X))
& fn_pep_carboxylase_18(X) = fn_molecule_4(fn_pep_carboxylase_41(X))
& fn_pep_carboxylase_21(X) = fn_carbon_dioxide_6(fn_pep_carboxylase_41(X))
& fn_pep_carboxylase_20(X) = fn_carbon_dioxide_7(fn_pep_carboxylase_41(X))
& fn_pep_carboxylase_14(X) = fn_carbon_dioxide_2(fn_pep_carboxylase_41(X))
& fn_pep_carboxylase_12(X) = fn_carbon_dioxide_1(fn_pep_carboxylase_41(X))
& fn_pep_carboxylase_12(X) = fn_carbon_dioxide_4(fn_pep_carboxylase_41(X))
& fn_pep_carboxylase_22(X) = fn_carbon_dioxide_5(fn_pep_carboxylase_41(X))
& fn_pep_carboxylase_52(X) = fn_carbon_dioxide_3(fn_pep_carboxylase_41(X))
& fn_molecule_10(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_14(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_oxidoreductase_4(X)
& fn_oxidoreductase_4(X) = fn_oxidoreductase_4(X)
& fn_oxidoreductase_4(X) = fn_oxidoreductase_6(X)
& fn_oxidoreductase_6(X) = fn_oxidoreductase_6(X)
& fn_oxidoreductase_6(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_oxidoreductase_6(X)
& fn_oxidoreductase_6(X) = fn_organic_molecule_3(X)
& fn_protein_enzyme_6(X) = fn_organic_molecule_3(X)
& fn_organic_molecule_3(X) = fn_protein_enzyme_6(X)
& fn_protein_enzyme_6(X) = fn_protein_enzyme_6(X)
& fn_oxidoreductase_12(X) = fn_protein_enzyme_6(X)
& fn_protein_enzyme_6(X) = fn_oxidoreductase_12(X)
& fn_oxidoreductase_12(X) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_nonpolar_covalent_bond_28(fn_pep_carboxylase_43(X))
& fn_nonpolar_covalent_bond_29(fn_pep_carboxylase_43(X)) = fn_nonpolar_covalent_bond_28(fn_pep_carboxylase_43(X))
& fn_nonpolar_covalent_bond_28(fn_pep_carboxylase_43(X)) = fn_nonpolar_covalent_bond_28(fn_pep_carboxylase_43(X))
& fn_nonpolar_covalent_bond_28(fn_pep_carboxylase_43(X)) = fn_nonpolar_covalent_bond_29(fn_pep_carboxylase_43(X))
& fn_nonpolar_covalent_bond_29(fn_pep_carboxylase_43(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_protein_enzyme_8(X)
& fn_oxidoreductase_5(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_oxidoreductase_5(X)
& fn_oxidoreductase_5(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_nonpolar_covalent_bond_29(fn_pep_carboxylase_43(X))
& fn_nonpolar_covalent_bond_29(fn_pep_carboxylase_43(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_1(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_protein_enzyme_7(X)
& fn_oxidoreductase_3(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_oxidoreductase_3(X)
& fn_oxidoreductase_3(X) = fn_disulfide_bond_3(fn_pep_carboxylase_43(X))
& fn_disulfide_bond_3(fn_pep_carboxylase_43(X)) = fn_attract_2(fn_pep_carboxylase_39(X))
& fn_attract_2(fn_pep_carboxylase_39(X)) = fn_carbon_dioxide_4(fn_pep_carboxylase_41(X))
& fn_carbon_dioxide_4(fn_pep_carboxylase_41(X)) = fn_carbon_dioxide_4(fn_pep_carboxylase_41(X))
& fn_carbon_dioxide_4(fn_pep_carboxylase_41(X)) = fn_carbon_dioxide_1(fn_pep_carboxylase_41(X))
& fn_carbon_dioxide_1(fn_pep_carboxylase_41(X)) = fn_carbon_dioxide_4(fn_pep_carboxylase_41(X))
& fn_carbon_dioxide_4(fn_pep_carboxylase_41(X)) = fn_attract_1(fn_pep_carboxylase_39(X))
& fn_attract_1(fn_pep_carboxylase_39(X)) = fn_carbon_fixation_6(fn_pep_carboxylase_44(X))
& fn_carbon_fixation_6(fn_pep_carboxylase_44(X)) = fn_carbon_fixation_6(fn_pep_carboxylase_44(X)) ) ) ).
fof(a531589,axiom,
! [X] :
( pepsin_1(X)
=> ( original_name_2(X,'Pepsin')
& user_description_2(X,'Pepsin is an enzyme whose precursor form (pepsinogen) is released by the chief cells in the stomach and that degrades food proteins into peptides. It was discovered in 1836 by Theodor Schwann who also coined its name from the Greek word pepsis, meaning digestion (peptein: to digest).')
& concept2words_2(X,pepsin)
& protease_1(X)
& digestive_enzyme_1(X)
& polypeptide_1(fn_pepsin_1(X))
& chemical_energy_1(fn_pepsin_2(X))
& activation_value_1(fn_pepsin_3(X))
& oxygen_1(fn_pepsin_5(X))
& reactant_1(fn_pepsin_6(X))
& chemical_1(fn_pepsin_7(X))
& molecule_1(fn_pepsin_8(X))
& hydrogen_1(fn_pepsin_9(X))
& entity_1(fn_pepsin_10(X))
& chemical_entity_1(fn_pepsin_10(X))
& atom_1(fn_pepsin_10(X))
& oxygen_1(fn_pepsin_10(X))
& tangible_entity_1(fn_pepsin_11(X))
& entity_1(fn_pepsin_11(X))
& chemical_entity_1(fn_pepsin_11(X))
& atom_1(fn_pepsin_11(X))
& hydrogen_1(fn_pepsin_11(X))
& attach_1(fn_pepsin_12(X))
& food_1(fn_pepsin_13(X))
& reactant_1(fn_pepsin_14(X))
& chemical_bond_1(fn_pepsin_15(X))
& chemical_entity_1(fn_pepsin_16(X))
& atom_1(fn_pepsin_16(X))
& protein_1(fn_pepsin_17(X))
& water_molecule_1(fn_pepsin_18(X))
& atom_1(fn_pepsin_19(X))
& leave_1(fn_pepsin_20(X))
& r_group_1(fn_pepsin_21(X))
& spatial_entity_1(fn_pepsin_22(X))
& chemical_entity_1(fn_pepsin_22(X))
& monomer_1(fn_pepsin_22(X))
& molecule_1(fn_pepsin_22(X))
& amino_acid_1(fn_pepsin_22(X))
& protein_domain_1(fn_pepsin_23(X))
& spatial_entity_1(fn_pepsin_24(X))
& active_site_1(fn_pepsin_24(X))
& molecule_1(fn_pepsin_25(X))
& exergonic_reaction_1(fn_pepsin_26(X))
& hydrolysis_1(fn_pepsin_26(X))
& chemical_reaction_1(fn_pepsin_26(X))
& atom_1(fn_molecule_7(fn_pepsin_8(X)))
& spatial_entity_1(fn_locomotion_1(fn_pepsin_20(X)))
& entity_1(fn_water_molecule_72(fn_pepsin_18(X)))
& chemical_entity_1(fn_water_molecule_72(fn_pepsin_18(X)))
& atom_1(fn_water_molecule_72(fn_pepsin_18(X)))
& oxygen_1(fn_water_molecule_72(fn_pepsin_18(X)))
& atom_1(fn_molecule_11(fn_pepsin_17(X)))
& chemical_bond_1(fn_molecule_10(fn_pepsin_17(X)))
& entity_1(fn_water_molecule_63(fn_pepsin_18(X)))
& atom_1(fn_water_molecule_63(fn_pepsin_18(X)))
& hydrogen_1(fn_water_molecule_63(fn_pepsin_18(X)))
& tangible_entity_1(fn_water_molecule_64(fn_pepsin_18(X)))
& entity_1(fn_water_molecule_64(fn_pepsin_18(X)))
& chemical_entity_1(fn_water_molecule_64(fn_pepsin_18(X)))
& atom_1(fn_water_molecule_64(fn_pepsin_18(X)))
& hydrogen_1(fn_water_molecule_64(fn_pepsin_18(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_pepsin_15(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_pepsin_15(X)))
& atom_1(fn_molecule_7(fn_pepsin_17(X)))
& spatial_entity_1(fn_attach_1(fn_pepsin_12(X)))
& tangible_entity_1(fn_food_3(fn_pepsin_13(X)))
& chemical_entity_1(fn_reactant_3(fn_pepsin_14(X)))
& chemical_entity_1(fn_chemical_3(fn_pepsin_7(X)))
& spatial_entity_1(fn_leave_1(fn_pepsin_20(X)))
& chemical_reaction_1(fn_reactant_2(fn_pepsin_6(X)))
& activation_2(X,fn_pepsin_3(X))
& is_specific_to_2(X,fn_pepsin_17(X))
& agent_2(fn_pepsin_20(X),fn_pepsin_1(X))
& object_2(fn_pepsin_20(X),fn_pepsin_1(X))
& has_state_2(fn_pepsin_19(X),fn_pepsin_25(X))
& fn_pepsin_18(X) != fn_pepsin_17(X)
& fn_pepsin_17(X) != fn_pepsin_18(X)
& has_part_2(fn_pepsin_17(X),fn_pepsin_19(X))
& possesses_2(fn_pepsin_17(X),fn_pepsin_2(X))
& has_state_2(fn_pepsin_16(X),fn_pepsin_8(X))
& site_2(fn_pepsin_12(X),fn_pepsin_24(X))
& the_categorical_value_2(fn_pepsin_3(X),active_0)
& has_state_2(fn_pepsin_11(X),fn_pepsin_9(X))
& has_state_2(fn_pepsin_10(X),fn_pepsin_5(X))
& fn_pepsin_9(X) != fn_pepsin_5(X)
& fn_pepsin_5(X) != fn_pepsin_9(X)
& has_part_2(fn_pepsin_8(X),fn_pepsin_5(X))
& in_event_2(fn_pepsin_6(X),fn_pepsin_26(X))
& object_2(fn_pepsin_12(X),fn_pepsin_17(X))
& plays_2(fn_pepsin_17(X),fn_pepsin_13(X))
& origin_2(fn_pepsin_20(X),fn_pepsin_24(X))
& plays_2(fn_pepsin_17(X),fn_pepsin_14(X))
& has_part_2(fn_pepsin_7(X),fn_pepsin_17(X))
& has_part_2(fn_pepsin_8(X),fn_pepsin_9(X))
& is_between_2(fn_pepsin_15(X),fn_pepsin_16(X))
& object_2(fn_pepsin_20(X),fn_pepsin_25(X))
& agent_2(fn_pepsin_20(X),fn_pepsin_25(X))
& has_part_2(fn_pepsin_18(X),fn_pepsin_11(X))
& has_part_2(fn_pepsin_18(X),fn_pepsin_10(X))
& has_part_2(fn_pepsin_17(X),fn_pepsin_16(X))
& possesses_2(fn_pepsin_17(X),fn_pepsin_15(X))
& is_between_2(fn_pepsin_15(X),fn_pepsin_19(X))
& has_region_2(fn_pepsin_22(X),fn_pepsin_21(X))
& is_inside_2(fn_pepsin_21(X),fn_pepsin_24(X))
& has_function_2(X,fn_pepsin_26(X))
& site_2(fn_pepsin_26(X),fn_pepsin_24(X))
& has_region_2(X,fn_pepsin_24(X))
& has_region_2(X,fn_pepsin_23(X))
& is_at_2(fn_pepsin_22(X),fn_pepsin_23(X))
& fn_pepsin_26(X) = fn_reactant_2(fn_pepsin_6(X))
& fn_pepsin_17(X) = fn_attach_1(fn_pepsin_12(X))
& fn_pepsin_17(X) = fn_food_3(fn_pepsin_13(X))
& fn_pepsin_24(X) = fn_leave_1(fn_pepsin_20(X))
& fn_pepsin_17(X) = fn_reactant_3(fn_pepsin_14(X))
& fn_pepsin_17(X) = fn_chemical_3(fn_pepsin_7(X))
& fn_pepsin_9(X) = fn_molecule_7(fn_pepsin_8(X))
& fn_pepsin_16(X) = fn_chemical_bond_1(fn_pepsin_15(X))
& fn_pepsin_16(X) = fn_chemical_bond_4(fn_pepsin_15(X))
& fn_pepsin_25(X) = fn_locomotion_1(fn_pepsin_20(X))
& fn_pepsin_11(X) = fn_water_molecule_63(fn_pepsin_18(X))
& fn_pepsin_11(X) = fn_water_molecule_64(fn_pepsin_18(X))
& fn_pepsin_10(X) = fn_water_molecule_72(fn_pepsin_18(X))
& fn_pepsin_16(X) = fn_molecule_7(fn_pepsin_17(X))
& fn_pepsin_19(X) = fn_molecule_11(fn_pepsin_17(X))
& fn_pepsin_15(X) = fn_molecule_10(fn_pepsin_17(X))
& fn_pepsin_21(X) = fn_protease_18(X)
& fn_pepsin_22(X) = fn_protease_19(X)
& fn_pepsin_23(X) = fn_protease_22(X)
& fn_pepsin_24(X) = fn_protease_23(X)
& fn_pepsin_26(X) = fn_hydrolase_1(X)
& fn_pepsin_26(X) = fn_protease_17(X)
& fn_water_molecule_63(fn_pepsin_18(X)) = fn_water_molecule_64(fn_pepsin_18(X))
& fn_water_molecule_64(fn_pepsin_18(X)) = fn_chemical_bond_1(fn_pepsin_15(X))
& fn_chemical_bond_1(fn_pepsin_15(X)) = fn_chemical_bond_4(fn_pepsin_15(X))
& fn_chemical_bond_4(fn_pepsin_15(X)) = fn_chemical_bond_4(fn_pepsin_15(X))
& fn_chemical_bond_4(fn_pepsin_15(X)) = fn_molecule_7(fn_pepsin_17(X))
& fn_molecule_7(fn_pepsin_17(X)) = fn_attach_1(fn_pepsin_12(X))
& fn_attach_1(fn_pepsin_12(X)) = fn_food_3(fn_pepsin_13(X))
& fn_food_3(fn_pepsin_13(X)) = fn_food_3(fn_pepsin_13(X))
& fn_food_3(fn_pepsin_13(X)) = fn_reactant_3(fn_pepsin_14(X))
& fn_reactant_3(fn_pepsin_14(X)) = fn_reactant_3(fn_pepsin_14(X))
& fn_reactant_3(fn_pepsin_14(X)) = fn_chemical_3(fn_pepsin_7(X))
& fn_chemical_3(fn_pepsin_7(X)) = fn_leave_1(fn_pepsin_20(X))
& fn_leave_1(fn_pepsin_20(X)) = fn_protease_23(X)
& fn_protease_23(X) = fn_protease_23(X)
& fn_protease_23(X) = fn_reactant_2(fn_pepsin_6(X))
& fn_reactant_2(fn_pepsin_6(X)) = fn_hydrolase_1(X)
& fn_protease_17(X) = fn_hydrolase_1(X)
& fn_hydrolase_1(X) = fn_protease_17(X) ) ) ).
fof(a531590,axiom,
! [X] :
( pepsinogen_1(X)
=> ( original_name_2(X,'Pepsinogen')
& user_description_2(X,'The precursor molecule to the digestive enzyme pepsin. Pepsinogen is secreted by chief cells in the stomach and in the acidic environment of the stomach unfolds and cleaves itself to generate pepsin.')
& concept2words_2(X,pepsinogen)
& secretory_protein_1(X)
& hydrophobic_region_1(fn_pepsinogen_1(X))
& activation_value_1(fn_pepsinogen_2(X))
& active_site_1(fn_pepsinogen_3(X))
& carbon_1(fn_pepsinogen_5(X))
& monomer_1(fn_pepsinogen_6(X))
& atom_1(fn_pepsinogen_7(X))
& chemical_entity_1(fn_pepsinogen_7(X))
& chemical_bond_1(fn_pepsinogen_8(X))
& covalent_bond_1(fn_pepsinogen_8(X))
& size_value_1(fn_pepsinogen_9(X))
& size_value_1(fn_pepsinogen_10(X))
& the_categorical_value_2(fn_pepsinogen_2(X),inactive_0)
& has_region_2(X,fn_pepsinogen_3(X))
& has_region_2(X,fn_pepsinogen_1(X))
& activation_2(X,fn_pepsinogen_2(X))
& the_scalar_value_2(fn_pepsinogen_10(X),big_0)
& scalar_unit_class_2(fn_pepsinogen_10(X),polypeptide_0)
& size_2(X,fn_pepsinogen_10(X))
& greater_than_2(fn_pepsinogen_10(X),fn_pepsinogen_9(X))
& size_2(fn_pepsinogen_6(X),fn_pepsinogen_9(X))
& has_part_2(X,fn_pepsinogen_6(X))
& possesses_2(X,fn_pepsinogen_8(X))
& fn_pepsinogen_7(X) = fn_organic_molecule_2(X)
& fn_pepsinogen_5(X) = fn_organic_molecule_1(X)
& fn_pepsinogen_8(X) = fn_molecule_10(X)
& fn_pepsinogen_8(X) = fn_polymer_1(X)
& fn_pepsinogen_6(X) = fn_polymer_6(X)
& fn_pepsinogen_6(X) = fn_polymer_4(X)
& fn_pepsinogen_9(X) = fn_polymer_7(X)
& fn_pepsinogen_10(X) = fn_polymer_8(X)
& fn_molecule_10(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_polymer_6(X)
& fn_polymer_6(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_polymer_4(X) ) ) ).
fof(a531591,axiom,
! [X] :
( peptide_bond_1(X)
=> ( original_name_2(X,'Peptide-Bond')
& user_description_2(X,'Peptide bond is the bond formed between two amino acids')
& concept2words_2(X,'peptide bond')
& concept2words_2(X,'peptide-bond')
& concept2words_2(X,'bond of peptide')
& polar_covalent_bond_1(X)
& quantity_value_1(fn_peptide_bond_2(X))
& system_1(fn_peptide_bond_12(X))
& atomic_nucleus_1(fn_peptide_bond_13(X))
& center_1(fn_peptide_bond_14(X))
& electron_shell_1(fn_peptide_bond_15(X))
& center_1(fn_peptide_bond_16(X))
& atomic_nucleus_1(fn_peptide_bond_17(X))
& valence_electron_1(fn_peptide_bond_18(X))
& attract_1(fn_peptide_bond_19(X))
& quantity_value_1(fn_peptide_bond_20(X))
& single_bond_1(fn_peptide_bond_21(X))
& hold_together_1(fn_peptide_bond_22(X))
& share_1(fn_peptide_bond_23(X))
& hydrogen_1(fn_peptide_bond_24(X))
& quantity_value_1(fn_peptide_bond_25(X))
& quantity_value_1(fn_peptide_bond_26(X))
& electron_1(fn_peptide_bond_27(X))
& valence_electron_1(fn_peptide_bond_27(X))
& entity_1(fn_peptide_bond_28(X))
& electron_1(fn_peptide_bond_28(X))
& valence_electron_1(fn_peptide_bond_28(X))
& second_electron_shell_1(fn_peptide_bond_29(X))
& electron_shell_1(fn_peptide_bond_29(X))
& atomic_orbital_1(fn_peptide_bond_30(X))
& hold_together_1(fn_peptide_bond_31(X))
& carbon_1(fn_peptide_bond_32(X))
& attach_1(fn_peptide_bond_33(X))
& entity_1(fn_peptide_bond_34(X))
& chemical_entity_1(fn_peptide_bond_34(X))
& atom_1(fn_peptide_bond_34(X))
& nitrogen_1(fn_peptide_bond_34(X))
& share_1(fn_peptide_bond_35(X))
& unequal_sharing_1(fn_peptide_bond_35(X))
& atomic_number_value_1(fn_peptide_bond_36(X))
& atomic_nucleus_1(fn_peptide_bond_37(X))
& proton_1(fn_peptide_bond_38(X))
& electronegativity_value_1(fn_peptide_bond_39(X))
& electronegativity_value_1(fn_peptide_bond_40(X))
& atomic_nucleus_1(fn_peptide_bond_41(X))
& center_1(fn_peptide_bond_42(X))
& center_1(fn_peptide_bond_43(X))
& electron_shell_1(fn_peptide_bond_44(X))
& atomic_number_value_1(fn_peptide_bond_45(X))
& proton_1(fn_peptide_bond_46(X))
& electron_1(fn_peptide_bond_47(X))
& valence_electron_1(fn_peptide_bond_47(X))
& first_electron_shell_1(fn_peptide_bond_48(X))
& atomic_nucleus_1(fn_peptide_bond_49(X))
& hold_1(fn_peptide_bond_50(X))
& hold_together_1(fn_peptide_bond_50(X))
& share_1(fn_peptide_bond_51(X))
& electron_shell_1(fn_peptide_bond_52(X))
& tangible_entity_1(fn_peptide_bond_53(X))
& entity_1(fn_peptide_bond_53(X))
& oxygen_1(fn_peptide_bond_53(X))
& atom_1(fn_peptide_bond_53(X))
& spatial_entity_1(fn_peptide_bond_54(X))
& molecule_1(fn_peptide_bond_54(X))
& double_bond_1(fn_peptide_bond_55(X))
& spatial_entity_1(fn_attach_2(fn_peptide_bond_33(X)))
& electron_shell_1(fn_atom_9(fn_peptide_bond_32(X)))
& chemical_bond_1(fn_molecule_10(fn_peptide_bond_54(X)))
& atomic_nucleus_1(fn_first_electron_shell_7(fn_peptide_bond_48(X)))
& electron_shell_1(fn_atom_9(fn_peptide_bond_53(X)))
& attract_1(fn_covalent_bond_10(fn_peptide_bond_21(X)))
& share_1(fn_covalent_bond_17(fn_peptide_bond_21(X)))
& property_node_1(fn_atom_10(fn_peptide_bond_34(X)))
& property_node_1(fn_atomic_nucleus_6(fn_peptide_bond_37(X)))
& property_node_1(fn_atomic_nucleus_5(fn_peptide_bond_37(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_peptide_bond_37(X)))
& property_node_1(fn_nitrogen_20(fn_peptide_bond_34(X)))
& property_node_1(fn_nitrogen_21(fn_peptide_bond_34(X)))
& property_node_1(fn_nitrogen_5(fn_peptide_bond_34(X)))
& atomic_number_value_1(fn_nitrogen_16(fn_peptide_bond_34(X)))
& system_1(fn_nitrogen_6(fn_peptide_bond_34(X)))
& tangible_entity_1(fn_hold_2(fn_peptide_bond_50(X)))
& entity_1(fn_share_1(fn_peptide_bond_51(X)))
& atom_1(fn_molecule_11(fn_peptide_bond_54(X)))
& atom_1(fn_atomic_nucleus_4(fn_peptide_bond_17(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_peptide_bond_21(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_peptide_bond_21(X)))
& electron_shell_1(fn_covalent_bond_11(fn_peptide_bond_55(X)))
& atom_1(fn_molecule_7(fn_peptide_bond_54(X)))
& entity_1(fn_share_3(fn_peptide_bond_51(X)))
& atom_1(fn_atomic_nucleus_4(fn_peptide_bond_37(X)))
& entity_1(fn_covalent_bond_20(fn_peptide_bond_55(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_peptide_bond_55(X)))
& atom_1(fn_covalent_bond_20(fn_peptide_bond_55(X)))
& entity_1(fn_covalent_bond_19(fn_peptide_bond_55(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_peptide_bond_55(X)))
& atom_1(fn_covalent_bond_19(fn_peptide_bond_55(X)))
& hold_together_1(fn_covalent_bond_14(fn_peptide_bond_21(X)))
& share_1(fn_covalent_bond_17(fn_peptide_bond_55(X)))
& hold_together_1(fn_covalent_bond_14(fn_peptide_bond_55(X)))
& electron_1(fn_atomic_nucleus_8(fn_peptide_bond_37(X)))
& valence_electron_1(fn_covalent_bond_15(fn_peptide_bond_55(X)))
& center_1(fn_atomic_nucleus_3(fn_peptide_bond_17(X)))
& valence_electron_1(fn_oxygen_8(fn_peptide_bond_53(X)))
& valence_electron_1(fn_oxygen_1(fn_peptide_bond_53(X)))
& valence_electron_1(fn_covalent_bond_18(fn_peptide_bond_55(X)))
& center_1(fn_atomic_nucleus_3(fn_peptide_bond_37(X)))
& atomic_number_value_1(fn_covalent_bond_6(fn_peptide_bond_55(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_peptide_bond_37(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_peptide_bond_55(X)))
& proton_1(fn_covalent_bond_4(fn_peptide_bond_55(X)))
& proton_1(fn_atomic_nucleus_9(fn_peptide_bond_37(X)))
& electronegativity_value_1(fn_nitrogen_4(fn_peptide_bond_34(X)))
& quantity_value_1(fn_atom_11(fn_peptide_bond_34(X)))
& quantity_value_1(fn_nitrogen_8(fn_peptide_bond_34(X)))
& equation_set_1(fn_nitrogen_7(fn_peptide_bond_34(X)))
& quantity_value_1(fn_atom_5(fn_peptide_bond_34(X)))
& quantity_value_1(fn_nitrogen_15(fn_peptide_bond_34(X)))
& entity_1(fn_attract_1(fn_peptide_bond_19(X)))
& electron_1(fn_atom_14(fn_peptide_bond_34(X)))
& valence_electron_1(fn_nitrogen_18(fn_peptide_bond_34(X)))
& center_1(fn_covalent_bond_23(fn_peptide_bond_21(X)))
& center_1(fn_covalent_bond_23(fn_peptide_bond_55(X)))
& center_1(fn_covalent_bond_21(fn_peptide_bond_21(X)))
& center_1(fn_covalent_bond_21(fn_peptide_bond_55(X)))
& center_1(fn_nitrogen_11(fn_peptide_bond_34(X)))
& atomic_nucleus_1(fn_atom_18(fn_peptide_bond_34(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_peptide_bond_55(X)))
& atomic_nucleus_1(fn_nitrogen_10(fn_peptide_bond_34(X)))
& proton_1(fn_covalent_bond_4(fn_peptide_bond_21(X)))
& proton_1(fn_atom_8(fn_peptide_bond_34(X)))
& proton_1(fn_nitrogen_12(fn_peptide_bond_34(X)))
& electron_shell_1(fn_covalent_bond_12(fn_peptide_bond_55(X)))
& electron_shell_1(fn_nitrogen_14(fn_peptide_bond_34(X)))
& atomic_orbital_1(fn_electron_shell_3(fn_peptide_bond_29(X)))
& atomic_orbital_1(fn_covalent_bond_13(fn_peptide_bond_55(X)))
& atomic_orbital_1(fn_nitrogen_9(fn_peptide_bond_34(X)))
& valence_electron_1(fn_covalent_bond_18(fn_peptide_bond_21(X)))
& valence_electron_1(fn_nitrogen_13(fn_peptide_bond_34(X)))
& atom_1(fn_second_electron_shell_13(fn_peptide_bond_29(X)))
& entity_1(fn_covalent_bond_20(fn_peptide_bond_21(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_peptide_bond_21(X)))
& atom_1(fn_covalent_bond_20(fn_peptide_bond_21(X)))
& entity_1(fn_covalent_bond_19(fn_peptide_bond_21(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_peptide_bond_21(X)))
& atom_1(fn_covalent_bond_19(fn_peptide_bond_21(X)))
& fn_peptide_bond_21(X) != X
& is_between_2(fn_peptide_bond_21(X),fn_peptide_bond_24(X))
& fn_peptide_bond_22(X) != fn_peptide_bond_31(X)
& fn_peptide_bond_23(X) != fn_peptide_bond_35(X)
& X != fn_peptide_bond_55(X)
& X != fn_peptide_bond_21(X)
& fn_peptide_bond_29(X) != fn_peptide_bond_52(X)
& fn_peptide_bond_29(X) != fn_peptide_bond_48(X)
& fn_peptide_bond_29(X) != fn_peptide_bond_44(X)
& fn_peptide_bond_31(X) != fn_peptide_bond_22(X)
& fn_peptide_bond_31(X) != fn_peptide_bond_50(X)
& fn_peptide_bond_32(X) != fn_peptide_bond_34(X)
& instrument_2(fn_peptide_bond_33(X),X)
& fn_peptide_bond_34(X) != fn_peptide_bond_32(X)
& fn_peptide_bond_34(X) != fn_peptide_bond_53(X)
& fn_peptide_bond_35(X) != fn_peptide_bond_23(X)
& fn_peptide_bond_35(X) != fn_peptide_bond_51(X)
& the_cardinal_value_2(fn_peptide_bond_36(X),"6")
& cardinal_unit_class_2(fn_peptide_bond_36(X),unity_0)
& the_cardinal_value_2(fn_peptide_bond_39(X),"2.55")
& cardinal_unit_class_2(fn_peptide_bond_39(X),unity_0)
& fn_peptide_bond_41(X) != fn_peptide_bond_49(X)
& fn_peptide_bond_44(X) != fn_peptide_bond_29(X)
& fn_peptide_bond_48(X) != fn_peptide_bond_29(X)
& fn_peptide_bond_49(X) != fn_peptide_bond_41(X)
& called_2(fn_peptide_bond_2(X),'Number_Electron')
& the_cardinal_value_2(fn_peptide_bond_2(X),"1")
& cardinal_unit_class_2(fn_peptide_bond_2(X),unity_0)
& fn_peptide_bond_50(X) != fn_peptide_bond_31(X)
& fn_peptide_bond_51(X) != fn_peptide_bond_35(X)
& fn_peptide_bond_52(X) != fn_peptide_bond_29(X)
& fn_peptide_bond_53(X) != fn_peptide_bond_34(X)
& has_part_2(fn_peptide_bond_54(X),fn_peptide_bond_53(X))
& fn_peptide_bond_55(X) != X
& called_2(fn_peptide_bond_55(X),'C=O')
& object_2(fn_peptide_bond_19(X),fn_peptide_bond_28(X))
& object_2(fn_peptide_bond_50(X),fn_peptide_bond_53(X))
& base_2(fn_peptide_bond_33(X),fn_peptide_bond_54(X))
& has_region_2(fn_peptide_bond_34(X),fn_peptide_bond_29(X))
& has_part_2(fn_peptide_bond_54(X),fn_peptide_bond_32(X))
& agent_2(fn_peptide_bond_51(X),fn_peptide_bond_53(X))
& fn_peptide_bond_32(X) != fn_peptide_bond_53(X)
& fn_peptide_bond_53(X) != fn_peptide_bond_32(X)
& has_region_2(fn_peptide_bond_32(X),fn_peptide_bond_29(X))
& possesses_2(fn_peptide_bond_54(X),fn_peptide_bond_55(X))
& is_between_2(fn_peptide_bond_55(X),fn_peptide_bond_53(X))
& is_inside_2(fn_peptide_bond_49(X),fn_peptide_bond_48(X))
& has_region_2(fn_peptide_bond_53(X),fn_peptide_bond_52(X))
& has_region_2(fn_peptide_bond_29(X),fn_peptide_bond_30(X))
& has_part_2(fn_peptide_bond_53(X),fn_peptide_bond_18(X))
& has_region_2(fn_peptide_bond_53(X),fn_peptide_bond_17(X))
& has_region_2(fn_peptide_bond_53(X),fn_peptide_bond_16(X))
& agent_2(fn_peptide_bond_23(X),fn_peptide_bond_34(X))
& object_2(fn_peptide_bond_22(X),fn_peptide_bond_34(X))
& agent_2(fn_peptide_bond_23(X),fn_peptide_bond_24(X))
& is_between_2(fn_peptide_bond_21(X),fn_peptide_bond_34(X))
& object_2(fn_peptide_bond_50(X),fn_peptide_bond_32(X))
& agent_2(fn_peptide_bond_35(X),fn_peptide_bond_32(X))
& is_between_2(X,fn_peptide_bond_32(X))
& electronegativity_2(fn_peptide_bond_32(X),fn_peptide_bond_39(X))
& fn_peptide_bond_40(X) != fn_peptide_bond_39(X)
& fn_peptide_bond_39(X) != fn_peptide_bond_40(X)
& has_region_2(fn_peptide_bond_24(X),fn_peptide_bond_14(X))
& has_region_2(fn_peptide_bond_24(X),fn_peptide_bond_15(X))
& object_2(fn_peptide_bond_22(X),fn_peptide_bond_24(X))
& object_2(fn_peptide_bond_31(X),fn_peptide_bond_34(X))
& agent_2(fn_peptide_bond_35(X),fn_peptide_bond_34(X))
& object_2(fn_peptide_bond_35(X),fn_peptide_bond_47(X))
& is_between_2(X,fn_peptide_bond_34(X))
& fn_peptide_bond_34(X) != fn_peptide_bond_24(X)
& has_region_2(fn_peptide_bond_24(X),fn_peptide_bond_13(X))
& fn_peptide_bond_24(X) != fn_peptide_bond_34(X)
& has_region_2(fn_peptide_bond_32(X),fn_peptide_bond_42(X))
& atomic_number_2(fn_peptide_bond_32(X),fn_peptide_bond_36(X))
& has_part_2(fn_peptide_bond_32(X),fn_peptide_bond_38(X))
& agent_2(fn_peptide_bond_50(X),fn_peptide_bond_55(X))
& object_2(fn_peptide_bond_31(X),fn_peptide_bond_32(X))
& agent_2(fn_peptide_bond_51(X),fn_peptide_bond_32(X))
& has_region_2(fn_peptide_bond_32(X),fn_peptide_bond_37(X))
& fn_peptide_bond_37(X) != fn_peptide_bond_41(X)
& fn_peptide_bond_41(X) != fn_peptide_bond_13(X)
& is_at_2(fn_peptide_bond_13(X),fn_peptide_bond_14(X))
& fn_peptide_bond_14(X) != fn_peptide_bond_43(X)
& fn_peptide_bond_41(X) != fn_peptide_bond_37(X)
& fn_peptide_bond_13(X) != fn_peptide_bond_41(X)
& fn_peptide_bond_43(X) != fn_peptide_bond_14(X)
& is_between_2(fn_peptide_bond_55(X),fn_peptide_bond_32(X))
& has_part_2(fn_peptide_bond_32(X),fn_peptide_bond_27(X))
& fn_peptide_bond_44(X) != fn_peptide_bond_15(X)
& fn_peptide_bond_15(X) != fn_peptide_bond_44(X)
& has_function_2(fn_peptide_bond_21(X),fn_peptide_bond_22(X))
& agent_2(fn_peptide_bond_22(X),fn_peptide_bond_21(X))
& result_2(fn_peptide_bond_23(X),fn_peptide_bond_21(X))
& object_2(fn_peptide_bond_23(X),fn_peptide_bond_47(X))
& object_2(fn_peptide_bond_19(X),fn_peptide_bond_47(X))
& agent_2(fn_peptide_bond_19(X),fn_peptide_bond_46(X))
& is_inside_2(fn_peptide_bond_28(X),fn_peptide_bond_30(X))
& object_2(fn_peptide_bond_35(X),fn_peptide_bond_28(X))
& called_2(fn_peptide_bond_20(X),'Number_Electron')
& fn_peptide_bond_27(X) != fn_peptide_bond_28(X)
& fn_peptide_bond_28(X) != fn_peptide_bond_47(X)
& quantity_2(fn_peptide_bond_47(X),fn_peptide_bond_20(X))
& fn_peptide_bond_28(X) != fn_peptide_bond_27(X)
& fn_peptide_bond_47(X) != fn_peptide_bond_28(X)
& fn_peptide_bond_25(X) = fn_peptide_bond_20(X)
& fn_peptide_bond_20(X) = fn_peptide_bond_25(X)
& has_function_2(X,fn_peptide_bond_31(X))
& agent_2(fn_peptide_bond_31(X),X)
& result_2(fn_peptide_bond_35(X),X)
& object_2(fn_peptide_bond_35(X),fn_peptide_bond_27(X))
& is_inside_2(fn_peptide_bond_27(X),fn_peptide_bond_30(X))
& fn_peptide_bond_42(X) != fn_peptide_bond_43(X)
& fn_peptide_bond_43(X) != fn_peptide_bond_42(X)
& has_function_2(fn_peptide_bond_55(X),fn_peptide_bond_50(X))
& fn_peptide_bond_37(X) != fn_peptide_bond_17(X)
& is_near_2(fn_peptide_bond_27(X),fn_peptide_bond_37(X))
& is_near_2(fn_peptide_bond_37(X),fn_peptide_bond_27(X))
& fn_peptide_bond_17(X) != fn_peptide_bond_37(X)
& result_2(fn_peptide_bond_51(X),fn_peptide_bond_55(X))
& object_2(fn_peptide_bond_51(X),fn_peptide_bond_18(X))
& is_near_2(fn_peptide_bond_18(X),fn_peptide_bond_17(X))
& is_at_2(fn_peptide_bond_17(X),fn_peptide_bond_16(X))
& fn_peptide_bond_16(X) != fn_peptide_bond_42(X)
& is_near_2(fn_peptide_bond_17(X),fn_peptide_bond_18(X))
& fn_peptide_bond_42(X) != fn_peptide_bond_16(X)
& called_2(fn_peptide_bond_36(X),'Atomic_Number')
& is_at_2(fn_peptide_bond_37(X),fn_peptide_bond_42(X))
& is_inside_2(fn_peptide_bond_38(X),fn_peptide_bond_37(X))
& quantity_2(fn_peptide_bond_38(X),fn_peptide_bond_26(X))
& called_2(fn_peptide_bond_26(X),'Number_Proton')
& fn_peptide_bond_36(X) = fn_peptide_bond_26(X)
& fn_peptide_bond_26(X) = fn_peptide_bond_36(X)
& called_2(fn_peptide_bond_25(X),'Number_Proton')
& is_near_2(fn_peptide_bond_41(X),fn_peptide_bond_28(X))
& is_near_2(fn_peptide_bond_28(X),fn_peptide_bond_41(X))
& the_cardinal_value_2(fn_peptide_bond_45(X),"7")
& cardinal_unit_class_2(fn_peptide_bond_45(X),unity_0)
& electronegativity_2(fn_peptide_bond_34(X),fn_peptide_bond_40(X))
& quantity_2(fn_peptide_bond_46(X),fn_peptide_bond_25(X))
& is_inside_2(fn_peptide_bond_46(X),fn_peptide_bond_41(X))
& has_region_2(fn_peptide_bond_34(X),fn_peptide_bond_41(X))
& atomic_number_2(fn_peptide_bond_34(X),fn_peptide_bond_45(X))
& called_2(fn_peptide_bond_45(X),'Atomic_Number')
& fn_peptide_bond_25(X) = fn_peptide_bond_45(X)
& fn_peptide_bond_45(X) = fn_peptide_bond_25(X)
& is_near_2(fn_peptide_bond_47(X),fn_peptide_bond_41(X))
& is_at_2(fn_peptide_bond_41(X),fn_peptide_bond_43(X))
& has_region_2(fn_peptide_bond_34(X),fn_peptide_bond_43(X))
& has_part_2(fn_peptide_bond_34(X),fn_peptide_bond_28(X))
& quantity_2(fn_peptide_bond_28(X),fn_peptide_bond_20(X))
& is_near_2(fn_peptide_bond_41(X),fn_peptide_bond_47(X))
& has_part_2(fn_peptide_bond_34(X),fn_peptide_bond_47(X))
& is_inside_2(fn_peptide_bond_47(X),fn_peptide_bond_30(X))
& has_region_2(fn_peptide_bond_44(X),fn_peptide_bond_30(X))
& has_region_2(fn_peptide_bond_34(X),fn_peptide_bond_44(X))
& has_part_2(fn_peptide_bond_34(X),fn_peptide_bond_46(X))
& fn_peptide_bond_28(X) = fn_attract_1(fn_peptide_bond_19(X))
& fn_peptide_bond_53(X) = fn_hold_2(fn_peptide_bond_50(X))
& fn_peptide_bond_54(X) = fn_attach_2(fn_peptide_bond_33(X))
& fn_peptide_bond_34(X) = fn_second_electron_shell_13(fn_peptide_bond_29(X))
& fn_peptide_bond_32(X) = fn_molecule_7(fn_peptide_bond_54(X))
& fn_peptide_bond_32(X) = fn_share_3(fn_peptide_bond_51(X))
& fn_peptide_bond_53(X) = fn_share_3(fn_peptide_bond_51(X))
& fn_peptide_bond_53(X) = fn_share_1(fn_peptide_bond_51(X))
& fn_peptide_bond_29(X) = fn_atom_9(fn_peptide_bond_32(X))
& fn_peptide_bond_53(X) = fn_molecule_11(fn_peptide_bond_54(X))
& fn_peptide_bond_55(X) = fn_molecule_10(fn_peptide_bond_54(X))
& fn_peptide_bond_49(X) = fn_first_electron_shell_7(fn_peptide_bond_48(X))
& fn_peptide_bond_52(X) = fn_atom_9(fn_peptide_bond_53(X))
& fn_peptide_bond_30(X) = fn_electron_shell_3(fn_peptide_bond_29(X))
& fn_peptide_bond_18(X) = fn_oxygen_8(fn_peptide_bond_53(X))
& fn_peptide_bond_18(X) = fn_oxygen_1(fn_peptide_bond_53(X))
& fn_peptide_bond_16(X) = fn_atomic_nucleus_3(fn_peptide_bond_17(X))
& fn_peptide_bond_53(X) = fn_atomic_nucleus_4(fn_peptide_bond_17(X))
& fn_peptide_bond_50(X) = fn_polar_covalent_bond_17(X)
& fn_peptide_bond_4(X) = fn_polar_covalent_bond_4(X)
& fn_peptide_bond_40(X) = fn_polar_covalent_bond_2(X)
& fn_peptide_bond_39(X) = fn_polar_covalent_bond_1(X)
& fn_peptide_bond_32(X) = fn_polar_covalent_bond_19(X)
& fn_peptide_bond_15(X) = fn_polar_covalent_bond_22(X)
& fn_peptide_bond_22(X) = fn_polar_covalent_bond_17(X)
& fn_peptide_bond_34(X) = fn_covalent_bond_20(fn_peptide_bond_21(X))
& fn_peptide_bond_24(X) = fn_covalent_bond_19(fn_peptide_bond_21(X))
& fn_peptide_bond_34(X) = fn_covalent_bond_19(fn_peptide_bond_21(X))
& fn_peptide_bond_24(X) = fn_covalent_bond_20(fn_peptide_bond_21(X))
& fn_peptide_bond_24(X) = fn_polar_covalent_bond_19(X)
& fn_peptide_bond_34(X) = fn_polar_covalent_bond_18(X)
& fn_peptide_bond_42(X) = fn_covalent_bond_21(fn_peptide_bond_55(X))
& fn_peptide_bond_36(X) = fn_covalent_bond_6(fn_peptide_bond_55(X))
& fn_peptide_bond_38(X) = fn_covalent_bond_4(fn_peptide_bond_55(X))
& fn_peptide_bond_31(X) = fn_covalent_bond_14(fn_peptide_bond_55(X))
& fn_peptide_bond_43(X) = fn_covalent_bond_23(fn_peptide_bond_21(X))
& fn_peptide_bond_43(X) = fn_covalent_bond_21(fn_peptide_bond_21(X))
& fn_peptide_bond_43(X) = fn_polar_covalent_bond_21(X)
& fn_peptide_bond_43(X) = fn_covalent_bond_23(fn_peptide_bond_55(X))
& fn_peptide_bond_13(X) = fn_covalent_bond_22(fn_peptide_bond_21(X))
& fn_peptide_bond_14(X) = fn_covalent_bond_21(fn_peptide_bond_21(X))
& fn_peptide_bond_13(X) = fn_covalent_bond_24(fn_peptide_bond_21(X))
& fn_peptide_bond_14(X) = fn_covalent_bond_23(fn_peptide_bond_21(X))
& fn_peptide_bond_13(X) = fn_polar_covalent_bond_14(X)
& fn_peptide_bond_14(X) = fn_polar_covalent_bond_23(X)
& fn_peptide_bond_14(X) = fn_covalent_bond_21(fn_peptide_bond_55(X))
& fn_peptide_bond_13(X) = fn_covalent_bond_22(fn_peptide_bond_55(X))
& fn_peptide_bond_41(X) = fn_covalent_bond_24(fn_peptide_bond_55(X))
& fn_peptide_bond_32(X) = fn_atomic_nucleus_4(fn_peptide_bond_37(X))
& fn_peptide_bond_37(X) = fn_covalent_bond_22(fn_peptide_bond_55(X))
& fn_peptide_bond_15(X) = fn_covalent_bond_11(fn_peptide_bond_55(X))
& fn_peptide_bond_32(X) = fn_covalent_bond_20(fn_peptide_bond_55(X))
& fn_peptide_bond_32(X) = fn_covalent_bond_19(fn_peptide_bond_55(X))
& fn_peptide_bond_22(X) = fn_covalent_bond_14(fn_peptide_bond_21(X))
& fn_peptide_bond_46(X) = fn_covalent_bond_4(fn_peptide_bond_21(X))
& fn_peptide_bond_19(X) = fn_covalent_bond_10(fn_peptide_bond_21(X))
& fn_peptide_bond_47(X) = fn_covalent_bond_18(fn_peptide_bond_21(X))
& fn_peptide_bond_23(X) = fn_covalent_bond_17(fn_peptide_bond_21(X))
& fn_peptide_bond_8(X) = fn_atom_10(fn_peptide_bond_34(X))
& fn_peptide_bond_11(X) = fn_polar_covalent_bond_8(X)
& fn_peptide_bond_20(X) = fn_atom_5(fn_peptide_bond_34(X))
& fn_peptide_bond_25(X) = fn_polar_covalent_bond_9(X)
& fn_peptide_bond_20(X) = fn_polar_covalent_bond_10(X)
& fn_peptide_bond_47(X) = fn_polar_covalent_bond_11(X)
& fn_peptide_bond_28(X) = fn_polar_covalent_bond_12(X)
& fn_peptide_bond_27(X) = fn_covalent_bond_18(fn_peptide_bond_55(X))
& fn_peptide_bond_30(X) = fn_polar_covalent_bond_15(X)
& fn_peptide_bond_35(X) = fn_covalent_bond_17(fn_peptide_bond_55(X))
& fn_peptide_bond_27(X) = fn_polar_covalent_bond_11(X)
& fn_peptide_bond_35(X) = fn_polar_covalent_bond_16(X)
& fn_peptide_bond_31(X) = fn_polar_covalent_bond_17(X)
& fn_peptide_bond_43(X) = fn_covalent_bond_21(fn_peptide_bond_55(X))
& fn_peptide_bond_50(X) = fn_covalent_bond_14(fn_peptide_bond_55(X))
& fn_peptide_bond_27(X) = fn_atomic_nucleus_8(fn_peptide_bond_37(X))
& fn_peptide_bond_27(X) = fn_covalent_bond_15(fn_peptide_bond_55(X))
& fn_peptide_bond_37(X) = fn_covalent_bond_24(fn_peptide_bond_55(X))
& fn_peptide_bond_42(X) = fn_covalent_bond_23(fn_peptide_bond_55(X))
& fn_peptide_bond_16(X) = fn_covalent_bond_21(fn_peptide_bond_55(X))
& fn_peptide_bond_17(X) = fn_covalent_bond_22(fn_peptide_bond_55(X))
& fn_peptide_bond_18(X) = fn_covalent_bond_18(fn_peptide_bond_55(X))
& fn_peptide_bond_51(X) = fn_covalent_bond_17(fn_peptide_bond_55(X))
& fn_peptide_bond_6(X) = fn_atomic_nucleus_6(fn_peptide_bond_37(X))
& fn_peptide_bond_5(X) = fn_atomic_nucleus_5(fn_peptide_bond_37(X))
& fn_peptide_bond_42(X) = fn_atomic_nucleus_3(fn_peptide_bond_37(X))
& fn_peptide_bond_36(X) = fn_atomic_nucleus_1(fn_peptide_bond_37(X))
& fn_peptide_bond_26(X) = fn_atomic_nucleus_2(fn_peptide_bond_37(X))
& fn_peptide_bond_38(X) = fn_atomic_nucleus_9(fn_peptide_bond_37(X))
& fn_peptide_bond_28(X) = fn_atom_14(fn_peptide_bond_34(X))
& fn_peptide_bond_28(X) = fn_nitrogen_13(fn_peptide_bond_34(X))
& fn_peptide_bond_9(X) = fn_nitrogen_20(fn_peptide_bond_34(X))
& fn_peptide_bond_7(X) = fn_nitrogen_21(fn_peptide_bond_34(X))
& fn_peptide_bond_10(X) = fn_nitrogen_5(fn_peptide_bond_34(X))
& fn_peptide_bond_40(X) = fn_nitrogen_4(fn_peptide_bond_34(X))
& fn_peptide_bond_41(X) = fn_atom_18(fn_peptide_bond_34(X))
& fn_peptide_bond_25(X) = fn_atom_11(fn_peptide_bond_34(X))
& fn_peptide_bond_25(X) = fn_nitrogen_8(fn_peptide_bond_34(X))
& fn_peptide_bond_45(X) = fn_nitrogen_16(fn_peptide_bond_34(X))
& fn_peptide_bond_11(X) = fn_nitrogen_7(fn_peptide_bond_34(X))
& fn_peptide_bond_12(X) = fn_nitrogen_6(fn_peptide_bond_34(X))
& fn_peptide_bond_20(X) = fn_nitrogen_15(fn_peptide_bond_34(X))
& fn_peptide_bond_28(X) = fn_nitrogen_18(fn_peptide_bond_34(X))
& fn_peptide_bond_43(X) = fn_nitrogen_11(fn_peptide_bond_34(X))
& fn_peptide_bond_41(X) = fn_nitrogen_10(fn_peptide_bond_34(X))
& fn_peptide_bond_46(X) = fn_atom_8(fn_peptide_bond_34(X))
& fn_peptide_bond_46(X) = fn_nitrogen_12(fn_peptide_bond_34(X))
& fn_peptide_bond_44(X) = fn_covalent_bond_12(fn_peptide_bond_55(X))
& fn_peptide_bond_30(X) = fn_covalent_bond_13(fn_peptide_bond_55(X))
& fn_peptide_bond_44(X) = fn_nitrogen_14(fn_peptide_bond_34(X))
& fn_peptide_bond_30(X) = fn_nitrogen_9(fn_peptide_bond_34(X))
& fn_peptide_bond_47(X) = fn_nitrogen_13(fn_peptide_bond_34(X))
& fn_hold_2(fn_peptide_bond_50(X)) = fn_share_3(fn_peptide_bond_51(X))
& fn_share_3(fn_peptide_bond_51(X)) = fn_hold_2(fn_peptide_bond_50(X))
& fn_hold_2(fn_peptide_bond_50(X)) = fn_share_1(fn_peptide_bond_51(X))
& fn_share_1(fn_peptide_bond_51(X)) = fn_share_1(fn_peptide_bond_51(X))
& fn_share_1(fn_peptide_bond_51(X)) = fn_molecule_11(fn_peptide_bond_54(X))
& fn_molecule_11(fn_peptide_bond_54(X)) = fn_molecule_11(fn_peptide_bond_54(X))
& fn_molecule_11(fn_peptide_bond_54(X)) = fn_atomic_nucleus_4(fn_peptide_bond_17(X))
& fn_atomic_nucleus_4(fn_peptide_bond_17(X)) = fn_atomic_nucleus_4(fn_peptide_bond_17(X))
& fn_atomic_nucleus_4(fn_peptide_bond_17(X)) = fn_covalent_bond_20(fn_peptide_bond_21(X))
& fn_polar_covalent_bond_19(X) = fn_covalent_bond_20(fn_peptide_bond_21(X))
& fn_covalent_bond_20(fn_peptide_bond_21(X)) = fn_polar_covalent_bond_19(X)
& fn_polar_covalent_bond_19(X) = fn_polar_covalent_bond_23(X)
& fn_polar_covalent_bond_23(X) = fn_covalent_bond_23(fn_peptide_bond_21(X))
& fn_covalent_bond_23(fn_peptide_bond_21(X)) = fn_polar_covalent_bond_23(X)
& fn_polar_covalent_bond_23(X) = fn_polar_covalent_bond_23(X)
& fn_polar_covalent_bond_23(X) = fn_covalent_bond_21(fn_peptide_bond_21(X))
& fn_covalent_bond_21(fn_peptide_bond_21(X)) = fn_polar_covalent_bond_23(X)
& fn_polar_covalent_bond_23(X) = fn_covalent_bond_21(fn_peptide_bond_55(X))
& fn_covalent_bond_21(fn_peptide_bond_55(X)) = fn_covalent_bond_24(fn_peptide_bond_21(X))
& fn_polar_covalent_bond_14(X) = fn_covalent_bond_24(fn_peptide_bond_21(X))
& fn_covalent_bond_24(fn_peptide_bond_21(X)) = fn_polar_covalent_bond_14(X)
& fn_polar_covalent_bond_14(X) = fn_covalent_bond_22(fn_peptide_bond_21(X))
& fn_covalent_bond_22(fn_peptide_bond_21(X)) = fn_polar_covalent_bond_14(X)
& fn_polar_covalent_bond_14(X) = fn_covalent_bond_22(fn_peptide_bond_55(X))
& fn_covalent_bond_22(fn_peptide_bond_55(X)) = fn_covalent_bond_22(fn_peptide_bond_55(X))
& fn_covalent_bond_22(fn_peptide_bond_55(X)) = fn_polar_covalent_bond_22(X)
& fn_polar_covalent_bond_22(X) = fn_covalent_bond_11(fn_peptide_bond_55(X))
& fn_covalent_bond_11(fn_peptide_bond_55(X)) = fn_molecule_7(fn_peptide_bond_54(X))
& fn_molecule_7(fn_peptide_bond_54(X)) = fn_share_3(fn_peptide_bond_51(X))
& fn_share_3(fn_peptide_bond_51(X)) = fn_share_3(fn_peptide_bond_51(X))
& fn_share_3(fn_peptide_bond_51(X)) = fn_atomic_nucleus_4(fn_peptide_bond_37(X))
& fn_covalent_bond_20(fn_peptide_bond_55(X)) = fn_atomic_nucleus_4(fn_peptide_bond_37(X))
& fn_atomic_nucleus_4(fn_peptide_bond_37(X)) = fn_atomic_nucleus_4(fn_peptide_bond_37(X))
& fn_atomic_nucleus_4(fn_peptide_bond_37(X)) = fn_covalent_bond_20(fn_peptide_bond_55(X))
& fn_polar_covalent_bond_19(X) = fn_covalent_bond_20(fn_peptide_bond_55(X))
& fn_covalent_bond_20(fn_peptide_bond_55(X)) = fn_covalent_bond_20(fn_peptide_bond_55(X))
& fn_covalent_bond_20(fn_peptide_bond_55(X)) = fn_polar_covalent_bond_19(X)
& fn_polar_covalent_bond_19(X) = fn_polar_covalent_bond_19(X)
& fn_polar_covalent_bond_19(X) = fn_covalent_bond_19(fn_peptide_bond_55(X))
& fn_covalent_bond_19(fn_peptide_bond_55(X)) = fn_covalent_bond_19(fn_peptide_bond_55(X))
& fn_covalent_bond_19(fn_peptide_bond_55(X)) = fn_covalent_bond_14(fn_peptide_bond_21(X))
& fn_covalent_bond_14(fn_peptide_bond_21(X)) = fn_polar_covalent_bond_17(X)
& fn_polar_covalent_bond_17(X) = fn_covalent_bond_14(fn_peptide_bond_21(X))
& fn_covalent_bond_14(fn_peptide_bond_21(X)) = fn_covalent_bond_14(fn_peptide_bond_21(X))
& fn_covalent_bond_14(fn_peptide_bond_21(X)) = fn_covalent_bond_17(fn_peptide_bond_55(X))
& fn_polar_covalent_bond_16(X) = fn_covalent_bond_17(fn_peptide_bond_55(X))
& fn_covalent_bond_17(fn_peptide_bond_55(X)) = fn_polar_covalent_bond_16(X)
& fn_polar_covalent_bond_16(X) = fn_polar_covalent_bond_16(X)
& fn_polar_covalent_bond_16(X) = fn_polar_covalent_bond_17(X)
& fn_covalent_bond_14(fn_peptide_bond_55(X)) = fn_polar_covalent_bond_17(X)
& fn_polar_covalent_bond_17(X) = fn_polar_covalent_bond_17(X)
& fn_polar_covalent_bond_17(X) = fn_covalent_bond_14(fn_peptide_bond_55(X))
& fn_covalent_bond_14(fn_peptide_bond_55(X)) = fn_covalent_bond_14(fn_peptide_bond_55(X))
& fn_covalent_bond_14(fn_peptide_bond_55(X)) = fn_covalent_bond_18(fn_peptide_bond_55(X))
& fn_covalent_bond_18(fn_peptide_bond_55(X)) = fn_atomic_nucleus_8(fn_peptide_bond_37(X))
& fn_atomic_nucleus_8(fn_peptide_bond_37(X)) = fn_atomic_nucleus_8(fn_peptide_bond_37(X))
& fn_atomic_nucleus_8(fn_peptide_bond_37(X)) = fn_covalent_bond_18(fn_peptide_bond_55(X))
& fn_polar_covalent_bond_11(X) = fn_covalent_bond_18(fn_peptide_bond_55(X))
& fn_covalent_bond_18(fn_peptide_bond_55(X)) = fn_polar_covalent_bond_11(X)
& fn_covalent_bond_15(fn_peptide_bond_55(X)) = fn_polar_covalent_bond_11(X)
& fn_polar_covalent_bond_11(X) = fn_covalent_bond_15(fn_peptide_bond_55(X))
& fn_covalent_bond_15(fn_peptide_bond_55(X)) = fn_covalent_bond_15(fn_peptide_bond_55(X))
& fn_covalent_bond_15(fn_peptide_bond_55(X)) = fn_atomic_nucleus_3(fn_peptide_bond_17(X))
& fn_atomic_nucleus_3(fn_peptide_bond_17(X)) = fn_covalent_bond_21(fn_peptide_bond_55(X))
& fn_covalent_bond_21(fn_peptide_bond_55(X)) = fn_covalent_bond_21(fn_peptide_bond_55(X))
& fn_covalent_bond_21(fn_peptide_bond_55(X)) = fn_oxygen_8(fn_peptide_bond_53(X))
& fn_oxygen_8(fn_peptide_bond_53(X)) = fn_oxygen_1(fn_peptide_bond_53(X))
& fn_oxygen_1(fn_peptide_bond_53(X)) = fn_oxygen_1(fn_peptide_bond_53(X))
& fn_oxygen_1(fn_peptide_bond_53(X)) = fn_covalent_bond_18(fn_peptide_bond_55(X))
& fn_covalent_bond_18(fn_peptide_bond_55(X)) = fn_covalent_bond_18(fn_peptide_bond_55(X))
& fn_covalent_bond_18(fn_peptide_bond_55(X)) = fn_covalent_bond_21(fn_peptide_bond_55(X))
& fn_covalent_bond_21(fn_peptide_bond_55(X)) = fn_covalent_bond_23(fn_peptide_bond_55(X))
& fn_covalent_bond_23(fn_peptide_bond_55(X)) = fn_covalent_bond_23(fn_peptide_bond_55(X))
& fn_covalent_bond_23(fn_peptide_bond_55(X)) = fn_atomic_nucleus_3(fn_peptide_bond_37(X))
& fn_atomic_nucleus_3(fn_peptide_bond_37(X)) = fn_covalent_bond_6(fn_peptide_bond_55(X))
& fn_covalent_bond_6(fn_peptide_bond_55(X)) = fn_atomic_nucleus_1(fn_peptide_bond_37(X))
& fn_atomic_nucleus_1(fn_peptide_bond_37(X)) = fn_atomic_nucleus_1(fn_peptide_bond_37(X))
& fn_atomic_nucleus_1(fn_peptide_bond_37(X)) = fn_covalent_bond_22(fn_peptide_bond_55(X))
& fn_covalent_bond_24(fn_peptide_bond_55(X)) = fn_covalent_bond_22(fn_peptide_bond_55(X))
& fn_covalent_bond_22(fn_peptide_bond_55(X)) = fn_covalent_bond_24(fn_peptide_bond_55(X))
& fn_covalent_bond_24(fn_peptide_bond_55(X)) = fn_atomic_nucleus_9(fn_peptide_bond_37(X))
& fn_atomic_nucleus_9(fn_peptide_bond_37(X)) = fn_covalent_bond_4(fn_peptide_bond_55(X))
& fn_covalent_bond_4(fn_peptide_bond_55(X)) = fn_atomic_nucleus_9(fn_peptide_bond_37(X))
& fn_atomic_nucleus_9(fn_peptide_bond_37(X)) = fn_atomic_nucleus_9(fn_peptide_bond_37(X))
& fn_atomic_nucleus_9(fn_peptide_bond_37(X)) = fn_polar_covalent_bond_2(X)
& fn_polar_covalent_bond_2(X) = fn_polar_covalent_bond_2(X)
& fn_polar_covalent_bond_2(X) = fn_nitrogen_4(fn_peptide_bond_34(X))
& fn_nitrogen_4(fn_peptide_bond_34(X)) = fn_nitrogen_4(fn_peptide_bond_34(X))
& fn_nitrogen_4(fn_peptide_bond_34(X)) = fn_atom_11(fn_peptide_bond_34(X))
& fn_polar_covalent_bond_9(X) = fn_atom_11(fn_peptide_bond_34(X))
& fn_atom_11(fn_peptide_bond_34(X)) = fn_atom_11(fn_peptide_bond_34(X))
& fn_atom_11(fn_peptide_bond_34(X)) = fn_polar_covalent_bond_9(X)
& fn_polar_covalent_bond_9(X) = fn_polar_covalent_bond_9(X)
& fn_polar_covalent_bond_9(X) = fn_nitrogen_8(fn_peptide_bond_34(X))
& fn_nitrogen_8(fn_peptide_bond_34(X)) = fn_nitrogen_8(fn_peptide_bond_34(X))
& fn_nitrogen_8(fn_peptide_bond_34(X)) = fn_polar_covalent_bond_8(X)
& fn_polar_covalent_bond_8(X) = fn_polar_covalent_bond_8(X)
& fn_polar_covalent_bond_8(X) = fn_nitrogen_7(fn_peptide_bond_34(X))
& fn_nitrogen_7(fn_peptide_bond_34(X)) = fn_nitrogen_7(fn_peptide_bond_34(X))
& fn_nitrogen_7(fn_peptide_bond_34(X)) = fn_polar_covalent_bond_10(X)
& fn_polar_covalent_bond_10(X) = fn_atom_5(fn_peptide_bond_34(X))
& fn_atom_5(fn_peptide_bond_34(X)) = fn_polar_covalent_bond_10(X)
& fn_polar_covalent_bond_10(X) = fn_polar_covalent_bond_10(X)
& fn_polar_covalent_bond_10(X) = fn_nitrogen_15(fn_peptide_bond_34(X))
& fn_nitrogen_15(fn_peptide_bond_34(X)) = fn_nitrogen_15(fn_peptide_bond_34(X))
& fn_nitrogen_15(fn_peptide_bond_34(X)) = fn_attract_1(fn_peptide_bond_19(X))
& fn_attract_1(fn_peptide_bond_19(X)) = fn_atom_14(fn_peptide_bond_34(X))
& fn_polar_covalent_bond_12(X) = fn_atom_14(fn_peptide_bond_34(X))
& fn_atom_14(fn_peptide_bond_34(X)) = fn_polar_covalent_bond_12(X)
& fn_polar_covalent_bond_12(X) = fn_polar_covalent_bond_12(X)
& fn_polar_covalent_bond_12(X) = fn_nitrogen_13(fn_peptide_bond_34(X))
& fn_nitrogen_13(fn_peptide_bond_34(X)) = fn_nitrogen_18(fn_peptide_bond_34(X))
& fn_nitrogen_18(fn_peptide_bond_34(X)) = fn_nitrogen_18(fn_peptide_bond_34(X))
& fn_nitrogen_18(fn_peptide_bond_34(X)) = fn_covalent_bond_23(fn_peptide_bond_21(X))
& fn_covalent_bond_23(fn_peptide_bond_21(X)) = fn_polar_covalent_bond_21(X)
& fn_polar_covalent_bond_21(X) = fn_covalent_bond_23(fn_peptide_bond_55(X))
& fn_covalent_bond_23(fn_peptide_bond_55(X)) = fn_covalent_bond_23(fn_peptide_bond_21(X))
& fn_covalent_bond_23(fn_peptide_bond_21(X)) = fn_covalent_bond_21(fn_peptide_bond_21(X))
& fn_covalent_bond_21(fn_peptide_bond_21(X)) = fn_covalent_bond_23(fn_peptide_bond_55(X))
& fn_covalent_bond_23(fn_peptide_bond_55(X)) = fn_covalent_bond_21(fn_peptide_bond_55(X))
& fn_covalent_bond_21(fn_peptide_bond_55(X)) = fn_covalent_bond_21(fn_peptide_bond_21(X))
& fn_covalent_bond_21(fn_peptide_bond_21(X)) = fn_covalent_bond_21(fn_peptide_bond_55(X))
& fn_covalent_bond_21(fn_peptide_bond_55(X)) = fn_nitrogen_11(fn_peptide_bond_34(X))
& fn_nitrogen_11(fn_peptide_bond_34(X)) = fn_nitrogen_11(fn_peptide_bond_34(X))
& fn_nitrogen_11(fn_peptide_bond_34(X)) = fn_covalent_bond_24(fn_peptide_bond_55(X))
& fn_covalent_bond_24(fn_peptide_bond_55(X)) = fn_atom_18(fn_peptide_bond_34(X))
& fn_atom_18(fn_peptide_bond_34(X)) = fn_atom_18(fn_peptide_bond_34(X))
& fn_atom_18(fn_peptide_bond_34(X)) = fn_covalent_bond_24(fn_peptide_bond_55(X))
& fn_covalent_bond_24(fn_peptide_bond_55(X)) = fn_covalent_bond_24(fn_peptide_bond_55(X))
& fn_covalent_bond_24(fn_peptide_bond_55(X)) = fn_nitrogen_10(fn_peptide_bond_34(X))
& fn_nitrogen_10(fn_peptide_bond_34(X)) = fn_nitrogen_10(fn_peptide_bond_34(X))
& fn_nitrogen_10(fn_peptide_bond_34(X)) = fn_covalent_bond_4(fn_peptide_bond_21(X))
& fn_covalent_bond_4(fn_peptide_bond_21(X)) = fn_atom_8(fn_peptide_bond_34(X))
& fn_atom_8(fn_peptide_bond_34(X)) = fn_atom_8(fn_peptide_bond_34(X))
& fn_nitrogen_12(fn_peptide_bond_34(X)) = fn_atom_8(fn_peptide_bond_34(X))
& fn_atom_8(fn_peptide_bond_34(X)) = fn_nitrogen_12(fn_peptide_bond_34(X))
& fn_nitrogen_12(fn_peptide_bond_34(X)) = fn_covalent_bond_12(fn_peptide_bond_55(X))
& fn_nitrogen_14(fn_peptide_bond_34(X)) = fn_covalent_bond_12(fn_peptide_bond_55(X))
& fn_covalent_bond_12(fn_peptide_bond_55(X)) = fn_nitrogen_14(fn_peptide_bond_34(X))
& fn_nitrogen_14(fn_peptide_bond_34(X)) = fn_electron_shell_3(fn_peptide_bond_29(X))
& fn_electron_shell_3(fn_peptide_bond_29(X)) = fn_covalent_bond_13(fn_peptide_bond_55(X))
& fn_covalent_bond_13(fn_peptide_bond_55(X)) = fn_covalent_bond_13(fn_peptide_bond_55(X))
& fn_polar_covalent_bond_15(X) = fn_covalent_bond_13(fn_peptide_bond_55(X))
& fn_covalent_bond_13(fn_peptide_bond_55(X)) = fn_polar_covalent_bond_15(X)
& fn_polar_covalent_bond_15(X) = fn_polar_covalent_bond_15(X)
& fn_polar_covalent_bond_15(X) = fn_nitrogen_9(fn_peptide_bond_34(X))
& fn_nitrogen_9(fn_peptide_bond_34(X)) = fn_nitrogen_9(fn_peptide_bond_34(X))
& fn_nitrogen_9(fn_peptide_bond_34(X)) = fn_polar_covalent_bond_11(X)
& fn_polar_covalent_bond_11(X) = fn_covalent_bond_18(fn_peptide_bond_21(X))
& fn_covalent_bond_18(fn_peptide_bond_21(X)) = fn_covalent_bond_18(fn_peptide_bond_21(X))
& fn_covalent_bond_18(fn_peptide_bond_21(X)) = fn_polar_covalent_bond_11(X)
& fn_polar_covalent_bond_11(X) = fn_polar_covalent_bond_11(X)
& fn_polar_covalent_bond_11(X) = fn_nitrogen_13(fn_peptide_bond_34(X))
& fn_nitrogen_13(fn_peptide_bond_34(X)) = fn_nitrogen_13(fn_peptide_bond_34(X))
& fn_nitrogen_13(fn_peptide_bond_34(X)) = fn_second_electron_shell_13(fn_peptide_bond_29(X))
& fn_second_electron_shell_13(fn_peptide_bond_29(X)) = fn_covalent_bond_20(fn_peptide_bond_21(X))
& fn_covalent_bond_20(fn_peptide_bond_21(X)) = fn_covalent_bond_20(fn_peptide_bond_21(X))
& fn_covalent_bond_19(fn_peptide_bond_21(X)) = fn_covalent_bond_20(fn_peptide_bond_21(X))
& fn_covalent_bond_20(fn_peptide_bond_21(X)) = fn_covalent_bond_19(fn_peptide_bond_21(X))
& fn_covalent_bond_19(fn_peptide_bond_21(X)) = fn_covalent_bond_19(fn_peptide_bond_21(X))
& fn_polar_covalent_bond_18(X) = fn_covalent_bond_19(fn_peptide_bond_21(X))
& fn_covalent_bond_19(fn_peptide_bond_21(X)) = fn_polar_covalent_bond_18(X)
& fn_polar_covalent_bond_18(X) = fn_polar_covalent_bond_18(X) ) ) ).
fof(a531592,axiom,
! [X,X1] :
( ( result_2(X,X1)
& create_1(X)
& peptide_bond_1(X1) )
=> ( peptide_bond_formation_1(X)
& fn_peptide_bond_formation_19(X) = X1 ) ) ).
fof(a531593,axiom,
! [X] :
( peptide_bond_formation_1(X)
=> ( original_name_2(X,'Peptide-Bond-Formation')
& user_description_2(X,'Peptide bond formation is the process of the formation of peptide bond between two amino acids')
& concept2words_2(X,form)
& concept2words_2(X,'peptide bond formation')
& concept2words_2(X,'peptide-bond-formation')
& create_1(X)
& amino_end_1(fn_peptide_bond_formation_2(X))
& translation_elongation_1(fn_peptide_bond_formation_3(X))
& detach_1(fn_peptide_bond_formation_4(X))
& trna_1(fn_peptide_bond_formation_5(X))
& polypeptide_1(fn_peptide_bond_formation_6(X))
& amino_acid_1(fn_peptide_bond_formation_7(X))
& ribosomal_rna_1(fn_peptide_bond_formation_8(X))
& ribosome_1(fn_peptide_bond_formation_9(X))
& a_site_1(fn_peptide_bond_formation_10(X))
& p_site_1(fn_peptide_bond_formation_11(X))
& aminoacyl_trna_1(fn_peptide_bond_formation_12(X))
& polypeptide_1(fn_peptide_bond_formation_13(X))
& spatial_entity_1(fn_peptide_bond_formation_14(X))
& amino_acid_1(fn_peptide_bond_formation_14(X))
& catalyst_1(fn_peptide_bond_formation_15(X))
& attach_1(fn_peptide_bond_formation_16(X))
& dehydration_reaction_1(fn_peptide_bond_formation_17(X))
& amino_acid_1(fn_peptide_bond_formation_18(X))
& peptide_bond_1(fn_peptide_bond_formation_19(X))
& spatial_entity_1(fn_detach_1(fn_peptide_bond_formation_4(X)))
& spatial_entity_1(fn_detach_2(fn_peptide_bond_formation_4(X)))
& chemical_entity_1(fn_catalyst_2(fn_peptide_bond_formation_15(X)))
& p_site_1(fn_translation_elongation_10(fn_peptide_bond_formation_3(X)))
& aminoacyl_trna_1(fn_translation_elongation_15(fn_peptide_bond_formation_3(X)))
& a_site_1(fn_translation_elongation_11(fn_peptide_bond_formation_3(X)))
& ribosome_1(fn_translation_elongation_21(fn_peptide_bond_formation_3(X)))
& attach_1(fn_translation_elongation_9(fn_peptide_bond_formation_3(X)))
& spatial_entity_1(fn_attach_2(fn_peptide_bond_formation_16(X)))
& chemical_entity_1(fn_endergonic_reaction_9(fn_peptide_bond_formation_17(X)))
& molecule_1(fn_condensation_reaction_3(fn_peptide_bond_formation_17(X)))
& chemical_entity_1(fn_dehydration_reaction_7(fn_peptide_bond_formation_17(X)))
& molecule_1(fn_dehydration_reaction_7(fn_peptide_bond_formation_17(X)))
& molecule_1(fn_dehydration_reaction_8(fn_peptide_bond_formation_17(X)))
& spatial_entity_1(fn_attach_1(fn_peptide_bond_formation_16(X)))
& amino_acid_1(fn_aminoacyl_trna_1(fn_peptide_bond_formation_12(X)))
& peptide_bond_formation_1(fn_translation_elongation_2(fn_peptide_bond_formation_3(X)))
& is_at_2(fn_peptide_bond_formation_5(X),fn_peptide_bond_formation_11(X))
& has_part_2(fn_peptide_bond_formation_6(X),fn_peptide_bond_formation_18(X))
& minCardinality(fn_peptide_bond_formation_6(X),has_part_0,"1",peptide_bond_0)
& has_part_2(fn_peptide_bond_formation_6(X),fn_peptide_bond_formation_7(X))
& subevent_2(X,fn_peptide_bond_formation_17(X))
& subevent_2(X,fn_peptide_bond_formation_4(X))
& agent_2(X,fn_peptide_bond_formation_8(X))
& first_subevent_2(X,fn_peptide_bond_formation_17(X))
& is_at_2(fn_peptide_bond_formation_13(X),fn_peptide_bond_formation_5(X))
& in_event_2(fn_peptide_bond_formation_15(X),X)
& next_event_2(fn_peptide_bond_formation_16(X),fn_peptide_bond_formation_4(X))
& result_2(fn_peptide_bond_formation_16(X),fn_peptide_bond_formation_6(X))
& agent_2(fn_peptide_bond_formation_16(X),fn_peptide_bond_formation_19(X))
& is_at_2(fn_peptide_bond_formation_18(X),fn_peptide_bond_formation_2(X))
& object_2(fn_peptide_bond_formation_4(X),fn_peptide_bond_formation_5(X))
& object_2(fn_peptide_bond_formation_16(X),fn_peptide_bond_formation_14(X))
& base_2(fn_peptide_bond_formation_4(X),fn_peptide_bond_formation_6(X))
& base_2(fn_peptide_bond_formation_16(X),fn_peptide_bond_formation_13(X))
& plays_2(fn_peptide_bond_formation_8(X),fn_peptide_bond_formation_15(X))
& result_2(X,fn_peptide_bond_formation_19(X))
& result_2(fn_peptide_bond_formation_17(X),fn_peptide_bond_formation_13(X))
& raw_material_2(fn_peptide_bond_formation_17(X),fn_peptide_bond_formation_18(X))
& fn_peptide_bond_formation_7(X) != fn_peptide_bond_formation_18(X)
& fn_peptide_bond_formation_18(X) != fn_peptide_bond_formation_7(X)
& has_part_2(fn_peptide_bond_formation_12(X),fn_peptide_bond_formation_14(X))
& is_at_2(fn_peptide_bond_formation_14(X),fn_peptide_bond_formation_12(X))
& agent_2(X,fn_peptide_bond_formation_9(X))
& has_region_2(fn_peptide_bond_formation_9(X),fn_peptide_bond_formation_11(X))
& subevent_2(fn_peptide_bond_formation_3(X),X)
& subevent_2(X,fn_peptide_bond_formation_16(X))
& instrument_2(fn_peptide_bond_formation_16(X),fn_peptide_bond_formation_9(X))
& has_region_2(fn_peptide_bond_formation_9(X),fn_peptide_bond_formation_10(X))
& is_at_2(fn_peptide_bond_formation_12(X),fn_peptide_bond_formation_10(X))
& fn_peptide_bond_formation_5(X) = fn_detach_1(fn_peptide_bond_formation_4(X))
& fn_peptide_bond_formation_14(X) = fn_attach_1(fn_peptide_bond_formation_16(X))
& fn_peptide_bond_formation_6(X) = fn_detach_2(fn_peptide_bond_formation_4(X))
& fn_peptide_bond_formation_13(X) = fn_attach_2(fn_peptide_bond_formation_16(X))
& fn_peptide_bond_formation_8(X) = fn_catalyst_2(fn_peptide_bond_formation_15(X))
& fn_peptide_bond_formation_19(X) = fn_create_1(X)
& fn_peptide_bond_formation_13(X) = fn_endergonic_reaction_9(fn_peptide_bond_formation_17(X))
& fn_peptide_bond_formation_13(X) = fn_condensation_reaction_3(fn_peptide_bond_formation_17(X))
& fn_peptide_bond_formation_7(X) = fn_dehydration_reaction_7(fn_peptide_bond_formation_17(X))
& fn_peptide_bond_formation_18(X) = fn_dehydration_reaction_7(fn_peptide_bond_formation_17(X))
& fn_peptide_bond_formation_18(X) = fn_dehydration_reaction_8(fn_peptide_bond_formation_17(X))
& fn_peptide_bond_formation_14(X) = fn_aminoacyl_trna_1(fn_peptide_bond_formation_12(X))
& fn_peptide_bond_formation_11(X) = fn_translation_elongation_10(fn_peptide_bond_formation_3(X))
& fn_peptide_bond_formation_12(X) = fn_translation_elongation_15(fn_peptide_bond_formation_3(X))
& fn_peptide_bond_formation_10(X) = fn_translation_elongation_11(fn_peptide_bond_formation_3(X))
& fn_peptide_bond_formation_9(X) = fn_translation_elongation_21(fn_peptide_bond_formation_3(X))
& fn_peptide_bond_formation_16(X) = fn_translation_elongation_9(fn_peptide_bond_formation_3(X))
& X = fn_translation_elongation_2(fn_peptide_bond_formation_3(X))
& fn_attach_2(fn_peptide_bond_formation_16(X)) = fn_endergonic_reaction_9(fn_peptide_bond_formation_17(X))
& fn_endergonic_reaction_9(fn_peptide_bond_formation_17(X)) = fn_endergonic_reaction_9(fn_peptide_bond_formation_17(X))
& fn_endergonic_reaction_9(fn_peptide_bond_formation_17(X)) = fn_condensation_reaction_3(fn_peptide_bond_formation_17(X))
& fn_condensation_reaction_3(fn_peptide_bond_formation_17(X)) = fn_dehydration_reaction_8(fn_peptide_bond_formation_17(X))
& fn_dehydration_reaction_8(fn_peptide_bond_formation_17(X)) = fn_dehydration_reaction_8(fn_peptide_bond_formation_17(X))
& fn_dehydration_reaction_8(fn_peptide_bond_formation_17(X)) = fn_dehydration_reaction_7(fn_peptide_bond_formation_17(X))
& fn_dehydration_reaction_7(fn_peptide_bond_formation_17(X)) = fn_dehydration_reaction_8(fn_peptide_bond_formation_17(X))
& fn_dehydration_reaction_8(fn_peptide_bond_formation_17(X)) = fn_attach_1(fn_peptide_bond_formation_16(X))
& fn_attach_1(fn_peptide_bond_formation_16(X)) = fn_aminoacyl_trna_1(fn_peptide_bond_formation_12(X))
& fn_aminoacyl_trna_1(fn_peptide_bond_formation_12(X)) = fn_aminoacyl_trna_1(fn_peptide_bond_formation_12(X))
& fn_translation_elongation_2(fn_peptide_bond_formation_3(X)) = fn_translation_elongation_2(fn_peptide_bond_formation_3(X)) ) ) ).
fof(a531594,axiom,
! [X] :
( peptide_hormone_1(X)
=> ( original_name_2(X,'Peptide-Hormone')
& user_description_2(X,'A polypeptide chain that functions as a hormone.')
& concept2words_2(X,'protein hormone')
& concept2words_2(X,'protein-hormone')
& concept2words_2(X,'hormone of peptide')
& concept2words_2(X,'peptide hormone')
& concept2words_2(X,'peptide-hormone')
& regulatory_protein_1(X)
& hormone_1(X)
& ~ endothelin_1(X)
& ~ globins_1(X)
& ~ heavy_chain_1(X)
& ~ light_chain_1(X)
& ~ neuropeptide_1(X)
& ~ polypeptide_segment_1(X)
& ~ signal_peptide_1(X) ) ) ).
fof(a531595,axiom,
! [X] :
( peptidoglycan_1(X)
=> ( original_name_2(X,'Peptidoglycan')
& user_description_2(X,'A polymer that provides structure to the cell wall of bacteria. It consists of chains of amino sugars cross-linked by short polypeptides.')
& concept2words_2(X,peptidoglycan)
& glycoprotein_1(X)
& ~ cell_adhesion_molecule_1(X)
& ~ collagen_1(X)
& ~ fibronectin_1(X)
& ~ glycoprotein_hormone_1(X)
& ~ proteoglycan_1(X)
& biomembrane_1(fn_peptidoglycan_1(X))
& tangible_entity_1(fn_peptidoglycan_2(X))
& phospholipid_bilayer_1(fn_peptidoglycan_2(X))
& size_value_1(fn_peptidoglycan_3(X))
& spatial_entity_1(fn_peptidoglycan_4(X))
& chemical_entity_1(fn_peptidoglycan_4(X))
& monomer_1(fn_peptidoglycan_4(X))
& molecule_1(fn_peptidoglycan_4(X))
& amino_acid_1(fn_peptidoglycan_4(X))
& quantity_value_1(fn_peptidoglycan_5(X))
& speed_value_1(fn_peptidoglycan_6(X))
& constant_motion_1(fn_peptidoglycan_7(X))
& kinetic_energy_1(fn_peptidoglycan_8(X))
& atom_1(fn_peptidoglycan_9(X))
& chemical_entity_1(fn_peptidoglycan_9(X))
& carbon_1(fn_peptidoglycan_9(X))
& atom_1(fn_peptidoglycan_10(X))
& chemical_entity_1(fn_peptidoglycan_10(X))
& carbon_1(fn_peptidoglycan_10(X))
& carbohydrate_side_chain_1(fn_peptidoglycan_11(X))
& monomer_1(fn_peptidoglycan_12(X))
& size_value_1(fn_peptidoglycan_13(X))
& surface_1(fn_peptidoglycan_14(X))
& hydrophilic_region_1(fn_peptidoglycan_15(X))
& protein_domain_1(fn_peptidoglycan_16(X))
& repel_1(fn_peptidoglycan_21(X))
& attract_1(fn_peptidoglycan_22(X))
& hydrophobic_region_1(fn_peptidoglycan_23(X))
& tangible_entity_1(fn_biomembrane_63(fn_peptidoglycan_1(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_peptidoglycan_1(X)))
& size_value_1(fn_polymer_8(fn_peptidoglycan_12(X)))
& glycoprotein_1(fn_biomembrane_30(fn_peptidoglycan_1(X)))
& size_2(fn_peptidoglycan_12(X),fn_peptidoglycan_3(X))
& has_part_2(X,fn_peptidoglycan_12(X))
& has_part_2(fn_peptidoglycan_12(X),fn_peptidoglycan_4(X))
& has_part_2(X,fn_peptidoglycan_9(X))
& fn_peptidoglycan_10(X) != fn_peptidoglycan_9(X)
& fn_peptidoglycan_9(X) != fn_peptidoglycan_10(X)
& has_part_2(fn_peptidoglycan_1(X),X)
& is_inside_2(X,fn_peptidoglycan_2(X))
& has_part_2(fn_peptidoglycan_1(X),fn_peptidoglycan_2(X))
& facilitates_2(fn_peptidoglycan_15(X),fn_peptidoglycan_22(X))
& the_scalar_value_2(fn_peptidoglycan_13(X),big_0)
& scalar_unit_class_2(fn_peptidoglycan_13(X),polypeptide_0)
& has_part_2(X,fn_peptidoglycan_10(X))
& site_2(fn_peptidoglycan_21(X),fn_peptidoglycan_23(X))
& has_function_2(X,fn_peptidoglycan_21(X))
& has_part_2(X,fn_peptidoglycan_11(X))
& is_at_2(fn_peptidoglycan_11(X),fn_peptidoglycan_14(X))
& has_function_2(X,fn_peptidoglycan_22(X))
& object_2(fn_peptidoglycan_7(X),X)
& speed_2(fn_peptidoglycan_7(X),fn_peptidoglycan_6(X))
& directly_proportional_2(fn_peptidoglycan_6(X),fn_peptidoglycan_5(X))
& site_2(fn_peptidoglycan_22(X),fn_peptidoglycan_15(X))
& agent_2(fn_peptidoglycan_22(X),X)
& size_2(X,fn_peptidoglycan_13(X))
& greater_than_2(fn_peptidoglycan_13(X),fn_peptidoglycan_3(X))
& has_region_2(X,fn_peptidoglycan_15(X))
& is_at_2(fn_peptidoglycan_15(X),fn_peptidoglycan_14(X))
& has_region_2(X,fn_peptidoglycan_14(X))
& possesses_2(X,fn_peptidoglycan_8(X))
& quantity_2(fn_peptidoglycan_8(X),fn_peptidoglycan_5(X))
& has_region_2(X,fn_peptidoglycan_23(X))
& facilitates_2(fn_peptidoglycan_23(X),fn_peptidoglycan_21(X))
& agent_2(fn_peptidoglycan_21(X),X)
& has_region_2(X,fn_peptidoglycan_16(X))
& is_at_2(fn_peptidoglycan_4(X),fn_peptidoglycan_16(X))
& fn_peptidoglycan_3(X) = fn_polymer_8(fn_peptidoglycan_12(X))
& fn_peptidoglycan_12(X) = fn_glycoprotein_2(X)
& fn_peptidoglycan_10(X) = fn_organic_molecule_2(X)
& fn_peptidoglycan_9(X) = fn_glycoprotein_4(X)
& fn_peptidoglycan_9(X) = fn_organic_molecule_1(X)
& fn_peptidoglycan_2(X) = fn_biomembrane_63(fn_peptidoglycan_1(X))
& X = fn_biomembrane_30(fn_peptidoglycan_1(X))
& fn_peptidoglycan_17(X) = fn_glycoprotein_8(X)
& fn_peptidoglycan_18(X) = fn_glycoprotein_6(X)
& fn_peptidoglycan_10(X) = fn_glycoprotein_5(X)
& fn_peptidoglycan_11(X) = fn_glycoprotein_17(X)
& fn_peptidoglycan_19(X) = fn_glycoprotein_7(X)
& fn_peptidoglycan_6(X) = fn_glycoprotein_21(X)
& fn_peptidoglycan_7(X) = fn_glycoprotein_22(X)
& fn_peptidoglycan_20(X) = fn_glycoprotein_9(X)
& fn_peptidoglycan_3(X) = fn_glycoprotein_12(X)
& fn_peptidoglycan_13(X) = fn_glycoprotein_11(X)
& fn_peptidoglycan_22(X) = fn_glycoprotein_25(X)
& fn_peptidoglycan_5(X) = fn_glycoprotein_20(X)
& fn_peptidoglycan_8(X) = fn_glycoprotein_23(X)
& fn_peptidoglycan_14(X) = fn_glycoprotein_14(X)
& fn_peptidoglycan_15(X) = fn_glycoprotein_18(X)
& fn_peptidoglycan_4(X) = fn_glycoprotein_19(X)
& fn_peptidoglycan_16(X) = fn_glycoprotein_10(X)
& fn_peptidoglycan_21(X) = fn_glycoprotein_24(X)
& fn_peptidoglycan_23(X) = fn_glycoprotein_26(X)
& fn_organic_molecule_1(X) = fn_glycoprotein_4(X)
& fn_glycoprotein_4(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_glycoprotein_5(X)
& fn_glycoprotein_5(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_glycoprotein_5(X)
& fn_glycoprotein_5(X) = fn_polymer_8(fn_peptidoglycan_12(X))
& fn_polymer_8(fn_peptidoglycan_12(X)) = fn_glycoprotein_12(X)
& fn_glycoprotein_12(X) = fn_glycoprotein_12(X)
& fn_biomembrane_30(fn_peptidoglycan_1(X)) = fn_biomembrane_30(fn_peptidoglycan_1(X)) ) ) ).
fof(a531596,axiom,
! [X] :
( peptidyl_trna_1(X)
=> ( original_name_2(X,'Peptidyl-tRNA')
& user_description_2(X,'The tRNA molecule that is in the P site and holds the growing polypeptide chain.')
& concept2words_2(X,'peptidyl trna')
& concept2words_2(X,'peptidyl-trna')
& trna_1(X) ) ) ).
fof(a531597,axiom,
! [X] :
( perceive_1(X)
=> ( original_name_2(X,'Perceive')
& concept2words_2(X,perceive)
& concept2words_2(X,comprehend)
& action_1(X)
& entity_1(fn_perceive_1(X))
& object_2(X,fn_perceive_1(X)) ) ) ).
fof(a531598,axiom,
! [X] :
( perception_1(X)
=> ( original_name_2(X,'Perception')
& user_description_2(X,'The organization and interpretation of sensory information to understand and represent the environment.')
& concept2words_2(X,perceive)
& concept2words_2(X,perception)
& sensory_process_1(X)
& ~ color_vision_1(X)
& ~ de_etiolation_1(X) ) ) ).
fof(a531599,axiom,
! [X] :
( perennial_1(X)
=> ( original_name_2(X,'Perennial')
& user_description_2(X,'A flowering plant that lives for many years.')
& concept2words_2(X,'perennial plant')
& concept2words_2(X,perennial)
& angiosperm_1(X) ) ) ).
fof(a531600,axiom,
! [X] :
( perforation_plate_1(X)
=> ( original_name_2(X,'Perforation-Plate')
& user_description_2(X,'Perforation plates are present at the end walls of vessel elements and enable water to flow freely through the vessels.')
& concept2words_2(X,'plate of perforation')
& concept2words_2(X,'perforation plate')
& concept2words_2(X,'perforation-plate')
& biological_region_1(X) ) ) ).
fof(a531601,axiom,
! [X] :
( pericycle_1(X)
=> ( original_name_2(X,'Pericycle')
& user_description_2(X,'In plants, the outermost layer of cells in the vascular cylinder; lateral roots arise from the pericycle.')
& concept2words_2(X,pericycle)
& vascular_tissue_1(X)
& ~ phloem_1(X)
& ~ scion_1(X)
& ~ secondary_plant_tissue_1(X)
& ~ sieve_plate_1(X)
& ~ stele_1(X)
& ~ vascular_cambium_1(X)
& ~ water_vascular_system_1(X)
& ~ xylem_1(X) ) ) ).
fof(a531602,axiom,
! [X] :
( periderm_1(X)
=> ( original_name_2(X,'Periderm')
& user_description_2(X,'A secondary covering that forms on small woody stems and consists of the cork and cork cambium.')
& concept2words_2(X,periderm)
& dermal_tissue_1(X)
& ~ apical_ectodermal_ridge_1(X)
& ~ bark_1(X)
& ~ callus_1(X)
& ~ calyptra_1(X)
& ~ coleoptile_1(X)
& ~ coleorhiza_1(X)
& ~ endodermis_1(X)
& ~ epidermis_1(X)
& ~ root_cap_1(X)
& ~ seed_coat_1(X) ) ) ).
fof(a531603,axiom,
! [X] :
( perimeter_constant_1(X)
=> ( original_name_2(X,'Perimeter-Constant')
& concept2words_2(X,'constant of perimeter')
& concept2words_2(X,'perimeter constant')
& concept2words_2(X,'perimeter-constant')
& constant_1(X) ) ) ).
fof(a531604,axiom,
! [X] :
( perimeter_scale_1(X)
=> ( original_name_2(X,'Perimeter-Scale')
& concept2words_2(X,'scale of perimeter')
& concept2words_2(X,'perimeter scale')
& concept2words_2(X,'perimeter-scale')
& scale_1(X) ) ) ).
fof(a531605,axiom,
! [X] :
( periodic_table_1(X)
=> ( original_name_2(X,'Periodic-Table')
& user_description_2(X,'A tabular display of the chemical elements arranged by chemical properties such as atomic number and number of valence electrons.')
& concept2words_2(X,'periodic table')
& concept2words_2(X,'periodic-table')
& chemical_representation_1(X)
& ~ action_spectrum_1(X)
& ~ age_structure_diagram_1(X)
& ~ cell_lineage_1(X)
& ~ cladogram_1(X)
& ~ climograph_1(X)
& ~ fate_map_1(X)
& ~ genetic_map_1(X)
& ~ genomic_representation_1(X)
& ~ genotypic_ratio_1(X)
& ~ life_table_1(X)
& ~ pedigree_1(X)
& ~ phenotypic_ratio_1(X)
& ~ phylogenetic_tree_1(X)
& ~ punnett_square_1(X)
& ~ reproductive_table_1(X)
& ~ species_area_curve_1(X)
& ~ survivorship_curve_1(X)
& ~ tree_of_life_1(X) ) ) ).
fof(a531606,axiom,
! [X] :
( peripheral_nervous_system_1(X)
=> ( original_name_2(X,'Peripheral-Nervous-System')
& user_description_2(X,'The neurons and ganglia outside the brain and spinal cord.')
& concept2words_2(X,'peripheral nervous system')
& concept2words_2(X,'peripheral nervous-system')
& concept2words_2(X,'peripheral-nervous-system')
& nervous_system_1(X)
& ~ central_nervous_system_1(X)
& ~ enteric_division_1(X)
& ~ nerve_net_1(X) ) ) ).
fof(a531607,axiom,
! [X] :
( peripheral_protein_1(X)
=> ( original_name_2(X,'Peripheral-Protein')
& user_description_2(X,'Peripheral proteins are cell membrane proteins that are not embedded in the cell membrane but instead attached to the surface of the membrane, often connected to integral proteins which are embedded in the cell membrane.')
& concept2words_2(X,'protein of peripheral')
& concept2words_2(X,'peripheral protein')
& concept2words_2(X,'peripheral-protein')
& membrane_protein_1(X)
& hydrophilic_face_1(fn_peripheral_protein_1(X))
& polar_amino_acid_1(fn_peripheral_protein_2(X))
& hydrophobic_amino_acid_1(fn_peripheral_protein_3(X))
& surface_1(fn_peripheral_protein_4(X))
& carbon_1(fn_peripheral_protein_7(X))
& monomer_1(fn_peripheral_protein_8(X))
& atom_1(fn_peripheral_protein_9(X))
& chemical_entity_1(fn_peripheral_protein_9(X))
& spatial_entity_1(fn_peripheral_protein_10(X))
& biomembrane_1(fn_peripheral_protein_10(X))
& spatial_entity_1(fn_peripheral_protein_11(X))
& chemical_entity_1(fn_peripheral_protein_11(X))
& monomer_1(fn_peripheral_protein_11(X))
& molecule_1(fn_peripheral_protein_11(X))
& amino_acid_1(fn_peripheral_protein_11(X))
& size_value_1(fn_peripheral_protein_12(X))
& speed_value_1(fn_peripheral_protein_13(X))
& quantity_value_1(fn_peripheral_protein_14(X))
& kinetic_energy_1(fn_peripheral_protein_15(X))
& size_value_1(fn_peripheral_protein_16(X))
& carbon_skeleton_1(fn_peripheral_protein_17(X))
& surface_1(fn_peripheral_protein_18(X))
& hydrophilic_region_1(fn_peripheral_protein_19(X))
& protein_domain_1(fn_peripheral_protein_20(X))
& constant_motion_1(fn_peripheral_protein_21(X))
& polypeptide_1(fn_peripheral_protein_22(X))
& attach_1(fn_peripheral_protein_23(X))
& quantity_value_1(fn_peripheral_protein_24(X))
& block_1(fn_peripheral_protein_25(X))
& barrier_1(fn_peripheral_protein_26(X))
& chemical_entity_1(fn_peripheral_protein_27(X))
& density_value_1(fn_peripheral_protein_28(X))
& aqueous_solution_1(fn_peripheral_protein_29(X))
& aqueous_solution_1(fn_peripheral_protein_30(X))
& fluidity_value_1(fn_peripheral_protein_31(X))
& temperature_value_1(fn_peripheral_protein_32(X))
& carbon_skeleton_1(fn_peripheral_protein_33(X))
& outside_face_1(fn_peripheral_protein_34(X))
& inside_face_1(fn_peripheral_protein_35(X))
& block_1(fn_peripheral_protein_36(X))
& block_1(fn_peripheral_protein_37(X))
& block_1(fn_peripheral_protein_38(X))
& hydrophobic_compound_1(fn_peripheral_protein_39(X))
& hydrophilic_compound_1(fn_peripheral_protein_40(X))
& move_through_1(fn_peripheral_protein_41(X))
& carbohydrate_side_chain_1(fn_peripheral_protein_42(X))
& saturated_fatty_acid_1(fn_peripheral_protein_43(X))
& glycoprotein_1(fn_peripheral_protein_44(X))
& tangible_entity_1(fn_peripheral_protein_45(X))
& phospholipid_bilayer_1(fn_peripheral_protein_45(X))
& attach_1(fn_peripheral_protein_46(X))
& spatial_entity_1(fn_attach_2(fn_peripheral_protein_46(X)))
& property_node_1(fn_biomembrane_26(fn_peripheral_protein_10(X)))
& property_node_1(fn_biomembrane_19(fn_peripheral_protein_10(X)))
& property_node_1(fn_biomembrane_3(fn_peripheral_protein_10(X)))
& property_node_1(fn_biomembrane_39(fn_peripheral_protein_10(X)))
& property_node_1(fn_biomembrane_76(fn_peripheral_protein_10(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_peripheral_protein_10(X)))
& surface_1(fn_biomembrane_47(fn_peripheral_protein_10(X)))
& density_value_1(fn_biomembrane_4(fn_peripheral_protein_10(X)))
& temperature_value_1(fn_biomembrane_25(fn_peripheral_protein_10(X)))
& barrier_1(fn_biomembrane_49(fn_peripheral_protein_10(X)))
& block_1(fn_biomembrane_50(fn_peripheral_protein_10(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_peripheral_protein_10(X)))
& block_1(fn_biomembrane_101(fn_peripheral_protein_10(X)))
& hydrophobic_compound_1(fn_biomembrane_48(fn_peripheral_protein_10(X)))
& hydrophilic_compound_1(fn_biomembrane_72(fn_peripheral_protein_10(X)))
& chemical_entity_1(fn_biomembrane_55(fn_peripheral_protein_10(X)))
& block_1(fn_biomembrane_100(fn_peripheral_protein_10(X)))
& block_1(fn_biomembrane_102(fn_peripheral_protein_10(X)))
& move_through_1(fn_biomembrane_52(fn_peripheral_protein_10(X)))
& outside_face_1(fn_biomembrane_41(fn_peripheral_protein_10(X)))
& carbon_skeleton_1(fn_biomembrane_71(fn_peripheral_protein_10(X)))
& attach_1(fn_biomembrane_73(fn_peripheral_protein_10(X)))
& carbohydrate_side_chain_1(fn_biomembrane_70(fn_peripheral_protein_10(X)))
& inside_face_1(fn_biomembrane_42(fn_peripheral_protein_10(X)))
& fluidity_value_1(fn_biomembrane_18(fn_peripheral_protein_10(X)))
& quantity_value_1(fn_biomembrane_31(fn_peripheral_protein_10(X)))
& saturated_fatty_acid_1(fn_biomembrane_32(fn_peripheral_protein_10(X)))
& glycoprotein_1(fn_biomembrane_30(fn_peripheral_protein_10(X)))
& tangible_entity_1(fn_biomembrane_63(fn_peripheral_protein_10(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_peripheral_protein_10(X)))
& carbon_1(fn_carbon_skeleton_4(fn_peripheral_protein_17(X)))
& size_value_1(fn_biomembrane_56(fn_peripheral_protein_10(X)))
& spatial_entity_1(fn_attach_1(fn_peripheral_protein_46(X)))
& tangible_entity_1(fn_biomembrane_54(fn_peripheral_protein_10(X)))
& membrane_protein_1(fn_biomembrane_54(fn_peripheral_protein_10(X)))
& protein_1(fn_biomembrane_54(fn_peripheral_protein_10(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_peripheral_protein_17(X)))
& atom_1(fn_carbon_skeleton_2(fn_peripheral_protein_17(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_peripheral_protein_17(X)))
& has_part_2(X,fn_peripheral_protein_3(X))
& has_part_2(X,fn_peripheral_protein_2(X))
& is_at_2(X,fn_peripheral_protein_1(X))
& is_outside_2(fn_peripheral_protein_1(X),fn_peripheral_protein_10(X))
& site_2(fn_peripheral_protein_46(X),fn_peripheral_protein_4(X))
& base_2(fn_peripheral_protein_46(X),fn_peripheral_protein_10(X))
& object_2(fn_peripheral_protein_46(X),X)
& greater_than_2(fn_peripheral_protein_16(X),fn_peripheral_protein_12(X))
& has_part_2(X,fn_peripheral_protein_8(X))
& size_2(fn_peripheral_protein_8(X),fn_peripheral_protein_12(X))
& has_part_2(X,fn_peripheral_protein_9(X))
& possesses_2(X,fn_peripheral_protein_15(X))
& quantity_2(fn_peripheral_protein_15(X),fn_peripheral_protein_14(X))
& directly_proportional_2(fn_peripheral_protein_13(X),fn_peripheral_protein_14(X))
& speed_2(fn_peripheral_protein_21(X),fn_peripheral_protein_13(X))
& object_2(fn_peripheral_protein_21(X),X)
& has_region_2(X,fn_peripheral_protein_18(X))
& is_at_2(fn_peripheral_protein_19(X),fn_peripheral_protein_18(X))
& has_part_2(X,fn_peripheral_protein_22(X))
& has_part_2(fn_peripheral_protein_22(X),fn_peripheral_protein_11(X))
& is_at_2(fn_peripheral_protein_11(X),fn_peripheral_protein_20(X))
& has_region_2(X,fn_peripheral_protein_20(X))
& has_region_2(X,fn_peripheral_protein_19(X))
& the_scalar_value_2(fn_peripheral_protein_16(X),big_0)
& scalar_unit_class_2(fn_peripheral_protein_16(X),polypeptide_0)
& has_region_2(fn_peripheral_protein_10(X),fn_peripheral_protein_4(X))
& has_part_2(fn_peripheral_protein_10(X),X)
& size_2(X,fn_peripheral_protein_16(X))
& is_inside_2(fn_peripheral_protein_7(X),fn_peripheral_protein_17(X))
& has_part_2(X,fn_peripheral_protein_7(X))
& has_region_2(X,fn_peripheral_protein_17(X))
& fn_peripheral_protein_9(X) != fn_peripheral_protein_7(X)
& fn_peripheral_protein_7(X) != fn_peripheral_protein_9(X)
& fn_peripheral_protein_10(X) = fn_attach_2(fn_peripheral_protein_46(X))
& X = fn_attach_1(fn_peripheral_protein_46(X))
& fn_peripheral_protein_16(X) = fn_polymer_8(X)
& fn_peripheral_protein_6(X) = fn_polymer_10(X)
& fn_peripheral_protein_12(X) = fn_polymer_7(X)
& fn_peripheral_protein_8(X) = fn_polymer_4(X)
& fn_peripheral_protein_47(X) = fn_molecule_1(X)
& fn_peripheral_protein_48(X) = fn_molecule_2(X)
& fn_peripheral_protein_9(X) = fn_molecule_7(X)
& fn_peripheral_protein_21(X) = fn_molecule_8(X)
& fn_peripheral_protein_13(X) = fn_molecule_3(X)
& fn_peripheral_protein_14(X) = fn_molecule_4(X)
& fn_peripheral_protein_15(X) = fn_molecule_12(X)
& fn_peripheral_protein_18(X) = fn_protein_5(X)
& fn_peripheral_protein_19(X) = fn_protein_1(X)
& fn_peripheral_protein_20(X) = fn_protein_7(X)
& fn_peripheral_protein_11(X) = fn_protein_14(X)
& fn_peripheral_protein_22(X) = fn_protein_8(X)
& fn_peripheral_protein_49(X) = fn_biomembrane_26(fn_peripheral_protein_10(X))
& fn_peripheral_protein_50(X) = fn_biomembrane_19(fn_peripheral_protein_10(X))
& fn_peripheral_protein_51(X) = fn_biomembrane_3(fn_peripheral_protein_10(X))
& fn_peripheral_protein_52(X) = fn_biomembrane_39(fn_peripheral_protein_10(X))
& fn_peripheral_protein_5(X) = fn_biomembrane_76(fn_peripheral_protein_10(X))
& fn_peripheral_protein_30(X) = fn_biomembrane_14(fn_peripheral_protein_10(X))
& fn_peripheral_protein_4(X) = fn_biomembrane_47(fn_peripheral_protein_10(X))
& fn_peripheral_protein_28(X) = fn_biomembrane_4(fn_peripheral_protein_10(X))
& fn_peripheral_protein_32(X) = fn_biomembrane_25(fn_peripheral_protein_10(X))
& fn_peripheral_protein_26(X) = fn_biomembrane_49(fn_peripheral_protein_10(X))
& fn_peripheral_protein_25(X) = fn_biomembrane_50(fn_peripheral_protein_10(X))
& fn_peripheral_protein_29(X) = fn_biomembrane_15(fn_peripheral_protein_10(X))
& fn_peripheral_protein_37(X) = fn_biomembrane_101(fn_peripheral_protein_10(X))
& fn_peripheral_protein_39(X) = fn_biomembrane_48(fn_peripheral_protein_10(X))
& fn_peripheral_protein_40(X) = fn_biomembrane_72(fn_peripheral_protein_10(X))
& fn_peripheral_protein_27(X) = fn_biomembrane_55(fn_peripheral_protein_10(X))
& fn_peripheral_protein_36(X) = fn_biomembrane_100(fn_peripheral_protein_10(X))
& fn_peripheral_protein_38(X) = fn_biomembrane_102(fn_peripheral_protein_10(X))
& fn_peripheral_protein_41(X) = fn_biomembrane_52(fn_peripheral_protein_10(X))
& fn_peripheral_protein_34(X) = fn_biomembrane_41(fn_peripheral_protein_10(X))
& fn_peripheral_protein_33(X) = fn_biomembrane_71(fn_peripheral_protein_10(X))
& fn_peripheral_protein_23(X) = fn_biomembrane_73(fn_peripheral_protein_10(X))
& fn_peripheral_protein_42(X) = fn_biomembrane_70(fn_peripheral_protein_10(X))
& fn_peripheral_protein_35(X) = fn_biomembrane_42(fn_peripheral_protein_10(X))
& fn_peripheral_protein_31(X) = fn_biomembrane_18(fn_peripheral_protein_10(X))
& fn_peripheral_protein_24(X) = fn_biomembrane_31(fn_peripheral_protein_10(X))
& fn_peripheral_protein_43(X) = fn_biomembrane_32(fn_peripheral_protein_10(X))
& fn_peripheral_protein_16(X) = fn_biomembrane_56(fn_peripheral_protein_10(X))
& X = fn_biomembrane_54(fn_peripheral_protein_10(X))
& fn_peripheral_protein_44(X) = fn_biomembrane_30(fn_peripheral_protein_10(X))
& fn_peripheral_protein_45(X) = fn_biomembrane_63(fn_peripheral_protein_10(X))
& X = fn_carbon_skeleton_3(fn_peripheral_protein_17(X))
& fn_peripheral_protein_9(X) = fn_carbon_skeleton_2(fn_peripheral_protein_17(X))
& fn_peripheral_protein_7(X) = fn_carbon_skeleton_4(fn_peripheral_protein_17(X))
& fn_polymer_8(X) = fn_biomembrane_56(fn_peripheral_protein_10(X))
& fn_biomembrane_56(fn_peripheral_protein_10(X)) = fn_biomembrane_56(fn_peripheral_protein_10(X))
& fn_biomembrane_56(fn_peripheral_protein_10(X)) = fn_attach_1(fn_peripheral_protein_46(X))
& fn_attach_1(fn_peripheral_protein_46(X)) = fn_biomembrane_54(fn_peripheral_protein_10(X))
& fn_biomembrane_54(fn_peripheral_protein_10(X)) = fn_biomembrane_54(fn_peripheral_protein_10(X))
& fn_biomembrane_54(fn_peripheral_protein_10(X)) = fn_carbon_skeleton_3(fn_peripheral_protein_17(X))
& fn_carbon_skeleton_3(fn_peripheral_protein_17(X)) = fn_carbon_skeleton_3(fn_peripheral_protein_17(X))
& fn_carbon_skeleton_3(fn_peripheral_protein_17(X)) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_carbon_skeleton_2(fn_peripheral_protein_17(X))
& fn_carbon_skeleton_2(fn_peripheral_protein_17(X)) = fn_carbon_skeleton_2(fn_peripheral_protein_17(X)) ) ) ).
fof(a531608,axiom,
! [X] :
( periphery_1(X)
=> ( original_name_2(X,'Periphery')
& user_description_2(X,'The outside boundary or surface of something is called as periphery.')
& concept2words_2(X,'peripheral region')
& concept2words_2(X,'peripheral-region')
& concept2words_2(X,periphery)
& region_1(X) ) ) ).
fof(a531609,axiom,
! [X] :
( perissodactyla_1(X)
=> ( original_name_2(X,'Perissodactyla')
& user_description_2(X,'Ungulates with an odd number of toes. Species include horse, zebra and rhinoceros.')
& concept2words_2(X,perissodactyla)
& ungulate_1(X)
& ~ artiodactyla_1(X) ) ) ).
fof(a531610,axiom,
! [X] :
( peristalsis_1(X)
=> ( original_name_2(X,'Peristalsis')
& user_description_2(X,'(1) A series of alternating contraction and relaxation of muscles lining the alimentary canal that move food through the digestive tract; (2) A type of movement seen in some terrestrial animals, in which rhythmic waves of muscle contraction move from the anterior to the posterior regions and propel the animal forward, as in earthworms.')
& concept2words_2(X,peristalsis)
& digestive_process_1(X)
& esophagus_1(fn_peristalsis_1(X))
& alimentary_canal_1(fn_peristalsis_2(X))
& lining_1(fn_peristalsis_3(X))
& time_interval_1(fn_peristalsis_4(X))
& time_interval_1(fn_peristalsis_5(X))
& move_1(fn_peristalsis_6(X))
& bolus_1(fn_peristalsis_7(X))
& smooth_muscle_1(fn_peristalsis_8(X))
& contract_1(fn_peristalsis_9(X))
& tangible_entity_1(fn_contract_1(fn_peristalsis_9(X)))
& spatial_entity_1(fn_move_1(fn_peristalsis_6(X)))
& origin_2(fn_peristalsis_6(X),fn_peristalsis_1(X))
& is_inside_2(fn_peristalsis_1(X),fn_peristalsis_2(X))
& facilitates_2(fn_peristalsis_8(X),X)
& is_inside_2(fn_peristalsis_8(X),fn_peristalsis_3(X))
& has_region_2(fn_peristalsis_2(X),fn_peristalsis_3(X))
& first_subevent_2(X,fn_peristalsis_9(X))
& subevent_2(X,fn_peristalsis_9(X))
& enables_2(X,fn_peristalsis_6(X))
& time_before_2(fn_peristalsis_4(X),fn_peristalsis_5(X))
& time_during_2(fn_peristalsis_9(X),fn_peristalsis_4(X))
& base_2(fn_peristalsis_9(X),fn_peristalsis_8(X))
& object_2(fn_peristalsis_6(X),fn_peristalsis_7(X))
& fn_peristalsis_8(X) = fn_contract_1(fn_peristalsis_9(X))
& fn_peristalsis_7(X) = fn_move_1(fn_peristalsis_6(X)) ) ) ).
fof(a531611,axiom,
! [X] :
( peristome_1(X)
=> ( original_name_2(X,'Peristome')
& user_description_2(X,'An anatomical structure that surrounds an opening. In mosses, the peristome is a specialized structure of a sporangium that allows spores to be released gradually rather than explosively.')
& concept2words_2(X,peristome)
& plant_structure_1(X)
& ~ axillary_bud_1(X)
& ~ ovule_1(X)
& ~ petiole_1(X)
& ~ plant_vein_1(X)
& ~ pollen_grain_1(X)
& ~ pollen_tube_1(X) ) ) ).
fof(a531612,axiom,
! [X] :
( peritubular_capillary_1(X)
=> ( original_name_2(X,'Peritubular-Capillary')
& user_description_2(X,'One of the tiny capillaries that runs alongside the proximal and distal tubules of the kidney .')
& concept2words_2(X,'peritubular capillary')
& concept2words_2(X,'peritubular-capillary')
& capillary_1(X)
& ~ glomerulus_1(X)
& ~ vasa_recta_1(X) ) ) ).
fof(a531613,axiom,
! [X] :
( permafrost_1(X)
=> ( original_name_2(X,'Permafrost')
& user_description_2(X,'Any permanently frozen soil, sediment, or rock layer.')
& concept2words_2(X,permafrost)
& soil_1(X) ) ) ).
fof(a531614,axiom,
! [X] :
( peroxisome_1(X)
=> ( original_name_2(X,'Peroxisome')
& user_description_2(X,'Peroxisomes are organelles from the microbody family and are present in almost all eukaryotic cells. They participate in the metabolism of fatty acids and many other metabolites.')
& concept2words_2(X,peroxisome)
& organelle_1(X)
& cytosol_1(fn_peroxisome_1(X))
& protein_enzyme_1(fn_peroxisome_2(X))
& consistency_value_1(fn_peroxisome_4(X))
& shape_value_1(fn_peroxisome_6(X))
& metabolism_1(fn_peroxisome_7(X))
& hydrogen_1(fn_peroxisome_8(X))
& cytosol_1(fn_peroxisome_9(X))
& oxygen_molecule_1(fn_peroxisome_10(X))
& smooth_endoplasmic_reticulum_1(fn_peroxisome_11(X))
& active_site_1(fn_peroxisome_12(X))
& decrease_1(fn_peroxisome_13(X))
& catalyst_1(fn_peroxisome_14(X))
& reactant_1(fn_peroxisome_15(X))
& reactant_1(fn_peroxisome_16(X))
& constant_motion_1(fn_peroxisome_19(X))
& kinetic_energy_1(fn_peroxisome_20(X))
& quantity_value_1(fn_peroxisome_21(X))
& speed_value_1(fn_peroxisome_22(X))
& ribosome_1(fn_peroxisome_23(X))
& tangible_entity_1(fn_peroxisome_24(X))
& chemical_1(fn_peroxisome_24(X))
& biomembrane_1(fn_peroxisome_25(X))
& aqueous_solution_1(fn_peroxisome_26(X))
& create_1(fn_peroxisome_27(X))
& synthesis_of_lipid_1(fn_peroxisome_28(X))
& entity_1(fn_peroxisome_29(X))
& lipid_1(fn_peroxisome_29(X))
& synthesis_reaction_1(fn_peroxisome_30(X))
& toxin_1(fn_peroxisome_31(X))
& chemical_reaction_1(fn_peroxisome_32(X))
& decomposition_reaction_1(fn_peroxisome_32(X))
& water_molecule_1(fn_peroxisome_33(X))
& entity_1(fn_peroxisome_34(X))
& chemical_entity_1(fn_peroxisome_34(X))
& protein_1(fn_peroxisome_34(X))
& rough_endoplasmic_reticulum_1(fn_peroxisome_35(X))
& bound_ribosome_1(fn_peroxisome_36(X))
& ribosome_1(fn_peroxisome_36(X))
& anabolic_pathway_1(fn_peroxisome_37(X))
& synthesis_of_protein_1(fn_peroxisome_37(X))
& metabolic_pathway_1(fn_peroxisome_38(X))
& anabolic_pathway_1(fn_peroxisome_38(X))
& polymer_synthesis_1(fn_peroxisome_38(X))
& translation_1(fn_peroxisome_38(X))
& synthesis_of_protein_1(fn_peroxisome_39(X))
& cytosol_1(fn_peroxisome_40(X))
& synthesis_reaction_1(fn_peroxisome_41(X))
& chemical_reaction_1(fn_peroxisome_41(X))
& synthesis_of_lipid_1(fn_peroxisome_41(X))
& anabolic_pathway_1(fn_peroxisome_41(X))
& catalase_1(fn_peroxisome_42(X))
& protein_enzyme_1(fn_peroxisome_43(X))
& tangible_entity_1(fn_peroxisome_44(X))
& chemical_entity_1(fn_peroxisome_44(X))
& hydrogen_peroxide_1(fn_peroxisome_44(X))
& molecule_1(fn_peroxisome_44(X))
& chemical_entity_1(fn_peroxisome_45(X))
& protein_1(fn_peroxisome_45(X))
& entity_1(fn_peroxisome_46(X))
& lipid_1(fn_peroxisome_46(X))
& transfer_1(fn_peroxisome_47(X))
& receive_1(fn_peroxisome_47(X))
& oxygen_molecule_1(fn_peroxisome_48(X))
& grow_1(fn_peroxisome_49(X))
& create_1(fn_peroxisome_50(X))
& solvent_1(fn_peroxisome_51(X))
& size_value_1(fn_peroxisome_52(X))
& chemical_entity_1(fn_peroxisome_54(X))
& organic_molecule_1(fn_peroxisome_54(X))
& atom_1(fn_peroxisome_55(X))
& chemical_entity_1(fn_peroxisome_55(X))
& hydrogen_1(fn_peroxisome_56(X))
& chemical_entity_1(fn_chemical_reaction_2(fn_peroxisome_30(X)))
& transfer_1(fn_rough_endoplasmic_reticulum_55(fn_peroxisome_35(X)))
& entity_1(fn_receive_1(fn_peroxisome_47(X)))
& property_node_1(fn_increase_2(fn_peroxisome_49(X)))
& property_value_1(fn_increase_3(fn_peroxisome_49(X)))
& ribosome_1(fn_synthesis_of_protein_10(fn_peroxisome_37(X)))
& reactant_1(fn_enzyme_7(fn_peroxisome_42(X)))
& chemical_entity_1(fn_enzyme_8(fn_peroxisome_42(X)))
& chemical_reaction_1(fn_enzyme_4(fn_peroxisome_42(X)))
& reactant_1(fn_enzyme_7(fn_peroxisome_43(X)))
& catalyst_1(fn_enzyme_6(fn_peroxisome_43(X)))
& active_site_1(fn_enzyme_2(fn_peroxisome_43(X)))
& chemical_reaction_1(fn_enzyme_4(fn_peroxisome_43(X)))
& decrease_1(fn_enzyme_5(fn_peroxisome_43(X)))
& anabolic_pathway_1(fn_rough_endoplasmic_reticulum_47(fn_peroxisome_35(X)))
& synthesis_of_protein_1(fn_rough_endoplasmic_reticulum_47(fn_peroxisome_35(X)))
& bound_ribosome_1(fn_rough_endoplasmic_reticulum_57(fn_peroxisome_35(X)))
& ribosome_1(fn_rough_endoplasmic_reticulum_57(fn_peroxisome_35(X)))
& hydrogen_1(fn_hydrogen_peroxide_4(fn_peroxisome_44(X)))
& atom_1(fn_organic_molecule_2(fn_peroxisome_54(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_peroxisome_54(X)))
& constant_motion_1(fn_molecule_8(fn_peroxisome_44(X)))
& kinetic_energy_1(fn_molecule_12(fn_peroxisome_44(X)))
& property_node_1(fn_molecule_2(fn_peroxisome_44(X)))
& quantity_value_1(fn_molecule_4(fn_peroxisome_44(X)))
& property_node_1(fn_molecule_1(fn_peroxisome_44(X)))
& speed_value_1(fn_molecule_3(fn_peroxisome_44(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_peroxisome_39(X)))
& protein_1(fn_synthesis_of_protein_16(fn_peroxisome_39(X)))
& tangible_entity_1(fn_solvent_1(fn_peroxisome_51(X)))
& chemical_1(fn_solution_6(fn_peroxisome_40(X)))
& chemical_1(fn_solution_5(fn_peroxisome_40(X)))
& entity_1(fn_create_1(fn_peroxisome_27(X)))
& lipid_1(fn_synthesis_of_lipid_2(fn_peroxisome_28(X)))
& entity_1(fn_create_1(fn_peroxisome_50(X)))
& lipid_1(fn_smooth_endoplasmic_reticulum_45(fn_peroxisome_11(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_peroxisome_11(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_peroxisome_11(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_peroxisome_11(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_peroxisome_11(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_peroxisome_11(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_peroxisome_11(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_peroxisome_11(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_peroxisome_11(X)))
& entity_1(fn_transfer_1(fn_peroxisome_47(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_peroxisome_37(X)))
& protein_1(fn_synthesis_of_protein_16(fn_peroxisome_37(X)))
& translation_1(fn_synthesis_of_protein_13(fn_peroxisome_37(X)))
& metabolic_pathway_1(fn_rough_endoplasmic_reticulum_58(fn_peroxisome_35(X)))
& anabolic_pathway_1(fn_rough_endoplasmic_reticulum_58(fn_peroxisome_35(X)))
& polymer_synthesis_1(fn_rough_endoplasmic_reticulum_58(fn_peroxisome_35(X)))
& translation_1(fn_rough_endoplasmic_reticulum_58(fn_peroxisome_35(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_peroxisome_32(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_peroxisome_32(X)))
& tangible_entity_1(fn_toxin_1(fn_peroxisome_31(X)))
& chemical_entity_1(fn_decomposition_reaction_5(fn_peroxisome_32(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_peroxisome_30(X)))
& chemical_entity_1(fn_enzyme_8(fn_peroxisome_43(X)))
& has_part_2(fn_peroxisome_54(X),fn_peroxisome_8(X))
& site_2(fn_peroxisome_50(X),fn_peroxisome_9(X))
& has_state_2(fn_peroxisome_8(X),fn_peroxisome_56(X))
& causes_2(fn_peroxisome_47(X),fn_peroxisome_49(X))
& donor_2(fn_peroxisome_47(X),fn_peroxisome_11(X))
& object_2(fn_peroxisome_47(X),fn_peroxisome_46(X))
& object_2(fn_peroxisome_47(X),fn_peroxisome_45(X))
& object_2(fn_peroxisome_47(X),fn_peroxisome_29(X))
& supports_2(fn_peroxisome_7(X),fn_peroxisome_30(X))
& agent_2(fn_peroxisome_7(X),X)
& size_2(X,fn_peroxisome_52(X))
& is_inside_2(X,fn_peroxisome_40(X))
& has_function_2(X,fn_peroxisome_32(X))
& consistency_2(X,fn_peroxisome_4(X))
& shape_2(X,fn_peroxisome_6(X))
& has_goal_2(X,fn_peroxisome_49(X))
& minCardinality(X,has_part_0,"1",protein_enzyme_0)
& exactCardinality(X,has_part_0,"1",membrane_0)
& has_part_2(X,fn_peroxisome_43(X))
& has_part_2(X,fn_peroxisome_42(X))
& is_inside_2(fn_peroxisome_43(X),X)
& is_inside_2(fn_peroxisome_42(X),X)
& fn_peroxisome_41(X) != fn_peroxisome_28(X)
& the_categorical_value_2(fn_peroxisome_6(X),sphere_0)
& the_categorical_value_2(fn_peroxisome_4(X),crystalline_0)
& site_2(fn_peroxisome_37(X),fn_peroxisome_23(X))
& is_inside_2(fn_peroxisome_11(X),fn_peroxisome_40(X))
& result_2(fn_peroxisome_32(X),fn_peroxisome_10(X))
& fn_peroxisome_32(X) != fn_peroxisome_30(X)
& fn_peroxisome_30(X) != fn_peroxisome_32(X)
& is_inside_2(fn_peroxisome_2(X),X)
& fn_peroxisome_28(X) != fn_peroxisome_41(X)
& site_2(fn_peroxisome_28(X),X)
& site_2(fn_peroxisome_27(X),fn_peroxisome_1(X))
& object_2(fn_peroxisome_47(X),fn_peroxisome_34(X))
& result_2(fn_peroxisome_27(X),fn_peroxisome_29(X))
& result_2(fn_peroxisome_50(X),fn_peroxisome_46(X))
& raw_material_2(fn_peroxisome_30(X),fn_peroxisome_48(X))
& plays_2(fn_peroxisome_44(X),fn_peroxisome_31(X))
& result_2(fn_peroxisome_30(X),fn_peroxisome_44(X))
& plays_2(fn_peroxisome_24(X),fn_peroxisome_51(X))
& donor_2(fn_peroxisome_47(X),fn_peroxisome_35(X))
& result_2(fn_peroxisome_39(X),fn_peroxisome_45(X))
& has_solute_2(fn_peroxisome_40(X),fn_peroxisome_24(X))
& has_part_2(fn_peroxisome_40(X),fn_peroxisome_24(X))
& recipient_2(fn_peroxisome_47(X),X)
& result_2(fn_peroxisome_28(X),fn_peroxisome_29(X))
& from_value_2(fn_peroxisome_49(X),fn_peroxisome_52(X))
& has_function_2(fn_peroxisome_43(X),fn_peroxisome_32(X))
& raw_material_2(fn_peroxisome_32(X),fn_peroxisome_44(X))
& plays_2(fn_peroxisome_44(X),fn_peroxisome_15(X))
& has_function_2(fn_peroxisome_11(X),fn_peroxisome_41(X))
& site_2(fn_peroxisome_41(X),fn_peroxisome_11(X))
& result_2(fn_peroxisome_41(X),fn_peroxisome_46(X))
& result_2(fn_peroxisome_37(X),fn_peroxisome_34(X))
& has_function_2(fn_peroxisome_23(X),fn_peroxisome_37(X))
& site_2(fn_peroxisome_38(X),fn_peroxisome_23(X))
& has_function_2(fn_peroxisome_42(X),fn_peroxisome_30(X))
& raw_material_2(fn_peroxisome_30(X),fn_peroxisome_54(X))
& has_part_2(X,fn_peroxisome_26(X))
& is_between_2(fn_peroxisome_25(X),fn_peroxisome_26(X))
& has_part_2(X,fn_peroxisome_25(X))
& in_event_2(fn_peroxisome_15(X),fn_peroxisome_32(X))
& has_part_2(fn_peroxisome_35(X),fn_peroxisome_36(X))
& instrument_2(fn_peroxisome_38(X),fn_peroxisome_36(X))
& subevent_2(fn_peroxisome_37(X),fn_peroxisome_38(X))
& first_subevent_2(fn_peroxisome_37(X),fn_peroxisome_38(X))
& object_2(fn_peroxisome_19(X),fn_peroxisome_44(X))
& speed_2(fn_peroxisome_19(X),fn_peroxisome_22(X))
& directly_proportional_2(fn_peroxisome_22(X),fn_peroxisome_21(X))
& quantity_2(fn_peroxisome_20(X),fn_peroxisome_21(X))
& possesses_2(fn_peroxisome_44(X),fn_peroxisome_20(X))
& has_part_2(fn_peroxisome_54(X),fn_peroxisome_55(X))
& has_part_2(fn_peroxisome_44(X),fn_peroxisome_56(X))
& result_2(fn_peroxisome_32(X),fn_peroxisome_33(X))
& fn_peroxisome_34(X) = fn_transfer_1(fn_peroxisome_47(X))
& fn_peroxisome_29(X) = fn_create_1(fn_peroxisome_27(X))
& fn_peroxisome_46(X) = fn_create_1(fn_peroxisome_50(X))
& fn_peroxisome_48(X) = fn_chemical_reaction_2(fn_peroxisome_30(X))
& fn_peroxisome_44(X) = fn_toxin_1(fn_peroxisome_31(X))
& fn_peroxisome_44(X) = fn_chemical_reaction_1(fn_peroxisome_30(X))
& fn_peroxisome_24(X) = fn_solvent_1(fn_peroxisome_51(X))
& fn_peroxisome_47(X) = fn_rough_endoplasmic_reticulum_55(fn_peroxisome_35(X))
& fn_peroxisome_45(X) = fn_anabolic_pathway_5(fn_peroxisome_39(X))
& fn_peroxisome_45(X) = fn_synthesis_of_protein_16(fn_peroxisome_39(X))
& fn_peroxisome_24(X) = fn_solution_6(fn_peroxisome_40(X))
& fn_peroxisome_24(X) = fn_solution_5(fn_peroxisome_40(X))
& X = fn_receive_1(fn_peroxisome_47(X))
& fn_peroxisome_29(X) = fn_synthesis_of_lipid_2(fn_peroxisome_28(X))
& fn_peroxisome_53(X) = fn_increase_2(fn_peroxisome_49(X))
& fn_peroxisome_52(X) = fn_increase_3(fn_peroxisome_49(X))
& fn_peroxisome_44(X) = fn_decomposition_reaction_5(fn_peroxisome_32(X))
& fn_peroxisome_44(X) = fn_enzyme_8(fn_peroxisome_43(X))
& fn_peroxisome_46(X) = fn_smooth_endoplasmic_reticulum_45(fn_peroxisome_11(X))
& fn_peroxisome_41(X) = fn_smooth_endoplasmic_reticulum_23(fn_peroxisome_11(X))
& fn_peroxisome_41(X) = fn_smooth_endoplasmic_reticulum_7(fn_peroxisome_11(X))
& fn_peroxisome_41(X) = fn_smooth_endoplasmic_reticulum_42(fn_peroxisome_11(X))
& fn_peroxisome_41(X) = fn_smooth_endoplasmic_reticulum_49(fn_peroxisome_11(X))
& fn_peroxisome_41(X) = fn_smooth_endoplasmic_reticulum_48(fn_peroxisome_11(X))
& fn_peroxisome_34(X) = fn_anabolic_pathway_5(fn_peroxisome_37(X))
& fn_peroxisome_34(X) = fn_synthesis_of_protein_16(fn_peroxisome_37(X))
& fn_peroxisome_23(X) = fn_synthesis_of_protein_10(fn_peroxisome_37(X))
& fn_peroxisome_16(X) = fn_enzyme_7(fn_peroxisome_42(X))
& fn_peroxisome_54(X) = fn_enzyme_8(fn_peroxisome_42(X))
& fn_peroxisome_30(X) = fn_enzyme_4(fn_peroxisome_42(X))
& fn_peroxisome_25(X) = fn_organelle_1(X)
& fn_peroxisome_26(X) = fn_organelle_2(X)
& fn_peroxisome_15(X) = fn_enzyme_7(fn_peroxisome_43(X))
& fn_peroxisome_14(X) = fn_enzyme_6(fn_peroxisome_43(X))
& fn_peroxisome_12(X) = fn_enzyme_2(fn_peroxisome_43(X))
& fn_peroxisome_32(X) = fn_enzyme_4(fn_peroxisome_43(X))
& fn_peroxisome_13(X) = fn_enzyme_5(fn_peroxisome_43(X))
& fn_peroxisome_38(X) = fn_synthesis_of_protein_13(fn_peroxisome_37(X))
& fn_peroxisome_37(X) = fn_rough_endoplasmic_reticulum_47(fn_peroxisome_35(X))
& fn_peroxisome_38(X) = fn_rough_endoplasmic_reticulum_58(fn_peroxisome_35(X))
& fn_peroxisome_36(X) = fn_rough_endoplasmic_reticulum_57(fn_peroxisome_35(X))
& fn_peroxisome_33(X) = fn_decomposition_reaction_2(fn_peroxisome_32(X))
& fn_peroxisome_33(X) = fn_decomposition_reaction_4(fn_peroxisome_32(X))
& fn_peroxisome_56(X) = fn_hydrogen_peroxide_4(fn_peroxisome_44(X))
& fn_peroxisome_55(X) = fn_organic_molecule_2(fn_peroxisome_54(X))
& fn_peroxisome_19(X) = fn_molecule_8(fn_peroxisome_44(X))
& fn_peroxisome_20(X) = fn_molecule_12(fn_peroxisome_44(X))
& fn_peroxisome_18(X) = fn_molecule_2(fn_peroxisome_44(X))
& fn_peroxisome_21(X) = fn_molecule_4(fn_peroxisome_44(X))
& fn_peroxisome_17(X) = fn_molecule_1(fn_peroxisome_44(X))
& fn_peroxisome_22(X) = fn_molecule_3(fn_peroxisome_44(X))
& fn_anabolic_pathway_5(fn_peroxisome_39(X)) = fn_synthesis_of_protein_16(fn_peroxisome_39(X))
& fn_synthesis_of_protein_16(fn_peroxisome_39(X)) = fn_solvent_1(fn_peroxisome_51(X))
& fn_solvent_1(fn_peroxisome_51(X)) = fn_solution_6(fn_peroxisome_40(X))
& fn_solution_5(fn_peroxisome_40(X)) = fn_solution_6(fn_peroxisome_40(X))
& fn_solution_6(fn_peroxisome_40(X)) = fn_solution_5(fn_peroxisome_40(X))
& fn_solution_5(fn_peroxisome_40(X)) = fn_create_1(fn_peroxisome_27(X))
& fn_create_1(fn_peroxisome_27(X)) = fn_synthesis_of_lipid_2(fn_peroxisome_28(X))
& fn_synthesis_of_lipid_2(fn_peroxisome_28(X)) = fn_create_1(fn_peroxisome_50(X))
& fn_create_1(fn_peroxisome_50(X)) = fn_smooth_endoplasmic_reticulum_45(fn_peroxisome_11(X))
& fn_smooth_endoplasmic_reticulum_45(fn_peroxisome_11(X)) = fn_smooth_endoplasmic_reticulum_23(fn_peroxisome_11(X))
& fn_smooth_endoplasmic_reticulum_23(fn_peroxisome_11(X)) = fn_smooth_endoplasmic_reticulum_7(fn_peroxisome_11(X))
& fn_smooth_endoplasmic_reticulum_7(fn_peroxisome_11(X)) = fn_smooth_endoplasmic_reticulum_7(fn_peroxisome_11(X))
& fn_smooth_endoplasmic_reticulum_7(fn_peroxisome_11(X)) = fn_smooth_endoplasmic_reticulum_49(fn_peroxisome_11(X))
& fn_smooth_endoplasmic_reticulum_42(fn_peroxisome_11(X)) = fn_smooth_endoplasmic_reticulum_42(fn_peroxisome_11(X))
& fn_smooth_endoplasmic_reticulum_42(fn_peroxisome_11(X)) = fn_smooth_endoplasmic_reticulum_49(fn_peroxisome_11(X))
& fn_smooth_endoplasmic_reticulum_49(fn_peroxisome_11(X)) = fn_smooth_endoplasmic_reticulum_42(fn_peroxisome_11(X))
& fn_smooth_endoplasmic_reticulum_48(fn_peroxisome_11(X)) = fn_smooth_endoplasmic_reticulum_42(fn_peroxisome_11(X))
& fn_smooth_endoplasmic_reticulum_42(fn_peroxisome_11(X)) = fn_smooth_endoplasmic_reticulum_48(fn_peroxisome_11(X))
& fn_smooth_endoplasmic_reticulum_48(fn_peroxisome_11(X)) = fn_transfer_1(fn_peroxisome_47(X))
& fn_transfer_1(fn_peroxisome_47(X)) = fn_anabolic_pathway_5(fn_peroxisome_37(X))
& fn_anabolic_pathway_5(fn_peroxisome_37(X)) = fn_anabolic_pathway_5(fn_peroxisome_37(X))
& fn_anabolic_pathway_5(fn_peroxisome_37(X)) = fn_synthesis_of_protein_16(fn_peroxisome_37(X))
& fn_synthesis_of_protein_16(fn_peroxisome_37(X)) = fn_synthesis_of_protein_13(fn_peroxisome_37(X))
& fn_synthesis_of_protein_13(fn_peroxisome_37(X)) = fn_synthesis_of_protein_13(fn_peroxisome_37(X))
& fn_rough_endoplasmic_reticulum_58(fn_peroxisome_35(X)) = fn_synthesis_of_protein_13(fn_peroxisome_37(X))
& fn_synthesis_of_protein_13(fn_peroxisome_37(X)) = fn_rough_endoplasmic_reticulum_58(fn_peroxisome_35(X))
& fn_rough_endoplasmic_reticulum_58(fn_peroxisome_35(X)) = fn_rough_endoplasmic_reticulum_58(fn_peroxisome_35(X))
& fn_rough_endoplasmic_reticulum_58(fn_peroxisome_35(X)) = fn_decomposition_reaction_2(fn_peroxisome_32(X))
& fn_decomposition_reaction_2(fn_peroxisome_32(X)) = fn_decomposition_reaction_4(fn_peroxisome_32(X))
& fn_decomposition_reaction_4(fn_peroxisome_32(X)) = fn_toxin_1(fn_peroxisome_31(X))
& fn_toxin_1(fn_peroxisome_31(X)) = fn_decomposition_reaction_5(fn_peroxisome_32(X))
& fn_chemical_reaction_1(fn_peroxisome_30(X)) = fn_decomposition_reaction_5(fn_peroxisome_32(X))
& fn_decomposition_reaction_5(fn_peroxisome_32(X)) = fn_chemical_reaction_1(fn_peroxisome_30(X))
& fn_chemical_reaction_1(fn_peroxisome_30(X)) = fn_enzyme_8(fn_peroxisome_43(X))
& fn_enzyme_8(fn_peroxisome_43(X)) = fn_enzyme_8(fn_peroxisome_43(X)) ) ) ).
fof(a531615,axiom,
! [X] :
( peroxisome_division_1(X)
=> ( original_name_2(X,'Peroxisome-Division')
& user_description_2(X,'The process of the division of the peroxisome in eukaryotic cells.')
& concept2words_2(X,'division of peroxisome')
& concept2words_2(X,'peroxisome division')
& concept2words_2(X,'peroxisome-division')
& divide_1(X)
& peroxisome_1(fn_peroxisome_division_1(X))
& tangible_entity_1(fn_peroxisome_division_3(X))
& peroxisome_1(fn_peroxisome_division_3(X))
& grow_1(fn_peroxisome_division_4(X))
& size_value_1(fn_peroxisome_division_5(X))
& grow_1(fn_peroxisome_49(fn_peroxisome_division_3(X)))
& property_node_1(fn_peroxisome_53(fn_peroxisome_division_3(X)))
& size_value_1(fn_peroxisome_52(fn_peroxisome_division_3(X)))
& result_2(X,fn_peroxisome_division_1(X))
& causes_2(fn_peroxisome_division_4(X),X)
& object_2(X,fn_peroxisome_division_3(X))
& from_value_2(fn_peroxisome_division_4(X),fn_peroxisome_division_5(X))
& size_2(fn_peroxisome_division_3(X),fn_peroxisome_division_5(X))
& fn_peroxisome_division_3(X) = fn_impair_1(X)
& fn_peroxisome_division_4(X) = fn_peroxisome_49(fn_peroxisome_division_3(X))
& fn_peroxisome_division_2(X) = fn_peroxisome_53(fn_peroxisome_division_3(X))
& fn_peroxisome_division_5(X) = fn_peroxisome_52(fn_peroxisome_division_3(X)) ) ) ).
fof(a531616,axiom,
! [X] :
( person_1(X)
=> ( original_name_2(X,'Person')
& description_2(X,'human being; a sentient animal')
& user_description_2(X,'A person (plural: persons or people; from Latin: persona, meaning mask)is a human being, or an entity with attributes that, depending on the context, are recognized as consisting in personhood.')
& concept2words_2(X,person)
& concept2words_2(X,individual)
& concept2words_2(X,someone)
& concept2words_2(X,somebody)
& concept2words_2(X,mortal)
& concept2words_2(X,human)
& concept2words_2(X,soul)
& hominid_1(X)
& ~ terrestrial_plant_1(X)
& ~ insectivora_1(X)
& ~ lagomorpha_1(X)
& ~ marsupial_1(X)
& ~ monotreme_1(X)
& gland_1(fn_person_1(X))
& skin_1(fn_person_2(X))
& canine_tooth_1(fn_person_3(X))
& premolar_tooth_1(fn_person_4(X))
& molar_tooth_1(fn_person_5(X))
& incisor_1(fn_person_6(X))
& cell_1(fn_person_7(X))
& human_cell_1(fn_person_8(X))
& sentience_value_1(fn_person_10(X))
& reproductive_organ_1(fn_person_11(X))
& cellulase_1(fn_person_12(X))
& cellulase_1(fn_person_13(X))
& large_intestine_1(fn_person_14(X))
& small_intestine_1(fn_person_15(X))
& secretor_1(fn_person_16(X))
& tongue_1(fn_person_17(X))
& take_in_1(fn_person_18(X))
& water_1(fn_person_20(X))
& lung_1(fn_person_21(X))
& trachea_1(fn_person_22(X))
& heart_1(fn_person_23(X))
& gallbladder_1(fn_person_24(X))
& pancreas_1(fn_person_25(X))
& liver_1(fn_person_26(X))
& esophagus_1(fn_person_27(X))
& pharynx_1(fn_person_28(X))
& stomach_1(fn_person_29(X))
& container_1(fn_person_30(X))
& heterotroph_1(fn_person_31(X))
& move_through_1(fn_person_32(X))
& abrade_1(fn_person_33(X))
& respiratory_system_1(fn_person_34(X))
& digestive_system_1(fn_person_35(X))
& circulatory_system_1(fn_person_36(X))
& store_1(fn_person_37(X))
& move_1(fn_person_38(X))
& specific_heat_value_1(fn_person_39(X))
& synthesis_reaction_1(fn_person_40(X))
& chemical_reaction_1(fn_person_40(X))
& anabolic_pathway_1(fn_person_40(X))
& synthesis_of_lipid_1(fn_person_40(X))
& endoplasmic_reticulum_1(fn_person_41(X))
& smooth_endoplasmic_reticulum_1(fn_person_41(X))
& polymer_breakdown_1(fn_person_42(X))
& protein_1(fn_person_43(X))
& spatial_entity_1(fn_person_44(X))
& cellulose_1(fn_person_44(X))
& water_molecule_1(fn_person_45(X))
& glucose_1(fn_person_46(X))
& nutrition_1(fn_person_47(X))
& duct_1(fn_person_48(X))
& secretion_1(fn_person_49(X))
& lining_1(fn_person_50(X))
& digestive_fluid_1(fn_person_51(X))
& release_1(fn_person_52(X))
& produce_1(fn_person_53(X))
& salivary_gland_1(fn_person_54(X))
& tangible_entity_1(fn_person_55(X))
& saliva_1(fn_person_55(X))
& salivary_amylase_1(fn_person_56(X))
& hydrolysis_1(fn_person_57(X))
& glucose_1(fn_person_58(X))
& starch_1(fn_person_59(X))
& tissue_1(fn_person_60(X))
& bone_1(fn_person_60(X))
& eukaryotic_cell_1(fn_person_61(X))
& cell_1(fn_person_61(X))
& human_cell_1(fn_person_61(X))
& mammalian_cell_1(fn_person_61(X))
& temperature_value_1(fn_person_62(X))
& mouth_1(fn_person_64(X))
& abrade_1(fn_person_65(X))
& release_1(fn_person_66(X))
& bulk_feeder_1(fn_person_67(X))
& oral_cavity_1(fn_person_68(X))
& resource_1(fn_person_69(X))
& activation_energy_1(fn_person_70(X))
& chemical_digestion_1(fn_person_71(X))
& epithelium_1(fn_person_72(X))
& locomotion_1(fn_person_73(X))
& thermoregulation_1(fn_person_74(X))
& tangible_entity_1(fn_release_1(fn_person_52(X)))
& tangible_entity_1(fn_chemical_digestion_1(fn_person_71(X)))
& animal_1(fn_bulk_feeder_3(fn_person_67(X)))
& salivary_gland_1(fn_mouth_2(fn_person_64(X)))
& smooth_endoplasmic_reticulum_1(fn_human_cell_15(fn_person_61(X)))
& salivary_amylase_1(fn_saliva_5(fn_person_55(X)))
& produce_1(fn_salivary_gland_5(fn_person_54(X)))
& release_1(fn_salivary_gland_4(fn_person_54(X)))
& duct_1(fn_salivary_gland_2(fn_person_54(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_person_57(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_person_57(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_person_57(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_person_57(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_person_57(X)))
& eukaryotic_cell_1(fn_endoplasmic_reticulum_11(fn_person_41(X)))
& cell_1(fn_endoplasmic_reticulum_11(fn_person_41(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_person_41(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_person_41(X)))
& synthesis_of_lipid_1(fn_endoplasmic_reticulum_23(fn_person_41(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_person_41(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_person_41(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_person_41(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_person_41(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_person_41(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_person_41(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_person_41(X)))
& oral_cavity_1(fn_mouth_3(fn_person_64(X)))
& tongue_1(fn_mouth_1(fn_person_64(X)))
& tangible_entity_1(fn_release_1(fn_person_66(X)))
& saliva_1(fn_salivary_gland_3(fn_person_54(X)))
& has_part_2(fn_person_2(X),fn_person_1(X))
& called_2(fn_person_71(X),'Protist')
& base_2(fn_person_71(X),fn_person_68(X))
& raw_material_2(fn_person_71(X),fn_person_46(X))
& raw_material_2(fn_person_71(X),fn_person_45(X))
& agent_2(fn_person_71(X),fn_person_13(X))
& fn_person_66(X) != fn_person_52(X)
& object_2(fn_person_66(X),fn_person_51(X))
& path_2(fn_person_66(X),fn_person_48(X))
& fn_person_7(X) != fn_person_61(X)
& has_part_2(fn_person_64(X),fn_person_6(X))
& has_part_2(fn_person_64(X),fn_person_5(X))
& has_part_2(fn_person_64(X),fn_person_4(X))
& has_part_2(fn_person_64(X),fn_person_3(X))
& the_cardinal_value_2(fn_person_62(X),"37.0e0")
& cardinal_unit_class_2(fn_person_62(X),celsius_0)
& the_categorical_value_2(fn_person_10(X),sentient_0)
& fn_person_61(X) != fn_person_7(X)
& sentience_2(X,fn_person_10(X))
& has_part_2(X,fn_person_14(X))
& has_part_2(X,fn_person_15(X))
& has_part_2(X,fn_person_2(X))
& has_part_2(X,fn_person_11(X))
& has_part_2(X,fn_person_8(X))
& agent_2(fn_person_57(X),fn_person_56(X))
& next_event_2(fn_person_53(X),fn_person_66(X))
& fn_person_52(X) != fn_person_66(X)
& is_specific_to_2(fn_person_12(X),fn_person_43(X))
& is_specific_to_2(fn_person_13(X),fn_person_46(X))
& has_function_2(fn_person_13(X),fn_person_71(X))
& agent_2(fn_person_42(X),fn_person_12(X))
& object_2(fn_person_52(X),fn_person_51(X))
& object_2(fn_person_66(X),fn_person_55(X))
& result_2(fn_person_57(X),fn_person_58(X))
& raw_material_2(fn_person_57(X),fn_person_59(X))
& raw_material_2(fn_person_71(X),fn_person_70(X))
& base_2(fn_person_40(X),fn_person_61(X))
& plays_2(X,fn_person_67(X))
& has_part_2(fn_person_64(X),fn_person_54(X))
& has_part_2(fn_person_61(X),fn_person_41(X))
& has_part_2(fn_person_55(X),fn_person_56(X))
& base_2(fn_person_49(X),fn_person_61(X))
& has_part_2(X,fn_person_61(X))
& plays_2(fn_person_61(X),fn_person_16(X))
& has_function_2(X,fn_person_74(X))
& base_2(fn_person_74(X),X)
& has_function_2(fn_person_41(X),fn_person_40(X))
& site_2(fn_person_40(X),fn_person_41(X))
& has_part_2(X,fn_person_64(X))
& has_part_2(fn_person_64(X),fn_person_17(X))
& is_inside_2(fn_person_17(X),fn_person_68(X))
& has_region_2(fn_person_64(X),fn_person_68(X))
& has_part_2(fn_person_54(X),fn_person_48(X))
& path_2(fn_person_52(X),fn_person_48(X))
& object_2(fn_person_52(X),fn_person_55(X))
& result_2(fn_person_53(X),fn_person_55(X))
& next_event_2(fn_person_53(X),fn_person_52(X))
& has_part_2(X,fn_person_25(X))
& has_part_2(X,fn_person_23(X))
& has_part_2(X,fn_person_27(X))
& has_part_2(X,fn_person_21(X))
& has_part_2(X,fn_person_28(X))
& base_2(fn_person_32(X),fn_person_35(X))
& plays_2(fn_person_72(X),fn_person_69(X))
& in_event_2(fn_person_69(X),fn_person_49(X))
& in_event_2(fn_person_16(X),fn_person_49(X))
& element_2(fn_person_35(X),fn_person_29(X))
& has_part_2(X,fn_person_29(X))
& plays_2(X,fn_person_30(X))
& in_event_2(fn_person_30(X),fn_person_37(X))
& base_2(fn_person_37(X),X)
& plays_2(X,fn_person_31(X))
& in_event_2(fn_person_31(X),fn_person_47(X))
& agent_2(fn_person_47(X),X)
& has_part_2(X,fn_person_22(X))
& element_2(fn_person_34(X),fn_person_22(X))
& object_2(fn_person_33(X),fn_person_44(X))
& raw_material_2(fn_person_42(X),fn_person_44(X))
& result_2(fn_person_42(X),fn_person_46(X))
& fn_person_46(X) != fn_person_45(X)
& fn_person_45(X) != fn_person_43(X)
& fn_person_45(X) != fn_person_46(X)
& fn_person_43(X) != fn_person_45(X)
& correspondence_2(fn_person_62(X),fn_person_39(X))
& temperature_2(X,fn_person_62(X))
& has_part_2(X,fn_person_26(X))
& element_2(fn_person_35(X),fn_person_26(X))
& element_2(fn_person_35(X),fn_person_28(X))
& enables_2(fn_person_32(X),fn_person_65(X))
& enables_2(fn_person_32(X),fn_person_33(X))
& path_2(fn_person_33(X),X)
& has_part_2(X,fn_person_20(X))
& specific_heat_2(fn_person_20(X),fn_person_39(X))
& is_inside_2(fn_person_72(X),fn_person_50(X))
& has_part_2(X,fn_person_72(X))
& has_part_2(X,fn_person_60(X))
& destination_2(fn_person_38(X),fn_person_60(X))
& called_2(fn_person_38(X),'M3')
& next_element_2(fn_person_28(X),fn_person_27(X))
& element_2(fn_person_35(X),fn_person_27(X))
& element_2(fn_person_35(X),fn_person_25(X))
& abuts_2(fn_person_29(X),fn_person_27(X))
& abuts_2(fn_person_27(X),fn_person_29(X))
& path_2(fn_person_65(X),X)
& object_2(fn_person_65(X),fn_person_44(X))
& object_2(fn_person_32(X),fn_person_44(X))
& path_2(fn_person_32(X),X)
& has_region_2(X,fn_person_50(X))
& agent_2(fn_person_18(X),X)
& base_2(fn_person_18(X),X)
& has_region_2(X,fn_person_36(X))
& element_2(fn_person_36(X),fn_person_23(X))
& origin_2(fn_person_38(X),fn_person_23(X))
& object_2(fn_person_73(X),X)
& agent_2(fn_person_73(X),X)
& has_region_2(X,fn_person_35(X))
& element_2(fn_person_35(X),fn_person_24(X))
& has_part_2(X,fn_person_24(X))
& has_region_2(X,fn_person_34(X))
& element_2(fn_person_34(X),fn_person_21(X))
& next_element_2(fn_person_22(X),fn_person_21(X))
& abuts_2(fn_person_28(X),fn_person_22(X))
& abuts_2(fn_person_22(X),fn_person_28(X))
& fn_person_51(X) = fn_release_1(fn_person_52(X))
& fn_person_55(X) = fn_release_1(fn_person_66(X))
& fn_person_58(X) = fn_decomposition_reaction_4(fn_person_57(X))
& fn_person_58(X) = fn_exergonic_reaction_11(fn_person_57(X))
& fn_person_58(X) = fn_hydrolysis_9(fn_person_57(X))
& fn_person_59(X) = fn_exergonic_reaction_10(fn_person_57(X))
& fn_person_59(X) = fn_hydrolysis_11(fn_person_57(X))
& fn_person_70(X) = fn_chemical_digestion_1(fn_person_71(X))
& fn_person_40(X) = fn_endoplasmic_reticulum_23(fn_person_41(X))
& X = fn_bulk_feeder_3(fn_person_67(X))
& fn_person_54(X) = fn_mouth_2(fn_person_64(X))
& fn_person_61(X) = fn_endoplasmic_reticulum_11(fn_person_41(X))
& fn_person_41(X) = fn_human_cell_15(fn_person_61(X))
& fn_person_56(X) = fn_saliva_5(fn_person_55(X))
& fn_person_61(X) = fn_mammal_75(X)
& fn_person_74(X) = fn_endothermic_organism_1(X)
& fn_person_40(X) = fn_smooth_endoplasmic_reticulum_23(fn_person_41(X))
& fn_person_40(X) = fn_smooth_endoplasmic_reticulum_7(fn_person_41(X))
& fn_person_40(X) = fn_smooth_endoplasmic_reticulum_49(fn_person_41(X))
& fn_person_40(X) = fn_smooth_endoplasmic_reticulum_48(fn_person_41(X))
& fn_person_40(X) = fn_smooth_endoplasmic_reticulum_8(fn_person_41(X))
& fn_person_40(X) = fn_smooth_endoplasmic_reticulum_42(fn_person_41(X))
& fn_person_68(X) = fn_mouth_3(fn_person_64(X))
& fn_person_68(X) = fn_vertebrate_42(X)
& fn_person_17(X) = fn_mouth_1(fn_person_64(X))
& fn_person_17(X) = fn_vertebrate_43(X)
& fn_person_64(X) = fn_vertebrate_41(X)
& fn_person_53(X) = fn_salivary_gland_5(fn_person_54(X))
& fn_person_55(X) = fn_salivary_gland_3(fn_person_54(X))
& fn_person_52(X) = fn_salivary_gland_4(fn_person_54(X))
& fn_person_48(X) = fn_salivary_gland_2(fn_person_54(X))
& fn_person_63(X) = fn_mammal_100(X)
& fn_person_19(X) = fn_mammal_99(X)
& fn_person_16(X) = fn_mammal_86(X)
& fn_person_49(X) = fn_mammal_88(X)
& fn_person_69(X) = fn_mammal_6(X)
& fn_person_37(X) = fn_animal_24(X)
& fn_person_37(X) = fn_mammal_82(X)
& fn_person_30(X) = fn_mammal_81(X)
& fn_person_47(X) = fn_vertebrate_25(X)
& fn_person_47(X) = fn_mammal_50(X)
& fn_person_31(X) = fn_mammal_74(X)
& fn_person_43(X) = fn_mammal_45(X)
& fn_person_45(X) = fn_mammal_44(X)
& fn_person_46(X) = fn_mammal_53(X)
& fn_person_42(X) = fn_mammal_29(X)
& fn_person_26(X) = fn_mammal_94(X)
& fn_person_62(X) = fn_mammal_90(X)
& fn_person_39(X) = fn_mammal_89(X)
& fn_person_20(X) = fn_mammal_76(X)
& fn_person_33(X) = fn_mammal_79(X)
& fn_person_38(X) = fn_mammal_65(X)
& fn_person_60(X) = fn_mammal_61(X)
& fn_person_72(X) = fn_mammal_2(X)
& fn_person_25(X) = fn_mammal_95(X)
& fn_person_29(X) = fn_mammal_91(X)
& fn_person_27(X) = fn_mammal_93(X)
& fn_person_50(X) = fn_mammal_3(X)
& fn_person_32(X) = fn_mammal_80(X)
& fn_person_44(X) = fn_mammal_52(X)
& fn_person_65(X) = fn_mammal_39(X)
& fn_person_38(X) = fn_mammal_64(X)
& fn_person_23(X) = fn_mammal_18(X)
& fn_person_36(X) = fn_mammal_77(X)
& fn_person_18(X) = fn_mammal_97(X)
& fn_person_24(X) = fn_mammal_60(X)
& fn_person_35(X) = fn_mammal_78(X)
& fn_person_73(X) = fn_mammal_98(X)
& fn_person_28(X) = fn_mammal_92(X)
& fn_person_22(X) = fn_mammal_84(X)
& fn_person_21(X) = fn_mammal_85(X)
& fn_person_34(X) = fn_mammal_83(X)
& fn_decomposition_reaction_4(fn_person_57(X)) = fn_exergonic_reaction_11(fn_person_57(X))
& fn_exergonic_reaction_11(fn_person_57(X)) = fn_exergonic_reaction_11(fn_person_57(X))
& fn_exergonic_reaction_11(fn_person_57(X)) = fn_hydrolysis_9(fn_person_57(X))
& fn_hydrolysis_9(fn_person_57(X)) = fn_exergonic_reaction_10(fn_person_57(X))
& fn_exergonic_reaction_10(fn_person_57(X)) = fn_hydrolysis_11(fn_person_57(X))
& fn_hydrolysis_11(fn_person_57(X)) = fn_endoplasmic_reticulum_11(fn_person_41(X))
& fn_endoplasmic_reticulum_11(fn_person_41(X)) = fn_endoplasmic_reticulum_11(fn_person_41(X))
& fn_endoplasmic_reticulum_11(fn_person_41(X)) = fn_mammal_75(X)
& fn_mammal_75(X) = fn_mammal_75(X)
& fn_mammal_75(X) = fn_smooth_endoplasmic_reticulum_23(fn_person_41(X))
& fn_smooth_endoplasmic_reticulum_23(fn_person_41(X)) = fn_smooth_endoplasmic_reticulum_7(fn_person_41(X))
& fn_endoplasmic_reticulum_23(fn_person_41(X)) = fn_smooth_endoplasmic_reticulum_7(fn_person_41(X))
& fn_smooth_endoplasmic_reticulum_7(fn_person_41(X)) = fn_endoplasmic_reticulum_23(fn_person_41(X))
& fn_endoplasmic_reticulum_23(fn_person_41(X)) = fn_smooth_endoplasmic_reticulum_49(fn_person_41(X))
& fn_smooth_endoplasmic_reticulum_49(fn_person_41(X)) = fn_smooth_endoplasmic_reticulum_49(fn_person_41(X))
& fn_smooth_endoplasmic_reticulum_49(fn_person_41(X)) = fn_smooth_endoplasmic_reticulum_48(fn_person_41(X))
& fn_smooth_endoplasmic_reticulum_48(fn_person_41(X)) = fn_smooth_endoplasmic_reticulum_48(fn_person_41(X))
& fn_smooth_endoplasmic_reticulum_48(fn_person_41(X)) = fn_smooth_endoplasmic_reticulum_8(fn_person_41(X))
& fn_smooth_endoplasmic_reticulum_8(fn_person_41(X)) = fn_smooth_endoplasmic_reticulum_8(fn_person_41(X))
& fn_smooth_endoplasmic_reticulum_42(fn_person_41(X)) = fn_smooth_endoplasmic_reticulum_8(fn_person_41(X))
& fn_smooth_endoplasmic_reticulum_8(fn_person_41(X)) = fn_smooth_endoplasmic_reticulum_42(fn_person_41(X))
& fn_smooth_endoplasmic_reticulum_42(fn_person_41(X)) = fn_mouth_3(fn_person_64(X))
& fn_mouth_3(fn_person_64(X)) = fn_vertebrate_42(X)
& fn_vertebrate_42(X) = fn_vertebrate_42(X)
& fn_vertebrate_42(X) = fn_vertebrate_43(X)
& fn_vertebrate_43(X) = fn_mouth_1(fn_person_64(X))
& fn_mouth_1(fn_person_64(X)) = fn_vertebrate_43(X)
& fn_vertebrate_43(X) = fn_release_1(fn_person_66(X))
& fn_release_1(fn_person_66(X)) = fn_salivary_gland_3(fn_person_54(X))
& fn_salivary_gland_3(fn_person_54(X)) = fn_salivary_gland_3(fn_person_54(X))
& fn_salivary_gland_3(fn_person_54(X)) = fn_animal_24(X)
& fn_animal_24(X) = fn_mammal_82(X)
& fn_mammal_82(X) = fn_mammal_82(X)
& fn_mammal_82(X) = fn_vertebrate_25(X)
& fn_vertebrate_25(X) = fn_mammal_50(X)
& fn_mammal_50(X) = fn_mammal_50(X)
& fn_mammal_50(X) = fn_mammal_65(X)
& fn_mammal_65(X) = fn_mammal_65(X)
& fn_mammal_65(X) = fn_mammal_64(X) ) ) ).
fof(a531617,axiom,
! [X] :
( pesticide_1(X)
=> ( original_name_2(X,'Pesticide')
& user_description_2(X,'Any chemical used to kill or repel pest animals.')
& concept2words_2(X,pesticide)
& toxin_1(X) ) ) ).
fof(a531618,axiom,
! [X] :
( pesticide_resistance_1(X)
=> ( original_name_2(X,'Pesticide-Resistance')
& user_description_2(X,'The evolved ability of a pest population to resist the effects of a pesticide.')
& concept2words_2(X,'resistance of pesticide')
& concept2words_2(X,'pesticide resistance')
& concept2words_2(X,'pesticide-resistance')
& condition_1(X) ) ) ).
fof(a531619,axiom,
! [X] :
( pesticide_resistance_process_1(X)
=> ( original_name_2(X,'Pesticide-Resistance-Process')
& user_description_2(X,'The process by which a cell resists harm by a pesticide.')
& concept2words_2(X,'pesticide resistance process')
& concept2words_2(X,'pesticide-resistance-process')
& cell_survival_1(X) ) ) ).
fof(a531620,axiom,
! [X] :
( pet_scanner_1(X)
=> ( original_name_2(X,'PET-Scanner')
& user_description_2(X,'Positron-emission tomography scanner. A medical imaging device that produces a 3-dimensional representation of the body.')
& concept2words_2(X,'scanner of pet')
& concept2words_2(X,'pet scanner')
& concept2words_2(X,'pet-scanner')
& scientific_device_1(X)
& ~ dna_chip_1(X)
& ~ spectrophotometer_1(X)
& positron_emission_tomography_1(fn_pet_scanner_1(X))
& detect_1(fn_pet_scanner_2(X))
& instrument_2(fn_pet_scanner_1(X),X)
& subevent_2(fn_pet_scanner_1(X),fn_pet_scanner_2(X))
& instrument_2(fn_pet_scanner_2(X),X)
& has_function_2(X,fn_pet_scanner_1(X)) ) ) ).
fof(a531621,axiom,
! [X] :
( petal_1(X)
=> ( original_name_2(X,'Petal')
& user_description_2(X,'A modified leaf of a flowering plant. Petals are the often colorful parts of a flower that advertise it to insects and other pollinators.')
& concept2words_2(X,petal)
& flower_organ_1(X)
& coloring_pigment_1(fn_petal_1(X))
& chromoplast_1(fn_petal_2(X))
& metabolism_1(fn_petal_3(X))
& pollinator_1(fn_petal_4(X))
& flower_1(fn_petal_5(X))
& whorl_1(fn_petal_6(X))
& whorl_1(fn_petal_7(X))
& sepal_1(fn_petal_8(X))
& attract_1(fn_petal_9(X))
& tissue_1(fn_petal_10(X))
& eukaryotic_cell_1(fn_petal_11(X))
& plant_cell_1(fn_petal_11(X))
& spatial_entity_1(fn_petal_12(X))
& mixture_1(fn_petal_12(X))
& suspension_1(fn_petal_12(X))
& colloid_1(fn_petal_12(X))
& cytoplasm_1(fn_petal_12(X))
& insect_1(fn_petal_13(X))
& entity_1(fn_attract_1(fn_petal_9(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_petal_10(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_petal_11(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_petal_11(X)))
& spatial_entity_1(fn_plant_cell_83(fn_petal_11(X)))
& mixture_1(fn_plant_cell_83(fn_petal_11(X)))
& suspension_1(fn_plant_cell_83(fn_petal_11(X)))
& colloid_1(fn_plant_cell_83(fn_petal_11(X)))
& cytoplasm_1(fn_plant_cell_83(fn_petal_11(X)))
& entity_1(fn_attract_2(fn_petal_9(X)))
& petal_1(fn_flower_9(fn_petal_5(X)))
& whorl_1(fn_flower_10(fn_petal_5(X)))
& whorl_1(fn_flower_12(fn_petal_5(X)))
& whorl_1(fn_flower_13(fn_petal_5(X)))
& whorl_1(fn_flower_11(fn_petal_5(X)))
& sepal_1(fn_flower_5(fn_petal_5(X)))
& sepal_1(fn_flower_8(fn_petal_5(X)))
& facilitates_2(fn_petal_1(X),fn_petal_9(X))
& has_part_2(fn_petal_2(X),fn_petal_1(X))
& has_part_2(fn_petal_11(X),fn_petal_2(X))
& base_2(fn_petal_3(X),fn_petal_11(X))
& site_2(fn_petal_3(X),fn_petal_12(X))
& has_function_2(X,fn_petal_9(X))
& plays_2(fn_petal_13(X),fn_petal_4(X))
& object_2(fn_petal_9(X),fn_petal_13(X))
& has_part_2(fn_petal_10(X),fn_petal_11(X))
& has_part_2(X,fn_petal_10(X))
& has_part_2(fn_petal_11(X),fn_petal_12(X))
& agent_2(fn_petal_9(X),X)
& is_at_2(X,fn_petal_6(X))
& has_region_2(fn_petal_5(X),fn_petal_7(X))
& has_part_2(fn_petal_5(X),fn_petal_8(X))
& is_at_2(fn_petal_8(X),fn_petal_7(X))
& is_outside_2(fn_petal_7(X),fn_petal_6(X))
& has_region_2(fn_petal_5(X),fn_petal_6(X))
& has_part_2(fn_petal_5(X),X)
& fn_petal_13(X) = fn_attract_1(fn_petal_9(X))
& fn_petal_11(X) = fn_tissue_1(fn_petal_10(X))
& fn_petal_10(X) = fn_organ_1(X)
& fn_petal_12(X) = fn_eukaryotic_cell_31(fn_petal_11(X))
& fn_petal_12(X) = fn_plant_cell_83(fn_petal_11(X))
& X = fn_attract_2(fn_petal_9(X))
& fn_petal_7(X) = fn_flower_13(fn_petal_5(X))
& X = fn_flower_9(fn_petal_5(X))
& fn_petal_7(X) = fn_flower_12(fn_petal_5(X))
& fn_petal_6(X) = fn_flower_10(fn_petal_5(X))
& fn_petal_6(X) = fn_flower_12(fn_petal_5(X))
& fn_petal_7(X) = fn_flower_11(fn_petal_5(X))
& fn_petal_8(X) = fn_flower_5(fn_petal_5(X))
& fn_petal_8(X) = fn_flower_8(fn_petal_5(X))
& fn_eukaryotic_cell_31(fn_petal_11(X)) = fn_plant_cell_83(fn_petal_11(X))
& fn_plant_cell_83(fn_petal_11(X)) = fn_attract_2(fn_petal_9(X))
& fn_attract_2(fn_petal_9(X)) = fn_flower_9(fn_petal_5(X))
& fn_flower_9(fn_petal_5(X)) = fn_flower_9(fn_petal_5(X))
& fn_flower_9(fn_petal_5(X)) = fn_flower_12(fn_petal_5(X))
& fn_flower_12(fn_petal_5(X)) = fn_flower_10(fn_petal_5(X))
& fn_flower_10(fn_petal_5(X)) = fn_flower_12(fn_petal_5(X))
& fn_flower_12(fn_petal_5(X)) = fn_flower_13(fn_petal_5(X))
& fn_flower_13(fn_petal_5(X)) = fn_flower_12(fn_petal_5(X))
& fn_flower_12(fn_petal_5(X)) = fn_flower_11(fn_petal_5(X))
& fn_flower_11(fn_petal_5(X)) = fn_flower_13(fn_petal_5(X))
& fn_flower_13(fn_petal_5(X)) = fn_flower_11(fn_petal_5(X))
& fn_flower_11(fn_petal_5(X)) = fn_flower_11(fn_petal_5(X))
& fn_flower_11(fn_petal_5(X)) = fn_flower_8(fn_petal_5(X))
& fn_flower_8(fn_petal_5(X)) = fn_flower_5(fn_petal_5(X))
& fn_flower_5(fn_petal_5(X)) = fn_flower_8(fn_petal_5(X)) ) ) ).
fof(a531622,axiom,
! [X] :
( petiole_1(X)
=> ( original_name_2(X,'Petiole')
& user_description_2(X,'In plants, the stalk that attaches a leaf to a node on the stem.')
& concept2words_2(X,petiole)
& plant_structure_1(X)
& ~ axillary_bud_1(X)
& ~ ovule_1(X)
& ~ peristome_1(X)
& ~ plant_vein_1(X)
& ~ pollen_grain_1(X)
& ~ pollen_tube_1(X) ) ) ).
fof(a531623,axiom,
! [X] :
( petri_dish_1(X)
=> ( original_name_2(X,'Petri-Dish')
& user_description_2(X,'A shallow dish usedto culture bacteria.')
& concept2words_2(X,'culture dish')
& concept2words_2(X,'culture-dish')
& concept2words_2(X,'petri dish')
& concept2words_2(X,'petri-dish')
& scientific_device_1(X) ) ) ).
fof(a531624,axiom,
! [X] :
( petroleum_1(X)
=> ( original_name_2(X,'Petroleum')
& user_description_2(X,'A naturally occuring flammable liquid made of a complex mixture of hydrocarbons. Petroleum is found in various geologic formations beneath the surface of the earth. It is mined and extracted from the earth and distilled into gasoline, kerosene, and a variety of solvents.')
& concept2words_2(X,petroleum)
& hydrophobic_substance_1(X)
& fossil_fuel_1(X)
& solubility_value_1(fn_petroleum_2(X))
& property_node_1(fn_solubility_value_1(fn_petroleum_2(X)))
& the_scalar_value_2(fn_petroleum_2(X),insoluble_0)
& scalar_unit_class_2(fn_petroleum_2(X),substance_0)
& solubility_in_water_2(X,fn_petroleum_2(X))
& fn_petroleum_1(X) = fn_solubility_value_1(fn_petroleum_2(X)) ) ) ).
fof(a531625,axiom,
! [X] :
( ph_constant_1(X)
=> ( original_name_2(X,'PH-Constant')
& concept2words_2(X,'ph constant')
& concept2words_2(X,'ph-constant')
& constant_1(X) ) ) ).
fof(a531626,axiom,
! [X] :
( ph_maintenance_1(X)
=> ( original_name_2(X,'PH-Maintenance')
& user_description_2(X,'Process which keeps the pH of a solution, cell or organ within normal limits.')
& concept2words_2(X,'maintain ph')
& concept2words_2(X,'ph maintenance')
& concept2words_2(X,'ph-maintenance')
& maintenance_1(X)
& ~ organizing_1(X)
& ~ maintenance_of_concentration_of_calcium_ion_in_eukaryotic_cell_1(X)
& ~ maintenance_of_ph_in_lysosome_1(X)
& buffer_1(fn_ph_maintenance_1(X))
& has_function_2(fn_ph_maintenance_1(X),X)
& agent_2(X,fn_ph_maintenance_1(X)) ) ) ).
fof(a531627,axiom,
! [X] :
( ph_scale_1(X)
=> ( original_name_2(X,'PH-Scale')
& concept2words_2(X,'ph scale')
& concept2words_2(X,'ph-scale')
& scale_1(X) ) ) ).
fof(a531628,axiom,
! [X] :
( ph_value_1(X)
=> ( original_name_2(X,'PH-Value')
& concept2words_2(X,ph)
& concept2words_2(X,'ph value')
& concept2words_2(X,'ph-value')
& unitless_value_1(X)
& ~ atomic_number_value_1(X)
& ~ charge_value_1(X)
& ~ pka_value_1(X)
& ~ pkb_value_1(X)
& ~ atomic_mass_value_1(X) ) ) ).
fof(a531629,axiom,
! [X] :
( phage_1(X)
=> ( original_name_2(X,'Phage')
& user_description_2(X,'A bacteriophage, or a virus that infects and replicates inside bacterial cells.')
& concept2words_2(X,bacteriophage)
& concept2words_2(X,'bacteria virus')
& concept2words_2(X,'virus infecting bacterial host')
& concept2words_2(X,phage)
& virus_1(X)
& bacterium_1(fn_phage_1(X))
& viral_infection_1(fn_phage_2(X))
& infection_1(fn_phage_2(X))
& agent_2(fn_phage_2(X),X)
& object_2(fn_phage_2(X),fn_phage_1(X))
& fn_phage_1(X) = fn_virus_23(X)
& fn_phage_2(X) = fn_virus_22(X) ) ) ).
fof(a531630,axiom,
! [X] :
( phage_dna_1(X)
=> ( original_name_2(X,'Phage-DNA')
& user_description_2(X,'The genomic material of a phage.')
& concept2words_2(X,'dna of phage')
& concept2words_2(X,'phage dna')
& concept2words_2(X,'phage-dna')
& dna_1(X) ) ) ).
fof(a531631,axiom,
! [X] :
( phage_lambda_1(X)
=> ( original_name_2(X,'Phage-Lambda')
& user_description_2(X,'One species of temperate bacteriophage.')
& concept2words_2(X,lambda)
& concept2words_2(X,'lambda of phage')
& concept2words_2(X,'phage lambda')
& concept2words_2(X,'phage-lambda')
& temperate_phage_1(X) ) ) ).
fof(a531632,axiom,
! [X] :
( phage_reproduction_cycle_1(X)
=> ( original_name_2(X,'Phage-Reproduction-Cycle')
& user_description_2(X,'The mechanisms by which phages replicate. The two alternative mechanisms are the lytic cycle which results in the death of the host cell or the lysogenic cycle where the viral genome is incorporated into the host cell\'s chromosome as a prophage and is replicated along with the chromosome and does not kill the host cell.')
& concept2words_2(X,'phage reproduction cycle')
& concept2words_2(X,'phage-reproduction-cycle')
& reproductive_cycle_1(X)
& ~ horizontal_transmission_1(X)
& ~ vertical_transmission_1(X) ) ) ).
fof(a531633,axiom,
! [X] :
( phagocyte_1(X)
=> ( original_name_2(X,'Phagocyte')
& user_description_2(X,'Gneral name given to the types of white blood cells, such as macrophages and monocytes, which destroy antigenic invaders such as viruses and bacteria or damaged cell parts through phagocytosis.')
& concept2words_2(X,phagocyte)
& eukaryotic_cell_1(X) ) ) ).
fof(a531634,axiom,
! [X] :
( phagocytosis_1(X)
=> ( original_name_2(X,'Phagocytosis')
& user_description_2(X,'Phagocytosis is the cellular process of phagocytes and protists of engulfing solid particles by the cell membrane to form an internal phagosome. Some human cells also carry out phagocytosis.')
& concept2words_2(X,'cellular eating')
& concept2words_2(X,'cellular-eating')
& concept2words_2(X,'perform phagocytosis')
& concept2words_2(X,transport)
& concept2words_2(X,phagocytosis)
& endocytosis_1(X)
& ~ pinocytosis_1(X)
& ~ receptor_mediated_endocytosis_1(X)
& state_value_1(fn_phagocytosis_2(X))
& microtubule_1(fn_phagocytosis_3(X))
& size_value_1(fn_phagocytosis_4(X))
& release_1(fn_phagocytosis_6(X))
& tangible_entity_1(fn_phagocytosis_7(X))
& nucleus_1(fn_phagocytosis_7(X))
& eukaryotic_chromosome_1(fn_phagocytosis_8(X))
& chromosome_1(fn_phagocytosis_8(X))
& rough_endoplasmic_reticulum_1(fn_phagocytosis_9(X))
& golgi_apparatus_1(fn_phagocytosis_10(X))
& smooth_endoplasmic_reticulum_1(fn_phagocytosis_11(X))
& spatial_entity_1(fn_phagocytosis_12(X))
& lysosome_1(fn_phagocytosis_12(X))
& store_1(fn_phagocytosis_13(X))
& container_1(fn_phagocytosis_14(X))
& biomembrane_1(fn_phagocytosis_15(X))
& aqueous_solution_1(fn_phagocytosis_16(X))
& tangible_entity_1(fn_phagocytosis_19(X))
& spatial_entity_1(fn_phagocytosis_19(X))
& biomembrane_1(fn_phagocytosis_19(X))
& plasma_membrane_1(fn_phagocytosis_19(X))
& attach_1(fn_phagocytosis_20(X))
& active_site_1(fn_phagocytosis_25(X))
& protein_domain_1(fn_phagocytosis_26(X))
& polypeptide_1(fn_phagocytosis_27(X))
& monomer_1(fn_phagocytosis_28(X))
& size_value_1(fn_phagocytosis_29(X))
& reactant_1(fn_phagocytosis_30(X))
& water_molecule_1(fn_phagocytosis_31(X))
& chemical_entity_1(fn_phagocytosis_32(X))
& molecule_1(fn_phagocytosis_33(X))
& chemical_entity_1(fn_phagocytosis_34(X))
& chemical_entity_1(fn_phagocytosis_35(X))
& chemical_energy_1(fn_phagocytosis_36(X))
& quantity_value_1(fn_phagocytosis_37(X))
& quantity_value_1(fn_phagocytosis_38(X))
& chemical_energy_1(fn_phagocytosis_39(X))
& spatial_entity_1(fn_phagocytosis_40(X))
& chemical_entity_1(fn_phagocytosis_40(X))
& monomer_1(fn_phagocytosis_40(X))
& molecule_1(fn_phagocytosis_40(X))
& amino_acid_1(fn_phagocytosis_40(X))
& size_value_1(fn_phagocytosis_41(X))
& membrane_protein_1(fn_phagocytosis_46(X))
& tangible_entity_1(fn_phagocytosis_46(X))
& transmembrane_protein_1(fn_phagocytosis_46(X))
& integral_protein_1(fn_phagocytosis_46(X))
& transport_protein_1(fn_phagocytosis_46(X))
& tangible_entity_1(fn_phagocytosis_47(X))
& membrane_protein_1(fn_phagocytosis_47(X))
& protein_1(fn_phagocytosis_47(X))
& spatial_entity_1(fn_phagocytosis_47(X))
& polymer_1(fn_phagocytosis_47(X))
& spatial_entity_1(fn_phagocytosis_48(X))
& polymer_1(fn_phagocytosis_48(X))
& tangible_entity_1(fn_phagocytosis_48(X))
& membrane_protein_1(fn_phagocytosis_48(X))
& protein_1(fn_phagocytosis_48(X))
& tangible_entity_1(fn_phagocytosis_49(X))
& phospholipid_bilayer_1(fn_phagocytosis_49(X))
& glycoprotein_1(fn_phagocytosis_50(X))
& saturated_fatty_acid_1(fn_phagocytosis_51(X))
& spatial_entity_1(fn_phagocytosis_52(X))
& carbon_skeleton_1(fn_phagocytosis_52(X))
& move_through_1(fn_phagocytosis_53(X))
& move_1(fn_phagocytosis_53(X))
& substance_1(fn_phagocytosis_54(X))
& aqueous_solution_1(fn_phagocytosis_54(X))
& aqueous_solution_1(fn_phagocytosis_55(X))
& spatial_entity_1(fn_phagocytosis_56(X))
& carbohydrate_side_chain_1(fn_phagocytosis_56(X))
& chemical_entity_1(fn_phagocytosis_57(X))
& hydrophobic_core_1(fn_phagocytosis_58(X))
& block_1(fn_phagocytosis_59(X))
& barrier_1(fn_phagocytosis_60(X))
& density_value_1(fn_phagocytosis_61(X))
& fluidity_value_1(fn_phagocytosis_62(X))
& temperature_value_1(fn_phagocytosis_63(X))
& quantity_value_1(fn_phagocytosis_64(X))
& attach_1(fn_phagocytosis_65(X))
& extracellular_side_1(fn_phagocytosis_66(X))
& cavity_1(fn_phagocytosis_67(X))
& energy_1(fn_phagocytosis_68(X))
& entity_1(fn_phagocytosis_68(X))
& chemical_energy_1(fn_phagocytosis_68(X))
& catalyst_1(fn_phagocytosis_69(X))
& tangible_entity_1(fn_phagocytosis_70(X))
& eukaryotic_cell_1(fn_phagocytosis_70(X))
& cell_1(fn_phagocytosis_70(X))
& suspension_1(fn_phagocytosis_71(X))
& colloid_1(fn_phagocytosis_71(X))
& cytoplasm_1(fn_phagocytosis_71(X))
& mixture_1(fn_phagocytosis_71(X))
& negatively_charged_region_1(fn_phagocytosis_72(X))
& spatial_entity_1(fn_phagocytosis_73(X))
& hydrophilic_compound_1(fn_phagocytosis_73(X))
& spatial_entity_1(fn_phagocytosis_74(X))
& hydrophobic_compound_1(fn_phagocytosis_74(X))
& produce_1(fn_phagocytosis_75(X))
& fusion_1(fn_phagocytosis_76(X))
& intracellular_digestion_1(fn_phagocytosis_77(X))
& protein_enzyme_1(fn_phagocytosis_78(X))
& lysosomal_enzyme_1(fn_phagocytosis_78(X))
& spatial_entity_1(fn_phagocytosis_79(X))
& tangible_entity_1(fn_phagocytosis_79(X))
& vesicle_1(fn_phagocytosis_79(X))
& vacuole_1(fn_phagocytosis_79(X))
& entity_1(fn_phagocytosis_79(X))
& food_vacuole_1(fn_phagocytosis_79(X))
& physical_object_1(fn_phagocytosis_80(X))
& tangible_entity_1(fn_phagocytosis_81(X))
& pseudopodium_1(fn_phagocytosis_81(X))
& move_1(fn_phagocytosis_82(X))
& move_into_1(fn_phagocytosis_82(X))
& take_in_1(fn_phagocytosis_82(X))
& carry_1(fn_phagocytosis_83(X))
& free_energy_1(fn_phagocytosis_84(X))
& entity_1(fn_phagocytosis_84(X))
& consume_1(fn_phagocytosis_85(X))
& decomposition_reaction_1(fn_phagocytosis_86(X))
& exergonic_reaction_1(fn_phagocytosis_86(X))
& hydrolysis_1(fn_phagocytosis_86(X))
& chemical_reaction_1(fn_phagocytosis_86(X))
& chemical_entity_1(fn_phagocytosis_87(X))
& polymer_1(fn_phagocytosis_87(X))
& barrier_1(fn_phagocytosis_88(X))
& container_1(fn_phagocytosis_88(X))
& organic_molecule_1(fn_phagocytosis_89(X))
& aqueous_solution_1(fn_phagocytosis_90(X))
& liquid_substance_1(fn_phagocytosis_90(X))
& solution_1(fn_phagocytosis_90(X))
& substance_1(fn_phagocytosis_90(X))
& cytosol_1(fn_phagocytosis_90(X))
& size_value_1(fn_phagocytosis_91(X))
& volume_value_1(fn_phagocytosis_92(X))
& eukaryotic_ribosome_1(fn_phagocytosis_93(X))
& surface_1(fn_phagocytosis_94(X))
& block_1(fn_phagocytosis_95(X))
& container_1(fn_phagocytosis_96(X))
& attach_1(fn_phagocytosis_99(X))
& attach_1(fn_phagocytosis_100(X))
& attach_1(fn_phagocytosis_101(X))
& size_value_1(fn_phagocytosis_102(X))
& size_value_1(fn_phagocytosis_103(X))
& monomer_1(fn_phagocytosis_104(X))
& attach_1(fn_phagocytosis_105(X))
& hydrophobic_core_1(fn_phagocytosis_106(X))
& hydrophilic_face_1(fn_phagocytosis_107(X))
& phospholipid_layer_1(fn_phagocytosis_108(X))
& phospholipid_layer_1(fn_phagocytosis_109(X))
& entity_1(fn_phagocytosis_110(X))
& atom_1(fn_phagocytosis_110(X))
& chemical_entity_1(fn_phagocytosis_110(X))
& carbon_1(fn_phagocytosis_110(X))
& carbohydrate_side_chain_1(fn_phagocytosis_111(X))
& carbohydrate_side_chain_1(fn_phagocytosis_112(X))
& carbohydrate_side_chain_1(fn_phagocytosis_113(X))
& block_1(fn_phagocytosis_114(X))
& block_1(fn_phagocytosis_115(X))
& carbon_skeleton_1(fn_phagocytosis_116(X))
& carbon_skeleton_1(fn_phagocytosis_117(X))
& increase_1(fn_phagocytosis_118(X))
& create_1(fn_phagocytosis_119(X))
& tangible_entity_1(fn_produce_1(fn_phagocytosis_75(X)))
& negatively_charged_region_1(fn_cytoplasm_3(fn_phagocytosis_71(X)))
& container_1(fn_move_into_2(fn_phagocytosis_82(X)))
& attach_1(fn_biomembrane_73(fn_phagocytosis_19(X)))
& lysosomal_enzyme_1(fn_intracellular_digestion_14(fn_phagocytosis_77(X)))
& property_node_1(fn_intracellular_digestion_32(fn_phagocytosis_77(X)))
& property_node_1(fn_intracellular_digestion_31(fn_phagocytosis_77(X)))
& surface_1(fn_intracellular_digestion_20(fn_phagocytosis_77(X)))
& size_value_1(fn_intracellular_digestion_19(fn_phagocytosis_77(X)))
& volume_value_1(fn_intracellular_digestion_18(fn_phagocytosis_77(X)))
& molecule_1(fn_intracellular_digestion_1(fn_phagocytosis_77(X)))
& reactant_1(fn_intracellular_digestion_4(fn_phagocytosis_77(X)))
& smooth_endoplasmic_reticulum_1(fn_intracellular_digestion_21(fn_phagocytosis_77(X)))
& rough_endoplasmic_reticulum_1(fn_intracellular_digestion_24(fn_phagocytosis_77(X)))
& eukaryotic_chromosome_1(fn_intracellular_digestion_25(fn_phagocytosis_77(X)))
& chromosome_1(fn_intracellular_digestion_25(fn_phagocytosis_77(X)))
& container_1(fn_food_vacuole_20(fn_phagocytosis_79(X)))
& store_1(fn_food_vacuole_25(fn_phagocytosis_79(X)))
& chemical_energy_1(fn_hydrolysis_17(fn_phagocytosis_86(X)))
& water_molecule_1(fn_hydrolysis_10(fn_phagocytosis_86(X)))
& property_node_1(fn_hydrolysis_19(fn_phagocytosis_86(X)))
& property_node_1(fn_hydrolysis_18(fn_phagocytosis_86(X)))
& quantity_value_1(fn_hydrolysis_16(fn_phagocytosis_86(X)))
& quantity_value_1(fn_hydrolysis_15(fn_phagocytosis_86(X)))
& chemical_energy_1(fn_hydrolysis_14(fn_phagocytosis_86(X)))
& property_node_1(fn_lysosomal_enzyme_2(fn_phagocytosis_78(X)))
& property_node_1(fn_lysosomal_enzyme_1(fn_phagocytosis_78(X)))
& size_value_1(fn_lysosomal_enzyme_20(fn_phagocytosis_78(X)))
& polypeptide_1(fn_lysosomal_enzyme_5(fn_phagocytosis_78(X)))
& spatial_entity_1(fn_lysosomal_enzyme_6(fn_phagocytosis_78(X)))
& chemical_entity_1(fn_lysosomal_enzyme_6(fn_phagocytosis_78(X)))
& monomer_1(fn_lysosomal_enzyme_6(fn_phagocytosis_78(X)))
& molecule_1(fn_lysosomal_enzyme_6(fn_phagocytosis_78(X)))
& amino_acid_1(fn_lysosomal_enzyme_6(fn_phagocytosis_78(X)))
& protein_domain_1(fn_lysosomal_enzyme_10(fn_phagocytosis_78(X)))
& catalyst_1(fn_lysosomal_enzyme_15(fn_phagocytosis_78(X)))
& active_site_1(fn_lysosomal_enzyme_9(fn_phagocytosis_78(X)))
& property_node_1(fn_plasma_membrane_94(fn_phagocytosis_19(X)))
& property_node_1(fn_plasma_membrane_95(fn_phagocytosis_19(X)))
& property_node_1(fn_plasma_membrane_93(fn_phagocytosis_19(X)))
& property_node_1(fn_plasma_membrane_90(fn_phagocytosis_19(X)))
& attach_1(fn_plasma_membrane_52(fn_phagocytosis_19(X)))
& property_node_1(fn_plasma_membrane_32(fn_phagocytosis_19(X)))
& size_value_1(fn_plasma_membrane_85(fn_phagocytosis_19(X)))
& property_node_1(fn_plasma_membrane_91(fn_phagocytosis_19(X)))
& size_value_1(fn_plasma_membrane_84(fn_phagocytosis_19(X)))
& monomer_1(fn_plasma_membrane_86(fn_phagocytosis_19(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_phagocytosis_19(X)))
& saturated_fatty_acid_1(fn_plasma_membrane_35(fn_phagocytosis_19(X)))
& quantity_value_1(fn_plasma_membrane_40(fn_phagocytosis_19(X)))
& density_value_1(fn_plasma_membrane_36(fn_phagocytosis_19(X)))
& fluidity_value_1(fn_plasma_membrane_37(fn_phagocytosis_19(X)))
& temperature_value_1(fn_plasma_membrane_38(fn_phagocytosis_19(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_phagocytosis_19(X)))
& substance_1(fn_plasma_membrane_70(fn_phagocytosis_19(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_phagocytosis_19(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_phagocytosis_19(X)))
& barrier_1(fn_plasma_membrane_30(fn_phagocytosis_19(X)))
& attach_1(fn_plasma_membrane_87(fn_phagocytosis_19(X)))
& chemical_entity_1(fn_plasma_membrane_73(fn_phagocytosis_19(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_phagocytosis_11(X)))
& eukaryotic_ribosome_1(fn_smooth_endoplasmic_reticulum_11(fn_phagocytosis_11(X)))
& entity_1(fn_transport_protein_17(fn_phagocytosis_46(X)))
& atom_1(fn_transport_protein_17(fn_phagocytosis_46(X)))
& chemical_entity_1(fn_transport_protein_17(fn_phagocytosis_46(X)))
& carbon_1(fn_transport_protein_14(fn_phagocytosis_46(X)))
& spatial_entity_1(fn_move_1(fn_phagocytosis_82(X)))
& tangible_entity_1(fn_vacuole_6(fn_phagocytosis_79(X)))
& tangible_entity_1(fn_intracellular_digestion_30(fn_phagocytosis_77(X)))
& spatial_entity_1(fn_attach_1(fn_phagocytosis_65(X)))
& carbohydrate_side_chain_1(fn_plasma_membrane_88(fn_phagocytosis_19(X)))
& carbohydrate_side_chain_1(fn_biomembrane_70(fn_phagocytosis_19(X)))
& produce_1(fn_intracellular_digestion_10(fn_phagocytosis_77(X)))
& chemical_entity_1(fn_intracellular_digestion_6(fn_phagocytosis_77(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_phagocytosis_86(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_phagocytosis_86(X)))
& polymer_1(fn_intracellular_digestion_12(fn_phagocytosis_77(X)))
& phagocytosis_1(fn_pseudopodium_1(fn_phagocytosis_81(X)))
& phagocytosis_1(fn_food_vacuole_23(fn_phagocytosis_79(X)))
& suspension_1(fn_intracellular_digestion_28(fn_phagocytosis_77(X)))
& colloid_1(fn_intracellular_digestion_28(fn_phagocytosis_77(X)))
& cytoplasm_1(fn_intracellular_digestion_28(fn_phagocytosis_77(X)))
& mixture_1(fn_intracellular_digestion_28(fn_phagocytosis_77(X)))
& suspension_1(fn_food_vacuole_18(fn_phagocytosis_79(X)))
& colloid_1(fn_food_vacuole_18(fn_phagocytosis_79(X)))
& cytoplasm_1(fn_food_vacuole_18(fn_phagocytosis_79(X)))
& mixture_1(fn_food_vacuole_18(fn_phagocytosis_79(X)))
& biomembrane_1(fn_vacuole_7(fn_phagocytosis_79(X)))
& biomembrane_1(fn_food_vacuole_21(fn_phagocytosis_79(X)))
& aqueous_solution_1(fn_vacuole_2(fn_phagocytosis_79(X)))
& aqueous_solution_1(fn_food_vacuole_28(fn_phagocytosis_79(X)))
& carry_1(fn_intracellular_digestion_8(fn_phagocytosis_77(X)))
& carry_1(fn_food_vacuole_22(fn_phagocytosis_79(X)))
& spatial_entity_1(fn_add_1(fn_phagocytosis_76(X)))
& entity_1(fn_intracellular_digestion_9(fn_phagocytosis_77(X)))
& food_vacuole_1(fn_intracellular_digestion_9(fn_phagocytosis_77(X)))
& chemical_entity_1(fn_intracellular_digestion_7(fn_phagocytosis_77(X)))
& chemical_entity_1(fn_hydrolysis_1(fn_phagocytosis_86(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_phagocytosis_86(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_phagocytosis_86(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_phagocytosis_86(X)))
& size_value_1(fn_protein_enzyme_3(fn_phagocytosis_78(X)))
& size_value_1(fn_lysosomal_enzyme_16(fn_phagocytosis_78(X)))
& monomer_1(fn_protein_enzyme_9(fn_phagocytosis_78(X)))
& monomer_1(fn_lysosomal_enzyme_12(fn_phagocytosis_78(X)))
& chemical_reaction_1(fn_intracellular_digestion_13(fn_phagocytosis_77(X)))
& decomposition_reaction_1(fn_intracellular_digestion_13(fn_phagocytosis_77(X)))
& exergonic_reaction_1(fn_intracellular_digestion_13(fn_phagocytosis_77(X)))
& hydrolysis_1(fn_intracellular_digestion_13(fn_phagocytosis_77(X)))
& hydrolysis_1(fn_lysosomal_enzyme_18(fn_phagocytosis_78(X)))
& chemical_reaction_1(fn_lysosomal_enzyme_18(fn_phagocytosis_78(X)))
& spatial_entity_1(fn_attach_2(fn_phagocytosis_65(X)))
& carbon_skeleton_1(fn_biomembrane_71(fn_phagocytosis_19(X)))
& carbon_skeleton_1(fn_transport_protein_18(fn_phagocytosis_46(X)))
& carbon_skeleton_1(fn_plasma_membrane_57(fn_phagocytosis_19(X)))
& spatial_entity_1(fn_attach_1(fn_phagocytosis_20(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_phagocytosis_19(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_phagocytosis_19(X)))
& protein_1(fn_plasma_membrane_54(fn_phagocytosis_19(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_phagocytosis_19(X)))
& polymer_1(fn_plasma_membrane_54(fn_phagocytosis_19(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_phagocytosis_19(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_phagocytosis_19(X)))
& protein_1(fn_plasma_membrane_68(fn_phagocytosis_19(X)))
& phospholipid_layer_1(fn_plasma_membrane_78(fn_phagocytosis_19(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_phagocytosis_19(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_phagocytosis_19(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_phagocytosis_19(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_phagocytosis_19(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_phagocytosis_19(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_phagocytosis_19(X)))
& phospholipid_layer_1(fn_integral_protein_12(fn_phagocytosis_46(X)))
& phospholipid_layer_1(fn_integral_protein_11(fn_phagocytosis_46(X)))
& phospholipid_layer_1(fn_biomembrane_61(fn_phagocytosis_19(X)))
& phospholipid_layer_1(fn_plasma_membrane_51(fn_phagocytosis_19(X)))
& tangible_entity_1(fn_transport_protein_12(fn_phagocytosis_46(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_phagocytosis_46(X)))
& tangible_entity_1(fn_integral_protein_27(fn_phagocytosis_46(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_phagocytosis_46(X)))
& tangible_entity_1(fn_biomembrane_63(fn_phagocytosis_19(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_phagocytosis_19(X)))
& tangible_entity_1(fn_intracellular_digestion_17(fn_phagocytosis_77(X)))
& phospholipid_bilayer_1(fn_intracellular_digestion_17(fn_phagocytosis_77(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_phagocytosis_19(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_phagocytosis_19(X)))
& hydrophobic_core_1(fn_integral_protein_10(fn_phagocytosis_46(X)))
& hydrophobic_core_1(fn_biomembrane_75(fn_phagocytosis_19(X)))
& hydrophobic_core_1(fn_plasma_membrane_81(fn_phagocytosis_19(X)))
& hydrophilic_face_1(fn_biomembrane_81(fn_phagocytosis_19(X)))
& hydrophilic_face_1(fn_plasma_membrane_89(fn_phagocytosis_19(X)))
& block_1(fn_plasma_membrane_31(fn_phagocytosis_19(X)))
& move_through_1(fn_transport_protein_34(fn_phagocytosis_46(X)))
& move_through_1(fn_transport_protein_10(fn_phagocytosis_46(X)))
& move_through_1(fn_plasma_membrane_74(fn_phagocytosis_19(X)))
& move_1(fn_plasma_membrane_74(fn_phagocytosis_19(X)))
& block_1(fn_biomembrane_100(fn_phagocytosis_19(X)))
& block_1(fn_plasma_membrane_97(fn_phagocytosis_19(X)))
& spatial_entity_1(fn_block_1(fn_phagocytosis_59(X)))
& spatial_entity_1(fn_block_1(fn_phagocytosis_114(X)))
& hydrophobic_compound_1(fn_transport_protein_11(fn_phagocytosis_46(X)))
& hydrophobic_compound_1(fn_biomembrane_98(fn_phagocytosis_19(X)))
& hydrophobic_compound_1(fn_plasma_membrane_98(fn_phagocytosis_19(X)))
& spatial_entity_1(fn_block_1(fn_phagocytosis_95(X)))
& hydrophilic_compound_1(fn_biomembrane_105(fn_phagocytosis_19(X)))
& hydrophilic_compound_1(fn_plasma_membrane_50(fn_phagocytosis_19(X)))
& block_1(fn_transport_protein_31(fn_phagocytosis_46(X)))
& block_1(fn_integral_protein_25(fn_phagocytosis_46(X)))
& block_1(fn_biomembrane_102(fn_phagocytosis_19(X)))
& block_1(fn_plasma_membrane_96(fn_phagocytosis_19(X)))
& block_1(fn_plasma_membrane_33(fn_phagocytosis_19(X)))
& tangible_entity_1(fn_barrier_1(fn_phagocytosis_96(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_phagocytosis_46(X)))
& spatial_entity_1(fn_transport_protein_35(fn_phagocytosis_46(X)))
& biomembrane_1(fn_transport_protein_35(fn_phagocytosis_46(X)))
& biomembrane_1(fn_integral_protein_24(fn_phagocytosis_46(X)))
& spatial_entity_1(fn_intracellular_digestion_27(fn_phagocytosis_77(X)))
& biomembrane_1(fn_intracellular_digestion_27(fn_phagocytosis_77(X)))
& plasma_membrane_1(fn_intracellular_digestion_27(fn_phagocytosis_77(X)))
& tangible_entity_1(fn_intracellular_digestion_22(fn_phagocytosis_77(X)))
& nucleus_1(fn_intracellular_digestion_22(fn_phagocytosis_77(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_phagocytosis_11(X)))
& spatial_entity_1(fn_add_2(fn_phagocytosis_76(X)))
& lysosome_1(fn_smooth_endoplasmic_reticulum_13(fn_phagocytosis_11(X)))
& aqueous_solution_1(fn_food_vacuole_26(fn_phagocytosis_79(X)))
& liquid_substance_1(fn_food_vacuole_26(fn_phagocytosis_79(X)))
& cytosol_1(fn_food_vacuole_26(fn_phagocytosis_79(X)))
& solution_1(fn_food_vacuole_26(fn_phagocytosis_79(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_phagocytosis_11(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_phagocytosis_11(X)))
& tangible_entity_1(fn_barrier_1(fn_phagocytosis_88(X)))
& tangible_entity_1(fn_take_in_1(fn_phagocytosis_82(X)))
& tangible_entity_1(fn_intracellular_digestion_11(fn_phagocytosis_77(X)))
& eukaryotic_cell_1(fn_intracellular_digestion_11(fn_phagocytosis_77(X)))
& cell_1(fn_intracellular_digestion_11(fn_phagocytosis_77(X)))
& tangible_entity_1(fn_food_vacuole_17(fn_phagocytosis_79(X)))
& eukaryotic_cell_1(fn_food_vacuole_17(fn_phagocytosis_79(X)))
& cell_1(fn_food_vacuole_17(fn_phagocytosis_79(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_phagocytosis_11(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_phagocytosis_11(X)))
& fn_phagocytosis_19(X) != fn_phagocytosis_80(X)
& is_between_2(fn_phagocytosis_19(X),fn_phagocytosis_72(X))
& called_2(fn_phagocytosis_47(X),'MP1')
& the_scalar_value_2(fn_phagocytosis_4(X),small_0)
& scalar_unit_class_2(fn_phagocytosis_4(X),substance_0)
& has_part_2(fn_phagocytosis_70(X),fn_phagocytosis_81(X))
& is_between_2(fn_phagocytosis_70(X),fn_phagocytosis_71(X))
& is_between_2(fn_phagocytosis_70(X),fn_phagocytosis_66(X))
& fn_phagocytosis_71(X) != fn_phagocytosis_80(X)
& next_event_2(fn_phagocytosis_76(X),fn_phagocytosis_86(X))
& subevent_2(fn_phagocytosis_77(X),fn_phagocytosis_76(X))
& first_subevent_2(fn_phagocytosis_77(X),fn_phagocytosis_76(X))
& object_2(fn_phagocytosis_77(X),fn_phagocytosis_87(X))
& by_means_of_2(fn_phagocytosis_77(X),fn_phagocytosis_86(X))
& subevent_2(X,fn_phagocytosis_77(X))
& agent_2(X,fn_phagocytosis_70(X))
& fn_phagocytosis_80(X) != fn_phagocytosis_19(X)
& fn_phagocytosis_80(X) != fn_phagocytosis_71(X)
& size_2(fn_phagocytosis_80(X),fn_phagocytosis_4(X))
& physical_state_2(fn_phagocytosis_80(X),fn_phagocytosis_2(X))
& next_event_2(fn_phagocytosis_83(X),fn_phagocytosis_77(X))
& path_2(fn_phagocytosis_83(X),fn_phagocytosis_3(X))
& agent_2(fn_phagocytosis_86(X),fn_phagocytosis_78(X))
& in_event_2(fn_phagocytosis_96(X),fn_phagocytosis_82(X))
& the_categorical_value_2(fn_phagocytosis_2(X),solid_0)
& called_2(fn_phagocytosis_114(X),"3")
& called_2(fn_phagocytosis_115(X),"2")
& object_2(fn_phagocytosis_20(X),fn_phagocytosis_48(X))
& object_2(fn_phagocytosis_65(X),fn_phagocytosis_56(X))
& object_2(fn_phagocytosis_76(X),fn_phagocytosis_79(X))
& base_2(fn_phagocytosis_76(X),fn_phagocytosis_12(X))
& plays_2(fn_phagocytosis_70(X),fn_phagocytosis_88(X))
& object_2(fn_phagocytosis_95(X),fn_phagocytosis_73(X))
& object_2(fn_phagocytosis_59(X),fn_phagocytosis_74(X))
& object_2(fn_phagocytosis_114(X),fn_phagocytosis_74(X))
& is_outside_2(fn_phagocytosis_111(X),fn_phagocytosis_19(X))
& plays_2(fn_phagocytosis_19(X),fn_phagocytosis_96(X))
& base_2(fn_phagocytosis_65(X),fn_phagocytosis_52(X))
& raw_material_2(fn_phagocytosis_75(X),fn_phagocytosis_81(X))
& object_2(fn_phagocytosis_82(X),fn_phagocytosis_80(X))
& object_2(X,fn_phagocytosis_80(X))
& object_2(fn_phagocytosis_115(X),fn_phagocytosis_74(X))
& instrument_2(fn_phagocytosis_59(X),fn_phagocytosis_19(X))
& agent_2(fn_phagocytosis_115(X),fn_phagocytosis_106(X))
& is_inside_2(fn_phagocytosis_52(X),fn_phagocytosis_19(X))
& is_outside_2(fn_phagocytosis_112(X),fn_phagocytosis_19(X))
& object_2(fn_phagocytosis_101(X),fn_phagocytosis_112(X))
& base_2(fn_phagocytosis_101(X),fn_phagocytosis_52(X))
& has_region_2(fn_phagocytosis_71(X),fn_phagocytosis_72(X))
& facilitates_2(fn_phagocytosis_81(X),X)
& in_event_2(fn_phagocytosis_88(X),fn_phagocytosis_82(X))
& has_part_2(fn_phagocytosis_46(X),fn_phagocytosis_110(X))
& is_inside_2(fn_phagocytosis_110(X),fn_phagocytosis_52(X))
& possesses_2(fn_phagocytosis_87(X),fn_phagocytosis_36(X))
& fn_phagocytosis_31(X) != fn_phagocytosis_87(X)
& fn_phagocytosis_87(X) != fn_phagocytosis_31(X)
& object_2(fn_phagocytosis_77(X),fn_phagocytosis_80(X))
& is_inside_2(fn_phagocytosis_80(X),fn_phagocytosis_79(X))
& result_2(fn_phagocytosis_75(X),fn_phagocytosis_79(X))
& next_event_2(fn_phagocytosis_75(X),fn_phagocytosis_83(X))
& object_2(fn_phagocytosis_83(X),fn_phagocytosis_80(X))
& is_outside_2(fn_phagocytosis_56(X),fn_phagocytosis_19(X))
& agent_2(fn_phagocytosis_114(X),fn_phagocytosis_106(X))
& object_2(fn_phagocytosis_114(X),fn_phagocytosis_73(X))
& agent_2(fn_phagocytosis_95(X),fn_phagocytosis_107(X))
& object_2(fn_phagocytosis_95(X),fn_phagocytosis_74(X))
& is_inside_2(fn_phagocytosis_116(X),fn_phagocytosis_19(X))
& base_2(fn_phagocytosis_100(X),fn_phagocytosis_116(X))
& object_2(fn_phagocytosis_100(X),fn_phagocytosis_111(X))
& raw_material_2(X,fn_phagocytosis_89(X))
& path_2(X,fn_phagocytosis_19(X))
& origin_2(X,fn_phagocytosis_66(X))
& subevent_2(X,fn_phagocytosis_118(X))
& first_subevent_2(X,fn_phagocytosis_119(X))
& subevent_2(X,fn_phagocytosis_6(X))
& next_event_2(fn_phagocytosis_82(X),fn_phagocytosis_83(X))
& raw_material_2(X,fn_phagocytosis_68(X))
& object_2(fn_phagocytosis_85(X),fn_phagocytosis_68(X))
& object_2(fn_phagocytosis_85(X),fn_phagocytosis_84(X))
& raw_material_2(X,fn_phagocytosis_84(X))
& subevent_2(X,fn_phagocytosis_75(X))
& destination_2(fn_phagocytosis_82(X),fn_phagocytosis_71(X))
& destination_2(X,fn_phagocytosis_71(X))
& subevent_2(X,fn_phagocytosis_85(X))
& next_event_2(fn_phagocytosis_85(X),fn_phagocytosis_6(X))
& base_2(fn_phagocytosis_6(X),fn_phagocytosis_89(X))
& causes_2(fn_phagocytosis_75(X),fn_phagocytosis_82(X))
& base_2(fn_phagocytosis_82(X),fn_phagocytosis_70(X))
& base_2(X,fn_phagocytosis_70(X))
& subevent_2(X,fn_phagocytosis_82(X))
& agent_2(fn_phagocytosis_82(X),fn_phagocytosis_70(X))
& next_event_2(fn_phagocytosis_118(X),fn_phagocytosis_75(X))
& next_event_2(fn_phagocytosis_75(X),fn_phagocytosis_82(X))
& origin_2(fn_phagocytosis_82(X),fn_phagocytosis_66(X))
& is_outside_2(fn_phagocytosis_66(X),fn_phagocytosis_70(X))
& is_inside_2(fn_phagocytosis_71(X),fn_phagocytosis_70(X))
& subevent_2(X,fn_phagocytosis_119(X))
& site_2(fn_phagocytosis_119(X),fn_phagocytosis_19(X))
& has_region_2(fn_phagocytosis_19(X),fn_phagocytosis_67(X))
& result_2(fn_phagocytosis_119(X),fn_phagocytosis_67(X))
& next_event_2(fn_phagocytosis_119(X),fn_phagocytosis_118(X))
& the_scalar_value_2(fn_phagocytosis_91(X),big_0)
& scalar_unit_class_2(fn_phagocytosis_91(X),prokaryote_0)
& agent_2(fn_phagocytosis_77(X),fn_phagocytosis_78(X))
& is_inside_2(fn_phagocytosis_71(X),fn_phagocytosis_19(X))
& has_part_2(fn_phagocytosis_70(X),fn_phagocytosis_8(X))
& has_state_2(fn_phagocytosis_34(X),fn_phagocytosis_33(X))
& has_part_2(fn_phagocytosis_87(X),fn_phagocytosis_34(X))
& has_part_2(fn_phagocytosis_87(X),fn_phagocytosis_35(X))
& volume_2(fn_phagocytosis_70(X),fn_phagocytosis_92(X))
& directly_proportional_2(fn_phagocytosis_91(X),fn_phagocytosis_92(X))
& size_2(fn_phagocytosis_70(X),fn_phagocytosis_91(X))
& has_region_2(fn_phagocytosis_70(X),fn_phagocytosis_94(X))
& is_at_2(fn_phagocytosis_49(X),fn_phagocytosis_94(X))
& subevent_2(fn_phagocytosis_77(X),fn_phagocytosis_86(X))
& raw_material_2(fn_phagocytosis_86(X),fn_phagocytosis_87(X))
& plays_2(fn_phagocytosis_87(X),fn_phagocytosis_30(X))
& in_event_2(fn_phagocytosis_30(X),fn_phagocytosis_86(X))
& result_2(fn_phagocytosis_86(X),fn_phagocytosis_33(X))
& has_part_2(fn_phagocytosis_70(X),fn_phagocytosis_9(X))
& abuts_2(fn_phagocytosis_11(X),fn_phagocytosis_9(X))
& abuts_2(fn_phagocytosis_9(X),fn_phagocytosis_11(X))
& fn_phagocytosis_11(X) != fn_phagocytosis_9(X)
& fn_phagocytosis_9(X) != fn_phagocytosis_11(X)
& base_2(fn_phagocytosis_77(X),fn_phagocytosis_70(X))
& has_part_2(fn_phagocytosis_70(X),fn_phagocytosis_19(X))
& is_between_2(fn_phagocytosis_71(X),fn_phagocytosis_19(X))
& is_between_2(fn_phagocytosis_71(X),fn_phagocytosis_7(X))
& is_inside_2(fn_phagocytosis_8(X),fn_phagocytosis_7(X))
& has_part_2(fn_phagocytosis_70(X),fn_phagocytosis_79(X))
& has_part_2(fn_phagocytosis_79(X),fn_phagocytosis_15(X))
& subevent_2(X,fn_phagocytosis_83(X))
& instrument_2(X,fn_phagocytosis_79(X))
& base_2(fn_phagocytosis_13(X),fn_phagocytosis_79(X))
& in_event_2(fn_phagocytosis_14(X),fn_phagocytosis_13(X))
& has_part_2(fn_phagocytosis_79(X),fn_phagocytosis_16(X))
& is_between_2(fn_phagocytosis_15(X),fn_phagocytosis_16(X))
& is_between_2(fn_phagocytosis_15(X),fn_phagocytosis_90(X))
& has_part_2(fn_phagocytosis_71(X),fn_phagocytosis_90(X))
& has_part_2(fn_phagocytosis_70(X),fn_phagocytosis_71(X))
& has_function_2(fn_phagocytosis_79(X),fn_phagocytosis_83(X))
& agent_2(fn_phagocytosis_83(X),fn_phagocytosis_79(X))
& has_function_2(fn_phagocytosis_79(X),fn_phagocytosis_13(X))
& agent_2(fn_phagocytosis_13(X),fn_phagocytosis_79(X))
& plays_2(fn_phagocytosis_79(X),fn_phagocytosis_14(X))
& quantity_2(fn_phagocytosis_36(X),fn_phagocytosis_37(X))
& has_state_2(fn_phagocytosis_35(X),fn_phagocytosis_32(X))
& raw_material_2(fn_phagocytosis_86(X),fn_phagocytosis_31(X))
& result_2(fn_phagocytosis_86(X),fn_phagocytosis_32(X))
& possesses_2(fn_phagocytosis_32(X),fn_phagocytosis_39(X))
& quantity_2(fn_phagocytosis_39(X),fn_phagocytosis_38(X))
& greater_than_2(fn_phagocytosis_37(X),fn_phagocytosis_38(X))
& the_scalar_value_2(fn_phagocytosis_29(X),big_0)
& scalar_unit_class_2(fn_phagocytosis_29(X),polypeptide_0)
& has_function_2(fn_phagocytosis_78(X),fn_phagocytosis_86(X))
& size_2(fn_phagocytosis_78(X),fn_phagocytosis_29(X))
& greater_than_2(fn_phagocytosis_29(X),fn_phagocytosis_41(X))
& has_part_2(fn_phagocytosis_78(X),fn_phagocytosis_28(X))
& size_2(fn_phagocytosis_28(X),fn_phagocytosis_41(X))
& has_region_2(fn_phagocytosis_78(X),fn_phagocytosis_25(X))
& site_2(fn_phagocytosis_86(X),fn_phagocytosis_25(X))
& in_event_2(fn_phagocytosis_69(X),fn_phagocytosis_86(X))
& plays_2(fn_phagocytosis_78(X),fn_phagocytosis_69(X))
& is_inside_2(fn_phagocytosis_46(X),fn_phagocytosis_49(X))
& the_scalar_value_2(fn_phagocytosis_103(X),big_0)
& scalar_unit_class_2(fn_phagocytosis_103(X),polypeptide_0)
& has_part_2(fn_phagocytosis_19(X),fn_phagocytosis_47(X))
& has_part_2(fn_phagocytosis_19(X),fn_phagocytosis_46(X))
& has_region_2(fn_phagocytosis_46(X),fn_phagocytosis_52(X))
& greater_than_2(fn_phagocytosis_103(X),fn_phagocytosis_102(X))
& size_2(fn_phagocytosis_48(X),fn_phagocytosis_103(X))
& called_2(fn_phagocytosis_48(X),'MP2')
& is_at_2(fn_phagocytosis_46(X),fn_phagocytosis_19(X))
& fn_phagocytosis_46(X) != fn_phagocytosis_48(X)
& has_part_2(fn_phagocytosis_48(X),fn_phagocytosis_104(X))
& size_2(fn_phagocytosis_104(X),fn_phagocytosis_102(X))
& fn_phagocytosis_48(X) != fn_phagocytosis_46(X)
& has_part_2(fn_phagocytosis_19(X),fn_phagocytosis_48(X))
& fn_phagocytosis_48(X) != fn_phagocytosis_47(X)
& fn_phagocytosis_47(X) != fn_phagocytosis_46(X)
& is_across_2(fn_phagocytosis_46(X),fn_phagocytosis_19(X))
& is_impermeable_to_2(fn_phagocytosis_19(X),fn_phagocytosis_73(X))
& fn_phagocytosis_47(X) != fn_phagocytosis_48(X)
& fn_phagocytosis_46(X) != fn_phagocytosis_47(X)
& directly_proportional_2(fn_phagocytosis_64(X),fn_phagocytosis_62(X))
& quantity_2(fn_phagocytosis_51(X),fn_phagocytosis_64(X))
& has_part_2(fn_phagocytosis_19(X),fn_phagocytosis_51(X))
& has_part_2(fn_phagocytosis_19(X),fn_phagocytosis_50(X))
& is_inside_2(fn_phagocytosis_50(X),fn_phagocytosis_49(X))
& is_permeable_to_2(fn_phagocytosis_19(X),fn_phagocytosis_57(X))
& object_2(fn_phagocytosis_53(X),fn_phagocytosis_57(X))
& path_2(fn_phagocytosis_53(X),fn_phagocytosis_106(X))
& agent_2(fn_phagocytosis_95(X),fn_phagocytosis_106(X))
& called_2(fn_phagocytosis_95(X),"1")
& has_region_2(fn_phagocytosis_49(X),fn_phagocytosis_108(X))
& has_part_2(fn_phagocytosis_19(X),fn_phagocytosis_49(X))
& is_impermeable_to_2(fn_phagocytosis_19(X),fn_phagocytosis_74(X))
& fn_phagocytosis_108(X) != fn_phagocytosis_109(X)
& fn_phagocytosis_109(X) != fn_phagocytosis_108(X)
& temperature_2(fn_phagocytosis_19(X),fn_phagocytosis_63(X))
& directly_proportional_2(fn_phagocytosis_63(X),fn_phagocytosis_62(X))
& fluidity_2(fn_phagocytosis_19(X),fn_phagocytosis_62(X))
& density_2(fn_phagocytosis_19(X),fn_phagocytosis_61(X))
& inversely_proportional_2(fn_phagocytosis_61(X),fn_phagocytosis_62(X))
& fn_phagocytosis_115(X) != fn_phagocytosis_114(X)
& agent_2(fn_phagocytosis_114(X),fn_phagocytosis_107(X))
& has_region_2(fn_phagocytosis_108(X),fn_phagocytosis_107(X))
& fn_phagocytosis_114(X) != fn_phagocytosis_115(X)
& is_along_2(fn_phagocytosis_109(X),fn_phagocytosis_108(X))
& is_along_2(fn_phagocytosis_108(X),fn_phagocytosis_109(X))
& is_between_2(fn_phagocytosis_19(X),fn_phagocytosis_55(X))
& fn_phagocytosis_55(X) != fn_phagocytosis_54(X)
& is_between_2(fn_phagocytosis_19(X),fn_phagocytosis_54(X))
& has_region_2(fn_phagocytosis_19(X),fn_phagocytosis_58(X))
& is_across_2(fn_phagocytosis_46(X),fn_phagocytosis_58(X))
& fn_phagocytosis_54(X) != fn_phagocytosis_55(X)
& agent_2(fn_phagocytosis_115(X),fn_phagocytosis_107(X))
& is_between_2(fn_phagocytosis_106(X),fn_phagocytosis_107(X))
& has_region_2(fn_phagocytosis_49(X),fn_phagocytosis_106(X))
& has_region_2(fn_phagocytosis_49(X),fn_phagocytosis_109(X))
& has_region_2(fn_phagocytosis_109(X),fn_phagocytosis_107(X))
& has_function_2(fn_phagocytosis_19(X),fn_phagocytosis_53(X))
& base_2(fn_phagocytosis_53(X),fn_phagocytosis_19(X))
& plays_2(fn_phagocytosis_19(X),fn_phagocytosis_60(X))
& in_event_2(fn_phagocytosis_60(X),fn_phagocytosis_59(X))
& object_2(fn_phagocytosis_59(X),fn_phagocytosis_73(X))
& is_inside_2(fn_phagocytosis_117(X),fn_phagocytosis_19(X))
& base_2(fn_phagocytosis_99(X),fn_phagocytosis_117(X))
& object_2(fn_phagocytosis_99(X),fn_phagocytosis_113(X))
& is_outside_2(fn_phagocytosis_113(X),fn_phagocytosis_19(X))
& has_function_2(fn_phagocytosis_19(X),fn_phagocytosis_95(X))
& has_function_2(fn_phagocytosis_19(X),fn_phagocytosis_114(X))
& fn_phagocytosis_95(X) != fn_phagocytosis_114(X)
& fn_phagocytosis_115(X) != fn_phagocytosis_95(X)
& fn_phagocytosis_95(X) != fn_phagocytosis_115(X)
& fn_phagocytosis_114(X) != fn_phagocytosis_95(X)
& has_function_2(fn_phagocytosis_19(X),fn_phagocytosis_115(X))
& object_2(fn_phagocytosis_115(X),fn_phagocytosis_73(X))
& fn_phagocytosis_73(X) != fn_phagocytosis_57(X)
& fn_phagocytosis_57(X) != fn_phagocytosis_73(X)
& fn_phagocytosis_74(X) != fn_phagocytosis_57(X)
& fn_phagocytosis_57(X) != fn_phagocytosis_74(X)
& has_part_2(fn_phagocytosis_70(X),fn_phagocytosis_7(X))
& has_part_2(fn_phagocytosis_70(X),fn_phagocytosis_12(X))
& has_part_2(fn_phagocytosis_70(X),fn_phagocytosis_11(X))
& has_part_2(fn_phagocytosis_70(X),fn_phagocytosis_93(X))
& is_inside_2(fn_phagocytosis_93(X),fn_phagocytosis_90(X))
& is_inside_2(fn_phagocytosis_10(X),fn_phagocytosis_90(X))
& has_part_2(fn_phagocytosis_70(X),fn_phagocytosis_10(X))
& fn_phagocytosis_48(X) = fn_attach_1(fn_phagocytosis_20(X))
& fn_phagocytosis_56(X) = fn_attach_1(fn_phagocytosis_65(X))
& fn_phagocytosis_79(X) = fn_add_1(fn_phagocytosis_76(X))
& fn_phagocytosis_12(X) = fn_add_2(fn_phagocytosis_76(X))
& fn_phagocytosis_70(X) = fn_barrier_1(fn_phagocytosis_88(X))
& fn_phagocytosis_73(X) = fn_block_1(fn_phagocytosis_95(X))
& fn_phagocytosis_74(X) = fn_block_1(fn_phagocytosis_59(X))
& fn_phagocytosis_74(X) = fn_block_1(fn_phagocytosis_114(X))
& fn_phagocytosis_111(X) = fn_plasma_membrane_88(fn_phagocytosis_19(X))
& fn_phagocytosis_19(X) = fn_barrier_1(fn_phagocytosis_96(X))
& fn_phagocytosis_52(X) = fn_attach_2(fn_phagocytosis_65(X))
& fn_phagocytosis_81(X) = fn_produce_1(fn_phagocytosis_75(X))
& fn_phagocytosis_80(X) = fn_move_1(fn_phagocytosis_82(X))
& fn_phagocytosis_74(X) = fn_transport_protein_11(fn_phagocytosis_46(X))
& fn_phagocytosis_59(X) = fn_integral_protein_25(fn_phagocytosis_46(X))
& fn_phagocytosis_52(X) = fn_biomembrane_71(fn_phagocytosis_19(X))
& fn_phagocytosis_101(X) = fn_biomembrane_73(fn_phagocytosis_19(X))
& fn_phagocytosis_112(X) = fn_biomembrane_70(fn_phagocytosis_19(X))
& fn_phagocytosis_72(X) = fn_cytoplasm_3(fn_phagocytosis_71(X))
& X = fn_pseudopodium_1(fn_phagocytosis_81(X))
& fn_phagocytosis_88(X) = fn_move_into_2(fn_phagocytosis_82(X))
& fn_phagocytosis_110(X) = fn_transport_protein_17(fn_phagocytosis_46(X))
& fn_phagocytosis_110(X) = fn_transport_protein_14(fn_phagocytosis_46(X))
& fn_phagocytosis_83(X) = fn_intracellular_digestion_8(fn_phagocytosis_77(X))
& fn_phagocytosis_75(X) = fn_intracellular_digestion_10(fn_phagocytosis_77(X))
& fn_phagocytosis_80(X) = fn_endocytosis_6(X)
& fn_phagocytosis_80(X) = fn_vacuole_6(fn_phagocytosis_79(X))
& fn_phagocytosis_79(X) = fn_intracellular_digestion_9(fn_phagocytosis_77(X))
& fn_phagocytosis_80(X) = fn_intracellular_digestion_30(fn_phagocytosis_77(X))
& fn_phagocytosis_56(X) = fn_biomembrane_70(fn_phagocytosis_19(X))
& fn_phagocytosis_73(X) = fn_biomembrane_105(fn_phagocytosis_19(X))
& fn_phagocytosis_114(X) = fn_biomembrane_102(fn_phagocytosis_19(X))
& fn_phagocytosis_74(X) = fn_biomembrane_98(fn_phagocytosis_19(X))
& fn_phagocytosis_95(X) = fn_biomembrane_100(fn_phagocytosis_19(X))
& fn_phagocytosis_111(X) = fn_biomembrane_70(fn_phagocytosis_19(X))
& fn_phagocytosis_100(X) = fn_biomembrane_73(fn_phagocytosis_19(X))
& fn_phagocytosis_116(X) = fn_biomembrane_71(fn_phagocytosis_19(X))
& fn_phagocytosis_84(X) = fn_endocytosis_10(X)
& fn_phagocytosis_68(X) = fn_endocytosis_19(X)
& fn_phagocytosis_89(X) = fn_endocytosis_9(X)
& fn_phagocytosis_6(X) = fn_endocytosis_8(X)
& fn_phagocytosis_85(X) = fn_endocytosis_7(X)
& fn_phagocytosis_70(X) = fn_take_in_1(fn_phagocytosis_82(X))
& fn_phagocytosis_66(X) = fn_endocytosis_3(X)
& fn_phagocytosis_82(X) = fn_endocytosis_15(X)
& fn_phagocytosis_75(X) = fn_endocytosis_17(X)
& fn_phagocytosis_118(X) = fn_endocytosis_24(X)
& fn_phagocytosis_67(X) = fn_endocytosis_18(X)
& fn_phagocytosis_119(X) = fn_endocytosis_25(X)
& fn_phagocytosis_78(X) = fn_intracellular_digestion_14(fn_phagocytosis_77(X))
& fn_phagocytosis_97(X) = fn_intracellular_digestion_32(fn_phagocytosis_77(X))
& fn_phagocytosis_71(X) = fn_endocytosis_16(X)
& fn_phagocytosis_98(X) = fn_intracellular_digestion_31(fn_phagocytosis_77(X))
& fn_phagocytosis_35(X) = fn_intracellular_digestion_7(fn_phagocytosis_77(X))
& fn_phagocytosis_34(X) = fn_hydrolysis_1(fn_phagocytosis_86(X))
& fn_phagocytosis_34(X) = fn_intracellular_digestion_6(fn_phagocytosis_77(X))
& fn_phagocytosis_49(X) = fn_intracellular_digestion_17(fn_phagocytosis_77(X))
& fn_phagocytosis_94(X) = fn_intracellular_digestion_20(fn_phagocytosis_77(X))
& fn_phagocytosis_91(X) = fn_intracellular_digestion_19(fn_phagocytosis_77(X))
& fn_phagocytosis_92(X) = fn_intracellular_digestion_18(fn_phagocytosis_77(X))
& fn_phagocytosis_33(X) = fn_intracellular_digestion_1(fn_phagocytosis_77(X))
& fn_phagocytosis_30(X) = fn_intracellular_digestion_4(fn_phagocytosis_77(X))
& fn_phagocytosis_87(X) = fn_exergonic_reaction_10(fn_phagocytosis_86(X))
& fn_phagocytosis_87(X) = fn_hydrolysis_11(fn_phagocytosis_86(X))
& fn_phagocytosis_87(X) = fn_intracellular_digestion_12(fn_phagocytosis_77(X))
& fn_phagocytosis_86(X) = fn_intracellular_digestion_13(fn_phagocytosis_77(X))
& fn_phagocytosis_11(X) = fn_intracellular_digestion_21(fn_phagocytosis_77(X))
& fn_phagocytosis_9(X) = fn_intracellular_digestion_24(fn_phagocytosis_77(X))
& fn_phagocytosis_8(X) = fn_intracellular_digestion_25(fn_phagocytosis_77(X))
& fn_phagocytosis_7(X) = fn_intracellular_digestion_22(fn_phagocytosis_77(X))
& fn_phagocytosis_71(X) = fn_intracellular_digestion_28(fn_phagocytosis_77(X))
& fn_phagocytosis_19(X) = fn_endocytosis_13(X)
& fn_phagocytosis_19(X) = fn_intracellular_digestion_27(fn_phagocytosis_77(X))
& fn_phagocytosis_70(X) = fn_intracellular_digestion_11(fn_phagocytosis_77(X))
& fn_phagocytosis_70(X) = fn_endocytosis_20(X)
& X = fn_food_vacuole_23(fn_phagocytosis_79(X))
& fn_phagocytosis_70(X) = fn_food_vacuole_17(fn_phagocytosis_79(X))
& fn_phagocytosis_71(X) = fn_food_vacuole_18(fn_phagocytosis_79(X))
& fn_phagocytosis_90(X) = fn_food_vacuole_26(fn_phagocytosis_79(X))
& fn_phagocytosis_15(X) = fn_vacuole_7(fn_phagocytosis_79(X))
& fn_phagocytosis_15(X) = fn_food_vacuole_21(fn_phagocytosis_79(X))
& fn_phagocytosis_16(X) = fn_vacuole_2(fn_phagocytosis_79(X))
& fn_phagocytosis_16(X) = fn_food_vacuole_28(fn_phagocytosis_79(X))
& fn_phagocytosis_14(X) = fn_food_vacuole_20(fn_phagocytosis_79(X))
& fn_phagocytosis_13(X) = fn_food_vacuole_25(fn_phagocytosis_79(X))
& fn_phagocytosis_79(X) = fn_endocytosis_21(X)
& fn_phagocytosis_83(X) = fn_endocytosis_14(X)
& fn_phagocytosis_83(X) = fn_food_vacuole_22(fn_phagocytosis_79(X))
& fn_phagocytosis_36(X) = fn_hydrolysis_17(fn_phagocytosis_86(X))
& fn_phagocytosis_35(X) = fn_hydrolysis_1(fn_phagocytosis_86(X))
& fn_phagocytosis_31(X) = fn_hydrolysis_10(fn_phagocytosis_86(X))
& fn_phagocytosis_22(X) = fn_hydrolysis_19(fn_phagocytosis_86(X))
& fn_phagocytosis_23(X) = fn_hydrolysis_18(fn_phagocytosis_86(X))
& fn_phagocytosis_37(X) = fn_hydrolysis_16(fn_phagocytosis_86(X))
& fn_phagocytosis_38(X) = fn_hydrolysis_15(fn_phagocytosis_86(X))
& fn_phagocytosis_39(X) = fn_hydrolysis_14(fn_phagocytosis_86(X))
& fn_phagocytosis_32(X) = fn_decomposition_reaction_4(fn_phagocytosis_86(X))
& fn_phagocytosis_32(X) = fn_exergonic_reaction_11(fn_phagocytosis_86(X))
& fn_phagocytosis_32(X) = fn_hydrolysis_9(fn_phagocytosis_86(X))
& fn_phagocytosis_24(X) = fn_lysosomal_enzyme_2(fn_phagocytosis_78(X))
& fn_phagocytosis_21(X) = fn_lysosomal_enzyme_1(fn_phagocytosis_78(X))
& fn_phagocytosis_29(X) = fn_protein_enzyme_3(fn_phagocytosis_78(X))
& fn_phagocytosis_29(X) = fn_lysosomal_enzyme_16(fn_phagocytosis_78(X))
& fn_phagocytosis_41(X) = fn_lysosomal_enzyme_20(fn_phagocytosis_78(X))
& fn_phagocytosis_28(X) = fn_protein_enzyme_9(fn_phagocytosis_78(X))
& fn_phagocytosis_28(X) = fn_lysosomal_enzyme_12(fn_phagocytosis_78(X))
& fn_phagocytosis_27(X) = fn_lysosomal_enzyme_5(fn_phagocytosis_78(X))
& fn_phagocytosis_40(X) = fn_lysosomal_enzyme_6(fn_phagocytosis_78(X))
& fn_phagocytosis_26(X) = fn_lysosomal_enzyme_10(fn_phagocytosis_78(X))
& fn_phagocytosis_69(X) = fn_lysosomal_enzyme_15(fn_phagocytosis_78(X))
& fn_phagocytosis_86(X) = fn_lysosomal_enzyme_18(fn_phagocytosis_78(X))
& fn_phagocytosis_25(X) = fn_lysosomal_enzyme_9(fn_phagocytosis_78(X))
& fn_phagocytosis_44(X) = fn_plasma_membrane_94(fn_phagocytosis_19(X))
& fn_phagocytosis_45(X) = fn_plasma_membrane_95(fn_phagocytosis_19(X))
& fn_phagocytosis_43(X) = fn_plasma_membrane_93(fn_phagocytosis_19(X))
& fn_phagocytosis_42(X) = fn_plasma_membrane_90(fn_phagocytosis_19(X))
& fn_phagocytosis_105(X) = fn_plasma_membrane_52(fn_phagocytosis_19(X))
& fn_phagocytosis_17(X) = fn_plasma_membrane_32(fn_phagocytosis_19(X))
& fn_phagocytosis_52(X) = fn_transport_protein_18(fn_phagocytosis_46(X))
& fn_phagocytosis_52(X) = fn_plasma_membrane_57(fn_phagocytosis_19(X))
& fn_phagocytosis_19(X) = fn_transmembrane_protein_4(fn_phagocytosis_46(X))
& fn_phagocytosis_103(X) = fn_plasma_membrane_85(fn_phagocytosis_19(X))
& fn_phagocytosis_18(X) = fn_plasma_membrane_91(fn_phagocytosis_19(X))
& fn_phagocytosis_102(X) = fn_plasma_membrane_84(fn_phagocytosis_19(X))
& fn_phagocytosis_104(X) = fn_plasma_membrane_86(fn_phagocytosis_19(X))
& fn_phagocytosis_48(X) = fn_plasma_membrane_54(fn_phagocytosis_19(X))
& fn_phagocytosis_46(X) = fn_plasma_membrane_4(fn_phagocytosis_19(X))
& fn_phagocytosis_46(X) = fn_plasma_membrane_3(fn_phagocytosis_19(X))
& fn_phagocytosis_47(X) = fn_plasma_membrane_54(fn_phagocytosis_19(X))
& fn_phagocytosis_48(X) = fn_plasma_membrane_68(fn_phagocytosis_19(X))
& fn_phagocytosis_50(X) = fn_plasma_membrane_34(fn_phagocytosis_19(X))
& fn_phagocytosis_51(X) = fn_plasma_membrane_35(fn_phagocytosis_19(X))
& fn_phagocytosis_64(X) = fn_plasma_membrane_40(fn_phagocytosis_19(X))
& fn_phagocytosis_49(X) = fn_transport_protein_12(fn_phagocytosis_46(X))
& fn_phagocytosis_61(X) = fn_plasma_membrane_36(fn_phagocytosis_19(X))
& fn_phagocytosis_62(X) = fn_plasma_membrane_37(fn_phagocytosis_19(X))
& fn_phagocytosis_63(X) = fn_plasma_membrane_38(fn_phagocytosis_19(X))
& fn_phagocytosis_108(X) = fn_integral_protein_12(fn_phagocytosis_46(X))
& fn_phagocytosis_108(X) = fn_plasma_membrane_78(fn_phagocytosis_19(X))
& fn_phagocytosis_46(X) = fn_plasma_membrane_55(fn_phagocytosis_19(X))
& fn_phagocytosis_58(X) = fn_plasma_membrane_6(fn_phagocytosis_19(X))
& fn_phagocytosis_54(X) = fn_plasma_membrane_70(fn_phagocytosis_19(X))
& fn_phagocytosis_55(X) = fn_plasma_membrane_77(fn_phagocytosis_19(X))
& fn_phagocytosis_109(X) = fn_integral_protein_12(fn_phagocytosis_46(X))
& fn_phagocytosis_109(X) = fn_integral_protein_11(fn_phagocytosis_46(X))
& fn_phagocytosis_109(X) = fn_biomembrane_61(fn_phagocytosis_19(X))
& fn_phagocytosis_109(X) = fn_plasma_membrane_51(fn_phagocytosis_19(X))
& fn_phagocytosis_49(X) = fn_integral_protein_27(fn_phagocytosis_46(X))
& fn_phagocytosis_106(X) = fn_integral_protein_10(fn_phagocytosis_46(X))
& fn_phagocytosis_49(X) = fn_biomembrane_63(fn_phagocytosis_19(X))
& fn_phagocytosis_49(X) = fn_plasma_membrane_71(fn_phagocytosis_19(X))
& fn_phagocytosis_106(X) = fn_biomembrane_75(fn_phagocytosis_19(X))
& fn_phagocytosis_107(X) = fn_biomembrane_81(fn_phagocytosis_19(X))
& fn_phagocytosis_106(X) = fn_plasma_membrane_81(fn_phagocytosis_19(X))
& fn_phagocytosis_107(X) = fn_plasma_membrane_89(fn_phagocytosis_19(X))
& fn_phagocytosis_59(X) = fn_plasma_membrane_31(fn_phagocytosis_19(X))
& fn_phagocytosis_60(X) = fn_plasma_membrane_30(fn_phagocytosis_19(X))
& fn_phagocytosis_53(X) = fn_transport_protein_34(fn_phagocytosis_46(X))
& fn_phagocytosis_53(X) = fn_transport_protein_10(fn_phagocytosis_46(X))
& fn_phagocytosis_53(X) = fn_plasma_membrane_74(fn_phagocytosis_19(X))
& fn_phagocytosis_95(X) = fn_plasma_membrane_96(fn_phagocytosis_19(X))
& fn_phagocytosis_113(X) = fn_plasma_membrane_88(fn_phagocytosis_19(X))
& fn_phagocytosis_99(X) = fn_plasma_membrane_87(fn_phagocytosis_19(X))
& fn_phagocytosis_117(X) = fn_plasma_membrane_57(fn_phagocytosis_19(X))
& fn_phagocytosis_115(X) = fn_plasma_membrane_96(fn_phagocytosis_19(X))
& fn_phagocytosis_95(X) = fn_plasma_membrane_33(fn_phagocytosis_19(X))
& fn_phagocytosis_114(X) = fn_plasma_membrane_97(fn_phagocytosis_19(X))
& fn_phagocytosis_74(X) = fn_plasma_membrane_98(fn_phagocytosis_19(X))
& fn_phagocytosis_57(X) = fn_plasma_membrane_73(fn_phagocytosis_19(X))
& fn_phagocytosis_73(X) = fn_plasma_membrane_50(fn_phagocytosis_19(X))
& fn_phagocytosis_19(X) = fn_transport_protein_35(fn_phagocytosis_46(X))
& fn_phagocytosis_115(X) = fn_transport_protein_31(fn_phagocytosis_46(X))
& fn_phagocytosis_19(X) = fn_integral_protein_24(fn_phagocytosis_46(X))
& fn_phagocytosis_115(X) = fn_integral_protein_25(fn_phagocytosis_46(X))
& fn_phagocytosis_115(X) = fn_biomembrane_102(fn_phagocytosis_19(X))
& fn_phagocytosis_115(X) = fn_plasma_membrane_33(fn_phagocytosis_19(X))
& fn_phagocytosis_7(X) = fn_smooth_endoplasmic_reticulum_10(fn_phagocytosis_11(X))
& fn_phagocytosis_12(X) = fn_smooth_endoplasmic_reticulum_13(fn_phagocytosis_11(X))
& fn_phagocytosis_10(X) = fn_smooth_endoplasmic_reticulum_3(fn_phagocytosis_11(X))
& fn_phagocytosis_90(X) = fn_smooth_endoplasmic_reticulum_34(fn_phagocytosis_11(X))
& fn_phagocytosis_93(X) = fn_smooth_endoplasmic_reticulum_11(fn_phagocytosis_11(X))
& fn_phagocytosis_70(X) = fn_smooth_endoplasmic_reticulum_33(fn_phagocytosis_11(X))
& fn_transport_protein_14(fn_phagocytosis_46(X)) = fn_transport_protein_17(fn_phagocytosis_46(X))
& fn_transport_protein_17(fn_phagocytosis_46(X)) = fn_transport_protein_14(fn_phagocytosis_46(X))
& fn_transport_protein_14(fn_phagocytosis_46(X)) = fn_move_1(fn_phagocytosis_82(X))
& fn_move_1(fn_phagocytosis_82(X)) = fn_endocytosis_6(X)
& fn_endocytosis_6(X) = fn_endocytosis_6(X)
& fn_endocytosis_6(X) = fn_vacuole_6(fn_phagocytosis_79(X))
& fn_intracellular_digestion_30(fn_phagocytosis_77(X)) = fn_vacuole_6(fn_phagocytosis_79(X))
& fn_vacuole_6(fn_phagocytosis_79(X)) = fn_intracellular_digestion_30(fn_phagocytosis_77(X))
& fn_intracellular_digestion_30(fn_phagocytosis_77(X)) = fn_intracellular_digestion_30(fn_phagocytosis_77(X))
& fn_intracellular_digestion_30(fn_phagocytosis_77(X)) = fn_attach_1(fn_phagocytosis_65(X))
& fn_attach_1(fn_phagocytosis_65(X)) = fn_biomembrane_70(fn_phagocytosis_19(X))
& fn_biomembrane_70(fn_phagocytosis_19(X)) = fn_plasma_membrane_88(fn_phagocytosis_19(X))
& fn_plasma_membrane_88(fn_phagocytosis_19(X)) = fn_biomembrane_70(fn_phagocytosis_19(X))
& fn_biomembrane_70(fn_phagocytosis_19(X)) = fn_intracellular_digestion_10(fn_phagocytosis_77(X))
& fn_endocytosis_17(X) = fn_intracellular_digestion_10(fn_phagocytosis_77(X))
& fn_intracellular_digestion_10(fn_phagocytosis_77(X)) = fn_endocytosis_17(X)
& fn_endocytosis_17(X) = fn_endocytosis_17(X)
& fn_endocytosis_17(X) = fn_hydrolysis_1(fn_phagocytosis_86(X))
& fn_hydrolysis_1(fn_phagocytosis_86(X)) = fn_intracellular_digestion_6(fn_phagocytosis_77(X))
& fn_intracellular_digestion_6(fn_phagocytosis_77(X)) = fn_intracellular_digestion_6(fn_phagocytosis_77(X))
& fn_intracellular_digestion_6(fn_phagocytosis_77(X)) = fn_hydrolysis_11(fn_phagocytosis_86(X))
& fn_hydrolysis_11(fn_phagocytosis_86(X)) = fn_exergonic_reaction_10(fn_phagocytosis_86(X))
& fn_exergonic_reaction_10(fn_phagocytosis_86(X)) = fn_hydrolysis_11(fn_phagocytosis_86(X))
& fn_hydrolysis_11(fn_phagocytosis_86(X)) = fn_hydrolysis_11(fn_phagocytosis_86(X))
& fn_intracellular_digestion_12(fn_phagocytosis_77(X)) = fn_intracellular_digestion_12(fn_phagocytosis_77(X))
& fn_intracellular_digestion_12(fn_phagocytosis_77(X)) = fn_hydrolysis_11(fn_phagocytosis_86(X))
& fn_hydrolysis_11(fn_phagocytosis_86(X)) = fn_intracellular_digestion_12(fn_phagocytosis_77(X))
& fn_intracellular_digestion_12(fn_phagocytosis_77(X)) = fn_pseudopodium_1(fn_phagocytosis_81(X))
& fn_pseudopodium_1(fn_phagocytosis_81(X)) = fn_food_vacuole_23(fn_phagocytosis_79(X))
& fn_food_vacuole_23(fn_phagocytosis_79(X)) = fn_food_vacuole_23(fn_phagocytosis_79(X))
& fn_food_vacuole_23(fn_phagocytosis_79(X)) = fn_endocytosis_16(X)
& fn_endocytosis_16(X) = fn_endocytosis_16(X)
& fn_endocytosis_16(X) = fn_intracellular_digestion_28(fn_phagocytosis_77(X))
& fn_intracellular_digestion_28(fn_phagocytosis_77(X)) = fn_intracellular_digestion_28(fn_phagocytosis_77(X))
& fn_intracellular_digestion_28(fn_phagocytosis_77(X)) = fn_food_vacuole_18(fn_phagocytosis_79(X))
& fn_food_vacuole_18(fn_phagocytosis_79(X)) = fn_food_vacuole_18(fn_phagocytosis_79(X))
& fn_food_vacuole_18(fn_phagocytosis_79(X)) = fn_vacuole_7(fn_phagocytosis_79(X))
& fn_food_vacuole_21(fn_phagocytosis_79(X)) = fn_food_vacuole_21(fn_phagocytosis_79(X))
& fn_food_vacuole_21(fn_phagocytosis_79(X)) = fn_vacuole_7(fn_phagocytosis_79(X))
& fn_vacuole_7(fn_phagocytosis_79(X)) = fn_food_vacuole_21(fn_phagocytosis_79(X))
& fn_food_vacuole_21(fn_phagocytosis_79(X)) = fn_vacuole_2(fn_phagocytosis_79(X))
& fn_food_vacuole_28(fn_phagocytosis_79(X)) = fn_vacuole_2(fn_phagocytosis_79(X))
& fn_vacuole_2(fn_phagocytosis_79(X)) = fn_food_vacuole_28(fn_phagocytosis_79(X))
& fn_food_vacuole_28(fn_phagocytosis_79(X)) = fn_endocytosis_14(X)
& fn_endocytosis_14(X) = fn_intracellular_digestion_8(fn_phagocytosis_77(X))
& fn_intracellular_digestion_8(fn_phagocytosis_77(X)) = fn_intracellular_digestion_8(fn_phagocytosis_77(X))
& fn_intracellular_digestion_8(fn_phagocytosis_77(X)) = fn_endocytosis_14(X)
& fn_endocytosis_14(X) = fn_endocytosis_14(X)
& fn_food_vacuole_22(fn_phagocytosis_79(X)) = fn_endocytosis_14(X)
& fn_endocytosis_14(X) = fn_food_vacuole_22(fn_phagocytosis_79(X))
& fn_food_vacuole_22(fn_phagocytosis_79(X)) = fn_add_1(fn_phagocytosis_76(X))
& fn_add_1(fn_phagocytosis_76(X)) = fn_endocytosis_21(X)
& fn_endocytosis_21(X) = fn_intracellular_digestion_9(fn_phagocytosis_77(X))
& fn_intracellular_digestion_9(fn_phagocytosis_77(X)) = fn_endocytosis_21(X)
& fn_endocytosis_21(X) = fn_endocytosis_21(X)
& fn_endocytosis_21(X) = fn_intracellular_digestion_7(fn_phagocytosis_77(X))
& fn_intracellular_digestion_7(fn_phagocytosis_77(X)) = fn_hydrolysis_1(fn_phagocytosis_86(X))
& fn_hydrolysis_1(fn_phagocytosis_86(X)) = fn_decomposition_reaction_4(fn_phagocytosis_86(X))
& fn_decomposition_reaction_4(fn_phagocytosis_86(X)) = fn_exergonic_reaction_11(fn_phagocytosis_86(X))
& fn_hydrolysis_9(fn_phagocytosis_86(X)) = fn_hydrolysis_9(fn_phagocytosis_86(X))
& fn_hydrolysis_9(fn_phagocytosis_86(X)) = fn_exergonic_reaction_11(fn_phagocytosis_86(X))
& fn_exergonic_reaction_11(fn_phagocytosis_86(X)) = fn_hydrolysis_9(fn_phagocytosis_86(X))
& fn_hydrolysis_9(fn_phagocytosis_86(X)) = fn_protein_enzyme_3(fn_phagocytosis_78(X))
& fn_lysosomal_enzyme_16(fn_phagocytosis_78(X)) = fn_lysosomal_enzyme_16(fn_phagocytosis_78(X))
& fn_lysosomal_enzyme_16(fn_phagocytosis_78(X)) = fn_protein_enzyme_3(fn_phagocytosis_78(X))
& fn_protein_enzyme_3(fn_phagocytosis_78(X)) = fn_lysosomal_enzyme_16(fn_phagocytosis_78(X))
& fn_lysosomal_enzyme_16(fn_phagocytosis_78(X)) = fn_lysosomal_enzyme_12(fn_phagocytosis_78(X))
& fn_lysosomal_enzyme_12(fn_phagocytosis_78(X)) = fn_protein_enzyme_9(fn_phagocytosis_78(X))
& fn_protein_enzyme_9(fn_phagocytosis_78(X)) = fn_lysosomal_enzyme_12(fn_phagocytosis_78(X))
& fn_lysosomal_enzyme_12(fn_phagocytosis_78(X)) = fn_intracellular_digestion_13(fn_phagocytosis_77(X))
& fn_intracellular_digestion_13(fn_phagocytosis_77(X)) = fn_intracellular_digestion_13(fn_phagocytosis_77(X))
& fn_intracellular_digestion_13(fn_phagocytosis_77(X)) = fn_lysosomal_enzyme_18(fn_phagocytosis_78(X))
& fn_lysosomal_enzyme_18(fn_phagocytosis_78(X)) = fn_lysosomal_enzyme_18(fn_phagocytosis_78(X))
& fn_lysosomal_enzyme_18(fn_phagocytosis_78(X)) = fn_attach_2(fn_phagocytosis_65(X))
& fn_attach_2(fn_phagocytosis_65(X)) = fn_biomembrane_71(fn_phagocytosis_19(X))
& fn_biomembrane_71(fn_phagocytosis_19(X)) = fn_biomembrane_71(fn_phagocytosis_19(X))
& fn_biomembrane_71(fn_phagocytosis_19(X)) = fn_transport_protein_18(fn_phagocytosis_46(X))
& fn_transport_protein_18(fn_phagocytosis_46(X)) = fn_transport_protein_18(fn_phagocytosis_46(X))
& fn_transport_protein_18(fn_phagocytosis_46(X)) = fn_plasma_membrane_57(fn_phagocytosis_19(X))
& fn_plasma_membrane_57(fn_phagocytosis_19(X)) = fn_attach_1(fn_phagocytosis_20(X))
& fn_attach_1(fn_phagocytosis_20(X)) = fn_plasma_membrane_54(fn_phagocytosis_19(X))
& fn_plasma_membrane_54(fn_phagocytosis_19(X)) = fn_plasma_membrane_54(fn_phagocytosis_19(X))
& fn_plasma_membrane_54(fn_phagocytosis_19(X)) = fn_plasma_membrane_68(fn_phagocytosis_19(X))
& fn_plasma_membrane_68(fn_phagocytosis_19(X)) = fn_plasma_membrane_68(fn_phagocytosis_19(X))
& fn_plasma_membrane_68(fn_phagocytosis_19(X)) = fn_plasma_membrane_78(fn_phagocytosis_19(X))
& fn_plasma_membrane_78(fn_phagocytosis_19(X)) = fn_integral_protein_12(fn_phagocytosis_46(X))
& fn_integral_protein_12(fn_phagocytosis_46(X)) = fn_plasma_membrane_78(fn_phagocytosis_19(X))
& fn_plasma_membrane_78(fn_phagocytosis_19(X)) = fn_plasma_membrane_78(fn_phagocytosis_19(X))
& fn_plasma_membrane_78(fn_phagocytosis_19(X)) = fn_plasma_membrane_4(fn_phagocytosis_19(X))
& fn_plasma_membrane_4(fn_phagocytosis_19(X)) = fn_plasma_membrane_3(fn_phagocytosis_19(X))
& fn_plasma_membrane_55(fn_phagocytosis_19(X)) = fn_plasma_membrane_3(fn_phagocytosis_19(X))
& fn_plasma_membrane_3(fn_phagocytosis_19(X)) = fn_plasma_membrane_55(fn_phagocytosis_19(X))
& fn_plasma_membrane_55(fn_phagocytosis_19(X)) = fn_plasma_membrane_55(fn_phagocytosis_19(X))
& fn_plasma_membrane_55(fn_phagocytosis_19(X)) = fn_integral_protein_11(fn_phagocytosis_46(X))
& fn_integral_protein_11(fn_phagocytosis_46(X)) = fn_integral_protein_12(fn_phagocytosis_46(X))
& fn_integral_protein_12(fn_phagocytosis_46(X)) = fn_integral_protein_11(fn_phagocytosis_46(X))
& fn_integral_protein_11(fn_phagocytosis_46(X)) = fn_integral_protein_11(fn_phagocytosis_46(X))
& fn_biomembrane_61(fn_phagocytosis_19(X)) = fn_integral_protein_11(fn_phagocytosis_46(X))
& fn_integral_protein_11(fn_phagocytosis_46(X)) = fn_biomembrane_61(fn_phagocytosis_19(X))
& fn_plasma_membrane_51(fn_phagocytosis_19(X)) = fn_plasma_membrane_51(fn_phagocytosis_19(X))
& fn_plasma_membrane_51(fn_phagocytosis_19(X)) = fn_biomembrane_61(fn_phagocytosis_19(X))
& fn_biomembrane_61(fn_phagocytosis_19(X)) = fn_plasma_membrane_51(fn_phagocytosis_19(X))
& fn_plasma_membrane_51(fn_phagocytosis_19(X)) = fn_integral_protein_27(fn_phagocytosis_46(X))
& fn_integral_protein_27(fn_phagocytosis_46(X)) = fn_transport_protein_12(fn_phagocytosis_46(X))
& fn_transport_protein_12(fn_phagocytosis_46(X)) = fn_integral_protein_27(fn_phagocytosis_46(X))
& fn_integral_protein_27(fn_phagocytosis_46(X)) = fn_integral_protein_27(fn_phagocytosis_46(X))
& fn_biomembrane_63(fn_phagocytosis_19(X)) = fn_integral_protein_27(fn_phagocytosis_46(X))
& fn_integral_protein_27(fn_phagocytosis_46(X)) = fn_biomembrane_63(fn_phagocytosis_19(X))
& fn_intracellular_digestion_17(fn_phagocytosis_77(X)) = fn_biomembrane_63(fn_phagocytosis_19(X))
& fn_biomembrane_63(fn_phagocytosis_19(X)) = fn_biomembrane_63(fn_phagocytosis_19(X))
& fn_biomembrane_63(fn_phagocytosis_19(X)) = fn_intracellular_digestion_17(fn_phagocytosis_77(X))
& fn_intracellular_digestion_17(fn_phagocytosis_77(X)) = fn_plasma_membrane_71(fn_phagocytosis_19(X))
& fn_plasma_membrane_71(fn_phagocytosis_19(X)) = fn_plasma_membrane_71(fn_phagocytosis_19(X))
& fn_plasma_membrane_71(fn_phagocytosis_19(X)) = fn_integral_protein_10(fn_phagocytosis_46(X))
& fn_biomembrane_75(fn_phagocytosis_19(X)) = fn_integral_protein_10(fn_phagocytosis_46(X))
& fn_integral_protein_10(fn_phagocytosis_46(X)) = fn_biomembrane_75(fn_phagocytosis_19(X))
& fn_biomembrane_75(fn_phagocytosis_19(X)) = fn_biomembrane_75(fn_phagocytosis_19(X))
& fn_plasma_membrane_81(fn_phagocytosis_19(X)) = fn_plasma_membrane_81(fn_phagocytosis_19(X))
& fn_plasma_membrane_81(fn_phagocytosis_19(X)) = fn_biomembrane_75(fn_phagocytosis_19(X))
& fn_biomembrane_75(fn_phagocytosis_19(X)) = fn_plasma_membrane_81(fn_phagocytosis_19(X))
& fn_plasma_membrane_81(fn_phagocytosis_19(X)) = fn_biomembrane_81(fn_phagocytosis_19(X))
& fn_plasma_membrane_89(fn_phagocytosis_19(X)) = fn_biomembrane_81(fn_phagocytosis_19(X))
& fn_biomembrane_81(fn_phagocytosis_19(X)) = fn_plasma_membrane_89(fn_phagocytosis_19(X))
& fn_plasma_membrane_89(fn_phagocytosis_19(X)) = fn_plasma_membrane_89(fn_phagocytosis_19(X))
& fn_plasma_membrane_89(fn_phagocytosis_19(X)) = fn_integral_protein_25(fn_phagocytosis_46(X))
& fn_integral_protein_25(fn_phagocytosis_46(X)) = fn_plasma_membrane_31(fn_phagocytosis_19(X))
& fn_plasma_membrane_31(fn_phagocytosis_19(X)) = fn_plasma_membrane_31(fn_phagocytosis_19(X))
& fn_plasma_membrane_31(fn_phagocytosis_19(X)) = fn_transport_protein_34(fn_phagocytosis_46(X))
& fn_transport_protein_10(fn_phagocytosis_46(X)) = fn_transport_protein_34(fn_phagocytosis_46(X))
& fn_transport_protein_34(fn_phagocytosis_46(X)) = fn_transport_protein_10(fn_phagocytosis_46(X))
& fn_plasma_membrane_74(fn_phagocytosis_19(X)) = fn_plasma_membrane_74(fn_phagocytosis_19(X))
& fn_plasma_membrane_74(fn_phagocytosis_19(X)) = fn_transport_protein_10(fn_phagocytosis_46(X))
& fn_transport_protein_10(fn_phagocytosis_46(X)) = fn_plasma_membrane_74(fn_phagocytosis_19(X))
& fn_plasma_membrane_74(fn_phagocytosis_19(X)) = fn_biomembrane_100(fn_phagocytosis_19(X))
& fn_biomembrane_100(fn_phagocytosis_19(X)) = fn_biomembrane_100(fn_phagocytosis_19(X))
& fn_biomembrane_100(fn_phagocytosis_19(X)) = fn_plasma_membrane_96(fn_phagocytosis_19(X))
& fn_plasma_membrane_33(fn_phagocytosis_19(X)) = fn_plasma_membrane_96(fn_phagocytosis_19(X))
& fn_plasma_membrane_33(fn_phagocytosis_19(X)) = fn_biomembrane_102(fn_phagocytosis_19(X))
& fn_biomembrane_102(fn_phagocytosis_19(X)) = fn_plasma_membrane_97(fn_phagocytosis_19(X))
& fn_plasma_membrane_97(fn_phagocytosis_19(X)) = fn_plasma_membrane_97(fn_phagocytosis_19(X))
& fn_plasma_membrane_97(fn_phagocytosis_19(X)) = fn_block_1(fn_phagocytosis_59(X))
& fn_block_1(fn_phagocytosis_59(X)) = fn_block_1(fn_phagocytosis_114(X))
& fn_block_1(fn_phagocytosis_114(X)) = fn_transport_protein_11(fn_phagocytosis_46(X))
& fn_transport_protein_11(fn_phagocytosis_46(X)) = fn_transport_protein_11(fn_phagocytosis_46(X))
& fn_transport_protein_11(fn_phagocytosis_46(X)) = fn_biomembrane_98(fn_phagocytosis_19(X))
& fn_biomembrane_98(fn_phagocytosis_19(X)) = fn_biomembrane_98(fn_phagocytosis_19(X))
& fn_biomembrane_98(fn_phagocytosis_19(X)) = fn_plasma_membrane_98(fn_phagocytosis_19(X))
& fn_plasma_membrane_98(fn_phagocytosis_19(X)) = fn_plasma_membrane_98(fn_phagocytosis_19(X))
& fn_plasma_membrane_98(fn_phagocytosis_19(X)) = fn_block_1(fn_phagocytosis_95(X))
& fn_block_1(fn_phagocytosis_95(X)) = fn_biomembrane_105(fn_phagocytosis_19(X))
& fn_biomembrane_105(fn_phagocytosis_19(X)) = fn_biomembrane_105(fn_phagocytosis_19(X))
& fn_biomembrane_105(fn_phagocytosis_19(X)) = fn_plasma_membrane_50(fn_phagocytosis_19(X))
& fn_plasma_membrane_50(fn_phagocytosis_19(X)) = fn_plasma_membrane_50(fn_phagocytosis_19(X))
& fn_plasma_membrane_50(fn_phagocytosis_19(X)) = fn_transport_protein_31(fn_phagocytosis_46(X))
& fn_integral_protein_25(fn_phagocytosis_46(X)) = fn_transport_protein_31(fn_phagocytosis_46(X))
& fn_transport_protein_31(fn_phagocytosis_46(X)) = fn_integral_protein_25(fn_phagocytosis_46(X))
& fn_integral_protein_25(fn_phagocytosis_46(X)) = fn_integral_protein_25(fn_phagocytosis_46(X))
& fn_biomembrane_102(fn_phagocytosis_19(X)) = fn_integral_protein_25(fn_phagocytosis_46(X))
& fn_integral_protein_25(fn_phagocytosis_46(X)) = fn_biomembrane_102(fn_phagocytosis_19(X))
& fn_biomembrane_102(fn_phagocytosis_19(X)) = fn_biomembrane_102(fn_phagocytosis_19(X))
& fn_plasma_membrane_96(fn_phagocytosis_19(X)) = fn_biomembrane_102(fn_phagocytosis_19(X))
& fn_biomembrane_102(fn_phagocytosis_19(X)) = fn_plasma_membrane_96(fn_phagocytosis_19(X))
& fn_plasma_membrane_96(fn_phagocytosis_19(X)) = fn_plasma_membrane_96(fn_phagocytosis_19(X))
& fn_plasma_membrane_96(fn_phagocytosis_19(X)) = fn_plasma_membrane_33(fn_phagocytosis_19(X))
& fn_plasma_membrane_33(fn_phagocytosis_19(X)) = fn_plasma_membrane_33(fn_phagocytosis_19(X))
& fn_plasma_membrane_33(fn_phagocytosis_19(X)) = fn_barrier_1(fn_phagocytosis_96(X))
& fn_barrier_1(fn_phagocytosis_96(X)) = fn_transmembrane_protein_4(fn_phagocytosis_46(X))
& fn_transmembrane_protein_4(fn_phagocytosis_46(X)) = fn_transmembrane_protein_4(fn_phagocytosis_46(X))
& fn_transmembrane_protein_4(fn_phagocytosis_46(X)) = fn_transport_protein_35(fn_phagocytosis_46(X))
& fn_integral_protein_24(fn_phagocytosis_46(X)) = fn_transport_protein_35(fn_phagocytosis_46(X))
& fn_transport_protein_35(fn_phagocytosis_46(X)) = fn_transport_protein_35(fn_phagocytosis_46(X))
& fn_transport_protein_35(fn_phagocytosis_46(X)) = fn_integral_protein_24(fn_phagocytosis_46(X))
& fn_endocytosis_13(X) = fn_integral_protein_24(fn_phagocytosis_46(X))
& fn_integral_protein_24(fn_phagocytosis_46(X)) = fn_integral_protein_24(fn_phagocytosis_46(X))
& fn_integral_protein_24(fn_phagocytosis_46(X)) = fn_endocytosis_13(X)
& fn_endocytosis_13(X) = fn_endocytosis_13(X)
& fn_intracellular_digestion_27(fn_phagocytosis_77(X)) = fn_intracellular_digestion_27(fn_phagocytosis_77(X))
& fn_intracellular_digestion_27(fn_phagocytosis_77(X)) = fn_endocytosis_13(X)
& fn_endocytosis_13(X) = fn_intracellular_digestion_27(fn_phagocytosis_77(X))
& fn_intracellular_digestion_27(fn_phagocytosis_77(X)) = fn_intracellular_digestion_22(fn_phagocytosis_77(X))
& fn_intracellular_digestion_22(fn_phagocytosis_77(X)) = fn_intracellular_digestion_22(fn_phagocytosis_77(X))
& fn_intracellular_digestion_22(fn_phagocytosis_77(X)) = fn_smooth_endoplasmic_reticulum_10(fn_phagocytosis_11(X))
& fn_smooth_endoplasmic_reticulum_10(fn_phagocytosis_11(X)) = fn_add_2(fn_phagocytosis_76(X))
& fn_add_2(fn_phagocytosis_76(X)) = fn_smooth_endoplasmic_reticulum_13(fn_phagocytosis_11(X))
& fn_smooth_endoplasmic_reticulum_13(fn_phagocytosis_11(X)) = fn_food_vacuole_26(fn_phagocytosis_79(X))
& fn_food_vacuole_26(fn_phagocytosis_79(X)) = fn_food_vacuole_26(fn_phagocytosis_79(X))
& fn_food_vacuole_26(fn_phagocytosis_79(X)) = fn_smooth_endoplasmic_reticulum_34(fn_phagocytosis_11(X))
& fn_smooth_endoplasmic_reticulum_34(fn_phagocytosis_11(X)) = fn_smooth_endoplasmic_reticulum_34(fn_phagocytosis_11(X))
& fn_smooth_endoplasmic_reticulum_34(fn_phagocytosis_11(X)) = fn_barrier_1(fn_phagocytosis_88(X))
& fn_barrier_1(fn_phagocytosis_88(X)) = fn_take_in_1(fn_phagocytosis_82(X))
& fn_take_in_1(fn_phagocytosis_82(X)) = fn_take_in_1(fn_phagocytosis_82(X))
& fn_endocytosis_20(X) = fn_take_in_1(fn_phagocytosis_82(X))
& fn_take_in_1(fn_phagocytosis_82(X)) = fn_endocytosis_20(X)
& fn_endocytosis_20(X) = fn_endocytosis_20(X)
& fn_intracellular_digestion_11(fn_phagocytosis_77(X)) = fn_endocytosis_20(X)
& fn_endocytosis_20(X) = fn_intracellular_digestion_11(fn_phagocytosis_77(X))
& fn_intracellular_digestion_11(fn_phagocytosis_77(X)) = fn_intracellular_digestion_11(fn_phagocytosis_77(X))
& fn_intracellular_digestion_11(fn_phagocytosis_77(X)) = fn_food_vacuole_17(fn_phagocytosis_79(X))
& fn_food_vacuole_17(fn_phagocytosis_79(X)) = fn_food_vacuole_17(fn_phagocytosis_79(X))
& fn_food_vacuole_17(fn_phagocytosis_79(X)) = fn_smooth_endoplasmic_reticulum_33(fn_phagocytosis_11(X))
& fn_smooth_endoplasmic_reticulum_33(fn_phagocytosis_11(X)) = fn_smooth_endoplasmic_reticulum_33(fn_phagocytosis_11(X)) ) ) ).
fof(a531635,axiom,
! [X] :
( pharmaceutical_product_1(X)
=> ( original_name_2(X,'Pharmaceutical-Product')
& user_description_2(X,'A chemical substance used in medical diagnosis, treatment, or prevention of disease.')
& concept2words_2(X,'product of pharmaceutical')
& concept2words_2(X,'pharmaceutical product')
& concept2words_2(X,'pharmaceutical-product')
& artifact_1(X)
& ~ physical_document_1(X)
& ~ furnishing_1(X)
& ~ device_1(X)
& ~ architectural_structure_1(X)
& ~ photographic_film_1(X)
& ~ scientific_device_1(X)
& ~ useful_product_1(X) ) ) ).
fof(a531636,axiom,
! [X] :
( pharyngeal_cleft_1(X)
=> ( original_name_2(X,'Pharyngeal-Cleft')
& user_description_2(X,'One of a series of grooves separating the branchial pouches in the pharynx of chordate embryos. In some chordates, the pharyngeal clefts develop into gill slits.')
& concept2words_2(X,'pharyngeal cleft')
& concept2words_2(X,'pharyngeal-cleft')
& developmental_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a531637,axiom,
! [X] :
( pharyngeal_slit_1(X)
=> ( original_name_2(X,'Pharyngeal-Slit')
& user_description_2(X,'A slit in the pharyngeal region of a chordate embryo. Pharyngeal slits are used for filter feeding in many of the invertebrate chordates. In tetrapod vertebrates, pharyngeal slits are present only in the embryonic stage.')
& concept2words_2(X,'pharyngeal slit')
& concept2words_2(X,'pharyngeal-slit')
& developmental_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a531638,axiom,
! [X] :
( pharynx_1(X)
=> ( original_name_2(X,'Pharynx')
& user_description_2(X,'(1) In vertebrate animals, the region of the throat where the passages for air and food occur. (2) In some invertebrate animals, such as flatworms and roundworms, a muscular portion of the anterior alimentary canal that may or may not be eversible.')
& concept2words_2(X,pharynx)
& specialised_organ_1(X) ) ) ).
fof(a531639,axiom,
! [X] :
( phase_change_1(X)
=> ( original_name_2(X,'Phase-Change')
& user_description_2(X,'A transition from one developmental stage to another.')
& concept2words_2(X,'change of phase')
& concept2words_2(X,'phase change')
& concept2words_2(X,'phase-change')
& developmental_process_1(X)
& ~ cell_determination_1(X)
& ~ childbirth_1(X)
& ~ compaction_1(X)
& ~ gastrulation_1(X)
& ~ gestation_1(X)
& ~ molting_1(X)
& ~ morphogenesis_1(X)
& ~ organogenesis_1(X)
& ~ oviparous_1(X)
& ~ ovoviviparous_1(X)
& ~ ovulation_1(X)
& ~ paedomorphosis_1(X)
& ~ pattern_formation_1(X)
& ~ primary_growth_1(X)
& ~ protostome_development_1(X)
& ~ radial_cleavage_1(X)
& ~ senescence_1(X)
& ~ torsion_1(X)
& ~ viviparous_1(X) ) ) ).
fof(a531640,axiom,
! [X] :
( phase_contrast_microscope_1(X)
=> ( original_name_2(X,'Phase-Contrast-Microscope')
& user_description_2(X,'A type of light microscope that increases contrast in unstained cells or transparent organisms by amplifying variations in density within the specimen.')
& concept2words_2(X,'phase contrast microscope')
& concept2words_2(X,'phase-contrast-microscope')
& light_microscope_1(X)
& ~ brightfield_microscope_1(X) ) ) ).
fof(a531641,axiom,
! [X] :
( phenobarbital_1(X)
=> ( original_name_2(X,'Phenobarbital')
& user_description_2(X,'A long-acting barbiturate used as a sedative')
& concept2words_2(X,phenobarbital)
& barbiturate_1(X) ) ) ).
fof(a531642,axiom,
! [X] :
( phenotype_1(X)
=> ( original_name_2(X,'Phenotype')
& user_description_2(X,'The physical and physiological traits of an organism.')
& concept2words_2(X,trait)
& concept2words_2(X,'physical trait')
& concept2words_2(X,character)
& concept2words_2(X,'physical character')
& concept2words_2(X,appearance)
& concept2words_2(X,'physiological trait')
& concept2words_2(X,phenotype)
& aggregate_1(X)
& trait_1(fn_phenotype_1(X))
& element_2(X,fn_phenotype_1(X))
& minCardinality(X,element_0,"1",trait_0) ) ) ).
fof(a531643,axiom,
! [X] :
( phenotype_of_offspring_1(X)
=> ( original_name_2(X,'Phenotype-Of-Offspring')
& user_description_2(X,'Phenotype of offspring.')
& concept2words_2(X,'offspring phenotype')
& concept2words_2(X,'offspring-phenotype')
& concept2words_2(X,'phenotype of offspring')
& concept2words_2(X,'phenotype-of-offspring')
& phenotype_1(X)
& ~ autosomal_dominant_trait_1(X)
& ~ blood_type_phenotype_1(X)
& ~ dominant_phenotype_1(X)
& ~ codominant_1(X)
& ~ multifactorial_phenotype_1(X)
& ~ mutant_phenotype_1(X)
& ~ mutant_type_1(X)
& ~ phenotype_of_parent_1(X)
& ~ trait_on_a_range_1(X)
& ~ trait_on_a_scale_1(X)
& ~ wild_type_1(X)
& ~ x_chromosome_phenotype_dominant_1(X)
& ~ x_chromosome_phenotype_recessive_1(X) ) ) ).
fof(a531644,axiom,
! [X] :
( phenotype_of_parent_1(X)
=> ( original_name_2(X,'Phenotype-Of-Parent')
& user_description_2(X,'Phenotype of parent.')
& concept2words_2(X,'parental phenotype')
& concept2words_2(X,'parent phenotype')
& concept2words_2(X,'parent-phenotype')
& concept2words_2(X,'phenotype of parent')
& concept2words_2(X,'phenotype-of-parent')
& phenotype_1(X)
& ~ autosomal_dominant_trait_1(X)
& ~ blood_type_phenotype_1(X)
& ~ dominant_phenotype_1(X)
& ~ codominant_1(X)
& ~ multifactorial_phenotype_1(X)
& ~ mutant_phenotype_1(X)
& ~ mutant_type_1(X)
& ~ parental_type_1(X)
& ~ phenotype_of_offspring_1(X)
& ~ trait_on_a_range_1(X)
& ~ trait_on_a_scale_1(X)
& ~ wild_type_1(X)
& ~ x_chromosome_phenotype_dominant_1(X)
& ~ x_chromosome_phenotype_recessive_1(X) ) ) ).
fof(a531645,axiom,
! [X] :
( phenotypic_ratio_1(X)
=> ( original_name_2(X,'Phenotypic-Ratio')
& user_description_2(X,'A ratio indicating the expected numbers of individuals with each observable trait possible from a genetic cross.')
& concept2words_2(X,'phenotype ratio')
& concept2words_2(X,'phenotype-ratio')
& concept2words_2(X,'phenotypic ratio')
& concept2words_2(X,'phenotypic-ratio')
& genetic_representation_1(X)
& ~ action_spectrum_1(X)
& ~ age_structure_diagram_1(X)
& ~ cell_lineage_1(X)
& ~ cladogram_1(X)
& ~ climograph_1(X)
& ~ fate_map_1(X)
& ~ genetic_map_1(X)
& ~ genomic_representation_1(X)
& ~ genotypic_ratio_1(X)
& ~ life_table_1(X)
& ~ pedigree_1(X)
& ~ periodic_table_1(X)
& ~ phylogenetic_tree_1(X)
& ~ punnett_square_1(X)
& ~ reproductive_table_1(X)
& ~ species_area_curve_1(X)
& ~ survivorship_curve_1(X)
& ~ tree_of_life_1(X) ) ) ).
fof(a531646,axiom,
! [X] :
( phenylalanine_1(X)
=> ( original_name_2(X,'Phenylalanine')
& user_description_2(X,'One of the 20 most common amino acids that make up proteins.')
& concept2words_2(X,phenylalanine)
& hydrophobic_amino_acid_1(X) ) ) ).
fof(a531647,axiom,
! [X] :
( phenylketonuria_1(X)
=> ( original_name_2(X,'Phenylketonuria')
& user_description_2(X,'an autosomal recessive metabolic genetic disorder characterized by a deficiency in an enzyme needed to metabolize the amino acid phenylalanine')
& concept2words_2(X,pku)
& concept2words_2(X,phenylketonuria)
& inborn_error_of_metabolism_1(X)
& ~ achondroplasia_1(X)
& ~ alkaptonuria_1(X)
& ~ angelman_syndrome_1(X)
& ~ cri_du_chat_syndrome_1(X)
& ~ cystic_fibrosis_1(X)
& ~ down_syndrome_1(X)
& ~ huntingtons_disease_1(X)
& ~ klinefelter_syndrome_1(X)
& ~ multifactorial_genetic_disorder_1(X)
& ~ polydactyly_1(X)
& ~ prader_willi_syndrome_1(X)
& ~ sex_linked_human_genetic_disorder_1(X)
& ~ sickle_cell_anemia_1(X)
& ~ tay_sachs_disease_1(X)
& ~ triple_x_1(X)
& ~ turner_syndrome_1(X)
& recessive_allele_1(fn_phenylketonuria_1(X))
& complete_dominance_1(fn_phenylketonuria_2(X))
& entity_1(fn_inheritance_4(fn_phenylketonuria_2(X)))
& gene_1(fn_inheritance_4(fn_phenylketonuria_2(X)))
& object_2(fn_phenylketonuria_2(X),fn_phenylketonuria_1(X))
& result_2(fn_phenylketonuria_2(X),X)
& fn_phenylketonuria_1(X) = fn_inheritance_4(fn_phenylketonuria_2(X))
& fn_phenylketonuria_2(X) = fn_human_genetic_disorder_1(X) ) ) ).
fof(a531648,axiom,
! [X] :
( pheromone_1(X)
=> ( original_name_2(X,'Pheromone')
& user_description_2(X,'A biologically produced chemical that is released into the environment and functions in communication between individuals of the same species.')
& concept2words_2(X,pheromone)
& hormone_1(X) ) ) ).
fof(a531649,axiom,
! [X] :
( phloem_1(X)
=> ( original_name_2(X,'Phloem')
& user_description_2(X,'In vascular plants, the living tissue that transports nutrients and photosynthetic products throughout the plant.')
& concept2words_2(X,phloem)
& vascular_tissue_1(X)
& ~ pericycle_1(X)
& ~ scion_1(X)
& ~ secondary_plant_tissue_1(X)
& ~ sieve_plate_1(X)
& ~ stele_1(X)
& ~ vascular_cambium_1(X)
& ~ water_vascular_system_1(X)
& ~ xylem_1(X)
& ~ endosperm_1(X)
& ~ integument_1(X)
& ~ leaf_primordium_1(X)
& ~ meristem_1(X)
& ~ mesophyll_1(X)
& ~ primary_plant_body_1(X)
& ~ primary_plant_1(X)
& ~ protonema_1(X)
& ~ receptacle_1(X)
& ~ vessel_1(X)
& sieve_tube_1(fn_phloem_1(X))
& translocation_of_phloem_sap_1(fn_phloem_2(X))
& has_part_2(X,fn_phloem_1(X))
& has_function_2(X,fn_phloem_2(X))
& agent_2(fn_phloem_2(X),X) ) ) ).
fof(a531650,axiom,
! [X] :
( phloem_sap_1(X)
=> ( original_name_2(X,'Phloem-Sap')
& user_description_2(X,'A sugar solution that is transported by phloem throughout a plant.')
& concept2words_2(X,'sap of phloem')
& concept2words_2(X,'phloem sap')
& concept2words_2(X,'phloem-sap')
& sap_1(X)
& rna_1(fn_phloem_sap_1(X))
& protein_1(fn_phloem_sap_2(X))
& concentration_value_1(fn_phloem_sap_3(X))
& quantity_value_1(fn_phloem_sap_5(X))
& quantity_value_1(fn_phloem_sap_6(X))
& potential_energy_1(fn_phloem_sap_7(X))
& hydrogen_bond_1(fn_phloem_sap_8(X))
& specific_heat_value_1(fn_phloem_sap_9(X))
& surface_1(fn_phloem_sap_10(X))
& hydroxide_ion_1(fn_phloem_sap_11(X))
& hydronium_ion_1(fn_phloem_sap_12(X))
& heat_1(fn_phloem_sap_13(X))
& store_1(fn_phloem_sap_18(X))
& store_1(fn_phloem_sap_19(X))
& chemical_1(fn_phloem_sap_20(X))
& water_1(fn_phloem_sap_20(X))
& sugar_substance_1(fn_phloem_sap_21(X))
& thermal_energy_1(fn_phloem_sap_22(X))
& decrease_1(fn_phloem_sap_23(X))
& temperature_value_1(fn_phloem_sap_24(X))
& volume_value_1(fn_phloem_sap_25(X))
& potential_value_1(fn_phloem_sap_26(X))
& tangible_entity_1(fn_phloem_sap_27(X))
& water_molecule_1(fn_phloem_sap_27(X))
& polar_molecule_1(fn_phloem_sap_28(X))
& tangible_entity_1(fn_phloem_sap_28(X))
& entity_1(fn_phloem_sap_28(X))
& hydrophilic_compound_1(fn_phloem_sap_28(X))
& water_molecule_1(fn_phloem_sap_28(X))
& lose_1(fn_phloem_sap_29(X))
& contract_1(fn_phloem_sap_30(X))
& expand_1(fn_phloem_sap_31(X))
& cohesion_1(fn_phloem_sap_32(X))
& attract_1(fn_phloem_sap_32(X))
& move_1(fn_phloem_sap_33(X))
& entity_1(fn_transfer_1(fn_phloem_sap_29(X)))
& property_node_1(fn_decrease_2(fn_phloem_sap_23(X)))
& property_value_1(fn_decrease_3(fn_phloem_sap_23(X)))
& property_node_1(fn_substance_4(fn_phloem_sap_21(X)))
& volume_value_1(fn_contract_4(fn_phloem_sap_30(X)))
& volume_value_1(fn_expand_4(fn_phloem_sap_31(X)))
& volume_value_1(fn_substance_3(fn_phloem_sap_21(X)))
& spatial_entity_1(fn_move_1(fn_phloem_sap_33(X)))
& spatial_entity_1(fn_store_2(fn_phloem_sap_19(X)))
& spatial_entity_1(fn_store_2(fn_phloem_sap_18(X)))
& tangible_entity_1(fn_contract_1(fn_phloem_sap_30(X)))
& tangible_entity_1(fn_expand_1(fn_phloem_sap_31(X)))
& tangible_entity_1(fn_lose_1(fn_phloem_sap_29(X)))
& substance_1(fn_cohesion_1(fn_phloem_sap_32(X)))
& polar_molecule_1(fn_polar_substance_1(fn_phloem_sap_21(X)))
& entity_1(fn_hydrophilic_substance_1(fn_phloem_sap_21(X)))
& hydrophilic_compound_1(fn_hydrophilic_substance_1(fn_phloem_sap_21(X)))
& water_molecule_1(fn_water_molecule_74(fn_phloem_sap_27(X)))
& tangible_entity_1(fn_cohesion_3(fn_phloem_sap_32(X)))
& tangible_entity_1(fn_cohesion_2(fn_phloem_sap_32(X)))
& water_molecule_1(fn_hydrophilic_substance_2(fn_phloem_sap_21(X)))
& water_molecule_1(fn_water_molecule_74(fn_phloem_sap_28(X)))
& attract_1(fn_hydrophilic_substance_3(fn_phloem_sap_21(X)))
& attract_1(fn_water_molecule_75(fn_phloem_sap_28(X)))
& attract_1(fn_water_molecule_75(fn_phloem_sap_27(X)))
& agent_2(fn_phloem_sap_33(X),fn_phloem_sap_22(X))
& causes_2(fn_phloem_sap_13(X),fn_phloem_sap_31(X))
& agent_2(fn_phloem_sap_13(X),fn_phloem_sap_22(X))
& object_2(fn_phloem_sap_13(X),fn_phloem_sap_21(X))
& instrument_2(fn_phloem_sap_32(X),fn_phloem_sap_8(X))
& base_2(fn_phloem_sap_29(X),fn_phloem_sap_21(X))
& called_2(fn_phloem_sap_28(X),"1")
& is_at_2(fn_phloem_sap_28(X),fn_phloem_sap_10(X))
& quantity_2(fn_phloem_sap_12(X),fn_phloem_sap_5(X))
& quantity_2(fn_phloem_sap_11(X),fn_phloem_sap_6(X))
& the_cardinal_value_2(fn_phloem_sap_26(X),"0.0e0")
& cardinal_unit_class_2(fn_phloem_sap_26(X),pascal_0)
& is_above_2(fn_phloem_sap_10(X),fn_phloem_sap_27(X))
& the_cardinal_value_2(fn_phloem_sap_9(X),"1.0e0")
& cardinal_unit_class_2(fn_phloem_sap_9(X),calorie_per_gram_per_degree_celsius_0)
& by_means_of_2(fn_phloem_sap_23(X),fn_phloem_sap_29(X))
& called_2(fn_phloem_sap_6(X),'Quantity_OH')
& fn_phloem_sap_6(X) = fn_phloem_sap_5(X)
& called_2(fn_phloem_sap_5(X),'Quantity_H')
& fn_phloem_sap_5(X) = fn_phloem_sap_6(X)
& possesses_2(fn_phloem_sap_21(X),fn_phloem_sap_7(X))
& possesses_2(fn_phloem_sap_21(X),fn_phloem_sap_8(X))
& temperature_2(fn_phloem_sap_21(X),fn_phloem_sap_24(X))
& specific_heat_2(fn_phloem_sap_21(X),fn_phloem_sap_9(X))
& has_region_2(fn_phloem_sap_21(X),fn_phloem_sap_10(X))
& has_part_2(fn_phloem_sap_21(X),fn_phloem_sap_11(X))
& has_part_2(fn_phloem_sap_21(X),fn_phloem_sap_12(X))
& concentration_2(fn_phloem_sap_21(X),fn_phloem_sap_3(X))
& the_scalar_value_2(fn_phloem_sap_3(X),high_0)
& scalar_unit_class_2(fn_phloem_sap_3(X),substance_0)
& has_part_2(X,fn_phloem_sap_1(X))
& has_part_2(X,fn_phloem_sap_2(X))
& has_part_2(X,fn_phloem_sap_21(X))
& has_solute_2(X,fn_phloem_sap_21(X))
& base_2(fn_phloem_sap_19(X),fn_phloem_sap_21(X))
& object_2(fn_phloem_sap_33(X),fn_phloem_sap_21(X))
& base_2(fn_phloem_sap_18(X),fn_phloem_sap_21(X))
& base_2(fn_phloem_sap_30(X),fn_phloem_sap_21(X))
& object_2(fn_phloem_sap_29(X),fn_phloem_sap_22(X))
& base_2(fn_phloem_sap_31(X),fn_phloem_sap_21(X))
& donor_2(fn_phloem_sap_29(X),fn_phloem_sap_21(X))
& base_2(fn_phloem_sap_32(X),fn_phloem_sap_21(X))
& has_part_2(fn_phloem_sap_21(X),fn_phloem_sap_27(X))
& same_type_2(fn_phloem_sap_28(X),fn_phloem_sap_27(X))
& same_type_2(fn_phloem_sap_27(X),fn_phloem_sap_28(X))
& from_value_2(fn_phloem_sap_30(X),fn_phloem_sap_25(X))
& from_value_2(fn_phloem_sap_31(X),fn_phloem_sap_25(X))
& has_part_2(fn_phloem_sap_21(X),fn_phloem_sap_28(X))
& from_value_2(fn_phloem_sap_23(X),fn_phloem_sap_24(X))
& agent_2(fn_phloem_sap_32(X),fn_phloem_sap_28(X))
& object_2(fn_phloem_sap_32(X),fn_phloem_sap_27(X))
& fn_phloem_sap_20(X) != fn_phloem_sap_21(X)
& solute_potential_2(fn_phloem_sap_21(X),fn_phloem_sap_26(X))
& fn_phloem_sap_21(X) != fn_phloem_sap_20(X)
& has_part_2(X,fn_phloem_sap_20(X))
& has_solvent_2(X,fn_phloem_sap_20(X))
& volume_2(fn_phloem_sap_21(X),fn_phloem_sap_25(X))
& object_2(fn_phloem_sap_32(X),fn_phloem_sap_28(X))
& agent_2(fn_phloem_sap_32(X),fn_phloem_sap_27(X))
& fn_phloem_sap_21(X) = fn_store_2(fn_phloem_sap_19(X))
& fn_phloem_sap_21(X) = fn_move_1(fn_phloem_sap_33(X))
& fn_phloem_sap_21(X) = fn_store_2(fn_phloem_sap_18(X))
& fn_phloem_sap_21(X) = fn_contract_1(fn_phloem_sap_30(X))
& fn_phloem_sap_22(X) = fn_transfer_1(fn_phloem_sap_29(X))
& fn_phloem_sap_21(X) = fn_expand_1(fn_phloem_sap_31(X))
& fn_phloem_sap_21(X) = fn_lose_1(fn_phloem_sap_29(X))
& fn_phloem_sap_28(X) = fn_cohesion_3(fn_phloem_sap_32(X))
& fn_phloem_sap_27(X) = fn_cohesion_2(fn_phloem_sap_32(X))
& fn_phloem_sap_21(X) = fn_cohesion_1(fn_phloem_sap_32(X))
& fn_phloem_sap_25(X) = fn_contract_4(fn_phloem_sap_30(X))
& fn_phloem_sap_25(X) = fn_expand_4(fn_phloem_sap_31(X))
& fn_phloem_sap_28(X) = fn_polar_substance_1(fn_phloem_sap_21(X))
& fn_phloem_sap_35(X) = fn_decrease_2(fn_phloem_sap_23(X))
& fn_phloem_sap_24(X) = fn_decrease_3(fn_phloem_sap_23(X))
& fn_phloem_sap_27(X) = fn_cohesion_3(fn_phloem_sap_32(X))
& fn_phloem_sap_27(X) = fn_hydrophilic_substance_2(fn_phloem_sap_21(X))
& fn_phloem_sap_27(X) = fn_water_molecule_74(fn_phloem_sap_28(X))
& fn_phloem_sap_28(X) = fn_cohesion_2(fn_phloem_sap_32(X))
& fn_phloem_sap_32(X) = fn_hydrophilic_substance_3(fn_phloem_sap_21(X))
& fn_phloem_sap_28(X) = fn_hydrophilic_substance_1(fn_phloem_sap_21(X))
& fn_phloem_sap_32(X) = fn_water_molecule_75(fn_phloem_sap_28(X))
& fn_phloem_sap_34(X) = fn_solution_1(X)
& fn_phloem_sap_26(X) = fn_solution_2(X)
& fn_phloem_sap_21(X) = fn_solution_5(X)
& fn_phloem_sap_20(X) = fn_solution_6(X)
& fn_phloem_sap_20(X) = fn_aqueous_solution_14(X)
& fn_phloem_sap_17(X) = fn_substance_4(fn_phloem_sap_21(X))
& fn_phloem_sap_25(X) = fn_substance_3(fn_phloem_sap_21(X))
& fn_phloem_sap_28(X) = fn_water_molecule_74(fn_phloem_sap_27(X))
& fn_phloem_sap_32(X) = fn_water_molecule_75(fn_phloem_sap_27(X))
& fn_aqueous_solution_14(X) = fn_solution_6(X)
& fn_solution_6(X) = fn_aqueous_solution_14(X)
& fn_aqueous_solution_14(X) = fn_contract_4(fn_phloem_sap_30(X))
& fn_contract_4(fn_phloem_sap_30(X)) = fn_expand_4(fn_phloem_sap_31(X))
& fn_expand_4(fn_phloem_sap_31(X)) = fn_expand_4(fn_phloem_sap_31(X))
& fn_expand_4(fn_phloem_sap_31(X)) = fn_substance_3(fn_phloem_sap_21(X))
& fn_substance_3(fn_phloem_sap_21(X)) = fn_substance_3(fn_phloem_sap_21(X))
& fn_substance_3(fn_phloem_sap_21(X)) = fn_store_2(fn_phloem_sap_19(X))
& fn_store_2(fn_phloem_sap_19(X)) = fn_move_1(fn_phloem_sap_33(X))
& fn_move_1(fn_phloem_sap_33(X)) = fn_store_2(fn_phloem_sap_18(X))
& fn_store_2(fn_phloem_sap_18(X)) = fn_store_2(fn_phloem_sap_19(X))
& fn_store_2(fn_phloem_sap_19(X)) = fn_store_2(fn_phloem_sap_18(X))
& fn_store_2(fn_phloem_sap_18(X)) = fn_contract_1(fn_phloem_sap_30(X))
& fn_contract_1(fn_phloem_sap_30(X)) = fn_contract_1(fn_phloem_sap_30(X))
& fn_contract_1(fn_phloem_sap_30(X)) = fn_expand_1(fn_phloem_sap_31(X))
& fn_expand_1(fn_phloem_sap_31(X)) = fn_expand_1(fn_phloem_sap_31(X))
& fn_expand_1(fn_phloem_sap_31(X)) = fn_lose_1(fn_phloem_sap_29(X))
& fn_lose_1(fn_phloem_sap_29(X)) = fn_lose_1(fn_phloem_sap_29(X))
& fn_lose_1(fn_phloem_sap_29(X)) = fn_cohesion_1(fn_phloem_sap_32(X))
& fn_cohesion_1(fn_phloem_sap_32(X)) = fn_cohesion_1(fn_phloem_sap_32(X))
& fn_cohesion_1(fn_phloem_sap_32(X)) = fn_solution_5(X)
& fn_solution_5(X) = fn_solution_5(X)
& fn_solution_5(X) = fn_polar_substance_1(fn_phloem_sap_21(X))
& fn_polar_substance_1(fn_phloem_sap_21(X)) = fn_cohesion_2(fn_phloem_sap_32(X))
& fn_cohesion_3(fn_phloem_sap_32(X)) = fn_polar_substance_1(fn_phloem_sap_21(X))
& fn_polar_substance_1(fn_phloem_sap_21(X)) = fn_cohesion_3(fn_phloem_sap_32(X))
& fn_cohesion_3(fn_phloem_sap_32(X)) = fn_cohesion_3(fn_phloem_sap_32(X))
& fn_cohesion_3(fn_phloem_sap_32(X)) = fn_hydrophilic_substance_1(fn_phloem_sap_21(X))
& fn_hydrophilic_substance_1(fn_phloem_sap_21(X)) = fn_hydrophilic_substance_1(fn_phloem_sap_21(X))
& fn_hydrophilic_substance_1(fn_phloem_sap_21(X)) = fn_water_molecule_74(fn_phloem_sap_27(X))
& fn_water_molecule_74(fn_phloem_sap_27(X)) = fn_cohesion_2(fn_phloem_sap_32(X))
& fn_cohesion_2(fn_phloem_sap_32(X)) = fn_cohesion_3(fn_phloem_sap_32(X))
& fn_cohesion_3(fn_phloem_sap_32(X)) = fn_cohesion_2(fn_phloem_sap_32(X))
& fn_cohesion_2(fn_phloem_sap_32(X)) = fn_cohesion_2(fn_phloem_sap_32(X))
& fn_cohesion_2(fn_phloem_sap_32(X)) = fn_hydrophilic_substance_2(fn_phloem_sap_21(X))
& fn_hydrophilic_substance_2(fn_phloem_sap_21(X)) = fn_hydrophilic_substance_2(fn_phloem_sap_21(X))
& fn_hydrophilic_substance_2(fn_phloem_sap_21(X)) = fn_water_molecule_74(fn_phloem_sap_28(X))
& fn_water_molecule_74(fn_phloem_sap_28(X)) = fn_hydrophilic_substance_3(fn_phloem_sap_21(X))
& fn_water_molecule_75(fn_phloem_sap_28(X)) = fn_hydrophilic_substance_3(fn_phloem_sap_21(X))
& fn_hydrophilic_substance_3(fn_phloem_sap_21(X)) = fn_water_molecule_75(fn_phloem_sap_28(X))
& fn_water_molecule_75(fn_phloem_sap_28(X)) = fn_water_molecule_75(fn_phloem_sap_27(X))
& fn_water_molecule_75(fn_phloem_sap_27(X)) = fn_water_molecule_75(fn_phloem_sap_27(X)) ) ) ).
fof(a531651,axiom,
! [X] :
( phoronid_1(X)
=> ( original_name_2(X,'Phoronid')
& user_description_2(X,'A member of the phylum Phoronida, commonly called horseshoe worms. Phoronids are vermiform in shape, but have a U-shaped gut so that the mouth and anus are located on the same end of the body. Phoronids use a lophophore for filter-feeding.')
& concept2words_2(X,'horseshoe worms')
& concept2words_2(X,'horseshoe-worms')
& concept2words_2(X,phoronid)
& lophotrochozoan_1(X)
& ~ ammonite_1(X)
& ~ annelid_1(X)
& ~ arthropod_1(X)
& ~ bryozoan_1(X)
& ~ cnidaria_1(X)
& ~ ctenophora_1(X)
& ~ echinoderm_1(X)
& ~ mollusc_1(X)
& ~ nematode_1(X)
& ~ nemertea_1(X)
& ~ platyhelminthes_1(X)
& ~ porifera_1(X)
& ~ rotifer_1(X) ) ) ).
fof(a531652,axiom,
! [X] :
( phosphatase_1(X)
=> ( original_name_2(X,'Phosphatase')
& user_description_2(X,'Enzymes which catalyze removal of a phosphate group from its substrate.')
& concept2words_2(X,phosphatase)
& protein_enzyme_1(X)
& monomer_1(fn_phosphatase_3(X))
& size_value_1(fn_phosphatase_4(X))
& size_value_1(fn_phosphatase_5(X))
& dephosphorylation_1(fn_phosphatase_6(X))
& active_site_1(fn_phosphatase_7(X))
& has_function_2(X,fn_phosphatase_6(X))
& site_2(fn_phosphatase_6(X),fn_phosphatase_7(X))
& facilitates_2(fn_phosphatase_7(X),fn_phosphatase_6(X))
& the_scalar_value_2(fn_phosphatase_4(X),big_0)
& scalar_unit_class_2(fn_phosphatase_4(X),polypeptide_0)
& has_part_2(X,fn_phosphatase_3(X))
& size_2(fn_phosphatase_3(X),fn_phosphatase_5(X))
& greater_than_2(fn_phosphatase_4(X),fn_phosphatase_5(X))
& size_2(X,fn_phosphatase_4(X))
& has_region_2(X,fn_phosphatase_7(X))
& fn_phosphatase_7(X) = fn_enzyme_2(X)
& fn_phosphatase_6(X) = fn_enzyme_4(X)
& fn_phosphatase_2(X) = fn_protein_10(X)
& fn_phosphatase_7(X) = fn_protein_enzyme_10(X)
& fn_phosphatase_4(X) = fn_protein_9(X)
& fn_phosphatase_4(X) = fn_protein_enzyme_3(X)
& fn_phosphatase_5(X) = fn_protein_enzyme_4(X)
& fn_phosphatase_3(X) = fn_polymer_4(X)
& fn_phosphatase_3(X) = fn_protein_enzyme_9(X)
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_protein_enzyme_9(X) ) ) ).
fof(a531653,axiom,
! [X] :
( phosphate_bond_1(X)
=> ( original_name_2(X,'Phosphate-Bond')
& user_description_2(X,'The phosphate bonds are formed when compounds such as adenosine diphosphate and adenosine triphosphate are created.')
& concept2words_2(X,'bond of phosphate')
& concept2words_2(X,'phosphate bond')
& concept2words_2(X,'phosphate-bond')
& single_bond_1(X)
& share_1(fn_phosphate_bond_5(X))
& electron_1(fn_phosphate_bond_6(X))
& valence_electron_1(fn_phosphate_bond_6(X))
& asymmetrical_distribution_1(fn_phosphate_bond_7(X))
& constant_motion_1(fn_phosphate_bond_8(X))
& hold_together_1(fn_phosphate_bond_9(X))
& share_1(fn_phosphate_bond_10(X))
& electron_1(fn_phosphate_bond_11(X))
& valence_electron_1(fn_phosphate_bond_11(X))
& oxygen_1(fn_phosphate_bond_12(X))
& entity_1(fn_phosphate_bond_12(X))
& chemical_entity_1(fn_phosphate_bond_12(X))
& atom_1(fn_phosphate_bond_12(X))
& entity_1(fn_phosphate_bond_13(X))
& chemical_entity_1(fn_phosphate_bond_13(X))
& atom_1(fn_phosphate_bond_13(X))
& oxygen_1(fn_phosphate_bond_13(X))
& center_1(fn_phosphate_bond_14(X))
& electron_shell_1(fn_phosphate_bond_15(X))
& atomic_nucleus_1(fn_phosphate_bond_16(X))
& electron_shell_1(fn_phosphate_bond_17(X))
& phosphate_group_1(fn_phosphate_bond_18(X))
& entity_1(fn_phosphate_bond_19(X))
& chemical_entity_1(fn_phosphate_bond_19(X))
& atom_1(fn_phosphate_bond_19(X))
& phosphorus_1(fn_phosphate_bond_19(X))
& entity_1(fn_phosphate_bond_20(X))
& chemical_entity_1(fn_phosphate_bond_20(X))
& atom_1(fn_phosphate_bond_20(X))
& oxygen_1(fn_phosphate_bond_20(X))
& atomic_nucleus_1(fn_phosphate_bond_21(X))
& atomic_orbital_1(fn_phosphate_bond_22(X))
& constant_motion_1(fn_phosphate_bond_23(X))
& asymmetrical_distribution_1(fn_phosphate_bond_24(X))
& attract_1(fn_phosphate_bond_25(X))
& quantity_value_1(fn_phosphate_bond_26(X))
& quantity_value_1(fn_phosphate_bond_27(X))
& atomic_number_value_1(fn_phosphate_bond_29(X))
& system_1(fn_phosphate_bond_30(X))
& proton_1(fn_phosphate_bond_31(X))
& equation_big_node_1(fn_atom_2(fn_phosphate_bond_19(X)))
& property_node_1(fn_phosphate_group_46(fn_phosphate_bond_18(X)))
& asymmetrical_distribution_1(fn_phosphate_group_30(fn_phosphate_bond_18(X)))
& constant_motion_1(fn_phosphate_group_29(fn_phosphate_bond_18(X)))
& share_1(fn_phosphate_group_39(fn_phosphate_bond_18(X)))
& phosphorus_1(fn_phosphate_group_6(fn_phosphate_bond_18(X)))
& oxygen_1(fn_phosphate_group_5(fn_phosphate_bond_18(X)))
& entity_1(fn_phosphate_group_5(fn_phosphate_bond_18(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_phosphate_bond_18(X)))
& atom_1(fn_phosphate_group_5(fn_phosphate_bond_18(X)))
& entity_1(fn_phosphate_group_22(fn_phosphate_bond_18(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_phosphate_bond_18(X)))
& atom_1(fn_phosphate_group_22(fn_phosphate_bond_18(X)))
& oxygen_1(fn_phosphate_group_22(fn_phosphate_bond_18(X)))
& center_1(fn_phosphate_group_10(fn_phosphate_bond_18(X)))
& system_1(fn_atom_3(fn_phosphate_bond_19(X)))
& electron_shell_1(fn_phosphate_group_13(fn_phosphate_bond_18(X)))
& proton_1(fn_phosphate_group_2(fn_phosphate_bond_18(X)))
& atomic_nucleus_1(fn_phosphate_group_14(fn_phosphate_bond_18(X)))
& atomic_nucleus_1(fn_phosphate_group_11(fn_phosphate_bond_18(X)))
& atomic_number_value_1(fn_phosphate_group_4(fn_phosphate_bond_18(X)))
& equation_set_1(fn_atom_4(fn_phosphate_bond_19(X)))
& electron_1(fn_phosphate_group_20(fn_phosphate_bond_18(X)))
& valence_electron_1(fn_phosphate_group_20(fn_phosphate_bond_18(X)))
& electron_1(fn_phosphate_group_3(fn_phosphate_bond_18(X)))
& valence_electron_1(fn_phosphate_group_3(fn_phosphate_bond_18(X)))
& share_1(fn_phosphate_group_35(fn_phosphate_bond_18(X)))
& hold_together_1(fn_phosphate_group_36(fn_phosphate_bond_18(X)))
& single_bond_1(fn_phosphate_group_37(fn_phosphate_bond_18(X)))
& fn_phosphate_bond_13(X) != fn_phosphate_bond_12(X)
& fn_phosphate_bond_12(X) != fn_phosphate_bond_13(X)
& fn_phosphate_bond_13(X) != fn_phosphate_bond_20(X)
& fn_phosphate_bond_20(X) != fn_phosphate_bond_13(X)
& has_region_2(fn_phosphate_bond_20(X),fn_phosphate_bond_15(X))
& is_between_2(X,fn_phosphate_bond_20(X))
& has_region_2(fn_phosphate_bond_20(X),fn_phosphate_bond_21(X))
& has_region_2(fn_phosphate_bond_19(X),fn_phosphate_bond_17(X))
& object_2(fn_phosphate_bond_24(X),fn_phosphate_bond_11(X))
& has_region_2(fn_phosphate_bond_19(X),fn_phosphate_bond_16(X))
& atomic_number_2(fn_phosphate_bond_19(X),fn_phosphate_bond_29(X))
& agent_2(fn_phosphate_bond_10(X),fn_phosphate_bond_19(X))
& agent_2(fn_phosphate_bond_10(X),fn_phosphate_bond_20(X))
& has_region_2(fn_phosphate_bond_20(X),fn_phosphate_bond_14(X))
& is_between_2(X,fn_phosphate_bond_19(X))
& result_2(fn_phosphate_bond_10(X),X)
& object_2(fn_phosphate_bond_10(X),fn_phosphate_bond_11(X))
& object_2(fn_phosphate_bond_23(X),fn_phosphate_bond_11(X))
& causes_2(fn_phosphate_bond_23(X),fn_phosphate_bond_24(X))
& agent_2(fn_phosphate_bond_5(X),fn_phosphate_bond_20(X))
& agent_2(fn_phosphate_bond_5(X),fn_phosphate_bond_19(X))
& object_2(fn_phosphate_bond_9(X),fn_phosphate_bond_19(X))
& object_2(fn_phosphate_bond_9(X),fn_phosphate_bond_20(X))
& has_part_2(fn_phosphate_bond_20(X),fn_phosphate_bond_6(X))
& fn_phosphate_bond_20(X) != fn_phosphate_bond_19(X)
& fn_phosphate_bond_19(X) != fn_phosphate_bond_13(X)
& is_inside_2(fn_phosphate_bond_13(X),fn_phosphate_bond_18(X))
& is_inside_2(fn_phosphate_bond_19(X),fn_phosphate_bond_18(X))
& has_part_2(fn_phosphate_bond_19(X),fn_phosphate_bond_31(X))
& fn_phosphate_bond_19(X) != fn_phosphate_bond_20(X)
& fn_phosphate_bond_13(X) != fn_phosphate_bond_19(X)
& is_inside_2(fn_phosphate_bond_12(X),fn_phosphate_bond_18(X))
& fn_phosphate_bond_12(X) != fn_phosphate_bond_19(X)
& has_part_2(fn_phosphate_bond_19(X),fn_phosphate_bond_11(X))
& fn_phosphate_bond_20(X) != fn_phosphate_bond_12(X)
& fn_phosphate_bond_12(X) != fn_phosphate_bond_20(X)
& fn_phosphate_bond_19(X) != fn_phosphate_bond_12(X)
& called_2(fn_phosphate_bond_27(X),'Number_Proton')
& called_2(fn_phosphate_bond_26(X),'Number_Electron')
& is_at_2(fn_phosphate_bond_21(X),fn_phosphate_bond_14(X))
& is_inside_2(fn_phosphate_bond_31(X),fn_phosphate_bond_16(X))
& object_2(fn_phosphate_bond_8(X),fn_phosphate_bond_11(X))
& called_2(fn_phosphate_bond_29(X),'Atomic_Number')
& has_region_2(fn_phosphate_bond_17(X),fn_phosphate_bond_22(X))
& fn_phosphate_bond_15(X) != fn_phosphate_bond_17(X)
& fn_phosphate_bond_17(X) != fn_phosphate_bond_15(X)
& quantity_2(fn_phosphate_bond_31(X),fn_phosphate_bond_27(X))
& agent_2(fn_phosphate_bond_25(X),fn_phosphate_bond_31(X))
& object_2(fn_phosphate_bond_25(X),fn_phosphate_bond_11(X))
& object_2(fn_phosphate_bond_7(X),fn_phosphate_bond_11(X))
& causes_2(fn_phosphate_bond_8(X),fn_phosphate_bond_7(X))
& object_2(fn_phosphate_bond_5(X),fn_phosphate_bond_6(X))
& is_near_2(fn_phosphate_bond_6(X),fn_phosphate_bond_21(X))
& fn_phosphate_bond_21(X) != fn_phosphate_bond_16(X)
& is_near_2(fn_phosphate_bond_16(X),fn_phosphate_bond_11(X))
& is_inside_2(fn_phosphate_bond_11(X),fn_phosphate_bond_22(X))
& is_near_2(fn_phosphate_bond_21(X),fn_phosphate_bond_6(X))
& fn_phosphate_bond_16(X) != fn_phosphate_bond_21(X)
& is_near_2(fn_phosphate_bond_11(X),fn_phosphate_bond_16(X))
& fn_phosphate_bond_27(X) = fn_phosphate_bond_29(X)
& fn_phosphate_bond_26(X) = fn_phosphate_bond_27(X)
& fn_phosphate_bond_27(X) = fn_phosphate_bond_26(X)
& fn_phosphate_bond_29(X) = fn_phosphate_bond_27(X)
& has_function_2(X,fn_phosphate_bond_9(X))
& agent_2(fn_phosphate_bond_9(X),X)
& result_2(fn_phosphate_bond_5(X),X)
& object_2(fn_phosphate_bond_5(X),fn_phosphate_bond_11(X))
& quantity_2(fn_phosphate_bond_11(X),fn_phosphate_bond_26(X))
& fn_phosphate_bond_13(X) = fn_covalent_bond_19(X)
& fn_phosphate_bond_28(X) = fn_atom_4(fn_phosphate_bond_19(X))
& fn_phosphate_bond_3(X) = fn_atom_2(fn_phosphate_bond_19(X))
& fn_phosphate_bond_30(X) = fn_atom_3(fn_phosphate_bond_19(X))
& fn_phosphate_bond_15(X) = fn_covalent_bond_12(X)
& fn_phosphate_bond_21(X) = fn_phosphate_group_11(fn_phosphate_bond_18(X))
& fn_phosphate_bond_17(X) = fn_phosphate_group_13(fn_phosphate_bond_18(X))
& fn_phosphate_bond_16(X) = fn_phosphate_group_14(fn_phosphate_bond_18(X))
& fn_phosphate_bond_4(X) = fn_phosphate_group_46(fn_phosphate_bond_18(X))
& fn_phosphate_bond_29(X) = fn_phosphate_group_4(fn_phosphate_bond_18(X))
& fn_phosphate_bond_14(X) = fn_phosphate_group_10(fn_phosphate_bond_18(X))
& fn_phosphate_bond_20(X) = fn_phosphate_group_5(fn_phosphate_bond_18(X))
& fn_phosphate_bond_10(X) = fn_phosphate_group_39(fn_phosphate_bond_18(X))
& fn_phosphate_bond_24(X) = fn_phosphate_group_30(fn_phosphate_bond_18(X))
& fn_phosphate_bond_23(X) = fn_phosphate_group_29(fn_phosphate_bond_18(X))
& fn_phosphate_bond_11(X) = fn_phosphate_group_20(fn_phosphate_bond_18(X))
& fn_phosphate_bond_10(X) = fn_phosphate_group_35(fn_phosphate_bond_18(X))
& X = fn_phosphate_group_37(fn_phosphate_bond_18(X))
& fn_phosphate_bond_20(X) = fn_covalent_bond_19(X)
& fn_phosphate_bond_6(X) = fn_phosphate_group_20(fn_phosphate_bond_18(X))
& fn_phosphate_bond_9(X) = fn_phosphate_group_36(fn_phosphate_bond_18(X))
& fn_phosphate_bond_19(X) = fn_covalent_bond_19(X)
& fn_phosphate_bond_20(X) = fn_covalent_bond_20(X)
& fn_phosphate_bond_5(X) = fn_phosphate_group_35(fn_phosphate_bond_18(X))
& fn_phosphate_bond_31(X) = fn_phosphate_group_2(fn_phosphate_bond_18(X))
& fn_phosphate_bond_13(X) = fn_phosphate_group_22(fn_phosphate_bond_18(X))
& fn_phosphate_bond_11(X) = fn_phosphate_group_3(fn_phosphate_bond_18(X))
& fn_phosphate_bond_19(X) = fn_phosphate_group_6(fn_phosphate_bond_18(X))
& fn_phosphate_bond_20(X) = fn_phosphate_group_22(fn_phosphate_bond_18(X))
& fn_phosphate_bond_12(X) = fn_phosphate_group_5(fn_phosphate_bond_18(X))
& fn_phosphate_bond_14(X) = fn_covalent_bond_23(X)
& fn_phosphate_bond_30(X) = fn_covalent_bond_5(X)
& fn_phosphate_bond_15(X) = fn_covalent_bond_11(X)
& fn_phosphate_bond_17(X) = fn_covalent_bond_12(X)
& fn_phosphate_bond_8(X) = fn_covalent_bond_16(X)
& fn_phosphate_bond_7(X) = fn_covalent_bond_1(X)
& fn_phosphate_bond_25(X) = fn_covalent_bond_10(X)
& fn_phosphate_bond_31(X) = fn_covalent_bond_4(X)
& fn_phosphate_bond_22(X) = fn_covalent_bond_13(X)
& fn_phosphate_bond_11(X) = fn_covalent_bond_15(X)
& fn_phosphate_bond_16(X) = fn_covalent_bond_24(X)
& fn_phosphate_bond_16(X) = fn_covalent_bond_22(X)
& fn_phosphate_bond_6(X) = fn_covalent_bond_18(X)
& fn_phosphate_bond_21(X) = fn_covalent_bond_22(X)
& fn_phosphate_bond_21(X) = fn_covalent_bond_24(X)
& fn_phosphate_bond_6(X) = fn_covalent_bond_15(X)
& fn_phosphate_bond_29(X) = fn_covalent_bond_6(X)
& fn_phosphate_bond_27(X) = fn_covalent_bond_8(X)
& fn_phosphate_bond_28(X) = fn_covalent_bond_7(X)
& fn_phosphate_bond_26(X) = fn_covalent_bond_9(X)
& fn_phosphate_bond_11(X) = fn_covalent_bond_18(X)
& fn_phosphate_bond_5(X) = fn_covalent_bond_17(X)
& fn_phosphate_bond_9(X) = fn_covalent_bond_14(X)
& fn_phosphate_group_39(fn_phosphate_bond_18(X)) = fn_phosphate_group_39(fn_phosphate_bond_18(X))
& fn_phosphate_group_39(fn_phosphate_bond_18(X)) = fn_phosphate_group_35(fn_phosphate_bond_18(X))
& fn_phosphate_group_35(fn_phosphate_bond_18(X)) = fn_phosphate_group_35(fn_phosphate_bond_18(X))
& fn_phosphate_group_35(fn_phosphate_bond_18(X)) = fn_covalent_bond_19(X)
& fn_covalent_bond_19(X) = fn_phosphate_group_22(fn_phosphate_bond_18(X))
& fn_phosphate_group_22(fn_phosphate_bond_18(X)) = fn_phosphate_group_6(fn_phosphate_bond_18(X))
& fn_phosphate_group_6(fn_phosphate_bond_18(X)) = fn_covalent_bond_19(X)
& fn_covalent_bond_19(X) = fn_phosphate_group_6(fn_phosphate_bond_18(X))
& fn_phosphate_group_6(fn_phosphate_bond_18(X)) = fn_phosphate_group_6(fn_phosphate_bond_18(X))
& fn_phosphate_group_6(fn_phosphate_bond_18(X)) = fn_covalent_bond_20(X)
& fn_covalent_bond_20(X) = fn_covalent_bond_20(X)
& fn_covalent_bond_19(X) = fn_covalent_bond_20(X)
& fn_covalent_bond_20(X) = fn_covalent_bond_19(X)
& fn_covalent_bond_19(X) = fn_covalent_bond_19(X)
& fn_phosphate_group_5(fn_phosphate_bond_18(X)) = fn_covalent_bond_19(X)
& fn_covalent_bond_19(X) = fn_phosphate_group_5(fn_phosphate_bond_18(X))
& fn_phosphate_group_5(fn_phosphate_bond_18(X)) = fn_phosphate_group_5(fn_phosphate_bond_18(X))
& fn_phosphate_group_5(fn_phosphate_bond_18(X)) = fn_phosphate_group_22(fn_phosphate_bond_18(X))
& fn_phosphate_group_22(fn_phosphate_bond_18(X)) = fn_phosphate_group_22(fn_phosphate_bond_18(X))
& fn_phosphate_group_22(fn_phosphate_bond_18(X)) = fn_phosphate_group_10(fn_phosphate_bond_18(X))
& fn_phosphate_group_10(fn_phosphate_bond_18(X)) = fn_covalent_bond_23(X)
& fn_covalent_bond_23(X) = fn_atom_3(fn_phosphate_bond_19(X))
& fn_atom_3(fn_phosphate_bond_19(X)) = fn_atom_3(fn_phosphate_bond_19(X))
& fn_atom_3(fn_phosphate_bond_19(X)) = fn_covalent_bond_5(X)
& fn_covalent_bond_5(X) = fn_covalent_bond_12(X)
& fn_covalent_bond_12(X) = fn_covalent_bond_11(X)
& fn_covalent_bond_11(X) = fn_covalent_bond_11(X)
& fn_covalent_bond_11(X) = fn_phosphate_group_13(fn_phosphate_bond_18(X))
& fn_phosphate_group_13(fn_phosphate_bond_18(X)) = fn_covalent_bond_12(X)
& fn_covalent_bond_12(X) = fn_covalent_bond_12(X)
& fn_covalent_bond_12(X) = fn_phosphate_group_2(fn_phosphate_bond_18(X))
& fn_phosphate_group_2(fn_phosphate_bond_18(X)) = fn_covalent_bond_4(X)
& fn_covalent_bond_4(X) = fn_covalent_bond_4(X)
& fn_covalent_bond_4(X) = fn_phosphate_group_14(fn_phosphate_bond_18(X))
& fn_phosphate_group_14(fn_phosphate_bond_18(X)) = fn_covalent_bond_24(X)
& fn_covalent_bond_24(X) = fn_phosphate_group_14(fn_phosphate_bond_18(X))
& fn_phosphate_group_14(fn_phosphate_bond_18(X)) = fn_covalent_bond_22(X)
& fn_phosphate_group_11(fn_phosphate_bond_18(X)) = fn_covalent_bond_22(X)
& fn_covalent_bond_22(X) = fn_covalent_bond_22(X)
& fn_covalent_bond_22(X) = fn_phosphate_group_11(fn_phosphate_bond_18(X))
& fn_phosphate_group_11(fn_phosphate_bond_18(X)) = fn_covalent_bond_24(X)
& fn_covalent_bond_24(X) = fn_covalent_bond_24(X)
& fn_covalent_bond_24(X) = fn_covalent_bond_18(X)
& fn_phosphate_group_20(fn_phosphate_bond_18(X)) = fn_covalent_bond_18(X)
& fn_covalent_bond_18(X) = fn_phosphate_group_20(fn_phosphate_bond_18(X))
& fn_covalent_bond_15(X) = fn_covalent_bond_15(X)
& fn_covalent_bond_15(X) = fn_phosphate_group_4(fn_phosphate_bond_18(X))
& fn_phosphate_group_4(fn_phosphate_bond_18(X)) = fn_phosphate_group_4(fn_phosphate_bond_18(X))
& fn_phosphate_group_4(fn_phosphate_bond_18(X)) = fn_covalent_bond_6(X)
& fn_covalent_bond_6(X) = fn_covalent_bond_6(X)
& fn_covalent_bond_6(X) = fn_atom_4(fn_phosphate_bond_19(X))
& fn_atom_4(fn_phosphate_bond_19(X)) = fn_covalent_bond_7(X)
& fn_covalent_bond_7(X) = fn_covalent_bond_7(X)
& fn_covalent_bond_7(X) = fn_phosphate_group_20(fn_phosphate_bond_18(X))
& fn_phosphate_group_20(fn_phosphate_bond_18(X)) = fn_covalent_bond_15(X)
& fn_covalent_bond_15(X) = fn_phosphate_group_20(fn_phosphate_bond_18(X))
& fn_phosphate_group_20(fn_phosphate_bond_18(X)) = fn_phosphate_group_20(fn_phosphate_bond_18(X))
& fn_phosphate_group_20(fn_phosphate_bond_18(X)) = fn_phosphate_group_3(fn_phosphate_bond_18(X))
& fn_phosphate_group_3(fn_phosphate_bond_18(X)) = fn_phosphate_group_3(fn_phosphate_bond_18(X))
& fn_phosphate_group_3(fn_phosphate_bond_18(X)) = fn_covalent_bond_18(X)
& fn_covalent_bond_18(X) = fn_covalent_bond_18(X)
& fn_covalent_bond_18(X) = fn_covalent_bond_17(X)
& fn_covalent_bond_17(X) = fn_phosphate_group_35(fn_phosphate_bond_18(X))
& fn_phosphate_group_35(fn_phosphate_bond_18(X)) = fn_covalent_bond_17(X)
& fn_covalent_bond_17(X) = fn_covalent_bond_17(X)
& fn_covalent_bond_17(X) = fn_phosphate_group_36(fn_phosphate_bond_18(X))
& fn_phosphate_group_36(fn_phosphate_bond_18(X)) = fn_phosphate_group_36(fn_phosphate_bond_18(X))
& fn_phosphate_group_36(fn_phosphate_bond_18(X)) = fn_covalent_bond_14(X)
& fn_covalent_bond_14(X) = fn_covalent_bond_14(X)
& fn_phosphate_group_37(fn_phosphate_bond_18(X)) = fn_phosphate_group_37(fn_phosphate_bond_18(X)) ) ) ).
fof(a531654,axiom,
! [X] :
( phosphate_detergent_1(X)
=> ( original_name_2(X,'Phosphate-Detergent')
& user_description_2(X,'An organic compound containing phosphates, which has both polar and non-polar characteristics and used to soften hard water and help suspend dirt in water.')
& concept2words_2(X,tsp)
& concept2words_2(X,'detergent of phosphate')
& concept2words_2(X,'phosphate detergent')
& concept2words_2(X,'phosphate-detergent')
& amphipathic_molecule_1(X) ) ) ).
fof(a531655,axiom,
! [X] :
( phosphate_group_1(X)
=> ( original_name_2(X,'Phosphate-Group')
& user_description_2(X,'Phosphate group is an inorganic molecule which is made up of phosphorous and oxygen, It has two negative charge. It plays many important roles in biological reactions')
& concept2words_2(X,phosphate)
& concept2words_2(X,'group of phosphate')
& concept2words_2(X,'phosphate group')
& concept2words_2(X,'phosphate-group')
& functional_group_1(X)
& ~ acetyl_group_1(X)
& ~ amino_group_1(X)
& ~ carbonyl_group_1(X)
& ~ carboxyl_group_1(X)
& ~ hydroxyl_group_1(X)
& ~ methyl_group_1(X)
& hydrophilic_region_1(fn_phosphate_group_1(X))
& proton_1(fn_phosphate_group_2(X))
& electron_1(fn_phosphate_group_3(X))
& valence_electron_1(fn_phosphate_group_3(X))
& atomic_number_value_1(fn_phosphate_group_4(X))
& oxygen_1(fn_phosphate_group_5(X))
& entity_1(fn_phosphate_group_5(X))
& chemical_entity_1(fn_phosphate_group_5(X))
& atom_1(fn_phosphate_group_5(X))
& phosphorus_1(fn_phosphate_group_6(X))
& electronegativity_value_1(fn_phosphate_group_7(X))
& valence_electron_1(fn_phosphate_group_8(X))
& valence_electron_1(fn_phosphate_group_9(X))
& center_1(fn_phosphate_group_10(X))
& atomic_nucleus_1(fn_phosphate_group_11(X))
& center_1(fn_phosphate_group_12(X))
& electron_shell_1(fn_phosphate_group_13(X))
& atomic_nucleus_1(fn_phosphate_group_14(X))
& charge_value_1(fn_phosphate_group_15(X))
& electron_shell_1(fn_phosphate_group_16(X))
& center_1(fn_phosphate_group_17(X))
& atomic_nucleus_1(fn_phosphate_group_18(X))
& proton_1(fn_phosphate_group_19(X))
& electron_1(fn_phosphate_group_20(X))
& valence_electron_1(fn_phosphate_group_20(X))
& valence_electron_1(fn_phosphate_group_21(X))
& entity_1(fn_phosphate_group_22(X))
& chemical_entity_1(fn_phosphate_group_22(X))
& atom_1(fn_phosphate_group_22(X))
& oxygen_1(fn_phosphate_group_22(X))
& electronegativity_value_1(fn_phosphate_group_25(X))
& quantity_value_1(fn_phosphate_group_27(X))
& atomic_orbital_1(fn_phosphate_group_28(X))
& constant_motion_1(fn_phosphate_group_29(X))
& asymmetrical_distribution_1(fn_phosphate_group_30(X))
& attract_1(fn_phosphate_group_31(X))
& quantity_value_1(fn_phosphate_group_32(X))
& quantity_value_1(fn_phosphate_group_33(X))
& atomic_number_value_1(fn_phosphate_group_34(X))
& share_1(fn_phosphate_group_35(X))
& hold_together_1(fn_phosphate_group_36(X))
& single_bond_1(fn_phosphate_group_37(X))
& electron_1(fn_phosphate_group_38(X))
& valence_electron_1(fn_phosphate_group_38(X))
& share_1(fn_phosphate_group_39(X))
& hold_together_1(fn_phosphate_group_40(X))
& double_bond_1(fn_phosphate_group_41(X))
& property_node_1(fn_oxygen_6(fn_phosphate_group_5(X)))
& electronegativity_value_1(fn_oxygen_5(fn_phosphate_group_5(X)))
& electron_shell_1(fn_covalent_bond_12(fn_phosphate_group_37(X)))
& hold_together_1(fn_covalent_bond_14(fn_phosphate_group_37(X)))
& share_1(fn_covalent_bond_17(fn_phosphate_group_37(X)))
& property_node_1(fn_atom_6(fn_phosphate_group_22(X)))
& charge_value_1(fn_atom_7(fn_phosphate_group_22(X)))
& constant_motion_1(fn_covalent_bond_16(fn_phosphate_group_41(X)))
& asymmetrical_distribution_1(fn_covalent_bond_1(fn_phosphate_group_41(X)))
& atomic_orbital_1(fn_covalent_bond_13(fn_phosphate_group_41(X)))
& electron_1(fn_atomic_nucleus_8(fn_phosphate_group_11(X)))
& attract_1(fn_atomic_nucleus_7(fn_phosphate_group_18(X)))
& property_node_1(fn_oxygen_12(fn_phosphate_group_22(X)))
& property_node_1(fn_oxygen_14(fn_phosphate_group_22(X)))
& property_node_1(fn_oxygen_6(fn_phosphate_group_22(X)))
& electronegativity_value_1(fn_oxygen_5(fn_phosphate_group_22(X)))
& hold_together_1(fn_covalent_bond_14(fn_phosphate_group_41(X)))
& share_1(fn_covalent_bond_17(fn_phosphate_group_41(X)))
& property_node_1(fn_atomic_nucleus_6(fn_phosphate_group_14(X)))
& property_node_1(fn_atomic_nucleus_5(fn_phosphate_group_14(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_phosphate_group_14(X)))
& atom_1(fn_atomic_nucleus_4(fn_phosphate_group_14(X)))
& entity_1(fn_covalent_bond_19(fn_phosphate_group_37(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_phosphate_group_37(X)))
& atom_1(fn_covalent_bond_19(fn_phosphate_group_37(X)))
& electron_shell_1(fn_atom_9(fn_phosphate_group_22(X)))
& electron_shell_1(fn_covalent_bond_12(fn_phosphate_group_41(X)))
& electron_shell_1(fn_covalent_bond_11(fn_phosphate_group_41(X)))
& entity_1(fn_covalent_bond_20(fn_phosphate_group_37(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_phosphate_group_37(X)))
& atom_1(fn_covalent_bond_20(fn_phosphate_group_37(X)))
& atom_1(fn_atomic_nucleus_4(fn_phosphate_group_11(X)))
& electron_1(fn_atom_14(fn_phosphate_group_22(X)))
& property_node_1(fn_oxygen_9(fn_phosphate_group_22(X)))
& property_node_1(fn_oxygen_11(fn_phosphate_group_22(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_phosphate_group_18(X)))
& atomic_number_value_1(fn_oxygen_17(fn_phosphate_group_22(X)))
& quantity_value_1(fn_oxygen_7(fn_phosphate_group_22(X)))
& quantity_value_1(fn_oxygen_13(fn_phosphate_group_22(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_phosphate_group_18(X)))
& quantity_value_1(fn_oxygen_19(fn_phosphate_group_22(X)))
& proton_1(fn_atomic_nucleus_9(fn_phosphate_group_18(X)))
& proton_1(fn_oxygen_18(fn_phosphate_group_22(X)))
& entity_1(fn_covalent_bond_19(fn_phosphate_group_41(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_phosphate_group_41(X)))
& atom_1(fn_covalent_bond_19(fn_phosphate_group_41(X)))
& entity_1(fn_covalent_bond_20(fn_phosphate_group_41(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_phosphate_group_41(X)))
& atom_1(fn_covalent_bond_20(fn_phosphate_group_41(X)))
& atom_1(fn_atomic_nucleus_4(fn_phosphate_group_18(X)))
& valence_electron_1(fn_oxygen_8(fn_phosphate_group_22(X)))
& electron_1(fn_atomic_nucleus_8(fn_phosphate_group_18(X)))
& valence_electron_1(fn_oxygen_1(fn_phosphate_group_22(X)))
& center_1(fn_atomic_nucleus_3(fn_phosphate_group_11(X)))
& center_1(fn_atomic_nucleus_3(fn_phosphate_group_18(X)))
& center_1(fn_covalent_bond_23(fn_phosphate_group_41(X)))
& atomic_nucleus_1(fn_atom_18(fn_phosphate_group_22(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_phosphate_group_41(X)))
& valence_electron_1(fn_covalent_bond_15(fn_phosphate_group_41(X)))
& valence_electron_1(fn_covalent_bond_15(fn_phosphate_group_37(X)))
& valence_electron_1(fn_covalent_bond_18(fn_phosphate_group_37(X)))
& electron_1(fn_atomic_nucleus_8(fn_phosphate_group_14(X)))
& valence_electron_1(fn_covalent_bond_18(fn_phosphate_group_41(X)))
& center_1(fn_covalent_bond_23(fn_phosphate_group_37(X)))
& center_1(fn_covalent_bond_21(fn_phosphate_group_37(X)))
& center_1(fn_covalent_bond_21(fn_phosphate_group_41(X)))
& center_1(fn_atomic_nucleus_3(fn_phosphate_group_14(X)))
& atomic_number_value_1(fn_covalent_bond_6(fn_phosphate_group_37(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_phosphate_group_14(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_phosphate_group_37(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_phosphate_group_41(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_phosphate_group_37(X)))
& proton_1(fn_covalent_bond_4(fn_phosphate_group_37(X)))
& proton_1(fn_atomic_nucleus_9(fn_phosphate_group_14(X)))
& fn_phosphate_group_3(X) != fn_phosphate_group_38(X)
& is_inside_2(fn_phosphate_group_1(X),X)
& has_region_2(X,fn_phosphate_group_1(X))
& is_inside_2(fn_phosphate_group_5(X),X)
& is_inside_2(fn_phosphate_group_6(X),X)
& fn_phosphate_group_6(X) != fn_phosphate_group_22(X)
& the_scalar_value_2(fn_phosphate_group_7(X),high_0)
& scalar_unit_class_2(fn_phosphate_group_7(X),atom_0)
& fn_phosphate_group_8(X) != fn_phosphate_group_9(X)
& fn_phosphate_group_9(X) != fn_phosphate_group_8(X)
& the_cardinal_value_2(fn_phosphate_group_15(X),"-1.0e0")
& cardinal_unit_class_2(fn_phosphate_group_15(X),unity_0)
& fn_phosphate_group_20(X) != fn_phosphate_group_21(X)
& fn_phosphate_group_21(X) != fn_phosphate_group_20(X)
& is_inside_2(fn_phosphate_group_22(X),X)
& fn_phosphate_group_22(X) != fn_phosphate_group_6(X)
& the_scalar_value_2(fn_phosphate_group_25(X),high_0)
& scalar_unit_class_2(fn_phosphate_group_25(X),atom_0)
& is_between_2(fn_phosphate_group_37(X),fn_phosphate_group_22(X))
& fn_phosphate_group_38(X) != fn_phosphate_group_3(X)
& is_between_2(fn_phosphate_group_41(X),fn_phosphate_group_6(X))
& agent_2(fn_phosphate_group_36(X),fn_phosphate_group_37(X))
& electronegativity_2(fn_phosphate_group_5(X),fn_phosphate_group_7(X))
& object_2(fn_phosphate_group_36(X),fn_phosphate_group_6(X))
& agent_2(fn_phosphate_group_39(X),fn_phosphate_group_6(X))
& has_part_2(fn_phosphate_group_6(X),fn_phosphate_group_38(X))
& has_region_2(fn_phosphate_group_6(X),fn_phosphate_group_14(X))
& has_region_2(fn_phosphate_group_6(X),fn_phosphate_group_13(X))
& atomic_number_2(fn_phosphate_group_6(X),fn_phosphate_group_4(X))
& has_region_2(fn_phosphate_group_6(X),fn_phosphate_group_12(X))
& has_part_2(fn_phosphate_group_6(X),fn_phosphate_group_3(X))
& has_function_2(fn_phosphate_group_37(X),fn_phosphate_group_36(X))
& has_part_2(fn_phosphate_group_6(X),fn_phosphate_group_2(X))
& object_2(fn_phosphate_group_40(X),fn_phosphate_group_6(X))
& is_between_2(fn_phosphate_group_37(X),fn_phosphate_group_6(X))
& agent_2(fn_phosphate_group_35(X),fn_phosphate_group_6(X))
& result_2(fn_phosphate_group_35(X),fn_phosphate_group_37(X))
& fn_phosphate_group_5(X) != fn_phosphate_group_6(X)
& fn_phosphate_group_6(X) != fn_phosphate_group_5(X)
& charge_2(fn_phosphate_group_22(X),fn_phosphate_group_15(X))
& object_2(fn_phosphate_group_30(X),fn_phosphate_group_20(X))
& causes_2(fn_phosphate_group_29(X),fn_phosphate_group_30(X))
& object_2(fn_phosphate_group_29(X),fn_phosphate_group_20(X))
& has_region_2(fn_phosphate_group_16(X),fn_phosphate_group_28(X))
& is_inside_2(fn_phosphate_group_20(X),fn_phosphate_group_28(X))
& object_2(fn_phosphate_group_40(X),fn_phosphate_group_5(X))
& agent_2(fn_phosphate_group_39(X),fn_phosphate_group_5(X))
& agent_2(fn_phosphate_group_40(X),fn_phosphate_group_41(X))
& object_2(fn_phosphate_group_36(X),fn_phosphate_group_22(X))
& agent_2(fn_phosphate_group_35(X),fn_phosphate_group_22(X))
& object_2(fn_phosphate_group_35(X),fn_phosphate_group_38(X))
& has_part_2(fn_phosphate_group_5(X),fn_phosphate_group_8(X))
& object_2(fn_phosphate_group_39(X),fn_phosphate_group_8(X))
& is_between_2(fn_phosphate_group_41(X),fn_phosphate_group_5(X))
& fn_phosphate_group_5(X) != fn_phosphate_group_22(X)
& has_region_2(fn_phosphate_group_22(X),fn_phosphate_group_16(X))
& fn_phosphate_group_22(X) != fn_phosphate_group_5(X)
& fn_phosphate_group_13(X) != fn_phosphate_group_16(X)
& fn_phosphate_group_16(X) != fn_phosphate_group_13(X)
& has_region_2(fn_phosphate_group_22(X),fn_phosphate_group_17(X))
& has_region_2(fn_phosphate_group_22(X),fn_phosphate_group_18(X))
& is_at_2(fn_phosphate_group_11(X),fn_phosphate_group_10(X))
& has_region_2(fn_phosphate_group_5(X),fn_phosphate_group_10(X))
& has_region_2(fn_phosphate_group_5(X),fn_phosphate_group_11(X))
& is_near_2(fn_phosphate_group_9(X),fn_phosphate_group_11(X))
& is_near_2(fn_phosphate_group_11(X),fn_phosphate_group_9(X))
& is_inside_2(fn_phosphate_group_19(X),fn_phosphate_group_18(X))
& agent_2(fn_phosphate_group_31(X),fn_phosphate_group_19(X))
& object_2(fn_phosphate_group_31(X),fn_phosphate_group_20(X))
& is_near_2(fn_phosphate_group_21(X),fn_phosphate_group_18(X))
& is_near_2(fn_phosphate_group_18(X),fn_phosphate_group_21(X))
& called_2(fn_phosphate_group_33(X),'Number_Proton')
& called_2(fn_phosphate_group_32(X),'Number_Electron')
& electronegativity_2(fn_phosphate_group_22(X),fn_phosphate_group_25(X))
& quantity_2(fn_phosphate_group_20(X),fn_phosphate_group_32(X))
& has_part_2(fn_phosphate_group_22(X),fn_phosphate_group_20(X))
& atomic_number_2(fn_phosphate_group_22(X),fn_phosphate_group_34(X))
& called_2(fn_phosphate_group_34(X),'Atomic_Number')
& has_part_2(fn_phosphate_group_22(X),fn_phosphate_group_19(X))
& quantity_2(fn_phosphate_group_19(X),fn_phosphate_group_33(X))
& fn_phosphate_group_33(X) = fn_phosphate_group_34(X)
& fn_phosphate_group_32(X) = fn_phosphate_group_33(X)
& fn_phosphate_group_33(X) = fn_phosphate_group_32(X)
& fn_phosphate_group_34(X) = fn_phosphate_group_33(X)
& has_function_2(fn_phosphate_group_41(X),fn_phosphate_group_40(X))
& is_near_2(fn_phosphate_group_14(X),fn_phosphate_group_38(X))
& is_near_2(fn_phosphate_group_38(X),fn_phosphate_group_14(X))
& is_near_2(fn_phosphate_group_20(X),fn_phosphate_group_18(X))
& object_2(fn_phosphate_group_35(X),fn_phosphate_group_20(X))
& is_near_2(fn_phosphate_group_18(X),fn_phosphate_group_20(X))
& fn_phosphate_group_18(X) != fn_phosphate_group_14(X)
& is_at_2(fn_phosphate_group_18(X),fn_phosphate_group_17(X))
& fn_phosphate_group_17(X) != fn_phosphate_group_12(X)
& fn_phosphate_group_12(X) != fn_phosphate_group_10(X)
& fn_phosphate_group_14(X) != fn_phosphate_group_18(X)
& fn_phosphate_group_12(X) != fn_phosphate_group_17(X)
& fn_phosphate_group_10(X) != fn_phosphate_group_12(X)
& result_2(fn_phosphate_group_39(X),fn_phosphate_group_41(X))
& object_2(fn_phosphate_group_39(X),fn_phosphate_group_3(X))
& is_near_2(fn_phosphate_group_3(X),fn_phosphate_group_14(X))
& fn_phosphate_group_14(X) != fn_phosphate_group_11(X)
& is_near_2(fn_phosphate_group_11(X),fn_phosphate_group_8(X))
& is_near_2(fn_phosphate_group_14(X),fn_phosphate_group_3(X))
& fn_phosphate_group_11(X) != fn_phosphate_group_14(X)
& is_near_2(fn_phosphate_group_8(X),fn_phosphate_group_11(X))
& is_at_2(fn_phosphate_group_14(X),fn_phosphate_group_12(X))
& called_2(fn_phosphate_group_4(X),'Atomic_Number')
& is_inside_2(fn_phosphate_group_2(X),fn_phosphate_group_14(X))
& quantity_2(fn_phosphate_group_2(X),fn_phosphate_group_27(X))
& called_2(fn_phosphate_group_27(X),'Number_Proton')
& fn_phosphate_group_4(X) = fn_phosphate_group_27(X)
& fn_phosphate_group_27(X) = fn_phosphate_group_4(X)
& fn_phosphate_group_23(X) = fn_oxygen_6(fn_phosphate_group_5(X))
& fn_phosphate_group_7(X) = fn_oxygen_5(fn_phosphate_group_5(X))
& fn_phosphate_group_39(X) = fn_covalent_bond_17(fn_phosphate_group_37(X))
& fn_phosphate_group_6(X) = fn_atomic_nucleus_4(fn_phosphate_group_14(X))
& fn_phosphate_group_14(X) = fn_covalent_bond_22(fn_phosphate_group_37(X))
& fn_phosphate_group_13(X) = fn_covalent_bond_12(fn_phosphate_group_37(X))
& fn_phosphate_group_4(X) = fn_covalent_bond_6(fn_phosphate_group_37(X))
& fn_phosphate_group_12(X) = fn_covalent_bond_21(fn_phosphate_group_37(X))
& fn_phosphate_group_3(X) = fn_covalent_bond_18(fn_phosphate_group_37(X))
& fn_phosphate_group_36(X) = fn_covalent_bond_14(fn_phosphate_group_37(X))
& fn_phosphate_group_2(X) = fn_covalent_bond_4(fn_phosphate_group_37(X))
& fn_phosphate_group_40(X) = fn_covalent_bond_14(fn_phosphate_group_37(X))
& fn_phosphate_group_35(X) = fn_covalent_bond_17(fn_phosphate_group_37(X))
& fn_phosphate_group_5(X) = fn_covalent_bond_20(fn_phosphate_group_37(X))
& fn_phosphate_group_6(X) = fn_covalent_bond_20(fn_phosphate_group_37(X))
& fn_phosphate_group_6(X) = fn_covalent_bond_19(fn_phosphate_group_37(X))
& fn_phosphate_group_24(X) = fn_atom_6(fn_phosphate_group_22(X))
& fn_phosphate_group_15(X) = fn_atom_7(fn_phosphate_group_22(X))
& fn_phosphate_group_29(X) = fn_covalent_bond_16(fn_phosphate_group_41(X))
& fn_phosphate_group_30(X) = fn_covalent_bond_1(fn_phosphate_group_41(X))
& fn_phosphate_group_20(X) = fn_covalent_bond_18(fn_phosphate_group_41(X))
& fn_phosphate_group_28(X) = fn_covalent_bond_13(fn_phosphate_group_41(X))
& fn_phosphate_group_36(X) = fn_covalent_bond_14(fn_phosphate_group_41(X))
& fn_phosphate_group_38(X) = fn_covalent_bond_15(fn_phosphate_group_41(X))
& fn_phosphate_group_8(X) = fn_covalent_bond_18(fn_phosphate_group_41(X))
& fn_phosphate_group_13(X) = fn_covalent_bond_12(fn_phosphate_group_41(X))
& fn_phosphate_group_16(X) = fn_atom_9(fn_phosphate_group_22(X))
& fn_phosphate_group_16(X) = fn_covalent_bond_12(fn_phosphate_group_41(X))
& fn_phosphate_group_16(X) = fn_covalent_bond_11(fn_phosphate_group_41(X))
& fn_phosphate_group_22(X) = fn_covalent_bond_19(fn_phosphate_group_41(X))
& fn_phosphate_group_22(X) = fn_covalent_bond_20(fn_phosphate_group_41(X))
& fn_phosphate_group_5(X) = fn_covalent_bond_20(fn_phosphate_group_41(X))
& fn_phosphate_group_5(X) = fn_covalent_bond_19(fn_phosphate_group_41(X))
& fn_phosphate_group_5(X) = fn_atomic_nucleus_4(fn_phosphate_group_11(X))
& fn_phosphate_group_10(X) = fn_atomic_nucleus_3(fn_phosphate_group_11(X))
& fn_phosphate_group_9(X) = fn_atomic_nucleus_8(fn_phosphate_group_11(X))
& fn_phosphate_group_20(X) = fn_atomic_nucleus_8(fn_phosphate_group_18(X))
& fn_phosphate_group_31(X) = fn_atomic_nucleus_7(fn_phosphate_group_18(X))
& fn_phosphate_group_18(X) = fn_atom_18(fn_phosphate_group_22(X))
& fn_phosphate_group_21(X) = fn_atom_14(fn_phosphate_group_22(X))
& fn_phosphate_group_21(X) = fn_atomic_nucleus_8(fn_phosphate_group_18(X))
& fn_phosphate_group_43(X) = fn_oxygen_9(fn_phosphate_group_22(X))
& fn_phosphate_group_43(X) = fn_oxygen_11(fn_phosphate_group_22(X))
& fn_phosphate_group_44(X) = fn_oxygen_12(fn_phosphate_group_22(X))
& fn_phosphate_group_45(X) = fn_oxygen_14(fn_phosphate_group_22(X))
& fn_phosphate_group_26(X) = fn_oxygen_6(fn_phosphate_group_22(X))
& fn_phosphate_group_25(X) = fn_oxygen_5(fn_phosphate_group_22(X))
& fn_phosphate_group_20(X) = fn_oxygen_8(fn_phosphate_group_22(X))
& fn_phosphate_group_32(X) = fn_oxygen_7(fn_phosphate_group_22(X))
& fn_phosphate_group_20(X) = fn_oxygen_1(fn_phosphate_group_22(X))
& fn_phosphate_group_34(X) = fn_atomic_nucleus_1(fn_phosphate_group_18(X))
& fn_phosphate_group_34(X) = fn_oxygen_17(fn_phosphate_group_22(X))
& fn_phosphate_group_32(X) = fn_oxygen_13(fn_phosphate_group_22(X))
& fn_phosphate_group_33(X) = fn_atomic_nucleus_2(fn_phosphate_group_18(X))
& fn_phosphate_group_33(X) = fn_oxygen_19(fn_phosphate_group_22(X))
& fn_phosphate_group_22(X) = fn_atomic_nucleus_4(fn_phosphate_group_18(X))
& fn_phosphate_group_19(X) = fn_atomic_nucleus_9(fn_phosphate_group_18(X))
& fn_phosphate_group_19(X) = fn_oxygen_18(fn_phosphate_group_22(X))
& fn_phosphate_group_40(X) = fn_covalent_bond_14(fn_phosphate_group_41(X))
& fn_phosphate_group_38(X) = fn_atomic_nucleus_8(fn_phosphate_group_14(X))
& fn_phosphate_group_38(X) = fn_covalent_bond_18(fn_phosphate_group_41(X))
& fn_phosphate_group_35(X) = fn_covalent_bond_17(fn_phosphate_group_41(X))
& fn_phosphate_group_20(X) = fn_covalent_bond_15(fn_phosphate_group_41(X))
& fn_phosphate_group_10(X) = fn_covalent_bond_23(fn_phosphate_group_41(X))
& fn_phosphate_group_12(X) = fn_covalent_bond_21(fn_phosphate_group_41(X))
& fn_phosphate_group_17(X) = fn_atomic_nucleus_3(fn_phosphate_group_18(X))
& fn_phosphate_group_17(X) = fn_covalent_bond_23(fn_phosphate_group_41(X))
& fn_phosphate_group_18(X) = fn_covalent_bond_24(fn_phosphate_group_41(X))
& fn_phosphate_group_8(X) = fn_covalent_bond_15(fn_phosphate_group_41(X))
& fn_phosphate_group_11(X) = fn_covalent_bond_24(fn_phosphate_group_41(X))
& fn_phosphate_group_3(X) = fn_covalent_bond_15(fn_phosphate_group_37(X))
& fn_phosphate_group_3(X) = fn_atomic_nucleus_8(fn_phosphate_group_14(X))
& fn_phosphate_group_14(X) = fn_covalent_bond_22(fn_phosphate_group_41(X))
& fn_phosphate_group_3(X) = fn_covalent_bond_18(fn_phosphate_group_41(X))
& fn_phosphate_group_39(X) = fn_covalent_bond_17(fn_phosphate_group_41(X))
& fn_phosphate_group_14(X) = fn_covalent_bond_24(fn_phosphate_group_37(X))
& fn_phosphate_group_12(X) = fn_covalent_bond_23(fn_phosphate_group_37(X))
& fn_phosphate_group_12(X) = fn_atomic_nucleus_3(fn_phosphate_group_14(X))
& fn_phosphate_group_42(X) = fn_atomic_nucleus_6(fn_phosphate_group_14(X))
& fn_phosphate_group_46(X) = fn_atomic_nucleus_5(fn_phosphate_group_14(X))
& fn_phosphate_group_4(X) = fn_atomic_nucleus_1(fn_phosphate_group_14(X))
& fn_phosphate_group_27(X) = fn_atomic_nucleus_2(fn_phosphate_group_14(X))
& fn_phosphate_group_2(X) = fn_atomic_nucleus_9(fn_phosphate_group_14(X))
& fn_atomic_nucleus_4(fn_phosphate_group_14(X)) = fn_covalent_bond_20(fn_phosphate_group_37(X))
& fn_covalent_bond_20(fn_phosphate_group_37(X)) = fn_atomic_nucleus_4(fn_phosphate_group_14(X))
& fn_atomic_nucleus_4(fn_phosphate_group_14(X)) = fn_atomic_nucleus_4(fn_phosphate_group_14(X))
& fn_atomic_nucleus_4(fn_phosphate_group_14(X)) = fn_covalent_bond_19(fn_phosphate_group_37(X))
& fn_covalent_bond_19(fn_phosphate_group_37(X)) = fn_covalent_bond_19(fn_phosphate_group_37(X))
& fn_covalent_bond_19(fn_phosphate_group_37(X)) = fn_covalent_bond_12(fn_phosphate_group_41(X))
& fn_covalent_bond_12(fn_phosphate_group_41(X)) = fn_atom_9(fn_phosphate_group_22(X))
& fn_atom_9(fn_phosphate_group_22(X)) = fn_covalent_bond_12(fn_phosphate_group_41(X))
& fn_covalent_bond_12(fn_phosphate_group_41(X)) = fn_covalent_bond_12(fn_phosphate_group_41(X))
& fn_covalent_bond_11(fn_phosphate_group_41(X)) = fn_covalent_bond_11(fn_phosphate_group_41(X))
& fn_covalent_bond_11(fn_phosphate_group_41(X)) = fn_covalent_bond_12(fn_phosphate_group_41(X))
& fn_covalent_bond_12(fn_phosphate_group_41(X)) = fn_covalent_bond_11(fn_phosphate_group_41(X))
& fn_covalent_bond_11(fn_phosphate_group_41(X)) = fn_covalent_bond_20(fn_phosphate_group_37(X))
& fn_covalent_bond_20(fn_phosphate_group_37(X)) = fn_covalent_bond_20(fn_phosphate_group_37(X))
& fn_covalent_bond_20(fn_phosphate_group_37(X)) = fn_covalent_bond_19(fn_phosphate_group_41(X))
& fn_covalent_bond_19(fn_phosphate_group_41(X)) = fn_covalent_bond_19(fn_phosphate_group_41(X))
& fn_covalent_bond_19(fn_phosphate_group_41(X)) = fn_atomic_nucleus_4(fn_phosphate_group_11(X))
& fn_atomic_nucleus_4(fn_phosphate_group_11(X)) = fn_atomic_nucleus_4(fn_phosphate_group_11(X))
& fn_atomic_nucleus_4(fn_phosphate_group_11(X)) = fn_atom_14(fn_phosphate_group_22(X))
& fn_atomic_nucleus_8(fn_phosphate_group_18(X)) = fn_atom_14(fn_phosphate_group_22(X))
& fn_atom_14(fn_phosphate_group_22(X)) = fn_atomic_nucleus_8(fn_phosphate_group_18(X))
& fn_atomic_nucleus_8(fn_phosphate_group_18(X)) = fn_oxygen_9(fn_phosphate_group_22(X))
& fn_oxygen_9(fn_phosphate_group_22(X)) = fn_oxygen_11(fn_phosphate_group_22(X))
& fn_oxygen_11(fn_phosphate_group_22(X)) = fn_oxygen_17(fn_phosphate_group_22(X))
& fn_oxygen_17(fn_phosphate_group_22(X)) = fn_oxygen_17(fn_phosphate_group_22(X))
& fn_oxygen_17(fn_phosphate_group_22(X)) = fn_atomic_nucleus_1(fn_phosphate_group_18(X))
& fn_atomic_nucleus_1(fn_phosphate_group_18(X)) = fn_oxygen_17(fn_phosphate_group_22(X))
& fn_oxygen_17(fn_phosphate_group_22(X)) = fn_oxygen_7(fn_phosphate_group_22(X))
& fn_oxygen_13(fn_phosphate_group_22(X)) = fn_oxygen_7(fn_phosphate_group_22(X))
& fn_oxygen_7(fn_phosphate_group_22(X)) = fn_oxygen_13(fn_phosphate_group_22(X))
& fn_oxygen_13(fn_phosphate_group_22(X)) = fn_oxygen_13(fn_phosphate_group_22(X))
& fn_oxygen_13(fn_phosphate_group_22(X)) = fn_oxygen_19(fn_phosphate_group_22(X))
& fn_oxygen_19(fn_phosphate_group_22(X)) = fn_oxygen_19(fn_phosphate_group_22(X))
& fn_oxygen_19(fn_phosphate_group_22(X)) = fn_atomic_nucleus_2(fn_phosphate_group_18(X))
& fn_atomic_nucleus_2(fn_phosphate_group_18(X)) = fn_oxygen_19(fn_phosphate_group_22(X))
& fn_oxygen_19(fn_phosphate_group_22(X)) = fn_atomic_nucleus_9(fn_phosphate_group_18(X))
& fn_atomic_nucleus_9(fn_phosphate_group_18(X)) = fn_atomic_nucleus_9(fn_phosphate_group_18(X))
& fn_oxygen_18(fn_phosphate_group_22(X)) = fn_atomic_nucleus_9(fn_phosphate_group_18(X))
& fn_atomic_nucleus_9(fn_phosphate_group_18(X)) = fn_oxygen_18(fn_phosphate_group_22(X))
& fn_oxygen_18(fn_phosphate_group_22(X)) = fn_covalent_bond_20(fn_phosphate_group_41(X))
& fn_covalent_bond_20(fn_phosphate_group_41(X)) = fn_covalent_bond_19(fn_phosphate_group_41(X))
& fn_covalent_bond_19(fn_phosphate_group_41(X)) = fn_covalent_bond_20(fn_phosphate_group_41(X))
& fn_covalent_bond_20(fn_phosphate_group_41(X)) = fn_covalent_bond_20(fn_phosphate_group_41(X))
& fn_covalent_bond_20(fn_phosphate_group_41(X)) = fn_atomic_nucleus_4(fn_phosphate_group_18(X))
& fn_atomic_nucleus_4(fn_phosphate_group_18(X)) = fn_atomic_nucleus_4(fn_phosphate_group_18(X))
& fn_atomic_nucleus_4(fn_phosphate_group_18(X)) = fn_atomic_nucleus_8(fn_phosphate_group_14(X))
& fn_covalent_bond_15(fn_phosphate_group_41(X)) = fn_atomic_nucleus_8(fn_phosphate_group_14(X))
& fn_atomic_nucleus_8(fn_phosphate_group_14(X)) = fn_covalent_bond_15(fn_phosphate_group_41(X))
& fn_covalent_bond_15(fn_phosphate_group_41(X)) = fn_covalent_bond_18(fn_phosphate_group_41(X))
& fn_covalent_bond_18(fn_phosphate_group_41(X)) = fn_oxygen_8(fn_phosphate_group_22(X))
& fn_atomic_nucleus_8(fn_phosphate_group_18(X)) = fn_oxygen_8(fn_phosphate_group_22(X))
& fn_oxygen_8(fn_phosphate_group_22(X)) = fn_oxygen_8(fn_phosphate_group_22(X))
& fn_oxygen_8(fn_phosphate_group_22(X)) = fn_atomic_nucleus_8(fn_phosphate_group_18(X))
& fn_atomic_nucleus_8(fn_phosphate_group_18(X)) = fn_oxygen_1(fn_phosphate_group_22(X))
& fn_oxygen_1(fn_phosphate_group_22(X)) = fn_oxygen_1(fn_phosphate_group_22(X))
& fn_oxygen_1(fn_phosphate_group_22(X)) = fn_covalent_bond_15(fn_phosphate_group_41(X))
& fn_covalent_bond_15(fn_phosphate_group_41(X)) = fn_covalent_bond_15(fn_phosphate_group_41(X))
& fn_covalent_bond_15(fn_phosphate_group_41(X)) = fn_atomic_nucleus_3(fn_phosphate_group_11(X))
& fn_atomic_nucleus_3(fn_phosphate_group_11(X)) = fn_atomic_nucleus_3(fn_phosphate_group_11(X))
& fn_atomic_nucleus_3(fn_phosphate_group_11(X)) = fn_covalent_bond_23(fn_phosphate_group_41(X))
& fn_covalent_bond_23(fn_phosphate_group_41(X)) = fn_atomic_nucleus_3(fn_phosphate_group_18(X))
& fn_atomic_nucleus_3(fn_phosphate_group_18(X)) = fn_covalent_bond_23(fn_phosphate_group_41(X))
& fn_covalent_bond_23(fn_phosphate_group_41(X)) = fn_atom_18(fn_phosphate_group_22(X))
& fn_atom_18(fn_phosphate_group_22(X)) = fn_atom_18(fn_phosphate_group_22(X))
& fn_atom_18(fn_phosphate_group_22(X)) = fn_covalent_bond_24(fn_phosphate_group_41(X))
& fn_covalent_bond_24(fn_phosphate_group_41(X)) = fn_covalent_bond_24(fn_phosphate_group_41(X))
& fn_covalent_bond_24(fn_phosphate_group_41(X)) = fn_covalent_bond_18(fn_phosphate_group_41(X))
& fn_covalent_bond_18(fn_phosphate_group_41(X)) = fn_covalent_bond_15(fn_phosphate_group_41(X))
& fn_covalent_bond_15(fn_phosphate_group_41(X)) = fn_covalent_bond_15(fn_phosphate_group_37(X))
& fn_covalent_bond_15(fn_phosphate_group_37(X)) = fn_covalent_bond_15(fn_phosphate_group_37(X))
& fn_covalent_bond_15(fn_phosphate_group_37(X)) = fn_atomic_nucleus_8(fn_phosphate_group_14(X))
& fn_atomic_nucleus_8(fn_phosphate_group_14(X)) = fn_covalent_bond_18(fn_phosphate_group_37(X))
& fn_covalent_bond_18(fn_phosphate_group_37(X)) = fn_atomic_nucleus_8(fn_phosphate_group_14(X))
& fn_atomic_nucleus_8(fn_phosphate_group_14(X)) = fn_covalent_bond_18(fn_phosphate_group_41(X))
& fn_covalent_bond_18(fn_phosphate_group_41(X)) = fn_covalent_bond_18(fn_phosphate_group_41(X))
& fn_covalent_bond_18(fn_phosphate_group_41(X)) = fn_covalent_bond_23(fn_phosphate_group_37(X))
& fn_covalent_bond_21(fn_phosphate_group_41(X)) = fn_covalent_bond_23(fn_phosphate_group_37(X))
& fn_covalent_bond_23(fn_phosphate_group_37(X)) = fn_covalent_bond_21(fn_phosphate_group_37(X))
& fn_covalent_bond_21(fn_phosphate_group_37(X)) = fn_covalent_bond_21(fn_phosphate_group_41(X))
& fn_covalent_bond_21(fn_phosphate_group_41(X)) = fn_covalent_bond_21(fn_phosphate_group_41(X))
& fn_covalent_bond_21(fn_phosphate_group_41(X)) = fn_atomic_nucleus_3(fn_phosphate_group_14(X))
& fn_atomic_nucleus_3(fn_phosphate_group_14(X)) = fn_covalent_bond_6(fn_phosphate_group_37(X))
& fn_covalent_bond_6(fn_phosphate_group_37(X)) = fn_atomic_nucleus_1(fn_phosphate_group_14(X))
& fn_atomic_nucleus_1(fn_phosphate_group_14(X)) = fn_atomic_nucleus_1(fn_phosphate_group_14(X))
& fn_atomic_nucleus_1(fn_phosphate_group_14(X)) = fn_covalent_bond_22(fn_phosphate_group_37(X))
& fn_covalent_bond_22(fn_phosphate_group_37(X)) = fn_covalent_bond_22(fn_phosphate_group_41(X))
& fn_covalent_bond_22(fn_phosphate_group_41(X)) = fn_covalent_bond_22(fn_phosphate_group_41(X))
& fn_covalent_bond_24(fn_phosphate_group_37(X)) = fn_covalent_bond_22(fn_phosphate_group_41(X))
& fn_covalent_bond_22(fn_phosphate_group_41(X)) = fn_covalent_bond_24(fn_phosphate_group_37(X))
& fn_covalent_bond_24(fn_phosphate_group_37(X)) = fn_covalent_bond_4(fn_phosphate_group_37(X))
& fn_covalent_bond_4(fn_phosphate_group_37(X)) = fn_atomic_nucleus_9(fn_phosphate_group_14(X))
& fn_atomic_nucleus_9(fn_phosphate_group_14(X)) = fn_atomic_nucleus_9(fn_phosphate_group_14(X)) ) ) ).
fof(a531656,axiom,
! [X] :
( phosphate_ion_1(X)
=> ( original_name_2(X,'Phosphate-Ion')
& user_description_2(X,'Polyatomic ion of phosphorus with a charge of minus 3')
& concept2words_2(X,'inorganic phosphate')
& concept2words_2(X,'inorganic-phosphate')
& concept2words_2(X,phosphate)
& concept2words_2(X,'(hopo3)2-')
& concept2words_2(X,pi)
& concept2words_2(X,'ion of phosphate')
& concept2words_2(X,'phosphate ion')
& concept2words_2(X,'phosphate-ion')
& polyatomic_ion_1(X)
& anion_1(X)
& ~ malonate_1(X)
& ~ carbonate_ion_1(X)
& ~ cl_minus_1(X)
& ~ azide_1(X)
& ~ sulfide_1(X)
& ~ sulfate_1(X)
& ~ bicarbonate_ion_1(X)
& ~ organic_anion_1(X)
& charge_value_1(fn_phosphate_ion_2(X))
& phosphorus_1(fn_phosphate_ion_3(X))
& oxygen_1(fn_phosphate_ion_4(X))
& the_cardinal_value_2(fn_phosphate_ion_2(X),"-3.0e0")
& cardinal_unit_class_2(fn_phosphate_ion_2(X),unity_0)
& exactCardinality(X,has_part_0,"4",oxygen_0)
& has_part_2(X,fn_phosphate_ion_4(X))
& has_part_2(X,fn_phosphate_ion_3(X))
& charge_2(X,fn_phosphate_ion_2(X))
& fn_phosphate_ion_4(X) = fn_polyatomic_ion_1(X)
& fn_phosphate_ion_3(X) = fn_polyatomic_ion_2(X)
& fn_phosphate_ion_1(X) = fn_anion_7(X)
& fn_phosphate_ion_2(X) = fn_anion_6(X) ) ) ).
fof(a531657,axiom,
! [X] :
( phosphatidylcholine_1(X)
=> ( original_name_2(X,'Phosphatidylcholine')
& user_description_2(X,'A phospholipid that is a major component of cellular membranes and functions in the transport of lipoproteins in tissues. It contains a choline group.')
& concept2words_2(X,phosphatidylcholine)
& phospholipid_1(X)
& shape_value_1(fn_phosphatidylcholine_2(X))
& choline_1(fn_phosphatidylcholine_3(X))
& share_1(fn_phosphatidylcholine_4(X))
& share_1(fn_phosphatidylcholine_5(X))
& share_1(fn_phosphatidylcholine_6(X))
& entity_1(fn_phosphatidylcholine_7(X))
& electron_1(fn_phosphatidylcholine_7(X))
& valence_electron_1(fn_phosphatidylcholine_7(X))
& fatty_acid_tail_1(fn_phosphatidylcholine_8(X))
& hydrophilic_head_1(fn_phosphatidylcholine_9(X))
& entity_1(fn_phosphatidylcholine_10(X))
& electron_1(fn_phosphatidylcholine_10(X))
& valence_electron_1(fn_phosphatidylcholine_10(X))
& atomic_orbital_1(fn_phosphatidylcholine_11(X))
& entity_1(fn_phosphatidylcholine_12(X))
& tangible_entity_1(fn_phosphatidylcholine_12(X))
& electron_1(fn_phosphatidylcholine_12(X))
& valence_electron_1(fn_phosphatidylcholine_12(X))
& share_1(fn_phosphatidylcholine_13(X))
& chemical_bond_1(fn_phosphatidylcholine_14(X))
& ester_linkage_1(fn_phosphatidylcholine_14(X))
& covalent_bond_1(fn_phosphatidylcholine_14(X))
& entity_1(fn_phosphatidylcholine_15(X))
& tangible_entity_1(fn_phosphatidylcholine_15(X))
& electron_1(fn_phosphatidylcholine_15(X))
& valence_electron_1(fn_phosphatidylcholine_15(X))
& share_1(fn_phosphatidylcholine_16(X))
& share_1(fn_phosphatidylcholine_17(X))
& atomic_nucleus_1(fn_phosphatidylcholine_18(X))
& share_1(fn_phosphatidylcholine_19(X))
& share_1(fn_phosphatidylcholine_20(X))
& share_1(fn_phosphatidylcholine_21(X))
& share_1(fn_phosphatidylcholine_22(X))
& share_1(fn_phosphatidylcholine_23(X))
& share_1(fn_phosphatidylcholine_24(X))
& share_1(fn_covalent_bond_17(fn_phosphatidylcholine_14(X)))
& entity_1(fn_share_2(fn_phosphatidylcholine_13(X)))
& electron_1(fn_atomic_nucleus_8(fn_phosphatidylcholine_18(X)))
& entity_1(fn_share_2(fn_phosphatidylcholine_19(X)))
& entity_1(fn_share_2(fn_phosphatidylcholine_20(X)))
& entity_1(fn_share_2(fn_phosphatidylcholine_22(X)))
& entity_1(fn_share_2(fn_phosphatidylcholine_23(X)))
& entity_1(fn_share_2(fn_phosphatidylcholine_6(X)))
& atomic_orbital_1(fn_covalent_bond_13(fn_phosphatidylcholine_14(X)))
& entity_1(fn_share_2(fn_phosphatidylcholine_17(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_phosphatidylcholine_14(X)))
& entity_1(fn_share_2(fn_phosphatidylcholine_21(X)))
& entity_1(fn_share_2(fn_phosphatidylcholine_16(X)))
& valence_electron_1(fn_covalent_bond_18(fn_phosphatidylcholine_14(X)))
& is_at_2(fn_phosphatidylcholine_3(X),fn_phosphatidylcholine_9(X))
& has_part_2(X,fn_phosphatidylcholine_3(X))
& the_categorical_value_2(fn_phosphatidylcholine_2(X),kink_0)
& shape_2(fn_phosphatidylcholine_8(X),fn_phosphatidylcholine_2(X))
& result_2(fn_phosphatidylcholine_16(X),fn_phosphatidylcholine_14(X))
& object_2(fn_phosphatidylcholine_19(X),fn_phosphatidylcholine_15(X))
& object_2(fn_phosphatidylcholine_20(X),fn_phosphatidylcholine_10(X))
& result_2(fn_phosphatidylcholine_20(X),fn_phosphatidylcholine_14(X))
& result_2(fn_phosphatidylcholine_21(X),fn_phosphatidylcholine_14(X))
& object_2(fn_phosphatidylcholine_22(X),fn_phosphatidylcholine_12(X))
& object_2(fn_phosphatidylcholine_23(X),fn_phosphatidylcholine_10(X))
& object_2(fn_phosphatidylcholine_19(X),fn_phosphatidylcholine_7(X))
& object_2(fn_phosphatidylcholine_20(X),fn_phosphatidylcholine_7(X))
& object_2(fn_phosphatidylcholine_17(X),fn_phosphatidylcholine_12(X))
& object_2(fn_phosphatidylcholine_21(X),fn_phosphatidylcholine_10(X))
& object_2(fn_phosphatidylcholine_16(X),fn_phosphatidylcholine_10(X))
& object_2(fn_phosphatidylcholine_22(X),fn_phosphatidylcholine_7(X))
& object_2(fn_phosphatidylcholine_13(X),fn_phosphatidylcholine_15(X))
& object_2(fn_phosphatidylcholine_23(X),fn_phosphatidylcholine_7(X))
& object_2(fn_phosphatidylcholine_6(X),fn_phosphatidylcholine_7(X))
& is_near_2(fn_phosphatidylcholine_15(X),fn_phosphatidylcholine_18(X))
& is_near_2(fn_phosphatidylcholine_18(X),fn_phosphatidylcholine_15(X))
& has_region_2(X,fn_phosphatidylcholine_8(X))
& has_region_2(X,fn_phosphatidylcholine_9(X))
& result_2(fn_phosphatidylcholine_23(X),fn_phosphatidylcholine_14(X))
& object_2(fn_phosphatidylcholine_6(X),fn_phosphatidylcholine_12(X))
& result_2(fn_phosphatidylcholine_13(X),fn_phosphatidylcholine_14(X))
& called_2(fn_phosphatidylcholine_14(X),'EL1')
& object_2(fn_phosphatidylcholine_13(X),fn_phosphatidylcholine_10(X))
& object_2(fn_phosphatidylcholine_13(X),fn_phosphatidylcholine_7(X))
& object_2(fn_phosphatidylcholine_17(X),fn_phosphatidylcholine_7(X))
& object_2(fn_phosphatidylcholine_17(X),fn_phosphatidylcholine_15(X))
& is_inside_2(fn_phosphatidylcholine_15(X),fn_phosphatidylcholine_11(X))
& result_2(fn_phosphatidylcholine_24(X),fn_phosphatidylcholine_14(X))
& object_2(fn_phosphatidylcholine_24(X),fn_phosphatidylcholine_10(X))
& fn_phosphatidylcholine_12(X) != fn_phosphatidylcholine_10(X)
& fn_phosphatidylcholine_12(X) != fn_phosphatidylcholine_15(X)
& fn_phosphatidylcholine_15(X) != fn_phosphatidylcholine_10(X)
& fn_phosphatidylcholine_10(X) != fn_phosphatidylcholine_12(X)
& fn_phosphatidylcholine_15(X) != fn_phosphatidylcholine_12(X)
& fn_phosphatidylcholine_10(X) != fn_phosphatidylcholine_15(X)
& object_2(fn_phosphatidylcholine_5(X),fn_phosphatidylcholine_7(X))
& fn_phosphatidylcholine_15(X) != fn_phosphatidylcholine_7(X)
& fn_phosphatidylcholine_7(X) != fn_phosphatidylcholine_15(X)
& fn_phosphatidylcholine_12(X) != fn_phosphatidylcholine_7(X)
& fn_phosphatidylcholine_7(X) != fn_phosphatidylcholine_12(X)
& possesses_2(X,fn_phosphatidylcholine_14(X))
& result_2(fn_phosphatidylcholine_5(X),fn_phosphatidylcholine_14(X))
& object_2(fn_phosphatidylcholine_5(X),fn_phosphatidylcholine_10(X))
& fn_phosphatidylcholine_10(X) != fn_phosphatidylcholine_7(X)
& is_near_2(fn_phosphatidylcholine_7(X),fn_phosphatidylcholine_18(X))
& fn_phosphatidylcholine_7(X) != fn_phosphatidylcholine_10(X)
& is_near_2(fn_phosphatidylcholine_18(X),fn_phosphatidylcholine_7(X))
& result_2(fn_phosphatidylcholine_4(X),fn_phosphatidylcholine_14(X))
& object_2(fn_phosphatidylcholine_4(X),fn_phosphatidylcholine_10(X))
& is_near_2(fn_phosphatidylcholine_10(X),fn_phosphatidylcholine_18(X))
& is_near_2(fn_phosphatidylcholine_18(X),fn_phosphatidylcholine_12(X))
& is_inside_2(fn_phosphatidylcholine_12(X),fn_phosphatidylcholine_11(X))
& is_near_2(fn_phosphatidylcholine_18(X),fn_phosphatidylcholine_10(X))
& is_near_2(fn_phosphatidylcholine_12(X),fn_phosphatidylcholine_18(X))
& fn_phosphatidylcholine_7(X) = fn_share_2(fn_phosphatidylcholine_19(X))
& fn_phosphatidylcholine_7(X) = fn_share_2(fn_phosphatidylcholine_20(X))
& fn_phosphatidylcholine_12(X) = fn_share_2(fn_phosphatidylcholine_17(X))
& fn_phosphatidylcholine_10(X) = fn_share_2(fn_phosphatidylcholine_21(X))
& fn_phosphatidylcholine_10(X) = fn_share_2(fn_phosphatidylcholine_16(X))
& fn_phosphatidylcholine_7(X) = fn_share_2(fn_phosphatidylcholine_22(X))
& fn_phosphatidylcholine_15(X) = fn_share_2(fn_phosphatidylcholine_13(X))
& fn_phosphatidylcholine_7(X) = fn_share_2(fn_phosphatidylcholine_23(X))
& fn_phosphatidylcholine_7(X) = fn_share_2(fn_phosphatidylcholine_6(X))
& fn_phosphatidylcholine_15(X) = fn_atomic_nucleus_8(fn_phosphatidylcholine_18(X))
& fn_phosphatidylcholine_8(X) = fn_phospholipid_90(X)
& fn_phosphatidylcholine_8(X) = fn_phospholipid_92(X)
& fn_phosphatidylcholine_9(X) = fn_phospholipid_88(X)
& fn_phosphatidylcholine_23(X) = fn_phospholipid_3(X)
& fn_phosphatidylcholine_6(X) = fn_phospholipid_52(X)
& fn_phosphatidylcholine_11(X) = fn_phospholipid_78(X)
& fn_phosphatidylcholine_17(X) = fn_phospholipid_101(X)
& fn_phosphatidylcholine_13(X) = fn_phospholipid_60(X)
& fn_phosphatidylcholine_10(X) = fn_phospholipid_70(X)
& fn_phosphatidylcholine_15(X) = fn_phospholipid_76(X)
& fn_phosphatidylcholine_12(X) = fn_phospholipid_70(X)
& fn_phosphatidylcholine_24(X) = fn_phospholipid_59(X)
& fn_phosphatidylcholine_12(X) = fn_phospholipid_72(X)
& fn_phosphatidylcholine_7(X) = fn_phospholipid_71(X)
& fn_phosphatidylcholine_15(X) = fn_phospholipid_72(X)
& fn_phosphatidylcholine_7(X) = fn_phospholipid_15(X)
& fn_phosphatidylcholine_18(X) = fn_phospholipid_74(X)
& fn_phosphatidylcholine_7(X) = fn_phospholipid_70(X)
& fn_phosphatidylcholine_10(X) = fn_phospholipid_71(X)
& fn_phosphatidylcholine_5(X) = fn_phospholipid_13(X)
& fn_phosphatidylcholine_14(X) = fn_phospholipid_94(X)
& fn_phosphatidylcholine_11(X) = fn_covalent_bond_13(fn_phosphatidylcholine_14(X))
& fn_phosphatidylcholine_12(X) = fn_covalent_bond_18(fn_phosphatidylcholine_14(X))
& fn_phosphatidylcholine_18(X) = fn_covalent_bond_22(fn_phosphatidylcholine_14(X))
& fn_phosphatidylcholine_10(X) = fn_covalent_bond_18(fn_phosphatidylcholine_14(X))
& fn_phosphatidylcholine_4(X) = fn_covalent_bond_17(fn_phosphatidylcholine_14(X))
& fn_phospholipid_90(X) = fn_phospholipid_92(X)
& fn_phospholipid_92(X) = fn_share_2(fn_phosphatidylcholine_13(X))
& fn_share_2(fn_phosphatidylcholine_13(X)) = fn_atomic_nucleus_8(fn_phosphatidylcholine_18(X))
& fn_atomic_nucleus_8(fn_phosphatidylcholine_18(X)) = fn_atomic_nucleus_8(fn_phosphatidylcholine_18(X))
& fn_atomic_nucleus_8(fn_phosphatidylcholine_18(X)) = fn_phospholipid_76(X)
& fn_phospholipid_76(X) = fn_phospholipid_76(X)
& fn_phospholipid_76(X) = fn_phospholipid_72(X)
& fn_phospholipid_72(X) = fn_share_2(fn_phosphatidylcholine_19(X))
& fn_share_2(fn_phosphatidylcholine_19(X)) = fn_share_2(fn_phosphatidylcholine_20(X))
& fn_share_2(fn_phosphatidylcholine_20(X)) = fn_share_2(fn_phosphatidylcholine_22(X))
& fn_share_2(fn_phosphatidylcholine_22(X)) = fn_share_2(fn_phosphatidylcholine_23(X))
& fn_share_2(fn_phosphatidylcholine_23(X)) = fn_share_2(fn_phosphatidylcholine_6(X))
& fn_share_2(fn_phosphatidylcholine_6(X)) = fn_phospholipid_71(X)
& fn_phospholipid_15(X) = fn_phospholipid_71(X)
& fn_phospholipid_71(X) = fn_phospholipid_15(X)
& fn_phospholipid_70(X) = fn_phospholipid_15(X)
& fn_phospholipid_15(X) = fn_phospholipid_15(X)
& fn_phospholipid_15(X) = fn_phospholipid_70(X)
& fn_phospholipid_70(X) = fn_phospholipid_78(X)
& fn_phospholipid_78(X) = fn_covalent_bond_13(fn_phosphatidylcholine_14(X))
& fn_covalent_bond_13(fn_phosphatidylcholine_14(X)) = fn_share_2(fn_phosphatidylcholine_17(X))
& fn_share_2(fn_phosphatidylcholine_17(X)) = fn_phospholipid_70(X)
& fn_phospholipid_70(X) = fn_phospholipid_70(X)
& fn_phospholipid_70(X) = fn_phospholipid_72(X)
& fn_phospholipid_72(X) = fn_phospholipid_72(X)
& fn_phospholipid_72(X) = fn_covalent_bond_18(fn_phosphatidylcholine_14(X))
& fn_covalent_bond_18(fn_phosphatidylcholine_14(X)) = fn_phospholipid_74(X)
& fn_phospholipid_74(X) = fn_covalent_bond_22(fn_phosphatidylcholine_14(X))
& fn_covalent_bond_22(fn_phosphatidylcholine_14(X)) = fn_covalent_bond_22(fn_phosphatidylcholine_14(X))
& fn_covalent_bond_22(fn_phosphatidylcholine_14(X)) = fn_share_2(fn_phosphatidylcholine_21(X))
& fn_share_2(fn_phosphatidylcholine_21(X)) = fn_share_2(fn_phosphatidylcholine_16(X))
& fn_share_2(fn_phosphatidylcholine_16(X)) = fn_phospholipid_70(X)
& fn_phospholipid_71(X) = fn_phospholipid_70(X)
& fn_phospholipid_70(X) = fn_phospholipid_71(X)
& fn_phospholipid_71(X) = fn_phospholipid_71(X)
& fn_phospholipid_71(X) = fn_covalent_bond_18(fn_phosphatidylcholine_14(X))
& fn_covalent_bond_18(fn_phosphatidylcholine_14(X)) = fn_covalent_bond_18(fn_phosphatidylcholine_14(X)) ) ) ).
fof(a531658,axiom,
! [X] :
( phosphatidylinositol_bisphosphate_1(X)
=> ( original_name_2(X,'Phosphatidylinositol-Bisphosphate')
& user_description_2(X,'Type of phospholipid which is a component of certain biomembranes.')
& concept2words_2(X,'phosphatidylinositol bisphosphate')
& concept2words_2(X,'phosphatidylinositol-bisphosphate')
& organic_molecule_1(X) ) ) ).
fof(a531659,axiom,
! [X] :
( phosphodiester_bond_1(X)
=> ( original_name_2(X,'Phosphodiester-Bond')
& user_description_2(X,'A bond between two pentose sugars and a phosphate group. These bonds link nucleotides together in RNA and DNA.')
& concept2words_2(X,'phosphodiester bonds')
& concept2words_2(X,'phosphodiester-bonds')
& concept2words_2(X,'phosphodiester bond')
& concept2words_2(X,'phosphodiester-bond')
& covalent_bond_1(X)
& aggregate_1(X)
& oxygen_1(fn_phosphodiester_bond_4(X))
& system_1(fn_phosphodiester_bond_5(X))
& share_1(fn_phosphodiester_bond_6(X))
& atomic_nucleus_1(fn_phosphodiester_bond_7(X))
& center_1(fn_phosphodiester_bond_8(X))
& electron_shell_1(fn_phosphodiester_bond_9(X))
& electron_shell_1(fn_phosphodiester_bond_10(X))
& quantity_value_1(fn_phosphodiester_bond_13(X))
& hold_together_1(fn_phosphodiester_bond_14(X))
& entity_1(fn_phosphodiester_bond_15(X))
& chemical_entity_1(fn_phosphodiester_bond_15(X))
& atom_1(fn_phosphodiester_bond_15(X))
& carbon_1(fn_phosphodiester_bond_15(X))
& entity_1(fn_phosphodiester_bond_16(X))
& chemical_entity_1(fn_phosphodiester_bond_16(X))
& atom_1(fn_phosphodiester_bond_16(X))
& carbon_1(fn_phosphodiester_bond_16(X))
& hold_together_1(fn_phosphodiester_bond_17(X))
& atom_1(fn_phosphodiester_bond_18(X))
& oxygen_1(fn_phosphodiester_bond_18(X))
& molecule_1(fn_phosphodiester_bond_19(X))
& system_1(fn_phosphodiester_bond_20(X))
& atomic_number_value_1(fn_phosphodiester_bond_21(X))
& electron_1(fn_phosphodiester_bond_23(X))
& valence_electron_1(fn_phosphodiester_bond_23(X))
& proton_1(fn_phosphodiester_bond_24(X))
& electron_1(fn_phosphodiester_bond_25(X))
& atomic_number_value_1(fn_phosphodiester_bond_26(X))
& atom_1(fn_phosphodiester_bond_27(X))
& oxygen_1(fn_phosphodiester_bond_27(X))
& quantity_value_1(fn_phosphodiester_bond_28(X))
& ester_linkage_1(fn_phosphodiester_bond_29(X))
& ester_linkage_1(fn_phosphodiester_bond_30(X))
& electronegativity_value_1(fn_phosphodiester_bond_32(X))
& system_1(fn_phosphodiester_bond_33(X))
& quantity_value_1(fn_phosphodiester_bond_34(X))
& atomic_number_value_1(fn_phosphodiester_bond_35(X))
& electronegativity_value_1(fn_phosphodiester_bond_36(X))
& proton_1(fn_phosphodiester_bond_37(X))
& entity_1(fn_phosphodiester_bond_38(X))
& tangible_entity_1(fn_phosphodiester_bond_38(X))
& electron_1(fn_phosphodiester_bond_38(X))
& valence_electron_1(fn_phosphodiester_bond_38(X))
& center_1(fn_phosphodiester_bond_39(X))
& atomic_nucleus_1(fn_phosphodiester_bond_40(X))
& property_node_1(fn_ester_linkage_16(fn_phosphodiester_bond_30(X)))
& property_node_1(fn_ester_linkage_48(fn_phosphodiester_bond_30(X)))
& property_node_1(fn_ester_linkage_17(fn_phosphodiester_bond_30(X)))
& atomic_nucleus_1(fn_ester_linkage_42(fn_phosphodiester_bond_30(X)))
& electron_1(fn_ester_linkage_20(fn_phosphodiester_bond_30(X)))
& electronegativity_value_1(fn_ester_linkage_40(fn_phosphodiester_bond_30(X)))
& electronegativity_value_1(fn_ester_linkage_41(fn_phosphodiester_bond_30(X)))
& hold_together_1(fn_ester_linkage_19(fn_phosphodiester_bond_29(X)))
& property_node_1(fn_oxygen_14(fn_phosphodiester_bond_18(X)))
& equation_big_node_1(fn_oxygen_10(fn_phosphodiester_bond_18(X)))
& system_1(fn_oxygen_21(fn_phosphodiester_bond_18(X)))
& equation_set_1(fn_oxygen_20(fn_phosphodiester_bond_18(X)))
& atomic_number_value_1(fn_oxygen_17(fn_phosphodiester_bond_18(X)))
& property_node_1(fn_atomic_nucleus_5(fn_phosphodiester_bond_40(X)))
& property_node_1(fn_atomic_nucleus_6(fn_phosphodiester_bond_40(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_phosphodiester_bond_40(X)))
& electron_shell_1(fn_ester_linkage_10(fn_phosphodiester_bond_30(X)))
& electron_1(fn_atomic_nucleus_8(fn_phosphodiester_bond_40(X)))
& entity_1(fn_ester_linkage_26(fn_phosphodiester_bond_30(X)))
& tangible_entity_1(fn_ester_linkage_26(fn_phosphodiester_bond_30(X)))
& electron_1(fn_ester_linkage_26(fn_phosphodiester_bond_30(X)))
& valence_electron_1(fn_ester_linkage_26(fn_phosphodiester_bond_30(X)))
& atom_1(fn_atomic_nucleus_4(fn_phosphodiester_bond_40(X)))
& oxygen_1(fn_ester_linkage_27(fn_phosphodiester_bond_30(X)))
& entity_1(fn_ester_linkage_28(fn_phosphodiester_bond_30(X)))
& chemical_entity_1(fn_ester_linkage_28(fn_phosphodiester_bond_30(X)))
& atom_1(fn_ester_linkage_28(fn_phosphodiester_bond_30(X)))
& carbon_1(fn_ester_linkage_28(fn_phosphodiester_bond_30(X)))
& electron_shell_1(fn_ester_linkage_10(fn_phosphodiester_bond_29(X)))
& entity_1(fn_ester_linkage_28(fn_phosphodiester_bond_29(X)))
& chemical_entity_1(fn_ester_linkage_28(fn_phosphodiester_bond_29(X)))
& atom_1(fn_ester_linkage_28(fn_phosphodiester_bond_29(X)))
& carbon_1(fn_ester_linkage_28(fn_phosphodiester_bond_29(X)))
& atom_1(fn_molecule_7(fn_phosphodiester_bond_19(X)))
& oxygen_1(fn_ester_linkage_27(fn_phosphodiester_bond_29(X)))
& center_1(fn_ester_linkage_43(fn_phosphodiester_bond_30(X)))
& center_1(fn_atomic_nucleus_3(fn_phosphodiester_bond_40(X)))
& atomic_number_value_1(fn_ester_linkage_37(fn_phosphodiester_bond_30(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_phosphodiester_bond_40(X)))
& proton_1(fn_ester_linkage_39(fn_phosphodiester_bond_30(X)))
& proton_1(fn_atomic_nucleus_9(fn_phosphodiester_bond_40(X)))
& system_1(fn_ester_linkage_21(fn_phosphodiester_bond_30(X)))
& center_1(fn_ester_linkage_44(fn_phosphodiester_bond_30(X)))
& atomic_number_value_1(fn_ester_linkage_22(fn_phosphodiester_bond_30(X)))
& proton_1(fn_ester_linkage_33(fn_phosphodiester_bond_30(X)))
& atomic_nucleus_1(fn_ester_linkage_45(fn_phosphodiester_bond_30(X)))
& electron_1(fn_ester_linkage_29(fn_phosphodiester_bond_30(X)))
& valence_electron_1(fn_ester_linkage_29(fn_phosphodiester_bond_30(X)))
& hold_together_1(fn_ester_linkage_19(fn_phosphodiester_bond_30(X)))
& fn_phosphodiester_bond_15(X) != fn_phosphodiester_bond_16(X)
& fn_phosphodiester_bond_16(X) != fn_phosphodiester_bond_15(X)
& fn_phosphodiester_bond_18(X) != fn_phosphodiester_bond_4(X)
& fn_phosphodiester_bond_4(X) != fn_phosphodiester_bond_18(X)
& has_part_2(fn_phosphodiester_bond_19(X),fn_phosphodiester_bond_4(X))
& quantity_2(fn_phosphodiester_bond_25(X),fn_phosphodiester_bond_34(X))
& called_2(fn_phosphodiester_bond_29(X),"1")
& called_2(fn_phosphodiester_bond_30(X),"2")
& element_2(X,fn_phosphodiester_bond_29(X))
& element_2(X,fn_phosphodiester_bond_30(X))
& exactCardinality(X,element_0,"2",ester_linkage_0)
& the_cardinal_value_2(fn_phosphodiester_bond_34(X),"4")
& cardinal_unit_class_2(fn_phosphodiester_bond_34(X),unity_0)
& has_part_2(fn_phosphodiester_bond_19(X),fn_phosphodiester_bond_18(X))
& is_between_2(X,fn_phosphodiester_bond_16(X))
& object_2(fn_phosphodiester_bond_14(X),fn_phosphodiester_bond_16(X))
& agent_2(fn_phosphodiester_bond_6(X),fn_phosphodiester_bond_15(X))
& is_between_2(X,fn_phosphodiester_bond_15(X))
& fn_phosphodiester_bond_9(X) != fn_phosphodiester_bond_10(X)
& agent_2(fn_phosphodiester_bond_6(X),fn_phosphodiester_bond_16(X))
& fn_phosphodiester_bond_10(X) != fn_phosphodiester_bond_9(X)
& has_part_2(fn_phosphodiester_bond_15(X),fn_phosphodiester_bond_24(X))
& has_part_2(fn_phosphodiester_bond_15(X),fn_phosphodiester_bond_23(X))
& has_region_2(fn_phosphodiester_bond_15(X),fn_phosphodiester_bond_9(X))
& has_region_2(fn_phosphodiester_bond_27(X),fn_phosphodiester_bond_39(X))
& has_region_2(fn_phosphodiester_bond_15(X),fn_phosphodiester_bond_8(X))
& has_part_2(fn_phosphodiester_bond_27(X),fn_phosphodiester_bond_37(X))
& has_region_2(fn_phosphodiester_bond_15(X),fn_phosphodiester_bond_7(X))
& is_between_2(fn_phosphodiester_bond_30(X),fn_phosphodiester_bond_27(X))
& object_2(fn_phosphodiester_bond_14(X),fn_phosphodiester_bond_15(X))
& atomic_number_2(fn_phosphodiester_bond_15(X),fn_phosphodiester_bond_26(X))
& the_cardinal_value_2(fn_phosphodiester_bond_26(X),"6")
& cardinal_unit_class_2(fn_phosphodiester_bond_26(X),unity_0)
& has_region_2(fn_phosphodiester_bond_27(X),fn_phosphodiester_bond_40(X))
& atomic_number_2(fn_phosphodiester_bond_27(X),fn_phosphodiester_bond_35(X))
& the_cardinal_value_2(fn_phosphodiester_bond_35(X),"8")
& cardinal_unit_class_2(fn_phosphodiester_bond_35(X),unity_0)
& has_part_2(fn_phosphodiester_bond_27(X),fn_phosphodiester_bond_38(X))
& electronegativity_2(fn_phosphodiester_bond_27(X),fn_phosphodiester_bond_36(X))
& the_cardinal_value_2(fn_phosphodiester_bond_36(X),"3.44")
& cardinal_unit_class_2(fn_phosphodiester_bond_36(X),unity_0)
& is_near_2(fn_phosphodiester_bond_38(X),fn_phosphodiester_bond_40(X))
& is_near_2(fn_phosphodiester_bond_40(X),fn_phosphodiester_bond_38(X))
& has_part_2(fn_phosphodiester_bond_15(X),fn_phosphodiester_bond_25(X))
& fn_phosphodiester_bond_25(X) != fn_phosphodiester_bond_23(X)
& fn_phosphodiester_bond_23(X) != fn_phosphodiester_bond_38(X)
& fn_phosphodiester_bond_27(X) != fn_phosphodiester_bond_15(X)
& fn_phosphodiester_bond_15(X) != fn_phosphodiester_bond_27(X)
& fn_phosphodiester_bond_23(X) != fn_phosphodiester_bond_25(X)
& fn_phosphodiester_bond_38(X) != fn_phosphodiester_bond_23(X)
& is_between_2(fn_phosphodiester_bond_30(X),fn_phosphodiester_bond_15(X))
& electronegativity_2(fn_phosphodiester_bond_15(X),fn_phosphodiester_bond_32(X))
& the_cardinal_value_2(fn_phosphodiester_bond_32(X),"2.55")
& cardinal_unit_class_2(fn_phosphodiester_bond_32(X),unity_0)
& fn_phosphodiester_bond_36(X) != fn_phosphodiester_bond_32(X)
& fn_phosphodiester_bond_32(X) != fn_phosphodiester_bond_36(X)
& has_region_2(fn_phosphodiester_bond_16(X),fn_phosphodiester_bond_10(X))
& has_function_2(fn_phosphodiester_bond_29(X),fn_phosphodiester_bond_17(X))
& agent_2(fn_phosphodiester_bond_17(X),fn_phosphodiester_bond_29(X))
& is_between_2(fn_phosphodiester_bond_29(X),fn_phosphodiester_bond_18(X))
& is_between_2(fn_phosphodiester_bond_29(X),fn_phosphodiester_bond_16(X))
& object_2(fn_phosphodiester_bond_17(X),fn_phosphodiester_bond_16(X))
& object_2(fn_phosphodiester_bond_17(X),fn_phosphodiester_bond_18(X))
& fn_phosphodiester_bond_18(X) != fn_phosphodiester_bond_16(X)
& fn_phosphodiester_bond_16(X) != fn_phosphodiester_bond_18(X)
& the_cardinal_value_2(fn_phosphodiester_bond_21(X),"8")
& cardinal_unit_class_2(fn_phosphodiester_bond_21(X),unity_0)
& called_2(fn_phosphodiester_bond_21(X),'Atomic_Number')
& atomic_number_2(fn_phosphodiester_bond_18(X),fn_phosphodiester_bond_21(X))
& is_at_2(fn_phosphodiester_bond_40(X),fn_phosphodiester_bond_39(X))
& called_2(fn_phosphodiester_bond_35(X),'Atomic_Number')
& is_inside_2(fn_phosphodiester_bond_37(X),fn_phosphodiester_bond_40(X))
& quantity_2(fn_phosphodiester_bond_37(X),fn_phosphodiester_bond_13(X))
& called_2(fn_phosphodiester_bond_13(X),'Number_Proton')
& fn_phosphodiester_bond_35(X) = fn_phosphodiester_bond_13(X)
& fn_phosphodiester_bond_13(X) = fn_phosphodiester_bond_35(X)
& called_2(fn_phosphodiester_bond_26(X),'Atomic_Number')
& quantity_2(fn_phosphodiester_bond_23(X),fn_phosphodiester_bond_34(X))
& is_at_2(fn_phosphodiester_bond_7(X),fn_phosphodiester_bond_8(X))
& called_2(fn_phosphodiester_bond_34(X),'Number_Electron')
& called_2(fn_phosphodiester_bond_28(X),'Number_Proton')
& is_inside_2(fn_phosphodiester_bond_24(X),fn_phosphodiester_bond_7(X))
& quantity_2(fn_phosphodiester_bond_24(X),fn_phosphodiester_bond_28(X))
& fn_phosphodiester_bond_28(X) = fn_phosphodiester_bond_26(X)
& fn_phosphodiester_bond_34(X) = fn_phosphodiester_bond_28(X)
& fn_phosphodiester_bond_28(X) = fn_phosphodiester_bond_34(X)
& fn_phosphodiester_bond_26(X) = fn_phosphodiester_bond_28(X)
& has_function_2(X,fn_phosphodiester_bond_14(X))
& agent_2(fn_phosphodiester_bond_14(X),X)
& result_2(fn_phosphodiester_bond_6(X),X)
& object_2(fn_phosphodiester_bond_6(X),fn_phosphodiester_bond_23(X))
& is_near_2(fn_phosphodiester_bond_23(X),fn_phosphodiester_bond_7(X))
& is_near_2(fn_phosphodiester_bond_7(X),fn_phosphodiester_bond_23(X))
& fn_phosphodiester_bond_18(X) = fn_molecule_7(fn_phosphodiester_bond_19(X))
& fn_phosphodiester_bond_24(X) = fn_ester_linkage_33(fn_phosphodiester_bond_30(X))
& fn_phosphodiester_bond_15(X) = fn_covalent_bond_19(X)
& fn_phosphodiester_bond_9(X) = fn_covalent_bond_12(X)
& fn_phosphodiester_bond_9(X) = fn_ester_linkage_10(fn_phosphodiester_bond_30(X))
& fn_phosphodiester_bond_39(X) = fn_ester_linkage_43(fn_phosphodiester_bond_30(X))
& fn_phosphodiester_bond_8(X) = fn_ester_linkage_44(fn_phosphodiester_bond_30(X))
& fn_phosphodiester_bond_37(X) = fn_ester_linkage_39(fn_phosphodiester_bond_30(X))
& fn_phosphodiester_bond_7(X) = fn_ester_linkage_45(fn_phosphodiester_bond_30(X))
& fn_phosphodiester_bond_14(X) = fn_ester_linkage_19(fn_phosphodiester_bond_30(X))
& fn_phosphodiester_bond_33(X) = fn_ester_linkage_21(fn_phosphodiester_bond_30(X))
& fn_phosphodiester_bond_12(X) = fn_ester_linkage_16(fn_phosphodiester_bond_30(X))
& fn_phosphodiester_bond_44(X) = fn_ester_linkage_48(fn_phosphodiester_bond_30(X))
& fn_phosphodiester_bond_11(X) = fn_ester_linkage_17(fn_phosphodiester_bond_30(X))
& fn_phosphodiester_bond_26(X) = fn_ester_linkage_22(fn_phosphodiester_bond_30(X))
& fn_phosphodiester_bond_35(X) = fn_ester_linkage_37(fn_phosphodiester_bond_30(X))
& fn_phosphodiester_bond_27(X) = fn_atomic_nucleus_4(fn_phosphodiester_bond_40(X))
& fn_phosphodiester_bond_38(X) = fn_atomic_nucleus_8(fn_phosphodiester_bond_40(X))
& fn_phosphodiester_bond_40(X) = fn_ester_linkage_42(fn_phosphodiester_bond_30(X))
& fn_phosphodiester_bond_38(X) = fn_ester_linkage_26(fn_phosphodiester_bond_30(X))
& fn_phosphodiester_bond_23(X) = fn_ester_linkage_29(fn_phosphodiester_bond_30(X))
& fn_phosphodiester_bond_25(X) = fn_ester_linkage_20(fn_phosphodiester_bond_30(X))
& fn_phosphodiester_bond_27(X) = fn_ester_linkage_27(fn_phosphodiester_bond_30(X))
& fn_phosphodiester_bond_36(X) = fn_ester_linkage_40(fn_phosphodiester_bond_30(X))
& fn_phosphodiester_bond_32(X) = fn_ester_linkage_41(fn_phosphodiester_bond_30(X))
& fn_phosphodiester_bond_15(X) = fn_ester_linkage_28(fn_phosphodiester_bond_30(X))
& fn_phosphodiester_bond_16(X) = fn_covalent_bond_20(X)
& fn_phosphodiester_bond_10(X) = fn_covalent_bond_11(X)
& fn_phosphodiester_bond_10(X) = fn_ester_linkage_10(fn_phosphodiester_bond_29(X))
& fn_phosphodiester_bond_17(X) = fn_ester_linkage_19(fn_phosphodiester_bond_29(X))
& fn_phosphodiester_bond_18(X) = fn_ester_linkage_27(fn_phosphodiester_bond_29(X))
& fn_phosphodiester_bond_16(X) = fn_ester_linkage_28(fn_phosphodiester_bond_29(X))
& fn_phosphodiester_bond_41(X) = fn_oxygen_14(fn_phosphodiester_bond_18(X))
& fn_phosphodiester_bond_45(X) = fn_oxygen_10(fn_phosphodiester_bond_18(X))
& fn_phosphodiester_bond_20(X) = fn_oxygen_21(fn_phosphodiester_bond_18(X))
& fn_phosphodiester_bond_22(X) = fn_oxygen_20(fn_phosphodiester_bond_18(X))
& fn_phosphodiester_bond_21(X) = fn_oxygen_17(fn_phosphodiester_bond_18(X))
& fn_phosphodiester_bond_42(X) = fn_atomic_nucleus_5(fn_phosphodiester_bond_40(X))
& fn_phosphodiester_bond_39(X) = fn_atomic_nucleus_3(fn_phosphodiester_bond_40(X))
& fn_phosphodiester_bond_43(X) = fn_atomic_nucleus_6(fn_phosphodiester_bond_40(X))
& fn_phosphodiester_bond_35(X) = fn_atomic_nucleus_1(fn_phosphodiester_bond_40(X))
& fn_phosphodiester_bond_13(X) = fn_atomic_nucleus_2(fn_phosphodiester_bond_40(X))
& fn_phosphodiester_bond_37(X) = fn_atomic_nucleus_9(fn_phosphodiester_bond_40(X))
& fn_phosphodiester_bond_33(X) = fn_covalent_bond_5(X)
& fn_phosphodiester_bond_8(X) = fn_covalent_bond_21(X)
& fn_phosphodiester_bond_31(X) = fn_covalent_bond_7(X)
& fn_phosphodiester_bond_26(X) = fn_covalent_bond_6(X)
& fn_phosphodiester_bond_34(X) = fn_covalent_bond_9(X)
& fn_phosphodiester_bond_28(X) = fn_covalent_bond_8(X)
& fn_phosphodiester_bond_24(X) = fn_covalent_bond_4(X)
& fn_phosphodiester_bond_7(X) = fn_covalent_bond_22(X)
& fn_phosphodiester_bond_23(X) = fn_covalent_bond_18(X)
& fn_phosphodiester_bond_6(X) = fn_covalent_bond_17(X)
& fn_phosphodiester_bond_14(X) = fn_covalent_bond_14(X)
& fn_covalent_bond_12(X) = fn_covalent_bond_12(X)
& fn_covalent_bond_12(X) = fn_ester_linkage_10(fn_phosphodiester_bond_30(X))
& fn_ester_linkage_10(fn_phosphodiester_bond_30(X)) = fn_ester_linkage_26(fn_phosphodiester_bond_30(X))
& fn_ester_linkage_26(fn_phosphodiester_bond_30(X)) = fn_atomic_nucleus_8(fn_phosphodiester_bond_40(X))
& fn_atomic_nucleus_8(fn_phosphodiester_bond_40(X)) = fn_ester_linkage_26(fn_phosphodiester_bond_30(X))
& fn_ester_linkage_26(fn_phosphodiester_bond_30(X)) = fn_ester_linkage_26(fn_phosphodiester_bond_30(X))
& fn_ester_linkage_26(fn_phosphodiester_bond_30(X)) = fn_atomic_nucleus_4(fn_phosphodiester_bond_40(X))
& fn_ester_linkage_27(fn_phosphodiester_bond_30(X)) = fn_atomic_nucleus_4(fn_phosphodiester_bond_40(X))
& fn_atomic_nucleus_4(fn_phosphodiester_bond_40(X)) = fn_ester_linkage_27(fn_phosphodiester_bond_30(X))
& fn_ester_linkage_27(fn_phosphodiester_bond_30(X)) = fn_ester_linkage_27(fn_phosphodiester_bond_30(X))
& fn_ester_linkage_27(fn_phosphodiester_bond_30(X)) = fn_covalent_bond_19(X)
& fn_covalent_bond_19(X) = fn_covalent_bond_19(X)
& fn_ester_linkage_28(fn_phosphodiester_bond_30(X)) = fn_covalent_bond_19(X)
& fn_covalent_bond_19(X) = fn_ester_linkage_28(fn_phosphodiester_bond_30(X))
& fn_ester_linkage_28(fn_phosphodiester_bond_30(X)) = fn_ester_linkage_28(fn_phosphodiester_bond_30(X))
& fn_ester_linkage_28(fn_phosphodiester_bond_30(X)) = fn_covalent_bond_11(X)
& fn_covalent_bond_11(X) = fn_covalent_bond_11(X)
& fn_covalent_bond_11(X) = fn_ester_linkage_10(fn_phosphodiester_bond_29(X))
& fn_ester_linkage_10(fn_phosphodiester_bond_29(X)) = fn_covalent_bond_20(X)
& fn_covalent_bond_20(X) = fn_covalent_bond_20(X)
& fn_covalent_bond_20(X) = fn_ester_linkage_28(fn_phosphodiester_bond_29(X))
& fn_ester_linkage_28(fn_phosphodiester_bond_29(X)) = fn_ester_linkage_28(fn_phosphodiester_bond_29(X))
& fn_ester_linkage_28(fn_phosphodiester_bond_29(X)) = fn_molecule_7(fn_phosphodiester_bond_19(X))
& fn_molecule_7(fn_phosphodiester_bond_19(X)) = fn_ester_linkage_27(fn_phosphodiester_bond_29(X))
& fn_ester_linkage_27(fn_phosphodiester_bond_29(X)) = fn_ester_linkage_27(fn_phosphodiester_bond_29(X))
& fn_ester_linkage_27(fn_phosphodiester_bond_29(X)) = fn_atomic_nucleus_3(fn_phosphodiester_bond_40(X))
& fn_atomic_nucleus_3(fn_phosphodiester_bond_40(X)) = fn_ester_linkage_43(fn_phosphodiester_bond_30(X))
& fn_ester_linkage_43(fn_phosphodiester_bond_30(X)) = fn_atomic_nucleus_3(fn_phosphodiester_bond_40(X))
& fn_atomic_nucleus_3(fn_phosphodiester_bond_40(X)) = fn_ester_linkage_37(fn_phosphodiester_bond_30(X))
& fn_ester_linkage_37(fn_phosphodiester_bond_30(X)) = fn_ester_linkage_37(fn_phosphodiester_bond_30(X))
& fn_ester_linkage_37(fn_phosphodiester_bond_30(X)) = fn_atomic_nucleus_1(fn_phosphodiester_bond_40(X))
& fn_atomic_nucleus_1(fn_phosphodiester_bond_40(X)) = fn_atomic_nucleus_1(fn_phosphodiester_bond_40(X))
& fn_atomic_nucleus_1(fn_phosphodiester_bond_40(X)) = fn_ester_linkage_39(fn_phosphodiester_bond_30(X))
& fn_ester_linkage_39(fn_phosphodiester_bond_30(X)) = fn_atomic_nucleus_9(fn_phosphodiester_bond_40(X))
& fn_atomic_nucleus_9(fn_phosphodiester_bond_40(X)) = fn_atomic_nucleus_9(fn_phosphodiester_bond_40(X))
& fn_atomic_nucleus_9(fn_phosphodiester_bond_40(X)) = fn_ester_linkage_21(fn_phosphodiester_bond_30(X))
& fn_ester_linkage_21(fn_phosphodiester_bond_30(X)) = fn_covalent_bond_5(X)
& fn_covalent_bond_5(X) = fn_ester_linkage_44(fn_phosphodiester_bond_30(X))
& fn_ester_linkage_44(fn_phosphodiester_bond_30(X)) = fn_covalent_bond_21(X)
& fn_covalent_bond_21(X) = fn_ester_linkage_22(fn_phosphodiester_bond_30(X))
& fn_ester_linkage_22(fn_phosphodiester_bond_30(X)) = fn_ester_linkage_22(fn_phosphodiester_bond_30(X))
& fn_ester_linkage_22(fn_phosphodiester_bond_30(X)) = fn_covalent_bond_6(X)
& fn_covalent_bond_6(X) = fn_covalent_bond_6(X)
& fn_covalent_bond_6(X) = fn_ester_linkage_33(fn_phosphodiester_bond_30(X))
& fn_ester_linkage_33(fn_phosphodiester_bond_30(X)) = fn_covalent_bond_4(X)
& fn_covalent_bond_4(X) = fn_covalent_bond_4(X)
& fn_covalent_bond_4(X) = fn_ester_linkage_45(fn_phosphodiester_bond_30(X))
& fn_ester_linkage_45(fn_phosphodiester_bond_30(X)) = fn_covalent_bond_22(X)
& fn_covalent_bond_22(X) = fn_covalent_bond_22(X)
& fn_covalent_bond_22(X) = fn_ester_linkage_29(fn_phosphodiester_bond_30(X))
& fn_ester_linkage_29(fn_phosphodiester_bond_30(X)) = fn_ester_linkage_29(fn_phosphodiester_bond_30(X))
& fn_ester_linkage_29(fn_phosphodiester_bond_30(X)) = fn_covalent_bond_18(X)
& fn_covalent_bond_18(X) = fn_covalent_bond_18(X)
& fn_covalent_bond_18(X) = fn_covalent_bond_14(X)
& fn_covalent_bond_14(X) = fn_ester_linkage_19(fn_phosphodiester_bond_30(X))
& fn_ester_linkage_19(fn_phosphodiester_bond_30(X)) = fn_covalent_bond_14(X)
& fn_covalent_bond_14(X) = fn_covalent_bond_14(X) ) ) ).
fof(a531660,axiom,
! [X] :
( phosphodiesterase_1(X)
=> ( original_name_2(X,'Phosphodiesterase')
& user_description_2(X,'An enzyme that catalyzes the hydrolysis of a phosphodiester bond.')
& concept2words_2(X,phosphodiesterase)
& hydrolase_1(X) ) ) ).
fof(a531661,axiom,
! [X] :
( phosphoenolpyruvate_1(X)
=> ( original_name_2(X,'Phosphoenolpyruvate')
& user_description_2(X,'In glycolysis, during energy payoff phase phosphoenolpyruvate is formed from 2-phosphoglycerate.')
& concept2words_2(X,pep)
& concept2words_2(X,phosphoenolpyruvate)
& organic_molecule_1(X)
& phosphorylated_intermediate_1(X) ) ) ).
fof(a531662,axiom,
! [X] :
( phosphofructokinase_1(X)
=> ( original_name_2(X,'Phosphofructokinase')
& user_description_2(X,'Phosphofructokinase is a kinase enzyme that phosphorylates fructose 6-phosphate in glycolysis.')
& concept2words_2(X,phosphofructokinase)
& kinase_1(X)
& allosteric_enzyme_1(X)
& covalent_bond_1(fn_phosphofructokinase_1(X))
& receptor_1(fn_phosphofructokinase_2(X))
& receptor_1(fn_phosphofructokinase_3(X))
& feedback_inhibition_of_glycolysis_by_citrate_1(fn_phosphofructokinase_4(X))
& covalent_bond_1(fn_phosphofructokinase_5(X))
& magnesium_1(fn_phosphofructokinase_12(X))
& r_group_1(fn_phosphofructokinase_13(X))
& carbon_skeleton_1(fn_phosphofructokinase_14(X))
& entity_1(fn_phosphofructokinase_15(X))
& atom_1(fn_phosphofructokinase_15(X))
& chemical_entity_1(fn_phosphofructokinase_15(X))
& chemical_bond_1(fn_phosphofructokinase_16(X))
& covalent_bond_1(fn_phosphofructokinase_16(X))
& atp_1(fn_phosphofructokinase_17(X))
& inhibition_1(fn_phosphofructokinase_18(X))
& regulation_1(fn_phosphofructokinase_18(X))
& regulation_1(fn_phosphofructokinase_19(X))
& atp_1(fn_phosphofructokinase_20(X))
& enzyme_inhibitor_1(fn_phosphofructokinase_21(X))
& enzyme_activator_1(fn_phosphofructokinase_22(X))
& spatial_entity_1(fn_phosphofructokinase_23(X))
& allosteric_site_1(fn_phosphofructokinase_23(X))
& chemical_reaction_1(fn_phosphofructokinase_24(X))
& phosphorylation_1(fn_phosphofructokinase_24(X))
& catalyst_1(fn_phosphofructokinase_25(X))
& amp_1(fn_phosphofructokinase_26(X))
& activate_1(fn_phosphofructokinase_27(X))
& fructose_6_phosphate_1(fn_phosphofructokinase_28(X))
& monomer_1(fn_phosphofructokinase_29(X))
& entity_1(fn_phosphofructokinase_30(X))
& chemical_entity_1(fn_phosphofructokinase_30(X))
& atom_1(fn_phosphofructokinase_30(X))
& carbon_1(fn_phosphofructokinase_30(X))
& surface_1(fn_phosphofructokinase_31(X))
& hydrophilic_region_1(fn_phosphofructokinase_32(X))
& protein_domain_1(fn_phosphofructokinase_33(X))
& conformational_change_1(fn_phosphofructokinase_34(X))
& attach_1(fn_phosphofructokinase_35(X))
& quantity_value_1(fn_phosphofructokinase_36(X))
& speed_value_1(fn_phosphofructokinase_37(X))
& spatial_entity_1(fn_phosphofructokinase_38(X))
& chemical_entity_1(fn_phosphofructokinase_38(X))
& monomer_1(fn_phosphofructokinase_38(X))
& molecule_1(fn_phosphofructokinase_38(X))
& amino_acid_1(fn_phosphofructokinase_38(X))
& reactant_1(fn_phosphofructokinase_39(X))
& size_value_1(fn_phosphofructokinase_40(X))
& size_value_1(fn_phosphofructokinase_41(X))
& decrease_1(fn_phosphofructokinase_42(X))
& constant_motion_1(fn_phosphofructokinase_43(X))
& kinetic_energy_1(fn_phosphofructokinase_44(X))
& active_site_1(fn_phosphofructokinase_45(X))
& shape_value_1(fn_phosphofructokinase_46(X))
& shape_value_1(fn_phosphofructokinase_47(X))
& allosteric_enzyme_1(fn_phosphofructokinase_48(X))
& allosteric_enzyme_1(fn_phosphofructokinase_49(X))
& polypeptide_1(fn_phosphofructokinase_50(X))
& fructose_1_comma_6_bisphosphate_1(fn_phosphofructokinase_51(X))
& chemical_bond_1(fn_molecule_10(fn_phosphofructokinase_26(X)))
& chemical_entity_1(fn_phosphorylated_intermediate_1(fn_phosphofructokinase_51(X)))
& molecule_1(fn_phosphorylated_intermediate_1(fn_phosphofructokinase_51(X)))
& regulation_1(fn_enzyme_regulator_3(fn_phosphofructokinase_22(X)))
& attach_1(fn_enzyme_inhibitor_5(fn_phosphofructokinase_21(X)))
& r_group_1(fn_amino_acid_2(fn_phosphofructokinase_38(X)))
& molecule_1(fn_enzyme_regulator_2(fn_phosphofructokinase_21(X)))
& chemical_entity_1(fn_inhibitor_2(fn_phosphofructokinase_21(X)))
& spatial_entity_1(fn_enzyme_activator_7(fn_phosphofructokinase_22(X)))
& chemical_entity_1(fn_enzyme_activator_7(fn_phosphofructokinase_22(X)))
& molecule_1(fn_enzyme_activator_7(fn_phosphofructokinase_22(X)))
& molecule_1(fn_enzyme_regulator_2(fn_phosphofructokinase_22(X)))
& regulation_1(fn_enzyme_regulator_3(fn_phosphofructokinase_21(X)))
& inhibition_1(fn_inhibitor_3(fn_phosphofructokinase_21(X)))
& inhibition_1(fn_enzyme_inhibitor_2(fn_phosphofructokinase_21(X)))
& regulation_1(fn_enzyme_inhibitor_2(fn_phosphofructokinase_21(X)))
& chemical_reaction_1(fn_reactant_2(fn_phosphofructokinase_39(X)))
& phosphorylation_1(fn_phosphorylated_intermediate_2(fn_phosphofructokinase_51(X)))
& spatial_entity_1(fn_conformational_change_4(fn_phosphofructokinase_34(X)))
& entity_1(fn_covalent_bond_19(fn_phosphofructokinase_16(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_phosphofructokinase_16(X)))
& atom_1(fn_covalent_bond_19(fn_phosphofructokinase_16(X)))
& entity_1(fn_covalent_bond_20(fn_phosphofructokinase_16(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_phosphofructokinase_16(X)))
& atom_1(fn_covalent_bond_20(fn_phosphofructokinase_16(X)))
& tangible_entity_1(fn_inhibitor_1(fn_phosphofructokinase_21(X)))
& entity_1(fn_make_accessible_1(fn_phosphofructokinase_27(X)))
& protein_enzyme_1(fn_enzyme_regulator_1(fn_phosphofructokinase_22(X)))
& spatial_entity_1(fn_enzyme_inhibitor_7(fn_phosphofructokinase_21(X)))
& enzyme_1(fn_enzyme_inhibitor_7(fn_phosphofructokinase_21(X)))
& protein_enzyme_1(fn_enzyme_inhibitor_7(fn_phosphofructokinase_21(X)))
& molecule_1(fn_phosphorylated_intermediate_3(fn_phosphofructokinase_51(X)))
& chemical_entity_1(fn_reactant_3(fn_phosphofructokinase_39(X)))
& is_inside_2(fn_phosphofructokinase_13(X),fn_phosphofructokinase_45(X))
& is_between_2(fn_phosphofructokinase_16(X),fn_phosphofructokinase_30(X))
& fn_phosphofructokinase_1(X) != fn_phosphofructokinase_5(X)
& fn_phosphofructokinase_5(X) != fn_phosphofructokinase_1(X)
& is_at_2(fn_phosphofructokinase_2(X),fn_phosphofructokinase_23(X))
& fn_phosphofructokinase_2(X) != fn_phosphofructokinase_3(X)
& fn_phosphofructokinase_3(X) != fn_phosphofructokinase_2(X)
& is_at_2(fn_phosphofructokinase_3(X),fn_phosphofructokinase_23(X))
& instrument_2(fn_phosphofructokinase_24(X),fn_phosphofructokinase_12(X))
& possesses_2(fn_phosphofructokinase_26(X),fn_phosphofructokinase_1(X))
& agent_2(fn_phosphofructokinase_27(X),fn_phosphofructokinase_26(X))
& object_2(fn_phosphofructokinase_4(X),X)
& causes_2(fn_phosphofructokinase_35(X),fn_phosphofructokinase_34(X))
& called_2(fn_phosphofructokinase_48(X),"2")
& called_2(fn_phosphofructokinase_49(X),"1")
& object_2(fn_phosphofructokinase_34(X),fn_phosphofructokinase_23(X))
& plays_2(fn_phosphofructokinase_26(X),fn_phosphofructokinase_22(X))
& possesses_2(fn_phosphofructokinase_26(X),fn_phosphofructokinase_5(X))
& agent_2(fn_phosphofructokinase_18(X),fn_phosphofructokinase_20(X))
& plays_2(fn_phosphofructokinase_20(X),fn_phosphofructokinase_21(X))
& has_function_2(fn_phosphofructokinase_20(X),fn_phosphofructokinase_18(X))
& object_2(fn_phosphofructokinase_27(X),X)
& is_between_2(fn_phosphofructokinase_16(X),fn_phosphofructokinase_15(X))
& agent_2(fn_phosphofructokinase_24(X),X)
& fn_phosphofructokinase_51(X) != fn_phosphofructokinase_28(X)
& raw_material_2(fn_phosphofructokinase_24(X),fn_phosphofructokinase_28(X))
& result_2(fn_phosphofructokinase_24(X),fn_phosphofructokinase_51(X))
& has_state_2(fn_phosphofructokinase_17(X),fn_phosphofructokinase_51(X))
& raw_material_2(fn_phosphofructokinase_24(X),fn_phosphofructokinase_17(X))
& fn_phosphofructokinase_28(X) != fn_phosphofructokinase_51(X)
& in_event_2(fn_phosphofructokinase_22(X),fn_phosphofructokinase_19(X))
& agent_2(fn_phosphofructokinase_19(X),fn_phosphofructokinase_26(X))
& has_function_2(fn_phosphofructokinase_26(X),fn_phosphofructokinase_19(X))
& object_2(fn_phosphofructokinase_19(X),X)
& in_event_2(fn_phosphofructokinase_39(X),fn_phosphofructokinase_24(X))
& facilitates_2(fn_phosphofructokinase_45(X),fn_phosphofructokinase_24(X))
& has_function_2(X,fn_phosphofructokinase_42(X))
& enables_2(fn_phosphofructokinase_42(X),fn_phosphofructokinase_24(X))
& in_event_2(fn_phosphofructokinase_25(X),fn_phosphofructokinase_24(X))
& plays_2(X,fn_phosphofructokinase_25(X))
& in_event_2(fn_phosphofructokinase_21(X),fn_phosphofructokinase_18(X))
& object_2(fn_phosphofructokinase_18(X),X)
& base_2(fn_phosphofructokinase_35(X),X)
& is_at_2(fn_phosphofructokinase_12(X),fn_phosphofructokinase_45(X))
& site_2(fn_phosphofructokinase_24(X),fn_phosphofructokinase_45(X))
& has_function_2(X,fn_phosphofructokinase_24(X))
& possesses_2(X,fn_phosphofructokinase_16(X))
& possesses_2(X,fn_phosphofructokinase_44(X))
& quantity_2(fn_phosphofructokinase_44(X),fn_phosphofructokinase_36(X))
& directly_proportional_2(fn_phosphofructokinase_37(X),fn_phosphofructokinase_36(X))
& speed_2(fn_phosphofructokinase_43(X),fn_phosphofructokinase_37(X))
& object_2(fn_phosphofructokinase_43(X),X)
& has_region_2(X,fn_phosphofructokinase_32(X))
& is_at_2(fn_phosphofructokinase_32(X),fn_phosphofructokinase_31(X))
& has_region_2(X,fn_phosphofructokinase_33(X))
& is_at_2(fn_phosphofructokinase_38(X),fn_phosphofructokinase_33(X))
& has_part_2(fn_phosphofructokinase_50(X),fn_phosphofructokinase_38(X))
& has_part_2(X,fn_phosphofructokinase_50(X))
& has_region_2(X,fn_phosphofructokinase_31(X))
& has_region_2(X,fn_phosphofructokinase_45(X))
& has_part_2(X,fn_phosphofructokinase_15(X))
& the_scalar_value_2(fn_phosphofructokinase_41(X),big_0)
& scalar_unit_class_2(fn_phosphofructokinase_41(X),polypeptide_0)
& called_2(fn_phosphofructokinase_48(X),"1")
& called_2(fn_phosphofructokinase_49(X),"2")
& shape_2(fn_phosphofructokinase_48(X),fn_phosphofructokinase_47(X))
& fn_phosphofructokinase_47(X) != fn_phosphofructokinase_46(X)
& shape_2(fn_phosphofructokinase_49(X),fn_phosphofructokinase_46(X))
& has_state_2(X,fn_phosphofructokinase_49(X))
& has_region_2(X,fn_phosphofructokinase_23(X))
& fn_phosphofructokinase_46(X) != fn_phosphofructokinase_47(X)
& has_part_2(X,fn_phosphofructokinase_29(X))
& size_2(fn_phosphofructokinase_29(X),fn_phosphofructokinase_40(X))
& greater_than_2(fn_phosphofructokinase_41(X),fn_phosphofructokinase_40(X))
& size_2(X,fn_phosphofructokinase_41(X))
& has_state_2(X,fn_phosphofructokinase_48(X))
& has_part_2(X,fn_phosphofructokinase_30(X))
& is_inside_2(fn_phosphofructokinase_30(X),fn_phosphofructokinase_14(X))
& has_region_2(X,fn_phosphofructokinase_14(X))
& fn_phosphofructokinase_15(X) != fn_phosphofructokinase_30(X)
& fn_phosphofructokinase_30(X) != fn_phosphofructokinase_15(X)
& has_region_2(fn_phosphofructokinase_38(X),fn_phosphofructokinase_13(X))
& plays_2(fn_phosphofructokinase_28(X),fn_phosphofructokinase_39(X))
& fn_phosphofructokinase_23(X) = fn_conformational_change_4(fn_phosphofructokinase_34(X))
& fn_phosphofructokinase_26(X) = fn_enzyme_activator_7(fn_phosphofructokinase_22(X))
& fn_phosphofructokinase_5(X) = fn_molecule_10(fn_phosphofructokinase_26(X))
& fn_phosphofructokinase_20(X) = fn_enzyme_regulator_2(fn_phosphofructokinase_21(X))
& fn_phosphofructokinase_20(X) = fn_inhibitor_2(fn_phosphofructokinase_21(X))
& X = fn_make_accessible_1(fn_phosphofructokinase_27(X))
& fn_phosphofructokinase_15(X) = fn_covalent_bond_20(fn_phosphofructokinase_16(X))
& fn_phosphofructokinase_17(X) = fn_phosphorylated_intermediate_1(fn_phosphofructokinase_51(X))
& fn_phosphofructokinase_24(X) = fn_phosphorylated_intermediate_2(fn_phosphofructokinase_51(X))
& fn_phosphofructokinase_28(X) = fn_phosphorylated_intermediate_3(fn_phosphofructokinase_51(X))
& X = fn_enzyme_regulator_1(fn_phosphofructokinase_22(X))
& fn_phosphofructokinase_26(X) = fn_enzyme_regulator_2(fn_phosphofructokinase_22(X))
& fn_phosphofructokinase_19(X) = fn_enzyme_regulator_3(fn_phosphofructokinase_22(X))
& fn_phosphofructokinase_24(X) = fn_reactant_2(fn_phosphofructokinase_39(X))
& fn_phosphofructokinase_39(X) = fn_enzyme_7(X)
& fn_phosphofructokinase_45(X) = fn_enzyme_2(X)
& fn_phosphofructokinase_25(X) = fn_enzyme_6(X)
& fn_phosphofructokinase_24(X) = fn_enzyme_4(X)
& fn_phosphofructokinase_42(X) = fn_enzyme_5(X)
& fn_phosphofructokinase_35(X) = fn_enzyme_inhibitor_5(fn_phosphofructokinase_21(X))
& fn_phosphofructokinase_18(X) = fn_inhibitor_3(fn_phosphofructokinase_21(X))
& X = fn_inhibitor_1(fn_phosphofructokinase_21(X))
& X = fn_enzyme_inhibitor_7(fn_phosphofructokinase_21(X))
& fn_phosphofructokinase_18(X) = fn_enzyme_regulator_3(fn_phosphofructokinase_21(X))
& fn_phosphofructokinase_18(X) = fn_enzyme_inhibitor_2(fn_phosphofructokinase_21(X))
& fn_phosphofructokinase_12(X) = fn_kinase_3(X)
& fn_phosphofructokinase_16(X) = fn_polymer_1(X)
& fn_phosphofructokinase_16(X) = fn_kinase_8(X)
& fn_phosphofructokinase_24(X) = fn_allosteric_enzyme_21(X)
& fn_phosphofructokinase_24(X) = fn_kinase_1(X)
& fn_phosphofructokinase_9(X) = fn_molecule_2(X)
& fn_phosphofructokinase_8(X) = fn_molecule_1(X)
& fn_phosphofructokinase_43(X) = fn_molecule_8(X)
& fn_phosphofructokinase_37(X) = fn_molecule_3(X)
& fn_phosphofructokinase_36(X) = fn_molecule_4(X)
& fn_phosphofructokinase_44(X) = fn_molecule_12(X)
& fn_phosphofructokinase_32(X) = fn_protein_1(X)
& fn_phosphofructokinase_31(X) = fn_protein_5(X)
& fn_phosphofructokinase_50(X) = fn_protein_8(X)
& fn_phosphofructokinase_38(X) = fn_protein_14(X)
& fn_phosphofructokinase_33(X) = fn_protein_7(X)
& fn_phosphofructokinase_45(X) = fn_kinase_7(X)
& fn_phosphofructokinase_45(X) = fn_allosteric_enzyme_15(X)
& fn_phosphofructokinase_11(X) = fn_allosteric_enzyme_1(X)
& fn_phosphofructokinase_10(X) = fn_allosteric_enzyme_2(X)
& fn_phosphofructokinase_7(X) = fn_allosteric_enzyme_12(X)
& fn_phosphofructokinase_6(X) = fn_allosteric_enzyme_13(X)
& fn_phosphofructokinase_23(X) = fn_allosteric_enzyme_11(X)
& fn_phosphofructokinase_49(X) = fn_allosteric_enzyme_6(X)
& fn_phosphofructokinase_46(X) = fn_allosteric_enzyme_8(X)
& fn_phosphofructokinase_47(X) = fn_allosteric_enzyme_9(X)
& fn_phosphofructokinase_48(X) = fn_allosteric_enzyme_5(X)
& fn_phosphofructokinase_41(X) = fn_protein_enzyme_3(X)
& fn_phosphofructokinase_41(X) = fn_kinase_5(X)
& fn_phosphofructokinase_41(X) = fn_allosteric_enzyme_18(X)
& fn_phosphofructokinase_40(X) = fn_kinase_4(X)
& fn_phosphofructokinase_40(X) = fn_allosteric_enzyme_19(X)
& fn_phosphofructokinase_29(X) = fn_protein_enzyme_9(X)
& fn_phosphofructokinase_29(X) = fn_kinase_6(X)
& fn_phosphofructokinase_29(X) = fn_allosteric_enzyme_20(X)
& fn_phosphofructokinase_14(X) = fn_organic_molecule_3(X)
& fn_phosphofructokinase_14(X) = fn_protein_enzyme_6(X)
& fn_phosphofructokinase_14(X) = fn_allosteric_enzyme_14(X)
& fn_phosphofructokinase_30(X) = fn_covalent_bond_20(fn_phosphofructokinase_16(X))
& fn_phosphofructokinase_15(X) = fn_covalent_bond_19(fn_phosphofructokinase_16(X))
& fn_phosphofructokinase_15(X) = fn_organic_molecule_2(X)
& fn_phosphofructokinase_15(X) = fn_protein_enzyme_8(X)
& fn_phosphofructokinase_15(X) = fn_allosteric_enzyme_17(X)
& fn_phosphofructokinase_30(X) = fn_organic_molecule_1(X)
& fn_phosphofructokinase_30(X) = fn_protein_enzyme_7(X)
& fn_phosphofructokinase_30(X) = fn_allosteric_enzyme_16(X)
& fn_phosphofructokinase_28(X) = fn_reactant_3(fn_phosphofructokinase_39(X))
& fn_phosphofructokinase_13(X) = fn_amino_acid_2(fn_phosphofructokinase_38(X))
& fn_inhibitor_2(fn_phosphofructokinase_21(X)) = fn_enzyme_regulator_2(fn_phosphofructokinase_21(X))
& fn_enzyme_regulator_2(fn_phosphofructokinase_21(X)) = fn_inhibitor_2(fn_phosphofructokinase_21(X))
& fn_inhibitor_2(fn_phosphofructokinase_21(X)) = fn_enzyme_activator_7(fn_phosphofructokinase_22(X))
& fn_enzyme_activator_7(fn_phosphofructokinase_22(X)) = fn_enzyme_regulator_2(fn_phosphofructokinase_22(X))
& fn_enzyme_regulator_2(fn_phosphofructokinase_22(X)) = fn_enzyme_regulator_2(fn_phosphofructokinase_22(X))
& fn_enzyme_regulator_2(fn_phosphofructokinase_22(X)) = fn_enzyme_regulator_3(fn_phosphofructokinase_21(X))
& fn_inhibitor_3(fn_phosphofructokinase_21(X)) = fn_enzyme_regulator_3(fn_phosphofructokinase_21(X))
& fn_enzyme_regulator_3(fn_phosphofructokinase_21(X)) = fn_inhibitor_3(fn_phosphofructokinase_21(X))
& fn_inhibitor_3(fn_phosphofructokinase_21(X)) = fn_inhibitor_3(fn_phosphofructokinase_21(X))
& fn_inhibitor_3(fn_phosphofructokinase_21(X)) = fn_enzyme_inhibitor_2(fn_phosphofructokinase_21(X))
& fn_enzyme_inhibitor_2(fn_phosphofructokinase_21(X)) = fn_enzyme_inhibitor_2(fn_phosphofructokinase_21(X))
& fn_enzyme_inhibitor_2(fn_phosphofructokinase_21(X)) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_kinase_8(X)
& fn_kinase_8(X) = fn_allosteric_enzyme_21(X)
& fn_allosteric_enzyme_21(X) = fn_reactant_2(fn_phosphofructokinase_39(X))
& fn_reactant_2(fn_phosphofructokinase_39(X)) = fn_reactant_2(fn_phosphofructokinase_39(X))
& fn_reactant_2(fn_phosphofructokinase_39(X)) = fn_allosteric_enzyme_21(X)
& fn_phosphorylated_intermediate_2(fn_phosphofructokinase_51(X)) = fn_allosteric_enzyme_21(X)
& fn_allosteric_enzyme_21(X) = fn_allosteric_enzyme_21(X)
& fn_allosteric_enzyme_21(X) = fn_phosphorylated_intermediate_2(fn_phosphofructokinase_51(X))
& fn_phosphorylated_intermediate_2(fn_phosphofructokinase_51(X)) = fn_phosphorylated_intermediate_2(fn_phosphofructokinase_51(X))
& fn_phosphorylated_intermediate_2(fn_phosphofructokinase_51(X)) = fn_enzyme_4(X)
& fn_enzyme_4(X) = fn_enzyme_4(X)
& fn_enzyme_4(X) = fn_kinase_1(X)
& fn_kinase_1(X) = fn_kinase_1(X)
& fn_kinase_1(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_kinase_7(X)
& fn_allosteric_enzyme_15(X) = fn_kinase_7(X)
& fn_kinase_7(X) = fn_kinase_7(X)
& fn_kinase_7(X) = fn_allosteric_enzyme_15(X)
& fn_allosteric_enzyme_15(X) = fn_conformational_change_4(fn_phosphofructokinase_34(X))
& fn_conformational_change_4(fn_phosphofructokinase_34(X)) = fn_allosteric_enzyme_11(X)
& fn_allosteric_enzyme_11(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_kinase_5(X)
& fn_kinase_5(X) = fn_kinase_5(X)
& fn_allosteric_enzyme_18(X) = fn_allosteric_enzyme_18(X)
& fn_allosteric_enzyme_18(X) = fn_kinase_5(X)
& fn_kinase_5(X) = fn_allosteric_enzyme_18(X)
& fn_allosteric_enzyme_18(X) = fn_allosteric_enzyme_19(X)
& fn_allosteric_enzyme_19(X) = fn_kinase_4(X)
& fn_kinase_4(X) = fn_allosteric_enzyme_19(X)
& fn_allosteric_enzyme_19(X) = fn_kinase_6(X)
& fn_kinase_6(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_kinase_6(X)
& fn_kinase_6(X) = fn_kinase_6(X)
& fn_allosteric_enzyme_20(X) = fn_kinase_6(X)
& fn_kinase_6(X) = fn_allosteric_enzyme_20(X)
& fn_allosteric_enzyme_20(X) = fn_organic_molecule_3(X)
& fn_protein_enzyme_6(X) = fn_organic_molecule_3(X)
& fn_organic_molecule_3(X) = fn_protein_enzyme_6(X)
& fn_protein_enzyme_6(X) = fn_protein_enzyme_6(X)
& fn_allosteric_enzyme_14(X) = fn_protein_enzyme_6(X)
& fn_protein_enzyme_6(X) = fn_allosteric_enzyme_14(X)
& fn_allosteric_enzyme_14(X) = fn_covalent_bond_19(fn_phosphofructokinase_16(X))
& fn_covalent_bond_20(fn_phosphofructokinase_16(X)) = fn_covalent_bond_19(fn_phosphofructokinase_16(X))
& fn_covalent_bond_19(fn_phosphofructokinase_16(X)) = fn_covalent_bond_19(fn_phosphofructokinase_16(X))
& fn_covalent_bond_19(fn_phosphofructokinase_16(X)) = fn_covalent_bond_20(fn_phosphofructokinase_16(X))
& fn_covalent_bond_20(fn_phosphofructokinase_16(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_protein_enzyme_8(X)
& fn_allosteric_enzyme_17(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_allosteric_enzyme_17(X)
& fn_allosteric_enzyme_17(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_covalent_bond_20(fn_phosphofructokinase_16(X))
& fn_covalent_bond_20(fn_phosphofructokinase_16(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_1(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_protein_enzyme_7(X)
& fn_allosteric_enzyme_16(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_allosteric_enzyme_16(X)
& fn_allosteric_enzyme_16(X) = fn_make_accessible_1(fn_phosphofructokinase_27(X))
& fn_make_accessible_1(fn_phosphofructokinase_27(X)) = fn_inhibitor_1(fn_phosphofructokinase_21(X))
& fn_inhibitor_1(fn_phosphofructokinase_21(X)) = fn_make_accessible_1(fn_phosphofructokinase_27(X))
& fn_make_accessible_1(fn_phosphofructokinase_27(X)) = fn_enzyme_regulator_1(fn_phosphofructokinase_22(X))
& fn_enzyme_regulator_1(fn_phosphofructokinase_22(X)) = fn_enzyme_regulator_1(fn_phosphofructokinase_22(X))
& fn_enzyme_regulator_1(fn_phosphofructokinase_22(X)) = fn_enzyme_inhibitor_7(fn_phosphofructokinase_21(X))
& fn_enzyme_inhibitor_7(fn_phosphofructokinase_21(X)) = fn_enzyme_inhibitor_7(fn_phosphofructokinase_21(X))
& fn_enzyme_inhibitor_7(fn_phosphofructokinase_21(X)) = fn_reactant_3(fn_phosphofructokinase_39(X))
& fn_reactant_3(fn_phosphofructokinase_39(X)) = fn_phosphorylated_intermediate_3(fn_phosphofructokinase_51(X))
& fn_phosphorylated_intermediate_3(fn_phosphofructokinase_51(X)) = fn_phosphorylated_intermediate_3(fn_phosphofructokinase_51(X))
& fn_phosphorylated_intermediate_3(fn_phosphofructokinase_51(X)) = fn_reactant_3(fn_phosphofructokinase_39(X)) ) ) ).
fof(a531663,axiom,
! [X] :
( phosphoglucoisomerase_1(X)
=> ( original_name_2(X,'Phosphoglucoisomerase')
& user_description_2(X,'An enzyme which catalyzes the conversion of glucose-6-phosphate into fructose 6-phosphate in the second step of glycolysis.')
& concept2words_2(X,'glucose 6 phosphate isomerase')
& concept2words_2(X,'glucose-6-phosphate-isomerase')
& concept2words_2(X,'phosphoglucose isomerase')
& concept2words_2(X,'phosphoglucose-isomerase')
& concept2words_2(X,'phosphohexose isomerase')
& concept2words_2(X,'phosphohexose-isomerase')
& concept2words_2(X,'phosphohexose isomerase')
& concept2words_2(X,'phosphohexose-isomerase')
& concept2words_2(X,phosphoglucoisomerase)
& isomerase_1(X)
& disulfide_bond_1(fn_phosphoglucoisomerase_1(X))
& catalyst_1(fn_phosphoglucoisomerase_2(X))
& size_value_1(fn_phosphoglucoisomerase_3(X))
& spatial_entity_1(fn_phosphoglucoisomerase_4(X))
& chemical_entity_1(fn_phosphoglucoisomerase_4(X))
& monomer_1(fn_phosphoglucoisomerase_4(X))
& molecule_1(fn_phosphoglucoisomerase_4(X))
& amino_acid_1(fn_phosphoglucoisomerase_4(X))
& quantity_value_1(fn_phosphoglucoisomerase_5(X))
& speed_value_1(fn_phosphoglucoisomerase_6(X))
& constant_motion_1(fn_phosphoglucoisomerase_7(X))
& decrease_1(fn_phosphoglucoisomerase_8(X))
& chemical_reaction_1(fn_phosphoglucoisomerase_9(X))
& size_value_1(fn_phosphoglucoisomerase_10(X))
& atom_1(fn_phosphoglucoisomerase_11(X))
& chemical_entity_1(fn_phosphoglucoisomerase_11(X))
& carbon_1(fn_phosphoglucoisomerase_12(X))
& monomer_1(fn_phosphoglucoisomerase_13(X))
& polypeptide_1(fn_phosphoglucoisomerase_14(X))
& active_site_1(fn_phosphoglucoisomerase_15(X))
& carbon_skeleton_1(fn_phosphoglucoisomerase_16(X))
& surface_1(fn_phosphoglucoisomerase_17(X))
& hydrophilic_region_1(fn_phosphoglucoisomerase_18(X))
& protein_domain_1(fn_phosphoglucoisomerase_19(X))
& kinetic_energy_1(fn_phosphoglucoisomerase_20(X))
& protein_1(fn_disulfide_bond_3(fn_phosphoglucoisomerase_1(X)))
& possesses_2(X,fn_phosphoglucoisomerase_1(X))
& possesses_2(X,fn_phosphoglucoisomerase_20(X))
& quantity_2(fn_phosphoglucoisomerase_20(X),fn_phosphoglucoisomerase_5(X))
& directly_proportional_2(fn_phosphoglucoisomerase_6(X),fn_phosphoglucoisomerase_5(X))
& speed_2(fn_phosphoglucoisomerase_7(X),fn_phosphoglucoisomerase_6(X))
& object_2(fn_phosphoglucoisomerase_7(X),X)
& has_function_2(X,fn_phosphoglucoisomerase_8(X))
& enables_2(fn_phosphoglucoisomerase_8(X),fn_phosphoglucoisomerase_9(X))
& plays_2(X,fn_phosphoglucoisomerase_2(X))
& in_event_2(fn_phosphoglucoisomerase_2(X),fn_phosphoglucoisomerase_9(X))
& site_2(fn_phosphoglucoisomerase_9(X),fn_phosphoglucoisomerase_15(X))
& facilitates_2(fn_phosphoglucoisomerase_15(X),fn_phosphoglucoisomerase_9(X))
& has_function_2(X,fn_phosphoglucoisomerase_9(X))
& has_region_2(X,fn_phosphoglucoisomerase_18(X))
& is_at_2(fn_phosphoglucoisomerase_18(X),fn_phosphoglucoisomerase_17(X))
& has_region_2(X,fn_phosphoglucoisomerase_17(X))
& has_part_2(X,fn_phosphoglucoisomerase_14(X))
& has_part_2(fn_phosphoglucoisomerase_14(X),fn_phosphoglucoisomerase_4(X))
& is_at_2(fn_phosphoglucoisomerase_4(X),fn_phosphoglucoisomerase_19(X))
& has_part_2(X,fn_phosphoglucoisomerase_11(X))
& the_scalar_value_2(fn_phosphoglucoisomerase_10(X),big_0)
& scalar_unit_class_2(fn_phosphoglucoisomerase_10(X),polypeptide_0)
& has_region_2(X,fn_phosphoglucoisomerase_15(X))
& size_2(X,fn_phosphoglucoisomerase_10(X))
& greater_than_2(fn_phosphoglucoisomerase_10(X),fn_phosphoglucoisomerase_3(X))
& size_2(fn_phosphoglucoisomerase_13(X),fn_phosphoglucoisomerase_3(X))
& has_part_2(X,fn_phosphoglucoisomerase_13(X))
& has_region_2(X,fn_phosphoglucoisomerase_19(X))
& has_region_2(X,fn_phosphoglucoisomerase_16(X))
& is_inside_2(fn_phosphoglucoisomerase_12(X),fn_phosphoglucoisomerase_16(X))
& has_part_2(X,fn_phosphoglucoisomerase_12(X))
& fn_phosphoglucoisomerase_11(X) != fn_phosphoglucoisomerase_12(X)
& fn_phosphoglucoisomerase_12(X) != fn_phosphoglucoisomerase_11(X)
& X = fn_disulfide_bond_3(fn_phosphoglucoisomerase_1(X))
& fn_phosphoglucoisomerase_7(X) = fn_molecule_8(X)
& fn_phosphoglucoisomerase_6(X) = fn_molecule_3(X)
& fn_phosphoglucoisomerase_5(X) = fn_molecule_4(X)
& fn_phosphoglucoisomerase_20(X) = fn_molecule_12(X)
& fn_phosphoglucoisomerase_8(X) = fn_enzyme_5(X)
& fn_phosphoglucoisomerase_15(X) = fn_enzyme_2(X)
& fn_phosphoglucoisomerase_9(X) = fn_enzyme_4(X)
& fn_phosphoglucoisomerase_2(X) = fn_enzyme_6(X)
& fn_phosphoglucoisomerase_4(X) = fn_protein_14(X)
& fn_phosphoglucoisomerase_14(X) = fn_protein_8(X)
& fn_phosphoglucoisomerase_17(X) = fn_protein_5(X)
& fn_phosphoglucoisomerase_18(X) = fn_protein_1(X)
& fn_phosphoglucoisomerase_4(X) = fn_protein_enzyme_11(X)
& fn_phosphoglucoisomerase_15(X) = fn_protein_enzyme_10(X)
& fn_phosphoglucoisomerase_19(X) = fn_protein_enzyme_5(X)
& fn_phosphoglucoisomerase_13(X) = fn_protein_enzyme_9(X)
& fn_phosphoglucoisomerase_3(X) = fn_protein_enzyme_4(X)
& fn_phosphoglucoisomerase_10(X) = fn_protein_9(X)
& fn_phosphoglucoisomerase_10(X) = fn_protein_enzyme_3(X)
& fn_phosphoglucoisomerase_11(X) = fn_organic_molecule_2(X)
& fn_phosphoglucoisomerase_11(X) = fn_protein_enzyme_8(X)
& fn_phosphoglucoisomerase_12(X) = fn_organic_molecule_1(X)
& fn_phosphoglucoisomerase_12(X) = fn_protein_enzyme_7(X)
& fn_phosphoglucoisomerase_16(X) = fn_organic_molecule_3(X)
& fn_phosphoglucoisomerase_16(X) = fn_protein_enzyme_6(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_1(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_3(X)
& fn_protein_enzyme_6(X) = fn_organic_molecule_3(X)
& fn_organic_molecule_3(X) = fn_protein_enzyme_6(X) ) ) ).
fof(a531664,axiom,
! [X] :
( phosphoglycerokinase_1(X)
=> ( original_name_2(X,'Phosphoglycerokinase')
& user_description_2(X,'The enzyme phosphoglycerokinase transfers a P from 1,3-diphoshoglyceric acid to a molecule of ADP to form ATP. This happens for each molecule of 1,3-diphoshoglyceric acid. The process yields two 3-phosphoglyceric acid molecules and two ATP')
& concept2words_2(X,'phosphoglycerate kinase')
& concept2words_2(X,phosphoglycerokinase)
& isomerase_1(X)
& disulfide_bond_1(fn_phosphoglycerokinase_1(X))
& catalyst_1(fn_phosphoglycerokinase_2(X))
& size_value_1(fn_phosphoglycerokinase_3(X))
& spatial_entity_1(fn_phosphoglycerokinase_4(X))
& chemical_entity_1(fn_phosphoglycerokinase_4(X))
& monomer_1(fn_phosphoglycerokinase_4(X))
& molecule_1(fn_phosphoglycerokinase_4(X))
& amino_acid_1(fn_phosphoglycerokinase_4(X))
& quantity_value_1(fn_phosphoglycerokinase_5(X))
& speed_value_1(fn_phosphoglycerokinase_6(X))
& constant_motion_1(fn_phosphoglycerokinase_7(X))
& decrease_1(fn_phosphoglycerokinase_8(X))
& chemical_reaction_1(fn_phosphoglycerokinase_9(X))
& size_value_1(fn_phosphoglycerokinase_10(X))
& atom_1(fn_phosphoglycerokinase_11(X))
& chemical_entity_1(fn_phosphoglycerokinase_11(X))
& carbon_1(fn_phosphoglycerokinase_12(X))
& monomer_1(fn_phosphoglycerokinase_13(X))
& polypeptide_1(fn_phosphoglycerokinase_14(X))
& active_site_1(fn_phosphoglycerokinase_15(X))
& carbon_skeleton_1(fn_phosphoglycerokinase_16(X))
& surface_1(fn_phosphoglycerokinase_17(X))
& hydrophilic_region_1(fn_phosphoglycerokinase_18(X))
& protein_domain_1(fn_phosphoglycerokinase_19(X))
& kinetic_energy_1(fn_phosphoglycerokinase_20(X))
& protein_1(fn_disulfide_bond_3(fn_phosphoglycerokinase_1(X)))
& possesses_2(X,fn_phosphoglycerokinase_1(X))
& possesses_2(X,fn_phosphoglycerokinase_20(X))
& quantity_2(fn_phosphoglycerokinase_20(X),fn_phosphoglycerokinase_5(X))
& directly_proportional_2(fn_phosphoglycerokinase_6(X),fn_phosphoglycerokinase_5(X))
& speed_2(fn_phosphoglycerokinase_7(X),fn_phosphoglycerokinase_6(X))
& object_2(fn_phosphoglycerokinase_7(X),X)
& has_function_2(X,fn_phosphoglycerokinase_8(X))
& enables_2(fn_phosphoglycerokinase_8(X),fn_phosphoglycerokinase_9(X))
& plays_2(X,fn_phosphoglycerokinase_2(X))
& in_event_2(fn_phosphoglycerokinase_2(X),fn_phosphoglycerokinase_9(X))
& site_2(fn_phosphoglycerokinase_9(X),fn_phosphoglycerokinase_15(X))
& facilitates_2(fn_phosphoglycerokinase_15(X),fn_phosphoglycerokinase_9(X))
& has_function_2(X,fn_phosphoglycerokinase_9(X))
& has_region_2(X,fn_phosphoglycerokinase_18(X))
& is_at_2(fn_phosphoglycerokinase_18(X),fn_phosphoglycerokinase_17(X))
& has_region_2(X,fn_phosphoglycerokinase_17(X))
& has_part_2(X,fn_phosphoglycerokinase_14(X))
& has_part_2(fn_phosphoglycerokinase_14(X),fn_phosphoglycerokinase_4(X))
& is_at_2(fn_phosphoglycerokinase_4(X),fn_phosphoglycerokinase_19(X))
& has_part_2(X,fn_phosphoglycerokinase_11(X))
& the_scalar_value_2(fn_phosphoglycerokinase_10(X),big_0)
& scalar_unit_class_2(fn_phosphoglycerokinase_10(X),polypeptide_0)
& has_region_2(X,fn_phosphoglycerokinase_15(X))
& size_2(X,fn_phosphoglycerokinase_10(X))
& greater_than_2(fn_phosphoglycerokinase_10(X),fn_phosphoglycerokinase_3(X))
& size_2(fn_phosphoglycerokinase_13(X),fn_phosphoglycerokinase_3(X))
& has_part_2(X,fn_phosphoglycerokinase_13(X))
& has_region_2(X,fn_phosphoglycerokinase_19(X))
& has_region_2(X,fn_phosphoglycerokinase_16(X))
& is_inside_2(fn_phosphoglycerokinase_12(X),fn_phosphoglycerokinase_16(X))
& has_part_2(X,fn_phosphoglycerokinase_12(X))
& fn_phosphoglycerokinase_11(X) != fn_phosphoglycerokinase_12(X)
& fn_phosphoglycerokinase_12(X) != fn_phosphoglycerokinase_11(X)
& X = fn_disulfide_bond_3(fn_phosphoglycerokinase_1(X))
& fn_phosphoglycerokinase_7(X) = fn_molecule_8(X)
& fn_phosphoglycerokinase_6(X) = fn_molecule_3(X)
& fn_phosphoglycerokinase_5(X) = fn_molecule_4(X)
& fn_phosphoglycerokinase_20(X) = fn_molecule_12(X)
& fn_phosphoglycerokinase_8(X) = fn_enzyme_5(X)
& fn_phosphoglycerokinase_15(X) = fn_enzyme_2(X)
& fn_phosphoglycerokinase_9(X) = fn_enzyme_4(X)
& fn_phosphoglycerokinase_2(X) = fn_enzyme_6(X)
& fn_phosphoglycerokinase_4(X) = fn_protein_14(X)
& fn_phosphoglycerokinase_14(X) = fn_protein_8(X)
& fn_phosphoglycerokinase_17(X) = fn_protein_5(X)
& fn_phosphoglycerokinase_18(X) = fn_protein_1(X)
& fn_phosphoglycerokinase_4(X) = fn_protein_enzyme_11(X)
& fn_phosphoglycerokinase_15(X) = fn_protein_enzyme_10(X)
& fn_phosphoglycerokinase_19(X) = fn_protein_enzyme_5(X)
& fn_phosphoglycerokinase_13(X) = fn_protein_enzyme_9(X)
& fn_phosphoglycerokinase_3(X) = fn_protein_enzyme_4(X)
& fn_phosphoglycerokinase_10(X) = fn_protein_9(X)
& fn_phosphoglycerokinase_10(X) = fn_protein_enzyme_3(X)
& fn_phosphoglycerokinase_11(X) = fn_organic_molecule_2(X)
& fn_phosphoglycerokinase_11(X) = fn_protein_enzyme_8(X)
& fn_phosphoglycerokinase_12(X) = fn_organic_molecule_1(X)
& fn_phosphoglycerokinase_12(X) = fn_protein_enzyme_7(X)
& fn_phosphoglycerokinase_16(X) = fn_organic_molecule_3(X)
& fn_phosphoglycerokinase_16(X) = fn_protein_enzyme_6(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_1(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_3(X)
& fn_protein_enzyme_6(X) = fn_organic_molecule_3(X)
& fn_organic_molecule_3(X) = fn_protein_enzyme_6(X) ) ) ).
fof(a531665,axiom,
! [X] :
( phosphoglyceromutase_1(X)
=> ( original_name_2(X,'Phosphoglyceromutase')
& user_description_2(X,'The enzyme phosphoglyceromutase relocates the Phosphate group of 3-phosphoglyceric acid from the third carbon to the second carbon to form 2-phosphoglyceric acid.')
& concept2words_2(X,'phosphoglycerate mutase')
& concept2words_2(X,phosphoglyceromutase)
& isomerase_1(X)
& isomerization_reaction_1(fn_phosphoglyceromutase_1(X))
& has_function_2(X,fn_phosphoglyceromutase_1(X))
& fn_phosphoglyceromutase_1(X) = fn_enzyme_4(X) ) ) ).
fof(a531666,axiom,
! [X] :
( phospholipase_c_1(X)
=> ( original_name_2(X,'Phospholipase-C')
& user_description_2(X,'An enzyme that cleaves lipid molecules just ahead of the phosphate group.')
& concept2words_2(X,plc)
& concept2words_2(X,'phospholipase c')
& concept2words_2(X,'phospholipase-c')
& hydrolase_1(X)
& disulfide_bond_1(fn_phospholipase_c_1(X))
& size_value_1(fn_phospholipase_c_2(X))
& quantity_value_1(fn_phospholipase_c_3(X))
& speed_value_1(fn_phospholipase_c_4(X))
& spatial_entity_1(fn_phospholipase_c_5(X))
& chemical_entity_1(fn_phospholipase_c_5(X))
& monomer_1(fn_phospholipase_c_5(X))
& molecule_1(fn_phospholipase_c_5(X))
& amino_acid_1(fn_phospholipase_c_5(X))
& catalyst_1(fn_phospholipase_c_6(X))
& constant_motion_1(fn_phospholipase_c_7(X))
& decrease_1(fn_phospholipase_c_8(X))
& hydrolysis_1(fn_phospholipase_c_9(X))
& size_value_1(fn_phospholipase_c_10(X))
& atom_1(fn_phospholipase_c_11(X))
& chemical_entity_1(fn_phospholipase_c_11(X))
& carbon_1(fn_phospholipase_c_12(X))
& monomer_1(fn_phospholipase_c_13(X))
& polypeptide_1(fn_phospholipase_c_14(X))
& active_site_1(fn_phospholipase_c_15(X))
& carbon_skeleton_1(fn_phospholipase_c_16(X))
& surface_1(fn_phospholipase_c_17(X))
& hydrophilic_region_1(fn_phospholipase_c_18(X))
& protein_domain_1(fn_phospholipase_c_19(X))
& kinetic_energy_1(fn_phospholipase_c_20(X))
& protein_1(fn_disulfide_bond_3(fn_phospholipase_c_1(X)))
& possesses_2(X,fn_phospholipase_c_1(X))
& enables_2(fn_phospholipase_c_8(X),fn_phospholipase_c_9(X))
& has_function_2(X,fn_phospholipase_c_8(X))
& has_function_2(X,fn_phospholipase_c_9(X))
& site_2(fn_phospholipase_c_9(X),fn_phospholipase_c_15(X))
& facilitates_2(fn_phospholipase_c_15(X),fn_phospholipase_c_9(X))
& in_event_2(fn_phospholipase_c_6(X),fn_phospholipase_c_9(X))
& plays_2(X,fn_phospholipase_c_6(X))
& possesses_2(X,fn_phospholipase_c_20(X))
& quantity_2(fn_phospholipase_c_20(X),fn_phospholipase_c_3(X))
& directly_proportional_2(fn_phospholipase_c_4(X),fn_phospholipase_c_3(X))
& speed_2(fn_phospholipase_c_7(X),fn_phospholipase_c_4(X))
& object_2(fn_phospholipase_c_7(X),X)
& has_region_2(X,fn_phospholipase_c_18(X))
& is_at_2(fn_phospholipase_c_18(X),fn_phospholipase_c_17(X))
& has_region_2(X,fn_phospholipase_c_17(X))
& has_part_2(X,fn_phospholipase_c_14(X))
& has_part_2(fn_phospholipase_c_14(X),fn_phospholipase_c_5(X))
& is_at_2(fn_phospholipase_c_5(X),fn_phospholipase_c_19(X))
& has_part_2(X,fn_phospholipase_c_11(X))
& the_scalar_value_2(fn_phospholipase_c_10(X),big_0)
& scalar_unit_class_2(fn_phospholipase_c_10(X),polypeptide_0)
& has_region_2(X,fn_phospholipase_c_15(X))
& size_2(X,fn_phospholipase_c_10(X))
& greater_than_2(fn_phospholipase_c_10(X),fn_phospholipase_c_2(X))
& size_2(fn_phospholipase_c_13(X),fn_phospholipase_c_2(X))
& has_part_2(X,fn_phospholipase_c_13(X))
& has_region_2(X,fn_phospholipase_c_19(X))
& has_region_2(X,fn_phospholipase_c_16(X))
& is_inside_2(fn_phospholipase_c_12(X),fn_phospholipase_c_16(X))
& has_part_2(X,fn_phospholipase_c_12(X))
& fn_phospholipase_c_11(X) != fn_phospholipase_c_12(X)
& fn_phospholipase_c_12(X) != fn_phospholipase_c_11(X)
& X = fn_disulfide_bond_3(fn_phospholipase_c_1(X))
& fn_phospholipase_c_8(X) = fn_enzyme_5(X)
& fn_phospholipase_c_6(X) = fn_enzyme_6(X)
& fn_phospholipase_c_15(X) = fn_enzyme_2(X)
& fn_phospholipase_c_9(X) = fn_enzyme_4(X)
& fn_phospholipase_c_7(X) = fn_molecule_8(X)
& fn_phospholipase_c_4(X) = fn_molecule_3(X)
& fn_phospholipase_c_3(X) = fn_molecule_4(X)
& fn_phospholipase_c_20(X) = fn_molecule_12(X)
& fn_phospholipase_c_5(X) = fn_protein_14(X)
& fn_phospholipase_c_14(X) = fn_protein_8(X)
& fn_phospholipase_c_17(X) = fn_protein_5(X)
& fn_phospholipase_c_18(X) = fn_protein_1(X)
& fn_phospholipase_c_5(X) = fn_protein_enzyme_11(X)
& fn_phospholipase_c_15(X) = fn_protein_enzyme_10(X)
& fn_phospholipase_c_19(X) = fn_protein_enzyme_5(X)
& fn_phospholipase_c_13(X) = fn_protein_enzyme_9(X)
& fn_phospholipase_c_2(X) = fn_protein_enzyme_4(X)
& fn_phospholipase_c_10(X) = fn_protein_9(X)
& fn_phospholipase_c_10(X) = fn_protein_enzyme_3(X)
& fn_phospholipase_c_11(X) = fn_organic_molecule_2(X)
& fn_phospholipase_c_11(X) = fn_protein_enzyme_8(X)
& fn_phospholipase_c_12(X) = fn_organic_molecule_1(X)
& fn_phospholipase_c_12(X) = fn_protein_enzyme_7(X)
& fn_phospholipase_c_16(X) = fn_organic_molecule_3(X)
& fn_phospholipase_c_16(X) = fn_protein_enzyme_6(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_1(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_3(X)
& fn_protein_enzyme_6(X) = fn_organic_molecule_3(X)
& fn_organic_molecule_3(X) = fn_protein_enzyme_6(X) ) ) ).
fof(a531667,axiom,
! [X] :
( phospholipid_1(X)
=> ( original_name_2(X,'Phospholipid')
& user_description_2(X,'Phospholipid is a class of lipid which has its primary function as a structural component of cell membranes')
& concept2words_2(X,phospholipid)
& lipid_1(X)
& amphipathic_molecule_1(X)
& barrier_1(fn_phospholipid_1(X))
& share_1(fn_phospholipid_2(X))
& share_1(fn_phospholipid_3(X))
& unitless_value_1(fn_phospholipid_4(X))
& charge_value_1(fn_phospholipid_6(X))
& share_1(fn_phospholipid_13(X))
& unequal_sharing_1(fn_phospholipid_14(X))
& electron_1(fn_phospholipid_15(X))
& valence_electron_1(fn_phospholipid_15(X))
& second_electron_shell_1(fn_phospholipid_16(X))
& electronegativity_value_1(fn_phospholipid_17(X))
& system_1(fn_phospholipid_18(X))
& atomic_number_value_1(fn_phospholipid_19(X))
& quantity_value_1(fn_phospholipid_20(X))
& quantity_value_1(fn_phospholipid_22(X))
& attract_1(fn_phospholipid_23(X))
& asymmetrical_distribution_1(fn_phospholipid_24(X))
& constant_motion_1(fn_phospholipid_25(X))
& atomic_orbital_1(fn_phospholipid_26(X))
& s_orbital_1(fn_phospholipid_26(X))
& tangible_entity_1(fn_phospholipid_27(X))
& entity_1(fn_phospholipid_27(X))
& chemical_entity_1(fn_phospholipid_27(X))
& atom_1(fn_phospholipid_27(X))
& hydrogen_1(fn_phospholipid_27(X))
& atom_1(fn_phospholipid_28(X))
& chemical_entity_1(fn_phospholipid_28(X))
& entity_1(fn_phospholipid_28(X))
& tangible_entity_1(fn_phospholipid_28(X))
& oxygen_1(fn_phospholipid_28(X))
& functional_group_1(fn_phospholipid_29(X))
& carboxyl_group_1(fn_phospholipid_29(X))
& hold_1(fn_phospholipid_30(X))
& hold_together_1(fn_phospholipid_30(X))
& hold_1(fn_phospholipid_31(X))
& hold_together_1(fn_phospholipid_31(X))
& hold_1(fn_phospholipid_32(X))
& hold_together_1(fn_phospholipid_32(X))
& share_1(fn_phospholipid_33(X))
& share_1(fn_phospholipid_34(X))
& share_1(fn_phospholipid_35(X))
& entity_1(fn_phospholipid_36(X))
& tangible_entity_1(fn_phospholipid_36(X))
& electron_1(fn_phospholipid_36(X))
& valence_electron_1(fn_phospholipid_36(X))
& center_1(fn_phospholipid_37(X))
& electron_shell_1(fn_phospholipid_38(X))
& first_electron_shell_1(fn_phospholipid_38(X))
& atomic_nucleus_1(fn_phospholipid_39(X))
& electron_shell_1(fn_phospholipid_40(X))
& center_1(fn_phospholipid_41(X))
& hold_together_1(fn_phospholipid_42(X))
& tangible_entity_1(fn_phospholipid_45(X))
& entity_1(fn_phospholipid_45(X))
& chemical_entity_1(fn_phospholipid_45(X))
& atom_1(fn_phospholipid_45(X))
& carbon_1(fn_phospholipid_45(X))
& tangible_entity_1(fn_phospholipid_46(X))
& entity_1(fn_phospholipid_46(X))
& chemical_entity_1(fn_phospholipid_46(X))
& atom_1(fn_phospholipid_46(X))
& carbon_1(fn_phospholipid_46(X))
& atom_1(fn_phospholipid_47(X))
& chemical_entity_1(fn_phospholipid_47(X))
& entity_1(fn_phospholipid_47(X))
& tangible_entity_1(fn_phospholipid_47(X))
& oxygen_1(fn_phospholipid_47(X))
& barrier_1(fn_phospholipid_48(X))
& block_1(fn_phospholipid_49(X))
& water_molecule_1(fn_phospholipid_50(X))
& share_1(fn_phospholipid_52(X))
& center_1(fn_phospholipid_53(X))
& atomic_nucleus_1(fn_phospholipid_54(X))
& electronegativity_value_1(fn_phospholipid_55(X))
& electron_shell_1(fn_phospholipid_56(X))
& atom_1(fn_phospholipid_57(X))
& chemical_entity_1(fn_phospholipid_57(X))
& hydrogen_1(fn_phospholipid_57(X))
& atom_1(fn_phospholipid_58(X))
& chemical_entity_1(fn_phospholipid_58(X))
& oxygen_1(fn_phospholipid_58(X))
& share_1(fn_phospholipid_59(X))
& share_1(fn_phospholipid_60(X))
& hold_together_1(fn_phospholipid_61(X))
& entity_1(fn_phospholipid_62(X))
& chemical_entity_1(fn_phospholipid_62(X))
& atom_1(fn_phospholipid_62(X))
& carbon_1(fn_phospholipid_62(X))
& carbon_1(fn_phospholipid_63(X))
& functional_group_1(fn_phospholipid_64(X))
& spatial_entity_1(fn_phospholipid_64(X))
& hydroxyl_group_1(fn_phospholipid_64(X))
& carbon_skeleton_1(fn_phospholipid_65(X))
& hydrophilic_region_1(fn_phospholipid_66(X))
& chemical_bond_1(fn_phospholipid_67(X))
& polar_covalent_bond_1(fn_phospholipid_67(X))
& attract_1(fn_phospholipid_68(X))
& attach_1(fn_phospholipid_69(X))
& electron_1(fn_phospholipid_70(X))
& valence_electron_1(fn_phospholipid_70(X))
& entity_1(fn_phospholipid_71(X))
& electron_1(fn_phospholipid_71(X))
& valence_electron_1(fn_phospholipid_71(X))
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& tangible_entity_1(fn_phospholipid_72(X))
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& valence_electron_1(fn_phospholipid_72(X))
& proton_1(fn_phospholipid_73(X))
& atomic_nucleus_1(fn_phospholipid_74(X))
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& valence_electron_1(fn_phospholipid_76(X))
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& atomic_orbital_1(fn_phospholipid_78(X))
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& attach_1(fn_phospholipid_81(X))
& attach_1(fn_phospholipid_82(X))
& spatial_entity_1(fn_phospholipid_83(X))
& functional_group_1(fn_phospholipid_83(X))
& phosphate_group_1(fn_phospholipid_83(X))
& entity_1(fn_phospholipid_84(X))
& atom_1(fn_phospholipid_84(X))
& chemical_entity_1(fn_phospholipid_84(X))
& phosphorus_1(fn_phospholipid_84(X))
& polar_covalent_bond_1(fn_phospholipid_85(X))
& hold_together_1(fn_phospholipid_86(X))
& fatty_acid_1(fn_phospholipid_87(X))
& hydrophilic_head_1(fn_phospholipid_88(X))
& entity_1(fn_phospholipid_89(X))
& spatial_entity_1(fn_phospholipid_89(X))
& tangible_entity_1(fn_phospholipid_89(X))
& chemical_entity_1(fn_phospholipid_89(X))
& glycerol_1(fn_phospholipid_89(X))
& alcohol_1(fn_phospholipid_89(X))
& fatty_acid_tail_1(fn_phospholipid_90(X))
& spatial_entity_1(fn_phospholipid_91(X))
& chemical_entity_1(fn_phospholipid_91(X))
& hydrophobic_compound_1(fn_phospholipid_91(X))
& organic_acid_1(fn_phospholipid_91(X))
& carboxylic_acid_1(fn_phospholipid_91(X))
& fatty_acid_1(fn_phospholipid_91(X))
& fatty_acid_tail_1(fn_phospholipid_92(X))
& hold_together_1(fn_phospholipid_93(X))
& chemical_bond_1(fn_phospholipid_94(X))
& ester_linkage_1(fn_phospholipid_94(X))
& center_1(fn_phospholipid_95(X))
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& hold_together_1(fn_phospholipid_96(X))
& carbon_skeleton_1(fn_phospholipid_97(X))
& tangible_entity_1(fn_phospholipid_98(X))
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& chemical_entity_1(fn_phospholipid_98(X))
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& entity_1(fn_phospholipid_99(X))
& chemical_entity_1(fn_phospholipid_99(X))
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& quantity_value_1(fn_phospholipid_102(X))
& speed_value_1(fn_phospholipid_103(X))
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& kinetic_energy_1(fn_phospholipid_105(X))
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& hold_1(fn_phospholipid_107(X))
& hold_together_1(fn_phospholipid_107(X))
& share_1(fn_phospholipid_108(X))
& share_1(fn_phospholipid_109(X))
& share_1(fn_phospholipid_110(X))
& hold_1(fn_phospholipid_111(X))
& hold_together_1(fn_phospholipid_111(X))
& hold_together_1(fn_phospholipid_112(X))
& hold_1(fn_phospholipid_113(X))
& hold_together_1(fn_phospholipid_113(X))
& repel_1(fn_phospholipid_114(X))
& repel_1(fn_phospholipid_115(X))
& repel_1(fn_phospholipid_116(X))
& hold_1(fn_phospholipid_117(X))
& hold_together_1(fn_phospholipid_117(X))
& hold_1(fn_phospholipid_118(X))
& hold_together_1(fn_phospholipid_118(X))
& hold_together_1(fn_phospholipid_119(X))
& hold_1(fn_phospholipid_120(X))
& hold_together_1(fn_phospholipid_120(X))
& hold_1(fn_phospholipid_121(X))
& hold_together_1(fn_phospholipid_121(X))
& hold_1(fn_phospholipid_122(X))
& hold_together_1(fn_phospholipid_122(X))
& share_1(fn_phospholipid_123(X))
& share_1(fn_phospholipid_124(X))
& atomic_nucleus_1(fn_phospholipid_125(X))
& share_1(fn_phospholipid_126(X))
& share_1(fn_phospholipid_127(X))
& share_1(fn_phospholipid_128(X))
& share_1(fn_phospholipid_129(X))
& share_1(fn_phospholipid_130(X))
& share_1(fn_phospholipid_131(X))
& hold_1(fn_phospholipid_132(X))
& hold_together_1(fn_phospholipid_132(X))
& hold_1(fn_phospholipid_133(X))
& hold_together_1(fn_phospholipid_133(X))
& hold_1(fn_phospholipid_134(X))
& hold_together_1(fn_phospholipid_134(X))
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& repel_1(fn_hydrophobic_compound_2(fn_phospholipid_91(X)))
& chemical_entity_1(fn_functional_group_1(fn_phospholipid_83(X)))
& repel_1(fn_hydrophobic_compound_2(fn_phospholipid_87(X)))
& attract_1(fn_hydrophilic_region_2(fn_phospholipid_66(X)))
& entity_1(fn_polar_covalent_bond_19(fn_phospholipid_67(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_phospholipid_67(X)))
& atom_1(fn_polar_covalent_bond_19(fn_phospholipid_67(X)))
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& share_1(fn_covalent_bond_17(fn_phospholipid_85(X)))
& electron_1(fn_atomic_nucleus_8(fn_phospholipid_74(X)))
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& block_1(fn_hydrophobic_region_3(fn_phospholipid_90(X)))
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& hold_1(fn_fatty_acid_13(fn_phospholipid_91(X)))
& hold_together_1(fn_fatty_acid_13(fn_phospholipid_91(X)))
& hold_1(fn_fatty_acid_12(fn_phospholipid_91(X)))
& hold_together_1(fn_fatty_acid_12(fn_phospholipid_91(X)))
& hold_together_1(fn_phosphate_group_40(fn_phospholipid_83(X)))
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& share_1(fn_phosphate_group_39(fn_phospholipid_83(X)))
& share_1(fn_phosphate_group_35(fn_phospholipid_83(X)))
& atomic_nucleus_1(fn_phosphate_group_14(fn_phospholipid_83(X)))
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& constant_motion_1(fn_ester_linkage_9(fn_phospholipid_94(X)))
& asymmetrical_distribution_1(fn_ester_linkage_8(fn_phospholipid_94(X)))
& attract_1(fn_ester_linkage_31(fn_phospholipid_94(X)))
& center_1(fn_ester_linkage_43(fn_phospholipid_94(X)))
& electronegativity_value_1(fn_ester_linkage_41(fn_phospholipid_94(X)))
& unequal_sharing_1(fn_ester_linkage_32(fn_phospholipid_94(X)))
& atomic_orbital_1(fn_ester_linkage_15(fn_phospholipid_94(X)))
& s_orbital_1(fn_ester_linkage_15(fn_phospholipid_94(X)))
& second_electron_shell_1(fn_ester_linkage_11(fn_phospholipid_94(X)))
& property_node_1(fn_oxygen_14(fn_phospholipid_99(X)))
& property_node_1(fn_oxygen_12(fn_phospholipid_99(X)))
& property_node_1(fn_oxygen_11(fn_phospholipid_99(X)))
& property_node_1(fn_oxygen_6(fn_phospholipid_99(X)))
& system_1(fn_oxygen_21(fn_phospholipid_99(X)))
& equation_big_node_1(fn_oxygen_10(fn_phospholipid_99(X)))
& equation_set_1(fn_oxygen_20(fn_phospholipid_99(X)))
& atomic_number_value_1(fn_oxygen_17(fn_phospholipid_99(X)))
& repel_1(fn_hydrophobic_region_2(fn_phospholipid_90(X)))
& entity_1(fn_polar_covalent_bond_18(fn_phospholipid_67(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_phospholipid_67(X)))
& atom_1(fn_polar_covalent_bond_18(fn_phospholipid_67(X)))
& carbon_1(fn_alcohol_7(fn_phospholipid_89(X)))
& entity_1(fn_attract_2(fn_phospholipid_68(X)))
& spatial_entity_1(fn_attach_2(fn_phospholipid_82(X)))
& spatial_entity_1(fn_attach_2(fn_phospholipid_81(X)))
& tangible_entity_1(fn_hold_2(fn_phospholipid_86(X)))
& tangible_entity_1(fn_hold_2(fn_phospholipid_93(X)))
& chemical_entity_1(fn_functional_group_1(fn_phospholipid_64(X)))
& share_1(fn_organic_acid_15(fn_phospholipid_91(X)))
& hold_1(fn_carboxylic_acid_19(fn_phospholipid_91(X)))
& hold_together_1(fn_carboxylic_acid_19(fn_phospholipid_91(X)))
& hold_1(fn_organic_acid_1(fn_phospholipid_91(X)))
& hold_together_1(fn_organic_acid_1(fn_phospholipid_91(X)))
& share_1(fn_carboxylic_acid_24(fn_phospholipid_91(X)))
& hold_1(fn_fatty_acid_66(fn_phospholipid_91(X)))
& hold_together_1(fn_fatty_acid_66(fn_phospholipid_91(X)))
& share_1(fn_carboxylic_acid_3(fn_phospholipid_91(X)))
& share_1(fn_fatty_acid_14(fn_phospholipid_91(X)))
& share_1(fn_carboxylic_acid_16(fn_phospholipid_91(X)))
& share_1(fn_fatty_acid_64(fn_phospholipid_91(X)))
& share_1(fn_fatty_acid_63(fn_phospholipid_91(X)))
& share_1(fn_fatty_acid_15(fn_phospholipid_91(X)))
& electron_shell_1(fn_fatty_acid_22(fn_phospholipid_91(X)))
& first_electron_shell_1(fn_fatty_acid_22(fn_phospholipid_91(X)))
& first_electron_shell_1(fn_fatty_acid_24(fn_phospholipid_91(X)))
& hold_1(fn_fatty_acid_65(fn_phospholipid_91(X)))
& hold_together_1(fn_fatty_acid_65(fn_phospholipid_91(X)))
& hold_together_1(fn_carboxylic_acid_25(fn_phospholipid_91(X)))
& hold_1(fn_carboxylic_acid_2(fn_phospholipid_91(X)))
& hold_together_1(fn_carboxylic_acid_2(fn_phospholipid_91(X)))
& spatial_entity_1(fn_attach_1(fn_phospholipid_82(X)))
& chemical_entity_1(fn_functional_group_1(fn_phospholipid_29(X)))
& repel_1(fn_hydrophobic_region_2(fn_phospholipid_92(X)))
& center_1(fn_atomic_nucleus_3(fn_phospholipid_74(X)))
& center_1(fn_phosphate_group_12(fn_phospholipid_83(X)))
& electron_1(fn_electron_shell_2(fn_phospholipid_79(X)))
& valence_electron_1(fn_covalent_bond_15(fn_phospholipid_85(X)))
& valence_electron_1(fn_covalent_bond_18(fn_phospholipid_85(X)))
& electron_1(fn_phosphate_group_3(fn_phospholipid_83(X)))
& valence_electron_1(fn_phosphate_group_3(fn_phospholipid_83(X)))
& atom_1(fn_atomic_nucleus_4(fn_phospholipid_74(X)))
& entity_1(fn_covalent_bond_20(fn_phospholipid_85(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_phospholipid_85(X)))
& atom_1(fn_covalent_bond_20(fn_phospholipid_85(X)))
& entity_1(fn_covalent_bond_19(fn_phospholipid_85(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_phospholipid_85(X)))
& atom_1(fn_covalent_bond_19(fn_phospholipid_85(X)))
& phosphorus_1(fn_phosphate_group_6(fn_phospholipid_83(X)))
& chemical_bond_1(fn_alcohol_9(fn_phospholipid_89(X)))
& polar_covalent_bond_1(fn_alcohol_9(fn_phospholipid_89(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_phospholipid_64(X)))
& atom_1(fn_alcohol_8(fn_phospholipid_89(X)))
& chemical_entity_1(fn_alcohol_8(fn_phospholipid_89(X)))
& oxygen_1(fn_alcohol_8(fn_phospholipid_89(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_phospholipid_64(X)))
& spatial_entity_1(fn_attach_1(fn_phospholipid_69(X)))
& hydroxyl_group_1(fn_alcohol_3(fn_phospholipid_89(X)))
& atom_1(fn_glycerol_1(fn_phospholipid_89(X)))
& chemical_entity_1(fn_glycerol_1(fn_phospholipid_89(X)))
& hydrogen_1(fn_glycerol_1(fn_phospholipid_89(X)))
& hydrogen_1(fn_alcohol_6(fn_phospholipid_89(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_phospholipid_64(X)))
& electron_shell_1(fn_fatty_acid_20(fn_phospholipid_91(X)))
& electron_shell_1(fn_carboxyl_group_16(fn_phospholipid_29(X)))
& center_1(fn_fatty_acid_38(fn_phospholipid_91(X)))
& center_1(fn_carboxyl_group_64(fn_phospholipid_29(X)))
& atomic_nucleus_1(fn_fatty_acid_60(fn_phospholipid_91(X)))
& atomic_nucleus_1(fn_carboxyl_group_57(fn_phospholipid_29(X)))
& entity_1(fn_share_2(fn_phospholipid_131(X)))
& tangible_entity_1(fn_carboxylic_acid_15(fn_phospholipid_91(X)))
& electron_1(fn_carboxylic_acid_15(fn_phospholipid_91(X)))
& entity_1(fn_carboxylic_acid_15(fn_phospholipid_91(X)))
& valence_electron_1(fn_carboxylic_acid_15(fn_phospholipid_91(X)))
& entity_1(fn_carboxyl_group_21(fn_phospholipid_29(X)))
& valence_electron_1(fn_carboxyl_group_21(fn_phospholipid_29(X)))
& entity_1(fn_fatty_acid_58(fn_phospholipid_91(X)))
& tangible_entity_1(fn_fatty_acid_58(fn_phospholipid_91(X)))
& electron_1(fn_fatty_acid_58(fn_phospholipid_91(X)))
& valence_electron_1(fn_fatty_acid_58(fn_phospholipid_91(X)))
& entity_1(fn_fatty_acid_26(fn_phospholipid_91(X)))
& tangible_entity_1(fn_fatty_acid_26(fn_phospholipid_91(X)))
& electron_1(fn_fatty_acid_26(fn_phospholipid_91(X)))
& valence_electron_1(fn_fatty_acid_26(fn_phospholipid_91(X)))
& entity_1(fn_carboxyl_group_17(fn_phospholipid_29(X)))
& tangible_entity_1(fn_carboxyl_group_17(fn_phospholipid_29(X)))
& electron_1(fn_carboxyl_group_17(fn_phospholipid_29(X)))
& valence_electron_1(fn_carboxyl_group_17(fn_phospholipid_29(X)))
& electron_1(fn_carboxyl_group_40(fn_phospholipid_29(X)))
& valence_electron_1(fn_carboxyl_group_40(fn_phospholipid_29(X)))
& tangible_entity_1(fn_carboxyl_group_58(fn_phospholipid_29(X)))
& electron_1(fn_carboxyl_group_58(fn_phospholipid_29(X)))
& valence_electron_1(fn_carboxyl_group_58(fn_phospholipid_29(X)))
& atomic_nucleus_1(fn_carboxyl_group_48(fn_phospholipid_29(X)))
& atomic_nucleus_1(fn_carboxyl_group_46(fn_phospholipid_29(X)))
& share_1(fn_fatty_acid_16(fn_phospholipid_91(X)))
& share_1(fn_carboxyl_group_56(fn_phospholipid_29(X)))
& share_1(fn_carboxyl_group_49(fn_phospholipid_29(X)))
& center_1(fn_carboxyl_group_18(fn_phospholipid_29(X)))
& center_1(fn_carboxyl_group_20(fn_phospholipid_29(X)))
& entity_1(fn_share_3(fn_phospholipid_131(X)))
& entity_1(fn_share_1(fn_phospholipid_126(X)))
& entity_1(fn_share_1(fn_phospholipid_131(X)))
& tangible_entity_1(fn_hold_2(fn_phospholipid_121(X)))
& tangible_entity_1(fn_hold_2(fn_phospholipid_122(X)))
& tangible_entity_1(fn_hold_2(fn_phospholipid_120(X)))
& tangible_entity_1(fn_hold_2(fn_phospholipid_119(X)))
& entity_1(fn_organic_acid_14(fn_phospholipid_91(X)))
& chemical_entity_1(fn_organic_acid_14(fn_phospholipid_91(X)))
& atom_1(fn_organic_acid_14(fn_phospholipid_91(X)))
& carbon_1(fn_organic_acid_14(fn_phospholipid_91(X)))
& entity_1(fn_share_3(fn_phospholipid_124(X)))
& entity_1(fn_share_3(fn_phospholipid_128(X)))
& entity_1(fn_share_1(fn_phospholipid_124(X)))
& entity_1(fn_share_1(fn_phospholipid_128(X)))
& entity_1(fn_carboxylic_acid_4(fn_phospholipid_91(X)))
& tangible_entity_1(fn_carboxylic_acid_4(fn_phospholipid_91(X)))
& atom_1(fn_carboxylic_acid_4(fn_phospholipid_91(X)))
& chemical_entity_1(fn_carboxylic_acid_4(fn_phospholipid_91(X)))
& oxygen_1(fn_carboxylic_acid_4(fn_phospholipid_91(X)))
& entity_1(fn_share_3(fn_phospholipid_35(X)))
& entity_1(fn_share_1(fn_phospholipid_35(X)))
& entity_1(fn_carboxylic_acid_9(fn_phospholipid_91(X)))
& chemical_entity_1(fn_carboxylic_acid_9(fn_phospholipid_91(X)))
& atom_1(fn_carboxylic_acid_9(fn_phospholipid_91(X)))
& carbon_1(fn_carboxylic_acid_9(fn_phospholipid_91(X)))
& entity_1(fn_fatty_acid_33(fn_phospholipid_91(X)))
& chemical_entity_1(fn_fatty_acid_33(fn_phospholipid_91(X)))
& atom_1(fn_fatty_acid_33(fn_phospholipid_91(X)))
& carbon_1(fn_fatty_acid_33(fn_phospholipid_91(X)))
& tangible_entity_1(fn_fatty_acid_34(fn_phospholipid_91(X)))
& entity_1(fn_fatty_acid_34(fn_phospholipid_91(X)))
& chemical_entity_1(fn_fatty_acid_34(fn_phospholipid_91(X)))
& atom_1(fn_fatty_acid_34(fn_phospholipid_91(X)))
& carbon_1(fn_fatty_acid_34(fn_phospholipid_91(X)))
& entity_1(fn_carboxyl_group_19(fn_phospholipid_29(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_phospholipid_29(X)))
& atom_1(fn_carboxyl_group_19(fn_phospholipid_29(X)))
& carbon_1(fn_carboxyl_group_19(fn_phospholipid_29(X)))
& hold_together_1(fn_carboxyl_group_47(fn_phospholipid_29(X)))
& hold_together_1(fn_carboxyl_group_55(fn_phospholipid_29(X)))
& hold_1(fn_fatty_acid_41(fn_phospholipid_91(X)))
& hold_together_1(fn_fatty_acid_41(fn_phospholipid_91(X)))
& hold_together_1(fn_fatty_acid_11(fn_phospholipid_91(X)))
& hold_together_1(fn_carboxyl_group_67(fn_phospholipid_29(X)))
& entity_1(fn_share_3(fn_phospholipid_126(X)))
& entity_1(fn_share_3(fn_phospholipid_129(X)))
& entity_1(fn_share_1(fn_phospholipid_129(X)))
& tangible_entity_1(fn_hold_2(fn_phospholipid_133(X)))
& entity_1(fn_organic_acid_10(fn_phospholipid_91(X)))
& tangible_entity_1(fn_organic_acid_10(fn_phospholipid_91(X)))
& oxygen_1(fn_organic_acid_10(fn_phospholipid_91(X)))
& atom_1(fn_organic_acid_13(fn_phospholipid_91(X)))
& chemical_entity_1(fn_organic_acid_13(fn_phospholipid_91(X)))
& oxygen_1(fn_organic_acid_13(fn_phospholipid_91(X)))
& entity_1(fn_carboxylic_acid_5(fn_phospholipid_91(X)))
& tangible_entity_1(fn_carboxylic_acid_5(fn_phospholipid_91(X)))
& oxygen_1(fn_carboxylic_acid_5(fn_phospholipid_91(X)))
& atom_1(fn_fatty_acid_21(fn_phospholipid_91(X)))
& chemical_entity_1(fn_fatty_acid_21(fn_phospholipid_91(X)))
& entity_1(fn_fatty_acid_21(fn_phospholipid_91(X)))
& tangible_entity_1(fn_fatty_acid_21(fn_phospholipid_91(X)))
& oxygen_1(fn_fatty_acid_21(fn_phospholipid_91(X)))
& atom_1(fn_fatty_acid_31(fn_phospholipid_91(X)))
& chemical_entity_1(fn_fatty_acid_31(fn_phospholipid_91(X)))
& entity_1(fn_fatty_acid_31(fn_phospholipid_91(X)))
& tangible_entity_1(fn_fatty_acid_31(fn_phospholipid_91(X)))
& oxygen_1(fn_fatty_acid_31(fn_phospholipid_91(X)))
& oxygen_1(fn_carboxyl_group_23(fn_phospholipid_29(X)))
& oxygen_1(fn_carboxyl_group_24(fn_phospholipid_29(X)))
& carboxyl_group_1(fn_organic_acid_11(fn_phospholipid_91(X)))
& functional_group_1(fn_fatty_acid_43(fn_phospholipid_91(X)))
& carboxyl_group_1(fn_fatty_acid_43(fn_phospholipid_91(X)))
& functional_group_1(fn_carboxylic_acid_6(fn_phospholipid_91(X)))
& carboxyl_group_1(fn_carboxylic_acid_6(fn_phospholipid_91(X)))
& tangible_entity_1(fn_hold_2(fn_phospholipid_134(X)))
& entity_1(fn_carboxylic_acid_11(fn_phospholipid_91(X)))
& chemical_entity_1(fn_carboxylic_acid_11(fn_phospholipid_91(X)))
& atom_1(fn_carboxylic_acid_11(fn_phospholipid_91(X)))
& hydrogen_1(fn_carboxylic_acid_11(fn_phospholipid_91(X)))
& entity_1(fn_fatty_acid_44(fn_phospholipid_91(X)))
& chemical_entity_1(fn_fatty_acid_44(fn_phospholipid_91(X)))
& atom_1(fn_fatty_acid_44(fn_phospholipid_91(X)))
& hydrogen_1(fn_fatty_acid_44(fn_phospholipid_91(X)))
& entity_1(fn_carboxyl_group_25(fn_phospholipid_29(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_phospholipid_29(X)))
& atom_1(fn_carboxyl_group_25(fn_phospholipid_29(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_phospholipid_29(X)))
& atomic_nucleus_1(fn_atom_18(fn_phospholipid_99(X)))
& atomic_nucleus_1(fn_phosphate_group_18(fn_phospholipid_83(X)))
& atomic_nucleus_1(fn_ester_linkage_42(fn_phospholipid_94(X)))
& center_1(fn_covalent_bond_21(fn_phospholipid_85(X)))
& center_1(fn_phosphate_group_10(fn_phospholipid_83(X)))
& center_1(fn_ester_linkage_44(fn_phospholipid_94(X)))
& electron_1(fn_phosphate_group_38(fn_phospholipid_83(X)))
& valence_electron_1(fn_phosphate_group_38(fn_phospholipid_83(X)))
& electron_1(fn_ester_linkage_29(fn_phospholipid_94(X)))
& valence_electron_1(fn_ester_linkage_29(fn_phospholipid_94(X)))
& entity_1(fn_share_3(fn_phospholipid_13(X)))
& entity_1(fn_share_1(fn_phospholipid_13(X)))
& tangible_entity_1(fn_hold_2(fn_phospholipid_96(X)))
& entity_1(fn_ester_linkage_28(fn_phospholipid_94(X)))
& chemical_entity_1(fn_ester_linkage_28(fn_phospholipid_94(X)))
& atom_1(fn_ester_linkage_28(fn_phospholipid_94(X)))
& carbon_1(fn_ester_linkage_28(fn_phospholipid_94(X)))
& electron_shell_1(fn_atom_9(fn_phospholipid_99(X)))
& electron_shell_1(fn_phosphate_group_16(fn_phospholipid_83(X)))
& electron_shell_1(fn_ester_linkage_10(fn_phospholipid_94(X)))
& hold_together_1(fn_phosphate_group_36(fn_phospholipid_83(X)))
& hold_together_1(fn_ester_linkage_19(fn_phospholipid_94(X)))
& entity_1(fn_share_2(fn_phospholipid_59(X)))
& valence_electron_1(fn_phosphate_group_8(fn_phospholipid_83(X)))
& valence_electron_1(fn_phosphate_group_21(fn_phospholipid_83(X)))
& valence_electron_1(fn_oxygen_8(fn_phospholipid_99(X)))
& electron_1(fn_phosphate_group_20(fn_phospholipid_83(X)))
& valence_electron_1(fn_phosphate_group_20(fn_phospholipid_83(X)))
& electron_1(fn_atom_14(fn_phospholipid_99(X)))
& valence_electron_1(fn_phosphate_group_9(fn_phospholipid_83(X)))
& entity_1(fn_ester_linkage_26(fn_phospholipid_94(X)))
& tangible_entity_1(fn_ester_linkage_26(fn_phospholipid_94(X)))
& electron_1(fn_ester_linkage_26(fn_phospholipid_94(X)))
& valence_electron_1(fn_ester_linkage_26(fn_phospholipid_94(X)))
& valence_electron_1(fn_oxygen_1(fn_phospholipid_99(X)))
& electronegativity_value_1(fn_ester_linkage_40(fn_phospholipid_94(X)))
& electronegativity_value_1(fn_oxygen_5(fn_phospholipid_99(X)))
& proton_1(fn_ester_linkage_39(fn_phospholipid_94(X)))
& proton_1(fn_oxygen_18(fn_phospholipid_99(X)))
& quantity_value_1(fn_phosphate_group_32(fn_phospholipid_83(X)))
& quantity_value_1(fn_oxygen_13(fn_phospholipid_99(X)))
& quantity_value_1(fn_phosphate_group_33(fn_phospholipid_83(X)))
& quantity_value_1(fn_oxygen_19(fn_phospholipid_99(X)))
& entity_1(fn_share_3(fn_phospholipid_59(X)))
& entity_1(fn_share_1(fn_phospholipid_59(X)))
& entity_1(fn_phosphate_group_22(fn_phospholipid_83(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_phospholipid_83(X)))
& atom_1(fn_phosphate_group_22(fn_phospholipid_83(X)))
& oxygen_1(fn_phosphate_group_22(fn_phospholipid_83(X)))
& oxygen_1(fn_phosphate_group_5(fn_phospholipid_83(X)))
& entity_1(fn_phosphate_group_5(fn_phospholipid_83(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_phospholipid_83(X)))
& atom_1(fn_phosphate_group_5(fn_phospholipid_83(X)))
& oxygen_1(fn_ester_linkage_27(fn_phospholipid_94(X)))
& result_2(fn_phospholipid_13(X),fn_phospholipid_94(X))
& the_scalar_value_2(fn_phospholipid_55(X),high_0)
& scalar_unit_class_2(fn_phospholipid_55(X),atom_0)
& result_2(fn_phospholipid_59(X),fn_phospholipid_94(X))
& result_2(fn_phospholipid_60(X),fn_phospholipid_94(X))
& called_2(fn_phospholipid_64(X),'HG3')
& the_categorical_value_2(fn_phospholipid_6(X),partial_negative_0)
& fn_phospholipid_70(X) != fn_phospholipid_100(X)
& by_means_of_2(fn_phospholipid_80(X),fn_phospholipid_115(X))
& the_scalar_value_2(fn_phospholipid_4(X),high_0)
& scalar_unit_class_2(fn_phospholipid_4(X),lipid_0)
& charge_2(fn_phospholipid_83(X),fn_phospholipid_6(X))
& is_at_2(fn_phospholipid_83(X),fn_phospholipid_88(X))
& result_2(fn_phospholipid_3(X),fn_phospholipid_94(X))
& result_2(fn_phospholipid_3(X),fn_phospholipid_87(X))
& result_2(fn_phospholipid_2(X),fn_phospholipid_91(X))
& object_2(fn_phospholipid_86(X),fn_phospholipid_87(X))
& has_part_2(X,fn_phospholipid_91(X))
& has_part_2(X,fn_phospholipid_89(X))
& has_part_2(X,fn_phospholipid_87(X))
& has_part_2(X,fn_phospholipid_99(X))
& exactCardinality(X,has_part_0,"2",fatty_acid_0)
& exactCardinality(X,has_region_0,"1",phosphate_group_0)
& importance_2(X,fn_phospholipid_4(X))
& is_inside_2(fn_phospholipid_87(X),fn_phospholipid_92(X))
& fn_phospholipid_87(X) != fn_phospholipid_91(X)
& called_2(fn_phospholipid_87(X),"1")
& has_part_2(fn_phospholipid_89(X),fn_phospholipid_63(X))
& has_region_2(fn_phospholipid_89(X),fn_phospholipid_66(X))
& has_function_2(fn_phospholipid_89(X),fn_phospholipid_68(X))
& is_at_2(fn_phospholipid_89(X),fn_phospholipid_88(X))
& plays_2(fn_phospholipid_90(X),fn_phospholipid_1(X))
& fn_phospholipid_91(X) != fn_phospholipid_87(X)
& is_inside_2(fn_phospholipid_91(X),fn_phospholipid_90(X))
& called_2(fn_phospholipid_91(X),"2")
& object_2(fn_phospholipid_93(X),fn_phospholipid_87(X))
& called_2(fn_phospholipid_94(X),'EL1')
& is_at_2(fn_phospholipid_98(X),fn_phospholipid_92(X))
& fn_phospholipid_100(X) != fn_phospholipid_70(X)
& by_means_of_2(fn_phospholipid_116(X),fn_phospholipid_114(X))
& object_2(fn_phospholipid_119(X),fn_phospholipid_47(X))
& object_2(fn_phospholipid_121(X),fn_phospholipid_47(X))
& object_2(fn_phospholipid_122(X),fn_phospholipid_47(X))
& object_2(fn_phospholipid_81(X),fn_phospholipid_87(X))
& object_2(fn_phospholipid_82(X),fn_phospholipid_91(X))
& object_2(fn_phospholipid_59(X),fn_phospholipid_71(X))
& agent_2(fn_phospholipid_68(X),fn_phospholipid_89(X))
& agent_2(fn_phospholipid_124(X),fn_phospholipid_28(X))
& base_2(fn_phospholipid_82(X),fn_phospholipid_89(X))
& agent_2(fn_phospholipid_126(X),fn_phospholipid_47(X))
& base_2(fn_phospholipid_81(X),fn_phospholipid_89(X))
& agent_2(fn_phospholipid_126(X),fn_phospholipid_46(X))
& agent_2(fn_phospholipid_59(X),fn_phospholipid_99(X))
& agent_2(fn_phospholipid_128(X),fn_phospholipid_28(X))
& agent_2(fn_phospholipid_35(X),fn_phospholipid_45(X))
& agent_2(fn_phospholipid_129(X),fn_phospholipid_47(X))
& agent_2(fn_phospholipid_13(X),fn_phospholipid_98(X))
& agent_2(fn_phospholipid_131(X),fn_phospholipid_46(X))
& object_2(fn_phospholipid_86(X),fn_phospholipid_89(X))
& object_2(fn_phospholipid_93(X),fn_phospholipid_89(X))
& object_2(fn_phospholipid_121(X),fn_phospholipid_46(X))
& object_2(fn_phospholipid_122(X),fn_phospholipid_46(X))
& object_2(fn_phospholipid_120(X),fn_phospholipid_46(X))
& object_2(fn_phospholipid_133(X),fn_phospholipid_47(X))
& object_2(fn_phospholipid_119(X),fn_phospholipid_46(X))
& object_2(fn_phospholipid_134(X),fn_phospholipid_27(X))
& object_2(fn_phospholipid_96(X),fn_phospholipid_98(X))
& base_2(fn_phospholipid_69(X),fn_phospholipid_83(X))
& possesses_2(X,fn_phospholipid_94(X))
& object_2(fn_phospholipid_69(X),fn_phospholipid_64(X))
& has_part_2(X,fn_phospholipid_84(X))
& has_region_2(X,fn_phospholipid_92(X))
& facilitates_2(fn_phospholipid_92(X),fn_phospholipid_80(X))
& agent_2(fn_phospholipid_114(X),fn_phospholipid_91(X))
& has_function_2(fn_phospholipid_91(X),fn_phospholipid_114(X))
& agent_2(fn_phospholipid_115(X),fn_phospholipid_87(X))
& site_2(fn_phospholipid_80(X),fn_phospholipid_92(X))
& has_region_2(X,fn_phospholipid_83(X))
& has_function_2(fn_phospholipid_87(X),fn_phospholipid_115(X))
& site_2(fn_phospholipid_68(X),fn_phospholipid_66(X))
& has_region_2(X,fn_phospholipid_88(X))
& facilitates_2(fn_phospholipid_88(X),fn_phospholipid_106(X))
& site_2(fn_phospholipid_106(X),fn_phospholipid_88(X))
& is_between_2(fn_phospholipid_67(X),fn_phospholipid_62(X))
& fn_phospholipid_62(X) != fn_phospholipid_63(X)
& is_between_2(fn_phospholipid_67(X),fn_phospholipid_63(X))
& fn_phospholipid_63(X) != fn_phospholipid_62(X)
& has_region_2(fn_phospholipid_79(X),fn_phospholipid_78(X))
& is_inside_2(fn_phospholipid_76(X),fn_phospholipid_78(X))
& has_region_2(fn_phospholipid_84(X),fn_phospholipid_95(X))
& is_between_2(fn_phospholipid_85(X),fn_phospholipid_84(X))
& agent_2(fn_phospholipid_52(X),fn_phospholipid_84(X))
& object_2(fn_phospholipid_52(X),fn_phospholipid_70(X))
& is_near_2(fn_phospholipid_100(X),fn_phospholipid_74(X))
& is_near_2(fn_phospholipid_74(X),fn_phospholipid_100(X))
& has_region_2(X,fn_phospholipid_90(X))
& facilitates_2(fn_phospholipid_90(X),fn_phospholipid_116(X))
& agent_2(fn_phospholipid_116(X),X)
& has_function_2(X,fn_phospholipid_116(X))
& object_2(fn_phospholipid_13(X),fn_phospholipid_15(X))
& agent_2(fn_phospholipid_13(X),fn_phospholipid_99(X))
& object_2(fn_phospholipid_13(X),fn_phospholipid_71(X))
& site_2(fn_phospholipid_116(X),fn_phospholipid_90(X))
& plays_2(fn_phospholipid_90(X),fn_phospholipid_48(X))
& has_region_2(fn_phospholipid_89(X),fn_phospholipid_64(X))
& has_part_2(fn_phospholipid_89(X),fn_phospholipid_58(X))
& possesses_2(fn_phospholipid_89(X),fn_phospholipid_67(X))
& has_part_2(fn_phospholipid_89(X),fn_phospholipid_62(X))
& is_inside_2(fn_phospholipid_62(X),fn_phospholipid_65(X))
& has_region_2(fn_phospholipid_89(X),fn_phospholipid_65(X))
& has_part_2(fn_phospholipid_89(X),fn_phospholipid_57(X))
& has_part_2(X,fn_phospholipid_98(X))
& is_inside_2(fn_phospholipid_98(X),fn_phospholipid_97(X))
& has_region_2(X,fn_phospholipid_97(X))
& fn_phospholipid_84(X) != fn_phospholipid_98(X)
& fn_phospholipid_98(X) != fn_phospholipid_84(X)
& object_2(fn_phospholipid_118(X),fn_phospholipid_47(X))
& agent_2(fn_phospholipid_127(X),fn_phospholipid_47(X))
& agent_2(fn_phospholipid_127(X),fn_phospholipid_46(X))
& object_2(fn_phospholipid_117(X),fn_phospholipid_46(X))
& object_2(fn_phospholipid_117(X),fn_phospholipid_47(X))
& agent_2(fn_phospholipid_124(X),fn_phospholipid_47(X))
& agent_2(fn_phospholipid_127(X),fn_phospholipid_28(X))
& object_2(fn_phospholipid_127(X),fn_phospholipid_36(X))
& object_2(fn_phospholipid_126(X),fn_phospholipid_36(X))
& agent_2(fn_phospholipid_126(X),fn_phospholipid_28(X))
& object_2(fn_phospholipid_121(X),fn_phospholipid_28(X))
& object_2(fn_phospholipid_120(X),fn_phospholipid_28(X))
& object_2(fn_phospholipid_120(X),fn_phospholipid_47(X))
& agent_2(fn_phospholipid_123(X),fn_phospholipid_47(X))
& agent_2(fn_phospholipid_123(X),fn_phospholipid_46(X))
& agent_2(fn_phospholipid_124(X),fn_phospholipid_46(X))
& agent_2(fn_phospholipid_130(X),fn_phospholipid_47(X))
& agent_2(fn_phospholipid_130(X),fn_phospholipid_28(X))
& object_2(fn_phospholipid_118(X),fn_phospholipid_28(X))
& object_2(fn_phospholipid_118(X),fn_phospholipid_46(X))
& object_2(fn_phospholipid_113(X),fn_phospholipid_46(X))
& object_2(fn_phospholipid_113(X),fn_phospholipid_47(X))
& object_2(fn_phospholipid_113(X),fn_phospholipid_45(X))
& agent_2(fn_phospholipid_129(X),fn_phospholipid_45(X))
& agent_2(fn_phospholipid_129(X),fn_phospholipid_28(X))
& object_2(fn_phospholipid_117(X),fn_phospholipid_28(X))
& object_2(fn_phospholipid_112(X),fn_phospholipid_47(X))
& agent_2(fn_phospholipid_128(X),fn_phospholipid_47(X))
& agent_2(fn_phospholipid_128(X),fn_phospholipid_46(X))
& agent_2(fn_phospholipid_110(X),fn_phospholipid_46(X))
& object_2(fn_phospholipid_110(X),fn_phospholipid_36(X))
& object_2(fn_phospholipid_111(X),fn_phospholipid_47(X))
& object_2(fn_phospholipid_111(X),fn_phospholipid_45(X))
& object_2(fn_phospholipid_112(X),fn_phospholipid_45(X))
& object_2(fn_phospholipid_112(X),fn_phospholipid_28(X))
& agent_2(fn_phospholipid_123(X),fn_phospholipid_28(X))
& object_2(fn_phospholipid_111(X),fn_phospholipid_28(X))
& object_2(fn_phospholipid_122(X),fn_phospholipid_28(X))
& has_part_2(fn_phospholipid_91(X),fn_phospholipid_47(X))
& object_2(fn_phospholipid_128(X),fn_phospholipid_36(X))
& object_2(fn_phospholipid_33(X),fn_phospholipid_36(X))
& object_2(fn_phospholipid_129(X),fn_phospholipid_36(X))
& object_2(fn_phospholipid_32(X),fn_phospholipid_47(X))
& object_2(fn_phospholipid_130(X),fn_phospholipid_36(X))
& agent_2(fn_phospholipid_130(X),fn_phospholipid_45(X))
& agent_2(fn_phospholipid_110(X),fn_phospholipid_45(X))
& agent_2(fn_phospholipid_110(X),fn_phospholipid_47(X))
& has_region_2(fn_phospholipid_47(X),fn_phospholipid_125(X))
& object_2(fn_phospholipid_107(X),fn_phospholipid_46(X))
& object_2(fn_phospholipid_107(X),fn_phospholipid_47(X))
& agent_2(fn_phospholipid_109(X),fn_phospholipid_47(X))
& agent_2(fn_phospholipid_109(X),fn_phospholipid_28(X))
& agent_2(fn_phospholipid_110(X),fn_phospholipid_28(X))
& agent_2(fn_phospholipid_131(X),fn_phospholipid_45(X))
& agent_2(fn_phospholipid_109(X),fn_phospholipid_45(X))
& object_2(fn_phospholipid_109(X),fn_phospholipid_36(X))
& object_2(fn_phospholipid_108(X),fn_phospholipid_36(X))
& agent_2(fn_phospholipid_108(X),fn_phospholipid_47(X))
& has_region_2(fn_phospholipid_47(X),fn_phospholipid_38(X))
& object_2(fn_phospholipid_42(X),fn_phospholipid_47(X))
& object_2(fn_phospholipid_42(X),fn_phospholipid_46(X))
& fn_phospholipid_40(X) != fn_phospholipid_38(X)
& fn_phospholipid_38(X) != fn_phospholipid_40(X)
& agent_2(fn_phospholipid_131(X),fn_phospholipid_47(X))
& agent_2(fn_phospholipid_131(X),fn_phospholipid_28(X))
& agent_2(fn_phospholipid_108(X),fn_phospholipid_28(X))
& agent_2(fn_phospholipid_108(X),fn_phospholipid_45(X))
& object_2(fn_phospholipid_31(X),fn_phospholipid_45(X))
& agent_2(fn_phospholipid_35(X),fn_phospholipid_47(X))
& has_region_2(fn_phospholipid_47(X),fn_phospholipid_41(X))
& has_region_2(fn_phospholipid_45(X),fn_phospholipid_41(X))
& has_part_2(fn_phospholipid_91(X),fn_phospholipid_45(X))
& has_part_2(fn_phospholipid_91(X),fn_phospholipid_46(X))
& object_2(fn_phospholipid_132(X),fn_phospholipid_45(X))
& agent_2(fn_phospholipid_34(X),fn_phospholipid_45(X))
& object_2(fn_phospholipid_34(X),fn_phospholipid_36(X))
& object_2(fn_phospholipid_35(X),fn_phospholipid_36(X))
& agent_2(fn_phospholipid_35(X),fn_phospholipid_28(X))
& agent_2(fn_phospholipid_34(X),fn_phospholipid_28(X))
& agent_2(fn_phospholipid_34(X),fn_phospholipid_47(X))
& is_inside_2(fn_phospholipid_47(X),fn_phospholipid_29(X))
& has_region_2(fn_phospholipid_91(X),fn_phospholipid_29(X))
& has_part_2(fn_phospholipid_91(X),fn_phospholipid_28(X))
& object_2(fn_phospholipid_132(X),fn_phospholipid_47(X))
& object_2(fn_phospholipid_132(X),fn_phospholipid_28(X))
& object_2(fn_phospholipid_32(X),fn_phospholipid_28(X))
& object_2(fn_phospholipid_32(X),fn_phospholipid_45(X))
& has_region_2(fn_phospholipid_45(X),fn_phospholipid_38(X))
& object_2(fn_phospholipid_30(X),fn_phospholipid_45(X))
& object_2(fn_phospholipid_30(X),fn_phospholipid_46(X))
& is_inside_2(fn_phospholipid_46(X),fn_phospholipid_29(X))
& fn_phospholipid_45(X) != fn_phospholipid_46(X)
& fn_phospholipid_46(X) != fn_phospholipid_45(X)
& object_2(fn_phospholipid_133(X),fn_phospholipid_45(X))
& object_2(fn_phospholipid_133(X),fn_phospholipid_28(X))
& object_2(fn_phospholipid_31(X),fn_phospholipid_28(X))
& object_2(fn_phospholipid_31(X),fn_phospholipid_47(X))
& fn_phospholipid_47(X) != fn_phospholipid_46(X)
& fn_phospholipid_46(X) != fn_phospholipid_47(X)
& object_2(fn_phospholipid_113(X),fn_phospholipid_27(X))
& object_2(fn_phospholipid_113(X),fn_phospholipid_28(X))
& object_2(fn_phospholipid_30(X),fn_phospholipid_28(X))
& fn_phospholipid_28(X) != fn_phospholipid_27(X)
& fn_phospholipid_27(X) != fn_phospholipid_28(X)
& has_part_2(fn_phospholipid_91(X),fn_phospholipid_27(X))
& fn_phospholipid_46(X) != fn_phospholipid_27(X)
& fn_phospholipid_27(X) != fn_phospholipid_46(X)
& fn_phospholipid_45(X) != fn_phospholipid_27(X)
& fn_phospholipid_27(X) != fn_phospholipid_45(X)
& agent_2(fn_phospholipid_80(X),X)
& has_function_2(X,fn_phospholipid_80(X))
& has_function_2(X,fn_phospholipid_106(X))
& agent_2(fn_phospholipid_106(X),X)
& possesses_2(X,fn_phospholipid_105(X))
& quantity_2(fn_phospholipid_105(X),fn_phospholipid_102(X))
& directly_proportional_2(fn_phospholipid_103(X),fn_phospholipid_102(X))
& speed_2(fn_phospholipid_104(X),fn_phospholipid_103(X))
& object_2(fn_phospholipid_104(X),X)
& is_at_2(fn_phospholipid_74(X),fn_phospholipid_75(X))
& object_2(fn_phospholipid_96(X),fn_phospholipid_84(X))
& object_2(fn_phospholipid_61(X),fn_phospholipid_84(X))
& is_inside_2(fn_phospholipid_99(X),fn_phospholipid_83(X))
& object_2(fn_phospholipid_60(X),fn_phospholipid_70(X))
& object_2(fn_phospholipid_101(X),fn_phospholipid_76(X))
& object_2(fn_phospholipid_60(X),fn_phospholipid_71(X))
& fn_phospholipid_72(X) != fn_phospholipid_71(X)
& fn_phospholipid_71(X) != fn_phospholipid_72(X)
& has_region_2(fn_phospholipid_84(X),fn_phospholipid_77(X))
& fn_phospholipid_56(X) != fn_phospholipid_77(X)
& fn_phospholipid_77(X) != fn_phospholipid_56(X)
& agent_2(fn_phospholipid_60(X),fn_phospholipid_84(X))
& agent_2(fn_phospholipid_60(X),fn_phospholipid_99(X))
& fn_phospholipid_99(X) != fn_phospholipid_84(X)
& has_region_2(fn_phospholipid_84(X),fn_phospholipid_75(X))
& fn_phospholipid_75(X) != fn_phospholipid_95(X)
& fn_phospholipid_84(X) != fn_phospholipid_99(X)
& fn_phospholipid_95(X) != fn_phospholipid_75(X)
& agent_2(fn_phospholipid_101(X),fn_phospholipid_84(X))
& object_2(fn_phospholipid_101(X),fn_phospholipid_70(X))
& fn_phospholipid_70(X) != fn_phospholipid_71(X)
& fn_phospholipid_71(X) != fn_phospholipid_70(X)
& is_near_2(fn_phospholipid_54(X),fn_phospholipid_71(X))
& is_near_2(fn_phospholipid_71(X),fn_phospholipid_54(X))
& is_inside_2(fn_phospholipid_84(X),fn_phospholipid_83(X))
& has_region_2(fn_phospholipid_84(X),fn_phospholipid_74(X))
& is_near_2(fn_phospholipid_74(X),fn_phospholipid_70(X))
& is_near_2(fn_phospholipid_70(X),fn_phospholipid_74(X))
& fn_phospholipid_76(X) != fn_phospholipid_70(X)
& fn_phospholipid_70(X) != fn_phospholipid_76(X)
& is_inside_2(fn_phospholipid_58(X),fn_phospholipid_64(X))
& is_inside_2(fn_phospholipid_57(X),fn_phospholipid_64(X))
& is_between_2(fn_phospholipid_67(X),fn_phospholipid_57(X))
& is_between_2(fn_phospholipid_67(X),fn_phospholipid_58(X))
& fn_phospholipid_58(X) != fn_phospholipid_57(X)
& fn_phospholipid_57(X) != fn_phospholipid_58(X)
& has_region_2(fn_phospholipid_47(X),fn_phospholipid_40(X))
& fn_phospholipid_47(X) != fn_phospholipid_45(X)
& fn_phospholipid_45(X) != fn_phospholipid_47(X)
& object_2(fn_phospholipid_131(X),fn_phospholipid_36(X))
& has_region_2(fn_phospholipid_47(X),fn_phospholipid_37(X))
& has_region_2(fn_phospholipid_47(X),fn_phospholipid_39(X))
& is_at_2(fn_phospholipid_39(X),fn_phospholipid_41(X))
& fn_phospholipid_41(X) != fn_phospholipid_37(X)
& fn_phospholipid_37(X) != fn_phospholipid_41(X)
& is_at_2(fn_phospholipid_125(X),fn_phospholipid_37(X))
& fn_phospholipid_39(X) != fn_phospholipid_125(X)
& is_near_2(fn_phospholipid_36(X),fn_phospholipid_39(X))
& is_near_2(fn_phospholipid_39(X),fn_phospholipid_36(X))
& fn_phospholipid_125(X) != fn_phospholipid_39(X)
& agent_2(fn_phospholipid_33(X),fn_phospholipid_46(X))
& agent_2(fn_phospholipid_33(X),fn_phospholipid_47(X))
& has_part_2(fn_phospholipid_47(X),fn_phospholipid_36(X))
& is_near_2(fn_phospholipid_125(X),fn_phospholipid_36(X))
& is_near_2(fn_phospholipid_36(X),fn_phospholipid_125(X))
& object_2(fn_phospholipid_134(X),fn_phospholipid_46(X))
& object_2(fn_phospholipid_134(X),fn_phospholipid_28(X))
& agent_2(fn_phospholipid_33(X),fn_phospholipid_28(X))
& agent_2(fn_phospholipid_33(X),fn_phospholipid_45(X))
& has_region_2(fn_phospholipid_45(X),fn_phospholipid_39(X))
& is_inside_2(fn_phospholipid_28(X),fn_phospholipid_29(X))
& is_inside_2(fn_phospholipid_45(X),fn_phospholipid_29(X))
& has_region_2(fn_phospholipid_45(X),fn_phospholipid_37(X))
& fn_phospholipid_46(X) != fn_phospholipid_28(X)
& fn_phospholipid_28(X) != fn_phospholipid_46(X)
& object_2(fn_phospholipid_134(X),fn_phospholipid_47(X))
& object_2(fn_phospholipid_134(X),fn_phospholipid_45(X))
& fn_phospholipid_45(X) != fn_phospholipid_28(X)
& fn_phospholipid_28(X) != fn_phospholipid_45(X)
& fn_phospholipid_47(X) != fn_phospholipid_28(X)
& fn_phospholipid_28(X) != fn_phospholipid_47(X)
& is_inside_2(fn_phospholipid_27(X),fn_phospholipid_29(X))
& object_2(fn_phospholipid_30(X),fn_phospholipid_27(X))
& object_2(fn_phospholipid_30(X),fn_phospholipid_47(X))
& fn_phospholipid_47(X) != fn_phospholipid_27(X)
& fn_phospholipid_27(X) != fn_phospholipid_47(X)
& the_cardinal_value_2(fn_phospholipid_17(X),"2.55")
& cardinal_unit_class_2(fn_phospholipid_17(X),unity_0)
& is_at_2(fn_phospholipid_54(X),fn_phospholipid_53(X))
& object_2(fn_phospholipid_24(X),fn_phospholipid_72(X))
& causes_2(fn_phospholipid_25(X),fn_phospholipid_24(X))
& object_2(fn_phospholipid_25(X),fn_phospholipid_72(X))
& is_between_2(fn_phospholipid_94(X),fn_phospholipid_98(X))
& object_2(fn_phospholipid_61(X),fn_phospholipid_98(X))
& agent_2(fn_phospholipid_61(X),fn_phospholipid_94(X))
& object_2(fn_phospholipid_14(X),fn_phospholipid_72(X))
& object_2(fn_phospholipid_14(X),fn_phospholipid_15(X))
& object_2(fn_phospholipid_23(X),fn_phospholipid_15(X))
& object_2(fn_phospholipid_23(X),fn_phospholipid_72(X))
& is_inside_2(fn_phospholipid_72(X),fn_phospholipid_26(X))
& has_region_2(fn_phospholipid_99(X),fn_phospholipid_54(X))
& is_inside_2(fn_phospholipid_73(X),fn_phospholipid_54(X))
& agent_2(fn_phospholipid_23(X),fn_phospholipid_73(X))
& is_near_2(fn_phospholipid_72(X),fn_phospholipid_54(X))
& is_near_2(fn_phospholipid_54(X),fn_phospholipid_72(X))
& result_2(fn_phospholipid_14(X),fn_phospholipid_94(X))
& is_between_2(fn_phospholipid_94(X),fn_phospholipid_99(X))
& has_region_2(fn_phospholipid_99(X),fn_phospholipid_53(X))
& fn_phospholipid_95(X) != fn_phospholipid_53(X)
& fn_phospholipid_53(X) != fn_phospholipid_95(X)
& has_region_2(fn_phospholipid_99(X),fn_phospholipid_56(X))
& has_region_2(fn_phospholipid_98(X),fn_phospholipid_56(X))
& electronegativity_2(fn_phospholipid_98(X),fn_phospholipid_17(X))
& fn_phospholipid_55(X) != fn_phospholipid_17(X)
& fn_phospholipid_17(X) != fn_phospholipid_55(X)
& agent_2(fn_phospholipid_14(X),fn_phospholipid_99(X))
& agent_2(fn_phospholipid_14(X),fn_phospholipid_98(X))
& has_region_2(fn_phospholipid_98(X),fn_phospholipid_16(X))
& has_region_2(fn_phospholipid_16(X),fn_phospholipid_26(X))
& has_region_2(fn_phospholipid_56(X),fn_phospholipid_26(X))
& fn_phospholipid_99(X) != fn_phospholipid_98(X)
& has_part_2(fn_phospholipid_98(X),fn_phospholipid_15(X))
& is_inside_2(fn_phospholipid_15(X),fn_phospholipid_26(X))
& fn_phospholipid_98(X) != fn_phospholipid_99(X)
& fn_phospholipid_72(X) != fn_phospholipid_15(X)
& fn_phospholipid_15(X) != fn_phospholipid_72(X)
& has_function_2(fn_phospholipid_94(X),fn_phospholipid_61(X))
& object_2(fn_phospholipid_61(X),fn_phospholipid_99(X))
& has_region_2(fn_phospholipid_99(X),fn_phospholipid_16(X))
& fn_phospholipid_56(X) != fn_phospholipid_16(X)
& fn_phospholipid_16(X) != fn_phospholipid_56(X)
& called_2(fn_phospholipid_20(X),'Number_Proton')
& the_cardinal_value_2(fn_phospholipid_19(X),"8")
& cardinal_unit_class_2(fn_phospholipid_19(X),unity_0)
& called_2(fn_phospholipid_22(X),'Number_Electron')
& has_part_2(fn_phospholipid_99(X),fn_phospholipid_71(X))
& has_part_2(fn_phospholipid_99(X),fn_phospholipid_72(X))
& quantity_2(fn_phospholipid_72(X),fn_phospholipid_22(X))
& electronegativity_2(fn_phospholipid_99(X),fn_phospholipid_55(X))
& has_part_2(fn_phospholipid_99(X),fn_phospholipid_73(X))
& quantity_2(fn_phospholipid_73(X),fn_phospholipid_20(X))
& called_2(fn_phospholipid_19(X),'Atomic_Number')
& atomic_number_2(fn_phospholipid_99(X),fn_phospholipid_19(X))
& fn_phospholipid_20(X) = fn_phospholipid_19(X)
& fn_phospholipid_22(X) = fn_phospholipid_20(X)
& fn_phospholipid_20(X) = fn_phospholipid_22(X)
& fn_phospholipid_19(X) = fn_phospholipid_20(X)
& fn_phospholipid_87(X) = fn_attach_1(fn_phospholipid_81(X))
& fn_phospholipid_91(X) = fn_attach_1(fn_phospholipid_82(X))
& fn_phospholipid_71(X) = fn_share_2(fn_phospholipid_59(X))
& fn_phospholipid_89(X) = fn_attract_2(fn_phospholipid_68(X))
& fn_phospholipid_28(X) = fn_share_3(fn_phospholipid_124(X))
& fn_phospholipid_28(X) = fn_share_1(fn_phospholipid_124(X))
& fn_phospholipid_89(X) = fn_attach_2(fn_phospholipid_82(X))
& fn_phospholipid_47(X) = fn_share_3(fn_phospholipid_126(X))
& fn_phospholipid_89(X) = fn_attach_2(fn_phospholipid_81(X))
& fn_phospholipid_46(X) = fn_share_1(fn_phospholipid_126(X))
& fn_phospholipid_99(X) = fn_share_3(fn_phospholipid_59(X))
& fn_phospholipid_99(X) = fn_share_1(fn_phospholipid_59(X))
& fn_phospholipid_28(X) = fn_share_3(fn_phospholipid_128(X))
& fn_phospholipid_28(X) = fn_share_1(fn_phospholipid_128(X))
& fn_phospholipid_45(X) = fn_share_3(fn_phospholipid_35(X))
& fn_phospholipid_45(X) = fn_share_1(fn_phospholipid_35(X))
& fn_phospholipid_47(X) = fn_share_3(fn_phospholipid_129(X))
& fn_phospholipid_47(X) = fn_share_1(fn_phospholipid_129(X))
& fn_phospholipid_98(X) = fn_share_3(fn_phospholipid_13(X))
& fn_phospholipid_98(X) = fn_share_1(fn_phospholipid_13(X))
& fn_phospholipid_46(X) = fn_share_3(fn_phospholipid_131(X))
& fn_phospholipid_46(X) = fn_share_1(fn_phospholipid_131(X))
& fn_phospholipid_89(X) = fn_hold_2(fn_phospholipid_86(X))
& fn_phospholipid_89(X) = fn_hold_2(fn_phospholipid_93(X))
& fn_phospholipid_46(X) = fn_hold_2(fn_phospholipid_121(X))
& fn_phospholipid_46(X) = fn_hold_2(fn_phospholipid_122(X))
& fn_phospholipid_46(X) = fn_hold_2(fn_phospholipid_120(X))
& fn_phospholipid_47(X) = fn_hold_2(fn_phospholipid_133(X))
& fn_phospholipid_46(X) = fn_hold_2(fn_phospholipid_119(X))
& fn_phospholipid_27(X) = fn_hold_2(fn_phospholipid_134(X))
& fn_phospholipid_98(X) = fn_hold_2(fn_phospholipid_96(X))
& fn_phospholipid_83(X) = fn_attach_2(fn_phospholipid_69(X))
& fn_phospholipid_94(X) = fn_molecule_10(X)
& fn_phospholipid_64(X) = fn_attach_1(fn_phospholipid_69(X))
& fn_phospholipid_114(X) = fn_hydrophobic_compound_2(fn_phospholipid_91(X))
& fn_phospholipid_92(X) = fn_amphipathic_molecule_2(X)
& fn_phospholipid_80(X) = fn_hydrophobic_region_2(fn_phospholipid_92(X))
& X = fn_functional_group_1(fn_phospholipid_83(X))
& fn_phospholipid_115(X) = fn_hydrophobic_compound_2(fn_phospholipid_87(X))
& fn_phospholipid_68(X) = fn_hydrophilic_region_2(fn_phospholipid_66(X))
& fn_phospholipid_88(X) = fn_amphipathic_molecule_1(X)
& fn_phospholipid_63(X) = fn_polar_covalent_bond_19(fn_phospholipid_67(X))
& fn_phospholipid_62(X) = fn_polar_covalent_bond_18(fn_phospholipid_67(X))
& fn_phospholipid_76(X) = fn_electron_shell_2(fn_phospholipid_79(X))
& fn_phospholipid_78(X) = fn_electron_shell_3(fn_phospholipid_79(X))
& fn_phospholipid_95(X) = fn_covalent_bond_21(fn_phospholipid_85(X))
& fn_phospholipid_70(X) = fn_covalent_bond_15(fn_phospholipid_85(X))
& fn_phospholipid_70(X) = fn_covalent_bond_18(fn_phospholipid_85(X))
& fn_phospholipid_52(X) = fn_covalent_bond_17(fn_phospholipid_85(X))
& fn_phospholipid_84(X) = fn_covalent_bond_20(fn_phospholipid_85(X))
& fn_phospholipid_84(X) = fn_covalent_bond_19(fn_phospholipid_85(X))
& fn_phospholipid_100(X) = fn_atomic_nucleus_8(fn_phospholipid_74(X))
& fn_phospholipid_116(X) = fn_lipid_15(X)
& fn_phospholipid_90(X) = fn_lipid_16(X)
& fn_phospholipid_15(X) = fn_phosphate_group_38(fn_phospholipid_83(X))
& fn_phospholipid_71(X) = fn_phosphate_group_20(fn_phospholipid_83(X))
& fn_phospholipid_13(X) = fn_phosphate_group_35(fn_phospholipid_83(X))
& fn_phospholipid_116(X) = fn_hydrophobic_region_2(fn_phospholipid_90(X))
& fn_phospholipid_50(X) = fn_hydrophobic_region_4(fn_phospholipid_90(X))
& fn_phospholipid_49(X) = fn_hydrophobic_region_3(fn_phospholipid_90(X))
& fn_phospholipid_48(X) = fn_hydrophobic_region_1(fn_phospholipid_90(X))
& fn_phospholipid_89(X) = fn_functional_group_1(fn_phospholipid_64(X))
& fn_phospholipid_64(X) = fn_alcohol_3(fn_phospholipid_89(X))
& fn_phospholipid_58(X) = fn_alcohol_8(fn_phospholipid_89(X))
& fn_phospholipid_67(X) = fn_alcohol_9(fn_phospholipid_89(X))
& fn_phospholipid_57(X) = fn_glycerol_1(fn_phospholipid_89(X))
& fn_phospholipid_57(X) = fn_alcohol_6(fn_phospholipid_89(X))
& fn_phospholipid_65(X) = fn_alcohol_4(fn_phospholipid_89(X))
& fn_phospholipid_62(X) = fn_alcohol_7(fn_phospholipid_89(X))
& fn_phospholipid_97(X) = fn_organic_molecule_3(X)
& fn_phospholipid_84(X) = fn_organic_molecule_2(X)
& fn_phospholipid_98(X) = fn_organic_molecule_1(X)
& fn_phospholipid_118(X) = fn_organic_acid_1(fn_phospholipid_91(X))
& fn_phospholipid_124(X) = fn_organic_acid_15(fn_phospholipid_91(X))
& fn_phospholipid_47(X) = fn_organic_acid_10(fn_phospholipid_91(X))
& fn_phospholipid_117(X) = fn_organic_acid_1(fn_phospholipid_91(X))
& fn_phospholipid_127(X) = fn_organic_acid_15(fn_phospholipid_91(X))
& fn_phospholipid_121(X) = fn_carboxylic_acid_19(fn_phospholipid_91(X))
& fn_phospholipid_28(X) = fn_carboxylic_acid_5(fn_phospholipid_91(X))
& fn_phospholipid_126(X) = fn_carboxylic_acid_3(fn_phospholipid_91(X))
& fn_phospholipid_36(X) = fn_carboxylic_acid_15(fn_phospholipid_91(X))
& fn_phospholipid_127(X) = fn_carboxylic_acid_24(fn_phospholipid_91(X))
& fn_phospholipid_124(X) = fn_carboxylic_acid_16(fn_phospholipid_91(X))
& fn_phospholipid_123(X) = fn_carboxylic_acid_24(fn_phospholipid_91(X))
& fn_phospholipid_120(X) = fn_carboxylic_acid_25(fn_phospholipid_91(X))
& fn_phospholipid_113(X) = fn_carboxylic_acid_25(fn_phospholipid_91(X))
& fn_phospholipid_46(X) = fn_carboxylic_acid_9(fn_phospholipid_91(X))
& fn_phospholipid_118(X) = fn_carboxylic_acid_19(fn_phospholipid_91(X))
& fn_phospholipid_130(X) = fn_carboxylic_acid_16(fn_phospholipid_91(X))
& fn_phospholipid_117(X) = fn_carboxylic_acid_2(fn_phospholipid_91(X))
& fn_phospholipid_129(X) = fn_carboxylic_acid_3(fn_phospholipid_91(X))
& fn_phospholipid_45(X) = fn_carboxylic_acid_9(fn_phospholipid_91(X))
& fn_phospholipid_113(X) = fn_carboxylic_acid_2(fn_phospholipid_91(X))
& fn_phospholipid_112(X) = fn_carboxyl_group_67(fn_phospholipid_29(X))
& fn_phospholipid_36(X) = fn_carboxyl_group_21(fn_phospholipid_29(X))
& fn_phospholipid_110(X) = fn_carboxyl_group_49(fn_phospholipid_29(X))
& fn_phospholipid_128(X) = fn_carboxyl_group_56(fn_phospholipid_29(X))
& fn_phospholipid_123(X) = fn_carboxyl_group_49(fn_phospholipid_29(X))
& fn_phospholipid_112(X) = fn_carboxyl_group_47(fn_phospholipid_29(X))
& fn_phospholipid_111(X) = fn_carboxyl_group_55(fn_phospholipid_29(X))
& fn_phospholipid_111(X) = fn_fatty_acid_66(fn_phospholipid_91(X))
& fn_phospholipid_122(X) = fn_fatty_acid_65(fn_phospholipid_91(X))
& fn_phospholipid_128(X) = fn_fatty_acid_64(fn_phospholipid_91(X))
& fn_phospholipid_33(X) = fn_fatty_acid_16(fn_phospholipid_91(X))
& fn_phospholipid_129(X) = fn_fatty_acid_14(fn_phospholipid_91(X))
& fn_phospholipid_32(X) = fn_fatty_acid_41(fn_phospholipid_91(X))
& fn_phospholipid_125(X) = fn_fatty_acid_60(fn_phospholipid_91(X))
& fn_phospholipid_130(X) = fn_fatty_acid_63(fn_phospholipid_91(X))
& fn_phospholipid_110(X) = fn_fatty_acid_64(fn_phospholipid_91(X))
& fn_phospholipid_109(X) = fn_fatty_acid_63(fn_phospholipid_91(X))
& fn_phospholipid_47(X) = fn_fatty_acid_21(fn_phospholipid_91(X))
& fn_phospholipid_107(X) = fn_fatty_acid_66(fn_phospholipid_91(X))
& fn_phospholipid_36(X) = fn_fatty_acid_58(fn_phospholipid_91(X))
& fn_phospholipid_109(X) = fn_fatty_acid_15(fn_phospholipid_91(X))
& fn_phospholipid_42(X) = fn_fatty_acid_32(fn_phospholipid_91(X))
& fn_phospholipid_38(X) = fn_fatty_acid_22(fn_phospholipid_91(X))
& fn_phospholipid_40(X) = fn_fatty_acid_20(fn_phospholipid_91(X))
& fn_phospholipid_108(X) = fn_fatty_acid_40(fn_phospholipid_91(X))
& fn_phospholipid_131(X) = fn_fatty_acid_16(fn_phospholipid_91(X))
& fn_phospholipid_46(X) = fn_fatty_acid_34(fn_phospholipid_91(X))
& fn_phospholipid_45(X) = fn_fatty_acid_33(fn_phospholipid_91(X))
& fn_phospholipid_41(X) = fn_fatty_acid_38(fn_phospholipid_91(X))
& fn_phospholipid_35(X) = fn_fatty_acid_15(fn_phospholipid_91(X))
& fn_phospholipid_36(X) = fn_fatty_acid_26(fn_phospholipid_91(X))
& fn_phospholipid_91(X) = fn_functional_group_1(fn_phospholipid_29(X))
& fn_phospholipid_34(X) = fn_fatty_acid_14(fn_phospholipid_91(X))
& fn_phospholipid_38(X) = fn_fatty_acid_24(fn_phospholipid_91(X))
& fn_phospholipid_32(X) = fn_fatty_acid_65(fn_phospholipid_91(X))
& fn_phospholipid_132(X) = fn_fatty_acid_13(fn_phospholipid_91(X))
& fn_phospholipid_29(X) = fn_fatty_acid_43(fn_phospholipid_91(X))
& fn_phospholipid_30(X) = fn_fatty_acid_41(fn_phospholipid_91(X))
& fn_phospholipid_47(X) = fn_fatty_acid_31(fn_phospholipid_91(X))
& fn_phospholipid_31(X) = fn_fatty_acid_12(fn_phospholipid_91(X))
& fn_phospholipid_133(X) = fn_fatty_acid_11(fn_phospholipid_91(X))
& fn_phospholipid_30(X) = fn_fatty_acid_11(fn_phospholipid_91(X))
& fn_phospholipid_28(X) = fn_fatty_acid_31(fn_phospholipid_91(X))
& fn_phospholipid_113(X) = fn_fatty_acid_41(fn_phospholipid_91(X))
& fn_phospholipid_28(X) = fn_fatty_acid_21(fn_phospholipid_91(X))
& fn_phospholipid_45(X) = fn_fatty_acid_34(fn_phospholipid_91(X))
& fn_phospholipid_46(X) = fn_fatty_acid_33(fn_phospholipid_91(X))
& fn_phospholipid_27(X) = fn_fatty_acid_44(fn_phospholipid_91(X))
& fn_phospholipid_43(X) = fn_amphipathic_molecule_10(X)
& fn_phospholipid_44(X) = fn_amphipathic_molecule_9(X)
& fn_phospholipid_106(X) = fn_amphipathic_molecule_6(X)
& fn_phospholipid_80(X) = fn_amphipathic_molecule_5(X)
& fn_phospholipid_104(X) = fn_amphipathic_molecule_8(X)
& fn_phospholipid_103(X) = fn_amphipathic_molecule_3(X)
& fn_phospholipid_102(X) = fn_amphipathic_molecule_4(X)
& fn_phospholipid_105(X) = fn_amphipathic_molecule_7(X)
& fn_phospholipid_96(X) = fn_phosphate_group_40(fn_phospholipid_83(X))
& fn_phospholipid_61(X) = fn_phosphate_group_36(fn_phospholipid_83(X))
& fn_phospholipid_72(X) = fn_phosphate_group_9(fn_phospholipid_83(X))
& fn_phospholipid_71(X) = fn_phosphate_group_8(fn_phospholipid_83(X))
& fn_phospholipid_56(X) = fn_phosphate_group_16(fn_phospholipid_83(X))
& fn_phospholipid_77(X) = fn_phosphate_group_13(fn_phospholipid_83(X))
& fn_phospholipid_95(X) = fn_phosphate_group_10(fn_phospholipid_83(X))
& fn_phospholipid_75(X) = fn_atomic_nucleus_3(fn_phospholipid_74(X))
& fn_phospholipid_75(X) = fn_phosphate_group_12(fn_phospholipid_83(X))
& fn_phospholipid_99(X) = fn_phosphate_group_5(fn_phospholipid_83(X))
& fn_phospholipid_60(X) = fn_phosphate_group_39(fn_phospholipid_83(X))
& fn_phospholipid_71(X) = fn_phosphate_group_21(fn_phospholipid_83(X))
& fn_phospholipid_70(X) = fn_phosphate_group_20(fn_phospholipid_83(X))
& fn_phospholipid_101(X) = fn_phosphate_group_35(fn_phospholipid_83(X))
& fn_phospholipid_76(X) = fn_phosphate_group_38(fn_phospholipid_83(X))
& fn_phospholipid_70(X) = fn_phosphate_group_3(fn_phospholipid_83(X))
& fn_phospholipid_84(X) = fn_atomic_nucleus_4(fn_phospholipid_74(X))
& fn_phospholipid_74(X) = fn_phosphate_group_14(fn_phospholipid_83(X))
& fn_phospholipid_84(X) = fn_phosphate_group_6(fn_phospholipid_83(X))
& fn_phospholipid_67(X) = fn_hydroxyl_group_7(fn_phospholipid_64(X))
& fn_phospholipid_58(X) = fn_hydroxyl_group_4(fn_phospholipid_64(X))
& fn_phospholipid_57(X) = fn_hydroxyl_group_6(fn_phospholipid_64(X))
& fn_phospholipid_40(X) = fn_carboxyl_group_16(fn_phospholipid_29(X))
& fn_phospholipid_36(X) = fn_share_2(fn_phospholipid_131(X))
& fn_phospholipid_131(X) = fn_carboxyl_group_56(fn_phospholipid_29(X))
& fn_phospholipid_41(X) = fn_carboxyl_group_18(fn_phospholipid_29(X))
& fn_phospholipid_39(X) = fn_carboxyl_group_48(fn_phospholipid_29(X))
& fn_phospholipid_41(X) = fn_carboxyl_group_64(fn_phospholipid_29(X))
& fn_phospholipid_37(X) = fn_carboxyl_group_18(fn_phospholipid_29(X))
& fn_phospholipid_36(X) = fn_carboxyl_group_17(fn_phospholipid_29(X))
& fn_phospholipid_125(X) = fn_carboxyl_group_57(fn_phospholipid_29(X))
& fn_phospholipid_36(X) = fn_carboxyl_group_40(fn_phospholipid_29(X))
& fn_phospholipid_36(X) = fn_carboxyl_group_58(fn_phospholipid_29(X))
& fn_phospholipid_33(X) = fn_carboxyl_group_56(fn_phospholipid_29(X))
& fn_phospholipid_39(X) = fn_carboxyl_group_46(fn_phospholipid_29(X))
& fn_phospholipid_33(X) = fn_carboxyl_group_49(fn_phospholipid_29(X))
& fn_phospholipid_134(X) = fn_carboxyl_group_47(fn_phospholipid_29(X))
& fn_phospholipid_37(X) = fn_carboxyl_group_20(fn_phospholipid_29(X))
& fn_phospholipid_29(X) = fn_organic_acid_11(fn_phospholipid_91(X))
& fn_phospholipid_28(X) = fn_carboxyl_group_23(fn_phospholipid_29(X))
& fn_phospholipid_46(X) = fn_organic_acid_14(fn_phospholipid_91(X))
& fn_phospholipid_46(X) = fn_carboxyl_group_19(fn_phospholipid_29(X))
& fn_phospholipid_28(X) = fn_organic_acid_10(fn_phospholipid_91(X))
& fn_phospholipid_47(X) = fn_organic_acid_13(fn_phospholipid_91(X))
& fn_phospholipid_28(X) = fn_carboxylic_acid_4(fn_phospholipid_91(X))
& fn_phospholipid_47(X) = fn_carboxyl_group_23(fn_phospholipid_29(X))
& fn_phospholipid_28(X) = fn_carboxyl_group_24(fn_phospholipid_29(X))
& fn_phospholipid_45(X) = fn_carboxyl_group_19(fn_phospholipid_29(X))
& fn_phospholipid_134(X) = fn_carboxyl_group_55(fn_phospholipid_29(X))
& fn_phospholipid_30(X) = fn_carboxyl_group_67(fn_phospholipid_29(X))
& fn_phospholipid_47(X) = fn_carboxylic_acid_5(fn_phospholipid_91(X))
& fn_phospholipid_47(X) = fn_carboxyl_group_24(fn_phospholipid_29(X))
& fn_phospholipid_27(X) = fn_carboxylic_acid_11(fn_phospholipid_91(X))
& fn_phospholipid_29(X) = fn_carboxylic_acid_6(fn_phospholipid_91(X))
& fn_phospholipid_27(X) = fn_carboxyl_group_25(fn_phospholipid_29(X))
& fn_phospholipid_12(X) = fn_ester_linkage_17(fn_phospholipid_94(X))
& fn_phospholipid_25(X) = fn_ester_linkage_9(fn_phospholipid_94(X))
& fn_phospholipid_24(X) = fn_ester_linkage_8(fn_phospholipid_94(X))
& fn_phospholipid_23(X) = fn_ester_linkage_31(fn_phospholipid_94(X))
& fn_phospholipid_73(X) = fn_ester_linkage_39(fn_phospholipid_94(X))
& fn_phospholipid_72(X) = fn_atom_14(fn_phospholipid_99(X))
& fn_phospholipid_99(X) = fn_phosphate_group_22(fn_phospholipid_83(X))
& fn_phospholipid_54(X) = fn_phosphate_group_18(fn_phospholipid_83(X))
& fn_phospholipid_54(X) = fn_atom_18(fn_phospholipid_99(X))
& fn_phospholipid_54(X) = fn_ester_linkage_42(fn_phospholipid_94(X))
& fn_phospholipid_95(X) = fn_ester_linkage_44(fn_phospholipid_94(X))
& fn_phospholipid_53(X) = fn_ester_linkage_43(fn_phospholipid_94(X))
& fn_phospholipid_55(X) = fn_ester_linkage_40(fn_phospholipid_94(X))
& fn_phospholipid_17(X) = fn_ester_linkage_41(fn_phospholipid_94(X))
& fn_phospholipid_56(X) = fn_atom_9(fn_phospholipid_99(X))
& fn_phospholipid_14(X) = fn_ester_linkage_32(fn_phospholipid_94(X))
& fn_phospholipid_26(X) = fn_ester_linkage_15(fn_phospholipid_94(X))
& fn_phospholipid_72(X) = fn_ester_linkage_26(fn_phospholipid_94(X))
& fn_phospholipid_15(X) = fn_ester_linkage_29(fn_phospholipid_94(X))
& fn_phospholipid_98(X) = fn_ester_linkage_28(fn_phospholipid_94(X))
& fn_phospholipid_56(X) = fn_ester_linkage_10(fn_phospholipid_94(X))
& fn_phospholipid_16(X) = fn_ester_linkage_11(fn_phospholipid_94(X))
& fn_phospholipid_99(X) = fn_ester_linkage_27(fn_phospholipid_94(X))
& fn_phospholipid_61(X) = fn_ester_linkage_19(fn_phospholipid_94(X))
& fn_phospholipid_11(X) = fn_oxygen_14(fn_phospholipid_99(X))
& fn_phospholipid_10(X) = fn_oxygen_12(fn_phospholipid_99(X))
& fn_phospholipid_71(X) = fn_oxygen_8(fn_phospholipid_99(X))
& fn_phospholipid_8(X) = fn_oxygen_11(fn_phospholipid_99(X))
& fn_phospholipid_72(X) = fn_phosphate_group_20(fn_phospholipid_83(X))
& fn_phospholipid_72(X) = fn_oxygen_1(fn_phospholipid_99(X))
& fn_phospholipid_51(X) = fn_oxygen_6(fn_phospholipid_99(X))
& fn_phospholipid_55(X) = fn_oxygen_5(fn_phospholipid_99(X))
& fn_phospholipid_18(X) = fn_oxygen_21(fn_phospholipid_99(X))
& fn_phospholipid_9(X) = fn_oxygen_10(fn_phospholipid_99(X))
& fn_phospholipid_21(X) = fn_oxygen_20(fn_phospholipid_99(X))
& fn_phospholipid_73(X) = fn_oxygen_18(fn_phospholipid_99(X))
& fn_phospholipid_22(X) = fn_phosphate_group_32(fn_phospholipid_83(X))
& fn_phospholipid_20(X) = fn_phosphate_group_33(fn_phospholipid_83(X))
& fn_phospholipid_22(X) = fn_oxygen_13(fn_phospholipid_99(X))
& fn_phospholipid_20(X) = fn_oxygen_19(fn_phospholipid_99(X))
& fn_phospholipid_19(X) = fn_oxygen_17(fn_phospholipid_99(X))
& fn_lipid_15(X) = fn_lipid_15(X)
& fn_lipid_15(X) = fn_hydrophobic_region_2(fn_phospholipid_90(X))
& fn_hydrophobic_region_2(fn_phospholipid_90(X)) = fn_polar_covalent_bond_18(fn_phospholipid_67(X))
& fn_polar_covalent_bond_18(fn_phospholipid_67(X)) = fn_polar_covalent_bond_18(fn_phospholipid_67(X))
& fn_polar_covalent_bond_18(fn_phospholipid_67(X)) = fn_alcohol_7(fn_phospholipid_89(X))
& fn_alcohol_7(fn_phospholipid_89(X)) = fn_alcohol_7(fn_phospholipid_89(X))
& fn_alcohol_7(fn_phospholipid_89(X)) = fn_attract_2(fn_phospholipid_68(X))
& fn_attract_2(fn_phospholipid_68(X)) = fn_attach_2(fn_phospholipid_82(X))
& fn_attach_2(fn_phospholipid_81(X)) = fn_attach_2(fn_phospholipid_82(X))
& fn_attach_2(fn_phospholipid_82(X)) = fn_attach_2(fn_phospholipid_81(X))
& fn_attach_2(fn_phospholipid_81(X)) = fn_hold_2(fn_phospholipid_86(X))
& fn_hold_2(fn_phospholipid_93(X)) = fn_hold_2(fn_phospholipid_86(X))
& fn_hold_2(fn_phospholipid_86(X)) = fn_hold_2(fn_phospholipid_93(X))
& fn_hold_2(fn_phospholipid_93(X)) = fn_functional_group_1(fn_phospholipid_64(X))
& fn_functional_group_1(fn_phospholipid_64(X)) = fn_organic_acid_15(fn_phospholipid_91(X))
& fn_organic_acid_15(fn_phospholipid_91(X)) = fn_organic_acid_15(fn_phospholipid_91(X))
& fn_organic_acid_15(fn_phospholipid_91(X)) = fn_carboxylic_acid_24(fn_phospholipid_91(X))
& fn_carboxylic_acid_24(fn_phospholipid_91(X)) = fn_organic_acid_15(fn_phospholipid_91(X))
& fn_organic_acid_15(fn_phospholipid_91(X)) = fn_carboxylic_acid_16(fn_phospholipid_91(X))
& fn_carboxylic_acid_16(fn_phospholipid_91(X)) = fn_organic_acid_1(fn_phospholipid_91(X))
& fn_organic_acid_1(fn_phospholipid_91(X)) = fn_carboxylic_acid_19(fn_phospholipid_91(X))
& fn_carboxylic_acid_19(fn_phospholipid_91(X)) = fn_carboxylic_acid_19(fn_phospholipid_91(X))
& fn_carboxylic_acid_19(fn_phospholipid_91(X)) = fn_organic_acid_1(fn_phospholipid_91(X))
& fn_organic_acid_1(fn_phospholipid_91(X)) = fn_organic_acid_1(fn_phospholipid_91(X))
& fn_organic_acid_1(fn_phospholipid_91(X)) = fn_carboxylic_acid_2(fn_phospholipid_91(X))
& fn_carboxylic_acid_2(fn_phospholipid_91(X)) = fn_carboxylic_acid_24(fn_phospholipid_91(X))
& fn_carboxylic_acid_24(fn_phospholipid_91(X)) = fn_carboxylic_acid_24(fn_phospholipid_91(X))
& fn_carboxylic_acid_24(fn_phospholipid_91(X)) = fn_carboxyl_group_49(fn_phospholipid_29(X))
& fn_carboxyl_group_49(fn_phospholipid_29(X)) = fn_carboxyl_group_67(fn_phospholipid_29(X))
& fn_carboxyl_group_67(fn_phospholipid_29(X)) = fn_carboxyl_group_47(fn_phospholipid_29(X))
& fn_carboxyl_group_55(fn_phospholipid_29(X)) = fn_fatty_acid_66(fn_phospholipid_91(X))
& fn_fatty_acid_66(fn_phospholipid_91(X)) = fn_carboxyl_group_56(fn_phospholipid_29(X))
& fn_carboxyl_group_56(fn_phospholipid_29(X)) = fn_fatty_acid_64(fn_phospholipid_91(X))
& fn_fatty_acid_64(fn_phospholipid_91(X)) = fn_carboxylic_acid_3(fn_phospholipid_91(X))
& fn_carboxylic_acid_3(fn_phospholipid_91(X)) = fn_carboxylic_acid_3(fn_phospholipid_91(X))
& fn_carboxylic_acid_3(fn_phospholipid_91(X)) = fn_fatty_acid_14(fn_phospholipid_91(X))
& fn_fatty_acid_14(fn_phospholipid_91(X)) = fn_carboxylic_acid_16(fn_phospholipid_91(X))
& fn_carboxylic_acid_16(fn_phospholipid_91(X)) = fn_carboxylic_acid_16(fn_phospholipid_91(X))
& fn_carboxylic_acid_16(fn_phospholipid_91(X)) = fn_fatty_acid_63(fn_phospholipid_91(X))
& fn_fatty_acid_63(fn_phospholipid_91(X)) = fn_carboxyl_group_49(fn_phospholipid_29(X))
& fn_carboxyl_group_49(fn_phospholipid_29(X)) = fn_fatty_acid_64(fn_phospholipid_91(X))
& fn_fatty_acid_64(fn_phospholipid_91(X)) = fn_fatty_acid_64(fn_phospholipid_91(X))
& fn_fatty_acid_64(fn_phospholipid_91(X)) = fn_fatty_acid_63(fn_phospholipid_91(X))
& fn_fatty_acid_63(fn_phospholipid_91(X)) = fn_fatty_acid_63(fn_phospholipid_91(X))
& fn_fatty_acid_63(fn_phospholipid_91(X)) = fn_fatty_acid_15(fn_phospholipid_91(X))
& fn_fatty_acid_15(fn_phospholipid_91(X)) = fn_fatty_acid_15(fn_phospholipid_91(X))
& fn_fatty_acid_15(fn_phospholipid_91(X)) = fn_fatty_acid_22(fn_phospholipid_91(X))
& fn_fatty_acid_22(fn_phospholipid_91(X)) = fn_fatty_acid_22(fn_phospholipid_91(X))
& fn_fatty_acid_22(fn_phospholipid_91(X)) = fn_fatty_acid_24(fn_phospholipid_91(X))
& fn_fatty_acid_24(fn_phospholipid_91(X)) = fn_fatty_acid_24(fn_phospholipid_91(X))
& fn_fatty_acid_24(fn_phospholipid_91(X)) = fn_fatty_acid_41(fn_phospholipid_91(X))
& fn_fatty_acid_41(fn_phospholipid_91(X)) = fn_fatty_acid_65(fn_phospholipid_91(X))
& fn_fatty_acid_65(fn_phospholipid_91(X)) = fn_fatty_acid_65(fn_phospholipid_91(X))
& fn_fatty_acid_65(fn_phospholipid_91(X)) = fn_carboxylic_acid_25(fn_phospholipid_91(X))
& fn_carboxylic_acid_25(fn_phospholipid_91(X)) = fn_carboxylic_acid_2(fn_phospholipid_91(X))
& fn_carboxylic_acid_2(fn_phospholipid_91(X)) = fn_carboxylic_acid_2(fn_phospholipid_91(X))
& fn_carboxylic_acid_2(fn_phospholipid_91(X)) = fn_fatty_acid_41(fn_phospholipid_91(X))
& fn_fatty_acid_41(fn_phospholipid_91(X)) = fn_attach_1(fn_phospholipid_82(X))
& fn_attach_1(fn_phospholipid_82(X)) = fn_functional_group_1(fn_phospholipid_29(X))
& fn_functional_group_1(fn_phospholipid_29(X)) = fn_amphipathic_molecule_5(X)
& fn_amphipathic_molecule_5(X) = fn_hydrophobic_region_2(fn_phospholipid_92(X))
& fn_hydrophobic_region_2(fn_phospholipid_92(X)) = fn_amphipathic_molecule_5(X)
& fn_amphipathic_molecule_5(X) = fn_amphipathic_molecule_5(X)
& fn_amphipathic_molecule_5(X) = fn_atomic_nucleus_3(fn_phospholipid_74(X))
& fn_phosphate_group_12(fn_phospholipid_83(X)) = fn_phosphate_group_12(fn_phospholipid_83(X))
& fn_phosphate_group_12(fn_phospholipid_83(X)) = fn_atomic_nucleus_3(fn_phospholipid_74(X))
& fn_atomic_nucleus_3(fn_phospholipid_74(X)) = fn_phosphate_group_12(fn_phospholipid_83(X))
& fn_phosphate_group_12(fn_phospholipid_83(X)) = fn_electron_shell_2(fn_phospholipid_79(X))
& fn_electron_shell_2(fn_phospholipid_79(X)) = fn_phosphate_group_38(fn_phospholipid_83(X))
& fn_phosphate_group_38(fn_phospholipid_83(X)) = fn_phosphate_group_38(fn_phospholipid_83(X))
& fn_phosphate_group_38(fn_phospholipid_83(X)) = fn_covalent_bond_15(fn_phospholipid_85(X))
& fn_covalent_bond_15(fn_phospholipid_85(X)) = fn_covalent_bond_18(fn_phospholipid_85(X))
& fn_covalent_bond_18(fn_phospholipid_85(X)) = fn_covalent_bond_18(fn_phospholipid_85(X))
& fn_covalent_bond_18(fn_phospholipid_85(X)) = fn_phosphate_group_20(fn_phospholipid_83(X))
& fn_phosphate_group_3(fn_phospholipid_83(X)) = fn_phosphate_group_20(fn_phospholipid_83(X))
& fn_phosphate_group_20(fn_phospholipid_83(X)) = fn_phosphate_group_3(fn_phospholipid_83(X))
& fn_phosphate_group_3(fn_phospholipid_83(X)) = fn_phosphate_group_3(fn_phospholipid_83(X))
& fn_phosphate_group_3(fn_phospholipid_83(X)) = fn_covalent_bond_20(fn_phospholipid_85(X))
& fn_covalent_bond_20(fn_phospholipid_85(X)) = fn_covalent_bond_20(fn_phospholipid_85(X))
& fn_covalent_bond_20(fn_phospholipid_85(X)) = fn_atomic_nucleus_4(fn_phospholipid_74(X))
& fn_atomic_nucleus_4(fn_phospholipid_74(X)) = fn_atomic_nucleus_4(fn_phospholipid_74(X))
& fn_atomic_nucleus_4(fn_phospholipid_74(X)) = fn_covalent_bond_19(fn_phospholipid_85(X))
& fn_covalent_bond_19(fn_phospholipid_85(X)) = fn_covalent_bond_20(fn_phospholipid_85(X))
& fn_covalent_bond_20(fn_phospholipid_85(X)) = fn_covalent_bond_19(fn_phospholipid_85(X))
& fn_organic_molecule_2(X) = fn_covalent_bond_19(fn_phospholipid_85(X))
& fn_covalent_bond_19(fn_phospholipid_85(X)) = fn_covalent_bond_19(fn_phospholipid_85(X))
& fn_covalent_bond_19(fn_phospholipid_85(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_phosphate_group_6(fn_phospholipid_83(X))
& fn_phosphate_group_6(fn_phospholipid_83(X)) = fn_phosphate_group_6(fn_phospholipid_83(X))
& fn_phosphate_group_6(fn_phospholipid_83(X)) = fn_alcohol_9(fn_phospholipid_89(X))
& fn_alcohol_9(fn_phospholipid_89(X)) = fn_hydroxyl_group_7(fn_phospholipid_64(X))
& fn_hydroxyl_group_7(fn_phospholipid_64(X)) = fn_hydroxyl_group_7(fn_phospholipid_64(X))
& fn_hydroxyl_group_7(fn_phospholipid_64(X)) = fn_alcohol_8(fn_phospholipid_89(X))
& fn_alcohol_8(fn_phospholipid_89(X)) = fn_hydroxyl_group_4(fn_phospholipid_64(X))
& fn_hydroxyl_group_4(fn_phospholipid_64(X)) = fn_hydroxyl_group_4(fn_phospholipid_64(X))
& fn_hydroxyl_group_4(fn_phospholipid_64(X)) = fn_attach_1(fn_phospholipid_69(X))
& fn_attach_1(fn_phospholipid_69(X)) = fn_alcohol_3(fn_phospholipid_89(X))
& fn_alcohol_3(fn_phospholipid_89(X)) = fn_glycerol_1(fn_phospholipid_89(X))
& fn_glycerol_1(fn_phospholipid_89(X)) = fn_alcohol_6(fn_phospholipid_89(X))
& fn_alcohol_6(fn_phospholipid_89(X)) = fn_alcohol_6(fn_phospholipid_89(X))
& fn_alcohol_6(fn_phospholipid_89(X)) = fn_hydroxyl_group_6(fn_phospholipid_64(X))
& fn_hydroxyl_group_6(fn_phospholipid_64(X)) = fn_hydroxyl_group_6(fn_phospholipid_64(X))
& fn_hydroxyl_group_6(fn_phospholipid_64(X)) = fn_fatty_acid_20(fn_phospholipid_91(X))
& fn_fatty_acid_20(fn_phospholipid_91(X)) = fn_fatty_acid_20(fn_phospholipid_91(X))
& fn_fatty_acid_20(fn_phospholipid_91(X)) = fn_carboxyl_group_16(fn_phospholipid_29(X))
& fn_carboxyl_group_16(fn_phospholipid_29(X)) = fn_fatty_acid_16(fn_phospholipid_91(X))
& fn_fatty_acid_16(fn_phospholipid_91(X)) = fn_fatty_acid_16(fn_phospholipid_91(X))
& fn_carboxyl_group_56(fn_phospholipid_29(X)) = fn_fatty_acid_38(fn_phospholipid_91(X))
& fn_fatty_acid_38(fn_phospholipid_91(X)) = fn_fatty_acid_38(fn_phospholipid_91(X))
& fn_fatty_acid_38(fn_phospholipid_91(X)) = fn_carboxyl_group_18(fn_phospholipid_29(X))
& fn_carboxyl_group_18(fn_phospholipid_29(X)) = fn_carboxyl_group_64(fn_phospholipid_29(X))
& fn_carboxyl_group_64(fn_phospholipid_29(X)) = fn_carboxyl_group_64(fn_phospholipid_29(X))
& fn_carboxyl_group_64(fn_phospholipid_29(X)) = fn_fatty_acid_60(fn_phospholipid_91(X))
& fn_fatty_acid_60(fn_phospholipid_91(X)) = fn_carboxyl_group_57(fn_phospholipid_29(X))
& fn_carboxyl_group_57(fn_phospholipid_29(X)) = fn_carboxyl_group_57(fn_phospholipid_29(X))
& fn_carboxyl_group_57(fn_phospholipid_29(X)) = fn_carboxylic_acid_15(fn_phospholipid_91(X))
& fn_carboxylic_acid_15(fn_phospholipid_91(X)) = fn_share_2(fn_phospholipid_131(X))
& fn_share_2(fn_phospholipid_131(X)) = fn_carboxylic_acid_15(fn_phospholipid_91(X))
& fn_carboxylic_acid_15(fn_phospholipid_91(X)) = fn_carboxylic_acid_15(fn_phospholipid_91(X))
& fn_carboxylic_acid_15(fn_phospholipid_91(X)) = fn_carboxyl_group_21(fn_phospholipid_29(X))
& fn_carboxyl_group_21(fn_phospholipid_29(X)) = fn_carboxyl_group_21(fn_phospholipid_29(X))
& fn_carboxyl_group_21(fn_phospholipid_29(X)) = fn_fatty_acid_58(fn_phospholipid_91(X))
& fn_fatty_acid_58(fn_phospholipid_91(X)) = fn_fatty_acid_58(fn_phospholipid_91(X))
& fn_fatty_acid_58(fn_phospholipid_91(X)) = fn_fatty_acid_26(fn_phospholipid_91(X))
& fn_fatty_acid_26(fn_phospholipid_91(X)) = fn_fatty_acid_26(fn_phospholipid_91(X))
& fn_fatty_acid_26(fn_phospholipid_91(X)) = fn_carboxyl_group_17(fn_phospholipid_29(X))
& fn_carboxyl_group_17(fn_phospholipid_29(X)) = fn_carboxyl_group_17(fn_phospholipid_29(X))
& fn_carboxyl_group_17(fn_phospholipid_29(X)) = fn_carboxyl_group_40(fn_phospholipid_29(X))
& fn_carboxyl_group_58(fn_phospholipid_29(X)) = fn_carboxyl_group_58(fn_phospholipid_29(X))
& fn_carboxyl_group_40(fn_phospholipid_29(X)) = fn_carboxyl_group_40(fn_phospholipid_29(X))
& fn_carboxyl_group_58(fn_phospholipid_29(X)) = fn_carboxyl_group_40(fn_phospholipid_29(X))
& fn_carboxyl_group_40(fn_phospholipid_29(X)) = fn_carboxyl_group_58(fn_phospholipid_29(X))
& fn_carboxyl_group_58(fn_phospholipid_29(X)) = fn_carboxyl_group_48(fn_phospholipid_29(X))
& fn_carboxyl_group_48(fn_phospholipid_29(X)) = fn_carboxyl_group_48(fn_phospholipid_29(X))
& fn_carboxyl_group_48(fn_phospholipid_29(X)) = fn_carboxyl_group_46(fn_phospholipid_29(X))
& fn_carboxyl_group_46(fn_phospholipid_29(X)) = fn_carboxyl_group_46(fn_phospholipid_29(X))
& fn_carboxyl_group_46(fn_phospholipid_29(X)) = fn_carboxyl_group_56(fn_phospholipid_29(X))
& fn_carboxyl_group_56(fn_phospholipid_29(X)) = fn_fatty_acid_16(fn_phospholipid_91(X))
& fn_fatty_acid_16(fn_phospholipid_91(X)) = fn_carboxyl_group_56(fn_phospholipid_29(X))
& fn_carboxyl_group_56(fn_phospholipid_29(X)) = fn_carboxyl_group_56(fn_phospholipid_29(X))
& fn_carboxyl_group_56(fn_phospholipid_29(X)) = fn_carboxyl_group_49(fn_phospholipid_29(X))
& fn_carboxyl_group_49(fn_phospholipid_29(X)) = fn_carboxyl_group_49(fn_phospholipid_29(X))
& fn_carboxyl_group_49(fn_phospholipid_29(X)) = fn_carboxyl_group_18(fn_phospholipid_29(X))
& fn_carboxyl_group_18(fn_phospholipid_29(X)) = fn_carboxyl_group_18(fn_phospholipid_29(X))
& fn_carboxyl_group_18(fn_phospholipid_29(X)) = fn_carboxyl_group_20(fn_phospholipid_29(X))
& fn_carboxyl_group_20(fn_phospholipid_29(X)) = fn_share_1(fn_phospholipid_126(X))
& fn_share_1(fn_phospholipid_126(X)) = fn_share_3(fn_phospholipid_131(X))
& fn_share_3(fn_phospholipid_131(X)) = fn_share_1(fn_phospholipid_131(X))
& fn_share_1(fn_phospholipid_131(X)) = fn_share_1(fn_phospholipid_126(X))
& fn_share_1(fn_phospholipid_126(X)) = fn_share_1(fn_phospholipid_131(X))
& fn_share_1(fn_phospholipid_131(X)) = fn_hold_2(fn_phospholipid_121(X))
& fn_hold_2(fn_phospholipid_119(X)) = fn_hold_2(fn_phospholipid_121(X))
& fn_hold_2(fn_phospholipid_121(X)) = fn_hold_2(fn_phospholipid_122(X))
& fn_hold_2(fn_phospholipid_122(X)) = fn_hold_2(fn_phospholipid_120(X))
& fn_hold_2(fn_phospholipid_120(X)) = fn_hold_2(fn_phospholipid_119(X))
& fn_hold_2(fn_phospholipid_119(X)) = fn_organic_acid_14(fn_phospholipid_91(X))
& fn_organic_acid_14(fn_phospholipid_91(X)) = fn_organic_acid_14(fn_phospholipid_91(X))
& fn_carboxylic_acid_9(fn_phospholipid_91(X)) = fn_organic_acid_14(fn_phospholipid_91(X))
& fn_organic_acid_14(fn_phospholipid_91(X)) = fn_carboxylic_acid_9(fn_phospholipid_91(X))
& fn_carboxylic_acid_9(fn_phospholipid_91(X)) = fn_fatty_acid_34(fn_phospholipid_91(X))
& fn_carboxyl_group_19(fn_phospholipid_29(X)) = fn_fatty_acid_33(fn_phospholipid_91(X))
& fn_fatty_acid_33(fn_phospholipid_91(X)) = fn_carboxyl_group_19(fn_phospholipid_29(X))
& fn_carboxyl_group_19(fn_phospholipid_29(X)) = fn_share_3(fn_phospholipid_124(X))
& fn_share_3(fn_phospholipid_124(X)) = fn_share_1(fn_phospholipid_124(X))
& fn_share_1(fn_phospholipid_124(X)) = fn_share_3(fn_phospholipid_128(X))
& fn_share_3(fn_phospholipid_128(X)) = fn_share_1(fn_phospholipid_128(X))
& fn_share_1(fn_phospholipid_128(X)) = fn_share_1(fn_phospholipid_124(X))
& fn_share_1(fn_phospholipid_124(X)) = fn_share_1(fn_phospholipid_128(X))
& fn_share_1(fn_phospholipid_128(X)) = fn_organic_acid_10(fn_phospholipid_91(X))
& fn_carboxylic_acid_5(fn_phospholipid_91(X)) = fn_organic_acid_10(fn_phospholipid_91(X))
& fn_organic_acid_10(fn_phospholipid_91(X)) = fn_carboxylic_acid_5(fn_phospholipid_91(X))
& fn_carboxylic_acid_5(fn_phospholipid_91(X)) = fn_carboxylic_acid_4(fn_phospholipid_91(X))
& fn_fatty_acid_31(fn_phospholipid_91(X)) = fn_carboxylic_acid_4(fn_phospholipid_91(X))
& fn_carboxylic_acid_4(fn_phospholipid_91(X)) = fn_carboxylic_acid_4(fn_phospholipid_91(X))
& fn_carboxylic_acid_4(fn_phospholipid_91(X)) = fn_fatty_acid_31(fn_phospholipid_91(X))
& fn_fatty_acid_31(fn_phospholipid_91(X)) = fn_fatty_acid_21(fn_phospholipid_91(X))
& fn_carboxyl_group_23(fn_phospholipid_29(X)) = fn_fatty_acid_21(fn_phospholipid_91(X))
& fn_fatty_acid_21(fn_phospholipid_91(X)) = fn_carboxyl_group_23(fn_phospholipid_29(X))
& fn_carboxyl_group_24(fn_phospholipid_29(X)) = fn_share_3(fn_phospholipid_35(X))
& fn_share_3(fn_phospholipid_35(X)) = fn_share_1(fn_phospholipid_35(X))
& fn_share_1(fn_phospholipid_35(X)) = fn_share_1(fn_phospholipid_35(X))
& fn_share_1(fn_phospholipid_35(X)) = fn_carboxylic_acid_9(fn_phospholipid_91(X))
& fn_carboxylic_acid_9(fn_phospholipid_91(X)) = fn_carboxylic_acid_9(fn_phospholipid_91(X))
& fn_carboxylic_acid_9(fn_phospholipid_91(X)) = fn_fatty_acid_33(fn_phospholipid_91(X))
& fn_fatty_acid_34(fn_phospholipid_91(X)) = fn_fatty_acid_33(fn_phospholipid_91(X))
& fn_fatty_acid_33(fn_phospholipid_91(X)) = fn_fatty_acid_33(fn_phospholipid_91(X))
& fn_fatty_acid_33(fn_phospholipid_91(X)) = fn_fatty_acid_34(fn_phospholipid_91(X))
& fn_carboxyl_group_19(fn_phospholipid_29(X)) = fn_fatty_acid_34(fn_phospholipid_91(X))
& fn_fatty_acid_34(fn_phospholipid_91(X)) = fn_fatty_acid_34(fn_phospholipid_91(X))
& fn_fatty_acid_34(fn_phospholipid_91(X)) = fn_carboxyl_group_19(fn_phospholipid_29(X))
& fn_carboxyl_group_19(fn_phospholipid_29(X)) = fn_carboxyl_group_19(fn_phospholipid_29(X))
& fn_carboxyl_group_19(fn_phospholipid_29(X)) = fn_carboxyl_group_47(fn_phospholipid_29(X))
& fn_carboxyl_group_47(fn_phospholipid_29(X)) = fn_carboxyl_group_47(fn_phospholipid_29(X))
& fn_carboxyl_group_47(fn_phospholipid_29(X)) = fn_carboxyl_group_55(fn_phospholipid_29(X))
& fn_carboxyl_group_55(fn_phospholipid_29(X)) = fn_carboxyl_group_55(fn_phospholipid_29(X))
& fn_carboxyl_group_55(fn_phospholipid_29(X)) = fn_fatty_acid_41(fn_phospholipid_91(X))
& fn_fatty_acid_41(fn_phospholipid_91(X)) = fn_fatty_acid_41(fn_phospholipid_91(X))
& fn_fatty_acid_41(fn_phospholipid_91(X)) = fn_fatty_acid_11(fn_phospholipid_91(X))
& fn_fatty_acid_11(fn_phospholipid_91(X)) = fn_fatty_acid_11(fn_phospholipid_91(X))
& fn_fatty_acid_11(fn_phospholipid_91(X)) = fn_carboxyl_group_67(fn_phospholipid_29(X))
& fn_carboxyl_group_67(fn_phospholipid_29(X)) = fn_carboxyl_group_67(fn_phospholipid_29(X))
& fn_carboxyl_group_67(fn_phospholipid_29(X)) = fn_share_3(fn_phospholipid_126(X))
& fn_share_3(fn_phospholipid_126(X)) = fn_share_3(fn_phospholipid_129(X))
& fn_share_3(fn_phospholipid_129(X)) = fn_share_1(fn_phospholipid_129(X))
& fn_share_1(fn_phospholipid_129(X)) = fn_share_1(fn_phospholipid_129(X))
& fn_share_1(fn_phospholipid_129(X)) = fn_hold_2(fn_phospholipid_133(X))
& fn_hold_2(fn_phospholipid_133(X)) = fn_hold_2(fn_phospholipid_133(X))
& fn_hold_2(fn_phospholipid_133(X)) = fn_organic_acid_10(fn_phospholipid_91(X))
& fn_organic_acid_13(fn_phospholipid_91(X)) = fn_organic_acid_10(fn_phospholipid_91(X))
& fn_organic_acid_10(fn_phospholipid_91(X)) = fn_organic_acid_10(fn_phospholipid_91(X))
& fn_organic_acid_10(fn_phospholipid_91(X)) = fn_organic_acid_13(fn_phospholipid_91(X))
& fn_organic_acid_13(fn_phospholipid_91(X)) = fn_organic_acid_13(fn_phospholipid_91(X))
& fn_carboxylic_acid_5(fn_phospholipid_91(X)) = fn_organic_acid_13(fn_phospholipid_91(X))
& fn_organic_acid_13(fn_phospholipid_91(X)) = fn_carboxylic_acid_5(fn_phospholipid_91(X))
& fn_fatty_acid_21(fn_phospholipid_91(X)) = fn_carboxylic_acid_5(fn_phospholipid_91(X))
& fn_carboxylic_acid_5(fn_phospholipid_91(X)) = fn_carboxylic_acid_5(fn_phospholipid_91(X))
& fn_carboxylic_acid_5(fn_phospholipid_91(X)) = fn_fatty_acid_21(fn_phospholipid_91(X))
& fn_fatty_acid_21(fn_phospholipid_91(X)) = fn_fatty_acid_21(fn_phospholipid_91(X))
& fn_fatty_acid_21(fn_phospholipid_91(X)) = fn_fatty_acid_31(fn_phospholipid_91(X))
& fn_fatty_acid_31(fn_phospholipid_91(X)) = fn_fatty_acid_31(fn_phospholipid_91(X))
& fn_fatty_acid_31(fn_phospholipid_91(X)) = fn_carboxyl_group_23(fn_phospholipid_29(X))
& fn_carboxyl_group_24(fn_phospholipid_29(X)) = fn_carboxyl_group_23(fn_phospholipid_29(X))
& fn_carboxyl_group_23(fn_phospholipid_29(X)) = fn_carboxyl_group_23(fn_phospholipid_29(X))
& fn_carboxyl_group_23(fn_phospholipid_29(X)) = fn_carboxyl_group_24(fn_phospholipid_29(X))
& fn_carboxyl_group_24(fn_phospholipid_29(X)) = fn_carboxyl_group_24(fn_phospholipid_29(X))
& fn_carboxyl_group_24(fn_phospholipid_29(X)) = fn_organic_acid_11(fn_phospholipid_91(X))
& fn_carboxylic_acid_6(fn_phospholipid_91(X)) = fn_organic_acid_11(fn_phospholipid_91(X))
& fn_organic_acid_11(fn_phospholipid_91(X)) = fn_carboxylic_acid_6(fn_phospholipid_91(X))
& fn_carboxylic_acid_6(fn_phospholipid_91(X)) = fn_carboxylic_acid_6(fn_phospholipid_91(X))
& fn_carboxylic_acid_6(fn_phospholipid_91(X)) = fn_fatty_acid_43(fn_phospholipid_91(X))
& fn_fatty_acid_43(fn_phospholipid_91(X)) = fn_fatty_acid_43(fn_phospholipid_91(X))
& fn_fatty_acid_43(fn_phospholipid_91(X)) = fn_carboxylic_acid_6(fn_phospholipid_91(X))
& fn_carboxylic_acid_6(fn_phospholipid_91(X)) = fn_hold_2(fn_phospholipid_134(X))
& fn_hold_2(fn_phospholipid_134(X)) = fn_carboxylic_acid_11(fn_phospholipid_91(X))
& fn_fatty_acid_44(fn_phospholipid_91(X)) = fn_carboxylic_acid_11(fn_phospholipid_91(X))
& fn_carboxylic_acid_11(fn_phospholipid_91(X)) = fn_carboxylic_acid_11(fn_phospholipid_91(X))
& fn_carboxylic_acid_11(fn_phospholipid_91(X)) = fn_fatty_acid_44(fn_phospholipid_91(X))
& fn_fatty_acid_44(fn_phospholipid_91(X)) = fn_fatty_acid_44(fn_phospholipid_91(X))
& fn_fatty_acid_44(fn_phospholipid_91(X)) = fn_carboxyl_group_25(fn_phospholipid_29(X))
& fn_carboxyl_group_25(fn_phospholipid_29(X)) = fn_carboxyl_group_25(fn_phospholipid_29(X))
& fn_carboxyl_group_25(fn_phospholipid_29(X)) = fn_phosphate_group_18(fn_phospholipid_83(X))
& fn_phosphate_group_18(fn_phospholipid_83(X)) = fn_atom_18(fn_phospholipid_99(X))
& fn_atom_18(fn_phospholipid_99(X)) = fn_phosphate_group_18(fn_phospholipid_83(X))
& fn_phosphate_group_18(fn_phospholipid_83(X)) = fn_phosphate_group_18(fn_phospholipid_83(X))
& fn_ester_linkage_42(fn_phospholipid_94(X)) = fn_ester_linkage_42(fn_phospholipid_94(X))
& fn_ester_linkage_42(fn_phospholipid_94(X)) = fn_phosphate_group_18(fn_phospholipid_83(X))
& fn_phosphate_group_18(fn_phospholipid_83(X)) = fn_ester_linkage_42(fn_phospholipid_94(X))
& fn_ester_linkage_42(fn_phospholipid_94(X)) = fn_covalent_bond_21(fn_phospholipid_85(X))
& fn_covalent_bond_21(fn_phospholipid_85(X)) = fn_phosphate_group_10(fn_phospholipid_83(X))
& fn_phosphate_group_10(fn_phospholipid_83(X)) = fn_phosphate_group_10(fn_phospholipid_83(X))
& fn_phosphate_group_10(fn_phospholipid_83(X)) = fn_ester_linkage_44(fn_phospholipid_94(X))
& fn_ester_linkage_44(fn_phospholipid_94(X)) = fn_ester_linkage_44(fn_phospholipid_94(X))
& fn_ester_linkage_44(fn_phospholipid_94(X)) = fn_phosphate_group_38(fn_phospholipid_83(X))
& fn_phosphate_group_38(fn_phospholipid_83(X)) = fn_ester_linkage_29(fn_phospholipid_94(X))
& fn_ester_linkage_29(fn_phospholipid_94(X)) = fn_ester_linkage_29(fn_phospholipid_94(X))
& fn_ester_linkage_29(fn_phospholipid_94(X)) = fn_share_3(fn_phospholipid_13(X))
& fn_share_3(fn_phospholipid_13(X)) = fn_share_1(fn_phospholipid_13(X))
& fn_share_1(fn_phospholipid_13(X)) = fn_share_1(fn_phospholipid_13(X))
& fn_share_1(fn_phospholipid_13(X)) = fn_hold_2(fn_phospholipid_96(X))
& fn_hold_2(fn_phospholipid_96(X)) = fn_hold_2(fn_phospholipid_96(X))
& fn_hold_2(fn_phospholipid_96(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_ester_linkage_28(fn_phospholipid_94(X))
& fn_ester_linkage_28(fn_phospholipid_94(X)) = fn_ester_linkage_28(fn_phospholipid_94(X))
& fn_ester_linkage_28(fn_phospholipid_94(X)) = fn_phosphate_group_16(fn_phospholipid_83(X))
& fn_phosphate_group_16(fn_phospholipid_83(X)) = fn_atom_9(fn_phospholipid_99(X))
& fn_atom_9(fn_phospholipid_99(X)) = fn_phosphate_group_16(fn_phospholipid_83(X))
& fn_phosphate_group_16(fn_phospholipid_83(X)) = fn_phosphate_group_16(fn_phospholipid_83(X))
& fn_phosphate_group_16(fn_phospholipid_83(X)) = fn_ester_linkage_10(fn_phospholipid_94(X))
& fn_ester_linkage_10(fn_phospholipid_94(X)) = fn_ester_linkage_10(fn_phospholipid_94(X))
& fn_ester_linkage_10(fn_phospholipid_94(X)) = fn_phosphate_group_36(fn_phospholipid_83(X))
& fn_phosphate_group_36(fn_phospholipid_83(X)) = fn_ester_linkage_19(fn_phospholipid_94(X))
& fn_ester_linkage_19(fn_phospholipid_94(X)) = fn_ester_linkage_19(fn_phospholipid_94(X))
& fn_ester_linkage_19(fn_phospholipid_94(X)) = fn_share_2(fn_phospholipid_59(X))
& fn_share_2(fn_phospholipid_59(X)) = fn_phosphate_group_20(fn_phospholipid_83(X))
& fn_phosphate_group_20(fn_phospholipid_83(X)) = fn_phosphate_group_20(fn_phospholipid_83(X))
& fn_phosphate_group_20(fn_phospholipid_83(X)) = fn_phosphate_group_8(fn_phospholipid_83(X))
& fn_phosphate_group_8(fn_phospholipid_83(X)) = fn_phosphate_group_8(fn_phospholipid_83(X))
& fn_phosphate_group_8(fn_phospholipid_83(X)) = fn_phosphate_group_21(fn_phospholipid_83(X))
& fn_phosphate_group_21(fn_phospholipid_83(X)) = fn_phosphate_group_21(fn_phospholipid_83(X))
& fn_phosphate_group_21(fn_phospholipid_83(X)) = fn_oxygen_8(fn_phospholipid_99(X))
& fn_oxygen_8(fn_phospholipid_99(X)) = fn_atom_14(fn_phospholipid_99(X))
& fn_phosphate_group_20(fn_phospholipid_83(X)) = fn_atom_14(fn_phospholipid_99(X))
& fn_atom_14(fn_phospholipid_99(X)) = fn_phosphate_group_20(fn_phospholipid_83(X))
& fn_phosphate_group_20(fn_phospholipid_83(X)) = fn_phosphate_group_9(fn_phospholipid_83(X))
& fn_phosphate_group_9(fn_phospholipid_83(X)) = fn_atom_14(fn_phospholipid_99(X))
& fn_atom_14(fn_phospholipid_99(X)) = fn_atom_14(fn_phospholipid_99(X))
& fn_atom_14(fn_phospholipid_99(X)) = fn_phosphate_group_9(fn_phospholipid_83(X))
& fn_phosphate_group_9(fn_phospholipid_83(X)) = fn_phosphate_group_9(fn_phospholipid_83(X))
& fn_phosphate_group_9(fn_phospholipid_83(X)) = fn_ester_linkage_26(fn_phospholipid_94(X))
& fn_ester_linkage_26(fn_phospholipid_94(X)) = fn_ester_linkage_26(fn_phospholipid_94(X))
& fn_ester_linkage_26(fn_phospholipid_94(X)) = fn_oxygen_1(fn_phospholipid_99(X))
& fn_oxygen_1(fn_phospholipid_99(X)) = fn_oxygen_1(fn_phospholipid_99(X))
& fn_oxygen_1(fn_phospholipid_99(X)) = fn_ester_linkage_40(fn_phospholipid_94(X))
& fn_ester_linkage_40(fn_phospholipid_94(X)) = fn_ester_linkage_40(fn_phospholipid_94(X))
& fn_ester_linkage_40(fn_phospholipid_94(X)) = fn_oxygen_5(fn_phospholipid_99(X))
& fn_oxygen_5(fn_phospholipid_99(X)) = fn_oxygen_5(fn_phospholipid_99(X))
& fn_oxygen_5(fn_phospholipid_99(X)) = fn_ester_linkage_39(fn_phospholipid_94(X))
& fn_ester_linkage_39(fn_phospholipid_94(X)) = fn_ester_linkage_39(fn_phospholipid_94(X))
& fn_ester_linkage_39(fn_phospholipid_94(X)) = fn_oxygen_18(fn_phospholipid_99(X))
& fn_oxygen_18(fn_phospholipid_99(X)) = fn_oxygen_18(fn_phospholipid_99(X))
& fn_oxygen_18(fn_phospholipid_99(X)) = fn_oxygen_13(fn_phospholipid_99(X))
& fn_oxygen_13(fn_phospholipid_99(X)) = fn_phosphate_group_32(fn_phospholipid_83(X))
& fn_phosphate_group_32(fn_phospholipid_83(X)) = fn_oxygen_13(fn_phospholipid_99(X))
& fn_oxygen_13(fn_phospholipid_99(X)) = fn_oxygen_13(fn_phospholipid_99(X))
& fn_oxygen_13(fn_phospholipid_99(X)) = fn_oxygen_19(fn_phospholipid_99(X))
& fn_oxygen_19(fn_phospholipid_99(X)) = fn_phosphate_group_33(fn_phospholipid_83(X))
& fn_phosphate_group_33(fn_phospholipid_83(X)) = fn_oxygen_19(fn_phospholipid_99(X))
& fn_oxygen_19(fn_phospholipid_99(X)) = fn_oxygen_19(fn_phospholipid_99(X))
& fn_oxygen_19(fn_phospholipid_99(X)) = fn_share_3(fn_phospholipid_59(X))
& fn_share_3(fn_phospholipid_59(X)) = fn_share_1(fn_phospholipid_59(X))
& fn_share_1(fn_phospholipid_59(X)) = fn_share_1(fn_phospholipid_59(X))
& fn_share_1(fn_phospholipid_59(X)) = fn_phosphate_group_22(fn_phospholipid_83(X))
& fn_phosphate_group_22(fn_phospholipid_83(X)) = fn_phosphate_group_22(fn_phospholipid_83(X))
& fn_phosphate_group_5(fn_phospholipid_83(X)) = fn_phosphate_group_22(fn_phospholipid_83(X))
& fn_phosphate_group_22(fn_phospholipid_83(X)) = fn_phosphate_group_5(fn_phospholipid_83(X))
& fn_phosphate_group_5(fn_phospholipid_83(X)) = fn_phosphate_group_5(fn_phospholipid_83(X))
& fn_phosphate_group_5(fn_phospholipid_83(X)) = fn_ester_linkage_27(fn_phospholipid_94(X))
& fn_ester_linkage_27(fn_phospholipid_94(X)) = fn_ester_linkage_27(fn_phospholipid_94(X)) ) ) ).
fof(a531668,axiom,
! [X] :
( phospholipid_bilayer_1(X)
=> ( original_name_2(X,'Phospholipid-Bilayer')
& user_description_2(X,'The lipid bilayer is a thin membrane made of two layers of lipid molecules. These membranes are flat sheets that form a continuous barrier around cells. Phospholipid bilayer is the main component of biological membranes.')
& concept2words_2(X,'lipid bilayer')
& concept2words_2(X,'lipid-bilayer')
& concept2words_2(X,'bilayer of phospholipids')
& concept2words_2(X,'bilayer-of-phospholipids')
& concept2words_2(X,'phospholipid bilayer')
& concept2words_2(X,'phospholipid-bilayer')
& cellular_structure_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X)
& lipid_1(fn_phospholipid_bilayer_1(X))
& lipid_1(fn_phospholipid_bilayer_2(X))
& hydrophobic_core_1(fn_phospholipid_bilayer_3(X))
& rate_value_1(fn_phospholipid_bilayer_4(X))
& rate_value_1(fn_phospholipid_bilayer_5(X))
& cell_1(fn_phospholipid_bilayer_8(X))
& aqueous_solution_1(fn_phospholipid_bilayer_9(X))
& angle_value_1(fn_phospholipid_bilayer_12(X))
& rate_value_1(fn_phospholipid_bilayer_13(X))
& angle_value_1(fn_phospholipid_bilayer_16(X))
& rate_value_1(fn_phospholipid_bilayer_17(X))
& fatty_acid_tail_1(fn_phospholipid_bilayer_18(X))
& fatty_acid_tail_1(fn_phospholipid_bilayer_19(X))
& tangible_entity_1(fn_phospholipid_bilayer_20(X))
& make_contact_1(fn_phospholipid_bilayer_21(X))
& tangible_entity_1(fn_phospholipid_bilayer_22(X))
& fatty_acid_tail_1(fn_phospholipid_bilayer_23(X))
& phospholipid_1(fn_phospholipid_bilayer_24(X))
& fatty_acid_tail_1(fn_phospholipid_bilayer_25(X))
& hydrophilic_head_1(fn_phospholipid_bilayer_26(X))
& tangible_entity_1(fn_phospholipid_bilayer_27(X))
& make_contact_1(fn_phospholipid_bilayer_28(X))
& tangible_entity_1(fn_phospholipid_bilayer_29(X))
& chemical_entity_1(fn_phospholipid_bilayer_30(X))
& fatty_acid_1(fn_phospholipid_bilayer_30(X))
& spatial_entity_1(fn_phospholipid_bilayer_31(X))
& chemical_entity_1(fn_phospholipid_bilayer_31(X))
& hydrophobic_compound_1(fn_phospholipid_bilayer_31(X))
& organic_acid_1(fn_phospholipid_bilayer_31(X))
& carboxylic_acid_1(fn_phospholipid_bilayer_31(X))
& fatty_acid_1(fn_phospholipid_bilayer_31(X))
& spatial_entity_1(fn_phospholipid_bilayer_32(X))
& phospholipid_1(fn_phospholipid_bilayer_32(X))
& phospholipid_layer_1(fn_phospholipid_bilayer_33(X))
& phospholipid_layer_1(fn_phospholipid_bilayer_34(X))
& hydrophobic_face_1(fn_phospholipid_bilayer_35(X))
& hydrophobic_face_1(fn_phospholipid_bilayer_36(X))
& hydrophilic_head_1(fn_phospholipid_bilayer_37(X))
& hydrophilic_face_1(fn_phospholipid_bilayer_38(X))
& hydrophilic_face_1(fn_phospholipid_bilayer_39(X))
& restrain_1(fn_phospholipid_bilayer_40(X))
& water_1(fn_phospholipid_bilayer_41(X))
& restrain_1(fn_phospholipid_bilayer_42(X))
& water_1(fn_phospholipid_bilayer_43(X))
& lipid_1(fn_phospholipid_bilayer_44(X))
& move_1(fn_phospholipid_bilayer_45(X))
& lipid_1(fn_phospholipid_bilayer_46(X))
& hydrophobic_interaction_1(fn_phospholipid_bilayer_47(X))
& move_1(fn_phospholipid_bilayer_48(X))
& entity_1(fn_phospholipid_bilayer_49(X))
& spatial_entity_1(fn_phospholipid_bilayer_49(X))
& tangible_entity_1(fn_phospholipid_bilayer_49(X))
& chemical_entity_1(fn_phospholipid_bilayer_49(X))
& glycerol_1(fn_phospholipid_bilayer_49(X))
& alcohol_1(fn_phospholipid_bilayer_49(X))
& spatial_entity_1(fn_phospholipid_bilayer_50(X))
& chemical_entity_1(fn_phospholipid_bilayer_50(X))
& hydrophobic_compound_1(fn_phospholipid_bilayer_50(X))
& organic_acid_1(fn_phospholipid_bilayer_50(X))
& carboxylic_acid_1(fn_phospholipid_bilayer_50(X))
& fatty_acid_1(fn_phospholipid_bilayer_50(X))
& hold_together_1(fn_phospholipid_bilayer_51(X))
& attach_1(fn_phospholipid_bilayer_52(X))
& hold_together_1(fn_phospholipid_bilayer_53(X))
& hold_together_1(fn_phospholipid_bilayer_54(X))
& spatial_entity_1(fn_phospholipid_bilayer_55(X))
& phospholipid_1(fn_phospholipid_bilayer_55(X))
& tangible_entity_1(fn_restrain_1(fn_phospholipid_bilayer_40(X)))
& tangible_entity_1(fn_restrain_1(fn_phospholipid_bilayer_42(X)))
& spatial_entity_1(fn_make_contact_2(fn_phospholipid_bilayer_21(X)))
& spatial_entity_1(fn_make_contact_2(fn_phospholipid_bilayer_28(X)))
& spatial_entity_1(fn_make_contact_1(fn_phospholipid_bilayer_21(X)))
& spatial_entity_1(fn_make_contact_1(fn_phospholipid_bilayer_28(X)))
& spatial_entity_1(fn_phospholipid_layer_21(fn_phospholipid_bilayer_34(X)))
& phospholipid_1(fn_phospholipid_layer_21(fn_phospholipid_bilayer_34(X)))
& hydrophobic_face_1(fn_phospholipid_layer_1(fn_phospholipid_bilayer_34(X)))
& hydrophilic_face_1(fn_phospholipid_layer_2(fn_phospholipid_bilayer_34(X)))
& property_node_1(fn_phospholipid_layer_13(fn_phospholipid_bilayer_34(X)))
& angle_value_1(fn_phospholipid_layer_10(fn_phospholipid_bilayer_34(X)))
& property_node_1(fn_phospholipid_layer_14(fn_phospholipid_bilayer_34(X)))
& rate_value_1(fn_phospholipid_layer_9(fn_phospholipid_bilayer_34(X)))
& move_1(fn_phospholipid_layer_18(fn_phospholipid_bilayer_34(X)))
& lipid_1(fn_phospholipid_layer_20(fn_phospholipid_bilayer_34(X)))
& property_node_1(fn_phospholipid_layer_13(fn_phospholipid_bilayer_33(X)))
& angle_value_1(fn_phospholipid_layer_10(fn_phospholipid_bilayer_33(X)))
& property_node_1(fn_phospholipid_layer_14(fn_phospholipid_bilayer_33(X)))
& rate_value_1(fn_phospholipid_layer_9(fn_phospholipid_bilayer_33(X)))
& move_1(fn_phospholipid_layer_18(fn_phospholipid_bilayer_33(X)))
& lipid_1(fn_phospholipid_layer_20(fn_phospholipid_bilayer_33(X)))
& fatty_acid_tail_1(fn_phospholipid_layer_16(fn_phospholipid_bilayer_33(X)))
& hydrophobic_face_1(fn_phospholipid_layer_1(fn_phospholipid_bilayer_33(X)))
& fatty_acid_tail_1(fn_phospholipid_layer_15(fn_phospholipid_bilayer_33(X)))
& spatial_entity_1(fn_phospholipid_layer_21(fn_phospholipid_bilayer_33(X)))
& phospholipid_1(fn_phospholipid_layer_21(fn_phospholipid_bilayer_33(X)))
& hydrophilic_head_1(fn_phospholipid_layer_17(fn_phospholipid_bilayer_33(X)))
& hydrophilic_face_1(fn_phospholipid_layer_2(fn_phospholipid_bilayer_33(X)))
& hold_together_1(fn_phospholipid_86(fn_phospholipid_bilayer_55(X)))
& hold_together_1(fn_phospholipid_93(fn_phospholipid_bilayer_55(X)))
& entity_1(fn_phospholipid_89(fn_phospholipid_bilayer_55(X)))
& spatial_entity_1(fn_phospholipid_89(fn_phospholipid_bilayer_55(X)))
& tangible_entity_1(fn_phospholipid_89(fn_phospholipid_bilayer_55(X)))
& chemical_entity_1(fn_phospholipid_89(fn_phospholipid_bilayer_55(X)))
& glycerol_1(fn_phospholipid_89(fn_phospholipid_bilayer_55(X)))
& alcohol_1(fn_phospholipid_89(fn_phospholipid_bilayer_55(X)))
& attach_1(fn_phospholipid_81(fn_phospholipid_bilayer_55(X)))
& spatial_entity_1(fn_phospholipid_91(fn_phospholipid_bilayer_55(X)))
& chemical_entity_1(fn_phospholipid_91(fn_phospholipid_bilayer_55(X)))
& hydrophobic_compound_1(fn_phospholipid_91(fn_phospholipid_bilayer_55(X)))
& organic_acid_1(fn_phospholipid_91(fn_phospholipid_bilayer_55(X)))
& carboxylic_acid_1(fn_phospholipid_91(fn_phospholipid_bilayer_55(X)))
& fatty_acid_1(fn_phospholipid_91(fn_phospholipid_bilayer_55(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_phospholipid_bilayer_47(X)))
& fatty_acid_1(fn_phospholipid_87(fn_phospholipid_bilayer_55(X)))
& fatty_acid_tail_1(fn_phospholipid_layer_16(fn_phospholipid_bilayer_34(X)))
& fatty_acid_tail_1(fn_phospholipid_92(fn_phospholipid_bilayer_24(X)))
& hydrophilic_head_1(fn_phospholipid_layer_17(fn_phospholipid_bilayer_34(X)))
& hydrophilic_head_1(fn_phospholipid_88(fn_phospholipid_bilayer_24(X)))
& fatty_acid_tail_1(fn_phospholipid_layer_15(fn_phospholipid_bilayer_34(X)))
& fatty_acid_tail_1(fn_phospholipid_90(fn_phospholipid_bilayer_24(X)))
& hold_together_1(fn_chemical_bond_3(fn_phospholipid_bilayer_47(X)))
& hold_together_1(fn_phospholipid_86(fn_phospholipid_bilayer_24(X)))
& hydrophobic_compound_1(fn_hydrophobic_interaction_2(fn_phospholipid_bilayer_47(X)))
& fatty_acid_1(fn_phospholipid_87(fn_phospholipid_bilayer_24(X)))
& spatial_entity_1(fn_phospholipid_91(fn_phospholipid_bilayer_24(X)))
& chemical_entity_1(fn_phospholipid_91(fn_phospholipid_bilayer_24(X)))
& hydrophobic_compound_1(fn_phospholipid_91(fn_phospholipid_bilayer_24(X)))
& organic_acid_1(fn_phospholipid_91(fn_phospholipid_bilayer_24(X)))
& carboxylic_acid_1(fn_phospholipid_91(fn_phospholipid_bilayer_24(X)))
& fatty_acid_1(fn_phospholipid_91(fn_phospholipid_bilayer_24(X)))
& fn_phospholipid_bilayer_55(X) != fn_phospholipid_bilayer_32(X)
& fn_phospholipid_bilayer_55(X) != fn_phospholipid_bilayer_24(X)
& is_inside_2(fn_phospholipid_bilayer_9(X),fn_phospholipid_bilayer_8(X))
& is_outside_2(fn_phospholipid_bilayer_9(X),fn_phospholipid_bilayer_37(X))
& is_outside_2(fn_phospholipid_bilayer_9(X),fn_phospholipid_bilayer_26(X))
& the_scalar_value_2(fn_phospholipid_bilayer_5(X),fast_0)
& scalar_unit_class_2(fn_phospholipid_bilayer_5(X),action_0)
& greater_than_or_equal_to_2(fn_phospholipid_bilayer_5(X),fn_phospholipid_bilayer_13(X))
& greater_than_2(fn_phospholipid_bilayer_5(X),fn_phospholipid_bilayer_13(X))
& the_scalar_value_2(fn_phospholipid_bilayer_4(X),fast_0)
& scalar_unit_class_2(fn_phospholipid_bilayer_4(X),action_0)
& greater_than_or_equal_to_2(fn_phospholipid_bilayer_4(X),fn_phospholipid_bilayer_17(X))
& greater_than_2(fn_phospholipid_bilayer_4(X),fn_phospholipid_bilayer_17(X))
& origin_2(fn_phospholipid_bilayer_48(X),fn_phospholipid_bilayer_34(X))
& destination_2(fn_phospholipid_bilayer_48(X),fn_phospholipid_bilayer_33(X))
& the_scalar_value_2(fn_phospholipid_bilayer_12(X),transversal_0)
& scalar_unit_class_2(fn_phospholipid_bilayer_12(X),move_0)
& the_scalar_value_2(fn_phospholipid_bilayer_13(X),slow_0)
& scalar_unit_class_2(fn_phospholipid_bilayer_13(X),move_0)
& fn_phospholipid_bilayer_46(X) != fn_phospholipid_bilayer_1(X)
& fn_phospholipid_bilayer_46(X) != fn_phospholipid_bilayer_2(X)
& destination_2(fn_phospholipid_bilayer_45(X),fn_phospholipid_bilayer_34(X))
& origin_2(fn_phospholipid_bilayer_45(X),fn_phospholipid_bilayer_33(X))
& the_scalar_value_2(fn_phospholipid_bilayer_16(X),transversal_0)
& scalar_unit_class_2(fn_phospholipid_bilayer_16(X),move_0)
& the_scalar_value_2(fn_phospholipid_bilayer_17(X),slow_0)
& scalar_unit_class_2(fn_phospholipid_bilayer_17(X),move_0)
& fn_phospholipid_bilayer_44(X) != fn_phospholipid_bilayer_1(X)
& agent_2(fn_phospholipid_bilayer_42(X),fn_phospholipid_bilayer_38(X))
& away_from_2(fn_phospholipid_bilayer_42(X),fn_phospholipid_bilayer_3(X))
& agent_2(fn_phospholipid_bilayer_40(X),fn_phospholipid_bilayer_39(X))
& away_from_2(fn_phospholipid_bilayer_40(X),fn_phospholipid_bilayer_3(X))
& has_function_2(fn_phospholipid_bilayer_39(X),fn_phospholipid_bilayer_40(X))
& has_function_2(fn_phospholipid_bilayer_38(X),fn_phospholipid_bilayer_42(X))
& is_at_2(fn_phospholipid_bilayer_37(X),fn_phospholipid_bilayer_36(X))
& is_between_2(fn_phospholipid_bilayer_3(X),fn_phospholipid_bilayer_38(X))
& is_between_2(fn_phospholipid_bilayer_3(X),fn_phospholipid_bilayer_39(X))
& is_inside_2(fn_phospholipid_bilayer_36(X),fn_phospholipid_bilayer_3(X))
& is_along_2(fn_phospholipid_bilayer_36(X),fn_phospholipid_bilayer_35(X))
& is_along_2(fn_phospholipid_bilayer_35(X),fn_phospholipid_bilayer_36(X))
& is_inside_2(fn_phospholipid_bilayer_35(X),fn_phospholipid_bilayer_3(X))
& is_along_2(fn_phospholipid_bilayer_34(X),fn_phospholipid_bilayer_33(X))
& element_2(fn_phospholipid_bilayer_34(X),fn_phospholipid_bilayer_24(X))
& element_2(fn_phospholipid_bilayer_34(X),fn_phospholipid_bilayer_1(X))
& is_along_2(fn_phospholipid_bilayer_33(X),fn_phospholipid_bilayer_34(X))
& element_2(fn_phospholipid_bilayer_33(X),fn_phospholipid_bilayer_2(X))
& fn_phospholipid_bilayer_32(X) != fn_phospholipid_bilayer_55(X)
& fn_phospholipid_bilayer_32(X) != fn_phospholipid_bilayer_24(X)
& has_part_2(X,fn_phospholipid_bilayer_32(X))
& has_part_2(X,fn_phospholipid_bilayer_2(X))
& has_part_2(X,fn_phospholipid_bilayer_46(X))
& has_part_2(X,fn_phospholipid_bilayer_44(X))
& has_part_2(X,fn_phospholipid_bilayer_1(X))
& has_part_2(X,fn_phospholipid_bilayer_55(X))
& has_part_2(X,fn_phospholipid_bilayer_24(X))
& exactCardinality(X,has_region_0,"2",phospholipid_layer_0)
& has_region_2(X,fn_phospholipid_bilayer_34(X))
& has_region_2(X,fn_phospholipid_bilayer_33(X))
& has_region_2(X,fn_phospholipid_bilayer_3(X))
& is_inside_2(fn_phospholipid_bilayer_29(X),fn_phospholipid_bilayer_19(X))
& is_inside_2(fn_phospholipid_bilayer_27(X),fn_phospholipid_bilayer_25(X))
& is_at_2(fn_phospholipid_bilayer_26(X),fn_phospholipid_bilayer_39(X))
& fn_phospholipid_bilayer_1(X) != fn_phospholipid_bilayer_44(X)
& fn_phospholipid_bilayer_1(X) != fn_phospholipid_bilayer_46(X)
& fn_phospholipid_bilayer_1(X) != fn_phospholipid_bilayer_2(X)
& fn_phospholipid_bilayer_24(X) != fn_phospholipid_bilayer_32(X)
& fn_phospholipid_bilayer_24(X) != fn_phospholipid_bilayer_55(X)
& abuts_2(fn_phospholipid_bilayer_23(X),fn_phospholipid_bilayer_19(X))
& is_inside_2(fn_phospholipid_bilayer_22(X),fn_phospholipid_bilayer_23(X))
& is_inside_2(fn_phospholipid_bilayer_20(X),fn_phospholipid_bilayer_18(X))
& abuts_2(fn_phospholipid_bilayer_19(X),fn_phospholipid_bilayer_23(X))
& fn_phospholipid_bilayer_2(X) != fn_phospholipid_bilayer_1(X)
& fn_phospholipid_bilayer_2(X) != fn_phospholipid_bilayer_46(X)
& is_between_2(fn_phospholipid_bilayer_47(X),fn_phospholipid_bilayer_31(X))
& object_2(fn_phospholipid_bilayer_40(X),fn_phospholipid_bilayer_41(X))
& object_2(fn_phospholipid_bilayer_42(X),fn_phospholipid_bilayer_43(X))
& base_2(fn_phospholipid_bilayer_21(X),fn_phospholipid_bilayer_22(X))
& base_2(fn_phospholipid_bilayer_28(X),fn_phospholipid_bilayer_29(X))
& object_2(fn_phospholipid_bilayer_21(X),fn_phospholipid_bilayer_20(X))
& object_2(fn_phospholipid_bilayer_28(X),fn_phospholipid_bilayer_27(X))
& has_function_2(fn_phospholipid_bilayer_47(X),fn_phospholipid_bilayer_54(X))
& agent_2(fn_phospholipid_bilayer_54(X),fn_phospholipid_bilayer_47(X))
& is_between_2(fn_phospholipid_bilayer_47(X),fn_phospholipid_bilayer_30(X))
& object_2(fn_phospholipid_bilayer_54(X),fn_phospholipid_bilayer_30(X))
& element_2(fn_phospholipid_bilayer_34(X),fn_phospholipid_bilayer_55(X))
& is_inside_2(fn_phospholipid_bilayer_23(X),fn_phospholipid_bilayer_36(X))
& has_region_2(fn_phospholipid_bilayer_34(X),fn_phospholipid_bilayer_36(X))
& is_inside_2(fn_phospholipid_bilayer_25(X),fn_phospholipid_bilayer_36(X))
& has_region_2(fn_phospholipid_bilayer_34(X),fn_phospholipid_bilayer_39(X))
& is_inside_2(fn_phospholipid_bilayer_26(X),fn_phospholipid_bilayer_39(X))
& direction_2(fn_phospholipid_bilayer_48(X),fn_phospholipid_bilayer_12(X))
& element_2(fn_phospholipid_bilayer_34(X),fn_phospholipid_bilayer_44(X))
& object_2(fn_phospholipid_bilayer_48(X),fn_phospholipid_bilayer_44(X))
& rate_2(fn_phospholipid_bilayer_48(X),fn_phospholipid_bilayer_13(X))
& direction_2(fn_phospholipid_bilayer_45(X),fn_phospholipid_bilayer_16(X))
& object_2(fn_phospholipid_bilayer_45(X),fn_phospholipid_bilayer_46(X))
& rate_2(fn_phospholipid_bilayer_45(X),fn_phospholipid_bilayer_17(X))
& has_region_2(fn_phospholipid_bilayer_33(X),fn_phospholipid_bilayer_35(X))
& is_inside_2(fn_phospholipid_bilayer_18(X),fn_phospholipid_bilayer_35(X))
& has_region_2(fn_phospholipid_bilayer_32(X),fn_phospholipid_bilayer_18(X))
& element_2(fn_phospholipid_bilayer_33(X),fn_phospholipid_bilayer_32(X))
& element_2(fn_phospholipid_bilayer_33(X),fn_phospholipid_bilayer_46(X))
& has_region_2(fn_phospholipid_bilayer_33(X),fn_phospholipid_bilayer_38(X))
& is_inside_2(fn_phospholipid_bilayer_37(X),fn_phospholipid_bilayer_38(X))
& has_region_2(fn_phospholipid_bilayer_32(X),fn_phospholipid_bilayer_37(X))
& has_region_2(fn_phospholipid_bilayer_32(X),fn_phospholipid_bilayer_19(X))
& is_inside_2(fn_phospholipid_bilayer_19(X),fn_phospholipid_bilayer_35(X))
& called_2(fn_phospholipid_bilayer_30(X),"1")
& has_part_2(fn_phospholipid_bilayer_55(X),fn_phospholipid_bilayer_50(X))
& called_2(fn_phospholipid_bilayer_50(X),"2")
& has_part_2(fn_phospholipid_bilayer_55(X),fn_phospholipid_bilayer_49(X))
& object_2(fn_phospholipid_bilayer_53(X),fn_phospholipid_bilayer_49(X))
& object_2(fn_phospholipid_bilayer_53(X),fn_phospholipid_bilayer_30(X))
& object_2(fn_phospholipid_bilayer_51(X),fn_phospholipid_bilayer_30(X))
& object_2(fn_phospholipid_bilayer_51(X),fn_phospholipid_bilayer_49(X))
& has_part_2(fn_phospholipid_bilayer_55(X),fn_phospholipid_bilayer_30(X))
& object_2(fn_phospholipid_bilayer_52(X),fn_phospholipid_bilayer_30(X))
& base_2(fn_phospholipid_bilayer_52(X),fn_phospholipid_bilayer_49(X))
& fn_phospholipid_bilayer_50(X) != fn_phospholipid_bilayer_30(X)
& fn_phospholipid_bilayer_30(X) != fn_phospholipid_bilayer_50(X)
& has_region_2(fn_phospholipid_bilayer_24(X),fn_phospholipid_bilayer_25(X))
& has_region_2(fn_phospholipid_bilayer_24(X),fn_phospholipid_bilayer_26(X))
& has_region_2(fn_phospholipid_bilayer_24(X),fn_phospholipid_bilayer_23(X))
& called_2(fn_phospholipid_bilayer_31(X),"2")
& has_part_2(fn_phospholipid_bilayer_24(X),fn_phospholipid_bilayer_31(X))
& object_2(fn_phospholipid_bilayer_54(X),fn_phospholipid_bilayer_31(X))
& fn_phospholipid_bilayer_31(X) = fn_hydrophobic_interaction_2(fn_phospholipid_bilayer_47(X))
& fn_phospholipid_bilayer_41(X) = fn_restrain_1(fn_phospholipid_bilayer_40(X))
& fn_phospholipid_bilayer_43(X) = fn_restrain_1(fn_phospholipid_bilayer_42(X))
& fn_phospholipid_bilayer_22(X) = fn_make_contact_2(fn_phospholipid_bilayer_21(X))
& fn_phospholipid_bilayer_29(X) = fn_make_contact_2(fn_phospholipid_bilayer_28(X))
& fn_phospholipid_bilayer_20(X) = fn_make_contact_1(fn_phospholipid_bilayer_21(X))
& fn_phospholipid_bilayer_27(X) = fn_make_contact_1(fn_phospholipid_bilayer_28(X))
& fn_phospholipid_bilayer_30(X) = fn_chemical_bond_4(fn_phospholipid_bilayer_47(X))
& fn_phospholipid_bilayer_54(X) = fn_chemical_bond_3(fn_phospholipid_bilayer_47(X))
& fn_phospholipid_bilayer_55(X) = fn_phospholipid_layer_21(fn_phospholipid_bilayer_34(X))
& fn_phospholipid_bilayer_23(X) = fn_phospholipid_layer_15(fn_phospholipid_bilayer_34(X))
& fn_phospholipid_bilayer_25(X) = fn_phospholipid_layer_16(fn_phospholipid_bilayer_34(X))
& fn_phospholipid_bilayer_36(X) = fn_phospholipid_layer_1(fn_phospholipid_bilayer_34(X))
& fn_phospholipid_bilayer_26(X) = fn_phospholipid_layer_17(fn_phospholipid_bilayer_34(X))
& fn_phospholipid_bilayer_39(X) = fn_phospholipid_layer_2(fn_phospholipid_bilayer_34(X))
& fn_phospholipid_bilayer_11(X) = fn_phospholipid_layer_13(fn_phospholipid_bilayer_34(X))
& fn_phospholipid_bilayer_12(X) = fn_phospholipid_layer_10(fn_phospholipid_bilayer_34(X))
& fn_phospholipid_bilayer_10(X) = fn_phospholipid_layer_14(fn_phospholipid_bilayer_34(X))
& fn_phospholipid_bilayer_13(X) = fn_phospholipid_layer_9(fn_phospholipid_bilayer_34(X))
& fn_phospholipid_bilayer_48(X) = fn_phospholipid_layer_18(fn_phospholipid_bilayer_34(X))
& fn_phospholipid_bilayer_44(X) = fn_phospholipid_layer_20(fn_phospholipid_bilayer_34(X))
& fn_phospholipid_bilayer_15(X) = fn_phospholipid_layer_13(fn_phospholipid_bilayer_33(X))
& fn_phospholipid_bilayer_16(X) = fn_phospholipid_layer_10(fn_phospholipid_bilayer_33(X))
& fn_phospholipid_bilayer_14(X) = fn_phospholipid_layer_14(fn_phospholipid_bilayer_33(X))
& fn_phospholipid_bilayer_17(X) = fn_phospholipid_layer_9(fn_phospholipid_bilayer_33(X))
& fn_phospholipid_bilayer_45(X) = fn_phospholipid_layer_18(fn_phospholipid_bilayer_33(X))
& fn_phospholipid_bilayer_46(X) = fn_phospholipid_layer_20(fn_phospholipid_bilayer_33(X))
& fn_phospholipid_bilayer_18(X) = fn_phospholipid_layer_16(fn_phospholipid_bilayer_33(X))
& fn_phospholipid_bilayer_35(X) = fn_phospholipid_layer_1(fn_phospholipid_bilayer_33(X))
& fn_phospholipid_bilayer_19(X) = fn_phospholipid_layer_15(fn_phospholipid_bilayer_33(X))
& fn_phospholipid_bilayer_32(X) = fn_phospholipid_layer_21(fn_phospholipid_bilayer_33(X))
& fn_phospholipid_bilayer_37(X) = fn_phospholipid_layer_17(fn_phospholipid_bilayer_33(X))
& fn_phospholipid_bilayer_38(X) = fn_phospholipid_layer_2(fn_phospholipid_bilayer_33(X))
& fn_phospholipid_bilayer_51(X) = fn_phospholipid_86(fn_phospholipid_bilayer_55(X))
& fn_phospholipid_bilayer_53(X) = fn_phospholipid_93(fn_phospholipid_bilayer_55(X))
& fn_phospholipid_bilayer_49(X) = fn_phospholipid_89(fn_phospholipid_bilayer_55(X))
& fn_phospholipid_bilayer_52(X) = fn_phospholipid_81(fn_phospholipid_bilayer_55(X))
& fn_phospholipid_bilayer_50(X) = fn_phospholipid_91(fn_phospholipid_bilayer_55(X))
& fn_phospholipid_bilayer_30(X) = fn_phospholipid_87(fn_phospholipid_bilayer_55(X))
& fn_phospholipid_bilayer_25(X) = fn_phospholipid_92(fn_phospholipid_bilayer_24(X))
& fn_phospholipid_bilayer_26(X) = fn_phospholipid_88(fn_phospholipid_bilayer_24(X))
& fn_phospholipid_bilayer_23(X) = fn_phospholipid_90(fn_phospholipid_bilayer_24(X))
& fn_phospholipid_bilayer_54(X) = fn_phospholipid_86(fn_phospholipid_bilayer_24(X))
& fn_phospholipid_bilayer_31(X) = fn_phospholipid_87(fn_phospholipid_bilayer_24(X))
& fn_phospholipid_bilayer_31(X) = fn_phospholipid_91(fn_phospholipid_bilayer_24(X))
& fn_chemical_bond_4(fn_phospholipid_bilayer_47(X)) = fn_chemical_bond_4(fn_phospholipid_bilayer_47(X))
& fn_chemical_bond_4(fn_phospholipid_bilayer_47(X)) = fn_phospholipid_87(fn_phospholipid_bilayer_55(X))
& fn_phospholipid_87(fn_phospholipid_bilayer_55(X)) = fn_phospholipid_87(fn_phospholipid_bilayer_55(X))
& fn_phospholipid_87(fn_phospholipid_bilayer_55(X)) = fn_phospholipid_layer_16(fn_phospholipid_bilayer_34(X))
& fn_phospholipid_layer_16(fn_phospholipid_bilayer_34(X)) = fn_phospholipid_92(fn_phospholipid_bilayer_24(X))
& fn_phospholipid_92(fn_phospholipid_bilayer_24(X)) = fn_phospholipid_layer_17(fn_phospholipid_bilayer_34(X))
& fn_phospholipid_layer_17(fn_phospholipid_bilayer_34(X)) = fn_phospholipid_88(fn_phospholipid_bilayer_24(X))
& fn_phospholipid_88(fn_phospholipid_bilayer_24(X)) = fn_phospholipid_layer_15(fn_phospholipid_bilayer_34(X))
& fn_phospholipid_layer_15(fn_phospholipid_bilayer_34(X)) = fn_phospholipid_90(fn_phospholipid_bilayer_24(X))
& fn_phospholipid_90(fn_phospholipid_bilayer_24(X)) = fn_chemical_bond_3(fn_phospholipid_bilayer_47(X))
& fn_chemical_bond_3(fn_phospholipid_bilayer_47(X)) = fn_chemical_bond_3(fn_phospholipid_bilayer_47(X))
& fn_chemical_bond_3(fn_phospholipid_bilayer_47(X)) = fn_phospholipid_86(fn_phospholipid_bilayer_24(X))
& fn_phospholipid_86(fn_phospholipid_bilayer_24(X)) = fn_hydrophobic_interaction_2(fn_phospholipid_bilayer_47(X))
& fn_hydrophobic_interaction_2(fn_phospholipid_bilayer_47(X)) = fn_phospholipid_87(fn_phospholipid_bilayer_24(X))
& fn_phospholipid_87(fn_phospholipid_bilayer_24(X)) = fn_phospholipid_87(fn_phospholipid_bilayer_24(X))
& fn_phospholipid_91(fn_phospholipid_bilayer_24(X)) = fn_phospholipid_87(fn_phospholipid_bilayer_24(X))
& fn_phospholipid_87(fn_phospholipid_bilayer_24(X)) = fn_phospholipid_91(fn_phospholipid_bilayer_24(X)) ) ) ).
fof(a531669,axiom,
! [X] :
( phospholipid_layer_1(X)
=> ( original_name_2(X,'Phospholipid-Layer')
& user_description_2(X,'A phospholipid layer that covers the surface of a cell and acts as a barrier between the inside of a cell and its environment is made up of phospholipids.')
& concept2words_2(X,'layer of phospholipid')
& concept2words_2(X,'phospholipid layer')
& concept2words_2(X,'phospholipid-layer')
& layer_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X)
& hydrophobic_face_1(fn_phospholipid_layer_1(X))
& hydrophilic_face_1(fn_phospholipid_layer_2(X))
& quantity_value_1(fn_phospholipid_layer_3(X))
& quantity_value_1(fn_phospholipid_layer_4(X))
& rate_value_1(fn_phospholipid_layer_7(X))
& angle_value_1(fn_phospholipid_layer_8(X))
& rate_value_1(fn_phospholipid_layer_9(X))
& angle_value_1(fn_phospholipid_layer_10(X))
& fatty_acid_tail_1(fn_phospholipid_layer_15(X))
& fatty_acid_tail_1(fn_phospholipid_layer_16(X))
& hydrophilic_head_1(fn_phospholipid_layer_17(X))
& move_1(fn_phospholipid_layer_18(X))
& move_1(fn_phospholipid_layer_19(X))
& lipid_1(fn_phospholipid_layer_20(X))
& spatial_entity_1(fn_phospholipid_layer_21(X))
& phospholipid_1(fn_phospholipid_layer_21(X))
& spatial_entity_1(fn_move_1(fn_phospholipid_layer_19(X)))
& spatial_entity_1(fn_move_1(fn_phospholipid_layer_18(X)))
& fatty_acid_tail_1(fn_phospholipid_90(fn_phospholipid_layer_21(X)))
& hydrophilic_head_1(fn_phospholipid_88(fn_phospholipid_layer_21(X)))
& fatty_acid_tail_1(fn_phospholipid_92(fn_phospholipid_layer_21(X)))
& is_inside_2(fn_phospholipid_layer_15(X),fn_phospholipid_layer_1(X))
& is_inside_2(fn_phospholipid_layer_16(X),fn_phospholipid_layer_1(X))
& is_inside_2(fn_phospholipid_layer_17(X),fn_phospholipid_layer_2(X))
& base_2(fn_phospholipid_layer_18(X),X)
& rate_2(fn_phospholipid_layer_18(X),fn_phospholipid_layer_9(X))
& direction_2(fn_phospholipid_layer_18(X),fn_phospholipid_layer_10(X))
& the_scalar_value_2(fn_phospholipid_layer_10(X),lateral_0)
& scalar_unit_class_2(fn_phospholipid_layer_10(X),action_0)
& the_scalar_value_2(fn_phospholipid_layer_9(X),fast_0)
& scalar_unit_class_2(fn_phospholipid_layer_9(X),action_0)
& base_2(fn_phospholipid_layer_19(X),X)
& rate_2(fn_phospholipid_layer_19(X),fn_phospholipid_layer_7(X))
& direction_2(fn_phospholipid_layer_19(X),fn_phospholipid_layer_8(X))
& the_scalar_value_2(fn_phospholipid_layer_8(X),lateral_0)
& scalar_unit_class_2(fn_phospholipid_layer_8(X),action_0)
& the_scalar_value_2(fn_phospholipid_layer_7(X),fast_0)
& scalar_unit_class_2(fn_phospholipid_layer_7(X),action_0)
& greater_than_2(fn_phospholipid_layer_3(X),fn_phospholipid_layer_4(X))
& quantity_2(fn_phospholipid_layer_20(X),fn_phospholipid_layer_4(X))
& quantity_2(fn_phospholipid_layer_21(X),fn_phospholipid_layer_3(X))
& has_region_2(X,fn_phospholipid_layer_2(X))
& has_region_2(X,fn_phospholipid_layer_1(X))
& element_2(X,fn_phospholipid_layer_20(X))
& element_2(X,fn_phospholipid_layer_21(X))
& minCardinality(X,element_0,"2",phospholipid_0)
& minCardinality(X,element_0,"2",lipid_0)
& object_2(fn_phospholipid_layer_19(X),fn_phospholipid_layer_21(X))
& object_2(fn_phospholipid_layer_18(X),fn_phospholipid_layer_20(X))
& has_region_2(fn_phospholipid_layer_21(X),fn_phospholipid_layer_16(X))
& has_region_2(fn_phospholipid_layer_21(X),fn_phospholipid_layer_17(X))
& has_region_2(fn_phospholipid_layer_21(X),fn_phospholipid_layer_15(X))
& fn_phospholipid_layer_21(X) = fn_move_1(fn_phospholipid_layer_19(X))
& fn_phospholipid_layer_20(X) = fn_move_1(fn_phospholipid_layer_18(X))
& fn_phospholipid_layer_16(X) = fn_phospholipid_90(fn_phospholipid_layer_21(X))
& fn_phospholipid_layer_17(X) = fn_phospholipid_88(fn_phospholipid_layer_21(X))
& fn_phospholipid_layer_15(X) = fn_phospholipid_92(fn_phospholipid_layer_21(X)) ) ) ).
fof(a531670,axiom,
! [X] :
( phosphorescence_1(X)
=> ( original_name_2(X,'Phosphorescence')
& user_description_2(X,'Light that continues to be emitted from atoms or molecules that absorbed energy from light after the light has been removed.')
& concept2words_2(X,phosphoresce)
& concept2words_2(X,phosphorescence)
& fluorescence_1(X)
& time_interval_1(fn_phosphorescence_1(X))
& time_interval_1(fn_phosphorescence_2(X))
& molecular_region_1(fn_phosphorescence_3(X))
& absorb_1(fn_phosphorescence_4(X))
& light_transmission_1(fn_phosphorescence_5(X))
& emit_1(fn_phosphorescence_6(X))
& pigment_1(fn_phosphorescence_7(X))
& photon_1(fn_phosphorescence_8(X))
& spatial_entity_1(fn_move_1(fn_phosphorescence_6(X)))
& tangible_entity_1(fn_move_out_of_1(fn_phosphorescence_6(X)))
& time_before_2(fn_phosphorescence_2(X),fn_phosphorescence_1(X))
& subevent_2(X,fn_phosphorescence_6(X))
& origin_2(fn_phosphorescence_6(X),fn_phosphorescence_3(X))
& time_during_2(fn_phosphorescence_5(X),fn_phosphorescence_1(X))
& time_during_2(fn_phosphorescence_4(X),fn_phosphorescence_2(X))
& object_2(fn_phosphorescence_6(X),fn_phosphorescence_8(X))
& base_2(fn_phosphorescence_6(X),fn_phosphorescence_7(X))
& base_2(X,fn_phosphorescence_7(X))
& subevent_2(X,fn_phosphorescence_4(X))
& next_event_2(fn_phosphorescence_4(X),fn_phosphorescence_5(X))
& subevent_2(X,fn_phosphorescence_5(X))
& first_subevent_2(X,fn_phosphorescence_4(X))
& fn_phosphorescence_8(X) = fn_move_1(fn_phosphorescence_6(X))
& fn_phosphorescence_7(X) = fn_move_out_of_1(fn_phosphorescence_6(X))
& fn_phosphorescence_7(X) = fn_move_out_of_1(X)
& fn_phosphorescence_5(X) = fn_fluorescence_4(X)
& fn_phosphorescence_4(X) = fn_fluorescence_5(X) ) ) ).
fof(a531671,axiom,
! [X] :
( phosphoric_acid_1(X)
=> ( original_name_2(X,'Phosphoric-Acid')
& user_description_2(X,'A mineral (inorganic) acid having the chemical formula H3PO4. Phosphoric acid molecules can combine with themselves to form a variety of compounds which are also referred to as phosphoric acids, but in a more general way.')
& concept2words_2(X,'orthophosphoric acid')
& concept2words_2(X,'orthophosphoric-acid')
& concept2words_2(X,'phosphoric(v) acid')
& concept2words_2(X,'phosphoric(v)-acid')
& concept2words_2(X,'phosphoric acid')
& concept2words_2(X,'phosphoric-acid')
& inorganic_acid_1(X)
& phosphate_ion_1(fn_phosphoric_acid_1(X))
& constant_motion_1(fn_phosphoric_acid_4(X))
& kinetic_energy_1(fn_phosphoric_acid_5(X))
& quantity_value_1(fn_phosphoric_acid_6(X))
& speed_value_1(fn_phosphoric_acid_7(X))
& detach_1(fn_phosphoric_acid_8(X))
& hydrogen_1(fn_phosphoric_acid_9(X))
& phosphate_group_1(fn_phosphoric_acid_10(X))
& break_1(fn_phosphoric_acid_11(X))
& spatial_entity_1(fn_detach_1(fn_phosphoric_acid_8(X)))
& chemical_entity_1(fn_functional_group_1(fn_phosphoric_acid_10(X)))
& spatial_entity_1(fn_detach_2(fn_phosphoric_acid_8(X)))
& tangible_entity_1(fn_impair_1(fn_phosphoric_acid_11(X)))
& result_2(fn_phosphoric_acid_11(X),fn_phosphoric_acid_1(X))
& causes_2(fn_phosphoric_acid_11(X),fn_phosphoric_acid_8(X))
& object_2(fn_phosphoric_acid_8(X),fn_phosphoric_acid_9(X))
& has_part_2(X,fn_phosphoric_acid_9(X))
& has_region_2(X,fn_phosphoric_acid_10(X))
& base_2(fn_phosphoric_acid_8(X),X)
& object_2(fn_phosphoric_acid_11(X),X)
& possesses_2(X,fn_phosphoric_acid_5(X))
& quantity_2(fn_phosphoric_acid_5(X),fn_phosphoric_acid_6(X))
& directly_proportional_2(fn_phosphoric_acid_7(X),fn_phosphoric_acid_6(X))
& speed_2(fn_phosphoric_acid_4(X),fn_phosphoric_acid_7(X))
& object_2(fn_phosphoric_acid_4(X),X)
& fn_phosphoric_acid_9(X) = fn_detach_1(fn_phosphoric_acid_8(X))
& fn_phosphoric_acid_9(X) = fn_molecule_7(X)
& X = fn_functional_group_1(fn_phosphoric_acid_10(X))
& X = fn_detach_2(fn_phosphoric_acid_8(X))
& X = fn_impair_1(fn_phosphoric_acid_11(X))
& fn_phosphoric_acid_2(X) = fn_molecule_1(X)
& fn_phosphoric_acid_3(X) = fn_molecule_2(X)
& fn_phosphoric_acid_4(X) = fn_molecule_8(X)
& fn_phosphoric_acid_7(X) = fn_molecule_3(X)
& fn_phosphoric_acid_6(X) = fn_molecule_4(X)
& fn_phosphoric_acid_5(X) = fn_molecule_12(X)
& fn_detach_1(fn_phosphoric_acid_8(X)) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_functional_group_1(fn_phosphoric_acid_10(X))
& fn_functional_group_1(fn_phosphoric_acid_10(X)) = fn_detach_2(fn_phosphoric_acid_8(X))
& fn_detach_2(fn_phosphoric_acid_8(X)) = fn_detach_2(fn_phosphoric_acid_8(X))
& fn_detach_2(fn_phosphoric_acid_8(X)) = fn_impair_1(fn_phosphoric_acid_11(X)) ) ) ).
fof(a531672,axiom,
! [X] :
( phosphorus_1(X)
=> ( original_name_2(X,'Phosphorus')
& user_description_2(X,'An element with an atomic number of 15. Isotopes include P-31 and P-32.')
& concept2words_2(X,'P')
& concept2words_2(X,phosphorus)
& non_metal_atom_1(X)
& ~ copper_1(X)
& ~ iron_1(X)
& ~ magnesium_1(X)
& ~ calcium_1(X)
& ~ carbon_1(X)
& ~ hydrogen_1(X)
& ~ nitrogen_1(X)
& ~ oxygen_1(X)
& ~ potassium_1(X)
& ~ sulfur_1(X)
& neutron_1(fn_phosphorus_1(X))
& valence_electron_1(fn_phosphorus_2(X))
& electronegativity_value_1(fn_phosphorus_3(X))
& quantity_value_1(fn_phosphorus_5(X))
& atomic_number_value_1(fn_phosphorus_6(X))
& atomic_weight_value_1(fn_phosphorus_7(X))
& valence_electron_1(fn_phosphorus_8(X))
& has_part_2(X,fn_phosphorus_1(X))
& has_part_2(X,fn_phosphorus_2(X))
& exactCardinality(X,has_part_0,"15",electron_0)
& exactCardinality(X,has_part_0,"15",proton_0)
& maxCardinality(X,has_part_0,"17",neutron_0)
& minCardinality(X,has_part_0,"15",neutron_0)
& electronegativity_2(X,fn_phosphorus_3(X))
& the_cardinal_value_2(fn_phosphorus_5(X),"5")
& cardinal_unit_class_2(fn_phosphorus_5(X),unity_0)
& the_cardinal_value_2(fn_phosphorus_3(X),"2.19")
& cardinal_unit_class_2(fn_phosphorus_3(X),unity_0)
& the_cardinal_value_2(fn_phosphorus_6(X),"15")
& cardinal_unit_class_2(fn_phosphorus_6(X),unity_0)
& the_cardinal_value_2(fn_phosphorus_7(X),"30.97")
& cardinal_unit_class_2(fn_phosphorus_7(X),dalton_0)
& atomic_number_2(X,fn_phosphorus_6(X))
& called_2(fn_phosphorus_6(X),'Atomic_Number')
& atomic_weight_2(X,fn_phosphorus_7(X))
& has_part_2(X,fn_phosphorus_8(X))
& quantity_2(fn_phosphorus_8(X),fn_phosphorus_5(X))
& fn_phosphorus_10(X) = fn_atom_12(X)
& fn_phosphorus_6(X) = fn_atom_17(X)
& fn_phosphorus_9(X) = fn_atom_13(X)
& fn_phosphorus_7(X) = fn_atom_16(X)
& fn_phosphorus_11(X) = fn_atom_1(X)
& fn_phosphorus_5(X) = fn_atom_5(X)
& fn_phosphorus_8(X) = fn_atom_14(X) ) ) ).
fof(a531673,axiom,
! [X] :
( phosphorus_31_1(X)
=> ( original_name_2(X,'Phosphorus-31')
& user_description_2(X,'This is one of the Phosphorous isotopes that possess sixteen neutrons.')
& concept2words_2(X,'phosphorus 31')
& concept2words_2(X,'phosphorus-31')
& radioactive_isotope_1(X)
& phosphorus_isotope_1(X)
& atomic_mass_value_1(fn_phosphorus_31_1(X))
& neutron_1(fn_phosphorus_31_3(X))
& atomic_weight_value_1(fn_phosphorus_31_4(X))
& the_cardinal_value_2(fn_phosphorus_31_4(X),"30.974e0")
& cardinal_unit_class_2(fn_phosphorus_31_4(X),dalton_0)
& mass_number_2(X,fn_phosphorus_31_1(X))
& exactCardinality(X,has_part_0,"16",neutron_0)
& the_cardinal_value_2(fn_phosphorus_31_1(X),"31.0e0")
& cardinal_unit_class_2(fn_phosphorus_31_1(X),unity_0)
& has_part_2(X,fn_phosphorus_31_3(X))
& atomic_weight_2(X,fn_phosphorus_31_4(X))
& fn_phosphorus_31_3(X) = fn_phosphorus_isotope_2(X)
& fn_phosphorus_31_5(X) = fn_atom_13(X)
& fn_phosphorus_31_4(X) = fn_atom_16(X) ) ) ).
fof(a531674,axiom,
! [X] :
( phosphorus_32_1(X)
=> ( original_name_2(X,'Phosphorus-32')
& user_description_2(X,'This is one of the Phosphorous isotopes that possess seventeen neutrons.')
& concept2words_2(X,'phosphorus 32')
& concept2words_2(X,'phosphorus-32')
& radioactive_isotope_1(X)
& phosphorus_isotope_1(X)
& atomic_mass_value_1(fn_phosphorus_32_2(X))
& atomic_weight_value_1(fn_phosphorus_32_4(X))
& neutron_1(fn_phosphorus_32_5(X))
& the_cardinal_value_2(fn_phosphorus_32_2(X),"32.0e0")
& cardinal_unit_class_2(fn_phosphorus_32_2(X),unity_0)
& mass_number_2(X,fn_phosphorus_32_2(X))
& exactCardinality(X,has_part_0,"17",neutron_0)
& the_cardinal_value_2(fn_phosphorus_32_4(X),"31.974e0")
& cardinal_unit_class_2(fn_phosphorus_32_4(X),dalton_0)
& has_part_2(X,fn_phosphorus_32_5(X))
& atomic_weight_2(X,fn_phosphorus_32_4(X))
& fn_phosphorus_32_5(X) = fn_phosphorus_isotope_2(X)
& fn_phosphorus_32_3(X) = fn_atom_13(X)
& fn_phosphorus_32_4(X) = fn_atom_16(X) ) ) ).
fof(a531675,axiom,
! [X] :
( phosphorus_cycle_1(X)
=> ( original_name_2(X,'Phosphorus-Cycle')
& user_description_2(X,'Local biogeochemical cycle which cycles phosphorus through the biotic and abiotic components of ecosystems.')
& concept2words_2(X,'undergo the phosphorus cycle')
& concept2words_2(X,'cycle of phosphorus')
& concept2words_2(X,'phosphorus cycle')
& concept2words_2(X,'phosphorus-cycle')
& local_biogeochemical_cycle_1(X)
& phosphate_ion_1(fn_phosphorus_cycle_1(X))
& phosphate_ion_1(fn_phosphorus_cycle_2(X))
& vascular_tissue_1(fn_phosphorus_cycle_3(X))
& groundwater_1(fn_phosphorus_cycle_4(X))
& weathering_1(fn_phosphorus_cycle_5(X))
& rock_1(fn_phosphorus_cycle_6(X))
& runoff_1(fn_phosphorus_cycle_7(X))
& water_body_1(fn_phosphorus_cycle_8(X))
& sedimentary_rock_1(fn_phosphorus_cycle_9(X))
& geologic_uplift_1(fn_phosphorus_cycle_10(X))
& phosphate_ion_1(fn_phosphorus_cycle_11(X))
& phosphate_ion_1(fn_phosphorus_cycle_12(X))
& nutrition_1(fn_phosphorus_cycle_17(X))
& autotroph_1(fn_phosphorus_cycle_18(X))
& chemical_entity_1(fn_phosphorus_cycle_19(X))
& inorganic_molecule_1(fn_phosphorus_cycle_19(X))
& chemical_reaction_1(fn_phosphorus_cycle_20(X))
& organic_molecule_1(fn_phosphorus_cycle_21(X))
& excretion_1(fn_phosphorus_cycle_22(X))
& death_1(fn_phosphorus_cycle_23(X))
& move_out_of_1(fn_phosphorus_cycle_24(X))
& spatial_entity_1(fn_phosphorus_cycle_25(X))
& tangible_entity_1(fn_phosphorus_cycle_25(X))
& biological_region_1(fn_phosphorus_cycle_26(X))
& decomposition_1(fn_phosphorus_cycle_27(X))
& dead_organism_1(fn_phosphorus_cycle_28(X))
& consume_1(fn_phosphorus_cycle_29(X))
& resource_1(fn_phosphorus_cycle_30(X))
& tangible_entity_1(fn_phosphorus_cycle_31(X))
& organism_1(fn_phosphorus_cycle_31(X))
& primary_consumer_1(fn_phosphorus_cycle_32(X))
& water_1(fn_phosphorus_cycle_33(X))
& temperature_value_1(fn_phosphorus_cycle_34(X))
& specific_heat_value_1(fn_phosphorus_cycle_35(X))
& take_in_1(fn_phosphorus_cycle_36(X))
& organism_1(fn_phosphorus_cycle_37(X))
& entity_1(fn_phosphorus_cycle_37(X))
& plant_1(fn_phosphorus_cycle_37(X))
& water_1(fn_phosphorus_cycle_38(X))
& rain_1(fn_phosphorus_cycle_39(X))
& leaching_1(fn_phosphorus_cycle_40(X))
& tangible_entity_1(fn_phosphorus_cycle_41(X))
& ground_1(fn_phosphorus_cycle_41(X))
& soil_1(fn_phosphorus_cycle_42(X))
& substance_1(fn_phosphorus_cycle_43(X))
& mineral_1(fn_phosphorus_cycle_43(X))
& chemical_1(fn_phosphorus_cycle_43(X))
& phosphate_ion_1(fn_phosphorus_cycle_44(X))
& phosphate_ion_1(fn_phosphorus_cycle_45(X))
& ecosystem_1(fn_phosphorus_cycle_46(X))
& phosphate_ion_1(fn_phosphorus_cycle_47(X))
& chemical_1(fn_phosphorus_cycle_48(X))
& mineral_1(fn_phosphorus_cycle_48(X))
& chemical_1(fn_phosphorus_cycle_49(X))
& water_1(fn_phosphorus_cycle_49(X))
& spatial_entity_1(fn_phosphorus_cycle_50(X))
& solution_1(fn_phosphorus_cycle_50(X))
& aqueous_solution_1(fn_phosphorus_cycle_50(X))
& soil_solution_1(fn_phosphorus_cycle_50(X))
& specific_heat_value_1(fn_phosphorus_cycle_51(X))
& temperature_value_1(fn_phosphorus_cycle_52(X))
& water_1(fn_phosphorus_cycle_53(X))
& cell_1(fn_phosphorus_cycle_54(X))
& barrier_1(fn_phosphorus_cycle_55(X))
& container_1(fn_phosphorus_cycle_56(X))
& barrier_1(fn_phosphorus_cycle_56(X))
& resource_1(fn_phosphorus_cycle_57(X))
& organism_1(fn_phosphorus_cycle_58(X))
& death_1(fn_phosphorus_cycle_59(X))
& tangible_entity_1(fn_phosphorus_cycle_60(X))
& organic_molecule_1(fn_phosphorus_cycle_60(X))
& dead_organism_1(fn_phosphorus_cycle_61(X))
& entity_1(fn_phosphorus_cycle_62(X))
& tangible_entity_1(fn_phosphorus_cycle_62(X))
& plankton_1(fn_phosphorus_cycle_62(X))
& organism_1(fn_phosphorus_cycle_62(X))
& decomposition_1(fn_phosphorus_cycle_63(X))
& consume_1(fn_phosphorus_cycle_64(X))
& take_in_1(fn_phosphorus_cycle_65(X))
& sedimentary_rock_1(fn_phosphorus_cycle_66(X))
& sedimentation_1(fn_phosphorus_cycle_67(X))
& spatial_entity_1(fn_move_1(fn_phosphorus_cycle_36(X)))
& spatial_entity_1(fn_move_1(fn_phosphorus_cycle_65(X)))
& tangible_entity_1(fn_death_1(fn_phosphorus_cycle_59(X)))
& tangible_entity_1(fn_sedimentation_2(fn_phosphorus_cycle_67(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_phosphorus_cycle_20(X)))
& water_1(fn_precipitation_form_1(fn_phosphorus_cycle_39(X)))
& container_1(fn_move_into_2(fn_phosphorus_cycle_65(X)))
& resource_1(fn_consume_2(fn_phosphorus_cycle_29(X)))
& resource_1(fn_consume_2(fn_phosphorus_cycle_64(X)))
& property_node_1(fn_plant_21(fn_phosphorus_cycle_37(X)))
& property_node_1(fn_plant_22(fn_phosphorus_cycle_37(X)))
& temperature_value_1(fn_plant_14(fn_phosphorus_cycle_37(X)))
& specific_heat_value_1(fn_plant_15(fn_phosphorus_cycle_37(X)))
& water_1(fn_plant_13(fn_phosphorus_cycle_37(X)))
& spatial_entity_1(fn_excretion_3(fn_phosphorus_cycle_22(X)))
& tangible_entity_1(fn_excretion_3(fn_phosphorus_cycle_22(X)))
& move_out_of_1(fn_excretion_2(fn_phosphorus_cycle_22(X)))
& biological_region_1(fn_excretion_1(fn_phosphorus_cycle_22(X)))
& chemical_entity_1(fn_chemical_3(fn_phosphorus_cycle_48(X)))
& cell_1(fn_plankton_1(fn_phosphorus_cycle_62(X)))
& property_node_1(fn_organism_1(fn_phosphorus_cycle_62(X)))
& water_1(fn_organism_4(fn_phosphorus_cycle_62(X)))
& property_node_1(fn_organism_6(fn_phosphorus_cycle_62(X)))
& specific_heat_value_1(fn_organism_5(fn_phosphorus_cycle_62(X)))
& temperature_value_1(fn_organism_2(fn_phosphorus_cycle_62(X)))
& tangible_entity_1(fn_death_2(fn_phosphorus_cycle_59(X)))
& detritus_1(fn_decomposition_3(fn_phosphorus_cycle_63(X)))
& tangible_entity_1(fn_death_2(fn_phosphorus_cycle_23(X)))
& detritus_1(fn_decomposition_3(fn_phosphorus_cycle_27(X)))
& tangible_entity_1(fn_sedimentation_1(fn_phosphorus_cycle_67(X)))
& organic_molecule_1(fn_decomposition_1(fn_phosphorus_cycle_63(X)))
& tangible_entity_1(fn_ecosystem_31(fn_phosphorus_cycle_46(X)))
& ground_1(fn_soil_1(fn_phosphorus_cycle_42(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_phosphorus_cycle_20(X)))
& inorganic_molecule_1(fn_autotroph_22(fn_phosphorus_cycle_18(X)))
& nutrition_1(fn_autotroph_7(fn_phosphorus_cycle_18(X)))
& nutrition_1(fn_plant_19(fn_phosphorus_cycle_37(X)))
& organism_1(fn_autotroph_11(fn_phosphorus_cycle_18(X)))
& entity_1(fn_consume_1(fn_phosphorus_cycle_29(X)))
& tangible_entity_1(fn_death_1(fn_phosphorus_cycle_23(X)))
& organism_1(fn_primary_consumer_3(fn_phosphorus_cycle_32(X)))
& organism_1(fn_excretion_5(fn_phosphorus_cycle_22(X)))
& tangible_entity_1(fn_leaching_3(fn_phosphorus_cycle_40(X)))
& chemical_entity_1(fn_chemical_3(fn_phosphorus_cycle_43(X)))
& substance_1(fn_mixture_2(fn_phosphorus_cycle_42(X)))
& mineral_1(fn_soil_2(fn_phosphorus_cycle_42(X)))
& chemical_1(fn_solution_6(fn_phosphorus_cycle_50(X)))
& water_1(fn_aqueous_solution_14(fn_phosphorus_cycle_50(X)))
& chemical_1(fn_solution_5(fn_phosphorus_cycle_50(X)))
& mineral_1(fn_soil_solution_1(fn_phosphorus_cycle_50(X)))
& entity_1(fn_consume_1(fn_phosphorus_cycle_64(X)))
& tangible_entity_1(fn_barrier_1(fn_phosphorus_cycle_55(X)))
& tangible_entity_1(fn_take_in_1(fn_phosphorus_cycle_65(X)))
& tangible_entity_1(fn_barrier_1(fn_phosphorus_cycle_56(X)))
& base_2(fn_phosphorus_cycle_20(X),fn_phosphorus_cycle_37(X))
& agent_2(fn_phosphorus_cycle_22(X),fn_phosphorus_cycle_31(X))
& next_event_2(fn_phosphorus_cycle_23(X),fn_phosphorus_cycle_27(X))
& has_part_2(fn_phosphorus_cycle_25(X),fn_phosphorus_cycle_2(X))
& result_2(fn_phosphorus_cycle_27(X),fn_phosphorus_cycle_1(X))
& site_2(fn_phosphorus_cycle_27(X),fn_phosphorus_cycle_42(X))
& next_event_2(fn_phosphorus_cycle_29(X),fn_phosphorus_cycle_22(X))
& next_event_2(fn_phosphorus_cycle_29(X),fn_phosphorus_cycle_23(X))
& agent_2(fn_phosphorus_cycle_29(X),fn_phosphorus_cycle_31(X))
& base_2(fn_phosphorus_cycle_29(X),fn_phosphorus_cycle_31(X))
& origin_2(fn_phosphorus_cycle_36(X),fn_phosphorus_cycle_42(X))
& has_part_2(fn_phosphorus_cycle_37(X),fn_phosphorus_cycle_3(X))
& has_state_2(fn_phosphorus_cycle_38(X),fn_phosphorus_cycle_49(X))
& base_2(fn_phosphorus_cycle_40(X),fn_phosphorus_cycle_42(X))
& result_2(fn_phosphorus_cycle_40(X),fn_phosphorus_cycle_4(X))
& base_2(fn_phosphorus_cycle_5(X),fn_phosphorus_cycle_41(X))
& result_2(fn_phosphorus_cycle_5(X),fn_phosphorus_cycle_42(X))
& object_2(fn_phosphorus_cycle_5(X),fn_phosphorus_cycle_6(X))
& has_part_2(fn_phosphorus_cycle_6(X),fn_phosphorus_cycle_45(X))
& has_state_2(fn_phosphorus_cycle_43(X),fn_phosphorus_cycle_48(X))
& has_state_2(fn_phosphorus_cycle_44(X),fn_phosphorus_cycle_47(X))
& has_state_2(fn_phosphorus_cycle_45(X),fn_phosphorus_cycle_44(X))
& subevent_2(X,fn_phosphorus_cycle_40(X))
& subevent_2(X,fn_phosphorus_cycle_5(X))
& subevent_2(X,fn_phosphorus_cycle_7(X))
& subevent_2(X,fn_phosphorus_cycle_36(X))
& subevent_2(X,fn_phosphorus_cycle_29(X))
& subevent_2(X,fn_phosphorus_cycle_27(X))
& subevent_2(X,fn_phosphorus_cycle_22(X))
& subevent_2(X,fn_phosphorus_cycle_10(X))
& subevent_2(X,fn_phosphorus_cycle_65(X))
& subevent_2(X,fn_phosphorus_cycle_64(X))
& subevent_2(X,fn_phosphorus_cycle_63(X))
& origin_2(fn_phosphorus_cycle_7(X),fn_phosphorus_cycle_42(X))
& object_2(fn_phosphorus_cycle_7(X),fn_phosphorus_cycle_50(X))
& destination_2(fn_phosphorus_cycle_7(X),fn_phosphorus_cycle_8(X))
& is_outside_2(fn_phosphorus_cycle_8(X),fn_phosphorus_cycle_62(X))
& destination_2(fn_phosphorus_cycle_10(X),fn_phosphorus_cycle_41(X))
& origin_2(fn_phosphorus_cycle_10(X),fn_phosphorus_cycle_8(X))
& object_2(fn_phosphorus_cycle_10(X),fn_phosphorus_cycle_9(X))
& is_inside_2(fn_phosphorus_cycle_54(X),fn_phosphorus_cycle_62(X))
& site_2(fn_phosphorus_cycle_63(X),fn_phosphorus_cycle_8(X))
& result_2(fn_phosphorus_cycle_63(X),fn_phosphorus_cycle_11(X))
& agent_2(fn_phosphorus_cycle_64(X),fn_phosphorus_cycle_58(X))
& base_2(fn_phosphorus_cycle_64(X),fn_phosphorus_cycle_58(X))
& next_event_2(fn_phosphorus_cycle_64(X),fn_phosphorus_cycle_59(X))
& origin_2(fn_phosphorus_cycle_65(X),fn_phosphorus_cycle_8(X))
& destination_2(fn_phosphorus_cycle_65(X),fn_phosphorus_cycle_54(X))
& next_event_2(fn_phosphorus_cycle_65(X),fn_phosphorus_cycle_64(X))
& has_part_2(fn_phosphorus_cycle_66(X),fn_phosphorus_cycle_12(X))
& has_state_2(fn_phosphorus_cycle_12(X),fn_phosphorus_cycle_11(X))
& object_2(fn_phosphorus_cycle_36(X),fn_phosphorus_cycle_50(X))
& object_2(fn_phosphorus_cycle_65(X),fn_phosphorus_cycle_50(X))
& object_2(fn_phosphorus_cycle_40(X),fn_phosphorus_cycle_44(X))
& plays_2(fn_phosphorus_cycle_62(X),fn_phosphorus_cycle_55(X))
& result_2(fn_phosphorus_cycle_23(X),fn_phosphorus_cycle_28(X))
& result_2(fn_phosphorus_cycle_59(X),fn_phosphorus_cycle_61(X))
& object_2(fn_phosphorus_cycle_59(X),fn_phosphorus_cycle_58(X))
& result_2(fn_phosphorus_cycle_67(X),fn_phosphorus_cycle_66(X))
& object_2(X,fn_phosphorus_cycle_45(X))
& object_2(fn_phosphorus_cycle_67(X),fn_phosphorus_cycle_60(X))
& object_2(fn_phosphorus_cycle_23(X),fn_phosphorus_cycle_31(X))
& element_2(fn_phosphorus_cycle_46(X),fn_phosphorus_cycle_41(X))
& plays_2(fn_phosphorus_cycle_37(X),fn_phosphorus_cycle_18(X))
& object_2(fn_phosphorus_cycle_63(X),fn_phosphorus_cycle_61(X))
& object_2(fn_phosphorus_cycle_27(X),fn_phosphorus_cycle_28(X))
& result_2(fn_phosphorus_cycle_20(X),fn_phosphorus_cycle_21(X))
& raw_material_2(fn_phosphorus_cycle_20(X),fn_phosphorus_cycle_19(X))
& object_2(fn_phosphorus_cycle_29(X),fn_phosphorus_cycle_37(X))
& plays_2(fn_phosphorus_cycle_37(X),fn_phosphorus_cycle_30(X))
& object_2(fn_phosphorus_cycle_64(X),fn_phosphorus_cycle_62(X))
& plays_2(fn_phosphorus_cycle_62(X),fn_phosphorus_cycle_57(X))
& base_2(fn_phosphorus_cycle_65(X),fn_phosphorus_cycle_62(X))
& agent_2(fn_phosphorus_cycle_65(X),fn_phosphorus_cycle_62(X))
& site_2(X,fn_phosphorus_cycle_46(X))
& has_part_2(fn_phosphorus_cycle_39(X),fn_phosphorus_cycle_38(X))
& result_2(fn_phosphorus_cycle_63(X),fn_phosphorus_cycle_60(X))
& plays_2(fn_phosphorus_cycle_31(X),fn_phosphorus_cycle_32(X))
& in_event_2(fn_phosphorus_cycle_56(X),fn_phosphorus_cycle_65(X))
& in_event_2(fn_phosphorus_cycle_30(X),fn_phosphorus_cycle_29(X))
& has_part_2(fn_phosphorus_cycle_41(X),fn_phosphorus_cycle_42(X))
& has_part_2(fn_phosphorus_cycle_42(X),fn_phosphorus_cycle_43(X))
& in_event_2(fn_phosphorus_cycle_57(X),fn_phosphorus_cycle_64(X))
& in_event_2(fn_phosphorus_cycle_18(X),fn_phosphorus_cycle_17(X))
& raw_material_2(fn_phosphorus_cycle_17(X),fn_phosphorus_cycle_19(X))
& has_part_2(fn_phosphorus_cycle_37(X),fn_phosphorus_cycle_33(X))
& specific_heat_2(fn_phosphorus_cycle_33(X),fn_phosphorus_cycle_35(X))
& correspondence_2(fn_phosphorus_cycle_34(X),fn_phosphorus_cycle_35(X))
& temperature_2(fn_phosphorus_cycle_37(X),fn_phosphorus_cycle_34(X))
& agent_2(fn_phosphorus_cycle_17(X),fn_phosphorus_cycle_37(X))
& object_2(fn_phosphorus_cycle_22(X),fn_phosphorus_cycle_25(X))
& object_2(fn_phosphorus_cycle_24(X),fn_phosphorus_cycle_25(X))
& by_means_of_2(fn_phosphorus_cycle_22(X),fn_phosphorus_cycle_24(X))
& base_2(fn_phosphorus_cycle_22(X),fn_phosphorus_cycle_31(X))
& has_region_2(fn_phosphorus_cycle_31(X),fn_phosphorus_cycle_26(X))
& path_2(fn_phosphorus_cycle_24(X),fn_phosphorus_cycle_26(X))
& base_2(fn_phosphorus_cycle_24(X),fn_phosphorus_cycle_31(X))
& is_inside_2(fn_phosphorus_cycle_25(X),fn_phosphorus_cycle_31(X))
& correspondence_2(fn_phosphorus_cycle_52(X),fn_phosphorus_cycle_51(X))
& specific_heat_2(fn_phosphorus_cycle_53(X),fn_phosphorus_cycle_51(X))
& has_part_2(fn_phosphorus_cycle_62(X),fn_phosphorus_cycle_53(X))
& temperature_2(fn_phosphorus_cycle_62(X),fn_phosphorus_cycle_52(X))
& has_part_2(fn_phosphorus_cycle_50(X),fn_phosphorus_cycle_48(X))
& has_solute_2(fn_phosphorus_cycle_50(X),fn_phosphorus_cycle_48(X))
& has_solvent_2(fn_phosphorus_cycle_50(X),fn_phosphorus_cycle_49(X))
& has_part_2(fn_phosphorus_cycle_50(X),fn_phosphorus_cycle_49(X))
& has_part_2(fn_phosphorus_cycle_62(X),fn_phosphorus_cycle_54(X))
& fn_phosphorus_cycle_49(X) != fn_phosphorus_cycle_48(X)
& fn_phosphorus_cycle_48(X) != fn_phosphorus_cycle_49(X)
& has_part_2(fn_phosphorus_cycle_48(X),fn_phosphorus_cycle_47(X))
& has_part_2(fn_phosphorus_cycle_43(X),fn_phosphorus_cycle_44(X))
& plays_2(fn_phosphorus_cycle_62(X),fn_phosphorus_cycle_56(X))
& fn_phosphorus_cycle_50(X) = fn_move_1(fn_phosphorus_cycle_36(X))
& fn_phosphorus_cycle_50(X) = fn_move_1(fn_phosphorus_cycle_65(X))
& fn_phosphorus_cycle_44(X) = fn_leaching_3(fn_phosphorus_cycle_40(X))
& fn_phosphorus_cycle_62(X) = fn_barrier_1(fn_phosphorus_cycle_55(X))
& fn_phosphorus_cycle_28(X) = fn_death_2(fn_phosphorus_cycle_23(X))
& fn_phosphorus_cycle_61(X) = fn_death_2(fn_phosphorus_cycle_59(X))
& fn_phosphorus_cycle_58(X) = fn_death_1(fn_phosphorus_cycle_59(X))
& fn_phosphorus_cycle_66(X) = fn_sedimentation_2(fn_phosphorus_cycle_67(X))
& fn_phosphorus_cycle_45(X) = fn_local_biogeochemical_cycle_2(X)
& fn_phosphorus_cycle_60(X) = fn_sedimentation_1(fn_phosphorus_cycle_67(X))
& fn_phosphorus_cycle_31(X) = fn_death_1(fn_phosphorus_cycle_23(X))
& fn_phosphorus_cycle_41(X) = fn_ecosystem_31(fn_phosphorus_cycle_46(X))
& fn_phosphorus_cycle_37(X) = fn_autotroph_11(fn_phosphorus_cycle_18(X))
& fn_phosphorus_cycle_61(X) = fn_decomposition_3(fn_phosphorus_cycle_63(X))
& fn_phosphorus_cycle_28(X) = fn_decomposition_3(fn_phosphorus_cycle_27(X))
& fn_phosphorus_cycle_21(X) = fn_chemical_reaction_1(fn_phosphorus_cycle_20(X))
& fn_phosphorus_cycle_19(X) = fn_chemical_reaction_2(fn_phosphorus_cycle_20(X))
& fn_phosphorus_cycle_37(X) = fn_consume_1(fn_phosphorus_cycle_29(X))
& fn_phosphorus_cycle_62(X) = fn_consume_1(fn_phosphorus_cycle_64(X))
& fn_phosphorus_cycle_62(X) = fn_take_in_1(fn_phosphorus_cycle_65(X))
& fn_phosphorus_cycle_46(X) = fn_local_biogeochemical_cycle_1(X)
& fn_phosphorus_cycle_38(X) = fn_precipitation_form_1(fn_phosphorus_cycle_39(X))
& fn_phosphorus_cycle_60(X) = fn_decomposition_1(fn_phosphorus_cycle_63(X))
& fn_phosphorus_cycle_31(X) = fn_primary_consumer_3(fn_phosphorus_cycle_32(X))
& fn_phosphorus_cycle_56(X) = fn_move_into_2(fn_phosphorus_cycle_65(X))
& fn_phosphorus_cycle_30(X) = fn_consume_2(fn_phosphorus_cycle_29(X))
& fn_phosphorus_cycle_41(X) = fn_soil_1(fn_phosphorus_cycle_42(X))
& fn_phosphorus_cycle_43(X) = fn_mixture_2(fn_phosphorus_cycle_42(X))
& fn_phosphorus_cycle_43(X) = fn_soil_2(fn_phosphorus_cycle_42(X))
& fn_phosphorus_cycle_57(X) = fn_consume_2(fn_phosphorus_cycle_64(X))
& fn_phosphorus_cycle_19(X) = fn_autotroph_22(fn_phosphorus_cycle_18(X))
& fn_phosphorus_cycle_17(X) = fn_autotroph_7(fn_phosphorus_cycle_18(X))
& fn_phosphorus_cycle_16(X) = fn_plant_21(fn_phosphorus_cycle_37(X))
& fn_phosphorus_cycle_15(X) = fn_plant_22(fn_phosphorus_cycle_37(X))
& fn_phosphorus_cycle_17(X) = fn_plant_19(fn_phosphorus_cycle_37(X))
& fn_phosphorus_cycle_34(X) = fn_plant_14(fn_phosphorus_cycle_37(X))
& fn_phosphorus_cycle_35(X) = fn_plant_15(fn_phosphorus_cycle_37(X))
& fn_phosphorus_cycle_33(X) = fn_plant_13(fn_phosphorus_cycle_37(X))
& fn_phosphorus_cycle_25(X) = fn_excretion_3(fn_phosphorus_cycle_22(X))
& fn_phosphorus_cycle_24(X) = fn_excretion_2(fn_phosphorus_cycle_22(X))
& fn_phosphorus_cycle_26(X) = fn_excretion_1(fn_phosphorus_cycle_22(X))
& fn_phosphorus_cycle_31(X) = fn_excretion_5(fn_phosphorus_cycle_22(X))
& fn_phosphorus_cycle_62(X) = fn_barrier_1(fn_phosphorus_cycle_56(X))
& fn_phosphorus_cycle_44(X) = fn_chemical_3(fn_phosphorus_cycle_43(X))
& fn_phosphorus_cycle_47(X) = fn_chemical_3(fn_phosphorus_cycle_48(X))
& fn_phosphorus_cycle_48(X) = fn_solution_5(fn_phosphorus_cycle_50(X))
& fn_phosphorus_cycle_54(X) = fn_plankton_1(fn_phosphorus_cycle_62(X))
& fn_phosphorus_cycle_49(X) = fn_solution_6(fn_phosphorus_cycle_50(X))
& fn_phosphorus_cycle_49(X) = fn_aqueous_solution_14(fn_phosphorus_cycle_50(X))
& fn_phosphorus_cycle_48(X) = fn_soil_solution_1(fn_phosphorus_cycle_50(X))
& fn_phosphorus_cycle_13(X) = fn_organism_1(fn_phosphorus_cycle_62(X))
& fn_phosphorus_cycle_53(X) = fn_organism_4(fn_phosphorus_cycle_62(X))
& fn_phosphorus_cycle_14(X) = fn_organism_6(fn_phosphorus_cycle_62(X))
& fn_phosphorus_cycle_51(X) = fn_organism_5(fn_phosphorus_cycle_62(X))
& fn_phosphorus_cycle_52(X) = fn_organism_2(fn_phosphorus_cycle_62(X))
& fn_death_2(fn_phosphorus_cycle_59(X)) = fn_decomposition_3(fn_phosphorus_cycle_63(X))
& fn_decomposition_3(fn_phosphorus_cycle_63(X)) = fn_death_2(fn_phosphorus_cycle_23(X))
& fn_death_2(fn_phosphorus_cycle_23(X)) = fn_decomposition_3(fn_phosphorus_cycle_27(X))
& fn_decomposition_3(fn_phosphorus_cycle_27(X)) = fn_sedimentation_1(fn_phosphorus_cycle_67(X))
& fn_sedimentation_1(fn_phosphorus_cycle_67(X)) = fn_decomposition_1(fn_phosphorus_cycle_63(X))
& fn_decomposition_1(fn_phosphorus_cycle_63(X)) = fn_ecosystem_31(fn_phosphorus_cycle_46(X))
& fn_ecosystem_31(fn_phosphorus_cycle_46(X)) = fn_soil_1(fn_phosphorus_cycle_42(X))
& fn_soil_1(fn_phosphorus_cycle_42(X)) = fn_chemical_reaction_2(fn_phosphorus_cycle_20(X))
& fn_chemical_reaction_2(fn_phosphorus_cycle_20(X)) = fn_autotroph_22(fn_phosphorus_cycle_18(X))
& fn_autotroph_22(fn_phosphorus_cycle_18(X)) = fn_autotroph_7(fn_phosphorus_cycle_18(X))
& fn_autotroph_7(fn_phosphorus_cycle_18(X)) = fn_autotroph_7(fn_phosphorus_cycle_18(X))
& fn_autotroph_7(fn_phosphorus_cycle_18(X)) = fn_plant_19(fn_phosphorus_cycle_37(X))
& fn_plant_19(fn_phosphorus_cycle_37(X)) = fn_autotroph_11(fn_phosphorus_cycle_18(X))
& fn_autotroph_11(fn_phosphorus_cycle_18(X)) = fn_consume_1(fn_phosphorus_cycle_29(X))
& fn_consume_1(fn_phosphorus_cycle_29(X)) = fn_consume_1(fn_phosphorus_cycle_29(X))
& fn_consume_1(fn_phosphorus_cycle_29(X)) = fn_death_1(fn_phosphorus_cycle_23(X))
& fn_death_1(fn_phosphorus_cycle_23(X)) = fn_primary_consumer_3(fn_phosphorus_cycle_32(X))
& fn_primary_consumer_3(fn_phosphorus_cycle_32(X)) = fn_primary_consumer_3(fn_phosphorus_cycle_32(X))
& fn_primary_consumer_3(fn_phosphorus_cycle_32(X)) = fn_excretion_5(fn_phosphorus_cycle_22(X))
& fn_excretion_5(fn_phosphorus_cycle_22(X)) = fn_excretion_5(fn_phosphorus_cycle_22(X))
& fn_excretion_5(fn_phosphorus_cycle_22(X)) = fn_leaching_3(fn_phosphorus_cycle_40(X))
& fn_leaching_3(fn_phosphorus_cycle_40(X)) = fn_chemical_3(fn_phosphorus_cycle_43(X))
& fn_chemical_3(fn_phosphorus_cycle_43(X)) = fn_mixture_2(fn_phosphorus_cycle_42(X))
& fn_mixture_2(fn_phosphorus_cycle_42(X)) = fn_soil_2(fn_phosphorus_cycle_42(X))
& fn_soil_2(fn_phosphorus_cycle_42(X)) = fn_solution_6(fn_phosphorus_cycle_50(X))
& fn_solution_6(fn_phosphorus_cycle_50(X)) = fn_solution_6(fn_phosphorus_cycle_50(X))
& fn_aqueous_solution_14(fn_phosphorus_cycle_50(X)) = fn_solution_6(fn_phosphorus_cycle_50(X))
& fn_solution_6(fn_phosphorus_cycle_50(X)) = fn_aqueous_solution_14(fn_phosphorus_cycle_50(X))
& fn_aqueous_solution_14(fn_phosphorus_cycle_50(X)) = fn_solution_5(fn_phosphorus_cycle_50(X))
& fn_solution_5(fn_phosphorus_cycle_50(X)) = fn_solution_5(fn_phosphorus_cycle_50(X))
& fn_solution_5(fn_phosphorus_cycle_50(X)) = fn_soil_solution_1(fn_phosphorus_cycle_50(X))
& fn_soil_solution_1(fn_phosphorus_cycle_50(X)) = fn_soil_solution_1(fn_phosphorus_cycle_50(X))
& fn_soil_solution_1(fn_phosphorus_cycle_50(X)) = fn_consume_1(fn_phosphorus_cycle_64(X))
& fn_consume_1(fn_phosphorus_cycle_64(X)) = fn_consume_1(fn_phosphorus_cycle_64(X))
& fn_consume_1(fn_phosphorus_cycle_64(X)) = fn_take_in_1(fn_phosphorus_cycle_65(X))
& fn_take_in_1(fn_phosphorus_cycle_65(X)) = fn_barrier_1(fn_phosphorus_cycle_55(X))
& fn_barrier_1(fn_phosphorus_cycle_55(X)) = fn_take_in_1(fn_phosphorus_cycle_65(X))
& fn_take_in_1(fn_phosphorus_cycle_65(X)) = fn_take_in_1(fn_phosphorus_cycle_65(X))
& fn_take_in_1(fn_phosphorus_cycle_65(X)) = fn_barrier_1(fn_phosphorus_cycle_56(X)) ) ) ).
fof(a531676,axiom,
! [X] :
( phosphorus_isotope_1(X)
=> ( original_name_2(X,'Phosphorus-Isotope')
& user_description_2(X,'All the phosphorous isoptopes have 15 protons and 15 electrons. They differ in their neutron number.')
& concept2words_2(X,'isotope of phosphorus')
& concept2words_2(X,'phosphorus isotope')
& concept2words_2(X,'phosphorus-isotope')
& non_metal_atom_1(X)
& isotope_1(X)
& neutron_1(fn_phosphorus_isotope_2(X))
& valence_electron_1(fn_phosphorus_isotope_3(X))
& electronegativity_value_1(fn_phosphorus_isotope_4(X))
& phosphorus_1(fn_phosphorus_isotope_5(X))
& atomic_number_value_1(fn_phosphorus_isotope_7(X))
& valence_electron_1(fn_phosphorus_isotope_8(X))
& the_cardinal_value_2(fn_phosphorus_isotope_7(X),"15.0e0")
& cardinal_unit_class_2(fn_phosphorus_isotope_7(X),unity_0)
& has_isotope_2(fn_phosphorus_isotope_5(X),X)
& has_state_2(fn_phosphorus_isotope_5(X),X)
& has_part_2(X,fn_phosphorus_isotope_2(X))
& has_part_2(X,fn_phosphorus_isotope_3(X))
& exactCardinality(X,has_part_0,"15",proton_0)
& exactCardinality(X,has_part_0,"15",electron_0)
& minCardinality(X,has_part_0,"15",neutron_0)
& maxCardinality(X,has_part_0,"17",neutron_0)
& electronegativity_2(X,fn_phosphorus_isotope_4(X))
& the_cardinal_value_2(fn_phosphorus_isotope_4(X),"2.19")
& cardinal_unit_class_2(fn_phosphorus_isotope_4(X),unity_0)
& has_part_2(X,fn_phosphorus_isotope_8(X))
& atomic_number_2(X,fn_phosphorus_isotope_7(X))
& called_2(fn_phosphorus_isotope_7(X),'Atomic_Number')
& fn_phosphorus_isotope_8(X) = fn_atom_14(X)
& fn_phosphorus_isotope_6(X) = fn_atom_12(X)
& fn_phosphorus_isotope_7(X) = fn_atom_17(X) ) ) ).
fof(a531677,axiom,
! [X] :
( phosphorylase_1(X)
=> ( original_name_2(X,'Phosphorylase')
& user_description_2(X,'Enzyme which catalyzes the addition of a phosphate group from inorganic phosphate to a protein or other molecule.')
& concept2words_2(X,phosphorylase)
& transferase_1(X) ) ) ).
fof(a531678,axiom,
! [X] :
( phosphorylase_kinase_1(X)
=> ( original_name_2(X,'Phosphorylase-Kinase')
& user_description_2(X,'Serine/Threonine kinase enzyme which phosphorylates and activates glycogen phosphorylase, initiating the process of glycogen breakdown.')
& concept2words_2(X,'kinase of phosphorylase')
& concept2words_2(X,'phosphorylase kinase')
& concept2words_2(X,'phosphorylase-kinase')
& protein_kinase_1(X) ) ) ).
fof(a531679,axiom,
! [X] :
( phosphorylated_1(X)
=> ( original_name_2(X,'Phosphorylated')
& user_description_2(X,'Refers to a molecule that contains a covalently bonded phosphate group.')
& concept2words_2(X,phosphorylated)
& condition_1(X) ) ) ).
fof(a531680,axiom,
! [X] :
( phosphorylated_glutamic_acid_1(X)
=> ( original_name_2(X,'Phosphorylated-Glutamic-Acid')
& user_description_2(X,'A glutamic acid molecule possessing a phosphate group (added) is a phosphorylated glutamic acid.')
& concept2words_2(X,'phosphorylated glutamic acid')
& concept2words_2(X,'phosphorylated-glutamic-acid')
& phosphorylated_intermediate_1(X)
& ~ phosphorylated_kinase_1(X)
& oxygen_1(fn_phosphorylated_glutamic_acid_1(X))
& entity_1(fn_phosphorylated_glutamic_acid_1(X))
& chemical_entity_1(fn_phosphorylated_glutamic_acid_1(X))
& atom_1(fn_phosphorylated_glutamic_acid_1(X))
& entity_1(fn_phosphorylated_glutamic_acid_2(X))
& chemical_entity_1(fn_phosphorylated_glutamic_acid_2(X))
& atom_1(fn_phosphorylated_glutamic_acid_2(X))
& oxygen_1(fn_phosphorylated_glutamic_acid_2(X))
& single_bond_1(fn_phosphorylated_glutamic_acid_3(X))
& entity_1(fn_covalent_bond_19(fn_phosphorylated_glutamic_acid_3(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_phosphorylated_glutamic_acid_3(X)))
& atom_1(fn_covalent_bond_19(fn_phosphorylated_glutamic_acid_3(X)))
& is_between_2(fn_phosphorylated_glutamic_acid_3(X),fn_phosphorylated_glutamic_acid_2(X))
& possesses_2(X,fn_phosphorylated_glutamic_acid_3(X))
& is_between_2(fn_phosphorylated_glutamic_acid_3(X),fn_phosphorylated_glutamic_acid_1(X))
& has_part_2(X,fn_phosphorylated_glutamic_acid_2(X))
& has_part_2(X,fn_phosphorylated_glutamic_acid_1(X))
& fn_phosphorylated_glutamic_acid_2(X) != fn_phosphorylated_glutamic_acid_1(X)
& fn_phosphorylated_glutamic_acid_1(X) != fn_phosphorylated_glutamic_acid_2(X)
& fn_phosphorylated_glutamic_acid_2(X) = fn_covalent_bond_19(fn_phosphorylated_glutamic_acid_3(X))
& fn_phosphorylated_glutamic_acid_1(X) = fn_molecule_11(X)
& fn_phosphorylated_glutamic_acid_3(X) = fn_molecule_10(X)
& fn_phosphorylated_glutamic_acid_2(X) = fn_phosphorylated_intermediate_7(X)
& fn_phosphorylated_glutamic_acid_1(X) = fn_phosphorylated_intermediate_5(X)
& fn_covalent_bond_19(fn_phosphorylated_glutamic_acid_3(X)) = fn_phosphorylated_intermediate_7(X)
& fn_phosphorylated_intermediate_7(X) = fn_phosphorylated_intermediate_7(X)
& fn_phosphorylated_intermediate_7(X) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_phosphorylated_intermediate_5(X)
& fn_phosphorylated_intermediate_5(X) = fn_phosphorylated_intermediate_5(X) ) ) ).
fof(a531681,axiom,
! [X] :
( phosphorylated_intermediate_1(X)
=> ( original_name_2(X,'Phosphorylated-Intermediate')
& user_description_2(X,'A reaction intermediate formed by addition of a phosphate group is called a phosphorylated intermediate.')
& concept2words_2(X,'phosphorylated molecule')
& concept2words_2(X,'phosphorylated-molecule')
& concept2words_2(X,'intermediate of phosphorylated')
& concept2words_2(X,'phosphorylated intermediate')
& concept2words_2(X,'phosphorylated-intermediate')
& molecule_1(X)
& chemical_entity_1(fn_phosphorylated_intermediate_1(X))
& molecule_1(fn_phosphorylated_intermediate_1(X))
& phosphorylation_1(fn_phosphorylated_intermediate_2(X))
& molecule_1(fn_phosphorylated_intermediate_3(X))
& kinetic_energy_1(fn_phosphorylated_intermediate_4(X))
& oxygen_1(fn_phosphorylated_intermediate_5(X))
& entity_1(fn_phosphorylated_intermediate_5(X))
& chemical_entity_1(fn_phosphorylated_intermediate_5(X))
& atom_1(fn_phosphorylated_intermediate_5(X))
& phosphorus_1(fn_phosphorylated_intermediate_6(X))
& entity_1(fn_phosphorylated_intermediate_7(X))
& chemical_entity_1(fn_phosphorylated_intermediate_7(X))
& atom_1(fn_phosphorylated_intermediate_7(X))
& oxygen_1(fn_phosphorylated_intermediate_7(X))
& carbon_1(fn_phosphorylated_intermediate_8(X))
& constant_motion_1(fn_phosphorylated_intermediate_9(X))
& carbon_skeleton_1(fn_phosphorylated_intermediate_10(X))
& functional_group_1(fn_phosphorylated_intermediate_11(X))
& phosphate_group_1(fn_phosphorylated_intermediate_11(X))
& speed_value_1(fn_phosphorylated_intermediate_12(X))
& quantity_value_1(fn_phosphorylated_intermediate_13(X))
& carbon_1(fn_carbon_skeleton_4(fn_phosphorylated_intermediate_10(X)))
& phosphate_group_1(fn_phosphorylation_3(fn_phosphorylated_intermediate_2(X)))
& phosphorus_1(fn_phosphate_group_6(fn_phosphorylated_intermediate_11(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_phosphorylated_intermediate_2(X)))
& molecule_1(fn_phosphorylation_1(fn_phosphorylated_intermediate_2(X)))
& atom_1(fn_carbon_skeleton_2(fn_phosphorylated_intermediate_10(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_phosphorylated_intermediate_10(X)))
& entity_1(fn_phosphate_group_22(fn_phosphorylated_intermediate_11(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_phosphorylated_intermediate_11(X)))
& atom_1(fn_phosphate_group_22(fn_phosphorylated_intermediate_11(X)))
& oxygen_1(fn_phosphate_group_22(fn_phosphorylated_intermediate_11(X)))
& oxygen_1(fn_phosphate_group_5(fn_phosphorylated_intermediate_11(X)))
& entity_1(fn_phosphate_group_5(fn_phosphorylated_intermediate_11(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_phosphorylated_intermediate_11(X)))
& atom_1(fn_phosphate_group_5(fn_phosphorylated_intermediate_11(X)))
& chemical_entity_1(fn_functional_group_1(fn_phosphorylated_intermediate_11(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_phosphorylated_intermediate_2(X)))
& has_region_2(X,fn_phosphorylated_intermediate_10(X))
& has_part_2(X,fn_phosphorylated_intermediate_8(X))
& has_part_2(X,fn_phosphorylated_intermediate_7(X))
& has_part_2(X,fn_phosphorylated_intermediate_6(X))
& X != fn_phosphorylated_intermediate_3(X)
& fn_phosphorylated_intermediate_3(X) != X
& has_state_2(fn_phosphorylated_intermediate_1(X),X)
& has_part_2(X,fn_phosphorylated_intermediate_5(X))
& raw_material_2(fn_phosphorylated_intermediate_2(X),fn_phosphorylated_intermediate_3(X))
& is_inside_2(fn_phosphorylated_intermediate_8(X),fn_phosphorylated_intermediate_10(X))
& fn_phosphorylated_intermediate_7(X) != fn_phosphorylated_intermediate_8(X)
& fn_phosphorylated_intermediate_8(X) != fn_phosphorylated_intermediate_7(X)
& raw_material_2(fn_phosphorylated_intermediate_2(X),fn_phosphorylated_intermediate_1(X))
& result_2(fn_phosphorylated_intermediate_2(X),X)
& has_region_2(X,fn_phosphorylated_intermediate_11(X))
& is_inside_2(fn_phosphorylated_intermediate_6(X),fn_phosphorylated_intermediate_11(X))
& is_inside_2(fn_phosphorylated_intermediate_7(X),fn_phosphorylated_intermediate_11(X))
& fn_phosphorylated_intermediate_7(X) != fn_phosphorylated_intermediate_6(X)
& fn_phosphorylated_intermediate_6(X) != fn_phosphorylated_intermediate_7(X)
& is_inside_2(fn_phosphorylated_intermediate_5(X),fn_phosphorylated_intermediate_11(X))
& fn_phosphorylated_intermediate_7(X) != fn_phosphorylated_intermediate_5(X)
& fn_phosphorylated_intermediate_5(X) != fn_phosphorylated_intermediate_7(X)
& fn_phosphorylated_intermediate_6(X) != fn_phosphorylated_intermediate_5(X)
& fn_phosphorylated_intermediate_5(X) != fn_phosphorylated_intermediate_6(X)
& possesses_2(X,fn_phosphorylated_intermediate_4(X))
& quantity_2(fn_phosphorylated_intermediate_4(X),fn_phosphorylated_intermediate_13(X))
& directly_proportional_2(fn_phosphorylated_intermediate_12(X),fn_phosphorylated_intermediate_13(X))
& speed_2(fn_phosphorylated_intermediate_9(X),fn_phosphorylated_intermediate_12(X))
& object_2(fn_phosphorylated_intermediate_9(X),X)
& fn_phosphorylated_intermediate_5(X) = fn_molecule_7(X)
& fn_phosphorylated_intermediate_3(X) = fn_phosphorylation_1(fn_phosphorylated_intermediate_2(X))
& fn_phosphorylated_intermediate_7(X) = fn_carbon_skeleton_2(fn_phosphorylated_intermediate_10(X))
& fn_phosphorylated_intermediate_8(X) = fn_carbon_skeleton_4(fn_phosphorylated_intermediate_10(X))
& fn_phosphorylated_intermediate_1(X) = fn_phosphorylation_5(fn_phosphorylated_intermediate_2(X))
& fn_phosphorylated_intermediate_1(X) = fn_phosphorylation_1(fn_phosphorylated_intermediate_2(X))
& X = fn_functional_group_1(fn_phosphorylated_intermediate_11(X))
& fn_phosphorylated_intermediate_11(X) = fn_phosphorylation_3(fn_phosphorylated_intermediate_2(X))
& X = fn_phosphorylation_2(fn_phosphorylated_intermediate_2(X))
& fn_phosphorylated_intermediate_6(X) = fn_phosphate_group_6(fn_phosphorylated_intermediate_11(X))
& fn_phosphorylated_intermediate_7(X) = fn_phosphate_group_22(fn_phosphorylated_intermediate_11(X))
& fn_phosphorylated_intermediate_5(X) = fn_phosphate_group_5(fn_phosphorylated_intermediate_11(X))
& fn_phosphorylated_intermediate_14(X) = fn_molecule_2(X)
& fn_phosphorylated_intermediate_15(X) = fn_molecule_1(X)
& fn_phosphorylated_intermediate_9(X) = fn_molecule_8(X)
& fn_phosphorylated_intermediate_12(X) = fn_molecule_3(X)
& fn_phosphorylated_intermediate_13(X) = fn_molecule_4(X)
& fn_phosphorylated_intermediate_4(X) = fn_molecule_12(X)
& fn_phosphorylation_5(fn_phosphorylated_intermediate_2(X)) = fn_phosphorylation_1(fn_phosphorylated_intermediate_2(X))
& fn_phosphorylation_1(fn_phosphorylated_intermediate_2(X)) = fn_carbon_skeleton_2(fn_phosphorylated_intermediate_10(X))
& fn_carbon_skeleton_2(fn_phosphorylated_intermediate_10(X)) = fn_carbon_skeleton_2(fn_phosphorylated_intermediate_10(X))
& fn_carbon_skeleton_2(fn_phosphorylated_intermediate_10(X)) = fn_phosphate_group_22(fn_phosphorylated_intermediate_11(X))
& fn_phosphate_group_22(fn_phosphorylated_intermediate_11(X)) = fn_phosphate_group_22(fn_phosphorylated_intermediate_11(X))
& fn_phosphate_group_22(fn_phosphorylated_intermediate_11(X)) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_phosphate_group_5(fn_phosphorylated_intermediate_11(X))
& fn_phosphate_group_5(fn_phosphorylated_intermediate_11(X)) = fn_phosphate_group_5(fn_phosphorylated_intermediate_11(X))
& fn_phosphate_group_5(fn_phosphorylated_intermediate_11(X)) = fn_functional_group_1(fn_phosphorylated_intermediate_11(X))
& fn_functional_group_1(fn_phosphorylated_intermediate_11(X)) = fn_phosphorylation_2(fn_phosphorylated_intermediate_2(X))
& fn_phosphorylation_2(fn_phosphorylated_intermediate_2(X)) = fn_phosphorylation_2(fn_phosphorylated_intermediate_2(X)) ) ) ).
fof(a531682,axiom,
! [X] :
( phosphorylated_kinase_1(X)
=> ( original_name_2(X,'Phosphorylated-Kinase')
& user_description_2(X,'A kinase is an enzyme that transfers phosphate groups from ATP to a protein. Often, these proteins are other kinases in a pathway. A phosphorylated kinase is an activated kinase.')
& concept2words_2(X,'kinase of phosphorylated')
& concept2words_2(X,'phosphorylated kinase')
& concept2words_2(X,'phosphorylated-kinase')
& kinase_1(X)
& ~ phosphorylated_glutamic_acid_1(X)
& phosphorus_1(fn_phosphorylated_kinase_1(X))
& oxygen_1(fn_phosphorylated_kinase_2(X))
& molecule_1(fn_phosphorylated_kinase_3(X))
& phosphorylation_1(fn_phosphorylated_kinase_4(X))
& chemical_entity_1(fn_phosphorylated_kinase_5(X))
& molecule_1(fn_phosphorylated_kinase_5(X))
& chemical_entity_1(fn_phosphorylation_2(fn_phosphorylated_kinase_4(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_phosphorylated_kinase_4(X)))
& molecule_1(fn_phosphorylation_1(fn_phosphorylated_kinase_4(X)))
& fn_phosphorylated_kinase_2(X) != fn_phosphorylated_kinase_1(X)
& fn_phosphorylated_kinase_1(X) != fn_phosphorylated_kinase_2(X)
& has_state_2(fn_phosphorylated_kinase_3(X),X)
& fn_phosphorylated_kinase_5(X) != X
& has_part_2(X,fn_phosphorylated_kinase_1(X))
& X != fn_phosphorylated_kinase_5(X)
& has_part_2(X,fn_phosphorylated_kinase_2(X))
& raw_material_2(fn_phosphorylated_kinase_4(X),fn_phosphorylated_kinase_3(X))
& raw_material_2(fn_phosphorylated_kinase_4(X),fn_phosphorylated_kinase_5(X))
& result_2(fn_phosphorylated_kinase_4(X),X)
& fn_phosphorylated_kinase_2(X) = fn_protein_enzyme_8(X)
& fn_phosphorylated_kinase_3(X) = fn_phosphorylation_1(fn_phosphorylated_kinase_4(X))
& fn_phosphorylated_kinase_5(X) = fn_phosphorylation_5(fn_phosphorylated_kinase_4(X))
& fn_phosphorylated_kinase_5(X) = fn_phosphorylation_1(fn_phosphorylated_kinase_4(X))
& X = fn_phosphorylation_2(fn_phosphorylated_kinase_4(X))
& fn_phosphorylation_5(fn_phosphorylated_kinase_4(X)) = fn_phosphorylation_1(fn_phosphorylated_kinase_4(X)) ) ) ).
fof(a531683,axiom,
! [X] :
( phosphorylation_1(X)
=> ( original_name_2(X,'Phosphorylation')
& user_description_2(X,'Phosphorylation is the addition of a phosphate (PO4) group to a protein or other organic molecule. Phosphorylation activates or deactivates many protein enzymes, causing or preventing the mechanisms of diseases such as cancer and diabetes.')
& concept2words_2(X,convert)
& concept2words_2(X,phosphorylate)
& concept2words_2(X,phosphorylation)
& synthesis_reaction_1(X)
& molecule_1(fn_phosphorylation_1(X))
& chemical_entity_1(fn_phosphorylation_2(X))
& phosphate_group_1(fn_phosphorylation_3(X))
& phosphate_group_1(fn_phosphorylation_4(X))
& chemical_entity_1(fn_phosphorylation_5(X))
& chemical_entity_1(fn_functional_group_1(fn_phosphorylation_3(X)))
& chemical_entity_1(fn_functional_group_1(fn_phosphorylation_4(X)))
& raw_material_2(X,fn_phosphorylation_1(X))
& result_2(X,fn_phosphorylation_2(X))
& raw_material_2(X,fn_phosphorylation_5(X))
& has_region_2(fn_phosphorylation_2(X),fn_phosphorylation_3(X))
& has_region_2(fn_phosphorylation_5(X),fn_phosphorylation_4(X))
& fn_phosphorylation_2(X) = fn_chemical_reaction_1(X)
& fn_phosphorylation_5(X) = fn_chemical_reaction_2(X)
& fn_phosphorylation_2(X) = fn_functional_group_1(fn_phosphorylation_3(X))
& fn_phosphorylation_5(X) = fn_functional_group_1(fn_phosphorylation_4(X))
& fn_chemical_reaction_1(X) = fn_functional_group_1(fn_phosphorylation_3(X))
& fn_functional_group_1(fn_phosphorylation_3(X)) = fn_chemical_reaction_2(X)
& fn_chemical_reaction_2(X) = fn_functional_group_1(fn_phosphorylation_4(X)) ) ) ).
fof(a531684,axiom,
! [X,X1] :
( ( subevent_2(X,X1)
& cascade_1(X)
& phosphorylation_1(X1)
& minCardinality(X,subevent_0,"2",phosphorylation_0) )
=> ( phosphorylation_cascade_1(X)
& fn_phosphorylation_cascade_3(X) = X1 ) ) ).
fof(a531685,axiom,
! [X] :
( phosphorylation_cascade_1(X)
=> ( original_name_2(X,'Phosphorylation-Cascade')
& user_description_2(X,'A series of phosphorylation reactions is called a phosphorylation cascade.')
& concept2words_2(X,'cascade of phosphorylation')
& concept2words_2(X,'phosphorylation cascade')
& concept2words_2(X,'phosphorylation-cascade')
& cascade_1(X)
& ~ gene_activation_cascade_1(X)
& chemical_reaction_1(fn_phosphorylation_cascade_2(X))
& phosphorylation_1(fn_phosphorylation_cascade_3(X))
& minCardinality(X,subevent_0,"2",phosphorylation_0)
& first_subevent_2(X,fn_phosphorylation_cascade_3(X))
& next_event_2(fn_phosphorylation_cascade_3(X),fn_phosphorylation_cascade_2(X))
& subevent_2(X,fn_phosphorylation_cascade_2(X))
& subevent_2(X,fn_phosphorylation_cascade_3(X))
& fn_phosphorylation_cascade_2(X) = fn_cascade_2(X)
& fn_phosphorylation_cascade_3(X) = fn_cascade_1(X) ) ) ).
fof(a531686,axiom,
! [X] :
( phosphorylation_of_glutamic_acid_1(X)
=> ( original_name_2(X,'Phosphorylation-Of-Glutamic-Acid')
& user_description_2(X,'Phosphorylation of glutamic acid is the addition of a phosphate (PO4) group to glutamic acid.')
& concept2words_2(X,phosphorylate)
& concept2words_2(X,'phosphorylation of glutamic acid')
& concept2words_2(X,'phosphorylation-of-glutamic-acid')
& endergonic_process_1(X)
& phosphorylation_1(X)
& chemical_entity_1(fn_phosphorylation_of_glutamic_acid_2(X))
& inorganic_phosphate_1(fn_phosphorylation_of_glutamic_acid_2(X))
& charge_value_1(fn_phosphorylation_of_glutamic_acid_3(X))
& phosphorylated_glutamic_acid_1(fn_phosphorylation_of_glutamic_acid_4(X))
& glutamic_acid_1(fn_phosphorylation_of_glutamic_acid_5(X))
& chemical_entity_1(fn_phosphorylated_intermediate_1(fn_phosphorylation_of_glutamic_acid_4(X)))
& molecule_1(fn_phosphorylated_intermediate_1(fn_phosphorylation_of_glutamic_acid_4(X)))
& property_node_1(fn_inorganic_phosphate_4(fn_phosphorylation_of_glutamic_acid_2(X)))
& charge_value_1(fn_inorganic_phosphate_5(fn_phosphorylation_of_glutamic_acid_2(X)))
& phosphorylation_1(fn_phosphorylated_intermediate_2(fn_phosphorylation_of_glutamic_acid_4(X)))
& fn_phosphorylation_of_glutamic_acid_2(X) != fn_phosphorylation_of_glutamic_acid_4(X)
& fn_phosphorylation_of_glutamic_acid_4(X) != fn_phosphorylation_of_glutamic_acid_2(X)
& raw_material_2(X,fn_phosphorylation_of_glutamic_acid_2(X))
& has_state_2(fn_phosphorylation_of_glutamic_acid_5(X),fn_phosphorylation_of_glutamic_acid_4(X))
& raw_material_2(X,fn_phosphorylation_of_glutamic_acid_5(X))
& result_2(X,fn_phosphorylation_of_glutamic_acid_4(X))
& fn_phosphorylation_of_glutamic_acid_2(X) = fn_phosphorylation_5(X)
& fn_phosphorylation_of_glutamic_acid_5(X) = fn_phosphorylated_intermediate_1(fn_phosphorylation_of_glutamic_acid_4(X))
& X = fn_phosphorylated_intermediate_2(fn_phosphorylation_of_glutamic_acid_4(X))
& fn_phosphorylation_of_glutamic_acid_1(X) = fn_inorganic_phosphate_4(fn_phosphorylation_of_glutamic_acid_2(X))
& fn_phosphorylation_of_glutamic_acid_3(X) = fn_inorganic_phosphate_5(fn_phosphorylation_of_glutamic_acid_2(X))
& fn_phosphorylated_intermediate_2(fn_phosphorylation_of_glutamic_acid_4(X)) = fn_phosphorylated_intermediate_2(fn_phosphorylation_of_glutamic_acid_4(X)) ) ) ).
fof(a531687,axiom,
! [X] :
( phosphorylation_of_protein_1(X)
=> ( original_name_2(X,'Phosphorylation-Of-Protein')
& user_description_2(X,'A widespread cellular mechanism for activating proteins involved in signal transduction pathways.')
& concept2words_2(X,phosphorylate)
& concept2words_2(X,convert)
& concept2words_2(X,'protein phosphorylation')
& concept2words_2(X,'protein-phosphorylation')
& concept2words_2(X,'phosphorylation of protein')
& concept2words_2(X,'phosphorylation-of-protein')
& phosphorylation_1(X)
& inorganic_phosphate_1(fn_phosphorylation_of_protein_1(X))
& protein_1(fn_phosphorylation_of_protein_2(X))
& protein_1(fn_phosphorylation_of_protein_3(X))
& fn_phosphorylation_of_protein_2(X) != fn_phosphorylation_of_protein_3(X)
& fn_phosphorylation_of_protein_3(X) != fn_phosphorylation_of_protein_2(X)
& has_state_2(fn_phosphorylation_of_protein_3(X),fn_phosphorylation_of_protein_2(X))
& result_2(X,fn_phosphorylation_of_protein_2(X))
& raw_material_2(X,fn_phosphorylation_of_protein_3(X))
& raw_material_2(X,fn_phosphorylation_of_protein_1(X))
& fn_phosphorylation_of_protein_2(X) = fn_phosphorylation_2(X)
& fn_phosphorylation_of_protein_3(X) = fn_phosphorylation_1(X)
& fn_phosphorylation_of_protein_1(X) = fn_phosphorylation_5(X) ) ) ).
fof(a531688,axiom,
! [X] :
( phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_1(X)
=> ( original_name_2(X,'Phosphorylation-Of-Tyrosine-Kinase-Receptor-At-Tyrosine')
& user_description_2(X,'On receptor tyrosine kinase proteins, the tyrosine kinase adds a phosphate from an ATP molecule to a tyrosine on the receptor tyrosine kinase proteins activating the receptor and triggering the signal transduction pathway.')
& concept2words_2(X,phosphorylate)
& concept2words_2(X,'phosphorylation of tyrosine kinase receptor at tyrosine')
& concept2words_2(X,'phosphorylation-of-tyrosine-kinase-receptor-at-tyrosine')
& phosphorylation_of_protein_1(X)
& cell_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_1(X))
& double_bond_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_2(X))
& chemical_bond_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_2(X))
& covalent_bond_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_2(X))
& single_bond_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_3(X))
& covalent_bond_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_3(X))
& entity_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_4(X))
& oxygen_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_4(X))
& atom_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_4(X))
& chemical_entity_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_4(X))
& phosphorus_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_5(X))
& oxygen_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_6(X))
& entity_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_6(X))
& chemical_entity_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_6(X))
& atom_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_6(X))
& phosphate_group_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X))
& chemical_entity_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X))
& protein_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X))
& receptor_tyrosine_kinase_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X))
& polymer_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X))
& kinase_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X))
& atp_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_9(X))
& receptor_tyrosine_kinase_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_10(X))
& phosphorus_1(fn_phosphate_group_6(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X)))
& oxygen_1(fn_phosphate_group_5(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X)))
& entity_1(fn_phosphate_group_5(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X)))
& atom_1(fn_phosphate_group_5(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X)))
& entity_1(fn_phosphate_group_22(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X)))
& atom_1(fn_phosphate_group_22(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X)))
& oxygen_1(fn_phosphate_group_22(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X)))
& atom_1(fn_receptor_tyrosine_kinase_21(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X)))
& chemical_entity_1(fn_receptor_tyrosine_kinase_21(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X)))
& single_bond_1(fn_phosphate_group_37(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X)))
& covalent_bond_1(fn_polymer_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X)))
& double_bond_1(fn_phosphate_group_41(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X)))
& chemical_bond_1(fn_kinase_8(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X)))
& covalent_bond_1(fn_kinase_8(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X)))
& chemical_entity_1(fn_functional_group_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X)))
& has_part_2(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X),fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_5(X))
& has_part_2(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X),fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_6(X))
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X) != fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_9(X)
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_9(X) != fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X)
& has_state_2(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_9(X),fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X))
& base_2(X,fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_1(X))
& has_region_2(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X),fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X))
& raw_material_2(X,fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_9(X))
& result_2(X,fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X))
& has_state_2(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_10(X),fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X))
& raw_material_2(X,fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_10(X))
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_10(X) != fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X)
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X) != fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_10(X)
& is_between_2(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_2(X),fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_5(X))
& is_between_2(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_2(X),fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_4(X))
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_5(X) != fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_6(X)
& is_inside_2(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_6(X),fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X))
& is_inside_2(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_5(X),fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X))
& is_between_2(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_3(X),fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_5(X))
& is_between_2(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_3(X),fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_6(X))
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_6(X) != fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_5(X)
& is_inside_2(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_4(X),fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X))
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_5(X) != fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_4(X)
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_4(X) != fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_5(X)
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_6(X) != fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_4(X)
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_4(X) != fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_6(X)
& possesses_2(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X),fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_2(X))
& possesses_2(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X),fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_3(X))
& has_part_2(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X),fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_4(X))
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X) = fn_functional_group_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X))
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_9(X) = fn_phosphorylation_5(X)
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_10(X) = fn_phosphorylation_of_protein_3(X)
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X) = fn_phosphorylation_of_protein_2(X)
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_4(X) = fn_phosphate_group_5(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X))
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_2(X) = fn_phosphate_group_41(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X))
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_6(X) = fn_phosphate_group_22(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X))
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_3(X) = fn_phosphate_group_37(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X))
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_6(X) = fn_phosphate_group_5(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X))
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_5(X) = fn_phosphate_group_6(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X))
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_4(X) = fn_phosphate_group_22(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X))
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_4(X) = fn_receptor_tyrosine_kinase_21(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X))
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_3(X) = fn_polymer_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X))
& fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_2(X) = fn_kinase_8(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X))
& fn_phosphate_group_22(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X)) = fn_phosphate_group_5(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X))
& fn_phosphate_group_5(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X)) = fn_phosphate_group_5(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X))
& fn_phosphate_group_5(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X)) = fn_phosphate_group_22(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X))
& fn_phosphate_group_22(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X)) = fn_phosphate_group_22(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X))
& fn_phosphate_group_22(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X)) = fn_receptor_tyrosine_kinase_21(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X))
& fn_receptor_tyrosine_kinase_21(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X)) = fn_phosphate_group_37(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X))
& fn_phosphate_group_37(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X)) = fn_phosphate_group_37(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X))
& fn_phosphate_group_37(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X)) = fn_polymer_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X))
& fn_polymer_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X)) = fn_phosphate_group_41(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X))
& fn_phosphate_group_41(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X)) = fn_phosphate_group_41(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X))
& fn_phosphate_group_41(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X)) = fn_kinase_8(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X))
& fn_kinase_8(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_8(X)) = fn_functional_group_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X))
& fn_functional_group_1(fn_phosphorylation_of_tyrosine_kinase_receptor_at_tyrosine_7(X)) = fn_phosphorylation_of_protein_2(X)
& fn_phosphorylation_of_protein_2(X) = fn_phosphorylation_of_protein_2(X) ) ) ).
fof(a531689,axiom,
! [X] :
( photic_zone_1(X)
=> ( original_name_2(X,'Photic-Zone')
& user_description_2(X,'The surface waters of an ocean or lake, where sufficient light penetrates for photsynthesis to occur.')
& concept2words_2(X,'photic zone')
& concept2words_2(X,'photic-zone')
& aquatic_zone_1(X)
& ~ abyssal_zone_1(X)
& ~ aphotic_zone_1(X)
& ~ benthic_zone_1(X)
& ~ deep_sea_hydrothermal_vent_1(X)
& ~ estuary_1(X)
& ~ eutrophic_lake_1(X)
& ~ intertidal_zone_1(X)
& ~ limnetic_zone_1(X)
& ~ littoral_zone_1(X)
& ~ marine_benthic_zone_1(X)
& ~ neritic_zone_1(X)
& ~ oceanic_pelagic_zone_1(X)
& ~ oligotrophic_lake_1(X) ) ) ).
fof(a531690,axiom,
! [X] :
( photoautotroph_1(X)
=> ( original_name_2(X,'Photoautotroph')
& user_description_2(X,'Phototrophs are the organisms (usually plants) that carry out photosynthesis to acquire energy. They use the energy from sunlight to convert carbon dioxide and water into organic materials to be utilized in cellular functions such as biosynthesis and respiration.')
& concept2words_2(X,'photo autotroph')
& concept2words_2(X,phototroph)
& concept2words_2(X,'photosynthetic cell')
& concept2words_2(X,photoautotroph)
& autotroph_1(X)
& size_value_1(fn_photoautotroph_3(X))
& size_value_1(fn_photoautotroph_4(X))
& visible_light_1(fn_photoautotroph_5(X))
& energy_1(fn_photoautotroph_5(X))
& fuel_1(fn_photoautotroph_6(X))
& catabolic_pathway_1(fn_photoautotroph_7(X))
& energy_investment_phase_of_glycolysis_1(fn_photoautotroph_8(X))
& energy_payoff_phase_of_glycolysis_1(fn_photoautotroph_9(X))
& organic_molecule_1(fn_photoautotroph_10(X))
& pyruvate_1(fn_photoautotroph_10(X))
& nadh_1(fn_photoautotroph_11(X))
& molecule_1(fn_photoautotroph_11(X))
& tangible_entity_1(fn_photoautotroph_12(X))
& chemical_entity_1(fn_photoautotroph_12(X))
& organic_molecule_1(fn_photoautotroph_12(X))
& nad_plus_1(fn_photoautotroph_12(X))
& molecule_1(fn_photoautotroph_12(X))
& chemical_reaction_1(fn_photoautotroph_13(X))
& synthesis_of_atp_1(fn_photoautotroph_13(X))
& substrate_level_phosphorylation_1(fn_photoautotroph_13(X))
& chemical_reaction_1(fn_photoautotroph_14(X))
& isomerization_reaction_1(fn_photoautotroph_14(X))
& organic_molecule_1(fn_photoautotroph_15(X))
& chemical_entity_1(fn_photoautotroph_15(X))
& molecule_1(fn_photoautotroph_15(X))
& glyceraldehyde_3_phosphate_1(fn_photoautotroph_15(X))
& condensation_reaction_1(fn_photoautotroph_16(X))
& chemical_reaction_1(fn_photoautotroph_16(X))
& dehydration_reaction_1(fn_photoautotroph_16(X))
& nutrition_1(fn_photoautotroph_17(X))
& organism_1(fn_photoautotroph_18(X))
& photosynthesis_1(fn_photoautotroph_19(X))
& spatial_entity_1(fn_photoautotroph_20(X))
& organic_molecule_1(fn_photoautotroph_20(X))
& tangible_entity_1(fn_photoautotroph_20(X))
& chemical_entity_1(fn_photoautotroph_20(X))
& sugar_1(fn_photoautotroph_20(X))
& glucose_1(fn_photoautotroph_20(X))
& entity_1(fn_photoautotroph_21(X))
& chemical_energy_1(fn_photoautotroph_21(X))
& store_1(fn_photoautotroph_22(X))
& energy_transformation_by_organism_1(fn_photoautotroph_23(X))
& container_1(fn_photoautotroph_24(X))
& spatial_entity_1(fn_photoautotroph_25(X))
& tangible_entity_1(fn_photoautotroph_25(X))
& chemical_entity_1(fn_photoautotroph_25(X))
& hydrophobic_compound_1(fn_photoautotroph_25(X))
& molecule_1(fn_photoautotroph_25(X))
& carbon_dioxide_1(fn_photoautotroph_25(X))
& quantity_value_1(fn_photoautotroph_26(X))
& quantity_value_1(fn_photoautotroph_27(X))
& free_energy_1(fn_photoautotroph_28(X))
& structural_complexity_value_1(fn_photoautotroph_29(X))
& structural_complexity_value_1(fn_photoautotroph_30(X))
& oxidation_1(fn_photoautotroph_31(X))
& chemical_entity_1(fn_photoautotroph_32(X))
& free_energy_1(fn_photoautotroph_33(X))
& reactant_1(fn_photoautotroph_34(X))
& obtain_1(fn_photoautotroph_39(X))
& container_1(fn_store_3(fn_photoautotroph_22(X)))
& condensation_reaction_1(fn_energy_payoff_phase_of_glycolysis_42(fn_photoautotroph_9(X)))
& chemical_reaction_1(fn_energy_payoff_phase_of_glycolysis_42(fn_photoautotroph_9(X)))
& dehydration_reaction_1(fn_energy_payoff_phase_of_glycolysis_42(fn_photoautotroph_9(X)))
& property_node_1(fn_photosynthesis_55(fn_photoautotroph_19(X)))
& property_node_1(fn_photosynthesis_56(fn_photoautotroph_19(X)))
& free_energy_1(fn_photosynthesis_53(fn_photoautotroph_19(X)))
& property_node_1(fn_photosynthesis_5(fn_photoautotroph_19(X)))
& oxidation_1(fn_photosynthesis_46(fn_photoautotroph_19(X)))
& property_node_1(fn_photosynthesis_57(fn_photoautotroph_19(X)))
& chemical_entity_1(fn_photosynthesis_47(fn_photoautotroph_19(X)))
& property_node_1(fn_photosynthesis_6(fn_photoautotroph_19(X)))
& size_value_1(fn_photosynthesis_4(fn_photoautotroph_19(X)))
& size_value_1(fn_photosynthesis_3(fn_photoautotroph_19(X)))
& reactant_1(fn_photosynthesis_32(fn_photoautotroph_19(X)))
& quantity_value_1(fn_photosynthesis_52(fn_photoautotroph_19(X)))
& quantity_value_1(fn_photosynthesis_51(fn_photoautotroph_19(X)))
& free_energy_1(fn_photosynthesis_50(fn_photoautotroph_19(X)))
& energy_transformation_by_organism_1(fn_photosynthesis_31(fn_photoautotroph_19(X)))
& visible_light_1(fn_photosynthesis_34(fn_photoautotroph_19(X)))
& energy_1(fn_photosynthesis_34(fn_photoautotroph_19(X)))
& tangible_entity_1(fn_fuel_7(fn_photoautotroph_6(X)))
& spatial_entity_1(fn_store_2(fn_photoautotroph_22(X)))
& organic_molecule_1(fn_catabolic_pathway_10(fn_photoautotroph_7(X)))
& organic_molecule_1(fn_catabolic_pathway_10(fn_photoautotroph_8(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_photoautotroph_19(X)))
& tangible_entity_1(fn_photosynthesis_37(fn_photoautotroph_19(X)))
& chemical_entity_1(fn_photosynthesis_37(fn_photoautotroph_19(X)))
& sugar_1(fn_photosynthesis_37(fn_photoautotroph_19(X)))
& glucose_1(fn_energy_investment_phase_of_glycolysis_22(fn_photoautotroph_8(X)))
& organic_molecule_1(fn_catabolic_pathway_9(fn_photoautotroph_8(X)))
& chemical_entity_1(fn_energy_investment_phase_of_glycolysis_27(fn_photoautotroph_8(X)))
& molecule_1(fn_energy_investment_phase_of_glycolysis_27(fn_photoautotroph_8(X)))
& glyceraldehyde_3_phosphate_1(fn_energy_investment_phase_of_glycolysis_27(fn_photoautotroph_8(X)))
& glyceraldehyde_3_phosphate_1(fn_energy_payoff_phase_of_glycolysis_47(fn_photoautotroph_9(X)))
& organic_molecule_1(fn_catabolic_pathway_9(fn_photoautotroph_7(X)))
& organic_molecule_1(fn_catabolic_pathway_9(fn_photoautotroph_9(X)))
& pyruvate_1(fn_energy_payoff_phase_of_glycolysis_5(fn_photoautotroph_9(X)))
& chemical_reaction_1(fn_energy_payoff_phase_of_glycolysis_41(fn_photoautotroph_9(X)))
& synthesis_of_atp_1(fn_energy_payoff_phase_of_glycolysis_41(fn_photoautotroph_9(X)))
& substrate_level_phosphorylation_1(fn_energy_payoff_phase_of_glycolysis_41(fn_photoautotroph_9(X)))
& chemical_reaction_1(fn_energy_payoff_phase_of_glycolysis_52(fn_photoautotroph_9(X)))
& synthesis_of_atp_1(fn_energy_payoff_phase_of_glycolysis_52(fn_photoautotroph_9(X)))
& substrate_level_phosphorylation_1(fn_energy_payoff_phase_of_glycolysis_52(fn_photoautotroph_9(X)))
& property_node_1(fn_catabolic_pathway_1(fn_photoautotroph_8(X)))
& property_node_1(fn_photosynthesis_54(fn_photoautotroph_19(X)))
& structural_complexity_value_1(fn_catabolic_pathway_4(fn_photoautotroph_8(X)))
& structural_complexity_value_1(fn_anabolic_pathway_3(fn_photoautotroph_19(X)))
& structural_complexity_value_1(fn_glucose_2(fn_photoautotroph_20(X)))
& structural_complexity_value_1(fn_photosynthesis_25(fn_photoautotroph_19(X)))
& structural_complexity_value_1(fn_catabolic_pathway_2(fn_photoautotroph_8(X)))
& structural_complexity_value_1(fn_photosynthesis_24(fn_photoautotroph_19(X)))
& spatial_entity_1(fn_photosynthesis_38(fn_photoautotroph_19(X)))
& tangible_entity_1(fn_photosynthesis_38(fn_photoautotroph_19(X)))
& chemical_entity_1(fn_photosynthesis_38(fn_photoautotroph_19(X)))
& hydrophobic_compound_1(fn_photosynthesis_38(fn_photoautotroph_19(X)))
& molecule_1(fn_photosynthesis_38(fn_photoautotroph_19(X)))
& carbon_dioxide_1(fn_photosynthesis_38(fn_photoautotroph_19(X)))
& entity_1(fn_store_1(fn_photoautotroph_22(X)))
& chemical_energy_1(fn_photosynthesis_40(fn_photoautotroph_19(X)))
& organic_molecule_1(fn_catabolic_pathway_10(fn_photoautotroph_9(X)))
& tangible_entity_1(fn_energy_payoff_phase_of_glycolysis_46(fn_photoautotroph_9(X)))
& chemical_entity_1(fn_energy_payoff_phase_of_glycolysis_46(fn_photoautotroph_9(X)))
& organic_molecule_1(fn_energy_payoff_phase_of_glycolysis_46(fn_photoautotroph_9(X)))
& nad_plus_1(fn_energy_payoff_phase_of_glycolysis_46(fn_photoautotroph_9(X)))
& molecule_1(fn_isomerization_reaction_2(fn_photoautotroph_14(X)))
& nadh_1(fn_energy_payoff_phase_of_glycolysis_50(fn_photoautotroph_9(X)))
& nadh_1(fn_nad_plus_1(fn_photoautotroph_12(X)))
& molecule_1(fn_isomerization_reaction_1(fn_photoautotroph_14(X)))
& chemical_reaction_1(fn_energy_payoff_phase_of_glycolysis_76(fn_photoautotroph_9(X)))
& isomerization_reaction_1(fn_energy_payoff_phase_of_glycolysis_40(fn_photoautotroph_9(X)))
& raw_material_2(fn_photoautotroph_8(X),fn_photoautotroph_15(X))
& next_event_2(fn_photoautotroph_8(X),fn_photoautotroph_9(X))
& first_subevent_2(fn_photoautotroph_9(X),fn_photoautotroph_16(X))
& fn_photoautotroph_11(X) != fn_photoautotroph_15(X)
& fn_photoautotroph_14(X) != fn_photoautotroph_16(X)
& fn_photoautotroph_15(X) != fn_photoautotroph_11(X)
& fn_photoautotroph_16(X) != fn_photoautotroph_14(X)
& raw_material_2(fn_photoautotroph_17(X),fn_photoautotroph_5(X))
& raw_material_2(fn_photoautotroph_17(X),fn_photoautotroph_25(X))
& by_means_of_2(fn_photoautotroph_17(X),fn_photoautotroph_19(X))
& plays_2(fn_photoautotroph_20(X),fn_photoautotroph_6(X))
& raw_material_2(fn_photoautotroph_7(X),fn_photoautotroph_20(X))
& object_2(fn_photoautotroph_22(X),fn_photoautotroph_21(X))
& base_2(fn_photoautotroph_22(X),fn_photoautotroph_20(X))
& plays_2(fn_photoautotroph_20(X),fn_photoautotroph_24(X))
& result_2(fn_photoautotroph_7(X),fn_photoautotroph_10(X))
& possesses_2(fn_photoautotroph_20(X),fn_photoautotroph_28(X))
& result_2(fn_photoautotroph_19(X),fn_photoautotroph_20(X))
& size_2(fn_photoautotroph_20(X),fn_photoautotroph_4(X))
& result_2(fn_photoautotroph_8(X),fn_photoautotroph_15(X))
& raw_material_2(fn_photoautotroph_8(X),fn_photoautotroph_20(X))
& in_event_2(fn_photoautotroph_24(X),fn_photoautotroph_22(X))
& structural_complexity_2(fn_photoautotroph_20(X),fn_photoautotroph_29(X))
& next_event_2(fn_photoautotroph_14(X),fn_photoautotroph_13(X))
& result_2(fn_photoautotroph_9(X),fn_photoautotroph_11(X))
& result_2(fn_photoautotroph_9(X),fn_photoautotroph_10(X))
& raw_material_2(fn_photoautotroph_9(X),fn_photoautotroph_12(X))
& next_event_2(fn_photoautotroph_14(X),fn_photoautotroph_16(X))
& subevent_2(fn_photoautotroph_9(X),fn_photoautotroph_14(X))
& fn_photoautotroph_14(X) != fn_photoautotroph_13(X)
& subevent_2(fn_photoautotroph_9(X),fn_photoautotroph_13(X))
& raw_material_2(fn_photoautotroph_9(X),fn_photoautotroph_15(X))
& fn_photoautotroph_15(X) != fn_photoautotroph_12(X)
& fn_photoautotroph_13(X) != fn_photoautotroph_14(X)
& fn_photoautotroph_12(X) != fn_photoautotroph_15(X)
& subevent_2(fn_photoautotroph_9(X),fn_photoautotroph_16(X))
& next_event_2(fn_photoautotroph_16(X),fn_photoautotroph_13(X))
& result_2(fn_photoautotroph_13(X),fn_photoautotroph_10(X))
& fn_photoautotroph_13(X) != fn_photoautotroph_16(X)
& fn_photoautotroph_16(X) != fn_photoautotroph_13(X)
& has_state_2(fn_photoautotroph_11(X),fn_photoautotroph_12(X))
& has_state_2(fn_photoautotroph_12(X),fn_photoautotroph_11(X))
& fn_photoautotroph_11(X) != fn_photoautotroph_12(X)
& fn_photoautotroph_12(X) != fn_photoautotroph_11(X)
& has_oxidized_form_2(fn_photoautotroph_11(X),fn_photoautotroph_12(X))
& has_reduced_form_2(fn_photoautotroph_12(X),fn_photoautotroph_11(X))
& object_2(fn_photoautotroph_39(X),fn_photoautotroph_25(X))
& in_event_2(X,fn_photoautotroph_17(X))
& agent_2(fn_photoautotroph_17(X),fn_photoautotroph_18(X))
& recipient_2(fn_photoautotroph_39(X),fn_photoautotroph_18(X))
& agent_2(fn_photoautotroph_39(X),fn_photoautotroph_18(X))
& plays_2(fn_photoautotroph_18(X),X)
& quantity_2(fn_photoautotroph_28(X),fn_photoautotroph_27(X))
& called_2(fn_photoautotroph_26(X),'FE_r')
& raw_material_2(fn_photoautotroph_23(X),fn_photoautotroph_5(X))
& donor_2(fn_photoautotroph_31(X),fn_photoautotroph_32(X))
& recipient_2(fn_photoautotroph_31(X),fn_photoautotroph_25(X))
& structural_complexity_2(fn_photoautotroph_25(X),fn_photoautotroph_30(X))
& greater_than_2(fn_photoautotroph_29(X),fn_photoautotroph_30(X))
& fn_photoautotroph_32(X) != fn_photoautotroph_25(X)
& fn_photoautotroph_25(X) != fn_photoautotroph_32(X)
& in_event_2(fn_photoautotroph_34(X),fn_photoautotroph_19(X))
& plays_2(fn_photoautotroph_25(X),fn_photoautotroph_34(X))
& size_2(fn_photoautotroph_25(X),fn_photoautotroph_3(X))
& greater_than_2(fn_photoautotroph_4(X),fn_photoautotroph_3(X))
& raw_material_2(fn_photoautotroph_19(X),fn_photoautotroph_25(X))
& possesses_2(fn_photoautotroph_25(X),fn_photoautotroph_33(X))
& quantity_2(fn_photoautotroph_33(X),fn_photoautotroph_26(X))
& greater_than_2(fn_photoautotroph_27(X),fn_photoautotroph_26(X))
& called_2(fn_photoautotroph_27(X),'FE_p')
& raw_material_2(fn_photoautotroph_19(X),fn_photoautotroph_5(X))
& object_2(fn_photoautotroph_23(X),fn_photoautotroph_5(X))
& result_2(fn_photoautotroph_23(X),fn_photoautotroph_21(X))
& fn_photoautotroph_21(X) != fn_photoautotroph_5(X)
& fn_photoautotroph_5(X) != fn_photoautotroph_21(X)
& result_2(fn_photoautotroph_14(X),fn_photoautotroph_11(X))
& raw_material_2(fn_photoautotroph_14(X),fn_photoautotroph_12(X))
& fn_photoautotroph_20(X) = fn_fuel_7(fn_photoautotroph_6(X))
& fn_photoautotroph_20(X) = fn_catabolic_pathway_10(fn_photoautotroph_7(X))
& fn_photoautotroph_21(X) = fn_store_1(fn_photoautotroph_22(X))
& fn_photoautotroph_20(X) = fn_store_2(fn_photoautotroph_22(X))
& fn_photoautotroph_10(X) = fn_catabolic_pathway_9(fn_photoautotroph_7(X))
& fn_photoautotroph_20(X) = fn_photosynthesis_37(fn_photoautotroph_19(X))
& fn_photoautotroph_15(X) = fn_catabolic_pathway_9(fn_photoautotroph_8(X))
& fn_photoautotroph_15(X) = fn_energy_investment_phase_of_glycolysis_27(fn_photoautotroph_8(X))
& fn_photoautotroph_20(X) = fn_energy_investment_phase_of_glycolysis_22(fn_photoautotroph_8(X))
& fn_photoautotroph_24(X) = fn_store_3(fn_photoautotroph_22(X))
& fn_photoautotroph_20(X) = fn_catabolic_pathway_10(fn_photoautotroph_8(X))
& fn_photoautotroph_20(X) = fn_anabolic_pathway_5(fn_photoautotroph_19(X))
& fn_photoautotroph_29(X) = fn_anabolic_pathway_3(fn_photoautotroph_19(X))
& fn_photoautotroph_29(X) = fn_glucose_2(fn_photoautotroph_20(X))
& fn_photoautotroph_11(X) = fn_energy_payoff_phase_of_glycolysis_50(fn_photoautotroph_9(X))
& fn_photoautotroph_10(X) = fn_catabolic_pathway_9(fn_photoautotroph_9(X))
& fn_photoautotroph_12(X) = fn_catabolic_pathway_10(fn_photoautotroph_9(X))
& fn_photoautotroph_12(X) = fn_energy_payoff_phase_of_glycolysis_46(fn_photoautotroph_9(X))
& fn_photoautotroph_15(X) = fn_energy_payoff_phase_of_glycolysis_47(fn_photoautotroph_9(X))
& fn_photoautotroph_14(X) = fn_energy_payoff_phase_of_glycolysis_76(fn_photoautotroph_9(X))
& fn_photoautotroph_14(X) = fn_energy_payoff_phase_of_glycolysis_40(fn_photoautotroph_9(X))
& fn_photoautotroph_10(X) = fn_energy_payoff_phase_of_glycolysis_5(fn_photoautotroph_9(X))
& fn_photoautotroph_13(X) = fn_energy_payoff_phase_of_glycolysis_41(fn_photoautotroph_9(X))
& fn_photoautotroph_13(X) = fn_energy_payoff_phase_of_glycolysis_52(fn_photoautotroph_9(X))
& fn_photoautotroph_16(X) = fn_energy_payoff_phase_of_glycolysis_42(fn_photoautotroph_9(X))
& fn_photoautotroph_11(X) = fn_nad_plus_1(fn_photoautotroph_12(X))
& fn_photoautotroph_25(X) = fn_autotroph_3(X)
& fn_photoautotroph_39(X) = fn_autotroph_9(X)
& fn_photoautotroph_18(X) = fn_autotroph_11(X)
& fn_photoautotroph_17(X) = fn_autotroph_7(X)
& fn_photoautotroph_35(X) = fn_photosynthesis_55(fn_photoautotroph_19(X))
& fn_photoautotroph_36(X) = fn_photosynthesis_56(fn_photoautotroph_19(X))
& fn_photoautotroph_28(X) = fn_photosynthesis_53(fn_photoautotroph_19(X))
& fn_photoautotroph_38(X) = fn_catabolic_pathway_1(fn_photoautotroph_8(X))
& fn_photoautotroph_38(X) = fn_photosynthesis_54(fn_photoautotroph_19(X))
& fn_photoautotroph_1(X) = fn_photosynthesis_5(fn_photoautotroph_19(X))
& fn_photoautotroph_31(X) = fn_photosynthesis_46(fn_photoautotroph_19(X))
& fn_photoautotroph_37(X) = fn_photosynthesis_57(fn_photoautotroph_19(X))
& fn_photoautotroph_29(X) = fn_catabolic_pathway_4(fn_photoautotroph_8(X))
& fn_photoautotroph_30(X) = fn_catabolic_pathway_2(fn_photoautotroph_8(X))
& fn_photoautotroph_29(X) = fn_photosynthesis_25(fn_photoautotroph_19(X))
& fn_photoautotroph_30(X) = fn_photosynthesis_24(fn_photoautotroph_19(X))
& fn_photoautotroph_32(X) = fn_photosynthesis_47(fn_photoautotroph_19(X))
& fn_photoautotroph_2(X) = fn_photosynthesis_6(fn_photoautotroph_19(X))
& fn_photoautotroph_4(X) = fn_photosynthesis_4(fn_photoautotroph_19(X))
& fn_photoautotroph_3(X) = fn_photosynthesis_3(fn_photoautotroph_19(X))
& fn_photoautotroph_34(X) = fn_photosynthesis_32(fn_photoautotroph_19(X))
& fn_photoautotroph_27(X) = fn_photosynthesis_52(fn_photoautotroph_19(X))
& fn_photoautotroph_26(X) = fn_photosynthesis_51(fn_photoautotroph_19(X))
& fn_photoautotroph_33(X) = fn_photosynthesis_50(fn_photoautotroph_19(X))
& fn_photoautotroph_25(X) = fn_photosynthesis_38(fn_photoautotroph_19(X))
& fn_photoautotroph_23(X) = fn_photosynthesis_31(fn_photoautotroph_19(X))
& fn_photoautotroph_21(X) = fn_photosynthesis_40(fn_photoautotroph_19(X))
& fn_photoautotroph_5(X) = fn_photosynthesis_34(fn_photoautotroph_19(X))
& fn_photoautotroph_12(X) = fn_isomerization_reaction_2(fn_photoautotroph_14(X))
& fn_photoautotroph_11(X) = fn_isomerization_reaction_1(fn_photoautotroph_14(X))
& fn_fuel_7(fn_photoautotroph_6(X)) = fn_store_2(fn_photoautotroph_22(X))
& fn_store_2(fn_photoautotroph_22(X)) = fn_catabolic_pathway_10(fn_photoautotroph_7(X))
& fn_catabolic_pathway_10(fn_photoautotroph_7(X)) = fn_store_2(fn_photoautotroph_22(X))
& fn_store_2(fn_photoautotroph_22(X)) = fn_store_2(fn_photoautotroph_22(X))
& fn_store_2(fn_photoautotroph_22(X)) = fn_catabolic_pathway_10(fn_photoautotroph_8(X))
& fn_catabolic_pathway_10(fn_photoautotroph_8(X)) = fn_catabolic_pathway_10(fn_photoautotroph_7(X))
& fn_catabolic_pathway_10(fn_photoautotroph_7(X)) = fn_anabolic_pathway_5(fn_photoautotroph_19(X))
& fn_anabolic_pathway_5(fn_photoautotroph_19(X)) = fn_catabolic_pathway_10(fn_photoautotroph_8(X))
& fn_catabolic_pathway_10(fn_photoautotroph_8(X)) = fn_catabolic_pathway_10(fn_photoautotroph_8(X))
& fn_catabolic_pathway_10(fn_photoautotroph_8(X)) = fn_anabolic_pathway_5(fn_photoautotroph_19(X))
& fn_photosynthesis_37(fn_photoautotroph_19(X)) = fn_anabolic_pathway_5(fn_photoautotroph_19(X))
& fn_anabolic_pathway_5(fn_photoautotroph_19(X)) = fn_photosynthesis_37(fn_photoautotroph_19(X))
& fn_photosynthesis_37(fn_photoautotroph_19(X)) = fn_photosynthesis_37(fn_photoautotroph_19(X))
& fn_photosynthesis_37(fn_photoautotroph_19(X)) = fn_energy_investment_phase_of_glycolysis_22(fn_photoautotroph_8(X))
& fn_energy_investment_phase_of_glycolysis_22(fn_photoautotroph_8(X)) = fn_catabolic_pathway_9(fn_photoautotroph_8(X))
& fn_catabolic_pathway_9(fn_photoautotroph_8(X)) = fn_energy_investment_phase_of_glycolysis_27(fn_photoautotroph_8(X))
& fn_energy_investment_phase_of_glycolysis_27(fn_photoautotroph_8(X)) = fn_energy_investment_phase_of_glycolysis_27(fn_photoautotroph_8(X))
& fn_energy_investment_phase_of_glycolysis_27(fn_photoautotroph_8(X)) = fn_energy_payoff_phase_of_glycolysis_47(fn_photoautotroph_9(X))
& fn_energy_payoff_phase_of_glycolysis_47(fn_photoautotroph_9(X)) = fn_energy_payoff_phase_of_glycolysis_47(fn_photoautotroph_9(X))
& fn_energy_payoff_phase_of_glycolysis_47(fn_photoautotroph_9(X)) = fn_catabolic_pathway_9(fn_photoautotroph_7(X))
& fn_catabolic_pathway_9(fn_photoautotroph_7(X)) = fn_catabolic_pathway_9(fn_photoautotroph_9(X))
& fn_catabolic_pathway_9(fn_photoautotroph_9(X)) = fn_energy_payoff_phase_of_glycolysis_5(fn_photoautotroph_9(X))
& fn_energy_payoff_phase_of_glycolysis_5(fn_photoautotroph_9(X)) = fn_energy_payoff_phase_of_glycolysis_5(fn_photoautotroph_9(X))
& fn_energy_payoff_phase_of_glycolysis_5(fn_photoautotroph_9(X)) = fn_energy_payoff_phase_of_glycolysis_52(fn_photoautotroph_9(X))
& fn_energy_payoff_phase_of_glycolysis_52(fn_photoautotroph_9(X)) = fn_energy_payoff_phase_of_glycolysis_41(fn_photoautotroph_9(X))
& fn_energy_payoff_phase_of_glycolysis_41(fn_photoautotroph_9(X)) = fn_energy_payoff_phase_of_glycolysis_41(fn_photoautotroph_9(X))
& fn_energy_payoff_phase_of_glycolysis_41(fn_photoautotroph_9(X)) = fn_energy_payoff_phase_of_glycolysis_52(fn_photoautotroph_9(X))
& fn_energy_payoff_phase_of_glycolysis_52(fn_photoautotroph_9(X)) = fn_energy_payoff_phase_of_glycolysis_52(fn_photoautotroph_9(X))
& fn_energy_payoff_phase_of_glycolysis_52(fn_photoautotroph_9(X)) = fn_catabolic_pathway_1(fn_photoautotroph_8(X))
& fn_catabolic_pathway_1(fn_photoautotroph_8(X)) = fn_photosynthesis_54(fn_photoautotroph_19(X))
& fn_photosynthesis_54(fn_photoautotroph_19(X)) = fn_catabolic_pathway_4(fn_photoautotroph_8(X))
& fn_anabolic_pathway_3(fn_photoautotroph_19(X)) = fn_catabolic_pathway_4(fn_photoautotroph_8(X))
& fn_catabolic_pathway_4(fn_photoautotroph_8(X)) = fn_anabolic_pathway_3(fn_photoautotroph_19(X))
& fn_anabolic_pathway_3(fn_photoautotroph_19(X)) = fn_glucose_2(fn_photoautotroph_20(X))
& fn_glucose_2(fn_photoautotroph_20(X)) = fn_glucose_2(fn_photoautotroph_20(X))
& fn_glucose_2(fn_photoautotroph_20(X)) = fn_photosynthesis_25(fn_photoautotroph_19(X))
& fn_photosynthesis_25(fn_photoautotroph_19(X)) = fn_photosynthesis_25(fn_photoautotroph_19(X))
& fn_photosynthesis_25(fn_photoautotroph_19(X)) = fn_catabolic_pathway_2(fn_photoautotroph_8(X))
& fn_photosynthesis_24(fn_photoautotroph_19(X)) = fn_catabolic_pathway_2(fn_photoautotroph_8(X))
& fn_catabolic_pathway_2(fn_photoautotroph_8(X)) = fn_photosynthesis_24(fn_photoautotroph_19(X))
& fn_photosynthesis_24(fn_photoautotroph_19(X)) = fn_photosynthesis_24(fn_photoautotroph_19(X))
& fn_photosynthesis_24(fn_photoautotroph_19(X)) = fn_autotroph_3(X)
& fn_autotroph_3(X) = fn_photosynthesis_38(fn_photoautotroph_19(X))
& fn_photosynthesis_38(fn_photoautotroph_19(X)) = fn_photosynthesis_38(fn_photoautotroph_19(X))
& fn_photosynthesis_38(fn_photoautotroph_19(X)) = fn_store_1(fn_photoautotroph_22(X))
& fn_store_1(fn_photoautotroph_22(X)) = fn_photosynthesis_40(fn_photoautotroph_19(X))
& fn_photosynthesis_40(fn_photoautotroph_19(X)) = fn_photosynthesis_40(fn_photoautotroph_19(X))
& fn_photosynthesis_40(fn_photoautotroph_19(X)) = fn_catabolic_pathway_10(fn_photoautotroph_9(X))
& fn_catabolic_pathway_10(fn_photoautotroph_9(X)) = fn_energy_payoff_phase_of_glycolysis_46(fn_photoautotroph_9(X))
& fn_energy_payoff_phase_of_glycolysis_46(fn_photoautotroph_9(X)) = fn_energy_payoff_phase_of_glycolysis_46(fn_photoautotroph_9(X))
& fn_energy_payoff_phase_of_glycolysis_46(fn_photoautotroph_9(X)) = fn_isomerization_reaction_2(fn_photoautotroph_14(X))
& fn_isomerization_reaction_2(fn_photoautotroph_14(X)) = fn_energy_payoff_phase_of_glycolysis_50(fn_photoautotroph_9(X))
& fn_energy_payoff_phase_of_glycolysis_50(fn_photoautotroph_9(X)) = fn_nad_plus_1(fn_photoautotroph_12(X))
& fn_nad_plus_1(fn_photoautotroph_12(X)) = fn_nad_plus_1(fn_photoautotroph_12(X))
& fn_nad_plus_1(fn_photoautotroph_12(X)) = fn_isomerization_reaction_1(fn_photoautotroph_14(X))
& fn_isomerization_reaction_1(fn_photoautotroph_14(X)) = fn_energy_payoff_phase_of_glycolysis_76(fn_photoautotroph_9(X))
& fn_energy_payoff_phase_of_glycolysis_40(fn_photoautotroph_9(X)) = fn_energy_payoff_phase_of_glycolysis_40(fn_photoautotroph_9(X))
& fn_energy_payoff_phase_of_glycolysis_40(fn_photoautotroph_9(X)) = fn_energy_payoff_phase_of_glycolysis_76(fn_photoautotroph_9(X))
& fn_energy_payoff_phase_of_glycolysis_76(fn_photoautotroph_9(X)) = fn_energy_payoff_phase_of_glycolysis_40(fn_photoautotroph_9(X)) ) ) ).
fof(a531691,axiom,
! [X] :
( photoelectric_tube_1(X)
=> ( original_name_2(X,'Photoelectric-Tube')
& user_description_2(X,'A photoelectric tube is a device which converts light to electricity.')
& concept2words_2(X,'photoelectric tube')
& concept2words_2(X,'photoelectric-tube')
& device_1(X) ) ) ).
fof(a531692,axiom,
! [X] :
( photoexcitation_1(X)
=> ( original_name_2(X,'Photoexcitation')
& user_description_2(X,'The process of electron excitation by photon absorption.')
& concept2words_2(X,photoexcitation)
& electromagnetic_process_1(X)
& ~ magnetic_reversal_1(X) ) ) ).
fof(a531693,axiom,
! [X] :
( photographic_film_1(X)
=> ( original_name_2(X,'Photographic-Film')
& user_description_2(X,'Photographic material consisting of a base of celluloid covered with a photographic emulsion; used to make negatives or transparencies that can be developed.')
& concept2words_2(X,'photographic film')
& concept2words_2(X,'photographic-film')
& artifact_1(X)
& ~ physical_document_1(X)
& ~ furnishing_1(X)
& ~ device_1(X)
& ~ architectural_structure_1(X)
& ~ pharmaceutical_product_1(X)
& ~ scientific_device_1(X)
& ~ useful_product_1(X) ) ) ).
fof(a531694,axiom,
! [X] :
( photoheterotroph_1(X)
=> ( original_name_2(X,'Photoheterotroph')
& user_description_2(X,'An organism that uses the energy from light to produce ATP but is unable to fix carbon and must obtain it from an organic source.')
& heterotroph_1(X)
& ~ chemoheterotroph_1(X)
& ~ decomposer_1(X)
& ~ obligate_aerobe_1(X)
& ~ parasite_1(X)
& ~ primary_consumer_1(X)
& ~ secondary_consumer_1(X)
& ~ tertiary_consumer_1(X)
& light_1(fn_photoheterotroph_1(X))
& nutrition_1(fn_photoheterotroph_2(X))
& raw_material_2(fn_photoheterotroph_2(X),fn_photoheterotroph_1(X))
& in_event_2(X,fn_photoheterotroph_2(X))
& fn_photoheterotroph_2(X) = fn_heterotroph_3(X) ) ) ).
fof(a531695,axiom,
! [X] :
( photomorphogenesis_1(X)
=> ( original_name_2(X,'Photomorphogenesis')
& user_description_2(X,'In plants, the effects of light on development and morphology.')
& concept2words_2(X,photomorphogenesis)
& plant_process_1(X) ) ) ).
fof(a531696,axiom,
! [X] :
( photon_1(X)
=> ( original_name_2(X,'Photon')
& user_description_2(X,'The elementary particle of electromagnetic radiation.')
& concept2words_2(X,'particle of light')
& concept2words_2(X,'discrete particle of light')
& concept2words_2(X,photon)
& particle_1(X)
& electromagnetic_energy_1(X)
& light_1(fn_photon_1(X))
& length_value_1(fn_photon_2(X))
& quantity_value_1(fn_photon_3(X))
& has_part_2(fn_photon_1(X),X)
& fn_photon_5(X) = fn_electromagnetic_energy_1(X)
& fn_photon_4(X) = fn_electromagnetic_energy_2(X)
& fn_photon_3(X) = fn_electromagnetic_energy_3(X)
& fn_photon_2(X) = fn_electromagnetic_energy_4(X) ) ) ).
fof(a531697,axiom,
! [X] :
( photoperiodic_control_of_flowering_1(X)
=> ( original_name_2(X,'Photoperiodic-Control-Of-Flowering')
& user_description_2(X,'A physiological response to photoperiod that determines when a plant flowers.')
& concept2words_2(X,'photoperiodic control of flowering')
& concept2words_2(X,'photoperiodic-control-of-flowering')
& plant_process_1(X) ) ) ).
fof(a531698,axiom,
! [X] :
( photoperiodism_1(X)
=> ( original_name_2(X,'Photoperiodism')
& user_description_2(X,'A physiological response to the relative lengths of night and day. Most organisms demonstrate some degree of photoperiodism.')
& concept2words_2(X,respond)
& concept2words_2(X,photoperiodism)
& cellular_response_1(X)
& ~ positive_feedback_1(X)
& ~ reflex_1(X)
& ~ thigmomorphogenesis_1(X)
& ~ triple_response_1(X)
& ~ tropism_1(X)
& light_1(fn_photoperiodism_1(X))
& agent_2(X,fn_photoperiodism_1(X)) ) ) ).
fof(a531699,axiom,
! [X] :
( photoprotection_1(X)
=> ( original_name_2(X,'Photoprotection')
& user_description_2(X,'Photoprotection is a group of mechanisms that nature has developed to minimize the damage that the human body suffers when exposed to UV radiation. This damage mostly occurs in the skin, but the rest of the body (especially the testicles) can be affected by the oxidative stress caused by UV light.')
& concept2words_2(X,photoprotection)
& defense_1(X)
& ultraviolet_rays_1(fn_photoprotection_1(X))
& damage_1(fn_photoprotection_2(X))
& carotenoid_1(fn_photoprotection_3(X))
& photoprotection_1(fn_carotenoid_3(fn_photoprotection_3(X)))
& agent_2(fn_photoprotection_2(X),fn_photoprotection_1(X))
& prevents_2(X,fn_photoprotection_2(X))
& has_function_2(fn_photoprotection_3(X),X)
& agent_2(X,fn_photoprotection_3(X))
& X = fn_carotenoid_3(fn_photoprotection_3(X))
& fn_carotenoid_3(fn_photoprotection_3(X)) = fn_carotenoid_3(fn_photoprotection_3(X)) ) ) ).
fof(a531700,axiom,
! [X] :
( photoprotection_in_eye_1(X)
=> ( original_name_2(X,'Photoprotection-In-Eye')
& user_description_2(X,'Photoprotection is a group of mechanisms that nature has developed to minimize the damage that the human body suffers when exposed to UV radiation.')
& concept2words_2(X,'photoprotection in eye')
& concept2words_2(X,'photoprotection-in-eye')
& photoprotection_1(X)
& ~ photoprotection_in_plant_1(X)
& eye_1(fn_photoprotection_in_eye_1(X))
& impair_1(fn_photoprotection_in_eye_2(X))
& damage_1(fn_photoprotection_in_eye_2(X))
& tangible_entity_1(fn_impair_1(fn_photoprotection_in_eye_2(X)))
& object_2(fn_photoprotection_in_eye_2(X),fn_photoprotection_in_eye_1(X))
& prevents_2(X,fn_photoprotection_in_eye_2(X))
& fn_photoprotection_in_eye_1(X) = fn_impair_1(fn_photoprotection_in_eye_2(X))
& fn_photoprotection_in_eye_2(X) = fn_photoprotection_2(X) ) ) ).
fof(a531701,axiom,
! [X] :
( photoprotection_in_plant_1(X)
=> ( original_name_2(X,'Photoprotection-In-Plant')
& user_description_2(X,'Plants are able to turn unwanted absorbed light into heat by altering the structure of one of the proteins in the membranes. This prevents the damage by dissipating the lethal excess radiation. This process is aided by special carotenoid molecule called zeaxanthin.')
& concept2words_2(X,photoprotect)
& concept2words_2(X,'photoprotection in plant')
& concept2words_2(X,'photoprotection-in-plant')
& photoprotection_1(X)
& ~ photoprotection_in_eye_1(X)
& plant_1(fn_photoprotection_in_plant_1(X))
& spatial_entity_1(fn_photoprotection_in_plant_2(X))
& molecular_region_1(fn_photoprotection_in_plant_2(X))
& leave_1(fn_photoprotection_in_plant_3(X))
& leave_1(fn_photoprotection_in_plant_4(X))
& light_1(fn_photoprotection_in_plant_5(X))
& light_1(fn_photoprotection_in_plant_6(X))
& chloroplast_1(fn_photoprotection_in_plant_7(X))
& damage_1(fn_photoprotection_in_plant_8(X))
& impair_1(fn_photoprotection_in_plant_8(X))
& disperse_1(fn_photoprotection_in_plant_9(X))
& move_1(fn_photoprotection_in_plant_10(X))
& absorb_1(fn_photoprotection_in_plant_10(X))
& carotenoid_1(fn_photoprotection_in_plant_11(X))
& move_1(fn_carotenoid_18(fn_photoprotection_in_plant_11(X)))
& absorb_1(fn_carotenoid_18(fn_photoprotection_in_plant_11(X)))
& tangible_entity_1(fn_impair_1(fn_photoprotection_in_plant_8(X)))
& spatial_entity_1(fn_disperse_2(fn_photoprotection_in_plant_9(X)))
& spatial_entity_1(fn_locomotion_1(fn_photoprotection_in_plant_3(X)))
& spatial_entity_1(fn_disperse_1(fn_photoprotection_in_plant_9(X)))
& spatial_entity_1(fn_locomotion_1(fn_photoprotection_in_plant_4(X)))
& spatial_entity_1(fn_leave_1(fn_photoprotection_in_plant_4(X)))
& spatial_entity_1(fn_leave_1(fn_photoprotection_in_plant_3(X)))
& spatial_entity_1(fn_disperse_3(fn_photoprotection_in_plant_9(X)))
& molecular_region_1(fn_carotenoid_6(fn_photoprotection_in_plant_11(X)))
& photoprotection_1(fn_carotenoid_3(fn_photoprotection_in_plant_11(X)))
& next_event_2(fn_photoprotection_in_plant_10(X),fn_photoprotection_in_plant_9(X))
& agent_2(fn_photoprotection_in_plant_9(X),fn_photoprotection_in_plant_11(X))
& prevents_2(fn_photoprotection_in_plant_9(X),fn_photoprotection_in_plant_8(X))
& first_subevent_2(fn_photoprotection_in_plant_9(X),fn_photoprotection_in_plant_4(X))
& first_subevent_2(fn_photoprotection_in_plant_9(X),fn_photoprotection_in_plant_3(X))
& subevent_2(fn_photoprotection_in_plant_9(X),fn_photoprotection_in_plant_4(X))
& subevent_2(fn_photoprotection_in_plant_9(X),fn_photoprotection_in_plant_3(X))
& experiencer_2(X,fn_photoprotection_in_plant_1(X))
& subevent_2(X,fn_photoprotection_in_plant_9(X))
& subevent_2(X,fn_photoprotection_in_plant_10(X))
& object_2(fn_photoprotection_in_plant_9(X),fn_photoprotection_in_plant_6(X))
& object_2(fn_photoprotection_in_plant_9(X),fn_photoprotection_in_plant_5(X))
& origin_2(fn_photoprotection_in_plant_4(X),fn_photoprotection_in_plant_2(X))
& origin_2(fn_photoprotection_in_plant_3(X),fn_photoprotection_in_plant_2(X))
& origin_2(fn_photoprotection_in_plant_9(X),fn_photoprotection_in_plant_2(X))
& agent_2(fn_photoprotection_in_plant_3(X),fn_photoprotection_in_plant_6(X))
& object_2(fn_photoprotection_in_plant_3(X),fn_photoprotection_in_plant_6(X))
& agent_2(fn_photoprotection_in_plant_4(X),fn_photoprotection_in_plant_5(X))
& object_2(fn_photoprotection_in_plant_4(X),fn_photoprotection_in_plant_5(X))
& prevents_2(X,fn_photoprotection_in_plant_8(X))
& has_function_2(fn_photoprotection_in_plant_11(X),X)
& agent_2(X,fn_photoprotection_in_plant_11(X))
& base_2(fn_photoprotection_in_plant_10(X),fn_photoprotection_in_plant_11(X))
& agent_2(fn_photoprotection_in_plant_10(X),fn_photoprotection_in_plant_11(X))
& has_region_2(fn_photoprotection_in_plant_11(X),fn_photoprotection_in_plant_2(X))
& object_2(fn_photoprotection_in_plant_8(X),fn_photoprotection_in_plant_7(X))
& fn_photoprotection_in_plant_6(X) = fn_disperse_2(fn_photoprotection_in_plant_9(X))
& fn_photoprotection_in_plant_5(X) = fn_disperse_1(fn_photoprotection_in_plant_9(X))
& fn_photoprotection_in_plant_2(X) = fn_leave_1(fn_photoprotection_in_plant_4(X))
& fn_photoprotection_in_plant_2(X) = fn_leave_1(fn_photoprotection_in_plant_3(X))
& fn_photoprotection_in_plant_2(X) = fn_disperse_3(fn_photoprotection_in_plant_9(X))
& fn_photoprotection_in_plant_6(X) = fn_locomotion_1(fn_photoprotection_in_plant_3(X))
& fn_photoprotection_in_plant_5(X) = fn_locomotion_1(fn_photoprotection_in_plant_4(X))
& fn_photoprotection_in_plant_8(X) = fn_photoprotection_2(X)
& fn_photoprotection_in_plant_2(X) = fn_carotenoid_6(fn_photoprotection_in_plant_11(X))
& fn_photoprotection_in_plant_10(X) = fn_carotenoid_18(fn_photoprotection_in_plant_11(X))
& X = fn_carotenoid_3(fn_photoprotection_in_plant_11(X))
& fn_photoprotection_in_plant_7(X) = fn_impair_1(fn_photoprotection_in_plant_8(X))
& fn_disperse_2(fn_photoprotection_in_plant_9(X)) = fn_locomotion_1(fn_photoprotection_in_plant_3(X))
& fn_locomotion_1(fn_photoprotection_in_plant_3(X)) = fn_locomotion_1(fn_photoprotection_in_plant_3(X))
& fn_locomotion_1(fn_photoprotection_in_plant_3(X)) = fn_disperse_1(fn_photoprotection_in_plant_9(X))
& fn_disperse_1(fn_photoprotection_in_plant_9(X)) = fn_locomotion_1(fn_photoprotection_in_plant_4(X))
& fn_locomotion_1(fn_photoprotection_in_plant_4(X)) = fn_locomotion_1(fn_photoprotection_in_plant_4(X))
& fn_locomotion_1(fn_photoprotection_in_plant_4(X)) = fn_leave_1(fn_photoprotection_in_plant_4(X))
& fn_leave_1(fn_photoprotection_in_plant_4(X)) = fn_leave_1(fn_photoprotection_in_plant_3(X))
& fn_leave_1(fn_photoprotection_in_plant_3(X)) = fn_disperse_3(fn_photoprotection_in_plant_9(X))
& fn_disperse_3(fn_photoprotection_in_plant_9(X)) = fn_disperse_3(fn_photoprotection_in_plant_9(X))
& fn_disperse_3(fn_photoprotection_in_plant_9(X)) = fn_carotenoid_6(fn_photoprotection_in_plant_11(X))
& fn_carotenoid_3(fn_photoprotection_in_plant_11(X)) = fn_carotenoid_3(fn_photoprotection_in_plant_11(X)) ) ) ).
fof(a531702,axiom,
! [X] :
( photoreceptor_1(X)
=> ( original_name_2(X,'Photoreceptor')
& user_description_2(X,'A sensory receptor that detects visible light.')
& concept2words_2(X,photoreceptor)
& receptor_protein_1(X)
& electromagnetic_receptor_1(X) ) ) ).
fof(a531703,axiom,
! [X] :
( photorespiration_1(X)
=> ( original_name_2(X,'Photorespiration')
& user_description_2(X,'When CO2 concentration become low in C3 plants, the enzyme rubisco adds O2 as a ligand instead of CO2. The result of photorespiration includes a two-carbon compound that leaves the chloroplast and is recycled by a peroxisome and a mitochondrion, which requires energy. Photorespiration reduces the efficiency of photosynthesis since it uses ATP and does not generate any sugars.')
& concept2words_2(X,convert)
& concept2words_2(X,photorespiration)
& metabolic_pathway_1(X)
& biological_region_1(fn_photorespiration_1(X))
& rate_value_1(fn_photorespiration_4(X))
& concentration_value_1(fn_photorespiration_5(X))
& atmosphere_1(fn_photorespiration_6(X))
& hydrophilic_face_1(fn_photorespiration_7(X))
& hydrophilic_face_1(fn_photorespiration_8(X))
& photoprotection_in_plant_1(fn_photorespiration_9(X))
& atp_1(fn_photorespiration_10(X))
& activation_energy_1(fn_photorespiration_11(X))
& free_energy_1(fn_photorespiration_12(X))
& ribulose_bisphosphate_1(fn_photorespiration_13(X))
& three_phosphoglycerate_1(fn_photorespiration_14(X))
& serine_1(fn_photorespiration_15(X))
& space_1(fn_photorespiration_16(X))
& visible_light_1(fn_photorespiration_17(X))
& serine_1(fn_photorespiration_18(X))
& chemical_reaction_1(fn_photorespiration_19(X))
& chemical_1(fn_photorespiration_22(X))
& water_1(fn_photorespiration_22(X))
& quantity_value_1(fn_photorespiration_24(X))
& protein_enzyme_1(fn_photorespiration_25(X))
& dna_1(fn_photorespiration_26(X))
& chloroplast_dna_1(fn_photorespiration_26(X))
& ribosome_1(fn_photorespiration_27(X))
& polymer_1(fn_photorespiration_28(X))
& enzyme_1(fn_photorespiration_28(X))
& chemical_entity_1(fn_photorespiration_28(X))
& protein_1(fn_photorespiration_28(X))
& protein_enzyme_1(fn_photorespiration_28(X))
& mrna_1(fn_photorespiration_29(X))
& protein_enzyme_1(fn_photorespiration_30(X))
& co2_gas_1(fn_photorespiration_31(X))
& chemical_reaction_1(fn_photorespiration_32(X))
& chemical_entity_1(fn_photorespiration_33(X))
& carbon_1(fn_photorespiration_33(X))
& move_1(fn_photorespiration_34(X))
& biomembrane_1(fn_photorespiration_35(X))
& spatial_entity_1(fn_photorespiration_36(X))
& chemical_entity_1(fn_photorespiration_36(X))
& molecule_1(fn_photorespiration_36(X))
& organic_molecule_1(fn_photorespiration_36(X))
& aqueous_solution_1(fn_photorespiration_37(X))
& photosynthesis_1(fn_photorespiration_38(X))
& stoma_1(fn_photorespiration_39(X))
& protein_enzyme_1(fn_photorespiration_40(X))
& spatial_entity_1(fn_photorespiration_41(X))
& carbon_dioxide_1(fn_photorespiration_41(X))
& chemical_reaction_1(fn_photorespiration_42(X))
& increase_1(fn_photorespiration_43(X))
& spatial_entity_1(fn_photorespiration_44(X))
& chemical_entity_1(fn_photorespiration_44(X))
& hydrophobic_compound_1(fn_photorespiration_44(X))
& molecule_1(fn_photorespiration_44(X))
& carbon_dioxide_1(fn_photorespiration_44(X))
& tangible_entity_1(fn_photorespiration_45(X))
& peroxisome_1(fn_photorespiration_45(X))
& solution_1(fn_photorespiration_46(X))
& mixture_1(fn_photorespiration_46(X))
& aqueous_solution_1(fn_photorespiration_46(X))
& stroma_1(fn_photorespiration_46(X))
& semiautonomous_organelle_1(fn_photorespiration_47(X))
& chloroplast_1(fn_photorespiration_47(X))
& move_1(fn_photorespiration_48(X))
& dephosphorylation_1(fn_photorespiration_49(X))
& synthesis_reaction_1(fn_photorespiration_50(X))
& anabolic_pathway_1(fn_photorespiration_51(X))
& calvin_cycle_1(fn_photorespiration_51(X))
& leaf_1(fn_photorespiration_52(X))
& partial_closing_of_stoma_1(fn_photorespiration_53(X))
& move_out_of_1(fn_photorespiration_54(X))
& add_1(fn_photorespiration_55(X))
& carbon_fixation_1(fn_photorespiration_56(X))
& cell_1(fn_photorespiration_57(X))
& plant_cell_1(fn_photorespiration_57(X))
& oxygen_molecule_1(fn_photorespiration_58(X))
& chemical_entity_1(fn_photorespiration_59(X))
& carbon_1(fn_photorespiration_59(X))
& molecule_1(fn_photorespiration_60(X))
& chemical_entity_1(fn_photorespiration_60(X))
& organic_molecule_1(fn_photorespiration_60(X))
& spatial_entity_1(fn_photorespiration_61(X))
& chemical_entity_1(fn_photorespiration_61(X))
& molecule_1(fn_photorespiration_61(X))
& organic_molecule_1(fn_photorespiration_61(X))
& spatial_entity_1(fn_photorespiration_62(X))
& carbon_dioxide_1(fn_photorespiration_63(X))
& mitochondrial_matrix_1(fn_photorespiration_64(X))
& shape_value_1(fn_photorespiration_65(X))
& mitochondrial_matrix_1(fn_photorespiration_66(X))
& cellular_respiration_1(fn_photorespiration_67(X))
& cell_1(fn_photorespiration_68(X))
& eukaryotic_cell_1(fn_photorespiration_68(X))
& tangible_entity_1(fn_photorespiration_69(X))
& mitochondrion_1(fn_photorespiration_69(X))
& move_out_of_1(fn_photorespiration_70(X))
& shape_value_1(fn_photorespiration_71(X))
& carbon_skeleton_1(fn_photorespiration_72(X))
& chemical_bond_1(fn_photorespiration_73(X))
& atom_1(fn_photorespiration_74(X))
& chemical_entity_1(fn_photorespiration_74(X))
& carbon_skeleton_1(fn_photorespiration_75(X))
& chemical_bond_1(fn_photorespiration_76(X))
& atom_1(fn_photorespiration_77(X))
& chemical_entity_1(fn_photorespiration_77(X))
& enzyme_1(fn_photorespiration_78(X))
& polymer_1(fn_photorespiration_78(X))
& chemical_entity_1(fn_photorespiration_78(X))
& protein_1(fn_photorespiration_78(X))
& protein_enzyme_1(fn_photorespiration_78(X))
& chemical_entity_1(fn_chemical_reaction_1(fn_photorespiration_42(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_photorespiration_50(X)))
& tangible_entity_1(fn_move_out_of_1(fn_photorespiration_70(X)))
& tangible_entity_1(fn_move_out_of_1(fn_photorespiration_54(X)))
& chemical_reaction_1(fn_enzyme_4(fn_photorespiration_40(X)))
& stoma_1(fn_partial_closing_of_stoma_2(fn_photorespiration_53(X)))
& property_node_1(fn_partial_closing_of_stoma_7(fn_photorespiration_53(X)))
& quantity_value_1(fn_partial_closing_of_stoma_10(fn_photorespiration_53(X)))
& increase_1(fn_partial_closing_of_stoma_26(fn_photorespiration_53(X)))
& leaf_1(fn_partial_closing_of_stoma_1(fn_photorespiration_53(X)))
& spatial_entity_1(fn_mitochondrion_24(fn_photorespiration_69(X)))
& chemical_bond_1(fn_molecule_10(fn_photorespiration_61(X)))
& chemical_bond_1(fn_molecule_10(fn_photorespiration_36(X)))
& property_node_1(fn_mitochondrion_17(fn_photorespiration_69(X)))
& shape_value_1(fn_mitochondrion_16(fn_photorespiration_69(X)))
& mitochondrial_matrix_1(fn_mitochondrion_37(fn_photorespiration_69(X)))
& spatial_entity_1(fn_mitochondrion_23(fn_photorespiration_69(X)))
& calvin_cycle_1(fn_chloroplast_89(fn_photorespiration_47(X)))
& anabolic_pathway_1(fn_chloroplast_89(fn_photorespiration_47(X)))
& photosynthesis_1(fn_chloroplast_79(fn_photorespiration_47(X)))
& aqueous_solution_1(fn_peroxisome_26(fn_photorespiration_45(X)))
& biomembrane_1(fn_peroxisome_25(fn_photorespiration_45(X)))
& property_node_1(fn_peroxisome_5(fn_photorespiration_45(X)))
& shape_value_1(fn_peroxisome_6(fn_photorespiration_45(X)))
& chemical_reaction_1(fn_calvin_cycle_34(fn_photorespiration_51(X)))
& carbon_fixation_1(fn_calvin_cycle_57(fn_photorespiration_51(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_photorespiration_61(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_photorespiration_36(X)))
& protein_enzyme_1(fn_stroma_4(fn_photorespiration_46(X)))
& mixture_1(fn_chloroplast_96(fn_photorespiration_47(X)))
& aqueous_solution_1(fn_chloroplast_96(fn_photorespiration_47(X)))
& stroma_1(fn_chloroplast_96(fn_photorespiration_47(X)))
& spatial_entity_1(fn_move_1(fn_photorespiration_70(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_photorespiration_32(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_photorespiration_50(X)))
& molecule_1(fn_dephosphorylation_11(fn_photorespiration_49(X)))
& chemical_entity_1(fn_dephosphorylation_11(fn_photorespiration_49(X)))
& organic_molecule_1(fn_dephosphorylation_11(fn_photorespiration_49(X)))
& spatial_entity_1(fn_move_1(fn_photorespiration_54(X)))
& carbon_dioxide_1(fn_co2_gas_1(fn_photorespiration_31(X)))
& chemical_1(fn_solution_6(fn_photorespiration_46(X)))
& water_1(fn_aqueous_solution_14(fn_photorespiration_46(X)))
& cell_1(fn_metabolic_pathway_1(fn_photorespiration_67(X)))
& eukaryotic_cell_1(fn_mitochondrion_51(fn_photorespiration_69(X)))
& protein_enzyme_1(fn_peroxisome_2(fn_photorespiration_45(X)))
& protein_enzyme_1(fn_peroxisome_43(fn_photorespiration_45(X)))
& spatial_entity_1(fn_add_1(fn_photorespiration_55(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_photorespiration_51(X)))
& chemical_entity_1(fn_calvin_cycle_55(fn_photorespiration_51(X)))
& hydrophobic_compound_1(fn_calvin_cycle_55(fn_photorespiration_51(X)))
& molecule_1(fn_calvin_cycle_55(fn_photorespiration_51(X)))
& carbon_dioxide_1(fn_calvin_cycle_55(fn_photorespiration_51(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_photorespiration_76(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_photorespiration_76(X)))
& carbon_1(fn_organic_molecule_1(fn_photorespiration_61(X)))
& atom_1(fn_molecule_11(fn_photorespiration_61(X)))
& atom_1(fn_organic_molecule_2(fn_photorespiration_61(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_photorespiration_61(X)))
& spatial_entity_1(fn_move_1(fn_photorespiration_48(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_photorespiration_42(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_photorespiration_49(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_photorespiration_73(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_photorespiration_73(X)))
& carbon_1(fn_organic_molecule_1(fn_photorespiration_36(X)))
& atom_1(fn_molecule_11(fn_photorespiration_36(X)))
& atom_1(fn_organic_molecule_2(fn_photorespiration_36(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_photorespiration_36(X)))
& spatial_entity_1(fn_move_1(fn_photorespiration_34(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_photorespiration_49(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_photorespiration_32(X)))
& ribosome_1(fn_chloroplast_30(fn_photorespiration_47(X)))
& ribosome_1(fn_stroma_3(fn_photorespiration_46(X)))
& dna_1(fn_semiautonomous_organelle_2(fn_photorespiration_47(X)))
& chloroplast_dna_1(fn_stroma_2(fn_photorespiration_46(X)))
& mrna_1(fn_semiautonomous_organelle_6(fn_photorespiration_47(X)))
& mrna_1(fn_stroma_5(fn_photorespiration_46(X)))
& enzyme_1(fn_chloroplast_55(fn_photorespiration_47(X)))
& polymer_1(fn_chloroplast_55(fn_photorespiration_47(X)))
& protein_1(fn_chloroplast_55(fn_photorespiration_47(X)))
& protein_enzyme_1(fn_chloroplast_55(fn_photorespiration_47(X)))
& chemical_entity_1(fn_chloroplast_74(fn_photorespiration_47(X)))
& enzyme_1(fn_chloroplast_74(fn_photorespiration_47(X)))
& protein_1(fn_chloroplast_74(fn_photorespiration_47(X)))
& protein_enzyme_1(fn_chloroplast_74(fn_photorespiration_47(X)))
& chemical_entity_1(fn_chloroplast_83(fn_photorespiration_47(X)))
& protein_1(fn_chloroplast_83(fn_photorespiration_47(X)))
& protein_enzyme_1(fn_chloroplast_83(fn_photorespiration_47(X)))
& chemical_entity_1(fn_stroma_1(fn_photorespiration_46(X)))
& protein_1(fn_stroma_1(fn_photorespiration_46(X)))
& protein_enzyme_1(fn_stroma_1(fn_photorespiration_46(X)))
& protein_enzyme_1(fn_stroma_6(fn_photorespiration_46(X)))
& chloroplast_1(fn_plant_cell_6(fn_photorespiration_57(X)))
& chloroplast_1(fn_stroma_7(fn_photorespiration_46(X)))
& path_2(fn_photorespiration_70(X),fn_photorespiration_16(X))
& origin_2(fn_photorespiration_70(X),fn_photorespiration_64(X))
& destination_2(fn_photorespiration_70(X),fn_photorespiration_62(X))
& has_function_2(fn_photorespiration_69(X),fn_photorespiration_67(X))
& has_region_2(fn_photorespiration_69(X),fn_photorespiration_16(X))
& site_2(fn_photorespiration_67(X),fn_photorespiration_69(X))
& fn_photorespiration_66(X) != fn_photorespiration_64(X)
& fn_photorespiration_64(X) != fn_photorespiration_66(X)
& is_inside_2(fn_photorespiration_63(X),fn_photorespiration_69(X))
& fn_photorespiration_61(X) != fn_photorespiration_60(X)
& fn_photorespiration_61(X) != fn_photorespiration_36(X)
& fn_photorespiration_60(X) != fn_photorespiration_61(X)
& fn_photorespiration_60(X) != fn_photorespiration_36(X)
& quantity_2(fn_photorespiration_58(X),fn_photorespiration_24(X))
& first_subevent_2(fn_photorespiration_56(X),fn_photorespiration_55(X))
& subevent_2(fn_photorespiration_56(X),fn_photorespiration_55(X))
& origin_2(fn_photorespiration_54(X),fn_photorespiration_37(X))
& destination_2(fn_photorespiration_54(X),fn_photorespiration_6(X))
& path_2(fn_photorespiration_54(X),fn_photorespiration_1(X))
& has_region_2(fn_photorespiration_52(X),fn_photorespiration_39(X))
& raw_material_2(fn_photorespiration_50(X),fn_photorespiration_13(X))
& result_2(fn_photorespiration_50(X),fn_photorespiration_14(X))
& next_event_2(fn_photorespiration_50(X),fn_photorespiration_49(X))
& site_2(fn_photorespiration_50(X),fn_photorespiration_46(X))
& site_2(fn_photorespiration_49(X),fn_photorespiration_46(X))
& next_event_2(fn_photorespiration_49(X),fn_photorespiration_48(X))
& next_event_2(fn_photorespiration_49(X),fn_photorespiration_34(X))
& origin_2(fn_photorespiration_48(X),fn_photorespiration_46(X))
& destination_2(fn_photorespiration_48(X),fn_photorespiration_45(X))
& next_event_2(fn_photorespiration_48(X),fn_photorespiration_42(X))
& first_subevent_2(X,fn_photorespiration_50(X))
& rate_2(X,fn_photorespiration_4(X))
& causes_2(X,fn_photorespiration_9(X))
& result_2(X,fn_photorespiration_12(X))
& subevent_2(X,fn_photorespiration_70(X))
& subevent_2(X,fn_photorespiration_32(X))
& subevent_2(X,fn_photorespiration_34(X))
& subevent_2(X,fn_photorespiration_54(X))
& subevent_2(X,fn_photorespiration_42(X))
& subevent_2(X,fn_photorespiration_48(X))
& subevent_2(X,fn_photorespiration_49(X))
& subevent_2(X,fn_photorespiration_50(X))
& raw_material_2(X,fn_photorespiration_13(X))
& raw_material_2(X,fn_photorespiration_17(X))
& raw_material_2(X,fn_photorespiration_11(X))
& raw_material_2(X,fn_photorespiration_10(X))
& has_region_2(fn_photorespiration_45(X),fn_photorespiration_1(X))
& is_inside_2(fn_photorespiration_44(X),fn_photorespiration_45(X))
& causes_2(fn_photorespiration_43(X),X)
& site_2(fn_photorespiration_42(X),fn_photorespiration_45(X))
& next_event_2(fn_photorespiration_42(X),fn_photorespiration_54(X))
& result_2(fn_photorespiration_42(X),fn_photorespiration_41(X))
& is_inside_2(fn_photorespiration_41(X),fn_photorespiration_45(X))
& is_outside_2(fn_photorespiration_8(X),fn_photorespiration_37(X))
& is_inside_2(fn_photorespiration_8(X),fn_photorespiration_35(X))
& is_inside_2(fn_photorespiration_37(X),fn_photorespiration_45(X))
& fn_photorespiration_36(X) != fn_photorespiration_60(X)
& fn_photorespiration_36(X) != fn_photorespiration_61(X)
& is_inside_2(fn_photorespiration_7(X),fn_photorespiration_37(X))
& is_outside_2(fn_photorespiration_7(X),fn_photorespiration_35(X))
& is_outside_2(fn_photorespiration_6(X),fn_photorespiration_45(X))
& origin_2(fn_photorespiration_34(X),fn_photorespiration_46(X))
& destination_2(fn_photorespiration_34(X),fn_photorespiration_69(X))
& next_event_2(fn_photorespiration_34(X),fn_photorespiration_32(X))
& result_2(fn_photorespiration_32(X),fn_photorespiration_15(X))
& site_2(fn_photorespiration_32(X),fn_photorespiration_69(X))
& next_event_2(fn_photorespiration_32(X),fn_photorespiration_70(X))
& concentration_2(fn_photorespiration_31(X),fn_photorespiration_5(X))
& negative_influence_2(fn_photorespiration_5(X),fn_photorespiration_4(X))
& object_2(fn_photorespiration_55(X),fn_photorespiration_44(X))
& object_2(fn_photorespiration_54(X),fn_photorespiration_41(X))
& object_2(fn_photorespiration_70(X),fn_photorespiration_63(X))
& result_2(fn_photorespiration_32(X),fn_photorespiration_63(X))
& result_2(fn_photorespiration_42(X),fn_photorespiration_18(X))
& raw_material_2(X,fn_photorespiration_58(X))
& raw_material_2(fn_photorespiration_50(X),fn_photorespiration_58(X))
& object_2(fn_photorespiration_34(X),fn_photorespiration_36(X))
& object_2(fn_photorespiration_48(X),fn_photorespiration_61(X))
& base_2(fn_photorespiration_70(X),fn_photorespiration_69(X))
& base_2(X,fn_photorespiration_57(X))
& base_2(fn_photorespiration_54(X),fn_photorespiration_45(X))
& result_2(fn_photorespiration_49(X),fn_photorespiration_36(X))
& raw_material_2(fn_photorespiration_42(X),fn_photorespiration_61(X))
& result_2(fn_photorespiration_49(X),fn_photorespiration_61(X))
& raw_material_2(fn_photorespiration_32(X),fn_photorespiration_36(X))
& result_2(fn_photorespiration_50(X),fn_photorespiration_60(X))
& base_2(fn_photorespiration_67(X),fn_photorespiration_68(X))
& raw_material_2(fn_photorespiration_49(X),fn_photorespiration_60(X))
& has_function_2(fn_photorespiration_40(X),X)
& has_part_2(fn_photorespiration_57(X),fn_photorespiration_47(X))
& has_part_2(fn_photorespiration_31(X),fn_photorespiration_41(X))
& causes_2(fn_photorespiration_53(X),fn_photorespiration_43(X))
& object_2(fn_photorespiration_53(X),fn_photorespiration_39(X))
& base_2(fn_photorespiration_53(X),fn_photorespiration_52(X))
& site_2(fn_photorespiration_43(X),fn_photorespiration_52(X))
& from_value_2(fn_photorespiration_43(X),fn_photorespiration_24(X))
& has_part_2(fn_photorespiration_47(X),fn_photorespiration_27(X))
& is_inside_2(fn_photorespiration_27(X),fn_photorespiration_46(X))
& is_inside_2(fn_photorespiration_26(X),fn_photorespiration_46(X))
& has_part_2(fn_photorespiration_47(X),fn_photorespiration_26(X))
& is_inside_2(fn_photorespiration_46(X),fn_photorespiration_47(X))
& fn_photorespiration_28(X) != fn_photorespiration_30(X)
& fn_photorespiration_30(X) != fn_photorespiration_78(X)
& fn_photorespiration_78(X) != fn_photorespiration_28(X)
& fn_photorespiration_28(X) != fn_photorespiration_78(X)
& fn_photorespiration_30(X) != fn_photorespiration_28(X)
& fn_photorespiration_78(X) != fn_photorespiration_30(X)
& has_part_2(fn_photorespiration_47(X),fn_photorespiration_78(X))
& is_inside_2(fn_photorespiration_30(X),fn_photorespiration_46(X))
& has_part_2(fn_photorespiration_47(X),fn_photorespiration_30(X))
& has_part_2(fn_photorespiration_47(X),fn_photorespiration_29(X))
& is_inside_2(fn_photorespiration_29(X),fn_photorespiration_46(X))
& is_inside_2(fn_photorespiration_28(X),fn_photorespiration_46(X))
& has_part_2(fn_photorespiration_47(X),fn_photorespiration_28(X))
& has_part_2(fn_photorespiration_47(X),fn_photorespiration_46(X))
& fn_photorespiration_33(X) != fn_photorespiration_74(X)
& fn_photorespiration_74(X) != fn_photorespiration_33(X)
& has_region_2(fn_photorespiration_36(X),fn_photorespiration_72(X))
& is_inside_2(fn_photorespiration_33(X),fn_photorespiration_72(X))
& has_part_2(fn_photorespiration_36(X),fn_photorespiration_33(X))
& has_part_2(fn_photorespiration_36(X),fn_photorespiration_74(X))
& fn_photorespiration_59(X) != fn_photorespiration_77(X)
& fn_photorespiration_77(X) != fn_photorespiration_59(X)
& has_region_2(fn_photorespiration_61(X),fn_photorespiration_75(X))
& is_inside_2(fn_photorespiration_59(X),fn_photorespiration_75(X))
& has_part_2(fn_photorespiration_61(X),fn_photorespiration_59(X))
& has_part_2(fn_photorespiration_61(X),fn_photorespiration_77(X))
& first_subevent_2(fn_photorespiration_51(X),fn_photorespiration_56(X))
& subevent_2(fn_photorespiration_51(X),fn_photorespiration_56(X))
& subevent_2(fn_photorespiration_56(X),fn_photorespiration_19(X))
& raw_material_2(fn_photorespiration_19(X),fn_photorespiration_44(X))
& raw_material_2(fn_photorespiration_51(X),fn_photorespiration_44(X))
& raw_material_2(fn_photorespiration_56(X),fn_photorespiration_44(X))
& is_between_2(fn_photorespiration_35(X),fn_photorespiration_37(X))
& has_part_2(fn_photorespiration_45(X),fn_photorespiration_35(X))
& is_inside_2(fn_photorespiration_25(X),fn_photorespiration_45(X))
& has_part_2(fn_photorespiration_45(X),fn_photorespiration_25(X))
& site_2(fn_photorespiration_51(X),fn_photorespiration_46(X))
& facilitates_2(fn_photorespiration_46(X),fn_photorespiration_38(X))
& has_function_2(fn_photorespiration_47(X),fn_photorespiration_38(X))
& site_2(fn_photorespiration_38(X),fn_photorespiration_47(X))
& has_region_2(fn_photorespiration_69(X),fn_photorespiration_66(X))
& is_outside_2(fn_photorespiration_62(X),fn_photorespiration_69(X))
& has_part_2(fn_photorespiration_68(X),fn_photorespiration_69(X))
& is_between_2(fn_photorespiration_73(X),fn_photorespiration_74(X))
& possesses_2(fn_photorespiration_36(X),fn_photorespiration_73(X))
& is_between_2(fn_photorespiration_76(X),fn_photorespiration_77(X))
& possesses_2(fn_photorespiration_61(X),fn_photorespiration_76(X))
& has_part_2(fn_photorespiration_46(X),fn_photorespiration_22(X))
& has_solvent_2(fn_photorespiration_46(X),fn_photorespiration_22(X))
& is_between_2(fn_photorespiration_73(X),fn_photorespiration_33(X))
& is_between_2(fn_photorespiration_76(X),fn_photorespiration_59(X))
& is_inside_2(fn_photorespiration_64(X),fn_photorespiration_69(X))
& fn_photorespiration_44(X) = fn_add_1(fn_photorespiration_55(X))
& fn_photorespiration_41(X) = fn_move_1(fn_photorespiration_54(X))
& fn_photorespiration_63(X) = fn_move_1(fn_photorespiration_70(X))
& fn_photorespiration_63(X) = fn_chemical_reaction_1(fn_photorespiration_32(X))
& fn_photorespiration_18(X) = fn_chemical_reaction_1(fn_photorespiration_42(X))
& fn_photorespiration_58(X) = fn_chemical_reaction_2(X)
& fn_photorespiration_58(X) = fn_chemical_reaction_2(fn_photorespiration_50(X))
& fn_photorespiration_36(X) = fn_move_1(fn_photorespiration_34(X))
& fn_photorespiration_61(X) = fn_move_1(fn_photorespiration_48(X))
& fn_photorespiration_69(X) = fn_move_out_of_1(fn_photorespiration_70(X))
& fn_photorespiration_57(X) = fn_metabolic_pathway_1(X)
& fn_photorespiration_45(X) = fn_move_out_of_1(fn_photorespiration_54(X))
& fn_photorespiration_36(X) = fn_decomposition_reaction_4(fn_photorespiration_49(X))
& fn_photorespiration_61(X) = fn_chemical_reaction_2(fn_photorespiration_42(X))
& fn_photorespiration_61(X) = fn_decomposition_reaction_2(fn_photorespiration_49(X))
& fn_photorespiration_36(X) = fn_chemical_reaction_2(fn_photorespiration_32(X))
& fn_photorespiration_60(X) = fn_chemical_reaction_1(fn_photorespiration_50(X))
& fn_photorespiration_68(X) = fn_metabolic_pathway_1(fn_photorespiration_67(X))
& fn_photorespiration_60(X) = fn_dephosphorylation_11(fn_photorespiration_49(X))
& X = fn_enzyme_4(fn_photorespiration_40(X))
& fn_photorespiration_47(X) = fn_plant_cell_6(fn_photorespiration_57(X))
& fn_photorespiration_41(X) = fn_co2_gas_1(fn_photorespiration_31(X))
& fn_photorespiration_39(X) = fn_partial_closing_of_stoma_2(fn_photorespiration_53(X))
& fn_photorespiration_23(X) = fn_partial_closing_of_stoma_7(fn_photorespiration_53(X))
& fn_photorespiration_24(X) = fn_partial_closing_of_stoma_10(fn_photorespiration_53(X))
& fn_photorespiration_43(X) = fn_partial_closing_of_stoma_26(fn_photorespiration_53(X))
& fn_photorespiration_52(X) = fn_partial_closing_of_stoma_1(fn_photorespiration_53(X))
& fn_photorespiration_64(X) = fn_mitochondrion_24(fn_photorespiration_69(X))
& fn_photorespiration_59(X) = fn_chemical_bond_1(fn_photorespiration_76(X))
& fn_photorespiration_59(X) = fn_chemical_bond_4(fn_photorespiration_76(X))
& fn_photorespiration_33(X) = fn_chemical_bond_1(fn_photorespiration_73(X))
& fn_photorespiration_33(X) = fn_chemical_bond_4(fn_photorespiration_73(X))
& fn_photorespiration_22(X) = fn_solution_6(fn_photorespiration_46(X))
& fn_photorespiration_22(X) = fn_aqueous_solution_14(fn_photorespiration_46(X))
& fn_photorespiration_77(X) = fn_molecule_11(fn_photorespiration_61(X))
& fn_photorespiration_76(X) = fn_molecule_10(fn_photorespiration_61(X))
& fn_photorespiration_74(X) = fn_molecule_11(fn_photorespiration_36(X))
& fn_photorespiration_73(X) = fn_molecule_10(fn_photorespiration_36(X))
& fn_photorespiration_21(X) = fn_mitochondrion_17(fn_photorespiration_69(X))
& fn_photorespiration_65(X) = fn_mitochondrion_16(fn_photorespiration_69(X))
& fn_photorespiration_66(X) = fn_mitochondrion_37(fn_photorespiration_69(X))
& fn_photorespiration_62(X) = fn_mitochondrion_23(fn_photorespiration_69(X))
& fn_photorespiration_68(X) = fn_mitochondrion_51(fn_photorespiration_69(X))
& fn_photorespiration_51(X) = fn_chloroplast_89(fn_photorespiration_47(X))
& fn_photorespiration_38(X) = fn_chloroplast_79(fn_photorespiration_47(X))
& fn_photorespiration_37(X) = fn_peroxisome_26(fn_photorespiration_45(X))
& fn_photorespiration_35(X) = fn_peroxisome_25(fn_photorespiration_45(X))
& fn_photorespiration_25(X) = fn_peroxisome_2(fn_photorespiration_45(X))
& fn_photorespiration_25(X) = fn_peroxisome_43(fn_photorespiration_45(X))
& fn_photorespiration_20(X) = fn_peroxisome_5(fn_photorespiration_45(X))
& fn_photorespiration_71(X) = fn_peroxisome_6(fn_photorespiration_45(X))
& fn_photorespiration_19(X) = fn_calvin_cycle_34(fn_photorespiration_51(X))
& fn_photorespiration_44(X) = fn_anabolic_pathway_6(fn_photorespiration_51(X))
& fn_photorespiration_56(X) = fn_calvin_cycle_57(fn_photorespiration_51(X))
& fn_photorespiration_44(X) = fn_calvin_cycle_55(fn_photorespiration_51(X))
& fn_photorespiration_75(X) = fn_organic_molecule_3(fn_photorespiration_61(X))
& fn_photorespiration_59(X) = fn_organic_molecule_1(fn_photorespiration_61(X))
& fn_photorespiration_77(X) = fn_organic_molecule_2(fn_photorespiration_61(X))
& fn_photorespiration_72(X) = fn_organic_molecule_3(fn_photorespiration_36(X))
& fn_photorespiration_33(X) = fn_organic_molecule_1(fn_photorespiration_36(X))
& fn_photorespiration_74(X) = fn_organic_molecule_2(fn_photorespiration_36(X))
& fn_photorespiration_27(X) = fn_chloroplast_30(fn_photorespiration_47(X))
& fn_photorespiration_27(X) = fn_stroma_3(fn_photorespiration_46(X))
& fn_photorespiration_26(X) = fn_semiautonomous_organelle_2(fn_photorespiration_47(X))
& fn_photorespiration_26(X) = fn_stroma_2(fn_photorespiration_46(X))
& fn_photorespiration_28(X) = fn_stroma_1(fn_photorespiration_46(X))
& fn_photorespiration_78(X) = fn_chloroplast_55(fn_photorespiration_47(X))
& fn_photorespiration_78(X) = fn_stroma_1(fn_photorespiration_46(X))
& fn_photorespiration_30(X) = fn_stroma_4(fn_photorespiration_46(X))
& fn_photorespiration_29(X) = fn_semiautonomous_organelle_6(fn_photorespiration_47(X))
& fn_photorespiration_29(X) = fn_stroma_5(fn_photorespiration_46(X))
& fn_photorespiration_28(X) = fn_chloroplast_55(fn_photorespiration_47(X))
& fn_photorespiration_28(X) = fn_chloroplast_74(fn_photorespiration_47(X))
& fn_photorespiration_28(X) = fn_chloroplast_83(fn_photorespiration_47(X))
& fn_photorespiration_28(X) = fn_stroma_6(fn_photorespiration_46(X))
& fn_photorespiration_46(X) = fn_chloroplast_96(fn_photorespiration_47(X))
& fn_photorespiration_47(X) = fn_stroma_7(fn_photorespiration_46(X))
& fn_move_1(fn_photorespiration_70(X)) = fn_chemical_reaction_1(fn_photorespiration_32(X))
& fn_chemical_reaction_1(fn_photorespiration_32(X)) = fn_chemical_reaction_1(fn_photorespiration_50(X))
& fn_chemical_reaction_1(fn_photorespiration_50(X)) = fn_dephosphorylation_11(fn_photorespiration_49(X))
& fn_dephosphorylation_11(fn_photorespiration_49(X)) = fn_move_1(fn_photorespiration_54(X))
& fn_move_1(fn_photorespiration_54(X)) = fn_co2_gas_1(fn_photorespiration_31(X))
& fn_co2_gas_1(fn_photorespiration_31(X)) = fn_solution_6(fn_photorespiration_46(X))
& fn_solution_6(fn_photorespiration_46(X)) = fn_aqueous_solution_14(fn_photorespiration_46(X))
& fn_aqueous_solution_14(fn_photorespiration_46(X)) = fn_aqueous_solution_14(fn_photorespiration_46(X))
& fn_aqueous_solution_14(fn_photorespiration_46(X)) = fn_metabolic_pathway_1(fn_photorespiration_67(X))
& fn_metabolic_pathway_1(fn_photorespiration_67(X)) = fn_mitochondrion_51(fn_photorespiration_69(X))
& fn_mitochondrion_51(fn_photorespiration_69(X)) = fn_peroxisome_2(fn_photorespiration_45(X))
& fn_peroxisome_2(fn_photorespiration_45(X)) = fn_peroxisome_43(fn_photorespiration_45(X))
& fn_peroxisome_43(fn_photorespiration_45(X)) = fn_peroxisome_43(fn_photorespiration_45(X))
& fn_peroxisome_43(fn_photorespiration_45(X)) = fn_add_1(fn_photorespiration_55(X))
& fn_add_1(fn_photorespiration_55(X)) = fn_anabolic_pathway_6(fn_photorespiration_51(X))
& fn_calvin_cycle_55(fn_photorespiration_51(X)) = fn_anabolic_pathway_6(fn_photorespiration_51(X))
& fn_anabolic_pathway_6(fn_photorespiration_51(X)) = fn_calvin_cycle_55(fn_photorespiration_51(X))
& fn_calvin_cycle_55(fn_photorespiration_51(X)) = fn_calvin_cycle_55(fn_photorespiration_51(X))
& fn_calvin_cycle_55(fn_photorespiration_51(X)) = fn_chemical_bond_1(fn_photorespiration_76(X))
& fn_chemical_bond_1(fn_photorespiration_76(X)) = fn_chemical_bond_4(fn_photorespiration_76(X))
& fn_chemical_bond_4(fn_photorespiration_76(X)) = fn_chemical_bond_4(fn_photorespiration_76(X))
& fn_chemical_bond_4(fn_photorespiration_76(X)) = fn_organic_molecule_1(fn_photorespiration_61(X))
& fn_organic_molecule_1(fn_photorespiration_61(X)) = fn_organic_molecule_1(fn_photorespiration_61(X))
& fn_organic_molecule_1(fn_photorespiration_61(X)) = fn_molecule_11(fn_photorespiration_61(X))
& fn_molecule_11(fn_photorespiration_61(X)) = fn_organic_molecule_2(fn_photorespiration_61(X))
& fn_organic_molecule_2(fn_photorespiration_61(X)) = fn_organic_molecule_2(fn_photorespiration_61(X))
& fn_organic_molecule_2(fn_photorespiration_61(X)) = fn_move_1(fn_photorespiration_48(X))
& fn_move_1(fn_photorespiration_48(X)) = fn_chemical_reaction_2(fn_photorespiration_42(X))
& fn_chemical_reaction_2(fn_photorespiration_42(X)) = fn_chemical_reaction_2(fn_photorespiration_42(X))
& fn_chemical_reaction_2(fn_photorespiration_42(X)) = fn_decomposition_reaction_2(fn_photorespiration_49(X))
& fn_decomposition_reaction_2(fn_photorespiration_49(X)) = fn_chemical_bond_1(fn_photorespiration_73(X))
& fn_chemical_bond_1(fn_photorespiration_73(X)) = fn_chemical_bond_4(fn_photorespiration_73(X))
& fn_chemical_bond_4(fn_photorespiration_73(X)) = fn_chemical_bond_4(fn_photorespiration_73(X))
& fn_chemical_bond_4(fn_photorespiration_73(X)) = fn_organic_molecule_1(fn_photorespiration_36(X))
& fn_organic_molecule_1(fn_photorespiration_36(X)) = fn_organic_molecule_1(fn_photorespiration_36(X))
& fn_organic_molecule_1(fn_photorespiration_36(X)) = fn_molecule_11(fn_photorespiration_36(X))
& fn_molecule_11(fn_photorespiration_36(X)) = fn_organic_molecule_2(fn_photorespiration_36(X))
& fn_organic_molecule_2(fn_photorespiration_36(X)) = fn_organic_molecule_2(fn_photorespiration_36(X))
& fn_organic_molecule_2(fn_photorespiration_36(X)) = fn_move_1(fn_photorespiration_34(X))
& fn_move_1(fn_photorespiration_34(X)) = fn_decomposition_reaction_4(fn_photorespiration_49(X))
& fn_decomposition_reaction_4(fn_photorespiration_49(X)) = fn_decomposition_reaction_4(fn_photorespiration_49(X))
& fn_decomposition_reaction_4(fn_photorespiration_49(X)) = fn_chemical_reaction_2(fn_photorespiration_32(X))
& fn_chemical_reaction_2(fn_photorespiration_32(X)) = fn_chloroplast_30(fn_photorespiration_47(X))
& fn_chloroplast_30(fn_photorespiration_47(X)) = fn_stroma_3(fn_photorespiration_46(X))
& fn_stroma_3(fn_photorespiration_46(X)) = fn_stroma_3(fn_photorespiration_46(X))
& fn_stroma_3(fn_photorespiration_46(X)) = fn_stroma_2(fn_photorespiration_46(X))
& fn_stroma_2(fn_photorespiration_46(X)) = fn_semiautonomous_organelle_2(fn_photorespiration_47(X))
& fn_semiautonomous_organelle_2(fn_photorespiration_47(X)) = fn_stroma_2(fn_photorespiration_46(X))
& fn_stroma_2(fn_photorespiration_46(X)) = fn_stroma_1(fn_photorespiration_46(X))
& fn_stroma_1(fn_photorespiration_46(X)) = fn_chloroplast_55(fn_photorespiration_47(X))
& fn_chloroplast_55(fn_photorespiration_47(X)) = fn_chloroplast_55(fn_photorespiration_47(X))
& fn_chloroplast_55(fn_photorespiration_47(X)) = fn_stroma_1(fn_photorespiration_46(X))
& fn_stroma_1(fn_photorespiration_46(X)) = fn_stroma_1(fn_photorespiration_46(X))
& fn_stroma_1(fn_photorespiration_46(X)) = fn_semiautonomous_organelle_6(fn_photorespiration_47(X))
& fn_semiautonomous_organelle_6(fn_photorespiration_47(X)) = fn_stroma_5(fn_photorespiration_46(X))
& fn_stroma_5(fn_photorespiration_46(X)) = fn_stroma_5(fn_photorespiration_46(X))
& fn_stroma_5(fn_photorespiration_46(X)) = fn_chloroplast_74(fn_photorespiration_47(X))
& fn_chloroplast_74(fn_photorespiration_47(X)) = fn_chloroplast_55(fn_photorespiration_47(X))
& fn_chloroplast_55(fn_photorespiration_47(X)) = fn_chloroplast_74(fn_photorespiration_47(X))
& fn_chloroplast_74(fn_photorespiration_47(X)) = fn_chloroplast_74(fn_photorespiration_47(X))
& fn_chloroplast_83(fn_photorespiration_47(X)) = fn_chloroplast_74(fn_photorespiration_47(X))
& fn_chloroplast_74(fn_photorespiration_47(X)) = fn_chloroplast_83(fn_photorespiration_47(X))
& fn_stroma_1(fn_photorespiration_46(X)) = fn_chloroplast_83(fn_photorespiration_47(X))
& fn_chloroplast_83(fn_photorespiration_47(X)) = fn_chloroplast_83(fn_photorespiration_47(X))
& fn_chloroplast_83(fn_photorespiration_47(X)) = fn_stroma_1(fn_photorespiration_46(X))
& fn_stroma_1(fn_photorespiration_46(X)) = fn_stroma_6(fn_photorespiration_46(X))
& fn_stroma_6(fn_photorespiration_46(X)) = fn_stroma_6(fn_photorespiration_46(X))
& fn_stroma_6(fn_photorespiration_46(X)) = fn_plant_cell_6(fn_photorespiration_57(X))
& fn_plant_cell_6(fn_photorespiration_57(X)) = fn_stroma_7(fn_photorespiration_46(X))
& fn_stroma_7(fn_photorespiration_46(X)) = fn_stroma_7(fn_photorespiration_46(X)) ) ) ).
fof(a531704,axiom,
! [X] :
( photosynthesis_1(X)
=> ( original_name_2(X,'Photosynthesis')
& description_2(X,'The conversion of light energy to chemical energy; occurs in plants, algae, and certain prokaryotes.')
& user_description_2(X,'Photosynthesis is a process where solar energy is converted to chemical energy by absorbing sunlight and using it to drive the synthesis of organic compounds from carbon dioxide and water.')
& concept2words_2(X,convert)
& concept2words_2(X,photosynthesize)
& concept2words_2(X,photosynthesis)
& anabolic_pathway_1(X)
& chemical_energy_1(fn_photosynthesis_1(X))
& nutrient_1(fn_photosynthesis_2(X))
& size_value_1(fn_photosynthesis_3(X))
& size_value_1(fn_photosynthesis_4(X))
& protein_pump_1(fn_photosynthesis_7(X))
& chemical_entity_1(fn_photosynthesis_7(X))
& tangible_entity_1(fn_photosynthesis_7(X))
& membrane_protein_1(fn_photosynthesis_7(X))
& protein_1(fn_photosynthesis_7(X))
& molecule_1(fn_photosynthesis_7(X))
& polymer_1(fn_photosynthesis_7(X))
& transport_protein_1(fn_photosynthesis_7(X))
& integral_protein_1(fn_photosynthesis_7(X))
& carrier_protein_1(fn_photosynthesis_7(X))
& electrogenic_pump_1(fn_photosynthesis_7(X))
& proton_pump_1(fn_photosynthesis_7(X))
& outside_face_1(fn_photosynthesis_8(X))
& surface_1(fn_photosynthesis_8(X))
& surface_1(fn_photosynthesis_9(X))
& inside_face_1(fn_photosynthesis_9(X))
& hydrophilic_region_1(fn_photosynthesis_10(X))
& hydrophilic_end_1(fn_photosynthesis_10(X))
& chemical_reaction_1(fn_photosynthesis_11(X))
& forward_reaction_1(fn_photosynthesis_16(X))
& spatial_entity_1(fn_photosynthesis_17(X))
& chemical_entity_1(fn_photosynthesis_17(X))
& monosaccharide_1(fn_photosynthesis_17(X))
& pentose_1(fn_photosynthesis_17(X))
& ketone_1(fn_photosynthesis_17(X))
& ribulose_bisphosphate_1(fn_photosynthesis_17(X))
& free_energy_1(fn_photosynthesis_18(X))
& structural_complexity_value_1(fn_photosynthesis_19(X))
& structural_complexity_value_1(fn_photosynthesis_20(X))
& free_energy_1(fn_photosynthesis_21(X))
& quantity_value_1(fn_photosynthesis_22(X))
& quantity_value_1(fn_photosynthesis_23(X))
& structural_complexity_value_1(fn_photosynthesis_24(X))
& structural_complexity_value_1(fn_photosynthesis_25(X))
& phosphate_ion_1(fn_photosynthesis_26(X))
& regeneration_of_ribulose_bisphosphate_1(fn_photosynthesis_27(X))
& eukaryotic_cellular_respiration_1(fn_photosynthesis_28(X))
& co2_gas_1(fn_photosynthesis_29(X))
& membrane_1(fn_photosynthesis_30(X))
& spatial_entity_1(fn_photosynthesis_30(X))
& biomembrane_1(fn_photosynthesis_30(X))
& thylakoid_membrane_1(fn_photosynthesis_30(X))
& energy_transformation_by_organism_1(fn_photosynthesis_31(X))
& reactant_1(fn_photosynthesis_32(X))
& hydrogen_ion_1(fn_photosynthesis_33(X))
& visible_light_1(fn_photosynthesis_34(X))
& energy_1(fn_photosynthesis_34(X))
& light_reaction_1(fn_photosynthesis_35(X))
& calvin_cycle_1(fn_photosynthesis_36(X))
& anabolic_pathway_1(fn_photosynthesis_36(X))
& tangible_entity_1(fn_photosynthesis_37(X))
& chemical_entity_1(fn_photosynthesis_37(X))
& sugar_1(fn_photosynthesis_37(X))
& spatial_entity_1(fn_photosynthesis_38(X))
& tangible_entity_1(fn_photosynthesis_38(X))
& chemical_entity_1(fn_photosynthesis_38(X))
& hydrophobic_compound_1(fn_photosynthesis_38(X))
& molecule_1(fn_photosynthesis_38(X))
& carbon_dioxide_1(fn_photosynthesis_38(X))
& food_1(fn_photosynthesis_39(X))
& chemical_energy_1(fn_photosynthesis_40(X))
& photosystem_i_1(fn_photosynthesis_41(X))
& light_harvesting_complex_1(fn_photosynthesis_42(X))
& take_in_1(fn_photosynthesis_43(X))
& absorb_1(fn_photosynthesis_43(X))
& move_1(fn_photosynthesis_43(X))
& facilitated_diffusion_of_polar_molecule_1(fn_photosynthesis_44(X))
& gradient_1(fn_photosynthesis_45(X))
& concentration_gradient_1(fn_photosynthesis_45(X))
& oxidation_1(fn_photosynthesis_46(X))
& chemical_entity_1(fn_photosynthesis_47(X))
& free_energy_change_value_1(fn_photosynthesis_48(X))
& free_energy_1(fn_photosynthesis_50(X))
& quantity_value_1(fn_photosynthesis_51(X))
& quantity_value_1(fn_photosynthesis_52(X))
& free_energy_1(fn_photosynthesis_53(X))
& polar_covalent_bond_1(fn_photosynthesis_58(X))
& covalent_bond_1(fn_photosynthesis_58(X))
& double_bond_1(fn_photosynthesis_58(X))
& entity_1(fn_photosynthesis_59(X))
& chemical_entity_1(fn_photosynthesis_59(X))
& atom_1(fn_photosynthesis_59(X))
& oxygen_1(fn_photosynthesis_59(X))
& reverse_reaction_1(fn_photosynthesis_60(X))
& entity_1(fn_photosynthesis_61(X))
& chemical_entity_1(fn_photosynthesis_61(X))
& atom_1(fn_photosynthesis_61(X))
& carbon_1(fn_photosynthesis_61(X))
& add_1(fn_photosynthesis_62(X))
& cell_1(fn_photosynthesis_63(X))
& carbon_fixation_1(fn_photosynthesis_64(X))
& chemical_reaction_1(fn_photosynthesis_64(X))
& chemical_entity_1(fn_photosynthesis_65(X))
& nadph_1(fn_photosynthesis_65(X))
& time_interval_1(fn_photosynthesis_66(X))
& time_interval_1(fn_photosynthesis_67(X))
& absorb_1(fn_photosynthesis_68(X))
& move_1(fn_photosynthesis_69(X))
& absorb_1(fn_photosynthesis_69(X))
& move_1(fn_photosynthesis_70(X))
& absorb_1(fn_photosynthesis_70(X))
& p700_1(fn_photosynthesis_71(X))
& p700_1(fn_photosynthesis_72(X))
& carotenoid_1(fn_photosynthesis_73(X))
& light_harvesting_complex_1(fn_photosynthesis_74(X))
& reaction_center_complex_1(fn_photosynthesis_75(X))
& speed_value_1(fn_photosynthesis_76(X))
& quantity_value_1(fn_photosynthesis_77(X))
& polar_covalent_bond_1(fn_photosynthesis_78(X))
& kinetic_energy_1(fn_photosynthesis_79(X))
& covalent_bond_1(fn_photosynthesis_80(X))
& chemical_bond_1(fn_photosynthesis_80(X))
& double_bond_1(fn_photosynthesis_80(X))
& carbon_skeleton_1(fn_photosynthesis_81(X))
& functional_group_1(fn_photosynthesis_82(X))
& carbonyl_group_1(fn_photosynthesis_82(X))
& functional_group_1(fn_photosynthesis_83(X))
& hydroxyl_group_1(fn_photosynthesis_83(X))
& entity_1(fn_photosynthesis_84(X))
& chemical_entity_1(fn_photosynthesis_84(X))
& atom_1(fn_photosynthesis_84(X))
& carbon_1(fn_photosynthesis_84(X))
& entity_1(fn_photosynthesis_85(X))
& chemical_entity_1(fn_photosynthesis_85(X))
& atom_1(fn_photosynthesis_85(X))
& carbon_1(fn_photosynthesis_85(X))
& tangible_entity_1(fn_photosynthesis_86(X))
& entity_1(fn_photosynthesis_86(X))
& chemical_entity_1(fn_photosynthesis_86(X))
& atom_1(fn_photosynthesis_86(X))
& oxygen_1(fn_photosynthesis_86(X))
& tangible_entity_1(fn_photosynthesis_87(X))
& entity_1(fn_photosynthesis_87(X))
& atom_1(fn_photosynthesis_87(X))
& chemical_entity_1(fn_photosynthesis_87(X))
& oxygen_1(fn_photosynthesis_87(X))
& entity_1(fn_photosynthesis_88(X))
& chemical_entity_1(fn_photosynthesis_88(X))
& atom_1(fn_photosynthesis_88(X))
& hydrogen_1(fn_photosynthesis_88(X))
& constant_motion_1(fn_photosynthesis_89(X))
& hold_together_1(fn_photosynthesis_90(X))
& equal_sharing_1(fn_photosynthesis_91(X))
& share_1(fn_photosynthesis_92(X))
& share_1(fn_photosynthesis_93(X))
& share_1(fn_photosynthesis_94(X))
& equal_sharing_1(fn_photosynthesis_94(X))
& speed_value_1(fn_photosynthesis_95(X))
& quantity_value_1(fn_photosynthesis_96(X))
& hydrophobic_region_1(fn_photosynthesis_97(X))
& repel_1(fn_photosynthesis_98(X))
& kinetic_energy_1(fn_photosynthesis_99(X))
& constant_motion_1(fn_photosynthesis_100(X))
& carbon_source_1(fn_photosynthesis_101(X))
& atp_1(fn_photosynthesis_102(X))
& organic_molecule_1(fn_photosynthesis_103(X))
& organic_molecule_1(fn_photosynthesis_104(X))
& chemical_entity_1(fn_photosynthesis_104(X))
& three_phosphoglycerate_1(fn_photosynthesis_104(X))
& forward_reaction_1(fn_photosynthesis_105(X))
& entity_1(fn_photosynthesis_106(X))
& spatial_entity_1(fn_photosynthesis_106(X))
& chemical_entity_1(fn_photosynthesis_106(X))
& organic_molecule_1(fn_photosynthesis_106(X))
& glyceraldehyde_3_phosphate_1(fn_photosynthesis_106(X))
& gradient_1(fn_passive_transport_of_solute_3(fn_photosynthesis_44(X)))
& concentration_gradient_1(fn_passive_transport_of_solute_3(fn_photosynthesis_44(X)))
& chemical_entity_1(fn_oxidation_10(fn_photosynthesis_46(X)))
& property_node_1(fn_calvin_cycle_29(fn_photosynthesis_36(X)))
& property_node_1(fn_calvin_cycle_121(fn_photosynthesis_36(X)))
& property_node_1(fn_calvin_cycle_28(fn_photosynthesis_36(X)))
& property_node_1(fn_calvin_cycle_122(fn_photosynthesis_36(X)))
& reverse_reaction_1(fn_calvin_cycle_86(fn_photosynthesis_36(X)))
& free_energy_1(fn_calvin_cycle_30(fn_photosynthesis_36(X)))
& quantity_value_1(fn_calvin_cycle_33(fn_photosynthesis_36(X)))
& quantity_value_1(fn_calvin_cycle_32(fn_photosynthesis_36(X)))
& free_energy_1(fn_calvin_cycle_31(fn_photosynthesis_36(X)))
& phosphate_ion_1(fn_calvin_cycle_74(fn_photosynthesis_36(X)))
& entity_1(fn_calvin_cycle_78(fn_photosynthesis_36(X)))
& spatial_entity_1(fn_calvin_cycle_78(fn_photosynthesis_36(X)))
& chemical_entity_1(fn_calvin_cycle_78(fn_photosynthesis_36(X)))
& organic_molecule_1(fn_calvin_cycle_78(fn_photosynthesis_36(X)))
& glyceraldehyde_3_phosphate_1(fn_calvin_cycle_78(fn_photosynthesis_36(X)))
& forward_reaction_1(fn_calvin_cycle_85(fn_photosynthesis_36(X)))
& organic_molecule_1(fn_calvin_cycle_70(fn_photosynthesis_36(X)))
& carbon_fixation_1(fn_calvin_cycle_57(fn_photosynthesis_36(X)))
& outside_face_1(fn_light_reaction_24(fn_photosynthesis_35(X)))
& surface_1(fn_light_reaction_24(fn_photosynthesis_35(X)))
& take_in_1(fn_light_reaction_54(fn_photosynthesis_35(X)))
& absorb_1(fn_light_reaction_54(fn_photosynthesis_35(X)))
& move_1(fn_light_reaction_54(fn_photosynthesis_35(X)))
& energy_transformation_by_organism_1(fn_light_reaction_50(fn_photosynthesis_35(X)))
& calvin_cycle_1(fn_light_reaction_47(fn_photosynthesis_35(X)))
& surface_1(fn_light_reaction_25(fn_photosynthesis_35(X)))
& inside_face_1(fn_light_reaction_25(fn_photosynthesis_35(X)))
& hydrophilic_region_1(fn_light_reaction_23(fn_photosynthesis_35(X)))
& hydrophilic_end_1(fn_light_reaction_23(fn_photosynthesis_35(X)))
& protein_pump_1(fn_light_reaction_59(fn_photosynthesis_35(X)))
& chemical_entity_1(fn_light_reaction_59(fn_photosynthesis_35(X)))
& tangible_entity_1(fn_light_reaction_59(fn_photosynthesis_35(X)))
& membrane_protein_1(fn_light_reaction_59(fn_photosynthesis_35(X)))
& protein_1(fn_light_reaction_59(fn_photosynthesis_35(X)))
& molecule_1(fn_light_reaction_59(fn_photosynthesis_35(X)))
& polymer_1(fn_light_reaction_59(fn_photosynthesis_35(X)))
& transport_protein_1(fn_light_reaction_59(fn_photosynthesis_35(X)))
& integral_protein_1(fn_light_reaction_59(fn_photosynthesis_35(X)))
& carrier_protein_1(fn_light_reaction_59(fn_photosynthesis_35(X)))
& electrogenic_pump_1(fn_light_reaction_59(fn_photosynthesis_35(X)))
& proton_pump_1(fn_light_reaction_59(fn_photosynthesis_35(X)))
& time_interval_1(fn_photosystem_i_4(fn_photosynthesis_41(X)))
& time_interval_1(fn_photosystem_i_3(fn_photosynthesis_41(X)))
& carotenoid_1(fn_photosystem_i_12(fn_photosynthesis_41(X)))
& property_node_1(fn_anabolic_pathway_2(fn_photosynthesis_36(X)))
& property_node_1(fn_anabolic_pathway_1(fn_photosynthesis_36(X)))
& property_node_1(fn_pentose_2(fn_photosynthesis_17(X)))
& property_node_1(fn_pentose_3(fn_photosynthesis_17(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_photosynthesis_36(X)))
& energy_1(fn_energy_transformation_by_organism_1(fn_photosynthesis_31(X)))
& share_1(fn_covalent_bond_17(fn_photosynthesis_58(X)))
& polar_covalent_bond_1(fn_ribulose_bisphosphate_19(fn_photosynthesis_17(X)))
& equal_sharing_1(fn_carbon_dioxide_6(fn_photosynthesis_38(X)))
& share_1(fn_carbon_dioxide_5(fn_photosynthesis_38(X)))
& double_bond_1(fn_carbon_dioxide_2(fn_photosynthesis_38(X)))
& tangible_entity_1(fn_food_3(fn_photosynthesis_39(X)))
& sugar_1(fn_calvin_cycle_18(fn_photosynthesis_36(X)))
& hydrophobic_region_1(fn_hydrophobic_compound_3(fn_photosynthesis_38(X)))
& hydrophobic_region_1(fn_calvin_cycle_114(fn_photosynthesis_36(X)))
& repel_1(fn_hydrophobic_compound_2(fn_photosynthesis_38(X)))
& repel_1(fn_calvin_cycle_115(fn_photosynthesis_36(X)))
& kinetic_energy_1(fn_molecule_12(fn_photosynthesis_38(X)))
& kinetic_energy_1(fn_calvin_cycle_116(fn_photosynthesis_36(X)))
& quantity_value_1(fn_molecule_4(fn_photosynthesis_38(X)))
& quantity_value_1(fn_calvin_cycle_113(fn_photosynthesis_36(X)))
& speed_value_1(fn_molecule_3(fn_photosynthesis_38(X)))
& speed_value_1(fn_calvin_cycle_112(fn_photosynthesis_36(X)))
& constant_motion_1(fn_molecule_8(fn_photosynthesis_38(X)))
& constant_motion_1(fn_calvin_cycle_118(fn_photosynthesis_36(X)))
& atp_1(fn_carbon_fixation_3(fn_photosynthesis_64(X)))
& atp_1(fn_calvin_cycle_120(fn_photosynthesis_36(X)))
& carbon_source_1(fn_carbon_fixation_4(fn_photosynthesis_64(X)))
& carbon_source_1(fn_calvin_cycle_119(fn_photosynthesis_36(X)))
& organic_molecule_1(fn_carbon_fixation_5(fn_photosynthesis_64(X)))
& organic_molecule_1(fn_calvin_cycle_73(fn_photosynthesis_36(X)))
& chemical_entity_1(fn_calvin_cycle_73(fn_photosynthesis_36(X)))
& three_phosphoglycerate_1(fn_calvin_cycle_73(fn_photosynthesis_36(X)))
& chemical_reaction_1(fn_calvin_cycle_34(fn_photosynthesis_36(X)))
& cell_1(fn_carbon_fixation_1(fn_photosynthesis_64(X)))
& cell_1(fn_calvin_cycle_56(fn_photosynthesis_36(X)))
& chemical_entity_1(fn_calvin_cycle_77(fn_photosynthesis_36(X)))
& nadph_1(fn_calvin_cycle_77(fn_photosynthesis_36(X)))
& chemical_entity_1(fn_light_reaction_49(fn_photosynthesis_35(X)))
& nadph_1(fn_light_reaction_49(fn_photosynthesis_35(X)))
& regeneration_of_ribulose_bisphosphate_1(fn_calvin_cycle_89(fn_photosynthesis_36(X)))
& regeneration_of_ribulose_bisphosphate_1(fn_light_reaction_58(fn_photosynthesis_35(X)))
& chemical_reaction_1(fn_reactant_2(fn_photosynthesis_32(X)))
& photosynthesis_1(fn_light_reaction_1(fn_photosynthesis_35(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_photosynthesis_44(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_photosynthesis_44(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_photosynthesis_44(X)))
& thylakoid_membrane_1(fn_light_reaction_51(fn_photosynthesis_35(X)))
& thylakoid_membrane_1(fn_photosystem_i_5(fn_photosynthesis_41(X)))
& absorb_1(fn_photosystem_i_2(fn_photosynthesis_41(X)))
& move_1(fn_carotenoid_18(fn_photosynthesis_73(X)))
& absorb_1(fn_carotenoid_18(fn_photosynthesis_73(X)))
& absorb_1(fn_photosystem_i_1(fn_photosynthesis_41(X)))
& move_1(fn_photosystem_i_15(fn_photosynthesis_41(X)))
& absorb_1(fn_photosystem_i_15(fn_photosynthesis_41(X)))
& p700_1(fn_photosystem_i_13(fn_photosynthesis_41(X)))
& p700_1(fn_photosystem_i_19(fn_photosynthesis_41(X)))
& p700_1(fn_photosystem_i_14(fn_photosynthesis_41(X)))
& p700_1(fn_photosystem_i_20(fn_photosynthesis_41(X)))
& light_harvesting_complex_1(fn_photosystem_i_11(fn_photosynthesis_41(X)))
& light_harvesting_complex_1(fn_photosystem_i_16(fn_photosynthesis_41(X)))
& reaction_center_complex_1(fn_photosystem_i_10(fn_photosynthesis_41(X)))
& reaction_center_complex_1(fn_photosystem_i_21(fn_photosynthesis_41(X)))
& structural_complexity_value_1(fn_calvin_cycle_38(fn_photosynthesis_36(X)))
& structural_complexity_value_1(fn_anabolic_pathway_3(fn_photosynthesis_36(X)))
& kinetic_energy_1(fn_ketone_3(fn_photosynthesis_17(X)))
& kinetic_energy_1(fn_pentose_4(fn_photosynthesis_17(X)))
& quantity_value_1(fn_ketone_6(fn_photosynthesis_17(X)))
& quantity_value_1(fn_pentose_7(fn_photosynthesis_17(X)))
& speed_value_1(fn_ketone_5(fn_photosynthesis_17(X)))
& speed_value_1(fn_pentose_6(fn_photosynthesis_17(X)))
& constant_motion_1(fn_ketone_4(fn_photosynthesis_17(X)))
& constant_motion_1(fn_pentose_5(fn_photosynthesis_17(X)))
& structural_complexity_value_1(fn_calvin_cycle_37(fn_photosynthesis_36(X)))
& structural_complexity_value_1(fn_anabolic_pathway_4(fn_photosynthesis_36(X)))
& visible_light_1(fn_light_reaction_45(fn_photosynthesis_35(X)))
& energy_1(fn_energy_transformation_by_organism_2(fn_photosynthesis_31(X)))
& functional_group_1(fn_pentose_11(fn_photosynthesis_17(X)))
& hydroxyl_group_1(fn_pentose_11(fn_photosynthesis_17(X)))
& functional_group_1(fn_ribulose_bisphosphate_21(fn_photosynthesis_17(X)))
& hydroxyl_group_1(fn_ribulose_bisphosphate_21(fn_photosynthesis_17(X)))
& functional_group_1(fn_monosaccharide_17(fn_photosynthesis_17(X)))
& carbonyl_group_1(fn_monosaccharide_17(fn_photosynthesis_17(X)))
& functional_group_1(fn_pentose_12(fn_photosynthesis_17(X)))
& carbonyl_group_1(fn_pentose_12(fn_photosynthesis_17(X)))
& carbonyl_group_1(fn_ketone_11(fn_photosynthesis_17(X)))
& functional_group_1(fn_ribulose_bisphosphate_22(fn_photosynthesis_17(X)))
& carbonyl_group_1(fn_ribulose_bisphosphate_22(fn_photosynthesis_17(X)))
& carbon_skeleton_1(fn_ketone_9(fn_photosynthesis_17(X)))
& carbon_skeleton_1(fn_ribulose_bisphosphate_20(fn_photosynthesis_17(X)))
& atom_1(fn_ketone_8(fn_photosynthesis_17(X)))
& carbon_1(fn_ketone_8(fn_photosynthesis_17(X)))
& entity_1(fn_pentose_10(fn_photosynthesis_17(X)))
& chemical_entity_1(fn_pentose_10(fn_photosynthesis_17(X)))
& atom_1(fn_pentose_10(fn_photosynthesis_17(X)))
& oxygen_1(fn_pentose_10(fn_photosynthesis_17(X)))
& tangible_entity_1(fn_pentose_15(fn_photosynthesis_17(X)))
& entity_1(fn_pentose_15(fn_photosynthesis_17(X)))
& atom_1(fn_pentose_15(fn_photosynthesis_17(X)))
& chemical_entity_1(fn_pentose_15(fn_photosynthesis_17(X)))
& oxygen_1(fn_pentose_15(fn_photosynthesis_17(X)))
& atom_1(fn_ketone_12(fn_photosynthesis_17(X)))
& chemical_entity_1(fn_ketone_12(fn_photosynthesis_17(X)))
& oxygen_1(fn_ketone_12(fn_photosynthesis_17(X)))
& tangible_entity_1(fn_ribulose_bisphosphate_26(fn_photosynthesis_17(X)))
& entity_1(fn_ribulose_bisphosphate_26(fn_photosynthesis_17(X)))
& chemical_entity_1(fn_ribulose_bisphosphate_26(fn_photosynthesis_17(X)))
& atom_1(fn_ribulose_bisphosphate_26(fn_photosynthesis_17(X)))
& oxygen_1(fn_ribulose_bisphosphate_26(fn_photosynthesis_17(X)))
& tangible_entity_1(fn_ribulose_bisphosphate_25(fn_photosynthesis_17(X)))
& entity_1(fn_ribulose_bisphosphate_25(fn_photosynthesis_17(X)))
& atom_1(fn_ribulose_bisphosphate_25(fn_photosynthesis_17(X)))
& chemical_entity_1(fn_ribulose_bisphosphate_25(fn_photosynthesis_17(X)))
& oxygen_1(fn_ribulose_bisphosphate_25(fn_photosynthesis_17(X)))
& chemical_bond_1(fn_ketone_7(fn_photosynthesis_17(X)))
& double_bond_1(fn_ketone_7(fn_photosynthesis_17(X)))
& covalent_bond_1(fn_ribulose_bisphosphate_18(fn_photosynthesis_17(X)))
& chemical_bond_1(fn_ribulose_bisphosphate_18(fn_photosynthesis_17(X)))
& double_bond_1(fn_ribulose_bisphosphate_18(fn_photosynthesis_17(X)))
& entity_1(fn_pentose_21(fn_photosynthesis_17(X)))
& chemical_entity_1(fn_pentose_21(fn_photosynthesis_17(X)))
& atom_1(fn_pentose_21(fn_photosynthesis_17(X)))
& carbon_1(fn_pentose_21(fn_photosynthesis_17(X)))
& entity_1(fn_ketone_10(fn_photosynthesis_17(X)))
& chemical_entity_1(fn_ketone_10(fn_photosynthesis_17(X)))
& atom_1(fn_ketone_10(fn_photosynthesis_17(X)))
& carbon_1(fn_ketone_10(fn_photosynthesis_17(X)))
& entity_1(fn_ribulose_bisphosphate_27(fn_photosynthesis_17(X)))
& chemical_entity_1(fn_ribulose_bisphosphate_27(fn_photosynthesis_17(X)))
& atom_1(fn_ribulose_bisphosphate_27(fn_photosynthesis_17(X)))
& carbon_1(fn_ribulose_bisphosphate_27(fn_photosynthesis_17(X)))
& entity_1(fn_ribulose_bisphosphate_23(fn_photosynthesis_17(X)))
& chemical_entity_1(fn_ribulose_bisphosphate_23(fn_photosynthesis_17(X)))
& atom_1(fn_ribulose_bisphosphate_23(fn_photosynthesis_17(X)))
& carbon_1(fn_ribulose_bisphosphate_23(fn_photosynthesis_17(X)))
& spatial_entity_1(fn_add_2(fn_photosynthesis_62(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_photosynthesis_16(X)))
& chemical_entity_1(fn_calvin_cycle_75(fn_photosynthesis_36(X)))
& monosaccharide_1(fn_calvin_cycle_75(fn_photosynthesis_36(X)))
& pentose_1(fn_calvin_cycle_75(fn_photosynthesis_36(X)))
& ketone_1(fn_calvin_cycle_75(fn_photosynthesis_36(X)))
& ribulose_bisphosphate_1(fn_calvin_cycle_75(fn_photosynthesis_36(X)))
& entity_1(fn_pentose_16(fn_photosynthesis_17(X)))
& chemical_entity_1(fn_pentose_16(fn_photosynthesis_17(X)))
& atom_1(fn_pentose_16(fn_photosynthesis_17(X)))
& hydrogen_1(fn_pentose_16(fn_photosynthesis_17(X)))
& entity_1(fn_ribulose_bisphosphate_24(fn_photosynthesis_17(X)))
& chemical_entity_1(fn_ribulose_bisphosphate_24(fn_photosynthesis_17(X)))
& atom_1(fn_ribulose_bisphosphate_24(fn_photosynthesis_17(X)))
& hydrogen_1(fn_ribulose_bisphosphate_24(fn_photosynthesis_17(X)))
& spatial_entity_1(fn_add_1(fn_photosynthesis_62(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_photosynthesis_28(X)))
& chemical_entity_1(fn_reactant_3(fn_photosynthesis_32(X)))
& chemical_entity_1(fn_oxidation_7(fn_photosynthesis_46(X)))
& carbon_dioxide_1(fn_co2_gas_1(fn_photosynthesis_29(X)))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_62(fn_photosynthesis_28(X)))
& carbon_dioxide_1(fn_eukaryotic_cellular_respiration_62(fn_photosynthesis_28(X)))
& molecule_1(fn_carbon_fixation_6(fn_photosynthesis_64(X)))
& chemical_entity_1(fn_calvin_cycle_55(fn_photosynthesis_36(X)))
& hydrophobic_compound_1(fn_calvin_cycle_55(fn_photosynthesis_36(X)))
& molecule_1(fn_calvin_cycle_55(fn_photosynthesis_36(X)))
& carbon_dioxide_1(fn_calvin_cycle_55(fn_photosynthesis_36(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_photosynthesis_64(X)))
& carbon_1(fn_carbon_dioxide_3(fn_photosynthesis_38(X)))
& entity_1(fn_share_3(fn_photosynthesis_94(X)))
& entity_1(fn_share_1(fn_photosynthesis_94(X)))
& entity_1(fn_polar_covalent_bond_18(fn_photosynthesis_58(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_photosynthesis_58(X)))
& atom_1(fn_polar_covalent_bond_18(fn_photosynthesis_58(X)))
& entity_1(fn_polar_covalent_bond_19(fn_photosynthesis_58(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_photosynthesis_58(X)))
& atom_1(fn_polar_covalent_bond_19(fn_photosynthesis_58(X)))
& oxygen_1(fn_carbon_dioxide_1(fn_photosynthesis_38(X)))
& entity_1(fn_covalent_bond_20(fn_photosynthesis_58(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_photosynthesis_58(X)))
& atom_1(fn_covalent_bond_20(fn_photosynthesis_58(X)))
& oxygen_1(fn_carbon_dioxide_4(fn_photosynthesis_38(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_photosynthesis_58(X)))
& hold_together_1(fn_carbon_dioxide_7(fn_photosynthesis_38(X)))
& result_2(X,fn_photosynthesis_1(X))
& possesses_2(fn_photosynthesis_33(X),fn_photosynthesis_18(X))
& raw_material_2(fn_photosynthesis_35(X),fn_photosynthesis_26(X))
& instrument_2(fn_photosynthesis_35(X),fn_photosynthesis_41(X))
& structural_complexity_2(fn_photosynthesis_37(X),fn_photosynthesis_25(X))
& plays_2(fn_photosynthesis_37(X),fn_photosynthesis_2(X))
& size_2(fn_photosynthesis_37(X),fn_photosynthesis_4(X))
& possesses_2(fn_photosynthesis_38(X),fn_photosynthesis_50(X))
& size_2(fn_photosynthesis_38(X),fn_photosynthesis_3(X))
& facilitates_2(fn_photosynthesis_42(X),fn_photosynthesis_43(X))
& is_across_2(fn_photosynthesis_45(X),fn_photosynthesis_30(X))
& the_cardinal_value_2(fn_photosynthesis_48(X),"686.0e0")
& cardinal_unit_class_2(fn_photosynthesis_48(X),kilo_cal_per_mole_0)
& greater_than_2(fn_photosynthesis_4(X),fn_photosynthesis_3(X))
& subevent_2(fn_photosynthesis_64(X),fn_photosynthesis_62(X))
& first_subevent_2(fn_photosynthesis_64(X),fn_photosynthesis_62(X))
& result_2(fn_photosynthesis_91(X),fn_photosynthesis_58(X))
& base_2(fn_photosynthesis_62(X),fn_photosynthesis_17(X))
& object_2(fn_photosynthesis_62(X),fn_photosynthesis_38(X))
& result_2(fn_photosynthesis_16(X),fn_photosynthesis_17(X))
& plays_2(fn_photosynthesis_37(X),fn_photosynthesis_39(X))
& plays_2(fn_photosynthesis_38(X),fn_photosynthesis_32(X))
& path_2(fn_photosynthesis_44(X),fn_photosynthesis_30(X))
& recipient_2(fn_photosynthesis_46(X),fn_photosynthesis_38(X))
& fn_photosynthesis_47(X) != fn_photosynthesis_38(X)
& fn_photosynthesis_38(X) != fn_photosynthesis_47(X)
& in_event_2(fn_photosynthesis_32(X),X)
& agent_2(fn_photosynthesis_44(X),fn_photosynthesis_45(X))
& has_part_2(fn_photosynthesis_29(X),fn_photosynthesis_38(X))
& donor_2(fn_photosynthesis_46(X),fn_photosynthesis_47(X))
& result_2(fn_photosynthesis_28(X),fn_photosynthesis_38(X))
& raw_material_2(X,fn_photosynthesis_38(X))
& structural_complexity_2(fn_photosynthesis_38(X),fn_photosynthesis_24(X))
& greater_than_2(fn_photosynthesis_25(X),fn_photosynthesis_24(X))
& agent_2(fn_photosynthesis_70(X),fn_photosynthesis_73(X))
& base_2(fn_photosynthesis_70(X),fn_photosynthesis_73(X))
& called_2(fn_photosynthesis_52(X),'FE_p')
& quantity_2(fn_photosynthesis_50(X),fn_photosynthesis_51(X))
& free_energy_change_2(X,fn_photosynthesis_48(X))
& result_2(X,fn_photosynthesis_37(X))
& possesses_2(fn_photosynthesis_37(X),fn_photosynthesis_53(X))
& quantity_2(fn_photosynthesis_53(X),fn_photosynthesis_52(X))
& greater_than_2(fn_photosynthesis_52(X),fn_photosynthesis_51(X))
& called_2(fn_photosynthesis_51(X),'FE_r')
& result_2(fn_photosynthesis_36(X),fn_photosynthesis_37(X))
& raw_material_2(fn_photosynthesis_64(X),fn_photosynthesis_102(X))
& structural_complexity_2(fn_photosynthesis_65(X),fn_photosynthesis_19(X))
& raw_material_2(fn_photosynthesis_11(X),fn_photosynthesis_17(X))
& raw_material_2(fn_photosynthesis_60(X),fn_photosynthesis_17(X))
& result_2(fn_photosynthesis_60(X),fn_photosynthesis_106(X))
& agent_2(fn_photosynthesis_98(X),fn_photosynthesis_38(X))
& site_2(fn_photosynthesis_98(X),fn_photosynthesis_97(X))
& facilitates_2(fn_photosynthesis_97(X),fn_photosynthesis_98(X))
& has_function_2(fn_photosynthesis_38(X),fn_photosynthesis_98(X))
& has_region_2(fn_photosynthesis_38(X),fn_photosynthesis_97(X))
& possesses_2(fn_photosynthesis_65(X),fn_photosynthesis_18(X))
& object_2(fn_photosynthesis_100(X),fn_photosynthesis_38(X))
& speed_2(fn_photosynthesis_100(X),fn_photosynthesis_95(X))
& directly_proportional_2(fn_photosynthesis_95(X),fn_photosynthesis_96(X))
& quantity_2(fn_photosynthesis_99(X),fn_photosynthesis_96(X))
& possesses_2(fn_photosynthesis_38(X),fn_photosynthesis_99(X))
& raw_material_2(fn_photosynthesis_36(X),fn_photosynthesis_38(X))
& first_subevent_2(fn_photosynthesis_36(X),fn_photosynthesis_64(X))
& subevent_2(fn_photosynthesis_36(X),fn_photosynthesis_64(X))
& result_2(fn_photosynthesis_36(X),fn_photosynthesis_26(X))
& structural_complexity_2(fn_photosynthesis_26(X),fn_photosynthesis_20(X))
& result_2(fn_photosynthesis_64(X),fn_photosynthesis_104(X))
& raw_material_2(fn_photosynthesis_64(X),fn_photosynthesis_38(X))
& fn_photosynthesis_38(X) != fn_photosynthesis_102(X)
& fn_photosynthesis_103(X) != fn_photosynthesis_104(X)
& fn_photosynthesis_104(X) != fn_photosynthesis_103(X)
& fn_photosynthesis_102(X) != fn_photosynthesis_38(X)
& raw_material_2(fn_photosynthesis_11(X),fn_photosynthesis_38(X))
& plays_2(fn_photosynthesis_38(X),fn_photosynthesis_101(X))
& in_event_2(fn_photosynthesis_101(X),fn_photosynthesis_64(X))
& raw_material_2(fn_photosynthesis_64(X),fn_photosynthesis_17(X))
& raw_material_2(fn_photosynthesis_36(X),fn_photosynthesis_17(X))
& result_2(fn_photosynthesis_105(X),fn_photosynthesis_17(X))
& raw_material_2(fn_photosynthesis_105(X),fn_photosynthesis_106(X))
& raw_material_2(fn_photosynthesis_27(X),fn_photosynthesis_106(X))
& result_2(fn_photosynthesis_27(X),fn_photosynthesis_17(X))
& fn_photosynthesis_17(X) != fn_photosynthesis_104(X)
& fn_photosynthesis_104(X) != fn_photosynthesis_17(X)
& base_2(fn_photosynthesis_36(X),fn_photosynthesis_63(X))
& base_2(fn_photosynthesis_64(X),fn_photosynthesis_63(X))
& subevent_2(fn_photosynthesis_64(X),fn_photosynthesis_11(X))
& result_2(fn_photosynthesis_11(X),fn_photosynthesis_103(X))
& fn_photosynthesis_103(X) != fn_photosynthesis_17(X)
& fn_photosynthesis_17(X) != fn_photosynthesis_103(X)
& raw_material_2(fn_photosynthesis_36(X),fn_photosynthesis_65(X))
& first_subevent_2(fn_photosynthesis_35(X),fn_photosynthesis_43(X))
& subevent_2(fn_photosynthesis_36(X),fn_photosynthesis_27(X))
& subevent_2(X,fn_photosynthesis_36(X))
& has_region_2(fn_photosynthesis_30(X),fn_photosynthesis_8(X))
& has_region_2(fn_photosynthesis_7(X),fn_photosynthesis_8(X))
& is_across_2(fn_photosynthesis_7(X),fn_photosynthesis_30(X))
& raw_material_2(fn_photosynthesis_31(X),fn_photosynthesis_34(X))
& object_2(fn_photosynthesis_31(X),fn_photosynthesis_34(X))
& object_2(fn_photosynthesis_43(X),fn_photosynthesis_34(X))
& subevent_2(fn_photosynthesis_35(X),fn_photosynthesis_43(X))
& causes_2(fn_photosynthesis_35(X),fn_photosynthesis_31(X))
& enables_2(fn_photosynthesis_35(X),fn_photosynthesis_36(X))
& next_event_2(fn_photosynthesis_35(X),fn_photosynthesis_36(X))
& raw_material_2(fn_photosynthesis_35(X),fn_photosynthesis_34(X))
& raw_material_2(X,fn_photosynthesis_34(X))
& subevent_2(X,fn_photosynthesis_35(X))
& site_2(fn_photosynthesis_35(X),fn_photosynthesis_30(X))
& has_part_2(fn_photosynthesis_30(X),fn_photosynthesis_7(X))
& has_region_2(fn_photosynthesis_7(X),fn_photosynthesis_10(X))
& is_at_2(fn_photosynthesis_10(X),fn_photosynthesis_9(X))
& has_region_2(fn_photosynthesis_30(X),fn_photosynthesis_9(X))
& element_2(fn_photosynthesis_41(X),fn_photosynthesis_42(X))
& is_across_2(fn_photosynthesis_41(X),fn_photosynthesis_30(X))
& element_2(fn_photosynthesis_75(X),fn_photosynthesis_71(X))
& time_during_2(fn_photosynthesis_68(X),fn_photosynthesis_67(X))
& time_during_2(fn_photosynthesis_69(X),fn_photosynthesis_67(X))
& fn_photosynthesis_70(X) != fn_photosynthesis_69(X)
& fn_photosynthesis_69(X) != fn_photosynthesis_70(X)
& facilitates_2(fn_photosynthesis_73(X),fn_photosynthesis_70(X))
& fn_photosynthesis_68(X) != fn_photosynthesis_70(X)
& fn_photosynthesis_69(X) != fn_photosynthesis_68(X)
& fn_photosynthesis_68(X) != fn_photosynthesis_69(X)
& fn_photosynthesis_70(X) != fn_photosynthesis_68(X)
& element_2(fn_photosynthesis_41(X),fn_photosynthesis_74(X))
& element_2(fn_photosynthesis_74(X),fn_photosynthesis_73(X))
& has_function_2(fn_photosynthesis_73(X),fn_photosynthesis_70(X))
& time_during_2(fn_photosynthesis_70(X),fn_photosynthesis_67(X))
& element_2(fn_photosynthesis_41(X),fn_photosynthesis_75(X))
& element_2(fn_photosynthesis_75(X),fn_photosynthesis_72(X))
& fn_photosynthesis_72(X) != fn_photosynthesis_71(X)
& is_near_2(fn_photosynthesis_74(X),fn_photosynthesis_75(X))
& is_near_2(fn_photosynthesis_75(X),fn_photosynthesis_74(X))
& fn_photosynthesis_71(X) != fn_photosynthesis_72(X)
& greater_than_2(fn_photosynthesis_20(X),fn_photosynthesis_19(X))
& possesses_2(fn_photosynthesis_17(X),fn_photosynthesis_79(X))
& object_2(fn_photosynthesis_89(X),fn_photosynthesis_17(X))
& speed_2(fn_photosynthesis_89(X),fn_photosynthesis_76(X))
& directly_proportional_2(fn_photosynthesis_76(X),fn_photosynthesis_77(X))
& quantity_2(fn_photosynthesis_79(X),fn_photosynthesis_77(X))
& fn_photosynthesis_59(X) != fn_photosynthesis_61(X)
& fn_photosynthesis_61(X) != fn_photosynthesis_59(X)
& is_between_2(fn_photosynthesis_58(X),fn_photosynthesis_61(X))
& agent_2(fn_photosynthesis_90(X),fn_photosynthesis_58(X))
& has_function_2(fn_photosynthesis_58(X),fn_photosynthesis_90(X))
& possesses_2(fn_photosynthesis_38(X),fn_photosynthesis_58(X))
& has_part_2(fn_photosynthesis_38(X),fn_photosynthesis_61(X))
& has_part_2(fn_photosynthesis_38(X),fn_photosynthesis_59(X))
& is_between_2(fn_photosynthesis_58(X),fn_photosynthesis_59(X))
& result_2(fn_photosynthesis_94(X),fn_photosynthesis_58(X))
& agent_2(fn_photosynthesis_94(X),fn_photosynthesis_61(X))
& agent_2(fn_photosynthesis_91(X),fn_photosynthesis_59(X))
& agent_2(fn_photosynthesis_93(X),fn_photosynthesis_59(X))
& agent_2(fn_photosynthesis_93(X),fn_photosynthesis_61(X))
& object_2(fn_photosynthesis_90(X),fn_photosynthesis_61(X))
& object_2(fn_photosynthesis_90(X),fn_photosynthesis_59(X))
& result_2(fn_photosynthesis_93(X),fn_photosynthesis_58(X))
& is_inside_2(fn_photosynthesis_87(X),fn_photosynthesis_82(X))
& has_part_2(fn_photosynthesis_17(X),fn_photosynthesis_87(X))
& has_region_2(fn_photosynthesis_17(X),fn_photosynthesis_83(X))
& is_inside_2(fn_photosynthesis_88(X),fn_photosynthesis_83(X))
& has_part_2(fn_photosynthesis_17(X),fn_photosynthesis_88(X))
& fn_photosynthesis_84(X) != fn_photosynthesis_86(X)
& fn_photosynthesis_87(X) != fn_photosynthesis_88(X)
& is_inside_2(fn_photosynthesis_84(X),fn_photosynthesis_81(X))
& fn_photosynthesis_86(X) != fn_photosynthesis_84(X)
& is_inside_2(fn_photosynthesis_86(X),fn_photosynthesis_83(X))
& is_inside_2(fn_photosynthesis_87(X),fn_photosynthesis_83(X))
& fn_photosynthesis_88(X) != fn_photosynthesis_87(X)
& is_inside_2(fn_photosynthesis_86(X),fn_photosynthesis_82(X))
& has_part_2(fn_photosynthesis_17(X),fn_photosynthesis_86(X))
& has_region_2(fn_photosynthesis_17(X),fn_photosynthesis_82(X))
& is_inside_2(fn_photosynthesis_85(X),fn_photosynthesis_82(X))
& has_part_2(fn_photosynthesis_17(X),fn_photosynthesis_85(X))
& fn_photosynthesis_85(X) != fn_photosynthesis_86(X)
& fn_photosynthesis_86(X) != fn_photosynthesis_88(X)
& fn_photosynthesis_88(X) != fn_photosynthesis_84(X)
& fn_photosynthesis_84(X) != fn_photosynthesis_88(X)
& fn_photosynthesis_85(X) != fn_photosynthesis_88(X)
& fn_photosynthesis_86(X) != fn_photosynthesis_85(X)
& fn_photosynthesis_88(X) != fn_photosynthesis_86(X)
& fn_photosynthesis_88(X) != fn_photosynthesis_85(X)
& fn_photosynthesis_87(X) != fn_photosynthesis_84(X)
& fn_photosynthesis_84(X) != fn_photosynthesis_85(X)
& fn_photosynthesis_84(X) != fn_photosynthesis_87(X)
& fn_photosynthesis_85(X) != fn_photosynthesis_84(X)
& is_inside_2(fn_photosynthesis_85(X),fn_photosynthesis_81(X))
& has_region_2(fn_photosynthesis_17(X),fn_photosynthesis_81(X))
& has_part_2(fn_photosynthesis_17(X),fn_photosynthesis_84(X))
& fn_photosynthesis_87(X) != fn_photosynthesis_85(X)
& fn_photosynthesis_85(X) != fn_photosynthesis_87(X)
& fn_photosynthesis_87(X) != fn_photosynthesis_86(X)
& fn_photosynthesis_86(X) != fn_photosynthesis_87(X)
& is_between_2(fn_photosynthesis_78(X),fn_photosynthesis_87(X))
& is_between_2(fn_photosynthesis_80(X),fn_photosynthesis_85(X))
& is_between_2(fn_photosynthesis_78(X),fn_photosynthesis_85(X))
& is_between_2(fn_photosynthesis_78(X),fn_photosynthesis_86(X))
& is_between_2(fn_photosynthesis_80(X),fn_photosynthesis_86(X))
& possesses_2(fn_photosynthesis_17(X),fn_photosynthesis_80(X))
& is_between_2(fn_photosynthesis_80(X),fn_photosynthesis_87(X))
& is_between_2(fn_photosynthesis_80(X),fn_photosynthesis_84(X))
& is_between_2(fn_photosynthesis_78(X),fn_photosynthesis_84(X))
& possesses_2(fn_photosynthesis_17(X),fn_photosynthesis_78(X))
& is_between_2(fn_photosynthesis_78(X),fn_photosynthesis_88(X))
& is_inside_2(fn_photosynthesis_84(X),fn_photosynthesis_82(X))
& agent_2(fn_photosynthesis_92(X),fn_photosynthesis_59(X))
& result_2(fn_photosynthesis_92(X),fn_photosynthesis_58(X))
& fn_photosynthesis_40(X) != fn_photosynthesis_34(X)
& fn_photosynthesis_34(X) != fn_photosynthesis_40(X)
& result_2(fn_photosynthesis_31(X),fn_photosynthesis_40(X))
& structural_complexity_2(fn_photosynthesis_33(X),fn_photosynthesis_19(X))
& raw_material_2(fn_photosynthesis_36(X),fn_photosynthesis_33(X))
& raw_material_2(fn_photosynthesis_64(X),fn_photosynthesis_61(X))
& agent_2(fn_photosynthesis_94(X),fn_photosynthesis_59(X))
& fn_photosynthesis_17(X) = fn_add_2(fn_photosynthesis_62(X))
& fn_photosynthesis_38(X) = fn_add_1(fn_photosynthesis_62(X))
& fn_photosynthesis_17(X) = fn_chemical_reaction_1(fn_photosynthesis_16(X))
& fn_photosynthesis_37(X) = fn_food_3(fn_photosynthesis_39(X))
& fn_photosynthesis_30(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_photosynthesis_44(X))
& fn_photosynthesis_38(X) = fn_oxidation_7(fn_photosynthesis_46(X))
& X = fn_reactant_2(fn_photosynthesis_32(X))
& fn_photosynthesis_45(X) = fn_passive_transport_of_solute_3(fn_photosynthesis_44(X))
& fn_photosynthesis_38(X) = fn_co2_gas_1(fn_photosynthesis_29(X))
& fn_photosynthesis_47(X) = fn_oxidation_10(fn_photosynthesis_46(X))
& fn_photosynthesis_38(X) = fn_exergonic_reaction_11(fn_photosynthesis_28(X))
& fn_photosynthesis_38(X) = fn_eukaryotic_cellular_respiration_62(fn_photosynthesis_28(X))
& fn_photosynthesis_54(X) = fn_anabolic_pathway_2(X)
& fn_photosynthesis_57(X) = fn_anabolic_pathway_1(X)
& fn_photosynthesis_25(X) = fn_anabolic_pathway_3(X)
& fn_photosynthesis_24(X) = fn_anabolic_pathway_4(X)
& fn_photosynthesis_38(X) = fn_anabolic_pathway_6(X)
& fn_photosynthesis_70(X) = fn_carotenoid_18(fn_photosynthesis_73(X))
& fn_photosynthesis_55(X) = fn_endergonic_reaction_6(X)
& fn_photosynthesis_56(X) = fn_endergonic_reaction_7(X)
& fn_photosynthesis_50(X) = fn_endergonic_reaction_2(X)
& fn_photosynthesis_49(X) = fn_endergonic_reaction_11(X)
& fn_photosynthesis_48(X) = fn_endergonic_reaction_10(X)
& fn_photosynthesis_51(X) = fn_endergonic_reaction_5(X)
& fn_photosynthesis_52(X) = fn_endergonic_reaction_4(X)
& fn_photosynthesis_53(X) = fn_endergonic_reaction_3(X)
& fn_photosynthesis_37(X) = fn_endergonic_reaction_9(X)
& fn_photosynthesis_37(X) = fn_calvin_cycle_18(fn_photosynthesis_36(X))
& fn_photosynthesis_19(X) = fn_calvin_cycle_37(fn_photosynthesis_36(X))
& fn_photosynthesis_13(X) = fn_calvin_cycle_29(fn_photosynthesis_36(X))
& fn_photosynthesis_107(X) = fn_calvin_cycle_121(fn_photosynthesis_36(X))
& fn_photosynthesis_12(X) = fn_calvin_cycle_28(fn_photosynthesis_36(X))
& fn_photosynthesis_108(X) = fn_calvin_cycle_122(fn_photosynthesis_36(X))
& fn_photosynthesis_60(X) = fn_calvin_cycle_86(fn_photosynthesis_36(X))
& fn_photosynthesis_97(X) = fn_hydrophobic_compound_3(fn_photosynthesis_38(X))
& fn_photosynthesis_97(X) = fn_calvin_cycle_114(fn_photosynthesis_36(X))
& fn_photosynthesis_98(X) = fn_hydrophobic_compound_2(fn_photosynthesis_38(X))
& fn_photosynthesis_98(X) = fn_calvin_cycle_115(fn_photosynthesis_36(X))
& fn_photosynthesis_18(X) = fn_calvin_cycle_30(fn_photosynthesis_36(X))
& fn_photosynthesis_23(X) = fn_calvin_cycle_33(fn_photosynthesis_36(X))
& fn_photosynthesis_22(X) = fn_calvin_cycle_32(fn_photosynthesis_36(X))
& fn_photosynthesis_21(X) = fn_calvin_cycle_31(fn_photosynthesis_36(X))
& fn_photosynthesis_99(X) = fn_molecule_12(fn_photosynthesis_38(X))
& fn_photosynthesis_99(X) = fn_calvin_cycle_116(fn_photosynthesis_36(X))
& fn_photosynthesis_96(X) = fn_molecule_4(fn_photosynthesis_38(X))
& fn_photosynthesis_96(X) = fn_calvin_cycle_113(fn_photosynthesis_36(X))
& fn_photosynthesis_95(X) = fn_molecule_3(fn_photosynthesis_38(X))
& fn_photosynthesis_95(X) = fn_calvin_cycle_112(fn_photosynthesis_36(X))
& fn_photosynthesis_100(X) = fn_molecule_8(fn_photosynthesis_38(X))
& fn_photosynthesis_100(X) = fn_calvin_cycle_118(fn_photosynthesis_36(X))
& fn_photosynthesis_20(X) = fn_calvin_cycle_38(fn_photosynthesis_36(X))
& fn_photosynthesis_26(X) = fn_calvin_cycle_74(fn_photosynthesis_36(X))
& fn_photosynthesis_102(X) = fn_carbon_fixation_3(fn_photosynthesis_64(X))
& fn_photosynthesis_102(X) = fn_calvin_cycle_120(fn_photosynthesis_36(X))
& fn_photosynthesis_104(X) = fn_carbon_fixation_5(fn_photosynthesis_64(X))
& fn_photosynthesis_38(X) = fn_carbon_fixation_6(fn_photosynthesis_64(X))
& fn_photosynthesis_101(X) = fn_carbon_fixation_4(fn_photosynthesis_64(X))
& fn_photosynthesis_101(X) = fn_calvin_cycle_119(fn_photosynthesis_36(X))
& fn_photosynthesis_11(X) = fn_reactant_2(fn_photosynthesis_32(X))
& fn_photosynthesis_38(X) = fn_reactant_3(fn_photosynthesis_32(X))
& fn_photosynthesis_38(X) = fn_calvin_cycle_55(fn_photosynthesis_36(X))
& fn_photosynthesis_104(X) = fn_calvin_cycle_73(fn_photosynthesis_36(X))
& fn_photosynthesis_106(X) = fn_calvin_cycle_78(fn_photosynthesis_36(X))
& fn_photosynthesis_105(X) = fn_calvin_cycle_85(fn_photosynthesis_36(X))
& fn_photosynthesis_17(X) = fn_calvin_cycle_75(fn_photosynthesis_36(X))
& fn_photosynthesis_103(X) = fn_calvin_cycle_70(fn_photosynthesis_36(X))
& fn_photosynthesis_11(X) = fn_calvin_cycle_34(fn_photosynthesis_36(X))
& fn_photosynthesis_63(X) = fn_carbon_fixation_1(fn_photosynthesis_64(X))
& fn_photosynthesis_64(X) = fn_calvin_cycle_57(fn_photosynthesis_36(X))
& fn_photosynthesis_63(X) = fn_calvin_cycle_56(fn_photosynthesis_36(X))
& fn_photosynthesis_65(X) = fn_calvin_cycle_77(fn_photosynthesis_36(X))
& fn_photosynthesis_65(X) = fn_light_reaction_49(fn_photosynthesis_35(X))
& fn_photosynthesis_27(X) = fn_calvin_cycle_89(fn_photosynthesis_36(X))
& fn_photosynthesis_27(X) = fn_light_reaction_58(fn_photosynthesis_35(X))
& fn_photosynthesis_8(X) = fn_light_reaction_24(fn_photosynthesis_35(X))
& fn_photosynthesis_43(X) = fn_light_reaction_54(fn_photosynthesis_35(X))
& fn_photosynthesis_31(X) = fn_light_reaction_50(fn_photosynthesis_35(X))
& X = fn_light_reaction_1(fn_photosynthesis_35(X))
& fn_photosynthesis_34(X) = fn_light_reaction_45(fn_photosynthesis_35(X))
& fn_photosynthesis_36(X) = fn_light_reaction_47(fn_photosynthesis_35(X))
& fn_photosynthesis_9(X) = fn_light_reaction_25(fn_photosynthesis_35(X))
& fn_photosynthesis_10(X) = fn_light_reaction_23(fn_photosynthesis_35(X))
& fn_photosynthesis_7(X) = fn_light_reaction_59(fn_photosynthesis_35(X))
& fn_photosynthesis_30(X) = fn_light_reaction_51(fn_photosynthesis_35(X))
& fn_photosynthesis_42(X) = fn_photosystem_i_16(fn_photosynthesis_41(X))
& fn_photosynthesis_30(X) = fn_photosystem_i_5(fn_photosynthesis_41(X))
& fn_photosynthesis_70(X) = fn_photosystem_i_1(fn_photosynthesis_41(X))
& fn_photosynthesis_69(X) = fn_photosystem_i_2(fn_photosynthesis_41(X))
& fn_photosynthesis_68(X) = fn_photosystem_i_2(fn_photosynthesis_41(X))
& fn_photosynthesis_69(X) = fn_photosystem_i_15(fn_photosynthesis_41(X))
& fn_photosynthesis_68(X) = fn_photosystem_i_1(fn_photosynthesis_41(X))
& fn_photosynthesis_66(X) = fn_photosystem_i_4(fn_photosynthesis_41(X))
& fn_photosynthesis_67(X) = fn_photosystem_i_3(fn_photosynthesis_41(X))
& fn_photosynthesis_70(X) = fn_photosystem_i_15(fn_photosynthesis_41(X))
& fn_photosynthesis_73(X) = fn_photosystem_i_12(fn_photosynthesis_41(X))
& fn_photosynthesis_71(X) = fn_photosystem_i_13(fn_photosynthesis_41(X))
& fn_photosynthesis_71(X) = fn_photosystem_i_19(fn_photosynthesis_41(X))
& fn_photosynthesis_72(X) = fn_photosystem_i_14(fn_photosynthesis_41(X))
& fn_photosynthesis_72(X) = fn_photosystem_i_20(fn_photosynthesis_41(X))
& fn_photosynthesis_74(X) = fn_photosystem_i_11(fn_photosynthesis_41(X))
& fn_photosynthesis_74(X) = fn_photosystem_i_16(fn_photosynthesis_41(X))
& fn_photosynthesis_75(X) = fn_photosystem_i_10(fn_photosynthesis_41(X))
& fn_photosynthesis_75(X) = fn_photosystem_i_21(fn_photosynthesis_41(X))
& fn_photosynthesis_15(X) = fn_anabolic_pathway_2(fn_photosynthesis_36(X))
& fn_photosynthesis_14(X) = fn_anabolic_pathway_1(fn_photosynthesis_36(X))
& fn_photosynthesis_20(X) = fn_anabolic_pathway_3(fn_photosynthesis_36(X))
& fn_photosynthesis_109(X) = fn_pentose_2(fn_photosynthesis_17(X))
& fn_photosynthesis_110(X) = fn_pentose_3(fn_photosynthesis_17(X))
& fn_photosynthesis_79(X) = fn_ketone_3(fn_photosynthesis_17(X))
& fn_photosynthesis_79(X) = fn_pentose_4(fn_photosynthesis_17(X))
& fn_photosynthesis_77(X) = fn_ketone_6(fn_photosynthesis_17(X))
& fn_photosynthesis_77(X) = fn_pentose_7(fn_photosynthesis_17(X))
& fn_photosynthesis_76(X) = fn_ketone_5(fn_photosynthesis_17(X))
& fn_photosynthesis_76(X) = fn_pentose_6(fn_photosynthesis_17(X))
& fn_photosynthesis_89(X) = fn_ketone_4(fn_photosynthesis_17(X))
& fn_photosynthesis_89(X) = fn_pentose_5(fn_photosynthesis_17(X))
& fn_photosynthesis_59(X) = fn_share_3(fn_photosynthesis_94(X))
& fn_photosynthesis_59(X) = fn_share_1(fn_photosynthesis_94(X))
& fn_photosynthesis_61(X) = fn_chemical_reaction_2(fn_photosynthesis_64(X))
& fn_photosynthesis_19(X) = fn_anabolic_pathway_4(fn_photosynthesis_36(X))
& fn_photosynthesis_33(X) = fn_anabolic_pathway_6(fn_photosynthesis_36(X))
& fn_photosynthesis_34(X) = fn_energy_transformation_by_organism_2(fn_photosynthesis_31(X))
& fn_photosynthesis_40(X) = fn_energy_transformation_by_organism_1(fn_photosynthesis_31(X))
& fn_photosynthesis_59(X) = fn_covalent_bond_20(fn_photosynthesis_58(X))
& fn_photosynthesis_92(X) = fn_covalent_bond_17(fn_photosynthesis_58(X))
& fn_photosynthesis_83(X) = fn_pentose_11(fn_photosynthesis_17(X))
& fn_photosynthesis_83(X) = fn_ribulose_bisphosphate_21(fn_photosynthesis_17(X))
& fn_photosynthesis_82(X) = fn_monosaccharide_17(fn_photosynthesis_17(X))
& fn_photosynthesis_82(X) = fn_ketone_11(fn_photosynthesis_17(X))
& fn_photosynthesis_82(X) = fn_pentose_12(fn_photosynthesis_17(X))
& fn_photosynthesis_82(X) = fn_ribulose_bisphosphate_22(fn_photosynthesis_17(X))
& fn_photosynthesis_88(X) = fn_pentose_16(fn_photosynthesis_17(X))
& fn_photosynthesis_84(X) = fn_pentose_21(fn_photosynthesis_17(X))
& fn_photosynthesis_81(X) = fn_ketone_9(fn_photosynthesis_17(X))
& fn_photosynthesis_81(X) = fn_ribulose_bisphosphate_20(fn_photosynthesis_17(X))
& fn_photosynthesis_84(X) = fn_ribulose_bisphosphate_27(fn_photosynthesis_17(X))
& fn_photosynthesis_85(X) = fn_pentose_21(fn_photosynthesis_17(X))
& fn_photosynthesis_85(X) = fn_ribulose_bisphosphate_23(fn_photosynthesis_17(X))
& fn_photosynthesis_87(X) = fn_pentose_15(fn_photosynthesis_17(X))
& fn_photosynthesis_86(X) = fn_pentose_10(fn_photosynthesis_17(X))
& fn_photosynthesis_87(X) = fn_ribulose_bisphosphate_26(fn_photosynthesis_17(X))
& fn_photosynthesis_86(X) = fn_ribulose_bisphosphate_25(fn_photosynthesis_17(X))
& fn_photosynthesis_85(X) = fn_ketone_8(fn_photosynthesis_17(X))
& fn_photosynthesis_85(X) = fn_ribulose_bisphosphate_27(fn_photosynthesis_17(X))
& fn_photosynthesis_86(X) = fn_ribulose_bisphosphate_26(fn_photosynthesis_17(X))
& fn_photosynthesis_87(X) = fn_ketone_12(fn_photosynthesis_17(X))
& fn_photosynthesis_87(X) = fn_ribulose_bisphosphate_25(fn_photosynthesis_17(X))
& fn_photosynthesis_80(X) = fn_ketone_7(fn_photosynthesis_17(X))
& fn_photosynthesis_84(X) = fn_ketone_10(fn_photosynthesis_17(X))
& fn_photosynthesis_80(X) = fn_ribulose_bisphosphate_18(fn_photosynthesis_17(X))
& fn_photosynthesis_84(X) = fn_ribulose_bisphosphate_23(fn_photosynthesis_17(X))
& fn_photosynthesis_78(X) = fn_ribulose_bisphosphate_19(fn_photosynthesis_17(X))
& fn_photosynthesis_88(X) = fn_ribulose_bisphosphate_24(fn_photosynthesis_17(X))
& fn_photosynthesis_61(X) = fn_polar_covalent_bond_19(fn_photosynthesis_58(X))
& fn_photosynthesis_61(X) = fn_polar_covalent_bond_18(fn_photosynthesis_58(X))
& fn_photosynthesis_59(X) = fn_carbon_dioxide_1(fn_photosynthesis_38(X))
& fn_photosynthesis_94(X) = fn_carbon_dioxide_6(fn_photosynthesis_38(X))
& fn_photosynthesis_91(X) = fn_carbon_dioxide_6(fn_photosynthesis_38(X))
& fn_photosynthesis_61(X) = fn_carbon_dioxide_3(fn_photosynthesis_38(X))
& fn_photosynthesis_59(X) = fn_polar_covalent_bond_18(fn_photosynthesis_58(X))
& fn_photosynthesis_90(X) = fn_polar_covalent_bond_17(fn_photosynthesis_58(X))
& fn_photosynthesis_59(X) = fn_polar_covalent_bond_19(fn_photosynthesis_58(X))
& fn_photosynthesis_90(X) = fn_carbon_dioxide_7(fn_photosynthesis_38(X))
& fn_photosynthesis_59(X) = fn_carbon_dioxide_4(fn_photosynthesis_38(X))
& fn_photosynthesis_93(X) = fn_carbon_dioxide_5(fn_photosynthesis_38(X))
& fn_photosynthesis_58(X) = fn_carbon_dioxide_2(fn_photosynthesis_38(X))
& fn_food_3(fn_photosynthesis_39(X)) = fn_endergonic_reaction_9(X)
& fn_endergonic_reaction_9(X) = fn_endergonic_reaction_9(X)
& fn_endergonic_reaction_9(X) = fn_calvin_cycle_18(fn_photosynthesis_36(X))
& fn_calvin_cycle_18(fn_photosynthesis_36(X)) = fn_hydrophobic_compound_3(fn_photosynthesis_38(X))
& fn_calvin_cycle_114(fn_photosynthesis_36(X)) = fn_hydrophobic_compound_3(fn_photosynthesis_38(X))
& fn_hydrophobic_compound_3(fn_photosynthesis_38(X)) = fn_calvin_cycle_114(fn_photosynthesis_36(X))
& fn_calvin_cycle_114(fn_photosynthesis_36(X)) = fn_hydrophobic_compound_2(fn_photosynthesis_38(X))
& fn_calvin_cycle_115(fn_photosynthesis_36(X)) = fn_hydrophobic_compound_2(fn_photosynthesis_38(X))
& fn_hydrophobic_compound_2(fn_photosynthesis_38(X)) = fn_calvin_cycle_115(fn_photosynthesis_36(X))
& fn_calvin_cycle_115(fn_photosynthesis_36(X)) = fn_molecule_12(fn_photosynthesis_38(X))
& fn_calvin_cycle_116(fn_photosynthesis_36(X)) = fn_molecule_12(fn_photosynthesis_38(X))
& fn_molecule_12(fn_photosynthesis_38(X)) = fn_calvin_cycle_116(fn_photosynthesis_36(X))
& fn_calvin_cycle_116(fn_photosynthesis_36(X)) = fn_calvin_cycle_113(fn_photosynthesis_36(X))
& fn_calvin_cycle_113(fn_photosynthesis_36(X)) = fn_molecule_4(fn_photosynthesis_38(X))
& fn_molecule_4(fn_photosynthesis_38(X)) = fn_calvin_cycle_113(fn_photosynthesis_36(X))
& fn_calvin_cycle_113(fn_photosynthesis_36(X)) = fn_calvin_cycle_112(fn_photosynthesis_36(X))
& fn_calvin_cycle_112(fn_photosynthesis_36(X)) = fn_molecule_3(fn_photosynthesis_38(X))
& fn_molecule_3(fn_photosynthesis_38(X)) = fn_calvin_cycle_112(fn_photosynthesis_36(X))
& fn_calvin_cycle_112(fn_photosynthesis_36(X)) = fn_molecule_8(fn_photosynthesis_38(X))
& fn_calvin_cycle_118(fn_photosynthesis_36(X)) = fn_molecule_8(fn_photosynthesis_38(X))
& fn_molecule_8(fn_photosynthesis_38(X)) = fn_calvin_cycle_118(fn_photosynthesis_36(X))
& fn_calvin_cycle_118(fn_photosynthesis_36(X)) = fn_carbon_fixation_3(fn_photosynthesis_64(X))
& fn_calvin_cycle_120(fn_photosynthesis_36(X)) = fn_carbon_fixation_3(fn_photosynthesis_64(X))
& fn_carbon_fixation_3(fn_photosynthesis_64(X)) = fn_calvin_cycle_120(fn_photosynthesis_36(X))
& fn_calvin_cycle_120(fn_photosynthesis_36(X)) = fn_carbon_fixation_4(fn_photosynthesis_64(X))
& fn_calvin_cycle_119(fn_photosynthesis_36(X)) = fn_carbon_fixation_4(fn_photosynthesis_64(X))
& fn_carbon_fixation_4(fn_photosynthesis_64(X)) = fn_calvin_cycle_119(fn_photosynthesis_36(X))
& fn_calvin_cycle_119(fn_photosynthesis_36(X)) = fn_carbon_fixation_5(fn_photosynthesis_64(X))
& fn_carbon_fixation_5(fn_photosynthesis_64(X)) = fn_calvin_cycle_73(fn_photosynthesis_36(X))
& fn_calvin_cycle_73(fn_photosynthesis_36(X)) = fn_calvin_cycle_73(fn_photosynthesis_36(X))
& fn_calvin_cycle_73(fn_photosynthesis_36(X)) = fn_calvin_cycle_34(fn_photosynthesis_36(X))
& fn_calvin_cycle_34(fn_photosynthesis_36(X)) = fn_reactant_2(fn_photosynthesis_32(X))
& fn_reactant_2(fn_photosynthesis_32(X)) = fn_calvin_cycle_34(fn_photosynthesis_36(X))
& fn_calvin_cycle_34(fn_photosynthesis_36(X)) = fn_calvin_cycle_34(fn_photosynthesis_36(X))
& fn_calvin_cycle_34(fn_photosynthesis_36(X)) = fn_carbon_fixation_1(fn_photosynthesis_64(X))
& fn_carbon_fixation_1(fn_photosynthesis_64(X)) = fn_calvin_cycle_56(fn_photosynthesis_36(X))
& fn_calvin_cycle_56(fn_photosynthesis_36(X)) = fn_calvin_cycle_56(fn_photosynthesis_36(X))
& fn_calvin_cycle_56(fn_photosynthesis_36(X)) = fn_calvin_cycle_77(fn_photosynthesis_36(X))
& fn_calvin_cycle_77(fn_photosynthesis_36(X)) = fn_calvin_cycle_77(fn_photosynthesis_36(X))
& fn_calvin_cycle_77(fn_photosynthesis_36(X)) = fn_light_reaction_49(fn_photosynthesis_35(X))
& fn_light_reaction_49(fn_photosynthesis_35(X)) = fn_calvin_cycle_89(fn_photosynthesis_36(X))
& fn_calvin_cycle_89(fn_photosynthesis_36(X)) = fn_calvin_cycle_89(fn_photosynthesis_36(X))
& fn_calvin_cycle_89(fn_photosynthesis_36(X)) = fn_light_reaction_58(fn_photosynthesis_35(X))
& fn_light_reaction_58(fn_photosynthesis_35(X)) = fn_reactant_2(fn_photosynthesis_32(X))
& fn_reactant_2(fn_photosynthesis_32(X)) = fn_light_reaction_1(fn_photosynthesis_35(X))
& fn_light_reaction_1(fn_photosynthesis_35(X)) = fn_light_reaction_1(fn_photosynthesis_35(X))
& fn_light_reaction_1(fn_photosynthesis_35(X)) = fn_facilitated_diffusion_of_polar_molecule_5(fn_photosynthesis_44(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_photosynthesis_44(X)) = fn_light_reaction_51(fn_photosynthesis_35(X))
& fn_light_reaction_51(fn_photosynthesis_35(X)) = fn_light_reaction_51(fn_photosynthesis_35(X))
& fn_light_reaction_51(fn_photosynthesis_35(X)) = fn_photosystem_i_5(fn_photosynthesis_41(X))
& fn_photosystem_i_5(fn_photosynthesis_41(X)) = fn_photosystem_i_2(fn_photosynthesis_41(X))
& fn_photosystem_i_2(fn_photosynthesis_41(X)) = fn_photosystem_i_15(fn_photosynthesis_41(X))
& fn_photosystem_i_15(fn_photosynthesis_41(X)) = fn_photosystem_i_1(fn_photosynthesis_41(X))
& fn_photosystem_i_1(fn_photosynthesis_41(X)) = fn_photosystem_i_2(fn_photosynthesis_41(X))
& fn_photosystem_i_2(fn_photosynthesis_41(X)) = fn_photosystem_i_2(fn_photosynthesis_41(X))
& fn_photosystem_i_2(fn_photosynthesis_41(X)) = fn_photosystem_i_1(fn_photosynthesis_41(X))
& fn_photosystem_i_1(fn_photosynthesis_41(X)) = fn_carotenoid_18(fn_photosynthesis_73(X))
& fn_carotenoid_18(fn_photosynthesis_73(X)) = fn_carotenoid_18(fn_photosynthesis_73(X))
& fn_carotenoid_18(fn_photosynthesis_73(X)) = fn_photosystem_i_1(fn_photosynthesis_41(X))
& fn_photosystem_i_1(fn_photosynthesis_41(X)) = fn_photosystem_i_1(fn_photosynthesis_41(X))
& fn_photosystem_i_1(fn_photosynthesis_41(X)) = fn_photosystem_i_15(fn_photosynthesis_41(X))
& fn_photosystem_i_15(fn_photosynthesis_41(X)) = fn_photosystem_i_15(fn_photosynthesis_41(X))
& fn_photosystem_i_15(fn_photosynthesis_41(X)) = fn_photosystem_i_19(fn_photosynthesis_41(X))
& fn_photosystem_i_19(fn_photosynthesis_41(X)) = fn_photosystem_i_13(fn_photosynthesis_41(X))
& fn_photosystem_i_13(fn_photosynthesis_41(X)) = fn_photosystem_i_19(fn_photosynthesis_41(X))
& fn_photosystem_i_19(fn_photosynthesis_41(X)) = fn_photosystem_i_14(fn_photosynthesis_41(X))
& fn_photosystem_i_20(fn_photosynthesis_41(X)) = fn_photosystem_i_14(fn_photosynthesis_41(X))
& fn_photosystem_i_14(fn_photosynthesis_41(X)) = fn_photosystem_i_20(fn_photosynthesis_41(X))
& fn_photosystem_i_20(fn_photosynthesis_41(X)) = fn_photosystem_i_11(fn_photosynthesis_41(X))
& fn_photosystem_i_11(fn_photosynthesis_41(X)) = fn_photosystem_i_11(fn_photosynthesis_41(X))
& fn_photosystem_i_16(fn_photosynthesis_41(X)) = fn_photosystem_i_11(fn_photosynthesis_41(X))
& fn_photosystem_i_11(fn_photosynthesis_41(X)) = fn_photosystem_i_16(fn_photosynthesis_41(X))
& fn_photosystem_i_16(fn_photosynthesis_41(X)) = fn_photosystem_i_21(fn_photosynthesis_41(X))
& fn_photosystem_i_21(fn_photosynthesis_41(X)) = fn_photosystem_i_10(fn_photosynthesis_41(X))
& fn_photosystem_i_10(fn_photosynthesis_41(X)) = fn_photosystem_i_21(fn_photosynthesis_41(X))
& fn_photosystem_i_21(fn_photosynthesis_41(X)) = fn_calvin_cycle_38(fn_photosynthesis_36(X))
& fn_calvin_cycle_38(fn_photosynthesis_36(X)) = fn_anabolic_pathway_3(fn_photosynthesis_36(X))
& fn_anabolic_pathway_3(fn_photosynthesis_36(X)) = fn_anabolic_pathway_3(fn_photosynthesis_36(X))
& fn_anabolic_pathway_3(fn_photosynthesis_36(X)) = fn_ketone_3(fn_photosynthesis_17(X))
& fn_pentose_4(fn_photosynthesis_17(X)) = fn_ketone_3(fn_photosynthesis_17(X))
& fn_ketone_3(fn_photosynthesis_17(X)) = fn_pentose_4(fn_photosynthesis_17(X))
& fn_pentose_4(fn_photosynthesis_17(X)) = fn_pentose_7(fn_photosynthesis_17(X))
& fn_pentose_7(fn_photosynthesis_17(X)) = fn_ketone_6(fn_photosynthesis_17(X))
& fn_ketone_6(fn_photosynthesis_17(X)) = fn_pentose_7(fn_photosynthesis_17(X))
& fn_pentose_7(fn_photosynthesis_17(X)) = fn_pentose_6(fn_photosynthesis_17(X))
& fn_pentose_6(fn_photosynthesis_17(X)) = fn_ketone_5(fn_photosynthesis_17(X))
& fn_ketone_5(fn_photosynthesis_17(X)) = fn_pentose_6(fn_photosynthesis_17(X))
& fn_pentose_6(fn_photosynthesis_17(X)) = fn_ketone_4(fn_photosynthesis_17(X))
& fn_pentose_5(fn_photosynthesis_17(X)) = fn_ketone_4(fn_photosynthesis_17(X))
& fn_ketone_4(fn_photosynthesis_17(X)) = fn_pentose_5(fn_photosynthesis_17(X))
& fn_pentose_5(fn_photosynthesis_17(X)) = fn_calvin_cycle_37(fn_photosynthesis_36(X))
& fn_calvin_cycle_37(fn_photosynthesis_36(X)) = fn_anabolic_pathway_4(fn_photosynthesis_36(X))
& fn_anabolic_pathway_4(fn_photosynthesis_36(X)) = fn_anabolic_pathway_4(fn_photosynthesis_36(X))
& fn_anabolic_pathway_4(fn_photosynthesis_36(X)) = fn_light_reaction_45(fn_photosynthesis_35(X))
& fn_energy_transformation_by_organism_2(fn_photosynthesis_31(X)) = fn_light_reaction_45(fn_photosynthesis_35(X))
& fn_light_reaction_45(fn_photosynthesis_35(X)) = fn_light_reaction_45(fn_photosynthesis_35(X))
& fn_light_reaction_45(fn_photosynthesis_35(X)) = fn_energy_transformation_by_organism_2(fn_photosynthesis_31(X))
& fn_energy_transformation_by_organism_2(fn_photosynthesis_31(X)) = fn_energy_transformation_by_organism_2(fn_photosynthesis_31(X))
& fn_energy_transformation_by_organism_2(fn_photosynthesis_31(X)) = fn_pentose_11(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_21(fn_photosynthesis_17(X)) = fn_pentose_11(fn_photosynthesis_17(X))
& fn_pentose_11(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_21(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_21(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_21(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_21(fn_photosynthesis_17(X)) = fn_pentose_12(fn_photosynthesis_17(X))
& fn_pentose_12(fn_photosynthesis_17(X)) = fn_monosaccharide_17(fn_photosynthesis_17(X))
& fn_monosaccharide_17(fn_photosynthesis_17(X)) = fn_pentose_12(fn_photosynthesis_17(X))
& fn_pentose_12(fn_photosynthesis_17(X)) = fn_pentose_12(fn_photosynthesis_17(X))
& fn_ketone_11(fn_photosynthesis_17(X)) = fn_pentose_12(fn_photosynthesis_17(X))
& fn_pentose_12(fn_photosynthesis_17(X)) = fn_ketone_11(fn_photosynthesis_17(X))
& fn_ketone_11(fn_photosynthesis_17(X)) = fn_ketone_11(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_22(fn_photosynthesis_17(X)) = fn_ketone_11(fn_photosynthesis_17(X))
& fn_ketone_11(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_22(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_22(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_22(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_22(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_20(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_20(fn_photosynthesis_17(X)) = fn_ketone_9(fn_photosynthesis_17(X))
& fn_ketone_9(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_20(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_20(fn_photosynthesis_17(X)) = fn_ketone_8(fn_photosynthesis_17(X))
& fn_ketone_8(fn_photosynthesis_17(X)) = fn_ketone_8(fn_photosynthesis_17(X))
& fn_ketone_8(fn_photosynthesis_17(X)) = fn_pentose_21(fn_photosynthesis_17(X))
& fn_pentose_21(fn_photosynthesis_17(X)) = fn_ketone_8(fn_photosynthesis_17(X))
& fn_ketone_8(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_23(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_23(fn_photosynthesis_17(X)) = fn_pentose_21(fn_photosynthesis_17(X))
& fn_pentose_21(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_23(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_27(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_25(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_25(fn_photosynthesis_17(X)) = fn_pentose_10(fn_photosynthesis_17(X))
& fn_pentose_10(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_25(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_26(fn_photosynthesis_17(X)) = fn_pentose_15(fn_photosynthesis_17(X))
& fn_ketone_12(fn_photosynthesis_17(X)) = fn_pentose_15(fn_photosynthesis_17(X))
& fn_pentose_15(fn_photosynthesis_17(X)) = fn_pentose_15(fn_photosynthesis_17(X))
& fn_pentose_15(fn_photosynthesis_17(X)) = fn_ketone_12(fn_photosynthesis_17(X))
& fn_ketone_12(fn_photosynthesis_17(X)) = fn_ketone_12(fn_photosynthesis_17(X))
& fn_ketone_12(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_26(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_26(fn_photosynthesis_17(X)) = fn_ketone_12(fn_photosynthesis_17(X))
& fn_ketone_12(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_25(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_25(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_25(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_25(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_26(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_26(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_26(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_26(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_25(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_25(fn_photosynthesis_17(X)) = fn_ketone_7(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_18(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_18(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_18(fn_photosynthesis_17(X)) = fn_ketone_7(fn_photosynthesis_17(X))
& fn_ketone_7(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_18(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_18(fn_photosynthesis_17(X)) = fn_pentose_21(fn_photosynthesis_17(X))
& fn_ketone_10(fn_photosynthesis_17(X)) = fn_pentose_21(fn_photosynthesis_17(X))
& fn_pentose_21(fn_photosynthesis_17(X)) = fn_ketone_10(fn_photosynthesis_17(X))
& fn_ketone_10(fn_photosynthesis_17(X)) = fn_ketone_10(fn_photosynthesis_17(X))
& fn_ketone_10(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_27(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_27(fn_photosynthesis_17(X)) = fn_ketone_10(fn_photosynthesis_17(X))
& fn_ketone_10(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_23(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_27(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_27(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_23(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_27(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_27(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_23(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_23(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_23(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_23(fn_photosynthesis_17(X)) = fn_add_2(fn_photosynthesis_62(X))
& fn_add_2(fn_photosynthesis_62(X)) = fn_chemical_reaction_1(fn_photosynthesis_16(X))
& fn_chemical_reaction_1(fn_photosynthesis_16(X)) = fn_chemical_reaction_1(fn_photosynthesis_16(X))
& fn_chemical_reaction_1(fn_photosynthesis_16(X)) = fn_calvin_cycle_75(fn_photosynthesis_36(X))
& fn_calvin_cycle_75(fn_photosynthesis_36(X)) = fn_calvin_cycle_75(fn_photosynthesis_36(X))
& fn_calvin_cycle_75(fn_photosynthesis_36(X)) = fn_pentose_16(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_24(fn_photosynthesis_17(X)) = fn_pentose_16(fn_photosynthesis_17(X))
& fn_pentose_16(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_24(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_24(fn_photosynthesis_17(X)) = fn_ribulose_bisphosphate_24(fn_photosynthesis_17(X))
& fn_ribulose_bisphosphate_24(fn_photosynthesis_17(X)) = fn_add_1(fn_photosynthesis_62(X))
& fn_add_1(fn_photosynthesis_62(X)) = fn_exergonic_reaction_11(fn_photosynthesis_28(X))
& fn_reactant_3(fn_photosynthesis_32(X)) = fn_exergonic_reaction_11(fn_photosynthesis_28(X))
& fn_exergonic_reaction_11(fn_photosynthesis_28(X)) = fn_reactant_3(fn_photosynthesis_32(X))
& fn_reactant_3(fn_photosynthesis_32(X)) = fn_reactant_3(fn_photosynthesis_32(X))
& fn_oxidation_7(fn_photosynthesis_46(X)) = fn_reactant_3(fn_photosynthesis_32(X))
& fn_reactant_3(fn_photosynthesis_32(X)) = fn_oxidation_7(fn_photosynthesis_46(X))
& fn_oxidation_7(fn_photosynthesis_46(X)) = fn_oxidation_7(fn_photosynthesis_46(X))
& fn_oxidation_7(fn_photosynthesis_46(X)) = fn_co2_gas_1(fn_photosynthesis_29(X))
& fn_co2_gas_1(fn_photosynthesis_29(X)) = fn_co2_gas_1(fn_photosynthesis_29(X))
& fn_co2_gas_1(fn_photosynthesis_29(X)) = fn_eukaryotic_cellular_respiration_62(fn_photosynthesis_28(X))
& fn_eukaryotic_cellular_respiration_62(fn_photosynthesis_28(X)) = fn_eukaryotic_cellular_respiration_62(fn_photosynthesis_28(X))
& fn_eukaryotic_cellular_respiration_62(fn_photosynthesis_28(X)) = fn_anabolic_pathway_6(X)
& fn_anabolic_pathway_6(X) = fn_anabolic_pathway_6(X)
& fn_anabolic_pathway_6(X) = fn_carbon_fixation_6(fn_photosynthesis_64(X))
& fn_carbon_fixation_6(fn_photosynthesis_64(X)) = fn_carbon_fixation_6(fn_photosynthesis_64(X))
& fn_calvin_cycle_55(fn_photosynthesis_36(X)) = fn_carbon_fixation_6(fn_photosynthesis_64(X))
& fn_carbon_fixation_6(fn_photosynthesis_64(X)) = fn_calvin_cycle_55(fn_photosynthesis_36(X))
& fn_calvin_cycle_55(fn_photosynthesis_36(X)) = fn_calvin_cycle_55(fn_photosynthesis_36(X))
& fn_calvin_cycle_55(fn_photosynthesis_36(X)) = fn_chemical_reaction_2(fn_photosynthesis_64(X))
& fn_chemical_reaction_2(fn_photosynthesis_64(X)) = fn_polar_covalent_bond_19(fn_photosynthesis_58(X))
& fn_carbon_dioxide_3(fn_photosynthesis_38(X)) = fn_polar_covalent_bond_18(fn_photosynthesis_58(X))
& fn_polar_covalent_bond_18(fn_photosynthesis_58(X)) = fn_carbon_dioxide_3(fn_photosynthesis_38(X))
& fn_carbon_dioxide_3(fn_photosynthesis_38(X)) = fn_carbon_dioxide_3(fn_photosynthesis_38(X))
& fn_carbon_dioxide_3(fn_photosynthesis_38(X)) = fn_share_3(fn_photosynthesis_94(X))
& fn_share_3(fn_photosynthesis_94(X)) = fn_share_1(fn_photosynthesis_94(X))
& fn_share_1(fn_photosynthesis_94(X)) = fn_share_1(fn_photosynthesis_94(X))
& fn_share_1(fn_photosynthesis_94(X)) = fn_polar_covalent_bond_18(fn_photosynthesis_58(X))
& fn_polar_covalent_bond_18(fn_photosynthesis_58(X)) = fn_polar_covalent_bond_18(fn_photosynthesis_58(X))
& fn_polar_covalent_bond_19(fn_photosynthesis_58(X)) = fn_polar_covalent_bond_18(fn_photosynthesis_58(X))
& fn_polar_covalent_bond_18(fn_photosynthesis_58(X)) = fn_polar_covalent_bond_19(fn_photosynthesis_58(X))
& fn_polar_covalent_bond_19(fn_photosynthesis_58(X)) = fn_polar_covalent_bond_19(fn_photosynthesis_58(X))
& fn_polar_covalent_bond_19(fn_photosynthesis_58(X)) = fn_carbon_dioxide_1(fn_photosynthesis_38(X))
& fn_carbon_dioxide_1(fn_photosynthesis_38(X)) = fn_polar_covalent_bond_19(fn_photosynthesis_58(X))
& fn_polar_covalent_bond_19(fn_photosynthesis_58(X)) = fn_covalent_bond_20(fn_photosynthesis_58(X))
& fn_covalent_bond_20(fn_photosynthesis_58(X)) = fn_carbon_dioxide_1(fn_photosynthesis_38(X))
& fn_carbon_dioxide_1(fn_photosynthesis_38(X)) = fn_covalent_bond_20(fn_photosynthesis_58(X))
& fn_covalent_bond_20(fn_photosynthesis_58(X)) = fn_carbon_dioxide_4(fn_photosynthesis_38(X))
& fn_carbon_dioxide_4(fn_photosynthesis_38(X)) = fn_carbon_dioxide_4(fn_photosynthesis_38(X))
& fn_carbon_dioxide_4(fn_photosynthesis_38(X)) = fn_polar_covalent_bond_17(fn_photosynthesis_58(X))
& fn_carbon_dioxide_7(fn_photosynthesis_38(X)) = fn_carbon_dioxide_7(fn_photosynthesis_38(X))
& fn_carbon_dioxide_7(fn_photosynthesis_38(X)) = fn_polar_covalent_bond_17(fn_photosynthesis_58(X))
& fn_polar_covalent_bond_17(fn_photosynthesis_58(X)) = fn_polar_covalent_bond_17(fn_photosynthesis_58(X))
& fn_polar_covalent_bond_17(fn_photosynthesis_58(X)) = fn_carbon_dioxide_7(fn_photosynthesis_38(X)) ) ) ).
fof(a531705,axiom,
! [X] :
( photosynthetic_pigment_1(X)
=> ( original_name_2(X,'Photosynthetic-Pigment')
& user_description_2(X,'A molecule that absorbs certain wavelengths of light and reflects others. The energy from the absorbed light is used in the light-dependent reactions of photosynthesis.')
& concept2words_2(X,'photosynthetic pigment')
& concept2words_2(X,'photosynthetic-pigment')
& pigment_1(X) ) ) ).
fof(a531706,axiom,
! [X] :
( photosynthetic_prokaryote_1(X)
=> ( original_name_2(X,'Photosynthetic-Prokaryote')
& user_description_2(X,'A prokaryote which undergoes photosynthesis.')
& concept2words_2(X,'photosynthetic bacterium')
& concept2words_2(X,'photosynthetic-bacterium')
& concept2words_2(X,'photosynthetic bacteria')
& concept2words_2(X,'photosynthetic-bacteria')
& concept2words_2(X,'photosynthetic prokaryote')
& concept2words_2(X,'photosynthetic-prokaryote')
& prokaryote_1(X)
& temperature_value_1(fn_photosynthetic_prokaryote_1(X))
& autotroph_1(fn_photosynthetic_prokaryote_2(X))
& nutrition_1(fn_photosynthetic_prokaryote_3(X))
& specific_heat_value_1(fn_photosynthetic_prokaryote_4(X))
& mixture_1(fn_photosynthetic_prokaryote_5(X))
& cytoplasm_1(fn_photosynthetic_prokaryote_5(X))
& spatial_entity_1(fn_photosynthetic_prokaryote_6(X))
& biomembrane_1(fn_photosynthetic_prokaryote_6(X))
& plasma_membrane_1(fn_photosynthetic_prokaryote_6(X))
& facilitated_diffusion_of_polar_molecule_1(fn_photosynthetic_prokaryote_7(X))
& size_value_1(fn_photosynthetic_prokaryote_8(X))
& volume_value_1(fn_photosynthetic_prokaryote_9(X))
& water_1(fn_photosynthetic_prokaryote_10(X))
& cell_wall_1(fn_photosynthetic_prokaryote_11(X))
& prokaryotic_ribosome_1(fn_photosynthetic_prokaryote_12(X))
& genome_1(fn_photosynthetic_prokaryote_13(X))
& genotype_1(fn_photosynthetic_prokaryote_13(X))
& substance_1(fn_photosynthetic_prokaryote_14(X))
& cytosol_1(fn_photosynthetic_prokaryote_14(X))
& attach_1(fn_photosynthetic_prokaryote_15(X))
& surface_1(fn_photosynthetic_prokaryote_16(X))
& cytoplasmic_side_1(fn_photosynthetic_prokaryote_16(X))
& outside_face_1(fn_photosynthetic_prokaryote_17(X))
& extracellular_side_1(fn_photosynthetic_prokaryote_17(X))
& hydrophobic_core_1(fn_photosynthetic_prokaryote_18(X))
& membrane_potential_1(fn_photosynthetic_prokaryote_19(X))
& spatial_entity_1(fn_photosynthetic_prokaryote_20(X))
& tangible_entity_1(fn_photosynthetic_prokaryote_20(X))
& transmembrane_protein_1(fn_photosynthetic_prokaryote_20(X))
& integral_protein_1(fn_photosynthetic_prokaryote_20(X))
& transport_protein_1(fn_photosynthetic_prokaryote_20(X))
& tangible_entity_1(fn_photosynthetic_prokaryote_21(X))
& membrane_protein_1(fn_photosynthetic_prokaryote_21(X))
& protein_1(fn_photosynthetic_prokaryote_21(X))
& spatial_entity_1(fn_photosynthetic_prokaryote_21(X))
& polymer_1(fn_photosynthetic_prokaryote_21(X))
& tangible_entity_1(fn_photosynthetic_prokaryote_22(X))
& membrane_protein_1(fn_photosynthetic_prokaryote_22(X))
& protein_1(fn_photosynthetic_prokaryote_22(X))
& glycoprotein_1(fn_photosynthetic_prokaryote_23(X))
& tangible_entity_1(fn_photosynthetic_prokaryote_24(X))
& phospholipid_bilayer_1(fn_photosynthetic_prokaryote_24(X))
& surface_1(fn_photosynthetic_prokaryote_25(X))
& nucleoid_1(fn_photosynthetic_prokaryote_30(X))
& chromosome_1(fn_photosynthetic_prokaryote_31(X))
& prokaryotic_chromosome_1(fn_photosynthetic_prokaryote_31(X))
& gradient_1(fn_passive_transport_of_solute_3(fn_photosynthetic_prokaryote_7(X)))
& concentration_gradient_1(fn_passive_transport_of_solute_3(fn_photosynthetic_prokaryote_7(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_photosynthetic_prokaryote_6(X)))
& nutrition_1(fn_autotroph_7(fn_photosynthetic_prokaryote_2(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_photosynthetic_prokaryote_6(X)))
& spatial_entity_1(fn_attach_1(fn_photosynthetic_prokaryote_15(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_photosynthetic_prokaryote_6(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_photosynthetic_prokaryote_6(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_photosynthetic_prokaryote_6(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_photosynthetic_prokaryote_6(X)))
& spatial_entity_1(fn_attach_2(fn_photosynthetic_prokaryote_15(X)))
& organism_1(fn_autotroph_11(fn_photosynthetic_prokaryote_2(X)))
& called_2(fn_photosynthetic_prokaryote_8(X),size_obj)
& is_across_2(fn_photosynthetic_prokaryote_19(X),fn_photosynthetic_prokaryote_6(X))
& object_2(fn_photosynthetic_prokaryote_15(X),fn_photosynthetic_prokaryote_20(X))
& base_2(fn_photosynthetic_prokaryote_15(X),fn_photosynthetic_prokaryote_6(X))
& agent_2(fn_photosynthetic_prokaryote_7(X),fn_photosynthetic_prokaryote_19(X))
& has_region_2(fn_photosynthetic_prokaryote_6(X),fn_photosynthetic_prokaryote_18(X))
& is_across_2(fn_photosynthetic_prokaryote_20(X),fn_photosynthetic_prokaryote_18(X))
& has_region_2(fn_photosynthetic_prokaryote_20(X),fn_photosynthetic_prokaryote_17(X))
& in_event_2(fn_photosynthetic_prokaryote_2(X),fn_photosynthetic_prokaryote_3(X))
& agent_2(fn_photosynthetic_prokaryote_3(X),X)
& plays_2(X,fn_photosynthetic_prokaryote_2(X))
& is_inside_2(fn_photosynthetic_prokaryote_12(X),fn_photosynthetic_prokaryote_14(X))
& has_part_2(X,fn_photosynthetic_prokaryote_12(X))
& size_2(X,fn_photosynthetic_prokaryote_8(X))
& directly_proportional_2(fn_photosynthetic_prokaryote_8(X),fn_photosynthetic_prokaryote_9(X))
& volume_2(X,fn_photosynthetic_prokaryote_9(X))
& has_region_2(X,fn_photosynthetic_prokaryote_25(X))
& is_at_2(fn_photosynthetic_prokaryote_24(X),fn_photosynthetic_prokaryote_25(X))
& has_part_2(X,fn_photosynthetic_prokaryote_10(X))
& specific_heat_2(fn_photosynthetic_prokaryote_10(X),fn_photosynthetic_prokaryote_4(X))
& correspondence_2(fn_photosynthetic_prokaryote_1(X),fn_photosynthetic_prokaryote_4(X))
& temperature_2(X,fn_photosynthetic_prokaryote_1(X))
& has_part_2(X,fn_photosynthetic_prokaryote_13(X))
& called_2(fn_photosynthetic_prokaryote_21(X),'MP1')
& called_2(fn_photosynthetic_prokaryote_22(X),'MP2')
& has_part_2(fn_photosynthetic_prokaryote_6(X),fn_photosynthetic_prokaryote_20(X))
& is_facing_2(fn_photosynthetic_prokaryote_16(X),fn_photosynthetic_prokaryote_5(X))
& has_part_2(fn_photosynthetic_prokaryote_5(X),fn_photosynthetic_prokaryote_14(X))
& has_part_2(X,fn_photosynthetic_prokaryote_31(X))
& is_inside_2(fn_photosynthetic_prokaryote_31(X),fn_photosynthetic_prokaryote_30(X))
& has_region_2(X,fn_photosynthetic_prokaryote_30(X))
& is_oriented_toward_2(fn_photosynthetic_prokaryote_16(X),fn_photosynthetic_prokaryote_5(X))
& has_region_2(fn_photosynthetic_prokaryote_6(X),fn_photosynthetic_prokaryote_16(X))
& is_inside_2(fn_photosynthetic_prokaryote_6(X),fn_photosynthetic_prokaryote_11(X))
& has_part_2(X,fn_photosynthetic_prokaryote_11(X))
& has_part_2(X,fn_photosynthetic_prokaryote_6(X))
& has_region_2(fn_photosynthetic_prokaryote_6(X),fn_photosynthetic_prokaryote_17(X))
& is_outside_2(fn_photosynthetic_prokaryote_17(X),fn_photosynthetic_prokaryote_6(X))
& has_part_2(fn_photosynthetic_prokaryote_6(X),fn_photosynthetic_prokaryote_21(X))
& fn_photosynthetic_prokaryote_22(X) != fn_photosynthetic_prokaryote_21(X)
& fn_photosynthetic_prokaryote_21(X) != fn_photosynthetic_prokaryote_22(X)
& is_inside_2(fn_photosynthetic_prokaryote_23(X),fn_photosynthetic_prokaryote_24(X))
& has_part_2(fn_photosynthetic_prokaryote_6(X),fn_photosynthetic_prokaryote_23(X))
& has_part_2(fn_photosynthetic_prokaryote_6(X),fn_photosynthetic_prokaryote_22(X))
& fn_photosynthetic_prokaryote_20(X) != fn_photosynthetic_prokaryote_22(X)
& fn_photosynthetic_prokaryote_22(X) != fn_photosynthetic_prokaryote_20(X)
& has_part_2(X,fn_photosynthetic_prokaryote_5(X))
& is_inside_2(fn_photosynthetic_prokaryote_5(X),fn_photosynthetic_prokaryote_6(X))
& has_part_2(fn_photosynthetic_prokaryote_6(X),fn_photosynthetic_prokaryote_24(X))
& is_inside_2(fn_photosynthetic_prokaryote_20(X),fn_photosynthetic_prokaryote_24(X))
& is_across_2(fn_photosynthetic_prokaryote_20(X),fn_photosynthetic_prokaryote_6(X))
& fn_photosynthetic_prokaryote_20(X) = fn_attach_1(fn_photosynthetic_prokaryote_15(X))
& fn_photosynthetic_prokaryote_6(X) = fn_attach_2(fn_photosynthetic_prokaryote_15(X))
& fn_photosynthetic_prokaryote_19(X) = fn_passive_transport_of_solute_3(fn_photosynthetic_prokaryote_7(X))
& fn_photosynthetic_prokaryote_17(X) = fn_plasma_membrane_65(fn_photosynthetic_prokaryote_6(X))
& fn_photosynthetic_prokaryote_20(X) = fn_plasma_membrane_55(fn_photosynthetic_prokaryote_6(X))
& fn_photosynthetic_prokaryote_18(X) = fn_plasma_membrane_6(fn_photosynthetic_prokaryote_6(X))
& X = fn_autotroph_11(fn_photosynthetic_prokaryote_2(X))
& fn_photosynthetic_prokaryote_3(X) = fn_autotroph_7(fn_photosynthetic_prokaryote_2(X))
& fn_photosynthetic_prokaryote_12(X) = fn_cell_14(X)
& fn_photosynthetic_prokaryote_27(X) = fn_cell_23(X)
& fn_photosynthetic_prokaryote_28(X) = fn_cell_10(X)
& fn_photosynthetic_prokaryote_24(X) = fn_cell_26(X)
& fn_photosynthetic_prokaryote_25(X) = fn_cell_4(X)
& fn_photosynthetic_prokaryote_9(X) = fn_cell_22(X)
& fn_photosynthetic_prokaryote_8(X) = fn_cell_11(X)
& fn_photosynthetic_prokaryote_29(X) = fn_organism_1(X)
& fn_photosynthetic_prokaryote_26(X) = fn_organism_6(X)
& fn_photosynthetic_prokaryote_13(X) = fn_cell_24(X)
& fn_photosynthetic_prokaryote_13(X) = fn_organism_3(X)
& fn_photosynthetic_prokaryote_1(X) = fn_organism_2(X)
& fn_photosynthetic_prokaryote_4(X) = fn_organism_5(X)
& fn_photosynthetic_prokaryote_10(X) = fn_organism_4(X)
& fn_photosynthetic_prokaryote_14(X) = fn_cell_29(X)
& fn_photosynthetic_prokaryote_14(X) = fn_prokaryote_10(X)
& fn_photosynthetic_prokaryote_30(X) = fn_prokaryote_18(X)
& fn_photosynthetic_prokaryote_31(X) = fn_prokaryote_9(X)
& fn_photosynthetic_prokaryote_11(X) = fn_prokaryote_14(X)
& fn_photosynthetic_prokaryote_16(X) = fn_prokaryote_16(X)
& fn_photosynthetic_prokaryote_21(X) = fn_prokaryote_7(X)
& fn_photosynthetic_prokaryote_17(X) = fn_prokaryote_17(X)
& fn_photosynthetic_prokaryote_22(X) = fn_prokaryote_6(X)
& fn_photosynthetic_prokaryote_23(X) = fn_prokaryote_4(X)
& fn_photosynthetic_prokaryote_20(X) = fn_prokaryote_5(X)
& fn_photosynthetic_prokaryote_24(X) = fn_prokaryote_11(X)
& fn_photosynthetic_prokaryote_6(X) = fn_prokaryote_13(X)
& fn_photosynthetic_prokaryote_5(X) = fn_cell_28(X)
& fn_photosynthetic_prokaryote_5(X) = fn_prokaryote_12(X)
& fn_cell_24(X) = fn_organism_3(X)
& fn_organism_3(X) = fn_cell_29(X)
& fn_cell_29(X) = fn_cell_29(X)
& fn_cell_29(X) = fn_prokaryote_10(X)
& fn_prokaryote_10(X) = fn_plasma_membrane_65(fn_photosynthetic_prokaryote_6(X))
& fn_plasma_membrane_65(fn_photosynthetic_prokaryote_6(X)) = fn_prokaryote_17(X)
& fn_prokaryote_17(X) = fn_prokaryote_17(X)
& fn_prokaryote_17(X) = fn_attach_1(fn_photosynthetic_prokaryote_15(X))
& fn_attach_1(fn_photosynthetic_prokaryote_15(X)) = fn_plasma_membrane_55(fn_photosynthetic_prokaryote_6(X))
& fn_plasma_membrane_55(fn_photosynthetic_prokaryote_6(X)) = fn_plasma_membrane_55(fn_photosynthetic_prokaryote_6(X))
& fn_plasma_membrane_55(fn_photosynthetic_prokaryote_6(X)) = fn_prokaryote_5(X)
& fn_prokaryote_5(X) = fn_prokaryote_5(X)
& fn_prokaryote_5(X) = fn_cell_26(X)
& fn_cell_26(X) = fn_prokaryote_11(X)
& fn_prokaryote_11(X) = fn_prokaryote_11(X)
& fn_prokaryote_11(X) = fn_attach_2(fn_photosynthetic_prokaryote_15(X))
& fn_attach_2(fn_photosynthetic_prokaryote_15(X)) = fn_prokaryote_13(X)
& fn_prokaryote_13(X) = fn_prokaryote_13(X)
& fn_prokaryote_13(X) = fn_cell_28(X)
& fn_prokaryote_12(X) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_cell_28(X)
& fn_cell_28(X) = fn_prokaryote_12(X)
& fn_autotroph_11(fn_photosynthetic_prokaryote_2(X)) = fn_autotroph_11(fn_photosynthetic_prokaryote_2(X)) ) ) ).
fof(a531707,axiom,
! [X] :
( photosystem_1(X)
=> ( original_name_2(X,'Photosystem')
& user_description_2(X,'Photosystems are functional and structural units of protein complexes involved in photosynthesis that together carry out the primary photochemistry of photosynthesis: the absorption of light and the transfer of energy and electrons. They are found in the thylakoid membranes of plants, algae and cyanobacteria (in plants and algae these are located in the chloroplasts), or in the cytoplasmic membrane of photosynthetic bacteria.')
& concept2words_2(X,'group of photosynthetic pigments at thylakoid membrane of chloroplast')
& concept2words_2(X,photosystem)
& electron_transport_assembly_1(X)
& reaction_center_complex_1(fn_photosystem_1(X))
& light_harvesting_complex_1(fn_photosystem_2(X))
& is_near_2(fn_photosystem_2(X),fn_photosystem_1(X))
& minCardinality(X,element_0,"2",light_harvesting_complex_0)
& element_2(X,fn_photosystem_1(X))
& element_2(X,fn_photosystem_2(X))
& is_near_2(fn_photosystem_1(X),fn_photosystem_2(X)) ) ) ).
fof(a531708,axiom,
! [X] :
( photosystem_i_1(X)
=> ( original_name_2(X,'Photosystem-I')
& user_description_2(X,'An organization of chlorophyll and other small organic molecules and proteins located in the thylakoid membrane of a chloroplast. Photosystem-I is the second of two photosystems which participate in the light reactions of photosynthesis. At the center of each photosystem is a special molecule of chlorophyll a surrounded by several light-harvesting complexes. The form of chlorophyll a location in photosystem-I is called P700 because it most efficiently absorbs light energy with a wavelength of 700nm.')
& concept2words_2(X,'plastocyanin ferredoxin oxidoreductase')
& concept2words_2(X,'plastocyanin-ferredoxin-oxidoreductase')
& concept2words_2(X,'ps i')
& concept2words_2(X,'photosystem i')
& concept2words_2(X,'photosystem-i')
& photosystem_1(X)
& ~ photosystem_ii_1(X)
& absorb_1(fn_photosystem_i_1(X))
& absorb_1(fn_photosystem_i_2(X))
& time_interval_1(fn_photosystem_i_3(X))
& time_interval_1(fn_photosystem_i_4(X))
& thylakoid_membrane_1(fn_photosystem_i_5(X))
& time_interval_1(fn_photosystem_i_6(X))
& time_interval_1(fn_photosystem_i_7(X))
& absorb_1(fn_photosystem_i_8(X))
& absorb_1(fn_photosystem_i_9(X))
& reaction_center_complex_1(fn_photosystem_i_10(X))
& light_harvesting_complex_1(fn_photosystem_i_11(X))
& carotenoid_1(fn_photosystem_i_12(X))
& p700_1(fn_photosystem_i_13(X))
& p700_1(fn_photosystem_i_14(X))
& move_1(fn_photosystem_i_15(X))
& absorb_1(fn_photosystem_i_15(X))
& light_harvesting_complex_1(fn_photosystem_i_16(X))
& carotenoid_1(fn_photosystem_i_17(X))
& move_1(fn_photosystem_i_18(X))
& absorb_1(fn_photosystem_i_18(X))
& p700_1(fn_photosystem_i_19(X))
& p700_1(fn_photosystem_i_20(X))
& reaction_center_complex_1(fn_photosystem_i_21(X))
& carotenoid_1(fn_light_harvesting_complex_21(fn_photosystem_i_11(X)))
& carotenoid_1(fn_light_harvesting_complex_21(fn_photosystem_i_16(X)))
& chlorophyll_a_1(fn_reaction_center_complex_12(fn_photosystem_i_21(X)))
& spatial_entity_1(fn_reaction_center_complex_6(fn_photosystem_i_21(X)))
& tangible_entity_1(fn_reaction_center_complex_6(fn_photosystem_i_21(X)))
& chlorophyll_a_1(fn_reaction_center_complex_6(fn_photosystem_i_21(X)))
& chlorophyll_a_1(fn_reaction_center_complex_12(fn_photosystem_i_10(X)))
& spatial_entity_1(fn_reaction_center_complex_6(fn_photosystem_i_10(X)))
& tangible_entity_1(fn_reaction_center_complex_6(fn_photosystem_i_10(X)))
& chlorophyll_a_1(fn_reaction_center_complex_6(fn_photosystem_i_10(X)))
& move_1(fn_carotenoid_18(fn_photosystem_i_17(X)))
& absorb_1(fn_carotenoid_18(fn_photosystem_i_17(X)))
& move_1(fn_carotenoid_18(fn_photosystem_i_12(X)))
& absorb_1(fn_carotenoid_18(fn_photosystem_i_12(X)))
& fn_photosystem_i_18(X) != fn_photosystem_i_9(X)
& fn_photosystem_i_18(X) != fn_photosystem_i_8(X)
& time_during_2(fn_photosystem_i_18(X),fn_photosystem_i_6(X))
& fn_photosystem_i_9(X) != fn_photosystem_i_18(X)
& fn_photosystem_i_9(X) != fn_photosystem_i_8(X)
& time_during_2(fn_photosystem_i_9(X),fn_photosystem_i_6(X))
& is_across_2(X,fn_photosystem_i_5(X))
& element_2(X,fn_photosystem_i_11(X))
& element_2(X,fn_photosystem_i_10(X))
& fn_photosystem_i_8(X) != fn_photosystem_i_9(X)
& fn_photosystem_i_8(X) != fn_photosystem_i_18(X)
& time_during_2(fn_photosystem_i_8(X),fn_photosystem_i_6(X))
& time_before_2(fn_photosystem_i_6(X),fn_photosystem_i_7(X))
& facilitates_2(fn_photosystem_i_17(X),fn_photosystem_i_18(X))
& time_before_2(fn_photosystem_i_3(X),fn_photosystem_i_4(X))
& time_during_2(fn_photosystem_i_2(X),fn_photosystem_i_3(X))
& fn_photosystem_i_2(X) != fn_photosystem_i_1(X)
& fn_photosystem_i_2(X) != fn_photosystem_i_15(X)
& time_during_2(fn_photosystem_i_1(X),fn_photosystem_i_3(X))
& fn_photosystem_i_1(X) != fn_photosystem_i_2(X)
& fn_photosystem_i_1(X) != fn_photosystem_i_15(X)
& time_during_2(fn_photosystem_i_15(X),fn_photosystem_i_3(X))
& fn_photosystem_i_15(X) != fn_photosystem_i_2(X)
& fn_photosystem_i_15(X) != fn_photosystem_i_1(X)
& facilitates_2(fn_photosystem_i_12(X),fn_photosystem_i_15(X))
& is_near_2(fn_photosystem_i_11(X),fn_photosystem_i_10(X))
& is_near_2(fn_photosystem_i_10(X),fn_photosystem_i_11(X))
& element_2(fn_photosystem_i_11(X),fn_photosystem_i_12(X))
& element_2(X,fn_photosystem_i_16(X))
& element_2(X,fn_photosystem_i_21(X))
& is_near_2(fn_photosystem_i_16(X),fn_photosystem_i_21(X))
& is_near_2(fn_photosystem_i_21(X),fn_photosystem_i_16(X))
& agent_2(fn_photosystem_i_15(X),fn_photosystem_i_12(X))
& base_2(fn_photosystem_i_15(X),fn_photosystem_i_12(X))
& has_function_2(fn_photosystem_i_12(X),fn_photosystem_i_15(X))
& base_2(fn_photosystem_i_18(X),fn_photosystem_i_17(X))
& agent_2(fn_photosystem_i_18(X),fn_photosystem_i_17(X))
& has_function_2(fn_photosystem_i_17(X),fn_photosystem_i_18(X))
& fn_photosystem_i_14(X) != fn_photosystem_i_13(X)
& element_2(fn_photosystem_i_10(X),fn_photosystem_i_14(X))
& fn_photosystem_i_13(X) != fn_photosystem_i_14(X)
& element_2(fn_photosystem_i_10(X),fn_photosystem_i_13(X))
& fn_photosystem_i_20(X) != fn_photosystem_i_19(X)
& element_2(fn_photosystem_i_21(X),fn_photosystem_i_20(X))
& fn_photosystem_i_19(X) != fn_photosystem_i_20(X)
& element_2(fn_photosystem_i_21(X),fn_photosystem_i_19(X))
& element_2(fn_photosystem_i_16(X),fn_photosystem_i_17(X))
& fn_photosystem_i_12(X) = fn_light_harvesting_complex_21(fn_photosystem_i_11(X))
& fn_photosystem_i_16(X) = fn_photosystem_2(X)
& fn_photosystem_i_21(X) = fn_photosystem_1(X)
& fn_photosystem_i_17(X) = fn_light_harvesting_complex_21(fn_photosystem_i_16(X))
& fn_photosystem_i_20(X) = fn_reaction_center_complex_12(fn_photosystem_i_21(X))
& fn_photosystem_i_19(X) = fn_reaction_center_complex_6(fn_photosystem_i_21(X))
& fn_photosystem_i_14(X) = fn_reaction_center_complex_12(fn_photosystem_i_10(X))
& fn_photosystem_i_13(X) = fn_reaction_center_complex_6(fn_photosystem_i_10(X))
& fn_photosystem_i_18(X) = fn_carotenoid_18(fn_photosystem_i_17(X))
& fn_photosystem_i_15(X) = fn_carotenoid_18(fn_photosystem_i_12(X)) ) ) ).
fof(a531709,axiom,
! [X] :
( photosystem_ii_1(X)
=> ( original_name_2(X,'Photosystem-II')
& user_description_2(X,'Photosystem II (or water-plastoquinone oxidoreductase) is the first protein complex in the light-dependent reactions. It is located in the thylakoid membrane of plants, algae, and cyanobacteria.')
& concept2words_2(X,'water plastoquinone oxidoreductase')
& concept2words_2(X,'water-plastoquinone-oxidoreductase')
& concept2words_2(X,'ps ii')
& concept2words_2(X,'photosystem ii')
& concept2words_2(X,'photosystem-ii')
& photosystem_1(X)
& ~ photosystem_i_1(X)
& p680_1(fn_photosystem_ii_1(X))
& transfer_1(fn_photosystem_ii_2(X))
& thylakoid_membrane_1(fn_photosystem_ii_3(X))
& take_in_1(fn_photosystem_ii_4(X))
& move_into_1(fn_photosystem_ii_4(X))
& move_1(fn_photosystem_ii_4(X))
& absorb_1(fn_photosystem_ii_4(X))
& barrier_1(fn_photosystem_ii_5(X))
& container_1(fn_photosystem_ii_5(X))
& energy_1(fn_photosystem_ii_6(X))
& energy_1(fn_photosystem_ii_7(X))
& energy_1(fn_photosystem_ii_8(X))
& reaction_center_complex_1(fn_photosystem_ii_9(X))
& p680_1(fn_photosystem_ii_10(X))
& p680_1(fn_photosystem_ii_11(X))
& molecular_region_1(fn_photosystem_ii_12(X))
& move_into_1(fn_photosystem_ii_13(X))
& absorb_1(fn_photosystem_ii_13(X))
& move_1(fn_photosystem_ii_13(X))
& take_in_1(fn_photosystem_ii_14(X))
& move_into_1(fn_photosystem_ii_14(X))
& absorb_1(fn_photosystem_ii_14(X))
& move_1(fn_photosystem_ii_14(X))
& tangible_entity_1(fn_photosystem_ii_15(X))
& chlorophyll_a_1(fn_photosystem_ii_15(X))
& tangible_entity_1(fn_photosystem_ii_16(X))
& chlorophyll_1(fn_photosystem_ii_16(X))
& chlorophyll_b_1(fn_photosystem_ii_16(X))
& tangible_entity_1(fn_photosystem_ii_17(X))
& carotenoid_1(fn_photosystem_ii_17(X))
& light_harvesting_complex_1(fn_photosystem_ii_18(X))
& container_1(fn_photosystem_ii_19(X))
& barrier_1(fn_photosystem_ii_19(X))
& attach_1(fn_photosystem_ii_20(X))
& protein_1(fn_photosystem_ii_21(X))
& tangible_entity_1(fn_take_in_1(fn_photosystem_ii_14(X)))
& center_1(fn_chlorophyll_a_18(fn_photosystem_ii_15(X)))
& tangible_entity_1(fn_take_in_1(fn_photosystem_ii_4(X)))
& spatial_entity_1(fn_move_1(fn_photosystem_ii_4(X)))
& spatial_entity_1(fn_move_1(fn_photosystem_ii_13(X)))
& spatial_entity_1(fn_move_1(fn_photosystem_ii_14(X)))
& container_1(fn_move_into_2(fn_photosystem_ii_4(X)))
& chlorophyll_a_1(fn_reaction_center_complex_12(fn_photosystem_ii_9(X)))
& spatial_entity_1(fn_reaction_center_complex_6(fn_photosystem_ii_9(X)))
& tangible_entity_1(fn_reaction_center_complex_6(fn_photosystem_ii_9(X)))
& chlorophyll_a_1(fn_reaction_center_complex_6(fn_photosystem_ii_9(X)))
& container_1(fn_move_into_2(fn_photosystem_ii_13(X)))
& container_1(fn_chlorophyll_a_14(fn_photosystem_ii_15(X)))
& move_1(fn_chlorophyll_6(fn_photosystem_ii_16(X)))
& absorb_1(fn_chlorophyll_6(fn_photosystem_ii_16(X)))
& take_in_1(fn_chlorophyll_b_44(fn_photosystem_ii_16(X)))
& move_into_1(fn_chlorophyll_b_44(fn_photosystem_ii_16(X)))
& move_1(fn_chlorophyll_b_44(fn_photosystem_ii_16(X)))
& absorb_1(fn_chlorophyll_b_44(fn_photosystem_ii_16(X)))
& move_into_1(fn_chlorophyll_a_15(fn_photosystem_ii_15(X)))
& move_1(fn_chlorophyll_a_15(fn_photosystem_ii_15(X)))
& absorb_1(fn_chlorophyll_a_15(fn_photosystem_ii_15(X)))
& move_1(fn_carotenoid_18(fn_photosystem_ii_17(X)))
& absorb_1(fn_carotenoid_18(fn_photosystem_ii_17(X)))
& protein_1(fn_light_harvesting_complex_18(fn_photosystem_ii_18(X)))
& protein_1(fn_light_harvesting_complex_14(fn_photosystem_ii_18(X)))
& protein_1(fn_light_harvesting_complex_13(fn_photosystem_ii_18(X)))
& attach_1(fn_light_harvesting_complex_17(fn_photosystem_ii_18(X)))
& attach_1(fn_light_harvesting_complex_15(fn_photosystem_ii_18(X)))
& attach_1(fn_light_harvesting_complex_16(fn_photosystem_ii_18(X)))
& tangible_entity_1(fn_barrier_1(fn_photosystem_ii_5(X)))
& tangible_entity_1(fn_barrier_1(fn_photosystem_ii_19(X)))
& carotenoid_1(fn_light_harvesting_complex_21(fn_photosystem_ii_18(X)))
& fn_photosystem_ii_16(X) != fn_photosystem_ii_1(X)
& facilitates_2(fn_photosystem_ii_16(X),fn_photosystem_ii_14(X))
& donor_2(fn_photosystem_ii_2(X),fn_photosystem_ii_16(X))
& recipient_2(fn_photosystem_ii_2(X),fn_photosystem_ii_1(X))
& fn_photosystem_ii_1(X) != fn_photosystem_ii_16(X)
& fn_photosystem_ii_1(X) != fn_photosystem_ii_15(X)
& is_across_2(X,fn_photosystem_ii_3(X))
& fn_photosystem_ii_15(X) != fn_photosystem_ii_1(X)
& fn_photosystem_ii_14(X) != fn_photosystem_ii_13(X)
& fn_photosystem_ii_14(X) != fn_photosystem_ii_4(X)
& fn_photosystem_ii_13(X) != fn_photosystem_ii_14(X)
& fn_photosystem_ii_13(X) != fn_photosystem_ii_4(X)
& supports_2(fn_photosystem_ii_4(X),fn_photosystem_ii_13(X))
& fn_photosystem_ii_4(X) != fn_photosystem_ii_13(X)
& fn_photosystem_ii_4(X) != fn_photosystem_ii_14(X)
& agent_2(fn_photosystem_ii_14(X),fn_photosystem_ii_16(X))
& base_2(fn_photosystem_ii_14(X),fn_photosystem_ii_16(X))
& element_2(X,fn_photosystem_ii_9(X))
& element_2(X,fn_photosystem_ii_18(X))
& is_near_2(fn_photosystem_ii_9(X),fn_photosystem_ii_18(X))
& is_near_2(fn_photosystem_ii_18(X),fn_photosystem_ii_9(X))
& agent_2(fn_photosystem_ii_4(X),fn_photosystem_ii_15(X))
& base_2(fn_photosystem_ii_4(X),fn_photosystem_ii_15(X))
& has_region_2(fn_photosystem_ii_15(X),fn_photosystem_ii_12(X))
& path_2(fn_photosystem_ii_13(X),fn_photosystem_ii_12(X))
& in_event_2(fn_photosystem_ii_19(X),fn_photosystem_ii_13(X))
& element_2(fn_photosystem_ii_18(X),fn_photosystem_ii_21(X))
& object_2(fn_photosystem_ii_20(X),fn_photosystem_ii_21(X))
& base_2(fn_photosystem_ii_20(X),fn_photosystem_ii_17(X))
& element_2(fn_photosystem_ii_18(X),fn_photosystem_ii_17(X))
& agent_2(fn_photosystem_ii_4(X),fn_photosystem_ii_17(X))
& base_2(fn_photosystem_ii_4(X),fn_photosystem_ii_17(X))
& fn_photosystem_ii_10(X) != fn_photosystem_ii_11(X)
& element_2(fn_photosystem_ii_9(X),fn_photosystem_ii_10(X))
& fn_photosystem_ii_11(X) != fn_photosystem_ii_10(X)
& element_2(fn_photosystem_ii_9(X),fn_photosystem_ii_11(X))
& in_event_2(fn_photosystem_ii_5(X),fn_photosystem_ii_4(X))
& object_2(fn_photosystem_ii_14(X),fn_photosystem_ii_8(X))
& object_2(fn_photosystem_ii_13(X),fn_photosystem_ii_7(X))
& object_2(fn_photosystem_ii_4(X),fn_photosystem_ii_6(X))
& plays_2(fn_photosystem_ii_17(X),fn_photosystem_ii_19(X))
& plays_2(fn_photosystem_ii_17(X),fn_photosystem_ii_5(X))
& fn_photosystem_ii_16(X) = fn_take_in_1(fn_photosystem_ii_14(X))
& fn_photosystem_ii_14(X) = fn_chlorophyll_6(fn_photosystem_ii_16(X))
& fn_photosystem_ii_14(X) = fn_chlorophyll_b_44(fn_photosystem_ii_16(X))
& fn_photosystem_ii_9(X) = fn_photosystem_1(X)
& fn_photosystem_ii_18(X) = fn_photosystem_2(X)
& fn_photosystem_ii_19(X) = fn_move_into_2(fn_photosystem_ii_13(X))
& fn_photosystem_ii_19(X) = fn_chlorophyll_a_14(fn_photosystem_ii_15(X))
& fn_photosystem_ii_13(X) = fn_chlorophyll_a_15(fn_photosystem_ii_15(X))
& fn_photosystem_ii_12(X) = fn_chlorophyll_a_18(fn_photosystem_ii_15(X))
& fn_photosystem_ii_15(X) = fn_take_in_1(fn_photosystem_ii_4(X))
& fn_photosystem_ii_4(X) = fn_chlorophyll_a_15(fn_photosystem_ii_15(X))
& fn_photosystem_ii_17(X) = fn_barrier_1(fn_photosystem_ii_5(X))
& fn_photosystem_ii_17(X) = fn_barrier_1(fn_photosystem_ii_19(X))
& fn_photosystem_ii_6(X) = fn_move_1(fn_photosystem_ii_4(X))
& fn_photosystem_ii_7(X) = fn_move_1(fn_photosystem_ii_13(X))
& fn_photosystem_ii_8(X) = fn_move_1(fn_photosystem_ii_14(X))
& fn_photosystem_ii_5(X) = fn_move_into_2(fn_photosystem_ii_4(X))
& fn_photosystem_ii_10(X) = fn_reaction_center_complex_12(fn_photosystem_ii_9(X))
& fn_photosystem_ii_11(X) = fn_reaction_center_complex_6(fn_photosystem_ii_9(X))
& fn_photosystem_ii_4(X) = fn_carotenoid_18(fn_photosystem_ii_17(X))
& fn_photosystem_ii_20(X) = fn_light_harvesting_complex_17(fn_photosystem_ii_18(X))
& fn_photosystem_ii_21(X) = fn_light_harvesting_complex_18(fn_photosystem_ii_18(X))
& fn_photosystem_ii_20(X) = fn_light_harvesting_complex_15(fn_photosystem_ii_18(X))
& fn_photosystem_ii_21(X) = fn_light_harvesting_complex_14(fn_photosystem_ii_18(X))
& fn_photosystem_ii_21(X) = fn_light_harvesting_complex_13(fn_photosystem_ii_18(X))
& fn_photosystem_ii_20(X) = fn_light_harvesting_complex_16(fn_photosystem_ii_18(X))
& fn_photosystem_ii_17(X) = fn_light_harvesting_complex_21(fn_photosystem_ii_18(X))
& fn_move_into_2(fn_photosystem_ii_13(X)) = fn_chlorophyll_a_14(fn_photosystem_ii_15(X))
& fn_chlorophyll_a_14(fn_photosystem_ii_15(X)) = fn_chlorophyll_6(fn_photosystem_ii_16(X))
& fn_chlorophyll_b_44(fn_photosystem_ii_16(X)) = fn_chlorophyll_6(fn_photosystem_ii_16(X))
& fn_chlorophyll_6(fn_photosystem_ii_16(X)) = fn_chlorophyll_b_44(fn_photosystem_ii_16(X))
& fn_chlorophyll_b_44(fn_photosystem_ii_16(X)) = fn_chlorophyll_a_15(fn_photosystem_ii_15(X))
& fn_chlorophyll_a_15(fn_photosystem_ii_15(X)) = fn_chlorophyll_a_15(fn_photosystem_ii_15(X))
& fn_chlorophyll_a_15(fn_photosystem_ii_15(X)) = fn_carotenoid_18(fn_photosystem_ii_17(X))
& fn_carotenoid_18(fn_photosystem_ii_17(X)) = fn_carotenoid_18(fn_photosystem_ii_17(X))
& fn_carotenoid_18(fn_photosystem_ii_17(X)) = fn_light_harvesting_complex_18(fn_photosystem_ii_18(X))
& fn_light_harvesting_complex_14(fn_photosystem_ii_18(X)) = fn_light_harvesting_complex_18(fn_photosystem_ii_18(X))
& fn_light_harvesting_complex_18(fn_photosystem_ii_18(X)) = fn_light_harvesting_complex_14(fn_photosystem_ii_18(X))
& fn_light_harvesting_complex_14(fn_photosystem_ii_18(X)) = fn_light_harvesting_complex_14(fn_photosystem_ii_18(X))
& fn_light_harvesting_complex_13(fn_photosystem_ii_18(X)) = fn_light_harvesting_complex_14(fn_photosystem_ii_18(X))
& fn_light_harvesting_complex_14(fn_photosystem_ii_18(X)) = fn_light_harvesting_complex_13(fn_photosystem_ii_18(X))
& fn_light_harvesting_complex_13(fn_photosystem_ii_18(X)) = fn_light_harvesting_complex_17(fn_photosystem_ii_18(X))
& fn_light_harvesting_complex_17(fn_photosystem_ii_18(X)) = fn_light_harvesting_complex_15(fn_photosystem_ii_18(X))
& fn_light_harvesting_complex_15(fn_photosystem_ii_18(X)) = fn_light_harvesting_complex_15(fn_photosystem_ii_18(X))
& fn_light_harvesting_complex_15(fn_photosystem_ii_18(X)) = fn_light_harvesting_complex_16(fn_photosystem_ii_18(X))
& fn_light_harvesting_complex_16(fn_photosystem_ii_18(X)) = fn_light_harvesting_complex_16(fn_photosystem_ii_18(X))
& fn_light_harvesting_complex_16(fn_photosystem_ii_18(X)) = fn_barrier_1(fn_photosystem_ii_5(X))
& fn_barrier_1(fn_photosystem_ii_5(X)) = fn_barrier_1(fn_photosystem_ii_19(X))
& fn_barrier_1(fn_photosystem_ii_19(X)) = fn_light_harvesting_complex_21(fn_photosystem_ii_18(X))
& fn_light_harvesting_complex_21(fn_photosystem_ii_18(X)) = fn_light_harvesting_complex_21(fn_photosystem_ii_18(X)) ) ) ).
fof(a531710,axiom,
! [X] :
( phototropin_1(X)
=> ( original_name_2(X,'Phototropin')
& user_description_2(X,'Proteins that regulate the phototropism responses in plants.')
& concept2words_2(X,phototropin)
& flavoprotein_1(X)
& pigment_1(X) ) ) ).
fof(a531711,axiom,
! [X] :
( phototropism_1(X)
=> ( original_name_2(X,'Phototropism')
& user_description_2(X,'Growth of a plant shoot toward or away from light.')
& concept2words_2(X,phototropism)
& tropism_1(X)
& ~ gravitropism_1(X)
& ~ thigmotropism_1(X) ) ) ).
fof(a531712,axiom,
! [X] :
( phragmoplast_1(X)
=> ( original_name_2(X,'Phragmoplast')
& user_description_2(X,'In plants, an arrangement of microtubules, microfilaments, and Golgi-derived vesicles that align along the midline during cytokinesis of a dividing cell.')
& concept2words_2(X,phragmoplast)
& plant_cell_structure_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X) ) ) ).
fof(a531713,axiom,
! [X] :
( phycobilin_1(X)
=> ( original_name_2(X,'Phycobilin')
& user_description_2(X,'Any of several water-soluble pigment molecules found in cyanobacteria and the chloroplasts of red algae.')
& concept2words_2(X,phycobilin)
& phototropin_1(X) ) ) ).
fof(a531714,axiom,
! [X] :
( phylocode_1(X)
=> ( original_name_2(X,'PhyloCode')
& user_description_2(X,'A system of biological classification in which only monophyletic groups are named.')
& concept2words_2(X,'international code of phylogenetic nomenclature')
& concept2words_2(X,'international-code-of-phylogenetic-nomenclature')
& concept2words_2(X,'phylogenetic code')
& concept2words_2(X,'phylogenetic-code')
& concept2words_2(X,'phylogenetic nomenclature')
& concept2words_2(X,'phylogenetic-nomenclature')
& concept2words_2(X,phylocode)
& phylogeny_1(X)
& ~ binomial_nomenclature_1(X)
& ~ branch_point_1(X)
& ~ cladistics_1(X)
& ~ deep_green_1(X)
& ~ molecular_systematics_1(X)
& ~ paraphyletic_1(X)
& ~ phylogenetic_bracketing_1(X)
& ~ taxonomy_1(X) ) ) ).
fof(a531715,axiom,
! [X] :
( phylogenetic_bracketing_1(X)
=> ( original_name_2(X,'Phylogenetic-Bracketing')
& user_description_2(X,'An approach to phylogenetic analysis in which features that are shared by two groups of organisms can be predicted to occur in their common ancestor and all of its descendants.')
& concept2words_2(X,'phylogenetic bracketing')
& concept2words_2(X,'phylogenetic-bracketing')
& phylogeny_1(X)
& ~ binomial_nomenclature_1(X)
& ~ branch_point_1(X)
& ~ cladistics_1(X)
& ~ deep_green_1(X)
& ~ molecular_systematics_1(X)
& ~ paraphyletic_1(X)
& ~ phylocode_1(X)
& ~ taxonomy_1(X) ) ) ).
fof(a531716,axiom,
! [X] :
( phylogenetic_species_concept_1(X)
=> ( original_name_2(X,'Phylogenetic-Species-Concept')
& user_description_2(X,'Defines a species as all the descendants of a single parental population.')
& concept2words_2(X,'phylogenetic species concept')
& concept2words_2(X,'phylogenetic-species-concept')
& species_concept_1(X)
& ~ ecological_species_concept_1(X)
& ~ morphological_species_concept_1(X)
& ~ paleontological_species_concept_1(X) ) ) ).
fof(a531717,axiom,
! [X] :
( phylogenetic_tree_1(X)
=> ( original_name_2(X,'Phylogenetic-Tree')
& user_description_2(X,'A branching diagram representing the inferred evolutionary relationships among a group of organisms.')
& concept2words_2(X,'evolutionary tree')
& concept2words_2(X,'evolutionary-tree')
& concept2words_2(X,'phylogenetic tree')
& concept2words_2(X,'phylogenetic-tree')
& evolutionary_representation_1(X)
& ~ action_spectrum_1(X)
& ~ age_structure_diagram_1(X)
& ~ cell_lineage_1(X)
& ~ cladogram_1(X)
& ~ climograph_1(X)
& ~ fate_map_1(X)
& ~ genetic_map_1(X)
& ~ genomic_representation_1(X)
& ~ genotypic_ratio_1(X)
& ~ life_table_1(X)
& ~ pedigree_1(X)
& ~ periodic_table_1(X)
& ~ phenotypic_ratio_1(X)
& ~ punnett_square_1(X)
& ~ reproductive_table_1(X)
& ~ species_area_curve_1(X)
& ~ survivorship_curve_1(X)
& ~ tree_of_life_1(X) ) ) ).
fof(a531718,axiom,
! [X] :
( phylogeny_1(X)
=> ( original_name_2(X,'Phylogeny')
& user_description_2(X,'The evolutionary history of a group of related organisms.')
& concept2words_2(X,phylogeny)
& systematics_1(X)
& ~ binomial_nomenclature_1(X)
& ~ cladistics_1(X)
& ~ molecular_systematics_1(X)
& ~ taxonomy_1(X) ) ) ).
fof(a531719,axiom,
! [X] :
( phylogram_1(X)
=> ( original_name_2(X,'Phylogram')
& user_description_2(X,'A phylogenetic tree in which the length of a particular branch is proportional to the amount of genetic change that has occurred.')
& concept2words_2(X,phylogram)
& phylogenetic_tree_1(X)
& ~ ultrametric_tree_1(X)
& ~ rooted_1(X) ) ) ).
fof(a531720,axiom,
! [X] :
( phylum_1(X)
=> ( original_name_2(X,'Phylum')
& user_description_2(X,'In Linnean taxonomy, the taxonomic level below Kingdom and above Class.')
& concept2words_2(X,phylum)
& taxon_1(X) ) ) ).
fof(a531721,axiom,
! [X] :
( physical_change_1(X)
=> ( original_name_2(X,'Physical-Change')
& user_description_2(X,'A change in the physical state of a molecule, object, wave or system.')
& concept2words_2(X,'physical change')
& concept2words_2(X,'physical-change')
& change_1(X) ) ) ).
fof(a531722,axiom,
! [X] :
( physical_document_1(X)
=> ( original_name_2(X,'Physical-Document')
& description_2(X,'a physically rendered written message')
& concept2words_2(X,'physical document')
& concept2words_2(X,'physical-document')
& artifact_1(X)
& ~ furnishing_1(X)
& ~ device_1(X)
& ~ architectural_structure_1(X)
& ~ pharmaceutical_product_1(X)
& ~ photographic_film_1(X)
& ~ scientific_device_1(X)
& ~ useful_product_1(X)
& physical_mark_1(fn_physical_document_1(X))
& print_1(fn_physical_document_2(X))
& tangible_entity_1(fn_embody_2(fn_physical_document_2(X)))
& has_part_2(X,fn_physical_document_1(X))
& result_2(fn_physical_document_2(X),X)
& X = fn_embody_2(fn_physical_document_2(X)) ) ) ).
fof(a531723,axiom,
! [X] :
( physical_map_1(X)
=> ( original_name_2(X,'Physical-Map')
& user_description_2(X,'A map of genes in which the actual physical distances between genes are expressed, typically as the number of base pairs along the DNA.')
& concept2words_2(X,'physical map')
& concept2words_2(X,'physical-map')
& genetic_map_1(X)
& ~ linkage_map_1(X) ) ) ).
fof(a531724,axiom,
! [X] :
( physical_mark_1(X)
=> ( original_name_2(X,'Physical-Mark')
& description_2(X,'Any mark created as the result of writing, sketching, printing, drawing etc (i.e. the result of Mark). Any persistant physical mark or set of marks created by depositing or applying something acting in the role of a writing substance (e.g. ink, paint, sand, blood) to some kind of writable medium using something acting in the role of writing implement (e.g. pencil, marker, finger, paintbrush, spray paint can, printer).')
& concept2words_2(X,mark)
& concept2words_2(X,print)
& concept2words_2(X,'physical mark')
& concept2words_2(X,'physical-mark')
& piece_of_substance_1(X)
& mark_1(fn_physical_mark_1(X))
& physical_mark_1(fn_mark_2(fn_physical_mark_1(X)))
& result_2(fn_physical_mark_1(X),X)
& X = fn_mark_2(fn_physical_mark_1(X)) ) ) ).
fof(a531725,axiom,
! [X] :
( physical_object_1(X)
=> ( original_name_2(X,'Physical-Object')
& concept2words_2(X,object)
& concept2words_2(X,projectile)
& concept2words_2(X,'physical object')
& concept2words_2(X,'physical-object')
& tangible_entity_1(X) ) ) ).
fof(a531726,axiom,
! [X] :
( physical_object_state_1(X)
=> ( original_name_2(X,'Physical-Object-State')
& user_description_2(X,'Particular condition of a physical object.')
& concept2words_2(X,'physical object state')
& concept2words_2(X,'physical-object-state')
& physical_object_1(X) ) ) ).
fof(a531727,axiom,
! [X] :
( physical_process_1(X)
=> ( original_name_2(X,'Physical-Process')
& user_description_2(X,'Process which relates to the physical, non-living world.')
& concept2words_2(X,'physical process')
& concept2words_2(X,'physical-process')
& event_1(X) ) ) ).
fof(a531728,axiom,
! [X] :
( physician_1(X)
=> ( original_name_2(X,'Physician')
& user_description_2(X,'Physicians (doctors) are professionals which practice medicine and possess medical degrees and a medical license.')
& concept2words_2(X,physician)
& person_1(X)
& entity_1(fn_physician_1(X))
& study_1(fn_physician_2(X))
& object_2(fn_physician_2(X),fn_physician_1(X))
& agent_2(fn_physician_2(X),X) ) ) ).
fof(a531729,axiom,
! [X] :
( physiology_1(X)
=> ( original_name_2(X,'Physiology')
& user_description_2(X,'The study of how organisms function.')
& concept2words_2(X,physiology)
& biology_1(X) ) ) ).
fof(a531730,axiom,
! [X] :
( phytochemical_1(X)
=> ( original_name_2(X,'Phytochemical')
& concept2words_2(X,phytochemical)
& organic_molecule_1(X)
& constant_motion_1(fn_phytochemical_3(X))
& atom_1(fn_phytochemical_4(X))
& chemical_entity_1(fn_phytochemical_4(X))
& carbon_1(fn_phytochemical_5(X))
& kinetic_energy_1(fn_phytochemical_6(X))
& carbon_skeleton_1(fn_phytochemical_7(X))
& antioxidant_1(fn_phytochemical_8(X))
& quantity_value_1(fn_phytochemical_9(X))
& speed_value_1(fn_phytochemical_10(X))
& entity_1(fn_agent_role_1(fn_phytochemical_8(X)))
& plays_2(X,fn_phytochemical_8(X))
& possesses_2(X,fn_phytochemical_6(X))
& quantity_2(fn_phytochemical_6(X),fn_phytochemical_9(X))
& directly_proportional_2(fn_phytochemical_10(X),fn_phytochemical_9(X))
& speed_2(fn_phytochemical_3(X),fn_phytochemical_10(X))
& object_2(fn_phytochemical_3(X),X)
& has_part_2(X,fn_phytochemical_4(X))
& fn_phytochemical_4(X) != fn_phytochemical_5(X)
& is_inside_2(fn_phytochemical_5(X),fn_phytochemical_7(X))
& has_region_2(X,fn_phytochemical_7(X))
& has_part_2(X,fn_phytochemical_5(X))
& fn_phytochemical_5(X) != fn_phytochemical_4(X)
& X = fn_agent_role_1(fn_phytochemical_8(X))
& fn_phytochemical_2(X) = fn_molecule_2(X)
& fn_phytochemical_1(X) = fn_molecule_1(X)
& fn_phytochemical_3(X) = fn_molecule_8(X)
& fn_phytochemical_10(X) = fn_molecule_3(X)
& fn_phytochemical_9(X) = fn_molecule_4(X)
& fn_phytochemical_6(X) = fn_molecule_12(X)
& fn_phytochemical_7(X) = fn_organic_molecule_3(X)
& fn_phytochemical_5(X) = fn_organic_molecule_1(X)
& fn_phytochemical_4(X) = fn_organic_molecule_2(X) ) ) ).
fof(a531731,axiom,
! [X] :
( phytochrome_1(X)
=> ( original_name_2(X,'Phytochrome')
& user_description_2(X,'In plants, a type of photoreceptor that absorbs red light. Phytochromes regulate a plant\'s responses to photoperiod and other physiological processes such as seed germination and flowering.')
& concept2words_2(X,phytochrome)
& pigment_1(X)
& photoreceptor_1(X)
& ~ lignin_1(X)
& ~ uric_acid_1(X) ) ) ).
fof(a531732,axiom,
! [X] :
( phytoplankton_1(X)
=> ( original_name_2(X,'Phytoplankton')
& user_description_2(X,'Portion of plankton which is photosynthetic. Phytoplanton are a group of small, free floating autotrophic organisms, including algae and bacteria, that float freely in water and perform photosynthesis.')
& concept2words_2(X,phytoplankton)
& plankton_1(X) ) ) ).
fof(a531733,axiom,
! [X] :
( phytoremediation_1(X)
=> ( original_name_2(X,'Phytoremediation')
& user_description_2(X,'The practice of using plants to remediate environmental problems. Some plants have the ability to extract heavy metals and other toxins from soil and sequester them in parts of the plant that can be easily removed. This ability provides a mechanism by which polluted areas can be treated without having to remove and store large amounts of soil.')
& concept2words_2(X,phytoremediation)
& bioremediation_1(X)
& biotechnology_1(X)
& ~ adaptive_management_1(X) ) ) ).
fof(a531734,axiom,
! [X] :
( piece_of_glass_1(X)
=> ( original_name_2(X,'Piece-of-Glass')
& concept2words_2(X,'glass piece')
& concept2words_2(X,'glass-piece')
& concept2words_2(X,'piece of glass')
& concept2words_2(X,'piece-of-glass')
& piece_of_substance_1(X)
& glass_1(fn_piece_of_glass_1(X))
& material_2(X,fn_piece_of_glass_1(X))
& fn_piece_of_glass_1(X) = fn_piece_of_substance_1(X) ) ) ).
fof(a531735,axiom,
! [X] :
( piece_of_metal_1(X)
=> ( original_name_2(X,'Piece-of-Metal')
& concept2words_2(X,'metal piece')
& concept2words_2(X,'metal-piece')
& concept2words_2(X,'piece of metal')
& concept2words_2(X,'piece-of-metal')
& piece_of_substance_1(X)
& metal_1(fn_piece_of_metal_1(X))
& material_2(X,fn_piece_of_metal_1(X))
& fn_piece_of_metal_1(X) = fn_piece_of_substance_1(X) ) ) ).
fof(a531736,axiom,
! [X] :
( piece_of_paper_1(X)
=> ( original_name_2(X,'Piece-of-Paper')
& concept2words_2(X,paper)
& concept2words_2(X,'paper piece')
& concept2words_2(X,'paper-piece')
& concept2words_2(X,'piece of paper')
& concept2words_2(X,'piece-of-paper')
& piece_of_substance_1(X)
& paper_1(fn_piece_of_paper_1(X))
& material_2(X,fn_piece_of_paper_1(X))
& fn_piece_of_paper_1(X) = fn_piece_of_substance_1(X) ) ) ).
fof(a531737,axiom,
! [X] :
( piece_of_plastic_1(X)
=> ( original_name_2(X,'Piece-of-Plastic')
& concept2words_2(X,'plastic piece')
& concept2words_2(X,'plastic-piece')
& concept2words_2(X,'piece of plastic')
& concept2words_2(X,'piece-of-plastic')
& piece_of_substance_1(X)
& plastic_1(fn_piece_of_plastic_1(X))
& material_2(X,fn_piece_of_plastic_1(X))
& fn_piece_of_plastic_1(X) = fn_piece_of_substance_1(X) ) ) ).
fof(a531738,axiom,
! [X] :
( piece_of_rubber_1(X)
=> ( original_name_2(X,'Piece-of-Rubber')
& concept2words_2(X,'rubber piece')
& concept2words_2(X,'rubber-piece')
& concept2words_2(X,'piece of rubber')
& concept2words_2(X,'piece-of-rubber')
& piece_of_substance_1(X)
& rubber_1(fn_piece_of_rubber_1(X))
& material_2(X,fn_piece_of_rubber_1(X))
& fn_piece_of_rubber_1(X) = fn_piece_of_substance_1(X) ) ) ).
fof(a531739,axiom,
! [X] :
( piece_of_stone_1(X)
=> ( original_name_2(X,'Piece-of-Stone')
& concept2words_2(X,stone)
& concept2words_2(X,rock)
& concept2words_2(X,'stone piece')
& concept2words_2(X,'stone-piece')
& concept2words_2(X,'piece of stone')
& concept2words_2(X,'piece-of-stone')
& piece_of_substance_1(X)
& stone_1(fn_piece_of_stone_1(X))
& material_2(X,fn_piece_of_stone_1(X))
& fn_piece_of_stone_1(X) = fn_piece_of_substance_1(X) ) ) ).
fof(a531740,axiom,
! [X] :
( piece_of_substance_1(X)
=> ( original_name_2(X,'Piece-of-Substance')
& concept2words_2(X,'substance piece')
& concept2words_2(X,'substance-piece')
& concept2words_2(X,'piece of substance')
& concept2words_2(X,'piece-of-substance')
& inanimate_object_1(X)
& ~ artifact_1(X)
& substance_1(fn_piece_of_substance_1(X))
& material_2(X,fn_piece_of_substance_1(X)) ) ) ).
fof(a531741,axiom,
! [X] :
( piece_of_tissue_1(X)
=> ( original_name_2(X,'Piece-of-Tissue')
& concept2words_2(X,'tissue piece')
& concept2words_2(X,'tissue-piece')
& concept2words_2(X,'piece of tissue')
& concept2words_2(X,'piece-of-tissue')
& piece_of_substance_1(X)
& tissue_1(fn_piece_of_tissue_1(X))
& material_2(X,fn_piece_of_tissue_1(X)) ) ) ).
fof(a531742,axiom,
! [X] :
( piece_of_wood_1(X)
=> ( original_name_2(X,'Piece-of-Wood')
& concept2words_2(X,'wood piece')
& concept2words_2(X,'wood-piece')
& concept2words_2(X,'piece of wood')
& concept2words_2(X,'piece-of-wood')
& piece_of_substance_1(X)
& wood_1(fn_piece_of_wood_1(X))
& material_2(X,fn_piece_of_wood_1(X))
& fn_piece_of_wood_1(X) = fn_piece_of_substance_1(X) ) ) ).
fof(a531743,axiom,
! [X] :
( pigment_1(X)
=> ( original_name_2(X,'Pigment')
& user_description_2(X,'Any substance which absorbs visible light.')
& concept2words_2(X,pigment)
& organic_molecule_1(X)
& light_1(fn_pigment_1(X))
& absorb_1(fn_pigment_2(X))
& spatial_entity_1(fn_move_1(fn_pigment_2(X)))
& tangible_entity_1(fn_take_in_1(fn_pigment_2(X)))
& has_function_2(X,fn_pigment_2(X))
& object_2(fn_pigment_2(X),fn_pigment_1(X))
& agent_2(fn_pigment_2(X),X)
& base_2(fn_pigment_2(X),X)
& fn_pigment_1(X) = fn_move_1(fn_pigment_2(X))
& X = fn_take_in_1(fn_pigment_2(X))
& fn_take_in_1(fn_pigment_2(X)) = fn_take_in_1(fn_pigment_2(X)) ) ) ).
fof(a531744,axiom,
! [X] :
( pili_1(X)
=> ( original_name_2(X,'Pili')
& user_description_2(X,'Pili are hairlike structures found on the surface of many bacteria which have primary role in attachment of a bacterial cell to another cell')
& concept2words_2(X,pilus)
& concept2words_2(X,pillus)
& cellular_structure_1(X)
& surface_1(fn_pili_1(X))
& biomembrane_1(fn_pili_2(X))
& aqueous_solution_1(fn_pili_3(X))
& attach_1(fn_pili_4(X))
& prokaryote_1(fn_pili_5(X))
& spatial_entity_1(fn_attach_1(fn_pili_4(X)))
& surface_1(fn_cell_4(fn_pili_5(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_pili_2(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_pili_2(X)))
& has_function_2(X,fn_pili_4(X))
& has_part_2(X,fn_pili_2(X))
& has_part_2(X,fn_pili_3(X))
& is_at_2(X,fn_pili_1(X))
& agent_2(fn_pili_4(X),X)
& has_part_2(fn_pili_5(X),X)
& object_2(fn_pili_4(X),fn_pili_5(X))
& is_between_2(fn_pili_2(X),fn_pili_3(X))
& has_region_2(fn_pili_5(X),fn_pili_1(X))
& fn_pili_5(X) = fn_attach_1(fn_pili_4(X))
& fn_pili_3(X) = fn_biomembrane_14(fn_pili_2(X))
& fn_pili_3(X) = fn_biomembrane_15(fn_pili_2(X))
& fn_pili_1(X) = fn_cell_4(fn_pili_5(X))
& fn_biomembrane_14(fn_pili_2(X)) = fn_biomembrane_15(fn_pili_2(X)) ) ) ).
fof(a531745,axiom,
! [X] :
( piloting_1(X)
=> ( original_name_2(X,'Piloting')
& user_description_2(X,'Use of a series of recognizable landmarks to navigate to a final destination.')
& concept2words_2(X,pilot)
& concept2words_2(X,piloting)
& migration_1(X)
& ~ animal_orientation_1(X)
& ~ navigation_1(X) ) ) ).
fof(a531746,axiom,
! [X] :
( pine_1(X)
=> ( original_name_2(X,'Pine')
& user_description_2(X,'Any of several coniferous trees in the genus Pinus.')
& concept2words_2(X,pine)
& conifer_1(X) ) ) ).
fof(a531747,axiom,
! [X] :
( pineal_gland_1(X)
=> ( original_name_2(X,'Pineal-Gland')
& user_description_2(X,'A small endocrine gland in the vertebrate brain; secretes the hormone melatonin, which modulates sleep/wake cycles.')
& concept2words_2(X,'pineal gland')
& concept2words_2(X,'pineal-gland')
& endocrine_gland_1(X)
& ~ adrenal_gland_1(X)
& ~ parathyroid_gland_1(X)
& ~ pituitary_gland_1(X)
& ~ thyroid_gland_1(X) ) ) ).
fof(a531748,axiom,
! [X] :
( pineapple_plant_1(X)
=> ( original_name_2(X,'Pineapple-Plant')
& user_description_2(X,'Pineapple (Ananas comosus) is the common name for a tropical plant and its edible fruit which are coalesced berries.')
& concept2words_2(X,'ananas comosus')
& concept2words_2(X,'plant of pineapple')
& concept2words_2(X,'pineapple plant')
& concept2words_2(X,'pineapple-plant')
& succulent_plant_1(X)
& ~ cactus_1(X) ) ) ).
fof(a531749,axiom,
! [X] :
( pink_1(X)
=> ( original_name_2(X,'Pink')
& user_description_2(X,'Pink is a mixture of red and white')
& concept2words_2(X,pink)
& coloring_pigment_1(X) ) ) ).
fof(a531750,axiom,
! [X] :
( pinnipedia_1(X)
=> ( original_name_2(X,'Pinnipedia')
& user_description_2(X,'Semi-aquatic fin-footed mammals. The group includes seals, otters, walruses, and sea lions.')
& concept2words_2(X,pinnipedia)
& marine_mammal_1(X) ) ) ).
fof(a531751,axiom,
! [X] :
( pinocytosis_1(X)
=> ( original_name_2(X,'Pinocytosis')
& user_description_2(X,'In cellular biology, pinocytosis (cell-drinking, bulk-phase pinocytosis, non-specific, non-adsorptive pinocytosis, fluid endocytosis) is a form of endocytosis in which small particles are brought into the cell suspended within small vesicles which subsequently fuse with lysosomes to hydrolyze, or to break down, the particles.')
& concept2words_2(X,'cellular drinking')
& concept2words_2(X,'cellular-drinking')
& concept2words_2(X,'perform pinocytosis')
& concept2words_2(X,transport)
& concept2words_2(X,pinocytosis)
& endocytosis_1(X)
& ~ phagocytosis_1(X)
& ~ receptor_mediated_endocytosis_1(X)
& aqueous_solution_1(fn_pinocytosis_1(X))
& block_1(fn_pinocytosis_2(X))
& molecule_1(fn_pinocytosis_3(X))
& hydrophilic_face_1(fn_pinocytosis_4(X))
& angle_value_1(fn_pinocytosis_5(X))
& portal_1(fn_pinocytosis_7(X))
& organic_molecule_1(fn_pinocytosis_8(X))
& metabolism_1(fn_pinocytosis_9(X))
& create_1(fn_pinocytosis_10(X))
& produce_1(fn_pinocytosis_10(X))
& block_1(fn_pinocytosis_11(X))
& block_1(fn_pinocytosis_12(X))
& block_1(fn_pinocytosis_13(X))
& phospholipid_layer_1(fn_pinocytosis_14(X))
& hydrophilic_face_1(fn_pinocytosis_15(X))
& hydrophobic_core_1(fn_pinocytosis_16(X))
& block_1(fn_pinocytosis_17(X))
& block_1(fn_pinocytosis_18(X))
& fatty_acid_tail_1(fn_pinocytosis_19(X))
& carbon_skeleton_1(fn_pinocytosis_20(X))
& organic_molecule_1(fn_pinocytosis_21(X))
& take_in_1(fn_pinocytosis_22(X))
& move_1(fn_pinocytosis_22(X))
& move_into_1(fn_pinocytosis_22(X))
& mixture_1(fn_pinocytosis_23(X))
& cytoplasm_1(fn_pinocytosis_23(X))
& spatial_entity_1(fn_pinocytosis_24(X))
& membrane_protein_1(fn_pinocytosis_24(X))
& tangible_entity_1(fn_pinocytosis_24(X))
& transmembrane_protein_1(fn_pinocytosis_24(X))
& integral_protein_1(fn_pinocytosis_24(X))
& transport_protein_1(fn_pinocytosis_24(X))
& move_through_1(fn_pinocytosis_25(X))
& take_in_1(fn_pinocytosis_26(X))
& move_1(fn_pinocytosis_26(X))
& move_into_1(fn_pinocytosis_26(X))
& entity_1(fn_pinocytosis_27(X))
& tangible_entity_1(fn_pinocytosis_27(X))
& vesicle_1(fn_pinocytosis_27(X))
& eukaryotic_cell_1(fn_pinocytosis_28(X))
& tangible_entity_1(fn_pinocytosis_28(X))
& cell_1(fn_pinocytosis_28(X))
& liquid_substance_1(fn_pinocytosis_29(X))
& angle_value_1(fn_pinocytosis_30(X))
& carry_1(fn_pinocytosis_31(X))
& chemical_bond_1(fn_pinocytosis_33(X))
& release_1(fn_pinocytosis_34(X))
& energy_1(fn_pinocytosis_35(X))
& entity_1(fn_pinocytosis_35(X))
& chemical_energy_1(fn_pinocytosis_35(X))
& substance_1(fn_pinocytosis_36(X))
& cytosol_1(fn_pinocytosis_36(X))
& block_1(fn_pinocytosis_37(X))
& oxygen_molecule_1(fn_pinocytosis_38(X))
& hydrophobic_compound_1(fn_pinocytosis_39(X))
& hydrophilic_compound_1(fn_pinocytosis_40(X))
& block_1(fn_pinocytosis_41(X))
& carbon_skeleton_1(fn_pinocytosis_42(X))
& tangible_entity_1(fn_pinocytosis_43(X))
& phospholipid_bilayer_1(fn_pinocytosis_43(X))
& surface_1(fn_pinocytosis_44(X))
& size_value_1(fn_pinocytosis_45(X))
& volume_value_1(fn_pinocytosis_46(X))
& container_1(fn_pinocytosis_47(X))
& ribosome_1(fn_pinocytosis_48(X))
& block_1(fn_pinocytosis_51(X))
& entity_1(fn_pinocytosis_52(X))
& atom_1(fn_pinocytosis_52(X))
& chemical_entity_1(fn_pinocytosis_52(X))
& carbon_1(fn_pinocytosis_52(X))
& size_value_1(fn_pinocytosis_53(X))
& size_value_1(fn_pinocytosis_54(X))
& spatial_entity_1(fn_pinocytosis_55(X))
& phospholipid_1(fn_pinocytosis_55(X))
& lipid_1(fn_pinocytosis_55(X))
& hydrophilic_head_1(fn_pinocytosis_56(X))
& spatial_entity_1(fn_pinocytosis_59(X))
& biomembrane_1(fn_pinocytosis_59(X))
& plasma_membrane_1(fn_pinocytosis_59(X))
& extracellular_side_1(fn_pinocytosis_60(X))
& spatial_entity_1(fn_block_1(fn_pinocytosis_37(X)))
& spatial_entity_1(fn_block_1(fn_pinocytosis_18(X)))
& chemical_bond_1(fn_carbon_skeleton_5(fn_pinocytosis_20(X)))
& block_1(fn_integral_protein_25(fn_pinocytosis_24(X)))
& cellular_work_1(fn_eukaryotic_cell_32(fn_pinocytosis_28(X)))
& spatial_entity_1(fn_phospholipid_bilayer_32(fn_pinocytosis_43(X)))
& phospholipid_1(fn_phospholipid_bilayer_32(fn_pinocytosis_43(X)))
& property_node_1(fn_transport_protein_22(fn_pinocytosis_24(X)))
& spatial_entity_1(fn_eukaryotic_cell_15(fn_pinocytosis_28(X)))
& membrane_protein_1(fn_eukaryotic_cell_15(fn_pinocytosis_28(X)))
& tangible_entity_1(fn_eukaryotic_cell_15(fn_pinocytosis_28(X)))
& transmembrane_protein_1(fn_eukaryotic_cell_15(fn_pinocytosis_28(X)))
& integral_protein_1(fn_eukaryotic_cell_15(fn_pinocytosis_28(X)))
& transport_protein_1(fn_eukaryotic_cell_15(fn_pinocytosis_28(X)))
& carbon_skeleton_1(fn_transport_protein_18(fn_pinocytosis_24(X)))
& property_node_1(fn_lipid_1(fn_pinocytosis_55(X)))
& spatial_entity_1(fn_block_1(fn_pinocytosis_17(X)))
& spatial_entity_1(fn_block_1(fn_pinocytosis_13(X)))
& spatial_entity_1(fn_block_1(fn_pinocytosis_12(X)))
& spatial_entity_1(fn_block_1(fn_pinocytosis_41(X)))
& spatial_entity_1(fn_block_1(fn_pinocytosis_11(X)))
& container_1(fn_move_into_2(fn_pinocytosis_26(X)))
& container_1(fn_move_into_2(fn_pinocytosis_22(X)))
& ribosome_1(fn_cell_14(fn_pinocytosis_28(X)))
& surface_1(fn_cell_4(fn_pinocytosis_28(X)))
& property_node_1(fn_cell_10(fn_pinocytosis_28(X)))
& size_value_1(fn_cell_11(fn_pinocytosis_28(X)))
& substance_1(fn_cell_29(fn_pinocytosis_28(X)))
& cytosol_1(fn_cell_29(fn_pinocytosis_28(X)))
& property_node_1(fn_cell_23(fn_pinocytosis_28(X)))
& volume_value_1(fn_cell_22(fn_pinocytosis_28(X)))
& spatial_entity_1(fn_block_1(fn_pinocytosis_51(X)))
& spatial_entity_1(fn_move_1(fn_pinocytosis_25(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_pinocytosis_20(X)))
& hydrophobic_core_1(fn_integral_protein_10(fn_pinocytosis_24(X)))
& hydrophobic_core_1(fn_phospholipid_bilayer_3(fn_pinocytosis_43(X)))
& fatty_acid_tail_1(fn_phospholipid_92(fn_pinocytosis_55(X)))
& fatty_acid_tail_1(fn_phospholipid_90(fn_pinocytosis_55(X)))
& fatty_acid_tail_1(fn_phospholipid_bilayer_19(fn_pinocytosis_43(X)))
& hydrophilic_head_1(fn_phospholipid_88(fn_pinocytosis_55(X)))
& hydrophilic_head_1(fn_phospholipid_bilayer_26(fn_pinocytosis_43(X)))
& hydrophilic_head_1(fn_phospholipid_bilayer_37(fn_pinocytosis_43(X)))
& hydrophilic_face_1(fn_phospholipid_bilayer_39(fn_pinocytosis_43(X)))
& hydrophilic_face_1(fn_phospholipid_bilayer_38(fn_pinocytosis_43(X)))
& phospholipid_layer_1(fn_phospholipid_bilayer_34(fn_pinocytosis_43(X)))
& phospholipid_layer_1(fn_phospholipid_bilayer_33(fn_pinocytosis_43(X)))
& size_value_1(fn_integral_protein_16(fn_pinocytosis_24(X)))
& size_value_1(fn_transport_protein_20(fn_pinocytosis_24(X)))
& entity_1(fn_transport_protein_17(fn_pinocytosis_24(X)))
& atom_1(fn_transport_protein_17(fn_pinocytosis_24(X)))
& chemical_entity_1(fn_transport_protein_17(fn_pinocytosis_24(X)))
& carbon_1(fn_transport_protein_14(fn_pinocytosis_24(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_pinocytosis_24(X)))
& spatial_entity_1(fn_transport_protein_35(fn_pinocytosis_24(X)))
& biomembrane_1(fn_transport_protein_35(fn_pinocytosis_24(X)))
& biomembrane_1(fn_integral_protein_24(fn_pinocytosis_24(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_pinocytosis_28(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_pinocytosis_28(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_pinocytosis_28(X)))
& plasma_membrane_1(fn_cell_30(fn_pinocytosis_28(X)))
& spatial_entity_1(fn_move_1(fn_pinocytosis_26(X)))
& spatial_entity_1(fn_move_1(fn_pinocytosis_22(X)))
& size_value_1(fn_transport_protein_19(fn_pinocytosis_24(X)))
& size_value_1(fn_lipid_2(fn_pinocytosis_55(X)))
& chemical_energy_1(fn_chemical_bond_2(fn_pinocytosis_33(X)))
& tangible_entity_1(fn_integral_protein_27(fn_pinocytosis_24(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_pinocytosis_24(X)))
& tangible_entity_1(fn_eukaryotic_cell_41(fn_pinocytosis_28(X)))
& phospholipid_bilayer_1(fn_eukaryotic_cell_41(fn_pinocytosis_28(X)))
& tangible_entity_1(fn_transport_protein_12(fn_pinocytosis_24(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_pinocytosis_24(X)))
& tangible_entity_1(fn_cell_26(fn_pinocytosis_28(X)))
& phospholipid_bilayer_1(fn_cell_26(fn_pinocytosis_28(X)))
& tangible_entity_1(fn_take_in_1(fn_pinocytosis_26(X)))
& tangible_entity_1(fn_move_into_1(fn_pinocytosis_26(X)))
& tangible_entity_1(fn_move_into_1(fn_pinocytosis_22(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_pinocytosis_28(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_pinocytosis_28(X)))
& mixture_1(fn_cell_28(fn_pinocytosis_28(X)))
& cytoplasm_1(fn_cell_28(fn_pinocytosis_28(X)))
& abuts_2(fn_pinocytosis_56(X),fn_pinocytosis_1(X))
& called_2(fn_pinocytosis_55(X),'P1')
& object_2(fn_pinocytosis_41(X),fn_pinocytosis_39(X))
& instrument_2(fn_pinocytosis_41(X),fn_pinocytosis_56(X))
& instrument_2(fn_pinocytosis_41(X),fn_pinocytosis_19(X))
& agent_2(fn_pinocytosis_41(X),fn_pinocytosis_15(X))
& fn_pinocytosis_41(X) != fn_pinocytosis_2(X)
& fn_pinocytosis_41(X) != fn_pinocytosis_17(X)
& fn_pinocytosis_41(X) != fn_pinocytosis_13(X)
& fn_pinocytosis_41(X) != fn_pinocytosis_12(X)
& fn_pinocytosis_40(X) != fn_pinocytosis_38(X)
& fn_pinocytosis_39(X) != fn_pinocytosis_38(X)
& fn_pinocytosis_38(X) != fn_pinocytosis_39(X)
& fn_pinocytosis_38(X) != fn_pinocytosis_40(X)
& object_2(fn_pinocytosis_37(X),fn_pinocytosis_40(X))
& base_2(fn_pinocytosis_9(X),fn_pinocytosis_28(X))
& site_2(fn_pinocytosis_9(X),fn_pinocytosis_23(X))
& the_scalar_value_2(fn_pinocytosis_30(X),outward_0)
& scalar_unit_class_2(fn_pinocytosis_30(X),move_0)
& is_inside_2(fn_pinocytosis_8(X),fn_pinocytosis_29(X))
& in_event_2(fn_pinocytosis_7(X),fn_pinocytosis_25(X))
& fn_pinocytosis_29(X) != fn_pinocytosis_23(X)
& has_part_2(fn_pinocytosis_29(X),fn_pinocytosis_3(X))
& is_between_2(fn_pinocytosis_28(X),fn_pinocytosis_23(X))
& direction_2(X,fn_pinocytosis_5(X))
& origin_2(fn_pinocytosis_26(X),fn_pinocytosis_23(X))
& path_2(fn_pinocytosis_25(X),fn_pinocytosis_16(X))
& fn_pinocytosis_23(X) != fn_pinocytosis_29(X)
& is_outside_2(fn_pinocytosis_4(X),fn_pinocytosis_1(X))
& abuts_2(fn_pinocytosis_1(X),fn_pinocytosis_56(X))
& object_2(fn_pinocytosis_18(X),fn_pinocytosis_40(X))
& called_2(fn_pinocytosis_2(X),"3")
& instrument_2(fn_pinocytosis_2(X),fn_pinocytosis_56(X))
& fn_pinocytosis_2(X) != fn_pinocytosis_41(X)
& fn_pinocytosis_2(X) != fn_pinocytosis_17(X)
& agent_2(fn_pinocytosis_2(X),fn_pinocytosis_15(X))
& called_2(fn_pinocytosis_17(X),"2")
& object_2(fn_pinocytosis_17(X),fn_pinocytosis_40(X))
& fn_pinocytosis_17(X) != fn_pinocytosis_2(X)
& fn_pinocytosis_17(X) != fn_pinocytosis_41(X)
& instrument_2(fn_pinocytosis_17(X),fn_pinocytosis_19(X))
& instrument_2(fn_pinocytosis_17(X),fn_pinocytosis_56(X))
& agent_2(fn_pinocytosis_17(X),fn_pinocytosis_16(X))
& agent_2(fn_pinocytosis_17(X),fn_pinocytosis_15(X))
& called_2(fn_pinocytosis_13(X),"3")
& agent_2(fn_pinocytosis_13(X),fn_pinocytosis_15(X))
& agent_2(fn_pinocytosis_13(X),fn_pinocytosis_16(X))
& object_2(fn_pinocytosis_13(X),fn_pinocytosis_39(X))
& instrument_2(fn_pinocytosis_13(X),fn_pinocytosis_19(X))
& instrument_2(fn_pinocytosis_13(X),fn_pinocytosis_56(X))
& fn_pinocytosis_13(X) != fn_pinocytosis_41(X)
& fn_pinocytosis_13(X) != fn_pinocytosis_12(X)
& called_2(fn_pinocytosis_12(X),"2")
& agent_2(fn_pinocytosis_12(X),fn_pinocytosis_15(X))
& agent_2(fn_pinocytosis_12(X),fn_pinocytosis_16(X))
& object_2(fn_pinocytosis_12(X),fn_pinocytosis_40(X))
& fn_pinocytosis_12(X) != fn_pinocytosis_13(X)
& fn_pinocytosis_12(X) != fn_pinocytosis_41(X)
& instrument_2(fn_pinocytosis_12(X),fn_pinocytosis_19(X))
& instrument_2(fn_pinocytosis_12(X),fn_pinocytosis_56(X))
& object_2(fn_pinocytosis_11(X),fn_pinocytosis_40(X))
& object_2(fn_pinocytosis_51(X),fn_pinocytosis_38(X))
& object_2(fn_pinocytosis_25(X),fn_pinocytosis_38(X))
& object_2(fn_pinocytosis_37(X),fn_pinocytosis_39(X))
& object_2(fn_pinocytosis_18(X),fn_pinocytosis_39(X))
& first_subevent_2(X,fn_pinocytosis_10(X))
& object_2(fn_pinocytosis_31(X),fn_pinocytosis_29(X))
& object_2(X,fn_pinocytosis_29(X))
& is_inside_2(fn_pinocytosis_29(X),fn_pinocytosis_27(X))
& has_region_2(fn_pinocytosis_21(X),fn_pinocytosis_20(X))
& possesses_2(fn_pinocytosis_21(X),fn_pinocytosis_33(X))
& destination_2(fn_pinocytosis_26(X),fn_pinocytosis_23(X))
& site_2(fn_pinocytosis_10(X),fn_pinocytosis_59(X))
& agent_2(fn_pinocytosis_41(X),fn_pinocytosis_16(X))
& called_2(fn_pinocytosis_41(X),"1")
& is_across_2(fn_pinocytosis_24(X),fn_pinocytosis_59(X))
& has_part_2(fn_pinocytosis_59(X),fn_pinocytosis_24(X))
& subevent_2(X,fn_pinocytosis_10(X))
& instrument_2(X,fn_pinocytosis_27(X))
& subevent_2(X,fn_pinocytosis_31(X))
& agent_2(fn_pinocytosis_22(X),fn_pinocytosis_28(X))
& raw_material_2(X,fn_pinocytosis_35(X))
& subevent_2(X,fn_pinocytosis_34(X))
& base_2(fn_pinocytosis_34(X),fn_pinocytosis_21(X))
& raw_material_2(X,fn_pinocytosis_21(X))
& origin_2(X,fn_pinocytosis_60(X))
& has_part_2(fn_pinocytosis_28(X),fn_pinocytosis_59(X))
& path_2(X,fn_pinocytosis_59(X))
& subevent_2(X,fn_pinocytosis_22(X))
& destination_2(fn_pinocytosis_22(X),fn_pinocytosis_23(X))
& destination_2(X,fn_pinocytosis_23(X))
& next_event_2(fn_pinocytosis_10(X),fn_pinocytosis_22(X))
& causes_2(fn_pinocytosis_10(X),fn_pinocytosis_22(X))
& base_2(fn_pinocytosis_22(X),fn_pinocytosis_28(X))
& has_part_2(fn_pinocytosis_28(X),fn_pinocytosis_23(X))
& is_inside_2(fn_pinocytosis_23(X),fn_pinocytosis_28(X))
& is_outside_2(fn_pinocytosis_60(X),fn_pinocytosis_28(X))
& origin_2(fn_pinocytosis_22(X),fn_pinocytosis_60(X))
& next_event_2(fn_pinocytosis_22(X),fn_pinocytosis_31(X))
& direction_2(fn_pinocytosis_31(X),fn_pinocytosis_30(X))
& base_2(X,fn_pinocytosis_28(X))
& has_part_2(fn_pinocytosis_28(X),fn_pinocytosis_27(X))
& has_function_2(fn_pinocytosis_27(X),fn_pinocytosis_31(X))
& agent_2(fn_pinocytosis_31(X),fn_pinocytosis_27(X))
& result_2(fn_pinocytosis_10(X),fn_pinocytosis_27(X))
& element_2(fn_pinocytosis_14(X),fn_pinocytosis_55(X))
& has_region_2(fn_pinocytosis_43(X),fn_pinocytosis_16(X))
& is_between_2(fn_pinocytosis_16(X),fn_pinocytosis_15(X))
& is_at_2(fn_pinocytosis_56(X),fn_pinocytosis_15(X))
& has_region_2(fn_pinocytosis_43(X),fn_pinocytosis_14(X))
& has_region_2(fn_pinocytosis_14(X),fn_pinocytosis_15(X))
& is_inside_2(fn_pinocytosis_56(X),fn_pinocytosis_15(X))
& has_region_2(fn_pinocytosis_55(X),fn_pinocytosis_56(X))
& has_region_2(fn_pinocytosis_55(X),fn_pinocytosis_19(X))
& the_scalar_value_2(fn_pinocytosis_53(X),big_0)
& scalar_unit_class_2(fn_pinocytosis_53(X),polypeptide_0)
& is_inside_2(fn_pinocytosis_24(X),fn_pinocytosis_43(X))
& has_region_2(fn_pinocytosis_24(X),fn_pinocytosis_42(X))
& is_inside_2(fn_pinocytosis_52(X),fn_pinocytosis_42(X))
& has_part_2(fn_pinocytosis_24(X),fn_pinocytosis_52(X))
& size_2(fn_pinocytosis_24(X),fn_pinocytosis_53(X))
& greater_than_2(fn_pinocytosis_53(X),fn_pinocytosis_54(X))
& has_part_2(fn_pinocytosis_59(X),fn_pinocytosis_43(X))
& is_inside_2(fn_pinocytosis_23(X),fn_pinocytosis_59(X))
& is_inside_2(fn_pinocytosis_48(X),fn_pinocytosis_36(X))
& has_part_2(fn_pinocytosis_28(X),fn_pinocytosis_48(X))
& size_2(fn_pinocytosis_28(X),fn_pinocytosis_45(X))
& directly_proportional_2(fn_pinocytosis_45(X),fn_pinocytosis_46(X))
& volume_2(fn_pinocytosis_28(X),fn_pinocytosis_46(X))
& is_at_2(fn_pinocytosis_43(X),fn_pinocytosis_44(X))
& has_region_2(fn_pinocytosis_28(X),fn_pinocytosis_44(X))
& has_part_2(fn_pinocytosis_23(X),fn_pinocytosis_36(X))
& base_2(fn_pinocytosis_26(X),fn_pinocytosis_28(X))
& plays_2(fn_pinocytosis_28(X),fn_pinocytosis_47(X))
& in_event_2(fn_pinocytosis_47(X),fn_pinocytosis_22(X))
& possesses_2(fn_pinocytosis_33(X),fn_pinocytosis_35(X))
& size_2(fn_pinocytosis_55(X),fn_pinocytosis_54(X))
& object_2(fn_pinocytosis_22(X),fn_pinocytosis_29(X))
& object_2(fn_pinocytosis_26(X),fn_pinocytosis_29(X))
& object_2(fn_pinocytosis_11(X),fn_pinocytosis_39(X))
& object_2(fn_pinocytosis_41(X),fn_pinocytosis_40(X))
& object_2(fn_pinocytosis_12(X),fn_pinocytosis_39(X))
& object_2(fn_pinocytosis_13(X),fn_pinocytosis_40(X))
& agent_2(fn_pinocytosis_26(X),fn_pinocytosis_28(X))
& object_2(fn_pinocytosis_17(X),fn_pinocytosis_39(X))
& fn_pinocytosis_38(X) = fn_block_1(fn_pinocytosis_51(X))
& fn_pinocytosis_38(X) = fn_move_1(fn_pinocytosis_25(X))
& fn_pinocytosis_39(X) = fn_block_1(fn_pinocytosis_37(X))
& fn_pinocytosis_39(X) = fn_block_1(fn_pinocytosis_18(X))
& fn_pinocytosis_29(X) = fn_endocytosis_6(X)
& fn_pinocytosis_33(X) = fn_carbon_skeleton_5(fn_pinocytosis_20(X))
& fn_pinocytosis_21(X) = fn_carbon_skeleton_3(fn_pinocytosis_20(X))
& fn_pinocytosis_26(X) = fn_endocytosis_15(X)
& fn_pinocytosis_41(X) = fn_integral_protein_25(fn_pinocytosis_24(X))
& fn_pinocytosis_59(X) = fn_transmembrane_protein_4(fn_pinocytosis_24(X))
& fn_pinocytosis_59(X) = fn_transport_protein_35(fn_pinocytosis_24(X))
& fn_pinocytosis_10(X) = fn_endocytosis_25(X)
& fn_pinocytosis_35(X) = fn_endocytosis_19(X)
& fn_pinocytosis_21(X) = fn_endocytosis_9(X)
& fn_pinocytosis_34(X) = fn_endocytosis_8(X)
& fn_pinocytosis_23(X) = fn_eukaryotic_cell_31(fn_pinocytosis_28(X))
& fn_pinocytosis_32(X) = fn_endocytosis_1(X)
& fn_pinocytosis_30(X) = fn_endocytosis_2(X)
& fn_pinocytosis_22(X) = fn_endocytosis_15(X)
& fn_pinocytosis_60(X) = fn_endocytosis_3(X)
& fn_pinocytosis_10(X) = fn_endocytosis_17(X)
& fn_pinocytosis_31(X) = fn_endocytosis_14(X)
& fn_pinocytosis_27(X) = fn_endocytosis_21(X)
& X = fn_eukaryotic_cell_32(fn_pinocytosis_28(X))
& fn_pinocytosis_28(X) = fn_endocytosis_20(X)
& fn_pinocytosis_16(X) = fn_integral_protein_10(fn_pinocytosis_24(X))
& fn_pinocytosis_16(X) = fn_phospholipid_bilayer_3(fn_pinocytosis_43(X))
& fn_pinocytosis_19(X) = fn_phospholipid_92(fn_pinocytosis_55(X))
& fn_pinocytosis_19(X) = fn_phospholipid_90(fn_pinocytosis_55(X))
& fn_pinocytosis_19(X) = fn_phospholipid_bilayer_19(fn_pinocytosis_43(X))
& fn_pinocytosis_56(X) = fn_phospholipid_88(fn_pinocytosis_55(X))
& fn_pinocytosis_55(X) = fn_phospholipid_bilayer_32(fn_pinocytosis_43(X))
& fn_pinocytosis_56(X) = fn_phospholipid_bilayer_26(fn_pinocytosis_43(X))
& fn_pinocytosis_56(X) = fn_phospholipid_bilayer_37(fn_pinocytosis_43(X))
& fn_pinocytosis_15(X) = fn_phospholipid_bilayer_39(fn_pinocytosis_43(X))
& fn_pinocytosis_15(X) = fn_phospholipid_bilayer_38(fn_pinocytosis_43(X))
& fn_pinocytosis_14(X) = fn_phospholipid_bilayer_34(fn_pinocytosis_43(X))
& fn_pinocytosis_14(X) = fn_phospholipid_bilayer_33(fn_pinocytosis_43(X))
& fn_pinocytosis_57(X) = fn_transport_protein_22(fn_pinocytosis_24(X))
& fn_pinocytosis_24(X) = fn_eukaryotic_cell_15(fn_pinocytosis_28(X))
& fn_pinocytosis_43(X) = fn_transport_protein_12(fn_pinocytosis_24(X))
& fn_pinocytosis_54(X) = fn_transport_protein_19(fn_pinocytosis_24(X))
& fn_pinocytosis_53(X) = fn_integral_protein_16(fn_pinocytosis_24(X))
& fn_pinocytosis_53(X) = fn_transport_protein_20(fn_pinocytosis_24(X))
& fn_pinocytosis_52(X) = fn_transport_protein_17(fn_pinocytosis_24(X))
& fn_pinocytosis_52(X) = fn_transport_protein_14(fn_pinocytosis_24(X))
& fn_pinocytosis_42(X) = fn_transport_protein_18(fn_pinocytosis_24(X))
& fn_pinocytosis_58(X) = fn_lipid_1(fn_pinocytosis_55(X))
& fn_pinocytosis_23(X) = fn_endocytosis_16(X)
& fn_pinocytosis_59(X) = fn_endocytosis_13(X)
& fn_pinocytosis_59(X) = fn_integral_protein_24(fn_pinocytosis_24(X))
& fn_pinocytosis_43(X) = fn_integral_protein_27(fn_pinocytosis_24(X))
& fn_pinocytosis_59(X) = fn_eukaryotic_cell_29(fn_pinocytosis_28(X))
& fn_pinocytosis_43(X) = fn_eukaryotic_cell_41(fn_pinocytosis_28(X))
& fn_pinocytosis_59(X) = fn_cell_30(fn_pinocytosis_28(X))
& fn_pinocytosis_39(X) = fn_block_1(fn_pinocytosis_17(X))
& fn_pinocytosis_28(X) = fn_take_in_1(fn_pinocytosis_26(X))
& fn_pinocytosis_40(X) = fn_block_1(fn_pinocytosis_13(X))
& fn_pinocytosis_39(X) = fn_block_1(fn_pinocytosis_12(X))
& fn_pinocytosis_40(X) = fn_block_1(fn_pinocytosis_41(X))
& fn_pinocytosis_39(X) = fn_block_1(fn_pinocytosis_11(X))
& fn_pinocytosis_29(X) = fn_move_1(fn_pinocytosis_26(X))
& fn_pinocytosis_29(X) = fn_move_1(fn_pinocytosis_22(X))
& fn_pinocytosis_54(X) = fn_lipid_2(fn_pinocytosis_55(X))
& fn_pinocytosis_35(X) = fn_chemical_bond_2(fn_pinocytosis_33(X))
& fn_pinocytosis_28(X) = fn_move_into_1(fn_pinocytosis_26(X))
& fn_pinocytosis_28(X) = fn_move_into_1(fn_pinocytosis_22(X))
& fn_pinocytosis_47(X) = fn_move_into_2(fn_pinocytosis_26(X))
& fn_pinocytosis_47(X) = fn_move_into_2(fn_pinocytosis_22(X))
& fn_pinocytosis_48(X) = fn_cell_14(fn_pinocytosis_28(X))
& fn_pinocytosis_43(X) = fn_cell_26(fn_pinocytosis_28(X))
& fn_pinocytosis_44(X) = fn_cell_4(fn_pinocytosis_28(X))
& fn_pinocytosis_50(X) = fn_cell_10(fn_pinocytosis_28(X))
& fn_pinocytosis_45(X) = fn_cell_11(fn_pinocytosis_28(X))
& fn_pinocytosis_23(X) = fn_cell_28(fn_pinocytosis_28(X))
& fn_pinocytosis_36(X) = fn_cell_29(fn_pinocytosis_28(X))
& fn_pinocytosis_49(X) = fn_cell_23(fn_pinocytosis_28(X))
& fn_pinocytosis_46(X) = fn_cell_22(fn_pinocytosis_28(X))
& fn_block_1(fn_pinocytosis_51(X)) = fn_move_1(fn_pinocytosis_25(X))
& fn_move_1(fn_pinocytosis_25(X)) = fn_carbon_skeleton_3(fn_pinocytosis_20(X))
& fn_carbon_skeleton_3(fn_pinocytosis_20(X)) = fn_carbon_skeleton_3(fn_pinocytosis_20(X))
& fn_carbon_skeleton_3(fn_pinocytosis_20(X)) = fn_endocytosis_9(X)
& fn_endocytosis_9(X) = fn_endocytosis_9(X)
& fn_endocytosis_9(X) = fn_endocytosis_25(X)
& fn_endocytosis_25(X) = fn_endocytosis_25(X)
& fn_endocytosis_25(X) = fn_endocytosis_17(X)
& fn_endocytosis_17(X) = fn_endocytosis_17(X)
& fn_endocytosis_17(X) = fn_integral_protein_10(fn_pinocytosis_24(X))
& fn_phospholipid_bilayer_3(fn_pinocytosis_43(X)) = fn_integral_protein_10(fn_pinocytosis_24(X))
& fn_integral_protein_10(fn_pinocytosis_24(X)) = fn_phospholipid_bilayer_3(fn_pinocytosis_43(X))
& fn_phospholipid_bilayer_3(fn_pinocytosis_43(X)) = fn_phospholipid_92(fn_pinocytosis_55(X))
& fn_phospholipid_92(fn_pinocytosis_55(X)) = fn_phospholipid_90(fn_pinocytosis_55(X))
& fn_phospholipid_90(fn_pinocytosis_55(X)) = fn_phospholipid_90(fn_pinocytosis_55(X))
& fn_phospholipid_90(fn_pinocytosis_55(X)) = fn_phospholipid_bilayer_19(fn_pinocytosis_43(X))
& fn_phospholipid_bilayer_19(fn_pinocytosis_43(X)) = fn_phospholipid_bilayer_26(fn_pinocytosis_43(X))
& fn_phospholipid_bilayer_26(fn_pinocytosis_43(X)) = fn_phospholipid_88(fn_pinocytosis_55(X))
& fn_phospholipid_88(fn_pinocytosis_55(X)) = fn_phospholipid_bilayer_26(fn_pinocytosis_43(X))
& fn_phospholipid_bilayer_26(fn_pinocytosis_43(X)) = fn_phospholipid_bilayer_26(fn_pinocytosis_43(X))
& fn_phospholipid_bilayer_37(fn_pinocytosis_43(X)) = fn_phospholipid_bilayer_26(fn_pinocytosis_43(X))
& fn_phospholipid_bilayer_26(fn_pinocytosis_43(X)) = fn_phospholipid_bilayer_37(fn_pinocytosis_43(X))
& fn_phospholipid_bilayer_37(fn_pinocytosis_43(X)) = fn_phospholipid_bilayer_39(fn_pinocytosis_43(X))
& fn_phospholipid_bilayer_39(fn_pinocytosis_43(X)) = fn_phospholipid_bilayer_39(fn_pinocytosis_43(X))
& fn_phospholipid_bilayer_38(fn_pinocytosis_43(X)) = fn_phospholipid_bilayer_39(fn_pinocytosis_43(X))
& fn_phospholipid_bilayer_39(fn_pinocytosis_43(X)) = fn_phospholipid_bilayer_38(fn_pinocytosis_43(X))
& fn_phospholipid_bilayer_38(fn_pinocytosis_43(X)) = fn_phospholipid_bilayer_33(fn_pinocytosis_43(X))
& fn_phospholipid_bilayer_33(fn_pinocytosis_43(X)) = fn_phospholipid_bilayer_34(fn_pinocytosis_43(X))
& fn_phospholipid_bilayer_34(fn_pinocytosis_43(X)) = fn_phospholipid_bilayer_33(fn_pinocytosis_43(X))
& fn_phospholipid_bilayer_33(fn_pinocytosis_43(X)) = fn_integral_protein_16(fn_pinocytosis_24(X))
& fn_transport_protein_20(fn_pinocytosis_24(X)) = fn_transport_protein_20(fn_pinocytosis_24(X))
& fn_transport_protein_20(fn_pinocytosis_24(X)) = fn_integral_protein_16(fn_pinocytosis_24(X))
& fn_integral_protein_16(fn_pinocytosis_24(X)) = fn_transport_protein_20(fn_pinocytosis_24(X))
& fn_transport_protein_20(fn_pinocytosis_24(X)) = fn_transport_protein_17(fn_pinocytosis_24(X))
& fn_transport_protein_17(fn_pinocytosis_24(X)) = fn_transport_protein_14(fn_pinocytosis_24(X))
& fn_transport_protein_14(fn_pinocytosis_24(X)) = fn_transport_protein_14(fn_pinocytosis_24(X))
& fn_transport_protein_14(fn_pinocytosis_24(X)) = fn_transmembrane_protein_4(fn_pinocytosis_24(X))
& fn_transmembrane_protein_4(fn_pinocytosis_24(X)) = fn_transport_protein_35(fn_pinocytosis_24(X))
& fn_transport_protein_35(fn_pinocytosis_24(X)) = fn_transport_protein_35(fn_pinocytosis_24(X))
& fn_integral_protein_24(fn_pinocytosis_24(X)) = fn_transport_protein_35(fn_pinocytosis_24(X))
& fn_transport_protein_35(fn_pinocytosis_24(X)) = fn_integral_protein_24(fn_pinocytosis_24(X))
& fn_integral_protein_24(fn_pinocytosis_24(X)) = fn_integral_protein_24(fn_pinocytosis_24(X))
& fn_eukaryotic_cell_29(fn_pinocytosis_28(X)) = fn_integral_protein_24(fn_pinocytosis_24(X))
& fn_integral_protein_24(fn_pinocytosis_24(X)) = fn_eukaryotic_cell_29(fn_pinocytosis_28(X))
& fn_eukaryotic_cell_29(fn_pinocytosis_28(X)) = fn_eukaryotic_cell_29(fn_pinocytosis_28(X))
& fn_endocytosis_13(X) = fn_eukaryotic_cell_29(fn_pinocytosis_28(X))
& fn_eukaryotic_cell_29(fn_pinocytosis_28(X)) = fn_endocytosis_13(X)
& fn_endocytosis_13(X) = fn_endocytosis_13(X)
& fn_endocytosis_13(X) = fn_cell_30(fn_pinocytosis_28(X))
& fn_cell_30(fn_pinocytosis_28(X)) = fn_cell_30(fn_pinocytosis_28(X))
& fn_cell_30(fn_pinocytosis_28(X)) = fn_endocytosis_6(X)
& fn_endocytosis_6(X) = fn_endocytosis_6(X)
& fn_endocytosis_6(X) = fn_move_1(fn_pinocytosis_26(X))
& fn_move_1(fn_pinocytosis_26(X)) = fn_move_1(fn_pinocytosis_22(X))
& fn_move_1(fn_pinocytosis_22(X)) = fn_transport_protein_19(fn_pinocytosis_24(X))
& fn_transport_protein_19(fn_pinocytosis_24(X)) = fn_lipid_2(fn_pinocytosis_55(X))
& fn_lipid_2(fn_pinocytosis_55(X)) = fn_lipid_2(fn_pinocytosis_55(X))
& fn_lipid_2(fn_pinocytosis_55(X)) = fn_endocytosis_19(X)
& fn_endocytosis_19(X) = fn_chemical_bond_2(fn_pinocytosis_33(X))
& fn_chemical_bond_2(fn_pinocytosis_33(X)) = fn_integral_protein_27(fn_pinocytosis_24(X))
& fn_eukaryotic_cell_41(fn_pinocytosis_28(X)) = fn_integral_protein_27(fn_pinocytosis_24(X))
& fn_integral_protein_27(fn_pinocytosis_24(X)) = fn_eukaryotic_cell_41(fn_pinocytosis_28(X))
& fn_eukaryotic_cell_41(fn_pinocytosis_28(X)) = fn_eukaryotic_cell_41(fn_pinocytosis_28(X))
& fn_transport_protein_12(fn_pinocytosis_24(X)) = fn_eukaryotic_cell_41(fn_pinocytosis_28(X))
& fn_eukaryotic_cell_41(fn_pinocytosis_28(X)) = fn_transport_protein_12(fn_pinocytosis_24(X))
& fn_transport_protein_12(fn_pinocytosis_24(X)) = fn_cell_26(fn_pinocytosis_28(X))
& fn_cell_26(fn_pinocytosis_28(X)) = fn_cell_26(fn_pinocytosis_28(X))
& fn_cell_26(fn_pinocytosis_28(X)) = fn_endocytosis_20(X)
& fn_endocytosis_20(X) = fn_endocytosis_20(X)
& fn_endocytosis_20(X) = fn_take_in_1(fn_pinocytosis_26(X))
& fn_take_in_1(fn_pinocytosis_26(X)) = fn_take_in_1(fn_pinocytosis_26(X))
& fn_take_in_1(fn_pinocytosis_26(X)) = fn_move_into_1(fn_pinocytosis_26(X))
& fn_move_into_1(fn_pinocytosis_22(X)) = fn_move_into_1(fn_pinocytosis_26(X))
& fn_move_into_1(fn_pinocytosis_26(X)) = fn_move_into_1(fn_pinocytosis_22(X))
& fn_move_into_1(fn_pinocytosis_22(X)) = fn_endocytosis_16(X)
& fn_endocytosis_16(X) = fn_eukaryotic_cell_31(fn_pinocytosis_28(X))
& fn_eukaryotic_cell_31(fn_pinocytosis_28(X)) = fn_endocytosis_16(X)
& fn_endocytosis_16(X) = fn_endocytosis_16(X)
& fn_endocytosis_16(X) = fn_cell_28(fn_pinocytosis_28(X))
& fn_cell_28(fn_pinocytosis_28(X)) = fn_cell_28(fn_pinocytosis_28(X)) ) ) ).
fof(a531752,axiom,
! [X] :
( pistil_1(X)
=> ( original_name_2(X,'Pistil')
& user_description_2(X,'A single carpel or a group of fused carpels.')
& concept2words_2(X,pistil)
& flower_organ_1(X) ) ) ).
fof(a531753,axiom,
! [X] :
( pith_1(X)
=> ( original_name_2(X,'Pith')
& user_description_2(X,'Ground tissue of soft, spongy parenchyma cells in the stem of vascular plants. Pith is surrounded by a ring of xylem and a ring of phloem.')
& concept2words_2(X,pith)
& ground_tissue_1(X)
& ~ cortex_1(X)
& ~ mesophyll_1(X) ) ) ).
fof(a531754,axiom,
! [X] :
( pituitary_gland_1(X)
=> ( original_name_2(X,'Pituitary-Gland')
& user_description_2(X,'An endocrine gland situated at the base of the hypothalamus. It has an anterior lobe, which secretes several hormones that regulate a variety of bodily functions; and a posterior lobe that has neural connections to the hypothalamus and stores and releases hypothalamic hormones.')
& concept2words_2(X,'gland of pituitary')
& concept2words_2(X,'pituitary gland')
& concept2words_2(X,'pituitary-gland')
& endocrine_gland_1(X)
& ~ adrenal_gland_1(X)
& ~ parathyroid_gland_1(X)
& ~ pineal_gland_1(X)
& ~ thyroid_gland_1(X) ) ) ).
fof(a531755,axiom,
! [X] :
( pituitary_peptide_hormone_1(X)
=> ( original_name_2(X,'Pituitary-Peptide-Hormone')
& user_description_2(X,'Peptide hormones secreted by the pituitary gland.')
& concept2words_2(X,'pituitary peptide hormone')
& concept2words_2(X,'pituitary-peptide-hormone')
& peptide_hormone_1(X) ) ) ).
fof(a531756,axiom,
! [X] :
( pivot_joint_1(X)
=> ( original_name_2(X,'Pivot-Joint')
& user_description_2(X,'A freely moving joint in which movement is limited to rotation around a central axis.')
& concept2words_2(X,'joint of pivot')
& concept2words_2(X,'pivot joint')
& concept2words_2(X,'pivot-joint')
& joint_1(X)
& ~ ball_and_socket_joint_1(X)
& ~ hinge_joint_1(X) ) ) ).
fof(a531757,axiom,
! [X] :
( pka_value_1(X)
=> ( original_name_2(X,'PKa-Value')
& description_2(X,'the negative log to base 10 of the acidity constant, ka.')
& concept2words_2(X,pka)
& concept2words_2(X,'pka value')
& concept2words_2(X,'pka-value')
& unitless_value_1(X)
& ~ ph_value_1(X)
& ~ atomic_number_value_1(X)
& ~ charge_value_1(X)
& ~ pkb_value_1(X)
& ~ atomic_mass_value_1(X) ) ) ).
fof(a531758,axiom,
! [X] :
( pkb_value_1(X)
=> ( original_name_2(X,'PKb-Value')
& description_2(X,'the negative log to base 10 of the alkalinity constant, kb.')
& concept2words_2(X,pkb)
& concept2words_2(X,'pkb value')
& concept2words_2(X,'pkb-value')
& unitless_value_1(X)
& ~ ph_value_1(X)
& ~ atomic_number_value_1(X)
& ~ charge_value_1(X)
& ~ pka_value_1(X)
& ~ atomic_mass_value_1(X) ) ) ).
fof(a531759,axiom,
! [X] :
( place_1(X)
=> ( original_name_2(X,'Place')
& thing_1(X) ) ) ).
fof(a531760,axiom,
! [X] :
( place_order_1(X)
=> ( original_name_2(X,'Place-Order')
& concept2words_2(X,order)
& concept2words_2(X,'order of place')
& concept2words_2(X,'place order')
& concept2words_2(X,'place-order')
& action_1(X)
& entity_1(fn_place_order_1(X))
& entity_1(fn_place_order_2(X))
& base_2(X,fn_place_order_2(X))
& object_2(X,fn_place_order_1(X)) ) ) ).
fof(a531761,axiom,
! [X] :
( placenta_1(X)
=> ( original_name_2(X,'Placenta')
& user_description_2(X,'A structure in the pregnant uterus for nourishing a viviparous fetus with the mother\'s blood supply; formed from the uterine lining and embryonic membranes.')
& concept2words_2(X,placenta)
& reproductive_organ_1(X)
& pregnant_uterus_1(fn_placenta_1(X))
& is_inside_2(X,fn_placenta_1(X)) ) ) ).
fof(a531762,axiom,
! [X] :
( placental_mammal_1(X)
=> ( original_name_2(X,'Placental-Mammal')
& user_description_2(X,'Eutherian mammals with a more complex placenta and a longer-lasting association between a mother and her developing young.')
& concept2words_2(X,'mammal of placental')
& concept2words_2(X,'placental mammal')
& concept2words_2(X,'placental-mammal')
& eutherian_1(X)
& ~ cetacea_1(X) ) ) ).
fof(a531763,axiom,
! [X] :
( placental_transfer_cell_1(X)
=> ( original_name_2(X,'Placental-Transfer-Cell')
& user_description_2(X,'In plants, a cell that facilitates the transfer of nutrients from the plant to the developing embryo.')
& concept2words_2(X,'placental transfer cell')
& concept2words_2(X,'placental-transfer-cell')
& plant_metabolic_cell_1(X)
& ~ bundle_sheath_cell_1(X)
& ~ collenchyma_cell_1(X)
& ~ companion_cell_1(X)
& ~ fiber_cell_1(X)
& ~ fusiform_initials_1(X)
& ~ guard_cell_1(X)
& ~ initial_meristem_1(X)
& ~ mesophyll_cell_1(X)
& ~ parenchyma_cell_1(X)
& ~ plant_cell_inside_hypertonic_solution_1(X)
& ~ plant_cell_inside_hypotonic_solution_1(X)
& ~ plant_cell_inside_isotonic_solution_1(X)
& ~ rhizoid_1(X)
& ~ sclereid_1(X)
& ~ sclerenchyma_cell_1(X)
& ~ sieve_tube_element_1(X)
& ~ tracheid_1(X)
& ~ vessel_element_1(X) ) ) ).
fof(a531764,axiom,
! [X] :
( placoderm_1(X)
=> ( original_name_2(X,'Placoderm')
& user_description_2(X,'Member of a group of extinct armoured fishes that lived from the late Silurian to the end of the Devonian.')
& concept2words_2(X,placoderm)
& early_vertebrate_1(X)
& extinct_vertebrate_1(X)
& ~ acanthodian_1(X)
& ~ ammonite_1(X)
& ~ anapsid_1(X)
& ~ archaeopteryx_1(X)
& ~ conodont_1(X)
& ~ cooksonia_1(X)
& ~ dinosaur_1(X)
& ~ eurypterid_1(X)
& ~ great_auk_1(X)
& ~ neanderthal_1(X)
& ~ paranthropus_boisei_1(X)
& ~ parareptile_1(X)
& ~ pterosaur_1(X)
& ~ trilobite_1(X) ) ) ).
fof(a531765,axiom,
! [X] :
( placozoa_1(X)
=> ( original_name_2(X,'Placozoa')
& user_description_2(X,'Phylum of invertebrates consisting of a single bilayer of a few thousand cells. There is only one known existing species (Tricoplax adhaerans).')
& concept2words_2(X,placozoa)
& invertebrate_1(X)
& carbohydrate_1(fn_placozoa_2(X))
& entity_1(fn_placozoa_3(X))
& chemical_entity_1(fn_placozoa_3(X))
& atom_1(fn_placozoa_3(X))
& hydrogen_1(fn_placozoa_3(X))
& entity_1(fn_placozoa_4(X))
& atom_1(fn_placozoa_4(X))
& chemical_entity_1(fn_placozoa_4(X))
& oxygen_1(fn_placozoa_4(X))
& entity_1(fn_placozoa_5(X))
& chemical_entity_1(fn_placozoa_5(X))
& atom_1(fn_placozoa_5(X))
& oxygen_1(fn_placozoa_5(X))
& tangible_entity_1(fn_placozoa_6(X))
& carbon_1(fn_placozoa_6(X))
& nutrition_1(fn_placozoa_7(X))
& hold_1(fn_placozoa_8(X))
& hold_together_1(fn_placozoa_8(X))
& hold_together_1(fn_carbohydrate_37(fn_placozoa_2(X)))
& entity_1(fn_carbohydrate_32(fn_placozoa_2(X)))
& chemical_entity_1(fn_carbohydrate_32(fn_placozoa_2(X)))
& atom_1(fn_carbohydrate_32(fn_placozoa_2(X)))
& hydrogen_1(fn_carbohydrate_32(fn_placozoa_2(X)))
& entity_1(fn_carbohydrate_39(fn_placozoa_2(X)))
& chemical_entity_1(fn_carbohydrate_39(fn_placozoa_2(X)))
& atom_1(fn_carbohydrate_39(fn_placozoa_2(X)))
& oxygen_1(fn_carbohydrate_39(fn_placozoa_2(X)))
& entity_1(fn_carbohydrate_38(fn_placozoa_2(X)))
& atom_1(fn_carbohydrate_38(fn_placozoa_2(X)))
& chemical_entity_1(fn_carbohydrate_38(fn_placozoa_2(X)))
& oxygen_1(fn_carbohydrate_38(fn_placozoa_2(X)))
& tangible_entity_1(fn_hold_2(fn_placozoa_8(X)))
& carbon_1(fn_carbohydrate_5(fn_placozoa_2(X)))
& object_2(fn_placozoa_8(X),fn_placozoa_6(X))
& agent_2(fn_placozoa_7(X),X)
& result_2(fn_placozoa_7(X),fn_placozoa_2(X))
& object_2(fn_placozoa_8(X),fn_placozoa_5(X))
& has_part_2(fn_placozoa_2(X),fn_placozoa_3(X))
& fn_placozoa_5(X) != fn_placozoa_6(X)
& has_part_2(fn_placozoa_2(X),fn_placozoa_5(X))
& has_part_2(fn_placozoa_2(X),fn_placozoa_4(X))
& fn_placozoa_6(X) != fn_placozoa_5(X)
& fn_placozoa_4(X) != fn_placozoa_5(X)
& fn_placozoa_5(X) != fn_placozoa_4(X)
& has_part_2(fn_placozoa_2(X),fn_placozoa_6(X))
& fn_placozoa_6(X) != fn_placozoa_4(X)
& fn_placozoa_4(X) != fn_placozoa_3(X)
& fn_placozoa_4(X) != fn_placozoa_6(X)
& fn_placozoa_3(X) != fn_placozoa_4(X)
& fn_placozoa_5(X) != fn_placozoa_3(X)
& fn_placozoa_3(X) != fn_placozoa_5(X)
& fn_placozoa_6(X) = fn_hold_2(fn_placozoa_8(X))
& fn_placozoa_2(X) = fn_animal_8(X)
& fn_placozoa_7(X) = fn_animal_19(X)
& fn_placozoa_8(X) = fn_carbohydrate_37(fn_placozoa_2(X))
& fn_placozoa_4(X) = fn_carbohydrate_39(fn_placozoa_2(X))
& fn_placozoa_5(X) = fn_carbohydrate_38(fn_placozoa_2(X))
& fn_placozoa_5(X) = fn_carbohydrate_39(fn_placozoa_2(X))
& fn_placozoa_3(X) = fn_carbohydrate_32(fn_placozoa_2(X))
& fn_placozoa_4(X) = fn_carbohydrate_38(fn_placozoa_2(X))
& fn_placozoa_6(X) = fn_carbohydrate_5(fn_placozoa_2(X))
& fn_carbohydrate_38(fn_placozoa_2(X)) = fn_carbohydrate_39(fn_placozoa_2(X))
& fn_carbohydrate_39(fn_placozoa_2(X)) = fn_carbohydrate_39(fn_placozoa_2(X))
& fn_carbohydrate_39(fn_placozoa_2(X)) = fn_carbohydrate_38(fn_placozoa_2(X))
& fn_carbohydrate_38(fn_placozoa_2(X)) = fn_carbohydrate_38(fn_placozoa_2(X))
& fn_carbohydrate_38(fn_placozoa_2(X)) = fn_hold_2(fn_placozoa_8(X))
& fn_hold_2(fn_placozoa_8(X)) = fn_carbohydrate_5(fn_placozoa_2(X))
& fn_carbohydrate_5(fn_placozoa_2(X)) = fn_carbohydrate_5(fn_placozoa_2(X)) ) ) ).
fof(a531766,axiom,
! [X] :
( planarian_1(X)
=> ( original_name_2(X,'Planarian')
& user_description_2(X,'A freshwater non-parasitic flatworm found in ponds and streams.')
& concept2words_2(X,planarian)
& flatworm_1(X)
& ~ tapeworm_1(X)
& ~ trematode_1(X)
& ~ turbellarian_1(X) ) ) ).
fof(a531767,axiom,
! [X] :
( planet_1(X)
=> ( original_name_2(X,'Planet')
& user_description_2(X,'A celestial body larger than an asteroid or comet that orbits a star.')
& concept2words_2(X,planet)
& geologic_entity_1(X) ) ) ).
fof(a531768,axiom,
! [X] :
( plankton_1(X)
=> ( original_name_2(X,'Plankton')
& user_description_2(X,'Group of small, free floating organisms, including algae, bacteria and animals, that float freely in water.')
& concept2words_2(X,plankton)
& aquatic_organism_1(X)
& cell_1(fn_plankton_1(X))
& has_part_2(X,fn_plankton_1(X)) ) ) ).
fof(a531769,axiom,
! [X] :
( planning_1(X)
=> ( original_name_2(X,'Planning')
& concept2words_2(X,plan)
& concept2words_2(X,preparation)
& concept2words_2(X,planning)
& concept2words_2(X,readying)
& action_1(X) ) ) ).
fof(a531770,axiom,
! [X] :
( plant_1(X)
=> ( original_name_2(X,'Plant')
& description_2(X,'a living entity incapable of locomotion')
& user_description_2(X,'Plant are the living organisms belonging to the kingdom Plantae. They include familiar organisms such as tree, herbs, bushes, grasses, vines, ferns, mosses and green algae.')
& concept2words_2(X,plant)
& concept2words_2(X,'plant life')
& concept2words_2(X,plant_life)
& concept2words_2(X,flora)
& streptophyta_1(X)
& ~ animal_1(X)
& ~ protist_1(X)
& root_system_1(fn_plant_1(X))
& shoot_system_1(fn_plant_2(X))
& system_1(fn_plant_3(X))
& organic_molecule_1(fn_plant_4(X))
& chemical_entity_1(fn_plant_4(X))
& pyruvate_1(fn_plant_4(X))
& chemical_entity_1(fn_plant_5(X))
& entity_1(fn_plant_5(X))
& organic_molecule_1(fn_plant_5(X))
& molecule_1(fn_plant_5(X))
& nadh_1(fn_plant_5(X))
& oxygen_molecule_1(fn_plant_6(X))
& glycolysis_1(fn_plant_7(X))
& chemical_reaction_1(fn_plant_8(X))
& oxidative_phosphorylation_1(fn_plant_8(X))
& eukaryotic_oxidative_phosphorylation_1(fn_plant_8(X))
& pyruvate_oxidation_1(fn_plant_9(X))
& chemical_energy_1(fn_plant_10(X))
& store_1(fn_plant_11(X))
& tuber_1(fn_plant_12(X))
& water_1(fn_plant_13(X))
& temperature_value_1(fn_plant_14(X))
& specific_heat_value_1(fn_plant_15(X))
& photoautotroph_1(fn_plant_16(X))
& starch_storage_by_plant_1(fn_plant_17(X))
& photosynthesis_1(fn_plant_18(X))
& anabolic_pathway_1(fn_plant_18(X))
& metabolic_pathway_1(fn_plant_18(X))
& nutrition_1(fn_plant_19(X))
& plant_cell_1(fn_plant_20(X))
& cell_1(fn_plant_20(X))
& eukaryotic_cell_1(fn_plant_20(X))
& quantity_value_1(fn_plant_23(X))
& quantity_value_1(fn_plant_24(X))
& entity_1(fn_plant_25(X))
& chemical_energy_1(fn_plant_25(X))
& store_1(fn_plant_26(X))
& store_1(fn_plant_27(X))
& free_energy_1(fn_plant_28(X))
& size_value_1(fn_plant_29(X))
& structural_complexity_value_1(fn_plant_30(X))
& structural_complexity_value_1(fn_plant_31(X))
& free_energy_1(fn_plant_32(X))
& size_value_1(fn_plant_33(X))
& exergonic_reaction_1(fn_plant_34(X))
& cellular_respiration_1(fn_plant_34(X))
& metabolic_pathway_1(fn_plant_34(X))
& eukaryotic_cellular_respiration_1(fn_plant_34(X))
& organelle_1(fn_plant_35(X))
& semiautonomous_organelle_1(fn_plant_35(X))
& mitochondrion_1(fn_plant_35(X))
& spatial_entity_1(fn_plant_36(X))
& organic_molecule_1(fn_plant_36(X))
& tangible_entity_1(fn_plant_36(X))
& chemical_entity_1(fn_plant_36(X))
& sugar_1(fn_plant_36(X))
& glucose_1(fn_plant_36(X))
& visible_light_1(fn_plant_37(X))
& energy_1(fn_plant_37(X))
& spatial_entity_1(fn_plant_38(X))
& chemical_entity_1(fn_plant_38(X))
& hydrophobic_compound_1(fn_plant_38(X))
& molecule_1(fn_plant_38(X))
& tangible_entity_1(fn_plant_38(X))
& carbon_dioxide_1(fn_plant_38(X))
& oxygen_molecule_1(fn_plant_45(X))
& water_molecule_1(fn_plant_46(X))
& oxygen_molecule_1(fn_cellular_respiration_68(fn_plant_34(X)))
& tuber_1(fn_starch_storage_by_plant_1(fn_plant_17(X)))
& property_node_1(fn_photoautotroph_38(fn_plant_16(X)))
& property_node_1(fn_photoautotroph_37(fn_plant_16(X)))
& property_node_1(fn_photoautotroph_1(fn_plant_16(X)))
& property_node_1(fn_photoautotroph_2(fn_plant_16(X)))
& property_node_1(fn_photoautotroph_36(fn_plant_16(X)))
& property_node_1(fn_photoautotroph_35(fn_plant_16(X)))
& structural_complexity_value_1(fn_photoautotroph_29(fn_plant_16(X)))
& structural_complexity_value_1(fn_photoautotroph_30(fn_plant_16(X)))
& size_value_1(fn_photoautotroph_4(fn_plant_16(X)))
& size_value_1(fn_photoautotroph_3(fn_plant_16(X)))
& free_energy_1(fn_photoautotroph_33(fn_plant_16(X)))
& store_1(fn_photoautotroph_22(fn_plant_16(X)))
& photosynthesis_1(fn_photoautotroph_19(fn_plant_16(X)))
& nutrition_1(fn_photoautotroph_17(fn_plant_16(X)))
& pyruvate_oxidation_1(fn_eukaryotic_cellular_respiration_94(fn_plant_34(X)))
& glycolysis_1(fn_eukaryotic_cellular_respiration_82(fn_plant_34(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_plant_18(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_plant_18(X)))
& plant_1(fn_starch_storage_by_plant_3(fn_plant_17(X)))
& organism_1(fn_photoautotroph_18(fn_plant_16(X)))
& quantity_value_1(fn_photosynthesis_51(fn_plant_18(X)))
& quantity_value_1(fn_photoautotroph_26(fn_plant_16(X)))
& quantity_value_1(fn_photosynthesis_52(fn_plant_18(X)))
& quantity_value_1(fn_photoautotroph_27(fn_plant_16(X)))
& free_energy_1(fn_photosynthesis_53(fn_plant_18(X)))
& free_energy_1(fn_photoautotroph_28(fn_plant_16(X)))
& spatial_entity_1(fn_store_2(fn_plant_26(X)))
& tangible_entity_1(fn_photosynthesis_37(fn_plant_18(X)))
& chemical_entity_1(fn_photosynthesis_37(fn_plant_18(X)))
& sugar_1(fn_photosynthesis_37(fn_plant_18(X)))
& spatial_entity_1(fn_photoautotroph_20(fn_plant_16(X)))
& organic_molecule_1(fn_photoautotroph_20(fn_plant_16(X)))
& tangible_entity_1(fn_photoautotroph_20(fn_plant_16(X)))
& chemical_entity_1(fn_photoautotroph_20(fn_plant_16(X)))
& sugar_1(fn_photoautotroph_20(fn_plant_16(X)))
& glucose_1(fn_photoautotroph_20(fn_plant_16(X)))
& entity_1(fn_store_1(fn_plant_26(X)))
& chemical_energy_1(fn_photosynthesis_40(fn_plant_18(X)))
& entity_1(fn_photoautotroph_21(fn_plant_16(X)))
& chemical_energy_1(fn_photoautotroph_21(fn_plant_16(X)))
& visible_light_1(fn_photosynthesis_34(fn_plant_18(X)))
& energy_1(fn_photosynthesis_34(fn_plant_18(X)))
& visible_light_1(fn_photoautotroph_5(fn_plant_16(X)))
& energy_1(fn_photoautotroph_5(fn_plant_16(X)))
& oxidative_phosphorylation_1(fn_cellular_respiration_63(fn_plant_34(X)))
& chemical_reaction_1(fn_eukaryotic_cellular_respiration_96(fn_plant_34(X)))
& oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_plant_34(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_plant_34(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_plant_34(X)))
& spatial_entity_1(fn_photosynthesis_38(fn_plant_18(X)))
& tangible_entity_1(fn_photosynthesis_38(fn_plant_18(X)))
& chemical_entity_1(fn_photosynthesis_38(fn_plant_18(X)))
& hydrophobic_compound_1(fn_photosynthesis_38(fn_plant_18(X)))
& molecule_1(fn_photosynthesis_38(fn_plant_18(X)))
& carbon_dioxide_1(fn_photosynthesis_38(fn_plant_18(X)))
& spatial_entity_1(fn_photoautotroph_25(fn_plant_16(X)))
& tangible_entity_1(fn_photoautotroph_25(fn_plant_16(X)))
& chemical_entity_1(fn_photoautotroph_25(fn_plant_16(X)))
& hydrophobic_compound_1(fn_photoautotroph_25(fn_plant_16(X)))
& molecule_1(fn_photoautotroph_25(fn_plant_16(X)))
& carbon_dioxide_1(fn_photoautotroph_25(fn_plant_16(X)))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_62(fn_plant_34(X)))
& carbon_dioxide_1(fn_eukaryotic_cellular_respiration_62(fn_plant_34(X)))
& eukaryotic_cellular_respiration_1(fn_eukaryotic_cell_23(fn_plant_20(X)))
& metabolic_pathway_1(fn_plant_cell_63(fn_plant_20(X)))
& eukaryotic_cellular_respiration_1(fn_plant_cell_63(fn_plant_20(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_42(fn_plant_34(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_42(fn_plant_34(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_42(fn_plant_34(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_42(fn_plant_34(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_111(fn_plant_34(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_111(fn_plant_34(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_111(fn_plant_34(X)))
& entity_1(fn_eukaryotic_cellular_respiration_111(fn_plant_34(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_111(fn_plant_34(X)))
& organic_molecule_1(fn_glycolysis_74(fn_plant_7(X)))
& nadh_1(fn_glycolysis_74(fn_plant_7(X)))
& molecule_1(fn_glycolysis_74(fn_plant_7(X)))
& nadh_1(fn_pyruvate_oxidation_84(fn_plant_9(X)))
& organelle_1(fn_plant_cell_59(fn_plant_20(X)))
& mitochondrion_1(fn_plant_cell_59(fn_plant_20(X)))
& semiautonomous_organelle_1(fn_plant_cell_59(fn_plant_20(X)))
& organelle_1(fn_eukaryotic_cellular_respiration_101(fn_plant_34(X)))
& mitochondrion_1(fn_eukaryotic_cellular_respiration_101(fn_plant_34(X)))
& semiautonomous_organelle_1(fn_eukaryotic_cellular_respiration_101(fn_plant_34(X)))
& cell_1(fn_metabolic_pathway_1(fn_plant_34(X)))
& cell_1(fn_metabolic_pathway_1(fn_plant_18(X)))
& eukaryotic_cell_1(fn_mitochondrion_51(fn_plant_35(X)))
& store_1(fn_starch_storage_by_plant_6(fn_plant_17(X)))
& store_1(fn_starch_storage_by_plant_5(fn_plant_17(X)))
& store_1(fn_tuber_4(fn_plant_12(X)))
& chemical_energy_1(fn_exergonic_reaction_6(fn_plant_34(X)))
& chemical_energy_1(fn_eukaryotic_cellular_respiration_68(fn_plant_34(X)))
& chemical_energy_1(fn_pyruvate_oxidation_7(fn_plant_9(X)))
& chemical_energy_1(fn_pyruvate_oxidation_3(fn_plant_9(X)))
& pyruvate_1(fn_glycolysis_55(fn_plant_7(X)))
& chemical_entity_1(fn_glycolysis_55(fn_plant_7(X)))
& organic_molecule_1(fn_pyruvate_oxidation_85(fn_plant_9(X)))
& chemical_entity_1(fn_pyruvate_oxidation_85(fn_plant_9(X)))
& pyruvate_1(fn_pyruvate_oxidation_85(fn_plant_9(X)))
& has_region_2(X,fn_plant_1(X))
& has_region_2(X,fn_plant_2(X))
& has_part_2(X,fn_plant_20(X))
& has_function_2(X,fn_plant_17(X))
& has_function_2(X,fn_plant_18(X))
& experiencer_2(fn_plant_18(X),X)
& result_2(fn_plant_34(X),fn_plant_4(X))
& base_2(fn_plant_26(X),fn_plant_36(X))
& object_2(fn_plant_26(X),fn_plant_25(X))
& raw_material_2(fn_plant_34(X),fn_plant_6(X))
& raw_material_2(fn_plant_8(X),fn_plant_6(X))
& has_function_2(fn_plant_35(X),fn_plant_34(X))
& has_function_2(fn_plant_20(X),fn_plant_34(X))
& base_2(fn_plant_34(X),fn_plant_20(X))
& raw_material_2(fn_plant_18(X),fn_plant_38(X))
& has_part_2(X,fn_plant_12(X))
& agent_2(fn_plant_17(X),X)
& base_2(fn_plant_17(X),X)
& subevent_2(fn_plant_17(X),fn_plant_11(X))
& temperature_2(X,fn_plant_14(X))
& correspondence_2(fn_plant_14(X),fn_plant_15(X))
& specific_heat_2(fn_plant_13(X),fn_plant_15(X))
& has_part_2(X,fn_plant_13(X))
& called_2(fn_plant_24(X),'FE_p')
& called_2(fn_plant_23(X),'FE_r')
& plays_2(X,fn_plant_16(X))
& agent_2(fn_plant_19(X),X)
& structural_complexity_2(fn_plant_38(X),fn_plant_31(X))
& greater_than_2(fn_plant_30(X),fn_plant_31(X))
& structural_complexity_2(fn_plant_36(X),fn_plant_30(X))
& result_2(fn_plant_18(X),fn_plant_36(X))
& quantity_2(fn_plant_32(X),fn_plant_23(X))
& possesses_2(fn_plant_38(X),fn_plant_32(X))
& size_2(fn_plant_38(X),fn_plant_33(X))
& greater_than_2(fn_plant_29(X),fn_plant_33(X))
& size_2(fn_plant_36(X),fn_plant_29(X))
& object_2(fn_plant_27(X),fn_plant_25(X))
& base_2(fn_plant_27(X),fn_plant_36(X))
& possesses_2(fn_plant_36(X),fn_plant_28(X))
& quantity_2(fn_plant_28(X),fn_plant_24(X))
& greater_than_2(fn_plant_24(X),fn_plant_23(X))
& in_event_2(fn_plant_16(X),fn_plant_19(X))
& by_means_of_2(fn_plant_19(X),fn_plant_18(X))
& raw_material_2(fn_plant_18(X),fn_plant_37(X))
& fn_plant_25(X) != fn_plant_37(X)
& fn_plant_37(X) != fn_plant_25(X)
& site_2(fn_plant_9(X),fn_plant_35(X))
& result_2(fn_plant_34(X),fn_plant_5(X))
& raw_material_2(fn_plant_8(X),fn_plant_5(X))
& subevent_2(fn_plant_34(X),fn_plant_8(X))
& subevent_2(fn_plant_34(X),fn_plant_7(X))
& first_subevent_2(fn_plant_34(X),fn_plant_7(X))
& next_event_2(fn_plant_7(X),fn_plant_9(X))
& subevent_2(fn_plant_34(X),fn_plant_9(X))
& result_2(fn_plant_34(X),fn_plant_38(X))
& possesses_2(fn_plant_38(X),fn_plant_10(X))
& result_2(fn_plant_7(X),fn_plant_5(X))
& result_2(fn_plant_9(X),fn_plant_5(X))
& possesses_2(fn_plant_5(X),fn_plant_10(X))
& possesses_2(fn_plant_4(X),fn_plant_10(X))
& raw_material_2(fn_plant_9(X),fn_plant_4(X))
& site_2(fn_plant_11(X),fn_plant_12(X))
& result_2(fn_plant_7(X),fn_plant_4(X))
& has_part_2(fn_plant_20(X),fn_plant_35(X))
& base_2(fn_plant_18(X),fn_plant_20(X))
& raw_material_2(fn_plant_18(X),fn_plant_46(X))
& result_2(fn_plant_18(X),fn_plant_45(X))
& fn_plant_36(X) = fn_store_2(fn_plant_26(X))
& fn_plant_25(X) = fn_store_1(fn_plant_26(X))
& fn_plant_8(X) = fn_cellular_respiration_63(fn_plant_34(X))
& fn_plant_6(X) = fn_cellular_respiration_68(fn_plant_34(X))
& fn_plant_35(X) = fn_plant_cell_59(fn_plant_20(X))
& fn_plant_20(X) = fn_metabolic_pathway_1(fn_plant_34(X))
& fn_plant_34(X) = fn_eukaryotic_cell_23(fn_plant_20(X))
& fn_plant_34(X) = fn_plant_cell_63(fn_plant_20(X))
& fn_plant_38(X) = fn_photosynthesis_38(fn_plant_18(X))
& fn_plant_12(X) = fn_starch_storage_by_plant_1(fn_plant_17(X))
& fn_plant_11(X) = fn_starch_storage_by_plant_6(fn_plant_17(X))
& fn_plant_11(X) = fn_starch_storage_by_plant_5(fn_plant_17(X))
& X = fn_starch_storage_by_plant_3(fn_plant_17(X))
& fn_plant_22(X) = fn_organism_1(X)
& fn_plant_21(X) = fn_organism_6(X)
& fn_plant_13(X) = fn_organism_4(X)
& fn_plant_15(X) = fn_organism_5(X)
& fn_plant_14(X) = fn_organism_2(X)
& fn_plant_40(X) = fn_photoautotroph_38(fn_plant_16(X))
& fn_plant_41(X) = fn_photoautotroph_37(fn_plant_16(X))
& fn_plant_39(X) = fn_photoautotroph_1(fn_plant_16(X))
& fn_plant_42(X) = fn_photoautotroph_2(fn_plant_16(X))
& fn_plant_43(X) = fn_photoautotroph_36(fn_plant_16(X))
& fn_plant_44(X) = fn_photoautotroph_35(fn_plant_16(X))
& X = fn_photoautotroph_18(fn_plant_16(X))
& fn_plant_30(X) = fn_photoautotroph_29(fn_plant_16(X))
& fn_plant_31(X) = fn_photoautotroph_30(fn_plant_16(X))
& fn_plant_29(X) = fn_photoautotroph_4(fn_plant_16(X))
& fn_plant_33(X) = fn_photoautotroph_3(fn_plant_16(X))
& fn_plant_38(X) = fn_photoautotroph_25(fn_plant_16(X))
& fn_plant_32(X) = fn_photoautotroph_33(fn_plant_16(X))
& fn_plant_23(X) = fn_photosynthesis_51(fn_plant_18(X))
& fn_plant_23(X) = fn_photoautotroph_26(fn_plant_16(X))
& fn_plant_24(X) = fn_photosynthesis_52(fn_plant_18(X))
& fn_plant_24(X) = fn_photoautotroph_27(fn_plant_16(X))
& fn_plant_36(X) = fn_photosynthesis_37(fn_plant_18(X))
& fn_plant_28(X) = fn_photosynthesis_53(fn_plant_18(X))
& fn_plant_28(X) = fn_photoautotroph_28(fn_plant_16(X))
& fn_plant_36(X) = fn_photoautotroph_20(fn_plant_16(X))
& fn_plant_27(X) = fn_photoautotroph_22(fn_plant_16(X))
& fn_plant_25(X) = fn_photosynthesis_40(fn_plant_18(X))
& fn_plant_25(X) = fn_photoautotroph_21(fn_plant_16(X))
& fn_plant_37(X) = fn_photosynthesis_34(fn_plant_18(X))
& fn_plant_37(X) = fn_photoautotroph_5(fn_plant_16(X))
& fn_plant_18(X) = fn_photoautotroph_19(fn_plant_16(X))
& fn_plant_19(X) = fn_photoautotroph_17(fn_plant_16(X))
& fn_plant_35(X) = fn_eukaryotic_cellular_respiration_101(fn_plant_34(X))
& fn_plant_8(X) = fn_eukaryotic_cellular_respiration_96(fn_plant_34(X))
& fn_plant_5(X) = fn_eukaryotic_cellular_respiration_42(fn_plant_34(X))
& fn_plant_5(X) = fn_eukaryotic_cellular_respiration_111(fn_plant_34(X))
& fn_plant_10(X) = fn_exergonic_reaction_6(fn_plant_34(X))
& fn_plant_10(X) = fn_eukaryotic_cellular_respiration_68(fn_plant_34(X))
& fn_plant_38(X) = fn_exergonic_reaction_11(fn_plant_34(X))
& fn_plant_38(X) = fn_eukaryotic_cellular_respiration_62(fn_plant_34(X))
& fn_plant_9(X) = fn_eukaryotic_cellular_respiration_94(fn_plant_34(X))
& fn_plant_7(X) = fn_eukaryotic_cellular_respiration_82(fn_plant_34(X))
& fn_plant_5(X) = fn_glycolysis_74(fn_plant_7(X))
& fn_plant_10(X) = fn_pyruvate_oxidation_7(fn_plant_9(X))
& fn_plant_5(X) = fn_pyruvate_oxidation_84(fn_plant_9(X))
& fn_plant_45(X) = fn_anabolic_pathway_5(fn_plant_18(X))
& fn_plant_46(X) = fn_anabolic_pathway_6(fn_plant_18(X))
& fn_plant_20(X) = fn_metabolic_pathway_1(fn_plant_18(X))
& fn_plant_20(X) = fn_mitochondrion_51(fn_plant_35(X))
& fn_plant_4(X) = fn_glycolysis_55(fn_plant_7(X))
& fn_plant_11(X) = fn_tuber_4(fn_plant_12(X))
& fn_plant_10(X) = fn_pyruvate_oxidation_3(fn_plant_9(X))
& fn_plant_4(X) = fn_pyruvate_oxidation_85(fn_plant_9(X))
& fn_starch_storage_by_plant_3(fn_plant_17(X)) = fn_starch_storage_by_plant_3(fn_plant_17(X))
& fn_starch_storage_by_plant_3(fn_plant_17(X)) = fn_photoautotroph_18(fn_plant_16(X))
& fn_photoautotroph_18(fn_plant_16(X)) = fn_photoautotroph_18(fn_plant_16(X))
& fn_photoautotroph_18(fn_plant_16(X)) = fn_photosynthesis_51(fn_plant_18(X))
& fn_photoautotroph_26(fn_plant_16(X)) = fn_photoautotroph_26(fn_plant_16(X))
& fn_photoautotroph_26(fn_plant_16(X)) = fn_photosynthesis_51(fn_plant_18(X))
& fn_photosynthesis_51(fn_plant_18(X)) = fn_photoautotroph_26(fn_plant_16(X))
& fn_photoautotroph_26(fn_plant_16(X)) = fn_photoautotroph_27(fn_plant_16(X))
& fn_photoautotroph_27(fn_plant_16(X)) = fn_photoautotroph_27(fn_plant_16(X))
& fn_photoautotroph_27(fn_plant_16(X)) = fn_photosynthesis_52(fn_plant_18(X))
& fn_photosynthesis_52(fn_plant_18(X)) = fn_photoautotroph_27(fn_plant_16(X))
& fn_photoautotroph_27(fn_plant_16(X)) = fn_photosynthesis_53(fn_plant_18(X))
& fn_photoautotroph_28(fn_plant_16(X)) = fn_photosynthesis_53(fn_plant_18(X))
& fn_photosynthesis_53(fn_plant_18(X)) = fn_photoautotroph_28(fn_plant_16(X))
& fn_photoautotroph_28(fn_plant_16(X)) = fn_store_2(fn_plant_26(X))
& fn_store_2(fn_plant_26(X)) = fn_photosynthesis_37(fn_plant_18(X))
& fn_photosynthesis_37(fn_plant_18(X)) = fn_photosynthesis_37(fn_plant_18(X))
& fn_photoautotroph_20(fn_plant_16(X)) = fn_photosynthesis_37(fn_plant_18(X))
& fn_photosynthesis_37(fn_plant_18(X)) = fn_photoautotroph_20(fn_plant_16(X))
& fn_photoautotroph_20(fn_plant_16(X)) = fn_photoautotroph_20(fn_plant_16(X))
& fn_photoautotroph_20(fn_plant_16(X)) = fn_store_1(fn_plant_26(X))
& fn_store_1(fn_plant_26(X)) = fn_photosynthesis_40(fn_plant_18(X))
& fn_photosynthesis_40(fn_plant_18(X)) = fn_photosynthesis_40(fn_plant_18(X))
& fn_photoautotroph_21(fn_plant_16(X)) = fn_photosynthesis_40(fn_plant_18(X))
& fn_photosynthesis_40(fn_plant_18(X)) = fn_photoautotroph_21(fn_plant_16(X))
& fn_photoautotroph_21(fn_plant_16(X)) = fn_photosynthesis_34(fn_plant_18(X))
& fn_photoautotroph_5(fn_plant_16(X)) = fn_photosynthesis_34(fn_plant_18(X))
& fn_photosynthesis_34(fn_plant_18(X)) = fn_photoautotroph_5(fn_plant_16(X))
& fn_photoautotroph_5(fn_plant_16(X)) = fn_cellular_respiration_63(fn_plant_34(X))
& fn_cellular_respiration_63(fn_plant_34(X)) = fn_eukaryotic_cellular_respiration_96(fn_plant_34(X))
& fn_eukaryotic_cellular_respiration_96(fn_plant_34(X)) = fn_eukaryotic_cellular_respiration_96(fn_plant_34(X))
& fn_eukaryotic_cellular_respiration_96(fn_plant_34(X)) = fn_photosynthesis_38(fn_plant_18(X))
& fn_photosynthesis_38(fn_plant_18(X)) = fn_exergonic_reaction_11(fn_plant_34(X))
& fn_exergonic_reaction_11(fn_plant_34(X)) = fn_exergonic_reaction_11(fn_plant_34(X))
& fn_exergonic_reaction_11(fn_plant_34(X)) = fn_photosynthesis_38(fn_plant_18(X))
& fn_photosynthesis_38(fn_plant_18(X)) = fn_photoautotroph_25(fn_plant_16(X))
& fn_photoautotroph_25(fn_plant_16(X)) = fn_photoautotroph_25(fn_plant_16(X))
& fn_photoautotroph_25(fn_plant_16(X)) = fn_eukaryotic_cellular_respiration_62(fn_plant_34(X))
& fn_eukaryotic_cellular_respiration_62(fn_plant_34(X)) = fn_eukaryotic_cellular_respiration_62(fn_plant_34(X))
& fn_eukaryotic_cellular_respiration_62(fn_plant_34(X)) = fn_plant_cell_63(fn_plant_20(X))
& fn_plant_cell_63(fn_plant_20(X)) = fn_eukaryotic_cell_23(fn_plant_20(X))
& fn_eukaryotic_cell_23(fn_plant_20(X)) = fn_plant_cell_63(fn_plant_20(X))
& fn_plant_cell_63(fn_plant_20(X)) = fn_plant_cell_63(fn_plant_20(X))
& fn_plant_cell_63(fn_plant_20(X)) = fn_eukaryotic_cellular_respiration_111(fn_plant_34(X))
& fn_eukaryotic_cellular_respiration_111(fn_plant_34(X)) = fn_eukaryotic_cellular_respiration_42(fn_plant_34(X))
& fn_eukaryotic_cellular_respiration_42(fn_plant_34(X)) = fn_eukaryotic_cellular_respiration_111(fn_plant_34(X))
& fn_eukaryotic_cellular_respiration_111(fn_plant_34(X)) = fn_eukaryotic_cellular_respiration_111(fn_plant_34(X))
& fn_eukaryotic_cellular_respiration_111(fn_plant_34(X)) = fn_glycolysis_74(fn_plant_7(X))
& fn_glycolysis_74(fn_plant_7(X)) = fn_glycolysis_74(fn_plant_7(X))
& fn_glycolysis_74(fn_plant_7(X)) = fn_pyruvate_oxidation_84(fn_plant_9(X))
& fn_pyruvate_oxidation_84(fn_plant_9(X)) = fn_pyruvate_oxidation_84(fn_plant_9(X))
& fn_pyruvate_oxidation_84(fn_plant_9(X)) = fn_plant_cell_59(fn_plant_20(X))
& fn_plant_cell_59(fn_plant_20(X)) = fn_eukaryotic_cellular_respiration_101(fn_plant_34(X))
& fn_eukaryotic_cellular_respiration_101(fn_plant_34(X)) = fn_metabolic_pathway_1(fn_plant_34(X))
& fn_metabolic_pathway_1(fn_plant_34(X)) = fn_metabolic_pathway_1(fn_plant_18(X))
& fn_metabolic_pathway_1(fn_plant_18(X)) = fn_mitochondrion_51(fn_plant_35(X))
& fn_mitochondrion_51(fn_plant_35(X)) = fn_starch_storage_by_plant_6(fn_plant_17(X))
& fn_starch_storage_by_plant_6(fn_plant_17(X)) = fn_starch_storage_by_plant_5(fn_plant_17(X))
& fn_starch_storage_by_plant_5(fn_plant_17(X)) = fn_starch_storage_by_plant_5(fn_plant_17(X))
& fn_starch_storage_by_plant_5(fn_plant_17(X)) = fn_tuber_4(fn_plant_12(X))
& fn_tuber_4(fn_plant_12(X)) = fn_exergonic_reaction_6(fn_plant_34(X))
& fn_exergonic_reaction_6(fn_plant_34(X)) = fn_eukaryotic_cellular_respiration_68(fn_plant_34(X))
& fn_eukaryotic_cellular_respiration_68(fn_plant_34(X)) = fn_eukaryotic_cellular_respiration_68(fn_plant_34(X))
& fn_eukaryotic_cellular_respiration_68(fn_plant_34(X)) = fn_pyruvate_oxidation_7(fn_plant_9(X))
& fn_pyruvate_oxidation_7(fn_plant_9(X)) = fn_pyruvate_oxidation_7(fn_plant_9(X))
& fn_pyruvate_oxidation_7(fn_plant_9(X)) = fn_pyruvate_oxidation_3(fn_plant_9(X))
& fn_pyruvate_oxidation_3(fn_plant_9(X)) = fn_glycolysis_55(fn_plant_7(X))
& fn_glycolysis_55(fn_plant_7(X)) = fn_pyruvate_oxidation_85(fn_plant_9(X))
& fn_pyruvate_oxidation_85(fn_plant_9(X)) = fn_pyruvate_oxidation_85(fn_plant_9(X)) ) ) ).
fof(a531771,axiom,
! [X] :
( plant_appendage_1(X)
=> ( original_name_2(X,'Plant-Appendage')
& user_description_2(X,'An external part, or natural prolongation, that protrudes from a plant.')
& concept2words_2(X,'appendage of plant')
& concept2words_2(X,'plant appendage')
& concept2words_2(X,'plant-appendage')
& anatomical_appendage_1(X) ) ) ).
fof(a531772,axiom,
! [X] :
( plant_cell_1(X)
=> ( original_name_2(X,'Plant-Cell')
& user_description_2(X,'Plant cell is the basic structural entity of the Plants')
& concept2words_2(X,'cell of plant')
& concept2words_2(X,'plant cell')
& concept2words_2(X,'plant-cell')
& walled_cell_1(X)
& eukaryotic_cell_1(X)
& ~ algal_cell_1(X)
& maintenance_1(fn_plant_cell_1(X))
& protein_1(fn_plant_cell_2(X))
& inside_face_1(fn_plant_cell_3(X))
& outside_face_1(fn_plant_cell_4(X))
& centrosome_1(fn_plant_cell_5(X))
& chloroplast_1(fn_plant_cell_6(X))
& unitless_value_1(fn_plant_cell_7(X))
& turgor_pressure_1(fn_plant_cell_9(X))
& tangible_entity_1(fn_plant_cell_10(X))
& protein_enzyme_1(fn_plant_cell_11(X))
& myosin_1(fn_plant_cell_12(X))
& attach_1(fn_plant_cell_13(X))
& organelle_1(fn_plant_cell_14(X))
& cellular_work_1(fn_plant_cell_15(X))
& nuclear_lamina_1(fn_plant_cell_16(X))
& aqueous_solution_1(fn_plant_cell_17(X))
& dna_replication_in_eukaryotes_1(fn_plant_cell_18(X))
& dna_polymerase_iii_1(fn_plant_cell_19(X))
& glycoprotein_1(fn_plant_cell_20(X))
& support_1(fn_plant_cell_21(X))
& carbohydrate_1(fn_plant_cell_22(X))
& hydrophilic_compound_1(fn_plant_cell_22(X))
& polar_molecule_1(fn_plant_cell_22(X))
& polysaccharide_1(fn_plant_cell_22(X))
& cellulose_1(fn_plant_cell_22(X))
& tangible_entity_1(fn_plant_cell_23(X))
& microfibril_1(fn_plant_cell_23(X))
& grow_1(fn_plant_cell_24(X))
& substance_1(fn_plant_cell_25(X))
& solid_substance_1(fn_plant_cell_25(X))
& biomembrane_1(fn_plant_cell_26(X))
& tonoplast_1(fn_plant_cell_26(X))
& absorb_1(fn_plant_cell_27(X))
& store_1(fn_plant_cell_28(X))
& container_1(fn_plant_cell_29(X))
& organic_molecule_1(fn_plant_cell_30(X))
& lipid_1(fn_plant_cell_38(X))
& tangible_entity_1(fn_plant_cell_39(X))
& organic_molecule_1(fn_plant_cell_39(X))
& spatial_entity_1(fn_plant_cell_39(X))
& phospholipid_1(fn_plant_cell_39(X))
& lipid_1(fn_plant_cell_39(X))
& size_value_1(fn_plant_cell_40(X))
& size_value_1(fn_plant_cell_41(X))
& move_through_1(fn_plant_cell_42(X))
& move_1(fn_plant_cell_42(X))
& carbon_skeleton_1(fn_plant_cell_43(X))
& substance_1(fn_plant_cell_44(X))
& aqueous_solution_1(fn_plant_cell_44(X))
& size_value_1(fn_plant_cell_45(X))
& quantity_value_1(fn_plant_cell_46(X))
& anion_1(fn_plant_cell_47(X))
& cation_1(fn_plant_cell_48(X))
& cation_1(fn_plant_cell_49(X))
& anion_1(fn_plant_cell_50(X))
& move_1(fn_plant_cell_51(X))
& size_value_1(fn_plant_cell_52(X))
& carbon_1(fn_plant_cell_53(X))
& entity_1(fn_plant_cell_53(X))
& chemical_entity_1(fn_plant_cell_53(X))
& atom_1(fn_plant_cell_53(X))
& quantity_value_1(fn_plant_cell_54(X))
& quantity_value_1(fn_plant_cell_55(X))
& ribosome_1(fn_plant_cell_58(X))
& eukaryotic_ribosome_1(fn_plant_cell_58(X))
& organelle_1(fn_plant_cell_59(X))
& mitochondrion_1(fn_plant_cell_59(X))
& semiautonomous_organelle_1(fn_plant_cell_59(X))
& volume_value_1(fn_plant_cell_60(X))
& surface_1(fn_plant_cell_61(X))
& size_value_1(fn_plant_cell_62(X))
& metabolic_pathway_1(fn_plant_cell_63(X))
& eukaryotic_cellular_respiration_1(fn_plant_cell_63(X))
& surface_1(fn_plant_cell_64(X))
& cytoplasmic_side_1(fn_plant_cell_64(X))
& tangible_entity_1(fn_plant_cell_65(X))
& phospholipid_bilayer_1(fn_plant_cell_65(X))
& hydrophobic_core_1(fn_plant_cell_66(X))
& surface_1(fn_plant_cell_67(X))
& outside_face_1(fn_plant_cell_67(X))
& extracellular_side_1(fn_plant_cell_67(X))
& attach_1(fn_plant_cell_68(X))
& hydrophilic_face_1(fn_plant_cell_69(X))
& hydrophilic_face_1(fn_plant_cell_70(X))
& exchange_1(fn_plant_cell_71(X))
& move_through_1(fn_plant_cell_72(X))
& transfer_1(fn_plant_cell_73(X))
& transfer_1(fn_plant_cell_74(X))
& spatial_entity_1(fn_plant_cell_75(X))
& biomembrane_1(fn_plant_cell_75(X))
& nuclear_membrane_1(fn_plant_cell_75(X))
& synthesis_reaction_1(fn_plant_cell_76(X))
& metabolic_pathway_1(fn_plant_cell_76(X))
& chemical_reaction_1(fn_plant_cell_76(X))
& anabolic_pathway_1(fn_plant_cell_76(X))
& synthesis_of_lipid_1(fn_plant_cell_76(X))
& smooth_endoplasmic_reticulum_1(fn_plant_cell_77(X))
& defense_1(fn_plant_cell_78(X))
& store_1(fn_plant_cell_79(X))
& chemical_reaction_1(fn_plant_cell_80(X))
& oxidative_phosphorylation_1(fn_plant_cell_80(X))
& eukaryotic_oxidative_phosphorylation_1(fn_plant_cell_80(X))
& spatial_entity_1(fn_plant_cell_81(X))
& vacuole_1(fn_plant_cell_81(X))
& central_vacuole_1(fn_plant_cell_81(X))
& cell_wall_1(fn_plant_cell_82(X))
& plant_cell_wall_1(fn_plant_cell_82(X))
& spatial_entity_1(fn_plant_cell_83(X))
& mixture_1(fn_plant_cell_83(X))
& suspension_1(fn_plant_cell_83(X))
& colloid_1(fn_plant_cell_83(X))
& cytoplasm_1(fn_plant_cell_83(X))
& tangible_entity_1(fn_plant_cell_84(X))
& nucleus_1(fn_plant_cell_84(X))
& water_1(fn_plant_cell_85(X))
& store_1(fn_plant_cell_86(X))
& spatial_entity_1(fn_plant_cell_87(X))
& vesicle_1(fn_plant_cell_87(X))
& central_vacuole_1(fn_plant_cell_87(X))
& carbohydrate_1(fn_plant_cell_88(X))
& cytoplasmic_streaming_1(fn_plant_cell_89(X))
& rough_endoplasmic_reticulum_1(fn_plant_cell_90(X))
& endoplasmic_reticulum_1(fn_plant_cell_90(X))
& aqueous_solution_1(fn_plant_cell_91(X))
& liquid_substance_1(fn_plant_cell_91(X))
& solution_1(fn_plant_cell_91(X))
& substance_1(fn_plant_cell_91(X))
& cytosol_1(fn_plant_cell_91(X))
& protein_enzyme_1(fn_plant_cell_92(X))
& peroxisome_1(fn_plant_cell_93(X))
& cytoskeleton_1(fn_plant_cell_94(X))
& eukaryotic_chromosome_1(fn_plant_cell_95(X))
& chromosome_1(fn_plant_cell_95(X))
& ion_channel_1(fn_plant_cell_96(X))
& membrane_1(fn_plant_cell_97(X))
& spatial_entity_1(fn_plant_cell_97(X))
& biomembrane_1(fn_plant_cell_97(X))
& plasma_membrane_1(fn_plant_cell_97(X))
& spatial_entity_1(fn_plant_cell_98(X))
& polymer_1(fn_plant_cell_98(X))
& tangible_entity_1(fn_plant_cell_98(X))
& membrane_protein_1(fn_plant_cell_98(X))
& protein_1(fn_plant_cell_98(X))
& tangible_entity_1(fn_plant_cell_99(X))
& membrane_protein_1(fn_plant_cell_99(X))
& protein_1(fn_plant_cell_99(X))
& spatial_entity_1(fn_plant_cell_99(X))
& polymer_1(fn_plant_cell_99(X))
& golgi_apparatus_1(fn_plant_cell_100(X))
& dna_1(fn_plant_cell_101(X))
& mitochondrial_dna_1(fn_plant_cell_101(X))
& quantity_value_1(fn_plant_cell_102(X))
& quantity_value_1(fn_plant_cell_103(X))
& entity_1(fn_plant_cell_104(X))
& dna_1(fn_plant_cell_104(X))
& quantity_value_1(fn_plant_cell_107(X))
& quantity_value_1(fn_plant_cell_108(X))
& phospholipid_layer_1(fn_plant_cell_109(X))
& membrane_protein_1(fn_plant_cell_110(X))
& protein_pump_1(fn_plant_cell_110(X))
& tangible_entity_1(fn_plant_cell_110(X))
& transmembrane_protein_1(fn_plant_cell_110(X))
& transport_protein_1(fn_plant_cell_110(X))
& carrier_protein_1(fn_plant_cell_110(X))
& integral_protein_1(fn_plant_cell_110(X))
& electrogenic_pump_1(fn_plant_cell_110(X))
& proton_pump_1(fn_plant_cell_110(X))
& spatial_entity_1(fn_plant_cell_110(X))
& electron_transport_chain_reaction_1(fn_plant_cell_113(X))
& entity_1(fn_plant_cell_114(X))
& protein_complex_1(fn_plant_cell_114(X))
& atp_synthase_1(fn_plant_cell_114(X))
& citric_acid_cycle_1(fn_plant_cell_115(X))
& catabolic_pathway_1(fn_plant_cell_115(X))
& chemical_entity_1(fn_plant_cell_116(X))
& organic_molecule_1(fn_plant_cell_116(X))
& molecule_1(fn_plant_cell_116(X))
& entity_1(fn_plant_cell_116(X))
& nadh_1(fn_plant_cell_116(X))
& chemiosmosis_1(fn_plant_cell_117(X))
& pyruvate_oxidation_1(fn_plant_cell_118(X))
& enzyme_1(fn_plant_cell_119(X))
& chemical_entity_1(fn_plant_cell_119(X))
& protein_1(fn_plant_cell_119(X))
& protein_enzyme_1(fn_plant_cell_119(X))
& transfer_1(fn_exchange_3(fn_plant_cell_71(X)))
& transfer_1(fn_exchange_4(fn_plant_cell_71(X)))
& absorb_1(fn_central_vacuole_17(fn_plant_cell_87(X)))
& spatial_entity_1(fn_store_2(fn_plant_cell_86(X)))
& store_1(fn_central_vacuole_9(fn_plant_cell_87(X)))
& lipid_1(fn_phospholipid_layer_20(fn_plant_cell_109(X)))
& property_node_1(fn_phospholipid_layer_5(fn_plant_cell_109(X)))
& property_node_1(fn_electrogenic_pump_39(fn_plant_cell_110(X)))
& tangible_entity_1(fn_plant_cell_wall_23(fn_plant_cell_82(X)))
& microfibril_1(fn_plant_cell_wall_23(fn_plant_cell_82(X)))
& support_1(fn_plant_cell_wall_27(fn_plant_cell_82(X)))
& defense_1(fn_plant_cell_wall_17(fn_plant_cell_82(X)))
& hydrophilic_face_1(fn_nucleus_9(fn_plant_cell_84(X)))
& hydrophilic_face_1(fn_nucleus_15(fn_plant_cell_84(X)))
& dna_replication_in_eukaryotes_1(fn_nucleus_11(fn_plant_cell_84(X)))
& dna_polymerase_iii_1(fn_nucleus_18(fn_plant_cell_84(X)))
& nuclear_lamina_1(fn_nucleus_14(fn_plant_cell_84(X)))
& organelle_1(fn_cytoplasmic_streaming_11(fn_plant_cell_89(X)))
& attach_1(fn_cytoplasmic_streaming_10(fn_plant_cell_89(X)))
& myosin_1(fn_cytoplasmic_streaming_8(fn_plant_cell_89(X)))
& property_node_1(fn_golgi_apparatus_10(fn_plant_cell_100(X)))
& attach_1(fn_golgi_apparatus_85(fn_plant_cell_100(X)))
& property_node_1(fn_golgi_apparatus_11(fn_plant_cell_100(X)))
& size_value_1(fn_golgi_apparatus_87(fn_plant_cell_100(X)))
& volume_value_1(fn_golgi_apparatus_86(fn_plant_cell_100(X)))
& property_node_1(fn_plasma_membrane_32(fn_plant_cell_97(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_plant_cell_97(X)))
& property_node_1(fn_plasma_membrane_29(fn_plant_cell_97(X)))
& property_node_1(fn_plasma_membrane_28(fn_plant_cell_97(X)))
& property_node_1(fn_plasma_membrane_20(fn_plant_cell_97(X)))
& property_node_1(fn_plasma_membrane_27(fn_plant_cell_97(X)))
& quantity_value_1(fn_plasma_membrane_17(fn_plant_cell_97(X)))
& quantity_value_1(fn_plasma_membrane_16(fn_plant_cell_97(X)))
& cation_1(fn_plasma_membrane_64(fn_plant_cell_97(X)))
& cation_1(fn_plasma_membrane_61(fn_plant_cell_97(X)))
& anion_1(fn_plasma_membrane_14(fn_plant_cell_97(X)))
& quantity_value_1(fn_plasma_membrane_18(fn_plant_cell_97(X)))
& quantity_value_1(fn_plasma_membrane_19(fn_plant_cell_97(X)))
& anion_1(fn_plasma_membrane_15(fn_plant_cell_97(X)))
& size_value_1(fn_plasma_membrane_85(fn_plant_cell_97(X)))
& property_node_1(fn_lipid_1(fn_plant_cell_39(X)))
& property_node_1(fn_lipid_1(fn_plant_cell_38(X)))
& grow_1(fn_central_vacuole_7(fn_plant_cell_81(X)))
& entity_1(fn_store_1(fn_plant_cell_79(X)))
& entity_1(fn_store_1(fn_plant_cell_86(X)))
& entity_1(fn_store_1(fn_plant_cell_28(X)))
& spatial_entity_1(fn_store_2(fn_plant_cell_79(X)))
& store_1(fn_vacuole_3(fn_plant_cell_81(X)))
& absorb_1(fn_central_vacuole_17(fn_plant_cell_81(X)))
& spatial_entity_1(fn_store_2(fn_plant_cell_28(X)))
& store_1(fn_central_vacuole_9(fn_plant_cell_81(X)))
& enzyme_1(fn_eukaryotic_cellular_respiration_109(fn_plant_cell_63(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_109(fn_plant_cell_63(X)))
& protein_1(fn_eukaryotic_cellular_respiration_109(fn_plant_cell_63(X)))
& protein_enzyme_1(fn_eukaryotic_cellular_respiration_109(fn_plant_cell_63(X)))
& chemical_reaction_1(fn_eukaryotic_cellular_respiration_96(fn_plant_cell_63(X)))
& oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_plant_cell_63(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_plant_cell_63(X)))
& electron_transport_chain_reaction_1(fn_eukaryotic_cellular_respiration_93(fn_plant_cell_63(X)))
& citric_acid_cycle_1(fn_eukaryotic_cellular_respiration_95(fn_plant_cell_63(X)))
& catabolic_pathway_1(fn_eukaryotic_cellular_respiration_95(fn_plant_cell_63(X)))
& pyruvate_oxidation_1(fn_eukaryotic_cellular_respiration_94(fn_plant_cell_63(X)))
& substance_1(fn_vesicle_6(fn_plant_cell_87(X)))
& solid_substance_1(fn_vesicle_6(fn_plant_cell_87(X)))
& solid_substance_1(fn_suspension_1(fn_plant_cell_83(X)))
& substance_1(fn_colloid_4(fn_plant_cell_83(X)))
& solid_substance_1(fn_colloid_4(fn_plant_cell_83(X)))
& quantity_value_1(fn_carrier_protein_2(fn_plant_cell_110(X)))
& quantity_value_1(fn_phospholipid_layer_3(fn_plant_cell_109(X)))
& polysaccharide_1(fn_plant_cell_wall_10(fn_plant_cell_82(X)))
& carbohydrate_1(fn_plant_cell_wall_21(fn_plant_cell_82(X)))
& hydrophilic_compound_1(fn_plant_cell_wall_21(fn_plant_cell_82(X)))
& polar_molecule_1(fn_plant_cell_wall_21(fn_plant_cell_82(X)))
& polysaccharide_1(fn_plant_cell_wall_21(fn_plant_cell_82(X)))
& cellulose_1(fn_plant_cell_wall_21(fn_plant_cell_82(X)))
& aqueous_solution_1(fn_nucleus_16(fn_plant_cell_84(X)))
& aqueous_solution_1(fn_nucleus_17(fn_plant_cell_84(X)))
& cellular_work_1(fn_cytoplasm_6(fn_plant_cell_83(X)))
& cytoskeleton_1(fn_cytoplasmic_streaming_6(fn_plant_cell_89(X)))
& eukaryotic_chromosome_1(fn_golgi_apparatus_15(fn_plant_cell_100(X)))
& chromosome_1(fn_golgi_apparatus_15(fn_plant_cell_100(X)))
& smooth_endoplasmic_reticulum_1(fn_golgi_apparatus_93(fn_plant_cell_100(X)))
& size_value_1(fn_carrier_protein_40(fn_plant_cell_110(X)))
& size_value_1(fn_electrogenic_pump_18(fn_plant_cell_110(X)))
& size_value_1(fn_proton_pump_20(fn_plant_cell_110(X)))
& entity_1(fn_carrier_protein_32(fn_plant_cell_110(X)))
& atom_1(fn_carrier_protein_32(fn_plant_cell_110(X)))
& chemical_entity_1(fn_carrier_protein_32(fn_plant_cell_110(X)))
& carbon_1(fn_carrier_protein_34(fn_plant_cell_110(X)))
& carbon_1(fn_electrogenic_pump_15(fn_plant_cell_110(X)))
& carbon_1(fn_proton_pump_64(fn_plant_cell_110(X)))
& entity_1(fn_proton_pump_64(fn_plant_cell_110(X)))
& chemical_entity_1(fn_proton_pump_64(fn_plant_cell_110(X)))
& atom_1(fn_proton_pump_64(fn_plant_cell_110(X)))
& carbon_skeleton_1(fn_electrogenic_pump_11(fn_plant_cell_110(X)))
& carbon_skeleton_1(fn_proton_pump_66(fn_plant_cell_110(X)))
& carbon_skeleton_1(fn_plasma_membrane_57(fn_plant_cell_97(X)))
& glycoprotein_1(fn_integral_protein_9(fn_plant_cell_96(X)))
& glycoprotein_1(fn_integral_protein_9(fn_plant_cell_110(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_plant_cell_97(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_plant_cell_97(X)))
& substance_1(fn_plasma_membrane_70(fn_plant_cell_97(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_plant_cell_97(X)))
& surface_1(fn_electrogenic_pump_4(fn_plant_cell_110(X)))
& surface_1(fn_transmembrane_protein_5(fn_plant_cell_96(X)))
& outside_face_1(fn_transmembrane_protein_5(fn_plant_cell_96(X)))
& outside_face_1(fn_biomembrane_41(fn_plant_cell_97(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_plant_cell_97(X)))
& phospholipid_layer_1(fn_plasma_membrane_51(fn_plant_cell_97(X)))
& phospholipid_layer_1(fn_integral_protein_12(fn_plant_cell_96(X)))
& phospholipid_layer_1(fn_integral_protein_12(fn_plant_cell_110(X)))
& phospholipid_layer_1(fn_biomembrane_62(fn_plant_cell_97(X)))
& phospholipid_layer_1(fn_plasma_membrane_78(fn_plant_cell_97(X)))
& tangible_entity_1(fn_carrier_protein_16(fn_plant_cell_110(X)))
& phospholipid_bilayer_1(fn_carrier_protein_16(fn_plant_cell_110(X)))
& tangible_entity_1(fn_integral_protein_27(fn_plant_cell_96(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_plant_cell_96(X)))
& tangible_entity_1(fn_integral_protein_27(fn_plant_cell_110(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_plant_cell_110(X)))
& tangible_entity_1(fn_biomembrane_63(fn_plant_cell_97(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_plant_cell_97(X)))
& tangible_entity_1(fn_electrogenic_pump_19(fn_plant_cell_110(X)))
& phospholipid_bilayer_1(fn_electrogenic_pump_19(fn_plant_cell_110(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_plant_cell_97(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_plant_cell_97(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_plant_cell_97(X)))
& move_through_1(fn_transport_protein_34(fn_plant_cell_110(X)))
& move_through_1(fn_carrier_protein_4(fn_plant_cell_110(X)))
& move_through_1(fn_protein_pump_1(fn_plant_cell_110(X)))
& move_1(fn_protein_pump_1(fn_plant_cell_110(X)))
& move_through_1(fn_electrogenic_pump_5(fn_plant_cell_110(X)))
& move_through_1(fn_electrogenic_pump_35(fn_plant_cell_110(X)))
& move_1(fn_electrogenic_pump_35(fn_plant_cell_110(X)))
& move_through_1(fn_plasma_membrane_74(fn_plant_cell_97(X)))
& move_1(fn_plasma_membrane_74(fn_plant_cell_97(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_plant_cell_97(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_plant_cell_97(X)))
& protein_1(fn_plasma_membrane_54(fn_plant_cell_97(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_plant_cell_97(X)))
& polymer_1(fn_plasma_membrane_54(fn_plant_cell_97(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_plant_cell_97(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_plant_cell_97(X)))
& protein_1(fn_plasma_membrane_68(fn_plant_cell_97(X)))
& spatial_entity_1(fn_attach_2(fn_plant_cell_68(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_plant_cell_96(X)))
& spatial_entity_1(fn_transport_protein_35(fn_plant_cell_96(X)))
& biomembrane_1(fn_transport_protein_35(fn_plant_cell_96(X)))
& spatial_entity_1(fn_transport_protein_35(fn_plant_cell_110(X)))
& biomembrane_1(fn_transport_protein_35(fn_plant_cell_110(X)))
& spatial_entity_1(fn_protein_pump_3(fn_plant_cell_110(X)))
& biomembrane_1(fn_protein_pump_3(fn_plant_cell_110(X)))
& membrane_1(fn_electrogenic_pump_30(fn_plant_cell_110(X)))
& spatial_entity_1(fn_electrogenic_pump_30(fn_plant_cell_110(X)))
& biomembrane_1(fn_electrogenic_pump_30(fn_plant_cell_110(X)))
& membrane_1(fn_carrier_protein_18(fn_plant_cell_110(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_plant_cell_110(X)))
& biomembrane_1(fn_carrier_protein_18(fn_plant_cell_110(X)))
& biomembrane_1(fn_integral_protein_24(fn_plant_cell_96(X)))
& biomembrane_1(fn_integral_protein_24(fn_plant_cell_110(X)))
& membrane_1(fn_plant_cell_wall_26(fn_plant_cell_82(X)))
& spatial_entity_1(fn_plant_cell_wall_26(fn_plant_cell_82(X)))
& biomembrane_1(fn_plant_cell_wall_26(fn_plant_cell_82(X)))
& plasma_membrane_1(fn_plant_cell_wall_26(fn_plant_cell_82(X)))
& spatial_entity_1(fn_golgi_apparatus_82(fn_plant_cell_100(X)))
& biomembrane_1(fn_golgi_apparatus_82(fn_plant_cell_100(X)))
& plasma_membrane_1(fn_golgi_apparatus_82(fn_plant_cell_100(X)))
& biomembrane_1(fn_vacuole_7(fn_plant_cell_81(X)))
& tonoplast_1(fn_central_vacuole_18(fn_plant_cell_81(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_plant_cell_84(X)))
& biomembrane_1(fn_nucleus_13(fn_plant_cell_84(X)))
& spatial_entity_1(fn_endoplasmic_reticulum_28(fn_plant_cell_90(X)))
& biomembrane_1(fn_endoplasmic_reticulum_28(fn_plant_cell_90(X)))
& nuclear_membrane_1(fn_endoplasmic_reticulum_28(fn_plant_cell_90(X)))
& synthesis_reaction_1(fn_golgi_apparatus_89(fn_plant_cell_100(X)))
& metabolic_pathway_1(fn_golgi_apparatus_89(fn_plant_cell_100(X)))
& chemical_reaction_1(fn_golgi_apparatus_89(fn_plant_cell_100(X)))
& anabolic_pathway_1(fn_golgi_apparatus_89(fn_plant_cell_100(X)))
& synthesis_of_lipid_1(fn_golgi_apparatus_89(fn_plant_cell_100(X)))
& synthesis_of_lipid_1(fn_endoplasmic_reticulum_23(fn_plant_cell_90(X)))
& eukaryotic_ribosome_1(fn_endoplasmic_reticulum_12(fn_plant_cell_90(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_27(fn_plant_cell_90(X)))
& nucleus_1(fn_rough_endoplasmic_reticulum_27(fn_plant_cell_90(X)))
& tangible_entity_1(fn_golgi_apparatus_90(fn_plant_cell_100(X)))
& nucleus_1(fn_golgi_apparatus_90(fn_plant_cell_100(X)))
& nucleus_1(fn_endoplasmic_reticulum_41(fn_plant_cell_90(X)))
& peroxisome_1(fn_endoplasmic_reticulum_13(fn_plant_cell_90(X)))
& spatial_entity_1(fn_move_1(fn_plant_cell_72(X)))
& suspension_1(fn_vesicle_8(fn_plant_cell_87(X)))
& colloid_1(fn_vesicle_8(fn_plant_cell_87(X)))
& cytoplasm_1(fn_vesicle_8(fn_plant_cell_87(X)))
& mixture_1(fn_rough_endoplasmic_reticulum_32(fn_plant_cell_90(X)))
& cytoplasm_1(fn_rough_endoplasmic_reticulum_32(fn_plant_cell_90(X)))
& mixture_1(fn_cytoplasmic_streaming_12(fn_plant_cell_89(X)))
& cytoplasm_1(fn_cytoplasmic_streaming_12(fn_plant_cell_89(X)))
& suspension_1(fn_vacuole_10(fn_plant_cell_81(X)))
& colloid_1(fn_vacuole_10(fn_plant_cell_81(X)))
& cytoplasm_1(fn_vacuole_10(fn_plant_cell_81(X)))
& cell_1(fn_vesicle_5(fn_plant_cell_87(X)))
& cell_1(fn_cytoplasm_7(fn_plant_cell_83(X)))
& cell_1(fn_metabolic_pathway_1(fn_plant_cell_63(X)))
& cell_1(fn_cellular_transport_1(fn_plant_cell_89(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_62(fn_plant_cell_90(X)))
& eukaryotic_cell_1(fn_rough_endoplasmic_reticulum_62(fn_plant_cell_90(X)))
& cell_1(fn_rough_endoplasmic_reticulum_62(fn_plant_cell_90(X)))
& plant_cell_1(fn_plant_cell_wall_24(fn_plant_cell_82(X)))
& tangible_entity_1(fn_golgi_apparatus_22(fn_plant_cell_100(X)))
& cell_1(fn_golgi_apparatus_22(fn_plant_cell_100(X)))
& eukaryotic_cell_1(fn_golgi_apparatus_22(fn_plant_cell_100(X)))
& plant_cell_1(fn_central_vacuole_12(fn_plant_cell_81(X)))
& eukaryotic_cell_1(fn_endoplasmic_reticulum_11(fn_plant_cell_90(X)))
& cell_1(fn_endoplasmic_reticulum_11(fn_plant_cell_90(X)))
& eukaryotic_cell_1(fn_eukaryotic_oxidative_phosphorylation_334(fn_plant_cell_80(X)))
& cell_1(fn_vacuole_12(fn_plant_cell_81(X)))
& spatial_entity_1(fn_move_1(fn_plant_cell_51(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_plant_cell_97(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_plant_cell_97(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_plant_cell_97(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_plant_cell_97(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_plant_cell_97(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_plant_cell_97(X)))
& spatial_entity_1(fn_attach_1(fn_plant_cell_68(X)))
& size_value_1(fn_electrogenic_pump_25(fn_plant_cell_110(X)))
& size_value_1(fn_proton_pump_21(fn_plant_cell_110(X)))
& size_value_1(fn_lipid_2(fn_plant_cell_39(X)))
& spatial_entity_1(fn_biomembrane_66(fn_plant_cell_97(X)))
& tangible_entity_1(fn_biomembrane_66(fn_plant_cell_97(X)))
& organic_molecule_1(fn_biomembrane_66(fn_plant_cell_97(X)))
& phospholipid_1(fn_biomembrane_66(fn_plant_cell_97(X)))
& spatial_entity_1(fn_phospholipid_layer_21(fn_plant_cell_109(X)))
& phospholipid_1(fn_phospholipid_layer_21(fn_plant_cell_109(X)))
& aqueous_solution_1(fn_vesicle_7(fn_plant_cell_87(X)))
& liquid_substance_1(fn_vesicle_7(fn_plant_cell_87(X)))
& cytosol_1(fn_vesicle_7(fn_plant_cell_87(X)))
& solution_1(fn_vesicle_7(fn_plant_cell_87(X)))
& aqueous_solution_1(fn_vacuole_2(fn_plant_cell_81(X)))
& cytosol_1(fn_cytoplasm_8(fn_plant_cell_83(X)))
& substance_1(fn_rough_endoplasmic_reticulum_23(fn_plant_cell_90(X)))
& cytosol_1(fn_rough_endoplasmic_reticulum_23(fn_plant_cell_90(X)))
& substance_1(fn_cytoplasmic_streaming_9(fn_plant_cell_89(X)))
& cytosol_1(fn_cytoplasmic_streaming_9(fn_plant_cell_89(X)))
& substance_1(fn_golgi_apparatus_91(fn_plant_cell_100(X)))
& cytosol_1(fn_golgi_apparatus_91(fn_plant_cell_100(X)))
& aqueous_solution_1(fn_central_vacuole_20(fn_plant_cell_81(X)))
& liquid_substance_1(fn_central_vacuole_20(fn_plant_cell_81(X)))
& cytosol_1(fn_central_vacuole_20(fn_plant_cell_81(X)))
& solution_1(fn_central_vacuole_20(fn_plant_cell_81(X)))
& aqueous_solution_1(fn_vacuole_9(fn_plant_cell_81(X)))
& liquid_substance_1(fn_vacuole_9(fn_plant_cell_81(X)))
& cytosol_1(fn_vacuole_9(fn_plant_cell_81(X)))
& solution_1(fn_vacuole_9(fn_plant_cell_81(X)))
& substance_1(fn_endoplasmic_reticulum_40(fn_plant_cell_90(X)))
& cytosol_1(fn_endoplasmic_reticulum_40(fn_plant_cell_90(X)))
& endoplasmic_reticulum_1(fn_golgi_apparatus_65(fn_plant_cell_100(X)))
& rough_endoplasmic_reticulum_1(fn_golgi_apparatus_65(fn_plant_cell_100(X)))
& size_value_1(fn_plasma_membrane_84(fn_plant_cell_97(X)))
& size_value_1(fn_lipid_2(fn_plant_cell_38(X)))
& container_1(fn_store_3(fn_plant_cell_79(X)))
& container_1(fn_store_3(fn_plant_cell_28(X)))
& container_1(fn_vacuole_11(fn_plant_cell_81(X)))
& entity_1(fn_oxidative_phosphorylation_14(fn_plant_cell_80(X)))
& protein_complex_1(fn_oxidative_phosphorylation_14(fn_plant_cell_80(X)))
& atp_synthase_1(fn_oxidative_phosphorylation_14(fn_plant_cell_80(X)))
& entity_1(fn_eukaryotic_oxidative_phosphorylation_118(fn_plant_cell_80(X)))
& protein_complex_1(fn_eukaryotic_oxidative_phosphorylation_118(fn_plant_cell_80(X)))
& atp_synthase_1(fn_eukaryotic_oxidative_phosphorylation_118(fn_plant_cell_80(X)))
& entity_1(fn_eukaryotic_cellular_respiration_98(fn_plant_cell_63(X)))
& protein_complex_1(fn_eukaryotic_cellular_respiration_98(fn_plant_cell_63(X)))
& atp_synthase_1(fn_eukaryotic_cellular_respiration_98(fn_plant_cell_63(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_plant_cell_80(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_42(fn_plant_cell_63(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_42(fn_plant_cell_63(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_42(fn_plant_cell_63(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_42(fn_plant_cell_63(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_111(fn_plant_cell_63(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_111(fn_plant_cell_63(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_111(fn_plant_cell_63(X)))
& entity_1(fn_eukaryotic_cellular_respiration_111(fn_plant_cell_63(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_111(fn_plant_cell_63(X)))
& organelle_1(fn_eukaryotic_oxidative_phosphorylation_322(fn_plant_cell_80(X)))
& mitochondrion_1(fn_eukaryotic_oxidative_phosphorylation_322(fn_plant_cell_80(X)))
& semiautonomous_organelle_1(fn_eukaryotic_oxidative_phosphorylation_322(fn_plant_cell_80(X)))
& organelle_1(fn_eukaryotic_cellular_respiration_101(fn_plant_cell_63(X)))
& mitochondrion_1(fn_eukaryotic_cellular_respiration_101(fn_plant_cell_63(X)))
& semiautonomous_organelle_1(fn_eukaryotic_cellular_respiration_101(fn_plant_cell_63(X)))
& chemiosmosis_1(fn_eukaryotic_oxidative_phosphorylation_325(fn_plant_cell_80(X)))
& chemiosmosis_1(fn_eukaryotic_cellular_respiration_100(fn_plant_cell_63(X)))
& object_2(fn_plant_cell_1(X),X)
& agent_2(fn_plant_cell_1(X),fn_plant_cell_82(X))
& fn_plant_cell_28(X) != fn_plant_cell_79(X)
& called_2(fn_plant_cell_39(X),'P4')
& the_scalar_value_2(fn_plant_cell_46(X),high_0)
& scalar_unit_class_2(fn_plant_cell_46(X),lipid_0)
& has_function_2(fn_plant_cell_59(X),fn_plant_cell_63(X))
& prevents_2(fn_plant_cell_68(X),fn_plant_cell_51(X))
& base_2(fn_plant_cell_71(X),X)
& agent_2(fn_plant_cell_71(X),X)
& causes_2(fn_plant_cell_72(X),fn_plant_cell_71(X))
& origin_2(fn_plant_cell_73(X),fn_plant_cell_83(X))
& origin_2(fn_plant_cell_74(X),fn_plant_cell_83(X))
& fn_plant_cell_11(X) != fn_plant_cell_92(X)
& fn_plant_cell_79(X) != fn_plant_cell_28(X)
& has_part_2(fn_plant_cell_5(X),fn_plant_cell_2(X))
& fn_plant_cell_81(X) != fn_plant_cell_87(X)
& possesses_2(X,fn_plant_cell_9(X))
& has_part_2(X,fn_plant_cell_6(X))
& has_part_2(X,fn_plant_cell_5(X))
& the_scalar_value_2(fn_plant_cell_7(X),high_0)
& scalar_unit_class_2(fn_plant_cell_7(X),electrogenic_pump_0)
& fn_plant_cell_87(X) != fn_plant_cell_81(X)
& is_inside_2(fn_plant_cell_10(X),fn_plant_cell_83(X))
& has_region_2(fn_plant_cell_90(X),fn_plant_cell_3(X))
& has_region_2(fn_plant_cell_90(X),fn_plant_cell_4(X))
& fn_plant_cell_92(X) != fn_plant_cell_11(X)
& fn_plant_cell_96(X) != fn_plant_cell_110(X)
& called_2(fn_plant_cell_99(X),'MP1')
& importance_2(fn_plant_cell_110(X),fn_plant_cell_7(X))
& fn_plant_cell_110(X) != fn_plant_cell_96(X)
& object_2(fn_plant_cell_51(X),fn_plant_cell_110(X))
& object_2(fn_plant_cell_72(X),fn_plant_cell_83(X))
& is_inside_2(fn_plant_cell_25(X),fn_plant_cell_91(X))
& has_part_2(fn_plant_cell_97(X),fn_plant_cell_96(X))
& has_part_2(fn_plant_cell_83(X),fn_plant_cell_92(X))
& base_2(fn_plant_cell_89(X),X)
& has_part_2(fn_plant_cell_83(X),fn_plant_cell_25(X))
& subevent_2(fn_plant_cell_71(X),fn_plant_cell_73(X))
& subevent_2(fn_plant_cell_71(X),fn_plant_cell_74(X))
& has_part_2(X,fn_plant_cell_94(X))
& has_region_2(fn_plant_cell_110(X),fn_plant_cell_67(X))
& is_across_2(fn_plant_cell_110(X),fn_plant_cell_66(X))
& fn_plant_cell_99(X) != fn_plant_cell_110(X)
& fn_plant_cell_110(X) != fn_plant_cell_99(X)
& fn_plant_cell_110(X) != fn_plant_cell_98(X)
& called_2(fn_plant_cell_98(X),'MP2')
& fn_plant_cell_98(X) != fn_plant_cell_110(X)
& is_at_2(fn_plant_cell_110(X),fn_plant_cell_97(X))
& is_across_2(fn_plant_cell_110(X),fn_plant_cell_97(X))
& quantity_2(fn_plant_cell_110(X),fn_plant_cell_46(X))
& has_part_2(fn_plant_cell_97(X),fn_plant_cell_110(X))
& quantity_2(fn_plant_cell_104(X),fn_plant_cell_103(X))
& has_part_2(fn_plant_cell_95(X),fn_plant_cell_104(X))
& is_inside_2(fn_plant_cell_59(X),fn_plant_cell_91(X))
& has_part_2(fn_plant_cell_59(X),fn_plant_cell_101(X))
& quantity_2(fn_plant_cell_101(X),fn_plant_cell_102(X))
& greater_than_2(fn_plant_cell_103(X),fn_plant_cell_102(X))
& greater_than_or_equal_to_2(fn_plant_cell_103(X),fn_plant_cell_102(X))
& is_between_2(fn_plant_cell_83(X),fn_plant_cell_97(X))
& is_inside_2(fn_plant_cell_83(X),fn_plant_cell_97(X))
& is_facing_2(fn_plant_cell_64(X),fn_plant_cell_83(X))
& is_oriented_toward_2(fn_plant_cell_64(X),fn_plant_cell_83(X))
& has_part_2(fn_plant_cell_83(X),fn_plant_cell_11(X))
& is_between_2(fn_plant_cell_83(X),fn_plant_cell_84(X))
& has_function_2(fn_plant_cell_87(X),fn_plant_cell_86(X))
& base_2(fn_plant_cell_86(X),fn_plant_cell_87(X))
& agent_2(fn_plant_cell_27(X),fn_plant_cell_87(X))
& element_2(fn_plant_cell_109(X),fn_plant_cell_38(X))
& element_2(fn_plant_cell_109(X),fn_plant_cell_39(X))
& quantity_2(fn_plant_cell_39(X),fn_plant_cell_46(X))
& is_inside_2(fn_plant_cell_110(X),fn_plant_cell_65(X))
& agent_2(fn_plant_cell_21(X),fn_plant_cell_82(X))
& agent_2(fn_plant_cell_78(X),fn_plant_cell_82(X))
& has_part_2(fn_plant_cell_82(X),fn_plant_cell_23(X))
& element_2(fn_plant_cell_23(X),fn_plant_cell_22(X))
& has_part_2(fn_plant_cell_82(X),fn_plant_cell_22(X))
& is_outside_2(fn_plant_cell_82(X),fn_plant_cell_97(X))
& has_function_2(fn_plant_cell_82(X),fn_plant_cell_78(X))
& object_2(fn_plant_cell_78(X),X)
& has_part_2(X,fn_plant_cell_82(X))
& has_function_2(fn_plant_cell_82(X),fn_plant_cell_21(X))
& object_2(fn_plant_cell_21(X),X)
& is_outside_2(fn_plant_cell_69(X),fn_plant_cell_75(X))
& has_part_2(fn_plant_cell_84(X),fn_plant_cell_17(X))
& site_2(fn_plant_cell_18(X),fn_plant_cell_84(X))
& is_inside_2(fn_plant_cell_70(X),fn_plant_cell_75(X))
& fn_plant_cell_69(X) != fn_plant_cell_70(X)
& fn_plant_cell_70(X) != fn_plant_cell_69(X)
& has_part_2(fn_plant_cell_84(X),fn_plant_cell_16(X))
& is_along_2(fn_plant_cell_16(X),fn_plant_cell_75(X))
& is_between_2(fn_plant_cell_75(X),fn_plant_cell_17(X))
& is_inside_2(fn_plant_cell_19(X),fn_plant_cell_17(X))
& agent_2(fn_plant_cell_18(X),fn_plant_cell_19(X))
& is_along_2(fn_plant_cell_75(X),fn_plant_cell_16(X))
& has_part_2(X,fn_plant_cell_77(X))
& is_at_2(fn_plant_cell_65(X),fn_plant_cell_61(X))
& has_function_2(X,fn_plant_cell_15(X))
& base_2(fn_plant_cell_15(X),X)
& has_function_2(X,fn_plant_cell_63(X))
& base_2(fn_plant_cell_63(X),X)
& has_region_2(X,fn_plant_cell_61(X))
& object_2(fn_plant_cell_89(X),fn_plant_cell_83(X))
& is_inside_2(fn_plant_cell_14(X),fn_plant_cell_91(X))
& is_inside_2(fn_plant_cell_94(X),fn_plant_cell_91(X))
& has_part_2(fn_plant_cell_94(X),fn_plant_cell_12(X))
& agent_2(fn_plant_cell_89(X),fn_plant_cell_94(X))
& has_function_2(fn_plant_cell_94(X),fn_plant_cell_89(X))
& facilitates_2(fn_plant_cell_12(X),fn_plant_cell_89(X))
& object_2(fn_plant_cell_13(X),fn_plant_cell_12(X))
& base_2(fn_plant_cell_13(X),fn_plant_cell_14(X))
& the_scalar_value_2(fn_plant_cell_62(X),big_0)
& scalar_unit_class_2(fn_plant_cell_62(X),prokaryote_0)
& base_2(fn_plant_cell_68(X),fn_plant_cell_97(X))
& has_part_2(X,fn_plant_cell_100(X))
& site_2(fn_plant_cell_76(X),fn_plant_cell_77(X))
& has_function_2(fn_plant_cell_77(X),fn_plant_cell_76(X))
& has_part_2(X,fn_plant_cell_95(X))
& is_inside_2(fn_plant_cell_95(X),fn_plant_cell_84(X))
& has_part_2(X,fn_plant_cell_90(X))
& volume_2(X,fn_plant_cell_60(X))
& directly_proportional_2(fn_plant_cell_62(X),fn_plant_cell_60(X))
& size_2(X,fn_plant_cell_62(X))
& has_part_2(X,fn_plant_cell_97(X))
& is_inside_2(fn_plant_cell_100(X),fn_plant_cell_91(X))
& is_inside_2(fn_plant_cell_77(X),fn_plant_cell_91(X))
& abuts_2(fn_plant_cell_77(X),fn_plant_cell_90(X))
& fn_plant_cell_90(X) != fn_plant_cell_77(X)
& fn_plant_cell_77(X) != fn_plant_cell_90(X)
& abuts_2(fn_plant_cell_90(X),fn_plant_cell_77(X))
& the_scalar_value_2(fn_plant_cell_52(X),big_0)
& scalar_unit_class_2(fn_plant_cell_52(X),polypeptide_0)
& has_part_2(fn_plant_cell_110(X),fn_plant_cell_53(X))
& is_inside_2(fn_plant_cell_53(X),fn_plant_cell_43(X))
& has_region_2(fn_plant_cell_110(X),fn_plant_cell_43(X))
& size_2(fn_plant_cell_110(X),fn_plant_cell_52(X))
& greater_than_2(fn_plant_cell_52(X),fn_plant_cell_45(X))
& is_inside_2(fn_plant_cell_43(X),fn_plant_cell_97(X))
& quantity_2(fn_plant_cell_49(X),fn_plant_cell_108(X))
& the_scalar_value_2(fn_plant_cell_41(X),big_0)
& scalar_unit_class_2(fn_plant_cell_41(X),polypeptide_0)
& has_function_2(fn_plant_cell_97(X),fn_plant_cell_42(X))
& has_region_2(fn_plant_cell_97(X),fn_plant_cell_66(X))
& called_2(fn_plant_cell_99(X),'MP2')
& is_inside_2(fn_plant_cell_20(X),fn_plant_cell_65(X))
& has_part_2(fn_plant_cell_97(X),fn_plant_cell_20(X))
& has_part_2(fn_plant_cell_97(X),fn_plant_cell_98(X))
& called_2(fn_plant_cell_98(X),'MP1')
& is_at_2(fn_plant_cell_48(X),fn_plant_cell_67(X))
& quantity_2(fn_plant_cell_48(X),fn_plant_cell_107(X))
& fn_plant_cell_108(X) != fn_plant_cell_107(X)
& fn_plant_cell_107(X) != fn_plant_cell_108(X)
& quantity_2(fn_plant_cell_47(X),fn_plant_cell_55(X))
& fn_plant_cell_55(X) != fn_plant_cell_54(X)
& quantity_2(fn_plant_cell_50(X),fn_plant_cell_54(X))
& is_at_2(fn_plant_cell_50(X),fn_plant_cell_64(X))
& is_at_2(fn_plant_cell_49(X),fn_plant_cell_64(X))
& fn_plant_cell_54(X) != fn_plant_cell_55(X)
& has_region_2(fn_plant_cell_97(X),fn_plant_cell_67(X))
& is_outside_2(fn_plant_cell_67(X),fn_plant_cell_97(X))
& is_between_2(fn_plant_cell_97(X),fn_plant_cell_44(X))
& is_inside_2(fn_plant_cell_67(X),fn_plant_cell_44(X))
& is_at_2(fn_plant_cell_47(X),fn_plant_cell_67(X))
& base_2(fn_plant_cell_42(X),fn_plant_cell_97(X))
& path_2(fn_plant_cell_42(X),fn_plant_cell_64(X))
& has_region_2(fn_plant_cell_97(X),fn_plant_cell_64(X))
& has_part_2(fn_plant_cell_97(X),fn_plant_cell_65(X))
& has_region_2(fn_plant_cell_65(X),fn_plant_cell_109(X))
& has_part_2(fn_plant_cell_97(X),fn_plant_cell_99(X))
& size_2(fn_plant_cell_99(X),fn_plant_cell_41(X))
& greater_than_2(fn_plant_cell_41(X),fn_plant_cell_40(X))
& fn_plant_cell_98(X) != fn_plant_cell_99(X)
& fn_plant_cell_99(X) != fn_plant_cell_98(X)
& has_part_2(fn_plant_cell_81(X),fn_plant_cell_26(X))
& is_between_2(fn_plant_cell_26(X),fn_plant_cell_91(X))
& causes_2(fn_plant_cell_27(X),fn_plant_cell_24(X))
& object_2(fn_plant_cell_24(X),X)
& has_part_2(X,fn_plant_cell_87(X))
& has_part_2(X,fn_plant_cell_58(X))
& has_part_2(fn_plant_cell_84(X),fn_plant_cell_75(X))
& base_2(fn_plant_cell_76(X),X)
& is_inside_2(fn_plant_cell_93(X),fn_plant_cell_91(X))
& has_part_2(X,fn_plant_cell_93(X))
& has_part_2(X,fn_plant_cell_84(X))
& is_inside_2(fn_plant_cell_84(X),fn_plant_cell_91(X))
& is_inside_2(fn_plant_cell_58(X),fn_plant_cell_91(X))
& base_2(fn_plant_cell_80(X),X)
& has_part_2(X,fn_plant_cell_59(X))
& has_part_2(X,fn_plant_cell_81(X))
& has_part_2(X,fn_plant_cell_83(X))
& has_part_2(fn_plant_cell_83(X),fn_plant_cell_91(X))
& subevent_2(fn_plant_cell_63(X),fn_plant_cell_115(X))
& has_function_2(fn_plant_cell_119(X),fn_plant_cell_63(X))
& has_part_2(fn_plant_cell_59(X),fn_plant_cell_119(X))
& site_2(fn_plant_cell_118(X),fn_plant_cell_59(X))
& subevent_2(fn_plant_cell_63(X),fn_plant_cell_118(X))
& subevent_2(fn_plant_cell_80(X),fn_plant_cell_113(X))
& has_function_2(fn_plant_cell_114(X),fn_plant_cell_80(X))
& base_2(fn_plant_cell_117(X),fn_plant_cell_114(X))
& subevent_2(fn_plant_cell_80(X),fn_plant_cell_117(X))
& has_function_2(fn_plant_cell_59(X),fn_plant_cell_80(X))
& fn_plant_cell_119(X) != fn_plant_cell_114(X)
& fn_plant_cell_114(X) != fn_plant_cell_119(X)
& result_2(fn_plant_cell_63(X),fn_plant_cell_116(X))
& raw_material_2(fn_plant_cell_80(X),fn_plant_cell_116(X))
& agent_2(fn_plant_cell_80(X),fn_plant_cell_114(X))
& subevent_2(fn_plant_cell_63(X),fn_plant_cell_80(X))
& next_event_2(fn_plant_cell_115(X),fn_plant_cell_80(X))
& result_2(fn_plant_cell_115(X),fn_plant_cell_116(X))
& raw_material_2(fn_plant_cell_113(X),fn_plant_cell_116(X))
& first_subevent_2(fn_plant_cell_80(X),fn_plant_cell_113(X))
& next_event_2(fn_plant_cell_118(X),fn_plant_cell_115(X))
& result_2(fn_plant_cell_118(X),fn_plant_cell_116(X))
& site_2(fn_plant_cell_117(X),fn_plant_cell_59(X))
& agent_2(fn_plant_cell_27(X),fn_plant_cell_81(X))
& base_2(fn_plant_cell_28(X),fn_plant_cell_81(X))
& has_function_2(fn_plant_cell_81(X),fn_plant_cell_28(X))
& in_event_2(fn_plant_cell_29(X),fn_plant_cell_79(X))
& plays_2(fn_plant_cell_81(X),fn_plant_cell_29(X))
& base_2(fn_plant_cell_79(X),fn_plant_cell_81(X))
& has_function_2(fn_plant_cell_81(X),fn_plant_cell_79(X))
& size_2(fn_plant_cell_38(X),fn_plant_cell_40(X))
& is_inside_2(fn_plant_cell_90(X),fn_plant_cell_91(X))
& size_2(fn_plant_cell_39(X),fn_plant_cell_45(X))
& object_2(fn_plant_cell_28(X),fn_plant_cell_30(X))
& object_2(fn_plant_cell_86(X),fn_plant_cell_88(X))
& object_2(fn_plant_cell_79(X),fn_plant_cell_85(X))
& object_2(fn_plant_cell_68(X),fn_plant_cell_110(X))
& fn_plant_cell_110(X) = fn_move_1(fn_plant_cell_51(X))
& fn_plant_cell_83(X) = fn_move_1(fn_plant_cell_72(X))
& fn_plant_cell_97(X) = fn_transport_protein_35(fn_plant_cell_96(X))
& fn_plant_cell_92(X) = fn_eukaryotic_cell_21(X)
& X = fn_cellular_transport_1(fn_plant_cell_89(X))
& fn_plant_cell_25(X) = fn_vesicle_6(fn_plant_cell_87(X))
& fn_plant_cell_25(X) = fn_suspension_1(fn_plant_cell_83(X))
& fn_plant_cell_25(X) = fn_colloid_4(fn_plant_cell_83(X))
& fn_plant_cell_73(X) = fn_exchange_3(fn_plant_cell_71(X))
& fn_plant_cell_74(X) = fn_exchange_4(fn_plant_cell_71(X))
& fn_plant_cell_94(X) = fn_cell_2(X)
& fn_plant_cell_67(X) = fn_electrogenic_pump_4(fn_plant_cell_110(X))
& fn_plant_cell_98(X) = fn_plasma_membrane_54(fn_plant_cell_97(X))
& fn_plant_cell_110(X) = fn_plasma_membrane_4(fn_plant_cell_97(X))
& fn_plant_cell_110(X) = fn_plasma_membrane_3(fn_plant_cell_97(X))
& fn_plant_cell_46(X) = fn_carrier_protein_2(fn_plant_cell_110(X))
& fn_plant_cell_106(X) = fn_eukaryotic_cell_7(X)
& fn_plant_cell_105(X) = fn_eukaryotic_cell_8(X)
& fn_plant_cell_95(X) = fn_eukaryotic_cell_30(X)
& fn_plant_cell_104(X) = fn_eukaryotic_cell_56(X)
& fn_plant_cell_103(X) = fn_eukaryotic_cell_5(X)
& fn_plant_cell_102(X) = fn_eukaryotic_cell_6(X)
& fn_plant_cell_101(X) = fn_eukaryotic_cell_33(X)
& fn_plant_cell_59(X) = fn_eukaryotic_cell_25(X)
& fn_plant_cell_11(X) = fn_eukaryotic_cell_21(X)
& fn_plant_cell_64(X) = fn_eukaryotic_cell_46(X)
& fn_plant_cell_97(X) = fn_eukaryotic_cell_29(X)
& fn_plant_cell_84(X) = fn_rough_endoplasmic_reticulum_27(fn_plant_cell_90(X))
& fn_plant_cell_27(X) = fn_central_vacuole_17(fn_plant_cell_87(X))
& fn_plant_cell_87(X) = fn_store_2(fn_plant_cell_86(X))
& fn_plant_cell_86(X) = fn_central_vacuole_9(fn_plant_cell_87(X))
& fn_plant_cell_38(X) = fn_phospholipid_layer_20(fn_plant_cell_109(X))
& fn_plant_cell_34(X) = fn_phospholipid_layer_5(fn_plant_cell_109(X))
& fn_plant_cell_46(X) = fn_phospholipid_layer_3(fn_plant_cell_109(X))
& fn_plant_cell_39(X) = fn_biomembrane_66(fn_plant_cell_97(X))
& fn_plant_cell_39(X) = fn_phospholipid_layer_21(fn_plant_cell_109(X))
& fn_plant_cell_33(X) = fn_electrogenic_pump_39(fn_plant_cell_110(X))
& fn_plant_cell_110(X) = fn_plasma_membrane_55(fn_plant_cell_97(X))
& fn_plant_cell_97(X) = fn_plant_cell_wall_26(fn_plant_cell_82(X))
& fn_plant_cell_22(X) = fn_plant_cell_wall_10(fn_plant_cell_82(X))
& fn_plant_cell_22(X) = fn_plant_cell_wall_21(fn_plant_cell_82(X))
& fn_plant_cell_23(X) = fn_plant_cell_wall_23(fn_plant_cell_82(X))
& fn_plant_cell_21(X) = fn_plant_cell_wall_27(fn_plant_cell_82(X))
& fn_plant_cell_82(X) = fn_walled_cell_1(X)
& X = fn_plant_cell_wall_24(fn_plant_cell_82(X))
& fn_plant_cell_78(X) = fn_plant_cell_wall_17(fn_plant_cell_82(X))
& fn_plant_cell_69(X) = fn_nucleus_9(fn_plant_cell_84(X))
& fn_plant_cell_70(X) = fn_nucleus_15(fn_plant_cell_84(X))
& fn_plant_cell_18(X) = fn_nucleus_11(fn_plant_cell_84(X))
& fn_plant_cell_19(X) = fn_nucleus_18(fn_plant_cell_84(X))
& fn_plant_cell_17(X) = fn_nucleus_16(fn_plant_cell_84(X))
& fn_plant_cell_17(X) = fn_nucleus_17(fn_plant_cell_84(X))
& fn_plant_cell_16(X) = fn_nucleus_14(fn_plant_cell_84(X))
& fn_plant_cell_77(X) = fn_eukaryotic_cell_20(X)
& fn_plant_cell_65(X) = fn_eukaryotic_cell_41(X)
& fn_plant_cell_61(X) = fn_eukaryotic_cell_44(X)
& X = fn_metabolic_pathway_1(fn_plant_cell_63(X))
& fn_plant_cell_63(X) = fn_eukaryotic_cell_23(X)
& fn_plant_cell_15(X) = fn_cytoplasm_6(fn_plant_cell_83(X))
& fn_plant_cell_15(X) = fn_eukaryotic_cell_32(X)
& fn_plant_cell_83(X) = fn_cytoplasmic_streaming_12(fn_plant_cell_89(X))
& fn_plant_cell_91(X) = fn_cytoplasmic_streaming_9(fn_plant_cell_89(X))
& fn_plant_cell_14(X) = fn_cytoplasmic_streaming_11(fn_plant_cell_89(X))
& fn_plant_cell_13(X) = fn_cytoplasmic_streaming_10(fn_plant_cell_89(X))
& fn_plant_cell_12(X) = fn_cytoplasmic_streaming_8(fn_plant_cell_89(X))
& fn_plant_cell_94(X) = fn_cytoplasmic_streaming_6(fn_plant_cell_89(X))
& fn_plant_cell_57(X) = fn_golgi_apparatus_10(fn_plant_cell_100(X))
& fn_plant_cell_97(X) = fn_attach_2(fn_plant_cell_68(X))
& fn_plant_cell_68(X) = fn_golgi_apparatus_85(fn_plant_cell_100(X))
& fn_plant_cell_56(X) = fn_golgi_apparatus_11(fn_plant_cell_100(X))
& fn_plant_cell_76(X) = fn_golgi_apparatus_89(fn_plant_cell_100(X))
& fn_plant_cell_84(X) = fn_golgi_apparatus_90(fn_plant_cell_100(X))
& fn_plant_cell_95(X) = fn_golgi_apparatus_15(fn_plant_cell_100(X))
& fn_plant_cell_97(X) = fn_golgi_apparatus_82(fn_plant_cell_100(X))
& fn_plant_cell_62(X) = fn_golgi_apparatus_87(fn_plant_cell_100(X))
& fn_plant_cell_60(X) = fn_golgi_apparatus_86(fn_plant_cell_100(X))
& fn_plant_cell_90(X) = fn_eukaryotic_cell_19(X)
& X = fn_golgi_apparatus_22(fn_plant_cell_100(X))
& fn_plant_cell_90(X) = fn_golgi_apparatus_65(fn_plant_cell_100(X))
& fn_plant_cell_77(X) = fn_golgi_apparatus_93(fn_plant_cell_100(X))
& fn_plant_cell_91(X) = fn_golgi_apparatus_91(fn_plant_cell_100(X))
& fn_plant_cell_45(X) = fn_electrogenic_pump_25(fn_plant_cell_110(X))
& fn_plant_cell_45(X) = fn_proton_pump_21(fn_plant_cell_110(X))
& fn_plant_cell_52(X) = fn_carrier_protein_40(fn_plant_cell_110(X))
& fn_plant_cell_52(X) = fn_electrogenic_pump_18(fn_plant_cell_110(X))
& fn_plant_cell_52(X) = fn_proton_pump_20(fn_plant_cell_110(X))
& fn_plant_cell_43(X) = fn_electrogenic_pump_11(fn_plant_cell_110(X))
& fn_plant_cell_43(X) = fn_proton_pump_66(fn_plant_cell_110(X))
& fn_plant_cell_53(X) = fn_carrier_protein_32(fn_plant_cell_110(X))
& fn_plant_cell_53(X) = fn_carrier_protein_34(fn_plant_cell_110(X))
& fn_plant_cell_53(X) = fn_electrogenic_pump_15(fn_plant_cell_110(X))
& fn_plant_cell_53(X) = fn_proton_pump_64(fn_plant_cell_110(X))
& fn_plant_cell_43(X) = fn_plasma_membrane_57(fn_plant_cell_97(X))
& fn_plant_cell_97(X) = fn_transport_protein_35(fn_plant_cell_110(X))
& fn_plant_cell_42(X) = fn_transport_protein_34(fn_plant_cell_110(X))
& fn_plant_cell_36(X) = fn_plasma_membrane_32(fn_plant_cell_97(X))
& fn_plant_cell_66(X) = fn_plasma_membrane_6(fn_plant_cell_97(X))
& fn_plant_cell_32(X) = fn_plasma_membrane_29(fn_plant_cell_97(X))
& fn_plant_cell_31(X) = fn_plasma_membrane_28(fn_plant_cell_97(X))
& fn_plant_cell_111(X) = fn_plasma_membrane_20(fn_plant_cell_97(X))
& fn_plant_cell_97(X) = fn_integral_protein_24(fn_plant_cell_96(X))
& fn_plant_cell_97(X) = fn_integral_protein_24(fn_plant_cell_110(X))
& fn_plant_cell_20(X) = fn_integral_protein_9(fn_plant_cell_96(X))
& fn_plant_cell_20(X) = fn_integral_protein_9(fn_plant_cell_110(X))
& fn_plant_cell_20(X) = fn_plasma_membrane_34(fn_plant_cell_97(X))
& fn_plant_cell_112(X) = fn_plasma_membrane_27(fn_plant_cell_97(X))
& fn_plant_cell_108(X) = fn_plasma_membrane_17(fn_plant_cell_97(X))
& fn_plant_cell_107(X) = fn_plasma_membrane_16(fn_plant_cell_97(X))
& fn_plant_cell_48(X) = fn_plasma_membrane_64(fn_plant_cell_97(X))
& fn_plant_cell_49(X) = fn_plasma_membrane_61(fn_plant_cell_97(X))
& fn_plant_cell_50(X) = fn_plasma_membrane_14(fn_plant_cell_97(X))
& fn_plant_cell_54(X) = fn_plasma_membrane_18(fn_plant_cell_97(X))
& fn_plant_cell_55(X) = fn_plasma_membrane_19(fn_plant_cell_97(X))
& fn_plant_cell_47(X) = fn_plasma_membrane_15(fn_plant_cell_97(X))
& fn_plant_cell_44(X) = fn_plasma_membrane_77(fn_plant_cell_97(X))
& fn_plant_cell_44(X) = fn_plasma_membrane_70(fn_plant_cell_97(X))
& fn_plant_cell_97(X) = fn_transmembrane_protein_4(fn_plant_cell_96(X))
& fn_plant_cell_67(X) = fn_transmembrane_protein_5(fn_plant_cell_96(X))
& fn_plant_cell_67(X) = fn_biomembrane_41(fn_plant_cell_97(X))
& fn_plant_cell_67(X) = fn_plasma_membrane_65(fn_plant_cell_97(X))
& fn_plant_cell_65(X) = fn_integral_protein_27(fn_plant_cell_96(X))
& fn_plant_cell_109(X) = fn_integral_protein_12(fn_plant_cell_96(X))
& fn_plant_cell_109(X) = fn_plasma_membrane_51(fn_plant_cell_97(X))
& fn_plant_cell_65(X) = fn_integral_protein_27(fn_plant_cell_110(X))
& fn_plant_cell_109(X) = fn_integral_protein_12(fn_plant_cell_110(X))
& fn_plant_cell_109(X) = fn_biomembrane_62(fn_plant_cell_97(X))
& fn_plant_cell_109(X) = fn_plasma_membrane_78(fn_plant_cell_97(X))
& fn_plant_cell_65(X) = fn_electrogenic_pump_19(fn_plant_cell_110(X))
& fn_plant_cell_65(X) = fn_carrier_protein_16(fn_plant_cell_110(X))
& fn_plant_cell_65(X) = fn_biomembrane_63(fn_plant_cell_97(X))
& fn_plant_cell_65(X) = fn_plasma_membrane_71(fn_plant_cell_97(X))
& fn_plant_cell_64(X) = fn_plasma_membrane_66(fn_plant_cell_97(X))
& fn_plant_cell_42(X) = fn_carrier_protein_4(fn_plant_cell_110(X))
& fn_plant_cell_97(X) = fn_carrier_protein_18(fn_plant_cell_110(X))
& fn_plant_cell_42(X) = fn_protein_pump_1(fn_plant_cell_110(X))
& fn_plant_cell_97(X) = fn_protein_pump_3(fn_plant_cell_110(X))
& fn_plant_cell_42(X) = fn_electrogenic_pump_5(fn_plant_cell_110(X))
& fn_plant_cell_42(X) = fn_electrogenic_pump_35(fn_plant_cell_110(X))
& fn_plant_cell_97(X) = fn_electrogenic_pump_30(fn_plant_cell_110(X))
& fn_plant_cell_42(X) = fn_plasma_membrane_74(fn_plant_cell_97(X))
& fn_plant_cell_40(X) = fn_plasma_membrane_84(fn_plant_cell_97(X))
& fn_plant_cell_41(X) = fn_plasma_membrane_85(fn_plant_cell_97(X))
& fn_plant_cell_98(X) = fn_plasma_membrane_68(fn_plant_cell_97(X))
& fn_plant_cell_99(X) = fn_plasma_membrane_54(fn_plant_cell_97(X))
& fn_plant_cell_35(X) = fn_lipid_1(fn_plant_cell_39(X))
& fn_plant_cell_37(X) = fn_lipid_1(fn_plant_cell_38(X))
& fn_plant_cell_91(X) = fn_vacuole_2(fn_plant_cell_81(X))
& fn_plant_cell_91(X) = fn_central_vacuole_20(fn_plant_cell_81(X))
& fn_plant_cell_26(X) = fn_vacuole_7(fn_plant_cell_81(X))
& fn_plant_cell_26(X) = fn_central_vacuole_18(fn_plant_cell_81(X))
& X = fn_central_vacuole_12(fn_plant_cell_81(X))
& fn_plant_cell_24(X) = fn_central_vacuole_7(fn_plant_cell_81(X))
& fn_plant_cell_75(X) = fn_nucleus_13(fn_plant_cell_84(X))
& fn_plant_cell_75(X) = fn_endoplasmic_reticulum_28(fn_plant_cell_90(X))
& fn_plant_cell_76(X) = fn_endoplasmic_reticulum_23(fn_plant_cell_90(X))
& fn_plant_cell_58(X) = fn_eukaryotic_cell_45(X)
& fn_plant_cell_58(X) = fn_endoplasmic_reticulum_12(fn_plant_cell_90(X))
& fn_plant_cell_84(X) = fn_eukaryotic_cell_26(X)
& fn_plant_cell_84(X) = fn_endoplasmic_reticulum_41(fn_plant_cell_90(X))
& fn_plant_cell_93(X) = fn_eukaryotic_cell_61(X)
& X = fn_endoplasmic_reticulum_11(fn_plant_cell_90(X))
& fn_plant_cell_93(X) = fn_endoplasmic_reticulum_13(fn_plant_cell_90(X))
& X = fn_eukaryotic_oxidative_phosphorylation_334(fn_plant_cell_80(X))
& fn_plant_cell_91(X) = fn_vesicle_7(fn_plant_cell_87(X))
& fn_plant_cell_91(X) = fn_cytoplasm_8(fn_plant_cell_83(X))
& fn_plant_cell_91(X) = fn_eukaryotic_cell_42(X)
& fn_plant_cell_91(X) = fn_rough_endoplasmic_reticulum_23(fn_plant_cell_90(X))
& fn_plant_cell_91(X) = fn_vacuole_9(fn_plant_cell_81(X))
& X = fn_vesicle_5(fn_plant_cell_87(X))
& fn_plant_cell_83(X) = fn_vesicle_8(fn_plant_cell_87(X))
& X = fn_cytoplasm_7(fn_plant_cell_83(X))
& fn_plant_cell_83(X) = fn_eukaryotic_cell_31(X)
& X = fn_rough_endoplasmic_reticulum_62(fn_plant_cell_90(X))
& fn_plant_cell_83(X) = fn_rough_endoplasmic_reticulum_32(fn_plant_cell_90(X))
& fn_plant_cell_83(X) = fn_vacuole_10(fn_plant_cell_81(X))
& X = fn_vacuole_12(fn_plant_cell_81(X))
& fn_plant_cell_110(X) = fn_attach_1(fn_plant_cell_68(X))
& fn_plant_cell_85(X) = fn_store_1(fn_plant_cell_79(X))
& fn_plant_cell_88(X) = fn_store_1(fn_plant_cell_86(X))
& fn_plant_cell_30(X) = fn_store_1(fn_plant_cell_28(X))
& fn_plant_cell_45(X) = fn_lipid_2(fn_plant_cell_39(X))
& fn_plant_cell_91(X) = fn_endoplasmic_reticulum_40(fn_plant_cell_90(X))
& fn_plant_cell_40(X) = fn_lipid_2(fn_plant_cell_38(X))
& fn_plant_cell_29(X) = fn_store_3(fn_plant_cell_79(X))
& fn_plant_cell_29(X) = fn_store_3(fn_plant_cell_28(X))
& fn_plant_cell_29(X) = fn_vacuole_11(fn_plant_cell_81(X))
& fn_plant_cell_81(X) = fn_store_2(fn_plant_cell_79(X))
& fn_plant_cell_79(X) = fn_vacuole_3(fn_plant_cell_81(X))
& fn_plant_cell_27(X) = fn_central_vacuole_17(fn_plant_cell_81(X))
& fn_plant_cell_81(X) = fn_store_2(fn_plant_cell_28(X))
& fn_plant_cell_28(X) = fn_central_vacuole_9(fn_plant_cell_81(X))
& fn_plant_cell_114(X) = fn_oxidative_phosphorylation_14(fn_plant_cell_80(X))
& fn_plant_cell_116(X) = fn_chemical_reaction_2(fn_plant_cell_80(X))
& fn_plant_cell_114(X) = fn_eukaryotic_oxidative_phosphorylation_118(fn_plant_cell_80(X))
& fn_plant_cell_119(X) = fn_eukaryotic_cellular_respiration_109(fn_plant_cell_63(X))
& fn_plant_cell_114(X) = fn_eukaryotic_cellular_respiration_98(fn_plant_cell_63(X))
& fn_plant_cell_116(X) = fn_eukaryotic_cellular_respiration_42(fn_plant_cell_63(X))
& fn_plant_cell_80(X) = fn_eukaryotic_cellular_respiration_96(fn_plant_cell_63(X))
& fn_plant_cell_113(X) = fn_eukaryotic_cellular_respiration_93(fn_plant_cell_63(X))
& fn_plant_cell_115(X) = fn_eukaryotic_cellular_respiration_95(fn_plant_cell_63(X))
& fn_plant_cell_118(X) = fn_eukaryotic_cellular_respiration_94(fn_plant_cell_63(X))
& fn_plant_cell_116(X) = fn_eukaryotic_cellular_respiration_111(fn_plant_cell_63(X))
& fn_plant_cell_117(X) = fn_eukaryotic_oxidative_phosphorylation_325(fn_plant_cell_80(X))
& fn_plant_cell_59(X) = fn_eukaryotic_oxidative_phosphorylation_322(fn_plant_cell_80(X))
& fn_plant_cell_117(X) = fn_eukaryotic_cellular_respiration_100(fn_plant_cell_63(X))
& fn_plant_cell_59(X) = fn_eukaryotic_cellular_respiration_101(fn_plant_cell_63(X))
& fn_vesicle_6(fn_plant_cell_87(X)) = fn_vesicle_6(fn_plant_cell_87(X))
& fn_vesicle_6(fn_plant_cell_87(X)) = fn_suspension_1(fn_plant_cell_83(X))
& fn_suspension_1(fn_plant_cell_83(X)) = fn_suspension_1(fn_plant_cell_83(X))
& fn_suspension_1(fn_plant_cell_83(X)) = fn_colloid_4(fn_plant_cell_83(X))
& fn_colloid_4(fn_plant_cell_83(X)) = fn_carrier_protein_2(fn_plant_cell_110(X))
& fn_carrier_protein_2(fn_plant_cell_110(X)) = fn_phospholipid_layer_3(fn_plant_cell_109(X))
& fn_phospholipid_layer_3(fn_plant_cell_109(X)) = fn_phospholipid_layer_3(fn_plant_cell_109(X))
& fn_phospholipid_layer_3(fn_plant_cell_109(X)) = fn_plant_cell_wall_10(fn_plant_cell_82(X))
& fn_plant_cell_wall_10(fn_plant_cell_82(X)) = fn_plant_cell_wall_21(fn_plant_cell_82(X))
& fn_plant_cell_wall_21(fn_plant_cell_82(X)) = fn_plant_cell_wall_21(fn_plant_cell_82(X))
& fn_plant_cell_wall_21(fn_plant_cell_82(X)) = fn_nucleus_17(fn_plant_cell_84(X))
& fn_nucleus_17(fn_plant_cell_84(X)) = fn_nucleus_17(fn_plant_cell_84(X))
& fn_nucleus_17(fn_plant_cell_84(X)) = fn_nucleus_16(fn_plant_cell_84(X))
& fn_nucleus_16(fn_plant_cell_84(X)) = fn_nucleus_17(fn_plant_cell_84(X))
& fn_nucleus_17(fn_plant_cell_84(X)) = fn_cytoplasm_6(fn_plant_cell_83(X))
& fn_eukaryotic_cell_32(X) = fn_cytoplasm_6(fn_plant_cell_83(X))
& fn_cytoplasm_6(fn_plant_cell_83(X)) = fn_eukaryotic_cell_32(X)
& fn_eukaryotic_cell_32(X) = fn_cell_2(X)
& fn_cell_2(X) = fn_cytoplasmic_streaming_6(fn_plant_cell_89(X))
& fn_cytoplasmic_streaming_6(fn_plant_cell_89(X)) = fn_cytoplasmic_streaming_6(fn_plant_cell_89(X))
& fn_cytoplasmic_streaming_6(fn_plant_cell_89(X)) = fn_eukaryotic_cell_30(X)
& fn_eukaryotic_cell_30(X) = fn_golgi_apparatus_15(fn_plant_cell_100(X))
& fn_golgi_apparatus_15(fn_plant_cell_100(X)) = fn_golgi_apparatus_15(fn_plant_cell_100(X))
& fn_golgi_apparatus_15(fn_plant_cell_100(X)) = fn_eukaryotic_cell_20(X)
& fn_eukaryotic_cell_20(X) = fn_golgi_apparatus_93(fn_plant_cell_100(X))
& fn_golgi_apparatus_93(fn_plant_cell_100(X)) = fn_golgi_apparatus_93(fn_plant_cell_100(X))
& fn_golgi_apparatus_93(fn_plant_cell_100(X)) = fn_electrogenic_pump_18(fn_plant_cell_110(X))
& fn_electrogenic_pump_18(fn_plant_cell_110(X)) = fn_carrier_protein_40(fn_plant_cell_110(X))
& fn_carrier_protein_40(fn_plant_cell_110(X)) = fn_electrogenic_pump_18(fn_plant_cell_110(X))
& fn_electrogenic_pump_18(fn_plant_cell_110(X)) = fn_electrogenic_pump_18(fn_plant_cell_110(X))
& fn_proton_pump_20(fn_plant_cell_110(X)) = fn_electrogenic_pump_18(fn_plant_cell_110(X))
& fn_electrogenic_pump_18(fn_plant_cell_110(X)) = fn_proton_pump_20(fn_plant_cell_110(X))
& fn_proton_pump_20(fn_plant_cell_110(X)) = fn_carrier_protein_32(fn_plant_cell_110(X))
& fn_carrier_protein_32(fn_plant_cell_110(X)) = fn_carrier_protein_34(fn_plant_cell_110(X))
& fn_electrogenic_pump_15(fn_plant_cell_110(X)) = fn_carrier_protein_34(fn_plant_cell_110(X))
& fn_carrier_protein_34(fn_plant_cell_110(X)) = fn_electrogenic_pump_15(fn_plant_cell_110(X))
& fn_electrogenic_pump_15(fn_plant_cell_110(X)) = fn_electrogenic_pump_15(fn_plant_cell_110(X))
& fn_proton_pump_64(fn_plant_cell_110(X)) = fn_electrogenic_pump_15(fn_plant_cell_110(X))
& fn_electrogenic_pump_15(fn_plant_cell_110(X)) = fn_proton_pump_64(fn_plant_cell_110(X))
& fn_proton_pump_64(fn_plant_cell_110(X)) = fn_electrogenic_pump_11(fn_plant_cell_110(X))
& fn_proton_pump_66(fn_plant_cell_110(X)) = fn_electrogenic_pump_11(fn_plant_cell_110(X))
& fn_electrogenic_pump_11(fn_plant_cell_110(X)) = fn_proton_pump_66(fn_plant_cell_110(X))
& fn_proton_pump_66(fn_plant_cell_110(X)) = fn_proton_pump_66(fn_plant_cell_110(X))
& fn_proton_pump_66(fn_plant_cell_110(X)) = fn_plasma_membrane_57(fn_plant_cell_97(X))
& fn_plasma_membrane_57(fn_plant_cell_97(X)) = fn_integral_protein_9(fn_plant_cell_96(X))
& fn_plasma_membrane_34(fn_plant_cell_97(X)) = fn_integral_protein_9(fn_plant_cell_96(X))
& fn_integral_protein_9(fn_plant_cell_96(X)) = fn_integral_protein_9(fn_plant_cell_110(X))
& fn_integral_protein_9(fn_plant_cell_110(X)) = fn_plasma_membrane_34(fn_plant_cell_97(X))
& fn_plasma_membrane_34(fn_plant_cell_97(X)) = fn_plasma_membrane_70(fn_plant_cell_97(X))
& fn_plasma_membrane_70(fn_plant_cell_97(X)) = fn_plasma_membrane_77(fn_plant_cell_97(X))
& fn_plasma_membrane_77(fn_plant_cell_97(X)) = fn_plasma_membrane_70(fn_plant_cell_97(X))
& fn_plasma_membrane_70(fn_plant_cell_97(X)) = fn_electrogenic_pump_4(fn_plant_cell_110(X))
& fn_electrogenic_pump_4(fn_plant_cell_110(X)) = fn_transmembrane_protein_5(fn_plant_cell_96(X))
& fn_transmembrane_protein_5(fn_plant_cell_96(X)) = fn_transmembrane_protein_5(fn_plant_cell_96(X))
& fn_transmembrane_protein_5(fn_plant_cell_96(X)) = fn_biomembrane_41(fn_plant_cell_97(X))
& fn_plasma_membrane_65(fn_plant_cell_97(X)) = fn_plasma_membrane_65(fn_plant_cell_97(X))
& fn_plasma_membrane_65(fn_plant_cell_97(X)) = fn_biomembrane_41(fn_plant_cell_97(X))
& fn_biomembrane_41(fn_plant_cell_97(X)) = fn_plasma_membrane_65(fn_plant_cell_97(X))
& fn_plasma_membrane_65(fn_plant_cell_97(X)) = fn_integral_protein_12(fn_plant_cell_96(X))
& fn_integral_protein_12(fn_plant_cell_96(X)) = fn_plasma_membrane_51(fn_plant_cell_97(X))
& fn_plasma_membrane_51(fn_plant_cell_97(X)) = fn_integral_protein_12(fn_plant_cell_110(X))
& fn_biomembrane_62(fn_plant_cell_97(X)) = fn_integral_protein_12(fn_plant_cell_96(X))
& fn_integral_protein_12(fn_plant_cell_96(X)) = fn_integral_protein_12(fn_plant_cell_110(X))
& fn_integral_protein_12(fn_plant_cell_110(X)) = fn_biomembrane_62(fn_plant_cell_97(X))
& fn_biomembrane_62(fn_plant_cell_97(X)) = fn_biomembrane_62(fn_plant_cell_97(X))
& fn_biomembrane_62(fn_plant_cell_97(X)) = fn_plasma_membrane_78(fn_plant_cell_97(X))
& fn_plasma_membrane_78(fn_plant_cell_97(X)) = fn_carrier_protein_16(fn_plant_cell_110(X))
& fn_integral_protein_27(fn_plant_cell_110(X)) = fn_carrier_protein_16(fn_plant_cell_110(X))
& fn_carrier_protein_16(fn_plant_cell_110(X)) = fn_integral_protein_27(fn_plant_cell_96(X))
& fn_integral_protein_27(fn_plant_cell_110(X)) = fn_integral_protein_27(fn_plant_cell_96(X))
& fn_integral_protein_27(fn_plant_cell_96(X)) = fn_integral_protein_27(fn_plant_cell_110(X))
& fn_integral_protein_27(fn_plant_cell_110(X)) = fn_biomembrane_63(fn_plant_cell_97(X))
& fn_biomembrane_63(fn_plant_cell_97(X)) = fn_biomembrane_63(fn_plant_cell_97(X))
& fn_electrogenic_pump_19(fn_plant_cell_110(X)) = fn_biomembrane_63(fn_plant_cell_97(X))
& fn_biomembrane_63(fn_plant_cell_97(X)) = fn_electrogenic_pump_19(fn_plant_cell_110(X))
& fn_electrogenic_pump_19(fn_plant_cell_110(X)) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_electrogenic_pump_19(fn_plant_cell_110(X))
& fn_electrogenic_pump_19(fn_plant_cell_110(X)) = fn_plasma_membrane_71(fn_plant_cell_97(X))
& fn_plasma_membrane_71(fn_plant_cell_97(X)) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_plasma_membrane_71(fn_plant_cell_97(X))
& fn_plasma_membrane_71(fn_plant_cell_97(X)) = fn_plasma_membrane_71(fn_plant_cell_97(X))
& fn_plasma_membrane_71(fn_plant_cell_97(X)) = fn_eukaryotic_cell_46(X)
& fn_eukaryotic_cell_46(X) = fn_eukaryotic_cell_46(X)
& fn_eukaryotic_cell_46(X) = fn_plasma_membrane_66(fn_plant_cell_97(X))
& fn_plasma_membrane_66(fn_plant_cell_97(X)) = fn_plasma_membrane_66(fn_plant_cell_97(X))
& fn_plasma_membrane_66(fn_plant_cell_97(X)) = fn_transport_protein_34(fn_plant_cell_110(X))
& fn_transport_protein_34(fn_plant_cell_110(X)) = fn_carrier_protein_4(fn_plant_cell_110(X))
& fn_carrier_protein_4(fn_plant_cell_110(X)) = fn_carrier_protein_4(fn_plant_cell_110(X))
& fn_protein_pump_1(fn_plant_cell_110(X)) = fn_carrier_protein_4(fn_plant_cell_110(X))
& fn_carrier_protein_4(fn_plant_cell_110(X)) = fn_protein_pump_1(fn_plant_cell_110(X))
& fn_protein_pump_1(fn_plant_cell_110(X)) = fn_protein_pump_1(fn_plant_cell_110(X))
& fn_electrogenic_pump_5(fn_plant_cell_110(X)) = fn_protein_pump_1(fn_plant_cell_110(X))
& fn_protein_pump_1(fn_plant_cell_110(X)) = fn_electrogenic_pump_5(fn_plant_cell_110(X))
& fn_electrogenic_pump_5(fn_plant_cell_110(X)) = fn_electrogenic_pump_5(fn_plant_cell_110(X))
& fn_electrogenic_pump_35(fn_plant_cell_110(X)) = fn_electrogenic_pump_5(fn_plant_cell_110(X))
& fn_electrogenic_pump_5(fn_plant_cell_110(X)) = fn_electrogenic_pump_35(fn_plant_cell_110(X))
& fn_electrogenic_pump_35(fn_plant_cell_110(X)) = fn_electrogenic_pump_35(fn_plant_cell_110(X))
& fn_plasma_membrane_74(fn_plant_cell_97(X)) = fn_plasma_membrane_74(fn_plant_cell_97(X))
& fn_plasma_membrane_74(fn_plant_cell_97(X)) = fn_electrogenic_pump_35(fn_plant_cell_110(X))
& fn_electrogenic_pump_35(fn_plant_cell_110(X)) = fn_plasma_membrane_74(fn_plant_cell_97(X))
& fn_plasma_membrane_74(fn_plant_cell_97(X)) = fn_plasma_membrane_54(fn_plant_cell_97(X))
& fn_plasma_membrane_54(fn_plant_cell_97(X)) = fn_plasma_membrane_54(fn_plant_cell_97(X))
& fn_plasma_membrane_54(fn_plant_cell_97(X)) = fn_plasma_membrane_68(fn_plant_cell_97(X))
& fn_plasma_membrane_68(fn_plant_cell_97(X)) = fn_plasma_membrane_68(fn_plant_cell_97(X))
& fn_plasma_membrane_68(fn_plant_cell_97(X)) = fn_transmembrane_protein_4(fn_plant_cell_96(X))
& fn_transmembrane_protein_4(fn_plant_cell_96(X)) = fn_attach_2(fn_plant_cell_68(X))
& fn_attach_2(fn_plant_cell_68(X)) = fn_transmembrane_protein_4(fn_plant_cell_96(X))
& fn_transmembrane_protein_4(fn_plant_cell_96(X)) = fn_transmembrane_protein_4(fn_plant_cell_96(X))
& fn_transport_protein_35(fn_plant_cell_110(X)) = fn_transport_protein_35(fn_plant_cell_110(X))
& fn_transport_protein_35(fn_plant_cell_110(X)) = fn_transmembrane_protein_4(fn_plant_cell_96(X))
& fn_transmembrane_protein_4(fn_plant_cell_96(X)) = fn_transport_protein_35(fn_plant_cell_96(X))
& fn_transport_protein_35(fn_plant_cell_96(X)) = fn_transport_protein_35(fn_plant_cell_110(X))
& fn_protein_pump_3(fn_plant_cell_110(X)) = fn_transport_protein_35(fn_plant_cell_110(X))
& fn_transport_protein_35(fn_plant_cell_110(X)) = fn_protein_pump_3(fn_plant_cell_110(X))
& fn_protein_pump_3(fn_plant_cell_110(X)) = fn_protein_pump_3(fn_plant_cell_110(X))
& fn_electrogenic_pump_30(fn_plant_cell_110(X)) = fn_protein_pump_3(fn_plant_cell_110(X))
& fn_protein_pump_3(fn_plant_cell_110(X)) = fn_electrogenic_pump_30(fn_plant_cell_110(X))
& fn_electrogenic_pump_30(fn_plant_cell_110(X)) = fn_carrier_protein_18(fn_plant_cell_110(X))
& fn_carrier_protein_18(fn_plant_cell_110(X)) = fn_electrogenic_pump_30(fn_plant_cell_110(X))
& fn_electrogenic_pump_30(fn_plant_cell_110(X)) = fn_electrogenic_pump_30(fn_plant_cell_110(X))
& fn_electrogenic_pump_30(fn_plant_cell_110(X)) = fn_integral_protein_24(fn_plant_cell_96(X))
& fn_integral_protein_24(fn_plant_cell_96(X)) = fn_carrier_protein_18(fn_plant_cell_110(X))
& fn_carrier_protein_18(fn_plant_cell_110(X)) = fn_integral_protein_24(fn_plant_cell_110(X))
& fn_integral_protein_24(fn_plant_cell_110(X)) = fn_carrier_protein_18(fn_plant_cell_110(X))
& fn_carrier_protein_18(fn_plant_cell_110(X)) = fn_carrier_protein_18(fn_plant_cell_110(X))
& fn_carrier_protein_18(fn_plant_cell_110(X)) = fn_integral_protein_24(fn_plant_cell_96(X))
& fn_eukaryotic_cell_29(X) = fn_integral_protein_24(fn_plant_cell_96(X))
& fn_integral_protein_24(fn_plant_cell_96(X)) = fn_integral_protein_24(fn_plant_cell_110(X))
& fn_integral_protein_24(fn_plant_cell_110(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_plant_cell_wall_26(fn_plant_cell_82(X))
& fn_plant_cell_wall_26(fn_plant_cell_82(X)) = fn_plant_cell_wall_26(fn_plant_cell_82(X))
& fn_plant_cell_wall_26(fn_plant_cell_82(X)) = fn_golgi_apparatus_82(fn_plant_cell_100(X))
& fn_golgi_apparatus_82(fn_plant_cell_100(X)) = fn_golgi_apparatus_82(fn_plant_cell_100(X))
& fn_golgi_apparatus_82(fn_plant_cell_100(X)) = fn_vacuole_7(fn_plant_cell_81(X))
& fn_central_vacuole_18(fn_plant_cell_81(X)) = fn_vacuole_7(fn_plant_cell_81(X))
& fn_vacuole_7(fn_plant_cell_81(X)) = fn_central_vacuole_18(fn_plant_cell_81(X))
& fn_central_vacuole_18(fn_plant_cell_81(X)) = fn_nucleus_13(fn_plant_cell_84(X))
& fn_nucleus_13(fn_plant_cell_84(X)) = fn_nucleus_13(fn_plant_cell_84(X))
& fn_nucleus_13(fn_plant_cell_84(X)) = fn_endoplasmic_reticulum_28(fn_plant_cell_90(X))
& fn_endoplasmic_reticulum_28(fn_plant_cell_90(X)) = fn_golgi_apparatus_89(fn_plant_cell_100(X))
& fn_golgi_apparatus_89(fn_plant_cell_100(X)) = fn_golgi_apparatus_89(fn_plant_cell_100(X))
& fn_golgi_apparatus_89(fn_plant_cell_100(X)) = fn_endoplasmic_reticulum_23(fn_plant_cell_90(X))
& fn_endoplasmic_reticulum_23(fn_plant_cell_90(X)) = fn_eukaryotic_cell_45(X)
& fn_endoplasmic_reticulum_12(fn_plant_cell_90(X)) = fn_eukaryotic_cell_45(X)
& fn_eukaryotic_cell_45(X) = fn_endoplasmic_reticulum_12(fn_plant_cell_90(X))
& fn_endoplasmic_reticulum_12(fn_plant_cell_90(X)) = fn_eukaryotic_cell_26(X)
& fn_rough_endoplasmic_reticulum_27(fn_plant_cell_90(X)) = fn_eukaryotic_cell_26(X)
& fn_eukaryotic_cell_26(X) = fn_rough_endoplasmic_reticulum_27(fn_plant_cell_90(X))
& fn_rough_endoplasmic_reticulum_27(fn_plant_cell_90(X)) = fn_golgi_apparatus_90(fn_plant_cell_100(X))
& fn_golgi_apparatus_90(fn_plant_cell_100(X)) = fn_golgi_apparatus_90(fn_plant_cell_100(X))
& fn_golgi_apparatus_90(fn_plant_cell_100(X)) = fn_endoplasmic_reticulum_41(fn_plant_cell_90(X))
& fn_endoplasmic_reticulum_41(fn_plant_cell_90(X)) = fn_endoplasmic_reticulum_41(fn_plant_cell_90(X))
& fn_endoplasmic_reticulum_41(fn_plant_cell_90(X)) = fn_eukaryotic_cell_61(X)
& fn_eukaryotic_cell_61(X) = fn_endoplasmic_reticulum_13(fn_plant_cell_90(X))
& fn_endoplasmic_reticulum_13(fn_plant_cell_90(X)) = fn_endoplasmic_reticulum_13(fn_plant_cell_90(X))
& fn_endoplasmic_reticulum_13(fn_plant_cell_90(X)) = fn_move_1(fn_plant_cell_72(X))
& fn_move_1(fn_plant_cell_72(X)) = fn_vesicle_8(fn_plant_cell_87(X))
& fn_vesicle_8(fn_plant_cell_87(X)) = fn_vesicle_8(fn_plant_cell_87(X))
& fn_eukaryotic_cell_31(X) = fn_vesicle_8(fn_plant_cell_87(X))
& fn_vesicle_8(fn_plant_cell_87(X)) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_eukaryotic_cell_31(X)
& fn_rough_endoplasmic_reticulum_32(fn_plant_cell_90(X)) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_rough_endoplasmic_reticulum_32(fn_plant_cell_90(X))
& fn_cytoplasmic_streaming_12(fn_plant_cell_89(X)) = fn_rough_endoplasmic_reticulum_32(fn_plant_cell_90(X))
& fn_rough_endoplasmic_reticulum_32(fn_plant_cell_90(X)) = fn_rough_endoplasmic_reticulum_32(fn_plant_cell_90(X))
& fn_rough_endoplasmic_reticulum_32(fn_plant_cell_90(X)) = fn_cytoplasmic_streaming_12(fn_plant_cell_89(X))
& fn_cytoplasmic_streaming_12(fn_plant_cell_89(X)) = fn_vacuole_10(fn_plant_cell_81(X))
& fn_vacuole_10(fn_plant_cell_81(X)) = fn_vacuole_10(fn_plant_cell_81(X))
& fn_vacuole_10(fn_plant_cell_81(X)) = fn_cytoplasm_7(fn_plant_cell_83(X))
& fn_cytoplasm_7(fn_plant_cell_83(X)) = fn_vesicle_5(fn_plant_cell_87(X))
& fn_vesicle_5(fn_plant_cell_87(X)) = fn_vesicle_5(fn_plant_cell_87(X))
& fn_vesicle_5(fn_plant_cell_87(X)) = fn_cytoplasm_7(fn_plant_cell_83(X))
& fn_cytoplasm_7(fn_plant_cell_83(X)) = fn_metabolic_pathway_1(fn_plant_cell_63(X))
& fn_metabolic_pathway_1(fn_plant_cell_63(X)) = fn_cytoplasm_7(fn_plant_cell_83(X))
& fn_cytoplasm_7(fn_plant_cell_83(X)) = fn_cytoplasm_7(fn_plant_cell_83(X))
& fn_cytoplasm_7(fn_plant_cell_83(X)) = fn_cellular_transport_1(fn_plant_cell_89(X))
& fn_cellular_transport_1(fn_plant_cell_89(X)) = fn_metabolic_pathway_1(fn_plant_cell_63(X))
& fn_metabolic_pathway_1(fn_plant_cell_63(X)) = fn_cellular_transport_1(fn_plant_cell_89(X))
& fn_cellular_transport_1(fn_plant_cell_89(X)) = fn_rough_endoplasmic_reticulum_62(fn_plant_cell_90(X))
& fn_plant_cell_wall_24(fn_plant_cell_82(X)) = fn_rough_endoplasmic_reticulum_62(fn_plant_cell_90(X))
& fn_rough_endoplasmic_reticulum_62(fn_plant_cell_90(X)) = fn_rough_endoplasmic_reticulum_62(fn_plant_cell_90(X))
& fn_rough_endoplasmic_reticulum_62(fn_plant_cell_90(X)) = fn_plant_cell_wall_24(fn_plant_cell_82(X))
& fn_plant_cell_wall_24(fn_plant_cell_82(X)) = fn_plant_cell_wall_24(fn_plant_cell_82(X))
& fn_plant_cell_wall_24(fn_plant_cell_82(X)) = fn_golgi_apparatus_22(fn_plant_cell_100(X))
& fn_golgi_apparatus_22(fn_plant_cell_100(X)) = fn_golgi_apparatus_22(fn_plant_cell_100(X))
& fn_golgi_apparatus_22(fn_plant_cell_100(X)) = fn_central_vacuole_12(fn_plant_cell_81(X))
& fn_central_vacuole_12(fn_plant_cell_81(X)) = fn_central_vacuole_12(fn_plant_cell_81(X))
& fn_central_vacuole_12(fn_plant_cell_81(X)) = fn_endoplasmic_reticulum_11(fn_plant_cell_90(X))
& fn_endoplasmic_reticulum_11(fn_plant_cell_90(X)) = fn_endoplasmic_reticulum_11(fn_plant_cell_90(X))
& fn_endoplasmic_reticulum_11(fn_plant_cell_90(X)) = fn_eukaryotic_oxidative_phosphorylation_334(fn_plant_cell_80(X))
& fn_eukaryotic_oxidative_phosphorylation_334(fn_plant_cell_80(X)) = fn_eukaryotic_oxidative_phosphorylation_334(fn_plant_cell_80(X))
& fn_eukaryotic_oxidative_phosphorylation_334(fn_plant_cell_80(X)) = fn_vacuole_12(fn_plant_cell_81(X))
& fn_vacuole_12(fn_plant_cell_81(X)) = fn_vacuole_12(fn_plant_cell_81(X))
& fn_vacuole_12(fn_plant_cell_81(X)) = fn_move_1(fn_plant_cell_51(X))
& fn_move_1(fn_plant_cell_51(X)) = fn_plasma_membrane_4(fn_plant_cell_97(X))
& fn_plasma_membrane_4(fn_plant_cell_97(X)) = fn_plasma_membrane_4(fn_plant_cell_97(X))
& fn_plasma_membrane_4(fn_plant_cell_97(X)) = fn_plasma_membrane_3(fn_plant_cell_97(X))
& fn_plasma_membrane_55(fn_plant_cell_97(X)) = fn_plasma_membrane_3(fn_plant_cell_97(X))
& fn_plasma_membrane_3(fn_plant_cell_97(X)) = fn_plasma_membrane_55(fn_plant_cell_97(X))
& fn_plasma_membrane_55(fn_plant_cell_97(X)) = fn_plasma_membrane_55(fn_plant_cell_97(X))
& fn_plasma_membrane_55(fn_plant_cell_97(X)) = fn_attach_1(fn_plant_cell_68(X))
& fn_attach_1(fn_plant_cell_68(X)) = fn_electrogenic_pump_25(fn_plant_cell_110(X))
& fn_electrogenic_pump_25(fn_plant_cell_110(X)) = fn_proton_pump_21(fn_plant_cell_110(X))
& fn_proton_pump_21(fn_plant_cell_110(X)) = fn_proton_pump_21(fn_plant_cell_110(X))
& fn_proton_pump_21(fn_plant_cell_110(X)) = fn_lipid_2(fn_plant_cell_39(X))
& fn_lipid_2(fn_plant_cell_39(X)) = fn_lipid_2(fn_plant_cell_39(X))
& fn_lipid_2(fn_plant_cell_39(X)) = fn_phospholipid_layer_21(fn_plant_cell_109(X))
& fn_phospholipid_layer_21(fn_plant_cell_109(X)) = fn_biomembrane_66(fn_plant_cell_97(X))
& fn_biomembrane_66(fn_plant_cell_97(X)) = fn_phospholipid_layer_21(fn_plant_cell_109(X))
& fn_phospholipid_layer_21(fn_plant_cell_109(X)) = fn_vesicle_7(fn_plant_cell_87(X))
& fn_vacuole_2(fn_plant_cell_81(X)) = fn_vesicle_7(fn_plant_cell_87(X))
& fn_vesicle_7(fn_plant_cell_87(X)) = fn_vacuole_2(fn_plant_cell_81(X))
& fn_vacuole_2(fn_plant_cell_81(X)) = fn_cytoplasm_8(fn_plant_cell_83(X))
& fn_eukaryotic_cell_42(X) = fn_cytoplasm_8(fn_plant_cell_83(X))
& fn_cytoplasm_8(fn_plant_cell_83(X)) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_rough_endoplasmic_reticulum_23(fn_plant_cell_90(X))
& fn_cytoplasmic_streaming_9(fn_plant_cell_89(X)) = fn_rough_endoplasmic_reticulum_23(fn_plant_cell_90(X))
& fn_rough_endoplasmic_reticulum_23(fn_plant_cell_90(X)) = fn_cytoplasmic_streaming_9(fn_plant_cell_89(X))
& fn_cytoplasmic_streaming_9(fn_plant_cell_89(X)) = fn_cytoplasmic_streaming_9(fn_plant_cell_89(X))
& fn_cytoplasmic_streaming_9(fn_plant_cell_89(X)) = fn_golgi_apparatus_91(fn_plant_cell_100(X))
& fn_golgi_apparatus_91(fn_plant_cell_100(X)) = fn_golgi_apparatus_91(fn_plant_cell_100(X))
& fn_golgi_apparatus_91(fn_plant_cell_100(X)) = fn_central_vacuole_20(fn_plant_cell_81(X))
& fn_central_vacuole_20(fn_plant_cell_81(X)) = fn_central_vacuole_20(fn_plant_cell_81(X))
& fn_central_vacuole_20(fn_plant_cell_81(X)) = fn_vacuole_9(fn_plant_cell_81(X))
& fn_endoplasmic_reticulum_40(fn_plant_cell_90(X)) = fn_endoplasmic_reticulum_40(fn_plant_cell_90(X))
& fn_endoplasmic_reticulum_40(fn_plant_cell_90(X)) = fn_vacuole_9(fn_plant_cell_81(X))
& fn_vacuole_9(fn_plant_cell_81(X)) = fn_endoplasmic_reticulum_40(fn_plant_cell_90(X))
& fn_endoplasmic_reticulum_40(fn_plant_cell_90(X)) = fn_eukaryotic_cell_19(X)
& fn_eukaryotic_cell_19(X) = fn_golgi_apparatus_65(fn_plant_cell_100(X))
& fn_golgi_apparatus_65(fn_plant_cell_100(X)) = fn_golgi_apparatus_65(fn_plant_cell_100(X))
& fn_golgi_apparatus_65(fn_plant_cell_100(X)) = fn_plasma_membrane_84(fn_plant_cell_97(X))
& fn_plasma_membrane_84(fn_plant_cell_97(X)) = fn_lipid_2(fn_plant_cell_38(X))
& fn_lipid_2(fn_plant_cell_38(X)) = fn_lipid_2(fn_plant_cell_38(X))
& fn_lipid_2(fn_plant_cell_38(X)) = fn_store_3(fn_plant_cell_28(X))
& fn_store_3(fn_plant_cell_28(X)) = fn_store_3(fn_plant_cell_79(X))
& fn_store_3(fn_plant_cell_79(X)) = fn_vacuole_11(fn_plant_cell_81(X))
& fn_vacuole_11(fn_plant_cell_81(X)) = fn_store_3(fn_plant_cell_79(X))
& fn_store_3(fn_plant_cell_79(X)) = fn_store_3(fn_plant_cell_28(X))
& fn_store_3(fn_plant_cell_28(X)) = fn_vacuole_11(fn_plant_cell_81(X))
& fn_vacuole_11(fn_plant_cell_81(X)) = fn_oxidative_phosphorylation_14(fn_plant_cell_80(X))
& fn_oxidative_phosphorylation_14(fn_plant_cell_80(X)) = fn_eukaryotic_oxidative_phosphorylation_118(fn_plant_cell_80(X))
& fn_eukaryotic_oxidative_phosphorylation_118(fn_plant_cell_80(X)) = fn_eukaryotic_oxidative_phosphorylation_118(fn_plant_cell_80(X))
& fn_eukaryotic_cellular_respiration_98(fn_plant_cell_63(X)) = fn_eukaryotic_oxidative_phosphorylation_118(fn_plant_cell_80(X))
& fn_eukaryotic_oxidative_phosphorylation_118(fn_plant_cell_80(X)) = fn_eukaryotic_cellular_respiration_98(fn_plant_cell_63(X))
& fn_eukaryotic_cellular_respiration_98(fn_plant_cell_63(X)) = fn_eukaryotic_cellular_respiration_98(fn_plant_cell_63(X))
& fn_eukaryotic_cellular_respiration_98(fn_plant_cell_63(X)) = fn_eukaryotic_cellular_respiration_42(fn_plant_cell_63(X))
& fn_eukaryotic_cellular_respiration_42(fn_plant_cell_63(X)) = fn_chemical_reaction_2(fn_plant_cell_80(X))
& fn_chemical_reaction_2(fn_plant_cell_80(X)) = fn_eukaryotic_cellular_respiration_42(fn_plant_cell_63(X))
& fn_eukaryotic_cellular_respiration_42(fn_plant_cell_63(X)) = fn_eukaryotic_cellular_respiration_42(fn_plant_cell_63(X))
& fn_eukaryotic_cellular_respiration_111(fn_plant_cell_63(X)) = fn_eukaryotic_cellular_respiration_42(fn_plant_cell_63(X))
& fn_eukaryotic_cellular_respiration_42(fn_plant_cell_63(X)) = fn_eukaryotic_cellular_respiration_111(fn_plant_cell_63(X))
& fn_eukaryotic_cellular_respiration_111(fn_plant_cell_63(X)) = fn_eukaryotic_cellular_respiration_111(fn_plant_cell_63(X))
& fn_eukaryotic_cellular_respiration_111(fn_plant_cell_63(X)) = fn_eukaryotic_cell_25(X)
& fn_eukaryotic_cell_25(X) = fn_eukaryotic_cell_25(X)
& fn_eukaryotic_cell_25(X) = fn_eukaryotic_oxidative_phosphorylation_322(fn_plant_cell_80(X))
& fn_eukaryotic_oxidative_phosphorylation_322(fn_plant_cell_80(X)) = fn_eukaryotic_oxidative_phosphorylation_322(fn_plant_cell_80(X))
& fn_eukaryotic_cellular_respiration_101(fn_plant_cell_63(X)) = fn_eukaryotic_cellular_respiration_101(fn_plant_cell_63(X))
& fn_eukaryotic_cellular_respiration_101(fn_plant_cell_63(X)) = fn_eukaryotic_oxidative_phosphorylation_322(fn_plant_cell_80(X))
& fn_eukaryotic_oxidative_phosphorylation_322(fn_plant_cell_80(X)) = fn_eukaryotic_cellular_respiration_101(fn_plant_cell_63(X))
& fn_eukaryotic_cellular_respiration_101(fn_plant_cell_63(X)) = fn_eukaryotic_cellular_respiration_100(fn_plant_cell_63(X))
& fn_eukaryotic_cellular_respiration_100(fn_plant_cell_63(X)) = fn_eukaryotic_oxidative_phosphorylation_325(fn_plant_cell_80(X))
& fn_eukaryotic_oxidative_phosphorylation_325(fn_plant_cell_80(X)) = fn_eukaryotic_cellular_respiration_100(fn_plant_cell_63(X)) ) ) ).
fof(a531773,axiom,
! [X] :
( plant_cell_inside_hypertonic_solution_1(X)
=> ( original_name_2(X,'Plant-Cell-Inside-Hypertonic-Solution')
& user_description_2(X,'A plant cell within a solution that contains more solute than the interior of the cell which will result in water diffusing out of and shrinking the cell.')
& concept2words_2(X,'plant cell inside hypertonic solution')
& concept2words_2(X,'plant-cell-inside-hypertonic-solution')
& walled_cell_inside_hypertonic_solution_1(X)
& plant_transport_cell_1(X)
& ~ bundle_sheath_cell_1(X)
& ~ collenchyma_cell_1(X)
& ~ companion_cell_1(X)
& ~ fiber_cell_1(X)
& ~ fusiform_initials_1(X)
& ~ guard_cell_1(X)
& ~ initial_meristem_1(X)
& ~ mesophyll_cell_1(X)
& ~ parenchyma_cell_1(X)
& ~ placental_transfer_cell_1(X)
& ~ plant_cell_inside_hypotonic_solution_1(X)
& ~ plant_cell_inside_isotonic_solution_1(X)
& ~ rhizoid_1(X)
& ~ sclereid_1(X)
& ~ sclerenchyma_cell_1(X)
& ~ sieve_tube_element_1(X)
& ~ tracheid_1(X)
& ~ vessel_element_1(X)
& ~ bacterial_cell_inside_hypertonic_solution_1(X)
& ~ fungal_cell_inside_hypertonic_solution_1(X) ) ) ).
fof(a531774,axiom,
! [X] :
( plant_cell_inside_hypotonic_solution_1(X)
=> ( original_name_2(X,'Plant-Cell-Inside-Hypotonic-Solution')
& user_description_2(X,'This is the condition in which plant cell is placed inside hypotonic solution')
& concept2words_2(X,'plant cell inside hypotonic solution')
& concept2words_2(X,'plant-cell-inside-hypotonic-solution')
& walled_cell_inside_hypotonic_solution_1(X)
& plant_transport_cell_1(X)
& ~ bundle_sheath_cell_1(X)
& ~ collenchyma_cell_1(X)
& ~ companion_cell_1(X)
& ~ fiber_cell_1(X)
& ~ fusiform_initials_1(X)
& ~ guard_cell_1(X)
& ~ initial_meristem_1(X)
& ~ mesophyll_cell_1(X)
& ~ parenchyma_cell_1(X)
& ~ placental_transfer_cell_1(X)
& ~ plant_cell_inside_hypertonic_solution_1(X)
& ~ plant_cell_inside_isotonic_solution_1(X)
& ~ rhizoid_1(X)
& ~ sclereid_1(X)
& ~ sclerenchyma_cell_1(X)
& ~ sieve_tube_element_1(X)
& ~ tracheid_1(X)
& ~ vessel_element_1(X) ) ) ).
fof(a531775,axiom,
! [X] :
( plant_cell_inside_isotonic_solution_1(X)
=> ( original_name_2(X,'Plant-Cell-Inside-Isotonic-Solution')
& user_description_2(X,'Because both the cell and the outside are isotonic (equally balanced in concentration) the water will contue to move equally in both directions.')
& concept2words_2(X,'plant cell inside isotonic solution')
& concept2words_2(X,'plant-cell-inside-isotonic-solution')
& walled_cell_inside_isotonic_solution_1(X)
& plant_transport_cell_1(X)
& ~ bundle_sheath_cell_1(X)
& ~ collenchyma_cell_1(X)
& ~ companion_cell_1(X)
& ~ fiber_cell_1(X)
& ~ fusiform_initials_1(X)
& ~ guard_cell_1(X)
& ~ initial_meristem_1(X)
& ~ mesophyll_cell_1(X)
& ~ parenchyma_cell_1(X)
& ~ placental_transfer_cell_1(X)
& ~ plant_cell_inside_hypertonic_solution_1(X)
& ~ plant_cell_inside_hypotonic_solution_1(X)
& ~ rhizoid_1(X)
& ~ sclereid_1(X)
& ~ sclerenchyma_cell_1(X)
& ~ sieve_tube_element_1(X)
& ~ tracheid_1(X)
& ~ vessel_element_1(X)
& synthesis_reaction_1(fn_plant_cell_inside_isotonic_solution_1(X))
& move_1(fn_plant_cell_inside_isotonic_solution_6(X))
& size_value_1(fn_plant_cell_inside_isotonic_solution_7(X))
& carbon_1(fn_plant_cell_inside_isotonic_solution_8(X))
& entity_1(fn_plant_cell_inside_isotonic_solution_8(X))
& chemical_entity_1(fn_plant_cell_inside_isotonic_solution_8(X))
& atom_1(fn_plant_cell_inside_isotonic_solution_8(X))
& size_value_1(fn_plant_cell_inside_isotonic_solution_9(X))
& lipid_1(fn_plant_cell_inside_isotonic_solution_10(X))
& size_value_1(fn_plant_cell_inside_isotonic_solution_11(X))
& size_value_1(fn_plant_cell_inside_isotonic_solution_12(X))
& organelle_1(fn_plant_cell_inside_isotonic_solution_13(X))
& mitochondrion_1(fn_plant_cell_inside_isotonic_solution_13(X))
& semiautonomous_organelle_1(fn_plant_cell_inside_isotonic_solution_13(X))
& cellular_work_1(fn_plant_cell_inside_isotonic_solution_14(X))
& extracellular_side_1(fn_plant_cell_inside_isotonic_solution_15(X))
& extra_cellular_matrix_1(fn_plant_cell_inside_isotonic_solution_16(X))
& spatial_entity_1(fn_plant_cell_inside_isotonic_solution_17(X))
& biomembrane_1(fn_plant_cell_inside_isotonic_solution_17(X))
& nuclear_membrane_1(fn_plant_cell_inside_isotonic_solution_17(X))
& surface_1(fn_plant_cell_inside_isotonic_solution_19(X))
& outside_face_1(fn_plant_cell_inside_isotonic_solution_19(X))
& extracellular_side_1(fn_plant_cell_inside_isotonic_solution_19(X))
& membrane_protein_1(fn_plant_cell_inside_isotonic_solution_20(X))
& protein_pump_1(fn_plant_cell_inside_isotonic_solution_20(X))
& tangible_entity_1(fn_plant_cell_inside_isotonic_solution_20(X))
& transmembrane_protein_1(fn_plant_cell_inside_isotonic_solution_20(X))
& transport_protein_1(fn_plant_cell_inside_isotonic_solution_20(X))
& carrier_protein_1(fn_plant_cell_inside_isotonic_solution_20(X))
& integral_protein_1(fn_plant_cell_inside_isotonic_solution_20(X))
& electrogenic_pump_1(fn_plant_cell_inside_isotonic_solution_20(X))
& spatial_entity_1(fn_plant_cell_inside_isotonic_solution_20(X))
& proton_pump_1(fn_plant_cell_inside_isotonic_solution_20(X))
& substance_1(fn_plant_cell_inside_isotonic_solution_21(X))
& aqueous_solution_1(fn_plant_cell_inside_isotonic_solution_21(X))
& carbon_skeleton_1(fn_plant_cell_inside_isotonic_solution_22(X))
& spatial_entity_1(fn_plant_cell_inside_isotonic_solution_23(X))
& polymer_1(fn_plant_cell_inside_isotonic_solution_23(X))
& tangible_entity_1(fn_plant_cell_inside_isotonic_solution_23(X))
& membrane_protein_1(fn_plant_cell_inside_isotonic_solution_23(X))
& protein_1(fn_plant_cell_inside_isotonic_solution_23(X))
& tangible_entity_1(fn_plant_cell_inside_isotonic_solution_24(X))
& membrane_protein_1(fn_plant_cell_inside_isotonic_solution_24(X))
& protein_1(fn_plant_cell_inside_isotonic_solution_24(X))
& spatial_entity_1(fn_plant_cell_inside_isotonic_solution_24(X))
& polymer_1(fn_plant_cell_inside_isotonic_solution_24(X))
& ion_channel_1(fn_plant_cell_inside_isotonic_solution_25(X))
& hydrophobic_core_1(fn_plant_cell_inside_isotonic_solution_26(X))
& attach_1(fn_plant_cell_inside_isotonic_solution_27(X))
& quantity_value_1(fn_plant_cell_inside_isotonic_solution_28(X))
& phospholipid_layer_1(fn_plant_cell_inside_isotonic_solution_29(X))
& tangible_entity_1(fn_plant_cell_inside_isotonic_solution_30(X))
& organic_molecule_1(fn_plant_cell_inside_isotonic_solution_30(X))
& spatial_entity_1(fn_plant_cell_inside_isotonic_solution_30(X))
& phospholipid_1(fn_plant_cell_inside_isotonic_solution_30(X))
& lipid_1(fn_plant_cell_inside_isotonic_solution_30(X))
& ribosome_1(fn_plant_cell_inside_isotonic_solution_31(X))
& eukaryotic_ribosome_1(fn_plant_cell_inside_isotonic_solution_31(X))
& aqueous_solution_1(fn_plant_cell_inside_isotonic_solution_32(X))
& liquid_substance_1(fn_plant_cell_inside_isotonic_solution_32(X))
& solution_1(fn_plant_cell_inside_isotonic_solution_32(X))
& substance_1(fn_plant_cell_inside_isotonic_solution_32(X))
& cytosol_1(fn_plant_cell_inside_isotonic_solution_32(X))
& eukaryotic_chromosome_1(fn_plant_cell_inside_isotonic_solution_33(X))
& chromosome_1(fn_plant_cell_inside_isotonic_solution_33(X))
& protein_enzyme_1(fn_plant_cell_inside_isotonic_solution_34(X))
& er_membrane_1(fn_plant_cell_inside_isotonic_solution_35(X))
& organic_molecule_1(fn_plant_cell_inside_isotonic_solution_36(X))
& protein_enzyme_1(fn_plant_cell_inside_isotonic_solution_37(X))
& smooth_endoplasmic_reticulum_1(fn_plant_cell_inside_isotonic_solution_38(X))
& catabolic_pathway_1(fn_plant_cell_inside_isotonic_solution_39(X))
& metabolic_pathway_1(fn_plant_cell_inside_isotonic_solution_39(X))
& eukaryotic_cellular_respiration_1(fn_plant_cell_inside_isotonic_solution_39(X))
& entity_1(fn_plant_cell_inside_isotonic_solution_40(X))
& substance_1(fn_plant_cell_inside_isotonic_solution_40(X))
& chemical_1(fn_plant_cell_inside_isotonic_solution_40(X))
& water_1(fn_plant_cell_inside_isotonic_solution_40(X))
& tangible_entity_1(fn_plant_cell_inside_isotonic_solution_41(X))
& phospholipid_bilayer_1(fn_plant_cell_inside_isotonic_solution_41(X))
& absorb_1(fn_plant_cell_inside_isotonic_solution_42(X))
& defense_1(fn_plant_cell_inside_isotonic_solution_43(X))
& grow_1(fn_plant_cell_inside_isotonic_solution_44(X))
& support_1(fn_plant_cell_inside_isotonic_solution_45(X))
& maintenance_1(fn_plant_cell_inside_isotonic_solution_46(X))
& lose_1(fn_plant_cell_inside_isotonic_solution_47(X))
& chemical_reaction_1(fn_plant_cell_inside_isotonic_solution_48(X))
& oxidative_phosphorylation_1(fn_plant_cell_inside_isotonic_solution_48(X))
& eukaryotic_oxidative_phosphorylation_1(fn_plant_cell_inside_isotonic_solution_48(X))
& synthesis_reaction_1(fn_plant_cell_inside_isotonic_solution_49(X))
& metabolic_pathway_1(fn_plant_cell_inside_isotonic_solution_49(X))
& chemical_reaction_1(fn_plant_cell_inside_isotonic_solution_49(X))
& anabolic_pathway_1(fn_plant_cell_inside_isotonic_solution_49(X))
& synthesis_of_lipid_1(fn_plant_cell_inside_isotonic_solution_49(X))
& exchange_1(fn_plant_cell_inside_isotonic_solution_50(X))
& take_in_1(fn_plant_cell_inside_isotonic_solution_51(X))
& isotonic_solution_1(fn_plant_cell_inside_isotonic_solution_52(X))
& size_value_1(fn_plant_cell_inside_isotonic_solution_53(X))
& surface_1(fn_plant_cell_inside_isotonic_solution_54(X))
& volume_value_1(fn_plant_cell_inside_isotonic_solution_55(X))
& cell_wall_1(fn_plant_cell_inside_isotonic_solution_56(X))
& plant_cell_wall_1(fn_plant_cell_inside_isotonic_solution_56(X))
& golgi_apparatus_1(fn_plant_cell_inside_isotonic_solution_57(X))
& peroxisome_1(fn_plant_cell_inside_isotonic_solution_58(X))
& rough_endoplasmic_reticulum_1(fn_plant_cell_inside_isotonic_solution_59(X))
& endoplasmic_reticulum_1(fn_plant_cell_inside_isotonic_solution_59(X))
& spatial_entity_1(fn_plant_cell_inside_isotonic_solution_60(X))
& vesicle_1(fn_plant_cell_inside_isotonic_solution_60(X))
& central_vacuole_1(fn_plant_cell_inside_isotonic_solution_60(X))
& spatial_entity_1(fn_plant_cell_inside_isotonic_solution_61(X))
& vacuole_1(fn_plant_cell_inside_isotonic_solution_61(X))
& central_vacuole_1(fn_plant_cell_inside_isotonic_solution_61(X))
& tangible_entity_1(fn_plant_cell_inside_isotonic_solution_62(X))
& nucleus_1(fn_plant_cell_inside_isotonic_solution_62(X))
& cytoskeleton_1(fn_plant_cell_inside_isotonic_solution_63(X))
& membrane_1(fn_plant_cell_inside_isotonic_solution_64(X))
& spatial_entity_1(fn_plant_cell_inside_isotonic_solution_64(X))
& biomembrane_1(fn_plant_cell_inside_isotonic_solution_64(X))
& plasma_membrane_1(fn_plant_cell_inside_isotonic_solution_64(X))
& spatial_entity_1(fn_plant_cell_inside_isotonic_solution_65(X))
& suspension_1(fn_plant_cell_inside_isotonic_solution_65(X))
& colloid_1(fn_plant_cell_inside_isotonic_solution_65(X))
& mixture_1(fn_plant_cell_inside_isotonic_solution_65(X))
& cytoplasm_1(fn_plant_cell_inside_isotonic_solution_65(X))
& cellular_transport_1(fn_plant_cell_inside_isotonic_solution_68(X))
& cytoplasmic_streaming_1(fn_plant_cell_inside_isotonic_solution_68(X))
& organic_molecule_1(fn_catabolic_pathway_10(fn_plant_cell_inside_isotonic_solution_39(X)))
& property_node_1(fn_proton_pump_13(fn_plant_cell_inside_isotonic_solution_20(X)))
& property_node_1(fn_proton_pump_12(fn_plant_cell_inside_isotonic_solution_20(X)))
& property_node_1(fn_carrier_protein_1(fn_plant_cell_inside_isotonic_solution_20(X)))
& quantity_value_1(fn_carrier_protein_2(fn_plant_cell_inside_isotonic_solution_20(X)))
& phospholipid_layer_1(fn_integral_protein_11(fn_plant_cell_inside_isotonic_solution_20(X)))
& surface_1(fn_electrogenic_pump_4(fn_plant_cell_inside_isotonic_solution_20(X)))
& spatial_entity_1(fn_protein_pump_3(fn_plant_cell_inside_isotonic_solution_20(X)))
& biomembrane_1(fn_protein_pump_3(fn_plant_cell_inside_isotonic_solution_20(X)))
& spatial_entity_1(fn_transport_protein_35(fn_plant_cell_inside_isotonic_solution_20(X)))
& biomembrane_1(fn_transport_protein_35(fn_plant_cell_inside_isotonic_solution_20(X)))
& membrane_1(fn_electrogenic_pump_30(fn_plant_cell_inside_isotonic_solution_20(X)))
& spatial_entity_1(fn_electrogenic_pump_30(fn_plant_cell_inside_isotonic_solution_20(X)))
& biomembrane_1(fn_electrogenic_pump_30(fn_plant_cell_inside_isotonic_solution_20(X)))
& membrane_1(fn_carrier_protein_18(fn_plant_cell_inside_isotonic_solution_20(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_plant_cell_inside_isotonic_solution_20(X)))
& biomembrane_1(fn_carrier_protein_18(fn_plant_cell_inside_isotonic_solution_20(X)))
& biomembrane_1(fn_integral_protein_24(fn_plant_cell_inside_isotonic_solution_20(X)))
& chemical_reaction_1(fn_eukaryotic_cellular_respiration_96(fn_plant_cell_inside_isotonic_solution_39(X)))
& oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_plant_cell_inside_isotonic_solution_39(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_plant_cell_inside_isotonic_solution_39(X)))
& organelle_1(fn_eukaryotic_cellular_respiration_101(fn_plant_cell_inside_isotonic_solution_39(X)))
& mitochondrion_1(fn_eukaryotic_cellular_respiration_101(fn_plant_cell_inside_isotonic_solution_39(X)))
& semiautonomous_organelle_1(fn_eukaryotic_cellular_respiration_101(fn_plant_cell_inside_isotonic_solution_39(X)))
& cell_1(fn_cellular_transport_1(fn_plant_cell_inside_isotonic_solution_68(X)))
& cell_1(fn_metabolic_pathway_1(fn_plant_cell_inside_isotonic_solution_39(X)))
& mixture_1(fn_cytoplasmic_streaming_12(fn_plant_cell_inside_isotonic_solution_68(X)))
& cytoplasm_1(fn_cytoplasmic_streaming_12(fn_plant_cell_inside_isotonic_solution_68(X)))
& substance_1(fn_cytoplasmic_streaming_9(fn_plant_cell_inside_isotonic_solution_68(X)))
& cytosol_1(fn_cytoplasmic_streaming_9(fn_plant_cell_inside_isotonic_solution_68(X)))
& cytoskeleton_1(fn_cytoplasmic_streaming_6(fn_plant_cell_inside_isotonic_solution_68(X)))
& tangible_entity_1(fn_transport_protein_12(fn_plant_cell_inside_isotonic_solution_20(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_plant_cell_inside_isotonic_solution_20(X)))
& tangible_entity_1(fn_electrogenic_pump_19(fn_plant_cell_inside_isotonic_solution_20(X)))
& phospholipid_bilayer_1(fn_electrogenic_pump_19(fn_plant_cell_inside_isotonic_solution_20(X)))
& tangible_entity_1(fn_integral_protein_27(fn_plant_cell_inside_isotonic_solution_20(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_plant_cell_inside_isotonic_solution_20(X)))
& tangible_entity_1(fn_proton_pump_53(fn_plant_cell_inside_isotonic_solution_20(X)))
& phospholipid_bilayer_1(fn_proton_pump_53(fn_plant_cell_inside_isotonic_solution_20(X)))
& size_value_1(fn_electrogenic_pump_25(fn_plant_cell_inside_isotonic_solution_20(X)))
& size_value_1(fn_proton_pump_21(fn_plant_cell_inside_isotonic_solution_20(X)))
& size_value_1(fn_carrier_protein_40(fn_plant_cell_inside_isotonic_solution_20(X)))
& size_value_1(fn_electrogenic_pump_18(fn_plant_cell_inside_isotonic_solution_20(X)))
& size_value_1(fn_proton_pump_20(fn_plant_cell_inside_isotonic_solution_20(X)))
& carbon_skeleton_1(fn_electrogenic_pump_11(fn_plant_cell_inside_isotonic_solution_20(X)))
& carbon_skeleton_1(fn_proton_pump_66(fn_plant_cell_inside_isotonic_solution_20(X)))
& entity_1(fn_carrier_protein_32(fn_plant_cell_inside_isotonic_solution_20(X)))
& atom_1(fn_carrier_protein_32(fn_plant_cell_inside_isotonic_solution_20(X)))
& chemical_entity_1(fn_carrier_protein_32(fn_plant_cell_inside_isotonic_solution_20(X)))
& carbon_1(fn_carrier_protein_34(fn_plant_cell_inside_isotonic_solution_20(X)))
& carbon_1(fn_electrogenic_pump_15(fn_plant_cell_inside_isotonic_solution_20(X)))
& carbon_1(fn_proton_pump_64(fn_plant_cell_inside_isotonic_solution_20(X)))
& entity_1(fn_proton_pump_64(fn_plant_cell_inside_isotonic_solution_20(X)))
& chemical_entity_1(fn_proton_pump_64(fn_plant_cell_inside_isotonic_solution_20(X)))
& atom_1(fn_proton_pump_64(fn_plant_cell_inside_isotonic_solution_20(X)))
& agent_2(fn_plant_cell_inside_isotonic_solution_1(X),fn_plant_cell_inside_isotonic_solution_37(X))
& is_inside_2(fn_plant_cell_inside_isotonic_solution_34(X),fn_plant_cell_inside_isotonic_solution_35(X))
& is_inside_2(fn_plant_cell_inside_isotonic_solution_37(X),fn_plant_cell_inside_isotonic_solution_35(X))
& abuts_2(fn_plant_cell_inside_isotonic_solution_35(X),fn_plant_cell_inside_isotonic_solution_17(X))
& abuts_2(fn_plant_cell_inside_isotonic_solution_17(X),fn_plant_cell_inside_isotonic_solution_35(X))
& destination_2(fn_plant_cell_inside_isotonic_solution_51(X),fn_plant_cell_inside_isotonic_solution_52(X))
& agent_2(fn_plant_cell_inside_isotonic_solution_51(X),X)
& base_2(fn_plant_cell_inside_isotonic_solution_51(X),X)
& is_inside_2(fn_plant_cell_inside_isotonic_solution_52(X),X)
& has_part_2(fn_plant_cell_inside_isotonic_solution_52(X),fn_plant_cell_inside_isotonic_solution_40(X))
& object_2(fn_plant_cell_inside_isotonic_solution_47(X),fn_plant_cell_inside_isotonic_solution_40(X))
& is_between_2(X,fn_plant_cell_inside_isotonic_solution_15(X))
& is_outside_2(fn_plant_cell_inside_isotonic_solution_15(X),X)
& is_between_2(X,fn_plant_cell_inside_isotonic_solution_16(X))
& is_outside_2(fn_plant_cell_inside_isotonic_solution_16(X),X)
& donor_2(fn_plant_cell_inside_isotonic_solution_47(X),X)
& size_2(fn_plant_cell_inside_isotonic_solution_30(X),fn_plant_cell_inside_isotonic_solution_9(X))
& base_2(fn_plant_cell_inside_isotonic_solution_27(X),fn_plant_cell_inside_isotonic_solution_64(X))
& called_2(fn_plant_cell_inside_isotonic_solution_30(X),'P4')
& called_2(fn_plant_cell_inside_isotonic_solution_24(X),'MP1')
& subevent_2(fn_plant_cell_inside_isotonic_solution_39(X),fn_plant_cell_inside_isotonic_solution_48(X))
& called_2(fn_plant_cell_inside_isotonic_solution_24(X),'MP2')
& agent_2(fn_plant_cell_inside_isotonic_solution_42(X),fn_plant_cell_inside_isotonic_solution_61(X))
& called_2(fn_plant_cell_inside_isotonic_solution_23(X),'MP2')
& agent_2(fn_plant_cell_inside_isotonic_solution_45(X),fn_plant_cell_inside_isotonic_solution_56(X))
& called_2(fn_plant_cell_inside_isotonic_solution_23(X),'MP1')
& the_scalar_value_2(fn_plant_cell_inside_isotonic_solution_53(X),big_0)
& scalar_unit_class_2(fn_plant_cell_inside_isotonic_solution_53(X),prokaryote_0)
& is_inside_2(fn_plant_cell_inside_isotonic_solution_22(X),fn_plant_cell_inside_isotonic_solution_64(X))
& has_part_2(fn_plant_cell_inside_isotonic_solution_64(X),fn_plant_cell_inside_isotonic_solution_25(X))
& the_scalar_value_2(fn_plant_cell_inside_isotonic_solution_12(X),big_0)
& scalar_unit_class_2(fn_plant_cell_inside_isotonic_solution_12(X),polypeptide_0)
& base_2(fn_plant_cell_inside_isotonic_solution_68(X),X)
& is_at_2(fn_plant_cell_inside_isotonic_solution_41(X),fn_plant_cell_inside_isotonic_solution_54(X))
& has_region_2(X,fn_plant_cell_inside_isotonic_solution_54(X))
& base_2(fn_plant_cell_inside_isotonic_solution_49(X),X)
& site_2(fn_plant_cell_inside_isotonic_solution_49(X),fn_plant_cell_inside_isotonic_solution_38(X))
& has_function_2(fn_plant_cell_inside_isotonic_solution_38(X),fn_plant_cell_inside_isotonic_solution_49(X))
& agent_2(fn_plant_cell_inside_isotonic_solution_50(X),X)
& base_2(fn_plant_cell_inside_isotonic_solution_50(X),X)
& object_2(fn_plant_cell_inside_isotonic_solution_46(X),X)
& agent_2(fn_plant_cell_inside_isotonic_solution_46(X),fn_plant_cell_inside_isotonic_solution_56(X))
& agent_2(fn_plant_cell_inside_isotonic_solution_43(X),fn_plant_cell_inside_isotonic_solution_56(X))
& volume_2(X,fn_plant_cell_inside_isotonic_solution_55(X))
& directly_proportional_2(fn_plant_cell_inside_isotonic_solution_53(X),fn_plant_cell_inside_isotonic_solution_55(X))
& size_2(X,fn_plant_cell_inside_isotonic_solution_53(X))
& has_part_2(X,fn_plant_cell_inside_isotonic_solution_13(X))
& has_function_2(fn_plant_cell_inside_isotonic_solution_13(X),fn_plant_cell_inside_isotonic_solution_39(X))
& is_inside_2(fn_plant_cell_inside_isotonic_solution_57(X),fn_plant_cell_inside_isotonic_solution_32(X))
& has_part_2(X,fn_plant_cell_inside_isotonic_solution_57(X))
& has_part_2(X,fn_plant_cell_inside_isotonic_solution_56(X))
& has_function_2(fn_plant_cell_inside_isotonic_solution_56(X),fn_plant_cell_inside_isotonic_solution_45(X))
& object_2(fn_plant_cell_inside_isotonic_solution_45(X),X)
& has_part_2(X,fn_plant_cell_inside_isotonic_solution_60(X))
& agent_2(fn_plant_cell_inside_isotonic_solution_42(X),fn_plant_cell_inside_isotonic_solution_60(X))
& causes_2(fn_plant_cell_inside_isotonic_solution_42(X),fn_plant_cell_inside_isotonic_solution_44(X))
& object_2(fn_plant_cell_inside_isotonic_solution_44(X),X)
& has_part_2(X,fn_plant_cell_inside_isotonic_solution_59(X))
& is_inside_2(fn_plant_cell_inside_isotonic_solution_58(X),fn_plant_cell_inside_isotonic_solution_32(X))
& has_part_2(X,fn_plant_cell_inside_isotonic_solution_58(X))
& has_part_2(X,fn_plant_cell_inside_isotonic_solution_61(X))
& fn_plant_cell_inside_isotonic_solution_60(X) != fn_plant_cell_inside_isotonic_solution_61(X)
& fn_plant_cell_inside_isotonic_solution_61(X) != fn_plant_cell_inside_isotonic_solution_60(X)
& has_part_2(X,fn_plant_cell_inside_isotonic_solution_62(X))
& is_inside_2(fn_plant_cell_inside_isotonic_solution_62(X),fn_plant_cell_inside_isotonic_solution_32(X))
& is_inside_2(fn_plant_cell_inside_isotonic_solution_38(X),fn_plant_cell_inside_isotonic_solution_32(X))
& abuts_2(fn_plant_cell_inside_isotonic_solution_59(X),fn_plant_cell_inside_isotonic_solution_38(X))
& abuts_2(fn_plant_cell_inside_isotonic_solution_38(X),fn_plant_cell_inside_isotonic_solution_59(X))
& has_part_2(fn_plant_cell_inside_isotonic_solution_64(X),fn_plant_cell_inside_isotonic_solution_23(X))
& is_outside_2(fn_plant_cell_inside_isotonic_solution_56(X),fn_plant_cell_inside_isotonic_solution_64(X))
& has_function_2(fn_plant_cell_inside_isotonic_solution_56(X),fn_plant_cell_inside_isotonic_solution_43(X))
& object_2(fn_plant_cell_inside_isotonic_solution_43(X),X)
& has_part_2(X,fn_plant_cell_inside_isotonic_solution_63(X))
& fn_plant_cell_inside_isotonic_solution_24(X) != fn_plant_cell_inside_isotonic_solution_23(X)
& fn_plant_cell_inside_isotonic_solution_24(X) != fn_plant_cell_inside_isotonic_solution_20(X)
& fn_plant_cell_inside_isotonic_solution_23(X) != fn_plant_cell_inside_isotonic_solution_20(X)
& fn_plant_cell_inside_isotonic_solution_20(X) != fn_plant_cell_inside_isotonic_solution_23(X)
& fn_plant_cell_inside_isotonic_solution_20(X) != fn_plant_cell_inside_isotonic_solution_24(X)
& fn_plant_cell_inside_isotonic_solution_23(X) != fn_plant_cell_inside_isotonic_solution_24(X)
& has_part_2(fn_plant_cell_inside_isotonic_solution_64(X),fn_plant_cell_inside_isotonic_solution_24(X))
& size_2(fn_plant_cell_inside_isotonic_solution_24(X),fn_plant_cell_inside_isotonic_solution_12(X))
& greater_than_2(fn_plant_cell_inside_isotonic_solution_12(X),fn_plant_cell_inside_isotonic_solution_11(X))
& size_2(fn_plant_cell_inside_isotonic_solution_10(X),fn_plant_cell_inside_isotonic_solution_11(X))
& element_2(fn_plant_cell_inside_isotonic_solution_29(X),fn_plant_cell_inside_isotonic_solution_10(X))
& is_at_2(fn_plant_cell_inside_isotonic_solution_20(X),fn_plant_cell_inside_isotonic_solution_64(X))
& quantity_2(fn_plant_cell_inside_isotonic_solution_20(X),fn_plant_cell_inside_isotonic_solution_28(X))
& fn_plant_cell_inside_isotonic_solution_25(X) != fn_plant_cell_inside_isotonic_solution_20(X)
& fn_plant_cell_inside_isotonic_solution_20(X) != fn_plant_cell_inside_isotonic_solution_25(X)
& has_part_2(fn_plant_cell_inside_isotonic_solution_64(X),fn_plant_cell_inside_isotonic_solution_41(X))
& has_region_2(fn_plant_cell_inside_isotonic_solution_41(X),fn_plant_cell_inside_isotonic_solution_29(X))
& element_2(fn_plant_cell_inside_isotonic_solution_29(X),fn_plant_cell_inside_isotonic_solution_30(X))
& quantity_2(fn_plant_cell_inside_isotonic_solution_30(X),fn_plant_cell_inside_isotonic_solution_28(X))
& the_scalar_value_2(fn_plant_cell_inside_isotonic_solution_28(X),high_0)
& scalar_unit_class_2(fn_plant_cell_inside_isotonic_solution_28(X),lipid_0)
& object_2(fn_plant_cell_inside_isotonic_solution_27(X),fn_plant_cell_inside_isotonic_solution_20(X))
& is_across_2(fn_plant_cell_inside_isotonic_solution_20(X),fn_plant_cell_inside_isotonic_solution_64(X))
& has_part_2(fn_plant_cell_inside_isotonic_solution_64(X),fn_plant_cell_inside_isotonic_solution_20(X))
& is_inside_2(fn_plant_cell_inside_isotonic_solution_65(X),fn_plant_cell_inside_isotonic_solution_64(X))
& has_part_2(X,fn_plant_cell_inside_isotonic_solution_65(X))
& has_part_2(X,fn_plant_cell_inside_isotonic_solution_64(X))
& has_region_2(fn_plant_cell_inside_isotonic_solution_64(X),fn_plant_cell_inside_isotonic_solution_26(X))
& is_across_2(fn_plant_cell_inside_isotonic_solution_20(X),fn_plant_cell_inside_isotonic_solution_26(X))
& is_outside_2(fn_plant_cell_inside_isotonic_solution_19(X),fn_plant_cell_inside_isotonic_solution_64(X))
& is_inside_2(fn_plant_cell_inside_isotonic_solution_19(X),fn_plant_cell_inside_isotonic_solution_21(X))
& is_between_2(fn_plant_cell_inside_isotonic_solution_64(X),fn_plant_cell_inside_isotonic_solution_21(X))
& has_region_2(fn_plant_cell_inside_isotonic_solution_64(X),fn_plant_cell_inside_isotonic_solution_19(X))
& has_region_2(fn_plant_cell_inside_isotonic_solution_20(X),fn_plant_cell_inside_isotonic_solution_19(X))
& is_between_2(fn_plant_cell_inside_isotonic_solution_65(X),fn_plant_cell_inside_isotonic_solution_62(X))
& has_part_2(fn_plant_cell_inside_isotonic_solution_65(X),fn_plant_cell_inside_isotonic_solution_34(X))
& fn_plant_cell_inside_isotonic_solution_34(X) != fn_plant_cell_inside_isotonic_solution_37(X)
& has_part_2(fn_plant_cell_inside_isotonic_solution_65(X),fn_plant_cell_inside_isotonic_solution_37(X))
& is_between_2(fn_plant_cell_inside_isotonic_solution_65(X),fn_plant_cell_inside_isotonic_solution_64(X))
& fn_plant_cell_inside_isotonic_solution_37(X) != fn_plant_cell_inside_isotonic_solution_34(X)
& is_inside_2(fn_plant_cell_inside_isotonic_solution_31(X),fn_plant_cell_inside_isotonic_solution_32(X))
& has_part_2(X,fn_plant_cell_inside_isotonic_solution_31(X))
& has_part_2(X,fn_plant_cell_inside_isotonic_solution_33(X))
& is_inside_2(fn_plant_cell_inside_isotonic_solution_33(X),fn_plant_cell_inside_isotonic_solution_62(X))
& has_part_2(fn_plant_cell_inside_isotonic_solution_62(X),fn_plant_cell_inside_isotonic_solution_17(X))
& fn_plant_cell_inside_isotonic_solution_59(X) != fn_plant_cell_inside_isotonic_solution_38(X)
& is_inside_2(fn_plant_cell_inside_isotonic_solution_59(X),fn_plant_cell_inside_isotonic_solution_32(X))
& is_inside_2(fn_plant_cell_inside_isotonic_solution_13(X),fn_plant_cell_inside_isotonic_solution_32(X))
& has_function_2(fn_plant_cell_inside_isotonic_solution_13(X),fn_plant_cell_inside_isotonic_solution_48(X))
& base_2(fn_plant_cell_inside_isotonic_solution_48(X),X)
& fn_plant_cell_inside_isotonic_solution_38(X) != fn_plant_cell_inside_isotonic_solution_59(X)
& has_function_2(X,fn_plant_cell_inside_isotonic_solution_39(X))
& base_2(fn_plant_cell_inside_isotonic_solution_39(X),X)
& has_function_2(X,fn_plant_cell_inside_isotonic_solution_14(X))
& base_2(fn_plant_cell_inside_isotonic_solution_14(X),X)
& has_part_2(X,fn_plant_cell_inside_isotonic_solution_38(X))
& agent_2(fn_plant_cell_inside_isotonic_solution_68(X),fn_plant_cell_inside_isotonic_solution_63(X))
& is_inside_2(fn_plant_cell_inside_isotonic_solution_63(X),fn_plant_cell_inside_isotonic_solution_32(X))
& has_part_2(fn_plant_cell_inside_isotonic_solution_65(X),fn_plant_cell_inside_isotonic_solution_32(X))
& object_2(fn_plant_cell_inside_isotonic_solution_68(X),fn_plant_cell_inside_isotonic_solution_65(X))
& has_function_2(fn_plant_cell_inside_isotonic_solution_63(X),fn_plant_cell_inside_isotonic_solution_68(X))
& the_scalar_value_2(fn_plant_cell_inside_isotonic_solution_7(X),big_0)
& scalar_unit_class_2(fn_plant_cell_inside_isotonic_solution_7(X),polypeptide_0)
& is_inside_2(fn_plant_cell_inside_isotonic_solution_20(X),fn_plant_cell_inside_isotonic_solution_41(X))
& has_part_2(fn_plant_cell_inside_isotonic_solution_20(X),fn_plant_cell_inside_isotonic_solution_8(X))
& is_inside_2(fn_plant_cell_inside_isotonic_solution_8(X),fn_plant_cell_inside_isotonic_solution_22(X))
& has_region_2(fn_plant_cell_inside_isotonic_solution_20(X),fn_plant_cell_inside_isotonic_solution_22(X))
& size_2(fn_plant_cell_inside_isotonic_solution_20(X),fn_plant_cell_inside_isotonic_solution_7(X))
& greater_than_2(fn_plant_cell_inside_isotonic_solution_7(X),fn_plant_cell_inside_isotonic_solution_9(X))
& fn_plant_cell_inside_isotonic_solution_36(X) = fn_catabolic_pathway_10(fn_plant_cell_inside_isotonic_solution_39(X))
& fn_plant_cell_inside_isotonic_solution_37(X) = fn_eukaryotic_cell_21(X)
& fn_plant_cell_inside_isotonic_solution_35(X) = fn_eukaryotic_cell_39(X)
& fn_plant_cell_inside_isotonic_solution_40(X) = fn_walled_cell_inside_isotonic_solution_10(X)
& fn_plant_cell_inside_isotonic_solution_52(X) = fn_walled_cell_inside_isotonic_solution_11(X)
& fn_plant_cell_inside_isotonic_solution_51(X) = fn_walled_cell_inside_isotonic_solution_13(X)
& fn_plant_cell_inside_isotonic_solution_47(X) = fn_walled_cell_inside_isotonic_solution_12(X)
& fn_plant_cell_inside_isotonic_solution_16(X) = fn_walled_cell_inside_isotonic_solution_3(X)
& fn_plant_cell_inside_isotonic_solution_15(X) = fn_walled_cell_inside_isotonic_solution_4(X)
& fn_plant_cell_inside_isotonic_solution_9(X) = fn_plant_cell_45(X)
& fn_plant_cell_inside_isotonic_solution_22(X) = fn_plant_cell_43(X)
& fn_plant_cell_inside_isotonic_solution_66(X) = fn_plant_cell_56(X)
& fn_plant_cell_inside_isotonic_solution_3(X) = fn_plant_cell_37(X)
& fn_plant_cell_inside_isotonic_solution_67(X) = fn_plant_cell_57(X)
& fn_plant_cell_inside_isotonic_solution_2(X) = fn_plant_cell_36(X)
& X = fn_cellular_transport_1(fn_plant_cell_inside_isotonic_solution_68(X))
& fn_plant_cell_inside_isotonic_solution_68(X) = fn_plant_cell_89(X)
& fn_plant_cell_inside_isotonic_solution_49(X) = fn_plant_cell_76(X)
& fn_plant_cell_inside_isotonic_solution_54(X) = fn_walled_cell_inside_isotonic_solution_7(X)
& fn_plant_cell_inside_isotonic_solution_54(X) = fn_plant_cell_61(X)
& fn_plant_cell_inside_isotonic_solution_46(X) = fn_plant_cell_1(X)
& fn_plant_cell_inside_isotonic_solution_50(X) = fn_plant_cell_71(X)
& fn_plant_cell_inside_isotonic_solution_53(X) = fn_walled_cell_inside_isotonic_solution_15(X)
& fn_plant_cell_inside_isotonic_solution_53(X) = fn_plant_cell_62(X)
& fn_plant_cell_inside_isotonic_solution_55(X) = fn_walled_cell_inside_isotonic_solution_14(X)
& fn_plant_cell_inside_isotonic_solution_55(X) = fn_plant_cell_60(X)
& fn_plant_cell_inside_isotonic_solution_45(X) = fn_plant_cell_21(X)
& fn_plant_cell_inside_isotonic_solution_57(X) = fn_eukaryotic_cell_24(X)
& fn_plant_cell_inside_isotonic_solution_57(X) = fn_plant_cell_100(X)
& fn_plant_cell_inside_isotonic_solution_59(X) = fn_eukaryotic_cell_19(X)
& fn_plant_cell_inside_isotonic_solution_44(X) = fn_plant_cell_24(X)
& fn_plant_cell_inside_isotonic_solution_42(X) = fn_plant_cell_27(X)
& fn_plant_cell_inside_isotonic_solution_60(X) = fn_plant_cell_87(X)
& fn_plant_cell_inside_isotonic_solution_61(X) = fn_plant_cell_81(X)
& fn_plant_cell_inside_isotonic_solution_58(X) = fn_plant_cell_93(X)
& fn_plant_cell_inside_isotonic_solution_63(X) = fn_plant_cell_94(X)
& fn_plant_cell_inside_isotonic_solution_43(X) = fn_plant_cell_78(X)
& fn_plant_cell_inside_isotonic_solution_56(X) = fn_plant_cell_82(X)
& fn_plant_cell_inside_isotonic_solution_23(X) = fn_plant_cell_98(X)
& fn_plant_cell_inside_isotonic_solution_10(X) = fn_plant_cell_38(X)
& fn_plant_cell_inside_isotonic_solution_11(X) = fn_plant_cell_40(X)
& fn_plant_cell_inside_isotonic_solution_12(X) = fn_plant_cell_41(X)
& fn_plant_cell_inside_isotonic_solution_24(X) = fn_plant_cell_99(X)
& fn_plant_cell_inside_isotonic_solution_18(X) = fn_carrier_protein_1(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_18(X) = fn_plant_cell_34(X)
& fn_plant_cell_inside_isotonic_solution_28(X) = fn_carrier_protein_2(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_25(X) = fn_plant_cell_96(X)
& fn_plant_cell_inside_isotonic_solution_28(X) = fn_plant_cell_46(X)
& fn_plant_cell_inside_isotonic_solution_30(X) = fn_plant_cell_39(X)
& fn_plant_cell_inside_isotonic_solution_29(X) = fn_integral_protein_11(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_29(X) = fn_plant_cell_109(X)
& fn_plant_cell_inside_isotonic_solution_41(X) = fn_transport_protein_12(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_41(X) = fn_integral_protein_27(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_41(X) = fn_walled_cell_inside_isotonic_solution_8(X)
& fn_plant_cell_inside_isotonic_solution_41(X) = fn_plant_cell_65(X)
& fn_plant_cell_inside_isotonic_solution_64(X) = fn_protein_pump_3(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_64(X) = fn_transport_protein_35(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_64(X) = fn_integral_protein_24(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_64(X) = fn_electrogenic_pump_30(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_64(X) = fn_carrier_protein_18(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_27(X) = fn_plant_cell_68(X)
& fn_plant_cell_inside_isotonic_solution_6(X) = fn_plant_cell_51(X)
& fn_plant_cell_inside_isotonic_solution_26(X) = fn_plant_cell_66(X)
& fn_plant_cell_inside_isotonic_solution_65(X) = fn_walled_cell_inside_isotonic_solution_17(X)
& fn_plant_cell_inside_isotonic_solution_64(X) = fn_walled_cell_inside_isotonic_solution_16(X)
& fn_plant_cell_inside_isotonic_solution_19(X) = fn_electrogenic_pump_4(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_20(X) = fn_plant_cell_110(X)
& fn_plant_cell_inside_isotonic_solution_21(X) = fn_plant_cell_44(X)
& fn_plant_cell_inside_isotonic_solution_19(X) = fn_plant_cell_67(X)
& fn_plant_cell_inside_isotonic_solution_64(X) = fn_plant_cell_97(X)
& fn_plant_cell_inside_isotonic_solution_37(X) = fn_plant_cell_11(X)
& fn_plant_cell_inside_isotonic_solution_34(X) = fn_plant_cell_92(X)
& fn_plant_cell_inside_isotonic_solution_65(X) = fn_plant_cell_83(X)
& fn_plant_cell_inside_isotonic_solution_62(X) = fn_eukaryotic_cell_26(X)
& fn_plant_cell_inside_isotonic_solution_17(X) = fn_eukaryotic_cell_37(X)
& fn_plant_cell_inside_isotonic_solution_17(X) = fn_plant_cell_75(X)
& fn_plant_cell_inside_isotonic_solution_62(X) = fn_plant_cell_84(X)
& fn_plant_cell_inside_isotonic_solution_33(X) = fn_plant_cell_95(X)
& fn_plant_cell_inside_isotonic_solution_31(X) = fn_walled_cell_inside_isotonic_solution_6(X)
& fn_plant_cell_inside_isotonic_solution_32(X) = fn_walled_cell_inside_isotonic_solution_9(X)
& fn_plant_cell_inside_isotonic_solution_31(X) = fn_eukaryotic_cell_45(X)
& fn_plant_cell_inside_isotonic_solution_31(X) = fn_plant_cell_58(X)
& fn_plant_cell_inside_isotonic_solution_13(X) = fn_eukaryotic_cellular_respiration_101(fn_plant_cell_inside_isotonic_solution_39(X))
& fn_plant_cell_inside_isotonic_solution_48(X) = fn_eukaryotic_cellular_respiration_96(fn_plant_cell_inside_isotonic_solution_39(X))
& fn_plant_cell_inside_isotonic_solution_48(X) = fn_plant_cell_80(X)
& fn_plant_cell_inside_isotonic_solution_13(X) = fn_plant_cell_59(X)
& fn_plant_cell_inside_isotonic_solution_32(X) = fn_plant_cell_91(X)
& fn_plant_cell_inside_isotonic_solution_59(X) = fn_plant_cell_90(X)
& fn_plant_cell_inside_isotonic_solution_38(X) = fn_eukaryotic_cell_20(X)
& fn_plant_cell_inside_isotonic_solution_38(X) = fn_plant_cell_77(X)
& fn_plant_cell_inside_isotonic_solution_14(X) = fn_plant_cell_15(X)
& X = fn_metabolic_pathway_1(fn_plant_cell_inside_isotonic_solution_39(X))
& fn_plant_cell_inside_isotonic_solution_39(X) = fn_eukaryotic_cell_23(X)
& fn_plant_cell_inside_isotonic_solution_39(X) = fn_plant_cell_63(X)
& fn_plant_cell_inside_isotonic_solution_65(X) = fn_eukaryotic_cell_31(X)
& fn_plant_cell_inside_isotonic_solution_32(X) = fn_eukaryotic_cell_42(X)
& fn_plant_cell_inside_isotonic_solution_65(X) = fn_cytoplasmic_streaming_12(fn_plant_cell_inside_isotonic_solution_68(X))
& fn_plant_cell_inside_isotonic_solution_32(X) = fn_cytoplasmic_streaming_9(fn_plant_cell_inside_isotonic_solution_68(X))
& fn_plant_cell_inside_isotonic_solution_63(X) = fn_cytoplasmic_streaming_6(fn_plant_cell_inside_isotonic_solution_68(X))
& fn_plant_cell_inside_isotonic_solution_5(X) = fn_proton_pump_13(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_4(X) = fn_proton_pump_12(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_41(X) = fn_electrogenic_pump_19(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_41(X) = fn_proton_pump_53(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_9(X) = fn_electrogenic_pump_25(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_9(X) = fn_proton_pump_21(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_7(X) = fn_carrier_protein_40(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_7(X) = fn_electrogenic_pump_18(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_7(X) = fn_proton_pump_20(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_22(X) = fn_electrogenic_pump_11(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_22(X) = fn_proton_pump_66(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_8(X) = fn_carrier_protein_32(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_8(X) = fn_carrier_protein_34(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_8(X) = fn_electrogenic_pump_15(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_inside_isotonic_solution_8(X) = fn_proton_pump_64(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_61(X) = fn_walled_cell_inside_isotonic_solution_7(X)
& fn_walled_cell_inside_isotonic_solution_7(X) = fn_plant_cell_61(X)
& fn_plant_cell_61(X) = fn_plant_cell_62(X)
& fn_plant_cell_62(X) = fn_plant_cell_62(X)
& fn_plant_cell_62(X) = fn_walled_cell_inside_isotonic_solution_15(X)
& fn_walled_cell_inside_isotonic_solution_15(X) = fn_plant_cell_62(X)
& fn_plant_cell_62(X) = fn_plant_cell_60(X)
& fn_plant_cell_60(X) = fn_walled_cell_inside_isotonic_solution_14(X)
& fn_walled_cell_inside_isotonic_solution_14(X) = fn_plant_cell_60(X)
& fn_plant_cell_60(X) = fn_eukaryotic_cell_24(X)
& fn_plant_cell_100(X) = fn_eukaryotic_cell_24(X)
& fn_eukaryotic_cell_24(X) = fn_plant_cell_100(X)
& fn_plant_cell_100(X) = fn_carrier_protein_1(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_carrier_protein_1(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_plant_cell_34(X)
& fn_plant_cell_34(X) = fn_carrier_protein_2(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_plant_cell_46(X) = fn_carrier_protein_2(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_carrier_protein_2(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_plant_cell_46(X)
& fn_plant_cell_46(X) = fn_plant_cell_46(X)
& fn_plant_cell_46(X) = fn_plant_cell_109(X)
& fn_plant_cell_109(X) = fn_plant_cell_109(X)
& fn_plant_cell_109(X) = fn_integral_protein_11(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_integral_protein_11(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_plant_cell_109(X)
& fn_plant_cell_109(X) = fn_electrogenic_pump_4(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_electrogenic_pump_4(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_plant_cell_67(X)
& fn_plant_cell_67(X) = fn_plant_cell_67(X)
& fn_plant_cell_67(X) = fn_transport_protein_35(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_transport_protein_35(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_protein_pump_3(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_protein_pump_3(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_transport_protein_35(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_transport_protein_35(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_transport_protein_35(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_transport_protein_35(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_electrogenic_pump_30(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_electrogenic_pump_30(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_electrogenic_pump_30(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_carrier_protein_18(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_electrogenic_pump_30(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_electrogenic_pump_30(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_carrier_protein_18(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_integral_protein_24(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_carrier_protein_18(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_carrier_protein_18(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_integral_protein_24(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_walled_cell_inside_isotonic_solution_16(X) = fn_integral_protein_24(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_integral_protein_24(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_walled_cell_inside_isotonic_solution_16(X)
& fn_walled_cell_inside_isotonic_solution_16(X) = fn_walled_cell_inside_isotonic_solution_16(X)
& fn_plant_cell_97(X) = fn_walled_cell_inside_isotonic_solution_16(X)
& fn_walled_cell_inside_isotonic_solution_16(X) = fn_plant_cell_97(X)
& fn_plant_cell_97(X) = fn_plant_cell_97(X)
& fn_plant_cell_97(X) = fn_eukaryotic_cell_21(X)
& fn_eukaryotic_cell_21(X) = fn_plant_cell_11(X)
& fn_plant_cell_11(X) = fn_plant_cell_11(X)
& fn_plant_cell_11(X) = fn_eukaryotic_cell_37(X)
& fn_eukaryotic_cell_37(X) = fn_eukaryotic_cell_37(X)
& fn_eukaryotic_cell_37(X) = fn_plant_cell_75(X)
& fn_plant_cell_75(X) = fn_plant_cell_84(X)
& fn_plant_cell_84(X) = fn_eukaryotic_cell_26(X)
& fn_eukaryotic_cell_26(X) = fn_plant_cell_84(X)
& fn_plant_cell_84(X) = fn_plant_cell_84(X)
& fn_plant_cell_84(X) = fn_walled_cell_inside_isotonic_solution_6(X)
& fn_eukaryotic_cell_45(X) = fn_walled_cell_inside_isotonic_solution_6(X)
& fn_walled_cell_inside_isotonic_solution_6(X) = fn_eukaryotic_cell_45(X)
& fn_eukaryotic_cell_45(X) = fn_eukaryotic_cell_45(X)
& fn_plant_cell_58(X) = fn_eukaryotic_cell_45(X)
& fn_eukaryotic_cell_45(X) = fn_plant_cell_58(X)
& fn_plant_cell_58(X) = fn_eukaryotic_cellular_respiration_96(fn_plant_cell_inside_isotonic_solution_39(X))
& fn_plant_cell_80(X) = fn_plant_cell_80(X)
& fn_plant_cell_80(X) = fn_eukaryotic_cellular_respiration_96(fn_plant_cell_inside_isotonic_solution_39(X))
& fn_eukaryotic_cellular_respiration_96(fn_plant_cell_inside_isotonic_solution_39(X)) = fn_plant_cell_80(X)
& fn_plant_cell_80(X) = fn_plant_cell_59(X)
& fn_plant_cell_59(X) = fn_eukaryotic_cellular_respiration_101(fn_plant_cell_inside_isotonic_solution_39(X))
& fn_eukaryotic_cellular_respiration_101(fn_plant_cell_inside_isotonic_solution_39(X)) = fn_plant_cell_59(X)
& fn_plant_cell_59(X) = fn_plant_cell_59(X)
& fn_plant_cell_59(X) = fn_eukaryotic_cell_19(X)
& fn_eukaryotic_cell_19(X) = fn_plant_cell_90(X)
& fn_plant_cell_90(X) = fn_plant_cell_90(X)
& fn_plant_cell_90(X) = fn_plant_cell_77(X)
& fn_plant_cell_77(X) = fn_plant_cell_77(X)
& fn_plant_cell_77(X) = fn_eukaryotic_cell_20(X)
& fn_eukaryotic_cell_20(X) = fn_plant_cell_77(X)
& fn_plant_cell_77(X) = fn_plant_cell_63(X)
& fn_plant_cell_63(X) = fn_eukaryotic_cell_23(X)
& fn_eukaryotic_cell_23(X) = fn_plant_cell_63(X)
& fn_plant_cell_63(X) = fn_plant_cell_63(X)
& fn_plant_cell_63(X) = fn_cellular_transport_1(fn_plant_cell_inside_isotonic_solution_68(X))
& fn_cellular_transport_1(fn_plant_cell_inside_isotonic_solution_68(X)) = fn_metabolic_pathway_1(fn_plant_cell_inside_isotonic_solution_39(X))
& fn_metabolic_pathway_1(fn_plant_cell_inside_isotonic_solution_39(X)) = fn_eukaryotic_cell_31(X)
& fn_walled_cell_inside_isotonic_solution_17(X) = fn_walled_cell_inside_isotonic_solution_17(X)
& fn_walled_cell_inside_isotonic_solution_17(X) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_walled_cell_inside_isotonic_solution_17(X)
& fn_plant_cell_83(X) = fn_walled_cell_inside_isotonic_solution_17(X)
& fn_walled_cell_inside_isotonic_solution_17(X) = fn_plant_cell_83(X)
& fn_plant_cell_83(X) = fn_plant_cell_83(X)
& fn_plant_cell_83(X) = fn_cytoplasmic_streaming_12(fn_plant_cell_inside_isotonic_solution_68(X))
& fn_cytoplasmic_streaming_12(fn_plant_cell_inside_isotonic_solution_68(X)) = fn_cytoplasmic_streaming_12(fn_plant_cell_inside_isotonic_solution_68(X))
& fn_cytoplasmic_streaming_12(fn_plant_cell_inside_isotonic_solution_68(X)) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_walled_cell_inside_isotonic_solution_9(X)
& fn_walled_cell_inside_isotonic_solution_9(X) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_eukaryotic_cell_42(X)
& fn_plant_cell_91(X) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_plant_cell_91(X)
& fn_plant_cell_91(X) = fn_plant_cell_91(X)
& fn_plant_cell_91(X) = fn_cytoplasmic_streaming_9(fn_plant_cell_inside_isotonic_solution_68(X))
& fn_cytoplasmic_streaming_9(fn_plant_cell_inside_isotonic_solution_68(X)) = fn_cytoplasmic_streaming_9(fn_plant_cell_inside_isotonic_solution_68(X))
& fn_cytoplasmic_streaming_9(fn_plant_cell_inside_isotonic_solution_68(X)) = fn_plant_cell_94(X)
& fn_plant_cell_94(X) = fn_cytoplasmic_streaming_6(fn_plant_cell_inside_isotonic_solution_68(X))
& fn_cytoplasmic_streaming_6(fn_plant_cell_inside_isotonic_solution_68(X)) = fn_cytoplasmic_streaming_6(fn_plant_cell_inside_isotonic_solution_68(X))
& fn_cytoplasmic_streaming_6(fn_plant_cell_inside_isotonic_solution_68(X)) = fn_transport_protein_12(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_transport_protein_12(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_electrogenic_pump_19(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_electrogenic_pump_19(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_integral_protein_27(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_integral_protein_27(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_electrogenic_pump_19(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_electrogenic_pump_19(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_walled_cell_inside_isotonic_solution_8(X)
& fn_walled_cell_inside_isotonic_solution_8(X) = fn_integral_protein_27(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_integral_protein_27(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_integral_protein_27(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_integral_protein_27(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_walled_cell_inside_isotonic_solution_8(X)
& fn_walled_cell_inside_isotonic_solution_8(X) = fn_walled_cell_inside_isotonic_solution_8(X)
& fn_plant_cell_65(X) = fn_walled_cell_inside_isotonic_solution_8(X)
& fn_walled_cell_inside_isotonic_solution_8(X) = fn_plant_cell_65(X)
& fn_plant_cell_65(X) = fn_plant_cell_65(X)
& fn_plant_cell_65(X) = fn_proton_pump_53(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_proton_pump_53(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_plant_cell_45(X)
& fn_plant_cell_45(X) = fn_electrogenic_pump_25(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_electrogenic_pump_25(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_plant_cell_45(X)
& fn_plant_cell_45(X) = fn_proton_pump_21(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_proton_pump_21(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_proton_pump_21(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_proton_pump_21(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_carrier_protein_40(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_electrogenic_pump_18(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_carrier_protein_40(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_carrier_protein_40(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_electrogenic_pump_18(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_proton_pump_20(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_proton_pump_20(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_proton_pump_20(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_electrogenic_pump_18(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_electrogenic_pump_18(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_proton_pump_20(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_proton_pump_20(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_plant_cell_43(X)
& fn_plant_cell_43(X) = fn_electrogenic_pump_11(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_electrogenic_pump_11(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_electrogenic_pump_11(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_electrogenic_pump_11(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_plant_cell_43(X)
& fn_plant_cell_43(X) = fn_proton_pump_66(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_proton_pump_66(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_proton_pump_66(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_proton_pump_66(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_carrier_protein_32(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_carrier_protein_32(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_carrier_protein_34(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_electrogenic_pump_15(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_carrier_protein_34(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_carrier_protein_34(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_electrogenic_pump_15(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_electrogenic_pump_15(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_electrogenic_pump_15(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_proton_pump_64(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_electrogenic_pump_15(fn_plant_cell_inside_isotonic_solution_20(X))
& fn_electrogenic_pump_15(fn_plant_cell_inside_isotonic_solution_20(X)) = fn_proton_pump_64(fn_plant_cell_inside_isotonic_solution_20(X)) ) ) ).
fof(a531776,axiom,
! [X] :
( plant_cell_structure_1(X)
=> ( original_name_2(X,'Plant-Cell-Structure')
& user_description_2(X,'A structure at the cellular level found in plant cells')
& concept2words_2(X,'structure of plant cell')
& concept2words_2(X,'structure-of-plant-cell')
& concept2words_2(X,'plant cell structure')
& concept2words_2(X,'plant-cell-structure')
& eukaryotic_cell_structure_1(X) ) ) ).
fof(a531777,axiom,
! [X] :
( plant_cell_wall_1(X)
=> ( original_name_2(X,'Plant-Cell-Wall')
& user_description_2(X,'A protective layer external to the plasma membrane in the cells of plants. Cellulose is the primary component in plant cell walls.')
& concept2words_2(X,'plant cell wall')
& concept2words_2(X,'plant cell-wall')
& concept2words_2(X,'plant-cell-wall')
& cell_wall_1(X)
& organizing_1(fn_plant_cell_wall_1(X))
& length_value_1(fn_plant_cell_wall_3(X))
& pectin_1(fn_plant_cell_wall_4(X))
& unitless_value_1(fn_plant_cell_wall_5(X))
& length_value_1(fn_plant_cell_wall_7(X))
& microtubule_1(fn_plant_cell_wall_9(X))
& polysaccharide_1(fn_plant_cell_wall_10(X))
& polar_covalent_bond_1(fn_plant_cell_wall_11(X))
& beta_1_comma_4_linkage_1(fn_plant_cell_wall_12(X))
& adhesion_1(fn_plant_cell_wall_13(X))
& attract_1(fn_plant_cell_wall_13(X))
& hydrophilic_region_1(fn_plant_cell_wall_14(X))
& atomic_nucleus_1(fn_plant_cell_wall_15(X))
& center_1(fn_plant_cell_wall_16(X))
& defense_1(fn_plant_cell_wall_17(X))
& tangible_entity_1(fn_plant_cell_wall_18(X))
& transport_vesicle_1(fn_plant_cell_wall_18(X))
& secretion_1(fn_plant_cell_wall_19(X))
& carry_1(fn_plant_cell_wall_20(X))
& carbohydrate_1(fn_plant_cell_wall_21(X))
& hydrophilic_compound_1(fn_plant_cell_wall_21(X))
& polar_molecule_1(fn_plant_cell_wall_21(X))
& polysaccharide_1(fn_plant_cell_wall_21(X))
& cellulose_1(fn_plant_cell_wall_21(X))
& plasmodesmata_1(fn_plant_cell_wall_22(X))
& tangible_entity_1(fn_plant_cell_wall_23(X))
& microfibril_1(fn_plant_cell_wall_23(X))
& plant_cell_1(fn_plant_cell_wall_24(X))
& barrier_1(fn_plant_cell_wall_25(X))
& membrane_1(fn_plant_cell_wall_26(X))
& spatial_entity_1(fn_plant_cell_wall_26(X))
& biomembrane_1(fn_plant_cell_wall_26(X))
& plasma_membrane_1(fn_plant_cell_wall_26(X))
& support_1(fn_plant_cell_wall_27(X))
& block_1(fn_plant_cell_wall_28(X))
& speed_value_1(fn_plant_cell_wall_29(X))
& quantity_value_1(fn_plant_cell_wall_30(X))
& unequal_sharing_1(fn_plant_cell_wall_31(X))
& hold_1(fn_plant_cell_wall_32(X))
& hold_together_1(fn_plant_cell_wall_32(X))
& size_value_1(fn_plant_cell_wall_33(X))
& size_value_1(fn_plant_cell_wall_34(X))
& structural_role_1(fn_plant_cell_wall_35(X))
& defense_1(fn_plant_cell_wall_36(X))
& defense_1(fn_plant_cell_wall_37(X))
& tangible_entity_1(fn_plant_cell_wall_38(X))
& entity_1(fn_plant_cell_wall_38(X))
& chemical_entity_1(fn_plant_cell_wall_38(X))
& atom_1(fn_plant_cell_wall_38(X))
& oxygen_1(fn_plant_cell_wall_38(X))
& tangible_entity_1(fn_plant_cell_wall_39(X))
& entity_1(fn_plant_cell_wall_39(X))
& atom_1(fn_plant_cell_wall_39(X))
& chemical_entity_1(fn_plant_cell_wall_39(X))
& oxygen_1(fn_plant_cell_wall_39(X))
& entity_1(fn_plant_cell_wall_40(X))
& chemical_entity_1(fn_plant_cell_wall_40(X))
& atom_1(fn_plant_cell_wall_40(X))
& carbon_1(fn_plant_cell_wall_40(X))
& entity_1(fn_plant_cell_wall_41(X))
& chemical_entity_1(fn_plant_cell_wall_41(X))
& atom_1(fn_plant_cell_wall_41(X))
& hydrogen_1(fn_plant_cell_wall_41(X))
& beta_glucose_1(fn_plant_cell_wall_42(X))
& beta_glucose_1(fn_plant_cell_wall_43(X))
& carbon_skeleton_1(fn_plant_cell_wall_44(X))
& functional_group_1(fn_plant_cell_wall_45(X))
& carbonyl_group_1(fn_plant_cell_wall_45(X))
& functional_group_1(fn_plant_cell_wall_46(X))
& hydroxyl_group_1(fn_plant_cell_wall_46(X))
& support_1(fn_plant_cell_wall_47(X))
& kinetic_energy_1(fn_plant_cell_wall_48(X))
& covalent_bond_1(fn_plant_cell_wall_49(X))
& double_bond_1(fn_plant_cell_wall_49(X))
& constant_motion_1(fn_plant_cell_wall_50(X))
& tangible_entity_1(fn_secretion_1(fn_plant_cell_wall_19(X)))
& center_1(fn_atomic_nucleus_3(fn_plant_cell_wall_15(X)))
& glycosidic_linkage_1(fn_polysaccharide_4(fn_plant_cell_wall_21(X)))
& carry_1(fn_microfibril_12(fn_plant_cell_wall_23(X)))
& tangible_entity_1(fn_microfibril_10(fn_plant_cell_wall_23(X)))
& transport_vesicle_1(fn_microfibril_10(fn_plant_cell_wall_23(X)))
& kinetic_energy_1(fn_cellulose_70(fn_plant_cell_wall_21(X)))
& constant_motion_1(fn_cellulose_69(fn_plant_cell_wall_21(X)))
& defense_1(fn_cellulose_45(fn_plant_cell_wall_21(X)))
& defense_1(fn_cellulose_31(fn_plant_cell_wall_21(X)))
& structural_role_1(fn_cellulose_32(fn_plant_cell_wall_21(X)))
& support_1(fn_cellulose_30(fn_plant_cell_wall_21(X)))
& property_node_1(fn_cellulose_71(fn_plant_cell_wall_21(X)))
& speed_value_1(fn_cellulose_68(fn_plant_cell_wall_21(X)))
& carbon_skeleton_1(fn_cellulose_19(fn_plant_cell_wall_21(X)))
& property_node_1(fn_cellulose_72(fn_plant_cell_wall_21(X)))
& quantity_value_1(fn_cellulose_67(fn_plant_cell_wall_21(X)))
& property_node_1(fn_cellulose_51(fn_plant_cell_wall_21(X)))
& size_value_1(fn_cellulose_43(fn_plant_cell_wall_21(X)))
& property_node_1(fn_cellulose_50(fn_plant_cell_wall_21(X)))
& size_value_1(fn_cellulose_44(fn_plant_cell_wall_21(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_plant_cell_wall_24(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_plant_cell_wall_24(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_plant_cell_wall_24(X)))
& plant_cell_wall_1(fn_plasmodesmata_10(fn_plant_cell_wall_22(X)))
& cell_wall_1(fn_walled_cell_1(fn_plant_cell_wall_24(X)))
& attract_1(fn_hydrophilic_compound_2(fn_plant_cell_wall_21(X)))
& adhesion_1(fn_cellulose_34(fn_plant_cell_wall_21(X)))
& attract_1(fn_cellulose_34(fn_plant_cell_wall_21(X)))
& functional_group_1(fn_polysaccharide_17(fn_plant_cell_wall_21(X)))
& carbonyl_group_1(fn_polysaccharide_17(fn_plant_cell_wall_21(X)))
& functional_group_1(fn_cellulose_38(fn_plant_cell_wall_21(X)))
& carbonyl_group_1(fn_cellulose_38(fn_plant_cell_wall_21(X)))
& hydroxyl_group_1(fn_polysaccharide_16(fn_plant_cell_wall_21(X)))
& functional_group_1(fn_cellulose_29(fn_plant_cell_wall_21(X)))
& hydroxyl_group_1(fn_cellulose_29(fn_plant_cell_wall_21(X)))
& unequal_sharing_1(fn_polar_molecule_4(fn_plant_cell_wall_21(X)))
& unequal_sharing_1(fn_polysaccharide_8(fn_plant_cell_wall_21(X)))
& unequal_sharing_1(fn_cellulose_8(fn_plant_cell_wall_21(X)))
& atom_1(fn_polar_molecule_3(fn_plant_cell_wall_21(X)))
& polar_covalent_bond_1(fn_polysaccharide_25(fn_plant_cell_wall_21(X)))
& polar_covalent_bond_1(fn_cellulose_48(fn_plant_cell_wall_21(X)))
& atom_1(fn_atomic_nucleus_4(fn_plant_cell_wall_15(X)))
& entity_1(fn_polysaccharide_15(fn_plant_cell_wall_21(X)))
& atom_1(fn_polysaccharide_15(fn_plant_cell_wall_21(X)))
& chemical_entity_1(fn_polysaccharide_15(fn_plant_cell_wall_21(X)))
& oxygen_1(fn_polysaccharide_15(fn_plant_cell_wall_21(X)))
& entity_1(fn_polysaccharide_11(fn_plant_cell_wall_21(X)))
& chemical_entity_1(fn_polysaccharide_11(fn_plant_cell_wall_21(X)))
& atom_1(fn_polysaccharide_11(fn_plant_cell_wall_21(X)))
& oxygen_1(fn_polysaccharide_11(fn_plant_cell_wall_21(X)))
& entity_1(fn_cellulose_17(fn_plant_cell_wall_21(X)))
& atom_1(fn_cellulose_17(fn_plant_cell_wall_21(X)))
& chemical_entity_1(fn_cellulose_17(fn_plant_cell_wall_21(X)))
& oxygen_1(fn_cellulose_17(fn_plant_cell_wall_21(X)))
& tangible_entity_1(fn_cellulose_18(fn_plant_cell_wall_21(X)))
& entity_1(fn_cellulose_18(fn_plant_cell_wall_21(X)))
& chemical_entity_1(fn_cellulose_18(fn_plant_cell_wall_21(X)))
& atom_1(fn_cellulose_18(fn_plant_cell_wall_21(X)))
& oxygen_1(fn_cellulose_18(fn_plant_cell_wall_21(X)))
& hold_together_1(fn_polysaccharide_27(fn_plant_cell_wall_21(X)))
& hold_together_1(fn_cellulose_14(fn_plant_cell_wall_21(X)))
& hold_1(fn_cellulose_36(fn_plant_cell_wall_21(X)))
& hold_together_1(fn_cellulose_36(fn_plant_cell_wall_21(X)))
& beta_glucose_1(fn_cellulose_37(fn_plant_cell_wall_21(X)))
& beta_glucose_1(fn_cellulose_35(fn_plant_cell_wall_21(X)))
& hydrophilic_region_1(fn_hydrophilic_compound_1(fn_plant_cell_wall_21(X)))
& hydrophilic_region_1(fn_cellulose_46(fn_plant_cell_wall_21(X)))
& entity_1(fn_polysaccharide_14(fn_plant_cell_wall_21(X)))
& chemical_entity_1(fn_polysaccharide_14(fn_plant_cell_wall_21(X)))
& atom_1(fn_polysaccharide_14(fn_plant_cell_wall_21(X)))
& carbon_1(fn_polysaccharide_14(fn_plant_cell_wall_21(X)))
& entity_1(fn_cellulose_16(fn_plant_cell_wall_21(X)))
& chemical_entity_1(fn_cellulose_16(fn_plant_cell_wall_21(X)))
& atom_1(fn_cellulose_16(fn_plant_cell_wall_21(X)))
& carbon_1(fn_cellulose_16(fn_plant_cell_wall_21(X)))
& cellulose_1(fn_microfibril_5(fn_plant_cell_wall_23(X)))
& cellulose_1(fn_microfibril_6(fn_plant_cell_wall_23(X)))
& entity_1(fn_polar_molecule_2(fn_plant_cell_wall_21(X)))
& atom_1(fn_polar_molecule_2(fn_plant_cell_wall_21(X)))
& entity_1(fn_polysaccharide_26(fn_plant_cell_wall_21(X)))
& chemical_entity_1(fn_polysaccharide_26(fn_plant_cell_wall_21(X)))
& atom_1(fn_polysaccharide_26(fn_plant_cell_wall_21(X)))
& hydrogen_1(fn_polysaccharide_26(fn_plant_cell_wall_21(X)))
& entity_1(fn_cellulose_47(fn_plant_cell_wall_21(X)))
& chemical_entity_1(fn_cellulose_47(fn_plant_cell_wall_21(X)))
& atom_1(fn_cellulose_47(fn_plant_cell_wall_21(X)))
& hydrogen_1(fn_cellulose_47(fn_plant_cell_wall_21(X)))
& double_bond_1(fn_polysaccharide_29(fn_plant_cell_wall_21(X)))
& covalent_bond_1(fn_cellulose_28(fn_plant_cell_wall_21(X)))
& double_bond_1(fn_cellulose_28(fn_plant_cell_wall_21(X)))
& facilitates_2(fn_plant_cell_wall_23(X),fn_plant_cell_wall_27(X))
& greater_than_2(fn_plant_cell_wall_7(X),fn_plant_cell_wall_3(X))
& the_scalar_value_2(fn_plant_cell_wall_5(X),high_0)
& scalar_unit_class_2(fn_plant_cell_wall_5(X),polymer_0)
& importance_2(fn_plant_cell_wall_21(X),fn_plant_cell_wall_5(X))
& thickness_2(X,fn_plant_cell_wall_7(X))
& has_part_2(X,fn_plant_cell_wall_10(X))
& has_part_2(X,fn_plant_cell_wall_23(X))
& has_part_2(X,fn_plant_cell_wall_4(X))
& the_cardinal_value_2(fn_plant_cell_wall_3(X),"8.0e0")
& cardinal_unit_class_2(fn_plant_cell_wall_3(X),nanometer_0)
& subevent_2(fn_plant_cell_wall_19(X),fn_plant_cell_wall_20(X))
& instrument_2(fn_plant_cell_wall_19(X),fn_plant_cell_wall_18(X))
& object_2(fn_plant_cell_wall_1(X),fn_plant_cell_wall_21(X))
& instrument_2(fn_plant_cell_wall_1(X),fn_plant_cell_wall_9(X))
& object_2(fn_plant_cell_wall_19(X),fn_plant_cell_wall_23(X))
& has_part_2(X,fn_plant_cell_wall_21(X))
& object_2(fn_plant_cell_wall_27(X),fn_plant_cell_wall_24(X))
& object_2(fn_plant_cell_wall_17(X),fn_plant_cell_wall_24(X))
& is_at_2(fn_plant_cell_wall_22(X),X)
& has_part_2(fn_plant_cell_wall_24(X),X)
& has_part_2(fn_plant_cell_wall_24(X),fn_plant_cell_wall_26(X))
& is_at_2(fn_plant_cell_wall_15(X),fn_plant_cell_wall_16(X))
& has_region_2(fn_plant_cell_wall_38(X),fn_plant_cell_wall_16(X))
& has_region_2(fn_plant_cell_wall_38(X),fn_plant_cell_wall_15(X))
& plays_2(X,fn_plant_cell_wall_25(X))
& in_event_2(fn_plant_cell_wall_25(X),fn_plant_cell_wall_28(X))
& instrument_2(fn_plant_cell_wall_28(X),X)
& is_outside_2(X,fn_plant_cell_wall_26(X))
& has_function_2(X,fn_plant_cell_wall_17(X))
& agent_2(fn_plant_cell_wall_17(X),X)
& has_function_2(X,fn_plant_cell_wall_27(X))
& agent_2(fn_plant_cell_wall_27(X),X)
& has_function_2(X,fn_plant_cell_wall_28(X))
& is_inside_2(fn_plant_cell_wall_38(X),fn_plant_cell_wall_45(X))
& is_between_2(fn_plant_cell_wall_49(X),fn_plant_cell_wall_38(X))
& agent_2(fn_plant_cell_wall_32(X),fn_plant_cell_wall_49(X))
& has_function_2(fn_plant_cell_wall_49(X),fn_plant_cell_wall_32(X))
& possesses_2(fn_plant_cell_wall_21(X),fn_plant_cell_wall_49(X))
& possesses_2(fn_plant_cell_wall_21(X),fn_plant_cell_wall_48(X))
& quantity_2(fn_plant_cell_wall_48(X),fn_plant_cell_wall_30(X))
& directly_proportional_2(fn_plant_cell_wall_29(X),fn_plant_cell_wall_30(X))
& speed_2(fn_plant_cell_wall_50(X),fn_plant_cell_wall_29(X))
& object_2(fn_plant_cell_wall_50(X),fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_39(X) != fn_plant_cell_wall_41(X)
& fn_plant_cell_wall_41(X) != fn_plant_cell_wall_38(X)
& fn_plant_cell_wall_38(X) != fn_plant_cell_wall_41(X)
& fn_plant_cell_wall_41(X) != fn_plant_cell_wall_39(X)
& is_between_2(fn_plant_cell_wall_11(X),fn_plant_cell_wall_41(X))
& has_function_2(fn_plant_cell_wall_11(X),fn_plant_cell_wall_32(X))
& fn_plant_cell_wall_38(X) != fn_plant_cell_wall_39(X)
& fn_plant_cell_wall_39(X) != fn_plant_cell_wall_38(X)
& is_between_2(fn_plant_cell_wall_11(X),fn_plant_cell_wall_39(X))
& possesses_2(fn_plant_cell_wall_21(X),fn_plant_cell_wall_11(X))
& has_part_2(fn_plant_cell_wall_21(X),fn_plant_cell_wall_43(X))
& is_between_2(fn_plant_cell_wall_49(X),fn_plant_cell_wall_43(X))
& has_function_2(fn_plant_cell_wall_21(X),fn_plant_cell_wall_47(X))
& has_function_2(fn_plant_cell_wall_21(X),fn_plant_cell_wall_13(X))
& facilitates_2(fn_plant_cell_wall_14(X),fn_plant_cell_wall_13(X))
& site_2(fn_plant_cell_wall_13(X),fn_plant_cell_wall_14(X))
& agent_2(fn_plant_cell_wall_13(X),fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_40(X) != fn_plant_cell_wall_39(X)
& fn_plant_cell_wall_39(X) != fn_plant_cell_wall_40(X)
& is_inside_2(fn_plant_cell_wall_39(X),fn_plant_cell_wall_46(X))
& has_region_2(fn_plant_cell_wall_21(X),fn_plant_cell_wall_46(X))
& has_part_2(fn_plant_cell_wall_21(X),fn_plant_cell_wall_42(X))
& is_between_2(fn_plant_cell_wall_49(X),fn_plant_cell_wall_42(X))
& fn_plant_cell_wall_40(X) != fn_plant_cell_wall_41(X)
& fn_plant_cell_wall_41(X) != fn_plant_cell_wall_40(X)
& is_inside_2(fn_plant_cell_wall_40(X),fn_plant_cell_wall_44(X))
& is_inside_2(fn_plant_cell_wall_40(X),fn_plant_cell_wall_45(X))
& has_region_2(fn_plant_cell_wall_21(X),fn_plant_cell_wall_45(X))
& fn_plant_cell_wall_36(X) != fn_plant_cell_wall_37(X)
& is_inside_2(fn_plant_cell_wall_41(X),fn_plant_cell_wall_46(X))
& has_part_2(fn_plant_cell_wall_21(X),fn_plant_cell_wall_41(X))
& instrument_2(fn_plant_cell_wall_36(X),fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_37(X) != fn_plant_cell_wall_36(X)
& instrument_2(fn_plant_cell_wall_37(X),fn_plant_cell_wall_21(X))
& object_2(fn_plant_cell_wall_32(X),fn_plant_cell_wall_39(X))
& object_2(fn_plant_cell_wall_32(X),fn_plant_cell_wall_41(X))
& agent_2(fn_plant_cell_wall_31(X),fn_plant_cell_wall_41(X))
& agent_2(fn_plant_cell_wall_31(X),fn_plant_cell_wall_39(X))
& has_part_2(fn_plant_cell_wall_21(X),fn_plant_cell_wall_39(X))
& agent_2(fn_plant_cell_wall_32(X),fn_plant_cell_wall_11(X))
& object_2(fn_plant_cell_wall_32(X),fn_plant_cell_wall_38(X))
& has_part_2(fn_plant_cell_wall_21(X),fn_plant_cell_wall_38(X))
& plays_2(fn_plant_cell_wall_21(X),fn_plant_cell_wall_35(X))
& in_event_2(fn_plant_cell_wall_35(X),fn_plant_cell_wall_47(X))
& object_2(fn_plant_cell_wall_32(X),fn_plant_cell_wall_42(X))
& object_2(fn_plant_cell_wall_32(X),fn_plant_cell_wall_43(X))
& size_2(fn_plant_cell_wall_43(X),fn_plant_cell_wall_33(X))
& greater_than_2(fn_plant_cell_wall_34(X),fn_plant_cell_wall_33(X))
& size_2(fn_plant_cell_wall_21(X),fn_plant_cell_wall_34(X))
& has_region_2(fn_plant_cell_wall_21(X),fn_plant_cell_wall_44(X))
& has_region_2(fn_plant_cell_wall_21(X),fn_plant_cell_wall_14(X))
& has_part_2(fn_plant_cell_wall_21(X),fn_plant_cell_wall_40(X))
& is_between_2(fn_plant_cell_wall_49(X),fn_plant_cell_wall_41(X))
& element_2(fn_plant_cell_wall_23(X),fn_plant_cell_wall_21(X))
& object_2(fn_plant_cell_wall_20(X),fn_plant_cell_wall_23(X))
& has_function_2(fn_plant_cell_wall_18(X),fn_plant_cell_wall_20(X))
& is_inside_2(fn_plant_cell_wall_23(X),fn_plant_cell_wall_18(X))
& instrument_2(fn_plant_cell_wall_20(X),fn_plant_cell_wall_18(X))
& possesses_2(fn_plant_cell_wall_21(X),fn_plant_cell_wall_12(X))
& fn_plant_cell_wall_23(X) = fn_secretion_1(fn_plant_cell_wall_19(X))
& fn_plant_cell_wall_21(X) = fn_cell_wall_5(X)
& X = fn_plasmodesmata_10(fn_plant_cell_wall_22(X))
& X = fn_walled_cell_1(fn_plant_cell_wall_24(X))
& fn_plant_cell_wall_24(X) = fn_cell_wall_13(X)
& fn_plant_cell_wall_26(X) = fn_eukaryotic_cell_29(fn_plant_cell_wall_24(X))
& fn_plant_cell_wall_38(X) = fn_atomic_nucleus_4(fn_plant_cell_wall_15(X))
& fn_plant_cell_wall_16(X) = fn_atomic_nucleus_3(fn_plant_cell_wall_15(X))
& fn_plant_cell_wall_26(X) = fn_cell_wall_15(X)
& fn_plant_cell_wall_25(X) = fn_cell_wall_12(X)
& fn_plant_cell_wall_28(X) = fn_cell_wall_16(X)
& fn_plant_cell_wall_27(X) = fn_cell_wall_14(X)
& fn_plant_cell_wall_17(X) = fn_cell_wall_8(X)
& fn_plant_cell_wall_12(X) = fn_polysaccharide_4(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_21(X) = fn_microfibril_5(fn_plant_cell_wall_23(X))
& fn_plant_cell_wall_21(X) = fn_microfibril_6(fn_plant_cell_wall_23(X))
& fn_plant_cell_wall_20(X) = fn_microfibril_12(fn_plant_cell_wall_23(X))
& fn_plant_cell_wall_18(X) = fn_microfibril_10(fn_plant_cell_wall_23(X))
& fn_plant_cell_wall_38(X) = fn_polysaccharide_11(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_49(X) = fn_polysaccharide_29(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_48(X) = fn_cellulose_70(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_50(X) = fn_cellulose_69(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_39(X) = fn_cellulose_18(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_38(X) = fn_polysaccharide_15(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_38(X) = fn_cellulose_17(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_43(X) = fn_cellulose_37(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_13(X) = fn_hydrophilic_compound_2(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_13(X) = fn_cellulose_34(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_46(X) = fn_polysaccharide_16(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_42(X) = fn_cellulose_35(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_40(X) = fn_polysaccharide_14(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_45(X) = fn_polysaccharide_17(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_45(X) = fn_cellulose_38(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_46(X) = fn_cellulose_29(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_36(X) = fn_cellulose_45(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_37(X) = fn_cellulose_31(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_32(X) = fn_cellulose_14(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_41(X) = fn_polar_molecule_2(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_41(X) = fn_polysaccharide_26(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_31(X) = fn_polar_molecule_4(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_39(X) = fn_polar_molecule_3(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_31(X) = fn_polysaccharide_8(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_39(X) = fn_polysaccharide_15(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_31(X) = fn_cellulose_8(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_39(X) = fn_cellulose_17(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_32(X) = fn_polysaccharide_27(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_11(X) = fn_polysaccharide_25(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_11(X) = fn_cellulose_48(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_38(X) = fn_cellulose_18(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_35(X) = fn_cellulose_32(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_47(X) = fn_cellulose_30(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_42(X) = fn_cellulose_37(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_32(X) = fn_cellulose_36(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_43(X) = fn_cellulose_35(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_54(X) = fn_cellulose_71(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_29(X) = fn_cellulose_68(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_44(X) = fn_cellulose_19(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_53(X) = fn_cellulose_72(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_30(X) = fn_cellulose_67(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_14(X) = fn_hydrophilic_compound_1(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_14(X) = fn_cellulose_46(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_52(X) = fn_cellulose_51(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_33(X) = fn_cellulose_43(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_40(X) = fn_cellulose_16(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_51(X) = fn_cellulose_50(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_34(X) = fn_cellulose_44(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_49(X) = fn_cellulose_28(fn_plant_cell_wall_21(X))
& fn_plant_cell_wall_41(X) = fn_cellulose_47(fn_plant_cell_wall_21(X))
& fn_cell_wall_15(X) = fn_eukaryotic_cell_29(fn_plant_cell_wall_24(X))
& fn_eukaryotic_cell_29(fn_plant_cell_wall_24(X)) = fn_cell_wall_15(X)
& fn_cell_wall_15(X) = fn_plasmodesmata_10(fn_plant_cell_wall_22(X))
& fn_plasmodesmata_10(fn_plant_cell_wall_22(X)) = fn_walled_cell_1(fn_plant_cell_wall_24(X))
& fn_walled_cell_1(fn_plant_cell_wall_24(X)) = fn_cellulose_34(fn_plant_cell_wall_21(X))
& fn_cellulose_34(fn_plant_cell_wall_21(X)) = fn_cellulose_34(fn_plant_cell_wall_21(X))
& fn_cellulose_34(fn_plant_cell_wall_21(X)) = fn_hydrophilic_compound_2(fn_plant_cell_wall_21(X))
& fn_hydrophilic_compound_2(fn_plant_cell_wall_21(X)) = fn_cellulose_34(fn_plant_cell_wall_21(X))
& fn_cellulose_34(fn_plant_cell_wall_21(X)) = fn_polysaccharide_17(fn_plant_cell_wall_21(X))
& fn_cellulose_38(fn_plant_cell_wall_21(X)) = fn_polysaccharide_17(fn_plant_cell_wall_21(X))
& fn_polysaccharide_17(fn_plant_cell_wall_21(X)) = fn_cellulose_38(fn_plant_cell_wall_21(X))
& fn_cellulose_38(fn_plant_cell_wall_21(X)) = fn_polysaccharide_16(fn_plant_cell_wall_21(X))
& fn_cellulose_29(fn_plant_cell_wall_21(X)) = fn_polysaccharide_16(fn_plant_cell_wall_21(X))
& fn_polysaccharide_16(fn_plant_cell_wall_21(X)) = fn_cellulose_29(fn_plant_cell_wall_21(X))
& fn_cellulose_29(fn_plant_cell_wall_21(X)) = fn_cellulose_29(fn_plant_cell_wall_21(X))
& fn_cellulose_29(fn_plant_cell_wall_21(X)) = fn_polar_molecule_4(fn_plant_cell_wall_21(X))
& fn_polysaccharide_8(fn_plant_cell_wall_21(X)) = fn_polar_molecule_4(fn_plant_cell_wall_21(X))
& fn_polar_molecule_4(fn_plant_cell_wall_21(X)) = fn_polysaccharide_8(fn_plant_cell_wall_21(X))
& fn_polysaccharide_8(fn_plant_cell_wall_21(X)) = fn_polysaccharide_8(fn_plant_cell_wall_21(X))
& fn_cellulose_8(fn_plant_cell_wall_21(X)) = fn_polysaccharide_8(fn_plant_cell_wall_21(X))
& fn_polysaccharide_8(fn_plant_cell_wall_21(X)) = fn_cellulose_8(fn_plant_cell_wall_21(X))
& fn_cellulose_8(fn_plant_cell_wall_21(X)) = fn_polysaccharide_15(fn_plant_cell_wall_21(X))
& fn_polysaccharide_15(fn_plant_cell_wall_21(X)) = fn_polar_molecule_3(fn_plant_cell_wall_21(X))
& fn_polar_molecule_3(fn_plant_cell_wall_21(X)) = fn_polysaccharide_15(fn_plant_cell_wall_21(X))
& fn_cellulose_18(fn_plant_cell_wall_21(X)) = fn_polysaccharide_15(fn_plant_cell_wall_21(X))
& fn_polysaccharide_15(fn_plant_cell_wall_21(X)) = fn_polysaccharide_15(fn_plant_cell_wall_21(X))
& fn_polysaccharide_15(fn_plant_cell_wall_21(X)) = fn_cellulose_18(fn_plant_cell_wall_21(X))
& fn_cellulose_17(fn_plant_cell_wall_21(X)) = fn_polysaccharide_25(fn_plant_cell_wall_21(X))
& fn_cellulose_48(fn_plant_cell_wall_21(X)) = fn_cellulose_48(fn_plant_cell_wall_21(X))
& fn_cellulose_48(fn_plant_cell_wall_21(X)) = fn_polysaccharide_25(fn_plant_cell_wall_21(X))
& fn_polysaccharide_25(fn_plant_cell_wall_21(X)) = fn_cellulose_48(fn_plant_cell_wall_21(X))
& fn_cellulose_48(fn_plant_cell_wall_21(X)) = fn_atomic_nucleus_4(fn_plant_cell_wall_15(X))
& fn_atomic_nucleus_4(fn_plant_cell_wall_15(X)) = fn_atomic_nucleus_4(fn_plant_cell_wall_15(X))
& fn_atomic_nucleus_4(fn_plant_cell_wall_15(X)) = fn_polysaccharide_15(fn_plant_cell_wall_21(X))
& fn_polysaccharide_11(fn_plant_cell_wall_21(X)) = fn_polysaccharide_15(fn_plant_cell_wall_21(X))
& fn_polysaccharide_15(fn_plant_cell_wall_21(X)) = fn_polysaccharide_11(fn_plant_cell_wall_21(X))
& fn_polysaccharide_11(fn_plant_cell_wall_21(X)) = fn_polysaccharide_11(fn_plant_cell_wall_21(X))
& fn_polysaccharide_11(fn_plant_cell_wall_21(X)) = fn_cellulose_17(fn_plant_cell_wall_21(X))
& fn_cellulose_18(fn_plant_cell_wall_21(X)) = fn_cellulose_17(fn_plant_cell_wall_21(X))
& fn_cellulose_17(fn_plant_cell_wall_21(X)) = fn_cellulose_17(fn_plant_cell_wall_21(X))
& fn_cellulose_17(fn_plant_cell_wall_21(X)) = fn_cellulose_18(fn_plant_cell_wall_21(X))
& fn_cellulose_18(fn_plant_cell_wall_21(X)) = fn_cellulose_18(fn_plant_cell_wall_21(X))
& fn_cellulose_18(fn_plant_cell_wall_21(X)) = fn_cellulose_35(fn_plant_cell_wall_21(X))
& fn_cellulose_35(fn_plant_cell_wall_21(X)) = fn_cellulose_37(fn_plant_cell_wall_21(X))
& fn_cellulose_37(fn_plant_cell_wall_21(X)) = fn_polysaccharide_27(fn_plant_cell_wall_21(X))
& fn_polysaccharide_27(fn_plant_cell_wall_21(X)) = fn_cellulose_14(fn_plant_cell_wall_21(X))
& fn_cellulose_14(fn_plant_cell_wall_21(X)) = fn_polysaccharide_27(fn_plant_cell_wall_21(X))
& fn_polysaccharide_27(fn_plant_cell_wall_21(X)) = fn_cellulose_36(fn_plant_cell_wall_21(X))
& fn_cellulose_36(fn_plant_cell_wall_21(X)) = fn_cellulose_14(fn_plant_cell_wall_21(X))
& fn_cellulose_14(fn_plant_cell_wall_21(X)) = fn_cellulose_14(fn_plant_cell_wall_21(X))
& fn_cellulose_14(fn_plant_cell_wall_21(X)) = fn_cellulose_36(fn_plant_cell_wall_21(X))
& fn_cellulose_36(fn_plant_cell_wall_21(X)) = fn_cellulose_36(fn_plant_cell_wall_21(X))
& fn_cellulose_36(fn_plant_cell_wall_21(X)) = fn_cellulose_37(fn_plant_cell_wall_21(X))
& fn_cellulose_37(fn_plant_cell_wall_21(X)) = fn_cellulose_37(fn_plant_cell_wall_21(X))
& fn_cellulose_37(fn_plant_cell_wall_21(X)) = fn_cellulose_35(fn_plant_cell_wall_21(X))
& fn_cellulose_35(fn_plant_cell_wall_21(X)) = fn_cellulose_35(fn_plant_cell_wall_21(X))
& fn_cellulose_35(fn_plant_cell_wall_21(X)) = fn_cellulose_46(fn_plant_cell_wall_21(X))
& fn_cellulose_46(fn_plant_cell_wall_21(X)) = fn_cellulose_46(fn_plant_cell_wall_21(X))
& fn_cellulose_46(fn_plant_cell_wall_21(X)) = fn_hydrophilic_compound_1(fn_plant_cell_wall_21(X))
& fn_hydrophilic_compound_1(fn_plant_cell_wall_21(X)) = fn_cellulose_46(fn_plant_cell_wall_21(X))
& fn_cellulose_46(fn_plant_cell_wall_21(X)) = fn_polysaccharide_14(fn_plant_cell_wall_21(X))
& fn_cellulose_16(fn_plant_cell_wall_21(X)) = fn_polysaccharide_14(fn_plant_cell_wall_21(X))
& fn_polysaccharide_14(fn_plant_cell_wall_21(X)) = fn_cellulose_16(fn_plant_cell_wall_21(X))
& fn_cellulose_16(fn_plant_cell_wall_21(X)) = fn_cellulose_16(fn_plant_cell_wall_21(X))
& fn_cellulose_16(fn_plant_cell_wall_21(X)) = fn_cell_wall_5(X)
& fn_cell_wall_5(X) = fn_microfibril_5(fn_plant_cell_wall_23(X))
& fn_microfibril_5(fn_plant_cell_wall_23(X)) = fn_microfibril_5(fn_plant_cell_wall_23(X))
& fn_microfibril_5(fn_plant_cell_wall_23(X)) = fn_microfibril_6(fn_plant_cell_wall_23(X))
& fn_microfibril_6(fn_plant_cell_wall_23(X)) = fn_polysaccharide_26(fn_plant_cell_wall_21(X))
& fn_polysaccharide_26(fn_plant_cell_wall_21(X)) = fn_polysaccharide_26(fn_plant_cell_wall_21(X))
& fn_polysaccharide_26(fn_plant_cell_wall_21(X)) = fn_polar_molecule_2(fn_plant_cell_wall_21(X))
& fn_polar_molecule_2(fn_plant_cell_wall_21(X)) = fn_polysaccharide_26(fn_plant_cell_wall_21(X))
& fn_cellulose_47(fn_plant_cell_wall_21(X)) = fn_polysaccharide_26(fn_plant_cell_wall_21(X))
& fn_polysaccharide_26(fn_plant_cell_wall_21(X)) = fn_cellulose_47(fn_plant_cell_wall_21(X))
& fn_cellulose_47(fn_plant_cell_wall_21(X)) = fn_cellulose_47(fn_plant_cell_wall_21(X))
& fn_cellulose_47(fn_plant_cell_wall_21(X)) = fn_polysaccharide_29(fn_plant_cell_wall_21(X))
& fn_cellulose_28(fn_plant_cell_wall_21(X)) = fn_polysaccharide_29(fn_plant_cell_wall_21(X))
& fn_polysaccharide_29(fn_plant_cell_wall_21(X)) = fn_cellulose_28(fn_plant_cell_wall_21(X))
& fn_cellulose_28(fn_plant_cell_wall_21(X)) = fn_cellulose_28(fn_plant_cell_wall_21(X)) ) ) ).
fof(a531778,axiom,
! [X] :
( plant_cloning_1(X)
=> ( original_name_2(X,'Plant-Cloning')
& user_description_2(X,'Producing genetically identical copies of a plant. For plants, this includes vegetative reproduction.')
& concept2words_2(X,clone)
& concept2words_2(X,'cloning of plant')
& concept2words_2(X,'plant cloning')
& concept2words_2(X,'plant-cloning')
& reproductive_cloning_1(X)
& cell_division_1(fn_plant_cloning_1(X))
& embryoid_1(fn_plant_cloning_2(X))
& differentiated_cell_1(fn_plant_cloning_3(X))
& somatic_cell_1(fn_plant_cloning_3(X))
& culture_medium_1(fn_plant_cloning_4(X))
& create_1(fn_plant_cloning_5(X))
& culturing_1(fn_plant_cloning_6(X))
& transfer_1(fn_plant_cloning_7(X))
& remove_1(fn_plant_cloning_8(X))
& culture_medium_1(fn_culturing_6(fn_plant_cloning_6(X)))
& entity_1(fn_transfer_1(fn_plant_cloning_7(X)))
& spatial_entity_1(fn_remove_1(fn_plant_cloning_8(X)))
& subevent_2(X,fn_plant_cloning_8(X))
& subevent_2(X,fn_plant_cloning_7(X))
& subevent_2(X,fn_plant_cloning_6(X))
& base_2(fn_plant_cloning_5(X),fn_plant_cloning_2(X))
& subevent_2(fn_plant_cloning_6(X),fn_plant_cloning_1(X))
& minCardinality(fn_plant_cloning_6(X),subevent_0,"2",cell_division_0)
& result_2(fn_plant_cloning_6(X),fn_plant_cloning_2(X))
& base_2(fn_plant_cloning_7(X),fn_plant_cloning_4(X))
& next_event_2(fn_plant_cloning_7(X),fn_plant_cloning_6(X))
& object_2(fn_plant_cloning_7(X),fn_plant_cloning_3(X))
& object_2(fn_plant_cloning_8(X),fn_plant_cloning_3(X))
& subevent_2(X,fn_plant_cloning_5(X))
& base_2(fn_plant_cloning_6(X),fn_plant_cloning_4(X))
& fn_plant_cloning_3(X) = fn_transfer_1(fn_plant_cloning_7(X))
& fn_plant_cloning_3(X) = fn_remove_1(fn_plant_cloning_8(X))
& fn_plant_cloning_5(X) = fn_reproductive_cloning_7(X)
& fn_plant_cloning_4(X) = fn_culturing_6(fn_plant_cloning_6(X))
& fn_transfer_1(fn_plant_cloning_7(X)) = fn_remove_1(fn_plant_cloning_8(X)) ) ) ).
fof(a531779,axiom,
! [X] :
( plant_development_1(X)
=> ( original_name_2(X,'Plant-Development')
& user_description_2(X,'The developmental processes that occur during the life of a plant.')
& concept2words_2(X,develop)
& concept2words_2(X,'development of plant')
& concept2words_2(X,'plant development')
& concept2words_2(X,'plant-development')
& organismal_development_1(X)
& morphogenesis_1(fn_plant_development_1(X))
& cell_division_1(fn_plant_development_2(X))
& cell_differentiation_1(fn_plant_development_3(X))
& morphogenesis_1(fn_plant_development_4(X))
& pattern_formation_1(fn_plant_development_5(X))
& apical_meristem_1(fn_plant_development_6(X))
& zygote_1(fn_plant_development_7(X))
& growth_1(fn_plant_development_8(X))
& plant_embryo_1(fn_plant_development_9(X))
& juvenile_stage_1(fn_plant_development_10(X))
& adulthood_1(fn_plant_development_11(X))
& plant_1(fn_plant_development_12(X))
& morphogenesis_1(fn_plant_development_13(X))
& growth_1(fn_plant_development_14(X))
& plant_1(fn_plant_development_15(X))
& growth_1(fn_plant_development_16(X))
& morphogenesis_1(fn_plant_development_17(X))
& plant_organ_1(fn_plant_development_18(X))
& plant_organ_1(fn_plant_development_19(X))
& cell_differentiation_1(fn_plant_development_20(X))
& cell_division_1(fn_plant_development_21(X))
& morphogenesis_1(fn_plant_development_22(X))
& cell_elongation_1(fn_plant_development_23(X))
& morphogenesis_1(fn_plant_development_24(X))
& shoot_apical_meristem_1(fn_plant_development_25(X))
& root_apical_meristem_1(fn_plant_development_26(X))
& create_1(fn_plant_development_27(X))
& create_1(fn_plant_development_28(X))
& create_1(fn_plant_development_29(X))
& plant_organ_1(fn_plant_development_30(X))
& tissue_1(fn_plant_development_31(X))
& tissue_1(fn_plant_development_32(X))
& plant_1(fn_plant_development_33(X))
& embryogenesis_1(fn_plant_development_34(X))
& plant_life_cycle_1(fn_plant_development_35(X))
& cell_differentiation_1(fn_plant_development_36(X))
& cell_division_1(fn_plant_development_37(X))
& cell_1(fn_plant_development_38(X))
& eukaryotic_cell_1(fn_plant_development_38(X))
& entity_1(fn_create_1(fn_plant_development_29(X)))
& entity_1(fn_create_1(fn_plant_development_28(X)))
& entity_1(fn_create_1(fn_plant_development_27(X)))
& change_1(fn_morphogenesis_9(fn_plant_development_24(X)))
& organismal_development_1(fn_life_cycle_2(fn_plant_development_35(X)))
& morphogenesis_1(fn_embryogenesis_52(fn_plant_development_34(X)))
& create_1(fn_shoot_apical_meristem_2(fn_plant_development_25(X)))
& create_1(fn_root_apical_meristem_2(fn_plant_development_26(X)))
& create_1(fn_embryogenesis_30(fn_plant_development_34(X)))
& create_1(fn_embryogenesis_51(fn_plant_development_34(X)))
& cell_1(fn_cell_division_3(fn_plant_development_37(X)))
& eukaryotic_cell_1(fn_cell_differentiation_19(fn_plant_development_36(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_plant_development_26(X)))
& plant_1(fn_apical_meristem_2(fn_plant_development_25(X)))
& plant_1(fn_root_apical_meristem_3(fn_plant_development_26(X)))
& subevent_2(fn_plant_development_27(X),fn_plant_development_4(X))
& subevent_2(fn_plant_development_27(X),fn_plant_development_37(X))
& subevent_2(fn_plant_development_27(X),fn_plant_development_36(X))
& result_2(fn_plant_development_27(X),fn_plant_development_18(X))
& subevent_2(fn_plant_development_28(X),fn_plant_development_1(X))
& subevent_2(fn_plant_development_28(X),fn_plant_development_2(X))
& subevent_2(fn_plant_development_28(X),fn_plant_development_3(X))
& result_2(fn_plant_development_28(X),fn_plant_development_19(X))
& site_2(fn_plant_development_29(X),fn_plant_development_25(X))
& subevent_2(fn_plant_development_29(X),fn_plant_development_20(X))
& subevent_2(fn_plant_development_29(X),fn_plant_development_21(X))
& subevent_2(fn_plant_development_29(X),fn_plant_development_22(X))
& base_2(fn_plant_development_22(X),fn_plant_development_25(X))
& result_2(fn_plant_development_22(X),fn_plant_development_30(X))
& base_2(fn_plant_development_17(X),fn_plant_development_15(X))
& site_2(fn_plant_development_16(X),fn_plant_development_25(X))
& site_2(fn_plant_development_16(X),fn_plant_development_26(X))
& object_2(fn_plant_development_16(X),fn_plant_development_15(X))
& object_2(fn_plant_development_14(X),fn_plant_development_12(X))
& base_2(fn_plant_development_13(X),fn_plant_development_12(X))
& subevent_2(fn_plant_development_34(X),fn_plant_development_8(X))
& base_2(fn_plant_development_34(X),fn_plant_development_7(X))
& subevent_2(X,fn_plant_development_10(X))
& subevent_2(X,fn_plant_development_11(X))
& subevent_2(X,fn_plant_development_34(X))
& subevent_2(X,fn_plant_development_5(X))
& result_2(X,fn_plant_development_15(X))
& experiencer_2(X,fn_plant_development_33(X))
& subevent_2(fn_plant_development_11(X),fn_plant_development_27(X))
& subevent_2(fn_plant_development_11(X),fn_plant_development_28(X))
& subevent_2(fn_plant_development_11(X),fn_plant_development_17(X))
& subevent_2(fn_plant_development_11(X),fn_plant_development_16(X))
& subevent_2(fn_plant_development_10(X),fn_plant_development_14(X))
& subevent_2(fn_plant_development_10(X),fn_plant_development_13(X))
& object_2(fn_plant_development_8(X),fn_plant_development_9(X))
& base_2(fn_plant_development_5(X),fn_plant_development_6(X))
& base_2(fn_plant_development_36(X),fn_plant_development_38(X))
& base_2(fn_plant_development_4(X),fn_plant_development_26(X))
& result_2(fn_plant_development_4(X),fn_plant_development_18(X))
& base_2(fn_plant_development_1(X),fn_plant_development_25(X))
& result_2(fn_plant_development_1(X),fn_plant_development_19(X))
& result_2(fn_plant_development_29(X),fn_plant_development_30(X))
& result_2(fn_plant_development_28(X),fn_plant_development_31(X))
& result_2(fn_plant_development_27(X),fn_plant_development_32(X))
& subevent_2(fn_plant_development_24(X),fn_plant_development_23(X))
& object_2(fn_plant_development_37(X),fn_plant_development_38(X))
& subevent_2(fn_plant_development_35(X),X)
& subevent_2(fn_plant_development_34(X),fn_plant_development_24(X))
& subevent_2(fn_plant_development_34(X),fn_plant_development_29(X))
& has_part_2(fn_plant_development_33(X),fn_plant_development_25(X))
& object_2(fn_plant_development_36(X),fn_plant_development_38(X))
& site_2(fn_plant_development_28(X),fn_plant_development_25(X))
& has_part_2(fn_plant_development_26(X),fn_plant_development_38(X))
& has_part_2(fn_plant_development_33(X),fn_plant_development_26(X))
& site_2(fn_plant_development_27(X),fn_plant_development_26(X))
& fn_plant_development_30(X) = fn_create_1(fn_plant_development_29(X))
& fn_plant_development_31(X) = fn_create_1(fn_plant_development_28(X))
& fn_plant_development_32(X) = fn_create_1(fn_plant_development_27(X))
& fn_plant_development_23(X) = fn_morphogenesis_9(fn_plant_development_24(X))
& fn_plant_development_38(X) = fn_cell_division_3(fn_plant_development_37(X))
& X = fn_life_cycle_2(fn_plant_development_35(X))
& fn_plant_development_24(X) = fn_embryogenesis_52(fn_plant_development_34(X))
& fn_plant_development_29(X) = fn_embryogenesis_30(fn_plant_development_34(X))
& fn_plant_development_29(X) = fn_embryogenesis_51(fn_plant_development_34(X))
& fn_plant_development_33(X) = fn_apical_meristem_2(fn_plant_development_25(X))
& fn_plant_development_38(X) = fn_cell_differentiation_19(fn_plant_development_36(X))
& fn_plant_development_28(X) = fn_shoot_apical_meristem_2(fn_plant_development_25(X))
& fn_plant_development_38(X) = fn_tissue_1(fn_plant_development_26(X))
& fn_plant_development_33(X) = fn_root_apical_meristem_3(fn_plant_development_26(X))
& fn_plant_development_27(X) = fn_root_apical_meristem_2(fn_plant_development_26(X))
& fn_embryogenesis_30(fn_plant_development_34(X)) = fn_embryogenesis_51(fn_plant_development_34(X))
& fn_embryogenesis_51(fn_plant_development_34(X)) = fn_cell_division_3(fn_plant_development_37(X))
& fn_cell_division_3(fn_plant_development_37(X)) = fn_cell_differentiation_19(fn_plant_development_36(X))
& fn_cell_differentiation_19(fn_plant_development_36(X)) = fn_cell_differentiation_19(fn_plant_development_36(X))
& fn_cell_differentiation_19(fn_plant_development_36(X)) = fn_tissue_1(fn_plant_development_26(X))
& fn_tissue_1(fn_plant_development_26(X)) = fn_apical_meristem_2(fn_plant_development_25(X))
& fn_apical_meristem_2(fn_plant_development_25(X)) = fn_root_apical_meristem_3(fn_plant_development_26(X)) ) ) ).
fof(a531780,axiom,
! [X] :
( plant_disease_1(X)
=> ( original_name_2(X,'Plant-Disease')
& user_description_2(X,'Plant diseases are usually caused by fungi, bacteria and viruses. Also there are other diseases which are caused by adverse environmental conditions.')
& concept2words_2(X,'plant disease')
& concept2words_2(X,'disease of plant')
& concept2words_2(X,'plant-disease')
& disease_1(X) ) ) ).
fof(a531781,axiom,
! [X] :
( plant_embryo_1(X)
=> ( original_name_2(X,'Plant-Embryo')
& user_description_2(X,'A plant embryo is an undeveloped plant inside a seed.')
& concept2words_2(X,'embryo of plant')
& concept2words_2(X,'plant embryo')
& concept2words_2(X,'plant-embryo')
& embryo_1(X)
& ~ abnormal_cloned_embryo_1(X)
& ~ animal_embryo_1(X)
& ~ cloned_embryo_1(X)
& ~ early_embryo_1(X)
& ~ eight_cell_embryo_1(X)
& ~ embryoid_1(X)
& ~ segmented_embryo_1(X)
& ~ two_cell_embryo_1(X) ) ) ).
fof(a531782,axiom,
! [X] :
( plant_fat_1(X)
=> ( original_name_2(X,'Plant-Fat')
& user_description_2(X,'The unsaturated fat obtained from plants is called plant fat.')
& concept2words_2(X,'fat of plant')
& concept2words_2(X,'plant fat')
& concept2words_2(X,'plant-fat')
& oil_1(X)
& ~ fish_fat_1(X)
& ~ trans_fat_1(X) ) ) ).
fof(a531783,axiom,
! [X] :
( plant_fertilization_1(X)
=> ( original_name_2(X,'Plant-Fertilization')
& user_description_2(X,'In plants, the union of haploid gametes to produce a diploid zygote.')
& concept2words_2(X,fertilize)
& concept2words_2(X,'fertilization of plant')
& concept2words_2(X,'plant fertilization')
& concept2words_2(X,'plant-fertilization')
& fertilization_1(X) ) ) ).
fof(a531784,axiom,
! [X] :
( plant_gene_1(X)
=> ( original_name_2(X,'Plant-Gene')
& user_description_2(X,'A gene of a plant.')
& concept2words_2(X,'gene of plant')
& concept2words_2(X,'plant gene')
& concept2words_2(X,'plant-gene')
& eukaryotic_gene_1(X) ) ) ).
fof(a531785,axiom,
! [X] :
( plant_growth_1(X)
=> ( original_name_2(X,'Plant-Growth')
& user_description_2(X,'A process related to the growth of plants.')
& concept2words_2(X,'growth of plant')
& concept2words_2(X,'plant growth')
& concept2words_2(X,'plant-growth')
& plant_process_1(X)
& plant_cell_1(fn_plant_growth_3(X))
& rate_value_1(fn_plant_growth_4(X))
& unitless_value_1(fn_plant_growth_5(X))
& cell_division_1(fn_plant_growth_6(X))
& plant_cell_1(fn_plant_growth_7(X))
& cell_1(fn_cell_division_3(fn_plant_growth_6(X)))
& experiencer_2(X,fn_plant_growth_3(X))
& subevent_2(X,fn_plant_growth_6(X))
& the_scalar_value_2(fn_plant_growth_5(X),high_0)
& scalar_unit_class_2(fn_plant_growth_5(X),cellular_process_0)
& importance_2(fn_plant_growth_6(X),fn_plant_growth_5(X))
& rate_2(fn_plant_growth_6(X),fn_plant_growth_4(X))
& base_2(fn_plant_growth_6(X),fn_plant_growth_7(X))
& object_2(fn_plant_growth_6(X),fn_plant_growth_7(X))
& fn_plant_growth_7(X) = fn_cell_division_3(fn_plant_growth_6(X)) ) ) ).
fof(a531786,axiom,
! [X] :
( plant_hormone_1(X)
=> ( original_name_2(X,'Plant-Hormone')
& user_description_2(X,'Any of several chemicals produced by plants that control or regulate physiological processes such as growth, development, metabolism, and responses to the environment.')
& concept2words_2(X,'hormone of plant')
& concept2words_2(X,'plant hormone')
& concept2words_2(X,'plant-hormone')
& hormone_1(X) ) ) ).
fof(a531787,axiom,
! [X] :
( plant_intercellular_process_1(X)
=> ( original_name_2(X,'Plant-Intercellular-Process')
& user_description_2(X,'Intercellular process that occurs in plants.')
& concept2words_2(X,'plant intercellular process')
& concept2words_2(X,'plant-intercellular-process')
& intercellular_process_1(X) ) ) ).
fof(a531788,axiom,
! [X] :
( plant_life_cycle_1(X)
=> ( original_name_2(X,'Plant-Life-Cycle')
& user_description_2(X,'The plant life cycle starts with a seed, which germinates and grows into a plant.')
& concept2words_2(X,'plant life cycle')
& concept2words_2(X,'plant-life-cycle')
& life_cycle_1(X)
& ~ animal_life_cycle_1(X)
& ~ determinate_growth_1(X)
& ~ fungal_life_cycle_1(X)
& ~ gastrulation_1(X)
& ~ iteroparity_1(X)
& ~ life_cycle_of_drosophila_1(X)
& ~ life_history_1(X)
& ~ morphogenesis_1(X)
& ~ muscle_cell_determination_1(X)
& ~ sexual_life_cycle_1(X)
& ~ skeletal_muscle_cell_differentiation_1(X) ) ) ).
fof(a531789,axiom,
! [X] :
( plant_metabolic_cell_1(X)
=> ( original_name_2(X,'Plant-Metabolic-Cell')
& user_description_2(X,'Plant cell which participates in metabolic reactions.')
& concept2words_2(X,'plant metabolic cell')
& concept2words_2(X,'plant-metabolic-cell')
& plant_cell_1(X)
& synthesis_reaction_1(fn_plant_metabolic_cell_1(X))
& mitochondrial_dna_1(fn_plant_metabolic_cell_2(X))
& tonoplast_1(fn_plant_metabolic_cell_3(X))
& store_1(fn_plant_metabolic_cell_5(X))
& store_1(fn_plant_metabolic_cell_6(X))
& container_1(fn_plant_metabolic_cell_7(X))
& grow_1(fn_plant_metabolic_cell_8(X))
& substance_1(fn_plant_metabolic_cell_9(X))
& solid_substance_1(fn_plant_metabolic_cell_9(X))
& absorb_1(fn_plant_metabolic_cell_10(X))
& protein_enzyme_1(fn_plant_metabolic_cell_11(X))
& cytoplasmic_streaming_1(fn_plant_metabolic_cell_12(X))
& move_1(fn_plant_metabolic_cell_13(X))
& spatial_entity_1(fn_plant_metabolic_cell_14(X))
& tangible_entity_1(fn_plant_metabolic_cell_14(X))
& tangible_entity_1(fn_plant_metabolic_cell_15(X))
& er_membrane_1(fn_plant_metabolic_cell_15(X))
& biomembrane_1(fn_plant_metabolic_cell_15(X))
& membrane_1(fn_plant_metabolic_cell_16(X))
& spatial_entity_1(fn_plant_metabolic_cell_16(X))
& biomembrane_1(fn_plant_metabolic_cell_16(X))
& plasma_membrane_1(fn_plant_metabolic_cell_16(X))
& spatial_entity_1(fn_plant_metabolic_cell_17(X))
& mixture_1(fn_plant_metabolic_cell_17(X))
& suspension_1(fn_plant_metabolic_cell_17(X))
& colloid_1(fn_plant_metabolic_cell_17(X))
& cytoplasm_1(fn_plant_metabolic_cell_17(X))
& ribosome_1(fn_plant_metabolic_cell_18(X))
& eukaryotic_ribosome_1(fn_plant_metabolic_cell_18(X))
& plasmodesmata_1(fn_plant_metabolic_cell_19(X))
& organelle_1(fn_plant_metabolic_cell_20(X))
& mitochondrion_1(fn_plant_metabolic_cell_20(X))
& semiautonomous_organelle_1(fn_plant_metabolic_cell_20(X))
& rough_endoplasmic_reticulum_1(fn_plant_metabolic_cell_21(X))
& endoplasmic_reticulum_1(fn_plant_metabolic_cell_21(X))
& endoplasmic_reticulum_1(fn_plant_metabolic_cell_22(X))
& smooth_endoplasmic_reticulum_1(fn_plant_metabolic_cell_22(X))
& protein_enzyme_1(fn_plant_metabolic_cell_23(X))
& spatial_entity_1(fn_plant_metabolic_cell_24(X))
& outer_membrane_1(fn_plant_metabolic_cell_24(X))
& catabolic_pathway_1(fn_plant_metabolic_cell_25(X))
& metabolic_pathway_1(fn_plant_metabolic_cell_25(X))
& eukaryotic_cellular_respiration_1(fn_plant_metabolic_cell_25(X))
& spatial_entity_1(fn_plant_metabolic_cell_26(X))
& cisternal_space_1(fn_plant_metabolic_cell_26(X))
& nuclear_membrane_1(fn_plant_metabolic_cell_27(X))
& substance_1(fn_plant_metabolic_cell_28(X))
& aqueous_solution_1(fn_plant_metabolic_cell_28(X))
& liquid_substance_1(fn_plant_metabolic_cell_28(X))
& cytosol_1(fn_plant_metabolic_cell_28(X))
& solution_1(fn_plant_metabolic_cell_28(X))
& membrane_protein_1(fn_plant_metabolic_cell_29(X))
& protein_pump_1(fn_plant_metabolic_cell_29(X))
& tangible_entity_1(fn_plant_metabolic_cell_29(X))
& transmembrane_protein_1(fn_plant_metabolic_cell_29(X))
& transport_protein_1(fn_plant_metabolic_cell_29(X))
& carrier_protein_1(fn_plant_metabolic_cell_29(X))
& integral_protein_1(fn_plant_metabolic_cell_29(X))
& electrogenic_pump_1(fn_plant_metabolic_cell_29(X))
& proton_pump_1(fn_plant_metabolic_cell_29(X))
& spatial_entity_1(fn_plant_metabolic_cell_29(X))
& intermembrane_space_1(fn_plant_metabolic_cell_30(X))
& organic_molecule_1(fn_plant_metabolic_cell_31(X))
& facilitated_diffusion_of_polar_molecule_1(fn_plant_metabolic_cell_32(X))
& dna_1(fn_plant_metabolic_cell_33(X))
& mitochondrial_dna_1(fn_plant_metabolic_cell_33(X))
& quantity_value_1(fn_plant_metabolic_cell_34(X))
& synthesis_reaction_1(fn_plant_metabolic_cell_35(X))
& metabolic_pathway_1(fn_plant_metabolic_cell_35(X))
& chemical_reaction_1(fn_plant_metabolic_cell_35(X))
& anabolic_pathway_1(fn_plant_metabolic_cell_35(X))
& synthesis_of_lipid_1(fn_plant_metabolic_cell_35(X))
& golgi_apparatus_1(fn_plant_metabolic_cell_36(X))
& peroxisome_1(fn_plant_metabolic_cell_37(X))
& spatial_entity_1(fn_plant_metabolic_cell_38(X))
& vesicle_1(fn_plant_metabolic_cell_38(X))
& central_vacuole_1(fn_plant_metabolic_cell_38(X))
& vesicle_1(fn_plant_metabolic_cell_39(X))
& spatial_entity_1(fn_plant_metabolic_cell_39(X))
& vacuole_1(fn_plant_metabolic_cell_39(X))
& central_vacuole_1(fn_plant_metabolic_cell_39(X))
& attach_1(fn_plant_metabolic_cell_40(X))
& myosin_1(fn_plant_metabolic_cell_41(X))
& organelle_1(fn_plant_metabolic_cell_42(X))
& cytoskeleton_1(fn_plant_metabolic_cell_43(X))
& organic_molecule_1(fn_catabolic_pathway_10(fn_plant_metabolic_cell_25(X)))
& tangible_entity_1(fn_endoplasmic_reticulum_30(fn_plant_metabolic_cell_22(X)))
& er_membrane_1(fn_endoplasmic_reticulum_30(fn_plant_metabolic_cell_22(X)))
& biomembrane_1(fn_endoplasmic_reticulum_30(fn_plant_metabolic_cell_22(X)))
& spatial_entity_1(fn_nuclear_membrane_27(fn_plant_metabolic_cell_27(X)))
& outer_membrane_1(fn_nuclear_membrane_27(fn_plant_metabolic_cell_27(X)))
& tonoplast_1(fn_central_vacuole_18(fn_plant_metabolic_cell_39(X)))
& spatial_entity_1(fn_rough_endoplasmic_reticulum_52(fn_plant_metabolic_cell_21(X)))
& cisternal_space_1(fn_rough_endoplasmic_reticulum_52(fn_plant_metabolic_cell_21(X)))
& cisternal_space_1(fn_endoplasmic_reticulum_31(fn_plant_metabolic_cell_22(X)))
& intermembrane_space_1(fn_endoplasmic_reticulum_37(fn_plant_metabolic_cell_22(X)))
& intermembrane_space_1(fn_nuclear_membrane_19(fn_plant_metabolic_cell_27(X)))
& spatial_entity_1(fn_move_1(fn_plant_metabolic_cell_13(X)))
& container_1(fn_vacuole_11(fn_plant_metabolic_cell_39(X)))
& store_1(fn_vacuole_3(fn_plant_metabolic_cell_39(X)))
& peroxisome_1(fn_smooth_endoplasmic_reticulum_12(fn_plant_metabolic_cell_22(X)))
& eukaryotic_ribosome_1(fn_rough_endoplasmic_reticulum_56(fn_plant_metabolic_cell_21(X)))
& eukaryotic_ribosome_1(fn_smooth_endoplasmic_reticulum_11(fn_plant_metabolic_cell_22(X)))
& spatial_entity_1(fn_plasmodesmata_17(fn_plant_metabolic_cell_19(X)))
& mixture_1(fn_plasmodesmata_17(fn_plant_metabolic_cell_19(X)))
& suspension_1(fn_plasmodesmata_17(fn_plant_metabolic_cell_19(X)))
& colloid_1(fn_plasmodesmata_17(fn_plant_metabolic_cell_19(X)))
& cytoplasm_1(fn_plasmodesmata_17(fn_plant_metabolic_cell_19(X)))
& mixture_1(fn_rough_endoplasmic_reticulum_32(fn_plant_metabolic_cell_21(X)))
& cytoplasm_1(fn_rough_endoplasmic_reticulum_32(fn_plant_metabolic_cell_21(X)))
& suspension_1(fn_vacuole_10(fn_plant_metabolic_cell_39(X)))
& colloid_1(fn_vacuole_10(fn_plant_metabolic_cell_39(X)))
& cytoplasm_1(fn_vacuole_10(fn_plant_metabolic_cell_39(X)))
& rough_endoplasmic_reticulum_1(fn_nuclear_membrane_9(fn_plant_metabolic_cell_27(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_plant_metabolic_cell_22(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_plant_metabolic_cell_22(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_plant_metabolic_cell_22(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_plant_metabolic_cell_22(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_plant_metabolic_cell_22(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_plant_metabolic_cell_22(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_plant_metabolic_cell_22(X)))
& synthesis_of_lipid_1(fn_endoplasmic_reticulum_23(fn_plant_metabolic_cell_21(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_plant_metabolic_cell_22(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_plant_metabolic_cell_22(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_plant_metabolic_cell_32(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_plant_metabolic_cell_32(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_plant_metabolic_cell_32(X)))
& substance_1(fn_rough_endoplasmic_reticulum_23(fn_plant_metabolic_cell_21(X)))
& cytosol_1(fn_rough_endoplasmic_reticulum_23(fn_plant_metabolic_cell_21(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_plant_metabolic_cell_22(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_plant_metabolic_cell_22(X)))
& aqueous_solution_1(fn_vacuole_9(fn_plant_metabolic_cell_39(X)))
& liquid_substance_1(fn_vacuole_9(fn_plant_metabolic_cell_39(X)))
& cytosol_1(fn_vacuole_9(fn_plant_metabolic_cell_39(X)))
& solution_1(fn_vacuole_9(fn_plant_metabolic_cell_39(X)))
& aqueous_solution_1(fn_central_vacuole_20(fn_plant_metabolic_cell_39(X)))
& liquid_substance_1(fn_central_vacuole_20(fn_plant_metabolic_cell_39(X)))
& cytosol_1(fn_central_vacuole_20(fn_plant_metabolic_cell_39(X)))
& solution_1(fn_central_vacuole_20(fn_plant_metabolic_cell_39(X)))
& cell_1(fn_metabolic_pathway_1(fn_plant_metabolic_cell_25(X)))
& eukaryotic_cell_1(fn_plasmodesmata_18(fn_plant_metabolic_cell_19(X)))
& cell_1(fn_plasmodesmata_18(fn_plant_metabolic_cell_19(X)))
& plant_cell_1(fn_plasmodesmata_18(fn_plant_metabolic_cell_19(X)))
& eukaryotic_cell_1(fn_endoplasmic_reticulum_11(fn_plant_metabolic_cell_21(X)))
& cell_1(fn_endoplasmic_reticulum_11(fn_plant_metabolic_cell_21(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_62(fn_plant_metabolic_cell_21(X)))
& eukaryotic_cell_1(fn_rough_endoplasmic_reticulum_62(fn_plant_metabolic_cell_21(X)))
& cell_1(fn_rough_endoplasmic_reticulum_62(fn_plant_metabolic_cell_21(X)))
& eukaryotic_cell_1(fn_plasmodesmata_19(fn_plant_metabolic_cell_19(X)))
& cell_1(fn_plasmodesmata_19(fn_plant_metabolic_cell_19(X)))
& plant_cell_1(fn_plasmodesmata_19(fn_plant_metabolic_cell_19(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_plant_metabolic_cell_22(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_plant_metabolic_cell_22(X)))
& cell_1(fn_vacuole_12(fn_plant_metabolic_cell_39(X)))
& plant_cell_1(fn_central_vacuole_12(fn_plant_metabolic_cell_39(X)))
& grow_1(fn_central_vacuole_7(fn_plant_metabolic_cell_39(X)))
& absorb_1(fn_central_vacuole_17(fn_plant_metabolic_cell_39(X)))
& store_1(fn_central_vacuole_9(fn_plant_metabolic_cell_39(X)))
& agent_2(fn_plant_metabolic_cell_32(X),fn_plant_metabolic_cell_29(X))
& agent_2(fn_plant_metabolic_cell_1(X),fn_plant_metabolic_cell_23(X))
& abuts_2(fn_plant_metabolic_cell_27(X),fn_plant_metabolic_cell_15(X))
& has_part_2(X,fn_plant_metabolic_cell_19(X))
& site_2(fn_plant_metabolic_cell_25(X),fn_plant_metabolic_cell_17(X))
& is_inside_2(fn_plant_metabolic_cell_23(X),fn_plant_metabolic_cell_15(X))
& abuts_2(fn_plant_metabolic_cell_15(X),fn_plant_metabolic_cell_27(X))
& causes_2(fn_plant_metabolic_cell_12(X),fn_plant_metabolic_cell_13(X))
& is_inside_2(fn_plant_metabolic_cell_11(X),fn_plant_metabolic_cell_15(X))
& quantity_2(fn_plant_metabolic_cell_2(X),fn_plant_metabolic_cell_34(X))
& path_2(fn_plant_metabolic_cell_32(X),fn_plant_metabolic_cell_16(X))
& object_2(fn_plant_metabolic_cell_13(X),fn_plant_metabolic_cell_14(X))
& has_region_2(fn_plant_metabolic_cell_21(X),fn_plant_metabolic_cell_26(X))
& is_between_2(fn_plant_metabolic_cell_19(X),X)
& has_region_2(fn_plant_metabolic_cell_22(X),fn_plant_metabolic_cell_26(X))
& is_inside_2(fn_plant_metabolic_cell_26(X),fn_plant_metabolic_cell_15(X))
& abuts_2(fn_plant_metabolic_cell_30(X),fn_plant_metabolic_cell_26(X))
& abuts_2(fn_plant_metabolic_cell_26(X),fn_plant_metabolic_cell_30(X))
& has_part_2(fn_plant_metabolic_cell_27(X),fn_plant_metabolic_cell_24(X))
& is_between_2(fn_plant_metabolic_cell_30(X),fn_plant_metabolic_cell_24(X))
& has_region_2(fn_plant_metabolic_cell_27(X),fn_plant_metabolic_cell_30(X))
& abuts_2(fn_plant_metabolic_cell_21(X),fn_plant_metabolic_cell_24(X))
& abuts_2(fn_plant_metabolic_cell_24(X),fn_plant_metabolic_cell_21(X))
& has_part_2(X,fn_plant_metabolic_cell_21(X))
& has_part_2(X,fn_plant_metabolic_cell_43(X))
& has_part_2(X,fn_plant_metabolic_cell_18(X))
& is_across_2(fn_plant_metabolic_cell_29(X),fn_plant_metabolic_cell_16(X))
& is_inside_2(fn_plant_metabolic_cell_14(X),fn_plant_metabolic_cell_17(X))
& facilitates_2(fn_plant_metabolic_cell_41(X),fn_plant_metabolic_cell_12(X))
& agent_2(fn_plant_metabolic_cell_10(X),fn_plant_metabolic_cell_38(X))
& has_part_2(X,fn_plant_metabolic_cell_20(X))
& has_function_2(fn_plant_metabolic_cell_20(X),fn_plant_metabolic_cell_25(X))
& has_part_2(X,fn_plant_metabolic_cell_17(X))
& has_part_2(fn_plant_metabolic_cell_17(X),fn_plant_metabolic_cell_9(X))
& has_part_2(X,fn_plant_metabolic_cell_22(X))
& has_function_2(fn_plant_metabolic_cell_22(X),fn_plant_metabolic_cell_35(X))
& base_2(fn_plant_metabolic_cell_6(X),fn_plant_metabolic_cell_39(X))
& in_event_2(fn_plant_metabolic_cell_7(X),fn_plant_metabolic_cell_6(X))
& plays_2(fn_plant_metabolic_cell_39(X),fn_plant_metabolic_cell_7(X))
& fn_plant_metabolic_cell_38(X) != fn_plant_metabolic_cell_39(X)
& fn_plant_metabolic_cell_39(X) != fn_plant_metabolic_cell_38(X)
& is_inside_2(fn_plant_metabolic_cell_37(X),fn_plant_metabolic_cell_28(X))
& has_part_2(X,fn_plant_metabolic_cell_37(X))
& has_part_2(X,fn_plant_metabolic_cell_39(X))
& has_function_2(fn_plant_metabolic_cell_39(X),fn_plant_metabolic_cell_6(X))
& fn_plant_metabolic_cell_6(X) != fn_plant_metabolic_cell_5(X)
& fn_plant_metabolic_cell_5(X) != fn_plant_metabolic_cell_6(X)
& is_inside_2(fn_plant_metabolic_cell_22(X),fn_plant_metabolic_cell_28(X))
& is_inside_2(fn_plant_metabolic_cell_36(X),fn_plant_metabolic_cell_28(X))
& has_part_2(X,fn_plant_metabolic_cell_36(X))
& fn_plant_metabolic_cell_22(X) != fn_plant_metabolic_cell_21(X)
& fn_plant_metabolic_cell_21(X) != fn_plant_metabolic_cell_22(X)
& is_inside_2(fn_plant_metabolic_cell_43(X),fn_plant_metabolic_cell_28(X))
& is_inside_2(fn_plant_metabolic_cell_20(X),fn_plant_metabolic_cell_28(X))
& has_part_2(fn_plant_metabolic_cell_20(X),fn_plant_metabolic_cell_33(X))
& quantity_2(fn_plant_metabolic_cell_33(X),fn_plant_metabolic_cell_34(X))
& has_part_2(fn_plant_metabolic_cell_17(X),fn_plant_metabolic_cell_11(X))
& fn_plant_metabolic_cell_11(X) != fn_plant_metabolic_cell_23(X)
& has_part_2(fn_plant_metabolic_cell_17(X),fn_plant_metabolic_cell_23(X))
& is_between_2(fn_plant_metabolic_cell_17(X),fn_plant_metabolic_cell_16(X))
& is_inside_2(fn_plant_metabolic_cell_17(X),fn_plant_metabolic_cell_16(X))
& fn_plant_metabolic_cell_23(X) != fn_plant_metabolic_cell_11(X)
& has_part_2(fn_plant_metabolic_cell_43(X),fn_plant_metabolic_cell_41(X))
& object_2(fn_plant_metabolic_cell_40(X),fn_plant_metabolic_cell_41(X))
& base_2(fn_plant_metabolic_cell_40(X),fn_plant_metabolic_cell_42(X))
& is_inside_2(fn_plant_metabolic_cell_42(X),fn_plant_metabolic_cell_28(X))
& is_inside_2(fn_plant_metabolic_cell_18(X),fn_plant_metabolic_cell_28(X))
& base_2(fn_plant_metabolic_cell_12(X),X)
& agent_2(fn_plant_metabolic_cell_12(X),fn_plant_metabolic_cell_43(X))
& has_function_2(fn_plant_metabolic_cell_43(X),fn_plant_metabolic_cell_12(X))
& object_2(fn_plant_metabolic_cell_12(X),fn_plant_metabolic_cell_17(X))
& has_part_2(fn_plant_metabolic_cell_17(X),fn_plant_metabolic_cell_28(X))
& base_2(fn_plant_metabolic_cell_35(X),X)
& site_2(fn_plant_metabolic_cell_35(X),fn_plant_metabolic_cell_22(X))
& abuts_2(fn_plant_metabolic_cell_22(X),fn_plant_metabolic_cell_21(X))
& is_inside_2(fn_plant_metabolic_cell_21(X),fn_plant_metabolic_cell_28(X))
& is_inside_2(fn_plant_metabolic_cell_9(X),fn_plant_metabolic_cell_28(X))
& abuts_2(fn_plant_metabolic_cell_21(X),fn_plant_metabolic_cell_22(X))
& has_function_2(X,fn_plant_metabolic_cell_25(X))
& base_2(fn_plant_metabolic_cell_25(X),X)
& has_part_2(X,fn_plant_metabolic_cell_16(X))
& has_part_2(fn_plant_metabolic_cell_16(X),fn_plant_metabolic_cell_29(X))
& is_at_2(fn_plant_metabolic_cell_29(X),fn_plant_metabolic_cell_16(X))
& has_part_2(X,fn_plant_metabolic_cell_38(X))
& has_part_2(fn_plant_metabolic_cell_38(X),fn_plant_metabolic_cell_3(X))
& is_between_2(fn_plant_metabolic_cell_3(X),fn_plant_metabolic_cell_28(X))
& has_function_2(fn_plant_metabolic_cell_39(X),fn_plant_metabolic_cell_5(X))
& base_2(fn_plant_metabolic_cell_5(X),fn_plant_metabolic_cell_39(X))
& agent_2(fn_plant_metabolic_cell_10(X),fn_plant_metabolic_cell_39(X))
& causes_2(fn_plant_metabolic_cell_10(X),fn_plant_metabolic_cell_8(X))
& object_2(fn_plant_metabolic_cell_8(X),X)
& fn_plant_metabolic_cell_16(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_plant_metabolic_cell_32(X))
& fn_plant_metabolic_cell_14(X) = fn_move_1(fn_plant_metabolic_cell_13(X))
& fn_plant_metabolic_cell_31(X) = fn_catabolic_pathway_10(fn_plant_metabolic_cell_25(X))
& fn_plant_metabolic_cell_26(X) = fn_rough_endoplasmic_reticulum_52(fn_plant_metabolic_cell_21(X))
& X = fn_plasmodesmata_19(fn_plant_metabolic_cell_19(X))
& fn_plant_metabolic_cell_15(X) = fn_endoplasmic_reticulum_30(fn_plant_metabolic_cell_22(X))
& fn_plant_metabolic_cell_30(X) = fn_endoplasmic_reticulum_37(fn_plant_metabolic_cell_22(X))
& fn_plant_metabolic_cell_26(X) = fn_endoplasmic_reticulum_31(fn_plant_metabolic_cell_22(X))
& fn_plant_metabolic_cell_30(X) = fn_nuclear_membrane_19(fn_plant_metabolic_cell_27(X))
& fn_plant_metabolic_cell_21(X) = fn_nuclear_membrane_9(fn_plant_metabolic_cell_27(X))
& fn_plant_metabolic_cell_24(X) = fn_nuclear_membrane_27(fn_plant_metabolic_cell_27(X))
& fn_plant_metabolic_cell_21(X) = fn_eukaryotic_cell_19(X)
& fn_plant_metabolic_cell_14(X) = fn_plant_cell_10(X)
& X = fn_plasmodesmata_18(fn_plant_metabolic_cell_19(X))
& fn_plant_metabolic_cell_17(X) = fn_plasmodesmata_17(fn_plant_metabolic_cell_19(X))
& X = fn_rough_endoplasmic_reticulum_62(fn_plant_metabolic_cell_21(X))
& fn_plant_metabolic_cell_22(X) = fn_eukaryotic_cell_20(X)
& fn_plant_metabolic_cell_38(X) = fn_plant_cell_87(X)
& fn_plant_metabolic_cell_7(X) = fn_vacuole_11(fn_plant_metabolic_cell_39(X))
& fn_plant_metabolic_cell_6(X) = fn_vacuole_3(fn_plant_metabolic_cell_39(X))
& fn_plant_metabolic_cell_7(X) = fn_plant_cell_29(X)
& fn_plant_metabolic_cell_5(X) = fn_plant_cell_28(X)
& fn_plant_metabolic_cell_5(X) = fn_plant_cell_79(X)
& fn_plant_metabolic_cell_6(X) = fn_plant_cell_79(X)
& fn_plant_metabolic_cell_6(X) = fn_plant_cell_28(X)
& X = fn_vacuole_12(fn_plant_metabolic_cell_39(X))
& X = fn_smooth_endoplasmic_reticulum_33(fn_plant_metabolic_cell_22(X))
& fn_plant_metabolic_cell_37(X) = fn_smooth_endoplasmic_reticulum_12(fn_plant_metabolic_cell_22(X))
& fn_plant_metabolic_cell_37(X) = fn_plant_cell_93(X)
& fn_plant_metabolic_cell_36(X) = fn_eukaryotic_cell_24(X)
& fn_plant_metabolic_cell_36(X) = fn_plant_cell_100(X)
& fn_plant_metabolic_cell_4(X) = fn_plant_cell_106(X)
& fn_plant_metabolic_cell_34(X) = fn_plant_cell_102(X)
& fn_plant_metabolic_cell_33(X) = fn_plant_cell_101(X)
& fn_plant_metabolic_cell_20(X) = fn_plant_cell_59(X)
& fn_plant_metabolic_cell_23(X) = fn_plant_cell_11(X)
& fn_plant_metabolic_cell_11(X) = fn_plant_cell_92(X)
& fn_plant_metabolic_cell_18(X) = fn_rough_endoplasmic_reticulum_56(fn_plant_metabolic_cell_21(X))
& fn_plant_metabolic_cell_18(X) = fn_smooth_endoplasmic_reticulum_11(fn_plant_metabolic_cell_22(X))
& fn_plant_metabolic_cell_28(X) = fn_smooth_endoplasmic_reticulum_34(fn_plant_metabolic_cell_22(X))
& fn_plant_metabolic_cell_18(X) = fn_eukaryotic_cell_45(X)
& fn_plant_metabolic_cell_18(X) = fn_plant_cell_58(X)
& fn_plant_metabolic_cell_42(X) = fn_plant_cell_14(X)
& fn_plant_metabolic_cell_40(X) = fn_plant_cell_13(X)
& fn_plant_metabolic_cell_41(X) = fn_plant_cell_12(X)
& fn_plant_metabolic_cell_17(X) = fn_rough_endoplasmic_reticulum_32(fn_plant_metabolic_cell_21(X))
& fn_plant_metabolic_cell_17(X) = fn_vacuole_10(fn_plant_metabolic_cell_39(X))
& fn_plant_metabolic_cell_28(X) = fn_vacuole_9(fn_plant_metabolic_cell_39(X))
& fn_plant_metabolic_cell_17(X) = fn_eukaryotic_cell_31(X)
& fn_plant_metabolic_cell_28(X) = fn_eukaryotic_cell_42(X)
& fn_plant_metabolic_cell_17(X) = fn_plant_cell_83(X)
& fn_plant_metabolic_cell_43(X) = fn_plant_cell_94(X)
& fn_plant_metabolic_cell_12(X) = fn_plant_cell_89(X)
& fn_plant_metabolic_cell_9(X) = fn_plant_cell_25(X)
& fn_plant_metabolic_cell_28(X) = fn_rough_endoplasmic_reticulum_23(fn_plant_metabolic_cell_21(X))
& fn_plant_metabolic_cell_28(X) = fn_plant_cell_91(X)
& fn_plant_metabolic_cell_21(X) = fn_plant_cell_90(X)
& fn_plant_metabolic_cell_35(X) = fn_smooth_endoplasmic_reticulum_23(fn_plant_metabolic_cell_22(X))
& fn_plant_metabolic_cell_35(X) = fn_smooth_endoplasmic_reticulum_7(fn_plant_metabolic_cell_22(X))
& fn_plant_metabolic_cell_35(X) = fn_smooth_endoplasmic_reticulum_49(fn_plant_metabolic_cell_22(X))
& fn_plant_metabolic_cell_35(X) = fn_smooth_endoplasmic_reticulum_48(fn_plant_metabolic_cell_22(X))
& fn_plant_metabolic_cell_35(X) = fn_smooth_endoplasmic_reticulum_8(fn_plant_metabolic_cell_22(X))
& fn_plant_metabolic_cell_35(X) = fn_smooth_endoplasmic_reticulum_42(fn_plant_metabolic_cell_22(X))
& fn_plant_metabolic_cell_22(X) = fn_plant_cell_77(X)
& fn_plant_metabolic_cell_35(X) = fn_endoplasmic_reticulum_23(fn_plant_metabolic_cell_21(X))
& X = fn_endoplasmic_reticulum_11(fn_plant_metabolic_cell_21(X))
& fn_plant_metabolic_cell_35(X) = fn_plant_cell_76(X)
& fn_plant_metabolic_cell_29(X) = fn_plant_cell_110(X)
& fn_plant_metabolic_cell_16(X) = fn_plant_cell_97(X)
& X = fn_metabolic_pathway_1(fn_plant_metabolic_cell_25(X))
& fn_plant_metabolic_cell_25(X) = fn_eukaryotic_cell_23(X)
& fn_plant_metabolic_cell_25(X) = fn_plant_cell_63(X)
& fn_plant_metabolic_cell_28(X) = fn_central_vacuole_20(fn_plant_metabolic_cell_39(X))
& fn_plant_metabolic_cell_3(X) = fn_central_vacuole_18(fn_plant_metabolic_cell_39(X))
& X = fn_central_vacuole_12(fn_plant_metabolic_cell_39(X))
& fn_plant_metabolic_cell_8(X) = fn_plant_cell_24(X)
& fn_plant_metabolic_cell_8(X) = fn_central_vacuole_7(fn_plant_metabolic_cell_39(X))
& fn_plant_metabolic_cell_10(X) = fn_plant_cell_27(X)
& fn_plant_metabolic_cell_39(X) = fn_plant_cell_81(X)
& fn_plant_metabolic_cell_10(X) = fn_central_vacuole_17(fn_plant_metabolic_cell_39(X))
& fn_plant_metabolic_cell_39(X) = fn_plant_cell_87(X)
& fn_plant_metabolic_cell_5(X) = fn_plant_cell_86(X)
& fn_plant_metabolic_cell_5(X) = fn_central_vacuole_9(fn_plant_metabolic_cell_39(X))
& fn_rough_endoplasmic_reticulum_52(fn_plant_metabolic_cell_21(X)) = fn_endoplasmic_reticulum_31(fn_plant_metabolic_cell_22(X))
& fn_endoplasmic_reticulum_31(fn_plant_metabolic_cell_22(X)) = fn_endoplasmic_reticulum_31(fn_plant_metabolic_cell_22(X))
& fn_endoplasmic_reticulum_31(fn_plant_metabolic_cell_22(X)) = fn_endoplasmic_reticulum_37(fn_plant_metabolic_cell_22(X))
& fn_endoplasmic_reticulum_37(fn_plant_metabolic_cell_22(X)) = fn_endoplasmic_reticulum_37(fn_plant_metabolic_cell_22(X))
& fn_endoplasmic_reticulum_37(fn_plant_metabolic_cell_22(X)) = fn_nuclear_membrane_19(fn_plant_metabolic_cell_27(X))
& fn_nuclear_membrane_19(fn_plant_metabolic_cell_27(X)) = fn_nuclear_membrane_19(fn_plant_metabolic_cell_27(X))
& fn_nuclear_membrane_19(fn_plant_metabolic_cell_27(X)) = fn_move_1(fn_plant_metabolic_cell_13(X))
& fn_move_1(fn_plant_metabolic_cell_13(X)) = fn_plant_cell_10(X)
& fn_plant_cell_10(X) = fn_vacuole_11(fn_plant_metabolic_cell_39(X))
& fn_plant_cell_29(X) = fn_vacuole_11(fn_plant_metabolic_cell_39(X))
& fn_vacuole_11(fn_plant_metabolic_cell_39(X)) = fn_plant_cell_29(X)
& fn_plant_cell_29(X) = fn_vacuole_3(fn_plant_metabolic_cell_39(X))
& fn_vacuole_3(fn_plant_metabolic_cell_39(X)) = fn_plant_cell_79(X)
& fn_plant_cell_79(X) = fn_plant_cell_28(X)
& fn_plant_cell_28(X) = fn_smooth_endoplasmic_reticulum_12(fn_plant_metabolic_cell_22(X))
& fn_plant_cell_93(X) = fn_smooth_endoplasmic_reticulum_12(fn_plant_metabolic_cell_22(X))
& fn_smooth_endoplasmic_reticulum_12(fn_plant_metabolic_cell_22(X)) = fn_plant_cell_93(X)
& fn_plant_cell_93(X) = fn_eukaryotic_cell_24(X)
& fn_plant_cell_100(X) = fn_eukaryotic_cell_24(X)
& fn_eukaryotic_cell_24(X) = fn_plant_cell_100(X)
& fn_plant_cell_100(X) = fn_rough_endoplasmic_reticulum_56(fn_plant_metabolic_cell_21(X))
& fn_smooth_endoplasmic_reticulum_11(fn_plant_metabolic_cell_22(X)) = fn_rough_endoplasmic_reticulum_56(fn_plant_metabolic_cell_21(X))
& fn_rough_endoplasmic_reticulum_56(fn_plant_metabolic_cell_21(X)) = fn_smooth_endoplasmic_reticulum_11(fn_plant_metabolic_cell_22(X))
& fn_smooth_endoplasmic_reticulum_11(fn_plant_metabolic_cell_22(X)) = fn_smooth_endoplasmic_reticulum_11(fn_plant_metabolic_cell_22(X))
& fn_eukaryotic_cell_45(X) = fn_smooth_endoplasmic_reticulum_11(fn_plant_metabolic_cell_22(X))
& fn_smooth_endoplasmic_reticulum_11(fn_plant_metabolic_cell_22(X)) = fn_eukaryotic_cell_45(X)
& fn_eukaryotic_cell_45(X) = fn_eukaryotic_cell_45(X)
& fn_plant_cell_58(X) = fn_eukaryotic_cell_45(X)
& fn_eukaryotic_cell_45(X) = fn_plant_cell_58(X)
& fn_plant_cell_58(X) = fn_plasmodesmata_17(fn_plant_metabolic_cell_19(X))
& fn_plasmodesmata_17(fn_plant_metabolic_cell_19(X)) = fn_rough_endoplasmic_reticulum_32(fn_plant_metabolic_cell_21(X))
& fn_rough_endoplasmic_reticulum_32(fn_plant_metabolic_cell_21(X)) = fn_rough_endoplasmic_reticulum_32(fn_plant_metabolic_cell_21(X))
& fn_vacuole_10(fn_plant_metabolic_cell_39(X)) = fn_rough_endoplasmic_reticulum_32(fn_plant_metabolic_cell_21(X))
& fn_rough_endoplasmic_reticulum_32(fn_plant_metabolic_cell_21(X)) = fn_vacuole_10(fn_plant_metabolic_cell_39(X))
& fn_vacuole_10(fn_plant_metabolic_cell_39(X)) = fn_vacuole_10(fn_plant_metabolic_cell_39(X))
& fn_eukaryotic_cell_31(X) = fn_vacuole_10(fn_plant_metabolic_cell_39(X))
& fn_vacuole_10(fn_plant_metabolic_cell_39(X)) = fn_eukaryotic_cell_31(X)
& fn_plant_cell_83(X) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_plant_cell_83(X)
& fn_plant_cell_83(X) = fn_plant_cell_83(X)
& fn_plant_cell_83(X) = fn_nuclear_membrane_9(fn_plant_metabolic_cell_27(X))
& fn_nuclear_membrane_9(fn_plant_metabolic_cell_27(X)) = fn_eukaryotic_cell_19(X)
& fn_eukaryotic_cell_19(X) = fn_nuclear_membrane_9(fn_plant_metabolic_cell_27(X))
& fn_nuclear_membrane_9(fn_plant_metabolic_cell_27(X)) = fn_nuclear_membrane_9(fn_plant_metabolic_cell_27(X))
& fn_nuclear_membrane_9(fn_plant_metabolic_cell_27(X)) = fn_plant_cell_90(X)
& fn_plant_cell_90(X) = fn_plant_cell_90(X)
& fn_plant_cell_90(X) = fn_plant_cell_77(X)
& fn_plant_cell_77(X) = fn_eukaryotic_cell_20(X)
& fn_eukaryotic_cell_20(X) = fn_plant_cell_77(X)
& fn_plant_cell_77(X) = fn_plant_cell_77(X)
& fn_plant_cell_77(X) = fn_smooth_endoplasmic_reticulum_23(fn_plant_metabolic_cell_22(X))
& fn_smooth_endoplasmic_reticulum_23(fn_plant_metabolic_cell_22(X)) = fn_smooth_endoplasmic_reticulum_7(fn_plant_metabolic_cell_22(X))
& fn_smooth_endoplasmic_reticulum_7(fn_plant_metabolic_cell_22(X)) = fn_smooth_endoplasmic_reticulum_7(fn_plant_metabolic_cell_22(X))
& fn_smooth_endoplasmic_reticulum_7(fn_plant_metabolic_cell_22(X)) = fn_smooth_endoplasmic_reticulum_49(fn_plant_metabolic_cell_22(X))
& fn_smooth_endoplasmic_reticulum_49(fn_plant_metabolic_cell_22(X)) = fn_smooth_endoplasmic_reticulum_49(fn_plant_metabolic_cell_22(X))
& fn_smooth_endoplasmic_reticulum_49(fn_plant_metabolic_cell_22(X)) = fn_smooth_endoplasmic_reticulum_48(fn_plant_metabolic_cell_22(X))
& fn_endoplasmic_reticulum_23(fn_plant_metabolic_cell_21(X)) = fn_smooth_endoplasmic_reticulum_48(fn_plant_metabolic_cell_22(X))
& fn_smooth_endoplasmic_reticulum_48(fn_plant_metabolic_cell_22(X)) = fn_endoplasmic_reticulum_23(fn_plant_metabolic_cell_21(X))
& fn_endoplasmic_reticulum_23(fn_plant_metabolic_cell_21(X)) = fn_endoplasmic_reticulum_23(fn_plant_metabolic_cell_21(X))
& fn_smooth_endoplasmic_reticulum_8(fn_plant_metabolic_cell_22(X)) = fn_endoplasmic_reticulum_23(fn_plant_metabolic_cell_21(X))
& fn_endoplasmic_reticulum_23(fn_plant_metabolic_cell_21(X)) = fn_smooth_endoplasmic_reticulum_8(fn_plant_metabolic_cell_22(X))
& fn_smooth_endoplasmic_reticulum_42(fn_plant_metabolic_cell_22(X)) = fn_smooth_endoplasmic_reticulum_8(fn_plant_metabolic_cell_22(X))
& fn_smooth_endoplasmic_reticulum_8(fn_plant_metabolic_cell_22(X)) = fn_smooth_endoplasmic_reticulum_42(fn_plant_metabolic_cell_22(X))
& fn_smooth_endoplasmic_reticulum_42(fn_plant_metabolic_cell_22(X)) = fn_smooth_endoplasmic_reticulum_42(fn_plant_metabolic_cell_22(X))
& fn_plant_cell_76(X) = fn_smooth_endoplasmic_reticulum_42(fn_plant_metabolic_cell_22(X))
& fn_smooth_endoplasmic_reticulum_42(fn_plant_metabolic_cell_22(X)) = fn_plant_cell_76(X)
& fn_plant_cell_76(X) = fn_plant_cell_76(X)
& fn_plant_cell_76(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_plant_metabolic_cell_32(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_plant_metabolic_cell_32(X)) = fn_plant_cell_97(X)
& fn_plant_cell_97(X) = fn_plant_cell_97(X)
& fn_plant_cell_97(X) = fn_plant_cell_63(X)
& fn_plant_cell_63(X) = fn_eukaryotic_cell_23(X)
& fn_eukaryotic_cell_23(X) = fn_plant_cell_63(X)
& fn_plant_cell_63(X) = fn_plant_cell_63(X)
& fn_plant_cell_63(X) = fn_smooth_endoplasmic_reticulum_34(fn_plant_metabolic_cell_22(X))
& fn_smooth_endoplasmic_reticulum_34(fn_plant_metabolic_cell_22(X)) = fn_rough_endoplasmic_reticulum_23(fn_plant_metabolic_cell_21(X))
& fn_rough_endoplasmic_reticulum_23(fn_plant_metabolic_cell_21(X)) = fn_rough_endoplasmic_reticulum_23(fn_plant_metabolic_cell_21(X))
& fn_rough_endoplasmic_reticulum_23(fn_plant_metabolic_cell_21(X)) = fn_smooth_endoplasmic_reticulum_34(fn_plant_metabolic_cell_22(X))
& fn_smooth_endoplasmic_reticulum_34(fn_plant_metabolic_cell_22(X)) = fn_smooth_endoplasmic_reticulum_34(fn_plant_metabolic_cell_22(X))
& fn_smooth_endoplasmic_reticulum_34(fn_plant_metabolic_cell_22(X)) = fn_vacuole_9(fn_plant_metabolic_cell_39(X))
& fn_eukaryotic_cell_42(X) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_vacuole_9(fn_plant_metabolic_cell_39(X))
& fn_vacuole_9(fn_plant_metabolic_cell_39(X)) = fn_eukaryotic_cell_42(X)
& fn_plant_cell_91(X) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_plant_cell_91(X)
& fn_plant_cell_91(X) = fn_plant_cell_91(X)
& fn_plant_cell_91(X) = fn_central_vacuole_20(fn_plant_metabolic_cell_39(X))
& fn_central_vacuole_20(fn_plant_metabolic_cell_39(X)) = fn_plasmodesmata_18(fn_plant_metabolic_cell_19(X))
& fn_plasmodesmata_18(fn_plant_metabolic_cell_19(X)) = fn_plasmodesmata_18(fn_plant_metabolic_cell_19(X))
& fn_plasmodesmata_18(fn_plant_metabolic_cell_19(X)) = fn_metabolic_pathway_1(fn_plant_metabolic_cell_25(X))
& fn_metabolic_pathway_1(fn_plant_metabolic_cell_25(X)) = fn_plasmodesmata_18(fn_plant_metabolic_cell_19(X))
& fn_endoplasmic_reticulum_11(fn_plant_metabolic_cell_21(X)) = fn_plasmodesmata_18(fn_plant_metabolic_cell_19(X))
& fn_plasmodesmata_18(fn_plant_metabolic_cell_19(X)) = fn_endoplasmic_reticulum_11(fn_plant_metabolic_cell_21(X))
& fn_endoplasmic_reticulum_11(fn_plant_metabolic_cell_21(X)) = fn_endoplasmic_reticulum_11(fn_plant_metabolic_cell_21(X))
& fn_endoplasmic_reticulum_11(fn_plant_metabolic_cell_21(X)) = fn_rough_endoplasmic_reticulum_62(fn_plant_metabolic_cell_21(X))
& fn_rough_endoplasmic_reticulum_62(fn_plant_metabolic_cell_21(X)) = fn_endoplasmic_reticulum_11(fn_plant_metabolic_cell_21(X))
& fn_endoplasmic_reticulum_11(fn_plant_metabolic_cell_21(X)) = fn_plasmodesmata_19(fn_plant_metabolic_cell_19(X))
& fn_plasmodesmata_19(fn_plant_metabolic_cell_19(X)) = fn_rough_endoplasmic_reticulum_62(fn_plant_metabolic_cell_21(X))
& fn_rough_endoplasmic_reticulum_62(fn_plant_metabolic_cell_21(X)) = fn_rough_endoplasmic_reticulum_62(fn_plant_metabolic_cell_21(X))
& fn_rough_endoplasmic_reticulum_62(fn_plant_metabolic_cell_21(X)) = fn_plasmodesmata_19(fn_plant_metabolic_cell_19(X))
& fn_plasmodesmata_19(fn_plant_metabolic_cell_19(X)) = fn_smooth_endoplasmic_reticulum_33(fn_plant_metabolic_cell_22(X))
& fn_smooth_endoplasmic_reticulum_33(fn_plant_metabolic_cell_22(X)) = fn_smooth_endoplasmic_reticulum_33(fn_plant_metabolic_cell_22(X))
& fn_vacuole_12(fn_plant_metabolic_cell_39(X)) = fn_smooth_endoplasmic_reticulum_33(fn_plant_metabolic_cell_22(X))
& fn_smooth_endoplasmic_reticulum_33(fn_plant_metabolic_cell_22(X)) = fn_vacuole_12(fn_plant_metabolic_cell_39(X))
& fn_vacuole_12(fn_plant_metabolic_cell_39(X)) = fn_vacuole_12(fn_plant_metabolic_cell_39(X))
& fn_vacuole_12(fn_plant_metabolic_cell_39(X)) = fn_central_vacuole_12(fn_plant_metabolic_cell_39(X))
& fn_central_vacuole_12(fn_plant_metabolic_cell_39(X)) = fn_central_vacuole_12(fn_plant_metabolic_cell_39(X))
& fn_central_vacuole_12(fn_plant_metabolic_cell_39(X)) = fn_plant_cell_24(X)
& fn_central_vacuole_7(fn_plant_metabolic_cell_39(X)) = fn_plant_cell_24(X)
& fn_plant_cell_24(X) = fn_central_vacuole_7(fn_plant_metabolic_cell_39(X))
& fn_central_vacuole_7(fn_plant_metabolic_cell_39(X)) = fn_plant_cell_27(X)
& fn_plant_cell_27(X) = fn_plant_cell_27(X)
& fn_central_vacuole_17(fn_plant_metabolic_cell_39(X)) = fn_plant_cell_27(X)
& fn_plant_cell_27(X) = fn_central_vacuole_17(fn_plant_metabolic_cell_39(X))
& fn_central_vacuole_17(fn_plant_metabolic_cell_39(X)) = fn_plant_cell_28(X)
& fn_plant_cell_28(X) = fn_plant_cell_86(X)
& fn_plant_cell_86(X) = fn_plant_cell_86(X)
& fn_plant_cell_86(X) = fn_plant_cell_28(X)
& fn_plant_cell_28(X) = fn_plant_cell_79(X)
& fn_plant_cell_79(X) = fn_plant_cell_79(X)
& fn_plant_cell_79(X) = fn_central_vacuole_9(fn_plant_metabolic_cell_39(X))
& fn_central_vacuole_9(fn_plant_metabolic_cell_39(X)) = fn_central_vacuole_9(fn_plant_metabolic_cell_39(X))
& fn_central_vacuole_9(fn_plant_metabolic_cell_39(X)) = fn_plant_cell_81(X)
& fn_plant_cell_87(X) = fn_plant_cell_81(X)
& fn_plant_cell_81(X) = fn_plant_cell_81(X)
& fn_plant_cell_81(X) = fn_plant_cell_87(X)
& fn_plant_cell_87(X) = fn_plant_cell_87(X) ) ) ).
fof(a531790,axiom,
! [X] :
( plant_mitotic_cycle_1(X)
=> ( original_name_2(X,'Plant-Mitotic-Cycle')
& user_description_2(X,'Cell cycle which involves mitosis in plant cells.')
& concept2words_2(X,'undergo the mitotic cell cycle')
& concept2words_2(X,'plant mitotic cycle')
& concept2words_2(X,'plant-mitotic-cycle')
& mitotic_cell_cycle_1(X)
& formation_of_cell_plate_1(fn_plant_mitotic_cycle_1(X))
& time_interval_1(fn_plant_mitotic_cycle_2(X))
& time_interval_1(fn_plant_mitotic_cycle_3(X))
& g1_phase_1(fn_plant_mitotic_cycle_4(X))
& cell_1(fn_plant_mitotic_cycle_5(X))
& eukaryotic_cell_1(fn_plant_mitotic_cycle_5(X))
& cell_1(fn_plant_mitotic_cycle_6(X))
& eukaryotic_cell_1(fn_plant_mitotic_cycle_6(X))
& eukaryotic_cell_1(fn_plant_mitotic_cycle_7(X))
& cell_1(fn_plant_mitotic_cycle_7(X))
& eukaryotic_chromosome_1(fn_plant_mitotic_cycle_10(X))
& chromosome_1(fn_plant_mitotic_cycle_10(X))
& quantity_value_1(fn_plant_mitotic_cycle_11(X))
& quantity_value_1(fn_plant_mitotic_cycle_12(X))
& prophase_1(fn_plant_mitotic_cycle_13(X))
& metaphase_1(fn_plant_mitotic_cycle_14(X))
& eukaryotic_chromosome_1(fn_plant_mitotic_cycle_15(X))
& chromosome_1(fn_plant_mitotic_cycle_15(X))
& diploid_chromosome_1(fn_plant_mitotic_cycle_15(X))
& tangible_entity_1(fn_plant_mitotic_cycle_16(X))
& nucleus_1(fn_plant_mitotic_cycle_16(X))
& condense_1(fn_plant_mitotic_cycle_17(X))
& mitotic_spindle_formation_1(fn_plant_mitotic_cycle_18(X))
& move_apart_1(fn_plant_mitotic_cycle_19(X))
& disappear_1(fn_plant_mitotic_cycle_20(X))
& metabolic_pathway_1(fn_plant_mitotic_cycle_21(X))
& eukaryotic_cellular_respiration_1(fn_plant_mitotic_cycle_21(X))
& cell_1(fn_plant_mitotic_cycle_22(X))
& cell_pole_1(fn_plant_mitotic_cycle_23(X))
& mitotic_spindle_1(fn_plant_mitotic_cycle_24(X))
& move_apart_1(fn_plant_mitotic_cycle_25(X))
& move_1(fn_plant_mitotic_cycle_26(X))
& interphase_1(fn_plant_mitotic_cycle_27(X))
& plant_1(fn_plant_mitotic_cycle_28(X))
& plant_cell_1(fn_plant_mitotic_cycle_29(X))
& eukaryotic_cell_1(fn_plant_mitotic_cycle_29(X))
& plant_cell_1(fn_plant_mitotic_cycle_30(X))
& eukaryotic_chromosome_1(fn_plant_mitotic_cycle_31(X))
& chromosome_1(fn_plant_mitotic_cycle_31(X))
& homologous_chromosome_1(fn_plant_mitotic_cycle_31(X))
& tangible_entity_1(fn_plant_mitotic_cycle_32(X))
& cell_1(fn_plant_mitotic_cycle_32(X))
& eukaryotic_cell_1(fn_plant_mitotic_cycle_32(X))
& plant_cell_1(fn_plant_mitotic_cycle_32(X))
& tangible_entity_1(fn_plant_mitotic_cycle_33(X))
& spatial_entity_1(fn_plant_mitotic_cycle_33(X))
& mixture_1(fn_plant_mitotic_cycle_33(X))
& suspension_1(fn_plant_mitotic_cycle_33(X))
& colloid_1(fn_plant_mitotic_cycle_33(X))
& cytoplasm_1(fn_plant_mitotic_cycle_33(X))
& cytokinesis_1(fn_plant_mitotic_cycle_34(X))
& cell_division_1(fn_plant_mitotic_cycle_35(X))
& m_phase_1(fn_plant_mitotic_cycle_35(X))
& mitosis_1(fn_plant_mitotic_cycle_36(X))
& telophase_1(fn_plant_mitotic_cycle_37(X))
& diploid_chromosome_1(fn_plant_mitotic_cycle_38(X))
& eukaryotic_chromosome_1(fn_plant_cell_95(fn_plant_mitotic_cycle_32(X)))
& chromosome_1(fn_plant_cell_95(fn_plant_mitotic_cycle_32(X)))
& move_1(fn_mitosis_30(fn_plant_mitotic_cycle_36(X)))
& move_apart_1(fn_mitosis_20(fn_plant_mitotic_cycle_36(X)))
& cell_1(fn_mitosis_18(fn_plant_mitotic_cycle_36(X)))
& metaphase_1(fn_mitosis_37(fn_plant_mitotic_cycle_36(X)))
& disappear_1(fn_prophase_3(fn_plant_mitotic_cycle_13(X)))
& mitotic_spindle_1(fn_prophase_13(fn_plant_mitotic_cycle_13(X)))
& mitotic_spindle_formation_1(fn_prophase_21(fn_plant_mitotic_cycle_13(X)))
& move_apart_1(fn_prophase_24(fn_plant_mitotic_cycle_13(X)))
& eukaryotic_chromosome_1(fn_plant_cell_95(fn_plant_mitotic_cycle_29(X)))
& chromosome_1(fn_plant_cell_95(fn_plant_mitotic_cycle_29(X)))
& homologous_chromosome_1(fn_mitosis_34(fn_plant_mitotic_cycle_36(X)))
& cell_pole_1(fn_cell_1(fn_plant_mitotic_cycle_32(X)))
& cell_pole_1(fn_mitosis_16(fn_plant_mitotic_cycle_36(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_plant_mitotic_cycle_32(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_plant_mitotic_cycle_32(X)))
& diploid_chromosome_1(fn_mitosis_41(fn_plant_mitotic_cycle_36(X)))
& diploid_chromosome_1(fn_prophase_28(fn_plant_mitotic_cycle_13(X)))
& condense_1(fn_mitosis_42(fn_plant_mitotic_cycle_36(X)))
& condense_1(fn_prophase_35(fn_plant_mitotic_cycle_13(X)))
& telophase_1(fn_mitosis_39(fn_plant_mitotic_cycle_36(X)))
& prophase_1(fn_mitosis_35(fn_plant_mitotic_cycle_36(X)))
& cell_1(fn_prophase_30(fn_plant_mitotic_cycle_13(X)))
& eukaryotic_cell_1(fn_prophase_30(fn_plant_mitotic_cycle_13(X)))
& eukaryotic_cell_1(fn_mitosis_31(fn_plant_mitotic_cycle_36(X)))
& cell_1(fn_mitosis_31(fn_plant_mitotic_cycle_36(X)))
& eukaryotic_cellular_respiration_1(fn_eukaryotic_cell_23(fn_plant_mitotic_cycle_32(X)))
& metabolic_pathway_1(fn_plant_cell_63(fn_plant_mitotic_cycle_32(X)))
& eukaryotic_cellular_respiration_1(fn_plant_cell_63(fn_plant_mitotic_cycle_32(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_plant_mitotic_cycle_32(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_plant_mitotic_cycle_32(X)))
& tangible_entity_1(fn_plant_cell_84(fn_plant_mitotic_cycle_32(X)))
& nucleus_1(fn_plant_cell_84(fn_plant_mitotic_cycle_32(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_plant_mitotic_cycle_32(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_plant_mitotic_cycle_32(X)))
& spatial_entity_1(fn_plant_cell_83(fn_plant_mitotic_cycle_32(X)))
& mixture_1(fn_plant_cell_83(fn_plant_mitotic_cycle_32(X)))
& suspension_1(fn_plant_cell_83(fn_plant_mitotic_cycle_32(X)))
& colloid_1(fn_plant_cell_83(fn_plant_mitotic_cycle_32(X)))
& cytoplasm_1(fn_plant_cell_83(fn_plant_mitotic_cycle_32(X)))
& tangible_entity_1(fn_prophase_18(fn_plant_mitotic_cycle_13(X)))
& cell_1(fn_prophase_18(fn_plant_mitotic_cycle_13(X)))
& eukaryotic_cell_1(fn_prophase_18(fn_plant_mitotic_cycle_13(X)))
& fn_plant_mitotic_cycle_38(X) != fn_plant_mitotic_cycle_31(X)
& subevent_2(fn_plant_mitotic_cycle_37(X),fn_plant_mitotic_cycle_1(X))
& time_during_2(fn_plant_mitotic_cycle_35(X),fn_plant_mitotic_cycle_3(X))
& time_before_2(fn_plant_mitotic_cycle_2(X),fn_plant_mitotic_cycle_3(X))
& has_state_2(fn_plant_mitotic_cycle_32(X),fn_plant_mitotic_cycle_22(X))
& fn_plant_mitotic_cycle_31(X) != fn_plant_mitotic_cycle_38(X)
& time_during_2(fn_plant_mitotic_cycle_27(X),fn_plant_mitotic_cycle_2(X))
& experiencer_2(X,fn_plant_mitotic_cycle_28(X))
& has_part_2(fn_plant_mitotic_cycle_29(X),fn_plant_mitotic_cycle_31(X))
& has_part_2(fn_plant_mitotic_cycle_32(X),fn_plant_mitotic_cycle_38(X))
& has_region_2(fn_plant_mitotic_cycle_32(X),fn_plant_mitotic_cycle_23(X))
& is_inside_2(fn_plant_mitotic_cycle_15(X),fn_plant_mitotic_cycle_16(X))
& base_2(fn_plant_mitotic_cycle_34(X),fn_plant_mitotic_cycle_32(X))
& fn_plant_mitotic_cycle_32(X) != fn_plant_mitotic_cycle_30(X)
& fn_plant_mitotic_cycle_30(X) != fn_plant_mitotic_cycle_32(X)
& has_state_2(fn_plant_mitotic_cycle_31(X),fn_plant_mitotic_cycle_15(X))
& base_2(fn_plant_mitotic_cycle_19(X),fn_plant_mitotic_cycle_32(X))
& base_2(fn_plant_mitotic_cycle_20(X),fn_plant_mitotic_cycle_32(X))
& base_2(fn_plant_mitotic_cycle_17(X),fn_plant_mitotic_cycle_32(X))
& has_state_2(fn_plant_mitotic_cycle_7(X),fn_plant_mitotic_cycle_32(X))
& has_part_2(fn_plant_mitotic_cycle_32(X),fn_plant_mitotic_cycle_24(X))
& base_2(fn_plant_mitotic_cycle_4(X),fn_plant_mitotic_cycle_29(X))
& base_2(fn_plant_mitotic_cycle_27(X),fn_plant_mitotic_cycle_29(X))
& base_2(X,fn_plant_mitotic_cycle_29(X))
& has_state_2(fn_plant_mitotic_cycle_29(X),fn_plant_mitotic_cycle_5(X))
& has_state_2(fn_plant_mitotic_cycle_29(X),fn_plant_mitotic_cycle_6(X))
& has_state_2(fn_plant_mitotic_cycle_29(X),fn_plant_mitotic_cycle_7(X))
& quantity_2(fn_plant_mitotic_cycle_31(X),fn_plant_mitotic_cycle_12(X))
& result_2(fn_plant_mitotic_cycle_34(X),fn_plant_mitotic_cycle_30(X))
& result_2(fn_plant_mitotic_cycle_35(X),fn_plant_mitotic_cycle_30(X))
& result_2(X,fn_plant_mitotic_cycle_30(X))
& has_part_2(fn_plant_mitotic_cycle_30(X),fn_plant_mitotic_cycle_10(X))
& quantity_2(fn_plant_mitotic_cycle_10(X),fn_plant_mitotic_cycle_11(X))
& fn_plant_mitotic_cycle_12(X) = fn_plant_mitotic_cycle_11(X)
& fn_plant_mitotic_cycle_11(X) = fn_plant_mitotic_cycle_12(X)
& first_subevent_2(fn_plant_mitotic_cycle_25(X),fn_plant_mitotic_cycle_26(X))
& subevent_2(fn_plant_mitotic_cycle_36(X),fn_plant_mitotic_cycle_14(X))
& base_2(fn_plant_mitotic_cycle_14(X),fn_plant_mitotic_cycle_22(X))
& base_2(fn_plant_mitotic_cycle_25(X),fn_plant_mitotic_cycle_22(X))
& subevent_2(fn_plant_mitotic_cycle_25(X),fn_plant_mitotic_cycle_26(X))
& destination_2(fn_plant_mitotic_cycle_26(X),fn_plant_mitotic_cycle_23(X))
& subevent_2(fn_plant_mitotic_cycle_13(X),fn_plant_mitotic_cycle_20(X))
& result_2(fn_plant_mitotic_cycle_18(X),fn_plant_mitotic_cycle_24(X))
& subevent_2(fn_plant_mitotic_cycle_13(X),fn_plant_mitotic_cycle_19(X))
& next_event_2(fn_plant_mitotic_cycle_18(X),fn_plant_mitotic_cycle_19(X))
& subevent_2(fn_plant_mitotic_cycle_13(X),fn_plant_mitotic_cycle_18(X))
& subevent_2(fn_plant_mitotic_cycle_13(X),fn_plant_mitotic_cycle_17(X))
& object_2(fn_plant_mitotic_cycle_17(X),fn_plant_mitotic_cycle_15(X))
& first_subevent_2(fn_plant_mitotic_cycle_36(X),fn_plant_mitotic_cycle_13(X))
& object_2(fn_plant_mitotic_cycle_34(X),fn_plant_mitotic_cycle_33(X))
& first_subevent_2(fn_plant_mitotic_cycle_35(X),fn_plant_mitotic_cycle_36(X))
& subevent_2(fn_plant_mitotic_cycle_36(X),fn_plant_mitotic_cycle_37(X))
& result_2(fn_plant_mitotic_cycle_4(X),fn_plant_mitotic_cycle_6(X))
& has_state_2(fn_plant_mitotic_cycle_6(X),fn_plant_mitotic_cycle_5(X))
& first_subevent_2(X,fn_plant_mitotic_cycle_27(X))
& subevent_2(X,fn_plant_mitotic_cycle_35(X))
& subevent_2(fn_plant_mitotic_cycle_35(X),fn_plant_mitotic_cycle_34(X))
& next_event_2(fn_plant_mitotic_cycle_36(X),fn_plant_mitotic_cycle_34(X))
& subevent_2(fn_plant_mitotic_cycle_36(X),fn_plant_mitotic_cycle_13(X))
& next_event_2(fn_plant_mitotic_cycle_27(X),fn_plant_mitotic_cycle_35(X))
& base_2(fn_plant_mitotic_cycle_35(X),fn_plant_mitotic_cycle_7(X))
& object_2(fn_plant_mitotic_cycle_35(X),fn_plant_mitotic_cycle_7(X))
& subevent_2(fn_plant_mitotic_cycle_35(X),fn_plant_mitotic_cycle_36(X))
& base_2(fn_plant_mitotic_cycle_36(X),fn_plant_mitotic_cycle_7(X))
& subevent_2(X,fn_plant_mitotic_cycle_27(X))
& subevent_2(fn_plant_mitotic_cycle_27(X),fn_plant_mitotic_cycle_4(X))
& first_subevent_2(fn_plant_mitotic_cycle_27(X),fn_plant_mitotic_cycle_4(X))
& result_2(fn_plant_mitotic_cycle_27(X),fn_plant_mitotic_cycle_7(X))
& base_2(fn_plant_mitotic_cycle_13(X),fn_plant_mitotic_cycle_7(X))
& has_part_2(fn_plant_mitotic_cycle_32(X),fn_plant_mitotic_cycle_33(X))
& is_between_2(fn_plant_mitotic_cycle_33(X),fn_plant_mitotic_cycle_16(X))
& has_part_2(fn_plant_mitotic_cycle_32(X),fn_plant_mitotic_cycle_16(X))
& has_function_2(fn_plant_mitotic_cycle_32(X),fn_plant_mitotic_cycle_21(X))
& base_2(fn_plant_mitotic_cycle_21(X),fn_plant_mitotic_cycle_32(X))
& fn_plant_mitotic_cycle_28(X) = fn_eukaryotic_cell_cycle_1(X)
& fn_plant_mitotic_cycle_31(X) = fn_plant_cell_95(fn_plant_mitotic_cycle_29(X))
& fn_plant_mitotic_cycle_38(X) = fn_plant_cell_95(fn_plant_mitotic_cycle_32(X))
& fn_plant_mitotic_cycle_23(X) = fn_cell_1(fn_plant_mitotic_cycle_32(X))
& fn_plant_mitotic_cycle_15(X) = fn_eukaryotic_cell_30(fn_plant_mitotic_cycle_32(X))
& fn_plant_mitotic_cycle_32(X) = fn_mitotic_cell_cycle_11(X)
& fn_plant_mitotic_cycle_32(X) = fn_mitotic_cell_cycle_51(X)
& fn_plant_mitotic_cycle_31(X) = fn_mitosis_34(fn_plant_mitotic_cycle_36(X))
& fn_plant_mitotic_cycle_32(X) = fn_prophase_18(fn_plant_mitotic_cycle_13(X))
& fn_plant_mitotic_cycle_7(X) = fn_mitotic_cell_cycle_30(X)
& fn_plant_mitotic_cycle_29(X) = fn_mitotic_cell_cycle_28(X)
& fn_plant_mitotic_cycle_31(X) = fn_mitotic_cell_cycle_5(X)
& fn_plant_mitotic_cycle_9(X) = fn_mitotic_cell_cycle_1(X)
& fn_plant_mitotic_cycle_8(X) = fn_mitotic_cell_cycle_2(X)
& fn_plant_mitotic_cycle_12(X) = fn_mitotic_cell_cycle_3(X)
& fn_plant_mitotic_cycle_11(X) = fn_mitotic_cell_cycle_4(X)
& fn_plant_mitotic_cycle_10(X) = fn_mitotic_cell_cycle_53(X)
& fn_plant_mitotic_cycle_30(X) = fn_mitotic_cell_cycle_26(X)
& fn_plant_mitotic_cycle_30(X) = fn_mitotic_cell_cycle_51(X)
& fn_plant_mitotic_cycle_23(X) = fn_mitosis_16(fn_plant_mitotic_cycle_36(X))
& fn_plant_mitotic_cycle_26(X) = fn_mitosis_30(fn_plant_mitotic_cycle_36(X))
& fn_plant_mitotic_cycle_25(X) = fn_mitosis_20(fn_plant_mitotic_cycle_36(X))
& fn_plant_mitotic_cycle_22(X) = fn_mitosis_18(fn_plant_mitotic_cycle_36(X))
& fn_plant_mitotic_cycle_14(X) = fn_mitosis_37(fn_plant_mitotic_cycle_36(X))
& fn_plant_mitotic_cycle_20(X) = fn_prophase_3(fn_plant_mitotic_cycle_13(X))
& fn_plant_mitotic_cycle_24(X) = fn_prophase_13(fn_plant_mitotic_cycle_13(X))
& fn_plant_mitotic_cycle_15(X) = fn_mitosis_41(fn_plant_mitotic_cycle_36(X))
& fn_plant_mitotic_cycle_15(X) = fn_prophase_28(fn_plant_mitotic_cycle_13(X))
& fn_plant_mitotic_cycle_17(X) = fn_mitosis_42(fn_plant_mitotic_cycle_36(X))
& fn_plant_mitotic_cycle_17(X) = fn_prophase_35(fn_plant_mitotic_cycle_13(X))
& fn_plant_mitotic_cycle_18(X) = fn_prophase_21(fn_plant_mitotic_cycle_13(X))
& fn_plant_mitotic_cycle_19(X) = fn_prophase_24(fn_plant_mitotic_cycle_13(X))
& fn_plant_mitotic_cycle_33(X) = fn_mitotic_cell_cycle_12(X)
& fn_plant_mitotic_cycle_37(X) = fn_mitosis_39(fn_plant_mitotic_cycle_36(X))
& fn_plant_mitotic_cycle_37(X) = fn_mitotic_cell_cycle_14(X)
& fn_plant_mitotic_cycle_6(X) = fn_mitotic_cell_cycle_29(X)
& fn_plant_mitotic_cycle_5(X) = fn_mitotic_cell_cycle_31(X)
& fn_plant_mitotic_cycle_5(X) = fn_mitotic_cell_cycle_29(X)
& fn_plant_mitotic_cycle_6(X) = fn_mitotic_cell_cycle_30(X)
& fn_plant_mitotic_cycle_34(X) = fn_mitotic_cell_cycle_45(X)
& fn_plant_mitotic_cycle_36(X) = fn_mitotic_cell_cycle_19(X)
& fn_plant_mitotic_cycle_35(X) = fn_mitotic_cell_cycle_52(X)
& fn_plant_mitotic_cycle_7(X) = fn_prophase_30(fn_plant_mitotic_cycle_13(X))
& fn_plant_mitotic_cycle_13(X) = fn_mitosis_35(fn_plant_mitotic_cycle_36(X))
& fn_plant_mitotic_cycle_7(X) = fn_mitosis_31(fn_plant_mitotic_cycle_36(X))
& fn_plant_mitotic_cycle_13(X) = fn_mitotic_cell_cycle_20(X)
& fn_plant_mitotic_cycle_7(X) = fn_mitotic_cell_cycle_31(X)
& fn_plant_mitotic_cycle_4(X) = fn_mitotic_cell_cycle_32(X)
& fn_plant_mitotic_cycle_27(X) = fn_mitotic_cell_cycle_50(X)
& fn_plant_mitotic_cycle_21(X) = fn_eukaryotic_cell_23(fn_plant_mitotic_cycle_32(X))
& fn_plant_mitotic_cycle_21(X) = fn_plant_cell_63(fn_plant_mitotic_cycle_32(X))
& fn_plant_mitotic_cycle_16(X) = fn_eukaryotic_cell_26(fn_plant_mitotic_cycle_32(X))
& fn_plant_mitotic_cycle_16(X) = fn_plant_cell_84(fn_plant_mitotic_cycle_32(X))
& fn_plant_mitotic_cycle_33(X) = fn_eukaryotic_cell_31(fn_plant_mitotic_cycle_32(X))
& fn_plant_mitotic_cycle_33(X) = fn_plant_cell_83(fn_plant_mitotic_cycle_32(X))
& fn_plant_cell_95(fn_plant_mitotic_cycle_29(X)) = fn_mitosis_34(fn_plant_mitotic_cycle_36(X))
& fn_mitosis_34(fn_plant_mitotic_cycle_36(X)) = fn_mitosis_34(fn_plant_mitotic_cycle_36(X))
& fn_mitosis_34(fn_plant_mitotic_cycle_36(X)) = fn_mitotic_cell_cycle_5(X)
& fn_mitotic_cell_cycle_5(X) = fn_mitotic_cell_cycle_26(X)
& fn_mitotic_cell_cycle_26(X) = fn_mitotic_cell_cycle_26(X)
& fn_mitotic_cell_cycle_51(X) = fn_mitotic_cell_cycle_26(X)
& fn_mitotic_cell_cycle_26(X) = fn_mitotic_cell_cycle_51(X)
& fn_mitotic_cell_cycle_51(X) = fn_cell_1(fn_plant_mitotic_cycle_32(X))
& fn_cell_1(fn_plant_mitotic_cycle_32(X)) = fn_mitosis_16(fn_plant_mitotic_cycle_36(X))
& fn_mitosis_16(fn_plant_mitotic_cycle_36(X)) = fn_eukaryotic_cell_30(fn_plant_mitotic_cycle_32(X))
& fn_eukaryotic_cell_30(fn_plant_mitotic_cycle_32(X)) = fn_mitosis_41(fn_plant_mitotic_cycle_36(X))
& fn_mitosis_41(fn_plant_mitotic_cycle_36(X)) = fn_mitosis_41(fn_plant_mitotic_cycle_36(X))
& fn_mitosis_41(fn_plant_mitotic_cycle_36(X)) = fn_prophase_28(fn_plant_mitotic_cycle_13(X))
& fn_prophase_28(fn_plant_mitotic_cycle_13(X)) = fn_prophase_35(fn_plant_mitotic_cycle_13(X))
& fn_prophase_35(fn_plant_mitotic_cycle_13(X)) = fn_mitosis_42(fn_plant_mitotic_cycle_36(X))
& fn_mitosis_42(fn_plant_mitotic_cycle_36(X)) = fn_prophase_35(fn_plant_mitotic_cycle_13(X))
& fn_prophase_35(fn_plant_mitotic_cycle_13(X)) = fn_mitosis_39(fn_plant_mitotic_cycle_36(X))
& fn_mitosis_39(fn_plant_mitotic_cycle_36(X)) = fn_mitotic_cell_cycle_14(X)
& fn_mitotic_cell_cycle_14(X) = fn_mitotic_cell_cycle_31(X)
& fn_mitotic_cell_cycle_31(X) = fn_mitotic_cell_cycle_29(X)
& fn_mitotic_cell_cycle_29(X) = fn_mitotic_cell_cycle_29(X)
& fn_mitotic_cell_cycle_29(X) = fn_mitotic_cell_cycle_30(X)
& fn_mitotic_cell_cycle_30(X) = fn_mitotic_cell_cycle_30(X)
& fn_mitotic_cell_cycle_30(X) = fn_mitosis_35(fn_plant_mitotic_cycle_36(X))
& fn_mitosis_35(fn_plant_mitotic_cycle_36(X)) = fn_mitosis_35(fn_plant_mitotic_cycle_36(X))
& fn_mitotic_cell_cycle_20(X) = fn_mitosis_35(fn_plant_mitotic_cycle_36(X))
& fn_mitosis_35(fn_plant_mitotic_cycle_36(X)) = fn_mitotic_cell_cycle_20(X)
& fn_mitotic_cell_cycle_20(X) = fn_prophase_30(fn_plant_mitotic_cycle_13(X))
& fn_mitotic_cell_cycle_30(X) = fn_prophase_30(fn_plant_mitotic_cycle_13(X))
& fn_prophase_30(fn_plant_mitotic_cycle_13(X)) = fn_mitotic_cell_cycle_30(X)
& fn_mitotic_cell_cycle_30(X) = fn_mitosis_31(fn_plant_mitotic_cycle_36(X))
& fn_mitosis_31(fn_plant_mitotic_cycle_36(X)) = fn_mitosis_31(fn_plant_mitotic_cycle_36(X))
& fn_mitotic_cell_cycle_31(X) = fn_mitosis_31(fn_plant_mitotic_cycle_36(X))
& fn_mitosis_31(fn_plant_mitotic_cycle_36(X)) = fn_mitotic_cell_cycle_31(X)
& fn_mitotic_cell_cycle_31(X) = fn_mitotic_cell_cycle_31(X)
& fn_mitotic_cell_cycle_31(X) = fn_eukaryotic_cell_23(fn_plant_mitotic_cycle_32(X))
& fn_eukaryotic_cell_23(fn_plant_mitotic_cycle_32(X)) = fn_plant_cell_63(fn_plant_mitotic_cycle_32(X))
& fn_plant_cell_63(fn_plant_mitotic_cycle_32(X)) = fn_plant_cell_63(fn_plant_mitotic_cycle_32(X))
& fn_plant_cell_63(fn_plant_mitotic_cycle_32(X)) = fn_eukaryotic_cell_26(fn_plant_mitotic_cycle_32(X))
& fn_eukaryotic_cell_26(fn_plant_mitotic_cycle_32(X)) = fn_eukaryotic_cell_26(fn_plant_mitotic_cycle_32(X))
& fn_eukaryotic_cell_26(fn_plant_mitotic_cycle_32(X)) = fn_plant_cell_84(fn_plant_mitotic_cycle_32(X))
& fn_plant_cell_84(fn_plant_mitotic_cycle_32(X)) = fn_plant_cell_84(fn_plant_mitotic_cycle_32(X))
& fn_plant_cell_84(fn_plant_mitotic_cycle_32(X)) = fn_mitotic_cell_cycle_12(X)
& fn_mitotic_cell_cycle_12(X) = fn_eukaryotic_cell_31(fn_plant_mitotic_cycle_32(X))
& fn_eukaryotic_cell_31(fn_plant_mitotic_cycle_32(X)) = fn_mitotic_cell_cycle_12(X)
& fn_mitotic_cell_cycle_12(X) = fn_plant_cell_83(fn_plant_mitotic_cycle_32(X))
& fn_plant_cell_83(fn_plant_mitotic_cycle_32(X)) = fn_plant_cell_83(fn_plant_mitotic_cycle_32(X))
& fn_plant_cell_83(fn_plant_mitotic_cycle_32(X)) = fn_mitotic_cell_cycle_11(X)
& fn_mitotic_cell_cycle_11(X) = fn_mitotic_cell_cycle_51(X)
& fn_mitotic_cell_cycle_51(X) = fn_mitotic_cell_cycle_51(X)
& fn_mitotic_cell_cycle_51(X) = fn_prophase_18(fn_plant_mitotic_cycle_13(X))
& fn_prophase_18(fn_plant_mitotic_cycle_13(X)) = fn_prophase_18(fn_plant_mitotic_cycle_13(X)) ) ) ).
fof(a531791,axiom,
! [X] :
( plant_nutritional_requirement_1(X)
=> ( original_name_2(X,'Plant-Nutritional-Requirement')
& user_description_2(X,'Chemicals and elements that are needed by plants in order to sustain healthy life.')
& concept2words_2(X,'plant nutritional requirement')
& concept2words_2(X,'plant-nutritional-requirement')
& nutritional_requirement_1(X)
& chlorine_1(fn_plant_nutritional_requirement_2(X))
& boron_1(fn_plant_nutritional_requirement_3(X))
& manganese_1(fn_plant_nutritional_requirement_4(X))
& molybdenum_1(fn_plant_nutritional_requirement_5(X))
& nickel_1(fn_plant_nutritional_requirement_6(X))
& copper_1(fn_plant_nutritional_requirement_7(X))
& zinc_1(fn_plant_nutritional_requirement_8(X))
& quantity_value_1(fn_plant_nutritional_requirement_9(X))
& quantity_value_1(fn_plant_nutritional_requirement_10(X))
& quantity_value_1(fn_plant_nutritional_requirement_11(X))
& quantity_value_1(fn_plant_nutritional_requirement_12(X))
& quantity_value_1(fn_plant_nutritional_requirement_13(X))
& quantity_value_1(fn_plant_nutritional_requirement_14(X))
& quantity_value_1(fn_plant_nutritional_requirement_15(X))
& element_2(X,fn_plant_nutritional_requirement_8(X))
& element_2(X,fn_plant_nutritional_requirement_7(X))
& element_2(X,fn_plant_nutritional_requirement_6(X))
& element_2(X,fn_plant_nutritional_requirement_5(X))
& element_2(X,fn_plant_nutritional_requirement_4(X))
& element_2(X,fn_plant_nutritional_requirement_3(X))
& element_2(X,fn_plant_nutritional_requirement_2(X))
& the_scalar_value_2(fn_plant_nutritional_requirement_15(X),low_0)
& scalar_unit_class_2(fn_plant_nutritional_requirement_15(X),chemical_entity_0)
& the_scalar_value_2(fn_plant_nutritional_requirement_14(X),low_0)
& scalar_unit_class_2(fn_plant_nutritional_requirement_14(X),chemical_entity_0)
& the_scalar_value_2(fn_plant_nutritional_requirement_13(X),low_0)
& scalar_unit_class_2(fn_plant_nutritional_requirement_13(X),chemical_entity_0)
& the_scalar_value_2(fn_plant_nutritional_requirement_12(X),low_0)
& scalar_unit_class_2(fn_plant_nutritional_requirement_12(X),chemical_entity_0)
& the_scalar_value_2(fn_plant_nutritional_requirement_11(X),low_0)
& scalar_unit_class_2(fn_plant_nutritional_requirement_11(X),chemical_entity_0)
& the_scalar_value_2(fn_plant_nutritional_requirement_10(X),low_0)
& scalar_unit_class_2(fn_plant_nutritional_requirement_10(X),chemical_entity_0)
& the_scalar_value_2(fn_plant_nutritional_requirement_9(X),low_0)
& scalar_unit_class_2(fn_plant_nutritional_requirement_9(X),chemical_entity_0)
& quantity_2(fn_plant_nutritional_requirement_8(X),fn_plant_nutritional_requirement_9(X))
& quantity_2(fn_plant_nutritional_requirement_7(X),fn_plant_nutritional_requirement_10(X))
& quantity_2(fn_plant_nutritional_requirement_6(X),fn_plant_nutritional_requirement_11(X))
& quantity_2(fn_plant_nutritional_requirement_5(X),fn_plant_nutritional_requirement_12(X))
& quantity_2(fn_plant_nutritional_requirement_4(X),fn_plant_nutritional_requirement_13(X))
& quantity_2(fn_plant_nutritional_requirement_3(X),fn_plant_nutritional_requirement_14(X))
& quantity_2(fn_plant_nutritional_requirement_2(X),fn_plant_nutritional_requirement_15(X)) ) ) ).
fof(a531792,axiom,
! [X] :
( plant_organ_1(X)
=> ( original_name_2(X,'Plant-Organ')
& user_description_2(X,'In plants, a specialized center consisting of several tissues working together to perform a specific function.')
& concept2words_2(X,'organ of plant')
& concept2words_2(X,'plant organ')
& concept2words_2(X,'plant-organ')
& organ_1(X) ) ) ).
fof(a531793,axiom,
! [X] :
( plant_process_1(X)
=> ( original_name_2(X,'Plant-Process')
& user_description_2(X,'A process unique to plants.')
& concept2words_2(X,'process of plant')
& concept2words_2(X,'plant process')
& concept2words_2(X,'plant-process')
& macrophysiological_process_1(X) ) ) ).
fof(a531794,axiom,
! [X] :
( plant_region_1(X)
=> ( original_name_2(X,'Plant-Region')
& user_description_2(X,'A region of a plant.')
& concept2words_2(X,'region of plant')
& concept2words_2(X,'plant region')
& concept2words_2(X,'plant-region')
& biological_region_1(X) ) ) ).
fof(a531795,axiom,
! [X] :
( plant_reproduction_1(X)
=> ( original_name_2(X,'Plant-Reproduction')
& user_description_2(X,'The production of new individuals, in plants.')
& concept2words_2(X,'reproduction of plant')
& concept2words_2(X,'plant reproduction')
& concept2words_2(X,'plant-reproduction')
& reproduction_1(X)
& ~ budding_1(X)
& ~ cross_breeding_event_1(X)
& ~ iteroparity_1(X)
& ~ semelparity_1(X)
& ~ vegetative_reproduction_1(X) ) ) ).
fof(a531796,axiom,
! [X] :
( plant_response_1(X)
=> ( original_name_2(X,'Plant-Response')
& user_description_2(X,'Any of the ways that a plant responds to its environment.')
& concept2words_2(X,'response of plant')
& concept2words_2(X,'plant response')
& concept2words_2(X,'plant-response')
& homeostatic_response_1(X)
& ~ acclimatization_1(X)
& ~ biological_clock_1(X)
& ~ hibernation_1(X)
& ~ negative_feedback_1(X)
& ~ thermoregulation_1(X) ) ) ).
fof(a531797,axiom,
! [X] :
( plant_space_1(X)
=> ( original_name_2(X,'Plant-Space')
& user_description_2(X,'A space in plants which is surrounded by anatomical structures.')
& concept2words_2(X,'space of plant')
& concept2words_2(X,'plant space')
& concept2words_2(X,'plant-space')
& anatomical_space_1(X) ) ) ).
fof(a531798,axiom,
! [X] :
( plant_specific_tissue_1(X)
=> ( original_name_2(X,'Plant-Specific-Tissue')
& user_description_2(X,'Tissue specific to plants.')
& concept2words_2(X,'plant tissue')
& concept2words_2(X,'plant specific tissue')
& concept2words_2(X,'plant-specific-tissue')
& tissue_1(X)
& apoplast_1(fn_plant_specific_tissue_1(X))
& symplast_1(fn_plant_specific_tissue_2(X))
& has_region_2(X,fn_plant_specific_tissue_1(X))
& has_region_2(X,fn_plant_specific_tissue_2(X)) ) ) ).
fof(a531799,axiom,
! [X] :
( plant_spore_1(X)
=> ( original_name_2(X,'Plant-Spore')
& user_description_2(X,'A plant spore is a small usually single-celled asexual reproductive body produced by many nonflowering plants. Vascular plant spores are always haploid.')
& concept2words_2(X,'spore of plant')
& concept2words_2(X,'plant spore')
& concept2words_2(X,'plant-spore')
& spore_1(X)
& reproductive_cell_1(X)
& ~ conidium_1(X)
& ~ megaspore_1(X)
& ~ microspore_1(X)
& ~ zoospore_1(X) ) ) ).
fof(a531800,axiom,
! [X] :
( plant_statolith_1(X)
=> ( original_name_2(X,'Plant-Statolith')
& user_description_2(X,'In plants, a specialized plastid containing dense starch grains; the entire structure may function in detecting gravity.')
& concept2words_2(X,'plant statolith')
& concept2words_2(X,'plant-statolith')
& plastid_1(X)
& ~ amyloplast_1(X)
& ~ chloroplast_1(X)
& ~ chromoplast_1(X)
& solid_substance_1(fn_plant_statolith_1(X))
& plant_cell_1(fn_plant_statolith_2(X))
& consistency_value_1(fn_plant_statolith_3(X))
& hydrophilic_face_1(fn_plant_statolith_5(X))
& aqueous_solution_1(fn_plant_statolith_6(X))
& starch_1(fn_plant_statolith_7(X))
& store_1(fn_plant_statolith_8(X))
& biomembrane_1(fn_plant_statolith_9(X))
& entity_1(fn_store_1(fn_plant_statolith_8(X)))
& spatial_entity_1(fn_store_2(fn_plant_statolith_8(X)))
& is_inside_2(fn_plant_statolith_5(X),fn_plant_statolith_9(X))
& agent_2(fn_plant_statolith_8(X),X)
& consistency_2(fn_plant_statolith_7(X),fn_plant_statolith_3(X))
& the_categorical_value_2(fn_plant_statolith_3(X),grainy_0)
& has_part_2(fn_plant_statolith_2(X),fn_plant_statolith_1(X))
& has_part_2(fn_plant_statolith_2(X),X)
& is_inside_2(fn_plant_statolith_1(X),X)
& object_2(fn_plant_statolith_8(X),fn_plant_statolith_7(X))
& base_2(fn_plant_statolith_8(X),X)
& has_part_2(X,fn_plant_statolith_6(X))
& is_between_2(fn_plant_statolith_9(X),fn_plant_statolith_6(X))
& has_part_2(X,fn_plant_statolith_9(X))
& fn_plant_statolith_7(X) = fn_store_1(fn_plant_statolith_8(X))
& X = fn_store_2(fn_plant_statolith_8(X))
& fn_plant_statolith_9(X) = fn_plastid_9(X)
& fn_plant_statolith_6(X) = fn_plastid_10(X) ) ) ).
fof(a531801,axiom,
! [X] :
( plant_storage_polysaccharide_1(X)
=> ( original_name_2(X,'Plant-Storage-Polysaccharide')
& user_description_2(X,'A polysaccharide which is used for energy storage in plants.')
& concept2words_2(X,'plant storage polysaccharide')
& concept2words_2(X,'plant-storage-polysaccharide')
& storage_polysaccharide_1(X) ) ) ).
fof(a531802,axiom,
! [X] :
( plant_structure_1(X)
=> ( original_name_2(X,'Plant-Structure')
& user_description_2(X,'The way a plant is constructed and the arrangement of its parts.')
& concept2words_2(X,'plant morphology')
& concept2words_2(X,'plant-morphology')
& concept2words_2(X,'structure of plant')
& concept2words_2(X,'plant structure')
& concept2words_2(X,'plant-structure')
& anatomical_structure_1(X) ) ) ).
fof(a531803,axiom,
! [X] :
( plant_support_cell_1(X)
=> ( original_name_2(X,'Plant-Support-Cell')
& user_description_2(X,'Plant cell which provides structural support.')
& concept2words_2(X,'plant support cell')
& concept2words_2(X,'plant-support-cell')
& plant_cell_1(X) ) ) ).
fof(a531804,axiom,
! [X] :
( plant_system_1(X)
=> ( original_name_2(X,'Plant-System')
& user_description_2(X,'A group of organs in that work together in performing vital functions in plants.')
& concept2words_2(X,'system of plant')
& concept2words_2(X,'plant system')
& concept2words_2(X,'plant-system')
& organ_system_1(X) ) ) ).
fof(a531805,axiom,
! [X] :
( plant_transport_1(X)
=> ( original_name_2(X,'Plant-Transport')
& user_description_2(X,'Process related to the transport of water and nutrients in plants.')
& concept2words_2(X,'transport of plant')
& concept2words_2(X,'plant transport')
& concept2words_2(X,'plant-transport')
& plant_process_1(X) ) ) ).
fof(a531806,axiom,
! [X] :
( plant_transport_cell_1(X)
=> ( original_name_2(X,'Plant-Transport-Cell')
& user_description_2(X,'Plant cell which transports water and other substances within the plant.')
& concept2words_2(X,'plant transport cell')
& concept2words_2(X,'plant-transport-cell')
& plant_cell_1(X) ) ) ).
fof(a531807,axiom,
! [X] :
( plant_vein_1(X)
=> ( original_name_2(X,'Plant-Vein')
& user_description_2(X,'A vascular bundle in the leaf of a plant.')
& concept2words_2(X,'vein of plant')
& concept2words_2(X,'plant vein')
& concept2words_2(X,'plant-vein')
& plant_structure_1(X)
& ~ axillary_bud_1(X)
& ~ ovule_1(X)
& ~ peristome_1(X)
& ~ petiole_1(X)
& ~ pollen_grain_1(X)
& ~ pollen_tube_1(X)
& xylem_1(fn_plant_vein_1(X))
& phloem_1(fn_plant_vein_2(X))
& has_part_2(X,fn_plant_vein_1(X))
& has_part_2(X,fn_plant_vein_2(X)) ) ) ).
fof(a531808,axiom,
! [X] :
( plant_virus_1(X)
=> ( original_name_2(X,'Plant-Virus')
& user_description_2(X,'A virus affecting plants, which like all viruses must infect a host to use the cell\'s machinery to replicate.')
& concept2words_2(X,'virus of plant')
& concept2words_2(X,'plant virus')
& concept2words_2(X,'plant-virus')
& virus_1(X)
& growth_1(fn_plant_virus_1(X))
& plasmodesmata_1(fn_plant_virus_2(X))
& move_through_1(fn_plant_virus_3(X))
& plant_1(fn_plant_virus_4(X))
& reproduce_1(fn_plant_virus_5(X))
& distributing_1(fn_plant_virus_6(X))
& viral_infection_1(fn_plant_virus_7(X))
& infection_1(fn_plant_virus_7(X))
& object_2(fn_plant_virus_6(X),X)
& by_means_of_2(fn_plant_virus_6(X),fn_plant_virus_3(X))
& path_2(fn_plant_virus_6(X),fn_plant_virus_4(X))
& inhibits_2(fn_plant_virus_7(X),fn_plant_virus_1(X))
& object_2(fn_plant_virus_7(X),fn_plant_virus_4(X))
& agent_2(fn_plant_virus_5(X),X)
& enables_2(fn_plant_virus_5(X),fn_plant_virus_6(X))
& path_2(fn_plant_virus_3(X),fn_plant_virus_2(X))
& object_2(fn_plant_virus_1(X),fn_plant_virus_4(X))
& agent_2(fn_plant_virus_7(X),X)
& fn_plant_virus_7(X) = fn_virus_22(X) ) ) ).
fof(a531809,axiom,
! [X] :
( plasma_1(X)
=> ( original_name_2(X,'Plasma')
& user_description_2(X,'The yellowish liquid component of blood, in which the various blood cells are suspended.')
& concept2words_2(X,plasma)
& buffered_solution_1(X)
& extra_cellular_fluid_1(X)
& ~ amniotic_fluid_1(X)
& ~ aqueous_humor_1(X)
& ~ bile_1(X)
& ~ cerebrospinal_fluid_1(X)
& ~ colloid_1(X)
& ~ gastric_juice_1(X)
& ~ hemolymph_1(X)
& ~ interstitial_fluid_1(X)
& ~ lymph_1(X)
& ~ mucus_1(X)
& ~ semen_1(X)
& ~ sweat_1(X)
& ~ urine_1(X)
& ~ vitreous_humor_1(X) ) ) ).
fof(a531810,axiom,
! [X] :
( plasma_cell_1(X)
=> ( original_name_2(X,'Plasma-Cell')
& user_description_2(X,'An antibody-secreting B cell, the major component of humoral immunity.')
& concept2words_2(X,'cell of plasma')
& concept2words_2(X,'plasma cell')
& concept2words_2(X,'plasma-cell')
& effector_cell_1(X)
& b_cell_1(X)
& ~ memory_cell_1(X)
& ~ cytotoxic_t_1(X) ) ) ).
fof(a531811,axiom,
! [X] :
( plasma_membrane_1(X)
=> ( original_name_2(X,'Plasma-membrane')
& user_description_2(X,'Plasma-membrane is a lipid bilayer that acts as a barrier enclosing cell. It is a selective membrane controlling movement of nutrients, waste material and other particles in and out of the cell')
& concept2words_2(X,plasmalemma)
& concept2words_2(X,'cell membrane')
& concept2words_2(X,'cell-membrane')
& concept2words_2(X,'membrane of plasma')
& concept2words_2(X,'plasma membrane')
& concept2words_2(X,'plasma-membrane')
& biomembrane_1(X)
& ~ chloroplast_membrane_1(X)
& ~ er_membrane_1(X)
& ~ lysosomal_membrane_1(X)
& ~ mitochondrial_membrane_1(X)
& ~ nuclear_membrane_1(X)
& quantity_value_1(fn_plasma_membrane_1(X))
& share_1(fn_plasma_membrane_2(X))
& membrane_protein_1(fn_plasma_membrane_3(X))
& membrane_protein_1(fn_plasma_membrane_4(X))
& hydrophobic_core_1(fn_plasma_membrane_6(X))
& length_value_1(fn_plasma_membrane_7(X))
& end_1(fn_plasma_membrane_9(X))
& chemical_entity_1(fn_plasma_membrane_10(X))
& charge_value_1(fn_plasma_membrane_11(X))
& hydrophobic_end_1(fn_plasma_membrane_13(X))
& anion_1(fn_plasma_membrane_14(X))
& anion_1(fn_plasma_membrane_15(X))
& quantity_value_1(fn_plasma_membrane_16(X))
& quantity_value_1(fn_plasma_membrane_17(X))
& quantity_value_1(fn_plasma_membrane_18(X))
& quantity_value_1(fn_plasma_membrane_19(X))
& quantity_value_1(fn_plasma_membrane_21(X))
& cellular_process_1(fn_plasma_membrane_23(X))
& nutrient_1(fn_plasma_membrane_24(X))
& unsaturated_fatty_acid_1(fn_plasma_membrane_25(X))
& saturated_fatty_acid_1(fn_plasma_membrane_26(X))
& barrier_1(fn_plasma_membrane_30(X))
& block_1(fn_plasma_membrane_31(X))
& block_1(fn_plasma_membrane_33(X))
& glycoprotein_1(fn_plasma_membrane_34(X))
& saturated_fatty_acid_1(fn_plasma_membrane_35(X))
& density_value_1(fn_plasma_membrane_36(X))
& fluidity_value_1(fn_plasma_membrane_37(X))
& temperature_value_1(fn_plasma_membrane_38(X))
& carbon_1(fn_plasma_membrane_39(X))
& quantity_value_1(fn_plasma_membrane_40(X))
& entity_1(fn_plasma_membrane_41(X))
& chemical_entity_1(fn_plasma_membrane_41(X))
& atom_1(fn_plasma_membrane_41(X))
& phosphorus_1(fn_plasma_membrane_41(X))
& share_1(fn_plasma_membrane_42(X))
& entity_1(fn_plasma_membrane_43(X))
& valence_electron_1(fn_plasma_membrane_43(X))
& electron_1(fn_plasma_membrane_44(X))
& valence_electron_1(fn_plasma_membrane_44(X))
& electron_1(fn_plasma_membrane_45(X))
& valence_electron_1(fn_plasma_membrane_45(X))
& electron_shell_1(fn_plasma_membrane_46(X))
& atomic_orbital_1(fn_plasma_membrane_47(X))
& share_1(fn_plasma_membrane_48(X))
& entity_1(fn_plasma_membrane_49(X))
& chemical_entity_1(fn_plasma_membrane_49(X))
& atom_1(fn_plasma_membrane_49(X))
& oxygen_1(fn_plasma_membrane_49(X))
& hydrophilic_compound_1(fn_plasma_membrane_50(X))
& phospholipid_layer_1(fn_plasma_membrane_51(X))
& attach_1(fn_plasma_membrane_52(X))
& spatial_entity_1(fn_plasma_membrane_53(X))
& motor_protein_1(fn_plasma_membrane_53(X))
& tangible_entity_1(fn_plasma_membrane_54(X))
& membrane_protein_1(fn_plasma_membrane_54(X))
& protein_1(fn_plasma_membrane_54(X))
& spatial_entity_1(fn_plasma_membrane_54(X))
& polymer_1(fn_plasma_membrane_54(X))
& tangible_entity_1(fn_plasma_membrane_55(X))
& transmembrane_protein_1(fn_plasma_membrane_55(X))
& integral_protein_1(fn_plasma_membrane_55(X))
& transport_protein_1(fn_plasma_membrane_55(X))
& hydrogen_1(fn_plasma_membrane_56(X))
& carbon_skeleton_1(fn_plasma_membrane_57(X))
& spatial_entity_1(fn_plasma_membrane_58(X))
& functional_group_1(fn_plasma_membrane_58(X))
& phosphate_group_1(fn_plasma_membrane_58(X))
& cellular_structure_1(fn_plasma_membrane_59(X))
& transfer_1(fn_plasma_membrane_60(X))
& cation_1(fn_plasma_membrane_61(X))
& charge_value_1(fn_plasma_membrane_62(X))
& charge_value_1(fn_plasma_membrane_63(X))
& cation_1(fn_plasma_membrane_64(X))
& extracellular_side_1(fn_plasma_membrane_65(X))
& cytoplasmic_side_1(fn_plasma_membrane_66(X))
& tangible_entity_1(fn_plasma_membrane_68(X))
& membrane_protein_1(fn_plasma_membrane_68(X))
& protein_1(fn_plasma_membrane_68(X))
& cytosol_1(fn_plasma_membrane_69(X))
& substance_1(fn_plasma_membrane_70(X))
& aqueous_solution_1(fn_plasma_membrane_70(X))
& tangible_entity_1(fn_plasma_membrane_71(X))
& phospholipid_bilayer_1(fn_plasma_membrane_71(X))
& oxygen_molecule_1(fn_plasma_membrane_72(X))
& spatial_entity_1(fn_plasma_membrane_72(X))
& chemical_entity_1(fn_plasma_membrane_73(X))
& move_through_1(fn_plasma_membrane_74(X))
& move_1(fn_plasma_membrane_74(X))
& cellular_respiration_1(fn_plasma_membrane_75(X))
& ester_linkage_1(fn_plasma_membrane_76(X))
& aqueous_solution_1(fn_plasma_membrane_77(X))
& phospholipid_layer_1(fn_plasma_membrane_78(X))
& hold_together_1(fn_plasma_membrane_79(X))
& hydrophobic_face_1(fn_plasma_membrane_80(X))
& hydrophobic_core_1(fn_plasma_membrane_81(X))
& hydrophobic_face_1(fn_plasma_membrane_82(X))
& hydrophilic_head_1(fn_plasma_membrane_83(X))
& size_value_1(fn_plasma_membrane_84(X))
& size_value_1(fn_plasma_membrane_85(X))
& monomer_1(fn_plasma_membrane_86(X))
& attach_1(fn_plasma_membrane_87(X))
& carbohydrate_side_chain_1(fn_plasma_membrane_88(X))
& hydrophilic_face_1(fn_plasma_membrane_89(X))
& block_1(fn_plasma_membrane_96(X))
& block_1(fn_plasma_membrane_97(X))
& hydrophobic_compound_1(fn_plasma_membrane_98(X))
& tangible_entity_1(fn_hold_1(fn_plasma_membrane_79(X)))
& entity_1(fn_transfer_1(fn_plasma_membrane_60(X)))
& spatial_entity_1(fn_attach_2(fn_plasma_membrane_52(X)))
& attach_1(fn_motor_protein_6(fn_plasma_membrane_53(X)))
& share_1(fn_covalent_bond_17(fn_plasma_membrane_76(X)))
& entity_1(fn_covalent_bond_19(fn_plasma_membrane_76(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_plasma_membrane_76(X)))
& atom_1(fn_covalent_bond_19(fn_plasma_membrane_76(X)))
& property_node_1(fn_cation_4(fn_plasma_membrane_64(X)))
& property_node_1(fn_cation_2(fn_plasma_membrane_64(X)))
& charge_value_1(fn_cation_5(fn_plasma_membrane_64(X)))
& property_node_1(fn_polymer_9(fn_plasma_membrane_54(X)))
& entity_1(fn_transport_protein_17(fn_plasma_membrane_55(X)))
& atom_1(fn_transport_protein_17(fn_plasma_membrane_55(X)))
& chemical_entity_1(fn_transport_protein_17(fn_plasma_membrane_55(X)))
& size_value_1(fn_polymer_8(fn_plasma_membrane_54(X)))
& property_node_1(fn_polymer_10(fn_plasma_membrane_54(X)))
& size_value_1(fn_polymer_7(fn_plasma_membrane_54(X)))
& share_1(fn_phosphate_group_35(fn_plasma_membrane_58(X)))
& atomic_orbital_1(fn_phosphate_group_28(fn_plasma_membrane_58(X)))
& electron_shell_1(fn_phosphate_group_16(fn_plasma_membrane_58(X)))
& charge_value_1(fn_cation_5(fn_plasma_membrane_61(X)))
& charge_value_1(fn_cation_3(fn_plasma_membrane_64(X)))
& inside_face_1(fn_transmembrane_protein_6(fn_plasma_membrane_55(X)))
& substance_1(fn_mixture_2(fn_plasma_membrane_69(X)))
& substance_1(fn_mixture_1(fn_plasma_membrane_69(X)))
& glycoprotein_1(fn_integral_protein_9(fn_plasma_membrane_55(X)))
& carbon_skeleton_1(fn_transport_protein_18(fn_plasma_membrane_55(X)))
& block_1(fn_transport_protein_31(fn_plasma_membrane_55(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_plasma_membrane_55(X)))
& biomembrane_1(fn_membrane_protein_1(fn_plasma_membrane_54(X)))
& biomembrane_1(fn_integral_protein_24(fn_plasma_membrane_55(X)))
& spatial_entity_1(fn_transport_protein_35(fn_plasma_membrane_55(X)))
& biomembrane_1(fn_transport_protein_35(fn_plasma_membrane_55(X)))
& oxygen_molecule_1(fn_cellular_respiration_68(fn_plasma_membrane_75(X)))
& spatial_entity_1(fn_move_1(fn_plasma_membrane_74(X)))
& move_through_1(fn_transport_protein_34(fn_plasma_membrane_55(X)))
& surface_1(fn_integral_protein_29(fn_plasma_membrane_55(X)))
& monomer_1(fn_polymer_6(fn_plasma_membrane_54(X)))
& monomer_1(fn_polymer_4(fn_plasma_membrane_54(X)))
& spatial_entity_1(fn_attach_1(fn_plasma_membrane_52(X)))
& entity_1(fn_covalent_bond_20(fn_plasma_membrane_76(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_plasma_membrane_76(X)))
& atom_1(fn_covalent_bond_20(fn_plasma_membrane_76(X)))
& phosphorus_1(fn_phosphate_group_6(fn_plasma_membrane_58(X)))
& oxygen_1(fn_phosphate_group_5(fn_plasma_membrane_58(X)))
& entity_1(fn_phosphate_group_5(fn_plasma_membrane_58(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_plasma_membrane_58(X)))
& atom_1(fn_phosphate_group_5(fn_plasma_membrane_58(X)))
& entity_1(fn_phosphate_group_22(fn_plasma_membrane_58(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_plasma_membrane_58(X)))
& atom_1(fn_phosphate_group_22(fn_plasma_membrane_58(X)))
& oxygen_1(fn_phosphate_group_22(fn_plasma_membrane_58(X)))
& valence_electron_1(fn_covalent_bond_15(fn_plasma_membrane_76(X)))
& electron_1(fn_phosphate_group_20(fn_plasma_membrane_58(X)))
& valence_electron_1(fn_phosphate_group_20(fn_plasma_membrane_58(X)))
& entity_1(fn_share_2(fn_plasma_membrane_42(X)))
& valence_electron_1(fn_phosphate_group_21(fn_plasma_membrane_58(X)))
& phospholipid_bilayer_1(fn_membrane_protein_2(fn_plasma_membrane_54(X)))
& tangible_entity_1(fn_integral_protein_27(fn_plasma_membrane_55(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_plasma_membrane_55(X)))
& tangible_entity_1(fn_transport_protein_12(fn_plasma_membrane_55(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_plasma_membrane_55(X)))
& hydrophilic_head_1(fn_phospholipid_layer_17(fn_plasma_membrane_78(X)))
& hydrophilic_head_1(fn_phospholipid_layer_17(fn_plasma_membrane_51(X)))
& hydrophilic_head_1(fn_phospholipid_bilayer_37(fn_plasma_membrane_71(X)))
& hydrophilic_head_1(fn_phospholipid_bilayer_26(fn_plasma_membrane_71(X)))
& hydrophilic_face_1(fn_phospholipid_layer_2(fn_plasma_membrane_51(X)))
& hydrophilic_face_1(fn_phospholipid_layer_2(fn_plasma_membrane_78(X)))
& hydrophilic_face_1(fn_phospholipid_bilayer_38(fn_plasma_membrane_71(X)))
& hydrophilic_face_1(fn_phospholipid_bilayer_39(fn_plasma_membrane_71(X)))
& hydrophobic_face_1(fn_phospholipid_layer_1(fn_plasma_membrane_51(X)))
& hydrophobic_face_1(fn_phospholipid_bilayer_36(fn_plasma_membrane_71(X)))
& phospholipid_layer_1(fn_integral_protein_12(fn_plasma_membrane_55(X)))
& phospholipid_layer_1(fn_phospholipid_bilayer_34(fn_plasma_membrane_71(X)))
& hydrophobic_core_1(fn_phospholipid_bilayer_3(fn_plasma_membrane_71(X)))
& hydrophobic_face_1(fn_phospholipid_layer_1(fn_plasma_membrane_78(X)))
& hydrophobic_face_1(fn_phospholipid_bilayer_35(fn_plasma_membrane_71(X)))
& phospholipid_layer_1(fn_integral_protein_11(fn_plasma_membrane_55(X)))
& phospholipid_layer_1(fn_phospholipid_bilayer_33(fn_plasma_membrane_71(X)))
& called_2(fn_plasma_membrane_97(X),"2")
& called_2(fn_plasma_membrane_96(X),"3")
& the_scalar_value_2(fn_plasma_membrane_85(X),big_0)
& scalar_unit_class_2(fn_plasma_membrane_85(X),polypeptide_0)
& is_at_2(fn_plasma_membrane_83(X),fn_plasma_membrane_82(X))
& abuts_2(fn_plasma_membrane_83(X),fn_plasma_membrane_77(X))
& abuts_2(fn_plasma_membrane_77(X),fn_plasma_membrane_83(X))
& fn_plasma_membrane_77(X) != fn_plasma_membrane_70(X)
& called_2(fn_plasma_membrane_26(X),"1")
& fn_plasma_membrane_26(X) != fn_plasma_membrane_25(X)
& called_2(fn_plasma_membrane_25(X),"2")
& fn_plasma_membrane_25(X) != fn_plasma_membrane_26(X)
& called_2(fn_plasma_membrane_76(X),'EL1')
& is_between_2(fn_plasma_membrane_76(X),fn_plasma_membrane_49(X))
& raw_material_2(fn_plasma_membrane_23(X),fn_plasma_membrane_73(X))
& path_2(fn_plasma_membrane_74(X),fn_plasma_membrane_66(X))
& plays_2(fn_plasma_membrane_73(X),fn_plasma_membrane_24(X))
& quantity_2(fn_plasma_membrane_72(X),fn_plasma_membrane_21(X))
& fn_plasma_membrane_72(X) != fn_plasma_membrane_50(X)
& the_scalar_value_2(fn_plasma_membrane_21(X),high_0)
& scalar_unit_class_2(fn_plasma_membrane_21(X),molecule_0)
& fn_plasma_membrane_70(X) != fn_plasma_membrane_77(X)
& called_2(fn_plasma_membrane_68(X),'MP1')
& fn_plasma_membrane_68(X) != fn_plasma_membrane_54(X)
& fn_plasma_membrane_19(X) != fn_plasma_membrane_18(X)
& fn_plasma_membrane_18(X) != fn_plasma_membrane_19(X)
& fn_plasma_membrane_17(X) != fn_plasma_membrane_16(X)
& fn_plasma_membrane_16(X) != fn_plasma_membrane_17(X)
& quantity_2(fn_plasma_membrane_15(X),fn_plasma_membrane_19(X))
& is_at_2(fn_plasma_membrane_15(X),fn_plasma_membrane_65(X))
& quantity_2(fn_plasma_membrane_14(X),fn_plasma_membrane_18(X))
& is_at_2(fn_plasma_membrane_14(X),fn_plasma_membrane_66(X))
& called_2(fn_plasma_membrane_13(X),'Hydrophobic end 1')
& is_outside_2(fn_plasma_membrane_65(X),X)
& is_at_2(fn_plasma_membrane_64(X),fn_plasma_membrane_65(X))
& quantity_2(fn_plasma_membrane_64(X),fn_plasma_membrane_16(X))
& is_at_2(fn_plasma_membrane_61(X),fn_plasma_membrane_66(X))
& quantity_2(fn_plasma_membrane_61(X),fn_plasma_membrane_17(X))
& the_cardinal_value_2(fn_plasma_membrane_11(X),"0.0e0")
& cardinal_unit_class_2(fn_plasma_membrane_11(X),unity_0)
& greater_than_2(fn_plasma_membrane_11(X),fn_plasma_membrane_62(X))
& charge_2(fn_plasma_membrane_10(X),fn_plasma_membrane_11(X))
& is_oriented_toward_2(fn_plasma_membrane_9(X),fn_plasma_membrane_6(X))
& the_cardinal_value_2(fn_plasma_membrane_7(X),"8.0e0")
& cardinal_unit_class_2(fn_plasma_membrane_7(X),nanometer_0)
& instrument_2(fn_plasma_membrane_60(X),X)
& has_region_2(X,fn_plasma_membrane_6(X))
& thickness_2(X,fn_plasma_membrane_7(X))
& minCardinality(X,has_part_0,"1",transport_protein_0)
& is_between_2(fn_plasma_membrane_55(X),fn_plasma_membrane_13(X))
& fn_plasma_membrane_55(X) != fn_plasma_membrane_54(X)
& quantity_2(fn_plasma_membrane_55(X),fn_plasma_membrane_1(X))
& is_across_2(fn_plasma_membrane_55(X),fn_plasma_membrane_6(X))
& is_at_2(fn_plasma_membrane_55(X),X)
& called_2(fn_plasma_membrane_54(X),'MP2')
& fn_plasma_membrane_54(X) != fn_plasma_membrane_55(X)
& fn_plasma_membrane_54(X) != fn_plasma_membrane_68(X)
& site_2(fn_plasma_membrane_52(X),fn_plasma_membrane_66(X))
& is_at_2(fn_plasma_membrane_4(X),X)
& fn_plasma_membrane_50(X) != fn_plasma_membrane_72(X)
& is_at_2(fn_plasma_membrane_3(X),X)
& result_2(fn_plasma_membrane_2(X),fn_plasma_membrane_76(X))
& result_2(fn_plasma_membrane_2(X),fn_plasma_membrane_25(X))
& result_2(fn_plasma_membrane_42(X),fn_plasma_membrane_76(X))
& the_scalar_value_2(fn_plasma_membrane_1(X),high_0)
& scalar_unit_class_2(fn_plasma_membrane_1(X),lipid_0)
& agent_2(fn_plasma_membrane_79(X),fn_plasma_membrane_55(X))
& object_2(fn_plasma_membrane_42(X),fn_plasma_membrane_43(X))
& has_part_2(fn_plasma_membrane_69(X),fn_plasma_membrane_70(X))
& object_2(fn_plasma_membrane_60(X),fn_plasma_membrane_59(X))
& charge_2(fn_plasma_membrane_61(X),fn_plasma_membrane_62(X))
& raw_material_2(fn_plasma_membrane_75(X),fn_plasma_membrane_72(X))
& is_between_2(fn_plasma_membrane_76(X),fn_plasma_membrane_41(X))
& fn_plasma_membrane_41(X) != fn_plasma_membrane_39(X)
& is_between_2(fn_plasma_membrane_76(X),fn_plasma_membrane_39(X))
& result_2(fn_plasma_membrane_48(X),fn_plasma_membrane_76(X))
& object_2(fn_plasma_membrane_48(X),fn_plasma_membrane_44(X))
& fn_plasma_membrane_39(X) != fn_plasma_membrane_41(X)
& charge_2(fn_plasma_membrane_64(X),fn_plasma_membrane_63(X))
& greater_than_2(fn_plasma_membrane_63(X),fn_plasma_membrane_62(X))
& is_inside_2(fn_plasma_membrane_89(X),fn_plasma_membrane_66(X))
& is_inside_2(fn_plasma_membrane_77(X),fn_plasma_membrane_66(X))
& is_inside_2(fn_plasma_membrane_65(X),fn_plasma_membrane_70(X))
& instrument_2(fn_plasma_membrane_96(X),fn_plasma_membrane_83(X))
& agent_2(fn_plasma_membrane_96(X),fn_plasma_membrane_89(X))
& is_inside_2(fn_plasma_membrane_89(X),fn_plasma_membrane_65(X))
& has_region_2(X,fn_plasma_membrane_65(X))
& has_region_2(X,fn_plasma_membrane_66(X))
& has_part_2(X,fn_plasma_membrane_68(X))
& fn_plasma_membrane_78(X) != fn_plasma_membrane_51(X)
& fn_plasma_membrane_51(X) != fn_plasma_membrane_78(X)
& is_impermeable_to_2(X,fn_plasma_membrane_98(X))
& is_between_2(X,fn_plasma_membrane_70(X))
& agent_2(fn_plasma_membrane_97(X),fn_plasma_membrane_89(X))
& is_between_2(X,fn_plasma_membrane_77(X))
& fluidity_2(X,fn_plasma_membrane_37(X))
& has_part_2(X,fn_plasma_membrane_34(X))
& is_inside_2(fn_plasma_membrane_34(X),fn_plasma_membrane_71(X))
& instrument_2(fn_plasma_membrane_97(X),fn_plasma_membrane_83(X))
& is_at_2(fn_plasma_membrane_58(X),fn_plasma_membrane_83(X))
& agent_2(fn_plasma_membrane_33(X),fn_plasma_membrane_81(X))
& object_2(fn_plasma_membrane_33(X),fn_plasma_membrane_50(X))
& fn_plasma_membrane_97(X) != fn_plasma_membrane_96(X)
& has_function_2(X,fn_plasma_membrane_96(X))
& is_permeable_to_2(X,fn_plasma_membrane_73(X))
& object_2(fn_plasma_membrane_74(X),fn_plasma_membrane_73(X))
& path_2(fn_plasma_membrane_74(X),fn_plasma_membrane_81(X))
& fn_plasma_membrane_96(X) != fn_plasma_membrane_97(X)
& has_function_2(X,fn_plasma_membrane_97(X))
& fn_plasma_membrane_33(X) != fn_plasma_membrane_97(X)
& fn_plasma_membrane_96(X) != fn_plasma_membrane_33(X)
& fn_plasma_membrane_33(X) != fn_plasma_membrane_96(X)
& fn_plasma_membrane_97(X) != fn_plasma_membrane_33(X)
& is_impermeable_to_2(X,fn_plasma_membrane_50(X))
& fn_plasma_membrane_50(X) != fn_plasma_membrane_73(X)
& fn_plasma_membrane_98(X) != fn_plasma_membrane_73(X)
& fn_plasma_membrane_73(X) != fn_plasma_membrane_98(X)
& fn_plasma_membrane_73(X) != fn_plasma_membrane_50(X)
& directly_proportional_2(fn_plasma_membrane_38(X),fn_plasma_membrane_37(X))
& temperature_2(X,fn_plasma_membrane_38(X))
& plays_2(X,fn_plasma_membrane_30(X))
& in_event_2(fn_plasma_membrane_30(X),fn_plasma_membrane_31(X))
& object_2(fn_plasma_membrane_31(X),fn_plasma_membrane_50(X))
& is_outside_2(fn_plasma_membrane_88(X),X)
& object_2(fn_plasma_membrane_87(X),fn_plasma_membrane_88(X))
& base_2(fn_plasma_membrane_87(X),fn_plasma_membrane_57(X))
& is_inside_2(fn_plasma_membrane_57(X),X)
& has_part_2(X,fn_plasma_membrane_54(X))
& density_2(X,fn_plasma_membrane_36(X))
& inversely_proportional_2(fn_plasma_membrane_36(X),fn_plasma_membrane_37(X))
& directly_proportional_2(fn_plasma_membrane_40(X),fn_plasma_membrane_37(X))
& quantity_2(fn_plasma_membrane_35(X),fn_plasma_membrane_40(X))
& has_part_2(X,fn_plasma_membrane_35(X))
& base_2(fn_plasma_membrane_74(X),X)
& has_region_2(fn_plasma_membrane_55(X),fn_plasma_membrane_57(X))
& has_function_2(X,fn_plasma_membrane_33(X))
& called_2(fn_plasma_membrane_33(X),"1")
& is_across_2(fn_plasma_membrane_55(X),X)
& has_part_2(X,fn_plasma_membrane_71(X))
& is_inside_2(fn_plasma_membrane_55(X),fn_plasma_membrane_71(X))
& has_part_2(X,fn_plasma_membrane_55(X))
& has_function_2(X,fn_plasma_membrane_74(X))
& size_2(fn_plasma_membrane_54(X),fn_plasma_membrane_85(X))
& has_region_2(fn_plasma_membrane_71(X),fn_plasma_membrane_78(X))
& has_region_2(fn_plasma_membrane_71(X),fn_plasma_membrane_81(X))
& is_between_2(fn_plasma_membrane_81(X),fn_plasma_membrane_89(X))
& has_region_2(fn_plasma_membrane_51(X),fn_plasma_membrane_89(X))
& has_region_2(fn_plasma_membrane_71(X),fn_plasma_membrane_51(X))
& is_along_2(fn_plasma_membrane_80(X),fn_plasma_membrane_82(X))
& is_along_2(fn_plasma_membrane_82(X),fn_plasma_membrane_80(X))
& is_inside_2(fn_plasma_membrane_80(X),fn_plasma_membrane_81(X))
& is_at_2(fn_plasma_membrane_83(X),fn_plasma_membrane_80(X))
& is_inside_2(fn_plasma_membrane_83(X),fn_plasma_membrane_89(X))
& is_along_2(fn_plasma_membrane_78(X),fn_plasma_membrane_51(X))
& is_along_2(fn_plasma_membrane_51(X),fn_plasma_membrane_78(X))
& is_at_2(fn_plasma_membrane_83(X),fn_plasma_membrane_89(X))
& has_region_2(fn_plasma_membrane_78(X),fn_plasma_membrane_89(X))
& has_region_2(fn_plasma_membrane_78(X),fn_plasma_membrane_80(X))
& is_inside_2(fn_plasma_membrane_82(X),fn_plasma_membrane_81(X))
& has_region_2(fn_plasma_membrane_51(X),fn_plasma_membrane_82(X))
& fn_plasma_membrane_41(X) != fn_plasma_membrane_49(X)
& fn_plasma_membrane_49(X) != fn_plasma_membrane_41(X)
& object_2(fn_plasma_membrane_42(X),fn_plasma_membrane_44(X))
& agent_2(fn_plasma_membrane_42(X),fn_plasma_membrane_41(X))
& is_inside_2(fn_plasma_membrane_41(X),fn_plasma_membrane_58(X))
& fn_plasma_membrane_43(X) != fn_plasma_membrane_45(X)
& fn_plasma_membrane_45(X) != fn_plasma_membrane_43(X)
& is_inside_2(fn_plasma_membrane_45(X),fn_plasma_membrane_47(X))
& has_region_2(fn_plasma_membrane_46(X),fn_plasma_membrane_47(X))
& has_region_2(fn_plasma_membrane_49(X),fn_plasma_membrane_46(X))
& is_inside_2(fn_plasma_membrane_49(X),fn_plasma_membrane_58(X))
& fn_plasma_membrane_44(X) != fn_plasma_membrane_43(X)
& fn_plasma_membrane_43(X) != fn_plasma_membrane_44(X)
& greater_than_2(fn_plasma_membrane_85(X),fn_plasma_membrane_84(X))
& size_2(fn_plasma_membrane_86(X),fn_plasma_membrane_84(X))
& has_part_2(fn_plasma_membrane_54(X),fn_plasma_membrane_86(X))
& has_region_2(fn_plasma_membrane_78(X),fn_plasma_membrane_82(X))
& has_region_2(fn_plasma_membrane_51(X),fn_plasma_membrane_80(X))
& has_part_2(fn_plasma_membrane_55(X),fn_plasma_membrane_56(X))
& has_region_2(fn_plasma_membrane_55(X),fn_plasma_membrane_65(X))
& object_2(fn_plasma_membrane_52(X),fn_plasma_membrane_54(X))
& object_2(fn_plasma_membrane_74(X),fn_plasma_membrane_72(X))
& fn_plasma_membrane_55(X) = fn_hold_1(fn_plasma_membrane_79(X))
& fn_plasma_membrane_43(X) = fn_share_2(fn_plasma_membrane_42(X))
& fn_plasma_membrane_70(X) = fn_mixture_2(fn_plasma_membrane_69(X))
& fn_plasma_membrane_70(X) = fn_mixture_1(fn_plasma_membrane_69(X))
& fn_plasma_membrane_59(X) = fn_transfer_1(fn_plasma_membrane_60(X))
& fn_plasma_membrane_62(X) = fn_cation_5(fn_plasma_membrane_61(X))
& fn_plasma_membrane_72(X) = fn_cellular_respiration_68(fn_plasma_membrane_75(X))
& fn_plasma_membrane_53(X) = fn_attach_2(fn_plasma_membrane_52(X))
& fn_plasma_membrane_52(X) = fn_motor_protein_6(fn_plasma_membrane_53(X))
& fn_plasma_membrane_44(X) = fn_covalent_bond_15(fn_plasma_membrane_76(X))
& fn_plasma_membrane_48(X) = fn_covalent_bond_17(fn_plasma_membrane_76(X))
& fn_plasma_membrane_39(X) = fn_covalent_bond_19(fn_plasma_membrane_76(X))
& fn_plasma_membrane_41(X) = fn_covalent_bond_20(fn_plasma_membrane_76(X))
& fn_plasma_membrane_92(X) = fn_cation_4(fn_plasma_membrane_64(X))
& fn_plasma_membrane_67(X) = fn_cation_2(fn_plasma_membrane_64(X))
& fn_plasma_membrane_62(X) = fn_cation_3(fn_plasma_membrane_64(X))
& fn_plasma_membrane_63(X) = fn_cation_5(fn_plasma_membrane_64(X))
& fn_plasma_membrane_77(X) = fn_biomembrane_14(X)
& fn_plasma_membrane_70(X) = fn_biomembrane_15(X)
& fn_plasma_membrane_83(X) = fn_biomembrane_82(X)
& fn_plasma_membrane_66(X) = fn_transmembrane_protein_6(fn_plasma_membrane_55(X))
& fn_plasma_membrane_66(X) = fn_biomembrane_42(X)
& fn_plasma_membrane_65(X) = fn_biomembrane_47(X)
& fn_plasma_membrane_65(X) = fn_biomembrane_41(X)
& fn_plasma_membrane_89(X) = fn_biomembrane_83(X)
& fn_plasma_membrane_68(X) = fn_biomembrane_54(X)
& fn_plasma_membrane_51(X) = fn_biomembrane_62(X)
& fn_plasma_membrane_51(X) = fn_integral_protein_11(fn_plasma_membrane_55(X))
& fn_plasma_membrane_90(X) = fn_biomembrane_39(X)
& fn_plasma_membrane_93(X) = fn_biomembrane_26(X)
& fn_plasma_membrane_95(X) = fn_biomembrane_3(X)
& fn_plasma_membrane_70(X) = fn_biomembrane_14(X)
& fn_plasma_membrane_89(X) = fn_biomembrane_81(X)
& fn_plasma_membrane_77(X) = fn_biomembrane_15(X)
& fn_plasma_membrane_94(X) = fn_biomembrane_19(X)
& fn_plasma_membrane_34(X) = fn_integral_protein_9(fn_plasma_membrane_55(X))
& fn_plasma_membrane_34(X) = fn_biomembrane_30(X)
& fn_plasma_membrane_58(X) = fn_biomembrane_96(X)
& fn_plasma_membrane_83(X) = fn_biomembrane_80(X)
& fn_plasma_membrane_50(X) = fn_biomembrane_105(X)
& fn_plasma_membrane_33(X) = fn_biomembrane_102(X)
& fn_plasma_membrane_81(X) = fn_biomembrane_75(X)
& fn_plasma_membrane_96(X) = fn_biomembrane_101(X)
& fn_plasma_membrane_96(X) = fn_biomembrane_102(X)
& fn_plasma_membrane_33(X) = fn_biomembrane_101(X)
& fn_plasma_membrane_97(X) = fn_biomembrane_100(X)
& fn_plasma_membrane_98(X) = fn_biomembrane_48(X)
& fn_plasma_membrane_73(X) = fn_biomembrane_55(X)
& fn_plasma_membrane_50(X) = fn_biomembrane_72(X)
& fn_plasma_membrane_31(X) = fn_biomembrane_50(X)
& fn_plasma_membrane_30(X) = fn_biomembrane_49(X)
& fn_plasma_membrane_38(X) = fn_biomembrane_25(X)
& fn_plasma_membrane_54(X) = fn_biomembrane_54(X)
& fn_plasma_membrane_57(X) = fn_biomembrane_71(X)
& fn_plasma_membrane_87(X) = fn_biomembrane_73(X)
& fn_plasma_membrane_88(X) = fn_biomembrane_70(X)
& fn_plasma_membrane_35(X) = fn_biomembrane_32(X)
& fn_plasma_membrane_40(X) = fn_biomembrane_31(X)
& fn_plasma_membrane_37(X) = fn_biomembrane_18(X)
& fn_plasma_membrane_36(X) = fn_biomembrane_4(X)
& fn_plasma_membrane_57(X) = fn_transport_protein_18(fn_plasma_membrane_55(X))
& fn_plasma_membrane_33(X) = fn_transport_protein_31(fn_plasma_membrane_55(X))
& fn_plasma_membrane_74(X) = fn_biomembrane_52(X)
& fn_plasma_membrane_74(X) = fn_transport_protein_34(fn_plasma_membrane_55(X))
& X = fn_transmembrane_protein_4(fn_plasma_membrane_55(X))
& X = fn_integral_protein_24(fn_plasma_membrane_55(X))
& X = fn_membrane_protein_1(fn_plasma_membrane_54(X))
& fn_plasma_membrane_71(X) = fn_membrane_protein_2(fn_plasma_membrane_54(X))
& fn_plasma_membrane_71(X) = fn_transport_protein_12(fn_plasma_membrane_55(X))
& X = fn_transport_protein_35(fn_plasma_membrane_55(X))
& fn_plasma_membrane_32(X) = fn_polymer_9(fn_plasma_membrane_54(X))
& fn_plasma_membrane_72(X) = fn_move_1(fn_plasma_membrane_74(X))
& fn_plasma_membrane_54(X) = fn_attach_1(fn_plasma_membrane_52(X))
& fn_plasma_membrane_65(X) = fn_integral_protein_29(fn_plasma_membrane_55(X))
& fn_plasma_membrane_56(X) = fn_transport_protein_17(fn_plasma_membrane_55(X))
& fn_plasma_membrane_80(X) = fn_phospholipid_layer_1(fn_plasma_membrane_51(X))
& fn_plasma_membrane_82(X) = fn_phospholipid_layer_1(fn_plasma_membrane_78(X))
& fn_plasma_membrane_85(X) = fn_polymer_8(fn_plasma_membrane_54(X))
& fn_plasma_membrane_86(X) = fn_polymer_6(fn_plasma_membrane_54(X))
& fn_plasma_membrane_86(X) = fn_polymer_4(fn_plasma_membrane_54(X))
& fn_plasma_membrane_91(X) = fn_polymer_10(fn_plasma_membrane_54(X))
& fn_plasma_membrane_84(X) = fn_polymer_7(fn_plasma_membrane_54(X))
& fn_plasma_membrane_42(X) = fn_phosphate_group_35(fn_plasma_membrane_58(X))
& fn_plasma_membrane_41(X) = fn_phosphate_group_6(fn_plasma_membrane_58(X))
& fn_plasma_membrane_45(X) = fn_phosphate_group_20(fn_plasma_membrane_58(X))
& fn_plasma_membrane_47(X) = fn_phosphate_group_28(fn_plasma_membrane_58(X))
& fn_plasma_membrane_46(X) = fn_phosphate_group_16(fn_plasma_membrane_58(X))
& fn_plasma_membrane_49(X) = fn_phosphate_group_5(fn_plasma_membrane_58(X))
& fn_plasma_membrane_49(X) = fn_phosphate_group_22(fn_plasma_membrane_58(X))
& fn_plasma_membrane_43(X) = fn_phosphate_group_21(fn_plasma_membrane_58(X))
& fn_plasma_membrane_44(X) = fn_phosphate_group_20(fn_plasma_membrane_58(X))
& fn_plasma_membrane_71(X) = fn_biomembrane_63(X)
& fn_plasma_membrane_78(X) = fn_biomembrane_61(X)
& fn_plasma_membrane_71(X) = fn_integral_protein_27(fn_plasma_membrane_55(X))
& fn_plasma_membrane_78(X) = fn_integral_protein_12(fn_plasma_membrane_55(X))
& fn_plasma_membrane_83(X) = fn_phospholipid_layer_17(fn_plasma_membrane_78(X))
& fn_plasma_membrane_83(X) = fn_phospholipid_layer_17(fn_plasma_membrane_51(X))
& fn_plasma_membrane_89(X) = fn_phospholipid_layer_2(fn_plasma_membrane_51(X))
& fn_plasma_membrane_83(X) = fn_phospholipid_bilayer_37(fn_plasma_membrane_71(X))
& fn_plasma_membrane_89(X) = fn_phospholipid_bilayer_38(fn_plasma_membrane_71(X))
& fn_plasma_membrane_83(X) = fn_phospholipid_bilayer_26(fn_plasma_membrane_71(X))
& fn_plasma_membrane_89(X) = fn_phospholipid_layer_2(fn_plasma_membrane_78(X))
& fn_plasma_membrane_89(X) = fn_phospholipid_bilayer_39(fn_plasma_membrane_71(X))
& fn_plasma_membrane_78(X) = fn_phospholipid_bilayer_34(fn_plasma_membrane_71(X))
& fn_plasma_membrane_80(X) = fn_phospholipid_bilayer_36(fn_plasma_membrane_71(X))
& fn_plasma_membrane_81(X) = fn_phospholipid_bilayer_3(fn_plasma_membrane_71(X))
& fn_plasma_membrane_51(X) = fn_phospholipid_bilayer_33(fn_plasma_membrane_71(X))
& fn_plasma_membrane_82(X) = fn_phospholipid_bilayer_35(fn_plasma_membrane_71(X))
& fn_cation_5(fn_plasma_membrane_61(X)) = fn_cation_3(fn_plasma_membrane_64(X))
& fn_cation_3(fn_plasma_membrane_64(X)) = fn_cation_3(fn_plasma_membrane_64(X))
& fn_cation_3(fn_plasma_membrane_64(X)) = fn_biomembrane_42(X)
& fn_biomembrane_42(X) = fn_biomembrane_42(X)
& fn_biomembrane_42(X) = fn_transmembrane_protein_6(fn_plasma_membrane_55(X))
& fn_transmembrane_protein_6(fn_plasma_membrane_55(X)) = fn_biomembrane_42(X)
& fn_biomembrane_42(X) = fn_mixture_2(fn_plasma_membrane_69(X))
& fn_mixture_2(fn_plasma_membrane_69(X)) = fn_mixture_1(fn_plasma_membrane_69(X))
& fn_mixture_1(fn_plasma_membrane_69(X)) = fn_mixture_1(fn_plasma_membrane_69(X))
& fn_mixture_1(fn_plasma_membrane_69(X)) = fn_biomembrane_15(X)
& fn_biomembrane_15(X) = fn_biomembrane_15(X)
& fn_biomembrane_15(X) = fn_biomembrane_14(X)
& fn_biomembrane_14(X) = fn_biomembrane_14(X)
& fn_biomembrane_14(X) = fn_biomembrane_15(X)
& fn_biomembrane_15(X) = fn_integral_protein_9(fn_plasma_membrane_55(X))
& fn_biomembrane_30(X) = fn_integral_protein_9(fn_plasma_membrane_55(X))
& fn_integral_protein_9(fn_plasma_membrane_55(X)) = fn_biomembrane_30(X)
& fn_biomembrane_30(X) = fn_biomembrane_101(X)
& fn_biomembrane_101(X) = fn_biomembrane_102(X)
& fn_biomembrane_102(X) = fn_biomembrane_105(X)
& fn_biomembrane_105(X) = fn_biomembrane_72(X)
& fn_biomembrane_72(X) = fn_biomembrane_72(X)
& fn_biomembrane_72(X) = fn_biomembrane_71(X)
& fn_biomembrane_71(X) = fn_biomembrane_71(X)
& fn_biomembrane_71(X) = fn_transport_protein_18(fn_plasma_membrane_55(X))
& fn_transport_protein_18(fn_plasma_membrane_55(X)) = fn_biomembrane_102(X)
& fn_biomembrane_102(X) = fn_biomembrane_102(X)
& fn_biomembrane_102(X) = fn_biomembrane_101(X)
& fn_biomembrane_101(X) = fn_biomembrane_101(X)
& fn_biomembrane_101(X) = fn_transport_protein_31(fn_plasma_membrane_55(X))
& fn_transport_protein_31(fn_plasma_membrane_55(X)) = fn_transport_protein_31(fn_plasma_membrane_55(X))
& fn_transport_protein_31(fn_plasma_membrane_55(X)) = fn_transmembrane_protein_4(fn_plasma_membrane_55(X))
& fn_membrane_protein_1(fn_plasma_membrane_54(X)) = fn_transmembrane_protein_4(fn_plasma_membrane_55(X))
& fn_transmembrane_protein_4(fn_plasma_membrane_55(X)) = fn_membrane_protein_1(fn_plasma_membrane_54(X))
& fn_integral_protein_24(fn_plasma_membrane_55(X)) = fn_membrane_protein_1(fn_plasma_membrane_54(X))
& fn_membrane_protein_1(fn_plasma_membrane_54(X)) = fn_integral_protein_24(fn_plasma_membrane_55(X))
& fn_transport_protein_35(fn_plasma_membrane_55(X)) = fn_integral_protein_24(fn_plasma_membrane_55(X))
& fn_integral_protein_24(fn_plasma_membrane_55(X)) = fn_transport_protein_35(fn_plasma_membrane_55(X))
& fn_transport_protein_35(fn_plasma_membrane_55(X)) = fn_transport_protein_35(fn_plasma_membrane_55(X))
& fn_transport_protein_35(fn_plasma_membrane_55(X)) = fn_cellular_respiration_68(fn_plasma_membrane_75(X))
& fn_cellular_respiration_68(fn_plasma_membrane_75(X)) = fn_move_1(fn_plasma_membrane_74(X))
& fn_move_1(fn_plasma_membrane_74(X)) = fn_biomembrane_52(X)
& fn_biomembrane_52(X) = fn_biomembrane_52(X)
& fn_transport_protein_34(fn_plasma_membrane_55(X)) = fn_biomembrane_52(X)
& fn_biomembrane_52(X) = fn_transport_protein_34(fn_plasma_membrane_55(X))
& fn_transport_protein_34(fn_plasma_membrane_55(X)) = fn_biomembrane_41(X)
& fn_biomembrane_41(X) = fn_biomembrane_47(X)
& fn_biomembrane_47(X) = fn_biomembrane_41(X)
& fn_biomembrane_41(X) = fn_biomembrane_41(X)
& fn_biomembrane_41(X) = fn_integral_protein_29(fn_plasma_membrane_55(X))
& fn_integral_protein_29(fn_plasma_membrane_55(X)) = fn_polymer_4(fn_plasma_membrane_54(X))
& fn_polymer_4(fn_plasma_membrane_54(X)) = fn_polymer_6(fn_plasma_membrane_54(X))
& fn_polymer_6(fn_plasma_membrane_54(X)) = fn_polymer_4(fn_plasma_membrane_54(X))
& fn_polymer_4(fn_plasma_membrane_54(X)) = fn_biomembrane_54(X)
& fn_biomembrane_54(X) = fn_attach_1(fn_plasma_membrane_52(X))
& fn_attach_1(fn_plasma_membrane_52(X)) = fn_covalent_bond_20(fn_plasma_membrane_76(X))
& fn_covalent_bond_20(fn_plasma_membrane_76(X)) = fn_covalent_bond_20(fn_plasma_membrane_76(X))
& fn_covalent_bond_20(fn_plasma_membrane_76(X)) = fn_phosphate_group_6(fn_plasma_membrane_58(X))
& fn_phosphate_group_6(fn_plasma_membrane_58(X)) = fn_phosphate_group_6(fn_plasma_membrane_58(X))
& fn_phosphate_group_6(fn_plasma_membrane_58(X)) = fn_phosphate_group_5(fn_plasma_membrane_58(X))
& fn_phosphate_group_5(fn_plasma_membrane_58(X)) = fn_phosphate_group_5(fn_plasma_membrane_58(X))
& fn_phosphate_group_22(fn_plasma_membrane_58(X)) = fn_phosphate_group_5(fn_plasma_membrane_58(X))
& fn_phosphate_group_5(fn_plasma_membrane_58(X)) = fn_phosphate_group_22(fn_plasma_membrane_58(X))
& fn_phosphate_group_22(fn_plasma_membrane_58(X)) = fn_covalent_bond_15(fn_plasma_membrane_76(X))
& fn_covalent_bond_15(fn_plasma_membrane_76(X)) = fn_phosphate_group_20(fn_plasma_membrane_58(X))
& fn_phosphate_group_20(fn_plasma_membrane_58(X)) = fn_phosphate_group_20(fn_plasma_membrane_58(X))
& fn_phosphate_group_20(fn_plasma_membrane_58(X)) = fn_share_2(fn_plasma_membrane_42(X))
& fn_share_2(fn_plasma_membrane_42(X)) = fn_phosphate_group_21(fn_plasma_membrane_58(X))
& fn_phosphate_group_21(fn_plasma_membrane_58(X)) = fn_phosphate_group_21(fn_plasma_membrane_58(X))
& fn_phosphate_group_21(fn_plasma_membrane_58(X)) = fn_integral_protein_27(fn_plasma_membrane_55(X))
& fn_integral_protein_27(fn_plasma_membrane_55(X)) = fn_membrane_protein_2(fn_plasma_membrane_54(X))
& fn_membrane_protein_2(fn_plasma_membrane_54(X)) = fn_integral_protein_27(fn_plasma_membrane_55(X))
& fn_integral_protein_27(fn_plasma_membrane_55(X)) = fn_integral_protein_27(fn_plasma_membrane_55(X))
& fn_biomembrane_63(X) = fn_biomembrane_63(X)
& fn_biomembrane_63(X) = fn_integral_protein_27(fn_plasma_membrane_55(X))
& fn_integral_protein_27(fn_plasma_membrane_55(X)) = fn_biomembrane_63(X)
& fn_biomembrane_63(X) = fn_transport_protein_12(fn_plasma_membrane_55(X))
& fn_transport_protein_12(fn_plasma_membrane_55(X)) = fn_biomembrane_63(X)
& fn_biomembrane_63(X) = fn_biomembrane_82(X)
& fn_biomembrane_82(X) = fn_phospholipid_layer_17(fn_plasma_membrane_78(X))
& fn_phospholipid_layer_17(fn_plasma_membrane_78(X)) = fn_phospholipid_layer_17(fn_plasma_membrane_51(X))
& fn_phospholipid_layer_17(fn_plasma_membrane_51(X)) = fn_biomembrane_82(X)
& fn_biomembrane_82(X) = fn_biomembrane_80(X)
& fn_biomembrane_80(X) = fn_biomembrane_80(X)
& fn_biomembrane_80(X) = fn_phospholipid_bilayer_37(fn_plasma_membrane_71(X))
& fn_phospholipid_bilayer_37(fn_plasma_membrane_71(X)) = fn_phospholipid_bilayer_37(fn_plasma_membrane_71(X))
& fn_phospholipid_bilayer_37(fn_plasma_membrane_71(X)) = fn_phospholipid_bilayer_26(fn_plasma_membrane_71(X))
& fn_phospholipid_bilayer_26(fn_plasma_membrane_71(X)) = fn_biomembrane_83(X)
& fn_biomembrane_83(X) = fn_phospholipid_layer_2(fn_plasma_membrane_51(X))
& fn_phospholipid_layer_2(fn_plasma_membrane_78(X)) = fn_phospholipid_layer_2(fn_plasma_membrane_51(X))
& fn_phospholipid_layer_2(fn_plasma_membrane_51(X)) = fn_phospholipid_layer_2(fn_plasma_membrane_78(X))
& fn_phospholipid_layer_2(fn_plasma_membrane_78(X)) = fn_biomembrane_81(X)
& fn_biomembrane_81(X) = fn_biomembrane_83(X)
& fn_biomembrane_83(X) = fn_biomembrane_83(X)
& fn_biomembrane_83(X) = fn_biomembrane_81(X)
& fn_biomembrane_81(X) = fn_biomembrane_81(X)
& fn_biomembrane_81(X) = fn_phospholipid_bilayer_38(fn_plasma_membrane_71(X))
& fn_phospholipid_bilayer_38(fn_plasma_membrane_71(X)) = fn_phospholipid_bilayer_38(fn_plasma_membrane_71(X))
& fn_phospholipid_bilayer_38(fn_plasma_membrane_71(X)) = fn_phospholipid_bilayer_39(fn_plasma_membrane_71(X))
& fn_phospholipid_bilayer_39(fn_plasma_membrane_71(X)) = fn_phospholipid_bilayer_39(fn_plasma_membrane_71(X))
& fn_phospholipid_bilayer_39(fn_plasma_membrane_71(X)) = fn_phospholipid_layer_1(fn_plasma_membrane_51(X))
& fn_phospholipid_layer_1(fn_plasma_membrane_51(X)) = fn_phospholipid_bilayer_36(fn_plasma_membrane_71(X))
& fn_phospholipid_bilayer_36(fn_plasma_membrane_71(X)) = fn_phospholipid_bilayer_36(fn_plasma_membrane_71(X))
& fn_phospholipid_bilayer_36(fn_plasma_membrane_71(X)) = fn_biomembrane_61(X)
& fn_integral_protein_12(fn_plasma_membrane_55(X)) = fn_biomembrane_61(X)
& fn_biomembrane_61(X) = fn_integral_protein_12(fn_plasma_membrane_55(X))
& fn_integral_protein_12(fn_plasma_membrane_55(X)) = fn_integral_protein_12(fn_plasma_membrane_55(X))
& fn_integral_protein_12(fn_plasma_membrane_55(X)) = fn_phospholipid_bilayer_34(fn_plasma_membrane_71(X))
& fn_phospholipid_bilayer_34(fn_plasma_membrane_71(X)) = fn_phospholipid_bilayer_34(fn_plasma_membrane_71(X))
& fn_phospholipid_bilayer_34(fn_plasma_membrane_71(X)) = fn_biomembrane_75(X)
& fn_biomembrane_75(X) = fn_biomembrane_75(X)
& fn_biomembrane_75(X) = fn_phospholipid_bilayer_3(fn_plasma_membrane_71(X))
& fn_phospholipid_bilayer_3(fn_plasma_membrane_71(X)) = fn_phospholipid_bilayer_3(fn_plasma_membrane_71(X))
& fn_phospholipid_bilayer_3(fn_plasma_membrane_71(X)) = fn_phospholipid_layer_1(fn_plasma_membrane_78(X))
& fn_phospholipid_layer_1(fn_plasma_membrane_78(X)) = fn_phospholipid_bilayer_35(fn_plasma_membrane_71(X))
& fn_phospholipid_bilayer_35(fn_plasma_membrane_71(X)) = fn_phospholipid_bilayer_35(fn_plasma_membrane_71(X))
& fn_phospholipid_bilayer_35(fn_plasma_membrane_71(X)) = fn_biomembrane_62(X)
& fn_biomembrane_62(X) = fn_integral_protein_11(fn_plasma_membrane_55(X))
& fn_integral_protein_11(fn_plasma_membrane_55(X)) = fn_integral_protein_11(fn_plasma_membrane_55(X))
& fn_integral_protein_11(fn_plasma_membrane_55(X)) = fn_phospholipid_bilayer_33(fn_plasma_membrane_71(X))
& fn_phospholipid_bilayer_33(fn_plasma_membrane_71(X)) = fn_phospholipid_bilayer_33(fn_plasma_membrane_71(X)) ) ) ).
fof(a531812,axiom,
! [X] :
( plasmid_1(X)
=> ( original_name_2(X,'Plasmid')
& user_description_2(X,'Circular stucture of DNA. Found in viruses, bacteria and archaea as well as in eukaryotic cells in the form of either mitochondrial DNA or plastid DNA.')
& concept2words_2(X,'circular dna')
& concept2words_2(X,'extranuclear dna')
& concept2words_2(X,'extranuclear-dna')
& concept2words_2(X,plasmid)
& cellular_structure_1(X)
& replication_1(fn_plasmid_2(X))
& shape_value_1(fn_plasmid_3(X))
& size_value_1(fn_plasmid_4(X))
& dna_1(fn_plasmid_6(X))
& agent_2(fn_plasmid_2(X),X)
& object_2(fn_plasmid_2(X),X)
& the_categorical_value_2(fn_plasmid_3(X),circle_0)
& has_part_2(X,fn_plasmid_6(X))
& shape_2(X,fn_plasmid_3(X))
& size_2(X,fn_plasmid_4(X))
& the_scalar_value_2(fn_plasmid_4(X),small_0)
& scalar_unit_class_2(fn_plasmid_4(X),chromosome_0) ) ) ).
fof(a531813,axiom,
! [X] :
( plasmodesmata_1(X)
=> ( original_name_2(X,'Plasmodesmata')
& user_description_2(X,'Plasmodesmata are microscopic channels which traverse the cell walls of plant cells enabling transport and communication between them')
& concept2words_2(X,plasmodesma)
& concept2words_2(X,plasmodesmata)
& intercellular_junction_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X)
& rate_value_1(fn_plasmodesmata_2(X))
& move_through_1(fn_plasmodesmata_3(X))
& cytoplasmic_channel_1(fn_plasmodesmata_4(X))
& exchange_1(fn_plasmodesmata_5(X))
& exchange_1(fn_plasmodesmata_6(X))
& transfer_1(fn_plasmodesmata_7(X))
& transfer_1(fn_plasmodesmata_8(X))
& membrane_1(fn_plasmodesmata_9(X))
& spatial_entity_1(fn_plasmodesmata_9(X))
& biomembrane_1(fn_plasmodesmata_9(X))
& plasma_membrane_1(fn_plasmodesmata_9(X))
& plant_cell_wall_1(fn_plasmodesmata_10(X))
& exchange_1(fn_plasmodesmata_11(X))
& move_1(fn_plasmodesmata_12(X))
& move_through_1(fn_plasmodesmata_12(X))
& spatial_entity_1(fn_plasmodesmata_13(X))
& mixture_1(fn_plasmodesmata_13(X))
& suspension_1(fn_plasmodesmata_13(X))
& colloid_1(fn_plasmodesmata_13(X))
& cytoplasm_1(fn_plasmodesmata_13(X))
& tangible_entity_1(fn_plasmodesmata_14(X))
& tangible_entity_1(fn_plasmodesmata_15(X))
& move_1(fn_plasmodesmata_16(X))
& move_through_1(fn_plasmodesmata_16(X))
& spatial_entity_1(fn_plasmodesmata_17(X))
& mixture_1(fn_plasmodesmata_17(X))
& suspension_1(fn_plasmodesmata_17(X))
& colloid_1(fn_plasmodesmata_17(X))
& cytoplasm_1(fn_plasmodesmata_17(X))
& eukaryotic_cell_1(fn_plasmodesmata_18(X))
& cell_1(fn_plasmodesmata_18(X))
& plant_cell_1(fn_plasmodesmata_18(X))
& eukaryotic_cell_1(fn_plasmodesmata_19(X))
& cell_1(fn_plasmodesmata_19(X))
& plant_cell_1(fn_plasmodesmata_19(X))
& membrane_1(fn_cell_wall_15(fn_plasmodesmata_10(X)))
& spatial_entity_1(fn_cell_wall_15(fn_plasmodesmata_10(X)))
& biomembrane_1(fn_cell_wall_15(fn_plasmodesmata_10(X)))
& plasma_membrane_1(fn_cell_wall_15(fn_plasmodesmata_10(X)))
& move_through_1(fn_plant_cell_72(fn_plasmodesmata_19(X)))
& exchange_1(fn_plant_cell_71(fn_plasmodesmata_19(X)))
& move_through_1(fn_plant_cell_72(fn_plasmodesmata_18(X)))
& transfer_1(fn_plant_cell_73(fn_plasmodesmata_18(X)))
& exchange_1(fn_plant_cell_71(fn_plasmodesmata_18(X)))
& transfer_1(fn_plant_cell_74(fn_plasmodesmata_18(X)))
& entity_1(fn_transfer_1(fn_plasmodesmata_7(X)))
& spatial_entity_1(fn_move_1(fn_plasmodesmata_12(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_plasmodesmata_19(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_plasmodesmata_19(X)))
& spatial_entity_1(fn_plant_cell_83(fn_plasmodesmata_19(X)))
& mixture_1(fn_plant_cell_83(fn_plasmodesmata_19(X)))
& suspension_1(fn_plant_cell_83(fn_plasmodesmata_19(X)))
& colloid_1(fn_plant_cell_83(fn_plasmodesmata_19(X)))
& cytoplasm_1(fn_plant_cell_83(fn_plasmodesmata_19(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_plasmodesmata_18(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_plasmodesmata_18(X)))
& spatial_entity_1(fn_plant_cell_83(fn_plasmodesmata_18(X)))
& mixture_1(fn_plant_cell_83(fn_plasmodesmata_18(X)))
& suspension_1(fn_plant_cell_83(fn_plasmodesmata_18(X)))
& colloid_1(fn_plant_cell_83(fn_plasmodesmata_18(X)))
& cytoplasm_1(fn_plant_cell_83(fn_plasmodesmata_18(X)))
& spatial_entity_1(fn_move_1(fn_plasmodesmata_16(X)))
& entity_1(fn_transfer_1(fn_plasmodesmata_8(X)))
& the_scalar_value_2(fn_plasmodesmata_2(X),fast_0)
& scalar_unit_class_2(fn_plasmodesmata_2(X),event_0)
& base_2(fn_plasmodesmata_3(X),X)
& path_2(fn_plasmodesmata_3(X),fn_plasmodesmata_4(X))
& causes_2(fn_plasmodesmata_3(X),fn_plasmodesmata_11(X))
& is_inside_2(fn_plasmodesmata_9(X),fn_plasmodesmata_10(X))
& is_at_2(X,fn_plasmodesmata_10(X))
& has_region_2(X,fn_plasmodesmata_4(X))
& has_function_2(X,fn_plasmodesmata_11(X))
& has_function_2(X,fn_plasmodesmata_3(X))
& path_2(fn_plasmodesmata_11(X),X)
& rate_2(fn_plasmodesmata_11(X),fn_plasmodesmata_2(X))
& facilitates_2(fn_plasmodesmata_4(X),fn_plasmodesmata_3(X))
& object_2(fn_plasmodesmata_7(X),fn_plasmodesmata_14(X))
& object_2(fn_plasmodesmata_16(X),fn_plasmodesmata_15(X))
& object_2(fn_plasmodesmata_12(X),fn_plasmodesmata_14(X))
& is_outside_2(fn_plasmodesmata_10(X),fn_plasmodesmata_9(X))
& is_between_2(X,fn_plasmodesmata_18(X))
& fn_plasmodesmata_18(X) != fn_plasmodesmata_19(X)
& is_between_2(X,fn_plasmodesmata_19(X))
& fn_plasmodesmata_19(X) != fn_plasmodesmata_18(X)
& abuts_2(fn_plasmodesmata_18(X),fn_plasmodesmata_19(X))
& abuts_2(fn_plasmodesmata_19(X),fn_plasmodesmata_18(X))
& causes_2(fn_plasmodesmata_12(X),fn_plasmodesmata_6(X))
& agent_2(fn_plasmodesmata_6(X),fn_plasmodesmata_19(X))
& base_2(fn_plasmodesmata_6(X),fn_plasmodesmata_19(X))
& has_part_2(fn_plasmodesmata_19(X),fn_plasmodesmata_13(X))
& causes_2(fn_plasmodesmata_16(X),fn_plasmodesmata_5(X))
& base_2(fn_plasmodesmata_5(X),fn_plasmodesmata_18(X))
& agent_2(fn_plasmodesmata_5(X),fn_plasmodesmata_18(X))
& has_part_2(fn_plasmodesmata_18(X),fn_plasmodesmata_17(X))
& origin_2(fn_plasmodesmata_8(X),fn_plasmodesmata_17(X))
& subevent_2(fn_plasmodesmata_11(X),fn_plasmodesmata_8(X))
& subevent_2(fn_plasmodesmata_11(X),fn_plasmodesmata_7(X))
& origin_2(fn_plasmodesmata_7(X),fn_plasmodesmata_13(X))
& object_2(fn_plasmodesmata_8(X),fn_plasmodesmata_15(X))
& fn_plasmodesmata_14(X) = fn_transfer_1(fn_plasmodesmata_7(X))
& fn_plasmodesmata_15(X) = fn_move_1(fn_plasmodesmata_16(X))
& fn_plasmodesmata_14(X) = fn_move_1(fn_plasmodesmata_12(X))
& fn_plasmodesmata_9(X) = fn_cell_wall_15(fn_plasmodesmata_10(X))
& fn_plasmodesmata_19(X) = fn_intercellular_junction_2(X)
& fn_plasmodesmata_18(X) = fn_intercellular_junction_1(X)
& fn_plasmodesmata_12(X) = fn_plant_cell_72(fn_plasmodesmata_19(X))
& fn_plasmodesmata_13(X) = fn_eukaryotic_cell_31(fn_plasmodesmata_19(X))
& fn_plasmodesmata_13(X) = fn_plant_cell_83(fn_plasmodesmata_19(X))
& fn_plasmodesmata_6(X) = fn_plant_cell_71(fn_plasmodesmata_19(X))
& fn_plasmodesmata_16(X) = fn_plant_cell_72(fn_plasmodesmata_18(X))
& fn_plasmodesmata_5(X) = fn_plant_cell_71(fn_plasmodesmata_18(X))
& fn_plasmodesmata_13(X) = fn_plant_cell_83(fn_plasmodesmata_18(X))
& fn_plasmodesmata_7(X) = fn_plant_cell_73(fn_plasmodesmata_18(X))
& fn_plasmodesmata_11(X) = fn_plant_cell_71(fn_plasmodesmata_18(X))
& fn_plasmodesmata_8(X) = fn_plant_cell_74(fn_plasmodesmata_18(X))
& fn_plasmodesmata_17(X) = fn_eukaryotic_cell_31(fn_plasmodesmata_18(X))
& fn_plasmodesmata_17(X) = fn_plant_cell_83(fn_plasmodesmata_18(X))
& fn_plasmodesmata_15(X) = fn_transfer_1(fn_plasmodesmata_8(X))
& fn_transfer_1(fn_plasmodesmata_7(X)) = fn_move_1(fn_plasmodesmata_12(X))
& fn_move_1(fn_plasmodesmata_12(X)) = fn_eukaryotic_cell_31(fn_plasmodesmata_19(X))
& fn_eukaryotic_cell_31(fn_plasmodesmata_19(X)) = fn_plant_cell_83(fn_plasmodesmata_19(X))
& fn_plant_cell_83(fn_plasmodesmata_19(X)) = fn_plant_cell_83(fn_plasmodesmata_18(X))
& fn_plant_cell_83(fn_plasmodesmata_18(X)) = fn_plant_cell_83(fn_plasmodesmata_18(X))
& fn_plant_cell_83(fn_plasmodesmata_18(X)) = fn_eukaryotic_cell_31(fn_plasmodesmata_18(X))
& fn_eukaryotic_cell_31(fn_plasmodesmata_18(X)) = fn_plant_cell_83(fn_plasmodesmata_18(X))
& fn_plant_cell_83(fn_plasmodesmata_18(X)) = fn_move_1(fn_plasmodesmata_16(X))
& fn_move_1(fn_plasmodesmata_16(X)) = fn_transfer_1(fn_plasmodesmata_8(X)) ) ) ).
fof(a531814,axiom,
! [X] :
( plasmodial_slime_mold_1(X)
=> ( original_name_2(X,'Plasmodial-Slime-Mold')
& user_description_2(X,'Any of a group of organisms of uncertain affinity, characterized by a life cycle with several morphologic phases, amoeboid cells, flagellated cells, and a multinucleate phase.')
& concept2words_2(X,'plasmodial slime mold')
& concept2words_2(X,'plasmodial-slime-mold')
& mycetozoa_1(X)
& ~ cellular_slime_mold_1(X) ) ) ).
fof(a531815,axiom,
! [X] :
( plasmodium_1(X)
=> ( original_name_2(X,'Plasmodium')
& user_description_2(X,'The multinucleate phase in the life cycle of some slime molds.')
& concept2words_2(X,plasmodium)
& cytoplasm_1(X)
& ~ cortex_1(X)
& ~ symplast_1(X) ) ) ).
fof(a531816,axiom,
! [X] :
( plasmogamy_1(X)
=> ( original_name_2(X,'Plasmogamy')
& user_description_2(X,'In fungi, the fusion of cytoplasms from two parent mycelia; occurs as one stage of fertilization.')
& concept2words_2(X,plasmogamy)
& development_related_intercellular_process_1(X) ) ) ).
fof(a531817,axiom,
! [X] :
( plasmolysis_1(X)
=> ( original_name_2(X,'Plasmolysis')
& user_description_2(X,'Plasmolysis is the process in plant cells where the plasma membrane pulls away from the cell wall due to the loss of water through osmosis. The reverse process, cytolysis, can occur if the cell is in a hypotonic solution resulting in a higher external osmotic pressure and a net flow of water into the cell. Through observation of plasmolysis and deplasmolysis it is possible to determine the tonicity of the cell\'s environment as well as the rate solute molecules cross the cellular membrane.')
& concept2words_2(X,plasmolyze)
& concept2words_2(X,'undergo plasmolysis')
& concept2words_2(X,plasmolysis)
& intracellular_process_1(X)
& potential_value_1(fn_plasmolysis_3(X))
& potential_value_1(fn_plasmolysis_4(X))
& walled_cell_inside_hypertonic_solution_1(fn_plasmolysis_5(X))
& move_1(fn_plasmolysis_6(X))
& spatial_entity_1(fn_plasmolysis_7(X))
& biomembrane_1(fn_plasmolysis_7(X))
& plasma_membrane_1(fn_plasmolysis_7(X))
& osmosis_1(fn_plasmolysis_8(X))
& lose_1(fn_plasmolysis_9(X))
& tangible_entity_1(fn_plasmolysis_10(X))
& phospholipid_bilayer_1(fn_plasmolysis_10(X))
& hydrophobic_core_1(fn_plasmolysis_11(X))
& membrane_protein_1(fn_plasmolysis_12(X))
& spatial_entity_1(fn_plasmolysis_13(X))
& polymer_1(fn_plasmolysis_13(X))
& membrane_protein_1(fn_plasmolysis_13(X))
& protein_1(fn_plasmolysis_13(X))
& tangible_entity_1(fn_plasmolysis_13(X))
& transmembrane_protein_1(fn_plasmolysis_13(X))
& integral_protein_1(fn_plasmolysis_13(X))
& transport_protein_1(fn_plasmolysis_13(X))
& attach_1(fn_plasmolysis_14(X))
& substance_1(fn_plasmolysis_15(X))
& cytosol_1(fn_plasmolysis_15(X))
& surface_1(fn_plasmolysis_16(X))
& ribosome_1(fn_plasmolysis_17(X))
& mixture_1(fn_plasmolysis_18(X))
& cytoplasm_1(fn_plasmolysis_18(X))
& substance_1(fn_plasmolysis_19(X))
& aqueous_solution_1(fn_plasmolysis_19(X))
& hypertonic_solution_1(fn_plasmolysis_19(X))
& substance_1(fn_plasmolysis_20(X))
& cytosol_1(fn_plasmolysis_20(X))
& ribosome_1(fn_plasmolysis_21(X))
& damaged_cell_1(fn_plasmolysis_22(X))
& water_1(fn_plasmolysis_23(X))
& move_through_1(fn_plasmolysis_24(X))
& move_1(fn_plasmolysis_24(X))
& water_1(fn_plasmolysis_25(X))
& chemical_1(fn_plasmolysis_25(X))
& chemical_1(fn_plasmolysis_26(X))
& aqueous_solution_1(fn_plasmolysis_27(X))
& hypotonic_solution_1(fn_plasmolysis_27(X))
& gradient_1(fn_plasmolysis_28(X))
& concentration_gradient_1(fn_plasmolysis_28(X))
& entity_1(fn_transfer_1(fn_plasmolysis_9(X)))
& substance_1(fn_cell_29(fn_plasmolysis_22(X)))
& cytosol_1(fn_cell_29(fn_plasmolysis_22(X)))
& ribosome_1(fn_cell_14(fn_plasmolysis_22(X)))
& attach_1(fn_passive_transport_20(fn_plasmolysis_8(X)))
& surface_1(fn_cell_4(fn_plasmolysis_5(X)))
& mixture_1(fn_cell_28(fn_plasmolysis_5(X)))
& cytoplasm_1(fn_cell_28(fn_plasmolysis_5(X)))
& substance_1(fn_cell_29(fn_plasmolysis_5(X)))
& cytosol_1(fn_cell_29(fn_plasmolysis_5(X)))
& ribosome_1(fn_cell_14(fn_plasmolysis_5(X)))
& gradient_1(fn_passive_transport_of_water_3(fn_plasmolysis_8(X)))
& concentration_gradient_1(fn_passive_transport_of_water_3(fn_plasmolysis_8(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_plasmolysis_7(X)))
& chemical_1(fn_hypertonic_solution_8(fn_plasmolysis_19(X)))
& tangible_entity_1(fn_lose_1(fn_plasmolysis_9(X)))
& cell_1(fn_passive_transport_1(fn_plasmolysis_8(X)))
& tangible_entity_1(fn_cell_26(fn_plasmolysis_5(X)))
& phospholipid_bilayer_1(fn_cell_26(fn_plasmolysis_5(X)))
& tangible_entity_1(fn_biomembrane_63(fn_plasmolysis_7(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_plasmolysis_7(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_plasmolysis_7(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_plasmolysis_7(X)))
& move_through_1(fn_passive_transport_24(fn_plasmolysis_8(X)))
& move_through_1(fn_plasma_membrane_74(fn_plasmolysis_7(X)))
& move_1(fn_plasma_membrane_74(fn_plasmolysis_7(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_plasmolysis_7(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_plasmolysis_7(X)))
& protein_1(fn_plasma_membrane_54(fn_plasmolysis_7(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_plasmolysis_7(X)))
& polymer_1(fn_plasma_membrane_54(fn_plasmolysis_7(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_plasmolysis_7(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_plasmolysis_7(X)))
& protein_1(fn_plasma_membrane_68(fn_plasmolysis_7(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_plasmolysis_7(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_plasmolysis_7(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_plasmolysis_7(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_plasmolysis_7(X)))
& spatial_entity_1(fn_move_1(fn_plasmolysis_6(X)))
& spatial_entity_1(fn_passive_transport_25(fn_plasmolysis_8(X)))
& biomembrane_1(fn_passive_transport_25(fn_plasmolysis_8(X)))
& plasma_membrane_1(fn_cell_30(fn_plasmolysis_5(X)))
& membrane_protein_1(fn_passive_transport_21(fn_plasmolysis_8(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_plasmolysis_7(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_plasmolysis_7(X)))
& hypotonic_solution_1(fn_passive_transport_of_water_1(fn_plasmolysis_8(X)))
& aqueous_solution_1(fn_passive_transport_of_water_1(fn_plasmolysis_8(X)))
& hypotonic_solution_1(fn_hypertonic_solution_6(fn_plasmolysis_19(X)))
& water_1(fn_aqueous_solution_14(fn_plasmolysis_19(X)))
& water_1(fn_hypertonic_solution_7(fn_plasmolysis_19(X)))
& chemical_1(fn_hypertonic_solution_7(fn_plasmolysis_19(X)))
& hypertonic_solution_1(fn_passive_transport_of_water_2(fn_plasmolysis_8(X)))
& aqueous_solution_1(fn_passive_transport_of_water_2(fn_plasmolysis_8(X)))
& substance_1(fn_plasma_membrane_70(fn_plasmolysis_7(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_plasmolysis_7(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_plasmolysis_7(X)))
& water_potential_2(fn_plasmolysis_20(X),fn_plasmolysis_4(X))
& greater_than_or_equal_to_2(fn_plasmolysis_4(X),fn_plasmolysis_3(X))
& called_2(fn_plasmolysis_3(X),'Waterpotential')
& greater_than_or_equal_to_2(fn_plasmolysis_3(X),fn_plasmolysis_4(X))
& water_potential_2(fn_plasmolysis_19(X),fn_plasmolysis_3(X))
& is_outside_2(fn_plasmolysis_19(X),fn_plasmolysis_5(X))
& by_means_of_2(fn_plasmolysis_9(X),fn_plasmolysis_8(X))
& base_2(fn_plasmolysis_9(X),fn_plasmolysis_5(X))
& causes_2(fn_plasmolysis_9(X),X)
& next_event_2(fn_plasmolysis_8(X),fn_plasmolysis_6(X))
& result_2(X,fn_plasmolysis_22(X))
& first_subevent_2(X,fn_plasmolysis_8(X))
& subevent_2(X,fn_plasmolysis_6(X))
& subevent_2(X,fn_plasmolysis_8(X))
& is_inside_2(fn_plasmolysis_5(X),fn_plasmolysis_19(X))
& has_state_2(fn_plasmolysis_5(X),fn_plasmolysis_22(X))
& object_2(fn_plasmolysis_9(X),fn_plasmolysis_23(X))
& donor_2(fn_plasmolysis_9(X),fn_plasmolysis_5(X))
& object_2(fn_plasmolysis_6(X),fn_plasmolysis_7(X))
& base_2(X,fn_plasmolysis_5(X))
& base_2(fn_plasmolysis_8(X),fn_plasmolysis_5(X))
& has_part_2(fn_plasmolysis_22(X),fn_plasmolysis_21(X))
& is_inside_2(fn_plasmolysis_21(X),fn_plasmolysis_20(X))
& subevent_2(fn_plasmolysis_8(X),fn_plasmolysis_24(X))
& path_2(fn_plasmolysis_8(X),fn_plasmolysis_7(X))
& base_2(fn_plasmolysis_14(X),fn_plasmolysis_7(X))
& object_2(fn_plasmolysis_14(X),fn_plasmolysis_12(X))
& has_region_2(fn_plasmolysis_5(X),fn_plasmolysis_16(X))
& is_at_2(fn_plasmolysis_10(X),fn_plasmolysis_16(X))
& has_part_2(fn_plasmolysis_5(X),fn_plasmolysis_17(X))
& is_inside_2(fn_plasmolysis_17(X),fn_plasmolysis_15(X))
& has_part_2(fn_plasmolysis_18(X),fn_plasmolysis_15(X))
& has_part_2(fn_plasmolysis_5(X),fn_plasmolysis_18(X))
& has_part_2(fn_plasmolysis_5(X),fn_plasmolysis_7(X))
& agent_2(fn_plasmolysis_8(X),fn_plasmolysis_28(X))
& is_between_2(fn_plasmolysis_28(X),fn_plasmolysis_27(X))
& origin_2(fn_plasmolysis_8(X),fn_plasmolysis_27(X))
& destination_2(fn_plasmolysis_8(X),fn_plasmolysis_19(X))
& is_between_2(fn_plasmolysis_28(X),fn_plasmolysis_19(X))
& fn_plasmolysis_26(X) != fn_plasmolysis_25(X)
& fn_plasmolysis_25(X) != fn_plasmolysis_26(X)
& is_hypertonic_to_2(fn_plasmolysis_19(X),fn_plasmolysis_27(X))
& is_hypotonic_to_2(fn_plasmolysis_27(X),fn_plasmolysis_19(X))
& has_part_2(fn_plasmolysis_19(X),fn_plasmolysis_26(X))
& has_solute_2(fn_plasmolysis_19(X),fn_plasmolysis_26(X))
& has_part_2(fn_plasmolysis_19(X),fn_plasmolysis_25(X))
& has_solvent_2(fn_plasmolysis_19(X),fn_plasmolysis_25(X))
& is_across_2(fn_plasmolysis_13(X),fn_plasmolysis_11(X))
& is_inside_2(fn_plasmolysis_13(X),fn_plasmolysis_10(X))
& has_part_2(fn_plasmolysis_7(X),fn_plasmolysis_10(X))
& is_across_2(fn_plasmolysis_13(X),fn_plasmolysis_7(X))
& has_part_2(fn_plasmolysis_7(X),fn_plasmolysis_13(X))
& has_region_2(fn_plasmolysis_7(X),fn_plasmolysis_11(X))
& base_2(fn_plasmolysis_24(X),fn_plasmolysis_7(X))
& has_function_2(fn_plasmolysis_7(X),fn_plasmolysis_24(X))
& is_at_2(fn_plasmolysis_13(X),fn_plasmolysis_7(X))
& is_at_2(fn_plasmolysis_12(X),fn_plasmolysis_7(X))
& is_between_2(fn_plasmolysis_7(X),fn_plasmolysis_19(X))
& fn_plasmolysis_23(X) = fn_transfer_1(fn_plasmolysis_9(X))
& fn_plasmolysis_5(X) = fn_lose_1(fn_plasmolysis_9(X))
& fn_plasmolysis_7(X) = fn_move_1(fn_plasmolysis_6(X))
& fn_plasmolysis_5(X) = fn_intracellular_process_1(X)
& fn_plasmolysis_5(X) = fn_passive_transport_1(fn_plasmolysis_8(X))
& fn_plasmolysis_20(X) = fn_cell_29(fn_plasmolysis_22(X))
& fn_plasmolysis_21(X) = fn_cell_14(fn_plasmolysis_22(X))
& fn_plasmolysis_24(X) = fn_passive_transport_24(fn_plasmolysis_8(X))
& fn_plasmolysis_12(X) = fn_passive_transport_21(fn_plasmolysis_8(X))
& fn_plasmolysis_14(X) = fn_passive_transport_20(fn_plasmolysis_8(X))
& fn_plasmolysis_7(X) = fn_passive_transport_25(fn_plasmolysis_8(X))
& fn_plasmolysis_10(X) = fn_cell_26(fn_plasmolysis_5(X))
& fn_plasmolysis_16(X) = fn_cell_4(fn_plasmolysis_5(X))
& fn_plasmolysis_7(X) = fn_cell_30(fn_plasmolysis_5(X))
& fn_plasmolysis_18(X) = fn_cell_28(fn_plasmolysis_5(X))
& fn_plasmolysis_15(X) = fn_cell_29(fn_plasmolysis_5(X))
& fn_plasmolysis_17(X) = fn_cell_14(fn_plasmolysis_5(X))
& fn_plasmolysis_19(X) = fn_passive_transport_of_water_2(fn_plasmolysis_8(X))
& fn_plasmolysis_27(X) = fn_passive_transport_of_water_1(fn_plasmolysis_8(X))
& fn_plasmolysis_28(X) = fn_passive_transport_of_water_3(fn_plasmolysis_8(X))
& fn_plasmolysis_19(X) = fn_plasma_membrane_70(fn_plasmolysis_7(X))
& fn_plasmolysis_19(X) = fn_plasma_membrane_77(fn_plasmolysis_7(X))
& fn_plasmolysis_10(X) = fn_biomembrane_63(fn_plasmolysis_7(X))
& fn_plasmolysis_10(X) = fn_plasma_membrane_71(fn_plasmolysis_7(X))
& fn_plasmolysis_13(X) = fn_plasma_membrane_54(fn_plasmolysis_7(X))
& fn_plasmolysis_13(X) = fn_plasma_membrane_68(fn_plasmolysis_7(X))
& fn_plasmolysis_11(X) = fn_plasma_membrane_6(fn_plasmolysis_7(X))
& fn_plasmolysis_24(X) = fn_plasma_membrane_74(fn_plasmolysis_7(X))
& fn_plasmolysis_13(X) = fn_plasma_membrane_55(fn_plasmolysis_7(X))
& fn_plasmolysis_12(X) = fn_plasma_membrane_4(fn_plasmolysis_7(X))
& fn_plasmolysis_12(X) = fn_plasma_membrane_3(fn_plasmolysis_7(X))
& fn_plasmolysis_27(X) = fn_hypertonic_solution_6(fn_plasmolysis_19(X))
& fn_plasmolysis_26(X) = fn_hypertonic_solution_8(fn_plasmolysis_19(X))
& fn_plasmolysis_25(X) = fn_aqueous_solution_14(fn_plasmolysis_19(X))
& fn_plasmolysis_25(X) = fn_hypertonic_solution_7(fn_plasmolysis_19(X))
& fn_lose_1(fn_plasmolysis_9(X)) = fn_intracellular_process_1(X)
& fn_intracellular_process_1(X) = fn_intracellular_process_1(X)
& fn_intracellular_process_1(X) = fn_passive_transport_1(fn_plasmolysis_8(X))
& fn_passive_transport_1(fn_plasmolysis_8(X)) = fn_cell_26(fn_plasmolysis_5(X))
& fn_cell_26(fn_plasmolysis_5(X)) = fn_biomembrane_63(fn_plasmolysis_7(X))
& fn_plasma_membrane_71(fn_plasmolysis_7(X)) = fn_biomembrane_63(fn_plasmolysis_7(X))
& fn_biomembrane_63(fn_plasmolysis_7(X)) = fn_plasma_membrane_71(fn_plasmolysis_7(X))
& fn_plasma_membrane_71(fn_plasmolysis_7(X)) = fn_passive_transport_24(fn_plasmolysis_8(X))
& fn_passive_transport_24(fn_plasmolysis_8(X)) = fn_plasma_membrane_74(fn_plasmolysis_7(X))
& fn_plasma_membrane_74(fn_plasmolysis_7(X)) = fn_plasma_membrane_74(fn_plasmolysis_7(X))
& fn_plasma_membrane_74(fn_plasmolysis_7(X)) = fn_plasma_membrane_54(fn_plasmolysis_7(X))
& fn_plasma_membrane_54(fn_plasmolysis_7(X)) = fn_plasma_membrane_68(fn_plasmolysis_7(X))
& fn_plasma_membrane_55(fn_plasmolysis_7(X)) = fn_plasma_membrane_68(fn_plasmolysis_7(X))
& fn_plasma_membrane_68(fn_plasmolysis_7(X)) = fn_plasma_membrane_55(fn_plasmolysis_7(X))
& fn_plasma_membrane_55(fn_plasmolysis_7(X)) = fn_plasma_membrane_55(fn_plasmolysis_7(X))
& fn_plasma_membrane_55(fn_plasmolysis_7(X)) = fn_move_1(fn_plasmolysis_6(X))
& fn_move_1(fn_plasmolysis_6(X)) = fn_passive_transport_25(fn_plasmolysis_8(X))
& fn_passive_transport_25(fn_plasmolysis_8(X)) = fn_passive_transport_25(fn_plasmolysis_8(X))
& fn_passive_transport_25(fn_plasmolysis_8(X)) = fn_cell_30(fn_plasmolysis_5(X))
& fn_cell_30(fn_plasmolysis_5(X)) = fn_passive_transport_21(fn_plasmolysis_8(X))
& fn_passive_transport_21(fn_plasmolysis_8(X)) = fn_plasma_membrane_4(fn_plasmolysis_7(X))
& fn_plasma_membrane_4(fn_plasmolysis_7(X)) = fn_plasma_membrane_4(fn_plasmolysis_7(X))
& fn_plasma_membrane_4(fn_plasmolysis_7(X)) = fn_plasma_membrane_3(fn_plasmolysis_7(X))
& fn_plasma_membrane_3(fn_plasmolysis_7(X)) = fn_passive_transport_of_water_1(fn_plasmolysis_8(X))
& fn_passive_transport_of_water_1(fn_plasmolysis_8(X)) = fn_passive_transport_of_water_1(fn_plasmolysis_8(X))
& fn_passive_transport_of_water_1(fn_plasmolysis_8(X)) = fn_hypertonic_solution_6(fn_plasmolysis_19(X))
& fn_hypertonic_solution_6(fn_plasmolysis_19(X)) = fn_hypertonic_solution_6(fn_plasmolysis_19(X))
& fn_hypertonic_solution_6(fn_plasmolysis_19(X)) = fn_hypertonic_solution_7(fn_plasmolysis_19(X))
& fn_hypertonic_solution_7(fn_plasmolysis_19(X)) = fn_aqueous_solution_14(fn_plasmolysis_19(X))
& fn_aqueous_solution_14(fn_plasmolysis_19(X)) = fn_hypertonic_solution_7(fn_plasmolysis_19(X))
& fn_hypertonic_solution_7(fn_plasmolysis_19(X)) = fn_hypertonic_solution_7(fn_plasmolysis_19(X))
& fn_hypertonic_solution_7(fn_plasmolysis_19(X)) = fn_passive_transport_of_water_2(fn_plasmolysis_8(X))
& fn_passive_transport_of_water_2(fn_plasmolysis_8(X)) = fn_passive_transport_of_water_2(fn_plasmolysis_8(X))
& fn_passive_transport_of_water_2(fn_plasmolysis_8(X)) = fn_plasma_membrane_70(fn_plasmolysis_7(X))
& fn_plasma_membrane_70(fn_plasmolysis_7(X)) = fn_plasma_membrane_70(fn_plasmolysis_7(X))
& fn_plasma_membrane_70(fn_plasmolysis_7(X)) = fn_plasma_membrane_77(fn_plasmolysis_7(X)) ) ) ).
fof(a531818,axiom,
! [X] :
( plastic_1(X)
=> ( original_name_2(X,'Plastic')
& concept2words_2(X,plastic)
& solid_substance_1(X)
& ~ wood_1(X)
& ~ tissue_1(X)
& ~ stone_1(X)
& ~ rubber_1(X)
& ~ paper_1(X)
& ~ glass_1(X)
& ~ pellet_1(X)
& ~ solid_support_1(X) ) ) ).
fof(a531819,axiom,
! [X] :
( plastid_1(X)
=> ( original_name_2(X,'Plastid')
& user_description_2(X,'Plastids are major organelles found in the cells of plants and algae. Plastids are the site of manufacture and storage of important chemical compounds used by the cell. Plastids often contain pigments used in photosynthesis.')
& concept2words_2(X,plastids)
& concept2words_2(X,plastid)
& organelle_1(X)
& ~ endoplasmic_reticulum_1(X)
& ~ golgi_apparatus_1(X)
& ~ mitochondrion_1(X)
& ~ nucleus_1(X)
& ~ vesicle_1(X)
& hydrophilic_face_1(fn_plastid_1(X))
& water_1(fn_plastid_2(X))
& surface_1(fn_plastid_3(X))
& outside_face_1(fn_plastid_3(X))
& dissolve_1(fn_plastid_4(X))
& aqueous_solution_1(fn_plastid_5(X))
& liquid_substance_1(fn_plastid_6(X))
& solution_1(fn_plastid_6(X))
& cytosol_1(fn_plastid_6(X))
& entity_1(fn_plastid_7(X))
& suspension_1(fn_plastid_7(X))
& cytoplasm_1(fn_plastid_7(X))
& colloid_1(fn_plastid_7(X))
& substance_1(fn_plastid_8(X))
& solid_substance_1(fn_plastid_8(X))
& biomembrane_1(fn_plastid_9(X))
& aqueous_solution_1(fn_plastid_10(X))
& dissolve_1(fn_plastid_11(X))
& water_1(fn_plastid_12(X))
& chemical_1(fn_plastid_13(X))
& substance_1(fn_dissolve_5(fn_plastid_4(X)))
& liquid_substance_1(fn_suspension_2(fn_plastid_7(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_plastid_9(X)))
& substance_1(fn_dissolve_4(fn_plastid_11(X)))
& substance_1(fn_dissolve_5(fn_plastid_11(X)))
& chemical_1(fn_solution_6(fn_plastid_6(X)))
& chemical_1(fn_solution_5(fn_plastid_6(X)))
& solid_substance_1(fn_suspension_1(fn_plastid_7(X)))
& substance_1(fn_colloid_4(fn_plastid_7(X)))
& solid_substance_1(fn_colloid_4(fn_plastid_7(X)))
& entity_1(fn_create_1(fn_plastid_11(X)))
& entity_1(fn_create_1(fn_plastid_4(X)))
& cytoplasm_1(fn_cytosol_1(fn_plastid_6(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_plastid_9(X)))
& surface_1(fn_biomembrane_47(fn_plastid_9(X)))
& outside_face_1(fn_biomembrane_41(fn_plastid_9(X)))
& fn_plastid_12(X) != fn_plastid_2(X)
& object_2(fn_plastid_11(X),fn_plastid_12(X))
& base_2(fn_plastid_11(X),fn_plastid_12(X))
& fn_plastid_2(X) != fn_plastid_12(X)
& has_part_2(fn_plastid_7(X),fn_plastid_12(X))
& has_part_2(fn_plastid_7(X),fn_plastid_2(X))
& has_part_2(fn_plastid_6(X),fn_plastid_5(X))
& is_outside_2(fn_plastid_1(X),fn_plastid_9(X))
& is_inside_2(fn_plastid_1(X),fn_plastid_10(X))
& result_2(fn_plastid_11(X),fn_plastid_7(X))
& result_2(fn_plastid_4(X),fn_plastid_7(X))
& object_2(fn_plastid_11(X),fn_plastid_2(X))
& base_2(fn_plastid_4(X),fn_plastid_12(X))
& base_2(fn_plastid_11(X),fn_plastid_2(X))
& has_part_2(X,fn_plastid_10(X))
& has_part_2(X,fn_plastid_9(X))
& is_between_2(fn_plastid_9(X),fn_plastid_10(X))
& is_between_2(fn_plastid_9(X),fn_plastid_5(X))
& is_inside_2(fn_plastid_3(X),fn_plastid_5(X))
& has_region_2(fn_plastid_9(X),fn_plastid_3(X))
& has_part_2(fn_plastid_7(X),fn_plastid_8(X))
& has_part_2(fn_plastid_7(X),fn_plastid_6(X))
& has_part_2(fn_plastid_6(X),fn_plastid_13(X))
& has_solute_2(fn_plastid_6(X),fn_plastid_13(X))
& is_inside_2(fn_plastid_8(X),fn_plastid_6(X))
& fn_plastid_7(X) = fn_create_1(fn_plastid_11(X))
& fn_plastid_7(X) = fn_create_1(fn_plastid_4(X))
& fn_plastid_2(X) = fn_dissolve_4(fn_plastid_11(X))
& fn_plastid_12(X) = fn_dissolve_5(fn_plastid_4(X))
& fn_plastid_2(X) = fn_dissolve_5(fn_plastid_11(X))
& fn_plastid_10(X) = fn_organelle_2(X)
& fn_plastid_9(X) = fn_organelle_1(X)
& fn_plastid_13(X) = fn_solution_6(fn_plastid_6(X))
& fn_plastid_13(X) = fn_solution_5(fn_plastid_6(X))
& fn_plastid_6(X) = fn_suspension_2(fn_plastid_7(X))
& fn_plastid_7(X) = fn_cytosol_1(fn_plastid_6(X))
& fn_plastid_8(X) = fn_suspension_1(fn_plastid_7(X))
& fn_plastid_8(X) = fn_colloid_4(fn_plastid_7(X))
& fn_plastid_10(X) = fn_biomembrane_14(fn_plastid_9(X))
& fn_plastid_5(X) = fn_biomembrane_15(fn_plastid_9(X))
& fn_plastid_3(X) = fn_biomembrane_47(fn_plastid_9(X))
& fn_plastid_3(X) = fn_biomembrane_41(fn_plastid_9(X))
& fn_dissolve_4(fn_plastid_11(X)) = fn_dissolve_5(fn_plastid_11(X))
& fn_dissolve_5(fn_plastid_11(X)) = fn_solution_6(fn_plastid_6(X))
& fn_solution_6(fn_plastid_6(X)) = fn_solution_5(fn_plastid_6(X))
& fn_solution_5(fn_plastid_6(X)) = fn_solution_5(fn_plastid_6(X))
& fn_solution_5(fn_plastid_6(X)) = fn_suspension_1(fn_plastid_7(X))
& fn_suspension_1(fn_plastid_7(X)) = fn_suspension_1(fn_plastid_7(X))
& fn_suspension_1(fn_plastid_7(X)) = fn_colloid_4(fn_plastid_7(X))
& fn_colloid_4(fn_plastid_7(X)) = fn_create_1(fn_plastid_11(X))
& fn_create_1(fn_plastid_11(X)) = fn_create_1(fn_plastid_4(X))
& fn_create_1(fn_plastid_4(X)) = fn_cytosol_1(fn_plastid_6(X))
& fn_cytosol_1(fn_plastid_6(X)) = fn_organelle_2(X)
& fn_organelle_2(X) = fn_biomembrane_14(fn_plastid_9(X))
& fn_biomembrane_14(fn_plastid_9(X)) = fn_biomembrane_41(fn_plastid_9(X))
& fn_biomembrane_41(fn_plastid_9(X)) = fn_biomembrane_47(fn_plastid_9(X))
& fn_biomembrane_47(fn_plastid_9(X)) = fn_biomembrane_41(fn_plastid_9(X)) ) ) ).
fof(a531820,axiom,
! [X] :
( plastocyanin_1(X)
=> ( original_name_2(X,'Plastocyanin')
& user_description_2(X,'Plastocyanin is an important copper-containing protein involved in electron-transfer. The protein is monomeric, with a molecular weight around 10,500 Daltons, and 99 amino acids in most vascular plants. It is a member of the plastocyanin family of copper binding proteins.')
& concept2words_2(X,pc)
& concept2words_2(X,plastocyanin)
& protein_1(X)
& mass_value_1(fn_plastocyanin_1(X))
& size_value_1(fn_plastocyanin_3(X))
& size_value_1(fn_plastocyanin_4(X))
& monomer_1(fn_plastocyanin_5(X))
& electron_carrier_1(fn_plastocyanin_6(X))
& copper_1(fn_plastocyanin_7(X))
& chemical_entity_1(fn_electron_carrier_1(fn_plastocyanin_6(X)))
& the_cardinal_value_2(fn_plastocyanin_1(X),"10500.0e0")
& cardinal_unit_class_2(fn_plastocyanin_1(X),dalton_0)
& mass_2(X,fn_plastocyanin_1(X))
& has_part_2(X,fn_plastocyanin_7(X))
& plays_2(X,fn_plastocyanin_6(X))
& has_part_2(X,fn_plastocyanin_5(X))
& size_2(fn_plastocyanin_5(X),fn_plastocyanin_4(X))
& greater_than_2(fn_plastocyanin_3(X),fn_plastocyanin_4(X))
& size_2(X,fn_plastocyanin_3(X))
& the_scalar_value_2(fn_plastocyanin_3(X),big_0)
& scalar_unit_class_2(fn_plastocyanin_3(X),polypeptide_0)
& fn_plastocyanin_7(X) = fn_organic_molecule_2(X)
& X = fn_electron_carrier_1(fn_plastocyanin_6(X))
& fn_plastocyanin_3(X) = fn_polymer_8(X)
& fn_plastocyanin_4(X) = fn_polymer_7(X)
& fn_plastocyanin_5(X) = fn_polymer_6(X)
& fn_plastocyanin_5(X) = fn_polymer_4(X)
& fn_plastocyanin_3(X) = fn_protein_9(X)
& fn_polymer_4(X) = fn_polymer_6(X)
& fn_polymer_6(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_polymer_8(X)
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X) ) ) ).
fof(a531821,axiom,
! [X] :
( plastoquinone_1(X)
=> ( original_name_2(X,'Plastoquinone')
& user_description_2(X,'A mobile electron carrier that transfers electrons between photosystem-I and cytochrome during photosynthesis.')
& concept2words_2(X,pq)
& concept2words_2(X,plastoquinone)
& organic_molecule_1(X)
& size_value_1(fn_plastoquinone_1(X))
& system_1(fn_plastoquinone_2(X))
& solubility_value_1(fn_plastoquinone_5(X))
& carbon_skeleton_1(fn_plastoquinone_6(X))
& hydrophobic_region_1(fn_plastoquinone_7(X))
& repel_1(fn_plastoquinone_8(X))
& constant_motion_1(fn_plastoquinone_9(X))
& atom_1(fn_plastoquinone_10(X))
& chemical_entity_1(fn_plastoquinone_10(X))
& carbon_1(fn_plastoquinone_11(X))
& kinetic_energy_1(fn_plastoquinone_12(X))
& quantity_value_1(fn_plastoquinone_13(X))
& speed_value_1(fn_plastoquinone_14(X))
& electron_carrier_1(fn_plastoquinone_15(X))
& coenzyme_1(fn_plastoquinone_16(X))
& repel_1(fn_hydrophobic_region_2(fn_plastoquinone_7(X)))
& property_node_1(fn_solubility_value_1(fn_plastoquinone_5(X)))
& organic_molecule_1(fn_coenzyme_1(fn_plastoquinone_16(X)))
& chemical_entity_1(fn_electron_carrier_1(fn_plastoquinone_15(X)))
& the_scalar_value_2(fn_plastoquinone_5(X),insoluble_0)
& scalar_unit_class_2(fn_plastoquinone_5(X),organic_molecule_0)
& facilitates_2(fn_plastoquinone_7(X),fn_plastoquinone_8(X))
& the_scalar_value_2(fn_plastoquinone_1(X),big_0)
& scalar_unit_class_2(fn_plastoquinone_1(X),organic_molecule_0)
& has_region_2(X,fn_plastoquinone_7(X))
& has_function_2(X,fn_plastoquinone_8(X))
& solubility_in_water_2(X,fn_plastoquinone_5(X))
& size_2(X,fn_plastoquinone_1(X))
& plays_2(X,fn_plastoquinone_16(X))
& plays_2(X,fn_plastoquinone_15(X))
& site_2(fn_plastoquinone_8(X),fn_plastoquinone_7(X))
& possesses_2(X,fn_plastoquinone_12(X))
& quantity_2(fn_plastoquinone_12(X),fn_plastoquinone_13(X))
& directly_proportional_2(fn_plastoquinone_14(X),fn_plastoquinone_13(X))
& speed_2(fn_plastoquinone_9(X),fn_plastoquinone_14(X))
& object_2(fn_plastoquinone_9(X),X)
& has_part_2(X,fn_plastoquinone_10(X))
& has_region_2(X,fn_plastoquinone_6(X))
& is_inside_2(fn_plastoquinone_11(X),fn_plastoquinone_6(X))
& has_part_2(X,fn_plastoquinone_11(X))
& fn_plastoquinone_10(X) != fn_plastoquinone_11(X)
& fn_plastoquinone_11(X) != fn_plastoquinone_10(X)
& X = fn_coenzyme_1(fn_plastoquinone_16(X))
& X = fn_electron_carrier_1(fn_plastoquinone_15(X))
& fn_plastoquinone_8(X) = fn_hydrophobic_region_2(fn_plastoquinone_7(X))
& fn_plastoquinone_4(X) = fn_solubility_value_1(fn_plastoquinone_5(X))
& fn_plastoquinone_9(X) = fn_molecule_8(X)
& fn_plastoquinone_14(X) = fn_molecule_3(X)
& fn_plastoquinone_13(X) = fn_molecule_4(X)
& fn_plastoquinone_12(X) = fn_molecule_12(X)
& fn_plastoquinone_10(X) = fn_organic_molecule_2(X)
& fn_plastoquinone_11(X) = fn_organic_molecule_1(X)
& fn_plastoquinone_6(X) = fn_organic_molecule_3(X)
& fn_coenzyme_1(fn_plastoquinone_16(X)) = fn_electron_carrier_1(fn_plastoquinone_15(X)) ) ) ).
fof(a531822,axiom,
! [X] :
( plate_tectonics_1(X)
=> ( original_name_2(X,'Plate-Tectonics')
& user_description_2(X,'Theory describing large-scale movements of lithospheric plates of the earth. Seafloor spreading, subduction, and transform faults are the ways that two plates can interact. All are associated with geologic activity and earthquakes.')
& concept2words_2(X,'plate-tectonics')
& concept2words_2(X,'tectonics of plate')
& concept2words_2(X,'plate tectonics')
& concept2words_2(X,'plate-tectonic')
& geologic_process_1(X)
& ~ biogeochemical_cycle_1(X)
& ~ catastrophism_1(X)
& ~ climate_1(X)
& ~ continental_drift_1(X)
& ~ uniformitarianism_1(X) ) ) ).
fof(a531823,axiom,
! [X] :
( platelet_1(X)
=> ( original_name_2(X,'Platelet')
& user_description_2(X,'A small, irregularly shaped cell fragment that circulates in the blood and is involved in the formation of blood clots.')
& concept2words_2(X,thrombocyte)
& concept2words_2(X,platelet)
& animal_cell_structure_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X) ) ) ).
fof(a531824,axiom,
! [X] :
( platelet_derived_growth_factor_1(X)
=> ( original_name_2(X,'Platelet-Derived-Growth-Factor')
& user_description_2(X,'A protein made by platelets that stimulates blood vessel formation.')
& concept2words_2(X,'platelet derived growth factor')
& concept2words_2(X,'platelet-derived growth factor')
& concept2words_2(X,'platelet-derived growth-factor')
& concept2words_2(X,'platelet-derived-growth-factor')
& growth_factor_1(X)
& ~ epidermal_growth_factor_1(X) ) ) ).
fof(a531825,axiom,
! [X] :
( platelet_formation_1(X)
=> ( original_name_2(X,'Platelet-Formation')
& user_description_2(X,'The process in which a megakaryocyte precurser cell fragments into thrombocytes (platelets).')
& concept2words_2(X,'formation of platelet')
& concept2words_2(X,'platelet formation')
& concept2words_2(X,'platelet-formation')
& animal_process_1(X)
& platelet_1(fn_platelet_formation_1(X))
& take_apart_1(fn_platelet_formation_2(X))
& blood_cell_1(fn_platelet_formation_3(X))
& tangible_entity_1(fn_impair_1(fn_platelet_formation_2(X)))
& subevent_2(X,fn_platelet_formation_2(X))
& result_2(fn_platelet_formation_2(X),fn_platelet_formation_1(X))
& object_2(fn_platelet_formation_2(X),fn_platelet_formation_3(X))
& fn_platelet_formation_3(X) = fn_impair_1(fn_platelet_formation_2(X)) ) ) ).
fof(a531826,axiom,
! [X] :
( platform_1(X)
=> ( original_name_2(X,'Platform')
& description_2(X,'a horizontal architectural structure supporting everything on it')
& concept2words_2(X,support)
& concept2words_2(X,'supporting structure')
& concept2words_2(X,supporting_structure)
& concept2words_2(X,platform)
& architectural_structure_1(X)
& ~ wall_1(X)
& ~ room_1(X)
& ~ roof_1(X)
& ~ parkinglot_1(X)
& ~ door_1(X)
& ~ ceiling_1(X)
& ~ building_1(X)
& ~ building_complex_1(X)
& ~ bridge_1(X)
& ~ electrical_power_plant_1(X)
& ~ factory_1(X)
& ~ laboratory_1(X)
& angle_value_1(fn_platform_2(X))
& orientation_2(X,fn_platform_2(X))
& the_scalar_value_2(fn_platform_2(X),horizontal_0)
& scalar_unit_class_2(fn_platform_2(X),entity_0) ) ) ).
fof(a531827,axiom,
! [X] :
( platinum_1(X)
=> ( original_name_2(X,'Platinum')
& user_description_2(X,'Platinum is a metal atom with atomic number 78. It is represented by the symbol Pt.')
& concept2words_2(X,platinum)
& concept2words_2(X,'Pt')
& metal_atom_1(X)
& neutron_1(fn_platinum_3(X))
& atomic_mass_value_1(fn_platinum_4(X))
& electronegativity_value_1(fn_platinum_5(X))
& valence_electron_1(fn_platinum_9(X))
& atomic_weight_value_1(fn_platinum_10(X))
& atomic_number_value_1(fn_platinum_11(X))
& quantity_value_1(fn_platinum_12(X))
& electronegativity_2(X,fn_platinum_5(X))
& mass_number_2(X,fn_platinum_4(X))
& exactCardinality(X,has_part_0,"117",neutron_0)
& exactCardinality(X,has_part_0,"78",proton_0)
& exactCardinality(X,has_part_0,"78",electron_0)
& has_part_2(X,fn_platinum_3(X))
& the_cardinal_value_2(fn_platinum_12(X),"10")
& cardinal_unit_class_2(fn_platinum_12(X),unity_0)
& the_cardinal_value_2(fn_platinum_5(X),"2.28")
& cardinal_unit_class_2(fn_platinum_5(X),unity_0)
& the_cardinal_value_2(fn_platinum_4(X),"195")
& cardinal_unit_class_2(fn_platinum_4(X),unity_0)
& the_cardinal_value_2(fn_platinum_11(X),"78")
& cardinal_unit_class_2(fn_platinum_11(X),unity_0)
& the_cardinal_value_2(fn_platinum_10(X),"195.1")
& cardinal_unit_class_2(fn_platinum_10(X),dalton_0)
& atomic_number_2(X,fn_platinum_11(X))
& atomic_weight_2(X,fn_platinum_10(X))
& has_part_2(X,fn_platinum_9(X))
& quantity_2(fn_platinum_9(X),fn_platinum_12(X))
& fn_platinum_7(X) = fn_atom_12(X)
& fn_platinum_11(X) = fn_atom_17(X)
& fn_platinum_8(X) = fn_atom_13(X)
& fn_platinum_10(X) = fn_atom_16(X)
& fn_platinum_6(X) = fn_atom_1(X)
& fn_platinum_12(X) = fn_atom_5(X)
& fn_platinum_9(X) = fn_atom_14(X) ) ) ).
fof(a531828,axiom,
! [X] :
( platyhelminthes_1(X)
=> ( original_name_2(X,'Platyhelminthes')
& user_description_2(X,'A phylum of comparatively simple, unsegmented, wormlike animals with flattened bodies. They have bilateral symmetry but no specialized organs for respiration or circulation. Many are free-living (non-parasitic) but most are endoparasites or ectoparasites of vertebrates.')
& concept2words_2(X,'flat worm')
& concept2words_2(X,'flat-worm')
& concept2words_2(X,platyhelminth)
& concept2words_2(X,platyhelminthes)
& lophotrochozoan_1(X)
& ~ ammonite_1(X)
& ~ annelid_1(X)
& ~ arthropod_1(X)
& ~ bryozoan_1(X)
& ~ cnidaria_1(X)
& ~ ctenophora_1(X)
& ~ echinoderm_1(X)
& ~ mollusc_1(X)
& ~ nematode_1(X)
& ~ nemertea_1(X)
& ~ phoronid_1(X)
& ~ porifera_1(X)
& ~ rotifer_1(X)
& spatial_entity_1(fn_platyhelminthes_1(X))
& spatial_entity_1(fn_platyhelminthes_2(X))
& elimination_1(fn_platyhelminthes_3(X))
& pore_1(fn_platyhelminthes_4(X))
& food_absorption_1(fn_platyhelminthes_5(X))
& time_interval_1(fn_platyhelminthes_6(X))
& time_interval_1(fn_platyhelminthes_7(X))
& animal_nutritional_requirement_1(fn_platyhelminthes_8(X))
& gastrovascular_cavity_1(fn_platyhelminthes_9(X))
& move_out_of_1(fn_platyhelminthes_10(X))
& digestive_system_1(fn_platyhelminthes_11(X))
& nutrition_1(fn_platyhelminthes_12(X))
& monomer_1(fn_platyhelminthes_13(X))
& hold_together_1(fn_platyhelminthes_14(X))
& entity_1(fn_platyhelminthes_15(X))
& chemical_entity_1(fn_platyhelminthes_15(X))
& atom_1(fn_platyhelminthes_15(X))
& carbon_1(fn_platyhelminthes_15(X))
& entity_1(fn_platyhelminthes_16(X))
& atom_1(fn_platyhelminthes_16(X))
& chemical_entity_1(fn_platyhelminthes_16(X))
& oxygen_1(fn_platyhelminthes_16(X))
& entity_1(fn_platyhelminthes_17(X))
& atom_1(fn_platyhelminthes_17(X))
& chemical_entity_1(fn_platyhelminthes_17(X))
& oxygen_1(fn_platyhelminthes_17(X))
& entity_1(fn_platyhelminthes_18(X))
& chemical_entity_1(fn_platyhelminthes_18(X))
& atom_1(fn_platyhelminthes_18(X))
& hydrogen_1(fn_platyhelminthes_18(X))
& chemical_entity_1(fn_platyhelminthes_19(X))
& carbohydrate_1(fn_platyhelminthes_19(X))
& polymer_1(fn_platyhelminthes_20(X))
& protein_1(fn_platyhelminthes_20(X))
& protein_1(fn_animal_nutritional_requirement_46(fn_platyhelminthes_8(X)))
& nutrition_1(fn_animal_nutritional_requirement_4(fn_platyhelminthes_8(X)))
& entity_1(fn_animal_nutritional_requirement_53(fn_platyhelminthes_8(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_53(fn_platyhelminthes_8(X)))
& atom_1(fn_animal_nutritional_requirement_53(fn_platyhelminthes_8(X)))
& hydrogen_1(fn_animal_nutritional_requirement_53(fn_platyhelminthes_8(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_48(fn_platyhelminthes_8(X)))
& carbohydrate_1(fn_animal_nutritional_requirement_48(fn_platyhelminthes_8(X)))
& entity_1(fn_animal_nutritional_requirement_61(fn_platyhelminthes_8(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_61(fn_platyhelminthes_8(X)))
& atom_1(fn_animal_nutritional_requirement_61(fn_platyhelminthes_8(X)))
& carbon_1(fn_animal_nutritional_requirement_61(fn_platyhelminthes_8(X)))
& monomer_1(fn_polymer_6(fn_platyhelminthes_20(X)))
& monomer_1(fn_polymer_4(fn_platyhelminthes_20(X)))
& tangible_entity_1(fn_move_out_of_1(fn_platyhelminthes_10(X)))
& animal_1(fn_animal_nutritional_requirement_6(fn_platyhelminthes_8(X)))
& hold_together_1(fn_carbohydrate_37(fn_platyhelminthes_19(X)))
& hold_together_1(fn_animal_nutritional_requirement_60(fn_platyhelminthes_8(X)))
& entity_1(fn_carbohydrate_39(fn_platyhelminthes_19(X)))
& chemical_entity_1(fn_carbohydrate_39(fn_platyhelminthes_19(X)))
& atom_1(fn_carbohydrate_39(fn_platyhelminthes_19(X)))
& oxygen_1(fn_carbohydrate_39(fn_platyhelminthes_19(X)))
& entity_1(fn_carbohydrate_38(fn_platyhelminthes_19(X)))
& atom_1(fn_carbohydrate_38(fn_platyhelminthes_19(X)))
& chemical_entity_1(fn_carbohydrate_38(fn_platyhelminthes_19(X)))
& oxygen_1(fn_carbohydrate_38(fn_platyhelminthes_19(X)))
& entity_1(fn_animal_nutritional_requirement_54(fn_platyhelminthes_8(X)))
& atom_1(fn_animal_nutritional_requirement_54(fn_platyhelminthes_8(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_54(fn_platyhelminthes_8(X)))
& oxygen_1(fn_animal_nutritional_requirement_54(fn_platyhelminthes_8(X)))
& entity_1(fn_animal_nutritional_requirement_52(fn_platyhelminthes_8(X)))
& atom_1(fn_animal_nutritional_requirement_52(fn_platyhelminthes_8(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_52(fn_platyhelminthes_8(X)))
& oxygen_1(fn_animal_nutritional_requirement_52(fn_platyhelminthes_8(X)))
& time_before_2(fn_platyhelminthes_7(X),fn_platyhelminthes_6(X))
& time_during_2(fn_platyhelminthes_5(X),fn_platyhelminthes_7(X))
& next_event_2(fn_platyhelminthes_5(X),fn_platyhelminthes_3(X))
& has_function_2(fn_platyhelminthes_4(X),fn_platyhelminthes_3(X))
& time_during_2(fn_platyhelminthes_3(X),fn_platyhelminthes_6(X))
& path_2(fn_platyhelminthes_3(X),fn_platyhelminthes_4(X))
& subevent_2(fn_platyhelminthes_3(X),fn_platyhelminthes_10(X))
& is_outside_2(fn_platyhelminthes_2(X),X)
& is_inside_2(fn_platyhelminthes_1(X),X)
& path_2(fn_platyhelminthes_10(X),fn_platyhelminthes_4(X))
& destination_2(fn_platyhelminthes_10(X),fn_platyhelminthes_2(X))
& origin_2(fn_platyhelminthes_10(X),fn_platyhelminthes_1(X))
& has_region_2(fn_platyhelminthes_11(X),fn_platyhelminthes_4(X))
& base_2(fn_platyhelminthes_10(X),X)
& has_part_2(fn_platyhelminthes_20(X),fn_platyhelminthes_13(X))
& has_region_2(X,fn_platyhelminthes_11(X))
& has_region_2(fn_platyhelminthes_11(X),fn_platyhelminthes_9(X))
& has_part_2(fn_platyhelminthes_19(X),fn_platyhelminthes_16(X))
& object_2(fn_platyhelminthes_14(X),fn_platyhelminthes_16(X))
& result_2(fn_platyhelminthes_12(X),fn_platyhelminthes_20(X))
& fn_platyhelminthes_18(X) != fn_platyhelminthes_17(X)
& fn_platyhelminthes_17(X) != fn_platyhelminthes_18(X)
& fn_platyhelminthes_16(X) != fn_platyhelminthes_18(X)
& has_part_2(fn_platyhelminthes_19(X),fn_platyhelminthes_18(X))
& result_2(fn_platyhelminthes_12(X),fn_platyhelminthes_19(X))
& agent_2(fn_platyhelminthes_12(X),X)
& fn_platyhelminthes_18(X) != fn_platyhelminthes_16(X)
& has_part_2(fn_platyhelminthes_19(X),fn_platyhelminthes_17(X))
& has_part_2(fn_platyhelminthes_19(X),fn_platyhelminthes_15(X))
& object_2(fn_platyhelminthes_14(X),fn_platyhelminthes_15(X))
& object_2(fn_platyhelminthes_14(X),fn_platyhelminthes_17(X))
& fn_platyhelminthes_17(X) != fn_platyhelminthes_16(X)
& fn_platyhelminthes_16(X) != fn_platyhelminthes_17(X)
& element_2(fn_platyhelminthes_8(X),fn_platyhelminthes_15(X))
& fn_platyhelminthes_17(X) != fn_platyhelminthes_15(X)
& fn_platyhelminthes_15(X) != fn_platyhelminthes_17(X)
& fn_platyhelminthes_16(X) != fn_platyhelminthes_15(X)
& fn_platyhelminthes_15(X) != fn_platyhelminthes_16(X)
& X = fn_move_out_of_1(fn_platyhelminthes_10(X))
& fn_platyhelminthes_13(X) = fn_polymer_6(fn_platyhelminthes_20(X))
& fn_platyhelminthes_13(X) = fn_polymer_4(fn_platyhelminthes_20(X))
& fn_platyhelminthes_9(X) = fn_animal_2(X)
& fn_platyhelminthes_11(X) = fn_animal_5(X)
& fn_platyhelminthes_14(X) = fn_carbohydrate_37(fn_platyhelminthes_19(X))
& fn_platyhelminthes_16(X) = fn_carbohydrate_39(fn_platyhelminthes_19(X))
& fn_platyhelminthes_16(X) = fn_carbohydrate_38(fn_platyhelminthes_19(X))
& fn_platyhelminthes_20(X) = fn_animal_nutritional_requirement_46(fn_platyhelminthes_8(X))
& X = fn_animal_nutritional_requirement_6(fn_platyhelminthes_8(X))
& fn_platyhelminthes_12(X) = fn_animal_nutritional_requirement_4(fn_platyhelminthes_8(X))
& fn_platyhelminthes_18(X) = fn_animal_nutritional_requirement_53(fn_platyhelminthes_8(X))
& fn_platyhelminthes_16(X) = fn_animal_nutritional_requirement_52(fn_platyhelminthes_8(X))
& fn_platyhelminthes_17(X) = fn_animal_nutritional_requirement_54(fn_platyhelminthes_8(X))
& fn_platyhelminthes_14(X) = fn_animal_nutritional_requirement_60(fn_platyhelminthes_8(X))
& fn_platyhelminthes_19(X) = fn_animal_nutritional_requirement_48(fn_platyhelminthes_8(X))
& fn_platyhelminthes_16(X) = fn_animal_nutritional_requirement_54(fn_platyhelminthes_8(X))
& fn_platyhelminthes_17(X) = fn_animal_nutritional_requirement_52(fn_platyhelminthes_8(X))
& fn_platyhelminthes_15(X) = fn_animal_nutritional_requirement_61(fn_platyhelminthes_8(X))
& fn_polymer_6(fn_platyhelminthes_20(X)) = fn_polymer_4(fn_platyhelminthes_20(X))
& fn_polymer_4(fn_platyhelminthes_20(X)) = fn_move_out_of_1(fn_platyhelminthes_10(X))
& fn_move_out_of_1(fn_platyhelminthes_10(X)) = fn_animal_nutritional_requirement_6(fn_platyhelminthes_8(X))
& fn_animal_nutritional_requirement_6(fn_platyhelminthes_8(X)) = fn_carbohydrate_37(fn_platyhelminthes_19(X))
& fn_carbohydrate_37(fn_platyhelminthes_19(X)) = fn_animal_nutritional_requirement_60(fn_platyhelminthes_8(X))
& fn_animal_nutritional_requirement_60(fn_platyhelminthes_8(X)) = fn_animal_nutritional_requirement_60(fn_platyhelminthes_8(X))
& fn_animal_nutritional_requirement_60(fn_platyhelminthes_8(X)) = fn_carbohydrate_38(fn_platyhelminthes_19(X))
& fn_carbohydrate_38(fn_platyhelminthes_19(X)) = fn_carbohydrate_39(fn_platyhelminthes_19(X))
& fn_carbohydrate_39(fn_platyhelminthes_19(X)) = fn_carbohydrate_38(fn_platyhelminthes_19(X))
& fn_carbohydrate_38(fn_platyhelminthes_19(X)) = fn_carbohydrate_38(fn_platyhelminthes_19(X))
& fn_carbohydrate_38(fn_platyhelminthes_19(X)) = fn_animal_nutritional_requirement_52(fn_platyhelminthes_8(X))
& fn_animal_nutritional_requirement_52(fn_platyhelminthes_8(X)) = fn_animal_nutritional_requirement_54(fn_platyhelminthes_8(X))
& fn_animal_nutritional_requirement_54(fn_platyhelminthes_8(X)) = fn_animal_nutritional_requirement_54(fn_platyhelminthes_8(X))
& fn_animal_nutritional_requirement_54(fn_platyhelminthes_8(X)) = fn_animal_nutritional_requirement_52(fn_platyhelminthes_8(X))
& fn_animal_nutritional_requirement_52(fn_platyhelminthes_8(X)) = fn_animal_nutritional_requirement_52(fn_platyhelminthes_8(X)) ) ) ).
fof(a531829,axiom,
! [X] :
( pleiotropy_1(X)
=> ( original_name_2(X,'Pleiotropy')
& user_description_2(X,'The ability of a single gene to have multiple effects.')
& concept2words_2(X,pleiotropy)
& conceptual_entity_1(X)
& code_for_1(fn_pleiotropy_1(X))
& trait_1(fn_pleiotropy_2(X))
& gene_1(fn_pleiotropy_3(X))
& trait_1(fn_gene_14(fn_pleiotropy_3(X)))
& code_for_1(fn_gene_13(fn_pleiotropy_3(X)))
& information_content_2(X,fn_pleiotropy_3(X))
& minCardinality(fn_pleiotropy_1(X),result_0,"2",trait_0)
& exactCardinality(fn_pleiotropy_1(X),agent_0,"1",gene_0)
& agent_2(fn_pleiotropy_1(X),fn_pleiotropy_3(X))
& result_2(fn_pleiotropy_1(X),fn_pleiotropy_2(X))
& fn_pleiotropy_2(X) = fn_gene_14(fn_pleiotropy_3(X))
& fn_pleiotropy_1(X) = fn_gene_13(fn_pleiotropy_3(X)) ) ) ).
fof(a531830,axiom,
! [X] :
( pluripotent_stem_cell_1(X)
=> ( original_name_2(X,'Pluripotent-Stem-Cell')
& user_description_2(X,'Pluripotent stem cells have the potential to differentiate into specialized cells in the body but they can\'t develop into a complete organism. A cell that can give rise to many, but not all, parts of an organism.')
& concept2words_2(X,'pluripotent stem cell')
& concept2words_2(X,'pluripotent-stem-cell')
& stem_cell_1(X)
& protein_enzyme_1(fn_pluripotent_stem_cell_1(X))
& stem_cell_1(fn_pluripotent_stem_cell_2(X))
& protein_enzyme_1(fn_pluripotent_stem_cell_3(X))
& er_membrane_1(fn_pluripotent_stem_cell_4(X))
& electron_transport_chain_pathway_1(fn_pluripotent_stem_cell_5(X))
& eukaryotic_oxidative_phosphorylation_1(fn_pluripotent_stem_cell_6(X))
& metabolic_pathway_1(fn_pluripotent_stem_cell_7(X))
& endergonic_process_1(fn_pluripotent_stem_cell_7(X))
& chemical_reaction_1(fn_pluripotent_stem_cell_7(X))
& synthesis_of_organic_molecule_1(fn_pluripotent_stem_cell_7(X))
& anabolic_pathway_1(fn_pluripotent_stem_cell_7(X))
& synthesis_of_atp_1(fn_pluripotent_stem_cell_7(X))
& catabolic_pathway_1(fn_pluripotent_stem_cell_8(X))
& semiautonomous_organelle_1(fn_pluripotent_stem_cell_9(X))
& organelle_1(fn_pluripotent_stem_cell_9(X))
& mitochondrion_1(fn_pluripotent_stem_cell_9(X))
& cellular_work_1(fn_pluripotent_stem_cell_10(X))
& active_transport_1(fn_pluripotent_stem_cell_10(X))
& active_movement_of_ions_1(fn_pluripotent_stem_cell_10(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_pluripotent_stem_cell_10(X))
& organic_molecule_1(fn_pluripotent_stem_cell_13(X))
& transmembrane_protein_1(fn_pluripotent_stem_cell_13(X))
& tangible_entity_1(fn_pluripotent_stem_cell_13(X))
& membrane_protein_1(fn_pluripotent_stem_cell_13(X))
& protein_1(fn_pluripotent_stem_cell_13(X))
& spatial_entity_1(fn_pluripotent_stem_cell_13(X))
& polymer_1(fn_pluripotent_stem_cell_13(X))
& integrin_1(fn_pluripotent_stem_cell_13(X))
& tangible_entity_1(fn_pluripotent_stem_cell_14(X))
& phospholipid_bilayer_1(fn_pluripotent_stem_cell_14(X))
& spatial_entity_1(fn_pluripotent_stem_cell_15(X))
& polymer_1(fn_pluripotent_stem_cell_15(X))
& organic_molecule_1(fn_pluripotent_stem_cell_15(X))
& tangible_entity_1(fn_pluripotent_stem_cell_15(X))
& membrane_protein_1(fn_pluripotent_stem_cell_15(X))
& protein_1(fn_pluripotent_stem_cell_15(X))
& glycoprotein_1(fn_pluripotent_stem_cell_15(X))
& integral_protein_1(fn_pluripotent_stem_cell_15(X))
& fibronectin_1(fn_pluripotent_stem_cell_15(X))
& tangible_entity_1(fn_pluripotent_stem_cell_16(X))
& spatial_entity_1(fn_pluripotent_stem_cell_16(X))
& biomembrane_1(fn_pluripotent_stem_cell_16(X))
& plasma_membrane_1(fn_pluripotent_stem_cell_16(X))
& animal_plasma_membrane_1(fn_pluripotent_stem_cell_16(X))
& endoplasmic_reticulum_1(fn_pluripotent_stem_cell_17(X))
& rough_endoplasmic_reticulum_1(fn_pluripotent_stem_cell_17(X))
& smooth_endoplasmic_reticulum_1(fn_pluripotent_stem_cell_18(X))
& cell_pole_1(fn_pluripotent_stem_cell_19(X))
& cell_pole_1(fn_pluripotent_stem_cell_20(X))
& stem_cell_differentiation_1(fn_pluripotent_stem_cell_21(X))
& blastocyst_1(fn_pluripotent_stem_cell_22(X))
& protein_enzyme_1(fn_pluripotent_stem_cell_23(X))
& enzyme_1(fn_pluripotent_stem_cell_23(X))
& attach_1(fn_pluripotent_stem_cell_24(X))
& outside_face_1(fn_pluripotent_stem_cell_25(X))
& extracellular_side_1(fn_pluripotent_stem_cell_25(X))
& surface_1(fn_pluripotent_stem_cell_25(X))
& hydrophobic_core_1(fn_pluripotent_stem_cell_26(X))
& protein_1(fn_pluripotent_stem_cell_27(X))
& organic_molecule_1(fn_pluripotent_stem_cell_27(X))
& polymer_1(fn_pluripotent_stem_cell_27(X))
& spatial_entity_1(fn_pluripotent_stem_cell_27(X))
& membrane_protein_1(fn_pluripotent_stem_cell_27(X))
& tangible_entity_1(fn_pluripotent_stem_cell_27(X))
& transmembrane_protein_1(fn_pluripotent_stem_cell_27(X))
& integral_protein_1(fn_pluripotent_stem_cell_27(X))
& transport_protein_1(fn_pluripotent_stem_cell_27(X))
& sodium_potassium_pump_1(fn_pluripotent_stem_cell_27(X))
& protein_1(fn_pluripotent_stem_cell_28(X))
& organic_molecule_1(fn_pluripotent_stem_cell_28(X))
& polymer_1(fn_pluripotent_stem_cell_28(X))
& spatial_entity_1(fn_pluripotent_stem_cell_28(X))
& membrane_protein_1(fn_pluripotent_stem_cell_28(X))
& tangible_entity_1(fn_pluripotent_stem_cell_28(X))
& transmembrane_protein_1(fn_pluripotent_stem_cell_28(X))
& integral_protein_1(fn_pluripotent_stem_cell_28(X))
& transport_protein_1(fn_pluripotent_stem_cell_28(X))
& sodium_potassium_pump_1(fn_pluripotent_stem_cell_28(X))
& microtubule_1(fn_pluripotent_stem_cell_29(X))
& create_1(fn_pluripotent_stem_cell_30(X))
& produce_1(fn_pluripotent_stem_cell_30(X))
& substance_1(fn_pluripotent_stem_cell_31(X))
& cytosol_1(fn_pluripotent_stem_cell_31(X))
& metabolic_pathway_1(fn_pluripotent_stem_cell_32(X))
& catabolic_pathway_1(fn_pluripotent_stem_cell_32(X))
& eukaryotic_cellular_respiration_1(fn_pluripotent_stem_cell_32(X))
& synthesis_reaction_1(fn_pluripotent_stem_cell_33(X))
& chemical_reaction_1(fn_pluripotent_stem_cell_33(X))
& anabolic_pathway_1(fn_pluripotent_stem_cell_33(X))
& metabolic_pathway_1(fn_pluripotent_stem_cell_33(X))
& synthesis_of_lipid_1(fn_pluripotent_stem_cell_33(X))
& size_value_1(fn_pluripotent_stem_cell_34(X))
& volume_value_1(fn_pluripotent_stem_cell_35(X))
& surface_1(fn_pluripotent_stem_cell_36(X))
& centrosome_1(fn_pluripotent_stem_cell_37(X))
& tangible_entity_1(fn_pluripotent_stem_cell_38(X))
& nucleus_1(fn_pluripotent_stem_cell_38(X))
& golgi_apparatus_1(fn_pluripotent_stem_cell_39(X))
& eukaryotic_chromosome_1(fn_pluripotent_stem_cell_40(X))
& chromosome_1(fn_pluripotent_stem_cell_40(X))
& ribosome_1(fn_pluripotent_stem_cell_41(X))
& eukaryotic_ribosome_1(fn_pluripotent_stem_cell_41(X))
& mixture_1(fn_pluripotent_stem_cell_42(X))
& cytoplasm_1(fn_pluripotent_stem_cell_42(X))
& support_1(fn_pluripotent_stem_cell_43(X))
& support_1(fn_pluripotent_stem_cell_44(X))
& inside_face_1(fn_pluripotent_stem_cell_45(X))
& cytoplasmic_side_1(fn_pluripotent_stem_cell_45(X))
& nuclear_membrane_1(fn_pluripotent_stem_cell_46(X))
& biomembrane_1(fn_pluripotent_stem_cell_46(X))
& attach_1(fn_pluripotent_stem_cell_47(X))
& hydrophilic_face_1(fn_pluripotent_stem_cell_48(X))
& move_1(fn_pluripotent_stem_cell_49(X))
& peroxisome_1(fn_pluripotent_stem_cell_50(X))
& nuclear_membrane_1(fn_nucleus_13(fn_pluripotent_stem_cell_38(X)))
& biomembrane_1(fn_nucleus_13(fn_pluripotent_stem_cell_38(X)))
& hydrophilic_face_1(fn_animal_plasma_membrane_5(fn_pluripotent_stem_cell_16(X)))
& protein_enzyme_1(fn_smooth_endoplasmic_reticulum_50(fn_pluripotent_stem_cell_18(X)))
& enzyme_1(fn_smooth_endoplasmic_reticulum_50(fn_pluripotent_stem_cell_18(X)))
& protein_enzyme_1(fn_smooth_endoplasmic_reticulum_37(fn_pluripotent_stem_cell_18(X)))
& enzyme_1(fn_smooth_endoplasmic_reticulum_37(fn_pluripotent_stem_cell_18(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_pluripotent_stem_cell_16(X)))
& inside_face_1(fn_animal_plasma_membrane_58(fn_pluripotent_stem_cell_16(X)))
& cytoplasmic_side_1(fn_animal_plasma_membrane_58(fn_pluripotent_stem_cell_16(X)))
& attach_1(fn_animal_plasma_membrane_66(fn_pluripotent_stem_cell_16(X)))
& attach_1(fn_animal_plasma_membrane_52(fn_pluripotent_stem_cell_16(X)))
& attach_1(fn_animal_plasma_membrane_77(fn_pluripotent_stem_cell_16(X)))
& surface_1(fn_biomembrane_47(fn_pluripotent_stem_cell_16(X)))
& outside_face_1(fn_animal_plasma_membrane_55(fn_pluripotent_stem_cell_16(X)))
& extracellular_side_1(fn_animal_plasma_membrane_55(fn_pluripotent_stem_cell_16(X)))
& surface_1(fn_animal_plasma_membrane_55(fn_pluripotent_stem_cell_16(X)))
& hydrophobic_core_1(fn_animal_plasma_membrane_51(fn_pluripotent_stem_cell_16(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_pluripotent_stem_cell_18(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_pluripotent_stem_cell_18(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_pluripotent_stem_cell_18(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_pluripotent_stem_cell_18(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_pluripotent_stem_cell_18(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_pluripotent_stem_cell_18(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_pluripotent_stem_cell_18(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_pluripotent_stem_cell_18(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_pluripotent_stem_cell_18(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_pluripotent_stem_cell_16(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_pluripotent_stem_cell_16(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_pluripotent_stem_cell_16(X)))
& tangible_entity_1(fn_biomembrane_63(fn_pluripotent_stem_cell_16(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_pluripotent_stem_cell_16(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_pluripotent_stem_cell_16(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_pluripotent_stem_cell_16(X)))
& eukaryotic_chromosome_1(fn_nucleus_6(fn_pluripotent_stem_cell_38(X)))
& eukaryotic_ribosome_1(fn_smooth_endoplasmic_reticulum_11(fn_pluripotent_stem_cell_18(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_pluripotent_stem_cell_45(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_pluripotent_stem_cell_18(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_pluripotent_stem_cell_18(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_pluripotent_stem_cell_16(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_pluripotent_stem_cell_16(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_pluripotent_stem_cell_16(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_pluripotent_stem_cell_16(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_pluripotent_stem_cell_16(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_pluripotent_stem_cell_16(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_pluripotent_stem_cell_16(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_pluripotent_stem_cell_16(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_pluripotent_stem_cell_16(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_pluripotent_stem_cell_16(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_pluripotent_stem_cell_16(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_pluripotent_stem_cell_16(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_pluripotent_stem_cell_16(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_pluripotent_stem_cell_16(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_pluripotent_stem_cell_16(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_pluripotent_stem_cell_16(X)))
& glycoprotein_1(fn_biomembrane_30(fn_pluripotent_stem_cell_16(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_pluripotent_stem_cell_16(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_pluripotent_stem_cell_16(X)))
& protein_1(fn_plasma_membrane_54(fn_pluripotent_stem_cell_16(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_pluripotent_stem_cell_16(X)))
& polymer_1(fn_plasma_membrane_54(fn_pluripotent_stem_cell_16(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_pluripotent_stem_cell_16(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_pluripotent_stem_cell_16(X)))
& protein_1(fn_plasma_membrane_68(fn_pluripotent_stem_cell_16(X)))
& tangible_entity_1(fn_animal_plasma_membrane_67(fn_pluripotent_stem_cell_16(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_pluripotent_stem_cell_16(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_pluripotent_stem_cell_18(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_pluripotent_stem_cell_18(X)))
& cell_1(fn_blastocyst_1(fn_pluripotent_stem_cell_22(X)))
& stem_cell_1(fn_stem_cell_differentiation_1(fn_pluripotent_stem_cell_21(X)))
& abuts_2(fn_pluripotent_stem_cell_4(X),fn_pluripotent_stem_cell_46(X))
& is_inside_2(fn_pluripotent_stem_cell_3(X),fn_pluripotent_stem_cell_4(X))
& fn_pluripotent_stem_cell_3(X) != fn_pluripotent_stem_cell_1(X)
& fn_pluripotent_stem_cell_3(X) != fn_pluripotent_stem_cell_23(X)
& has_region_2(fn_pluripotent_stem_cell_16(X),fn_pluripotent_stem_cell_48(X))
& result_2(fn_pluripotent_stem_cell_21(X),fn_pluripotent_stem_cell_2(X))
& fn_pluripotent_stem_cell_23(X) != fn_pluripotent_stem_cell_3(X)
& has_part_2(fn_pluripotent_stem_cell_42(X),fn_pluripotent_stem_cell_3(X))
& has_part_2(fn_pluripotent_stem_cell_42(X),fn_pluripotent_stem_cell_1(X))
& is_inside_2(fn_pluripotent_stem_cell_1(X),fn_pluripotent_stem_cell_4(X))
& fn_pluripotent_stem_cell_1(X) != fn_pluripotent_stem_cell_3(X)
& is_oriented_toward_2(fn_pluripotent_stem_cell_45(X),fn_pluripotent_stem_cell_42(X))
& abuts_2(fn_pluripotent_stem_cell_46(X),fn_pluripotent_stem_cell_4(X))
& called_2(fn_pluripotent_stem_cell_13(X),'MP2')
& has_part_2(fn_pluripotent_stem_cell_22(X),X)
& object_2(fn_pluripotent_stem_cell_21(X),X)
& has_part_2(fn_pluripotent_stem_cell_38(X),fn_pluripotent_stem_cell_46(X))
& has_part_2(fn_pluripotent_stem_cell_18(X),fn_pluripotent_stem_cell_23(X))
& is_facing_2(fn_pluripotent_stem_cell_45(X),fn_pluripotent_stem_cell_42(X))
& has_region_2(fn_pluripotent_stem_cell_28(X),fn_pluripotent_stem_cell_25(X))
& is_outside_2(fn_pluripotent_stem_cell_48(X),fn_pluripotent_stem_cell_16(X))
& has_region_2(fn_pluripotent_stem_cell_16(X),fn_pluripotent_stem_cell_45(X))
& base_2(fn_pluripotent_stem_cell_24(X),fn_pluripotent_stem_cell_16(X))
& object_2(fn_pluripotent_stem_cell_24(X),fn_pluripotent_stem_cell_28(X))
& is_across_2(fn_pluripotent_stem_cell_28(X),fn_pluripotent_stem_cell_26(X))
& object_2(fn_pluripotent_stem_cell_47(X),fn_pluripotent_stem_cell_27(X))
& base_2(fn_pluripotent_stem_cell_47(X),fn_pluripotent_stem_cell_16(X))
& has_region_2(fn_pluripotent_stem_cell_16(X),fn_pluripotent_stem_cell_26(X))
& is_across_2(fn_pluripotent_stem_cell_27(X),fn_pluripotent_stem_cell_26(X))
& has_region_2(fn_pluripotent_stem_cell_27(X),fn_pluripotent_stem_cell_25(X))
& is_outside_2(fn_pluripotent_stem_cell_25(X),fn_pluripotent_stem_cell_16(X))
& has_region_2(fn_pluripotent_stem_cell_16(X),fn_pluripotent_stem_cell_25(X))
& has_function_2(fn_pluripotent_stem_cell_18(X),fn_pluripotent_stem_cell_33(X))
& has_part_2(X,fn_pluripotent_stem_cell_37(X))
& called_2(fn_pluripotent_stem_cell_15(X),'MP1')
& has_region_2(X,fn_pluripotent_stem_cell_20(X))
& called_2(fn_pluripotent_stem_cell_13(X),'MP1')
& called_2(fn_pluripotent_stem_cell_27(X),'MP1')
& called_2(fn_pluripotent_stem_cell_28(X),'MP1')
& has_function_2(fn_pluripotent_stem_cell_9(X),fn_pluripotent_stem_cell_6(X))
& is_inside_2(fn_pluripotent_stem_cell_39(X),fn_pluripotent_stem_cell_31(X))
& site_2(fn_pluripotent_stem_cell_8(X),fn_pluripotent_stem_cell_9(X))
& is_across_2(fn_pluripotent_stem_cell_28(X),fn_pluripotent_stem_cell_16(X))
& is_at_2(fn_pluripotent_stem_cell_28(X),fn_pluripotent_stem_cell_16(X))
& is_inside_2(fn_pluripotent_stem_cell_28(X),fn_pluripotent_stem_cell_14(X))
& has_function_2(X,fn_pluripotent_stem_cell_32(X))
& base_2(fn_pluripotent_stem_cell_32(X),X)
& size_2(X,fn_pluripotent_stem_cell_34(X))
& site_2(fn_pluripotent_stem_cell_33(X),fn_pluripotent_stem_cell_18(X))
& base_2(fn_pluripotent_stem_cell_33(X),X)
& volume_2(X,fn_pluripotent_stem_cell_35(X))
& directly_proportional_2(fn_pluripotent_stem_cell_34(X),fn_pluripotent_stem_cell_35(X))
& the_scalar_value_2(fn_pluripotent_stem_cell_34(X),big_0)
& scalar_unit_class_2(fn_pluripotent_stem_cell_34(X),prokaryote_0)
& has_part_2(fn_pluripotent_stem_cell_16(X),fn_pluripotent_stem_cell_28(X))
& is_at_2(fn_pluripotent_stem_cell_28(X),fn_pluripotent_stem_cell_14(X))
& is_inside_2(fn_pluripotent_stem_cell_27(X),fn_pluripotent_stem_cell_14(X))
& is_across_2(fn_pluripotent_stem_cell_27(X),fn_pluripotent_stem_cell_16(X))
& has_part_2(fn_pluripotent_stem_cell_16(X),fn_pluripotent_stem_cell_27(X))
& is_inside_2(fn_pluripotent_stem_cell_42(X),fn_pluripotent_stem_cell_16(X))
& has_part_2(fn_pluripotent_stem_cell_16(X),fn_pluripotent_stem_cell_15(X))
& is_inside_2(fn_pluripotent_stem_cell_15(X),fn_pluripotent_stem_cell_14(X))
& is_at_2(fn_pluripotent_stem_cell_27(X),fn_pluripotent_stem_cell_14(X))
& is_at_2(fn_pluripotent_stem_cell_27(X),fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_27(X) != fn_pluripotent_stem_cell_15(X)
& fn_pluripotent_stem_cell_15(X) != fn_pluripotent_stem_cell_28(X)
& fn_pluripotent_stem_cell_28(X) != fn_pluripotent_stem_cell_27(X)
& fn_pluripotent_stem_cell_27(X) != fn_pluripotent_stem_cell_13(X)
& fn_pluripotent_stem_cell_15(X) != fn_pluripotent_stem_cell_27(X)
& fn_pluripotent_stem_cell_28(X) != fn_pluripotent_stem_cell_15(X)
& fn_pluripotent_stem_cell_27(X) != fn_pluripotent_stem_cell_28(X)
& fn_pluripotent_stem_cell_13(X) != fn_pluripotent_stem_cell_27(X)
& is_between_2(fn_pluripotent_stem_cell_42(X),fn_pluripotent_stem_cell_16(X))
& has_part_2(fn_pluripotent_stem_cell_16(X),fn_pluripotent_stem_cell_14(X))
& is_at_2(fn_pluripotent_stem_cell_14(X),fn_pluripotent_stem_cell_36(X))
& has_region_2(X,fn_pluripotent_stem_cell_36(X))
& has_part_2(X,fn_pluripotent_stem_cell_39(X))
& base_2(fn_pluripotent_stem_cell_10(X),X)
& has_function_2(X,fn_pluripotent_stem_cell_10(X))
& has_region_2(X,fn_pluripotent_stem_cell_19(X))
& is_opposite_2(fn_pluripotent_stem_cell_20(X),fn_pluripotent_stem_cell_19(X))
& is_opposite_2(fn_pluripotent_stem_cell_19(X),fn_pluripotent_stem_cell_20(X))
& origin_2(fn_pluripotent_stem_cell_49(X),fn_pluripotent_stem_cell_50(X))
& has_part_2(X,fn_pluripotent_stem_cell_50(X))
& has_part_2(X,fn_pluripotent_stem_cell_40(X))
& is_inside_2(fn_pluripotent_stem_cell_40(X),fn_pluripotent_stem_cell_38(X))
& is_between_2(fn_pluripotent_stem_cell_42(X),fn_pluripotent_stem_cell_38(X))
& base_2(fn_pluripotent_stem_cell_7(X),X)
& site_2(fn_pluripotent_stem_cell_7(X),fn_pluripotent_stem_cell_9(X))
& has_part_2(X,fn_pluripotent_stem_cell_9(X))
& has_part_2(X,fn_pluripotent_stem_cell_41(X))
& is_inside_2(fn_pluripotent_stem_cell_41(X),fn_pluripotent_stem_cell_31(X))
& destination_2(fn_pluripotent_stem_cell_49(X),fn_pluripotent_stem_cell_9(X))
& causes_2(fn_pluripotent_stem_cell_49(X),fn_pluripotent_stem_cell_8(X))
& base_2(fn_pluripotent_stem_cell_8(X),X)
& has_part_2(X,fn_pluripotent_stem_cell_42(X))
& has_part_2(fn_pluripotent_stem_cell_42(X),fn_pluripotent_stem_cell_31(X))
& first_subevent_2(fn_pluripotent_stem_cell_6(X),fn_pluripotent_stem_cell_5(X))
& site_2(fn_pluripotent_stem_cell_6(X),fn_pluripotent_stem_cell_9(X))
& is_inside_2(fn_pluripotent_stem_cell_9(X),fn_pluripotent_stem_cell_31(X))
& is_inside_2(fn_pluripotent_stem_cell_38(X),fn_pluripotent_stem_cell_31(X))
& has_part_2(X,fn_pluripotent_stem_cell_38(X))
& object_2(fn_pluripotent_stem_cell_43(X),X)
& has_function_2(fn_pluripotent_stem_cell_29(X),fn_pluripotent_stem_cell_43(X))
& result_2(fn_pluripotent_stem_cell_30(X),fn_pluripotent_stem_cell_29(X))
& has_function_2(fn_pluripotent_stem_cell_37(X),fn_pluripotent_stem_cell_30(X))
& is_near_2(fn_pluripotent_stem_cell_37(X),fn_pluripotent_stem_cell_38(X))
& is_near_2(fn_pluripotent_stem_cell_38(X),fn_pluripotent_stem_cell_37(X))
& base_2(fn_pluripotent_stem_cell_5(X),X)
& subevent_2(fn_pluripotent_stem_cell_6(X),fn_pluripotent_stem_cell_5(X))
& base_2(fn_pluripotent_stem_cell_6(X),X)
& has_part_2(X,fn_pluripotent_stem_cell_18(X))
& fn_pluripotent_stem_cell_18(X) != fn_pluripotent_stem_cell_17(X)
& fn_pluripotent_stem_cell_17(X) != fn_pluripotent_stem_cell_18(X)
& agent_2(fn_pluripotent_stem_cell_44(X),fn_pluripotent_stem_cell_16(X))
& object_2(fn_pluripotent_stem_cell_44(X),X)
& has_part_2(X,fn_pluripotent_stem_cell_17(X))
& abuts_2(fn_pluripotent_stem_cell_18(X),fn_pluripotent_stem_cell_17(X))
& abuts_2(fn_pluripotent_stem_cell_17(X),fn_pluripotent_stem_cell_18(X))
& has_part_2(X,fn_pluripotent_stem_cell_16(X))
& has_part_2(fn_pluripotent_stem_cell_16(X),fn_pluripotent_stem_cell_13(X))
& fn_pluripotent_stem_cell_13(X) != fn_pluripotent_stem_cell_28(X)
& fn_pluripotent_stem_cell_15(X) != fn_pluripotent_stem_cell_13(X)
& fn_pluripotent_stem_cell_13(X) != fn_pluripotent_stem_cell_15(X)
& fn_pluripotent_stem_cell_28(X) != fn_pluripotent_stem_cell_13(X)
& X = fn_blastocyst_1(fn_pluripotent_stem_cell_22(X))
& X = fn_stem_cell_differentiation_1(fn_pluripotent_stem_cell_21(X))
& fn_pluripotent_stem_cell_46(X) = fn_nucleus_13(fn_pluripotent_stem_cell_38(X))
& fn_pluripotent_stem_cell_23(X) = fn_smooth_endoplasmic_reticulum_50(fn_pluripotent_stem_cell_18(X))
& fn_pluripotent_stem_cell_23(X) = fn_smooth_endoplasmic_reticulum_37(fn_pluripotent_stem_cell_18(X))
& fn_pluripotent_stem_cell_42(X) = fn_cytoplasmic_side_1(fn_pluripotent_stem_cell_45(X))
& fn_pluripotent_stem_cell_48(X) = fn_animal_plasma_membrane_5(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_45(X) = fn_plasma_membrane_66(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_45(X) = fn_animal_plasma_membrane_58(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_24(X) = fn_animal_plasma_membrane_66(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_16(X) = fn_animal_plasma_membrane_67(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_24(X) = fn_animal_plasma_membrane_52(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_24(X) = fn_animal_plasma_membrane_77(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_47(X) = fn_animal_cell_83(X)
& fn_pluripotent_stem_cell_25(X) = fn_biomembrane_47(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_25(X) = fn_animal_plasma_membrane_55(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_25(X) = fn_animal_cell_84(X)
& fn_pluripotent_stem_cell_27(X) = fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_26(X) = fn_animal_plasma_membrane_51(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_26(X) = fn_animal_cell_85(X)
& fn_pluripotent_stem_cell_11(X) = fn_stem_cell_40(X)
& fn_pluripotent_stem_cell_28(X) = fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_12(X) = fn_stem_cell_39(X)
& fn_pluripotent_stem_cell_32(X) = fn_animal_cell_81(X)
& fn_pluripotent_stem_cell_32(X) = fn_stem_cell_13(X)
& fn_pluripotent_stem_cell_34(X) = fn_stem_cell_27(X)
& fn_pluripotent_stem_cell_35(X) = fn_stem_cell_31(X)
& fn_pluripotent_stem_cell_33(X) = fn_smooth_endoplasmic_reticulum_23(fn_pluripotent_stem_cell_18(X))
& fn_pluripotent_stem_cell_33(X) = fn_smooth_endoplasmic_reticulum_7(fn_pluripotent_stem_cell_18(X))
& fn_pluripotent_stem_cell_33(X) = fn_smooth_endoplasmic_reticulum_49(fn_pluripotent_stem_cell_18(X))
& fn_pluripotent_stem_cell_33(X) = fn_smooth_endoplasmic_reticulum_48(fn_pluripotent_stem_cell_18(X))
& fn_pluripotent_stem_cell_33(X) = fn_smooth_endoplasmic_reticulum_8(fn_pluripotent_stem_cell_18(X))
& fn_pluripotent_stem_cell_33(X) = fn_smooth_endoplasmic_reticulum_42(fn_pluripotent_stem_cell_18(X))
& fn_pluripotent_stem_cell_33(X) = fn_stem_cell_14(X)
& fn_pluripotent_stem_cell_28(X) = fn_animal_plasma_membrane_62(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_27(X) = fn_plasma_membrane_3(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_15(X) = fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_15(X) = fn_biomembrane_30(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_27(X) = fn_animal_plasma_membrane_53(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_27(X) = fn_animal_cell_75(X)
& fn_pluripotent_stem_cell_28(X) = fn_animal_plasma_membrane_53(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_27(X) = fn_animal_plasma_membrane_62(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_27(X) = fn_stem_cell_19(X)
& fn_pluripotent_stem_cell_28(X) = fn_plasma_membrane_55(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_28(X) = fn_stem_cell_18(X)
& fn_pluripotent_stem_cell_27(X) = fn_stem_cell_18(X)
& fn_pluripotent_stem_cell_39(X) = fn_animal_cell_82(X)
& fn_pluripotent_stem_cell_39(X) = fn_stem_cell_23(X)
& fn_pluripotent_stem_cell_36(X) = fn_stem_cell_30(X)
& fn_pluripotent_stem_cell_14(X) = fn_plasma_membrane_71(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_14(X) = fn_biomembrane_63(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_14(X) = fn_animal_plasma_membrane_54(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_14(X) = fn_animal_cell_58(X)
& fn_pluripotent_stem_cell_14(X) = fn_stem_cell_21(X)
& fn_pluripotent_stem_cell_20(X) = fn_stem_cell_28(X)
& fn_pluripotent_stem_cell_19(X) = fn_stem_cell_29(X)
& fn_pluripotent_stem_cell_10(X) = fn_animal_cell_90(X)
& fn_pluripotent_stem_cell_10(X) = fn_stem_cell_41(X)
& fn_pluripotent_stem_cell_40(X) = fn_nucleus_6(fn_pluripotent_stem_cell_38(X))
& fn_pluripotent_stem_cell_40(X) = fn_stem_cell_34(X)
& fn_pluripotent_stem_cell_50(X) = fn_stem_cell_3(X)
& fn_pluripotent_stem_cell_31(X) = fn_smooth_endoplasmic_reticulum_34(fn_pluripotent_stem_cell_18(X))
& fn_pluripotent_stem_cell_41(X) = fn_smooth_endoplasmic_reticulum_11(fn_pluripotent_stem_cell_18(X))
& fn_pluripotent_stem_cell_41(X) = fn_stem_cell_35(X)
& fn_pluripotent_stem_cell_9(X) = fn_eukaryotic_cell_25(X)
& fn_pluripotent_stem_cell_7(X) = fn_animal_cell_20(X)
& fn_pluripotent_stem_cell_7(X) = fn_stem_cell_43(X)
& fn_pluripotent_stem_cell_42(X) = fn_stem_cell_36(X)
& fn_pluripotent_stem_cell_8(X) = fn_stem_cell_42(X)
& fn_pluripotent_stem_cell_49(X) = fn_stem_cell_4(X)
& fn_pluripotent_stem_cell_38(X) = fn_animal_cell_78(X)
& fn_pluripotent_stem_cell_31(X) = fn_animal_cell_62(X)
& fn_pluripotent_stem_cell_31(X) = fn_stem_cell_26(X)
& fn_pluripotent_stem_cell_9(X) = fn_animal_cell_59(X)
& fn_pluripotent_stem_cell_9(X) = fn_stem_cell_12(X)
& fn_pluripotent_stem_cell_38(X) = fn_stem_cell_33(X)
& fn_pluripotent_stem_cell_37(X) = fn_stem_cell_32(X)
& fn_pluripotent_stem_cell_30(X) = fn_stem_cell_25(X)
& fn_pluripotent_stem_cell_29(X) = fn_stem_cell_24(X)
& fn_pluripotent_stem_cell_43(X) = fn_stem_cell_37(X)
& X = fn_smooth_endoplasmic_reticulum_33(fn_pluripotent_stem_cell_18(X))
& fn_pluripotent_stem_cell_18(X) = fn_animal_cell_54(X)
& fn_pluripotent_stem_cell_6(X) = fn_animal_cell_19(X)
& fn_pluripotent_stem_cell_6(X) = fn_stem_cell_44(X)
& fn_pluripotent_stem_cell_5(X) = fn_animal_cell_18(X)
& fn_pluripotent_stem_cell_5(X) = fn_stem_cell_45(X)
& fn_pluripotent_stem_cell_18(X) = fn_stem_cell_17(X)
& fn_pluripotent_stem_cell_17(X) = fn_stem_cell_16(X)
& fn_pluripotent_stem_cell_44(X) = fn_stem_cell_38(X)
& fn_pluripotent_stem_cell_28(X) = fn_stem_cell_19(X)
& fn_pluripotent_stem_cell_15(X) = fn_plasma_membrane_68(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_15(X) = fn_plasma_membrane_54(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_15(X) = fn_stem_cell_20(X)
& fn_pluripotent_stem_cell_13(X) = fn_plasma_membrane_54(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_13(X) = fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_13(X) = fn_plasma_membrane_68(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_13(X) = fn_animal_cell_80(X)
& fn_pluripotent_stem_cell_13(X) = fn_stem_cell_5(X)
& X = fn_animal_plasma_membrane_56(fn_pluripotent_stem_cell_16(X))
& fn_pluripotent_stem_cell_16(X) = fn_animal_cell_73(X)
& fn_pluripotent_stem_cell_16(X) = fn_stem_cell_15(X)
& fn_smooth_endoplasmic_reticulum_50(fn_pluripotent_stem_cell_18(X)) = fn_smooth_endoplasmic_reticulum_37(fn_pluripotent_stem_cell_18(X))
& fn_smooth_endoplasmic_reticulum_37(fn_pluripotent_stem_cell_18(X)) = fn_plasma_membrane_66(fn_pluripotent_stem_cell_16(X))
& fn_plasma_membrane_66(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_58(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_58(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_66(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_52(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_66(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_66(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_52(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_52(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_52(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_77(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_52(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_52(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_77(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_77(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_55(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_55(fn_pluripotent_stem_cell_16(X)) = fn_biomembrane_47(fn_pluripotent_stem_cell_16(X))
& fn_biomembrane_47(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_55(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_55(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_55(fn_pluripotent_stem_cell_16(X))
& fn_animal_cell_84(X) = fn_animal_plasma_membrane_55(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_55(fn_pluripotent_stem_cell_16(X)) = fn_animal_cell_84(X)
& fn_animal_cell_84(X) = fn_animal_plasma_membrane_51(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_51(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_51(fn_pluripotent_stem_cell_16(X))
& fn_animal_cell_85(X) = fn_animal_plasma_membrane_51(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_51(fn_pluripotent_stem_cell_16(X)) = fn_animal_cell_85(X)
& fn_animal_cell_85(X) = fn_animal_cell_81(X)
& fn_animal_cell_81(X) = fn_stem_cell_13(X)
& fn_stem_cell_13(X) = fn_stem_cell_13(X)
& fn_stem_cell_13(X) = fn_smooth_endoplasmic_reticulum_23(fn_pluripotent_stem_cell_18(X))
& fn_smooth_endoplasmic_reticulum_23(fn_pluripotent_stem_cell_18(X)) = fn_smooth_endoplasmic_reticulum_7(fn_pluripotent_stem_cell_18(X))
& fn_smooth_endoplasmic_reticulum_7(fn_pluripotent_stem_cell_18(X)) = fn_smooth_endoplasmic_reticulum_7(fn_pluripotent_stem_cell_18(X))
& fn_smooth_endoplasmic_reticulum_7(fn_pluripotent_stem_cell_18(X)) = fn_smooth_endoplasmic_reticulum_49(fn_pluripotent_stem_cell_18(X))
& fn_smooth_endoplasmic_reticulum_49(fn_pluripotent_stem_cell_18(X)) = fn_smooth_endoplasmic_reticulum_49(fn_pluripotent_stem_cell_18(X))
& fn_smooth_endoplasmic_reticulum_49(fn_pluripotent_stem_cell_18(X)) = fn_smooth_endoplasmic_reticulum_48(fn_pluripotent_stem_cell_18(X))
& fn_smooth_endoplasmic_reticulum_8(fn_pluripotent_stem_cell_18(X)) = fn_smooth_endoplasmic_reticulum_48(fn_pluripotent_stem_cell_18(X))
& fn_smooth_endoplasmic_reticulum_48(fn_pluripotent_stem_cell_18(X)) = fn_smooth_endoplasmic_reticulum_8(fn_pluripotent_stem_cell_18(X))
& fn_smooth_endoplasmic_reticulum_8(fn_pluripotent_stem_cell_18(X)) = fn_smooth_endoplasmic_reticulum_8(fn_pluripotent_stem_cell_18(X))
& fn_smooth_endoplasmic_reticulum_42(fn_pluripotent_stem_cell_18(X)) = fn_smooth_endoplasmic_reticulum_8(fn_pluripotent_stem_cell_18(X))
& fn_smooth_endoplasmic_reticulum_8(fn_pluripotent_stem_cell_18(X)) = fn_smooth_endoplasmic_reticulum_42(fn_pluripotent_stem_cell_18(X))
& fn_smooth_endoplasmic_reticulum_42(fn_pluripotent_stem_cell_18(X)) = fn_smooth_endoplasmic_reticulum_42(fn_pluripotent_stem_cell_18(X))
& fn_stem_cell_14(X) = fn_stem_cell_14(X)
& fn_stem_cell_14(X) = fn_smooth_endoplasmic_reticulum_42(fn_pluripotent_stem_cell_18(X))
& fn_smooth_endoplasmic_reticulum_42(fn_pluripotent_stem_cell_18(X)) = fn_stem_cell_14(X)
& fn_stem_cell_14(X) = fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X)) = fn_plasma_membrane_3(fn_pluripotent_stem_cell_16(X))
& fn_plasma_membrane_3(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_62(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_53(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_53(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_62(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_62(fn_pluripotent_stem_cell_16(X)) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_plasma_membrane_53(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_53(fn_pluripotent_stem_cell_16(X)) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_stem_cell_19(X)
& fn_stem_cell_18(X) = fn_animal_cell_82(X)
& fn_stem_cell_23(X) = fn_animal_cell_82(X)
& fn_animal_cell_82(X) = fn_stem_cell_23(X)
& fn_stem_cell_23(X) = fn_biomembrane_63(fn_pluripotent_stem_cell_16(X))
& fn_biomembrane_63(fn_pluripotent_stem_cell_16(X)) = fn_plasma_membrane_71(fn_pluripotent_stem_cell_16(X))
& fn_plasma_membrane_71(fn_pluripotent_stem_cell_16(X)) = fn_biomembrane_63(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_54(fn_pluripotent_stem_cell_16(X)) = fn_biomembrane_63(fn_pluripotent_stem_cell_16(X))
& fn_biomembrane_63(fn_pluripotent_stem_cell_16(X)) = fn_biomembrane_63(fn_pluripotent_stem_cell_16(X))
& fn_biomembrane_63(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_54(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_54(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_54(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_54(fn_pluripotent_stem_cell_16(X)) = fn_animal_cell_58(X)
& fn_stem_cell_21(X) = fn_stem_cell_21(X)
& fn_stem_cell_21(X) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_stem_cell_21(X)
& fn_stem_cell_21(X) = fn_stem_cell_41(X)
& fn_stem_cell_41(X) = fn_animal_cell_90(X)
& fn_animal_cell_90(X) = fn_stem_cell_41(X)
& fn_stem_cell_41(X) = fn_nucleus_6(fn_pluripotent_stem_cell_38(X))
& fn_nucleus_6(fn_pluripotent_stem_cell_38(X)) = fn_stem_cell_34(X)
& fn_stem_cell_34(X) = fn_stem_cell_34(X)
& fn_stem_cell_34(X) = fn_smooth_endoplasmic_reticulum_11(fn_pluripotent_stem_cell_18(X))
& fn_stem_cell_35(X) = fn_smooth_endoplasmic_reticulum_11(fn_pluripotent_stem_cell_18(X))
& fn_smooth_endoplasmic_reticulum_11(fn_pluripotent_stem_cell_18(X)) = fn_stem_cell_35(X)
& fn_stem_cell_35(X) = fn_animal_cell_20(X)
& fn_stem_cell_43(X) = fn_animal_cell_20(X)
& fn_animal_cell_20(X) = fn_stem_cell_43(X)
& fn_stem_cell_43(X) = fn_cytoplasmic_side_1(fn_pluripotent_stem_cell_45(X))
& fn_cytoplasmic_side_1(fn_pluripotent_stem_cell_45(X)) = fn_stem_cell_36(X)
& fn_stem_cell_36(X) = fn_stem_cell_36(X)
& fn_stem_cell_36(X) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_smooth_endoplasmic_reticulum_34(fn_pluripotent_stem_cell_18(X))
& fn_smooth_endoplasmic_reticulum_34(fn_pluripotent_stem_cell_18(X)) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_animal_cell_62(X)
& fn_stem_cell_26(X) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_stem_cell_26(X)
& fn_stem_cell_26(X) = fn_stem_cell_26(X)
& fn_stem_cell_26(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_eukaryotic_cell_25(X)
& fn_eukaryotic_cell_25(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_animal_cell_59(X)
& fn_stem_cell_12(X) = fn_stem_cell_12(X)
& fn_stem_cell_12(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_stem_cell_12(X)
& fn_stem_cell_12(X) = fn_stem_cell_33(X)
& fn_stem_cell_33(X) = fn_animal_cell_78(X)
& fn_animal_cell_78(X) = fn_stem_cell_33(X)
& fn_stem_cell_33(X) = fn_stem_cell_33(X)
& fn_stem_cell_33(X) = fn_animal_cell_19(X)
& fn_stem_cell_44(X) = fn_animal_cell_19(X)
& fn_animal_cell_19(X) = fn_stem_cell_44(X)
& fn_stem_cell_44(X) = fn_animal_cell_18(X)
& fn_stem_cell_45(X) = fn_animal_cell_18(X)
& fn_animal_cell_18(X) = fn_stem_cell_45(X)
& fn_stem_cell_45(X) = fn_stem_cell_17(X)
& fn_stem_cell_17(X) = fn_animal_cell_54(X)
& fn_animal_cell_54(X) = fn_stem_cell_17(X)
& fn_stem_cell_17(X) = fn_stem_cell_17(X)
& fn_stem_cell_17(X) = fn_animal_plasma_membrane_62(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_62(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_62(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_62(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_62(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X))
& fn_plasma_membrane_55(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X)) = fn_plasma_membrane_55(fn_pluripotent_stem_cell_16(X))
& fn_plasma_membrane_55(fn_pluripotent_stem_cell_16(X)) = fn_plasma_membrane_55(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_53(fn_pluripotent_stem_cell_16(X)) = fn_plasma_membrane_55(fn_pluripotent_stem_cell_16(X))
& fn_plasma_membrane_55(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_53(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_53(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_53(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_53(fn_pluripotent_stem_cell_16(X)) = fn_stem_cell_18(X)
& fn_stem_cell_19(X) = fn_stem_cell_19(X)
& fn_stem_cell_19(X) = fn_stem_cell_18(X)
& fn_stem_cell_18(X) = fn_stem_cell_18(X)
& fn_stem_cell_18(X) = fn_stem_cell_19(X)
& fn_stem_cell_19(X) = fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X))
& fn_plasma_membrane_54(fn_pluripotent_stem_cell_16(X)) = fn_biomembrane_30(fn_pluripotent_stem_cell_16(X))
& fn_biomembrane_30(fn_pluripotent_stem_cell_16(X)) = fn_biomembrane_30(fn_pluripotent_stem_cell_16(X))
& fn_biomembrane_30(fn_pluripotent_stem_cell_16(X)) = fn_plasma_membrane_54(fn_pluripotent_stem_cell_16(X))
& fn_plasma_membrane_54(fn_pluripotent_stem_cell_16(X)) = fn_stem_cell_20(X)
& fn_stem_cell_20(X) = fn_biomembrane_30(fn_pluripotent_stem_cell_16(X))
& fn_biomembrane_30(fn_pluripotent_stem_cell_16(X)) = fn_stem_cell_20(X)
& fn_stem_cell_20(X) = fn_stem_cell_20(X)
& fn_stem_cell_20(X) = fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X)) = fn_plasma_membrane_54(fn_pluripotent_stem_cell_16(X))
& fn_plasma_membrane_54(fn_pluripotent_stem_cell_16(X)) = fn_plasma_membrane_54(fn_pluripotent_stem_cell_16(X))
& fn_plasma_membrane_54(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X))
& fn_plasma_membrane_68(fn_pluripotent_stem_cell_16(X)) = fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_47(fn_pluripotent_stem_cell_16(X)) = fn_plasma_membrane_68(fn_pluripotent_stem_cell_16(X))
& fn_animal_cell_80(X) = fn_plasma_membrane_68(fn_pluripotent_stem_cell_16(X))
& fn_plasma_membrane_68(fn_pluripotent_stem_cell_16(X)) = fn_plasma_membrane_68(fn_pluripotent_stem_cell_16(X))
& fn_plasma_membrane_68(fn_pluripotent_stem_cell_16(X)) = fn_animal_cell_80(X)
& fn_stem_cell_5(X) = fn_stem_cell_5(X)
& fn_stem_cell_5(X) = fn_animal_cell_80(X)
& fn_animal_cell_80(X) = fn_stem_cell_5(X)
& fn_stem_cell_5(X) = fn_animal_plasma_membrane_67(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_67(fn_pluripotent_stem_cell_16(X)) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_animal_cell_73(X)
& fn_stem_cell_15(X) = fn_stem_cell_15(X)
& fn_stem_cell_15(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_stem_cell_15(X)
& fn_stem_cell_15(X) = fn_smooth_endoplasmic_reticulum_33(fn_pluripotent_stem_cell_18(X))
& fn_smooth_endoplasmic_reticulum_33(fn_pluripotent_stem_cell_18(X)) = fn_animal_plasma_membrane_56(fn_pluripotent_stem_cell_16(X))
& fn_animal_plasma_membrane_56(fn_pluripotent_stem_cell_16(X)) = fn_blastocyst_1(fn_pluripotent_stem_cell_22(X))
& fn_blastocyst_1(fn_pluripotent_stem_cell_22(X)) = fn_smooth_endoplasmic_reticulum_33(fn_pluripotent_stem_cell_18(X))
& fn_smooth_endoplasmic_reticulum_33(fn_pluripotent_stem_cell_18(X)) = fn_smooth_endoplasmic_reticulum_33(fn_pluripotent_stem_cell_18(X))
& fn_smooth_endoplasmic_reticulum_33(fn_pluripotent_stem_cell_18(X)) = fn_blastocyst_1(fn_pluripotent_stem_cell_22(X))
& fn_blastocyst_1(fn_pluripotent_stem_cell_22(X)) = fn_stem_cell_differentiation_1(fn_pluripotent_stem_cell_21(X)) ) ) ).
fof(a531831,axiom,
! [X] :
( plutonium_1(X)
=> ( original_name_2(X,'Plutonium')
& user_description_2(X,'Plutonium is a metal atom with atomic number 94. It is represented by the symbol Pu.')
& concept2words_2(X,plutonium)
& concept2words_2(X,pu)
& metal_atom_1(X)
& neutron_1(fn_plutonium_3(X))
& atomic_mass_value_1(fn_plutonium_4(X))
& electronegativity_value_1(fn_plutonium_5(X))
& valence_electron_1(fn_plutonium_9(X))
& atomic_weight_value_1(fn_plutonium_10(X))
& atomic_number_value_1(fn_plutonium_11(X))
& quantity_value_1(fn_plutonium_12(X))
& electronegativity_2(X,fn_plutonium_5(X))
& mass_number_2(X,fn_plutonium_4(X))
& exactCardinality(X,has_part_0,"150",neutron_0)
& exactCardinality(X,has_part_0,"94",proton_0)
& exactCardinality(X,has_part_0,"94",electron_0)
& has_part_2(X,fn_plutonium_3(X))
& the_cardinal_value_2(fn_plutonium_12(X),"8")
& cardinal_unit_class_2(fn_plutonium_12(X),unity_0)
& the_cardinal_value_2(fn_plutonium_5(X),"1.28")
& cardinal_unit_class_2(fn_plutonium_5(X),unity_0)
& the_cardinal_value_2(fn_plutonium_4(X),"244")
& cardinal_unit_class_2(fn_plutonium_4(X),unity_0)
& the_cardinal_value_2(fn_plutonium_11(X),"94")
& cardinal_unit_class_2(fn_plutonium_11(X),unity_0)
& the_cardinal_value_2(fn_plutonium_10(X),"244")
& cardinal_unit_class_2(fn_plutonium_10(X),dalton_0)
& atomic_number_2(X,fn_plutonium_11(X))
& atomic_weight_2(X,fn_plutonium_10(X))
& has_part_2(X,fn_plutonium_9(X))
& quantity_2(fn_plutonium_9(X),fn_plutonium_12(X))
& fn_plutonium_7(X) = fn_atom_12(X)
& fn_plutonium_11(X) = fn_atom_17(X)
& fn_plutonium_8(X) = fn_atom_13(X)
& fn_plutonium_10(X) = fn_atom_16(X)
& fn_plutonium_6(X) = fn_atom_1(X)
& fn_plutonium_12(X) = fn_atom_5(X)
& fn_plutonium_9(X) = fn_atom_14(X) ) ) ).
fof(a531832,axiom,
! [X] :
( point_mutation_1(X)
=> ( original_name_2(X,'Point-Mutation')
& user_description_2(X,'A point mutation is a change in a single nucleotide pair in a gene sequence.')
& concept2words_2(X,mutate)
& concept2words_2(X,'mutation of point')
& concept2words_2(X,'point mutation')
& concept2words_2(X,'point-mutation')
& mutation_1(X)
& change_1(fn_point_mutation_1(X))
& polar_amino_acid_1(fn_point_mutation_2(X))
& codon_1(fn_point_mutation_3(X))
& dna_damage_1(fn_point_mutation_4(X))
& entity_1(fn_point_mutation_5(X))
& chemical_entity_1(fn_point_mutation_5(X))
& carbon_1(fn_point_mutation_5(X))
& atom_1(fn_point_mutation_5(X))
& protein_1(fn_point_mutation_6(X))
& valence_electron_1(fn_point_mutation_7(X))
& electron_shell_1(fn_point_mutation_8(X))
& center_1(fn_point_mutation_9(X))
& atomic_nucleus_1(fn_point_mutation_10(X))
& entity_1(fn_point_mutation_11(X))
& chemical_entity_1(fn_point_mutation_11(X))
& atom_1(fn_point_mutation_11(X))
& valence_electron_1(fn_point_mutation_12(X))
& share_1(fn_point_mutation_13(X))
& electron_shell_1(fn_point_mutation_14(X))
& center_1(fn_point_mutation_15(X))
& atomic_nucleus_1(fn_point_mutation_16(X))
& center_1(fn_atomic_nucleus_3(fn_point_mutation_16(X)))
& center_1(fn_atomic_nucleus_3(fn_point_mutation_10(X)))
& electron_1(fn_atomic_nucleus_8(fn_point_mutation_10(X)))
& electron_shell_1(fn_atom_9(fn_point_mutation_5(X)))
& entity_1(fn_share_1(fn_point_mutation_13(X)))
& atom_1(fn_electron_shell_1(fn_point_mutation_8(X)))
& atom_1(fn_atomic_nucleus_4(fn_point_mutation_10(X)))
& atomic_nucleus_1(fn_atom_18(fn_point_mutation_5(X)))
& atomic_nucleus_1(fn_carbon_18(fn_point_mutation_5(X)))
& entity_1(fn_share_2(fn_point_mutation_13(X)))
& electron_1(fn_atom_14(fn_point_mutation_5(X)))
& electron_1(fn_carbon_10(fn_point_mutation_5(X)))
& entity_1(fn_share_3(fn_point_mutation_13(X)))
& atom_1(fn_organic_molecule_2(fn_point_mutation_6(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_point_mutation_6(X)))
& atom_1(fn_atomic_nucleus_4(fn_point_mutation_16(X)))
& carbon_1(fn_organic_molecule_1(fn_point_mutation_6(X)))
& fn_point_mutation_16(X) != fn_point_mutation_10(X)
& fn_point_mutation_15(X) != fn_point_mutation_9(X)
& fn_point_mutation_14(X) != fn_point_mutation_8(X)
& object_2(fn_point_mutation_13(X),fn_point_mutation_7(X))
& fn_point_mutation_12(X) != fn_point_mutation_7(X)
& fn_point_mutation_10(X) != fn_point_mutation_16(X)
& fn_point_mutation_9(X) != fn_point_mutation_15(X)
& fn_point_mutation_8(X) != fn_point_mutation_14(X)
& fn_point_mutation_7(X) != fn_point_mutation_12(X)
& causes_2(X,fn_point_mutation_4(X))
& subevent_2(X,fn_point_mutation_1(X))
& object_2(X,fn_point_mutation_6(X))
& exactCardinality(fn_point_mutation_1(X),object_0,"1",codon_0)
& exactCardinality(fn_point_mutation_1(X),object_0,"1",amino_acid_0)
& object_2(fn_point_mutation_1(X),fn_point_mutation_3(X))
& object_2(fn_point_mutation_1(X),fn_point_mutation_2(X))
& object_2(fn_point_mutation_13(X),fn_point_mutation_12(X))
& agent_2(fn_point_mutation_13(X),fn_point_mutation_5(X))
& agent_2(fn_point_mutation_13(X),fn_point_mutation_11(X))
& has_region_2(fn_point_mutation_11(X),fn_point_mutation_8(X))
& is_at_2(fn_point_mutation_16(X),fn_point_mutation_15(X))
& has_region_2(fn_point_mutation_5(X),fn_point_mutation_15(X))
& has_part_2(fn_point_mutation_6(X),fn_point_mutation_5(X))
& fn_point_mutation_11(X) != fn_point_mutation_5(X)
& fn_point_mutation_5(X) != fn_point_mutation_11(X)
& has_part_2(fn_point_mutation_11(X),fn_point_mutation_7(X))
& is_at_2(fn_point_mutation_10(X),fn_point_mutation_9(X))
& has_region_2(fn_point_mutation_11(X),fn_point_mutation_9(X))
& has_region_2(fn_point_mutation_11(X),fn_point_mutation_10(X))
& is_near_2(fn_point_mutation_7(X),fn_point_mutation_10(X))
& is_near_2(fn_point_mutation_10(X),fn_point_mutation_7(X))
& is_near_2(fn_point_mutation_16(X),fn_point_mutation_12(X))
& has_region_2(fn_point_mutation_5(X),fn_point_mutation_16(X))
& is_near_2(fn_point_mutation_12(X),fn_point_mutation_16(X))
& has_region_2(fn_point_mutation_5(X),fn_point_mutation_14(X))
& has_part_2(fn_point_mutation_5(X),fn_point_mutation_12(X))
& fn_point_mutation_12(X) = fn_share_2(fn_point_mutation_13(X))
& fn_point_mutation_5(X) = fn_share_3(fn_point_mutation_13(X))
& fn_point_mutation_11(X) = fn_share_1(fn_point_mutation_13(X))
& fn_point_mutation_11(X) = fn_electron_shell_1(fn_point_mutation_8(X))
& fn_point_mutation_5(X) = fn_atomic_nucleus_4(fn_point_mutation_16(X))
& fn_point_mutation_15(X) = fn_atomic_nucleus_3(fn_point_mutation_16(X))
& fn_point_mutation_11(X) = fn_organic_molecule_2(fn_point_mutation_6(X))
& fn_point_mutation_5(X) = fn_organic_molecule_2(fn_point_mutation_6(X))
& fn_point_mutation_5(X) = fn_organic_molecule_1(fn_point_mutation_6(X))
& fn_point_mutation_11(X) = fn_atomic_nucleus_4(fn_point_mutation_10(X))
& fn_point_mutation_9(X) = fn_atomic_nucleus_3(fn_point_mutation_10(X))
& fn_point_mutation_7(X) = fn_atomic_nucleus_8(fn_point_mutation_10(X))
& fn_point_mutation_16(X) = fn_atom_18(fn_point_mutation_5(X))
& fn_point_mutation_16(X) = fn_carbon_18(fn_point_mutation_5(X))
& fn_point_mutation_12(X) = fn_atom_14(fn_point_mutation_5(X))
& fn_point_mutation_12(X) = fn_carbon_10(fn_point_mutation_5(X))
& fn_point_mutation_14(X) = fn_atom_9(fn_point_mutation_5(X))
& fn_share_1(fn_point_mutation_13(X)) = fn_electron_shell_1(fn_point_mutation_8(X))
& fn_electron_shell_1(fn_point_mutation_8(X)) = fn_electron_shell_1(fn_point_mutation_8(X))
& fn_electron_shell_1(fn_point_mutation_8(X)) = fn_organic_molecule_2(fn_point_mutation_6(X))
& fn_organic_molecule_2(fn_point_mutation_6(X)) = fn_organic_molecule_2(fn_point_mutation_6(X))
& fn_organic_molecule_2(fn_point_mutation_6(X)) = fn_atomic_nucleus_4(fn_point_mutation_10(X))
& fn_atomic_nucleus_4(fn_point_mutation_10(X)) = fn_atomic_nucleus_4(fn_point_mutation_10(X))
& fn_atomic_nucleus_4(fn_point_mutation_10(X)) = fn_atom_18(fn_point_mutation_5(X))
& fn_carbon_18(fn_point_mutation_5(X)) = fn_atom_18(fn_point_mutation_5(X))
& fn_atom_18(fn_point_mutation_5(X)) = fn_carbon_18(fn_point_mutation_5(X))
& fn_carbon_18(fn_point_mutation_5(X)) = fn_share_2(fn_point_mutation_13(X))
& fn_share_2(fn_point_mutation_13(X)) = fn_atom_14(fn_point_mutation_5(X))
& fn_atom_14(fn_point_mutation_5(X)) = fn_atom_14(fn_point_mutation_5(X))
& fn_carbon_10(fn_point_mutation_5(X)) = fn_atom_14(fn_point_mutation_5(X))
& fn_atom_14(fn_point_mutation_5(X)) = fn_carbon_10(fn_point_mutation_5(X))
& fn_carbon_10(fn_point_mutation_5(X)) = fn_share_3(fn_point_mutation_13(X))
& fn_share_3(fn_point_mutation_13(X)) = fn_organic_molecule_2(fn_point_mutation_6(X))
& fn_atomic_nucleus_4(fn_point_mutation_16(X)) = fn_organic_molecule_2(fn_point_mutation_6(X))
& fn_organic_molecule_2(fn_point_mutation_6(X)) = fn_atomic_nucleus_4(fn_point_mutation_16(X))
& fn_atomic_nucleus_4(fn_point_mutation_16(X)) = fn_organic_molecule_1(fn_point_mutation_6(X))
& fn_organic_molecule_1(fn_point_mutation_6(X)) = fn_organic_molecule_1(fn_point_mutation_6(X)) ) ) ).
fof(a531833,axiom,
! [X] :
( polar_amino_acid_1(X)
=> ( original_name_2(X,'Polar-Amino-Acid')
& user_description_2(X,'An amino acid which has hydrophillic properties due to the presence of a polar side chain.')
& concept2words_2(X,'hydrophilic amino acid')
& concept2words_2(X,'hydrophilic-amino-acid')
& concept2words_2(X,'polar amino acid')
& concept2words_2(X,'polar-amino-acid')
& hydrophilic_amino_acid_1(X)
& polar_region_1(fn_polar_amino_acid_1(X))
& polar_side_chain_1(fn_polar_amino_acid_2(X))
& is_inside_2(fn_polar_amino_acid_1(X),fn_polar_amino_acid_2(X))
& has_region_2(X,fn_polar_amino_acid_1(X))
& has_region_2(X,fn_polar_amino_acid_2(X))
& fn_polar_amino_acid_2(X) = fn_hydrophilic_amino_acid_24(X) ) ) ).
fof(a531834,axiom,
! [X] :
( polar_body_1(X)
=> ( original_name_2(X,'Polar-Body')
& user_description_2(X,'A polar body is a cell structure found inside an ovum is a small cell containing little cytoplasm that is produced along with the oocyte and later discarded. Both animal and plant ova possess it. It is also known as a polar cell.')
& concept2words_2(X,'polar body')
& concept2words_2(X,'polar-body')
& animal_cell_1(X)
& reproductive_cell_1(X) ) ) ).
fof(a531835,axiom,
! [X] :
( polar_covalent_bond_1(X)
=> ( original_name_2(X,'Polar-Covalent-Bond')
& user_description_2(X,'A covalent bond between two atoms with different electronegativities. The electrons in the bond are not shared equally and are pulled towards the atom with the stronger electronegativity, resulting in that atom having a slight negative charge relative to the other atom.')
& concept2words_2(X,'polar covalent bond')
& concept2words_2(X,'polar-covalent-bond')
& covalent_bond_1(X)
& ~ nonpolar_covalent_bond_1(X)
& electronegativity_value_1(fn_polar_covalent_bond_1(X))
& electronegativity_value_1(fn_polar_covalent_bond_2(X))
& proton_1(fn_polar_covalent_bond_5(X))
& system_1(fn_polar_covalent_bond_6(X))
& atomic_number_value_1(fn_polar_covalent_bond_7(X))
& quantity_value_1(fn_polar_covalent_bond_9(X))
& quantity_value_1(fn_polar_covalent_bond_10(X))
& electron_1(fn_polar_covalent_bond_11(X))
& valence_electron_1(fn_polar_covalent_bond_11(X))
& valence_electron_1(fn_polar_covalent_bond_12(X))
& atomic_nucleus_1(fn_polar_covalent_bond_13(X))
& atomic_nucleus_1(fn_polar_covalent_bond_14(X))
& atomic_orbital_1(fn_polar_covalent_bond_15(X))
& unequal_sharing_1(fn_polar_covalent_bond_16(X))
& hold_together_1(fn_polar_covalent_bond_17(X))
& entity_1(fn_polar_covalent_bond_18(X))
& chemical_entity_1(fn_polar_covalent_bond_18(X))
& atom_1(fn_polar_covalent_bond_18(X))
& entity_1(fn_polar_covalent_bond_19(X))
& chemical_entity_1(fn_polar_covalent_bond_19(X))
& atom_1(fn_polar_covalent_bond_19(X))
& electron_shell_1(fn_polar_covalent_bond_20(X))
& center_1(fn_polar_covalent_bond_21(X))
& electron_shell_1(fn_polar_covalent_bond_22(X))
& center_1(fn_polar_covalent_bond_23(X))
& equation_set_1(fn_atom_4(fn_polar_covalent_bond_18(X)))
& system_1(fn_atom_3(fn_polar_covalent_bond_18(X)))
& electron_1(fn_atom_14(fn_polar_covalent_bond_18(X)))
& electron_1(fn_atomic_nucleus_8(fn_polar_covalent_bond_13(X)))
& electron_shell_1(fn_atom_9(fn_polar_covalent_bond_18(X)))
& quantity_value_1(fn_atom_5(fn_polar_covalent_bond_18(X)))
& quantity_value_1(fn_atom_11(fn_polar_covalent_bond_18(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_polar_covalent_bond_13(X)))
& atomic_number_value_1(fn_atom_17(fn_polar_covalent_bond_18(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_polar_covalent_bond_13(X)))
& proton_1(fn_atom_8(fn_polar_covalent_bond_18(X)))
& proton_1(fn_atomic_nucleus_9(fn_polar_covalent_bond_13(X)))
& atom_1(fn_atomic_nucleus_4(fn_polar_covalent_bond_13(X)))
& center_1(fn_atomic_nucleus_3(fn_polar_covalent_bond_13(X)))
& atomic_nucleus_1(fn_atom_18(fn_polar_covalent_bond_18(X)))
& electronegativity_2(fn_polar_covalent_bond_19(X),fn_polar_covalent_bond_1(X))
& electronegativity_2(fn_polar_covalent_bond_18(X),fn_polar_covalent_bond_2(X))
& fn_polar_covalent_bond_12(X) != fn_polar_covalent_bond_11(X)
& fn_polar_covalent_bond_11(X) != fn_polar_covalent_bond_12(X)
& fn_polar_covalent_bond_1(X) != fn_polar_covalent_bond_2(X)
& fn_polar_covalent_bond_2(X) != fn_polar_covalent_bond_1(X)
& agent_2(fn_polar_covalent_bond_16(X),fn_polar_covalent_bond_19(X))
& agent_2(fn_polar_covalent_bond_16(X),fn_polar_covalent_bond_18(X))
& object_2(fn_polar_covalent_bond_16(X),fn_polar_covalent_bond_11(X))
& is_inside_2(fn_polar_covalent_bond_12(X),fn_polar_covalent_bond_15(X))
& has_region_2(fn_polar_covalent_bond_22(X),fn_polar_covalent_bond_15(X))
& result_2(fn_polar_covalent_bond_16(X),X)
& object_2(fn_polar_covalent_bond_16(X),fn_polar_covalent_bond_12(X))
& has_part_2(fn_polar_covalent_bond_19(X),fn_polar_covalent_bond_12(X))
& has_region_2(fn_polar_covalent_bond_19(X),fn_polar_covalent_bond_23(X))
& quantity_2(fn_polar_covalent_bond_11(X),fn_polar_covalent_bond_10(X))
& has_region_2(fn_polar_covalent_bond_19(X),fn_polar_covalent_bond_22(X))
& agent_2(fn_polar_covalent_bond_17(X),X)
& object_2(fn_polar_covalent_bond_17(X),fn_polar_covalent_bond_19(X))
& is_between_2(X,fn_polar_covalent_bond_19(X))
& has_function_2(X,fn_polar_covalent_bond_17(X))
& object_2(fn_polar_covalent_bond_17(X),fn_polar_covalent_bond_18(X))
& fn_polar_covalent_bond_19(X) != fn_polar_covalent_bond_18(X)
& has_region_2(fn_polar_covalent_bond_19(X),fn_polar_covalent_bond_14(X))
& is_at_2(fn_polar_covalent_bond_14(X),fn_polar_covalent_bond_23(X))
& fn_polar_covalent_bond_18(X) != fn_polar_covalent_bond_19(X)
& fn_polar_covalent_bond_21(X) != fn_polar_covalent_bond_23(X)
& fn_polar_covalent_bond_23(X) != fn_polar_covalent_bond_21(X)
& is_near_2(fn_polar_covalent_bond_11(X),fn_polar_covalent_bond_13(X))
& is_near_2(fn_polar_covalent_bond_13(X),fn_polar_covalent_bond_11(X))
& fn_polar_covalent_bond_14(X) != fn_polar_covalent_bond_13(X)
& is_near_2(fn_polar_covalent_bond_12(X),fn_polar_covalent_bond_14(X))
& is_near_2(fn_polar_covalent_bond_14(X),fn_polar_covalent_bond_12(X))
& fn_polar_covalent_bond_13(X) != fn_polar_covalent_bond_14(X)
& is_between_2(X,fn_polar_covalent_bond_18(X))
& has_part_2(fn_polar_covalent_bond_18(X),fn_polar_covalent_bond_11(X))
& is_inside_2(fn_polar_covalent_bond_11(X),fn_polar_covalent_bond_15(X))
& has_region_2(fn_polar_covalent_bond_20(X),fn_polar_covalent_bond_15(X))
& fn_polar_covalent_bond_20(X) != fn_polar_covalent_bond_22(X)
& fn_polar_covalent_bond_22(X) != fn_polar_covalent_bond_20(X)
& has_region_2(fn_polar_covalent_bond_18(X),fn_polar_covalent_bond_20(X))
& called_2(fn_polar_covalent_bond_10(X),'Number_Electron')
& fn_polar_covalent_bond_10(X) = fn_polar_covalent_bond_9(X)
& fn_polar_covalent_bond_9(X) = fn_polar_covalent_bond_10(X)
& called_2(fn_polar_covalent_bond_9(X),'Number_Proton')
& quantity_2(fn_polar_covalent_bond_5(X),fn_polar_covalent_bond_9(X))
& atomic_number_2(fn_polar_covalent_bond_18(X),fn_polar_covalent_bond_7(X))
& called_2(fn_polar_covalent_bond_7(X),'Atomic_Number')
& fn_polar_covalent_bond_9(X) = fn_polar_covalent_bond_7(X)
& fn_polar_covalent_bond_7(X) = fn_polar_covalent_bond_9(X)
& is_at_2(fn_polar_covalent_bond_13(X),fn_polar_covalent_bond_21(X))
& has_region_2(fn_polar_covalent_bond_18(X),fn_polar_covalent_bond_21(X))
& has_part_2(fn_polar_covalent_bond_18(X),fn_polar_covalent_bond_5(X))
& is_inside_2(fn_polar_covalent_bond_5(X),fn_polar_covalent_bond_13(X))
& has_region_2(fn_polar_covalent_bond_18(X),fn_polar_covalent_bond_13(X))
& fn_polar_covalent_bond_18(X) = fn_covalent_bond_20(X)
& fn_polar_covalent_bond_11(X) = fn_covalent_bond_15(X)
& fn_polar_covalent_bond_22(X) = fn_covalent_bond_12(X)
& fn_polar_covalent_bond_16(X) = fn_covalent_bond_17(X)
& fn_polar_covalent_bond_19(X) = fn_covalent_bond_19(X)
& fn_polar_covalent_bond_10(X) = fn_covalent_bond_9(X)
& fn_polar_covalent_bond_17(X) = fn_covalent_bond_14(X)
& fn_polar_covalent_bond_21(X) = fn_covalent_bond_21(X)
& fn_polar_covalent_bond_23(X) = fn_covalent_bond_21(X)
& fn_polar_covalent_bond_23(X) = fn_covalent_bond_23(X)
& fn_polar_covalent_bond_19(X) = fn_covalent_bond_20(X)
& fn_polar_covalent_bond_14(X) = fn_covalent_bond_22(X)
& fn_polar_covalent_bond_12(X) = fn_covalent_bond_18(X)
& fn_polar_covalent_bond_12(X) = fn_covalent_bond_15(X)
& fn_polar_covalent_bond_14(X) = fn_covalent_bond_24(X)
& fn_polar_covalent_bond_13(X) = fn_covalent_bond_22(X)
& fn_polar_covalent_bond_22(X) = fn_covalent_bond_11(X)
& fn_polar_covalent_bond_20(X) = fn_covalent_bond_12(X)
& fn_polar_covalent_bond_15(X) = fn_covalent_bond_13(X)
& fn_polar_covalent_bond_11(X) = fn_atom_14(fn_polar_covalent_bond_18(X))
& fn_polar_covalent_bond_11(X) = fn_atomic_nucleus_8(fn_polar_covalent_bond_13(X))
& fn_polar_covalent_bond_11(X) = fn_covalent_bond_18(X)
& fn_polar_covalent_bond_18(X) = fn_covalent_bond_19(X)
& fn_polar_covalent_bond_20(X) = fn_atom_9(fn_polar_covalent_bond_18(X))
& fn_polar_covalent_bond_10(X) = fn_atom_5(fn_polar_covalent_bond_18(X))
& fn_polar_covalent_bond_8(X) = fn_atom_4(fn_polar_covalent_bond_18(X))
& fn_polar_covalent_bond_6(X) = fn_atom_3(fn_polar_covalent_bond_18(X))
& fn_polar_covalent_bond_9(X) = fn_atom_11(fn_polar_covalent_bond_18(X))
& fn_polar_covalent_bond_9(X) = fn_atomic_nucleus_2(fn_polar_covalent_bond_13(X))
& fn_polar_covalent_bond_7(X) = fn_atom_17(fn_polar_covalent_bond_18(X))
& fn_polar_covalent_bond_7(X) = fn_atomic_nucleus_1(fn_polar_covalent_bond_13(X))
& fn_polar_covalent_bond_13(X) = fn_atom_18(fn_polar_covalent_bond_18(X))
& fn_polar_covalent_bond_5(X) = fn_atom_8(fn_polar_covalent_bond_18(X))
& fn_polar_covalent_bond_5(X) = fn_atomic_nucleus_9(fn_polar_covalent_bond_13(X))
& fn_polar_covalent_bond_18(X) = fn_atomic_nucleus_4(fn_polar_covalent_bond_13(X))
& fn_polar_covalent_bond_21(X) = fn_atomic_nucleus_3(fn_polar_covalent_bond_13(X))
& fn_covalent_bond_23(X) = fn_covalent_bond_23(X)
& fn_covalent_bond_23(X) = fn_covalent_bond_21(X)
& fn_covalent_bond_21(X) = fn_covalent_bond_23(X)
& fn_covalent_bond_23(X) = fn_covalent_bond_19(X)
& fn_covalent_bond_19(X) = fn_covalent_bond_20(X)
& fn_covalent_bond_20(X) = fn_covalent_bond_20(X)
& fn_covalent_bond_20(X) = fn_covalent_bond_18(X)
& fn_covalent_bond_15(X) = fn_covalent_bond_15(X)
& fn_covalent_bond_18(X) = fn_covalent_bond_15(X)
& fn_covalent_bond_15(X) = fn_covalent_bond_22(X)
& fn_covalent_bond_24(X) = fn_covalent_bond_22(X)
& fn_covalent_bond_22(X) = fn_covalent_bond_24(X)
& fn_covalent_bond_24(X) = fn_covalent_bond_24(X)
& fn_covalent_bond_24(X) = fn_covalent_bond_12(X)
& fn_covalent_bond_12(X) = fn_covalent_bond_11(X)
& fn_covalent_bond_11(X) = fn_covalent_bond_11(X)
& fn_covalent_bond_11(X) = fn_atom_14(fn_polar_covalent_bond_18(X))
& fn_atomic_nucleus_8(fn_polar_covalent_bond_13(X)) = fn_atom_14(fn_polar_covalent_bond_18(X))
& fn_atom_14(fn_polar_covalent_bond_18(X)) = fn_atomic_nucleus_8(fn_polar_covalent_bond_13(X))
& fn_covalent_bond_15(X) = fn_atomic_nucleus_8(fn_polar_covalent_bond_13(X))
& fn_atomic_nucleus_8(fn_polar_covalent_bond_13(X)) = fn_atomic_nucleus_8(fn_polar_covalent_bond_13(X))
& fn_atomic_nucleus_8(fn_polar_covalent_bond_13(X)) = fn_covalent_bond_15(X)
& fn_covalent_bond_15(X) = fn_covalent_bond_18(X)
& fn_covalent_bond_18(X) = fn_covalent_bond_18(X)
& fn_covalent_bond_18(X) = fn_covalent_bond_12(X)
& fn_covalent_bond_12(X) = fn_covalent_bond_12(X)
& fn_covalent_bond_12(X) = fn_atom_9(fn_polar_covalent_bond_18(X))
& fn_atom_9(fn_polar_covalent_bond_18(X)) = fn_covalent_bond_9(X)
& fn_covalent_bond_9(X) = fn_atom_5(fn_polar_covalent_bond_18(X))
& fn_atom_5(fn_polar_covalent_bond_18(X)) = fn_atom_5(fn_polar_covalent_bond_18(X))
& fn_atom_5(fn_polar_covalent_bond_18(X)) = fn_atom_11(fn_polar_covalent_bond_18(X))
& fn_atom_11(fn_polar_covalent_bond_18(X)) = fn_atom_11(fn_polar_covalent_bond_18(X))
& fn_atomic_nucleus_2(fn_polar_covalent_bond_13(X)) = fn_atom_11(fn_polar_covalent_bond_18(X))
& fn_atom_11(fn_polar_covalent_bond_18(X)) = fn_atomic_nucleus_2(fn_polar_covalent_bond_13(X))
& fn_atomic_nucleus_2(fn_polar_covalent_bond_13(X)) = fn_atom_17(fn_polar_covalent_bond_18(X))
& fn_atom_17(fn_polar_covalent_bond_18(X)) = fn_atom_17(fn_polar_covalent_bond_18(X))
& fn_atomic_nucleus_1(fn_polar_covalent_bond_13(X)) = fn_atom_17(fn_polar_covalent_bond_18(X))
& fn_atom_17(fn_polar_covalent_bond_18(X)) = fn_atomic_nucleus_1(fn_polar_covalent_bond_13(X))
& fn_atomic_nucleus_1(fn_polar_covalent_bond_13(X)) = fn_atom_8(fn_polar_covalent_bond_18(X))
& fn_atomic_nucleus_9(fn_polar_covalent_bond_13(X)) = fn_atomic_nucleus_9(fn_polar_covalent_bond_13(X))
& fn_atomic_nucleus_9(fn_polar_covalent_bond_13(X)) = fn_atom_8(fn_polar_covalent_bond_18(X))
& fn_atom_8(fn_polar_covalent_bond_18(X)) = fn_atomic_nucleus_9(fn_polar_covalent_bond_13(X))
& fn_atomic_nucleus_9(fn_polar_covalent_bond_13(X)) = fn_covalent_bond_20(X)
& fn_covalent_bond_20(X) = fn_covalent_bond_19(X)
& fn_atomic_nucleus_4(fn_polar_covalent_bond_13(X)) = fn_covalent_bond_19(X)
& fn_covalent_bond_19(X) = fn_covalent_bond_19(X)
& fn_covalent_bond_19(X) = fn_atomic_nucleus_4(fn_polar_covalent_bond_13(X))
& fn_atomic_nucleus_4(fn_polar_covalent_bond_13(X)) = fn_atomic_nucleus_4(fn_polar_covalent_bond_13(X))
& fn_atomic_nucleus_4(fn_polar_covalent_bond_13(X)) = fn_covalent_bond_21(X)
& fn_covalent_bond_21(X) = fn_covalent_bond_21(X)
& fn_covalent_bond_21(X) = fn_atomic_nucleus_3(fn_polar_covalent_bond_13(X))
& fn_atomic_nucleus_3(fn_polar_covalent_bond_13(X)) = fn_atomic_nucleus_3(fn_polar_covalent_bond_13(X))
& fn_atomic_nucleus_3(fn_polar_covalent_bond_13(X)) = fn_covalent_bond_22(X)
& fn_covalent_bond_22(X) = fn_covalent_bond_22(X)
& fn_atom_18(fn_polar_covalent_bond_18(X)) = fn_covalent_bond_22(X)
& fn_covalent_bond_22(X) = fn_atom_18(fn_polar_covalent_bond_18(X)) ) ) ).
fof(a531836,axiom,
! [X] :
( polar_molecule_1(X)
=> ( original_name_2(X,'Polar-Molecule')
& user_description_2(X,'A molecule (such as water) that has opposite charges in different regions.')
& concept2words_2(X,'polar molecule')
& concept2words_2(X,'polar-molecule')
& molecule_1(X)
& hydrophilic_compound_1(X)
& ~ nonpolar_molecule_1(X)
& hold_together_1(fn_polar_molecule_1(X))
& entity_1(fn_polar_molecule_2(X))
& atom_1(fn_polar_molecule_2(X))
& atom_1(fn_polar_molecule_3(X))
& unequal_sharing_1(fn_polar_molecule_4(X))
& tangible_entity_1(fn_hold_2(fn_polar_molecule_1(X)))
& entity_1(fn_share_3(fn_polar_molecule_4(X)))
& entity_1(fn_share_1(fn_polar_molecule_4(X)))
& object_2(fn_polar_molecule_1(X),fn_polar_molecule_2(X))
& has_part_2(X,fn_polar_molecule_3(X))
& object_2(fn_polar_molecule_1(X),fn_polar_molecule_3(X))
& agent_2(fn_polar_molecule_4(X),fn_polar_molecule_2(X))
& fn_polar_molecule_2(X) != fn_polar_molecule_3(X)
& agent_2(fn_polar_molecule_4(X),fn_polar_molecule_3(X))
& fn_polar_molecule_3(X) != fn_polar_molecule_2(X)
& has_part_2(X,fn_polar_molecule_2(X))
& fn_polar_molecule_3(X) = fn_hold_2(fn_polar_molecule_1(X))
& fn_polar_molecule_3(X) = fn_share_3(fn_polar_molecule_4(X))
& fn_polar_molecule_2(X) = fn_share_1(fn_polar_molecule_4(X))
& fn_polar_molecule_2(X) = fn_molecule_7(X)
& fn_hold_2(fn_polar_molecule_1(X)) = fn_share_3(fn_polar_molecule_4(X))
& fn_share_3(fn_polar_molecule_4(X)) = fn_share_3(fn_polar_molecule_4(X))
& fn_share_3(fn_polar_molecule_4(X)) = fn_share_1(fn_polar_molecule_4(X))
& fn_share_1(fn_polar_molecule_4(X)) = fn_share_1(fn_polar_molecule_4(X))
& fn_share_1(fn_polar_molecule_4(X)) = fn_molecule_7(X) ) ) ).
fof(a531837,axiom,
! [X] :
( polar_molecule_solution_1(X)
=> ( original_name_2(X,'Polar-Molecule-Solution')
& user_description_2(X,'A solution where the solute molecules are polar.')
& concept2words_2(X,'polar molecule solution')
& concept2words_2(X,'polar-molecule-solution')
& solution_1(X)
& ~ protein_solution_1(X)
& ~ salt_solution_1(X)
& state_value_1(fn_polar_molecule_solution_2(X))
& polar_substance_1(fn_polar_molecule_solution_3(X))
& physical_state_2(X,fn_polar_molecule_solution_2(X))
& has_solute_2(X,fn_polar_molecule_solution_3(X))
& has_part_2(X,fn_polar_molecule_solution_3(X))
& fn_polar_molecule_solution_3(X) = fn_solution_6(X)
& fn_polar_molecule_solution_3(X) = fn_solution_5(X)
& fn_solution_6(X) = fn_solution_5(X)
& fn_solution_5(X) = fn_solution_5(X) ) ) ).
fof(a531838,axiom,
! [X] :
( polar_region_1(X)
=> ( original_name_2(X,'Polar-Region')
& user_description_2(X,'A part of a large molecule that is polar.')
& concept2words_2(X,'polar region')
& concept2words_2(X,'polar-region')
& hydrophilic_region_1(X)
& ~ nonpolar_region_1(X) ) ) ).
fof(a531839,axiom,
! [X] :
( polar_side_chain_1(X)
=> ( original_name_2(X,'Polar-Side-Chain')
& user_description_2(X,'Polar side chain are hydrophillic regions in a amino acid.')
& concept2words_2(X,'polar side chain')
& concept2words_2(X,'polar-side-chain')
& r_group_1(X) ) ) ).
fof(a531840,axiom,
! [X] :
( polar_substance_1(X)
=> ( original_name_2(X,'Polar-Substance')
& user_description_2(X,'A substance whose individual molecules have an uneven distribution of charges across covalent bonds between atoms of the molecule.')
& concept2words_2(X,'polar substance')
& concept2words_2(X,'polar-substance')
& chemical_1(X)
& hydrophilic_substance_1(X)
& ~ ionic_substance_1(X)
& ~ nonpolar_substance_1(X)
& polar_molecule_1(fn_polar_substance_1(X))
& minCardinality(X,has_part_0,"1",polar_molecule_0)
& has_part_2(X,fn_polar_substance_1(X))
& fn_polar_substance_1(X) = fn_chemical_3(X)
& fn_polar_substance_1(X) = fn_hydrophilic_substance_1(X)
& fn_chemical_3(X) = fn_hydrophilic_substance_1(X) ) ) ).
fof(a531841,axiom,
! [X] :
( polar_transport_1(X)
=> ( original_name_2(X,'Polar-Transport')
& user_description_2(X,'A process of unidirectional transport of auxin in plants from shoot to base.')
& concept2words_2(X,'polar transport')
& concept2words_2(X,'polar-transport')
& plant_transport_1(X) ) ) ).
fof(a531842,axiom,
! [X] :
( polarity_constant_1(X)
=> ( original_name_2(X,'Polarity-Constant')
& concept2words_2(X,'constant of polarity')
& concept2words_2(X,'polarity constant')
& concept2words_2(X,'polarity-constant')
& constant_1(X) ) ) ).
fof(a531843,axiom,
! [X] :
( polarity_value_1(X)
=> ( original_name_2(X,'Polarity-Value')
& description_2(X,'the electrical polarity of a Chemical-Objects')
& concept2words_2(X,polarity)
& concept2words_2(X,sign)
& concept2words_2(X,'value of polarity')
& concept2words_2(X,'polarity value')
& concept2words_2(X,'polarity-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a531844,axiom,
! [X] :
( polarization_1(X)
=> ( original_name_2(X,'Polarization')
& user_description_2(X,'A change in potential across a cellular membrane.')
& concept2words_2(X,polarize)
& concept2words_2(X,polarization)
& nerve_related_intercellular_process_1(X) ) ) ).
fof(a531845,axiom,
! [X] :
( pole_1(X)
=> ( original_name_2(X,'Pole')
& user_description_2(X,'A fixed point by which other locations are defined.')
& concept2words_2(X,pole)
& region_1(X) ) ) ).
fof(a531846,axiom,
! [X] :
( political_state_1(X)
=> ( original_name_2(X,'Political-State')
& description_2(X,'a state (such as Texas) within a country')
& concept2words_2(X,state)
& concept2words_2(X,province)
& concept2words_2(X,'political state')
& concept2words_2(X,'political-state')
& administrative_district_1(X)
& ~ province_1(X)
& ~ county_1(X)
& ~ country_1(X)
& ~ city_1(X) ) ) ).
fof(a531847,axiom,
! [X] :
( pollen_grain_1(X)
=> ( original_name_2(X,'Pollen-Grain')
& user_description_2(X,'In seed plants, a structure consisting of the male gametophyte enclosed within a pollen wall. Pollen produces male gametes.')
& concept2words_2(X,pollen)
& concept2words_2(X,'grain of pollen')
& concept2words_2(X,'pollen grain')
& concept2words_2(X,'pollen-grain')
& plant_structure_1(X)
& ~ axillary_bud_1(X)
& ~ ovule_1(X)
& ~ peristome_1(X)
& ~ petiole_1(X)
& ~ plant_vein_1(X)
& ~ pollen_tube_1(X)
& produce_1(fn_pollen_grain_1(X))
& sperm_cell_1(fn_pollen_grain_2(X))
& entity_1(fn_create_1(fn_pollen_grain_1(X)))
& has_part_2(X,fn_pollen_grain_2(X))
& agent_2(fn_pollen_grain_1(X),X)
& result_2(fn_pollen_grain_1(X),fn_pollen_grain_2(X))
& fn_pollen_grain_2(X) = fn_create_1(fn_pollen_grain_1(X)) ) ) ).
fof(a531848,axiom,
! [X] :
( pollen_tube_1(X)
=> ( original_name_2(X,'Pollen-Tube')
& user_description_2(X,'Part of the male gametophyte in seed plants. The pollen tube transports male gametes from the pollen grain to the ovules of a flower.')
& concept2words_2(X,'tube of pollen')
& concept2words_2(X,'pollen tube')
& concept2words_2(X,'pollen-tube')
& plant_structure_1(X)
& ~ axillary_bud_1(X)
& ~ ovule_1(X)
& ~ peristome_1(X)
& ~ petiole_1(X)
& ~ plant_vein_1(X)
& ~ pollen_grain_1(X) ) ) ).
fof(a531849,axiom,
! [X] :
( pollination_1(X)
=> ( original_name_2(X,'Pollination')
& user_description_2(X,'The transfer of pollen to the part of a seed plant containing the ovules, a process required for fertilization.')
& concept2words_2(X,pollinate)
& concept2words_2(X,pollination)
& transfer_1(X)
& carpel_1(fn_pollination_1(X))
& pollen_grain_1(fn_pollination_2(X))
& recipient_2(X,fn_pollination_1(X))
& object_2(X,fn_pollination_2(X))
& fn_pollination_2(X) = fn_transfer_1(X) ) ) ).
fof(a531850,axiom,
! [X] :
( pollinator_1(X)
=> ( original_name_2(X,'Pollinator')
& user_description_2(X,'A biotic agent, such as an insect or bird, that transfers pollen from the anthers of one flower to the stigma of another flower.')
& concept2words_2(X,pollinator)
& ecological_role_1(X)
& ~ ecological_niche_1(X)
& ~ keystone_species_1(X) ) ) ).
fof(a531851,axiom,
! [X] :
( polonium_1(X)
=> ( original_name_2(X,'Polonium')
& user_description_2(X,'Polonium is a metal atom with atomic number 84. It is represented by the symbol Po.')
& concept2words_2(X,'Po')
& concept2words_2(X,polonium)
& metal_atom_1(X)
& ~ barium_1(X)
& ~ cesium_1(X)
& ~ indium_1(X)
& ~ sodium_1(X)
& ~ lead_1(X)
& neutron_1(fn_polonium_3(X))
& atomic_mass_value_1(fn_polonium_4(X))
& electronegativity_value_1(fn_polonium_5(X))
& valence_electron_1(fn_polonium_8(X))
& atomic_weight_value_1(fn_polonium_9(X))
& quantity_value_1(fn_polonium_10(X))
& atomic_number_value_1(fn_polonium_11(X))
& the_cardinal_value_2(fn_polonium_11(X),"84")
& cardinal_unit_class_2(fn_polonium_11(X),unity_0)
& electronegativity_2(X,fn_polonium_5(X))
& mass_number_2(X,fn_polonium_4(X))
& exactCardinality(X,has_part_0,"125",neutron_0)
& exactCardinality(X,has_part_0,"84",proton_0)
& exactCardinality(X,has_part_0,"84",electron_0)
& has_part_2(X,fn_polonium_3(X))
& the_cardinal_value_2(fn_polonium_10(X),"6")
& cardinal_unit_class_2(fn_polonium_10(X),unity_0)
& the_cardinal_value_2(fn_polonium_5(X),"2")
& cardinal_unit_class_2(fn_polonium_5(X),unity_0)
& the_cardinal_value_2(fn_polonium_4(X),"209")
& cardinal_unit_class_2(fn_polonium_4(X),unity_0)
& the_cardinal_value_2(fn_polonium_9(X),"209")
& cardinal_unit_class_2(fn_polonium_9(X),dalton_0)
& atomic_weight_2(X,fn_polonium_9(X))
& atomic_number_2(X,fn_polonium_11(X))
& has_part_2(X,fn_polonium_8(X))
& quantity_2(fn_polonium_8(X),fn_polonium_10(X))
& fn_polonium_7(X) = fn_atom_13(X)
& fn_polonium_9(X) = fn_atom_16(X)
& fn_polonium_12(X) = fn_atom_12(X)
& fn_polonium_11(X) = fn_atom_17(X)
& fn_polonium_6(X) = fn_atom_1(X)
& fn_polonium_10(X) = fn_atom_5(X)
& fn_polonium_8(X) = fn_atom_14(X) ) ) ).
fof(a531852,axiom,
! [X] :
( poly_a__tail_1(X)
=> ( original_name_2(X,'Poly(A)-Tail')
& user_description_2(X,'After transcription, pre-MRNA is processed to faciltate export and prevent degradation. To the 3\' end of the pre-MRAN, a series of 50-250 adenine molecules are added to male the poly(A) tail as part of this process..')
& concept2words_2(X,'poly a')
& concept2words_2(X,'poly-a')
& concept2words_2(X,'poly a tail')
& concept2words_2(X,'poly-a-tail')
& concept2words_2(X,'a tail')
& concept2words_2(X,'a-tail')
& concept2words_2(X,'poly(a) tail')
& concept2words_2(X,'poly(a)-tail')
& rna_sequence_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X)
& nucleus_1(fn_poly_a__tail_1(X))
& transfer_1(fn_poly_a__tail_2(X))
& entity_1(fn_poly_a__tail_3(X))
& tangible_entity_1(fn_poly_a__tail_3(X))
& mrna_1(fn_poly_a__tail_3(X))
& deterioration_1(fn_poly_a__tail_4(X))
& defense_1(fn_poly_a__tail_5(X))
& defense_1(fn_mrna_1(fn_poly_a__tail_3(X)))
& entity_1(fn_transfer_1(fn_poly_a__tail_2(X)))
& tangible_entity_1(fn_impair_1(fn_poly_a__tail_4(X)))
& agent_2(fn_poly_a__tail_2(X),X)
& origin_2(fn_poly_a__tail_2(X),fn_poly_a__tail_1(X))
& agent_2(fn_poly_a__tail_5(X),X)
& inhibits_2(fn_poly_a__tail_5(X),fn_poly_a__tail_4(X))
& object_2(fn_poly_a__tail_2(X),fn_poly_a__tail_3(X))
& object_2(fn_poly_a__tail_4(X),fn_poly_a__tail_3(X))
& object_2(fn_poly_a__tail_5(X),fn_poly_a__tail_3(X))
& fn_poly_a__tail_3(X) = fn_transfer_1(fn_poly_a__tail_2(X))
& fn_poly_a__tail_3(X) = fn_impair_1(fn_poly_a__tail_4(X))
& fn_poly_a__tail_5(X) = fn_mrna_1(fn_poly_a__tail_3(X))
& fn_transfer_1(fn_poly_a__tail_2(X)) = fn_impair_1(fn_poly_a__tail_4(X)) ) ) ).
fof(a531853,axiom,
! [X] :
( poly_u_1(X)
=> ( original_name_2(X,'Poly-U')
& user_description_2(X,'A strand of RNA containing only the nucleotide uracil.')
& concept2words_2(X,'poly u')
& concept2words_2(X,'poly-u')
& rna_sequence_1(X)
& entity_1(fn_poly_u_1(X))
& nucleoside_monophosphate_1(fn_poly_u_1(X))
& fn_poly_u_1(X) = fn_nucleic_acid_sequence_5(X) ) ) ).
fof(a531854,axiom,
! [X] :
( polyadenylation_1(X)
=> ( original_name_2(X,'Polyadenylation')
& user_description_2(X,'The addition of adenine nucleotides to mRNA. The poly-A tail (along with the 5\'cap) functions to facilitate the export of the mature mRNA from the nucleus.')
& concept2words_2(X,'addition of poly a tail in transcription')
& concept2words_2(X,polyadenylation)
& biomolecular_process_1(X)
& prevention_of_mrna_degradation_1(fn_polyadenylation_1(X))
& cytoplasm_1(fn_polyadenylation_2(X))
& mrna_degradation_1(fn_polyadenylation_3(X))
& hydrolase_1(fn_polyadenylation_4(X))
& nucleus_1(fn_polyadenylation_5(X))
& increase_in_stability_1(fn_polyadenylation_6(X))
& poly_a__tail_1(fn_polyadenylation_7(X))
& mrna_1(fn_polyadenylation_8(X))
& add_1(fn_polyadenylation_9(X))
& damage_1(fn_polyadenylation_10(X))
& move_out_of_1(fn_polyadenylation_11(X))
& ribosome_1(fn_polyadenylation_12(X))
& attach_1(fn_polyadenylation_13(X))
& spatial_entity_1(fn_add_1(fn_polyadenylation_9(X)))
& spatial_entity_1(fn_attach_1(fn_polyadenylation_13(X)))
& spatial_entity_1(fn_add_2(fn_polyadenylation_9(X)))
& spatial_entity_1(fn_move_1(fn_polyadenylation_11(X)))
& tangible_entity_1(fn_impair_1(fn_polyadenylation_10(X)))
& causes_2(X,fn_polyadenylation_1(X))
& causes_2(X,fn_polyadenylation_13(X))
& causes_2(X,fn_polyadenylation_11(X))
& causes_2(X,fn_polyadenylation_6(X))
& supports_2(X,fn_polyadenylation_13(X))
& supports_2(X,fn_polyadenylation_6(X))
& subevent_2(X,fn_polyadenylation_9(X))
& prevents_2(X,fn_polyadenylation_3(X))
& prevents_2(X,fn_polyadenylation_10(X))
& object_2(fn_polyadenylation_6(X),fn_polyadenylation_8(X))
& agent_2(fn_polyadenylation_10(X),fn_polyadenylation_4(X))
& agent_2(fn_polyadenylation_3(X),fn_polyadenylation_4(X))
& supports_2(fn_polyadenylation_11(X),X)
& origin_2(fn_polyadenylation_11(X),fn_polyadenylation_5(X))
& site_2(fn_polyadenylation_13(X),fn_polyadenylation_2(X))
& object_2(fn_polyadenylation_1(X),fn_polyadenylation_8(X))
& base_2(fn_polyadenylation_9(X),fn_polyadenylation_8(X))
& object_2(fn_polyadenylation_11(X),fn_polyadenylation_8(X))
& object_2(fn_polyadenylation_10(X),fn_polyadenylation_8(X))
& object_2(fn_polyadenylation_9(X),fn_polyadenylation_7(X))
& object_2(fn_polyadenylation_13(X),fn_polyadenylation_12(X))
& fn_polyadenylation_8(X) = fn_add_2(fn_polyadenylation_9(X))
& fn_polyadenylation_8(X) = fn_move_1(fn_polyadenylation_11(X))
& fn_polyadenylation_8(X) = fn_impair_1(fn_polyadenylation_10(X))
& fn_polyadenylation_7(X) = fn_add_1(fn_polyadenylation_9(X))
& fn_polyadenylation_12(X) = fn_attach_1(fn_polyadenylation_13(X))
& fn_add_2(fn_polyadenylation_9(X)) = fn_move_1(fn_polyadenylation_11(X))
& fn_move_1(fn_polyadenylation_11(X)) = fn_move_1(fn_polyadenylation_11(X))
& fn_move_1(fn_polyadenylation_11(X)) = fn_impair_1(fn_polyadenylation_10(X)) ) ) ).
fof(a531855,axiom,
! [X] :
( polyandry_1(X)
=> ( original_name_2(X,'Polyandry')
& user_description_2(X,'A polygamous mating system involving one female and many males.')
& concept2words_2(X,polyandry)
& mating_1(X)
& ~ monogamous_mating_1(X)
& ~ polygamous_mating_1(X)
& ~ polygyny_1(X)
& ~ promiscuous_mating_1(X)
& ~ stickleback_fish_mating_behavior_1(X) ) ) ).
fof(a531856,axiom,
! [X] :
( polyatomic_ion_1(X)
=> ( original_name_2(X,'Polyatomic-Ion')
& user_description_2(X,'Ion which consists of more than one atom')
& concept2words_2(X,'molecular ion')
& concept2words_2(X,'molecular-ion')
& concept2words_2(X,'ionic molecule')
& concept2words_2(X,'polyatomic ion')
& concept2words_2(X,'polyatomic-ion')
& ion_1(X)
& atom_1(fn_polyatomic_ion_1(X))
& atom_1(fn_polyatomic_ion_2(X))
& has_part_2(X,fn_polyatomic_ion_2(X))
& has_part_2(X,fn_polyatomic_ion_1(X)) ) ) ).
fof(a531857,axiom,
! [X] :
( polychaete_1(X)
=> ( original_name_2(X,'Polychaete')
& user_description_2(X,'A segmented marine worm of the class Polychaeta in the phylum Annelida.')
& concept2words_2(X,polychaete)
& annelid_1(X) ) ) ).
fof(a531858,axiom,
! [X] :
( polydactyly_1(X)
=> ( original_name_2(X,'Polydactyly')
& user_description_2(X,'The condition of having supernumerary fingers or toes.')
& concept2words_2(X,polydactyly)
& human_genetic_disorder_1(X)
& ~ achondroplasia_1(X)
& ~ alkaptonuria_1(X)
& ~ angelman_syndrome_1(X)
& ~ cri_du_chat_syndrome_1(X)
& ~ cystic_fibrosis_1(X)
& ~ down_syndrome_1(X)
& ~ huntingtons_disease_1(X)
& ~ klinefelter_syndrome_1(X)
& ~ multifactorial_genetic_disorder_1(X)
& ~ phenylketonuria_1(X)
& ~ prader_willi_syndrome_1(X)
& ~ sex_linked_human_genetic_disorder_1(X)
& ~ sickle_cell_anemia_1(X)
& ~ tay_sachs_disease_1(X)
& ~ triple_x_1(X)
& ~ turner_syndrome_1(X)
& complete_dominance_1(fn_polydactyly_1(X))
& dominant_allele_1(fn_polydactyly_2(X))
& entity_1(fn_inheritance_4(fn_polydactyly_1(X)))
& gene_1(fn_inheritance_4(fn_polydactyly_1(X)))
& object_2(fn_polydactyly_1(X),fn_polydactyly_2(X))
& result_2(fn_polydactyly_1(X),X)
& fn_polydactyly_2(X) = fn_inheritance_4(fn_polydactyly_1(X))
& fn_polydactyly_1(X) = fn_human_genetic_disorder_1(X) ) ) ).
fof(a531859,axiom,
! [X] :
( polygamous_mating_1(X)
=> ( original_name_2(X,'Polygamous-Mating')
& user_description_2(X,'A mating system in which a member of one sex mates with several members of the opposite sex.')
& concept2words_2(X,'polygamous mating')
& concept2words_2(X,'polygamous-mating')
& mating_1(X)
& ~ monogamous_mating_1(X)
& ~ polyandry_1(X)
& ~ polygyny_1(X)
& ~ promiscuous_mating_1(X)
& ~ stickleback_fish_mating_behavior_1(X) ) ) ).
fof(a531860,axiom,
! [X] :
( polygenic_inheritance_1(X)
=> ( original_name_2(X,'Polygenic-Inheritance')
& user_description_2(X,'An additive effect of two or more genes on a single phenotypic character.')
& concept2words_2(X,'multifactorial inheritance')
& concept2words_2(X,inherit)
& concept2words_2(X,'polygenic inheritance')
& concept2words_2(X,'polygenic-inheritance')
& inheritance_1(X)
& gene_interactions_1(X)
& ~ control_of_eukaryotic_translation_initiation_1(X)
& ~ epistasis_1(X)
& ~ gene_cloning_1(X)
& ~ gene_expression_1(X)
& ~ gene_for_gene_recognition_1(X)
& ~ gene_inactivation_1(X)
& ~ gene_regulation_1(X)
& ~ histone_acetylation_1(X)
& ~ horizontal_gene_transfer_1(X)
& ~ proofreading_of_dna_replication_1(X)
& ~ rna_interference_1(X)
& ~ transduction_1(X)
& ~ transformation_of_cell_to_cancerous_cell_1(X)
& character_1(fn_polygenic_inheritance_1(X))
& entity_1(fn_polygenic_inheritance_2(X))
& gene_1(fn_polygenic_inheritance_2(X))
& code_for_1(fn_polygenic_inheritance_3(X))
& code_for_1(fn_gene_13(fn_polygenic_inheritance_2(X)))
& minCardinality(X,object_0,"2",gene_0)
& object_2(fn_polygenic_inheritance_3(X),fn_polygenic_inheritance_1(X))
& agent_2(fn_polygenic_inheritance_3(X),fn_polygenic_inheritance_2(X))
& object_2(X,fn_polygenic_inheritance_2(X))
& fn_polygenic_inheritance_3(X) = fn_gene_13(fn_polygenic_inheritance_2(X))
& fn_polygenic_inheritance_2(X) = fn_inheritance_4(X) ) ) ).
fof(a531861,axiom,
! [X] :
( polygyny_1(X)
=> ( original_name_2(X,'Polygyny')
& user_description_2(X,'A polygamous mating system involving one male and many females.')
& concept2words_2(X,polygyny)
& mating_1(X)
& ~ monogamous_mating_1(X)
& ~ polyandry_1(X)
& ~ polygamous_mating_1(X)
& ~ promiscuous_mating_1(X)
& ~ stickleback_fish_mating_behavior_1(X) ) ) ).
fof(a531862,axiom,
! [X,X1] :
( ( has_part_2(X,X1)
& monomer_1(X1)
& chemical_entity_1(X)
& minCardinality(X,has_part_0,"3",monomer_0) )
=> ( polymer_1(X)
& fn_polymer_4(X) = X1 ) ) ).
fof(a531863,axiom,
! [X] :
( polymer_1(X)
=> ( original_name_2(X,'Polymer')
& user_description_2(X,'A polymer is a large molecule (macromolecule) composed of repeating structural units typically connected by covalent chemical bonds.')
& concept2words_2(X,chain)
& concept2words_2(X,'large biological molecule')
& concept2words_2(X,'large-biological-molecule')
& concept2words_2(X,'large biomolecule')
& concept2words_2(X,'large-biomolecule')
& concept2words_2(X,macromolecule)
& concept2words_2(X,polymer)
& chemical_entity_1(X)
& covalent_bond_1(fn_polymer_1(X))
& length_value_1(fn_polymer_3(X))
& monomer_1(fn_polymer_4(X))
& monomer_1(fn_polymer_6(X))
& size_value_1(fn_polymer_7(X))
& size_value_1(fn_polymer_8(X))
& greater_than_2(fn_polymer_8(X),fn_polymer_7(X))
& size_2(fn_polymer_4(X),fn_polymer_7(X))
& length_2(X,fn_polymer_3(X))
& size_2(X,fn_polymer_8(X))
& possesses_2(X,fn_polymer_1(X))
& minCardinality(X,has_part_0,"3",monomer_0)
& has_part_2(X,fn_polymer_6(X))
& has_part_2(X,fn_polymer_4(X)) ) ) ).
fof(a531864,axiom,
! [X] :
( polymer_breakdown_1(X)
=> ( original_name_2(X,'Polymer-Breakdown')
& user_description_2(X,'The process of breakdown of a polymer is called polymer breakdown.')
& concept2words_2(X,'polymer hydrolysis')
& concept2words_2(X,'polymer-hydrolysis')
& concept2words_2(X,'break down')
& concept2words_2(X,convert)
& concept2words_2(X,'breakdown of polymer')
& concept2words_2(X,'polymer breakdown')
& concept2words_2(X,'polymer-breakdown')
& catabolic_pathway_1(X)
& free_energy_1(fn_polymer_breakdown_1(X))
& monomer_1(fn_polymer_breakdown_2(X))
& polymer_1(fn_polymer_breakdown_3(X))
& minCardinality(X,result_0,"2",monomer_0)
& result_2(X,fn_polymer_breakdown_2(X))
& raw_material_2(X,fn_polymer_breakdown_3(X))
& result_2(X,fn_polymer_breakdown_1(X))
& fn_polymer_breakdown_2(X) = fn_catabolic_pathway_9(X)
& fn_polymer_breakdown_3(X) = fn_catabolic_pathway_10(X)
& fn_polymer_breakdown_1(X) = fn_catabolic_pathway_11(X) ) ) ).
fof(a531865,axiom,
! [X] :
( polymer_synthesis_1(X)
=> ( original_name_2(X,'Polymer-Synthesis')
& user_description_2(X,'The process of synthesis of a polymer is called polymer synthesis.')
& concept2words_2(X,polymerization)
& concept2words_2(X,polymerisation)
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of polymer')
& concept2words_2(X,'polymer synthesis')
& concept2words_2(X,'polymer-synthesis')
& synthesis_reaction_1(X)
& anabolic_pathway_1(X)
& ~ catabolic_pathway_1(X)
& ~ renin_angiotensin_aldosterone_system_1(X)
& atomic_mass_value_1(fn_polymer_synthesis_2(X))
& free_energy_1(fn_polymer_synthesis_3(X))
& activation_energy_1(fn_polymer_synthesis_4(X))
& monomer_1(fn_polymer_synthesis_7(X))
& monomer_1(fn_polymer_synthesis_8(X))
& quantity_value_1(fn_polymer_synthesis_9(X))
& quantity_value_1(fn_polymer_synthesis_10(X))
& molecule_1(fn_polymer_synthesis_11(X))
& polar_molecule_1(fn_polymer_synthesis_11(X))
& chemical_entity_1(fn_polymer_synthesis_11(X))
& water_molecule_1(fn_polymer_synthesis_11(X))
& entity_1(fn_polymer_synthesis_12(X))
& chemical_entity_1(fn_polymer_synthesis_12(X))
& atom_1(fn_polymer_synthesis_12(X))
& oxygen_1(fn_polymer_synthesis_12(X))
& entity_1(fn_polymer_synthesis_13(X))
& chemical_entity_1(fn_polymer_synthesis_13(X))
& atom_1(fn_polymer_synthesis_13(X))
& hold_together_1(fn_polymer_synthesis_14(X))
& chemical_bond_1(fn_polymer_synthesis_15(X))
& polar_covalent_bond_1(fn_polymer_synthesis_15(X))
& attract_1(fn_polymer_synthesis_16(X))
& attract_1(fn_polymer_synthesis_17(X))
& free_energy_1(fn_polymer_synthesis_18(X))
& free_energy_1(fn_polymer_synthesis_19(X))
& monomer_1(fn_polymer_synthesis_20(X))
& tangible_entity_1(fn_polymer_synthesis_21(X))
& entity_1(fn_polymer_synthesis_21(X))
& chemical_entity_1(fn_polymer_synthesis_21(X))
& atom_1(fn_polymer_synthesis_21(X))
& hydrogen_1(fn_polymer_synthesis_21(X))
& monomer_1(fn_polymer_synthesis_22(X))
& polymer_1(fn_polymer_synthesis_23(X))
& chemical_entity_1(fn_polymer_synthesis_23(X))
& dehydration_reaction_1(fn_polymer_synthesis_24(X))
& entity_1(fn_polymer_synthesis_25(X))
& chemical_entity_1(fn_polymer_synthesis_25(X))
& atom_1(fn_polymer_synthesis_25(X))
& oxygen_1(fn_polymer_synthesis_25(X))
& monomer_1(fn_polymer_6(fn_polymer_synthesis_23(X)))
& monomer_1(fn_polymer_4(fn_polymer_synthesis_23(X)))
& chemical_bond_1(fn_dehydration_reaction_2(fn_polymer_synthesis_24(X)))
& polar_covalent_bond_1(fn_dehydration_reaction_2(fn_polymer_synthesis_24(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_polymer_synthesis_15(X)))
& property_node_1(fn_endergonic_reaction_7(fn_polymer_synthesis_24(X)))
& property_node_1(fn_endergonic_reaction_6(fn_polymer_synthesis_24(X)))
& quantity_value_1(fn_endergonic_reaction_5(fn_polymer_synthesis_24(X)))
& quantity_value_1(fn_endergonic_reaction_4(fn_polymer_synthesis_24(X)))
& free_energy_1(fn_endergonic_reaction_3(fn_polymer_synthesis_24(X)))
& chemical_entity_1(fn_endergonic_reaction_9(fn_polymer_synthesis_24(X)))
& entity_1(fn_attract_2(fn_polymer_synthesis_17(X)))
& entity_1(fn_water_molecule_72(fn_polymer_synthesis_11(X)))
& chemical_entity_1(fn_water_molecule_72(fn_polymer_synthesis_11(X)))
& atom_1(fn_water_molecule_72(fn_polymer_synthesis_11(X)))
& oxygen_1(fn_water_molecule_72(fn_polymer_synthesis_11(X)))
& entity_1(fn_attract_2(fn_polymer_synthesis_16(X)))
& entity_1(fn_polar_molecule_2(fn_polymer_synthesis_11(X)))
& atom_1(fn_polar_molecule_2(fn_polymer_synthesis_11(X)))
& entity_1(fn_water_molecule_63(fn_polymer_synthesis_11(X)))
& atom_1(fn_water_molecule_63(fn_polymer_synthesis_11(X)))
& hydrogen_1(fn_water_molecule_63(fn_polymer_synthesis_11(X)))
& tangible_entity_1(fn_water_molecule_64(fn_polymer_synthesis_11(X)))
& entity_1(fn_water_molecule_64(fn_polymer_synthesis_11(X)))
& chemical_entity_1(fn_water_molecule_64(fn_polymer_synthesis_11(X)))
& atom_1(fn_water_molecule_64(fn_polymer_synthesis_11(X)))
& hydrogen_1(fn_water_molecule_64(fn_polymer_synthesis_11(X)))
& atom_1(fn_dehydration_reaction_3(fn_polymer_synthesis_24(X)))
& oxygen_1(fn_dehydration_reaction_3(fn_polymer_synthesis_24(X)))
& molecule_1(fn_condensation_reaction_3(fn_polymer_synthesis_24(X)))
& water_molecule_1(fn_dehydration_reaction_6(fn_polymer_synthesis_24(X)))
& chemical_entity_1(fn_dehydration_reaction_7(fn_polymer_synthesis_24(X)))
& molecule_1(fn_dehydration_reaction_7(fn_polymer_synthesis_24(X)))
& molecule_1(fn_dehydration_reaction_8(fn_polymer_synthesis_24(X)))
& atom_1(fn_molecule_7(fn_polymer_synthesis_22(X)))
& entity_1(fn_polar_covalent_bond_19(fn_polymer_synthesis_15(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_polymer_synthesis_15(X)))
& atom_1(fn_polar_covalent_bond_19(fn_polymer_synthesis_15(X)))
& entity_1(fn_polar_covalent_bond_18(fn_polymer_synthesis_15(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_polymer_synthesis_15(X)))
& atom_1(fn_polar_covalent_bond_18(fn_polymer_synthesis_15(X)))
& free_energy_1(fn_dehydration_reaction_1(fn_polymer_synthesis_24(X)))
& free_energy_1(fn_endergonic_reaction_2(fn_polymer_synthesis_24(X)))
& the_cardinal_value_2(fn_polymer_synthesis_2(X),"1.0e0")
& cardinal_unit_class_2(fn_polymer_synthesis_2(X),unity_0)
& raw_material_2(X,fn_polymer_synthesis_22(X))
& raw_material_2(X,fn_polymer_synthesis_4(X))
& minCardinality(X,subevent_0,"2",condensation_reaction_0)
& subevent_2(X,fn_polymer_synthesis_24(X))
& result_2(X,fn_polymer_synthesis_3(X))
& result_2(X,fn_polymer_synthesis_23(X))
& has_state_2(fn_polymer_synthesis_22(X),fn_polymer_synthesis_8(X))
& mass_number_2(fn_polymer_synthesis_21(X),fn_polymer_synthesis_2(X))
& has_state_2(fn_polymer_synthesis_20(X),fn_polymer_synthesis_7(X))
& agent_2(fn_polymer_synthesis_17(X),fn_polymer_synthesis_25(X))
& agent_2(fn_polymer_synthesis_16(X),fn_polymer_synthesis_21(X))
& raw_material_2(X,fn_polymer_synthesis_20(X))
& result_2(X,fn_polymer_synthesis_11(X))
& possesses_2(fn_polymer_synthesis_11(X),fn_polymer_synthesis_19(X))
& has_part_2(fn_polymer_synthesis_23(X),fn_polymer_synthesis_8(X))
& has_part_2(fn_polymer_synthesis_23(X),fn_polymer_synthesis_7(X))
& has_part_2(fn_polymer_synthesis_22(X),fn_polymer_synthesis_13(X))
& object_2(fn_polymer_synthesis_14(X),fn_polymer_synthesis_12(X))
& fn_polymer_synthesis_12(X) != fn_polymer_synthesis_13(X)
& fn_polymer_synthesis_13(X) != fn_polymer_synthesis_12(X)
& possesses_2(fn_polymer_synthesis_20(X),fn_polymer_synthesis_15(X))
& fn_polymer_synthesis_22(X) != fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) != fn_polymer_synthesis_22(X)
& has_part_2(fn_polymer_synthesis_11(X),fn_polymer_synthesis_21(X))
& fn_polymer_synthesis_25(X) != fn_polymer_synthesis_21(X)
& fn_polymer_synthesis_21(X) != fn_polymer_synthesis_25(X)
& possesses_2(fn_polymer_synthesis_20(X),fn_polymer_synthesis_18(X))
& result_2(fn_polymer_synthesis_24(X),fn_polymer_synthesis_11(X))
& raw_material_2(fn_polymer_synthesis_24(X),fn_polymer_synthesis_20(X))
& has_part_2(fn_polymer_synthesis_20(X),fn_polymer_synthesis_12(X))
& is_between_2(fn_polymer_synthesis_15(X),fn_polymer_synthesis_12(X))
& fn_polymer_synthesis_11(X) != fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) != fn_polymer_synthesis_11(X)
& is_between_2(fn_polymer_synthesis_15(X),fn_polymer_synthesis_13(X))
& object_2(fn_polymer_synthesis_14(X),fn_polymer_synthesis_13(X))
& agent_2(fn_polymer_synthesis_14(X),fn_polymer_synthesis_15(X))
& has_function_2(fn_polymer_synthesis_15(X),fn_polymer_synthesis_14(X))
& called_2(fn_polymer_synthesis_9(X),'FE_p')
& quantity_2(fn_polymer_synthesis_18(X),fn_polymer_synthesis_10(X))
& result_2(fn_polymer_synthesis_24(X),fn_polymer_synthesis_23(X))
& possesses_2(fn_polymer_synthesis_23(X),fn_polymer_synthesis_19(X))
& quantity_2(fn_polymer_synthesis_19(X),fn_polymer_synthesis_9(X))
& greater_than_2(fn_polymer_synthesis_9(X),fn_polymer_synthesis_10(X))
& called_2(fn_polymer_synthesis_10(X),'FE_r')
& fn_polymer_synthesis_25(X) = fn_attract_2(fn_polymer_synthesis_17(X))
& fn_polymer_synthesis_21(X) = fn_attract_2(fn_polymer_synthesis_16(X))
& fn_polymer_synthesis_20(X) = fn_anabolic_pathway_6(X)
& fn_polymer_synthesis_19(X) = fn_endergonic_reaction_3(X)
& fn_polymer_synthesis_11(X) = fn_endergonic_reaction_9(X)
& fn_polymer_synthesis_8(X) = fn_polymer_6(fn_polymer_synthesis_23(X))
& fn_polymer_synthesis_7(X) = fn_polymer_4(fn_polymer_synthesis_23(X))
& fn_polymer_synthesis_13(X) = fn_molecule_7(fn_polymer_synthesis_22(X))
& fn_polymer_synthesis_12(X) = fn_polar_covalent_bond_18(fn_polymer_synthesis_15(X))
& fn_polymer_synthesis_22(X) = fn_dehydration_reaction_7(fn_polymer_synthesis_24(X))
& fn_polymer_synthesis_25(X) = fn_water_molecule_72(fn_polymer_synthesis_11(X))
& fn_polymer_synthesis_21(X) = fn_polar_molecule_2(fn_polymer_synthesis_11(X))
& fn_polymer_synthesis_21(X) = fn_water_molecule_63(fn_polymer_synthesis_11(X))
& fn_polymer_synthesis_21(X) = fn_water_molecule_64(fn_polymer_synthesis_11(X))
& fn_polymer_synthesis_18(X) = fn_dehydration_reaction_1(fn_polymer_synthesis_24(X))
& fn_polymer_synthesis_11(X) = fn_condensation_reaction_3(fn_polymer_synthesis_24(X))
& fn_polymer_synthesis_15(X) = fn_dehydration_reaction_2(fn_polymer_synthesis_24(X))
& fn_polymer_synthesis_12(X) = fn_dehydration_reaction_3(fn_polymer_synthesis_24(X))
& fn_polymer_synthesis_11(X) = fn_dehydration_reaction_6(fn_polymer_synthesis_24(X))
& fn_polymer_synthesis_20(X) = fn_dehydration_reaction_7(fn_polymer_synthesis_24(X))
& fn_polymer_synthesis_20(X) = fn_dehydration_reaction_8(fn_polymer_synthesis_24(X))
& fn_polymer_synthesis_14(X) = fn_polar_covalent_bond_17(fn_polymer_synthesis_15(X))
& fn_polymer_synthesis_13(X) = fn_polar_covalent_bond_19(fn_polymer_synthesis_15(X))
& fn_polymer_synthesis_13(X) = fn_polar_covalent_bond_18(fn_polymer_synthesis_15(X))
& fn_polymer_synthesis_6(X) = fn_endergonic_reaction_7(fn_polymer_synthesis_24(X))
& fn_polymer_synthesis_5(X) = fn_endergonic_reaction_6(fn_polymer_synthesis_24(X))
& fn_polymer_synthesis_18(X) = fn_endergonic_reaction_2(fn_polymer_synthesis_24(X))
& fn_polymer_synthesis_10(X) = fn_endergonic_reaction_5(fn_polymer_synthesis_24(X))
& fn_polymer_synthesis_9(X) = fn_endergonic_reaction_4(fn_polymer_synthesis_24(X))
& fn_polymer_synthesis_19(X) = fn_endergonic_reaction_3(fn_polymer_synthesis_24(X))
& fn_polymer_synthesis_23(X) = fn_endergonic_reaction_9(fn_polymer_synthesis_24(X))
& fn_attract_2(fn_polymer_synthesis_17(X)) = fn_water_molecule_72(fn_polymer_synthesis_11(X))
& fn_water_molecule_72(fn_polymer_synthesis_11(X)) = fn_water_molecule_72(fn_polymer_synthesis_11(X))
& fn_water_molecule_72(fn_polymer_synthesis_11(X)) = fn_attract_2(fn_polymer_synthesis_16(X))
& fn_attract_2(fn_polymer_synthesis_16(X)) = fn_polar_molecule_2(fn_polymer_synthesis_11(X))
& fn_water_molecule_63(fn_polymer_synthesis_11(X)) = fn_polar_molecule_2(fn_polymer_synthesis_11(X))
& fn_polar_molecule_2(fn_polymer_synthesis_11(X)) = fn_water_molecule_63(fn_polymer_synthesis_11(X))
& fn_water_molecule_63(fn_polymer_synthesis_11(X)) = fn_water_molecule_63(fn_polymer_synthesis_11(X))
& fn_water_molecule_64(fn_polymer_synthesis_11(X)) = fn_water_molecule_63(fn_polymer_synthesis_11(X))
& fn_water_molecule_63(fn_polymer_synthesis_11(X)) = fn_water_molecule_64(fn_polymer_synthesis_11(X))
& fn_water_molecule_64(fn_polymer_synthesis_11(X)) = fn_polar_covalent_bond_18(fn_polymer_synthesis_15(X))
& fn_polar_covalent_bond_18(fn_polymer_synthesis_15(X)) = fn_polar_covalent_bond_18(fn_polymer_synthesis_15(X))
& fn_polar_covalent_bond_18(fn_polymer_synthesis_15(X)) = fn_dehydration_reaction_3(fn_polymer_synthesis_24(X))
& fn_dehydration_reaction_3(fn_polymer_synthesis_24(X)) = fn_dehydration_reaction_3(fn_polymer_synthesis_24(X))
& fn_dehydration_reaction_3(fn_polymer_synthesis_24(X)) = fn_endergonic_reaction_9(X)
& fn_endergonic_reaction_9(X) = fn_condensation_reaction_3(fn_polymer_synthesis_24(X))
& fn_condensation_reaction_3(fn_polymer_synthesis_24(X)) = fn_endergonic_reaction_9(X)
& fn_endergonic_reaction_9(X) = fn_endergonic_reaction_9(X)
& fn_endergonic_reaction_9(X) = fn_dehydration_reaction_6(fn_polymer_synthesis_24(X))
& fn_dehydration_reaction_6(fn_polymer_synthesis_24(X)) = fn_dehydration_reaction_6(fn_polymer_synthesis_24(X))
& fn_dehydration_reaction_6(fn_polymer_synthesis_24(X)) = fn_anabolic_pathway_6(X)
& fn_anabolic_pathway_6(X) = fn_dehydration_reaction_7(fn_polymer_synthesis_24(X))
& fn_dehydration_reaction_8(fn_polymer_synthesis_24(X)) = fn_dehydration_reaction_8(fn_polymer_synthesis_24(X))
& fn_dehydration_reaction_7(fn_polymer_synthesis_24(X)) = fn_dehydration_reaction_7(fn_polymer_synthesis_24(X))
& fn_dehydration_reaction_8(fn_polymer_synthesis_24(X)) = fn_dehydration_reaction_7(fn_polymer_synthesis_24(X))
& fn_dehydration_reaction_7(fn_polymer_synthesis_24(X)) = fn_dehydration_reaction_8(fn_polymer_synthesis_24(X))
& fn_dehydration_reaction_8(fn_polymer_synthesis_24(X)) = fn_molecule_7(fn_polymer_synthesis_22(X))
& fn_molecule_7(fn_polymer_synthesis_22(X)) = fn_polar_covalent_bond_19(fn_polymer_synthesis_15(X))
& fn_polar_covalent_bond_19(fn_polymer_synthesis_15(X)) = fn_polar_covalent_bond_19(fn_polymer_synthesis_15(X))
& fn_polar_covalent_bond_18(fn_polymer_synthesis_15(X)) = fn_polar_covalent_bond_19(fn_polymer_synthesis_15(X))
& fn_polar_covalent_bond_19(fn_polymer_synthesis_15(X)) = fn_polar_covalent_bond_18(fn_polymer_synthesis_15(X))
& fn_polar_covalent_bond_18(fn_polymer_synthesis_15(X)) = fn_dehydration_reaction_1(fn_polymer_synthesis_24(X))
& fn_dehydration_reaction_1(fn_polymer_synthesis_24(X)) = fn_endergonic_reaction_2(fn_polymer_synthesis_24(X)) ) ) ).
fof(a531866,axiom,
! [X] :
( polymerase_1(X)
=> ( original_name_2(X,'Polymerase')
& user_description_2(X,'Polymerases are a class of enzymes which build DNA or RNA molecules by using a template.')
& concept2words_2(X,polymerase)
& protein_enzyme_1(X) ) ) ).
fof(a531867,axiom,
! [X] :
( polymerase_chain_reaction_1(X)
=> ( original_name_2(X,'Polymerase-Chain-Reaction')
& user_description_2(X,'A technique for amplifying DNA in vitro by incubating it with specific primers, a heat-resistant DNA polymerase, and nucleotides.')
& concept2words_2(X,'dna amplification in lab')
& concept2words_2(X,'dna replication in lab')
& concept2words_2(X,pcr)
& concept2words_2(X,'undergo polymerase chain reaction')
& concept2words_2(X,'polymerase chain reaction')
& concept2words_2(X,'polymerase-chain-reaction')
& engineering_1(X)
& synthesis_of_dna_strand_1(X)
& ~ synthesis_of_leading_strand_1(X)
& ~ synthesis_of_lagging_strand_1(X)
& dna_1(fn_polymerase_chain_reaction_1(X))
& reactant_1(fn_polymerase_chain_reaction_6(X))
& free_energy_1(fn_polymerase_chain_reaction_7(X))
& chemical_bond_1(fn_polymerase_chain_reaction_8(X))
& polar_covalent_bond_1(fn_polymerase_chain_reaction_8(X))
& structural_complexity_value_1(fn_polymerase_chain_reaction_9(X))
& monomer_1(fn_polymerase_chain_reaction_10(X))
& entity_1(fn_polymerase_chain_reaction_11(X))
& chemical_entity_1(fn_polymerase_chain_reaction_11(X))
& atom_1(fn_polymerase_chain_reaction_11(X))
& oxygen_1(fn_polymerase_chain_reaction_11(X))
& hydroxyl_group_1(fn_polymerase_chain_reaction_12(X))
& entity_1(fn_polymerase_chain_reaction_13(X))
& chemical_entity_1(fn_polymerase_chain_reaction_13(X))
& atom_1(fn_polymerase_chain_reaction_13(X))
& monomer_1(fn_polymerase_chain_reaction_14(X))
& free_energy_1(fn_polymerase_chain_reaction_15(X))
& structural_complexity_value_1(fn_polymerase_chain_reaction_16(X))
& quantity_value_1(fn_polymerase_chain_reaction_17(X))
& quantity_value_1(fn_polymerase_chain_reaction_18(X))
& chemical_entity_1(fn_polymerase_chain_reaction_19(X))
& monomer_1(fn_polymerase_chain_reaction_19(X))
& chemical_entity_1(fn_polymerase_chain_reaction_20(X))
& monomer_1(fn_polymerase_chain_reaction_20(X))
& dehydration_reaction_1(fn_polymerase_chain_reaction_21(X))
& clone_1(fn_polymerase_chain_reaction_22(X))
& dna_strand_1(fn_polymerase_chain_reaction_22(X))
& molecule_1(fn_polymerase_chain_reaction_23(X))
& polar_molecule_1(fn_polymerase_chain_reaction_23(X))
& chemical_entity_1(fn_polymerase_chain_reaction_23(X))
& water_molecule_1(fn_polymerase_chain_reaction_23(X))
& oxygen_1(fn_hydroxyl_group_4(fn_polymerase_chain_reaction_12(X)))
& chemical_entity_1(fn_functional_group_1(fn_polymerase_chain_reaction_12(X)))
& object_2(X,fn_polymerase_chain_reaction_1(X))
& structural_complexity_2(fn_polymerase_chain_reaction_22(X),fn_polymerase_chain_reaction_16(X))
& has_region_2(fn_polymerase_chain_reaction_19(X),fn_polymerase_chain_reaction_12(X))
& is_inside_2(fn_polymerase_chain_reaction_11(X),fn_polymerase_chain_reaction_12(X))
& has_part_2(fn_polymerase_chain_reaction_22(X),fn_polymerase_chain_reaction_14(X))
& possesses_2(fn_polymerase_chain_reaction_22(X),fn_polymerase_chain_reaction_15(X))
& result_2(fn_polymerase_chain_reaction_21(X),fn_polymerase_chain_reaction_22(X))
& raw_material_2(fn_polymerase_chain_reaction_21(X),fn_polymerase_chain_reaction_20(X))
& result_2(X,fn_polymerase_chain_reaction_22(X))
& has_part_2(fn_polymerase_chain_reaction_22(X),fn_polymerase_chain_reaction_10(X))
& called_2(fn_polymerase_chain_reaction_17(X),'FE_p')
& has_state_2(fn_polymerase_chain_reaction_19(X),fn_polymerase_chain_reaction_10(X))
& has_part_2(fn_polymerase_chain_reaction_19(X),fn_polymerase_chain_reaction_11(X))
& result_2(fn_polymerase_chain_reaction_21(X),fn_polymerase_chain_reaction_23(X))
& greater_than_2(fn_polymerase_chain_reaction_17(X),fn_polymerase_chain_reaction_18(X))
& quantity_2(fn_polymerase_chain_reaction_15(X),fn_polymerase_chain_reaction_17(X))
& possesses_2(fn_polymerase_chain_reaction_23(X),fn_polymerase_chain_reaction_15(X))
& fn_polymerase_chain_reaction_20(X) != fn_polymerase_chain_reaction_23(X)
& fn_polymerase_chain_reaction_23(X) != fn_polymerase_chain_reaction_20(X)
& subevent_2(X,fn_polymerase_chain_reaction_21(X))
& raw_material_2(fn_polymerase_chain_reaction_21(X),fn_polymerase_chain_reaction_19(X))
& possesses_2(fn_polymerase_chain_reaction_19(X),fn_polymerase_chain_reaction_7(X))
& quantity_2(fn_polymerase_chain_reaction_7(X),fn_polymerase_chain_reaction_18(X))
& called_2(fn_polymerase_chain_reaction_18(X),'FE_r')
& structural_complexity_2(fn_polymerase_chain_reaction_19(X),fn_polymerase_chain_reaction_9(X))
& greater_than_2(fn_polymerase_chain_reaction_16(X),fn_polymerase_chain_reaction_9(X))
& is_between_2(fn_polymerase_chain_reaction_8(X),fn_polymerase_chain_reaction_13(X))
& has_part_2(fn_polymerase_chain_reaction_20(X),fn_polymerase_chain_reaction_13(X))
& has_state_2(fn_polymerase_chain_reaction_20(X),fn_polymerase_chain_reaction_14(X))
& raw_material_2(X,fn_polymerase_chain_reaction_20(X))
& fn_polymerase_chain_reaction_20(X) != fn_polymerase_chain_reaction_19(X)
& plays_2(fn_polymerase_chain_reaction_19(X),fn_polymerase_chain_reaction_6(X))
& in_event_2(fn_polymerase_chain_reaction_6(X),X)
& raw_material_2(X,fn_polymerase_chain_reaction_19(X))
& fn_polymerase_chain_reaction_19(X) != fn_polymerase_chain_reaction_20(X)
& result_2(X,fn_polymerase_chain_reaction_23(X))
& fn_polymerase_chain_reaction_23(X) != fn_polymerase_chain_reaction_19(X)
& possesses_2(fn_polymerase_chain_reaction_19(X),fn_polymerase_chain_reaction_8(X))
& is_between_2(fn_polymerase_chain_reaction_8(X),fn_polymerase_chain_reaction_11(X))
& fn_polymerase_chain_reaction_11(X) != fn_polymerase_chain_reaction_13(X)
& fn_polymerase_chain_reaction_19(X) != fn_polymerase_chain_reaction_23(X)
& fn_polymerase_chain_reaction_13(X) != fn_polymerase_chain_reaction_11(X)
& fn_polymerase_chain_reaction_19(X) = fn_functional_group_1(fn_polymerase_chain_reaction_12(X))
& fn_polymerase_chain_reaction_11(X) = fn_hydroxyl_group_4(fn_polymerase_chain_reaction_12(X))
& fn_polymerase_chain_reaction_14(X) = fn_polymer_synthesis_7(X)
& fn_polymerase_chain_reaction_22(X) = fn_polymer_synthesis_23(X)
& fn_polymerase_chain_reaction_10(X) = fn_polymer_synthesis_8(X)
& fn_polymerase_chain_reaction_10(X) = fn_polymer_synthesis_7(X)
& fn_polymerase_chain_reaction_3(X) = fn_polymer_synthesis_6(X)
& fn_polymerase_chain_reaction_11(X) = fn_polymer_synthesis_12(X)
& fn_polymerase_chain_reaction_2(X) = fn_polymer_synthesis_5(X)
& fn_polymerase_chain_reaction_15(X) = fn_polymer_synthesis_19(X)
& fn_polymerase_chain_reaction_17(X) = fn_polymer_synthesis_9(X)
& fn_polymerase_chain_reaction_18(X) = fn_polymer_synthesis_10(X)
& fn_polymerase_chain_reaction_7(X) = fn_polymer_synthesis_18(X)
& fn_polymerase_chain_reaction_19(X) = fn_polymer_synthesis_20(X)
& fn_polymerase_chain_reaction_21(X) = fn_polymer_synthesis_24(X)
& fn_polymerase_chain_reaction_5(X) = fn_synthesis_of_dna_strand_7(X)
& fn_polymerase_chain_reaction_4(X) = fn_synthesis_of_dna_strand_8(X)
& fn_polymerase_chain_reaction_16(X) = fn_synthesis_of_dna_strand_11(X)
& fn_polymerase_chain_reaction_9(X) = fn_synthesis_of_dna_strand_12(X)
& fn_polymerase_chain_reaction_14(X) = fn_synthesis_of_dna_strand_13(X)
& fn_polymerase_chain_reaction_20(X) = fn_synthesis_of_dna_strand_23(X)
& fn_polymerase_chain_reaction_6(X) = fn_synthesis_of_dna_strand_25(X)
& fn_polymerase_chain_reaction_20(X) = fn_polymer_synthesis_20(X)
& fn_polymerase_chain_reaction_19(X) = fn_polymer_synthesis_22(X)
& fn_polymerase_chain_reaction_19(X) = fn_synthesis_of_dna_strand_23(X)
& fn_polymerase_chain_reaction_20(X) = fn_synthesis_of_dna_strand_24(X)
& fn_polymerase_chain_reaction_13(X) = fn_synthesis_of_dna_strand_14(X)
& fn_polymerase_chain_reaction_11(X) = fn_synthesis_of_dna_strand_15(X)
& fn_polymerase_chain_reaction_8(X) = fn_synthesis_of_dna_strand_16(X)
& fn_polymerase_chain_reaction_19(X) = fn_synthesis_of_dna_strand_24(X)
& fn_polymerase_chain_reaction_23(X) = fn_polymer_synthesis_11(X)
& fn_polymerase_chain_reaction_23(X) = fn_synthesis_of_dna_strand_10(X)
& fn_polymer_synthesis_8(X) = fn_polymer_synthesis_8(X)
& fn_polymer_synthesis_8(X) = fn_polymer_synthesis_7(X)
& fn_polymer_synthesis_7(X) = fn_polymer_synthesis_7(X)
& fn_polymer_synthesis_7(X) = fn_synthesis_of_dna_strand_13(X)
& fn_synthesis_of_dna_strand_13(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_dna_strand_23(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_dna_strand_24(X) = fn_hydroxyl_group_4(fn_polymerase_chain_reaction_12(X))
& fn_hydroxyl_group_4(fn_polymerase_chain_reaction_12(X)) = fn_polymer_synthesis_12(X)
& fn_polymer_synthesis_12(X) = fn_polymer_synthesis_12(X)
& fn_polymer_synthesis_12(X) = fn_synthesis_of_dna_strand_15(X)
& fn_synthesis_of_dna_strand_15(X) = fn_synthesis_of_dna_strand_15(X)
& fn_synthesis_of_dna_strand_15(X) = fn_functional_group_1(fn_polymerase_chain_reaction_12(X))
& fn_functional_group_1(fn_polymerase_chain_reaction_12(X)) = fn_polymer_synthesis_22(X)
& fn_polymer_synthesis_22(X) = fn_polymer_synthesis_22(X)
& fn_polymer_synthesis_20(X) = fn_polymer_synthesis_22(X)
& fn_polymer_synthesis_22(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_synthesis_of_dna_strand_23(X)
& fn_synthesis_of_dna_strand_23(X) = fn_synthesis_of_dna_strand_23(X)
& fn_synthesis_of_dna_strand_23(X) = fn_synthesis_of_dna_strand_24(X)
& fn_synthesis_of_dna_strand_24(X) = fn_synthesis_of_dna_strand_24(X)
& fn_synthesis_of_dna_strand_24(X) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_polymer_synthesis_11(X)
& fn_synthesis_of_dna_strand_10(X) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_synthesis_of_dna_strand_10(X) ) ) ).
fof(a531868,axiom,
! [X] :
( polyp_1(X)
=> ( original_name_2(X,'Polyp')
& user_description_2(X,'The benthic, vaguely tubular body plan of the generalized cnidarian life cycle. The other body variant is the medusa, which is flattened and pelagic.')
& concept2words_2(X,polyp)
& cnidaria_1(X) ) ) ).
fof(a531869,axiom,
! [X] :
( polypeptide_1(X)
=> ( original_name_2(X,'Polypeptide')
& user_description_2(X,'Polypeptides are chains of amino acids connected to each other by peptide bond.')
& concept2words_2(X,polypeptide)
& organic_molecule_1(X)
& polymer_1(X)
& ~ aldose_1(X)
& ~ disaccharide_1(X)
& ~ nucleic_acid_1(X)
& ~ oligosaccharide_1(X)
& ~ polysaccharide_1(X)
& ~ sporopollenin_1(X)
& ~ sister_chromatid_1(X)
& intensity_value_1(fn_polypeptide_1(X))
& entity_1(fn_polypeptide_15(X))
& chemical_entity_1(fn_polypeptide_15(X))
& atom_1(fn_polypeptide_15(X))
& oxygen_1(fn_polypeptide_15(X))
& double_bond_1(fn_polypeptide_16(X))
& unequal_sharing_1(fn_polypeptide_17(X))
& entity_1(fn_polypeptide_18(X))
& electron_1(fn_polypeptide_18(X))
& valence_electron_1(fn_polypeptide_18(X))
& atomic_orbital_1(fn_polypeptide_19(X))
& atomic_nucleus_1(fn_polypeptide_20(X))
& center_1(fn_polypeptide_21(X))
& attract_1(fn_polypeptide_22(X))
& asymmetrical_distribution_1(fn_polypeptide_23(X))
& constant_motion_1(fn_polypeptide_24(X))
& share_1(fn_polypeptide_25(X))
& quantity_value_1(fn_polypeptide_26(X))
& proton_1(fn_polypeptide_27(X))
& atomic_nucleus_1(fn_polypeptide_28(X))
& proton_1(fn_polypeptide_29(X))
& tangible_entity_1(fn_polypeptide_30(X))
& entity_1(fn_polypeptide_30(X))
& electron_1(fn_polypeptide_30(X))
& valence_electron_1(fn_polypeptide_30(X))
& tangible_entity_1(fn_polypeptide_31(X))
& entity_1(fn_polypeptide_31(X))
& electron_1(fn_polypeptide_31(X))
& valence_electron_1(fn_polypeptide_31(X))
& atomic_nucleus_1(fn_polypeptide_32(X))
& atomic_nucleus_1(fn_polypeptide_33(X))
& atomic_nucleus_1(fn_polypeptide_34(X))
& first_electron_shell_1(fn_polypeptide_35(X))
& electron_shell_1(fn_polypeptide_36(X))
& atomic_orbital_1(fn_polypeptide_37(X))
& tangible_entity_1(fn_polypeptide_38(X))
& entity_1(fn_polypeptide_38(X))
& electron_1(fn_polypeptide_38(X))
& valence_electron_1(fn_polypeptide_38(X))
& share_1(fn_polypeptide_39(X))
& unequal_sharing_1(fn_polypeptide_39(X))
& unequal_sharing_1(fn_polypeptide_40(X))
& share_1(fn_polypeptide_41(X))
& share_1(fn_polypeptide_42(X))
& hold_1(fn_polypeptide_43(X))
& hold_together_1(fn_polypeptide_43(X))
& entity_1(fn_polypeptide_44(X))
& chemical_entity_1(fn_polypeptide_44(X))
& atom_1(fn_polypeptide_44(X))
& hydrogen_1(fn_polypeptide_44(X))
& atomic_number_value_1(fn_polypeptide_45(X))
& electronegativity_value_1(fn_polypeptide_46(X))
& electronegativity_value_1(fn_polypeptide_47(X))
& covalent_bond_1(fn_polypeptide_48(X))
& double_bond_1(fn_polypeptide_48(X))
& share_1(fn_polypeptide_49(X))
& share_1(fn_polypeptide_50(X))
& share_1(fn_polypeptide_51(X))
& share_1(fn_polypeptide_52(X))
& share_1(fn_polypeptide_53(X))
& hold_1(fn_polypeptide_54(X))
& hold_together_1(fn_polypeptide_54(X))
& hold_together_1(fn_polypeptide_55(X))
& hold_1(fn_polypeptide_56(X))
& hold_together_1(fn_polypeptide_56(X))
& proton_1(fn_polypeptide_57(X))
& atomic_number_value_1(fn_polypeptide_58(X))
& quantity_value_1(fn_polypeptide_59(X))
& center_1(fn_polypeptide_60(X))
& electron_shell_1(fn_polypeptide_61(X))
& electron_shell_1(fn_polypeptide_62(X))
& attach_1(fn_polypeptide_63(X))
& quantity_value_1(fn_polypeptide_64(X))
& electron_shell_1(fn_polypeptide_65(X))
& electron_shell_1(fn_polypeptide_66(X))
& electron_1(fn_polypeptide_67(X))
& valence_electron_1(fn_polypeptide_67(X))
& quantity_value_1(fn_polypeptide_68(X))
& share_1(fn_polypeptide_69(X))
& atomic_nucleus_1(fn_polypeptide_70(X))
& hold_1(fn_polypeptide_71(X))
& hold_together_1(fn_polypeptide_71(X))
& center_1(fn_polypeptide_72(X))
& proton_1(fn_polypeptide_73(X))
& system_1(fn_polypeptide_74(X))
& atomic_number_value_1(fn_polypeptide_75(X))
& quantity_value_1(fn_polypeptide_76(X))
& entity_1(fn_polypeptide_78(X))
& tangible_entity_1(fn_polypeptide_78(X))
& electron_1(fn_polypeptide_78(X))
& valence_electron_1(fn_polypeptide_78(X))
& quantity_value_1(fn_polypeptide_79(X))
& carboxyl_end_1(fn_polypeptide_80(X))
& amino_end_1(fn_polypeptide_81(X))
& chemical_entity_1(fn_polypeptide_82(X))
& monomer_1(fn_polypeptide_82(X))
& molecule_1(fn_polypeptide_82(X))
& amino_acid_1(fn_polypeptide_82(X))
& spatial_entity_1(fn_polypeptide_83(X))
& chemical_entity_1(fn_polypeptide_83(X))
& monomer_1(fn_polypeptide_83(X))
& molecule_1(fn_polypeptide_83(X))
& amino_acid_1(fn_polypeptide_83(X))
& chemical_bond_1(fn_polypeptide_84(X))
& single_bond_1(fn_polypeptide_84(X))
& functional_group_1(fn_polypeptide_85(X))
& amino_group_1(fn_polypeptide_85(X))
& electron_shell_1(fn_polypeptide_86(X))
& single_bond_1(fn_polypeptide_87(X))
& carbon_skeleton_1(fn_polypeptide_88(X))
& entity_1(fn_polypeptide_89(X))
& chemical_entity_1(fn_polypeptide_89(X))
& atom_1(fn_polypeptide_89(X))
& hydrogen_1(fn_polypeptide_89(X))
& entity_1(fn_polypeptide_90(X))
& chemical_entity_1(fn_polypeptide_90(X))
& atom_1(fn_polypeptide_90(X))
& hydrogen_1(fn_polypeptide_90(X))
& tangible_entity_1(fn_polypeptide_91(X))
& entity_1(fn_polypeptide_91(X))
& chemical_entity_1(fn_polypeptide_91(X))
& atom_1(fn_polypeptide_91(X))
& nitrogen_1(fn_polypeptide_91(X))
& oxygen_1(fn_polypeptide_92(X))
& attract_1(fn_polypeptide_93(X))
& carboxyl_group_1(fn_polypeptide_94(X))
& electron_shell_1(fn_polypeptide_95(X))
& hold_together_1(fn_polypeptide_96(X))
& hold_1(fn_polypeptide_97(X))
& hold_together_1(fn_polypeptide_97(X))
& hold_together_1(fn_polypeptide_98(X))
& hold_1(fn_polypeptide_99(X))
& hold_together_1(fn_polypeptide_99(X))
& tangible_entity_1(fn_polypeptide_100(X))
& entity_1(fn_polypeptide_100(X))
& oxygen_1(fn_polypeptide_100(X))
& atom_1(fn_polypeptide_100(X))
& tangible_entity_1(fn_polypeptide_101(X))
& entity_1(fn_polypeptide_101(X))
& oxygen_1(fn_polypeptide_101(X))
& atom_1(fn_polypeptide_101(X))
& share_1(fn_polypeptide_102(X))
& share_1(fn_polypeptide_103(X))
& share_1(fn_polypeptide_104(X))
& entity_1(fn_polypeptide_105(X))
& electron_1(fn_polypeptide_105(X))
& valence_electron_1(fn_polypeptide_105(X))
& functional_group_1(fn_polypeptide_106(X))
& amino_group_1(fn_polypeptide_106(X))
& hold_together_1(fn_polypeptide_107(X))
& covalent_bond_1(fn_polypeptide_108(X))
& single_bond_1(fn_polypeptide_108(X))
& tangible_entity_1(fn_polypeptide_109(X))
& entity_1(fn_polypeptide_109(X))
& electron_1(fn_polypeptide_109(X))
& valence_electron_1(fn_polypeptide_109(X))
& tangible_entity_1(fn_polypeptide_110(X))
& entity_1(fn_polypeptide_110(X))
& electron_1(fn_polypeptide_110(X))
& valence_electron_1(fn_polypeptide_110(X))
& share_1(fn_polypeptide_111(X))
& attract_1(fn_polypeptide_112(X))
& share_1(fn_polypeptide_113(X))
& electron_shell_1(fn_polypeptide_114(X))
& center_1(fn_polypeptide_115(X))
& second_electron_shell_1(fn_polypeptide_116(X))
& electron_shell_1(fn_polypeptide_116(X))
& center_1(fn_polypeptide_117(X))
& entity_1(fn_polypeptide_118(X))
& chemical_entity_1(fn_polypeptide_118(X))
& atom_1(fn_polypeptide_118(X))
& hydrogen_1(fn_polypeptide_118(X))
& entity_1(fn_polypeptide_119(X))
& chemical_entity_1(fn_polypeptide_119(X))
& atom_1(fn_polypeptide_119(X))
& carbon_1(fn_polypeptide_119(X))
& entity_1(fn_polypeptide_120(X))
& chemical_entity_1(fn_polypeptide_120(X))
& atom_1(fn_polypeptide_120(X))
& hydrogen_1(fn_polypeptide_120(X))
& entity_1(fn_polypeptide_121(X))
& chemical_entity_1(fn_polypeptide_121(X))
& atom_1(fn_polypeptide_121(X))
& carbon_1(fn_polypeptide_121(X))
& entity_1(fn_polypeptide_122(X))
& chemical_entity_1(fn_polypeptide_122(X))
& atom_1(fn_polypeptide_122(X))
& hydrogen_1(fn_polypeptide_122(X))
& entity_1(fn_polypeptide_123(X))
& chemical_entity_1(fn_polypeptide_123(X))
& atom_1(fn_polypeptide_123(X))
& hydrogen_1(fn_polypeptide_123(X))
& carboxyl_group_1(fn_polypeptide_124(X))
& tangible_entity_1(fn_polypeptide_125(X))
& entity_1(fn_polypeptide_125(X))
& chemical_entity_1(fn_polypeptide_125(X))
& atom_1(fn_polypeptide_125(X))
& nitrogen_1(fn_polypeptide_125(X))
& entity_1(fn_polypeptide_126(X))
& chemical_entity_1(fn_polypeptide_126(X))
& atom_1(fn_polypeptide_126(X))
& carbon_1(fn_polypeptide_126(X))
& hold_together_1(fn_polypeptide_127(X))
& share_1(fn_polypeptide_128(X))
& unequal_sharing_1(fn_polypeptide_128(X))
& share_1(fn_polypeptide_129(X))
& unequal_sharing_1(fn_polypeptide_129(X))
& chemical_bond_1(fn_polypeptide_130(X))
& covalent_bond_1(fn_polypeptide_130(X))
& peptide_bond_1(fn_polypeptide_130(X))
& chemical_bond_1(fn_molecule_10(fn_polypeptide_82(X)))
& center_1(fn_amino_group_25(fn_polypeptide_85(X)))
& share_1(fn_amino_group_32(fn_polypeptide_85(X)))
& attract_1(fn_covalent_bond_10(fn_polypeptide_108(X)))
& constant_motion_1(fn_covalent_bond_16(fn_polypeptide_108(X)))
& asymmetrical_distribution_1(fn_covalent_bond_1(fn_polypeptide_108(X)))
& share_1(fn_covalent_bond_17(fn_polypeptide_108(X)))
& hold_together_1(fn_carboxyl_group_47(fn_polypeptide_124(X)))
& share_1(fn_amino_acid_10(fn_polypeptide_82(X)))
& amino_group_1(fn_amino_acid_25(fn_polypeptide_82(X)))
& carbon_skeleton_1(fn_amino_acid_23(fn_polypeptide_83(X)))
& electron_shell_1(fn_amino_acid_8(fn_polypeptide_83(X)))
& electron_shell_1(fn_amino_acid_15(fn_polypeptide_83(X)))
& attach_1(fn_peptide_bond_33(fn_polypeptide_130(X)))
& property_node_1(fn_peptide_bond_10(fn_polypeptide_130(X)))
& property_node_1(fn_peptide_bond_4(fn_polypeptide_130(X)))
& property_node_1(fn_peptide_bond_5(fn_polypeptide_130(X)))
& property_node_1(fn_peptide_bond_6(fn_polypeptide_130(X)))
& property_node_1(fn_peptide_bond_9(fn_polypeptide_130(X)))
& property_node_1(fn_peptide_bond_8(fn_polypeptide_130(X)))
& property_node_1(fn_peptide_bond_7(fn_polypeptide_130(X)))
& proton_1(fn_peptide_bond_46(fn_polypeptide_130(X)))
& system_1(fn_peptide_bond_12(fn_polypeptide_130(X)))
& equation_big_node_1(fn_peptide_bond_3(fn_polypeptide_130(X)))
& equation_set_1(fn_peptide_bond_11(fn_polypeptide_130(X)))
& atomic_number_value_1(fn_peptide_bond_45(fn_polypeptide_130(X)))
& quantity_value_1(fn_peptide_bond_26(fn_polypeptide_130(X)))
& atomic_number_value_1(fn_peptide_bond_36(fn_polypeptide_130(X)))
& electronegativity_value_1(fn_peptide_bond_40(fn_polypeptide_130(X)))
& electronegativity_value_1(fn_peptide_bond_39(fn_polypeptide_130(X)))
& proton_1(fn_peptide_bond_38(fn_polypeptide_130(X)))
& first_electron_shell_1(fn_peptide_bond_48(fn_polypeptide_130(X)))
& second_electron_shell_1(fn_peptide_bond_29(fn_polypeptide_130(X)))
& electron_shell_1(fn_peptide_bond_29(fn_polypeptide_130(X)))
& attract_1(fn_peptide_bond_19(fn_polypeptide_130(X)))
& single_bond_1(fn_peptide_bond_21(fn_polypeptide_130(X)))
& hold_together_1(fn_peptide_bond_31(fn_polypeptide_130(X)))
& atomic_orbital_1(fn_peptide_bond_30(fn_polypeptide_130(X)))
& double_bond_1(fn_peptide_bond_55(fn_polypeptide_130(X)))
& property_node_1(fn_atomic_nucleus_5(fn_polypeptide_28(X)))
& property_node_1(fn_atomic_nucleus_6(fn_polypeptide_28(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_polypeptide_28(X)))
& property_node_1(fn_hydrogen_6(fn_polypeptide_118(X)))
& property_node_1(fn_hydrogen_21(fn_polypeptide_118(X)))
& quantity_value_1(fn_hydrogen_17(fn_polypeptide_118(X)))
& quantity_value_1(fn_hydrogen_11(fn_polypeptide_118(X)))
& chemical_bond_1(fn_molecule_10(fn_polypeptide_83(X)))
& atomic_orbital_1(fn_valence_electron_3(fn_polypeptide_18(X)))
& atomic_orbital_1(fn_covalent_bond_13(fn_polypeptide_108(X)))
& hold_1(fn_amino_group_33(fn_polypeptide_85(X)))
& hold_together_1(fn_amino_group_33(fn_polypeptide_85(X)))
& hold_together_1(fn_amino_acid_14(fn_polypeptide_83(X)))
& hold_together_1(fn_carboxyl_group_67(fn_polypeptide_124(X)))
& single_bond_1(fn_amino_group_21(fn_polypeptide_85(X)))
& single_bond_1(fn_carboxyl_group_69(fn_polypeptide_124(X)))
& entity_1(fn_share_1(fn_polypeptide_113(X)))
& entity_1(fn_covalent_bond_20(fn_polypeptide_16(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_polypeptide_16(X)))
& atom_1(fn_covalent_bond_20(fn_polypeptide_16(X)))
& entity_1(fn_covalent_bond_19(fn_polypeptide_16(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_polypeptide_16(X)))
& atom_1(fn_covalent_bond_19(fn_polypeptide_16(X)))
& oxygen_1(fn_amino_acid_27(fn_polypeptide_82(X)))
& oxygen_1(fn_amino_acid_11(fn_polypeptide_82(X)))
& atom_1(fn_molecule_11(fn_polypeptide_82(X)))
& entity_1(fn_amino_acid_24(fn_polypeptide_82(X)))
& chemical_entity_1(fn_amino_acid_24(fn_polypeptide_82(X)))
& atom_1(fn_amino_acid_24(fn_polypeptide_82(X)))
& carbon_1(fn_amino_acid_24(fn_polypeptide_82(X)))
& chemical_entity_1(fn_functional_group_1(fn_polypeptide_106(X)))
& share_1(fn_carboxyl_group_56(fn_polypeptide_124(X)))
& share_1(fn_amino_acid_10(fn_polypeptide_83(X)))
& share_1(fn_amino_acid_18(fn_polypeptide_83(X)))
& share_1(fn_covalent_bond_17(fn_polypeptide_48(X)))
& amino_group_1(fn_amino_end_1(fn_polypeptide_81(X)))
& amino_group_1(fn_amino_acid_25(fn_polypeptide_83(X)))
& electron_shell_1(fn_amino_group_24(fn_polypeptide_85(X)))
& electron_shell_1(fn_amino_acid_9(fn_polypeptide_83(X)))
& entity_1(fn_carboxyl_group_25(fn_polypeptide_124(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_polypeptide_124(X)))
& atom_1(fn_carboxyl_group_25(fn_polypeptide_124(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_polypeptide_124(X)))
& entity_1(fn_amino_group_22(fn_polypeptide_85(X)))
& chemical_entity_1(fn_amino_group_22(fn_polypeptide_85(X)))
& atom_1(fn_amino_group_22(fn_polypeptide_85(X)))
& hydrogen_1(fn_amino_group_22(fn_polypeptide_85(X)))
& entity_1(fn_amino_acid_22(fn_polypeptide_83(X)))
& chemical_entity_1(fn_amino_acid_22(fn_polypeptide_83(X)))
& atom_1(fn_amino_acid_22(fn_polypeptide_83(X)))
& hydrogen_1(fn_amino_acid_22(fn_polypeptide_83(X)))
& entity_1(fn_amino_acid_28(fn_polypeptide_83(X)))
& chemical_entity_1(fn_amino_acid_28(fn_polypeptide_83(X)))
& atom_1(fn_amino_acid_28(fn_polypeptide_83(X)))
& hydrogen_1(fn_amino_acid_28(fn_polypeptide_83(X)))
& carboxyl_group_1(fn_carboxyl_end_1(fn_polypeptide_80(X)))
& carboxyl_group_1(fn_amino_acid_26(fn_polypeptide_83(X)))
& spatial_entity_1(fn_attach_2(fn_polypeptide_63(X)))
& chemical_entity_1(fn_functional_group_1(fn_polypeptide_85(X)))
& share_1(fn_amino_group_32(fn_polypeptide_106(X)))
& share_1(fn_amino_acid_12(fn_polypeptide_83(X)))
& share_1(fn_peptide_bond_23(fn_polypeptide_130(X)))
& quantity_value_1(fn_peptide_bond_25(fn_polypeptide_130(X)))
& quantity_value_1(fn_peptide_bond_20(fn_polypeptide_130(X)))
& atomic_nucleus_1(fn_amino_group_26(fn_polypeptide_85(X)))
& electron_1(fn_amino_group_19(fn_polypeptide_85(X)))
& valence_electron_1(fn_amino_group_19(fn_polypeptide_85(X)))
& atom_1(fn_molecule_11(fn_polypeptide_83(X)))
& tangible_entity_1(fn_amino_group_20(fn_polypeptide_85(X)))
& entity_1(fn_amino_group_20(fn_polypeptide_85(X)))
& atom_1(fn_amino_group_20(fn_polypeptide_85(X)))
& nitrogen_1(fn_amino_group_20(fn_polypeptide_85(X)))
& chemical_entity_1(fn_amino_acid_17(fn_polypeptide_83(X)))
& tangible_entity_1(fn_amino_acid_17(fn_polypeptide_83(X)))
& entity_1(fn_amino_acid_17(fn_polypeptide_83(X)))
& atom_1(fn_amino_acid_17(fn_polypeptide_83(X)))
& nitrogen_1(fn_amino_acid_17(fn_polypeptide_83(X)))
& hold_together_1(fn_amino_acid_13(fn_polypeptide_83(X)))
& tangible_entity_1(fn_hold_2(fn_polypeptide_97(X)))
& share_1(fn_carboxyl_group_49(fn_polypeptide_124(X)))
& share_1(fn_peptide_bond_51(fn_polypeptide_130(X)))
& electron_shell_1(fn_atom_9(fn_polypeptide_118(X)))
& electron_shell_1(fn_covalent_bond_12(fn_polypeptide_108(X)))
& electron_shell_1(fn_amino_acid_8(fn_polypeptide_82(X)))
& electron_shell_1(fn_peptide_bond_15(fn_polypeptide_130(X)))
& electron_shell_1(fn_carboxyl_group_16(fn_polypeptide_124(X)))
& electron_shell_1(fn_atom_9(fn_polypeptide_120(X)))
& electron_shell_1(fn_peptide_bond_52(fn_polypeptide_130(X)))
& entity_1(fn_amino_group_22(fn_polypeptide_106(X)))
& chemical_entity_1(fn_amino_group_22(fn_polypeptide_106(X)))
& atom_1(fn_amino_group_22(fn_polypeptide_106(X)))
& hydrogen_1(fn_amino_group_22(fn_polypeptide_106(X)))
& valence_electron_1(fn_nitrogen_18(fn_polypeptide_125(X)))
& valence_electron_1(fn_nitrogen_13(fn_polypeptide_125(X)))
& tangible_entity_1(fn_amino_acid_20(fn_polypeptide_83(X)))
& electron_1(fn_amino_acid_20(fn_polypeptide_83(X)))
& entity_1(fn_amino_acid_20(fn_polypeptide_83(X)))
& valence_electron_1(fn_amino_acid_20(fn_polypeptide_83(X)))
& center_1(fn_nitrogen_11(fn_polypeptide_125(X)))
& center_1(fn_carboxyl_group_20(fn_polypeptide_124(X)))
& center_1(fn_carboxyl_group_18(fn_polypeptide_124(X)))
& atom_1(fn_atomic_nucleus_4(fn_polypeptide_28(X)))
& oxygen_1(fn_carboxyl_group_24(fn_polypeptide_124(X)))
& oxygen_1(fn_carboxyl_group_23(fn_polypeptide_124(X)))
& oxygen_1(fn_amino_acid_11(fn_polypeptide_83(X)))
& oxygen_1(fn_amino_acid_27(fn_polypeptide_83(X)))
& tangible_entity_1(fn_peptide_bond_53(fn_polypeptide_130(X)))
& entity_1(fn_peptide_bond_53(fn_polypeptide_130(X)))
& oxygen_1(fn_peptide_bond_53(fn_polypeptide_130(X)))
& atom_1(fn_peptide_bond_53(fn_polypeptide_130(X)))
& entity_1(fn_share_2(fn_polypeptide_39(X)))
& entity_1(fn_share_2(fn_polypeptide_40(X)))
& entity_1(fn_share_2(fn_polypeptide_25(X)))
& electron_1(fn_atomic_nucleus_8(fn_polypeptide_28(X)))
& valence_electron_1(fn_peptide_bond_18(fn_polypeptide_130(X)))
& share_1(fn_carboxyl_group_66(fn_polypeptide_124(X)))
& unequal_sharing_1(fn_carboxyl_group_66(fn_polypeptide_124(X)))
& share_1(fn_peptide_bond_35(fn_polypeptide_130(X)))
& unequal_sharing_1(fn_peptide_bond_35(fn_polypeptide_130(X)))
& tangible_entity_1(fn_carboxyl_group_58(fn_polypeptide_124(X)))
& electron_1(fn_carboxyl_group_58(fn_polypeptide_124(X)))
& valence_electron_1(fn_carboxyl_group_58(fn_polypeptide_124(X)))
& entity_1(fn_carboxyl_group_21(fn_polypeptide_124(X)))
& valence_electron_1(fn_carboxyl_group_21(fn_polypeptide_124(X)))
& entity_1(fn_share_2(fn_polypeptide_129(X)))
& entity_1(fn_amino_acid_19(fn_polypeptide_83(X)))
& tangible_entity_1(fn_amino_acid_19(fn_polypeptide_83(X)))
& electron_1(fn_amino_acid_19(fn_polypeptide_83(X)))
& valence_electron_1(fn_amino_acid_19(fn_polypeptide_83(X)))
& valence_electron_1(fn_covalent_bond_15(fn_polypeptide_108(X)))
& electron_1(fn_carboxyl_group_45(fn_polypeptide_124(X)))
& valence_electron_1(fn_carboxyl_group_45(fn_polypeptide_124(X)))
& entity_1(fn_carboxyl_group_17(fn_polypeptide_124(X)))
& tangible_entity_1(fn_carboxyl_group_17(fn_polypeptide_124(X)))
& electron_1(fn_carboxyl_group_17(fn_polypeptide_124(X)))
& valence_electron_1(fn_carboxyl_group_17(fn_polypeptide_124(X)))
& entity_1(fn_peptide_bond_28(fn_polypeptide_130(X)))
& electron_1(fn_peptide_bond_28(fn_polypeptide_130(X)))
& valence_electron_1(fn_peptide_bond_28(fn_polypeptide_130(X)))
& atomic_nucleus_1(fn_peptide_bond_49(fn_polypeptide_130(X)))
& entity_1(fn_attract_2(fn_polypeptide_93(X)))
& entity_1(fn_share_3(fn_polypeptide_128(X)))
& entity_1(fn_share_3(fn_polypeptide_39(X)))
& entity_1(fn_share_1(fn_polypeptide_40(X)))
& entity_1(fn_share_1(fn_polypeptide_39(X)))
& entity_1(fn_carboxyl_group_19(fn_polypeptide_124(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_polypeptide_124(X)))
& atom_1(fn_carboxyl_group_19(fn_polypeptide_124(X)))
& carbon_1(fn_carboxyl_group_19(fn_polypeptide_124(X)))
& entity_1(fn_amino_acid_24(fn_polypeptide_83(X)))
& chemical_entity_1(fn_amino_acid_24(fn_polypeptide_83(X)))
& atom_1(fn_amino_acid_24(fn_polypeptide_83(X)))
& carbon_1(fn_amino_acid_24(fn_polypeptide_83(X)))
& carbon_1(fn_peptide_bond_32(fn_polypeptide_130(X)))
& hold_together_1(fn_carboxyl_group_55(fn_polypeptide_124(X)))
& hold_1(fn_peptide_bond_50(fn_polypeptide_130(X)))
& hold_together_1(fn_peptide_bond_50(fn_polypeptide_130(X)))
& hold_1(fn_amino_group_33(fn_polypeptide_106(X)))
& hold_together_1(fn_amino_group_33(fn_polypeptide_106(X)))
& hold_together_1(fn_peptide_bond_22(fn_polypeptide_130(X)))
& electron_shell_1(fn_carboxyl_group_63(fn_polypeptide_124(X)))
& electron_shell_1(fn_carboxyl_group_22(fn_polypeptide_124(X)))
& electron_shell_1(fn_amino_acid_21(fn_polypeptide_83(X)))
& electron_shell_1(fn_peptide_bond_44(fn_polypeptide_130(X)))
& entity_1(fn_attract_2(fn_polypeptide_112(X)))
& entity_1(fn_share_3(fn_polypeptide_41(X)))
& entity_1(fn_share_3(fn_polypeptide_40(X)))
& entity_1(fn_share_3(fn_polypeptide_113(X)))
& entity_1(fn_share_3(fn_polypeptide_129(X)))
& entity_1(fn_share_1(fn_polypeptide_111(X)))
& entity_1(fn_share_1(fn_polypeptide_41(X)))
& entity_1(fn_share_1(fn_polypeptide_128(X)))
& entity_1(fn_share_1(fn_polypeptide_129(X)))
& tangible_entity_1(fn_amino_group_20(fn_polypeptide_106(X)))
& entity_1(fn_amino_group_20(fn_polypeptide_106(X)))
& atom_1(fn_amino_group_20(fn_polypeptide_106(X)))
& nitrogen_1(fn_amino_group_20(fn_polypeptide_106(X)))
& chemical_entity_1(fn_amino_acid_17(fn_polypeptide_82(X)))
& tangible_entity_1(fn_amino_acid_17(fn_polypeptide_82(X)))
& entity_1(fn_amino_acid_17(fn_polypeptide_82(X)))
& atom_1(fn_amino_acid_17(fn_polypeptide_82(X)))
& nitrogen_1(fn_amino_acid_17(fn_polypeptide_82(X)))
& entity_1(fn_peptide_bond_34(fn_polypeptide_130(X)))
& chemical_entity_1(fn_peptide_bond_34(fn_polypeptide_130(X)))
& atom_1(fn_peptide_bond_34(fn_polypeptide_130(X)))
& nitrogen_1(fn_peptide_bond_34(fn_polypeptide_130(X)))
& center_1(fn_peptide_bond_42(fn_polypeptide_130(X)))
& center_1(fn_peptide_bond_16(fn_polypeptide_130(X)))
& center_1(fn_peptide_bond_43(fn_polypeptide_130(X)))
& center_1(fn_atomic_nucleus_3(fn_polypeptide_28(X)))
& atomic_number_value_1(fn_nitrogen_16(fn_polypeptide_125(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_polypeptide_28(X)))
& atomic_nucleus_1(fn_peptide_bond_37(fn_polypeptide_130(X)))
& atomic_nucleus_1(fn_peptide_bond_17(fn_polypeptide_130(X)))
& atomic_nucleus_1(fn_peptide_bond_41(fn_polypeptide_130(X)))
& proton_1(fn_atom_8(fn_polypeptide_125(X)))
& proton_1(fn_nitrogen_12(fn_polypeptide_125(X)))
& proton_1(fn_atomic_nucleus_9(fn_polypeptide_28(X)))
& proton_1(fn_covalent_bond_4(fn_polypeptide_108(X)))
& proton_1(fn_hydrogen_13(fn_polypeptide_118(X)))
& center_1(fn_peptide_bond_14(fn_polypeptide_130(X)))
& center_1(fn_hydrogen_14(fn_polypeptide_118(X)))
& entity_1(fn_share_2(fn_polypeptide_17(X)))
& valence_electron_1(fn_covalent_bond_18(fn_polypeptide_108(X)))
& electron_1(fn_peptide_bond_27(fn_polypeptide_130(X)))
& valence_electron_1(fn_peptide_bond_27(fn_polypeptide_130(X)))
& electron_1(fn_peptide_bond_47(fn_polypeptide_130(X)))
& valence_electron_1(fn_peptide_bond_47(fn_polypeptide_130(X)))
& valence_electron_1(fn_hydrogen_12(fn_polypeptide_118(X)))
& atomic_nucleus_1(fn_peptide_bond_13(fn_polypeptide_130(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_polypeptide_118(X)))
& entity_1(fn_share_3(fn_polypeptide_111(X)))
& entity_1(fn_share_3(fn_polypeptide_17(X)))
& entity_1(fn_share_1(fn_polypeptide_17(X)))
& entity_1(fn_amino_acid_28(fn_polypeptide_82(X)))
& chemical_entity_1(fn_amino_acid_28(fn_polypeptide_82(X)))
& atom_1(fn_amino_acid_28(fn_polypeptide_82(X)))
& hydrogen_1(fn_amino_acid_28(fn_polypeptide_82(X)))
& entity_1(fn_amino_acid_22(fn_polypeptide_82(X)))
& chemical_entity_1(fn_amino_acid_22(fn_polypeptide_82(X)))
& atom_1(fn_amino_acid_22(fn_polypeptide_82(X)))
& hydrogen_1(fn_amino_acid_22(fn_polypeptide_82(X)))
& hydrogen_1(fn_peptide_bond_24(fn_polypeptide_130(X)))
& result_2(fn_polypeptide_128(X),fn_polypeptide_130(X))
& has_region_2(fn_polypeptide_100(X),fn_polypeptide_115(X))
& intensity_2(fn_polypeptide_93(X),fn_polypeptide_1(X))
& possesses_2(fn_polypeptide_83(X),fn_polypeptide_48(X))
& possesses_2(fn_polypeptide_82(X),fn_polypeptide_108(X))
& is_opposite_2(fn_polypeptide_81(X),fn_polypeptide_80(X))
& has_region_2(X,fn_polypeptide_81(X))
& has_region_2(X,fn_polypeptide_80(X))
& minCardinality(X,has_part_0,"3",amino_acid_0)
& is_opposite_2(fn_polypeptide_80(X),fn_polypeptide_81(X))
& called_2(fn_polypeptide_76(X),'Number_Proton')
& quantity_2(fn_polypeptide_73(X),fn_polypeptide_76(X))
& called_2(fn_polypeptide_68(X),'Number_Electron')
& result_2(fn_polypeptide_41(X),fn_polypeptide_130(X))
& result_2(fn_polypeptide_40(X),fn_polypeptide_130(X))
& object_2(fn_polypeptide_40(X),fn_polypeptide_38(X))
& result_2(fn_polypeptide_39(X),fn_polypeptide_130(X))
& object_2(fn_polypeptide_39(X),fn_polypeptide_38(X))
& object_2(fn_polypeptide_17(X),fn_polypeptide_18(X))
& called_2(fn_polypeptide_16(X),'C=O')
& base_2(fn_polypeptide_63(X),fn_polypeptide_83(X))
& object_2(fn_polypeptide_39(X),fn_polypeptide_31(X))
& object_2(fn_polypeptide_40(X),fn_polypeptide_31(X))
& object_2(fn_polypeptide_25(X),fn_polypeptide_31(X))
& object_2(fn_polypeptide_129(X),fn_polypeptide_110(X))
& object_2(fn_polypeptide_17(X),fn_polypeptide_105(X))
& agent_2(fn_polypeptide_111(X),fn_polypeptide_118(X))
& agent_2(fn_polypeptide_93(X),fn_polypeptide_126(X))
& agent_2(fn_polypeptide_111(X),fn_polypeptide_125(X))
& agent_2(fn_polypeptide_41(X),fn_polypeptide_125(X))
& agent_2(fn_polypeptide_112(X),fn_polypeptide_125(X))
& agent_2(fn_polypeptide_40(X),fn_polypeptide_125(X))
& agent_2(fn_polypeptide_113(X),fn_polypeptide_125(X))
& agent_2(fn_polypeptide_40(X),fn_polypeptide_126(X))
& agent_2(fn_polypeptide_128(X),fn_polypeptide_126(X))
& agent_2(fn_polypeptide_39(X),fn_polypeptide_126(X))
& agent_2(fn_polypeptide_128(X),fn_polypeptide_125(X))
& agent_2(fn_polypeptide_17(X),fn_polypeptide_118(X))
& agent_2(fn_polypeptide_129(X),fn_polypeptide_125(X))
& object_2(fn_polypeptide_97(X),fn_polypeptide_100(X))
& has_part_2(X,fn_polypeptide_83(X))
& has_part_2(X,fn_polypeptide_82(X))
& possesses_2(X,fn_polypeptide_130(X))
& is_between_2(fn_polypeptide_16(X),fn_polypeptide_15(X))
& agent_2(fn_polypeptide_113(X),fn_polypeptide_123(X))
& fn_polypeptide_123(X) != fn_polypeptide_122(X)
& fn_polypeptide_122(X) != fn_polypeptide_121(X)
& fn_polypeptide_122(X) != fn_polypeptide_123(X)
& fn_polypeptide_121(X) != fn_polypeptide_122(X)
& possesses_2(fn_polypeptide_83(X),fn_polypeptide_84(X))
& possesses_2(fn_polypeptide_82(X),fn_polypeptide_16(X))
& is_between_2(fn_polypeptide_16(X),fn_polypeptide_119(X))
& object_2(fn_polypeptide_43(X),fn_polypeptide_125(X))
& object_2(fn_polypeptide_43(X),fn_polypeptide_44(X))
& agent_2(fn_polypeptide_42(X),fn_polypeptide_125(X))
& agent_2(fn_polypeptide_42(X),fn_polypeptide_44(X))
& is_at_2(fn_polypeptide_85(X),fn_polypeptide_81(X))
& is_at_2(fn_polypeptide_94(X),fn_polypeptide_80(X))
& result_2(fn_polypeptide_53(X),fn_polypeptide_48(X))
& has_region_2(fn_polypeptide_120(X),fn_polypeptide_36(X))
& is_inside_2(fn_polypeptide_18(X),fn_polypeptide_19(X))
& is_inside_2(fn_polypeptide_120(X),fn_polypeptide_106(X))
& has_part_2(fn_polypeptide_125(X),fn_polypeptide_29(X))
& has_part_2(fn_polypeptide_125(X),fn_polypeptide_30(X))
& has_region_2(fn_polypeptide_125(X),fn_polypeptide_117(X))
& atomic_number_2(fn_polypeptide_125(X),fn_polypeptide_45(X))
& the_cardinal_value_2(fn_polypeptide_45(X),"7")
& cardinal_unit_class_2(fn_polypeptide_45(X),unity_0)
& object_2(fn_polypeptide_99(X),fn_polypeptide_91(X))
& agent_2(fn_polypeptide_99(X),fn_polypeptide_87(X))
& has_function_2(fn_polypeptide_87(X),fn_polypeptide_99(X))
& fn_polypeptide_86(X) != fn_polypeptide_114(X)
& fn_polypeptide_114(X) != fn_polypeptide_86(X)
& has_part_2(fn_polypeptide_83(X),fn_polypeptide_91(X))
& has_part_2(fn_polypeptide_83(X),fn_polypeptide_89(X))
& has_part_2(fn_polypeptide_83(X),fn_polypeptide_100(X))
& has_region_2(fn_polypeptide_83(X),fn_polypeptide_94(X))
& agent_2(fn_polypeptide_53(X),fn_polypeptide_101(X))
& has_region_2(fn_polypeptide_83(X),fn_polypeptide_88(X))
& object_2(fn_polypeptide_51(X),fn_polypeptide_78(X))
& has_region_2(fn_polypeptide_83(X),fn_polypeptide_85(X))
& has_part_2(fn_polypeptide_83(X),fn_polypeptide_101(X))
& object_2(fn_polypeptide_99(X),fn_polypeptide_101(X))
& object_2(fn_polypeptide_99(X),fn_polypeptide_126(X))
& agent_2(fn_polypeptide_102(X),fn_polypeptide_126(X))
& object_2(fn_polypeptide_102(X),fn_polypeptide_110(X))
& agent_2(fn_polypeptide_103(X),fn_polypeptide_126(X))
& agent_2(fn_polypeptide_103(X),fn_polypeptide_100(X))
& object_2(fn_polypeptide_98(X),fn_polypeptide_100(X))
& object_2(fn_polypeptide_98(X),fn_polypeptide_126(X))
& agent_2(fn_polypeptide_51(X),fn_polypeptide_126(X))
& has_part_2(fn_polypeptide_83(X),fn_polypeptide_90(X))
& has_region_2(fn_polypeptide_91(X),fn_polypeptide_72(X))
& object_2(fn_polypeptide_69(X),fn_polypeptide_67(X))
& agent_2(fn_polypeptide_71(X),fn_polypeptide_84(X))
& object_2(fn_polypeptide_71(X),fn_polypeptide_90(X))
& result_2(fn_polypeptide_69(X),fn_polypeptide_84(X))
& has_function_2(fn_polypeptide_84(X),fn_polypeptide_71(X))
& object_2(fn_polypeptide_71(X),fn_polypeptide_91(X))
& is_between_2(fn_polypeptide_84(X),fn_polypeptide_91(X))
& is_between_2(fn_polypeptide_84(X),fn_polypeptide_90(X))
& is_inside_2(fn_polypeptide_90(X),fn_polypeptide_85(X))
& agent_2(fn_polypeptide_69(X),fn_polypeptide_90(X))
& agent_2(fn_polypeptide_69(X),fn_polypeptide_91(X))
& has_region_2(fn_polypeptide_91(X),fn_polypeptide_70(X))
& is_at_2(fn_polypeptide_70(X),fn_polypeptide_72(X))
& object_2(fn_polypeptide_111(X),fn_polypeptide_110(X))
& is_inside_2(fn_polypeptide_105(X),fn_polypeptide_19(X))
& has_region_2(fn_polypeptide_61(X),fn_polypeptide_19(X))
& object_2(fn_polypeptide_22(X),fn_polypeptide_105(X))
& agent_2(fn_polypeptide_22(X),fn_polypeptide_27(X))
& result_2(fn_polypeptide_111(X),fn_polypeptide_108(X))
& object_2(fn_polypeptide_111(X),fn_polypeptide_105(X))
& object_2(fn_polypeptide_23(X),fn_polypeptide_105(X))
& causes_2(fn_polypeptide_24(X),fn_polypeptide_23(X))
& object_2(fn_polypeptide_24(X),fn_polypeptide_105(X))
& is_inside_2(fn_polypeptide_92(X),fn_polypeptide_124(X))
& object_2(fn_polypeptide_104(X),fn_polypeptide_109(X))
& object_2(fn_polypeptide_128(X),fn_polypeptide_109(X))
& object_2(fn_polypeptide_97(X),fn_polypeptide_126(X))
& object_2(fn_polypeptide_97(X),fn_polypeptide_101(X))
& object_2(fn_polypeptide_99(X),fn_polypeptide_100(X))
& object_2(fn_polypeptide_99(X),fn_polypeptide_90(X))
& is_inside_2(fn_polypeptide_90(X),fn_polypeptide_94(X))
& object_2(fn_polypeptide_104(X),fn_polypeptide_110(X))
& fn_polypeptide_110(X) != fn_polypeptide_109(X)
& object_2(fn_polypeptide_103(X),fn_polypeptide_109(X))
& object_2(fn_polypeptide_103(X),fn_polypeptide_110(X))
& fn_polypeptide_109(X) != fn_polypeptide_110(X)
& agent_2(fn_polypeptide_104(X),fn_polypeptide_101(X))
& agent_2(fn_polypeptide_104(X),fn_polypeptide_126(X))
& has_part_2(fn_polypeptide_126(X),fn_polypeptide_38(X))
& fn_polypeptide_31(X) != fn_polypeptide_38(X)
& fn_polypeptide_38(X) != fn_polypeptide_31(X)
& object_2(fn_polypeptide_56(X),fn_polypeptide_126(X))
& object_2(fn_polypeptide_56(X),fn_polypeptide_101(X))
& is_between_2(fn_polypeptide_87(X),fn_polypeptide_101(X))
& is_between_2(fn_polypeptide_87(X),fn_polypeptide_126(X))
& has_region_2(fn_polypeptide_126(X),fn_polypeptide_117(X))
& is_inside_2(fn_polypeptide_126(X),fn_polypeptide_124(X))
& agent_2(fn_polypeptide_52(X),fn_polypeptide_126(X))
& agent_2(fn_polypeptide_52(X),fn_polypeptide_101(X))
& has_region_2(fn_polypeptide_101(X),fn_polypeptide_117(X))
& has_region_2(fn_polypeptide_100(X),fn_polypeptide_117(X))
& has_part_2(fn_polypeptide_82(X),fn_polypeptide_15(X))
& has_region_2(fn_polypeptide_82(X),fn_polypeptide_106(X))
& has_part_2(fn_polypeptide_82(X),fn_polypeptide_120(X))
& agent_2(fn_polypeptide_113(X),fn_polypeptide_121(X))
& has_part_2(fn_polypeptide_82(X),fn_polypeptide_118(X))
& fn_polypeptide_15(X) != fn_polypeptide_118(X)
& fn_polypeptide_118(X) != fn_polypeptide_15(X)
& fn_polypeptide_125(X) != fn_polypeptide_123(X)
& fn_polypeptide_123(X) != fn_polypeptide_121(X)
& fn_polypeptide_121(X) != fn_polypeptide_125(X)
& fn_polypeptide_122(X) != fn_polypeptide_125(X)
& fn_polypeptide_123(X) != fn_polypeptide_125(X)
& fn_polypeptide_121(X) != fn_polypeptide_123(X)
& fn_polypeptide_125(X) != fn_polypeptide_121(X)
& fn_polypeptide_125(X) != fn_polypeptide_122(X)
& has_part_2(fn_polypeptide_82(X),fn_polypeptide_119(X))
& fn_polypeptide_120(X) != fn_polypeptide_119(X)
& fn_polypeptide_125(X) != fn_polypeptide_120(X)
& fn_polypeptide_120(X) != fn_polypeptide_125(X)
& fn_polypeptide_119(X) != fn_polypeptide_120(X)
& is_inside_2(fn_polypeptide_125(X),fn_polypeptide_106(X))
& is_inside_2(fn_polypeptide_118(X),fn_polypeptide_106(X))
& has_region_2(fn_polypeptide_118(X),fn_polypeptide_61(X))
& fn_polypeptide_120(X) != fn_polypeptide_118(X)
& fn_polypeptide_118(X) != fn_polypeptide_120(X)
& has_part_2(fn_polypeptide_82(X),fn_polypeptide_125(X))
& fn_polypeptide_125(X) != fn_polypeptide_119(X)
& fn_polypeptide_119(X) != fn_polypeptide_118(X)
& fn_polypeptide_119(X) != fn_polypeptide_125(X)
& fn_polypeptide_15(X) != fn_polypeptide_119(X)
& fn_polypeptide_119(X) != fn_polypeptide_15(X)
& fn_polypeptide_118(X) != fn_polypeptide_119(X)
& is_inside_2(fn_polypeptide_89(X),fn_polypeptide_85(X))
& agent_2(fn_polypeptide_49(X),fn_polypeptide_101(X))
& agent_2(fn_polypeptide_104(X),fn_polypeptide_100(X))
& object_2(fn_polypeptide_55(X),fn_polypeptide_126(X))
& object_2(fn_polypeptide_55(X),fn_polypeptide_100(X))
& object_2(fn_polypeptide_96(X),fn_polypeptide_100(X))
& object_2(fn_polypeptide_96(X),fn_polypeptide_126(X))
& is_inside_2(fn_polypeptide_126(X),fn_polypeptide_88(X))
& fn_polypeptide_101(X) != fn_polypeptide_90(X)
& fn_polypeptide_90(X) != fn_polypeptide_101(X)
& fn_polypeptide_89(X) != fn_polypeptide_90(X)
& fn_polypeptide_90(X) != fn_polypeptide_89(X)
& fn_polypeptide_91(X) != fn_polypeptide_90(X)
& fn_polypeptide_90(X) != fn_polypeptide_91(X)
& object_2(fn_polypeptide_54(X),fn_polypeptide_100(X))
& object_2(fn_polypeptide_54(X),fn_polypeptide_89(X))
& fn_polypeptide_89(X) != fn_polypeptide_101(X)
& fn_polypeptide_91(X) != fn_polypeptide_89(X)
& fn_polypeptide_89(X) != fn_polypeptide_91(X)
& fn_polypeptide_101(X) != fn_polypeptide_89(X)
& is_inside_2(fn_polypeptide_101(X),fn_polypeptide_94(X))
& has_region_2(fn_polypeptide_101(X),fn_polypeptide_95(X))
& fn_polypeptide_95(X) != fn_polypeptide_86(X)
& fn_polypeptide_100(X) != fn_polypeptide_101(X)
& fn_polypeptide_101(X) != fn_polypeptide_100(X)
& fn_polypeptide_86(X) != fn_polypeptide_95(X)
& object_2(fn_polypeptide_41(X),fn_polypeptide_38(X))
& object_2(fn_polypeptide_53(X),fn_polypeptide_38(X))
& agent_2(fn_polypeptide_53(X),fn_polypeptide_126(X))
& agent_2(fn_polypeptide_49(X),fn_polypeptide_126(X))
& object_2(fn_polypeptide_49(X),fn_polypeptide_78(X))
& fn_polypeptide_126(X) != fn_polypeptide_90(X)
& has_region_2(fn_polypeptide_90(X),fn_polypeptide_66(X))
& fn_polypeptide_66(X) != fn_polypeptide_65(X)
& has_region_2(fn_polypeptide_91(X),fn_polypeptide_65(X))
& is_inside_2(fn_polypeptide_91(X),fn_polypeptide_85(X))
& fn_polypeptide_90(X) != fn_polypeptide_126(X)
& fn_polypeptide_65(X) != fn_polypeptide_66(X)
& agent_2(fn_polypeptide_41(X),fn_polypeptide_126(X))
& object_2(fn_polypeptide_41(X),fn_polypeptide_30(X))
& object_2(fn_polypeptide_42(X),fn_polypeptide_30(X))
& fn_polypeptide_31(X) != fn_polypeptide_30(X)
& fn_polypeptide_30(X) != fn_polypeptide_31(X)
& is_inside_2(fn_polypeptide_126(X),fn_polypeptide_94(X))
& is_inside_2(fn_polypeptide_89(X),fn_polypeptide_94(X))
& fn_polypeptide_89(X) != fn_polypeptide_126(X)
& fn_polypeptide_92(X) != fn_polypeptide_126(X)
& fn_polypeptide_126(X) != fn_polypeptide_92(X)
& fn_polypeptide_126(X) != fn_polypeptide_89(X)
& has_part_2(fn_polypeptide_83(X),fn_polypeptide_126(X))
& has_region_2(fn_polypeptide_126(X),fn_polypeptide_114(X))
& fn_polypeptide_114(X) != fn_polypeptide_95(X)
& has_region_2(fn_polypeptide_100(X),fn_polypeptide_95(X))
& is_inside_2(fn_polypeptide_100(X),fn_polypeptide_94(X))
& fn_polypeptide_95(X) != fn_polypeptide_114(X)
& called_2(fn_polypeptide_58(X),'Atomic_Number')
& quantity_2(fn_polypeptide_57(X),fn_polypeptide_59(X))
& the_cardinal_value_2(fn_polypeptide_58(X),"6")
& cardinal_unit_class_2(fn_polypeptide_58(X),unity_0)
& object_2(fn_polypeptide_50(X),fn_polypeptide_78(X))
& called_2(fn_polypeptide_59(X),'Number_Proton')
& called_2(fn_polypeptide_48(X),'C=O')
& instrument_2(fn_polypeptide_63(X),fn_polypeptide_130(X))
& has_function_2(fn_polypeptide_48(X),fn_polypeptide_56(X))
& the_cardinal_value_2(fn_polypeptide_47(X),"2.55")
& cardinal_unit_class_2(fn_polypeptide_47(X),unity_0)
& called_2(fn_polypeptide_75(X),'Atomic_Number')
& is_inside_2(fn_polypeptide_34(X),fn_polypeptide_35(X))
& has_region_2(fn_polypeptide_101(X),fn_polypeptide_86(X))
& fn_polypeptide_42(X) != fn_polypeptide_39(X)
& fn_polypeptide_39(X) != fn_polypeptide_42(X)
& fn_polypeptide_114(X) != fn_polypeptide_116(X)
& has_region_2(fn_polypeptide_116(X),fn_polypeptide_37(X))
& is_inside_2(fn_polypeptide_38(X),fn_polypeptide_37(X))
& fn_polypeptide_116(X) != fn_polypeptide_114(X)
& has_part_2(fn_polypeptide_91(X),fn_polypeptide_73(X))
& is_inside_2(fn_polypeptide_73(X),fn_polypeptide_70(X))
& atomic_number_2(fn_polypeptide_91(X),fn_polypeptide_75(X))
& fn_polypeptide_76(X) = fn_polypeptide_75(X)
& fn_polypeptide_75(X) = fn_polypeptide_76(X)
& quantity_2(fn_polypeptide_67(X),fn_polypeptide_68(X))
& is_near_2(fn_polypeptide_70(X),fn_polypeptide_67(X))
& is_near_2(fn_polypeptide_67(X),fn_polypeptide_70(X))
& fn_polypeptide_76(X) = fn_polypeptide_68(X)
& fn_polypeptide_68(X) = fn_polypeptide_76(X)
& electronegativity_2(fn_polypeptide_125(X),fn_polypeptide_46(X))
& is_between_2(fn_polypeptide_108(X),fn_polypeptide_125(X))
& is_between_2(fn_polypeptide_108(X),fn_polypeptide_118(X))
& object_2(fn_polypeptide_107(X),fn_polypeptide_118(X))
& agent_2(fn_polypeptide_107(X),fn_polypeptide_108(X))
& is_between_2(fn_polypeptide_48(X),fn_polypeptide_101(X))
& object_2(fn_polypeptide_54(X),fn_polypeptide_101(X))
& object_2(fn_polypeptide_54(X),fn_polypeptide_126(X))
& fn_polypeptide_91(X) != fn_polypeptide_126(X)
& has_part_2(fn_polypeptide_91(X),fn_polypeptide_67(X))
& fn_polypeptide_126(X) != fn_polypeptide_91(X)
& fn_polypeptide_126(X) != fn_polypeptide_100(X)
& agent_2(fn_polypeptide_50(X),fn_polypeptide_100(X))
& agent_2(fn_polypeptide_50(X),fn_polypeptide_126(X))
& atomic_number_2(fn_polypeptide_126(X),fn_polypeptide_58(X))
& fn_polypeptide_58(X) = fn_polypeptide_59(X)
& fn_polypeptide_100(X) != fn_polypeptide_126(X)
& fn_polypeptide_59(X) = fn_polypeptide_58(X)
& fn_polypeptide_39(X) != fn_polypeptide_52(X)
& result_2(fn_polypeptide_52(X),fn_polypeptide_48(X))
& is_between_2(fn_polypeptide_48(X),fn_polypeptide_126(X))
& electronegativity_2(fn_polypeptide_126(X),fn_polypeptide_47(X))
& fn_polypeptide_47(X) != fn_polypeptide_46(X)
& fn_polypeptide_52(X) != fn_polypeptide_39(X)
& fn_polypeptide_46(X) != fn_polypeptide_47(X)
& fn_polypeptide_126(X) != fn_polypeptide_125(X)
& fn_polypeptide_125(X) != fn_polypeptide_101(X)
& fn_polypeptide_101(X) != fn_polypeptide_126(X)
& has_part_2(fn_polypeptide_126(X),fn_polypeptide_57(X))
& is_inside_2(fn_polypeptide_57(X),fn_polypeptide_32(X))
& fn_polypeptide_125(X) != fn_polypeptide_126(X)
& fn_polypeptide_101(X) != fn_polypeptide_125(X)
& fn_polypeptide_126(X) != fn_polypeptide_101(X)
& is_at_2(fn_polypeptide_33(X),fn_polypeptide_60(X))
& has_region_2(fn_polypeptide_44(X),fn_polypeptide_60(X))
& has_region_2(fn_polypeptide_44(X),fn_polypeptide_62(X))
& fn_polypeptide_62(X) != fn_polypeptide_114(X)
& fn_polypeptide_114(X) != fn_polypeptide_61(X)
& fn_polypeptide_114(X) != fn_polypeptide_62(X)
& fn_polypeptide_61(X) != fn_polypeptide_114(X)
& object_2(fn_polypeptide_127(X),fn_polypeptide_126(X))
& has_region_2(fn_polypeptide_126(X),fn_polypeptide_116(X))
& fn_polypeptide_116(X) != fn_polypeptide_86(X)
& fn_polypeptide_36(X) != fn_polypeptide_116(X)
& fn_polypeptide_116(X) != fn_polypeptide_36(X)
& fn_polypeptide_86(X) != fn_polypeptide_116(X)
& is_inside_2(fn_polypeptide_31(X),fn_polypeptide_37(X))
& has_part_2(fn_polypeptide_125(X),fn_polypeptide_31(X))
& fn_polypeptide_125(X) != fn_polypeptide_44(X)
& has_region_2(fn_polypeptide_44(X),fn_polypeptide_33(X))
& fn_polypeptide_33(X) != fn_polypeptide_28(X)
& fn_polypeptide_44(X) != fn_polypeptide_125(X)
& fn_polypeptide_28(X) != fn_polypeptide_33(X)
& agent_2(fn_polypeptide_127(X),fn_polypeptide_130(X))
& object_2(fn_polypeptide_127(X),fn_polypeptide_125(X))
& has_region_2(fn_polypeptide_125(X),fn_polypeptide_116(X))
& fn_polypeptide_35(X) != fn_polypeptide_116(X)
& fn_polypeptide_116(X) != fn_polypeptide_35(X)
& is_inside_2(fn_polypeptide_30(X),fn_polypeptide_37(X))
& object_2(fn_polypeptide_39(X),fn_polypeptide_30(X))
& agent_2(fn_polypeptide_39(X),fn_polypeptide_125(X))
& is_near_2(fn_polypeptide_28(X),fn_polypeptide_30(X))
& is_near_2(fn_polypeptide_30(X),fn_polypeptide_28(X))
& agent_2(fn_polypeptide_129(X),fn_polypeptide_126(X))
& has_region_2(fn_polypeptide_126(X),fn_polypeptide_115(X))
& fn_polypeptide_115(X) != fn_polypeptide_117(X)
& is_at_2(fn_polypeptide_32(X),fn_polypeptide_117(X))
& is_near_2(fn_polypeptide_32(X),fn_polypeptide_38(X))
& fn_polypeptide_117(X) != fn_polypeptide_115(X)
& is_near_2(fn_polypeptide_38(X),fn_polypeptide_32(X))
& has_region_2(fn_polypeptide_101(X),fn_polypeptide_28(X))
& has_region_2(fn_polypeptide_101(X),fn_polypeptide_115(X))
& fn_polypeptide_115(X) != fn_polypeptide_60(X)
& is_near_2(fn_polypeptide_31(X),fn_polypeptide_28(X))
& is_near_2(fn_polypeptide_28(X),fn_polypeptide_31(X))
& fn_polypeptide_60(X) != fn_polypeptide_115(X)
& result_2(fn_polypeptide_129(X),fn_polypeptide_130(X))
& object_2(fn_polypeptide_129(X),fn_polypeptide_109(X))
& object_2(fn_polypeptide_112(X),fn_polypeptide_109(X))
& object_2(fn_polypeptide_112(X),fn_polypeptide_110(X))
& object_2(fn_polypeptide_128(X),fn_polypeptide_110(X))
& object_2(fn_polypeptide_25(X),fn_polypeptide_105(X))
& fn_polypeptide_18(X) != fn_polypeptide_105(X)
& fn_polypeptide_105(X) != fn_polypeptide_18(X)
& fn_polypeptide_110(X) != fn_polypeptide_105(X)
& fn_polypeptide_105(X) != fn_polypeptide_110(X)
& is_between_2(fn_polypeptide_130(X),fn_polypeptide_126(X))
& has_region_2(fn_polypeptide_126(X),fn_polypeptide_32(X))
& fn_polypeptide_32(X) != fn_polypeptide_28(X)
& fn_polypeptide_28(X) != fn_polypeptide_32(X)
& fn_polypeptide_34(X) != fn_polypeptide_28(X)
& fn_polypeptide_28(X) != fn_polypeptide_34(X)
& result_2(fn_polypeptide_25(X),fn_polypeptide_108(X))
& has_function_2(fn_polypeptide_108(X),fn_polypeptide_107(X))
& object_2(fn_polypeptide_107(X),fn_polypeptide_125(X))
& has_region_2(fn_polypeptide_125(X),fn_polypeptide_115(X))
& fn_polypeptide_115(X) != fn_polypeptide_21(X)
& fn_polypeptide_21(X) != fn_polypeptide_115(X)
& has_function_2(fn_polypeptide_130(X),fn_polypeptide_127(X))
& fn_polypeptide_127(X) != fn_polypeptide_56(X)
& agent_2(fn_polypeptide_56(X),fn_polypeptide_48(X))
& fn_polypeptide_43(X) != fn_polypeptide_127(X)
& fn_polypeptide_127(X) != fn_polypeptide_43(X)
& fn_polypeptide_56(X) != fn_polypeptide_127(X)
& agent_2(fn_polypeptide_25(X),fn_polypeptide_125(X))
& agent_2(fn_polypeptide_25(X),fn_polypeptide_118(X))
& fn_polypeptide_118(X) != fn_polypeptide_125(X)
& has_region_2(fn_polypeptide_125(X),fn_polypeptide_114(X))
& has_region_2(fn_polypeptide_114(X),fn_polypeptide_37(X))
& fn_polypeptide_125(X) != fn_polypeptide_118(X)
& is_between_2(fn_polypeptide_130(X),fn_polypeptide_125(X))
& has_region_2(fn_polypeptide_125(X),fn_polypeptide_28(X))
& fn_polypeptide_28(X) != fn_polypeptide_20(X)
& fn_polypeptide_48(X) != fn_polypeptide_130(X)
& fn_polypeptide_130(X) != fn_polypeptide_48(X)
& fn_polypeptide_20(X) != fn_polypeptide_28(X)
& is_at_2(fn_polypeptide_28(X),fn_polypeptide_115(X))
& called_2(fn_polypeptide_45(X),'Atomic_Number')
& is_inside_2(fn_polypeptide_29(X),fn_polypeptide_28(X))
& quantity_2(fn_polypeptide_29(X),fn_polypeptide_64(X))
& called_2(fn_polypeptide_64(X),'Number_Proton')
& fn_polypeptide_45(X) = fn_polypeptide_64(X)
& fn_polypeptide_64(X) = fn_polypeptide_45(X)
& has_part_2(fn_polypeptide_118(X),fn_polypeptide_27(X))
& is_inside_2(fn_polypeptide_27(X),fn_polypeptide_20(X))
& quantity_2(fn_polypeptide_27(X),fn_polypeptide_79(X))
& called_2(fn_polypeptide_79(X),'Number_Proton')
& has_part_2(fn_polypeptide_118(X),fn_polypeptide_105(X))
& quantity_2(fn_polypeptide_105(X),fn_polypeptide_26(X))
& called_2(fn_polypeptide_26(X),'Number_Electron')
& fn_polypeptide_79(X) = fn_polypeptide_26(X)
& fn_polypeptide_26(X) = fn_polypeptide_79(X)
& has_region_2(fn_polypeptide_118(X),fn_polypeptide_20(X))
& is_at_2(fn_polypeptide_20(X),fn_polypeptide_21(X))
& has_region_2(fn_polypeptide_118(X),fn_polypeptide_21(X))
& is_near_2(fn_polypeptide_105(X),fn_polypeptide_20(X))
& is_near_2(fn_polypeptide_20(X),fn_polypeptide_105(X))
& fn_polypeptide_83(X) = fn_attach_2(fn_polypeptide_63(X))
& fn_polypeptide_31(X) = fn_share_2(fn_polypeptide_39(X))
& fn_polypeptide_31(X) = fn_share_2(fn_polypeptide_40(X))
& fn_polypeptide_31(X) = fn_share_2(fn_polypeptide_25(X))
& fn_polypeptide_110(X) = fn_share_2(fn_polypeptide_129(X))
& fn_polypeptide_105(X) = fn_share_2(fn_polypeptide_17(X))
& fn_polypeptide_118(X) = fn_share_3(fn_polypeptide_111(X))
& fn_polypeptide_126(X) = fn_attract_2(fn_polypeptide_93(X))
& fn_polypeptide_125(X) = fn_share_1(fn_polypeptide_111(X))
& fn_polypeptide_125(X) = fn_share_3(fn_polypeptide_41(X))
& fn_polypeptide_125(X) = fn_share_1(fn_polypeptide_41(X))
& fn_polypeptide_125(X) = fn_attract_2(fn_polypeptide_112(X))
& fn_polypeptide_125(X) = fn_share_3(fn_polypeptide_40(X))
& fn_polypeptide_125(X) = fn_share_3(fn_polypeptide_113(X))
& fn_polypeptide_126(X) = fn_share_1(fn_polypeptide_40(X))
& fn_polypeptide_126(X) = fn_share_3(fn_polypeptide_128(X))
& fn_polypeptide_126(X) = fn_share_3(fn_polypeptide_39(X))
& fn_polypeptide_126(X) = fn_share_1(fn_polypeptide_39(X))
& fn_polypeptide_125(X) = fn_share_1(fn_polypeptide_128(X))
& fn_polypeptide_118(X) = fn_share_3(fn_polypeptide_17(X))
& fn_polypeptide_118(X) = fn_share_1(fn_polypeptide_17(X))
& fn_polypeptide_125(X) = fn_share_3(fn_polypeptide_129(X))
& fn_polypeptide_125(X) = fn_share_1(fn_polypeptide_129(X))
& fn_polypeptide_100(X) = fn_hold_2(fn_polypeptide_97(X))
& fn_polypeptide_83(X) = fn_polymer_6(X)
& fn_polypeptide_82(X) = fn_polymer_4(X)
& fn_polypeptide_130(X) = fn_molecule_10(X)
& fn_polypeptide_130(X) = fn_polymer_1(X)
& fn_polypeptide_15(X) = fn_covalent_bond_20(fn_polypeptide_16(X))
& fn_polypeptide_15(X) = fn_covalent_bond_19(fn_polypeptide_16(X))
& fn_polypeptide_121(X) = fn_share_1(fn_polypeptide_113(X))
& fn_polypeptide_122(X) = fn_share_3(fn_polypeptide_113(X))
& fn_polypeptide_123(X) = fn_share_1(fn_polypeptide_113(X))
& fn_polypeptide_119(X) = fn_molecule_11(fn_polypeptide_82(X))
& fn_polypeptide_16(X) = fn_molecule_10(fn_polypeptide_82(X))
& fn_polypeptide_43(X) = fn_amino_group_33(fn_polypeptide_106(X))
& fn_polypeptide_44(X) = fn_amino_group_22(fn_polypeptide_106(X))
& fn_polypeptide_42(X) = fn_amino_group_32(fn_polypeptide_106(X))
& fn_polypeptide_85(X) = fn_amino_end_1(fn_polypeptide_81(X))
& fn_polypeptide_94(X) = fn_carboxyl_end_1(fn_polypeptide_80(X))
& fn_polypeptide_53(X) = fn_covalent_bond_17(fn_polypeptide_48(X))
& fn_polypeptide_36(X) = fn_atom_9(fn_polypeptide_120(X))
& fn_polypeptide_19(X) = fn_valence_electron_3(fn_polypeptide_18(X))
& fn_polypeptide_29(X) = fn_atom_8(fn_polypeptide_125(X))
& fn_polypeptide_29(X) = fn_nitrogen_12(fn_polypeptide_125(X))
& fn_polypeptide_30(X) = fn_nitrogen_18(fn_polypeptide_125(X))
& fn_polypeptide_30(X) = fn_nitrogen_13(fn_polypeptide_125(X))
& fn_polypeptide_117(X) = fn_nitrogen_11(fn_polypeptide_125(X))
& fn_polypeptide_45(X) = fn_nitrogen_16(fn_polypeptide_125(X))
& fn_polypeptide_87(X) = fn_amino_group_21(fn_polypeptide_85(X))
& fn_polypeptide_99(X) = fn_amino_group_33(fn_polypeptide_85(X))
& fn_polypeptide_114(X) = fn_carboxyl_group_63(fn_polypeptide_124(X))
& fn_polypeptide_86(X) = fn_carboxyl_group_16(fn_polypeptide_124(X))
& fn_polypeptide_78(X) = fn_amino_acid_20(fn_polypeptide_83(X))
& fn_polypeptide_83(X) = fn_functional_group_1(fn_polypeptide_85(X))
& fn_polypeptide_110(X) = fn_amino_acid_19(fn_polypeptide_83(X))
& fn_polypeptide_102(X) = fn_amino_acid_18(fn_polypeptide_83(X))
& fn_polypeptide_99(X) = fn_amino_acid_14(fn_polypeptide_83(X))
& fn_polypeptide_51(X) = fn_amino_acid_12(fn_polypeptide_83(X))
& fn_polypeptide_98(X) = fn_amino_acid_13(fn_polypeptide_83(X))
& fn_polypeptide_103(X) = fn_amino_acid_10(fn_polypeptide_83(X))
& fn_polypeptide_67(X) = fn_amino_group_19(fn_polypeptide_85(X))
& fn_polypeptide_84(X) = fn_molecule_10(fn_polypeptide_83(X))
& fn_polypeptide_91(X) = fn_molecule_11(fn_polypeptide_83(X))
& fn_polypeptide_71(X) = fn_amino_group_33(fn_polypeptide_85(X))
& fn_polypeptide_84(X) = fn_amino_group_21(fn_polypeptide_85(X))
& fn_polypeptide_72(X) = fn_amino_group_25(fn_polypeptide_85(X))
& fn_polypeptide_70(X) = fn_amino_group_26(fn_polypeptide_85(X))
& fn_polypeptide_69(X) = fn_amino_group_32(fn_polypeptide_85(X))
& fn_polypeptide_90(X) = fn_amino_group_22(fn_polypeptide_85(X))
& fn_polypeptide_110(X) = fn_covalent_bond_15(fn_polypeptide_108(X))
& fn_polypeptide_61(X) = fn_covalent_bond_12(fn_polypeptide_108(X))
& fn_polypeptide_19(X) = fn_covalent_bond_13(fn_polypeptide_108(X))
& fn_polypeptide_27(X) = fn_covalent_bond_4(fn_polypeptide_108(X))
& fn_polypeptide_22(X) = fn_covalent_bond_10(fn_polypeptide_108(X))
& fn_polypeptide_24(X) = fn_covalent_bond_16(fn_polypeptide_108(X))
& fn_polypeptide_23(X) = fn_covalent_bond_1(fn_polypeptide_108(X))
& fn_polypeptide_105(X) = fn_covalent_bond_18(fn_polypeptide_108(X))
& fn_polypeptide_111(X) = fn_covalent_bond_17(fn_polypeptide_108(X))
& fn_polypeptide_92(X) = fn_carboxyl_group_23(fn_polypeptide_124(X))
& fn_polypeptide_128(X) = fn_carboxyl_group_66(fn_polypeptide_124(X))
& fn_polypeptide_109(X) = fn_carboxyl_group_58(fn_polypeptide_124(X))
& fn_polypeptide_97(X) = fn_carboxyl_group_47(fn_polypeptide_124(X))
& fn_polypeptide_90(X) = fn_carboxyl_group_25(fn_polypeptide_124(X))
& fn_polypeptide_99(X) = fn_carboxyl_group_67(fn_polypeptide_124(X))
& fn_polypeptide_110(X) = fn_carboxyl_group_45(fn_polypeptide_124(X))
& fn_polypeptide_103(X) = fn_carboxyl_group_49(fn_polypeptide_124(X))
& fn_polypeptide_109(X) = fn_carboxyl_group_21(fn_polypeptide_124(X))
& fn_polypeptide_110(X) = fn_carboxyl_group_17(fn_polypeptide_124(X))
& fn_polypeptide_31(X) = fn_carboxyl_group_45(fn_polypeptide_124(X))
& fn_polypeptide_38(X) = fn_carboxyl_group_17(fn_polypeptide_124(X))
& fn_polypeptide_104(X) = fn_carboxyl_group_56(fn_polypeptide_124(X))
& fn_polypeptide_117(X) = fn_carboxyl_group_20(fn_polypeptide_124(X))
& fn_polypeptide_87(X) = fn_carboxyl_group_69(fn_polypeptide_124(X))
& fn_polypeptide_101(X) = fn_carboxyl_group_24(fn_polypeptide_124(X))
& fn_polypeptide_56(X) = fn_carboxyl_group_55(fn_polypeptide_124(X))
& fn_polypeptide_100(X) = fn_carboxyl_group_24(fn_polypeptide_124(X))
& fn_polypeptide_117(X) = fn_carboxyl_group_18(fn_polypeptide_124(X))
& fn_polypeptide_101(X) = fn_carboxyl_group_23(fn_polypeptide_124(X))
& fn_polypeptide_52(X) = fn_carboxyl_group_49(fn_polypeptide_124(X))
& fn_polypeptide_15(X) = fn_amino_acid_27(fn_polypeptide_82(X))
& fn_polypeptide_82(X) = fn_functional_group_1(fn_polypeptide_106(X))
& fn_polypeptide_120(X) = fn_amino_acid_22(fn_polypeptide_82(X))
& fn_polypeptide_113(X) = fn_amino_acid_10(fn_polypeptide_82(X))
& fn_polypeptide_118(X) = fn_amino_acid_28(fn_polypeptide_82(X))
& fn_polypeptide_122(X) = fn_amino_acid_22(fn_polypeptide_82(X))
& fn_polypeptide_121(X) = fn_amino_acid_24(fn_polypeptide_82(X))
& fn_polypeptide_123(X) = fn_amino_acid_22(fn_polypeptide_82(X))
& fn_polypeptide_120(X) = fn_amino_group_22(fn_polypeptide_106(X))
& fn_polypeptide_61(X) = fn_atom_9(fn_polypeptide_118(X))
& fn_polypeptide_61(X) = fn_amino_acid_8(fn_polypeptide_82(X))
& fn_polypeptide_120(X) = fn_amino_acid_28(fn_polypeptide_82(X))
& fn_polypeptide_125(X) = fn_amino_group_20(fn_polypeptide_106(X))
& fn_polypeptide_106(X) = fn_amino_acid_25(fn_polypeptide_82(X))
& fn_polypeptide_118(X) = fn_amino_acid_22(fn_polypeptide_82(X))
& fn_polypeptide_15(X) = fn_amino_acid_11(fn_polypeptide_82(X))
& fn_polypeptide_119(X) = fn_amino_acid_24(fn_polypeptide_82(X))
& fn_polypeptide_125(X) = fn_amino_acid_17(fn_polypeptide_82(X))
& fn_polypeptide_49(X) = fn_amino_acid_10(fn_polypeptide_83(X))
& fn_polypeptide_104(X) = fn_amino_acid_12(fn_polypeptide_83(X))
& fn_polypeptide_88(X) = fn_amino_acid_23(fn_polypeptide_83(X))
& fn_polypeptide_96(X) = fn_amino_acid_14(fn_polypeptide_83(X))
& fn_polypeptide_100(X) = fn_amino_acid_27(fn_polypeptide_83(X))
& fn_polypeptide_55(X) = fn_amino_acid_13(fn_polypeptide_83(X))
& fn_polypeptide_101(X) = fn_amino_acid_11(fn_polypeptide_83(X))
& fn_polypeptide_89(X) = fn_amino_group_22(fn_polypeptide_85(X))
& fn_polypeptide_54(X) = fn_amino_acid_13(fn_polypeptide_83(X))
& fn_polypeptide_86(X) = fn_amino_acid_21(fn_polypeptide_83(X))
& fn_polypeptide_101(X) = fn_amino_acid_27(fn_polypeptide_83(X))
& fn_polypeptide_78(X) = fn_amino_acid_19(fn_polypeptide_83(X))
& fn_polypeptide_49(X) = fn_amino_acid_18(fn_polypeptide_83(X))
& fn_polypeptide_53(X) = fn_amino_acid_12(fn_polypeptide_83(X))
& fn_polypeptide_38(X) = fn_amino_acid_19(fn_polypeptide_83(X))
& fn_polypeptide_85(X) = fn_amino_acid_25(fn_polypeptide_83(X))
& fn_polypeptide_91(X) = fn_amino_group_20(fn_polypeptide_85(X))
& fn_polypeptide_65(X) = fn_amino_group_24(fn_polypeptide_85(X))
& fn_polypeptide_91(X) = fn_amino_acid_17(fn_polypeptide_83(X))
& fn_polypeptide_65(X) = fn_amino_acid_9(fn_polypeptide_83(X))
& fn_polypeptide_66(X) = fn_amino_acid_8(fn_polypeptide_83(X))
& fn_polypeptide_90(X) = fn_amino_acid_28(fn_polypeptide_83(X))
& fn_polypeptide_90(X) = fn_amino_acid_22(fn_polypeptide_83(X))
& fn_polypeptide_42(X) = fn_amino_acid_12(fn_polypeptide_83(X))
& fn_polypeptide_31(X) = fn_amino_acid_19(fn_polypeptide_83(X))
& fn_polypeptide_30(X) = fn_amino_acid_20(fn_polypeptide_83(X))
& fn_polypeptide_41(X) = fn_amino_acid_10(fn_polypeptide_83(X))
& fn_polypeptide_89(X) = fn_amino_acid_22(fn_polypeptide_83(X))
& fn_polypeptide_89(X) = fn_amino_acid_28(fn_polypeptide_83(X))
& fn_polypeptide_92(X) = fn_carboxyl_group_24(fn_polypeptide_124(X))
& fn_polypeptide_92(X) = fn_amino_acid_27(fn_polypeptide_83(X))
& fn_polypeptide_92(X) = fn_amino_acid_11(fn_polypeptide_83(X))
& fn_polypeptide_94(X) = fn_amino_acid_26(fn_polypeptide_83(X))
& fn_polypeptide_100(X) = fn_amino_acid_11(fn_polypeptide_83(X))
& fn_polypeptide_95(X) = fn_amino_acid_15(fn_polypeptide_83(X))
& fn_polypeptide_126(X) = fn_carboxyl_group_19(fn_polypeptide_124(X))
& fn_polypeptide_114(X) = fn_carboxyl_group_22(fn_polypeptide_124(X))
& fn_polypeptide_114(X) = fn_amino_acid_21(fn_polypeptide_83(X))
& fn_polypeptide_126(X) = fn_amino_acid_24(fn_polypeptide_83(X))
& fn_polypeptide_78(X) = fn_peptide_bond_18(fn_polypeptide_130(X))
& fn_polypeptide_63(X) = fn_peptide_bond_33(fn_polypeptide_130(X))
& fn_polypeptide_34(X) = fn_peptide_bond_49(fn_polypeptide_130(X))
& fn_polypeptide_13(X) = fn_peptide_bond_10(fn_polypeptide_130(X))
& fn_polypeptide_12(X) = fn_peptide_bond_4(fn_polypeptide_130(X))
& fn_polypeptide_11(X) = fn_peptide_bond_5(fn_polypeptide_130(X))
& fn_polypeptide_10(X) = fn_peptide_bond_6(fn_polypeptide_130(X))
& fn_polypeptide_8(X) = fn_peptide_bond_9(fn_polypeptide_130(X))
& fn_polypeptide_86(X) = fn_peptide_bond_52(fn_polypeptide_130(X))
& fn_polypeptide_5(X) = fn_peptide_bond_8(fn_polypeptide_130(X))
& fn_polypeptide_6(X) = fn_peptide_bond_7(fn_polypeptide_130(X))
& fn_polypeptide_76(X) = fn_peptide_bond_20(fn_polypeptide_130(X))
& fn_polypeptide_42(X) = fn_peptide_bond_23(fn_polypeptide_130(X))
& fn_polypeptide_38(X) = fn_peptide_bond_47(fn_polypeptide_130(X))
& fn_polypeptide_73(X) = fn_peptide_bond_46(fn_polypeptide_130(X))
& fn_polypeptide_74(X) = fn_peptide_bond_12(fn_polypeptide_130(X))
& fn_polypeptide_7(X) = fn_peptide_bond_3(fn_polypeptide_130(X))
& fn_polypeptide_68(X) = fn_peptide_bond_25(fn_polypeptide_130(X))
& fn_polypeptide_77(X) = fn_peptide_bond_11(fn_polypeptide_130(X))
& fn_polypeptide_75(X) = fn_peptide_bond_45(fn_polypeptide_130(X))
& fn_polypeptide_76(X) = fn_peptide_bond_25(fn_polypeptide_130(X))
& fn_polypeptide_68(X) = fn_peptide_bond_20(fn_polypeptide_130(X))
& fn_polypeptide_70(X) = fn_peptide_bond_41(fn_polypeptide_130(X))
& fn_polypeptide_67(X) = fn_peptide_bond_47(fn_polypeptide_130(X))
& fn_polypeptide_91(X) = fn_peptide_bond_34(fn_polypeptide_130(X))
& fn_polypeptide_54(X) = fn_peptide_bond_50(fn_polypeptide_130(X))
& fn_polypeptide_59(X) = fn_peptide_bond_26(fn_polypeptide_130(X))
& fn_polypeptide_58(X) = fn_peptide_bond_36(fn_polypeptide_130(X))
& fn_polypeptide_50(X) = fn_peptide_bond_51(fn_polypeptide_130(X))
& fn_polypeptide_100(X) = fn_peptide_bond_53(fn_polypeptide_130(X))
& fn_polypeptide_46(X) = fn_peptide_bond_40(fn_polypeptide_130(X))
& fn_polypeptide_47(X) = fn_peptide_bond_39(fn_polypeptide_130(X))
& fn_polypeptide_52(X) = fn_peptide_bond_51(fn_polypeptide_130(X))
& fn_polypeptide_57(X) = fn_peptide_bond_38(fn_polypeptide_130(X))
& fn_polypeptide_61(X) = fn_peptide_bond_15(fn_polypeptide_130(X))
& fn_polypeptide_62(X) = fn_peptide_bond_15(fn_polypeptide_130(X))
& fn_polypeptide_60(X) = fn_peptide_bond_14(fn_polypeptide_130(X))
& fn_polypeptide_86(X) = fn_peptide_bond_44(fn_polypeptide_130(X))
& fn_polypeptide_36(X) = fn_peptide_bond_52(fn_polypeptide_130(X))
& fn_polypeptide_33(X) = fn_peptide_bond_13(fn_polypeptide_130(X))
& fn_polypeptide_44(X) = fn_peptide_bond_24(fn_polypeptide_130(X))
& fn_polypeptide_31(X) = fn_peptide_bond_28(fn_polypeptide_130(X))
& fn_polypeptide_35(X) = fn_peptide_bond_48(fn_polypeptide_130(X))
& fn_polypeptide_116(X) = fn_peptide_bond_29(fn_polypeptide_130(X))
& fn_polypeptide_39(X) = fn_peptide_bond_35(fn_polypeptide_130(X))
& fn_polypeptide_28(X) = fn_peptide_bond_37(fn_polypeptide_130(X))
& fn_polypeptide_30(X) = fn_peptide_bond_27(fn_polypeptide_130(X))
& fn_polypeptide_38(X) = fn_peptide_bond_28(fn_polypeptide_130(X))
& fn_polypeptide_32(X) = fn_peptide_bond_41(fn_polypeptide_130(X))
& fn_polypeptide_117(X) = fn_peptide_bond_43(fn_polypeptide_130(X))
& fn_polypeptide_115(X) = fn_peptide_bond_42(fn_polypeptide_130(X))
& fn_polypeptide_60(X) = fn_peptide_bond_42(fn_polypeptide_130(X))
& fn_polypeptide_115(X) = fn_peptide_bond_16(fn_polypeptide_130(X))
& fn_polypeptide_101(X) = fn_atomic_nucleus_4(fn_polypeptide_28(X))
& fn_polypeptide_101(X) = fn_peptide_bond_53(fn_polypeptide_130(X))
& fn_polypeptide_31(X) = fn_atomic_nucleus_8(fn_polypeptide_28(X))
& fn_polypeptide_31(X) = fn_peptide_bond_18(fn_polypeptide_130(X))
& fn_polypeptide_128(X) = fn_peptide_bond_35(fn_polypeptide_130(X))
& fn_polypeptide_110(X) = fn_peptide_bond_47(fn_polypeptide_130(X))
& fn_polypeptide_112(X) = fn_peptide_bond_19(fn_polypeptide_130(X))
& fn_polypeptide_109(X) = fn_peptide_bond_28(fn_polypeptide_130(X))
& fn_polypeptide_129(X) = fn_peptide_bond_35(fn_polypeptide_130(X))
& fn_polypeptide_110(X) = fn_peptide_bond_28(fn_polypeptide_130(X))
& fn_polypeptide_105(X) = fn_peptide_bond_27(fn_polypeptide_130(X))
& fn_polypeptide_18(X) = fn_peptide_bond_28(fn_polypeptide_130(X))
& fn_polypeptide_105(X) = fn_peptide_bond_47(fn_polypeptide_130(X))
& fn_polypeptide_34(X) = fn_peptide_bond_37(fn_polypeptide_130(X))
& fn_polypeptide_28(X) = fn_peptide_bond_17(fn_polypeptide_130(X))
& fn_polypeptide_32(X) = fn_peptide_bond_37(fn_polypeptide_130(X))
& fn_polypeptide_126(X) = fn_peptide_bond_32(fn_polypeptide_130(X))
& fn_polypeptide_21(X) = fn_peptide_bond_14(fn_polypeptide_130(X))
& fn_polypeptide_115(X) = fn_peptide_bond_43(fn_polypeptide_130(X))
& fn_polypeptide_107(X) = fn_peptide_bond_22(fn_polypeptide_130(X))
& fn_polypeptide_108(X) = fn_peptide_bond_21(fn_polypeptide_130(X))
& fn_polypeptide_56(X) = fn_peptide_bond_50(fn_polypeptide_130(X))
& fn_polypeptide_43(X) = fn_peptide_bond_22(fn_polypeptide_130(X))
& fn_polypeptide_127(X) = fn_peptide_bond_31(fn_polypeptide_130(X))
& fn_polypeptide_37(X) = fn_peptide_bond_30(fn_polypeptide_130(X))
& fn_polypeptide_114(X) = fn_peptide_bond_44(fn_polypeptide_130(X))
& fn_polypeptide_118(X) = fn_peptide_bond_24(fn_polypeptide_130(X))
& fn_polypeptide_25(X) = fn_peptide_bond_23(fn_polypeptide_130(X))
& fn_polypeptide_20(X) = fn_peptide_bond_13(fn_polypeptide_130(X))
& fn_polypeptide_28(X) = fn_peptide_bond_41(fn_polypeptide_130(X))
& fn_polypeptide_125(X) = fn_peptide_bond_34(fn_polypeptide_130(X))
& fn_polypeptide_48(X) = fn_peptide_bond_55(fn_polypeptide_130(X))
& fn_polypeptide_14(X) = fn_atomic_nucleus_5(fn_polypeptide_28(X))
& fn_polypeptide_115(X) = fn_atomic_nucleus_3(fn_polypeptide_28(X))
& fn_polypeptide_9(X) = fn_atomic_nucleus_6(fn_polypeptide_28(X))
& fn_polypeptide_45(X) = fn_atomic_nucleus_1(fn_polypeptide_28(X))
& fn_polypeptide_64(X) = fn_atomic_nucleus_2(fn_polypeptide_28(X))
& fn_polypeptide_29(X) = fn_atomic_nucleus_9(fn_polypeptide_28(X))
& fn_polypeptide_4(X) = fn_hydrogen_6(fn_polypeptide_118(X))
& fn_polypeptide_3(X) = fn_hydrogen_21(fn_polypeptide_118(X))
& fn_polypeptide_27(X) = fn_hydrogen_13(fn_polypeptide_118(X))
& fn_polypeptide_79(X) = fn_hydrogen_17(fn_polypeptide_118(X))
& fn_polypeptide_26(X) = fn_hydrogen_11(fn_polypeptide_118(X))
& fn_polypeptide_21(X) = fn_hydrogen_14(fn_polypeptide_118(X))
& fn_polypeptide_105(X) = fn_hydrogen_12(fn_polypeptide_118(X))
& fn_polypeptide_20(X) = fn_hydrogen_15(fn_polypeptide_118(X))
& fn_amino_group_21(fn_polypeptide_85(X)) = fn_molecule_10(fn_polypeptide_83(X))
& fn_molecule_10(fn_polypeptide_83(X)) = fn_amino_group_21(fn_polypeptide_85(X))
& fn_amino_group_21(fn_polypeptide_85(X)) = fn_valence_electron_3(fn_polypeptide_18(X))
& fn_valence_electron_3(fn_polypeptide_18(X)) = fn_covalent_bond_13(fn_polypeptide_108(X))
& fn_covalent_bond_13(fn_polypeptide_108(X)) = fn_covalent_bond_13(fn_polypeptide_108(X))
& fn_covalent_bond_13(fn_polypeptide_108(X)) = fn_amino_group_33(fn_polypeptide_85(X))
& fn_amino_group_33(fn_polypeptide_85(X)) = fn_amino_group_33(fn_polypeptide_85(X))
& fn_amino_group_33(fn_polypeptide_85(X)) = fn_amino_acid_14(fn_polypeptide_83(X))
& fn_amino_acid_14(fn_polypeptide_83(X)) = fn_amino_acid_14(fn_polypeptide_83(X))
& fn_amino_acid_14(fn_polypeptide_83(X)) = fn_carboxyl_group_67(fn_polypeptide_124(X))
& fn_carboxyl_group_67(fn_polypeptide_124(X)) = fn_carboxyl_group_67(fn_polypeptide_124(X))
& fn_carboxyl_group_67(fn_polypeptide_124(X)) = fn_amino_acid_10(fn_polypeptide_83(X))
& fn_amino_acid_10(fn_polypeptide_83(X)) = fn_amino_acid_10(fn_polypeptide_83(X))
& fn_amino_acid_10(fn_polypeptide_83(X)) = fn_carboxyl_group_49(fn_polypeptide_124(X))
& fn_carboxyl_group_49(fn_polypeptide_124(X)) = fn_amino_group_21(fn_polypeptide_85(X))
& fn_amino_group_21(fn_polypeptide_85(X)) = fn_amino_group_21(fn_polypeptide_85(X))
& fn_amino_group_21(fn_polypeptide_85(X)) = fn_carboxyl_group_69(fn_polypeptide_124(X))
& fn_carboxyl_group_69(fn_polypeptide_124(X)) = fn_carboxyl_group_69(fn_polypeptide_124(X))
& fn_carboxyl_group_69(fn_polypeptide_124(X)) = fn_share_3(fn_polypeptide_113(X))
& fn_share_3(fn_polypeptide_113(X)) = fn_share_3(fn_polypeptide_113(X))
& fn_share_3(fn_polypeptide_113(X)) = fn_amino_acid_22(fn_polypeptide_82(X))
& fn_amino_acid_22(fn_polypeptide_82(X)) = fn_share_1(fn_polypeptide_113(X))
& fn_share_1(fn_polypeptide_113(X)) = fn_amino_acid_24(fn_polypeptide_82(X))
& fn_amino_acid_24(fn_polypeptide_82(X)) = fn_share_1(fn_polypeptide_113(X))
& fn_share_1(fn_polypeptide_113(X)) = fn_share_1(fn_polypeptide_113(X))
& fn_share_1(fn_polypeptide_113(X)) = fn_amino_acid_22(fn_polypeptide_82(X))
& fn_amino_acid_22(fn_polypeptide_82(X)) = fn_amino_group_22(fn_polypeptide_106(X))
& fn_amino_group_22(fn_polypeptide_106(X)) = fn_amino_acid_22(fn_polypeptide_82(X))
& fn_amino_acid_22(fn_polypeptide_82(X)) = fn_amino_acid_28(fn_polypeptide_82(X))
& fn_amino_acid_28(fn_polypeptide_82(X)) = fn_covalent_bond_20(fn_polypeptide_16(X))
& fn_covalent_bond_20(fn_polypeptide_16(X)) = fn_covalent_bond_19(fn_polypeptide_16(X))
& fn_covalent_bond_19(fn_polypeptide_16(X)) = fn_covalent_bond_19(fn_polypeptide_16(X))
& fn_covalent_bond_19(fn_polypeptide_16(X)) = fn_amino_acid_27(fn_polypeptide_82(X))
& fn_amino_acid_11(fn_polypeptide_82(X)) = fn_amino_acid_27(fn_polypeptide_82(X))
& fn_amino_acid_27(fn_polypeptide_82(X)) = fn_amino_acid_11(fn_polypeptide_82(X))
& fn_amino_acid_11(fn_polypeptide_82(X)) = fn_amino_acid_11(fn_polypeptide_82(X))
& fn_amino_acid_11(fn_polypeptide_82(X)) = fn_molecule_11(fn_polypeptide_82(X))
& fn_molecule_11(fn_polypeptide_82(X)) = fn_amino_acid_24(fn_polypeptide_82(X))
& fn_amino_acid_24(fn_polypeptide_82(X)) = fn_amino_acid_24(fn_polypeptide_82(X))
& fn_amino_acid_24(fn_polypeptide_82(X)) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_functional_group_1(fn_polypeptide_106(X))
& fn_functional_group_1(fn_polypeptide_106(X)) = fn_carboxyl_group_56(fn_polypeptide_124(X))
& fn_carboxyl_group_56(fn_polypeptide_124(X)) = fn_carboxyl_group_56(fn_polypeptide_124(X))
& fn_carboxyl_group_56(fn_polypeptide_124(X)) = fn_amino_acid_12(fn_polypeptide_83(X))
& fn_amino_acid_12(fn_polypeptide_83(X)) = fn_amino_acid_10(fn_polypeptide_83(X))
& fn_amino_acid_10(fn_polypeptide_83(X)) = fn_amino_acid_18(fn_polypeptide_83(X))
& fn_amino_acid_18(fn_polypeptide_83(X)) = fn_amino_acid_18(fn_polypeptide_83(X))
& fn_amino_acid_18(fn_polypeptide_83(X)) = fn_covalent_bond_17(fn_polypeptide_48(X))
& fn_covalent_bond_17(fn_polypeptide_48(X)) = fn_amino_acid_12(fn_polypeptide_83(X))
& fn_amino_acid_12(fn_polypeptide_83(X)) = fn_amino_end_1(fn_polypeptide_81(X))
& fn_amino_end_1(fn_polypeptide_81(X)) = fn_amino_acid_25(fn_polypeptide_83(X))
& fn_amino_acid_25(fn_polypeptide_83(X)) = fn_amino_acid_25(fn_polypeptide_83(X))
& fn_amino_acid_25(fn_polypeptide_83(X)) = fn_amino_group_24(fn_polypeptide_85(X))
& fn_amino_group_24(fn_polypeptide_85(X)) = fn_amino_acid_9(fn_polypeptide_83(X))
& fn_amino_acid_9(fn_polypeptide_83(X)) = fn_amino_acid_9(fn_polypeptide_83(X))
& fn_amino_acid_9(fn_polypeptide_83(X)) = fn_amino_group_22(fn_polypeptide_85(X))
& fn_amino_group_22(fn_polypeptide_85(X)) = fn_carboxyl_group_25(fn_polypeptide_124(X))
& fn_amino_acid_28(fn_polypeptide_83(X)) = fn_carboxyl_group_25(fn_polypeptide_124(X))
& fn_carboxyl_group_25(fn_polypeptide_124(X)) = fn_carboxyl_group_25(fn_polypeptide_124(X))
& fn_carboxyl_group_25(fn_polypeptide_124(X)) = fn_amino_acid_28(fn_polypeptide_83(X))
& fn_amino_acid_22(fn_polypeptide_83(X)) = fn_amino_group_22(fn_polypeptide_85(X))
& fn_amino_group_22(fn_polypeptide_85(X)) = fn_amino_group_22(fn_polypeptide_85(X))
& fn_amino_group_22(fn_polypeptide_85(X)) = fn_amino_acid_22(fn_polypeptide_83(X))
& fn_amino_acid_28(fn_polypeptide_83(X)) = fn_amino_acid_22(fn_polypeptide_83(X))
& fn_amino_acid_22(fn_polypeptide_83(X)) = fn_amino_acid_22(fn_polypeptide_83(X))
& fn_amino_acid_22(fn_polypeptide_83(X)) = fn_amino_acid_28(fn_polypeptide_83(X))
& fn_amino_acid_28(fn_polypeptide_83(X)) = fn_amino_acid_28(fn_polypeptide_83(X))
& fn_amino_acid_28(fn_polypeptide_83(X)) = fn_carboxyl_group_24(fn_polypeptide_124(X))
& fn_carboxyl_group_23(fn_polypeptide_124(X)) = fn_amino_acid_27(fn_polypeptide_83(X))
& fn_amino_acid_27(fn_polypeptide_83(X)) = fn_carboxyl_group_23(fn_polypeptide_124(X))
& fn_amino_acid_11(fn_polypeptide_83(X)) = fn_carboxyl_end_1(fn_polypeptide_80(X))
& fn_carboxyl_end_1(fn_polypeptide_80(X)) = fn_amino_acid_26(fn_polypeptide_83(X))
& fn_amino_acid_26(fn_polypeptide_83(X)) = fn_amino_acid_26(fn_polypeptide_83(X))
& fn_amino_acid_26(fn_polypeptide_83(X)) = fn_attach_2(fn_polypeptide_63(X))
& fn_attach_2(fn_polypeptide_63(X)) = fn_functional_group_1(fn_polypeptide_85(X))
& fn_functional_group_1(fn_polypeptide_85(X)) = fn_polymer_6(X)
& fn_polymer_6(X) = fn_functional_group_1(fn_polypeptide_85(X))
& fn_functional_group_1(fn_polypeptide_85(X)) = fn_amino_acid_20(fn_polypeptide_83(X))
& fn_amino_acid_20(fn_polypeptide_83(X)) = fn_amino_acid_19(fn_polypeptide_83(X))
& fn_amino_acid_19(fn_polypeptide_83(X)) = fn_peptide_bond_18(fn_polypeptide_130(X))
& fn_peptide_bond_18(fn_polypeptide_130(X)) = fn_amino_group_32(fn_polypeptide_106(X))
& fn_amino_group_32(fn_polypeptide_106(X)) = fn_amino_group_32(fn_polypeptide_106(X))
& fn_amino_group_32(fn_polypeptide_106(X)) = fn_amino_acid_12(fn_polypeptide_83(X))
& fn_amino_acid_12(fn_polypeptide_83(X)) = fn_amino_acid_12(fn_polypeptide_83(X))
& fn_amino_acid_12(fn_polypeptide_83(X)) = fn_peptide_bond_23(fn_polypeptide_130(X))
& fn_peptide_bond_23(fn_polypeptide_130(X)) = fn_peptide_bond_23(fn_polypeptide_130(X))
& fn_peptide_bond_23(fn_polypeptide_130(X)) = fn_peptide_bond_20(fn_polypeptide_130(X))
& fn_peptide_bond_20(fn_polypeptide_130(X)) = fn_peptide_bond_25(fn_polypeptide_130(X))
& fn_peptide_bond_25(fn_polypeptide_130(X)) = fn_peptide_bond_25(fn_polypeptide_130(X))
& fn_peptide_bond_25(fn_polypeptide_130(X)) = fn_peptide_bond_20(fn_polypeptide_130(X))
& fn_peptide_bond_20(fn_polypeptide_130(X)) = fn_peptide_bond_20(fn_polypeptide_130(X))
& fn_peptide_bond_20(fn_polypeptide_130(X)) = fn_amino_group_26(fn_polypeptide_85(X))
& fn_amino_group_26(fn_polypeptide_85(X)) = fn_amino_group_26(fn_polypeptide_85(X))
& fn_amino_group_26(fn_polypeptide_85(X)) = fn_peptide_bond_41(fn_polypeptide_130(X))
& fn_peptide_bond_41(fn_polypeptide_130(X)) = fn_amino_group_19(fn_polypeptide_85(X))
& fn_amino_group_19(fn_polypeptide_85(X)) = fn_peptide_bond_47(fn_polypeptide_130(X))
& fn_peptide_bond_47(fn_polypeptide_130(X)) = fn_amino_group_20(fn_polypeptide_85(X))
& fn_amino_group_20(fn_polypeptide_85(X)) = fn_molecule_11(fn_polypeptide_83(X))
& fn_molecule_11(fn_polypeptide_83(X)) = fn_amino_group_20(fn_polypeptide_85(X))
& fn_amino_group_20(fn_polypeptide_85(X)) = fn_amino_group_20(fn_polypeptide_85(X))
& fn_amino_acid_17(fn_polypeptide_83(X)) = fn_amino_group_20(fn_polypeptide_85(X))
& fn_amino_group_20(fn_polypeptide_85(X)) = fn_amino_acid_17(fn_polypeptide_83(X))
& fn_amino_acid_17(fn_polypeptide_83(X)) = fn_amino_acid_17(fn_polypeptide_83(X))
& fn_amino_acid_17(fn_polypeptide_83(X)) = fn_peptide_bond_34(fn_polypeptide_130(X))
& fn_peptide_bond_34(fn_polypeptide_130(X)) = fn_amino_acid_13(fn_polypeptide_83(X))
& fn_amino_acid_13(fn_polypeptide_83(X)) = fn_amino_acid_13(fn_polypeptide_83(X))
& fn_amino_acid_13(fn_polypeptide_83(X)) = fn_peptide_bond_50(fn_polypeptide_130(X))
& fn_peptide_bond_50(fn_polypeptide_130(X)) = fn_hold_2(fn_polypeptide_97(X))
& fn_hold_2(fn_polypeptide_97(X)) = fn_carboxyl_group_24(fn_polypeptide_124(X))
& fn_carboxyl_group_24(fn_polypeptide_124(X)) = fn_amino_acid_27(fn_polypeptide_83(X))
& fn_amino_acid_11(fn_polypeptide_83(X)) = fn_peptide_bond_53(fn_polypeptide_130(X))
& fn_peptide_bond_53(fn_polypeptide_130(X)) = fn_carboxyl_group_49(fn_polypeptide_124(X))
& fn_carboxyl_group_49(fn_polypeptide_124(X)) = fn_carboxyl_group_49(fn_polypeptide_124(X))
& fn_carboxyl_group_49(fn_polypeptide_124(X)) = fn_peptide_bond_51(fn_polypeptide_130(X))
& fn_peptide_bond_51(fn_polypeptide_130(X)) = fn_peptide_bond_51(fn_polypeptide_130(X))
& fn_peptide_bond_51(fn_polypeptide_130(X)) = fn_covalent_bond_12(fn_polypeptide_108(X))
& fn_covalent_bond_12(fn_polypeptide_108(X)) = fn_atom_9(fn_polypeptide_118(X))
& fn_atom_9(fn_polypeptide_118(X)) = fn_covalent_bond_12(fn_polypeptide_108(X))
& fn_covalent_bond_12(fn_polypeptide_108(X)) = fn_amino_acid_8(fn_polypeptide_82(X))
& fn_amino_acid_8(fn_polypeptide_82(X)) = fn_amino_acid_8(fn_polypeptide_82(X))
& fn_amino_acid_8(fn_polypeptide_82(X)) = fn_peptide_bond_15(fn_polypeptide_130(X))
& fn_peptide_bond_15(fn_polypeptide_130(X)) = fn_carboxyl_group_16(fn_polypeptide_124(X))
& fn_carboxyl_group_16(fn_polypeptide_124(X)) = fn_carboxyl_group_16(fn_polypeptide_124(X))
& fn_carboxyl_group_16(fn_polypeptide_124(X)) = fn_amino_acid_21(fn_polypeptide_83(X))
& fn_amino_acid_21(fn_polypeptide_83(X)) = fn_peptide_bond_52(fn_polypeptide_130(X))
& fn_peptide_bond_52(fn_polypeptide_130(X)) = fn_peptide_bond_44(fn_polypeptide_130(X))
& fn_peptide_bond_44(fn_polypeptide_130(X)) = fn_atom_9(fn_polypeptide_120(X))
& fn_atom_9(fn_polypeptide_120(X)) = fn_peptide_bond_52(fn_polypeptide_130(X))
& fn_peptide_bond_52(fn_polypeptide_130(X)) = fn_peptide_bond_52(fn_polypeptide_130(X))
& fn_peptide_bond_52(fn_polypeptide_130(X)) = fn_amino_group_22(fn_polypeptide_106(X))
& fn_amino_group_22(fn_polypeptide_106(X)) = fn_amino_group_22(fn_polypeptide_106(X))
& fn_amino_group_22(fn_polypeptide_106(X)) = fn_peptide_bond_24(fn_polypeptide_130(X))
& fn_peptide_bond_24(fn_polypeptide_130(X)) = fn_nitrogen_18(fn_polypeptide_125(X))
& fn_nitrogen_18(fn_polypeptide_125(X)) = fn_nitrogen_13(fn_polypeptide_125(X))
& fn_nitrogen_13(fn_polypeptide_125(X)) = fn_nitrogen_13(fn_polypeptide_125(X))
& fn_nitrogen_13(fn_polypeptide_125(X)) = fn_amino_acid_20(fn_polypeptide_83(X))
& fn_amino_acid_20(fn_polypeptide_83(X)) = fn_amino_acid_20(fn_polypeptide_83(X))
& fn_amino_acid_20(fn_polypeptide_83(X)) = fn_peptide_bond_27(fn_polypeptide_130(X))
& fn_peptide_bond_27(fn_polypeptide_130(X)) = fn_carboxyl_group_17(fn_polypeptide_124(X))
& fn_carboxyl_group_17(fn_polypeptide_124(X)) = fn_amino_acid_19(fn_polypeptide_83(X))
& fn_amino_acid_19(fn_polypeptide_83(X)) = fn_peptide_bond_47(fn_polypeptide_130(X))
& fn_peptide_bond_28(fn_polypeptide_130(X)) = fn_nitrogen_11(fn_polypeptide_125(X))
& fn_nitrogen_11(fn_polypeptide_125(X)) = fn_carboxyl_group_20(fn_polypeptide_124(X))
& fn_carboxyl_group_20(fn_polypeptide_124(X)) = fn_carboxyl_group_20(fn_polypeptide_124(X))
& fn_carboxyl_group_20(fn_polypeptide_124(X)) = fn_carboxyl_group_18(fn_polypeptide_124(X))
& fn_carboxyl_group_18(fn_polypeptide_124(X)) = fn_carboxyl_group_18(fn_polypeptide_124(X))
& fn_carboxyl_group_18(fn_polypeptide_124(X)) = fn_peptide_bond_43(fn_polypeptide_130(X))
& fn_peptide_bond_43(fn_polypeptide_130(X)) = fn_peptide_bond_14(fn_polypeptide_130(X))
& fn_peptide_bond_14(fn_polypeptide_130(X)) = fn_peptide_bond_14(fn_polypeptide_130(X))
& fn_peptide_bond_14(fn_polypeptide_130(X)) = fn_peptide_bond_42(fn_polypeptide_130(X))
& fn_peptide_bond_42(fn_polypeptide_130(X)) = fn_carboxyl_group_24(fn_polypeptide_124(X))
& fn_carboxyl_group_24(fn_polypeptide_124(X)) = fn_atomic_nucleus_4(fn_polypeptide_28(X))
& fn_atomic_nucleus_4(fn_polypeptide_28(X)) = fn_atomic_nucleus_4(fn_polypeptide_28(X))
& fn_atomic_nucleus_4(fn_polypeptide_28(X)) = fn_carboxyl_group_23(fn_polypeptide_124(X))
& fn_carboxyl_group_23(fn_polypeptide_124(X)) = fn_carboxyl_group_24(fn_polypeptide_124(X))
& fn_carboxyl_group_24(fn_polypeptide_124(X)) = fn_carboxyl_group_24(fn_polypeptide_124(X))
& fn_carboxyl_group_24(fn_polypeptide_124(X)) = fn_carboxyl_group_23(fn_polypeptide_124(X))
& fn_carboxyl_group_23(fn_polypeptide_124(X)) = fn_carboxyl_group_23(fn_polypeptide_124(X))
& fn_carboxyl_group_23(fn_polypeptide_124(X)) = fn_amino_acid_11(fn_polypeptide_83(X))
& fn_amino_acid_27(fn_polypeptide_83(X)) = fn_amino_acid_11(fn_polypeptide_83(X))
& fn_amino_acid_11(fn_polypeptide_83(X)) = fn_amino_acid_11(fn_polypeptide_83(X))
& fn_amino_acid_11(fn_polypeptide_83(X)) = fn_amino_acid_27(fn_polypeptide_83(X))
& fn_amino_acid_27(fn_polypeptide_83(X)) = fn_amino_acid_27(fn_polypeptide_83(X))
& fn_amino_acid_27(fn_polypeptide_83(X)) = fn_peptide_bond_53(fn_polypeptide_130(X))
& fn_peptide_bond_53(fn_polypeptide_130(X)) = fn_peptide_bond_53(fn_polypeptide_130(X))
& fn_peptide_bond_53(fn_polypeptide_130(X)) = fn_share_2(fn_polypeptide_39(X))
& fn_share_2(fn_polypeptide_39(X)) = fn_share_2(fn_polypeptide_40(X))
& fn_share_2(fn_polypeptide_40(X)) = fn_share_2(fn_polypeptide_25(X))
& fn_share_2(fn_polypeptide_25(X)) = fn_atomic_nucleus_8(fn_polypeptide_28(X))
& fn_carboxyl_group_45(fn_polypeptide_124(X)) = fn_atomic_nucleus_8(fn_polypeptide_28(X))
& fn_atomic_nucleus_8(fn_polypeptide_28(X)) = fn_atomic_nucleus_8(fn_polypeptide_28(X))
& fn_atomic_nucleus_8(fn_polypeptide_28(X)) = fn_carboxyl_group_45(fn_polypeptide_124(X))
& fn_carboxyl_group_45(fn_polypeptide_124(X)) = fn_amino_acid_19(fn_polypeptide_83(X))
& fn_amino_acid_19(fn_polypeptide_83(X)) = fn_peptide_bond_28(fn_polypeptide_130(X))
& fn_peptide_bond_28(fn_polypeptide_130(X)) = fn_peptide_bond_18(fn_polypeptide_130(X))
& fn_peptide_bond_18(fn_polypeptide_130(X)) = fn_peptide_bond_18(fn_polypeptide_130(X))
& fn_peptide_bond_18(fn_polypeptide_130(X)) = fn_carboxyl_group_66(fn_polypeptide_124(X))
& fn_carboxyl_group_66(fn_polypeptide_124(X)) = fn_peptide_bond_35(fn_polypeptide_130(X))
& fn_peptide_bond_35(fn_polypeptide_130(X)) = fn_carboxyl_group_58(fn_polypeptide_124(X))
& fn_carboxyl_group_58(fn_polypeptide_124(X)) = fn_carboxyl_group_58(fn_polypeptide_124(X))
& fn_carboxyl_group_58(fn_polypeptide_124(X)) = fn_carboxyl_group_21(fn_polypeptide_124(X))
& fn_carboxyl_group_21(fn_polypeptide_124(X)) = fn_carboxyl_group_21(fn_polypeptide_124(X))
& fn_carboxyl_group_21(fn_polypeptide_124(X)) = fn_peptide_bond_28(fn_polypeptide_130(X))
& fn_peptide_bond_28(fn_polypeptide_130(X)) = fn_share_2(fn_polypeptide_129(X))
& fn_share_2(fn_polypeptide_129(X)) = fn_amino_acid_19(fn_polypeptide_83(X))
& fn_amino_acid_19(fn_polypeptide_83(X)) = fn_amino_acid_19(fn_polypeptide_83(X))
& fn_amino_acid_19(fn_polypeptide_83(X)) = fn_covalent_bond_15(fn_polypeptide_108(X))
& fn_covalent_bond_15(fn_polypeptide_108(X)) = fn_covalent_bond_15(fn_polypeptide_108(X))
& fn_covalent_bond_15(fn_polypeptide_108(X)) = fn_carboxyl_group_45(fn_polypeptide_124(X))
& fn_carboxyl_group_45(fn_polypeptide_124(X)) = fn_carboxyl_group_45(fn_polypeptide_124(X))
& fn_carboxyl_group_45(fn_polypeptide_124(X)) = fn_carboxyl_group_17(fn_polypeptide_124(X))
& fn_carboxyl_group_17(fn_polypeptide_124(X)) = fn_carboxyl_group_17(fn_polypeptide_124(X))
& fn_carboxyl_group_17(fn_polypeptide_124(X)) = fn_peptide_bond_47(fn_polypeptide_130(X))
& fn_peptide_bond_47(fn_polypeptide_130(X)) = fn_peptide_bond_28(fn_polypeptide_130(X))
& fn_peptide_bond_28(fn_polypeptide_130(X)) = fn_peptide_bond_28(fn_polypeptide_130(X))
& fn_peptide_bond_28(fn_polypeptide_130(X)) = fn_peptide_bond_49(fn_polypeptide_130(X))
& fn_peptide_bond_49(fn_polypeptide_130(X)) = fn_peptide_bond_37(fn_polypeptide_130(X))
& fn_peptide_bond_37(fn_polypeptide_130(X)) = fn_peptide_bond_41(fn_polypeptide_130(X))
& fn_peptide_bond_41(fn_polypeptide_130(X)) = fn_peptide_bond_37(fn_polypeptide_130(X))
& fn_peptide_bond_37(fn_polypeptide_130(X)) = fn_attract_2(fn_polypeptide_93(X))
& fn_attract_2(fn_polypeptide_93(X)) = fn_share_3(fn_polypeptide_128(X))
& fn_share_3(fn_polypeptide_39(X)) = fn_share_1(fn_polypeptide_40(X))
& fn_share_1(fn_polypeptide_40(X)) = fn_share_3(fn_polypeptide_128(X))
& fn_share_3(fn_polypeptide_128(X)) = fn_share_3(fn_polypeptide_39(X))
& fn_share_3(fn_polypeptide_39(X)) = fn_share_1(fn_polypeptide_39(X))
& fn_share_1(fn_polypeptide_39(X)) = fn_share_1(fn_polypeptide_40(X))
& fn_share_1(fn_polypeptide_40(X)) = fn_share_1(fn_polypeptide_39(X))
& fn_share_1(fn_polypeptide_39(X)) = fn_carboxyl_group_19(fn_polypeptide_124(X))
& fn_carboxyl_group_19(fn_polypeptide_124(X)) = fn_carboxyl_group_19(fn_polypeptide_124(X))
& fn_amino_acid_24(fn_polypeptide_83(X)) = fn_carboxyl_group_19(fn_polypeptide_124(X))
& fn_carboxyl_group_19(fn_polypeptide_124(X)) = fn_amino_acid_24(fn_polypeptide_83(X))
& fn_amino_acid_24(fn_polypeptide_83(X)) = fn_amino_acid_24(fn_polypeptide_83(X))
& fn_amino_acid_24(fn_polypeptide_83(X)) = fn_peptide_bond_32(fn_polypeptide_130(X))
& fn_peptide_bond_32(fn_polypeptide_130(X)) = fn_peptide_bond_32(fn_polypeptide_130(X))
& fn_peptide_bond_32(fn_polypeptide_130(X)) = fn_carboxyl_group_55(fn_polypeptide_124(X))
& fn_carboxyl_group_55(fn_polypeptide_124(X)) = fn_carboxyl_group_55(fn_polypeptide_124(X))
& fn_carboxyl_group_55(fn_polypeptide_124(X)) = fn_peptide_bond_50(fn_polypeptide_130(X))
& fn_peptide_bond_50(fn_polypeptide_130(X)) = fn_peptide_bond_50(fn_polypeptide_130(X))
& fn_peptide_bond_50(fn_polypeptide_130(X)) = fn_amino_group_33(fn_polypeptide_106(X))
& fn_amino_group_33(fn_polypeptide_106(X)) = fn_amino_group_33(fn_polypeptide_106(X))
& fn_amino_group_33(fn_polypeptide_106(X)) = fn_peptide_bond_22(fn_polypeptide_130(X))
& fn_peptide_bond_22(fn_polypeptide_130(X)) = fn_peptide_bond_22(fn_polypeptide_130(X))
& fn_peptide_bond_22(fn_polypeptide_130(X)) = fn_carboxyl_group_63(fn_polypeptide_124(X))
& fn_carboxyl_group_63(fn_polypeptide_124(X)) = fn_carboxyl_group_22(fn_polypeptide_124(X))
& fn_carboxyl_group_22(fn_polypeptide_124(X)) = fn_carboxyl_group_22(fn_polypeptide_124(X))
& fn_amino_acid_21(fn_polypeptide_83(X)) = fn_carboxyl_group_22(fn_polypeptide_124(X))
& fn_carboxyl_group_22(fn_polypeptide_124(X)) = fn_amino_acid_21(fn_polypeptide_83(X))
& fn_amino_acid_21(fn_polypeptide_83(X)) = fn_amino_acid_21(fn_polypeptide_83(X))
& fn_amino_acid_21(fn_polypeptide_83(X)) = fn_peptide_bond_44(fn_polypeptide_130(X))
& fn_peptide_bond_44(fn_polypeptide_130(X)) = fn_peptide_bond_44(fn_polypeptide_130(X))
& fn_peptide_bond_44(fn_polypeptide_130(X)) = fn_share_3(fn_polypeptide_41(X))
& fn_share_3(fn_polypeptide_41(X)) = fn_attract_2(fn_polypeptide_112(X))
& fn_attract_2(fn_polypeptide_112(X)) = fn_share_3(fn_polypeptide_40(X))
& fn_share_3(fn_polypeptide_113(X)) = fn_share_3(fn_polypeptide_129(X))
& fn_share_3(fn_polypeptide_129(X)) = fn_share_1(fn_polypeptide_111(X))
& fn_share_1(fn_polypeptide_111(X)) = fn_share_3(fn_polypeptide_41(X))
& fn_share_3(fn_polypeptide_41(X)) = fn_share_1(fn_polypeptide_41(X))
& fn_share_1(fn_polypeptide_41(X)) = fn_share_3(fn_polypeptide_40(X))
& fn_share_3(fn_polypeptide_40(X)) = fn_share_3(fn_polypeptide_113(X))
& fn_share_3(fn_polypeptide_113(X)) = fn_share_1(fn_polypeptide_128(X))
& fn_share_1(fn_polypeptide_128(X)) = fn_share_3(fn_polypeptide_129(X))
& fn_share_3(fn_polypeptide_129(X)) = fn_share_1(fn_polypeptide_129(X))
& fn_share_1(fn_polypeptide_129(X)) = fn_share_1(fn_polypeptide_111(X))
& fn_share_1(fn_polypeptide_111(X)) = fn_share_1(fn_polypeptide_41(X))
& fn_share_1(fn_polypeptide_41(X)) = fn_share_1(fn_polypeptide_128(X))
& fn_share_1(fn_polypeptide_128(X)) = fn_share_1(fn_polypeptide_129(X))
& fn_share_1(fn_polypeptide_129(X)) = fn_amino_group_20(fn_polypeptide_106(X))
& fn_amino_group_20(fn_polypeptide_106(X)) = fn_amino_group_20(fn_polypeptide_106(X))
& fn_amino_acid_17(fn_polypeptide_82(X)) = fn_amino_group_20(fn_polypeptide_106(X))
& fn_amino_group_20(fn_polypeptide_106(X)) = fn_amino_acid_17(fn_polypeptide_82(X))
& fn_amino_acid_17(fn_polypeptide_82(X)) = fn_amino_acid_17(fn_polypeptide_82(X))
& fn_amino_acid_17(fn_polypeptide_82(X)) = fn_peptide_bond_34(fn_polypeptide_130(X))
& fn_peptide_bond_34(fn_polypeptide_130(X)) = fn_peptide_bond_34(fn_polypeptide_130(X))
& fn_peptide_bond_34(fn_polypeptide_130(X)) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_peptide_bond_42(fn_polypeptide_130(X))
& fn_peptide_bond_42(fn_polypeptide_130(X)) = fn_peptide_bond_42(fn_polypeptide_130(X))
& fn_peptide_bond_42(fn_polypeptide_130(X)) = fn_peptide_bond_16(fn_polypeptide_130(X))
& fn_peptide_bond_16(fn_polypeptide_130(X)) = fn_peptide_bond_16(fn_polypeptide_130(X))
& fn_peptide_bond_16(fn_polypeptide_130(X)) = fn_peptide_bond_43(fn_polypeptide_130(X))
& fn_atomic_nucleus_3(fn_polypeptide_28(X)) = fn_peptide_bond_43(fn_polypeptide_130(X))
& fn_peptide_bond_43(fn_polypeptide_130(X)) = fn_peptide_bond_43(fn_polypeptide_130(X))
& fn_peptide_bond_43(fn_polypeptide_130(X)) = fn_atomic_nucleus_3(fn_polypeptide_28(X))
& fn_atomic_nucleus_3(fn_polypeptide_28(X)) = fn_nitrogen_16(fn_polypeptide_125(X))
& fn_nitrogen_16(fn_polypeptide_125(X)) = fn_nitrogen_16(fn_polypeptide_125(X))
& fn_nitrogen_16(fn_polypeptide_125(X)) = fn_atomic_nucleus_1(fn_polypeptide_28(X))
& fn_atomic_nucleus_1(fn_polypeptide_28(X)) = fn_atomic_nucleus_1(fn_polypeptide_28(X))
& fn_atomic_nucleus_1(fn_polypeptide_28(X)) = fn_peptide_bond_37(fn_polypeptide_130(X))
& fn_peptide_bond_37(fn_polypeptide_130(X)) = fn_peptide_bond_37(fn_polypeptide_130(X))
& fn_peptide_bond_37(fn_polypeptide_130(X)) = fn_peptide_bond_17(fn_polypeptide_130(X))
& fn_peptide_bond_41(fn_polypeptide_130(X)) = fn_peptide_bond_17(fn_polypeptide_130(X))
& fn_peptide_bond_17(fn_polypeptide_130(X)) = fn_peptide_bond_17(fn_polypeptide_130(X))
& fn_peptide_bond_17(fn_polypeptide_130(X)) = fn_peptide_bond_41(fn_polypeptide_130(X))
& fn_peptide_bond_41(fn_polypeptide_130(X)) = fn_peptide_bond_41(fn_polypeptide_130(X))
& fn_peptide_bond_41(fn_polypeptide_130(X)) = fn_atom_8(fn_polypeptide_125(X))
& fn_atom_8(fn_polypeptide_125(X)) = fn_nitrogen_12(fn_polypeptide_125(X))
& fn_nitrogen_12(fn_polypeptide_125(X)) = fn_nitrogen_12(fn_polypeptide_125(X))
& fn_nitrogen_12(fn_polypeptide_125(X)) = fn_atomic_nucleus_9(fn_polypeptide_28(X))
& fn_atomic_nucleus_9(fn_polypeptide_28(X)) = fn_atomic_nucleus_9(fn_polypeptide_28(X))
& fn_atomic_nucleus_9(fn_polypeptide_28(X)) = fn_covalent_bond_4(fn_polypeptide_108(X))
& fn_covalent_bond_4(fn_polypeptide_108(X)) = fn_hydrogen_13(fn_polypeptide_118(X))
& fn_hydrogen_13(fn_polypeptide_118(X)) = fn_hydrogen_13(fn_polypeptide_118(X))
& fn_hydrogen_13(fn_polypeptide_118(X)) = fn_peptide_bond_14(fn_polypeptide_130(X))
& fn_peptide_bond_14(fn_polypeptide_130(X)) = fn_hydrogen_14(fn_polypeptide_118(X))
& fn_hydrogen_14(fn_polypeptide_118(X)) = fn_hydrogen_14(fn_polypeptide_118(X))
& fn_hydrogen_14(fn_polypeptide_118(X)) = fn_share_2(fn_polypeptide_17(X))
& fn_share_2(fn_polypeptide_17(X)) = fn_covalent_bond_18(fn_polypeptide_108(X))
& fn_covalent_bond_18(fn_polypeptide_108(X)) = fn_covalent_bond_18(fn_polypeptide_108(X))
& fn_covalent_bond_18(fn_polypeptide_108(X)) = fn_peptide_bond_27(fn_polypeptide_130(X))
& fn_peptide_bond_47(fn_polypeptide_130(X)) = fn_peptide_bond_27(fn_polypeptide_130(X))
& fn_peptide_bond_27(fn_polypeptide_130(X)) = fn_peptide_bond_27(fn_polypeptide_130(X))
& fn_peptide_bond_27(fn_polypeptide_130(X)) = fn_peptide_bond_47(fn_polypeptide_130(X))
& fn_peptide_bond_47(fn_polypeptide_130(X)) = fn_peptide_bond_47(fn_polypeptide_130(X))
& fn_peptide_bond_47(fn_polypeptide_130(X)) = fn_hydrogen_12(fn_polypeptide_118(X))
& fn_hydrogen_12(fn_polypeptide_118(X)) = fn_hydrogen_12(fn_polypeptide_118(X))
& fn_hydrogen_12(fn_polypeptide_118(X)) = fn_peptide_bond_13(fn_polypeptide_130(X))
& fn_peptide_bond_13(fn_polypeptide_130(X)) = fn_hydrogen_15(fn_polypeptide_118(X))
& fn_hydrogen_15(fn_polypeptide_118(X)) = fn_hydrogen_15(fn_polypeptide_118(X))
& fn_hydrogen_15(fn_polypeptide_118(X)) = fn_share_3(fn_polypeptide_111(X))
& fn_share_3(fn_polypeptide_111(X)) = fn_share_3(fn_polypeptide_17(X))
& fn_share_3(fn_polypeptide_17(X)) = fn_share_1(fn_polypeptide_17(X))
& fn_share_1(fn_polypeptide_17(X)) = fn_share_1(fn_polypeptide_17(X))
& fn_share_1(fn_polypeptide_17(X)) = fn_amino_acid_28(fn_polypeptide_82(X))
& fn_amino_acid_28(fn_polypeptide_82(X)) = fn_amino_acid_28(fn_polypeptide_82(X))
& fn_amino_acid_28(fn_polypeptide_82(X)) = fn_amino_acid_22(fn_polypeptide_82(X))
& fn_amino_acid_22(fn_polypeptide_82(X)) = fn_amino_acid_22(fn_polypeptide_82(X))
& fn_amino_acid_22(fn_polypeptide_82(X)) = fn_peptide_bond_24(fn_polypeptide_130(X))
& fn_peptide_bond_24(fn_polypeptide_130(X)) = fn_peptide_bond_24(fn_polypeptide_130(X)) ) ) ).
fof(a531870,axiom,
! [X] :
( polypeptide_segment_1(X)
=> ( original_name_2(X,'Polypeptide-Segment')
& user_description_2(X,'A polymer of many amino acids linked together by peptide bonds.')
& concept2words_2(X,'segment of polypeptide')
& concept2words_2(X,'polypeptide segment')
& concept2words_2(X,'polypeptide-segment')
& polypeptide_1(X)
& ~ endothelin_1(X)
& ~ globins_1(X)
& ~ heavy_chain_1(X)
& ~ light_chain_1(X)
& ~ neuropeptide_1(X)
& ~ peptide_hormone_1(X)
& ~ signal_peptide_1(X) ) ) ).
fof(a531871,axiom,
! [X] :
( polyphyletic_1(X)
=> ( original_name_2(X,'Polyphyletic')
& user_description_2(X,'Describes a grouping of taxa that are descended from more than one different ancestors.')
& concept2words_2(X,polyphyly)
& concept2words_2(X,polyphyletic)
& phylogeny_1(X)
& ~ ecological_grouping_1(X)
& ~ ingroup_1(X)
& ~ outgroup_1(X) ) ) ).
fof(a531872,axiom,
! [X] :
( polyploidy_1(X)
=> ( original_name_2(X,'Polyploidy')
& user_description_2(X,'The state of possessing more than two complete sets of chromosomes. Polyploidy results from an accident of cell division.')
& concept2words_2(X,polyploidy)
& aneuploidy_1(X) ) ) ).
fof(a531873,axiom,
! [X] :
( polyprotic_acid_1(X)
=> ( original_name_2(X,'Polyprotic-Acid')
& user_description_2(X,'An acid that yields two or more H+ ion per molecule of acid.')
& concept2words_2(X,'polyprotic acid')
& concept2words_2(X,'polyprotic-acid')
& bronsted_lowry_acid_1(X)
& ~ c6h5cooh_substance_1(X)
& ~ ch2_cooh_2_substance_1(X) ) ) ).
fof(a531874,axiom,
! [X] :
( polyprotic_acid_compound_1(X)
=> ( original_name_2(X,'Polyprotic-Acid-Compound')
& user_description_2(X,'An acid that yields two or more H+ ion per molecule of acid.')
& concept2words_2(X,'polyprotic acid compound')
& concept2words_2(X,'polyprotic-acid-compound')
& bronsted_lowry_acid_compound_1(X) ) ) ).
fof(a531875,axiom,
! [X] :
( polyribosome_1(X)
=> ( original_name_2(X,'Polyribosome')
& user_description_2(X,'A polyribosome is a series of ribosomes simultaneously translating a single mRNA strand into multiple polypeptide copies.')
& concept2words_2(X,polysome)
& concept2words_2(X,polyribosome)
& cellular_structure_1(X)
& cell_1(fn_polyribosome_1(X))
& electron_microscope_1(fn_polyribosome_2(X))
& mrna_1(fn_polyribosome_3(X))
& ribosome_1(fn_polyribosome_4(X))
& ribosome_1(fn_polyribosome_5(X))
& see_1(fn_polyribosome_6(X))
& person_1(fn_polyribosome_7(X))
& polypeptide_1(fn_polyribosome_8(X))
& synthesis_of_protein_1(fn_polyribosome_9(X))
& anabolic_pathway_1(fn_polyribosome_9(X))
& polymer_synthesis_1(fn_polyribosome_9(X))
& ribosome_1(fn_polyribosome_10(X))
& tangible_entity_1(fn_sense_1(fn_polyribosome_6(X)))
& ribosome_1(fn_synthesis_of_protein_10(fn_polyribosome_9(X)))
& synthesis_of_protein_1(fn_ribosome_2(fn_polyribosome_10(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_polyribosome_9(X)))
& polymer_1(fn_polymer_synthesis_23(fn_polyribosome_9(X)))
& chemical_entity_1(fn_polymer_synthesis_23(fn_polyribosome_9(X)))
& is_behind_2(fn_polyribosome_5(X),fn_polyribosome_10(X))
& is_at_2(fn_polyribosome_5(X),fn_polyribosome_3(X))
& is_behind_2(fn_polyribosome_4(X),fn_polyribosome_5(X))
& is_at_2(fn_polyribosome_4(X),fn_polyribosome_3(X))
& is_at_2(fn_polyribosome_10(X),fn_polyribosome_3(X))
& exactCardinality(fn_polyribosome_9(X),base_0,"1",mrna_0)
& base_2(fn_polyribosome_9(X),fn_polyribosome_3(X))
& minCardinality(fn_polyribosome_9(X),agent_0,"2",ribosome_0)
& agent_2(fn_polyribosome_9(X),fn_polyribosome_10(X))
& minCardinality(fn_polyribosome_9(X),result_0,"1",polypeptide_0)
& instrument_2(fn_polyribosome_9(X),X)
& has_function_2(X,fn_polyribosome_9(X))
& minCardinality(X,has_part_0,"2",ribosome_0)
& has_part_2(X,fn_polyribosome_4(X))
& has_part_2(X,fn_polyribosome_5(X))
& has_part_2(X,fn_polyribosome_10(X))
& is_inside_2(X,fn_polyribosome_1(X))
& instrument_2(fn_polyribosome_6(X),fn_polyribosome_2(X))
& base_2(fn_polyribosome_6(X),X)
& experiencer_2(fn_polyribosome_6(X),fn_polyribosome_7(X))
& has_function_2(fn_polyribosome_10(X),fn_polyribosome_9(X))
& result_2(fn_polyribosome_9(X),fn_polyribosome_8(X))
& fn_polyribosome_7(X) = fn_sense_1(fn_polyribosome_6(X))
& fn_polyribosome_10(X) = fn_synthesis_of_protein_10(fn_polyribosome_9(X))
& fn_polyribosome_9(X) = fn_ribosome_2(fn_polyribosome_10(X))
& fn_polyribosome_8(X) = fn_anabolic_pathway_5(fn_polyribosome_9(X))
& fn_polyribosome_8(X) = fn_polymer_synthesis_23(fn_polyribosome_9(X))
& fn_anabolic_pathway_5(fn_polyribosome_9(X)) = fn_polymer_synthesis_23(fn_polyribosome_9(X)) ) ) ).
fof(a531876,axiom,
! [X] :
( polysaccharide_1(X)
=> ( original_name_2(X,'Polysaccharide')
& user_description_2(X,'Carbohydrate molecules formed by the polymerization of monosaccharides by dehydration synthesis.')
& concept2words_2(X,'poly saccharide')
& concept2words_2(X,'poly-saccharide')
& concept2words_2(X,polysaccharide)
& carbohydrate_1(X)
& polymer_1(X)
& ~ aldose_1(X)
& ~ disaccharide_1(X)
& ~ nucleic_acid_1(X)
& ~ polypeptide_1(X)
& ~ sporopollenin_1(X)
& ~ sister_chromatid_1(X)
& kinetic_energy_1(fn_polysaccharide_3(X))
& glycosidic_linkage_1(fn_polysaccharide_4(X))
& constant_motion_1(fn_polysaccharide_5(X))
& speed_value_1(fn_polysaccharide_6(X))
& quantity_value_1(fn_polysaccharide_7(X))
& unequal_sharing_1(fn_polysaccharide_8(X))
& entity_1(fn_polysaccharide_11(X))
& chemical_entity_1(fn_polysaccharide_11(X))
& atom_1(fn_polysaccharide_11(X))
& oxygen_1(fn_polysaccharide_11(X))
& electronegativity_value_1(fn_polysaccharide_12(X))
& electronegativity_value_1(fn_polysaccharide_13(X))
& entity_1(fn_polysaccharide_14(X))
& chemical_entity_1(fn_polysaccharide_14(X))
& atom_1(fn_polysaccharide_14(X))
& carbon_1(fn_polysaccharide_14(X))
& entity_1(fn_polysaccharide_15(X))
& atom_1(fn_polysaccharide_15(X))
& chemical_entity_1(fn_polysaccharide_15(X))
& oxygen_1(fn_polysaccharide_15(X))
& hydroxyl_group_1(fn_polysaccharide_16(X))
& functional_group_1(fn_polysaccharide_17(X))
& carbonyl_group_1(fn_polysaccharide_17(X))
& carbon_skeleton_1(fn_polysaccharide_18(X))
& size_value_1(fn_polysaccharide_21(X))
& size_value_1(fn_polysaccharide_22(X))
& monosaccharide_1(fn_polysaccharide_23(X))
& monosaccharide_1(fn_polysaccharide_24(X))
& polar_covalent_bond_1(fn_polysaccharide_25(X))
& entity_1(fn_polysaccharide_26(X))
& chemical_entity_1(fn_polysaccharide_26(X))
& atom_1(fn_polysaccharide_26(X))
& hydrogen_1(fn_polysaccharide_26(X))
& hold_together_1(fn_polysaccharide_27(X))
& unequal_sharing_1(fn_polysaccharide_28(X))
& double_bond_1(fn_polysaccharide_29(X))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_polysaccharide_25(X)))
& chemical_entity_1(fn_functional_group_1(fn_polysaccharide_17(X)))
& property_node_1(fn_polar_covalent_bond_3(fn_polysaccharide_25(X)))
& electronegativity_value_1(fn_polar_covalent_bond_1(fn_polysaccharide_25(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_polysaccharide_25(X)))
& electronegativity_value_1(fn_polar_covalent_bond_2(fn_polysaccharide_25(X)))
& double_bond_1(fn_carbonyl_group_8(fn_polysaccharide_17(X)))
& oxygen_1(fn_carbonyl_group_9(fn_polysaccharide_17(X)))
& entity_1(fn_polar_covalent_bond_18(fn_polysaccharide_25(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_polysaccharide_25(X)))
& atom_1(fn_polar_covalent_bond_18(fn_polysaccharide_25(X)))
& entity_1(fn_polar_covalent_bond_19(fn_polysaccharide_25(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_polysaccharide_25(X)))
& atom_1(fn_polar_covalent_bond_19(fn_polysaccharide_25(X)))
& entity_1(fn_carbonyl_group_7(fn_polysaccharide_17(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_polysaccharide_17(X)))
& atom_1(fn_carbonyl_group_7(fn_polysaccharide_17(X)))
& carbon_1(fn_carbonyl_group_7(fn_polysaccharide_17(X)))
& minCardinality(X,has_part_0,"100",monosaccharide_0)
& has_part_2(X,fn_polysaccharide_24(X))
& possesses_2(X,fn_polysaccharide_4(X))
& agent_2(fn_polysaccharide_8(X),fn_polysaccharide_26(X))
& has_part_2(X,fn_polysaccharide_23(X))
& size_2(fn_polysaccharide_23(X),fn_polysaccharide_22(X))
& is_inside_2(fn_polysaccharide_14(X),fn_polysaccharide_17(X))
& result_2(fn_polysaccharide_8(X),fn_polysaccharide_25(X))
& agent_2(fn_polysaccharide_8(X),fn_polysaccharide_15(X))
& size_2(X,fn_polysaccharide_21(X))
& greater_than_2(fn_polysaccharide_21(X),fn_polysaccharide_22(X))
& the_cardinal_value_2(fn_polysaccharide_12(X),"3.44")
& cardinal_unit_class_2(fn_polysaccharide_12(X),unity_0)
& the_cardinal_value_2(fn_polysaccharide_13(X),"2.1")
& cardinal_unit_class_2(fn_polysaccharide_13(X),unity_0)
& result_2(fn_polysaccharide_28(X),fn_polysaccharide_25(X))
& has_region_2(X,fn_polysaccharide_16(X))
& has_part_2(X,fn_polysaccharide_11(X))
& is_inside_2(fn_polysaccharide_15(X),fn_polysaccharide_16(X))
& is_inside_2(fn_polysaccharide_26(X),fn_polysaccharide_16(X))
& object_2(fn_polysaccharide_27(X),fn_polysaccharide_26(X))
& has_function_2(fn_polysaccharide_25(X),fn_polysaccharide_27(X))
& is_between_2(fn_polysaccharide_25(X),fn_polysaccharide_15(X))
& agent_2(fn_polysaccharide_27(X),fn_polysaccharide_25(X))
& object_2(fn_polysaccharide_27(X),fn_polysaccharide_15(X))
& electronegativity_2(fn_polysaccharide_15(X),fn_polysaccharide_12(X))
& fn_polysaccharide_13(X) != fn_polysaccharide_12(X)
& fn_polysaccharide_12(X) != fn_polysaccharide_13(X)
& is_inside_2(fn_polysaccharide_11(X),fn_polysaccharide_17(X))
& has_region_2(X,fn_polysaccharide_17(X))
& possesses_2(X,fn_polysaccharide_25(X))
& is_between_2(fn_polysaccharide_25(X),fn_polysaccharide_26(X))
& electronegativity_2(fn_polysaccharide_26(X),fn_polysaccharide_13(X))
& agent_2(fn_polysaccharide_28(X),fn_polysaccharide_26(X))
& agent_2(fn_polysaccharide_28(X),fn_polysaccharide_15(X))
& fn_polysaccharide_15(X) != fn_polysaccharide_26(X)
& fn_polysaccharide_14(X) != fn_polysaccharide_15(X)
& fn_polysaccharide_15(X) != fn_polysaccharide_14(X)
& fn_polysaccharide_26(X) != fn_polysaccharide_15(X)
& object_2(fn_polysaccharide_5(X),X)
& speed_2(fn_polysaccharide_5(X),fn_polysaccharide_6(X))
& directly_proportional_2(fn_polysaccharide_6(X),fn_polysaccharide_7(X))
& quantity_2(fn_polysaccharide_3(X),fn_polysaccharide_7(X))
& possesses_2(X,fn_polysaccharide_3(X))
& is_between_2(fn_polysaccharide_29(X),fn_polysaccharide_11(X))
& possesses_2(X,fn_polysaccharide_29(X))
& has_part_2(X,fn_polysaccharide_26(X))
& fn_polysaccharide_11(X) != fn_polysaccharide_26(X)
& fn_polysaccharide_26(X) != fn_polysaccharide_11(X)
& has_part_2(X,fn_polysaccharide_14(X))
& is_inside_2(fn_polysaccharide_14(X),fn_polysaccharide_18(X))
& has_region_2(X,fn_polysaccharide_18(X))
& has_part_2(X,fn_polysaccharide_15(X))
& fn_polysaccharide_15(X) != fn_polysaccharide_11(X)
& fn_polysaccharide_11(X) != fn_polysaccharide_15(X)
& fn_polysaccharide_24(X) = fn_polymer_6(X)
& fn_polysaccharide_4(X) = fn_polymer_1(X)
& fn_polysaccharide_23(X) = fn_polymer_4(X)
& fn_polysaccharide_14(X) = fn_carbonyl_group_7(fn_polysaccharide_17(X))
& fn_polysaccharide_15(X) = fn_polar_covalent_bond_19(fn_polysaccharide_25(X))
& fn_polysaccharide_8(X) = fn_polar_covalent_bond_16(fn_polysaccharide_25(X))
& fn_polysaccharide_19(X) = fn_polymer_9(X)
& fn_polysaccharide_20(X) = fn_polymer_10(X)
& fn_polysaccharide_22(X) = fn_polymer_7(X)
& fn_polysaccharide_21(X) = fn_polymer_8(X)
& fn_polysaccharide_10(X) = fn_carbohydrate_45(X)
& fn_polysaccharide_9(X) = fn_polar_covalent_bond_3(fn_polysaccharide_25(X))
& fn_polysaccharide_9(X) = fn_carbohydrate_44(X)
& fn_polysaccharide_2(X) = fn_carbohydrate_43(X)
& fn_polysaccharide_1(X) = fn_carbohydrate_42(X)
& fn_polysaccharide_16(X) = fn_carbohydrate_33(X)
& fn_polysaccharide_12(X) = fn_polar_covalent_bond_1(fn_polysaccharide_25(X))
& fn_polysaccharide_12(X) = fn_carbohydrate_11(X)
& fn_polysaccharide_27(X) = fn_polar_covalent_bond_17(fn_polysaccharide_25(X))
& fn_polysaccharide_27(X) = fn_carbohydrate_37(X)
& fn_polysaccharide_13(X) = fn_polar_covalent_bond_2(fn_polysaccharide_25(X))
& fn_polysaccharide_13(X) = fn_carbohydrate_12(X)
& fn_polysaccharide_26(X) = fn_polar_covalent_bond_18(fn_polysaccharide_25(X))
& fn_polysaccharide_25(X) = fn_carbohydrate_36(X)
& X = fn_functional_group_1(fn_polysaccharide_17(X))
& fn_polysaccharide_17(X) = fn_carbohydrate_34(X)
& fn_polysaccharide_15(X) = fn_polar_covalent_bond_18(fn_polysaccharide_25(X))
& fn_polysaccharide_26(X) = fn_polar_covalent_bond_19(fn_polysaccharide_25(X))
& fn_polysaccharide_28(X) = fn_carbohydrate_30(X)
& fn_polysaccharide_3(X) = fn_carbohydrate_7(X)
& fn_polysaccharide_7(X) = fn_carbohydrate_10(X)
& fn_polysaccharide_6(X) = fn_carbohydrate_9(X)
& fn_polysaccharide_5(X) = fn_carbohydrate_8(X)
& fn_polysaccharide_26(X) = fn_carbohydrate_32(X)
& fn_polysaccharide_29(X) = fn_carbonyl_group_8(fn_polysaccharide_17(X))
& fn_polysaccharide_11(X) = fn_carbonyl_group_9(fn_polysaccharide_17(X))
& fn_polysaccharide_29(X) = fn_carbohydrate_35(X)
& fn_polysaccharide_11(X) = fn_carbohydrate_39(X)
& fn_polysaccharide_15(X) = fn_carbohydrate_38(X)
& fn_polysaccharide_18(X) = fn_carbohydrate_6(X)
& fn_polysaccharide_14(X) = fn_carbohydrate_5(X)
& fn_polar_covalent_bond_3(fn_polysaccharide_25(X)) = fn_carbohydrate_44(X)
& fn_carbohydrate_44(X) = fn_carbohydrate_11(X)
& fn_carbohydrate_11(X) = fn_polar_covalent_bond_1(fn_polysaccharide_25(X))
& fn_polar_covalent_bond_1(fn_polysaccharide_25(X)) = fn_carbohydrate_11(X)
& fn_carbohydrate_11(X) = fn_carbohydrate_11(X)
& fn_carbohydrate_11(X) = fn_polar_covalent_bond_17(fn_polysaccharide_25(X))
& fn_carbohydrate_37(X) = fn_carbohydrate_37(X)
& fn_carbohydrate_37(X) = fn_polar_covalent_bond_17(fn_polysaccharide_25(X))
& fn_polar_covalent_bond_17(fn_polysaccharide_25(X)) = fn_carbohydrate_37(X)
& fn_carbohydrate_37(X) = fn_polar_covalent_bond_2(fn_polysaccharide_25(X))
& fn_carbohydrate_12(X) = fn_carbohydrate_12(X)
& fn_carbohydrate_12(X) = fn_polar_covalent_bond_2(fn_polysaccharide_25(X))
& fn_polar_covalent_bond_2(fn_polysaccharide_25(X)) = fn_carbohydrate_12(X)
& fn_carbohydrate_12(X) = fn_polar_covalent_bond_18(fn_polysaccharide_25(X))
& fn_carbohydrate_32(X) = fn_polar_covalent_bond_18(fn_polysaccharide_25(X))
& fn_polar_covalent_bond_18(fn_polysaccharide_25(X)) = fn_carbohydrate_32(X)
& fn_carbohydrate_32(X) = fn_carbohydrate_32(X)
& fn_carbohydrate_32(X) = fn_carbohydrate_35(X)
& fn_carbohydrate_35(X) = fn_carbonyl_group_8(fn_polysaccharide_17(X))
& fn_carbonyl_group_8(fn_polysaccharide_17(X)) = fn_carbohydrate_35(X)
& fn_carbohydrate_35(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_carbonyl_group_9(fn_polysaccharide_17(X))
& fn_carbonyl_group_9(fn_polysaccharide_17(X)) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_polar_covalent_bond_19(fn_polysaccharide_25(X))
& fn_polar_covalent_bond_19(fn_polysaccharide_25(X)) = fn_polar_covalent_bond_18(fn_polysaccharide_25(X))
& fn_polar_covalent_bond_18(fn_polysaccharide_25(X)) = fn_polar_covalent_bond_18(fn_polysaccharide_25(X))
& fn_polar_covalent_bond_18(fn_polysaccharide_25(X)) = fn_polar_covalent_bond_19(fn_polysaccharide_25(X))
& fn_polar_covalent_bond_19(fn_polysaccharide_25(X)) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_carbonyl_group_7(fn_polysaccharide_17(X))
& fn_carbonyl_group_7(fn_polysaccharide_17(X)) = fn_carbohydrate_5(X)
& fn_carbohydrate_5(X) = fn_carbohydrate_5(X) ) ) ).
fof(a531877,axiom,
! [X] :
( polyspermy_1(X)
=> ( original_name_2(X,'Polyspermy')
& user_description_2(X,'The fertilization of an egg by more than one sperm cell.')
& concept2words_2(X,polyspermy)
& condition_1(X) ) ) ).
fof(a531878,axiom,
! [X] :
( polysporangiophyte_1(X)
=> ( original_name_2(X,'Polysporangiophyte')
& user_description_2(X,'A group of land plants which features sporangia with several branches.')
& concept2words_2(X,polysporangiophyte)
& terrestrial_plant_1(X) ) ) ).
fof(a531879,axiom,
! [X] :
( polytomy_1(X)
=> ( original_name_2(X,'Polytomy')
& user_description_2(X,'In a phylogenetic tree, a branch point that gives rise to more than two descendent taxa, which occurs when the evolutionary relationships among the descendent taxa have not been determined.')
& concept2words_2(X,polytomy)
& phylogeny_1(X) ) ) ).
fof(a531880,axiom,
! [X] :
( pompes_disease_1(X)
=> ( original_name_2(X,'Pompes-Disease')
& user_description_2(X,'Pompe disease is a neuromuscular, autosomal recessive metabolic disorder in the family of lysosomal storage diseases caused by a deficiency in the enzyme Acid alpha-glucosidase which is needed to break down glycogen for energy. The lysosomes become engorged with indigestible substrates, that interfere in cellular activities')
& concept2words_2(X,'glycogen storage disease type ii')
& concept2words_2(X,'acid maltase deficiency')
& concept2words_2(X,'glycogen-storage-disease-type-ii')
& concept2words_2(X,'acid-maltase-deficiency')
& concept2words_2(X,'pompe\'s disease')
& concept2words_2(X,'pompe\'s-disease')
& concept2words_2(X,'pompes disease')
& concept2words_2(X,'pompes-disease')
& lysosomal_disorder_1(X) ) ) ).
fof(a531881,axiom,
! [X] :
( pond_1(X)
=> ( original_name_2(X,'Pond')
& user_description_2(X,'A small body of water, usually smaller than a lake.')
& concept2words_2(X,pond)
& freshwater_biome_1(X)
& ~ river_1(X)
& ~ stream_1(X)
& water_1(fn_pond_1(X))
& element_2(X,fn_pond_1(X)) ) ) ).
fof(a531882,axiom,
! [X] :
( pons_1(X)
=> ( original_name_2(X,'Pons')
& user_description_2(X,'Structure located in the vertebrate brainstem. The pons has autonomic homeostatic functions such as the regulation of breathing and sleep.')
& concept2words_2(X,pons)
& brainstem_1(X)
& ~ cerebellum_1(X)
& ~ cerebral_cortex_1(X)
& ~ reticular_formation_1(X)
& ~ primary_visual_cortex_1(X)
& ~ cerebrum_1(X)
& ~ forebrain_1(X)
& ~ hindbrain_1(X)
& ~ hypothalamus_1(X)
& ~ medulla_oblongata_1(X)
& ~ midbrain_1(X)
& ~ posterior_pituitary_1(X)
& ~ primary_motor_cortex_1(X)
& ~ reticular_system_1(X)
& ~ suprachiasmatic_nucleus_1(X)
& ~ thalamus_1(X)
& ~ lateral_geniculate_1(X)
& ~ corpus_callosum_1(X) ) ) ).
fof(a531883,axiom,
! [X] :
( population_1(X)
=> ( original_name_2(X,'Population')
& user_description_2(X,'A group of individuals of the same species in a specified area. These individuals interact and can interbreed to produce fertile offspring.')
& concept2words_2(X,population)
& organism_group_1(X) ) ) ).
fof(a531884,axiom,
! [X] :
( population_biology_technique_1(X)
=> ( original_name_2(X,'Population-Biology-Technique')
& user_description_2(X,'Techniques used in the study of populations of organisms.')
& concept2words_2(X,'population biology technique')
& concept2words_2(X,'population-biology-technique')
& technique_1(X) ) ) ).
fof(a531885,axiom,
! [X] :
( population_dynamics_1(X)
=> ( original_name_2(X,'Population-Dynamics')
& user_description_2(X,'Demographic characteristics of populations such as abundance, reproduction and survival, in addition to those factors which influence demographic characteristics of poulations.')
& concept2words_2(X,'population-dynamics')
& concept2words_2(X,'dynamics of population')
& concept2words_2(X,'population dynamics')
& concept2words_2(X,'population-dynamic')
& population_ecology_1(X) ) ) ).
fof(a531886,axiom,
! [X] :
( population_ecology_1(X)
=> ( original_name_2(X,'Population-Ecology')
& user_description_2(X,'The study of how populations interact with the environment. Includes the study of how the environment affects population density and distribution, age structure, and size.')
& concept2words_2(X,'ecology of population')
& concept2words_2(X,'population ecology')
& concept2words_2(X,'population-ecology')
& ecology_1(X) ) ) ).
fof(a531887,axiom,
! [X] :
( population_process_1(X)
=> ( original_name_2(X,'Population-Process')
& user_description_2(X,'An ecological process that occurs at the level of populations.')
& concept2words_2(X,'process of population')
& concept2words_2(X,'population process')
& concept2words_2(X,'population-process')
& ecological_process_1(X) ) ) ).
fof(a531888,axiom,
! [X] :
( population_representation_1(X)
=> ( original_name_2(X,'Population-Representation')
& user_description_2(X,'A method of representing population data.')
& concept2words_2(X,'representation of population')
& concept2words_2(X,'population representation')
& concept2words_2(X,'population-representation')
& representation_of_data_1(X) ) ) ).
fof(a531889,axiom,
! [X] :
( population_viability_analysis_1(X)
=> ( original_name_2(X,'Population-Viability-Analysis')
& user_description_2(X,'An analysis whose objective is to make a reasonable prediction of a populations chances for survival, usually expressed as a certain probability of survival over a particular time.')
& concept2words_2(X,'population viability analysis')
& concept2words_2(X,'population-viability-analysis')
& population_biology_technique_1(X)
& ~ absolute_dating_1(X)
& ~ atomic_tracking_1(X)
& ~ autoradiography_1(X)
& ~ cloning_1(X)
& ~ dna_mapping_1(X)
& ~ dna_microarray_1(X)
& ~ fetoscopy_1(X)
& ~ genetic_linkage_mapping_1(X)
& ~ gram_stain_1(X)
& ~ in_situ_hybridization_1(X)
& ~ in_vitro_hybridization_1(X)
& ~ mark_recapture_method_1(X)
& ~ microscopy_1(X)
& ~ molecular_clock_1(X)
& ~ nuclear_transplantation_1(X)
& ~ positron_emission_tomography_1(X)
& ~ radiometric_dating_1(X)
& ~ rule_of_addition_1(X)
& ~ shotgun_sequencing_1(X)
& ~ testcross_1(X)
& ~ x_ray_crystallography_1(X) ) ) ).
fof(a531890,axiom,
! [X] :
( pore_1(X)
=> ( original_name_2(X,'Pore')
& description_2(X,'Channel through the nuclear envelope that allows selected molecules to move between the nucleus and cytoplasm.')
& user_description_2(X,'A small opening in a surface.')
& concept2words_2(X,pore)
& region_1(X) ) ) ).
fof(a531891,axiom,
! [X] :
( pore_complex_1(X)
=> ( original_name_2(X,'Pore-complex')
& user_description_2(X,'It is an intricate protein structure which lines pores in the nuclear membrane')
& concept2words_2(X,'complex of pore')
& concept2words_2(X,'pore complex')
& concept2words_2(X,'pore-complex')
& protein_complex_1(X)
& cytoplasm_1(fn_pore_complex_1(X))
& nuclear_pore_1(fn_pore_complex_2(X))
& move_out_of_1(fn_pore_complex_3(X))
& organic_molecule_1(fn_pore_complex_4(X))
& nuclear_membrane_1(fn_pore_complex_5(X))
& biomembrane_1(fn_pore_complex_5(X))
& organic_molecule_1(fn_pore_complex_6(X))
& tangible_entity_1(fn_pore_complex_7(X))
& nucleus_1(fn_pore_complex_7(X))
& move_into_1(fn_pore_complex_8(X))
& spatial_entity_1(fn_move_1(fn_pore_complex_8(X)))
& spatial_entity_1(fn_move_1(fn_pore_complex_3(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_pore_complex_7(X)))
& biomembrane_1(fn_nucleus_13(fn_pore_complex_7(X)))
& tangible_entity_1(fn_move_into_1(fn_pore_complex_8(X)))
& tangible_entity_1(fn_move_out_of_1(fn_pore_complex_3(X)))
& is_inside_2(fn_pore_complex_2(X),X)
& path_2(fn_pore_complex_8(X),fn_pore_complex_2(X))
& origin_2(fn_pore_complex_8(X),fn_pore_complex_1(X))
& agent_2(fn_pore_complex_8(X),X)
& is_between_2(fn_pore_complex_7(X),fn_pore_complex_1(X))
& is_between_2(fn_pore_complex_7(X),fn_pore_complex_4(X))
& is_outside_2(fn_pore_complex_1(X),fn_pore_complex_7(X))
& is_at_2(X,fn_pore_complex_5(X))
& has_region_2(fn_pore_complex_5(X),fn_pore_complex_2(X))
& has_part_2(fn_pore_complex_5(X),X)
& is_inside_2(fn_pore_complex_4(X),fn_pore_complex_7(X))
& destination_2(fn_pore_complex_3(X),fn_pore_complex_1(X))
& path_2(fn_pore_complex_3(X),fn_pore_complex_2(X))
& agent_2(fn_pore_complex_3(X),X)
& object_2(fn_pore_complex_8(X),fn_pore_complex_6(X))
& object_2(fn_pore_complex_3(X),fn_pore_complex_4(X))
& base_2(fn_pore_complex_8(X),fn_pore_complex_7(X))
& base_2(fn_pore_complex_3(X),fn_pore_complex_7(X))
& has_part_2(fn_pore_complex_7(X),fn_pore_complex_5(X))
& fn_pore_complex_6(X) = fn_move_1(fn_pore_complex_8(X))
& fn_pore_complex_4(X) = fn_move_1(fn_pore_complex_3(X))
& fn_pore_complex_7(X) = fn_move_into_1(fn_pore_complex_8(X))
& fn_pore_complex_7(X) = fn_move_out_of_1(fn_pore_complex_3(X))
& fn_pore_complex_5(X) = fn_nucleus_13(fn_pore_complex_7(X))
& fn_move_into_1(fn_pore_complex_8(X)) = fn_move_out_of_1(fn_pore_complex_3(X)) ) ) ).
fof(a531892,axiom,
! [X] :
( porifera_1(X)
=> ( original_name_2(X,'Porifera')
& user_description_2(X,'A phylum of multicellular animals, such as sponges, that have different cell types but lack true tissues.')
& concept2words_2(X,poriferan)
& concept2words_2(X,sponges)
& concept2words_2(X,porifera)
& parazoa_1(X)
& ~ ammonite_1(X)
& ~ annelid_1(X)
& ~ arthropod_1(X)
& ~ bryozoan_1(X)
& ~ cnidaria_1(X)
& ~ ctenophora_1(X)
& ~ echinoderm_1(X)
& ~ lophotrochozoan_1(X)
& ~ mollusc_1(X)
& ~ nematode_1(X)
& ~ nemertea_1(X)
& ~ phoronid_1(X)
& ~ platyhelminthes_1(X)
& ~ rotifer_1(X)
& tangible_entity_1(fn_porifera_1(X))
& choanocyte_1(fn_porifera_2(X))
& layer_1(fn_porifera_3(X))
& feed_1(fn_porifera_4(X))
& metabolism_1(fn_porifera_5(X))
& spongocoel_1(fn_porifera_6(X))
& solid_substance_1(fn_porifera_7(X))
& locomotion_1(fn_porifera_10(X))
& spatial_entity_1(fn_porifera_11(X))
& food_vacuole_1(fn_porifera_11(X))
& fusion_1(fn_porifera_12(X))
& lysosomal_membrane_1(fn_porifera_13(X))
& aqueous_solution_1(fn_porifera_14(X))
& organic_molecule_1(fn_porifera_15(X))
& container_1(fn_porifera_16(X))
& protein_1(fn_porifera_17(X))
& organic_molecule_1(fn_porifera_17(X))
& polymer_1(fn_porifera_17(X))
& spatial_entity_1(fn_porifera_17(X))
& membrane_protein_1(fn_porifera_17(X))
& tangible_entity_1(fn_porifera_17(X))
& transmembrane_protein_1(fn_porifera_17(X))
& integral_protein_1(fn_porifera_17(X))
& transport_protein_1(fn_porifera_17(X))
& protein_1(fn_porifera_18(X))
& organic_molecule_1(fn_porifera_18(X))
& polymer_1(fn_porifera_18(X))
& membrane_protein_1(fn_porifera_18(X))
& spatial_entity_1(fn_porifera_18(X))
& tangible_entity_1(fn_porifera_18(X))
& transmembrane_protein_1(fn_porifera_18(X))
& integral_protein_1(fn_porifera_18(X))
& transport_protein_1(fn_porifera_18(X))
& protein_1(fn_porifera_19(X))
& organic_molecule_1(fn_porifera_19(X))
& polymer_1(fn_porifera_19(X))
& spatial_entity_1(fn_porifera_19(X))
& membrane_protein_1(fn_porifera_19(X))
& tangible_entity_1(fn_porifera_19(X))
& transmembrane_protein_1(fn_porifera_19(X))
& integral_protein_1(fn_porifera_19(X))
& transport_protein_1(fn_porifera_19(X))
& sodium_potassium_pump_1(fn_porifera_19(X))
& tangible_entity_1(fn_porifera_20(X))
& phospholipid_bilayer_1(fn_porifera_20(X))
& water_1(fn_porifera_21(X))
& suspension_1(fn_porifera_22(X))
& container_1(fn_porifera_23(X))
& barrier_1(fn_porifera_24(X))
& tangible_entity_1(fn_porifera_25(X))
& spatial_entity_1(fn_porifera_25(X))
& biomembrane_1(fn_porifera_25(X))
& animal_plasma_membrane_1(fn_porifera_25(X))
& plasma_membrane_1(fn_porifera_25(X))
& mixture_1(fn_porifera_26(X))
& cytoplasm_1(fn_porifera_26(X))
& smooth_endoplasmic_reticulum_1(fn_porifera_27(X))
& spatial_entity_1(fn_porifera_28(X))
& lysosome_1(fn_porifera_28(X))
& organelle_1(fn_porifera_28(X))
& protein_enzyme_1(fn_porifera_29(X))
& protein_enzyme_1(fn_porifera_30(X))
& synthesis_reaction_1(fn_porifera_31(X))
& metabolic_pathway_1(fn_porifera_31(X))
& chemical_reaction_1(fn_porifera_31(X))
& anabolic_pathway_1(fn_porifera_31(X))
& synthesis_of_lipid_1(fn_porifera_31(X))
& amoebocyte_1(fn_porifera_32(X))
& suspension_feeder_1(fn_porifera_33(X))
& intracellular_digestion_1(fn_porifera_34(X))
& nutrition_1(fn_porifera_35(X))
& specific_heat_value_1(fn_porifera_36(X))
& temperature_value_1(fn_porifera_37(X))
& heterotroph_1(fn_porifera_38(X))
& water_1(fn_porifera_39(X))
& diet_1(fn_porifera_40(X))
& animal_nutritional_requirement_1(fn_porifera_41(X))
& entity_1(fn_porifera_42(X))
& chemical_entity_1(fn_porifera_42(X))
& atom_1(fn_porifera_42(X))
& carbon_1(fn_porifera_42(X))
& carbohydrate_1(fn_porifera_43(X))
& organic_entity_1(fn_porifera_44(X))
& take_in_1(fn_porifera_45(X))
& spatial_entity_1(fn_add_1(fn_porifera_12(X)))
& spatial_entity_1(fn_add_2(fn_porifera_12(X)))
& tangible_entity_1(fn_intracellular_digestion_3(fn_porifera_34(X)))
& organism_1(fn_suspension_feeder_1(fn_porifera_33(X)))
& intracellular_digestion_1(fn_lysosome_4(fn_porifera_28(X)))
& aqueous_solution_1(fn_organelle_2(fn_porifera_28(X)))
& biomembrane_1(fn_organelle_1(fn_porifera_28(X)))
& smooth_endoplasmic_reticulum_1(fn_animal_cell_54(fn_porifera_32(X)))
& protein_enzyme_1(fn_animal_cell_72(fn_porifera_32(X)))
& protein_enzyme_1(fn_animal_cell_71(fn_porifera_32(X)))
& mixture_1(fn_animal_cell_79(fn_porifera_32(X)))
& cytoplasm_1(fn_animal_cell_79(fn_porifera_32(X)))
& protein_1(fn_animal_cell_75(fn_porifera_32(X)))
& organic_molecule_1(fn_animal_cell_75(fn_porifera_32(X)))
& polymer_1(fn_animal_cell_75(fn_porifera_32(X)))
& spatial_entity_1(fn_animal_cell_75(fn_porifera_32(X)))
& membrane_protein_1(fn_animal_cell_75(fn_porifera_32(X)))
& tangible_entity_1(fn_animal_cell_75(fn_porifera_32(X)))
& transmembrane_protein_1(fn_animal_cell_75(fn_porifera_32(X)))
& integral_protein_1(fn_animal_cell_75(fn_porifera_32(X)))
& transport_protein_1(fn_animal_cell_75(fn_porifera_32(X)))
& sodium_potassium_pump_1(fn_animal_cell_75(fn_porifera_32(X)))
& substance_1(fn_mixture_1(fn_porifera_22(X)))
& liquid_substance_1(fn_suspension_2(fn_porifera_22(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_porifera_27(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_porifera_27(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_porifera_27(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_porifera_27(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_porifera_27(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_porifera_27(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_porifera_27(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_porifera_27(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_porifera_27(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_porifera_25(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_porifera_25(X)))
& protein_1(fn_plasma_membrane_54(fn_porifera_25(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_porifera_25(X)))
& polymer_1(fn_plasma_membrane_54(fn_porifera_25(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_porifera_25(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_porifera_25(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_porifera_25(X)))
& protein_1(fn_plasma_membrane_68(fn_porifera_25(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_porifera_25(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_porifera_25(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_porifera_25(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_porifera_25(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_porifera_25(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_porifera_25(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_porifera_25(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_porifera_25(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_porifera_25(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_porifera_25(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_porifera_25(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_porifera_25(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_porifera_25(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_porifera_25(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_porifera_25(X)))
& spatial_entity_1(fn_eukaryotic_cell_15(fn_porifera_32(X)))
& membrane_protein_1(fn_eukaryotic_cell_15(fn_porifera_32(X)))
& tangible_entity_1(fn_eukaryotic_cell_15(fn_porifera_32(X)))
& transmembrane_protein_1(fn_eukaryotic_cell_15(fn_porifera_32(X)))
& integral_protein_1(fn_eukaryotic_cell_15(fn_porifera_32(X)))
& transport_protein_1(fn_eukaryotic_cell_15(fn_porifera_32(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_porifera_25(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_porifera_25(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_porifera_25(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_porifera_25(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_porifera_25(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_porifera_25(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_porifera_25(X)))
& tangible_entity_1(fn_biomembrane_63(fn_porifera_25(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_porifera_25(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_porifera_25(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_porifera_25(X)))
& tangible_entity_1(fn_eukaryotic_cell_41(fn_porifera_32(X)))
& phospholipid_bilayer_1(fn_eukaryotic_cell_41(fn_porifera_32(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_porifera_25(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_porifera_25(X)))
& tangible_entity_1(fn_animal_cell_58(fn_porifera_32(X)))
& phospholipid_bilayer_1(fn_animal_cell_58(fn_porifera_32(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_porifera_32(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_porifera_32(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_porifera_32(X)))
& tangible_entity_1(fn_animal_cell_73(fn_porifera_32(X)))
& spatial_entity_1(fn_animal_cell_73(fn_porifera_32(X)))
& biomembrane_1(fn_animal_cell_73(fn_porifera_32(X)))
& animal_plasma_membrane_1(fn_animal_cell_73(fn_porifera_32(X)))
& plasma_membrane_1(fn_animal_cell_73(fn_porifera_32(X)))
& tangible_entity_1(fn_barrier_1(fn_porifera_23(X)))
& tangible_entity_1(fn_barrier_1(fn_porifera_24(X)))
& tangible_entity_1(fn_barrier_1(fn_porifera_16(X)))
& cell_1(fn_metabolic_pathway_1(fn_porifera_31(X)))
& tangible_entity_1(fn_food_vacuole_17(fn_porifera_11(X)))
& eukaryotic_cell_1(fn_food_vacuole_17(fn_porifera_11(X)))
& cell_1(fn_food_vacuole_17(fn_porifera_11(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_porifera_25(X)))
& is_inside_2(fn_porifera_7(X),fn_porifera_2(X))
& fn_porifera_17(X) != fn_porifera_19(X)
& fn_porifera_18(X) != fn_porifera_19(X)
& fn_porifera_19(X) != fn_porifera_17(X)
& fn_porifera_19(X) != fn_porifera_18(X)
& is_at_2(fn_porifera_19(X),fn_porifera_20(X))
& is_inside_2(fn_porifera_6(X),fn_porifera_3(X))
& is_outside_2(fn_porifera_22(X),fn_porifera_32(X))
& is_inside_2(fn_porifera_26(X),fn_porifera_32(X))
& site_2(fn_porifera_5(X),fn_porifera_26(X))
& base_2(fn_porifera_5(X),fn_porifera_32(X))
& agent_2(fn_porifera_31(X),fn_porifera_29(X))
& agent_2(fn_porifera_31(X),fn_porifera_30(X))
& has_part_2(fn_porifera_32(X),fn_porifera_28(X))
& has_region_2(X,fn_porifera_6(X))
& has_region_2(X,fn_porifera_3(X))
& in_event_2(fn_porifera_33(X),fn_porifera_4(X))
& element_2(fn_porifera_3(X),fn_porifera_2(X))
& is_outside_2(fn_porifera_2(X),fn_porifera_32(X))
& subevent_2(fn_porifera_34(X),fn_porifera_12(X))
& first_subevent_2(fn_porifera_34(X),fn_porifera_12(X))
& agent_2(fn_porifera_34(X),fn_porifera_28(X))
& raw_material_2(fn_porifera_35(X),fn_porifera_1(X))
& element_2(fn_porifera_40(X),fn_porifera_1(X))
& plays_2(fn_porifera_32(X),fn_porifera_23(X))
& plays_2(fn_porifera_32(X),fn_porifera_24(X))
& plays_2(fn_porifera_32(X),fn_porifera_16(X))
& object_2(fn_porifera_12(X),fn_porifera_11(X))
& base_2(fn_porifera_31(X),fn_porifera_32(X))
& base_2(fn_porifera_12(X),fn_porifera_28(X))
& has_part_2(fn_porifera_32(X),fn_porifera_11(X))
& result_2(fn_porifera_34(X),fn_porifera_15(X))
& has_part_2(X,fn_porifera_32(X))
& has_part_2(fn_porifera_22(X),fn_porifera_21(X))
& plays_2(X,fn_porifera_33(X))
& has_function_2(fn_porifera_28(X),fn_porifera_34(X))
& has_part_2(fn_porifera_28(X),fn_porifera_13(X))
& called_2(fn_porifera_17(X),'MP1')
& has_function_2(fn_porifera_27(X),fn_porifera_31(X))
& site_2(fn_porifera_31(X),fn_porifera_27(X))
& is_at_2(fn_porifera_18(X),fn_porifera_25(X))
& is_across_2(fn_porifera_18(X),fn_porifera_25(X))
& is_inside_2(fn_porifera_18(X),fn_porifera_20(X))
& is_at_2(fn_porifera_18(X),fn_porifera_20(X))
& called_2(fn_porifera_18(X),'MP1')
& has_part_2(fn_porifera_25(X),fn_porifera_17(X))
& is_at_2(fn_porifera_17(X),fn_porifera_25(X))
& has_part_2(fn_porifera_25(X),fn_porifera_18(X))
& fn_porifera_17(X) != fn_porifera_18(X)
& fn_porifera_18(X) != fn_porifera_17(X)
& has_part_2(fn_porifera_32(X),fn_porifera_26(X))
& has_part_2(fn_porifera_32(X),fn_porifera_27(X))
& is_across_2(fn_porifera_19(X),fn_porifera_25(X))
& called_2(fn_porifera_19(X),'MP1')
& is_inside_2(fn_porifera_26(X),fn_porifera_25(X))
& has_part_2(fn_porifera_26(X),fn_porifera_30(X))
& fn_porifera_30(X) != fn_porifera_29(X)
& has_part_2(fn_porifera_26(X),fn_porifera_29(X))
& is_between_2(fn_porifera_26(X),fn_porifera_25(X))
& fn_porifera_29(X) != fn_porifera_30(X)
& has_part_2(fn_porifera_32(X),fn_porifera_25(X))
& has_part_2(fn_porifera_25(X),fn_porifera_19(X))
& is_at_2(fn_porifera_19(X),fn_porifera_25(X))
& has_part_2(fn_porifera_25(X),fn_porifera_20(X))
& is_inside_2(fn_porifera_19(X),fn_porifera_20(X))
& base_2(fn_porifera_45(X),X)
& raw_material_2(fn_porifera_35(X),fn_porifera_44(X))
& agent_2(fn_porifera_10(X),X)
& object_2(fn_porifera_10(X),X)
& agent_2(fn_porifera_45(X),X)
& object_2(fn_porifera_45(X),fn_porifera_40(X))
& element_2(fn_porifera_40(X),fn_porifera_44(X))
& in_event_2(fn_porifera_38(X),fn_porifera_35(X))
& agent_2(fn_porifera_35(X),X)
& has_part_2(X,fn_porifera_39(X))
& specific_heat_2(fn_porifera_39(X),fn_porifera_36(X))
& correspondence_2(fn_porifera_37(X),fn_porifera_36(X))
& temperature_2(X,fn_porifera_37(X))
& plays_2(X,fn_porifera_38(X))
& fn_porifera_32(X) = fn_barrier_1(fn_porifera_23(X))
& fn_porifera_32(X) = fn_barrier_1(fn_porifera_24(X))
& fn_porifera_32(X) = fn_barrier_1(fn_porifera_16(X))
& fn_porifera_11(X) = fn_add_1(fn_porifera_12(X))
& fn_porifera_32(X) = fn_metabolic_pathway_1(fn_porifera_31(X))
& fn_porifera_28(X) = fn_add_2(fn_porifera_12(X))
& fn_porifera_32(X) = fn_food_vacuole_17(fn_porifera_11(X))
& fn_porifera_15(X) = fn_intracellular_digestion_3(fn_porifera_34(X))
& fn_porifera_32(X) = fn_animal_21(X)
& fn_porifera_21(X) = fn_mixture_1(fn_porifera_22(X))
& fn_porifera_21(X) = fn_suspension_2(fn_porifera_22(X))
& X = fn_suspension_feeder_1(fn_porifera_33(X))
& fn_porifera_34(X) = fn_lysosome_4(fn_porifera_28(X))
& fn_porifera_14(X) = fn_organelle_2(fn_porifera_28(X))
& fn_porifera_13(X) = fn_organelle_1(fn_porifera_28(X))
& fn_porifera_31(X) = fn_smooth_endoplasmic_reticulum_23(fn_porifera_27(X))
& fn_porifera_31(X) = fn_smooth_endoplasmic_reticulum_7(fn_porifera_27(X))
& fn_porifera_31(X) = fn_smooth_endoplasmic_reticulum_49(fn_porifera_27(X))
& fn_porifera_31(X) = fn_smooth_endoplasmic_reticulum_48(fn_porifera_27(X))
& fn_porifera_31(X) = fn_smooth_endoplasmic_reticulum_8(fn_porifera_27(X))
& fn_porifera_31(X) = fn_smooth_endoplasmic_reticulum_42(fn_porifera_27(X))
& fn_porifera_18(X) = fn_animal_plasma_membrane_53(fn_porifera_25(X))
& fn_porifera_18(X) = fn_eukaryotic_cell_15(fn_porifera_32(X))
& fn_porifera_18(X) = fn_animal_plasma_membrane_47(fn_porifera_25(X))
& fn_porifera_17(X) = fn_animal_plasma_membrane_62(fn_porifera_25(X))
& fn_porifera_18(X) = fn_plasma_membrane_54(fn_porifera_25(X))
& fn_porifera_18(X) = fn_animal_plasma_membrane_62(fn_porifera_25(X))
& fn_porifera_17(X) = fn_plasma_membrane_3(fn_porifera_25(X))
& fn_porifera_17(X) = fn_plasma_membrane_68(fn_porifera_25(X))
& fn_porifera_17(X) = fn_plasma_membrane_55(fn_porifera_25(X))
& fn_porifera_17(X) = fn_animal_plasma_membrane_47(fn_porifera_25(X))
& fn_porifera_17(X) = fn_eukaryotic_cell_15(fn_porifera_32(X))
& fn_porifera_17(X) = fn_animal_plasma_membrane_53(fn_porifera_25(X))
& fn_porifera_27(X) = fn_animal_cell_54(fn_porifera_32(X))
& fn_porifera_29(X) = fn_animal_cell_72(fn_porifera_32(X))
& fn_porifera_30(X) = fn_animal_cell_71(fn_porifera_32(X))
& fn_porifera_26(X) = fn_animal_cell_79(fn_porifera_32(X))
& fn_porifera_20(X) = fn_biomembrane_63(fn_porifera_25(X))
& fn_porifera_20(X) = fn_plasma_membrane_71(fn_porifera_25(X))
& fn_porifera_20(X) = fn_animal_plasma_membrane_54(fn_porifera_25(X))
& fn_porifera_20(X) = fn_eukaryotic_cell_41(fn_porifera_32(X))
& fn_porifera_20(X) = fn_animal_cell_58(fn_porifera_32(X))
& fn_porifera_19(X) = fn_animal_cell_75(fn_porifera_32(X))
& fn_porifera_32(X) = fn_animal_plasma_membrane_56(fn_porifera_25(X))
& fn_porifera_25(X) = fn_eukaryotic_cell_29(fn_porifera_32(X))
& fn_porifera_25(X) = fn_animal_cell_73(fn_porifera_32(X))
& fn_porifera_41(X) = fn_animal_11(X)
& fn_porifera_42(X) = fn_animal_12(X)
& fn_porifera_43(X) = fn_animal_8(X)
& fn_porifera_35(X) = fn_animal_19(X)
& fn_porifera_44(X) = fn_animal_1(X)
& fn_porifera_40(X) = fn_animal_10(X)
& fn_porifera_45(X) = fn_animal_9(X)
& fn_porifera_10(X) = fn_animal_22(X)
& fn_porifera_35(X) = fn_parazoa_6(X)
& fn_porifera_38(X) = fn_parazoa_1(X)
& fn_porifera_37(X) = fn_parazoa_4(X)
& fn_porifera_36(X) = fn_parazoa_3(X)
& fn_porifera_39(X) = fn_parazoa_5(X)
& fn_mixture_1(fn_porifera_22(X)) = fn_suspension_2(fn_porifera_22(X))
& fn_suspension_2(fn_porifera_22(X)) = fn_smooth_endoplasmic_reticulum_23(fn_porifera_27(X))
& fn_smooth_endoplasmic_reticulum_23(fn_porifera_27(X)) = fn_smooth_endoplasmic_reticulum_7(fn_porifera_27(X))
& fn_smooth_endoplasmic_reticulum_7(fn_porifera_27(X)) = fn_smooth_endoplasmic_reticulum_7(fn_porifera_27(X))
& fn_smooth_endoplasmic_reticulum_7(fn_porifera_27(X)) = fn_smooth_endoplasmic_reticulum_49(fn_porifera_27(X))
& fn_smooth_endoplasmic_reticulum_49(fn_porifera_27(X)) = fn_smooth_endoplasmic_reticulum_49(fn_porifera_27(X))
& fn_smooth_endoplasmic_reticulum_49(fn_porifera_27(X)) = fn_smooth_endoplasmic_reticulum_48(fn_porifera_27(X))
& fn_smooth_endoplasmic_reticulum_48(fn_porifera_27(X)) = fn_smooth_endoplasmic_reticulum_48(fn_porifera_27(X))
& fn_smooth_endoplasmic_reticulum_48(fn_porifera_27(X)) = fn_smooth_endoplasmic_reticulum_8(fn_porifera_27(X))
& fn_smooth_endoplasmic_reticulum_8(fn_porifera_27(X)) = fn_smooth_endoplasmic_reticulum_8(fn_porifera_27(X))
& fn_smooth_endoplasmic_reticulum_42(fn_porifera_27(X)) = fn_smooth_endoplasmic_reticulum_8(fn_porifera_27(X))
& fn_smooth_endoplasmic_reticulum_8(fn_porifera_27(X)) = fn_smooth_endoplasmic_reticulum_42(fn_porifera_27(X))
& fn_smooth_endoplasmic_reticulum_42(fn_porifera_27(X)) = fn_animal_plasma_membrane_47(fn_porifera_25(X))
& fn_plasma_membrane_54(fn_porifera_25(X)) = fn_plasma_membrane_54(fn_porifera_25(X))
& fn_plasma_membrane_54(fn_porifera_25(X)) = fn_animal_plasma_membrane_47(fn_porifera_25(X))
& fn_animal_plasma_membrane_47(fn_porifera_25(X)) = fn_plasma_membrane_54(fn_porifera_25(X))
& fn_plasma_membrane_54(fn_porifera_25(X)) = fn_eukaryotic_cell_15(fn_porifera_32(X))
& fn_animal_plasma_membrane_47(fn_porifera_25(X)) = fn_animal_plasma_membrane_53(fn_porifera_25(X))
& fn_eukaryotic_cell_15(fn_porifera_32(X)) = fn_animal_plasma_membrane_62(fn_porifera_25(X))
& fn_animal_plasma_membrane_62(fn_porifera_25(X)) = fn_animal_plasma_membrane_53(fn_porifera_25(X))
& fn_animal_plasma_membrane_53(fn_porifera_25(X)) = fn_animal_plasma_membrane_62(fn_porifera_25(X))
& fn_animal_plasma_membrane_62(fn_porifera_25(X)) = fn_plasma_membrane_68(fn_porifera_25(X))
& fn_plasma_membrane_68(fn_porifera_25(X)) = fn_plasma_membrane_3(fn_porifera_25(X))
& fn_plasma_membrane_3(fn_porifera_25(X)) = fn_plasma_membrane_68(fn_porifera_25(X))
& fn_plasma_membrane_55(fn_porifera_25(X)) = fn_plasma_membrane_68(fn_porifera_25(X))
& fn_plasma_membrane_68(fn_porifera_25(X)) = fn_plasma_membrane_68(fn_porifera_25(X))
& fn_plasma_membrane_68(fn_porifera_25(X)) = fn_plasma_membrane_55(fn_porifera_25(X))
& fn_animal_plasma_membrane_62(fn_porifera_25(X)) = fn_plasma_membrane_55(fn_porifera_25(X))
& fn_plasma_membrane_55(fn_porifera_25(X)) = fn_animal_plasma_membrane_62(fn_porifera_25(X))
& fn_animal_plasma_membrane_62(fn_porifera_25(X)) = fn_animal_plasma_membrane_62(fn_porifera_25(X))
& fn_animal_plasma_membrane_62(fn_porifera_25(X)) = fn_animal_plasma_membrane_47(fn_porifera_25(X))
& fn_animal_plasma_membrane_47(fn_porifera_25(X)) = fn_animal_plasma_membrane_47(fn_porifera_25(X))
& fn_eukaryotic_cell_15(fn_porifera_32(X)) = fn_animal_plasma_membrane_47(fn_porifera_25(X))
& fn_animal_plasma_membrane_47(fn_porifera_25(X)) = fn_eukaryotic_cell_15(fn_porifera_32(X))
& fn_animal_plasma_membrane_53(fn_porifera_25(X)) = fn_animal_plasma_membrane_53(fn_porifera_25(X))
& fn_animal_plasma_membrane_53(fn_porifera_25(X)) = fn_eukaryotic_cell_15(fn_porifera_32(X))
& fn_eukaryotic_cell_15(fn_porifera_32(X)) = fn_animal_plasma_membrane_53(fn_porifera_25(X))
& fn_animal_plasma_membrane_53(fn_porifera_25(X)) = fn_biomembrane_63(fn_porifera_25(X))
& fn_biomembrane_63(fn_porifera_25(X)) = fn_plasma_membrane_71(fn_porifera_25(X))
& fn_eukaryotic_cell_41(fn_porifera_32(X)) = fn_plasma_membrane_71(fn_porifera_25(X))
& fn_plasma_membrane_71(fn_porifera_25(X)) = fn_eukaryotic_cell_41(fn_porifera_32(X))
& fn_animal_plasma_membrane_54(fn_porifera_25(X)) = fn_eukaryotic_cell_41(fn_porifera_32(X))
& fn_eukaryotic_cell_41(fn_porifera_32(X)) = fn_animal_plasma_membrane_54(fn_porifera_25(X))
& fn_animal_plasma_membrane_54(fn_porifera_25(X)) = fn_animal_plasma_membrane_54(fn_porifera_25(X))
& fn_animal_cell_58(fn_porifera_32(X)) = fn_animal_plasma_membrane_54(fn_porifera_25(X))
& fn_animal_plasma_membrane_54(fn_porifera_25(X)) = fn_animal_cell_58(fn_porifera_32(X))
& fn_animal_cell_58(fn_porifera_32(X)) = fn_eukaryotic_cell_29(fn_porifera_32(X))
& fn_eukaryotic_cell_29(fn_porifera_32(X)) = fn_eukaryotic_cell_29(fn_porifera_32(X))
& fn_animal_cell_73(fn_porifera_32(X)) = fn_animal_cell_73(fn_porifera_32(X))
& fn_animal_cell_73(fn_porifera_32(X)) = fn_eukaryotic_cell_29(fn_porifera_32(X))
& fn_eukaryotic_cell_29(fn_porifera_32(X)) = fn_animal_cell_73(fn_porifera_32(X))
& fn_animal_cell_73(fn_porifera_32(X)) = fn_barrier_1(fn_porifera_23(X))
& fn_barrier_1(fn_porifera_23(X)) = fn_barrier_1(fn_porifera_24(X))
& fn_barrier_1(fn_porifera_24(X)) = fn_barrier_1(fn_porifera_16(X))
& fn_barrier_1(fn_porifera_16(X)) = fn_metabolic_pathway_1(fn_porifera_31(X))
& fn_metabolic_pathway_1(fn_porifera_31(X)) = fn_metabolic_pathway_1(fn_porifera_31(X))
& fn_metabolic_pathway_1(fn_porifera_31(X)) = fn_food_vacuole_17(fn_porifera_11(X))
& fn_food_vacuole_17(fn_porifera_11(X)) = fn_food_vacuole_17(fn_porifera_11(X))
& fn_food_vacuole_17(fn_porifera_11(X)) = fn_animal_plasma_membrane_56(fn_porifera_25(X))
& fn_animal_plasma_membrane_56(fn_porifera_25(X)) = fn_animal_21(X)
& fn_animal_21(X) = fn_animal_plasma_membrane_56(fn_porifera_25(X))
& fn_animal_plasma_membrane_56(fn_porifera_25(X)) = fn_animal_19(X)
& fn_animal_19(X) = fn_animal_19(X)
& fn_animal_19(X) = fn_parazoa_6(X)
& fn_parazoa_6(X) = fn_parazoa_6(X) ) ) ).
fof(a531893,axiom,
! [X] :
( porphyrin_1(X)
=> ( original_name_2(X,'Porphyrin')
& user_description_2(X,'Porphyrins are a group of organic compounds of which many occur in nature. One of the best-known porphyrins is heme, the pigment in red blood cells; heme is a cofactor of the protein hemoglobin.')
& concept2words_2(X,'porphyrin ring')
& concept2words_2(X,'porphyrin-ring')
& concept2words_2(X,porphyrin)
& aromatic_hydrocarbon_1(X)
& shape_value_1(fn_porphyrin_2(X))
& structural_complexity_value_1(fn_porphyrin_4(X))
& center_1(fn_porphyrin_5(X))
& double_bond_1(fn_porphyrin_6(X))
& nitrogen_1(fn_porphyrin_7(X))
& the_categorical_value_2(fn_porphyrin_2(X),ring_shaped_0)
& the_scalar_value_2(fn_porphyrin_4(X),complex_0)
& scalar_unit_class_2(fn_porphyrin_4(X),aromatic_hydrocarbon_0)
& shape_2(X,fn_porphyrin_2(X))
& structural_complexity_2(X,fn_porphyrin_4(X))
& has_region_2(X,fn_porphyrin_5(X))
& possesses_2(X,fn_porphyrin_6(X))
& has_part_2(X,fn_porphyrin_7(X))
& fn_porphyrin_6(X) = fn_molecule_10(X)
& fn_porphyrin_7(X) = fn_organic_molecule_2(X) ) ) ).
fof(a531894,axiom,
! [X] :
( portal_1(X)
=> ( original_name_2(X,'Portal')
& concept2words_2(X,portal)
& conduit_1(X) ) ) ).
fof(a531895,axiom,
! [X] :
( portal_covering_1(X)
=> ( original_name_2(X,'Portal-Covering')
& concept2words_2(X,'movable barrier')
& concept2words_2(X,movable_barrier)
& concept2words_2(X,'covering of portal')
& concept2words_2(X,'portal covering')
& concept2words_2(X,'portal-covering')
& barrier_1(X)
& ~ container_1(X) ) ) ).
fof(a531896,axiom,
! [X] :
( positional_information_1(X)
=> ( original_name_2(X,'Positional-Information')
& user_description_2(X,'The instructions that are interpreted by cells to determine their differentiation in respect of their position relative to other parts of the organism, for example digit formation in the limb bud of vertebrates.')
& concept2words_2(X,'positional information')
& concept2words_2(X,'positional-information')
& information_1(X)
& ~ genetic_code_1(X)
& ~ suggestion_1(X)
& ~ request_1(X)
& ~ information_sequence_1(X)
& ~ classification_unit_1(X)
& ~ dna_library_1(X)
& ~ ethics_1(X)
& ~ fossil_record_1(X)
& ~ genomic_library_1(X)
& ~ hypothesis_1(X)
& ~ proximate_causation_1(X)
& ~ representation_1(X)
& ~ rna_world_1(X)
& ~ scientific_laws_1(X)
& ~ species_concept_1(X)
& pattern_formation_1(fn_positional_information_1(X))
& thing_1(fn_positional_information_2(X))
& chemical_entity_1(fn_positional_information_2(X))
& cytoplasmic_determinant_1(fn_positional_information_3(X))
& chemical_entity_1(fn_cytoplasmic_determinant_2(fn_positional_information_3(X)))
& agent_2(fn_positional_information_1(X),X)
& information_content_2(X,fn_positional_information_2(X))
& plays_2(fn_positional_information_2(X),fn_positional_information_3(X))
& fn_positional_information_2(X) = fn_information_1(X)
& fn_positional_information_2(X) = fn_cytoplasmic_determinant_2(fn_positional_information_3(X))
& fn_information_1(X) = fn_cytoplasmic_determinant_2(fn_positional_information_3(X)) ) ) ).
fof(a531897,axiom,
! [X] :
( positive_feedback_1(X)
=> ( original_name_2(X,'Positive-Feedback')
& user_description_2(X,'One of the primary mechanisms of homeostasis, in which a change in a variable causes a response that amplifies the initial change.')
& concept2words_2(X,regulate)
& concept2words_2(X,'feedback of positive')
& concept2words_2(X,'positive feedback')
& concept2words_2(X,'positive-feedback')
& feedback_mechanism_1(X)
& cellular_response_1(X)
& ~ photoperiodism_1(X)
& ~ reflex_1(X)
& ~ thigmomorphogenesis_1(X)
& ~ triple_response_1(X)
& ~ tropism_1(X) ) ) ).
fof(a531898,axiom,
! [X,X2,X1] :
( ( enables_2(X1,X2)
& subevent_2(X,X1)
& transcription_1(X2)
& gene_regulation_1(X)
& attach_1(X1) )
=> ( positive_gene_regulation_1(X)
& fn_positive_gene_regulation_3(X) = X1
& fn_positive_gene_regulation_2(X) = X2 ) ) ).
fof(a531899,axiom,
! [X] :
( positive_gene_regulation_1(X)
=> ( original_name_2(X,'Positive-Gene-Regulation')
& user_description_2(X,'Gene regulation that promotes transcription.')
& concept2words_2(X,regulate)
& concept2words_2(X,'positive gene regulation')
& concept2words_2(X,'positive-gene-regulation')
& gene_regulation_1(X)
& ~ negative_gene_regulation_1(X)
& transcription_1(fn_positive_gene_regulation_2(X))
& attach_1(fn_positive_gene_regulation_3(X))
& cofactor_1(fn_positive_gene_regulation_4(X))
& chemical_entity_1(fn_positive_gene_regulation_5(X))
& chemical_entity_1(fn_cofactor_1(fn_positive_gene_regulation_4(X)))
& agent_2(fn_positive_gene_regulation_3(X),fn_positive_gene_regulation_5(X))
& enables_2(fn_positive_gene_regulation_3(X),fn_positive_gene_regulation_2(X))
& subevent_2(X,fn_positive_gene_regulation_3(X))
& plays_2(fn_positive_gene_regulation_5(X),fn_positive_gene_regulation_4(X))
& fn_positive_gene_regulation_5(X) = fn_cofactor_1(fn_positive_gene_regulation_4(X)) ) ) ).
fof(a531900,axiom,
! [X] :
( positive_pressure_breathing_1(X)
=> ( original_name_2(X,'Positive-Pressure-Breathing')
& user_description_2(X,'A type of breathing in which air is pushed into the lungs.')
& concept2words_2(X,'positive pressure breathing')
& concept2words_2(X,'positive-pressure-breathing')
& breathing_1(X)
& ~ negative_pressure_breathing_1(X) ) ) ).
fof(a531901,axiom,
! [X] :
( positively_charged_region_1(X)
=> ( original_name_2(X,'Positively-Charged-Region')
& user_description_2(X,'The region is concentrated with positive charge.')
& concept2words_2(X,'positively charged region')
& concept2words_2(X,'positively-charged-region')
& ionic_region_1(X)
& chemical_entity_1(fn_positively_charged_region_1(X))
& charge_value_1(fn_positively_charged_region_2(X))
& charge_value_1(fn_positively_charged_region_3(X))
& chemical_entity_1(fn_positively_charged_region_4(X))
& charge_2(fn_positively_charged_region_4(X),fn_positively_charged_region_3(X))
& is_at_2(fn_positively_charged_region_4(X),X)
& greater_than_2(fn_positively_charged_region_3(X),fn_positively_charged_region_2(X))
& the_cardinal_value_2(fn_positively_charged_region_2(X),"0.0e0")
& cardinal_unit_class_2(fn_positively_charged_region_2(X),unity_0)
& charge_2(fn_positively_charged_region_1(X),fn_positively_charged_region_2(X)) ) ) ).
fof(a531902,axiom,
! [X] :
( positron_1(X)
=> ( original_name_2(X,'Positron')
& user_description_2(X,'The positron or antielectron is the antiparticle or the antimatter counterpart of the electron.')
& concept2words_2(X,antielectron)
& concept2words_2(X,positron)
& subatomic_particle_1(X) ) ) ).
fof(a531903,axiom,
! [X] :
( positron_emission_tomography_1(X)
=> ( original_name_2(X,'Positron-Emission-Tomography')
& user_description_2(X,'A nuclear medical imaging technique which produces a 3D image or picture of functional processes in the body. The system detects pairs of gamma rays emitted indirectly by a positron-emitting radionuclide (tracer), which is introduced into the body on a biologically active molecule. Images of tracer concentration in 3-dimensional or 4-dimensional space (the 4th dimension being time) within the body are then reconstructed by computer analysis.')
& concept2words_2(X,pet)
& concept2words_2(X,'pet scan')
& concept2words_2(X,'pet scanning')
& concept2words_2(X,'pet-scan')
& concept2words_2(X,produce)
& concept2words_2(X,'positron emission tomography')
& concept2words_2(X,'positron-emission-tomography')
& diagnostic_procedure_1(X)
& ~ absolute_dating_1(X)
& ~ atomic_tracking_1(X)
& ~ autoradiography_1(X)
& ~ cloning_1(X)
& ~ dna_mapping_1(X)
& ~ dna_microarray_1(X)
& ~ fetoscopy_1(X)
& ~ genetic_linkage_mapping_1(X)
& ~ gram_stain_1(X)
& ~ in_situ_hybridization_1(X)
& ~ in_vitro_hybridization_1(X)
& ~ mark_recapture_method_1(X)
& ~ microscopy_1(X)
& ~ molecular_clock_1(X)
& ~ nuclear_transplantation_1(X)
& ~ population_viability_analysis_1(X)
& ~ radiometric_dating_1(X)
& ~ rule_of_addition_1(X)
& ~ shotgun_sequencing_1(X)
& ~ testcross_1(X)
& ~ x_ray_crystallography_1(X)
& diagnosis_1(fn_positron_emission_tomography_2(X))
& inject_1(fn_positron_emission_tomography_3(X))
& distinguishing_1(fn_positron_emission_tomography_4(X))
& event_1(fn_positron_emission_tomography_5(X))
& redox_reaction_1(fn_positron_emission_tomography_6(X))
& spatial_entity_1(fn_positron_emission_tomography_7(X))
& change_1(fn_positron_emission_tomography_8(X))
& glucose_1(fn_positron_emission_tomography_9(X))
& patient_1(fn_positron_emission_tomography_10(X))
& color_value_1(fn_positron_emission_tomography_11(X))
& frequency_value_1(fn_positron_emission_tomography_12(X))
& image_1(fn_positron_emission_tomography_14(X))
& color_value_1(fn_positron_emission_tomography_15(X))
& pet_scanner_1(fn_positron_emission_tomography_18(X))
& collide_1(fn_positron_emission_tomography_19(X))
& release_1(fn_positron_emission_tomography_20(X))
& detect_1(fn_positron_emission_tomography_21(X))
& energy_1(fn_positron_emission_tomography_22(X))
& electron_1(fn_positron_emission_tomography_23(X))
& positron_1(fn_positron_emission_tomography_24(X))
& create_1(fn_positron_emission_tomography_25(X))
& increase_1(fn_positron_emission_tomography_26(X))
& genotype_1(fn_positron_emission_tomography_27(X))
& organism_1(fn_positron_emission_tomography_28(X))
& quantity_value_1(fn_positron_emission_tomography_29(X))
& radioactive_isotope_1(fn_positron_emission_tomography_30(X))
& radioactive_tracer_1(fn_positron_emission_tomography_31(X))
& emit_1(fn_positron_emission_tomography_32(X))
& image_1(fn_positron_emission_tomography_33(X))
& image_1(fn_positron_emission_tomography_34(X))
& create_1(fn_positron_emission_tomography_35(X))
& spatial_entity_1(fn_make_contact_2(fn_positron_emission_tomography_19(X)))
& tangible_entity_1(fn_release_1(fn_positron_emission_tomography_20(X)))
& create_1(fn_artifact_1(fn_positron_emission_tomography_33(X)))
& genotype_1(fn_organism_3(fn_positron_emission_tomography_28(X)))
& radioactive_isotope_1(fn_radioactive_tracer_6(fn_positron_emission_tomography_31(X)))
& create_1(fn_artifact_1(fn_positron_emission_tomography_34(X)))
& property_node_1(fn_increase_2(fn_positron_emission_tomography_26(X)))
& property_value_1(fn_increase_3(fn_positron_emission_tomography_26(X)))
& detect_1(fn_pet_scanner_2(fn_positron_emission_tomography_18(X)))
& spatial_entity_1(fn_move_1(fn_positron_emission_tomography_32(X)))
& spatial_entity_1(fn_make_contact_1(fn_positron_emission_tomography_19(X)))
& positron_emission_tomography_1(fn_pet_scanner_1(fn_positron_emission_tomography_18(X)))
& fn_positron_emission_tomography_15(X) != fn_positron_emission_tomography_11(X)
& color_2(fn_positron_emission_tomography_14(X),fn_positron_emission_tomography_15(X))
& the_scalar_value_2(fn_positron_emission_tomography_12(X),often_0)
& scalar_unit_class_2(fn_positron_emission_tomography_12(X),event_0)
& result_2(X,fn_positron_emission_tomography_34(X))
& subevent_2(X,fn_positron_emission_tomography_35(X))
& subevent_2(X,fn_positron_emission_tomography_4(X))
& subevent_2(X,fn_positron_emission_tomography_20(X))
& subevent_2(X,fn_positron_emission_tomography_19(X))
& subevent_2(X,fn_positron_emission_tomography_3(X))
& subevent_2(X,fn_positron_emission_tomography_2(X))
& by_means_of_2(X,fn_positron_emission_tomography_2(X))
& agent_2(X,fn_positron_emission_tomography_31(X))
& has_state_2(fn_positron_emission_tomography_33(X),fn_positron_emission_tomography_14(X))
& color_2(fn_positron_emission_tomography_33(X),fn_positron_emission_tomography_11(X))
& fn_positron_emission_tomography_11(X) != fn_positron_emission_tomography_15(X)
& agent_2(fn_positron_emission_tomography_32(X),fn_positron_emission_tomography_30(X))
& is_at_2(fn_positron_emission_tomography_31(X),fn_positron_emission_tomography_9(X))
& quantity_2(fn_positron_emission_tomography_30(X),fn_positron_emission_tomography_29(X))
& object_2(fn_positron_emission_tomography_26(X),fn_positron_emission_tomography_30(X))
& object_2(fn_positron_emission_tomography_8(X),fn_positron_emission_tomography_33(X))
& result_2(fn_positron_emission_tomography_8(X),fn_positron_emission_tomography_14(X))
& subevent_2(fn_positron_emission_tomography_5(X),fn_positron_emission_tomography_6(X))
& experiencer_2(fn_positron_emission_tomography_5(X),fn_positron_emission_tomography_10(X))
& frequency_2(fn_positron_emission_tomography_5(X),fn_positron_emission_tomography_12(X))
& supports_2(fn_positron_emission_tomography_5(X),fn_positron_emission_tomography_21(X))
& object_2(fn_positron_emission_tomography_21(X),fn_positron_emission_tomography_22(X))
& next_event_2(fn_positron_emission_tomography_4(X),fn_positron_emission_tomography_21(X))
& subevent_2(fn_positron_emission_tomography_4(X),fn_positron_emission_tomography_25(X))
& subevent_2(fn_positron_emission_tomography_4(X),fn_positron_emission_tomography_8(X))
& subevent_2(fn_positron_emission_tomography_4(X),fn_positron_emission_tomography_26(X))
& object_2(fn_positron_emission_tomography_4(X),fn_positron_emission_tomography_27(X))
& base_2(fn_positron_emission_tomography_4(X),fn_positron_emission_tomography_28(X))
& next_event_2(fn_positron_emission_tomography_20(X),fn_positron_emission_tomography_4(X))
& site_2(fn_positron_emission_tomography_20(X),fn_positron_emission_tomography_7(X))
& next_event_2(fn_positron_emission_tomography_19(X),fn_positron_emission_tomography_20(X))
& next_event_2(fn_positron_emission_tomography_3(X),fn_positron_emission_tomography_19(X))
& object_2(fn_positron_emission_tomography_3(X),fn_positron_emission_tomography_9(X))
& base_2(fn_positron_emission_tomography_3(X),fn_positron_emission_tomography_10(X))
& object_2(fn_positron_emission_tomography_32(X),fn_positron_emission_tomography_24(X))
& base_2(fn_positron_emission_tomography_19(X),fn_positron_emission_tomography_23(X))
& object_2(fn_positron_emission_tomography_19(X),fn_positron_emission_tomography_24(X))
& object_2(fn_positron_emission_tomography_20(X),fn_positron_emission_tomography_22(X))
& result_2(fn_positron_emission_tomography_25(X),fn_positron_emission_tomography_33(X))
& has_part_2(fn_positron_emission_tomography_28(X),fn_positron_emission_tomography_27(X))
& has_part_2(fn_positron_emission_tomography_31(X),fn_positron_emission_tomography_30(X))
& intensity_2(fn_positron_emission_tomography_19(X),'*strong')
& result_2(fn_positron_emission_tomography_35(X),fn_positron_emission_tomography_34(X))
& from_value_2(fn_positron_emission_tomography_26(X),fn_positron_emission_tomography_29(X))
& instrument_2(X,fn_positron_emission_tomography_18(X))
& subevent_2(X,fn_positron_emission_tomography_21(X))
& instrument_2(fn_positron_emission_tomography_21(X),fn_positron_emission_tomography_18(X))
& fn_positron_emission_tomography_24(X) = fn_move_1(fn_positron_emission_tomography_32(X))
& fn_positron_emission_tomography_23(X) = fn_make_contact_2(fn_positron_emission_tomography_19(X))
& fn_positron_emission_tomography_24(X) = fn_make_contact_1(fn_positron_emission_tomography_19(X))
& fn_positron_emission_tomography_22(X) = fn_release_1(fn_positron_emission_tomography_20(X))
& fn_positron_emission_tomography_25(X) = fn_artifact_1(fn_positron_emission_tomography_33(X))
& fn_positron_emission_tomography_27(X) = fn_organism_3(fn_positron_emission_tomography_28(X))
& fn_positron_emission_tomography_30(X) = fn_radioactive_tracer_6(fn_positron_emission_tomography_31(X))
& fn_positron_emission_tomography_35(X) = fn_artifact_1(fn_positron_emission_tomography_34(X))
& fn_positron_emission_tomography_17(X) = fn_increase_2(fn_positron_emission_tomography_26(X))
& fn_positron_emission_tomography_29(X) = fn_increase_3(fn_positron_emission_tomography_26(X))
& fn_positron_emission_tomography_21(X) = fn_pet_scanner_2(fn_positron_emission_tomography_18(X))
& X = fn_pet_scanner_1(fn_positron_emission_tomography_18(X))
& fn_move_1(fn_positron_emission_tomography_32(X)) = fn_make_contact_1(fn_positron_emission_tomography_19(X))
& fn_pet_scanner_1(fn_positron_emission_tomography_18(X)) = fn_pet_scanner_1(fn_positron_emission_tomography_18(X)) ) ) ).
fof(a531904,axiom,
! [X] :
( post_synaptic_cell_1(X)
=> ( original_name_2(X,'Post-Synaptic-Cell')
& user_description_2(X,'The target cell at a synapse.')
& concept2words_2(X,'post synaptic cell')
& concept2words_2(X,'post-synaptic-cell')
& nerve_cell_1(X)
& ~ interneuron_1(X)
& ~ motor_neuron_1(X)
& ~ presynaptic_cell_1(X)
& ~ sensory_neuron_1(X)
& spatial_entity_1(fn_post_synaptic_cell_1(X))
& spatial_entity_1(fn_post_synaptic_cell_2(X))
& block_1(fn_post_synaptic_cell_3(X))
& instrument_2(fn_post_synaptic_cell_3(X),X)
& is_between_2(X,fn_post_synaptic_cell_1(X))
& is_between_2(X,fn_post_synaptic_cell_2(X)) ) ) ).
fof(a531905,axiom,
! [X] :
( post_transcriptional_modification_of_rna_1(X)
=> ( original_name_2(X,'Post-Transcriptional-Modification-Of-RNA')
& user_description_2(X,'Processing within the nucleus of a euakryotic cell, in which introns of pre-mRNA are removed, resulting in mRNA.')
& concept2words_2(X,'post transcriptional modification of rna')
& concept2words_2(X,'post-transcriptional-modification-of-rna')
& rna_processing_1(X)
& ~ alternative_rna_splicing_1(X)
& maintenance_1(fn_post_transcriptional_modification_of_rna_1(X))
& exon_1(fn_post_transcriptional_modification_of_rna_2(X))
& remove_1(fn_post_transcriptional_modification_of_rna_3(X))
& rna_splicing_1(fn_post_transcriptional_modification_of_rna_3(X))
& by_means_of_2(X,fn_post_transcriptional_modification_of_rna_3(X))
& by_means_of_2(X,fn_post_transcriptional_modification_of_rna_1(X))
& subevent_2(X,fn_post_transcriptional_modification_of_rna_1(X))
& object_2(fn_post_transcriptional_modification_of_rna_1(X),fn_post_transcriptional_modification_of_rna_2(X))
& subevent_2(X,fn_post_transcriptional_modification_of_rna_3(X))
& fn_post_transcriptional_modification_of_rna_3(X) = fn_rna_processing_1(X) ) ) ).
fof(a531906,axiom,
! [X,X2,X1] :
( ( object_2(X,X1)
& result_2(X,X2)
& polypeptide_1(X1)
& biochemical_change_1(X)
& functional_protein_1(X2) )
=> ( post_translational_modification_1(X)
& fn_post_translational_modification_10(X) = X1
& fn_post_translational_modification_4(X) = X2 ) ) ).
fof(a531907,axiom,
! [X] :
( post_translational_modification_1(X)
=> ( original_name_2(X,'Post-Translational-Modification')
& user_description_2(X,'Post-Translational modification is the process by which a newly formed polypeptide changes to a functional protein by folding and modifying the polypeptide chain by cleaving or adding functional groups.')
& concept2words_2(X,'modification after translation')
& concept2words_2(X,'post translational modification')
& concept2words_2(X,'post-translational-modification')
& concept2words_2(X,'posttranslational modification')
& concept2words_2(X,'post-translational modification')
& concept2words_2(X,'post translation modification')
& concept2words_2(X,'post-translation modification')
& concept2words_2(X,'protein processing')
& concept2words_2(X,'polypeptide processing')
& concept2words_2(X,'protein modification')
& concept2words_2(X,'polypeptide modification')
& concept2words_2(X,modify)
& biochemical_change_1(X)
& ~ alteration_of_mrna_ends_1(X)
& ~ coil_1(X)
& ~ conformational_change_1(X)
& ~ conversion_to_isomer_1(X)
& ~ detoxification_1(X)
& ~ evaporation_1(X)
& ~ fold_1(X)
& ~ freezing_1(X)
& ~ gene_therapy_1(X)
& ~ melting_1(X)
& ~ metamorphosis_1(X)
& ~ mutation_1(X)
& ~ refract_1(X)
& ~ temperature_fluctuation_1(X)
& ~ transformation_1(X)
& ~ twist_1(X)
& protein_enzyme_1(fn_post_translational_modification_2(X))
& polypeptide_1(fn_post_translational_modification_3(X))
& functional_protein_1(fn_post_translational_modification_4(X))
& change_1(fn_post_translational_modification_5(X))
& break_1(fn_post_translational_modification_6(X))
& lipid_1(fn_post_translational_modification_7(X))
& attach_1(fn_post_translational_modification_8(X))
& remove_1(fn_post_translational_modification_9(X))
& polypeptide_1(fn_post_translational_modification_10(X))
& amino_acid_1(fn_post_translational_modification_11(X))
& spatial_entity_1(fn_attach_1(fn_post_translational_modification_8(X)))
& spatial_entity_1(fn_attach_2(fn_post_translational_modification_8(X)))
& spatial_entity_1(fn_remove_1(fn_post_translational_modification_9(X)))
& spatial_entity_1(fn_remove_2(fn_post_translational_modification_9(X)))
& tangible_entity_1(fn_impair_1(fn_post_translational_modification_6(X)))
& result_2(X,fn_post_translational_modification_4(X))
& subevent_2(X,fn_post_translational_modification_5(X))
& object_2(X,fn_post_translational_modification_10(X))
& has_part_2(fn_post_translational_modification_10(X),fn_post_translational_modification_11(X))
& agent_2(fn_post_translational_modification_9(X),fn_post_translational_modification_2(X))
& object_2(fn_post_translational_modification_5(X),fn_post_translational_modification_10(X))
& result_2(fn_post_translational_modification_5(X),fn_post_translational_modification_4(X))
& subevent_2(fn_post_translational_modification_5(X),fn_post_translational_modification_6(X))
& subevent_2(fn_post_translational_modification_5(X),fn_post_translational_modification_8(X))
& subevent_2(fn_post_translational_modification_5(X),fn_post_translational_modification_9(X))
& agent_2(fn_post_translational_modification_6(X),fn_post_translational_modification_2(X))
& minCardinality(fn_post_translational_modification_6(X),result_0,"2",polypeptide_0)
& result_2(fn_post_translational_modification_6(X),fn_post_translational_modification_3(X))
& base_2(fn_post_translational_modification_8(X),fn_post_translational_modification_11(X))
& object_2(fn_post_translational_modification_8(X),fn_post_translational_modification_7(X))
& base_2(fn_post_translational_modification_9(X),fn_post_translational_modification_10(X))
& object_2(fn_post_translational_modification_9(X),fn_post_translational_modification_11(X))
& object_2(fn_post_translational_modification_6(X),fn_post_translational_modification_10(X))
& fn_post_translational_modification_11(X) = fn_attach_2(fn_post_translational_modification_8(X))
& fn_post_translational_modification_7(X) = fn_attach_1(fn_post_translational_modification_8(X))
& fn_post_translational_modification_10(X) = fn_remove_2(fn_post_translational_modification_9(X))
& fn_post_translational_modification_11(X) = fn_remove_1(fn_post_translational_modification_9(X))
& fn_post_translational_modification_10(X) = fn_impair_1(fn_post_translational_modification_6(X))
& fn_attach_2(fn_post_translational_modification_8(X)) = fn_remove_1(fn_post_translational_modification_9(X))
& fn_remove_1(fn_post_translational_modification_9(X)) = fn_remove_2(fn_post_translational_modification_9(X))
& fn_remove_2(fn_post_translational_modification_9(X)) = fn_impair_1(fn_post_translational_modification_6(X)) ) ) ).
fof(a531908,axiom,
! [X] :
( posterior_1(X)
=> ( original_name_2(X,'Posterior')
& user_description_2(X,'Region of the body at the bottom or hind end, opposite of the anterior region.')
& concept2words_2(X,caudal)
& concept2words_2(X,posterior)
& anatomical_region_1(X) ) ) ).
fof(a531909,axiom,
! [X] :
( posterior_end_1(X)
=> ( original_name_2(X,'Posterior-End')
& user_description_2(X,'The rear end region.')
& concept2words_2(X,'end of posterior')
& concept2words_2(X,'posterior end')
& concept2words_2(X,'posterior-end')
& posterior_1(X) ) ) ).
fof(a531910,axiom,
! [X] :
( posterior_pituitary_1(X)
=> ( original_name_2(X,'Posterior-Pituitary')
& user_description_2(X,'An extension of the hypothalamus, composed of neurons. Stores and secretes hypothalamic hormones such as oxytocin and antidiuretic hormone. Also called the neurohypophysis.')
& concept2words_2(X,'pituitary of posterior')
& concept2words_2(X,'posterior pituitary')
& concept2words_2(X,'posterior-pituitary')
& diencephalon_1(X)
& ~ reticular_formation_1(X)
& ~ primary_visual_cortex_1(X)
& ~ brainstem_1(X)
& ~ cerebellum_1(X)
& ~ cerebrum_1(X)
& ~ forebrain_1(X)
& ~ hindbrain_1(X)
& ~ hypothalamus_1(X)
& ~ medulla_oblongata_1(X)
& ~ midbrain_1(X)
& ~ pons_1(X)
& ~ primary_motor_cortex_1(X)
& ~ reticular_system_1(X)
& ~ suprachiasmatic_nucleus_1(X)
& ~ thalamus_1(X)
& ~ lateral_geniculate_1(X)
& ~ corpus_callosum_1(X)
& ~ cerebral_cortex_1(X) ) ) ).
fof(a531911,axiom,
! [X] :
( posterior_structure_1(X)
=> ( original_name_2(X,'Posterior-Structure')
& user_description_2(X,'The structure situated behind or at the rear end.')
& concept2words_2(X,'structure of posterior')
& concept2words_2(X,'posterior structure')
& concept2words_2(X,'posterior-structure')
& anatomical_structure_1(X)
& posterior_end_1(fn_posterior_structure_1(X))
& living_entity_1(fn_posterior_structure_2(X))
& has_region_2(fn_posterior_structure_2(X),fn_posterior_structure_1(X))
& has_part_2(fn_posterior_structure_2(X),X) ) ) ).
fof(a531912,axiom,
! [X] :
( postzygotic_barrier_1(X)
=> ( original_name_2(X,'Postzygotic-Barrier')
& user_description_2(X,'A barrier to reproduction between two different species. Postzygotic barriers allow fertilization to occur but the resulting zygote does not develop into a viable, fertile hybrid.')
& concept2words_2(X,'postzygotic barrier')
& concept2words_2(X,'postzygotic-barrier')
& birth_control_1(X)
& ~ contraception_1(X) ) ) ).
fof(a531913,axiom,
! [X] :
( potassium_1(X)
=> ( original_name_2(X,'Potassium')
& user_description_2(X,'Potassium is a metal atom with atomic number 19. It is represented by the symbol K.')
& concept2words_2(X,'K')
& concept2words_2(X,potassium)
& metal_atom_1(X)
& ~ copper_1(X)
& ~ iron_1(X)
& ~ magnesium_1(X)
& ~ calcium_1(X)
& ~ carbon_1(X)
& ~ hydrogen_1(X)
& ~ nitrogen_1(X)
& ~ oxygen_1(X)
& ~ phosphorus_1(X)
& ~ sulfur_1(X)
& atomic_mass_value_1(fn_potassium_4(X))
& valence_value_1(fn_potassium_5(X))
& electronegativity_value_1(fn_potassium_6(X))
& neutron_1(fn_potassium_7(X))
& valence_electron_1(fn_potassium_11(X))
& atomic_weight_value_1(fn_potassium_12(X))
& atomic_number_value_1(fn_potassium_13(X))
& quantity_value_1(fn_potassium_14(X))
& electron_shell_1(fn_potassium_15(X))
& proton_1(fn_potassium_16(X))
& atomic_nucleus_1(fn_potassium_17(X))
& valence_electron_1(fn_potassium_18(X))
& electron_1(fn_potassium_18(X))
& center_1(fn_potassium_19(X))
& atomic_orbital_1(fn_potassium_20(X))
& property_node_1(fn_atomic_nucleus_5(fn_potassium_17(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_potassium_17(X)))
& center_1(fn_atomic_nucleus_3(fn_potassium_17(X)))
& proton_1(fn_atomic_nucleus_9(fn_potassium_17(X)))
& atomic_orbital_1(fn_electron_shell_3(fn_potassium_15(X)))
& atomic_orbital_1(fn_valence_electron_3(fn_potassium_18(X)))
& atom_1(fn_electron_shell_1(fn_potassium_15(X)))
& atom_1(fn_atomic_nucleus_4(fn_potassium_17(X)))
& electron_1(fn_electron_shell_2(fn_potassium_15(X)))
& electron_1(fn_atomic_nucleus_8(fn_potassium_17(X)))
& the_cardinal_value_2(fn_potassium_12(X),"39.1")
& cardinal_unit_class_2(fn_potassium_12(X),dalton_0)
& the_cardinal_value_2(fn_potassium_13(X),"19")
& cardinal_unit_class_2(fn_potassium_13(X),unity_0)
& the_cardinal_value_2(fn_potassium_4(X),"39")
& cardinal_unit_class_2(fn_potassium_4(X),unity_0)
& the_cardinal_value_2(fn_potassium_5(X),"1")
& cardinal_unit_class_2(fn_potassium_5(X),unity_0)
& the_cardinal_value_2(fn_potassium_6(X),"0.82")
& cardinal_unit_class_2(fn_potassium_6(X),unity_0)
& the_cardinal_value_2(fn_potassium_14(X),"1")
& cardinal_unit_class_2(fn_potassium_14(X),unity_0)
& has_part_2(X,fn_potassium_7(X))
& exactCardinality(X,has_part_0,"19",electron_0)
& exactCardinality(X,has_part_0,"19",proton_0)
& exactCardinality(X,has_part_0,"20",neutron_0)
& mass_number_2(X,fn_potassium_4(X))
& valence_2(X,fn_potassium_5(X))
& electronegativity_2(X,fn_potassium_6(X))
& has_part_2(X,fn_potassium_18(X))
& has_part_2(X,fn_potassium_11(X))
& quantity_2(fn_potassium_11(X),fn_potassium_14(X))
& has_region_2(fn_potassium_15(X),fn_potassium_20(X))
& is_inside_2(fn_potassium_18(X),fn_potassium_20(X))
& has_region_2(X,fn_potassium_15(X))
& atomic_weight_2(X,fn_potassium_12(X))
& atomic_number_2(X,fn_potassium_13(X))
& has_region_2(X,fn_potassium_17(X))
& has_part_2(X,fn_potassium_16(X))
& is_inside_2(fn_potassium_16(X),fn_potassium_17(X))
& is_at_2(fn_potassium_17(X),fn_potassium_19(X))
& has_region_2(X,fn_potassium_19(X))
& is_near_2(fn_potassium_17(X),fn_potassium_18(X))
& is_near_2(fn_potassium_18(X),fn_potassium_17(X))
& fn_potassium_18(X) = fn_electron_shell_2(fn_potassium_15(X))
& fn_potassium_8(X) = fn_atom_1(X)
& fn_potassium_14(X) = fn_atom_5(X)
& fn_potassium_11(X) = fn_atom_14(X)
& fn_potassium_20(X) = fn_electron_shell_3(fn_potassium_15(X))
& fn_potassium_20(X) = fn_valence_electron_3(fn_potassium_18(X))
& X = fn_electron_shell_1(fn_potassium_15(X))
& fn_potassium_15(X) = fn_atom_9(X)
& fn_potassium_10(X) = fn_atom_13(X)
& fn_potassium_12(X) = fn_atom_16(X)
& fn_potassium_9(X) = fn_atomic_nucleus_5(fn_potassium_17(X))
& fn_potassium_13(X) = fn_atomic_nucleus_1(fn_potassium_17(X))
& fn_potassium_19(X) = fn_atomic_nucleus_3(fn_potassium_17(X))
& fn_potassium_16(X) = fn_atomic_nucleus_9(fn_potassium_17(X))
& X = fn_atomic_nucleus_4(fn_potassium_17(X))
& fn_potassium_18(X) = fn_atomic_nucleus_8(fn_potassium_17(X))
& fn_electron_shell_3(fn_potassium_15(X)) = fn_valence_electron_3(fn_potassium_18(X))
& fn_valence_electron_3(fn_potassium_18(X)) = fn_electron_shell_1(fn_potassium_15(X))
& fn_electron_shell_1(fn_potassium_15(X)) = fn_electron_shell_1(fn_potassium_15(X))
& fn_electron_shell_1(fn_potassium_15(X)) = fn_atomic_nucleus_4(fn_potassium_17(X))
& fn_atomic_nucleus_4(fn_potassium_17(X)) = fn_atomic_nucleus_4(fn_potassium_17(X))
& fn_atomic_nucleus_4(fn_potassium_17(X)) = fn_electron_shell_2(fn_potassium_15(X))
& fn_electron_shell_2(fn_potassium_15(X)) = fn_atomic_nucleus_8(fn_potassium_17(X))
& fn_atomic_nucleus_8(fn_potassium_17(X)) = fn_atomic_nucleus_8(fn_potassium_17(X)) ) ) ).
fof(a531914,axiom,
! [X] :
( potassium_cycle_1(X)
=> ( original_name_2(X,'Potassium-Cycle')
& user_description_2(X,'Local biogeochemical cycle which cycles potassium through the biotic and abiotic components of ecosystems.')
& concept2words_2(X,'undergo the potassium cycle')
& concept2words_2(X,'cycle of potassium')
& concept2words_2(X,'potassium cycle')
& concept2words_2(X,'potassium-cycle')
& local_biogeochemical_cycle_1(X)
& chemical_1(fn_potassium_cycle_1(X))
& dead_cell_1(fn_potassium_cycle_2(X))
& root_1(fn_potassium_cycle_3(X))
& potassium_ion_1(fn_potassium_cycle_4(X))
& secretor_1(fn_potassium_cycle_5(X))
& decomposition_1(fn_potassium_cycle_6(X))
& detritus_1(fn_potassium_cycle_7(X))
& potassium_ion_1(fn_potassium_cycle_8(X))
& chemical_1(fn_potassium_cycle_9(X))
& substance_1(fn_potassium_cycle_9(X))
& mineral_1(fn_potassium_cycle_9(X))
& root_hair_1(fn_potassium_cycle_10(X))
& mixture_1(fn_potassium_cycle_11(X))
& soil_1(fn_potassium_cycle_11(X))
& take_in_1(fn_potassium_cycle_12(X))
& solution_1(fn_potassium_cycle_13(X))
& soil_solution_1(fn_potassium_cycle_13(X))
& chemical_1(fn_potassium_cycle_14(X))
& mineral_1(fn_potassium_cycle_14(X))
& potassium_ion_1(fn_potassium_cycle_15(X))
& autotroph_1(fn_potassium_cycle_16(X))
& living_entity_1(fn_potassium_cycle_17(X))
& tangible_entity_1(fn_potassium_cycle_17(X))
& organism_1(fn_potassium_cycle_17(X))
& detritus_1(fn_decomposition_3(fn_potassium_cycle_6(X)))
& soil_solution_1(fn_root_hair_2(fn_potassium_cycle_10(X)))
& soil_1(fn_root_hair_1(fn_potassium_cycle_10(X)))
& take_in_1(fn_root_hair_3(fn_potassium_cycle_10(X)))
& chemical_entity_1(fn_chemical_3(fn_potassium_cycle_14(X)))
& organism_1(fn_autotroph_11(fn_potassium_cycle_16(X)))
& living_entity_1(fn_decomposition_14(fn_potassium_cycle_6(X)))
& tangible_entity_1(fn_decomposition_14(fn_potassium_cycle_6(X)))
& organism_1(fn_decomposition_14(fn_potassium_cycle_6(X)))
& chemical_entity_1(fn_chemical_3(fn_potassium_cycle_9(X)))
& substance_1(fn_mixture_2(fn_potassium_cycle_11(X)))
& mineral_1(fn_soil_2(fn_potassium_cycle_11(X)))
& chemical_1(fn_solution_6(fn_potassium_cycle_13(X)))
& mineral_1(fn_soil_solution_1(fn_potassium_cycle_13(X)))
& plays_2(fn_potassium_cycle_17(X),fn_potassium_cycle_5(X))
& site_2(fn_potassium_cycle_6(X),fn_potassium_cycle_11(X))
& result_2(fn_potassium_cycle_6(X),fn_potassium_cycle_4(X))
& has_part_2(fn_potassium_cycle_7(X),fn_potassium_cycle_2(X))
& has_part_2(fn_potassium_cycle_7(X),fn_potassium_cycle_1(X))
& has_state_2(fn_potassium_cycle_4(X),fn_potassium_cycle_8(X))
& has_part_2(fn_potassium_cycle_3(X),fn_potassium_cycle_10(X))
& subevent_2(X,fn_potassium_cycle_6(X))
& has_state_2(fn_potassium_cycle_8(X),fn_potassium_cycle_15(X))
& object_2(X,fn_potassium_cycle_8(X))
& plays_2(fn_potassium_cycle_17(X),fn_potassium_cycle_16(X))
& object_2(fn_potassium_cycle_6(X),fn_potassium_cycle_7(X))
& agent_2(fn_potassium_cycle_6(X),fn_potassium_cycle_17(X))
& base_2(fn_potassium_cycle_12(X),fn_potassium_cycle_10(X))
& agent_2(fn_potassium_cycle_12(X),fn_potassium_cycle_10(X))
& is_outside_2(fn_potassium_cycle_11(X),fn_potassium_cycle_10(X))
& origin_2(fn_potassium_cycle_12(X),fn_potassium_cycle_11(X))
& object_2(fn_potassium_cycle_12(X),fn_potassium_cycle_13(X))
& has_solute_2(fn_potassium_cycle_13(X),fn_potassium_cycle_14(X))
& has_part_2(fn_potassium_cycle_13(X),fn_potassium_cycle_14(X))
& has_part_2(fn_potassium_cycle_11(X),fn_potassium_cycle_9(X))
& has_part_2(fn_potassium_cycle_14(X),fn_potassium_cycle_15(X))
& has_part_2(fn_potassium_cycle_9(X),fn_potassium_cycle_8(X))
& fn_potassium_cycle_8(X) = fn_local_biogeochemical_cycle_2(X)
& fn_potassium_cycle_17(X) = fn_autotroph_11(fn_potassium_cycle_16(X))
& fn_potassium_cycle_7(X) = fn_decomposition_3(fn_potassium_cycle_6(X))
& fn_potassium_cycle_17(X) = fn_decomposition_14(fn_potassium_cycle_6(X))
& fn_potassium_cycle_13(X) = fn_root_hair_2(fn_potassium_cycle_10(X))
& fn_potassium_cycle_11(X) = fn_root_hair_1(fn_potassium_cycle_10(X))
& fn_potassium_cycle_12(X) = fn_root_hair_3(fn_potassium_cycle_10(X))
& fn_potassium_cycle_8(X) = fn_chemical_3(fn_potassium_cycle_9(X))
& fn_potassium_cycle_15(X) = fn_chemical_3(fn_potassium_cycle_14(X))
& fn_potassium_cycle_9(X) = fn_mixture_2(fn_potassium_cycle_11(X))
& fn_potassium_cycle_9(X) = fn_soil_2(fn_potassium_cycle_11(X))
& fn_potassium_cycle_14(X) = fn_solution_6(fn_potassium_cycle_13(X))
& fn_potassium_cycle_14(X) = fn_soil_solution_1(fn_potassium_cycle_13(X))
& fn_autotroph_11(fn_potassium_cycle_16(X)) = fn_decomposition_14(fn_potassium_cycle_6(X))
& fn_decomposition_14(fn_potassium_cycle_6(X)) = fn_local_biogeochemical_cycle_2(X)
& fn_local_biogeochemical_cycle_2(X) = fn_chemical_3(fn_potassium_cycle_9(X))
& fn_chemical_3(fn_potassium_cycle_9(X)) = fn_mixture_2(fn_potassium_cycle_11(X))
& fn_mixture_2(fn_potassium_cycle_11(X)) = fn_soil_2(fn_potassium_cycle_11(X))
& fn_soil_2(fn_potassium_cycle_11(X)) = fn_soil_solution_1(fn_potassium_cycle_13(X))
& fn_soil_solution_1(fn_potassium_cycle_13(X)) = fn_solution_6(fn_potassium_cycle_13(X))
& fn_solution_6(fn_potassium_cycle_13(X)) = fn_soil_solution_1(fn_potassium_cycle_13(X)) ) ) ).
fof(a531915,axiom,
! [X] :
( potassium_gated_channel_1(X)
=> ( original_name_2(X,'Potassium-Gated-Channel')
& user_description_2(X,'A transmembrane protein that responds to voltage changes across the membrane by allowing potassium ions to flow out of the cell, returning the membrane potential to its resting state.')
& concept2words_2(X,'potassium gated channel')
& concept2words_2(X,'potassium-gated-channel')
& voltage_gated_ion_channel_1(X)
& ~ sodium_channel_1(X) ) ) ).
fof(a531916,axiom,
! [X] :
( potassium_ion_1(X)
=> ( original_name_2(X,'Potassium-Ion')
& user_description_2(X,'An atom of potassium with a charge of 1+; plays an essential role int eh formation of the resting potential in nerve cells.')
& concept2words_2(X,'k+')
& concept2words_2(X,'ion of potassium')
& concept2words_2(X,'potassium ion')
& concept2words_2(X,'potassium-ion')
& monoatomic_ion_1(X)
& cation_1(X)
& neutron_1(fn_potassium_ion_1(X))
& electron_1(fn_potassium_ion_2(X))
& proton_1(fn_potassium_ion_3(X))
& lose_1(fn_potassium_ion_4(X))
& charge_value_1(fn_potassium_ion_6(X))
& potassium_1(fn_potassium_ion_7(X))
& tangible_entity_1(fn_lose_1(fn_potassium_ion_4(X)))
& the_cardinal_value_2(fn_potassium_ion_6(X),"1.0e0")
& cardinal_unit_class_2(fn_potassium_ion_6(X),unity_0)
& has_part_2(X,fn_potassium_ion_2(X))
& has_part_2(X,fn_potassium_ion_1(X))
& exactCardinality(X,has_part_0,"18",electron_0)
& exactCardinality(X,has_part_0,"20",proton_0)
& donor_2(fn_potassium_ion_4(X),fn_potassium_ion_7(X))
& result_2(fn_potassium_ion_4(X),X)
& has_part_2(X,fn_potassium_ion_3(X))
& charge_2(X,fn_potassium_ion_6(X))
& fn_potassium_ion_7(X) = fn_lose_1(fn_potassium_ion_4(X))
& fn_potassium_ion_4(X) = fn_cation_7(X)
& fn_potassium_ion_3(X) = fn_monoatomic_ion_1(X)
& fn_potassium_ion_3(X) = fn_cation_1(X)
& fn_potassium_ion_5(X) = fn_cation_4(X)
& fn_potassium_ion_6(X) = fn_cation_5(X)
& fn_monoatomic_ion_1(X) = fn_cation_1(X) ) ) ).
fof(a531917,axiom,
! [X] :
( potato_plant_1(X)
=> ( original_name_2(X,'Potato-Plant')
& user_description_2(X,'Potato is a starchy, tuberous crop.')
& concept2words_2(X,'plant of potato')
& concept2words_2(X,'potato plant')
& concept2words_2(X,'potato-plant')
& food_plant_1(X)
& temperature_value_1(fn_potato_plant_1(X))
& specific_heat_value_1(fn_potato_plant_2(X))
& store_1(fn_potato_plant_3(X))
& water_1(fn_potato_plant_4(X))
& container_1(fn_potato_plant_5(X))
& container_1(fn_store_3(fn_potato_plant_3(X)))
& spatial_entity_1(fn_store_2(fn_potato_plant_3(X)))
& base_2(fn_potato_plant_3(X),X)
& plays_2(X,fn_potato_plant_5(X))
& in_event_2(fn_potato_plant_5(X),fn_potato_plant_3(X))
& has_part_2(X,fn_potato_plant_4(X))
& specific_heat_2(fn_potato_plant_4(X),fn_potato_plant_2(X))
& correspondence_2(fn_potato_plant_1(X),fn_potato_plant_2(X))
& temperature_2(X,fn_potato_plant_1(X))
& fn_potato_plant_5(X) = fn_store_3(fn_potato_plant_3(X))
& X = fn_store_2(fn_potato_plant_3(X))
& fn_potato_plant_1(X) = fn_plant_14(X)
& fn_potato_plant_2(X) = fn_plant_15(X)
& fn_potato_plant_4(X) = fn_plant_13(X)
& fn_store_2(fn_potato_plant_3(X)) = fn_store_2(fn_potato_plant_3(X)) ) ) ).
fof(a531918,axiom,
! [X] :
( potential_energy_1(X)
=> ( original_name_2(X,'Potential-Energy')
& user_description_2(X,'The energy that an object or matter has due to its position or location.')
& concept2words_2(X,'energy of potential')
& concept2words_2(X,'potential energy')
& concept2words_2(X,'potential-energy')
& energy_1(X) ) ) ).
fof(a531919,axiom,
! [X] :
( potential_value_1(X)
=> ( original_name_2(X,'Potential-Value')
& concept2words_2(X,potential)
& concept2words_2(X,'potential of water')
& concept2words_2(X,'water potential')
& concept2words_2(X,'water-potential')
& concept2words_2(X,'osmotic potential')
& concept2words_2(X,'potential of solute')
& concept2words_2(X,'solute potential')
& concept2words_2(X,'solute-potential')
& concept2words_2(X,'potential of pressure')
& concept2words_2(X,'pressure potential')
& concept2words_2(X,'pressure-potential')
& concept2words_2(X,'value of potential')
& concept2words_2(X,'potential value')
& concept2words_2(X,'potential-value')
& property_value_1(X) ) ) ).
fof(a531920,axiom,
! [X] :
( power_constant_1(X)
=> ( original_name_2(X,'Power-Constant')
& concept2words_2(X,'constant of power')
& concept2words_2(X,'power constant')
& concept2words_2(X,'power-constant')
& constant_1(X) ) ) ).
fof(a531921,axiom,
! [X] :
( power_value_1(X)
=> ( original_name_2(X,'Power-Value')
& description_2(X,'the rate of doing work')
& concept2words_2(X,power)
& concept2words_2(X,'value of power')
& concept2words_2(X,'power value')
& concept2words_2(X,'power-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a531922,axiom,
! [X] :
( practice_hypothesis_of_play_1(X)
=> ( original_name_2(X,'Practice-Hypothesis-Of-Play')
& user_description_2(X,'The hypothesis that play is a type of learning that allows young animals to perfect behaviors that they will need as adults. As an example, kittens stalking and pouncing on each other could be practicing their hunting skills.')
& concept2words_2(X,'practice hypothesis of play')
& concept2words_2(X,'practice-hypothesis-of-play')
& hypothesis_1(X)
& ~ bicoid_protein_hypothesis_1(X)
& ~ individualistic_hypothesis_1(X)
& ~ interactive_hypothesis_1(X)
& ~ snowball_earth_hypothesis_1(X) ) ) ).
fof(a531923,axiom,
! [X] :
( prader_willi_syndrome_1(X)
=> ( original_name_2(X,'Prader-Willi-Syndrome')
& user_description_2(X,'A rare congenital disease in which some genes are missing on chromosome 15.')
& concept2words_2(X,'prader willi syndrome')
& concept2words_2(X,'prader-willi-syndrome')
& chromosomal_disorder_1(X)
& ~ achondroplasia_1(X)
& ~ alkaptonuria_1(X)
& ~ angelman_syndrome_1(X)
& ~ cri_du_chat_syndrome_1(X)
& ~ cystic_fibrosis_1(X)
& ~ down_syndrome_1(X)
& ~ huntingtons_disease_1(X)
& ~ klinefelter_syndrome_1(X)
& ~ multifactorial_genetic_disorder_1(X)
& ~ phenylketonuria_1(X)
& ~ polydactyly_1(X)
& ~ sex_linked_human_genetic_disorder_1(X)
& ~ sickle_cell_anemia_1(X)
& ~ tay_sachs_disease_1(X)
& ~ triple_x_1(X)
& ~ turner_syndrome_1(X) ) ) ).
fof(a531924,axiom,
! [X] :
( praseodymium_1(X)
=> ( original_name_2(X,'Praseodymium')
& user_description_2(X,'Praseodymium is a metal atom with atomic number 59. It is represented by the symbol Pr.')
& concept2words_2(X,praseodymium)
& concept2words_2(X,pr)
& metal_atom_1(X)
& neutron_1(fn_praseodymium_4(X))
& atomic_mass_value_1(fn_praseodymium_5(X))
& valence_value_1(fn_praseodymium_6(X))
& electronegativity_value_1(fn_praseodymium_7(X))
& valence_electron_1(fn_praseodymium_11(X))
& atomic_weight_value_1(fn_praseodymium_12(X))
& atomic_number_value_1(fn_praseodymium_13(X))
& quantity_value_1(fn_praseodymium_14(X))
& electronegativity_2(X,fn_praseodymium_7(X))
& valence_2(X,fn_praseodymium_6(X))
& mass_number_2(X,fn_praseodymium_5(X))
& exactCardinality(X,has_part_0,"82",neutron_0)
& exactCardinality(X,has_part_0,"59",proton_0)
& exactCardinality(X,has_part_0,"59",electron_0)
& has_part_2(X,fn_praseodymium_4(X))
& the_cardinal_value_2(fn_praseodymium_14(X),"5")
& cardinal_unit_class_2(fn_praseodymium_14(X),unity_0)
& the_cardinal_value_2(fn_praseodymium_7(X),"1.13")
& cardinal_unit_class_2(fn_praseodymium_7(X),unity_0)
& the_cardinal_value_2(fn_praseodymium_6(X),"3")
& cardinal_unit_class_2(fn_praseodymium_6(X),unity_0)
& the_cardinal_value_2(fn_praseodymium_5(X),"141")
& cardinal_unit_class_2(fn_praseodymium_5(X),unity_0)
& the_cardinal_value_2(fn_praseodymium_13(X),"59")
& cardinal_unit_class_2(fn_praseodymium_13(X),unity_0)
& the_cardinal_value_2(fn_praseodymium_12(X),"140.9")
& cardinal_unit_class_2(fn_praseodymium_12(X),dalton_0)
& atomic_number_2(X,fn_praseodymium_13(X))
& atomic_weight_2(X,fn_praseodymium_12(X))
& has_part_2(X,fn_praseodymium_11(X))
& quantity_2(fn_praseodymium_11(X),fn_praseodymium_14(X))
& fn_praseodymium_9(X) = fn_atom_12(X)
& fn_praseodymium_13(X) = fn_atom_17(X)
& fn_praseodymium_10(X) = fn_atom_13(X)
& fn_praseodymium_12(X) = fn_atom_16(X)
& fn_praseodymium_8(X) = fn_atom_1(X)
& fn_praseodymium_14(X) = fn_atom_5(X)
& fn_praseodymium_11(X) = fn_atom_14(X) ) ) ).
fof(a531925,axiom,
! [X] :
( pre_mrna_1(X)
=> ( original_name_2(X,'Pre-mRNA')
& user_description_2(X,'Messenger RNA before it has been modified after transcription.')
& concept2words_2(X,mrna)
& concept2words_2(X,'primary transcript')
& concept2words_2(X,'primary-transcript')
& concept2words_2(X,'precursor mrna')
& concept2words_2(X,'precursor-mrna')
& concept2words_2(X,'precursor messenger rna')
& concept2words_2(X,'precursor-messenger-rna')
& concept2words_2(X,'rna transcript')
& concept2words_2(X,'rna-transcript')
& concept2words_2(X,'initial rna transcript')
& concept2words_2(X,'initial-rna-transcript')
& concept2words_2(X,'pre mrna')
& concept2words_2(X,'pre-mrna')
& rna_1(X)
& exon_1(fn_pre_mrna_1(X))
& size_value_1(fn_pre_mrna_2(X))
& five_prime_cap_1(fn_pre_mrna_3(X))
& exon_1(fn_pre_mrna_5(X))
& intron_1(fn_pre_mrna_6(X))
& share_1(fn_pre_mrna_7(X))
& covalent_bond_1(fn_pre_mrna_8(X))
& phosphodiester_bond_1(fn_pre_mrna_8(X))
& chemical_bond_1(fn_pre_mrna_8(X))
& ribonucleoside_monophosphate_1(fn_pre_mrna_9(X))
& ribonucleoside_monophosphate_1(fn_pre_mrna_10(X))
& share_1(fn_pre_mrna_11(X))
& ester_linkage_1(fn_pre_mrna_12(X))
& hold_together_1(fn_pre_mrna_13(X))
& nitrogen_1(fn_pre_mrna_14(X))
& entity_1(fn_pre_mrna_15(X))
& chemical_entity_1(fn_pre_mrna_15(X))
& atom_1(fn_pre_mrna_15(X))
& carbon_1(fn_pre_mrna_15(X))
& ribose_1(fn_pre_mrna_16(X))
& number_5_prime_end_1(fn_pre_mrna_17(X))
& ribonucleoside_monophosphate_1(fn_pre_mrna_18(X))
& exon_1(fn_intron_6(fn_pre_mrna_6(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_pre_mrna_8(X)))
& ester_linkage_1(fn_phosphodiester_bond_29(fn_pre_mrna_8(X)))
& ester_linkage_1(fn_phosphodiester_bond_30(fn_pre_mrna_8(X)))
& share_1(fn_phosphodiester_bond_6(fn_pre_mrna_8(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_pre_mrna_8(X)))
& entity_1(fn_phosphodiester_bond_16(fn_pre_mrna_8(X)))
& chemical_entity_1(fn_phosphodiester_bond_16(fn_pre_mrna_8(X)))
& atom_1(fn_phosphodiester_bond_16(fn_pre_mrna_8(X)))
& carbon_1(fn_phosphodiester_bond_16(fn_pre_mrna_8(X)))
& hold_together_1(fn_phosphodiester_bond_17(fn_pre_mrna_8(X)))
& hold_together_1(fn_chemical_bond_3(fn_pre_mrna_8(X)))
& size_2(fn_pre_mrna_18(X),fn_pre_mrna_2(X))
& is_at_2(fn_pre_mrna_3(X),fn_pre_mrna_17(X))
& size_2(fn_pre_mrna_10(X),fn_pre_mrna_2(X))
& has_part_2(X,fn_pre_mrna_3(X))
& has_part_2(X,fn_pre_mrna_5(X))
& has_part_2(X,fn_pre_mrna_6(X))
& has_part_2(X,fn_pre_mrna_1(X))
& has_part_2(X,fn_pre_mrna_9(X))
& is_between_2(fn_pre_mrna_6(X),fn_pre_mrna_1(X))
& is_between_2(fn_pre_mrna_6(X),fn_pre_mrna_5(X))
& result_2(fn_pre_mrna_11(X),fn_pre_mrna_8(X))
& agent_2(fn_pre_mrna_11(X),fn_pre_mrna_15(X))
& called_2(fn_pre_mrna_12(X),"2")
& object_2(fn_pre_mrna_13(X),fn_pre_mrna_15(X))
& result_2(fn_pre_mrna_7(X),fn_pre_mrna_8(X))
& has_part_2(X,fn_pre_mrna_18(X))
& fn_pre_mrna_18(X) != fn_pre_mrna_10(X)
& has_part_2(X,fn_pre_mrna_10(X))
& has_region_2(X,fn_pre_mrna_17(X))
& fn_pre_mrna_10(X) != fn_pre_mrna_18(X)
& element_2(fn_pre_mrna_8(X),fn_pre_mrna_12(X))
& is_between_2(fn_pre_mrna_12(X),fn_pre_mrna_15(X))
& has_part_2(fn_pre_mrna_16(X),fn_pre_mrna_15(X))
& possesses_2(fn_pre_mrna_16(X),fn_pre_mrna_8(X))
& is_between_2(fn_pre_mrna_8(X),fn_pre_mrna_14(X))
& possesses_2(X,fn_pre_mrna_8(X))
& is_between_2(fn_pre_mrna_8(X),fn_pre_mrna_15(X))
& agent_2(fn_pre_mrna_7(X),fn_pre_mrna_15(X))
& fn_pre_mrna_14(X) != fn_pre_mrna_15(X)
& fn_pre_mrna_15(X) != fn_pre_mrna_14(X)
& has_function_2(fn_pre_mrna_8(X),fn_pre_mrna_13(X))
& agent_2(fn_pre_mrna_13(X),fn_pre_mrna_8(X))
& is_between_2(fn_pre_mrna_8(X),fn_pre_mrna_9(X))
& fn_pre_mrna_5(X) = fn_intron_6(fn_pre_mrna_6(X))
& fn_pre_mrna_11(X) = fn_phosphodiester_bond_6(fn_pre_mrna_8(X))
& fn_pre_mrna_13(X) = fn_phosphodiester_bond_17(fn_pre_mrna_8(X))
& fn_pre_mrna_13(X) = fn_rna_15(X)
& fn_pre_mrna_17(X) = fn_rna_2(X)
& fn_pre_mrna_10(X) = fn_rna_3(X)
& fn_pre_mrna_18(X) = fn_rna_10(X)
& fn_pre_mrna_16(X) = fn_rna_7(X)
& fn_pre_mrna_12(X) = fn_nucleic_acid_16(X)
& fn_pre_mrna_12(X) = fn_phosphodiester_bond_29(fn_pre_mrna_8(X))
& fn_pre_mrna_12(X) = fn_phosphodiester_bond_30(fn_pre_mrna_8(X))
& fn_pre_mrna_12(X) = fn_rna_16(X)
& fn_pre_mrna_7(X) = fn_phosphodiester_bond_6(fn_pre_mrna_8(X))
& fn_pre_mrna_15(X) = fn_phosphodiester_bond_16(fn_pre_mrna_8(X))
& fn_pre_mrna_7(X) = fn_rna_6(X)
& fn_pre_mrna_14(X) = fn_rna_4(X)
& fn_pre_mrna_15(X) = fn_chemical_bond_4(fn_pre_mrna_8(X))
& fn_pre_mrna_15(X) = fn_nucleic_acid_15(X)
& fn_pre_mrna_15(X) = fn_rna_5(X)
& fn_pre_mrna_8(X) = fn_nucleic_acid_19(X)
& fn_pre_mrna_8(X) = fn_rna_8(X)
& fn_pre_mrna_13(X) = fn_chemical_bond_3(fn_pre_mrna_8(X))
& fn_pre_mrna_9(X) = fn_chemical_bond_1(fn_pre_mrna_8(X))
& fn_phosphodiester_bond_30(fn_pre_mrna_8(X)) = fn_phosphodiester_bond_29(fn_pre_mrna_8(X))
& fn_phosphodiester_bond_29(fn_pre_mrna_8(X)) = fn_phosphodiester_bond_30(fn_pre_mrna_8(X))
& fn_phosphodiester_bond_30(fn_pre_mrna_8(X)) = fn_phosphodiester_bond_30(fn_pre_mrna_8(X))
& fn_nucleic_acid_16(X) = fn_nucleic_acid_16(X)
& fn_nucleic_acid_16(X) = fn_phosphodiester_bond_30(fn_pre_mrna_8(X))
& fn_phosphodiester_bond_30(fn_pre_mrna_8(X)) = fn_nucleic_acid_16(X)
& fn_rna_16(X) = fn_nucleic_acid_16(X)
& fn_nucleic_acid_16(X) = fn_rna_16(X)
& fn_rna_16(X) = fn_rna_16(X)
& fn_rna_16(X) = fn_phosphodiester_bond_6(fn_pre_mrna_8(X))
& fn_rna_6(X) = fn_phosphodiester_bond_6(fn_pre_mrna_8(X))
& fn_phosphodiester_bond_6(fn_pre_mrna_8(X)) = fn_rna_6(X)
& fn_rna_6(X) = fn_phosphodiester_bond_16(fn_pre_mrna_8(X))
& fn_phosphodiester_bond_16(fn_pre_mrna_8(X)) = fn_chemical_bond_4(fn_pre_mrna_8(X))
& fn_chemical_bond_4(fn_pre_mrna_8(X)) = fn_phosphodiester_bond_16(fn_pre_mrna_8(X))
& fn_phosphodiester_bond_16(fn_pre_mrna_8(X)) = fn_phosphodiester_bond_16(fn_pre_mrna_8(X))
& fn_nucleic_acid_15(X) = fn_phosphodiester_bond_16(fn_pre_mrna_8(X))
& fn_phosphodiester_bond_16(fn_pre_mrna_8(X)) = fn_nucleic_acid_15(X)
& fn_rna_5(X) = fn_rna_5(X)
& fn_rna_5(X) = fn_nucleic_acid_15(X)
& fn_nucleic_acid_15(X) = fn_rna_5(X)
& fn_rna_5(X) = fn_phosphodiester_bond_17(fn_pre_mrna_8(X))
& fn_phosphodiester_bond_17(fn_pre_mrna_8(X)) = fn_rna_15(X)
& fn_rna_15(X) = fn_rna_15(X)
& fn_rna_15(X) = fn_chemical_bond_3(fn_pre_mrna_8(X))
& fn_chemical_bond_3(fn_pre_mrna_8(X)) = fn_chemical_bond_3(fn_pre_mrna_8(X))
& fn_chemical_bond_3(fn_pre_mrna_8(X)) = fn_rna_8(X)
& fn_rna_8(X) = fn_rna_8(X)
& fn_rna_8(X) = fn_nucleic_acid_19(X)
& fn_nucleic_acid_19(X) = fn_rna_8(X) ) ) ).
fof(a531926,axiom,
! [X] :
( precipitation_1(X)
=> ( original_name_2(X,'Precipitation')
& user_description_2(X,'Any product of the condensation of atmospheric water vapor that falls to the Earth\'s surface (e.g., rain, snow, ice pellets).')
& concept2words_2(X,precipitate)
& concept2words_2(X,precipitation)
& ecological_process_1(X)
& atmosphere_1(fn_precipitation_1(X))
& ground_1(fn_precipitation_2(X))
& condense_1(fn_precipitation_3(X))
& fall_1(fn_precipitation_4(X))
& water_vapor_1(fn_precipitation_5(X))
& water_1(fn_precipitation_6(X))
& spatial_entity_1(fn_precipitation_7(X))
& precipitation_form_1(fn_precipitation_7(X))
& tangible_entity_1(fn_condense_1(fn_precipitation_3(X)))
& spatial_entity_1(fn_move_1(fn_precipitation_4(X)))
& water_1(fn_precipitation_form_1(fn_precipitation_7(X)))
& result_2(fn_precipitation_3(X),fn_precipitation_6(X))
& next_event_2(fn_precipitation_3(X),fn_precipitation_4(X))
& destination_2(fn_precipitation_4(X),fn_precipitation_2(X))
& origin_2(fn_precipitation_4(X),fn_precipitation_1(X))
& is_inside_2(fn_precipitation_5(X),fn_precipitation_1(X))
& subevent_2(X,fn_precipitation_3(X))
& subevent_2(X,fn_precipitation_4(X))
& first_subevent_2(X,fn_precipitation_3(X))
& object_2(X,fn_precipitation_7(X))
& base_2(fn_precipitation_3(X),fn_precipitation_5(X))
& object_2(fn_precipitation_4(X),fn_precipitation_7(X))
& has_part_2(fn_precipitation_7(X),fn_precipitation_6(X))
& fn_precipitation_5(X) = fn_condense_1(fn_precipitation_3(X))
& fn_precipitation_7(X) = fn_move_1(fn_precipitation_4(X))
& fn_precipitation_6(X) = fn_precipitation_form_1(fn_precipitation_7(X)) ) ) ).
fof(a531927,axiom,
! [X] :
( precipitation_form_1(X)
=> ( original_name_2(X,'Precipitation-Form')
& user_description_2(X,'Water that falls to the earth in various forms, including rain, snow, and fog.')
& concept2words_2(X,'form of precipitation')
& concept2words_2(X,'precipitation form')
& concept2words_2(X,'precipitation-form')
& substance_1(X)
& water_1(fn_precipitation_form_1(X))
& has_part_2(X,fn_precipitation_form_1(X)) ) ) ).
fof(a531928,axiom,
! [X] :
( precursor_1(X)
=> ( original_name_2(X,'Precursor')
& user_description_2(X,'Entity that participates in an event and precedes another entity, like a result of that event.')
& concept2words_2(X,precursor)
& role_1(X)
& tangible_entity_1(fn_precursor_1(X))
& event_1(fn_precursor_2(X))
& tangible_entity_1(fn_precursor_3(X))
& result_2(fn_precursor_2(X),fn_precursor_3(X))
& object_2(fn_precursor_2(X),fn_precursor_1(X))
& plays_2(fn_precursor_1(X),X) ) ) ).
fof(a531929,axiom,
! [X] :
( predation_1(X)
=> ( original_name_2(X,'Predation')
& user_description_2(X,'An interspecific interaction in which one species eats the other.')
& concept2words_2(X,predate)
& concept2words_2(X,predation)
& feeding_behavior_1(X) ) ) ).
fof(a531930,axiom,
! [X] :
( predator_1(X)
=> ( original_name_2(X,'Predator')
& user_description_2(X,'An animal that preys upon other animals.')
& concept2words_2(X,predator)
& ecological_role_1(X) ) ) ).
fof(a531931,axiom,
! [X] :
( predict_1(X)
=> ( original_name_2(X,'Predict')
& user_description_2(X,'to declare or indicate in advance; to foretell on the basis of observation, experience, or scientific reason.')
& concept2words_2(X,predict)
& cognitive_activity_1(X) ) ) ).
fof(a531932,axiom,
! [X] :
( pregnancy_1(X)
=> ( original_name_2(X,'Pregnancy')
& user_description_2(X,'The development of one or more offspring in the uterus.')
& concept2words_2(X,pregnancy)
& condition_1(X) ) ) ).
fof(a531933,axiom,
! [X] :
( pregnant_female_1(X)
=> ( original_name_2(X,'Pregnant-Female')
& user_description_2(X,'A female carrying one or more unborn offspring.')
& concept2words_2(X,'pregnant female')
& concept2words_2(X,'pregnant-female')
& organism_1(X)
& sex_value_1(fn_pregnant_female_1(X))
& the_categorical_value_2(fn_pregnant_female_1(X),female_0)
& sex_2(X,fn_pregnant_female_1(X)) ) ) ).
fof(a531934,axiom,
! [X] :
( pregnant_uterus_1(X)
=> ( original_name_2(X,'Pregnant-Uterus')
& user_description_2(X,'Uterus of a pregant viviparous mother.')
& concept2words_2(X,'pregnant uterus')
& concept2words_2(X,'pregnant-uterus')
& uterus_1(X) ) ) ).
fof(a531935,axiom,
! [X] :
( premolar_tooth_1(X)
=> ( original_name_2(X,'Premolar-Tooth')
& user_description_2(X,'Relatively short, strong tooth specialized for crushing and grinding food. Premolars are the teeth which are found between the canines and the molars.')
& concept2words_2(X,'tooth of premolar')
& concept2words_2(X,'premolar tooth')
& concept2words_2(X,'premolar-tooth')
& tooth_1(X)
& tangible_entity_1(fn_premolar_tooth_1(X))
& food_1(fn_premolar_tooth_2(X))
& tangible_entity_1(fn_premolar_tooth_3(X))
& food_1(fn_premolar_tooth_4(X))
& grind_1(fn_premolar_tooth_5(X))
& crush_1(fn_premolar_tooth_6(X))
& tangible_entity_1(fn_impair_1(fn_premolar_tooth_5(X)))
& tangible_entity_1(fn_food_3(fn_premolar_tooth_4(X)))
& tangible_entity_1(fn_impair_1(fn_premolar_tooth_6(X)))
& tangible_entity_1(fn_food_3(fn_premolar_tooth_2(X)))
& has_function_2(X,fn_premolar_tooth_6(X))
& has_function_2(X,fn_premolar_tooth_5(X))
& agent_2(fn_premolar_tooth_6(X),X)
& agent_2(fn_premolar_tooth_5(X),X)
& object_2(fn_premolar_tooth_5(X),fn_premolar_tooth_3(X))
& plays_2(fn_premolar_tooth_3(X),fn_premolar_tooth_4(X))
& object_2(fn_premolar_tooth_6(X),fn_premolar_tooth_1(X))
& plays_2(fn_premolar_tooth_1(X),fn_premolar_tooth_2(X))
& fn_premolar_tooth_3(X) = fn_impair_1(fn_premolar_tooth_5(X))
& fn_premolar_tooth_3(X) = fn_food_3(fn_premolar_tooth_4(X))
& fn_premolar_tooth_1(X) = fn_impair_1(fn_premolar_tooth_6(X))
& fn_premolar_tooth_1(X) = fn_food_3(fn_premolar_tooth_2(X))
& fn_impair_1(fn_premolar_tooth_5(X)) = fn_food_3(fn_premolar_tooth_4(X))
& fn_food_3(fn_premolar_tooth_4(X)) = fn_impair_1(fn_premolar_tooth_6(X))
& fn_impair_1(fn_premolar_tooth_6(X)) = fn_food_3(fn_premolar_tooth_2(X)) ) ) ).
fof(a531936,axiom,
! [X] :
( preparatory_event_1(X)
=> ( original_name_2(X,'Preparatory-Event')
& concept2words_2(X,'preparatory event')
& concept2words_2(X,'preparatory-event')
& group_node_1(X) ) ) ).
fof(a531937,axiom,
! [X] :
( preprophase_band_1(X)
=> ( original_name_2(X,'Preprophase-Band')
& user_description_2(X,'A ring-shaped microtubular array in the cortex of a plant cell that is about to begin mitosis.')
& concept2words_2(X,'preprophase band')
& concept2words_2(X,'preprophase-band')
& plant_cell_structure_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X) ) ) ).
fof(a531938,axiom,
! [X] :
( prepuce_1(X)
=> ( original_name_2(X,'Prepuce')
& user_description_2(X,'A fold of skin that covers and protects the head of the penis or clitoris.')
& concept2words_2(X,prepuce)
& stratified_squamous_epithelium_1(X)
& ~ labia_majora_1(X)
& ~ alveolus_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ bronchus_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ collecting_duct_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ corpus_luteum_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endometrium_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ islets_of_langerhans_1(X)
& ~ labia_minora_1(X)
& ~ lacteal_1(X)
& ~ loop_of_henle_1(X)
& ~ proximal_tubule_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ seminiferous_tubule_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a531939,axiom,
! [X] :
( presence_of_nonpolar_fatty_acid_polymers_1(X)
=> ( original_name_2(X,'Presence-of-nonpolar-fatty-acid-polymers')
& user_description_2(X,'The presence of nonpolar fatty acid polymers in a lipid.')
& concept2words_2(X,'presence of nonpolar fatty acid polymer')
& concept2words_2(X,'presence-of-nonpolar-fatty-acid-polymer')
& event_1(X) ) ) ).
fof(a531940,axiom,
! [X] :
( pressure_constant_1(X)
=> ( original_name_2(X,'Pressure-Constant')
& concept2words_2(X,'constant of pressure')
& concept2words_2(X,'pressure constant')
& concept2words_2(X,'pressure-constant')
& constant_1(X) ) ) ).
fof(a531941,axiom,
! [X] :
( pressure_flow_1(X)
=> ( original_name_2(X,'Pressure-Flow')
& user_description_2(X,'In angiosperms, the mechanism of translocation of phloem sap from source to sink.')
& concept2words_2(X,'flow of pressure')
& concept2words_2(X,'pressure flow')
& concept2words_2(X,'pressure-flow')
& plant_transport_1(X) ) ) ).
fof(a531942,axiom,
! [X] :
( pressure_gradient_1(X)
=> ( original_name_2(X,'Pressure-Gradient')
& user_description_2(X,'A region along which the pressure increases or decreases.')
& concept2words_2(X,'gradient of pressure')
& concept2words_2(X,'pressure gradient')
& concept2words_2(X,'pressure-gradient')
& gradient_1(X)
& region_1(fn_pressure_gradient_3(X))
& region_1(fn_pressure_gradient_4(X))
& pressure_value_1(fn_pressure_gradient_5(X))
& pressure_value_1(fn_pressure_gradient_6(X))
& is_between_2(X,fn_pressure_gradient_4(X))
& is_between_2(X,fn_pressure_gradient_3(X))
& the_scalar_value_2(fn_pressure_gradient_6(X),high_0)
& scalar_unit_class_2(fn_pressure_gradient_6(X),region_0)
& the_scalar_value_2(fn_pressure_gradient_5(X),low_0)
& scalar_unit_class_2(fn_pressure_gradient_5(X),region_0)
& pressure_2(fn_pressure_gradient_4(X),fn_pressure_gradient_5(X))
& called_2(fn_pressure_gradient_4(X),'R1')
& pressure_2(fn_pressure_gradient_3(X),fn_pressure_gradient_6(X))
& called_2(fn_pressure_gradient_3(X),'R2') ) ) ).
fof(a531943,axiom,
! [X] :
( pressure_scale_1(X)
=> ( original_name_2(X,'Pressure-Scale')
& concept2words_2(X,'scale of pressure')
& concept2words_2(X,'pressure scale')
& concept2words_2(X,'pressure-scale')
& scale_1(X) ) ) ).
fof(a531944,axiom,
! [X] :
( pressure_value_1(X)
=> ( original_name_2(X,'Pressure-Value')
& concept2words_2(X,'pressure level')
& concept2words_2(X,'force per unit area')
& concept2words_2(X,pressure)
& concept2words_2(X,'value of pressure')
& concept2words_2(X,'pressure value')
& concept2words_2(X,'pressure-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a531945,axiom,
! [X] :
( presynaptic_cell_1(X)
=> ( original_name_2(X,'Presynaptic-Cell')
& user_description_2(X,'The transmitting cell at a synapse.')
& concept2words_2(X,'presynaptic cell')
& concept2words_2(X,'presynaptic-cell')
& nerve_cell_1(X)
& ~ interneuron_1(X)
& ~ motor_neuron_1(X)
& ~ post_synaptic_cell_1(X)
& ~ sensory_neuron_1(X)
& spatial_entity_1(fn_presynaptic_cell_1(X))
& spatial_entity_1(fn_presynaptic_cell_2(X))
& block_1(fn_presynaptic_cell_3(X))
& instrument_2(fn_presynaptic_cell_3(X),X)
& is_between_2(X,fn_presynaptic_cell_1(X))
& is_between_2(X,fn_presynaptic_cell_2(X)) ) ) ).
fof(a531946,axiom,
! [X] :
( prevention_of_mrna_degradation_1(X)
=> ( original_name_2(X,'Prevention-of-mRNA-Degradation')
& user_description_2(X,'The 5\' cap and a poly-A tail added to mRNA after transcription serve to protect mRNA from degradation. The 5\' end receives a 5\'cap, a modified form of a guanine nucleotide added onto the 5\' end after transcription of the first 20-40 nucleotides. At the 3\' end, an enzyme adds 50-250 more adenine nucleotides forming a poly-A tail.')
& concept2words_2(X,'prevention of mrna degradation')
& concept2words_2(X,'prevention-of-mrna-degradation')
& rna_processing_1(X) ) ) ).
fof(a531947,axiom,
! [X] :
( prevention_of_water_loss_1(X)
=> ( original_name_2(X,'Prevention-of-Water-Loss')
& user_description_2(X,'A macrophysiological process in which an organism maintains water balance through a variety of mechanisms.')
& concept2words_2(X,'prevention of water loss')
& concept2words_2(X,'prevention-of-water-loss')
& homeostatic_response_1(X)
& water_1(fn_prevention_of_water_loss_1(X))
& object_2(X,fn_prevention_of_water_loss_1(X)) ) ) ).
fof(a531948,axiom,
! [X] :
( prey_1(X)
=> ( original_name_2(X,'Prey')
& user_description_2(X,'An organism that is hunted or caught for food.')
& concept2words_2(X,prey)
& ecological_role_1(X) ) ) ).
fof(a531949,axiom,
! [X] :
( prezygotic_barrier_1(X)
=> ( original_name_2(X,'Prezygotic-Barrier')
& user_description_2(X,'A barrier to hybridization that prevents the sperm of one species from fertilizing the egg of another species.')
& concept2words_2(X,'prezygotic barrier')
& concept2words_2(X,'prezygotic-barrier')
& contraception_1(X)
& ~ intrauterine_device_1(X)
& ~ natural_family_planning_1(X)
& ~ rhythm_method_1(X)
& ~ vasectomy_1(X) ) ) ).
fof(a531950,axiom,
! [X] :
( primary_amino_acid_sequence_1(X)
=> ( original_name_2(X,'Primary-Amino-Acid-Sequence')
& user_description_2(X,'The level of protein structure referring to the specific linear sequence of amino acids. The sequence of amino acids determines the protein\'s identity.')
& concept2words_2(X,'first stage of protein folding')
& concept2words_2(X,'primary structure')
& concept2words_2(X,'primary amino acid sequence')
& concept2words_2(X,'primary-amino-acid-sequence')
& molecular_region_1(X) ) ) ).
fof(a531951,axiom,
! [X] :
( primary_cell_wall_1(X)
=> ( original_name_2(X,'Primary-Cell-Wall')
& user_description_2(X,'In plants, a thin, semi-permeable layer that is secreted outside the plasma membrane in young cells.')
& concept2words_2(X,'primary cell wall')
& concept2words_2(X,'primary cell-wall')
& concept2words_2(X,'primary-cell-wall')
& plant_cell_wall_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X) ) ) ).
fof(a531952,axiom,
! [X] :
( primary_constant_1(X)
=> ( original_name_2(X,'Primary-Constant')
& concept2words_2(X,'constant of primary')
& concept2words_2(X,'primary constant')
& concept2words_2(X,'primary-constant')
& constant_1(X) ) ) ).
fof(a531953,axiom,
! [X] :
( primary_consumer_1(X)
=> ( original_name_2(X,'Primary-Consumer')
& user_description_2(X,'An organism that eats primary producers (autotrophs).')
& concept2words_2(X,'consumer of primary')
& concept2words_2(X,'primary consumer')
& concept2words_2(X,'primary-consumer')
& heterotroph_1(X)
& ~ chemoheterotroph_1(X)
& ~ decomposer_1(X)
& ~ facultative_anaerobe_1(X)
& ~ obligate_aerobe_1(X)
& ~ obligate_anaerobe_1(X)
& ~ parasite_1(X)
& ~ photoheterotroph_1(X)
& ~ secondary_consumer_1(X)
& ~ tertiary_consumer_1(X)
& food_1(fn_primary_consumer_1(X))
& polymer_1(fn_primary_consumer_2(X))
& organism_1(fn_primary_consumer_3(X))
& organic_molecule_1(fn_primary_consumer_4(X))
& tangible_entity_1(fn_primary_consumer_5(X))
& organism_1(fn_primary_consumer_5(X))
& nutrition_1(fn_primary_consumer_6(X))
& autotroph_1(fn_primary_consumer_7(X))
& nutrition_1(fn_primary_consumer_8(X))
& polymer_1(fn_food_2(fn_primary_consumer_1(X)))
& nutrition_1(fn_autotroph_7(fn_primary_consumer_7(X)))
& tangible_entity_1(fn_food_3(fn_primary_consumer_1(X)))
& organism_1(fn_autotroph_11(fn_primary_consumer_7(X)))
& organic_molecule_1(fn_food_4(fn_primary_consumer_1(X)))
& nutrition_1(fn_food_1(fn_primary_consumer_1(X)))
& has_part_2(fn_primary_consumer_5(X),fn_primary_consumer_4(X))
& in_event_2(fn_primary_consumer_1(X),fn_primary_consumer_8(X))
& raw_material_2(fn_primary_consumer_8(X),fn_primary_consumer_2(X))
& has_part_2(fn_primary_consumer_5(X),fn_primary_consumer_2(X))
& plays_2(fn_primary_consumer_5(X),fn_primary_consumer_1(X))
& in_event_2(fn_primary_consumer_7(X),fn_primary_consumer_6(X))
& agent_2(fn_primary_consumer_6(X),fn_primary_consumer_5(X))
& plays_2(fn_primary_consumer_5(X),fn_primary_consumer_7(X))
& raw_material_2(fn_primary_consumer_8(X),fn_primary_consumer_4(X))
& in_event_2(X,fn_primary_consumer_8(X))
& agent_2(fn_primary_consumer_8(X),fn_primary_consumer_3(X))
& plays_2(fn_primary_consumer_3(X),X)
& fn_primary_consumer_4(X) = fn_food_4(fn_primary_consumer_1(X))
& fn_primary_consumer_5(X) = fn_food_3(fn_primary_consumer_1(X))
& fn_primary_consumer_2(X) = fn_food_2(fn_primary_consumer_1(X))
& fn_primary_consumer_8(X) = fn_food_1(fn_primary_consumer_1(X))
& fn_primary_consumer_5(X) = fn_autotroph_11(fn_primary_consumer_7(X))
& fn_primary_consumer_6(X) = fn_autotroph_7(fn_primary_consumer_7(X))
& fn_primary_consumer_4(X) = fn_heterotroph_6(X)
& fn_primary_consumer_3(X) = fn_heterotroph_2(X)
& fn_primary_consumer_8(X) = fn_heterotroph_3(X)
& fn_food_3(fn_primary_consumer_1(X)) = fn_food_3(fn_primary_consumer_1(X))
& fn_food_3(fn_primary_consumer_1(X)) = fn_autotroph_11(fn_primary_consumer_7(X))
& fn_autotroph_11(fn_primary_consumer_7(X)) = fn_autotroph_11(fn_primary_consumer_7(X))
& fn_autotroph_11(fn_primary_consumer_7(X)) = fn_food_4(fn_primary_consumer_1(X))
& fn_food_4(fn_primary_consumer_1(X)) = fn_heterotroph_6(X)
& fn_heterotroph_6(X) = fn_food_1(fn_primary_consumer_1(X))
& fn_food_1(fn_primary_consumer_1(X)) = fn_food_1(fn_primary_consumer_1(X))
& fn_food_1(fn_primary_consumer_1(X)) = fn_heterotroph_3(X)
& fn_heterotroph_3(X) = fn_heterotroph_3(X) ) ) ).
fof(a531954,axiom,
! [X] :
( primary_consumers_1(X)
=> ( original_name_2(X,'Primary-Consumers')
& user_description_2(X,'Group of organisms in an ecosystem which feeds directly on producers.')
& concept2words_2(X,'primary consumer')
& concept2words_2(X,'primary-consumer')
& consumers_1(X) ) ) ).
fof(a531955,axiom,
! [X] :
( primary_electron_acceptor_1(X)
=> ( original_name_2(X,'Primary-Electron-Acceptor')
& user_description_2(X,'Found in the chloroplast thylakoid membrane or in the photosynthetic membrane of some prokaryotes, the primary electron acceptor is a specialized molecule that sits in the reaction center with chlorophyll a molecules. The primary electron acceptor accepts electrons from the chlorophyll a molecules after the reaction center has been')
& concept2words_2(X,'primary electron acceptor')
& concept2words_2(X,'primary-electron-acceptor')
& electron_recipient_1(X) ) ) ).
fof(a531956,axiom,
! [X] :
( primary_growth_1(X)
=> ( original_name_2(X,'Primary-Growth')
& user_description_2(X,'In plants, growth along an apical meristem that lengthens stems and roots.')
& concept2words_2(X,'growth of primary')
& concept2words_2(X,'primary growth')
& concept2words_2(X,'primary-growth')
& developmental_process_1(X)
& ~ cell_determination_1(X)
& ~ childbirth_1(X)
& ~ compaction_1(X)
& ~ gastrulation_1(X)
& ~ gestation_1(X)
& ~ molting_1(X)
& ~ morphogenesis_1(X)
& ~ organogenesis_1(X)
& ~ oviparous_1(X)
& ~ ovoviviparous_1(X)
& ~ ovulation_1(X)
& ~ paedomorphosis_1(X)
& ~ pattern_formation_1(X)
& ~ phase_change_1(X)
& ~ protostome_development_1(X)
& ~ radial_cleavage_1(X)
& ~ senescence_1(X)
& ~ torsion_1(X)
& ~ viviparous_1(X) ) ) ).
fof(a531957,axiom,
! [X] :
( primary_immune_response_1(X)
=> ( original_name_2(X,'Primary-Immune-Response')
& user_description_2(X,'The immune system\'s first response on exposure to a novel antigen. It appears 10-17 days after the initial exposure.')
& concept2words_2(X,'primary immune response')
& concept2words_2(X,'primary-immune-response')
& immune_response_1(X) ) ) ).
fof(a531958,axiom,
! [X] :
( primary_motor_cortex_1(X)
=> ( original_name_2(X,'Primary-Motor-Cortex')
& user_description_2(X,'A region of the brain that in humans is located in the posterior region of the frontal lobe. It is responsible for sending the first signals that control the actions of skeletal muscles.')
& concept2words_2(X,'motor cortex')
& concept2words_2(X,'motor-cortex')
& concept2words_2(X,'primary motor cortex')
& concept2words_2(X,'primary-motor-cortex')
& frontal_lobe_1(X)
& ~ reticular_formation_1(X)
& ~ primary_visual_cortex_1(X)
& ~ brainstem_1(X)
& ~ cerebellum_1(X)
& ~ forebrain_1(X)
& ~ hindbrain_1(X)
& ~ hypothalamus_1(X)
& ~ medulla_oblongata_1(X)
& ~ midbrain_1(X)
& ~ pons_1(X)
& ~ posterior_pituitary_1(X)
& ~ reticular_system_1(X)
& ~ suprachiasmatic_nucleus_1(X)
& ~ thalamus_1(X)
& ~ lateral_geniculate_1(X)
& ~ corpus_callosum_1(X) ) ) ).
fof(a531959,axiom,
! [X] :
( primary_oocyte_1(X)
=> ( original_name_2(X,'Primary-Oocyte')
& user_description_2(X,'A primary oocyte is a developmentally-arrested precursor cell which may eventually develop into a mature egg or oocyte.')
& concept2words_2(X,'oocyte of primary')
& concept2words_2(X,'primary oocyte')
& concept2words_2(X,'primary-oocyte')
& reproductive_cell_1(X) ) ) ).
fof(a531960,axiom,
! [X] :
( primary_plant_1(X)
=> ( original_name_2(X,'Primary-Plant')
& user_description_2(X,'The tissues produced by apical meristems, which lengthen stems and roots.')
& concept2words_2(X,'plant of primary')
& concept2words_2(X,'primary plant')
& concept2words_2(X,'primary-plant')
& plant_specific_tissue_1(X)
& ~ endosperm_1(X)
& ~ integument_1(X)
& ~ leaf_primordium_1(X)
& ~ meristem_1(X)
& ~ mesophyll_1(X)
& ~ phloem_1(X)
& ~ primary_plant_body_1(X)
& ~ protonema_1(X)
& ~ receptacle_1(X)
& ~ vessel_1(X) ) ) ).
fof(a531961,axiom,
! [X] :
( primary_plant_body_1(X)
=> ( original_name_2(X,'Primary-Plant-Body')
& user_description_2(X,'Plant body tissues that are produced by growth from apical meristems.')
& concept2words_2(X,'primary plant body')
& concept2words_2(X,'primary-plant-body')
& plant_specific_tissue_1(X)
& ~ endosperm_1(X)
& ~ integument_1(X)
& ~ leaf_primordium_1(X)
& ~ meristem_1(X)
& ~ mesophyll_1(X)
& ~ phloem_1(X)
& ~ primary_plant_1(X)
& ~ protonema_1(X)
& ~ receptacle_1(X)
& ~ vessel_1(X) ) ) ).
fof(a531962,axiom,
! [X] :
( primary_rna_transcript_1(X)
=> ( original_name_2(X,'Primary-RNA-Transcript')
& user_description_2(X,'The initial RNA transcript, before any post-transcriptional modification has occurred.')
& concept2words_2(X,'primary rna transcript')
& concept2words_2(X,'primary-rna-transcript')
& rna_1(X) ) ) ).
fof(a531963,axiom,
! [X] :
( primary_somatosensory_cortex_1(X)
=> ( original_name_2(X,'Primary-Somatosensory-Cortex')
& user_description_2(X,'A region of the brain located in the postcentral gyrus of the parietal lobe. It is responsible for the perception of touch and tactile stimuli.')
& concept2words_2(X,'somatosensory cortex')
& concept2words_2(X,'somatosensory-cortex')
& concept2words_2(X,'primary somatosensory cortex')
& concept2words_2(X,'primary-somatosensory-cortex')
& parietal_lobe_1(X)
& ~ brainstem_1(X)
& ~ cerebellum_1(X)
& ~ forebrain_1(X) ) ) ).
fof(a531964,axiom,
! [X] :
( primary_spermatocyte_1(X)
=> ( original_name_2(X,'Primary-spermatocyte')
& user_description_2(X,'The male sex cell which undergoes meiosis to produce sperm cells.')
& concept2words_2(X,'spermatocyte of primary')
& concept2words_2(X,'primary spermatocyte')
& concept2words_2(X,'primary-spermatocyte')
& spermatocyte_1(X)
& extra_cellular_matrix_1(fn_primary_spermatocyte_1(X))
& cellular_work_1(fn_primary_spermatocyte_2(X))
& eukaryotic_ribosome_1(fn_primary_spermatocyte_5(X))
& golgi_apparatus_1(fn_primary_spermatocyte_6(X))
& tangible_entity_1(fn_primary_spermatocyte_7(X))
& nucleus_1(fn_primary_spermatocyte_7(X))
& size_value_1(fn_primary_spermatocyte_8(X))
& volume_value_1(fn_primary_spermatocyte_9(X))
& substance_1(fn_primary_spermatocyte_10(X))
& cytosol_1(fn_primary_spermatocyte_10(X))
& eukaryotic_chromosome_1(fn_primary_spermatocyte_11(X))
& chromosome_1(fn_primary_spermatocyte_11(X))
& spatial_entity_1(fn_primary_spermatocyte_12(X))
& membrane_protein_1(fn_primary_spermatocyte_12(X))
& tangible_entity_1(fn_primary_spermatocyte_12(X))
& transmembrane_protein_1(fn_primary_spermatocyte_12(X))
& integral_protein_1(fn_primary_spermatocyte_12(X))
& transport_protein_1(fn_primary_spermatocyte_12(X))
& spatial_entity_1(fn_primary_spermatocyte_13(X))
& biomembrane_1(fn_primary_spermatocyte_13(X))
& plasma_membrane_1(fn_primary_spermatocyte_13(X))
& smooth_endoplasmic_reticulum_1(fn_primary_spermatocyte_14(X))
& concentration_gradient_1(fn_primary_spermatocyte_15(X))
& attach_1(fn_primary_spermatocyte_16(X))
& hydrophobic_core_1(fn_primary_spermatocyte_17(X))
& outside_face_1(fn_primary_spermatocyte_18(X))
& extracellular_side_1(fn_primary_spermatocyte_18(X))
& spatial_entity_1(fn_primary_spermatocyte_19(X))
& polymer_1(fn_primary_spermatocyte_19(X))
& tangible_entity_1(fn_primary_spermatocyte_19(X))
& membrane_protein_1(fn_primary_spermatocyte_19(X))
& protein_1(fn_primary_spermatocyte_19(X))
& tangible_entity_1(fn_primary_spermatocyte_20(X))
& phospholipid_bilayer_1(fn_primary_spermatocyte_20(X))
& tangible_entity_1(fn_primary_spermatocyte_21(X))
& membrane_protein_1(fn_primary_spermatocyte_21(X))
& protein_1(fn_primary_spermatocyte_21(X))
& spatial_entity_1(fn_primary_spermatocyte_21(X))
& polymer_1(fn_primary_spermatocyte_21(X))
& eukaryotic_cellular_respiration_1(fn_primary_spermatocyte_22(X))
& surface_1(fn_primary_spermatocyte_23(X))
& rough_endoplasmic_reticulum_1(fn_primary_spermatocyte_24(X))
& mixture_1(fn_primary_spermatocyte_25(X))
& cytoplasm_1(fn_primary_spermatocyte_25(X))
& semiautonomous_organelle_1(fn_primary_spermatocyte_26(X))
& mitochondrion_1(fn_primary_spermatocyte_26(X))
& organelle_1(fn_primary_spermatocyte_26(X))
& membrane_potential_1(fn_biomembrane_8(fn_primary_spermatocyte_13(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_primary_spermatocyte_14(X)))
& eukaryotic_ribosome_1(fn_smooth_endoplasmic_reticulum_11(fn_primary_spermatocyte_14(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_primary_spermatocyte_13(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_primary_spermatocyte_13(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_primary_spermatocyte_13(X)))
& protein_1(fn_plasma_membrane_54(fn_primary_spermatocyte_13(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_primary_spermatocyte_13(X)))
& polymer_1(fn_plasma_membrane_54(fn_primary_spermatocyte_13(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_primary_spermatocyte_14(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_primary_spermatocyte_14(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_primary_spermatocyte_14(X)))
& eukaryotic_cell_1(fn_mitochondrion_51(fn_primary_spermatocyte_26(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_primary_spermatocyte_14(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_primary_spermatocyte_14(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_primary_spermatocyte_13(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_primary_spermatocyte_13(X)))
& protein_1(fn_plasma_membrane_68(fn_primary_spermatocyte_13(X)))
& outside_face_1(fn_biomembrane_41(fn_primary_spermatocyte_13(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_primary_spermatocyte_13(X)))
& tangible_entity_1(fn_biomembrane_63(fn_primary_spermatocyte_13(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_primary_spermatocyte_13(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_primary_spermatocyte_13(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_primary_spermatocyte_13(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_primary_spermatocyte_13(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_primary_spermatocyte_13(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_primary_spermatocyte_13(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_primary_spermatocyte_13(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_primary_spermatocyte_13(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_primary_spermatocyte_13(X)))
& is_outside_2(fn_primary_spermatocyte_1(X),X)
& is_outside_2(fn_primary_spermatocyte_1(X),fn_primary_spermatocyte_13(X))
& is_across_2(fn_primary_spermatocyte_15(X),fn_primary_spermatocyte_13(X))
& possesses_2(fn_primary_spermatocyte_13(X),fn_primary_spermatocyte_15(X))
& has_part_2(X,fn_primary_spermatocyte_26(X))
& the_scalar_value_2(fn_primary_spermatocyte_8(X),big_0)
& scalar_unit_class_2(fn_primary_spermatocyte_8(X),prokaryote_0)
& has_part_2(fn_primary_spermatocyte_25(X),fn_primary_spermatocyte_10(X))
& is_inside_2(fn_primary_spermatocyte_26(X),fn_primary_spermatocyte_10(X))
& fn_primary_spermatocyte_24(X) != fn_primary_spermatocyte_14(X)
& fn_primary_spermatocyte_14(X) != fn_primary_spermatocyte_24(X)
& object_2(fn_primary_spermatocyte_16(X),fn_primary_spermatocyte_12(X))
& fn_primary_spermatocyte_19(X) != fn_primary_spermatocyte_12(X)
& fn_primary_spermatocyte_12(X) != fn_primary_spermatocyte_19(X)
& size_2(X,fn_primary_spermatocyte_8(X))
& directly_proportional_2(fn_primary_spermatocyte_8(X),fn_primary_spermatocyte_9(X))
& volume_2(X,fn_primary_spermatocyte_9(X))
& has_region_2(X,fn_primary_spermatocyte_23(X))
& is_at_2(fn_primary_spermatocyte_20(X),fn_primary_spermatocyte_23(X))
& base_2(fn_primary_spermatocyte_22(X),X)
& has_function_2(X,fn_primary_spermatocyte_22(X))
& has_part_2(X,fn_primary_spermatocyte_24(X))
& abuts_2(fn_primary_spermatocyte_14(X),fn_primary_spermatocyte_24(X))
& abuts_2(fn_primary_spermatocyte_24(X),fn_primary_spermatocyte_14(X))
& base_2(fn_primary_spermatocyte_2(X),X)
& has_function_2(X,fn_primary_spermatocyte_2(X))
& has_part_2(X,fn_primary_spermatocyte_25(X))
& is_between_2(fn_primary_spermatocyte_25(X),fn_primary_spermatocyte_13(X))
& base_2(fn_primary_spermatocyte_16(X),fn_primary_spermatocyte_13(X))
& has_part_2(X,fn_primary_spermatocyte_13(X))
& is_inside_2(fn_primary_spermatocyte_25(X),fn_primary_spermatocyte_13(X))
& is_between_2(fn_primary_spermatocyte_25(X),fn_primary_spermatocyte_7(X))
& is_inside_2(fn_primary_spermatocyte_11(X),fn_primary_spermatocyte_7(X))
& has_part_2(X,fn_primary_spermatocyte_11(X))
& has_part_2(X,fn_primary_spermatocyte_7(X))
& has_part_2(X,fn_primary_spermatocyte_14(X))
& has_part_2(X,fn_primary_spermatocyte_5(X))
& is_inside_2(fn_primary_spermatocyte_5(X),fn_primary_spermatocyte_10(X))
& is_inside_2(fn_primary_spermatocyte_6(X),fn_primary_spermatocyte_10(X))
& has_part_2(X,fn_primary_spermatocyte_6(X))
& has_region_2(fn_primary_spermatocyte_13(X),fn_primary_spermatocyte_18(X))
& called_2(fn_primary_spermatocyte_21(X),'MP2')
& is_across_2(fn_primary_spermatocyte_12(X),fn_primary_spermatocyte_13(X))
& has_region_2(fn_primary_spermatocyte_13(X),fn_primary_spermatocyte_17(X))
& is_across_2(fn_primary_spermatocyte_12(X),fn_primary_spermatocyte_17(X))
& is_at_2(fn_primary_spermatocyte_12(X),fn_primary_spermatocyte_13(X))
& has_part_2(fn_primary_spermatocyte_13(X),fn_primary_spermatocyte_19(X))
& called_2(fn_primary_spermatocyte_19(X),'MP1')
& has_region_2(fn_primary_spermatocyte_12(X),fn_primary_spermatocyte_18(X))
& is_outside_2(fn_primary_spermatocyte_18(X),fn_primary_spermatocyte_13(X))
& has_part_2(fn_primary_spermatocyte_13(X),fn_primary_spermatocyte_21(X))
& fn_primary_spermatocyte_19(X) != fn_primary_spermatocyte_21(X)
& fn_primary_spermatocyte_21(X) != fn_primary_spermatocyte_19(X)
& has_part_2(fn_primary_spermatocyte_13(X),fn_primary_spermatocyte_12(X))
& is_inside_2(fn_primary_spermatocyte_12(X),fn_primary_spermatocyte_20(X))
& has_part_2(fn_primary_spermatocyte_13(X),fn_primary_spermatocyte_20(X))
& fn_primary_spermatocyte_21(X) != fn_primary_spermatocyte_12(X)
& fn_primary_spermatocyte_12(X) != fn_primary_spermatocyte_21(X)
& fn_primary_spermatocyte_15(X) = fn_biomembrane_8(fn_primary_spermatocyte_13(X))
& X = fn_mitochondrion_51(fn_primary_spermatocyte_26(X))
& fn_primary_spermatocyte_4(X) = fn_eukaryotic_cell_28(X)
& fn_primary_spermatocyte_3(X) = fn_eukaryotic_cell_60(X)
& fn_primary_spermatocyte_26(X) = fn_eukaryotic_cell_25(X)
& fn_primary_spermatocyte_10(X) = fn_eukaryotic_cell_42(X)
& fn_primary_spermatocyte_19(X) = fn_eukaryotic_cell_50(X)
& fn_primary_spermatocyte_12(X) = fn_eukaryotic_cell_15(X)
& fn_primary_spermatocyte_20(X) = fn_eukaryotic_cell_41(X)
& fn_primary_spermatocyte_23(X) = fn_eukaryotic_cell_44(X)
& fn_primary_spermatocyte_9(X) = fn_eukaryotic_cell_59(X)
& fn_primary_spermatocyte_8(X) = fn_eukaryotic_cell_27(X)
& fn_primary_spermatocyte_14(X) = fn_eukaryotic_cell_20(X)
& fn_primary_spermatocyte_24(X) = fn_eukaryotic_cell_19(X)
& fn_primary_spermatocyte_22(X) = fn_eukaryotic_cell_23(X)
& fn_primary_spermatocyte_16(X) = fn_eukaryotic_cell_16(X)
& fn_primary_spermatocyte_2(X) = fn_eukaryotic_cell_32(X)
& fn_primary_spermatocyte_11(X) = fn_eukaryotic_cell_30(X)
& fn_primary_spermatocyte_7(X) = fn_eukaryotic_cell_26(X)
& fn_primary_spermatocyte_25(X) = fn_eukaryotic_cell_31(X)
& fn_primary_spermatocyte_13(X) = fn_eukaryotic_cell_29(X)
& fn_primary_spermatocyte_7(X) = fn_smooth_endoplasmic_reticulum_10(fn_primary_spermatocyte_14(X))
& fn_primary_spermatocyte_6(X) = fn_smooth_endoplasmic_reticulum_3(fn_primary_spermatocyte_14(X))
& fn_primary_spermatocyte_10(X) = fn_smooth_endoplasmic_reticulum_34(fn_primary_spermatocyte_14(X))
& fn_primary_spermatocyte_5(X) = fn_smooth_endoplasmic_reticulum_11(fn_primary_spermatocyte_14(X))
& X = fn_smooth_endoplasmic_reticulum_33(fn_primary_spermatocyte_14(X))
& fn_primary_spermatocyte_18(X) = fn_biomembrane_41(fn_primary_spermatocyte_13(X))
& fn_primary_spermatocyte_12(X) = fn_plasma_membrane_4(fn_primary_spermatocyte_13(X))
& fn_primary_spermatocyte_12(X) = fn_plasma_membrane_3(fn_primary_spermatocyte_13(X))
& fn_primary_spermatocyte_17(X) = fn_plasma_membrane_6(fn_primary_spermatocyte_13(X))
& fn_primary_spermatocyte_19(X) = fn_plasma_membrane_68(fn_primary_spermatocyte_13(X))
& fn_primary_spermatocyte_18(X) = fn_plasma_membrane_65(fn_primary_spermatocyte_13(X))
& fn_primary_spermatocyte_20(X) = fn_biomembrane_63(fn_primary_spermatocyte_13(X))
& fn_primary_spermatocyte_20(X) = fn_plasma_membrane_71(fn_primary_spermatocyte_13(X))
& fn_primary_spermatocyte_21(X) = fn_plasma_membrane_54(fn_primary_spermatocyte_13(X))
& fn_primary_spermatocyte_12(X) = fn_plasma_membrane_55(fn_primary_spermatocyte_13(X))
& fn_eukaryotic_cell_26(X) = fn_eukaryotic_cell_26(X)
& fn_eukaryotic_cell_26(X) = fn_smooth_endoplasmic_reticulum_10(fn_primary_spermatocyte_14(X))
& fn_smooth_endoplasmic_reticulum_10(fn_primary_spermatocyte_14(X)) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_smooth_endoplasmic_reticulum_34(fn_primary_spermatocyte_14(X))
& fn_smooth_endoplasmic_reticulum_34(fn_primary_spermatocyte_14(X)) = fn_smooth_endoplasmic_reticulum_34(fn_primary_spermatocyte_14(X))
& fn_smooth_endoplasmic_reticulum_34(fn_primary_spermatocyte_14(X)) = fn_mitochondrion_51(fn_primary_spermatocyte_26(X))
& fn_mitochondrion_51(fn_primary_spermatocyte_26(X)) = fn_smooth_endoplasmic_reticulum_33(fn_primary_spermatocyte_14(X))
& fn_smooth_endoplasmic_reticulum_33(fn_primary_spermatocyte_14(X)) = fn_smooth_endoplasmic_reticulum_33(fn_primary_spermatocyte_14(X))
& fn_smooth_endoplasmic_reticulum_33(fn_primary_spermatocyte_14(X)) = fn_eukaryotic_cell_50(X)
& fn_eukaryotic_cell_50(X) = fn_eukaryotic_cell_50(X)
& fn_eukaryotic_cell_50(X) = fn_plasma_membrane_68(fn_primary_spermatocyte_13(X))
& fn_plasma_membrane_68(fn_primary_spermatocyte_13(X)) = fn_plasma_membrane_68(fn_primary_spermatocyte_13(X))
& fn_plasma_membrane_68(fn_primary_spermatocyte_13(X)) = fn_biomembrane_41(fn_primary_spermatocyte_13(X))
& fn_biomembrane_41(fn_primary_spermatocyte_13(X)) = fn_plasma_membrane_65(fn_primary_spermatocyte_13(X))
& fn_plasma_membrane_65(fn_primary_spermatocyte_13(X)) = fn_plasma_membrane_65(fn_primary_spermatocyte_13(X))
& fn_plasma_membrane_65(fn_primary_spermatocyte_13(X)) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_biomembrane_63(fn_primary_spermatocyte_13(X))
& fn_biomembrane_63(fn_primary_spermatocyte_13(X)) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_plasma_membrane_71(fn_primary_spermatocyte_13(X))
& fn_plasma_membrane_71(fn_primary_spermatocyte_13(X)) = fn_plasma_membrane_71(fn_primary_spermatocyte_13(X))
& fn_plasma_membrane_71(fn_primary_spermatocyte_13(X)) = fn_plasma_membrane_4(fn_primary_spermatocyte_13(X))
& fn_plasma_membrane_4(fn_primary_spermatocyte_13(X)) = fn_plasma_membrane_3(fn_primary_spermatocyte_13(X))
& fn_eukaryotic_cell_15(X) = fn_plasma_membrane_3(fn_primary_spermatocyte_13(X))
& fn_plasma_membrane_3(fn_primary_spermatocyte_13(X)) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_plasma_membrane_55(fn_primary_spermatocyte_13(X))
& fn_plasma_membrane_55(fn_primary_spermatocyte_13(X)) = fn_plasma_membrane_55(fn_primary_spermatocyte_13(X)) ) ) ).
fof(a531965,axiom,
! [X] :
( primary_succession_1(X)
=> ( original_name_2(X,'Primary-Succession')
& user_description_2(X,'Ecological succession that occurs in an area that previously had no living organisms and generally has very little soil, such as a recent lava flow or the area where a glacier has retreated.')
& concept2words_2(X,'succession of primary')
& concept2words_2(X,'primary succession')
& concept2words_2(X,'primary-succession')
& ecological_succession_1(X)
& ~ secondary_succession_1(X) ) ) ).
fof(a531966,axiom,
! [X] :
( primary_visual_cortex_1(X)
=> ( original_name_2(X,'Primary-Visual-Cortex')
& user_description_2(X,'A region of the brain in the posterior area of the occipital lobe, specialized for processing information about stationary and moving objects and pattern formation.')
& concept2words_2(X,'visual cortex')
& concept2words_2(X,'visual-cortex')
& concept2words_2(X,'primary visual cortex')
& concept2words_2(X,'primary-visual-cortex')
& occipital_lobe_1(X)
& ~ reticular_formation_1(X)
& ~ brainstem_1(X)
& ~ breathing_control_center_1(X)
& ~ cerebellum_1(X)
& ~ cerebral_hemisphere_1(X)
& ~ forebrain_1(X)
& ~ hindbrain_1(X)
& ~ hypothalamus_1(X)
& ~ medulla_oblongata_1(X)
& ~ midbrain_1(X)
& ~ pons_1(X)
& ~ posterior_pituitary_1(X)
& ~ primary_motor_cortex_1(X)
& ~ reticular_system_1(X)
& ~ suprachiasmatic_nucleus_1(X)
& ~ thalamus_1(X)
& ~ lateral_geniculate_1(X)
& ~ corpus_callosum_1(X) ) ) ).
fof(a531967,axiom,
! [X] :
( primate_1(X)
=> ( original_name_2(X,'Primate')
& user_description_2(X,'A member of the biological order Primates, the group that contains simians (apes and monkeys) and prosimians (lemurs, lorises, galagos and tarsiers ).')
& concept2words_2(X,primate)
& endothermic_organism_1(X)
& terrestrial_organism_1(X)
& placental_mammal_1(X)
& ~ bat_1(X)
& ~ edentata_1(X)
& ~ elephant_1(X)
& ~ rodent_1(X)
& ~ ungulate_1(X) ) ) ).
fof(a531968,axiom,
! [X] :
( primer_1(X)
=> ( original_name_2(X,'Primer')
& user_description_2(X,'A primer is a short strand of RNA that binds to unwound DNA segments and serves as a starting point for DNA synthesis.')
& concept2words_2(X,primer)
& nucleic_acid_strand_1(X)
& ~ nucleic_acid_probe_1(X)
& nucleic_acid_1(fn_primer_1(X))
& nucleotide_1(fn_primer_2(X))
& nucleotide_1(fn_primer_3(X))
& length_value_1(fn_primer_4(X))
& has_part_2(X,fn_primer_1(X))
& the_scalar_value_2(fn_primer_4(X),short_0)
& scalar_unit_class_2(fn_primer_4(X),primer_0)
& has_part_2(X,fn_primer_3(X))
& has_part_2(X,fn_primer_2(X))
& length_2(X,fn_primer_4(X))
& fn_primer_3(X) = fn_polymer_6(X)
& fn_primer_2(X) = fn_polymer_4(X)
& fn_primer_5(X) = fn_polymer_2(X)
& fn_primer_4(X) = fn_polymer_3(X) ) ) ).
fof(a531969,axiom,
! [X] :
( primitive_streak_1(X)
=> ( original_name_2(X,'Primitive-Streak')
& user_description_2(X,'A structure that occurs in the very early embryonic development of reptiles, birds, and mammals. It establishes the eventual anterior-posterior axis of the embryo.')
& concept2words_2(X,'streak of primitive')
& concept2words_2(X,'primitive streak')
& concept2words_2(X,'primitive-streak')
& embryonic_tissue_1(X) ) ) ).
fof(a531970,axiom,
! [X] :
( print_1(X)
=> ( original_name_2(X,'Print')
& concept2words_2(X,print)
& concept2words_2(X,publish)
& mark_1(X)
& physical_document_1(fn_print_1(X))
& document_1(fn_print_2(X))
& create_1(fn_artifact_1(fn_print_1(X)))
& print_1(fn_physical_document_2(fn_print_1(X)))
& object_2(X,fn_print_2(X))
& result_2(X,fn_print_1(X))
& fn_print_2(X) = fn_embody_1(X)
& X = fn_artifact_1(fn_print_1(X))
& X = fn_physical_document_2(fn_print_1(X))
& fn_artifact_1(fn_print_1(X)) = fn_physical_document_2(fn_print_1(X)) ) ) ).
fof(a531971,axiom,
! [X] :
( prion_1(X)
=> ( original_name_2(X,'Prion')
& user_description_2(X,'An infectious agent that is a misfolded version of a normal cellular protein. Prions appear to increase in number by converting correctly folded versions of the protein to more prions.')
& concept2words_2(X,prion)
& protein_1(X)
& infectious_particle_1(X)
& ~ viroid_1(X)
& ~ virus_1(X)
& metabolism_1(fn_prion_1(X))
& attach_1(fn_prion_2(X))
& prion_1(fn_prion_3(X))
& replication_1(fn_prion_4(X))
& protein_folding_1(fn_prion_5(X))
& activity_1(fn_prion_6(X))
& cell_1(fn_prion_7(X))
& damage_1(fn_prion_8(X))
& tangible_entity_1(fn_impair_1(fn_prion_8(X)))
& inhibits_2(fn_prion_6(X),fn_prion_1(X))
& agent_2(fn_prion_6(X),X)
& agent_2(fn_prion_8(X),X)
& agent_2(fn_prion_5(X),fn_prion_3(X))
& result_2(fn_prion_5(X),X)
& by_means_of_2(fn_prion_4(X),fn_prion_5(X))
& next_event_2(fn_prion_4(X),fn_prion_5(X))
& agent_2(fn_prion_4(X),fn_prion_3(X))
& first_subevent_2(fn_prion_4(X),fn_prion_2(X))
& subevent_2(fn_prion_4(X),fn_prion_2(X))
& subevent_2(fn_prion_4(X),fn_prion_5(X))
& result_2(fn_prion_4(X),X)
& complement_2(fn_prion_3(X),X)
& agent_2(fn_prion_2(X),fn_prion_3(X))
& agent_2(fn_prion_1(X),fn_prion_7(X))
& complement_2(X,fn_prion_3(X))
& object_2(fn_prion_8(X),fn_prion_7(X))
& fn_prion_7(X) = fn_impair_1(fn_prion_8(X)) ) ) ).
fof(a531972,axiom,
! [X] :
( priority_constant_1(X)
=> ( original_name_2(X,'Priority-Constant')
& concept2words_2(X,'constant of priority')
& concept2words_2(X,'priority constant')
& concept2words_2(X,'priority-constant')
& constant_1(X) ) ) ).
fof(a531973,axiom,
! [X] :
( priority_scale_1(X)
=> ( original_name_2(X,'Priority-Scale')
& concept2words_2(X,'scale of priority')
& concept2words_2(X,'priority scale')
& concept2words_2(X,'priority-scale')
& scale_1(X) ) ) ).
fof(a531974,axiom,
! [X] :
( prism_1(X)
=> ( original_name_2(X,'Prism')
& user_description_2(X,'A prism can sort white light into its component colors.')
& concept2words_2(X,prism)
& optical_device_1(X)
& green_light_1(fn_prism_1(X))
& blue_light_1(fn_prism_2(X))
& violet_light_1(fn_prism_3(X))
& red_light_1(fn_prism_4(X))
& orange_light_1(fn_prism_5(X))
& yellow_light_1(fn_prism_6(X))
& entity_1(fn_prism_7(X))
& visible_light_1(fn_prism_7(X))
& segregate_1(fn_prism_8(X))
& entity_1(fn_segregate_1(fn_prism_8(X)))
& visible_light_1(fn_red_light_1(fn_prism_4(X)))
& visible_light_1(fn_orange_light_1(fn_prism_5(X)))
& visible_light_1(fn_violet_light_1(fn_prism_3(X)))
& visible_light_1(fn_yellow_light_1(fn_prism_6(X)))
& visible_light_1(fn_blue_light_3(fn_prism_2(X)))
& result_2(fn_prism_8(X),fn_prism_6(X))
& result_2(fn_prism_8(X),fn_prism_5(X))
& result_2(fn_prism_8(X),fn_prism_4(X))
& result_2(fn_prism_8(X),fn_prism_3(X))
& result_2(fn_prism_8(X),fn_prism_1(X))
& result_2(fn_prism_8(X),fn_prism_2(X))
& instrument_2(fn_prism_8(X),X)
& has_part_2(fn_prism_7(X),fn_prism_1(X))
& object_2(fn_prism_8(X),fn_prism_7(X))
& has_part_2(fn_prism_7(X),fn_prism_4(X))
& has_part_2(fn_prism_7(X),fn_prism_5(X))
& has_part_2(fn_prism_7(X),fn_prism_3(X))
& has_part_2(fn_prism_7(X),fn_prism_6(X))
& has_part_2(fn_prism_7(X),fn_prism_2(X))
& fn_prism_7(X) = fn_segregate_1(fn_prism_8(X))
& fn_prism_7(X) = fn_red_light_1(fn_prism_4(X))
& fn_prism_7(X) = fn_orange_light_1(fn_prism_5(X))
& fn_prism_7(X) = fn_violet_light_1(fn_prism_3(X))
& fn_prism_7(X) = fn_yellow_light_1(fn_prism_6(X))
& fn_prism_7(X) = fn_blue_light_3(fn_prism_2(X))
& fn_segregate_1(fn_prism_8(X)) = fn_red_light_1(fn_prism_4(X))
& fn_red_light_1(fn_prism_4(X)) = fn_red_light_1(fn_prism_4(X))
& fn_red_light_1(fn_prism_4(X)) = fn_orange_light_1(fn_prism_5(X))
& fn_orange_light_1(fn_prism_5(X)) = fn_orange_light_1(fn_prism_5(X))
& fn_orange_light_1(fn_prism_5(X)) = fn_violet_light_1(fn_prism_3(X))
& fn_violet_light_1(fn_prism_3(X)) = fn_violet_light_1(fn_prism_3(X))
& fn_violet_light_1(fn_prism_3(X)) = fn_yellow_light_1(fn_prism_6(X))
& fn_yellow_light_1(fn_prism_6(X)) = fn_yellow_light_1(fn_prism_6(X))
& fn_yellow_light_1(fn_prism_6(X)) = fn_blue_light_3(fn_prism_2(X)) ) ) ).
fof(a531975,axiom,
! [X] :
( problem_solving_1(X)
=> ( original_name_2(X,'Problem-Solving')
& user_description_2(X,'The cognitive activity of finding solutions to problems.')
& concept2words_2(X,behave)
& concept2words_2(X,'solving of problem')
& concept2words_2(X,'problem solving')
& concept2words_2(X,'problem-solving')
& learned_behavior_1(X) ) ) ).
fof(a531976,axiom,
! [X] :
( produce_1(X)
=> ( original_name_2(X,'Produce')
& concept2words_2(X,produce)
& concept2words_2(X,'bring forth')
& concept2words_2(X,bring_forth)
& create_1(X)
& tangible_entity_1(fn_produce_1(X))
& raw_material_2(X,fn_produce_1(X)) ) ) ).
fof(a531977,axiom,
! [X] :
( producers_1(X)
=> ( original_name_2(X,'Producers')
& user_description_2(X,'Group of organisms in an ecosystem which obtains energy and nutrients from abiotic sources.')
& concept2words_2(X,producer)
& trophic_level_1(X) ) ) ).
fof(a531978,axiom,
! [X] :
( product_1(X)
=> ( original_name_2(X,'Product')
& user_description_2(X,'The noun product is defined as a thing produced by labor or effort or the result of an act or a process .')
& concept2words_2(X,production)
& concept2words_2(X,product)
& role_1(X)
& tangible_entity_1(fn_product_1(X))
& produce_1(fn_product_2(X))
& entity_1(fn_create_1(fn_product_2(X)))
& in_event_2(X,fn_product_2(X))
& plays_2(fn_product_1(X),X)
& result_2(fn_product_2(X),fn_product_1(X))
& fn_product_1(X) = fn_create_1(fn_product_2(X)) ) ) ).
fof(a531979,axiom,
! [X] :
( production_of_bile_1(X)
=> ( original_name_2(X,'Production-Of-Bile')
& user_description_2(X,'The process in which bile, a fluid which aids in the digestion of lipids, is produced by the liver and stored in the gall bladder.')
& concept2words_2(X,'bile production')
& concept2words_2(X,'bile-production')
& concept2words_2(X,'production of bile')
& concept2words_2(X,'production-of-bile')
& digestive_process_1(X) ) ) ).
fof(a531980,axiom,
! [X] :
( production_of_herceptin_1(X)
=> ( original_name_2(X,'Production-Of-Herceptin')
& user_description_2(X,'The pharmaceutical production of herceptin, a drug used in the treatment for breast cancer involving abnormal HER2 receptors.')
& concept2words_2(X,'herceptin production')
& concept2words_2(X,'herceptin-production')
& concept2words_2(X,'production of herceptin')
& concept2words_2(X,'production-of-herceptin')
& produce_1(X)
& scientist_1(fn_production_of_herceptin_1(X))
& entity_1(fn_production_of_herceptin_2(X))
& herceptin_1(fn_production_of_herceptin_2(X))
& molecular_biology_technique_1(fn_production_of_herceptin_3(X))
& herceptin_1(fn_molecular_biology_technique_1(fn_production_of_herceptin_3(X)))
& agent_2(X,fn_production_of_herceptin_1(X))
& by_means_of_2(X,fn_production_of_herceptin_3(X))
& result_2(X,fn_production_of_herceptin_2(X))
& result_2(fn_production_of_herceptin_3(X),fn_production_of_herceptin_2(X))
& fn_production_of_herceptin_2(X) = fn_create_1(X)
& fn_production_of_herceptin_2(X) = fn_molecular_biology_technique_1(fn_production_of_herceptin_3(X))
& fn_create_1(X) = fn_molecular_biology_technique_1(fn_production_of_herceptin_3(X)) ) ) ).
fof(a531981,axiom,
! [X] :
( progesterone_1(X)
=> ( original_name_2(X,'Progesterone')
& user_description_2(X,'A steroid hormone involved in the female menstrual cycle. It prepares the uterus for pregnancy and supports the pregnancy itself.')
& concept2words_2(X,progesterone)
& steroid_hormone_1(X)
& ~ aldosterone_1(X)
& ~ brassinosteroid_1(X)
& ~ corticosteroid_1(X)
& ~ ecdysone_1(X)
& ~ estradiol_1(X)
& ~ testosterone_1(X) ) ) ).
fof(a531982,axiom,
! [X] :
( progestin_1(X)
=> ( original_name_2(X,'Progestin')
& user_description_2(X,'A synthetic steroid hormone with effects similar to progesterone. Commonly used for contraception or hormone replacement therapy.')
& concept2words_2(X,progestin)
& steroid_hormone_1(X)
& ~ androgen_1(X)
& ~ cytokinin_1(X)
& ~ estrogen_1(X) ) ) ).
fof(a531983,axiom,
! [X] :
( progymnosperm_1(X)
=> ( original_name_2(X,'Progymnosperm')
& user_description_2(X,'One of an extinct group of woody, spore-bearing plant that may be an ancestor to seed plants.')
& concept2words_2(X,progymnosperm)
& extinct_plant_1(X)
& seedless_vascular_plant_1(X)
& ~ lycophyta_1(X)
& ~ pterophyte_1(X) ) ) ).
fof(a531984,axiom,
! [X] :
( prokaryote_1(X)
=> ( original_name_2(X,'Prokaryote')
& description_2(X,'Single-celled organism distinguished by the absence of a distinct nucleus.')
& user_description_2(X,'Prokaryote is a unicellular organism that does not have nucleus.')
& concept2words_2(X,prokaryote)
& concept2words_2(X,'prokaryotic cell')
& concept2words_2(X,'prokaryotic-cell')
& unicellular_organism_1(X)
& ~ eukaryote_1(X)
& positively_charged_region_1(fn_prokaryote_1(X))
& chemiosmosis_1(fn_prokaryote_2(X))
& protein_enzyme_1(fn_prokaryote_3(X))
& glycoprotein_1(fn_prokaryote_4(X))
& tangible_entity_1(fn_prokaryote_5(X))
& transmembrane_protein_1(fn_prokaryote_5(X))
& integral_protein_1(fn_prokaryote_5(X))
& transport_protein_1(fn_prokaryote_5(X))
& tangible_entity_1(fn_prokaryote_6(X))
& membrane_protein_1(fn_prokaryote_6(X))
& protein_1(fn_prokaryote_6(X))
& tangible_entity_1(fn_prokaryote_7(X))
& membrane_protein_1(fn_prokaryote_7(X))
& protein_1(fn_prokaryote_7(X))
& spatial_entity_1(fn_prokaryote_7(X))
& polymer_1(fn_prokaryote_7(X))
& ribosome_1(fn_prokaryote_8(X))
& chromosome_1(fn_prokaryote_9(X))
& prokaryotic_chromosome_1(fn_prokaryote_9(X))
& substance_1(fn_prokaryote_10(X))
& cytosol_1(fn_prokaryote_10(X))
& tangible_entity_1(fn_prokaryote_11(X))
& phospholipid_bilayer_1(fn_prokaryote_11(X))
& mixture_1(fn_prokaryote_12(X))
& cytoplasm_1(fn_prokaryote_12(X))
& biomembrane_1(fn_prokaryote_13(X))
& plasma_membrane_1(fn_prokaryote_13(X))
& cell_wall_1(fn_prokaryote_14(X))
& negatively_charged_region_1(fn_prokaryote_15(X))
& surface_1(fn_prokaryote_16(X))
& cytoplasmic_side_1(fn_prokaryote_16(X))
& outside_face_1(fn_prokaryote_17(X))
& extracellular_side_1(fn_prokaryote_17(X))
& nucleoid_1(fn_prokaryote_18(X))
& negatively_charged_region_1(fn_cytoplasm_3(fn_prokaryote_12(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_prokaryote_13(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_prokaryote_13(X)))
& protein_1(fn_plasma_membrane_54(fn_prokaryote_13(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_prokaryote_13(X)))
& polymer_1(fn_plasma_membrane_54(fn_prokaryote_13(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_prokaryote_13(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_prokaryote_13(X)))
& protein_1(fn_plasma_membrane_68(fn_prokaryote_13(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_prokaryote_13(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_prokaryote_13(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_prokaryote_13(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_prokaryote_13(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_prokaryote_13(X)))
& prokaryotic_chromosome_1(fn_nucleoid_1(fn_prokaryote_18(X)))
& substance_1(fn_mixture_1(fn_prokaryote_12(X)))
& cytosol_1(fn_cytoplasm_8(fn_prokaryote_12(X)))
& tangible_entity_1(fn_cell_wall_13(fn_prokaryote_14(X)))
& cell_1(fn_cell_wall_13(fn_prokaryote_14(X)))
& cell_1(fn_cytoplasm_7(fn_prokaryote_12(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_prokaryote_13(X)))
& outside_face_1(fn_biomembrane_41(fn_prokaryote_13(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_prokaryote_13(X)))
& tangible_entity_1(fn_biomembrane_63(fn_prokaryote_13(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_prokaryote_13(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_prokaryote_13(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_prokaryote_13(X)))
& is_along_2(fn_prokaryote_17(X),fn_prokaryote_1(X))
& is_along_2(fn_prokaryote_16(X),fn_prokaryote_15(X))
& is_along_2(fn_prokaryote_15(X),fn_prokaryote_16(X))
& is_along_2(fn_prokaryote_1(X),fn_prokaryote_17(X))
& has_region_2(X,fn_prokaryote_18(X))
& has_part_2(X,fn_prokaryote_3(X))
& site_2(fn_prokaryote_2(X),fn_prokaryote_13(X))
& is_inside_2(fn_prokaryote_13(X),fn_prokaryote_14(X))
& called_2(fn_prokaryote_6(X),'MP2')
& fn_prokaryote_6(X) != fn_prokaryote_5(X)
& fn_prokaryote_5(X) != fn_prokaryote_6(X)
& has_part_2(X,fn_prokaryote_9(X))
& has_part_2(X,fn_prokaryote_14(X))
& has_region_2(fn_prokaryote_12(X),fn_prokaryote_15(X))
& is_inside_2(fn_prokaryote_9(X),fn_prokaryote_18(X))
& has_part_2(X,fn_prokaryote_12(X))
& is_facing_2(fn_prokaryote_16(X),fn_prokaryote_12(X))
& is_oriented_toward_2(fn_prokaryote_16(X),fn_prokaryote_12(X))
& has_part_2(X,fn_prokaryote_8(X))
& is_inside_2(fn_prokaryote_8(X),fn_prokaryote_10(X))
& has_part_2(fn_prokaryote_12(X),fn_prokaryote_10(X))
& is_inside_2(fn_prokaryote_12(X),fn_prokaryote_13(X))
& has_part_2(X,fn_prokaryote_13(X))
& has_part_2(fn_prokaryote_13(X),fn_prokaryote_11(X))
& has_region_2(fn_prokaryote_13(X),fn_prokaryote_16(X))
& is_outside_2(fn_prokaryote_17(X),fn_prokaryote_13(X))
& has_region_2(fn_prokaryote_13(X),fn_prokaryote_17(X))
& has_part_2(fn_prokaryote_13(X),fn_prokaryote_6(X))
& has_part_2(fn_prokaryote_13(X),fn_prokaryote_4(X))
& is_inside_2(fn_prokaryote_4(X),fn_prokaryote_11(X))
& is_inside_2(fn_prokaryote_5(X),fn_prokaryote_11(X))
& is_across_2(fn_prokaryote_5(X),fn_prokaryote_13(X))
& has_part_2(fn_prokaryote_13(X),fn_prokaryote_5(X))
& fn_prokaryote_9(X) = fn_cell_25(X)
& X = fn_cell_wall_13(fn_prokaryote_14(X))
& fn_prokaryote_15(X) = fn_cytoplasm_3(fn_prokaryote_12(X))
& fn_prokaryote_9(X) = fn_nucleoid_1(fn_prokaryote_18(X))
& fn_prokaryote_16(X) = fn_cell_27(X)
& X = fn_cytoplasm_7(fn_prokaryote_12(X))
& fn_prokaryote_13(X) = fn_cell_30(X)
& fn_prokaryote_10(X) = fn_mixture_1(fn_prokaryote_12(X))
& fn_prokaryote_10(X) = fn_cytoplasm_8(fn_prokaryote_12(X))
& fn_prokaryote_12(X) = fn_cell_28(X)
& fn_prokaryote_10(X) = fn_cell_29(X)
& fn_prokaryote_8(X) = fn_cell_14(X)
& fn_prokaryote_11(X) = fn_biomembrane_63(fn_prokaryote_13(X))
& fn_prokaryote_16(X) = fn_plasma_membrane_66(fn_prokaryote_13(X))
& fn_prokaryote_7(X) = fn_plasma_membrane_54(fn_prokaryote_13(X))
& fn_prokaryote_6(X) = fn_plasma_membrane_68(fn_prokaryote_13(X))
& fn_prokaryote_17(X) = fn_biomembrane_41(fn_prokaryote_13(X))
& fn_prokaryote_17(X) = fn_plasma_membrane_65(fn_prokaryote_13(X))
& fn_prokaryote_5(X) = fn_plasma_membrane_55(fn_prokaryote_13(X))
& fn_prokaryote_11(X) = fn_plasma_membrane_71(fn_prokaryote_13(X))
& fn_prokaryote_4(X) = fn_plasma_membrane_34(fn_prokaryote_13(X))
& fn_cell_25(X) = fn_nucleoid_1(fn_prokaryote_18(X))
& fn_nucleoid_1(fn_prokaryote_18(X)) = fn_mixture_1(fn_prokaryote_12(X))
& fn_mixture_1(fn_prokaryote_12(X)) = fn_cytoplasm_8(fn_prokaryote_12(X))
& fn_cytoplasm_8(fn_prokaryote_12(X)) = fn_cytoplasm_8(fn_prokaryote_12(X))
& fn_cytoplasm_8(fn_prokaryote_12(X)) = fn_cell_29(X)
& fn_cell_29(X) = fn_cell_29(X)
& fn_cell_29(X) = fn_cell_wall_13(fn_prokaryote_14(X))
& fn_cell_wall_13(fn_prokaryote_14(X)) = fn_cytoplasm_7(fn_prokaryote_12(X))
& fn_cytoplasm_7(fn_prokaryote_12(X)) = fn_cell_27(X)
& fn_cell_27(X) = fn_cell_27(X)
& fn_cell_27(X) = fn_plasma_membrane_66(fn_prokaryote_13(X))
& fn_plasma_membrane_66(fn_prokaryote_13(X)) = fn_biomembrane_41(fn_prokaryote_13(X))
& fn_biomembrane_41(fn_prokaryote_13(X)) = fn_plasma_membrane_65(fn_prokaryote_13(X))
& fn_plasma_membrane_65(fn_prokaryote_13(X)) = fn_plasma_membrane_65(fn_prokaryote_13(X))
& fn_plasma_membrane_65(fn_prokaryote_13(X)) = fn_biomembrane_63(fn_prokaryote_13(X))
& fn_biomembrane_63(fn_prokaryote_13(X)) = fn_plasma_membrane_71(fn_prokaryote_13(X))
& fn_plasma_membrane_71(fn_prokaryote_13(X)) = fn_plasma_membrane_71(fn_prokaryote_13(X)) ) ) ).
fof(a531985,axiom,
! [X] :
( prokaryote_dna_sequence_1(X)
=> ( original_name_2(X,'Prokaryote-DNA-Sequence')
& user_description_2(X,'A DNA sequence found only in prokaryotes.')
& concept2words_2(X,'prokaryote dna sequence')
& concept2words_2(X,'prokaryote-dna-sequence')
& dna_sequence_1(X) ) ) ).
fof(a531986,axiom,
! [X,X1] :
( ( experiencer_2(X,X1)
& cell_cycle_1(X)
& prokaryote_1(X1) )
=> ( prokaryotic_cell_cycle_1(X)
& fn_prokaryotic_cell_cycle_2(X) = X1 ) ) ).
fof(a531987,axiom,
! [X] :
( prokaryotic_cell_cycle_1(X)
=> ( original_name_2(X,'Prokaryotic-Cell-Cycle')
& user_description_2(X,'The prokaryotic cell cycle is simpler than the eukaryotic cell cycle. The unicellular prokaryotes grow until reaching a critical size, they can replicate DNA and segregate copies of the chromosome.')
& concept2words_2(X,'undergo the prokaryotic cell cycle')
& concept2words_2(X,'prokaryotic cell cycle')
& concept2words_2(X,'prokaryotic-cell-cycle')
& cell_cycle_1(X)
& ~ eukaryotic_cell_cycle_1(X)
& ~ gametogenesis_1(X)
& prokaryote_1(fn_prokaryotic_cell_cycle_2(X))
& cell_division_1(fn_prokaryotic_cell_cycle_3(X))
& prokaryote_1(fn_prokaryotic_cell_cycle_4(X))
& cell_1(fn_cell_division_2(fn_prokaryotic_cell_cycle_3(X)))
& cell_1(fn_cell_division_3(fn_prokaryotic_cell_cycle_3(X)))
& fn_prokaryotic_cell_cycle_2(X) != fn_prokaryotic_cell_cycle_4(X)
& base_2(fn_prokaryotic_cell_cycle_3(X),fn_prokaryotic_cell_cycle_2(X))
& fn_prokaryotic_cell_cycle_4(X) != fn_prokaryotic_cell_cycle_2(X)
& base_2(X,fn_prokaryotic_cell_cycle_2(X))
& experiencer_2(X,fn_prokaryotic_cell_cycle_2(X))
& object_2(X,fn_prokaryotic_cell_cycle_2(X))
& subevent_2(X,fn_prokaryotic_cell_cycle_3(X))
& object_2(fn_prokaryotic_cell_cycle_3(X),fn_prokaryotic_cell_cycle_2(X))
& result_2(fn_prokaryotic_cell_cycle_3(X),fn_prokaryotic_cell_cycle_4(X))
& fn_prokaryotic_cell_cycle_2(X) = fn_cell_cycle_4(X)
& fn_prokaryotic_cell_cycle_3(X) = fn_cell_cycle_6(X)
& fn_prokaryotic_cell_cycle_4(X) = fn_cell_division_2(fn_prokaryotic_cell_cycle_3(X))
& fn_prokaryotic_cell_cycle_2(X) = fn_cell_division_3(fn_prokaryotic_cell_cycle_3(X))
& fn_cell_cycle_4(X) = fn_cell_division_3(fn_prokaryotic_cell_cycle_3(X)) ) ) ).
fof(a531988,axiom,
! [X] :
( prokaryotic_cell_structure_1(X)
=> ( original_name_2(X,'Prokaryotic-Cell-Structure')
& user_description_2(X,'A structure at the cellular level found in prokaryotes.')
& concept2words_2(X,'structure of prokaryote')
& concept2words_2(X,'structure-of-prokaryote')
& concept2words_2(X,'prokaryote structure')
& concept2words_2(X,'prokaryote-structure')
& concept2words_2(X,'prokaryotic cell structure')
& concept2words_2(X,'prokaryotic-cell-structure')
& cellular_structure_1(X) ) ) ).
fof(a531989,axiom,
! [X] :
( prokaryotic_cellular_respiration_1(X)
=> ( original_name_2(X,'Prokaryotic-Cellular-Respiration')
& user_description_2(X,'Prokaryotic cellular respiration is a set of catabolic pathways which break down glucose in cytosol and use an electron transport chain for the production of 32 ATP molecules.')
& concept2words_2(X,'prokaryotic cellular respiration')
& concept2words_2(X,'prokaryotic-cellular-respiration')
& cellular_respiration_1(X)
& organic_molecule_1(fn_prokaryotic_cellular_respiration_1(X))
& time_interval_1(fn_prokaryotic_cellular_respiration_2(X))
& time_interval_1(fn_prokaryotic_cellular_respiration_3(X))
& time_interval_1(fn_prokaryotic_cellular_respiration_4(X))
& time_interval_1(fn_prokaryotic_cellular_respiration_5(X))
& time_interval_1(fn_prokaryotic_cellular_respiration_6(X))
& time_interval_1(fn_prokaryotic_cellular_respiration_7(X))
& time_interval_1(fn_prokaryotic_cellular_respiration_8(X))
& hydrogen_1(fn_prokaryotic_cellular_respiration_9(X))
& cell_wall_1(fn_prokaryotic_cellular_respiration_10(X))
& region_1(fn_prokaryotic_cellular_respiration_11(X))
& nucleotide_1(fn_prokaryotic_cellular_respiration_12(X))
& cytosol_1(fn_prokaryotic_cellular_respiration_13(X))
& rotate_1(fn_prokaryotic_cellular_respiration_14(X))
& rotate_1(fn_prokaryotic_cellular_respiration_15(X))
& activate_1(fn_prokaryotic_cellular_respiration_16(X))
& activate_1(fn_prokaryotic_cellular_respiration_17(X))
& activate_1(fn_prokaryotic_cellular_respiration_18(X))
& rotate_1(fn_prokaryotic_cellular_respiration_19(X))
& rotate_1(fn_prokaryotic_cellular_respiration_20(X))
& rotate_1(fn_prokaryotic_cellular_respiration_21(X))
& rotate_1(fn_prokaryotic_cellular_respiration_22(X))
& rotate_1(fn_prokaryotic_cellular_respiration_23(X))
& rotate_1(fn_prokaryotic_cellular_respiration_24(X))
& time_interval_1(fn_prokaryotic_cellular_respiration_25(X))
& chemical_entity_1(fn_prokaryotic_cellular_respiration_30(X))
& molecule_1(fn_prokaryotic_cellular_respiration_30(X))
& kinetic_energy_1(fn_prokaryotic_cellular_respiration_31(X))
& covalent_bond_1(fn_prokaryotic_cellular_respiration_32(X))
& chemical_bond_1(fn_prokaryotic_cellular_respiration_32(X))
& single_bond_1(fn_prokaryotic_cellular_respiration_32(X))
& covalent_bond_1(fn_prokaryotic_cellular_respiration_33(X))
& chemical_bond_1(fn_prokaryotic_cellular_respiration_33(X))
& double_bond_1(fn_prokaryotic_cellular_respiration_33(X))
& protein_domain_1(fn_prokaryotic_cellular_respiration_34(X))
& hydrophilic_region_1(fn_prokaryotic_cellular_respiration_35(X))
& hydrophilic_end_1(fn_prokaryotic_cellular_respiration_35(X))
& surface_1(fn_prokaryotic_cellular_respiration_36(X))
& hydrophobic_region_1(fn_prokaryotic_cellular_respiration_37(X))
& carbon_skeleton_1(fn_prokaryotic_cellular_respiration_38(X))
& hydrophilic_end_1(fn_prokaryotic_cellular_respiration_39(X))
& hydrophilic_region_1(fn_prokaryotic_cellular_respiration_39(X))
& functional_group_1(fn_prokaryotic_cellular_respiration_40(X))
& phosphate_group_1(fn_prokaryotic_cellular_respiration_40(X))
& polypeptide_1(fn_prokaryotic_cellular_respiration_41(X))
& hydrophobic_amino_acid_1(fn_prokaryotic_cellular_respiration_42(X))
& carbon_1(fn_prokaryotic_cellular_respiration_43(X))
& oxygen_1(fn_prokaryotic_cellular_respiration_44(X))
& entity_1(fn_prokaryotic_cellular_respiration_44(X))
& chemical_entity_1(fn_prokaryotic_cellular_respiration_44(X))
& atom_1(fn_prokaryotic_cellular_respiration_44(X))
& monomer_1(fn_prokaryotic_cellular_respiration_45(X))
& polar_amino_acid_1(fn_prokaryotic_cellular_respiration_46(X))
& phosphorus_1(fn_prokaryotic_cellular_respiration_47(X))
& entity_1(fn_prokaryotic_cellular_respiration_48(X))
& chemical_entity_1(fn_prokaryotic_cellular_respiration_48(X))
& atom_1(fn_prokaryotic_cellular_respiration_48(X))
& oxygen_1(fn_prokaryotic_cellular_respiration_48(X))
& size_value_1(fn_prokaryotic_cellular_respiration_49(X))
& attract_1(fn_prokaryotic_cellular_respiration_50(X))
& repel_1(fn_prokaryotic_cellular_respiration_51(X))
& tangible_entity_1(fn_prokaryotic_cellular_respiration_52(X))
& phospholipid_bilayer_1(fn_prokaryotic_cellular_respiration_52(X))
& constant_motion_1(fn_prokaryotic_cellular_respiration_53(X))
& phosphorylation_1(fn_prokaryotic_cellular_respiration_54(X))
& speed_value_1(fn_prokaryotic_cellular_respiration_55(X))
& quantity_value_1(fn_prokaryotic_cellular_respiration_56(X))
& size_value_1(fn_prokaryotic_cellular_respiration_57(X))
& spatial_entity_1(fn_prokaryotic_cellular_respiration_58(X))
& chemical_entity_1(fn_prokaryotic_cellular_respiration_58(X))
& monomer_1(fn_prokaryotic_cellular_respiration_58(X))
& molecule_1(fn_prokaryotic_cellular_respiration_58(X))
& amino_acid_1(fn_prokaryotic_cellular_respiration_58(X))
& water_molecule_1(fn_prokaryotic_cellular_respiration_61(X))
& rate_value_1(fn_prokaryotic_cellular_respiration_62(X))
& quantity_value_1(fn_prokaryotic_cellular_respiration_63(X))
& chemical_1(fn_prokaryotic_cellular_respiration_64(X))
& chemical_1(fn_prokaryotic_cellular_respiration_65(X))
& water_1(fn_prokaryotic_cellular_respiration_65(X))
& organic_molecule_1(fn_prokaryotic_cellular_respiration_70(X))
& pyruvate_1(fn_prokaryotic_cellular_respiration_70(X))
& chemical_entity_1(fn_prokaryotic_cellular_respiration_70(X))
& spatial_entity_1(fn_prokaryotic_cellular_respiration_71(X))
& tangible_entity_1(fn_prokaryotic_cellular_respiration_71(X))
& chemical_entity_1(fn_prokaryotic_cellular_respiration_71(X))
& organic_molecule_1(fn_prokaryotic_cellular_respiration_71(X))
& molecule_1(fn_prokaryotic_cellular_respiration_71(X))
& nad_plus_1(fn_prokaryotic_cellular_respiration_71(X))
& structural_complexity_value_1(fn_prokaryotic_cellular_respiration_72(X))
& carry_1(fn_prokaryotic_cellular_respiration_73(X))
& structural_complexity_value_1(fn_prokaryotic_cellular_respiration_74(X))
& citric_acid_cycle_1(fn_prokaryotic_cellular_respiration_75(X))
& hydrophilic_channel_1(fn_prokaryotic_cellular_respiration_76(X))
& cell_1(fn_prokaryotic_cellular_respiration_77(X))
& quantity_value_1(fn_prokaryotic_cellular_respiration_78(X))
& rate_value_1(fn_prokaryotic_cellular_respiration_79(X))
& time_interval_1(fn_prokaryotic_cellular_respiration_80(X))
& free_energy_1(fn_prokaryotic_cellular_respiration_81(X))
& electron_transport_chain_reaction_1(fn_prokaryotic_cellular_respiration_82(X))
& pyruvate_oxidation_1(fn_prokaryotic_cellular_respiration_83(X))
& glycolysis_1(fn_prokaryotic_cellular_respiration_84(X))
& organic_molecule_1(fn_prokaryotic_cellular_respiration_85(X))
& molecule_1(fn_prokaryotic_cellular_respiration_85(X))
& chemical_entity_1(fn_prokaryotic_cellular_respiration_85(X))
& ribonucleotide_1(fn_prokaryotic_cellular_respiration_85(X))
& nucleoside_triphosphate_1(fn_prokaryotic_cellular_respiration_85(X))
& atp_1(fn_prokaryotic_cellular_respiration_85(X))
& hydrogen_ion_gradient_1(fn_prokaryotic_cellular_respiration_86(X))
& create_1(fn_prokaryotic_cellular_respiration_87(X))
& attach_1(fn_prokaryotic_cellular_respiration_88(X))
& detach_1(fn_prokaryotic_cellular_respiration_89(X))
& active_transport_1(fn_prokaryotic_cellular_respiration_90(X))
& move_1(fn_prokaryotic_cellular_respiration_91(X))
& move_through_1(fn_prokaryotic_cellular_respiration_91(X))
& activation_of_atp_synthase_1(fn_prokaryotic_cellular_respiration_92(X))
& hydrogen_ion_1(fn_prokaryotic_cellular_respiration_93(X))
& substance_1(fn_prokaryotic_cellular_respiration_94(X))
& aqueous_solution_1(fn_prokaryotic_cellular_respiration_94(X))
& aqueous_solution_1(fn_prokaryotic_cellular_respiration_95(X))
& facilitated_diffusion_of_ion_1(fn_prokaryotic_cellular_respiration_96(X))
& hydrophilic_face_1(fn_prokaryotic_cellular_respiration_97(X))
& hydrophobic_core_1(fn_prokaryotic_cellular_respiration_98(X))
& attach_1(fn_prokaryotic_cellular_respiration_99(X))
& stator_1(fn_prokaryotic_cellular_respiration_100(X))
& spatial_entity_1(fn_prokaryotic_cellular_respiration_101(X))
& protein_1(fn_prokaryotic_cellular_respiration_101(X))
& rotor_1(fn_prokaryotic_cellular_respiration_101(X))
& proton_pump_1(fn_prokaryotic_cellular_respiration_102(X))
& protein_complex_1(fn_prokaryotic_cellular_respiration_103(X))
& atp_synthase_1(fn_prokaryotic_cellular_respiration_103(X))
& chemical_entity_1(fn_prokaryotic_cellular_respiration_104(X))
& membrane_protein_1(fn_prokaryotic_cellular_respiration_104(X))
& protein_1(fn_prokaryotic_cellular_respiration_104(X))
& spatial_entity_1(fn_prokaryotic_cellular_respiration_104(X))
& polymer_1(fn_prokaryotic_cellular_respiration_104(X))
& tangible_entity_1(fn_prokaryotic_cellular_respiration_104(X))
& transmembrane_protein_1(fn_prokaryotic_cellular_respiration_104(X))
& integral_protein_1(fn_prokaryotic_cellular_respiration_104(X))
& molecule_1(fn_prokaryotic_cellular_respiration_104(X))
& transport_protein_1(fn_prokaryotic_cellular_respiration_104(X))
& membrane_1(fn_prokaryotic_cellular_respiration_105(X))
& spatial_entity_1(fn_prokaryotic_cellular_respiration_105(X))
& biomembrane_1(fn_prokaryotic_cellular_respiration_105(X))
& plasma_membrane_1(fn_prokaryotic_cellular_respiration_105(X))
& solution_1(fn_prokaryotic_cellular_respiration_106(X))
& aqueous_solution_1(fn_prokaryotic_cellular_respiration_106(X))
& gradient_1(fn_prokaryotic_cellular_respiration_107(X))
& concentration_gradient_1(fn_prokaryotic_cellular_respiration_107(X))
& solution_1(fn_prokaryotic_cellular_respiration_108(X))
& aqueous_solution_1(fn_prokaryotic_cellular_respiration_108(X))
& chemical_reaction_1(fn_prokaryotic_cellular_respiration_109(X))
& chemical_reaction_1(fn_prokaryotic_cellular_respiration_110(X))
& molecule_1(fn_prokaryotic_cellular_respiration_111(X))
& spatial_entity_1(fn_prokaryotic_cellular_respiration_111(X))
& chemical_entity_1(fn_prokaryotic_cellular_respiration_111(X))
& organic_molecule_1(fn_prokaryotic_cellular_respiration_111(X))
& acetyl_coa_1(fn_prokaryotic_cellular_respiration_111(X))
& free_energy_1(fn_prokaryotic_cellular_respiration_112(X))
& release_1(fn_prokaryotic_cellular_respiration_113(X))
& locomotion_1(fn_prokaryotic_cellular_respiration_114(X))
& tangible_entity_1(fn_prokaryotic_cellular_respiration_115(X))
& spatial_entity_1(fn_prokaryotic_cellular_respiration_115(X))
& chemical_entity_1(fn_prokaryotic_cellular_respiration_115(X))
& organic_molecule_1(fn_prokaryotic_cellular_respiration_115(X))
& molecule_1(fn_prokaryotic_cellular_respiration_115(X))
& nadh_1(fn_prokaryotic_cellular_respiration_115(X))
& isomerization_reaction_1(fn_prokaryotic_cellular_respiration_116(X))
& chemical_energy_1(fn_prokaryotic_cellular_respiration_117(X))
& quantity_value_1(fn_prokaryotic_cellular_respiration_118(X))
& quantity_value_1(fn_prokaryotic_cellular_respiration_119(X))
& quantity_value_1(fn_prokaryotic_cellular_respiration_122(X))
& speed_value_1(fn_prokaryotic_cellular_respiration_123(X))
& carbon_skeleton_1(fn_prokaryotic_cellular_respiration_124(X))
& constant_motion_1(fn_prokaryotic_cellular_respiration_125(X))
& carbon_1(fn_prokaryotic_cellular_respiration_126(X))
& atom_1(fn_prokaryotic_cellular_respiration_127(X))
& chemical_entity_1(fn_prokaryotic_cellular_respiration_127(X))
& kinetic_energy_1(fn_prokaryotic_cellular_respiration_128(X))
& structural_complexity_value_1(fn_prokaryotic_cellular_respiration_129(X))
& chemical_energy_1(fn_prokaryotic_cellular_respiration_130(X))
& chemical_entity_1(fn_prokaryotic_cellular_respiration_131(X))
& monosaccharide_1(fn_prokaryotic_cellular_respiration_131(X))
& glucose_1(fn_prokaryotic_cellular_respiration_131(X))
& aldehyde_1(fn_prokaryotic_cellular_respiration_131(X))
& carbohydrate_1(fn_prokaryotic_cellular_respiration_131(X))
& aldose_1(fn_prokaryotic_cellular_respiration_131(X))
& tangible_entity_1(fn_prokaryotic_cellular_respiration_132(X))
& carbon_dioxide_1(fn_prokaryotic_cellular_respiration_132(X))
& organic_molecule_1(fn_prokaryotic_cellular_respiration_136(X))
& chemical_entity_1(fn_prokaryotic_cellular_respiration_136(X))
& molecule_1(fn_prokaryotic_cellular_respiration_136(X))
& glyceraldehyde_3_phosphate_1(fn_prokaryotic_cellular_respiration_136(X))
& enzymatic_reaction_1(fn_prokaryotic_cellular_respiration_137(X))
& oxidative_phosphorylation_1(fn_prokaryotic_cellular_respiration_138(X))
& molecule_1(fn_prokaryotic_cellular_respiration_139(X))
& organic_molecule_1(fn_prokaryotic_cellular_respiration_139(X))
& chemical_entity_1(fn_prokaryotic_cellular_respiration_139(X))
& adp_1(fn_prokaryotic_cellular_respiration_139(X))
& chemical_entity_1(fn_prokaryotic_cellular_respiration_140(X))
& organic_molecule_1(fn_prokaryotic_cellular_respiration_140(X))
& adp_1(fn_prokaryotic_cellular_respiration_140(X))
& phosphorylation_1(fn_prokaryotic_cellular_respiration_141(X))
& free_energy_1(fn_prokaryotic_cellular_respiration_142(X))
& quantity_value_1(fn_prokaryotic_cellular_respiration_143(X))
& quantity_value_1(fn_prokaryotic_cellular_respiration_144(X))
& free_energy_1(fn_prokaryotic_cellular_respiration_145(X))
& chemiosmosis_1(fn_prokaryotic_cellular_respiration_146(X))
& endergonic_process_1(fn_prokaryotic_cellular_respiration_147(X))
& chemical_reaction_1(fn_prokaryotic_cellular_respiration_147(X))
& synthesis_of_organic_molecule_1(fn_prokaryotic_cellular_respiration_147(X))
& anabolic_pathway_1(fn_prokaryotic_cellular_respiration_147(X))
& synthesis_of_atp_1(fn_prokaryotic_cellular_respiration_147(X))
& chemical_entity_1(fn_prokaryotic_cellular_respiration_148(X))
& organic_molecule_1(fn_prokaryotic_cellular_respiration_148(X))
& adp_1(fn_prokaryotic_cellular_respiration_148(X))
& oxaloacetate_1(fn_prokaryotic_cellular_respiration_149(X))
& entity_1(fn_create_1(fn_prokaryotic_cellular_respiration_87(X)))
& tangible_entity_1(fn_release_1(fn_prokaryotic_cellular_respiration_113(X)))
& phosphate_group_1(fn_phosphorylation_3(fn_prokaryotic_cellular_respiration_54(X)))
& atp_synthase_1(fn_activation_of_atp_synthase_3(fn_prokaryotic_cellular_respiration_92(X)))
& surface_1(fn_integral_protein_29(fn_prokaryotic_cellular_respiration_104(X)))
& attach_1(fn_facilitated_diffusion_51(fn_prokaryotic_cellular_respiration_96(X)))
& cell_1(fn_passive_transport_1(fn_prokaryotic_cellular_respiration_96(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_prokaryotic_cellular_respiration_105(X)))
& substance_1(fn_plasma_membrane_70(fn_prokaryotic_cellular_respiration_105(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_prokaryotic_cellular_respiration_105(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_prokaryotic_cellular_respiration_105(X)))
& property_node_1(fn_transport_protein_29(fn_prokaryotic_cellular_respiration_104(X)))
& property_node_1(fn_transport_protein_30(fn_prokaryotic_cellular_respiration_104(X)))
& property_node_1(fn_transport_protein_23(fn_prokaryotic_cellular_respiration_104(X)))
& property_node_1(fn_transport_protein_22(fn_prokaryotic_cellular_respiration_104(X)))
& constant_motion_1(fn_transport_protein_26(fn_prokaryotic_cellular_respiration_104(X)))
& polypeptide_1(fn_transport_protein_7(fn_prokaryotic_cellular_respiration_104(X)))
& spatial_entity_1(fn_transport_protein_8(fn_prokaryotic_cellular_respiration_104(X)))
& chemical_entity_1(fn_transport_protein_8(fn_prokaryotic_cellular_respiration_104(X)))
& monomer_1(fn_transport_protein_8(fn_prokaryotic_cellular_respiration_104(X)))
& molecule_1(fn_transport_protein_8(fn_prokaryotic_cellular_respiration_104(X)))
& amino_acid_1(fn_transport_protein_8(fn_prokaryotic_cellular_respiration_104(X)))
& protein_domain_1(fn_transport_protein_6(fn_prokaryotic_cellular_respiration_104(X)))
& speed_value_1(fn_transport_protein_25(fn_prokaryotic_cellular_respiration_104(X)))
& quantity_value_1(fn_transport_protein_24(fn_prokaryotic_cellular_respiration_102(X)))
& quantity_value_1(fn_transport_protein_24(fn_prokaryotic_cellular_respiration_104(X)))
& kinetic_energy_1(fn_transport_protein_27(fn_prokaryotic_cellular_respiration_102(X)))
& kinetic_energy_1(fn_transport_protein_27(fn_prokaryotic_cellular_respiration_104(X)))
& property_node_1(fn_glycolysis_6(fn_prokaryotic_cellular_respiration_84(X)))
& property_node_1(fn_glycolysis_8(fn_prokaryotic_cellular_respiration_84(X)))
& property_node_1(fn_glycolysis_7(fn_prokaryotic_cellular_respiration_84(X)))
& property_node_1(fn_glycolysis_9(fn_prokaryotic_cellular_respiration_84(X)))
& surface_1(fn_biomembrane_47(fn_prokaryotic_cellular_respiration_105(X)))
& property_node_1(fn_atp_synthase_43(fn_prokaryotic_cellular_respiration_103(X)))
& hydrophilic_channel_1(fn_atp_synthase_35(fn_prokaryotic_cellular_respiration_103(X)))
& property_node_1(fn_atp_synthase_7(fn_prokaryotic_cellular_respiration_103(X)))
& quantity_value_1(fn_atp_synthase_8(fn_prokaryotic_cellular_respiration_103(X)))
& chemical_reaction_1(fn_pyruvate_oxidation_77(fn_prokaryotic_cellular_respiration_83(X)))
& chemical_reaction_1(fn_pyruvate_oxidation_65(fn_prokaryotic_cellular_respiration_83(X)))
& molecule_1(fn_glycolysis_62(fn_prokaryotic_cellular_respiration_84(X)))
& organic_molecule_1(fn_glycolysis_62(fn_prokaryotic_cellular_respiration_84(X)))
& chemical_entity_1(fn_glycolysis_62(fn_prokaryotic_cellular_respiration_84(X)))
& adp_1(fn_glycolysis_62(fn_prokaryotic_cellular_respiration_84(X)))
& isomerization_reaction_1(fn_glycolysis_67(fn_prokaryotic_cellular_respiration_84(X)))
& phosphorylation_1(fn_glycolysis_64(fn_prokaryotic_cellular_respiration_84(X)))
& enzymatic_reaction_1(fn_glycolysis_56(fn_prokaryotic_cellular_respiration_84(X)))
& organic_molecule_1(fn_glycolysis_79(fn_prokaryotic_cellular_respiration_84(X)))
& chemical_entity_1(fn_glycolysis_79(fn_prokaryotic_cellular_respiration_84(X)))
& molecule_1(fn_glycolysis_79(fn_prokaryotic_cellular_respiration_84(X)))
& glyceraldehyde_3_phosphate_1(fn_glycolysis_79(fn_prokaryotic_cellular_respiration_84(X)))
& chemiosmosis_1(fn_oxidative_phosphorylation_71(fn_prokaryotic_cellular_respiration_138(X)))
& endergonic_process_1(fn_oxidative_phosphorylation_22(fn_prokaryotic_cellular_respiration_138(X)))
& chemical_reaction_1(fn_oxidative_phosphorylation_22(fn_prokaryotic_cellular_respiration_138(X)))
& synthesis_of_organic_molecule_1(fn_oxidative_phosphorylation_22(fn_prokaryotic_cellular_respiration_138(X)))
& anabolic_pathway_1(fn_oxidative_phosphorylation_22(fn_prokaryotic_cellular_respiration_138(X)))
& synthesis_of_atp_1(fn_oxidative_phosphorylation_22(fn_prokaryotic_cellular_respiration_138(X)))
& property_node_1(fn_citric_acid_cycle_25(fn_prokaryotic_cellular_respiration_75(X)))
& property_node_1(fn_citric_acid_cycle_38(fn_prokaryotic_cellular_respiration_75(X)))
& oxaloacetate_1(fn_citric_acid_cycle_66(fn_prokaryotic_cellular_respiration_75(X)))
& property_node_1(fn_citric_acid_cycle_26(fn_prokaryotic_cellular_respiration_75(X)))
& quantity_value_1(fn_citric_acid_cycle_7(fn_prokaryotic_cellular_respiration_75(X)))
& atom_1(fn_nadh_2(fn_prokaryotic_cellular_respiration_115(X)))
& chemical_entity_1(fn_nadh_2(fn_prokaryotic_cellular_respiration_115(X)))
& carry_1(fn_nadh_1(fn_prokaryotic_cellular_respiration_115(X)))
& kinetic_energy_1(fn_nadh_9(fn_prokaryotic_cellular_respiration_115(X)))
& constant_motion_1(fn_nadh_10(fn_prokaryotic_cellular_respiration_115(X)))
& carbon_1(fn_nadh_11(fn_prokaryotic_cellular_respiration_115(X)))
& property_node_1(fn_nadh_12(fn_prokaryotic_cellular_respiration_115(X)))
& quantity_value_1(fn_nadh_7(fn_prokaryotic_cellular_respiration_115(X)))
& carbon_skeleton_1(fn_nadh_8(fn_prokaryotic_cellular_respiration_115(X)))
& property_node_1(fn_nadh_13(fn_prokaryotic_cellular_respiration_115(X)))
& speed_value_1(fn_nadh_6(fn_prokaryotic_cellular_respiration_115(X)))
& phosphorus_1(fn_phosphate_group_6(fn_prokaryotic_cellular_respiration_40(X)))
& spatial_entity_1(fn_detach_1(fn_prokaryotic_cellular_respiration_89(X)))
& spatial_entity_1(fn_attach_1(fn_prokaryotic_cellular_respiration_88(X)))
& chemical_entity_1(fn_active_transport_19(fn_prokaryotic_cellular_respiration_90(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_prokaryotic_cellular_respiration_54(X)))
& molecule_1(fn_phosphorylation_1(fn_prokaryotic_cellular_respiration_54(X)))
& chemical_1(fn_solution_5(fn_prokaryotic_cellular_respiration_108(X)))
& chemical_1(fn_active_transport_23(fn_prokaryotic_cellular_respiration_90(X)))
& chemical_1(fn_solution_6(fn_prokaryotic_cellular_respiration_108(X)))
& chemical_1(fn_active_transport_24(fn_prokaryotic_cellular_respiration_90(X)))
& water_1(fn_aqueous_solution_14(fn_prokaryotic_cellular_respiration_108(X)))
& free_energy_1(fn_exergonic_process_3(fn_prokaryotic_cellular_respiration_96(X)))
& free_energy_1(fn_passive_transport_17(fn_prokaryotic_cellular_respiration_96(X)))
& aqueous_solution_1(fn_passive_transport_12(fn_prokaryotic_cellular_respiration_96(X)))
& solution_1(fn_active_transport_20(fn_prokaryotic_cellular_respiration_90(X)))
& solution_1(fn_active_transport_21(fn_prokaryotic_cellular_respiration_90(X)))
& aqueous_solution_1(fn_passive_transport_11(fn_prokaryotic_cellular_respiration_96(X)))
& facilitated_diffusion_1(fn_atp_synthase_46(fn_prokaryotic_cellular_respiration_103(X)))
& facilitated_diffusion_1(fn_transport_protein_28(fn_prokaryotic_cellular_respiration_104(X)))
& gradient_1(fn_passive_transport_26(fn_prokaryotic_cellular_respiration_96(X)))
& concentration_gradient_1(fn_passive_transport_26(fn_prokaryotic_cellular_respiration_96(X)))
& concentration_gradient_1(fn_active_transport_25(fn_prokaryotic_cellular_respiration_90(X)))
& tangible_entity_1(fn_biomembrane_63(fn_prokaryotic_cellular_respiration_105(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_prokaryotic_cellular_respiration_105(X)))
& tangible_entity_1(fn_integral_protein_27(fn_prokaryotic_cellular_respiration_104(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_prokaryotic_cellular_respiration_104(X)))
& tangible_entity_1(fn_atp_synthase_40(fn_prokaryotic_cellular_respiration_103(X)))
& phospholipid_bilayer_1(fn_atp_synthase_40(fn_prokaryotic_cellular_respiration_103(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_prokaryotic_cellular_respiration_105(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_prokaryotic_cellular_respiration_105(X)))
& tangible_entity_1(fn_transport_protein_12(fn_prokaryotic_cellular_respiration_102(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_prokaryotic_cellular_respiration_102(X)))
& tangible_entity_1(fn_transport_protein_12(fn_prokaryotic_cellular_respiration_104(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_prokaryotic_cellular_respiration_104(X)))
& size_value_1(fn_integral_protein_16(fn_prokaryotic_cellular_respiration_104(X)))
& size_value_1(fn_facilitated_diffusion_47(fn_prokaryotic_cellular_respiration_96(X)))
& size_value_1(fn_plasma_membrane_85(fn_prokaryotic_cellular_respiration_105(X)))
& size_value_1(fn_transport_protein_20(fn_prokaryotic_cellular_respiration_104(X)))
& size_value_1(fn_facilitated_diffusion_28(fn_prokaryotic_cellular_respiration_96(X)))
& size_value_1(fn_plasma_membrane_84(fn_prokaryotic_cellular_respiration_105(X)))
& size_value_1(fn_transport_protein_19(fn_prokaryotic_cellular_respiration_104(X)))
& monomer_1(fn_facilitated_diffusion_37(fn_prokaryotic_cellular_respiration_96(X)))
& monomer_1(fn_plasma_membrane_86(fn_prokaryotic_cellular_respiration_105(X)))
& monomer_1(fn_transport_protein_21(fn_prokaryotic_cellular_respiration_104(X)))
& polar_amino_acid_1(fn_integral_protein_6(fn_prokaryotic_cellular_respiration_104(X)))
& polar_amino_acid_1(fn_transport_protein_32(fn_prokaryotic_cellular_respiration_104(X)))
& hydrophobic_amino_acid_1(fn_integral_protein_5(fn_prokaryotic_cellular_respiration_102(X)))
& hydrophobic_amino_acid_1(fn_transport_protein_13(fn_prokaryotic_cellular_respiration_104(X)))
& hydrophobic_region_1(fn_integral_protein_28(fn_prokaryotic_cellular_respiration_102(X)))
& hydrophobic_region_1(fn_transport_protein_15(fn_prokaryotic_cellular_respiration_104(X)))
& hydrophilic_region_1(fn_integral_protein_23(fn_prokaryotic_cellular_respiration_104(X)))
& hydrophilic_region_1(fn_transport_protein_33(fn_prokaryotic_cellular_respiration_104(X)))
& hydrophilic_end_1(fn_transport_protein_33(fn_prokaryotic_cellular_respiration_104(X)))
& hydrophilic_end_1(fn_transport_protein_16(fn_prokaryotic_cellular_respiration_104(X)))
& repel_1(fn_integral_protein_8(fn_prokaryotic_cellular_respiration_102(X)))
& repel_1(fn_transport_protein_5(fn_prokaryotic_cellular_respiration_104(X)))
& carbon_skeleton_1(fn_plasma_membrane_57(fn_prokaryotic_cellular_respiration_105(X)))
& carbon_skeleton_1(fn_transport_protein_18(fn_prokaryotic_cellular_respiration_104(X)))
& quantity_value_1(fn_synthesis_of_atp_7(fn_prokaryotic_cellular_respiration_147(X)))
& quantity_value_1(fn_glycolysis_45(fn_prokaryotic_cellular_respiration_84(X)))
& quantity_value_1(fn_synthesis_of_atp_8(fn_prokaryotic_cellular_respiration_147(X)))
& quantity_value_1(fn_glycolysis_44(fn_prokaryotic_cellular_respiration_84(X)))
& free_energy_1(fn_synthesis_of_atp_9(fn_prokaryotic_cellular_respiration_147(X)))
& free_energy_1(fn_glycolysis_37(fn_prokaryotic_cellular_respiration_84(X)))
& carrier_protein_1(fn_active_transport_26(fn_prokaryotic_cellular_respiration_90(X)))
& spatial_entity_1(fn_protein_pump_3(fn_prokaryotic_cellular_respiration_102(X)))
& biomembrane_1(fn_protein_pump_3(fn_prokaryotic_cellular_respiration_102(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_prokaryotic_cellular_respiration_104(X)))
& membrane_1(fn_carrier_protein_18(fn_prokaryotic_cellular_respiration_102(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_prokaryotic_cellular_respiration_102(X)))
& biomembrane_1(fn_carrier_protein_18(fn_prokaryotic_cellular_respiration_102(X)))
& membrane_1(fn_electrogenic_pump_30(fn_prokaryotic_cellular_respiration_102(X)))
& spatial_entity_1(fn_electrogenic_pump_30(fn_prokaryotic_cellular_respiration_102(X)))
& biomembrane_1(fn_electrogenic_pump_30(fn_prokaryotic_cellular_respiration_102(X)))
& plasma_membrane_1(fn_cell_30(fn_prokaryotic_cellular_respiration_77(X)))
& biomembrane_1(fn_integral_protein_24(fn_prokaryotic_cellular_respiration_102(X)))
& biomembrane_1(fn_integral_protein_24(fn_prokaryotic_cellular_respiration_104(X)))
& biomembrane_1(fn_active_transport_18(fn_prokaryotic_cellular_respiration_90(X)))
& spatial_entity_1(fn_transport_protein_35(fn_prokaryotic_cellular_respiration_102(X)))
& biomembrane_1(fn_transport_protein_35(fn_prokaryotic_cellular_respiration_102(X)))
& spatial_entity_1(fn_transport_protein_35(fn_prokaryotic_cellular_respiration_104(X)))
& biomembrane_1(fn_transport_protein_35(fn_prokaryotic_cellular_respiration_104(X)))
& spatial_entity_1(fn_facilitated_diffusion_49(fn_prokaryotic_cellular_respiration_96(X)))
& biomembrane_1(fn_facilitated_diffusion_49(fn_prokaryotic_cellular_respiration_96(X)))
& spatial_entity_1(fn_atp_synthase_37(fn_prokaryotic_cellular_respiration_103(X)))
& biomembrane_1(fn_atp_synthase_37(fn_prokaryotic_cellular_respiration_103(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_prokaryotic_cellular_respiration_105(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_prokaryotic_cellular_respiration_105(X)))
& attract_1(fn_integral_protein_7(fn_prokaryotic_cellular_respiration_104(X)))
& attract_1(fn_transport_protein_4(fn_prokaryotic_cellular_respiration_104(X)))
& attract_1(fn_hydrophilic_region_2(fn_prokaryotic_cellular_respiration_39(X)))
& carbon_1(fn_facilitated_diffusion_38(fn_prokaryotic_cellular_respiration_96(X)))
& carbon_1(fn_transport_protein_14(fn_prokaryotic_cellular_respiration_104(X)))
& chemical_entity_1(fn_functional_group_1(fn_prokaryotic_cellular_respiration_40(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_prokaryotic_cellular_respiration_54(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_prokaryotic_cellular_respiration_105(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_prokaryotic_cellular_respiration_105(X)))
& protein_1(fn_plasma_membrane_68(fn_prokaryotic_cellular_respiration_105(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_prokaryotic_cellular_respiration_105(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_prokaryotic_cellular_respiration_105(X)))
& protein_1(fn_plasma_membrane_54(fn_prokaryotic_cellular_respiration_105(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_prokaryotic_cellular_respiration_105(X)))
& polymer_1(fn_plasma_membrane_54(fn_prokaryotic_cellular_respiration_105(X)))
& transport_protein_1(fn_facilitated_diffusion_25(fn_prokaryotic_cellular_respiration_96(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_prokaryotic_cellular_respiration_105(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_prokaryotic_cellular_respiration_105(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_prokaryotic_cellular_respiration_105(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_prokaryotic_cellular_respiration_105(X)))
& rate_value_1(fn_passive_transport_6(fn_prokaryotic_cellular_respiration_96(X)))
& rate_value_1(fn_atp_synthase_41(fn_prokaryotic_cellular_respiration_103(X)))
& move_through_1(fn_protein_pump_1(fn_prokaryotic_cellular_respiration_102(X)))
& move_1(fn_protein_pump_1(fn_prokaryotic_cellular_respiration_102(X)))
& move_through_1(fn_atp_synthase_30(fn_prokaryotic_cellular_respiration_103(X)))
& move_through_1(fn_transport_protein_10(fn_prokaryotic_cellular_respiration_104(X)))
& move_through_1(fn_passive_transport_24(fn_prokaryotic_cellular_respiration_96(X)))
& move_1(fn_active_transport_22(fn_prokaryotic_cellular_respiration_90(X)))
& move_through_1(fn_active_transport_22(fn_prokaryotic_cellular_respiration_90(X)))
& move_through_1(fn_plasma_membrane_74(fn_prokaryotic_cellular_respiration_105(X)))
& move_1(fn_plasma_membrane_74(fn_prokaryotic_cellular_respiration_105(X)))
& move_through_1(fn_transport_protein_34(fn_prokaryotic_cellular_respiration_104(X)))
& move_through_1(fn_atp_synthase_44(fn_prokaryotic_cellular_respiration_103(X)))
& spatial_entity_1(fn_attach_1(fn_prokaryotic_cellular_respiration_99(X)))
& protein_1(fn_protein_complex_1(fn_prokaryotic_cellular_respiration_103(X)))
& rotor_1(fn_atp_synthase_13(fn_prokaryotic_cellular_respiration_103(X)))
& organic_molecule_1(fn_pyruvate_oxidation_85(fn_prokaryotic_cellular_respiration_83(X)))
& chemical_entity_1(fn_pyruvate_oxidation_85(fn_prokaryotic_cellular_respiration_83(X)))
& pyruvate_1(fn_pyruvate_oxidation_85(fn_prokaryotic_cellular_respiration_83(X)))
& pyruvate_1(fn_glycolysis_55(fn_prokaryotic_cellular_respiration_84(X)))
& chemical_entity_1(fn_glycolysis_55(fn_prokaryotic_cellular_respiration_84(X)))
& organic_molecule_1(fn_glycolysis_13(fn_prokaryotic_cellular_respiration_84(X)))
& chemical_entity_1(fn_glycolysis_13(fn_prokaryotic_cellular_respiration_84(X)))
& adp_1(fn_glycolysis_13(fn_prokaryotic_cellular_respiration_84(X)))
& chemical_entity_1(fn_glycolysis_63(fn_prokaryotic_cellular_respiration_84(X)))
& organic_molecule_1(fn_glycolysis_63(fn_prokaryotic_cellular_respiration_84(X)))
& adp_1(fn_glycolysis_63(fn_prokaryotic_cellular_respiration_84(X)))
& chemical_entity_1(fn_glycolysis_77(fn_prokaryotic_cellular_respiration_84(X)))
& monosaccharide_1(fn_glycolysis_77(fn_prokaryotic_cellular_respiration_84(X)))
& glucose_1(fn_glycolysis_77(fn_prokaryotic_cellular_respiration_84(X)))
& aldehyde_1(fn_glycolysis_77(fn_prokaryotic_cellular_respiration_84(X)))
& carbohydrate_1(fn_glycolysis_77(fn_prokaryotic_cellular_respiration_84(X)))
& aldose_1(fn_glycolysis_77(fn_prokaryotic_cellular_respiration_84(X)))
& free_energy_1(fn_glycolysis_46(fn_prokaryotic_cellular_respiration_84(X)))
& free_energy_1(fn_oxidative_phosphorylation_51(fn_prokaryotic_cellular_respiration_138(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_prokaryotic_cellular_respiration_147(X)))
& organic_molecule_1(fn_synthesis_of_atp_10(fn_prokaryotic_cellular_respiration_147(X)))
& chemical_entity_1(fn_oxidative_phosphorylation_12(fn_prokaryotic_cellular_respiration_138(X)))
& organic_molecule_1(fn_oxidative_phosphorylation_12(fn_prokaryotic_cellular_respiration_138(X)))
& adp_1(fn_oxidative_phosphorylation_12(fn_prokaryotic_cellular_respiration_138(X)))
& chemical_energy_1(fn_glycolysis_88(fn_prokaryotic_cellular_respiration_84(X)))
& chemical_energy_1(fn_citric_acid_cycle_6(fn_prokaryotic_cellular_respiration_75(X)))
& chemical_energy_1(fn_citric_acid_cycle_9(fn_prokaryotic_cellular_respiration_75(X)))
& structural_complexity_value_1(fn_glycolysis_35(fn_prokaryotic_cellular_respiration_84(X)))
& structural_complexity_value_1(fn_glycolysis_48(fn_prokaryotic_cellular_respiration_84(X)))
& structural_complexity_value_1(fn_citric_acid_cycle_48(fn_prokaryotic_cellular_respiration_75(X)))
& carbon_dioxide_1(fn_citric_acid_cycle_17(fn_prokaryotic_cellular_respiration_75(X)))
& structural_complexity_value_1(fn_glycolysis_81(fn_prokaryotic_cellular_respiration_84(X)))
& structural_complexity_value_1(fn_citric_acid_cycle_47(fn_prokaryotic_cellular_respiration_75(X)))
& quantity_value_1(fn_citric_acid_cycle_8(fn_prokaryotic_cellular_respiration_75(X)))
& quantity_value_1(fn_citric_acid_cycle_11(fn_prokaryotic_cellular_respiration_75(X)))
& chemical_energy_1(fn_pyruvate_oxidation_3(fn_prokaryotic_cellular_respiration_83(X)))
& chemical_energy_1(fn_citric_acid_cycle_12(fn_prokaryotic_cellular_respiration_75(X)))
& organic_molecule_1(fn_synthesis_of_organic_molecule_1(fn_prokaryotic_cellular_respiration_147(X)))
& molecule_1(fn_synthesis_of_atp_13(fn_prokaryotic_cellular_respiration_147(X)))
& chemical_entity_1(fn_synthesis_of_atp_13(fn_prokaryotic_cellular_respiration_147(X)))
& ribonucleotide_1(fn_synthesis_of_atp_13(fn_prokaryotic_cellular_respiration_147(X)))
& nucleoside_triphosphate_1(fn_synthesis_of_atp_13(fn_prokaryotic_cellular_respiration_147(X)))
& atp_1(fn_synthesis_of_atp_13(fn_prokaryotic_cellular_respiration_147(X)))
& organic_molecule_1(fn_glycolysis_75(fn_prokaryotic_cellular_respiration_84(X)))
& molecule_1(fn_glycolysis_75(fn_prokaryotic_cellular_respiration_84(X)))
& chemical_entity_1(fn_glycolysis_75(fn_prokaryotic_cellular_respiration_84(X)))
& ribonucleotide_1(fn_glycolysis_75(fn_prokaryotic_cellular_respiration_84(X)))
& nucleoside_triphosphate_1(fn_glycolysis_75(fn_prokaryotic_cellular_respiration_84(X)))
& atp_1(fn_glycolysis_75(fn_prokaryotic_cellular_respiration_84(X)))
& organic_molecule_1(fn_oxidative_phosphorylation_56(fn_prokaryotic_cellular_respiration_138(X)))
& molecule_1(fn_oxidative_phosphorylation_56(fn_prokaryotic_cellular_respiration_138(X)))
& chemical_entity_1(fn_oxidative_phosphorylation_56(fn_prokaryotic_cellular_respiration_138(X)))
& ribonucleotide_1(fn_oxidative_phosphorylation_56(fn_prokaryotic_cellular_respiration_138(X)))
& nucleoside_triphosphate_1(fn_oxidative_phosphorylation_56(fn_prokaryotic_cellular_respiration_138(X)))
& atp_1(fn_oxidative_phosphorylation_56(fn_prokaryotic_cellular_respiration_138(X)))
& atp_1(fn_citric_acid_cycle_19(fn_prokaryotic_cellular_respiration_75(X)))
& structural_complexity_value_1(fn_glycolysis_47(fn_prokaryotic_cellular_respiration_84(X)))
& structural_complexity_value_1(fn_anabolic_pathway_4(fn_prokaryotic_cellular_respiration_147(X)))
& structural_complexity_value_1(fn_synthesis_of_atp_23(fn_prokaryotic_cellular_respiration_147(X)))
& structural_complexity_value_1(fn_oxidative_phosphorylation_50(fn_prokaryotic_cellular_respiration_138(X)))
& structural_complexity_value_1(fn_citric_acid_cycle_5(fn_prokaryotic_cellular_respiration_75(X)))
& chemical_entity_1(fn_pyruvate_oxidation_87(fn_prokaryotic_cellular_respiration_83(X)))
& organic_molecule_1(fn_pyruvate_oxidation_87(fn_prokaryotic_cellular_respiration_83(X)))
& molecule_1(fn_pyruvate_oxidation_87(fn_prokaryotic_cellular_respiration_83(X)))
& acetyl_coa_1(fn_pyruvate_oxidation_87(fn_prokaryotic_cellular_respiration_83(X)))
& spatial_entity_1(fn_citric_acid_cycle_108(fn_prokaryotic_cellular_respiration_75(X)))
& chemical_entity_1(fn_citric_acid_cycle_108(fn_prokaryotic_cellular_respiration_75(X)))
& organic_molecule_1(fn_citric_acid_cycle_108(fn_prokaryotic_cellular_respiration_75(X)))
& acetyl_coa_1(fn_citric_acid_cycle_108(fn_prokaryotic_cellular_respiration_75(X)))
& nad_plus_1(fn_nadh_5(fn_prokaryotic_cellular_respiration_115(X)))
& spatial_entity_1(fn_glycolysis_78(fn_prokaryotic_cellular_respiration_84(X)))
& tangible_entity_1(fn_glycolysis_78(fn_prokaryotic_cellular_respiration_84(X)))
& chemical_entity_1(fn_glycolysis_78(fn_prokaryotic_cellular_respiration_84(X)))
& organic_molecule_1(fn_glycolysis_78(fn_prokaryotic_cellular_respiration_84(X)))
& nad_plus_1(fn_glycolysis_78(fn_prokaryotic_cellular_respiration_84(X)))
& molecule_1(fn_glycolysis_78(fn_prokaryotic_cellular_respiration_84(X)))
& nad_plus_1(fn_citric_acid_cycle_105(fn_prokaryotic_cellular_respiration_75(X)))
& tangible_entity_1(fn_release_2(fn_prokaryotic_cellular_respiration_113(X)))
& chemical_entity_1(fn_electron_transport_chain_reaction_24(fn_prokaryotic_cellular_respiration_82(X)))
& spatial_entity_1(fn_locomotion_1(fn_prokaryotic_cellular_respiration_114(X)))
& nadh_1(fn_pyruvate_oxidation_84(fn_prokaryotic_cellular_respiration_83(X)))
& organic_molecule_1(fn_glycolysis_74(fn_prokaryotic_cellular_respiration_84(X)))
& nadh_1(fn_glycolysis_74(fn_prokaryotic_cellular_respiration_84(X)))
& molecule_1(fn_glycolysis_74(fn_prokaryotic_cellular_respiration_84(X)))
& nadh_1(fn_citric_acid_cycle_109(fn_prokaryotic_cellular_respiration_75(X)))
& nadh_1(fn_nad_plus_1(fn_prokaryotic_cellular_respiration_71(X)))
& covalent_bond_1(fn_polymer_1(fn_prokaryotic_cellular_respiration_104(X)))
& single_bond_1(fn_phosphate_group_37(fn_prokaryotic_cellular_respiration_40(X)))
& atom_1(fn_molecule_11(fn_prokaryotic_cellular_respiration_104(X)))
& entity_1(fn_transport_protein_17(fn_prokaryotic_cellular_respiration_104(X)))
& atom_1(fn_transport_protein_17(fn_prokaryotic_cellular_respiration_104(X)))
& chemical_entity_1(fn_transport_protein_17(fn_prokaryotic_cellular_respiration_104(X)))
& entity_1(fn_phosphate_group_22(fn_prokaryotic_cellular_respiration_40(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_prokaryotic_cellular_respiration_40(X)))
& atom_1(fn_phosphate_group_22(fn_prokaryotic_cellular_respiration_40(X)))
& oxygen_1(fn_phosphate_group_22(fn_prokaryotic_cellular_respiration_40(X)))
& atom_1(fn_facilitated_diffusion_39(fn_prokaryotic_cellular_respiration_96(X)))
& chemical_entity_1(fn_facilitated_diffusion_39(fn_prokaryotic_cellular_respiration_96(X)))
& oxygen_1(fn_phosphate_group_5(fn_prokaryotic_cellular_respiration_40(X)))
& entity_1(fn_phosphate_group_5(fn_prokaryotic_cellular_respiration_40(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_prokaryotic_cellular_respiration_40(X)))
& atom_1(fn_phosphate_group_5(fn_prokaryotic_cellular_respiration_40(X)))
& covalent_bond_1(fn_facilitated_diffusion_31(fn_prokaryotic_cellular_respiration_96(X)))
& chemical_bond_1(fn_facilitated_diffusion_31(fn_prokaryotic_cellular_respiration_96(X)))
& chemical_bond_1(fn_molecule_10(fn_prokaryotic_cellular_respiration_104(X)))
& double_bond_1(fn_phosphate_group_41(fn_prokaryotic_cellular_respiration_40(X)))
& fn_prokaryotic_cellular_respiration_30(X) != fn_prokaryotic_cellular_respiration_104(X)
& is_at_2(fn_prokaryotic_cellular_respiration_46(X),fn_prokaryotic_cellular_respiration_39(X))
& has_state_2(fn_prokaryotic_cellular_respiration_1(X),fn_prokaryotic_cellular_respiration_104(X))
& raw_material_2(fn_prokaryotic_cellular_respiration_54(X),fn_prokaryotic_cellular_respiration_1(X))
& time_int_during_2(fn_prokaryotic_cellular_respiration_2(X),fn_prokaryotic_cellular_respiration_3(X))
& time_before_2(fn_prokaryotic_cellular_respiration_4(X),fn_prokaryotic_cellular_respiration_80(X))
& time_before_2(fn_prokaryotic_cellular_respiration_6(X),fn_prokaryotic_cellular_respiration_5(X))
& time_before_2(fn_prokaryotic_cellular_respiration_7(X),fn_prokaryotic_cellular_respiration_6(X))
& time_before_2(fn_prokaryotic_cellular_respiration_8(X),fn_prokaryotic_cellular_respiration_25(X))
& time_before_2(fn_prokaryotic_cellular_respiration_8(X),fn_prokaryotic_cellular_respiration_8(X))
& site_2(X,fn_prokaryotic_cellular_respiration_13(X))
& raw_material_2(X,fn_prokaryotic_cellular_respiration_71(X))
& subevent_2(fn_prokaryotic_cellular_respiration_82(X),fn_prokaryotic_cellular_respiration_90(X))
& time_during_2(fn_prokaryotic_cellular_respiration_84(X),fn_prokaryotic_cellular_respiration_4(X))
& possesses_2(fn_prokaryotic_cellular_respiration_85(X),fn_prokaryotic_cellular_respiration_130(X))
& result_2(fn_prokaryotic_cellular_respiration_90(X),fn_prokaryotic_cellular_respiration_86(X))
& subevent_2(fn_prokaryotic_cellular_respiration_90(X),fn_prokaryotic_cellular_respiration_88(X))
& subevent_2(fn_prokaryotic_cellular_respiration_90(X),fn_prokaryotic_cellular_respiration_89(X))
& subevent_2(fn_prokaryotic_cellular_respiration_90(X),fn_prokaryotic_cellular_respiration_87(X))
& first_subevent_2(fn_prokaryotic_cellular_respiration_90(X),fn_prokaryotic_cellular_respiration_88(X))
& path_2(fn_prokaryotic_cellular_respiration_91(X),fn_prokaryotic_cellular_respiration_97(X))
& next_event_2(fn_prokaryotic_cellular_respiration_91(X),fn_prokaryotic_cellular_respiration_15(X))
& next_event_2(fn_prokaryotic_cellular_respiration_91(X),fn_prokaryotic_cellular_respiration_14(X))
& time_during_2(fn_prokaryotic_cellular_respiration_92(X),fn_prokaryotic_cellular_respiration_8(X))
& subevent_2(fn_prokaryotic_cellular_respiration_92(X),fn_prokaryotic_cellular_respiration_24(X))
& subevent_2(fn_prokaryotic_cellular_respiration_92(X),fn_prokaryotic_cellular_respiration_23(X))
& subevent_2(fn_prokaryotic_cellular_respiration_92(X),fn_prokaryotic_cellular_respiration_22(X))
& subevent_2(fn_prokaryotic_cellular_respiration_92(X),fn_prokaryotic_cellular_respiration_21(X))
& subevent_2(fn_prokaryotic_cellular_respiration_92(X),fn_prokaryotic_cellular_respiration_20(X))
& subevent_2(fn_prokaryotic_cellular_respiration_92(X),fn_prokaryotic_cellular_respiration_19(X))
& subevent_2(fn_prokaryotic_cellular_respiration_92(X),fn_prokaryotic_cellular_respiration_18(X))
& subevent_2(fn_prokaryotic_cellular_respiration_92(X),fn_prokaryotic_cellular_respiration_17(X))
& subevent_2(fn_prokaryotic_cellular_respiration_92(X),fn_prokaryotic_cellular_respiration_16(X))
& complement_2(fn_prokaryotic_cellular_respiration_93(X),fn_prokaryotic_cellular_respiration_104(X))
& complement_2(fn_prokaryotic_cellular_respiration_93(X),fn_prokaryotic_cellular_respiration_102(X))
& called_2(fn_prokaryotic_cellular_respiration_93(X),"1")
& subevent_2(fn_prokaryotic_cellular_respiration_96(X),fn_prokaryotic_cellular_respiration_15(X))
& subevent_2(fn_prokaryotic_cellular_respiration_96(X),fn_prokaryotic_cellular_respiration_14(X))
& first_subevent_2(fn_prokaryotic_cellular_respiration_96(X),fn_prokaryotic_cellular_respiration_91(X))
& agent_2(fn_prokaryotic_cellular_respiration_96(X),fn_prokaryotic_cellular_respiration_102(X))
& is_inside_2(fn_prokaryotic_cellular_respiration_97(X),fn_prokaryotic_cellular_respiration_94(X))
& is_inside_2(fn_prokaryotic_cellular_respiration_97(X),fn_prokaryotic_cellular_respiration_95(X))
& is_across_2(fn_prokaryotic_cellular_respiration_98(X),fn_prokaryotic_cellular_respiration_103(X))
& is_at_2(fn_prokaryotic_cellular_respiration_101(X),fn_prokaryotic_cellular_respiration_105(X))
& complement_2(fn_prokaryotic_cellular_respiration_102(X),fn_prokaryotic_cellular_respiration_93(X))
& is_across_2(fn_prokaryotic_cellular_respiration_102(X),fn_prokaryotic_cellular_respiration_98(X))
& is_at_2(fn_prokaryotic_cellular_respiration_102(X),fn_prokaryotic_cellular_respiration_105(X))
& called_2(fn_prokaryotic_cellular_respiration_102(X),'MP1')
& has_part_2(fn_prokaryotic_cellular_respiration_103(X),fn_prokaryotic_cellular_respiration_9(X))
& has_part_2(fn_prokaryotic_cellular_respiration_103(X),fn_prokaryotic_cellular_respiration_100(X))
& is_across_2(fn_prokaryotic_cellular_respiration_103(X),fn_prokaryotic_cellular_respiration_98(X))
& is_at_2(fn_prokaryotic_cellular_respiration_103(X),fn_prokaryotic_cellular_respiration_105(X))
& fn_prokaryotic_cellular_respiration_103(X) != fn_prokaryotic_cellular_respiration_104(X)
& fn_prokaryotic_cellular_respiration_104(X) != fn_prokaryotic_cellular_respiration_30(X)
& fn_prokaryotic_cellular_respiration_104(X) != fn_prokaryotic_cellular_respiration_103(X)
& has_part_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_44(X))
& has_part_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_47(X))
& complement_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_93(X))
& is_inside_2(fn_prokaryotic_cellular_respiration_108(X),fn_prokaryotic_cellular_respiration_11(X))
& is_between_2(fn_prokaryotic_cellular_respiration_11(X),fn_prokaryotic_cellular_respiration_105(X))
& is_between_2(fn_prokaryotic_cellular_respiration_11(X),fn_prokaryotic_cellular_respiration_10(X))
& time_during_2(fn_prokaryotic_cellular_respiration_109(X),fn_prokaryotic_cellular_respiration_5(X))
& time_during_2(fn_prokaryotic_cellular_respiration_110(X),fn_prokaryotic_cellular_respiration_7(X))
& is_inside_2(fn_prokaryotic_cellular_respiration_112(X),fn_prokaryotic_cellular_respiration_115(X))
& time_during_2(fn_prokaryotic_cellular_respiration_114(X),fn_prokaryotic_cellular_respiration_2(X))
& has_part_2(fn_prokaryotic_cellular_respiration_115(X),fn_prokaryotic_cellular_respiration_12(X))
& time_during_2(fn_prokaryotic_cellular_respiration_116(X),fn_prokaryotic_cellular_respiration_8(X))
& next_event_2(fn_prokaryotic_cellular_respiration_14(X),fn_prokaryotic_cellular_respiration_91(X))
& agent_2(fn_prokaryotic_cellular_respiration_14(X),fn_prokaryotic_cellular_respiration_93(X))
& causes_2(fn_prokaryotic_cellular_respiration_14(X),fn_prokaryotic_cellular_respiration_23(X))
& next_event_2(fn_prokaryotic_cellular_respiration_15(X),fn_prokaryotic_cellular_respiration_91(X))
& agent_2(fn_prokaryotic_cellular_respiration_15(X),fn_prokaryotic_cellular_respiration_93(X))
& causes_2(fn_prokaryotic_cellular_respiration_15(X),fn_prokaryotic_cellular_respiration_21(X))
& causes_2(fn_prokaryotic_cellular_respiration_15(X),fn_prokaryotic_cellular_respiration_19(X))
& base_2(fn_prokaryotic_cellular_respiration_19(X),fn_prokaryotic_cellular_respiration_103(X))
& causes_2(fn_prokaryotic_cellular_respiration_19(X),fn_prokaryotic_cellular_respiration_20(X))
& base_2(fn_prokaryotic_cellular_respiration_20(X),fn_prokaryotic_cellular_respiration_103(X))
& causes_2(fn_prokaryotic_cellular_respiration_20(X),fn_prokaryotic_cellular_respiration_16(X))
& base_2(fn_prokaryotic_cellular_respiration_21(X),fn_prokaryotic_cellular_respiration_103(X))
& causes_2(fn_prokaryotic_cellular_respiration_21(X),fn_prokaryotic_cellular_respiration_22(X))
& base_2(fn_prokaryotic_cellular_respiration_22(X),fn_prokaryotic_cellular_respiration_103(X))
& causes_2(fn_prokaryotic_cellular_respiration_22(X),fn_prokaryotic_cellular_respiration_17(X))
& base_2(fn_prokaryotic_cellular_respiration_23(X),fn_prokaryotic_cellular_respiration_103(X))
& causes_2(fn_prokaryotic_cellular_respiration_23(X),fn_prokaryotic_cellular_respiration_24(X))
& base_2(fn_prokaryotic_cellular_respiration_24(X),fn_prokaryotic_cellular_respiration_103(X))
& causes_2(fn_prokaryotic_cellular_respiration_24(X),fn_prokaryotic_cellular_respiration_18(X))
& greater_than_or_equal_to_2(fn_prokaryotic_cellular_respiration_143(X),fn_prokaryotic_cellular_respiration_144(X))
& structural_complexity_2(fn_prokaryotic_cellular_respiration_149(X),fn_prokaryotic_cellular_respiration_74(X))
& object_2(fn_prokaryotic_cellular_respiration_99(X),fn_prokaryotic_cellular_respiration_101(X))
& object_2(fn_prokaryotic_cellular_respiration_89(X),fn_prokaryotic_cellular_respiration_93(X))
& object_2(fn_prokaryotic_cellular_respiration_88(X),fn_prokaryotic_cellular_respiration_93(X))
& base_2(fn_prokaryotic_cellular_respiration_113(X),fn_prokaryotic_cellular_respiration_115(X))
& result_2(fn_prokaryotic_cellular_respiration_87(X),fn_prokaryotic_cellular_respiration_86(X))
& raw_material_2(fn_prokaryotic_cellular_respiration_82(X),fn_prokaryotic_cellular_respiration_115(X))
& origin_2(fn_prokaryotic_cellular_respiration_90(X),fn_prokaryotic_cellular_respiration_106(X))
& raw_material_2(X,fn_prokaryotic_cellular_respiration_111(X))
& object_2(fn_prokaryotic_cellular_respiration_113(X),fn_prokaryotic_cellular_respiration_112(X))
& result_2(fn_prokaryotic_cellular_respiration_54(X),fn_prokaryotic_cellular_respiration_104(X))
& has_region_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_40(X))
& object_2(fn_prokaryotic_cellular_respiration_114(X),fn_prokaryotic_cellular_respiration_115(X))
& agent_2(fn_prokaryotic_cellular_respiration_114(X),fn_prokaryotic_cellular_respiration_115(X))
& is_across_2(fn_prokaryotic_cellular_respiration_102(X),fn_prokaryotic_cellular_respiration_105(X))
& has_part_2(fn_prokaryotic_cellular_respiration_105(X),fn_prokaryotic_cellular_respiration_102(X))
& object_2(fn_prokaryotic_cellular_respiration_90(X),fn_prokaryotic_cellular_respiration_93(X))
& object_2(fn_prokaryotic_cellular_respiration_91(X),fn_prokaryotic_cellular_respiration_93(X))
& origin_2(fn_prokaryotic_cellular_respiration_91(X),fn_prokaryotic_cellular_respiration_108(X))
& has_part_2(fn_prokaryotic_cellular_respiration_77(X),fn_prokaryotic_cellular_respiration_105(X))
& raw_material_2(fn_prokaryotic_cellular_respiration_54(X),fn_prokaryotic_cellular_respiration_30(X))
& object_2(fn_prokaryotic_cellular_respiration_92(X),fn_prokaryotic_cellular_respiration_103(X))
& fn_prokaryotic_cellular_respiration_102(X) != fn_prokaryotic_cellular_respiration_104(X)
& fn_prokaryotic_cellular_respiration_104(X) != fn_prokaryotic_cellular_respiration_102(X)
& agent_2(fn_prokaryotic_cellular_respiration_96(X),fn_prokaryotic_cellular_respiration_103(X))
& facilitates_2(fn_prokaryotic_cellular_respiration_76(X),fn_prokaryotic_cellular_respiration_96(X))
& has_function_2(fn_prokaryotic_cellular_respiration_103(X),fn_prokaryotic_cellular_respiration_96(X))
& path_2(fn_prokaryotic_cellular_respiration_90(X),fn_prokaryotic_cellular_respiration_105(X))
& destination_2(fn_prokaryotic_cellular_respiration_91(X),fn_prokaryotic_cellular_respiration_106(X))
& destination_2(fn_prokaryotic_cellular_respiration_90(X),fn_prokaryotic_cellular_respiration_108(X))
& has_solute_2(fn_prokaryotic_cellular_respiration_108(X),fn_prokaryotic_cellular_respiration_64(X))
& has_part_2(fn_prokaryotic_cellular_respiration_108(X),fn_prokaryotic_cellular_respiration_64(X))
& fn_prokaryotic_cellular_respiration_65(X) != fn_prokaryotic_cellular_respiration_64(X)
& fn_prokaryotic_cellular_respiration_64(X) != fn_prokaryotic_cellular_respiration_65(X)
& has_solvent_2(fn_prokaryotic_cellular_respiration_108(X),fn_prokaryotic_cellular_respiration_65(X))
& has_part_2(fn_prokaryotic_cellular_respiration_108(X),fn_prokaryotic_cellular_respiration_65(X))
& has_function_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_96(X))
& is_inside_2(fn_prokaryotic_cellular_respiration_37(X),fn_prokaryotic_cellular_respiration_105(X))
& has_part_2(fn_prokaryotic_cellular_respiration_105(X),fn_prokaryotic_cellular_respiration_103(X))
& is_across_2(fn_prokaryotic_cellular_respiration_103(X),fn_prokaryotic_cellular_respiration_105(X))
& has_region_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_36(X))
& is_at_2(fn_prokaryotic_cellular_respiration_35(X),fn_prokaryotic_cellular_respiration_36(X))
& facilitates_2(fn_prokaryotic_cellular_respiration_35(X),fn_prokaryotic_cellular_respiration_50(X))
& base_2(fn_prokaryotic_cellular_respiration_99(X),fn_prokaryotic_cellular_respiration_105(X))
& path_2(fn_prokaryotic_cellular_respiration_96(X),fn_prokaryotic_cellular_respiration_105(X))
& called_2(fn_prokaryotic_cellular_respiration_104(X),'MP2')
& instrument_2(fn_prokaryotic_cellular_respiration_96(X),fn_prokaryotic_cellular_respiration_104(X))
& possesses_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_32(X))
& is_between_2(fn_prokaryotic_cellular_respiration_32(X),fn_prokaryotic_cellular_respiration_44(X))
& fn_prokaryotic_cellular_respiration_44(X) != fn_prokaryotic_cellular_respiration_43(X)
& is_between_2(fn_prokaryotic_cellular_respiration_33(X),fn_prokaryotic_cellular_respiration_43(X))
& fn_prokaryotic_cellular_respiration_43(X) != fn_prokaryotic_cellular_respiration_44(X)
& result_2(fn_prokaryotic_cellular_respiration_96(X),fn_prokaryotic_cellular_respiration_81(X))
& rate_2(fn_prokaryotic_cellular_respiration_96(X),fn_prokaryotic_cellular_respiration_79(X))
& subevent_2(fn_prokaryotic_cellular_respiration_96(X),fn_prokaryotic_cellular_respiration_91(X))
& base_2(fn_prokaryotic_cellular_respiration_96(X),fn_prokaryotic_cellular_respiration_77(X))
& destination_2(fn_prokaryotic_cellular_respiration_96(X),fn_prokaryotic_cellular_respiration_106(X))
& origin_2(fn_prokaryotic_cellular_respiration_96(X),fn_prokaryotic_cellular_respiration_108(X))
& is_between_2(fn_prokaryotic_cellular_respiration_107(X),fn_prokaryotic_cellular_respiration_108(X))
& is_between_2(fn_prokaryotic_cellular_respiration_107(X),fn_prokaryotic_cellular_respiration_106(X))
& subevent_2(X,fn_prokaryotic_cellular_respiration_138(X))
& possesses_2(fn_prokaryotic_cellular_respiration_61(X),fn_prokaryotic_cellular_respiration_130(X))
& raw_material_2(X,fn_prokaryotic_cellular_respiration_131(X))
& time_during_2(fn_prokaryotic_cellular_respiration_83(X),fn_prokaryotic_cellular_respiration_80(X))
& first_subevent_2(X,fn_prokaryotic_cellular_respiration_84(X))
& subevent_2(X,fn_prokaryotic_cellular_respiration_84(X))
& subevent_2(X,fn_prokaryotic_cellular_respiration_75(X))
& result_2(X,fn_prokaryotic_cellular_respiration_85(X))
& quantity_2(fn_prokaryotic_cellular_respiration_85(X),fn_prokaryotic_cellular_respiration_63(X))
& negative_influence_2(fn_prokaryotic_cellular_respiration_63(X),fn_prokaryotic_cellular_respiration_62(X))
& rate_2(X,fn_prokaryotic_cellular_respiration_62(X))
& result_2(X,fn_prokaryotic_cellular_respiration_61(X))
& next_event_2(fn_prokaryotic_cellular_respiration_83(X),fn_prokaryotic_cellular_respiration_75(X))
& subevent_2(X,fn_prokaryotic_cellular_respiration_83(X))
& result_2(X,fn_prokaryotic_cellular_respiration_115(X))
& result_2(fn_prokaryotic_cellular_respiration_138(X),fn_prokaryotic_cellular_respiration_115(X))
& next_event_2(fn_prokaryotic_cellular_respiration_75(X),fn_prokaryotic_cellular_respiration_138(X))
& result_2(X,fn_prokaryotic_cellular_respiration_132(X))
& result_2(fn_prokaryotic_cellular_respiration_84(X),fn_prokaryotic_cellular_respiration_132(X))
& next_event_2(fn_prokaryotic_cellular_respiration_84(X),fn_prokaryotic_cellular_respiration_83(X))
& fn_prokaryotic_cellular_respiration_75(X) != fn_prokaryotic_cellular_respiration_84(X)
& fn_prokaryotic_cellular_respiration_84(X) != fn_prokaryotic_cellular_respiration_75(X)
& base_2(fn_prokaryotic_cellular_respiration_90(X),fn_prokaryotic_cellular_respiration_107(X))
& subevent_2(fn_prokaryotic_cellular_respiration_90(X),fn_prokaryotic_cellular_respiration_91(X))
& is_between_2(fn_prokaryotic_cellular_respiration_105(X),fn_prokaryotic_cellular_respiration_95(X))
& fn_prokaryotic_cellular_respiration_95(X) != fn_prokaryotic_cellular_respiration_94(X)
& is_between_2(fn_prokaryotic_cellular_respiration_105(X),fn_prokaryotic_cellular_respiration_94(X))
& has_region_2(fn_prokaryotic_cellular_respiration_105(X),fn_prokaryotic_cellular_respiration_98(X))
& fn_prokaryotic_cellular_respiration_94(X) != fn_prokaryotic_cellular_respiration_95(X)
& base_2(fn_prokaryotic_cellular_respiration_91(X),fn_prokaryotic_cellular_respiration_105(X))
& has_function_2(fn_prokaryotic_cellular_respiration_105(X),fn_prokaryotic_cellular_respiration_91(X))
& has_part_2(fn_prokaryotic_cellular_respiration_105(X),fn_prokaryotic_cellular_respiration_104(X))
& is_across_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_105(X))
& has_part_2(fn_prokaryotic_cellular_respiration_105(X),fn_prokaryotic_cellular_respiration_52(X))
& has_region_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_39(X))
& has_part_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_41(X))
& is_inside_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_52(X))
& speed_2(fn_prokaryotic_cellular_respiration_53(X),fn_prokaryotic_cellular_respiration_55(X))
& object_2(fn_prokaryotic_cellular_respiration_53(X),fn_prokaryotic_cellular_respiration_104(X))
& size_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_49(X))
& agent_2(fn_prokaryotic_cellular_respiration_50(X),fn_prokaryotic_cellular_respiration_104(X))
& has_part_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_45(X))
& size_2(fn_prokaryotic_cellular_respiration_45(X),fn_prokaryotic_cellular_respiration_57(X))
& greater_than_2(fn_prokaryotic_cellular_respiration_49(X),fn_prokaryotic_cellular_respiration_57(X))
& the_scalar_value_2(fn_prokaryotic_cellular_respiration_49(X),big_0)
& scalar_unit_class_2(fn_prokaryotic_cellular_respiration_49(X),polypeptide_0)
& has_function_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_50(X))
& site_2(fn_prokaryotic_cellular_respiration_50(X),fn_prokaryotic_cellular_respiration_35(X))
& is_at_2(fn_prokaryotic_cellular_respiration_46(X),fn_prokaryotic_cellular_respiration_35(X))
& has_part_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_46(X))
& has_part_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_43(X))
& facilitates_2(fn_prokaryotic_cellular_respiration_37(X),fn_prokaryotic_cellular_respiration_51(X))
& is_inside_2(fn_prokaryotic_cellular_respiration_42(X),fn_prokaryotic_cellular_respiration_37(X))
& has_part_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_42(X))
& has_region_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_37(X))
& site_2(fn_prokaryotic_cellular_respiration_51(X),fn_prokaryotic_cellular_respiration_37(X))
& has_function_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_51(X))
& agent_2(fn_prokaryotic_cellular_respiration_51(X),fn_prokaryotic_cellular_respiration_104(X))
& has_region_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_35(X))
& is_opposite_2(fn_prokaryotic_cellular_respiration_35(X),fn_prokaryotic_cellular_respiration_39(X))
& facilitates_2(fn_prokaryotic_cellular_respiration_39(X),fn_prokaryotic_cellular_respiration_50(X))
& is_opposite_2(fn_prokaryotic_cellular_respiration_39(X),fn_prokaryotic_cellular_respiration_35(X))
& is_inside_2(fn_prokaryotic_cellular_respiration_43(X),fn_prokaryotic_cellular_respiration_38(X))
& has_region_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_38(X))
& has_region_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_34(X))
& is_at_2(fn_prokaryotic_cellular_respiration_58(X),fn_prokaryotic_cellular_respiration_34(X))
& has_part_2(fn_prokaryotic_cellular_respiration_41(X),fn_prokaryotic_cellular_respiration_58(X))
& facilitates_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_91(X))
& agent_2(fn_prokaryotic_cellular_respiration_91(X),fn_prokaryotic_cellular_respiration_104(X))
& possesses_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_31(X))
& quantity_2(fn_prokaryotic_cellular_respiration_31(X),fn_prokaryotic_cellular_respiration_56(X))
& directly_proportional_2(fn_prokaryotic_cellular_respiration_55(X),fn_prokaryotic_cellular_respiration_56(X))
& result_2(fn_prokaryotic_cellular_respiration_147(X),fn_prokaryotic_cellular_respiration_85(X))
& quantity_2(fn_prokaryotic_cellular_respiration_145(X),fn_prokaryotic_cellular_respiration_144(X))
& called_2(fn_prokaryotic_cellular_respiration_143(X),'FE_p')
& structural_complexity_2(fn_prokaryotic_cellular_respiration_85(X),fn_prokaryotic_cellular_respiration_72(X))
& greater_than_2(fn_prokaryotic_cellular_respiration_72(X),fn_prokaryotic_cellular_respiration_74(X))
& possesses_2(fn_prokaryotic_cellular_respiration_85(X),fn_prokaryotic_cellular_respiration_142(X))
& quantity_2(fn_prokaryotic_cellular_respiration_142(X),fn_prokaryotic_cellular_respiration_143(X))
& greater_than_2(fn_prokaryotic_cellular_respiration_143(X),fn_prokaryotic_cellular_respiration_144(X))
& called_2(fn_prokaryotic_cellular_respiration_144(X),'FE_r')
& fn_prokaryotic_cellular_respiration_44(X) != fn_prokaryotic_cellular_respiration_47(X)
& fn_prokaryotic_cellular_respiration_48(X) != fn_prokaryotic_cellular_respiration_44(X)
& fn_prokaryotic_cellular_respiration_47(X) != fn_prokaryotic_cellular_respiration_44(X)
& is_inside_2(fn_prokaryotic_cellular_respiration_47(X),fn_prokaryotic_cellular_respiration_40(X))
& is_inside_2(fn_prokaryotic_cellular_respiration_48(X),fn_prokaryotic_cellular_respiration_40(X))
& fn_prokaryotic_cellular_respiration_44(X) != fn_prokaryotic_cellular_respiration_48(X)
& is_inside_2(fn_prokaryotic_cellular_respiration_44(X),fn_prokaryotic_cellular_respiration_40(X))
& fn_prokaryotic_cellular_respiration_48(X) != fn_prokaryotic_cellular_respiration_47(X)
& fn_prokaryotic_cellular_respiration_47(X) != fn_prokaryotic_cellular_respiration_48(X)
& is_between_2(fn_prokaryotic_cellular_respiration_33(X),fn_prokaryotic_cellular_respiration_47(X))
& is_between_2(fn_prokaryotic_cellular_respiration_32(X),fn_prokaryotic_cellular_respiration_47(X))
& is_between_2(fn_prokaryotic_cellular_respiration_32(X),fn_prokaryotic_cellular_respiration_48(X))
& is_between_2(fn_prokaryotic_cellular_respiration_33(X),fn_prokaryotic_cellular_respiration_44(X))
& has_reduced_form_2(fn_prokaryotic_cellular_respiration_71(X),fn_prokaryotic_cellular_respiration_115(X))
& has_oxidized_form_2(fn_prokaryotic_cellular_respiration_115(X),fn_prokaryotic_cellular_respiration_71(X))
& fn_prokaryotic_cellular_respiration_71(X) != fn_prokaryotic_cellular_respiration_115(X)
& fn_prokaryotic_cellular_respiration_115(X) != fn_prokaryotic_cellular_respiration_71(X)
& has_state_2(fn_prokaryotic_cellular_respiration_71(X),fn_prokaryotic_cellular_respiration_115(X))
& has_state_2(fn_prokaryotic_cellular_respiration_115(X),fn_prokaryotic_cellular_respiration_71(X))
& fn_prokaryotic_cellular_respiration_126(X) != fn_prokaryotic_cellular_respiration_127(X)
& is_inside_2(fn_prokaryotic_cellular_respiration_126(X),fn_prokaryotic_cellular_respiration_124(X))
& fn_prokaryotic_cellular_respiration_127(X) != fn_prokaryotic_cellular_respiration_126(X)
& has_part_2(fn_prokaryotic_cellular_respiration_115(X),fn_prokaryotic_cellular_respiration_127(X))
& agent_2(fn_prokaryotic_cellular_respiration_73(X),fn_prokaryotic_cellular_respiration_115(X))
& has_function_2(fn_prokaryotic_cellular_respiration_115(X),fn_prokaryotic_cellular_respiration_73(X))
& possesses_2(fn_prokaryotic_cellular_respiration_115(X),fn_prokaryotic_cellular_respiration_128(X))
& quantity_2(fn_prokaryotic_cellular_respiration_128(X),fn_prokaryotic_cellular_respiration_122(X))
& directly_proportional_2(fn_prokaryotic_cellular_respiration_123(X),fn_prokaryotic_cellular_respiration_122(X))
& speed_2(fn_prokaryotic_cellular_respiration_125(X),fn_prokaryotic_cellular_respiration_123(X))
& object_2(fn_prokaryotic_cellular_respiration_125(X),fn_prokaryotic_cellular_respiration_115(X))
& has_part_2(fn_prokaryotic_cellular_respiration_115(X),fn_prokaryotic_cellular_respiration_126(X))
& has_region_2(fn_prokaryotic_cellular_respiration_115(X),fn_prokaryotic_cellular_respiration_124(X))
& greater_than_2(fn_prokaryotic_cellular_respiration_118(X),fn_prokaryotic_cellular_respiration_119(X))
& quantity_2(fn_prokaryotic_cellular_respiration_117(X),fn_prokaryotic_cellular_respiration_118(X))
& possesses_2(fn_prokaryotic_cellular_respiration_111(X),fn_prokaryotic_cellular_respiration_117(X))
& raw_material_2(fn_prokaryotic_cellular_respiration_75(X),fn_prokaryotic_cellular_respiration_111(X))
& possesses_2(fn_prokaryotic_cellular_respiration_71(X),fn_prokaryotic_cellular_respiration_117(X))
& structural_complexity_2(fn_prokaryotic_cellular_respiration_71(X),fn_prokaryotic_cellular_respiration_129(X))
& greater_than_2(fn_prokaryotic_cellular_respiration_129(X),fn_prokaryotic_cellular_respiration_72(X))
& structural_complexity_2(fn_prokaryotic_cellular_respiration_115(X),fn_prokaryotic_cellular_respiration_72(X))
& result_2(fn_prokaryotic_cellular_respiration_75(X),fn_prokaryotic_cellular_respiration_115(X))
& raw_material_2(fn_prokaryotic_cellular_respiration_75(X),fn_prokaryotic_cellular_respiration_71(X))
& result_2(fn_prokaryotic_cellular_respiration_75(X),fn_prokaryotic_cellular_respiration_132(X))
& possesses_2(fn_prokaryotic_cellular_respiration_132(X),fn_prokaryotic_cellular_respiration_130(X))
& possesses_2(fn_prokaryotic_cellular_respiration_115(X),fn_prokaryotic_cellular_respiration_130(X))
& raw_material_2(fn_prokaryotic_cellular_respiration_75(X),fn_prokaryotic_cellular_respiration_149(X))
& quantity_2(fn_prokaryotic_cellular_respiration_130(X),fn_prokaryotic_cellular_respiration_119(X))
& result_2(fn_prokaryotic_cellular_respiration_75(X),fn_prokaryotic_cellular_respiration_85(X))
& structural_complexity_2(fn_prokaryotic_cellular_respiration_111(X),fn_prokaryotic_cellular_respiration_74(X))
& subevent_2(fn_prokaryotic_cellular_respiration_138(X),fn_prokaryotic_cellular_respiration_146(X))
& raw_material_2(fn_prokaryotic_cellular_respiration_138(X),fn_prokaryotic_cellular_respiration_148(X))
& raw_material_2(fn_prokaryotic_cellular_respiration_146(X),fn_prokaryotic_cellular_respiration_148(X))
& result_2(fn_prokaryotic_cellular_respiration_146(X),fn_prokaryotic_cellular_respiration_85(X))
& result_2(fn_prokaryotic_cellular_respiration_138(X),fn_prokaryotic_cellular_respiration_85(X))
& structural_complexity_2(fn_prokaryotic_cellular_respiration_148(X),fn_prokaryotic_cellular_respiration_74(X))
& raw_material_2(fn_prokaryotic_cellular_respiration_147(X),fn_prokaryotic_cellular_respiration_148(X))
& subevent_2(fn_prokaryotic_cellular_respiration_146(X),fn_prokaryotic_cellular_respiration_147(X))
& possesses_2(fn_prokaryotic_cellular_respiration_148(X),fn_prokaryotic_cellular_respiration_145(X))
& fn_prokaryotic_cellular_respiration_115(X) != fn_prokaryotic_cellular_respiration_136(X)
& fn_prokaryotic_cellular_respiration_136(X) != fn_prokaryotic_cellular_respiration_71(X)
& fn_prokaryotic_cellular_respiration_71(X) != fn_prokaryotic_cellular_respiration_136(X)
& fn_prokaryotic_cellular_respiration_136(X) != fn_prokaryotic_cellular_respiration_115(X)
& result_2(fn_prokaryotic_cellular_respiration_84(X),fn_prokaryotic_cellular_respiration_115(X))
& structural_complexity_2(fn_prokaryotic_cellular_respiration_70(X),fn_prokaryotic_cellular_respiration_72(X))
& result_2(fn_prokaryotic_cellular_respiration_84(X),fn_prokaryotic_cellular_respiration_70(X))
& raw_material_2(fn_prokaryotic_cellular_respiration_84(X),fn_prokaryotic_cellular_respiration_71(X))
& raw_material_2(fn_prokaryotic_cellular_respiration_137(X),fn_prokaryotic_cellular_respiration_71(X))
& result_2(fn_prokaryotic_cellular_respiration_137(X),fn_prokaryotic_cellular_respiration_115(X))
& fn_prokaryotic_cellular_respiration_85(X) != fn_prokaryotic_cellular_respiration_139(X)
& fn_prokaryotic_cellular_respiration_139(X) != fn_prokaryotic_cellular_respiration_85(X)
& fn_prokaryotic_cellular_respiration_85(X) != fn_prokaryotic_cellular_respiration_140(X)
& fn_prokaryotic_cellular_respiration_140(X) != fn_prokaryotic_cellular_respiration_85(X)
& result_2(fn_prokaryotic_cellular_respiration_84(X),fn_prokaryotic_cellular_respiration_85(X))
& fn_prokaryotic_cellular_respiration_140(X) != fn_prokaryotic_cellular_respiration_139(X)
& fn_prokaryotic_cellular_respiration_139(X) != fn_prokaryotic_cellular_respiration_140(X)
& raw_material_2(fn_prokaryotic_cellular_respiration_84(X),fn_prokaryotic_cellular_respiration_140(X))
& raw_material_2(fn_prokaryotic_cellular_respiration_141(X),fn_prokaryotic_cellular_respiration_140(X))
& raw_material_2(fn_prokaryotic_cellular_respiration_141(X),fn_prokaryotic_cellular_respiration_139(X))
& the_scalar_value_2(fn_prokaryotic_cellular_respiration_129(X),complex_0)
& scalar_unit_class_2(fn_prokaryotic_cellular_respiration_129(X),chemical_entity_0)
& structural_complexity_2(fn_prokaryotic_cellular_respiration_131(X),fn_prokaryotic_cellular_respiration_129(X))
& raw_material_2(fn_prokaryotic_cellular_respiration_84(X),fn_prokaryotic_cellular_respiration_131(X))
& raw_material_2(fn_prokaryotic_cellular_respiration_84(X),fn_prokaryotic_cellular_respiration_139(X))
& fn_prokaryotic_cellular_respiration_116(X) != fn_prokaryotic_cellular_respiration_137(X)
& fn_prokaryotic_cellular_respiration_137(X) != fn_prokaryotic_cellular_respiration_116(X)
& raw_material_2(fn_prokaryotic_cellular_respiration_116(X),fn_prokaryotic_cellular_respiration_71(X))
& result_2(fn_prokaryotic_cellular_respiration_116(X),fn_prokaryotic_cellular_respiration_115(X))
& possesses_2(fn_prokaryotic_cellular_respiration_131(X),fn_prokaryotic_cellular_respiration_117(X))
& result_2(fn_prokaryotic_cellular_respiration_141(X),fn_prokaryotic_cellular_respiration_85(X))
& raw_material_2(fn_prokaryotic_cellular_respiration_137(X),fn_prokaryotic_cellular_respiration_136(X))
& possesses_2(fn_prokaryotic_cellular_respiration_70(X),fn_prokaryotic_cellular_respiration_130(X))
& raw_material_2(fn_prokaryotic_cellular_respiration_83(X),fn_prokaryotic_cellular_respiration_70(X))
& subevent_2(fn_prokaryotic_cellular_respiration_83(X),fn_prokaryotic_cellular_respiration_109(X))
& result_2(fn_prokaryotic_cellular_respiration_109(X),fn_prokaryotic_cellular_respiration_111(X))
& result_2(fn_prokaryotic_cellular_respiration_83(X),fn_prokaryotic_cellular_respiration_111(X))
& result_2(fn_prokaryotic_cellular_respiration_83(X),fn_prokaryotic_cellular_respiration_115(X))
& first_subevent_2(fn_prokaryotic_cellular_respiration_83(X),fn_prokaryotic_cellular_respiration_110(X))
& subevent_2(fn_prokaryotic_cellular_respiration_83(X),fn_prokaryotic_cellular_respiration_110(X))
& directly_proportional_2(fn_prokaryotic_cellular_respiration_78(X),fn_prokaryotic_cellular_respiration_79(X))
& quantity_2(fn_prokaryotic_cellular_respiration_103(X),fn_prokaryotic_cellular_respiration_78(X))
& path_2(fn_prokaryotic_cellular_respiration_91(X),fn_prokaryotic_cellular_respiration_76(X))
& has_region_2(fn_prokaryotic_cellular_respiration_103(X),fn_prokaryotic_cellular_respiration_76(X))
& element_2(fn_prokaryotic_cellular_respiration_103(X),fn_prokaryotic_cellular_respiration_101(X))
& fn_prokaryotic_cellular_respiration_48(X) != fn_prokaryotic_cellular_respiration_43(X)
& fn_prokaryotic_cellular_respiration_43(X) != fn_prokaryotic_cellular_respiration_48(X)
& has_part_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_48(X))
& site_2(fn_prokaryotic_cellular_respiration_50(X),fn_prokaryotic_cellular_respiration_39(X))
& is_between_2(fn_prokaryotic_cellular_respiration_33(X),fn_prokaryotic_cellular_respiration_48(X))
& possesses_2(fn_prokaryotic_cellular_respiration_104(X),fn_prokaryotic_cellular_respiration_33(X))
& is_at_2(fn_prokaryotic_cellular_respiration_100(X),fn_prokaryotic_cellular_respiration_105(X))
& agent_2(fn_prokaryotic_cellular_respiration_90(X),fn_prokaryotic_cellular_respiration_102(X))
& has_region_2(fn_prokaryotic_cellular_respiration_105(X),fn_prokaryotic_cellular_respiration_97(X))
& fn_prokaryotic_cellular_respiration_101(X) = fn_attach_1(fn_prokaryotic_cellular_respiration_99(X))
& fn_prokaryotic_cellular_respiration_93(X) = fn_detach_1(fn_prokaryotic_cellular_respiration_89(X))
& fn_prokaryotic_cellular_respiration_93(X) = fn_attach_1(fn_prokaryotic_cellular_respiration_88(X))
& fn_prokaryotic_cellular_respiration_115(X) = fn_release_2(fn_prokaryotic_cellular_respiration_113(X))
& fn_prokaryotic_cellular_respiration_86(X) = fn_create_1(fn_prokaryotic_cellular_respiration_87(X))
& fn_prokaryotic_cellular_respiration_115(X) = fn_electron_transport_chain_reaction_24(fn_prokaryotic_cellular_respiration_82(X))
& fn_prokaryotic_cellular_respiration_106(X) = fn_active_transport_20(fn_prokaryotic_cellular_respiration_90(X))
& fn_prokaryotic_cellular_respiration_111(X) = fn_catabolic_pathway_10(X)
& fn_prokaryotic_cellular_respiration_112(X) = fn_release_1(fn_prokaryotic_cellular_respiration_113(X))
& fn_prokaryotic_cellular_respiration_104(X) = fn_functional_group_1(fn_prokaryotic_cellular_respiration_40(X))
& fn_prokaryotic_cellular_respiration_40(X) = fn_phosphorylation_3(fn_prokaryotic_cellular_respiration_54(X))
& fn_prokaryotic_cellular_respiration_104(X) = fn_phosphorylation_2(fn_prokaryotic_cellular_respiration_54(X))
& fn_prokaryotic_cellular_respiration_115(X) = fn_locomotion_1(fn_prokaryotic_cellular_respiration_114(X))
& fn_prokaryotic_cellular_respiration_105(X) = fn_carrier_protein_18(fn_prokaryotic_cellular_respiration_102(X))
& fn_prokaryotic_cellular_respiration_105(X) = fn_electrogenic_pump_30(fn_prokaryotic_cellular_respiration_102(X))
& fn_prokaryotic_cellular_respiration_93(X) = fn_active_transport_19(fn_prokaryotic_cellular_respiration_90(X))
& fn_prokaryotic_cellular_respiration_105(X) = fn_cell_30(fn_prokaryotic_cellular_respiration_77(X))
& fn_prokaryotic_cellular_respiration_30(X) = fn_phosphorylation_5(fn_prokaryotic_cellular_respiration_54(X))
& fn_prokaryotic_cellular_respiration_30(X) = fn_phosphorylation_1(fn_prokaryotic_cellular_respiration_54(X))
& fn_prokaryotic_cellular_respiration_103(X) = fn_activation_of_atp_synthase_3(fn_prokaryotic_cellular_respiration_92(X))
& fn_prokaryotic_cellular_respiration_102(X) = fn_plasma_membrane_54(fn_prokaryotic_cellular_respiration_105(X))
& fn_prokaryotic_cellular_respiration_64(X) = fn_solution_5(fn_prokaryotic_cellular_respiration_108(X))
& fn_prokaryotic_cellular_respiration_65(X) = fn_active_transport_24(fn_prokaryotic_cellular_respiration_90(X))
& fn_prokaryotic_cellular_respiration_64(X) = fn_active_transport_23(fn_prokaryotic_cellular_respiration_90(X))
& fn_prokaryotic_cellular_respiration_108(X) = fn_active_transport_21(fn_prokaryotic_cellular_respiration_90(X))
& fn_prokaryotic_cellular_respiration_65(X) = fn_solution_6(fn_prokaryotic_cellular_respiration_108(X))
& fn_prokaryotic_cellular_respiration_65(X) = fn_aqueous_solution_14(fn_prokaryotic_cellular_respiration_108(X))
& fn_prokaryotic_cellular_respiration_105(X) = fn_integral_protein_24(fn_prokaryotic_cellular_respiration_102(X))
& fn_prokaryotic_cellular_respiration_36(X) = fn_integral_protein_29(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_99(X) = fn_facilitated_diffusion_51(fn_prokaryotic_cellular_respiration_96(X))
& fn_prokaryotic_cellular_respiration_96(X) = fn_atp_synthase_46(fn_prokaryotic_cellular_respiration_103(X))
& fn_prokaryotic_cellular_respiration_33(X) = fn_facilitated_diffusion_31(fn_prokaryotic_cellular_respiration_96(X))
& fn_prokaryotic_cellular_respiration_43(X) = fn_facilitated_diffusion_38(fn_prokaryotic_cellular_respiration_96(X))
& fn_prokaryotic_cellular_respiration_44(X) = fn_facilitated_diffusion_39(fn_prokaryotic_cellular_respiration_96(X))
& fn_prokaryotic_cellular_respiration_32(X) = fn_polymer_1(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_32(X) = fn_facilitated_diffusion_31(fn_prokaryotic_cellular_respiration_96(X))
& fn_prokaryotic_cellular_respiration_96(X) = fn_transport_protein_28(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_81(X) = fn_exergonic_process_3(fn_prokaryotic_cellular_respiration_96(X))
& fn_prokaryotic_cellular_respiration_81(X) = fn_passive_transport_17(fn_prokaryotic_cellular_respiration_96(X))
& fn_prokaryotic_cellular_respiration_79(X) = fn_passive_transport_6(fn_prokaryotic_cellular_respiration_96(X))
& fn_prokaryotic_cellular_respiration_91(X) = fn_passive_transport_24(fn_prokaryotic_cellular_respiration_96(X))
& fn_prokaryotic_cellular_respiration_77(X) = fn_passive_transport_1(fn_prokaryotic_cellular_respiration_96(X))
& fn_prokaryotic_cellular_respiration_106(X) = fn_active_transport_21(fn_prokaryotic_cellular_respiration_90(X))
& fn_prokaryotic_cellular_respiration_106(X) = fn_passive_transport_12(fn_prokaryotic_cellular_respiration_96(X))
& fn_prokaryotic_cellular_respiration_108(X) = fn_active_transport_20(fn_prokaryotic_cellular_respiration_90(X))
& fn_prokaryotic_cellular_respiration_107(X) = fn_passive_transport_26(fn_prokaryotic_cellular_respiration_96(X))
& fn_prokaryotic_cellular_respiration_108(X) = fn_passive_transport_11(fn_prokaryotic_cellular_respiration_96(X))
& fn_prokaryotic_cellular_respiration_130(X) = fn_cellular_respiration_43(X)
& fn_prokaryotic_cellular_respiration_131(X) = fn_cellular_respiration_42(X)
& fn_prokaryotic_cellular_respiration_60(X) = fn_cellular_respiration_6(X)
& fn_prokaryotic_cellular_respiration_80(X) = fn_cellular_respiration_4(X)
& fn_prokaryotic_cellular_respiration_59(X) = fn_cellular_respiration_11(X)
& fn_prokaryotic_cellular_respiration_61(X) = fn_cellular_respiration_64(X)
& fn_prokaryotic_cellular_respiration_62(X) = fn_cellular_respiration_7(X)
& fn_prokaryotic_cellular_respiration_63(X) = fn_cellular_respiration_10(X)
& fn_prokaryotic_cellular_respiration_85(X) = fn_cellular_respiration_36(X)
& fn_prokaryotic_cellular_respiration_138(X) = fn_cellular_respiration_63(X)
& fn_prokaryotic_cellular_respiration_115(X) = fn_catabolic_pathway_9(X)
& fn_prokaryotic_cellular_respiration_115(X) = fn_cellular_respiration_56(X)
& fn_prokaryotic_cellular_respiration_83(X) = fn_cellular_respiration_54(X)
& fn_prokaryotic_cellular_respiration_75(X) = fn_cellular_respiration_62(X)
& fn_prokaryotic_cellular_respiration_84(X) = fn_cellular_respiration_60(X)
& fn_prokaryotic_cellular_respiration_132(X) = fn_cellular_respiration_61(X)
& fn_prokaryotic_cellular_respiration_107(X) = fn_active_transport_25(fn_prokaryotic_cellular_respiration_90(X))
& fn_prokaryotic_cellular_respiration_98(X) = fn_plasma_membrane_6(fn_prokaryotic_cellular_respiration_105(X))
& fn_prokaryotic_cellular_respiration_94(X) = fn_plasma_membrane_70(fn_prokaryotic_cellular_respiration_105(X))
& fn_prokaryotic_cellular_respiration_95(X) = fn_plasma_membrane_77(fn_prokaryotic_cellular_respiration_105(X))
& fn_prokaryotic_cellular_respiration_105(X) = fn_transport_protein_35(fn_prokaryotic_cellular_respiration_102(X))
& fn_prokaryotic_cellular_respiration_52(X) = fn_biomembrane_63(fn_prokaryotic_cellular_respiration_105(X))
& fn_prokaryotic_cellular_respiration_52(X) = fn_integral_protein_27(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_52(X) = fn_atp_synthase_40(fn_prokaryotic_cellular_respiration_103(X))
& fn_prokaryotic_cellular_respiration_52(X) = fn_plasma_membrane_71(fn_prokaryotic_cellular_respiration_105(X))
& fn_prokaryotic_cellular_respiration_105(X) = fn_transmembrane_protein_4(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_104(X) = fn_plasma_membrane_68(fn_prokaryotic_cellular_respiration_105(X))
& fn_prokaryotic_cellular_respiration_105(X) = fn_integral_protein_24(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_105(X) = fn_facilitated_diffusion_49(fn_prokaryotic_cellular_respiration_96(X))
& fn_prokaryotic_cellular_respiration_91(X) = fn_protein_pump_1(fn_prokaryotic_cellular_respiration_102(X))
& fn_prokaryotic_cellular_respiration_105(X) = fn_protein_pump_3(fn_prokaryotic_cellular_respiration_102(X))
& fn_prokaryotic_cellular_respiration_91(X) = fn_atp_synthase_30(fn_prokaryotic_cellular_respiration_103(X))
& fn_prokaryotic_cellular_respiration_91(X) = fn_active_transport_22(fn_prokaryotic_cellular_respiration_90(X))
& fn_prokaryotic_cellular_respiration_105(X) = fn_active_transport_18(fn_prokaryotic_cellular_respiration_90(X))
& fn_prokaryotic_cellular_respiration_91(X) = fn_transport_protein_10(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_105(X) = fn_transport_protein_35(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_105(X) = fn_atp_synthase_37(fn_prokaryotic_cellular_respiration_103(X))
& fn_prokaryotic_cellular_respiration_91(X) = fn_plasma_membrane_74(fn_prokaryotic_cellular_respiration_105(X))
& fn_prokaryotic_cellular_respiration_28(X) = fn_transport_protein_29(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_27(X) = fn_transport_protein_30(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_52(X) = fn_transport_protein_12(fn_prokaryotic_cellular_respiration_102(X))
& fn_prokaryotic_cellular_respiration_52(X) = fn_transport_protein_12(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_26(X) = fn_transport_protein_23(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_29(X) = fn_transport_protein_22(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_53(X) = fn_transport_protein_26(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_49(X) = fn_integral_protein_16(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_49(X) = fn_facilitated_diffusion_47(fn_prokaryotic_cellular_respiration_96(X))
& fn_prokaryotic_cellular_respiration_49(X) = fn_plasma_membrane_85(fn_prokaryotic_cellular_respiration_105(X))
& fn_prokaryotic_cellular_respiration_49(X) = fn_transport_protein_20(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_57(X) = fn_facilitated_diffusion_28(fn_prokaryotic_cellular_respiration_96(X))
& fn_prokaryotic_cellular_respiration_57(X) = fn_plasma_membrane_84(fn_prokaryotic_cellular_respiration_105(X))
& fn_prokaryotic_cellular_respiration_57(X) = fn_transport_protein_19(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_104(X) = fn_facilitated_diffusion_25(fn_prokaryotic_cellular_respiration_96(X))
& fn_prokaryotic_cellular_respiration_45(X) = fn_facilitated_diffusion_37(fn_prokaryotic_cellular_respiration_96(X))
& fn_prokaryotic_cellular_respiration_104(X) = fn_plasma_membrane_54(fn_prokaryotic_cellular_respiration_105(X))
& fn_prokaryotic_cellular_respiration_45(X) = fn_plasma_membrane_86(fn_prokaryotic_cellular_respiration_105(X))
& fn_prokaryotic_cellular_respiration_45(X) = fn_transport_protein_21(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_46(X) = fn_integral_protein_6(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_46(X) = fn_transport_protein_32(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_50(X) = fn_integral_protein_7(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_35(X) = fn_integral_protein_23(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_35(X) = fn_transport_protein_33(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_42(X) = fn_integral_protein_5(fn_prokaryotic_cellular_respiration_102(X))
& fn_prokaryotic_cellular_respiration_42(X) = fn_transport_protein_13(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_37(X) = fn_integral_protein_28(fn_prokaryotic_cellular_respiration_102(X))
& fn_prokaryotic_cellular_respiration_51(X) = fn_integral_protein_8(fn_prokaryotic_cellular_respiration_102(X))
& fn_prokaryotic_cellular_respiration_37(X) = fn_transport_protein_15(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_50(X) = fn_transport_protein_4(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_39(X) = fn_transport_protein_33(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_35(X) = fn_transport_protein_16(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_51(X) = fn_transport_protein_5(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_41(X) = fn_transport_protein_7(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_58(X) = fn_transport_protein_8(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_34(X) = fn_transport_protein_6(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_104(X) = fn_plasma_membrane_55(fn_prokaryotic_cellular_respiration_105(X))
& fn_prokaryotic_cellular_respiration_38(X) = fn_plasma_membrane_57(fn_prokaryotic_cellular_respiration_105(X))
& fn_prokaryotic_cellular_respiration_38(X) = fn_transport_protein_18(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_55(X) = fn_transport_protein_25(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_56(X) = fn_transport_protein_24(fn_prokaryotic_cellular_respiration_102(X))
& fn_prokaryotic_cellular_respiration_56(X) = fn_transport_protein_24(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_31(X) = fn_transport_protein_27(fn_prokaryotic_cellular_respiration_102(X))
& fn_prokaryotic_cellular_respiration_31(X) = fn_transport_protein_27(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_91(X) = fn_transport_protein_34(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_85(X) = fn_synthesis_of_organic_molecule_1(fn_prokaryotic_cellular_respiration_147(X))
& fn_prokaryotic_cellular_respiration_145(X) = fn_glycolysis_46(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_150(X) = fn_glycolysis_6(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_67(X) = fn_glycolysis_8(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_151(X) = fn_glycolysis_7(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_66(X) = fn_glycolysis_9(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_74(X) = fn_glycolysis_47(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_72(X) = fn_glycolysis_35(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_144(X) = fn_synthesis_of_atp_7(fn_prokaryotic_cellular_respiration_147(X))
& fn_prokaryotic_cellular_respiration_144(X) = fn_glycolysis_45(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_143(X) = fn_synthesis_of_atp_8(fn_prokaryotic_cellular_respiration_147(X))
& fn_prokaryotic_cellular_respiration_143(X) = fn_glycolysis_44(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_85(X) = fn_synthesis_of_atp_13(fn_prokaryotic_cellular_respiration_147(X))
& fn_prokaryotic_cellular_respiration_142(X) = fn_synthesis_of_atp_9(fn_prokaryotic_cellular_respiration_147(X))
& fn_prokaryotic_cellular_respiration_142(X) = fn_glycolysis_37(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_97(X) = fn_biomembrane_47(fn_prokaryotic_cellular_respiration_105(X))
& fn_prokaryotic_cellular_respiration_102(X) = fn_active_transport_26(fn_prokaryotic_cellular_respiration_90(X))
& fn_prokaryotic_cellular_respiration_100(X) = fn_plasma_membrane_4(fn_prokaryotic_cellular_respiration_105(X))
& fn_prokaryotic_cellular_respiration_100(X) = fn_plasma_membrane_3(fn_prokaryotic_cellular_respiration_105(X))
& fn_prokaryotic_cellular_respiration_48(X) = fn_molecule_11(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_33(X) = fn_molecule_10(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_50(X) = fn_hydrophilic_region_2(fn_prokaryotic_cellular_respiration_39(X))
& fn_prokaryotic_cellular_respiration_43(X) = fn_transport_protein_14(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_48(X) = fn_transport_protein_17(fn_prokaryotic_cellular_respiration_104(X))
& fn_prokaryotic_cellular_respiration_68(X) = fn_atp_synthase_43(fn_prokaryotic_cellular_respiration_103(X))
& fn_prokaryotic_cellular_respiration_79(X) = fn_atp_synthase_41(fn_prokaryotic_cellular_respiration_103(X))
& fn_prokaryotic_cellular_respiration_91(X) = fn_atp_synthase_44(fn_prokaryotic_cellular_respiration_103(X))
& fn_prokaryotic_cellular_respiration_76(X) = fn_atp_synthase_35(fn_prokaryotic_cellular_respiration_103(X))
& fn_prokaryotic_cellular_respiration_101(X) = fn_protein_complex_1(fn_prokaryotic_cellular_respiration_103(X))
& fn_prokaryotic_cellular_respiration_101(X) = fn_atp_synthase_13(fn_prokaryotic_cellular_respiration_103(X))
& fn_prokaryotic_cellular_respiration_69(X) = fn_atp_synthase_7(fn_prokaryotic_cellular_respiration_103(X))
& fn_prokaryotic_cellular_respiration_78(X) = fn_atp_synthase_8(fn_prokaryotic_cellular_respiration_103(X))
& fn_prokaryotic_cellular_respiration_130(X) = fn_pyruvate_oxidation_3(fn_prokaryotic_cellular_respiration_83(X))
& fn_prokaryotic_cellular_respiration_70(X) = fn_pyruvate_oxidation_85(fn_prokaryotic_cellular_respiration_83(X))
& fn_prokaryotic_cellular_respiration_109(X) = fn_pyruvate_oxidation_77(fn_prokaryotic_cellular_respiration_83(X))
& fn_prokaryotic_cellular_respiration_111(X) = fn_pyruvate_oxidation_87(fn_prokaryotic_cellular_respiration_83(X))
& fn_prokaryotic_cellular_respiration_115(X) = fn_pyruvate_oxidation_84(fn_prokaryotic_cellular_respiration_83(X))
& fn_prokaryotic_cellular_respiration_110(X) = fn_pyruvate_oxidation_65(fn_prokaryotic_cellular_respiration_83(X))
& fn_prokaryotic_cellular_respiration_72(X) = fn_glycolysis_48(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_70(X) = fn_glycolysis_55(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_140(X) = fn_glycolysis_13(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_140(X) = fn_glycolysis_63(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_129(X) = fn_glycolysis_81(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_139(X) = fn_glycolysis_62(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_71(X) = fn_glycolysis_78(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_116(X) = fn_glycolysis_67(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_115(X) = fn_glycolysis_74(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_131(X) = fn_glycolysis_77(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_117(X) = fn_glycolysis_88(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_141(X) = fn_glycolysis_64(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_85(X) = fn_glycolysis_75(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_137(X) = fn_glycolysis_56(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_136(X) = fn_glycolysis_79(fn_prokaryotic_cellular_respiration_84(X))
& fn_prokaryotic_cellular_respiration_85(X) = fn_oxidative_phosphorylation_56(fn_prokaryotic_cellular_respiration_138(X))
& fn_prokaryotic_cellular_respiration_74(X) = fn_anabolic_pathway_4(fn_prokaryotic_cellular_respiration_147(X))
& fn_prokaryotic_cellular_respiration_74(X) = fn_synthesis_of_atp_23(fn_prokaryotic_cellular_respiration_147(X))
& fn_prokaryotic_cellular_respiration_74(X) = fn_oxidative_phosphorylation_50(fn_prokaryotic_cellular_respiration_138(X))
& fn_prokaryotic_cellular_respiration_148(X) = fn_anabolic_pathway_6(fn_prokaryotic_cellular_respiration_147(X))
& fn_prokaryotic_cellular_respiration_148(X) = fn_synthesis_of_atp_10(fn_prokaryotic_cellular_respiration_147(X))
& fn_prokaryotic_cellular_respiration_146(X) = fn_oxidative_phosphorylation_71(fn_prokaryotic_cellular_respiration_138(X))
& fn_prokaryotic_cellular_respiration_147(X) = fn_oxidative_phosphorylation_22(fn_prokaryotic_cellular_respiration_138(X))
& fn_prokaryotic_cellular_respiration_148(X) = fn_oxidative_phosphorylation_12(fn_prokaryotic_cellular_respiration_138(X))
& fn_prokaryotic_cellular_respiration_145(X) = fn_oxidative_phosphorylation_51(fn_prokaryotic_cellular_respiration_138(X))
& fn_prokaryotic_cellular_respiration_120(X) = fn_citric_acid_cycle_25(fn_prokaryotic_cellular_respiration_75(X))
& fn_prokaryotic_cellular_respiration_119(X) = fn_citric_acid_cycle_8(fn_prokaryotic_cellular_respiration_75(X))
& fn_prokaryotic_cellular_respiration_117(X) = fn_citric_acid_cycle_6(fn_prokaryotic_cellular_respiration_75(X))
& fn_prokaryotic_cellular_respiration_117(X) = fn_citric_acid_cycle_9(fn_prokaryotic_cellular_respiration_75(X))
& fn_prokaryotic_cellular_respiration_72(X) = fn_citric_acid_cycle_48(fn_prokaryotic_cellular_respiration_75(X))
& fn_prokaryotic_cellular_respiration_71(X) = fn_citric_acid_cycle_105(fn_prokaryotic_cellular_respiration_75(X))
& fn_prokaryotic_cellular_respiration_132(X) = fn_citric_acid_cycle_17(fn_prokaryotic_cellular_respiration_75(X))
& fn_prokaryotic_cellular_respiration_115(X) = fn_citric_acid_cycle_109(fn_prokaryotic_cellular_respiration_75(X))
& fn_prokaryotic_cellular_respiration_133(X) = fn_citric_acid_cycle_38(fn_prokaryotic_cellular_respiration_75(X))
& fn_prokaryotic_cellular_respiration_129(X) = fn_citric_acid_cycle_47(fn_prokaryotic_cellular_respiration_75(X))
& fn_prokaryotic_cellular_respiration_149(X) = fn_citric_acid_cycle_66(fn_prokaryotic_cellular_respiration_75(X))
& fn_prokaryotic_cellular_respiration_130(X) = fn_citric_acid_cycle_12(fn_prokaryotic_cellular_respiration_75(X))
& fn_prokaryotic_cellular_respiration_119(X) = fn_citric_acid_cycle_11(fn_prokaryotic_cellular_respiration_75(X))
& fn_prokaryotic_cellular_respiration_85(X) = fn_citric_acid_cycle_19(fn_prokaryotic_cellular_respiration_75(X))
& fn_prokaryotic_cellular_respiration_121(X) = fn_citric_acid_cycle_26(fn_prokaryotic_cellular_respiration_75(X))
& fn_prokaryotic_cellular_respiration_118(X) = fn_citric_acid_cycle_7(fn_prokaryotic_cellular_respiration_75(X))
& fn_prokaryotic_cellular_respiration_111(X) = fn_citric_acid_cycle_108(fn_prokaryotic_cellular_respiration_75(X))
& fn_prokaryotic_cellular_respiration_74(X) = fn_citric_acid_cycle_5(fn_prokaryotic_cellular_respiration_75(X))
& fn_prokaryotic_cellular_respiration_127(X) = fn_nadh_2(fn_prokaryotic_cellular_respiration_115(X))
& fn_prokaryotic_cellular_respiration_73(X) = fn_nadh_1(fn_prokaryotic_cellular_respiration_115(X))
& fn_prokaryotic_cellular_respiration_128(X) = fn_nadh_9(fn_prokaryotic_cellular_respiration_115(X))
& fn_prokaryotic_cellular_respiration_125(X) = fn_nadh_10(fn_prokaryotic_cellular_respiration_115(X))
& fn_prokaryotic_cellular_respiration_126(X) = fn_nadh_11(fn_prokaryotic_cellular_respiration_115(X))
& fn_prokaryotic_cellular_respiration_135(X) = fn_nadh_12(fn_prokaryotic_cellular_respiration_115(X))
& fn_prokaryotic_cellular_respiration_122(X) = fn_nadh_7(fn_prokaryotic_cellular_respiration_115(X))
& fn_prokaryotic_cellular_respiration_124(X) = fn_nadh_8(fn_prokaryotic_cellular_respiration_115(X))
& fn_prokaryotic_cellular_respiration_134(X) = fn_nadh_13(fn_prokaryotic_cellular_respiration_115(X))
& fn_prokaryotic_cellular_respiration_123(X) = fn_nadh_6(fn_prokaryotic_cellular_respiration_115(X))
& fn_prokaryotic_cellular_respiration_71(X) = fn_nadh_5(fn_prokaryotic_cellular_respiration_115(X))
& fn_prokaryotic_cellular_respiration_115(X) = fn_nad_plus_1(fn_prokaryotic_cellular_respiration_71(X))
& fn_prokaryotic_cellular_respiration_32(X) = fn_phosphate_group_37(fn_prokaryotic_cellular_respiration_40(X))
& fn_prokaryotic_cellular_respiration_48(X) = fn_phosphate_group_22(fn_prokaryotic_cellular_respiration_40(X))
& fn_prokaryotic_cellular_respiration_47(X) = fn_phosphate_group_6(fn_prokaryotic_cellular_respiration_40(X))
& fn_prokaryotic_cellular_respiration_33(X) = fn_phosphate_group_41(fn_prokaryotic_cellular_respiration_40(X))
& fn_prokaryotic_cellular_respiration_44(X) = fn_phosphate_group_5(fn_prokaryotic_cellular_respiration_40(X))
& fn_detach_1(fn_prokaryotic_cellular_respiration_89(X)) = fn_attach_1(fn_prokaryotic_cellular_respiration_88(X))
& fn_attach_1(fn_prokaryotic_cellular_respiration_88(X)) = fn_attach_1(fn_prokaryotic_cellular_respiration_88(X))
& fn_attach_1(fn_prokaryotic_cellular_respiration_88(X)) = fn_active_transport_19(fn_prokaryotic_cellular_respiration_90(X))
& fn_active_transport_19(fn_prokaryotic_cellular_respiration_90(X)) = fn_active_transport_19(fn_prokaryotic_cellular_respiration_90(X))
& fn_active_transport_19(fn_prokaryotic_cellular_respiration_90(X)) = fn_phosphorylation_5(fn_prokaryotic_cellular_respiration_54(X))
& fn_phosphorylation_5(fn_prokaryotic_cellular_respiration_54(X)) = fn_phosphorylation_1(fn_prokaryotic_cellular_respiration_54(X))
& fn_phosphorylation_1(fn_prokaryotic_cellular_respiration_54(X)) = fn_active_transport_23(fn_prokaryotic_cellular_respiration_90(X))
& fn_active_transport_23(fn_prokaryotic_cellular_respiration_90(X)) = fn_solution_5(fn_prokaryotic_cellular_respiration_108(X))
& fn_solution_5(fn_prokaryotic_cellular_respiration_108(X)) = fn_active_transport_23(fn_prokaryotic_cellular_respiration_90(X))
& fn_active_transport_23(fn_prokaryotic_cellular_respiration_90(X)) = fn_active_transport_23(fn_prokaryotic_cellular_respiration_90(X))
& fn_active_transport_23(fn_prokaryotic_cellular_respiration_90(X)) = fn_solution_6(fn_prokaryotic_cellular_respiration_108(X))
& fn_active_transport_24(fn_prokaryotic_cellular_respiration_90(X)) = fn_solution_6(fn_prokaryotic_cellular_respiration_108(X))
& fn_solution_6(fn_prokaryotic_cellular_respiration_108(X)) = fn_active_transport_24(fn_prokaryotic_cellular_respiration_90(X))
& fn_active_transport_24(fn_prokaryotic_cellular_respiration_90(X)) = fn_active_transport_24(fn_prokaryotic_cellular_respiration_90(X))
& fn_active_transport_24(fn_prokaryotic_cellular_respiration_90(X)) = fn_aqueous_solution_14(fn_prokaryotic_cellular_respiration_108(X))
& fn_aqueous_solution_14(fn_prokaryotic_cellular_respiration_108(X)) = fn_aqueous_solution_14(fn_prokaryotic_cellular_respiration_108(X))
& fn_aqueous_solution_14(fn_prokaryotic_cellular_respiration_108(X)) = fn_exergonic_process_3(fn_prokaryotic_cellular_respiration_96(X))
& fn_exergonic_process_3(fn_prokaryotic_cellular_respiration_96(X)) = fn_passive_transport_17(fn_prokaryotic_cellular_respiration_96(X))
& fn_passive_transport_17(fn_prokaryotic_cellular_respiration_96(X)) = fn_active_transport_20(fn_prokaryotic_cellular_respiration_90(X))
& fn_passive_transport_12(fn_prokaryotic_cellular_respiration_96(X)) = fn_active_transport_21(fn_prokaryotic_cellular_respiration_90(X))
& fn_active_transport_21(fn_prokaryotic_cellular_respiration_90(X)) = fn_passive_transport_12(fn_prokaryotic_cellular_respiration_96(X))
& fn_passive_transport_12(fn_prokaryotic_cellular_respiration_96(X)) = fn_active_transport_20(fn_prokaryotic_cellular_respiration_90(X))
& fn_active_transport_21(fn_prokaryotic_cellular_respiration_90(X)) = fn_active_transport_20(fn_prokaryotic_cellular_respiration_90(X))
& fn_active_transport_20(fn_prokaryotic_cellular_respiration_90(X)) = fn_active_transport_21(fn_prokaryotic_cellular_respiration_90(X))
& fn_active_transport_21(fn_prokaryotic_cellular_respiration_90(X)) = fn_active_transport_21(fn_prokaryotic_cellular_respiration_90(X))
& fn_active_transport_21(fn_prokaryotic_cellular_respiration_90(X)) = fn_passive_transport_11(fn_prokaryotic_cellular_respiration_96(X))
& fn_passive_transport_11(fn_prokaryotic_cellular_respiration_96(X)) = fn_passive_transport_11(fn_prokaryotic_cellular_respiration_96(X))
& fn_passive_transport_11(fn_prokaryotic_cellular_respiration_96(X)) = fn_atp_synthase_46(fn_prokaryotic_cellular_respiration_103(X))
& fn_atp_synthase_46(fn_prokaryotic_cellular_respiration_103(X)) = fn_atp_synthase_46(fn_prokaryotic_cellular_respiration_103(X))
& fn_transport_protein_28(fn_prokaryotic_cellular_respiration_104(X)) = fn_atp_synthase_46(fn_prokaryotic_cellular_respiration_103(X))
& fn_atp_synthase_46(fn_prokaryotic_cellular_respiration_103(X)) = fn_transport_protein_28(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_28(fn_prokaryotic_cellular_respiration_104(X)) = fn_active_transport_25(fn_prokaryotic_cellular_respiration_90(X))
& fn_active_transport_25(fn_prokaryotic_cellular_respiration_90(X)) = fn_passive_transport_26(fn_prokaryotic_cellular_respiration_96(X))
& fn_passive_transport_26(fn_prokaryotic_cellular_respiration_96(X)) = fn_active_transport_25(fn_prokaryotic_cellular_respiration_90(X))
& fn_active_transport_25(fn_prokaryotic_cellular_respiration_90(X)) = fn_biomembrane_63(fn_prokaryotic_cellular_respiration_105(X))
& fn_biomembrane_63(fn_prokaryotic_cellular_respiration_105(X)) = fn_integral_protein_27(fn_prokaryotic_cellular_respiration_104(X))
& fn_integral_protein_27(fn_prokaryotic_cellular_respiration_104(X)) = fn_integral_protein_27(fn_prokaryotic_cellular_respiration_104(X))
& fn_integral_protein_27(fn_prokaryotic_cellular_respiration_104(X)) = fn_atp_synthase_40(fn_prokaryotic_cellular_respiration_103(X))
& fn_atp_synthase_40(fn_prokaryotic_cellular_respiration_103(X)) = fn_atp_synthase_40(fn_prokaryotic_cellular_respiration_103(X))
& fn_atp_synthase_40(fn_prokaryotic_cellular_respiration_103(X)) = fn_plasma_membrane_71(fn_prokaryotic_cellular_respiration_105(X))
& fn_transport_protein_12(fn_prokaryotic_cellular_respiration_104(X)) = fn_plasma_membrane_71(fn_prokaryotic_cellular_respiration_105(X))
& fn_plasma_membrane_71(fn_prokaryotic_cellular_respiration_105(X)) = fn_transport_protein_12(fn_prokaryotic_cellular_respiration_102(X))
& fn_transport_protein_12(fn_prokaryotic_cellular_respiration_102(X)) = fn_transport_protein_12(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_12(fn_prokaryotic_cellular_respiration_104(X)) = fn_integral_protein_16(fn_prokaryotic_cellular_respiration_104(X))
& fn_integral_protein_16(fn_prokaryotic_cellular_respiration_104(X)) = fn_integral_protein_16(fn_prokaryotic_cellular_respiration_104(X))
& fn_integral_protein_16(fn_prokaryotic_cellular_respiration_104(X)) = fn_facilitated_diffusion_47(fn_prokaryotic_cellular_respiration_96(X))
& fn_plasma_membrane_85(fn_prokaryotic_cellular_respiration_105(X)) = fn_facilitated_diffusion_47(fn_prokaryotic_cellular_respiration_96(X))
& fn_facilitated_diffusion_47(fn_prokaryotic_cellular_respiration_96(X)) = fn_plasma_membrane_85(fn_prokaryotic_cellular_respiration_105(X))
& fn_transport_protein_20(fn_prokaryotic_cellular_respiration_104(X)) = fn_transport_protein_20(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_20(fn_prokaryotic_cellular_respiration_104(X)) = fn_plasma_membrane_85(fn_prokaryotic_cellular_respiration_105(X))
& fn_plasma_membrane_85(fn_prokaryotic_cellular_respiration_105(X)) = fn_transport_protein_20(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_20(fn_prokaryotic_cellular_respiration_104(X)) = fn_facilitated_diffusion_28(fn_prokaryotic_cellular_respiration_96(X))
& fn_plasma_membrane_84(fn_prokaryotic_cellular_respiration_105(X)) = fn_facilitated_diffusion_28(fn_prokaryotic_cellular_respiration_96(X))
& fn_facilitated_diffusion_28(fn_prokaryotic_cellular_respiration_96(X)) = fn_plasma_membrane_84(fn_prokaryotic_cellular_respiration_105(X))
& fn_transport_protein_19(fn_prokaryotic_cellular_respiration_104(X)) = fn_plasma_membrane_84(fn_prokaryotic_cellular_respiration_105(X))
& fn_plasma_membrane_84(fn_prokaryotic_cellular_respiration_105(X)) = fn_transport_protein_19(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_19(fn_prokaryotic_cellular_respiration_104(X)) = fn_facilitated_diffusion_37(fn_prokaryotic_cellular_respiration_96(X))
& fn_plasma_membrane_86(fn_prokaryotic_cellular_respiration_105(X)) = fn_facilitated_diffusion_37(fn_prokaryotic_cellular_respiration_96(X))
& fn_facilitated_diffusion_37(fn_prokaryotic_cellular_respiration_96(X)) = fn_plasma_membrane_86(fn_prokaryotic_cellular_respiration_105(X))
& fn_plasma_membrane_86(fn_prokaryotic_cellular_respiration_105(X)) = fn_plasma_membrane_86(fn_prokaryotic_cellular_respiration_105(X))
& fn_transport_protein_21(fn_prokaryotic_cellular_respiration_104(X)) = fn_plasma_membrane_86(fn_prokaryotic_cellular_respiration_105(X))
& fn_plasma_membrane_86(fn_prokaryotic_cellular_respiration_105(X)) = fn_transport_protein_21(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_21(fn_prokaryotic_cellular_respiration_104(X)) = fn_transport_protein_32(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_32(fn_prokaryotic_cellular_respiration_104(X)) = fn_integral_protein_6(fn_prokaryotic_cellular_respiration_104(X))
& fn_integral_protein_6(fn_prokaryotic_cellular_respiration_104(X)) = fn_transport_protein_32(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_32(fn_prokaryotic_cellular_respiration_104(X)) = fn_transport_protein_13(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_13(fn_prokaryotic_cellular_respiration_104(X)) = fn_integral_protein_5(fn_prokaryotic_cellular_respiration_102(X))
& fn_integral_protein_5(fn_prokaryotic_cellular_respiration_102(X)) = fn_transport_protein_13(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_13(fn_prokaryotic_cellular_respiration_104(X)) = fn_integral_protein_28(fn_prokaryotic_cellular_respiration_102(X))
& fn_transport_protein_15(fn_prokaryotic_cellular_respiration_104(X)) = fn_transport_protein_15(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_15(fn_prokaryotic_cellular_respiration_104(X)) = fn_integral_protein_28(fn_prokaryotic_cellular_respiration_102(X))
& fn_integral_protein_28(fn_prokaryotic_cellular_respiration_102(X)) = fn_transport_protein_15(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_15(fn_prokaryotic_cellular_respiration_104(X)) = fn_integral_protein_23(fn_prokaryotic_cellular_respiration_104(X))
& fn_integral_protein_23(fn_prokaryotic_cellular_respiration_104(X)) = fn_integral_protein_23(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_33(fn_prokaryotic_cellular_respiration_104(X)) = fn_integral_protein_23(fn_prokaryotic_cellular_respiration_104(X))
& fn_integral_protein_23(fn_prokaryotic_cellular_respiration_104(X)) = fn_transport_protein_33(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_33(fn_prokaryotic_cellular_respiration_104(X)) = fn_transport_protein_33(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_33(fn_prokaryotic_cellular_respiration_104(X)) = fn_transport_protein_16(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_16(fn_prokaryotic_cellular_respiration_104(X)) = fn_transport_protein_16(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_16(fn_prokaryotic_cellular_respiration_104(X)) = fn_integral_protein_8(fn_prokaryotic_cellular_respiration_102(X))
& fn_transport_protein_5(fn_prokaryotic_cellular_respiration_104(X)) = fn_integral_protein_8(fn_prokaryotic_cellular_respiration_102(X))
& fn_integral_protein_8(fn_prokaryotic_cellular_respiration_102(X)) = fn_transport_protein_5(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_5(fn_prokaryotic_cellular_respiration_104(X)) = fn_transport_protein_5(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_5(fn_prokaryotic_cellular_respiration_104(X)) = fn_plasma_membrane_57(fn_prokaryotic_cellular_respiration_105(X))
& fn_plasma_membrane_57(fn_prokaryotic_cellular_respiration_105(X)) = fn_transport_protein_18(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_18(fn_prokaryotic_cellular_respiration_104(X)) = fn_transport_protein_18(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_18(fn_prokaryotic_cellular_respiration_104(X)) = fn_glycolysis_45(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_45(fn_prokaryotic_cellular_respiration_84(X)) = fn_glycolysis_45(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_45(fn_prokaryotic_cellular_respiration_84(X)) = fn_synthesis_of_atp_7(fn_prokaryotic_cellular_respiration_147(X))
& fn_synthesis_of_atp_7(fn_prokaryotic_cellular_respiration_147(X)) = fn_glycolysis_45(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_45(fn_prokaryotic_cellular_respiration_84(X)) = fn_glycolysis_44(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_44(fn_prokaryotic_cellular_respiration_84(X)) = fn_glycolysis_44(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_44(fn_prokaryotic_cellular_respiration_84(X)) = fn_synthesis_of_atp_8(fn_prokaryotic_cellular_respiration_147(X))
& fn_synthesis_of_atp_8(fn_prokaryotic_cellular_respiration_147(X)) = fn_glycolysis_44(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_44(fn_prokaryotic_cellular_respiration_84(X)) = fn_synthesis_of_atp_9(fn_prokaryotic_cellular_respiration_147(X))
& fn_glycolysis_37(fn_prokaryotic_cellular_respiration_84(X)) = fn_synthesis_of_atp_9(fn_prokaryotic_cellular_respiration_147(X))
& fn_synthesis_of_atp_9(fn_prokaryotic_cellular_respiration_147(X)) = fn_glycolysis_37(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_37(fn_prokaryotic_cellular_respiration_84(X)) = fn_plasma_membrane_54(fn_prokaryotic_cellular_respiration_105(X))
& fn_plasma_membrane_54(fn_prokaryotic_cellular_respiration_105(X)) = fn_active_transport_26(fn_prokaryotic_cellular_respiration_90(X))
& fn_active_transport_26(fn_prokaryotic_cellular_respiration_90(X)) = fn_protein_pump_3(fn_prokaryotic_cellular_respiration_102(X))
& fn_protein_pump_3(fn_prokaryotic_cellular_respiration_102(X)) = fn_transmembrane_protein_4(fn_prokaryotic_cellular_respiration_104(X))
& fn_transmembrane_protein_4(fn_prokaryotic_cellular_respiration_104(X)) = fn_protein_pump_3(fn_prokaryotic_cellular_respiration_102(X))
& fn_protein_pump_3(fn_prokaryotic_cellular_respiration_102(X)) = fn_protein_pump_3(fn_prokaryotic_cellular_respiration_102(X))
& fn_protein_pump_3(fn_prokaryotic_cellular_respiration_102(X)) = fn_carrier_protein_18(fn_prokaryotic_cellular_respiration_102(X))
& fn_carrier_protein_18(fn_prokaryotic_cellular_respiration_102(X)) = fn_carrier_protein_18(fn_prokaryotic_cellular_respiration_102(X))
& fn_carrier_protein_18(fn_prokaryotic_cellular_respiration_102(X)) = fn_transmembrane_protein_4(fn_prokaryotic_cellular_respiration_104(X))
& fn_transmembrane_protein_4(fn_prokaryotic_cellular_respiration_104(X)) = fn_carrier_protein_18(fn_prokaryotic_cellular_respiration_102(X))
& fn_electrogenic_pump_30(fn_prokaryotic_cellular_respiration_102(X)) = fn_carrier_protein_18(fn_prokaryotic_cellular_respiration_102(X))
& fn_carrier_protein_18(fn_prokaryotic_cellular_respiration_102(X)) = fn_electrogenic_pump_30(fn_prokaryotic_cellular_respiration_102(X))
& fn_electrogenic_pump_30(fn_prokaryotic_cellular_respiration_102(X)) = fn_electrogenic_pump_30(fn_prokaryotic_cellular_respiration_102(X))
& fn_electrogenic_pump_30(fn_prokaryotic_cellular_respiration_102(X)) = fn_cell_30(fn_prokaryotic_cellular_respiration_77(X))
& fn_integral_protein_24(fn_prokaryotic_cellular_respiration_102(X)) = fn_cell_30(fn_prokaryotic_cellular_respiration_77(X))
& fn_cell_30(fn_prokaryotic_cellular_respiration_77(X)) = fn_integral_protein_24(fn_prokaryotic_cellular_respiration_102(X))
& fn_integral_protein_24(fn_prokaryotic_cellular_respiration_104(X)) = fn_integral_protein_24(fn_prokaryotic_cellular_respiration_102(X))
& fn_integral_protein_24(fn_prokaryotic_cellular_respiration_102(X)) = fn_active_transport_18(fn_prokaryotic_cellular_respiration_90(X))
& fn_active_transport_18(fn_prokaryotic_cellular_respiration_90(X)) = fn_integral_protein_24(fn_prokaryotic_cellular_respiration_102(X))
& fn_integral_protein_24(fn_prokaryotic_cellular_respiration_102(X)) = fn_integral_protein_24(fn_prokaryotic_cellular_respiration_104(X))
& fn_integral_protein_24(fn_prokaryotic_cellular_respiration_104(X)) = fn_integral_protein_24(fn_prokaryotic_cellular_respiration_104(X))
& fn_integral_protein_24(fn_prokaryotic_cellular_respiration_104(X)) = fn_active_transport_18(fn_prokaryotic_cellular_respiration_90(X))
& fn_active_transport_18(fn_prokaryotic_cellular_respiration_90(X)) = fn_transport_protein_35(fn_prokaryotic_cellular_respiration_102(X))
& fn_transport_protein_35(fn_prokaryotic_cellular_respiration_102(X)) = fn_active_transport_18(fn_prokaryotic_cellular_respiration_90(X))
& fn_transport_protein_35(fn_prokaryotic_cellular_respiration_104(X)) = fn_active_transport_18(fn_prokaryotic_cellular_respiration_90(X))
& fn_active_transport_18(fn_prokaryotic_cellular_respiration_90(X)) = fn_transport_protein_35(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_35(fn_prokaryotic_cellular_respiration_104(X)) = fn_transport_protein_35(fn_prokaryotic_cellular_respiration_102(X))
& fn_atp_synthase_37(fn_prokaryotic_cellular_respiration_103(X)) = fn_transport_protein_35(fn_prokaryotic_cellular_respiration_102(X))
& fn_transport_protein_35(fn_prokaryotic_cellular_respiration_102(X)) = fn_transport_protein_35(fn_prokaryotic_cellular_respiration_104(X))
& fn_atp_synthase_37(fn_prokaryotic_cellular_respiration_103(X)) = fn_transport_protein_35(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_35(fn_prokaryotic_cellular_respiration_104(X)) = fn_transport_protein_35(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_35(fn_prokaryotic_cellular_respiration_104(X)) = fn_atp_synthase_37(fn_prokaryotic_cellular_respiration_103(X))
& fn_atp_synthase_37(fn_prokaryotic_cellular_respiration_103(X)) = fn_facilitated_diffusion_49(fn_prokaryotic_cellular_respiration_96(X))
& fn_facilitated_diffusion_49(fn_prokaryotic_cellular_respiration_96(X)) = fn_atp_synthase_37(fn_prokaryotic_cellular_respiration_103(X))
& fn_atp_synthase_37(fn_prokaryotic_cellular_respiration_103(X)) = fn_atp_synthase_37(fn_prokaryotic_cellular_respiration_103(X))
& fn_atp_synthase_37(fn_prokaryotic_cellular_respiration_103(X)) = fn_plasma_membrane_4(fn_prokaryotic_cellular_respiration_105(X))
& fn_plasma_membrane_4(fn_prokaryotic_cellular_respiration_105(X)) = fn_plasma_membrane_3(fn_prokaryotic_cellular_respiration_105(X))
& fn_plasma_membrane_3(fn_prokaryotic_cellular_respiration_105(X)) = fn_integral_protein_7(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_4(fn_prokaryotic_cellular_respiration_104(X)) = fn_integral_protein_7(fn_prokaryotic_cellular_respiration_104(X))
& fn_integral_protein_7(fn_prokaryotic_cellular_respiration_104(X)) = fn_transport_protein_4(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_4(fn_prokaryotic_cellular_respiration_104(X)) = fn_transport_protein_4(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_4(fn_prokaryotic_cellular_respiration_104(X)) = fn_hydrophilic_region_2(fn_prokaryotic_cellular_respiration_39(X))
& fn_hydrophilic_region_2(fn_prokaryotic_cellular_respiration_39(X)) = fn_facilitated_diffusion_38(fn_prokaryotic_cellular_respiration_96(X))
& fn_facilitated_diffusion_38(fn_prokaryotic_cellular_respiration_96(X)) = fn_facilitated_diffusion_38(fn_prokaryotic_cellular_respiration_96(X))
& fn_facilitated_diffusion_38(fn_prokaryotic_cellular_respiration_96(X)) = fn_transport_protein_14(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_14(fn_prokaryotic_cellular_respiration_104(X)) = fn_transport_protein_14(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_14(fn_prokaryotic_cellular_respiration_104(X)) = fn_functional_group_1(fn_prokaryotic_cellular_respiration_40(X))
& fn_functional_group_1(fn_prokaryotic_cellular_respiration_40(X)) = fn_phosphorylation_2(fn_prokaryotic_cellular_respiration_54(X))
& fn_phosphorylation_2(fn_prokaryotic_cellular_respiration_54(X)) = fn_phosphorylation_2(fn_prokaryotic_cellular_respiration_54(X))
& fn_phosphorylation_2(fn_prokaryotic_cellular_respiration_54(X)) = fn_plasma_membrane_68(fn_prokaryotic_cellular_respiration_105(X))
& fn_plasma_membrane_68(fn_prokaryotic_cellular_respiration_105(X)) = fn_plasma_membrane_68(fn_prokaryotic_cellular_respiration_105(X))
& fn_plasma_membrane_54(fn_prokaryotic_cellular_respiration_105(X)) = fn_plasma_membrane_68(fn_prokaryotic_cellular_respiration_105(X))
& fn_plasma_membrane_68(fn_prokaryotic_cellular_respiration_105(X)) = fn_plasma_membrane_54(fn_prokaryotic_cellular_respiration_105(X))
& fn_plasma_membrane_54(fn_prokaryotic_cellular_respiration_105(X)) = fn_plasma_membrane_54(fn_prokaryotic_cellular_respiration_105(X))
& fn_plasma_membrane_54(fn_prokaryotic_cellular_respiration_105(X)) = fn_facilitated_diffusion_25(fn_prokaryotic_cellular_respiration_96(X))
& fn_facilitated_diffusion_25(fn_prokaryotic_cellular_respiration_96(X)) = fn_plasma_membrane_54(fn_prokaryotic_cellular_respiration_105(X))
& fn_plasma_membrane_54(fn_prokaryotic_cellular_respiration_105(X)) = fn_plasma_membrane_55(fn_prokaryotic_cellular_respiration_105(X))
& fn_facilitated_diffusion_25(fn_prokaryotic_cellular_respiration_96(X)) = fn_facilitated_diffusion_25(fn_prokaryotic_cellular_respiration_96(X))
& fn_plasma_membrane_55(fn_prokaryotic_cellular_respiration_105(X)) = fn_facilitated_diffusion_25(fn_prokaryotic_cellular_respiration_96(X))
& fn_facilitated_diffusion_25(fn_prokaryotic_cellular_respiration_96(X)) = fn_plasma_membrane_55(fn_prokaryotic_cellular_respiration_105(X))
& fn_plasma_membrane_55(fn_prokaryotic_cellular_respiration_105(X)) = fn_passive_transport_6(fn_prokaryotic_cellular_respiration_96(X))
& fn_passive_transport_6(fn_prokaryotic_cellular_respiration_96(X)) = fn_atp_synthase_41(fn_prokaryotic_cellular_respiration_103(X))
& fn_atp_synthase_41(fn_prokaryotic_cellular_respiration_103(X)) = fn_atp_synthase_41(fn_prokaryotic_cellular_respiration_103(X))
& fn_atp_synthase_41(fn_prokaryotic_cellular_respiration_103(X)) = fn_protein_pump_1(fn_prokaryotic_cellular_respiration_102(X))
& fn_atp_synthase_30(fn_prokaryotic_cellular_respiration_103(X)) = fn_protein_pump_1(fn_prokaryotic_cellular_respiration_102(X))
& fn_protein_pump_1(fn_prokaryotic_cellular_respiration_102(X)) = fn_atp_synthase_30(fn_prokaryotic_cellular_respiration_103(X))
& fn_atp_synthase_30(fn_prokaryotic_cellular_respiration_103(X)) = fn_atp_synthase_30(fn_prokaryotic_cellular_respiration_103(X))
& fn_transport_protein_10(fn_prokaryotic_cellular_respiration_104(X)) = fn_atp_synthase_30(fn_prokaryotic_cellular_respiration_103(X))
& fn_atp_synthase_30(fn_prokaryotic_cellular_respiration_103(X)) = fn_transport_protein_10(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_10(fn_prokaryotic_cellular_respiration_104(X)) = fn_passive_transport_24(fn_prokaryotic_cellular_respiration_96(X))
& fn_passive_transport_24(fn_prokaryotic_cellular_respiration_96(X)) = fn_transport_protein_10(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_10(fn_prokaryotic_cellular_respiration_104(X)) = fn_transport_protein_10(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_10(fn_prokaryotic_cellular_respiration_104(X)) = fn_active_transport_22(fn_prokaryotic_cellular_respiration_90(X))
& fn_active_transport_22(fn_prokaryotic_cellular_respiration_90(X)) = fn_passive_transport_24(fn_prokaryotic_cellular_respiration_96(X))
& fn_passive_transport_24(fn_prokaryotic_cellular_respiration_96(X)) = fn_active_transport_22(fn_prokaryotic_cellular_respiration_90(X))
& fn_active_transport_22(fn_prokaryotic_cellular_respiration_90(X)) = fn_active_transport_22(fn_prokaryotic_cellular_respiration_90(X))
& fn_plasma_membrane_74(fn_prokaryotic_cellular_respiration_105(X)) = fn_active_transport_22(fn_prokaryotic_cellular_respiration_90(X))
& fn_active_transport_22(fn_prokaryotic_cellular_respiration_90(X)) = fn_plasma_membrane_74(fn_prokaryotic_cellular_respiration_105(X))
& fn_transport_protein_34(fn_prokaryotic_cellular_respiration_104(X)) = fn_plasma_membrane_74(fn_prokaryotic_cellular_respiration_105(X))
& fn_plasma_membrane_74(fn_prokaryotic_cellular_respiration_105(X)) = fn_transport_protein_34(fn_prokaryotic_cellular_respiration_104(X))
& fn_atp_synthase_44(fn_prokaryotic_cellular_respiration_103(X)) = fn_transport_protein_34(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_34(fn_prokaryotic_cellular_respiration_104(X)) = fn_transport_protein_34(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_34(fn_prokaryotic_cellular_respiration_104(X)) = fn_atp_synthase_44(fn_prokaryotic_cellular_respiration_103(X))
& fn_atp_synthase_44(fn_prokaryotic_cellular_respiration_103(X)) = fn_attach_1(fn_prokaryotic_cellular_respiration_99(X))
& fn_attach_1(fn_prokaryotic_cellular_respiration_99(X)) = fn_protein_complex_1(fn_prokaryotic_cellular_respiration_103(X))
& fn_protein_complex_1(fn_prokaryotic_cellular_respiration_103(X)) = fn_protein_complex_1(fn_prokaryotic_cellular_respiration_103(X))
& fn_protein_complex_1(fn_prokaryotic_cellular_respiration_103(X)) = fn_atp_synthase_13(fn_prokaryotic_cellular_respiration_103(X))
& fn_atp_synthase_13(fn_prokaryotic_cellular_respiration_103(X)) = fn_pyruvate_oxidation_85(fn_prokaryotic_cellular_respiration_83(X))
& fn_pyruvate_oxidation_85(fn_prokaryotic_cellular_respiration_83(X)) = fn_pyruvate_oxidation_85(fn_prokaryotic_cellular_respiration_83(X))
& fn_pyruvate_oxidation_85(fn_prokaryotic_cellular_respiration_83(X)) = fn_glycolysis_55(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_55(fn_prokaryotic_cellular_respiration_84(X)) = fn_glycolysis_55(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_55(fn_prokaryotic_cellular_respiration_84(X)) = fn_glycolysis_13(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_13(fn_prokaryotic_cellular_respiration_84(X)) = fn_glycolysis_13(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_13(fn_prokaryotic_cellular_respiration_84(X)) = fn_glycolysis_63(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_63(fn_prokaryotic_cellular_respiration_84(X)) = fn_glycolysis_63(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_63(fn_prokaryotic_cellular_respiration_84(X)) = fn_cellular_respiration_42(X)
& fn_cellular_respiration_42(X) = fn_glycolysis_77(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_77(fn_prokaryotic_cellular_respiration_84(X)) = fn_glycolysis_77(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_77(fn_prokaryotic_cellular_respiration_84(X)) = fn_glycolysis_46(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_46(fn_prokaryotic_cellular_respiration_84(X)) = fn_oxidative_phosphorylation_51(fn_prokaryotic_cellular_respiration_138(X))
& fn_oxidative_phosphorylation_51(fn_prokaryotic_cellular_respiration_138(X)) = fn_anabolic_pathway_6(fn_prokaryotic_cellular_respiration_147(X))
& fn_synthesis_of_atp_10(fn_prokaryotic_cellular_respiration_147(X)) = fn_anabolic_pathway_6(fn_prokaryotic_cellular_respiration_147(X))
& fn_anabolic_pathway_6(fn_prokaryotic_cellular_respiration_147(X)) = fn_synthesis_of_atp_10(fn_prokaryotic_cellular_respiration_147(X))
& fn_oxidative_phosphorylation_12(fn_prokaryotic_cellular_respiration_138(X)) = fn_synthesis_of_atp_10(fn_prokaryotic_cellular_respiration_147(X))
& fn_synthesis_of_atp_10(fn_prokaryotic_cellular_respiration_147(X)) = fn_oxidative_phosphorylation_12(fn_prokaryotic_cellular_respiration_138(X))
& fn_oxidative_phosphorylation_12(fn_prokaryotic_cellular_respiration_138(X)) = fn_oxidative_phosphorylation_12(fn_prokaryotic_cellular_respiration_138(X))
& fn_oxidative_phosphorylation_12(fn_prokaryotic_cellular_respiration_138(X)) = fn_glycolysis_88(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_88(fn_prokaryotic_cellular_respiration_84(X)) = fn_citric_acid_cycle_6(fn_prokaryotic_cellular_respiration_75(X))
& fn_citric_acid_cycle_6(fn_prokaryotic_cellular_respiration_75(X)) = fn_citric_acid_cycle_6(fn_prokaryotic_cellular_respiration_75(X))
& fn_citric_acid_cycle_6(fn_prokaryotic_cellular_respiration_75(X)) = fn_citric_acid_cycle_9(fn_prokaryotic_cellular_respiration_75(X))
& fn_citric_acid_cycle_9(fn_prokaryotic_cellular_respiration_75(X)) = fn_glycolysis_35(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_35(fn_prokaryotic_cellular_respiration_84(X)) = fn_glycolysis_35(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_35(fn_prokaryotic_cellular_respiration_84(X)) = fn_glycolysis_48(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_48(fn_prokaryotic_cellular_respiration_84(X)) = fn_glycolysis_48(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_48(fn_prokaryotic_cellular_respiration_84(X)) = fn_citric_acid_cycle_48(fn_prokaryotic_cellular_respiration_75(X))
& fn_citric_acid_cycle_48(fn_prokaryotic_cellular_respiration_75(X)) = fn_citric_acid_cycle_48(fn_prokaryotic_cellular_respiration_75(X))
& fn_citric_acid_cycle_48(fn_prokaryotic_cellular_respiration_75(X)) = fn_cellular_respiration_61(X)
& fn_cellular_respiration_61(X) = fn_cellular_respiration_61(X)
& fn_cellular_respiration_61(X) = fn_citric_acid_cycle_17(fn_prokaryotic_cellular_respiration_75(X))
& fn_citric_acid_cycle_17(fn_prokaryotic_cellular_respiration_75(X)) = fn_citric_acid_cycle_17(fn_prokaryotic_cellular_respiration_75(X))
& fn_citric_acid_cycle_17(fn_prokaryotic_cellular_respiration_75(X)) = fn_glycolysis_81(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_81(fn_prokaryotic_cellular_respiration_84(X)) = fn_glycolysis_81(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_81(fn_prokaryotic_cellular_respiration_84(X)) = fn_citric_acid_cycle_47(fn_prokaryotic_cellular_respiration_75(X))
& fn_citric_acid_cycle_47(fn_prokaryotic_cellular_respiration_75(X)) = fn_citric_acid_cycle_47(fn_prokaryotic_cellular_respiration_75(X))
& fn_citric_acid_cycle_47(fn_prokaryotic_cellular_respiration_75(X)) = fn_citric_acid_cycle_8(fn_prokaryotic_cellular_respiration_75(X))
& fn_citric_acid_cycle_8(fn_prokaryotic_cellular_respiration_75(X)) = fn_citric_acid_cycle_8(fn_prokaryotic_cellular_respiration_75(X))
& fn_citric_acid_cycle_8(fn_prokaryotic_cellular_respiration_75(X)) = fn_citric_acid_cycle_11(fn_prokaryotic_cellular_respiration_75(X))
& fn_citric_acid_cycle_11(fn_prokaryotic_cellular_respiration_75(X)) = fn_cellular_respiration_43(X)
& fn_cellular_respiration_43(X) = fn_pyruvate_oxidation_3(fn_prokaryotic_cellular_respiration_83(X))
& fn_pyruvate_oxidation_3(fn_prokaryotic_cellular_respiration_83(X)) = fn_pyruvate_oxidation_3(fn_prokaryotic_cellular_respiration_83(X))
& fn_pyruvate_oxidation_3(fn_prokaryotic_cellular_respiration_83(X)) = fn_citric_acid_cycle_12(fn_prokaryotic_cellular_respiration_75(X))
& fn_citric_acid_cycle_12(fn_prokaryotic_cellular_respiration_75(X)) = fn_citric_acid_cycle_12(fn_prokaryotic_cellular_respiration_75(X))
& fn_citric_acid_cycle_12(fn_prokaryotic_cellular_respiration_75(X)) = fn_synthesis_of_organic_molecule_1(fn_prokaryotic_cellular_respiration_147(X))
& fn_synthesis_of_organic_molecule_1(fn_prokaryotic_cellular_respiration_147(X)) = fn_synthesis_of_atp_13(fn_prokaryotic_cellular_respiration_147(X))
& fn_cellular_respiration_36(X) = fn_synthesis_of_atp_13(fn_prokaryotic_cellular_respiration_147(X))
& fn_synthesis_of_atp_13(fn_prokaryotic_cellular_respiration_147(X)) = fn_synthesis_of_atp_13(fn_prokaryotic_cellular_respiration_147(X))
& fn_synthesis_of_atp_13(fn_prokaryotic_cellular_respiration_147(X)) = fn_cellular_respiration_36(X)
& fn_cellular_respiration_36(X) = fn_cellular_respiration_36(X)
& fn_cellular_respiration_36(X) = fn_glycolysis_75(fn_prokaryotic_cellular_respiration_84(X))
& fn_oxidative_phosphorylation_56(fn_prokaryotic_cellular_respiration_138(X)) = fn_glycolysis_75(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_75(fn_prokaryotic_cellular_respiration_84(X)) = fn_glycolysis_75(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_75(fn_prokaryotic_cellular_respiration_84(X)) = fn_oxidative_phosphorylation_56(fn_prokaryotic_cellular_respiration_138(X))
& fn_oxidative_phosphorylation_56(fn_prokaryotic_cellular_respiration_138(X)) = fn_oxidative_phosphorylation_56(fn_prokaryotic_cellular_respiration_138(X))
& fn_oxidative_phosphorylation_56(fn_prokaryotic_cellular_respiration_138(X)) = fn_citric_acid_cycle_19(fn_prokaryotic_cellular_respiration_75(X))
& fn_citric_acid_cycle_19(fn_prokaryotic_cellular_respiration_75(X)) = fn_glycolysis_47(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_47(fn_prokaryotic_cellular_respiration_84(X)) = fn_glycolysis_47(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_47(fn_prokaryotic_cellular_respiration_84(X)) = fn_anabolic_pathway_4(fn_prokaryotic_cellular_respiration_147(X))
& fn_anabolic_pathway_4(fn_prokaryotic_cellular_respiration_147(X)) = fn_anabolic_pathway_4(fn_prokaryotic_cellular_respiration_147(X))
& fn_anabolic_pathway_4(fn_prokaryotic_cellular_respiration_147(X)) = fn_synthesis_of_atp_23(fn_prokaryotic_cellular_respiration_147(X))
& fn_synthesis_of_atp_23(fn_prokaryotic_cellular_respiration_147(X)) = fn_synthesis_of_atp_23(fn_prokaryotic_cellular_respiration_147(X))
& fn_synthesis_of_atp_23(fn_prokaryotic_cellular_respiration_147(X)) = fn_oxidative_phosphorylation_50(fn_prokaryotic_cellular_respiration_138(X))
& fn_oxidative_phosphorylation_50(fn_prokaryotic_cellular_respiration_138(X)) = fn_oxidative_phosphorylation_50(fn_prokaryotic_cellular_respiration_138(X))
& fn_oxidative_phosphorylation_50(fn_prokaryotic_cellular_respiration_138(X)) = fn_citric_acid_cycle_5(fn_prokaryotic_cellular_respiration_75(X))
& fn_citric_acid_cycle_5(fn_prokaryotic_cellular_respiration_75(X)) = fn_catabolic_pathway_10(X)
& fn_catabolic_pathway_10(X) = fn_pyruvate_oxidation_87(fn_prokaryotic_cellular_respiration_83(X))
& fn_pyruvate_oxidation_87(fn_prokaryotic_cellular_respiration_83(X)) = fn_pyruvate_oxidation_87(fn_prokaryotic_cellular_respiration_83(X))
& fn_pyruvate_oxidation_87(fn_prokaryotic_cellular_respiration_83(X)) = fn_citric_acid_cycle_108(fn_prokaryotic_cellular_respiration_75(X))
& fn_citric_acid_cycle_108(fn_prokaryotic_cellular_respiration_75(X)) = fn_citric_acid_cycle_108(fn_prokaryotic_cellular_respiration_75(X))
& fn_citric_acid_cycle_108(fn_prokaryotic_cellular_respiration_75(X)) = fn_glycolysis_78(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_78(fn_prokaryotic_cellular_respiration_84(X)) = fn_nadh_5(fn_prokaryotic_cellular_respiration_115(X))
& fn_nadh_5(fn_prokaryotic_cellular_respiration_115(X)) = fn_nadh_5(fn_prokaryotic_cellular_respiration_115(X))
& fn_nadh_5(fn_prokaryotic_cellular_respiration_115(X)) = fn_glycolysis_78(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_78(fn_prokaryotic_cellular_respiration_84(X)) = fn_glycolysis_78(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_78(fn_prokaryotic_cellular_respiration_84(X)) = fn_citric_acid_cycle_105(fn_prokaryotic_cellular_respiration_75(X))
& fn_citric_acid_cycle_105(fn_prokaryotic_cellular_respiration_75(X)) = fn_citric_acid_cycle_105(fn_prokaryotic_cellular_respiration_75(X))
& fn_citric_acid_cycle_105(fn_prokaryotic_cellular_respiration_75(X)) = fn_release_2(fn_prokaryotic_cellular_respiration_113(X))
& fn_release_2(fn_prokaryotic_cellular_respiration_113(X)) = fn_electron_transport_chain_reaction_24(fn_prokaryotic_cellular_respiration_82(X))
& fn_electron_transport_chain_reaction_24(fn_prokaryotic_cellular_respiration_82(X)) = fn_electron_transport_chain_reaction_24(fn_prokaryotic_cellular_respiration_82(X))
& fn_electron_transport_chain_reaction_24(fn_prokaryotic_cellular_respiration_82(X)) = fn_catabolic_pathway_9(X)
& fn_locomotion_1(fn_prokaryotic_cellular_respiration_114(X)) = fn_catabolic_pathway_9(X)
& fn_catabolic_pathway_9(X) = fn_locomotion_1(fn_prokaryotic_cellular_respiration_114(X))
& fn_locomotion_1(fn_prokaryotic_cellular_respiration_114(X)) = fn_locomotion_1(fn_prokaryotic_cellular_respiration_114(X))
& fn_locomotion_1(fn_prokaryotic_cellular_respiration_114(X)) = fn_cellular_respiration_56(X)
& fn_cellular_respiration_56(X) = fn_cellular_respiration_56(X)
& fn_cellular_respiration_56(X) = fn_pyruvate_oxidation_84(fn_prokaryotic_cellular_respiration_83(X))
& fn_pyruvate_oxidation_84(fn_prokaryotic_cellular_respiration_83(X)) = fn_pyruvate_oxidation_84(fn_prokaryotic_cellular_respiration_83(X))
& fn_pyruvate_oxidation_84(fn_prokaryotic_cellular_respiration_83(X)) = fn_glycolysis_74(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_74(fn_prokaryotic_cellular_respiration_84(X)) = fn_glycolysis_74(fn_prokaryotic_cellular_respiration_84(X))
& fn_glycolysis_74(fn_prokaryotic_cellular_respiration_84(X)) = fn_citric_acid_cycle_109(fn_prokaryotic_cellular_respiration_75(X))
& fn_citric_acid_cycle_109(fn_prokaryotic_cellular_respiration_75(X)) = fn_citric_acid_cycle_109(fn_prokaryotic_cellular_respiration_75(X))
& fn_citric_acid_cycle_109(fn_prokaryotic_cellular_respiration_75(X)) = fn_nad_plus_1(fn_prokaryotic_cellular_respiration_71(X))
& fn_nad_plus_1(fn_prokaryotic_cellular_respiration_71(X)) = fn_nad_plus_1(fn_prokaryotic_cellular_respiration_71(X))
& fn_nad_plus_1(fn_prokaryotic_cellular_respiration_71(X)) = fn_facilitated_diffusion_31(fn_prokaryotic_cellular_respiration_96(X))
& fn_facilitated_diffusion_31(fn_prokaryotic_cellular_respiration_96(X)) = fn_polymer_1(fn_prokaryotic_cellular_respiration_104(X))
& fn_polymer_1(fn_prokaryotic_cellular_respiration_104(X)) = fn_facilitated_diffusion_31(fn_prokaryotic_cellular_respiration_96(X))
& fn_facilitated_diffusion_31(fn_prokaryotic_cellular_respiration_96(X)) = fn_facilitated_diffusion_31(fn_prokaryotic_cellular_respiration_96(X))
& fn_facilitated_diffusion_31(fn_prokaryotic_cellular_respiration_96(X)) = fn_phosphate_group_37(fn_prokaryotic_cellular_respiration_40(X))
& fn_phosphate_group_37(fn_prokaryotic_cellular_respiration_40(X)) = fn_phosphate_group_37(fn_prokaryotic_cellular_respiration_40(X))
& fn_phosphate_group_37(fn_prokaryotic_cellular_respiration_40(X)) = fn_molecule_11(fn_prokaryotic_cellular_respiration_104(X))
& fn_molecule_11(fn_prokaryotic_cellular_respiration_104(X)) = fn_transport_protein_17(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_17(fn_prokaryotic_cellular_respiration_104(X)) = fn_transport_protein_17(fn_prokaryotic_cellular_respiration_104(X))
& fn_transport_protein_17(fn_prokaryotic_cellular_respiration_104(X)) = fn_phosphate_group_22(fn_prokaryotic_cellular_respiration_40(X))
& fn_phosphate_group_22(fn_prokaryotic_cellular_respiration_40(X)) = fn_phosphate_group_22(fn_prokaryotic_cellular_respiration_40(X))
& fn_phosphate_group_22(fn_prokaryotic_cellular_respiration_40(X)) = fn_facilitated_diffusion_39(fn_prokaryotic_cellular_respiration_96(X))
& fn_facilitated_diffusion_39(fn_prokaryotic_cellular_respiration_96(X)) = fn_facilitated_diffusion_39(fn_prokaryotic_cellular_respiration_96(X))
& fn_facilitated_diffusion_39(fn_prokaryotic_cellular_respiration_96(X)) = fn_phosphate_group_5(fn_prokaryotic_cellular_respiration_40(X))
& fn_phosphate_group_5(fn_prokaryotic_cellular_respiration_40(X)) = fn_phosphate_group_5(fn_prokaryotic_cellular_respiration_40(X))
& fn_phosphate_group_5(fn_prokaryotic_cellular_respiration_40(X)) = fn_facilitated_diffusion_31(fn_prokaryotic_cellular_respiration_96(X))
& fn_facilitated_diffusion_31(fn_prokaryotic_cellular_respiration_96(X)) = fn_molecule_10(fn_prokaryotic_cellular_respiration_104(X))
& fn_molecule_10(fn_prokaryotic_cellular_respiration_104(X)) = fn_molecule_10(fn_prokaryotic_cellular_respiration_104(X))
& fn_molecule_10(fn_prokaryotic_cellular_respiration_104(X)) = fn_phosphate_group_41(fn_prokaryotic_cellular_respiration_40(X))
& fn_phosphate_group_41(fn_prokaryotic_cellular_respiration_40(X)) = fn_phosphate_group_41(fn_prokaryotic_cellular_respiration_40(X)) ) ) ).
fof(a531990,axiom,
! [X] :
( prokaryotic_chromatin_1(X)
=> ( original_name_2(X,'Prokaryotic-Chromatin')
& user_description_2(X,'Chromatin is the combination of DNA, histone, and other proteins that make up chromosomes. It is found inside the nuclear envelope of eukaryotic cells. It is divided between heterochromatin (condensed) and euchromatin (extended) forms.The functions of chromatin are to package DNA into a smaller volume to fit in the cell, to strengthen the DNA to allow mitosis and meiosis, and to control gene expression and DNA replication. Changes in chromatin structure are affected by chemical modifications of histone proteins, such as methylation and acetylation, and by other DNA-binding proteins.')
& concept2words_2(X,'prokaryotic chromatin')
& concept2words_2(X,'prokaryotic-chromatin')
& chromosome_1(X)
& ~ eukaryotic_chromatin_1(X)
& size_value_1(fn_prokaryotic_chromatin_5(X))
& length_value_1(fn_prokaryotic_chromatin_6(X))
& length_value_1(fn_prokaryotic_chromatin_7(X))
& chromatin_packing_1(fn_prokaryotic_chromatin_8(X))
& structural_complexity_value_1(fn_prokaryotic_chromatin_9(X))
& condense_1(fn_prokaryotic_chromatin_10(X))
& tangible_entity_1(fn_condense_1(fn_prokaryotic_chromatin_10(X)))
& structural_complexity_2(X,fn_prokaryotic_chromatin_9(X))
& thickness_2(X,fn_prokaryotic_chromatin_7(X))
& length_2(X,fn_prokaryotic_chromatin_6(X))
& size_2(X,fn_prokaryotic_chromatin_5(X))
& the_scalar_value_2(fn_prokaryotic_chromatin_9(X),complex_0)
& scalar_unit_class_2(fn_prokaryotic_chromatin_9(X),circular_dna_0)
& result_2(fn_prokaryotic_chromatin_8(X),X)
& object_2(fn_prokaryotic_chromatin_10(X),X)
& the_scalar_value_2(fn_prokaryotic_chromatin_7(X),thin_0)
& scalar_unit_class_2(fn_prokaryotic_chromatin_7(X),chromosome_0)
& the_scalar_value_2(fn_prokaryotic_chromatin_6(X),long_0)
& scalar_unit_class_2(fn_prokaryotic_chromatin_6(X),chromosome_0)
& base_2(fn_prokaryotic_chromatin_10(X),X)
& X = fn_condense_1(fn_prokaryotic_chromatin_10(X)) ) ) ).
fof(a531991,axiom,
! [X] :
( prokaryotic_chromosome_1(X)
=> ( original_name_2(X,'Prokaryotic-Chromosome')
& user_description_2(X,'The bacterial chromosome is circular in structure and has a single origin. It is a stretch of DNA having a specific sequence of nucleotides.')
& concept2words_2(X,'prokaryotic chromosome')
& concept2words_2(X,'prokaryotic-chromosome')
& chromosome_1(X)
& ~ yeast_artificial_chromosome_1(X)
& ~ sex_chromosome_1(X)
& ~ non_homologous_chromosome_1(X)
& ~ autosome_1(X)
& ~ chromosome_21_1(X)
& ~ chromosome_fragment_1(X)
& ~ defective_chromosome_1(X)
& ~ eukaryotic_chromosome_1(X)
& ~ human_chromosome_1(X)
& shape_value_1(fn_prokaryotic_chromosome_2(X))
& shape_value_1(fn_prokaryotic_chromosome_3(X))
& entity_1(fn_prokaryotic_chromosome_5(X))
& dna_1(fn_prokaryotic_chromosome_5(X))
& the_categorical_value_2(fn_prokaryotic_chromosome_3(X),circle_0)
& shape_2(fn_prokaryotic_chromosome_5(X),fn_prokaryotic_chromosome_3(X))
& shape_2(X,fn_prokaryotic_chromosome_2(X))
& the_categorical_value_2(fn_prokaryotic_chromosome_2(X),circle_0)
& has_part_2(X,fn_prokaryotic_chromosome_5(X))
& fn_prokaryotic_chromosome_5(X) = fn_chromosome_4(X) ) ) ).
fof(a531992,axiom,
! [X,X1,X2,X3] :
( ( has_function_2(X,X1)
& enables_2(X1,X2)
& base_2(X2,X3)
& locomotion_1(X1)
& work_1(X2)
& prokaryote_1(X3)
& cilium_1(X) )
=> ( prokaryotic_cilium_1(X)
& fn_prokaryotic_cilium_3(X) = X3
& fn_prokaryotic_cilium_1(X) = X2
& fn_prokaryotic_cilium_4(X) = X1 ) ) ).
fof(a531993,axiom,
! [X] :
( prokaryotic_cilium_1(X)
=> ( original_name_2(X,'Prokaryotic-Cilium')
& user_description_2(X,'Cilium present on the prokaryotic cell.')
& concept2words_2(X,'prokaryotic cilia')
& concept2words_2(X,'prokaryotic cilium')
& concept2words_2(X,'prokaryotic-cilium')
& cilium_1(X)
& work_1(fn_prokaryotic_cilium_1(X))
& prokaryote_1(fn_prokaryotic_cilium_3(X))
& locomotion_1(fn_prokaryotic_cilium_4(X))
& spatial_entity_1(fn_locomotion_1(fn_prokaryotic_cilium_4(X)))
& base_2(fn_prokaryotic_cilium_1(X),fn_prokaryotic_cilium_3(X))
& enables_2(fn_prokaryotic_cilium_4(X),fn_prokaryotic_cilium_1(X))
& instrument_2(fn_prokaryotic_cilium_4(X),X)
& has_part_2(fn_prokaryotic_cilium_3(X),X)
& has_function_2(X,fn_prokaryotic_cilium_4(X))
& agent_2(fn_prokaryotic_cilium_4(X),fn_prokaryotic_cilium_3(X))
& object_2(fn_prokaryotic_cilium_4(X),fn_prokaryotic_cilium_3(X))
& fn_prokaryotic_cilium_3(X) = fn_locomotion_1(fn_prokaryotic_cilium_4(X)) ) ) ).
fof(a531994,axiom,
! [X] :
( prokaryotic_electron_transport_chain_1(X)
=> ( original_name_2(X,'Prokaryotic-Electron-Transport-Chain')
& user_description_2(X,'A sequence of electron carrier molecules (membrane proteins) that shuttle electrons during the redox reactions that release energy used to make ATP. The electron transport chain assembly is present in the inner membrane of plasma membrane of prokaryotic cell.')
& concept2words_2(X,'prokaryotic electron transport chain')
& concept2words_2(X,'prokaryotic-electron-transport-chain')
& electron_transport_chain_1(X)
& ~ mitochondrial_electron_transport_chain_1(X)
& organic_molecule_1(fn_prokaryotic_electron_transport_chain_1(X))
& plasma_membrane_1(fn_prokaryotic_electron_transport_chain_2(X))
& element_2(X,fn_prokaryotic_electron_transport_chain_1(X))
& has_part_2(fn_prokaryotic_electron_transport_chain_2(X),fn_prokaryotic_electron_transport_chain_1(X))
& fn_prokaryotic_electron_transport_chain_2(X) = fn_electron_transport_chain_5(X)
& fn_prokaryotic_electron_transport_chain_1(X) = fn_electron_transport_chain_4(X) ) ) ).
fof(a531995,axiom,
! [X] :
( prokaryotic_flagellum_1(X)
=> ( original_name_2(X,'Prokaryotic-Flagellum')
& user_description_2(X,'A long appendage that protrudes from the cell body of some prokaryotic cells, specialized for locomotion.')
& concept2words_2(X,'prokaryotic flagellum')
& concept2words_2(X,'prokaryotic-flagellum')
& flagellum_1(X) ) ) ).
fof(a531996,axiom,
! [X] :
( prokaryotic_gene_1(X)
=> ( original_name_2(X,'Prokaryotic-Gene')
& user_description_2(X,'A gene of a prokaryotic organism.')
& concept2words_2(X,'bacterial gene')
& concept2words_2(X,'prokaryotic gene')
& concept2words_2(X,'prokaryotic-gene')
& gene_1(X) ) ) ).
fof(a531997,axiom,
! [X] :
( prokaryotic_genome_1(X)
=> ( original_name_2(X,'Prokaryotic-Genome')
& user_description_2(X,'Genome of a prokaryotic cell.')
& concept2words_2(X,'prokaryotic genome')
& concept2words_2(X,'prokaryotic-genome')
& genome_1(X)
& prokaryotic_chromosome_1(fn_prokaryotic_genome_1(X))
& prokaryote_1(fn_prokaryotic_genome_2(X))
& genome_1(fn_cell_24(fn_prokaryotic_genome_2(X)))
& exactCardinality(X,element_0,"1",prokaryotic_chromosome_0)
& element_2(X,fn_prokaryotic_genome_1(X))
& has_part_2(fn_prokaryotic_genome_2(X),X)
& X = fn_cell_24(fn_prokaryotic_genome_2(X)) ) ) ).
fof(a531998,axiom,
! [X] :
( prokaryotic_light_reaction_1(X)
=> ( original_name_2(X,'Prokaryotic-Light-Reaction')
& user_description_2(X,'The light-dependent reactions of photosynthesis in a prokaryotic organism.')
& concept2words_2(X,'prokaryotic light reaction')
& concept2words_2(X,'prokaryotic-light-reaction')
& light_reaction_1(X)
& thylakoid_membrane_1(fn_prokaryotic_light_reaction_1(X))
& phosphate_ion_1(fn_prokaryotic_light_reaction_2(X))
& electron_transport_chain_reaction_1(fn_prokaryotic_light_reaction_3(X))
& aqueous_solution_1(fn_prokaryotic_light_reaction_4(X))
& substance_1(fn_prokaryotic_light_reaction_4(X))
& cytosol_1(fn_prokaryotic_light_reaction_4(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_prokaryotic_light_reaction_5(X))
& cell_1(fn_prokaryotic_light_reaction_6(X))
& prokaryote_1(fn_prokaryotic_light_reaction_6(X))
& chemiosmosis_1(fn_prokaryotic_light_reaction_7(X))
& chemical_entity_1(fn_prokaryotic_light_reaction_8(X))
& organic_molecule_1(fn_prokaryotic_light_reaction_8(X))
& adp_1(fn_prokaryotic_light_reaction_8(X))
& ribosome_1(fn_prokaryotic_light_reaction_9(X))
& mixture_1(fn_prokaryotic_light_reaction_10(X))
& cytoplasm_1(fn_prokaryotic_light_reaction_10(X))
& aqueous_solution_1(fn_prokaryotic_light_reaction_11(X))
& hypertonic_solution_1(fn_prokaryotic_light_reaction_11(X))
& solution_1(fn_prokaryotic_light_reaction_11(X))
& organic_molecule_1(fn_prokaryotic_light_reaction_12(X))
& molecule_1(fn_prokaryotic_light_reaction_12(X))
& chemical_entity_1(fn_prokaryotic_light_reaction_12(X))
& ribonucleotide_1(fn_prokaryotic_light_reaction_12(X))
& nucleoside_triphosphate_1(fn_prokaryotic_light_reaction_12(X))
& atp_1(fn_prokaryotic_light_reaction_12(X))
& active_transport_1(fn_prokaryotic_light_reaction_13(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_prokaryotic_light_reaction_13(X))
& active_movement_of_ions_1(fn_prokaryotic_light_reaction_13(X))
& cellular_work_1(fn_prokaryotic_light_reaction_13(X))
& structural_complexity_value_1(fn_prokaryotic_light_reaction_14(X))
& free_energy_1(fn_prokaryotic_light_reaction_15(X))
& quantity_value_1(fn_prokaryotic_light_reaction_16(X))
& quantity_value_1(fn_prokaryotic_light_reaction_17(X))
& oxygen_1(fn_prokaryotic_light_reaction_18(X))
& entity_1(fn_prokaryotic_light_reaction_18(X))
& chemical_entity_1(fn_prokaryotic_light_reaction_18(X))
& atom_1(fn_prokaryotic_light_reaction_18(X))
& tangible_entity_1(fn_prokaryotic_light_reaction_19(X))
& entity_1(fn_prokaryotic_light_reaction_19(X))
& chemical_entity_1(fn_prokaryotic_light_reaction_19(X))
& atom_1(fn_prokaryotic_light_reaction_19(X))
& phosphorus_1(fn_prokaryotic_light_reaction_19(X))
& oxygen_1(fn_prokaryotic_light_reaction_20(X))
& entity_1(fn_prokaryotic_light_reaction_20(X))
& chemical_entity_1(fn_prokaryotic_light_reaction_20(X))
& atom_1(fn_prokaryotic_light_reaction_20(X))
& functional_group_1(fn_prokaryotic_light_reaction_21(X))
& phosphate_group_1(fn_prokaryotic_light_reaction_21(X))
& functional_group_1(fn_prokaryotic_light_reaction_22(X))
& phosphate_group_1(fn_prokaryotic_light_reaction_22(X))
& functional_group_1(fn_prokaryotic_light_reaction_23(X))
& phosphate_group_1(fn_prokaryotic_light_reaction_23(X))
& free_energy_1(fn_prokaryotic_light_reaction_24(X))
& covalent_bond_1(fn_prokaryotic_light_reaction_25(X))
& chemical_bond_1(fn_prokaryotic_light_reaction_25(X))
& single_bond_1(fn_prokaryotic_light_reaction_25(X))
& structural_complexity_value_1(fn_prokaryotic_light_reaction_26(X))
& endergonic_process_1(fn_prokaryotic_light_reaction_27(X))
& chemical_reaction_1(fn_prokaryotic_light_reaction_27(X))
& synthesis_of_organic_molecule_1(fn_prokaryotic_light_reaction_27(X))
& anabolic_pathway_1(fn_prokaryotic_light_reaction_27(X))
& synthesis_of_atp_1(fn_prokaryotic_light_reaction_27(X))
& regeneration_of_ribulose_bisphosphate_1(fn_prokaryotic_light_reaction_28(X))
& calvin_cycle_1(fn_prokaryotic_light_reaction_29(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_electron_transport_chain_reaction_1(fn_prokaryotic_light_reaction_3(X)))
& ribosome_1(fn_prokaryote_8(fn_prokaryotic_light_reaction_6(X)))
& aqueous_solution_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_prokaryotic_light_reaction_5(X)))
& substance_1(fn_cell_29(fn_prokaryotic_light_reaction_6(X)))
& cytosol_1(fn_cell_29(fn_prokaryotic_light_reaction_6(X)))
& substance_1(fn_prokaryote_10(fn_prokaryotic_light_reaction_6(X)))
& cytosol_1(fn_prokaryote_10(fn_prokaryotic_light_reaction_6(X)))
& mixture_1(fn_cell_28(fn_prokaryotic_light_reaction_6(X)))
& cytoplasm_1(fn_cell_28(fn_prokaryotic_light_reaction_6(X)))
& mixture_1(fn_prokaryote_12(fn_prokaryotic_light_reaction_6(X)))
& cytoplasm_1(fn_prokaryote_12(fn_prokaryotic_light_reaction_6(X)))
& is_inside_2(fn_prokaryotic_light_reaction_12(X),fn_prokaryotic_light_reaction_4(X))
& is_inside_2(fn_prokaryotic_light_reaction_11(X),fn_prokaryotic_light_reaction_4(X))
& is_inside_2(fn_prokaryotic_light_reaction_8(X),fn_prokaryotic_light_reaction_4(X))
& is_inside_2(fn_prokaryotic_light_reaction_2(X),fn_prokaryotic_light_reaction_4(X))
& raw_material_2(fn_prokaryotic_light_reaction_7(X),fn_prokaryotic_light_reaction_2(X))
& has_part_2(fn_prokaryotic_light_reaction_6(X),fn_prokaryotic_light_reaction_1(X))
& origin_2(fn_prokaryotic_light_reaction_5(X),fn_prokaryotic_light_reaction_4(X))
& base_2(X,fn_prokaryotic_light_reaction_6(X))
& subevent_2(fn_prokaryotic_light_reaction_3(X),fn_prokaryotic_light_reaction_5(X))
& has_part_2(fn_prokaryotic_light_reaction_6(X),fn_prokaryotic_light_reaction_10(X))
& has_part_2(fn_prokaryotic_light_reaction_10(X),fn_prokaryotic_light_reaction_4(X))
& is_inside_2(fn_prokaryotic_light_reaction_9(X),fn_prokaryotic_light_reaction_4(X))
& has_part_2(fn_prokaryotic_light_reaction_6(X),fn_prokaryotic_light_reaction_9(X))
& is_inside_2(fn_prokaryotic_light_reaction_20(X),fn_prokaryotic_light_reaction_23(X))
& called_2(fn_prokaryotic_light_reaction_23(X),'Terminal PO4 Group')
& result_2(fn_prokaryotic_light_reaction_7(X),fn_prokaryotic_light_reaction_12(X))
& is_inside_2(fn_prokaryotic_light_reaction_19(X),fn_prokaryotic_light_reaction_21(X))
& has_part_2(fn_prokaryotic_light_reaction_12(X),fn_prokaryotic_light_reaction_19(X))
& has_part_2(fn_prokaryotic_light_reaction_12(X),fn_prokaryotic_light_reaction_18(X))
& subevent_2(X,fn_prokaryotic_light_reaction_3(X))
& subevent_2(fn_prokaryotic_light_reaction_3(X),fn_prokaryotic_light_reaction_13(X))
& origin_2(fn_prokaryotic_light_reaction_13(X),fn_prokaryotic_light_reaction_11(X))
& is_inside_2(fn_prokaryotic_light_reaction_20(X),fn_prokaryotic_light_reaction_21(X))
& is_inside_2(fn_prokaryotic_light_reaction_20(X),fn_prokaryotic_light_reaction_22(X))
& is_inside_2(fn_prokaryotic_light_reaction_19(X),fn_prokaryotic_light_reaction_22(X))
& fn_prokaryotic_light_reaction_19(X) != fn_prokaryotic_light_reaction_20(X)
& fn_prokaryotic_light_reaction_20(X) != fn_prokaryotic_light_reaction_19(X)
& has_region_2(fn_prokaryotic_light_reaction_12(X),fn_prokaryotic_light_reaction_22(X))
& is_inside_2(fn_prokaryotic_light_reaction_18(X),fn_prokaryotic_light_reaction_22(X))
& is_inside_2(fn_prokaryotic_light_reaction_18(X),fn_prokaryotic_light_reaction_21(X))
& has_region_2(fn_prokaryotic_light_reaction_12(X),fn_prokaryotic_light_reaction_21(X))
& has_part_2(fn_prokaryotic_light_reaction_12(X),fn_prokaryotic_light_reaction_20(X))
& is_between_2(fn_prokaryotic_light_reaction_25(X),fn_prokaryotic_light_reaction_20(X))
& fn_prokaryotic_light_reaction_20(X) != fn_prokaryotic_light_reaction_18(X)
& is_inside_2(fn_prokaryotic_light_reaction_18(X),fn_prokaryotic_light_reaction_23(X))
& is_inside_2(fn_prokaryotic_light_reaction_19(X),fn_prokaryotic_light_reaction_23(X))
& fn_prokaryotic_light_reaction_19(X) != fn_prokaryotic_light_reaction_18(X)
& fn_prokaryotic_light_reaction_18(X) != fn_prokaryotic_light_reaction_20(X)
& fn_prokaryotic_light_reaction_18(X) != fn_prokaryotic_light_reaction_19(X)
& has_region_2(fn_prokaryotic_light_reaction_12(X),fn_prokaryotic_light_reaction_23(X))
& fn_prokaryotic_light_reaction_23(X) != fn_prokaryotic_light_reaction_22(X)
& fn_prokaryotic_light_reaction_22(X) != fn_prokaryotic_light_reaction_21(X)
& fn_prokaryotic_light_reaction_21(X) != fn_prokaryotic_light_reaction_23(X)
& fn_prokaryotic_light_reaction_23(X) != fn_prokaryotic_light_reaction_21(X)
& fn_prokaryotic_light_reaction_22(X) != fn_prokaryotic_light_reaction_23(X)
& fn_prokaryotic_light_reaction_21(X) != fn_prokaryotic_light_reaction_22(X)
& result_2(X,fn_prokaryotic_light_reaction_12(X))
& possesses_2(fn_prokaryotic_light_reaction_12(X),fn_prokaryotic_light_reaction_25(X))
& is_between_2(fn_prokaryotic_light_reaction_25(X),fn_prokaryotic_light_reaction_18(X))
& raw_material_2(fn_prokaryotic_light_reaction_7(X),fn_prokaryotic_light_reaction_8(X))
& subevent_2(X,fn_prokaryotic_light_reaction_7(X))
& fn_prokaryotic_light_reaction_4(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_prokaryotic_light_reaction_5(X))
& fn_prokaryotic_light_reaction_6(X) = fn_metabolic_pathway_1(X)
& fn_prokaryotic_light_reaction_5(X) = fn_electron_transport_chain_reaction_1(fn_prokaryotic_light_reaction_3(X))
& fn_prokaryotic_light_reaction_9(X) = fn_prokaryote_8(fn_prokaryotic_light_reaction_6(X))
& fn_prokaryotic_light_reaction_4(X) = fn_cell_29(fn_prokaryotic_light_reaction_6(X))
& fn_prokaryotic_light_reaction_4(X) = fn_prokaryote_10(fn_prokaryotic_light_reaction_6(X))
& fn_prokaryotic_light_reaction_10(X) = fn_cell_28(fn_prokaryotic_light_reaction_6(X))
& fn_prokaryotic_light_reaction_10(X) = fn_prokaryote_12(fn_prokaryotic_light_reaction_6(X))
& fn_prokaryotic_light_reaction_30(X) = fn_light_reaction_10(X)
& fn_prokaryotic_light_reaction_31(X) = fn_light_reaction_9(X)
& fn_prokaryotic_light_reaction_32(X) = fn_light_reaction_8(X)
& fn_prokaryotic_light_reaction_33(X) = fn_light_reaction_7(X)
& fn_prokaryotic_light_reaction_11(X) = fn_light_reaction_14(X)
& fn_prokaryotic_light_reaction_13(X) = fn_light_reaction_12(X)
& fn_prokaryotic_light_reaction_3(X) = fn_light_reaction_53(X)
& fn_prokaryotic_light_reaction_20(X) = fn_light_reaction_36(X)
& fn_prokaryotic_light_reaction_18(X) = fn_light_reaction_34(X)
& fn_prokaryotic_light_reaction_19(X) = fn_light_reaction_35(X)
& fn_prokaryotic_light_reaction_20(X) = fn_light_reaction_34(X)
& fn_prokaryotic_light_reaction_21(X) = fn_light_reaction_31(X)
& fn_prokaryotic_light_reaction_22(X) = fn_light_reaction_32(X)
& fn_prokaryotic_light_reaction_21(X) = fn_light_reaction_33(X)
& fn_prokaryotic_light_reaction_23(X) = fn_light_reaction_31(X)
& fn_prokaryotic_light_reaction_17(X) = fn_light_reaction_37(X)
& fn_prokaryotic_light_reaction_24(X) = fn_light_reaction_30(X)
& fn_prokaryotic_light_reaction_28(X) = fn_light_reaction_58(X)
& fn_prokaryotic_light_reaction_18(X) = fn_light_reaction_36(X)
& fn_prokaryotic_light_reaction_25(X) = fn_light_reaction_29(X)
& fn_prokaryotic_light_reaction_29(X) = fn_light_reaction_47(X)
& fn_prokaryotic_light_reaction_14(X) = fn_light_reaction_40(X)
& fn_prokaryotic_light_reaction_26(X) = fn_light_reaction_28(X)
& fn_prokaryotic_light_reaction_12(X) = fn_light_reaction_48(X)
& fn_prokaryotic_light_reaction_16(X) = fn_light_reaction_38(X)
& fn_prokaryotic_light_reaction_15(X) = fn_light_reaction_39(X)
& fn_prokaryotic_light_reaction_8(X) = fn_light_reaction_27(X)
& fn_prokaryotic_light_reaction_27(X) = fn_light_reaction_26(X)
& fn_prokaryotic_light_reaction_7(X) = fn_light_reaction_52(X)
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_prokaryotic_light_reaction_5(X)) = fn_cell_29(fn_prokaryotic_light_reaction_6(X))
& fn_prokaryote_10(fn_prokaryotic_light_reaction_6(X)) = fn_cell_29(fn_prokaryotic_light_reaction_6(X))
& fn_cell_29(fn_prokaryotic_light_reaction_6(X)) = fn_prokaryote_10(fn_prokaryotic_light_reaction_6(X))
& fn_prokaryote_10(fn_prokaryotic_light_reaction_6(X)) = fn_cell_28(fn_prokaryotic_light_reaction_6(X))
& fn_prokaryote_12(fn_prokaryotic_light_reaction_6(X)) = fn_cell_28(fn_prokaryotic_light_reaction_6(X))
& fn_cell_28(fn_prokaryotic_light_reaction_6(X)) = fn_prokaryote_12(fn_prokaryotic_light_reaction_6(X))
& fn_prokaryote_12(fn_prokaryotic_light_reaction_6(X)) = fn_light_reaction_34(X)
& fn_light_reaction_34(X) = fn_light_reaction_33(X)
& fn_light_reaction_33(X) = fn_light_reaction_31(X)
& fn_light_reaction_31(X) = fn_light_reaction_33(X)
& fn_light_reaction_33(X) = fn_light_reaction_33(X)
& fn_light_reaction_33(X) = fn_light_reaction_36(X)
& fn_light_reaction_36(X) = fn_light_reaction_34(X)
& fn_light_reaction_34(X) = fn_light_reaction_34(X)
& fn_light_reaction_34(X) = fn_light_reaction_36(X)
& fn_light_reaction_36(X) = fn_light_reaction_36(X) ) ) ).
fof(a531999,axiom,
! [X] :
( prokaryotic_light_reaction_with_cyclic_electron_flow_1(X)
=> ( original_name_2(X,'Prokaryotic-Light-Reaction-With-Cyclic-Electron-Flow')
& user_description_2(X,'The linear electron flow that occurs during the light reaction in prokaryotic organisms.')
& concept2words_2(X,'prokaryotic light reaction with cyclic electron flow')
& concept2words_2(X,'prokaryotic-light-reaction-with-cyclic-electron-flow')
& prokaryotic_light_reaction_1(X)
& cyclic_electron_flow_1(fn_prokaryotic_light_reaction_with_cyclic_electron_flow_1(X))
& subevent_2(X,fn_prokaryotic_light_reaction_with_cyclic_electron_flow_1(X))
& fn_prokaryotic_light_reaction_with_cyclic_electron_flow_1(X) = fn_prokaryotic_light_reaction_3(X) ) ) ).
fof(a532000,axiom,
! [X] :
( prokaryotic_light_reaction_with_linear_electron_flow_1(X)
=> ( original_name_2(X,'Prokaryotic-Light-Reaction-With-Linear-Electron-Flow')
& user_description_2(X,'The light-dependent reactions of photosynthesis in a prokaryotic organism in which the electrons flow in a linear direction.')
& concept2words_2(X,'prokaryotic light reaction with linear electron flow')
& concept2words_2(X,'prokaryotic-light-reaction-with-linear-electron-flow')
& prokaryotic_light_reaction_1(X)
& linear_electron_flow_1(fn_prokaryotic_light_reaction_with_linear_electron_flow_1(X))
& subevent_2(X,fn_prokaryotic_light_reaction_with_linear_electron_flow_1(X))
& fn_prokaryotic_light_reaction_with_linear_electron_flow_1(X) = fn_prokaryotic_light_reaction_3(X) ) ) ).
fof(a532001,axiom,
! [X] :
( prokaryotic_mrna_1(X)
=> ( original_name_2(X,'Prokaryotic-mRNA')
& user_description_2(X,'An RNA transcript, often of an operon, a cluster of genes, in the cytoplasm of a prokaryote, such as bacteria. Prokaryotic mRNA is translated directly into protein without undergoing any post-transcriptional processing as in the eukaryotic cell.')
& concept2words_2(X,'prokaryotic messenger rna')
& concept2words_2(X,'prokaryotic mrna')
& concept2words_2(X,'prokaryotic-mrna')
& mrna_1(X)
& ~ bicoid_mrna_1(X)
& number_3_prime_region_1(fn_prokaryotic_mrna_1(X))
& system_1(fn_prokaryotic_mrna_2(X))
& system_1(fn_prokaryotic_mrna_3(X))
& system_1(fn_prokaryotic_mrna_4(X))
& system_1(fn_prokaryotic_mrna_5(X))
& share_1(fn_prokaryotic_mrna_6(X))
& unequal_sharing_1(fn_prokaryotic_mrna_6(X))
& chemical_bond_1(fn_prokaryotic_mrna_7(X))
& covalent_bond_1(fn_prokaryotic_mrna_7(X))
& phosphodiester_bond_1(fn_prokaryotic_mrna_7(X))
& share_1(fn_prokaryotic_mrna_8(X))
& phosphodiester_bond_1(fn_prokaryotic_mrna_9(X))
& unequal_sharing_1(fn_prokaryotic_mrna_10(X))
& share_1(fn_prokaryotic_mrna_11(X))
& entity_1(fn_prokaryotic_mrna_18(X))
& chemical_entity_1(fn_prokaryotic_mrna_18(X))
& atom_1(fn_prokaryotic_mrna_18(X))
& oxygen_1(fn_prokaryotic_mrna_18(X))
& hydrogen_1(fn_prokaryotic_mrna_19(X))
& entity_1(fn_prokaryotic_mrna_19(X))
& chemical_entity_1(fn_prokaryotic_mrna_19(X))
& atom_1(fn_prokaryotic_mrna_19(X))
& entity_1(fn_prokaryotic_mrna_20(X))
& atom_1(fn_prokaryotic_mrna_20(X))
& oxygen_1(fn_prokaryotic_mrna_20(X))
& system_1(fn_prokaryotic_mrna_21(X))
& atomic_number_value_1(fn_prokaryotic_mrna_22(X))
& covalent_bond_1(fn_prokaryotic_mrna_23(X))
& phosphodiester_bond_1(fn_prokaryotic_mrna_23(X))
& unequal_sharing_1(fn_prokaryotic_mrna_24(X))
& electron_1(fn_prokaryotic_mrna_25(X))
& valence_electron_1(fn_prokaryotic_mrna_25(X))
& quantity_value_1(fn_prokaryotic_mrna_26(X))
& quantity_value_1(fn_prokaryotic_mrna_28(X))
& atom_1(fn_prokaryotic_mrna_29(X))
& oxygen_1(fn_prokaryotic_mrna_29(X))
& hold_together_1(fn_prokaryotic_mrna_30(X))
& atomic_number_value_1(fn_prokaryotic_mrna_31(X))
& system_1(fn_prokaryotic_mrna_32(X))
& ribose_1(fn_prokaryotic_mrna_34(X))
& oxygen_1(fn_prokaryotic_mrna_35(X))
& entity_1(fn_prokaryotic_mrna_35(X))
& chemical_entity_1(fn_prokaryotic_mrna_35(X))
& atom_1(fn_prokaryotic_mrna_35(X))
& entity_1(fn_prokaryotic_mrna_36(X))
& chemical_entity_1(fn_prokaryotic_mrna_36(X))
& atom_1(fn_prokaryotic_mrna_36(X))
& oxygen_1(fn_prokaryotic_mrna_36(X))
& entity_1(fn_prokaryotic_mrna_37(X))
& chemical_entity_1(fn_prokaryotic_mrna_37(X))
& atom_1(fn_prokaryotic_mrna_37(X))
& number_5_prime_carbon_1(fn_prokaryotic_mrna_37(X))
& carbon_1(fn_prokaryotic_mrna_37(X))
& entity_1(fn_prokaryotic_mrna_38(X))
& chemical_entity_1(fn_prokaryotic_mrna_38(X))
& atom_1(fn_prokaryotic_mrna_38(X))
& number_5_prime_carbon_1(fn_prokaryotic_mrna_38(X))
& carbon_1(fn_prokaryotic_mrna_38(X))
& covalent_bond_1(fn_prokaryotic_mrna_39(X))
& chemical_bond_1(fn_prokaryotic_mrna_39(X))
& phosphodiester_bond_1(fn_prokaryotic_mrna_39(X))
& aug_1(fn_prokaryotic_mrna_40(X))
& uga_1(fn_prokaryotic_mrna_41(X))
& number_5_prime_region_1(fn_prokaryotic_mrna_42(X))
& chemical_bond_1(fn_prokaryotic_mrna_43(X))
& single_bond_1(fn_prokaryotic_mrna_43(X))
& covalent_bond_1(fn_prokaryotic_mrna_44(X))
& double_bond_1(fn_prokaryotic_mrna_44(X))
& phosphate_group_1(fn_prokaryotic_mrna_45(X))
& carbon_skeleton_1(fn_prokaryotic_mrna_46(X))
& ester_linkage_1(fn_prokaryotic_mrna_47(X))
& hold_together_1(fn_prokaryotic_mrna_48(X))
& share_1(fn_prokaryotic_mrna_49(X))
& entity_1(fn_prokaryotic_mrna_50(X))
& chemical_entity_1(fn_prokaryotic_mrna_50(X))
& atom_1(fn_prokaryotic_mrna_50(X))
& carbon_1(fn_prokaryotic_mrna_50(X))
& nitrogen_1(fn_prokaryotic_mrna_51(X))
& number_5_prime_carbon_1(fn_prokaryotic_mrna_52(X))
& electronegative_element_1(fn_prokaryotic_mrna_53(X))
& share_1(fn_prokaryotic_mrna_54(X))
& entity_1(fn_prokaryotic_mrna_55(X))
& tangible_entity_1(fn_prokaryotic_mrna_55(X))
& electron_1(fn_prokaryotic_mrna_55(X))
& valence_electron_1(fn_prokaryotic_mrna_55(X))
& phosphodiester_bond_1(fn_prokaryotic_mrna_56(X))
& share_1(fn_prokaryotic_mrna_57(X))
& unequal_sharing_1(fn_prokaryotic_mrna_57(X))
& number_5_prime_region_1(fn_5_prime_carbon_1(fn_prokaryotic_mrna_37(X)))
& number_5_prime_region_1(fn_5_prime_carbon_1(fn_prokaryotic_mrna_38(X)))
& share_1(fn_phosphodiester_bond_6(fn_prokaryotic_mrna_39(X)))
& double_bond_1(fn_phosphate_group_41(fn_prokaryotic_mrna_45(X)))
& entity_1(fn_covalent_bond_19(fn_prokaryotic_mrna_44(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_prokaryotic_mrna_44(X)))
& atom_1(fn_covalent_bond_19(fn_prokaryotic_mrna_44(X)))
& carbon_1(fn_carbon_skeleton_4(fn_prokaryotic_mrna_46(X)))
& share_1(fn_covalent_bond_17(fn_prokaryotic_mrna_23(X)))
& atom_1(fn_chemical_element_11(fn_prokaryotic_mrna_53(X)))
& entity_1(fn_covalent_bond_20(fn_prokaryotic_mrna_56(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_prokaryotic_mrna_56(X)))
& atom_1(fn_covalent_bond_20(fn_prokaryotic_mrna_56(X)))
& entity_1(fn_phosphodiester_bond_16(fn_prokaryotic_mrna_9(X)))
& chemical_entity_1(fn_phosphodiester_bond_16(fn_prokaryotic_mrna_9(X)))
& atom_1(fn_phosphodiester_bond_16(fn_prokaryotic_mrna_9(X)))
& carbon_1(fn_phosphodiester_bond_16(fn_prokaryotic_mrna_9(X)))
& entity_1(fn_phosphodiester_bond_15(fn_prokaryotic_mrna_9(X)))
& chemical_entity_1(fn_phosphodiester_bond_15(fn_prokaryotic_mrna_9(X)))
& atom_1(fn_phosphodiester_bond_15(fn_prokaryotic_mrna_9(X)))
& carbon_1(fn_phosphodiester_bond_15(fn_prokaryotic_mrna_9(X)))
& entity_1(fn_phosphodiester_bond_15(fn_prokaryotic_mrna_7(X)))
& chemical_entity_1(fn_phosphodiester_bond_15(fn_prokaryotic_mrna_7(X)))
& atom_1(fn_phosphodiester_bond_15(fn_prokaryotic_mrna_7(X)))
& carbon_1(fn_phosphodiester_bond_15(fn_prokaryotic_mrna_7(X)))
& entity_1(fn_phosphodiester_bond_16(fn_prokaryotic_mrna_7(X)))
& chemical_entity_1(fn_phosphodiester_bond_16(fn_prokaryotic_mrna_7(X)))
& atom_1(fn_phosphodiester_bond_16(fn_prokaryotic_mrna_7(X)))
& carbon_1(fn_phosphodiester_bond_16(fn_prokaryotic_mrna_7(X)))
& entity_1(fn_phosphodiester_bond_16(fn_prokaryotic_mrna_56(X)))
& chemical_entity_1(fn_phosphodiester_bond_16(fn_prokaryotic_mrna_56(X)))
& atom_1(fn_phosphodiester_bond_16(fn_prokaryotic_mrna_56(X)))
& carbon_1(fn_phosphodiester_bond_16(fn_prokaryotic_mrna_56(X)))
& entity_1(fn_phosphodiester_bond_15(fn_prokaryotic_mrna_56(X)))
& chemical_entity_1(fn_phosphodiester_bond_15(fn_prokaryotic_mrna_56(X)))
& atom_1(fn_phosphodiester_bond_15(fn_prokaryotic_mrna_56(X)))
& carbon_1(fn_phosphodiester_bond_15(fn_prokaryotic_mrna_56(X)))
& chemical_bond_1(fn_carbon_skeleton_5(fn_prokaryotic_mrna_46(X)))
& single_bond_1(fn_phosphate_group_37(fn_prokaryotic_mrna_45(X)))
& entity_1(fn_covalent_bond_20(fn_prokaryotic_mrna_44(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_prokaryotic_mrna_44(X)))
& atom_1(fn_covalent_bond_20(fn_prokaryotic_mrna_44(X)))
& entity_1(fn_phosphate_group_22(fn_prokaryotic_mrna_45(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_prokaryotic_mrna_45(X)))
& atom_1(fn_phosphate_group_22(fn_prokaryotic_mrna_45(X)))
& oxygen_1(fn_phosphate_group_22(fn_prokaryotic_mrna_45(X)))
& atom_1(fn_carbon_skeleton_2(fn_prokaryotic_mrna_46(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_prokaryotic_mrna_46(X)))
& oxygen_1(fn_phosphate_group_5(fn_prokaryotic_mrna_45(X)))
& entity_1(fn_phosphate_group_5(fn_prokaryotic_mrna_45(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_prokaryotic_mrna_45(X)))
& atom_1(fn_phosphate_group_5(fn_prokaryotic_mrna_45(X)))
& system_1(fn_phosphodiester_bond_33(fn_prokaryotic_mrna_56(X)))
& entity_1(fn_share_3(fn_prokaryotic_mrna_57(X)))
& entity_1(fn_share_3(fn_prokaryotic_mrna_6(X)))
& entity_1(fn_share_1(fn_prokaryotic_mrna_24(X)))
& entity_1(fn_share_1(fn_prokaryotic_mrna_10(X)))
& entity_1(fn_share_1(fn_prokaryotic_mrna_57(X)))
& entity_1(fn_share_1(fn_prokaryotic_mrna_6(X)))
& atom_1(fn_phosphodiester_bond_27(fn_prokaryotic_mrna_7(X)))
& oxygen_1(fn_phosphodiester_bond_27(fn_prokaryotic_mrna_7(X)))
& entity_1(fn_share_3(fn_prokaryotic_mrna_24(X)))
& entity_1(fn_share_3(fn_prokaryotic_mrna_10(X)))
& entity_1(fn_covalent_bond_19(fn_prokaryotic_mrna_56(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_prokaryotic_mrna_56(X)))
& atom_1(fn_covalent_bond_19(fn_prokaryotic_mrna_56(X)))
& share_1(fn_covalent_bond_17(fn_prokaryotic_mrna_56(X)))
& share_1(fn_phosphodiester_bond_6(fn_prokaryotic_mrna_9(X)))
& atom_1(fn_chemical_element_12(fn_prokaryotic_mrna_53(X)))
& entity_1(fn_covalent_bond_20(fn_prokaryotic_mrna_23(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_prokaryotic_mrna_23(X)))
& atom_1(fn_covalent_bond_20(fn_prokaryotic_mrna_23(X)))
& entity_1(fn_covalent_bond_19(fn_prokaryotic_mrna_23(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_prokaryotic_mrna_23(X)))
& atom_1(fn_covalent_bond_19(fn_prokaryotic_mrna_23(X)))
& atom_1(fn_phosphodiester_bond_18(fn_prokaryotic_mrna_7(X)))
& oxygen_1(fn_phosphodiester_bond_18(fn_prokaryotic_mrna_7(X)))
& atom_1(fn_phosphodiester_bond_18(fn_prokaryotic_mrna_56(X)))
& oxygen_1(fn_phosphodiester_bond_18(fn_prokaryotic_mrna_56(X)))
& atom_1(fn_phosphodiester_bond_27(fn_prokaryotic_mrna_56(X)))
& oxygen_1(fn_phosphodiester_bond_27(fn_prokaryotic_mrna_56(X)))
& share_1(fn_phosphodiester_bond_6(fn_prokaryotic_mrna_56(X)))
& share_1(fn_phosphodiester_bond_6(fn_prokaryotic_mrna_7(X)))
& valence_electron_1(fn_covalent_bond_18(fn_prokaryotic_mrna_23(X)))
& valence_electron_1(fn_covalent_bond_15(fn_prokaryotic_mrna_23(X)))
& valence_electron_1(fn_covalent_bond_15(fn_prokaryotic_mrna_56(X)))
& electron_1(fn_phosphodiester_bond_23(fn_prokaryotic_mrna_9(X)))
& valence_electron_1(fn_phosphodiester_bond_23(fn_prokaryotic_mrna_9(X)))
& electron_1(fn_phosphodiester_bond_23(fn_prokaryotic_mrna_7(X)))
& valence_electron_1(fn_phosphodiester_bond_23(fn_prokaryotic_mrna_7(X)))
& electron_1(fn_phosphodiester_bond_23(fn_prokaryotic_mrna_56(X)))
& valence_electron_1(fn_phosphodiester_bond_23(fn_prokaryotic_mrna_56(X)))
& atomic_number_value_1(fn_phosphodiester_bond_26(fn_prokaryotic_mrna_56(X)))
& equation_set_1(fn_phosphodiester_bond_31(fn_prokaryotic_mrna_56(X)))
& equation_set_1(fn_phosphodiester_bond_31(fn_prokaryotic_mrna_39(X)))
& system_1(fn_phosphodiester_bond_33(fn_prokaryotic_mrna_39(X)))
& ester_linkage_1(fn_phosphodiester_bond_30(fn_prokaryotic_mrna_39(X)))
& ester_linkage_1(fn_phosphodiester_bond_29(fn_prokaryotic_mrna_39(X)))
& hold_together_1(fn_phosphodiester_bond_14(fn_prokaryotic_mrna_39(X)))
& hold_together_1(fn_phosphodiester_bond_17(fn_prokaryotic_mrna_39(X)))
& atomic_number_value_1(fn_phosphodiester_bond_26(fn_prokaryotic_mrna_39(X)))
& atom_1(fn_phosphodiester_bond_18(fn_prokaryotic_mrna_39(X)))
& oxygen_1(fn_phosphodiester_bond_18(fn_prokaryotic_mrna_39(X)))
& atom_1(fn_phosphodiester_bond_27(fn_prokaryotic_mrna_39(X)))
& oxygen_1(fn_phosphodiester_bond_27(fn_prokaryotic_mrna_39(X)))
& entity_1(fn_phosphodiester_bond_15(fn_prokaryotic_mrna_39(X)))
& chemical_entity_1(fn_phosphodiester_bond_15(fn_prokaryotic_mrna_39(X)))
& atom_1(fn_phosphodiester_bond_15(fn_prokaryotic_mrna_39(X)))
& carbon_1(fn_phosphodiester_bond_15(fn_prokaryotic_mrna_39(X)))
& entity_1(fn_phosphodiester_bond_16(fn_prokaryotic_mrna_39(X)))
& chemical_entity_1(fn_phosphodiester_bond_16(fn_prokaryotic_mrna_39(X)))
& atom_1(fn_phosphodiester_bond_16(fn_prokaryotic_mrna_39(X)))
& carbon_1(fn_phosphodiester_bond_16(fn_prokaryotic_mrna_39(X)))
& is_between_2(fn_prokaryotic_mrna_56(X),fn_prokaryotic_mrna_18(X))
& has_part_2(fn_prokaryotic_mrna_53(X),fn_prokaryotic_mrna_20(X))
& has_part_2(fn_prokaryotic_mrna_53(X),fn_prokaryotic_mrna_19(X))
& is_inside_2(fn_prokaryotic_mrna_45(X),fn_prokaryotic_mrna_42(X))
& fn_prokaryotic_mrna_44(X) != fn_prokaryotic_mrna_43(X)
& fn_prokaryotic_mrna_43(X) != fn_prokaryotic_mrna_44(X)
& called_2(fn_prokaryotic_mrna_38(X),'A2')
& is_inside_2(fn_prokaryotic_mrna_38(X),fn_prokaryotic_mrna_46(X))
& fn_prokaryotic_mrna_38(X) != fn_prokaryotic_mrna_37(X)
& called_2(fn_prokaryotic_mrna_37(X),'A2')
& fn_prokaryotic_mrna_37(X) != fn_prokaryotic_mrna_38(X)
& has_region_2(fn_prokaryotic_mrna_34(X),fn_prokaryotic_mrna_1(X))
& has_region_2(fn_prokaryotic_mrna_34(X),fn_prokaryotic_mrna_42(X))
& agent_2(fn_prokaryotic_mrna_10(X),fn_prokaryotic_mrna_18(X))
& is_between_2(fn_prokaryotic_mrna_9(X),fn_prokaryotic_mrna_18(X))
& agent_2(fn_prokaryotic_mrna_24(X),fn_prokaryotic_mrna_19(X))
& agent_2(fn_prokaryotic_mrna_10(X),fn_prokaryotic_mrna_19(X))
& agent_2(fn_prokaryotic_mrna_24(X),fn_prokaryotic_mrna_20(X))
& agent_2(fn_prokaryotic_mrna_10(X),fn_prokaryotic_mrna_20(X))
& agent_2(fn_prokaryotic_mrna_57(X),fn_prokaryotic_mrna_20(X))
& agent_2(fn_prokaryotic_mrna_6(X),fn_prokaryotic_mrna_20(X))
& has_part_2(X,fn_prokaryotic_mrna_41(X))
& result_2(fn_prokaryotic_mrna_11(X),fn_prokaryotic_mrna_39(X))
& agent_2(fn_prokaryotic_mrna_11(X),fn_prokaryotic_mrna_50(X))
& agent_2(fn_prokaryotic_mrna_49(X),fn_prokaryotic_mrna_50(X))
& result_2(fn_prokaryotic_mrna_49(X),fn_prokaryotic_mrna_39(X))
& has_part_2(X,fn_prokaryotic_mrna_40(X))
& is_between_2(fn_prokaryotic_mrna_44(X),fn_prokaryotic_mrna_37(X))
& fn_prokaryotic_mrna_37(X) != fn_prokaryotic_mrna_36(X)
& fn_prokaryotic_mrna_36(X) != fn_prokaryotic_mrna_38(X)
& fn_prokaryotic_mrna_36(X) != fn_prokaryotic_mrna_37(X)
& fn_prokaryotic_mrna_38(X) != fn_prokaryotic_mrna_36(X)
& is_at_2(fn_prokaryotic_mrna_37(X),fn_prokaryotic_mrna_42(X))
& is_at_2(fn_prokaryotic_mrna_38(X),fn_prokaryotic_mrna_42(X))
& has_part_2(fn_prokaryotic_mrna_53(X),fn_prokaryotic_mrna_18(X))
& same_type_2(fn_prokaryotic_mrna_18(X),fn_prokaryotic_mrna_52(X))
& has_part_2(fn_prokaryotic_mrna_53(X),fn_prokaryotic_mrna_52(X))
& same_type_2(fn_prokaryotic_mrna_52(X),fn_prokaryotic_mrna_18(X))
& is_between_2(fn_prokaryotic_mrna_23(X),fn_prokaryotic_mrna_18(X))
& agent_2(fn_prokaryotic_mrna_24(X),fn_prokaryotic_mrna_18(X))
& object_2(fn_prokaryotic_mrna_24(X),fn_prokaryotic_mrna_25(X))
& is_inside_2(fn_prokaryotic_mrna_37(X),fn_prokaryotic_mrna_46(X))
& fn_prokaryotic_mrna_37(X) != fn_prokaryotic_mrna_35(X)
& fn_prokaryotic_mrna_35(X) != fn_prokaryotic_mrna_38(X)
& is_between_2(fn_prokaryotic_mrna_43(X),fn_prokaryotic_mrna_38(X))
& is_between_2(fn_prokaryotic_mrna_43(X),fn_prokaryotic_mrna_35(X))
& fn_prokaryotic_mrna_35(X) != fn_prokaryotic_mrna_37(X)
& fn_prokaryotic_mrna_38(X) != fn_prokaryotic_mrna_35(X)
& result_2(fn_prokaryotic_mrna_8(X),fn_prokaryotic_mrna_39(X))
& agent_2(fn_prokaryotic_mrna_8(X),fn_prokaryotic_mrna_50(X))
& result_2(fn_prokaryotic_mrna_57(X),fn_prokaryotic_mrna_56(X))
& agent_2(fn_prokaryotic_mrna_57(X),fn_prokaryotic_mrna_19(X))
& fn_prokaryotic_mrna_19(X) != fn_prokaryotic_mrna_52(X)
& fn_prokaryotic_mrna_52(X) != fn_prokaryotic_mrna_19(X)
& object_2(fn_prokaryotic_mrna_57(X),fn_prokaryotic_mrna_25(X))
& is_between_2(fn_prokaryotic_mrna_9(X),fn_prokaryotic_mrna_52(X))
& agent_2(fn_prokaryotic_mrna_24(X),fn_prokaryotic_mrna_52(X))
& result_2(fn_prokaryotic_mrna_24(X),fn_prokaryotic_mrna_23(X))
& is_between_2(fn_prokaryotic_mrna_23(X),fn_prokaryotic_mrna_52(X))
& agent_2(fn_prokaryotic_mrna_57(X),fn_prokaryotic_mrna_52(X))
& object_2(fn_prokaryotic_mrna_10(X),fn_prokaryotic_mrna_25(X))
& agent_2(fn_prokaryotic_mrna_10(X),fn_prokaryotic_mrna_52(X))
& result_2(fn_prokaryotic_mrna_10(X),fn_prokaryotic_mrna_9(X))
& is_between_2(fn_prokaryotic_mrna_7(X),fn_prokaryotic_mrna_52(X))
& agent_2(fn_prokaryotic_mrna_6(X),fn_prokaryotic_mrna_52(X))
& object_2(fn_prokaryotic_mrna_6(X),fn_prokaryotic_mrna_55(X))
& fn_prokaryotic_mrna_20(X) != fn_prokaryotic_mrna_52(X)
& fn_prokaryotic_mrna_52(X) != fn_prokaryotic_mrna_20(X)
& has_part_2(fn_prokaryotic_mrna_52(X),fn_prokaryotic_mrna_25(X))
& atomic_number_2(fn_prokaryotic_mrna_52(X),fn_prokaryotic_mrna_22(X))
& is_between_2(fn_prokaryotic_mrna_56(X),fn_prokaryotic_mrna_52(X))
& fn_prokaryotic_mrna_18(X) != fn_prokaryotic_mrna_52(X)
& fn_prokaryotic_mrna_52(X) != fn_prokaryotic_mrna_18(X)
& is_inside_2(fn_prokaryotic_mrna_36(X),fn_prokaryotic_mrna_45(X))
& is_between_2(fn_prokaryotic_mrna_43(X),fn_prokaryotic_mrna_36(X))
& is_inside_2(fn_prokaryotic_mrna_35(X),fn_prokaryotic_mrna_45(X))
& is_between_2(fn_prokaryotic_mrna_44(X),fn_prokaryotic_mrna_35(X))
& fn_prokaryotic_mrna_36(X) != fn_prokaryotic_mrna_35(X)
& fn_prokaryotic_mrna_35(X) != fn_prokaryotic_mrna_36(X)
& called_2(fn_prokaryotic_mrna_22(X),'Atomic_Number')
& fn_prokaryotic_mrna_19(X) != fn_prokaryotic_mrna_20(X)
& fn_prokaryotic_mrna_20(X) != fn_prokaryotic_mrna_19(X)
& called_2(fn_prokaryotic_mrna_28(X),'Number_Proton')
& agent_2(fn_prokaryotic_mrna_6(X),fn_prokaryotic_mrna_19(X))
& result_2(fn_prokaryotic_mrna_6(X),fn_prokaryotic_mrna_7(X))
& is_between_2(fn_prokaryotic_mrna_7(X),fn_prokaryotic_mrna_18(X))
& fn_prokaryotic_mrna_20(X) != fn_prokaryotic_mrna_18(X)
& fn_prokaryotic_mrna_18(X) != fn_prokaryotic_mrna_20(X)
& object_2(fn_prokaryotic_mrna_57(X),fn_prokaryotic_mrna_55(X))
& agent_2(fn_prokaryotic_mrna_57(X),fn_prokaryotic_mrna_18(X))
& has_part_2(fn_prokaryotic_mrna_18(X),fn_prokaryotic_mrna_55(X))
& fn_prokaryotic_mrna_19(X) != fn_prokaryotic_mrna_18(X)
& fn_prokaryotic_mrna_18(X) != fn_prokaryotic_mrna_19(X)
& quantity_2(fn_prokaryotic_mrna_25(X),fn_prokaryotic_mrna_26(X))
& object_2(fn_prokaryotic_mrna_6(X),fn_prokaryotic_mrna_25(X))
& agent_2(fn_prokaryotic_mrna_6(X),fn_prokaryotic_mrna_18(X))
& fn_prokaryotic_mrna_55(X) != fn_prokaryotic_mrna_25(X)
& fn_prokaryotic_mrna_25(X) != fn_prokaryotic_mrna_55(X)
& called_2(fn_prokaryotic_mrna_26(X),'Number_Electron')
& fn_prokaryotic_mrna_26(X) = fn_prokaryotic_mrna_28(X)
& fn_prokaryotic_mrna_28(X) = fn_prokaryotic_mrna_26(X)
& fn_prokaryotic_mrna_28(X) = fn_prokaryotic_mrna_22(X)
& fn_prokaryotic_mrna_22(X) = fn_prokaryotic_mrna_28(X)
& called_2(fn_prokaryotic_mrna_47(X),"2")
& has_function_2(fn_prokaryotic_mrna_39(X),fn_prokaryotic_mrna_48(X))
& possesses_2(fn_prokaryotic_mrna_34(X),fn_prokaryotic_mrna_39(X))
& has_part_2(fn_prokaryotic_mrna_34(X),fn_prokaryotic_mrna_50(X))
& object_2(fn_prokaryotic_mrna_48(X),fn_prokaryotic_mrna_50(X))
& agent_2(fn_prokaryotic_mrna_48(X),fn_prokaryotic_mrna_39(X))
& element_2(fn_prokaryotic_mrna_39(X),fn_prokaryotic_mrna_47(X))
& has_function_2(fn_prokaryotic_mrna_47(X),fn_prokaryotic_mrna_30(X))
& agent_2(fn_prokaryotic_mrna_30(X),fn_prokaryotic_mrna_47(X))
& object_2(fn_prokaryotic_mrna_30(X),fn_prokaryotic_mrna_50(X))
& object_2(fn_prokaryotic_mrna_30(X),fn_prokaryotic_mrna_29(X))
& is_between_2(fn_prokaryotic_mrna_47(X),fn_prokaryotic_mrna_29(X))
& is_between_2(fn_prokaryotic_mrna_47(X),fn_prokaryotic_mrna_50(X))
& agent_2(fn_prokaryotic_mrna_54(X),fn_prokaryotic_mrna_50(X))
& result_2(fn_prokaryotic_mrna_54(X),fn_prokaryotic_mrna_39(X))
& is_between_2(fn_prokaryotic_mrna_39(X),fn_prokaryotic_mrna_50(X))
& atomic_number_2(fn_prokaryotic_mrna_50(X),fn_prokaryotic_mrna_31(X))
& called_2(fn_prokaryotic_mrna_31(X),'Atomic_Number')
& possesses_2(X,fn_prokaryotic_mrna_39(X))
& is_between_2(fn_prokaryotic_mrna_39(X),fn_prokaryotic_mrna_51(X))
& fn_prokaryotic_mrna_51(X) != fn_prokaryotic_mrna_50(X)
& fn_prokaryotic_mrna_50(X) != fn_prokaryotic_mrna_51(X)
& fn_prokaryotic_mrna_29(X) != fn_prokaryotic_mrna_50(X)
& fn_prokaryotic_mrna_50(X) != fn_prokaryotic_mrna_29(X)
& fn_prokaryotic_mrna_19(X) = fn_share_3(fn_prokaryotic_mrna_24(X))
& fn_prokaryotic_mrna_19(X) = fn_share_3(fn_prokaryotic_mrna_10(X))
& fn_prokaryotic_mrna_20(X) = fn_share_1(fn_prokaryotic_mrna_24(X))
& fn_prokaryotic_mrna_20(X) = fn_share_1(fn_prokaryotic_mrna_10(X))
& fn_prokaryotic_mrna_20(X) = fn_share_3(fn_prokaryotic_mrna_57(X))
& fn_prokaryotic_mrna_20(X) = fn_share_1(fn_prokaryotic_mrna_57(X))
& fn_prokaryotic_mrna_20(X) = fn_share_3(fn_prokaryotic_mrna_6(X))
& fn_prokaryotic_mrna_20(X) = fn_share_1(fn_prokaryotic_mrna_6(X))
& fn_prokaryotic_mrna_41(X) = fn_mrna_7(X)
& fn_prokaryotic_mrna_11(X) = fn_phosphodiester_bond_6(fn_prokaryotic_mrna_39(X))
& fn_prokaryotic_mrna_49(X) = fn_phosphodiester_bond_6(fn_prokaryotic_mrna_39(X))
& fn_prokaryotic_mrna_40(X) = fn_mrna_6(X)
& fn_prokaryotic_mrna_38(X) = fn_covalent_bond_19(fn_prokaryotic_mrna_44(X))
& fn_prokaryotic_mrna_36(X) = fn_covalent_bond_20(fn_prokaryotic_mrna_44(X))
& fn_prokaryotic_mrna_37(X) = fn_covalent_bond_20(fn_prokaryotic_mrna_44(X))
& fn_prokaryotic_mrna_37(X) = fn_covalent_bond_19(fn_prokaryotic_mrna_44(X))
& fn_prokaryotic_mrna_42(X) = fn_5_prime_carbon_1(fn_prokaryotic_mrna_37(X))
& fn_prokaryotic_mrna_42(X) = fn_5_prime_carbon_1(fn_prokaryotic_mrna_38(X))
& fn_prokaryotic_mrna_52(X) = fn_chemical_element_11(fn_prokaryotic_mrna_53(X))
& fn_prokaryotic_mrna_18(X) = fn_chemical_element_12(fn_prokaryotic_mrna_53(X))
& fn_prokaryotic_mrna_25(X) = fn_covalent_bond_15(fn_prokaryotic_mrna_23(X))
& fn_prokaryotic_mrna_25(X) = fn_covalent_bond_18(fn_prokaryotic_mrna_23(X))
& fn_prokaryotic_mrna_24(X) = fn_covalent_bond_17(fn_prokaryotic_mrna_23(X))
& fn_prokaryotic_mrna_18(X) = fn_covalent_bond_20(fn_prokaryotic_mrna_23(X))
& fn_prokaryotic_mrna_18(X) = fn_covalent_bond_19(fn_prokaryotic_mrna_23(X))
& fn_prokaryotic_mrna_43(X) = fn_carbon_skeleton_5(fn_prokaryotic_mrna_46(X))
& fn_prokaryotic_mrna_38(X) = fn_carbon_skeleton_4(fn_prokaryotic_mrna_46(X))
& fn_prokaryotic_mrna_35(X) = fn_carbon_skeleton_2(fn_prokaryotic_mrna_46(X))
& fn_prokaryotic_mrna_37(X) = fn_carbon_skeleton_4(fn_prokaryotic_mrna_46(X))
& fn_prokaryotic_mrna_8(X) = fn_phosphodiester_bond_6(fn_prokaryotic_mrna_39(X))
& fn_prokaryotic_mrna_19(X) = fn_covalent_bond_19(fn_prokaryotic_mrna_56(X))
& fn_prokaryotic_mrna_57(X) = fn_covalent_bond_17(fn_prokaryotic_mrna_56(X))
& fn_prokaryotic_mrna_25(X) = fn_phosphodiester_bond_23(fn_prokaryotic_mrna_9(X))
& fn_prokaryotic_mrna_57(X) = fn_phosphodiester_bond_6(fn_prokaryotic_mrna_9(X))
& fn_prokaryotic_mrna_52(X) = fn_phosphodiester_bond_16(fn_prokaryotic_mrna_9(X))
& fn_prokaryotic_mrna_24(X) = fn_phosphodiester_bond_6(fn_prokaryotic_mrna_9(X))
& fn_prokaryotic_mrna_52(X) = fn_phosphodiester_bond_15(fn_prokaryotic_mrna_9(X))
& fn_prokaryotic_mrna_10(X) = fn_covalent_bond_17(fn_prokaryotic_mrna_56(X))
& fn_prokaryotic_mrna_25(X) = fn_phosphodiester_bond_23(fn_prokaryotic_mrna_7(X))
& fn_prokaryotic_mrna_10(X) = fn_phosphodiester_bond_6(fn_prokaryotic_mrna_7(X))
& fn_prokaryotic_mrna_55(X) = fn_phosphodiester_bond_23(fn_prokaryotic_mrna_56(X))
& fn_prokaryotic_mrna_55(X) = fn_phosphodiester_bond_23(fn_prokaryotic_mrna_7(X))
& fn_prokaryotic_mrna_6(X) = fn_phosphodiester_bond_6(fn_prokaryotic_mrna_56(X))
& fn_prokaryotic_mrna_6(X) = fn_phosphodiester_bond_6(fn_prokaryotic_mrna_7(X))
& fn_prokaryotic_mrna_20(X) = fn_phosphodiester_bond_27(fn_prokaryotic_mrna_7(X))
& fn_prokaryotic_mrna_52(X) = fn_phosphodiester_bond_15(fn_prokaryotic_mrna_7(X))
& fn_prokaryotic_mrna_52(X) = fn_covalent_bond_20(fn_prokaryotic_mrna_56(X))
& fn_prokaryotic_mrna_25(X) = fn_covalent_bond_15(fn_prokaryotic_mrna_56(X))
& fn_prokaryotic_mrna_25(X) = fn_phosphodiester_bond_23(fn_prokaryotic_mrna_56(X))
& fn_prokaryotic_mrna_22(X) = fn_phosphodiester_bond_26(fn_prokaryotic_mrna_56(X))
& fn_prokaryotic_mrna_27(X) = fn_phosphodiester_bond_31(fn_prokaryotic_mrna_56(X))
& fn_prokaryotic_mrna_21(X) = fn_phosphodiester_bond_33(fn_prokaryotic_mrna_56(X))
& fn_prokaryotic_mrna_52(X) = fn_phosphodiester_bond_16(fn_prokaryotic_mrna_7(X))
& fn_prokaryotic_mrna_18(X) = fn_phosphodiester_bond_18(fn_prokaryotic_mrna_7(X))
& fn_prokaryotic_mrna_18(X) = fn_phosphodiester_bond_18(fn_prokaryotic_mrna_56(X))
& fn_prokaryotic_mrna_18(X) = fn_phosphodiester_bond_27(fn_prokaryotic_mrna_56(X))
& fn_prokaryotic_mrna_52(X) = fn_phosphodiester_bond_16(fn_prokaryotic_mrna_56(X))
& fn_prokaryotic_mrna_52(X) = fn_phosphodiester_bond_15(fn_prokaryotic_mrna_56(X))
& fn_prokaryotic_mrna_43(X) = fn_phosphate_group_37(fn_prokaryotic_mrna_45(X))
& fn_prokaryotic_mrna_44(X) = fn_phosphate_group_41(fn_prokaryotic_mrna_45(X))
& fn_prokaryotic_mrna_36(X) = fn_phosphate_group_22(fn_prokaryotic_mrna_45(X))
& fn_prokaryotic_mrna_35(X) = fn_phosphate_group_5(fn_prokaryotic_mrna_45(X))
& fn_prokaryotic_mrna_5(X) = fn_nucleic_acid_35(X)
& fn_prokaryotic_mrna_17(X) = fn_nucleic_acid_32(X)
& fn_prokaryotic_mrna_16(X) = fn_nucleic_acid_31(X)
& fn_prokaryotic_mrna_14(X) = fn_nucleic_acid_30(X)
& fn_prokaryotic_mrna_21(X) = fn_nucleic_acid_35(X)
& fn_prokaryotic_mrna_15(X) = fn_nucleic_acid_36(X)
& fn_prokaryotic_mrna_20(X) = fn_nucleic_acid_26(X)
& fn_prokaryotic_mrna_7(X) = fn_nucleic_acid_22(X)
& fn_prokaryotic_mrna_19(X) = fn_nucleic_acid_6(X)
& fn_prokaryotic_mrna_18(X) = fn_nucleic_acid_26(X)
& fn_prokaryotic_mrna_57(X) = fn_nucleic_acid_23(X)
& fn_prokaryotic_mrna_18(X) = fn_nucleic_acid_27(X)
& fn_prokaryotic_mrna_6(X) = fn_nucleic_acid_23(X)
& fn_prokaryotic_mrna_55(X) = fn_nucleic_acid_25(X)
& fn_prokaryotic_mrna_25(X) = fn_nucleic_acid_24(X)
& fn_prokaryotic_mrna_26(X) = fn_nucleic_acid_10(X)
& fn_prokaryotic_mrna_28(X) = fn_nucleic_acid_9(X)
& fn_prokaryotic_mrna_22(X) = fn_nucleic_acid_7(X)
& fn_prokaryotic_mrna_27(X) = fn_nucleic_acid_8(X)
& fn_prokaryotic_mrna_4(X) = fn_nucleic_acid_35(X)
& fn_prokaryotic_mrna_13(X) = fn_rna_18(X)
& fn_prokaryotic_mrna_34(X) = fn_rna_7(X)
& fn_prokaryotic_mrna_12(X) = fn_rna_19(X)
& fn_prokaryotic_mrna_33(X) = fn_phosphodiester_bond_31(fn_prokaryotic_mrna_39(X))
& fn_prokaryotic_mrna_33(X) = fn_rna_11(X)
& fn_prokaryotic_mrna_48(X) = fn_phosphodiester_bond_14(fn_prokaryotic_mrna_39(X))
& fn_prokaryotic_mrna_48(X) = fn_rna_17(X)
& fn_prokaryotic_mrna_32(X) = fn_phosphodiester_bond_33(fn_prokaryotic_mrna_39(X))
& fn_prokaryotic_mrna_32(X) = fn_rna_12(X)
& fn_prokaryotic_mrna_47(X) = fn_phosphodiester_bond_30(fn_prokaryotic_mrna_39(X))
& fn_prokaryotic_mrna_47(X) = fn_phosphodiester_bond_29(fn_prokaryotic_mrna_39(X))
& fn_prokaryotic_mrna_47(X) = fn_rna_16(X)
& fn_prokaryotic_mrna_30(X) = fn_phosphodiester_bond_14(fn_prokaryotic_mrna_39(X))
& fn_prokaryotic_mrna_30(X) = fn_phosphodiester_bond_17(fn_prokaryotic_mrna_39(X))
& fn_prokaryotic_mrna_30(X) = fn_nucleic_acid_14(X)
& fn_prokaryotic_mrna_30(X) = fn_rna_15(X)
& fn_prokaryotic_mrna_31(X) = fn_phosphodiester_bond_26(fn_prokaryotic_mrna_39(X))
& fn_prokaryotic_mrna_31(X) = fn_rna_13(X)
& fn_prokaryotic_mrna_54(X) = fn_rna_6(X)
& fn_prokaryotic_mrna_50(X) = fn_phosphodiester_bond_16(fn_prokaryotic_mrna_39(X))
& fn_prokaryotic_mrna_29(X) = fn_phosphodiester_bond_18(fn_prokaryotic_mrna_39(X))
& fn_prokaryotic_mrna_50(X) = fn_phosphodiester_bond_15(fn_prokaryotic_mrna_39(X))
& fn_prokaryotic_mrna_29(X) = fn_phosphodiester_bond_27(fn_prokaryotic_mrna_39(X))
& fn_prokaryotic_mrna_50(X) = fn_nucleic_acid_15(X)
& fn_prokaryotic_mrna_29(X) = fn_nucleic_acid_17(X)
& fn_prokaryotic_mrna_29(X) = fn_rna_14(X)
& fn_prokaryotic_mrna_50(X) = fn_rna_5(X)
& fn_prokaryotic_mrna_51(X) = fn_rna_4(X)
& fn_prokaryotic_mrna_39(X) = fn_nucleic_acid_19(X)
& fn_prokaryotic_mrna_39(X) = fn_rna_8(X)
& fn_carbon_skeleton_4(fn_prokaryotic_mrna_46(X)) = fn_covalent_bond_19(fn_prokaryotic_mrna_44(X))
& fn_covalent_bond_19(fn_prokaryotic_mrna_44(X)) = fn_covalent_bond_20(fn_prokaryotic_mrna_44(X))
& fn_covalent_bond_20(fn_prokaryotic_mrna_44(X)) = fn_covalent_bond_19(fn_prokaryotic_mrna_44(X))
& fn_covalent_bond_19(fn_prokaryotic_mrna_44(X)) = fn_covalent_bond_19(fn_prokaryotic_mrna_44(X))
& fn_covalent_bond_19(fn_prokaryotic_mrna_44(X)) = fn_carbon_skeleton_4(fn_prokaryotic_mrna_46(X))
& fn_carbon_skeleton_4(fn_prokaryotic_mrna_46(X)) = fn_carbon_skeleton_4(fn_prokaryotic_mrna_46(X))
& fn_carbon_skeleton_4(fn_prokaryotic_mrna_46(X)) = fn_covalent_bond_17(fn_prokaryotic_mrna_23(X))
& fn_covalent_bond_17(fn_prokaryotic_mrna_23(X)) = fn_covalent_bond_17(fn_prokaryotic_mrna_23(X))
& fn_covalent_bond_17(fn_prokaryotic_mrna_23(X)) = fn_phosphodiester_bond_6(fn_prokaryotic_mrna_9(X))
& fn_phosphodiester_bond_6(fn_prokaryotic_mrna_9(X)) = fn_covalent_bond_17(fn_prokaryotic_mrna_56(X))
& fn_covalent_bond_17(fn_prokaryotic_mrna_56(X)) = fn_phosphodiester_bond_6(fn_prokaryotic_mrna_7(X))
& fn_phosphodiester_bond_6(fn_prokaryotic_mrna_7(X)) = fn_phosphodiester_bond_6(fn_prokaryotic_mrna_7(X))
& fn_phosphodiester_bond_6(fn_prokaryotic_mrna_7(X)) = fn_chemical_element_11(fn_prokaryotic_mrna_53(X))
& fn_chemical_element_11(fn_prokaryotic_mrna_53(X)) = fn_chemical_element_11(fn_prokaryotic_mrna_53(X))
& fn_chemical_element_11(fn_prokaryotic_mrna_53(X)) = fn_covalent_bond_20(fn_prokaryotic_mrna_56(X))
& fn_covalent_bond_20(fn_prokaryotic_mrna_56(X)) = fn_covalent_bond_20(fn_prokaryotic_mrna_56(X))
& fn_covalent_bond_20(fn_prokaryotic_mrna_56(X)) = fn_phosphodiester_bond_16(fn_prokaryotic_mrna_9(X))
& fn_phosphodiester_bond_16(fn_prokaryotic_mrna_9(X)) = fn_phosphodiester_bond_16(fn_prokaryotic_mrna_7(X))
& fn_phosphodiester_bond_16(fn_prokaryotic_mrna_7(X)) = fn_covalent_bond_20(fn_prokaryotic_mrna_56(X))
& fn_covalent_bond_20(fn_prokaryotic_mrna_56(X)) = fn_phosphodiester_bond_16(fn_prokaryotic_mrna_7(X))
& fn_phosphodiester_bond_16(fn_prokaryotic_mrna_56(X)) = fn_phosphodiester_bond_16(fn_prokaryotic_mrna_7(X))
& fn_phosphodiester_bond_16(fn_prokaryotic_mrna_56(X)) = fn_phosphodiester_bond_16(fn_prokaryotic_mrna_56(X))
& fn_phosphodiester_bond_16(fn_prokaryotic_mrna_56(X)) = fn_phosphodiester_bond_16(fn_prokaryotic_mrna_9(X))
& fn_phosphodiester_bond_16(fn_prokaryotic_mrna_9(X)) = fn_phosphodiester_bond_16(fn_prokaryotic_mrna_9(X))
& fn_phosphodiester_bond_16(fn_prokaryotic_mrna_9(X)) = fn_phosphodiester_bond_15(fn_prokaryotic_mrna_9(X))
& fn_phosphodiester_bond_15(fn_prokaryotic_mrna_9(X)) = fn_phosphodiester_bond_15(fn_prokaryotic_mrna_9(X))
& fn_phosphodiester_bond_15(fn_prokaryotic_mrna_9(X)) = fn_phosphodiester_bond_16(fn_prokaryotic_mrna_7(X))
& fn_phosphodiester_bond_16(fn_prokaryotic_mrna_56(X)) = fn_phosphodiester_bond_15(fn_prokaryotic_mrna_7(X))
& fn_phosphodiester_bond_15(fn_prokaryotic_mrna_7(X)) = fn_phosphodiester_bond_15(fn_prokaryotic_mrna_7(X))
& fn_phosphodiester_bond_15(fn_prokaryotic_mrna_7(X)) = fn_phosphodiester_bond_16(fn_prokaryotic_mrna_7(X))
& fn_phosphodiester_bond_16(fn_prokaryotic_mrna_7(X)) = fn_phosphodiester_bond_15(fn_prokaryotic_mrna_7(X))
& fn_phosphodiester_bond_15(fn_prokaryotic_mrna_7(X)) = fn_phosphodiester_bond_15(fn_prokaryotic_mrna_56(X))
& fn_phosphodiester_bond_15(fn_prokaryotic_mrna_56(X)) = fn_phosphodiester_bond_15(fn_prokaryotic_mrna_56(X))
& fn_phosphodiester_bond_15(fn_prokaryotic_mrna_56(X)) = fn_phosphodiester_bond_16(fn_prokaryotic_mrna_7(X))
& fn_phosphodiester_bond_16(fn_prokaryotic_mrna_7(X)) = fn_phosphodiester_bond_16(fn_prokaryotic_mrna_56(X))
& fn_phosphodiester_bond_15(fn_prokaryotic_mrna_56(X)) = fn_phosphodiester_bond_16(fn_prokaryotic_mrna_56(X))
& fn_phosphodiester_bond_16(fn_prokaryotic_mrna_56(X)) = fn_phosphodiester_bond_15(fn_prokaryotic_mrna_56(X))
& fn_phosphodiester_bond_15(fn_prokaryotic_mrna_56(X)) = fn_carbon_skeleton_5(fn_prokaryotic_mrna_46(X))
& fn_carbon_skeleton_5(fn_prokaryotic_mrna_46(X)) = fn_carbon_skeleton_5(fn_prokaryotic_mrna_46(X))
& fn_carbon_skeleton_5(fn_prokaryotic_mrna_46(X)) = fn_phosphate_group_37(fn_prokaryotic_mrna_45(X))
& fn_phosphate_group_37(fn_prokaryotic_mrna_45(X)) = fn_covalent_bond_20(fn_prokaryotic_mrna_44(X))
& fn_covalent_bond_20(fn_prokaryotic_mrna_44(X)) = fn_covalent_bond_20(fn_prokaryotic_mrna_44(X))
& fn_covalent_bond_20(fn_prokaryotic_mrna_44(X)) = fn_phosphate_group_22(fn_prokaryotic_mrna_45(X))
& fn_phosphate_group_22(fn_prokaryotic_mrna_45(X)) = fn_phosphate_group_22(fn_prokaryotic_mrna_45(X))
& fn_phosphate_group_22(fn_prokaryotic_mrna_45(X)) = fn_carbon_skeleton_2(fn_prokaryotic_mrna_46(X))
& fn_carbon_skeleton_2(fn_prokaryotic_mrna_46(X)) = fn_carbon_skeleton_2(fn_prokaryotic_mrna_46(X))
& fn_carbon_skeleton_2(fn_prokaryotic_mrna_46(X)) = fn_phosphate_group_5(fn_prokaryotic_mrna_45(X))
& fn_phosphate_group_5(fn_prokaryotic_mrna_45(X)) = fn_phosphate_group_5(fn_prokaryotic_mrna_45(X))
& fn_phosphate_group_5(fn_prokaryotic_mrna_45(X)) = fn_phosphodiester_bond_33(fn_prokaryotic_mrna_56(X))
& fn_phosphodiester_bond_33(fn_prokaryotic_mrna_56(X)) = fn_phosphodiester_bond_33(fn_prokaryotic_mrna_56(X))
& fn_phosphodiester_bond_33(fn_prokaryotic_mrna_56(X)) = fn_nucleic_acid_35(X)
& fn_nucleic_acid_35(X) = fn_share_1(fn_prokaryotic_mrna_24(X))
& fn_share_1(fn_prokaryotic_mrna_10(X)) = fn_share_3(fn_prokaryotic_mrna_57(X))
& fn_share_3(fn_prokaryotic_mrna_57(X)) = fn_share_1(fn_prokaryotic_mrna_57(X))
& fn_share_1(fn_prokaryotic_mrna_57(X)) = fn_share_3(fn_prokaryotic_mrna_6(X))
& fn_share_3(fn_prokaryotic_mrna_6(X)) = fn_share_1(fn_prokaryotic_mrna_6(X))
& fn_share_1(fn_prokaryotic_mrna_6(X)) = fn_share_1(fn_prokaryotic_mrna_24(X))
& fn_share_1(fn_prokaryotic_mrna_24(X)) = fn_share_1(fn_prokaryotic_mrna_10(X))
& fn_share_1(fn_prokaryotic_mrna_10(X)) = fn_share_1(fn_prokaryotic_mrna_57(X))
& fn_share_1(fn_prokaryotic_mrna_57(X)) = fn_share_1(fn_prokaryotic_mrna_6(X))
& fn_share_1(fn_prokaryotic_mrna_6(X)) = fn_phosphodiester_bond_27(fn_prokaryotic_mrna_7(X))
& fn_phosphodiester_bond_27(fn_prokaryotic_mrna_7(X)) = fn_phosphodiester_bond_27(fn_prokaryotic_mrna_7(X))
& fn_phosphodiester_bond_27(fn_prokaryotic_mrna_7(X)) = fn_nucleic_acid_26(X)
& fn_nucleic_acid_26(X) = fn_share_3(fn_prokaryotic_mrna_24(X))
& fn_share_3(fn_prokaryotic_mrna_24(X)) = fn_share_3(fn_prokaryotic_mrna_10(X))
& fn_share_3(fn_prokaryotic_mrna_10(X)) = fn_covalent_bond_19(fn_prokaryotic_mrna_56(X))
& fn_covalent_bond_19(fn_prokaryotic_mrna_56(X)) = fn_covalent_bond_19(fn_prokaryotic_mrna_56(X))
& fn_covalent_bond_19(fn_prokaryotic_mrna_56(X)) = fn_nucleic_acid_6(X)
& fn_nucleic_acid_6(X) = fn_nucleic_acid_6(X)
& fn_nucleic_acid_6(X) = fn_covalent_bond_17(fn_prokaryotic_mrna_56(X))
& fn_covalent_bond_17(fn_prokaryotic_mrna_56(X)) = fn_covalent_bond_17(fn_prokaryotic_mrna_56(X))
& fn_covalent_bond_17(fn_prokaryotic_mrna_56(X)) = fn_phosphodiester_bond_6(fn_prokaryotic_mrna_9(X))
& fn_phosphodiester_bond_6(fn_prokaryotic_mrna_9(X)) = fn_phosphodiester_bond_6(fn_prokaryotic_mrna_9(X))
& fn_phosphodiester_bond_6(fn_prokaryotic_mrna_9(X)) = fn_nucleic_acid_23(X)
& fn_nucleic_acid_23(X) = fn_chemical_element_12(fn_prokaryotic_mrna_53(X))
& fn_chemical_element_12(fn_prokaryotic_mrna_53(X)) = fn_chemical_element_12(fn_prokaryotic_mrna_53(X))
& fn_chemical_element_12(fn_prokaryotic_mrna_53(X)) = fn_covalent_bond_20(fn_prokaryotic_mrna_23(X))
& fn_covalent_bond_20(fn_prokaryotic_mrna_23(X)) = fn_covalent_bond_20(fn_prokaryotic_mrna_23(X))
& fn_covalent_bond_19(fn_prokaryotic_mrna_23(X)) = fn_covalent_bond_20(fn_prokaryotic_mrna_23(X))
& fn_covalent_bond_20(fn_prokaryotic_mrna_23(X)) = fn_covalent_bond_19(fn_prokaryotic_mrna_23(X))
& fn_covalent_bond_19(fn_prokaryotic_mrna_23(X)) = fn_covalent_bond_19(fn_prokaryotic_mrna_23(X))
& fn_covalent_bond_19(fn_prokaryotic_mrna_23(X)) = fn_phosphodiester_bond_18(fn_prokaryotic_mrna_7(X))
& fn_phosphodiester_bond_18(fn_prokaryotic_mrna_56(X)) = fn_phosphodiester_bond_18(fn_prokaryotic_mrna_7(X))
& fn_phosphodiester_bond_27(fn_prokaryotic_mrna_56(X)) = fn_phosphodiester_bond_18(fn_prokaryotic_mrna_7(X))
& fn_phosphodiester_bond_18(fn_prokaryotic_mrna_7(X)) = fn_phosphodiester_bond_18(fn_prokaryotic_mrna_56(X))
& fn_phosphodiester_bond_18(fn_prokaryotic_mrna_56(X)) = fn_phosphodiester_bond_27(fn_prokaryotic_mrna_56(X))
& fn_phosphodiester_bond_27(fn_prokaryotic_mrna_56(X)) = fn_phosphodiester_bond_27(fn_prokaryotic_mrna_56(X))
& fn_phosphodiester_bond_27(fn_prokaryotic_mrna_56(X)) = fn_nucleic_acid_26(X)
& fn_nucleic_acid_27(X) = fn_nucleic_acid_27(X)
& fn_nucleic_acid_27(X) = fn_nucleic_acid_26(X)
& fn_nucleic_acid_26(X) = fn_nucleic_acid_26(X)
& fn_nucleic_acid_26(X) = fn_nucleic_acid_27(X)
& fn_nucleic_acid_27(X) = fn_phosphodiester_bond_6(fn_prokaryotic_mrna_56(X))
& fn_phosphodiester_bond_6(fn_prokaryotic_mrna_7(X)) = fn_phosphodiester_bond_6(fn_prokaryotic_mrna_56(X))
& fn_phosphodiester_bond_6(fn_prokaryotic_mrna_56(X)) = fn_phosphodiester_bond_6(fn_prokaryotic_mrna_7(X))
& fn_phosphodiester_bond_6(fn_prokaryotic_mrna_7(X)) = fn_nucleic_acid_23(X)
& fn_nucleic_acid_23(X) = fn_nucleic_acid_23(X)
& fn_nucleic_acid_23(X) = fn_phosphodiester_bond_23(fn_prokaryotic_mrna_56(X))
& fn_phosphodiester_bond_23(fn_prokaryotic_mrna_56(X)) = fn_phosphodiester_bond_23(fn_prokaryotic_mrna_7(X))
& fn_phosphodiester_bond_23(fn_prokaryotic_mrna_7(X)) = fn_nucleic_acid_25(X)
& fn_nucleic_acid_25(X) = fn_nucleic_acid_25(X)
& fn_nucleic_acid_25(X) = fn_covalent_bond_15(fn_prokaryotic_mrna_23(X))
& fn_covalent_bond_15(fn_prokaryotic_mrna_23(X)) = fn_covalent_bond_18(fn_prokaryotic_mrna_23(X))
& fn_covalent_bond_18(fn_prokaryotic_mrna_23(X)) = fn_covalent_bond_15(fn_prokaryotic_mrna_56(X))
& fn_covalent_bond_15(fn_prokaryotic_mrna_56(X)) = fn_covalent_bond_15(fn_prokaryotic_mrna_56(X))
& fn_covalent_bond_15(fn_prokaryotic_mrna_56(X)) = fn_covalent_bond_15(fn_prokaryotic_mrna_23(X))
& fn_covalent_bond_15(fn_prokaryotic_mrna_23(X)) = fn_phosphodiester_bond_23(fn_prokaryotic_mrna_9(X))
& fn_phosphodiester_bond_23(fn_prokaryotic_mrna_9(X)) = fn_covalent_bond_15(fn_prokaryotic_mrna_56(X))
& fn_covalent_bond_15(fn_prokaryotic_mrna_56(X)) = fn_phosphodiester_bond_23(fn_prokaryotic_mrna_7(X))
& fn_phosphodiester_bond_23(fn_prokaryotic_mrna_7(X)) = fn_covalent_bond_15(fn_prokaryotic_mrna_56(X))
& fn_covalent_bond_15(fn_prokaryotic_mrna_56(X)) = fn_phosphodiester_bond_23(fn_prokaryotic_mrna_56(X))
& fn_phosphodiester_bond_23(fn_prokaryotic_mrna_56(X)) = fn_phosphodiester_bond_23(fn_prokaryotic_mrna_9(X))
& fn_phosphodiester_bond_23(fn_prokaryotic_mrna_9(X)) = fn_phosphodiester_bond_23(fn_prokaryotic_mrna_7(X))
& fn_phosphodiester_bond_23(fn_prokaryotic_mrna_7(X)) = fn_phosphodiester_bond_23(fn_prokaryotic_mrna_56(X))
& fn_phosphodiester_bond_23(fn_prokaryotic_mrna_56(X)) = fn_nucleic_acid_24(X)
& fn_nucleic_acid_24(X) = fn_nucleic_acid_24(X)
& fn_nucleic_acid_24(X) = fn_phosphodiester_bond_26(fn_prokaryotic_mrna_56(X))
& fn_phosphodiester_bond_26(fn_prokaryotic_mrna_56(X)) = fn_nucleic_acid_7(X)
& fn_nucleic_acid_7(X) = fn_nucleic_acid_7(X)
& fn_nucleic_acid_7(X) = fn_phosphodiester_bond_31(fn_prokaryotic_mrna_56(X))
& fn_phosphodiester_bond_31(fn_prokaryotic_mrna_56(X)) = fn_nucleic_acid_8(X)
& fn_nucleic_acid_8(X) = fn_nucleic_acid_8(X)
& fn_nucleic_acid_8(X) = fn_rna_11(X)
& fn_rna_11(X) = fn_rna_11(X)
& fn_rna_11(X) = fn_phosphodiester_bond_31(fn_prokaryotic_mrna_39(X))
& fn_phosphodiester_bond_31(fn_prokaryotic_mrna_39(X)) = fn_rna_11(X)
& fn_rna_11(X) = fn_phosphodiester_bond_14(fn_prokaryotic_mrna_39(X))
& fn_rna_17(X) = fn_phosphodiester_bond_14(fn_prokaryotic_mrna_39(X))
& fn_phosphodiester_bond_14(fn_prokaryotic_mrna_39(X)) = fn_rna_17(X)
& fn_rna_17(X) = fn_rna_17(X)
& fn_rna_17(X) = fn_phosphodiester_bond_33(fn_prokaryotic_mrna_39(X))
& fn_rna_12(X) = fn_rna_12(X)
& fn_rna_12(X) = fn_phosphodiester_bond_33(fn_prokaryotic_mrna_39(X))
& fn_phosphodiester_bond_33(fn_prokaryotic_mrna_39(X)) = fn_rna_12(X)
& fn_rna_12(X) = fn_phosphodiester_bond_30(fn_prokaryotic_mrna_39(X))
& fn_phosphodiester_bond_29(fn_prokaryotic_mrna_39(X)) = fn_phosphodiester_bond_30(fn_prokaryotic_mrna_39(X))
& fn_phosphodiester_bond_30(fn_prokaryotic_mrna_39(X)) = fn_phosphodiester_bond_29(fn_prokaryotic_mrna_39(X))
& fn_rna_16(X) = fn_phosphodiester_bond_29(fn_prokaryotic_mrna_39(X))
& fn_phosphodiester_bond_29(fn_prokaryotic_mrna_39(X)) = fn_rna_16(X)
& fn_rna_16(X) = fn_rna_16(X)
& fn_rna_16(X) = fn_phosphodiester_bond_17(fn_prokaryotic_mrna_39(X))
& fn_phosphodiester_bond_17(fn_prokaryotic_mrna_39(X)) = fn_phosphodiester_bond_14(fn_prokaryotic_mrna_39(X))
& fn_phosphodiester_bond_14(fn_prokaryotic_mrna_39(X)) = fn_phosphodiester_bond_17(fn_prokaryotic_mrna_39(X))
& fn_phosphodiester_bond_17(fn_prokaryotic_mrna_39(X)) = fn_phosphodiester_bond_17(fn_prokaryotic_mrna_39(X))
& fn_phosphodiester_bond_17(fn_prokaryotic_mrna_39(X)) = fn_nucleic_acid_14(X)
& fn_rna_15(X) = fn_rna_15(X)
& fn_rna_15(X) = fn_nucleic_acid_14(X)
& fn_nucleic_acid_14(X) = fn_rna_15(X)
& fn_rna_15(X) = fn_rna_13(X)
& fn_rna_13(X) = fn_phosphodiester_bond_26(fn_prokaryotic_mrna_39(X))
& fn_phosphodiester_bond_26(fn_prokaryotic_mrna_39(X)) = fn_rna_13(X)
& fn_rna_13(X) = fn_phosphodiester_bond_18(fn_prokaryotic_mrna_39(X))
& fn_phosphodiester_bond_18(fn_prokaryotic_mrna_39(X)) = fn_phosphodiester_bond_18(fn_prokaryotic_mrna_39(X))
& fn_phosphodiester_bond_27(fn_prokaryotic_mrna_39(X)) = fn_phosphodiester_bond_18(fn_prokaryotic_mrna_39(X))
& fn_phosphodiester_bond_18(fn_prokaryotic_mrna_39(X)) = fn_phosphodiester_bond_27(fn_prokaryotic_mrna_39(X))
& fn_phosphodiester_bond_27(fn_prokaryotic_mrna_39(X)) = fn_phosphodiester_bond_27(fn_prokaryotic_mrna_39(X))
& fn_nucleic_acid_17(X) = fn_phosphodiester_bond_27(fn_prokaryotic_mrna_39(X))
& fn_phosphodiester_bond_27(fn_prokaryotic_mrna_39(X)) = fn_nucleic_acid_17(X)
& fn_rna_14(X) = fn_rna_14(X)
& fn_rna_14(X) = fn_nucleic_acid_17(X)
& fn_nucleic_acid_17(X) = fn_rna_14(X)
& fn_rna_14(X) = fn_phosphodiester_bond_16(fn_prokaryotic_mrna_39(X))
& fn_phosphodiester_bond_15(fn_prokaryotic_mrna_39(X)) = fn_phosphodiester_bond_15(fn_prokaryotic_mrna_39(X))
& fn_phosphodiester_bond_16(fn_prokaryotic_mrna_39(X)) = fn_phosphodiester_bond_15(fn_prokaryotic_mrna_39(X))
& fn_phosphodiester_bond_15(fn_prokaryotic_mrna_39(X)) = fn_phosphodiester_bond_16(fn_prokaryotic_mrna_39(X))
& fn_phosphodiester_bond_16(fn_prokaryotic_mrna_39(X)) = fn_phosphodiester_bond_16(fn_prokaryotic_mrna_39(X))
& fn_nucleic_acid_15(X) = fn_phosphodiester_bond_16(fn_prokaryotic_mrna_39(X))
& fn_phosphodiester_bond_16(fn_prokaryotic_mrna_39(X)) = fn_nucleic_acid_15(X)
& fn_rna_5(X) = fn_nucleic_acid_15(X)
& fn_nucleic_acid_15(X) = fn_rna_5(X)
& fn_rna_5(X) = fn_rna_5(X)
& fn_rna_5(X) = fn_rna_8(X)
& fn_rna_8(X) = fn_rna_8(X)
& fn_rna_8(X) = fn_nucleic_acid_19(X)
& fn_nucleic_acid_19(X) = fn_rna_8(X) ) ) ).
fof(a532002,axiom,
! [X] :
( prokaryotic_oxidative_phosphorylation_1(X)
=> ( original_name_2(X,'Prokaryotic-Oxidative-Phosphorylation')
& user_description_2(X,'Oxidative phosphorylation in prokaryote is a metabolic pathway that uses energy released by the oxidation of nutrients to produce adenosine triphosphate (ATP) in prokaryote.')
& concept2words_2(X,convert)
& concept2words_2(X,'prokaryotic oxidative phosphorylation')
& concept2words_2(X,'prokaryotic-oxidative-phosphorylation')
& oxidative_phosphorylation_1(X)
& ~ eukaryotic_oxidative_phosphorylation_1(X)
& functional_region_1(fn_prokaryotic_oxidative_phosphorylation_1(X))
& time_interval_1(fn_prokaryotic_oxidative_phosphorylation_2(X))
& time_interval_1(fn_prokaryotic_oxidative_phosphorylation_3(X))
& prokaryotic_electron_transport_chain_1(fn_prokaryotic_oxidative_phosphorylation_4(X))
& inner_membrane_1(fn_prokaryotic_oxidative_phosphorylation_5(X))
& break_1(fn_prokaryotic_oxidative_phosphorylation_6(X))
& time_interval_1(fn_prokaryotic_oxidative_phosphorylation_7(X))
& time_interval_1(fn_prokaryotic_oxidative_phosphorylation_8(X))
& redox_reaction_1(fn_prokaryotic_oxidative_phosphorylation_11(X))
& reduction_1(fn_prokaryotic_oxidative_phosphorylation_12(X))
& atom_1(fn_prokaryotic_oxidative_phosphorylation_13(X))
& electronegativity_value_1(fn_prokaryotic_oxidative_phosphorylation_14(X))
& electronegativity_value_1(fn_prokaryotic_oxidative_phosphorylation_15(X))
& atom_1(fn_prokaryotic_oxidative_phosphorylation_16(X))
& cellular_work_1(fn_prokaryotic_oxidative_phosphorylation_17(X))
& active_transport_1(fn_prokaryotic_oxidative_phosphorylation_17(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_prokaryotic_oxidative_phosphorylation_17(X))
& active_movement_of_ions_1(fn_prokaryotic_oxidative_phosphorylation_17(X))
& active_movement_of_ions_1(fn_prokaryotic_oxidative_phosphorylation_18(X))
& cellular_work_1(fn_prokaryotic_oxidative_phosphorylation_18(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_prokaryotic_oxidative_phosphorylation_18(X))
& active_transport_1(fn_prokaryotic_oxidative_phosphorylation_18(X))
& hydrophilic_region_1(fn_prokaryotic_oxidative_phosphorylation_19(X))
& hydrophilic_end_1(fn_prokaryotic_oxidative_phosphorylation_19(X))
& reactant_1(fn_prokaryotic_oxidative_phosphorylation_20(X))
& proton_motive_force_1(fn_prokaryotic_oxidative_phosphorylation_21(X))
& organic_molecule_1(fn_prokaryotic_oxidative_phosphorylation_22(X))
& molecule_1(fn_prokaryotic_oxidative_phosphorylation_22(X))
& chemical_entity_1(fn_prokaryotic_oxidative_phosphorylation_22(X))
& ribonucleotide_1(fn_prokaryotic_oxidative_phosphorylation_22(X))
& nucleoside_triphosphate_1(fn_prokaryotic_oxidative_phosphorylation_22(X))
& atp_1(fn_prokaryotic_oxidative_phosphorylation_22(X))
& reactant_1(fn_prokaryotic_oxidative_phosphorylation_23(X))
& fad_1(fn_prokaryotic_oxidative_phosphorylation_24(X))
& tangible_entity_1(fn_prokaryotic_oxidative_phosphorylation_25(X))
& electron_1(fn_prokaryotic_oxidative_phosphorylation_25(X))
& oxidation_1(fn_prokaryotic_oxidative_phosphorylation_26(X))
& oxidizing_agent_1(fn_prokaryotic_oxidative_phosphorylation_27(X))
& chemical_reaction_1(fn_prokaryotic_oxidative_phosphorylation_28(X))
& electron_transport_chain_reaction_1(fn_prokaryotic_oxidative_phosphorylation_28(X))
& chemical_entity_1(fn_prokaryotic_oxidative_phosphorylation_29(X))
& fadh2_1(fn_prokaryotic_oxidative_phosphorylation_29(X))
& chemical_reaction_1(fn_prokaryotic_oxidative_phosphorylation_30(X))
& electron_transport_chain_pathway_1(fn_prokaryotic_oxidative_phosphorylation_30(X))
& chemical_entity_1(fn_prokaryotic_oxidative_phosphorylation_31(X))
& fadh2_1(fn_prokaryotic_oxidative_phosphorylation_31(X))
& chemical_entity_1(fn_prokaryotic_oxidative_phosphorylation_32(X))
& water_molecule_1(fn_prokaryotic_oxidative_phosphorylation_32(X))
& metabolic_pathway_1(fn_prokaryotic_oxidative_phosphorylation_33(X))
& endergonic_process_1(fn_prokaryotic_oxidative_phosphorylation_33(X))
& chemical_reaction_1(fn_prokaryotic_oxidative_phosphorylation_33(X))
& synthesis_of_organic_molecule_1(fn_prokaryotic_oxidative_phosphorylation_33(X))
& anabolic_pathway_1(fn_prokaryotic_oxidative_phosphorylation_33(X))
& synthesis_of_atp_1(fn_prokaryotic_oxidative_phosphorylation_33(X))
& activation_of_atp_synthase_1(fn_prokaryotic_oxidative_phosphorylation_34(X))
& entity_1(fn_prokaryotic_oxidative_phosphorylation_35(X))
& protein_complex_1(fn_prokaryotic_oxidative_phosphorylation_35(X))
& atp_synthase_1(fn_prokaryotic_oxidative_phosphorylation_35(X))
& prokaryote_1(fn_prokaryotic_oxidative_phosphorylation_36(X))
& cell_1(fn_prokaryotic_oxidative_phosphorylation_36(X))
& spatial_entity_1(fn_prokaryotic_oxidative_phosphorylation_37(X))
& membrane_protein_1(fn_prokaryotic_oxidative_phosphorylation_37(X))
& spatial_entity_1(fn_prokaryotic_oxidative_phosphorylation_38(X))
& membrane_protein_1(fn_prokaryotic_oxidative_phosphorylation_38(X))
& spatial_entity_1(fn_prokaryotic_oxidative_phosphorylation_39(X))
& membrane_protein_1(fn_prokaryotic_oxidative_phosphorylation_39(X))
& membrane_protein_1(fn_prokaryotic_oxidative_phosphorylation_40(X))
& attach_1(fn_prokaryotic_oxidative_phosphorylation_41(X))
& attach_1(fn_prokaryotic_oxidative_phosphorylation_42(X))
& attach_1(fn_prokaryotic_oxidative_phosphorylation_43(X))
& attach_1(fn_prokaryotic_oxidative_phosphorylation_44(X))
& attach_1(fn_prokaryotic_oxidative_phosphorylation_45(X))
& attach_1(fn_prokaryotic_oxidative_phosphorylation_46(X))
& attach_1(fn_prokaryotic_oxidative_phosphorylation_47(X))
& attach_1(fn_prokaryotic_oxidative_phosphorylation_48(X))
& facilitated_diffusion_of_polar_molecule_1(fn_prokaryotic_oxidative_phosphorylation_49(X))
& active_transport_1(fn_prokaryotic_oxidative_phosphorylation_50(X))
& membrane_1(fn_prokaryotic_oxidative_phosphorylation_51(X))
& spatial_entity_1(fn_prokaryotic_oxidative_phosphorylation_51(X))
& biomembrane_1(fn_prokaryotic_oxidative_phosphorylation_51(X))
& plasma_membrane_1(fn_prokaryotic_oxidative_phosphorylation_51(X))
& phosphate_ion_1(fn_prokaryotic_oxidative_phosphorylation_52(X))
& inside_face_1(fn_prokaryotic_oxidative_phosphorylation_53(X))
& outside_face_1(fn_prokaryotic_oxidative_phosphorylation_54(X))
& surface_1(fn_prokaryotic_oxidative_phosphorylation_54(X))
& hydrophilic_region_1(fn_prokaryotic_oxidative_phosphorylation_55(X))
& hydrophilic_end_1(fn_prokaryotic_oxidative_phosphorylation_55(X))
& tangible_entity_1(fn_prokaryotic_oxidative_phosphorylation_56(X))
& phospholipid_bilayer_1(fn_prokaryotic_oxidative_phosphorylation_56(X))
& spatial_entity_1(fn_prokaryotic_oxidative_phosphorylation_57(X))
& transmembrane_protein_1(fn_prokaryotic_oxidative_phosphorylation_57(X))
& chemical_entity_1(fn_prokaryotic_oxidative_phosphorylation_57(X))
& tangible_entity_1(fn_prokaryotic_oxidative_phosphorylation_57(X))
& membrane_protein_1(fn_prokaryotic_oxidative_phosphorylation_57(X))
& protein_1(fn_prokaryotic_oxidative_phosphorylation_57(X))
& molecule_1(fn_prokaryotic_oxidative_phosphorylation_57(X))
& polymer_1(fn_prokaryotic_oxidative_phosphorylation_57(X))
& transport_protein_1(fn_prokaryotic_oxidative_phosphorylation_57(X))
& integral_protein_1(fn_prokaryotic_oxidative_phosphorylation_57(X))
& carrier_protein_1(fn_prokaryotic_oxidative_phosphorylation_57(X))
& cellular_work_1(fn_prokaryotic_oxidative_phosphorylation_58(X))
& active_transport_1(fn_prokaryotic_oxidative_phosphorylation_58(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_prokaryotic_oxidative_phosphorylation_58(X))
& active_movement_of_ions_1(fn_prokaryotic_oxidative_phosphorylation_58(X))
& move_1(fn_prokaryotic_oxidative_phosphorylation_59(X))
& move_through_1(fn_prokaryotic_oxidative_phosphorylation_59(X))
& spatial_entity_1(fn_prokaryotic_oxidative_phosphorylation_60(X))
& tangible_entity_1(fn_prokaryotic_oxidative_phosphorylation_60(X))
& polymer_1(fn_prokaryotic_oxidative_phosphorylation_60(X))
& protein_1(fn_prokaryotic_oxidative_phosphorylation_60(X))
& organic_molecule_1(fn_prokaryotic_oxidative_phosphorylation_60(X))
& molecule_1(fn_prokaryotic_oxidative_phosphorylation_60(X))
& protein_enzyme_1(fn_prokaryotic_oxidative_phosphorylation_60(X))
& knob_1(fn_prokaryotic_oxidative_phosphorylation_60(X))
& spatial_entity_1(fn_prokaryotic_oxidative_phosphorylation_61(X))
& tangible_entity_1(fn_prokaryotic_oxidative_phosphorylation_61(X))
& chemical_entity_1(fn_prokaryotic_oxidative_phosphorylation_61(X))
& ion_1(fn_prokaryotic_oxidative_phosphorylation_61(X))
& hydrogen_ion_1(fn_prokaryotic_oxidative_phosphorylation_61(X))
& solution_1(fn_prokaryotic_oxidative_phosphorylation_62(X))
& aqueous_solution_1(fn_prokaryotic_oxidative_phosphorylation_62(X))
& hypotonic_solution_1(fn_prokaryotic_oxidative_phosphorylation_62(X))
& solution_1(fn_prokaryotic_oxidative_phosphorylation_63(X))
& aqueous_solution_1(fn_prokaryotic_oxidative_phosphorylation_63(X))
& hypertonic_solution_1(fn_prokaryotic_oxidative_phosphorylation_63(X))
& passive_transport_of_solute_1(fn_prokaryotic_oxidative_phosphorylation_64(X))
& exergonic_process_1(fn_prokaryotic_oxidative_phosphorylation_64(X))
& spontaneous_change_1(fn_prokaryotic_oxidative_phosphorylation_64(X))
& passive_transport_1(fn_prokaryotic_oxidative_phosphorylation_64(X))
& facilitated_diffusion_1(fn_prokaryotic_oxidative_phosphorylation_64(X))
& facilitated_diffusion_of_ion_1(fn_prokaryotic_oxidative_phosphorylation_64(X))
& chemical_entity_1(fn_prokaryotic_oxidative_phosphorylation_65(X))
& organic_molecule_1(fn_prokaryotic_oxidative_phosphorylation_65(X))
& adp_1(fn_prokaryotic_oxidative_phosphorylation_65(X))
& attach_1(fn_prokaryotic_oxidative_phosphorylation_66(X))
& chemiosmosis_1(fn_prokaryotic_oxidative_phosphorylation_67(X))
& reactant_1(fn_prokaryotic_oxidative_phosphorylation_68(X))
& gradient_1(fn_prokaryotic_oxidative_phosphorylation_69(X))
& electrochemical_gradient_1(fn_prokaryotic_oxidative_phosphorylation_69(X))
& hydrogen_ion_gradient_1(fn_prokaryotic_oxidative_phosphorylation_69(X))
& attach_1(fn_passive_transport_20(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& oxidizing_agent_1(fn_oxidation_11(fn_prokaryotic_oxidative_phosphorylation_26(X)))
& attach_1(fn_facilitated_diffusion_52(fn_prokaryotic_oxidative_phosphorylation_49(X)))
& attach_1(fn_facilitated_diffusion_51(fn_prokaryotic_oxidative_phosphorylation_49(X)))
& spatial_entity_1(fn_facilitated_diffusion_50(fn_prokaryotic_oxidative_phosphorylation_49(X)))
& membrane_protein_1(fn_facilitated_diffusion_50(fn_prokaryotic_oxidative_phosphorylation_49(X)))
& attach_1(fn_facilitated_diffusion_52(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& attach_1(fn_facilitated_diffusion_51(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& property_node_1(fn_electron_transport_chain_pathway_15(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& reduction_1(fn_electron_transport_chain_pathway_27(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& oxidation_1(fn_electron_transport_chain_pathway_26(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& redox_reaction_1(fn_electron_transport_chain_pathway_21(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& electronegativity_value_1(fn_electron_transport_chain_pathway_29(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& chemical_entity_1(fn_electron_transport_chain_reaction_25(fn_prokaryotic_oxidative_phosphorylation_28(X)))
& chemical_entity_1(fn_reduction_3(fn_prokaryotic_oxidative_phosphorylation_12(X)))
& chemical_entity_1(fn_oxidation_7(fn_prokaryotic_oxidative_phosphorylation_26(X)))
& reactant_1(fn_electron_transport_chain_pathway_44(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& cell_1(fn_cellular_work_2(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& cell_1(fn_cellular_work_2(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& cell_1(fn_metabolic_pathway_1(fn_prokaryotic_oxidative_phosphorylation_33(X)))
& cell_1(fn_electron_transport_chain_pathway_11(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& inside_face_1(fn_biomembrane_42(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& inside_face_1(fn_active_movement_of_ions_18(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& spatial_entity_1(fn_facilitated_diffusion_50(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& membrane_protein_1(fn_facilitated_diffusion_50(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& membrane_protein_1(fn_passive_transport_21(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& spatial_entity_1(fn_attach_2(fn_prokaryotic_oxidative_phosphorylation_44(X)))
& spatial_entity_1(fn_attach_2(fn_prokaryotic_oxidative_phosphorylation_43(X)))
& biomembrane_1(fn_prokaryote_13(fn_prokaryotic_oxidative_phosphorylation_36(X)))
& plasma_membrane_1(fn_prokaryote_13(fn_prokaryotic_oxidative_phosphorylation_36(X)))
& spatial_entity_1(fn_passive_transport_25(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& biomembrane_1(fn_passive_transport_25(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& biomembrane_1(fn_active_transport_18(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& spatial_entity_1(fn_facilitated_diffusion_49(fn_prokaryotic_oxidative_phosphorylation_49(X)))
& biomembrane_1(fn_facilitated_diffusion_49(fn_prokaryotic_oxidative_phosphorylation_49(X)))
& membrane_1(fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& spatial_entity_1(fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& biomembrane_1(fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& spatial_entity_1(fn_facilitated_diffusion_49(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& biomembrane_1(fn_facilitated_diffusion_49(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& membrane_1(fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_58(X)))
& spatial_entity_1(fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_58(X)))
& biomembrane_1(fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_58(X)))
& membrane_1(fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& spatial_entity_1(fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& biomembrane_1(fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& atom_1(fn_electron_transport_chain_pathway_28(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& property_node_1(fn_oxidation_5(fn_prokaryotic_oxidative_phosphorylation_26(X)))
& property_node_1(fn_electron_transport_chain_pathway_16(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& chemical_reaction_1(fn_electron_transport_chain_pathway_20(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& electron_transport_chain_reaction_1(fn_electron_transport_chain_pathway_20(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& electron_transport_chain_reaction_1(fn_electron_transport_chain_pathway_19(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& electron_1(fn_reduction_4(fn_prokaryotic_oxidative_phosphorylation_12(X)))
& electron_1(fn_oxidation_9(fn_prokaryotic_oxidative_phosphorylation_26(X)))
& tangible_entity_1(fn_electron_transport_chain_pathway_24(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& electron_1(fn_electron_transport_chain_pathway_24(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& electronegativity_value_1(fn_oxidation_2(fn_prokaryotic_oxidative_phosphorylation_26(X)))
& electronegativity_value_1(fn_electron_transport_chain_pathway_30(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& atom_1(fn_oxidation_1(fn_prokaryotic_oxidative_phosphorylation_26(X)))
& atom_1(fn_electron_transport_chain_pathway_25(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& chemical_entity_1(fn_oxidation_10(fn_prokaryotic_oxidative_phosphorylation_26(X)))
& chemical_entity_1(fn_reduction_1(fn_prokaryotic_oxidative_phosphorylation_12(X)))
& fadh2_1(fn_electron_transport_chain_pathway_41(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& proton_motive_force_1(fn_electron_transport_chain_reaction_2(fn_prokaryotic_oxidative_phosphorylation_28(X)))
& proton_motive_force_1(fn_electron_transport_chain_pathway_1(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& ion_1(fn_active_movement_of_ions_25(fn_prokaryotic_oxidative_phosphorylation_58(X)))
& ion_1(fn_active_movement_of_ions_25(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& ion_1(fn_active_movement_of_ions_25(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& spatial_entity_1(fn_passive_transport_14(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& tangible_entity_1(fn_passive_transport_14(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& chemical_entity_1(fn_passive_transport_14(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& hydrogen_ion_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_prokaryotic_oxidative_phosphorylation_58(X)))
& hydrogen_ion_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& hydrogen_ion_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_electron_transport_chain_reaction_1(fn_prokaryotic_oxidative_phosphorylation_28(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_electron_transport_chain_pathway_12(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& cellular_work_1(fn_electron_transport_chain_pathway_12(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_electron_transport_chain_pathway_13(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& cellular_work_1(fn_electron_transport_chain_pathway_13(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& move_through_1(fn_passive_transport_24(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& move_through_1(fn_facilitated_diffusion_55(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& move_1(fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& move_through_1(fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& move_1(fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_58(X)))
& move_through_1(fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_58(X)))
& move_1(fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& move_through_1(fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& move_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& move_through_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& move_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& move_through_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& move_through_1(fn_plasma_membrane_74(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& move_1(fn_plasma_membrane_74(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& solution_1(fn_active_transport_21(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& solution_1(fn_active_transport_21(fn_prokaryotic_oxidative_phosphorylation_58(X)))
& solution_1(fn_active_transport_21(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& hypotonic_solution_1(fn_passive_transport_of_solute_2(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& aqueous_solution_1(fn_passive_transport_of_solute_2(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& aqueous_solution_1(fn_facilitated_diffusion_of_ion_23(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& hypotonic_solution_1(fn_facilitated_diffusion_of_ion_23(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& solution_1(fn_active_transport_20(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& solution_1(fn_active_transport_20(fn_prokaryotic_oxidative_phosphorylation_58(X)))
& hypertonic_solution_1(fn_passive_transport_of_solute_1(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& aqueous_solution_1(fn_passive_transport_of_solute_1(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& aqueous_solution_1(fn_facilitated_diffusion_of_ion_29(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& hypertonic_solution_1(fn_facilitated_diffusion_of_ion_29(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& aqueous_solution_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& hydrogen_ion_gradient_1(fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_prokaryotic_oxidative_phosphorylation_30(X)))
& tangible_entity_1(fn_biomembrane_63(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& tangible_entity_1(fn_active_movement_of_ions_17(fn_prokaryotic_oxidative_phosphorylation_58(X)))
& phospholipid_bilayer_1(fn_active_movement_of_ions_17(fn_prokaryotic_oxidative_phosphorylation_58(X)))
& tangible_entity_1(fn_active_movement_of_ions_17(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& phospholipid_bilayer_1(fn_active_movement_of_ions_17(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& tangible_entity_1(fn_active_movement_of_ions_17(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& phospholipid_bilayer_1(fn_active_movement_of_ions_17(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& surface_1(fn_biomembrane_47(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& outside_face_1(fn_biomembrane_41(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& surface_1(fn_facilitated_diffusion_17(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& outside_face_1(fn_facilitated_diffusion_17(fn_prokaryotic_oxidative_phosphorylation_64(X)))
& outside_face_1(fn_active_movement_of_ions_13(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& surface_1(fn_active_movement_of_ions_13(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& hydrophilic_region_1(fn_active_movement_of_ions_12(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& hydrophilic_end_1(fn_active_movement_of_ions_12(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& hydrophilic_region_1(fn_active_movement_of_ions_14(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& hydrophilic_end_1(fn_active_movement_of_ions_14(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& protein_1(fn_plasma_membrane_54(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& polymer_1(fn_plasma_membrane_54(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& protein_1(fn_plasma_membrane_68(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& chemical_entity_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_58(X)))
& tangible_entity_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_58(X)))
& membrane_protein_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_58(X)))
& protein_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_58(X)))
& molecule_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_58(X)))
& polymer_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_58(X)))
& transport_protein_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_58(X)))
& integral_protein_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_58(X)))
& carrier_protein_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_58(X)))
& chemical_entity_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& tangible_entity_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& membrane_protein_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& protein_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& molecule_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& polymer_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& transport_protein_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& integral_protein_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& carrier_protein_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_18(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_prokaryotic_oxidative_phosphorylation_51(X)))
& chemical_entity_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& tangible_entity_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& membrane_protein_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& protein_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& molecule_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& polymer_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& transport_protein_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& integral_protein_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& carrier_protein_1(fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_17(X)))
& time_before_2(fn_prokaryotic_oxidative_phosphorylation_3(X),fn_prokaryotic_oxidative_phosphorylation_2(X))
& is_at_2(fn_prokaryotic_oxidative_phosphorylation_4(X),fn_prokaryotic_oxidative_phosphorylation_51(X))
& has_part_2(fn_prokaryotic_oxidative_phosphorylation_51(X),fn_prokaryotic_oxidative_phosphorylation_5(X))
& has_part_2(fn_prokaryotic_oxidative_phosphorylation_51(X),fn_prokaryotic_oxidative_phosphorylation_4(X))
& site_2(X,fn_prokaryotic_oxidative_phosphorylation_1(X))
& raw_material_2(X,fn_prokaryotic_oxidative_phosphorylation_31(X))
& raw_material_2(X,fn_prokaryotic_oxidative_phosphorylation_29(X))
& first_subevent_2(X,fn_prokaryotic_oxidative_phosphorylation_30(X))
& has_region_2(fn_prokaryotic_oxidative_phosphorylation_35(X),fn_prokaryotic_oxidative_phosphorylation_1(X))
& time_during_2(fn_prokaryotic_oxidative_phosphorylation_34(X),fn_prokaryotic_oxidative_phosphorylation_8(X))
& time_during_2(fn_prokaryotic_oxidative_phosphorylation_33(X),fn_prokaryotic_oxidative_phosphorylation_7(X))
& raw_material_2(fn_prokaryotic_oxidative_phosphorylation_33(X),fn_prokaryotic_oxidative_phosphorylation_21(X))
& time_during_2(fn_prokaryotic_oxidative_phosphorylation_30(X),fn_prokaryotic_oxidative_phosphorylation_3(X))
& result_2(fn_prokaryotic_oxidative_phosphorylation_6(X),fn_prokaryotic_oxidative_phosphorylation_29(X))
& has_function_2(fn_prokaryotic_oxidative_phosphorylation_29(X),fn_prokaryotic_oxidative_phosphorylation_26(X))
& time_before_2(fn_prokaryotic_oxidative_phosphorylation_8(X),fn_prokaryotic_oxidative_phosphorylation_7(X))
& base_2(fn_prokaryotic_oxidative_phosphorylation_44(X),fn_prokaryotic_oxidative_phosphorylation_51(X))
& base_2(fn_prokaryotic_oxidative_phosphorylation_43(X),fn_prokaryotic_oxidative_phosphorylation_51(X))
& result_2(fn_prokaryotic_oxidative_phosphorylation_28(X),fn_prokaryotic_oxidative_phosphorylation_24(X))
& destination_2(fn_prokaryotic_oxidative_phosphorylation_18(X),fn_prokaryotic_oxidative_phosphorylation_62(X))
& destination_2(fn_prokaryotic_oxidative_phosphorylation_58(X),fn_prokaryotic_oxidative_phosphorylation_62(X))
& base_2(fn_prokaryotic_oxidative_phosphorylation_33(X),fn_prokaryotic_oxidative_phosphorylation_36(X))
& recipient_2(fn_prokaryotic_oxidative_phosphorylation_12(X),fn_prokaryotic_oxidative_phosphorylation_29(X))
& fn_prokaryotic_oxidative_phosphorylation_31(X) != fn_prokaryotic_oxidative_phosphorylation_29(X)
& fn_prokaryotic_oxidative_phosphorylation_29(X) != fn_prokaryotic_oxidative_phosphorylation_31(X)
& path_2(fn_prokaryotic_oxidative_phosphorylation_58(X),fn_prokaryotic_oxidative_phosphorylation_51(X))
& path_2(fn_prokaryotic_oxidative_phosphorylation_18(X),fn_prokaryotic_oxidative_phosphorylation_51(X))
& has_part_2(fn_prokaryotic_oxidative_phosphorylation_36(X),fn_prokaryotic_oxidative_phosphorylation_51(X))
& agent_2(fn_prokaryotic_oxidative_phosphorylation_58(X),fn_prokaryotic_oxidative_phosphorylation_57(X))
& result_2(fn_prokaryotic_oxidative_phosphorylation_28(X),fn_prokaryotic_oxidative_phosphorylation_21(X))
& object_2(fn_prokaryotic_oxidative_phosphorylation_58(X),fn_prokaryotic_oxidative_phosphorylation_61(X))
& agent_2(fn_prokaryotic_oxidative_phosphorylation_18(X),fn_prokaryotic_oxidative_phosphorylation_57(X))
& subevent_2(fn_prokaryotic_oxidative_phosphorylation_18(X),fn_prokaryotic_oxidative_phosphorylation_59(X))
& object_2(fn_prokaryotic_oxidative_phosphorylation_18(X),fn_prokaryotic_oxidative_phosphorylation_61(X))
& base_2(fn_prokaryotic_oxidative_phosphorylation_48(X),fn_prokaryotic_oxidative_phosphorylation_51(X))
& object_2(fn_prokaryotic_oxidative_phosphorylation_48(X),fn_prokaryotic_oxidative_phosphorylation_40(X))
& base_2(fn_prokaryotic_oxidative_phosphorylation_66(X),fn_prokaryotic_oxidative_phosphorylation_51(X))
& base_2(fn_prokaryotic_oxidative_phosphorylation_47(X),fn_prokaryotic_oxidative_phosphorylation_51(X))
& object_2(fn_prokaryotic_oxidative_phosphorylation_47(X),fn_prokaryotic_oxidative_phosphorylation_37(X))
& object_2(fn_prokaryotic_oxidative_phosphorylation_66(X),fn_prokaryotic_oxidative_phosphorylation_37(X))
& recipient_2(fn_prokaryotic_oxidative_phosphorylation_26(X),fn_prokaryotic_oxidative_phosphorylation_29(X))
& plays_2(fn_prokaryotic_oxidative_phosphorylation_29(X),fn_prokaryotic_oxidative_phosphorylation_27(X))
& in_event_2(fn_prokaryotic_oxidative_phosphorylation_27(X),fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_prokaryotic_oxidative_phosphorylation_24(X) != fn_prokaryotic_oxidative_phosphorylation_29(X)
& fn_prokaryotic_oxidative_phosphorylation_29(X) != fn_prokaryotic_oxidative_phosphorylation_24(X)
& plays_2(fn_prokaryotic_oxidative_phosphorylation_29(X),fn_prokaryotic_oxidative_phosphorylation_20(X))
& raw_material_2(fn_prokaryotic_oxidative_phosphorylation_11(X),fn_prokaryotic_oxidative_phosphorylation_29(X))
& raw_material_2(fn_prokaryotic_oxidative_phosphorylation_30(X),fn_prokaryotic_oxidative_phosphorylation_29(X))
& has_atom_2(fn_prokaryotic_oxidative_phosphorylation_29(X),fn_prokaryotic_oxidative_phosphorylation_13(X))
& fn_prokaryotic_oxidative_phosphorylation_25(X) != fn_prokaryotic_oxidative_phosphorylation_29(X)
& fn_prokaryotic_oxidative_phosphorylation_29(X) != fn_prokaryotic_oxidative_phosphorylation_25(X)
& in_event_2(fn_prokaryotic_oxidative_phosphorylation_20(X),X)
& base_2(fn_prokaryotic_oxidative_phosphorylation_18(X),fn_prokaryotic_oxidative_phosphorylation_36(X))
& base_2(fn_prokaryotic_oxidative_phosphorylation_30(X),fn_prokaryotic_oxidative_phosphorylation_36(X))
& base_2(X,fn_prokaryotic_oxidative_phosphorylation_36(X))
& base_2(fn_prokaryotic_oxidative_phosphorylation_17(X),fn_prokaryotic_oxidative_phosphorylation_36(X))
& path_2(fn_prokaryotic_oxidative_phosphorylation_49(X),fn_prokaryotic_oxidative_phosphorylation_51(X))
& is_at_2(fn_prokaryotic_oxidative_phosphorylation_39(X),fn_prokaryotic_oxidative_phosphorylation_51(X))
& object_2(fn_prokaryotic_oxidative_phosphorylation_46(X),fn_prokaryotic_oxidative_phosphorylation_39(X))
& base_2(fn_prokaryotic_oxidative_phosphorylation_46(X),fn_prokaryotic_oxidative_phosphorylation_51(X))
& object_2(fn_prokaryotic_oxidative_phosphorylation_41(X),fn_prokaryotic_oxidative_phosphorylation_37(X))
& path_2(fn_prokaryotic_oxidative_phosphorylation_64(X),fn_prokaryotic_oxidative_phosphorylation_51(X))
& is_at_2(fn_prokaryotic_oxidative_phosphorylation_38(X),fn_prokaryotic_oxidative_phosphorylation_51(X))
& object_2(fn_prokaryotic_oxidative_phosphorylation_45(X),fn_prokaryotic_oxidative_phosphorylation_38(X))
& base_2(fn_prokaryotic_oxidative_phosphorylation_45(X),fn_prokaryotic_oxidative_phosphorylation_51(X))
& base_2(fn_prokaryotic_oxidative_phosphorylation_41(X),fn_prokaryotic_oxidative_phosphorylation_51(X))
& has_region_2(fn_prokaryotic_oxidative_phosphorylation_51(X),fn_prokaryotic_oxidative_phosphorylation_53(X))
& path_2(fn_prokaryotic_oxidative_phosphorylation_17(X),fn_prokaryotic_oxidative_phosphorylation_51(X))
& has_region_2(fn_prokaryotic_oxidative_phosphorylation_51(X),fn_prokaryotic_oxidative_phosphorylation_54(X))
& is_at_2(fn_prokaryotic_oxidative_phosphorylation_19(X),fn_prokaryotic_oxidative_phosphorylation_54(X))
& is_at_2(fn_prokaryotic_oxidative_phosphorylation_55(X),fn_prokaryotic_oxidative_phosphorylation_53(X))
& subevent_2(fn_prokaryotic_oxidative_phosphorylation_17(X),fn_prokaryotic_oxidative_phosphorylation_59(X))
& is_at_2(fn_prokaryotic_oxidative_phosphorylation_37(X),fn_prokaryotic_oxidative_phosphorylation_51(X))
& is_at_2(fn_prokaryotic_oxidative_phosphorylation_40(X),fn_prokaryotic_oxidative_phosphorylation_51(X))
& has_part_2(fn_prokaryotic_oxidative_phosphorylation_51(X),fn_prokaryotic_oxidative_phosphorylation_57(X))
& is_across_2(fn_prokaryotic_oxidative_phosphorylation_57(X),fn_prokaryotic_oxidative_phosphorylation_51(X))
& has_function_2(fn_prokaryotic_oxidative_phosphorylation_51(X),fn_prokaryotic_oxidative_phosphorylation_59(X))
& base_2(fn_prokaryotic_oxidative_phosphorylation_59(X),fn_prokaryotic_oxidative_phosphorylation_51(X))
& has_part_2(fn_prokaryotic_oxidative_phosphorylation_51(X),fn_prokaryotic_oxidative_phosphorylation_56(X))
& subevent_2(fn_prokaryotic_oxidative_phosphorylation_11(X),fn_prokaryotic_oxidative_phosphorylation_12(X))
& electronegativity_2(fn_prokaryotic_oxidative_phosphorylation_13(X),fn_prokaryotic_oxidative_phosphorylation_14(X))
& called_2(fn_prokaryotic_oxidative_phosphorylation_28(X),'NADH')
& subevent_2(fn_prokaryotic_oxidative_phosphorylation_30(X),fn_prokaryotic_oxidative_phosphorylation_28(X))
& subevent_2(fn_prokaryotic_oxidative_phosphorylation_28(X),fn_prokaryotic_oxidative_phosphorylation_18(X))
& object_2(fn_prokaryotic_oxidative_phosphorylation_12(X),fn_prokaryotic_oxidative_phosphorylation_25(X))
& donor_2(fn_prokaryotic_oxidative_phosphorylation_12(X),fn_prokaryotic_oxidative_phosphorylation_31(X))
& donor_2(fn_prokaryotic_oxidative_phosphorylation_26(X),fn_prokaryotic_oxidative_phosphorylation_31(X))
& raw_material_2(fn_prokaryotic_oxidative_phosphorylation_11(X),fn_prokaryotic_oxidative_phosphorylation_31(X))
& subevent_2(fn_prokaryotic_oxidative_phosphorylation_11(X),fn_prokaryotic_oxidative_phosphorylation_26(X))
& object_2(fn_prokaryotic_oxidative_phosphorylation_26(X),fn_prokaryotic_oxidative_phosphorylation_25(X))
& fn_prokaryotic_oxidative_phosphorylation_31(X) != fn_prokaryotic_oxidative_phosphorylation_25(X)
& fn_prokaryotic_oxidative_phosphorylation_25(X) != fn_prokaryotic_oxidative_phosphorylation_31(X)
& raw_material_2(fn_prokaryotic_oxidative_phosphorylation_30(X),fn_prokaryotic_oxidative_phosphorylation_31(X))
& has_atom_2(fn_prokaryotic_oxidative_phosphorylation_31(X),fn_prokaryotic_oxidative_phosphorylation_16(X))
& electronegativity_2(fn_prokaryotic_oxidative_phosphorylation_16(X),fn_prokaryotic_oxidative_phosphorylation_15(X))
& greater_than_2(fn_prokaryotic_oxidative_phosphorylation_14(X),fn_prokaryotic_oxidative_phosphorylation_15(X))
& greater_than_or_equal_to_2(fn_prokaryotic_oxidative_phosphorylation_14(X),fn_prokaryotic_oxidative_phosphorylation_15(X))
& object_2(fn_prokaryotic_oxidative_phosphorylation_64(X),fn_prokaryotic_oxidative_phosphorylation_61(X))
& destination_2(fn_prokaryotic_oxidative_phosphorylation_64(X),fn_prokaryotic_oxidative_phosphorylation_62(X))
& agent_2(fn_prokaryotic_oxidative_phosphorylation_67(X),fn_prokaryotic_oxidative_phosphorylation_35(X))
& called_2(fn_prokaryotic_oxidative_phosphorylation_59(X),'MT1')
& subevent_2(fn_prokaryotic_oxidative_phosphorylation_67(X),fn_prokaryotic_oxidative_phosphorylation_64(X))
& subevent_2(fn_prokaryotic_oxidative_phosphorylation_67(X),fn_prokaryotic_oxidative_phosphorylation_34(X))
& subevent_2(fn_prokaryotic_oxidative_phosphorylation_64(X),fn_prokaryotic_oxidative_phosphorylation_59(X))
& first_subevent_2(fn_prokaryotic_oxidative_phosphorylation_64(X),fn_prokaryotic_oxidative_phosphorylation_59(X))
& origin_2(fn_prokaryotic_oxidative_phosphorylation_64(X),fn_prokaryotic_oxidative_phosphorylation_63(X))
& origin_2(fn_prokaryotic_oxidative_phosphorylation_58(X),fn_prokaryotic_oxidative_phosphorylation_63(X))
& result_2(fn_prokaryotic_oxidative_phosphorylation_58(X),fn_prokaryotic_oxidative_phosphorylation_69(X))
& first_subevent_2(fn_prokaryotic_oxidative_phosphorylation_67(X),fn_prokaryotic_oxidative_phosphorylation_64(X))
& enables_2(fn_prokaryotic_oxidative_phosphorylation_64(X),fn_prokaryotic_oxidative_phosphorylation_33(X))
& next_event_2(fn_prokaryotic_oxidative_phosphorylation_34(X),fn_prokaryotic_oxidative_phosphorylation_33(X))
& object_2(fn_prokaryotic_oxidative_phosphorylation_34(X),fn_prokaryotic_oxidative_phosphorylation_35(X))
& agent_2(X,fn_prokaryotic_oxidative_phosphorylation_35(X))
& has_function_2(fn_prokaryotic_oxidative_phosphorylation_35(X),X)
& raw_material_2(X,fn_prokaryotic_oxidative_phosphorylation_21(X))
& object_2(fn_prokaryotic_oxidative_phosphorylation_17(X),fn_prokaryotic_oxidative_phosphorylation_61(X))
& object_2(fn_prokaryotic_oxidative_phosphorylation_59(X),fn_prokaryotic_oxidative_phosphorylation_61(X))
& subevent_2(fn_prokaryotic_oxidative_phosphorylation_58(X),fn_prokaryotic_oxidative_phosphorylation_59(X))
& result_2(fn_prokaryotic_oxidative_phosphorylation_58(X),fn_prokaryotic_oxidative_phosphorylation_21(X))
& result_2(fn_prokaryotic_oxidative_phosphorylation_30(X),fn_prokaryotic_oxidative_phosphorylation_21(X))
& instrument_2(fn_prokaryotic_oxidative_phosphorylation_67(X),fn_prokaryotic_oxidative_phosphorylation_69(X))
& subevent_2(fn_prokaryotic_oxidative_phosphorylation_67(X),fn_prokaryotic_oxidative_phosphorylation_33(X))
& destination_2(fn_prokaryotic_oxidative_phosphorylation_17(X),fn_prokaryotic_oxidative_phosphorylation_62(X))
& destination_2(fn_prokaryotic_oxidative_phosphorylation_59(X),fn_prokaryotic_oxidative_phosphorylation_62(X))
& origin_2(fn_prokaryotic_oxidative_phosphorylation_59(X),fn_prokaryotic_oxidative_phosphorylation_63(X))
& origin_2(fn_prokaryotic_oxidative_phosphorylation_18(X),fn_prokaryotic_oxidative_phosphorylation_63(X))
& result_2(fn_prokaryotic_oxidative_phosphorylation_18(X),fn_prokaryotic_oxidative_phosphorylation_69(X))
& has_function_2(fn_prokaryotic_oxidative_phosphorylation_69(X),fn_prokaryotic_oxidative_phosphorylation_67(X))
& result_2(fn_prokaryotic_oxidative_phosphorylation_17(X),fn_prokaryotic_oxidative_phosphorylation_69(X))
& origin_2(fn_prokaryotic_oxidative_phosphorylation_17(X),fn_prokaryotic_oxidative_phosphorylation_63(X))
& is_hypotonic_to_2(fn_prokaryotic_oxidative_phosphorylation_62(X),fn_prokaryotic_oxidative_phosphorylation_63(X))
& is_hypertonic_to_2(fn_prokaryotic_oxidative_phosphorylation_63(X),fn_prokaryotic_oxidative_phosphorylation_62(X))
& subevent_2(X,fn_prokaryotic_oxidative_phosphorylation_30(X))
& result_2(fn_prokaryotic_oxidative_phosphorylation_30(X),fn_prokaryotic_oxidative_phosphorylation_32(X))
& result_2(X,fn_prokaryotic_oxidative_phosphorylation_32(X))
& subevent_2(X,fn_prokaryotic_oxidative_phosphorylation_67(X))
& is_inside_2(fn_prokaryotic_oxidative_phosphorylation_57(X),fn_prokaryotic_oxidative_phosphorylation_56(X))
& agent_2(fn_prokaryotic_oxidative_phosphorylation_17(X),fn_prokaryotic_oxidative_phosphorylation_57(X))
& has_region_2(fn_prokaryotic_oxidative_phosphorylation_57(X),fn_prokaryotic_oxidative_phosphorylation_19(X))
& is_opposite_2(fn_prokaryotic_oxidative_phosphorylation_19(X),fn_prokaryotic_oxidative_phosphorylation_55(X))
& has_region_2(fn_prokaryotic_oxidative_phosphorylation_57(X),fn_prokaryotic_oxidative_phosphorylation_55(X))
& has_region_2(fn_prokaryotic_oxidative_phosphorylation_57(X),fn_prokaryotic_oxidative_phosphorylation_54(X))
& is_opposite_2(fn_prokaryotic_oxidative_phosphorylation_55(X),fn_prokaryotic_oxidative_phosphorylation_19(X))
& fn_prokaryotic_oxidative_phosphorylation_51(X) = fn_attach_2(fn_prokaryotic_oxidative_phosphorylation_44(X))
& fn_prokaryotic_oxidative_phosphorylation_51(X) = fn_attach_2(fn_prokaryotic_oxidative_phosphorylation_43(X))
& fn_prokaryotic_oxidative_phosphorylation_24(X) = fn_electron_transport_chain_reaction_25(fn_prokaryotic_oxidative_phosphorylation_28(X))
& fn_prokaryotic_oxidative_phosphorylation_36(X) = fn_metabolic_pathway_1(fn_prokaryotic_oxidative_phosphorylation_33(X))
& fn_prokaryotic_oxidative_phosphorylation_51(X) = fn_prokaryote_13(fn_prokaryotic_oxidative_phosphorylation_36(X))
& fn_prokaryotic_oxidative_phosphorylation_21(X) = fn_electron_transport_chain_reaction_2(fn_prokaryotic_oxidative_phosphorylation_28(X))
& fn_prokaryotic_oxidative_phosphorylation_61(X) = fn_active_movement_of_ions_25(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_prokaryotic_oxidative_phosphorylation_61(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_prokaryotic_oxidative_phosphorylation_59(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_prokaryotic_oxidative_phosphorylation_61(X) = fn_active_movement_of_ions_25(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_prokaryotic_oxidative_phosphorylation_61(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_prokaryotic_oxidative_phosphorylation_40(X) = fn_passive_transport_21(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_prokaryotic_oxidative_phosphorylation_48(X) = fn_passive_transport_20(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_prokaryotic_oxidative_phosphorylation_66(X) = fn_facilitated_diffusion_52(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_prokaryotic_oxidative_phosphorylation_47(X) = fn_facilitated_diffusion_51(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_prokaryotic_oxidative_phosphorylation_27(X) = fn_oxidation_11(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_prokaryotic_oxidative_phosphorylation_24(X) = fn_oxidation_10(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_prokaryotic_oxidative_phosphorylation_20(X) = fn_electron_transport_chain_pathway_44(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_prokaryotic_oxidative_phosphorylation_13(X) = fn_electron_transport_chain_pathway_25(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_prokaryotic_oxidative_phosphorylation_29(X) = fn_oxidation_7(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_prokaryotic_oxidative_phosphorylation_29(X) = fn_reduction_3(fn_prokaryotic_oxidative_phosphorylation_12(X))
& fn_prokaryotic_oxidative_phosphorylation_29(X) = fn_electron_transport_chain_pathway_41(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_prokaryotic_oxidative_phosphorylation_20(X) = fn_oxidative_phosphorylation_6(X)
& fn_prokaryotic_oxidative_phosphorylation_36(X) = fn_cellular_work_2(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_prokaryotic_oxidative_phosphorylation_18(X) = fn_oxidative_phosphorylation_32(X)
& fn_prokaryotic_oxidative_phosphorylation_36(X) = fn_electron_transport_chain_pathway_11(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_prokaryotic_oxidative_phosphorylation_36(X) = fn_cellular_work_2(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_prokaryotic_oxidative_phosphorylation_36(X) = fn_oxidative_phosphorylation_15(X)
& fn_prokaryotic_oxidative_phosphorylation_42(X) = fn_facilitated_diffusion_52(fn_prokaryotic_oxidative_phosphorylation_49(X))
& fn_prokaryotic_oxidative_phosphorylation_46(X) = fn_facilitated_diffusion_51(fn_prokaryotic_oxidative_phosphorylation_49(X))
& fn_prokaryotic_oxidative_phosphorylation_39(X) = fn_facilitated_diffusion_50(fn_prokaryotic_oxidative_phosphorylation_49(X))
& fn_prokaryotic_oxidative_phosphorylation_51(X) = fn_facilitated_diffusion_49(fn_prokaryotic_oxidative_phosphorylation_49(X))
& fn_prokaryotic_oxidative_phosphorylation_37(X) = fn_facilitated_diffusion_50(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_prokaryotic_oxidative_phosphorylation_41(X) = fn_facilitated_diffusion_52(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_prokaryotic_oxidative_phosphorylation_45(X) = fn_facilitated_diffusion_51(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_prokaryotic_oxidative_phosphorylation_38(X) = fn_facilitated_diffusion_50(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_prokaryotic_oxidative_phosphorylation_53(X) = fn_biomembrane_42(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_prokaryotic_oxidative_phosphorylation_53(X) = fn_active_movement_of_ions_18(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_prokaryotic_oxidative_phosphorylation_54(X) = fn_biomembrane_47(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_prokaryotic_oxidative_phosphorylation_54(X) = fn_biomembrane_41(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_prokaryotic_oxidative_phosphorylation_54(X) = fn_facilitated_diffusion_17(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_prokaryotic_oxidative_phosphorylation_51(X) = fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_prokaryotic_oxidative_phosphorylation_37(X) = fn_plasma_membrane_4(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_prokaryotic_oxidative_phosphorylation_40(X) = fn_plasma_membrane_3(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_prokaryotic_oxidative_phosphorylation_56(X) = fn_active_movement_of_ions_17(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_prokaryotic_oxidative_phosphorylation_56(X) = fn_active_movement_of_ions_17(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_prokaryotic_oxidative_phosphorylation_56(X) = fn_biomembrane_63(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_prokaryotic_oxidative_phosphorylation_56(X) = fn_plasma_membrane_71(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_prokaryotic_oxidative_phosphorylation_51(X) = fn_passive_transport_25(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_prokaryotic_oxidative_phosphorylation_51(X) = fn_facilitated_diffusion_49(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_prokaryotic_oxidative_phosphorylation_51(X) = fn_active_transport_18(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_prokaryotic_oxidative_phosphorylation_59(X) = fn_plasma_membrane_74(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_prokaryotic_oxidative_phosphorylation_57(X) = fn_plasma_membrane_54(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_prokaryotic_oxidative_phosphorylation_57(X) = fn_plasma_membrane_68(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_prokaryotic_oxidative_phosphorylation_51(X) = fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_prokaryotic_oxidative_phosphorylation_57(X) = fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_prokaryotic_oxidative_phosphorylation_51(X) = fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_prokaryotic_oxidative_phosphorylation_57(X) = fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_prokaryotic_oxidative_phosphorylation_57(X) = fn_plasma_membrane_55(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_prokaryotic_oxidative_phosphorylation_10(X) = fn_electron_transport_chain_pathway_15(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_prokaryotic_oxidative_phosphorylation_13(X) = fn_electron_transport_chain_pathway_28(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_prokaryotic_oxidative_phosphorylation_9(X) = fn_oxidation_5(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_prokaryotic_oxidative_phosphorylation_9(X) = fn_electron_transport_chain_pathway_16(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_prokaryotic_oxidative_phosphorylation_18(X) = fn_electron_transport_chain_reaction_1(fn_prokaryotic_oxidative_phosphorylation_28(X))
& fn_prokaryotic_oxidative_phosphorylation_18(X) = fn_electron_transport_chain_pathway_12(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_prokaryotic_oxidative_phosphorylation_18(X) = fn_electron_transport_chain_pathway_13(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_prokaryotic_oxidative_phosphorylation_28(X) = fn_electron_transport_chain_pathway_20(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_prokaryotic_oxidative_phosphorylation_28(X) = fn_electron_transport_chain_pathway_19(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_prokaryotic_oxidative_phosphorylation_12(X) = fn_electron_transport_chain_pathway_27(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_prokaryotic_oxidative_phosphorylation_31(X) = fn_reduction_1(fn_prokaryotic_oxidative_phosphorylation_12(X))
& fn_prokaryotic_oxidative_phosphorylation_25(X) = fn_reduction_4(fn_prokaryotic_oxidative_phosphorylation_12(X))
& fn_prokaryotic_oxidative_phosphorylation_25(X) = fn_oxidation_9(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_prokaryotic_oxidative_phosphorylation_25(X) = fn_electron_transport_chain_pathway_24(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_prokaryotic_oxidative_phosphorylation_26(X) = fn_electron_transport_chain_pathway_26(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_prokaryotic_oxidative_phosphorylation_11(X) = fn_electron_transport_chain_pathway_21(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_prokaryotic_oxidative_phosphorylation_14(X) = fn_electron_transport_chain_pathway_29(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_prokaryotic_oxidative_phosphorylation_15(X) = fn_oxidation_2(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_prokaryotic_oxidative_phosphorylation_15(X) = fn_electron_transport_chain_pathway_30(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_prokaryotic_oxidative_phosphorylation_31(X) = fn_oxidation_10(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_prokaryotic_oxidative_phosphorylation_16(X) = fn_oxidation_1(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_prokaryotic_oxidative_phosphorylation_16(X) = fn_electron_transport_chain_pathway_25(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_prokaryotic_oxidative_phosphorylation_31(X) = fn_electron_transport_chain_pathway_41(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_prokaryotic_oxidative_phosphorylation_58(X) = fn_oxidative_phosphorylation_32(X)
& fn_prokaryotic_oxidative_phosphorylation_58(X) = fn_oxidative_phosphorylation_68(X)
& fn_prokaryotic_oxidative_phosphorylation_59(X) = fn_facilitated_diffusion_55(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_prokaryotic_oxidative_phosphorylation_60(X) = fn_oxidative_phosphorylation_28(X)
& fn_prokaryotic_oxidative_phosphorylation_34(X) = fn_oxidative_phosphorylation_20(X)
& fn_prokaryotic_oxidative_phosphorylation_64(X) = fn_oxidative_phosphorylation_18(X)
& fn_prokaryotic_oxidative_phosphorylation_52(X) = fn_oxidative_phosphorylation_13(X)
& fn_prokaryotic_oxidative_phosphorylation_23(X) = fn_oxidative_phosphorylation_6(X)
& fn_prokaryotic_oxidative_phosphorylation_35(X) = fn_oxidative_phosphorylation_14(X)
& fn_prokaryotic_oxidative_phosphorylation_21(X) = fn_electron_transport_chain_pathway_1(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_prokaryotic_oxidative_phosphorylation_21(X) = fn_oxidative_phosphorylation_11(X)
& fn_prokaryotic_oxidative_phosphorylation_58(X) = fn_oxidative_phosphorylation_17(X)
& fn_prokaryotic_oxidative_phosphorylation_59(X) = fn_passive_transport_24(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_prokaryotic_oxidative_phosphorylation_61(X) = fn_passive_transport_14(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_prokaryotic_oxidative_phosphorylation_61(X) = fn_active_movement_of_ions_25(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_prokaryotic_oxidative_phosphorylation_61(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_prokaryotic_oxidative_phosphorylation_61(X) = fn_oxidative_phosphorylation_43(X)
& fn_prokaryotic_oxidative_phosphorylation_68(X) = fn_oxidative_phosphorylation_57(X)
& fn_prokaryotic_oxidative_phosphorylation_65(X) = fn_oxidative_phosphorylation_12(X)
& fn_prokaryotic_oxidative_phosphorylation_33(X) = fn_oxidative_phosphorylation_22(X)
& fn_prokaryotic_oxidative_phosphorylation_18(X) = fn_oxidative_phosphorylation_47(X)
& fn_prokaryotic_oxidative_phosphorylation_59(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_prokaryotic_oxidative_phosphorylation_59(X) = fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_prokaryotic_oxidative_phosphorylation_62(X) = fn_active_transport_21(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_prokaryotic_oxidative_phosphorylation_59(X) = fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_prokaryotic_oxidative_phosphorylation_62(X) = fn_active_transport_21(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_prokaryotic_oxidative_phosphorylation_59(X) = fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_prokaryotic_oxidative_phosphorylation_59(X) = fn_oxidative_phosphorylation_19(X)
& fn_prokaryotic_oxidative_phosphorylation_62(X) = fn_active_transport_21(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_prokaryotic_oxidative_phosphorylation_63(X) = fn_passive_transport_of_solute_1(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_prokaryotic_oxidative_phosphorylation_62(X) = fn_passive_transport_of_solute_2(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_prokaryotic_oxidative_phosphorylation_63(X) = fn_facilitated_diffusion_of_ion_29(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_prokaryotic_oxidative_phosphorylation_62(X) = fn_facilitated_diffusion_of_ion_23(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_prokaryotic_oxidative_phosphorylation_62(X) = fn_oxidative_phosphorylation_45(X)
& fn_prokaryotic_oxidative_phosphorylation_63(X) = fn_active_transport_20(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_prokaryotic_oxidative_phosphorylation_63(X) = fn_active_transport_20(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_prokaryotic_oxidative_phosphorylation_63(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_prokaryotic_oxidative_phosphorylation_63(X) = fn_oxidative_phosphorylation_48(X)
& fn_prokaryotic_oxidative_phosphorylation_17(X) = fn_oxidative_phosphorylation_31(X)
& fn_prokaryotic_oxidative_phosphorylation_69(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_prokaryotic_oxidative_phosphorylation_17(X) = fn_oxidative_phosphorylation_17(X)
& fn_prokaryotic_oxidative_phosphorylation_69(X) = fn_oxidative_phosphorylation_16(X)
& fn_prokaryotic_oxidative_phosphorylation_22(X) = fn_oxidative_phosphorylation_56(X)
& fn_prokaryotic_oxidative_phosphorylation_67(X) = fn_oxidative_phosphorylation_71(X)
& fn_prokaryotic_oxidative_phosphorylation_32(X) = fn_chemical_reaction_1(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_prokaryotic_oxidative_phosphorylation_32(X) = fn_oxidative_phosphorylation_9(X)
& fn_prokaryotic_oxidative_phosphorylation_30(X) = fn_oxidative_phosphorylation_10(X)
& fn_prokaryotic_oxidative_phosphorylation_56(X) = fn_active_movement_of_ions_17(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_prokaryotic_oxidative_phosphorylation_54(X) = fn_active_movement_of_ions_13(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_prokaryotic_oxidative_phosphorylation_19(X) = fn_active_movement_of_ions_12(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_prokaryotic_oxidative_phosphorylation_55(X) = fn_active_movement_of_ions_14(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_prokaryotic_oxidative_phosphorylation_55(X) = fn_active_movement_of_ions_12(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_prokaryotic_oxidative_phosphorylation_19(X) = fn_active_movement_of_ions_14(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_prokaryotic_oxidative_phosphorylation_57(X) = fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_electron_transport_chain_reaction_25(fn_prokaryotic_oxidative_phosphorylation_28(X)) = fn_oxidation_10(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_oxidation_10(fn_prokaryotic_oxidative_phosphorylation_26(X)) = fn_reduction_3(fn_prokaryotic_oxidative_phosphorylation_12(X))
& fn_reduction_3(fn_prokaryotic_oxidative_phosphorylation_12(X)) = fn_reduction_3(fn_prokaryotic_oxidative_phosphorylation_12(X))
& fn_oxidation_7(fn_prokaryotic_oxidative_phosphorylation_26(X)) = fn_reduction_3(fn_prokaryotic_oxidative_phosphorylation_12(X))
& fn_reduction_3(fn_prokaryotic_oxidative_phosphorylation_12(X)) = fn_oxidation_7(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_oxidation_7(fn_prokaryotic_oxidative_phosphorylation_26(X)) = fn_oxidation_7(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_electron_transport_chain_pathway_41(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_oxidation_7(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_oxidation_7(fn_prokaryotic_oxidative_phosphorylation_26(X)) = fn_electron_transport_chain_pathway_41(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_41(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_electron_transport_chain_pathway_44(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_44(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_oxidative_phosphorylation_6(X)
& fn_oxidative_phosphorylation_6(X) = fn_metabolic_pathway_1(fn_prokaryotic_oxidative_phosphorylation_33(X))
& fn_metabolic_pathway_1(fn_prokaryotic_oxidative_phosphorylation_33(X)) = fn_cellular_work_2(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_cellular_work_2(fn_prokaryotic_oxidative_phosphorylation_18(X)) = fn_cellular_work_2(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_cellular_work_2(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_metabolic_pathway_1(fn_prokaryotic_oxidative_phosphorylation_33(X))
& fn_metabolic_pathway_1(fn_prokaryotic_oxidative_phosphorylation_33(X)) = fn_electron_transport_chain_pathway_11(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_11(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_electron_transport_chain_pathway_11(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_oxidative_phosphorylation_15(X) = fn_electron_transport_chain_pathway_11(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_11(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_oxidative_phosphorylation_15(X)
& fn_oxidative_phosphorylation_15(X) = fn_oxidative_phosphorylation_15(X)
& fn_oxidative_phosphorylation_15(X) = fn_biomembrane_42(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_biomembrane_42(fn_prokaryotic_oxidative_phosphorylation_51(X)) = fn_active_movement_of_ions_18(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_movement_of_ions_18(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_active_movement_of_ions_18(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_movement_of_ions_18(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_facilitated_diffusion_50(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_facilitated_diffusion_50(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_facilitated_diffusion_50(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_facilitated_diffusion_50(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_plasma_membrane_4(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_plasma_membrane_4(fn_prokaryotic_oxidative_phosphorylation_51(X)) = fn_passive_transport_21(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_passive_transport_21(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_plasma_membrane_3(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_plasma_membrane_3(fn_prokaryotic_oxidative_phosphorylation_51(X)) = fn_attach_2(fn_prokaryotic_oxidative_phosphorylation_44(X))
& fn_attach_2(fn_prokaryotic_oxidative_phosphorylation_44(X)) = fn_attach_2(fn_prokaryotic_oxidative_phosphorylation_43(X))
& fn_attach_2(fn_prokaryotic_oxidative_phosphorylation_43(X)) = fn_prokaryote_13(fn_prokaryotic_oxidative_phosphorylation_36(X))
& fn_prokaryote_13(fn_prokaryotic_oxidative_phosphorylation_36(X)) = fn_prokaryote_13(fn_prokaryotic_oxidative_phosphorylation_36(X))
& fn_prokaryote_13(fn_prokaryotic_oxidative_phosphorylation_36(X)) = fn_passive_transport_25(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_passive_transport_25(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_passive_transport_25(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_active_transport_18(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_passive_transport_25(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_passive_transport_25(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_active_transport_18(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_transport_18(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_facilitated_diffusion_49(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_active_transport_18(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_facilitated_diffusion_49(fn_prokaryotic_oxidative_phosphorylation_49(X))
& fn_facilitated_diffusion_49(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_active_transport_18(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_transport_18(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_facilitated_diffusion_49(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_facilitated_diffusion_49(fn_prokaryotic_oxidative_phosphorylation_49(X))
& fn_facilitated_diffusion_49(fn_prokaryotic_oxidative_phosphorylation_49(X)) = fn_facilitated_diffusion_49(fn_prokaryotic_oxidative_phosphorylation_49(X))
& fn_facilitated_diffusion_49(fn_prokaryotic_oxidative_phosphorylation_49(X)) = fn_facilitated_diffusion_49(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_facilitated_diffusion_49(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_facilitated_diffusion_49(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_facilitated_diffusion_49(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_facilitated_diffusion_49(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_18(X)) = fn_facilitated_diffusion_49(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_facilitated_diffusion_49(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_18(X)) = fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_58(X)) = fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_active_movement_of_ions_19(fn_prokaryotic_oxidative_phosphorylation_18(X)) = fn_electron_transport_chain_pathway_25(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_25(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_electron_transport_chain_pathway_28(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_28(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_oxidation_5(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_oxidation_5(fn_prokaryotic_oxidative_phosphorylation_26(X)) = fn_electron_transport_chain_pathway_16(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_16(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_electron_transport_chain_pathway_19(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_19(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_electron_transport_chain_pathway_20(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_20(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_electron_transport_chain_pathway_19(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_19(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_oxidation_9(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_reduction_4(fn_prokaryotic_oxidative_phosphorylation_12(X)) = fn_reduction_4(fn_prokaryotic_oxidative_phosphorylation_12(X))
& fn_oxidation_9(fn_prokaryotic_oxidative_phosphorylation_26(X)) = fn_reduction_4(fn_prokaryotic_oxidative_phosphorylation_12(X))
& fn_reduction_4(fn_prokaryotic_oxidative_phosphorylation_12(X)) = fn_oxidation_9(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_oxidation_9(fn_prokaryotic_oxidative_phosphorylation_26(X)) = fn_oxidation_9(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_electron_transport_chain_pathway_24(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_electron_transport_chain_pathway_24(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_24(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_oxidation_9(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_oxidation_9(fn_prokaryotic_oxidative_phosphorylation_26(X)) = fn_electron_transport_chain_pathway_24(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_24(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_oxidation_2(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_electron_transport_chain_pathway_30(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_electron_transport_chain_pathway_30(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_30(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_oxidation_2(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_oxidation_2(fn_prokaryotic_oxidative_phosphorylation_26(X)) = fn_electron_transport_chain_pathway_30(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_30(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_oxidation_1(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_electron_transport_chain_pathway_25(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_oxidation_1(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_oxidation_1(fn_prokaryotic_oxidative_phosphorylation_26(X)) = fn_electron_transport_chain_pathway_25(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_25(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_reduction_1(fn_prokaryotic_oxidative_phosphorylation_12(X))
& fn_reduction_1(fn_prokaryotic_oxidative_phosphorylation_12(X)) = fn_oxidation_10(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_oxidation_10(fn_prokaryotic_oxidative_phosphorylation_26(X)) = fn_oxidation_10(fn_prokaryotic_oxidative_phosphorylation_26(X))
& fn_oxidation_10(fn_prokaryotic_oxidative_phosphorylation_26(X)) = fn_reduction_1(fn_prokaryotic_oxidative_phosphorylation_12(X))
& fn_reduction_1(fn_prokaryotic_oxidative_phosphorylation_12(X)) = fn_reduction_1(fn_prokaryotic_oxidative_phosphorylation_12(X))
& fn_electron_transport_chain_pathway_41(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_reduction_1(fn_prokaryotic_oxidative_phosphorylation_12(X))
& fn_reduction_1(fn_prokaryotic_oxidative_phosphorylation_12(X)) = fn_electron_transport_chain_pathway_41(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_41(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_electron_transport_chain_pathway_41(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_41(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_electron_transport_chain_reaction_2(fn_prokaryotic_oxidative_phosphorylation_28(X))
& fn_electron_transport_chain_reaction_2(fn_prokaryotic_oxidative_phosphorylation_28(X)) = fn_electron_transport_chain_pathway_1(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_oxidative_phosphorylation_11(X) = fn_electron_transport_chain_pathway_1(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_1(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_oxidative_phosphorylation_11(X)
& fn_oxidative_phosphorylation_11(X) = fn_oxidative_phosphorylation_11(X)
& fn_oxidative_phosphorylation_11(X) = fn_oxidative_phosphorylation_32(X)
& fn_oxidative_phosphorylation_32(X) = fn_oxidative_phosphorylation_68(X)
& fn_oxidative_phosphorylation_68(X) = fn_oxidative_phosphorylation_68(X)
& fn_oxidative_phosphorylation_68(X) = fn_oxidative_phosphorylation_17(X)
& fn_oxidative_phosphorylation_17(X) = fn_active_movement_of_ions_25(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_active_movement_of_ions_25(fn_prokaryotic_oxidative_phosphorylation_58(X)) = fn_active_movement_of_ions_25(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_active_movement_of_ions_25(fn_prokaryotic_oxidative_phosphorylation_18(X)) = fn_passive_transport_14(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_passive_transport_14(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_active_movement_of_ions_25(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_movement_of_ions_25(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_prokaryotic_oxidative_phosphorylation_18(X)) = fn_passive_transport_14(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_passive_transport_14(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_passive_transport_14(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_passive_transport_14(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_prokaryotic_oxidative_phosphorylation_58(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_prokaryotic_oxidative_phosphorylation_18(X)) = fn_oxidative_phosphorylation_43(X)
& fn_oxidative_phosphorylation_43(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_3(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_oxidative_phosphorylation_43(X)
& fn_oxidative_phosphorylation_43(X) = fn_electron_transport_chain_pathway_12(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_12(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_electron_transport_chain_reaction_1(fn_prokaryotic_oxidative_phosphorylation_28(X))
& fn_electron_transport_chain_reaction_1(fn_prokaryotic_oxidative_phosphorylation_28(X)) = fn_electron_transport_chain_pathway_12(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_12(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_electron_transport_chain_pathway_12(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_oxidative_phosphorylation_32(X) = fn_electron_transport_chain_pathway_12(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_12(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_oxidative_phosphorylation_32(X)
& fn_oxidative_phosphorylation_32(X) = fn_electron_transport_chain_pathway_13(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_13(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_electron_transport_chain_pathway_13(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_electron_transport_chain_pathway_13(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_oxidative_phosphorylation_47(X)
& fn_oxidative_phosphorylation_47(X) = fn_oxidative_phosphorylation_47(X)
& fn_oxidative_phosphorylation_47(X) = fn_passive_transport_24(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_passive_transport_24(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_facilitated_diffusion_55(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_facilitated_diffusion_55(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_facilitated_diffusion_55(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_facilitated_diffusion_55(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_passive_transport_24(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_passive_transport_24(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_58(X)) = fn_facilitated_diffusion_55(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_facilitated_diffusion_55(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_facilitated_diffusion_55(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_facilitated_diffusion_55(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_58(X)) = fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_prokaryotic_oxidative_phosphorylation_18(X)) = fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_58(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_18(X)) = fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_58(X)) = fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_transport_22(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_prokaryotic_oxidative_phosphorylation_18(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_plasma_membrane_74(fn_prokaryotic_oxidative_phosphorylation_51(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_5(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_plasma_membrane_74(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_plasma_membrane_74(fn_prokaryotic_oxidative_phosphorylation_51(X)) = fn_plasma_membrane_74(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_plasma_membrane_74(fn_prokaryotic_oxidative_phosphorylation_51(X)) = fn_oxidative_phosphorylation_19(X)
& fn_oxidative_phosphorylation_19(X) = fn_oxidative_phosphorylation_19(X)
& fn_oxidative_phosphorylation_19(X) = fn_active_transport_21(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_active_transport_21(fn_prokaryotic_oxidative_phosphorylation_58(X)) = fn_active_transport_21(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_active_transport_21(fn_prokaryotic_oxidative_phosphorylation_18(X)) = fn_active_transport_21(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_active_transport_21(fn_prokaryotic_oxidative_phosphorylation_58(X)) = fn_active_transport_21(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_transport_21(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_active_transport_21(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_transport_21(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_passive_transport_of_solute_2(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_passive_transport_of_solute_2(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_passive_transport_of_solute_2(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_facilitated_diffusion_of_ion_23(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_passive_transport_of_solute_2(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_passive_transport_of_solute_2(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_facilitated_diffusion_of_ion_23(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_facilitated_diffusion_of_ion_23(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_facilitated_diffusion_of_ion_23(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_oxidative_phosphorylation_45(X) = fn_oxidative_phosphorylation_45(X)
& fn_oxidative_phosphorylation_45(X) = fn_facilitated_diffusion_of_ion_23(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_facilitated_diffusion_of_ion_23(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_oxidative_phosphorylation_45(X)
& fn_oxidative_phosphorylation_45(X) = fn_passive_transport_of_solute_1(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_passive_transport_of_solute_1(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_active_transport_20(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_active_transport_20(fn_prokaryotic_oxidative_phosphorylation_18(X)) = fn_active_transport_20(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_active_transport_20(fn_prokaryotic_oxidative_phosphorylation_58(X)) = fn_passive_transport_of_solute_1(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_passive_transport_of_solute_1(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_passive_transport_of_solute_1(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_facilitated_diffusion_of_ion_29(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_passive_transport_of_solute_1(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_passive_transport_of_solute_1(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_facilitated_diffusion_of_ion_29(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_facilitated_diffusion_of_ion_29(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_facilitated_diffusion_of_ion_29(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_facilitated_diffusion_of_ion_29(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_facilitated_diffusion_of_ion_29(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_oxidative_phosphorylation_48(X) = fn_oxidative_phosphorylation_48(X)
& fn_oxidative_phosphorylation_48(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_6(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_oxidative_phosphorylation_48(X)
& fn_oxidative_phosphorylation_48(X) = fn_oxidative_phosphorylation_16(X)
& fn_oxidative_phosphorylation_16(X) = fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_generation_of_hydrogen_ion_gradient_across_biomembrane_2(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_oxidative_phosphorylation_16(X)
& fn_oxidative_phosphorylation_16(X) = fn_oxidative_phosphorylation_16(X)
& fn_oxidative_phosphorylation_16(X) = fn_oxidative_phosphorylation_9(X)
& fn_oxidative_phosphorylation_9(X) = fn_chemical_reaction_1(fn_prokaryotic_oxidative_phosphorylation_30(X))
& fn_chemical_reaction_1(fn_prokaryotic_oxidative_phosphorylation_30(X)) = fn_oxidative_phosphorylation_9(X)
& fn_oxidative_phosphorylation_9(X) = fn_biomembrane_63(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_biomembrane_63(fn_prokaryotic_oxidative_phosphorylation_51(X)) = fn_plasma_membrane_71(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_plasma_membrane_71(fn_prokaryotic_oxidative_phosphorylation_51(X)) = fn_active_movement_of_ions_17(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_active_movement_of_ions_17(fn_prokaryotic_oxidative_phosphorylation_58(X)) = fn_active_movement_of_ions_17(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_active_movement_of_ions_17(fn_prokaryotic_oxidative_phosphorylation_18(X)) = fn_plasma_membrane_71(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_plasma_membrane_71(fn_prokaryotic_oxidative_phosphorylation_51(X)) = fn_active_movement_of_ions_17(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_movement_of_ions_17(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_biomembrane_47(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_biomembrane_47(fn_prokaryotic_oxidative_phosphorylation_51(X)) = fn_biomembrane_41(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_biomembrane_41(fn_prokaryotic_oxidative_phosphorylation_51(X)) = fn_biomembrane_41(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_biomembrane_41(fn_prokaryotic_oxidative_phosphorylation_51(X)) = fn_facilitated_diffusion_17(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_active_movement_of_ions_13(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_facilitated_diffusion_17(fn_prokaryotic_oxidative_phosphorylation_64(X))
& fn_facilitated_diffusion_17(fn_prokaryotic_oxidative_phosphorylation_64(X)) = fn_active_movement_of_ions_13(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_movement_of_ions_13(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_active_movement_of_ions_13(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_movement_of_ions_13(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_active_movement_of_ions_14(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_movement_of_ions_14(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_active_movement_of_ions_12(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_movement_of_ions_12(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_active_movement_of_ions_12(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_movement_of_ions_12(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_active_movement_of_ions_14(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_movement_of_ions_14(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_active_movement_of_ions_14(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_movement_of_ions_14(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_plasma_membrane_54(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_plasma_membrane_54(fn_prokaryotic_oxidative_phosphorylation_51(X)) = fn_plasma_membrane_68(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_plasma_membrane_55(fn_prokaryotic_oxidative_phosphorylation_51(X)) = fn_plasma_membrane_68(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_plasma_membrane_68(fn_prokaryotic_oxidative_phosphorylation_51(X)) = fn_plasma_membrane_55(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_18(X)) = fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_plasma_membrane_55(fn_prokaryotic_oxidative_phosphorylation_51(X)) = fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_58(X))
& fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_58(X)) = fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_18(X))
& fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_18(X)) = fn_plasma_membrane_55(fn_prokaryotic_oxidative_phosphorylation_51(X))
& fn_plasma_membrane_55(fn_prokaryotic_oxidative_phosphorylation_51(X)) = fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_17(X))
& fn_active_movement_of_ions_10(fn_prokaryotic_oxidative_phosphorylation_17(X)) = fn_oxidative_phosphorylation_31(X)
& fn_oxidative_phosphorylation_17(X) = fn_oxidative_phosphorylation_17(X)
& fn_oxidative_phosphorylation_17(X) = fn_oxidative_phosphorylation_31(X)
& fn_oxidative_phosphorylation_31(X) = fn_oxidative_phosphorylation_17(X) ) ) ).
fof(a532003,axiom,
! [X] :
( prokaryotic_pyruvate_oxidation_1(X)
=> ( original_name_2(X,'Prokaryotic-Pyruvate-Oxidation')
& user_description_2(X,'The oxidative conversion of pyruvate into acetyl-CoA which occurs inside cytosol of a prokaryotic cell is referred to as the prokaryotic pyruvate oxidation. It is catalyzed by the pyruvate dehydrogenase complex.')
& concept2words_2(X,convert)
& concept2words_2(X,'prokaryotic pyruvate oxidation')
& concept2words_2(X,'prokaryotic-pyruvate-oxidation')
& pyruvate_oxidation_1(X)
& cytosol_1(fn_prokaryotic_pyruvate_oxidation_1(X))
& prokaryote_1(fn_prokaryotic_pyruvate_oxidation_2(X))
& site_2(X,fn_prokaryotic_pyruvate_oxidation_1(X))
& base_2(X,fn_prokaryotic_pyruvate_oxidation_2(X))
& fn_prokaryotic_pyruvate_oxidation_2(X) = fn_metabolic_pathway_1(X) ) ) ).
fof(a532004,axiom,
! [X] :
( prokaryotic_ribosome_1(X)
=> ( original_name_2(X,'Prokaryotic-Ribosome')
& user_description_2(X,'A cell structure in prokaryotes that receives the mRNA and translates the genetic information into proteins during protein synthesis. They are composed of three types of rRNA, the 16S rRNA, 23S rRNA, and 5S rRNA which combine with proteins to form a complete, functional ribosome.')
& concept2words_2(X,'prokaryotic ribosome')
& concept2words_2(X,'prokaryotic-ribosome')
& ribosome_1(X)
& ~ eukaryotic_ribosome_1(X)
& prokaryote_1(fn_prokaryotic_ribosome_1(X))
& size_value_1(fn_prokaryotic_ribosome_2(X))
& ribosome_1(fn_prokaryote_8(fn_prokaryotic_ribosome_1(X)))
& the_scalar_value_2(fn_prokaryotic_ribosome_2(X),small_0)
& scalar_unit_class_2(fn_prokaryotic_ribosome_2(X),eukaryotic_ribosome_0)
& has_part_2(fn_prokaryotic_ribosome_1(X),X)
& size_2(X,fn_prokaryotic_ribosome_2(X))
& X = fn_prokaryote_8(fn_prokaryotic_ribosome_1(X))
& fn_prokaryotic_ribosome_3(X) = fn_ribosome_1(X)
& fn_prokaryotic_ribosome_2(X) = fn_ribosome_5(X) ) ) ).
fof(a532005,axiom,
! [X,X1] :
( ( experiencer_2(X,X1)
& synthesis_of_mrna_in_prokaryote_1(X)
& transcription_1(X)
& prokaryote_1(X1) )
=> ( prokaryotic_transcription_1(X)
& fn_prokaryotic_transcription_3(X) = X1 ) ) ).
fof(a532006,axiom,
! [X] :
( prokaryotic_transcription_1(X)
=> ( original_name_2(X,'Prokaryotic-Transcription')
& user_description_2(X,'The process where mRNA transcripts of the prokaryotic DNA are produced, to be translated into proteins. Prokaryotic transcription simultaneously with translation in the cytoplasm, unlike in eukaryotes where the process is separated due to the presence of the nuclear envelope.')
& concept2words_2(X,'transcription in prokaryotes')
& concept2words_2(X,transcribe)
& concept2words_2(X,'prokaryotic transcription')
& concept2words_2(X,'prokaryotic-transcription')
& transcription_1(X)
& synthesis_of_mrna_in_prokaryote_1(X)
& cytoplasm_1(fn_prokaryotic_transcription_1(X))
& cell_1(fn_prokaryotic_transcription_3(X))
& prokaryote_1(fn_prokaryotic_transcription_3(X))
& transcription_termination_in_prokaryotes_1(fn_prokaryotic_transcription_4(X))
& site_2(X,fn_prokaryotic_transcription_1(X))
& base_2(X,fn_prokaryotic_transcription_3(X))
& subevent_2(X,fn_prokaryotic_transcription_4(X))
& site_2(X,fn_prokaryotic_transcription_3(X))
& experiencer_2(X,fn_prokaryotic_transcription_3(X))
& fn_prokaryotic_transcription_4(X) = fn_transcription_20(X)
& fn_prokaryotic_transcription_3(X) = fn_synthesis_of_mrna_4(X)
& fn_prokaryotic_transcription_3(X) = fn_transcription_22(X)
& fn_prokaryotic_transcription_3(X) = fn_synthesis_of_mrna_in_prokaryote_2(X)
& fn_synthesis_of_mrna_4(X) = fn_transcription_22(X)
& fn_transcription_22(X) = fn_transcription_22(X)
& fn_transcription_22(X) = fn_synthesis_of_mrna_in_prokaryote_2(X)
& fn_synthesis_of_mrna_in_prokaryote_2(X) = fn_synthesis_of_mrna_in_prokaryote_2(X) ) ) ).
fof(a532007,axiom,
! [X] :
( prokaryotic_transcription_initiation_1(X)
=> ( original_name_2(X,'Prokaryotic-Transcription-Initiation')
& user_description_2(X,'Prokaryotic transcription initiation is less complex than eukaryotic transcription initiation. The RNA polymerase binds to several specificity factors to form a holoenzyme.The specificity factor eventually dissociates from the holoenzyme and elongation proceeds.')
& concept2words_2(X,'prokaryotic transcription initiation')
& concept2words_2(X,'prokaryotic-transcription-initiation')
& transcription_initiation_1(X)
& prokaryote_1(fn_prokaryotic_transcription_initiation_1(X))
& attach_1(fn_prokaryotic_transcription_initiation_2(X))
& rna_polymerase_1(fn_prokaryotic_transcription_initiation_3(X))
& gene_activation_1(fn_prokaryotic_transcription_initiation_4(X))
& spatial_entity_1(fn_attach_1(fn_prokaryotic_transcription_initiation_2(X)))
& experiencer_2(X,fn_prokaryotic_transcription_initiation_1(X))
& subevent_2(fn_prokaryotic_transcription_initiation_4(X),fn_prokaryotic_transcription_initiation_2(X))
& object_2(fn_prokaryotic_transcription_initiation_2(X),fn_prokaryotic_transcription_initiation_3(X))
& subevent_2(X,fn_prokaryotic_transcription_initiation_4(X))
& fn_prokaryotic_transcription_initiation_3(X) = fn_attach_1(fn_prokaryotic_transcription_initiation_2(X))
& fn_prokaryotic_transcription_initiation_4(X) = fn_transcription_initiation_7(X) ) ) ).
fof(a532008,axiom,
! [X] :
( prolactin_1(X)
=> ( original_name_2(X,'Prolactin')
& user_description_2(X,'A peptide hormone produced by and secreted from the anterior pituitary gland. It has different effects in different vertebrate groups. In mammals, it promotes lactation .')
& concept2words_2(X,prolactin)
& concept2words_2(X,prl)
& pituitary_peptide_hormone_1(X)
& ~ bmp_4_1(X)
& ~ erythropoietin_1(X)
& ~ growth_hormone_1(X)
& ~ inhibin_1(X)
& ~ leptin_1(X) ) ) ).
fof(a532009,axiom,
! [X] :
( proliferative_phase_1(X)
=> ( original_name_2(X,'Proliferative-Phase')
& user_description_2(X,'The first half of the menstrual cycle, when the endometrial layer thickens in preparation to receive a fertilized egg.')
& concept2words_2(X,'proliferative phase')
& concept2words_2(X,'proliferative-phase')
& female_reproductive_cycle_events_1(X)
& ~ luteal_phase_1(X) ) ) ).
fof(a532010,axiom,
! [X] :
( proline_1(X)
=> ( original_name_2(X,'Proline')
& user_description_2(X,'One of the 20 most common amino acids that make up proteins.')
& concept2words_2(X,proline)
& hydrophobic_amino_acid_1(X)
& synthesis_reaction_1(fn_proline_1(X))
& alpha_ketoglutarate_1(fn_proline_2(X))
& covalent_bond_1(fn_proline_3(X))
& single_bond_1(fn_proline_3(X))
& chemical_entity_1(fn_proline_4(X))
& tangible_entity_1(fn_proline_4(X))
& entity_1(fn_proline_4(X))
& atom_1(fn_proline_4(X))
& nitrogen_1(fn_proline_4(X))
& tangible_entity_1(fn_proline_5(X))
& entity_1(fn_proline_5(X))
& chemical_entity_1(fn_proline_5(X))
& atom_1(fn_proline_5(X))
& hydrogen_1(fn_proline_5(X))
& chemical_entity_1(fn_chemical_reaction_2(fn_proline_1(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_proline_1(X)))
& entity_1(fn_covalent_bond_19(fn_proline_3(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_proline_3(X)))
& atom_1(fn_covalent_bond_19(fn_proline_3(X)))
& raw_material_2(fn_proline_1(X),fn_proline_2(X))
& is_between_2(fn_proline_3(X),fn_proline_4(X))
& result_2(fn_proline_1(X),X)
& has_part_2(X,fn_proline_4(X))
& possesses_2(X,fn_proline_3(X))
& is_between_2(fn_proline_3(X),fn_proline_5(X))
& has_part_2(X,fn_proline_5(X))
& fn_proline_4(X) != fn_proline_5(X)
& fn_proline_5(X) != fn_proline_4(X)
& fn_proline_2(X) = fn_chemical_reaction_2(fn_proline_1(X))
& fn_proline_4(X) = fn_covalent_bond_19(fn_proline_3(X))
& X = fn_chemical_reaction_1(fn_proline_1(X))
& fn_proline_5(X) = fn_hydrophobic_amino_acid_21(X)
& fn_proline_4(X) = fn_hydrophobic_amino_acid_83(X)
& fn_proline_5(X) = fn_hydrophobic_amino_acid_24(X)
& fn_proline_3(X) = fn_hydrophobic_amino_acid_18(X)
& fn_covalent_bond_19(fn_proline_3(X)) = fn_hydrophobic_amino_acid_83(X)
& fn_hydrophobic_amino_acid_83(X) = fn_hydrophobic_amino_acid_83(X)
& fn_hydrophobic_amino_acid_83(X) = fn_hydrophobic_amino_acid_24(X)
& fn_hydrophobic_amino_acid_24(X) = fn_hydrophobic_amino_acid_21(X)
& fn_hydrophobic_amino_acid_21(X) = fn_hydrophobic_amino_acid_21(X)
& fn_hydrophobic_amino_acid_21(X) = fn_hydrophobic_amino_acid_24(X)
& fn_hydrophobic_amino_acid_24(X) = fn_hydrophobic_amino_acid_24(X) ) ) ).
fof(a532011,axiom,
! [X] :
( prometaphase_1(X)
=> ( original_name_2(X,'Prometaphase')
& user_description_2(X,'The phase of the cell cycle after prophase and before metaphase. In prometaphase the nuclear envelope begins to fragment, kinetochores begin to appear on the chromosomes, and spindle fibers begin attaching to the kinetochores.')
& concept2words_2(X,'undergo prometaphase')
& concept2words_2(X,prometaphase)
& mitotic_stage_1(X)
& cell_pole_1(fn_prometaphase_1(X))
& cell_1(fn_prometaphase_2(X))
& visibility_value_1(fn_prometaphase_4(X))
& visibility_value_1(fn_prometaphase_7(X))
& visibility_value_1(fn_prometaphase_8(X))
& microtubule_elongation_1(fn_prometaphase_9(X))
& microtubule_elongation_1(fn_prometaphase_10(X))
& cell_equator_1(fn_prometaphase_11(X))
& organic_molecule_1(fn_prometaphase_12(X))
& time_instant_1(fn_prometaphase_13(X))
& time_instant_1(fn_prometaphase_14(X))
& chromosome_arm_1(fn_prometaphase_15(X))
& chromosome_arm_1(fn_prometaphase_16(X))
& cell_pole_1(fn_prometaphase_17(X))
& move_1(fn_prometaphase_18(X))
& move_1(fn_prometaphase_19(X))
& attach_1(fn_prometaphase_20(X))
& phosphorylation_1(fn_prometaphase_21(X))
& chemical_entity_1(fn_prometaphase_22(X))
& molecule_1(fn_prometaphase_22(X))
& glycoprotein_1(fn_prometaphase_22(X))
& make_contact_1(fn_prometaphase_23(X))
& spatial_entity_1(fn_prometaphase_24(X))
& nonkinetochore_microtubule_1(fn_prometaphase_24(X))
& spatial_entity_1(fn_prometaphase_25(X))
& nonkinetochore_microtubule_1(fn_prometaphase_25(X))
& end_1(fn_prometaphase_26(X))
& end_1(fn_prometaphase_27(X))
& protein_1(fn_prometaphase_28(X))
& kinetochore_1(fn_prometaphase_28(X))
& spatial_entity_1(fn_prometaphase_29(X))
& kinetochore_1(fn_prometaphase_29(X))
& condense_1(fn_prometaphase_31(X))
& density_value_1(fn_prometaphase_32(X))
& condensed_diploid_chromosome_1(fn_prometaphase_33(X))
& chromosome_1(fn_prometaphase_33(X))
& move_apart_1(fn_prometaphase_34(X))
& move_1(fn_prometaphase_35(X))
& centrosome_1(fn_prometaphase_36(X))
& move_1(fn_prometaphase_37(X))
& eukaryotic_cell_1(fn_prometaphase_38(X))
& break_1(fn_prometaphase_39(X))
& nuclear_membrane_1(fn_prometaphase_40(X))
& move_1(fn_prometaphase_41(X))
& spatial_entity_1(fn_prometaphase_42(X))
& microtubule_1(fn_prometaphase_42(X))
& centrosome_1(fn_prometaphase_43(X))
& mitotic_spindle_1(fn_prometaphase_44(X))
& chromosome_alignment_1(fn_prometaphase_45(X))
& cell_1(fn_prometaphase_46(X))
& coil_1(fn_prometaphase_47(X))
& centromere_1(fn_prometaphase_48(X))
& entity_1(fn_prometaphase_49(X))
& dna_1(fn_prometaphase_49(X))
& density_value_1(fn_prometaphase_50(X))
& diploid_chromosome_1(fn_prometaphase_51(X))
& tangible_entity_1(fn_condense_1(fn_prometaphase_31(X)))
& spatial_entity_1(fn_make_contact_1(fn_prometaphase_23(X)))
& tangible_entity_1(fn_impair_1(fn_prometaphase_39(X)))
& spatial_entity_1(fn_make_contact_2(fn_prometaphase_23(X)))
& cell_pole_1(fn_cell_1(fn_prometaphase_38(X)))
& property_node_1(fn_condense_3(fn_prometaphase_31(X)))
& move_1(fn_chromosome_alignment_17(fn_prometaphase_45(X)))
& move_1(fn_chromosome_alignment_18(fn_prometaphase_45(X)))
& property_node_1(fn_chromosome_1(fn_prometaphase_33(X)))
& coil_1(fn_chromosome_8(fn_prometaphase_33(X)))
& entity_1(fn_chromosome_4(fn_prometaphase_33(X)))
& dna_1(fn_chromosome_4(fn_prometaphase_33(X)))
& centromere_1(fn_chromosome_6(fn_prometaphase_33(X)))
& spatial_entity_1(fn_move_1(fn_prometaphase_35(X)))
& spatial_entity_1(fn_move_apart_2(fn_prometaphase_34(X)))
& spatial_entity_1(fn_move_1(fn_prometaphase_37(X)))
& spatial_entity_1(fn_move_apart_1(fn_prometaphase_34(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_prometaphase_21(X)))
& molecule_1(fn_phosphorylation_1(fn_prometaphase_21(X)))
& glycoprotein_1(fn_biomembrane_30(fn_prometaphase_40(X)))
& spatial_entity_1(fn_move_1(fn_prometaphase_41(X)))
& microtubule_1(fn_mitotic_spindle_1(fn_prometaphase_44(X)))
& density_value_1(fn_chromosome_2(fn_prometaphase_51(X)))
& density_value_1(fn_condense_4(fn_prometaphase_31(X)))
& protein_1(fn_chromosome_3(fn_prometaphase_33(X)))
& attach_1(fn_chromosome_alignment_11(fn_prometaphase_45(X)))
& attach_1(fn_chromosome_alignment_16(fn_prometaphase_45(X)))
& kinetochore_1(fn_chromosome_alignment_10(fn_prometaphase_45(X)))
& spatial_entity_1(fn_chromosome_alignment_14(fn_prometaphase_45(X)))
& kinetochore_1(fn_chromosome_alignment_14(fn_prometaphase_45(X)))
& density_value_1(fn_condense_5(fn_prometaphase_31(X)))
& density_value_1(fn_chromosome_2(fn_prometaphase_33(X)))
& chromosome_1(fn_cell_25(fn_prometaphase_46(X)))
& condensed_diploid_chromosome_1(fn_chromosome_alignment_13(fn_prometaphase_45(X)))
& end_1(fn_nonkinetochore_microtubule_1(fn_prometaphase_24(X)))
& end_1(fn_nonkinetochore_microtubule_2(fn_prometaphase_24(X)))
& end_1(fn_nonkinetochore_microtubule_1(fn_prometaphase_25(X)))
& end_1(fn_nonkinetochore_microtubule_2(fn_prometaphase_25(X)))
& is_between_2(fn_prometaphase_48(X),fn_prometaphase_15(X))
& is_between_2(fn_prometaphase_48(X),fn_prometaphase_16(X))
& has_part_2(fn_prometaphase_46(X),fn_prometaphase_44(X))
& has_part_2(fn_prometaphase_46(X),fn_prometaphase_43(X))
& has_part_2(fn_prometaphase_46(X),fn_prometaphase_36(X))
& time_before_2(fn_prometaphase_13(X),fn_prometaphase_14(X))
& next_event_2(fn_prometaphase_45(X),fn_prometaphase_23(X))
& element_2(fn_prometaphase_44(X),fn_prometaphase_25(X))
& element_2(fn_prometaphase_44(X),fn_prometaphase_24(X))
& fn_prometaphase_43(X) != fn_prometaphase_36(X)
& first_subevent_2(X,fn_prometaphase_34(X))
& result_2(X,fn_prometaphase_2(X))
& subevent_2(X,fn_prometaphase_23(X))
& subevent_2(X,fn_prometaphase_31(X))
& subevent_2(X,fn_prometaphase_45(X))
& subevent_2(X,fn_prometaphase_34(X))
& subevent_2(X,fn_prometaphase_39(X))
& subevent_2(X,fn_prometaphase_41(X))
& subevent_2(X,fn_prometaphase_21(X))
& fn_prometaphase_42(X) != fn_prometaphase_25(X)
& fn_prometaphase_42(X) != fn_prometaphase_24(X)
& toward_2(fn_prometaphase_41(X),fn_prometaphase_11(X))
& origin_2(fn_prometaphase_41(X),fn_prometaphase_43(X))
& base_2(fn_prometaphase_41(X),fn_prometaphase_46(X))
& next_event_2(fn_prometaphase_41(X),fn_prometaphase_31(X))
& next_event_2(fn_prometaphase_39(X),fn_prometaphase_41(X))
& result_2(fn_prometaphase_39(X),fn_prometaphase_12(X))
& time_at_2(fn_prometaphase_39(X),fn_prometaphase_14(X))
& base_2(fn_prometaphase_39(X),fn_prometaphase_46(X))
& has_state_2(fn_prometaphase_38(X),fn_prometaphase_46(X))
& has_region_2(fn_prometaphase_38(X),fn_prometaphase_1(X))
& origin_2(fn_prometaphase_10(X),fn_prometaphase_43(X))
& destination_2(fn_prometaphase_37(X),fn_prometaphase_1(X))
& origin_2(fn_prometaphase_9(X),fn_prometaphase_36(X))
& fn_prometaphase_36(X) != fn_prometaphase_43(X)
& destination_2(fn_prometaphase_35(X),fn_prometaphase_17(X))
& first_subevent_2(fn_prometaphase_34(X),fn_prometaphase_35(X))
& first_subevent_2(fn_prometaphase_34(X),fn_prometaphase_37(X))
& subevent_2(fn_prometaphase_34(X),fn_prometaphase_35(X))
& subevent_2(fn_prometaphase_34(X),fn_prometaphase_37(X))
& base_2(fn_prometaphase_34(X),fn_prometaphase_46(X))
& next_event_2(fn_prometaphase_34(X),fn_prometaphase_21(X))
& has_part_2(fn_prometaphase_33(X),fn_prometaphase_15(X))
& has_part_2(fn_prometaphase_33(X),fn_prometaphase_16(X))
& visibility_2(fn_prometaphase_33(X),fn_prometaphase_4(X))
& the_scalar_value_2(fn_prometaphase_32(X),dense_0)
& scalar_unit_class_2(fn_prometaphase_32(X),chromosome_0)
& result_2(fn_prometaphase_31(X),fn_prometaphase_33(X))
& time_at_2(fn_prometaphase_31(X),fn_prometaphase_13(X))
& the_categorical_value_2(fn_prometaphase_8(X),visible_0)
& the_categorical_value_2(fn_prometaphase_7(X),visible_0)
& visibility_2(fn_prometaphase_29(X),fn_prometaphase_8(X))
& visibility_2(fn_prometaphase_28(X),fn_prometaphase_7(X))
& fn_prometaphase_25(X) != fn_prometaphase_42(X)
& fn_prometaphase_25(X) != fn_prometaphase_24(X)
& fn_prometaphase_24(X) != fn_prometaphase_25(X)
& fn_prometaphase_24(X) != fn_prometaphase_42(X)
& site_2(fn_prometaphase_23(X),fn_prometaphase_26(X))
& site_2(fn_prometaphase_23(X),fn_prometaphase_27(X))
& the_categorical_value_2(fn_prometaphase_4(X),visible_0)
& next_event_2(fn_prometaphase_21(X),fn_prometaphase_39(X))
& enables_2(fn_prometaphase_21(X),fn_prometaphase_39(X))
& base_2(fn_prometaphase_21(X),fn_prometaphase_46(X))
& object_2(fn_prometaphase_35(X),fn_prometaphase_36(X))
& object_2(fn_prometaphase_37(X),fn_prometaphase_43(X))
& object_2(fn_prometaphase_34(X),fn_prometaphase_36(X))
& object_2(fn_prometaphase_34(X),fn_prometaphase_43(X))
& base_2(fn_prometaphase_31(X),fn_prometaphase_51(X))
& object_2(fn_prometaphase_23(X),fn_prometaphase_24(X))
& object_2(fn_prometaphase_39(X),fn_prometaphase_40(X))
& base_2(fn_prometaphase_23(X),fn_prometaphase_25(X))
& raw_material_2(fn_prometaphase_21(X),fn_prometaphase_22(X))
& object_2(fn_prometaphase_41(X),fn_prometaphase_42(X))
& base_2(X,fn_prometaphase_38(X))
& has_part_2(fn_prometaphase_46(X),fn_prometaphase_33(X))
& has_part_2(fn_prometaphase_40(X),fn_prometaphase_22(X))
& element_2(fn_prometaphase_44(X),fn_prometaphase_42(X))
& has_region_2(fn_prometaphase_38(X),fn_prometaphase_17(X))
& agent_2(fn_prometaphase_47(X),fn_prometaphase_28(X))
& density_2(fn_prometaphase_51(X),fn_prometaphase_50(X))
& the_scalar_value_2(fn_prometaphase_50(X),dense_0)
& scalar_unit_class_2(fn_prometaphase_50(X),cellular_structure_0)
& from_value_2(fn_prometaphase_31(X),fn_prometaphase_50(X))
& greater_than_2(fn_prometaphase_32(X),fn_prometaphase_50(X))
& to_value_2(fn_prometaphase_31(X),fn_prometaphase_32(X))
& called_2(fn_prometaphase_20(X),"1")
& has_part_2(fn_prometaphase_33(X),fn_prometaphase_28(X))
& called_2(fn_prometaphase_18(X),"1")
& object_2(fn_prometaphase_45(X),fn_prometaphase_33(X))
& object_2(fn_prometaphase_19(X),fn_prometaphase_33(X))
& subevent_2(fn_prometaphase_45(X),fn_prometaphase_19(X))
& subevent_2(fn_prometaphase_45(X),fn_prometaphase_20(X))
& inhibits_2(fn_prometaphase_20(X),fn_prometaphase_19(X))
& called_2(fn_prometaphase_19(X),"2")
& subevent_2(fn_prometaphase_45(X),fn_prometaphase_18(X))
& object_2(fn_prometaphase_18(X),fn_prometaphase_33(X))
& has_part_2(fn_prometaphase_33(X),fn_prometaphase_29(X))
& base_2(fn_prometaphase_20(X),fn_prometaphase_29(X))
& next_event_2(fn_prometaphase_20(X),fn_prometaphase_18(X))
& has_part_2(fn_prometaphase_33(X),fn_prometaphase_49(X))
& object_2(fn_prometaphase_47(X),fn_prometaphase_49(X))
& called_2(fn_prometaphase_26(X),'E2')
& has_region_2(fn_prometaphase_25(X),fn_prometaphase_26(X))
& called_2(fn_prometaphase_27(X),'E2')
& has_region_2(fn_prometaphase_24(X),fn_prometaphase_27(X))
& density_2(fn_prometaphase_33(X),fn_prometaphase_32(X))
& has_region_2(fn_prometaphase_33(X),fn_prometaphase_48(X))
& fn_prometaphase_36(X) = fn_move_1(fn_prometaphase_35(X))
& fn_prometaphase_43(X) = fn_move_1(fn_prometaphase_37(X))
& fn_prometaphase_36(X) = fn_move_apart_2(fn_prometaphase_34(X))
& fn_prometaphase_43(X) = fn_move_apart_1(fn_prometaphase_34(X))
& fn_prometaphase_51(X) = fn_condense_1(fn_prometaphase_31(X))
& fn_prometaphase_24(X) = fn_make_contact_1(fn_prometaphase_23(X))
& fn_prometaphase_40(X) = fn_impair_1(fn_prometaphase_39(X))
& fn_prometaphase_25(X) = fn_make_contact_2(fn_prometaphase_23(X))
& fn_prometaphase_22(X) = fn_phosphorylation_5(fn_prometaphase_21(X))
& fn_prometaphase_22(X) = fn_phosphorylation_1(fn_prometaphase_21(X))
& fn_prometaphase_42(X) = fn_move_1(fn_prometaphase_41(X))
& fn_prometaphase_38(X) = fn_mitotic_stage_1(X)
& fn_prometaphase_33(X) = fn_cell_25(fn_prometaphase_46(X))
& fn_prometaphase_22(X) = fn_biomembrane_30(fn_prometaphase_40(X))
& fn_prometaphase_42(X) = fn_mitotic_spindle_1(fn_prometaphase_44(X))
& fn_prometaphase_17(X) = fn_cell_1(fn_prometaphase_38(X))
& fn_prometaphase_50(X) = fn_chromosome_2(fn_prometaphase_51(X))
& fn_prometaphase_52(X) = fn_condense_3(fn_prometaphase_31(X))
& fn_prometaphase_32(X) = fn_condense_5(fn_prometaphase_31(X))
& fn_prometaphase_50(X) = fn_condense_4(fn_prometaphase_31(X))
& fn_prometaphase_28(X) = fn_chromosome_3(fn_prometaphase_33(X))
& fn_prometaphase_28(X) = fn_chromosome_alignment_10(fn_prometaphase_45(X))
& fn_prometaphase_19(X) = fn_chromosome_alignment_17(fn_prometaphase_45(X))
& fn_prometaphase_20(X) = fn_chromosome_alignment_11(fn_prometaphase_45(X))
& fn_prometaphase_29(X) = fn_chromosome_alignment_10(fn_prometaphase_45(X))
& fn_prometaphase_20(X) = fn_chromosome_alignment_16(fn_prometaphase_45(X))
& fn_prometaphase_29(X) = fn_chromosome_alignment_14(fn_prometaphase_45(X))
& fn_prometaphase_33(X) = fn_chromosome_alignment_13(fn_prometaphase_45(X))
& fn_prometaphase_18(X) = fn_chromosome_alignment_18(fn_prometaphase_45(X))
& fn_prometaphase_30(X) = fn_chromosome_1(fn_prometaphase_33(X))
& fn_prometaphase_47(X) = fn_chromosome_8(fn_prometaphase_33(X))
& fn_prometaphase_49(X) = fn_chromosome_4(fn_prometaphase_33(X))
& fn_prometaphase_32(X) = fn_chromosome_2(fn_prometaphase_33(X))
& fn_prometaphase_48(X) = fn_chromosome_6(fn_prometaphase_33(X))
& fn_prometaphase_27(X) = fn_nonkinetochore_microtubule_1(fn_prometaphase_24(X))
& fn_prometaphase_27(X) = fn_nonkinetochore_microtubule_2(fn_prometaphase_24(X))
& fn_prometaphase_26(X) = fn_nonkinetochore_microtubule_1(fn_prometaphase_25(X))
& fn_prometaphase_26(X) = fn_nonkinetochore_microtubule_2(fn_prometaphase_25(X))
& fn_move_1(fn_prometaphase_35(X)) = fn_move_apart_2(fn_prometaphase_34(X))
& fn_move_apart_2(fn_prometaphase_34(X)) = fn_move_1(fn_prometaphase_37(X))
& fn_move_1(fn_prometaphase_37(X)) = fn_move_apart_1(fn_prometaphase_34(X))
& fn_move_apart_1(fn_prometaphase_34(X)) = fn_phosphorylation_5(fn_prometaphase_21(X))
& fn_phosphorylation_5(fn_prometaphase_21(X)) = fn_phosphorylation_1(fn_prometaphase_21(X))
& fn_phosphorylation_1(fn_prometaphase_21(X)) = fn_phosphorylation_1(fn_prometaphase_21(X))
& fn_phosphorylation_1(fn_prometaphase_21(X)) = fn_biomembrane_30(fn_prometaphase_40(X))
& fn_biomembrane_30(fn_prometaphase_40(X)) = fn_move_1(fn_prometaphase_41(X))
& fn_move_1(fn_prometaphase_41(X)) = fn_mitotic_spindle_1(fn_prometaphase_44(X))
& fn_mitotic_spindle_1(fn_prometaphase_44(X)) = fn_chromosome_2(fn_prometaphase_51(X))
& fn_chromosome_2(fn_prometaphase_51(X)) = fn_chromosome_2(fn_prometaphase_51(X))
& fn_chromosome_2(fn_prometaphase_51(X)) = fn_condense_4(fn_prometaphase_31(X))
& fn_condense_4(fn_prometaphase_31(X)) = fn_condense_4(fn_prometaphase_31(X))
& fn_condense_4(fn_prometaphase_31(X)) = fn_chromosome_3(fn_prometaphase_33(X))
& fn_chromosome_3(fn_prometaphase_33(X)) = fn_chromosome_3(fn_prometaphase_33(X))
& fn_chromosome_3(fn_prometaphase_33(X)) = fn_chromosome_alignment_10(fn_prometaphase_45(X))
& fn_chromosome_alignment_10(fn_prometaphase_45(X)) = fn_chromosome_alignment_16(fn_prometaphase_45(X))
& fn_chromosome_alignment_16(fn_prometaphase_45(X)) = fn_chromosome_alignment_16(fn_prometaphase_45(X))
& fn_chromosome_alignment_16(fn_prometaphase_45(X)) = fn_chromosome_alignment_11(fn_prometaphase_45(X))
& fn_chromosome_alignment_11(fn_prometaphase_45(X)) = fn_chromosome_alignment_16(fn_prometaphase_45(X))
& fn_chromosome_alignment_16(fn_prometaphase_45(X)) = fn_chromosome_alignment_10(fn_prometaphase_45(X))
& fn_chromosome_alignment_10(fn_prometaphase_45(X)) = fn_chromosome_alignment_14(fn_prometaphase_45(X))
& fn_chromosome_alignment_14(fn_prometaphase_45(X)) = fn_chromosome_alignment_14(fn_prometaphase_45(X))
& fn_chromosome_alignment_14(fn_prometaphase_45(X)) = fn_condense_5(fn_prometaphase_31(X))
& fn_condense_5(fn_prometaphase_31(X)) = fn_condense_5(fn_prometaphase_31(X))
& fn_condense_5(fn_prometaphase_31(X)) = fn_chromosome_2(fn_prometaphase_33(X))
& fn_chromosome_2(fn_prometaphase_33(X)) = fn_chromosome_2(fn_prometaphase_33(X))
& fn_chromosome_2(fn_prometaphase_33(X)) = fn_cell_25(fn_prometaphase_46(X))
& fn_cell_25(fn_prometaphase_46(X)) = fn_chromosome_alignment_13(fn_prometaphase_45(X))
& fn_chromosome_alignment_13(fn_prometaphase_45(X)) = fn_chromosome_alignment_13(fn_prometaphase_45(X))
& fn_chromosome_alignment_13(fn_prometaphase_45(X)) = fn_nonkinetochore_microtubule_2(fn_prometaphase_24(X))
& fn_nonkinetochore_microtubule_2(fn_prometaphase_24(X)) = fn_nonkinetochore_microtubule_1(fn_prometaphase_24(X))
& fn_nonkinetochore_microtubule_1(fn_prometaphase_24(X)) = fn_nonkinetochore_microtubule_2(fn_prometaphase_24(X))
& fn_nonkinetochore_microtubule_2(fn_prometaphase_24(X)) = fn_nonkinetochore_microtubule_2(fn_prometaphase_25(X))
& fn_nonkinetochore_microtubule_2(fn_prometaphase_25(X)) = fn_nonkinetochore_microtubule_1(fn_prometaphase_25(X))
& fn_nonkinetochore_microtubule_1(fn_prometaphase_25(X)) = fn_nonkinetochore_microtubule_2(fn_prometaphase_25(X)) ) ) ).
fof(a532012,axiom,
! [X] :
( promethium_1(X)
=> ( original_name_2(X,'Promethium')
& user_description_2(X,'Promethium is a metal atom with atomic number 61. It is represented by the symbol Pm.')
& concept2words_2(X,promethium)
& concept2words_2(X,pm)
& metal_atom_1(X)
& neutron_1(fn_promethium_4(X))
& atomic_mass_value_1(fn_promethium_5(X))
& valence_value_1(fn_promethium_6(X))
& electronegativity_value_1(fn_promethium_7(X))
& valence_electron_1(fn_promethium_11(X))
& atomic_weight_value_1(fn_promethium_12(X))
& atomic_number_value_1(fn_promethium_13(X))
& quantity_value_1(fn_promethium_14(X))
& electronegativity_2(X,fn_promethium_7(X))
& valence_2(X,fn_promethium_6(X))
& mass_number_2(X,fn_promethium_5(X))
& exactCardinality(X,has_part_0,"84",neutron_0)
& exactCardinality(X,has_part_0,"61",proton_0)
& exactCardinality(X,has_part_0,"61",electron_0)
& has_part_2(X,fn_promethium_4(X))
& the_cardinal_value_2(fn_promethium_14(X),"7")
& cardinal_unit_class_2(fn_promethium_14(X),unity_0)
& the_cardinal_value_2(fn_promethium_7(X),"1.13")
& cardinal_unit_class_2(fn_promethium_7(X),unity_0)
& the_cardinal_value_2(fn_promethium_6(X),"3")
& cardinal_unit_class_2(fn_promethium_6(X),unity_0)
& the_cardinal_value_2(fn_promethium_5(X),"145")
& cardinal_unit_class_2(fn_promethium_5(X),unity_0)
& the_cardinal_value_2(fn_promethium_13(X),"61")
& cardinal_unit_class_2(fn_promethium_13(X),unity_0)
& the_cardinal_value_2(fn_promethium_12(X),"145")
& cardinal_unit_class_2(fn_promethium_12(X),dalton_0)
& atomic_number_2(X,fn_promethium_13(X))
& atomic_weight_2(X,fn_promethium_12(X))
& has_part_2(X,fn_promethium_11(X))
& quantity_2(fn_promethium_11(X),fn_promethium_14(X))
& fn_promethium_9(X) = fn_atom_12(X)
& fn_promethium_13(X) = fn_atom_17(X)
& fn_promethium_10(X) = fn_atom_13(X)
& fn_promethium_12(X) = fn_atom_16(X)
& fn_promethium_8(X) = fn_atom_1(X)
& fn_promethium_14(X) = fn_atom_5(X)
& fn_promethium_11(X) = fn_atom_14(X) ) ) ).
fof(a532013,axiom,
! [X] :
( promiscuous_mating_1(X)
=> ( original_name_2(X,'Promiscuous-Mating')
& user_description_2(X,'A type of mating system in which individuals mate without forming strong pair-bonds or lasting relationships.')
& concept2words_2(X,'promiscuous mating')
& concept2words_2(X,'promiscuous-mating')
& mating_1(X)
& ~ monogamous_mating_1(X)
& ~ polyandry_1(X)
& ~ polygamous_mating_1(X)
& ~ polygyny_1(X)
& ~ stickleback_fish_mating_behavior_1(X) ) ) ).
fof(a532014,axiom,
! [X] :
( promoter_1(X)
=> ( original_name_2(X,'Promoter')
& user_description_2(X,'A sequence of nucleotides in DNA to which RNA polymerase binds to begin transcription.')
& concept2words_2(X,promoter)
& control_element_1(X)
& dna_strand_1(fn_promoter_1(X))
& tata_box_1(fn_promoter_2(X))
& promoter_1(fn_tata_box_5(fn_promoter_2(X)))
& is_at_2(X,fn_promoter_1(X))
& has_part_2(X,fn_promoter_2(X))
& X = fn_tata_box_5(fn_promoter_2(X)) ) ) ).
fof(a532015,axiom,
! [X] :
( proofreading_of_dna_replication_1(X)
=> ( original_name_2(X,'Proofreading-Of-DNA-Replication')
& user_description_2(X,'The process of checking and repairing errors that occur during DNA replication, carried out by enzymes, including DNA polymerase.')
& concept2words_2(X,'proofreading of dna replication')
& concept2words_2(X,'proofreading-of-dna-replication')
& genetic_process_1(X)
& ~ control_of_eukaryotic_translation_initiation_1(X)
& ~ epistasis_1(X)
& ~ gene_cloning_1(X)
& ~ gene_expression_1(X)
& ~ gene_for_gene_recognition_1(X)
& ~ gene_inactivation_1(X)
& ~ gene_regulation_1(X)
& ~ histone_acetylation_1(X)
& ~ horizontal_gene_transfer_1(X)
& ~ polygenic_inheritance_1(X)
& ~ rna_interference_1(X)
& ~ transduction_1(X)
& ~ transformation_of_cell_to_cancerous_cell_1(X) ) ) ).
fof(a532016,axiom,
! [X] :
( propagation_1(X)
=> ( original_name_2(X,'Propagation')
& user_description_2(X,'Production of new individuals, or the continuation of a lineage by sexual or asexual means.')
& concept2words_2(X,propagate)
& concept2words_2(X,propagation)
& population_process_1(X)
& ~ demography_1(X)
& ~ exponential_population_growth_1(X)
& ~ extinction_vortex_1(X)
& ~ logistic_population_growth_1(X) ) ) ).
fof(a532017,axiom,
! [X] :
( propel_1(X)
=> ( original_name_2(X,'Propel')
& concept2words_2(X,propel)
& concept2words_2(X,impel)
& concept2words_2(X,move)
& move_1(X)
& spatial_entity_1(fn_propel_1(X))
& target_1(fn_propel_2(X))
& spatial_entity_1(fn_target_1(fn_propel_2(X)))
& in_event_2(fn_propel_2(X),X)
& toward_2(X,fn_propel_1(X))
& plays_2(fn_propel_1(X),fn_propel_2(X))
& fn_propel_1(X) = fn_target_1(fn_propel_2(X)) ) ) ).
fof(a532018,axiom,
! [X] :
( property_1(X)
=> ( original_name_2(X,'Property')
& concept2words_2(X,property)
& slot_1(X) ) ) ).
fof(a532019,axiom,
! [X] :
( property_class_order_1(X)
=> ( original_name_2(X,'Property-Class-Order')
& concept2words_2(X,'property class order')
& concept2words_2(X,'property-class-order')
& property_group_1(X)
& aggregate_1(X) ) ) ).
fof(a532020,axiom,
! [X] :
( property_group_1(X)
=> ( original_name_2(X,'Property-Group')
& concept2words_2(X,'group of property')
& concept2words_2(X,'property group')
& concept2words_2(X,'property-group')
& thing_1(X) ) ) ).
fof(a532021,axiom,
! [X] :
( property_node_1(X)
=> ( original_name_2(X,'Property-Node')
& concept2words_2(X,'node of property')
& concept2words_2(X,'property node')
& concept2words_2(X,'property-node')
& group_node_1(X) ) ) ).
fof(a532022,axiom,
! [X] :
( property_relation_1(X)
=> ( original_name_2(X,'Property-Relation')
& concept2words_2(X,'relation of property')
& concept2words_2(X,'property relation')
& concept2words_2(X,'property-relation')
& slot_1(X) ) ) ).
fof(a532023,axiom,
! [X] :
( property_value_1(X)
=> ( original_name_2(X,'Property-Value')
& concept2words_2(X,property)
& concept2words_2(X,'to value')
& concept2words_2(X,'to-value')
& concept2words_2(X,'same type')
& concept2words_2(X,'influence of positive')
& concept2words_2(X,'positive influence')
& concept2words_2(X,'positive-influence')
& concept2words_2(X,'influence of negative')
& concept2words_2(X,'negative influence')
& concept2words_2(X,'negative-influence')
& concept2words_2(X,'inversely proportional')
& concept2words_2(X,'inversely-proportional')
& concept2words_2(X,'from value')
& concept2words_2(X,'from-value')
& concept2words_2(X,'directly proportional')
& concept2words_2(X,'directly-proportional')
& concept2words_2(X,correspondence)
& concept2words_2(X,'value of property')
& concept2words_2(X,'property value')
& concept2words_2(X,'property-value')
& property_group_1(X) ) ) ).
fof(a532024,axiom,
! [X] :
( prophage_1(X)
=> ( original_name_2(X,'Prophage')
& user_description_2(X,'A phage genome that has been inserted into a specific site on a bacterial chromosome.')
& concept2words_2(X,prophage)
& genome_1(X)
& phage_1(fn_prophage_1(X))
& phage_dna_1(fn_prophage_2(X))
& host_1(fn_prophage_3(X))
& event_1(fn_prophage_4(X))
& attach_1(fn_prophage_4(X))
& phage_dna_1(fn_prophage_5(X))
& spatial_entity_1(fn_prophage_6(X))
& chromosome_1(fn_prophage_6(X))
& prokaryotic_chromosome_1(fn_prophage_6(X))
& living_entity_1(fn_prophage_7(X))
& prokaryote_1(fn_prophage_7(X))
& remove_1(fn_prophage_8(X))
& living_entity_1(fn_host_1(fn_prophage_3(X)))
& event_1(fn_host_2(fn_prophage_3(X)))
& spatial_entity_1(fn_remove_2(fn_prophage_8(X)))
& spatial_entity_1(fn_remove_1(fn_prophage_8(X)))
& spatial_entity_1(fn_attach_1(fn_prophage_4(X)))
& spatial_entity_1(fn_attach_2(fn_prophage_4(X)))
& chromosome_1(fn_prokaryote_9(fn_prophage_7(X)))
& prokaryotic_chromosome_1(fn_prokaryote_9(fn_prophage_7(X)))
& result_2(fn_prophage_4(X),X)
& next_event_2(fn_prophage_4(X),fn_prophage_8(X))
& has_part_2(X,fn_prophage_5(X))
& has_part_2(fn_prophage_1(X),fn_prophage_2(X))
& result_2(fn_prophage_8(X),fn_prophage_1(X))
& object_2(fn_prophage_8(X),fn_prophage_5(X))
& plays_2(fn_prophage_7(X),fn_prophage_3(X))
& in_event_2(fn_prophage_3(X),fn_prophage_4(X))
& base_2(fn_prophage_8(X),X)
& has_part_2(fn_prophage_7(X),fn_prophage_6(X))
& base_2(fn_prophage_4(X),fn_prophage_6(X))
& object_2(fn_prophage_4(X),fn_prophage_5(X))
& fn_prophage_5(X) = fn_remove_1(fn_prophage_8(X))
& fn_prophage_7(X) = fn_host_1(fn_prophage_3(X))
& fn_prophage_4(X) = fn_host_2(fn_prophage_3(X))
& X = fn_remove_2(fn_prophage_8(X))
& fn_prophage_5(X) = fn_attach_1(fn_prophage_4(X))
& fn_prophage_6(X) = fn_attach_2(fn_prophage_4(X))
& fn_prophage_6(X) = fn_prokaryote_9(fn_prophage_7(X))
& fn_remove_1(fn_prophage_8(X)) = fn_attach_1(fn_prophage_4(X))
& fn_attach_1(fn_prophage_4(X)) = fn_attach_2(fn_prophage_4(X))
& fn_attach_2(fn_prophage_4(X)) = fn_prokaryote_9(fn_prophage_7(X)) ) ) ).
fof(a532025,axiom,
! [X] :
( prophase_1(X)
=> ( original_name_2(X,'Prophase')
& user_description_2(X,'Prophase is the initial stage of cell division. Prophase can be identified by distinguishable events including dissolution of the nuclear membrane and condensation of chromatin')
& concept2words_2(X,'undergo prophase')
& concept2words_2(X,prophase)
& mitotic_stage_1(X)
& cell_pole_1(fn_prophase_1(X))
& cell_pole_1(fn_prophase_2(X))
& disappear_1(fn_prophase_3(X))
& sister_chromatid_cohesion_1(fn_prophase_4(X))
& mpf_1(fn_prophase_5(X))
& organic_molecule_1(fn_prophase_6(X))
& resource_1(fn_prophase_7(X))
& golgi_apparatus_1(fn_prophase_10(X))
& quantity_value_1(fn_prophase_11(X))
& quantity_value_1(fn_prophase_12(X))
& mitotic_spindle_1(fn_prophase_13(X))
& sister_chromatid_1(fn_prophase_14(X))
& sister_chromatid_1(fn_prophase_15(X))
& dna_1(fn_prophase_16(X))
& dna_1(fn_prophase_17(X))
& tangible_entity_1(fn_prophase_18(X))
& cell_1(fn_prophase_18(X))
& eukaryotic_cell_1(fn_prophase_18(X))
& microtubule_elongation_1(fn_prophase_19(X))
& microtubule_elongation_1(fn_prophase_20(X))
& mitotic_spindle_formation_1(fn_prophase_21(X))
& sister_chromatid_1(fn_prophase_22(X))
& sister_chromatid_1(fn_prophase_23(X))
& move_apart_1(fn_prophase_24(X))
& centrosome_1(fn_prophase_25(X))
& nucleus_1(fn_prophase_26(X))
& centrosome_1(fn_prophase_27(X))
& diploid_chromosome_1(fn_prophase_28(X))
& tangible_entity_1(fn_prophase_29(X))
& nucleus_1(fn_prophase_29(X))
& cell_1(fn_prophase_30(X))
& eukaryotic_cell_1(fn_prophase_30(X))
& nucleolus_1(fn_prophase_31(X))
& dna_1(fn_prophase_32(X))
& dna_1(fn_prophase_33(X))
& density_value_1(fn_prophase_34(X))
& condense_1(fn_prophase_35(X))
& entity_1(fn_prophase_36(X))
& dna_1(fn_prophase_36(X))
& polymer_1(fn_prophase_36(X))
& tangible_entity_1(fn_prophase_37(X))
& condensed_diploid_chromosome_1(fn_prophase_37(X))
& tangible_entity_1(fn_prophase_38(X))
& phospholipid_bilayer_1(fn_prophase_38(X))
& substance_1(fn_prophase_39(X))
& cytosol_1(fn_prophase_39(X))
& dna_1(fn_prophase_40(X))
& mitochondrial_dna_1(fn_prophase_40(X))
& size_value_1(fn_prophase_41(X))
& surface_1(fn_prophase_42(X))
& semiautonomous_organelle_1(fn_prophase_43(X))
& mitochondrion_1(fn_prophase_43(X))
& organelle_1(fn_prophase_43(X))
& chromosome_1(fn_prophase_44(X))
& eukaryotic_chromosome_1(fn_prophase_44(X))
& spatial_entity_1(fn_prophase_45(X))
& biomembrane_1(fn_prophase_45(X))
& plasma_membrane_1(fn_prophase_45(X))
& mixture_1(fn_prophase_46(X))
& cytoplasm_1(fn_prophase_46(X))
& substance_1(fn_prophase_47(X))
& cytosol_1(fn_prophase_47(X))
& size_value_1(fn_prophase_48(X))
& tangible_entity_1(fn_prophase_49(X))
& nucleus_1(fn_prophase_49(X))
& eukaryotic_chromosome_1(fn_prophase_50(X))
& chromosome_1(fn_prophase_50(X))
& ribosome_1(fn_prophase_51(X))
& eukaryotic_ribosome_1(fn_prophase_51(X))
& microscopy_1(fn_prophase_52(X))
& spatial_entity_1(fn_move_apart_3(fn_prophase_24(X)))
& spatial_entity_1(fn_move_apart_2(fn_prophase_24(X)))
& spatial_entity_1(fn_move_apart_1(fn_prophase_24(X)))
& tangible_entity_1(fn_microscopy_1(fn_prophase_52(X)))
& nucleolus_1(fn_nucleus_5(fn_prophase_29(X)))
& microtubule_elongation_1(fn_mitotic_spindle_formation_7(fn_prophase_21(X)))
& microtubule_elongation_1(fn_mitotic_spindle_formation_5(fn_prophase_21(X)))
& mitotic_spindle_1(fn_mitotic_spindle_formation_8(fn_prophase_21(X)))
& sister_chromatid_1(fn_diploid_chromosome_3(fn_prophase_28(X)))
& sister_chromatid_1(fn_diploid_chromosome_2(fn_prophase_28(X)))
& property_node_1(fn_condense_3(fn_prophase_35(X)))
& density_value_1(fn_condense_4(fn_prophase_35(X)))
& property_node_1(fn_eukaryotic_cell_28(fn_prophase_30(X)))
& substance_1(fn_eukaryotic_cell_42(fn_prophase_30(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_prophase_30(X)))
& ribosome_1(fn_eukaryotic_cell_45(fn_prophase_30(X)))
& eukaryotic_ribosome_1(fn_eukaryotic_cell_45(fn_prophase_30(X)))
& size_value_1(fn_eukaryotic_cell_27(fn_prophase_30(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_prophase_30(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_prophase_30(X)))
& property_node_1(fn_eukaryotic_cell_7(fn_prophase_18(X)))
& property_node_1(fn_eukaryotic_cell_8(fn_prophase_18(X)))
& quantity_value_1(fn_eukaryotic_cell_5(fn_prophase_18(X)))
& quantity_value_1(fn_eukaryotic_cell_6(fn_prophase_18(X)))
& dna_1(fn_eukaryotic_cell_33(fn_prophase_18(X)))
& mitochondrial_dna_1(fn_eukaryotic_cell_33(fn_prophase_18(X)))
& surface_1(fn_eukaryotic_cell_44(fn_prophase_18(X)))
& tangible_entity_1(fn_eukaryotic_cell_41(fn_prophase_18(X)))
& phospholipid_bilayer_1(fn_eukaryotic_cell_41(fn_prophase_18(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_prophase_18(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_prophase_18(X)))
& semiautonomous_organelle_1(fn_eukaryotic_cell_25(fn_prophase_18(X)))
& mitochondrion_1(fn_eukaryotic_cell_25(fn_prophase_18(X)))
& organelle_1(fn_eukaryotic_cell_25(fn_prophase_18(X)))
& property_node_1(fn_golgi_apparatus_10(fn_prophase_10(X)))
& size_value_1(fn_golgi_apparatus_87(fn_prophase_10(X)))
& dna_1(fn_sister_chromatid_4(fn_prophase_22(X)))
& dna_1(fn_sister_chromatid_4(fn_prophase_23(X)))
& dna_1(fn_sister_chromatid_4(fn_prophase_15(X)))
& dna_1(fn_sister_chromatid_4(fn_prophase_14(X)))
& sister_chromatid_1(fn_condensed_diploid_chromosome_1(fn_prophase_37(X)))
& sister_chromatid_1(fn_condensed_diploid_chromosome_2(fn_prophase_37(X)))
& eukaryotic_chromosome_1(fn_diploid_chromosome_1(fn_prophase_28(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_prophase_30(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_prophase_30(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_prophase_18(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_prophase_18(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_prophase_18(X)))
& spatial_entity_1(fn_golgi_apparatus_82(fn_prophase_10(X)))
& biomembrane_1(fn_golgi_apparatus_82(fn_prophase_10(X)))
& plasma_membrane_1(fn_golgi_apparatus_82(fn_prophase_10(X)))
& tangible_entity_1(fn_condense_1(fn_prophase_35(X)))
& cell_1(fn_mitotic_event_1(fn_prophase_21(X)))
& tangible_entity_1(fn_golgi_apparatus_22(fn_prophase_10(X)))
& cell_1(fn_golgi_apparatus_22(fn_prophase_10(X)))
& eukaryotic_cell_1(fn_golgi_apparatus_22(fn_prophase_10(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_prophase_18(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_prophase_18(X)))
& tangible_entity_1(fn_golgi_apparatus_90(fn_prophase_10(X)))
& nucleus_1(fn_golgi_apparatus_90(fn_prophase_10(X)))
& substance_1(fn_eukaryotic_cell_42(fn_prophase_18(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_prophase_18(X)))
& substance_1(fn_golgi_apparatus_91(fn_prophase_10(X)))
& cytosol_1(fn_golgi_apparatus_91(fn_prophase_10(X)))
& entity_1(fn_eukaryotic_cell_56(fn_prophase_18(X)))
& dna_1(fn_eukaryotic_cell_56(fn_prophase_18(X)))
& entity_1(fn_eukaryotic_chromosome_3(fn_prophase_44(X)))
& dna_1(fn_eukaryotic_chromosome_3(fn_prophase_44(X)))
& polymer_1(fn_eukaryotic_chromosome_3(fn_prophase_44(X)))
& eukaryotic_chromosome_1(fn_golgi_apparatus_15(fn_prophase_10(X)))
& chromosome_1(fn_golgi_apparatus_15(fn_prophase_10(X)))
& eukaryotic_chromosome_1(fn_condensed_diploid_chromosome_3(fn_prophase_37(X)))
& same_type_2(fn_prophase_16(X),fn_prophase_17(X))
& same_type_2(fn_prophase_17(X),fn_prophase_16(X))
& has_part_2(fn_prophase_18(X),fn_prophase_27(X))
& has_part_2(fn_prophase_18(X),fn_prophase_25(X))
& has_part_2(fn_prophase_18(X),fn_prophase_13(X))
& density_2(fn_prophase_18(X),fn_prophase_34(X))
& enables_2(fn_prophase_19(X),fn_prophase_24(X))
& enables_2(fn_prophase_20(X),fn_prophase_24(X))
& site_2(fn_prophase_21(X),fn_prophase_46(X))
& agent_2(fn_prophase_21(X),fn_prophase_5(X))
& next_event_2(fn_prophase_21(X),fn_prophase_24(X))
& base_2(fn_prophase_24(X),fn_prophase_18(X))
& is_at_2(fn_prophase_25(X),fn_prophase_1(X))
& fn_prophase_25(X) != fn_prophase_27(X)
& fn_prophase_27(X) != fn_prophase_25(X)
& is_at_2(fn_prophase_27(X),fn_prophase_2(X))
& subevent_2(X,fn_prophase_35(X))
& subevent_2(X,fn_prophase_24(X))
& subevent_2(X,fn_prophase_3(X))
& subevent_2(X,fn_prophase_21(X))
& subevent_2(X,fn_prophase_4(X))
& raw_material_2(X,fn_prophase_6(X))
& result_2(X,fn_prophase_18(X))
& first_subevent_2(X,fn_prophase_35(X))
& is_opposite_2(fn_prophase_1(X),fn_prophase_2(X))
& is_opposite_2(fn_prophase_2(X),fn_prophase_1(X))
& has_state_2(fn_prophase_30(X),fn_prophase_18(X))
& base_2(fn_prophase_3(X),fn_prophase_18(X))
& object_2(fn_prophase_3(X),fn_prophase_31(X))
& next_event_2(fn_prophase_3(X),fn_prophase_4(X))
& next_event_2(fn_prophase_4(X),fn_prophase_21(X))
& same_type_2(fn_prophase_32(X),fn_prophase_33(X))
& same_type_2(fn_prophase_33(X),fn_prophase_32(X))
& object_2(fn_prophase_35(X),fn_prophase_28(X))
& next_event_2(fn_prophase_35(X),fn_prophase_3(X))
& result_2(fn_prophase_35(X),fn_prophase_37(X))
& is_inside_2(fn_prophase_49(X),fn_prophase_47(X))
& plays_2(fn_prophase_6(X),fn_prophase_7(X))
& in_event_2(fn_prophase_7(X),X)
& origin_2(fn_prophase_24(X),fn_prophase_26(X))
& object_2(fn_prophase_24(X),fn_prophase_25(X))
& object_2(fn_prophase_24(X),fn_prophase_27(X))
& base_2(fn_prophase_35(X),fn_prophase_18(X))
& object_2(fn_prophase_52(X),fn_prophase_37(X))
& base_2(X,fn_prophase_30(X))
& base_2(fn_prophase_21(X),fn_prophase_18(X))
& has_part_2(fn_prophase_29(X),fn_prophase_31(X))
& subevent_2(fn_prophase_21(X),fn_prophase_19(X))
& subevent_2(fn_prophase_21(X),fn_prophase_20(X))
& result_2(fn_prophase_21(X),fn_prophase_13(X))
& has_state_2(fn_prophase_50(X),fn_prophase_28(X))
& has_part_2(fn_prophase_28(X),fn_prophase_23(X))
& has_part_2(fn_prophase_28(X),fn_prophase_22(X))
& from_value_2(fn_prophase_35(X),fn_prophase_34(X))
& has_part_2(fn_prophase_30(X),fn_prophase_51(X))
& is_inside_2(fn_prophase_51(X),fn_prophase_47(X))
& has_part_2(fn_prophase_30(X),fn_prophase_49(X))
& is_inside_2(fn_prophase_50(X),fn_prophase_49(X))
& has_part_2(fn_prophase_30(X),fn_prophase_50(X))
& is_inside_2(fn_prophase_46(X),fn_prophase_45(X))
& has_part_2(fn_prophase_43(X),fn_prophase_40(X))
& quantity_2(fn_prophase_40(X),fn_prophase_12(X))
& greater_than_2(fn_prophase_11(X),fn_prophase_12(X))
& quantity_2(fn_prophase_36(X),fn_prophase_11(X))
& is_at_2(fn_prophase_38(X),fn_prophase_42(X))
& has_region_2(fn_prophase_18(X),fn_prophase_42(X))
& has_part_2(fn_prophase_18(X),fn_prophase_46(X))
& is_between_2(fn_prophase_46(X),fn_prophase_29(X))
& has_part_2(fn_prophase_18(X),fn_prophase_43(X))
& is_inside_2(fn_prophase_43(X),fn_prophase_39(X))
& has_part_2(fn_prophase_46(X),fn_prophase_39(X))
& is_between_2(fn_prophase_46(X),fn_prophase_45(X))
& has_part_2(fn_prophase_45(X),fn_prophase_38(X))
& has_part_2(fn_prophase_18(X),fn_prophase_45(X))
& has_part_2(fn_prophase_18(X),fn_prophase_10(X))
& has_part_2(fn_prophase_18(X),fn_prophase_44(X))
& is_inside_2(fn_prophase_44(X),fn_prophase_29(X))
& is_inside_2(fn_prophase_10(X),fn_prophase_39(X))
& is_inside_2(fn_prophase_29(X),fn_prophase_39(X))
& has_part_2(fn_prophase_18(X),fn_prophase_29(X))
& has_part_2(fn_prophase_37(X),fn_prophase_14(X))
& has_part_2(fn_prophase_37(X),fn_prophase_15(X))
& has_state_2(fn_prophase_44(X),fn_prophase_37(X))
& has_part_2(fn_prophase_14(X),fn_prophase_17(X))
& has_part_2(fn_prophase_15(X),fn_prophase_16(X))
& has_part_2(fn_prophase_44(X),fn_prophase_36(X))
& has_part_2(fn_prophase_23(X),fn_prophase_33(X))
& has_part_2(fn_prophase_22(X),fn_prophase_32(X))
& fn_prophase_26(X) = fn_move_apart_3(fn_prophase_24(X))
& fn_prophase_25(X) = fn_move_apart_2(fn_prophase_24(X))
& fn_prophase_27(X) = fn_move_apart_1(fn_prophase_24(X))
& fn_prophase_18(X) = fn_condense_1(fn_prophase_35(X))
& fn_prophase_37(X) = fn_microscopy_1(fn_prophase_52(X))
& fn_prophase_30(X) = fn_mitotic_stage_1(X)
& fn_prophase_18(X) = fn_mitotic_event_1(fn_prophase_21(X))
& fn_prophase_31(X) = fn_nucleus_5(fn_prophase_29(X))
& fn_prophase_19(X) = fn_mitotic_spindle_formation_7(fn_prophase_21(X))
& fn_prophase_20(X) = fn_mitotic_spindle_formation_5(fn_prophase_21(X))
& fn_prophase_13(X) = fn_mitotic_spindle_formation_8(fn_prophase_21(X))
& fn_prophase_50(X) = fn_diploid_chromosome_1(fn_prophase_28(X))
& fn_prophase_23(X) = fn_diploid_chromosome_3(fn_prophase_28(X))
& fn_prophase_22(X) = fn_diploid_chromosome_2(fn_prophase_28(X))
& fn_prophase_54(X) = fn_condense_3(fn_prophase_35(X))
& fn_prophase_34(X) = fn_condense_4(fn_prophase_35(X))
& fn_prophase_55(X) = fn_eukaryotic_cell_28(fn_prophase_30(X))
& fn_prophase_47(X) = fn_eukaryotic_cell_42(fn_prophase_30(X))
& fn_prophase_51(X) = fn_eukaryotic_cell_45(fn_prophase_30(X))
& fn_prophase_48(X) = fn_eukaryotic_cell_27(fn_prophase_30(X))
& fn_prophase_50(X) = fn_eukaryotic_cell_30(fn_prophase_30(X))
& fn_prophase_49(X) = fn_eukaryotic_cell_26(fn_prophase_30(X))
& fn_prophase_9(X) = fn_eukaryotic_cell_7(fn_prophase_18(X))
& fn_prophase_8(X) = fn_eukaryotic_cell_8(fn_prophase_18(X))
& fn_prophase_36(X) = fn_eukaryotic_cell_56(fn_prophase_18(X))
& fn_prophase_11(X) = fn_eukaryotic_cell_5(fn_prophase_18(X))
& fn_prophase_12(X) = fn_eukaryotic_cell_6(fn_prophase_18(X))
& fn_prophase_40(X) = fn_eukaryotic_cell_33(fn_prophase_18(X))
& fn_prophase_29(X) = fn_eukaryotic_cell_26(fn_prophase_18(X))
& fn_prophase_42(X) = fn_eukaryotic_cell_44(fn_prophase_18(X))
& fn_prophase_38(X) = fn_eukaryotic_cell_41(fn_prophase_18(X))
& fn_prophase_45(X) = fn_eukaryotic_cell_29(fn_prophase_18(X))
& fn_prophase_46(X) = fn_eukaryotic_cell_31(fn_prophase_18(X))
& fn_prophase_39(X) = fn_eukaryotic_cell_42(fn_prophase_18(X))
& fn_prophase_43(X) = fn_eukaryotic_cell_25(fn_prophase_18(X))
& fn_prophase_45(X) = fn_golgi_apparatus_82(fn_prophase_10(X))
& fn_prophase_53(X) = fn_golgi_apparatus_10(fn_prophase_10(X))
& fn_prophase_44(X) = fn_golgi_apparatus_15(fn_prophase_10(X))
& fn_prophase_41(X) = fn_golgi_apparatus_87(fn_prophase_10(X))
& fn_prophase_18(X) = fn_golgi_apparatus_22(fn_prophase_10(X))
& fn_prophase_29(X) = fn_golgi_apparatus_90(fn_prophase_10(X))
& fn_prophase_39(X) = fn_golgi_apparatus_91(fn_prophase_10(X))
& fn_prophase_32(X) = fn_sister_chromatid_4(fn_prophase_22(X))
& fn_prophase_33(X) = fn_sister_chromatid_4(fn_prophase_23(X))
& fn_prophase_36(X) = fn_eukaryotic_chromosome_3(fn_prophase_44(X))
& fn_prophase_16(X) = fn_sister_chromatid_4(fn_prophase_15(X))
& fn_prophase_17(X) = fn_sister_chromatid_4(fn_prophase_14(X))
& fn_prophase_14(X) = fn_condensed_diploid_chromosome_1(fn_prophase_37(X))
& fn_prophase_15(X) = fn_condensed_diploid_chromosome_2(fn_prophase_37(X))
& fn_prophase_44(X) = fn_condensed_diploid_chromosome_3(fn_prophase_37(X))
& fn_diploid_chromosome_1(fn_prophase_28(X)) = fn_eukaryotic_cell_30(fn_prophase_30(X))
& fn_eukaryotic_cell_30(fn_prophase_30(X)) = fn_eukaryotic_cell_30(fn_prophase_30(X))
& fn_eukaryotic_cell_30(fn_prophase_30(X)) = fn_eukaryotic_cell_29(fn_prophase_18(X))
& fn_eukaryotic_cell_29(fn_prophase_18(X)) = fn_eukaryotic_cell_29(fn_prophase_18(X))
& fn_eukaryotic_cell_29(fn_prophase_18(X)) = fn_golgi_apparatus_82(fn_prophase_10(X))
& fn_golgi_apparatus_82(fn_prophase_10(X)) = fn_condense_1(fn_prophase_35(X))
& fn_condense_1(fn_prophase_35(X)) = fn_mitotic_event_1(fn_prophase_21(X))
& fn_mitotic_event_1(fn_prophase_21(X)) = fn_mitotic_event_1(fn_prophase_21(X))
& fn_mitotic_event_1(fn_prophase_21(X)) = fn_golgi_apparatus_22(fn_prophase_10(X))
& fn_golgi_apparatus_22(fn_prophase_10(X)) = fn_golgi_apparatus_22(fn_prophase_10(X))
& fn_golgi_apparatus_22(fn_prophase_10(X)) = fn_eukaryotic_cell_26(fn_prophase_18(X))
& fn_eukaryotic_cell_26(fn_prophase_18(X)) = fn_golgi_apparatus_90(fn_prophase_10(X))
& fn_golgi_apparatus_90(fn_prophase_10(X)) = fn_golgi_apparatus_90(fn_prophase_10(X))
& fn_golgi_apparatus_90(fn_prophase_10(X)) = fn_eukaryotic_cell_42(fn_prophase_18(X))
& fn_eukaryotic_cell_42(fn_prophase_18(X)) = fn_eukaryotic_cell_42(fn_prophase_18(X))
& fn_eukaryotic_cell_42(fn_prophase_18(X)) = fn_golgi_apparatus_91(fn_prophase_10(X))
& fn_golgi_apparatus_91(fn_prophase_10(X)) = fn_golgi_apparatus_91(fn_prophase_10(X))
& fn_golgi_apparatus_91(fn_prophase_10(X)) = fn_eukaryotic_cell_56(fn_prophase_18(X))
& fn_eukaryotic_cell_56(fn_prophase_18(X)) = fn_eukaryotic_chromosome_3(fn_prophase_44(X))
& fn_eukaryotic_chromosome_3(fn_prophase_44(X)) = fn_golgi_apparatus_15(fn_prophase_10(X))
& fn_golgi_apparatus_15(fn_prophase_10(X)) = fn_golgi_apparatus_15(fn_prophase_10(X))
& fn_golgi_apparatus_15(fn_prophase_10(X)) = fn_condensed_diploid_chromosome_3(fn_prophase_37(X)) ) ) ).
fof(a532026,axiom,
! [X,X2,X3,X1] :
( ( subevent_2(X,X1)
& result_2(X1,X2)
& subevent_2(X3,X)
& first_subevent_2(X3,X)
& create_1(X1)
& tangible_entity_1(X2)
& meiosis_i_1(X3)
& meiotic_event_1(X) )
=> ( prophase_i_1(X)
& fn_prophase_i_28(X) = X1
& fn_prophase_i_6(X) = X3
& fn_prophase_i_27(X) = X2 ) ) ).
fof(a532027,axiom,
! [X] :
( prophase_i_1(X)
=> ( original_name_2(X,'Prophase-I')
& user_description_2(X,'The first phase of meiosis where the chromosomes begin to condense and become organized for the rest of the meiotic process. Crossing over also occurs during prophase I.')
& concept2words_2(X,'meiotic prophase i')
& concept2words_2(X,'meiotic prophase-i')
& concept2words_2(X,'undergo prophase i')
& concept2words_2(X,'undergo prophase-i')
& concept2words_2(X,'prophase i')
& concept2words_2(X,'prophase-i')
& meiotic_event_1(X)
& create_1(fn_prophase_i_1(X))
& diploid_cell_1(fn_prophase_i_2(X))
& metaphase_plate_1(fn_prophase_i_3(X))
& nuclear_membrane_1(fn_prophase_i_4(X))
& growth_1(fn_prophase_i_5(X))
& meiosis_i_1(fn_prophase_i_6(X))
& tetrad_1(fn_prophase_i_8(X))
& time_interval_1(fn_prophase_i_9(X))
& time_interval_1(fn_prophase_i_10(X))
& time_interval_1(fn_prophase_i_11(X))
& time_interval_1(fn_prophase_i_12(X))
& time_interval_1(fn_prophase_i_13(X))
& time_interval_1(fn_prophase_i_14(X))
& time_interval_1(fn_prophase_i_15(X))
& attach_1(fn_prophase_i_16(X))
& kinetochore_1(fn_prophase_i_17(X))
& move_apart_1(fn_prophase_i_18(X))
& destroy_1(fn_prophase_i_19(X))
& move_1(fn_prophase_i_20(X))
& mechanical_work_1(fn_prophase_i_20(X))
& chromosome_1(fn_prophase_i_21(X))
& centrosome_1(fn_prophase_i_22(X))
& nucleolus_1(fn_prophase_i_23(X))
& microtubule_1(fn_prophase_i_24(X))
& produce_1(fn_prophase_i_25(X))
& mitotic_spindle_1(fn_prophase_i_26(X))
& tangible_entity_1(fn_prophase_i_27(X))
& create_1(fn_prophase_i_28(X))
& crossing_over_1(fn_prophase_i_29(X))
& synapsis_1(fn_prophase_i_30(X))
& come_together_1(fn_prophase_i_31(X))
& pairing_of_homologous_chromosome_1(fn_prophase_i_31(X))
& spatial_entity_1(fn_attach_2(fn_prophase_i_16(X)))
& entity_1(fn_create_1(fn_prophase_i_25(X)))
& spatial_entity_1(fn_move_1(fn_prophase_i_20(X)))
& spatial_entity_1(fn_attach_1(fn_prophase_i_16(X)))
& tangible_entity_1(fn_impair_1(fn_prophase_i_19(X)))
& entity_1(fn_create_1(fn_prophase_i_28(X)))
& prophase_i_1(fn_pairing_of_homologous_chromosome_1(fn_prophase_i_31(X)))
& crossing_over_1(fn_synapsis_16(fn_prophase_i_30(X)))
& spatial_entity_1(fn_move_apart_2(fn_prophase_i_18(X)))
& spatial_entity_1(fn_move_apart_1(fn_prophase_i_18(X)))
& time_during_2(fn_prophase_i_16(X),fn_prophase_i_10(X))
& next_event_2(fn_prophase_i_16(X),fn_prophase_i_20(X))
& time_during_2(fn_prophase_i_18(X),fn_prophase_i_14(X))
& next_event_2(fn_prophase_i_18(X),fn_prophase_i_25(X))
& next_event_2(fn_prophase_i_18(X),fn_prophase_i_19(X))
& exactCardinality(fn_prophase_i_18(X),object_0,"2",centrosome_0)
& next_event_2(fn_prophase_i_19(X),fn_prophase_i_16(X))
& time_during_2(fn_prophase_i_19(X),fn_prophase_i_12(X))
& object_2(fn_prophase_i_19(X),fn_prophase_i_4(X))
& time_during_2(fn_prophase_i_20(X),fn_prophase_i_9(X))
& agent_2(fn_prophase_i_20(X),fn_prophase_i_24(X))
& destination_2(fn_prophase_i_20(X),fn_prophase_i_3(X))
& subevent_2(X,fn_prophase_i_18(X))
& subevent_2(X,fn_prophase_i_19(X))
& subevent_2(X,fn_prophase_i_20(X))
& subevent_2(X,fn_prophase_i_25(X))
& subevent_2(X,fn_prophase_i_5(X))
& subevent_2(X,fn_prophase_i_16(X))
& subevent_2(X,fn_prophase_i_28(X))
& subevent_2(X,fn_prophase_i_30(X))
& subevent_2(X,fn_prophase_i_1(X))
& object_2(X,fn_prophase_i_2(X))
& object_2(fn_prophase_i_5(X),fn_prophase_i_24(X))
& site_2(fn_prophase_i_25(X),fn_prophase_i_22(X))
& next_event_2(fn_prophase_i_25(X),fn_prophase_i_5(X))
& time_during_2(fn_prophase_i_25(X),fn_prophase_i_13(X))
& has_part_2(fn_prophase_i_26(X),fn_prophase_i_24(X))
& result_2(fn_prophase_i_28(X),fn_prophase_i_8(X))
& time_during_2(fn_prophase_i_28(X),fn_prophase_i_11(X))
& first_subevent_2(fn_prophase_i_6(X),X)
& subevent_2(fn_prophase_i_6(X),X)
& next_event_2(fn_prophase_i_29(X),fn_prophase_i_19(X))
& time_during_2(fn_prophase_i_29(X),fn_prophase_i_14(X))
& next_event_2(fn_prophase_i_30(X),fn_prophase_i_28(X))
& time_during_2(fn_prophase_i_30(X),fn_prophase_i_15(X))
& time_before_2(fn_prophase_i_10(X),fn_prophase_i_9(X))
& time_before_2(fn_prophase_i_12(X),fn_prophase_i_10(X))
& time_before_2(fn_prophase_i_14(X),fn_prophase_i_12(X))
& time_before_2(fn_prophase_i_14(X),fn_prophase_i_13(X))
& time_before_2(fn_prophase_i_15(X),fn_prophase_i_11(X))
& base_2(fn_prophase_i_16(X),fn_prophase_i_17(X))
& result_2(fn_prophase_i_25(X),fn_prophase_i_26(X))
& object_2(fn_prophase_i_18(X),fn_prophase_i_22(X))
& object_2(fn_prophase_i_20(X),fn_prophase_i_21(X))
& object_2(fn_prophase_i_16(X),fn_prophase_i_24(X))
& object_2(fn_prophase_i_19(X),fn_prophase_i_23(X))
& result_2(fn_prophase_i_28(X),fn_prophase_i_27(X))
& subevent_2(X,fn_prophase_i_31(X))
& subevent_2(fn_prophase_i_30(X),fn_prophase_i_29(X))
& fn_prophase_i_17(X) = fn_attach_2(fn_prophase_i_16(X))
& fn_prophase_i_26(X) = fn_create_1(fn_prophase_i_25(X))
& fn_prophase_i_22(X) = fn_move_apart_2(fn_prophase_i_18(X))
& fn_prophase_i_22(X) = fn_move_apart_1(fn_prophase_i_18(X))
& fn_prophase_i_21(X) = fn_move_1(fn_prophase_i_20(X))
& fn_prophase_i_24(X) = fn_attach_1(fn_prophase_i_16(X))
& fn_prophase_i_23(X) = fn_impair_1(fn_prophase_i_19(X))
& fn_prophase_i_27(X) = fn_create_1(fn_prophase_i_28(X))
& X = fn_pairing_of_homologous_chromosome_1(fn_prophase_i_31(X))
& fn_prophase_i_29(X) = fn_synapsis_16(fn_prophase_i_30(X))
& fn_move_apart_2(fn_prophase_i_18(X)) = fn_move_apart_1(fn_prophase_i_18(X)) ) ) ).
fof(a532028,axiom,
! [X] :
( prophase_ii_1(X)
=> ( original_name_2(X,'Prophase-II')
& user_description_2(X,'During Prophase II phase of Meiosis II, a spindle apparatus is formed and the chromosomes move toward the metaphase II plate')
& concept2words_2(X,'undergo prophase ii')
& concept2words_2(X,'undergo prophase-ii')
& concept2words_2(X,'prophase ii')
& concept2words_2(X,'prophase-ii')
& meiotic_event_1(X)
& metaphase_plate_1(fn_prophase_ii_1(X))
& cytoplasm_1(fn_prophase_ii_2(X))
& haploid_cell_1(fn_prophase_ii_3(X))
& microtubule_1(fn_prophase_ii_4(X))
& move_1(fn_prophase_ii_5(X))
& chromosome_1(fn_prophase_ii_6(X))
& mitotic_spindle_1(fn_prophase_ii_7(X))
& produce_1(fn_prophase_ii_8(X))
& entity_1(fn_create_1(fn_prophase_ii_8(X)))
& spatial_entity_1(fn_move_1(fn_prophase_ii_5(X)))
& tangible_entity_1(fn_produce_1(fn_prophase_ii_8(X)))
& site_2(fn_prophase_ii_8(X),fn_prophase_ii_2(X))
& next_event_2(fn_prophase_ii_8(X),fn_prophase_ii_5(X))
& object_2(X,fn_prophase_ii_3(X))
& subevent_2(X,fn_prophase_ii_5(X))
& subevent_2(X,fn_prophase_ii_8(X))
& first_subevent_2(X,fn_prophase_ii_8(X))
& destination_2(fn_prophase_ii_5(X),fn_prophase_ii_1(X))
& result_2(fn_prophase_ii_8(X),fn_prophase_ii_7(X))
& object_2(fn_prophase_ii_5(X),fn_prophase_ii_6(X))
& raw_material_2(fn_prophase_ii_8(X),fn_prophase_ii_4(X))
& fn_prophase_ii_7(X) = fn_create_1(fn_prophase_ii_8(X))
& fn_prophase_ii_6(X) = fn_move_1(fn_prophase_ii_5(X))
& fn_prophase_ii_4(X) = fn_produce_1(fn_prophase_ii_8(X)) ) ) ).
fof(a532029,axiom,
! [X] :
( prosecution_1(X)
=> ( original_name_2(X,'Prosecution')
& concept2words_2(X,prosecution)
& concept2words_2(X,'criminal prosecution')
& concept2words_2(X,criminal_prosecution)
& concept2words_2(X,'legal action')
& concept2words_2(X,legal_action)
& concept2words_2(X,prosecute)
& activity_1(X) ) ) ).
fof(a532030,axiom,
! [X] :
( prostaglandin_1(X)
=> ( original_name_2(X,'Prostaglandin')
& user_description_2(X,'A local regulator comprised of modified fatty acids, often derived from lipids to the plasma membrane.')
& concept2words_2(X,prostaglandin)
& concept2words_2(X,pg)
& autocrine_1(X) ) ) ).
fof(a532031,axiom,
! [X] :
( prostate_cancer_1(X)
=> ( original_name_2(X,'Prostate-Cancer')
& user_description_2(X,'Cancer of the prostate gland.')
& concept2words_2(X,'cancer of prostate')
& concept2words_2(X,'prostate cancer')
& concept2words_2(X,'prostate-cancer')
& cancer_1(X)
& ~ breast_cancer_1(X)
& ~ burkitts_lymphoma_1(X)
& ~ cml_1(X)
& ~ leukemia_1(X) ) ) ).
fof(a532032,axiom,
! [X] :
( prostate_gland_1(X)
=> ( original_name_2(X,'Prostate-Gland')
& user_description_2(X,'A gland in the human male reproductive tract that secretes an alkaline component of semen.')
& concept2words_2(X,'gland of prostate')
& concept2words_2(X,'prostate gland')
& concept2words_2(X,'prostate-gland')
& gland_1(X)
& ~ bartholins_gland_1(X)
& ~ bulbourethral_gland_1(X)
& ~ endocrine_gland_1(X)
& ~ mammary_glands_1(X)
& ~ salivary_gland_1(X)
& ~ seminal_vesicle_1(X) ) ) ).
fof(a532033,axiom,
! [X] :
( prosthetic_group_1(X)
=> ( original_name_2(X,'Prosthetic-Group')
& user_description_2(X,'A non-protein segment of a functional protein that is essential for the function of the protein is considered a prosthetic group.')
& concept2words_2(X,'prosthetic group')
& concept2words_2(X,'prosthetic-group')
& molecule_1(X)
& ~ coenzyme_1(X)
& ~ corepressor_1(X)
& ~ cyclic_amp_1(X)
& ~ inducer_1(X)
& cofactor_1(fn_prosthetic_group_1(X))
& chemical_entity_1(fn_cofactor_1(fn_prosthetic_group_1(X)))
& plays_2(X,fn_prosthetic_group_1(X))
& X = fn_cofactor_1(fn_prosthetic_group_1(X)) ) ) ).
fof(a532034,axiom,
! [X] :
( protactinium_1(X)
=> ( original_name_2(X,'Protactinium')
& user_description_2(X,'Protactinium is a metal atom with atomic number 91. It is represented by the symbol Pa.')
& concept2words_2(X,protactinium)
& concept2words_2(X,pa)
& metal_atom_1(X)
& neutron_1(fn_protactinium_4(X))
& atomic_mass_value_1(fn_protactinium_5(X))
& valence_value_1(fn_protactinium_6(X))
& electronegativity_value_1(fn_protactinium_7(X))
& valence_electron_1(fn_protactinium_11(X))
& atomic_weight_value_1(fn_protactinium_12(X))
& atomic_number_value_1(fn_protactinium_13(X))
& quantity_value_1(fn_protactinium_14(X))
& electronegativity_2(X,fn_protactinium_7(X))
& valence_2(X,fn_protactinium_6(X))
& mass_number_2(X,fn_protactinium_5(X))
& exactCardinality(X,has_part_0,"140",neutron_0)
& exactCardinality(X,has_part_0,"91",proton_0)
& exactCardinality(X,has_part_0,"91",electron_0)
& has_part_2(X,fn_protactinium_4(X))
& the_cardinal_value_2(fn_protactinium_14(X),"5")
& cardinal_unit_class_2(fn_protactinium_14(X),unity_0)
& the_cardinal_value_2(fn_protactinium_7(X),"1.5")
& cardinal_unit_class_2(fn_protactinium_7(X),unity_0)
& the_cardinal_value_2(fn_protactinium_6(X),"5")
& cardinal_unit_class_2(fn_protactinium_6(X),unity_0)
& the_cardinal_value_2(fn_protactinium_5(X),"231")
& cardinal_unit_class_2(fn_protactinium_5(X),unity_0)
& the_cardinal_value_2(fn_protactinium_13(X),"91")
& cardinal_unit_class_2(fn_protactinium_13(X),unity_0)
& the_cardinal_value_2(fn_protactinium_12(X),"231")
& cardinal_unit_class_2(fn_protactinium_12(X),dalton_0)
& atomic_number_2(X,fn_protactinium_13(X))
& atomic_weight_2(X,fn_protactinium_12(X))
& has_part_2(X,fn_protactinium_11(X))
& quantity_2(fn_protactinium_11(X),fn_protactinium_14(X))
& fn_protactinium_9(X) = fn_atom_12(X)
& fn_protactinium_13(X) = fn_atom_17(X)
& fn_protactinium_10(X) = fn_atom_13(X)
& fn_protactinium_12(X) = fn_atom_16(X)
& fn_protactinium_8(X) = fn_atom_1(X)
& fn_protactinium_14(X) = fn_atom_5(X)
& fn_protactinium_11(X) = fn_atom_14(X) ) ) ).
fof(a532035,axiom,
! [X] :
( protease_1(X)
=> ( original_name_2(X,'Protease')
& user_description_2(X,'A protease (also termed peptidase or proteinase) breaks down proteins. A protease is any enzyme that conducts proteolysis, that is, begins protein catabolism by hydrolysis of the peptide bonds that link amino acids together in the polypeptide chain forming the protein.')
& concept2words_2(X,peptidase)
& concept2words_2(X,proteinase)
& concept2words_2(X,protease)
& hydrolase_1(X)
& polypeptide_1(fn_protease_5(X))
& break_1(fn_protease_6(X))
& tangible_entity_1(fn_protease_7(X))
& covalent_bond_1(fn_protease_7(X))
& peptide_bond_1(fn_protease_7(X))
& chemical_entity_1(fn_protease_8(X))
& polymer_1(fn_protease_8(X))
& protein_1(fn_protease_8(X))
& entity_1(fn_protease_9(X))
& chemical_entity_1(fn_protease_9(X))
& atom_1(fn_protease_9(X))
& nitrogen_1(fn_protease_9(X))
& carbon_1(fn_protease_10(X))
& single_bond_1(fn_protease_11(X))
& double_bond_1(fn_protease_12(X))
& share_1(fn_protease_13(X))
& unequal_sharing_1(fn_protease_13(X))
& hold_together_1(fn_protease_14(X))
& attach_1(fn_protease_15(X))
& spatial_entity_1(fn_protease_16(X))
& molecule_1(fn_protease_16(X))
& exergonic_reaction_1(fn_protease_17(X))
& hydrolysis_1(fn_protease_17(X))
& chemical_reaction_1(fn_protease_17(X))
& r_group_1(fn_protease_18(X))
& spatial_entity_1(fn_protease_19(X))
& chemical_entity_1(fn_protease_19(X))
& monomer_1(fn_protease_19(X))
& molecule_1(fn_protease_19(X))
& amino_acid_1(fn_protease_19(X))
& chemical_bond_1(fn_protease_20(X))
& covalent_bond_1(fn_protease_20(X))
& disulfide_bond_1(fn_protease_20(X))
& carbon_skeleton_1(fn_protease_21(X))
& protein_domain_1(fn_protease_22(X))
& active_site_1(fn_protease_23(X))
& surface_1(fn_protease_24(X))
& hydrophilic_region_1(fn_protease_25(X))
& atom_1(fn_protease_26(X))
& chemical_entity_1(fn_protease_26(X))
& monomer_1(fn_protease_27(X))
& carbon_1(fn_protease_28(X))
& decrease_1(fn_protease_29(X))
& kinetic_energy_1(fn_protease_30(X))
& size_value_1(fn_protease_31(X))
& quantity_value_1(fn_protease_32(X))
& speed_value_1(fn_protease_33(X))
& constant_motion_1(fn_protease_34(X))
& size_value_1(fn_protease_35(X))
& catalyst_1(fn_protease_36(X))
& protein_1(fn_disulfide_bond_3(fn_protease_20(X)))
& attach_1(fn_peptide_bond_33(fn_protease_7(X)))
& share_1(fn_peptide_bond_35(fn_protease_7(X)))
& unequal_sharing_1(fn_peptide_bond_35(fn_protease_7(X)))
& double_bond_1(fn_peptide_bond_55(fn_protease_7(X)))
& spatial_entity_1(fn_peptide_bond_54(fn_protease_7(X)))
& molecule_1(fn_peptide_bond_54(fn_protease_7(X)))
& single_bond_1(fn_peptide_bond_21(fn_protease_7(X)))
& carbon_1(fn_peptide_bond_32(fn_protease_7(X)))
& entity_1(fn_peptide_bond_34(fn_protease_7(X)))
& chemical_entity_1(fn_peptide_bond_34(fn_protease_7(X)))
& atom_1(fn_peptide_bond_34(fn_protease_7(X)))
& nitrogen_1(fn_peptide_bond_34(fn_protease_7(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_protease_17(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_protease_17(X)))
& hold_together_1(fn_peptide_bond_22(fn_protease_7(X)))
& hold_together_1(fn_peptide_bond_31(fn_protease_7(X)))
& tangible_entity_1(fn_impair_1(fn_protease_6(X)))
& covalent_bond_1(fn_polymer_1(fn_protease_8(X)))
& peptide_bond_1(fn_protein_6(fn_protease_8(X)))
& agent_2(fn_protease_6(X),X)
& raw_material_2(fn_protease_17(X),fn_protease_8(X))
& object_2(fn_protease_6(X),fn_protease_7(X))
& possesses_2(fn_protease_8(X),fn_protease_7(X))
& possesses_2(X,fn_protease_20(X))
& in_event_2(fn_protease_36(X),fn_protease_17(X))
& plays_2(X,fn_protease_36(X))
& has_function_2(X,fn_protease_29(X))
& enables_2(fn_protease_29(X),fn_protease_17(X))
& site_2(fn_protease_17(X),fn_protease_23(X))
& facilitates_2(fn_protease_23(X),fn_protease_17(X))
& has_function_2(X,fn_protease_17(X))
& called_2(fn_protease_12(X),'C=O')
& agent_2(fn_protease_13(X),fn_protease_10(X))
& object_2(fn_protease_14(X),fn_protease_10(X))
& base_2(fn_protease_15(X),fn_protease_16(X))
& instrument_2(fn_protease_15(X),fn_protease_7(X))
& has_function_2(fn_protease_7(X),fn_protease_14(X))
& agent_2(fn_protease_14(X),fn_protease_7(X))
& result_2(fn_protease_13(X),fn_protease_7(X))
& agent_2(fn_protease_13(X),fn_protease_9(X))
& object_2(fn_protease_14(X),fn_protease_9(X))
& has_part_2(fn_protease_16(X),fn_protease_10(X))
& possesses_2(fn_protease_16(X),fn_protease_12(X))
& fn_protease_12(X) != fn_protease_7(X)
& is_between_2(fn_protease_7(X),fn_protease_10(X))
& is_between_2(fn_protease_12(X),fn_protease_10(X))
& fn_protease_7(X) != fn_protease_12(X)
& is_between_2(fn_protease_7(X),fn_protease_9(X))
& is_between_2(fn_protease_11(X),fn_protease_9(X))
& fn_protease_11(X) != fn_protease_7(X)
& fn_protease_10(X) != fn_protease_9(X)
& fn_protease_9(X) != fn_protease_10(X)
& fn_protease_7(X) != fn_protease_11(X)
& possesses_2(X,fn_protease_30(X))
& quantity_2(fn_protease_30(X),fn_protease_32(X))
& directly_proportional_2(fn_protease_33(X),fn_protease_32(X))
& speed_2(fn_protease_34(X),fn_protease_33(X))
& object_2(fn_protease_34(X),X)
& has_region_2(X,fn_protease_25(X))
& is_at_2(fn_protease_25(X),fn_protease_24(X))
& has_region_2(X,fn_protease_24(X))
& has_part_2(X,fn_protease_5(X))
& has_part_2(fn_protease_5(X),fn_protease_19(X))
& the_scalar_value_2(fn_protease_35(X),big_0)
& scalar_unit_class_2(fn_protease_35(X),polypeptide_0)
& is_inside_2(fn_protease_28(X),fn_protease_21(X))
& has_part_2(X,fn_protease_28(X))
& has_part_2(X,fn_protease_26(X))
& fn_protease_26(X) != fn_protease_28(X)
& fn_protease_28(X) != fn_protease_26(X)
& size_2(X,fn_protease_35(X))
& greater_than_2(fn_protease_35(X),fn_protease_31(X))
& size_2(fn_protease_27(X),fn_protease_31(X))
& has_part_2(X,fn_protease_27(X))
& has_region_2(X,fn_protease_21(X))
& has_region_2(X,fn_protease_23(X))
& is_inside_2(fn_protease_18(X),fn_protease_23(X))
& has_region_2(fn_protease_19(X),fn_protease_18(X))
& is_at_2(fn_protease_19(X),fn_protease_22(X))
& has_region_2(X,fn_protease_22(X))
& fn_protease_8(X) = fn_exergonic_reaction_10(fn_protease_17(X))
& fn_protease_8(X) = fn_hydrolysis_11(fn_protease_17(X))
& fn_protease_7(X) = fn_impair_1(fn_protease_6(X))
& fn_protease_7(X) = fn_polymer_1(fn_protease_8(X))
& fn_protease_7(X) = fn_protein_6(fn_protease_8(X))
& fn_protease_20(X) = fn_molecule_10(X)
& fn_protease_20(X) = fn_polymer_1(X)
& X = fn_disulfide_bond_3(fn_protease_20(X))
& fn_protease_36(X) = fn_enzyme_6(X)
& fn_protease_23(X) = fn_enzyme_2(X)
& fn_protease_17(X) = fn_enzyme_4(X)
& fn_protease_29(X) = fn_enzyme_5(X)
& fn_protease_2(X) = fn_protein_10(X)
& fn_protease_15(X) = fn_peptide_bond_33(fn_protease_7(X))
& fn_protease_14(X) = fn_peptide_bond_22(fn_protease_7(X))
& fn_protease_13(X) = fn_peptide_bond_35(fn_protease_7(X))
& fn_protease_14(X) = fn_peptide_bond_31(fn_protease_7(X))
& fn_protease_12(X) = fn_peptide_bond_55(fn_protease_7(X))
& fn_protease_16(X) = fn_peptide_bond_54(fn_protease_7(X))
& fn_protease_11(X) = fn_peptide_bond_21(fn_protease_7(X))
& fn_protease_10(X) = fn_peptide_bond_32(fn_protease_7(X))
& fn_protease_9(X) = fn_peptide_bond_34(fn_protease_7(X))
& fn_protease_4(X) = fn_molecule_1(X)
& fn_protease_3(X) = fn_molecule_2(X)
& fn_protease_34(X) = fn_molecule_8(X)
& fn_protease_33(X) = fn_molecule_3(X)
& fn_protease_32(X) = fn_molecule_4(X)
& fn_protease_30(X) = fn_molecule_12(X)
& fn_protease_19(X) = fn_protein_14(X)
& fn_protease_5(X) = fn_protein_8(X)
& fn_protease_24(X) = fn_protein_5(X)
& fn_protease_25(X) = fn_protein_1(X)
& fn_protease_26(X) = fn_organic_molecule_2(X)
& fn_protease_26(X) = fn_protein_enzyme_8(X)
& fn_protease_28(X) = fn_organic_molecule_1(X)
& fn_protease_28(X) = fn_protein_enzyme_7(X)
& fn_protease_21(X) = fn_organic_molecule_3(X)
& fn_protease_21(X) = fn_protein_enzyme_6(X)
& fn_protease_27(X) = fn_polymer_4(X)
& fn_protease_27(X) = fn_protein_enzyme_9(X)
& fn_protease_31(X) = fn_protein_enzyme_4(X)
& fn_protease_35(X) = fn_protein_9(X)
& fn_protease_35(X) = fn_protein_enzyme_3(X)
& fn_protease_22(X) = fn_protein_enzyme_5(X)
& fn_protease_19(X) = fn_protein_enzyme_11(X)
& fn_protease_18(X) = fn_protein_enzyme_12(X)
& fn_protease_23(X) = fn_protein_enzyme_10(X)
& fn_exergonic_reaction_10(fn_protease_17(X)) = fn_hydrolysis_11(fn_protease_17(X))
& fn_hydrolysis_11(fn_protease_17(X)) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_peptide_bond_31(fn_protease_7(X))
& fn_peptide_bond_31(fn_protease_7(X)) = fn_peptide_bond_22(fn_protease_7(X))
& fn_peptide_bond_22(fn_protease_7(X)) = fn_peptide_bond_31(fn_protease_7(X))
& fn_peptide_bond_31(fn_protease_7(X)) = fn_peptide_bond_31(fn_protease_7(X))
& fn_peptide_bond_31(fn_protease_7(X)) = fn_impair_1(fn_protease_6(X))
& fn_impair_1(fn_protease_6(X)) = fn_polymer_1(fn_protease_8(X))
& fn_polymer_1(fn_protease_8(X)) = fn_polymer_1(fn_protease_8(X))
& fn_polymer_1(fn_protease_8(X)) = fn_protein_6(fn_protease_8(X))
& fn_protein_6(fn_protease_8(X)) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_1(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_3(X)
& fn_protein_enzyme_6(X) = fn_organic_molecule_3(X)
& fn_organic_molecule_3(X) = fn_protein_enzyme_6(X)
& fn_protein_enzyme_6(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_14(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_enzyme_10(X) ) ) ).
fof(a532036,axiom,
! [X] :
( proteasome_1(X)
=> ( original_name_2(X,'Proteasome')
& user_description_2(X,'A giant protein complex that recognizes and destroys proteins tagged for elimination by the small protein ubiquitin.')
& concept2words_2(X,proteasome)
& protein_1(X)
& protein_complex_1(X)
& ~ anaphase_promoting_complex_1(X)
& ~ capsomere_1(X)
& ~ complement_system_1(X)
& ~ light_harvesting_complex_1(X)
& ~ membrane_attack_complex_1(X)
& ~ myofibril_1(X)
& ~ protein_core_1(X)
& ~ reaction_center_complex_1(X)
& ~ rosette_cellulose_synthesizing_complex_1(X)
& ~ thick_filament_1(X)
& ~ thin_filament_1(X)
& ~ troponin_complex_1(X)
& ~ aldose_1(X)
& hydrolysis_1(fn_proteasome_1(X))
& selective_degradation_1(fn_proteasome_2(X))
& attach_1(fn_proteasome_3(X))
& recognize_1(fn_proteasome_4(X))
& protein_1(fn_proteasome_5(X))
& protein_domain_1(fn_proteasome_10(X))
& polypeptide_1(fn_proteasome_11(X))
& size_value_1(fn_proteasome_12(X))
& kinetic_energy_1(fn_proteasome_13(X))
& constant_motion_1(fn_proteasome_14(X))
& speed_value_1(fn_proteasome_15(X))
& quantity_value_1(fn_proteasome_16(X))
& size_value_1(fn_proteasome_17(X))
& spatial_entity_1(fn_proteasome_18(X))
& chemical_entity_1(fn_proteasome_18(X))
& monomer_1(fn_proteasome_18(X))
& molecule_1(fn_proteasome_18(X))
& amino_acid_1(fn_proteasome_18(X))
& carbon_1(fn_proteasome_19(X))
& atom_1(fn_proteasome_20(X))
& chemical_entity_1(fn_proteasome_20(X))
& monomer_1(fn_proteasome_21(X))
& carbon_skeleton_1(fn_proteasome_22(X))
& surface_1(fn_proteasome_23(X))
& hydrophilic_region_1(fn_proteasome_24(X))
& carbon_1(fn_carbon_skeleton_4(fn_proteasome_22(X)))
& atom_1(fn_carbon_skeleton_2(fn_proteasome_22(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_proteasome_22(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_proteasome_22(X)))
& agent_2(fn_proteasome_1(X),X)
& agent_2(fn_proteasome_2(X),X)
& subevent_2(fn_proteasome_2(X),fn_proteasome_3(X))
& subevent_2(fn_proteasome_2(X),fn_proteasome_4(X))
& subevent_2(fn_proteasome_2(X),fn_proteasome_1(X))
& first_subevent_2(fn_proteasome_2(X),fn_proteasome_3(X))
& next_event_2(fn_proteasome_3(X),fn_proteasome_4(X))
& next_event_2(fn_proteasome_4(X),fn_proteasome_1(X))
& causes_2(fn_proteasome_4(X),fn_proteasome_1(X))
& has_part_2(X,fn_proteasome_5(X))
& has_function_2(X,fn_proteasome_2(X))
& greater_than_2(fn_proteasome_12(X),fn_proteasome_17(X))
& has_part_2(X,fn_proteasome_21(X))
& size_2(fn_proteasome_21(X),fn_proteasome_17(X))
& has_part_2(X,fn_proteasome_20(X))
& possesses_2(X,fn_proteasome_13(X))
& quantity_2(fn_proteasome_13(X),fn_proteasome_16(X))
& directly_proportional_2(fn_proteasome_15(X),fn_proteasome_16(X))
& speed_2(fn_proteasome_14(X),fn_proteasome_15(X))
& object_2(fn_proteasome_14(X),X)
& has_part_2(fn_proteasome_11(X),fn_proteasome_18(X))
& has_part_2(X,fn_proteasome_11(X))
& size_2(X,fn_proteasome_12(X))
& the_scalar_value_2(fn_proteasome_12(X),big_0)
& scalar_unit_class_2(fn_proteasome_12(X),polypeptide_0)
& has_region_2(X,fn_proteasome_24(X))
& is_at_2(fn_proteasome_24(X),fn_proteasome_23(X))
& has_region_2(X,fn_proteasome_23(X))
& has_region_2(X,fn_proteasome_10(X))
& is_at_2(fn_proteasome_18(X),fn_proteasome_10(X))
& is_inside_2(fn_proteasome_19(X),fn_proteasome_22(X))
& has_part_2(X,fn_proteasome_19(X))
& has_region_2(X,fn_proteasome_22(X))
& fn_proteasome_20(X) != fn_proteasome_19(X)
& fn_proteasome_19(X) != fn_proteasome_20(X)
& fn_proteasome_12(X) = fn_polymer_8(X)
& fn_proteasome_6(X) = fn_polymer_10(X)
& fn_proteasome_17(X) = fn_polymer_7(X)
& fn_proteasome_21(X) = fn_polymer_4(X)
& fn_proteasome_8(X) = fn_molecule_1(X)
& fn_proteasome_20(X) = fn_molecule_7(X)
& fn_proteasome_7(X) = fn_molecule_2(X)
& fn_proteasome_14(X) = fn_molecule_8(X)
& fn_proteasome_15(X) = fn_molecule_3(X)
& fn_proteasome_16(X) = fn_molecule_4(X)
& fn_proteasome_13(X) = fn_molecule_12(X)
& fn_proteasome_9(X) = fn_protein_10(X)
& fn_proteasome_12(X) = fn_protein_9(X)
& fn_proteasome_11(X) = fn_protein_8(X)
& fn_proteasome_18(X) = fn_protein_14(X)
& fn_proteasome_10(X) = fn_protein_7(X)
& fn_proteasome_23(X) = fn_protein_5(X)
& fn_proteasome_24(X) = fn_protein_1(X)
& X = fn_carbon_skeleton_3(fn_proteasome_22(X))
& fn_proteasome_20(X) = fn_carbon_skeleton_2(fn_proteasome_22(X))
& fn_proteasome_19(X) = fn_carbon_skeleton_4(fn_proteasome_22(X))
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_carbon_skeleton_2(fn_proteasome_22(X))
& fn_carbon_skeleton_2(fn_proteasome_22(X)) = fn_carbon_skeleton_2(fn_proteasome_22(X))
& fn_carbon_skeleton_3(fn_proteasome_22(X)) = fn_carbon_skeleton_3(fn_proteasome_22(X)) ) ) ).
fof(a532037,axiom,
! [X] :
( protein_1(X)
=> ( original_name_2(X,'Protein')
& user_description_2(X,'Proteins are macromolecules, consisting of polypeptide chains made from 20 different kinds of amino acids. Proteins serve many functions in organisms, including catalysis, defense, and transport.')
& concept2words_2(X,protein)
& organic_molecule_1(X)
& polymer_1(X)
& ~ aldose_1(X)
& ~ disaccharide_1(X)
& ~ nucleic_acid_1(X)
& hydrophilic_region_1(fn_protein_1(X))
& structural_complexity_value_1(fn_protein_3(X))
& polar_amino_acid_1(fn_protein_4(X))
& surface_1(fn_protein_5(X))
& peptide_bond_1(fn_protein_6(X))
& protein_domain_1(fn_protein_7(X))
& polypeptide_1(fn_protein_8(X))
& size_value_1(fn_protein_9(X))
& tangible_entity_1(fn_protein_11(X))
& entity_1(fn_protein_11(X))
& chemical_entity_1(fn_protein_11(X))
& atom_1(fn_protein_11(X))
& nitrogen_1(fn_protein_11(X))
& chemical_bond_1(fn_protein_12(X))
& covalent_bond_1(fn_protein_12(X))
& peptide_bond_1(fn_protein_12(X))
& entity_1(fn_protein_13(X))
& chemical_entity_1(fn_protein_13(X))
& atom_1(fn_protein_13(X))
& carbon_1(fn_protein_13(X))
& spatial_entity_1(fn_protein_14(X))
& chemical_entity_1(fn_protein_14(X))
& monomer_1(fn_protein_14(X))
& molecule_1(fn_protein_14(X))
& amino_acid_1(fn_protein_14(X))
& entity_1(fn_polypeptide_126(fn_protein_8(X)))
& chemical_entity_1(fn_polypeptide_126(fn_protein_8(X)))
& atom_1(fn_polypeptide_126(fn_protein_8(X)))
& carbon_1(fn_polypeptide_126(fn_protein_8(X)))
& amino_acid_1(fn_protein_domain_1(fn_protein_7(X)))
& spatial_entity_1(fn_polypeptide_83(fn_protein_8(X)))
& chemical_entity_1(fn_polypeptide_83(fn_protein_8(X)))
& monomer_1(fn_polypeptide_83(fn_protein_8(X)))
& molecule_1(fn_polypeptide_83(fn_protein_8(X)))
& amino_acid_1(fn_polypeptide_83(fn_protein_8(X)))
& chemical_entity_1(fn_polypeptide_82(fn_protein_8(X)))
& monomer_1(fn_polypeptide_82(fn_protein_8(X)))
& molecule_1(fn_polypeptide_82(fn_protein_8(X)))
& amino_acid_1(fn_polypeptide_82(fn_protein_8(X)))
& tangible_entity_1(fn_polypeptide_125(fn_protein_8(X)))
& entity_1(fn_polypeptide_125(fn_protein_8(X)))
& chemical_entity_1(fn_polypeptide_125(fn_protein_8(X)))
& atom_1(fn_polypeptide_125(fn_protein_8(X)))
& nitrogen_1(fn_polypeptide_125(fn_protein_8(X)))
& tangible_entity_1(fn_polypeptide_91(fn_protein_8(X)))
& entity_1(fn_polypeptide_91(fn_protein_8(X)))
& chemical_entity_1(fn_polypeptide_91(fn_protein_8(X)))
& atom_1(fn_polypeptide_91(fn_protein_8(X)))
& nitrogen_1(fn_polypeptide_91(fn_protein_8(X)))
& covalent_bond_1(fn_polymer_1(fn_protein_8(X)))
& chemical_bond_1(fn_polypeptide_130(fn_protein_8(X)))
& covalent_bond_1(fn_polypeptide_130(fn_protein_8(X)))
& peptide_bond_1(fn_polypeptide_130(fn_protein_8(X)))
& has_part_2(X,fn_protein_8(X))
& minCardinality(X,has_part_0,"1",polypeptide_0)
& has_region_2(X,fn_protein_7(X))
& has_region_2(X,fn_protein_1(X))
& has_region_2(X,fn_protein_5(X))
& structural_complexity_2(X,fn_protein_3(X))
& has_part_2(fn_protein_8(X),fn_protein_4(X))
& the_scalar_value_2(fn_protein_3(X),complex_0)
& scalar_unit_class_2(fn_protein_3(X),polypeptide_0)
& is_at_2(fn_protein_1(X),fn_protein_5(X))
& the_scalar_value_2(fn_protein_9(X),big_0)
& scalar_unit_class_2(fn_protein_9(X),polypeptide_0)
& possesses_2(X,fn_protein_6(X))
& is_at_2(fn_protein_14(X),fn_protein_7(X))
& size_2(X,fn_protein_9(X))
& has_part_2(fn_protein_8(X),fn_protein_14(X))
& is_between_2(fn_protein_12(X),fn_protein_11(X))
& possesses_2(fn_protein_8(X),fn_protein_12(X))
& is_between_2(fn_protein_12(X),fn_protein_13(X))
& fn_protein_11(X) != fn_protein_13(X)
& fn_protein_13(X) != fn_protein_11(X)
& fn_protein_6(X) = fn_molecule_10(X)
& fn_protein_6(X) = fn_polymer_1(X)
& fn_protein_14(X) = fn_protein_domain_1(fn_protein_7(X))
& fn_protein_10(X) = fn_polymer_9(X)
& fn_protein_9(X) = fn_polymer_8(X)
& fn_protein_14(X) = fn_polypeptide_83(fn_protein_8(X))
& fn_protein_14(X) = fn_polypeptide_82(fn_protein_8(X))
& fn_protein_11(X) = fn_polypeptide_125(fn_protein_8(X))
& fn_protein_11(X) = fn_polypeptide_91(fn_protein_8(X))
& fn_protein_13(X) = fn_polypeptide_126(fn_protein_8(X))
& fn_protein_12(X) = fn_polymer_1(fn_protein_8(X))
& fn_protein_12(X) = fn_polypeptide_130(fn_protein_8(X))
& fn_molecule_10(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_protein_domain_1(fn_protein_7(X))
& fn_protein_domain_1(fn_protein_7(X)) = fn_polypeptide_83(fn_protein_8(X))
& fn_polypeptide_83(fn_protein_8(X)) = fn_polypeptide_83(fn_protein_8(X))
& fn_polypeptide_83(fn_protein_8(X)) = fn_polypeptide_82(fn_protein_8(X))
& fn_polypeptide_82(fn_protein_8(X)) = fn_polypeptide_125(fn_protein_8(X))
& fn_polypeptide_125(fn_protein_8(X)) = fn_polypeptide_91(fn_protein_8(X))
& fn_polypeptide_91(fn_protein_8(X)) = fn_polypeptide_91(fn_protein_8(X))
& fn_polypeptide_91(fn_protein_8(X)) = fn_polypeptide_130(fn_protein_8(X))
& fn_polypeptide_130(fn_protein_8(X)) = fn_polypeptide_130(fn_protein_8(X))
& fn_polypeptide_130(fn_protein_8(X)) = fn_polymer_1(fn_protein_8(X))
& fn_polymer_1(fn_protein_8(X)) = fn_polypeptide_130(fn_protein_8(X)) ) ) ).
fof(a532038,axiom,
! [X] :
( protein_analysis_1(X)
=> ( original_name_2(X,'Protein-Analysis')
& user_description_2(X,'The process of determining the structure and function of a protein through laboratory techniques and bioinformatics.')
& concept2words_2(X,'analysis of protein')
& concept2words_2(X,'protein analysis')
& concept2words_2(X,'protein-analysis')
& technique_1(X)
& x_ray_crystallography_1(fn_protein_analysis_1(X))
& bioinformatics_1(fn_protein_analysis_2(X))
& nmr_spectroscopy_1(fn_protein_analysis_3(X))
& supports_2(fn_protein_analysis_3(X),X)
& supports_2(fn_protein_analysis_2(X),X)
& supports_2(fn_protein_analysis_1(X),X) ) ) ).
fof(a532039,axiom,
! [X] :
( protein_breakdown_1(X)
=> ( original_name_2(X,'Protein-Breakdown')
& user_description_2(X,'The process in which proteins breakdown into their simpler components.')
& concept2words_2(X,'break down')
& concept2words_2(X,'breakdown of protein')
& concept2words_2(X,'protein breakdown')
& concept2words_2(X,'protein-breakdown')
& polymer_breakdown_1(X)
& amino_acid_1(fn_protein_breakdown_1(X))
& monomer_1(fn_protein_breakdown_1(X))
& organic_molecule_1(fn_protein_breakdown_2(X))
& reactant_1(fn_protein_breakdown_3(X))
& hydrolysis_1(fn_protein_breakdown_4(X))
& molecule_1(fn_protein_breakdown_5(X))
& chemical_energy_1(fn_protein_breakdown_6(X))
& chemical_entity_1(fn_protein_breakdown_7(X))
& chemical_energy_1(fn_protein_breakdown_8(X))
& quantity_value_1(fn_protein_breakdown_9(X))
& quantity_value_1(fn_protein_breakdown_10(X))
& protein_1(fn_protein_breakdown_11(X))
& chemical_entity_1(fn_hydrolysis_9(fn_protein_breakdown_4(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_protein_breakdown_4(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_protein_breakdown_4(X)))
& chemical_entity_1(fn_hydrolysis_2(fn_protein_breakdown_4(X)))
& chemical_entity_1(fn_hydrolysis_1(fn_protein_breakdown_4(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_protein_breakdown_4(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_protein_breakdown_4(X)))
& chemical_entity_1(fn_reactant_3(fn_protein_breakdown_3(X)))
& chemical_energy_1(fn_hydrolysis_17(fn_protein_breakdown_4(X)))
& chemical_energy_1(fn_hydrolysis_14(fn_protein_breakdown_4(X)))
& chemical_reaction_1(fn_reactant_2(fn_protein_breakdown_3(X)))
& result_2(X,fn_protein_breakdown_1(X))
& subevent_2(X,fn_protein_breakdown_4(X))
& result_2(fn_protein_breakdown_4(X),fn_protein_breakdown_5(X))
& raw_material_2(fn_protein_breakdown_4(X),fn_protein_breakdown_11(X))
& possesses_2(fn_protein_breakdown_1(X),fn_protein_breakdown_8(X))
& result_2(fn_protein_breakdown_4(X),fn_protein_breakdown_1(X))
& has_state_2(fn_protein_breakdown_7(X),fn_protein_breakdown_1(X))
& has_part_2(fn_protein_breakdown_11(X),fn_protein_breakdown_7(X))
& possesses_2(fn_protein_breakdown_11(X),fn_protein_breakdown_6(X))
& in_event_2(fn_protein_breakdown_3(X),X)
& raw_material_2(X,fn_protein_breakdown_11(X))
& plays_2(fn_protein_breakdown_11(X),fn_protein_breakdown_3(X))
& result_2(X,fn_protein_breakdown_2(X))
& possesses_2(fn_protein_breakdown_2(X),fn_protein_breakdown_8(X))
& quantity_2(fn_protein_breakdown_8(X),fn_protein_breakdown_9(X))
& greater_than_2(fn_protein_breakdown_10(X),fn_protein_breakdown_9(X))
& quantity_2(fn_protein_breakdown_6(X),fn_protein_breakdown_10(X))
& fn_protein_breakdown_5(X) = fn_decomposition_reaction_4(fn_protein_breakdown_4(X))
& fn_protein_breakdown_5(X) = fn_exergonic_reaction_11(fn_protein_breakdown_4(X))
& fn_protein_breakdown_11(X) = fn_exergonic_reaction_10(fn_protein_breakdown_4(X))
& fn_protein_breakdown_8(X) = fn_hydrolysis_14(fn_protein_breakdown_4(X))
& fn_protein_breakdown_6(X) = fn_hydrolysis_17(fn_protein_breakdown_4(X))
& fn_protein_breakdown_7(X) = fn_hydrolysis_2(fn_protein_breakdown_4(X))
& fn_protein_breakdown_11(X) = fn_hydrolysis_11(fn_protein_breakdown_4(X))
& fn_protein_breakdown_7(X) = fn_hydrolysis_1(fn_protein_breakdown_4(X))
& fn_protein_breakdown_1(X) = fn_hydrolysis_9(fn_protein_breakdown_4(X))
& fn_protein_breakdown_11(X) = fn_exergonic_reaction_10(X)
& fn_protein_breakdown_11(X) = fn_reactant_3(fn_protein_breakdown_3(X))
& X = fn_reactant_2(fn_protein_breakdown_3(X))
& fn_protein_breakdown_6(X) = fn_exergonic_reaction_3(X)
& fn_protein_breakdown_10(X) = fn_exergonic_reaction_4(X)
& fn_protein_breakdown_9(X) = fn_exergonic_reaction_5(X)
& fn_protein_breakdown_8(X) = fn_exergonic_reaction_6(X)
& fn_protein_breakdown_2(X) = fn_exergonic_reaction_11(X)
& fn_decomposition_reaction_4(fn_protein_breakdown_4(X)) = fn_exergonic_reaction_11(fn_protein_breakdown_4(X))
& fn_exergonic_reaction_11(fn_protein_breakdown_4(X)) = fn_hydrolysis_2(fn_protein_breakdown_4(X))
& fn_hydrolysis_2(fn_protein_breakdown_4(X)) = fn_hydrolysis_1(fn_protein_breakdown_4(X))
& fn_hydrolysis_1(fn_protein_breakdown_4(X)) = fn_hydrolysis_1(fn_protein_breakdown_4(X))
& fn_hydrolysis_1(fn_protein_breakdown_4(X)) = fn_exergonic_reaction_10(fn_protein_breakdown_4(X))
& fn_exergonic_reaction_10(fn_protein_breakdown_4(X)) = fn_hydrolysis_11(fn_protein_breakdown_4(X))
& fn_hydrolysis_11(fn_protein_breakdown_4(X)) = fn_exergonic_reaction_10(X)
& fn_exergonic_reaction_10(X) = fn_hydrolysis_11(fn_protein_breakdown_4(X))
& fn_hydrolysis_11(fn_protein_breakdown_4(X)) = fn_hydrolysis_11(fn_protein_breakdown_4(X))
& fn_hydrolysis_11(fn_protein_breakdown_4(X)) = fn_reactant_3(fn_protein_breakdown_3(X))
& fn_reactant_3(fn_protein_breakdown_3(X)) = fn_reactant_3(fn_protein_breakdown_3(X))
& fn_reactant_3(fn_protein_breakdown_3(X)) = fn_exergonic_reaction_3(X)
& fn_exergonic_reaction_3(X) = fn_hydrolysis_17(fn_protein_breakdown_4(X))
& fn_hydrolysis_17(fn_protein_breakdown_4(X)) = fn_exergonic_reaction_3(X)
& fn_exergonic_reaction_3(X) = fn_hydrolysis_14(fn_protein_breakdown_4(X))
& fn_hydrolysis_14(fn_protein_breakdown_4(X)) = fn_exergonic_reaction_6(X)
& fn_exergonic_reaction_6(X) = fn_exergonic_reaction_6(X)
& fn_reactant_2(fn_protein_breakdown_3(X)) = fn_reactant_2(fn_protein_breakdown_3(X)) ) ) ).
fof(a532040,axiom,
! [X] :
( protein_complex_1(X)
=> ( original_name_2(X,'Protein-Complex')
& user_description_2(X,'A group of proteins whose arrangement is organized to perform a particular function.')
& concept2words_2(X,'complex of protein')
& concept2words_2(X,'protein complex')
& concept2words_2(X,'protein-complex')
& protein_related_aggregates_1(X)
& protein_1(fn_protein_complex_1(X))
& minCardinality(X,element_0,"2",protein_0)
& element_2(X,fn_protein_complex_1(X)) ) ) ).
fof(a532041,axiom,
! [X] :
( protein_core_1(X)
=> ( original_name_2(X,'Protein-Core')
& user_description_2(X,'A protein complex composed of two molecules each of four different types of histone: H2A, H2B, H3, and H4.')
& concept2words_2(X,'core of protein')
& concept2words_2(X,'protein core')
& concept2words_2(X,'protein-core')
& protein_complex_1(X)
& ~ anaphase_promoting_complex_1(X)
& ~ capsomere_1(X)
& ~ complement_system_1(X)
& ~ light_harvesting_complex_1(X)
& ~ membrane_attack_complex_1(X)
& ~ myofibril_1(X)
& ~ proteasome_1(X)
& ~ reaction_center_complex_1(X)
& ~ rosette_cellulose_synthesizing_complex_1(X)
& ~ thick_filament_1(X)
& ~ thin_filament_1(X)
& ~ troponin_complex_1(X)
& h2b_1(fn_protein_core_1(X))
& h3_1(fn_protein_core_2(X))
& h4_1(fn_protein_core_3(X))
& h2a_1(fn_protein_core_4(X))
& has_part_2(X,fn_protein_core_4(X))
& has_part_2(X,fn_protein_core_1(X))
& has_part_2(X,fn_protein_core_2(X))
& has_part_2(X,fn_protein_core_3(X)) ) ) ).
fof(a532042,axiom,
! [X] :
( protein_denaturation_1(X)
=> ( original_name_2(X,'Protein-Denaturation')
& user_description_2(X,'A process in which a protein unravels and loses its native shape, thereby becoming biologically inactive. Denaturation occurs under extreme (noncellular) conditions of pH, salt concentration, and temperature.')
& concept2words_2(X,denature)
& concept2words_2(X,'denaturation of protein')
& concept2words_2(X,'protein denaturation')
& concept2words_2(X,'protein-denaturation')
& denaturation_1(X)
& ~ denature_dna_1(X)
& shape_value_1(fn_protein_denaturation_2(X))
& change_of_shape_1(fn_protein_denaturation_3(X))
& denatured_protein_1(fn_protein_denaturation_4(X))
& protein_1(fn_protein_denaturation_5(X))
& shape_value_1(fn_protein_denaturation_6(X))
& functional_protein_1(fn_protein_denaturation_8(X))
& fn_protein_denaturation_6(X) != fn_protein_denaturation_2(X)
& has_state_2(fn_protein_denaturation_5(X),fn_protein_denaturation_8(X))
& has_state_2(fn_protein_denaturation_5(X),fn_protein_denaturation_4(X))
& has_state_2(fn_protein_denaturation_8(X),fn_protein_denaturation_4(X))
& shape_2(fn_protein_denaturation_8(X),fn_protein_denaturation_2(X))
& causes_2(X,fn_protein_denaturation_3(X))
& result_2(X,fn_protein_denaturation_4(X))
& shape_2(fn_protein_denaturation_4(X),fn_protein_denaturation_6(X))
& result_2(fn_protein_denaturation_3(X),fn_protein_denaturation_4(X))
& object_2(fn_protein_denaturation_3(X),fn_protein_denaturation_8(X))
& fn_protein_denaturation_2(X) != fn_protein_denaturation_6(X)
& object_2(X,fn_protein_denaturation_8(X))
& fn_protein_denaturation_8(X) = fn_denaturation_2(X) ) ) ).
fof(a532043,axiom,
! [X] :
( protein_denaturation_by_denaturation_agent_1(X)
=> ( original_name_2(X,'Protein-Denaturation-By-Denaturation-Agent')
& user_description_2(X,'A process in which a protein loses its native shape due to the disruption of weak chemical bonds and interactions under extreme (noncellular) conditions of pH, salt concentration, or temperature, thereby becoming biologically inactive.')
& concept2words_2(X,denature)
& concept2words_2(X,'protein denaturation by denaturation agent')
& concept2words_2(X,'protein-denaturation-by-denaturation-agent')
& protein_denaturation_1(X)
& ionic_bond_1(fn_protein_denaturation_by_denaturation_agent_1(X))
& hydrogen_bond_1(fn_protein_denaturation_by_denaturation_agent_2(X))
& unfolded_protein_1(fn_protein_denaturation_by_denaturation_agent_3(X))
& misfolded_protein_1(fn_protein_denaturation_by_denaturation_agent_4(X))
& secondary_protein_structure_1(fn_protein_denaturation_by_denaturation_agent_5(X))
& shape_value_1(fn_protein_denaturation_by_denaturation_agent_8(X))
& shape_value_1(fn_protein_denaturation_by_denaturation_agent_9(X))
& denatured_protein_1(fn_protein_denaturation_by_denaturation_agent_10(X))
& protein_1(fn_protein_denaturation_by_denaturation_agent_11(X))
& break_1(fn_protein_denaturation_by_denaturation_agent_12(X))
& tangible_entity_1(fn_protein_denaturation_by_denaturation_agent_13(X))
& covalent_bond_1(fn_protein_denaturation_by_denaturation_agent_13(X))
& disulfide_bond_1(fn_protein_denaturation_by_denaturation_agent_13(X))
& chemical_bond_1(fn_protein_denaturation_by_denaturation_agent_13(X))
& nonpolar_covalent_bond_1(fn_protein_denaturation_by_denaturation_agent_13(X))
& change_of_shape_1(fn_protein_denaturation_by_denaturation_agent_14(X))
& polymer_1(fn_protein_denaturation_by_denaturation_agent_15(X))
& protein_1(fn_protein_denaturation_by_denaturation_agent_15(X))
& molecule_1(fn_protein_denaturation_by_denaturation_agent_15(X))
& functional_protein_1(fn_protein_denaturation_by_denaturation_agent_15(X))
& tangible_entity_1(fn_protein_denaturation_by_denaturation_agent_16(X))
& denaturation_agent_1(fn_protein_denaturation_by_denaturation_agent_17(X))
& entity_1(fn_protein_denaturation_by_denaturation_agent_18(X))
& atom_1(fn_protein_denaturation_by_denaturation_agent_18(X))
& chemical_entity_1(fn_protein_denaturation_by_denaturation_agent_18(X))
& carbon_1(fn_protein_denaturation_by_denaturation_agent_19(X))
& denaturation_1(fn_denaturation_agent_1(fn_protein_denaturation_by_denaturation_agent_17(X)))
& carbon_1(fn_functional_protein_11(fn_protein_denaturation_by_denaturation_agent_15(X)))
& entity_1(fn_agent_role_1(fn_protein_denaturation_by_denaturation_agent_17(X)))
& tangible_entity_1(fn_impair_1(fn_protein_denaturation_by_denaturation_agent_12(X)))
& covalent_bond_1(fn_polymer_1(fn_protein_denaturation_by_denaturation_agent_15(X)))
& chemical_bond_1(fn_molecule_10(fn_protein_denaturation_by_denaturation_agent_15(X)))
& atom_1(fn_molecule_11(fn_protein_denaturation_by_denaturation_agent_15(X)))
& entity_1(fn_nonpolar_covalent_bond_28(fn_protein_denaturation_by_denaturation_agent_13(X)))
& chemical_entity_1(fn_nonpolar_covalent_bond_28(fn_protein_denaturation_by_denaturation_agent_13(X)))
& atom_1(fn_nonpolar_covalent_bond_28(fn_protein_denaturation_by_denaturation_agent_13(X)))
& entity_1(fn_nonpolar_covalent_bond_29(fn_protein_denaturation_by_denaturation_agent_13(X)))
& chemical_entity_1(fn_nonpolar_covalent_bond_29(fn_protein_denaturation_by_denaturation_agent_13(X)))
& atom_1(fn_nonpolar_covalent_bond_29(fn_protein_denaturation_by_denaturation_agent_13(X)))
& atom_1(fn_functional_protein_9(fn_protein_denaturation_by_denaturation_agent_15(X)))
& chemical_entity_1(fn_functional_protein_9(fn_protein_denaturation_by_denaturation_agent_15(X)))
& protein_1(fn_disulfide_bond_3(fn_protein_denaturation_by_denaturation_agent_13(X)))
& result_2(fn_protein_denaturation_by_denaturation_agent_12(X),fn_protein_denaturation_by_denaturation_agent_5(X))
& result_2(fn_protein_denaturation_by_denaturation_agent_12(X),fn_protein_denaturation_by_denaturation_agent_4(X))
& result_2(fn_protein_denaturation_by_denaturation_agent_12(X),fn_protein_denaturation_by_denaturation_agent_3(X))
& agent_2(fn_protein_denaturation_by_denaturation_agent_12(X),fn_protein_denaturation_by_denaturation_agent_16(X))
& next_event_2(fn_protein_denaturation_by_denaturation_agent_12(X),fn_protein_denaturation_by_denaturation_agent_14(X))
& object_2(fn_protein_denaturation_by_denaturation_agent_12(X),fn_protein_denaturation_by_denaturation_agent_1(X))
& object_2(fn_protein_denaturation_by_denaturation_agent_12(X),fn_protein_denaturation_by_denaturation_agent_2(X))
& is_between_2(fn_protein_denaturation_by_denaturation_agent_13(X),fn_protein_denaturation_by_denaturation_agent_19(X))
& possesses_2(fn_protein_denaturation_by_denaturation_agent_15(X),fn_protein_denaturation_by_denaturation_agent_2(X))
& possesses_2(fn_protein_denaturation_by_denaturation_agent_15(X),fn_protein_denaturation_by_denaturation_agent_1(X))
& subevent_2(X,fn_protein_denaturation_by_denaturation_agent_14(X))
& subevent_2(X,fn_protein_denaturation_by_denaturation_agent_12(X))
& minCardinality(X,subevent_0,"1",break_0)
& by_means_of_2(X,fn_protein_denaturation_by_denaturation_agent_14(X))
& object_2(fn_protein_denaturation_by_denaturation_agent_12(X),fn_protein_denaturation_by_denaturation_agent_13(X))
& agent_2(X,fn_protein_denaturation_by_denaturation_agent_16(X))
& plays_2(fn_protein_denaturation_by_denaturation_agent_16(X),fn_protein_denaturation_by_denaturation_agent_17(X))
& possesses_2(fn_protein_denaturation_by_denaturation_agent_15(X),fn_protein_denaturation_by_denaturation_agent_13(X))
& in_event_2(fn_protein_denaturation_by_denaturation_agent_17(X),X)
& is_between_2(fn_protein_denaturation_by_denaturation_agent_13(X),fn_protein_denaturation_by_denaturation_agent_18(X))
& has_part_2(fn_protein_denaturation_by_denaturation_agent_15(X),fn_protein_denaturation_by_denaturation_agent_18(X))
& has_part_2(fn_protein_denaturation_by_denaturation_agent_15(X),fn_protein_denaturation_by_denaturation_agent_19(X))
& fn_protein_denaturation_by_denaturation_agent_18(X) != fn_protein_denaturation_by_denaturation_agent_19(X)
& fn_protein_denaturation_by_denaturation_agent_19(X) != fn_protein_denaturation_by_denaturation_agent_18(X)
& causes_2(X,fn_protein_denaturation_by_denaturation_agent_14(X))
& shape_2(fn_protein_denaturation_by_denaturation_agent_10(X),fn_protein_denaturation_by_denaturation_agent_8(X))
& result_2(X,fn_protein_denaturation_by_denaturation_agent_10(X))
& has_state_2(fn_protein_denaturation_by_denaturation_agent_11(X),fn_protein_denaturation_by_denaturation_agent_10(X))
& has_state_2(fn_protein_denaturation_by_denaturation_agent_11(X),fn_protein_denaturation_by_denaturation_agent_15(X))
& object_2(fn_protein_denaturation_by_denaturation_agent_14(X),fn_protein_denaturation_by_denaturation_agent_15(X))
& result_2(fn_protein_denaturation_by_denaturation_agent_14(X),fn_protein_denaturation_by_denaturation_agent_10(X))
& object_2(X,fn_protein_denaturation_by_denaturation_agent_15(X))
& shape_2(fn_protein_denaturation_by_denaturation_agent_15(X),fn_protein_denaturation_by_denaturation_agent_9(X))
& fn_protein_denaturation_by_denaturation_agent_8(X) != fn_protein_denaturation_by_denaturation_agent_9(X)
& fn_protein_denaturation_by_denaturation_agent_9(X) != fn_protein_denaturation_by_denaturation_agent_8(X)
& fn_protein_denaturation_by_denaturation_agent_13(X) = fn_impair_1(fn_protein_denaturation_by_denaturation_agent_12(X))
& fn_protein_denaturation_by_denaturation_agent_16(X) = fn_denaturation_1(X)
& fn_protein_denaturation_by_denaturation_agent_16(X) = fn_agent_role_1(fn_protein_denaturation_by_denaturation_agent_17(X))
& fn_protein_denaturation_by_denaturation_agent_13(X) = fn_polymer_1(fn_protein_denaturation_by_denaturation_agent_15(X))
& fn_protein_denaturation_by_denaturation_agent_15(X) = fn_disulfide_bond_3(fn_protein_denaturation_by_denaturation_agent_13(X))
& X = fn_denaturation_agent_1(fn_protein_denaturation_by_denaturation_agent_17(X))
& fn_protein_denaturation_by_denaturation_agent_13(X) = fn_molecule_10(fn_protein_denaturation_by_denaturation_agent_15(X))
& fn_protein_denaturation_by_denaturation_agent_18(X) = fn_molecule_11(fn_protein_denaturation_by_denaturation_agent_15(X))
& fn_protein_denaturation_by_denaturation_agent_18(X) = fn_nonpolar_covalent_bond_28(fn_protein_denaturation_by_denaturation_agent_13(X))
& fn_protein_denaturation_by_denaturation_agent_18(X) = fn_nonpolar_covalent_bond_29(fn_protein_denaturation_by_denaturation_agent_13(X))
& fn_protein_denaturation_by_denaturation_agent_18(X) = fn_functional_protein_9(fn_protein_denaturation_by_denaturation_agent_15(X))
& fn_protein_denaturation_by_denaturation_agent_19(X) = fn_functional_protein_11(fn_protein_denaturation_by_denaturation_agent_15(X))
& fn_protein_denaturation_by_denaturation_agent_7(X) = fn_protein_denaturation_7(X)
& fn_protein_denaturation_by_denaturation_agent_14(X) = fn_protein_denaturation_3(X)
& fn_protein_denaturation_by_denaturation_agent_11(X) = fn_protein_denaturation_5(X)
& fn_protein_denaturation_by_denaturation_agent_10(X) = fn_protein_denaturation_4(X)
& fn_protein_denaturation_by_denaturation_agent_6(X) = fn_protein_denaturation_1(X)
& fn_protein_denaturation_by_denaturation_agent_8(X) = fn_protein_denaturation_6(X)
& fn_protein_denaturation_by_denaturation_agent_9(X) = fn_protein_denaturation_2(X)
& fn_protein_denaturation_by_denaturation_agent_15(X) = fn_protein_denaturation_8(X)
& fn_denaturation_1(X) = fn_agent_role_1(fn_protein_denaturation_by_denaturation_agent_17(X))
& fn_agent_role_1(fn_protein_denaturation_by_denaturation_agent_17(X)) = fn_impair_1(fn_protein_denaturation_by_denaturation_agent_12(X))
& fn_impair_1(fn_protein_denaturation_by_denaturation_agent_12(X)) = fn_polymer_1(fn_protein_denaturation_by_denaturation_agent_15(X))
& fn_polymer_1(fn_protein_denaturation_by_denaturation_agent_15(X)) = fn_polymer_1(fn_protein_denaturation_by_denaturation_agent_15(X))
& fn_polymer_1(fn_protein_denaturation_by_denaturation_agent_15(X)) = fn_molecule_10(fn_protein_denaturation_by_denaturation_agent_15(X))
& fn_molecule_10(fn_protein_denaturation_by_denaturation_agent_15(X)) = fn_molecule_10(fn_protein_denaturation_by_denaturation_agent_15(X))
& fn_molecule_10(fn_protein_denaturation_by_denaturation_agent_15(X)) = fn_molecule_11(fn_protein_denaturation_by_denaturation_agent_15(X))
& fn_molecule_11(fn_protein_denaturation_by_denaturation_agent_15(X)) = fn_nonpolar_covalent_bond_28(fn_protein_denaturation_by_denaturation_agent_13(X))
& fn_nonpolar_covalent_bond_28(fn_protein_denaturation_by_denaturation_agent_13(X)) = fn_nonpolar_covalent_bond_28(fn_protein_denaturation_by_denaturation_agent_13(X))
& fn_nonpolar_covalent_bond_28(fn_protein_denaturation_by_denaturation_agent_13(X)) = fn_nonpolar_covalent_bond_29(fn_protein_denaturation_by_denaturation_agent_13(X))
& fn_nonpolar_covalent_bond_29(fn_protein_denaturation_by_denaturation_agent_13(X)) = fn_nonpolar_covalent_bond_29(fn_protein_denaturation_by_denaturation_agent_13(X))
& fn_nonpolar_covalent_bond_29(fn_protein_denaturation_by_denaturation_agent_13(X)) = fn_functional_protein_9(fn_protein_denaturation_by_denaturation_agent_15(X))
& fn_functional_protein_9(fn_protein_denaturation_by_denaturation_agent_15(X)) = fn_functional_protein_9(fn_protein_denaturation_by_denaturation_agent_15(X))
& fn_functional_protein_9(fn_protein_denaturation_by_denaturation_agent_15(X)) = fn_disulfide_bond_3(fn_protein_denaturation_by_denaturation_agent_13(X))
& fn_disulfide_bond_3(fn_protein_denaturation_by_denaturation_agent_13(X)) = fn_protein_denaturation_8(X)
& fn_protein_denaturation_8(X) = fn_protein_denaturation_8(X) ) ) ).
fof(a532044,axiom,
! [X,X1] :
( ( causes_2(X1,X)
& heat_1(X1)
& protein_denaturation_1(X) )
=> ( protein_denaturation_by_heat_1(X)
& fn_protein_denaturation_by_heat_1(X) = X1 ) ) ).
fof(a532045,axiom,
! [X] :
( protein_denaturation_by_heat_1(X)
=> ( original_name_2(X,'Protein-Denaturation-By-Heat')
& user_description_2(X,'If protein is exposed to excessive heat, it undergoes denaturation and loses it shape and function.')
& concept2words_2(X,denature)
& concept2words_2(X,'protein denaturation by heat')
& concept2words_2(X,'protein-denaturation-by-heat')
& protein_denaturation_1(X)
& heat_1(fn_protein_denaturation_by_heat_1(X))
& thermal_energy_1(fn_protein_denaturation_by_heat_3(X))
& chemical_bond_1(fn_protein_denaturation_by_heat_4(X))
& break_1(fn_protein_denaturation_by_heat_5(X))
& tangible_entity_1(fn_impair_1(fn_protein_denaturation_by_heat_5(X)))
& causes_2(fn_protein_denaturation_by_heat_1(X),X)
& by_means_of_2(X,fn_protein_denaturation_by_heat_1(X))
& subevent_2(X,fn_protein_denaturation_by_heat_5(X))
& agent_2(X,fn_protein_denaturation_by_heat_3(X))
& object_2(fn_protein_denaturation_by_heat_5(X),fn_protein_denaturation_by_heat_4(X))
& fn_protein_denaturation_by_heat_3(X) = fn_denaturation_1(X)
& fn_protein_denaturation_by_heat_4(X) = fn_impair_1(fn_protein_denaturation_by_heat_5(X)) ) ) ).
fof(a532046,axiom,
! [X] :
( protein_denaturation_by_ph_change_1(X)
=> ( original_name_2(X,'Protein-Denaturation-By-PH-Change')
& user_description_2(X,'A process in which a protein loses its native shape due to the disruption of the ionic bonds that maintain the protein\'s shape, thereby becoming biologically inactive.')
& concept2words_2(X,denature)
& concept2words_2(X,'protein denaturation by ph change')
& concept2words_2(X,'protein-denaturation-by-ph-change')
& protein_denaturation_by_denaturation_agent_1(X)
& ~ protein_denaturation_by_salt_concentration_change_1(X)
& substance_1(fn_protein_denaturation_by_ph_change_2(X))
& ph_value_1(fn_protein_denaturation_by_ph_change_3(X))
& ph_value_1(fn_protein_denaturation_by_ph_change_5(X))
& substance_1(fn_protein_denaturation_by_ph_change_6(X))
& change_1(fn_protein_denaturation_by_ph_change_7(X))
& denatured_protein_1(fn_protein_denaturation_by_ph_change_8(X))
& polymer_1(fn_protein_denaturation_by_ph_change_9(X))
& protein_1(fn_protein_denaturation_by_ph_change_9(X))
& molecule_1(fn_protein_denaturation_by_ph_change_9(X))
& functional_protein_1(fn_protein_denaturation_by_ph_change_9(X))
& change_of_shape_1(fn_protein_denaturation_by_ph_change_10(X))
& has_state_2(fn_protein_denaturation_by_ph_change_9(X),fn_protein_denaturation_by_ph_change_8(X))
& result_2(fn_protein_denaturation_by_ph_change_7(X),fn_protein_denaturation_by_ph_change_2(X))
& object_2(fn_protein_denaturation_by_ph_change_7(X),fn_protein_denaturation_by_ph_change_6(X))
& causes_2(fn_protein_denaturation_by_ph_change_7(X),fn_protein_denaturation_by_ph_change_10(X))
& next_event_2(fn_protein_denaturation_by_ph_change_7(X),fn_protein_denaturation_by_ph_change_10(X))
& by_means_of_2(X,fn_protein_denaturation_by_ph_change_7(X))
& ph_2(fn_protein_denaturation_by_ph_change_6(X),fn_protein_denaturation_by_ph_change_5(X))
& has_state_2(fn_protein_denaturation_by_ph_change_6(X),fn_protein_denaturation_by_ph_change_2(X))
& fn_protein_denaturation_by_ph_change_5(X) != fn_protein_denaturation_by_ph_change_3(X)
& fn_protein_denaturation_by_ph_change_3(X) != fn_protein_denaturation_by_ph_change_5(X)
& ph_2(fn_protein_denaturation_by_ph_change_2(X),fn_protein_denaturation_by_ph_change_3(X))
& by_means_of_2(X,fn_protein_denaturation_by_ph_change_10(X))
& object_2(X,fn_protein_denaturation_by_ph_change_9(X))
& subevent_2(X,fn_protein_denaturation_by_ph_change_10(X))
& result_2(fn_protein_denaturation_by_ph_change_10(X),fn_protein_denaturation_by_ph_change_8(X))
& result_2(X,fn_protein_denaturation_by_ph_change_8(X))
& causes_2(X,fn_protein_denaturation_by_ph_change_10(X))
& object_2(fn_protein_denaturation_by_ph_change_10(X),fn_protein_denaturation_by_ph_change_9(X))
& fn_protein_denaturation_by_ph_change_9(X) = fn_protein_denaturation_by_denaturation_agent_15(X)
& fn_protein_denaturation_by_ph_change_8(X) = fn_protein_denaturation_by_denaturation_agent_10(X)
& fn_protein_denaturation_by_ph_change_10(X) = fn_protein_denaturation_by_denaturation_agent_14(X) ) ) ).
fof(a532047,axiom,
! [X] :
( protein_denaturation_by_salt_concentration_change_1(X)
=> ( original_name_2(X,'Protein-Denaturation-By-Salt-Concentration-Change')
& user_description_2(X,'A process in which a protein loses its native shape due to the disruption of the ionic bonds that maintain the protein\'s shape, thereby becoming biologically inactive, in much the same way as with a change in pH.')
& concept2words_2(X,denature)
& concept2words_2(X,'protein denaturation by salt concentration change')
& concept2words_2(X,'protein-denaturation-by-salt-concentration-change')
& protein_denaturation_by_denaturation_agent_1(X)
& ~ protein_denaturation_by_ph_change_1(X)
& time_interval_1(fn_protein_denaturation_by_salt_concentration_change_1(X))
& time_interval_1(fn_protein_denaturation_by_salt_concentration_change_2(X))
& change_of_shape_1(fn_protein_denaturation_by_salt_concentration_change_3(X))
& break_1(fn_protein_denaturation_by_salt_concentration_change_4(X))
& time_during_2(fn_protein_denaturation_by_salt_concentration_change_3(X),fn_protein_denaturation_by_salt_concentration_change_1(X))
& time_during_2(fn_protein_denaturation_by_salt_concentration_change_4(X),fn_protein_denaturation_by_salt_concentration_change_2(X))
& time_before_2(fn_protein_denaturation_by_salt_concentration_change_2(X),fn_protein_denaturation_by_salt_concentration_change_1(X))
& subevent_2(X,fn_protein_denaturation_by_salt_concentration_change_3(X))
& causes_2(X,fn_protein_denaturation_by_salt_concentration_change_3(X))
& subevent_2(X,fn_protein_denaturation_by_salt_concentration_change_4(X))
& next_event_2(fn_protein_denaturation_by_salt_concentration_change_4(X),fn_protein_denaturation_by_salt_concentration_change_3(X))
& by_means_of_2(X,fn_protein_denaturation_by_salt_concentration_change_3(X))
& fn_protein_denaturation_by_salt_concentration_change_4(X) = fn_protein_denaturation_by_denaturation_agent_12(X)
& fn_protein_denaturation_by_salt_concentration_change_3(X) = fn_protein_denaturation_by_denaturation_agent_14(X) ) ) ).
fof(a532048,axiom,
! [X,X1] :
( ( has_part_2(X,X1)
& dimer_1(X)
& protein_1(X1)
& monomer_1(X1) )
=> ( protein_dimer_1(X)
& fn_protein_dimer_3(X) = X1 ) ) ).
fof(a532049,axiom,
! [X] :
( protein_dimer_1(X)
=> ( original_name_2(X,'Protein-Dimer')
& user_description_2(X,'Two proteins associating closely together to form a dimer')
& concept2words_2(X,'dimer of protein')
& concept2words_2(X,'protein dimer')
& concept2words_2(X,'protein-dimer')
& dimer_1(X)
& ~ aldose_1(X)
& protein_1(fn_protein_dimer_2(X))
& protein_1(fn_protein_dimer_3(X))
& carbon_1(fn_protein_dimer_4(X))
& has_part_2(X,fn_protein_dimer_3(X))
& has_part_2(X,fn_protein_dimer_2(X))
& has_part_2(X,fn_protein_dimer_4(X))
& fn_protein_dimer_3(X) = fn_dimer_2(X)
& fn_protein_dimer_2(X) = fn_dimer_1(X)
& fn_protein_dimer_4(X) = fn_molecule_7(X) ) ) ).
fof(a532050,axiom,
! [X] :
( protein_domain_1(X)
=> ( original_name_2(X,'Protein-Domain')
& user_description_2(X,'A defined portion of a protein which has been identified as uniques according to its structure or its function.')
& concept2words_2(X,'polypeptide segment')
& concept2words_2(X,'domain of protein')
& concept2words_2(X,'protein domain')
& concept2words_2(X,'protein-domain')
& molecular_region_1(X)
& ~ active_site_1(X)
& ~ allosteric_site_1(X)
& ~ alpha_helix_1(X)
& ~ antigen_binding_site_1(X)
& ~ epitope_1(X)
& amino_acid_1(fn_protein_domain_1(X))
& is_at_2(fn_protein_domain_1(X),X) ) ) ).
fof(a532051,axiom,
! [X] :
( protein_enzyme_1(X)
=> ( original_name_2(X,'Protein-Enzyme')
& user_description_2(X,'A protein that functions as an enzyme.')
& concept2words_2(X,'enzymatic protein')
& concept2words_2(X,'enzyme of protein')
& concept2words_2(X,'protein enzyme')
& concept2words_2(X,'protein-enzyme')
& enzyme_1(X)
& protein_1(X)
& unitless_value_1(fn_protein_enzyme_1(X))
& size_value_1(fn_protein_enzyme_3(X))
& size_value_1(fn_protein_enzyme_4(X))
& protein_domain_1(fn_protein_enzyme_5(X))
& carbon_skeleton_1(fn_protein_enzyme_6(X))
& carbon_1(fn_protein_enzyme_7(X))
& atom_1(fn_protein_enzyme_8(X))
& chemical_entity_1(fn_protein_enzyme_8(X))
& monomer_1(fn_protein_enzyme_9(X))
& active_site_1(fn_protein_enzyme_10(X))
& spatial_entity_1(fn_protein_enzyme_11(X))
& chemical_entity_1(fn_protein_enzyme_11(X))
& monomer_1(fn_protein_enzyme_11(X))
& molecule_1(fn_protein_enzyme_11(X))
& amino_acid_1(fn_protein_enzyme_11(X))
& r_group_1(fn_protein_enzyme_12(X))
& r_group_1(fn_amino_acid_2(fn_protein_enzyme_11(X)))
& carbon_1(fn_carbon_skeleton_4(fn_protein_enzyme_6(X)))
& atom_1(fn_carbon_skeleton_2(fn_protein_enzyme_6(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_protein_enzyme_6(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_protein_enzyme_6(X)))
& the_scalar_value_2(fn_protein_enzyme_3(X),big_0)
& scalar_unit_class_2(fn_protein_enzyme_3(X),polypeptide_0)
& the_scalar_value_2(fn_protein_enzyme_1(X),important_0)
& scalar_unit_class_2(fn_protein_enzyme_1(X),protein_0)
& importance_2(X,fn_protein_enzyme_1(X))
& is_inside_2(fn_protein_enzyme_12(X),fn_protein_enzyme_10(X))
& has_part_2(X,fn_protein_enzyme_8(X))
& has_region_2(X,fn_protein_enzyme_10(X))
& has_region_2(fn_protein_enzyme_11(X),fn_protein_enzyme_12(X))
& has_region_2(X,fn_protein_enzyme_5(X))
& is_at_2(fn_protein_enzyme_11(X),fn_protein_enzyme_5(X))
& has_part_2(X,fn_protein_enzyme_9(X))
& size_2(fn_protein_enzyme_9(X),fn_protein_enzyme_4(X))
& greater_than_2(fn_protein_enzyme_3(X),fn_protein_enzyme_4(X))
& size_2(X,fn_protein_enzyme_3(X))
& is_inside_2(fn_protein_enzyme_7(X),fn_protein_enzyme_6(X))
& has_part_2(X,fn_protein_enzyme_7(X))
& has_region_2(X,fn_protein_enzyme_6(X))
& fn_protein_enzyme_8(X) != fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) != fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_2(X)
& fn_protein_enzyme_10(X) = fn_enzyme_2(X)
& fn_protein_enzyme_12(X) = fn_amino_acid_2(fn_protein_enzyme_11(X))
& fn_protein_enzyme_11(X) = fn_protein_14(X)
& fn_protein_enzyme_5(X) = fn_protein_7(X)
& fn_protein_enzyme_3(X) = fn_polymer_8(X)
& fn_protein_enzyme_4(X) = fn_polymer_7(X)
& fn_protein_enzyme_9(X) = fn_polymer_6(X)
& fn_protein_enzyme_9(X) = fn_polymer_4(X)
& X = fn_carbon_skeleton_3(fn_protein_enzyme_6(X))
& fn_protein_enzyme_8(X) = fn_carbon_skeleton_2(fn_protein_enzyme_6(X))
& fn_protein_enzyme_7(X) = fn_carbon_skeleton_4(fn_protein_enzyme_6(X))
& fn_polymer_4(X) = fn_polymer_6(X)
& fn_polymer_6(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_carbon_skeleton_2(fn_protein_enzyme_6(X))
& fn_carbon_skeleton_2(fn_protein_enzyme_6(X)) = fn_carbon_skeleton_2(fn_protein_enzyme_6(X))
& fn_carbon_skeleton_3(fn_protein_enzyme_6(X)) = fn_carbon_skeleton_3(fn_protein_enzyme_6(X)) ) ) ).
fof(a532052,axiom,
! [X] :
( protein_folding_1(X)
=> ( original_name_2(X,'Protein-Folding')
& user_description_2(X,'The process of altering the shape of a polypeptide through interactions such as hydrogen bonds, hydrophobic interactions, and disulfide bridges to create a functional protein.')
& concept2words_2(X,fold)
& concept2words_2(X,'folding of protein')
& concept2words_2(X,'protein folding')
& concept2words_2(X,'protein-folding')
& biomolecular_process_1(X)
& ~ gene_amplification_1(X)
& ~ anabolism_1(X)
& ~ antigen_presentation_1(X)
& ~ catabolism_1(X)
& ~ denaturation_1(X)
& ~ dna_methylation_1(X)
& ~ dynein_walking_1(X)
& ~ genetic_process_1(X)
& ~ hydrolysis_1(X)
& protein_1(fn_protein_folding_1(X))
& primary_amino_acid_sequence_1(fn_protein_folding_2(X))
& change_of_shape_1(fn_protein_folding_3(X))
& change_of_shape_1(fn_protein_folding_4(X))
& unfolded_protein_1(fn_protein_folding_5(X))
& molecule_1(fn_protein_folding_6(X))
& folded_protein_1(fn_protein_folding_6(X))
& chemical_bond_1(fn_protein_folding_7(X))
& hydrogen_bond_1(fn_protein_folding_7(X))
& secondary_protein_structure_1(fn_protein_folding_8(X))
& folded_protein_1(fn_protein_folding_9(X))
& tertiary_protein_structure_1(fn_protein_folding_10(X))
& molecule_1(fn_tertiary_protein_structure_65(fn_protein_folding_10(X)))
& folded_protein_1(fn_tertiary_protein_structure_65(fn_protein_folding_10(X)))
& folded_protein_1(fn_secondary_protein_structure_22(fn_protein_folding_8(X)))
& hydrogen_bond_1(fn_secondary_protein_structure_3(fn_protein_folding_8(X)))
& chemical_bond_1(fn_secondary_protein_structure_52(fn_protein_folding_8(X)))
& hydrogen_bond_1(fn_secondary_protein_structure_52(fn_protein_folding_8(X)))
& subevent_2(X,fn_protein_folding_3(X))
& subevent_2(X,fn_protein_folding_4(X))
& object_2(X,fn_protein_folding_5(X))
& result_2(X,fn_protein_folding_6(X))
& has_region_2(fn_protein_folding_5(X),fn_protein_folding_2(X))
& object_2(fn_protein_folding_4(X),fn_protein_folding_5(X))
& result_2(fn_protein_folding_4(X),fn_protein_folding_9(X))
& object_2(fn_protein_folding_3(X),fn_protein_folding_9(X))
& result_2(fn_protein_folding_3(X),fn_protein_folding_6(X))
& has_state_2(fn_protein_folding_1(X),fn_protein_folding_5(X))
& has_state_2(fn_protein_folding_1(X),fn_protein_folding_6(X))
& has_state_2(fn_protein_folding_1(X),fn_protein_folding_9(X))
& has_region_2(fn_protein_folding_6(X),fn_protein_folding_10(X))
& is_inside_2(fn_protein_folding_7(X),fn_protein_folding_8(X))
& has_region_2(fn_protein_folding_9(X),fn_protein_folding_8(X))
& possesses_2(fn_protein_folding_9(X),fn_protein_folding_7(X))
& fn_protein_folding_6(X) = fn_tertiary_protein_structure_65(fn_protein_folding_10(X))
& fn_protein_folding_7(X) = fn_secondary_protein_structure_3(fn_protein_folding_8(X))
& fn_protein_folding_7(X) = fn_secondary_protein_structure_52(fn_protein_folding_8(X))
& fn_protein_folding_9(X) = fn_secondary_protein_structure_22(fn_protein_folding_8(X))
& fn_secondary_protein_structure_3(fn_protein_folding_8(X)) = fn_secondary_protein_structure_52(fn_protein_folding_8(X)) ) ) ).
fof(a532053,axiom,
! [X] :
( protein_kinase_1(X)
=> ( original_name_2(X,'Protein-Kinase')
& user_description_2(X,'Enzyme which phosphorylates proteins.')
& concept2words_2(X,'kinase of protein')
& concept2words_2(X,'protein kinase')
& concept2words_2(X,'protein-kinase')
& kinase_1(X)
& regulatory_protein_1(X) ) ) ).
fof(a532054,axiom,
! [X] :
( protein_kinase_a_1(X)
=> ( original_name_2(X,'Protein-Kinase-A')
& user_description_2(X,'A serine/threonine kinase that is activated by cAMP.')
& concept2words_2(X,'serine threonine kinase')
& concept2words_2(X,'serine-threonine-kinase')
& concept2words_2(X,'protein kinase a')
& concept2words_2(X,'protein-kinase-a')
& serine_threonine_kinase_1(X) ) ) ).
fof(a532055,axiom,
! [X] :
( protein_layer_1(X)
=> ( original_name_2(X,'Protein-Layer')
& user_description_2(X,'A protein layer that covers the surface of a cell and acts as a barrier between the inside of a cell and its environment.')
& concept2words_2(X,'layer of protein')
& concept2words_2(X,'protein layer')
& concept2words_2(X,'protein-layer')
& layer_1(X)
& protein_1(fn_protein_layer_1(X))
& is_inside_2(fn_protein_layer_1(X),X) ) ) ).
fof(a532056,axiom,
! [X] :
( protein_phosphatase_1(X)
=> ( original_name_2(X,'Protein-Phosphatase')
& user_description_2(X,'An enzyme that cleaves phosphate groups from other proteins. Protein phosphatases often work to reverse the activity of protein kinases.')
& concept2words_2(X,'phosphatase of protein')
& concept2words_2(X,'protein phosphatase')
& concept2words_2(X,'protein-phosphatase')
& phosphatase_1(X)
& decomposition_reaction_1(fn_protein_phosphatase_1(X))
& dephosphorylation_1(fn_protein_phosphatase_1(X))
& protein_1(fn_protein_phosphatase_2(X))
& protein_1(fn_protein_phosphatase_3(X))
& chemical_entity_1(fn_decomposition_reaction_4(fn_protein_phosphatase_1(X)))
& molecule_1(fn_dephosphorylation_11(fn_protein_phosphatase_1(X)))
& chemical_entity_1(fn_dephosphorylation_11(fn_protein_phosphatase_1(X)))
& organic_molecule_1(fn_dephosphorylation_11(fn_protein_phosphatase_1(X)))
& result_2(fn_protein_phosphatase_1(X),fn_protein_phosphatase_2(X))
& raw_material_2(fn_protein_phosphatase_1(X),fn_protein_phosphatase_3(X))
& has_function_2(X,fn_protein_phosphatase_1(X))
& fn_protein_phosphatase_2(X) = fn_decomposition_reaction_4(fn_protein_phosphatase_1(X))
& fn_protein_phosphatase_3(X) = fn_dephosphorylation_11(fn_protein_phosphatase_1(X))
& fn_protein_phosphatase_1(X) = fn_phosphatase_6(X) ) ) ).
fof(a532057,axiom,
! [X] :
( protein_pump_1(X)
=> ( original_name_2(X,'Protein-Pump')
& user_description_2(X,'Protein pumps are proteins which engage in the active transport (pumping) of ions and other molecules across cell membranes.')
& concept2words_2(X,'protein pump')
& concept2words_2(X,'protein-pump')
& transport_protein_1(X)
& move_through_1(fn_protein_pump_1(X))
& move_1(fn_protein_pump_1(X))
& active_transport_1(fn_protein_pump_2(X))
& spatial_entity_1(fn_protein_pump_3(X))
& biomembrane_1(fn_protein_pump_3(X))
& chemical_entity_1(fn_protein_pump_4(X))
& hydrophilic_compound_1(fn_protein_pump_5(X))
& spatial_entity_1(fn_protein_pump_5(X))
& tangible_entity_1(fn_biomembrane_54(fn_protein_pump_3(X)))
& membrane_protein_1(fn_biomembrane_54(fn_protein_pump_3(X)))
& protein_1(fn_biomembrane_54(fn_protein_pump_3(X)))
& chemical_entity_1(fn_biomembrane_55(fn_protein_pump_3(X)))
& biomembrane_1(fn_active_transport_18(fn_protein_pump_2(X)))
& hydrophilic_compound_1(fn_biomembrane_72(fn_protein_pump_3(X)))
& spatial_entity_1(fn_move_1(fn_protein_pump_1(X)))
& move_1(fn_active_transport_22(fn_protein_pump_2(X)))
& move_through_1(fn_active_transport_22(fn_protein_pump_2(X)))
& move_through_1(fn_biomembrane_52(fn_protein_pump_3(X)))
& subevent_2(fn_protein_pump_2(X),fn_protein_pump_1(X))
& path_2(fn_protein_pump_2(X),fn_protein_pump_3(X))
& is_across_2(X,fn_protein_pump_3(X))
& base_2(fn_protein_pump_1(X),fn_protein_pump_3(X))
& has_part_2(fn_protein_pump_3(X),X)
& has_function_2(fn_protein_pump_3(X),fn_protein_pump_1(X))
& object_2(fn_protein_pump_1(X),fn_protein_pump_4(X))
& fn_protein_pump_5(X) != fn_protein_pump_4(X)
& fn_protein_pump_4(X) != fn_protein_pump_5(X)
& object_2(fn_protein_pump_1(X),fn_protein_pump_5(X))
& fn_protein_pump_1(X) = fn_active_transport_22(fn_protein_pump_2(X))
& fn_protein_pump_3(X) = fn_active_transport_18(fn_protein_pump_2(X))
& fn_protein_pump_3(X) = fn_transport_protein_35(X)
& X = fn_biomembrane_54(fn_protein_pump_3(X))
& fn_protein_pump_5(X) = fn_biomembrane_72(fn_protein_pump_3(X))
& fn_protein_pump_4(X) = fn_biomembrane_55(fn_protein_pump_3(X))
& fn_protein_pump_1(X) = fn_biomembrane_52(fn_protein_pump_3(X))
& fn_protein_pump_5(X) = fn_move_1(fn_protein_pump_1(X))
& fn_active_transport_18(fn_protein_pump_2(X)) = fn_transport_protein_35(X)
& fn_transport_protein_35(X) = fn_biomembrane_72(fn_protein_pump_3(X))
& fn_biomembrane_72(fn_protein_pump_3(X)) = fn_biomembrane_72(fn_protein_pump_3(X))
& fn_biomembrane_72(fn_protein_pump_3(X)) = fn_move_1(fn_protein_pump_1(X))
& fn_move_1(fn_protein_pump_1(X)) = fn_active_transport_22(fn_protein_pump_2(X))
& fn_active_transport_22(fn_protein_pump_2(X)) = fn_biomembrane_52(fn_protein_pump_3(X))
& fn_biomembrane_52(fn_protein_pump_3(X)) = fn_biomembrane_52(fn_protein_pump_3(X)) ) ) ).
fof(a532058,axiom,
! [X] :
( protein_related_aggregates_1(X)
=> ( original_name_2(X,'Protein-Related-Aggregates')
& user_description_2(X,'An entity which is formed by the combination of separate protein-related units.')
& concept2words_2(X,'protein related aggregate')
& concept2words_2(X,'protein-related-aggregate')
& molecular_assembly_1(X) ) ) ).
fof(a532059,axiom,
! [X,X1,X2] :
( ( has_solute_2(X,X1)
& has_part_2(X1,X2)
& solution_1(X)
& chemical_1(X1)
& protein_1(X2) )
=> ( protein_solution_1(X)
& fn_protein_solution_3(X) = X2
& fn_protein_solution_2(X) = X1 ) ) ).
fof(a532060,axiom,
! [X] :
( protein_solution_1(X)
=> ( original_name_2(X,'Protein-Solution')
& user_description_2(X,'A solution in which water is the solvent and soluble proteins are the solute.')
& concept2words_2(X,'solution of protein')
& concept2words_2(X,'protein solution')
& concept2words_2(X,'protein-solution')
& solution_1(X)
& ~ polar_molecule_solution_1(X)
& ~ salt_solution_1(X)
& chemical_1(fn_protein_solution_2(X))
& protein_1(fn_protein_solution_3(X))
& chemical_entity_1(fn_chemical_3(fn_protein_solution_2(X)))
& has_part_2(fn_protein_solution_2(X),fn_protein_solution_3(X))
& has_part_2(X,fn_protein_solution_2(X))
& has_solute_2(X,fn_protein_solution_2(X))
& fn_protein_solution_3(X) = fn_chemical_3(fn_protein_solution_2(X))
& fn_protein_solution_2(X) = fn_solution_6(X)
& fn_protein_solution_2(X) = fn_solution_5(X)
& fn_solution_5(X) = fn_solution_6(X)
& fn_solution_6(X) = fn_solution_5(X) ) ) ).
fof(a532061,axiom,
! [X] :
( proteobacteria_1(X)
=> ( original_name_2(X,'Proteobacteria')
& user_description_2(X,'A major group of bacteria that includes several pathogenic genera such as Escherichia, Salmonella, Helicobacter, and Vibrio.')
& concept2words_2(X,proteobacteria)
& gram_negative_bacteria_1(X)
& ~ coccus_1(X)
& ~ heterocyte_1(X)
& ~ spirochete_1(X) ) ) ).
fof(a532062,axiom,
! [X] :
( proteoglycan_1(X)
=> ( original_name_2(X,'Proteoglycan')
& user_description_2(X,'A large molecule composed of several carbohydrate chains attached to a core of protein, found in the connective tissues of animals.')
& concept2words_2(X,proteoglycan)
& glycoprotein_1(X)
& ~ cell_adhesion_molecule_1(X)
& ~ collagen_1(X)
& ~ fibronectin_1(X)
& ~ glycoprotein_hormone_1(X)
& ~ peptidoglycan_1(X)
& charge_value_1(fn_proteoglycan_1(X))
& entity_1(fn_proteoglycan_4(X))
& atom_1(fn_proteoglycan_4(X))
& chemical_entity_1(fn_proteoglycan_4(X))
& oxygen_1(fn_proteoglycan_4(X))
& unequal_sharing_of_electrons_1(fn_proteoglycan_5(X))
& entity_1(fn_proteoglycan_6(X))
& tangible_entity_1(fn_proteoglycan_6(X))
& atom_1(fn_proteoglycan_6(X))
& chemical_entity_1(fn_proteoglycan_6(X))
& carbon_1(fn_proteoglycan_6(X))
& hold_1(fn_proteoglycan_7(X))
& hold_together_1(fn_proteoglycan_7(X))
& tangible_entity_1(fn_proteoglycan_8(X))
& entity_1(fn_proteoglycan_8(X))
& carbon_1(fn_proteoglycan_8(X))
& atom_1(fn_proteoglycan_8(X))
& chemical_entity_1(fn_proteoglycan_8(X))
& carbohydrate_side_chain_1(fn_proteoglycan_9(X))
& entity_1(fn_share_3(fn_proteoglycan_5(X)))
& tangible_entity_1(fn_hold_2(fn_proteoglycan_7(X)))
& entity_1(fn_share_1(fn_proteoglycan_5(X)))
& the_cardinal_value_2(fn_proteoglycan_1(X),"0.0e0")
& cardinal_unit_class_2(fn_proteoglycan_1(X),unity_0)
& the_categorical_value_2(fn_proteoglycan_1(X),partial_positive_0)
& the_categorical_value_2(fn_proteoglycan_1(X),partial_negative_0)
& agent_2(fn_proteoglycan_5(X),fn_proteoglycan_6(X))
& agent_2(fn_proteoglycan_5(X),fn_proteoglycan_8(X))
& object_2(fn_proteoglycan_7(X),fn_proteoglycan_6(X))
& has_part_2(X,fn_proteoglycan_6(X))
& fn_proteoglycan_8(X) != fn_proteoglycan_6(X)
& fn_proteoglycan_6(X) != fn_proteoglycan_8(X)
& has_part_2(X,fn_proteoglycan_8(X))
& object_2(fn_proteoglycan_7(X),fn_proteoglycan_8(X))
& fn_proteoglycan_6(X) = fn_share_3(fn_proteoglycan_5(X))
& fn_proteoglycan_8(X) = fn_share_1(fn_proteoglycan_5(X))
& fn_proteoglycan_6(X) = fn_hold_2(fn_proteoglycan_7(X))
& fn_proteoglycan_8(X) = fn_organic_molecule_2(X)
& fn_proteoglycan_6(X) = fn_glycoprotein_4(X)
& fn_proteoglycan_6(X) = fn_organic_molecule_1(X)
& fn_proteoglycan_8(X) = fn_glycoprotein_5(X)
& fn_proteoglycan_8(X) = fn_glycoprotein_30(X)
& fn_proteoglycan_7(X) = fn_glycoprotein_13(X)
& fn_proteoglycan_4(X) = fn_glycoprotein_29(X)
& fn_proteoglycan_9(X) = fn_glycoprotein_17(X)
& fn_share_3(fn_proteoglycan_5(X)) = fn_hold_2(fn_proteoglycan_7(X))
& fn_hold_2(fn_proteoglycan_7(X)) = fn_hold_2(fn_proteoglycan_7(X))
& fn_hold_2(fn_proteoglycan_7(X)) = fn_glycoprotein_4(X)
& fn_glycoprotein_4(X) = fn_glycoprotein_4(X)
& fn_organic_molecule_1(X) = fn_glycoprotein_4(X)
& fn_glycoprotein_4(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_share_1(fn_proteoglycan_5(X))
& fn_share_1(fn_proteoglycan_5(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_glycoprotein_5(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_glycoprotein_5(X)
& fn_glycoprotein_5(X) = fn_glycoprotein_5(X)
& fn_glycoprotein_5(X) = fn_glycoprotein_30(X) ) ) ).
fof(a532063,axiom,
! [X] :
( proteome_1(X)
=> ( original_name_2(X,'Proteome')
& user_description_2(X,'The proteome is the entire set of proteins expressed by a genome, cell, tissue or organism.')
& concept2words_2(X,'protein set')
& concept2words_2(X,'full protein set')
& concept2words_2(X,'protein family')
& concept2words_2(X,proteome)
& protein_related_aggregates_1(X)
& organism_1(fn_proteome_1(X))
& organism_1(fn_proteome_2(X))
& code_for_1(fn_proteome_3(X))
& protein_1(fn_proteome_4(X))
& protein_1(fn_proteome_5(X))
& code_for_1(fn_proteome_6(X))
& code_for_1(fn_proteome_7(X))
& genome_1(fn_proteome_8(X))
& entity_1(fn_code_for_2(fn_proteome_6(X)))
& entity_1(fn_code_for_1(fn_proteome_3(X)))
& entity_1(fn_code_for_2(fn_proteome_7(X)))
& entity_1(fn_code_for_2(fn_proteome_3(X)))
& element_2(X,fn_proteome_5(X))
& element_2(X,fn_proteome_4(X))
& has_part_2(fn_proteome_1(X),fn_proteome_4(X))
& has_part_2(fn_proteome_2(X),fn_proteome_5(X))
& minCardinality(fn_proteome_3(X),agent_0,"1",genome_0)
& result_2(fn_proteome_6(X),fn_proteome_5(X))
& agent_2(fn_proteome_3(X),fn_proteome_8(X))
& result_2(fn_proteome_7(X),fn_proteome_4(X))
& result_2(fn_proteome_3(X),X)
& fn_proteome_5(X) = fn_code_for_2(fn_proteome_6(X))
& fn_proteome_8(X) = fn_code_for_1(fn_proteome_3(X))
& fn_proteome_4(X) = fn_code_for_2(fn_proteome_7(X))
& X = fn_code_for_2(fn_proteome_3(X)) ) ) ).
fof(a532064,axiom,
! [X] :
( proteomics_1(X)
=> ( original_name_2(X,'Proteomics')
& user_description_2(X,'The systematic study of the full protein sets (proteomes) encoded by genomes.')
& concept2words_2(X,proteomics)
& study_1(X)
& ~ study_of_membrane_by_electron_microscopy_1(X)
& proteome_1(fn_proteomics_1(X))
& object_2(X,fn_proteomics_1(X)) ) ) ).
fof(a532065,axiom,
! [X] :
( protist_1(X)
=> ( original_name_2(X,'Protist')
& description_2(X,'Eukaryotic, unicellular organism. Includes protozoans, slime molds, and certain algae. Kingdom Protoctista.')
& user_description_2(X,'Protists are a diverse group of eukaryotic microorganisms. They are either unicellular, or multicellular without specialized tissues. They differ from other Eukaryotes (Animal, Plant and Fungi) by having a comparatively simple cellular organization.')
& concept2words_2(X,protista)
& concept2words_2(X,protist)
& eukaryote_1(X)
& ~ plant_1(X)
& ~ animal_1(X)
& ~ fungus_1(X) ) ) ).
fof(a532066,axiom,
! [X] :
( protist_cell_1(X)
=> ( original_name_2(X,'Protist-Cell')
& user_description_2(X,'The cell of any eukaryote that is not a plant, animal, or fungus. They are usually unicellular though some are colonial and others are multicellular.')
& concept2words_2(X,'cell of protist')
& concept2words_2(X,'cell-of-protist')
& concept2words_2(X,'protist cell')
& concept2words_2(X,'protist-cell')
& eukaryotic_cell_1(X)
& extra_cellular_matrix_1(fn_protist_cell_1(X))
& chromosome_arm_1(fn_protist_cell_2(X))
& chromosome_arm_1(fn_protist_cell_3(X))
& protein_1(fn_protist_cell_4(X))
& telomere_1(fn_protist_cell_5(X))
& centromere_1(fn_protist_cell_6(X))
& end_1(fn_protist_cell_7(X))
& coil_1(fn_protist_cell_8(X))
& cellular_work_1(fn_protist_cell_9(X))
& nuclear_lamina_1(fn_protist_cell_10(X))
& aqueous_solution_1(fn_protist_cell_11(X))
& golgi_apparatus_1(fn_protist_cell_14(X))
& surface_1(fn_protist_cell_15(X))
& size_value_1(fn_protist_cell_16(X))
& volume_value_1(fn_protist_cell_17(X))
& tangible_entity_1(fn_protist_cell_18(X))
& phospholipid_bilayer_1(fn_protist_cell_18(X))
& chromosome_1(fn_protist_cell_19(X))
& eukaryotic_chromosome_1(fn_protist_cell_19(X))
& entity_1(fn_protist_cell_20(X))
& dna_1(fn_protist_cell_20(X))
& carbon_skeleton_1(fn_protist_cell_21(X))
& spatial_entity_1(fn_protist_cell_22(X))
& biomembrane_1(fn_protist_cell_22(X))
& plasma_membrane_1(fn_protist_cell_22(X))
& smooth_endoplasmic_reticulum_1(fn_protist_cell_23(X))
& tangible_entity_1(fn_protist_cell_24(X))
& nucleus_1(fn_protist_cell_24(X))
& rough_endoplasmic_reticulum_1(fn_protist_cell_25(X))
& lipid_1(fn_protist_cell_26(X))
& glycolipid_1(fn_protist_cell_26(X))
& spatial_entity_1(fn_protist_cell_27(X))
& nuclear_membrane_1(fn_protist_cell_27(X))
& biomembrane_1(fn_protist_cell_27(X))
& synthesis_reaction_1(fn_protist_cell_28(X))
& chemical_reaction_1(fn_protist_cell_28(X))
& anabolic_pathway_1(fn_protist_cell_28(X))
& synthesis_of_lipid_1(fn_protist_cell_28(X))
& substance_1(fn_protist_cell_29(X))
& cytosol_1(fn_protist_cell_29(X))
& eukaryotic_ribosome_1(fn_protist_cell_30(X))
& er_membrane_1(fn_protist_cell_31(X))
& eukaryotic_cellular_respiration_1(fn_protist_cell_32(X))
& protein_enzyme_1(fn_protist_cell_33(X))
& semiautonomous_organelle_1(fn_protist_cell_34(X))
& organelle_1(fn_protist_cell_34(X))
& mitochondrion_1(fn_protist_cell_34(X))
& mixture_1(fn_protist_cell_35(X))
& cytoplasm_1(fn_protist_cell_35(X))
& eukaryotic_ribosome_1(fn_smooth_endoplasmic_reticulum_11(fn_protist_cell_23(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_protist_cell_23(X)))
& aqueous_solution_1(fn_nucleus_17(fn_protist_cell_24(X)))
& nuclear_lamina_1(fn_nucleus_14(fn_protist_cell_24(X)))
& mitochondrion_1(fn_endoplasmic_reticulum_14(fn_protist_cell_25(X)))
& eukaryotic_chromosome_1(fn_nucleus_6(fn_protist_cell_24(X)))
& eukaryotic_cell_1(fn_endoplasmic_reticulum_11(fn_protist_cell_25(X)))
& cell_1(fn_endoplasmic_reticulum_11(fn_protist_cell_25(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_protist_cell_23(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_protist_cell_23(X)))
& spatial_entity_1(fn_smooth_endoplasmic_reticulum_36(fn_protist_cell_23(X)))
& biomembrane_1(fn_smooth_endoplasmic_reticulum_36(fn_protist_cell_23(X)))
& nuclear_membrane_1(fn_smooth_endoplasmic_reticulum_36(fn_protist_cell_23(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_protist_cell_24(X)))
& biomembrane_1(fn_nucleus_13(fn_protist_cell_24(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_protist_cell_23(X)))
& substance_1(fn_endoplasmic_reticulum_40(fn_protist_cell_25(X)))
& cytosol_1(fn_endoplasmic_reticulum_40(fn_protist_cell_25(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_protist_cell_23(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_protist_cell_23(X)))
& synthesis_of_lipid_1(fn_endoplasmic_reticulum_23(fn_protist_cell_25(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_protist_cell_23(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_protist_cell_23(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_protist_cell_23(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_protist_cell_23(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_protist_cell_23(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_protist_cell_23(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_protist_cell_23(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_protist_cell_23(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_protist_cell_23(X)))
& is_outside_2(fn_protist_cell_1(X),fn_protist_cell_22(X))
& abuts_2(fn_protist_cell_23(X),fn_protist_cell_25(X))
& fn_protist_cell_23(X) != fn_protist_cell_25(X)
& abuts_2(fn_protist_cell_25(X),fn_protist_cell_23(X))
& fn_protist_cell_25(X) != fn_protist_cell_23(X)
& the_scalar_value_2(fn_protist_cell_16(X),big_0)
& scalar_unit_class_2(fn_protist_cell_16(X),prokaryote_0)
& base_2(fn_protist_cell_32(X),X)
& is_inside_2(fn_protist_cell_35(X),fn_protist_cell_22(X))
& is_between_2(fn_protist_cell_35(X),fn_protist_cell_24(X))
& base_2(fn_protist_cell_9(X),X)
& has_part_2(fn_protist_cell_35(X),fn_protist_cell_29(X))
& is_inside_2(fn_protist_cell_34(X),fn_protist_cell_29(X))
& is_inside_2(fn_protist_cell_21(X),fn_protist_cell_27(X))
& has_region_2(fn_protist_cell_26(X),fn_protist_cell_21(X))
& is_at_2(fn_protist_cell_5(X),fn_protist_cell_7(X))
& has_part_2(fn_protist_cell_19(X),fn_protist_cell_5(X))
& has_region_2(fn_protist_cell_19(X),fn_protist_cell_6(X))
& has_part_2(fn_protist_cell_19(X),fn_protist_cell_2(X))
& is_between_2(fn_protist_cell_6(X),fn_protist_cell_2(X))
& is_between_2(fn_protist_cell_6(X),fn_protist_cell_3(X))
& has_part_2(fn_protist_cell_19(X),fn_protist_cell_3(X))
& has_region_2(fn_protist_cell_19(X),fn_protist_cell_7(X))
& has_part_2(X,fn_protist_cell_19(X))
& has_part_2(fn_protist_cell_19(X),fn_protist_cell_20(X))
& object_2(fn_protist_cell_8(X),fn_protist_cell_20(X))
& agent_2(fn_protist_cell_8(X),fn_protist_cell_4(X))
& has_part_2(fn_protist_cell_19(X),fn_protist_cell_4(X))
& has_part_2(X,fn_protist_cell_35(X))
& size_2(X,fn_protist_cell_16(X))
& directly_proportional_2(fn_protist_cell_16(X),fn_protist_cell_17(X))
& volume_2(X,fn_protist_cell_17(X))
& has_function_2(X,fn_protist_cell_32(X))
& is_between_2(fn_protist_cell_35(X),fn_protist_cell_22(X))
& has_part_2(fn_protist_cell_35(X),fn_protist_cell_33(X))
& is_inside_2(fn_protist_cell_33(X),fn_protist_cell_31(X))
& abuts_2(fn_protist_cell_31(X),fn_protist_cell_27(X))
& has_part_2(fn_protist_cell_27(X),fn_protist_cell_26(X))
& abuts_2(fn_protist_cell_27(X),fn_protist_cell_31(X))
& has_region_2(X,fn_protist_cell_15(X))
& is_at_2(fn_protist_cell_18(X),fn_protist_cell_15(X))
& has_part_2(fn_protist_cell_22(X),fn_protist_cell_18(X))
& has_part_2(X,fn_protist_cell_22(X))
& has_function_2(X,fn_protist_cell_9(X))
& base_2(fn_protist_cell_28(X),X)
& has_part_2(X,fn_protist_cell_25(X))
& has_part_2(X,fn_protist_cell_34(X))
& is_inside_2(fn_protist_cell_19(X),fn_protist_cell_24(X))
& has_part_2(X,fn_protist_cell_24(X))
& has_part_2(fn_protist_cell_24(X),fn_protist_cell_27(X))
& has_part_2(X,fn_protist_cell_23(X))
& has_part_2(X,fn_protist_cell_14(X))
& is_inside_2(fn_protist_cell_14(X),fn_protist_cell_29(X))
& is_inside_2(fn_protist_cell_30(X),fn_protist_cell_29(X))
& has_part_2(X,fn_protist_cell_30(X))
& is_inside_2(fn_protist_cell_24(X),fn_protist_cell_29(X))
& is_inside_2(fn_protist_cell_23(X),fn_protist_cell_29(X))
& site_2(fn_protist_cell_28(X),fn_protist_cell_23(X))
& has_function_2(fn_protist_cell_23(X),fn_protist_cell_28(X))
& is_along_2(fn_protist_cell_27(X),fn_protist_cell_10(X))
& has_part_2(fn_protist_cell_24(X),fn_protist_cell_11(X))
& is_between_2(fn_protist_cell_27(X),fn_protist_cell_11(X))
& is_along_2(fn_protist_cell_10(X),fn_protist_cell_27(X))
& has_part_2(fn_protist_cell_24(X),fn_protist_cell_10(X))
& is_inside_2(fn_protist_cell_25(X),fn_protist_cell_29(X))
& fn_protist_cell_13(X) = fn_eukaryotic_cell_28(X)
& fn_protist_cell_12(X) = fn_eukaryotic_cell_60(X)
& fn_protist_cell_24(X) = fn_eukaryotic_cell_26(X)
& fn_protist_cell_34(X) = fn_eukaryotic_cell_25(X)
& fn_protist_cell_29(X) = fn_eukaryotic_cell_42(X)
& fn_protist_cell_21(X) = fn_eukaryotic_cell_17(X)
& fn_protist_cell_5(X) = fn_eukaryotic_cell_54(X)
& fn_protist_cell_7(X) = fn_eukaryotic_cell_52(X)
& fn_protist_cell_3(X) = fn_eukaryotic_cell_9(X)
& fn_protist_cell_6(X) = fn_eukaryotic_cell_53(X)
& fn_protist_cell_2(X) = fn_eukaryotic_cell_10(X)
& fn_protist_cell_4(X) = fn_eukaryotic_cell_55(X)
& fn_protist_cell_8(X) = fn_eukaryotic_cell_51(X)
& fn_protist_cell_20(X) = fn_eukaryotic_cell_56(X)
& fn_protist_cell_19(X) = fn_eukaryotic_cell_30(X)
& fn_protist_cell_32(X) = fn_eukaryotic_cell_23(X)
& fn_protist_cell_17(X) = fn_eukaryotic_cell_59(X)
& fn_protist_cell_16(X) = fn_eukaryotic_cell_27(X)
& fn_protist_cell_26(X) = fn_eukaryotic_cell_40(X)
& fn_protist_cell_27(X) = fn_eukaryotic_cell_37(X)
& fn_protist_cell_31(X) = fn_eukaryotic_cell_39(X)
& fn_protist_cell_33(X) = fn_eukaryotic_cell_21(X)
& fn_protist_cell_35(X) = fn_eukaryotic_cell_31(X)
& fn_protist_cell_9(X) = fn_eukaryotic_cell_32(X)
& fn_protist_cell_22(X) = fn_eukaryotic_cell_29(X)
& fn_protist_cell_18(X) = fn_eukaryotic_cell_41(X)
& fn_protist_cell_15(X) = fn_eukaryotic_cell_44(X)
& fn_protist_cell_28(X) = fn_endoplasmic_reticulum_23(fn_protist_cell_25(X))
& fn_protist_cell_34(X) = fn_endoplasmic_reticulum_14(fn_protist_cell_25(X))
& X = fn_endoplasmic_reticulum_11(fn_protist_cell_25(X))
& fn_protist_cell_19(X) = fn_nucleus_6(fn_protist_cell_24(X))
& fn_protist_cell_27(X) = fn_smooth_endoplasmic_reticulum_36(fn_protist_cell_23(X))
& fn_protist_cell_30(X) = fn_smooth_endoplasmic_reticulum_11(fn_protist_cell_23(X))
& fn_protist_cell_14(X) = fn_smooth_endoplasmic_reticulum_3(fn_protist_cell_23(X))
& X = fn_smooth_endoplasmic_reticulum_33(fn_protist_cell_23(X))
& fn_protist_cell_29(X) = fn_endoplasmic_reticulum_40(fn_protist_cell_25(X))
& fn_protist_cell_11(X) = fn_nucleus_17(fn_protist_cell_24(X))
& fn_protist_cell_27(X) = fn_nucleus_13(fn_protist_cell_24(X))
& fn_protist_cell_10(X) = fn_nucleus_14(fn_protist_cell_24(X))
& fn_protist_cell_24(X) = fn_smooth_endoplasmic_reticulum_10(fn_protist_cell_23(X))
& fn_protist_cell_29(X) = fn_smooth_endoplasmic_reticulum_34(fn_protist_cell_23(X))
& fn_protist_cell_28(X) = fn_smooth_endoplasmic_reticulum_23(fn_protist_cell_23(X))
& fn_protist_cell_28(X) = fn_smooth_endoplasmic_reticulum_7(fn_protist_cell_23(X))
& fn_protist_cell_28(X) = fn_smooth_endoplasmic_reticulum_49(fn_protist_cell_23(X))
& fn_protist_cell_28(X) = fn_smooth_endoplasmic_reticulum_48(fn_protist_cell_23(X))
& fn_protist_cell_28(X) = fn_smooth_endoplasmic_reticulum_8(fn_protist_cell_23(X))
& fn_protist_cell_28(X) = fn_smooth_endoplasmic_reticulum_42(fn_protist_cell_23(X))
& fn_eukaryotic_cell_25(X) = fn_endoplasmic_reticulum_14(fn_protist_cell_25(X))
& fn_endoplasmic_reticulum_14(fn_protist_cell_25(X)) = fn_eukaryotic_cell_30(X)
& fn_eukaryotic_cell_30(X) = fn_eukaryotic_cell_30(X)
& fn_eukaryotic_cell_30(X) = fn_nucleus_6(fn_protist_cell_24(X))
& fn_nucleus_6(fn_protist_cell_24(X)) = fn_endoplasmic_reticulum_11(fn_protist_cell_25(X))
& fn_endoplasmic_reticulum_11(fn_protist_cell_25(X)) = fn_endoplasmic_reticulum_11(fn_protist_cell_25(X))
& fn_endoplasmic_reticulum_11(fn_protist_cell_25(X)) = fn_smooth_endoplasmic_reticulum_33(fn_protist_cell_23(X))
& fn_smooth_endoplasmic_reticulum_33(fn_protist_cell_23(X)) = fn_smooth_endoplasmic_reticulum_33(fn_protist_cell_23(X))
& fn_smooth_endoplasmic_reticulum_33(fn_protist_cell_23(X)) = fn_eukaryotic_cell_37(X)
& fn_eukaryotic_cell_37(X) = fn_eukaryotic_cell_37(X)
& fn_eukaryotic_cell_37(X) = fn_smooth_endoplasmic_reticulum_36(fn_protist_cell_23(X))
& fn_smooth_endoplasmic_reticulum_36(fn_protist_cell_23(X)) = fn_smooth_endoplasmic_reticulum_36(fn_protist_cell_23(X))
& fn_smooth_endoplasmic_reticulum_36(fn_protist_cell_23(X)) = fn_nucleus_13(fn_protist_cell_24(X))
& fn_nucleus_13(fn_protist_cell_24(X)) = fn_nucleus_13(fn_protist_cell_24(X))
& fn_nucleus_13(fn_protist_cell_24(X)) = fn_eukaryotic_cell_26(X)
& fn_eukaryotic_cell_26(X) = fn_smooth_endoplasmic_reticulum_10(fn_protist_cell_23(X))
& fn_smooth_endoplasmic_reticulum_10(fn_protist_cell_23(X)) = fn_smooth_endoplasmic_reticulum_10(fn_protist_cell_23(X))
& fn_smooth_endoplasmic_reticulum_10(fn_protist_cell_23(X)) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_endoplasmic_reticulum_40(fn_protist_cell_25(X))
& fn_smooth_endoplasmic_reticulum_34(fn_protist_cell_23(X)) = fn_endoplasmic_reticulum_40(fn_protist_cell_25(X))
& fn_endoplasmic_reticulum_40(fn_protist_cell_25(X)) = fn_smooth_endoplasmic_reticulum_34(fn_protist_cell_23(X))
& fn_smooth_endoplasmic_reticulum_34(fn_protist_cell_23(X)) = fn_smooth_endoplasmic_reticulum_34(fn_protist_cell_23(X))
& fn_smooth_endoplasmic_reticulum_34(fn_protist_cell_23(X)) = fn_endoplasmic_reticulum_23(fn_protist_cell_25(X))
& fn_endoplasmic_reticulum_23(fn_protist_cell_25(X)) = fn_smooth_endoplasmic_reticulum_23(fn_protist_cell_23(X))
& fn_smooth_endoplasmic_reticulum_23(fn_protist_cell_23(X)) = fn_smooth_endoplasmic_reticulum_23(fn_protist_cell_23(X))
& fn_smooth_endoplasmic_reticulum_23(fn_protist_cell_23(X)) = fn_smooth_endoplasmic_reticulum_7(fn_protist_cell_23(X))
& fn_smooth_endoplasmic_reticulum_7(fn_protist_cell_23(X)) = fn_smooth_endoplasmic_reticulum_7(fn_protist_cell_23(X))
& fn_smooth_endoplasmic_reticulum_7(fn_protist_cell_23(X)) = fn_smooth_endoplasmic_reticulum_49(fn_protist_cell_23(X))
& fn_smooth_endoplasmic_reticulum_49(fn_protist_cell_23(X)) = fn_smooth_endoplasmic_reticulum_49(fn_protist_cell_23(X))
& fn_smooth_endoplasmic_reticulum_49(fn_protist_cell_23(X)) = fn_smooth_endoplasmic_reticulum_48(fn_protist_cell_23(X))
& fn_smooth_endoplasmic_reticulum_48(fn_protist_cell_23(X)) = fn_smooth_endoplasmic_reticulum_48(fn_protist_cell_23(X))
& fn_smooth_endoplasmic_reticulum_48(fn_protist_cell_23(X)) = fn_smooth_endoplasmic_reticulum_8(fn_protist_cell_23(X))
& fn_smooth_endoplasmic_reticulum_8(fn_protist_cell_23(X)) = fn_smooth_endoplasmic_reticulum_8(fn_protist_cell_23(X))
& fn_smooth_endoplasmic_reticulum_42(fn_protist_cell_23(X)) = fn_smooth_endoplasmic_reticulum_8(fn_protist_cell_23(X))
& fn_smooth_endoplasmic_reticulum_8(fn_protist_cell_23(X)) = fn_smooth_endoplasmic_reticulum_42(fn_protist_cell_23(X)) ) ) ).
fof(a532067,axiom,
! [X] :
( protist_structure_1(X)
=> ( original_name_2(X,'Protist-Structure')
& user_description_2(X,'Structures specifically related to protists')
& concept2words_2(X,'structure of protist')
& concept2words_2(X,'protist structure')
& concept2words_2(X,'protist-structure')
& anatomical_structure_1(X) ) ) ).
fof(a532068,axiom,
! [X] :
( proto_oncogene_1(X)
=> ( original_name_2(X,'Proto-Oncogene')
& user_description_2(X,'Normal cellular genes that code for proteins that stimulate normal cell growth and division.')
& concept2words_2(X,'proto oncogene')
& concept2words_2(X,'proto-oncogene')
& regulatory_gene_1(X)
& speed_value_1(fn_proto_oncogene_3(X))
& quantity_value_1(fn_proto_oncogene_4(X))
& oncogene_1(fn_proto_oncogene_5(X))
& regulation_of_cell_cycle_1(fn_proto_oncogene_6(X))
& growth_factor_receptor_1(fn_proto_oncogene_7(X))
& growth_hormone_1(fn_proto_oncogene_8(X))
& kinetic_energy_1(fn_proto_oncogene_9(X))
& atom_1(fn_proto_oncogene_10(X))
& chemical_entity_1(fn_proto_oncogene_10(X))
& carbon_1(fn_proto_oncogene_11(X))
& constant_motion_1(fn_proto_oncogene_12(X))
& carbon_skeleton_1(fn_proto_oncogene_13(X))
& mutation_1(fn_proto_oncogene_14(X))
& constant_motion_1(fn_kinetic_energy_1(fn_proto_oncogene_9(X)))
& atom_1(fn_carbon_skeleton_2(fn_proto_oncogene_13(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_proto_oncogene_13(X)))
& carbon_1(fn_carbon_skeleton_4(fn_proto_oncogene_13(X)))
& gene_1(fn_mutation_2(fn_proto_oncogene_14(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_proto_oncogene_9(X)))
& complement_2(fn_proto_oncogene_8(X),fn_proto_oncogene_7(X))
& complement_2(fn_proto_oncogene_7(X),fn_proto_oncogene_8(X))
& agent_2(fn_proto_oncogene_6(X),fn_proto_oncogene_7(X))
& agent_2(fn_proto_oncogene_6(X),fn_proto_oncogene_8(X))
& agent_2(fn_proto_oncogene_6(X),X)
& has_region_2(X,fn_proto_oncogene_13(X))
& has_part_2(X,fn_proto_oncogene_11(X))
& has_part_2(X,fn_proto_oncogene_10(X))
& result_2(fn_proto_oncogene_14(X),fn_proto_oncogene_5(X))
& directly_proportional_2(fn_proto_oncogene_3(X),fn_proto_oncogene_4(X))
& speed_2(fn_proto_oncogene_12(X),fn_proto_oncogene_3(X))
& quantity_2(fn_proto_oncogene_9(X),fn_proto_oncogene_4(X))
& object_2(fn_proto_oncogene_14(X),X)
& possesses_2(X,fn_proto_oncogene_9(X))
& object_2(fn_proto_oncogene_12(X),X)
& is_inside_2(fn_proto_oncogene_11(X),fn_proto_oncogene_13(X))
& fn_proto_oncogene_10(X) != fn_proto_oncogene_11(X)
& fn_proto_oncogene_11(X) != fn_proto_oncogene_10(X)
& X = fn_mutation_2(fn_proto_oncogene_14(X))
& fn_proto_oncogene_12(X) = fn_kinetic_energy_1(fn_proto_oncogene_9(X))
& X = fn_kinetic_energy_2(fn_proto_oncogene_9(X))
& fn_proto_oncogene_10(X) = fn_carbon_skeleton_2(fn_proto_oncogene_13(X))
& fn_proto_oncogene_11(X) = fn_carbon_skeleton_4(fn_proto_oncogene_13(X))
& fn_mutation_2(fn_proto_oncogene_14(X)) = fn_kinetic_energy_2(fn_proto_oncogene_9(X))
& fn_kinetic_energy_2(fn_proto_oncogene_9(X)) = fn_kinetic_energy_2(fn_proto_oncogene_9(X)) ) ) ).
fof(a532069,axiom,
! [X] :
( protobiont_1(X)
=> ( original_name_2(X,'Protobiont')
& user_description_2(X,'A collection of abiotically produced organic molecules separated from the surrounding environment by a membrane. Protobionts may have been the precursors to prokaryote cells.')
& concept2words_2(X,protobiont)
& mixture_1(X)
& ~ suspension_1(X)
& ~ acid_chyme_1(X)
& ~ detritus_1(X)
& ~ feces_1(X)
& ~ homogenate_1(X)
& ~ homogeneous_mixture_1(X)
& ~ loam_1(X)
& ~ mesohyl_1(X)
& ~ peat_1(X)
& ~ saliva_1(X)
& ~ soil_1(X)
& ~ topsoil_1(X) ) ) ).
fof(a532070,axiom,
! [X] :
( proton_1(X)
=> ( original_name_2(X,'Proton')
& user_description_2(X,'An electrically positive particle found in the nucleus of atoms. Protons carry a charge of +1.')
& concept2words_2(X,'hydrogen ion')
& concept2words_2(X,proton)
& subatomic_particle_1(X)
& charge_value_1(fn_proton_2(X))
& mass_value_1(fn_proton_3(X))
& the_cardinal_value_2(fn_proton_3(X),"1.0e0")
& cardinal_unit_class_2(fn_proton_3(X),dalton_0)
& mass_2(X,fn_proton_3(X))
& charge_2(X,fn_proton_2(X))
& the_cardinal_value_2(fn_proton_2(X),"1.0e0")
& cardinal_unit_class_2(fn_proton_2(X),unity_0) ) ) ).
fof(a532071,axiom,
! [X] :
( proton_motive_force_1(X)
=> ( original_name_2(X,'Proton-Motive-Force')
& user_description_2(X,'Energy that is generated by the transfer of protons or electrons across an energy-transducing membrane and that can be used for chemical, osmotic, or mechanical work. Proton-motive force can be generated by a variety of phenomena including the operation of an electron transport chain, illumination of a purple membrane, and the hydrolysis of ATP by a proton atpase.')
& concept2words_2(X,pmf)
& concept2words_2(X,'proton motive force')
& concept2words_2(X,'proton-motive force')
& concept2words_2(X,'proton-motive-force')
& potential_energy_1(X)
& facilitated_diffusion_of_ion_1(fn_proton_motive_force_1(X))
& potential_energy_1(fn_passive_transport_27(fn_proton_motive_force_1(X)))
& raw_material_2(fn_proton_motive_force_1(X),X)
& X = fn_passive_transport_27(fn_proton_motive_force_1(X)) ) ) ).
fof(a532072,axiom,
! [X] :
( proton_pump_1(X)
=> ( original_name_2(X,'Proton-Pump')
& user_description_2(X,'A proton pump is an integral membrane protein that is capable of moving protons across the membrane of a cell, mitochondrion, or other subcellular compartment.')
& concept2words_2(X,'proton pump')
& concept2words_2(X,'proton-pump')
& carrier_protein_1(X)
& electrogenic_pump_1(X)
& hydrophobic_compound_1(fn_proton_pump_1(X))
& time_interval_1(fn_proton_pump_2(X))
& time_interval_1(fn_proton_pump_3(X))
& time_interval_1(fn_proton_pump_4(X))
& time_interval_1(fn_proton_pump_5(X))
& hydrophobic_compound_1(fn_proton_pump_6(X))
& hydrophobic_compound_1(fn_proton_pump_7(X))
& hydrophobic_compound_1(fn_proton_pump_8(X))
& facilitated_diffusion_1(fn_proton_pump_9(X))
& facilitated_diffusion_using_carrier_protein_1(fn_proton_pump_9(X))
& polar_covalent_bond_1(fn_proton_pump_10(X))
& covalent_bond_1(fn_proton_pump_10(X))
& peptide_bond_1(fn_proton_pump_10(X))
& hydrophobic_core_1(fn_proton_pump_11(X))
& monomer_1(fn_proton_pump_14(X))
& hydrophobic_amino_acid_1(fn_proton_pump_15(X))
& create_1(fn_proton_pump_16(X))
& repel_1(fn_proton_pump_17(X))
& move_1(fn_proton_pump_18(X))
& move_through_1(fn_proton_pump_18(X))
& hydrophobic_region_1(fn_proton_pump_19(X))
& size_value_1(fn_proton_pump_20(X))
& size_value_1(fn_proton_pump_21(X))
& attract_1(fn_proton_pump_22(X))
& functional_group_1(fn_proton_pump_23(X))
& phosphate_group_1(fn_proton_pump_23(X))
& spatial_entity_1(fn_proton_pump_24(X))
& molecule_1(fn_proton_pump_24(X))
& organic_molecule_1(fn_proton_pump_24(X))
& ribonucleotide_1(fn_proton_pump_24(X))
& nucleoside_triphosphate_1(fn_proton_pump_24(X))
& atp_1(fn_proton_pump_24(X))
& tangible_entity_1(fn_proton_pump_25(X))
& membrane_protein_1(fn_proton_pump_25(X))
& protein_1(fn_proton_pump_25(X))
& molecule_1(fn_proton_pump_25(X))
& polymer_1(fn_proton_pump_25(X))
& spatial_entity_1(fn_proton_pump_25(X))
& chemical_entity_1(fn_proton_pump_25(X))
& integral_protein_1(fn_proton_pump_25(X))
& transport_protein_1(fn_proton_pump_25(X))
& carrier_protein_1(fn_proton_pump_25(X))
& hydrophilic_region_1(fn_proton_pump_26(X))
& hydrophilic_end_1(fn_proton_pump_26(X))
& block_1(fn_proton_pump_27(X))
& barrier_1(fn_proton_pump_28(X))
& surface_1(fn_proton_pump_29(X))
& inside_face_1(fn_proton_pump_29(X))
& constant_motion_1(fn_proton_pump_32(X))
& kinetic_energy_1(fn_proton_pump_33(X))
& quantity_value_1(fn_proton_pump_34(X))
& speed_value_1(fn_proton_pump_35(X))
& active_transport_by_proton_pump_1(fn_proton_pump_36(X))
& expose_1(fn_proton_pump_37(X))
& expose_1(fn_proton_pump_38(X))
& expose_1(fn_proton_pump_39(X))
& chemical_bond_1(fn_proton_pump_40(X))
& covalent_bond_1(fn_proton_pump_40(X))
& peptide_bond_1(fn_proton_pump_40(X))
& tangible_entity_1(fn_proton_pump_41(X))
& entity_1(fn_proton_pump_41(X))
& chemical_entity_1(fn_proton_pump_41(X))
& atom_1(fn_proton_pump_41(X))
& nitrogen_1(fn_proton_pump_41(X))
& move_through_1(fn_proton_pump_42(X))
& move_1(fn_proton_pump_42(X))
& hydrophilic_region_1(fn_proton_pump_43(X))
& hydrophilic_end_1(fn_proton_pump_43(X))
& energy_1(fn_proton_pump_44(X))
& store_1(fn_proton_pump_45(X))
& create_1(fn_proton_pump_46(X))
& hydrogen_ion_gradient_1(fn_proton_pump_47(X))
& maintenance_1(fn_proton_pump_48(X))
& carbohydrate_side_chain_1(fn_proton_pump_49(X))
& hydrophilic_compound_1(fn_proton_pump_50(X))
& spatial_entity_1(fn_proton_pump_50(X))
& glycolipid_1(fn_proton_pump_51(X))
& glycoprotein_1(fn_proton_pump_52(X))
& tangible_entity_1(fn_proton_pump_53(X))
& phospholipid_bilayer_1(fn_proton_pump_53(X))
& hydrogen_ion_1(fn_proton_pump_54(X))
& surface_1(fn_proton_pump_55(X))
& hydrophilic_region_1(fn_proton_pump_56(X))
& hydrophilic_end_1(fn_proton_pump_56(X))
& entity_1(fn_proton_pump_57(X))
& chemical_entity_1(fn_proton_pump_57(X))
& atom_1(fn_proton_pump_57(X))
& carbon_1(fn_proton_pump_57(X))
& spatial_entity_1(fn_proton_pump_58(X))
& chemical_entity_1(fn_proton_pump_58(X))
& monomer_1(fn_proton_pump_58(X))
& molecule_1(fn_proton_pump_58(X))
& amino_acid_1(fn_proton_pump_58(X))
& detach_1(fn_proton_pump_59(X))
& covalent_bond_1(fn_proton_pump_60(X))
& chemical_bond_1(fn_proton_pump_60(X))
& double_bond_1(fn_proton_pump_60(X))
& expose_1(fn_proton_pump_61(X))
& tangible_entity_1(fn_proton_pump_62(X))
& oxygen_1(fn_proton_pump_62(X))
& entity_1(fn_proton_pump_62(X))
& chemical_entity_1(fn_proton_pump_62(X))
& atom_1(fn_proton_pump_62(X))
& polar_amino_acid_1(fn_proton_pump_63(X))
& carbon_1(fn_proton_pump_64(X))
& entity_1(fn_proton_pump_64(X))
& chemical_entity_1(fn_proton_pump_64(X))
& atom_1(fn_proton_pump_64(X))
& polymer_1(fn_proton_pump_65(X))
& polypeptide_1(fn_proton_pump_65(X))
& carbon_skeleton_1(fn_proton_pump_66(X))
& protein_domain_1(fn_proton_pump_67(X))
& attach_1(fn_proton_pump_68(X))
& covalent_bond_1(fn_proton_pump_69(X))
& single_bond_1(fn_proton_pump_69(X))
& tangible_entity_1(fn_proton_pump_70(X))
& entity_1(fn_proton_pump_70(X))
& chemical_entity_1(fn_proton_pump_70(X))
& atom_1(fn_proton_pump_70(X))
& oxygen_1(fn_proton_pump_70(X))
& entity_1(fn_proton_pump_71(X))
& chemical_entity_1(fn_proton_pump_71(X))
& atom_1(fn_proton_pump_71(X))
& phosphorus_1(fn_proton_pump_71(X))
& expose_1(fn_proton_pump_72(X))
& expose_1(fn_proton_pump_73(X))
& expose_1(fn_proton_pump_74(X))
& expose_1(fn_proton_pump_75(X))
& membrane_1(fn_proton_pump_76(X))
& spatial_entity_1(fn_proton_pump_76(X))
& biomembrane_1(fn_proton_pump_76(X))
& hydrophobic_compound_1(fn_proton_pump_77(X))
& covalent_bond_1(fn_proton_pump_78(X))
& peptide_bond_1(fn_proton_pump_78(X))
& polar_covalent_bond_1(fn_proton_pump_78(X))
& entity_1(fn_create_1(fn_proton_pump_46(X)))
& entity_1(fn_store_1(fn_proton_pump_45(X)))
& expose_1(fn_active_movement_of_ions_24(fn_proton_pump_36(X)))
& functional_group_1(fn_active_transport_using_atp_81(fn_proton_pump_36(X)))
& phosphate_group_1(fn_active_transport_using_atp_81(fn_proton_pump_36(X)))
& spatial_entity_1(fn_active_transport_using_atp_45(fn_proton_pump_36(X)))
& molecule_1(fn_active_transport_using_atp_45(fn_proton_pump_36(X)))
& organic_molecule_1(fn_active_transport_using_atp_45(fn_proton_pump_36(X)))
& ribonucleotide_1(fn_active_transport_using_atp_45(fn_proton_pump_36(X)))
& nucleoside_triphosphate_1(fn_active_transport_using_atp_45(fn_proton_pump_36(X)))
& atp_1(fn_active_transport_using_atp_45(fn_proton_pump_36(X)))
& expose_1(fn_facilitated_diffusion_using_carrier_protein_25(fn_proton_pump_9(X)))
& glycoprotein_1(fn_biomembrane_30(fn_proton_pump_76(X)))
& property_node_1(fn_biomembrane_76(fn_proton_pump_76(X)))
& barrier_1(fn_biomembrane_49(fn_proton_pump_76(X)))
& carbohydrate_side_chain_1(fn_glycoprotein_17(fn_proton_pump_52(X)))
& detach_1(fn_active_transport_using_atp_44(fn_proton_pump_36(X)))
& hydrophilic_region_1(fn_active_movement_of_ions_14(fn_proton_pump_36(X)))
& hydrophilic_end_1(fn_active_movement_of_ions_14(fn_proton_pump_36(X)))
& hydrophobic_amino_acid_1(fn_active_movement_of_ions_21(fn_proton_pump_36(X)))
& hydrophilic_region_1(fn_active_movement_of_ions_12(fn_proton_pump_36(X)))
& hydrophilic_end_1(fn_active_movement_of_ions_12(fn_proton_pump_36(X)))
& hydrophilic_region_1(fn_facilitated_diffusion_using_carrier_protein_15(fn_proton_pump_9(X)))
& hydrophilic_end_1(fn_facilitated_diffusion_using_carrier_protein_15(fn_proton_pump_9(X)))
& hydrophilic_compound_1(fn_biomembrane_105(fn_proton_pump_76(X)))
& spatial_entity_1(fn_active_transport_using_atp_10(fn_proton_pump_36(X)))
& hydrophilic_compound_1(fn_active_transport_using_atp_10(fn_proton_pump_36(X)))
& hydrophobic_region_1(fn_active_movement_of_ions_15(fn_proton_pump_36(X)))
& move_through_1(fn_facilitated_diffusion_using_carrier_protein_34(fn_proton_pump_9(X)))
& surface_1(fn_biomembrane_47(fn_proton_pump_76(X)))
& inside_face_1(fn_biomembrane_42(fn_proton_pump_76(X)))
& hydrophobic_compound_1(fn_active_transport_using_atp_23(fn_proton_pump_36(X)))
& hydrophobic_compound_1(fn_biomembrane_99(fn_proton_pump_76(X)))
& hydrophobic_compound_1(fn_biomembrane_98(fn_proton_pump_76(X)))
& size_value_1(fn_biomembrane_56(fn_proton_pump_76(X)))
& spatial_entity_1(fn_peptide_bond_54(fn_proton_pump_10(X)))
& molecule_1(fn_peptide_bond_54(fn_proton_pump_10(X)))
& chemical_entity_1(fn_functional_group_1(fn_proton_pump_23(X)))
& tangible_entity_1(fn_expose_1(fn_proton_pump_61(X)))
& tangible_entity_1(fn_expose_1(fn_proton_pump_72(X)))
& tangible_entity_1(fn_expose_1(fn_proton_pump_39(X)))
& tangible_entity_1(fn_expose_1(fn_proton_pump_74(X)))
& tangible_entity_1(fn_expose_1(fn_proton_pump_38(X)))
& chemical_entity_1(fn_active_movement_of_ions_10(fn_proton_pump_36(X)))
& tangible_entity_1(fn_active_movement_of_ions_10(fn_proton_pump_36(X)))
& membrane_protein_1(fn_active_movement_of_ions_10(fn_proton_pump_36(X)))
& protein_1(fn_active_movement_of_ions_10(fn_proton_pump_36(X)))
& molecule_1(fn_active_movement_of_ions_10(fn_proton_pump_36(X)))
& polymer_1(fn_active_movement_of_ions_10(fn_proton_pump_36(X)))
& transport_protein_1(fn_active_movement_of_ions_10(fn_proton_pump_36(X)))
& integral_protein_1(fn_active_movement_of_ions_10(fn_proton_pump_36(X)))
& carrier_protein_1(fn_active_movement_of_ions_10(fn_proton_pump_36(X)))
& spatial_entity_1(fn_active_transport_using_atp_78(fn_proton_pump_36(X)))
& chemical_entity_1(fn_active_transport_using_atp_78(fn_proton_pump_36(X)))
& integral_protein_1(fn_active_transport_using_atp_78(fn_proton_pump_36(X)))
& transport_protein_1(fn_active_transport_using_atp_78(fn_proton_pump_36(X)))
& carrier_protein_1(fn_active_transport_using_atp_78(fn_proton_pump_36(X)))
& tangible_entity_1(fn_active_transport_using_atp_48(fn_proton_pump_36(X)))
& membrane_protein_1(fn_active_transport_using_atp_48(fn_proton_pump_36(X)))
& protein_1(fn_active_transport_using_atp_48(fn_proton_pump_36(X)))
& chemical_entity_1(fn_active_transport_using_atp_48(fn_proton_pump_36(X)))
& polymer_1(fn_active_transport_using_atp_48(fn_proton_pump_36(X)))
& integral_protein_1(fn_active_transport_using_atp_48(fn_proton_pump_36(X)))
& transport_protein_1(fn_active_transport_using_atp_48(fn_proton_pump_36(X)))
& carrier_protein_1(fn_active_transport_using_atp_48(fn_proton_pump_36(X)))
& carrier_protein_1(fn_facilitated_diffusion_using_carrier_protein_5(fn_proton_pump_9(X)))
& carrier_protein_1(fn_facilitated_diffusion_using_carrier_protein_33(fn_proton_pump_9(X)))
& spatial_entity_1(fn_attach_2(fn_proton_pump_68(X)))
& tangible_entity_1(fn_biomembrane_54(fn_proton_pump_76(X)))
& membrane_protein_1(fn_biomembrane_54(fn_proton_pump_76(X)))
& protein_1(fn_biomembrane_54(fn_proton_pump_76(X)))
& hydrophobic_core_1(fn_biomembrane_75(fn_proton_pump_76(X)))
& tangible_entity_1(fn_active_transport_using_atp_38(fn_proton_pump_36(X)))
& phospholipid_bilayer_1(fn_active_transport_using_atp_38(fn_proton_pump_36(X)))
& tangible_entity_1(fn_facilitated_diffusion_using_carrier_protein_39(fn_proton_pump_9(X)))
& phospholipid_bilayer_1(fn_facilitated_diffusion_using_carrier_protein_39(fn_proton_pump_9(X)))
& tangible_entity_1(fn_biomembrane_63(fn_proton_pump_76(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_proton_pump_76(X)))
& move_1(fn_active_transport_using_atp_31(fn_proton_pump_36(X)))
& move_through_1(fn_active_transport_using_atp_31(fn_proton_pump_36(X)))
& move_through_1(fn_biomembrane_52(fn_proton_pump_76(X)))
& ion_1(fn_active_movement_of_ions_25(fn_proton_pump_36(X)))
& spatial_entity_1(fn_active_transport_using_atp_46(fn_proton_pump_36(X)))
& chemical_entity_1(fn_active_transport_using_atp_46(fn_proton_pump_36(X)))
& spatial_entity_1(fn_move_1(fn_proton_pump_42(X)))
& spatial_entity_1(fn_attach_1(fn_proton_pump_68(X)))
& spatial_entity_1(fn_block_1(fn_proton_pump_27(X)))
& carbon_1(fn_peptide_bond_32(fn_proton_pump_10(X)))
& entity_1(fn_polar_covalent_bond_19(fn_proton_pump_10(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_proton_pump_10(X)))
& atom_1(fn_polar_covalent_bond_19(fn_proton_pump_10(X)))
& atom_1(fn_active_movement_of_ions_23(fn_proton_pump_36(X)))
& carbon_1(fn_active_movement_of_ions_23(fn_proton_pump_36(X)))
& carbon_1(fn_active_transport_using_atp_84(fn_proton_pump_36(X)))
& carbon_1(fn_active_transport_using_atp_27(fn_proton_pump_36(X)))
& entity_1(fn_covalent_bond_20(fn_proton_pump_69(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_proton_pump_69(X)))
& atom_1(fn_covalent_bond_20(fn_proton_pump_69(X)))
& entity_1(fn_covalent_bond_19(fn_proton_pump_69(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_proton_pump_69(X)))
& atom_1(fn_covalent_bond_19(fn_proton_pump_69(X)))
& block_1(fn_active_transport_using_atp_39(fn_proton_pump_36(X)))
& block_1(fn_biomembrane_101(fn_proton_pump_76(X)))
& block_1(fn_biomembrane_100(fn_proton_pump_76(X)))
& block_1(fn_biomembrane_102(fn_proton_pump_76(X)))
& block_1(fn_biomembrane_50(fn_proton_pump_76(X)))
& membrane_1(fn_active_movement_of_ions_19(fn_proton_pump_36(X)))
& spatial_entity_1(fn_active_movement_of_ions_19(fn_proton_pump_36(X)))
& biomembrane_1(fn_active_movement_of_ions_19(fn_proton_pump_36(X)))
& membrane_1(fn_active_transport_using_atp_32(fn_proton_pump_36(X)))
& spatial_entity_1(fn_active_transport_using_atp_32(fn_proton_pump_36(X)))
& biomembrane_1(fn_active_transport_using_atp_32(fn_proton_pump_36(X)))
& spatial_entity_1(fn_facilitated_diffusion_using_carrier_protein_40(fn_proton_pump_9(X)))
& membrane_1(fn_facilitated_diffusion_using_carrier_protein_40(fn_proton_pump_9(X)))
& biomembrane_1(fn_facilitated_diffusion_using_carrier_protein_40(fn_proton_pump_9(X)))
& surface_1(fn_glycolipid_1(fn_proton_pump_51(X)))
& surface_1(fn_glycoprotein_14(fn_proton_pump_52(X)))
& entity_1(fn_polar_covalent_bond_18(fn_proton_pump_10(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_proton_pump_10(X)))
& atom_1(fn_polar_covalent_bond_18(fn_proton_pump_10(X)))
& phosphorus_1(fn_active_transport_using_atp_86(fn_proton_pump_36(X)))
& entity_1(fn_polar_covalent_bond_19(fn_proton_pump_78(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_proton_pump_78(X)))
& atom_1(fn_polar_covalent_bond_19(fn_proton_pump_78(X)))
& phosphorus_1(fn_phosphate_group_6(fn_proton_pump_23(X)))
& entity_1(fn_active_movement_of_ions_7(fn_proton_pump_36(X)))
& chemical_entity_1(fn_active_movement_of_ions_7(fn_proton_pump_36(X)))
& atom_1(fn_active_movement_of_ions_7(fn_proton_pump_36(X)))
& oxygen_1(fn_active_movement_of_ions_7(fn_proton_pump_36(X)))
& entity_1(fn_active_transport_using_atp_54(fn_proton_pump_36(X)))
& chemical_entity_1(fn_active_transport_using_atp_54(fn_proton_pump_36(X)))
& atom_1(fn_active_transport_using_atp_54(fn_proton_pump_36(X)))
& oxygen_1(fn_active_transport_using_atp_54(fn_proton_pump_36(X)))
& oxygen_1(fn_phosphate_group_5(fn_proton_pump_23(X)))
& entity_1(fn_phosphate_group_5(fn_proton_pump_23(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_proton_pump_23(X)))
& atom_1(fn_phosphate_group_5(fn_proton_pump_23(X)))
& covalent_bond_1(fn_active_movement_of_ions_3(fn_proton_pump_36(X)))
& chemical_bond_1(fn_active_movement_of_ions_3(fn_proton_pump_36(X)))
& double_bond_1(fn_active_movement_of_ions_3(fn_proton_pump_36(X)))
& double_bond_1(fn_phosphate_group_41(fn_proton_pump_23(X)))
& tangible_entity_1(fn_peptide_bond_53(fn_proton_pump_10(X)))
& entity_1(fn_peptide_bond_53(fn_proton_pump_10(X)))
& oxygen_1(fn_peptide_bond_53(fn_proton_pump_10(X)))
& atom_1(fn_peptide_bond_53(fn_proton_pump_10(X)))
& oxygen_1(fn_active_movement_of_ions_5(fn_proton_pump_36(X)))
& entity_1(fn_active_movement_of_ions_5(fn_proton_pump_36(X)))
& chemical_entity_1(fn_active_movement_of_ions_5(fn_proton_pump_36(X)))
& atom_1(fn_active_movement_of_ions_5(fn_proton_pump_36(X)))
& oxygen_1(fn_active_transport_using_atp_85(fn_proton_pump_36(X)))
& entity_1(fn_active_transport_using_atp_85(fn_proton_pump_36(X)))
& chemical_entity_1(fn_active_transport_using_atp_85(fn_proton_pump_36(X)))
& atom_1(fn_active_transport_using_atp_85(fn_proton_pump_36(X)))
& entity_1(fn_polar_covalent_bond_18(fn_proton_pump_78(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_proton_pump_78(X)))
& atom_1(fn_polar_covalent_bond_18(fn_proton_pump_78(X)))
& entity_1(fn_phosphate_group_22(fn_proton_pump_23(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_proton_pump_23(X)))
& atom_1(fn_phosphate_group_22(fn_proton_pump_23(X)))
& oxygen_1(fn_phosphate_group_22(fn_proton_pump_23(X)))
& covalent_bond_1(fn_active_movement_of_ions_4(fn_proton_pump_36(X)))
& single_bond_1(fn_active_movement_of_ions_4(fn_proton_pump_36(X)))
& single_bond_1(fn_phosphate_group_37(fn_proton_pump_23(X)))
& is_at_2(fn_proton_pump_26(X),fn_proton_pump_29(X))
& fn_proton_pump_1(X) != fn_proton_pump_54(X)
& fn_proton_pump_1(X) != fn_proton_pump_50(X)
& fn_proton_pump_8(X) != fn_proton_pump_54(X)
& time_before_2(fn_proton_pump_2(X),fn_proton_pump_3(X))
& time_before_2(fn_proton_pump_4(X),fn_proton_pump_5(X))
& site_2(fn_proton_pump_37(X),fn_proton_pump_43(X))
& site_2(fn_proton_pump_38(X),fn_proton_pump_43(X))
& site_2(fn_proton_pump_39(X),fn_proton_pump_43(X))
& time_during_2(fn_proton_pump_42(X),fn_proton_pump_2(X))
& causes_2(fn_proton_pump_46(X),fn_proton_pump_45(X))
& object_2(fn_proton_pump_48(X),fn_proton_pump_47(X))
& fn_proton_pump_7(X) != fn_proton_pump_54(X)
& fn_proton_pump_50(X) != fn_proton_pump_1(X)
& fn_proton_pump_54(X) != fn_proton_pump_1(X)
& fn_proton_pump_54(X) != fn_proton_pump_8(X)
& fn_proton_pump_54(X) != fn_proton_pump_7(X)
& is_inside_2(fn_proton_pump_56(X),fn_proton_pump_29(X))
& time_during_2(fn_proton_pump_59(X),fn_proton_pump_3(X))
& site_2(fn_proton_pump_61(X),fn_proton_pump_43(X))
& time_during_2(fn_proton_pump_68(X),fn_proton_pump_4(X))
& site_2(fn_proton_pump_72(X),fn_proton_pump_43(X))
& result_2(fn_proton_pump_46(X),fn_proton_pump_47(X))
& object_2(fn_proton_pump_45(X),fn_proton_pump_44(X))
& object_2(fn_proton_pump_61(X),X)
& has_region_2(fn_proton_pump_51(X),fn_proton_pump_55(X))
& object_2(fn_proton_pump_72(X),X)
& object_2(fn_proton_pump_39(X),X)
& object_2(fn_proton_pump_74(X),X)
& object_2(fn_proton_pump_38(X),X)
& is_between_2(fn_proton_pump_10(X),fn_proton_pump_71(X))
& fn_proton_pump_64(X) != fn_proton_pump_71(X)
& fn_proton_pump_71(X) != fn_proton_pump_64(X)
& object_2(fn_proton_pump_59(X),fn_proton_pump_54(X))
& fn_proton_pump_50(X) != fn_proton_pump_54(X)
& fn_proton_pump_54(X) != fn_proton_pump_50(X)
& object_2(fn_proton_pump_36(X),fn_proton_pump_54(X))
& fn_proton_pump_54(X) != fn_proton_pump_77(X)
& fn_proton_pump_77(X) != fn_proton_pump_54(X)
& has_function_2(X,fn_proton_pump_36(X))
& is_between_2(fn_proton_pump_78(X),fn_proton_pump_62(X))
& agent_2(fn_proton_pump_36(X),fn_proton_pump_25(X))
& object_2(fn_proton_pump_73(X),X)
& site_2(fn_proton_pump_73(X),fn_proton_pump_43(X))
& is_between_2(fn_proton_pump_60(X),fn_proton_pump_64(X))
& object_2(fn_proton_pump_37(X),X)
& possesses_2(X,fn_proton_pump_60(X))
& is_between_2(fn_proton_pump_60(X),fn_proton_pump_70(X))
& possesses_2(X,fn_proton_pump_69(X))
& is_between_2(fn_proton_pump_69(X),fn_proton_pump_62(X))
& site_2(fn_proton_pump_74(X),fn_proton_pump_43(X))
& fn_proton_pump_8(X) != fn_proton_pump_50(X)
& fn_proton_pump_50(X) != fn_proton_pump_8(X)
& is_between_2(fn_proton_pump_10(X),fn_proton_pump_64(X))
& subevent_2(fn_proton_pump_36(X),fn_proton_pump_59(X))
& has_region_2(X,fn_proton_pump_23(X))
& path_2(fn_proton_pump_36(X),fn_proton_pump_76(X))
& has_part_2(fn_proton_pump_76(X),fn_proton_pump_25(X))
& subevent_2(fn_proton_pump_36(X),fn_proton_pump_42(X))
& next_event_2(fn_proton_pump_59(X),fn_proton_pump_42(X))
& base_2(fn_proton_pump_59(X),X)
& has_part_2(X,fn_proton_pump_71(X))
& raw_material_2(fn_proton_pump_36(X),fn_proton_pump_24(X))
& fn_proton_pump_24(X) != X
& has_part_2(X,fn_proton_pump_70(X))
& X != fn_proton_pump_24(X)
& fn_proton_pump_64(X) != fn_proton_pump_70(X)
& fn_proton_pump_70(X) != fn_proton_pump_64(X)
& agent_2(fn_proton_pump_36(X),X)
& has_part_2(X,fn_proton_pump_62(X))
& fn_proton_pump_62(X) != fn_proton_pump_64(X)
& fn_proton_pump_25(X) != X
& X != fn_proton_pump_25(X)
& fn_proton_pump_64(X) != fn_proton_pump_62(X)
& is_inside_2(fn_proton_pump_25(X),fn_proton_pump_53(X))
& has_region_2(fn_proton_pump_25(X),fn_proton_pump_26(X))
& subevent_2(fn_proton_pump_9(X),fn_proton_pump_18(X))
& object_2(fn_proton_pump_75(X),X)
& site_2(fn_proton_pump_75(X),fn_proton_pump_43(X))
& instrument_2(fn_proton_pump_9(X),X)
& has_function_2(X,fn_proton_pump_9(X))
& path_2(fn_proton_pump_9(X),fn_proton_pump_76(X))
& is_across_2(fn_proton_pump_25(X),fn_proton_pump_76(X))
& has_state_2(fn_proton_pump_25(X),X)
& called_2(fn_proton_pump_27(X),"1")
& agent_2(fn_proton_pump_18(X),X)
& agent_2(fn_proton_pump_16(X),X)
& fn_proton_pump_77(X) != fn_proton_pump_50(X)
& fn_proton_pump_50(X) != fn_proton_pump_77(X)
& object_2(fn_proton_pump_42(X),fn_proton_pump_50(X))
& next_event_2(fn_proton_pump_42(X),fn_proton_pump_59(X))
& is_between_2(fn_proton_pump_78(X),fn_proton_pump_64(X))
& possesses_2(X,fn_proton_pump_78(X))
& has_region_2(X,fn_proton_pump_56(X))
& has_region_2(X,fn_proton_pump_67(X))
& is_at_2(fn_proton_pump_58(X),fn_proton_pump_67(X))
& has_part_2(fn_proton_pump_65(X),fn_proton_pump_58(X))
& has_part_2(X,fn_proton_pump_65(X))
& is_inside_2(X,fn_proton_pump_53(X))
& has_part_2(X,fn_proton_pump_64(X))
& is_inside_2(fn_proton_pump_64(X),fn_proton_pump_66(X))
& has_region_2(X,fn_proton_pump_66(X))
& has_region_2(X,fn_proton_pump_19(X))
& facilitates_2(fn_proton_pump_19(X),fn_proton_pump_17(X))
& object_2(fn_proton_pump_32(X),X)
& speed_2(fn_proton_pump_32(X),fn_proton_pump_35(X))
& directly_proportional_2(fn_proton_pump_35(X),fn_proton_pump_34(X))
& quantity_2(fn_proton_pump_33(X),fn_proton_pump_34(X))
& possesses_2(X,fn_proton_pump_33(X))
& has_part_2(X,fn_proton_pump_63(X))
& is_at_2(fn_proton_pump_63(X),fn_proton_pump_43(X))
& site_2(fn_proton_pump_22(X),fn_proton_pump_43(X))
& is_opposite_2(fn_proton_pump_56(X),fn_proton_pump_43(X))
& is_opposite_2(fn_proton_pump_43(X),fn_proton_pump_56(X))
& is_inside_2(fn_proton_pump_15(X),fn_proton_pump_19(X))
& has_part_2(X,fn_proton_pump_15(X))
& has_part_2(X,fn_proton_pump_14(X))
& size_2(fn_proton_pump_14(X),fn_proton_pump_21(X))
& greater_than_2(fn_proton_pump_20(X),fn_proton_pump_21(X))
& is_across_2(X,fn_proton_pump_76(X))
& has_function_2(X,fn_proton_pump_48(X))
& agent_2(fn_proton_pump_48(X),X)
& has_region_2(X,fn_proton_pump_43(X))
& facilitates_2(fn_proton_pump_43(X),fn_proton_pump_22(X))
& site_2(fn_proton_pump_17(X),fn_proton_pump_19(X))
& is_inside_2(fn_proton_pump_19(X),fn_proton_pump_76(X))
& instrument_2(fn_proton_pump_27(X),fn_proton_pump_76(X))
& object_2(fn_proton_pump_27(X),fn_proton_pump_50(X))
& fn_proton_pump_50(X) != fn_proton_pump_7(X)
& fn_proton_pump_7(X) != fn_proton_pump_50(X)
& facilitates_2(X,fn_proton_pump_18(X))
& base_2(fn_proton_pump_18(X),fn_proton_pump_76(X))
& has_function_2(fn_proton_pump_76(X),fn_proton_pump_18(X))
& fn_proton_pump_42(X) != fn_proton_pump_18(X)
& fn_proton_pump_18(X) != fn_proton_pump_42(X)
& has_function_2(X,fn_proton_pump_22(X))
& agent_2(fn_proton_pump_22(X),X)
& has_function_2(X,fn_proton_pump_17(X))
& agent_2(fn_proton_pump_17(X),X)
& has_function_2(X,fn_proton_pump_16(X))
& base_2(fn_proton_pump_68(X),X)
& is_inside_2(fn_proton_pump_52(X),fn_proton_pump_53(X))
& has_region_2(fn_proton_pump_76(X),fn_proton_pump_29(X))
& has_function_2(fn_proton_pump_76(X),fn_proton_pump_27(X))
& object_2(fn_proton_pump_27(X),fn_proton_pump_77(X))
& has_part_2(fn_proton_pump_76(X),X)
& size_2(X,fn_proton_pump_20(X))
& the_scalar_value_2(fn_proton_pump_20(X),big_0)
& scalar_unit_class_2(fn_proton_pump_20(X),polypeptide_0)
& has_function_2(fn_proton_pump_76(X),fn_proton_pump_42(X))
& base_2(fn_proton_pump_42(X),fn_proton_pump_76(X))
& has_part_2(fn_proton_pump_76(X),fn_proton_pump_53(X))
& has_region_2(fn_proton_pump_53(X),fn_proton_pump_11(X))
& agent_2(fn_proton_pump_27(X),fn_proton_pump_11(X))
& fn_proton_pump_62(X) != fn_proton_pump_70(X)
& fn_proton_pump_71(X) != fn_proton_pump_62(X)
& fn_proton_pump_70(X) != fn_proton_pump_62(X)
& is_inside_2(fn_proton_pump_70(X),fn_proton_pump_23(X))
& is_inside_2(fn_proton_pump_71(X),fn_proton_pump_23(X))
& fn_proton_pump_62(X) != fn_proton_pump_71(X)
& is_inside_2(fn_proton_pump_62(X),fn_proton_pump_23(X))
& fn_proton_pump_71(X) != fn_proton_pump_70(X)
& fn_proton_pump_70(X) != fn_proton_pump_71(X)
& is_between_2(fn_proton_pump_69(X),fn_proton_pump_71(X))
& is_between_2(fn_proton_pump_60(X),fn_proton_pump_71(X))
& is_between_2(fn_proton_pump_60(X),fn_proton_pump_62(X))
& is_between_2(fn_proton_pump_69(X),fn_proton_pump_70(X))
& has_region_2(fn_proton_pump_52(X),fn_proton_pump_55(X))
& is_at_2(fn_proton_pump_49(X),fn_proton_pump_55(X))
& has_part_2(fn_proton_pump_52(X),fn_proton_pump_49(X))
& in_event_2(fn_proton_pump_28(X),fn_proton_pump_27(X))
& plays_2(fn_proton_pump_76(X),fn_proton_pump_28(X))
& is_between_2(fn_proton_pump_78(X),fn_proton_pump_70(X))
& is_between_2(fn_proton_pump_69(X),fn_proton_pump_64(X))
& is_between_2(fn_proton_pump_78(X),fn_proton_pump_71(X))
& object_2(fn_proton_pump_27(X),fn_proton_pump_54(X))
& object_2(fn_proton_pump_68(X),fn_proton_pump_54(X))
& object_2(fn_proton_pump_42(X),fn_proton_pump_54(X))
& fn_proton_pump_47(X) = fn_create_1(fn_proton_pump_46(X))
& fn_proton_pump_44(X) = fn_store_1(fn_proton_pump_45(X))
& X = fn_expose_1(fn_proton_pump_61(X))
& fn_proton_pump_55(X) = fn_glycolipid_1(fn_proton_pump_51(X))
& X = fn_expose_1(fn_proton_pump_72(X))
& X = fn_expose_1(fn_proton_pump_39(X))
& X = fn_expose_1(fn_proton_pump_74(X))
& X = fn_expose_1(fn_proton_pump_38(X))
& fn_proton_pump_64(X) = fn_polar_covalent_bond_19(fn_proton_pump_10(X))
& fn_proton_pump_71(X) = fn_polar_covalent_bond_18(fn_proton_pump_10(X))
& fn_proton_pump_50(X) = fn_active_transport_using_atp_10(fn_proton_pump_36(X))
& fn_proton_pump_6(X) = fn_active_transport_using_atp_23(fn_proton_pump_36(X))
& fn_proton_pump_54(X) = fn_active_movement_of_ions_25(fn_proton_pump_36(X))
& fn_proton_pump_54(X) = fn_active_transport_using_atp_46(fn_proton_pump_36(X))
& fn_proton_pump_25(X) = fn_active_movement_of_ions_10(fn_proton_pump_36(X))
& fn_proton_pump_73(X) = fn_active_movement_of_ions_24(fn_proton_pump_36(X))
& fn_proton_pump_64(X) = fn_active_movement_of_ions_23(fn_proton_pump_36(X))
& fn_proton_pump_37(X) = fn_active_movement_of_ions_24(fn_proton_pump_36(X))
& fn_proton_pump_70(X) = fn_active_movement_of_ions_5(fn_proton_pump_36(X))
& fn_proton_pump_60(X) = fn_active_movement_of_ions_3(fn_proton_pump_36(X))
& fn_proton_pump_62(X) = fn_active_movement_of_ions_7(fn_proton_pump_36(X))
& fn_proton_pump_69(X) = fn_active_movement_of_ions_4(fn_proton_pump_36(X))
& fn_proton_pump_74(X) = fn_active_movement_of_ions_24(fn_proton_pump_36(X))
& fn_proton_pump_8(X) = fn_carrier_protein_19(X)
& fn_proton_pump_10(X) = fn_carrier_protein_36(X)
& fn_proton_pump_41(X) = fn_carrier_protein_15(X)
& fn_proton_pump_57(X) = fn_carrier_protein_26(X)
& fn_proton_pump_40(X) = fn_carrier_protein_14(X)
& X = fn_functional_group_1(fn_proton_pump_23(X))
& fn_proton_pump_23(X) = fn_active_transport_using_atp_81(fn_proton_pump_36(X))
& fn_proton_pump_71(X) = fn_active_transport_using_atp_86(fn_proton_pump_36(X))
& fn_proton_pump_59(X) = fn_active_transport_using_atp_44(fn_proton_pump_36(X))
& fn_proton_pump_36(X) = fn_protein_pump_2(X)
& fn_proton_pump_42(X) = fn_protein_pump_1(X)
& fn_proton_pump_42(X) = fn_active_transport_using_atp_31(fn_proton_pump_36(X))
& fn_proton_pump_70(X) = fn_electrogenic_pump_14(X)
& fn_proton_pump_64(X) = fn_active_transport_using_atp_84(fn_proton_pump_36(X))
& fn_proton_pump_70(X) = fn_peptide_bond_53(fn_proton_pump_10(X))
& fn_proton_pump_70(X) = fn_carrier_protein_32(X)
& fn_proton_pump_70(X) = fn_active_transport_using_atp_85(fn_proton_pump_36(X))
& X = fn_active_transport_using_atp_78(fn_proton_pump_36(X))
& fn_proton_pump_24(X) = fn_active_transport_using_atp_45(fn_proton_pump_36(X))
& fn_proton_pump_62(X) = fn_peptide_bond_53(fn_proton_pump_10(X))
& fn_proton_pump_62(X) = fn_carrier_protein_32(X)
& fn_proton_pump_64(X) = fn_active_transport_using_atp_27(fn_proton_pump_36(X))
& fn_proton_pump_62(X) = fn_electrogenic_pump_14(X)
& fn_proton_pump_62(X) = fn_active_transport_using_atp_54(fn_proton_pump_36(X))
& fn_proton_pump_25(X) = fn_active_transport_using_atp_78(fn_proton_pump_36(X))
& fn_proton_pump_36(X) = fn_electrogenic_pump_28(X)
& X = fn_active_transport_using_atp_48(fn_proton_pump_36(X))
& fn_proton_pump_53(X) = fn_facilitated_diffusion_using_carrier_protein_39(fn_proton_pump_9(X))
& fn_proton_pump_26(X) = fn_facilitated_diffusion_using_carrier_protein_15(fn_proton_pump_9(X))
& fn_proton_pump_18(X) = fn_facilitated_diffusion_using_carrier_protein_34(fn_proton_pump_9(X))
& fn_proton_pump_43(X) = fn_facilitated_diffusion_using_carrier_protein_15(fn_proton_pump_9(X))
& fn_proton_pump_75(X) = fn_facilitated_diffusion_using_carrier_protein_25(fn_proton_pump_9(X))
& X = fn_facilitated_diffusion_using_carrier_protein_5(fn_proton_pump_9(X))
& fn_proton_pump_25(X) = fn_facilitated_diffusion_using_carrier_protein_33(fn_proton_pump_9(X))
& fn_proton_pump_76(X) = fn_facilitated_diffusion_using_carrier_protein_40(fn_proton_pump_9(X))
& fn_proton_pump_9(X) = fn_electrogenic_pump_40(X)
& fn_proton_pump_9(X) = fn_carrier_protein_7(X)
& X = fn_facilitated_diffusion_using_carrier_protein_33(fn_proton_pump_9(X))
& fn_proton_pump_30(X) = fn_electrogenic_pump_38(X)
& fn_proton_pump_31(X) = fn_electrogenic_pump_37(X)
& fn_proton_pump_12(X) = fn_carrier_protein_10(X)
& fn_proton_pump_12(X) = fn_electrogenic_pump_36(X)
& fn_proton_pump_77(X) = fn_electrogenic_pump_3(X)
& fn_proton_pump_59(X) = fn_electrogenic_pump_2(X)
& fn_proton_pump_78(X) = fn_protein_6(X)
& fn_proton_pump_78(X) = fn_carrier_protein_36(X)
& fn_proton_pump_78(X) = fn_electrogenic_pump_21(X)
& fn_proton_pump_53(X) = fn_carrier_protein_16(X)
& fn_proton_pump_53(X) = fn_electrogenic_pump_19(X)
& fn_proton_pump_65(X) = fn_carrier_protein_35(X)
& fn_proton_pump_65(X) = fn_electrogenic_pump_33(X)
& fn_proton_pump_58(X) = fn_carrier_protein_27(X)
& fn_proton_pump_58(X) = fn_electrogenic_pump_26(X)
& fn_proton_pump_67(X) = fn_carrier_protein_25(X)
& fn_proton_pump_67(X) = fn_electrogenic_pump_27(X)
& fn_proton_pump_66(X) = fn_carrier_protein_24(X)
& fn_proton_pump_66(X) = fn_electrogenic_pump_11(X)
& X = fn_peptide_bond_54(fn_proton_pump_10(X))
& fn_proton_pump_64(X) = fn_peptide_bond_32(fn_proton_pump_10(X))
& fn_proton_pump_64(X) = fn_carrier_protein_34(X)
& fn_proton_pump_64(X) = fn_electrogenic_pump_15(X)
& fn_proton_pump_33(X) = fn_carrier_protein_41(X)
& fn_proton_pump_33(X) = fn_electrogenic_pump_20(X)
& fn_proton_pump_34(X) = fn_carrier_protein_38(X)
& fn_proton_pump_34(X) = fn_electrogenic_pump_22(X)
& fn_proton_pump_35(X) = fn_carrier_protein_37(X)
& fn_proton_pump_35(X) = fn_electrogenic_pump_23(X)
& fn_proton_pump_32(X) = fn_carrier_protein_42(X)
& fn_proton_pump_32(X) = fn_electrogenic_pump_10(X)
& fn_proton_pump_56(X) = fn_active_movement_of_ions_14(fn_proton_pump_36(X))
& fn_proton_pump_56(X) = fn_carrier_protein_22(X)
& fn_proton_pump_56(X) = fn_electrogenic_pump_12(X)
& fn_proton_pump_63(X) = fn_carrier_protein_30(X)
& fn_proton_pump_63(X) = fn_electrogenic_pump_32(X)
& fn_proton_pump_21(X) = fn_carrier_protein_39(X)
& fn_proton_pump_21(X) = fn_electrogenic_pump_25(X)
& fn_proton_pump_14(X) = fn_carrier_protein_33(X)
& fn_proton_pump_14(X) = fn_electrogenic_pump_16(X)
& fn_proton_pump_15(X) = fn_active_movement_of_ions_21(fn_proton_pump_36(X))
& fn_proton_pump_19(X) = fn_active_movement_of_ions_15(fn_proton_pump_36(X))
& fn_proton_pump_15(X) = fn_carrier_protein_31(X)
& fn_proton_pump_15(X) = fn_electrogenic_pump_17(X)
& fn_proton_pump_43(X) = fn_carrier_protein_22(X)
& fn_proton_pump_43(X) = fn_active_movement_of_ions_12(fn_proton_pump_36(X))
& fn_proton_pump_43(X) = fn_carrier_protein_23(X)
& fn_proton_pump_43(X) = fn_electrogenic_pump_34(X)
& fn_proton_pump_48(X) = fn_electrogenic_pump_1(X)
& X = fn_active_movement_of_ions_10(fn_proton_pump_36(X))
& fn_proton_pump_76(X) = fn_active_movement_of_ions_19(fn_proton_pump_36(X))
& fn_proton_pump_7(X) = fn_electrogenic_pump_3(X)
& fn_proton_pump_50(X) = fn_biomembrane_105(fn_proton_pump_76(X))
& fn_proton_pump_50(X) = fn_carrier_protein_20(X)
& fn_proton_pump_50(X) = fn_electrogenic_pump_24(X)
& fn_proton_pump_19(X) = fn_carrier_protein_21(X)
& fn_proton_pump_19(X) = fn_electrogenic_pump_13(X)
& fn_proton_pump_42(X) = fn_electrogenic_pump_5(X)
& fn_proton_pump_18(X) = fn_electrogenic_pump_35(X)
& fn_proton_pump_18(X) = fn_protein_pump_1(X)
& fn_proton_pump_18(X) = fn_carrier_protein_4(X)
& fn_proton_pump_18(X) = fn_electrogenic_pump_5(X)
& fn_proton_pump_16(X) = fn_electrogenic_pump_31(X)
& fn_proton_pump_17(X) = fn_carrier_protein_6(X)
& fn_proton_pump_17(X) = fn_electrogenic_pump_8(X)
& fn_proton_pump_22(X) = fn_carrier_protein_5(X)
& fn_proton_pump_22(X) = fn_electrogenic_pump_7(X)
& X = fn_attach_2(fn_proton_pump_68(X))
& fn_proton_pump_52(X) = fn_biomembrane_30(fn_proton_pump_76(X))
& fn_proton_pump_29(X) = fn_biomembrane_47(fn_proton_pump_76(X))
& fn_proton_pump_29(X) = fn_biomembrane_42(fn_proton_pump_76(X))
& fn_proton_pump_13(X) = fn_biomembrane_76(fn_proton_pump_76(X))
& fn_proton_pump_27(X) = fn_active_transport_using_atp_39(fn_proton_pump_36(X))
& fn_proton_pump_77(X) = fn_active_transport_using_atp_23(fn_proton_pump_36(X))
& fn_proton_pump_77(X) = fn_carrier_protein_19(X)
& fn_proton_pump_77(X) = fn_biomembrane_99(fn_proton_pump_76(X))
& fn_proton_pump_77(X) = fn_biomembrane_98(fn_proton_pump_76(X))
& fn_proton_pump_27(X) = fn_transport_protein_31(X)
& fn_proton_pump_27(X) = fn_carrier_protein_17(X)
& fn_proton_pump_27(X) = fn_electrogenic_pump_9(X)
& fn_proton_pump_27(X) = fn_biomembrane_101(fn_proton_pump_76(X))
& fn_proton_pump_27(X) = fn_biomembrane_100(fn_proton_pump_76(X))
& fn_proton_pump_20(X) = fn_transport_protein_20(X)
& fn_proton_pump_20(X) = fn_electrogenic_pump_18(X)
& fn_proton_pump_20(X) = fn_carrier_protein_40(X)
& fn_proton_pump_20(X) = fn_biomembrane_56(fn_proton_pump_76(X))
& fn_proton_pump_76(X) = fn_transport_protein_35(X)
& fn_proton_pump_76(X) = fn_carrier_protein_18(X)
& fn_proton_pump_76(X) = fn_protein_pump_3(X)
& X = fn_biomembrane_54(fn_proton_pump_76(X))
& fn_proton_pump_27(X) = fn_integral_protein_25(X)
& fn_proton_pump_27(X) = fn_biomembrane_102(fn_proton_pump_76(X))
& fn_proton_pump_11(X) = fn_integral_protein_10(X)
& fn_proton_pump_11(X) = fn_biomembrane_75(fn_proton_pump_76(X))
& fn_proton_pump_76(X) = fn_active_transport_using_atp_32(fn_proton_pump_36(X))
& fn_proton_pump_53(X) = fn_active_transport_using_atp_38(fn_proton_pump_36(X))
& fn_proton_pump_76(X) = fn_integral_protein_24(X)
& fn_proton_pump_53(X) = fn_integral_protein_27(X)
& fn_proton_pump_53(X) = fn_biomembrane_63(fn_proton_pump_76(X))
& fn_proton_pump_42(X) = fn_electrogenic_pump_35(X)
& fn_proton_pump_76(X) = fn_electrogenic_pump_30(X)
& fn_proton_pump_42(X) = fn_biomembrane_52(fn_proton_pump_76(X))
& fn_proton_pump_54(X) = fn_move_1(fn_proton_pump_42(X))
& fn_proton_pump_54(X) = fn_attach_1(fn_proton_pump_68(X))
& fn_proton_pump_54(X) = fn_block_1(fn_proton_pump_27(X))
& fn_proton_pump_71(X) = fn_polar_covalent_bond_19(fn_proton_pump_78(X))
& fn_proton_pump_64(X) = fn_covalent_bond_20(fn_proton_pump_69(X))
& fn_proton_pump_64(X) = fn_covalent_bond_19(fn_proton_pump_69(X))
& fn_proton_pump_70(X) = fn_polar_covalent_bond_18(fn_proton_pump_78(X))
& fn_proton_pump_27(X) = fn_biomembrane_50(fn_proton_pump_76(X))
& fn_proton_pump_28(X) = fn_biomembrane_49(fn_proton_pump_76(X))
& fn_proton_pump_55(X) = fn_glycoprotein_14(fn_proton_pump_52(X))
& fn_proton_pump_49(X) = fn_glycoprotein_17(fn_proton_pump_52(X))
& fn_proton_pump_71(X) = fn_phosphate_group_6(fn_proton_pump_23(X))
& fn_proton_pump_60(X) = fn_phosphate_group_41(fn_proton_pump_23(X))
& fn_proton_pump_62(X) = fn_phosphate_group_5(fn_proton_pump_23(X))
& fn_proton_pump_69(X) = fn_phosphate_group_37(fn_proton_pump_23(X))
& fn_proton_pump_70(X) = fn_phosphate_group_22(fn_proton_pump_23(X))
& fn_electrogenic_pump_28(X) = fn_protein_pump_2(X)
& fn_protein_pump_2(X) = fn_electrogenic_pump_28(X)
& fn_electrogenic_pump_28(X) = fn_electrogenic_pump_28(X)
& fn_electrogenic_pump_28(X) = fn_active_movement_of_ions_10(fn_proton_pump_36(X))
& fn_active_transport_using_atp_78(fn_proton_pump_36(X)) = fn_facilitated_diffusion_using_carrier_protein_33(fn_proton_pump_9(X))
& fn_facilitated_diffusion_using_carrier_protein_33(fn_proton_pump_9(X)) = fn_electrogenic_pump_40(X)
& fn_electrogenic_pump_40(X) = fn_electrogenic_pump_40(X)
& fn_carrier_protein_7(X) = fn_electrogenic_pump_40(X)
& fn_electrogenic_pump_40(X) = fn_carrier_protein_7(X)
& fn_carrier_protein_7(X) = fn_carrier_protein_10(X)
& fn_carrier_protein_10(X) = fn_electrogenic_pump_36(X)
& fn_electrogenic_pump_36(X) = fn_active_transport_using_atp_44(fn_proton_pump_36(X))
& fn_active_transport_using_atp_44(fn_proton_pump_36(X)) = fn_active_transport_using_atp_44(fn_proton_pump_36(X))
& fn_active_transport_using_atp_44(fn_proton_pump_36(X)) = fn_electrogenic_pump_2(X)
& fn_electrogenic_pump_2(X) = fn_carrier_protein_35(X)
& fn_carrier_protein_35(X) = fn_carrier_protein_35(X)
& fn_electrogenic_pump_33(X) = fn_carrier_protein_35(X)
& fn_carrier_protein_35(X) = fn_electrogenic_pump_33(X)
& fn_electrogenic_pump_33(X) = fn_carrier_protein_27(X)
& fn_electrogenic_pump_26(X) = fn_carrier_protein_27(X)
& fn_carrier_protein_27(X) = fn_electrogenic_pump_26(X)
& fn_electrogenic_pump_26(X) = fn_carrier_protein_25(X)
& fn_electrogenic_pump_27(X) = fn_carrier_protein_25(X)
& fn_carrier_protein_25(X) = fn_electrogenic_pump_27(X)
& fn_electrogenic_pump_27(X) = fn_carrier_protein_24(X)
& fn_electrogenic_pump_11(X) = fn_carrier_protein_24(X)
& fn_carrier_protein_24(X) = fn_electrogenic_pump_11(X)
& fn_electrogenic_pump_11(X) = fn_carrier_protein_41(X)
& fn_electrogenic_pump_20(X) = fn_carrier_protein_41(X)
& fn_carrier_protein_41(X) = fn_electrogenic_pump_20(X)
& fn_electrogenic_pump_20(X) = fn_electrogenic_pump_22(X)
& fn_electrogenic_pump_22(X) = fn_carrier_protein_38(X)
& fn_carrier_protein_38(X) = fn_electrogenic_pump_22(X)
& fn_electrogenic_pump_22(X) = fn_electrogenic_pump_23(X)
& fn_electrogenic_pump_23(X) = fn_carrier_protein_37(X)
& fn_carrier_protein_37(X) = fn_electrogenic_pump_23(X)
& fn_electrogenic_pump_23(X) = fn_carrier_protein_42(X)
& fn_electrogenic_pump_10(X) = fn_carrier_protein_42(X)
& fn_carrier_protein_42(X) = fn_electrogenic_pump_10(X)
& fn_electrogenic_pump_10(X) = fn_active_movement_of_ions_14(fn_proton_pump_36(X))
& fn_carrier_protein_22(X) = fn_active_movement_of_ions_14(fn_proton_pump_36(X))
& fn_active_movement_of_ions_14(fn_proton_pump_36(X)) = fn_carrier_protein_22(X)
& fn_electrogenic_pump_12(X) = fn_carrier_protein_22(X)
& fn_carrier_protein_22(X) = fn_electrogenic_pump_12(X)
& fn_electrogenic_pump_12(X) = fn_carrier_protein_30(X)
& fn_electrogenic_pump_32(X) = fn_carrier_protein_30(X)
& fn_carrier_protein_30(X) = fn_electrogenic_pump_32(X)
& fn_electrogenic_pump_32(X) = fn_carrier_protein_39(X)
& fn_electrogenic_pump_25(X) = fn_carrier_protein_39(X)
& fn_carrier_protein_39(X) = fn_electrogenic_pump_25(X)
& fn_electrogenic_pump_25(X) = fn_carrier_protein_33(X)
& fn_electrogenic_pump_16(X) = fn_carrier_protein_33(X)
& fn_carrier_protein_33(X) = fn_electrogenic_pump_16(X)
& fn_electrogenic_pump_16(X) = fn_active_movement_of_ions_21(fn_proton_pump_36(X))
& fn_carrier_protein_31(X) = fn_active_movement_of_ions_21(fn_proton_pump_36(X))
& fn_active_movement_of_ions_21(fn_proton_pump_36(X)) = fn_carrier_protein_31(X)
& fn_carrier_protein_31(X) = fn_carrier_protein_31(X)
& fn_electrogenic_pump_17(X) = fn_carrier_protein_31(X)
& fn_carrier_protein_31(X) = fn_electrogenic_pump_17(X)
& fn_electrogenic_pump_17(X) = fn_active_movement_of_ions_12(fn_proton_pump_36(X))
& fn_active_movement_of_ions_12(fn_proton_pump_36(X)) = fn_carrier_protein_22(X)
& fn_carrier_protein_22(X) = fn_active_movement_of_ions_12(fn_proton_pump_36(X))
& fn_active_movement_of_ions_12(fn_proton_pump_36(X)) = fn_active_movement_of_ions_12(fn_proton_pump_36(X))
& fn_carrier_protein_23(X) = fn_active_movement_of_ions_12(fn_proton_pump_36(X))
& fn_active_movement_of_ions_12(fn_proton_pump_36(X)) = fn_carrier_protein_23(X)
& fn_facilitated_diffusion_using_carrier_protein_15(fn_proton_pump_9(X)) = fn_carrier_protein_23(X)
& fn_carrier_protein_23(X) = fn_carrier_protein_23(X)
& fn_carrier_protein_23(X) = fn_facilitated_diffusion_using_carrier_protein_15(fn_proton_pump_9(X))
& fn_facilitated_diffusion_using_carrier_protein_15(fn_proton_pump_9(X)) = fn_electrogenic_pump_34(X)
& fn_electrogenic_pump_34(X) = fn_electrogenic_pump_34(X)
& fn_electrogenic_pump_34(X) = fn_active_transport_using_atp_10(fn_proton_pump_36(X))
& fn_active_transport_using_atp_10(fn_proton_pump_36(X)) = fn_biomembrane_105(fn_proton_pump_76(X))
& fn_biomembrane_105(fn_proton_pump_76(X)) = fn_active_transport_using_atp_10(fn_proton_pump_36(X))
& fn_active_transport_using_atp_10(fn_proton_pump_36(X)) = fn_carrier_protein_20(X)
& fn_carrier_protein_20(X) = fn_carrier_protein_20(X)
& fn_electrogenic_pump_24(X) = fn_electrogenic_pump_24(X)
& fn_electrogenic_pump_24(X) = fn_carrier_protein_20(X)
& fn_carrier_protein_20(X) = fn_electrogenic_pump_24(X)
& fn_electrogenic_pump_24(X) = fn_carrier_protein_21(X)
& fn_carrier_protein_21(X) = fn_active_movement_of_ions_15(fn_proton_pump_36(X))
& fn_active_movement_of_ions_15(fn_proton_pump_36(X)) = fn_carrier_protein_21(X)
& fn_carrier_protein_21(X) = fn_carrier_protein_21(X)
& fn_electrogenic_pump_13(X) = fn_carrier_protein_21(X)
& fn_carrier_protein_21(X) = fn_electrogenic_pump_13(X)
& fn_electrogenic_pump_13(X) = fn_carrier_protein_4(X)
& fn_carrier_protein_4(X) = fn_protein_pump_1(X)
& fn_protein_pump_1(X) = fn_carrier_protein_4(X)
& fn_facilitated_diffusion_using_carrier_protein_34(fn_proton_pump_9(X)) = fn_carrier_protein_4(X)
& fn_carrier_protein_4(X) = fn_carrier_protein_4(X)
& fn_carrier_protein_4(X) = fn_facilitated_diffusion_using_carrier_protein_34(fn_proton_pump_9(X))
& fn_facilitated_diffusion_using_carrier_protein_34(fn_proton_pump_9(X)) = fn_electrogenic_pump_35(X)
& fn_electrogenic_pump_5(X) = fn_carrier_protein_6(X)
& fn_electrogenic_pump_8(X) = fn_carrier_protein_6(X)
& fn_carrier_protein_6(X) = fn_electrogenic_pump_8(X)
& fn_electrogenic_pump_8(X) = fn_carrier_protein_5(X)
& fn_electrogenic_pump_7(X) = fn_carrier_protein_5(X)
& fn_carrier_protein_5(X) = fn_electrogenic_pump_7(X)
& fn_electrogenic_pump_7(X) = fn_biomembrane_47(fn_proton_pump_76(X))
& fn_biomembrane_47(fn_proton_pump_76(X)) = fn_biomembrane_42(fn_proton_pump_76(X))
& fn_biomembrane_42(fn_proton_pump_76(X)) = fn_active_transport_using_atp_23(fn_proton_pump_36(X))
& fn_active_transport_using_atp_23(fn_proton_pump_36(X)) = fn_active_transport_using_atp_23(fn_proton_pump_36(X))
& fn_active_transport_using_atp_23(fn_proton_pump_36(X)) = fn_carrier_protein_19(X)
& fn_carrier_protein_19(X) = fn_carrier_protein_19(X)
& fn_carrier_protein_19(X) = fn_biomembrane_99(fn_proton_pump_76(X))
& fn_electrogenic_pump_3(X) = fn_biomembrane_99(fn_proton_pump_76(X))
& fn_biomembrane_99(fn_proton_pump_76(X)) = fn_electrogenic_pump_3(X)
& fn_electrogenic_pump_3(X) = fn_biomembrane_98(fn_proton_pump_76(X))
& fn_biomembrane_98(fn_proton_pump_76(X)) = fn_carrier_protein_40(X)
& fn_carrier_protein_40(X) = fn_transport_protein_20(X)
& fn_transport_protein_20(X) = fn_transport_protein_20(X)
& fn_transport_protein_20(X) = fn_carrier_protein_40(X)
& fn_carrier_protein_40(X) = fn_carrier_protein_40(X)
& fn_electrogenic_pump_18(X) = fn_electrogenic_pump_18(X)
& fn_electrogenic_pump_18(X) = fn_carrier_protein_40(X)
& fn_carrier_protein_40(X) = fn_electrogenic_pump_18(X)
& fn_biomembrane_56(fn_proton_pump_76(X)) = fn_electrogenic_pump_18(X)
& fn_electrogenic_pump_18(X) = fn_biomembrane_56(fn_proton_pump_76(X))
& fn_biomembrane_56(fn_proton_pump_76(X)) = fn_functional_group_1(fn_proton_pump_23(X))
& fn_functional_group_1(fn_proton_pump_23(X)) = fn_peptide_bond_54(fn_proton_pump_10(X))
& fn_peptide_bond_54(fn_proton_pump_10(X)) = fn_peptide_bond_54(fn_proton_pump_10(X))
& fn_peptide_bond_54(fn_proton_pump_10(X)) = fn_expose_1(fn_proton_pump_61(X))
& fn_expose_1(fn_proton_pump_38(X)) = fn_functional_group_1(fn_proton_pump_23(X))
& fn_functional_group_1(fn_proton_pump_23(X)) = fn_expose_1(fn_proton_pump_61(X))
& fn_expose_1(fn_proton_pump_61(X)) = fn_expose_1(fn_proton_pump_72(X))
& fn_expose_1(fn_proton_pump_72(X)) = fn_expose_1(fn_proton_pump_39(X))
& fn_expose_1(fn_proton_pump_39(X)) = fn_expose_1(fn_proton_pump_74(X))
& fn_expose_1(fn_proton_pump_74(X)) = fn_expose_1(fn_proton_pump_38(X))
& fn_expose_1(fn_proton_pump_38(X)) = fn_active_movement_of_ions_10(fn_proton_pump_36(X))
& fn_active_transport_using_atp_78(fn_proton_pump_36(X)) = fn_active_movement_of_ions_10(fn_proton_pump_36(X))
& fn_active_movement_of_ions_10(fn_proton_pump_36(X)) = fn_active_movement_of_ions_10(fn_proton_pump_36(X))
& fn_active_movement_of_ions_10(fn_proton_pump_36(X)) = fn_active_transport_using_atp_78(fn_proton_pump_36(X))
& fn_active_transport_using_atp_78(fn_proton_pump_36(X)) = fn_active_transport_using_atp_78(fn_proton_pump_36(X))
& fn_active_transport_using_atp_78(fn_proton_pump_36(X)) = fn_active_transport_using_atp_48(fn_proton_pump_36(X))
& fn_active_transport_using_atp_48(fn_proton_pump_36(X)) = fn_active_transport_using_atp_48(fn_proton_pump_36(X))
& fn_active_transport_using_atp_48(fn_proton_pump_36(X)) = fn_facilitated_diffusion_using_carrier_protein_5(fn_proton_pump_9(X))
& fn_facilitated_diffusion_using_carrier_protein_33(fn_proton_pump_9(X)) = fn_facilitated_diffusion_using_carrier_protein_5(fn_proton_pump_9(X))
& fn_facilitated_diffusion_using_carrier_protein_5(fn_proton_pump_9(X)) = fn_facilitated_diffusion_using_carrier_protein_33(fn_proton_pump_9(X))
& fn_facilitated_diffusion_using_carrier_protein_33(fn_proton_pump_9(X)) = fn_facilitated_diffusion_using_carrier_protein_33(fn_proton_pump_9(X))
& fn_facilitated_diffusion_using_carrier_protein_33(fn_proton_pump_9(X)) = fn_attach_2(fn_proton_pump_68(X))
& fn_attach_2(fn_proton_pump_68(X)) = fn_attach_2(fn_proton_pump_68(X))
& fn_attach_2(fn_proton_pump_68(X)) = fn_biomembrane_54(fn_proton_pump_76(X))
& fn_biomembrane_54(fn_proton_pump_76(X)) = fn_biomembrane_54(fn_proton_pump_76(X))
& fn_biomembrane_54(fn_proton_pump_76(X)) = fn_integral_protein_10(X)
& fn_biomembrane_75(fn_proton_pump_76(X)) = fn_integral_protein_10(X)
& fn_integral_protein_10(X) = fn_biomembrane_75(fn_proton_pump_76(X))
& fn_biomembrane_75(fn_proton_pump_76(X)) = fn_integral_protein_27(X)
& fn_integral_protein_27(X) = fn_active_transport_using_atp_38(fn_proton_pump_36(X))
& fn_active_transport_using_atp_38(fn_proton_pump_36(X)) = fn_integral_protein_27(X)
& fn_integral_protein_27(X) = fn_carrier_protein_16(X)
& fn_carrier_protein_16(X) = fn_integral_protein_27(X)
& fn_integral_protein_27(X) = fn_integral_protein_27(X)
& fn_integral_protein_27(X) = fn_facilitated_diffusion_using_carrier_protein_39(fn_proton_pump_9(X))
& fn_facilitated_diffusion_using_carrier_protein_39(fn_proton_pump_9(X)) = fn_carrier_protein_16(X)
& fn_carrier_protein_16(X) = fn_facilitated_diffusion_using_carrier_protein_39(fn_proton_pump_9(X))
& fn_facilitated_diffusion_using_carrier_protein_39(fn_proton_pump_9(X)) = fn_electrogenic_pump_19(X)
& fn_electrogenic_pump_19(X) = fn_electrogenic_pump_19(X)
& fn_electrogenic_pump_19(X) = fn_biomembrane_63(fn_proton_pump_76(X))
& fn_biomembrane_63(fn_proton_pump_76(X)) = fn_biomembrane_63(fn_proton_pump_76(X))
& fn_biomembrane_63(fn_proton_pump_76(X)) = fn_active_transport_using_atp_31(fn_proton_pump_36(X))
& fn_active_transport_using_atp_31(fn_proton_pump_36(X)) = fn_protein_pump_1(X)
& fn_protein_pump_1(X) = fn_active_transport_using_atp_31(fn_proton_pump_36(X))
& fn_active_transport_using_atp_31(fn_proton_pump_36(X)) = fn_active_transport_using_atp_31(fn_proton_pump_36(X))
& fn_electrogenic_pump_35(X) = fn_active_transport_using_atp_31(fn_proton_pump_36(X))
& fn_active_transport_using_atp_31(fn_proton_pump_36(X)) = fn_electrogenic_pump_35(X)
& fn_electrogenic_pump_35(X) = fn_electrogenic_pump_35(X)
& fn_electrogenic_pump_5(X) = fn_electrogenic_pump_35(X)
& fn_electrogenic_pump_35(X) = fn_electrogenic_pump_5(X)
& fn_electrogenic_pump_5(X) = fn_electrogenic_pump_5(X)
& fn_electrogenic_pump_5(X) = fn_biomembrane_52(fn_proton_pump_76(X))
& fn_biomembrane_52(fn_proton_pump_76(X)) = fn_biomembrane_52(fn_proton_pump_76(X))
& fn_biomembrane_52(fn_proton_pump_76(X)) = fn_active_transport_using_atp_46(fn_proton_pump_36(X))
& fn_active_transport_using_atp_46(fn_proton_pump_36(X)) = fn_active_movement_of_ions_25(fn_proton_pump_36(X))
& fn_active_movement_of_ions_25(fn_proton_pump_36(X)) = fn_active_transport_using_atp_46(fn_proton_pump_36(X))
& fn_active_transport_using_atp_46(fn_proton_pump_36(X)) = fn_active_transport_using_atp_46(fn_proton_pump_36(X))
& fn_active_transport_using_atp_46(fn_proton_pump_36(X)) = fn_move_1(fn_proton_pump_42(X))
& fn_move_1(fn_proton_pump_42(X)) = fn_move_1(fn_proton_pump_42(X))
& fn_move_1(fn_proton_pump_42(X)) = fn_attach_1(fn_proton_pump_68(X))
& fn_attach_1(fn_proton_pump_68(X)) = fn_attach_1(fn_proton_pump_68(X))
& fn_attach_1(fn_proton_pump_68(X)) = fn_block_1(fn_proton_pump_27(X))
& fn_block_1(fn_proton_pump_27(X)) = fn_polar_covalent_bond_19(fn_proton_pump_10(X))
& fn_polar_covalent_bond_19(fn_proton_pump_10(X)) = fn_peptide_bond_32(fn_proton_pump_10(X))
& fn_peptide_bond_32(fn_proton_pump_10(X)) = fn_peptide_bond_32(fn_proton_pump_10(X))
& fn_peptide_bond_32(fn_proton_pump_10(X)) = fn_polar_covalent_bond_19(fn_proton_pump_10(X))
& fn_polar_covalent_bond_19(fn_proton_pump_10(X)) = fn_polar_covalent_bond_19(fn_proton_pump_10(X))
& fn_polar_covalent_bond_19(fn_proton_pump_10(X)) = fn_active_movement_of_ions_23(fn_proton_pump_36(X))
& fn_active_movement_of_ions_23(fn_proton_pump_36(X)) = fn_active_movement_of_ions_23(fn_proton_pump_36(X))
& fn_active_movement_of_ions_23(fn_proton_pump_36(X)) = fn_carrier_protein_34(X)
& fn_active_transport_using_atp_84(fn_proton_pump_36(X)) = fn_carrier_protein_34(X)
& fn_carrier_protein_34(X) = fn_carrier_protein_34(X)
& fn_carrier_protein_34(X) = fn_active_transport_using_atp_84(fn_proton_pump_36(X))
& fn_active_transport_using_atp_84(fn_proton_pump_36(X)) = fn_active_transport_using_atp_84(fn_proton_pump_36(X))
& fn_active_transport_using_atp_84(fn_proton_pump_36(X)) = fn_active_transport_using_atp_27(fn_proton_pump_36(X))
& fn_electrogenic_pump_15(X) = fn_active_transport_using_atp_27(fn_proton_pump_36(X))
& fn_active_transport_using_atp_27(fn_proton_pump_36(X)) = fn_electrogenic_pump_15(X)
& fn_electrogenic_pump_15(X) = fn_electrogenic_pump_15(X)
& fn_electrogenic_pump_15(X) = fn_covalent_bond_20(fn_proton_pump_69(X))
& fn_covalent_bond_20(fn_proton_pump_69(X)) = fn_covalent_bond_20(fn_proton_pump_69(X))
& fn_covalent_bond_20(fn_proton_pump_69(X)) = fn_covalent_bond_19(fn_proton_pump_69(X))
& fn_covalent_bond_19(fn_proton_pump_69(X)) = fn_carrier_protein_36(X)
& fn_carrier_protein_36(X) = fn_protein_6(X)
& fn_protein_6(X) = fn_carrier_protein_36(X)
& fn_carrier_protein_36(X) = fn_carrier_protein_36(X)
& fn_carrier_protein_36(X) = fn_electrogenic_pump_21(X)
& fn_electrogenic_pump_21(X) = fn_electrogenic_pump_21(X)
& fn_electrogenic_pump_21(X) = fn_transport_protein_31(X)
& fn_transport_protein_31(X) = fn_active_transport_using_atp_39(fn_proton_pump_36(X))
& fn_active_transport_using_atp_39(fn_proton_pump_36(X)) = fn_active_transport_using_atp_39(fn_proton_pump_36(X))
& fn_active_transport_using_atp_39(fn_proton_pump_36(X)) = fn_transport_protein_31(X)
& fn_transport_protein_31(X) = fn_transport_protein_31(X)
& fn_integral_protein_25(X) = fn_transport_protein_31(X)
& fn_transport_protein_31(X) = fn_integral_protein_25(X)
& fn_integral_protein_25(X) = fn_integral_protein_25(X)
& fn_integral_protein_25(X) = fn_biomembrane_101(fn_proton_pump_76(X))
& fn_biomembrane_101(fn_proton_pump_76(X)) = fn_biomembrane_101(fn_proton_pump_76(X))
& fn_biomembrane_101(fn_proton_pump_76(X)) = fn_integral_protein_25(X)
& fn_integral_protein_25(X) = fn_carrier_protein_17(X)
& fn_biomembrane_101(fn_proton_pump_76(X)) = fn_carrier_protein_17(X)
& fn_carrier_protein_17(X) = fn_biomembrane_101(fn_proton_pump_76(X))
& fn_biomembrane_101(fn_proton_pump_76(X)) = fn_electrogenic_pump_9(X)
& fn_electrogenic_pump_9(X) = fn_carrier_protein_17(X)
& fn_carrier_protein_17(X) = fn_carrier_protein_17(X)
& fn_carrier_protein_17(X) = fn_electrogenic_pump_9(X)
& fn_electrogenic_pump_9(X) = fn_electrogenic_pump_9(X)
& fn_biomembrane_100(fn_proton_pump_76(X)) = fn_electrogenic_pump_9(X)
& fn_electrogenic_pump_9(X) = fn_biomembrane_100(fn_proton_pump_76(X))
& fn_biomembrane_102(fn_proton_pump_76(X)) = fn_biomembrane_100(fn_proton_pump_76(X))
& fn_biomembrane_100(fn_proton_pump_76(X)) = fn_biomembrane_102(fn_proton_pump_76(X))
& fn_biomembrane_102(fn_proton_pump_76(X)) = fn_biomembrane_102(fn_proton_pump_76(X))
& fn_biomembrane_102(fn_proton_pump_76(X)) = fn_biomembrane_50(fn_proton_pump_76(X))
& fn_biomembrane_50(fn_proton_pump_76(X)) = fn_protein_pump_3(X)
& fn_protein_pump_3(X) = fn_transport_protein_35(X)
& fn_transport_protein_35(X) = fn_transport_protein_35(X)
& fn_transport_protein_35(X) = fn_protein_pump_3(X)
& fn_protein_pump_3(X) = fn_protein_pump_3(X)
& fn_protein_pump_3(X) = fn_integral_protein_24(X)
& fn_active_movement_of_ions_19(fn_proton_pump_36(X)) = fn_integral_protein_24(X)
& fn_integral_protein_24(X) = fn_integral_protein_24(X)
& fn_integral_protein_24(X) = fn_active_movement_of_ions_19(fn_proton_pump_36(X))
& fn_active_movement_of_ions_19(fn_proton_pump_36(X)) = fn_active_movement_of_ions_19(fn_proton_pump_36(X))
& fn_active_movement_of_ions_19(fn_proton_pump_36(X)) = fn_carrier_protein_18(X)
& fn_active_transport_using_atp_32(fn_proton_pump_36(X)) = fn_carrier_protein_18(X)
& fn_carrier_protein_18(X) = fn_carrier_protein_18(X)
& fn_carrier_protein_18(X) = fn_active_transport_using_atp_32(fn_proton_pump_36(X))
& fn_active_transport_using_atp_32(fn_proton_pump_36(X)) = fn_facilitated_diffusion_using_carrier_protein_40(fn_proton_pump_9(X))
& fn_facilitated_diffusion_using_carrier_protein_40(fn_proton_pump_9(X)) = fn_facilitated_diffusion_using_carrier_protein_40(fn_proton_pump_9(X))
& fn_facilitated_diffusion_using_carrier_protein_40(fn_proton_pump_9(X)) = fn_active_transport_using_atp_32(fn_proton_pump_36(X))
& fn_active_transport_using_atp_32(fn_proton_pump_36(X)) = fn_active_transport_using_atp_32(fn_proton_pump_36(X))
& fn_active_transport_using_atp_32(fn_proton_pump_36(X)) = fn_electrogenic_pump_30(X)
& fn_electrogenic_pump_30(X) = fn_facilitated_diffusion_using_carrier_protein_40(fn_proton_pump_9(X))
& fn_facilitated_diffusion_using_carrier_protein_40(fn_proton_pump_9(X)) = fn_electrogenic_pump_30(X)
& fn_electrogenic_pump_30(X) = fn_electrogenic_pump_30(X)
& fn_electrogenic_pump_30(X) = fn_glycolipid_1(fn_proton_pump_51(X))
& fn_glycolipid_1(fn_proton_pump_51(X)) = fn_glycoprotein_14(fn_proton_pump_52(X))
& fn_glycoprotein_14(fn_proton_pump_52(X)) = fn_glycoprotein_14(fn_proton_pump_52(X))
& fn_glycoprotein_14(fn_proton_pump_52(X)) = fn_polar_covalent_bond_18(fn_proton_pump_10(X))
& fn_polar_covalent_bond_18(fn_proton_pump_10(X)) = fn_polar_covalent_bond_18(fn_proton_pump_10(X))
& fn_polar_covalent_bond_18(fn_proton_pump_10(X)) = fn_active_transport_using_atp_86(fn_proton_pump_36(X))
& fn_active_transport_using_atp_86(fn_proton_pump_36(X)) = fn_active_transport_using_atp_86(fn_proton_pump_36(X))
& fn_active_transport_using_atp_86(fn_proton_pump_36(X)) = fn_polar_covalent_bond_19(fn_proton_pump_78(X))
& fn_polar_covalent_bond_19(fn_proton_pump_78(X)) = fn_polar_covalent_bond_19(fn_proton_pump_78(X))
& fn_polar_covalent_bond_19(fn_proton_pump_78(X)) = fn_phosphate_group_6(fn_proton_pump_23(X))
& fn_phosphate_group_6(fn_proton_pump_23(X)) = fn_phosphate_group_6(fn_proton_pump_23(X))
& fn_phosphate_group_6(fn_proton_pump_23(X)) = fn_peptide_bond_53(fn_proton_pump_10(X))
& fn_electrogenic_pump_14(X) = fn_electrogenic_pump_14(X)
& fn_carrier_protein_32(X) = fn_electrogenic_pump_14(X)
& fn_active_movement_of_ions_7(fn_proton_pump_36(X)) = fn_carrier_protein_32(X)
& fn_carrier_protein_32(X) = fn_active_movement_of_ions_7(fn_proton_pump_36(X))
& fn_active_movement_of_ions_7(fn_proton_pump_36(X)) = fn_active_transport_using_atp_54(fn_proton_pump_36(X))
& fn_active_transport_using_atp_54(fn_proton_pump_36(X)) = fn_active_transport_using_atp_54(fn_proton_pump_36(X))
& fn_active_transport_using_atp_54(fn_proton_pump_36(X)) = fn_phosphate_group_5(fn_proton_pump_23(X))
& fn_phosphate_group_5(fn_proton_pump_23(X)) = fn_phosphate_group_5(fn_proton_pump_23(X))
& fn_phosphate_group_5(fn_proton_pump_23(X)) = fn_active_movement_of_ions_3(fn_proton_pump_36(X))
& fn_active_movement_of_ions_3(fn_proton_pump_36(X)) = fn_active_movement_of_ions_3(fn_proton_pump_36(X))
& fn_active_movement_of_ions_3(fn_proton_pump_36(X)) = fn_phosphate_group_41(fn_proton_pump_23(X))
& fn_phosphate_group_41(fn_proton_pump_23(X)) = fn_phosphate_group_41(fn_proton_pump_23(X))
& fn_phosphate_group_41(fn_proton_pump_23(X)) = fn_peptide_bond_53(fn_proton_pump_10(X))
& fn_electrogenic_pump_14(X) = fn_peptide_bond_53(fn_proton_pump_10(X))
& fn_peptide_bond_53(fn_proton_pump_10(X)) = fn_electrogenic_pump_14(X)
& fn_electrogenic_pump_14(X) = fn_carrier_protein_32(X)
& fn_active_movement_of_ions_5(fn_proton_pump_36(X)) = fn_carrier_protein_32(X)
& fn_carrier_protein_32(X) = fn_carrier_protein_32(X)
& fn_carrier_protein_32(X) = fn_active_movement_of_ions_5(fn_proton_pump_36(X))
& fn_active_movement_of_ions_5(fn_proton_pump_36(X)) = fn_active_transport_using_atp_85(fn_proton_pump_36(X))
& fn_active_transport_using_atp_85(fn_proton_pump_36(X)) = fn_active_transport_using_atp_85(fn_proton_pump_36(X))
& fn_active_transport_using_atp_85(fn_proton_pump_36(X)) = fn_polar_covalent_bond_18(fn_proton_pump_78(X))
& fn_polar_covalent_bond_18(fn_proton_pump_78(X)) = fn_polar_covalent_bond_18(fn_proton_pump_78(X))
& fn_polar_covalent_bond_18(fn_proton_pump_78(X)) = fn_phosphate_group_22(fn_proton_pump_23(X))
& fn_phosphate_group_22(fn_proton_pump_23(X)) = fn_phosphate_group_22(fn_proton_pump_23(X))
& fn_phosphate_group_22(fn_proton_pump_23(X)) = fn_active_movement_of_ions_4(fn_proton_pump_36(X))
& fn_active_movement_of_ions_4(fn_proton_pump_36(X)) = fn_active_movement_of_ions_4(fn_proton_pump_36(X))
& fn_active_movement_of_ions_4(fn_proton_pump_36(X)) = fn_phosphate_group_37(fn_proton_pump_23(X))
& fn_phosphate_group_37(fn_proton_pump_23(X)) = fn_phosphate_group_37(fn_proton_pump_23(X)) ) ) ).
fof(a532073,axiom,
! [X] :
( protonema_1(X)
=> ( original_name_2(X,'Protonema')
& user_description_2(X,'In mosses, a filamentous mass of haploid cells produced by germinating spores.')
& concept2words_2(X,protonema)
& plant_specific_tissue_1(X)
& ~ endosperm_1(X)
& ~ integument_1(X)
& ~ leaf_primordium_1(X)
& ~ meristem_1(X)
& ~ mesophyll_1(X)
& ~ phloem_1(X)
& ~ primary_plant_body_1(X)
& ~ primary_plant_1(X)
& ~ receptacle_1(X)
& ~ vessel_1(X) ) ) ).
fof(a532074,axiom,
! [X] :
( protonephridium_1(X)
=> ( original_name_2(X,'Protonephridium')
& user_description_2(X,'An osmoregulatory organ found in the animal phyla Platyhelminthes and Rotifera, which consists of a network of blind-ended tubules and flame bulbs.')
& concept2words_2(X,'flame bulb')
& concept2words_2(X,'flame-bulb')
& concept2words_2(X,protonephridia)
& concept2words_2(X,protonephridium)
& excretory_organ_1(X) ) ) ).
fof(a532075,axiom,
! [X] :
( protoplast_1(X)
=> ( original_name_2(X,'Protoplast')
& user_description_2(X,'The living part of a walled cell, which also includes the plasma membrane.')
& concept2words_2(X,protoplast)
& cellular_region_1(X) ) ) ).
fof(a532076,axiom,
! [X] :
( protoplast_fusion_1(X)
=> ( original_name_2(X,'Protoplast-Fusion')
& user_description_2(X,'A method of hybridizing otherwise incompatible plants by fusing their protoplasts. The resulting hybrid offspring has the characteristics of both parent species.')
& concept2words_2(X,'fusion of protoplast')
& concept2words_2(X,'protoplast fusion')
& concept2words_2(X,'protoplast-fusion')
& fertilization_1(X) ) ) ).
fof(a532077,axiom,
! [X] :
( protostome_development_1(X)
=> ( original_name_2(X,'Protostome-Development')
& user_description_2(X,'A developmental mode in animals in which the blastopore develops into the mouth; often associated with formation of the coelom by schizocoely, a process in which solid blocks of mesodermal tissue split to form hollow cavities. Annelids, molluscs, and arthropods have protostomous development.')
& concept2words_2(X,'protostome development')
& concept2words_2(X,'protostome-development')
& developmental_process_1(X)
& ~ cell_determination_1(X)
& ~ childbirth_1(X)
& ~ compaction_1(X)
& ~ gastrulation_1(X)
& ~ gestation_1(X)
& ~ molting_1(X)
& ~ morphogenesis_1(X)
& ~ organogenesis_1(X)
& ~ oviparous_1(X)
& ~ ovoviviparous_1(X)
& ~ ovulation_1(X)
& ~ paedomorphosis_1(X)
& ~ pattern_formation_1(X)
& ~ phase_change_1(X)
& ~ primary_growth_1(X)
& ~ radial_cleavage_1(X)
& ~ senescence_1(X)
& ~ viviparous_1(X) ) ) ).
fof(a532078,axiom,
! [X] :
( protozoan_disease_1(X)
=> ( original_name_2(X,'Protozoan-Disease')
& user_description_2(X,'Abnormal condition in an organism, caused by infection with protozoa.')
& concept2words_2(X,'disease of protozoan')
& concept2words_2(X,'protozoan disease')
& concept2words_2(X,'protozoan-disease')
& infectious_disease_1(X) ) ) ).
fof(a532079,axiom,
! [X] :
( province_1(X)
=> ( original_name_2(X,'Province')
& concept2words_2(X,state)
& concept2words_2(X,province)
& administrative_district_1(X)
& ~ political_state_1(X)
& ~ county_1(X)
& ~ country_1(X)
& ~ city_1(X) ) ) ).
fof(a532080,axiom,
! [X] :
( provirus_1(X)
=> ( original_name_2(X,'Provirus')
& user_description_2(X,'A viral genome that is permanently inserted into a host genome.')
& concept2words_2(X,provirus)
& genome_1(X)
& move_into_1(fn_provirus_1(X))
& spatial_entity_1(fn_provirus_2(X))
& genome_of_virus_1(fn_provirus_2(X))
& genome_of_host_cell_1(fn_provirus_3(X))
& virus_1(fn_provirus_4(X))
& add_1(fn_provirus_5(X))
& spatial_entity_1(fn_add_2(fn_provirus_5(X)))
& virus_1(fn_genome_of_virus_1(fn_provirus_2(X)))
& spatial_entity_1(fn_move_1(fn_provirus_1(X)))
& spatial_entity_1(fn_add_1(fn_provirus_5(X)))
& result_2(fn_provirus_5(X),X)
& destination_2(fn_provirus_1(X),fn_provirus_3(X))
& origin_2(fn_provirus_1(X),fn_provirus_4(X))
& result_2(fn_provirus_1(X),X)
& base_2(fn_provirus_5(X),fn_provirus_3(X))
& object_2(fn_provirus_1(X),fn_provirus_2(X))
& object_2(fn_provirus_5(X),fn_provirus_2(X))
& has_part_2(fn_provirus_4(X),fn_provirus_2(X))
& fn_provirus_3(X) = fn_add_2(fn_provirus_5(X))
& fn_provirus_2(X) = fn_move_1(fn_provirus_1(X))
& fn_provirus_2(X) = fn_add_1(fn_provirus_5(X))
& fn_provirus_4(X) = fn_genome_of_virus_1(fn_provirus_2(X))
& fn_move_1(fn_provirus_1(X)) = fn_add_1(fn_provirus_5(X)) ) ) ).
fof(a532081,axiom,
! [X] :
( proximal_1(X)
=> ( original_name_2(X,'Proximal')
& user_description_2(X,'Region of appendages towards the trunk or core of the body. Opposite of distal.')
& concept2words_2(X,proximal)
& anatomical_region_1(X) ) ) ).
fof(a532082,axiom,
! [X] :
( proximal_control_element_1(X)
=> ( original_name_2(X,'Proximal-Control-Element')
& user_description_2(X,'A control element on the DNA that is close to the promoter.')
& concept2words_2(X,'proximal control element')
& concept2words_2(X,'proximal-control-element')
& control_element_1(X)
& ~ enhancer_1(X)
& promoter_1(fn_proximal_control_element_1(X))
& eukaryotic_gene_1(fn_proximal_control_element_2(X))
& abuts_2(X,fn_proximal_control_element_1(X))
& abuts_2(X,fn_proximal_control_element_2(X))
& abuts_2(fn_proximal_control_element_1(X),X)
& abuts_2(fn_proximal_control_element_2(X),X)
& has_part_2(fn_proximal_control_element_2(X),fn_proximal_control_element_1(X)) ) ) ).
fof(a532083,axiom,
! [X] :
( proximal_tubule_1(X)
=> ( original_name_2(X,'Proximal-Tubule')
& user_description_2(X,'The part of a nephron that leads from the Bowman\'s capsule to the loop of Henle.')
& concept2words_2(X,'tubule of proximal')
& concept2words_2(X,'proximal tubule')
& concept2words_2(X,'proximal-tubule')
& tubule_1(X)
& cuboidal_epithelium_1(X)
& ~ labia_majora_1(X)
& ~ alveolus_1(X)
& ~ blood_brain_barrier_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ bronchus_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ collecting_duct_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ corpus_luteum_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endometrium_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ islets_of_langerhans_1(X)
& ~ labia_minora_1(X)
& ~ lacteal_1(X)
& ~ loop_of_henle_1(X)
& ~ prepuce_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ seminiferous_tubule_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a532084,axiom,
! [X] :
( proximate_causation_1(X)
=> ( original_name_2(X,'Proximate-Causation')
& user_description_2(X,'Causes of behavior that are mechanistic in nature and concerned with environmental stimuli, as well as the underlying genetic and physiological mechanisms for a particular behavior.')
& concept2words_2(X,'proximate causation')
& concept2words_2(X,'proximate-causation')
& hypothesis_1(X)
& ~ genetic_code_1(X)
& ~ suggestion_1(X)
& ~ request_1(X)
& ~ information_sequence_1(X)
& ~ classification_unit_1(X)
& ~ dna_library_1(X)
& ~ ethics_1(X)
& ~ fossil_record_1(X)
& ~ genomic_library_1(X)
& ~ positional_information_1(X)
& ~ representation_1(X)
& ~ rna_world_1(X)
& ~ scientific_laws_1(X)
& ~ species_concept_1(X) ) ) ).
fof(a532085,axiom,
! [X] :
( pruning_1(X)
=> ( original_name_2(X,'Pruning')
& user_description_2(X,'The process of selectively removing parts of plants in order to control growth and increase fruit size.')
& concept2words_2(X,prune)
& concept2words_2(X,pruning)
& agricultural_process_1(X) ) ) ).
fof(a532086,axiom,
! [X] :
( pseudogene_1(X)
=> ( original_name_2(X,'Pseudogene')
& user_description_2(X,'A DNA segment very similar to a real gene but which does not yield a functional product; a DNA segment that formerly functioned as a gene but has become inactivated in a particular species because of mutation.')
& concept2words_2(X,pseudogene)
& modified_dna_1(X)
& ~ constant_region_dna_sequence_1(X)
& ~ control_element_1(X)
& ~ dna_strand_1(X)
& ~ episome_1(X)
& ~ genetic_marker_1(X)
& ~ restriction_fragment_length_polymorphism_1(X)
& ~ restriction_site_1(X)
& ~ tata_box_1(X)
& ~ telomere_1(X)
& ~ transcription_unit_1(X)
& ~ transposon_1(X)
& ~ ttaggg_1(X)
& ~ variable_region_dna_sequence_1(X)
& share_1(fn_pseudogene_1(X))
& deoxyribose_1(fn_pseudogene_4(X))
& hold_together_1(fn_pseudogene_5(X))
& ester_linkage_1(fn_pseudogene_6(X))
& share_1(fn_pseudogene_7(X))
& hold_together_1(fn_pseudogene_8(X))
& atomic_number_value_1(fn_pseudogene_9(X))
& system_1(fn_pseudogene_10(X))
& atom_1(fn_pseudogene_11(X))
& oxygen_1(fn_pseudogene_11(X))
& kinetic_energy_1(fn_pseudogene_13(X))
& monomer_1(fn_pseudogene_14(X))
& nucleoside_monophosphate_1(fn_pseudogene_14(X))
& constant_motion_1(fn_pseudogene_15(X))
& size_value_1(fn_pseudogene_16(X))
& size_value_1(fn_pseudogene_17(X))
& speed_value_1(fn_pseudogene_18(X))
& quantity_value_1(fn_pseudogene_19(X))
& sequence_1(fn_pseudogene_20(X))
& gene_1(fn_pseudogene_20(X))
& mutation_1(fn_pseudogene_21(X))
& repeated_gene_duplication_1(fn_pseudogene_22(X))
& multigene_family_1(fn_pseudogene_23(X))
& entity_1(fn_pseudogene_24(X))
& chemical_entity_1(fn_pseudogene_24(X))
& atom_1(fn_pseudogene_24(X))
& carbon_1(fn_pseudogene_24(X))
& carbon_skeleton_1(fn_pseudogene_25(X))
& carbon_1(fn_pseudogene_26(X))
& atom_1(fn_pseudogene_27(X))
& chemical_entity_1(fn_pseudogene_27(X))
& covalent_bond_1(fn_pseudogene_28(X))
& chemical_bond_1(fn_pseudogene_28(X))
& phosphodiester_bond_1(fn_pseudogene_28(X))
& dna_strand_1(fn_pseudogene_33(X))
& dna_strand_1(fn_pseudogene_34(X))
& property_node_1(fn_phosphodiester_bond_44(fn_pseudogene_28(X)))
& hold_together_1(fn_phosphodiester_bond_17(fn_pseudogene_28(X)))
& share_1(fn_phosphodiester_bond_6(fn_pseudogene_28(X)))
& equation_big_node_1(fn_phosphodiester_bond_1(fn_pseudogene_28(X)))
& equation_set_1(fn_phosphodiester_bond_31(fn_pseudogene_28(X)))
& atomic_number_value_1(fn_phosphodiester_bond_26(fn_pseudogene_28(X)))
& gene_1(fn_multigene_family_6(fn_pseudogene_23(X)))
& gene_1(fn_repeated_gene_duplication_6(fn_pseudogene_22(X)))
& sequence_1(fn_multigene_family_12(fn_pseudogene_23(X)))
& gene_1(fn_multigene_family_12(fn_pseudogene_23(X)))
& gene_1(fn_mutation_2(fn_pseudogene_21(X)))
& atom_1(fn_carbon_skeleton_2(fn_pseudogene_25(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_pseudogene_25(X)))
& carbon_1(fn_carbon_skeleton_4(fn_pseudogene_25(X)))
& entity_1(fn_create_1(fn_pseudogene_22(X)))
& pseudogene_1(fn_repeated_gene_duplication_1(fn_pseudogene_22(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_pseudogene_25(X)))
& system_1(fn_phosphodiester_bond_33(fn_pseudogene_28(X)))
& system_1(fn_phosphodiester_bond_20(fn_pseudogene_28(X)))
& atom_1(fn_phosphodiester_bond_27(fn_pseudogene_28(X)))
& oxygen_1(fn_phosphodiester_bond_27(fn_pseudogene_28(X)))
& atom_1(fn_phosphodiester_bond_18(fn_pseudogene_28(X)))
& oxygen_1(fn_phosphodiester_bond_18(fn_pseudogene_28(X)))
& entity_1(fn_phosphodiester_bond_15(fn_pseudogene_28(X)))
& chemical_entity_1(fn_phosphodiester_bond_15(fn_pseudogene_28(X)))
& atom_1(fn_phosphodiester_bond_15(fn_pseudogene_28(X)))
& carbon_1(fn_phosphodiester_bond_15(fn_pseudogene_28(X)))
& entity_1(fn_phosphodiester_bond_16(fn_pseudogene_28(X)))
& chemical_entity_1(fn_phosphodiester_bond_16(fn_pseudogene_28(X)))
& atom_1(fn_phosphodiester_bond_16(fn_pseudogene_28(X)))
& carbon_1(fn_phosphodiester_bond_16(fn_pseudogene_28(X)))
& ester_linkage_1(fn_phosphodiester_bond_30(fn_pseudogene_28(X)))
& ester_linkage_1(fn_phosphodiester_bond_29(fn_pseudogene_28(X)))
& hold_together_1(fn_phosphodiester_bond_14(fn_pseudogene_28(X)))
& result_2(fn_pseudogene_21(X),X)
& object_2(fn_pseudogene_22(X),fn_pseudogene_20(X))
& result_2(fn_pseudogene_22(X),X)
& element_2(fn_pseudogene_23(X),fn_pseudogene_20(X))
& object_2(fn_pseudogene_21(X),fn_pseudogene_20(X))
& size_2(X,fn_pseudogene_16(X))
& greater_than_2(fn_pseudogene_16(X),fn_pseudogene_17(X))
& size_2(fn_pseudogene_14(X),fn_pseudogene_17(X))
& has_part_2(X,fn_pseudogene_14(X))
& result_2(fn_pseudogene_7(X),fn_pseudogene_28(X))
& called_2(fn_pseudogene_6(X),"2")
& has_part_2(X,fn_pseudogene_27(X))
& possesses_2(X,fn_pseudogene_13(X))
& quantity_2(fn_pseudogene_13(X),fn_pseudogene_19(X))
& directly_proportional_2(fn_pseudogene_18(X),fn_pseudogene_19(X))
& speed_2(fn_pseudogene_15(X),fn_pseudogene_18(X))
& object_2(fn_pseudogene_15(X),X)
& has_region_2(X,fn_pseudogene_25(X))
& has_part_2(X,fn_pseudogene_26(X))
& is_inside_2(fn_pseudogene_26(X),fn_pseudogene_25(X))
& fn_pseudogene_27(X) != fn_pseudogene_26(X)
& fn_pseudogene_26(X) != fn_pseudogene_27(X)
& has_part_2(X,fn_pseudogene_33(X))
& possesses_2(X,fn_pseudogene_28(X))
& possesses_2(fn_pseudogene_4(X),fn_pseudogene_28(X))
& has_part_2(fn_pseudogene_4(X),fn_pseudogene_24(X))
& has_part_2(X,fn_pseudogene_34(X))
& complement_2(fn_pseudogene_33(X),fn_pseudogene_34(X))
& complement_2(fn_pseudogene_34(X),fn_pseudogene_33(X))
& fn_pseudogene_33(X) != fn_pseudogene_34(X)
& fn_pseudogene_34(X) != fn_pseudogene_33(X)
& called_2(fn_pseudogene_9(X),'Atomic_Number')
& object_2(fn_pseudogene_8(X),fn_pseudogene_11(X))
& agent_2(fn_pseudogene_7(X),fn_pseudogene_24(X))
& has_function_2(fn_pseudogene_6(X),fn_pseudogene_8(X))
& object_2(fn_pseudogene_5(X),fn_pseudogene_24(X))
& result_2(fn_pseudogene_1(X),fn_pseudogene_28(X))
& agent_2(fn_pseudogene_1(X),fn_pseudogene_24(X))
& object_2(fn_pseudogene_8(X),fn_pseudogene_24(X))
& agent_2(fn_pseudogene_8(X),fn_pseudogene_6(X))
& is_between_2(fn_pseudogene_6(X),fn_pseudogene_11(X))
& is_between_2(fn_pseudogene_28(X),fn_pseudogene_24(X))
& atomic_number_2(fn_pseudogene_24(X),fn_pseudogene_9(X))
& has_function_2(fn_pseudogene_28(X),fn_pseudogene_5(X))
& agent_2(fn_pseudogene_5(X),fn_pseudogene_28(X))
& element_2(fn_pseudogene_28(X),fn_pseudogene_6(X))
& is_between_2(fn_pseudogene_6(X),fn_pseudogene_24(X))
& fn_pseudogene_24(X) != fn_pseudogene_11(X)
& fn_pseudogene_11(X) != fn_pseudogene_24(X)
& fn_pseudogene_20(X) = fn_repeated_gene_duplication_6(fn_pseudogene_22(X))
& X = fn_create_1(fn_pseudogene_22(X))
& X = fn_repeated_gene_duplication_1(fn_pseudogene_22(X))
& fn_pseudogene_20(X) = fn_multigene_family_6(fn_pseudogene_23(X))
& fn_pseudogene_20(X) = fn_multigene_family_12(fn_pseudogene_23(X))
& fn_pseudogene_20(X) = fn_mutation_2(fn_pseudogene_21(X))
& fn_pseudogene_32(X) = fn_nucleic_acid_33(X)
& fn_pseudogene_31(X) = fn_nucleic_acid_34(X)
& fn_pseudogene_14(X) = fn_polymer_4(X)
& fn_pseudogene_14(X) = fn_nucleic_acid_20(X)
& fn_pseudogene_17(X) = fn_nucleic_acid_28(X)
& fn_pseudogene_16(X) = fn_nucleic_acid_29(X)
& fn_pseudogene_29(X) = fn_molecule_2(X)
& fn_pseudogene_27(X) = fn_molecule_7(X)
& fn_pseudogene_30(X) = fn_molecule_1(X)
& fn_pseudogene_15(X) = fn_molecule_8(X)
& fn_pseudogene_18(X) = fn_molecule_3(X)
& fn_pseudogene_19(X) = fn_molecule_4(X)
& fn_pseudogene_13(X) = fn_molecule_12(X)
& fn_pseudogene_26(X) = fn_organic_molecule_1(X)
& fn_pseudogene_27(X) = fn_organic_molecule_2(X)
& fn_pseudogene_27(X) = fn_carbon_skeleton_2(fn_pseudogene_25(X))
& fn_pseudogene_26(X) = fn_carbon_skeleton_4(fn_pseudogene_25(X))
& fn_pseudogene_25(X) = fn_organic_molecule_3(X)
& X = fn_carbon_skeleton_3(fn_pseudogene_25(X))
& fn_pseudogene_24(X) = fn_dna_9(X)
& fn_pseudogene_4(X) = fn_dna_14(X)
& fn_pseudogene_28(X) = fn_dna_15(X)
& fn_pseudogene_33(X) = fn_dna_2(X)
& fn_pseudogene_34(X) = fn_dna_11(X)
& fn_pseudogene_7(X) = fn_phosphodiester_bond_6(fn_pseudogene_28(X))
& fn_pseudogene_3(X) = fn_phosphodiester_bond_44(fn_pseudogene_28(X))
& fn_pseudogene_10(X) = fn_phosphodiester_bond_33(fn_pseudogene_28(X))
& fn_pseudogene_8(X) = fn_phosphodiester_bond_17(fn_pseudogene_28(X))
& fn_pseudogene_1(X) = fn_phosphodiester_bond_6(fn_pseudogene_28(X))
& fn_pseudogene_10(X) = fn_phosphodiester_bond_20(fn_pseudogene_28(X))
& fn_pseudogene_2(X) = fn_phosphodiester_bond_1(fn_pseudogene_28(X))
& fn_pseudogene_12(X) = fn_phosphodiester_bond_31(fn_pseudogene_28(X))
& fn_pseudogene_9(X) = fn_phosphodiester_bond_26(fn_pseudogene_28(X))
& fn_pseudogene_11(X) = fn_phosphodiester_bond_27(fn_pseudogene_28(X))
& fn_pseudogene_11(X) = fn_phosphodiester_bond_18(fn_pseudogene_28(X))
& fn_pseudogene_24(X) = fn_nucleic_acid_15(X)
& fn_pseudogene_24(X) = fn_phosphodiester_bond_15(fn_pseudogene_28(X))
& fn_pseudogene_24(X) = fn_phosphodiester_bond_16(fn_pseudogene_28(X))
& fn_pseudogene_6(X) = fn_nucleic_acid_16(X)
& fn_pseudogene_6(X) = fn_phosphodiester_bond_30(fn_pseudogene_28(X))
& fn_pseudogene_6(X) = fn_phosphodiester_bond_29(fn_pseudogene_28(X))
& fn_pseudogene_28(X) = fn_nucleic_acid_19(X)
& fn_pseudogene_5(X) = fn_nucleic_acid_14(X)
& fn_pseudogene_5(X) = fn_phosphodiester_bond_14(fn_pseudogene_28(X))
& fn_repeated_gene_duplication_6(fn_pseudogene_22(X)) = fn_multigene_family_6(fn_pseudogene_23(X))
& fn_multigene_family_6(fn_pseudogene_23(X)) = fn_repeated_gene_duplication_6(fn_pseudogene_22(X))
& fn_repeated_gene_duplication_6(fn_pseudogene_22(X)) = fn_multigene_family_12(fn_pseudogene_23(X))
& fn_multigene_family_12(fn_pseudogene_23(X)) = fn_multigene_family_12(fn_pseudogene_23(X))
& fn_multigene_family_12(fn_pseudogene_23(X)) = fn_mutation_2(fn_pseudogene_21(X))
& fn_mutation_2(fn_pseudogene_21(X)) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_nucleic_acid_20(X)
& fn_nucleic_acid_20(X) = fn_nucleic_acid_20(X)
& fn_nucleic_acid_20(X) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_carbon_skeleton_2(fn_pseudogene_25(X))
& fn_carbon_skeleton_2(fn_pseudogene_25(X)) = fn_carbon_skeleton_2(fn_pseudogene_25(X))
& fn_carbon_skeleton_2(fn_pseudogene_25(X)) = fn_organic_molecule_1(X)
& fn_carbon_skeleton_4(fn_pseudogene_25(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_carbon_skeleton_4(fn_pseudogene_25(X))
& fn_carbon_skeleton_4(fn_pseudogene_25(X)) = fn_carbon_skeleton_4(fn_pseudogene_25(X))
& fn_carbon_skeleton_4(fn_pseudogene_25(X)) = fn_create_1(fn_pseudogene_22(X))
& fn_create_1(fn_pseudogene_22(X)) = fn_repeated_gene_duplication_1(fn_pseudogene_22(X))
& fn_repeated_gene_duplication_1(fn_pseudogene_22(X)) = fn_repeated_gene_duplication_1(fn_pseudogene_22(X))
& fn_repeated_gene_duplication_1(fn_pseudogene_22(X)) = fn_carbon_skeleton_3(fn_pseudogene_25(X))
& fn_carbon_skeleton_3(fn_pseudogene_25(X)) = fn_carbon_skeleton_3(fn_pseudogene_25(X))
& fn_carbon_skeleton_3(fn_pseudogene_25(X)) = fn_phosphodiester_bond_33(fn_pseudogene_28(X))
& fn_phosphodiester_bond_33(fn_pseudogene_28(X)) = fn_phosphodiester_bond_33(fn_pseudogene_28(X))
& fn_phosphodiester_bond_33(fn_pseudogene_28(X)) = fn_phosphodiester_bond_20(fn_pseudogene_28(X))
& fn_phosphodiester_bond_20(fn_pseudogene_28(X)) = fn_phosphodiester_bond_18(fn_pseudogene_28(X))
& fn_phosphodiester_bond_18(fn_pseudogene_28(X)) = fn_phosphodiester_bond_27(fn_pseudogene_28(X))
& fn_phosphodiester_bond_27(fn_pseudogene_28(X)) = fn_phosphodiester_bond_18(fn_pseudogene_28(X))
& fn_phosphodiester_bond_18(fn_pseudogene_28(X)) = fn_dna_9(X)
& fn_dna_9(X) = fn_nucleic_acid_15(X)
& fn_nucleic_acid_15(X) = fn_dna_9(X)
& fn_dna_9(X) = fn_phosphodiester_bond_15(fn_pseudogene_28(X))
& fn_phosphodiester_bond_16(fn_pseudogene_28(X)) = fn_phosphodiester_bond_16(fn_pseudogene_28(X))
& fn_phosphodiester_bond_15(fn_pseudogene_28(X)) = fn_phosphodiester_bond_15(fn_pseudogene_28(X))
& fn_phosphodiester_bond_16(fn_pseudogene_28(X)) = fn_phosphodiester_bond_15(fn_pseudogene_28(X))
& fn_phosphodiester_bond_15(fn_pseudogene_28(X)) = fn_phosphodiester_bond_16(fn_pseudogene_28(X))
& fn_phosphodiester_bond_16(fn_pseudogene_28(X)) = fn_phosphodiester_bond_30(fn_pseudogene_28(X))
& fn_phosphodiester_bond_30(fn_pseudogene_28(X)) = fn_nucleic_acid_16(X)
& fn_nucleic_acid_16(X) = fn_phosphodiester_bond_30(fn_pseudogene_28(X))
& fn_phosphodiester_bond_30(fn_pseudogene_28(X)) = fn_phosphodiester_bond_30(fn_pseudogene_28(X))
& fn_phosphodiester_bond_29(fn_pseudogene_28(X)) = fn_phosphodiester_bond_29(fn_pseudogene_28(X))
& fn_phosphodiester_bond_29(fn_pseudogene_28(X)) = fn_phosphodiester_bond_30(fn_pseudogene_28(X))
& fn_phosphodiester_bond_30(fn_pseudogene_28(X)) = fn_phosphodiester_bond_29(fn_pseudogene_28(X))
& fn_phosphodiester_bond_29(fn_pseudogene_28(X)) = fn_phosphodiester_bond_14(fn_pseudogene_28(X))
& fn_phosphodiester_bond_14(fn_pseudogene_28(X)) = fn_phosphodiester_bond_14(fn_pseudogene_28(X))
& fn_phosphodiester_bond_14(fn_pseudogene_28(X)) = fn_nucleic_acid_14(X)
& fn_nucleic_acid_14(X) = fn_phosphodiester_bond_14(fn_pseudogene_28(X))
& fn_phosphodiester_bond_14(fn_pseudogene_28(X)) = fn_dna_15(X)
& fn_nucleic_acid_19(X) = fn_dna_15(X)
& fn_dna_15(X) = fn_nucleic_acid_19(X)
& fn_nucleic_acid_19(X) = fn_nucleic_acid_19(X) ) ) ).
fof(a532087,axiom,
! [X] :
( pseudopodium_1(X)
=> ( original_name_2(X,'Pseudopodium')
& user_description_2(X,'A temporary extension of cytoplasm, used by amoebae and other amoeboid cells for feeding and locomotion.')
& concept2words_2(X,pseudopodia)
& concept2words_2(X,pseudopodium)
& cellular_structure_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X)
& phagocytosis_1(fn_pseudopodium_1(X))
& facilitates_2(X,fn_pseudopodium_1(X)) ) ) ).
fof(a532088,axiom,
! [X] :
( psychotic_1(X)
=> ( original_name_2(X,'Psychotic')
& user_description_2(X,'Characterized by abnormal thinking and a loss of reality; experiencing hallucinations, delusions, and distorted perceptions.')
& concept2words_2(X,psychotic)
& condition_1(X) ) ) ).
fof(a532089,axiom,
! [X] :
( pterophyte_1(X)
=> ( original_name_2(X,'Pterophyte')
& user_description_2(X,'A plant of the phylum Pterophyta, such as ferns, horsetails, and whisk ferns.')
& concept2words_2(X,pterophyte)
& seedless_vascular_plant_1(X)
& ~ lycophyta_1(X)
& ~ progymnosperm_1(X) ) ) ).
fof(a532090,axiom,
! [X] :
( pterosaur_1(X)
=> ( original_name_2(X,'Pterosaur')
& user_description_2(X,'A flying reptile that lived from the late Triassic to the end of the Cretaceous.')
& concept2words_2(X,pterosaur)
& reptile_1(X)
& extinct_vertebrate_1(X)
& ~ crocodilia_1(X)
& ~ lepidosaur_1(X)
& ~ acanthodian_1(X)
& ~ ammonite_1(X)
& ~ anapsid_1(X)
& ~ archaeopteryx_1(X)
& ~ conodont_1(X)
& ~ cooksonia_1(X)
& ~ dinosaur_1(X)
& ~ eurypterid_1(X)
& ~ great_auk_1(X)
& ~ neanderthal_1(X)
& ~ paranthropus_boisei_1(X)
& ~ parareptile_1(X)
& ~ placoderm_1(X)
& ~ trilobite_1(X) ) ) ).
fof(a532091,axiom,
! [X] :
( pull_1(X)
=> ( original_name_2(X,'Pull')
& user_description_2(X,'The act of exerting force on an object towards the agent.')
& concept2words_2(X,pull)
& interact_1(X)
& force_1(fn_pull_1(X))
& entity_1(fn_pull_2(X))
& spatial_entity_1(fn_pull_3(X))
& toward_2(X,fn_pull_3(X))
& agent_2(X,fn_pull_3(X))
& object_2(X,fn_pull_2(X))
& instrument_2(X,fn_pull_1(X)) ) ) ).
fof(a532092,axiom,
! [X] :
( pulmocutaneous_circuit_1(X)
=> ( original_name_2(X,'Pulmocutaneous-Circuit')
& user_description_2(X,'In amphibians, a branch of the circulatory system that directs blood to the lungs and skin.')
& concept2words_2(X,'pulmocutaneous circuit')
& concept2words_2(X,'pulmocutaneous-circuit')
& circuit_1(X) ) ) ).
fof(a532093,axiom,
! [X] :
( pulmonary_artery_1(X)
=> ( original_name_2(X,'Pulmonary-Artery')
& user_description_2(X,'A blood vessel that carries deoxygenated blood away from the heart towards the lungs.')
& concept2words_2(X,'pulmonary artery')
& concept2words_2(X,'pulmonary-artery')
& artery_1(X) ) ) ).
fof(a532094,axiom,
! [X] :
( pulmonary_circuit_1(X)
=> ( original_name_2(X,'Pulmonary-Circuit')
& user_description_2(X,'The branch of the circulatory system that sends blood to the lungs to be oxygenated.')
& concept2words_2(X,'pulmonary circuit')
& concept2words_2(X,'pulmonary-circuit')
& circuit_1(X) ) ) ).
fof(a532095,axiom,
! [X] :
( pulmonary_vein_1(X)
=> ( original_name_2(X,'Pulmonary-Vein')
& user_description_2(X,'A blood vessel that carries oxygenated blood from the lungs towards the heart.')
& concept2words_2(X,'pulmonary vein')
& concept2words_2(X,'pulmonary-vein')
& vein_1(X)
& ~ renal_vein_1(X)
& ~ venule_1(X) ) ) ).
fof(a532096,axiom,
! [X] :
( pulse_1(X)
=> ( original_name_2(X,'Pulse')
& user_description_2(X,'A pressure wave produced when the heart contracts and sends blood through the arteries. It can be felt via palpation in several places on the body as an expansion of artery walls.')
& concept2words_2(X,pulse)
& cardiovascular_process_1(X)
& ~ cardiac_cycle_1(X)
& ~ countercurrent_multiplier_system_1(X)
& ~ diastole_1(X)
& ~ heart_attack_1(X)
& ~ heart_murmur_1(X)
& ~ hypertension_1(X) ) ) ).
fof(a532097,axiom,
! [X] :
( pulvinus_1(X)
=> ( original_name_2(X,'Pulvinus')
& user_description_2(X,'In plants, a thickened area at the base of a leaf. It facilitates a plant\'s growth-independent movements.')
& concept2words_2(X,pulvina)
& concept2words_2(X,pulvinus)
& plant_appendage_1(X) ) ) ).
fof(a532098,axiom,
! [X] :
( punctuated_equilibria_1(X)
=> ( original_name_2(X,'Punctuated-Equilibria')
& user_description_2(X,'A phenomenon observed in the fossil record, in which there appear to be long periods of morphological stasis interrupted by comparatively brief periods of rapid morphological change.')
& concept2words_2(X,'punctuated equilibrium')
& concept2words_2(X,'punctuated-equilibrium')
& concept2words_2(X,'punctuated-equilibria')
& speciation_1(X)
& ~ adaptation_1(X)
& ~ adaptive_radiation_1(X)
& ~ bottleneck_effect_1(X)
& ~ cephalization_1(X)
& ~ character_displacement_1(X)
& ~ convergent_evolution_1(X)
& ~ endosymbiosis_1(X)
& ~ gene_flow_1(X)
& ~ genetic_drift_1(X)
& ~ heterochrony_1(X)
& ~ homology_1(X)
& ~ mechanical_isolation_1(X)
& ~ mimicry_1(X)
& ~ natural_selection_1(X)
& ~ paedomorphosis_1(X)
& ~ reproductive_isolation_1(X)
& ~ selection_force_1(X) ) ) ).
fof(a532099,axiom,
! [X] :
( punnett_square_1(X)
=> ( original_name_2(X,'Punnett-Square')
& user_description_2(X,'A diagram used in the study of inheritance to show the predicted results of random fertilization in genetic crosses.')
& concept2words_2(X,'punnett square')
& concept2words_2(X,'punnett-square')
& genetic_representation_1(X)
& ~ action_spectrum_1(X)
& ~ age_structure_diagram_1(X)
& ~ cell_lineage_1(X)
& ~ cladogram_1(X)
& ~ climograph_1(X)
& ~ fate_map_1(X)
& ~ genetic_map_1(X)
& ~ genomic_representation_1(X)
& ~ genotypic_ratio_1(X)
& ~ life_table_1(X)
& ~ pedigree_1(X)
& ~ periodic_table_1(X)
& ~ phenotypic_ratio_1(X)
& ~ phylogenetic_tree_1(X)
& ~ reproductive_table_1(X)
& ~ species_area_curve_1(X)
& ~ survivorship_curve_1(X)
& ~ tree_of_life_1(X)
& predict_1(fn_punnett_square_1(X))
& random_fertilization_1(fn_punnett_square_2(X))
& organism_1(fn_punnett_square_3(X))
& fusion_1(fn_punnett_square_4(X))
& cross_breeding_event_1(fn_punnett_square_5(X))
& mendel_1(fn_punnett_square_6(X))
& create_1(fn_punnett_square_7(X))
& create_1(fn_mendel_4(fn_punnett_square_6(X)))
& entity_1(fn_create_1(fn_punnett_square_7(X)))
& fusion_1(fn_cross_breeding_event_14(fn_punnett_square_5(X)))
& organism_1(fn_cross_breeding_event_11(fn_punnett_square_5(X)))
& organism_1(fn_cross_breeding_event_9(fn_punnett_square_5(X)))
& organism_1(fn_cross_breeding_event_10(fn_punnett_square_5(X)))
& organism_1(fn_cross_breeding_event_1(fn_punnett_square_5(X)))
& result_2(fn_punnett_square_1(X),fn_punnett_square_3(X))
& instrument_2(fn_punnett_square_1(X),X)
& by_means_of_2(fn_punnett_square_5(X),fn_punnett_square_2(X))
& agent_2(fn_punnett_square_7(X),fn_punnett_square_6(X))
& result_2(fn_punnett_square_7(X),X)
& result_2(fn_punnett_square_5(X),fn_punnett_square_3(X))
& result_2(fn_punnett_square_4(X),fn_punnett_square_3(X))
& subevent_2(fn_punnett_square_5(X),fn_punnett_square_4(X))
& fn_punnett_square_7(X) = fn_mendel_4(fn_punnett_square_6(X))
& X = fn_create_1(fn_punnett_square_7(X))
& fn_punnett_square_4(X) = fn_cross_breeding_event_14(fn_punnett_square_5(X))
& fn_punnett_square_3(X) = fn_cross_breeding_event_11(fn_punnett_square_5(X))
& fn_punnett_square_3(X) = fn_cross_breeding_event_9(fn_punnett_square_5(X))
& fn_punnett_square_3(X) = fn_cross_breeding_event_10(fn_punnett_square_5(X))
& fn_punnett_square_3(X) = fn_cross_breeding_event_1(fn_punnett_square_5(X))
& fn_cross_breeding_event_9(fn_punnett_square_5(X)) = fn_cross_breeding_event_11(fn_punnett_square_5(X))
& fn_cross_breeding_event_11(fn_punnett_square_5(X)) = fn_cross_breeding_event_9(fn_punnett_square_5(X))
& fn_cross_breeding_event_9(fn_punnett_square_5(X)) = fn_cross_breeding_event_9(fn_punnett_square_5(X))
& fn_cross_breeding_event_10(fn_punnett_square_5(X)) = fn_cross_breeding_event_9(fn_punnett_square_5(X))
& fn_cross_breeding_event_9(fn_punnett_square_5(X)) = fn_cross_breeding_event_10(fn_punnett_square_5(X))
& fn_cross_breeding_event_10(fn_punnett_square_5(X)) = fn_cross_breeding_event_10(fn_punnett_square_5(X))
& fn_cross_breeding_event_1(fn_punnett_square_5(X)) = fn_cross_breeding_event_10(fn_punnett_square_5(X))
& fn_cross_breeding_event_10(fn_punnett_square_5(X)) = fn_cross_breeding_event_1(fn_punnett_square_5(X)) ) ) ).
fof(a532100,axiom,
! [X] :
( pupa_1(X)
=> ( original_name_2(X,'Pupa')
& user_description_2(X,'A pupa is the life stage of some insects undergoing transformation. The pupal stage is found only in holometabolous insects, those that undergo a complete metamorphosis, going through four life stages; embryo, larva, pupa and imago.')
& concept2words_2(X,pupae)
& concept2words_2(X,pupa)
& life_stage_1(X) ) ) ).
fof(a532101,axiom,
! [X] :
( pupal_case_1(X)
=> ( original_name_2(X,'Pupal-Case')
& user_description_2(X,'A covering of the Pupa of an organism is called as pupal case.')
& concept2words_2(X,'pupal case')
& concept2words_2(X,'pupal-case')
& anatomical_appendage_1(X) ) ) ).
fof(a532102,axiom,
! [X] :
( pupil_1(X)
=> ( original_name_2(X,'Pupil')
& concept2words_2(X,pupil)
& concept2words_2(X,student)
& concept2words_2(X,educatee)
& concept2words_2(X,schoolchild)
& concept2words_2(X,'school age child')
& concept2words_2(X,'school-age_child')
& role_1(X)
& tangible_entity_1(fn_pupil_1(X))
& plays_2(fn_pupil_1(X),X) ) ) ).
fof(a532103,axiom,
! [X] :
( pupil_of_an_eye_1(X)
=> ( original_name_2(X,'Pupil-Of-An-Eye')
& user_description_2(X,'An opening in the iris of an eye, which allows light to enter the eye. The size of the pupil, and thus the amount of light that enters the eye, is controlled by the iris.')
& concept2words_2(X,'pupil of an eye')
& concept2words_2(X,'pupil-of-an-eye')
& organ_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a532104,axiom,
! [X] :
( purine_1(X)
=> ( original_name_2(X,'Purine')
& user_description_2(X,'Purine base is a heterocyclic aromatic organic compound, consisting of a pyrimidine ring fused to an imidazole ring. In DNA the purine bases present are Adenine and Guanine')
& concept2words_2(X,purine)
& nitrogenous_base_1(X)
& ~ pyrimidine_1(X)
& size_value_1(fn_purine_2(X))
& size_2(X,fn_purine_2(X))
& the_scalar_value_2(fn_purine_2(X),big_0)
& scalar_unit_class_2(fn_purine_2(X),pyrimidine_0) ) ) ).
fof(a532105,axiom,
! [X] :
( purple_1(X)
=> ( original_name_2(X,'Purple')
& user_description_2(X,'Any color composed of some amount of red and blue.')
& concept2words_2(X,purple)
& coloring_pigment_1(X) ) ) ).
fof(a532106,axiom,
! [X] :
( push_1(X)
=> ( original_name_2(X,'Push')
& user_description_2(X,'The act of exerting force on an object away from the agent.')
& concept2words_2(X,push)
& interact_1(X)
& force_1(fn_push_1(X))
& entity_1(fn_push_2(X))
& spatial_entity_1(fn_push_3(X))
& away_from_2(X,fn_push_3(X))
& agent_2(X,fn_push_3(X))
& object_2(X,fn_push_2(X))
& instrument_2(X,fn_push_1(X)) ) ) ).
fof(a532107,axiom,
! [X] :
( pyloric_sphincter_1(X)
=> ( original_name_2(X,'Pyloric-Sphincter')
& user_description_2(X,'A strong muscular opening at the distal end of the stomach that regulates the passage of food from the stomach into the duodenum.')
& concept2words_2(X,'pyloric sphincter')
& concept2words_2(X,'pyloric-sphincter')
& sphincter_1(X) ) ) ).
fof(a532108,axiom,
! [X] :
( pyramid_of_numbers_1(X)
=> ( original_name_2(X,'Pyramid-Of-Numbers')
& user_description_2(X,'A diagram that shows the numbers of individual organisms in every trophic level in an ecosystem.')
& concept2words_2(X,'numbers pyramid')
& concept2words_2(X,'numbers-pyramid')
& concept2words_2(X,'pyramid of numbers')
& concept2words_2(X,'pyramid-of-number')
& ecological_pyramid_1(X)
& ~ biomass_pyramid_1(X)
& ~ pyramid_of_production_1(X) ) ) ).
fof(a532109,axiom,
! [X] :
( pyramid_of_production_1(X)
=> ( original_name_2(X,'Pyramid-Of-Production')
& user_description_2(X,'A diagram that shows the magnitude of energy loss at every level in an ecosystem.')
& concept2words_2(X,'production pyramid')
& concept2words_2(X,'production-pyramid')
& concept2words_2(X,'pyramid of production')
& concept2words_2(X,'pyramid-of-production')
& ecological_pyramid_1(X)
& ~ biomass_pyramid_1(X)
& ~ pyramid_of_numbers_1(X) ) ) ).
fof(a532110,axiom,
! [X] :
( pyrimidine_1(X)
=> ( original_name_2(X,'Pyrimidine')
& user_description_2(X,'Pyrimidine is a heterocyclic aromatic organic compound similar to benzene and pyridine, containing two nitrogen atoms at positions 1 and 3 of the six-member ring. Pyrimidines present in DNA are thymine and cytosine')
& concept2words_2(X,pyrimidine)
& nitrogenous_base_1(X)
& ~ purine_1(X) ) ) ).
fof(a532111,axiom,
! [X] :
( pyrophosphate_1(X)
=> ( original_name_2(X,'Pyrophosphate')
& user_description_2(X,'A salt or ester containing two phosphate groups is called a diphosphate. The anion, the salts, and the esters of pyrophosphoric acid are diphosphates that are known as pyrophosphates.')
& concept2words_2(X,pyrophosphate)
& molecule_1(X)
& constant_motion_1(fn_pyrophosphate_3(X))
& kinetic_energy_1(fn_pyrophosphate_4(X))
& quantity_value_1(fn_pyrophosphate_5(X))
& speed_value_1(fn_pyrophosphate_6(X))
& phosphate_group_1(fn_pyrophosphate_7(X))
& phosphate_group_1(fn_pyrophosphate_8(X))
& chemical_entity_1(fn_functional_group_1(fn_pyrophosphate_7(X)))
& chemical_entity_1(fn_functional_group_1(fn_pyrophosphate_8(X)))
& fn_pyrophosphate_8(X) != fn_pyrophosphate_7(X)
& fn_pyrophosphate_7(X) != fn_pyrophosphate_8(X)
& has_region_2(X,fn_pyrophosphate_7(X))
& has_region_2(X,fn_pyrophosphate_8(X))
& possesses_2(X,fn_pyrophosphate_4(X))
& quantity_2(fn_pyrophosphate_4(X),fn_pyrophosphate_5(X))
& directly_proportional_2(fn_pyrophosphate_6(X),fn_pyrophosphate_5(X))
& speed_2(fn_pyrophosphate_3(X),fn_pyrophosphate_6(X))
& object_2(fn_pyrophosphate_3(X),X)
& X = fn_functional_group_1(fn_pyrophosphate_7(X))
& X = fn_functional_group_1(fn_pyrophosphate_8(X))
& fn_pyrophosphate_2(X) = fn_molecule_2(X)
& fn_pyrophosphate_1(X) = fn_molecule_1(X)
& fn_pyrophosphate_3(X) = fn_molecule_8(X)
& fn_pyrophosphate_6(X) = fn_molecule_3(X)
& fn_pyrophosphate_5(X) = fn_molecule_4(X)
& fn_pyrophosphate_4(X) = fn_molecule_12(X)
& fn_functional_group_1(fn_pyrophosphate_7(X)) = fn_functional_group_1(fn_pyrophosphate_8(X)) ) ) ).
fof(a532112,axiom,
! [X] :
( pyruvate_1(X)
=> ( original_name_2(X,'Pyruvate')
& user_description_2(X,'Pyruvate is the end product of glycolysis, which is converted into acetyl coA that enters the Krebs cycle when there is sufficient oxygen available. When the oxygen is insufficient, pyruvate is broken down anaerobically, creating lactate in animals (including humans) and ethanol in plants.')
& concept2words_2(X,pyruvate)
& organic_entity_1(X)
& organic_molecule_1(X)
& ~ lactate_1(X)
& gain_1(fn_pyruvate_1(X))
& pyruvic_acid_1(fn_pyruvate_2(X))
& carbonyl_group_1(fn_pyruvate_3(X))
& kinetic_energy_1(fn_pyruvate_4(X))
& constant_motion_1(fn_pyruvate_5(X))
& speed_value_1(fn_pyruvate_6(X))
& quantity_value_1(fn_pyruvate_7(X))
& carboxyl_group_1(fn_pyruvate_8(X))
& charge_value_1(fn_pyruvate_9(X))
& entity_1(fn_pyruvate_11(X))
& chemical_entity_1(fn_pyruvate_11(X))
& atom_1(fn_pyruvate_11(X))
& carbon_1(fn_pyruvate_11(X))
& carbon_skeleton_1(fn_pyruvate_12(X))
& oxygen_1(fn_pyruvate_13(X))
& entity_1(fn_pyruvate_14(X))
& chemical_entity_1(fn_pyruvate_14(X))
& atom_1(fn_pyruvate_14(X))
& hydrogen_1(fn_pyruvate_14(X))
& atom_1(fn_pyruvate_15(X))
& chemical_entity_1(fn_pyruvate_15(X))
& oxygen_1(fn_pyruvate_15(X))
& entity_1(fn_carboxyl_group_25(fn_pyruvate_8(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_pyruvate_8(X)))
& atom_1(fn_carboxyl_group_25(fn_pyruvate_8(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_pyruvate_8(X)))
& oxygen_1(fn_carboxyl_group_23(fn_pyruvate_8(X)))
& oxygen_1(fn_carboxyl_group_24(fn_pyruvate_8(X)))
& entity_1(fn_carboxyl_group_19(fn_pyruvate_8(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_pyruvate_8(X)))
& atom_1(fn_carboxyl_group_19(fn_pyruvate_8(X)))
& carbon_1(fn_carboxyl_group_19(fn_pyruvate_8(X)))
& chemical_entity_1(fn_functional_group_1(fn_pyruvate_3(X)))
& chemical_entity_1(fn_functional_group_1(fn_pyruvate_8(X)))
& the_cardinal_value_2(fn_pyruvate_9(X),"-1.0e0")
& cardinal_unit_class_2(fn_pyruvate_9(X),unity_0)
& has_part_2(X,fn_pyruvate_13(X))
& has_part_2(X,fn_pyruvate_14(X))
& result_2(fn_pyruvate_1(X),X)
& has_state_2(fn_pyruvate_2(X),X)
& has_region_2(X,fn_pyruvate_3(X))
& has_region_2(X,fn_pyruvate_8(X))
& is_inside_2(fn_pyruvate_15(X),fn_pyruvate_8(X))
& has_part_2(X,fn_pyruvate_15(X))
& is_inside_2(fn_pyruvate_11(X),fn_pyruvate_12(X))
& has_region_2(X,fn_pyruvate_12(X))
& has_part_2(X,fn_pyruvate_11(X))
& fn_pyruvate_15(X) != fn_pyruvate_14(X)
& fn_pyruvate_14(X) != fn_pyruvate_15(X)
& fn_pyruvate_11(X) != fn_pyruvate_15(X)
& fn_pyruvate_15(X) != fn_pyruvate_11(X)
& fn_pyruvate_13(X) != fn_pyruvate_15(X)
& fn_pyruvate_15(X) != fn_pyruvate_13(X)
& is_inside_2(fn_pyruvate_11(X),fn_pyruvate_8(X))
& fn_pyruvate_11(X) != fn_pyruvate_13(X)
& is_inside_2(fn_pyruvate_13(X),fn_pyruvate_8(X))
& is_inside_2(fn_pyruvate_14(X),fn_pyruvate_8(X))
& fn_pyruvate_14(X) != fn_pyruvate_13(X)
& fn_pyruvate_13(X) != fn_pyruvate_11(X)
& fn_pyruvate_13(X) != fn_pyruvate_14(X)
& charge_2(X,fn_pyruvate_9(X))
& possesses_2(X,fn_pyruvate_4(X))
& quantity_2(fn_pyruvate_4(X),fn_pyruvate_7(X))
& directly_proportional_2(fn_pyruvate_6(X),fn_pyruvate_7(X))
& speed_2(fn_pyruvate_5(X),fn_pyruvate_6(X))
& object_2(fn_pyruvate_5(X),X)
& X = fn_functional_group_1(fn_pyruvate_3(X))
& X = fn_functional_group_1(fn_pyruvate_8(X))
& fn_pyruvate_12(X) = fn_organic_molecule_3(X)
& fn_pyruvate_15(X) = fn_carboxyl_group_23(fn_pyruvate_8(X))
& fn_pyruvate_15(X) = fn_organic_molecule_2(X)
& fn_pyruvate_11(X) = fn_organic_molecule_1(X)
& fn_pyruvate_15(X) = fn_carboxyl_group_24(fn_pyruvate_8(X))
& fn_pyruvate_14(X) = fn_carboxyl_group_25(fn_pyruvate_8(X))
& fn_pyruvate_13(X) = fn_carboxyl_group_24(fn_pyruvate_8(X))
& fn_pyruvate_11(X) = fn_carboxyl_group_19(fn_pyruvate_8(X))
& fn_pyruvate_17(X) = fn_molecule_1(X)
& fn_pyruvate_16(X) = fn_molecule_2(X)
& fn_pyruvate_10(X) = fn_molecule_6(X)
& fn_pyruvate_9(X) = fn_molecule_5(X)
& fn_pyruvate_5(X) = fn_molecule_8(X)
& fn_pyruvate_6(X) = fn_molecule_3(X)
& fn_pyruvate_7(X) = fn_molecule_4(X)
& fn_pyruvate_4(X) = fn_molecule_12(X)
& fn_carboxyl_group_23(fn_pyruvate_8(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_carboxyl_group_23(fn_pyruvate_8(X))
& fn_carboxyl_group_23(fn_pyruvate_8(X)) = fn_carboxyl_group_23(fn_pyruvate_8(X))
& fn_carboxyl_group_23(fn_pyruvate_8(X)) = fn_carboxyl_group_24(fn_pyruvate_8(X))
& fn_carboxyl_group_24(fn_pyruvate_8(X)) = fn_carboxyl_group_24(fn_pyruvate_8(X))
& fn_carboxyl_group_24(fn_pyruvate_8(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_1(X)
& fn_carboxyl_group_19(fn_pyruvate_8(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_carboxyl_group_19(fn_pyruvate_8(X))
& fn_carboxyl_group_19(fn_pyruvate_8(X)) = fn_carboxyl_group_19(fn_pyruvate_8(X))
& fn_functional_group_1(fn_pyruvate_3(X)) = fn_functional_group_1(fn_pyruvate_8(X)) ) ) ).
fof(a532113,axiom,
! [X] :
( pyruvate_kinase_1(X)
=> ( original_name_2(X,'Pyruvate-Kinase')
& user_description_2(X,'The enzyme pyruvate kinase transfers a P from PEP to ADP to form pyruvic acid and ATP. This happens for each molecule of PEP. This reaction yields 2 molecules of pyruvic acid and 2 ATP molecules.')
& concept2words_2(X,'kinase of pyruvate')
& concept2words_2(X,'pyruvate kinase')
& concept2words_2(X,'pyruvate-kinase')
& transferase_1(X)
& disulfide_bond_1(fn_pyruvate_kinase_1(X))
& size_value_1(fn_pyruvate_kinase_2(X))
& quantity_value_1(fn_pyruvate_kinase_3(X))
& speed_value_1(fn_pyruvate_kinase_4(X))
& spatial_entity_1(fn_pyruvate_kinase_5(X))
& chemical_entity_1(fn_pyruvate_kinase_5(X))
& monomer_1(fn_pyruvate_kinase_5(X))
& molecule_1(fn_pyruvate_kinase_5(X))
& amino_acid_1(fn_pyruvate_kinase_5(X))
& catalyst_1(fn_pyruvate_kinase_6(X))
& constant_motion_1(fn_pyruvate_kinase_7(X))
& decrease_1(fn_pyruvate_kinase_8(X))
& chemical_reaction_1(fn_pyruvate_kinase_9(X))
& size_value_1(fn_pyruvate_kinase_10(X))
& atom_1(fn_pyruvate_kinase_11(X))
& chemical_entity_1(fn_pyruvate_kinase_11(X))
& carbon_1(fn_pyruvate_kinase_12(X))
& monomer_1(fn_pyruvate_kinase_13(X))
& polypeptide_1(fn_pyruvate_kinase_14(X))
& active_site_1(fn_pyruvate_kinase_15(X))
& carbon_skeleton_1(fn_pyruvate_kinase_16(X))
& surface_1(fn_pyruvate_kinase_17(X))
& hydrophilic_region_1(fn_pyruvate_kinase_18(X))
& protein_domain_1(fn_pyruvate_kinase_19(X))
& kinetic_energy_1(fn_pyruvate_kinase_20(X))
& protein_1(fn_disulfide_bond_3(fn_pyruvate_kinase_1(X)))
& possesses_2(X,fn_pyruvate_kinase_1(X))
& possesses_2(X,fn_pyruvate_kinase_20(X))
& quantity_2(fn_pyruvate_kinase_20(X),fn_pyruvate_kinase_3(X))
& directly_proportional_2(fn_pyruvate_kinase_4(X),fn_pyruvate_kinase_3(X))
& speed_2(fn_pyruvate_kinase_7(X),fn_pyruvate_kinase_4(X))
& object_2(fn_pyruvate_kinase_7(X),X)
& has_function_2(X,fn_pyruvate_kinase_8(X))
& enables_2(fn_pyruvate_kinase_8(X),fn_pyruvate_kinase_9(X))
& has_function_2(X,fn_pyruvate_kinase_9(X))
& site_2(fn_pyruvate_kinase_9(X),fn_pyruvate_kinase_15(X))
& facilitates_2(fn_pyruvate_kinase_15(X),fn_pyruvate_kinase_9(X))
& in_event_2(fn_pyruvate_kinase_6(X),fn_pyruvate_kinase_9(X))
& plays_2(X,fn_pyruvate_kinase_6(X))
& has_region_2(X,fn_pyruvate_kinase_18(X))
& is_at_2(fn_pyruvate_kinase_18(X),fn_pyruvate_kinase_17(X))
& has_region_2(X,fn_pyruvate_kinase_17(X))
& has_part_2(X,fn_pyruvate_kinase_14(X))
& has_part_2(fn_pyruvate_kinase_14(X),fn_pyruvate_kinase_5(X))
& is_at_2(fn_pyruvate_kinase_5(X),fn_pyruvate_kinase_19(X))
& has_part_2(X,fn_pyruvate_kinase_11(X))
& the_scalar_value_2(fn_pyruvate_kinase_10(X),big_0)
& scalar_unit_class_2(fn_pyruvate_kinase_10(X),polypeptide_0)
& has_region_2(X,fn_pyruvate_kinase_15(X))
& size_2(X,fn_pyruvate_kinase_10(X))
& greater_than_2(fn_pyruvate_kinase_10(X),fn_pyruvate_kinase_2(X))
& size_2(fn_pyruvate_kinase_13(X),fn_pyruvate_kinase_2(X))
& has_part_2(X,fn_pyruvate_kinase_13(X))
& has_region_2(X,fn_pyruvate_kinase_19(X))
& has_region_2(X,fn_pyruvate_kinase_16(X))
& is_inside_2(fn_pyruvate_kinase_12(X),fn_pyruvate_kinase_16(X))
& has_part_2(X,fn_pyruvate_kinase_12(X))
& fn_pyruvate_kinase_11(X) != fn_pyruvate_kinase_12(X)
& fn_pyruvate_kinase_12(X) != fn_pyruvate_kinase_11(X)
& X = fn_disulfide_bond_3(fn_pyruvate_kinase_1(X))
& fn_pyruvate_kinase_7(X) = fn_molecule_8(X)
& fn_pyruvate_kinase_4(X) = fn_molecule_3(X)
& fn_pyruvate_kinase_3(X) = fn_molecule_4(X)
& fn_pyruvate_kinase_20(X) = fn_molecule_12(X)
& fn_pyruvate_kinase_8(X) = fn_enzyme_5(X)
& fn_pyruvate_kinase_6(X) = fn_enzyme_6(X)
& fn_pyruvate_kinase_15(X) = fn_enzyme_2(X)
& fn_pyruvate_kinase_9(X) = fn_enzyme_4(X)
& fn_pyruvate_kinase_5(X) = fn_protein_14(X)
& fn_pyruvate_kinase_14(X) = fn_protein_8(X)
& fn_pyruvate_kinase_17(X) = fn_protein_5(X)
& fn_pyruvate_kinase_18(X) = fn_protein_1(X)
& fn_pyruvate_kinase_5(X) = fn_protein_enzyme_11(X)
& fn_pyruvate_kinase_15(X) = fn_protein_enzyme_10(X)
& fn_pyruvate_kinase_19(X) = fn_protein_enzyme_5(X)
& fn_pyruvate_kinase_13(X) = fn_protein_enzyme_9(X)
& fn_pyruvate_kinase_2(X) = fn_protein_enzyme_4(X)
& fn_pyruvate_kinase_10(X) = fn_protein_9(X)
& fn_pyruvate_kinase_10(X) = fn_protein_enzyme_3(X)
& fn_pyruvate_kinase_11(X) = fn_organic_molecule_2(X)
& fn_pyruvate_kinase_11(X) = fn_protein_enzyme_8(X)
& fn_pyruvate_kinase_12(X) = fn_organic_molecule_1(X)
& fn_pyruvate_kinase_12(X) = fn_protein_enzyme_7(X)
& fn_pyruvate_kinase_16(X) = fn_organic_molecule_3(X)
& fn_pyruvate_kinase_16(X) = fn_protein_enzyme_6(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_1(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_3(X)
& fn_protein_enzyme_6(X) = fn_organic_molecule_3(X)
& fn_organic_molecule_3(X) = fn_protein_enzyme_6(X) ) ) ).
fof(a532114,axiom,
! [X] :
( pyruvate_oxidation_1(X)
=> ( original_name_2(X,'Pyruvate-Oxidation')
& user_description_2(X,'A step in the process of cellular respiration where pyruvate, formed during glycolysis, enters the mitochondria and is oxidized to a compound called acetyl CoA which enters the citric acid cycle.')
& concept2words_2(X,'conversion of pyruvate to acetyl coenzyme a')
& concept2words_2(X,'conversion-of-pyruvate-to-acetyl-coenzyme-a')
& concept2words_2(X,convert)
& concept2words_2(X,'oxidation of pyruvate')
& concept2words_2(X,'pyruvate oxidation')
& concept2words_2(X,'pyruvate-oxidation')
& catabolic_pathway_1(X)
& chemical_energy_1(fn_pyruvate_oxidation_3(X))
& quantity_value_1(fn_pyruvate_oxidation_4(X))
& quantity_value_1(fn_pyruvate_oxidation_5(X))
& system_1(fn_pyruvate_oxidation_6(X))
& chemical_energy_1(fn_pyruvate_oxidation_7(X))
& carbon_dioxide_1(fn_pyruvate_oxidation_8(X))
& carbon_1(fn_pyruvate_oxidation_9(X))
& multienzyme_complex_1(fn_pyruvate_oxidation_10(X))
& acetate_1(fn_pyruvate_oxidation_11(X))
& electron_recipient_1(fn_pyruvate_oxidation_15(X))
& reducing_agent_1(fn_pyruvate_oxidation_16(X))
& electron_donor_1(fn_pyruvate_oxidation_17(X))
& activation_energy_1(fn_pyruvate_oxidation_18(X))
& nadh_1(fn_pyruvate_oxidation_19(X))
& chemical_bond_1(fn_pyruvate_oxidation_20(X))
& covalent_bond_1(fn_pyruvate_oxidation_20(X))
& kinetic_energy_1(fn_pyruvate_oxidation_21(X))
& constant_motion_1(fn_pyruvate_oxidation_22(X))
& carbon_skeleton_1(fn_pyruvate_oxidation_23(X))
& entity_1(fn_pyruvate_oxidation_24(X))
& chemical_entity_1(fn_pyruvate_oxidation_24(X))
& atom_1(fn_pyruvate_oxidation_24(X))
& carbon_1(fn_pyruvate_oxidation_24(X))
& share_1(fn_pyruvate_oxidation_25(X))
& quantity_value_1(fn_pyruvate_oxidation_26(X))
& speed_value_1(fn_pyruvate_oxidation_27(X))
& quantity_value_1(fn_pyruvate_oxidation_28(X))
& oxidation_1(fn_pyruvate_oxidation_31(X))
& reduction_1(fn_pyruvate_oxidation_32(X))
& chemical_entity_1(fn_pyruvate_oxidation_33(X))
& electron_1(fn_pyruvate_oxidation_33(X))
& atom_1(fn_pyruvate_oxidation_34(X))
& atom_1(fn_pyruvate_oxidation_35(X))
& electronegativity_value_1(fn_pyruvate_oxidation_36(X))
& electronegativity_value_1(fn_pyruvate_oxidation_37(X))
& redox_reaction_1(fn_pyruvate_oxidation_38(X))
& carbon_1(fn_pyruvate_oxidation_41(X))
& constant_motion_1(fn_pyruvate_oxidation_42(X))
& kinetic_energy_1(fn_pyruvate_oxidation_43(X))
& carbon_skeleton_1(fn_pyruvate_oxidation_44(X))
& quantity_value_1(fn_pyruvate_oxidation_45(X))
& speed_value_1(fn_pyruvate_oxidation_46(X))
& kinetic_energy_1(fn_pyruvate_oxidation_51(X))
& structural_complexity_value_1(fn_pyruvate_oxidation_52(X))
& constant_motion_1(fn_pyruvate_oxidation_53(X))
& atom_1(fn_pyruvate_oxidation_54(X))
& chemical_entity_1(fn_pyruvate_oxidation_54(X))
& oxygen_1(fn_pyruvate_oxidation_54(X))
& speed_value_1(fn_pyruvate_oxidation_55(X))
& quantity_value_1(fn_pyruvate_oxidation_56(X))
& structural_complexity_value_1(fn_pyruvate_oxidation_57(X))
& functional_group_1(fn_pyruvate_oxidation_58(X))
& carboxyl_group_1(fn_pyruvate_oxidation_58(X))
& hold_together_1(fn_pyruvate_oxidation_59(X))
& hold_together_1(fn_pyruvate_oxidation_60(X))
& share_1(fn_pyruvate_oxidation_61(X))
& share_1(fn_pyruvate_oxidation_62(X))
& covalent_bond_1(fn_pyruvate_oxidation_63(X))
& single_bond_1(fn_pyruvate_oxidation_63(X))
& double_bond_1(fn_pyruvate_oxidation_64(X))
& chemical_reaction_1(fn_pyruvate_oxidation_65(X))
& carbon_skeleton_1(fn_pyruvate_oxidation_66(X))
& entity_1(fn_pyruvate_oxidation_67(X))
& chemical_entity_1(fn_pyruvate_oxidation_67(X))
& atom_1(fn_pyruvate_oxidation_67(X))
& carbon_1(fn_pyruvate_oxidation_67(X))
& atomic_nucleus_1(fn_pyruvate_oxidation_68(X))
& center_1(fn_pyruvate_oxidation_69(X))
& first_electron_shell_1(fn_pyruvate_oxidation_70(X))
& electron_shell_1(fn_pyruvate_oxidation_70(X))
& proton_1(fn_pyruvate_oxidation_71(X))
& electron_1(fn_pyruvate_oxidation_72(X))
& valence_electron_1(fn_pyruvate_oxidation_73(X))
& oxidizing_agent_1(fn_pyruvate_oxidation_74(X))
& move_out_of_1(fn_pyruvate_oxidation_75(X))
& cell_1(fn_pyruvate_oxidation_76(X))
& chemical_reaction_1(fn_pyruvate_oxidation_77(X))
& entity_1(fn_pyruvate_oxidation_78(X))
& chemical_entity_1(fn_pyruvate_oxidation_78(X))
& atom_1(fn_pyruvate_oxidation_78(X))
& carbon_1(fn_pyruvate_oxidation_78(X))
& chemical_bond_1(fn_pyruvate_oxidation_79(X))
& covalent_bond_1(fn_pyruvate_oxidation_79(X))
& carbon_dioxide_1(fn_pyruvate_oxidation_80(X))
& chemical_entity_1(fn_pyruvate_oxidation_81(X))
& organic_molecule_1(fn_pyruvate_oxidation_81(X))
& nad_plus_1(fn_pyruvate_oxidation_81(X))
& electron_1(fn_pyruvate_oxidation_82(X))
& coenzyme_a_1(fn_pyruvate_oxidation_83(X))
& nadh_1(fn_pyruvate_oxidation_84(X))
& organic_molecule_1(fn_pyruvate_oxidation_85(X))
& chemical_entity_1(fn_pyruvate_oxidation_85(X))
& pyruvate_1(fn_pyruvate_oxidation_85(X))
& free_energy_1(fn_pyruvate_oxidation_86(X))
& chemical_entity_1(fn_pyruvate_oxidation_87(X))
& organic_molecule_1(fn_pyruvate_oxidation_87(X))
& molecule_1(fn_pyruvate_oxidation_87(X))
& acetyl_coa_1(fn_pyruvate_oxidation_87(X))
& reactant_1(fn_pyruvate_oxidation_88(X))
& oxygen_1(fn_pyruvate_oxidation_89(X))
& entity_1(fn_pyruvate_oxidation_90(X))
& chemical_entity_1(fn_pyruvate_oxidation_90(X))
& atom_1(fn_pyruvate_oxidation_90(X))
& hydrogen_1(fn_pyruvate_oxidation_90(X))
& atom_1(fn_pyruvate_oxidation_91(X))
& chemical_entity_1(fn_pyruvate_oxidation_91(X))
& chemical_entity_1(fn_pyruvate_oxidation_92(X))
& molecule_1(fn_pyruvate_oxidation_92(X))
& organic_molecule_1(fn_pyruvate_oxidation_92(X))
& spatial_entity_1(fn_move_1(fn_pyruvate_oxidation_75(X)))
& tangible_entity_1(fn_move_out_of_1(fn_pyruvate_oxidation_75(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_pyruvate_oxidation_77(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_pyruvate_oxidation_77(X)))
& chemical_reaction_1(fn_reactant_2(fn_pyruvate_oxidation_88(X)))
& oxidation_1(fn_redox_reaction_11(fn_pyruvate_oxidation_38(X)))
& reduction_1(fn_redox_reaction_10(fn_pyruvate_oxidation_38(X)))
& electron_recipient_1(fn_reduction_2(fn_pyruvate_oxidation_32(X)))
& reducing_agent_1(fn_reduction_5(fn_pyruvate_oxidation_32(X)))
& atom_1(fn_oxidation_1(fn_pyruvate_oxidation_31(X)))
& property_node_1(fn_oxidation_5(fn_pyruvate_oxidation_31(X)))
& electron_donor_1(fn_oxidation_8(fn_pyruvate_oxidation_31(X)))
& property_node_1(fn_oxidation_6(fn_pyruvate_oxidation_31(X)))
& quantity_value_1(fn_oxidation_3(fn_pyruvate_oxidation_31(X)))
& activation_energy_1(fn_oxidation_4(fn_pyruvate_oxidation_31(X)))
& chemical_bond_1(fn_molecule_10(fn_pyruvate_oxidation_87(X)))
& oxidizing_agent_1(fn_oxidation_11(fn_pyruvate_oxidation_31(X)))
& constant_motion_1(fn_molecule_8(fn_pyruvate_oxidation_92(X)))
& kinetic_energy_1(fn_molecule_12(fn_pyruvate_oxidation_92(X)))
& property_node_1(fn_molecule_2(fn_pyruvate_oxidation_92(X)))
& quantity_value_1(fn_molecule_4(fn_pyruvate_oxidation_92(X)))
& property_node_1(fn_molecule_1(fn_pyruvate_oxidation_92(X)))
& speed_value_1(fn_molecule_3(fn_pyruvate_oxidation_92(X)))
& constant_motion_1(fn_pyruvate_5(fn_pyruvate_oxidation_85(X)))
& kinetic_energy_1(fn_pyruvate_4(fn_pyruvate_oxidation_85(X)))
& carbon_skeleton_1(fn_pyruvate_12(fn_pyruvate_oxidation_85(X)))
& carboxyl_group_1(fn_pyruvate_8(fn_pyruvate_oxidation_85(X)))
& property_node_1(fn_pyruvate_16(fn_pyruvate_oxidation_85(X)))
& quantity_value_1(fn_pyruvate_7(fn_pyruvate_oxidation_85(X)))
& property_node_1(fn_pyruvate_17(fn_pyruvate_oxidation_85(X)))
& speed_value_1(fn_pyruvate_6(fn_pyruvate_oxidation_85(X)))
& double_bond_1(fn_carboxyl_group_70(fn_pyruvate_oxidation_58(X)))
& share_1(fn_carboxyl_group_49(fn_pyruvate_oxidation_58(X)))
& single_bond_1(fn_carboxyl_group_69(fn_pyruvate_oxidation_58(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_pyruvate_oxidation_92(X)))
& carbon_1(fn_organic_molecule_1(fn_pyruvate_oxidation_92(X)))
& atom_1(fn_organic_molecule_2(fn_pyruvate_oxidation_92(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_pyruvate_oxidation_92(X)))
& carbon_skeleton_1(fn_nad_plus_7(fn_pyruvate_oxidation_81(X)))
& kinetic_energy_1(fn_nad_plus_5(fn_pyruvate_oxidation_81(X)))
& constant_motion_1(fn_nad_plus_6(fn_pyruvate_oxidation_81(X)))
& nadh_1(fn_nad_plus_1(fn_pyruvate_oxidation_81(X)))
& share_1(fn_nad_plus_18(fn_pyruvate_oxidation_81(X)))
& chemical_bond_1(fn_nad_plus_17(fn_pyruvate_oxidation_81(X)))
& covalent_bond_1(fn_nad_plus_17(fn_pyruvate_oxidation_81(X)))
& property_node_1(fn_nad_plus_3(fn_pyruvate_oxidation_81(X)))
& speed_value_1(fn_nad_plus_8(fn_pyruvate_oxidation_81(X)))
& property_node_1(fn_nad_plus_4(fn_pyruvate_oxidation_81(X)))
& quantity_value_1(fn_nad_plus_9(fn_pyruvate_oxidation_81(X)))
& property_node_1(fn_redox_reaction_15(fn_pyruvate_oxidation_38(X)))
& property_node_1(fn_redox_reaction_3(fn_pyruvate_oxidation_38(X)))
& electronegativity_value_1(fn_redox_reaction_1(fn_pyruvate_oxidation_38(X)))
& atom_1(fn_redox_reaction_13(fn_pyruvate_oxidation_38(X)))
& atom_1(fn_redox_reaction_2(fn_pyruvate_oxidation_38(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_pyruvate_oxidation_38(X)))
& electronegativity_value_1(fn_redox_reaction_14(fn_pyruvate_oxidation_38(X)))
& electronegativity_value_1(fn_oxidation_2(fn_pyruvate_oxidation_31(X)))
& electron_1(fn_reduction_4(fn_pyruvate_oxidation_32(X)))
& electron_1(fn_oxidation_9(fn_pyruvate_oxidation_31(X)))
& electron_shell_1(fn_atom_9(fn_pyruvate_oxidation_78(X)))
& electron_shell_1(fn_acetyl_coa_31(fn_pyruvate_oxidation_87(X)))
& center_1(fn_covalent_bond_23(fn_pyruvate_oxidation_79(X)))
& center_1(fn_covalent_bond_21(fn_pyruvate_oxidation_79(X)))
& valence_electron_1(fn_covalent_bond_15(fn_pyruvate_oxidation_79(X)))
& valence_electron_1(fn_covalent_bond_18(fn_pyruvate_oxidation_79(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_pyruvate_oxidation_65(X)))
& chemical_entity_1(fn_reactant_3(fn_pyruvate_oxidation_88(X)))
& chemical_entity_1(fn_functional_group_1(fn_pyruvate_oxidation_58(X)))
& proton_1(fn_atom_8(fn_pyruvate_oxidation_78(X)))
& proton_1(fn_carbon_17(fn_pyruvate_oxidation_78(X)))
& atomic_nucleus_1(fn_first_electron_shell_7(fn_pyruvate_oxidation_70(X)))
& atomic_nucleus_1(fn_atom_18(fn_pyruvate_oxidation_78(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_pyruvate_oxidation_79(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_pyruvate_oxidation_79(X)))
& atomic_nucleus_1(fn_carbon_18(fn_pyruvate_oxidation_78(X)))
& electron_1(fn_first_electron_shell_5(fn_pyruvate_oxidation_70(X)))
& electron_1(fn_atom_14(fn_pyruvate_oxidation_78(X)))
& electron_1(fn_carbon_10(fn_pyruvate_oxidation_78(X)))
& atom_1(fn_organic_molecule_2(fn_pyruvate_oxidation_87(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_pyruvate_oxidation_87(X)))
& atom_1(fn_first_electron_shell_3(fn_pyruvate_oxidation_70(X)))
& entity_1(fn_acetyl_coa_19(fn_pyruvate_oxidation_87(X)))
& chemical_entity_1(fn_acetyl_coa_19(fn_pyruvate_oxidation_87(X)))
& atom_1(fn_acetyl_coa_19(fn_pyruvate_oxidation_87(X)))
& carbon_1(fn_acetyl_coa_19(fn_pyruvate_oxidation_87(X)))
& entity_1(fn_covalent_bond_20(fn_pyruvate_oxidation_79(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_pyruvate_oxidation_79(X)))
& atom_1(fn_covalent_bond_20(fn_pyruvate_oxidation_79(X)))
& entity_1(fn_covalent_bond_19(fn_pyruvate_oxidation_79(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_pyruvate_oxidation_79(X)))
& atom_1(fn_covalent_bond_19(fn_pyruvate_oxidation_79(X)))
& oxygen_1(fn_pyruvate_13(fn_pyruvate_oxidation_85(X)))
& hold_together_1(fn_carboxyl_group_67(fn_pyruvate_oxidation_58(X)))
& hold_together_1(fn_carboxyl_group_47(fn_pyruvate_oxidation_58(X)))
& entity_1(fn_pyruvate_14(fn_pyruvate_oxidation_85(X)))
& chemical_entity_1(fn_pyruvate_14(fn_pyruvate_oxidation_85(X)))
& atom_1(fn_pyruvate_14(fn_pyruvate_oxidation_85(X)))
& hydrogen_1(fn_pyruvate_14(fn_pyruvate_oxidation_85(X)))
& entity_1(fn_carboxyl_group_25(fn_pyruvate_oxidation_58(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_pyruvate_oxidation_58(X)))
& atom_1(fn_carboxyl_group_25(fn_pyruvate_oxidation_58(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_pyruvate_oxidation_58(X)))
& atom_1(fn_pyruvate_15(fn_pyruvate_oxidation_85(X)))
& chemical_entity_1(fn_pyruvate_15(fn_pyruvate_oxidation_85(X)))
& oxygen_1(fn_pyruvate_15(fn_pyruvate_oxidation_85(X)))
& oxygen_1(fn_carboxyl_group_23(fn_pyruvate_oxidation_58(X)))
& oxygen_1(fn_carboxyl_group_24(fn_pyruvate_oxidation_58(X)))
& hold_together_1(fn_covalent_bond_14(fn_pyruvate_oxidation_63(X)))
& hold_together_1(fn_carboxyl_group_55(fn_pyruvate_oxidation_58(X)))
& entity_1(fn_covalent_bond_19(fn_pyruvate_oxidation_63(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_pyruvate_oxidation_63(X)))
& atom_1(fn_covalent_bond_19(fn_pyruvate_oxidation_63(X)))
& entity_1(fn_covalent_bond_20(fn_pyruvate_oxidation_63(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_pyruvate_oxidation_63(X)))
& atom_1(fn_covalent_bond_20(fn_pyruvate_oxidation_63(X)))
& entity_1(fn_pyruvate_11(fn_pyruvate_oxidation_85(X)))
& chemical_entity_1(fn_pyruvate_11(fn_pyruvate_oxidation_85(X)))
& atom_1(fn_pyruvate_11(fn_pyruvate_oxidation_85(X)))
& carbon_1(fn_pyruvate_11(fn_pyruvate_oxidation_85(X)))
& entity_1(fn_carboxyl_group_19(fn_pyruvate_oxidation_58(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_pyruvate_oxidation_58(X)))
& atom_1(fn_carboxyl_group_19(fn_pyruvate_oxidation_58(X)))
& carbon_1(fn_carboxyl_group_19(fn_pyruvate_oxidation_58(X)))
& share_1(fn_covalent_bond_17(fn_pyruvate_oxidation_63(X)))
& share_1(fn_carboxyl_group_56(fn_pyruvate_oxidation_58(X)))
& chemical_entity_1(fn_oxidation_10(fn_pyruvate_oxidation_31(X)))
& chemical_entity_1(fn_reduction_1(fn_pyruvate_oxidation_32(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_pyruvate_oxidation_65(X)))
& carbon_1(fn_organic_molecule_1(fn_pyruvate_oxidation_81(X)))
& entity_1(fn_nad_plus_20(fn_pyruvate_oxidation_81(X)))
& chemical_entity_1(fn_nad_plus_20(fn_pyruvate_oxidation_81(X)))
& atom_1(fn_nad_plus_20(fn_pyruvate_oxidation_81(X)))
& carbon_1(fn_nad_plus_20(fn_pyruvate_oxidation_81(X)))
& chemical_entity_1(fn_reduction_3(fn_pyruvate_oxidation_32(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_pyruvate_oxidation_38(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_pyruvate_oxidation_38(X)))
& chemical_entity_1(fn_oxidation_7(fn_pyruvate_oxidation_31(X)))
& raw_material_2(fn_pyruvate_oxidation_38(X),fn_pyruvate_oxidation_92(X))
& next_event_2(fn_pyruvate_oxidation_38(X),fn_pyruvate_oxidation_77(X))
& quantity_2(fn_pyruvate_oxidation_3(X),fn_pyruvate_oxidation_5(X))
& greater_than_2(fn_pyruvate_oxidation_5(X),fn_pyruvate_oxidation_4(X))
& has_state_2(fn_pyruvate_oxidation_58(X),fn_pyruvate_oxidation_8(X))
& fn_pyruvate_oxidation_61(X) != fn_pyruvate_oxidation_62(X)
& fn_pyruvate_oxidation_62(X) != fn_pyruvate_oxidation_61(X)
& quantity_2(fn_pyruvate_oxidation_7(X),fn_pyruvate_oxidation_4(X))
& next_event_2(fn_pyruvate_oxidation_65(X),fn_pyruvate_oxidation_38(X))
& result_2(fn_pyruvate_oxidation_65(X),fn_pyruvate_oxidation_8(X))
& fn_pyruvate_oxidation_72(X) != fn_pyruvate_oxidation_73(X)
& fn_pyruvate_oxidation_73(X) != fn_pyruvate_oxidation_72(X)
& subevent_2(X,fn_pyruvate_oxidation_65(X))
& subevent_2(X,fn_pyruvate_oxidation_77(X))
& subevent_2(X,fn_pyruvate_oxidation_38(X))
& result_2(X,fn_pyruvate_oxidation_87(X))
& result_2(X,fn_pyruvate_oxidation_8(X))
& agent_2(X,fn_pyruvate_oxidation_10(X))
& first_subevent_2(X,fn_pyruvate_oxidation_65(X))
& raw_material_2(fn_pyruvate_oxidation_77(X),fn_pyruvate_oxidation_11(X))
& agent_2(fn_pyruvate_oxidation_77(X),fn_pyruvate_oxidation_10(X))
& is_inside_2(fn_pyruvate_oxidation_80(X),fn_pyruvate_oxidation_76(X))
& is_inside_2(fn_pyruvate_oxidation_80(X),fn_pyruvate_oxidation_85(X))
& fn_pyruvate_oxidation_81(X) != fn_pyruvate_oxidation_92(X)
& fn_pyruvate_oxidation_81(X) != fn_pyruvate_oxidation_84(X)
& fn_pyruvate_oxidation_82(X) != fn_pyruvate_oxidation_84(X)
& has_part_2(fn_pyruvate_oxidation_82(X),fn_pyruvate_oxidation_9(X))
& possesses_2(fn_pyruvate_oxidation_84(X),fn_pyruvate_oxidation_7(X))
& fn_pyruvate_oxidation_84(X) != fn_pyruvate_oxidation_81(X)
& fn_pyruvate_oxidation_84(X) != fn_pyruvate_oxidation_82(X)
& possesses_2(fn_pyruvate_oxidation_85(X),fn_pyruvate_oxidation_3(X))
& is_inside_2(fn_pyruvate_oxidation_86(X),fn_pyruvate_oxidation_85(X))
& structural_complexity_2(fn_pyruvate_oxidation_87(X),fn_pyruvate_oxidation_57(X))
& possesses_2(fn_pyruvate_oxidation_87(X),fn_pyruvate_oxidation_7(X))
& fn_pyruvate_oxidation_87(X) != fn_pyruvate_oxidation_11(X)
& fn_pyruvate_oxidation_11(X) != fn_pyruvate_oxidation_87(X)
& fn_pyruvate_oxidation_92(X) != fn_pyruvate_oxidation_81(X)
& exactCardinality(fn_pyruvate_oxidation_92(X),has_part_0,"2",carbon_0)
& object_2(fn_pyruvate_oxidation_75(X),fn_pyruvate_oxidation_80(X))
& base_2(fn_pyruvate_oxidation_75(X),fn_pyruvate_oxidation_76(X))
& result_2(fn_pyruvate_oxidation_77(X),fn_pyruvate_oxidation_87(X))
& result_2(fn_pyruvate_oxidation_38(X),fn_pyruvate_oxidation_84(X))
& raw_material_2(fn_pyruvate_oxidation_77(X),fn_pyruvate_oxidation_83(X))
& plays_2(fn_pyruvate_oxidation_81(X),fn_pyruvate_oxidation_15(X))
& plays_2(fn_pyruvate_oxidation_85(X),fn_pyruvate_oxidation_88(X))
& raw_material_2(fn_pyruvate_oxidation_65(X),fn_pyruvate_oxidation_85(X))
& in_event_2(fn_pyruvate_oxidation_88(X),X)
& donor_2(fn_pyruvate_oxidation_32(X),fn_pyruvate_oxidation_92(X))
& plays_2(fn_pyruvate_oxidation_92(X),fn_pyruvate_oxidation_16(X))
& plays_2(fn_pyruvate_oxidation_92(X),fn_pyruvate_oxidation_17(X))
& donor_2(fn_pyruvate_oxidation_31(X),fn_pyruvate_oxidation_92(X))
& has_atom_2(fn_pyruvate_oxidation_92(X),fn_pyruvate_oxidation_34(X))
& recipient_2(fn_pyruvate_oxidation_32(X),fn_pyruvate_oxidation_81(X))
& subevent_2(fn_pyruvate_oxidation_38(X),fn_pyruvate_oxidation_32(X))
& subevent_2(fn_pyruvate_oxidation_38(X),fn_pyruvate_oxidation_31(X))
& raw_material_2(fn_pyruvate_oxidation_38(X),fn_pyruvate_oxidation_81(X))
& has_atom_2(fn_pyruvate_oxidation_81(X),fn_pyruvate_oxidation_35(X))
& electronegativity_2(fn_pyruvate_oxidation_35(X),fn_pyruvate_oxidation_36(X))
& greater_than_2(fn_pyruvate_oxidation_36(X),fn_pyruvate_oxidation_37(X))
& greater_than_or_equal_to_2(fn_pyruvate_oxidation_36(X),fn_pyruvate_oxidation_37(X))
& result_2(X,fn_pyruvate_oxidation_86(X))
& result_2(X,fn_pyruvate_oxidation_84(X))
& structural_complexity_2(fn_pyruvate_oxidation_84(X),fn_pyruvate_oxidation_57(X))
& greater_than_2(fn_pyruvate_oxidation_52(X),fn_pyruvate_oxidation_57(X))
& structural_complexity_2(fn_pyruvate_oxidation_85(X),fn_pyruvate_oxidation_52(X))
& raw_material_2(X,fn_pyruvate_oxidation_85(X))
& in_event_2(fn_pyruvate_oxidation_15(X),fn_pyruvate_oxidation_32(X))
& in_event_2(fn_pyruvate_oxidation_16(X),fn_pyruvate_oxidation_32(X))
& object_2(fn_pyruvate_oxidation_32(X),fn_pyruvate_oxidation_33(X))
& fn_pyruvate_oxidation_92(X) != fn_pyruvate_oxidation_33(X)
& fn_pyruvate_oxidation_82(X) != fn_pyruvate_oxidation_92(X)
& fn_pyruvate_oxidation_92(X) != fn_pyruvate_oxidation_82(X)
& fn_pyruvate_oxidation_33(X) != fn_pyruvate_oxidation_92(X)
& electronegativity_2(fn_pyruvate_oxidation_34(X),fn_pyruvate_oxidation_37(X))
& in_event_2(fn_pyruvate_oxidation_74(X),fn_pyruvate_oxidation_31(X))
& in_event_2(fn_pyruvate_oxidation_17(X),fn_pyruvate_oxidation_31(X))
& fn_pyruvate_oxidation_82(X) != fn_pyruvate_oxidation_81(X)
& fn_pyruvate_oxidation_81(X) != fn_pyruvate_oxidation_82(X)
& fn_pyruvate_oxidation_81(X) != fn_pyruvate_oxidation_33(X)
& object_2(fn_pyruvate_oxidation_31(X),fn_pyruvate_oxidation_33(X))
& raw_material_2(fn_pyruvate_oxidation_31(X),fn_pyruvate_oxidation_18(X))
& quantity_2(fn_pyruvate_oxidation_18(X),fn_pyruvate_oxidation_26(X))
& directly_proportional_2(fn_pyruvate_oxidation_37(X),fn_pyruvate_oxidation_26(X))
& fn_pyruvate_oxidation_33(X) != fn_pyruvate_oxidation_81(X)
& has_reduced_form_2(fn_pyruvate_oxidation_81(X),fn_pyruvate_oxidation_19(X))
& has_oxidized_form_2(fn_pyruvate_oxidation_19(X),fn_pyruvate_oxidation_81(X))
& fn_pyruvate_oxidation_81(X) != fn_pyruvate_oxidation_19(X)
& fn_pyruvate_oxidation_19(X) != fn_pyruvate_oxidation_81(X)
& has_state_2(fn_pyruvate_oxidation_81(X),fn_pyruvate_oxidation_19(X))
& is_between_2(fn_pyruvate_oxidation_20(X),fn_pyruvate_oxidation_24(X))
& possesses_2(fn_pyruvate_oxidation_81(X),fn_pyruvate_oxidation_20(X))
& has_region_2(fn_pyruvate_oxidation_81(X),fn_pyruvate_oxidation_23(X))
& is_inside_2(fn_pyruvate_oxidation_24(X),fn_pyruvate_oxidation_23(X))
& has_part_2(fn_pyruvate_oxidation_81(X),fn_pyruvate_oxidation_24(X))
& possesses_2(fn_pyruvate_oxidation_81(X),fn_pyruvate_oxidation_21(X))
& quantity_2(fn_pyruvate_oxidation_21(X),fn_pyruvate_oxidation_28(X))
& directly_proportional_2(fn_pyruvate_oxidation_27(X),fn_pyruvate_oxidation_28(X))
& speed_2(fn_pyruvate_oxidation_22(X),fn_pyruvate_oxidation_27(X))
& object_2(fn_pyruvate_oxidation_22(X),fn_pyruvate_oxidation_81(X))
& has_state_2(fn_pyruvate_oxidation_19(X),fn_pyruvate_oxidation_81(X))
& result_2(fn_pyruvate_oxidation_25(X),fn_pyruvate_oxidation_81(X))
& result_2(fn_pyruvate_oxidation_25(X),fn_pyruvate_oxidation_20(X))
& fn_pyruvate_oxidation_41(X) != fn_pyruvate_oxidation_91(X)
& has_part_2(fn_pyruvate_oxidation_92(X),fn_pyruvate_oxidation_41(X))
& has_region_2(fn_pyruvate_oxidation_92(X),fn_pyruvate_oxidation_44(X))
& is_inside_2(fn_pyruvate_oxidation_41(X),fn_pyruvate_oxidation_44(X))
& fn_pyruvate_oxidation_91(X) != fn_pyruvate_oxidation_41(X)
& has_part_2(fn_pyruvate_oxidation_92(X),fn_pyruvate_oxidation_91(X))
& fn_pyruvate_oxidation_54(X) != fn_pyruvate_oxidation_67(X)
& fn_pyruvate_oxidation_67(X) != fn_pyruvate_oxidation_54(X)
& fn_pyruvate_oxidation_54(X) != fn_pyruvate_oxidation_89(X)
& fn_pyruvate_oxidation_89(X) != fn_pyruvate_oxidation_54(X)
& is_inside_2(fn_pyruvate_oxidation_54(X),fn_pyruvate_oxidation_58(X))
& is_inside_2(fn_pyruvate_oxidation_89(X),fn_pyruvate_oxidation_58(X))
& is_inside_2(fn_pyruvate_oxidation_67(X),fn_pyruvate_oxidation_58(X))
& is_between_2(fn_pyruvate_oxidation_64(X),fn_pyruvate_oxidation_67(X))
& agent_2(fn_pyruvate_oxidation_59(X),fn_pyruvate_oxidation_64(X))
& object_2(fn_pyruvate_oxidation_59(X),fn_pyruvate_oxidation_67(X))
& fn_pyruvate_oxidation_59(X) != fn_pyruvate_oxidation_60(X)
& fn_pyruvate_oxidation_67(X) != fn_pyruvate_oxidation_89(X)
& fn_pyruvate_oxidation_89(X) != fn_pyruvate_oxidation_90(X)
& fn_pyruvate_oxidation_60(X) != fn_pyruvate_oxidation_59(X)
& object_2(fn_pyruvate_oxidation_60(X),fn_pyruvate_oxidation_67(X))
& fn_pyruvate_oxidation_89(X) != fn_pyruvate_oxidation_67(X)
& fn_pyruvate_oxidation_90(X) != fn_pyruvate_oxidation_89(X)
& is_inside_2(fn_pyruvate_oxidation_90(X),fn_pyruvate_oxidation_58(X))
& has_function_2(fn_pyruvate_oxidation_64(X),fn_pyruvate_oxidation_59(X))
& result_2(fn_pyruvate_oxidation_62(X),fn_pyruvate_oxidation_64(X))
& agent_2(fn_pyruvate_oxidation_62(X),fn_pyruvate_oxidation_67(X))
& is_between_2(fn_pyruvate_oxidation_63(X),fn_pyruvate_oxidation_67(X))
& agent_2(fn_pyruvate_oxidation_60(X),fn_pyruvate_oxidation_63(X))
& called_2(fn_pyruvate_oxidation_63(X),'C-O')
& fn_pyruvate_oxidation_90(X) != fn_pyruvate_oxidation_54(X)
& fn_pyruvate_oxidation_54(X) != fn_pyruvate_oxidation_90(X)
& has_function_2(fn_pyruvate_oxidation_63(X),fn_pyruvate_oxidation_60(X))
& agent_2(fn_pyruvate_oxidation_61(X),fn_pyruvate_oxidation_67(X))
& is_near_2(fn_pyruvate_oxidation_68(X),fn_pyruvate_oxidation_72(X))
& is_near_2(fn_pyruvate_oxidation_72(X),fn_pyruvate_oxidation_68(X))
& has_part_2(fn_pyruvate_oxidation_78(X),fn_pyruvate_oxidation_71(X))
& is_inside_2(fn_pyruvate_oxidation_71(X),fn_pyruvate_oxidation_68(X))
& has_region_2(fn_pyruvate_oxidation_78(X),fn_pyruvate_oxidation_68(X))
& has_part_2(fn_pyruvate_oxidation_78(X),fn_pyruvate_oxidation_72(X))
& object_2(fn_pyruvate_oxidation_53(X),fn_pyruvate_oxidation_85(X))
& speed_2(fn_pyruvate_oxidation_53(X),fn_pyruvate_oxidation_55(X))
& directly_proportional_2(fn_pyruvate_oxidation_55(X),fn_pyruvate_oxidation_56(X))
& quantity_2(fn_pyruvate_oxidation_51(X),fn_pyruvate_oxidation_56(X))
& possesses_2(fn_pyruvate_oxidation_85(X),fn_pyruvate_oxidation_51(X))
& has_part_2(fn_pyruvate_oxidation_85(X),fn_pyruvate_oxidation_54(X))
& has_region_2(fn_pyruvate_oxidation_85(X),fn_pyruvate_oxidation_66(X))
& is_inside_2(fn_pyruvate_oxidation_67(X),fn_pyruvate_oxidation_66(X))
& has_part_2(fn_pyruvate_oxidation_85(X),fn_pyruvate_oxidation_67(X))
& has_region_2(fn_pyruvate_oxidation_85(X),fn_pyruvate_oxidation_58(X))
& has_part_2(fn_pyruvate_oxidation_85(X),fn_pyruvate_oxidation_89(X))
& has_part_2(fn_pyruvate_oxidation_85(X),fn_pyruvate_oxidation_90(X))
& object_2(fn_pyruvate_oxidation_42(X),fn_pyruvate_oxidation_92(X))
& speed_2(fn_pyruvate_oxidation_42(X),fn_pyruvate_oxidation_46(X))
& directly_proportional_2(fn_pyruvate_oxidation_46(X),fn_pyruvate_oxidation_45(X))
& quantity_2(fn_pyruvate_oxidation_43(X),fn_pyruvate_oxidation_45(X))
& possesses_2(fn_pyruvate_oxidation_92(X),fn_pyruvate_oxidation_43(X))
& is_near_2(fn_pyruvate_oxidation_68(X),fn_pyruvate_oxidation_73(X))
& is_near_2(fn_pyruvate_oxidation_73(X),fn_pyruvate_oxidation_68(X))
& is_at_2(fn_pyruvate_oxidation_68(X),fn_pyruvate_oxidation_69(X))
& has_region_2(fn_pyruvate_oxidation_78(X),fn_pyruvate_oxidation_69(X))
& is_between_2(fn_pyruvate_oxidation_79(X),fn_pyruvate_oxidation_78(X))
& has_part_2(fn_pyruvate_oxidation_78(X),fn_pyruvate_oxidation_73(X))
& has_region_2(fn_pyruvate_oxidation_78(X),fn_pyruvate_oxidation_70(X))
& has_part_2(fn_pyruvate_oxidation_87(X),fn_pyruvate_oxidation_78(X))
& result_2(fn_pyruvate_oxidation_61(X),fn_pyruvate_oxidation_63(X))
& is_inside_2(fn_pyruvate_oxidation_68(X),fn_pyruvate_oxidation_70(X))
& plays_2(fn_pyruvate_oxidation_81(X),fn_pyruvate_oxidation_74(X))
& recipient_2(fn_pyruvate_oxidation_31(X),fn_pyruvate_oxidation_81(X))
& possesses_2(fn_pyruvate_oxidation_87(X),fn_pyruvate_oxidation_79(X))
& result_2(fn_pyruvate_oxidation_65(X),fn_pyruvate_oxidation_92(X))
& fn_pyruvate_oxidation_80(X) = fn_move_1(fn_pyruvate_oxidation_75(X))
& fn_pyruvate_oxidation_76(X) = fn_move_out_of_1(fn_pyruvate_oxidation_75(X))
& fn_pyruvate_oxidation_87(X) = fn_chemical_reaction_1(fn_pyruvate_oxidation_77(X))
& fn_pyruvate_oxidation_84(X) = fn_chemical_reaction_1(fn_pyruvate_oxidation_38(X))
& fn_pyruvate_oxidation_83(X) = fn_chemical_reaction_2(fn_pyruvate_oxidation_77(X))
& fn_pyruvate_oxidation_85(X) = fn_chemical_reaction_2(fn_pyruvate_oxidation_65(X))
& fn_pyruvate_oxidation_65(X) = fn_reactant_2(fn_pyruvate_oxidation_88(X))
& fn_pyruvate_oxidation_85(X) = fn_reactant_3(fn_pyruvate_oxidation_88(X))
& X = fn_reactant_2(fn_pyruvate_oxidation_88(X))
& fn_pyruvate_oxidation_30(X) = fn_redox_reaction_15(fn_pyruvate_oxidation_38(X))
& fn_pyruvate_oxidation_30(X) = fn_redox_reaction_3(fn_pyruvate_oxidation_38(X))
& fn_pyruvate_oxidation_31(X) = fn_redox_reaction_11(fn_pyruvate_oxidation_38(X))
& fn_pyruvate_oxidation_81(X) = fn_reduction_3(fn_pyruvate_oxidation_32(X))
& fn_pyruvate_oxidation_32(X) = fn_redox_reaction_10(fn_pyruvate_oxidation_38(X))
& fn_pyruvate_oxidation_37(X) = fn_redox_reaction_14(fn_pyruvate_oxidation_38(X))
& fn_pyruvate_oxidation_36(X) = fn_redox_reaction_14(fn_pyruvate_oxidation_38(X))
& fn_pyruvate_oxidation_36(X) = fn_redox_reaction_1(fn_pyruvate_oxidation_38(X))
& fn_pyruvate_oxidation_35(X) = fn_redox_reaction_13(fn_pyruvate_oxidation_38(X))
& fn_pyruvate_oxidation_35(X) = fn_redox_reaction_2(fn_pyruvate_oxidation_38(X))
& fn_pyruvate_oxidation_81(X) = fn_redox_reaction_12(fn_pyruvate_oxidation_38(X))
& fn_pyruvate_oxidation_81(X) = fn_redox_reaction_16(fn_pyruvate_oxidation_38(X))
& fn_pyruvate_oxidation_50(X) = fn_catabolic_pathway_5(X)
& fn_pyruvate_oxidation_86(X) = fn_catabolic_pathway_11(X)
& fn_pyruvate_oxidation_47(X) = fn_catabolic_pathway_1(X)
& fn_pyruvate_oxidation_85(X) = fn_catabolic_pathway_10(X)
& fn_pyruvate_oxidation_52(X) = fn_catabolic_pathway_4(X)
& fn_pyruvate_oxidation_57(X) = fn_catabolic_pathway_2(X)
& fn_pyruvate_oxidation_84(X) = fn_catabolic_pathway_9(X)
& fn_pyruvate_oxidation_15(X) = fn_reduction_2(fn_pyruvate_oxidation_32(X))
& fn_pyruvate_oxidation_16(X) = fn_reduction_5(fn_pyruvate_oxidation_32(X))
& fn_pyruvate_oxidation_82(X) = fn_reduction_4(fn_pyruvate_oxidation_32(X))
& fn_pyruvate_oxidation_33(X) = fn_reduction_3(fn_pyruvate_oxidation_32(X))
& fn_pyruvate_oxidation_92(X) = fn_reduction_1(fn_pyruvate_oxidation_32(X))
& fn_pyruvate_oxidation_92(X) = fn_oxidation_10(fn_pyruvate_oxidation_31(X))
& fn_pyruvate_oxidation_92(X) = fn_reduction_3(fn_pyruvate_oxidation_32(X))
& fn_pyruvate_oxidation_33(X) = fn_reduction_4(fn_pyruvate_oxidation_32(X))
& fn_pyruvate_oxidation_34(X) = fn_oxidation_1(fn_pyruvate_oxidation_31(X))
& fn_pyruvate_oxidation_29(X) = fn_oxidation_5(fn_pyruvate_oxidation_31(X))
& fn_pyruvate_oxidation_17(X) = fn_oxidation_8(fn_pyruvate_oxidation_31(X))
& fn_pyruvate_oxidation_82(X) = fn_oxidation_9(fn_pyruvate_oxidation_31(X))
& fn_pyruvate_oxidation_12(X) = fn_oxidation_6(fn_pyruvate_oxidation_31(X))
& fn_pyruvate_oxidation_37(X) = fn_oxidation_2(fn_pyruvate_oxidation_31(X))
& fn_pyruvate_oxidation_26(X) = fn_oxidation_3(fn_pyruvate_oxidation_31(X))
& fn_pyruvate_oxidation_18(X) = fn_oxidation_4(fn_pyruvate_oxidation_31(X))
& fn_pyruvate_oxidation_33(X) = fn_oxidation_9(fn_pyruvate_oxidation_31(X))
& fn_pyruvate_oxidation_92(X) = fn_chemical_reaction_1(fn_pyruvate_oxidation_65(X))
& fn_pyruvate_oxidation_79(X) = fn_molecule_10(fn_pyruvate_oxidation_87(X))
& fn_pyruvate_oxidation_74(X) = fn_oxidation_11(fn_pyruvate_oxidation_31(X))
& fn_pyruvate_oxidation_81(X) = fn_oxidation_7(fn_pyruvate_oxidation_31(X))
& fn_pyruvate_oxidation_61(X) = fn_covalent_bond_17(fn_pyruvate_oxidation_63(X))
& fn_pyruvate_oxidation_70(X) = fn_atom_9(fn_pyruvate_oxidation_78(X))
& fn_pyruvate_oxidation_70(X) = fn_acetyl_coa_31(fn_pyruvate_oxidation_87(X))
& fn_pyruvate_oxidation_78(X) = fn_organic_molecule_2(fn_pyruvate_oxidation_87(X))
& fn_pyruvate_oxidation_78(X) = fn_acetyl_coa_19(fn_pyruvate_oxidation_87(X))
& fn_pyruvate_oxidation_73(X) = fn_covalent_bond_15(fn_pyruvate_oxidation_79(X))
& fn_pyruvate_oxidation_68(X) = fn_covalent_bond_24(fn_pyruvate_oxidation_79(X))
& fn_pyruvate_oxidation_68(X) = fn_covalent_bond_22(fn_pyruvate_oxidation_79(X))
& fn_pyruvate_oxidation_69(X) = fn_covalent_bond_23(fn_pyruvate_oxidation_79(X))
& fn_pyruvate_oxidation_69(X) = fn_covalent_bond_21(fn_pyruvate_oxidation_79(X))
& fn_pyruvate_oxidation_78(X) = fn_covalent_bond_20(fn_pyruvate_oxidation_79(X))
& fn_pyruvate_oxidation_78(X) = fn_covalent_bond_19(fn_pyruvate_oxidation_79(X))
& fn_pyruvate_oxidation_73(X) = fn_covalent_bond_18(fn_pyruvate_oxidation_79(X))
& fn_pyruvate_oxidation_42(X) = fn_molecule_8(fn_pyruvate_oxidation_92(X))
& fn_pyruvate_oxidation_43(X) = fn_molecule_12(fn_pyruvate_oxidation_92(X))
& fn_pyruvate_oxidation_40(X) = fn_molecule_2(fn_pyruvate_oxidation_92(X))
& fn_pyruvate_oxidation_45(X) = fn_molecule_4(fn_pyruvate_oxidation_92(X))
& fn_pyruvate_oxidation_39(X) = fn_molecule_1(fn_pyruvate_oxidation_92(X))
& fn_pyruvate_oxidation_46(X) = fn_molecule_3(fn_pyruvate_oxidation_92(X))
& fn_pyruvate_oxidation_53(X) = fn_pyruvate_5(fn_pyruvate_oxidation_85(X))
& fn_pyruvate_oxidation_51(X) = fn_pyruvate_4(fn_pyruvate_oxidation_85(X))
& fn_pyruvate_oxidation_54(X) = fn_pyruvate_15(fn_pyruvate_oxidation_85(X))
& fn_pyruvate_oxidation_66(X) = fn_pyruvate_12(fn_pyruvate_oxidation_85(X))
& fn_pyruvate_oxidation_67(X) = fn_pyruvate_11(fn_pyruvate_oxidation_85(X))
& fn_pyruvate_oxidation_85(X) = fn_functional_group_1(fn_pyruvate_oxidation_58(X))
& fn_pyruvate_oxidation_58(X) = fn_pyruvate_8(fn_pyruvate_oxidation_85(X))
& fn_pyruvate_oxidation_48(X) = fn_pyruvate_16(fn_pyruvate_oxidation_85(X))
& fn_pyruvate_oxidation_56(X) = fn_pyruvate_7(fn_pyruvate_oxidation_85(X))
& fn_pyruvate_oxidation_89(X) = fn_pyruvate_13(fn_pyruvate_oxidation_85(X))
& fn_pyruvate_oxidation_49(X) = fn_pyruvate_17(fn_pyruvate_oxidation_85(X))
& fn_pyruvate_oxidation_55(X) = fn_pyruvate_6(fn_pyruvate_oxidation_85(X))
& fn_pyruvate_oxidation_90(X) = fn_pyruvate_14(fn_pyruvate_oxidation_85(X))
& fn_pyruvate_oxidation_71(X) = fn_atom_8(fn_pyruvate_oxidation_78(X))
& fn_pyruvate_oxidation_71(X) = fn_carbon_17(fn_pyruvate_oxidation_78(X))
& fn_pyruvate_oxidation_72(X) = fn_first_electron_shell_5(fn_pyruvate_oxidation_70(X))
& fn_pyruvate_oxidation_78(X) = fn_first_electron_shell_3(fn_pyruvate_oxidation_70(X))
& fn_pyruvate_oxidation_68(X) = fn_first_electron_shell_7(fn_pyruvate_oxidation_70(X))
& fn_pyruvate_oxidation_68(X) = fn_atom_18(fn_pyruvate_oxidation_78(X))
& fn_pyruvate_oxidation_68(X) = fn_carbon_18(fn_pyruvate_oxidation_78(X))
& fn_pyruvate_oxidation_72(X) = fn_atom_14(fn_pyruvate_oxidation_78(X))
& fn_pyruvate_oxidation_72(X) = fn_carbon_10(fn_pyruvate_oxidation_78(X))
& fn_pyruvate_oxidation_54(X) = fn_carboxyl_group_23(fn_pyruvate_oxidation_58(X))
& fn_pyruvate_oxidation_59(X) = fn_carboxyl_group_67(fn_pyruvate_oxidation_58(X))
& fn_pyruvate_oxidation_89(X) = fn_carboxyl_group_24(fn_pyruvate_oxidation_58(X))
& fn_pyruvate_oxidation_59(X) = fn_carboxyl_group_47(fn_pyruvate_oxidation_58(X))
& fn_pyruvate_oxidation_64(X) = fn_carboxyl_group_70(fn_pyruvate_oxidation_58(X))
& fn_pyruvate_oxidation_62(X) = fn_carboxyl_group_49(fn_pyruvate_oxidation_58(X))
& fn_pyruvate_oxidation_67(X) = fn_covalent_bond_19(fn_pyruvate_oxidation_63(X))
& fn_pyruvate_oxidation_67(X) = fn_covalent_bond_20(fn_pyruvate_oxidation_63(X))
& fn_pyruvate_oxidation_54(X) = fn_carboxyl_group_24(fn_pyruvate_oxidation_58(X))
& fn_pyruvate_oxidation_90(X) = fn_carboxyl_group_25(fn_pyruvate_oxidation_58(X))
& fn_pyruvate_oxidation_60(X) = fn_covalent_bond_14(fn_pyruvate_oxidation_63(X))
& fn_pyruvate_oxidation_63(X) = fn_carboxyl_group_69(fn_pyruvate_oxidation_58(X))
& fn_pyruvate_oxidation_60(X) = fn_carboxyl_group_55(fn_pyruvate_oxidation_58(X))
& fn_pyruvate_oxidation_61(X) = fn_carboxyl_group_56(fn_pyruvate_oxidation_58(X))
& fn_pyruvate_oxidation_67(X) = fn_carboxyl_group_19(fn_pyruvate_oxidation_58(X))
& fn_pyruvate_oxidation_44(X) = fn_organic_molecule_3(fn_pyruvate_oxidation_92(X))
& fn_pyruvate_oxidation_41(X) = fn_organic_molecule_1(fn_pyruvate_oxidation_92(X))
& fn_pyruvate_oxidation_91(X) = fn_organic_molecule_2(fn_pyruvate_oxidation_92(X))
& fn_pyruvate_oxidation_23(X) = fn_nad_plus_7(fn_pyruvate_oxidation_81(X))
& fn_pyruvate_oxidation_24(X) = fn_organic_molecule_1(fn_pyruvate_oxidation_81(X))
& fn_pyruvate_oxidation_24(X) = fn_nad_plus_20(fn_pyruvate_oxidation_81(X))
& fn_pyruvate_oxidation_21(X) = fn_nad_plus_5(fn_pyruvate_oxidation_81(X))
& fn_pyruvate_oxidation_22(X) = fn_nad_plus_6(fn_pyruvate_oxidation_81(X))
& fn_pyruvate_oxidation_19(X) = fn_nad_plus_1(fn_pyruvate_oxidation_81(X))
& fn_pyruvate_oxidation_25(X) = fn_nad_plus_18(fn_pyruvate_oxidation_81(X))
& fn_pyruvate_oxidation_20(X) = fn_nad_plus_17(fn_pyruvate_oxidation_81(X))
& fn_pyruvate_oxidation_13(X) = fn_nad_plus_3(fn_pyruvate_oxidation_81(X))
& fn_pyruvate_oxidation_27(X) = fn_nad_plus_8(fn_pyruvate_oxidation_81(X))
& fn_pyruvate_oxidation_14(X) = fn_nad_plus_4(fn_pyruvate_oxidation_81(X))
& fn_pyruvate_oxidation_28(X) = fn_nad_plus_9(fn_pyruvate_oxidation_81(X))
& fn_redox_reaction_15(fn_pyruvate_oxidation_38(X)) = fn_redox_reaction_3(fn_pyruvate_oxidation_38(X))
& fn_redox_reaction_3(fn_pyruvate_oxidation_38(X)) = fn_redox_reaction_14(fn_pyruvate_oxidation_38(X))
& fn_redox_reaction_1(fn_pyruvate_oxidation_38(X)) = fn_redox_reaction_1(fn_pyruvate_oxidation_38(X))
& fn_redox_reaction_1(fn_pyruvate_oxidation_38(X)) = fn_redox_reaction_14(fn_pyruvate_oxidation_38(X))
& fn_redox_reaction_14(fn_pyruvate_oxidation_38(X)) = fn_redox_reaction_1(fn_pyruvate_oxidation_38(X))
& fn_redox_reaction_1(fn_pyruvate_oxidation_38(X)) = fn_redox_reaction_13(fn_pyruvate_oxidation_38(X))
& fn_redox_reaction_2(fn_pyruvate_oxidation_38(X)) = fn_redox_reaction_13(fn_pyruvate_oxidation_38(X))
& fn_redox_reaction_13(fn_pyruvate_oxidation_38(X)) = fn_redox_reaction_2(fn_pyruvate_oxidation_38(X))
& fn_redox_reaction_2(fn_pyruvate_oxidation_38(X)) = fn_chemical_reaction_1(fn_pyruvate_oxidation_38(X))
& fn_chemical_reaction_1(fn_pyruvate_oxidation_38(X)) = fn_catabolic_pathway_9(X)
& fn_catabolic_pathway_9(X) = fn_catabolic_pathway_9(X)
& fn_catabolic_pathway_9(X) = fn_reduction_4(fn_pyruvate_oxidation_32(X))
& fn_oxidation_9(fn_pyruvate_oxidation_31(X)) = fn_redox_reaction_14(fn_pyruvate_oxidation_38(X))
& fn_redox_reaction_14(fn_pyruvate_oxidation_38(X)) = fn_redox_reaction_14(fn_pyruvate_oxidation_38(X))
& fn_redox_reaction_14(fn_pyruvate_oxidation_38(X)) = fn_oxidation_2(fn_pyruvate_oxidation_31(X))
& fn_oxidation_2(fn_pyruvate_oxidation_31(X)) = fn_oxidation_2(fn_pyruvate_oxidation_31(X))
& fn_oxidation_2(fn_pyruvate_oxidation_31(X)) = fn_reduction_3(fn_pyruvate_oxidation_32(X))
& fn_reduction_4(fn_pyruvate_oxidation_32(X)) = fn_reduction_3(fn_pyruvate_oxidation_32(X))
& fn_reduction_3(fn_pyruvate_oxidation_32(X)) = fn_reduction_4(fn_pyruvate_oxidation_32(X))
& fn_oxidation_9(fn_pyruvate_oxidation_31(X)) = fn_reduction_4(fn_pyruvate_oxidation_32(X))
& fn_reduction_4(fn_pyruvate_oxidation_32(X)) = fn_reduction_4(fn_pyruvate_oxidation_32(X))
& fn_reduction_4(fn_pyruvate_oxidation_32(X)) = fn_oxidation_9(fn_pyruvate_oxidation_31(X))
& fn_oxidation_9(fn_pyruvate_oxidation_31(X)) = fn_oxidation_9(fn_pyruvate_oxidation_31(X))
& fn_oxidation_9(fn_pyruvate_oxidation_31(X)) = fn_atom_9(fn_pyruvate_oxidation_78(X))
& fn_atom_9(fn_pyruvate_oxidation_78(X)) = fn_acetyl_coa_31(fn_pyruvate_oxidation_87(X))
& fn_acetyl_coa_31(fn_pyruvate_oxidation_87(X)) = fn_covalent_bond_23(fn_pyruvate_oxidation_79(X))
& fn_covalent_bond_21(fn_pyruvate_oxidation_79(X)) = fn_covalent_bond_23(fn_pyruvate_oxidation_79(X))
& fn_covalent_bond_23(fn_pyruvate_oxidation_79(X)) = fn_covalent_bond_21(fn_pyruvate_oxidation_79(X))
& fn_covalent_bond_21(fn_pyruvate_oxidation_79(X)) = fn_covalent_bond_15(fn_pyruvate_oxidation_79(X))
& fn_covalent_bond_18(fn_pyruvate_oxidation_79(X)) = fn_covalent_bond_15(fn_pyruvate_oxidation_79(X))
& fn_covalent_bond_15(fn_pyruvate_oxidation_79(X)) = fn_covalent_bond_18(fn_pyruvate_oxidation_79(X))
& fn_covalent_bond_18(fn_pyruvate_oxidation_79(X)) = fn_covalent_bond_18(fn_pyruvate_oxidation_79(X))
& fn_covalent_bond_18(fn_pyruvate_oxidation_79(X)) = fn_chemical_reaction_2(fn_pyruvate_oxidation_65(X))
& fn_chemical_reaction_2(fn_pyruvate_oxidation_65(X)) = fn_reactant_3(fn_pyruvate_oxidation_88(X))
& fn_reactant_3(fn_pyruvate_oxidation_88(X)) = fn_reactant_3(fn_pyruvate_oxidation_88(X))
& fn_reactant_3(fn_pyruvate_oxidation_88(X)) = fn_catabolic_pathway_10(X)
& fn_catabolic_pathway_10(X) = fn_catabolic_pathway_10(X)
& fn_catabolic_pathway_10(X) = fn_functional_group_1(fn_pyruvate_oxidation_58(X))
& fn_functional_group_1(fn_pyruvate_oxidation_58(X)) = fn_atom_8(fn_pyruvate_oxidation_78(X))
& fn_atom_8(fn_pyruvate_oxidation_78(X)) = fn_carbon_17(fn_pyruvate_oxidation_78(X))
& fn_carbon_17(fn_pyruvate_oxidation_78(X)) = fn_carbon_17(fn_pyruvate_oxidation_78(X))
& fn_carbon_17(fn_pyruvate_oxidation_78(X)) = fn_first_electron_shell_7(fn_pyruvate_oxidation_70(X))
& fn_first_electron_shell_7(fn_pyruvate_oxidation_70(X)) = fn_first_electron_shell_7(fn_pyruvate_oxidation_70(X))
& fn_atom_18(fn_pyruvate_oxidation_78(X)) = fn_first_electron_shell_7(fn_pyruvate_oxidation_70(X))
& fn_first_electron_shell_7(fn_pyruvate_oxidation_70(X)) = fn_atom_18(fn_pyruvate_oxidation_78(X))
& fn_covalent_bond_24(fn_pyruvate_oxidation_79(X)) = fn_covalent_bond_24(fn_pyruvate_oxidation_79(X))
& fn_covalent_bond_24(fn_pyruvate_oxidation_79(X)) = fn_atom_18(fn_pyruvate_oxidation_78(X))
& fn_atom_18(fn_pyruvate_oxidation_78(X)) = fn_atom_18(fn_pyruvate_oxidation_78(X))
& fn_atom_18(fn_pyruvate_oxidation_78(X)) = fn_covalent_bond_24(fn_pyruvate_oxidation_79(X))
& fn_covalent_bond_22(fn_pyruvate_oxidation_79(X)) = fn_covalent_bond_24(fn_pyruvate_oxidation_79(X))
& fn_covalent_bond_24(fn_pyruvate_oxidation_79(X)) = fn_covalent_bond_22(fn_pyruvate_oxidation_79(X))
& fn_covalent_bond_22(fn_pyruvate_oxidation_79(X)) = fn_covalent_bond_22(fn_pyruvate_oxidation_79(X))
& fn_covalent_bond_22(fn_pyruvate_oxidation_79(X)) = fn_carbon_18(fn_pyruvate_oxidation_78(X))
& fn_carbon_18(fn_pyruvate_oxidation_78(X)) = fn_carbon_18(fn_pyruvate_oxidation_78(X))
& fn_carbon_18(fn_pyruvate_oxidation_78(X)) = fn_first_electron_shell_5(fn_pyruvate_oxidation_70(X))
& fn_atom_14(fn_pyruvate_oxidation_78(X)) = fn_first_electron_shell_5(fn_pyruvate_oxidation_70(X))
& fn_first_electron_shell_5(fn_pyruvate_oxidation_70(X)) = fn_atom_14(fn_pyruvate_oxidation_78(X))
& fn_atom_14(fn_pyruvate_oxidation_78(X)) = fn_atom_14(fn_pyruvate_oxidation_78(X))
& fn_carbon_10(fn_pyruvate_oxidation_78(X)) = fn_atom_14(fn_pyruvate_oxidation_78(X))
& fn_atom_14(fn_pyruvate_oxidation_78(X)) = fn_carbon_10(fn_pyruvate_oxidation_78(X))
& fn_carbon_10(fn_pyruvate_oxidation_78(X)) = fn_first_electron_shell_3(fn_pyruvate_oxidation_70(X))
& fn_first_electron_shell_3(fn_pyruvate_oxidation_70(X)) = fn_organic_molecule_2(fn_pyruvate_oxidation_87(X))
& fn_organic_molecule_2(fn_pyruvate_oxidation_87(X)) = fn_first_electron_shell_3(fn_pyruvate_oxidation_70(X))
& fn_first_electron_shell_3(fn_pyruvate_oxidation_70(X)) = fn_first_electron_shell_3(fn_pyruvate_oxidation_70(X))
& fn_acetyl_coa_19(fn_pyruvate_oxidation_87(X)) = fn_first_electron_shell_3(fn_pyruvate_oxidation_70(X))
& fn_first_electron_shell_3(fn_pyruvate_oxidation_70(X)) = fn_acetyl_coa_19(fn_pyruvate_oxidation_87(X))
& fn_acetyl_coa_19(fn_pyruvate_oxidation_87(X)) = fn_acetyl_coa_19(fn_pyruvate_oxidation_87(X))
& fn_acetyl_coa_19(fn_pyruvate_oxidation_87(X)) = fn_covalent_bond_20(fn_pyruvate_oxidation_79(X))
& fn_covalent_bond_20(fn_pyruvate_oxidation_79(X)) = fn_covalent_bond_20(fn_pyruvate_oxidation_79(X))
& fn_covalent_bond_19(fn_pyruvate_oxidation_79(X)) = fn_covalent_bond_20(fn_pyruvate_oxidation_79(X))
& fn_covalent_bond_20(fn_pyruvate_oxidation_79(X)) = fn_covalent_bond_19(fn_pyruvate_oxidation_79(X))
& fn_covalent_bond_19(fn_pyruvate_oxidation_79(X)) = fn_covalent_bond_19(fn_pyruvate_oxidation_79(X))
& fn_covalent_bond_19(fn_pyruvate_oxidation_79(X)) = fn_pyruvate_13(fn_pyruvate_oxidation_85(X))
& fn_pyruvate_13(fn_pyruvate_oxidation_85(X)) = fn_carboxyl_group_24(fn_pyruvate_oxidation_58(X))
& fn_carboxyl_group_24(fn_pyruvate_oxidation_58(X)) = fn_carboxyl_group_24(fn_pyruvate_oxidation_58(X))
& fn_carboxyl_group_24(fn_pyruvate_oxidation_58(X)) = fn_carboxyl_group_47(fn_pyruvate_oxidation_58(X))
& fn_carboxyl_group_47(fn_pyruvate_oxidation_58(X)) = fn_carboxyl_group_47(fn_pyruvate_oxidation_58(X))
& fn_carboxyl_group_47(fn_pyruvate_oxidation_58(X)) = fn_carboxyl_group_67(fn_pyruvate_oxidation_58(X))
& fn_carboxyl_group_67(fn_pyruvate_oxidation_58(X)) = fn_carboxyl_group_47(fn_pyruvate_oxidation_58(X))
& fn_carboxyl_group_47(fn_pyruvate_oxidation_58(X)) = fn_pyruvate_14(fn_pyruvate_oxidation_85(X))
& fn_pyruvate_14(fn_pyruvate_oxidation_85(X)) = fn_carboxyl_group_25(fn_pyruvate_oxidation_58(X))
& fn_carboxyl_group_25(fn_pyruvate_oxidation_58(X)) = fn_carboxyl_group_25(fn_pyruvate_oxidation_58(X))
& fn_carboxyl_group_25(fn_pyruvate_oxidation_58(X)) = fn_pyruvate_15(fn_pyruvate_oxidation_85(X))
& fn_pyruvate_15(fn_pyruvate_oxidation_85(X)) = fn_carboxyl_group_23(fn_pyruvate_oxidation_58(X))
& fn_carboxyl_group_24(fn_pyruvate_oxidation_58(X)) = fn_carboxyl_group_23(fn_pyruvate_oxidation_58(X))
& fn_carboxyl_group_23(fn_pyruvate_oxidation_58(X)) = fn_carboxyl_group_23(fn_pyruvate_oxidation_58(X))
& fn_carboxyl_group_23(fn_pyruvate_oxidation_58(X)) = fn_carboxyl_group_24(fn_pyruvate_oxidation_58(X))
& fn_carboxyl_group_24(fn_pyruvate_oxidation_58(X)) = fn_carboxyl_group_55(fn_pyruvate_oxidation_58(X))
& fn_covalent_bond_14(fn_pyruvate_oxidation_63(X)) = fn_covalent_bond_14(fn_pyruvate_oxidation_63(X))
& fn_carboxyl_group_55(fn_pyruvate_oxidation_58(X)) = fn_covalent_bond_14(fn_pyruvate_oxidation_63(X))
& fn_covalent_bond_14(fn_pyruvate_oxidation_63(X)) = fn_carboxyl_group_55(fn_pyruvate_oxidation_58(X))
& fn_carboxyl_group_55(fn_pyruvate_oxidation_58(X)) = fn_covalent_bond_19(fn_pyruvate_oxidation_63(X))
& fn_covalent_bond_20(fn_pyruvate_oxidation_63(X)) = fn_covalent_bond_19(fn_pyruvate_oxidation_63(X))
& fn_covalent_bond_19(fn_pyruvate_oxidation_63(X)) = fn_covalent_bond_20(fn_pyruvate_oxidation_63(X))
& fn_pyruvate_11(fn_pyruvate_oxidation_85(X)) = fn_covalent_bond_20(fn_pyruvate_oxidation_63(X))
& fn_covalent_bond_20(fn_pyruvate_oxidation_63(X)) = fn_covalent_bond_20(fn_pyruvate_oxidation_63(X))
& fn_covalent_bond_20(fn_pyruvate_oxidation_63(X)) = fn_pyruvate_11(fn_pyruvate_oxidation_85(X))
& fn_pyruvate_11(fn_pyruvate_oxidation_85(X)) = fn_pyruvate_11(fn_pyruvate_oxidation_85(X))
& fn_pyruvate_11(fn_pyruvate_oxidation_85(X)) = fn_carboxyl_group_19(fn_pyruvate_oxidation_58(X))
& fn_carboxyl_group_19(fn_pyruvate_oxidation_58(X)) = fn_carboxyl_group_19(fn_pyruvate_oxidation_58(X))
& fn_carboxyl_group_19(fn_pyruvate_oxidation_58(X)) = fn_covalent_bond_17(fn_pyruvate_oxidation_63(X))
& fn_covalent_bond_17(fn_pyruvate_oxidation_63(X)) = fn_carboxyl_group_56(fn_pyruvate_oxidation_58(X))
& fn_carboxyl_group_56(fn_pyruvate_oxidation_58(X)) = fn_reduction_1(fn_pyruvate_oxidation_32(X))
& fn_oxidation_10(fn_pyruvate_oxidation_31(X)) = fn_oxidation_10(fn_pyruvate_oxidation_31(X))
& fn_reduction_1(fn_pyruvate_oxidation_32(X)) = fn_oxidation_10(fn_pyruvate_oxidation_31(X))
& fn_oxidation_10(fn_pyruvate_oxidation_31(X)) = fn_reduction_1(fn_pyruvate_oxidation_32(X))
& fn_reduction_1(fn_pyruvate_oxidation_32(X)) = fn_reduction_1(fn_pyruvate_oxidation_32(X))
& fn_reduction_3(fn_pyruvate_oxidation_32(X)) = fn_reduction_1(fn_pyruvate_oxidation_32(X))
& fn_reduction_1(fn_pyruvate_oxidation_32(X)) = fn_reduction_3(fn_pyruvate_oxidation_32(X))
& fn_reduction_3(fn_pyruvate_oxidation_32(X)) = fn_chemical_reaction_1(fn_pyruvate_oxidation_65(X))
& fn_chemical_reaction_1(fn_pyruvate_oxidation_65(X)) = fn_nad_plus_20(fn_pyruvate_oxidation_81(X))
& fn_nad_plus_20(fn_pyruvate_oxidation_81(X)) = fn_nad_plus_20(fn_pyruvate_oxidation_81(X))
& fn_nad_plus_20(fn_pyruvate_oxidation_81(X)) = fn_organic_molecule_1(fn_pyruvate_oxidation_81(X))
& fn_organic_molecule_1(fn_pyruvate_oxidation_81(X)) = fn_nad_plus_20(fn_pyruvate_oxidation_81(X))
& fn_nad_plus_20(fn_pyruvate_oxidation_81(X)) = fn_reduction_3(fn_pyruvate_oxidation_32(X))
& fn_reduction_3(fn_pyruvate_oxidation_32(X)) = fn_reduction_3(fn_pyruvate_oxidation_32(X))
& fn_reduction_3(fn_pyruvate_oxidation_32(X)) = fn_redox_reaction_12(fn_pyruvate_oxidation_38(X))
& fn_redox_reaction_12(fn_pyruvate_oxidation_38(X)) = fn_redox_reaction_12(fn_pyruvate_oxidation_38(X))
& fn_redox_reaction_16(fn_pyruvate_oxidation_38(X)) = fn_redox_reaction_12(fn_pyruvate_oxidation_38(X))
& fn_redox_reaction_12(fn_pyruvate_oxidation_38(X)) = fn_redox_reaction_16(fn_pyruvate_oxidation_38(X))
& fn_redox_reaction_16(fn_pyruvate_oxidation_38(X)) = fn_redox_reaction_16(fn_pyruvate_oxidation_38(X))
& fn_redox_reaction_16(fn_pyruvate_oxidation_38(X)) = fn_oxidation_7(fn_pyruvate_oxidation_31(X))
& fn_oxidation_7(fn_pyruvate_oxidation_31(X)) = fn_oxidation_7(fn_pyruvate_oxidation_31(X)) ) ) ).
fof(a532115,axiom,
! [X] :
( pyruvic_acid_1(X)
=> ( original_name_2(X,'Pyruvic-Acid')
& user_description_2(X,'Pyruvic acid is an organic acid and a ketone. The ion of pyruvic acid is known as pyruvate, and is a key intersection in several metabolic pathways.')
& concept2words_2(X,'pyruvic acid')
& concept2words_2(X,'pyruvic-acid')
& carboxylic_acid_1(X)
& ~ acetic_acid_1(X)
& ~ formic_acid_1(X) ) ) ).
fof(a532116,axiom,
! [X] :
( pyy_1(X)
=> ( original_name_2(X,'PYY')
& user_description_2(X,'A short polypeptide chain hormone which is released by the small intestine after eating and functions in the regulation of appetite.')
& concept2words_2(X,pyy)
& hormone_1(X)
& small_intestine_1(fn_pyy_1(X))
& synthesis_reaction_1(fn_pyy_2(X))
& secretion_1(fn_pyy_3(X))
& living_entity_1(fn_secretion_2(fn_pyy_3(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_pyy_2(X)))
& tangible_entity_1(fn_secretion_1(fn_pyy_3(X)))
& base_2(fn_pyy_3(X),fn_pyy_1(X))
& result_2(fn_pyy_2(X),X)
& object_2(fn_pyy_3(X),X)
& fn_pyy_1(X) = fn_secretion_2(fn_pyy_3(X))
& X = fn_chemical_reaction_1(fn_pyy_2(X))
& X = fn_secretion_1(fn_pyy_3(X))
& fn_chemical_reaction_1(fn_pyy_2(X)) = fn_secretion_1(fn_pyy_3(X)) ) ) ).
fof(a532117,axiom,
! [X] :
( quantity_constant_1(X)
=> ( original_name_2(X,'Quantity-Constant')
& concept2words_2(X,'constant of quantity')
& concept2words_2(X,'quantity constant')
& concept2words_2(X,'quantity-constant')
& constant_1(X) ) ) ).
fof(a532118,axiom,
! [X] :
( quantity_value_1(X)
=> ( original_name_2(X,'Quantity-Value')
& description_2(X,'quantity is a property describing the amount of a Chemical')
& concept2words_2(X,amount)
& concept2words_2(X,measure)
& concept2words_2(X,set)
& concept2words_2(X,quantity)
& concept2words_2(X,'value of quantity')
& concept2words_2(X,'quantity value')
& concept2words_2(X,'quantity-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a532119,axiom,
! [X] :
( quarternary_protein_structure_1(X)
=> ( original_name_2(X,'Quarternary-Protein-Structure')
& user_description_2(X,'The fourth level of protein structure which consists of two or more polypeptide chains aggregated into one functional molecule.')
& concept2words_2(X,'fourth stage of protein folding')
& concept2words_2(X,'functional protein structure')
& concept2words_2(X,'quarternary protein structure')
& concept2words_2(X,'quarternary-protein-structure')
& molecular_region_1(X)
& monomer_1(fn_quarternary_protein_structure_1(X))
& atom_1(fn_quarternary_protein_structure_2(X))
& chemical_entity_1(fn_quarternary_protein_structure_2(X))
& protein_1(fn_quarternary_protein_structure_3(X))
& atom_1(fn_organic_molecule_2(fn_quarternary_protein_structure_3(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_quarternary_protein_structure_3(X)))
& monomer_1(fn_polymer_6(fn_quarternary_protein_structure_3(X)))
& monomer_1(fn_polymer_4(fn_quarternary_protein_structure_3(X)))
& has_region_2(fn_quarternary_protein_structure_3(X),X)
& minCardinality(fn_quarternary_protein_structure_3(X),has_part_0,"2",polypeptide_0)
& has_part_2(fn_quarternary_protein_structure_3(X),fn_quarternary_protein_structure_2(X))
& has_part_2(fn_quarternary_protein_structure_3(X),fn_quarternary_protein_structure_1(X))
& fn_quarternary_protein_structure_2(X) = fn_organic_molecule_2(fn_quarternary_protein_structure_3(X))
& fn_quarternary_protein_structure_1(X) = fn_polymer_6(fn_quarternary_protein_structure_3(X))
& fn_quarternary_protein_structure_1(X) = fn_polymer_4(fn_quarternary_protein_structure_3(X))
& fn_polymer_6(fn_quarternary_protein_structure_3(X)) = fn_polymer_4(fn_quarternary_protein_structure_3(X)) ) ) ).
fof(a532120,axiom,
! [X] :
( question_1(X)
=> ( original_name_2(X,'Question')
& concept2words_2(X,inquiry)
& concept2words_2(X,enquiry)
& concept2words_2(X,query)
& concept2words_2(X,interrogation)
& concept2words_2(X,'interrogative sentence')
& concept2words_2(X,interrogative_sentence)
& concept2words_2(X,question)
& role_1(X) ) ) ).
fof(a532121,axiom,
! [X] :
( quorum_sensing_in_prokaryote_1(X)
=> ( original_name_2(X,'Quorum-Sensing-In-Prokaryote')
& user_description_2(X,'In prokaryotes, a series of events, including regulation of gene expression, which results from cellular signals sent as a result of population density and contact with other prokaryotes.')
& concept2words_2(X,'quorum sensing in prokaryote')
& concept2words_2(X,'quorum-sensing-in-prokaryote')
& species_interactions_1(X)
& starving_cell_1(fn_quorum_sensing_in_prokaryote_1(X))
& size_value_1(fn_quorum_sensing_in_prokaryote_2(X))
& sense_1(fn_quorum_sensing_in_prokaryote_5(X))
& tangible_entity_1(fn_quorum_sensing_in_prokaryote_6(X))
& chemical_entity_1(fn_quorum_sensing_in_prokaryote_6(X))
& prokaryote_1(fn_quorum_sensing_in_prokaryote_7(X))
& signal_generation_1(fn_quorum_sensing_in_prokaryote_8(X))
& prokaryote_1(fn_quorum_sensing_in_prokaryote_9(X))
& cell_communication_1(fn_quorum_sensing_in_prokaryote_10(X))
& secretion_1(fn_quorum_sensing_in_prokaryote_11(X))
& come_together_1(fn_quorum_sensing_in_prokaryote_12(X))
& signal_generation_1(fn_cell_communication_5(fn_quorum_sensing_in_prokaryote_10(X)))
& spatial_entity_1(fn_come_together_1(fn_quorum_sensing_in_prokaryote_12(X)))
& tangible_entity_1(fn_sense_1(fn_quorum_sensing_in_prokaryote_5(X)))
& cell_1(fn_cell_communication_1(fn_quorum_sensing_in_prokaryote_10(X)))
& tangible_entity_1(fn_sense_2(fn_quorum_sensing_in_prokaryote_5(X)))
& tangible_entity_1(fn_secretion_1(fn_quorum_sensing_in_prokaryote_11(X)))
& chemical_entity_1(fn_cell_communication_4(fn_quorum_sensing_in_prokaryote_10(X)))
& spatial_entity_1(fn_come_together_2(fn_quorum_sensing_in_prokaryote_12(X)))
& living_entity_1(fn_secretion_2(fn_quorum_sensing_in_prokaryote_11(X)))
& cell_1(fn_signal_generation_4(fn_quorum_sensing_in_prokaryote_8(X)))
& cell_1(fn_cell_communication_3(fn_quorum_sensing_in_prokaryote_10(X)))
& next_event_2(fn_quorum_sensing_in_prokaryote_5(X),fn_quorum_sensing_in_prokaryote_12(X))
& the_scalar_value_2(fn_quorum_sensing_in_prokaryote_2(X),small_0)
& scalar_unit_class_2(fn_quorum_sensing_in_prokaryote_2(X),physical_object_0)
& subevent_2(X,fn_quorum_sensing_in_prokaryote_10(X))
& subevent_2(X,fn_quorum_sensing_in_prokaryote_12(X))
& subevent_2(X,fn_quorum_sensing_in_prokaryote_5(X))
& minCardinality(X,subevent_0,"1",cell_communication_0)
& first_subevent_2(X,fn_quorum_sensing_in_prokaryote_10(X))
& size_2(fn_quorum_sensing_in_prokaryote_6(X),fn_quorum_sensing_in_prokaryote_2(X))
& is_near_2(fn_quorum_sensing_in_prokaryote_7(X),fn_quorum_sensing_in_prokaryote_9(X))
& fn_quorum_sensing_in_prokaryote_7(X) != fn_quorum_sensing_in_prokaryote_9(X)
& by_means_of_2(fn_quorum_sensing_in_prokaryote_8(X),fn_quorum_sensing_in_prokaryote_11(X))
& is_near_2(fn_quorum_sensing_in_prokaryote_9(X),fn_quorum_sensing_in_prokaryote_7(X))
& fn_quorum_sensing_in_prokaryote_9(X) != fn_quorum_sensing_in_prokaryote_7(X)
& has_state_2(fn_quorum_sensing_in_prokaryote_9(X),fn_quorum_sensing_in_prokaryote_1(X))
& next_event_2(fn_quorum_sensing_in_prokaryote_10(X),fn_quorum_sensing_in_prokaryote_5(X))
& causes_2(fn_quorum_sensing_in_prokaryote_10(X),fn_quorum_sensing_in_prokaryote_12(X))
& object_2(fn_quorum_sensing_in_prokaryote_12(X),fn_quorum_sensing_in_prokaryote_9(X))
& object_2(fn_quorum_sensing_in_prokaryote_12(X),fn_quorum_sensing_in_prokaryote_7(X))
& experiencer_2(fn_quorum_sensing_in_prokaryote_5(X),fn_quorum_sensing_in_prokaryote_7(X))
& base_2(fn_quorum_sensing_in_prokaryote_11(X),fn_quorum_sensing_in_prokaryote_9(X))
& base_2(fn_quorum_sensing_in_prokaryote_8(X),fn_quorum_sensing_in_prokaryote_9(X))
& object_2(fn_quorum_sensing_in_prokaryote_10(X),fn_quorum_sensing_in_prokaryote_7(X))
& object_2(fn_quorum_sensing_in_prokaryote_5(X),fn_quorum_sensing_in_prokaryote_6(X))
& object_2(fn_quorum_sensing_in_prokaryote_11(X),fn_quorum_sensing_in_prokaryote_6(X))
& subevent_2(fn_quorum_sensing_in_prokaryote_10(X),fn_quorum_sensing_in_prokaryote_8(X))
& agent_2(fn_quorum_sensing_in_prokaryote_8(X),fn_quorum_sensing_in_prokaryote_9(X))
& agent_2(fn_quorum_sensing_in_prokaryote_10(X),fn_quorum_sensing_in_prokaryote_9(X))
& first_subevent_2(fn_quorum_sensing_in_prokaryote_10(X),fn_quorum_sensing_in_prokaryote_8(X))
& result_2(fn_quorum_sensing_in_prokaryote_8(X),fn_quorum_sensing_in_prokaryote_6(X))
& fn_quorum_sensing_in_prokaryote_9(X) = fn_come_together_2(fn_quorum_sensing_in_prokaryote_12(X))
& fn_quorum_sensing_in_prokaryote_7(X) = fn_come_together_1(fn_quorum_sensing_in_prokaryote_12(X))
& fn_quorum_sensing_in_prokaryote_7(X) = fn_sense_1(fn_quorum_sensing_in_prokaryote_5(X))
& fn_quorum_sensing_in_prokaryote_9(X) = fn_secretion_2(fn_quorum_sensing_in_prokaryote_11(X))
& fn_quorum_sensing_in_prokaryote_9(X) = fn_signal_generation_4(fn_quorum_sensing_in_prokaryote_8(X))
& fn_quorum_sensing_in_prokaryote_7(X) = fn_cell_communication_1(fn_quorum_sensing_in_prokaryote_10(X))
& fn_quorum_sensing_in_prokaryote_6(X) = fn_sense_2(fn_quorum_sensing_in_prokaryote_5(X))
& fn_quorum_sensing_in_prokaryote_6(X) = fn_secretion_1(fn_quorum_sensing_in_prokaryote_11(X))
& fn_quorum_sensing_in_prokaryote_6(X) = fn_cell_communication_4(fn_quorum_sensing_in_prokaryote_10(X))
& fn_quorum_sensing_in_prokaryote_9(X) = fn_cell_communication_3(fn_quorum_sensing_in_prokaryote_10(X))
& fn_quorum_sensing_in_prokaryote_8(X) = fn_cell_communication_5(fn_quorum_sensing_in_prokaryote_10(X))
& fn_come_together_1(fn_quorum_sensing_in_prokaryote_12(X)) = fn_sense_1(fn_quorum_sensing_in_prokaryote_5(X))
& fn_sense_1(fn_quorum_sensing_in_prokaryote_5(X)) = fn_sense_1(fn_quorum_sensing_in_prokaryote_5(X))
& fn_sense_1(fn_quorum_sensing_in_prokaryote_5(X)) = fn_cell_communication_1(fn_quorum_sensing_in_prokaryote_10(X))
& fn_cell_communication_1(fn_quorum_sensing_in_prokaryote_10(X)) = fn_sense_2(fn_quorum_sensing_in_prokaryote_5(X))
& fn_sense_2(fn_quorum_sensing_in_prokaryote_5(X)) = fn_secretion_1(fn_quorum_sensing_in_prokaryote_11(X))
& fn_secretion_1(fn_quorum_sensing_in_prokaryote_11(X)) = fn_secretion_1(fn_quorum_sensing_in_prokaryote_11(X))
& fn_secretion_1(fn_quorum_sensing_in_prokaryote_11(X)) = fn_cell_communication_4(fn_quorum_sensing_in_prokaryote_10(X))
& fn_cell_communication_4(fn_quorum_sensing_in_prokaryote_10(X)) = fn_come_together_2(fn_quorum_sensing_in_prokaryote_12(X))
& fn_come_together_2(fn_quorum_sensing_in_prokaryote_12(X)) = fn_secretion_2(fn_quorum_sensing_in_prokaryote_11(X))
& fn_secretion_2(fn_quorum_sensing_in_prokaryote_11(X)) = fn_secretion_2(fn_quorum_sensing_in_prokaryote_11(X))
& fn_secretion_2(fn_quorum_sensing_in_prokaryote_11(X)) = fn_signal_generation_4(fn_quorum_sensing_in_prokaryote_8(X))
& fn_signal_generation_4(fn_quorum_sensing_in_prokaryote_8(X)) = fn_signal_generation_4(fn_quorum_sensing_in_prokaryote_8(X))
& fn_signal_generation_4(fn_quorum_sensing_in_prokaryote_8(X)) = fn_cell_communication_3(fn_quorum_sensing_in_prokaryote_10(X))
& fn_cell_communication_3(fn_quorum_sensing_in_prokaryote_10(X)) = fn_cell_communication_3(fn_quorum_sensing_in_prokaryote_10(X)) ) ) ).
fof(a532122,axiom,
! [X] :
( r_albuterol_1(X)
=> ( original_name_2(X,'R-Albuterol')
& user_description_2(X,'R-Albuterol is the R-enantiomer of Ibuprofen.')
& concept2words_2(X,'albuterol of r')
& concept2words_2(X,'r albuterol')
& concept2words_2(X,'r-albuterol')
& albuterol_isomer_1(X) ) ) ).
fof(a532123,axiom,
! [X] :
( r_group_1(X)
=> ( original_name_2(X,'R-Group')
& user_description_2(X,'R-Group is a variable group attached to the alpha carbon of Amino Acid. R group can be single Hydrogen or it may be a carbon skeleton with various functional groups attached.')
& concept2words_2(X,'side chain')
& concept2words_2(X,'group of r')
& concept2words_2(X,'r group')
& concept2words_2(X,'r-group')
& molecular_region_1(X) ) ) ).
fof(a532124,axiom,
! [X] :
( r_ibuprofen_1(X)
=> ( original_name_2(X,'R-Ibuprofen')
& user_description_2(X,'Ibuprofen-R is the R-enantiomer of Ibuprofen.')
& concept2words_2(X,'ibuprofen of r')
& concept2words_2(X,'r ibuprofen')
& concept2words_2(X,'r-ibuprofen')
& ibuprofen_isomer_1(X) ) ) ).
fof(a532125,axiom,
! [X] :
( r_plasmid_1(X)
=> ( original_name_2(X,'R-Plasmid')
& user_description_2(X,'A bacterial plasmid carrying genes that confer resistance to certain antibiotics.')
& concept2words_2(X,'plasmid of r')
& concept2words_2(X,'r plasmid')
& concept2words_2(X,'r-plasmid')
& plasmid_1(X)
& ~ f_plasmid_1(X)
& ~ ti_plasmid_1(X)
& antibiotic_resistance_process_1(fn_r_plasmid_1(X))
& antibiotic_1(fn_r_plasmid_2(X))
& destroy_1(fn_r_plasmid_3(X))
& tangible_entity_1(fn_impair_1(fn_r_plasmid_3(X)))
& agent_2(fn_r_plasmid_1(X),X)
& enables_2(fn_r_plasmid_3(X),fn_r_plasmid_1(X))
& object_2(fn_r_plasmid_3(X),fn_r_plasmid_2(X))
& fn_r_plasmid_2(X) = fn_impair_1(fn_r_plasmid_3(X)) ) ) ).
fof(a532126,axiom,
! [X] :
( r_selection_1(X)
=> ( original_name_2(X,'R-Selection')
& user_description_2(X,'Selection for life history traits that are favorable in low-density environments, such as high fecundity and early reproduction.')
& concept2words_2(X,'selection of r')
& concept2words_2(X,'r selection')
& concept2words_2(X,'r-selection')
& natural_selection_1(X)
& ~ k_selection_1(X)
& ~ reinforcement_1(X)
& ~ stabilizing_selection_1(X) ) ) ).
fof(a532127,axiom,
! [X] :
( radial_cleavage_1(X)
=> ( original_name_2(X,'Radial-Cleavage')
& user_description_2(X,'A pattern of embryonic development in deuterostomes in which cleavage produces tiers of cells that are situated directly one above the other.')
& concept2words_2(X,'cleavage of radial')
& concept2words_2(X,'radial cleavage')
& concept2words_2(X,'radial-cleavage')
& embryonic_process_1(X)
& ~ cell_determination_1(X)
& ~ childbirth_1(X)
& ~ compaction_1(X)
& ~ gastrulation_1(X)
& ~ gestation_1(X)
& ~ molting_1(X)
& ~ morphogenesis_1(X)
& ~ organogenesis_1(X)
& ~ oviparous_1(X)
& ~ ovoviviparous_1(X)
& ~ ovulation_1(X)
& ~ paedomorphosis_1(X)
& ~ pattern_formation_1(X)
& ~ phase_change_1(X)
& ~ primary_growth_1(X)
& ~ protostome_development_1(X)
& ~ senescence_1(X)
& ~ torsion_1(X)
& ~ viviparous_1(X) ) ) ).
fof(a532128,axiom,
! [X] :
( radial_glia_1(X)
=> ( original_name_2(X,'Radial-Glia')
& user_description_2(X,'In an embryo, supporting cells that form tracks along which newly formed neurons migrate from the neural tube; can also act as stem cells that give rise to other glia and neurons.')
& concept2words_2(X,'glia of radial')
& concept2words_2(X,'radial glia')
& concept2words_2(X,'radial-glia')
& glial_cell_1(X)
& ~ astrocyte_1(X)
& ~ oligodendrocyte_1(X)
& ~ schwann_cell_1(X) ) ) ).
fof(a532129,axiom,
! [X] :
( radiata_1(X)
=> ( original_name_2(X,'Radiata')
& user_description_2(X,'An animal clade that includes the radially symmetric animals of the Eumetazoa subkingdom. Examples include the Cnidaria and the Ctenophora.')
& concept2words_2(X,radiata)
& eumetazoan_1(X)
& ~ bilaterian_1(X)
& ~ chordate_1(X)
& ~ invertebrate_1(X)
& ~ triploblastic_1(X) ) ) ).
fof(a532130,axiom,
! [X] :
( radiation_1(X)
=> ( original_name_2(X,'Radiation')
& user_description_2(X,'Radiation is the production of electromagnetic radiation whose energy varies inversely with wavelength. The different wavelengths of radiation are classified into categories that include visible light.')
& concept2words_2(X,radiation)
& energy_1(X) ) ) ).
fof(a532131,axiom,
! [X] :
( radiation_treatment_for_cancer_1(X)
=> ( original_name_2(X,'Radiation-Treatment-For-Cancer')
& user_description_2(X,'Treament used in some forms of cancer and other conditions which involves application of radioactive materials.')
& concept2words_2(X,'radiation treatment for cancer')
& concept2words_2(X,'radiation-treatment-for-cancer')
& medical_treatment_of_cancer_1(X)
& intensity_value_1(fn_radiation_treatment_for_cancer_3(X))
& intensity_value_1(fn_radiation_treatment_for_cancer_4(X))
& damage_1(fn_radiation_treatment_for_cancer_5(X))
& damage_1(fn_radiation_treatment_for_cancer_6(X))
& dna_1(fn_radiation_treatment_for_cancer_7(X))
& dna_1(fn_radiation_treatment_for_cancer_8(X))
& tangible_entity_1(fn_impair_1(fn_radiation_treatment_for_cancer_5(X)))
& tangible_entity_1(fn_impair_1(fn_radiation_treatment_for_cancer_6(X)))
& greater_than_2(fn_radiation_treatment_for_cancer_4(X),fn_radiation_treatment_for_cancer_3(X))
& intensity_2(fn_radiation_treatment_for_cancer_5(X),fn_radiation_treatment_for_cancer_4(X))
& intensity_2(fn_radiation_treatment_for_cancer_6(X),fn_radiation_treatment_for_cancer_3(X))
& called_2(fn_radiation_treatment_for_cancer_6(X),"2")
& subevent_2(X,fn_radiation_treatment_for_cancer_5(X))
& subevent_2(X,fn_radiation_treatment_for_cancer_6(X))
& object_2(fn_radiation_treatment_for_cancer_5(X),fn_radiation_treatment_for_cancer_8(X))
& object_2(fn_radiation_treatment_for_cancer_6(X),fn_radiation_treatment_for_cancer_7(X))
& fn_radiation_treatment_for_cancer_8(X) = fn_impair_1(fn_radiation_treatment_for_cancer_5(X))
& fn_radiation_treatment_for_cancer_7(X) = fn_impair_1(fn_radiation_treatment_for_cancer_6(X)) ) ) ).
fof(a532132,axiom,
! [X] :
( radical_model_1(X)
=> ( original_name_2(X,'Radical-Model')
& user_description_2(X,'It refers to a basic model.')
& concept2words_2(X,'model of radical')
& concept2words_2(X,'radical model')
& concept2words_2(X,'radical-model')
& event_1(X) ) ) ).
fof(a532133,axiom,
! [X] :
( radicle_1(X)
=> ( original_name_2(X,'Radicle')
& user_description_2(X,'The embryonic root of a plant and the first part to emerge from a seed during germination.')
& concept2words_2(X,radicle)
& root_1(X)
& ~ adventitious_root_1(X)
& ~ carrot_1(X)
& ~ fibrous_root_1(X)
& ~ lateral_root_1(X)
& ~ taproot_1(X) ) ) ).
fof(a532134,axiom,
! [X] :
( radio_waves_1(X)
=> ( original_name_2(X,'Radio-Waves')
& user_description_2(X,'Electromagnetic radiation with wavelength greater than 1 mm. Radio waves have the longest wavelength of all electromagnetic radiation.')
& concept2words_2(X,'radio wave')
& concept2words_2(X,'radio-wave')
& radiation_1(X)
& length_value_1(fn_radio_waves_4(X))
& length_value_1(fn_radio_waves_5(X))
& length_value_1(fn_radio_waves_6(X))
& electromagnetic_spectrum_1(fn_radio_waves_7(X))
& greater_than_or_equal_to_2(fn_radio_waves_4(X),fn_radio_waves_5(X))
& the_cardinal_value_2(fn_radio_waves_5(X),"1.0e0")
& cardinal_unit_class_2(fn_radio_waves_5(X),meter_0)
& greater_than_or_equal_to_2(fn_radio_waves_6(X),fn_radio_waves_4(X))
& the_cardinal_value_2(fn_radio_waves_6(X),"1.0e0")
& cardinal_unit_class_2(fn_radio_waves_6(X),kilometer_0)
& wavelength_2(X,fn_radio_waves_4(X))
& element_2(fn_radio_waves_7(X),X) ) ) ).
fof(a532135,axiom,
! [X] :
( radioactive_emissions_1(X)
=> ( original_name_2(X,'Radioactive-emissions')
& user_description_2(X,'Radioactive emissions are high energy radiations produced by radioactive entities')
& concept2words_2(X,'radioactive emissions')
& concept2words_2(X,'radioactive emission')
& concept2words_2(X,'radioactive-emission')
& radiation_1(X)
& ~ electron_beam_1(X)
& ~ ultraviolet_rays_1(X)
& ~ visible_light_1(X)
& organism_1(fn_radioactive_emissions_1(X))
& cellular_structure_1(fn_radioactive_emissions_2(X))
& damage_1(fn_radioactive_emissions_3(X))
& tangible_entity_1(fn_impair_1(fn_radioactive_emissions_3(X)))
& base_2(fn_radioactive_emissions_3(X),fn_radioactive_emissions_1(X))
& agent_2(fn_radioactive_emissions_3(X),X)
& object_2(fn_radioactive_emissions_3(X),fn_radioactive_emissions_2(X))
& fn_radioactive_emissions_2(X) = fn_impair_1(fn_radioactive_emissions_3(X)) ) ) ).
fof(a532136,axiom,
! [X] :
( radioactive_isotope_1(X)
=> ( original_name_2(X,'Radioactive-Isotope')
& user_description_2(X,'An unstable isotope whose nucleus spontaneously decays and emits sub-nuclear particles and energy.')
& concept2words_2(X,'radioactive isotope')
& concept2words_2(X,'radioactive-isotope')
& isotope_1(X)
& ~ nitrogen_isotope_1(X)
& emit_1(fn_radioactive_isotope_1(X))
& emit_1(fn_radioactive_isotope_2(X))
& radioactivity_1(fn_radioactive_isotope_3(X))
& emit_1(fn_radioactivity_5(fn_radioactive_isotope_3(X)))
& emit_1(fn_radioactivity_7(fn_radioactive_isotope_3(X)))
& radioactive_isotope_1(fn_radioactivity_3(fn_radioactive_isotope_3(X)))
& origin_2(fn_radioactive_isotope_2(X),X)
& origin_2(fn_radioactive_isotope_1(X),X)
& subevent_2(fn_radioactive_isotope_3(X),fn_radioactive_isotope_2(X))
& object_2(fn_radioactive_isotope_3(X),X)
& has_function_2(X,fn_radioactive_isotope_3(X))
& subevent_2(fn_radioactive_isotope_3(X),fn_radioactive_isotope_1(X))
& fn_radioactive_isotope_2(X) = fn_radioactivity_5(fn_radioactive_isotope_3(X))
& fn_radioactive_isotope_1(X) = fn_radioactivity_7(fn_radioactive_isotope_3(X))
& X = fn_radioactivity_3(fn_radioactive_isotope_3(X))
& fn_radioactivity_3(fn_radioactive_isotope_3(X)) = fn_radioactivity_3(fn_radioactive_isotope_3(X)) ) ) ).
fof(a532137,axiom,
! [X] :
( radioactive_probe_1(X)
=> ( original_name_2(X,'Radioactive-Probe')
& user_description_2(X,'A segment of single-stranded DNA that is radioactively labeled and complementary to the gene of interest when studying a particular gene.')
& concept2words_2(X,'radioactive probe')
& concept2words_2(X,'radioactive-probe')
& scientific_device_1(X) ) ) ).
fof(a532138,axiom,
! [X] :
( radioactive_tracer_1(X)
=> ( original_name_2(X,'Radioactive-Tracer')
& user_description_2(X,'A substance containing a radioactive isotope that is used to measure the speed of chemical processes and to track the movement of a substance through a natural system such as a cell or tissue. Radioactive forms of hydrogen, carbon, phosphorus, sulfur, and iodine are commonly used in applications including biochemical assays, metabolism studies, and medical diagnostics.')
& concept2words_2(X,'radioactive label')
& concept2words_2(X,'radioactive-label')
& concept2words_2(X,'radioactive tracer')
& concept2words_2(X,'radioactive-tracer')
& chemical_1(X)
& detect_1(fn_radioactive_tracer_2(X))
& cell_1(fn_radioactive_tracer_3(X))
& rate_value_1(fn_radioactive_tracer_4(X))
& diagnosis_1(fn_radioactive_tracer_5(X))
& radioactive_isotope_1(fn_radioactive_tracer_6(X))
& has_function_2(X,fn_radioactive_tracer_5(X))
& instrument_2(fn_radioactive_tracer_5(X),X)
& facilitates_2(fn_radioactive_tracer_6(X),fn_radioactive_tracer_5(X))
& the_scalar_value_2(fn_radioactive_tracer_4(X),fast_0)
& scalar_unit_class_2(fn_radioactive_tracer_4(X),detect_0)
& base_2(fn_radioactive_tracer_2(X),fn_radioactive_tracer_3(X))
& rate_2(fn_radioactive_tracer_2(X),fn_radioactive_tracer_4(X))
& object_2(fn_radioactive_tracer_2(X),X)
& has_part_2(X,fn_radioactive_tracer_6(X))
& fn_radioactive_tracer_6(X) = fn_chemical_3(X) ) ) ).
fof(a532139,axiom,
! [X] :
( radioactive_treatment_1(X)
=> ( original_name_2(X,'Radioactive-Treatment')
& user_description_2(X,'The use of radioactive isotopes to treat cancer.')
& concept2words_2(X,'radiation treatment')
& concept2words_2(X,'radiation-treatment')
& concept2words_2(X,'radiation therapy')
& concept2words_2(X,treat)
& concept2words_2(X,'radioactive treatment')
& concept2words_2(X,'radioactive-treatment')
& medical_procedure_1(X)
& cancer_1(fn_radioactive_treatment_1(X))
& radioactive_isotope_1(fn_radioactive_treatment_2(X))
& agent_2(X,fn_radioactive_treatment_2(X))
& object_2(X,fn_radioactive_treatment_1(X)) ) ) ).
fof(a532140,axiom,
! [X] :
( radioactivity_1(X)
=> ( original_name_2(X,'Radioactivity')
& user_description_2(X,'The emmission of radiation, resulting from either a nuclear reaction or the spontaneous nuclear decay of radioactive substances.')
& concept2words_2(X,'radioactive decay')
& concept2words_2(X,'radioactive-decay')
& concept2words_2(X,radioactivity)
& physical_process_1(X)
& atom_1(fn_radioactivity_1(X))
& atomic_nucleus_1(fn_radioactivity_2(X))
& radioactive_isotope_1(fn_radioactivity_3(X))
& subatomic_particle_1(fn_radioactivity_4(X))
& emit_1(fn_radioactivity_5(X))
& energy_1(fn_radioactivity_6(X))
& emit_1(fn_radioactivity_7(X))
& spatial_entity_1(fn_move_1(fn_radioactivity_5(X)))
& tangible_entity_1(fn_move_out_of_1(fn_radioactivity_5(X)))
& tangible_entity_1(fn_move_out_of_1(fn_radioactivity_7(X)))
& spatial_entity_1(fn_move_1(fn_radioactivity_7(X)))
& atomic_nucleus_1(fn_atom_18(fn_radioactivity_3(X)))
& result_2(fn_radioactivity_7(X),fn_radioactivity_1(X))
& fn_radioactivity_7(X) != fn_radioactivity_5(X)
& fn_radioactivity_5(X) != fn_radioactivity_7(X)
& first_subevent_2(X,fn_radioactivity_5(X))
& object_2(X,fn_radioactivity_3(X))
& subevent_2(X,fn_radioactivity_5(X))
& subevent_2(X,fn_radioactivity_7(X))
& is_inside_2(fn_radioactivity_4(X),fn_radioactivity_2(X))
& has_function_2(fn_radioactivity_3(X),X)
& object_2(fn_radioactivity_5(X),fn_radioactivity_4(X))
& base_2(fn_radioactivity_5(X),fn_radioactivity_3(X))
& base_2(fn_radioactivity_7(X),fn_radioactivity_3(X))
& object_2(fn_radioactivity_7(X),fn_radioactivity_6(X))
& has_region_2(fn_radioactivity_3(X),fn_radioactivity_2(X))
& fn_radioactivity_4(X) = fn_move_1(fn_radioactivity_5(X))
& fn_radioactivity_3(X) = fn_move_out_of_1(fn_radioactivity_5(X))
& fn_radioactivity_3(X) = fn_move_out_of_1(fn_radioactivity_7(X))
& fn_radioactivity_6(X) = fn_move_1(fn_radioactivity_7(X))
& fn_radioactivity_2(X) = fn_atom_18(fn_radioactivity_3(X)) ) ) ).
fof(a532141,axiom,
! [X] :
( radiolarian_1(X)
=> ( original_name_2(X,'Radiolarian')
& user_description_2(X,'An aquatic protist, usually marine, that has a shell made of silica and pseudopodia that protrude radially along skeletal spines extending from the center of the body.')
& concept2words_2(X,radiolarian)
& protist_1(X)
& ~ alveolate_1(X)
& ~ amoeba_1(X)
& ~ charophycean_1(X)
& ~ chlorophyta_1(X)
& ~ dinoflagellate_1(X)
& ~ diplomonad_1(X)
& ~ foraminiferan_1(X)
& ~ freshwater_protist_1(X)
& ~ oomycete_1(X)
& ~ parabasalid_1(X)
& ~ rhizaria_1(X)
& ~ rhodophyte_1(X)
& ~ seaweed_1(X)
& ~ stramenopile_1(X) ) ) ).
fof(a532142,axiom,
! [X] :
( radiometric_dating_1(X)
=> ( original_name_2(X,'Radiometric-Dating')
& user_description_2(X,'A technique for determining the age of a rock or fossil by comparing the abundances of a naturally occurring radioactive substance and one or more of its decay products.')
& concept2words_2(X,'radiometric dating')
& concept2words_2(X,'radiometric-dating')
& technique_1(X)
& ~ atomic_tracking_1(X)
& ~ autoradiography_1(X)
& ~ cloning_1(X)
& ~ dna_mapping_1(X)
& ~ dna_microarray_1(X)
& ~ fetoscopy_1(X)
& ~ genetic_linkage_mapping_1(X)
& ~ gram_stain_1(X)
& ~ in_situ_hybridization_1(X)
& ~ in_vitro_hybridization_1(X)
& ~ mark_recapture_method_1(X)
& ~ microscopy_1(X)
& ~ molecular_clock_1(X)
& ~ nuclear_transplantation_1(X)
& ~ population_viability_analysis_1(X)
& ~ positron_emission_tomography_1(X)
& ~ rule_of_addition_1(X)
& ~ shotgun_sequencing_1(X)
& ~ testcross_1(X)
& ~ x_ray_crystallography_1(X) ) ) ).
fof(a532143,axiom,
! [X] :
( radium_1(X)
=> ( original_name_2(X,'Radium')
& user_description_2(X,'Radium is a metal atom with atomic number 88. It is represented by the symbol Ra.')
& concept2words_2(X,radium)
& concept2words_2(X,'Ra')
& metal_atom_1(X)
& neutron_1(fn_radium_4(X))
& atomic_mass_value_1(fn_radium_5(X))
& valence_value_1(fn_radium_6(X))
& electronegativity_value_1(fn_radium_7(X))
& valence_electron_1(fn_radium_11(X))
& atomic_weight_value_1(fn_radium_12(X))
& atomic_number_value_1(fn_radium_13(X))
& quantity_value_1(fn_radium_14(X))
& electronegativity_2(X,fn_radium_7(X))
& valence_2(X,fn_radium_6(X))
& mass_number_2(X,fn_radium_5(X))
& exactCardinality(X,has_part_0,"138",neutron_0)
& exactCardinality(X,has_part_0,"88",proton_0)
& exactCardinality(X,has_part_0,"88",electron_0)
& has_part_2(X,fn_radium_4(X))
& the_cardinal_value_2(fn_radium_14(X),"2")
& cardinal_unit_class_2(fn_radium_14(X),unity_0)
& the_cardinal_value_2(fn_radium_7(X),"0.89")
& cardinal_unit_class_2(fn_radium_7(X),unity_0)
& the_cardinal_value_2(fn_radium_6(X),"2")
& cardinal_unit_class_2(fn_radium_6(X),unity_0)
& the_cardinal_value_2(fn_radium_5(X),"226")
& cardinal_unit_class_2(fn_radium_5(X),unity_0)
& the_cardinal_value_2(fn_radium_13(X),"88")
& cardinal_unit_class_2(fn_radium_13(X),unity_0)
& the_cardinal_value_2(fn_radium_12(X),"226")
& cardinal_unit_class_2(fn_radium_12(X),dalton_0)
& atomic_number_2(X,fn_radium_13(X))
& atomic_weight_2(X,fn_radium_12(X))
& has_part_2(X,fn_radium_11(X))
& quantity_2(fn_radium_11(X),fn_radium_14(X))
& fn_radium_9(X) = fn_atom_12(X)
& fn_radium_13(X) = fn_atom_17(X)
& fn_radium_10(X) = fn_atom_13(X)
& fn_radium_12(X) = fn_atom_16(X)
& fn_radium_8(X) = fn_atom_1(X)
& fn_radium_14(X) = fn_atom_5(X)
& fn_radium_11(X) = fn_atom_14(X) ) ) ).
fof(a532144,axiom,
! [X] :
( radius_constant_1(X)
=> ( original_name_2(X,'Radius-Constant')
& concept2words_2(X,'constant of radius')
& concept2words_2(X,'radius constant')
& concept2words_2(X,'radius-constant')
& constant_1(X) ) ) ).
fof(a532145,axiom,
! [X] :
( radius_scale_1(X)
=> ( original_name_2(X,'Radius-Scale')
& concept2words_2(X,'scale of radius')
& concept2words_2(X,'radius scale')
& concept2words_2(X,'radius-scale')
& scale_1(X) ) ) ).
fof(a532146,axiom,
! [X] :
( radon_1(X)
=> ( original_name_2(X,'Radon')
& user_description_2(X,'Radon is a non metal atom with atomic number 86. It is represented by the symbol Rn.')
& concept2words_2(X,'Rn')
& concept2words_2(X,radon)
& inert_atom_1(X)
& neutron_1(fn_radon_4(X))
& atomic_mass_value_1(fn_radon_5(X))
& valence_value_1(fn_radon_6(X))
& electronegativity_value_1(fn_radon_7(X))
& valence_electron_1(fn_radon_11(X))
& atomic_weight_value_1(fn_radon_12(X))
& atomic_number_value_1(fn_radon_13(X))
& quantity_value_1(fn_radon_14(X))
& electronegativity_2(X,fn_radon_7(X))
& valence_2(X,fn_radon_6(X))
& mass_number_2(X,fn_radon_5(X))
& exactCardinality(X,has_part_0,"136",neutron_0)
& exactCardinality(X,has_part_0,"86",proton_0)
& exactCardinality(X,has_part_0,"86",electron_0)
& has_part_2(X,fn_radon_4(X))
& the_cardinal_value_2(fn_radon_14(X),"8")
& cardinal_unit_class_2(fn_radon_14(X),unity_0)
& the_cardinal_value_2(fn_radon_7(X),"0")
& cardinal_unit_class_2(fn_radon_7(X),unity_0)
& the_cardinal_value_2(fn_radon_6(X),"0")
& cardinal_unit_class_2(fn_radon_6(X),unity_0)
& the_cardinal_value_2(fn_radon_5(X),"222")
& cardinal_unit_class_2(fn_radon_5(X),unity_0)
& the_cardinal_value_2(fn_radon_13(X),"86")
& cardinal_unit_class_2(fn_radon_13(X),unity_0)
& the_cardinal_value_2(fn_radon_12(X),"222")
& cardinal_unit_class_2(fn_radon_12(X),dalton_0)
& atomic_number_2(X,fn_radon_13(X))
& called_2(fn_radon_13(X),'Atomic_Number')
& atomic_weight_2(X,fn_radon_12(X))
& has_part_2(X,fn_radon_11(X))
& quantity_2(fn_radon_11(X),fn_radon_14(X))
& called_2(fn_radon_14(X),'Number_Electron')
& fn_radon_9(X) = fn_atom_12(X)
& fn_radon_8(X) = fn_atom_1(X)
& fn_radon_13(X) = fn_atom_17(X)
& fn_radon_10(X) = fn_atom_13(X)
& fn_radon_12(X) = fn_atom_16(X)
& fn_radon_14(X) = fn_atom_5(X)
& fn_radon_11(X) = fn_atom_14(X) ) ) ).
fof(a532147,axiom,
! [X] :
( radula_1(X)
=> ( original_name_2(X,'Radula')
& user_description_2(X,'A filelike rasping organ used by many molluscs to scrape films or bite algae while feeding.')
& concept2words_2(X,radula)
& specialised_organ_1(X) ) ) ).
fof(a532148,axiom,
! [X] :
( raft_spider_1(X)
=> ( original_name_2(X,'Raft-Spider')
& user_description_2(X,'A species of semi-aquatic arachnid which hunts on the surface of water in a pond or lake. It is able to walk upon the water surface due to the high surface tension of water.')
& concept2words_2(X,'spider of raft')
& concept2words_2(X,'raft spider')
& concept2words_2(X,'raft-spider')
& arachnid_1(X)
& hydrophobic_substance_1(fn_raft_spider_1(X))
& hair_1(fn_raft_spider_2(X))
& cell_1(fn_raft_spider_3(X))
& animal_cell_1(fn_raft_spider_4(X))
& water_1(fn_raft_spider_5(X))
& thorax_1(fn_raft_spider_6(X))
& water_1(fn_raft_spider_7(X))
& surface_1(fn_raft_spider_8(X))
& locomotion_1(fn_raft_spider_9(X))
& walk_1(fn_raft_spider_9(X))
& leg_1(fn_raft_spider_10(X))
& specific_heat_value_1(fn_raft_spider_11(X))
& temperature_value_1(fn_raft_spider_12(X))
& nutrition_1(fn_raft_spider_13(X))
& heterotroph_1(fn_raft_spider_14(X))
& defense_1(fn_raft_spider_15(X))
& support_1(fn_raft_spider_16(X))
& take_in_1(fn_raft_spider_17(X))
& exoskeleton_1(fn_raft_spider_18(X))
& surface_1(fn_water_14(fn_raft_spider_7(X)))
& defense_1(fn_exoskeleton_5(fn_raft_spider_18(X)))
& animal_1(fn_walk_1(fn_raft_spider_9(X)))
& organism_1(fn_exoskeleton_4(fn_raft_spider_18(X)))
& fn_raft_spider_4(X) != fn_raft_spider_3(X)
& base_2(fn_raft_spider_9(X),fn_raft_spider_7(X))
& path_2(fn_raft_spider_9(X),fn_raft_spider_8(X))
& facilitates_2(fn_raft_spider_1(X),fn_raft_spider_9(X))
& has_part_2(fn_raft_spider_2(X),fn_raft_spider_1(X))
& has_part_2(fn_raft_spider_10(X),fn_raft_spider_2(X))
& fn_raft_spider_3(X) != fn_raft_spider_4(X)
& has_region_2(fn_raft_spider_7(X),fn_raft_spider_8(X))
& has_function_2(fn_raft_spider_18(X),fn_raft_spider_15(X))
& object_2(fn_raft_spider_15(X),X)
& object_2(fn_raft_spider_9(X),X)
& agent_2(fn_raft_spider_9(X),X)
& in_event_2(fn_raft_spider_14(X),fn_raft_spider_13(X))
& agent_2(fn_raft_spider_13(X),X)
& base_2(fn_raft_spider_17(X),X)
& agent_2(fn_raft_spider_17(X),X)
& has_part_2(X,fn_raft_spider_4(X))
& has_part_2(X,fn_raft_spider_5(X))
& specific_heat_2(fn_raft_spider_5(X),fn_raft_spider_11(X))
& correspondence_2(fn_raft_spider_12(X),fn_raft_spider_11(X))
& temperature_2(X,fn_raft_spider_12(X))
& plays_2(X,fn_raft_spider_14(X))
& has_part_2(X,fn_raft_spider_18(X))
& has_function_2(fn_raft_spider_18(X),fn_raft_spider_16(X))
& object_2(fn_raft_spider_16(X),X)
& has_part_2(X,fn_raft_spider_6(X))
& has_part_2(fn_raft_spider_6(X),fn_raft_spider_10(X))
& fn_raft_spider_8(X) = fn_water_14(fn_raft_spider_7(X))
& fn_raft_spider_15(X) = fn_exoskeleton_5(fn_raft_spider_18(X))
& fn_raft_spider_9(X) = fn_animal_22(X)
& X = fn_walk_1(fn_raft_spider_9(X))
& fn_raft_spider_20(X) = fn_animal_28(X)
& fn_raft_spider_19(X) = fn_animal_27(X)
& fn_raft_spider_4(X) = fn_animal_21(X)
& fn_raft_spider_17(X) = fn_animal_9(X)
& fn_raft_spider_13(X) = fn_animal_19(X)
& fn_raft_spider_14(X) = fn_animal_18(X)
& fn_raft_spider_12(X) = fn_animal_26(X)
& fn_raft_spider_11(X) = fn_animal_25(X)
& fn_raft_spider_5(X) = fn_animal_20(X)
& fn_raft_spider_10(X) = fn_arthropod_3(X)
& fn_raft_spider_6(X) = fn_arthropod_5(X)
& fn_raft_spider_16(X) = fn_arthropod_7(X)
& X = fn_exoskeleton_4(fn_raft_spider_18(X))
& fn_raft_spider_18(X) = fn_arthropod_8(X)
& fn_exoskeleton_4(fn_raft_spider_18(X)) = fn_walk_1(fn_raft_spider_9(X))
& fn_walk_1(fn_raft_spider_9(X)) = fn_walk_1(fn_raft_spider_9(X))
& fn_walk_1(fn_raft_spider_9(X)) = fn_exoskeleton_4(fn_raft_spider_18(X)) ) ) ).
fof(a532149,axiom,
! [X] :
( rain_1(X)
=> ( original_name_2(X,'Rain')
& user_description_2(X,'Condensed water vapor that falls to the earth as water drops.')
& concept2words_2(X,rain)
& precipitation_form_1(X)
& liquid_substance_1(X)
& ~ fog_1(X)
& ~ snow_1(X)
& ph_value_1(fn_rain_2(X))
& ph_2(X,fn_rain_2(X))
& the_cardinal_value_2(fn_rain_2(X),"5.6e0")
& cardinal_unit_class_2(fn_rain_2(X),unity_0) ) ) ).
fof(a532150,axiom,
! [X] :
( random_fertilization_1(X)
=> ( original_name_2(X,'Random-Fertilization')
& user_description_2(X,'The random nature of fertilization in which an ovum, representing one of a number of possible chromosome combinations, is fertilized by a single sperm cell, which represents one of a number of different possibilities.')
& concept2words_2(X,fertilize)
& concept2words_2(X,'random fertilization')
& concept2words_2(X,'random-fertilization')
& fertilization_1(X)
& sperm_cell_1(fn_random_fertilization_1(X))
& sperm_cell_1(fn_random_fertilization_2(X))
& genetic_variation_1(fn_random_fertilization_3(X))
& sperm_cell_1(fn_random_fertilization_4(X))
& ovum_1(fn_random_fertilization_5(X))
& object_2(X,fn_random_fertilization_1(X))
& object_2(X,fn_random_fertilization_2(X))
& causes_2(X,fn_random_fertilization_3(X))
& base_2(X,fn_random_fertilization_5(X))
& object_2(X,fn_random_fertilization_4(X))
& fn_random_fertilization_5(X) = fn_fertilization_3(X)
& fn_random_fertilization_4(X) = fn_fertilization_2(X) ) ) ).
fof(a532151,axiom,
! [X] :
( random_motion_1(X)
=> ( original_name_2(X,'Random-Motion')
& user_description_2(X,'This is the case where the movement is random.')
& concept2words_2(X,move)
& concept2words_2(X,'random motion')
& concept2words_2(X,'random-motion')
& move_1(X)
& ~ directed_motion_1(X) ) ) ).
fof(a532152,axiom,
! [X] :
( random_recombination_1(X)
=> ( original_name_2(X,'Random-Recombination')
& user_description_2(X,'Recombinant constructed by digesting and randomly religating the DNA genome.')
& concept2words_2(X,'random recombination')
& concept2words_2(X,'random-recombination')
& recombination_1(X) ) ) ).
fof(a532153,axiom,
! [X] :
( raphia_regalis_1(X)
=> ( original_name_2(X,'Raphia-Regalis')
& user_description_2(X,'Raphia regalis is a species of flowering plant in the family Arecaceae. It is a native of African rain forests.')
& concept2words_2(X,'raphia regalis')
& concept2words_2(X,'raphia-regalis')
& monocot_1(X) ) ) ).
fof(a532154,axiom,
! [X] :
( ras_gene_1(X)
=> ( original_name_2(X,'Ras-Gene')
& user_description_2(X,'Gene that codes for Ras protein.')
& concept2words_2(X,'rat sarcoma protein gene')
& concept2words_2(X,'rat-sarcoma-protein-gene')
& concept2words_2(X,'ras gene')
& concept2words_2(X,'ras-gene')
& regulatory_gene_1(X)
& entity_1(fn_ras_gene_3(X))
& quantity_value_1(fn_ras_gene_4(X))
& speed_value_1(fn_ras_gene_5(X))
& carbon_skeleton_1(fn_ras_gene_6(X))
& monomer_1(fn_ras_gene_9(X))
& monomer_1(fn_ras_gene_10(X))
& exon_1(fn_ras_gene_11(X))
& intron_1(fn_ras_gene_12(X))
& exon_1(fn_ras_gene_13(X))
& size_value_1(fn_ras_gene_14(X))
& size_value_1(fn_ras_gene_15(X))
& ras_protein_1(fn_ras_gene_16(X))
& code_for_1(fn_ras_gene_17(X))
& point_mutation_1(fn_ras_gene_18(X))
& constant_motion_1(fn_ras_gene_19(X))
& kinetic_energy_1(fn_ras_gene_20(X))
& phosphodiester_bond_1(fn_ras_gene_21(X))
& constant_motion_1(fn_kinetic_energy_1(fn_ras_gene_20(X)))
& code_for_1(fn_ras_protein_13(fn_ras_gene_16(X)))
& gene_1(fn_mutation_2(fn_ras_gene_18(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_ras_gene_20(X)))
& quantity_2(fn_ras_gene_20(X),fn_ras_gene_4(X))
& speed_2(fn_ras_gene_19(X),fn_ras_gene_5(X))
& directly_proportional_2(fn_ras_gene_5(X),fn_ras_gene_4(X))
& result_2(fn_ras_gene_18(X),fn_ras_gene_3(X))
& has_region_2(X,fn_ras_gene_6(X))
& object_2(fn_ras_gene_18(X),X)
& result_2(fn_ras_gene_17(X),fn_ras_gene_16(X))
& possesses_2(X,fn_ras_gene_20(X))
& object_2(fn_ras_gene_19(X),X)
& size_2(X,fn_ras_gene_14(X))
& next_element_2(fn_ras_gene_13(X),fn_ras_gene_12(X))
& element_2(X,fn_ras_gene_13(X))
& has_function_2(X,fn_ras_gene_17(X))
& donor_2(fn_ras_gene_17(X),X)
& agent_2(fn_ras_gene_17(X),X)
& element_2(X,fn_ras_gene_11(X))
& next_element_2(fn_ras_gene_12(X),fn_ras_gene_11(X))
& is_between_2(fn_ras_gene_12(X),fn_ras_gene_13(X))
& next_element_2(fn_ras_gene_9(X),fn_ras_gene_10(X))
& element_2(X,fn_ras_gene_10(X))
& first_element_2(X,fn_ras_gene_9(X))
& element_2(X,fn_ras_gene_9(X))
& element_2(X,fn_ras_gene_12(X))
& possesses_2(X,fn_ras_gene_21(X))
& is_between_2(fn_ras_gene_21(X),fn_ras_gene_9(X))
& size_2(fn_ras_gene_9(X),fn_ras_gene_15(X))
& greater_than_2(fn_ras_gene_14(X),fn_ras_gene_15(X))
& X = fn_mutation_2(fn_ras_gene_18(X))
& fn_ras_gene_17(X) = fn_ras_protein_13(fn_ras_gene_16(X))
& fn_ras_gene_19(X) = fn_kinetic_energy_1(fn_ras_gene_20(X))
& X = fn_kinetic_energy_2(fn_ras_gene_20(X))
& fn_ras_gene_7(X) = fn_regulatory_gene_13(X)
& fn_ras_gene_13(X) = fn_regulatory_gene_7(X)
& fn_ras_gene_11(X) = fn_regulatory_gene_9(X)
& fn_ras_gene_17(X) = fn_regulatory_gene_1(X)
& fn_ras_gene_12(X) = fn_regulatory_gene_8(X)
& fn_ras_gene_10(X) = fn_regulatory_gene_10(X)
& fn_ras_gene_8(X) = fn_regulatory_gene_12(X)
& fn_ras_gene_14(X) = fn_regulatory_gene_5(X)
& fn_ras_gene_15(X) = fn_regulatory_gene_4(X)
& fn_ras_gene_9(X) = fn_regulatory_gene_11(X)
& fn_ras_gene_21(X) = fn_regulatory_gene_6(X)
& fn_ras_protein_13(fn_ras_gene_16(X)) = fn_regulatory_gene_1(X)
& fn_regulatory_gene_1(X) = fn_regulatory_gene_1(X)
& fn_regulatory_gene_1(X) = fn_mutation_2(fn_ras_gene_18(X))
& fn_mutation_2(fn_ras_gene_18(X)) = fn_kinetic_energy_2(fn_ras_gene_20(X))
& fn_kinetic_energy_2(fn_ras_gene_20(X)) = fn_kinetic_energy_2(fn_ras_gene_20(X)) ) ) ).
fof(a532155,axiom,
! [X] :
( ras_oncogene_1(X)
=> ( original_name_2(X,'Ras-Oncogene')
& user_description_2(X,'Ras coding oncogene.')
& concept2words_2(X,'ras oncogene')
& concept2words_2(X,'ras-oncogene')
& oncogene_1(X)
& ras_gene_1(fn_ras_oncogene_1(X))
& gene_amplification_1(fn_ras_oncogene_2(X))
& entity_1(fn_ras_oncogene_3(X))
& proto_oncogene_1(fn_ras_oncogene_3(X))
& code_for_1(fn_ras_oncogene_4(X))
& mutation_1(fn_ras_oncogene_5(X))
& point_mutation_1(fn_ras_oncogene_5(X))
& hyperactive_ras_protein_1(fn_ras_oncogene_6(X))
& code_for_1(fn_ras_protein_13(fn_ras_oncogene_6(X)))
& base_2(fn_ras_oncogene_5(X),fn_ras_oncogene_1(X))
& has_function_2(X,fn_ras_oncogene_4(X))
& result_2(fn_ras_oncogene_4(X),fn_ras_oncogene_6(X))
& donor_2(fn_ras_oncogene_4(X),X)
& result_2(fn_ras_oncogene_2(X),X)
& object_2(fn_ras_oncogene_2(X),fn_ras_oncogene_3(X))
& object_2(fn_ras_oncogene_5(X),fn_ras_oncogene_3(X))
& result_2(fn_ras_oncogene_5(X),X)
& agent_2(fn_ras_oncogene_4(X),X)
& fn_ras_oncogene_4(X) = fn_gene_13(X)
& fn_ras_oncogene_4(X) = fn_ras_protein_13(fn_ras_oncogene_6(X))
& fn_ras_oncogene_4(X) = fn_oncogene_14(X)
& fn_ras_oncogene_5(X) = fn_oncogene_7(X)
& fn_ras_oncogene_5(X) = fn_oncogene_17(X)
& fn_ras_oncogene_3(X) = fn_oncogene_16(X)
& fn_ras_oncogene_2(X) = fn_oncogene_18(X)
& fn_gene_13(X) = fn_ras_protein_13(fn_ras_oncogene_6(X))
& fn_ras_protein_13(fn_ras_oncogene_6(X)) = fn_ras_protein_13(fn_ras_oncogene_6(X))
& fn_ras_protein_13(fn_ras_oncogene_6(X)) = fn_oncogene_14(X)
& fn_oncogene_14(X) = fn_oncogene_14(X)
& fn_oncogene_14(X) = fn_oncogene_7(X)
& fn_oncogene_7(X) = fn_oncogene_17(X)
& fn_oncogene_17(X) = fn_oncogene_17(X) ) ) ).
fof(a532156,axiom,
! [X] :
( ras_protein_1(X)
=> ( original_name_2(X,'Ras-Protein')
& user_description_2(X,'The Ras protein is a component of signal-transduction. Activation of Ras signalling causes cell growth.')
& concept2words_2(X,'ras protein')
& concept2words_2(X,'ras-protein')
& regulatory_protein_1(X)
& kinase_1(fn_ras_protein_1(X))
& dna_damage_1(fn_ras_protein_2(X))
& signal_transduction_1(fn_ras_protein_4(X))
& kinase_1(fn_ras_protein_5(X))
& chemical_reaction_1(fn_ras_protein_6(X))
& increase_1(fn_ras_protein_6(X))
& rate_value_1(fn_ras_protein_7(X))
& cell_cycle_1(fn_ras_protein_8(X))
& biomembrane_1(fn_ras_protein_9(X))
& deactivate_1(fn_ras_protein_10(X))
& inheritance_1(fn_ras_protein_11(X))
& transfer_1(fn_ras_protein_11(X))
& dna_1(fn_ras_protein_12(X))
& code_for_1(fn_ras_protein_13(X))
& cascade_1(fn_ras_protein_14(X))
& attach_1(fn_ras_protein_15(X))
& chemical_reaction_1(fn_ras_protein_16(X))
& anabolic_pathway_1(fn_ras_protein_16(X))
& synthesis_of_protein_1(fn_ras_protein_16(X))
& functional_protein_1(fn_ras_protein_17(X))
& growth_factor_receptor_1(fn_ras_protein_18(X))
& ras_gene_1(fn_ras_protein_19(X))
& spatial_entity_1(fn_attach_2(fn_ras_protein_15(X)))
& inheritance_1(fn_gene_15(fn_ras_protein_19(X)))
& code_for_1(fn_regulatory_gene_1(fn_ras_protein_19(X)))
& entity_1(fn_transfer_1(fn_ras_protein_11(X)))
& entity_1(fn_make_inaccessible_1(fn_ras_protein_10(X)))
& regulatory_protein_1(fn_regulatory_gene_2(fn_ras_protein_19(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_ras_protein_16(X)))
& protein_1(fn_synthesis_of_protein_16(fn_ras_protein_16(X)))
& chemical_reaction_1(fn_cascade_2(fn_ras_protein_14(X)))
& chemical_reaction_1(fn_cascade_1(fn_ras_protein_14(X)))
& inhibits_2(fn_ras_protein_10(X),fn_ras_protein_11(X))
& causes_2(fn_ras_protein_2(X),fn_ras_protein_10(X))
& inhibits_2(fn_ras_protein_2(X),fn_ras_protein_14(X))
& inhibits_2(fn_ras_protein_2(X),fn_ras_protein_4(X))
& has_part_2(fn_ras_protein_12(X),fn_ras_protein_19(X))
& agent_2(fn_ras_protein_4(X),fn_ras_protein_1(X))
& agent_2(fn_ras_protein_14(X),X)
& agent_2(fn_ras_protein_14(X),fn_ras_protein_5(X))
& causes_2(fn_ras_protein_15(X),fn_ras_protein_14(X))
& enables_2(fn_ras_protein_16(X),fn_ras_protein_6(X))
& instrument_2(fn_ras_protein_16(X),fn_ras_protein_5(X))
& same_type_2(fn_ras_protein_6(X),fn_ras_protein_7(X))
& same_type_2(fn_ras_protein_7(X),fn_ras_protein_6(X))
& the_scalar_value_2(fn_ras_protein_7(X),fast_0)
& scalar_unit_class_2(fn_ras_protein_7(X),increase_0)
& agent_2(fn_ras_protein_8(X),fn_ras_protein_17(X))
& rate_2(fn_ras_protein_8(X),fn_ras_protein_7(X))
& has_part_2(fn_ras_protein_9(X),fn_ras_protein_18(X))
& subevent_2(fn_ras_protein_14(X),fn_ras_protein_16(X))
& base_2(fn_ras_protein_15(X),fn_ras_protein_18(X))
& object_2(fn_ras_protein_11(X),fn_ras_protein_19(X))
& object_2(fn_ras_protein_10(X),X)
& agent_2(fn_ras_protein_13(X),fn_ras_protein_19(X))
& result_2(fn_ras_protein_13(X),X)
& result_2(fn_ras_protein_16(X),fn_ras_protein_17(X))
& object_2(fn_ras_protein_11(X),fn_ras_protein_12(X))
& fn_ras_protein_16(X) = fn_cascade_2(fn_ras_protein_14(X))
& fn_ras_protein_16(X) = fn_cascade_1(fn_ras_protein_14(X))
& fn_ras_protein_18(X) = fn_attach_2(fn_ras_protein_15(X))
& fn_ras_protein_11(X) = fn_gene_15(fn_ras_protein_19(X))
& X = fn_make_inaccessible_1(fn_ras_protein_10(X))
& X = fn_regulatory_gene_2(fn_ras_protein_19(X))
& fn_ras_protein_13(X) = fn_regulatory_gene_1(fn_ras_protein_19(X))
& fn_ras_protein_12(X) = fn_transfer_1(fn_ras_protein_11(X))
& fn_ras_protein_17(X) = fn_anabolic_pathway_5(fn_ras_protein_16(X))
& fn_ras_protein_17(X) = fn_synthesis_of_protein_16(fn_ras_protein_16(X))
& fn_make_inaccessible_1(fn_ras_protein_10(X)) = fn_regulatory_gene_2(fn_ras_protein_19(X))
& fn_regulatory_gene_2(fn_ras_protein_19(X)) = fn_anabolic_pathway_5(fn_ras_protein_16(X))
& fn_anabolic_pathway_5(fn_ras_protein_16(X)) = fn_synthesis_of_protein_16(fn_ras_protein_16(X))
& fn_synthesis_of_protein_16(fn_ras_protein_16(X)) = fn_cascade_2(fn_ras_protein_14(X))
& fn_cascade_2(fn_ras_protein_14(X)) = fn_cascade_1(fn_ras_protein_14(X)) ) ) ).
fof(a532157,axiom,
! [X] :
( rate_constant_1(X)
=> ( original_name_2(X,'Rate-Constant')
& concept2words_2(X,'constant of rate')
& concept2words_2(X,'rate constant')
& concept2words_2(X,'rate-constant')
& constant_1(X) ) ) ).
fof(a532158,axiom,
! [X] :
( rate_scale_1(X)
=> ( original_name_2(X,'Rate-Scale')
& concept2words_2(X,'scale of rate')
& concept2words_2(X,'rate scale')
& concept2words_2(X,'rate-scale')
& scale_1(X) ) ) ).
fof(a532159,axiom,
! [X] :
( rate_value_1(X)
=> ( original_name_2(X,'Rate-Value')
& description_2(X,'the rate at which an Event is happening')
& concept2words_2(X,rate)
& concept2words_2(X,'value of rate')
& concept2words_2(X,'rate value')
& concept2words_2(X,'rate-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a532160,axiom,
! [X] :
( ratite_1(X)
=> ( original_name_2(X,'Ratite')
& user_description_2(X,'One of a diverse group of flightless birds.')
& concept2words_2(X,ratite)
& bird_1(X)
& ~ brown_headed_cowbird_1(X)
& ~ flightless_birds_1(X)
& ~ florida_scrub_jay_1(X)
& ~ galapagos_finch_1(X)
& ~ great_auk_1(X)
& ~ greylag_geese_1(X)
& ~ killdeer_1(X)
& ~ red_cockaded_woodpecker_1(X) ) ) ).
fof(a532161,axiom,
! [X] :
( ray_finned_fish_1(X)
=> ( original_name_2(X,'Ray-Finned-Fish')
& user_description_2(X,'A fish in the class Actinopterygii, characterized by fins consisting of a thin web of skin supported by fin rays rather than bones.')
& concept2words_2(X,'ray finned fish')
& concept2words_2(X,'ray-finned fish')
& concept2words_2(X,'ray-finned-fish')
& bony_fish_1(X)
& ~ lungfish_1(X)
& ~ zebrafish_1(X) ) ) ).
fof(a532162,axiom,
! [X] :
( reabsorption_1(X)
=> ( original_name_2(X,'Reabsorption')
& user_description_2(X,'In kidneys and other excretory systems, the recovery of water and solutes from the filtrate.')
& concept2words_2(X,reabsorb)
& concept2words_2(X,reabsorption)
& intercellular_process_1(X) ) ) ).
fof(a532163,axiom,
! [X,X1,X2] :
( ( plays_2(X1,X)
& raw_material_2(X2,X1)
& chemical_reaction_1(X2)
& chemical_entity_1(X1)
& role_1(X) )
=> ( reactant_1(X)
& fn_reactant_2(X) = X2
& fn_reactant_3(X) = X1 ) ) ).
fof(a532164,axiom,
! [X] :
( reactant_1(X)
=> ( original_name_2(X,'Reactant')
& user_description_2(X,'One of the starting materials in a chemical reaction. Unlike a catalyst, a reactant participates directly in a chemical reaction and is changed in some way by the reaction.')
& concept2words_2(X,reactant)
& role_1(X)
& chemical_reaction_1(fn_reactant_2(X))
& chemical_entity_1(fn_reactant_3(X))
& chemical_entity_1(fn_chemical_reaction_2(fn_reactant_2(X)))
& in_event_2(X,fn_reactant_2(X))
& plays_2(fn_reactant_3(X),X)
& raw_material_2(fn_reactant_2(X),fn_reactant_3(X))
& fn_reactant_3(X) = fn_chemical_reaction_2(fn_reactant_2(X)) ) ) ).
fof(a532165,axiom,
! [X] :
( reaction_center_complex_1(X)
=> ( original_name_2(X,'Reaction-Center-Complex')
& user_description_2(X,'The region of a photosystem where the first light-driven chemical reaction of photosynthesis occurs.')
& concept2words_2(X,'reaction center complex')
& concept2words_2(X,'reaction-center complex')
& concept2words_2(X,'reaction center')
& concept2words_2(X,'reaction-center-complex')
& molecular_assembly_1(X)
& ~ anaphase_promoting_complex_1(X)
& ~ capsomere_1(X)
& ~ complement_system_1(X)
& ~ light_harvesting_complex_1(X)
& ~ membrane_attack_complex_1(X)
& ~ myofibril_1(X)
& ~ proteasome_1(X)
& ~ protein_core_1(X)
& ~ rosette_cellulose_synthesizing_complex_1(X)
& ~ thick_filament_1(X)
& ~ thin_filament_1(X)
& ~ troponin_complex_1(X)
& quantity_value_1(fn_reaction_center_complex_2(X))
& intensity_value_1(fn_reaction_center_complex_4(X))
& protein_1(fn_reaction_center_complex_5(X))
& spatial_entity_1(fn_reaction_center_complex_6(X))
& tangible_entity_1(fn_reaction_center_complex_6(X))
& chlorophyll_a_1(fn_reaction_center_complex_6(X))
& move_into_1(fn_reaction_center_complex_7(X))
& move_1(fn_reaction_center_complex_7(X))
& absorb_1(fn_reaction_center_complex_7(X))
& protein_1(fn_reaction_center_complex_8(X))
& attach_1(fn_reaction_center_complex_9(X))
& potential_energy_1(fn_reaction_center_complex_10(X))
& electron_1(fn_reaction_center_complex_11(X))
& chlorophyll_a_1(fn_reaction_center_complex_12(X))
& attach_1(fn_reaction_center_complex_13(X))
& hold_together_1(fn_reaction_center_complex_14(X))
& spatial_entity_1(fn_attach_2(fn_reaction_center_complex_13(X)))
& spatial_entity_1(fn_attach_1(fn_reaction_center_complex_13(X)))
& potential_energy_1(fn_electron_3(fn_reaction_center_complex_11(X)))
& move_into_1(fn_chlorophyll_a_15(fn_reaction_center_complex_6(X)))
& move_1(fn_chlorophyll_a_15(fn_reaction_center_complex_6(X)))
& absorb_1(fn_chlorophyll_a_15(fn_reaction_center_complex_6(X)))
& spatial_entity_1(fn_attach_1(fn_reaction_center_complex_9(X)))
& tangible_entity_1(fn_hold_1(fn_reaction_center_complex_14(X)))
& spatial_entity_1(fn_attach_2(fn_reaction_center_complex_9(X)))
& tangible_entity_1(fn_hold_2(fn_reaction_center_complex_14(X)))
& object_2(fn_reaction_center_complex_14(X),fn_reaction_center_complex_12(X))
& fn_reaction_center_complex_13(X) != fn_reaction_center_complex_9(X)
& fn_reaction_center_complex_12(X) != fn_reaction_center_complex_6(X)
& fn_reaction_center_complex_11(X) != fn_reaction_center_complex_6(X)
& quantity_2(fn_reaction_center_complex_10(X),fn_reaction_center_complex_2(X))
& directly_proportional_2(fn_reaction_center_complex_4(X),fn_reaction_center_complex_2(X))
& exactCardinality(X,element_0,"2",chlorophyll_a_0)
& element_2(X,fn_reaction_center_complex_5(X))
& element_2(X,fn_reaction_center_complex_12(X))
& element_2(X,fn_reaction_center_complex_6(X))
& element_2(X,fn_reaction_center_complex_8(X))
& fn_reaction_center_complex_9(X) != fn_reaction_center_complex_13(X)
& fn_reaction_center_complex_8(X) != fn_reaction_center_complex_5(X)
& intensity_2(fn_reaction_center_complex_7(X),fn_reaction_center_complex_4(X))
& fn_reaction_center_complex_6(X) != fn_reaction_center_complex_11(X)
& fn_reaction_center_complex_6(X) != fn_reaction_center_complex_12(X)
& fn_reaction_center_complex_5(X) != fn_reaction_center_complex_8(X)
& base_2(fn_reaction_center_complex_13(X),fn_reaction_center_complex_12(X))
& base_2(fn_reaction_center_complex_9(X),fn_reaction_center_complex_6(X))
& object_2(fn_reaction_center_complex_14(X),fn_reaction_center_complex_6(X))
& object_2(fn_reaction_center_complex_9(X),fn_reaction_center_complex_8(X))
& object_2(fn_reaction_center_complex_13(X),fn_reaction_center_complex_5(X))
& agent_2(fn_reaction_center_complex_14(X),fn_reaction_center_complex_8(X))
& possesses_2(fn_reaction_center_complex_11(X),fn_reaction_center_complex_10(X))
& base_2(fn_reaction_center_complex_7(X),fn_reaction_center_complex_6(X))
& agent_2(fn_reaction_center_complex_7(X),fn_reaction_center_complex_6(X))
& fn_reaction_center_complex_12(X) = fn_attach_2(fn_reaction_center_complex_13(X))
& fn_reaction_center_complex_6(X) = fn_attach_2(fn_reaction_center_complex_9(X))
& fn_reaction_center_complex_6(X) = fn_hold_2(fn_reaction_center_complex_14(X))
& fn_reaction_center_complex_8(X) = fn_attach_1(fn_reaction_center_complex_9(X))
& fn_reaction_center_complex_5(X) = fn_attach_1(fn_reaction_center_complex_13(X))
& fn_reaction_center_complex_8(X) = fn_hold_1(fn_reaction_center_complex_14(X))
& fn_reaction_center_complex_10(X) = fn_electron_3(fn_reaction_center_complex_11(X))
& fn_reaction_center_complex_7(X) = fn_chlorophyll_a_15(fn_reaction_center_complex_6(X))
& fn_attach_1(fn_reaction_center_complex_9(X)) = fn_hold_1(fn_reaction_center_complex_14(X))
& fn_hold_1(fn_reaction_center_complex_14(X)) = fn_attach_2(fn_reaction_center_complex_9(X))
& fn_attach_2(fn_reaction_center_complex_9(X)) = fn_hold_2(fn_reaction_center_complex_14(X)) ) ) ).
fof(a532166,axiom,
! [X] :
( reaction_direction_constant_1(X)
=> ( original_name_2(X,'Reaction-Direction-Constant')
& concept2words_2(X,'reaction direction constant')
& concept2words_2(X,'reaction-direction-constant')
& constant_1(X) ) ) ).
fof(a532167,axiom,
! [X] :
( reaction_direction_value_1(X)
=> ( original_name_2(X,'Reaction-Direction-Value')
& description_2(X,'the direction of an equilibrium reaction, i.e. left or right.')
& concept2words_2(X,'direction of reaction')
& concept2words_2(X,'reaction direction')
& concept2words_2(X,'reaction-direction')
& concept2words_2(X,'reaction direction value')
& concept2words_2(X,'reaction-direction-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a532168,axiom,
! [X] :
( reaction_material_1(X)
=> ( original_name_2(X,'Reaction-Material')
& concept2words_2(X,'material of reaction')
& concept2words_2(X,'reaction material')
& concept2words_2(X,'reaction-material')
& role_1(X) ) ) ).
fof(a532169,axiom,
! [X] :
( reaction_result_1(X)
=> ( original_name_2(X,'Reaction-Result')
& concept2words_2(X,'result of reaction')
& concept2words_2(X,'reaction result')
& concept2words_2(X,'reaction-result')
& role_1(X) ) ) ).
fof(a532170,axiom,
! [X] :
( reactive_chemical_1(X)
=> ( original_name_2(X,'Reactive-Chemical')
& user_description_2(X,'Reactive chemicals are highly active entities and react aggresively with other entities to make harmful changes to them')
& concept2words_2(X,'reactive chemical')
& concept2words_2(X,'reactive-chemical')
& chemical_entity_1(X) ) ) ).
fof(a532171,axiom,
! [X] :
( read_1(X)
=> ( original_name_2(X,'Read')
& concept2words_2(X,read)
& concept2words_2(X,sense)
& sense_1(X)
& ~ see_1(X)
& ~ hear_1(X)
& physical_document_1(fn_read_1(X))
& object_2(X,fn_read_1(X))
& fn_read_1(X) = fn_sense_2(X) ) ) ).
fof(a532172,axiom,
! [X] :
( reading_frame_1(X)
=> ( original_name_2(X,'Reading-Frame')
& user_description_2(X,'On a strand of mRNA, the group of three nucleotides that read and translated during polypeptide synthesis.')
& concept2words_2(X,rf)
& concept2words_2(X,'frame of reading')
& concept2words_2(X,'reading frame')
& concept2words_2(X,'reading-frame')
& rna_sequence_1(X) ) ) ).
fof(a532173,axiom,
! [X] :
( rearrangement_1(X)
=> ( original_name_2(X,'Rearrangement')
& user_description_2(X,'A rearrangement reaction is a broad class of organic reactions where the carbon skeleton of a molecule is rearranged to give a structural isomer of the original molecule. Often a substituent moves from one atom to another atom in the same molecule.')
& concept2words_2(X,rearrange)
& concept2words_2(X,rearrangement)
& change_1(X) ) ) ).
fof(a532174,axiom,
! [X] :
( receive_1(X)
=> ( original_name_2(X,'Receive')
& concept2words_2(X,receive)
& concept2words_2(X,have)
& transfer_1(X)
& entity_1(fn_receive_1(X))
& recipient_2(X,fn_receive_1(X)) ) ) ).
fof(a532175,axiom,
! [X] :
( receptacle_1(X)
=> ( original_name_2(X,'Receptacle')
& user_description_2(X,'The basal part of a flower; the thickened part of the stem from which the floral organs arise.')
& concept2words_2(X,receptacle)
& plant_specific_tissue_1(X)
& ~ endosperm_1(X)
& ~ integument_1(X)
& ~ leaf_primordium_1(X)
& ~ meristem_1(X)
& ~ mesophyll_1(X)
& ~ phloem_1(X)
& ~ primary_plant_body_1(X)
& ~ primary_plant_1(X)
& ~ protonema_1(X)
& ~ vessel_1(X) ) ) ).
fof(a532176,axiom,
! [X] :
( receptor_1(X)
=> ( original_name_2(X,'Receptor')
& user_description_2(X,'A molecule or structure that responds to a stimulus and causes a specific effect on a cell or organism.')
& concept2words_2(X,'signal receptor')
& concept2words_2(X,'signal-receptor')
& concept2words_2(X,receptor)
& organic_molecule_1(X) ) ) ).
fof(a532177,axiom,
! [X] :
( receptor_mediated_endocytosis_1(X)
=> ( original_name_2(X,'Receptor-Mediated-Endocytosis')
& user_description_2(X,'Receptor-mediated endocytosis (RME), also called clathrin-dependent endocytosis, is a process by which cells internalize molecules (endocytosis) by the inward budding of plasma membrane vesicles containing proteins with receptor sites specific to the molecules being internalized.')
& concept2words_2(X,'perform receptor mediated endocytosis')
& concept2words_2(X,transport)
& concept2words_2(X,'receptor mediated endocytosis')
& concept2words_2(X,'receptor-mediated-endocytosis')
& endocytosis_1(X)
& ~ phagocytosis_1(X)
& ~ pinocytosis_1(X)
& time_interval_1(fn_receptor_mediated_endocytosis_1(X))
& time_interval_1(fn_receptor_mediated_endocytosis_2(X))
& time_interval_1(fn_receptor_mediated_endocytosis_3(X))
& time_interval_1(fn_receptor_mediated_endocytosis_4(X))
& metabolism_1(fn_receptor_mediated_endocytosis_5(X))
& chemical_entity_1(fn_receptor_mediated_endocytosis_6(X))
& coated_pit_1(fn_receptor_mediated_endocytosis_7(X))
& intermembrane_space_1(fn_receptor_mediated_endocytosis_8(X))
& tangible_entity_1(fn_receptor_mediated_endocytosis_9(X))
& membrane_protein_1(fn_receptor_mediated_endocytosis_9(X))
& protein_1(fn_receptor_mediated_endocytosis_9(X))
& release_1(fn_receptor_mediated_endocytosis_10(X))
& container_1(fn_receptor_mediated_endocytosis_11(X))
& protein_layer_1(fn_receptor_mediated_endocytosis_27(X))
& hydrophilic_face_1(fn_receptor_mediated_endocytosis_28(X))
& anion_1(fn_receptor_mediated_endocytosis_29(X))
& cation_1(fn_receptor_mediated_endocytosis_30(X))
& anion_1(fn_receptor_mediated_endocytosis_31(X))
& cation_1(fn_receptor_mediated_endocytosis_32(X))
& attach_1(fn_receptor_mediated_endocytosis_33(X))
& attach_1(fn_receptor_mediated_endocytosis_34(X))
& anion_1(fn_receptor_mediated_endocytosis_35(X))
& cation_1(fn_receptor_mediated_endocytosis_36(X))
& anion_1(fn_receptor_mediated_endocytosis_37(X))
& cation_1(fn_receptor_mediated_endocytosis_38(X))
& ligand_1(fn_receptor_mediated_endocytosis_39(X))
& hydrophobic_core_1(fn_receptor_mediated_endocytosis_40(X))
& glycoprotein_1(fn_receptor_mediated_endocytosis_41(X))
& saturated_fatty_acid_1(fn_receptor_mediated_endocytosis_42(X))
& block_1(fn_receptor_mediated_endocytosis_43(X))
& block_1(fn_receptor_mediated_endocytosis_44(X))
& block_1(fn_receptor_mediated_endocytosis_45(X))
& carbohydrate_side_chain_1(fn_receptor_mediated_endocytosis_46(X))
& carbohydrate_side_chain_1(fn_receptor_mediated_endocytosis_47(X))
& hydrophobic_core_1(fn_receptor_mediated_endocytosis_48(X))
& block_1(fn_receptor_mediated_endocytosis_49(X))
& block_1(fn_receptor_mediated_endocytosis_50(X))
& hydrophilic_compound_1(fn_receptor_mediated_endocytosis_51(X))
& hydrophobic_compound_1(fn_receptor_mediated_endocytosis_52(X))
& spatial_entity_1(fn_receptor_mediated_endocytosis_52(X))
& barrier_1(fn_receptor_mediated_endocytosis_53(X))
& density_value_1(fn_receptor_mediated_endocytosis_54(X))
& fluidity_value_1(fn_receptor_mediated_endocytosis_55(X))
& temperature_value_1(fn_receptor_mediated_endocytosis_56(X))
& quantity_value_1(fn_receptor_mediated_endocytosis_57(X))
& spatial_entity_1(fn_receptor_mediated_endocytosis_58(X))
& tangible_entity_1(fn_receptor_mediated_endocytosis_58(X))
& organic_molecule_1(fn_receptor_mediated_endocytosis_58(X))
& phospholipid_1(fn_receptor_mediated_endocytosis_58(X))
& lipid_1(fn_receptor_mediated_endocytosis_58(X))
& size_value_1(fn_receptor_mediated_endocytosis_59(X))
& quantity_value_1(fn_receptor_mediated_endocytosis_60(X))
& phospholipid_layer_1(fn_receptor_mediated_endocytosis_61(X))
& size_value_1(fn_receptor_mediated_endocytosis_62(X))
& entity_1(fn_receptor_mediated_endocytosis_63(X))
& atom_1(fn_receptor_mediated_endocytosis_63(X))
& chemical_entity_1(fn_receptor_mediated_endocytosis_63(X))
& carbon_1(fn_receptor_mediated_endocytosis_63(X))
& attach_1(fn_receptor_mediated_endocytosis_64(X))
& attach_1(fn_receptor_mediated_endocytosis_65(X))
& quantity_value_1(fn_receptor_mediated_endocytosis_66(X))
& quantity_value_1(fn_receptor_mediated_endocytosis_67(X))
& quantity_value_1(fn_receptor_mediated_endocytosis_68(X))
& quantity_value_1(fn_receptor_mediated_endocytosis_69(X))
& quantity_value_1(fn_receptor_mediated_endocytosis_70(X))
& quantity_value_1(fn_receptor_mediated_endocytosis_71(X))
& quantity_value_1(fn_receptor_mediated_endocytosis_72(X))
& quantity_value_1(fn_receptor_mediated_endocytosis_73(X))
& create_1(fn_receptor_mediated_endocytosis_74(X))
& barrier_1(fn_receptor_mediated_endocytosis_75(X))
& container_1(fn_receptor_mediated_endocytosis_75(X))
& barrier_1(fn_receptor_mediated_endocytosis_76(X))
& time_interval_1(fn_receptor_mediated_endocytosis_77(X))
& time_interval_1(fn_receptor_mediated_endocytosis_78(X))
& mixture_1(fn_receptor_mediated_endocytosis_79(X))
& cytoplasm_1(fn_receptor_mediated_endocytosis_79(X))
& take_in_1(fn_receptor_mediated_endocytosis_80(X))
& move_1(fn_receptor_mediated_endocytosis_80(X))
& move_into_1(fn_receptor_mediated_endocytosis_80(X))
& positively_charged_region_1(fn_receptor_mediated_endocytosis_81(X))
& ligand_binding_1(fn_receptor_mediated_endocytosis_82(X))
& release_1(fn_receptor_mediated_endocytosis_83(X))
& eukaryotic_cell_1(fn_receptor_mediated_endocytosis_84(X))
& tangible_entity_1(fn_receptor_mediated_endocytosis_84(X))
& cell_1(fn_receptor_mediated_endocytosis_84(X))
& chemical_entity_1(fn_receptor_mediated_endocytosis_85(X))
& spatial_entity_1(fn_receptor_mediated_endocytosis_85(X))
& tangible_entity_1(fn_receptor_mediated_endocytosis_85(X))
& coated_vesicle_1(fn_receptor_mediated_endocytosis_86(X))
& cellular_recycling_1(fn_receptor_mediated_endocytosis_87(X))
& move_1(fn_receptor_mediated_endocytosis_88(X))
& carry_1(fn_receptor_mediated_endocytosis_88(X))
& surface_1(fn_receptor_mediated_endocytosis_89(X))
& outside_face_1(fn_receptor_mediated_endocytosis_89(X))
& extracellular_side_1(fn_receptor_mediated_endocytosis_89(X))
& tangible_entity_1(fn_receptor_mediated_endocytosis_90(X))
& membrane_protein_1(fn_receptor_mediated_endocytosis_90(X))
& protein_1(fn_receptor_mediated_endocytosis_90(X))
& spatial_entity_1(fn_receptor_mediated_endocytosis_90(X))
& polymer_1(fn_receptor_mediated_endocytosis_90(X))
& tangible_entity_1(fn_receptor_mediated_endocytosis_91(X))
& phospholipid_bilayer_1(fn_receptor_mediated_endocytosis_91(X))
& membrane_protein_1(fn_receptor_mediated_endocytosis_92(X))
& protein_1(fn_receptor_mediated_endocytosis_92(X))
& spatial_entity_1(fn_receptor_mediated_endocytosis_92(X))
& polymer_1(fn_receptor_mediated_endocytosis_92(X))
& tangible_entity_1(fn_receptor_mediated_endocytosis_92(X))
& transmembrane_protein_1(fn_receptor_mediated_endocytosis_92(X))
& integral_protein_1(fn_receptor_mediated_endocytosis_92(X))
& transport_protein_1(fn_receptor_mediated_endocytosis_92(X))
& directed_motion_1(fn_receptor_mediated_endocytosis_93(X))
& block_1(fn_receptor_mediated_endocytosis_94(X))
& locomotion_1(fn_receptor_mediated_endocytosis_95(X))
& produce_1(fn_receptor_mediated_endocytosis_96(X))
& thermal_energy_1(fn_receptor_mediated_endocytosis_97(X))
& substance_1(fn_receptor_mediated_endocytosis_98(X))
& cytosol_1(fn_receptor_mediated_endocytosis_98(X))
& size_value_1(fn_receptor_mediated_endocytosis_99(X))
& volume_value_1(fn_receptor_mediated_endocytosis_100(X))
& ribosome_1(fn_receptor_mediated_endocytosis_101(X))
& surface_1(fn_receptor_mediated_endocytosis_102(X))
& chemical_entity_1(fn_receptor_mediated_endocytosis_103(X))
& spatial_entity_1(fn_receptor_mediated_endocytosis_103(X))
& hydrophobic_compound_1(fn_receptor_mediated_endocytosis_104(X))
& spatial_entity_1(fn_receptor_mediated_endocytosis_104(X))
& hydrophilic_compound_1(fn_receptor_mediated_endocytosis_105(X))
& carbon_skeleton_1(fn_receptor_mediated_endocytosis_106(X))
& substance_1(fn_receptor_mediated_endocytosis_107(X))
& aqueous_solution_1(fn_receptor_mediated_endocytosis_107(X))
& aqueous_solution_1(fn_receptor_mediated_endocytosis_108(X))
& surface_1(fn_receptor_mediated_endocytosis_109(X))
& cytoplasmic_side_1(fn_receptor_mediated_endocytosis_109(X))
& tangible_entity_1(fn_receptor_mediated_endocytosis_112(X))
& spatial_entity_1(fn_receptor_mediated_endocytosis_112(X))
& biomembrane_1(fn_receptor_mediated_endocytosis_112(X))
& plasma_membrane_1(fn_receptor_mediated_endocytosis_112(X))
& membrane_protein_1(fn_receptor_mediated_endocytosis_113(X))
& spatial_entity_1(fn_receptor_mediated_endocytosis_113(X))
& cell_surface_receptor_1(fn_receptor_mediated_endocytosis_113(X))
& tangible_entity_1(fn_receptor_mediated_endocytosis_114(X))
& membrane_protein_1(fn_receptor_mediated_endocytosis_114(X))
& protein_1(fn_receptor_mediated_endocytosis_114(X))
& spatial_entity_1(fn_receptor_mediated_endocytosis_114(X))
& polymer_1(fn_receptor_mediated_endocytosis_114(X))
& entity_1(fn_receptor_mediated_endocytosis_115(X))
& coated_pit_1(fn_receptor_mediated_endocytosis_115(X))
& container_1(fn_receptor_mediated_endocytosis_116(X))
& hydrophilic_region_1(fn_integral_protein_23(fn_receptor_mediated_endocytosis_92(X)))
& block_1(fn_transport_protein_31(fn_receptor_mediated_endocytosis_92(X)))
& property_node_1(fn_plasma_membrane_32(fn_receptor_mediated_endocytosis_112(X)))
& ligand_1(fn_ligand_binding_1(fn_receptor_mediated_endocytosis_82(X)))
& block_1(fn_biomembrane_50(fn_receptor_mediated_endocytosis_112(X)))
& attach_1(fn_biomembrane_73(fn_receptor_mediated_endocytosis_112(X)))
& carbohydrate_side_chain_1(fn_biomembrane_70(fn_receptor_mediated_endocytosis_112(X)))
& hydrophilic_compound_1(fn_biomembrane_72(fn_receptor_mediated_endocytosis_112(X)))
& cellular_work_1(fn_eukaryotic_cell_32(fn_receptor_mediated_endocytosis_84(X)))
& property_node_1(fn_plasma_membrane_95(fn_receptor_mediated_endocytosis_112(X)))
& property_node_1(fn_plasma_membrane_94(fn_receptor_mediated_endocytosis_112(X)))
& attach_1(fn_plasma_membrane_52(fn_receptor_mediated_endocytosis_112(X)))
& property_node_1(fn_plasma_membrane_93(fn_receptor_mediated_endocytosis_112(X)))
& property_node_1(fn_plasma_membrane_90(fn_receptor_mediated_endocytosis_112(X)))
& property_node_1(fn_plasma_membrane_5(fn_receptor_mediated_endocytosis_112(X)))
& property_node_1(fn_plasma_membrane_28(fn_receptor_mediated_endocytosis_112(X)))
& property_node_1(fn_plasma_membrane_29(fn_receptor_mediated_endocytosis_112(X)))
& property_node_1(fn_plasma_membrane_27(fn_receptor_mediated_endocytosis_112(X)))
& quantity_value_1(fn_plasma_membrane_1(fn_receptor_mediated_endocytosis_112(X)))
& attach_1(fn_plasma_membrane_87(fn_receptor_mediated_endocytosis_112(X)))
& carbohydrate_side_chain_1(fn_plasma_membrane_88(fn_receptor_mediated_endocytosis_112(X)))
& barrier_1(fn_plasma_membrane_30(fn_receptor_mediated_endocytosis_112(X)))
& saturated_fatty_acid_1(fn_plasma_membrane_35(fn_receptor_mediated_endocytosis_112(X)))
& quantity_value_1(fn_plasma_membrane_40(fn_receptor_mediated_endocytosis_112(X)))
& density_value_1(fn_plasma_membrane_36(fn_receptor_mediated_endocytosis_112(X)))
& fluidity_value_1(fn_plasma_membrane_37(fn_receptor_mediated_endocytosis_112(X)))
& temperature_value_1(fn_plasma_membrane_38(fn_receptor_mediated_endocytosis_112(X)))
& cation_1(fn_plasma_membrane_64(fn_receptor_mediated_endocytosis_112(X)))
& hydrophilic_compound_1(fn_plasma_membrane_50(fn_receptor_mediated_endocytosis_112(X)))
& property_node_1(fn_plasma_membrane_20(fn_receptor_mediated_endocytosis_112(X)))
& quantity_value_1(fn_plasma_membrane_16(fn_receptor_mediated_endocytosis_112(X)))
& quantity_value_1(fn_plasma_membrane_17(fn_receptor_mediated_endocytosis_112(X)))
& cation_1(fn_plasma_membrane_61(fn_receptor_mediated_endocytosis_112(X)))
& quantity_value_1(fn_plasma_membrane_18(fn_receptor_mediated_endocytosis_112(X)))
& quantity_value_1(fn_plasma_membrane_19(fn_receptor_mediated_endocytosis_112(X)))
& anion_1(fn_plasma_membrane_15(fn_receptor_mediated_endocytosis_112(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_receptor_mediated_endocytosis_112(X)))
& anion_1(fn_plasma_membrane_14(fn_receptor_mediated_endocytosis_112(X)))
& substance_1(fn_plasma_membrane_70(fn_receptor_mediated_endocytosis_112(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_receptor_mediated_endocytosis_112(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_receptor_mediated_endocytosis_112(X)))
& property_node_1(fn_lipid_1(fn_receptor_mediated_endocytosis_58(X)))
& entity_1(fn_create_1(fn_receptor_mediated_endocytosis_74(X)))
& tangible_entity_1(fn_release_1(fn_receptor_mediated_endocytosis_83(X)))
& container_1(fn_move_into_2(fn_receptor_mediated_endocytosis_80(X)))
& protein_layer_1(fn_coated_pit_5(fn_receptor_mediated_endocytosis_115(X)))
& container_1(fn_release_3(fn_receptor_mediated_endocytosis_10(X)))
& substance_1(fn_cell_29(fn_receptor_mediated_endocytosis_84(X)))
& cytosol_1(fn_cell_29(fn_receptor_mediated_endocytosis_84(X)))
& ribosome_1(fn_cell_14(fn_receptor_mediated_endocytosis_84(X)))
& property_node_1(fn_cell_23(fn_receptor_mediated_endocytosis_84(X)))
& surface_1(fn_cell_4(fn_receptor_mediated_endocytosis_84(X)))
& property_node_1(fn_cell_10(fn_receptor_mediated_endocytosis_84(X)))
& size_value_1(fn_cell_11(fn_receptor_mediated_endocytosis_84(X)))
& volume_value_1(fn_cell_22(fn_receptor_mediated_endocytosis_84(X)))
& entity_1(fn_transport_protein_17(fn_receptor_mediated_endocytosis_92(X)))
& atom_1(fn_transport_protein_17(fn_receptor_mediated_endocytosis_92(X)))
& chemical_entity_1(fn_transport_protein_17(fn_receptor_mediated_endocytosis_92(X)))
& carbon_1(fn_transport_protein_14(fn_receptor_mediated_endocytosis_92(X)))
& size_value_1(fn_integral_protein_16(fn_receptor_mediated_endocytosis_92(X)))
& size_value_1(fn_transport_protein_20(fn_receptor_mediated_endocytosis_92(X)))
& size_value_1(fn_plasma_membrane_85(fn_receptor_mediated_endocytosis_112(X)))
& move_through_1(fn_plasma_membrane_74(fn_receptor_mediated_endocytosis_112(X)))
& move_1(fn_plasma_membrane_74(fn_receptor_mediated_endocytosis_112(X)))
& move_through_1(fn_biomembrane_52(fn_receptor_mediated_endocytosis_112(X)))
& carbon_skeleton_1(fn_transport_protein_18(fn_receptor_mediated_endocytosis_92(X)))
& carbon_skeleton_1(fn_biomembrane_71(fn_receptor_mediated_endocytosis_112(X)))
& carbon_skeleton_1(fn_plasma_membrane_57(fn_receptor_mediated_endocytosis_112(X)))
& block_1(fn_plasma_membrane_96(fn_receptor_mediated_endocytosis_112(X)))
& phospholipid_layer_1(fn_integral_protein_12(fn_receptor_mediated_endocytosis_92(X)))
& phospholipid_layer_1(fn_plasma_membrane_51(fn_receptor_mediated_endocytosis_112(X)))
& phospholipid_layer_1(fn_biomembrane_61(fn_receptor_mediated_endocytosis_112(X)))
& phospholipid_layer_1(fn_biomembrane_62(fn_receptor_mediated_endocytosis_112(X)))
& phospholipid_layer_1(fn_plasma_membrane_78(fn_receptor_mediated_endocytosis_112(X)))
& hydrophobic_core_1(fn_integral_protein_10(fn_receptor_mediated_endocytosis_92(X)))
& hydrophobic_core_1(fn_biomembrane_75(fn_receptor_mediated_endocytosis_112(X)))
& hydrophobic_core_1(fn_plasma_membrane_81(fn_receptor_mediated_endocytosis_112(X)))
& glycoprotein_1(fn_integral_protein_9(fn_receptor_mediated_endocytosis_92(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_receptor_mediated_endocytosis_112(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_receptor_mediated_endocytosis_112(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_receptor_mediated_endocytosis_112(X)))
& protein_1(fn_plasma_membrane_68(fn_receptor_mediated_endocytosis_112(X)))
& hydrophilic_face_1(fn_biomembrane_81(fn_receptor_mediated_endocytosis_112(X)))
& hydrophilic_face_1(fn_biomembrane_83(fn_receptor_mediated_endocytosis_112(X)))
& hydrophilic_face_1(fn_plasma_membrane_89(fn_receptor_mediated_endocytosis_112(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_receptor_mediated_endocytosis_112(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_receptor_mediated_endocytosis_112(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_receptor_mediated_endocytosis_112(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_receptor_mediated_endocytosis_112(X)))
& protein_1(fn_plasma_membrane_54(fn_receptor_mediated_endocytosis_112(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_receptor_mediated_endocytosis_112(X)))
& polymer_1(fn_plasma_membrane_54(fn_receptor_mediated_endocytosis_112(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_receptor_mediated_endocytosis_112(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_receptor_mediated_endocytosis_112(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_receptor_mediated_endocytosis_112(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_receptor_mediated_endocytosis_112(X)))
& outside_face_1(fn_biomembrane_41(fn_receptor_mediated_endocytosis_112(X)))
& surface_1(fn_integral_protein_29(fn_receptor_mediated_endocytosis_92(X)))
& surface_1(fn_transmembrane_protein_5(fn_receptor_mediated_endocytosis_92(X)))
& outside_face_1(fn_transmembrane_protein_5(fn_receptor_mediated_endocytosis_92(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_receptor_mediated_endocytosis_112(X)))
& block_1(fn_plasma_membrane_31(fn_receptor_mediated_endocytosis_112(X)))
& hydrophobic_compound_1(fn_biomembrane_48(fn_receptor_mediated_endocytosis_112(X)))
& spatial_entity_1(fn_block_1(fn_receptor_mediated_endocytosis_94(X)))
& hydrophobic_compound_1(fn_plasma_membrane_98(fn_receptor_mediated_endocytosis_112(X)))
& spatial_entity_1(fn_block_1(fn_receptor_mediated_endocytosis_49(X)))
& spatial_entity_1(fn_block_1(fn_receptor_mediated_endocytosis_43(X)))
& block_1(fn_integral_protein_25(fn_receptor_mediated_endocytosis_92(X)))
& block_1(fn_biomembrane_102(fn_receptor_mediated_endocytosis_112(X)))
& block_1(fn_plasma_membrane_97(fn_receptor_mediated_endocytosis_112(X)))
& block_1(fn_plasma_membrane_33(fn_receptor_mediated_endocytosis_112(X)))
& chemical_entity_1(fn_biomembrane_55(fn_receptor_mediated_endocytosis_112(X)))
& chemical_entity_1(fn_plasma_membrane_73(fn_receptor_mediated_endocytosis_112(X)))
& spatial_entity_1(fn_block_1(fn_receptor_mediated_endocytosis_50(X)))
& size_value_1(fn_transport_protein_19(fn_receptor_mediated_endocytosis_92(X)))
& size_value_1(fn_plasma_membrane_84(fn_receptor_mediated_endocytosis_112(X)))
& size_value_1(fn_lipid_2(fn_receptor_mediated_endocytosis_58(X)))
& lipid_1(fn_biomembrane_65(fn_receptor_mediated_endocytosis_112(X)))
& spatial_entity_1(fn_biomembrane_65(fn_receptor_mediated_endocytosis_112(X)))
& phospholipid_1(fn_biomembrane_65(fn_receptor_mediated_endocytosis_112(X)))
& spatial_entity_1(fn_biomembrane_66(fn_receptor_mediated_endocytosis_112(X)))
& tangible_entity_1(fn_biomembrane_66(fn_receptor_mediated_endocytosis_112(X)))
& organic_molecule_1(fn_biomembrane_66(fn_receptor_mediated_endocytosis_112(X)))
& phospholipid_1(fn_biomembrane_66(fn_receptor_mediated_endocytosis_112(X)))
& spatial_entity_1(fn_attach_2(fn_receptor_mediated_endocytosis_82(X)))
& spatial_entity_1(fn_attach_1(fn_receptor_mediated_endocytosis_34(X)))
& spatial_entity_1(fn_attach_1(fn_receptor_mediated_endocytosis_33(X)))
& tangible_entity_1(fn_barrier_1(fn_receptor_mediated_endocytosis_116(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_receptor_mediated_endocytosis_92(X)))
& biomembrane_1(fn_membrane_protein_1(fn_receptor_mediated_endocytosis_113(X)))
& spatial_entity_1(fn_transport_protein_35(fn_receptor_mediated_endocytosis_92(X)))
& biomembrane_1(fn_transport_protein_35(fn_receptor_mediated_endocytosis_92(X)))
& biomembrane_1(fn_integral_protein_24(fn_receptor_mediated_endocytosis_92(X)))
& plasma_membrane_1(fn_cell_30(fn_receptor_mediated_endocytosis_84(X)))
& plasma_membrane_1(fn_cell_surface_receptor_1(fn_receptor_mediated_endocytosis_113(X)))
& plasma_membrane_1(fn_coated_pit_1(fn_receptor_mediated_endocytosis_115(X)))
& chemical_entity_1(fn_ligand_binding_3(fn_receptor_mediated_endocytosis_82(X)))
& spatial_entity_1(fn_move_1(fn_receptor_mediated_endocytosis_88(X)))
& spatial_entity_1(fn_move_1(fn_receptor_mediated_endocytosis_80(X)))
& tangible_entity_1(fn_release_1(fn_receptor_mediated_endocytosis_10(X)))
& spatial_entity_1(fn_locomotion_1(fn_receptor_mediated_endocytosis_95(X)))
& tangible_entity_1(fn_release_2(fn_receptor_mediated_endocytosis_10(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_receptor_mediated_endocytosis_112(X)))
& surface_1(fn_cell_27(fn_receptor_mediated_endocytosis_84(X)))
& cytoplasmic_side_1(fn_cell_27(fn_receptor_mediated_endocytosis_84(X)))
& mixture_1(fn_cell_28(fn_receptor_mediated_endocytosis_84(X)))
& cytoplasm_1(fn_cell_28(fn_receptor_mediated_endocytosis_84(X)))
& tangible_entity_1(fn_biomembrane_63(fn_receptor_mediated_endocytosis_112(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_receptor_mediated_endocytosis_112(X)))
& phospholipid_bilayer_1(fn_membrane_protein_2(fn_receptor_mediated_endocytosis_113(X)))
& tangible_entity_1(fn_integral_protein_27(fn_receptor_mediated_endocytosis_92(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_receptor_mediated_endocytosis_92(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_receptor_mediated_endocytosis_112(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_receptor_mediated_endocytosis_112(X)))
& tangible_entity_1(fn_cell_26(fn_receptor_mediated_endocytosis_84(X)))
& phospholipid_bilayer_1(fn_cell_26(fn_receptor_mediated_endocytosis_84(X)))
& cell_1(fn_intracellular_process_1(fn_receptor_mediated_endocytosis_87(X)))
& tangible_entity_1(fn_take_in_1(fn_receptor_mediated_endocytosis_80(X)))
& tangible_entity_1(fn_barrier_1(fn_receptor_mediated_endocytosis_76(X)))
& tangible_entity_1(fn_barrier_1(fn_receptor_mediated_endocytosis_75(X)))
& in_event_2(fn_receptor_mediated_endocytosis_116(X),fn_receptor_mediated_endocytosis_80(X))
& fn_receptor_mediated_endocytosis_114(X) != fn_receptor_mediated_endocytosis_113(X)
& called_2(fn_receptor_mediated_endocytosis_113(X),'MP2')
& fn_receptor_mediated_endocytosis_113(X) != fn_receptor_mediated_endocytosis_114(X)
& fn_receptor_mediated_endocytosis_113(X) != fn_receptor_mediated_endocytosis_92(X)
& is_at_2(fn_receptor_mediated_endocytosis_113(X),fn_receptor_mediated_endocytosis_89(X))
& has_function_2(fn_receptor_mediated_endocytosis_113(X),X)
& time_during_2(fn_receptor_mediated_endocytosis_96(X),fn_receptor_mediated_endocytosis_78(X))
& time_during_2(fn_receptor_mediated_endocytosis_95(X),fn_receptor_mediated_endocytosis_2(X))
& path_2(fn_receptor_mediated_endocytosis_93(X),fn_receptor_mediated_endocytosis_8(X))
& path_2(fn_receptor_mediated_endocytosis_93(X),fn_receptor_mediated_endocytosis_7(X))
& path_2(fn_receptor_mediated_endocytosis_93(X),fn_receptor_mediated_endocytosis_89(X))
& has_function_2(fn_receptor_mediated_endocytosis_92(X),fn_receptor_mediated_endocytosis_93(X))
& is_at_2(fn_receptor_mediated_endocytosis_92(X),fn_receptor_mediated_endocytosis_91(X))
& fn_receptor_mediated_endocytosis_92(X) != fn_receptor_mediated_endocytosis_113(X)
& fn_receptor_mediated_endocytosis_92(X) != fn_receptor_mediated_endocytosis_90(X)
& is_at_2(fn_receptor_mediated_endocytosis_9(X),fn_receptor_mediated_endocytosis_91(X))
& fn_receptor_mediated_endocytosis_90(X) != fn_receptor_mediated_endocytosis_92(X)
& first_subevent_2(fn_receptor_mediated_endocytosis_88(X),fn_receptor_mediated_endocytosis_95(X))
& subevent_2(fn_receptor_mediated_endocytosis_88(X),fn_receptor_mediated_endocytosis_95(X))
& time_during_2(fn_receptor_mediated_endocytosis_88(X),fn_receptor_mediated_endocytosis_78(X))
& object_2(fn_receptor_mediated_endocytosis_87(X),fn_receptor_mediated_endocytosis_113(X))
& time_during_2(fn_receptor_mediated_endocytosis_87(X),fn_receptor_mediated_endocytosis_4(X))
& has_part_2(fn_receptor_mediated_endocytosis_85(X),fn_receptor_mediated_endocytosis_6(X))
& fn_receptor_mediated_endocytosis_85(X) != fn_receptor_mediated_endocytosis_79(X)
& object_2(fn_receptor_mediated_endocytosis_5(X),fn_receptor_mediated_endocytosis_6(X))
& site_2(fn_receptor_mediated_endocytosis_5(X),fn_receptor_mediated_endocytosis_89(X))
& is_between_2(fn_receptor_mediated_endocytosis_84(X),fn_receptor_mediated_endocytosis_89(X))
& is_between_2(fn_receptor_mediated_endocytosis_84(X),fn_receptor_mediated_endocytosis_79(X))
& agent_2(X,fn_receptor_mediated_endocytosis_113(X))
& causes_2(fn_receptor_mediated_endocytosis_83(X),fn_receptor_mediated_endocytosis_87(X))
& next_event_2(fn_receptor_mediated_endocytosis_83(X),fn_receptor_mediated_endocytosis_87(X))
& next_event_2(fn_receptor_mediated_endocytosis_82(X),fn_receptor_mediated_endocytosis_80(X))
& causes_2(fn_receptor_mediated_endocytosis_82(X),X)
& path_2(fn_receptor_mediated_endocytosis_80(X),fn_receptor_mediated_endocytosis_89(X))
& fn_receptor_mediated_endocytosis_79(X) != fn_receptor_mediated_endocytosis_85(X)
& time_before_2(fn_receptor_mediated_endocytosis_3(X),fn_receptor_mediated_endocytosis_4(X))
& time_before_2(fn_receptor_mediated_endocytosis_78(X),fn_receptor_mediated_endocytosis_78(X))
& time_before_2(fn_receptor_mediated_endocytosis_77(X),fn_receptor_mediated_endocytosis_3(X))
& time_int_during_2(fn_receptor_mediated_endocytosis_2(X),fn_receptor_mediated_endocytosis_1(X))
& quantity_2(fn_receptor_mediated_endocytosis_58(X),fn_receptor_mediated_endocytosis_60(X))
& is_inside_2(fn_receptor_mediated_endocytosis_27(X),fn_receptor_mediated_endocytosis_109(X))
& base_2(fn_receptor_mediated_endocytosis_82(X),fn_receptor_mediated_endocytosis_113(X))
& object_2(fn_receptor_mediated_endocytosis_34(X),fn_receptor_mediated_endocytosis_113(X))
& plays_2(fn_receptor_mediated_endocytosis_84(X),fn_receptor_mediated_endocytosis_76(X))
& plays_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_116(X))
& object_2(fn_receptor_mediated_endocytosis_88(X),fn_receptor_mediated_endocytosis_85(X))
& base_2(fn_receptor_mediated_endocytosis_87(X),fn_receptor_mediated_endocytosis_84(X))
& is_at_2(fn_receptor_mediated_endocytosis_81(X),fn_receptor_mediated_endocytosis_89(X))
& agent_2(fn_receptor_mediated_endocytosis_95(X),fn_receptor_mediated_endocytosis_86(X))
& object_2(fn_receptor_mediated_endocytosis_95(X),fn_receptor_mediated_endocytosis_86(X))
& called_2(fn_receptor_mediated_endocytosis_58(X),'P4')
& has_part_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_113(X))
& site_2(fn_receptor_mediated_endocytosis_33(X),fn_receptor_mediated_endocytosis_109(X))
& quantity_2(fn_receptor_mediated_endocytosis_38(X),fn_receptor_mediated_endocytosis_66(X))
& is_at_2(fn_receptor_mediated_endocytosis_38(X),fn_receptor_mediated_endocytosis_89(X))
& is_at_2(fn_receptor_mediated_endocytosis_37(X),fn_receptor_mediated_endocytosis_89(X))
& quantity_2(fn_receptor_mediated_endocytosis_37(X),fn_receptor_mediated_endocytosis_68(X))
& is_at_2(fn_receptor_mediated_endocytosis_31(X),fn_receptor_mediated_endocytosis_109(X))
& quantity_2(fn_receptor_mediated_endocytosis_31(X),fn_receptor_mediated_endocytosis_69(X))
& fn_receptor_mediated_endocytosis_68(X) != fn_receptor_mediated_endocytosis_69(X)
& fn_receptor_mediated_endocytosis_69(X) != fn_receptor_mediated_endocytosis_68(X)
& is_at_2(fn_receptor_mediated_endocytosis_32(X),fn_receptor_mediated_endocytosis_109(X))
& quantity_2(fn_receptor_mediated_endocytosis_32(X),fn_receptor_mediated_endocytosis_67(X))
& fn_receptor_mediated_endocytosis_66(X) != fn_receptor_mediated_endocytosis_67(X)
& fn_receptor_mediated_endocytosis_67(X) != fn_receptor_mediated_endocytosis_66(X)
& base_2(fn_receptor_mediated_endocytosis_93(X),fn_receptor_mediated_endocytosis_112(X))
& path_2(fn_receptor_mediated_endocytosis_93(X),fn_receptor_mediated_endocytosis_109(X))
& instrument_2(fn_receptor_mediated_endocytosis_50(X),fn_receptor_mediated_endocytosis_112(X))
& instrument_2(fn_receptor_mediated_endocytosis_49(X),fn_receptor_mediated_endocytosis_112(X))
& called_2(fn_receptor_mediated_endocytosis_43(X),"1")
& has_part_2(fn_receptor_mediated_endocytosis_92(X),fn_receptor_mediated_endocytosis_63(X))
& is_inside_2(fn_receptor_mediated_endocytosis_63(X),fn_receptor_mediated_endocytosis_106(X))
& the_scalar_value_2(fn_receptor_mediated_endocytosis_62(X),big_0)
& scalar_unit_class_2(fn_receptor_mediated_endocytosis_62(X),polypeptide_0)
& called_2(fn_receptor_mediated_endocytosis_9(X),'MP1')
& size_2(fn_receptor_mediated_endocytosis_92(X),fn_receptor_mediated_endocytosis_62(X))
& greater_than_2(fn_receptor_mediated_endocytosis_62(X),fn_receptor_mediated_endocytosis_59(X))
& fn_receptor_mediated_endocytosis_92(X) != fn_receptor_mediated_endocytosis_9(X)
& fn_receptor_mediated_endocytosis_9(X) != fn_receptor_mediated_endocytosis_90(X)
& called_2(fn_receptor_mediated_endocytosis_90(X),'MP2')
& fn_receptor_mediated_endocytosis_9(X) != fn_receptor_mediated_endocytosis_92(X)
& fn_receptor_mediated_endocytosis_90(X) != fn_receptor_mediated_endocytosis_9(X)
& has_part_2(fn_receptor_mediated_endocytosis_84(X),fn_receptor_mediated_endocytosis_86(X))
& subevent_2(X,fn_receptor_mediated_endocytosis_10(X))
& result_2(fn_receptor_mediated_endocytosis_96(X),fn_receptor_mediated_endocytosis_86(X))
& instrument_2(X,fn_receptor_mediated_endocytosis_86(X))
& has_function_2(fn_receptor_mediated_endocytosis_86(X),fn_receptor_mediated_endocytosis_88(X))
& agent_2(fn_receptor_mediated_endocytosis_88(X),fn_receptor_mediated_endocytosis_86(X))
& is_inside_2(fn_receptor_mediated_endocytosis_85(X),fn_receptor_mediated_endocytosis_86(X))
& object_2(X,fn_receptor_mediated_endocytosis_85(X))
& object_2(fn_receptor_mediated_endocytosis_82(X),fn_receptor_mediated_endocytosis_85(X))
& has_function_2(fn_receptor_mediated_endocytosis_85(X),fn_receptor_mediated_endocytosis_82(X))
& in_event_2(fn_receptor_mediated_endocytosis_39(X),fn_receptor_mediated_endocytosis_82(X))
& plays_2(fn_receptor_mediated_endocytosis_85(X),fn_receptor_mediated_endocytosis_39(X))
& object_2(fn_receptor_mediated_endocytosis_94(X),fn_receptor_mediated_endocytosis_105(X))
& is_outside_2(fn_receptor_mediated_endocytosis_47(X),fn_receptor_mediated_endocytosis_112(X))
& object_2(fn_receptor_mediated_endocytosis_65(X),fn_receptor_mediated_endocytosis_47(X))
& base_2(fn_receptor_mediated_endocytosis_65(X),fn_receptor_mediated_endocytosis_106(X))
& object_2(fn_receptor_mediated_endocytosis_93(X),fn_receptor_mediated_endocytosis_103(X))
& fn_receptor_mediated_endocytosis_104(X) != fn_receptor_mediated_endocytosis_103(X)
& fn_receptor_mediated_endocytosis_103(X) != fn_receptor_mediated_endocytosis_104(X)
& fn_receptor_mediated_endocytosis_105(X) != fn_receptor_mediated_endocytosis_103(X)
& fn_receptor_mediated_endocytosis_103(X) != fn_receptor_mediated_endocytosis_105(X)
& has_function_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_93(X))
& path_2(fn_receptor_mediated_endocytosis_93(X),fn_receptor_mediated_endocytosis_40(X))
& element_2(fn_receptor_mediated_endocytosis_61(X),fn_receptor_mediated_endocytosis_58(X))
& agent_2(fn_receptor_mediated_endocytosis_80(X),fn_receptor_mediated_endocytosis_84(X))
& destination_2(X,fn_receptor_mediated_endocytosis_79(X))
& next_event_2(fn_receptor_mediated_endocytosis_80(X),fn_receptor_mediated_endocytosis_88(X))
& subevent_2(X,fn_receptor_mediated_endocytosis_96(X))
& first_subevent_2(X,fn_receptor_mediated_endocytosis_74(X))
& time_during_2(fn_receptor_mediated_endocytosis_83(X),fn_receptor_mediated_endocytosis_77(X))
& time_before_2(fn_receptor_mediated_endocytosis_78(X),fn_receptor_mediated_endocytosis_77(X))
& causes_2(fn_receptor_mediated_endocytosis_96(X),fn_receptor_mediated_endocytosis_80(X))
& next_event_2(fn_receptor_mediated_endocytosis_96(X),fn_receptor_mediated_endocytosis_80(X))
& base_2(fn_receptor_mediated_endocytosis_80(X),fn_receptor_mediated_endocytosis_84(X))
& base_2(X,fn_receptor_mediated_endocytosis_84(X))
& subevent_2(X,fn_receptor_mediated_endocytosis_83(X))
& destination_2(fn_receptor_mediated_endocytosis_80(X),fn_receptor_mediated_endocytosis_79(X))
& is_inside_2(fn_receptor_mediated_endocytosis_79(X),fn_receptor_mediated_endocytosis_84(X))
& is_outside_2(fn_receptor_mediated_endocytosis_89(X),fn_receptor_mediated_endocytosis_84(X))
& origin_2(X,fn_receptor_mediated_endocytosis_89(X))
& subevent_2(X,fn_receptor_mediated_endocytosis_88(X))
& subevent_2(X,fn_receptor_mediated_endocytosis_74(X))
& site_2(fn_receptor_mediated_endocytosis_74(X),fn_receptor_mediated_endocytosis_112(X))
& path_2(X,fn_receptor_mediated_endocytosis_112(X))
& subevent_2(X,fn_receptor_mediated_endocytosis_80(X))
& origin_2(fn_receptor_mediated_endocytosis_80(X),fn_receptor_mediated_endocytosis_89(X))
& quantity_2(fn_receptor_mediated_endocytosis_29(X),fn_receptor_mediated_endocytosis_73(X))
& site_2(fn_receptor_mediated_endocytosis_34(X),fn_receptor_mediated_endocytosis_109(X))
& is_inside_2(fn_receptor_mediated_endocytosis_41(X),fn_receptor_mediated_endocytosis_91(X))
& called_2(fn_receptor_mediated_endocytosis_44(X),"2")
& agent_2(fn_receptor_mediated_endocytosis_45(X),fn_receptor_mediated_endocytosis_28(X))
& called_2(fn_receptor_mediated_endocytosis_45(X),"3")
& has_region_2(fn_receptor_mediated_endocytosis_92(X),fn_receptor_mediated_endocytosis_106(X))
& quantity_2(fn_receptor_mediated_endocytosis_92(X),fn_receptor_mediated_endocytosis_60(X))
& the_scalar_value_2(fn_receptor_mediated_endocytosis_60(X),high_0)
& scalar_unit_class_2(fn_receptor_mediated_endocytosis_60(X),lipid_0)
& object_2(fn_receptor_mediated_endocytosis_49(X),fn_receptor_mediated_endocytosis_51(X))
& in_event_2(fn_receptor_mediated_endocytosis_53(X),fn_receptor_mediated_endocytosis_49(X))
& is_inside_2(fn_receptor_mediated_endocytosis_92(X),fn_receptor_mediated_endocytosis_91(X))
& is_at_2(fn_receptor_mediated_endocytosis_92(X),fn_receptor_mediated_endocytosis_112(X))
& is_impermeable_to_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_52(X))
& is_outside_2(fn_receptor_mediated_endocytosis_46(X),fn_receptor_mediated_endocytosis_112(X))
& object_2(fn_receptor_mediated_endocytosis_64(X),fn_receptor_mediated_endocytosis_46(X))
& base_2(fn_receptor_mediated_endocytosis_64(X),fn_receptor_mediated_endocytosis_106(X))
& is_inside_2(fn_receptor_mediated_endocytosis_106(X),fn_receptor_mediated_endocytosis_112(X))
& has_function_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_44(X))
& has_function_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_45(X))
& fn_receptor_mediated_endocytosis_44(X) != fn_receptor_mediated_endocytosis_45(X)
& fn_receptor_mediated_endocytosis_43(X) != fn_receptor_mediated_endocytosis_44(X)
& fn_receptor_mediated_endocytosis_44(X) != fn_receptor_mediated_endocytosis_43(X)
& fn_receptor_mediated_endocytosis_45(X) != fn_receptor_mediated_endocytosis_44(X)
& agent_2(fn_receptor_mediated_endocytosis_43(X),fn_receptor_mediated_endocytosis_40(X))
& object_2(fn_receptor_mediated_endocytosis_43(X),fn_receptor_mediated_endocytosis_51(X))
& is_impermeable_to_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_51(X))
& has_function_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_43(X))
& fn_receptor_mediated_endocytosis_43(X) != fn_receptor_mediated_endocytosis_45(X)
& fn_receptor_mediated_endocytosis_45(X) != fn_receptor_mediated_endocytosis_43(X)
& fluidity_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_55(X))
& directly_proportional_2(fn_receptor_mediated_endocytosis_57(X),fn_receptor_mediated_endocytosis_55(X))
& quantity_2(fn_receptor_mediated_endocytosis_42(X),fn_receptor_mediated_endocytosis_57(X))
& has_part_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_42(X))
& plays_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_53(X))
& is_between_2(fn_receptor_mediated_endocytosis_40(X),fn_receptor_mediated_endocytosis_28(X))
& has_region_2(fn_receptor_mediated_endocytosis_91(X),fn_receptor_mediated_endocytosis_40(X))
& has_region_2(fn_receptor_mediated_endocytosis_91(X),fn_receptor_mediated_endocytosis_61(X))
& has_region_2(fn_receptor_mediated_endocytosis_61(X),fn_receptor_mediated_endocytosis_28(X))
& agent_2(fn_receptor_mediated_endocytosis_44(X),fn_receptor_mediated_endocytosis_28(X))
& temperature_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_56(X))
& directly_proportional_2(fn_receptor_mediated_endocytosis_56(X),fn_receptor_mediated_endocytosis_55(X))
& inversely_proportional_2(fn_receptor_mediated_endocytosis_54(X),fn_receptor_mediated_endocytosis_55(X))
& density_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_54(X))
& has_part_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_41(X))
& quantity_2(fn_receptor_mediated_endocytosis_36(X),fn_receptor_mediated_endocytosis_70(X))
& is_at_2(fn_receptor_mediated_endocytosis_36(X),fn_receptor_mediated_endocytosis_89(X))
& has_region_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_89(X))
& has_part_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_114(X))
& called_2(fn_receptor_mediated_endocytosis_114(X),'MP1')
& is_permeable_to_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_103(X))
& fn_receptor_mediated_endocytosis_52(X) != fn_receptor_mediated_endocytosis_103(X)
& fn_receptor_mediated_endocytosis_103(X) != fn_receptor_mediated_endocytosis_52(X)
& fn_receptor_mediated_endocytosis_51(X) != fn_receptor_mediated_endocytosis_103(X)
& fn_receptor_mediated_endocytosis_103(X) != fn_receptor_mediated_endocytosis_51(X)
& is_at_2(fn_receptor_mediated_endocytosis_30(X),fn_receptor_mediated_endocytosis_109(X))
& quantity_2(fn_receptor_mediated_endocytosis_30(X),fn_receptor_mediated_endocytosis_71(X))
& fn_receptor_mediated_endocytosis_70(X) != fn_receptor_mediated_endocytosis_71(X)
& fn_receptor_mediated_endocytosis_71(X) != fn_receptor_mediated_endocytosis_70(X)
& is_across_2(fn_receptor_mediated_endocytosis_92(X),fn_receptor_mediated_endocytosis_112(X))
& has_part_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_92(X))
& has_region_2(fn_receptor_mediated_endocytosis_92(X),fn_receptor_mediated_endocytosis_89(X))
& fn_receptor_mediated_endocytosis_92(X) != fn_receptor_mediated_endocytosis_114(X)
& fn_receptor_mediated_endocytosis_114(X) != fn_receptor_mediated_endocytosis_92(X)
& is_inside_2(fn_receptor_mediated_endocytosis_28(X),fn_receptor_mediated_endocytosis_109(X))
& is_inside_2(fn_receptor_mediated_endocytosis_28(X),fn_receptor_mediated_endocytosis_89(X))
& is_at_2(fn_receptor_mediated_endocytosis_35(X),fn_receptor_mediated_endocytosis_89(X))
& quantity_2(fn_receptor_mediated_endocytosis_35(X),fn_receptor_mediated_endocytosis_72(X))
& fn_receptor_mediated_endocytosis_72(X) != fn_receptor_mediated_endocytosis_73(X)
& fn_receptor_mediated_endocytosis_73(X) != fn_receptor_mediated_endocytosis_72(X)
& is_between_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_107(X))
& is_inside_2(fn_receptor_mediated_endocytosis_89(X),fn_receptor_mediated_endocytosis_107(X))
& is_outside_2(fn_receptor_mediated_endocytosis_89(X),fn_receptor_mediated_endocytosis_112(X))
& has_region_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_48(X))
& is_across_2(fn_receptor_mediated_endocytosis_92(X),fn_receptor_mediated_endocytosis_48(X))
& is_between_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_108(X))
& is_inside_2(fn_receptor_mediated_endocytosis_108(X),fn_receptor_mediated_endocytosis_109(X))
& is_at_2(fn_receptor_mediated_endocytosis_29(X),fn_receptor_mediated_endocytosis_109(X))
& fn_receptor_mediated_endocytosis_107(X) != fn_receptor_mediated_endocytosis_108(X)
& fn_receptor_mediated_endocytosis_108(X) != fn_receptor_mediated_endocytosis_107(X)
& has_part_2(fn_receptor_mediated_endocytosis_84(X),fn_receptor_mediated_endocytosis_112(X))
& has_region_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_109(X))
& has_part_2(fn_receptor_mediated_endocytosis_84(X),fn_receptor_mediated_endocytosis_79(X))
& is_inside_2(fn_receptor_mediated_endocytosis_79(X),fn_receptor_mediated_endocytosis_112(X))
& has_part_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_91(X))
& is_oriented_toward_2(fn_receptor_mediated_endocytosis_109(X),fn_receptor_mediated_endocytosis_79(X))
& is_facing_2(fn_receptor_mediated_endocytosis_109(X),fn_receptor_mediated_endocytosis_79(X))
& has_part_2(fn_receptor_mediated_endocytosis_79(X),fn_receptor_mediated_endocytosis_98(X))
& is_inside_2(fn_receptor_mediated_endocytosis_101(X),fn_receptor_mediated_endocytosis_98(X))
& has_part_2(fn_receptor_mediated_endocytosis_84(X),fn_receptor_mediated_endocytosis_101(X))
& directly_proportional_2(fn_receptor_mediated_endocytosis_99(X),fn_receptor_mediated_endocytosis_100(X))
& size_2(fn_receptor_mediated_endocytosis_84(X),fn_receptor_mediated_endocytosis_99(X))
& is_at_2(fn_receptor_mediated_endocytosis_91(X),fn_receptor_mediated_endocytosis_102(X))
& has_region_2(fn_receptor_mediated_endocytosis_84(X),fn_receptor_mediated_endocytosis_102(X))
& volume_2(fn_receptor_mediated_endocytosis_84(X),fn_receptor_mediated_endocytosis_100(X))
& object_2(fn_receptor_mediated_endocytosis_10(X),fn_receptor_mediated_endocytosis_85(X))
& in_event_2(fn_receptor_mediated_endocytosis_11(X),fn_receptor_mediated_endocytosis_10(X))
& plays_2(fn_receptor_mediated_endocytosis_86(X),fn_receptor_mediated_endocytosis_11(X))
& base_2(fn_receptor_mediated_endocytosis_10(X),fn_receptor_mediated_endocytosis_86(X))
& is_at_2(fn_receptor_mediated_endocytosis_27(X),fn_receptor_mediated_endocytosis_115(X))
& has_region_2(fn_receptor_mediated_endocytosis_112(X),fn_receptor_mediated_endocytosis_115(X))
& is_across_2(fn_receptor_mediated_endocytosis_113(X),fn_receptor_mediated_endocytosis_112(X))
& in_event_2(fn_receptor_mediated_endocytosis_75(X),fn_receptor_mediated_endocytosis_80(X))
& size_2(fn_receptor_mediated_endocytosis_58(X),fn_receptor_mediated_endocytosis_59(X))
& object_2(fn_receptor_mediated_endocytosis_80(X),fn_receptor_mediated_endocytosis_85(X))
& object_2(fn_receptor_mediated_endocytosis_50(X),fn_receptor_mediated_endocytosis_103(X))
& object_2(fn_receptor_mediated_endocytosis_83(X),fn_receptor_mediated_endocytosis_97(X))
& result_2(fn_receptor_mediated_endocytosis_74(X),fn_receptor_mediated_endocytosis_115(X))
& object_2(fn_receptor_mediated_endocytosis_43(X),fn_receptor_mediated_endocytosis_52(X))
& object_2(fn_receptor_mediated_endocytosis_94(X),fn_receptor_mediated_endocytosis_104(X))
& object_2(fn_receptor_mediated_endocytosis_49(X),fn_receptor_mediated_endocytosis_52(X))
& plays_2(fn_receptor_mediated_endocytosis_84(X),fn_receptor_mediated_endocytosis_75(X))
& object_2(fn_receptor_mediated_endocytosis_33(X),fn_receptor_mediated_endocytosis_113(X))
& fn_receptor_mediated_endocytosis_113(X) = fn_attach_2(fn_receptor_mediated_endocytosis_82(X))
& fn_receptor_mediated_endocytosis_113(X) = fn_attach_1(fn_receptor_mediated_endocytosis_34(X))
& fn_receptor_mediated_endocytosis_84(X) = fn_barrier_1(fn_receptor_mediated_endocytosis_76(X))
& fn_receptor_mediated_endocytosis_112(X) = fn_barrier_1(fn_receptor_mediated_endocytosis_116(X))
& fn_receptor_mediated_endocytosis_85(X) = fn_move_1(fn_receptor_mediated_endocytosis_88(X))
& fn_receptor_mediated_endocytosis_84(X) = fn_intracellular_process_1(fn_receptor_mediated_endocytosis_87(X))
& fn_receptor_mediated_endocytosis_81(X) = fn_integral_protein_23(fn_receptor_mediated_endocytosis_92(X))
& fn_receptor_mediated_endocytosis_86(X) = fn_locomotion_1(fn_receptor_mediated_endocytosis_95(X))
& fn_receptor_mediated_endocytosis_33(X) = fn_plasma_membrane_52(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_18(X) = fn_plasma_membrane_27(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_17(X) = fn_plasma_membrane_28(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_37(X) = fn_plasma_membrane_15(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_38(X) = fn_plasma_membrane_64(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_16(X) = fn_plasma_membrane_29(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_68(X) = fn_plasma_membrane_19(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_69(X) = fn_plasma_membrane_18(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_31(X) = fn_plasma_membrane_14(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_19(X) = fn_plasma_membrane_20(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_66(X) = fn_plasma_membrane_16(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_67(X) = fn_plasma_membrane_17(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_32(X) = fn_plasma_membrane_61(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_93(X) = fn_plasma_membrane_74(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_50(X) = fn_transport_protein_31(fn_receptor_mediated_endocytosis_92(X))
& fn_receptor_mediated_endocytosis_49(X) = fn_integral_protein_25(fn_receptor_mediated_endocytosis_92(X))
& fn_receptor_mediated_endocytosis_63(X) = fn_transport_protein_17(fn_receptor_mediated_endocytosis_92(X))
& fn_receptor_mediated_endocytosis_63(X) = fn_transport_protein_14(fn_receptor_mediated_endocytosis_92(X))
& fn_receptor_mediated_endocytosis_20(X) = fn_plasma_membrane_32(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_59(X) = fn_transport_protein_19(fn_receptor_mediated_endocytosis_92(X))
& fn_receptor_mediated_endocytosis_59(X) = fn_plasma_membrane_84(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_62(X) = fn_integral_protein_16(fn_receptor_mediated_endocytosis_92(X))
& fn_receptor_mediated_endocytosis_62(X) = fn_transport_protein_20(fn_receptor_mediated_endocytosis_92(X))
& fn_receptor_mediated_endocytosis_62(X) = fn_plasma_membrane_85(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_90(X) = fn_plasma_membrane_54(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_9(X) = fn_plasma_membrane_68(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_10(X) = fn_endocytosis_8(X)
& fn_receptor_mediated_endocytosis_85(X) = fn_endocytosis_6(X)
& fn_receptor_mediated_endocytosis_86(X) = fn_endocytosis_21(X)
& fn_receptor_mediated_endocytosis_39(X) = fn_ligand_binding_1(fn_receptor_mediated_endocytosis_82(X))
& fn_receptor_mediated_endocytosis_85(X) = fn_ligand_binding_3(fn_receptor_mediated_endocytosis_82(X))
& fn_receptor_mediated_endocytosis_94(X) = fn_biomembrane_50(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_106(X) = fn_biomembrane_71(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_65(X) = fn_biomembrane_73(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_47(X) = fn_biomembrane_70(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_105(X) = fn_biomembrane_72(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_104(X) = fn_biomembrane_48(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_103(X) = fn_biomembrane_55(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_58(X) = fn_biomembrane_65(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_58(X) = fn_biomembrane_66(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_93(X) = fn_biomembrane_52(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_78(X) = fn_endocytosis_5(X)
& fn_receptor_mediated_endocytosis_77(X) = fn_endocytosis_4(X)
& fn_receptor_mediated_endocytosis_83(X) = fn_endocytosis_8(X)
& X = fn_eukaryotic_cell_32(fn_receptor_mediated_endocytosis_84(X))
& fn_receptor_mediated_endocytosis_84(X) = fn_take_in_1(fn_receptor_mediated_endocytosis_80(X))
& fn_receptor_mediated_endocytosis_96(X) = fn_endocytosis_17(X)
& fn_receptor_mediated_endocytosis_88(X) = fn_endocytosis_14(X)
& fn_receptor_mediated_endocytosis_84(X) = fn_endocytosis_20(X)
& fn_receptor_mediated_endocytosis_79(X) = fn_endocytosis_16(X)
& fn_receptor_mediated_endocytosis_89(X) = fn_endocytosis_3(X)
& fn_receptor_mediated_endocytosis_80(X) = fn_endocytosis_15(X)
& fn_receptor_mediated_endocytosis_112(X) = fn_endocytosis_13(X)
& fn_receptor_mediated_endocytosis_74(X) = fn_endocytosis_25(X)
& fn_receptor_mediated_endocytosis_26(X) = fn_plasma_membrane_95(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_25(X) = fn_plasma_membrane_94(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_34(X) = fn_plasma_membrane_52(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_24(X) = fn_plasma_membrane_93(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_23(X) = fn_plasma_membrane_90(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_21(X) = fn_plasma_membrane_5(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_15(X) = fn_plasma_membrane_28(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_14(X) = fn_plasma_membrane_29(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_106(X) = fn_transport_protein_18(fn_receptor_mediated_endocytosis_92(X))
& fn_receptor_mediated_endocytosis_13(X) = fn_plasma_membrane_27(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_60(X) = fn_plasma_membrane_1(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_49(X) = fn_plasma_membrane_31(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_92(X) = fn_plasma_membrane_4(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_92(X) = fn_plasma_membrane_3(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_106(X) = fn_plasma_membrane_57(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_64(X) = fn_plasma_membrane_87(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_46(X) = fn_plasma_membrane_88(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_45(X) = fn_plasma_membrane_97(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_44(X) = fn_plasma_membrane_96(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_43(X) = fn_plasma_membrane_97(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_44(X) = fn_plasma_membrane_33(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_45(X) = fn_plasma_membrane_96(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_43(X) = fn_biomembrane_102(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_43(X) = fn_integral_protein_25(fn_receptor_mediated_endocytosis_92(X))
& fn_receptor_mediated_endocytosis_43(X) = fn_plasma_membrane_33(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_53(X) = fn_plasma_membrane_30(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_42(X) = fn_plasma_membrane_35(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_57(X) = fn_plasma_membrane_40(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_44(X) = fn_plasma_membrane_97(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_61(X) = fn_biomembrane_61(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_61(X) = fn_biomembrane_62(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_61(X) = fn_integral_protein_12(fn_receptor_mediated_endocytosis_92(X))
& fn_receptor_mediated_endocytosis_61(X) = fn_plasma_membrane_51(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_61(X) = fn_plasma_membrane_78(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_40(X) = fn_integral_protein_10(fn_receptor_mediated_endocytosis_92(X))
& fn_receptor_mediated_endocytosis_28(X) = fn_biomembrane_81(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_40(X) = fn_biomembrane_75(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_28(X) = fn_biomembrane_83(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_40(X) = fn_plasma_membrane_81(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_41(X) = fn_integral_protein_9(fn_receptor_mediated_endocytosis_92(X))
& fn_receptor_mediated_endocytosis_41(X) = fn_plasma_membrane_34(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_54(X) = fn_plasma_membrane_36(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_55(X) = fn_plasma_membrane_37(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_56(X) = fn_plasma_membrane_38(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_114(X) = fn_plasma_membrane_68(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_89(X) = fn_biomembrane_41(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_89(X) = fn_transmembrane_protein_5(fn_receptor_mediated_endocytosis_92(X))
& fn_receptor_mediated_endocytosis_36(X) = fn_plasma_membrane_64(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_51(X) = fn_plasma_membrane_50(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_52(X) = fn_plasma_membrane_98(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_103(X) = fn_plasma_membrane_73(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_12(X) = fn_plasma_membrane_20(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_70(X) = fn_plasma_membrane_16(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_71(X) = fn_plasma_membrane_17(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_30(X) = fn_plasma_membrane_61(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_89(X) = fn_integral_protein_29(fn_receptor_mediated_endocytosis_92(X))
& fn_receptor_mediated_endocytosis_112(X) = fn_transmembrane_protein_4(fn_receptor_mediated_endocytosis_92(X))
& fn_receptor_mediated_endocytosis_92(X) = fn_plasma_membrane_54(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_112(X) = fn_transport_protein_35(fn_receptor_mediated_endocytosis_92(X))
& fn_receptor_mediated_endocytosis_114(X) = fn_plasma_membrane_54(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_73(X) = fn_plasma_membrane_18(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_72(X) = fn_plasma_membrane_19(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_35(X) = fn_plasma_membrane_15(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_28(X) = fn_plasma_membrane_89(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_92(X) = fn_plasma_membrane_55(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_48(X) = fn_plasma_membrane_6(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_89(X) = fn_plasma_membrane_65(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_29(X) = fn_plasma_membrane_14(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_107(X) = fn_plasma_membrane_70(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_108(X) = fn_plasma_membrane_77(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_22(X) = fn_lipid_1(fn_receptor_mediated_endocytosis_58(X))
& fn_receptor_mediated_endocytosis_109(X) = fn_plasma_membrane_66(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_112(X) = fn_integral_protein_24(fn_receptor_mediated_endocytosis_92(X))
& fn_receptor_mediated_endocytosis_91(X) = fn_integral_protein_27(fn_receptor_mediated_endocytosis_92(X))
& fn_receptor_mediated_endocytosis_91(X) = fn_plasma_membrane_71(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_91(X) = fn_biomembrane_63(fn_receptor_mediated_endocytosis_112(X))
& fn_receptor_mediated_endocytosis_112(X) = fn_membrane_protein_1(fn_receptor_mediated_endocytosis_113(X))
& fn_receptor_mediated_endocytosis_91(X) = fn_membrane_protein_2(fn_receptor_mediated_endocytosis_113(X))
& fn_receptor_mediated_endocytosis_112(X) = fn_cell_30(fn_receptor_mediated_endocytosis_84(X))
& fn_receptor_mediated_endocytosis_113(X) = fn_attach_1(fn_receptor_mediated_endocytosis_33(X))
& fn_receptor_mediated_endocytosis_84(X) = fn_barrier_1(fn_receptor_mediated_endocytosis_75(X))
& fn_receptor_mediated_endocytosis_52(X) = fn_block_1(fn_receptor_mediated_endocytosis_49(X))
& fn_receptor_mediated_endocytosis_104(X) = fn_block_1(fn_receptor_mediated_endocytosis_94(X))
& fn_receptor_mediated_endocytosis_52(X) = fn_block_1(fn_receptor_mediated_endocytosis_43(X))
& fn_receptor_mediated_endocytosis_115(X) = fn_create_1(fn_receptor_mediated_endocytosis_74(X))
& fn_receptor_mediated_endocytosis_97(X) = fn_release_1(fn_receptor_mediated_endocytosis_83(X))
& fn_receptor_mediated_endocytosis_103(X) = fn_block_1(fn_receptor_mediated_endocytosis_50(X))
& fn_receptor_mediated_endocytosis_85(X) = fn_move_1(fn_receptor_mediated_endocytosis_80(X))
& fn_receptor_mediated_endocytosis_59(X) = fn_lipid_2(fn_receptor_mediated_endocytosis_58(X))
& fn_receptor_mediated_endocytosis_75(X) = fn_move_into_2(fn_receptor_mediated_endocytosis_80(X))
& fn_receptor_mediated_endocytosis_112(X) = fn_cell_surface_receptor_1(fn_receptor_mediated_endocytosis_113(X))
& fn_receptor_mediated_endocytosis_27(X) = fn_coated_pit_5(fn_receptor_mediated_endocytosis_115(X))
& fn_receptor_mediated_endocytosis_112(X) = fn_coated_pit_1(fn_receptor_mediated_endocytosis_115(X))
& fn_receptor_mediated_endocytosis_85(X) = fn_release_1(fn_receptor_mediated_endocytosis_10(X))
& fn_receptor_mediated_endocytosis_11(X) = fn_release_3(fn_receptor_mediated_endocytosis_10(X))
& fn_receptor_mediated_endocytosis_86(X) = fn_release_2(fn_receptor_mediated_endocytosis_10(X))
& fn_receptor_mediated_endocytosis_109(X) = fn_cell_27(fn_receptor_mediated_endocytosis_84(X))
& fn_receptor_mediated_endocytosis_79(X) = fn_cell_28(fn_receptor_mediated_endocytosis_84(X))
& fn_receptor_mediated_endocytosis_98(X) = fn_cell_29(fn_receptor_mediated_endocytosis_84(X))
& fn_receptor_mediated_endocytosis_101(X) = fn_cell_14(fn_receptor_mediated_endocytosis_84(X))
& fn_receptor_mediated_endocytosis_110(X) = fn_cell_23(fn_receptor_mediated_endocytosis_84(X))
& fn_receptor_mediated_endocytosis_91(X) = fn_cell_26(fn_receptor_mediated_endocytosis_84(X))
& fn_receptor_mediated_endocytosis_102(X) = fn_cell_4(fn_receptor_mediated_endocytosis_84(X))
& fn_receptor_mediated_endocytosis_111(X) = fn_cell_10(fn_receptor_mediated_endocytosis_84(X))
& fn_receptor_mediated_endocytosis_99(X) = fn_cell_11(fn_receptor_mediated_endocytosis_84(X))
& fn_receptor_mediated_endocytosis_100(X) = fn_cell_22(fn_receptor_mediated_endocytosis_84(X))
& fn_transport_protein_14(fn_receptor_mediated_endocytosis_92(X)) = fn_transport_protein_17(fn_receptor_mediated_endocytosis_92(X))
& fn_transport_protein_17(fn_receptor_mediated_endocytosis_92(X)) = fn_transport_protein_14(fn_receptor_mediated_endocytosis_92(X))
& fn_transport_protein_14(fn_receptor_mediated_endocytosis_92(X)) = fn_integral_protein_16(fn_receptor_mediated_endocytosis_92(X))
& fn_transport_protein_20(fn_receptor_mediated_endocytosis_92(X)) = fn_integral_protein_16(fn_receptor_mediated_endocytosis_92(X))
& fn_integral_protein_16(fn_receptor_mediated_endocytosis_92(X)) = fn_transport_protein_20(fn_receptor_mediated_endocytosis_92(X))
& fn_plasma_membrane_85(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_85(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_85(fn_receptor_mediated_endocytosis_112(X)) = fn_transport_protein_20(fn_receptor_mediated_endocytosis_92(X))
& fn_transport_protein_20(fn_receptor_mediated_endocytosis_92(X)) = fn_plasma_membrane_85(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_85(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_74(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_74(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_74(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_74(fn_receptor_mediated_endocytosis_112(X)) = fn_biomembrane_52(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_52(fn_receptor_mediated_endocytosis_112(X)) = fn_biomembrane_52(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_52(fn_receptor_mediated_endocytosis_112(X)) = fn_transport_protein_18(fn_receptor_mediated_endocytosis_92(X))
& fn_biomembrane_71(fn_receptor_mediated_endocytosis_112(X)) = fn_transport_protein_18(fn_receptor_mediated_endocytosis_92(X))
& fn_transport_protein_18(fn_receptor_mediated_endocytosis_92(X)) = fn_biomembrane_71(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_71(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_57(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_57(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_57(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_57(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_96(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_96(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_97(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_97(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_96(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_96(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_96(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_96(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_33(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_33(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_97(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_97(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_51(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_51(fn_receptor_mediated_endocytosis_112(X)) = fn_integral_protein_12(fn_receptor_mediated_endocytosis_92(X))
& fn_integral_protein_12(fn_receptor_mediated_endocytosis_92(X)) = fn_plasma_membrane_51(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_61(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_51(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_51(fn_receptor_mediated_endocytosis_112(X)) = fn_biomembrane_61(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_62(fn_receptor_mediated_endocytosis_112(X)) = fn_biomembrane_61(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_61(fn_receptor_mediated_endocytosis_112(X)) = fn_biomembrane_62(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_62(fn_receptor_mediated_endocytosis_112(X)) = fn_biomembrane_62(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_62(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_78(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_78(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_78(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_78(fn_receptor_mediated_endocytosis_112(X)) = fn_biomembrane_75(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_75(fn_receptor_mediated_endocytosis_112(X)) = fn_integral_protein_10(fn_receptor_mediated_endocytosis_92(X))
& fn_integral_protein_10(fn_receptor_mediated_endocytosis_92(X)) = fn_biomembrane_75(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_81(fn_receptor_mediated_endocytosis_112(X)) = fn_biomembrane_75(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_75(fn_receptor_mediated_endocytosis_112(X)) = fn_biomembrane_75(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_75(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_81(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_81(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_34(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_34(fn_receptor_mediated_endocytosis_112(X)) = fn_integral_protein_9(fn_receptor_mediated_endocytosis_92(X))
& fn_integral_protein_9(fn_receptor_mediated_endocytosis_92(X)) = fn_plasma_membrane_34(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_34(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_68(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_68(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_68(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_68(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_54(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_54(fn_receptor_mediated_endocytosis_112(X)) = fn_biomembrane_81(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_83(fn_receptor_mediated_endocytosis_112(X)) = fn_biomembrane_81(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_81(fn_receptor_mediated_endocytosis_112(X)) = fn_biomembrane_83(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_89(fn_receptor_mediated_endocytosis_112(X)) = fn_biomembrane_83(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_83(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_89(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_89(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_89(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_89(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_4(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_4(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_3(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_54(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_3(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_3(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_54(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_54(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_54(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_55(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_54(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_54(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_55(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_55(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_55(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_55(fn_receptor_mediated_endocytosis_112(X)) = fn_integral_protein_29(fn_receptor_mediated_endocytosis_92(X))
& fn_integral_protein_29(fn_receptor_mediated_endocytosis_92(X)) = fn_biomembrane_41(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_41(fn_receptor_mediated_endocytosis_112(X)) = fn_integral_protein_29(fn_receptor_mediated_endocytosis_92(X))
& fn_integral_protein_29(fn_receptor_mediated_endocytosis_92(X)) = fn_integral_protein_29(fn_receptor_mediated_endocytosis_92(X))
& fn_integral_protein_29(fn_receptor_mediated_endocytosis_92(X)) = fn_transmembrane_protein_5(fn_receptor_mediated_endocytosis_92(X))
& fn_transmembrane_protein_5(fn_receptor_mediated_endocytosis_92(X)) = fn_integral_protein_29(fn_receptor_mediated_endocytosis_92(X))
& fn_integral_protein_29(fn_receptor_mediated_endocytosis_92(X)) = fn_endocytosis_3(X)
& fn_endocytosis_3(X) = fn_transmembrane_protein_5(fn_receptor_mediated_endocytosis_92(X))
& fn_transmembrane_protein_5(fn_receptor_mediated_endocytosis_92(X)) = fn_plasma_membrane_65(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_65(fn_receptor_mediated_endocytosis_112(X)) = fn_endocytosis_3(X)
& fn_endocytosis_3(X) = fn_endocytosis_3(X)
& fn_endocytosis_3(X) = fn_plasma_membrane_65(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_65(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_65(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_65(fn_receptor_mediated_endocytosis_112(X)) = fn_integral_protein_25(fn_receptor_mediated_endocytosis_92(X))
& fn_integral_protein_25(fn_receptor_mediated_endocytosis_92(X)) = fn_plasma_membrane_31(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_31(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_31(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_31(fn_receptor_mediated_endocytosis_112(X)) = fn_biomembrane_48(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_48(fn_receptor_mediated_endocytosis_112(X)) = fn_biomembrane_48(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_48(fn_receptor_mediated_endocytosis_112(X)) = fn_block_1(fn_receptor_mediated_endocytosis_94(X))
& fn_block_1(fn_receptor_mediated_endocytosis_94(X)) = fn_plasma_membrane_98(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_98(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_98(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_98(fn_receptor_mediated_endocytosis_112(X)) = fn_block_1(fn_receptor_mediated_endocytosis_49(X))
& fn_block_1(fn_receptor_mediated_endocytosis_49(X)) = fn_block_1(fn_receptor_mediated_endocytosis_43(X))
& fn_block_1(fn_receptor_mediated_endocytosis_43(X)) = fn_biomembrane_102(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_102(fn_receptor_mediated_endocytosis_112(X)) = fn_integral_protein_25(fn_receptor_mediated_endocytosis_92(X))
& fn_integral_protein_25(fn_receptor_mediated_endocytosis_92(X)) = fn_biomembrane_102(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_97(fn_receptor_mediated_endocytosis_112(X)) = fn_biomembrane_102(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_102(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_97(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_97(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_97(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_97(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_33(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_33(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_33(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_33(fn_receptor_mediated_endocytosis_112(X)) = fn_biomembrane_55(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_55(fn_receptor_mediated_endocytosis_112(X)) = fn_biomembrane_55(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_55(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_73(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_73(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_73(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_73(fn_receptor_mediated_endocytosis_112(X)) = fn_block_1(fn_receptor_mediated_endocytosis_50(X))
& fn_block_1(fn_receptor_mediated_endocytosis_50(X)) = fn_transport_protein_19(fn_receptor_mediated_endocytosis_92(X))
& fn_transport_protein_19(fn_receptor_mediated_endocytosis_92(X)) = fn_plasma_membrane_84(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_84(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_84(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_84(fn_receptor_mediated_endocytosis_112(X)) = fn_lipid_2(fn_receptor_mediated_endocytosis_58(X))
& fn_lipid_2(fn_receptor_mediated_endocytosis_58(X)) = fn_lipid_2(fn_receptor_mediated_endocytosis_58(X))
& fn_lipid_2(fn_receptor_mediated_endocytosis_58(X)) = fn_biomembrane_65(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_65(fn_receptor_mediated_endocytosis_112(X)) = fn_biomembrane_65(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_65(fn_receptor_mediated_endocytosis_112(X)) = fn_biomembrane_66(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_66(fn_receptor_mediated_endocytosis_112(X)) = fn_attach_2(fn_receptor_mediated_endocytosis_82(X))
& fn_attach_2(fn_receptor_mediated_endocytosis_82(X)) = fn_attach_1(fn_receptor_mediated_endocytosis_34(X))
& fn_attach_1(fn_receptor_mediated_endocytosis_34(X)) = fn_attach_1(fn_receptor_mediated_endocytosis_33(X))
& fn_attach_1(fn_receptor_mediated_endocytosis_33(X)) = fn_barrier_1(fn_receptor_mediated_endocytosis_116(X))
& fn_barrier_1(fn_receptor_mediated_endocytosis_116(X)) = fn_transmembrane_protein_4(fn_receptor_mediated_endocytosis_92(X))
& fn_membrane_protein_1(fn_receptor_mediated_endocytosis_113(X)) = fn_transmembrane_protein_4(fn_receptor_mediated_endocytosis_92(X))
& fn_transmembrane_protein_4(fn_receptor_mediated_endocytosis_92(X)) = fn_transmembrane_protein_4(fn_receptor_mediated_endocytosis_92(X))
& fn_transmembrane_protein_4(fn_receptor_mediated_endocytosis_92(X)) = fn_membrane_protein_1(fn_receptor_mediated_endocytosis_113(X))
& fn_membrane_protein_1(fn_receptor_mediated_endocytosis_113(X)) = fn_membrane_protein_1(fn_receptor_mediated_endocytosis_113(X))
& fn_transport_protein_35(fn_receptor_mediated_endocytosis_92(X)) = fn_membrane_protein_1(fn_receptor_mediated_endocytosis_113(X))
& fn_membrane_protein_1(fn_receptor_mediated_endocytosis_113(X)) = fn_transport_protein_35(fn_receptor_mediated_endocytosis_92(X))
& fn_integral_protein_24(fn_receptor_mediated_endocytosis_92(X)) = fn_transport_protein_35(fn_receptor_mediated_endocytosis_92(X))
& fn_transport_protein_35(fn_receptor_mediated_endocytosis_92(X)) = fn_transport_protein_35(fn_receptor_mediated_endocytosis_92(X))
& fn_transport_protein_35(fn_receptor_mediated_endocytosis_92(X)) = fn_integral_protein_24(fn_receptor_mediated_endocytosis_92(X))
& fn_endocytosis_13(X) = fn_integral_protein_24(fn_receptor_mediated_endocytosis_92(X))
& fn_integral_protein_24(fn_receptor_mediated_endocytosis_92(X)) = fn_integral_protein_24(fn_receptor_mediated_endocytosis_92(X))
& fn_integral_protein_24(fn_receptor_mediated_endocytosis_92(X)) = fn_endocytosis_13(X)
& fn_endocytosis_13(X) = fn_endocytosis_13(X)
& fn_endocytosis_13(X) = fn_cell_30(fn_receptor_mediated_endocytosis_84(X))
& fn_cell_30(fn_receptor_mediated_endocytosis_84(X)) = fn_cell_30(fn_receptor_mediated_endocytosis_84(X))
& fn_cell_30(fn_receptor_mediated_endocytosis_84(X)) = fn_cell_surface_receptor_1(fn_receptor_mediated_endocytosis_113(X))
& fn_cell_surface_receptor_1(fn_receptor_mediated_endocytosis_113(X)) = fn_cell_surface_receptor_1(fn_receptor_mediated_endocytosis_113(X))
& fn_cell_surface_receptor_1(fn_receptor_mediated_endocytosis_113(X)) = fn_coated_pit_1(fn_receptor_mediated_endocytosis_115(X))
& fn_coated_pit_1(fn_receptor_mediated_endocytosis_115(X)) = fn_endocytosis_6(X)
& fn_endocytosis_6(X) = fn_endocytosis_6(X)
& fn_endocytosis_6(X) = fn_ligand_binding_3(fn_receptor_mediated_endocytosis_82(X))
& fn_ligand_binding_3(fn_receptor_mediated_endocytosis_82(X)) = fn_move_1(fn_receptor_mediated_endocytosis_88(X))
& fn_move_1(fn_receptor_mediated_endocytosis_88(X)) = fn_ligand_binding_3(fn_receptor_mediated_endocytosis_82(X))
& fn_ligand_binding_3(fn_receptor_mediated_endocytosis_82(X)) = fn_ligand_binding_3(fn_receptor_mediated_endocytosis_82(X))
& fn_ligand_binding_3(fn_receptor_mediated_endocytosis_82(X)) = fn_move_1(fn_receptor_mediated_endocytosis_80(X))
& fn_move_1(fn_receptor_mediated_endocytosis_80(X)) = fn_move_1(fn_receptor_mediated_endocytosis_88(X))
& fn_move_1(fn_receptor_mediated_endocytosis_88(X)) = fn_move_1(fn_receptor_mediated_endocytosis_80(X))
& fn_move_1(fn_receptor_mediated_endocytosis_80(X)) = fn_release_1(fn_receptor_mediated_endocytosis_10(X))
& fn_release_1(fn_receptor_mediated_endocytosis_10(X)) = fn_locomotion_1(fn_receptor_mediated_endocytosis_95(X))
& fn_locomotion_1(fn_receptor_mediated_endocytosis_95(X)) = fn_locomotion_1(fn_receptor_mediated_endocytosis_95(X))
& fn_locomotion_1(fn_receptor_mediated_endocytosis_95(X)) = fn_endocytosis_21(X)
& fn_endocytosis_21(X) = fn_endocytosis_21(X)
& fn_endocytosis_21(X) = fn_release_2(fn_receptor_mediated_endocytosis_10(X))
& fn_release_2(fn_receptor_mediated_endocytosis_10(X)) = fn_release_2(fn_receptor_mediated_endocytosis_10(X))
& fn_release_2(fn_receptor_mediated_endocytosis_10(X)) = fn_plasma_membrane_66(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_66(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_66(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_66(fn_receptor_mediated_endocytosis_112(X)) = fn_cell_27(fn_receptor_mediated_endocytosis_84(X))
& fn_cell_27(fn_receptor_mediated_endocytosis_84(X)) = fn_cell_27(fn_receptor_mediated_endocytosis_84(X))
& fn_cell_27(fn_receptor_mediated_endocytosis_84(X)) = fn_endocytosis_16(X)
& fn_endocytosis_16(X) = fn_endocytosis_16(X)
& fn_endocytosis_16(X) = fn_cell_28(fn_receptor_mediated_endocytosis_84(X))
& fn_cell_28(fn_receptor_mediated_endocytosis_84(X)) = fn_cell_28(fn_receptor_mediated_endocytosis_84(X))
& fn_cell_28(fn_receptor_mediated_endocytosis_84(X)) = fn_biomembrane_63(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_63(fn_receptor_mediated_endocytosis_112(X)) = fn_biomembrane_63(fn_receptor_mediated_endocytosis_112(X))
& fn_biomembrane_63(fn_receptor_mediated_endocytosis_112(X)) = fn_membrane_protein_2(fn_receptor_mediated_endocytosis_113(X))
& fn_membrane_protein_2(fn_receptor_mediated_endocytosis_113(X)) = fn_integral_protein_27(fn_receptor_mediated_endocytosis_92(X))
& fn_integral_protein_27(fn_receptor_mediated_endocytosis_92(X)) = fn_integral_protein_27(fn_receptor_mediated_endocytosis_92(X))
& fn_integral_protein_27(fn_receptor_mediated_endocytosis_92(X)) = fn_membrane_protein_2(fn_receptor_mediated_endocytosis_113(X))
& fn_membrane_protein_2(fn_receptor_mediated_endocytosis_113(X)) = fn_plasma_membrane_71(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_71(fn_receptor_mediated_endocytosis_112(X)) = fn_integral_protein_27(fn_receptor_mediated_endocytosis_92(X))
& fn_integral_protein_27(fn_receptor_mediated_endocytosis_92(X)) = fn_plasma_membrane_71(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_71(fn_receptor_mediated_endocytosis_112(X)) = fn_plasma_membrane_71(fn_receptor_mediated_endocytosis_112(X))
& fn_plasma_membrane_71(fn_receptor_mediated_endocytosis_112(X)) = fn_cell_26(fn_receptor_mediated_endocytosis_84(X))
& fn_cell_26(fn_receptor_mediated_endocytosis_84(X)) = fn_cell_26(fn_receptor_mediated_endocytosis_84(X))
& fn_cell_26(fn_receptor_mediated_endocytosis_84(X)) = fn_intracellular_process_1(fn_receptor_mediated_endocytosis_87(X))
& fn_intracellular_process_1(fn_receptor_mediated_endocytosis_87(X)) = fn_take_in_1(fn_receptor_mediated_endocytosis_80(X))
& fn_take_in_1(fn_receptor_mediated_endocytosis_80(X)) = fn_take_in_1(fn_receptor_mediated_endocytosis_80(X))
& fn_endocytosis_20(X) = fn_take_in_1(fn_receptor_mediated_endocytosis_80(X))
& fn_take_in_1(fn_receptor_mediated_endocytosis_80(X)) = fn_endocytosis_20(X)
& fn_endocytosis_20(X) = fn_barrier_1(fn_receptor_mediated_endocytosis_76(X))
& fn_barrier_1(fn_receptor_mediated_endocytosis_76(X)) = fn_endocytosis_20(X)
& fn_endocytosis_20(X) = fn_endocytosis_20(X)
& fn_endocytosis_20(X) = fn_barrier_1(fn_receptor_mediated_endocytosis_75(X)) ) ) ).
fof(a532178,axiom,
! [X] :
( receptor_potential_1(X)
=> ( original_name_2(X,'Receptor-Potential')
& user_description_2(X,'A type of graded potential in a sensory response neuron.')
& concept2words_2(X,'potential of receptor')
& concept2words_2(X,'receptor potential')
& concept2words_2(X,'receptor-potential')
& potential_energy_1(X) ) ) ).
fof(a532179,axiom,
! [X,X1] :
( ( has_region_2(X,X1)
& protein_1(X)
& receptor_1(X)
& receptor_site_1(X1) )
=> ( receptor_protein_1(X)
& fn_receptor_protein_1(X) = X1 ) ) ).
fof(a532180,axiom,
! [X] :
( receptor_protein_1(X)
=> ( original_name_2(X,'Receptor-Protein')
& user_description_2(X,'Receptor proteins located in the cytoplasm, cell membrane, or nuclear membrane bind to another molecule leading to a change in cell behavior.')
& concept2words_2(X,receptor)
& concept2words_2(X,'protein of receptor')
& concept2words_2(X,'receptor protein')
& concept2words_2(X,'receptor-protein')
& receptor_1(X)
& protein_1(X)
& receptor_site_1(fn_receptor_protein_1(X))
& size_value_1(fn_receptor_protein_3(X))
& size_value_1(fn_receptor_protein_4(X))
& monomer_1(fn_receptor_protein_5(X))
& has_region_2(X,fn_receptor_protein_1(X))
& has_part_2(X,fn_receptor_protein_5(X))
& size_2(fn_receptor_protein_5(X),fn_receptor_protein_4(X))
& greater_than_2(fn_receptor_protein_3(X),fn_receptor_protein_4(X))
& size_2(X,fn_receptor_protein_3(X))
& the_scalar_value_2(fn_receptor_protein_3(X),big_0)
& scalar_unit_class_2(fn_receptor_protein_3(X),polypeptide_0)
& fn_receptor_protein_3(X) = fn_polymer_8(X)
& fn_receptor_protein_4(X) = fn_polymer_7(X)
& fn_receptor_protein_5(X) = fn_polymer_6(X)
& fn_receptor_protein_5(X) = fn_polymer_4(X)
& fn_receptor_protein_3(X) = fn_protein_9(X)
& fn_polymer_4(X) = fn_polymer_6(X)
& fn_polymer_6(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_polymer_8(X)
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X) ) ) ).
fof(a532181,axiom,
! [X] :
( receptor_site_1(X)
=> ( original_name_2(X,'Receptor-Site')
& user_description_2(X,'A molecular site or the docking port on the surface of, or within, a cell, usually involving proteins that are capable of recognizing and binding with specific molecules.')
& concept2words_2(X,'site of receptor')
& concept2words_2(X,'receptor site')
& concept2words_2(X,'receptor-site')
& binding_site_1(X) ) ) ).
fof(a532182,axiom,
! [X] :
( receptor_tyrosine_kinase_1(X)
=> ( original_name_2(X,'Receptor-Tyrosine-Kinase')
& user_description_2(X,'A transmembrane protein in the plasma membrane. The intracellular side of the protein catalyzes the phosphorylation of a tyrosine on another protein.')
& concept2words_2(X,'tyrosine kinase receptor')
& concept2words_2(X,'receptor tyrosine kinase')
& concept2words_2(X,'receptor tyrosine-kinase')
& concept2words_2(X,'receptor-tyrosine-kinase')
& tyrosine_kinase_1(X)
& cell_surface_receptor_1(X)
& ~ g_protein_coupled_receptor_1(X)
& ~ growth_factor_receptor_1(X)
& ~ intracellular_receptor_1(X)
& ~ cyclin_dependent_kinase_1(X)
& ~ cytoplasmic_protein_kinase_1(X)
& shape_value_1(fn_receptor_tyrosine_kinase_2(X))
& tyrosine_1(fn_receptor_tyrosine_kinase_3(X))
& tail_region_1(fn_receptor_tyrosine_kinase_4(X))
& cytoplasmic_side_1(fn_receptor_tyrosine_kinase_5(X))
& transfer_1(fn_receptor_tyrosine_kinase_6(X))
& atp_1(fn_receptor_tyrosine_kinase_7(X))
& tyrosine_1(fn_receptor_tyrosine_kinase_8(X))
& plasma_membrane_1(fn_receptor_tyrosine_kinase_9(X))
& biomembrane_1(fn_receptor_tyrosine_kinase_9(X))
& extracellular_side_1(fn_receptor_tyrosine_kinase_10(X))
& surface_1(fn_receptor_tyrosine_kinase_10(X))
& outside_face_1(fn_receptor_tyrosine_kinase_10(X))
& attach_1(fn_receptor_tyrosine_kinase_11(X))
& active_site_1(fn_receptor_tyrosine_kinase_12(X))
& protein_domain_1(fn_receptor_tyrosine_kinase_13(X))
& monomer_1(fn_receptor_tyrosine_kinase_14(X))
& polypeptide_1(fn_receptor_tyrosine_kinase_14(X))
& polar_amino_acid_1(fn_receptor_tyrosine_kinase_15(X))
& receptor_site_1(fn_receptor_tyrosine_kinase_16(X))
& spatial_entity_1(fn_receptor_tyrosine_kinase_17(X))
& chemical_entity_1(fn_receptor_tyrosine_kinase_17(X))
& monomer_1(fn_receptor_tyrosine_kinase_17(X))
& molecule_1(fn_receptor_tyrosine_kinase_17(X))
& amino_acid_1(fn_receptor_tyrosine_kinase_17(X))
& r_group_1(fn_receptor_tyrosine_kinase_18(X))
& magnesium_1(fn_receptor_tyrosine_kinase_19(X))
& phosphorylation_1(fn_receptor_tyrosine_kinase_20(X))
& atom_1(fn_receptor_tyrosine_kinase_21(X))
& chemical_entity_1(fn_receptor_tyrosine_kinase_21(X))
& carbon_1(fn_receptor_tyrosine_kinase_22(X))
& carbon_skeleton_1(fn_receptor_tyrosine_kinase_23(X))
& attach_1(fn_plasma_membrane_52(fn_receptor_tyrosine_kinase_9(X)))
& carbon_1(fn_carbon_skeleton_4(fn_receptor_tyrosine_kinase_23(X)))
& atom_1(fn_carbon_skeleton_2(fn_receptor_tyrosine_kinase_23(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_receptor_tyrosine_kinase_23(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_receptor_tyrosine_kinase_9(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_receptor_tyrosine_kinase_9(X)))
& protein_1(fn_plasma_membrane_54(fn_receptor_tyrosine_kinase_9(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_receptor_tyrosine_kinase_9(X)))
& polymer_1(fn_plasma_membrane_54(fn_receptor_tyrosine_kinase_9(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_receptor_tyrosine_kinase_23(X)))
& tangible_entity_1(fn_biomembrane_54(fn_receptor_tyrosine_kinase_9(X)))
& membrane_protein_1(fn_biomembrane_54(fn_receptor_tyrosine_kinase_9(X)))
& protein_1(fn_biomembrane_54(fn_receptor_tyrosine_kinase_9(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_receptor_tyrosine_kinase_9(X)))
& surface_1(fn_biomembrane_47(fn_receptor_tyrosine_kinase_9(X)))
& outside_face_1(fn_biomembrane_41(fn_receptor_tyrosine_kinase_9(X)))
& the_categorical_value_2(fn_receptor_tyrosine_kinase_2(X),helix_0)
& has_region_2(fn_receptor_tyrosine_kinase_9(X),fn_receptor_tyrosine_kinase_5(X))
& has_region_2(X,fn_receptor_tyrosine_kinase_4(X))
& is_at_2(X,fn_receptor_tyrosine_kinase_5(X))
& shape_2(X,fn_receptor_tyrosine_kinase_2(X))
& site_2(fn_receptor_tyrosine_kinase_11(X),fn_receptor_tyrosine_kinase_5(X))
& facilitates_2(fn_receptor_tyrosine_kinase_12(X),fn_receptor_tyrosine_kinase_20(X))
& has_part_2(fn_receptor_tyrosine_kinase_14(X),fn_receptor_tyrosine_kinase_3(X))
& minCardinality(fn_receptor_tyrosine_kinase_14(X),has_part_0,"1",tyrosine_0)
& has_region_2(fn_receptor_tyrosine_kinase_14(X),fn_receptor_tyrosine_kinase_4(X))
& is_at_2(fn_receptor_tyrosine_kinase_3(X),fn_receptor_tyrosine_kinase_4(X))
& is_inside_2(fn_receptor_tyrosine_kinase_4(X),fn_receptor_tyrosine_kinase_5(X))
& base_2(fn_receptor_tyrosine_kinase_6(X),X)
& recipient_2(fn_receptor_tyrosine_kinase_6(X),fn_receptor_tyrosine_kinase_8(X))
& donor_2(fn_receptor_tyrosine_kinase_6(X),fn_receptor_tyrosine_kinase_7(X))
& is_outside_2(fn_receptor_tyrosine_kinase_16(X),fn_receptor_tyrosine_kinase_10(X))
& agent_2(fn_receptor_tyrosine_kinase_20(X),fn_receptor_tyrosine_kinase_19(X))
& instrument_2(fn_receptor_tyrosine_kinase_20(X),fn_receptor_tyrosine_kinase_19(X))
& has_region_2(X,fn_receptor_tyrosine_kinase_16(X))
& is_across_2(X,fn_receptor_tyrosine_kinase_9(X))
& has_part_2(fn_receptor_tyrosine_kinase_14(X),fn_receptor_tyrosine_kinase_15(X))
& has_part_2(X,fn_receptor_tyrosine_kinase_14(X))
& has_part_2(fn_receptor_tyrosine_kinase_14(X),fn_receptor_tyrosine_kinase_17(X))
& is_outside_2(fn_receptor_tyrosine_kinase_10(X),fn_receptor_tyrosine_kinase_9(X))
& object_2(fn_receptor_tyrosine_kinase_11(X),X)
& called_2(X,'MP2')
& has_function_2(X,fn_receptor_tyrosine_kinase_20(X))
& site_2(fn_receptor_tyrosine_kinase_20(X),fn_receptor_tyrosine_kinase_12(X))
& is_at_2(fn_receptor_tyrosine_kinase_19(X),fn_receptor_tyrosine_kinase_12(X))
& has_part_2(X,fn_receptor_tyrosine_kinase_21(X))
& has_region_2(X,fn_receptor_tyrosine_kinase_13(X))
& is_at_2(fn_receptor_tyrosine_kinase_17(X),fn_receptor_tyrosine_kinase_13(X))
& has_region_2(fn_receptor_tyrosine_kinase_17(X),fn_receptor_tyrosine_kinase_18(X))
& is_inside_2(fn_receptor_tyrosine_kinase_18(X),fn_receptor_tyrosine_kinase_12(X))
& has_region_2(X,fn_receptor_tyrosine_kinase_12(X))
& is_inside_2(fn_receptor_tyrosine_kinase_22(X),fn_receptor_tyrosine_kinase_23(X))
& has_part_2(X,fn_receptor_tyrosine_kinase_22(X))
& has_region_2(X,fn_receptor_tyrosine_kinase_23(X))
& fn_receptor_tyrosine_kinase_21(X) != fn_receptor_tyrosine_kinase_22(X)
& fn_receptor_tyrosine_kinase_22(X) != fn_receptor_tyrosine_kinase_21(X)
& has_part_2(fn_receptor_tyrosine_kinase_9(X),X)
& has_region_2(fn_receptor_tyrosine_kinase_9(X),fn_receptor_tyrosine_kinase_10(X))
& fn_receptor_tyrosine_kinase_16(X) = fn_receptor_protein_1(X)
& fn_receptor_tyrosine_kinase_9(X) = fn_cell_surface_receptor_1(X)
& fn_receptor_tyrosine_kinase_15(X) = fn_protein_4(X)
& fn_receptor_tyrosine_kinase_17(X) = fn_protein_14(X)
& fn_receptor_tyrosine_kinase_14(X) = fn_receptor_protein_5(X)
& fn_receptor_tyrosine_kinase_14(X) = fn_protein_enzyme_9(X)
& fn_receptor_tyrosine_kinase_14(X) = fn_kinase_6(X)
& fn_receptor_tyrosine_kinase_14(X) = fn_protein_8(X)
& fn_receptor_tyrosine_kinase_10(X) = fn_plasma_membrane_65(fn_receptor_tyrosine_kinase_9(X))
& fn_receptor_tyrosine_kinase_11(X) = fn_plasma_membrane_52(fn_receptor_tyrosine_kinase_9(X))
& fn_receptor_tyrosine_kinase_19(X) = fn_kinase_3(X)
& fn_receptor_tyrosine_kinase_12(X) = fn_kinase_7(X)
& fn_receptor_tyrosine_kinase_20(X) = fn_kinase_1(X)
& fn_receptor_tyrosine_kinase_21(X) = fn_protein_enzyme_8(X)
& fn_receptor_tyrosine_kinase_12(X) = fn_protein_enzyme_10(X)
& fn_receptor_tyrosine_kinase_18(X) = fn_protein_enzyme_12(X)
& fn_receptor_tyrosine_kinase_17(X) = fn_protein_enzyme_11(X)
& fn_receptor_tyrosine_kinase_13(X) = fn_protein_enzyme_5(X)
& X = fn_carbon_skeleton_3(fn_receptor_tyrosine_kinase_23(X))
& fn_receptor_tyrosine_kinase_21(X) = fn_carbon_skeleton_2(fn_receptor_tyrosine_kinase_23(X))
& fn_receptor_tyrosine_kinase_22(X) = fn_carbon_skeleton_4(fn_receptor_tyrosine_kinase_23(X))
& fn_receptor_tyrosine_kinase_9(X) = fn_membrane_protein_1(X)
& X = fn_plasma_membrane_54(fn_receptor_tyrosine_kinase_9(X))
& X = fn_biomembrane_54(fn_receptor_tyrosine_kinase_9(X))
& fn_receptor_tyrosine_kinase_10(X) = fn_biomembrane_47(fn_receptor_tyrosine_kinase_9(X))
& fn_receptor_tyrosine_kinase_10(X) = fn_biomembrane_41(fn_receptor_tyrosine_kinase_9(X))
& fn_receptor_protein_5(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_kinase_6(X)
& fn_protein_8(X) = fn_protein_8(X)
& fn_protein_8(X) = fn_kinase_6(X)
& fn_kinase_6(X) = fn_protein_8(X)
& fn_protein_8(X) = fn_kinase_7(X)
& fn_kinase_7(X) = fn_kinase_7(X)
& fn_kinase_7(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_14(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_carbon_skeleton_2(fn_receptor_tyrosine_kinase_23(X))
& fn_carbon_skeleton_2(fn_receptor_tyrosine_kinase_23(X)) = fn_carbon_skeleton_2(fn_receptor_tyrosine_kinase_23(X))
& fn_carbon_skeleton_2(fn_receptor_tyrosine_kinase_23(X)) = fn_plasma_membrane_54(fn_receptor_tyrosine_kinase_9(X))
& fn_plasma_membrane_54(fn_receptor_tyrosine_kinase_9(X)) = fn_plasma_membrane_54(fn_receptor_tyrosine_kinase_9(X))
& fn_carbon_skeleton_3(fn_receptor_tyrosine_kinase_23(X)) = fn_plasma_membrane_54(fn_receptor_tyrosine_kinase_9(X))
& fn_plasma_membrane_54(fn_receptor_tyrosine_kinase_9(X)) = fn_carbon_skeleton_3(fn_receptor_tyrosine_kinase_23(X))
& fn_carbon_skeleton_3(fn_receptor_tyrosine_kinase_23(X)) = fn_carbon_skeleton_3(fn_receptor_tyrosine_kinase_23(X))
& fn_carbon_skeleton_3(fn_receptor_tyrosine_kinase_23(X)) = fn_biomembrane_54(fn_receptor_tyrosine_kinase_9(X))
& fn_biomembrane_54(fn_receptor_tyrosine_kinase_9(X)) = fn_plasma_membrane_65(fn_receptor_tyrosine_kinase_9(X))
& fn_plasma_membrane_65(fn_receptor_tyrosine_kinase_9(X)) = fn_biomembrane_47(fn_receptor_tyrosine_kinase_9(X))
& fn_biomembrane_47(fn_receptor_tyrosine_kinase_9(X)) = fn_biomembrane_47(fn_receptor_tyrosine_kinase_9(X))
& fn_biomembrane_47(fn_receptor_tyrosine_kinase_9(X)) = fn_biomembrane_41(fn_receptor_tyrosine_kinase_9(X))
& fn_biomembrane_41(fn_receptor_tyrosine_kinase_9(X)) = fn_cell_surface_receptor_1(X)
& fn_cell_surface_receptor_1(X) = fn_membrane_protein_1(X) ) ) ).
fof(a532183,axiom,
! [X] :
( receptor_tyrosine_kinase_dimer_1(X)
=> ( original_name_2(X,'Receptor-Tyrosine-Kinase-Dimer')
& user_description_2(X,'Tyrosine kinase receptors exist as individual units referred to as monomers. Once a signal binds to the receptor, the monomers form a dimer when they associate closely together.')
& concept2words_2(X,'receptor tyrosine kinase dimer')
& concept2words_2(X,'receptor-tyrosine-kinase-dimer')
& protein_complex_1(X)
& organic_molecule_1(X)
& receptor_tyrosine_kinase_1(fn_receptor_tyrosine_kinase_dimer_1(X))
& monomer_1(fn_receptor_tyrosine_kinase_dimer_1(X))
& monomer_1(fn_receptor_tyrosine_kinase_dimer_2(X))
& receptor_tyrosine_kinase_1(fn_receptor_tyrosine_kinase_dimer_2(X))
& element_2(X,fn_receptor_tyrosine_kinase_dimer_1(X))
& element_2(X,fn_receptor_tyrosine_kinase_dimer_2(X))
& fn_receptor_tyrosine_kinase_dimer_2(X) = fn_protein_complex_1(X) ) ) ).
fof(a532184,axiom,
! [X] :
( recessive_1(X)
=> ( original_name_2(X,'Recessive')
& user_description_2(X,'The recessive condition is said to be masked by the presence of the dominant gene when both are present; i.e., the recessive condition is seen only in the absence of the dominant gene.')
& concept2words_2(X,'absence of the dominant gene')
& concept2words_2(X,recessive)
& genotype_1(X)
& ~ dominant_1(X)
& recessive_allele_1(fn_recessive_1(X))
& element_2(X,fn_recessive_1(X))
& fn_recessive_1(X) = fn_gene_related_aggregates_1(X) ) ) ).
fof(a532185,axiom,
! [X] :
( recessive_allele_1(X)
=> ( original_name_2(X,'Recessive-Allele')
& user_description_2(X,'An allele that does not contribute to the phenotype in heterozygotes.')
& concept2words_2(X,'allele of recessive')
& concept2words_2(X,'recessive allele')
& concept2words_2(X,'recessive-allele')
& allele_1(X)
& ~ dominant_allele_1(X) ) ) ).
fof(a532186,axiom,
! [X] :
( recessive_male_1(X)
=> ( original_name_2(X,'Recessive-Male')
& user_description_2(X,'A male who has the recessive allele for an X chromosome gene.')
& concept2words_2(X,'x recessive and y')
& concept2words_2(X,'x-recessive-and-y')
& concept2words_2(X,'male of recessive')
& concept2words_2(X,'recessive male')
& concept2words_2(X,'recessive-male')
& recessive_1(X)
& ~ dominant_male_1(X)
& ~ heterozygous_female_1(X)
& ~ homozygous_dominant_female_1(X)
& ~ x_dominant_and_y_1(X)
& x_chromosome_recessive_1(fn_recessive_male_1(X))
& code_for_1(fn_recessive_male_2(X))
& dominant_allele_1(fn_recessive_male_3(X))
& donor_2(fn_recessive_male_2(X),X)
& has_part_2(X,fn_recessive_male_1(X))
& element_2(X,fn_recessive_male_3(X))
& agent_2(fn_recessive_male_2(X),X)
& fn_recessive_male_3(X) = fn_gene_related_aggregates_1(X)
& fn_recessive_male_2(X) = fn_genotype_2(X) ) ) ).
fof(a532187,axiom,
! [X] :
( recessive_phenotype_1(X)
=> ( original_name_2(X,'Recessive-Phenotype')
& user_description_2(X,'The phenotype of a genotype containing two recessive alleles.')
& concept2words_2(X,'phenotype of recessive')
& concept2words_2(X,'recessive phenotype')
& concept2words_2(X,'recessive-phenotype')
& phenotype_1(X) ) ) ).
fof(a532188,axiom,
! [X] :
( recessive_trait_1(X)
=> ( original_name_2(X,'Recessive-Trait')
& user_description_2(X,'A genetic trait which is is seen only in the absence of the dominant gene.')
& concept2words_2(X,'trait of recessive')
& concept2words_2(X,'recessive trait')
& concept2words_2(X,'recessive-trait')
& trait_1(X)
& ~ dominant_trait_1(X)
& ~ heterozygous_trait_incomplete_dominance_1(X)
& ~ multifactorial_phenotype_1(X)
& recessive_allele_1(fn_recessive_trait_1(X))
& code_for_1(fn_recessive_trait_2(X))
& trait_1(fn_gene_14(fn_recessive_trait_1(X)))
& code_for_1(fn_gene_13(fn_recessive_trait_1(X)))
& exactCardinality(fn_recessive_trait_2(X),agent_0,"2",recessive_allele_0)
& agent_2(fn_recessive_trait_2(X),fn_recessive_trait_1(X))
& result_2(fn_recessive_trait_2(X),X)
& X = fn_gene_14(fn_recessive_trait_1(X))
& fn_recessive_trait_2(X) = fn_gene_13(fn_recessive_trait_1(X)) ) ) ).
fof(a532189,axiom,
! [X] :
( recipient_role_1(X)
=> ( original_name_2(X,'Recipient-Role')
& concept2words_2(X,recipient)
& concept2words_2(X,receiver)
& concept2words_2(X,'role of recipient')
& concept2words_2(X,'recipient role')
& concept2words_2(X,'recipient-role')
& role_1(X)
& entity_1(fn_recipient_role_1(X))
& plays_2(fn_recipient_role_1(X),X) ) ) ).
fof(a532190,axiom,
! [X] :
( reciprocal_altruism_1(X)
=> ( original_name_2(X,'Reciprocal-Altruism')
& user_description_2(X,'Behavior in which one organism temporarily benefits an unrelated individual at the expense of its own fitness, with the expectation that the recipient will behave in a similar way at a later time.')
& concept2words_2(X,'altruism of reciprocal')
& concept2words_2(X,'reciprocal altruism')
& concept2words_2(X,'reciprocal-altruism')
& altruism_1(X) ) ) ).
fof(a532191,axiom,
! [X] :
( recognize_1(X)
=> ( original_name_2(X,'Recognize')
& concept2words_2(X,acknowledge)
& concept2words_2(X,recognize)
& concept2words_2(X,recognise)
& concept2words_2(X,know)
& concept2words_2(X,distinguish)
& concept2words_2(X,discern)
& concept2words_2(X,'pick out')
& concept2words_2(X,pick_out)
& concept2words_2(X,'make out')
& concept2words_2(X,make_out)
& concept2words_2(X,'tell apart')
& concept2words_2(X,tell_apart)
& perceive_1(X) ) ) ).
fof(a532192,axiom,
! [X] :
( recombinant_1(X)
=> ( original_name_2(X,'Recombinant')
& user_description_2(X,'An offspring whose phenotype differs from that of the parents.')
& concept2words_2(X,recombinants)
& concept2words_2(X,recombinant)
& organism_1(X)
& ~ diploid_organism_1(X)
& organism_1(fn_recombinant_1(X))
& cross_breeding_event_1(fn_recombinant_2(X))
& genotype_of_offspring_1(fn_recombinant_3(X))
& genotype_of_parent_1(fn_recombinant_4(X))
& organism_1(fn_genotype_of_parent_2(fn_recombinant_4(X)))
& organism_1(fn_cross_breeding_event_1(fn_recombinant_2(X)))
& organism_1(fn_cross_breeding_event_10(fn_recombinant_2(X)))
& organism_1(fn_cross_breeding_event_9(fn_recombinant_2(X)))
& organism_1(fn_cross_breeding_event_11(fn_recombinant_2(X)))
& agent_2(fn_recombinant_2(X),fn_recombinant_1(X))
& has_part_2(X,fn_recombinant_3(X))
& has_part_2(fn_recombinant_1(X),fn_recombinant_4(X))
& result_2(fn_recombinant_2(X),X)
& fn_recombinant_3(X) = fn_organism_3(X)
& fn_recombinant_1(X) = fn_genotype_of_parent_2(fn_recombinant_4(X))
& X = fn_cross_breeding_event_1(fn_recombinant_2(X))
& X = fn_cross_breeding_event_10(fn_recombinant_2(X))
& X = fn_cross_breeding_event_9(fn_recombinant_2(X))
& X = fn_cross_breeding_event_11(fn_recombinant_2(X))
& fn_cross_breeding_event_1(fn_recombinant_2(X)) = fn_cross_breeding_event_10(fn_recombinant_2(X))
& fn_cross_breeding_event_10(fn_recombinant_2(X)) = fn_cross_breeding_event_10(fn_recombinant_2(X))
& fn_cross_breeding_event_10(fn_recombinant_2(X)) = fn_cross_breeding_event_9(fn_recombinant_2(X))
& fn_cross_breeding_event_9(fn_recombinant_2(X)) = fn_cross_breeding_event_9(fn_recombinant_2(X))
& fn_cross_breeding_event_9(fn_recombinant_2(X)) = fn_cross_breeding_event_11(fn_recombinant_2(X)) ) ) ).
fof(a532193,axiom,
! [X] :
( recombinant_chromosome_1(X)
=> ( original_name_2(X,'Recombinant-Chromosome')
& user_description_2(X,'A chromosome that combines the DNA from two parents, due to crossing over events in meiosis.')
& concept2words_2(X,recombinants)
& concept2words_2(X,chromosome)
& concept2words_2(X,'chromosome of recombinant')
& concept2words_2(X,'recombinant chromosome')
& concept2words_2(X,'recombinant-chromosome')
& eukaryotic_chromosome_1(X)
& dna_1(X)
& ~ chromosome_fragment_1(X)
& ~ defective_chromosome_1(X)
& ~ human_chromosome_1(X)
& ~ non_homologous_chromosome_1(X)
& ~ paternal_chromosome_1(X)
& ~ sex_chromosome_1(X)
& ~ yeast_artificial_chromosome_1(X)
& come_together_1(fn_recombinant_chromosome_1(X))
& parental_strands_1(fn_recombinant_chromosome_2(X))
& origin_2(fn_recombinant_chromosome_1(X),fn_recombinant_chromosome_2(X))
& result_2(fn_recombinant_chromosome_1(X),X) ) ) ).
fof(a532194,axiom,
! [X] :
( recombinant_dna_1(X)
=> ( original_name_2(X,'Recombinant-DNA')
& user_description_2(X,'A DNA molecule made in vitro with segments from different sources.')
& concept2words_2(X,'genetic recombination')
& concept2words_2(X,'genetic-recombination')
& concept2words_2(X,rdna)
& concept2words_2(X,'chimeric dna')
& concept2words_2(X,'chimeric-dna')
& concept2words_2(X,'dna of recombinant')
& concept2words_2(X,'recombinant dna')
& concept2words_2(X,'recombinant-dna')
& modified_dna_1(X)
& atom_1(fn_recombinant_dna_5(X))
& chemical_entity_1(fn_recombinant_dna_5(X))
& carbon_1(fn_recombinant_dna_6(X))
& dna_strand_1(fn_recombinant_dna_7(X))
& kinetic_energy_1(fn_recombinant_dna_8(X))
& constant_motion_1(fn_recombinant_dna_9(X))
& carbon_skeleton_1(fn_recombinant_dna_10(X))
& speed_value_1(fn_recombinant_dna_11(X))
& quantity_value_1(fn_recombinant_dna_12(X))
& size_value_1(fn_recombinant_dna_13(X))
& size_value_1(fn_recombinant_dna_14(X))
& monomer_1(fn_recombinant_dna_15(X))
& nucleoside_monophosphate_1(fn_recombinant_dna_15(X))
& dna_1(fn_recombinant_dna_16(X))
& dna_1(fn_recombinant_dna_17(X))
& attach_1(fn_recombinant_dna_18(X))
& dna_strand_1(fn_recombinant_dna_19(X))
& spatial_entity_1(fn_attach_1(fn_recombinant_dna_18(X)))
& spatial_entity_1(fn_attach_2(fn_recombinant_dna_18(X)))
& carbon_1(fn_carbon_skeleton_4(fn_recombinant_dna_10(X)))
& atom_1(fn_carbon_skeleton_2(fn_recombinant_dna_10(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_recombinant_dna_10(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_recombinant_dna_10(X)))
& result_2(fn_recombinant_dna_18(X),X)
& object_2(fn_recombinant_dna_18(X),fn_recombinant_dna_17(X))
& base_2(fn_recombinant_dna_18(X),fn_recombinant_dna_16(X))
& size_2(X,fn_recombinant_dna_13(X))
& has_part_2(X,fn_recombinant_dna_15(X))
& size_2(fn_recombinant_dna_15(X),fn_recombinant_dna_14(X))
& greater_than_2(fn_recombinant_dna_13(X),fn_recombinant_dna_14(X))
& has_part_2(X,fn_recombinant_dna_5(X))
& possesses_2(X,fn_recombinant_dna_8(X))
& quantity_2(fn_recombinant_dna_8(X),fn_recombinant_dna_12(X))
& directly_proportional_2(fn_recombinant_dna_11(X),fn_recombinant_dna_12(X))
& speed_2(fn_recombinant_dna_9(X),fn_recombinant_dna_11(X))
& object_2(fn_recombinant_dna_9(X),X)
& has_part_2(X,fn_recombinant_dna_7(X))
& has_part_2(X,fn_recombinant_dna_19(X))
& complement_2(fn_recombinant_dna_7(X),fn_recombinant_dna_19(X))
& complement_2(fn_recombinant_dna_19(X),fn_recombinant_dna_7(X))
& fn_recombinant_dna_7(X) != fn_recombinant_dna_19(X)
& fn_recombinant_dna_19(X) != fn_recombinant_dna_7(X)
& is_inside_2(fn_recombinant_dna_6(X),fn_recombinant_dna_10(X))
& has_part_2(X,fn_recombinant_dna_6(X))
& has_region_2(X,fn_recombinant_dna_10(X))
& fn_recombinant_dna_5(X) != fn_recombinant_dna_6(X)
& fn_recombinant_dna_6(X) != fn_recombinant_dna_5(X)
& fn_recombinant_dna_17(X) = fn_attach_1(fn_recombinant_dna_18(X))
& fn_recombinant_dna_16(X) = fn_attach_2(fn_recombinant_dna_18(X))
& fn_recombinant_dna_4(X) = fn_nucleic_acid_34(X)
& fn_recombinant_dna_3(X) = fn_nucleic_acid_33(X)
& fn_recombinant_dna_13(X) = fn_nucleic_acid_29(X)
& fn_recombinant_dna_14(X) = fn_nucleic_acid_28(X)
& fn_recombinant_dna_15(X) = fn_polymer_4(X)
& fn_recombinant_dna_15(X) = fn_nucleic_acid_20(X)
& fn_recombinant_dna_2(X) = fn_molecule_1(X)
& fn_recombinant_dna_5(X) = fn_molecule_7(X)
& fn_recombinant_dna_1(X) = fn_molecule_2(X)
& fn_recombinant_dna_9(X) = fn_molecule_8(X)
& fn_recombinant_dna_11(X) = fn_molecule_3(X)
& fn_recombinant_dna_12(X) = fn_molecule_4(X)
& fn_recombinant_dna_8(X) = fn_molecule_12(X)
& fn_recombinant_dna_7(X) = fn_dna_2(X)
& fn_recombinant_dna_19(X) = fn_dna_11(X)
& X = fn_carbon_skeleton_3(fn_recombinant_dna_10(X))
& fn_recombinant_dna_5(X) = fn_carbon_skeleton_2(fn_recombinant_dna_10(X))
& fn_recombinant_dna_6(X) = fn_carbon_skeleton_4(fn_recombinant_dna_10(X))
& fn_nucleic_acid_20(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_nucleic_acid_20(X)
& fn_nucleic_acid_20(X) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_carbon_skeleton_2(fn_recombinant_dna_10(X))
& fn_carbon_skeleton_2(fn_recombinant_dna_10(X)) = fn_carbon_skeleton_2(fn_recombinant_dna_10(X))
& fn_carbon_skeleton_3(fn_recombinant_dna_10(X)) = fn_carbon_skeleton_3(fn_recombinant_dna_10(X)) ) ) ).
fof(a532195,axiom,
! [X] :
( recombinant_dna_technology_1(X)
=> ( original_name_2(X,'Recombinant-DNA-Technology')
& user_description_2(X,'Recombinant DNA is a DNA molecule made in vitro with segments from different sources.')
& concept2words_2(X,'recombinant dna technology')
& concept2words_2(X,'recombinant-dna-technology')
& engineering_1(X) ) ) ).
fof(a532196,axiom,
! [X] :
( recombinant_immune_cell_1(X)
=> ( original_name_2(X,'Recombinant-Immune-Cell')
& user_description_2(X,'An invertrbrate immune cell whose genome has undergone permanent rearrangement.')
& concept2words_2(X,'recombinant immune cell')
& concept2words_2(X,'recombinant-immune-cell')
& immune_cell_1(X)
& ~ antigen_presenting_cell_1(X)
& ~ effector_cell_1(X)
& ~ eosinophil_1(X)
& ~ mast_cell_1(X)
& ~ natural_killer_cell_1(X)
& ~ neutrophil_1(X) ) ) ).
fof(a532197,axiom,
! [X] :
( recombinant_plasmid_1(X)
=> ( original_name_2(X,'Recombinant-Plasmid')
& user_description_2(X,'A recombinant plasmid is produced by inserting DNA into plasmids.')
& concept2words_2(X,'plasmid of recombinant')
& concept2words_2(X,'recombinant plasmid')
& concept2words_2(X,'recombinant-plasmid')
& recombinant_dna_1(X)
& attach_1(fn_recombinant_plasmid_1(X))
& cloning_plasmid_1(fn_recombinant_plasmid_2(X))
& result_2(fn_recombinant_plasmid_1(X),X)
& base_2(fn_recombinant_plasmid_1(X),fn_recombinant_plasmid_2(X))
& fn_recombinant_plasmid_2(X) = fn_recombinant_dna_16(X)
& fn_recombinant_plasmid_1(X) = fn_recombinant_dna_18(X) ) ) ).
fof(a532198,axiom,
! [X] :
( recombination_1(X)
=> ( original_name_2(X,'Recombination')
& user_description_2(X,'Genetic recombination, the process by which genetic material is broken and joined to other genetic material.')
& concept2words_2(X,recombine)
& concept2words_2(X,recombination)
& alter_1(X)
& ~ fusion_1(X)
& ~ staining_1(X) ) ) ).
fof(a532199,axiom,
! [X] :
( recombination_frequency_1(X)
=> ( original_name_2(X,'Recombination-Frequency')
& user_description_2(X,'Probability of recombination event.')
& concept2words_2(X,'frequency of recombination')
& concept2words_2(X,'recombination frequency')
& concept2words_2(X,'recombination-frequency')
& data_1(X)
& ~ map_unit_1(X)
& gene_1(fn_recombination_frequency_1(X))
& random_recombination_1(fn_recombination_frequency_2(X))
& exactCardinality(fn_recombination_frequency_2(X),object_0,"2",gene_0)
& object_2(fn_recombination_frequency_2(X),fn_recombination_frequency_1(X))
& information_content_2(X,fn_recombination_frequency_2(X))
& fn_recombination_frequency_2(X) = fn_information_1(X) ) ) ).
fof(a532200,axiom,
! [X] :
( record_1(X)
=> ( original_name_2(X,'Record')
& concept2words_2(X,record)
& concept2words_2(X,tape)
& concept2words_2(X,recording)
& concept2words_2(X,transcription)
& concept2words_2(X,create)
& create_1(X)
& recording_1(fn_record_1(X))
& result_2(X,fn_record_1(X))
& fn_record_1(X) = fn_create_1(X) ) ) ).
fof(a532201,axiom,
! [X] :
( recording_1(X)
=> ( original_name_2(X,'Recording')
& description_2(X,'A kind of Message created by a Sensor as the result of a Record event.')
& concept2words_2(X,recording)
& message_1(X)
& ~ document_1(X)
& record_1(fn_recording_1(X))
& recording_1(fn_record_1(fn_recording_1(X)))
& result_2(fn_recording_1(X),X)
& X = fn_record_1(fn_recording_1(X)) ) ) ).
fof(a532202,axiom,
! [X] :
( recreate_1(X)
=> ( original_name_2(X,'Recreate')
& user_description_2(X,'To make again or make anew.')
& concept2words_2(X,'re create')
& concept2words_2(X,'re form')
& concept2words_2(X,reform)
& concept2words_2(X,recreate)
& create_1(X)
& entity_1(fn_recreate_1(X))
& tangible_entity_1(fn_recreate_2(X))
& destroy_1(fn_recreate_3(X))
& tangible_entity_1(fn_impair_1(fn_recreate_3(X)))
& next_event_2(fn_recreate_3(X),X)
& same_type_2(fn_recreate_2(X),fn_recreate_1(X))
& same_type_2(fn_recreate_1(X),fn_recreate_2(X))
& object_2(fn_recreate_3(X),fn_recreate_2(X))
& result_2(X,fn_recreate_1(X))
& fn_recreate_2(X) = fn_impair_1(fn_recreate_3(X))
& fn_recreate_1(X) = fn_create_1(X) ) ) ).
fof(a532203,axiom,
! [X] :
( recruitment_1(X)
=> ( original_name_2(X,'Recruitment')
& user_description_2(X,'The process of progressively increasing the tension of a muscle by activating more and more of the motor neurons controlling the muscle.')
& concept2words_2(X,recruit)
& concept2words_2(X,recruitment)
& animal_process_1(X) ) ) ).
fof(a532204,axiom,
! [X] :
( rectum_1(X)
=> ( original_name_2(X,'Rectum')
& user_description_2(X,'The distal part of the large intestine, where feces are stored until the animal defecates.')
& concept2words_2(X,rectum)
& animal_organ_1(X)
& ~ labia_majora_1(X)
& ~ alveolus_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ bronchus_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ collecting_duct_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ corpus_luteum_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endometrium_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ islets_of_langerhans_1(X)
& ~ labia_minora_1(X)
& ~ lacteal_1(X)
& ~ loop_of_henle_1(X)
& ~ prepuce_1(X)
& ~ proximal_tubule_1(X)
& ~ renal_cortex_1(X)
& ~ seminiferous_tubule_1(X)
& ~ trophoblast_1(X)
& animal_cell_1(fn_rectum_1(X))
& time_interval_1(fn_rectum_2(X))
& elimination_1(fn_rectum_3(X))
& time_interval_1(fn_rectum_4(X))
& store_1(fn_rectum_5(X))
& feces_1(fn_rectum_6(X))
& entity_1(fn_store_1(fn_rectum_5(X)))
& spatial_entity_1(fn_store_2(fn_rectum_5(X)))
& next_event_2(fn_rectum_5(X),fn_rectum_3(X))
& time_during_2(fn_rectum_5(X),fn_rectum_2(X))
& time_before_2(fn_rectum_2(X),fn_rectum_4(X))
& object_2(fn_rectum_3(X),fn_rectum_6(X))
& time_during_2(fn_rectum_3(X),fn_rectum_4(X))
& has_part_2(X,fn_rectum_1(X))
& object_2(fn_rectum_5(X),fn_rectum_6(X))
& base_2(fn_rectum_5(X),X)
& fn_rectum_6(X) = fn_store_1(fn_rectum_5(X))
& X = fn_store_2(fn_rectum_5(X)) ) ) ).
fof(a532205,axiom,
! [X,X1] :
( ( object_2(X,X1)
& cellular_recycling_1(X)
& amino_acid_1(X1) )
=> ( recycling_of_amino_acid_1(X)
& fn_recycling_of_amino_acid_5(X) = X1 ) ) ).
fof(a532206,axiom,
! [X] :
( recycling_of_amino_acid_1(X)
=> ( original_name_2(X,'Recycling-Of-Amino-Acid')
& user_description_2(X,'The break down of proteins via hydrolysis to form amino acids. These amino acids will then be used for protein synthesis or metabolism as in glycolysis or the citric acid cycle. Recycling of Amino Acids is an important process when the cell is starved of amino acids from an outside source. It cannibalizes its own proteins to provide itself with amino acids.')
& concept2words_2(X,recycle)
& concept2words_2(X,'recycling of amino acid')
& concept2words_2(X,'recycling-of-amino-acid')
& cellular_recycling_1(X)
& ~ cellular_recycling_of_atp_1(X)
& functional_protein_1(fn_recycling_of_amino_acid_1(X))
& protein_1(fn_recycling_of_amino_acid_3(X))
& hydrolysis_1(fn_recycling_of_amino_acid_4(X))
& amino_acid_1(fn_recycling_of_amino_acid_5(X))
& synthesis_of_protein_1(fn_recycling_of_amino_acid_6(X))
& chemical_entity_1(fn_exergonic_reaction_10(fn_recycling_of_amino_acid_4(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_recycling_of_amino_acid_4(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_recycling_of_amino_acid_4(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_recycling_of_amino_acid_4(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_recycling_of_amino_acid_4(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_recycling_of_amino_acid_6(X)))
& next_event_2(fn_recycling_of_amino_acid_4(X),fn_recycling_of_amino_acid_6(X))
& material_2(fn_recycling_of_amino_acid_1(X),fn_recycling_of_amino_acid_5(X))
& subevent_2(X,fn_recycling_of_amino_acid_4(X))
& subevent_2(X,fn_recycling_of_amino_acid_6(X))
& object_2(X,fn_recycling_of_amino_acid_5(X))
& result_2(fn_recycling_of_amino_acid_4(X),fn_recycling_of_amino_acid_5(X))
& raw_material_2(fn_recycling_of_amino_acid_4(X),fn_recycling_of_amino_acid_3(X))
& raw_material_2(fn_recycling_of_amino_acid_6(X),fn_recycling_of_amino_acid_5(X))
& fn_recycling_of_amino_acid_5(X) = fn_decomposition_reaction_4(fn_recycling_of_amino_acid_4(X))
& fn_recycling_of_amino_acid_5(X) = fn_exergonic_reaction_11(fn_recycling_of_amino_acid_4(X))
& fn_recycling_of_amino_acid_5(X) = fn_hydrolysis_9(fn_recycling_of_amino_acid_4(X))
& fn_recycling_of_amino_acid_3(X) = fn_exergonic_reaction_10(fn_recycling_of_amino_acid_4(X))
& fn_recycling_of_amino_acid_3(X) = fn_hydrolysis_11(fn_recycling_of_amino_acid_4(X))
& fn_recycling_of_amino_acid_5(X) = fn_anabolic_pathway_6(fn_recycling_of_amino_acid_6(X))
& fn_exergonic_reaction_10(fn_recycling_of_amino_acid_4(X)) = fn_hydrolysis_11(fn_recycling_of_amino_acid_4(X))
& fn_hydrolysis_11(fn_recycling_of_amino_acid_4(X)) = fn_decomposition_reaction_4(fn_recycling_of_amino_acid_4(X))
& fn_decomposition_reaction_4(fn_recycling_of_amino_acid_4(X)) = fn_exergonic_reaction_11(fn_recycling_of_amino_acid_4(X))
& fn_exergonic_reaction_11(fn_recycling_of_amino_acid_4(X)) = fn_exergonic_reaction_11(fn_recycling_of_amino_acid_4(X))
& fn_exergonic_reaction_11(fn_recycling_of_amino_acid_4(X)) = fn_hydrolysis_9(fn_recycling_of_amino_acid_4(X))
& fn_hydrolysis_9(fn_recycling_of_amino_acid_4(X)) = fn_hydrolysis_9(fn_recycling_of_amino_acid_4(X))
& fn_hydrolysis_9(fn_recycling_of_amino_acid_4(X)) = fn_anabolic_pathway_6(fn_recycling_of_amino_acid_6(X)) ) ) ).
fof(a532207,axiom,
! [X] :
( recycling_of_oxygen_1(X)
=> ( original_name_2(X,'Recycling-Of-Oxygen')
& user_description_2(X,'The waste product of photosynthesis, O2, restores the atmospheric oxygen consumed during cellular respiration.')
& concept2words_2(X,recycle)
& concept2words_2(X,'oxygen recycling')
& concept2words_2(X,'oxygen-recycling')
& concept2words_2(X,'recycling of oxygen')
& concept2words_2(X,'recycling-of-oxygen')
& cellular_recycling_1(X)
& cellular_respiration_1(fn_recycling_of_oxygen_1(X))
& photosynthesis_1(fn_recycling_of_oxygen_2(X))
& subevent_2(X,fn_recycling_of_oxygen_2(X))
& subevent_2(X,fn_recycling_of_oxygen_1(X)) ) ) ).
fof(a532208,axiom,
! [X] :
( red_algae_1(X)
=> ( original_name_2(X,'Red-Algae')
& user_description_2(X,'Photosynthetic protists in the phylum Rhodophyta, whose red pigments cover the green of chlorophyll. Most are marine and multicellular.')
& concept2words_2(X,'algae of red')
& concept2words_2(X,'red algae')
& concept2words_2(X,'red-algae')
& rhodophyte_1(X) ) ) ).
fof(a532209,axiom,
! [X] :
( red_cockaded_woodpecker_1(X)
=> ( original_name_2(X,'Red-Cockaded-Woodpecker')
& user_description_2(X,'Picoides borealis, a woodpecker native to southeastern North America.')
& concept2words_2(X,'red cockaded woodpecker')
& concept2words_2(X,'red-cockaded woodpecker')
& concept2words_2(X,'red-cockaded-woodpecker')
& bird_1(X)
& ~ brown_headed_cowbird_1(X)
& ~ flightless_birds_1(X)
& ~ florida_scrub_jay_1(X)
& ~ galapagos_finch_1(X)
& ~ great_auk_1(X)
& ~ greylag_geese_1(X)
& ~ killdeer_1(X)
& ~ ratite_1(X) ) ) ).
fof(a532210,axiom,
! [X] :
( red_light_1(X)
=> ( original_name_2(X,'Red-Light')
& user_description_2(X,'The portion of the electromagnetic spectrum that can be detected as red by the human eye, ranging in wavelength from about 620 nm to 750 nm.')
& concept2words_2(X,'light of red')
& concept2words_2(X,'red light')
& concept2words_2(X,'red-light')
& light_1(X)
& visible_light_1(fn_red_light_1(X))
& length_value_1(fn_red_light_3(X))
& color_value_1(fn_red_light_5(X))
& length_value_1(fn_red_light_6(X))
& quantity_value_1(fn_red_light_9(X))
& move_1(fn_red_light_10(X))
& length_value_1(fn_red_light_11(X))
& spatial_entity_1(fn_move_1(fn_red_light_10(X)))
& has_part_2(fn_red_light_1(X),X)
& greater_than_or_equal_to_2(fn_red_light_3(X),fn_red_light_11(X))
& the_cardinal_value_2(fn_red_light_3(X),"750.0e0")
& cardinal_unit_class_2(fn_red_light_3(X),nanometer_0)
& the_categorical_value_2(fn_red_light_5(X),red_0)
& color_2(X,fn_red_light_5(X))
& the_cardinal_value_2(fn_red_light_6(X),"620.0e0")
& cardinal_unit_class_2(fn_red_light_6(X),nanometer_0)
& greater_than_or_equal_to_2(fn_red_light_11(X),fn_red_light_6(X))
& object_2(fn_red_light_10(X),X)
& quantity_2(X,fn_red_light_9(X))
& wavelength_2(X,fn_red_light_11(X))
& inversely_proportional_2(fn_red_light_9(X),fn_red_light_11(X))
& X = fn_move_1(fn_red_light_10(X))
& fn_red_light_12(X) = fn_electromagnetic_energy_1(X)
& fn_red_light_8(X) = fn_electromagnetic_energy_2(X)
& fn_red_light_9(X) = fn_electromagnetic_energy_3(X)
& fn_red_light_11(X) = fn_electromagnetic_energy_4(X) ) ) ).
fof(a532211,axiom,
! [X] :
( red_tide_1(X)
=> ( original_name_2(X,'Red-Tide')
& user_description_2(X,'A rapid population explosion of phytoplankton in coastal areas, resulting in population densities high enough to color the water. Some red tide species produce toxins and a red tide of these organisms is referred to as a harmful algal bloom.')
& concept2words_2(X,'tide of red')
& concept2words_2(X,'red tide')
& concept2words_2(X,'red-tide')
& disturbance_1(X)
& ~ acid_precipitation_1(X) ) ) ).
fof(a532212,axiom,
! [X] :
( redox_reaction_1(X)
=> ( original_name_2(X,'Redox-Reaction')
& user_description_2(X,'Redox (shorthand for oxidation-reduction) reactions describe all chemical reactions in which atoms have their oxidation number (oxidation state) changed.')
& concept2words_2(X,'redox process')
& concept2words_2(X,'oxidation reduction')
& concept2words_2(X,'oxidation-reduction')
& concept2words_2(X,'reduction oxidation')
& concept2words_2(X,'reduction-oxidation')
& concept2words_2(X,'transfer of electron')
& concept2words_2(X,'electron transfer')
& concept2words_2(X,convert)
& concept2words_2(X,'reaction of redox')
& concept2words_2(X,'redox reaction')
& concept2words_2(X,'redox-reaction')
& chemical_reaction_1(X)
& electronegativity_value_1(fn_redox_reaction_1(X))
& atom_1(fn_redox_reaction_2(X))
& intensity_value_1(fn_redox_reaction_4(X))
& activation_energy_1(fn_redox_reaction_6(X))
& tangible_entity_1(fn_redox_reaction_7(X))
& electron_1(fn_redox_reaction_7(X))
& lose_1(fn_redox_reaction_8(X))
& entity_1(fn_redox_reaction_9(X))
& potential_energy_1(fn_redox_reaction_9(X))
& reduction_1(fn_redox_reaction_10(X))
& oxidation_1(fn_redox_reaction_11(X))
& chemical_entity_1(fn_redox_reaction_12(X))
& atom_1(fn_redox_reaction_13(X))
& electronegativity_value_1(fn_redox_reaction_14(X))
& chemical_entity_1(fn_redox_reaction_16(X))
& property_node_1(fn_oxidation_5(fn_redox_reaction_11(X)))
& electronegativity_value_1(fn_oxidation_2(fn_redox_reaction_11(X)))
& atom_1(fn_oxidation_1(fn_redox_reaction_11(X)))
& entity_1(fn_transfer_1(fn_redox_reaction_8(X)))
& potential_energy_1(fn_electron_3(fn_redox_reaction_7(X)))
& chemical_entity_1(fn_reduction_1(fn_redox_reaction_10(X)))
& chemical_entity_1(fn_oxidation_10(fn_redox_reaction_11(X)))
& chemical_entity_1(fn_reduction_3(fn_redox_reaction_10(X)))
& chemical_entity_1(fn_oxidation_7(fn_redox_reaction_11(X)))
& tangible_entity_1(fn_lose_1(fn_redox_reaction_8(X)))
& electron_1(fn_reduction_4(fn_redox_reaction_10(X)))
& electron_1(fn_oxidation_9(fn_redox_reaction_11(X)))
& has_atom_2(fn_redox_reaction_16(X),fn_redox_reaction_2(X))
& fn_redox_reaction_11(X) != fn_redox_reaction_8(X)
& raw_material_2(fn_redox_reaction_10(X),fn_redox_reaction_6(X))
& causes_2(X,fn_redox_reaction_8(X))
& raw_material_2(X,fn_redox_reaction_12(X))
& subevent_2(X,fn_redox_reaction_10(X))
& subevent_2(X,fn_redox_reaction_11(X))
& greater_than_or_equal_to_2(fn_redox_reaction_1(X),fn_redox_reaction_14(X))
& greater_than_2(fn_redox_reaction_1(X),fn_redox_reaction_14(X))
& directly_proportional_2(fn_redox_reaction_1(X),fn_redox_reaction_4(X))
& electronegativity_2(fn_redox_reaction_2(X),fn_redox_reaction_1(X))
& fn_redox_reaction_8(X) != fn_redox_reaction_11(X)
& donor_2(fn_redox_reaction_8(X),fn_redox_reaction_7(X))
& object_2(fn_redox_reaction_8(X),fn_redox_reaction_9(X))
& raw_material_2(X,fn_redox_reaction_16(X))
& possesses_2(fn_redox_reaction_7(X),fn_redox_reaction_9(X))
& donor_2(fn_redox_reaction_10(X),fn_redox_reaction_12(X))
& recipient_2(fn_redox_reaction_10(X),fn_redox_reaction_16(X))
& object_2(fn_redox_reaction_10(X),fn_redox_reaction_7(X))
& electronegativity_2(fn_redox_reaction_13(X),fn_redox_reaction_14(X))
& recipient_2(fn_redox_reaction_11(X),fn_redox_reaction_16(X))
& donor_2(fn_redox_reaction_11(X),fn_redox_reaction_12(X))
& has_atom_2(fn_redox_reaction_12(X),fn_redox_reaction_13(X))
& fn_redox_reaction_12(X) != fn_redox_reaction_16(X)
& fn_redox_reaction_16(X) != fn_redox_reaction_12(X)
& object_2(fn_redox_reaction_11(X),fn_redox_reaction_7(X))
& fn_redox_reaction_16(X) != fn_redox_reaction_7(X)
& fn_redox_reaction_7(X) != fn_redox_reaction_16(X)
& fn_redox_reaction_12(X) != fn_redox_reaction_7(X)
& fn_redox_reaction_7(X) != fn_redox_reaction_12(X)
& fn_redox_reaction_7(X) = fn_lose_1(fn_redox_reaction_8(X))
& fn_redox_reaction_9(X) = fn_transfer_1(fn_redox_reaction_8(X))
& fn_redox_reaction_16(X) = fn_chemical_reaction_2(X)
& fn_redox_reaction_9(X) = fn_electron_3(fn_redox_reaction_7(X))
& fn_redox_reaction_12(X) = fn_reduction_1(fn_redox_reaction_10(X))
& fn_redox_reaction_16(X) = fn_reduction_3(fn_redox_reaction_10(X))
& fn_redox_reaction_7(X) = fn_reduction_4(fn_redox_reaction_10(X))
& fn_redox_reaction_15(X) = fn_oxidation_5(fn_redox_reaction_11(X))
& fn_redox_reaction_14(X) = fn_oxidation_2(fn_redox_reaction_11(X))
& fn_redox_reaction_13(X) = fn_oxidation_1(fn_redox_reaction_11(X))
& fn_redox_reaction_12(X) = fn_oxidation_10(fn_redox_reaction_11(X))
& fn_redox_reaction_16(X) = fn_oxidation_7(fn_redox_reaction_11(X))
& fn_redox_reaction_7(X) = fn_oxidation_9(fn_redox_reaction_11(X))
& fn_transfer_1(fn_redox_reaction_8(X)) = fn_electron_3(fn_redox_reaction_7(X))
& fn_electron_3(fn_redox_reaction_7(X)) = fn_reduction_1(fn_redox_reaction_10(X))
& fn_reduction_1(fn_redox_reaction_10(X)) = fn_oxidation_10(fn_redox_reaction_11(X))
& fn_oxidation_10(fn_redox_reaction_11(X)) = fn_oxidation_10(fn_redox_reaction_11(X))
& fn_oxidation_10(fn_redox_reaction_11(X)) = fn_chemical_reaction_2(X)
& fn_chemical_reaction_2(X) = fn_reduction_3(fn_redox_reaction_10(X))
& fn_reduction_3(fn_redox_reaction_10(X)) = fn_reduction_3(fn_redox_reaction_10(X))
& fn_reduction_3(fn_redox_reaction_10(X)) = fn_oxidation_7(fn_redox_reaction_11(X))
& fn_oxidation_7(fn_redox_reaction_11(X)) = fn_oxidation_7(fn_redox_reaction_11(X))
& fn_oxidation_7(fn_redox_reaction_11(X)) = fn_lose_1(fn_redox_reaction_8(X))
& fn_lose_1(fn_redox_reaction_8(X)) = fn_reduction_4(fn_redox_reaction_10(X))
& fn_reduction_4(fn_redox_reaction_10(X)) = fn_reduction_4(fn_redox_reaction_10(X))
& fn_reduction_4(fn_redox_reaction_10(X)) = fn_oxidation_9(fn_redox_reaction_11(X))
& fn_oxidation_9(fn_redox_reaction_11(X)) = fn_oxidation_9(fn_redox_reaction_11(X)) ) ) ).
fof(a532213,axiom,
! [X] :
( reducing_agent_1(X)
=> ( original_name_2(X,'Reducing-Agent')
& user_description_2(X,'The electron donor in a redox reaction.')
& concept2words_2(X,'reducing agent')
& concept2words_2(X,'agent of reduction')
& concept2words_2(X,'agent of reducing')
& concept2words_2(X,'reducing-agent')
& role_1(X)
& reduction_1(fn_reducing_agent_1(X))
& chemical_entity_1(fn_reducing_agent_2(X))
& in_event_2(X,fn_reducing_agent_1(X))
& donor_2(fn_reducing_agent_1(X),fn_reducing_agent_2(X))
& plays_2(fn_reducing_agent_2(X),X) ) ) ).
fof(a532214,axiom,
! [X] :
( reduction_1(X)
=> ( original_name_2(X,'Reduction')
& user_description_2(X,'A reaction in which the atoms in an element accept electrons.')
& concept2words_2(X,transfer)
& concept2words_2(X,reduce)
& concept2words_2(X,reduction)
& receive_1(X)
& chemical_entity_1(fn_reduction_1(X))
& electron_recipient_1(fn_reduction_2(X))
& chemical_entity_1(fn_reduction_3(X))
& electron_1(fn_reduction_4(X))
& reducing_agent_1(fn_reduction_5(X))
& chemical_entity_1(fn_electron_recipient_2(fn_reduction_2(X)))
& chemical_entity_1(fn_reducing_agent_2(fn_reduction_5(X)))
& reduction_1(fn_electron_recipient_1(fn_reduction_2(X)))
& reduction_1(fn_reducing_agent_1(fn_reduction_5(X)))
& fn_reduction_1(X) != fn_reduction_4(X)
& fn_reduction_1(X) != fn_reduction_3(X)
& fn_reduction_3(X) != fn_reduction_1(X)
& fn_reduction_3(X) != fn_reduction_4(X)
& fn_reduction_4(X) != fn_reduction_1(X)
& fn_reduction_4(X) != fn_reduction_3(X)
& object_2(X,fn_reduction_4(X))
& in_event_2(fn_reduction_2(X),X)
& recipient_2(X,fn_reduction_3(X))
& plays_2(fn_reduction_3(X),fn_reduction_2(X))
& in_event_2(fn_reduction_5(X),X)
& donor_2(X,fn_reduction_1(X))
& plays_2(fn_reduction_1(X),fn_reduction_5(X))
& fn_reduction_4(X) = fn_transfer_1(X)
& fn_reduction_3(X) = fn_electron_recipient_2(fn_reduction_2(X))
& X = fn_electron_recipient_1(fn_reduction_2(X))
& fn_reduction_1(X) = fn_reducing_agent_2(fn_reduction_5(X))
& X = fn_reducing_agent_1(fn_reduction_5(X))
& fn_electron_recipient_1(fn_reduction_2(X)) = fn_electron_recipient_1(fn_reduction_2(X))
& fn_electron_recipient_1(fn_reduction_2(X)) = fn_reducing_agent_1(fn_reduction_5(X))
& fn_reducing_agent_1(fn_reduction_5(X)) = fn_reducing_agent_1(fn_reduction_5(X)) ) ) ).
fof(a532215,axiom,
! [X] :
( reduction_in_calvin_cycle_1(X)
=> ( original_name_2(X,'Reduction-In-Calvin-Cycle')
& user_description_2(X,'The second phase of the calvin cycle often called Reduction which includes phosphorylation of 3-Phosphoglycerate and reduction of 1,3-bisphosphoglycerate to glyceraldehyde-3-phosphate.')
& concept2words_2(X,'calvin cycle reduction')
& concept2words_2(X,'calvin-cycle-reduction')
& concept2words_2(X,convert)
& concept2words_2(X,'reduction in calvin cycle')
& concept2words_2(X,'reduction-in-calvin-cycle')
& chemical_reaction_1(X)
& time_interval_1(fn_reduction_in_calvin_cycle_1(X))
& time_interval_1(fn_reduction_in_calvin_cycle_2(X))
& nadp_plus_1(fn_reduction_in_calvin_cycle_3(X))
& atp_1(fn_reduction_in_calvin_cycle_4(X))
& glyceraldehyde_3_phosphate_1(fn_reduction_in_calvin_cycle_5(X))
& redox_reaction_1(fn_reduction_in_calvin_cycle_6(X))
& fuel_1(fn_reduction_in_calvin_cycle_7(X))
& phosphorylation_1(fn_reduction_in_calvin_cycle_8(X))
& tangible_entity_1(fn_reduction_in_calvin_cycle_9(X))
& chemical_entity_1(fn_reduction_in_calvin_cycle_9(X))
& number_1_comma_3_bisphosphoglycerate_1(fn_reduction_in_calvin_cycle_9(X))
& three_phosphoglycerate_1(fn_reduction_in_calvin_cycle_10(X))
& free_energy_1(fn_reduction_in_calvin_cycle_11(X))
& electron_transport_chain_reaction_1(fn_reduction_in_calvin_cycle_12(X))
& reduction_1(fn_reduction_in_calvin_cycle_13(X))
& oxidation_1(fn_reduction_in_calvin_cycle_14(X))
& release_1(fn_reduction_in_calvin_cycle_15(X))
& nadph_1(fn_reduction_in_calvin_cycle_16(X))
& chemical_entity_1(fn_chemical_reaction_1(fn_reduction_in_calvin_cycle_6(X)))
& tangible_entity_1(fn_release_1(fn_reduction_in_calvin_cycle_15(X)))
& reduction_1(fn_redox_reaction_10(fn_reduction_in_calvin_cycle_6(X)))
& oxidation_1(fn_redox_reaction_11(fn_reduction_in_calvin_cycle_6(X)))
& phosphorylation_1(fn_1_comma_3_bisphosphoglycerate_1(fn_reduction_in_calvin_cycle_9(X)))
& tangible_entity_1(fn_release_2(fn_reduction_in_calvin_cycle_15(X)))
& chemical_entity_1(fn_electron_transport_chain_reaction_25(fn_reduction_in_calvin_cycle_12(X)))
& chemical_entity_1(fn_redox_reaction_12(fn_reduction_in_calvin_cycle_6(X)))
& organic_molecule_1(fn_1_comma_3_bisphosphoglycerate_5(fn_reduction_in_calvin_cycle_9(X)))
& molecule_1(fn_1_comma_3_bisphosphoglycerate_2(fn_reduction_in_calvin_cycle_9(X)))
& tangible_entity_1(fn_fuel_7(fn_reduction_in_calvin_cycle_7(X)))
& chemical_entity_1(fn_redox_reaction_16(fn_reduction_in_calvin_cycle_6(X)))
& time_before_2(fn_reduction_in_calvin_cycle_1(X),fn_reduction_in_calvin_cycle_2(X))
& is_inside_2(fn_reduction_in_calvin_cycle_11(X),fn_reduction_in_calvin_cycle_16(X))
& time_during_2(X,fn_reduction_in_calvin_cycle_2(X))
& subevent_2(X,fn_reduction_in_calvin_cycle_8(X))
& subevent_2(X,fn_reduction_in_calvin_cycle_6(X))
& has_function_2(fn_reduction_in_calvin_cycle_9(X),fn_reduction_in_calvin_cycle_14(X))
& result_2(fn_reduction_in_calvin_cycle_6(X),fn_reduction_in_calvin_cycle_5(X))
& result_2(X,fn_reduction_in_calvin_cycle_5(X))
& raw_material_2(X,fn_reduction_in_calvin_cycle_4(X))
& base_2(fn_reduction_in_calvin_cycle_15(X),fn_reduction_in_calvin_cycle_16(X))
& plays_2(fn_reduction_in_calvin_cycle_9(X),fn_reduction_in_calvin_cycle_7(X))
& result_2(fn_reduction_in_calvin_cycle_12(X),fn_reduction_in_calvin_cycle_16(X))
& result_2(fn_reduction_in_calvin_cycle_6(X),fn_reduction_in_calvin_cycle_3(X))
& object_2(fn_reduction_in_calvin_cycle_15(X),fn_reduction_in_calvin_cycle_11(X))
& raw_material_2(fn_reduction_in_calvin_cycle_6(X),fn_reduction_in_calvin_cycle_9(X))
& recipient_2(fn_reduction_in_calvin_cycle_14(X),fn_reduction_in_calvin_cycle_9(X))
& raw_material_2(fn_reduction_in_calvin_cycle_6(X),fn_reduction_in_calvin_cycle_16(X))
& donor_2(fn_reduction_in_calvin_cycle_13(X),fn_reduction_in_calvin_cycle_16(X))
& subevent_2(fn_reduction_in_calvin_cycle_6(X),fn_reduction_in_calvin_cycle_14(X))
& donor_2(fn_reduction_in_calvin_cycle_14(X),fn_reduction_in_calvin_cycle_16(X))
& fn_reduction_in_calvin_cycle_16(X) != fn_reduction_in_calvin_cycle_9(X)
& recipient_2(fn_reduction_in_calvin_cycle_13(X),fn_reduction_in_calvin_cycle_9(X))
& subevent_2(fn_reduction_in_calvin_cycle_6(X),fn_reduction_in_calvin_cycle_13(X))
& fn_reduction_in_calvin_cycle_9(X) != fn_reduction_in_calvin_cycle_16(X)
& fn_reduction_in_calvin_cycle_9(X) != fn_reduction_in_calvin_cycle_10(X)
& fn_reduction_in_calvin_cycle_10(X) != fn_reduction_in_calvin_cycle_9(X)
& raw_material_2(fn_reduction_in_calvin_cycle_8(X),fn_reduction_in_calvin_cycle_10(X))
& result_2(fn_reduction_in_calvin_cycle_8(X),fn_reduction_in_calvin_cycle_9(X))
& fn_reduction_in_calvin_cycle_5(X) = fn_chemical_reaction_1(X)
& fn_reduction_in_calvin_cycle_4(X) = fn_chemical_reaction_2(X)
& fn_reduction_in_calvin_cycle_16(X) = fn_release_2(fn_reduction_in_calvin_cycle_15(X))
& fn_reduction_in_calvin_cycle_9(X) = fn_fuel_7(fn_reduction_in_calvin_cycle_7(X))
& fn_reduction_in_calvin_cycle_16(X) = fn_electron_transport_chain_reaction_25(fn_reduction_in_calvin_cycle_12(X))
& fn_reduction_in_calvin_cycle_3(X) = fn_chemical_reaction_1(fn_reduction_in_calvin_cycle_6(X))
& fn_reduction_in_calvin_cycle_11(X) = fn_release_1(fn_reduction_in_calvin_cycle_15(X))
& fn_reduction_in_calvin_cycle_13(X) = fn_redox_reaction_10(fn_reduction_in_calvin_cycle_6(X))
& fn_reduction_in_calvin_cycle_9(X) = fn_redox_reaction_16(fn_reduction_in_calvin_cycle_6(X))
& fn_reduction_in_calvin_cycle_16(X) = fn_redox_reaction_12(fn_reduction_in_calvin_cycle_6(X))
& fn_reduction_in_calvin_cycle_14(X) = fn_redox_reaction_11(fn_reduction_in_calvin_cycle_6(X))
& fn_reduction_in_calvin_cycle_10(X) = fn_1_comma_3_bisphosphoglycerate_5(fn_reduction_in_calvin_cycle_9(X))
& fn_reduction_in_calvin_cycle_8(X) = fn_1_comma_3_bisphosphoglycerate_1(fn_reduction_in_calvin_cycle_9(X))
& fn_reduction_in_calvin_cycle_10(X) = fn_1_comma_3_bisphosphoglycerate_2(fn_reduction_in_calvin_cycle_9(X))
& fn_release_2(fn_reduction_in_calvin_cycle_15(X)) = fn_electron_transport_chain_reaction_25(fn_reduction_in_calvin_cycle_12(X))
& fn_electron_transport_chain_reaction_25(fn_reduction_in_calvin_cycle_12(X)) = fn_electron_transport_chain_reaction_25(fn_reduction_in_calvin_cycle_12(X))
& fn_electron_transport_chain_reaction_25(fn_reduction_in_calvin_cycle_12(X)) = fn_redox_reaction_12(fn_reduction_in_calvin_cycle_6(X))
& fn_redox_reaction_12(fn_reduction_in_calvin_cycle_6(X)) = fn_redox_reaction_12(fn_reduction_in_calvin_cycle_6(X))
& fn_redox_reaction_12(fn_reduction_in_calvin_cycle_6(X)) = fn_1_comma_3_bisphosphoglycerate_5(fn_reduction_in_calvin_cycle_9(X))
& fn_1_comma_3_bisphosphoglycerate_5(fn_reduction_in_calvin_cycle_9(X)) = fn_1_comma_3_bisphosphoglycerate_2(fn_reduction_in_calvin_cycle_9(X))
& fn_1_comma_3_bisphosphoglycerate_2(fn_reduction_in_calvin_cycle_9(X)) = fn_1_comma_3_bisphosphoglycerate_2(fn_reduction_in_calvin_cycle_9(X))
& fn_1_comma_3_bisphosphoglycerate_2(fn_reduction_in_calvin_cycle_9(X)) = fn_fuel_7(fn_reduction_in_calvin_cycle_7(X))
& fn_fuel_7(fn_reduction_in_calvin_cycle_7(X)) = fn_redox_reaction_16(fn_reduction_in_calvin_cycle_6(X))
& fn_redox_reaction_16(fn_reduction_in_calvin_cycle_6(X)) = fn_redox_reaction_16(fn_reduction_in_calvin_cycle_6(X)) ) ) ).
fof(a532216,axiom,
! [X] :
( reductionism_1(X)
=> ( original_name_2(X,'Reductionism')
& user_description_2(X,'The practice of reducing complex systems to simpler components that are more manageable to study.')
& concept2words_2(X,inquire)
& concept2words_2(X,reductionism)
& science_as_process_1(X) ) ) ).
fof(a532217,axiom,
! [X] :
( redundancy_model_1(X)
=> ( original_name_2(X,'Redundancy-Model')
& user_description_2(X,'A model of community structure which assumes that more than one species fills a given niche in an ecosystem; thus, the loss of one species does not create conditions from which the ecosystem cannot recover.')
& concept2words_2(X,'model of redundancy')
& concept2words_2(X,'redundancy model')
& concept2words_2(X,'redundancy-model')
& ecological_model_1(X)
& ~ closed_system_1(X)
& ~ cognitive_map_1(X)
& ~ five_kingdom_system_1(X)
& ~ fluid_mosaic_model_1(X)
& ~ molecular_formula_1(X)
& ~ open_system_1(X)
& ~ representation_of_data_1(X)
& ~ rivet_model_1(X)
& ~ sandwich_model_1(X)
& ~ stable_system_1(X)
& ~ thermodynamic_system_1(X)
& ~ unstable_system_1(X) ) ) ).
fof(a532218,axiom,
! [X] :
( reeling_mechanism_1(X)
=> ( original_name_2(X,'Reeling-Mechanism')
& user_description_2(X,'Mechanism for the movement of chromosomes during anaphase in which an enzyme depolymerizes the kinetochore microtubules as motor proteins wind up or reel in the kinetochores, resulting in movement of the chromosomes.')
& concept2words_2(X,'reeling mechanism')
& concept2words_2(X,'reeling-mechanism')
& intracellular_process_1(X) ) ) ).
fof(a532219,axiom,
! [X] :
( reflex_1(X)
=> ( original_name_2(X,'Reflex')
& user_description_2(X,'An involuntary and automatic reaction to a stimulus.')
& concept2words_2(X,reflex)
& cellular_response_1(X)
& ~ photoperiodism_1(X)
& ~ positive_feedback_1(X)
& ~ thigmomorphogenesis_1(X)
& ~ triple_response_1(X)
& ~ tropism_1(X) ) ) ).
fof(a532220,axiom,
! [X] :
( reflex_arc_1(X)
=> ( original_name_2(X,'Reflex-Arc')
& user_description_2(X,'The neural path that controls a reflex, which can generally be mapped as (sensory receptor)-->(spinal cord)-->(motor neuron).')
& concept2words_2(X,'arc of reflex')
& concept2words_2(X,'reflex arc')
& concept2words_2(X,'reflex-arc')
& nerve_circuit_1(X) ) ) ).
fof(a532221,axiom,
! [X] :
( reflexive_cliche_1(X)
=> ( original_name_2(X,'Reflexive-Cliche')
& concept2words_2(X,'cliche of reflexive')
& concept2words_2(X,'reflexive cliche')
& concept2words_2(X,'reflexive-cliche')
& cliche_1(X) ) ) ).
fof(a532222,axiom,
! [X] :
( refract_1(X)
=> ( original_name_2(X,'Refract')
& user_description_2(X,'Refraction is the change of direction of a wave.')
& concept2words_2(X,refract)
& physical_change_1(X)
& ~ alteration_of_mrna_ends_1(X)
& ~ coil_1(X)
& ~ conformational_change_1(X)
& ~ conversion_to_isomer_1(X)
& ~ detoxification_1(X)
& ~ evaporation_1(X)
& ~ fold_1(X)
& ~ freezing_1(X)
& ~ gene_therapy_1(X)
& ~ melting_1(X)
& ~ metamorphosis_1(X)
& ~ mutation_1(X)
& ~ post_translational_modification_1(X)
& ~ temperature_fluctuation_1(X)
& ~ transformation_1(X)
& ~ twist_1(X) ) ) ).
fof(a532223,axiom,
! [X] :
( refractory_period_1(X)
=> ( original_name_2(X,'Refractory-Period')
& user_description_2(X,'The period of time after an action potential when a neuron cannot respond to another stimulus.')
& concept2words_2(X,'period of refractory')
& concept2words_2(X,'refractory period')
& concept2words_2(X,'refractory-period')
& state_1(X) ) ) ).
fof(a532224,axiom,
! [X] :
( regeneration_1(X)
=> ( original_name_2(X,'Regeneration')
& user_description_2(X,'The act of forming again (especially with improvements or removal of defects).')
& concept2words_2(X,regenerate)
& concept2words_2(X,regeneration)
& change_of_state_1(X) ) ) ).
fof(a532225,axiom,
! [X,X1] :
( ( result_2(X,X1)
& regeneration_1(X)
& ribulose_bisphosphate_1(X1)
& exactCardinality(X,result_0,"3",ribulose_bisphosphate_0)
& exactCardinality(X,result_0,"3",adp_0) )
=> ( regeneration_of_ribulose_bisphosphate_1(X)
& fn_regeneration_of_ribulose_bisphosphate_2(X) = X1 ) ) ).
fof(a532226,axiom,
! [X] :
( regeneration_of_ribulose_bisphosphate_1(X)
=> ( original_name_2(X,'Regeneration-Of-Ribulose-Bisphosphate')
& user_description_2(X,'In photosynthesis, PGA is reduced to form 3 carbon sugar, phosphoglyceraldehyde. Not all the 3 carbon sugar is converted to 6 carbon sugar. Some of it enters a series of reactions which results in regeneration of ribulose bisphosphate.')
& concept2words_2(X,regenerate)
& concept2words_2(X,'regeneration of ribulose bisphosphate')
& concept2words_2(X,'regeneration-of-ribulose-bisphosphate')
& regeneration_1(X)
& ribulose_bisphosphate_1(fn_regeneration_of_ribulose_bisphosphate_2(X))
& adp_1(fn_regeneration_of_ribulose_bisphosphate_3(X))
& atp_1(fn_regeneration_of_ribulose_bisphosphate_4(X))
& glyceraldehyde_3_phosphate_1(fn_regeneration_of_ribulose_bisphosphate_5(X))
& result_2(X,fn_regeneration_of_ribulose_bisphosphate_2(X))
& result_2(X,fn_regeneration_of_ribulose_bisphosphate_3(X))
& exactCardinality(X,result_0,"3",ribulose_bisphosphate_0)
& exactCardinality(X,result_0,"3",adp_0)
& raw_material_2(X,fn_regeneration_of_ribulose_bisphosphate_5(X))
& raw_material_2(X,fn_regeneration_of_ribulose_bisphosphate_4(X))
& exactCardinality(X,raw_material_0,"3",atp_0)
& exactCardinality(X,raw_material_0,"5",glyceraldehyde_3_phosphate_0) ) ) ).
fof(a532227,axiom,
! [X] :
( region_1(X)
=> ( original_name_2(X,'Region')
& description_2(X,'a Place with extent (not a point)')
& concept2words_2(X,part)
& concept2words_2(X,region)
& concept2words_2(X,'has region')
& concept2words_2(X,'has-region')
& concept2words_2(X,top)
& spatial_entity_1(X)
& ~ tangible_entity_1(X)
& ~ map_unit_1(X)
& ~ band_pattern_1(X)
& ~ chiasma_1(X)
& ~ distance_between_genes_1(X)
& ~ thermodynamic_system_1(X)
& ~ waste_product_1(X) ) ) ).
fof(a532228,axiom,
! [X] :
( regular_satellite_dna_1(X)
=> ( original_name_2(X,'Regular-Satellite-DNA')
& user_description_2(X,'A type of tandemly repetitive DNA with 100,000 to 10 million base pairs of repetitive DNA per site.')
& concept2words_2(X,'satellite dna')
& concept2words_2(X,'satellite-dna')
& concept2words_2(X,'regular satellite dna')
& concept2words_2(X,'regular-satellite-dna')
& tandemly_repeated_dna_1(X)
& ~ microsatellite_dna_1(X)
& ~ minisatellite_dna_1(X)
& ~ short_tandem_repeat_1(X)
& nucleotide_1(fn_regular_satellite_dna_1(X))
& regular_satellite_dna_1(fn_regular_satellite_dna_2(X))
& tandemly_repeated_dna_1(fn_tandemly_repeated_dna_1(fn_regular_satellite_dna_2(X)))
& has_part_2(X,fn_regular_satellite_dna_1(X))
& minCardinality(X,has_part_0,"100000",nucleotide_0)
& maxCardinality(X,has_part_0,"1000000",nucleotide_0)
& abuts_2(X,fn_regular_satellite_dna_2(X))
& abuts_2(fn_regular_satellite_dna_2(X),X)
& X = fn_tandemly_repeated_dna_1(fn_regular_satellite_dna_2(X))
& fn_tandemly_repeated_dna_1(fn_regular_satellite_dna_2(X)) = fn_tandemly_repeated_dna_1(fn_regular_satellite_dna_2(X)) ) ) ).
fof(a532229,axiom,
! [X] :
( regulation_1(X)
=> ( original_name_2(X,'Regulation')
& user_description_2(X,'Regulation refers to the the control or maintenance of an entity or event.')
& concept2words_2(X,regulate)
& concept2words_2(X,regulation)
& activity_1(X) ) ) ).
fof(a532230,axiom,
! [X] :
( regulation_of_cell_cycle_1(X)
=> ( original_name_2(X,'Regulation-Of-Cell-Cycle')
& user_description_2(X,'The process of promoting or inhibiting cell division.')
& concept2words_2(X,'regulation of cell cycle')
& concept2words_2(X,'regulation-of-cell-cycle')
& regulation_1(X) ) ) ).
fof(a532231,axiom,
! [X] :
( regulation_of_cell_cycle_experiment_1(X)
=> ( original_name_2(X,'Regulation-Of-Cell-Cycle-Experiment')
& user_description_2(X,'Experiment conducted by R.T. Johnson and colleagues at the University of Colorado in which the control of the cell cycle was studied.')
& concept2words_2(X,'regulation of cell cycle experiment')
& concept2words_2(X,'regulation-of-cell-cycle-experiment')
& experiment_1(X)
& nucleus_1(fn_regulation_of_cell_cycle_experiment_1(X))
& scientist_1(fn_regulation_of_cell_cycle_experiment_2(X))
& tangible_entity_1(fn_regulation_of_cell_cycle_experiment_3(X))
& nucleus_1(fn_regulation_of_cell_cycle_experiment_3(X))
& substance_1(fn_regulation_of_cell_cycle_experiment_4(X))
& cytosol_1(fn_regulation_of_cell_cycle_experiment_4(X))
& synthesis_reaction_1(fn_regulation_of_cell_cycle_experiment_5(X))
& metabolic_pathway_1(fn_regulation_of_cell_cycle_experiment_5(X))
& chemical_reaction_1(fn_regulation_of_cell_cycle_experiment_5(X))
& anabolic_pathway_1(fn_regulation_of_cell_cycle_experiment_5(X))
& synthesis_of_lipid_1(fn_regulation_of_cell_cycle_experiment_5(X))
& smooth_endoplasmic_reticulum_1(fn_regulation_of_cell_cycle_experiment_6(X))
& golgi_apparatus_1(fn_regulation_of_cell_cycle_experiment_7(X))
& synthesis_reaction_1(fn_regulation_of_cell_cycle_experiment_8(X))
& metabolic_pathway_1(fn_regulation_of_cell_cycle_experiment_8(X))
& chemical_reaction_1(fn_regulation_of_cell_cycle_experiment_8(X))
& anabolic_pathway_1(fn_regulation_of_cell_cycle_experiment_8(X))
& synthesis_of_lipid_1(fn_regulation_of_cell_cycle_experiment_8(X))
& tangible_entity_1(fn_regulation_of_cell_cycle_experiment_9(X))
& nucleus_1(fn_regulation_of_cell_cycle_experiment_9(X))
& smooth_endoplasmic_reticulum_1(fn_regulation_of_cell_cycle_experiment_10(X))
& golgi_apparatus_1(fn_regulation_of_cell_cycle_experiment_11(X))
& substance_1(fn_regulation_of_cell_cycle_experiment_12(X))
& cytosol_1(fn_regulation_of_cell_cycle_experiment_12(X))
& fusion_1(fn_regulation_of_cell_cycle_experiment_13(X))
& mammalian_cell_1(fn_regulation_of_cell_cycle_experiment_14(X))
& eukaryotic_cell_1(fn_regulation_of_cell_cycle_experiment_15(X))
& tangible_entity_1(fn_regulation_of_cell_cycle_experiment_16(X))
& nucleus_1(fn_regulation_of_cell_cycle_experiment_16(X))
& culturing_1(fn_regulation_of_cell_cycle_experiment_17(X))
& mammalian_cell_1(fn_regulation_of_cell_cycle_experiment_18(X))
& mammalian_cell_1(fn_regulation_of_cell_cycle_experiment_19(X))
& cell_1(fn_culturing_7(fn_regulation_of_cell_cycle_experiment_17(X)))
& study_1(fn_scientist_2(fn_regulation_of_cell_cycle_experiment_2(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_regulation_of_cell_cycle_experiment_15(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_regulation_of_cell_cycle_experiment_15(X)))
& smooth_endoplasmic_reticulum_1(fn_vertebrate_cell_19(fn_regulation_of_cell_cycle_experiment_19(X)))
& golgi_apparatus_1(fn_vertebrate_cell_18(fn_regulation_of_cell_cycle_experiment_19(X)))
& tangible_entity_1(fn_vertebrate_cell_22(fn_regulation_of_cell_cycle_experiment_19(X)))
& nucleus_1(fn_vertebrate_cell_22(fn_regulation_of_cell_cycle_experiment_19(X)))
& smooth_endoplasmic_reticulum_1(fn_vertebrate_cell_19(fn_regulation_of_cell_cycle_experiment_14(X)))
& golgi_apparatus_1(fn_vertebrate_cell_18(fn_regulation_of_cell_cycle_experiment_14(X)))
& tangible_entity_1(fn_vertebrate_cell_22(fn_regulation_of_cell_cycle_experiment_14(X)))
& nucleus_1(fn_vertebrate_cell_22(fn_regulation_of_cell_cycle_experiment_14(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_regulation_of_cell_cycle_experiment_10(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_regulation_of_cell_cycle_experiment_10(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_regulation_of_cell_cycle_experiment_10(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_regulation_of_cell_cycle_experiment_10(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_regulation_of_cell_cycle_experiment_10(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_regulation_of_cell_cycle_experiment_10(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_regulation_of_cell_cycle_experiment_10(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_regulation_of_cell_cycle_experiment_10(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_regulation_of_cell_cycle_experiment_10(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_regulation_of_cell_cycle_experiment_6(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_regulation_of_cell_cycle_experiment_6(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_regulation_of_cell_cycle_experiment_6(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_regulation_of_cell_cycle_experiment_6(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_regulation_of_cell_cycle_experiment_6(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_regulation_of_cell_cycle_experiment_6(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_regulation_of_cell_cycle_experiment_6(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_regulation_of_cell_cycle_experiment_6(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_regulation_of_cell_cycle_experiment_6(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_regulation_of_cell_cycle_experiment_10(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_regulation_of_cell_cycle_experiment_10(X)))
& substance_1(fn_vertebrate_cell_9(fn_regulation_of_cell_cycle_experiment_19(X)))
& cytosol_1(fn_vertebrate_cell_9(fn_regulation_of_cell_cycle_experiment_19(X)))
& spatial_entity_1(fn_add_1(fn_regulation_of_cell_cycle_experiment_13(X)))
& cell_1(fn_metabolic_pathway_1(fn_regulation_of_cell_cycle_experiment_8(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_regulation_of_cell_cycle_experiment_6(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_regulation_of_cell_cycle_experiment_6(X)))
& substance_1(fn_vertebrate_cell_9(fn_regulation_of_cell_cycle_experiment_14(X)))
& cytosol_1(fn_vertebrate_cell_9(fn_regulation_of_cell_cycle_experiment_14(X)))
& spatial_entity_1(fn_add_2(fn_regulation_of_cell_cycle_experiment_13(X)))
& cell_1(fn_metabolic_pathway_1(fn_regulation_of_cell_cycle_experiment_5(X)))
& has_state_2(fn_regulation_of_cell_cycle_experiment_3(X),fn_regulation_of_cell_cycle_experiment_16(X))
& has_state_2(fn_regulation_of_cell_cycle_experiment_9(X),fn_regulation_of_cell_cycle_experiment_1(X))
& result_2(fn_regulation_of_cell_cycle_experiment_13(X),fn_regulation_of_cell_cycle_experiment_15(X))
& has_part_2(fn_regulation_of_cell_cycle_experiment_15(X),fn_regulation_of_cell_cycle_experiment_1(X))
& next_event_2(fn_regulation_of_cell_cycle_experiment_17(X),fn_regulation_of_cell_cycle_experiment_13(X))
& subevent_2(X,fn_regulation_of_cell_cycle_experiment_13(X))
& subevent_2(X,fn_regulation_of_cell_cycle_experiment_17(X))
& object_2(X,fn_regulation_of_cell_cycle_experiment_18(X))
& base_2(fn_regulation_of_cell_cycle_experiment_13(X),fn_regulation_of_cell_cycle_experiment_14(X))
& object_2(fn_regulation_of_cell_cycle_experiment_13(X),fn_regulation_of_cell_cycle_experiment_19(X))
& base_2(fn_regulation_of_cell_cycle_experiment_8(X),fn_regulation_of_cell_cycle_experiment_19(X))
& object_2(fn_regulation_of_cell_cycle_experiment_17(X),fn_regulation_of_cell_cycle_experiment_18(X))
& base_2(fn_regulation_of_cell_cycle_experiment_5(X),fn_regulation_of_cell_cycle_experiment_14(X))
& agent_2(X,fn_regulation_of_cell_cycle_experiment_2(X))
& has_part_2(fn_regulation_of_cell_cycle_experiment_15(X),fn_regulation_of_cell_cycle_experiment_16(X))
& has_function_2(fn_regulation_of_cell_cycle_experiment_10(X),fn_regulation_of_cell_cycle_experiment_8(X))
& site_2(fn_regulation_of_cell_cycle_experiment_8(X),fn_regulation_of_cell_cycle_experiment_10(X))
& is_inside_2(fn_regulation_of_cell_cycle_experiment_10(X),fn_regulation_of_cell_cycle_experiment_12(X))
& has_function_2(fn_regulation_of_cell_cycle_experiment_6(X),fn_regulation_of_cell_cycle_experiment_5(X))
& site_2(fn_regulation_of_cell_cycle_experiment_5(X),fn_regulation_of_cell_cycle_experiment_6(X))
& is_inside_2(fn_regulation_of_cell_cycle_experiment_6(X),fn_regulation_of_cell_cycle_experiment_4(X))
& has_part_2(fn_regulation_of_cell_cycle_experiment_19(X),fn_regulation_of_cell_cycle_experiment_9(X))
& is_inside_2(fn_regulation_of_cell_cycle_experiment_9(X),fn_regulation_of_cell_cycle_experiment_12(X))
& is_inside_2(fn_regulation_of_cell_cycle_experiment_11(X),fn_regulation_of_cell_cycle_experiment_12(X))
& has_part_2(fn_regulation_of_cell_cycle_experiment_19(X),fn_regulation_of_cell_cycle_experiment_11(X))
& has_part_2(fn_regulation_of_cell_cycle_experiment_19(X),fn_regulation_of_cell_cycle_experiment_10(X))
& has_part_2(fn_regulation_of_cell_cycle_experiment_14(X),fn_regulation_of_cell_cycle_experiment_3(X))
& is_inside_2(fn_regulation_of_cell_cycle_experiment_3(X),fn_regulation_of_cell_cycle_experiment_4(X))
& is_inside_2(fn_regulation_of_cell_cycle_experiment_7(X),fn_regulation_of_cell_cycle_experiment_4(X))
& has_part_2(fn_regulation_of_cell_cycle_experiment_14(X),fn_regulation_of_cell_cycle_experiment_7(X))
& has_part_2(fn_regulation_of_cell_cycle_experiment_14(X),fn_regulation_of_cell_cycle_experiment_6(X))
& fn_regulation_of_cell_cycle_experiment_14(X) = fn_add_2(fn_regulation_of_cell_cycle_experiment_13(X))
& fn_regulation_of_cell_cycle_experiment_19(X) = fn_add_1(fn_regulation_of_cell_cycle_experiment_13(X))
& fn_regulation_of_cell_cycle_experiment_19(X) = fn_metabolic_pathway_1(fn_regulation_of_cell_cycle_experiment_8(X))
& fn_regulation_of_cell_cycle_experiment_18(X) = fn_culturing_7(fn_regulation_of_cell_cycle_experiment_17(X))
& fn_regulation_of_cell_cycle_experiment_14(X) = fn_metabolic_pathway_1(fn_regulation_of_cell_cycle_experiment_5(X))
& X = fn_scientist_2(fn_regulation_of_cell_cycle_experiment_2(X))
& fn_regulation_of_cell_cycle_experiment_16(X) = fn_eukaryotic_cell_26(fn_regulation_of_cell_cycle_experiment_15(X))
& fn_regulation_of_cell_cycle_experiment_12(X) = fn_smooth_endoplasmic_reticulum_34(fn_regulation_of_cell_cycle_experiment_10(X))
& fn_regulation_of_cell_cycle_experiment_8(X) = fn_smooth_endoplasmic_reticulum_23(fn_regulation_of_cell_cycle_experiment_10(X))
& fn_regulation_of_cell_cycle_experiment_8(X) = fn_smooth_endoplasmic_reticulum_7(fn_regulation_of_cell_cycle_experiment_10(X))
& fn_regulation_of_cell_cycle_experiment_8(X) = fn_smooth_endoplasmic_reticulum_49(fn_regulation_of_cell_cycle_experiment_10(X))
& fn_regulation_of_cell_cycle_experiment_8(X) = fn_smooth_endoplasmic_reticulum_48(fn_regulation_of_cell_cycle_experiment_10(X))
& fn_regulation_of_cell_cycle_experiment_8(X) = fn_smooth_endoplasmic_reticulum_8(fn_regulation_of_cell_cycle_experiment_10(X))
& fn_regulation_of_cell_cycle_experiment_8(X) = fn_smooth_endoplasmic_reticulum_42(fn_regulation_of_cell_cycle_experiment_10(X))
& fn_regulation_of_cell_cycle_experiment_4(X) = fn_smooth_endoplasmic_reticulum_34(fn_regulation_of_cell_cycle_experiment_6(X))
& fn_regulation_of_cell_cycle_experiment_5(X) = fn_smooth_endoplasmic_reticulum_23(fn_regulation_of_cell_cycle_experiment_6(X))
& fn_regulation_of_cell_cycle_experiment_5(X) = fn_smooth_endoplasmic_reticulum_7(fn_regulation_of_cell_cycle_experiment_6(X))
& fn_regulation_of_cell_cycle_experiment_5(X) = fn_smooth_endoplasmic_reticulum_49(fn_regulation_of_cell_cycle_experiment_6(X))
& fn_regulation_of_cell_cycle_experiment_5(X) = fn_smooth_endoplasmic_reticulum_48(fn_regulation_of_cell_cycle_experiment_6(X))
& fn_regulation_of_cell_cycle_experiment_5(X) = fn_smooth_endoplasmic_reticulum_8(fn_regulation_of_cell_cycle_experiment_6(X))
& fn_regulation_of_cell_cycle_experiment_5(X) = fn_smooth_endoplasmic_reticulum_42(fn_regulation_of_cell_cycle_experiment_6(X))
& fn_regulation_of_cell_cycle_experiment_10(X) = fn_vertebrate_cell_19(fn_regulation_of_cell_cycle_experiment_19(X))
& fn_regulation_of_cell_cycle_experiment_11(X) = fn_vertebrate_cell_18(fn_regulation_of_cell_cycle_experiment_19(X))
& fn_regulation_of_cell_cycle_experiment_12(X) = fn_vertebrate_cell_9(fn_regulation_of_cell_cycle_experiment_19(X))
& fn_regulation_of_cell_cycle_experiment_9(X) = fn_vertebrate_cell_22(fn_regulation_of_cell_cycle_experiment_19(X))
& fn_regulation_of_cell_cycle_experiment_6(X) = fn_vertebrate_cell_19(fn_regulation_of_cell_cycle_experiment_14(X))
& fn_regulation_of_cell_cycle_experiment_7(X) = fn_vertebrate_cell_18(fn_regulation_of_cell_cycle_experiment_14(X))
& fn_regulation_of_cell_cycle_experiment_4(X) = fn_vertebrate_cell_9(fn_regulation_of_cell_cycle_experiment_14(X))
& fn_regulation_of_cell_cycle_experiment_3(X) = fn_vertebrate_cell_22(fn_regulation_of_cell_cycle_experiment_14(X))
& fn_smooth_endoplasmic_reticulum_23(fn_regulation_of_cell_cycle_experiment_10(X)) = fn_smooth_endoplasmic_reticulum_7(fn_regulation_of_cell_cycle_experiment_10(X))
& fn_smooth_endoplasmic_reticulum_7(fn_regulation_of_cell_cycle_experiment_10(X)) = fn_smooth_endoplasmic_reticulum_7(fn_regulation_of_cell_cycle_experiment_10(X))
& fn_smooth_endoplasmic_reticulum_7(fn_regulation_of_cell_cycle_experiment_10(X)) = fn_smooth_endoplasmic_reticulum_49(fn_regulation_of_cell_cycle_experiment_10(X))
& fn_smooth_endoplasmic_reticulum_49(fn_regulation_of_cell_cycle_experiment_10(X)) = fn_smooth_endoplasmic_reticulum_49(fn_regulation_of_cell_cycle_experiment_10(X))
& fn_smooth_endoplasmic_reticulum_49(fn_regulation_of_cell_cycle_experiment_10(X)) = fn_smooth_endoplasmic_reticulum_48(fn_regulation_of_cell_cycle_experiment_10(X))
& fn_smooth_endoplasmic_reticulum_48(fn_regulation_of_cell_cycle_experiment_10(X)) = fn_smooth_endoplasmic_reticulum_48(fn_regulation_of_cell_cycle_experiment_10(X))
& fn_smooth_endoplasmic_reticulum_48(fn_regulation_of_cell_cycle_experiment_10(X)) = fn_smooth_endoplasmic_reticulum_8(fn_regulation_of_cell_cycle_experiment_10(X))
& fn_smooth_endoplasmic_reticulum_8(fn_regulation_of_cell_cycle_experiment_10(X)) = fn_smooth_endoplasmic_reticulum_8(fn_regulation_of_cell_cycle_experiment_10(X))
& fn_smooth_endoplasmic_reticulum_42(fn_regulation_of_cell_cycle_experiment_10(X)) = fn_smooth_endoplasmic_reticulum_8(fn_regulation_of_cell_cycle_experiment_10(X))
& fn_smooth_endoplasmic_reticulum_8(fn_regulation_of_cell_cycle_experiment_10(X)) = fn_smooth_endoplasmic_reticulum_42(fn_regulation_of_cell_cycle_experiment_10(X))
& fn_smooth_endoplasmic_reticulum_42(fn_regulation_of_cell_cycle_experiment_10(X)) = fn_smooth_endoplasmic_reticulum_23(fn_regulation_of_cell_cycle_experiment_6(X))
& fn_smooth_endoplasmic_reticulum_23(fn_regulation_of_cell_cycle_experiment_6(X)) = fn_smooth_endoplasmic_reticulum_7(fn_regulation_of_cell_cycle_experiment_6(X))
& fn_smooth_endoplasmic_reticulum_7(fn_regulation_of_cell_cycle_experiment_6(X)) = fn_smooth_endoplasmic_reticulum_7(fn_regulation_of_cell_cycle_experiment_6(X))
& fn_smooth_endoplasmic_reticulum_7(fn_regulation_of_cell_cycle_experiment_6(X)) = fn_smooth_endoplasmic_reticulum_49(fn_regulation_of_cell_cycle_experiment_6(X))
& fn_smooth_endoplasmic_reticulum_49(fn_regulation_of_cell_cycle_experiment_6(X)) = fn_smooth_endoplasmic_reticulum_49(fn_regulation_of_cell_cycle_experiment_6(X))
& fn_smooth_endoplasmic_reticulum_49(fn_regulation_of_cell_cycle_experiment_6(X)) = fn_smooth_endoplasmic_reticulum_48(fn_regulation_of_cell_cycle_experiment_6(X))
& fn_smooth_endoplasmic_reticulum_48(fn_regulation_of_cell_cycle_experiment_6(X)) = fn_smooth_endoplasmic_reticulum_48(fn_regulation_of_cell_cycle_experiment_6(X))
& fn_smooth_endoplasmic_reticulum_48(fn_regulation_of_cell_cycle_experiment_6(X)) = fn_smooth_endoplasmic_reticulum_8(fn_regulation_of_cell_cycle_experiment_6(X))
& fn_smooth_endoplasmic_reticulum_8(fn_regulation_of_cell_cycle_experiment_6(X)) = fn_smooth_endoplasmic_reticulum_8(fn_regulation_of_cell_cycle_experiment_6(X))
& fn_smooth_endoplasmic_reticulum_42(fn_regulation_of_cell_cycle_experiment_6(X)) = fn_smooth_endoplasmic_reticulum_8(fn_regulation_of_cell_cycle_experiment_6(X))
& fn_smooth_endoplasmic_reticulum_8(fn_regulation_of_cell_cycle_experiment_6(X)) = fn_smooth_endoplasmic_reticulum_42(fn_regulation_of_cell_cycle_experiment_6(X))
& fn_smooth_endoplasmic_reticulum_42(fn_regulation_of_cell_cycle_experiment_6(X)) = fn_smooth_endoplasmic_reticulum_34(fn_regulation_of_cell_cycle_experiment_10(X))
& fn_smooth_endoplasmic_reticulum_34(fn_regulation_of_cell_cycle_experiment_10(X)) = fn_vertebrate_cell_9(fn_regulation_of_cell_cycle_experiment_19(X))
& fn_vertebrate_cell_9(fn_regulation_of_cell_cycle_experiment_19(X)) = fn_vertebrate_cell_9(fn_regulation_of_cell_cycle_experiment_19(X))
& fn_vertebrate_cell_9(fn_regulation_of_cell_cycle_experiment_19(X)) = fn_add_1(fn_regulation_of_cell_cycle_experiment_13(X))
& fn_add_1(fn_regulation_of_cell_cycle_experiment_13(X)) = fn_metabolic_pathway_1(fn_regulation_of_cell_cycle_experiment_8(X))
& fn_metabolic_pathway_1(fn_regulation_of_cell_cycle_experiment_8(X)) = fn_smooth_endoplasmic_reticulum_34(fn_regulation_of_cell_cycle_experiment_6(X))
& fn_smooth_endoplasmic_reticulum_34(fn_regulation_of_cell_cycle_experiment_6(X)) = fn_vertebrate_cell_9(fn_regulation_of_cell_cycle_experiment_14(X))
& fn_vertebrate_cell_9(fn_regulation_of_cell_cycle_experiment_14(X)) = fn_vertebrate_cell_9(fn_regulation_of_cell_cycle_experiment_14(X))
& fn_vertebrate_cell_9(fn_regulation_of_cell_cycle_experiment_14(X)) = fn_add_2(fn_regulation_of_cell_cycle_experiment_13(X))
& fn_add_2(fn_regulation_of_cell_cycle_experiment_13(X)) = fn_metabolic_pathway_1(fn_regulation_of_cell_cycle_experiment_5(X)) ) ) ).
fof(a532232,axiom,
! [X,X1] :
( ( object_2(X,X1)
& regulation_1(X)
& phosphatase_1(X1) )
=> ( regulation_of_phosphatase_1(X)
& fn_regulation_of_phosphatase_3(X) = X1 ) ) ).
fof(a532233,axiom,
! [X] :
( regulation_of_phosphatase_1(X)
=> ( original_name_2(X,'Regulation-Of-Phosphatase')
& user_description_2(X,'The activation and deactivation of phosphatase by the signals in the cell.')
& concept2words_2(X,regulate)
& concept2words_2(X,'phosphatase regulation')
& concept2words_2(X,'phosphatase-regulation')
& concept2words_2(X,'regulation of phosphatase')
& concept2words_2(X,'regulation-of-phosphatase')
& regulation_1(X)
& signal_transduction_with_calmodulin_1(fn_regulation_of_phosphatase_2(X))
& phosphatase_1(fn_regulation_of_phosphatase_3(X))
& object_2(X,fn_regulation_of_phosphatase_3(X))
& subevent_2(X,fn_regulation_of_phosphatase_2(X)) ) ) ).
fof(a532234,axiom,
! [X] :
( regulation_of_protein_kinase_1(X)
=> ( original_name_2(X,'Regulation-Of-Protein-Kinase')
& user_description_2(X,'Occurs via phosphorylation and dephosphorylation of the kinase. Phosphorylation activates the kinase, and dephosphorylation deactivates the kinase.')
& concept2words_2(X,'regulation of protein kinase')
& concept2words_2(X,'regulation-of-protein-kinase')
& regulation_1(X)
& signal_transduction_with_calmodulin_1(fn_regulation_of_protein_kinase_1(X))
& subevent_2(X,fn_regulation_of_protein_kinase_1(X)) ) ) ).
fof(a532235,axiom,
! [X] :
( regulator_animal_1(X)
=> ( original_name_2(X,'Regulator-Animal')
& user_description_2(X,'An animal whose internal conditions remain constant due to mechanisms of homeostasis.')
& concept2words_2(X,'animal of regulator')
& concept2words_2(X,'regulator animal')
& concept2words_2(X,'regulator-animal')
& organism_role_1(X)
& ~ euryhaline_1(X)
& organism_1(fn_regulator_animal_1(X))
& homeostatic_response_1(fn_regulator_animal_2(X))
& base_2(fn_regulator_animal_2(X),fn_regulator_animal_1(X))
& in_event_2(X,fn_regulator_animal_2(X))
& plays_2(fn_regulator_animal_1(X),X)
& fn_regulator_animal_2(X) = fn_organism_role_2(X)
& fn_regulator_animal_1(X) = fn_organism_role_1(X) ) ) ).
fof(a532236,axiom,
! [X] :
( regulator_molecule_1(X)
=> ( original_name_2(X,'Regulator-Molecule')
& user_description_2(X,'Regulator molecules are molecules which control or regulate reactions and events within cells.')
& concept2words_2(X,regulator)
& concept2words_2(X,'molecule of regulator')
& concept2words_2(X,'regulator molecule')
& concept2words_2(X,'regulator-molecule')
& role_1(X)
& event_1(fn_regulator_molecule_1(X))
& regulation_1(fn_regulator_molecule_2(X))
& molecule_1(fn_regulator_molecule_3(X))
& in_event_2(X,fn_regulator_molecule_2(X))
& supports_2(fn_regulator_molecule_2(X),fn_regulator_molecule_1(X))
& plays_2(fn_regulator_molecule_3(X),X)
& has_function_2(fn_regulator_molecule_3(X),fn_regulator_molecule_2(X)) ) ) ).
fof(a532237,axiom,
! [X] :
( regulatory_gene_1(X)
=> ( original_name_2(X,'Regulatory-Gene')
& user_description_2(X,'A gene whose protein product controls the transcription of a different gene or group of genes.')
& concept2words_2(X,'regulatory gene')
& concept2words_2(X,'regulatory-gene')
& gene_1(X)
& code_for_1(fn_regulatory_gene_1(X))
& regulatory_protein_1(fn_regulatory_gene_2(X))
& locus_1(fn_regulatory_gene_3(X))
& size_value_1(fn_regulatory_gene_4(X))
& size_value_1(fn_regulatory_gene_5(X))
& phosphodiester_bond_1(fn_regulatory_gene_6(X))
& exon_1(fn_regulatory_gene_7(X))
& intron_1(fn_regulatory_gene_8(X))
& exon_1(fn_regulatory_gene_9(X))
& monomer_1(fn_regulatory_gene_10(X))
& monomer_1(fn_regulatory_gene_11(X))
& entity_1(fn_code_for_2(fn_regulatory_gene_1(X)))
& exon_1(fn_intron_6(fn_regulatory_gene_8(X)))
& gene_1(fn_locus_1(fn_regulatory_gene_3(X)))
& entity_1(fn_code_for_1(fn_regulatory_gene_1(X)))
& donor_2(fn_regulatory_gene_1(X),X)
& is_at_2(X,fn_regulatory_gene_3(X))
& is_between_2(fn_regulatory_gene_8(X),fn_regulatory_gene_7(X))
& is_between_2(fn_regulatory_gene_6(X),fn_regulatory_gene_11(X))
& first_element_2(X,fn_regulatory_gene_11(X))
& next_element_2(fn_regulatory_gene_11(X),fn_regulatory_gene_10(X))
& element_2(X,fn_regulatory_gene_10(X))
& element_2(X,fn_regulatory_gene_11(X))
& size_2(fn_regulatory_gene_11(X),fn_regulatory_gene_4(X))
& has_function_2(X,fn_regulatory_gene_1(X))
& possesses_2(X,fn_regulatory_gene_6(X))
& size_2(X,fn_regulatory_gene_5(X))
& greater_than_2(fn_regulatory_gene_5(X),fn_regulatory_gene_4(X))
& element_2(X,fn_regulatory_gene_7(X))
& next_element_2(fn_regulatory_gene_7(X),fn_regulatory_gene_8(X))
& next_element_2(fn_regulatory_gene_8(X),fn_regulatory_gene_9(X))
& element_2(X,fn_regulatory_gene_9(X))
& element_2(X,fn_regulatory_gene_8(X))
& agent_2(fn_regulatory_gene_1(X),X)
& result_2(fn_regulatory_gene_1(X),fn_regulatory_gene_2(X))
& X = fn_locus_1(fn_regulatory_gene_3(X))
& fn_regulatory_gene_7(X) = fn_intron_6(fn_regulatory_gene_8(X))
& fn_regulatory_gene_10(X) = fn_gene_10(X)
& fn_regulatory_gene_11(X) = fn_gene_17(X)
& fn_regulatory_gene_1(X) = fn_gene_13(X)
& fn_regulatory_gene_12(X) = fn_gene_9(X)
& fn_regulatory_gene_6(X) = fn_gene_16(X)
& fn_regulatory_gene_13(X) = fn_gene_8(X)
& fn_regulatory_gene_4(X) = fn_gene_12(X)
& fn_regulatory_gene_5(X) = fn_gene_11(X)
& fn_regulatory_gene_9(X) = fn_gene_5(X)
& fn_regulatory_gene_8(X) = fn_gene_4(X)
& fn_regulatory_gene_7(X) = fn_gene_3(X)
& X = fn_code_for_1(fn_regulatory_gene_1(X))
& fn_regulatory_gene_2(X) = fn_code_for_2(fn_regulatory_gene_1(X))
& fn_intron_6(fn_regulatory_gene_8(X)) = fn_gene_3(X)
& fn_gene_3(X) = fn_gene_3(X)
& fn_gene_3(X) = fn_locus_1(fn_regulatory_gene_3(X))
& fn_locus_1(fn_regulatory_gene_3(X)) = fn_code_for_1(fn_regulatory_gene_1(X)) ) ) ).
fof(a532238,axiom,
! [X] :
( regulatory_protein_1(X)
=> ( original_name_2(X,'Regulatory-Protein')
& user_description_2(X,'A protein that regulates activity within the cell.')
& concept2words_2(X,'regulatory protein')
& concept2words_2(X,'regulatory-protein')
& protein_1(X) ) ) ).
fof(a532239,axiom,
! [X] :
( regulatory_rna_1(X)
=> ( original_name_2(X,'Regulatory-RNA')
& user_description_2(X,'RNA which functions in the regulation and control of genes or cellular functions.')
& concept2words_2(X,'regulatory rna')
& concept2words_2(X,'regulatory-rna')
& rna_1(X) ) ) ).
fof(a532240,axiom,
! [X,X2,X1] :
( ( agent_2(X1,X2)
& object_2(X1,X)
& regulatory_protein_1(X2)
& attach_1(X1)
& rna_sequence_1(X) )
=> ( regulatory_sequence_of_rna_1(X)
& fn_regulatory_sequence_of_rna_4(X) = X1
& fn_regulatory_sequence_of_rna_1(X) = X2 ) ) ).
fof(a532241,axiom,
! [X] :
( regulatory_sequence_of_rna_1(X)
=> ( original_name_2(X,'Regulatory-Sequence-Of-RNA')
& user_description_2(X,'A sequence of RNA that binds to regulatory proteins to control intron-exon choices.')
& concept2words_2(X,'regulatory sequence of rna')
& concept2words_2(X,'regulatory-sequence-of-rna')
& rna_sequence_1(X)
& ~ transcribed_terminator_1(X)
& regulatory_protein_1(fn_regulatory_sequence_of_rna_1(X))
& pre_mrna_1(fn_regulatory_sequence_of_rna_3(X))
& attach_1(fn_regulatory_sequence_of_rna_4(X))
& spatial_entity_1(fn_attach_2(fn_regulatory_sequence_of_rna_4(X)))
& spatial_entity_1(fn_attach_1(fn_regulatory_sequence_of_rna_4(X)))
& agent_2(fn_regulatory_sequence_of_rna_4(X),fn_regulatory_sequence_of_rna_1(X))
& base_2(fn_regulatory_sequence_of_rna_4(X),fn_regulatory_sequence_of_rna_3(X))
& object_2(fn_regulatory_sequence_of_rna_4(X),X)
& fn_regulatory_sequence_of_rna_3(X) = fn_attach_2(fn_regulatory_sequence_of_rna_4(X))
& X = fn_attach_1(fn_regulatory_sequence_of_rna_4(X)) ) ) ).
fof(a532242,axiom,
! [X] :
( regulatory_system_1(X)
=> ( original_name_2(X,'Regulatory-System')
& user_description_2(X,'A system of organs that control the activities of other organ systems in the body.')
& concept2words_2(X,'regulatory system')
& concept2words_2(X,'regulatory-system')
& organ_system_1(X) ) ) ).
fof(a532243,axiom,
! [X] :
( regurgitation_1(X)
=> ( original_name_2(X,'Regurgitation')
& user_description_2(X,'In animals, refers to the controlled vomiting of stomach materials for further chewing and digestion (as in ruminants) or feeding of young (as in some birds).')
& concept2words_2(X,regurgitate)
& concept2words_2(X,regurgitation)
& animal_process_1(X) ) ) ).
fof(a532244,axiom,
! [X] :
( reinforcement_1(X)
=> ( original_name_2(X,'Reinforcement')
& user_description_2(X,'A process in which natural selection strengthens reproductive isolation and reduces the chances that hybrids will form.')
& concept2words_2(X,reinforce)
& concept2words_2(X,reinforcement)
& natural_selection_1(X)
& ~ k_selection_1(X)
& ~ r_selection_1(X)
& ~ stabilizing_selection_1(X) ) ) ).
fof(a532245,axiom,
! [X,X2,X1] :
( ( agent_2(X,X1)
& object_2(X,X2)
& immune_system_1(X1)
& defense_1(X)
& foreign_cell_1(X2) )
=> ( rejection_of_foreign_cell_1(X)
& fn_rejection_of_foreign_cell_5(X) = X1
& fn_rejection_of_foreign_cell_1(X) = X2 ) ) ).
fof(a532246,axiom,
! [X] :
( rejection_of_foreign_cell_1(X)
=> ( original_name_2(X,'Rejection-Of-Foreign-Cell')
& user_description_2(X,'The situation where cells from another person (as in transplanted tissues and organs) can be recognized as foreign and attached by immune defenses.')
& concept2words_2(X,reject)
& concept2words_2(X,'rejection of foreign cell')
& concept2words_2(X,'rejection-of-foreign-cell')
& defense_1(X)
& foreign_cell_1(fn_rejection_of_foreign_cell_1(X))
& cell_cell_recognition_1(fn_rejection_of_foreign_cell_3(X))
& vertebrate_1(fn_rejection_of_foreign_cell_4(X))
& immune_system_1(fn_rejection_of_foreign_cell_5(X))
& immune_system_1(fn_vertebrate_13(fn_rejection_of_foreign_cell_4(X)))
& agent_2(X,fn_rejection_of_foreign_cell_5(X))
& base_2(X,fn_rejection_of_foreign_cell_4(X))
& object_2(X,fn_rejection_of_foreign_cell_1(X))
& causes_2(fn_rejection_of_foreign_cell_3(X),X)
& has_region_2(fn_rejection_of_foreign_cell_4(X),fn_rejection_of_foreign_cell_5(X))
& fn_rejection_of_foreign_cell_5(X) = fn_vertebrate_13(fn_rejection_of_foreign_cell_4(X)) ) ) ).
fof(a532247,axiom,
! [X] :
( relation_1(X)
=> ( original_name_2(X,'Relation')
& slot_1(X) ) ) ).
fof(a532248,axiom,
! [X] :
( relative_relationship_1(X)
=> ( original_name_2(X,'Relative-Relationship')
& user_description_2(X,'A comparison between entities.')
& concept2words_2(X,'relationship of relative')
& concept2words_2(X,'relative relationship')
& concept2words_2(X,'relative-relationship')
& information_1(X) ) ) ).
fof(a532249,axiom,
! [X] :
( relay_molecule_1(X)
=> ( original_name_2(X,'Relay-Molecule')
& user_description_2(X,'A molecule that transmits the initial signal to other proteins in the cell triggering a cellular response.')
& concept2words_2(X,'molecule of relay')
& concept2words_2(X,'relay molecule')
& concept2words_2(X,'relay-molecule')
& chemical_messenger_1(X) ) ) ).
fof(a532250,axiom,
! [X] :
( relay_protein_1(X)
=> ( original_name_2(X,'Relay-Protein')
& user_description_2(X,'A protein that transmits a signal the initial signal to other proteins in the cell triggering a cellular response.')
& concept2words_2(X,'protein of relay')
& concept2words_2(X,'relay protein')
& concept2words_2(X,'relay-protein')
& protein_1(X)
& ~ second_messenger_1(X)
& relay_molecule_1(fn_relay_protein_1(X))
& chemical_entity_1(fn_messenger_1(fn_relay_protein_1(X)))
& plays_2(X,fn_relay_protein_1(X))
& X = fn_messenger_1(fn_relay_protein_1(X)) ) ) ).
fof(a532251,axiom,
! [X] :
( release_1(X)
=> ( original_name_2(X,'Release')
& concept2words_2(X,release)
& concept2words_2(X,turn)
& unobstruct_1(X)
& tangible_entity_1(fn_release_1(X))
& tangible_entity_1(fn_release_2(X))
& container_1(fn_release_3(X))
& tangible_entity_1(fn_barrier_1(fn_release_3(X)))
& base_2(X,fn_release_2(X))
& in_event_2(fn_release_3(X),X)
& object_2(X,fn_release_1(X))
& plays_2(fn_release_2(X),fn_release_3(X))
& fn_release_1(X) = fn_unobstruct_1(X)
& fn_release_2(X) = fn_barrier_1(fn_release_3(X)) ) ) ).
fof(a532252,axiom,
! [X] :
( release_factor_1(X)
=> ( original_name_2(X,'Release-Factor')
& user_description_2(X,'Release factor is a protein which causes the termination of translation process (Synthesis of protein). The Release factor binds at A site of a Ribosome to release the finished polypeptide from the tRNA present in P site')
& concept2words_2(X,'release factor')
& concept2words_2(X,'release-factor')
& concept2words_2(X,'factor of release')
& regulatory_protein_1(X)
& disulfide_bond_1(fn_release_factor_1(X))
& protein_1(fn_disulfide_bond_3(fn_release_factor_1(X)))
& possesses_2(X,fn_release_factor_1(X))
& X = fn_disulfide_bond_3(fn_release_factor_1(X)) ) ) ).
fof(a532253,axiom,
! [X] :
( release_of_calcium_ion_by_cell_1(X)
=> ( original_name_2(X,'Release-Of-Calcium-Ion-By-Cell')
& user_description_2(X,'Release of calcium ions across plasma membrane via active transport.')
& concept2words_2(X,release)
& concept2words_2(X,'release of calcium ion by cell')
& concept2words_2(X,'release-of-calcium-ion-by-cell')
& active_transport_using_atp_1(X)
& active_movement_of_ions_1(X)
& ~ release_of_calcium_ion_by_endoplasmic_reticulum_1(X)
& free_energy_1(fn_release_of_calcium_ion_by_cell_4(X))
& quantity_value_1(fn_release_of_calcium_ion_by_cell_5(X))
& quantity_value_1(fn_release_of_calcium_ion_by_cell_6(X))
& chemical_1(fn_release_of_calcium_ion_by_cell_7(X))
& concentration_value_1(fn_release_of_calcium_ion_by_cell_8(X))
& symmetrical_distribution_1(fn_release_of_calcium_ion_by_cell_9(X))
& hydrophilic_face_1(fn_release_of_calcium_ion_by_cell_10(X))
& expose_1(fn_release_of_calcium_ion_by_cell_11(X))
& spatial_entity_1(fn_release_of_calcium_ion_by_cell_12(X))
& hydrophilic_compound_1(fn_release_of_calcium_ion_by_cell_12(X))
& entity_1(fn_release_of_calcium_ion_by_cell_13(X))
& number_5_prime_carbon_1(fn_release_of_calcium_ion_by_cell_13(X))
& tangible_entity_1(fn_release_of_calcium_ion_by_cell_14(X))
& entity_1(fn_release_of_calcium_ion_by_cell_14(X))
& chemical_entity_1(fn_release_of_calcium_ion_by_cell_14(X))
& atom_1(fn_release_of_calcium_ion_by_cell_14(X))
& phosphorus_1(fn_release_of_calcium_ion_by_cell_14(X))
& oxygen_1(fn_release_of_calcium_ion_by_cell_15(X))
& entity_1(fn_release_of_calcium_ion_by_cell_15(X))
& chemical_entity_1(fn_release_of_calcium_ion_by_cell_15(X))
& atom_1(fn_release_of_calcium_ion_by_cell_15(X))
& covalent_bond_1(fn_release_of_calcium_ion_by_cell_16(X))
& chemical_bond_1(fn_release_of_calcium_ion_by_cell_16(X))
& single_bond_1(fn_release_of_calcium_ion_by_cell_16(X))
& tangible_entity_1(fn_release_of_calcium_ion_by_cell_17(X))
& entity_1(fn_release_of_calcium_ion_by_cell_17(X))
& chemical_entity_1(fn_release_of_calcium_ion_by_cell_17(X))
& atom_1(fn_release_of_calcium_ion_by_cell_17(X))
& carbon_1(fn_release_of_calcium_ion_by_cell_17(X))
& entity_1(fn_release_of_calcium_ion_by_cell_18(X))
& chemical_entity_1(fn_release_of_calcium_ion_by_cell_18(X))
& atom_1(fn_release_of_calcium_ion_by_cell_18(X))
& oxygen_1(fn_release_of_calcium_ion_by_cell_18(X))
& functional_group_1(fn_release_of_calcium_ion_by_cell_19(X))
& phosphate_group_1(fn_release_of_calcium_ion_by_cell_19(X))
& functional_group_1(fn_release_of_calcium_ion_by_cell_20(X))
& phosphate_group_1(fn_release_of_calcium_ion_by_cell_20(X))
& functional_group_1(fn_release_of_calcium_ion_by_cell_21(X))
& phosphate_group_1(fn_release_of_calcium_ion_by_cell_21(X))
& remove_1(fn_release_of_calcium_ion_by_cell_22(X))
& water_molecule_1(fn_release_of_calcium_ion_by_cell_23(X))
& carbon_skeleton_1(fn_release_of_calcium_ion_by_cell_24(X))
& organic_molecule_1(fn_release_of_calcium_ion_by_cell_25(X))
& nucleoside_1(fn_release_of_calcium_ion_by_cell_25(X))
& hydrogen_1(fn_release_of_calcium_ion_by_cell_26(X))
& aldehyde_1(fn_release_of_calcium_ion_by_cell_27(X))
& aldose_1(fn_release_of_calcium_ion_by_cell_27(X))
& spatial_entity_1(fn_release_of_calcium_ion_by_cell_27(X))
& molecule_1(fn_release_of_calcium_ion_by_cell_27(X))
& organic_molecule_1(fn_release_of_calcium_ion_by_cell_27(X))
& pentose_1(fn_release_of_calcium_ion_by_cell_27(X))
& ribose_1(fn_release_of_calcium_ion_by_cell_27(X))
& number_5_prime_region_1(fn_release_of_calcium_ion_by_cell_28(X))
& remove_1(fn_release_of_calcium_ion_by_cell_29(X))
& phosphate_ion_1(fn_release_of_calcium_ion_by_cell_30(X))
& shape_value_1(fn_release_of_calcium_ion_by_cell_33(X))
& shape_value_1(fn_release_of_calcium_ion_by_cell_34(X))
& protein_domain_1(fn_release_of_calcium_ion_by_cell_39(X))
& monomer_1(fn_release_of_calcium_ion_by_cell_40(X))
& polymer_1(fn_release_of_calcium_ion_by_cell_41(X))
& polypeptide_1(fn_release_of_calcium_ion_by_cell_41(X))
& chemical_reaction_1(fn_release_of_calcium_ion_by_cell_42(X))
& phosphorylation_1(fn_release_of_calcium_ion_by_cell_42(X))
& size_value_1(fn_release_of_calcium_ion_by_cell_43(X))
& size_value_1(fn_release_of_calcium_ion_by_cell_44(X))
& transmembrane_protein_1(fn_release_of_calcium_ion_by_cell_45(X))
& spatial_entity_1(fn_release_of_calcium_ion_by_cell_45(X))
& chemical_entity_1(fn_release_of_calcium_ion_by_cell_45(X))
& tangible_entity_1(fn_release_of_calcium_ion_by_cell_45(X))
& membrane_protein_1(fn_release_of_calcium_ion_by_cell_45(X))
& protein_1(fn_release_of_calcium_ion_by_cell_45(X))
& molecule_1(fn_release_of_calcium_ion_by_cell_45(X))
& polymer_1(fn_release_of_calcium_ion_by_cell_45(X))
& transport_protein_1(fn_release_of_calcium_ion_by_cell_45(X))
& integral_protein_1(fn_release_of_calcium_ion_by_cell_45(X))
& carrier_protein_1(fn_release_of_calcium_ion_by_cell_45(X))
& spatial_entity_1(fn_release_of_calcium_ion_by_cell_46(X))
& chemical_entity_1(fn_release_of_calcium_ion_by_cell_46(X))
& monomer_1(fn_release_of_calcium_ion_by_cell_46(X))
& molecule_1(fn_release_of_calcium_ion_by_cell_46(X))
& amino_acid_1(fn_release_of_calcium_ion_by_cell_46(X))
& release_1(fn_release_of_calcium_ion_by_cell_47(X))
& move_1(fn_release_of_calcium_ion_by_cell_48(X))
& move_through_1(fn_release_of_calcium_ion_by_cell_48(X))
& spatial_entity_1(fn_release_of_calcium_ion_by_cell_49(X))
& protein_pump_1(fn_release_of_calcium_ion_by_cell_49(X))
& chemical_entity_1(fn_release_of_calcium_ion_by_cell_49(X))
& tangible_entity_1(fn_release_of_calcium_ion_by_cell_49(X))
& membrane_protein_1(fn_release_of_calcium_ion_by_cell_49(X))
& protein_1(fn_release_of_calcium_ion_by_cell_49(X))
& molecule_1(fn_release_of_calcium_ion_by_cell_49(X))
& polymer_1(fn_release_of_calcium_ion_by_cell_49(X))
& transport_protein_1(fn_release_of_calcium_ion_by_cell_49(X))
& integral_protein_1(fn_release_of_calcium_ion_by_cell_49(X))
& carrier_protein_1(fn_release_of_calcium_ion_by_cell_49(X))
& energy_1(fn_release_of_calcium_ion_by_cell_50(X))
& entity_1(fn_release_of_calcium_ion_by_cell_50(X))
& chemical_energy_1(fn_release_of_calcium_ion_by_cell_50(X))
& tangible_entity_1(fn_release_of_calcium_ion_by_cell_51(X))
& cell_1(fn_release_of_calcium_ion_by_cell_51(X))
& membrane_1(fn_release_of_calcium_ion_by_cell_52(X))
& spatial_entity_1(fn_release_of_calcium_ion_by_cell_52(X))
& biomembrane_1(fn_release_of_calcium_ion_by_cell_52(X))
& plasma_membrane_1(fn_release_of_calcium_ion_by_cell_52(X))
& solution_1(fn_release_of_calcium_ion_by_cell_53(X))
& aqueous_solution_1(fn_release_of_calcium_ion_by_cell_53(X))
& solution_1(fn_release_of_calcium_ion_by_cell_54(X))
& aqueous_solution_1(fn_release_of_calcium_ion_by_cell_54(X))
& substance_1(fn_release_of_calcium_ion_by_cell_54(X))
& cytosol_1(fn_release_of_calcium_ion_by_cell_54(X))
& thermal_motion_1(fn_release_of_calcium_ion_by_cell_55(X))
& substance_1(fn_release_of_calcium_ion_by_cell_56(X))
& aqueous_solution_1(fn_release_of_calcium_ion_by_cell_56(X))
& rate_value_1(fn_release_of_calcium_ion_by_cell_57(X))
& water_1(fn_release_of_calcium_ion_by_cell_58(X))
& chemical_1(fn_release_of_calcium_ion_by_cell_58(X))
& kinetic_energy_1(fn_release_of_calcium_ion_by_cell_59(X))
& thermal_energy_1(fn_release_of_calcium_ion_by_cell_59(X))
& speed_value_1(fn_release_of_calcium_ion_by_cell_61(X))
& quantity_value_1(fn_release_of_calcium_ion_by_cell_62(X))
& covalent_bond_1(fn_release_of_calcium_ion_by_cell_63(X))
& single_bond_1(fn_release_of_calcium_ion_by_cell_63(X))
& covalent_bond_1(fn_release_of_calcium_ion_by_cell_64(X))
& chemical_bond_1(fn_release_of_calcium_ion_by_cell_64(X))
& double_bond_1(fn_release_of_calcium_ion_by_cell_64(X))
& kinetic_energy_1(fn_release_of_calcium_ion_by_cell_65(X))
& carbon_skeleton_1(fn_release_of_calcium_ion_by_cell_66(X))
& hydrophilic_region_1(fn_release_of_calcium_ion_by_cell_67(X))
& hydrophilic_end_1(fn_release_of_calcium_ion_by_cell_67(X))
& hydrophilic_region_1(fn_release_of_calcium_ion_by_cell_68(X))
& hydrophilic_end_1(fn_release_of_calcium_ion_by_cell_68(X))
& hydrophobic_region_1(fn_release_of_calcium_ion_by_cell_69(X))
& functional_group_1(fn_release_of_calcium_ion_by_cell_70(X))
& phosphate_group_1(fn_release_of_calcium_ion_by_cell_70(X))
& polar_amino_acid_1(fn_release_of_calcium_ion_by_cell_71(X))
& hydrophobic_amino_acid_1(fn_release_of_calcium_ion_by_cell_72(X))
& atom_1(fn_release_of_calcium_ion_by_cell_73(X))
& carbon_1(fn_release_of_calcium_ion_by_cell_73(X))
& oxygen_1(fn_release_of_calcium_ion_by_cell_74(X))
& entity_1(fn_release_of_calcium_ion_by_cell_74(X))
& chemical_entity_1(fn_release_of_calcium_ion_by_cell_74(X))
& atom_1(fn_release_of_calcium_ion_by_cell_74(X))
& phosphorus_1(fn_release_of_calcium_ion_by_cell_75(X))
& entity_1(fn_release_of_calcium_ion_by_cell_76(X))
& chemical_entity_1(fn_release_of_calcium_ion_by_cell_76(X))
& atom_1(fn_release_of_calcium_ion_by_cell_76(X))
& oxygen_1(fn_release_of_calcium_ion_by_cell_76(X))
& constant_motion_1(fn_release_of_calcium_ion_by_cell_77(X))
& expose_1(fn_release_of_calcium_ion_by_cell_78(X))
& concentration_gradient_1(fn_release_of_calcium_ion_by_cell_79(X))
& chemical_1(fn_release_of_calcium_ion_by_cell_80(X))
& water_1(fn_release_of_calcium_ion_by_cell_81(X))
& chemical_1(fn_release_of_calcium_ion_by_cell_81(X))
& chemical_1(fn_release_of_calcium_ion_by_cell_82(X))
& hydrophobic_compound_1(fn_release_of_calcium_ion_by_cell_83(X))
& surface_1(fn_release_of_calcium_ion_by_cell_84(X))
& cytoplasmic_side_1(fn_release_of_calcium_ion_by_cell_84(X))
& outside_face_1(fn_release_of_calcium_ion_by_cell_85(X))
& surface_1(fn_release_of_calcium_ion_by_cell_85(X))
& extracellular_side_1(fn_release_of_calcium_ion_by_cell_85(X))
& tangible_entity_1(fn_release_of_calcium_ion_by_cell_86(X))
& phospholipid_bilayer_1(fn_release_of_calcium_ion_by_cell_86(X))
& block_1(fn_release_of_calcium_ion_by_cell_87(X))
& chemical_bond_1(fn_release_of_calcium_ion_by_cell_88(X))
& covalent_bond_1(fn_release_of_calcium_ion_by_cell_88(X))
& double_bond_1(fn_release_of_calcium_ion_by_cell_88(X))
& chemical_entity_1(fn_release_of_calcium_ion_by_cell_89(X))
& spatial_entity_1(fn_release_of_calcium_ion_by_cell_89(X))
& molecule_1(fn_release_of_calcium_ion_by_cell_89(X))
& organic_molecule_1(fn_release_of_calcium_ion_by_cell_89(X))
& ribonucleotide_1(fn_release_of_calcium_ion_by_cell_89(X))
& nucleoside_triphosphate_1(fn_release_of_calcium_ion_by_cell_89(X))
& atp_1(fn_release_of_calcium_ion_by_cell_89(X))
& speed_value_1(fn_release_of_calcium_ion_by_cell_90(X))
& quantity_value_1(fn_release_of_calcium_ion_by_cell_91(X))
& constant_motion_1(fn_release_of_calcium_ion_by_cell_92(X))
& quantity_value_1(fn_release_of_calcium_ion_by_cell_93(X))
& speed_value_1(fn_release_of_calcium_ion_by_cell_94(X))
& functional_group_1(fn_release_of_calcium_ion_by_cell_95(X))
& phosphate_group_1(fn_release_of_calcium_ion_by_cell_95(X))
& carbon_skeleton_1(fn_release_of_calcium_ion_by_cell_96(X))
& constant_motion_1(fn_release_of_calcium_ion_by_cell_97(X))
& entity_1(fn_release_of_calcium_ion_by_cell_98(X))
& chemical_entity_1(fn_release_of_calcium_ion_by_cell_98(X))
& atom_1(fn_release_of_calcium_ion_by_cell_98(X))
& carbon_1(fn_release_of_calcium_ion_by_cell_98(X))
& oxygen_1(fn_release_of_calcium_ion_by_cell_99(X))
& entity_1(fn_release_of_calcium_ion_by_cell_99(X))
& chemical_entity_1(fn_release_of_calcium_ion_by_cell_99(X))
& atom_1(fn_release_of_calcium_ion_by_cell_99(X))
& entity_1(fn_release_of_calcium_ion_by_cell_100(X))
& chemical_entity_1(fn_release_of_calcium_ion_by_cell_100(X))
& atom_1(fn_release_of_calcium_ion_by_cell_100(X))
& phosphorus_1(fn_release_of_calcium_ion_by_cell_100(X))
& entity_1(fn_release_of_calcium_ion_by_cell_101(X))
& chemical_entity_1(fn_release_of_calcium_ion_by_cell_101(X))
& atom_1(fn_release_of_calcium_ion_by_cell_101(X))
& oxygen_1(fn_release_of_calcium_ion_by_cell_101(X))
& kinetic_energy_1(fn_release_of_calcium_ion_by_cell_102(X))
& expose_1(fn_release_of_calcium_ion_by_cell_103(X))
& detach_1(fn_release_of_calcium_ion_by_cell_104(X))
& spatial_entity_1(fn_release_of_calcium_ion_by_cell_109(X))
& chemical_entity_1(fn_release_of_calcium_ion_by_cell_109(X))
& monomer_1(fn_release_of_calcium_ion_by_cell_109(X))
& molecule_1(fn_release_of_calcium_ion_by_cell_109(X))
& amino_acid_1(fn_release_of_calcium_ion_by_cell_109(X))
& size_value_1(fn_release_of_calcium_ion_by_cell_110(X))
& size_value_1(fn_release_of_calcium_ion_by_cell_111(X))
& protein_domain_1(fn_release_of_calcium_ion_by_cell_112(X))
& hydrophobic_region_1(fn_release_of_calcium_ion_by_cell_113(X))
& polymer_1(fn_release_of_calcium_ion_by_cell_114(X))
& polypeptide_1(fn_release_of_calcium_ion_by_cell_114(X))
& polar_amino_acid_1(fn_release_of_calcium_ion_by_cell_115(X))
& hydrophobic_amino_acid_1(fn_release_of_calcium_ion_by_cell_116(X))
& monomer_1(fn_release_of_calcium_ion_by_cell_117(X))
& covalent_bond_1(fn_release_of_calcium_ion_by_cell_118(X))
& single_bond_1(fn_release_of_calcium_ion_by_cell_118(X))
& covalent_bond_1(fn_release_of_calcium_ion_by_cell_119(X))
& chemical_bond_1(fn_release_of_calcium_ion_by_cell_119(X))
& double_bond_1(fn_release_of_calcium_ion_by_cell_119(X))
& hydrophobic_core_1(fn_release_of_calcium_ion_by_cell_122(X))
& spatial_entity_1(fn_release_of_calcium_ion_by_cell_123(X))
& polymer_1(fn_release_of_calcium_ion_by_cell_123(X))
& tangible_entity_1(fn_release_of_calcium_ion_by_cell_123(X))
& membrane_protein_1(fn_release_of_calcium_ion_by_cell_123(X))
& protein_1(fn_release_of_calcium_ion_by_cell_123(X))
& mixture_1(fn_release_of_calcium_ion_by_cell_124(X))
& cytoplasm_1(fn_release_of_calcium_ion_by_cell_124(X))
& ribosome_1(fn_release_of_calcium_ion_by_cell_125(X))
& plasma_membrane_1(fn_release_of_calcium_ion_by_cell_126(X))
& calcium_ion_1(fn_release_of_calcium_ion_by_cell_127(X))
& detach_1(fn_release_of_calcium_ion_by_cell_128(X))
& move_1(fn_water_95(fn_release_of_calcium_ion_by_cell_58(X)))
& property_node_1(fn_carrier_protein_12(fn_release_of_calcium_ion_by_cell_49(X)))
& property_node_1(fn_carrier_protein_10(fn_release_of_calcium_ion_by_cell_49(X)))
& property_node_1(fn_carrier_protein_9(fn_release_of_calcium_ion_by_cell_49(X)))
& carbon_skeleton_1(fn_carrier_protein_24(fn_release_of_calcium_ion_by_cell_49(X)))
& polymer_1(fn_carrier_protein_35(fn_release_of_calcium_ion_by_cell_49(X)))
& polypeptide_1(fn_carrier_protein_35(fn_release_of_calcium_ion_by_cell_49(X)))
& spatial_entity_1(fn_carrier_protein_27(fn_release_of_calcium_ion_by_cell_49(X)))
& chemical_entity_1(fn_carrier_protein_27(fn_release_of_calcium_ion_by_cell_49(X)))
& monomer_1(fn_carrier_protein_27(fn_release_of_calcium_ion_by_cell_49(X)))
& molecule_1(fn_carrier_protein_27(fn_release_of_calcium_ion_by_cell_49(X)))
& amino_acid_1(fn_carrier_protein_27(fn_release_of_calcium_ion_by_cell_49(X)))
& protein_domain_1(fn_carrier_protein_25(fn_release_of_calcium_ion_by_cell_49(X)))
& speed_value_1(fn_carrier_protein_37(fn_release_of_calcium_ion_by_cell_49(X)))
& constant_motion_1(fn_carrier_protein_42(fn_release_of_calcium_ion_by_cell_49(X)))
& size_value_1(fn_carrier_protein_39(fn_release_of_calcium_ion_by_cell_49(X)))
& monomer_1(fn_carrier_protein_33(fn_release_of_calcium_ion_by_cell_49(X)))
& property_node_1(fn_carrier_protein_8(fn_release_of_calcium_ion_by_cell_49(X)))
& hydrophobic_amino_acid_1(fn_carrier_protein_31(fn_release_of_calcium_ion_by_cell_49(X)))
& hydrophobic_region_1(fn_carrier_protein_21(fn_release_of_calcium_ion_by_cell_49(X)))
& ribosome_1(fn_cell_14(fn_release_of_calcium_ion_by_cell_51(X)))
& mixture_1(fn_cell_28(fn_release_of_calcium_ion_by_cell_51(X)))
& cytoplasm_1(fn_cell_28(fn_release_of_calcium_ion_by_cell_51(X)))
& plasma_membrane_1(fn_cell_30(fn_release_of_calcium_ion_by_cell_51(X)))
& property_node_1(fn_atp_23(fn_release_of_calcium_ion_by_cell_89(X)))
& property_node_1(fn_atp_22(fn_release_of_calcium_ion_by_cell_89(X)))
& speed_value_1(fn_atp_67(fn_release_of_calcium_ion_by_cell_89(X)))
& constant_motion_1(fn_atp_68(fn_release_of_calcium_ion_by_cell_89(X)))
& hydrogen_1(fn_atp_7(fn_release_of_calcium_ion_by_cell_89(X)))
& entity_1(fn_atp_69(fn_release_of_calcium_ion_by_cell_89(X)))
& number_5_prime_carbon_1(fn_atp_69(fn_release_of_calcium_ion_by_cell_89(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_release_of_calcium_ion_by_cell_52(X)))
& property_node_1(fn_carrier_protein_12(fn_release_of_calcium_ion_by_cell_45(X)))
& property_node_1(fn_carrier_protein_11(fn_release_of_calcium_ion_by_cell_45(X)))
& property_node_1(fn_carrier_protein_10(fn_release_of_calcium_ion_by_cell_45(X)))
& property_node_1(fn_carrier_protein_8(fn_release_of_calcium_ion_by_cell_45(X)))
& property_node_1(fn_carrier_protein_9(fn_release_of_calcium_ion_by_cell_45(X)))
& protein_domain_1(fn_carrier_protein_25(fn_release_of_calcium_ion_by_cell_45(X)))
& spatial_entity_1(fn_carrier_protein_27(fn_release_of_calcium_ion_by_cell_45(X)))
& chemical_entity_1(fn_carrier_protein_27(fn_release_of_calcium_ion_by_cell_45(X)))
& monomer_1(fn_carrier_protein_27(fn_release_of_calcium_ion_by_cell_45(X)))
& molecule_1(fn_carrier_protein_27(fn_release_of_calcium_ion_by_cell_45(X)))
& amino_acid_1(fn_carrier_protein_27(fn_release_of_calcium_ion_by_cell_45(X)))
& polymer_1(fn_carrier_protein_35(fn_release_of_calcium_ion_by_cell_45(X)))
& polypeptide_1(fn_carrier_protein_35(fn_release_of_calcium_ion_by_cell_45(X)))
& polar_amino_acid_1(fn_carrier_protein_30(fn_release_of_calcium_ion_by_cell_45(X)))
& hydrophobic_region_1(fn_carrier_protein_21(fn_release_of_calcium_ion_by_cell_45(X)))
& hydrophobic_amino_acid_1(fn_carrier_protein_31(fn_release_of_calcium_ion_by_cell_45(X)))
& constant_motion_1(fn_carrier_protein_42(fn_release_of_calcium_ion_by_cell_45(X)))
& speed_value_1(fn_carrier_protein_37(fn_release_of_calcium_ion_by_cell_45(X)))
& quantity_value_1(fn_carrier_protein_38(fn_release_of_calcium_ion_by_cell_45(X)))
& kinetic_energy_1(fn_carrier_protein_41(fn_release_of_calcium_ion_by_cell_45(X)))
& water_1(fn_aqueous_solution_14(fn_release_of_calcium_ion_by_cell_54(X)))
& chemical_1(fn_solution_6(fn_release_of_calcium_ion_by_cell_53(X)))
& water_1(fn_aqueous_solution_14(fn_release_of_calcium_ion_by_cell_53(X)))
& chemical_1(fn_solution_5(fn_release_of_calcium_ion_by_cell_54(X)))
& chemical_1(fn_solution_6(fn_release_of_calcium_ion_by_cell_54(X)))
& chemical_1(fn_solution_5(fn_release_of_calcium_ion_by_cell_53(X)))
& chemical_1(fn_concentration_gradient_6(fn_release_of_calcium_ion_by_cell_79(X)))
& chemical_1(fn_concentration_gradient_5(fn_release_of_calcium_ion_by_cell_79(X)))
& spatial_entity_1(fn_detach_1(fn_release_of_calcium_ion_by_cell_104(X)))
& chemical_entity_1(fn_chemical_3(fn_release_of_calcium_ion_by_cell_80(X)))
& hydrophobic_compound_1(fn_biomembrane_99(fn_release_of_calcium_ion_by_cell_52(X)))
& hydrophobic_compound_1(fn_transport_protein_11(fn_release_of_calcium_ion_by_cell_49(X)))
& kinetic_energy_1(fn_carrier_protein_41(fn_release_of_calcium_ion_by_cell_49(X)))
& property_node_1(fn_carrier_protein_11(fn_release_of_calcium_ion_by_cell_49(X)))
& quantity_value_1(fn_carrier_protein_38(fn_release_of_calcium_ion_by_cell_49(X)))
& size_value_1(fn_transport_protein_20(fn_release_of_calcium_ion_by_cell_49(X)))
& size_value_1(fn_carrier_protein_40(fn_release_of_calcium_ion_by_cell_49(X)))
& shape_value_1(fn_carrier_protein_13(fn_release_of_calcium_ion_by_cell_49(X)))
& tangible_entity_1(fn_expose_1(fn_release_of_calcium_ion_by_cell_103(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_release_of_calcium_ion_by_cell_42(X)))
& chemical_entity_1(fn_functional_group_1(fn_release_of_calcium_ion_by_cell_70(X)))
& molecule_1(fn_phosphorylation_1(fn_release_of_calcium_ion_by_cell_42(X)))
& solution_1(fn_concentration_gradient_8(fn_release_of_calcium_ion_by_cell_79(X)))
& solution_1(fn_concentration_gradient_9(fn_release_of_calcium_ion_by_cell_79(X)))
& nucleoside_1(fn_ribonucleotide_9(fn_release_of_calcium_ion_by_cell_89(X)))
& kinetic_energy_1(fn_atp_28(fn_release_of_calcium_ion_by_cell_89(X)))
& polar_amino_acid_1(fn_integral_protein_6(fn_release_of_calcium_ion_by_cell_49(X)))
& polar_amino_acid_1(fn_integral_protein_6(fn_release_of_calcium_ion_by_cell_45(X)))
& polar_amino_acid_1(fn_carrier_protein_30(fn_release_of_calcium_ion_by_cell_49(X)))
& substance_1(fn_cell_29(fn_release_of_calcium_ion_by_cell_51(X)))
& cytosol_1(fn_cell_29(fn_release_of_calcium_ion_by_cell_51(X)))
& tangible_entity_1(fn_release_2(fn_release_of_calcium_ion_by_cell_47(X)))
& covalent_bond_1(fn_polymer_1(fn_release_of_calcium_ion_by_cell_49(X)))
& chemical_bond_1(fn_molecule_10(fn_release_of_calcium_ion_by_cell_49(X)))
& double_bond_1(fn_phosphate_group_41(fn_release_of_calcium_ion_by_cell_70(X)))
& single_bond_1(fn_phosphate_group_37(fn_release_of_calcium_ion_by_cell_70(X)))
& phosphorus_1(fn_phosphate_group_6(fn_release_of_calcium_ion_by_cell_70(X)))
& atom_1(fn_molecule_11(fn_release_of_calcium_ion_by_cell_49(X)))
& entity_1(fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_70(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_70(X)))
& atom_1(fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_70(X)))
& oxygen_1(fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_70(X)))
& oxygen_1(fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_70(X)))
& entity_1(fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_70(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_70(X)))
& atom_1(fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_70(X)))
& ribose_1(fn_ribonucleotide_10(fn_release_of_calcium_ion_by_cell_89(X)))
& aldehyde_1(fn_atp_50(fn_release_of_calcium_ion_by_cell_89(X)))
& aldose_1(fn_atp_50(fn_release_of_calcium_ion_by_cell_89(X)))
& spatial_entity_1(fn_atp_50(fn_release_of_calcium_ion_by_cell_89(X)))
& molecule_1(fn_atp_50(fn_release_of_calcium_ion_by_cell_89(X)))
& organic_molecule_1(fn_atp_50(fn_release_of_calcium_ion_by_cell_89(X)))
& pentose_1(fn_atp_50(fn_release_of_calcium_ion_by_cell_89(X)))
& ribose_1(fn_atp_50(fn_release_of_calcium_ion_by_cell_89(X)))
& quantity_value_1(fn_atp_66(fn_release_of_calcium_ion_by_cell_89(X)))
& entity_1(fn_ribonucleotide_7(fn_release_of_calcium_ion_by_cell_89(X)))
& chemical_entity_1(fn_ribonucleotide_7(fn_release_of_calcium_ion_by_cell_89(X)))
& atom_1(fn_ribonucleotide_7(fn_release_of_calcium_ion_by_cell_89(X)))
& carbon_1(fn_ribonucleotide_7(fn_release_of_calcium_ion_by_cell_89(X)))
& carbon_1(fn_nucleoside_triphosphate_31(fn_release_of_calcium_ion_by_cell_89(X)))
& tangible_entity_1(fn_atp_39(fn_release_of_calcium_ion_by_cell_89(X)))
& entity_1(fn_atp_39(fn_release_of_calcium_ion_by_cell_89(X)))
& chemical_entity_1(fn_atp_39(fn_release_of_calcium_ion_by_cell_89(X)))
& atom_1(fn_atp_39(fn_release_of_calcium_ion_by_cell_89(X)))
& carbon_1(fn_atp_39(fn_release_of_calcium_ion_by_cell_89(X)))
& carbon_skeleton_1(fn_nucleoside_triphosphate_30(fn_release_of_calcium_ion_by_cell_89(X)))
& carbon_skeleton_1(fn_atp_31(fn_release_of_calcium_ion_by_cell_89(X)))
& number_5_prime_region_1(fn_5_prime_carbon_1(fn_release_of_calcium_ion_by_cell_13(X)))
& number_5_prime_region_1(fn_atp_25(fn_release_of_calcium_ion_by_cell_89(X)))
& functional_group_1(fn_atp_33(fn_release_of_calcium_ion_by_cell_89(X)))
& phosphate_group_1(fn_atp_33(fn_release_of_calcium_ion_by_cell_89(X)))
& chemical_entity_1(fn_functional_group_1(fn_release_of_calcium_ion_by_cell_20(X)))
& single_bond_1(fn_nucleoside_triphosphate_35(fn_release_of_calcium_ion_by_cell_89(X)))
& covalent_bond_1(fn_atp_30(fn_release_of_calcium_ion_by_cell_89(X)))
& chemical_bond_1(fn_atp_30(fn_release_of_calcium_ion_by_cell_89(X)))
& single_bond_1(fn_atp_30(fn_release_of_calcium_ion_by_cell_89(X)))
& single_bond_1(fn_phosphate_group_37(fn_release_of_calcium_ion_by_cell_20(X)))
& chemical_bond_1(fn_nucleoside_triphosphate_28(fn_release_of_calcium_ion_by_cell_89(X)))
& double_bond_1(fn_nucleoside_triphosphate_28(fn_release_of_calcium_ion_by_cell_89(X)))
& covalent_bond_1(fn_nucleoside_triphosphate_28(fn_release_of_calcium_ion_by_cell_89(X)))
& chemical_bond_1(fn_atp_29(fn_release_of_calcium_ion_by_cell_89(X)))
& double_bond_1(fn_atp_29(fn_release_of_calcium_ion_by_cell_89(X)))
& covalent_bond_1(fn_atp_29(fn_release_of_calcium_ion_by_cell_89(X)))
& double_bond_1(fn_phosphate_group_41(fn_release_of_calcium_ion_by_cell_20(X)))
& entity_1(fn_ribonucleotide_16(fn_release_of_calcium_ion_by_cell_89(X)))
& chemical_entity_1(fn_ribonucleotide_16(fn_release_of_calcium_ion_by_cell_89(X)))
& atom_1(fn_ribonucleotide_16(fn_release_of_calcium_ion_by_cell_89(X)))
& oxygen_1(fn_ribonucleotide_16(fn_release_of_calcium_ion_by_cell_89(X)))
& oxygen_1(fn_atp_37(fn_release_of_calcium_ion_by_cell_89(X)))
& entity_1(fn_atp_37(fn_release_of_calcium_ion_by_cell_89(X)))
& chemical_entity_1(fn_atp_37(fn_release_of_calcium_ion_by_cell_89(X)))
& atom_1(fn_atp_37(fn_release_of_calcium_ion_by_cell_89(X)))
& oxygen_1(fn_nucleoside_triphosphate_32(fn_release_of_calcium_ion_by_cell_89(X)))
& entity_1(fn_nucleoside_triphosphate_32(fn_release_of_calcium_ion_by_cell_89(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_32(fn_release_of_calcium_ion_by_cell_89(X)))
& atom_1(fn_nucleoside_triphosphate_32(fn_release_of_calcium_ion_by_cell_89(X)))
& oxygen_1(fn_ribonucleotide_8(fn_release_of_calcium_ion_by_cell_89(X)))
& entity_1(fn_ribonucleotide_8(fn_release_of_calcium_ion_by_cell_89(X)))
& chemical_entity_1(fn_ribonucleotide_8(fn_release_of_calcium_ion_by_cell_89(X)))
& atom_1(fn_ribonucleotide_8(fn_release_of_calcium_ion_by_cell_89(X)))
& entity_1(fn_nucleoside_triphosphate_29(fn_release_of_calcium_ion_by_cell_89(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_29(fn_release_of_calcium_ion_by_cell_89(X)))
& atom_1(fn_nucleoside_triphosphate_29(fn_release_of_calcium_ion_by_cell_89(X)))
& oxygen_1(fn_nucleoside_triphosphate_29(fn_release_of_calcium_ion_by_cell_89(X)))
& oxygen_1(fn_atp_35(fn_release_of_calcium_ion_by_cell_89(X)))
& entity_1(fn_atp_35(fn_release_of_calcium_ion_by_cell_89(X)))
& chemical_entity_1(fn_atp_35(fn_release_of_calcium_ion_by_cell_89(X)))
& atom_1(fn_atp_35(fn_release_of_calcium_ion_by_cell_89(X)))
& entity_1(fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_20(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_20(X)))
& atom_1(fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_20(X)))
& oxygen_1(fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_20(X)))
& oxygen_1(fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_20(X)))
& entity_1(fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_20(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_20(X)))
& atom_1(fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_20(X)))
& phosphate_group_1(fn_nucleoside_triphosphate_27(fn_release_of_calcium_ion_by_cell_89(X)))
& functional_group_1(fn_ribonucleotide_14(fn_release_of_calcium_ion_by_cell_89(X)))
& phosphate_group_1(fn_ribonucleotide_14(fn_release_of_calcium_ion_by_cell_89(X)))
& functional_group_1(fn_atp_34(fn_release_of_calcium_ion_by_cell_89(X)))
& phosphate_group_1(fn_atp_34(fn_release_of_calcium_ion_by_cell_89(X)))
& functional_group_1(fn_atp_32(fn_release_of_calcium_ion_by_cell_89(X)))
& phosphate_group_1(fn_atp_32(fn_release_of_calcium_ion_by_cell_89(X)))
& atom_1(fn_ribonucleotide_17(fn_release_of_calcium_ion_by_cell_89(X)))
& phosphorus_1(fn_ribonucleotide_17(fn_release_of_calcium_ion_by_cell_89(X)))
& tangible_entity_1(fn_nucleoside_triphosphate_33(fn_release_of_calcium_ion_by_cell_89(X)))
& entity_1(fn_nucleoside_triphosphate_33(fn_release_of_calcium_ion_by_cell_89(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_33(fn_release_of_calcium_ion_by_cell_89(X)))
& atom_1(fn_nucleoside_triphosphate_33(fn_release_of_calcium_ion_by_cell_89(X)))
& phosphorus_1(fn_nucleoside_triphosphate_33(fn_release_of_calcium_ion_by_cell_89(X)))
& tangible_entity_1(fn_atp_36(fn_release_of_calcium_ion_by_cell_89(X)))
& entity_1(fn_atp_36(fn_release_of_calcium_ion_by_cell_89(X)))
& chemical_entity_1(fn_atp_36(fn_release_of_calcium_ion_by_cell_89(X)))
& atom_1(fn_atp_36(fn_release_of_calcium_ion_by_cell_89(X)))
& phosphorus_1(fn_atp_36(fn_release_of_calcium_ion_by_cell_89(X)))
& phosphorus_1(fn_phosphate_group_6(fn_release_of_calcium_ion_by_cell_20(X)))
& single_bond_1(fn_phosphate_group_37(fn_release_of_calcium_ion_by_cell_95(X)))
& covalent_bond_1(fn_polymer_1(fn_release_of_calcium_ion_by_cell_45(X)))
& chemical_bond_1(fn_molecule_10(fn_release_of_calcium_ion_by_cell_45(X)))
& double_bond_1(fn_phosphate_group_41(fn_release_of_calcium_ion_by_cell_95(X)))
& phosphorus_1(fn_phosphate_group_6(fn_release_of_calcium_ion_by_cell_95(X)))
& entity_1(fn_carrier_protein_32(fn_release_of_calcium_ion_by_cell_45(X)))
& atom_1(fn_carrier_protein_32(fn_release_of_calcium_ion_by_cell_45(X)))
& chemical_entity_1(fn_carrier_protein_32(fn_release_of_calcium_ion_by_cell_45(X)))
& entity_1(fn_carrier_protein_32(fn_release_of_calcium_ion_by_cell_49(X)))
& atom_1(fn_carrier_protein_32(fn_release_of_calcium_ion_by_cell_49(X)))
& chemical_entity_1(fn_carrier_protein_32(fn_release_of_calcium_ion_by_cell_49(X)))
& entity_1(fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_95(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_95(X)))
& atom_1(fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_95(X)))
& oxygen_1(fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_95(X)))
& oxygen_1(fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_95(X)))
& entity_1(fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_95(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_95(X)))
& atom_1(fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_95(X)))
& surface_1(fn_cell_27(fn_release_of_calcium_ion_by_cell_51(X)))
& cytoplasmic_side_1(fn_cell_27(fn_release_of_calcium_ion_by_cell_51(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_release_of_calcium_ion_by_cell_52(X)))
& substance_1(fn_plasma_membrane_70(fn_release_of_calcium_ion_by_cell_52(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_release_of_calcium_ion_by_cell_52(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_release_of_calcium_ion_by_cell_52(X)))
& hydrophilic_compound_1(fn_plasma_membrane_50(fn_release_of_calcium_ion_by_cell_52(X)))
& block_1(fn_biomembrane_102(fn_release_of_calcium_ion_by_cell_52(X)))
& block_1(fn_plasma_membrane_96(fn_release_of_calcium_ion_by_cell_52(X)))
& block_1(fn_biomembrane_101(fn_release_of_calcium_ion_by_cell_52(X)))
& block_1(fn_integral_protein_25(fn_release_of_calcium_ion_by_cell_45(X)))
& block_1(fn_transport_protein_31(fn_release_of_calcium_ion_by_cell_45(X)))
& block_1(fn_transport_protein_31(fn_release_of_calcium_ion_by_cell_49(X)))
& block_1(fn_plasma_membrane_33(fn_release_of_calcium_ion_by_cell_52(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_release_of_calcium_ion_by_cell_52(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_release_of_calcium_ion_by_cell_52(X)))
& protein_1(fn_plasma_membrane_68(fn_release_of_calcium_ion_by_cell_52(X)))
& outside_face_1(fn_biomembrane_41(fn_release_of_calcium_ion_by_cell_52(X)))
& surface_1(fn_transmembrane_protein_5(fn_release_of_calcium_ion_by_cell_45(X)))
& outside_face_1(fn_transmembrane_protein_5(fn_release_of_calcium_ion_by_cell_45(X)))
& surface_1(fn_integral_protein_29(fn_release_of_calcium_ion_by_cell_49(X)))
& surface_1(fn_integral_protein_29(fn_release_of_calcium_ion_by_cell_45(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_release_of_calcium_ion_by_cell_52(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_release_of_calcium_ion_by_cell_45(X)))
& membrane_1(fn_carrier_protein_18(fn_release_of_calcium_ion_by_cell_49(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_release_of_calcium_ion_by_cell_49(X)))
& biomembrane_1(fn_carrier_protein_18(fn_release_of_calcium_ion_by_cell_49(X)))
& membrane_1(fn_carrier_protein_18(fn_release_of_calcium_ion_by_cell_45(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_release_of_calcium_ion_by_cell_45(X)))
& biomembrane_1(fn_carrier_protein_18(fn_release_of_calcium_ion_by_cell_45(X)))
& biomembrane_1(fn_integral_protein_24(fn_release_of_calcium_ion_by_cell_49(X)))
& biomembrane_1(fn_integral_protein_24(fn_release_of_calcium_ion_by_cell_45(X)))
& spatial_entity_1(fn_transport_protein_35(fn_release_of_calcium_ion_by_cell_45(X)))
& biomembrane_1(fn_transport_protein_35(fn_release_of_calcium_ion_by_cell_45(X)))
& spatial_entity_1(fn_transport_protein_35(fn_release_of_calcium_ion_by_cell_49(X)))
& biomembrane_1(fn_transport_protein_35(fn_release_of_calcium_ion_by_cell_49(X)))
& spatial_entity_1(fn_protein_pump_3(fn_release_of_calcium_ion_by_cell_49(X)))
& biomembrane_1(fn_protein_pump_3(fn_release_of_calcium_ion_by_cell_49(X)))
& move_through_1(fn_transport_protein_34(fn_release_of_calcium_ion_by_cell_45(X)))
& move_through_1(fn_transport_protein_10(fn_release_of_calcium_ion_by_cell_49(X)))
& move_through_1(fn_protein_pump_1(fn_release_of_calcium_ion_by_cell_49(X)))
& move_1(fn_protein_pump_1(fn_release_of_calcium_ion_by_cell_49(X)))
& move_through_1(fn_plasma_membrane_74(fn_release_of_calcium_ion_by_cell_52(X)))
& move_1(fn_plasma_membrane_74(fn_release_of_calcium_ion_by_cell_52(X)))
& move_through_1(fn_carrier_protein_4(fn_release_of_calcium_ion_by_cell_45(X)))
& tangible_entity_1(fn_biomembrane_63(fn_release_of_calcium_ion_by_cell_52(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_release_of_calcium_ion_by_cell_52(X)))
& tangible_entity_1(fn_integral_protein_27(fn_release_of_calcium_ion_by_cell_49(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_release_of_calcium_ion_by_cell_49(X)))
& tangible_entity_1(fn_integral_protein_27(fn_release_of_calcium_ion_by_cell_45(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_release_of_calcium_ion_by_cell_45(X)))
& tangible_entity_1(fn_carrier_protein_16(fn_release_of_calcium_ion_by_cell_49(X)))
& phospholipid_bilayer_1(fn_carrier_protein_16(fn_release_of_calcium_ion_by_cell_49(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_release_of_calcium_ion_by_cell_52(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_release_of_calcium_ion_by_cell_52(X)))
& tangible_entity_1(fn_carrier_protein_16(fn_release_of_calcium_ion_by_cell_45(X)))
& phospholipid_bilayer_1(fn_carrier_protein_16(fn_release_of_calcium_ion_by_cell_45(X)))
& carbon_skeleton_1(fn_plasma_membrane_57(fn_release_of_calcium_ion_by_cell_52(X)))
& carbon_skeleton_1(fn_carrier_protein_24(fn_release_of_calcium_ion_by_cell_45(X)))
& entity_1(fn_covalent_bond_20(fn_release_of_calcium_ion_by_cell_118(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_release_of_calcium_ion_by_cell_118(X)))
& atom_1(fn_covalent_bond_20(fn_release_of_calcium_ion_by_cell_118(X)))
& atom_1(fn_molecule_11(fn_release_of_calcium_ion_by_cell_45(X)))
& entity_1(fn_covalent_bond_19(fn_release_of_calcium_ion_by_cell_118(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_release_of_calcium_ion_by_cell_118(X)))
& atom_1(fn_covalent_bond_19(fn_release_of_calcium_ion_by_cell_118(X)))
& carbon_1(fn_carrier_protein_34(fn_release_of_calcium_ion_by_cell_49(X)))
& carbon_1(fn_carrier_protein_34(fn_release_of_calcium_ion_by_cell_45(X)))
& hydrophilic_region_1(fn_carrier_protein_23(fn_release_of_calcium_ion_by_cell_49(X)))
& hydrophilic_end_1(fn_carrier_protein_23(fn_release_of_calcium_ion_by_cell_49(X)))
& hydrophilic_region_1(fn_carrier_protein_22(fn_release_of_calcium_ion_by_cell_45(X)))
& hydrophilic_end_1(fn_carrier_protein_22(fn_release_of_calcium_ion_by_cell_45(X)))
& hydrophilic_region_1(fn_integral_protein_23(fn_release_of_calcium_ion_by_cell_49(X)))
& hydrophilic_region_1(fn_integral_protein_23(fn_release_of_calcium_ion_by_cell_45(X)))
& hydrophilic_region_1(fn_carrier_protein_22(fn_release_of_calcium_ion_by_cell_49(X)))
& hydrophilic_end_1(fn_carrier_protein_22(fn_release_of_calcium_ion_by_cell_49(X)))
& hydrophilic_region_1(fn_carrier_protein_23(fn_release_of_calcium_ion_by_cell_45(X)))
& hydrophilic_end_1(fn_carrier_protein_23(fn_release_of_calcium_ion_by_cell_45(X)))
& shape_value_1(fn_carrier_protein_13(fn_release_of_calcium_ion_by_cell_45(X)))
& monomer_1(fn_plasma_membrane_86(fn_release_of_calcium_ion_by_cell_52(X)))
& monomer_1(fn_carrier_protein_33(fn_release_of_calcium_ion_by_cell_45(X)))
& size_value_1(fn_plasma_membrane_84(fn_release_of_calcium_ion_by_cell_52(X)))
& size_value_1(fn_carrier_protein_39(fn_release_of_calcium_ion_by_cell_45(X)))
& size_value_1(fn_transport_protein_20(fn_release_of_calcium_ion_by_cell_45(X)))
& size_value_1(fn_plasma_membrane_85(fn_release_of_calcium_ion_by_cell_52(X)))
& size_value_1(fn_carrier_protein_40(fn_release_of_calcium_ion_by_cell_45(X)))
& chemical_entity_1(fn_functional_group_1(fn_release_of_calcium_ion_by_cell_95(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_release_of_calcium_ion_by_cell_52(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_release_of_calcium_ion_by_cell_52(X)))
& protein_1(fn_plasma_membrane_54(fn_release_of_calcium_ion_by_cell_52(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_release_of_calcium_ion_by_cell_52(X)))
& polymer_1(fn_plasma_membrane_54(fn_release_of_calcium_ion_by_cell_52(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_release_of_calcium_ion_by_cell_52(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_release_of_calcium_ion_by_cell_52(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_release_of_calcium_ion_by_cell_52(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_release_of_calcium_ion_by_cell_52(X)))
& active_transport_1(fn_protein_pump_2(fn_release_of_calcium_ion_by_cell_49(X)))
& called_2(fn_release_of_calcium_ion_by_cell_19(X),'Terminal PO4 Group')
& called_2(fn_release_of_calcium_ion_by_cell_20(X),'Terminal PO4 Group')
& has_state_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_45(X))
& is_across_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_122(X))
& quantity_2(fn_release_of_calcium_ion_by_cell_50(X),fn_release_of_calcium_ion_by_cell_5(X))
& by_means_of_2(X,fn_release_of_calcium_ion_by_cell_55(X))
& objective_2(X,fn_release_of_calcium_ion_by_cell_9(X))
& result_2(X,fn_release_of_calcium_ion_by_cell_4(X))
& is_outside_2(fn_release_of_calcium_ion_by_cell_10(X),fn_release_of_calcium_ion_by_cell_56(X))
& is_inside_2(fn_release_of_calcium_ion_by_cell_10(X),fn_release_of_calcium_ion_by_cell_52(X))
& has_function_2(fn_release_of_calcium_ion_by_cell_51(X),X)
& object_2(fn_release_of_calcium_ion_by_cell_9(X),fn_release_of_calcium_ion_by_cell_58(X))
& is_outside_2(fn_release_of_calcium_ion_by_cell_53(X),fn_release_of_calcium_ion_by_cell_52(X))
& is_inside_2(fn_release_of_calcium_ion_by_cell_54(X),fn_release_of_calcium_ion_by_cell_52(X))
& causes_2(fn_release_of_calcium_ion_by_cell_55(X),fn_release_of_calcium_ion_by_cell_48(X))
& concentration_2(fn_release_of_calcium_ion_by_cell_7(X),fn_release_of_calcium_ion_by_cell_8(X))
& directly_proportional_2(fn_release_of_calcium_ion_by_cell_5(X),fn_release_of_calcium_ion_by_cell_6(X))
& quantity_2(fn_release_of_calcium_ion_by_cell_4(X),fn_release_of_calcium_ion_by_cell_6(X))
& negative_influence_2(fn_release_of_calcium_ion_by_cell_57(X),fn_release_of_calcium_ion_by_cell_8(X))
& same_type_2(fn_release_of_calcium_ion_by_cell_58(X),fn_release_of_calcium_ion_by_cell_82(X))
& same_type_2(fn_release_of_calcium_ion_by_cell_58(X),fn_release_of_calcium_ion_by_cell_81(X))
& is_at_2(fn_release_of_calcium_ion_by_cell_68(X),fn_release_of_calcium_ion_by_cell_84(X))
& is_between_2(fn_release_of_calcium_ion_by_cell_79(X),fn_release_of_calcium_ion_by_cell_54(X))
& same_type_2(fn_release_of_calcium_ion_by_cell_80(X),fn_release_of_calcium_ion_by_cell_81(X))
& same_type_2(fn_release_of_calcium_ion_by_cell_81(X),fn_release_of_calcium_ion_by_cell_58(X))
& same_type_2(fn_release_of_calcium_ion_by_cell_81(X),fn_release_of_calcium_ion_by_cell_80(X))
& same_type_2(fn_release_of_calcium_ion_by_cell_82(X),fn_release_of_calcium_ion_by_cell_58(X))
& fn_release_of_calcium_ion_by_cell_98(X) != fn_release_of_calcium_ion_by_cell_99(X)
& fn_release_of_calcium_ion_by_cell_99(X) != fn_release_of_calcium_ion_by_cell_98(X)
& is_inside_2(fn_release_of_calcium_ion_by_cell_124(X),fn_release_of_calcium_ion_by_cell_52(X))
& object_2(fn_release_of_calcium_ion_by_cell_103(X),fn_release_of_calcium_ion_by_cell_49(X))
& raw_material_2(fn_release_of_calcium_ion_by_cell_42(X),fn_release_of_calcium_ion_by_cell_49(X))
& object_2(fn_release_of_calcium_ion_by_cell_104(X),fn_release_of_calcium_ion_by_cell_127(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_80(X),fn_release_of_calcium_ion_by_cell_127(X))
& base_2(fn_release_of_calcium_ion_by_cell_47(X),fn_release_of_calcium_ion_by_cell_51(X))
& object_2(fn_release_of_calcium_ion_by_cell_55(X),fn_release_of_calcium_ion_by_cell_58(X))
& is_at_2(fn_release_of_calcium_ion_by_cell_13(X),fn_release_of_calcium_ion_by_cell_28(X))
& base_2(X,fn_release_of_calcium_ion_by_cell_51(X))
& has_solvent_2(fn_release_of_calcium_ion_by_cell_54(X),fn_release_of_calcium_ion_by_cell_58(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_54(X),fn_release_of_calcium_ion_by_cell_58(X))
& is_between_2(fn_release_of_calcium_ion_by_cell_118(X),fn_release_of_calcium_ion_by_cell_98(X))
& fn_release_of_calcium_ion_by_cell_100(X) != fn_release_of_calcium_ion_by_cell_98(X)
& fn_release_of_calcium_ion_by_cell_98(X) != fn_release_of_calcium_ion_by_cell_100(X)
& has_region_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_85(X))
& is_at_2(fn_release_of_calcium_ion_by_cell_67(X),fn_release_of_calcium_ion_by_cell_85(X))
& has_solute_2(fn_release_of_calcium_ion_by_cell_54(X),fn_release_of_calcium_ion_by_cell_80(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_54(X),fn_release_of_calcium_ion_by_cell_80(X))
& fn_release_of_calcium_ion_by_cell_58(X) != fn_release_of_calcium_ion_by_cell_80(X)
& fn_release_of_calcium_ion_by_cell_80(X) != fn_release_of_calcium_ion_by_cell_58(X)
& has_part_2(fn_release_of_calcium_ion_by_cell_53(X),fn_release_of_calcium_ion_by_cell_81(X))
& has_solvent_2(fn_release_of_calcium_ion_by_cell_53(X),fn_release_of_calcium_ion_by_cell_81(X))
& rate_2(X,fn_release_of_calcium_ion_by_cell_57(X))
& base_2(X,fn_release_of_calcium_ion_by_cell_79(X))
& fn_release_of_calcium_ion_by_cell_81(X) != fn_release_of_calcium_ion_by_cell_82(X)
& fn_release_of_calcium_ion_by_cell_82(X) != fn_release_of_calcium_ion_by_cell_81(X)
& is_between_2(fn_release_of_calcium_ion_by_cell_79(X),fn_release_of_calcium_ion_by_cell_53(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_53(X),fn_release_of_calcium_ion_by_cell_82(X))
& has_solute_2(fn_release_of_calcium_ion_by_cell_53(X),fn_release_of_calcium_ion_by_cell_82(X))
& same_type_2(fn_release_of_calcium_ion_by_cell_80(X),fn_release_of_calcium_ion_by_cell_82(X))
& same_type_2(fn_release_of_calcium_ion_by_cell_82(X),fn_release_of_calcium_ion_by_cell_80(X))
& origin_2(X,fn_release_of_calcium_ion_by_cell_54(X))
& origin_2(fn_release_of_calcium_ion_by_cell_48(X),fn_release_of_calcium_ion_by_cell_54(X))
& different_type_2(fn_release_of_calcium_ion_by_cell_34(X),fn_release_of_calcium_ion_by_cell_33(X))
& different_type_2(fn_release_of_calcium_ion_by_cell_33(X),fn_release_of_calcium_ion_by_cell_34(X))
& has_state_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_89(X) != fn_release_of_calcium_ion_by_cell_49(X)
& fn_release_of_calcium_ion_by_cell_49(X) != fn_release_of_calcium_ion_by_cell_89(X)
& fn_release_of_calcium_ion_by_cell_45(X) != fn_release_of_calcium_ion_by_cell_49(X)
& fn_release_of_calcium_ion_by_cell_49(X) != fn_release_of_calcium_ion_by_cell_45(X)
& base_2(fn_release_of_calcium_ion_by_cell_128(X),fn_release_of_calcium_ion_by_cell_49(X))
& result_2(fn_release_of_calcium_ion_by_cell_42(X),fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_73(X) != fn_release_of_calcium_ion_by_cell_74(X)
& fn_release_of_calcium_ion_by_cell_74(X) != fn_release_of_calcium_ion_by_cell_73(X)
& fn_release_of_calcium_ion_by_cell_83(X) != fn_release_of_calcium_ion_by_cell_127(X)
& fn_release_of_calcium_ion_by_cell_127(X) != fn_release_of_calcium_ion_by_cell_83(X)
& object_2(fn_release_of_calcium_ion_by_cell_128(X),fn_release_of_calcium_ion_by_cell_127(X))
& object_2(fn_release_of_calcium_ion_by_cell_48(X),fn_release_of_calcium_ion_by_cell_127(X))
& next_event_2(fn_release_of_calcium_ion_by_cell_104(X),fn_release_of_calcium_ion_by_cell_48(X))
& next_event_2(fn_release_of_calcium_ion_by_cell_42(X),fn_release_of_calcium_ion_by_cell_104(X))
& object_2(X,fn_release_of_calcium_ion_by_cell_127(X))
& fn_release_of_calcium_ion_by_cell_127(X) != fn_release_of_calcium_ion_by_cell_12(X)
& fn_release_of_calcium_ion_by_cell_12(X) != fn_release_of_calcium_ion_by_cell_127(X)
& called_2(fn_release_of_calcium_ion_by_cell_45(X),'MP2')
& instrument_2(fn_release_of_calcium_ion_by_cell_87(X),fn_release_of_calcium_ion_by_cell_52(X))
& object_2(fn_release_of_calcium_ion_by_cell_87(X),fn_release_of_calcium_ion_by_cell_83(X))
& is_across_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_52(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_52(X),fn_release_of_calcium_ion_by_cell_45(X))
& has_region_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_85(X))
& fn_release_of_calcium_ion_by_cell_123(X) != fn_release_of_calcium_ion_by_cell_45(X)
& fn_release_of_calcium_ion_by_cell_45(X) != fn_release_of_calcium_ion_by_cell_123(X)
& has_part_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_75(X))
& possesses_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_64(X))
& has_region_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_70(X))
& possesses_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_63(X))
& is_across_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_52(X))
& agent_2(X,fn_release_of_calcium_ion_by_cell_49(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_74(X))
& is_between_2(fn_release_of_calcium_ion_by_cell_63(X),fn_release_of_calcium_ion_by_cell_74(X))
& object_2(fn_release_of_calcium_ion_by_cell_78(X),fn_release_of_calcium_ion_by_cell_49(X))
& site_2(fn_release_of_calcium_ion_by_cell_78(X),fn_release_of_calcium_ion_by_cell_67(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_76(X))
& is_between_2(fn_release_of_calcium_ion_by_cell_64(X),fn_release_of_calcium_ion_by_cell_76(X))
& is_between_2(fn_release_of_calcium_ion_by_cell_64(X),fn_release_of_calcium_ion_by_cell_73(X))
& fn_release_of_calcium_ion_by_cell_73(X) != fn_release_of_calcium_ion_by_cell_76(X)
& fn_release_of_calcium_ion_by_cell_76(X) != fn_release_of_calcium_ion_by_cell_73(X)
& path_2(X,fn_release_of_calcium_ion_by_cell_52(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_52(X),fn_release_of_calcium_ion_by_cell_49(X))
& subevent_2(X,fn_release_of_calcium_ion_by_cell_128(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_73(X))
& has_region_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_67(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_71(X))
& has_region_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_68(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_41(X))
& is_inside_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_86(X))
& size_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_43(X))
& has_region_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_66(X))
& is_inside_2(fn_release_of_calcium_ion_by_cell_73(X),fn_release_of_calcium_ion_by_cell_66(X))
& possesses_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_65(X))
& quantity_2(fn_release_of_calcium_ion_by_cell_65(X),fn_release_of_calcium_ion_by_cell_62(X))
& has_region_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_39(X))
& is_at_2(fn_release_of_calcium_ion_by_cell_46(X),fn_release_of_calcium_ion_by_cell_39(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_41(X),fn_release_of_calcium_ion_by_cell_46(X))
& object_2(fn_release_of_calcium_ion_by_cell_77(X),fn_release_of_calcium_ion_by_cell_49(X))
& speed_2(fn_release_of_calcium_ion_by_cell_77(X),fn_release_of_calcium_ion_by_cell_61(X))
& directly_proportional_2(fn_release_of_calcium_ion_by_cell_61(X),fn_release_of_calcium_ion_by_cell_62(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_40(X))
& size_2(fn_release_of_calcium_ion_by_cell_40(X),fn_release_of_calcium_ion_by_cell_44(X))
& greater_than_2(fn_release_of_calcium_ion_by_cell_43(X),fn_release_of_calcium_ion_by_cell_44(X))
& the_scalar_value_2(fn_release_of_calcium_ion_by_cell_43(X),big_0)
& scalar_unit_class_2(fn_release_of_calcium_ion_by_cell_43(X),polypeptide_0)
& has_region_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_69(X))
& is_inside_2(fn_release_of_calcium_ion_by_cell_72(X),fn_release_of_calcium_ion_by_cell_69(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_72(X))
& shape_2(fn_release_of_calcium_ion_by_cell_49(X),fn_release_of_calcium_ion_by_cell_33(X))
& base_2(fn_release_of_calcium_ion_by_cell_47(X),fn_release_of_calcium_ion_by_cell_89(X))
& subevent_2(X,fn_release_of_calcium_ion_by_cell_48(X))
& object_2(fn_release_of_calcium_ion_by_cell_22(X),fn_release_of_calcium_ion_by_cell_30(X))
& object_2(fn_release_of_calcium_ion_by_cell_29(X),fn_release_of_calcium_ion_by_cell_30(X))
& base_2(fn_release_of_calcium_ion_by_cell_29(X),fn_release_of_calcium_ion_by_cell_23(X))
& subevent_2(X,fn_release_of_calcium_ion_by_cell_42(X))
& raw_material_2(X,fn_release_of_calcium_ion_by_cell_50(X))
& possesses_2(fn_release_of_calcium_ion_by_cell_88(X),fn_release_of_calcium_ion_by_cell_50(X))
& result_2(fn_release_of_calcium_ion_by_cell_42(X),fn_release_of_calcium_ion_by_cell_45(X))
& raw_material_2(fn_release_of_calcium_ion_by_cell_42(X),fn_release_of_calcium_ion_by_cell_45(X))
& object_2(fn_release_of_calcium_ion_by_cell_103(X),fn_release_of_calcium_ion_by_cell_45(X))
& site_2(fn_release_of_calcium_ion_by_cell_103(X),fn_release_of_calcium_ion_by_cell_67(X))
& base_2(fn_release_of_calcium_ion_by_cell_104(X),fn_release_of_calcium_ion_by_cell_45(X))
& subevent_2(X,fn_release_of_calcium_ion_by_cell_104(X))
& subevent_2(X,fn_release_of_calcium_ion_by_cell_47(X))
& object_2(fn_release_of_calcium_ion_by_cell_47(X),fn_release_of_calcium_ion_by_cell_59(X))
& quantity_2(fn_release_of_calcium_ion_by_cell_59(X),fn_release_of_calcium_ion_by_cell_91(X))
& raw_material_2(fn_release_of_calcium_ion_by_cell_42(X),fn_release_of_calcium_ion_by_cell_89(X))
& next_event_2(fn_release_of_calcium_ion_by_cell_42(X),fn_release_of_calcium_ion_by_cell_128(X))
& next_event_2(fn_release_of_calcium_ion_by_cell_128(X),fn_release_of_calcium_ion_by_cell_48(X))
& destination_2(fn_release_of_calcium_ion_by_cell_48(X),fn_release_of_calcium_ion_by_cell_53(X))
& destination_2(X,fn_release_of_calcium_ion_by_cell_53(X))
& base_2(fn_release_of_calcium_ion_by_cell_22(X),fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_45(X) != fn_release_of_calcium_ion_by_cell_89(X)
& fn_release_of_calcium_ion_by_cell_89(X) != fn_release_of_calcium_ion_by_cell_45(X)
& fn_release_of_calcium_ion_by_cell_23(X) != fn_release_of_calcium_ion_by_cell_89(X)
& fn_release_of_calcium_ion_by_cell_89(X) != fn_release_of_calcium_ion_by_cell_23(X)
& raw_material_2(X,fn_release_of_calcium_ion_by_cell_89(X))
& possesses_2(fn_release_of_calcium_ion_by_cell_89(X),fn_release_of_calcium_ion_by_cell_59(X))
& is_inside_2(fn_release_of_calcium_ion_by_cell_59(X),fn_release_of_calcium_ion_by_cell_89(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_89(X),fn_release_of_calcium_ion_by_cell_25(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_25(X),fn_release_of_calcium_ion_by_cell_27(X))
& has_region_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_95(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_100(X))
& is_at_2(fn_release_of_calcium_ion_by_cell_71(X),fn_release_of_calcium_ion_by_cell_67(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_101(X))
& is_between_2(fn_release_of_calcium_ion_by_cell_119(X),fn_release_of_calcium_ion_by_cell_99(X))
& possesses_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_118(X))
& is_between_2(fn_release_of_calcium_ion_by_cell_118(X),fn_release_of_calcium_ion_by_cell_99(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_99(X))
& object_2(fn_release_of_calcium_ion_by_cell_11(X),fn_release_of_calcium_ion_by_cell_45(X))
& site_2(fn_release_of_calcium_ion_by_cell_11(X),fn_release_of_calcium_ion_by_cell_67(X))
& agent_2(X,fn_release_of_calcium_ion_by_cell_45(X))
& possesses_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_119(X))
& is_between_2(fn_release_of_calcium_ion_by_cell_119(X),fn_release_of_calcium_ion_by_cell_98(X))
& fn_release_of_calcium_ion_by_cell_101(X) != fn_release_of_calcium_ion_by_cell_98(X)
& fn_release_of_calcium_ion_by_cell_98(X) != fn_release_of_calcium_ion_by_cell_101(X)
& is_oriented_toward_2(fn_release_of_calcium_ion_by_cell_84(X),fn_release_of_calcium_ion_by_cell_124(X))
& is_inside_2(fn_release_of_calcium_ion_by_cell_124(X),fn_release_of_calcium_ion_by_cell_126(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_51(X),fn_release_of_calcium_ion_by_cell_124(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_51(X),fn_release_of_calcium_ion_by_cell_125(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_51(X),fn_release_of_calcium_ion_by_cell_126(X))
& has_region_2(fn_release_of_calcium_ion_by_cell_126(X),fn_release_of_calcium_ion_by_cell_84(X))
& is_facing_2(fn_release_of_calcium_ion_by_cell_84(X),fn_release_of_calcium_ion_by_cell_124(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_124(X),fn_release_of_calcium_ion_by_cell_54(X))
& is_inside_2(fn_release_of_calcium_ion_by_cell_125(X),fn_release_of_calcium_ion_by_cell_54(X))
& is_between_2(fn_release_of_calcium_ion_by_cell_64(X),fn_release_of_calcium_ion_by_cell_74(X))
& is_between_2(fn_release_of_calcium_ion_by_cell_63(X),fn_release_of_calcium_ion_by_cell_76(X))
& is_between_2(fn_release_of_calcium_ion_by_cell_63(X),fn_release_of_calcium_ion_by_cell_75(X))
& is_between_2(fn_release_of_calcium_ion_by_cell_64(X),fn_release_of_calcium_ion_by_cell_75(X))
& fn_release_of_calcium_ion_by_cell_76(X) != fn_release_of_calcium_ion_by_cell_75(X)
& fn_release_of_calcium_ion_by_cell_75(X) != fn_release_of_calcium_ion_by_cell_76(X)
& is_inside_2(fn_release_of_calcium_ion_by_cell_74(X),fn_release_of_calcium_ion_by_cell_70(X))
& fn_release_of_calcium_ion_by_cell_74(X) != fn_release_of_calcium_ion_by_cell_76(X)
& is_inside_2(fn_release_of_calcium_ion_by_cell_76(X),fn_release_of_calcium_ion_by_cell_70(X))
& is_inside_2(fn_release_of_calcium_ion_by_cell_75(X),fn_release_of_calcium_ion_by_cell_70(X))
& fn_release_of_calcium_ion_by_cell_75(X) != fn_release_of_calcium_ion_by_cell_74(X)
& fn_release_of_calcium_ion_by_cell_76(X) != fn_release_of_calcium_ion_by_cell_74(X)
& fn_release_of_calcium_ion_by_cell_74(X) != fn_release_of_calcium_ion_by_cell_75(X)
& has_part_2(fn_release_of_calcium_ion_by_cell_89(X),fn_release_of_calcium_ion_by_cell_26(X))
& possesses_2(fn_release_of_calcium_ion_by_cell_89(X),fn_release_of_calcium_ion_by_cell_16(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_89(X),fn_release_of_calcium_ion_by_cell_17(X))
& possesses_2(fn_release_of_calcium_ion_by_cell_89(X),fn_release_of_calcium_ion_by_cell_88(X))
& has_region_2(fn_release_of_calcium_ion_by_cell_27(X),fn_release_of_calcium_ion_by_cell_28(X))
& object_2(fn_release_of_calcium_ion_by_cell_92(X),fn_release_of_calcium_ion_by_cell_89(X))
& speed_2(fn_release_of_calcium_ion_by_cell_92(X),fn_release_of_calcium_ion_by_cell_90(X))
& directly_proportional_2(fn_release_of_calcium_ion_by_cell_90(X),fn_release_of_calcium_ion_by_cell_91(X))
& has_region_2(fn_release_of_calcium_ion_by_cell_89(X),fn_release_of_calcium_ion_by_cell_21(X))
& fn_release_of_calcium_ion_by_cell_20(X) != fn_release_of_calcium_ion_by_cell_21(X)
& has_region_2(fn_release_of_calcium_ion_by_cell_89(X),fn_release_of_calcium_ion_by_cell_20(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_89(X),fn_release_of_calcium_ion_by_cell_18(X))
& is_between_2(fn_release_of_calcium_ion_by_cell_16(X),fn_release_of_calcium_ion_by_cell_18(X))
& fn_release_of_calcium_ion_by_cell_21(X) != fn_release_of_calcium_ion_by_cell_20(X)
& is_inside_2(fn_release_of_calcium_ion_by_cell_15(X),fn_release_of_calcium_ion_by_cell_20(X))
& is_inside_2(fn_release_of_calcium_ion_by_cell_18(X),fn_release_of_calcium_ion_by_cell_20(X))
& is_inside_2(fn_release_of_calcium_ion_by_cell_18(X),fn_release_of_calcium_ion_by_cell_19(X))
& has_region_2(fn_release_of_calcium_ion_by_cell_89(X),fn_release_of_calcium_ion_by_cell_19(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_89(X),fn_release_of_calcium_ion_by_cell_15(X))
& has_region_2(fn_release_of_calcium_ion_by_cell_89(X),fn_release_of_calcium_ion_by_cell_24(X))
& is_inside_2(fn_release_of_calcium_ion_by_cell_17(X),fn_release_of_calcium_ion_by_cell_24(X))
& fn_release_of_calcium_ion_by_cell_17(X) != fn_release_of_calcium_ion_by_cell_26(X)
& fn_release_of_calcium_ion_by_cell_15(X) != fn_release_of_calcium_ion_by_cell_17(X)
& fn_release_of_calcium_ion_by_cell_17(X) != fn_release_of_calcium_ion_by_cell_15(X)
& fn_release_of_calcium_ion_by_cell_26(X) != fn_release_of_calcium_ion_by_cell_17(X)
& is_inside_2(fn_release_of_calcium_ion_by_cell_14(X),fn_release_of_calcium_ion_by_cell_19(X))
& is_inside_2(fn_release_of_calcium_ion_by_cell_15(X),fn_release_of_calcium_ion_by_cell_19(X))
& fn_release_of_calcium_ion_by_cell_15(X) != fn_release_of_calcium_ion_by_cell_13(X)
& fn_release_of_calcium_ion_by_cell_20(X) != fn_release_of_calcium_ion_by_cell_19(X)
& fn_release_of_calcium_ion_by_cell_19(X) != fn_release_of_calcium_ion_by_cell_20(X)
& fn_release_of_calcium_ion_by_cell_13(X) != fn_release_of_calcium_ion_by_cell_15(X)
& has_part_2(fn_release_of_calcium_ion_by_cell_89(X),fn_release_of_calcium_ion_by_cell_14(X))
& is_inside_2(fn_release_of_calcium_ion_by_cell_14(X),fn_release_of_calcium_ion_by_cell_21(X))
& fn_release_of_calcium_ion_by_cell_21(X) != fn_release_of_calcium_ion_by_cell_19(X)
& is_inside_2(fn_release_of_calcium_ion_by_cell_19(X),fn_release_of_calcium_ion_by_cell_28(X))
& is_inside_2(fn_release_of_calcium_ion_by_cell_20(X),fn_release_of_calcium_ion_by_cell_28(X))
& fn_release_of_calcium_ion_by_cell_19(X) != fn_release_of_calcium_ion_by_cell_21(X)
& is_inside_2(fn_release_of_calcium_ion_by_cell_15(X),fn_release_of_calcium_ion_by_cell_21(X))
& is_inside_2(fn_release_of_calcium_ion_by_cell_18(X),fn_release_of_calcium_ion_by_cell_21(X))
& is_between_2(fn_release_of_calcium_ion_by_cell_88(X),fn_release_of_calcium_ion_by_cell_15(X))
& is_between_2(fn_release_of_calcium_ion_by_cell_88(X),fn_release_of_calcium_ion_by_cell_14(X))
& is_between_2(fn_release_of_calcium_ion_by_cell_16(X),fn_release_of_calcium_ion_by_cell_14(X))
& is_between_2(fn_release_of_calcium_ion_by_cell_16(X),fn_release_of_calcium_ion_by_cell_15(X))
& fn_release_of_calcium_ion_by_cell_15(X) != fn_release_of_calcium_ion_by_cell_18(X)
& fn_release_of_calcium_ion_by_cell_18(X) != fn_release_of_calcium_ion_by_cell_15(X)
& is_inside_2(fn_release_of_calcium_ion_by_cell_14(X),fn_release_of_calcium_ion_by_cell_20(X))
& fn_release_of_calcium_ion_by_cell_15(X) != fn_release_of_calcium_ion_by_cell_14(X)
& fn_release_of_calcium_ion_by_cell_14(X) != fn_release_of_calcium_ion_by_cell_15(X)
& fn_release_of_calcium_ion_by_cell_18(X) != fn_release_of_calcium_ion_by_cell_14(X)
& fn_release_of_calcium_ion_by_cell_14(X) != fn_release_of_calcium_ion_by_cell_18(X)
& is_between_2(fn_release_of_calcium_ion_by_cell_118(X),fn_release_of_calcium_ion_by_cell_101(X))
& is_between_2(fn_release_of_calcium_ion_by_cell_119(X),fn_release_of_calcium_ion_by_cell_101(X))
& is_between_2(fn_release_of_calcium_ion_by_cell_119(X),fn_release_of_calcium_ion_by_cell_100(X))
& is_between_2(fn_release_of_calcium_ion_by_cell_118(X),fn_release_of_calcium_ion_by_cell_100(X))
& fn_release_of_calcium_ion_by_cell_101(X) != fn_release_of_calcium_ion_by_cell_100(X)
& fn_release_of_calcium_ion_by_cell_100(X) != fn_release_of_calcium_ion_by_cell_101(X)
& is_inside_2(fn_release_of_calcium_ion_by_cell_99(X),fn_release_of_calcium_ion_by_cell_95(X))
& fn_release_of_calcium_ion_by_cell_99(X) != fn_release_of_calcium_ion_by_cell_101(X)
& is_inside_2(fn_release_of_calcium_ion_by_cell_101(X),fn_release_of_calcium_ion_by_cell_95(X))
& is_inside_2(fn_release_of_calcium_ion_by_cell_100(X),fn_release_of_calcium_ion_by_cell_95(X))
& fn_release_of_calcium_ion_by_cell_100(X) != fn_release_of_calcium_ion_by_cell_99(X)
& fn_release_of_calcium_ion_by_cell_101(X) != fn_release_of_calcium_ion_by_cell_99(X)
& fn_release_of_calcium_ion_by_cell_99(X) != fn_release_of_calcium_ion_by_cell_100(X)
& has_region_2(fn_release_of_calcium_ion_by_cell_52(X),fn_release_of_calcium_ion_by_cell_84(X))
& is_between_2(fn_release_of_calcium_ion_by_cell_52(X),fn_release_of_calcium_ion_by_cell_56(X))
& has_region_2(fn_release_of_calcium_ion_by_cell_52(X),fn_release_of_calcium_ion_by_cell_122(X))
& has_function_2(fn_release_of_calcium_ion_by_cell_52(X),fn_release_of_calcium_ion_by_cell_87(X))
& object_2(fn_release_of_calcium_ion_by_cell_87(X),fn_release_of_calcium_ion_by_cell_12(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_52(X),fn_release_of_calcium_ion_by_cell_123(X))
& called_2(fn_release_of_calcium_ion_by_cell_123(X),'MP1')
& has_function_2(fn_release_of_calcium_ion_by_cell_52(X),fn_release_of_calcium_ion_by_cell_48(X))
& base_2(fn_release_of_calcium_ion_by_cell_48(X),fn_release_of_calcium_ion_by_cell_52(X))
& has_region_2(fn_release_of_calcium_ion_by_cell_52(X),fn_release_of_calcium_ion_by_cell_85(X))
& is_outside_2(fn_release_of_calcium_ion_by_cell_85(X),fn_release_of_calcium_ion_by_cell_52(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_52(X),fn_release_of_calcium_ion_by_cell_86(X))
& agent_2(fn_release_of_calcium_ion_by_cell_48(X),fn_release_of_calcium_ion_by_cell_45(X))
& the_scalar_value_2(fn_release_of_calcium_ion_by_cell_111(X),big_0)
& scalar_unit_class_2(fn_release_of_calcium_ion_by_cell_111(X),polypeptide_0)
& is_inside_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_86(X))
& has_region_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_67(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_98(X))
& is_inside_2(fn_release_of_calcium_ion_by_cell_98(X),fn_release_of_calcium_ion_by_cell_96(X))
& has_region_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_96(X))
& has_region_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_112(X))
& is_opposite_2(fn_release_of_calcium_ion_by_cell_68(X),fn_release_of_calcium_ion_by_cell_67(X))
& has_region_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_68(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_114(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_114(X),fn_release_of_calcium_ion_by_cell_109(X))
& is_at_2(fn_release_of_calcium_ion_by_cell_109(X),fn_release_of_calcium_ion_by_cell_112(X))
& is_opposite_2(fn_release_of_calcium_ion_by_cell_67(X),fn_release_of_calcium_ion_by_cell_68(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_116(X))
& is_inside_2(fn_release_of_calcium_ion_by_cell_116(X),fn_release_of_calcium_ion_by_cell_113(X))
& has_region_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_113(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_115(X))
& is_at_2(fn_release_of_calcium_ion_by_cell_115(X),fn_release_of_calcium_ion_by_cell_67(X))
& size_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_111(X))
& greater_than_2(fn_release_of_calcium_ion_by_cell_111(X),fn_release_of_calcium_ion_by_cell_110(X))
& size_2(fn_release_of_calcium_ion_by_cell_117(X),fn_release_of_calcium_ion_by_cell_110(X))
& has_part_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_117(X))
& shape_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_34(X))
& possesses_2(fn_release_of_calcium_ion_by_cell_45(X),fn_release_of_calcium_ion_by_cell_102(X))
& quantity_2(fn_release_of_calcium_ion_by_cell_102(X),fn_release_of_calcium_ion_by_cell_93(X))
& directly_proportional_2(fn_release_of_calcium_ion_by_cell_94(X),fn_release_of_calcium_ion_by_cell_93(X))
& speed_2(fn_release_of_calcium_ion_by_cell_97(X),fn_release_of_calcium_ion_by_cell_94(X))
& object_2(fn_release_of_calcium_ion_by_cell_97(X),fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_49(X) = fn_expose_1(fn_release_of_calcium_ion_by_cell_103(X))
& fn_release_of_calcium_ion_by_cell_49(X) = fn_chemical_reaction_2(fn_release_of_calcium_ion_by_cell_42(X))
& fn_release_of_calcium_ion_by_cell_49(X) = fn_phosphorylation_1(fn_release_of_calcium_ion_by_cell_42(X))
& fn_release_of_calcium_ion_by_cell_127(X) = fn_detach_1(fn_release_of_calcium_ion_by_cell_104(X))
& fn_release_of_calcium_ion_by_cell_127(X) = fn_chemical_3(fn_release_of_calcium_ion_by_cell_80(X))
& fn_release_of_calcium_ion_by_cell_51(X) = fn_release_2(fn_release_of_calcium_ion_by_cell_47(X))
& fn_release_of_calcium_ion_by_cell_55(X) = fn_water_95(fn_release_of_calcium_ion_by_cell_58(X))
& fn_release_of_calcium_ion_by_cell_28(X) = fn_5_prime_carbon_1(fn_release_of_calcium_ion_by_cell_13(X))
& fn_release_of_calcium_ion_by_cell_51(X) = fn_cellular_work_2(X)
& fn_release_of_calcium_ion_by_cell_58(X) = fn_aqueous_solution_14(fn_release_of_calcium_ion_by_cell_54(X))
& fn_release_of_calcium_ion_by_cell_100(X) = fn_covalent_bond_20(fn_release_of_calcium_ion_by_cell_118(X))
& fn_release_of_calcium_ion_by_cell_98(X) = fn_covalent_bond_20(fn_release_of_calcium_ion_by_cell_118(X))
& fn_release_of_calcium_ion_by_cell_98(X) = fn_covalent_bond_19(fn_release_of_calcium_ion_by_cell_118(X))
& fn_release_of_calcium_ion_by_cell_85(X) = fn_integral_protein_29(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_80(X) = fn_solution_5(fn_release_of_calcium_ion_by_cell_54(X))
& fn_release_of_calcium_ion_by_cell_58(X) = fn_solution_5(fn_release_of_calcium_ion_by_cell_54(X))
& fn_release_of_calcium_ion_by_cell_80(X) = fn_solution_6(fn_release_of_calcium_ion_by_cell_54(X))
& fn_release_of_calcium_ion_by_cell_81(X) = fn_aqueous_solution_14(fn_release_of_calcium_ion_by_cell_53(X))
& fn_release_of_calcium_ion_by_cell_60(X) = fn_active_transport_16(X)
& fn_release_of_calcium_ion_by_cell_57(X) = fn_active_transport_17(X)
& fn_release_of_calcium_ion_by_cell_82(X) = fn_solution_5(fn_release_of_calcium_ion_by_cell_53(X))
& fn_release_of_calcium_ion_by_cell_81(X) = fn_solution_6(fn_release_of_calcium_ion_by_cell_53(X))
& fn_release_of_calcium_ion_by_cell_81(X) = fn_active_transport_23(X)
& fn_release_of_calcium_ion_by_cell_80(X) = fn_concentration_gradient_6(fn_release_of_calcium_ion_by_cell_79(X))
& fn_release_of_calcium_ion_by_cell_82(X) = fn_concentration_gradient_6(fn_release_of_calcium_ion_by_cell_79(X))
& fn_release_of_calcium_ion_by_cell_82(X) = fn_active_transport_24(X)
& fn_release_of_calcium_ion_by_cell_82(X) = fn_concentration_gradient_5(fn_release_of_calcium_ion_by_cell_79(X))
& fn_release_of_calcium_ion_by_cell_53(X) = fn_concentration_gradient_8(fn_release_of_calcium_ion_by_cell_79(X))
& fn_release_of_calcium_ion_by_cell_79(X) = fn_active_transport_25(X)
& fn_release_of_calcium_ion_by_cell_53(X) = fn_active_transport_21(X)
& fn_release_of_calcium_ion_by_cell_53(X) = fn_concentration_gradient_9(fn_release_of_calcium_ion_by_cell_79(X))
& fn_release_of_calcium_ion_by_cell_33(X) = fn_active_transport_using_atp_12(X)
& fn_release_of_calcium_ion_by_cell_54(X) = fn_active_transport_using_atp_92(X)
& fn_release_of_calcium_ion_by_cell_74(X) = fn_active_transport_using_atp_85(X)
& fn_release_of_calcium_ion_by_cell_83(X) = fn_active_transport_using_atp_23(X)
& fn_release_of_calcium_ion_by_cell_127(X) = fn_active_movement_of_ions_25(X)
& fn_release_of_calcium_ion_by_cell_127(X) = fn_active_transport_using_atp_46(X)
& fn_release_of_calcium_ion_by_cell_83(X) = fn_biomembrane_99(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_83(X) = fn_transport_protein_11(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_85(X) = fn_integral_protein_29(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_123(X) = fn_plasma_membrane_54(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_52(X) = fn_carrier_protein_18(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_75(X) = fn_active_movement_of_ions_6(X)
& fn_release_of_calcium_ion_by_cell_64(X) = fn_polymer_1(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_49(X) = fn_functional_group_1(fn_release_of_calcium_ion_by_cell_70(X))
& fn_release_of_calcium_ion_by_cell_70(X) = fn_active_movement_of_ions_16(X)
& fn_release_of_calcium_ion_by_cell_63(X) = fn_active_movement_of_ions_4(X)
& fn_release_of_calcium_ion_by_cell_74(X) = fn_active_movement_of_ions_7(X)
& fn_release_of_calcium_ion_by_cell_78(X) = fn_active_movement_of_ions_24(X)
& fn_release_of_calcium_ion_by_cell_64(X) = fn_molecule_10(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_76(X) = fn_molecule_11(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_64(X) = fn_active_movement_of_ions_3(X)
& fn_release_of_calcium_ion_by_cell_73(X) = fn_active_transport_using_atp_84(X)
& fn_release_of_calcium_ion_by_cell_73(X) = fn_active_movement_of_ions_23(X)
& fn_release_of_calcium_ion_by_cell_76(X) = fn_active_transport_using_atp_85(X)
& fn_release_of_calcium_ion_by_cell_76(X) = fn_active_movement_of_ions_5(X)
& fn_release_of_calcium_ion_by_cell_49(X) = fn_active_transport_using_atp_78(X)
& fn_release_of_calcium_ion_by_cell_52(X) = fn_active_movement_of_ions_19(X)
& fn_release_of_calcium_ion_by_cell_67(X) = fn_carrier_protein_22(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_71(X) = fn_carrier_protein_30(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_68(X) = fn_carrier_protein_23(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_38(X) = fn_carrier_protein_12(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_86(X) = fn_carrier_protein_16(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_36(X) = fn_carrier_protein_10(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_35(X) = fn_carrier_protein_9(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_73(X) = fn_carrier_protein_34(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_66(X) = fn_carrier_protein_24(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_49(X) = fn_active_movement_of_ions_10(X)
& fn_release_of_calcium_ion_by_cell_65(X) = fn_active_movement_of_ions_2(X)
& fn_release_of_calcium_ion_by_cell_65(X) = fn_carrier_protein_41(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_41(X) = fn_carrier_protein_35(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_46(X) = fn_carrier_protein_27(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_39(X) = fn_carrier_protein_25(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_37(X) = fn_active_movement_of_ions_27(X)
& fn_release_of_calcium_ion_by_cell_62(X) = fn_active_movement_of_ions_8(X)
& fn_release_of_calcium_ion_by_cell_37(X) = fn_carrier_protein_11(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_62(X) = fn_carrier_protein_38(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_61(X) = fn_carrier_protein_37(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_77(X) = fn_carrier_protein_42(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_43(X) = fn_transport_protein_20(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_43(X) = fn_carrier_protein_40(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_44(X) = fn_carrier_protein_39(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_40(X) = fn_carrier_protein_33(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_32(X) = fn_carrier_protein_8(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_33(X) = fn_carrier_protein_13(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_72(X) = fn_carrier_protein_31(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_69(X) = fn_carrier_protein_21(fn_release_of_calcium_ion_by_cell_49(X))
& X = fn_protein_pump_2(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_29(X) = fn_active_transport_using_atp_57(X)
& fn_release_of_calcium_ion_by_cell_30(X) = fn_active_transport_using_atp_51(X)
& fn_release_of_calcium_ion_by_cell_88(X) = fn_active_transport_using_atp_15(X)
& fn_release_of_calcium_ion_by_cell_50(X) = fn_active_transport_using_atp_14(X)
& fn_release_of_calcium_ion_by_cell_67(X) = fn_active_transport_using_atp_34(X)
& fn_release_of_calcium_ion_by_cell_103(X) = fn_active_transport_using_atp_26(X)
& fn_release_of_calcium_ion_by_cell_91(X) = fn_active_transport_using_atp_22(X)
& fn_release_of_calcium_ion_by_cell_47(X) = fn_active_transport_using_atp_49(X)
& fn_release_of_calcium_ion_by_cell_104(X) = fn_active_transport_using_atp_44(X)
& fn_release_of_calcium_ion_by_cell_53(X) = fn_active_transport_using_atp_24(X)
& fn_release_of_calcium_ion_by_cell_128(X) = fn_active_transport_using_atp_44(X)
& fn_release_of_calcium_ion_by_cell_42(X) = fn_active_transport_using_atp_91(X)
& fn_release_of_calcium_ion_by_cell_22(X) = fn_active_transport_using_atp_67(X)
& fn_release_of_calcium_ion_by_cell_23(X) = fn_active_transport_using_atp_47(X)
& fn_release_of_calcium_ion_by_cell_45(X) = fn_active_transport_using_atp_78(X)
& fn_release_of_calcium_ion_by_cell_27(X) = fn_ribonucleotide_10(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_27(X) = fn_active_transport_using_atp_63(X)
& fn_release_of_calcium_ion_by_cell_25(X) = fn_ribonucleotide_9(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_25(X) = fn_active_transport_using_atp_69(X)
& fn_release_of_calcium_ion_by_cell_59(X) = fn_atp_28(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_59(X) = fn_active_transport_using_atp_16(X)
& fn_release_of_calcium_ion_by_cell_89(X) = fn_active_transport_using_atp_45(X)
& fn_release_of_calcium_ion_by_cell_45(X) = fn_functional_group_1(fn_release_of_calcium_ion_by_cell_95(X))
& fn_release_of_calcium_ion_by_cell_95(X) = fn_active_movement_of_ions_16(X)
& fn_release_of_calcium_ion_by_cell_100(X) = fn_active_movement_of_ions_6(X)
& fn_release_of_calcium_ion_by_cell_71(X) = fn_integral_protein_6(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_67(X) = fn_integral_protein_23(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_71(X) = fn_integral_protein_6(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_67(X) = fn_integral_protein_23(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_71(X) = fn_active_movement_of_ions_20(X)
& fn_release_of_calcium_ion_by_cell_67(X) = fn_active_movement_of_ions_12(X)
& fn_release_of_calcium_ion_by_cell_11(X) = fn_active_movement_of_ions_24(X)
& fn_release_of_calcium_ion_by_cell_99(X) = fn_active_movement_of_ions_7(X)
& fn_release_of_calcium_ion_by_cell_118(X) = fn_active_movement_of_ions_4(X)
& fn_release_of_calcium_ion_by_cell_101(X) = fn_carrier_protein_32(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_98(X) = fn_carrier_protein_34(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_101(X) = fn_carrier_protein_32(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_98(X) = fn_active_transport_using_atp_27(X)
& fn_release_of_calcium_ion_by_cell_101(X) = fn_active_transport_using_atp_54(X)
& fn_release_of_calcium_ion_by_cell_101(X) = fn_active_movement_of_ions_5(X)
& fn_release_of_calcium_ion_by_cell_98(X) = fn_molecule_11(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_98(X) = fn_active_movement_of_ions_23(X)
& fn_release_of_calcium_ion_by_cell_119(X) = fn_polymer_1(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_119(X) = fn_molecule_10(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_119(X) = fn_active_movement_of_ions_3(X)
& fn_release_of_calcium_ion_by_cell_45(X) = fn_active_movement_of_ions_10(X)
& fn_release_of_calcium_ion_by_cell_125(X) = fn_cell_14(fn_release_of_calcium_ion_by_cell_51(X))
& fn_release_of_calcium_ion_by_cell_54(X) = fn_cell_29(fn_release_of_calcium_ion_by_cell_51(X))
& fn_release_of_calcium_ion_by_cell_124(X) = fn_cell_28(fn_release_of_calcium_ion_by_cell_51(X))
& fn_release_of_calcium_ion_by_cell_84(X) = fn_cell_27(fn_release_of_calcium_ion_by_cell_51(X))
& fn_release_of_calcium_ion_by_cell_126(X) = fn_cell_30(fn_release_of_calcium_ion_by_cell_51(X))
& fn_release_of_calcium_ion_by_cell_64(X) = fn_phosphate_group_41(fn_release_of_calcium_ion_by_cell_70(X))
& fn_release_of_calcium_ion_by_cell_63(X) = fn_phosphate_group_37(fn_release_of_calcium_ion_by_cell_70(X))
& fn_release_of_calcium_ion_by_cell_75(X) = fn_phosphate_group_6(fn_release_of_calcium_ion_by_cell_70(X))
& fn_release_of_calcium_ion_by_cell_76(X) = fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_70(X))
& fn_release_of_calcium_ion_by_cell_74(X) = fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_70(X))
& fn_release_of_calcium_ion_by_cell_88(X) = fn_nucleoside_triphosphate_28(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_88(X) = fn_atp_29(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_27(X) = fn_atp_50(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_108(X) = fn_atp_23(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_107(X) = fn_atp_22(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_91(X) = fn_atp_66(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_90(X) = fn_atp_67(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_92(X) = fn_atp_68(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_16(X) = fn_nucleoside_triphosphate_35(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_18(X) = fn_nucleoside_triphosphate_29(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_16(X) = fn_atp_30(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_89(X) = fn_functional_group_1(fn_release_of_calcium_ion_by_cell_20(X))
& fn_release_of_calcium_ion_by_cell_20(X) = fn_atp_34(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_18(X) = fn_ribonucleotide_16(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_18(X) = fn_atp_37(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_20(X) = fn_nucleoside_triphosphate_27(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_20(X) = fn_ribonucleotide_14(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_26(X) = fn_atp_7(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_15(X) = fn_nucleoside_triphosphate_32(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_17(X) = fn_ribonucleotide_7(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_15(X) = fn_ribonucleotide_8(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_17(X) = fn_nucleoside_triphosphate_31(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_17(X) = fn_atp_39(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_24(X) = fn_nucleoside_triphosphate_30(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_24(X) = fn_atp_31(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_13(X) = fn_atp_69(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_15(X) = fn_nucleoside_triphosphate_29(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_15(X) = fn_atp_35(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_14(X) = fn_ribonucleotide_17(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_19(X) = fn_ribonucleotide_14(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_19(X) = fn_nucleoside_triphosphate_27(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_19(X) = fn_atp_33(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_20(X) = fn_atp_32(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_28(X) = fn_atp_25(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_19(X) = fn_atp_34(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_21(X) = fn_atp_32(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_14(X) = fn_nucleoside_triphosphate_33(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_14(X) = fn_atp_36(fn_release_of_calcium_ion_by_cell_89(X))
& fn_release_of_calcium_ion_by_cell_18(X) = fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_20(X))
& fn_release_of_calcium_ion_by_cell_15(X) = fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_20(X))
& fn_release_of_calcium_ion_by_cell_16(X) = fn_phosphate_group_37(fn_release_of_calcium_ion_by_cell_20(X))
& fn_release_of_calcium_ion_by_cell_88(X) = fn_phosphate_group_41(fn_release_of_calcium_ion_by_cell_20(X))
& fn_release_of_calcium_ion_by_cell_18(X) = fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_20(X))
& fn_release_of_calcium_ion_by_cell_15(X) = fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_20(X))
& fn_release_of_calcium_ion_by_cell_14(X) = fn_phosphate_group_6(fn_release_of_calcium_ion_by_cell_20(X))
& fn_release_of_calcium_ion_by_cell_118(X) = fn_phosphate_group_37(fn_release_of_calcium_ion_by_cell_95(X))
& fn_release_of_calcium_ion_by_cell_119(X) = fn_phosphate_group_41(fn_release_of_calcium_ion_by_cell_95(X))
& fn_release_of_calcium_ion_by_cell_101(X) = fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_95(X))
& fn_release_of_calcium_ion_by_cell_100(X) = fn_phosphate_group_6(fn_release_of_calcium_ion_by_cell_95(X))
& fn_release_of_calcium_ion_by_cell_101(X) = fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_95(X))
& fn_release_of_calcium_ion_by_cell_99(X) = fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_95(X))
& fn_release_of_calcium_ion_by_cell_84(X) = fn_plasma_membrane_66(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_56(X) = fn_plasma_membrane_70(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_56(X) = fn_plasma_membrane_77(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_122(X) = fn_plasma_membrane_6(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_87(X) = fn_active_transport_using_atp_39(X)
& fn_release_of_calcium_ion_by_cell_12(X) = fn_active_transport_using_atp_10(X)
& fn_release_of_calcium_ion_by_cell_12(X) = fn_plasma_membrane_50(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_87(X) = fn_biomembrane_102(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_87(X) = fn_plasma_membrane_96(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_87(X) = fn_biomembrane_101(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_87(X) = fn_transport_protein_31(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_87(X) = fn_integral_protein_25(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_87(X) = fn_transport_protein_31(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_87(X) = fn_plasma_membrane_33(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_123(X) = fn_plasma_membrane_68(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_86(X) = fn_biomembrane_63(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_52(X) = fn_integral_protein_24(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_86(X) = fn_integral_protein_27(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_52(X) = fn_active_transport_using_atp_32(X)
& fn_release_of_calcium_ion_by_cell_86(X) = fn_active_transport_using_atp_38(X)
& fn_release_of_calcium_ion_by_cell_52(X) = fn_integral_protein_24(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_86(X) = fn_integral_protein_27(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_86(X) = fn_plasma_membrane_71(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_85(X) = fn_biomembrane_41(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_52(X) = fn_transmembrane_protein_4(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_85(X) = fn_transmembrane_protein_5(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_85(X) = fn_plasma_membrane_65(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_52(X) = fn_transport_protein_35(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_48(X) = fn_transport_protein_34(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_52(X) = fn_carrier_protein_18(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_52(X) = fn_transport_protein_35(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_48(X) = fn_transport_protein_10(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_52(X) = fn_protein_pump_3(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_48(X) = fn_protein_pump_1(fn_release_of_calcium_ion_by_cell_49(X))
& fn_release_of_calcium_ion_by_cell_48(X) = fn_plasma_membrane_74(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_105(X) = fn_carrier_protein_12(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_106(X) = fn_carrier_protein_11(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_48(X) = fn_active_transport_using_atp_31(X)
& fn_release_of_calcium_ion_by_cell_48(X) = fn_carrier_protein_4(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_86(X) = fn_carrier_protein_16(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_120(X) = fn_carrier_protein_10(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_31(X) = fn_carrier_protein_8(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_121(X) = fn_carrier_protein_9(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_45(X) = fn_plasma_membrane_55(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_96(X) = fn_plasma_membrane_57(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_96(X) = fn_carrier_protein_24(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_98(X) = fn_carrier_protein_34(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_112(X) = fn_carrier_protein_25(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_109(X) = fn_carrier_protein_27(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_114(X) = fn_carrier_protein_35(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_68(X) = fn_carrier_protein_22(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_67(X) = fn_carrier_protein_23(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_115(X) = fn_carrier_protein_30(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_113(X) = fn_carrier_protein_21(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_116(X) = fn_carrier_protein_31(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_45(X) = fn_active_transport_using_atp_48(X)
& fn_release_of_calcium_ion_by_cell_34(X) = fn_active_transport_using_atp_43(X)
& fn_release_of_calcium_ion_by_cell_34(X) = fn_carrier_protein_13(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_45(X) = fn_plasma_membrane_54(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_117(X) = fn_plasma_membrane_86(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_117(X) = fn_carrier_protein_33(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_111(X) = fn_plasma_membrane_85(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_110(X) = fn_plasma_membrane_84(fn_release_of_calcium_ion_by_cell_52(X))
& fn_release_of_calcium_ion_by_cell_110(X) = fn_carrier_protein_39(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_111(X) = fn_transport_protein_20(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_111(X) = fn_carrier_protein_40(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_97(X) = fn_carrier_protein_42(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_94(X) = fn_carrier_protein_37(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_93(X) = fn_carrier_protein_38(fn_release_of_calcium_ion_by_cell_45(X))
& fn_release_of_calcium_ion_by_cell_102(X) = fn_carrier_protein_41(fn_release_of_calcium_ion_by_cell_45(X))
& fn_aqueous_solution_14(fn_release_of_calcium_ion_by_cell_54(X)) = fn_aqueous_solution_14(fn_release_of_calcium_ion_by_cell_54(X))
& fn_aqueous_solution_14(fn_release_of_calcium_ion_by_cell_54(X)) = fn_solution_5(fn_release_of_calcium_ion_by_cell_54(X))
& fn_solution_5(fn_release_of_calcium_ion_by_cell_54(X)) = fn_solution_5(fn_release_of_calcium_ion_by_cell_54(X))
& fn_solution_5(fn_release_of_calcium_ion_by_cell_54(X)) = fn_aqueous_solution_14(fn_release_of_calcium_ion_by_cell_53(X))
& fn_aqueous_solution_14(fn_release_of_calcium_ion_by_cell_53(X)) = fn_solution_6(fn_release_of_calcium_ion_by_cell_53(X))
& fn_solution_6(fn_release_of_calcium_ion_by_cell_53(X)) = fn_solution_6(fn_release_of_calcium_ion_by_cell_53(X))
& fn_solution_6(fn_release_of_calcium_ion_by_cell_53(X)) = fn_aqueous_solution_14(fn_release_of_calcium_ion_by_cell_53(X))
& fn_aqueous_solution_14(fn_release_of_calcium_ion_by_cell_53(X)) = fn_aqueous_solution_14(fn_release_of_calcium_ion_by_cell_53(X))
& fn_aqueous_solution_14(fn_release_of_calcium_ion_by_cell_53(X)) = fn_active_transport_23(X)
& fn_active_transport_23(X) = fn_active_transport_23(X)
& fn_active_transport_23(X) = fn_solution_5(fn_release_of_calcium_ion_by_cell_54(X))
& fn_solution_5(fn_release_of_calcium_ion_by_cell_54(X)) = fn_solution_6(fn_release_of_calcium_ion_by_cell_54(X))
& fn_solution_6(fn_release_of_calcium_ion_by_cell_54(X)) = fn_solution_6(fn_release_of_calcium_ion_by_cell_54(X))
& fn_solution_6(fn_release_of_calcium_ion_by_cell_54(X)) = fn_concentration_gradient_6(fn_release_of_calcium_ion_by_cell_79(X))
& fn_concentration_gradient_6(fn_release_of_calcium_ion_by_cell_79(X)) = fn_solution_5(fn_release_of_calcium_ion_by_cell_53(X))
& fn_solution_5(fn_release_of_calcium_ion_by_cell_53(X)) = fn_solution_5(fn_release_of_calcium_ion_by_cell_53(X))
& fn_solution_5(fn_release_of_calcium_ion_by_cell_53(X)) = fn_concentration_gradient_6(fn_release_of_calcium_ion_by_cell_79(X))
& fn_active_transport_24(X) = fn_concentration_gradient_6(fn_release_of_calcium_ion_by_cell_79(X))
& fn_concentration_gradient_6(fn_release_of_calcium_ion_by_cell_79(X)) = fn_concentration_gradient_6(fn_release_of_calcium_ion_by_cell_79(X))
& fn_concentration_gradient_6(fn_release_of_calcium_ion_by_cell_79(X)) = fn_active_transport_24(X)
& fn_active_transport_24(X) = fn_active_transport_24(X)
& fn_concentration_gradient_5(fn_release_of_calcium_ion_by_cell_79(X)) = fn_concentration_gradient_5(fn_release_of_calcium_ion_by_cell_79(X))
& fn_concentration_gradient_5(fn_release_of_calcium_ion_by_cell_79(X)) = fn_active_transport_24(X)
& fn_active_transport_24(X) = fn_concentration_gradient_5(fn_release_of_calcium_ion_by_cell_79(X))
& fn_concentration_gradient_5(fn_release_of_calcium_ion_by_cell_79(X)) = fn_detach_1(fn_release_of_calcium_ion_by_cell_104(X))
& fn_detach_1(fn_release_of_calcium_ion_by_cell_104(X)) = fn_chemical_3(fn_release_of_calcium_ion_by_cell_80(X))
& fn_chemical_3(fn_release_of_calcium_ion_by_cell_80(X)) = fn_chemical_3(fn_release_of_calcium_ion_by_cell_80(X))
& fn_chemical_3(fn_release_of_calcium_ion_by_cell_80(X)) = fn_active_movement_of_ions_25(X)
& fn_active_transport_using_atp_46(X) = fn_active_transport_using_atp_46(X)
& fn_active_transport_using_atp_46(X) = fn_active_movement_of_ions_25(X)
& fn_active_movement_of_ions_25(X) = fn_active_transport_using_atp_46(X)
& fn_active_transport_using_atp_46(X) = fn_active_transport_using_atp_23(X)
& fn_active_transport_using_atp_23(X) = fn_biomembrane_99(fn_release_of_calcium_ion_by_cell_52(X))
& fn_biomembrane_99(fn_release_of_calcium_ion_by_cell_52(X)) = fn_active_transport_using_atp_23(X)
& fn_active_transport_using_atp_23(X) = fn_transport_protein_11(fn_release_of_calcium_ion_by_cell_49(X))
& fn_transport_protein_11(fn_release_of_calcium_ion_by_cell_49(X)) = fn_active_transport_using_atp_84(X)
& fn_active_movement_of_ions_23(X) = fn_active_transport_using_atp_84(X)
& fn_active_transport_using_atp_84(X) = fn_active_movement_of_ions_23(X)
& fn_active_movement_of_ions_23(X) = fn_carrier_protein_34(fn_release_of_calcium_ion_by_cell_49(X))
& fn_carrier_protein_34(fn_release_of_calcium_ion_by_cell_49(X)) = fn_carrier_protein_34(fn_release_of_calcium_ion_by_cell_49(X))
& fn_carrier_protein_34(fn_release_of_calcium_ion_by_cell_49(X)) = fn_active_movement_of_ions_2(X)
& fn_carrier_protein_41(fn_release_of_calcium_ion_by_cell_49(X)) = fn_active_movement_of_ions_2(X)
& fn_active_movement_of_ions_2(X) = fn_carrier_protein_41(fn_release_of_calcium_ion_by_cell_49(X))
& fn_carrier_protein_41(fn_release_of_calcium_ion_by_cell_49(X)) = fn_active_movement_of_ions_27(X)
& fn_active_movement_of_ions_27(X) = fn_carrier_protein_11(fn_release_of_calcium_ion_by_cell_49(X))
& fn_carrier_protein_11(fn_release_of_calcium_ion_by_cell_49(X)) = fn_active_movement_of_ions_8(X)
& fn_carrier_protein_38(fn_release_of_calcium_ion_by_cell_49(X)) = fn_active_movement_of_ions_8(X)
& fn_active_movement_of_ions_8(X) = fn_carrier_protein_38(fn_release_of_calcium_ion_by_cell_49(X))
& fn_carrier_protein_38(fn_release_of_calcium_ion_by_cell_49(X)) = fn_carrier_protein_38(fn_release_of_calcium_ion_by_cell_49(X))
& fn_carrier_protein_38(fn_release_of_calcium_ion_by_cell_49(X)) = fn_carrier_protein_40(fn_release_of_calcium_ion_by_cell_49(X))
& fn_carrier_protein_40(fn_release_of_calcium_ion_by_cell_49(X)) = fn_transport_protein_20(fn_release_of_calcium_ion_by_cell_49(X))
& fn_transport_protein_20(fn_release_of_calcium_ion_by_cell_49(X)) = fn_carrier_protein_40(fn_release_of_calcium_ion_by_cell_49(X))
& fn_carrier_protein_40(fn_release_of_calcium_ion_by_cell_49(X)) = fn_carrier_protein_40(fn_release_of_calcium_ion_by_cell_49(X))
& fn_carrier_protein_40(fn_release_of_calcium_ion_by_cell_49(X)) = fn_active_transport_using_atp_12(X)
& fn_active_transport_using_atp_12(X) = fn_carrier_protein_13(fn_release_of_calcium_ion_by_cell_49(X))
& fn_carrier_protein_13(fn_release_of_calcium_ion_by_cell_49(X)) = fn_carrier_protein_13(fn_release_of_calcium_ion_by_cell_49(X))
& fn_carrier_protein_13(fn_release_of_calcium_ion_by_cell_49(X)) = fn_expose_1(fn_release_of_calcium_ion_by_cell_103(X))
& fn_expose_1(fn_release_of_calcium_ion_by_cell_103(X)) = fn_chemical_reaction_2(fn_release_of_calcium_ion_by_cell_42(X))
& fn_chemical_reaction_2(fn_release_of_calcium_ion_by_cell_42(X)) = fn_chemical_reaction_2(fn_release_of_calcium_ion_by_cell_42(X))
& fn_chemical_reaction_2(fn_release_of_calcium_ion_by_cell_42(X)) = fn_functional_group_1(fn_release_of_calcium_ion_by_cell_70(X))
& fn_phosphorylation_1(fn_release_of_calcium_ion_by_cell_42(X)) = fn_functional_group_1(fn_release_of_calcium_ion_by_cell_70(X))
& fn_functional_group_1(fn_release_of_calcium_ion_by_cell_70(X)) = fn_phosphorylation_1(fn_release_of_calcium_ion_by_cell_42(X))
& fn_phosphorylation_1(fn_release_of_calcium_ion_by_cell_42(X)) = fn_active_transport_using_atp_78(X)
& fn_active_movement_of_ions_10(X) = fn_concentration_gradient_8(fn_release_of_calcium_ion_by_cell_79(X))
& fn_concentration_gradient_8(fn_release_of_calcium_ion_by_cell_79(X)) = fn_concentration_gradient_8(fn_release_of_calcium_ion_by_cell_79(X))
& fn_active_transport_21(X) = fn_concentration_gradient_8(fn_release_of_calcium_ion_by_cell_79(X))
& fn_concentration_gradient_8(fn_release_of_calcium_ion_by_cell_79(X)) = fn_active_transport_21(X)
& fn_concentration_gradient_9(fn_release_of_calcium_ion_by_cell_79(X)) = fn_active_transport_21(X)
& fn_active_transport_21(X) = fn_concentration_gradient_9(fn_release_of_calcium_ion_by_cell_79(X))
& fn_concentration_gradient_9(fn_release_of_calcium_ion_by_cell_79(X)) = fn_concentration_gradient_9(fn_release_of_calcium_ion_by_cell_79(X))
& fn_concentration_gradient_9(fn_release_of_calcium_ion_by_cell_79(X)) = fn_active_transport_using_atp_24(X)
& fn_active_transport_using_atp_24(X) = fn_active_transport_using_atp_24(X)
& fn_active_transport_using_atp_24(X) = fn_ribonucleotide_9(fn_release_of_calcium_ion_by_cell_89(X))
& fn_active_transport_using_atp_69(X) = fn_ribonucleotide_9(fn_release_of_calcium_ion_by_cell_89(X))
& fn_ribonucleotide_9(fn_release_of_calcium_ion_by_cell_89(X)) = fn_active_transport_using_atp_69(X)
& fn_active_transport_using_atp_69(X) = fn_atp_28(fn_release_of_calcium_ion_by_cell_89(X))
& fn_active_transport_using_atp_16(X) = fn_active_transport_using_atp_16(X)
& fn_active_transport_using_atp_16(X) = fn_atp_28(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_28(fn_release_of_calcium_ion_by_cell_89(X)) = fn_active_transport_using_atp_16(X)
& fn_active_transport_using_atp_16(X) = fn_carrier_protein_30(fn_release_of_calcium_ion_by_cell_49(X))
& fn_carrier_protein_30(fn_release_of_calcium_ion_by_cell_49(X)) = fn_integral_protein_6(fn_release_of_calcium_ion_by_cell_49(X))
& fn_integral_protein_6(fn_release_of_calcium_ion_by_cell_49(X)) = fn_integral_protein_6(fn_release_of_calcium_ion_by_cell_45(X))
& fn_integral_protein_6(fn_release_of_calcium_ion_by_cell_45(X)) = fn_carrier_protein_30(fn_release_of_calcium_ion_by_cell_49(X))
& fn_carrier_protein_30(fn_release_of_calcium_ion_by_cell_49(X)) = fn_active_movement_of_ions_20(X)
& fn_active_movement_of_ions_20(X) = fn_active_transport_using_atp_92(X)
& fn_active_transport_using_atp_92(X) = fn_active_transport_using_atp_92(X)
& fn_active_transport_using_atp_92(X) = fn_cell_29(fn_release_of_calcium_ion_by_cell_51(X))
& fn_cell_29(fn_release_of_calcium_ion_by_cell_51(X)) = fn_cell_29(fn_release_of_calcium_ion_by_cell_51(X))
& fn_cell_29(fn_release_of_calcium_ion_by_cell_51(X)) = fn_release_2(fn_release_of_calcium_ion_by_cell_47(X))
& fn_release_2(fn_release_of_calcium_ion_by_cell_47(X)) = fn_cellular_work_2(X)
& fn_cellular_work_2(X) = fn_polymer_1(fn_release_of_calcium_ion_by_cell_49(X))
& fn_polymer_1(fn_release_of_calcium_ion_by_cell_49(X)) = fn_molecule_10(fn_release_of_calcium_ion_by_cell_49(X))
& fn_molecule_10(fn_release_of_calcium_ion_by_cell_49(X)) = fn_molecule_10(fn_release_of_calcium_ion_by_cell_49(X))
& fn_active_movement_of_ions_3(X) = fn_molecule_10(fn_release_of_calcium_ion_by_cell_49(X))
& fn_molecule_10(fn_release_of_calcium_ion_by_cell_49(X)) = fn_active_movement_of_ions_3(X)
& fn_active_movement_of_ions_3(X) = fn_phosphate_group_41(fn_release_of_calcium_ion_by_cell_70(X))
& fn_phosphate_group_41(fn_release_of_calcium_ion_by_cell_70(X)) = fn_phosphate_group_41(fn_release_of_calcium_ion_by_cell_70(X))
& fn_phosphate_group_41(fn_release_of_calcium_ion_by_cell_70(X)) = fn_active_movement_of_ions_4(X)
& fn_active_movement_of_ions_4(X) = fn_phosphate_group_37(fn_release_of_calcium_ion_by_cell_70(X))
& fn_phosphate_group_37(fn_release_of_calcium_ion_by_cell_70(X)) = fn_phosphate_group_37(fn_release_of_calcium_ion_by_cell_70(X))
& fn_phosphate_group_37(fn_release_of_calcium_ion_by_cell_70(X)) = fn_active_movement_of_ions_6(X)
& fn_active_movement_of_ions_6(X) = fn_phosphate_group_6(fn_release_of_calcium_ion_by_cell_70(X))
& fn_phosphate_group_6(fn_release_of_calcium_ion_by_cell_70(X)) = fn_phosphate_group_6(fn_release_of_calcium_ion_by_cell_70(X))
& fn_phosphate_group_6(fn_release_of_calcium_ion_by_cell_70(X)) = fn_molecule_11(fn_release_of_calcium_ion_by_cell_49(X))
& fn_molecule_11(fn_release_of_calcium_ion_by_cell_49(X)) = fn_active_transport_using_atp_85(X)
& fn_active_transport_using_atp_85(X) = fn_active_transport_using_atp_85(X)
& fn_active_movement_of_ions_5(X) = fn_active_transport_using_atp_85(X)
& fn_active_transport_using_atp_85(X) = fn_active_movement_of_ions_5(X)
& fn_active_movement_of_ions_5(X) = fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_70(X))
& fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_70(X)) = fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_70(X))
& fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_70(X)) = fn_active_transport_using_atp_85(X)
& fn_active_transport_using_atp_85(X) = fn_active_movement_of_ions_7(X)
& fn_active_movement_of_ions_7(X) = fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_70(X))
& fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_70(X)) = fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_70(X))
& fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_70(X)) = fn_ribonucleotide_10(fn_release_of_calcium_ion_by_cell_89(X))
& fn_ribonucleotide_10(fn_release_of_calcium_ion_by_cell_89(X)) = fn_active_transport_using_atp_63(X)
& fn_active_transport_using_atp_63(X) = fn_active_transport_using_atp_63(X)
& fn_active_transport_using_atp_63(X) = fn_atp_50(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_50(fn_release_of_calcium_ion_by_cell_89(X)) = fn_atp_66(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_66(fn_release_of_calcium_ion_by_cell_89(X)) = fn_active_transport_using_atp_22(X)
& fn_active_transport_using_atp_22(X) = fn_atp_66(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_66(fn_release_of_calcium_ion_by_cell_89(X)) = fn_atp_66(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_66(fn_release_of_calcium_ion_by_cell_89(X)) = fn_nucleoside_triphosphate_31(fn_release_of_calcium_ion_by_cell_89(X))
& fn_nucleoside_triphosphate_31(fn_release_of_calcium_ion_by_cell_89(X)) = fn_ribonucleotide_7(fn_release_of_calcium_ion_by_cell_89(X))
& fn_ribonucleotide_7(fn_release_of_calcium_ion_by_cell_89(X)) = fn_nucleoside_triphosphate_31(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_39(fn_release_of_calcium_ion_by_cell_89(X)) = fn_atp_39(fn_release_of_calcium_ion_by_cell_89(X))
& fn_nucleoside_triphosphate_31(fn_release_of_calcium_ion_by_cell_89(X)) = fn_nucleoside_triphosphate_31(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_39(fn_release_of_calcium_ion_by_cell_89(X)) = fn_nucleoside_triphosphate_31(fn_release_of_calcium_ion_by_cell_89(X))
& fn_nucleoside_triphosphate_31(fn_release_of_calcium_ion_by_cell_89(X)) = fn_atp_39(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_39(fn_release_of_calcium_ion_by_cell_89(X)) = fn_nucleoside_triphosphate_30(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_31(fn_release_of_calcium_ion_by_cell_89(X)) = fn_nucleoside_triphosphate_30(fn_release_of_calcium_ion_by_cell_89(X))
& fn_nucleoside_triphosphate_30(fn_release_of_calcium_ion_by_cell_89(X)) = fn_atp_31(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_31(fn_release_of_calcium_ion_by_cell_89(X)) = fn_5_prime_carbon_1(fn_release_of_calcium_ion_by_cell_13(X))
& fn_5_prime_carbon_1(fn_release_of_calcium_ion_by_cell_13(X)) = fn_atp_25(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_25(fn_release_of_calcium_ion_by_cell_89(X)) = fn_atp_25(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_25(fn_release_of_calcium_ion_by_cell_89(X)) = fn_ribonucleotide_14(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_33(fn_release_of_calcium_ion_by_cell_89(X)) = fn_nucleoside_triphosphate_27(fn_release_of_calcium_ion_by_cell_89(X))
& fn_nucleoside_triphosphate_27(fn_release_of_calcium_ion_by_cell_89(X)) = fn_atp_33(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_33(fn_release_of_calcium_ion_by_cell_89(X)) = fn_atp_33(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_33(fn_release_of_calcium_ion_by_cell_89(X)) = fn_atp_34(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_34(fn_release_of_calcium_ion_by_cell_89(X)) = fn_active_transport_using_atp_45(X)
& fn_active_transport_using_atp_45(X) = fn_active_transport_using_atp_45(X)
& fn_active_transport_using_atp_45(X) = fn_functional_group_1(fn_release_of_calcium_ion_by_cell_20(X))
& fn_functional_group_1(fn_release_of_calcium_ion_by_cell_20(X)) = fn_nucleoside_triphosphate_35(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_30(fn_release_of_calcium_ion_by_cell_89(X)) = fn_nucleoside_triphosphate_35(fn_release_of_calcium_ion_by_cell_89(X))
& fn_nucleoside_triphosphate_35(fn_release_of_calcium_ion_by_cell_89(X)) = fn_atp_30(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_30(fn_release_of_calcium_ion_by_cell_89(X)) = fn_atp_30(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_30(fn_release_of_calcium_ion_by_cell_89(X)) = fn_phosphate_group_37(fn_release_of_calcium_ion_by_cell_20(X))
& fn_phosphate_group_37(fn_release_of_calcium_ion_by_cell_20(X)) = fn_phosphate_group_37(fn_release_of_calcium_ion_by_cell_20(X))
& fn_phosphate_group_37(fn_release_of_calcium_ion_by_cell_20(X)) = fn_active_transport_using_atp_15(X)
& fn_active_transport_using_atp_15(X) = fn_nucleoside_triphosphate_28(fn_release_of_calcium_ion_by_cell_89(X))
& fn_nucleoside_triphosphate_28(fn_release_of_calcium_ion_by_cell_89(X)) = fn_active_transport_using_atp_15(X)
& fn_active_transport_using_atp_15(X) = fn_atp_29(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_29(fn_release_of_calcium_ion_by_cell_89(X)) = fn_atp_29(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_29(fn_release_of_calcium_ion_by_cell_89(X)) = fn_phosphate_group_41(fn_release_of_calcium_ion_by_cell_20(X))
& fn_phosphate_group_41(fn_release_of_calcium_ion_by_cell_20(X)) = fn_phosphate_group_41(fn_release_of_calcium_ion_by_cell_20(X))
& fn_phosphate_group_41(fn_release_of_calcium_ion_by_cell_20(X)) = fn_nucleoside_triphosphate_29(fn_release_of_calcium_ion_by_cell_89(X))
& fn_nucleoside_triphosphate_29(fn_release_of_calcium_ion_by_cell_89(X)) = fn_ribonucleotide_16(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_37(fn_release_of_calcium_ion_by_cell_89(X)) = fn_ribonucleotide_16(fn_release_of_calcium_ion_by_cell_89(X))
& fn_ribonucleotide_16(fn_release_of_calcium_ion_by_cell_89(X)) = fn_atp_37(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_37(fn_release_of_calcium_ion_by_cell_89(X)) = fn_atp_37(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_37(fn_release_of_calcium_ion_by_cell_89(X)) = fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_20(X))
& fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_20(X)) = fn_nucleoside_triphosphate_32(fn_release_of_calcium_ion_by_cell_89(X))
& fn_ribonucleotide_8(fn_release_of_calcium_ion_by_cell_89(X)) = fn_nucleoside_triphosphate_32(fn_release_of_calcium_ion_by_cell_89(X))
& fn_nucleoside_triphosphate_32(fn_release_of_calcium_ion_by_cell_89(X)) = fn_ribonucleotide_8(fn_release_of_calcium_ion_by_cell_89(X))
& fn_ribonucleotide_8(fn_release_of_calcium_ion_by_cell_89(X)) = fn_ribonucleotide_8(fn_release_of_calcium_ion_by_cell_89(X))
& fn_nucleoside_triphosphate_29(fn_release_of_calcium_ion_by_cell_89(X)) = fn_ribonucleotide_8(fn_release_of_calcium_ion_by_cell_89(X))
& fn_ribonucleotide_8(fn_release_of_calcium_ion_by_cell_89(X)) = fn_nucleoside_triphosphate_29(fn_release_of_calcium_ion_by_cell_89(X))
& fn_nucleoside_triphosphate_29(fn_release_of_calcium_ion_by_cell_89(X)) = fn_nucleoside_triphosphate_29(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_35(fn_release_of_calcium_ion_by_cell_89(X)) = fn_nucleoside_triphosphate_29(fn_release_of_calcium_ion_by_cell_89(X))
& fn_nucleoside_triphosphate_29(fn_release_of_calcium_ion_by_cell_89(X)) = fn_atp_35(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_35(fn_release_of_calcium_ion_by_cell_89(X)) = fn_atp_35(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_35(fn_release_of_calcium_ion_by_cell_89(X)) = fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_20(X))
& fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_20(X)) = fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_20(X))
& fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_20(X)) = fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_20(X))
& fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_20(X)) = fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_20(X))
& fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_20(X)) = fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_20(X))
& fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_20(X)) = fn_ribonucleotide_14(fn_release_of_calcium_ion_by_cell_89(X))
& fn_ribonucleotide_14(fn_release_of_calcium_ion_by_cell_89(X)) = fn_nucleoside_triphosphate_27(fn_release_of_calcium_ion_by_cell_89(X))
& fn_nucleoside_triphosphate_27(fn_release_of_calcium_ion_by_cell_89(X)) = fn_ribonucleotide_14(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_34(fn_release_of_calcium_ion_by_cell_89(X)) = fn_ribonucleotide_14(fn_release_of_calcium_ion_by_cell_89(X))
& fn_ribonucleotide_14(fn_release_of_calcium_ion_by_cell_89(X)) = fn_ribonucleotide_14(fn_release_of_calcium_ion_by_cell_89(X))
& fn_ribonucleotide_14(fn_release_of_calcium_ion_by_cell_89(X)) = fn_atp_34(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_34(fn_release_of_calcium_ion_by_cell_89(X)) = fn_atp_34(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_34(fn_release_of_calcium_ion_by_cell_89(X)) = fn_atp_32(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_32(fn_release_of_calcium_ion_by_cell_89(X)) = fn_atp_32(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_32(fn_release_of_calcium_ion_by_cell_89(X)) = fn_ribonucleotide_17(fn_release_of_calcium_ion_by_cell_89(X))
& fn_ribonucleotide_17(fn_release_of_calcium_ion_by_cell_89(X)) = fn_nucleoside_triphosphate_33(fn_release_of_calcium_ion_by_cell_89(X))
& fn_nucleoside_triphosphate_33(fn_release_of_calcium_ion_by_cell_89(X)) = fn_nucleoside_triphosphate_33(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_36(fn_release_of_calcium_ion_by_cell_89(X)) = fn_nucleoside_triphosphate_33(fn_release_of_calcium_ion_by_cell_89(X))
& fn_nucleoside_triphosphate_33(fn_release_of_calcium_ion_by_cell_89(X)) = fn_atp_36(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_36(fn_release_of_calcium_ion_by_cell_89(X)) = fn_atp_36(fn_release_of_calcium_ion_by_cell_89(X))
& fn_atp_36(fn_release_of_calcium_ion_by_cell_89(X)) = fn_phosphate_group_6(fn_release_of_calcium_ion_by_cell_20(X))
& fn_phosphate_group_6(fn_release_of_calcium_ion_by_cell_20(X)) = fn_phosphate_group_6(fn_release_of_calcium_ion_by_cell_20(X))
& fn_phosphate_group_6(fn_release_of_calcium_ion_by_cell_20(X)) = fn_active_movement_of_ions_4(X)
& fn_active_movement_of_ions_4(X) = fn_active_movement_of_ions_4(X)
& fn_active_movement_of_ions_4(X) = fn_phosphate_group_37(fn_release_of_calcium_ion_by_cell_95(X))
& fn_phosphate_group_37(fn_release_of_calcium_ion_by_cell_95(X)) = fn_phosphate_group_37(fn_release_of_calcium_ion_by_cell_95(X))
& fn_phosphate_group_37(fn_release_of_calcium_ion_by_cell_95(X)) = fn_molecule_10(fn_release_of_calcium_ion_by_cell_45(X))
& fn_molecule_10(fn_release_of_calcium_ion_by_cell_45(X)) = fn_polymer_1(fn_release_of_calcium_ion_by_cell_45(X))
& fn_polymer_1(fn_release_of_calcium_ion_by_cell_45(X)) = fn_molecule_10(fn_release_of_calcium_ion_by_cell_45(X))
& fn_active_movement_of_ions_3(X) = fn_molecule_10(fn_release_of_calcium_ion_by_cell_45(X))
& fn_molecule_10(fn_release_of_calcium_ion_by_cell_45(X)) = fn_active_movement_of_ions_3(X)
& fn_active_movement_of_ions_3(X) = fn_active_movement_of_ions_3(X)
& fn_active_movement_of_ions_3(X) = fn_phosphate_group_41(fn_release_of_calcium_ion_by_cell_95(X))
& fn_phosphate_group_41(fn_release_of_calcium_ion_by_cell_95(X)) = fn_phosphate_group_41(fn_release_of_calcium_ion_by_cell_95(X))
& fn_phosphate_group_41(fn_release_of_calcium_ion_by_cell_95(X)) = fn_covalent_bond_20(fn_release_of_calcium_ion_by_cell_118(X))
& fn_covalent_bond_20(fn_release_of_calcium_ion_by_cell_118(X)) = fn_covalent_bond_20(fn_release_of_calcium_ion_by_cell_118(X))
& fn_covalent_bond_20(fn_release_of_calcium_ion_by_cell_118(X)) = fn_active_movement_of_ions_6(X)
& fn_active_movement_of_ions_6(X) = fn_active_movement_of_ions_6(X)
& fn_active_movement_of_ions_6(X) = fn_phosphate_group_6(fn_release_of_calcium_ion_by_cell_95(X))
& fn_phosphate_group_6(fn_release_of_calcium_ion_by_cell_95(X)) = fn_phosphate_group_6(fn_release_of_calcium_ion_by_cell_95(X))
& fn_phosphate_group_6(fn_release_of_calcium_ion_by_cell_95(X)) = fn_carrier_protein_32(fn_release_of_calcium_ion_by_cell_45(X))
& fn_active_transport_using_atp_54(X) = fn_carrier_protein_32(fn_release_of_calcium_ion_by_cell_45(X))
& fn_carrier_protein_32(fn_release_of_calcium_ion_by_cell_45(X)) = fn_carrier_protein_32(fn_release_of_calcium_ion_by_cell_49(X))
& fn_carrier_protein_32(fn_release_of_calcium_ion_by_cell_49(X)) = fn_active_transport_using_atp_54(X)
& fn_active_transport_using_atp_54(X) = fn_active_transport_using_atp_54(X)
& fn_active_movement_of_ions_5(X) = fn_active_transport_using_atp_54(X)
& fn_active_transport_using_atp_54(X) = fn_active_movement_of_ions_5(X)
& fn_active_movement_of_ions_5(X) = fn_active_movement_of_ions_5(X)
& fn_active_movement_of_ions_5(X) = fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_95(X))
& fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_95(X)) = fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_95(X))
& fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_95(X)) = fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_95(X))
& fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_95(X)) = fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_95(X))
& fn_phosphate_group_22(fn_release_of_calcium_ion_by_cell_95(X)) = fn_active_movement_of_ions_7(X)
& fn_active_movement_of_ions_7(X) = fn_active_movement_of_ions_7(X)
& fn_active_movement_of_ions_7(X) = fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_95(X))
& fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_95(X)) = fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_95(X))
& fn_phosphate_group_5(fn_release_of_calcium_ion_by_cell_95(X)) = fn_cell_27(fn_release_of_calcium_ion_by_cell_51(X))
& fn_cell_27(fn_release_of_calcium_ion_by_cell_51(X)) = fn_cell_27(fn_release_of_calcium_ion_by_cell_51(X))
& fn_cell_27(fn_release_of_calcium_ion_by_cell_51(X)) = fn_plasma_membrane_66(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_66(fn_release_of_calcium_ion_by_cell_52(X)) = fn_plasma_membrane_70(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_70(fn_release_of_calcium_ion_by_cell_52(X)) = fn_plasma_membrane_77(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_77(fn_release_of_calcium_ion_by_cell_52(X)) = fn_active_transport_using_atp_10(X)
& fn_active_transport_using_atp_10(X) = fn_active_transport_using_atp_10(X)
& fn_active_transport_using_atp_10(X) = fn_plasma_membrane_50(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_50(fn_release_of_calcium_ion_by_cell_52(X)) = fn_biomembrane_102(fn_release_of_calcium_ion_by_cell_52(X))
& fn_biomembrane_102(fn_release_of_calcium_ion_by_cell_52(X)) = fn_plasma_membrane_96(fn_release_of_calcium_ion_by_cell_52(X))
& fn_biomembrane_101(fn_release_of_calcium_ion_by_cell_52(X)) = fn_plasma_membrane_96(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_96(fn_release_of_calcium_ion_by_cell_52(X)) = fn_biomembrane_101(fn_release_of_calcium_ion_by_cell_52(X))
& fn_active_transport_using_atp_39(X) = fn_biomembrane_101(fn_release_of_calcium_ion_by_cell_52(X))
& fn_biomembrane_101(fn_release_of_calcium_ion_by_cell_52(X)) = fn_active_transport_using_atp_39(X)
& fn_integral_protein_25(fn_release_of_calcium_ion_by_cell_45(X)) = fn_active_transport_using_atp_39(X)
& fn_active_transport_using_atp_39(X) = fn_integral_protein_25(fn_release_of_calcium_ion_by_cell_45(X))
& fn_integral_protein_25(fn_release_of_calcium_ion_by_cell_45(X)) = fn_integral_protein_25(fn_release_of_calcium_ion_by_cell_45(X))
& fn_transport_protein_31(fn_release_of_calcium_ion_by_cell_49(X)) = fn_transport_protein_31(fn_release_of_calcium_ion_by_cell_45(X))
& fn_transport_protein_31(fn_release_of_calcium_ion_by_cell_45(X)) = fn_integral_protein_25(fn_release_of_calcium_ion_by_cell_45(X))
& fn_integral_protein_25(fn_release_of_calcium_ion_by_cell_45(X)) = fn_transport_protein_31(fn_release_of_calcium_ion_by_cell_49(X))
& fn_transport_protein_31(fn_release_of_calcium_ion_by_cell_49(X)) = fn_transport_protein_31(fn_release_of_calcium_ion_by_cell_49(X))
& fn_plasma_membrane_33(fn_release_of_calcium_ion_by_cell_52(X)) = fn_transport_protein_31(fn_release_of_calcium_ion_by_cell_45(X))
& fn_transport_protein_31(fn_release_of_calcium_ion_by_cell_45(X)) = fn_transport_protein_31(fn_release_of_calcium_ion_by_cell_49(X))
& fn_transport_protein_31(fn_release_of_calcium_ion_by_cell_49(X)) = fn_plasma_membrane_33(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_33(fn_release_of_calcium_ion_by_cell_52(X)) = fn_plasma_membrane_54(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_54(fn_release_of_calcium_ion_by_cell_52(X)) = fn_plasma_membrane_68(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_68(fn_release_of_calcium_ion_by_cell_52(X)) = fn_plasma_membrane_68(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_68(fn_release_of_calcium_ion_by_cell_52(X)) = fn_biomembrane_41(fn_release_of_calcium_ion_by_cell_52(X))
& fn_biomembrane_41(fn_release_of_calcium_ion_by_cell_52(X)) = fn_transmembrane_protein_5(fn_release_of_calcium_ion_by_cell_45(X))
& fn_integral_protein_29(fn_release_of_calcium_ion_by_cell_45(X)) = fn_transmembrane_protein_5(fn_release_of_calcium_ion_by_cell_45(X))
& fn_transmembrane_protein_5(fn_release_of_calcium_ion_by_cell_45(X)) = fn_integral_protein_29(fn_release_of_calcium_ion_by_cell_49(X))
& fn_integral_protein_29(fn_release_of_calcium_ion_by_cell_49(X)) = fn_integral_protein_29(fn_release_of_calcium_ion_by_cell_49(X))
& fn_integral_protein_29(fn_release_of_calcium_ion_by_cell_49(X)) = fn_integral_protein_29(fn_release_of_calcium_ion_by_cell_45(X))
& fn_integral_protein_29(fn_release_of_calcium_ion_by_cell_45(X)) = fn_integral_protein_29(fn_release_of_calcium_ion_by_cell_45(X))
& fn_integral_protein_29(fn_release_of_calcium_ion_by_cell_45(X)) = fn_plasma_membrane_65(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_65(fn_release_of_calcium_ion_by_cell_52(X)) = fn_plasma_membrane_65(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_65(fn_release_of_calcium_ion_by_cell_52(X)) = fn_active_transport_using_atp_32(X)
& fn_active_transport_using_atp_32(X) = fn_transmembrane_protein_4(fn_release_of_calcium_ion_by_cell_45(X))
& fn_transmembrane_protein_4(fn_release_of_calcium_ion_by_cell_45(X)) = fn_active_transport_using_atp_32(X)
& fn_active_transport_using_atp_32(X) = fn_carrier_protein_18(fn_release_of_calcium_ion_by_cell_49(X))
& fn_carrier_protein_18(fn_release_of_calcium_ion_by_cell_45(X)) = fn_active_transport_using_atp_32(X)
& fn_active_transport_using_atp_32(X) = fn_active_transport_using_atp_32(X)
& fn_active_transport_using_atp_32(X) = fn_carrier_protein_18(fn_release_of_calcium_ion_by_cell_45(X))
& fn_integral_protein_24(fn_release_of_calcium_ion_by_cell_45(X)) = fn_carrier_protein_18(fn_release_of_calcium_ion_by_cell_49(X))
& fn_carrier_protein_18(fn_release_of_calcium_ion_by_cell_49(X)) = fn_carrier_protein_18(fn_release_of_calcium_ion_by_cell_49(X))
& fn_carrier_protein_18(fn_release_of_calcium_ion_by_cell_49(X)) = fn_carrier_protein_18(fn_release_of_calcium_ion_by_cell_45(X))
& fn_integral_protein_24(fn_release_of_calcium_ion_by_cell_49(X)) = fn_carrier_protein_18(fn_release_of_calcium_ion_by_cell_45(X))
& fn_integral_protein_24(fn_release_of_calcium_ion_by_cell_45(X)) = fn_carrier_protein_18(fn_release_of_calcium_ion_by_cell_45(X))
& fn_carrier_protein_18(fn_release_of_calcium_ion_by_cell_45(X)) = fn_carrier_protein_18(fn_release_of_calcium_ion_by_cell_45(X))
& fn_carrier_protein_18(fn_release_of_calcium_ion_by_cell_45(X)) = fn_integral_protein_24(fn_release_of_calcium_ion_by_cell_45(X))
& fn_integral_protein_24(fn_release_of_calcium_ion_by_cell_45(X)) = fn_integral_protein_24(fn_release_of_calcium_ion_by_cell_49(X))
& fn_integral_protein_24(fn_release_of_calcium_ion_by_cell_49(X)) = fn_transport_protein_35(fn_release_of_calcium_ion_by_cell_49(X))
& fn_transport_protein_35(fn_release_of_calcium_ion_by_cell_45(X)) = fn_integral_protein_24(fn_release_of_calcium_ion_by_cell_45(X))
& fn_integral_protein_24(fn_release_of_calcium_ion_by_cell_45(X)) = fn_transport_protein_35(fn_release_of_calcium_ion_by_cell_49(X))
& fn_transport_protein_35(fn_release_of_calcium_ion_by_cell_49(X)) = fn_integral_protein_24(fn_release_of_calcium_ion_by_cell_49(X))
& fn_integral_protein_24(fn_release_of_calcium_ion_by_cell_49(X)) = fn_integral_protein_24(fn_release_of_calcium_ion_by_cell_45(X))
& fn_integral_protein_24(fn_release_of_calcium_ion_by_cell_45(X)) = fn_transport_protein_35(fn_release_of_calcium_ion_by_cell_45(X))
& fn_transport_protein_35(fn_release_of_calcium_ion_by_cell_49(X)) = fn_transport_protein_35(fn_release_of_calcium_ion_by_cell_49(X))
& fn_transport_protein_35(fn_release_of_calcium_ion_by_cell_45(X)) = fn_protein_pump_3(fn_release_of_calcium_ion_by_cell_49(X))
& fn_protein_pump_3(fn_release_of_calcium_ion_by_cell_49(X)) = fn_transport_protein_35(fn_release_of_calcium_ion_by_cell_49(X))
& fn_transport_protein_35(fn_release_of_calcium_ion_by_cell_49(X)) = fn_transport_protein_35(fn_release_of_calcium_ion_by_cell_45(X))
& fn_protein_pump_3(fn_release_of_calcium_ion_by_cell_49(X)) = fn_transport_protein_35(fn_release_of_calcium_ion_by_cell_45(X))
& fn_transport_protein_35(fn_release_of_calcium_ion_by_cell_45(X)) = fn_transport_protein_35(fn_release_of_calcium_ion_by_cell_49(X))
& fn_transport_protein_35(fn_release_of_calcium_ion_by_cell_49(X)) = fn_protein_pump_3(fn_release_of_calcium_ion_by_cell_49(X))
& fn_protein_pump_3(fn_release_of_calcium_ion_by_cell_49(X)) = fn_active_movement_of_ions_19(X)
& fn_active_movement_of_ions_19(X) = fn_protein_pump_3(fn_release_of_calcium_ion_by_cell_49(X))
& fn_protein_pump_3(fn_release_of_calcium_ion_by_cell_49(X)) = fn_protein_pump_3(fn_release_of_calcium_ion_by_cell_49(X))
& fn_protein_pump_3(fn_release_of_calcium_ion_by_cell_49(X)) = fn_transport_protein_34(fn_release_of_calcium_ion_by_cell_45(X))
& fn_transport_protein_10(fn_release_of_calcium_ion_by_cell_49(X)) = fn_transport_protein_34(fn_release_of_calcium_ion_by_cell_45(X))
& fn_transport_protein_34(fn_release_of_calcium_ion_by_cell_45(X)) = fn_transport_protein_10(fn_release_of_calcium_ion_by_cell_49(X))
& fn_protein_pump_1(fn_release_of_calcium_ion_by_cell_49(X)) = fn_transport_protein_10(fn_release_of_calcium_ion_by_cell_49(X))
& fn_transport_protein_10(fn_release_of_calcium_ion_by_cell_49(X)) = fn_protein_pump_1(fn_release_of_calcium_ion_by_cell_49(X))
& fn_active_transport_using_atp_31(X) = fn_protein_pump_1(fn_release_of_calcium_ion_by_cell_49(X))
& fn_protein_pump_1(fn_release_of_calcium_ion_by_cell_49(X)) = fn_protein_pump_1(fn_release_of_calcium_ion_by_cell_49(X))
& fn_protein_pump_1(fn_release_of_calcium_ion_by_cell_49(X)) = fn_active_transport_using_atp_31(X)
& fn_active_transport_using_atp_31(X) = fn_active_transport_using_atp_31(X)
& fn_active_transport_using_atp_31(X) = fn_plasma_membrane_74(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_74(fn_release_of_calcium_ion_by_cell_52(X)) = fn_plasma_membrane_74(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_74(fn_release_of_calcium_ion_by_cell_52(X)) = fn_active_transport_using_atp_31(X)
& fn_active_transport_using_atp_31(X) = fn_carrier_protein_4(fn_release_of_calcium_ion_by_cell_45(X))
& fn_carrier_protein_4(fn_release_of_calcium_ion_by_cell_45(X)) = fn_plasma_membrane_74(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_74(fn_release_of_calcium_ion_by_cell_52(X)) = fn_carrier_protein_4(fn_release_of_calcium_ion_by_cell_45(X))
& fn_carrier_protein_4(fn_release_of_calcium_ion_by_cell_45(X)) = fn_biomembrane_63(fn_release_of_calcium_ion_by_cell_52(X))
& fn_biomembrane_63(fn_release_of_calcium_ion_by_cell_52(X)) = fn_active_transport_using_atp_38(X)
& fn_active_transport_using_atp_38(X) = fn_integral_protein_27(fn_release_of_calcium_ion_by_cell_49(X))
& fn_integral_protein_27(fn_release_of_calcium_ion_by_cell_49(X)) = fn_active_transport_using_atp_38(X)
& fn_active_transport_using_atp_38(X) = fn_integral_protein_27(fn_release_of_calcium_ion_by_cell_45(X))
& fn_integral_protein_27(fn_release_of_calcium_ion_by_cell_45(X)) = fn_integral_protein_27(fn_release_of_calcium_ion_by_cell_49(X))
& fn_integral_protein_27(fn_release_of_calcium_ion_by_cell_49(X)) = fn_integral_protein_27(fn_release_of_calcium_ion_by_cell_45(X))
& fn_integral_protein_27(fn_release_of_calcium_ion_by_cell_45(X)) = fn_plasma_membrane_71(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_71(fn_release_of_calcium_ion_by_cell_52(X)) = fn_carrier_protein_16(fn_release_of_calcium_ion_by_cell_49(X))
& fn_carrier_protein_16(fn_release_of_calcium_ion_by_cell_49(X)) = fn_carrier_protein_16(fn_release_of_calcium_ion_by_cell_45(X))
& fn_carrier_protein_16(fn_release_of_calcium_ion_by_cell_45(X)) = fn_plasma_membrane_71(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_71(fn_release_of_calcium_ion_by_cell_52(X)) = fn_carrier_protein_16(fn_release_of_calcium_ion_by_cell_45(X))
& fn_carrier_protein_16(fn_release_of_calcium_ion_by_cell_45(X)) = fn_plasma_membrane_57(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_57(fn_release_of_calcium_ion_by_cell_52(X)) = fn_carrier_protein_24(fn_release_of_calcium_ion_by_cell_45(X))
& fn_carrier_protein_24(fn_release_of_calcium_ion_by_cell_45(X)) = fn_carrier_protein_24(fn_release_of_calcium_ion_by_cell_45(X))
& fn_carrier_protein_24(fn_release_of_calcium_ion_by_cell_45(X)) = fn_covalent_bond_20(fn_release_of_calcium_ion_by_cell_118(X))
& fn_covalent_bond_20(fn_release_of_calcium_ion_by_cell_118(X)) = fn_molecule_11(fn_release_of_calcium_ion_by_cell_45(X))
& fn_covalent_bond_19(fn_release_of_calcium_ion_by_cell_118(X)) = fn_molecule_11(fn_release_of_calcium_ion_by_cell_45(X))
& fn_molecule_11(fn_release_of_calcium_ion_by_cell_45(X)) = fn_covalent_bond_19(fn_release_of_calcium_ion_by_cell_118(X))
& fn_covalent_bond_19(fn_release_of_calcium_ion_by_cell_118(X)) = fn_covalent_bond_19(fn_release_of_calcium_ion_by_cell_118(X))
& fn_covalent_bond_19(fn_release_of_calcium_ion_by_cell_118(X)) = fn_active_transport_using_atp_27(X)
& fn_active_transport_using_atp_27(X) = fn_active_transport_using_atp_27(X)
& fn_active_movement_of_ions_23(X) = fn_active_transport_using_atp_27(X)
& fn_active_transport_using_atp_27(X) = fn_active_movement_of_ions_23(X)
& fn_carrier_protein_34(fn_release_of_calcium_ion_by_cell_45(X)) = fn_carrier_protein_34(fn_release_of_calcium_ion_by_cell_49(X))
& fn_carrier_protein_34(fn_release_of_calcium_ion_by_cell_49(X)) = fn_active_movement_of_ions_23(X)
& fn_active_movement_of_ions_23(X) = fn_active_movement_of_ions_23(X)
& fn_active_movement_of_ions_23(X) = fn_carrier_protein_34(fn_release_of_calcium_ion_by_cell_45(X))
& fn_carrier_protein_34(fn_release_of_calcium_ion_by_cell_45(X)) = fn_carrier_protein_34(fn_release_of_calcium_ion_by_cell_45(X))
& fn_carrier_protein_34(fn_release_of_calcium_ion_by_cell_45(X)) = fn_carrier_protein_23(fn_release_of_calcium_ion_by_cell_49(X))
& fn_carrier_protein_23(fn_release_of_calcium_ion_by_cell_49(X)) = fn_carrier_protein_22(fn_release_of_calcium_ion_by_cell_45(X))
& fn_carrier_protein_22(fn_release_of_calcium_ion_by_cell_45(X)) = fn_carrier_protein_22(fn_release_of_calcium_ion_by_cell_45(X))
& fn_carrier_protein_22(fn_release_of_calcium_ion_by_cell_45(X)) = fn_integral_protein_23(fn_release_of_calcium_ion_by_cell_49(X))
& fn_carrier_protein_22(fn_release_of_calcium_ion_by_cell_49(X)) = fn_integral_protein_23(fn_release_of_calcium_ion_by_cell_49(X))
& fn_integral_protein_23(fn_release_of_calcium_ion_by_cell_49(X)) = fn_integral_protein_23(fn_release_of_calcium_ion_by_cell_45(X))
& fn_integral_protein_23(fn_release_of_calcium_ion_by_cell_45(X)) = fn_carrier_protein_22(fn_release_of_calcium_ion_by_cell_49(X))
& fn_carrier_protein_22(fn_release_of_calcium_ion_by_cell_49(X)) = fn_active_transport_using_atp_34(X)
& fn_active_movement_of_ions_12(X) = fn_active_transport_using_atp_34(X)
& fn_active_transport_using_atp_34(X) = fn_active_movement_of_ions_12(X)
& fn_active_movement_of_ions_12(X) = fn_active_movement_of_ions_12(X)
& fn_active_movement_of_ions_12(X) = fn_carrier_protein_23(fn_release_of_calcium_ion_by_cell_45(X))
& fn_carrier_protein_23(fn_release_of_calcium_ion_by_cell_45(X)) = fn_carrier_protein_23(fn_release_of_calcium_ion_by_cell_45(X))
& fn_carrier_protein_23(fn_release_of_calcium_ion_by_cell_45(X)) = fn_active_transport_using_atp_43(X)
& fn_carrier_protein_13(fn_release_of_calcium_ion_by_cell_45(X)) = fn_active_transport_using_atp_43(X)
& fn_active_transport_using_atp_43(X) = fn_carrier_protein_13(fn_release_of_calcium_ion_by_cell_45(X))
& fn_carrier_protein_13(fn_release_of_calcium_ion_by_cell_45(X)) = fn_plasma_membrane_86(fn_release_of_calcium_ion_by_cell_52(X))
& fn_carrier_protein_33(fn_release_of_calcium_ion_by_cell_45(X)) = fn_plasma_membrane_86(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_86(fn_release_of_calcium_ion_by_cell_52(X)) = fn_carrier_protein_33(fn_release_of_calcium_ion_by_cell_45(X))
& fn_carrier_protein_33(fn_release_of_calcium_ion_by_cell_45(X)) = fn_carrier_protein_39(fn_release_of_calcium_ion_by_cell_45(X))
& fn_carrier_protein_39(fn_release_of_calcium_ion_by_cell_45(X)) = fn_plasma_membrane_84(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_84(fn_release_of_calcium_ion_by_cell_52(X)) = fn_carrier_protein_39(fn_release_of_calcium_ion_by_cell_45(X))
& fn_carrier_protein_39(fn_release_of_calcium_ion_by_cell_45(X)) = fn_transport_protein_20(fn_release_of_calcium_ion_by_cell_45(X))
& fn_plasma_membrane_85(fn_release_of_calcium_ion_by_cell_52(X)) = fn_plasma_membrane_85(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_85(fn_release_of_calcium_ion_by_cell_52(X)) = fn_transport_protein_20(fn_release_of_calcium_ion_by_cell_45(X))
& fn_transport_protein_20(fn_release_of_calcium_ion_by_cell_45(X)) = fn_plasma_membrane_85(fn_release_of_calcium_ion_by_cell_52(X))
& fn_carrier_protein_40(fn_release_of_calcium_ion_by_cell_45(X)) = fn_plasma_membrane_85(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_85(fn_release_of_calcium_ion_by_cell_52(X)) = fn_carrier_protein_40(fn_release_of_calcium_ion_by_cell_45(X))
& fn_carrier_protein_40(fn_release_of_calcium_ion_by_cell_45(X)) = fn_carrier_protein_40(fn_release_of_calcium_ion_by_cell_45(X))
& fn_carrier_protein_40(fn_release_of_calcium_ion_by_cell_45(X)) = fn_plasma_membrane_54(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_54(fn_release_of_calcium_ion_by_cell_52(X)) = fn_functional_group_1(fn_release_of_calcium_ion_by_cell_95(X))
& fn_functional_group_1(fn_release_of_calcium_ion_by_cell_95(X)) = fn_plasma_membrane_54(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_54(fn_release_of_calcium_ion_by_cell_52(X)) = fn_plasma_membrane_54(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_54(fn_release_of_calcium_ion_by_cell_52(X)) = fn_plasma_membrane_55(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_55(fn_release_of_calcium_ion_by_cell_52(X)) = fn_plasma_membrane_54(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_54(fn_release_of_calcium_ion_by_cell_52(X)) = fn_active_transport_using_atp_48(X)
& fn_plasma_membrane_55(fn_release_of_calcium_ion_by_cell_52(X)) = fn_plasma_membrane_55(fn_release_of_calcium_ion_by_cell_52(X))
& fn_active_transport_using_atp_48(X) = fn_plasma_membrane_55(fn_release_of_calcium_ion_by_cell_52(X))
& fn_plasma_membrane_55(fn_release_of_calcium_ion_by_cell_52(X)) = fn_active_transport_using_atp_48(X)
& fn_active_transport_using_atp_48(X) = fn_active_transport_using_atp_78(X)
& fn_active_transport_using_atp_78(X) = fn_active_transport_using_atp_48(X)
& fn_active_transport_using_atp_48(X) = fn_active_transport_using_atp_48(X)
& fn_active_transport_using_atp_48(X) = fn_active_movement_of_ions_10(X)
& fn_active_movement_of_ions_10(X) = fn_active_transport_using_atp_78(X)
& fn_active_transport_using_atp_78(X) = fn_active_transport_using_atp_78(X)
& fn_active_transport_using_atp_78(X) = fn_active_movement_of_ions_10(X)
& fn_active_movement_of_ions_10(X) = fn_active_movement_of_ions_10(X)
& fn_protein_pump_2(fn_release_of_calcium_ion_by_cell_49(X)) = fn_protein_pump_2(fn_release_of_calcium_ion_by_cell_49(X)) ) ) ).
fof(a532254,axiom,
! [X] :
( release_of_calcium_ion_by_endoplasmic_reticulum_1(X)
=> ( original_name_2(X,'Release-Of-Calcium-Ion-By-Endoplasmic-Reticulum')
& user_description_2(X,'Ca2+ ions are actively transported and stored within the ER lumen. The release of the ions back into the cytosol is triggered by a signal, which in turn triggers various responses depending on what kind of cell it is.')
& concept2words_2(X,release)
& concept2words_2(X,'release of calcium ion by endoplasmic reticulum')
& concept2words_2(X,'release-of-calcium-ion-by-endoplasmic-reticulum')
& facilitated_diffusion_using_channel_protein_1(X)
& facilitated_diffusion_of_ion_1(X)
& ~ release_of_calcium_ion_by_cell_1(X)
& positively_charged_region_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_1(X))
& negatively_charged_region_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_2(X))
& protein_enzyme_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_3(X))
& cisterna_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_4(X))
& biomembrane_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_5(X))
& attract_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_6(X))
& repel_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_7(X))
& water_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_8(X))
& chemical_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_8(X))
& aqueous_solution_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X))
& hypertonic_solution_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X))
& aqueous_solution_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_10(X))
& hypotonic_solution_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_10(X))
& attach_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_11(X))
& release_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_12(X))
& spatial_entity_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& polymer_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& transmembrane_protein_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& tangible_entity_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& membrane_protein_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& protein_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& integral_protein_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& molecule_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& transport_protein_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& channel_protein_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& gated_channel_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& container_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_14(X))
& phospholipid_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_15(X))
& glycolipid_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_16(X))
& expand_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_17(X))
& produce_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_18(X))
& hydrophilic_face_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_19(X))
& glycoprotein_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_20(X))
& attach_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_21(X))
& attach_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_22(X))
& spatial_entity_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_23(X))
& membrane_protein_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_23(X))
& barrier_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_24(X))
& block_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_25(X))
& hydrophilic_compound_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_26(X))
& hydrophobic_compound_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& nucleus_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_28(X))
& spatial_entity_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_29(X))
& biomembrane_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_29(X))
& nuclear_membrane_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_29(X))
& rate_value_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_30(X))
& quantity_value_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& free_energy_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_32(X))
& quantity_value_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_33(X))
& gradient_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& concentration_gradient_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& thermal_motion_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_35(X))
& symmetrical_distribution_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_36(X))
& decrease_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_37(X))
& eukaryotic_cell_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_38(X))
& cell_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_38(X))
& move_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_39(X))
& move_through_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_39(X))
& inositol_trisphosphate_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_40(X))
& calcium_ion_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_41(X))
& ligand_binding_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& spatial_entity_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& tangible_entity_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& biomembrane_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& er_membrane_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& chemical_energy_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_44(X))
& tangible_entity_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_45(X))
& phospholipid_bilayer_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_45(X))
& inside_face_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_46(X))
& endoplasmic_reticulum_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& smooth_endoplasmic_reticulum_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& spatial_entity_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& chemical_entity_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& monomer_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& molecule_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& amino_acid_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& size_value_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_49(X))
& speed_value_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_50(X))
& quantity_value_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_51(X))
& covalent_bond_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_52(X))
& chemical_bond_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_52(X))
& kinetic_energy_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_53(X))
& constant_motion_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_54(X))
& expose_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_55(X))
& polar_amino_acid_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_56(X))
& hydrophobic_amino_acid_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_57(X))
& monomer_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& carbon_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_59(X))
& entity_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_60(X))
& atom_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_60(X))
& chemical_entity_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_60(X))
& polypeptide_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_61(X))
& hydrophobic_region_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_62(X))
& hydrophilic_end_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_63(X))
& carbon_skeleton_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_64(X))
& surface_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_65(X))
& outside_face_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_65(X))
& hydrophilic_region_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_66(X))
& hydrophilic_end_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_66(X))
& protein_domain_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& size_value_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_68(X))
& expose_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_76(X))
& attach_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_77(X))
& chemical_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_78(X))
& thermal_energy_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_79(X))
& attach_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_80(X))
& quantity_value_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_81(X))
& density_value_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_82(X))
& temperature_value_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_83(X))
& fluidity_value_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_84(X))
& surface_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_85(X))
& outside_face_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_85(X))
& aqueous_solution_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_86(X))
& aqueous_solution_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_87(X))
& carbon_skeleton_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_88(X))
& block_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_89(X))
& block_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_90(X))
& carbohydrate_side_chain_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_91(X))
& saturated_fatty_acid_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_92(X))
& tangible_entity_1(fn_produce_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_18(X)))
& chemical_entity_1(fn_ligand_binding_3(fn_release_of_calcium_ion_by_endoplasmic_reticulum_42(X)))
& spatial_entity_1(fn_smooth_endoplasmic_reticulum_36(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)))
& biomembrane_1(fn_smooth_endoplasmic_reticulum_36(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)))
& nuclear_membrane_1(fn_smooth_endoplasmic_reticulum_36(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)))
& produce_1(fn_smooth_endoplasmic_reticulum_20(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)))
& expand_1(fn_smooth_endoplasmic_reticulum_19(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)))
& endoplasmic_reticulum_1(fn_er_membrane_28(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& biomembrane_1(fn_smooth_endoplasmic_reticulum_35(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)))
& property_node_1(fn_gated_channel_32(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& property_node_1(fn_gated_channel_34(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& property_node_1(fn_gated_channel_35(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& property_node_1(fn_gated_channel_37(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& constant_motion_1(fn_gated_channel_31(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& speed_value_1(fn_gated_channel_9(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& quantity_value_1(fn_gated_channel_10(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& kinetic_energy_1(fn_gated_channel_12(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& hydrophobic_amino_acid_1(fn_gated_channel_18(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& carbon_skeleton_1(fn_gated_channel_26(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& polypeptide_1(fn_gated_channel_22(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& spatial_entity_1(fn_gated_channel_6(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& chemical_entity_1(fn_gated_channel_6(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& monomer_1(fn_gated_channel_6(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& molecule_1(fn_gated_channel_6(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& amino_acid_1(fn_gated_channel_6(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& protein_domain_1(fn_gated_channel_29(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& hydrophobic_region_1(fn_gated_channel_23(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& repel_1(fn_gated_channel_38(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& polar_amino_acid_1(fn_gated_channel_17(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& expose_1(fn_gated_channel_40(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& hydrophilic_end_1(fn_gated_channel_24(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& glycolipid_1(fn_biomembrane_29(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& barrier_1(fn_biomembrane_49(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& property_node_1(fn_er_membrane_42(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& property_node_1(fn_er_membrane_43(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& property_node_1(fn_er_membrane_41(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& property_node_1(fn_er_membrane_46(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& hydrophilic_face_1(fn_er_membrane_7(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& temperature_value_1(fn_er_membrane_16(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& density_value_1(fn_er_membrane_18(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& aqueous_solution_1(fn_er_membrane_32(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& carbon_skeleton_1(fn_er_membrane_15(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& attach_1(fn_er_membrane_19(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& carbohydrate_side_chain_1(fn_er_membrane_14(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& aqueous_solution_1(fn_er_membrane_33(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& glycoprotein_1(fn_er_membrane_37(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& fluidity_value_1(fn_er_membrane_17(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& quantity_value_1(fn_er_membrane_44(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& saturated_fatty_acid_1(fn_er_membrane_45(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& thermal_energy_1(fn_thermal_motion_6(fn_release_of_calcium_ion_by_endoplasmic_reticulum_35(X)))
& covalent_bond_1(fn_polymer_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& chemical_bond_1(fn_molecule_10(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& surface_1(fn_integral_protein_29(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& tangible_entity_1(fn_release_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_12(X)))
& spatial_entity_1(fn_thermal_motion_5(fn_release_of_calcium_ion_by_endoplasmic_reticulum_35(X)))
& tangible_entity_1(fn_thermal_motion_5(fn_release_of_calcium_ion_by_endoplasmic_reticulum_35(X)))
& chemical_entity_1(fn_er_membrane_20(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& spatial_entity_1(fn_attach_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_21(X)))
& spatial_entity_1(fn_attach_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_22(X)))
& release_1(fn_smooth_endoplasmic_reticulum_31(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)))
& release_1(fn_smooth_endoplasmic_reticulum_25(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)))
& release_1(fn_smooth_endoplasmic_reticulum_9(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)))
& cisterna_1(fn_endoplasmic_reticulum_3(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)))
& cisterna_1(fn_smooth_endoplasmic_reticulum_29(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)))
& chemical_1(fn_hypertonic_solution_8(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X)))
& water_1(fn_aqueous_solution_14(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X)))
& water_1(fn_hypertonic_solution_7(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X)))
& chemical_1(fn_hypertonic_solution_7(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X)))
& chemical_1(fn_hypertonic_solution_5(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X)))
& hypotonic_solution_1(fn_hypertonic_solution_6(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X)))
& property_node_1(fn_channel_protein_10(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& property_node_1(fn_gated_channel_36(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& rate_value_1(fn_channel_protein_9(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& rate_value_1(fn_gated_channel_8(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& atom_1(fn_molecule_11(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& entity_1(fn_gated_channel_19(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& atom_1(fn_gated_channel_19(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& chemical_entity_1(fn_gated_channel_19(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& carbon_1(fn_gated_channel_21(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& size_value_1(fn_integral_protein_16(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& size_value_1(fn_biomembrane_56(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& size_value_1(fn_transport_protein_20(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& size_value_1(fn_gated_channel_30(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& size_value_1(fn_transport_protein_19(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& size_value_1(fn_gated_channel_7(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& monomer_1(fn_transport_protein_21(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& monomer_1(fn_gated_channel_20(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& facilitated_diffusion_1(fn_transport_protein_28(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& facilitated_diffusion_1(fn_channel_protein_8(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& passive_transport_1(fn_channel_protein_8(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& facilitated_diffusion_using_channel_protein_1(fn_channel_protein_8(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& facilitated_diffusion_1(fn_gated_channel_15(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& passive_transport_1(fn_gated_channel_15(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& facilitated_diffusion_using_channel_protein_1(fn_gated_channel_15(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& hydrophilic_region_1(fn_integral_protein_23(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& hydrophilic_region_1(fn_gated_channel_25(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& hydrophilic_end_1(fn_gated_channel_25(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& attract_1(fn_integral_protein_7(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& attract_1(fn_gated_channel_39(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& spatial_entity_1(fn_attach_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_42(X)))
& tangible_entity_1(fn_biomembrane_54(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& membrane_protein_1(fn_biomembrane_54(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& protein_1(fn_biomembrane_54(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& block_1(fn_biomembrane_101(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& block_1(fn_transport_protein_31(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& block_1(fn_biomembrane_50(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& block_1(fn_biomembrane_102(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& block_1(fn_biomembrane_100(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& hydrophobic_compound_1(fn_transport_protein_11(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& hydrophobic_compound_1(fn_er_membrane_35(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& hydrophilic_compound_1(fn_biomembrane_72(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& hydrophilic_compound_1(fn_er_membrane_36(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& outside_face_1(fn_biomembrane_41(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& surface_1(fn_er_membrane_13(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& outside_face_1(fn_er_membrane_13(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& move_1(fn_channel_protein_5(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& move_through_1(fn_channel_protein_5(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& move_1(fn_gated_channel_3(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& move_through_1(fn_gated_channel_3(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& move_through_1(fn_er_membrane_34(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& inside_face_1(fn_transmembrane_protein_6(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& inside_face_1(fn_er_membrane_12(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& tangible_entity_1(fn_gated_channel_13(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& phospholipid_bilayer_1(fn_gated_channel_13(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& tangible_entity_1(fn_er_membrane_27(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& phospholipid_bilayer_1(fn_er_membrane_27(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& spatial_entity_1(fn_attach_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_21(X)))
& spatial_entity_1(fn_attach_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_22(X)))
& tangible_entity_1(fn_barrier_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_14(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& spatial_entity_1(fn_gated_channel_16(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& biomembrane_1(fn_gated_channel_16(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& spatial_entity_1(fn_transport_protein_35(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& biomembrane_1(fn_transport_protein_35(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)))
& tangible_entity_1(fn_smooth_endoplasmic_reticulum_28(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)))
& er_membrane_1(fn_smooth_endoplasmic_reticulum_28(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)))
& biomembrane_1(fn_smooth_endoplasmic_reticulum_28(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)))
& called_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_89(X),"3")
& is_inside_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_1(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& is_outside_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_2(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& is_inside_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_46(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_45(X) != fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)
& first_subevent_2(X,fn_release_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& subevent_2(X,fn_release_of_calcium_ion_by_endoplasmic_reticulum_12(X))
& subevent_2(X,fn_release_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& is_between_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_2(X))
& is_between_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_1(X))
& abuts_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_29(X))
& has_part_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_15(X))
& next_event_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_42(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_39(X))
& is_inside_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_41(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& facilitates_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_40(X),X)
& path_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_39(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_19(X))
& next_event_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_39(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_12(X))
& destination_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_39(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_10(X))
& origin_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_39(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X))
& object_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_36(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_41(X))
& abuts_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_29(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& is_inside_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_3(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_16(X) != fn_release_of_calcium_ion_by_endoplasmic_reticulum_15(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_15(X) != fn_release_of_calcium_ion_by_endoplasmic_reticulum_16(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_15(X) != fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)
& in_event_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_14(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_39(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X) != fn_release_of_calcium_ion_by_endoplasmic_reticulum_15(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X) != fn_release_of_calcium_ion_by_endoplasmic_reticulum_45(X)
& base_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_42(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& object_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_21(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_23(X))
& object_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_22(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_23(X))
& raw_material_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_18(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_15(X))
& object_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_12(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_41(X))
& base_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_21(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& base_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_22(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& plays_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_14(X))
& base_2(X,fn_release_of_calcium_ion_by_endoplasmic_reticulum_38(X))
& object_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_35(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_41(X))
& possesses_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_41(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_79(X))
& is_permeable_to_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_41(X))
& object_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_42(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_40(X))
& has_function_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_40(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& is_across_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& has_part_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& object_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_55(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& is_between_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_52(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_59(X))
& possesses_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_52(X))
& is_between_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_52(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_60(X))
& has_region_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_65(X))
& is_at_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_66(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_65(X))
& site_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_55(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_66(X))
& object_2(X,fn_release_of_calcium_ion_by_endoplasmic_reticulum_41(X))
& object_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_39(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_41(X))
& object_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_25(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& quantity_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_44(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_33(X))
& possesses_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_34(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_44(X))
& raw_material_2(X,fn_release_of_calcium_ion_by_endoplasmic_reticulum_44(X))
& called_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_25(X),"1")
& base_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_77(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& object_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_77(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_23(X))
& path_2(X,fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& is_at_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_23(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& object_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_11(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_23(X))
& base_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_11(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& instrument_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_25(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& result_2(X,fn_release_of_calcium_ion_by_endoplasmic_reticulum_32(X))
& quantity_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_32(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& directly_proportional_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_33(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& causes_2(X,fn_release_of_calcium_ion_by_endoplasmic_reticulum_37(X))
& object_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_37(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& base_2(X,fn_release_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& by_means_of_2(X,fn_release_of_calcium_ion_by_endoplasmic_reticulum_35(X))
& causes_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_35(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_39(X))
& objective_2(X,fn_release_of_calcium_ion_by_endoplasmic_reticulum_36(X))
& is_between_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_34(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_10(X))
& destination_2(X,fn_release_of_calcium_ion_by_endoplasmic_reticulum_10(X))
& origin_2(X,fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X))
& agent_2(X,fn_release_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& is_between_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_34(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X))
& has_part_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_8(X))
& same_type_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_78(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_8(X))
& same_type_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_8(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_78(X))
& base_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_12(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& has_part_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_38(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_28(X))
& has_part_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_28(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_29(X))
& base_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_17(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& causes_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_17(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_18(X))
& has_part_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_4(X))
& has_part_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_4(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_5(X))
& is_at_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_5(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& has_part_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& has_part_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_38(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& has_part_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_10(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_78(X))
& has_solute_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_10(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_78(X))
& has_solvent_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_8(X))
& is_hypotonic_to_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_10(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X))
& is_hypertonic_to_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_10(X))
& facilitates_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_39(X))
& is_inside_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_45(X))
& has_part_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_60(X))
& has_region_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_63(X))
& has_region_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_66(X))
& has_function_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_7(X))
& object_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_76(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& agent_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_6(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& size_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_68(X))
& the_scalar_value_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_68(X),big_0)
& scalar_unit_class_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_68(X),polypeptide_0)
& speed_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_54(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_50(X))
& object_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_54(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& instrument_2(X,fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& rate_2(X,fn_release_of_calcium_ion_by_endoplasmic_reticulum_30(X))
& is_inside_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_57(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_62(X))
& has_part_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_57(X))
& possesses_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_53(X))
& quantity_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_53(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_51(X))
& directly_proportional_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_50(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_51(X))
& has_region_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_64(X))
& is_inside_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_59(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_64(X))
& has_part_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_59(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_60(X) != fn_release_of_calcium_ion_by_endoplasmic_reticulum_59(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_59(X) != fn_release_of_calcium_ion_by_endoplasmic_reticulum_60(X)
& has_part_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_61(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& has_part_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_61(X))
& has_part_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& size_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_58(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_49(X))
& greater_than_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_68(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_49(X))
& agent_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_7(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& site_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_7(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_62(X))
& has_region_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_62(X))
& has_region_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& is_at_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_48(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& is_at_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_56(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_66(X))
& has_part_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_56(X))
& has_function_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X),X)
& subevent_2(X,fn_release_of_calcium_ion_by_endoplasmic_reticulum_39(X))
& agent_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_39(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& has_function_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_6(X))
& site_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_6(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_66(X))
& site_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_76(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_66(X))
& is_opposite_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_63(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_66(X))
& is_opposite_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_66(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_63(X))
& has_part_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_16(X))
& has_function_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_90(X))
& called_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_90(X),"2")
& has_function_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_89(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_90(X) != fn_release_of_calcium_ion_by_endoplasmic_reticulum_89(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_89(X) != fn_release_of_calcium_ion_by_endoplasmic_reticulum_90(X)
& plays_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_24(X))
& in_event_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_24(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_25(X))
& object_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_25(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_26(X))
& has_function_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_25(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_90(X) != fn_release_of_calcium_ion_by_endoplasmic_reticulum_25(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_25(X) != fn_release_of_calcium_ion_by_endoplasmic_reticulum_90(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_89(X) != fn_release_of_calcium_ion_by_endoplasmic_reticulum_25(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_25(X) != fn_release_of_calcium_ion_by_endoplasmic_reticulum_89(X)
& is_impermeable_to_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& base_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_39(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& is_outside_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_19(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& directly_proportional_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_83(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_84(X))
& temperature_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_83(X))
& is_impermeable_to_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_26(X))
& is_between_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_86(X))
& is_inside_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_85(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_86(X))
& has_region_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_85(X))
& density_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_82(X))
& inversely_proportional_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_82(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_84(X))
& is_outside_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_91(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& object_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_80(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_91(X))
& base_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_80(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_88(X))
& is_inside_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_88(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& has_function_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_39(X))
& is_inside_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_20(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_45(X))
& has_part_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_45(X))
& has_region_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_46(X))
& is_inside_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_87(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_46(X))
& is_between_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_87(X))
& has_part_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_92(X))
& quantity_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_92(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_81(X))
& directly_proportional_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_81(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_84(X))
& fluidity_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_84(X))
& has_part_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_20(X))
& agent_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_35(X),fn_release_of_calcium_ion_by_endoplasmic_reticulum_79(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X) = fn_attach_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_23(X) = fn_attach_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_21(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_23(X) = fn_attach_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_22(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_15(X) = fn_produce_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_18(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_41(X) = fn_release_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_12(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X) = fn_attach_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_21(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X) = fn_attach_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_22(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X) = fn_barrier_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_14(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_38(X) = fn_passive_transport_1(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_41(X) = fn_thermal_motion_5(fn_release_of_calcium_ion_by_endoplasmic_reticulum_35(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_40(X) = fn_ligand_binding_3(fn_release_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X) = fn_gated_channel_16(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_59(X) = fn_facilitated_diffusion_38(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_60(X) = fn_molecule_11(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_60(X) = fn_facilitated_diffusion_39(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_52(X) = fn_polymer_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_52(X) = fn_molecule_10(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_52(X) = fn_facilitated_diffusion_31(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_55(X) = fn_facilitated_diffusion_34(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_65(X) = fn_integral_protein_29(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_65(X) = fn_facilitated_diffusion_44(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_41(X) = fn_er_membrane_20(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_41(X) = fn_facilitated_diffusion_26(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_27(X) = fn_transport_protein_11(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_44(X) = fn_facilitated_diffusion_using_channel_protein_15(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_77(X) = fn_facilitated_diffusion_52(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_25(X) = fn_transport_protein_31(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_25(X) = fn_facilitated_diffusion_6(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_11(X) = fn_facilitated_diffusion_51(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_23(X) = fn_facilitated_diffusion_50(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X) = fn_transport_protein_35(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X) = fn_facilitated_diffusion_49(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_69(X) = fn_facilitated_diffusion_using_channel_protein_6(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_70(X) = fn_facilitated_diffusion_using_channel_protein_7(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_33(X) = fn_facilitated_diffusion_using_channel_protein_11(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_31(X) = fn_facilitated_diffusion_using_channel_protein_10(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_32(X) = fn_facilitated_diffusion_using_channel_protein_9(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_35(X) = fn_facilitated_diffusion_using_channel_protein_16(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_37(X) = fn_facilitated_diffusion_using_channel_protein_17(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_36(X) = fn_facilitated_diffusion_using_channel_protein_4(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_36(X) = fn_facilitated_diffusion_of_ion_25(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_10(X) = fn_facilitated_diffusion_using_channel_protein_2(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_10(X) = fn_facilitated_diffusion_of_ion_23(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_78(X) = fn_facilitated_diffusion_of_ion_27(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_8(X) = fn_hypertonic_solution_8(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_8(X) = fn_aqueous_solution_14(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_8(X) = fn_facilitated_diffusion_of_ion_28(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X) = fn_facilitated_diffusion_using_channel_protein_1(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X) = fn_facilitated_diffusion_of_ion_29(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_34(X) = fn_facilitated_diffusion_using_channel_protein_12(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_34(X) = fn_facilitated_diffusion_of_ion_26(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_12(X) = fn_smooth_endoplasmic_reticulum_31(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_12(X) = fn_smooth_endoplasmic_reticulum_25(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_12(X) = fn_smooth_endoplasmic_reticulum_9(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_29(X) = fn_smooth_endoplasmic_reticulum_36(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_28(X) = fn_smooth_endoplasmic_reticulum_10(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_18(X) = fn_smooth_endoplasmic_reticulum_20(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_17(X) = fn_smooth_endoplasmic_reticulum_19(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_38(X) = fn_smooth_endoplasmic_reticulum_33(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X) = fn_er_membrane_28(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X) = fn_smooth_endoplasmic_reticulum_28(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_5(X) = fn_smooth_endoplasmic_reticulum_35(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_4(X) = fn_endoplasmic_reticulum_3(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_4(X) = fn_smooth_endoplasmic_reticulum_29(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_8(X) = fn_hypertonic_solution_7(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_78(X) = fn_hypertonic_solution_5(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_10(X) = fn_hypertonic_solution_6(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_39(X) = fn_facilitated_diffusion_55(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_45(X) = fn_gated_channel_13(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_72(X) = fn_gated_channel_32(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_73(X) = fn_gated_channel_34(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_74(X) = fn_gated_channel_35(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_75(X) = fn_gated_channel_37(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_68(X) = fn_integral_protein_16(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X) = fn_biomembrane_54(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_68(X) = fn_biomembrane_56(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_71(X) = fn_passive_transport_7(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_71(X) = fn_channel_protein_10(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_71(X) = fn_gated_channel_36(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_30(X) = fn_passive_transport_6(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_30(X) = fn_channel_protein_9(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_30(X) = fn_gated_channel_8(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& X = fn_transport_protein_28(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& X = fn_channel_protein_8(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_54(X) = fn_gated_channel_31(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_50(X) = fn_gated_channel_9(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_51(X) = fn_gated_channel_10(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_53(X) = fn_gated_channel_12(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_57(X) = fn_gated_channel_18(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_60(X) = fn_gated_channel_19(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_59(X) = fn_gated_channel_21(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_64(X) = fn_gated_channel_26(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_68(X) = fn_transport_protein_20(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_68(X) = fn_facilitated_diffusion_using_channel_protein_5(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_68(X) = fn_gated_channel_30(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_49(X) = fn_transport_protein_19(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_49(X) = fn_facilitated_diffusion_using_channel_protein_19(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_49(X) = fn_gated_channel_7(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_58(X) = fn_transport_protein_21(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_58(X) = fn_facilitated_diffusion_using_channel_protein_20(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_58(X) = fn_gated_channel_20(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_61(X) = fn_gated_channel_22(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_48(X) = fn_gated_channel_6(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_67(X) = fn_gated_channel_29(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_62(X) = fn_gated_channel_23(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_7(X) = fn_gated_channel_38(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X) = fn_facilitated_diffusion_using_channel_protein_14(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_39(X) = fn_channel_protein_5(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_39(X) = fn_facilitated_diffusion_using_channel_protein_13(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_39(X) = fn_gated_channel_3(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& X = fn_gated_channel_15(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_56(X) = fn_gated_channel_17(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_76(X) = fn_gated_channel_40(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_63(X) = fn_gated_channel_24(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_6(X) = fn_integral_protein_7(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_66(X) = fn_integral_protein_23(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_66(X) = fn_facilitated_diffusion_45(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_66(X) = fn_gated_channel_25(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X) = fn_facilitated_diffusion_25(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_6(X) = fn_facilitated_diffusion_54(X)
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_6(X) = fn_gated_channel_39(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_16(X) = fn_biomembrane_29(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_90(X) = fn_biomembrane_100(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_89(X) = fn_biomembrane_102(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_26(X) = fn_biomembrane_72(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_25(X) = fn_biomembrane_50(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_24(X) = fn_biomembrane_49(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_89(X) = fn_biomembrane_101(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_25(X) = fn_biomembrane_102(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_90(X) = fn_biomembrane_101(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_25(X) = fn_biomembrane_100(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_93(X) = fn_er_membrane_42(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_94(X) = fn_er_membrane_43(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_27(X) = fn_er_membrane_35(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_95(X) = fn_er_membrane_41(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_96(X) = fn_er_membrane_46(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_19(X) = fn_er_membrane_7(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_26(X) = fn_er_membrane_36(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_83(X) = fn_er_membrane_16(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_82(X) = fn_er_membrane_18(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_85(X) = fn_biomembrane_41(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_85(X) = fn_er_membrane_13(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_86(X) = fn_er_membrane_32(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_39(X) = fn_er_membrane_34(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_88(X) = fn_er_membrane_15(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_80(X) = fn_er_membrane_19(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_91(X) = fn_er_membrane_14(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_87(X) = fn_er_membrane_33(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X) = fn_transmembrane_protein_4(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_46(X) = fn_transmembrane_protein_6(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_46(X) = fn_er_membrane_12(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_45(X) = fn_er_membrane_27(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_20(X) = fn_er_membrane_37(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_84(X) = fn_er_membrane_17(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_81(X) = fn_er_membrane_44(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_92(X) = fn_er_membrane_45(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_release_of_calcium_ion_by_endoplasmic_reticulum_79(X) = fn_thermal_motion_6(fn_release_of_calcium_ion_by_endoplasmic_reticulum_35(X))
& fn_molecule_10(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_polymer_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_polymer_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_molecule_10(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_facilitated_diffusion_31(X) = fn_molecule_10(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_molecule_10(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_facilitated_diffusion_31(X)
& fn_facilitated_diffusion_31(X) = fn_integral_protein_29(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_facilitated_diffusion_44(X) = fn_integral_protein_29(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_integral_protein_29(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_facilitated_diffusion_44(X)
& fn_facilitated_diffusion_44(X) = fn_release_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_12(X))
& fn_release_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_12(X)) = fn_thermal_motion_5(fn_release_of_calcium_ion_by_endoplasmic_reticulum_35(X))
& fn_thermal_motion_5(fn_release_of_calcium_ion_by_endoplasmic_reticulum_35(X)) = fn_thermal_motion_5(fn_release_of_calcium_ion_by_endoplasmic_reticulum_35(X))
& fn_thermal_motion_5(fn_release_of_calcium_ion_by_endoplasmic_reticulum_35(X)) = fn_er_membrane_20(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_er_membrane_20(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_er_membrane_20(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_er_membrane_20(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_facilitated_diffusion_26(X)
& fn_facilitated_diffusion_26(X) = fn_facilitated_diffusion_26(X)
& fn_facilitated_diffusion_26(X) = fn_attach_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_21(X))
& fn_attach_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_21(X)) = fn_attach_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_22(X))
& fn_attach_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_22(X)) = fn_facilitated_diffusion_50(X)
& fn_facilitated_diffusion_50(X) = fn_facilitated_diffusion_50(X)
& fn_facilitated_diffusion_50(X) = fn_facilitated_diffusion_using_channel_protein_4(X)
& fn_facilitated_diffusion_using_channel_protein_4(X) = fn_facilitated_diffusion_of_ion_25(X)
& fn_facilitated_diffusion_of_ion_25(X) = fn_facilitated_diffusion_using_channel_protein_12(X)
& fn_facilitated_diffusion_using_channel_protein_12(X) = fn_facilitated_diffusion_using_channel_protein_12(X)
& fn_facilitated_diffusion_of_ion_26(X) = fn_facilitated_diffusion_using_channel_protein_12(X)
& fn_facilitated_diffusion_using_channel_protein_12(X) = fn_facilitated_diffusion_of_ion_26(X)
& fn_facilitated_diffusion_of_ion_26(X) = fn_smooth_endoplasmic_reticulum_31(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& fn_smooth_endoplasmic_reticulum_31(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)) = fn_smooth_endoplasmic_reticulum_25(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& fn_smooth_endoplasmic_reticulum_25(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)) = fn_smooth_endoplasmic_reticulum_25(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& fn_smooth_endoplasmic_reticulum_25(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)) = fn_smooth_endoplasmic_reticulum_9(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& fn_smooth_endoplasmic_reticulum_9(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)) = fn_passive_transport_1(X)
& fn_passive_transport_1(X) = fn_smooth_endoplasmic_reticulum_33(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& fn_smooth_endoplasmic_reticulum_33(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)) = fn_smooth_endoplasmic_reticulum_33(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& fn_smooth_endoplasmic_reticulum_33(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)) = fn_smooth_endoplasmic_reticulum_29(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& fn_smooth_endoplasmic_reticulum_29(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)) = fn_endoplasmic_reticulum_3(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& fn_endoplasmic_reticulum_3(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)) = fn_smooth_endoplasmic_reticulum_29(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& fn_smooth_endoplasmic_reticulum_29(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)) = fn_hypertonic_solution_8(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X))
& fn_hypertonic_solution_8(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X)) = fn_aqueous_solution_14(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X))
& fn_facilitated_diffusion_of_ion_28(X) = fn_aqueous_solution_14(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X))
& fn_aqueous_solution_14(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X)) = fn_facilitated_diffusion_of_ion_28(X)
& fn_facilitated_diffusion_of_ion_28(X) = fn_facilitated_diffusion_of_ion_28(X)
& fn_facilitated_diffusion_of_ion_28(X) = fn_hypertonic_solution_7(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X))
& fn_hypertonic_solution_7(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X)) = fn_facilitated_diffusion_of_ion_27(X)
& fn_facilitated_diffusion_of_ion_27(X) = fn_facilitated_diffusion_of_ion_27(X)
& fn_facilitated_diffusion_of_ion_27(X) = fn_hypertonic_solution_5(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X))
& fn_hypertonic_solution_5(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X)) = fn_hypertonic_solution_5(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X))
& fn_hypertonic_solution_5(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X)) = fn_facilitated_diffusion_using_channel_protein_2(X)
& fn_facilitated_diffusion_of_ion_23(X) = fn_facilitated_diffusion_using_channel_protein_2(X)
& fn_facilitated_diffusion_using_channel_protein_2(X) = fn_facilitated_diffusion_of_ion_23(X)
& fn_facilitated_diffusion_of_ion_23(X) = fn_facilitated_diffusion_of_ion_23(X)
& fn_facilitated_diffusion_of_ion_23(X) = fn_hypertonic_solution_6(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X))
& fn_hypertonic_solution_6(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X)) = fn_hypertonic_solution_6(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X))
& fn_hypertonic_solution_6(fn_release_of_calcium_ion_by_endoplasmic_reticulum_9(X)) = fn_facilitated_diffusion_using_channel_protein_1(X)
& fn_facilitated_diffusion_of_ion_29(X) = fn_facilitated_diffusion_of_ion_29(X)
& fn_facilitated_diffusion_of_ion_29(X) = fn_facilitated_diffusion_using_channel_protein_1(X)
& fn_facilitated_diffusion_using_channel_protein_1(X) = fn_facilitated_diffusion_of_ion_29(X)
& fn_facilitated_diffusion_of_ion_29(X) = fn_passive_transport_7(X)
& fn_passive_transport_7(X) = fn_channel_protein_10(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_channel_protein_10(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_channel_protein_10(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_channel_protein_10(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_gated_channel_36(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_36(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_passive_transport_6(X)
& fn_channel_protein_9(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_passive_transport_6(X)
& fn_passive_transport_6(X) = fn_channel_protein_9(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_channel_protein_9(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_channel_protein_9(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_8(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_channel_protein_9(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_channel_protein_9(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_gated_channel_8(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_8(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_molecule_11(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_molecule_11(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_facilitated_diffusion_39(X)
& fn_facilitated_diffusion_39(X) = fn_facilitated_diffusion_39(X)
& fn_facilitated_diffusion_39(X) = fn_gated_channel_19(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_19(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_gated_channel_19(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_19(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_facilitated_diffusion_38(X)
& fn_facilitated_diffusion_38(X) = fn_gated_channel_21(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_21(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_gated_channel_21(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_21(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_biomembrane_56(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_biomembrane_56(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_integral_protein_16(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_integral_protein_16(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_biomembrane_56(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_biomembrane_56(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_biomembrane_56(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_transport_protein_20(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_biomembrane_56(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_biomembrane_56(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_transport_protein_20(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_transport_protein_20(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_transport_protein_20(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_facilitated_diffusion_using_channel_protein_5(X) = fn_transport_protein_20(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_transport_protein_20(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_facilitated_diffusion_using_channel_protein_5(X)
& fn_gated_channel_30(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_gated_channel_30(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_30(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_facilitated_diffusion_using_channel_protein_5(X)
& fn_facilitated_diffusion_using_channel_protein_5(X) = fn_gated_channel_30(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_30(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_transport_protein_19(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_facilitated_diffusion_using_channel_protein_19(X) = fn_transport_protein_19(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_transport_protein_19(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_facilitated_diffusion_using_channel_protein_19(X)
& fn_gated_channel_7(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_facilitated_diffusion_using_channel_protein_19(X)
& fn_facilitated_diffusion_using_channel_protein_19(X) = fn_gated_channel_7(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_7(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_transport_protein_21(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_facilitated_diffusion_using_channel_protein_20(X) = fn_transport_protein_21(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_transport_protein_21(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_facilitated_diffusion_using_channel_protein_20(X)
& fn_facilitated_diffusion_using_channel_protein_20(X) = fn_facilitated_diffusion_using_channel_protein_20(X)
& fn_gated_channel_20(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_facilitated_diffusion_using_channel_protein_20(X)
& fn_facilitated_diffusion_using_channel_protein_20(X) = fn_gated_channel_20(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_20(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_transport_protein_28(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_channel_protein_8(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_transport_protein_28(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_transport_protein_28(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_channel_protein_8(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_channel_protein_8(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_channel_protein_8(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_15(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_channel_protein_8(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_channel_protein_8(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_gated_channel_15(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_15(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_gated_channel_15(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_15(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_facilitated_diffusion_45(X)
& fn_facilitated_diffusion_45(X) = fn_integral_protein_23(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_integral_protein_23(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_facilitated_diffusion_45(X)
& fn_facilitated_diffusion_45(X) = fn_facilitated_diffusion_45(X)
& fn_gated_channel_25(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_gated_channel_25(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_25(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_facilitated_diffusion_45(X)
& fn_facilitated_diffusion_45(X) = fn_gated_channel_25(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_25(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_integral_protein_7(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_integral_protein_7(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_facilitated_diffusion_54(X)
& fn_facilitated_diffusion_54(X) = fn_facilitated_diffusion_54(X)
& fn_gated_channel_39(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_facilitated_diffusion_54(X)
& fn_facilitated_diffusion_54(X) = fn_gated_channel_39(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_39(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_attach_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& fn_attach_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_42(X)) = fn_biomembrane_54(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_biomembrane_54(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_biomembrane_54(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_facilitated_diffusion_25(X) = fn_biomembrane_54(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_biomembrane_54(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_facilitated_diffusion_25(X)
& fn_facilitated_diffusion_25(X) = fn_facilitated_diffusion_25(X)
& fn_facilitated_diffusion_25(X) = fn_facilitated_diffusion_using_channel_protein_14(X)
& fn_facilitated_diffusion_using_channel_protein_14(X) = fn_facilitated_diffusion_using_channel_protein_14(X)
& fn_facilitated_diffusion_using_channel_protein_14(X) = fn_facilitated_diffusion_25(X)
& fn_facilitated_diffusion_25(X) = fn_biomembrane_102(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_biomembrane_102(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_biomembrane_101(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_biomembrane_101(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_biomembrane_100(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_biomembrane_100(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_biomembrane_101(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_biomembrane_101(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_biomembrane_101(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_biomembrane_101(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_transport_protein_31(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_facilitated_diffusion_6(X) = fn_transport_protein_31(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_transport_protein_31(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_facilitated_diffusion_6(X)
& fn_facilitated_diffusion_6(X) = fn_facilitated_diffusion_6(X)
& fn_facilitated_diffusion_6(X) = fn_biomembrane_50(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_biomembrane_50(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_biomembrane_50(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_biomembrane_50(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_biomembrane_102(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_biomembrane_100(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_biomembrane_102(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_biomembrane_102(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_biomembrane_102(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_biomembrane_102(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_biomembrane_100(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_biomembrane_100(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_biomembrane_100(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_biomembrane_100(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_transport_protein_11(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_transport_protein_11(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_er_membrane_35(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_er_membrane_35(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_biomembrane_72(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_biomembrane_72(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_er_membrane_36(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_er_membrane_36(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_biomembrane_41(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_biomembrane_41(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_er_membrane_13(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_er_membrane_13(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_er_membrane_13(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_er_membrane_13(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_facilitated_diffusion_55(X)
& fn_facilitated_diffusion_55(X) = fn_facilitated_diffusion_55(X)
& fn_facilitated_diffusion_55(X) = fn_channel_protein_5(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_channel_protein_5(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_channel_protein_5(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_facilitated_diffusion_using_channel_protein_13(X) = fn_channel_protein_5(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_channel_protein_5(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_facilitated_diffusion_using_channel_protein_13(X)
& fn_facilitated_diffusion_using_channel_protein_13(X) = fn_facilitated_diffusion_using_channel_protein_13(X)
& fn_gated_channel_3(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_facilitated_diffusion_using_channel_protein_13(X)
& fn_facilitated_diffusion_using_channel_protein_13(X) = fn_gated_channel_3(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_er_membrane_34(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_gated_channel_3(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_3(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_gated_channel_3(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_3(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_er_membrane_34(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_er_membrane_34(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_er_membrane_34(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_er_membrane_34(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_er_membrane_12(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_er_membrane_12(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_transmembrane_protein_6(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_transmembrane_protein_6(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_er_membrane_12(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_er_membrane_12(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_gated_channel_13(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_13(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_er_membrane_27(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_er_membrane_27(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_er_membrane_27(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_er_membrane_27(fn_release_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_attach_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_21(X))
& fn_attach_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_21(X)) = fn_attach_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_22(X))
& fn_attach_2(fn_release_of_calcium_ion_by_endoplasmic_reticulum_22(X)) = fn_barrier_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_14(X))
& fn_barrier_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_14(X)) = fn_barrier_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_14(X))
& fn_barrier_1(fn_release_of_calcium_ion_by_endoplasmic_reticulum_14(X)) = fn_transmembrane_protein_4(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_transmembrane_protein_4(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_transmembrane_protein_4(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_16(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_gated_channel_16(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_16(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_transmembrane_protein_4(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_transmembrane_protein_4(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_gated_channel_16(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_transport_protein_35(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_gated_channel_16(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_gated_channel_16(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_transport_protein_35(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_transport_protein_35(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_transport_protein_35(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_facilitated_diffusion_49(X) = fn_transport_protein_35(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& fn_transport_protein_35(fn_release_of_calcium_ion_by_endoplasmic_reticulum_13(X)) = fn_facilitated_diffusion_49(X)
& fn_facilitated_diffusion_49(X) = fn_facilitated_diffusion_49(X)
& fn_facilitated_diffusion_49(X) = fn_smooth_endoplasmic_reticulum_28(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& fn_smooth_endoplasmic_reticulum_28(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)) = fn_smooth_endoplasmic_reticulum_28(fn_release_of_calcium_ion_by_endoplasmic_reticulum_47(X)) ) ) ).
fof(a532255,axiom,
! [X] :
( release_resource_1(X)
=> ( original_name_2(X,'Release-Resource')
& concept2words_2(X,release)
& concept2words_2(X,'resource of release')
& concept2words_2(X,'release resource')
& concept2words_2(X,'release-resource')
& action_1(X)
& entity_1(fn_release_resource_1(X))
& resource_1(fn_release_resource_2(X))
& object_2(X,fn_release_resource_1(X))
& in_event_2(fn_release_resource_2(X),X)
& plays_2(fn_release_resource_1(X),fn_release_resource_2(X)) ) ) ).
fof(a532256,axiom,
! [X] :
( releasing_hormone_1(X)
=> ( original_name_2(X,'Releasing-Hormone')
& user_description_2(X,'A hormone whose primary function is to control the release of another hormone.')
& concept2words_2(X,'releasing hormone')
& concept2words_2(X,'releasing-hormone')
& hormone_1(X)
& ~ juvenile_hormone_1(X)
& ~ sex_hormone_1(X) ) ) ).
fof(a532257,axiom,
! [X] :
( relinquish_1(X)
=> ( original_name_2(X,'Relinquish')
& concept2words_2(X,relinquish)
& concept2words_2(X,cede)
& concept2words_2(X,deliver)
& concept2words_2(X,free)
& concept2words_2(X,'give up')
& concept2words_2(X,give_up)
& concept2words_2(X,release)
& concept2words_2(X,surrender)
& lose_1(X)
& ~ loss_of_energy_by_electron_1(X)
& tangible_entity_1(fn_relinquish_1(X))
& agent_2(X,fn_relinquish_1(X))
& donor_2(X,fn_relinquish_1(X))
& fn_relinquish_1(X) = fn_lose_1(X) ) ) ).
fof(a532258,axiom,
! [X] :
( removal_of_waste_product_by_prokaryote_using_proton_motive_force_1(X)
=> ( original_name_2(X,'Removal-Of-Waste-Product-By-Prokaryote-Using-Proton-Motive-Force')
& user_description_2(X,'The removal of a waste product by a prokaryote through cotransport with protons.')
& concept2words_2(X,remove)
& concept2words_2(X,'removal of waste product by prokaryote using proton motive force')
& concept2words_2(X,'removal-of-waste-product-by-prokaryote-using-proton-motive-force')
& cellular_process_1(X)
& proton_motive_force_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_1(X))
& tangible_entity_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_6(X))
& spatial_entity_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_6(X))
& chemical_entity_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_6(X))
& endergonic_process_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_7(X))
& work_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_7(X))
& cellular_work_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_7(X))
& active_transport_using_atp_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_7(X))
& move_through_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_8(X))
& move_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_8(X))
& waste_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_9(X))
& exergonic_process_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_10(X))
& facilitated_diffusion_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_10(X))
& transmembrane_protein_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X))
& molecule_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X))
& tangible_entity_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X))
& membrane_protein_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X))
& protein_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X))
& polymer_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X))
& spatial_entity_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X))
& chemical_entity_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X))
& integral_protein_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X))
& transport_protein_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X))
& carrier_protein_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X))
& cotransporter_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X))
& membrane_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& spatial_entity_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& biomembrane_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& plasma_membrane_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& tangible_entity_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_13(X))
& phospholipid_bilayer_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_13(X))
& glycoprotein_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_14(X))
& spatial_entity_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_15(X))
& polymer_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_15(X))
& tangible_entity_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_15(X))
& membrane_protein_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_15(X))
& protein_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_15(X))
& tangible_entity_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_16(X))
& membrane_protein_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_16(X))
& protein_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_16(X))
& spatial_entity_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_16(X))
& polymer_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_16(X))
& surface_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_17(X))
& cytoplasmic_side_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_17(X))
& outside_face_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_18(X))
& extracellular_side_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_18(X))
& mixture_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_19(X))
& cytoplasm_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_19(X))
& cell_wall_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_20(X))
& ribosome_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_21(X))
& chromosome_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_22(X))
& prokaryotic_chromosome_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_22(X))
& water_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_23(X))
& volume_value_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_24(X))
& surface_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_25(X))
& nucleoid_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_26(X))
& size_value_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_27(X))
& temperature_value_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_28(X))
& specific_heat_value_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_29(X))
& substance_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_30(X))
& cytosol_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_30(X))
& cotransport_using_proton_pump_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& prokaryote_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& property_node_1(fn_cell_23(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& property_node_1(fn_cell_10(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& surface_1(fn_cell_4(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& size_value_1(fn_cell_11(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& volume_value_1(fn_cell_22(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& property_node_1(fn_organism_6(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& property_node_1(fn_organism_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& temperature_value_1(fn_organism_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& specific_heat_value_1(fn_organism_5(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& water_1(fn_organism_4(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& chromosome_1(fn_prokaryote_9(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& prokaryotic_chromosome_1(fn_prokaryote_9(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& nucleoid_1(fn_prokaryote_18(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& ribosome_1(fn_prokaryote_8(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& cell_wall_1(fn_prokaryote_14(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& facilitated_diffusion_1(fn_transport_protein_28(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X)))
& exergonic_process_1(fn_cotransport_using_proton_pump_20(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& facilitated_diffusion_1(fn_cotransport_using_proton_pump_20(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& molecule_1(fn_cotransport_using_proton_pump_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& tangible_entity_1(fn_cotransport_using_proton_pump_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& membrane_protein_1(fn_cotransport_using_proton_pump_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& protein_1(fn_cotransport_using_proton_pump_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& polymer_1(fn_cotransport_using_proton_pump_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& spatial_entity_1(fn_cotransport_using_proton_pump_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& chemical_entity_1(fn_cotransport_using_proton_pump_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& integral_protein_1(fn_cotransport_using_proton_pump_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& transport_protein_1(fn_cotransport_using_proton_pump_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& carrier_protein_1(fn_cotransport_using_proton_pump_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& cotransporter_1(fn_cotransport_53(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& endergonic_process_1(fn_cotransport_using_proton_pump_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& work_1(fn_cotransport_using_proton_pump_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& cellular_work_1(fn_cotransport_using_proton_pump_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& active_transport_using_atp_1(fn_cotransport_using_proton_pump_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& active_transport_using_atp_1(fn_cotransport_7(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& endergonic_process_1(fn_cotransport_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& work_1(fn_cotransport_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& cellular_work_1(fn_cotransport_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& active_transport_using_atp_1(fn_cotransport_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& substance_1(fn_cell_29(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& cytosol_1(fn_cell_29(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& substance_1(fn_prokaryote_10(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& cytosol_1(fn_prokaryote_10(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& mixture_1(fn_cell_28(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& cytoplasm_1(fn_cell_28(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& mixture_1(fn_prokaryote_12(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& cytoplasm_1(fn_prokaryote_12(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& surface_1(fn_prokaryote_16(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& cytoplasmic_side_1(fn_prokaryote_16(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& tangible_entity_1(fn_waste_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_9(X)))
& tangible_entity_1(fn_cotransport_16(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& spatial_entity_1(fn_cotransport_16(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& chemical_entity_1(fn_cotransport_16(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& chemical_entity_1(fn_plasma_membrane_73(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& protein_1(fn_plasma_membrane_54(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& polymer_1(fn_plasma_membrane_54(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& protein_1(fn_plasma_membrane_68(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& outside_face_1(fn_biomembrane_41(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& tangible_entity_1(fn_biomembrane_63(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& tangible_entity_1(fn_cell_26(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& phospholipid_bilayer_1(fn_cell_26(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& tangible_entity_1(fn_cotransport_35(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& phospholipid_bilayer_1(fn_cotransport_35(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& move_1(fn_cotransport_60(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& move_through_1(fn_cotransport_60(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& move_through_1(fn_plasma_membrane_74(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& move_1(fn_plasma_membrane_74(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)))
& membrane_1(fn_cotransport_18(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& spatial_entity_1(fn_cotransport_18(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& biomembrane_1(fn_cotransport_18(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& membrane_1(fn_cotransport_using_proton_pump_14(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& spatial_entity_1(fn_cotransport_using_proton_pump_14(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& biomembrane_1(fn_cotransport_using_proton_pump_14(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)))
& biomembrane_1(fn_prokaryote_13(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& plasma_membrane_1(fn_prokaryote_13(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)))
& object_2(X,fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_6(X))
& by_means_of_2(X,fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& agent_2(X,fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_1(X))
& base_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& called_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_16(X),'MP1')
& instrument_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_10(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X))
& plays_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_6(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_9(X))
& has_region_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_18(X))
& called_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_15(X),'MP2')
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_15(X) != fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X)
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X) != fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_15(X)
& path_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& subevent_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_10(X))
& path_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_10(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& has_part_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X))
& is_across_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& path_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_7(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& has_region_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_25(X))
& is_at_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_13(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_25(X))
& has_function_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& object_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_6(X))
& object_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_7(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_6(X))
& agent_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X))
& is_inside_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_13(X))
& subevent_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_7(X))
& subevent_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_7(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_8(X))
& agent_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_8(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X))
& agent_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_7(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X))
& called_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_7(X),'AT2')
& is_facing_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_17(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_19(X))
& is_oriented_toward_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_17(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_19(X))
& has_part_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_19(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_30(X))
& is_inside_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_21(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_30(X))
& has_part_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_21(X))
& has_part_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& is_inside_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_20(X))
& has_part_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_20(X))
& has_part_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_19(X))
& is_inside_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_19(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& has_part_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_16(X))
& has_region_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_17(X))
& object_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_8(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_6(X))
& is_outside_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_18(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& has_region_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_18(X))
& has_part_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_15(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_16(X) != fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_15(X)
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_15(X) != fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_16(X)
& has_function_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_8(X))
& base_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_8(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& has_part_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_13(X))
& is_inside_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_14(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_13(X))
& has_part_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X),fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_14(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_10(X) = fn_transport_protein_28(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_6(X) = fn_waste_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_9(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_15(X) = fn_plasma_membrane_54(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_7(X) = fn_cotransport_using_proton_pump_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X) = fn_plasma_membrane_55(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X) = fn_cotransport_18(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X) = fn_cotransport_using_proton_pump_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X) = fn_cotransport_using_proton_pump_14(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_10(X) = fn_cotransport_using_proton_pump_20(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_5(X) = fn_cell_23(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_4(X) = fn_cell_10(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_13(X) = fn_cell_26(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_25(X) = fn_cell_4(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_27(X) = fn_cell_11(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_24(X) = fn_cell_22(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_2(X) = fn_organism_6(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_3(X) = fn_organism_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_28(X) = fn_organism_2(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_29(X) = fn_organism_5(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_23(X) = fn_organism_4(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_7(X) = fn_cotransport_7(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_6(X) = fn_cotransport_16(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_13(X) = fn_cotransport_35(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X) = fn_cotransport_53(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_8(X) = fn_cotransport_60(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_7(X) = fn_cotransport_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_22(X) = fn_prokaryote_9(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_26(X) = fn_prokaryote_18(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_21(X) = fn_prokaryote_8(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_30(X) = fn_cell_29(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_30(X) = fn_prokaryote_10(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_17(X) = fn_prokaryote_16(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_19(X) = fn_cell_28(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_19(X) = fn_prokaryote_12(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_20(X) = fn_prokaryote_14(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X) = fn_prokaryote_13(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_17(X) = fn_plasma_membrane_66(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_6(X) = fn_plasma_membrane_73(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_16(X) = fn_plasma_membrane_54(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_15(X) = fn_plasma_membrane_68(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_18(X) = fn_biomembrane_41(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_18(X) = fn_plasma_membrane_65(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_14(X) = fn_plasma_membrane_34(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_13(X) = fn_biomembrane_63(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_13(X) = fn_plasma_membrane_71(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_8(X) = fn_plasma_membrane_74(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_transport_protein_28(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_11(X)) = fn_cotransport_using_proton_pump_20(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_cotransport_using_proton_pump_20(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_cotransport_using_proton_pump_20(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_cotransport_using_proton_pump_20(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_plasma_membrane_55(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_plasma_membrane_55(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)) = fn_plasma_membrane_55(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_cotransport_using_proton_pump_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_plasma_membrane_55(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_plasma_membrane_55(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)) = fn_cotransport_using_proton_pump_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_cotransport_53(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_cotransport_using_proton_pump_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_cotransport_using_proton_pump_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_cotransport_53(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_cotransport_53(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_cotransport_53(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_cotransport_53(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_cotransport_using_proton_pump_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_cotransport_using_proton_pump_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_cotransport_7(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_cotransport_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_cotransport_7(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_cotransport_7(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_cotransport_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_cotransport_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_cotransport_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_cotransport_15(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_prokaryote_10(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_prokaryote_10(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)) = fn_cell_29(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_cell_29(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)) = fn_prokaryote_10(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_prokaryote_10(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)) = fn_cell_28(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_prokaryote_12(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)) = fn_prokaryote_12(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_prokaryote_12(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)) = fn_cell_28(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_cell_28(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)) = fn_prokaryote_12(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_prokaryote_12(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)) = fn_prokaryote_16(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_prokaryote_16(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)) = fn_prokaryote_16(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_prokaryote_16(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)) = fn_plasma_membrane_66(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_plasma_membrane_66(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)) = fn_waste_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_9(X))
& fn_waste_1(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_9(X)) = fn_cotransport_16(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_cotransport_16(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_cotransport_16(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_cotransport_16(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_plasma_membrane_73(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_plasma_membrane_73(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)) = fn_plasma_membrane_54(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_plasma_membrane_54(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)) = fn_plasma_membrane_54(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_plasma_membrane_54(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)) = fn_plasma_membrane_68(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_plasma_membrane_68(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)) = fn_plasma_membrane_68(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_plasma_membrane_68(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)) = fn_plasma_membrane_65(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_plasma_membrane_65(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)) = fn_biomembrane_41(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_biomembrane_41(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)) = fn_plasma_membrane_65(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_plasma_membrane_65(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)) = fn_plasma_membrane_65(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_plasma_membrane_65(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)) = fn_cell_26(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_cell_26(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)) = fn_biomembrane_63(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_biomembrane_63(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)) = fn_cell_26(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_cell_26(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)) = fn_cotransport_35(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_cotransport_35(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_cotransport_35(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_cotransport_35(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_plasma_membrane_71(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_plasma_membrane_71(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)) = fn_plasma_membrane_71(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_plasma_membrane_71(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)) = fn_cotransport_60(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_cotransport_60(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_cotransport_60(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_cotransport_60(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_plasma_membrane_74(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_plasma_membrane_74(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)) = fn_plasma_membrane_74(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X))
& fn_plasma_membrane_74(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_12(X)) = fn_cotransport_18(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_cotransport_18(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_cotransport_18(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_cotransport_using_proton_pump_14(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_cotransport_18(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_cotransport_18(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_cotransport_using_proton_pump_14(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_cotransport_using_proton_pump_14(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_cotransport_using_proton_pump_14(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X))
& fn_cotransport_using_proton_pump_14(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_31(X)) = fn_prokaryote_13(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X))
& fn_prokaryote_13(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)) = fn_prokaryote_13(fn_removal_of_waste_product_by_prokaryote_using_proton_motive_force_32(X)) ) ) ).
fof(a532259,axiom,
! [X] :
( remove_1(X)
=> ( original_name_2(X,'Remove')
& concept2words_2(X,remove)
& action_1(X)
& spatial_entity_1(fn_remove_1(X))
& spatial_entity_1(fn_remove_2(X))
& base_2(X,fn_remove_2(X))
& object_2(X,fn_remove_1(X)) ) ) ).
fof(a532260,axiom,
! [X] :
( renal_artery_1(X)
=> ( original_name_2(X,'Renal-Artery')
& user_description_2(X,'The blood vessel bringing unfiltered blood to the kidney.')
& concept2words_2(X,'renal artery')
& concept2words_2(X,'renal-artery')
& artery_1(X) ) ) ).
fof(a532261,axiom,
! [X] :
( renal_cortex_1(X)
=> ( original_name_2(X,'Renal-Cortex')
& user_description_2(X,'The outer portion of the kidney, situated between the renal medulla and the renal capsule.')
& concept2words_2(X,'renal cortex')
& concept2words_2(X,'renal-cortex')
& mixed_epithelial_tissue_1(X)
& ~ labia_majora_1(X)
& ~ alveolus_1(X)
& ~ blood_brain_barrier_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ bronchus_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ collecting_duct_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ corpus_luteum_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endometrium_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ islets_of_langerhans_1(X)
& ~ labia_minora_1(X)
& ~ lacteal_1(X)
& ~ loop_of_henle_1(X)
& ~ prepuce_1(X)
& ~ proximal_tubule_1(X)
& ~ rectum_1(X)
& ~ seminiferous_tubule_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a532262,axiom,
! [X] :
( renal_disease_1(X)
=> ( original_name_2(X,'Renal-Disease')
& user_description_2(X,'A medical condition in which the kidneys fail to adequately filter toxins and waste products from the blood. The two forms are acute (acute kidney injury) and chronic (chronic kidney disease).')
& concept2words_2(X,'renal failure')
& concept2words_2(X,'renal-failure')
& concept2words_2(X,'kidney failure')
& concept2words_2(X,'kidney-failure')
& concept2words_2(X,'renal insufficiency')
& concept2words_2(X,'renal-insufficiency')
& concept2words_2(X,'renal disease')
& concept2words_2(X,'renal-disease')
& disease_1(X) ) ) ).
fof(a532263,axiom,
! [X] :
( renal_medulla_1(X)
=> ( original_name_2(X,'Renal-Medulla')
& user_description_2(X,'The innermost part of the kidney, lying interior to the renal cortex.')
& concept2words_2(X,'renal medulla')
& concept2words_2(X,'renal-medulla')
& organ_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a532264,axiom,
! [X] :
( renal_pelvis_1(X)
=> ( original_name_2(X,'Renal-Pelvis')
& user_description_2(X,'The funnel-shaped proximal portion of the ureter, which lies within the kidney. It collects processed filtrate from the collecting ducts and is drained by the tubule of the ureter.')
& concept2words_2(X,'renal pelvis')
& concept2words_2(X,'renal-pelvis')
& organ_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a532265,axiom,
! [X] :
( renal_vein_1(X)
=> ( original_name_2(X,'Renal-Vein')
& user_description_2(X,'A blood vessel that carries filtered blood away from the kidney.')
& concept2words_2(X,'renal vein')
& concept2words_2(X,'renal-vein')
& vein_1(X)
& ~ pulmonary_vein_1(X)
& ~ venule_1(X) ) ) ).
fof(a532266,axiom,
! [X] :
( renewable_resource_1(X)
=> ( original_name_2(X,'Renewable-Resource')
& concept2words_2(X,'renewable resource')
& concept2words_2(X,renewable_resource)
& concept2words_2(X,'renewable-resource')
& resource_1(X)
& ~ nonrenewable_resource_1(X)
& entity_1(fn_renewable_resource_1(X))
& plays_2(fn_renewable_resource_1(X),X) ) ) ).
fof(a532267,axiom,
! [X] :
( renin_angiotensin_aldosterone_system_1(X)
=> ( original_name_2(X,'Renin-Angiotensin-Aldosterone-System')
& user_description_2(X,'A negative-feedback circuit that hormonally regulates the movement of salt and water in and out of nephrons.')
& concept2words_2(X,raas)
& concept2words_2(X,'renin angiotensin system')
& concept2words_2(X,'renin-angiotensin-system')
& concept2words_2(X,ras)
& concept2words_2(X,'renin angiotensin aldosterone system')
& concept2words_2(X,'renin-angiotensin-aldosterone-system')
& negative_feedback_1(X)
& ~ anabolic_pathway_1(X)
& ~ catabolic_pathway_1(X)
& ~ polymer_synthesis_1(X)
& ~ synthesis_of_atp_1(X) ) ) ).
fof(a532268,axiom,
! [X] :
( repair_1(X)
=> ( original_name_2(X,'Repair')
& concept2words_2(X,repair)
& concept2words_2(X,bushel)
& concept2words_2(X,doctor)
& concept2words_2(X,'furbish up')
& concept2words_2(X,furbish_up)
& concept2words_2(X,mend)
& concept2words_2(X,restore)
& concept2words_2(X,'touch on')
& concept2words_2(X,touch_on)
& improvement_1(X)
& spatial_entity_1(fn_repair_1(X))
& object_2(X,fn_repair_1(X))
& fn_repair_1(X) = fn_improvement_1(X) ) ) ).
fof(a532269,axiom,
! [X] :
( repair_enzyme_1(X)
=> ( original_name_2(X,'Repair-enzyme')
& user_description_2(X,'Group of enzymes of several types which catalyze DNA repair.')
& concept2words_2(X,'dna repair enzymes')
& concept2words_2(X,'dna-repair-enzymes')
& concept2words_2(X,'enzyme of repair')
& concept2words_2(X,'repair enzyme')
& concept2words_2(X,'repair-enzyme')
& protein_enzyme_1(X)
& dna_repair_1(fn_repair_enzyme_1(X))
& skin_cell_1(fn_repair_enzyme_2(X))
& cell_1(fn_dna_repair_3(fn_repair_enzyme_1(X)))
& protein_1(fn_dna_repair_5(fn_repair_enzyme_1(X)))
& repair_enzyme_1(fn_dna_repair_4(fn_repair_enzyme_1(X)))
& site_2(fn_repair_enzyme_1(X),fn_repair_enzyme_2(X))
& agent_2(fn_repair_enzyme_1(X),X)
& fn_repair_enzyme_2(X) = fn_dna_repair_3(fn_repair_enzyme_1(X))
& X = fn_dna_repair_5(fn_repair_enzyme_1(X))
& X = fn_dna_repair_4(fn_repair_enzyme_1(X))
& fn_dna_repair_5(fn_repair_enzyme_1(X)) = fn_dna_repair_4(fn_repair_enzyme_1(X)) ) ) ).
fof(a532270,axiom,
! [X] :
( repeated_gene_duplication_1(X)
=> ( original_name_2(X,'Repeated-Gene-Duplication')
& user_description_2(X,'The repeated duplication of a gene. It occurs when an error in DNA replication leads to the duplication of a region of DNA containing a (generally functional) gene.')
& concept2words_2(X,'duplicate repeatedly')
& concept2words_2(X,'repeated gene duplication')
& concept2words_2(X,'repeated-gene-duplication')
& duplicate_1(X)
& ~ duplication_of_chromosome_fragment_1(X)
& pseudogene_1(fn_repeated_gene_duplication_1(X))
& make_error_1(fn_repeated_gene_duplication_2(X))
& make_error_1(fn_repeated_gene_duplication_3(X))
& recombination_1(fn_repeated_gene_duplication_4(X))
& dna_replication_1(fn_repeated_gene_duplication_5(X))
& gene_1(fn_repeated_gene_duplication_6(X))
& gene_1(fn_repeated_gene_duplication_7(X))
& causes_2(fn_repeated_gene_duplication_2(X),X)
& by_means_of_2(fn_repeated_gene_duplication_2(X),fn_repeated_gene_duplication_5(X))
& causes_2(fn_repeated_gene_duplication_3(X),X)
& by_means_of_2(fn_repeated_gene_duplication_3(X),fn_repeated_gene_duplication_4(X))
& result_2(X,fn_repeated_gene_duplication_1(X))
& minCardinality(X,result_0,"2",gene_0)
& exactCardinality(X,object_0,"1",gene_0)
& result_2(X,fn_repeated_gene_duplication_7(X))
& object_2(X,fn_repeated_gene_duplication_6(X))
& fn_repeated_gene_duplication_7(X) = fn_create_1(X)
& fn_repeated_gene_duplication_6(X) = fn_copy_1(X) ) ) ).
fof(a532271,axiom,
! [X] :
( repeating_units_1(X)
=> ( original_name_2(X,'Repeating-units')
& user_description_2(X,'Chains of linked monomers forming a macromolecule.')
& concept2words_2(X,'repeating unit')
& concept2words_2(X,'repeating-unit')
& molecular_assembly_1(X) ) ) ).
fof(a532272,axiom,
! [X] :
( repel_1(X)
=> ( original_name_2(X,'Repel')
& user_description_2(X,'To keep away or drive back.')
& concept2words_2(X,'no affinity for')
& concept2words_2(X,'has no affinity')
& concept2words_2(X,repel)
& interact_1(X) ) ) ).
fof(a532273,axiom,
! [X] :
( repertoire_1(X)
=> ( original_name_2(X,'Repertoire')
& user_description_2(X,'The suite of behaviors that an individual is capable of.')
& concept2words_2(X,repertoire)
& aggregate_1(X) ) ) ).
fof(a532274,axiom,
! [X] :
( repetitive_dna_1(X)
=> ( original_name_2(X,'Repetitive-DNA')
& user_description_2(X,'Nucleotide sequences that occur in many copies in a eukaryotic genome. The repeated sequences are usually noncoding and can be either long and dispersed throughout the genome, or short and repeated in tandem sequence.')
& concept2words_2(X,'repetitive dna')
& concept2words_2(X,'repetitive-dna')
& non_coding_dna_sequence_1(X) ) ) ).
fof(a532275,axiom,
! [X] :
( replace_1(X)
=> ( original_name_2(X,'Replace')
& concept2words_2(X,replace)
& concept2words_2(X,substitute)
& action_1(X)
& spatial_entity_1(fn_replace_1(X))
& spatial_entity_1(fn_replace_2(X))
& spatial_entity_1(fn_replace_3(X))
& base_2(X,fn_replace_3(X))
& object_2(X,fn_replace_2(X))
& object_2(X,fn_replace_1(X))
& called_2(fn_replace_2(X),'new entity')
& called_2(fn_replace_1(X),'old entity') ) ) ).
fof(a532276,axiom,
! [X] :
( replenish_1(X)
=> ( original_name_2(X,'Replenish')
& concept2words_2(X,replenish)
& concept2words_2(X,refill)
& concept2words_2(X,'fill again')
& concept2words_2(X,fill_again)
& action_1(X)
& entity_1(fn_replenish_1(X))
& resource_1(fn_replenish_2(X))
& object_2(X,fn_replenish_1(X))
& in_event_2(fn_replenish_2(X),X)
& plays_2(fn_replenish_1(X),fn_replenish_2(X)) ) ) ).
fof(a532277,axiom,
! [X] :
( replication_1(X)
=> ( original_name_2(X,'Replication')
& concept2words_2(X,replicate)
& concept2words_2(X,copy)
& concept2words_2(X,replication)
& activity_1(X) ) ) ).
fof(a532278,axiom,
! [X] :
( replication_bubble_1(X)
=> ( original_name_2(X,'Replication-bubble')
& user_description_2(X,'The part of the DNA, between the two replication forks, where the two strands have been separated for DNA synthesis to occur.')
& concept2words_2(X,'bubble of replication')
& concept2words_2(X,'replication bubble')
& concept2words_2(X,'replication-bubble')
& chromosome_region_1(X)
& dna_replication_1(fn_replication_bubble_1(X))
& site_2(fn_replication_bubble_1(X),X) ) ) ).
fof(a532279,axiom,
! [X] :
( replication_fork_1(X)
=> ( original_name_2(X,'Replication-fork')
& user_description_2(X,'Replication fork is a Y-shaped structure formed at the end of replication bubble during DNA replication. It serves as the site of DNA synthesis.')
& concept2words_2(X,'fork of replication')
& concept2words_2(X,'replication fork')
& concept2words_2(X,'replication-fork')
& chromosome_region_1(X)
& ~ band_pattern_1(X)
& ~ chiasma_1(X)
& ~ distance_between_genes_1(X)
& ~ map_unit_1(X)
& ~ nicks_in_damaged_dna_1(X)
& ~ thermodynamic_system_1(X)
& ~ waste_product_1(X)
& replication_bubble_1(fn_replication_fork_1(X))
& is_beside_2(fn_replication_fork_1(X),X)
& is_beside_2(X,fn_replication_fork_1(X)) ) ) ).
fof(a532280,axiom,
! [X] :
( replication_initiator_protein_1(X)
=> ( original_name_2(X,'Replication-initiator-protein')
& user_description_2(X,'This is the protein which identifies the origin of replication and then binds to it. It opens up the DNA at the origin of replication with help of other proteins')
& concept2words_2(X,'origin recognition complex')
& concept2words_2(X,'replication initiator protein')
& concept2words_2(X,'replication-initiator-protein')
& regulatory_protein_1(X)
& disulfide_bond_1(fn_replication_initiator_protein_1(X))
& protein_1(fn_disulfide_bond_3(fn_replication_initiator_protein_1(X)))
& possesses_2(X,fn_replication_initiator_protein_1(X))
& X = fn_disulfide_bond_3(fn_replication_initiator_protein_1(X)) ) ) ).
fof(a532281,axiom,
! [X] :
( reporting_1(X)
=> ( original_name_2(X,'Reporting')
& concept2words_2(X,coverage)
& concept2words_2(X,reportage)
& concept2words_2(X,news)
& concept2words_2(X,report)
& concept2words_2(X,reporting)
& activity_1(X) ) ) ).
fof(a532282,axiom,
! [X] :
( representation_1(X)
=> ( original_name_2(X,'Representation')
& user_description_2(X,'A constructed presentation of some idea, object, or phenomenon.')
& concept2words_2(X,representation)
& information_1(X)
& ~ suggestion_1(X)
& ~ request_1(X)
& ~ information_sequence_1(X)
& ~ classification_unit_1(X)
& ~ dna_library_1(X)
& ~ ethics_1(X)
& ~ fossil_record_1(X)
& ~ genomic_library_1(X)
& ~ hypothesis_1(X)
& ~ positional_information_1(X)
& ~ proximate_causation_1(X)
& ~ rna_world_1(X)
& ~ scientific_laws_1(X)
& ~ species_concept_1(X) ) ) ).
fof(a532283,axiom,
! [X] :
( representation_of_data_1(X)
=> ( original_name_2(X,'Representation-Of-Data')
& user_description_2(X,'The way in which recorded information is represented.')
& concept2words_2(X,'data representation')
& concept2words_2(X,'data-representation')
& concept2words_2(X,'representation of data')
& concept2words_2(X,'representation-of-data')
& model_1(X)
& ~ closed_system_1(X)
& ~ cognitive_map_1(X)
& ~ ecological_model_1(X)
& ~ five_kingdom_system_1(X)
& ~ fluid_mosaic_model_1(X)
& ~ open_system_1(X)
& ~ redundancy_model_1(X)
& ~ rivet_model_1(X)
& ~ sandwich_model_1(X)
& ~ stable_system_1(X)
& ~ thermodynamic_system_1(X)
& ~ unstable_system_1(X) ) ) ).
fof(a532284,axiom,
! [X] :
( repressible_operon_1(X)
=> ( original_name_2(X,'Repressible-Operon')
& user_description_2(X,'A string of genes in a prokaryote which is regulated by a repressor molecule.')
& concept2words_2(X,repressible)
& concept2words_2(X,'repressible operon')
& concept2words_2(X,'repressible-operon')
& operon_1(X)
& ~ inducible_operon_1(X) ) ) ).
fof(a532285,axiom,
! [X] :
( repressor_1(X)
=> ( original_name_2(X,'Repressor')
& user_description_2(X,'A protein that inhibits gene transcription. In prokaryotes, repressors bind to the DNA in or near the promoter. In eukaryotes, repressors may bind to control elements within enhancers, to activators, or to other proteins in a way that blocks activators from binding to DNA.')
& concept2words_2(X,'repressor protein')
& concept2words_2(X,'regulatory protein')
& concept2words_2(X,'repressor enzyme')
& concept2words_2(X,'repressible enzyme')
& concept2words_2(X,'repressible protein')
& concept2words_2(X,repressor)
& allosteric_protein_1(X)
& transcription_1(fn_repressor_1(X))
& operon_1(fn_repressor_2(X))
& gene_regulation_1(fn_repressor_3(X))
& attach_1(fn_repressor_4(X))
& promoter_1(fn_repressor_5(X))
& regulatory_gene_1(fn_repressor_6(X))
& code_for_1(fn_repressor_7(X))
& code_for_1(fn_gene_13(fn_repressor_6(X)))
& spatial_entity_1(fn_attach_1(fn_repressor_4(X)))
& protein_1(fn_gene_6(fn_repressor_6(X)))
& spatial_entity_1(fn_attach_2(fn_repressor_4(X)))
& inhibits_2(fn_repressor_4(X),fn_repressor_1(X))
& agent_2(fn_repressor_3(X),X)
& object_2(fn_repressor_3(X),fn_repressor_2(X))
& agent_2(fn_repressor_7(X),fn_repressor_6(X))
& result_2(fn_repressor_7(X),X)
& base_2(fn_repressor_4(X),X)
& object_2(fn_repressor_4(X),fn_repressor_5(X))
& X = fn_gene_6(fn_repressor_6(X))
& fn_repressor_7(X) = fn_gene_13(fn_repressor_6(X))
& X = fn_attach_2(fn_repressor_4(X))
& fn_repressor_5(X) = fn_attach_1(fn_repressor_4(X))
& fn_gene_6(fn_repressor_6(X)) = fn_attach_2(fn_repressor_4(X)) ) ) ).
fof(a532286,axiom,
! [X] :
( reproduce_1(X)
=> ( original_name_2(X,'Reproduce')
& user_description_2(X,'To produce a counterpart, image, or copy of itself is reproduce.')
& concept2words_2(X,reproduce)
& create_1(X)
& living_entity_1(fn_reproduce_1(X))
& living_entity_1(fn_reproduce_2(X))
& base_2(X,fn_reproduce_1(X))
& agent_2(X,fn_reproduce_1(X))
& result_2(X,fn_reproduce_2(X))
& fn_reproduce_2(X) = fn_create_1(X) ) ) ).
fof(a532287,axiom,
! [X] :
( reproduction_1(X)
=> ( original_name_2(X,'Reproduction')
& user_description_2(X,'Any process by which new individuals are produced.')
& concept2words_2(X,reproduce)
& concept2words_2(X,reproduction)
& macrophysiological_process_1(X)
& parent_1(fn_reproduction_1(X))
& organism_1(fn_reproduction_2(X))
& organism_1(fn_reproduction_3(X))
& offspring_1(fn_reproduction_4(X))
& organism_1(fn_parent_3(fn_reproduction_1(X)))
& organism_1(fn_organism_role_1(fn_reproduction_4(X)))
& event_1(fn_organism_role_2(fn_reproduction_1(X)))
& event_1(fn_organism_role_2(fn_reproduction_4(X)))
& base_2(X,fn_reproduction_2(X))
& result_2(X,fn_reproduction_3(X))
& in_event_2(fn_reproduction_1(X),X)
& plays_2(fn_reproduction_2(X),fn_reproduction_1(X))
& plays_2(fn_reproduction_3(X),fn_reproduction_4(X))
& in_event_2(fn_reproduction_4(X),X)
& X = fn_organism_role_2(fn_reproduction_1(X))
& fn_reproduction_2(X) = fn_parent_3(fn_reproduction_1(X))
& fn_reproduction_3(X) = fn_organism_role_1(fn_reproduction_4(X))
& X = fn_organism_role_2(fn_reproduction_4(X))
& fn_organism_role_2(fn_reproduction_1(X)) = fn_organism_role_2(fn_reproduction_4(X)) ) ) ).
fof(a532288,axiom,
! [X] :
( reproductive_barrier_1(X)
=> ( original_name_2(X,'Reproductive-Barrier')
& user_description_2(X,'Any biological mechanism that prevents interbreeding between different species.')
& concept2words_2(X,'reproductive barrier')
& concept2words_2(X,'reproductive-barrier')
& barrier_1(X) ) ) ).
fof(a532289,axiom,
! [X] :
( reproductive_barrier_method_1(X)
=> ( original_name_2(X,'Reproductive-Barrier-Method')
& user_description_2(X,'Any method of contraception that physically blocks sperm from reaching an egg. Examples include condoms and the diaphragm.')
& concept2words_2(X,'reproductive barrier method')
& concept2words_2(X,'reproductive-barrier-method')
& prezygotic_barrier_1(X)
& ~ birth_control_pill_1(X) ) ) ).
fof(a532290,axiom,
! [X] :
( reproductive_behavior_1(X)
=> ( original_name_2(X,'Reproductive-Behavior')
& user_description_2(X,'Behaviors relating to mating and rearing of young in animals.')
& concept2words_2(X,'reproductive behavior')
& concept2words_2(X,'reproductive-behavior')
& behavior_1(X) ) ) ).
fof(a532291,axiom,
! [X] :
( reproductive_cell_1(X)
=> ( original_name_2(X,'Reproductive-Cell')
& user_description_2(X,'A gamete, or a cell that gives rise to a gamete.')
& concept2words_2(X,'reproductive cell')
& concept2words_2(X,'reproductive-cell')
& eukaryotic_cell_1(X) ) ) ).
fof(a532292,axiom,
! [X] :
( reproductive_cloning_1(X)
=> ( original_name_2(X,'Reproductive-Cloning')
& user_description_2(X,'Reproductive cloning is a type of cloning which is performed for the purpose of creating a duplicate copy of another organism.')
& concept2words_2(X,'organism cloning')
& concept2words_2(X,'organism-cloning')
& concept2words_2(X,'multicellular organism cloning')
& concept2words_2(X,clone)
& concept2words_2(X,'reproductive cloning')
& concept2words_2(X,'reproductive-cloning')
& cloning_1(X)
& organism_1(fn_reproductive_cloning_1(X))
& agricultural_process_1(fn_reproductive_cloning_2(X))
& animal_husbandry_1(fn_reproductive_cloning_3(X))
& organism_1(fn_reproductive_cloning_4(X))
& produce_1(fn_reproductive_cloning_5(X))
& embryo_1(fn_reproductive_cloning_6(X))
& create_1(fn_reproductive_cloning_7(X))
& entity_1(fn_create_1(fn_reproductive_cloning_5(X)))
& entity_1(fn_create_1(fn_reproductive_cloning_7(X)))
& result_2(fn_reproductive_cloning_5(X),fn_reproductive_cloning_1(X))
& base_2(fn_reproductive_cloning_5(X),fn_reproductive_cloning_6(X))
& objective_2(X,fn_reproductive_cloning_5(X))
& supports_2(X,fn_reproductive_cloning_2(X))
& supports_2(X,fn_reproductive_cloning_3(X))
& result_2(fn_reproductive_cloning_5(X),fn_reproductive_cloning_4(X))
& subevent_2(X,fn_reproductive_cloning_7(X))
& result_2(fn_reproductive_cloning_7(X),fn_reproductive_cloning_6(X))
& fn_reproductive_cloning_4(X) = fn_create_1(fn_reproductive_cloning_5(X))
& fn_reproductive_cloning_7(X) = fn_cloning_3(X)
& fn_reproductive_cloning_6(X) = fn_create_1(fn_reproductive_cloning_7(X)) ) ) ).
fof(a532293,axiom,
! [X] :
( reproductive_cycle_1(X)
=> ( original_name_2(X,'Reproductive-Cycle')
& user_description_2(X,'A cycle involving the reproduction of an organism.')
& concept2words_2(X,'reproductive cycle')
& concept2words_2(X,'reproductive-cycle')
& life_cycle_1(X) ) ) ).
fof(a532294,axiom,
! [X,X2,X1] :
( ( agent_2(X,X1)
& has_part_2(X1,X2)
& viral_infection_1(X)
& animal_virus_1(X1)
& viral_envelope_1(X2) )
=> ( reproductive_cycle_of_enveloped_virus_1(X)
& fn_reproductive_cycle_of_enveloped_virus_19(X) = X1
& fn_reproductive_cycle_of_enveloped_virus_20(X) = X2 ) ) ).
fof(a532295,axiom,
! [X] :
( reproductive_cycle_of_enveloped_virus_1(X)
=> ( original_name_2(X,'Reproductive-Cycle-Of-Enveloped-Virus')
& user_description_2(X,'Process of reproduction of a virus with a viral envelope, which animal viruses have.')
& concept2words_2(X,'reproductive cycle of animal virus')
& concept2words_2(X,'animal viral infection')
& concept2words_2(X,'viral infection by animal virus')
& concept2words_2(X,'viral infection by enveloped virus')
& concept2words_2(X,'undergo the reproductive cycle')
& concept2words_2(X,'reproductive cycle of enveloped virus')
& concept2words_2(X,'reproductive-cycle-of-enveloped-virus')
& viral_infection_1(X)
& time_interval_1(fn_reproductive_cycle_of_enveloped_virus_1(X))
& time_interval_1(fn_reproductive_cycle_of_enveloped_virus_2(X))
& outer_membrane_1(fn_reproductive_cycle_of_enveloped_virus_4(X))
& replication_1(fn_reproductive_cycle_of_enveloped_virus_5(X))
& chemical_entity_1(fn_reproductive_cycle_of_enveloped_virus_6(X))
& capsid_1(fn_reproductive_cycle_of_enveloped_virus_6(X))
& tangible_entity_1(fn_reproductive_cycle_of_enveloped_virus_7(X))
& viral_envelope_1(fn_reproductive_cycle_of_enveloped_virus_7(X))
& code_for_1(fn_reproductive_cycle_of_enveloped_virus_8(X))
& come_together_1(fn_reproductive_cycle_of_enveloped_virus_9(X))
& glycoprotein_1(fn_reproductive_cycle_of_enveloped_virus_10(X))
& spatial_entity_1(fn_reproductive_cycle_of_enveloped_virus_10(X))
& phospholipid_1(fn_reproductive_cycle_of_enveloped_virus_11(X))
& take_control_1(fn_reproductive_cycle_of_enveloped_virus_12(X))
& anabolic_pathway_1(fn_reproductive_cycle_of_enveloped_virus_13(X))
& genome_1(fn_reproductive_cycle_of_enveloped_virus_14(X))
& endoplasmic_reticulum_1(fn_reproductive_cycle_of_enveloped_virus_15(X))
& protein_enzyme_1(fn_reproductive_cycle_of_enveloped_virus_16(X))
& move_into_1(fn_reproductive_cycle_of_enveloped_virus_17(X))
& genome_1(fn_reproductive_cycle_of_enveloped_virus_18(X))
& animal_virus_1(fn_reproductive_cycle_of_enveloped_virus_19(X))
& spatial_entity_1(fn_reproductive_cycle_of_enveloped_virus_20(X))
& viral_envelope_1(fn_reproductive_cycle_of_enveloped_virus_20(X))
& receptor_protein_1(fn_reproductive_cycle_of_enveloped_virus_21(X))
& spatial_entity_1(fn_reproductive_cycle_of_enveloped_virus_22(X))
& capsid_1(fn_reproductive_cycle_of_enveloped_virus_22(X))
& eukaryotic_cell_1(fn_reproductive_cycle_of_enveloped_virus_23(X))
& cell_1(fn_reproductive_cycle_of_enveloped_virus_23(X))
& biomembrane_1(fn_reproductive_cycle_of_enveloped_virus_24(X))
& plasma_membrane_1(fn_reproductive_cycle_of_enveloped_virus_24(X))
& spatial_entity_1(fn_reproductive_cycle_of_enveloped_virus_24(X))
& remove_1(fn_reproductive_cycle_of_enveloped_virus_25(X))
& attach_1(fn_reproductive_cycle_of_enveloped_virus_26(X))
& exocytosis_1(fn_reproductive_cycle_of_enveloped_virus_27(X))
& confine_1(fn_reproductive_cycle_of_enveloped_virus_28(X))
& animal_virus_1(fn_reproductive_cycle_of_enveloped_virus_29(X))
& virus_1(fn_reproductive_cycle_of_enveloped_virus_29(X))
& attach_1(fn_reproductive_cycle_of_enveloped_virus_30(X))
& spatial_entity_1(fn_attach_2(fn_reproductive_cycle_of_enveloped_virus_30(X)))
& entity_1(fn_code_for_1(fn_reproductive_cycle_of_enveloped_virus_8(X)))
& spatial_entity_1(fn_attach_1(fn_reproductive_cycle_of_enveloped_virus_26(X)))
& tangible_entity_1(fn_confine_2(fn_reproductive_cycle_of_enveloped_virus_28(X)))
& eukaryotic_cell_1(fn_endoplasmic_reticulum_11(fn_reproductive_cycle_of_enveloped_virus_15(X)))
& cell_1(fn_endoplasmic_reticulum_11(fn_reproductive_cycle_of_enveloped_virus_15(X)))
& spatial_entity_1(fn_come_together_1(fn_reproductive_cycle_of_enveloped_virus_9(X)))
& virus_1(fn_viral_envelope_17(fn_reproductive_cycle_of_enveloped_virus_7(X)))
& glycoprotein_1(fn_animal_virus_1(fn_reproductive_cycle_of_enveloped_virus_29(X)))
& spatial_entity_1(fn_come_together_2(fn_reproductive_cycle_of_enveloped_virus_9(X)))
& spatial_entity_1(fn_attach_2(fn_reproductive_cycle_of_enveloped_virus_26(X)))
& spatial_entity_1(fn_exocytosis_26(fn_reproductive_cycle_of_enveloped_virus_27(X)))
& biomembrane_1(fn_exocytosis_26(fn_reproductive_cycle_of_enveloped_virus_27(X)))
& plasma_membrane_1(fn_exocytosis_26(fn_reproductive_cycle_of_enveloped_virus_27(X)))
& spatial_entity_1(fn_come_together_3(fn_reproductive_cycle_of_enveloped_virus_9(X)))
& spatial_entity_1(fn_remove_2(fn_reproductive_cycle_of_enveloped_virus_25(X)))
& virus_1(fn_viral_envelope_17(fn_reproductive_cycle_of_enveloped_virus_20(X)))
& spatial_entity_1(fn_move_1(fn_reproductive_cycle_of_enveloped_virus_17(X)))
& spatial_entity_1(fn_remove_1(fn_reproductive_cycle_of_enveloped_virus_25(X)))
& capsid_1(fn_virus_21(fn_reproductive_cycle_of_enveloped_virus_19(X)))
& capsid_1(fn_viral_envelope_11(fn_reproductive_cycle_of_enveloped_virus_20(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_reproductive_cycle_of_enveloped_virus_13(X)))
& capsid_1(fn_virus_21(fn_reproductive_cycle_of_enveloped_virus_29(X)))
& capsid_1(fn_viral_envelope_11(fn_reproductive_cycle_of_enveloped_virus_7(X)))
& next_event_2(fn_reproductive_cycle_of_enveloped_virus_30(X),fn_reproductive_cycle_of_enveloped_virus_26(X))
& time_during_2(fn_reproductive_cycle_of_enveloped_virus_30(X),fn_reproductive_cycle_of_enveloped_virus_2(X))
& has_part_2(fn_reproductive_cycle_of_enveloped_virus_29(X),fn_reproductive_cycle_of_enveloped_virus_14(X))
& agent_2(fn_reproductive_cycle_of_enveloped_virus_28(X),fn_reproductive_cycle_of_enveloped_virus_29(X))
& enables_2(fn_reproductive_cycle_of_enveloped_virus_27(X),fn_reproductive_cycle_of_enveloped_virus_28(X))
& agent_2(fn_reproductive_cycle_of_enveloped_virus_27(X),fn_reproductive_cycle_of_enveloped_virus_29(X))
& next_event_2(fn_reproductive_cycle_of_enveloped_virus_26(X),fn_reproductive_cycle_of_enveloped_virus_17(X))
& time_during_2(fn_reproductive_cycle_of_enveloped_virus_26(X),fn_reproductive_cycle_of_enveloped_virus_1(X))
& next_event_2(fn_reproductive_cycle_of_enveloped_virus_25(X),fn_reproductive_cycle_of_enveloped_virus_5(X))
& agent_2(fn_reproductive_cycle_of_enveloped_virus_25(X),fn_reproductive_cycle_of_enveloped_virus_16(X))
& object_2(fn_reproductive_cycle_of_enveloped_virus_5(X),fn_reproductive_cycle_of_enveloped_virus_18(X))
& agent_2(fn_reproductive_cycle_of_enveloped_virus_5(X),fn_reproductive_cycle_of_enveloped_virus_16(X))
& result_2(fn_reproductive_cycle_of_enveloped_virus_5(X),fn_reproductive_cycle_of_enveloped_virus_14(X))
& subevent_2(fn_reproductive_cycle_of_enveloped_virus_5(X),fn_reproductive_cycle_of_enveloped_virus_12(X))
& subevent_2(fn_reproductive_cycle_of_enveloped_virus_5(X),fn_reproductive_cycle_of_enveloped_virus_9(X))
& has_part_2(fn_reproductive_cycle_of_enveloped_virus_23(X),fn_reproductive_cycle_of_enveloped_virus_16(X))
& abuts_2(fn_reproductive_cycle_of_enveloped_virus_21(X),fn_reproductive_cycle_of_enveloped_virus_4(X))
& destination_2(fn_reproductive_cycle_of_enveloped_virus_17(X),fn_reproductive_cycle_of_enveloped_virus_23(X))
& path_2(fn_reproductive_cycle_of_enveloped_virus_17(X),fn_reproductive_cycle_of_enveloped_virus_24(X))
& next_event_2(fn_reproductive_cycle_of_enveloped_virus_17(X),fn_reproductive_cycle_of_enveloped_virus_25(X))
& first_subevent_2(X,fn_reproductive_cycle_of_enveloped_virus_30(X))
& subevent_2(X,fn_reproductive_cycle_of_enveloped_virus_5(X))
& subevent_2(X,fn_reproductive_cycle_of_enveloped_virus_25(X))
& subevent_2(X,fn_reproductive_cycle_of_enveloped_virus_26(X))
& subevent_2(X,fn_reproductive_cycle_of_enveloped_virus_30(X))
& abuts_2(fn_reproductive_cycle_of_enveloped_virus_4(X),fn_reproductive_cycle_of_enveloped_virus_21(X))
& agent_2(fn_reproductive_cycle_of_enveloped_virus_13(X),fn_reproductive_cycle_of_enveloped_virus_15(X))
& causes_2(fn_reproductive_cycle_of_enveloped_virus_12(X),fn_reproductive_cycle_of_enveloped_virus_13(X))
& result_2(fn_reproductive_cycle_of_enveloped_virus_9(X),fn_reproductive_cycle_of_enveloped_virus_7(X))
& causes_2(fn_reproductive_cycle_of_enveloped_virus_8(X),fn_reproductive_cycle_of_enveloped_virus_13(X))
& time_before_2(fn_reproductive_cycle_of_enveloped_virus_2(X),fn_reproductive_cycle_of_enveloped_virus_1(X))
& object_2(fn_reproductive_cycle_of_enveloped_virus_17(X),fn_reproductive_cycle_of_enveloped_virus_22(X))
& object_2(fn_reproductive_cycle_of_enveloped_virus_25(X),fn_reproductive_cycle_of_enveloped_virus_22(X))
& base_2(fn_reproductive_cycle_of_enveloped_virus_30(X),fn_reproductive_cycle_of_enveloped_virus_21(X))
& agent_2(fn_reproductive_cycle_of_enveloped_virus_8(X),fn_reproductive_cycle_of_enveloped_virus_14(X))
& base_2(fn_reproductive_cycle_of_enveloped_virus_25(X),fn_reproductive_cycle_of_enveloped_virus_19(X))
& result_2(fn_reproductive_cycle_of_enveloped_virus_13(X),fn_reproductive_cycle_of_enveloped_virus_6(X))
& base_2(fn_reproductive_cycle_of_enveloped_virus_26(X),fn_reproductive_cycle_of_enveloped_virus_24(X))
& object_2(fn_reproductive_cycle_of_enveloped_virus_26(X),fn_reproductive_cycle_of_enveloped_virus_20(X))
& base_2(fn_reproductive_cycle_of_enveloped_virus_28(X),fn_reproductive_cycle_of_enveloped_virus_7(X))
& path_2(fn_reproductive_cycle_of_enveloped_virus_27(X),fn_reproductive_cycle_of_enveloped_virus_24(X))
& has_part_2(fn_reproductive_cycle_of_enveloped_virus_29(X),fn_reproductive_cycle_of_enveloped_virus_6(X))
& has_part_2(fn_reproductive_cycle_of_enveloped_virus_19(X),fn_reproductive_cycle_of_enveloped_virus_22(X))
& has_part_2(fn_reproductive_cycle_of_enveloped_virus_29(X),fn_reproductive_cycle_of_enveloped_virus_10(X))
& has_part_2(fn_reproductive_cycle_of_enveloped_virus_23(X),fn_reproductive_cycle_of_enveloped_virus_15(X))
& first_subevent_2(X,fn_reproductive_cycle_of_enveloped_virus_17(X))
& agent_2(fn_reproductive_cycle_of_enveloped_virus_17(X),fn_reproductive_cycle_of_enveloped_virus_19(X))
& agent_2(X,fn_reproductive_cycle_of_enveloped_virus_19(X))
& object_2(fn_reproductive_cycle_of_enveloped_virus_12(X),fn_reproductive_cycle_of_enveloped_virus_16(X))
& subevent_2(X,fn_reproductive_cycle_of_enveloped_virus_17(X))
& object_2(fn_reproductive_cycle_of_enveloped_virus_17(X),fn_reproductive_cycle_of_enveloped_virus_18(X))
& has_part_2(fn_reproductive_cycle_of_enveloped_virus_19(X),fn_reproductive_cycle_of_enveloped_virus_18(X))
& agent_2(fn_reproductive_cycle_of_enveloped_virus_12(X),fn_reproductive_cycle_of_enveloped_virus_19(X))
& next_event_2(fn_reproductive_cycle_of_enveloped_virus_12(X),fn_reproductive_cycle_of_enveloped_virus_9(X))
& is_over_2(fn_reproductive_cycle_of_enveloped_virus_7(X),fn_reproductive_cycle_of_enveloped_virus_6(X))
& is_over_2(fn_reproductive_cycle_of_enveloped_virus_20(X),fn_reproductive_cycle_of_enveloped_virus_22(X))
& has_part_2(fn_reproductive_cycle_of_enveloped_virus_29(X),fn_reproductive_cycle_of_enveloped_virus_7(X))
& has_part_2(fn_reproductive_cycle_of_enveloped_virus_19(X),fn_reproductive_cycle_of_enveloped_virus_20(X))
& destination_2(fn_reproductive_cycle_of_enveloped_virus_9(X),fn_reproductive_cycle_of_enveloped_virus_24(X))
& object_2(fn_reproductive_cycle_of_enveloped_virus_9(X),fn_reproductive_cycle_of_enveloped_virus_11(X))
& object_2(fn_reproductive_cycle_of_enveloped_virus_9(X),fn_reproductive_cycle_of_enveloped_virus_10(X))
& fn_reproductive_cycle_of_enveloped_virus_22(X) = fn_move_1(fn_reproductive_cycle_of_enveloped_virus_17(X))
& fn_reproductive_cycle_of_enveloped_virus_22(X) = fn_remove_1(fn_reproductive_cycle_of_enveloped_virus_25(X))
& fn_reproductive_cycle_of_enveloped_virus_21(X) = fn_attach_2(fn_reproductive_cycle_of_enveloped_virus_30(X))
& fn_reproductive_cycle_of_enveloped_virus_14(X) = fn_code_for_1(fn_reproductive_cycle_of_enveloped_virus_8(X))
& fn_reproductive_cycle_of_enveloped_virus_19(X) = fn_remove_2(fn_reproductive_cycle_of_enveloped_virus_25(X))
& fn_reproductive_cycle_of_enveloped_virus_6(X) = fn_anabolic_pathway_5(fn_reproductive_cycle_of_enveloped_virus_13(X))
& fn_reproductive_cycle_of_enveloped_virus_24(X) = fn_attach_2(fn_reproductive_cycle_of_enveloped_virus_26(X))
& fn_reproductive_cycle_of_enveloped_virus_20(X) = fn_attach_1(fn_reproductive_cycle_of_enveloped_virus_26(X))
& fn_reproductive_cycle_of_enveloped_virus_7(X) = fn_confine_2(fn_reproductive_cycle_of_enveloped_virus_28(X))
& fn_reproductive_cycle_of_enveloped_virus_24(X) = fn_exocytosis_26(fn_reproductive_cycle_of_enveloped_virus_27(X))
& fn_reproductive_cycle_of_enveloped_virus_6(X) = fn_virus_21(fn_reproductive_cycle_of_enveloped_virus_29(X))
& fn_reproductive_cycle_of_enveloped_virus_22(X) = fn_virus_21(fn_reproductive_cycle_of_enveloped_virus_19(X))
& fn_reproductive_cycle_of_enveloped_virus_10(X) = fn_animal_virus_1(fn_reproductive_cycle_of_enveloped_virus_29(X))
& fn_reproductive_cycle_of_enveloped_virus_23(X) = fn_endoplasmic_reticulum_11(fn_reproductive_cycle_of_enveloped_virus_15(X))
& fn_reproductive_cycle_of_enveloped_virus_16(X) = fn_viral_infection_1(X)
& fn_reproductive_cycle_of_enveloped_virus_9(X) = fn_viral_infection_23(X)
& fn_reproductive_cycle_of_enveloped_virus_12(X) = fn_viral_infection_24(X)
& fn_reproductive_cycle_of_enveloped_virus_19(X) = fn_viral_infection_15(X)
& fn_reproductive_cycle_of_enveloped_virus_18(X) = fn_viral_infection_14(X)
& fn_reproductive_cycle_of_enveloped_virus_17(X) = fn_viral_infection_12(X)
& fn_reproductive_cycle_of_enveloped_virus_10(X) = fn_come_together_2(fn_reproductive_cycle_of_enveloped_virus_9(X))
& fn_reproductive_cycle_of_enveloped_virus_11(X) = fn_come_together_1(fn_reproductive_cycle_of_enveloped_virus_9(X))
& fn_reproductive_cycle_of_enveloped_virus_24(X) = fn_come_together_3(fn_reproductive_cycle_of_enveloped_virus_9(X))
& fn_reproductive_cycle_of_enveloped_virus_19(X) = fn_viral_envelope_17(fn_reproductive_cycle_of_enveloped_virus_20(X))
& fn_reproductive_cycle_of_enveloped_virus_29(X) = fn_viral_envelope_17(fn_reproductive_cycle_of_enveloped_virus_7(X))
& fn_reproductive_cycle_of_enveloped_virus_22(X) = fn_viral_envelope_11(fn_reproductive_cycle_of_enveloped_virus_20(X))
& fn_reproductive_cycle_of_enveloped_virus_6(X) = fn_viral_envelope_11(fn_reproductive_cycle_of_enveloped_virus_7(X))
& fn_animal_virus_1(fn_reproductive_cycle_of_enveloped_virus_29(X)) = fn_come_together_2(fn_reproductive_cycle_of_enveloped_virus_9(X))
& fn_come_together_2(fn_reproductive_cycle_of_enveloped_virus_9(X)) = fn_attach_2(fn_reproductive_cycle_of_enveloped_virus_26(X))
& fn_attach_2(fn_reproductive_cycle_of_enveloped_virus_26(X)) = fn_exocytosis_26(fn_reproductive_cycle_of_enveloped_virus_27(X))
& fn_exocytosis_26(fn_reproductive_cycle_of_enveloped_virus_27(X)) = fn_exocytosis_26(fn_reproductive_cycle_of_enveloped_virus_27(X))
& fn_exocytosis_26(fn_reproductive_cycle_of_enveloped_virus_27(X)) = fn_come_together_3(fn_reproductive_cycle_of_enveloped_virus_9(X))
& fn_come_together_3(fn_reproductive_cycle_of_enveloped_virus_9(X)) = fn_remove_2(fn_reproductive_cycle_of_enveloped_virus_25(X))
& fn_remove_2(fn_reproductive_cycle_of_enveloped_virus_25(X)) = fn_viral_infection_15(X)
& fn_viral_infection_15(X) = fn_viral_infection_15(X)
& fn_viral_infection_15(X) = fn_viral_envelope_17(fn_reproductive_cycle_of_enveloped_virus_20(X))
& fn_viral_envelope_17(fn_reproductive_cycle_of_enveloped_virus_20(X)) = fn_move_1(fn_reproductive_cycle_of_enveloped_virus_17(X))
& fn_move_1(fn_reproductive_cycle_of_enveloped_virus_17(X)) = fn_remove_1(fn_reproductive_cycle_of_enveloped_virus_25(X))
& fn_remove_1(fn_reproductive_cycle_of_enveloped_virus_25(X)) = fn_remove_1(fn_reproductive_cycle_of_enveloped_virus_25(X))
& fn_remove_1(fn_reproductive_cycle_of_enveloped_virus_25(X)) = fn_virus_21(fn_reproductive_cycle_of_enveloped_virus_19(X))
& fn_virus_21(fn_reproductive_cycle_of_enveloped_virus_19(X)) = fn_virus_21(fn_reproductive_cycle_of_enveloped_virus_19(X))
& fn_virus_21(fn_reproductive_cycle_of_enveloped_virus_19(X)) = fn_viral_envelope_11(fn_reproductive_cycle_of_enveloped_virus_20(X))
& fn_viral_envelope_11(fn_reproductive_cycle_of_enveloped_virus_20(X)) = fn_anabolic_pathway_5(fn_reproductive_cycle_of_enveloped_virus_13(X))
& fn_anabolic_pathway_5(fn_reproductive_cycle_of_enveloped_virus_13(X)) = fn_virus_21(fn_reproductive_cycle_of_enveloped_virus_29(X))
& fn_virus_21(fn_reproductive_cycle_of_enveloped_virus_29(X)) = fn_virus_21(fn_reproductive_cycle_of_enveloped_virus_29(X))
& fn_virus_21(fn_reproductive_cycle_of_enveloped_virus_29(X)) = fn_viral_envelope_11(fn_reproductive_cycle_of_enveloped_virus_7(X)) ) ) ).
fof(a532296,axiom,
! [X] :
( reproductive_isolation_1(X)
=> ( original_name_2(X,'Reproductive-Isolation')
& user_description_2(X,'The presence of barriers to reproduction, which prevent individuals from different species from producing viable, fertile offspring.')
& concept2words_2(X,'reproductive isolation')
& concept2words_2(X,'reproductive-isolation')
& species_isolation_1(X)
& ~ adaptation_1(X)
& ~ adaptive_radiation_1(X)
& ~ allopatric_speciation_1(X)
& ~ anagenesis_1(X)
& ~ bottleneck_effect_1(X)
& ~ cephalization_1(X)
& ~ character_displacement_1(X)
& ~ cladogenesis_1(X)
& ~ convergent_evolution_1(X)
& ~ endosymbiosis_1(X)
& ~ gene_flow_1(X)
& ~ genetic_drift_1(X)
& ~ heterochrony_1(X)
& ~ homology_1(X)
& ~ mechanical_isolation_1(X)
& ~ mimicry_1(X)
& ~ natural_selection_1(X)
& ~ paedomorphosis_1(X)
& ~ punctuated_equilibria_1(X)
& ~ selection_force_1(X) ) ) ).
fof(a532297,axiom,
! [X] :
( reproductive_organ_1(X)
=> ( original_name_2(X,'Reproductive-Organ')
& user_description_2(X,'Organ which is part of the reproductive system of animals.')
& concept2words_2(X,'reproductive organ')
& concept2words_2(X,'reproductive-organ')
& animal_organ_1(X) ) ) ).
fof(a532298,axiom,
! [X] :
( reproductive_process_1(X)
=> ( original_name_2(X,'Reproductive-Process')
& user_description_2(X,'A process related to the reproduction of organisms.')
& concept2words_2(X,'reproductive process')
& concept2words_2(X,'reproductive-process')
& reproduction_1(X) ) ) ).
fof(a532299,axiom,
! [X] :
( reproductive_system_1(X)
=> ( original_name_2(X,'Reproductive-System')
& user_description_2(X,'System of organs and structures involved in the process of reproduction in animals or plants.')
& concept2words_2(X,'reproductive system')
& concept2words_2(X,'reproductive-system')
& organ_system_1(X) ) ) ).
fof(a532300,axiom,
! [X] :
( reproductive_table_1(X)
=> ( original_name_2(X,'Reproductive-Table')
& user_description_2(X,'A summary of age-specific reproductive rates in a population, presented in tabular format.')
& concept2words_2(X,'reproductive table')
& concept2words_2(X,'reproductive-table')
& population_representation_1(X)
& ~ action_spectrum_1(X)
& ~ age_structure_diagram_1(X)
& ~ cell_lineage_1(X)
& ~ cladogram_1(X)
& ~ climograph_1(X)
& ~ fate_map_1(X)
& ~ genetic_map_1(X)
& ~ genomic_representation_1(X)
& ~ genotypic_ratio_1(X)
& ~ life_table_1(X)
& ~ pedigree_1(X)
& ~ periodic_table_1(X)
& ~ phenotypic_ratio_1(X)
& ~ phylogenetic_tree_1(X)
& ~ punnett_square_1(X)
& ~ species_area_curve_1(X)
& ~ survivorship_curve_1(X)
& ~ tree_of_life_1(X) ) ) ).
fof(a532301,axiom,
! [X] :
( reptile_1(X)
=> ( original_name_2(X,'Reptile')
& user_description_2(X,'Any member of the group of amniote vertebrates that includes turtles, snakes, lizards, crocodilians, tuataras, and birds.')
& concept2words_2(X,reptile)
& tetrapod_1(X) ) ) ).
fof(a532302,axiom,
! [X] :
( request_1(X)
=> ( original_name_2(X,'Request')
& concept2words_2(X,request)
& information_1(X)
& ~ genetic_code_1(X)
& ~ suggestion_1(X)
& ~ information_sequence_1(X)
& ~ cdna_library_1(X)
& ~ classification_unit_1(X)
& ~ dna_library_1(X)
& ~ ethics_1(X)
& ~ fossil_record_1(X)
& ~ genomic_library_1(X)
& ~ hypothesis_1(X)
& ~ positional_information_1(X)
& ~ proximate_causation_1(X)
& ~ representation_1(X)
& ~ rna_world_1(X)
& ~ scientific_laws_1(X)
& ~ species_concept_1(X) ) ) ).
fof(a532303,axiom,
! [X] :
( research_1(X)
=> ( original_name_2(X,'Research')
& concept2words_2(X,research)
& concept2words_2(X,investigation)
& concept2words_2(X,investigating)
& action_1(X) ) ) ).
fof(a532304,axiom,
! [X] :
( reserve_1(X)
=> ( original_name_2(X,'Reserve')
& user_description_2(X,'An area set aside within a geographical region for the preservation of wildlife or natural formations.')
& concept2words_2(X,reserve)
& geographic_region_1(X) ) ) ).
fof(a532305,axiom,
! [X] :
( resource_1(X)
=> ( original_name_2(X,'Resource')
& concept2words_2(X,resource)
& role_1(X) ) ) ).
fof(a532306,axiom,
! [X] :
( resource_partitioning_1(X)
=> ( original_name_2(X,'Resource-Partitioning')
& user_description_2(X,'The sharing of an environmental resource by two coexisting species, so that each species\' niche differs from the niches of other species using the shared resource.')
& concept2words_2(X,'partitioning of resource')
& concept2words_2(X,'resource partitioning')
& concept2words_2(X,'resource-partitioning')
& ecological_process_1(X) ) ) ).
fof(a532307,axiom,
! [X] :
( respiratory_organ_1(X)
=> ( original_name_2(X,'Respiratory-Organ')
& user_description_2(X,'Organ which is part of the respiratory system of animals.')
& concept2words_2(X,'respiratory organ')
& concept2words_2(X,'respiratory-organ')
& animal_organ_1(X) ) ) ).
fof(a532308,axiom,
! [X] :
( respiratory_pigment_1(X)
=> ( original_name_2(X,'Respiratory-Pigment')
& user_description_2(X,'An oxygen-binding molecule that is transported in blood or hemolymph.')
& concept2words_2(X,'respiratory pigment')
& concept2words_2(X,'respiratory-pigment')
& protein_1(X)
& pigment_1(X) ) ) ).
fof(a532309,axiom,
! [X] :
( respiratory_process_1(X)
=> ( original_name_2(X,'Respiratory-Process')
& user_description_2(X,'A process related to the exchange of gases in organisms.')
& concept2words_2(X,'respiratory process')
& concept2words_2(X,'respiratory-process')
& animal_process_1(X) ) ) ).
fof(a532310,axiom,
! [X] :
( respiratory_system_1(X)
=> ( original_name_2(X,'Respiratory-System')
& user_description_2(X,'The organ system responsible for gas exchange.')
& concept2words_2(X,'respiratory system')
& concept2words_2(X,'respiratory-system')
& organ_system_1(X) ) ) ).
fof(a532311,axiom,
! [X] :
( respiratory_tract_1(X)
=> ( original_name_2(X,'Respiratory-Tract')
& user_description_2(X,'Region of the respiratory system which contains the airways, lungs, and respiratory passages.')
& concept2words_2(X,'respiratory tract')
& concept2words_2(X,'respiratory-tract')
& anatomical_space_1(X)
& larynx_1(fn_respiratory_tract_1(X))
& is_inside_2(fn_respiratory_tract_1(X),X) ) ) ).
fof(a532312,axiom,
! [X] :
( resting_nerve_cell_1(X)
=> ( original_name_2(X,'Resting-Nerve-Cell')
& user_description_2(X,'In a resting nerve cell membrane, all the sodium gates are closed and some of the potassium gates are open.')
& concept2words_2(X,'resting nerve cell')
& concept2words_2(X,'resting nerve-cell')
& concept2words_2(X,'resting-nerve-cell')
& nerve_cell_1(X)
& ~ excited_nerve_cell_1(X)
& chromosome_arm_1(fn_resting_nerve_cell_1(X))
& chromosome_arm_1(fn_resting_nerve_cell_2(X))
& protein_enzyme_1(fn_resting_nerve_cell_3(X))
& spatial_entity_1(fn_resting_nerve_cell_5(X))
& spatial_entity_1(fn_resting_nerve_cell_6(X))
& quantity_value_1(fn_resting_nerve_cell_7(X))
& sodium_ion_1(fn_resting_nerve_cell_10(X))
& density_value_1(fn_resting_nerve_cell_11(X))
& density_value_1(fn_resting_nerve_cell_13(X))
& sodium_ion_1(fn_resting_nerve_cell_14(X))
& system_1(fn_resting_nerve_cell_15(X))
& quantity_value_1(fn_resting_nerve_cell_17(X))
& er_membrane_1(fn_resting_nerve_cell_18(X))
& semiautonomous_organelle_1(fn_resting_nerve_cell_20(X))
& organelle_1(fn_resting_nerve_cell_20(X))
& mitochondrion_1(fn_resting_nerve_cell_20(X))
& protein_pump_1(fn_resting_nerve_cell_21(X))
& carrier_protein_1(fn_resting_nerve_cell_21(X))
& electrogenic_pump_1(fn_resting_nerve_cell_21(X))
& protein_1(fn_resting_nerve_cell_21(X))
& organic_molecule_1(fn_resting_nerve_cell_21(X))
& polymer_1(fn_resting_nerve_cell_21(X))
& spatial_entity_1(fn_resting_nerve_cell_21(X))
& membrane_protein_1(fn_resting_nerve_cell_21(X))
& tangible_entity_1(fn_resting_nerve_cell_21(X))
& transmembrane_protein_1(fn_resting_nerve_cell_21(X))
& integral_protein_1(fn_resting_nerve_cell_21(X))
& transport_protein_1(fn_resting_nerve_cell_21(X))
& sodium_potassium_pump_1(fn_resting_nerve_cell_21(X))
& carrier_protein_1(fn_resting_nerve_cell_22(X))
& electrogenic_pump_1(fn_resting_nerve_cell_22(X))
& protein_1(fn_resting_nerve_cell_22(X))
& organic_molecule_1(fn_resting_nerve_cell_22(X))
& polymer_1(fn_resting_nerve_cell_22(X))
& spatial_entity_1(fn_resting_nerve_cell_22(X))
& membrane_protein_1(fn_resting_nerve_cell_22(X))
& tangible_entity_1(fn_resting_nerve_cell_22(X))
& transmembrane_protein_1(fn_resting_nerve_cell_22(X))
& integral_protein_1(fn_resting_nerve_cell_22(X))
& transport_protein_1(fn_resting_nerve_cell_22(X))
& sodium_potassium_pump_1(fn_resting_nerve_cell_22(X))
& hydrophobic_core_1(fn_resting_nerve_cell_23(X))
& spatial_entity_1(fn_resting_nerve_cell_24(X))
& polymer_1(fn_resting_nerve_cell_24(X))
& organic_molecule_1(fn_resting_nerve_cell_24(X))
& tangible_entity_1(fn_resting_nerve_cell_24(X))
& membrane_protein_1(fn_resting_nerve_cell_24(X))
& protein_1(fn_resting_nerve_cell_24(X))
& tangible_entity_1(fn_resting_nerve_cell_25(X))
& phospholipid_bilayer_1(fn_resting_nerve_cell_25(X))
& integrin_1(fn_resting_nerve_cell_26(X))
& phospholipid_1(fn_resting_nerve_cell_27(X))
& eukaryotic_chromosome_1(fn_resting_nerve_cell_28(X))
& chromosome_1(fn_resting_nerve_cell_28(X))
& nuclear_membrane_1(fn_resting_nerve_cell_29(X))
& biomembrane_1(fn_resting_nerve_cell_29(X))
& directed_motion_1(fn_resting_nerve_cell_30(X))
& cholesterol_1(fn_resting_nerve_cell_31(X))
& passive_transport_of_solute_1(fn_resting_nerve_cell_32(X))
& facilitated_diffusion_of_polar_molecule_1(fn_resting_nerve_cell_32(X))
& membrane_potential_1(fn_resting_nerve_cell_33(X))
& mixture_1(fn_resting_nerve_cell_34(X))
& cytoplasm_1(fn_resting_nerve_cell_34(X))
& outside_face_1(fn_resting_nerve_cell_35(X))
& extracellular_side_1(fn_resting_nerve_cell_35(X))
& surface_1(fn_resting_nerve_cell_35(X))
& sodium_ion_1(fn_resting_nerve_cell_36(X))
& quantity_value_1(fn_resting_nerve_cell_37(X))
& diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_1(fn_resting_nerve_cell_39(X))
& solution_1(fn_resting_nerve_cell_40(X))
& aqueous_solution_1(fn_resting_nerve_cell_40(X))
& substance_1(fn_resting_nerve_cell_40(X))
& cytosol_1(fn_resting_nerve_cell_40(X))
& tangible_entity_1(fn_resting_nerve_cell_41(X))
& nucleus_1(fn_resting_nerve_cell_41(X))
& membrane_1(fn_resting_nerve_cell_42(X))
& tangible_entity_1(fn_resting_nerve_cell_42(X))
& spatial_entity_1(fn_resting_nerve_cell_42(X))
& biomembrane_1(fn_resting_nerve_cell_42(X))
& animal_plasma_membrane_1(fn_resting_nerve_cell_42(X))
& plasma_membrane_1(fn_resting_nerve_cell_42(X))
& cytoskeleton_1(fn_resting_nerve_cell_43(X))
& phospholipid_1(fn_resting_nerve_cell_44(X))
& attach_1(fn_resting_nerve_cell_45(X))
& attach_1(fn_resting_nerve_cell_46(X))
& chemical_1(fn_resting_nerve_cell_47(X))
& water_1(fn_resting_nerve_cell_47(X))
& maintenance_1(fn_resting_nerve_cell_48(X))
& end_1(fn_resting_nerve_cell_49(X))
& centromere_1(fn_resting_nerve_cell_50(X))
& telomere_1(fn_resting_nerve_cell_51(X))
& protein_1(fn_resting_nerve_cell_52(X))
& coil_1(fn_resting_nerve_cell_53(X))
& entity_1(fn_resting_nerve_cell_54(X))
& dna_1(fn_resting_nerve_cell_54(X))
& gradient_1(fn_passive_transport_of_solute_3(fn_resting_nerve_cell_32(X)))
& concentration_gradient_1(fn_passive_transport_of_solute_3(fn_resting_nerve_cell_32(X)))
& property_node_1(fn_plasma_membrane_27(fn_resting_nerve_cell_42(X)))
& quantity_value_1(fn_plasma_membrane_16(fn_resting_nerve_cell_42(X)))
& cation_1(fn_plasma_membrane_64(fn_resting_nerve_cell_42(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_resting_nerve_cell_41(X)))
& biomembrane_1(fn_nucleus_13(fn_resting_nerve_cell_41(X)))
& move_1(fn_animal_plasma_membrane_49(fn_resting_nerve_cell_42(X)))
& telomere_1(fn_eukaryotic_chromosome_4(fn_resting_nerve_cell_28(X)))
& centromere_1(fn_chromosome_6(fn_resting_nerve_cell_28(X)))
& protein_1(fn_chromosome_3(fn_resting_nerve_cell_28(X)))
& coil_1(fn_chromosome_8(fn_resting_nerve_cell_28(X)))
& entity_1(fn_chromosome_4(fn_resting_nerve_cell_28(X)))
& dna_1(fn_chromosome_4(fn_resting_nerve_cell_28(X)))
& cytoskeleton_1(fn_integrin_38(fn_resting_nerve_cell_26(X)))
& spatial_entity_1(fn_integrin_9(fn_resting_nerve_cell_26(X)))
& polymer_1(fn_integrin_9(fn_resting_nerve_cell_26(X)))
& organic_molecule_1(fn_integrin_9(fn_resting_nerve_cell_26(X)))
& tangible_entity_1(fn_integrin_9(fn_resting_nerve_cell_26(X)))
& membrane_protein_1(fn_integrin_9(fn_resting_nerve_cell_26(X)))
& protein_1(fn_integrin_9(fn_resting_nerve_cell_26(X)))
& chemical_1(fn_solution_6(fn_resting_nerve_cell_40(X)))
& water_1(fn_aqueous_solution_14(fn_resting_nerve_cell_40(X)))
& attach_1(fn_animal_plasma_membrane_77(fn_resting_nerve_cell_42(X)))
& attach_1(fn_animal_plasma_membrane_52(fn_resting_nerve_cell_42(X)))
& end_1(fn_eukaryotic_chromosome_5(fn_resting_nerve_cell_28(X)))
& end_1(fn_telomere_1(fn_resting_nerve_cell_51(X)))
& eukaryotic_chromosome_1(fn_nucleus_6(fn_resting_nerve_cell_41(X)))
& eukaryotic_chromosome_1(fn_telomere_3(fn_resting_nerve_cell_51(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_resting_nerve_cell_42(X)))
& outside_face_1(fn_animal_plasma_membrane_55(fn_resting_nerve_cell_42(X)))
& extracellular_side_1(fn_animal_plasma_membrane_55(fn_resting_nerve_cell_42(X)))
& surface_1(fn_animal_plasma_membrane_55(fn_resting_nerve_cell_42(X)))
& maintenance_1(fn_animal_plasma_membrane_3(fn_resting_nerve_cell_42(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_resting_nerve_cell_42(X)))
& hydrophobic_core_1(fn_animal_plasma_membrane_51(fn_resting_nerve_cell_42(X)))
& cytoplasm_1(fn_cytosol_1(fn_resting_nerve_cell_40(X)))
& entity_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(fn_resting_nerve_cell_39(X)))
& cell_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(fn_resting_nerve_cell_39(X)))
& animal_cell_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(fn_resting_nerve_cell_39(X)))
& nerve_cell_1(fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(fn_resting_nerve_cell_39(X)))
& eukaryotic_cell_1(fn_integrin_6(fn_resting_nerve_cell_26(X)))
& animal_cell_1(fn_integrin_6(fn_resting_nerve_cell_26(X)))
& tangible_entity_1(fn_integrin_6(fn_resting_nerve_cell_26(X)))
& cell_1(fn_integrin_6(fn_resting_nerve_cell_26(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_resting_nerve_cell_42(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_resting_nerve_cell_42(X)))
& tangible_entity_1(fn_integrin_29(fn_resting_nerve_cell_26(X)))
& phospholipid_bilayer_1(fn_integrin_29(fn_resting_nerve_cell_26(X)))
& spatial_entity_1(fn_integrin_30(fn_resting_nerve_cell_26(X)))
& biomembrane_1(fn_integrin_30(fn_resting_nerve_cell_26(X)))
& animal_plasma_membrane_1(fn_integrin_30(fn_resting_nerve_cell_26(X)))
& plasma_membrane_1(fn_integrin_30(fn_resting_nerve_cell_26(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_resting_nerve_cell_42(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_resting_nerve_cell_42(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_resting_nerve_cell_42(X)))
& protein_1(fn_plasma_membrane_68(fn_resting_nerve_cell_42(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_resting_nerve_cell_42(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_resting_nerve_cell_42(X)))
& protein_1(fn_plasma_membrane_54(fn_resting_nerve_cell_42(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_resting_nerve_cell_42(X)))
& polymer_1(fn_plasma_membrane_54(fn_resting_nerve_cell_42(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_resting_nerve_cell_42(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_resting_nerve_cell_42(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_resting_nerve_cell_42(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_resting_nerve_cell_42(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_resting_nerve_cell_42(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_resting_nerve_cell_42(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_resting_nerve_cell_42(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_resting_nerve_cell_42(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_resting_nerve_cell_42(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_resting_nerve_cell_42(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_resting_nerve_cell_42(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_resting_nerve_cell_42(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_resting_nerve_cell_42(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_resting_nerve_cell_42(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_resting_nerve_cell_42(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_resting_nerve_cell_42(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_resting_nerve_cell_42(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_resting_nerve_cell_42(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_resting_nerve_cell_42(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_resting_nerve_cell_42(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_resting_nerve_cell_42(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_resting_nerve_cell_42(X)))
& polymer_1(fn_integrin_8(fn_resting_nerve_cell_26(X)))
& spatial_entity_1(fn_integrin_8(fn_resting_nerve_cell_26(X)))
& membrane_protein_1(fn_integrin_8(fn_resting_nerve_cell_26(X)))
& tangible_entity_1(fn_integrin_8(fn_resting_nerve_cell_26(X)))
& transmembrane_protein_1(fn_integrin_8(fn_resting_nerve_cell_26(X)))
& integral_protein_1(fn_integrin_8(fn_resting_nerve_cell_26(X)))
& transport_protein_1(fn_integrin_8(fn_resting_nerve_cell_26(X)))
& sodium_potassium_pump_1(fn_integrin_8(fn_resting_nerve_cell_26(X)))
& is_between_2(fn_resting_nerve_cell_50(X),fn_resting_nerve_cell_2(X))
& is_between_2(fn_resting_nerve_cell_50(X),fn_resting_nerve_cell_1(X))
& is_inside_2(fn_resting_nerve_cell_3(X),fn_resting_nerve_cell_18(X))
& prevents_2(fn_resting_nerve_cell_46(X),fn_resting_nerve_cell_30(X))
& quantity_2(fn_resting_nerve_cell_44(X),fn_resting_nerve_cell_17(X))
& greater_than_2(fn_resting_nerve_cell_37(X),fn_resting_nerve_cell_7(X))
& is_at_2(fn_resting_nerve_cell_10(X),fn_resting_nerve_cell_42(X))
& density_2(fn_resting_nerve_cell_10(X),fn_resting_nerve_cell_11(X))
& called_2(fn_resting_nerve_cell_11(X),'Con_SodiumIonInExtracellularMatrix')
& is_between_2(X,fn_resting_nerve_cell_6(X))
& is_between_2(X,fn_resting_nerve_cell_5(X))
& called_2(fn_resting_nerve_cell_13(X),'Con_SodiumIonInCytoplasml')
& density_2(fn_resting_nerve_cell_14(X),fn_resting_nerve_cell_13(X))
& quantity_2(fn_resting_nerve_cell_14(X),fn_resting_nerve_cell_7(X))
& is_inside_2(fn_resting_nerve_cell_14(X),X)
& has_part_2(fn_resting_nerve_cell_34(X),fn_resting_nerve_cell_3(X))
& is_across_2(fn_resting_nerve_cell_33(X),fn_resting_nerve_cell_42(X))
& the_scalar_value_2(fn_resting_nerve_cell_17(X),high_0)
& scalar_unit_class_2(fn_resting_nerve_cell_17(X),lipid_0)
& abuts_2(fn_resting_nerve_cell_29(X),fn_resting_nerve_cell_18(X))
& abuts_2(fn_resting_nerve_cell_18(X),fn_resting_nerve_cell_29(X))
& has_part_2(fn_resting_nerve_cell_28(X),fn_resting_nerve_cell_2(X))
& has_part_2(fn_resting_nerve_cell_28(X),fn_resting_nerve_cell_1(X))
& called_2(fn_resting_nerve_cell_27(X),'P4')
& called_2(fn_resting_nerve_cell_26(X),'MP2')
& called_2(fn_resting_nerve_cell_26(X),'MP1')
& agent_2(fn_resting_nerve_cell_32(X),fn_resting_nerve_cell_33(X))
& is_at_2(fn_resting_nerve_cell_36(X),fn_resting_nerve_cell_35(X))
& quantity_2(fn_resting_nerve_cell_36(X),fn_resting_nerve_cell_37(X))
& has_solvent_2(fn_resting_nerve_cell_40(X),fn_resting_nerve_cell_47(X))
& has_part_2(fn_resting_nerve_cell_40(X),fn_resting_nerve_cell_47(X))
& has_part_2(fn_resting_nerve_cell_41(X),fn_resting_nerve_cell_29(X))
& base_2(fn_resting_nerve_cell_45(X),fn_resting_nerve_cell_42(X))
& prevents_2(fn_resting_nerve_cell_45(X),fn_resting_nerve_cell_30(X))
& base_2(fn_resting_nerve_cell_39(X),X)
& site_2(fn_resting_nerve_cell_39(X),X)
& is_at_2(fn_resting_nerve_cell_51(X),fn_resting_nerve_cell_49(X))
& has_region_2(fn_resting_nerve_cell_28(X),fn_resting_nerve_cell_49(X))
& has_part_2(fn_resting_nerve_cell_28(X),fn_resting_nerve_cell_51(X))
& has_part_2(fn_resting_nerve_cell_28(X),fn_resting_nerve_cell_54(X))
& object_2(fn_resting_nerve_cell_53(X),fn_resting_nerve_cell_54(X))
& agent_2(fn_resting_nerve_cell_53(X),fn_resting_nerve_cell_52(X))
& has_part_2(fn_resting_nerve_cell_28(X),fn_resting_nerve_cell_52(X))
& has_region_2(fn_resting_nerve_cell_28(X),fn_resting_nerve_cell_50(X))
& is_between_2(fn_resting_nerve_cell_34(X),fn_resting_nerve_cell_42(X))
& is_between_2(fn_resting_nerve_cell_21(X),fn_resting_nerve_cell_27(X))
& has_region_2(fn_resting_nerve_cell_42(X),fn_resting_nerve_cell_35(X))
& called_2(fn_resting_nerve_cell_21(X),'MP1')
& called_2(fn_resting_nerve_cell_44(X),'P4')
& is_inside_2(fn_resting_nerve_cell_28(X),fn_resting_nerve_cell_41(X))
& has_part_2(X,fn_resting_nerve_cell_28(X))
& base_2(fn_resting_nerve_cell_46(X),fn_resting_nerve_cell_42(X))
& object_2(fn_resting_nerve_cell_46(X),fn_resting_nerve_cell_22(X))
& is_inside_2(fn_resting_nerve_cell_22(X),fn_resting_nerve_cell_25(X))
& is_at_2(fn_resting_nerve_cell_22(X),fn_resting_nerve_cell_42(X))
& has_region_2(fn_resting_nerve_cell_22(X),fn_resting_nerve_cell_35(X))
& is_outside_2(fn_resting_nerve_cell_35(X),fn_resting_nerve_cell_42(X))
& path_2(fn_resting_nerve_cell_32(X),fn_resting_nerve_cell_42(X))
& agent_2(fn_resting_nerve_cell_32(X),fn_resting_nerve_cell_22(X))
& object_2(fn_resting_nerve_cell_48(X),fn_resting_nerve_cell_42(X))
& agent_2(fn_resting_nerve_cell_48(X),fn_resting_nerve_cell_31(X))
& fn_resting_nerve_cell_31(X) != fn_resting_nerve_cell_44(X)
& fn_resting_nerve_cell_27(X) != fn_resting_nerve_cell_31(X)
& fn_resting_nerve_cell_31(X) != fn_resting_nerve_cell_27(X)
& fn_resting_nerve_cell_44(X) != fn_resting_nerve_cell_31(X)
& is_at_2(fn_resting_nerve_cell_21(X),fn_resting_nerve_cell_25(X))
& is_at_2(fn_resting_nerve_cell_22(X),fn_resting_nerve_cell_25(X))
& is_across_2(fn_resting_nerve_cell_22(X),fn_resting_nerve_cell_42(X))
& has_region_2(fn_resting_nerve_cell_42(X),fn_resting_nerve_cell_23(X))
& is_across_2(fn_resting_nerve_cell_22(X),fn_resting_nerve_cell_23(X))
& is_inside_2(fn_resting_nerve_cell_41(X),fn_resting_nerve_cell_40(X))
& is_between_2(fn_resting_nerve_cell_34(X),fn_resting_nerve_cell_41(X))
& is_inside_2(fn_resting_nerve_cell_34(X),fn_resting_nerve_cell_42(X))
& has_part_2(fn_resting_nerve_cell_42(X),fn_resting_nerve_cell_22(X))
& fn_resting_nerve_cell_22(X) != fn_resting_nerve_cell_21(X)
& fn_resting_nerve_cell_21(X) != fn_resting_nerve_cell_22(X)
& has_part_2(X,fn_resting_nerve_cell_34(X))
& has_part_2(fn_resting_nerve_cell_34(X),fn_resting_nerve_cell_40(X))
& is_inside_2(fn_resting_nerve_cell_20(X),fn_resting_nerve_cell_40(X))
& has_part_2(X,fn_resting_nerve_cell_20(X))
& has_part_2(X,fn_resting_nerve_cell_41(X))
& called_2(fn_resting_nerve_cell_22(X),'MP1')
& is_at_2(fn_resting_nerve_cell_21(X),fn_resting_nerve_cell_42(X))
& is_inside_2(fn_resting_nerve_cell_21(X),fn_resting_nerve_cell_25(X))
& has_part_2(fn_resting_nerve_cell_42(X),fn_resting_nerve_cell_25(X))
& has_part_2(X,fn_resting_nerve_cell_42(X))
& has_part_2(fn_resting_nerve_cell_42(X),fn_resting_nerve_cell_26(X))
& has_part_2(fn_resting_nerve_cell_42(X),fn_resting_nerve_cell_24(X))
& called_2(fn_resting_nerve_cell_24(X),'MP1')
& fn_resting_nerve_cell_26(X) != fn_resting_nerve_cell_24(X)
& fn_resting_nerve_cell_24(X) != fn_resting_nerve_cell_26(X)
& fn_resting_nerve_cell_26(X) != fn_resting_nerve_cell_22(X)
& fn_resting_nerve_cell_22(X) != fn_resting_nerve_cell_24(X)
& fn_resting_nerve_cell_24(X) != fn_resting_nerve_cell_21(X)
& is_across_2(fn_resting_nerve_cell_21(X),fn_resting_nerve_cell_42(X))
& has_part_2(fn_resting_nerve_cell_42(X),fn_resting_nerve_cell_21(X))
& fn_resting_nerve_cell_22(X) != fn_resting_nerve_cell_26(X)
& fn_resting_nerve_cell_24(X) != fn_resting_nerve_cell_22(X)
& fn_resting_nerve_cell_21(X) != fn_resting_nerve_cell_24(X)
& fn_resting_nerve_cell_33(X) = fn_passive_transport_of_solute_3(fn_resting_nerve_cell_32(X))
& fn_resting_nerve_cell_38(X) = fn_plasma_membrane_27(fn_resting_nerve_cell_42(X))
& fn_resting_nerve_cell_37(X) = fn_plasma_membrane_16(fn_resting_nerve_cell_42(X))
& fn_resting_nerve_cell_36(X) = fn_plasma_membrane_64(fn_resting_nerve_cell_42(X))
& fn_resting_nerve_cell_47(X) = fn_solution_6(fn_resting_nerve_cell_40(X))
& fn_resting_nerve_cell_47(X) = fn_aqueous_solution_14(fn_resting_nerve_cell_40(X))
& fn_resting_nerve_cell_29(X) = fn_nucleus_13(fn_resting_nerve_cell_41(X))
& fn_resting_nerve_cell_30(X) = fn_animal_plasma_membrane_49(fn_resting_nerve_cell_42(X))
& fn_resting_nerve_cell_45(X) = fn_animal_plasma_membrane_77(fn_resting_nerve_cell_42(X))
& fn_resting_nerve_cell_45(X) = fn_animal_plasma_membrane_52(fn_resting_nerve_cell_42(X))
& X = fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(fn_resting_nerve_cell_39(X))
& fn_resting_nerve_cell_28(X) = fn_telomere_3(fn_resting_nerve_cell_51(X))
& fn_resting_nerve_cell_51(X) = fn_eukaryotic_chromosome_4(fn_resting_nerve_cell_28(X))
& fn_resting_nerve_cell_49(X) = fn_eukaryotic_chromosome_5(fn_resting_nerve_cell_28(X))
& fn_resting_nerve_cell_49(X) = fn_telomere_1(fn_resting_nerve_cell_51(X))
& fn_resting_nerve_cell_50(X) = fn_chromosome_6(fn_resting_nerve_cell_28(X))
& fn_resting_nerve_cell_52(X) = fn_chromosome_3(fn_resting_nerve_cell_28(X))
& fn_resting_nerve_cell_53(X) = fn_chromosome_8(fn_resting_nerve_cell_28(X))
& fn_resting_nerve_cell_54(X) = fn_chromosome_4(fn_resting_nerve_cell_28(X))
& fn_resting_nerve_cell_27(X) = fn_nerve_cell_11(X)
& fn_resting_nerve_cell_35(X) = fn_plasma_membrane_65(fn_resting_nerve_cell_42(X))
& fn_resting_nerve_cell_28(X) = fn_nucleus_6(fn_resting_nerve_cell_41(X))
& fn_resting_nerve_cell_28(X) = fn_nerve_cell_52(X)
& fn_resting_nerve_cell_46(X) = fn_nerve_cell_33(X)
& fn_resting_nerve_cell_32(X) = fn_nerve_cell_23(X)
& fn_resting_nerve_cell_35(X) = fn_animal_plasma_membrane_55(fn_resting_nerve_cell_42(X))
& fn_resting_nerve_cell_35(X) = fn_nerve_cell_22(X)
& fn_resting_nerve_cell_22(X) = fn_plasma_membrane_3(fn_resting_nerve_cell_42(X))
& fn_resting_nerve_cell_44(X) = fn_nerve_cell_11(X)
& fn_resting_nerve_cell_27(X) = fn_nerve_cell_12(X)
& fn_resting_nerve_cell_31(X) = fn_nerve_cell_10(X)
& fn_resting_nerve_cell_48(X) = fn_animal_plasma_membrane_3(fn_resting_nerve_cell_42(X))
& fn_resting_nerve_cell_48(X) = fn_nerve_cell_28(X)
& fn_resting_nerve_cell_23(X) = fn_plasma_membrane_6(fn_resting_nerve_cell_42(X))
& fn_resting_nerve_cell_23(X) = fn_animal_plasma_membrane_51(fn_resting_nerve_cell_42(X))
& fn_resting_nerve_cell_23(X) = fn_nerve_cell_21(X)
& fn_resting_nerve_cell_25(X) = fn_animal_plasma_membrane_54(fn_resting_nerve_cell_42(X))
& fn_resting_nerve_cell_25(X) = fn_nerve_cell_31(X)
& fn_resting_nerve_cell_21(X) = fn_plasma_membrane_54(fn_resting_nerve_cell_42(X))
& fn_resting_nerve_cell_21(X) = fn_plasma_membrane_68(fn_resting_nerve_cell_42(X))
& fn_resting_nerve_cell_21(X) = fn_animal_plasma_membrane_62(fn_resting_nerve_cell_42(X))
& fn_resting_nerve_cell_21(X) = fn_animal_plasma_membrane_47(fn_resting_nerve_cell_42(X))
& fn_resting_nerve_cell_21(X) = fn_nerve_cell_30(X)
& fn_resting_nerve_cell_22(X) = fn_plasma_membrane_68(fn_resting_nerve_cell_42(X))
& fn_resting_nerve_cell_22(X) = fn_plasma_membrane_54(fn_resting_nerve_cell_42(X))
& fn_resting_nerve_cell_22(X) = fn_animal_plasma_membrane_47(fn_resting_nerve_cell_42(X))
& fn_resting_nerve_cell_22(X) = fn_animal_plasma_membrane_53(fn_resting_nerve_cell_42(X))
& fn_resting_nerve_cell_22(X) = fn_animal_plasma_membrane_62(fn_resting_nerve_cell_42(X))
& fn_resting_nerve_cell_22(X) = fn_plasma_membrane_55(fn_resting_nerve_cell_42(X))
& fn_resting_nerve_cell_22(X) = fn_nerve_cell_39(X)
& fn_resting_nerve_cell_42(X) = fn_nerve_cell_35(X)
& fn_resting_nerve_cell_41(X) = fn_nerve_cell_51(X)
& fn_resting_nerve_cell_20(X) = fn_eukaryotic_cell_25(X)
& fn_resting_nerve_cell_20(X) = fn_animal_cell_59(X)
& fn_resting_nerve_cell_20(X) = fn_nerve_cell_50(X)
& fn_resting_nerve_cell_34(X) = fn_cytosol_1(fn_resting_nerve_cell_40(X))
& fn_resting_nerve_cell_40(X) = fn_nerve_cell_37(X)
& fn_resting_nerve_cell_34(X) = fn_nerve_cell_43(X)
& fn_resting_nerve_cell_43(X) = fn_integrin_38(fn_resting_nerve_cell_26(X))
& X = fn_integrin_6(fn_resting_nerve_cell_26(X))
& fn_resting_nerve_cell_25(X) = fn_integrin_29(fn_resting_nerve_cell_26(X))
& fn_resting_nerve_cell_42(X) = fn_integrin_30(fn_resting_nerve_cell_26(X))
& fn_resting_nerve_cell_21(X) = fn_integrin_8(fn_resting_nerve_cell_26(X))
& fn_resting_nerve_cell_24(X) = fn_integrin_9(fn_resting_nerve_cell_26(X))
& fn_resting_nerve_cell_22(X) = fn_integrin_8(fn_resting_nerve_cell_26(X))
& fn_aqueous_solution_14(fn_resting_nerve_cell_40(X)) = fn_solution_6(fn_resting_nerve_cell_40(X))
& fn_solution_6(fn_resting_nerve_cell_40(X)) = fn_aqueous_solution_14(fn_resting_nerve_cell_40(X))
& fn_aqueous_solution_14(fn_resting_nerve_cell_40(X)) = fn_animal_plasma_membrane_52(fn_resting_nerve_cell_42(X))
& fn_animal_plasma_membrane_52(fn_resting_nerve_cell_42(X)) = fn_animal_plasma_membrane_77(fn_resting_nerve_cell_42(X))
& fn_animal_plasma_membrane_77(fn_resting_nerve_cell_42(X)) = fn_animal_plasma_membrane_52(fn_resting_nerve_cell_42(X))
& fn_animal_plasma_membrane_52(fn_resting_nerve_cell_42(X)) = fn_eukaryotic_chromosome_5(fn_resting_nerve_cell_28(X))
& fn_telomere_1(fn_resting_nerve_cell_51(X)) = fn_eukaryotic_chromosome_5(fn_resting_nerve_cell_28(X))
& fn_eukaryotic_chromosome_5(fn_resting_nerve_cell_28(X)) = fn_telomere_1(fn_resting_nerve_cell_51(X))
& fn_telomere_1(fn_resting_nerve_cell_51(X)) = fn_telomere_3(fn_resting_nerve_cell_51(X))
& fn_telomere_3(fn_resting_nerve_cell_51(X)) = fn_nucleus_6(fn_resting_nerve_cell_41(X))
& fn_nucleus_6(fn_resting_nerve_cell_41(X)) = fn_telomere_3(fn_resting_nerve_cell_51(X))
& fn_telomere_3(fn_resting_nerve_cell_51(X)) = fn_telomere_3(fn_resting_nerve_cell_51(X))
& fn_telomere_3(fn_resting_nerve_cell_51(X)) = fn_nerve_cell_52(X)
& fn_nerve_cell_52(X) = fn_nerve_cell_52(X)
& fn_nerve_cell_52(X) = fn_plasma_membrane_65(fn_resting_nerve_cell_42(X))
& fn_plasma_membrane_65(fn_resting_nerve_cell_42(X)) = fn_plasma_membrane_65(fn_resting_nerve_cell_42(X))
& fn_plasma_membrane_65(fn_resting_nerve_cell_42(X)) = fn_animal_plasma_membrane_55(fn_resting_nerve_cell_42(X))
& fn_animal_plasma_membrane_55(fn_resting_nerve_cell_42(X)) = fn_animal_plasma_membrane_55(fn_resting_nerve_cell_42(X))
& fn_nerve_cell_22(X) = fn_animal_plasma_membrane_55(fn_resting_nerve_cell_42(X))
& fn_animal_plasma_membrane_55(fn_resting_nerve_cell_42(X)) = fn_nerve_cell_22(X)
& fn_nerve_cell_22(X) = fn_nerve_cell_11(X)
& fn_nerve_cell_11(X) = fn_nerve_cell_12(X)
& fn_nerve_cell_12(X) = fn_nerve_cell_12(X)
& fn_nerve_cell_12(X) = fn_nerve_cell_28(X)
& fn_nerve_cell_28(X) = fn_animal_plasma_membrane_3(fn_resting_nerve_cell_42(X))
& fn_animal_plasma_membrane_3(fn_resting_nerve_cell_42(X)) = fn_nerve_cell_28(X)
& fn_nerve_cell_28(X) = fn_plasma_membrane_6(fn_resting_nerve_cell_42(X))
& fn_plasma_membrane_6(fn_resting_nerve_cell_42(X)) = fn_animal_plasma_membrane_51(fn_resting_nerve_cell_42(X))
& fn_nerve_cell_21(X) = fn_animal_plasma_membrane_51(fn_resting_nerve_cell_42(X))
& fn_animal_plasma_membrane_51(fn_resting_nerve_cell_42(X)) = fn_nerve_cell_21(X)
& fn_nerve_cell_21(X) = fn_eukaryotic_cell_25(X)
& fn_eukaryotic_cell_25(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_nerve_cell_50(X)
& fn_nerve_cell_50(X) = fn_nerve_cell_50(X)
& fn_nerve_cell_50(X) = fn_nerve_cell_43(X)
& fn_nerve_cell_43(X) = fn_cytosol_1(fn_resting_nerve_cell_40(X))
& fn_cytosol_1(fn_resting_nerve_cell_40(X)) = fn_nerve_cell_43(X)
& fn_nerve_cell_43(X) = fn_nerve_cell_43(X)
& fn_nerve_cell_43(X) = fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(fn_resting_nerve_cell_39(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(fn_resting_nerve_cell_39(X)) = fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(fn_resting_nerve_cell_39(X))
& fn_diffusion_of_sodium_ion_across_plasma_membrane_of_nerve_cell_52(fn_resting_nerve_cell_39(X)) = fn_integrin_6(fn_resting_nerve_cell_26(X))
& fn_integrin_6(fn_resting_nerve_cell_26(X)) = fn_integrin_6(fn_resting_nerve_cell_26(X))
& fn_integrin_6(fn_resting_nerve_cell_26(X)) = fn_nerve_cell_31(X)
& fn_nerve_cell_31(X) = fn_animal_plasma_membrane_54(fn_resting_nerve_cell_42(X))
& fn_animal_plasma_membrane_54(fn_resting_nerve_cell_42(X)) = fn_nerve_cell_31(X)
& fn_nerve_cell_31(X) = fn_nerve_cell_31(X)
& fn_nerve_cell_31(X) = fn_integrin_29(fn_resting_nerve_cell_26(X))
& fn_integrin_29(fn_resting_nerve_cell_26(X)) = fn_integrin_29(fn_resting_nerve_cell_26(X))
& fn_integrin_29(fn_resting_nerve_cell_26(X)) = fn_nerve_cell_35(X)
& fn_nerve_cell_35(X) = fn_nerve_cell_35(X)
& fn_nerve_cell_35(X) = fn_integrin_30(fn_resting_nerve_cell_26(X))
& fn_integrin_30(fn_resting_nerve_cell_26(X)) = fn_integrin_30(fn_resting_nerve_cell_26(X))
& fn_integrin_30(fn_resting_nerve_cell_26(X)) = fn_plasma_membrane_68(fn_resting_nerve_cell_42(X))
& fn_animal_plasma_membrane_62(fn_resting_nerve_cell_42(X)) = fn_plasma_membrane_68(fn_resting_nerve_cell_42(X))
& fn_plasma_membrane_68(fn_resting_nerve_cell_42(X)) = fn_animal_plasma_membrane_62(fn_resting_nerve_cell_42(X))
& fn_animal_plasma_membrane_62(fn_resting_nerve_cell_42(X)) = fn_animal_plasma_membrane_62(fn_resting_nerve_cell_42(X))
& fn_animal_plasma_membrane_47(fn_resting_nerve_cell_42(X)) = fn_animal_plasma_membrane_62(fn_resting_nerve_cell_42(X))
& fn_animal_plasma_membrane_62(fn_resting_nerve_cell_42(X)) = fn_animal_plasma_membrane_47(fn_resting_nerve_cell_42(X))
& fn_nerve_cell_30(X) = fn_animal_plasma_membrane_47(fn_resting_nerve_cell_42(X))
& fn_animal_plasma_membrane_47(fn_resting_nerve_cell_42(X)) = fn_nerve_cell_30(X)
& fn_nerve_cell_30(X) = fn_nerve_cell_30(X)
& fn_nerve_cell_30(X) = fn_integrin_8(fn_resting_nerve_cell_26(X))
& fn_integrin_8(fn_resting_nerve_cell_26(X)) = fn_plasma_membrane_3(fn_resting_nerve_cell_42(X))
& fn_plasma_membrane_3(fn_resting_nerve_cell_42(X)) = fn_plasma_membrane_68(fn_resting_nerve_cell_42(X))
& fn_plasma_membrane_68(fn_resting_nerve_cell_42(X)) = fn_plasma_membrane_68(fn_resting_nerve_cell_42(X))
& fn_plasma_membrane_54(fn_resting_nerve_cell_42(X)) = fn_plasma_membrane_68(fn_resting_nerve_cell_42(X))
& fn_plasma_membrane_68(fn_resting_nerve_cell_42(X)) = fn_plasma_membrane_54(fn_resting_nerve_cell_42(X))
& fn_animal_plasma_membrane_47(fn_resting_nerve_cell_42(X)) = fn_plasma_membrane_54(fn_resting_nerve_cell_42(X))
& fn_plasma_membrane_54(fn_resting_nerve_cell_42(X)) = fn_animal_plasma_membrane_47(fn_resting_nerve_cell_42(X))
& fn_animal_plasma_membrane_47(fn_resting_nerve_cell_42(X)) = fn_animal_plasma_membrane_47(fn_resting_nerve_cell_42(X))
& fn_animal_plasma_membrane_53(fn_resting_nerve_cell_42(X)) = fn_animal_plasma_membrane_47(fn_resting_nerve_cell_42(X))
& fn_animal_plasma_membrane_47(fn_resting_nerve_cell_42(X)) = fn_animal_plasma_membrane_53(fn_resting_nerve_cell_42(X))
& fn_animal_plasma_membrane_62(fn_resting_nerve_cell_42(X)) = fn_animal_plasma_membrane_53(fn_resting_nerve_cell_42(X))
& fn_animal_plasma_membrane_53(fn_resting_nerve_cell_42(X)) = fn_animal_plasma_membrane_53(fn_resting_nerve_cell_42(X))
& fn_animal_plasma_membrane_53(fn_resting_nerve_cell_42(X)) = fn_animal_plasma_membrane_62(fn_resting_nerve_cell_42(X))
& fn_plasma_membrane_55(fn_resting_nerve_cell_42(X)) = fn_plasma_membrane_55(fn_resting_nerve_cell_42(X))
& fn_plasma_membrane_55(fn_resting_nerve_cell_42(X)) = fn_animal_plasma_membrane_62(fn_resting_nerve_cell_42(X))
& fn_animal_plasma_membrane_62(fn_resting_nerve_cell_42(X)) = fn_plasma_membrane_55(fn_resting_nerve_cell_42(X))
& fn_nerve_cell_39(X) = fn_plasma_membrane_55(fn_resting_nerve_cell_42(X))
& fn_plasma_membrane_55(fn_resting_nerve_cell_42(X)) = fn_nerve_cell_39(X)
& fn_nerve_cell_39(X) = fn_nerve_cell_39(X)
& fn_nerve_cell_39(X) = fn_integrin_8(fn_resting_nerve_cell_26(X))
& fn_integrin_8(fn_resting_nerve_cell_26(X)) = fn_integrin_8(fn_resting_nerve_cell_26(X)) ) ) ).
fof(a532313,axiom,
! [X] :
( resting_potential_1(X)
=> ( original_name_2(X,'Resting-Potential')
& user_description_2(X,'The membrane potential of a nonconducting cell. The inside of the cell is negatively charged relative to the outside.')
& concept2words_2(X,'resting potential')
& concept2words_2(X,'resting-potential')
& membrane_potential_1(X) ) ) ).
fof(a532314,axiom,
! [X] :
( restoration_ecology_1(X)
=> ( original_name_2(X,'Restoration-Ecology')
& user_description_2(X,'The application of ecological principles, to return to natural conditions an ecosystem that has been disturbed by human activity.')
& concept2words_2(X,'ecology of restoration')
& concept2words_2(X,'restoration ecology')
& concept2words_2(X,'restoration-ecology')
& ecology_1(X) ) ) ).
fof(a532315,axiom,
! [X] :
( restrain_1(X)
=> ( original_name_2(X,'Restrain')
& concept2words_2(X,restrain)
& concept2words_2(X,confine)
& concept2words_2(X,hold)
& concept2words_2(X,'hold back')
& concept2words_2(X,hold_back)
& concept2words_2(X,keep)
& concept2words_2(X,'keep back')
& concept2words_2(X,keep_back)
& obstruct_1(X)
& tangible_entity_1(fn_restrain_1(X))
& object_2(X,fn_restrain_1(X))
& fn_restrain_1(X) = fn_obstruct_1(X) ) ) ).
fof(a532316,axiom,
! [X] :
( restriction_fragment_1(X)
=> ( original_name_2(X,'Restriction-Fragment')
& user_description_2(X,'A DNA segment that results from the cutting of DNA by a restriction enzyme.')
& concept2words_2(X,'fragment of restriction')
& concept2words_2(X,'restriction fragment')
& concept2words_2(X,'restriction-fragment')
& dna_piece_1(X)
& ~ okazaki_fragments_1(X)
& speed_value_1(fn_restriction_fragment_3(X))
& quantity_value_1(fn_restriction_fragment_4(X))
& carbon_skeleton_1(fn_restriction_fragment_5(X))
& restriction_site_1(fn_restriction_fragment_6(X))
& nucleotide_1(fn_restriction_fragment_7(X))
& monomer_1(fn_restriction_fragment_7(X))
& entity_1(fn_restriction_fragment_10(X))
& nucleoside_monophosphate_1(fn_restriction_fragment_10(X))
& deoxyribonucleoside_monophosphate_1(fn_restriction_fragment_10(X))
& deoxyribonucleoside_monophosphate_1(fn_restriction_fragment_11(X))
& kinetic_energy_1(fn_restriction_fragment_12(X))
& constant_motion_1(fn_restriction_fragment_13(X))
& size_value_1(fn_restriction_fragment_14(X))
& size_value_1(fn_restriction_fragment_15(X))
& lyse_1(fn_restriction_fragment_16(X))
& foreign_dna_1(fn_restriction_fragment_17(X))
& tangible_entity_1(fn_impair_1(fn_restriction_fragment_16(X)))
& constant_motion_1(fn_kinetic_energy_1(fn_restriction_fragment_12(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_restriction_fragment_12(X)))
& quantity_2(fn_restriction_fragment_12(X),fn_restriction_fragment_4(X))
& speed_2(fn_restriction_fragment_13(X),fn_restriction_fragment_3(X))
& directly_proportional_2(fn_restriction_fragment_3(X),fn_restriction_fragment_4(X))
& result_2(fn_restriction_fragment_16(X),X)
& site_2(fn_restriction_fragment_16(X),fn_restriction_fragment_6(X))
& has_region_2(X,fn_restriction_fragment_5(X))
& size_2(fn_restriction_fragment_7(X),fn_restriction_fragment_15(X))
& object_2(fn_restriction_fragment_16(X),fn_restriction_fragment_17(X))
& size_2(X,fn_restriction_fragment_14(X))
& greater_than_2(fn_restriction_fragment_14(X),fn_restriction_fragment_15(X))
& size_2(fn_restriction_fragment_10(X),fn_restriction_fragment_15(X))
& possesses_2(X,fn_restriction_fragment_12(X))
& object_2(fn_restriction_fragment_13(X),X)
& first_element_2(X,fn_restriction_fragment_10(X))
& next_element_2(fn_restriction_fragment_10(X),fn_restriction_fragment_11(X))
& element_2(X,fn_restriction_fragment_11(X))
& element_2(X,fn_restriction_fragment_10(X))
& fn_restriction_fragment_17(X) = fn_impair_1(fn_restriction_fragment_16(X))
& fn_restriction_fragment_9(X) = fn_nucleic_acid_sequence_3(X)
& fn_restriction_fragment_8(X) = fn_nucleic_acid_sequence_4(X)
& fn_restriction_fragment_10(X) = fn_nucleic_acid_sequence_5(X)
& fn_restriction_fragment_15(X) = fn_nucleic_acid_sequence_1(X)
& fn_restriction_fragment_14(X) = fn_nucleic_acid_sequence_2(X)
& fn_restriction_fragment_13(X) = fn_kinetic_energy_1(fn_restriction_fragment_12(X))
& X = fn_kinetic_energy_2(fn_restriction_fragment_12(X))
& fn_restriction_fragment_11(X) = fn_dna_sequence_2(X)
& fn_restriction_fragment_10(X) = fn_dna_sequence_1(X)
& fn_nucleic_acid_sequence_5(X) = fn_dna_sequence_1(X)
& fn_dna_sequence_1(X) = fn_dna_sequence_1(X)
& fn_kinetic_energy_2(fn_restriction_fragment_12(X)) = fn_kinetic_energy_2(fn_restriction_fragment_12(X)) ) ) ).
fof(a532317,axiom,
! [X,X1,X2] :
( ( object_2(X,X1)
& subevent_2(X,X2)
& restriction_fragment_1(X1)
& analysis_1(X)
& gel_electrophoresis_1(X2) )
=> ( restriction_fragment_analysis_1(X)
& fn_restriction_fragment_analysis_5(X) = X2
& fn_restriction_fragment_analysis_13(X) = X1 ) ) ).
fof(a532318,axiom,
! [X] :
( restriction_fragment_analysis_1(X)
=> ( original_name_2(X,'Restriction-Fragment-Analysis')
& user_description_2(X,'A DNA analysis whereby the DNA sample is broken into pieces (digested) by restriction enzymes and the resulting restriction fragments are separated according to their lengths by gel electrophoresis.')
& concept2words_2(X,'restriction fragment analysis')
& concept2words_2(X,'restriction-fragment-analysis')
& analysis_1(X)
& allele_1(fn_restriction_fragment_analysis_2(X))
& measure_1(fn_restriction_fragment_analysis_3(X))
& restriction_site_1(fn_restriction_fragment_analysis_4(X))
& gel_electrophoresis_1(fn_restriction_fragment_analysis_5(X))
& impair_1(fn_restriction_fragment_analysis_6(X))
& lyse_1(fn_restriction_fragment_analysis_6(X))
& break_1(fn_restriction_fragment_analysis_7(X))
& lyse_1(fn_restriction_fragment_analysis_7(X))
& impair_1(fn_restriction_fragment_analysis_7(X))
& gel_electrophoresis_1(fn_restriction_fragment_analysis_8(X))
& band_pattern_1(fn_restriction_fragment_analysis_9(X))
& band_pattern_1(fn_restriction_fragment_analysis_10(X))
& tangible_entity_1(fn_restriction_fragment_analysis_11(X))
& nucleic_acid_1(fn_restriction_fragment_analysis_11(X))
& dna_1(fn_restriction_fragment_analysis_11(X))
& dna_1(fn_restriction_fragment_analysis_12(X))
& entity_1(fn_restriction_fragment_analysis_13(X))
& dna_piece_1(fn_restriction_fragment_analysis_13(X))
& restriction_fragment_1(fn_restriction_fragment_analysis_13(X))
& gel_electrophoresis_1(fn_band_pattern_4(fn_restriction_fragment_analysis_10(X)))
& tangible_entity_1(fn_restriction_site_21(fn_restriction_fragment_analysis_4(X)))
& nucleic_acid_1(fn_restriction_site_21(fn_restriction_fragment_analysis_4(X)))
& dna_1(fn_restriction_site_21(fn_restriction_fragment_analysis_4(X)))
& break_1(fn_restriction_site_17(fn_restriction_fragment_analysis_4(X)))
& lyse_1(fn_restriction_site_17(fn_restriction_fragment_analysis_4(X)))
& impair_1(fn_restriction_site_17(fn_restriction_fragment_analysis_4(X)))
& band_pattern_1(fn_gel_electrophoresis_1(fn_restriction_fragment_analysis_5(X)))
& tangible_entity_1(fn_impair_1(fn_restriction_fragment_analysis_6(X)))
& lyse_1(fn_restriction_fragment_16(fn_restriction_fragment_analysis_13(X)))
& dna_piece_1(fn_gel_electrophoresis_4(fn_restriction_fragment_analysis_5(X)))
& dna_piece_1(fn_gel_electrophoresis_3(fn_restriction_fragment_analysis_5(X)))
& restriction_fragment_analysis_1(fn_band_pattern_2(fn_restriction_fragment_analysis_9(X)))
& restriction_fragment_analysis_1(fn_band_pattern_2(fn_restriction_fragment_analysis_10(X)))
& next_event_2(fn_restriction_fragment_analysis_6(X),fn_restriction_fragment_analysis_5(X))
& next_event_2(fn_restriction_fragment_analysis_7(X),fn_restriction_fragment_analysis_8(X))
& has_part_2(fn_restriction_fragment_analysis_11(X),fn_restriction_fragment_analysis_2(X))
& by_means_of_2(X,fn_restriction_fragment_analysis_3(X))
& subevent_2(X,fn_restriction_fragment_analysis_6(X))
& subevent_2(X,fn_restriction_fragment_analysis_7(X))
& subevent_2(X,fn_restriction_fragment_analysis_5(X))
& subevent_2(X,fn_restriction_fragment_analysis_8(X))
& first_subevent_2(X,fn_restriction_fragment_analysis_6(X))
& first_subevent_2(X,fn_restriction_fragment_analysis_7(X))
& object_2(X,fn_restriction_fragment_analysis_11(X))
& object_2(X,fn_restriction_fragment_analysis_12(X))
& object_2(X,fn_restriction_fragment_analysis_13(X))
& result_2(X,fn_restriction_fragment_analysis_9(X))
& result_2(X,fn_restriction_fragment_analysis_10(X))
& result_2(fn_restriction_fragment_analysis_8(X),fn_restriction_fragment_analysis_10(X))
& site_2(fn_restriction_fragment_analysis_7(X),fn_restriction_fragment_analysis_4(X))
& object_2(fn_restriction_fragment_analysis_7(X),fn_restriction_fragment_analysis_11(X))
& result_2(fn_restriction_fragment_analysis_5(X),fn_restriction_fragment_analysis_9(X))
& result_2(fn_restriction_fragment_analysis_6(X),fn_restriction_fragment_analysis_13(X))
& object_2(fn_restriction_fragment_analysis_5(X),fn_restriction_fragment_analysis_13(X))
& object_2(fn_restriction_fragment_analysis_6(X),fn_restriction_fragment_analysis_12(X))
& fn_restriction_fragment_analysis_13(X) = fn_analysis_1(X)
& X = fn_band_pattern_2(fn_restriction_fragment_analysis_9(X))
& X = fn_band_pattern_2(fn_restriction_fragment_analysis_10(X))
& fn_restriction_fragment_analysis_8(X) = fn_band_pattern_4(fn_restriction_fragment_analysis_10(X))
& fn_restriction_fragment_analysis_11(X) = fn_restriction_site_21(fn_restriction_fragment_analysis_4(X))
& fn_restriction_fragment_analysis_7(X) = fn_restriction_site_17(fn_restriction_fragment_analysis_4(X))
& fn_restriction_fragment_analysis_9(X) = fn_gel_electrophoresis_1(fn_restriction_fragment_analysis_5(X))
& fn_restriction_fragment_analysis_12(X) = fn_impair_1(fn_restriction_fragment_analysis_6(X))
& fn_restriction_fragment_analysis_13(X) = fn_gel_electrophoresis_4(fn_restriction_fragment_analysis_5(X))
& fn_restriction_fragment_analysis_13(X) = fn_gel_electrophoresis_3(fn_restriction_fragment_analysis_5(X))
& fn_restriction_fragment_analysis_6(X) = fn_restriction_fragment_16(fn_restriction_fragment_analysis_13(X))
& fn_analysis_1(X) = fn_gel_electrophoresis_4(fn_restriction_fragment_analysis_5(X))
& fn_gel_electrophoresis_4(fn_restriction_fragment_analysis_5(X)) = fn_gel_electrophoresis_4(fn_restriction_fragment_analysis_5(X))
& fn_gel_electrophoresis_4(fn_restriction_fragment_analysis_5(X)) = fn_gel_electrophoresis_3(fn_restriction_fragment_analysis_5(X))
& fn_band_pattern_2(fn_restriction_fragment_analysis_9(X)) = fn_band_pattern_2(fn_restriction_fragment_analysis_10(X)) ) ) ).
fof(a532319,axiom,
! [X] :
( restriction_fragment_length_polymorphism_1(X)
=> ( original_name_2(X,'Restriction-Fragment-Length-Polymorphism')
& user_description_2(X,'Differences in DNA sequence on homologous chromosomes that can result in different patterns of restriction fragment length; useful as genetic markers for making linkage maps.')
& concept2words_2(X,rflp)
& concept2words_2(X,'rflp marker')
& concept2words_2(X,rflps)
& concept2words_2(X,'restriction fragment length polymorphism')
& concept2words_2(X,'restriction-fragment-length-polymorphism')
& restriction_fragment_1(X)
& ~ constant_region_dna_sequence_1(X)
& ~ control_element_1(X)
& ~ dna_strand_1(X)
& ~ episome_1(X)
& ~ genetic_marker_1(X)
& ~ pseudogene_1(X)
& ~ restriction_site_1(X)
& ~ tata_box_1(X)
& ~ telomere_1(X)
& ~ transcription_unit_1(X)
& ~ transposon_1(X)
& ~ ttaggg_1(X)
& ~ variable_region_dna_sequence_1(X)
& ~ blunt_end_fragment_1(X)
& ~ sticky_end_fragment_1(X)
& complete_dominance_1(fn_restriction_fragment_length_polymorphism_1(X))
& detect_1(fn_restriction_fragment_length_polymorphism_2(X))
& linkage_map_1(fn_restriction_fragment_length_polymorphism_3(X))
& constant_motion_1(fn_restriction_fragment_length_polymorphism_8(X))
& kinetic_energy_1(fn_restriction_fragment_length_polymorphism_9(X))
& size_value_1(fn_restriction_fragment_length_polymorphism_10(X))
& entity_1(fn_restriction_fragment_length_polymorphism_11(X))
& nucleoside_monophosphate_1(fn_restriction_fragment_length_polymorphism_11(X))
& deoxyribonucleoside_monophosphate_1(fn_restriction_fragment_length_polymorphism_11(X))
& deoxyribonucleoside_monophosphate_1(fn_restriction_fragment_length_polymorphism_12(X))
& size_value_1(fn_restriction_fragment_length_polymorphism_13(X))
& quantity_value_1(fn_restriction_fragment_length_polymorphism_14(X))
& speed_value_1(fn_restriction_fragment_length_polymorphism_15(X))
& gel_electrophoresis_1(fn_restriction_fragment_length_polymorphism_16(X))
& southern_blotting_1(fn_restriction_fragment_length_polymorphism_17(X))
& create_1(fn_restriction_fragment_length_polymorphism_18(X))
& restriction_fragment_analysis_1(fn_restriction_fragment_length_polymorphism_19(X))
& genetic_marker_1(fn_restriction_fragment_length_polymorphism_20(X))
& create_1(fn_linkage_map_5(fn_restriction_fragment_length_polymorphism_3(X)))
& gel_electrophoresis_1(fn_restriction_fragment_analysis_5(fn_restriction_fragment_length_polymorphism_17(X)))
& dna_sequence_1(fn_genetic_marker_1(fn_restriction_fragment_length_polymorphism_20(X)))
& entity_1(fn_create_1(fn_restriction_fragment_length_polymorphism_18(X)))
& entity_1(fn_restriction_fragment_analysis_13(fn_restriction_fragment_length_polymorphism_19(X)))
& dna_piece_1(fn_restriction_fragment_analysis_13(fn_restriction_fragment_length_polymorphism_19(X)))
& restriction_fragment_1(fn_restriction_fragment_analysis_13(fn_restriction_fragment_length_polymorphism_19(X)))
& entity_1(fn_restriction_fragment_analysis_13(fn_restriction_fragment_length_polymorphism_17(X)))
& dna_piece_1(fn_restriction_fragment_analysis_13(fn_restriction_fragment_length_polymorphism_17(X)))
& restriction_fragment_1(fn_restriction_fragment_analysis_13(fn_restriction_fragment_length_polymorphism_17(X)))
& enables_2(fn_restriction_fragment_length_polymorphism_16(X),fn_restriction_fragment_length_polymorphism_2(X))
& enables_2(fn_restriction_fragment_length_polymorphism_1(X),fn_restriction_fragment_length_polymorphism_18(X))
& enables_2(fn_restriction_fragment_length_polymorphism_19(X),fn_restriction_fragment_length_polymorphism_2(X))
& object_2(fn_restriction_fragment_length_polymorphism_2(X),X)
& result_2(fn_restriction_fragment_length_polymorphism_18(X),fn_restriction_fragment_length_polymorphism_3(X))
& plays_2(X,fn_restriction_fragment_length_polymorphism_20(X))
& result_2(fn_restriction_fragment_length_polymorphism_18(X),X)
& object_2(fn_restriction_fragment_length_polymorphism_19(X),X)
& object_2(fn_restriction_fragment_length_polymorphism_17(X),X)
& object_2(fn_restriction_fragment_length_polymorphism_16(X),X)
& subevent_2(fn_restriction_fragment_length_polymorphism_19(X),fn_restriction_fragment_length_polymorphism_16(X))
& first_element_2(X,fn_restriction_fragment_length_polymorphism_11(X))
& element_2(X,fn_restriction_fragment_length_polymorphism_11(X))
& size_2(X,fn_restriction_fragment_length_polymorphism_10(X))
& greater_than_2(fn_restriction_fragment_length_polymorphism_10(X),fn_restriction_fragment_length_polymorphism_13(X))
& size_2(fn_restriction_fragment_length_polymorphism_11(X),fn_restriction_fragment_length_polymorphism_13(X))
& next_element_2(fn_restriction_fragment_length_polymorphism_11(X),fn_restriction_fragment_length_polymorphism_12(X))
& element_2(X,fn_restriction_fragment_length_polymorphism_12(X))
& possesses_2(X,fn_restriction_fragment_length_polymorphism_9(X))
& quantity_2(fn_restriction_fragment_length_polymorphism_9(X),fn_restriction_fragment_length_polymorphism_14(X))
& directly_proportional_2(fn_restriction_fragment_length_polymorphism_15(X),fn_restriction_fragment_length_polymorphism_14(X))
& speed_2(fn_restriction_fragment_length_polymorphism_8(X),fn_restriction_fragment_length_polymorphism_15(X))
& object_2(fn_restriction_fragment_length_polymorphism_8(X),X)
& fn_restriction_fragment_length_polymorphism_18(X) = fn_linkage_map_5(fn_restriction_fragment_length_polymorphism_3(X))
& X = fn_genetic_marker_1(fn_restriction_fragment_length_polymorphism_20(X))
& X = fn_create_1(fn_restriction_fragment_length_polymorphism_18(X))
& X = fn_restriction_fragment_analysis_13(fn_restriction_fragment_length_polymorphism_19(X))
& fn_restriction_fragment_length_polymorphism_16(X) = fn_restriction_fragment_analysis_5(fn_restriction_fragment_length_polymorphism_17(X))
& X = fn_restriction_fragment_analysis_13(fn_restriction_fragment_length_polymorphism_17(X))
& fn_restriction_fragment_length_polymorphism_6(X) = fn_restriction_fragment_9(X)
& fn_restriction_fragment_length_polymorphism_5(X) = fn_restriction_fragment_2(X)
& fn_restriction_fragment_length_polymorphism_7(X) = fn_restriction_fragment_8(X)
& fn_restriction_fragment_length_polymorphism_4(X) = fn_restriction_fragment_1(X)
& fn_restriction_fragment_length_polymorphism_12(X) = fn_restriction_fragment_11(X)
& fn_restriction_fragment_length_polymorphism_11(X) = fn_restriction_fragment_10(X)
& fn_restriction_fragment_length_polymorphism_13(X) = fn_restriction_fragment_15(X)
& fn_restriction_fragment_length_polymorphism_10(X) = fn_restriction_fragment_14(X)
& fn_restriction_fragment_length_polymorphism_8(X) = fn_restriction_fragment_13(X)
& fn_restriction_fragment_length_polymorphism_15(X) = fn_restriction_fragment_3(X)
& fn_restriction_fragment_length_polymorphism_14(X) = fn_restriction_fragment_4(X)
& fn_restriction_fragment_length_polymorphism_9(X) = fn_restriction_fragment_12(X)
& fn_genetic_marker_1(fn_restriction_fragment_length_polymorphism_20(X)) = fn_create_1(fn_restriction_fragment_length_polymorphism_18(X))
& fn_create_1(fn_restriction_fragment_length_polymorphism_18(X)) = fn_create_1(fn_restriction_fragment_length_polymorphism_18(X))
& fn_create_1(fn_restriction_fragment_length_polymorphism_18(X)) = fn_restriction_fragment_analysis_13(fn_restriction_fragment_length_polymorphism_19(X))
& fn_restriction_fragment_analysis_13(fn_restriction_fragment_length_polymorphism_19(X)) = fn_restriction_fragment_analysis_13(fn_restriction_fragment_length_polymorphism_17(X))
& fn_restriction_fragment_analysis_13(fn_restriction_fragment_length_polymorphism_17(X)) = fn_restriction_fragment_analysis_13(fn_restriction_fragment_length_polymorphism_17(X)) ) ) ).
fof(a532320,axiom,
! [X] :
( restriction_nuclease_1(X)
=> ( original_name_2(X,'Restriction-Nuclease')
& user_description_2(X,'Any of the enzymes that cut nucleic acid at specific restriction sites and produce restriction fragments.')
& concept2words_2(X,'restriction enzyme')
& concept2words_2(X,'restriction endonuclease')
& concept2words_2(X,'restriction-endonuclease')
& concept2words_2(X,endonuclease)
& concept2words_2(X,'nuclease of restriction')
& concept2words_2(X,'restriction nuclease')
& concept2words_2(X,'restriction-nuclease')
& nuclease_1(X)
& discovery_1(fn_restriction_nuclease_1(X))
& defense_1(fn_restriction_nuclease_2(X))
& phage_1(fn_restriction_nuclease_3(X))
& kinetic_energy_1(fn_restriction_nuclease_7(X))
& decrease_1(fn_restriction_nuclease_8(X))
& constant_motion_1(fn_restriction_nuclease_9(X))
& hydrophilic_region_1(fn_restriction_nuclease_10(X))
& surface_1(fn_restriction_nuclease_11(X))
& catalyst_1(fn_restriction_nuclease_12(X))
& speed_value_1(fn_restriction_nuclease_13(X))
& quantity_value_1(fn_restriction_nuclease_14(X))
& carbon_skeleton_1(fn_restriction_nuclease_16(X))
& active_site_1(fn_restriction_nuclease_17(X))
& protein_domain_1(fn_restriction_nuclease_18(X))
& recognize_1(fn_restriction_nuclease_19(X))
& attach_1(fn_restriction_nuclease_20(X))
& foreign_dna_1(fn_restriction_nuclease_21(X))
& prokaryote_1(fn_restriction_nuclease_22(X))
& move_into_1(fn_restriction_nuclease_23(X))
& study_1(fn_restriction_nuclease_24(X))
& scientist_1(fn_restriction_nuclease_25(X))
& break_1(fn_restriction_nuclease_26(X))
& lyse_1(fn_restriction_nuclease_26(X))
& impair_1(fn_restriction_nuclease_26(X))
& staggered_cut_1(fn_restriction_nuclease_27(X))
& entity_1(fn_restriction_nuclease_28(X))
& chemical_entity_1(fn_restriction_nuclease_28(X))
& atom_1(fn_restriction_nuclease_28(X))
& carbon_1(fn_restriction_nuclease_28(X))
& polypeptide_1(fn_restriction_nuclease_29(X))
& hydrolysis_1(fn_restriction_nuclease_30(X))
& atom_1(fn_restriction_nuclease_31(X))
& chemical_entity_1(fn_restriction_nuclease_31(X))
& carbon_1(fn_restriction_nuclease_31(X))
& covalent_bond_1(fn_restriction_nuclease_32(X))
& chemical_bond_1(fn_restriction_nuclease_32(X))
& nonpolar_covalent_bond_1(fn_restriction_nuclease_32(X))
& disulfide_bond_1(fn_restriction_nuclease_32(X))
& entity_1(fn_restriction_nuclease_33(X))
& atom_1(fn_restriction_nuclease_33(X))
& chemical_entity_1(fn_restriction_nuclease_33(X))
& monomer_1(fn_restriction_nuclease_34(X))
& restriction_site_1(fn_restriction_nuclease_35(X))
& r_group_1(fn_restriction_nuclease_36(X))
& spatial_entity_1(fn_restriction_nuclease_37(X))
& chemical_entity_1(fn_restriction_nuclease_37(X))
& monomer_1(fn_restriction_nuclease_37(X))
& molecule_1(fn_restriction_nuclease_37(X))
& amino_acid_1(fn_restriction_nuclease_37(X))
& size_value_1(fn_restriction_nuclease_38(X))
& size_value_1(fn_restriction_nuclease_39(X))
& study_1(fn_scientist_2(fn_restriction_nuclease_25(X)))
& attach_1(fn_restriction_site_19(fn_restriction_nuclease_35(X)))
& atom_1(fn_organic_molecule_2(fn_restriction_nuclease_21(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_restriction_nuclease_21(X)))
& carbon_1(fn_organic_molecule_1(fn_restriction_nuclease_21(X)))
& spatial_entity_1(fn_move_1(fn_restriction_nuclease_23(X)))
& tangible_entity_1(fn_restriction_site_21(fn_restriction_nuclease_35(X)))
& nucleic_acid_1(fn_restriction_site_21(fn_restriction_nuclease_35(X)))
& dna_1(fn_restriction_site_21(fn_restriction_nuclease_35(X)))
& break_1(fn_restriction_site_17(fn_restriction_nuclease_35(X)))
& lyse_1(fn_restriction_site_17(fn_restriction_nuclease_35(X)))
& impair_1(fn_restriction_site_17(fn_restriction_nuclease_35(X)))
& recognize_1(fn_staggered_cut_5(fn_restriction_nuclease_27(X)))
& recognize_1(fn_restriction_site_18(fn_restriction_nuclease_35(X)))
& entity_1(fn_nonpolar_covalent_bond_28(fn_restriction_nuclease_32(X)))
& chemical_entity_1(fn_nonpolar_covalent_bond_28(fn_restriction_nuclease_32(X)))
& atom_1(fn_nonpolar_covalent_bond_28(fn_restriction_nuclease_32(X)))
& entity_1(fn_nonpolar_covalent_bond_29(fn_restriction_nuclease_32(X)))
& chemical_entity_1(fn_nonpolar_covalent_bond_29(fn_restriction_nuclease_32(X)))
& atom_1(fn_nonpolar_covalent_bond_29(fn_restriction_nuclease_32(X)))
& protein_enzyme_1(fn_prokaryote_3(fn_restriction_nuclease_22(X)))
& protein_1(fn_disulfide_bond_3(fn_restriction_nuclease_32(X)))
& restriction_nuclease_1(fn_staggered_cut_6(fn_restriction_nuclease_27(X)))
& restriction_nuclease_1(fn_restriction_site_20(fn_restriction_nuclease_35(X)))
& enables_2(fn_restriction_nuclease_19(X),fn_restriction_nuclease_20(X))
& minCardinality(fn_restriction_nuclease_21(X),has_part_0,"1",covalent_bond_0)
& has_function_2(X,fn_restriction_nuclease_27(X))
& agent_2(fn_restriction_nuclease_2(X),X)
& object_2(fn_restriction_nuclease_2(X),fn_restriction_nuclease_22(X))
& by_means_of_2(fn_restriction_nuclease_2(X),fn_restriction_nuclease_26(X))
& prevents_2(fn_restriction_nuclease_2(X),fn_restriction_nuclease_23(X))
& origin_2(fn_restriction_nuclease_23(X),fn_restriction_nuclease_3(X))
& destination_2(fn_restriction_nuclease_23(X),fn_restriction_nuclease_22(X))
& object_2(fn_restriction_nuclease_24(X),fn_restriction_nuclease_22(X))
& enables_2(fn_restriction_nuclease_24(X),fn_restriction_nuclease_1(X))
& object_2(fn_restriction_nuclease_1(X),X)
& agent_2(fn_restriction_nuclease_1(X),fn_restriction_nuclease_25(X))
& agent_2(fn_restriction_nuclease_30(X),X)
& is_between_2(fn_restriction_nuclease_32(X),fn_restriction_nuclease_28(X))
& object_2(fn_restriction_nuclease_23(X),fn_restriction_nuclease_21(X))
& agent_2(fn_restriction_nuclease_24(X),fn_restriction_nuclease_25(X))
& is_between_2(fn_restriction_nuclease_32(X),fn_restriction_nuclease_33(X))
& has_part_2(fn_restriction_nuclease_22(X),X)
& possesses_2(X,fn_restriction_nuclease_32(X))
& has_part_2(fn_restriction_nuclease_21(X),fn_restriction_nuclease_31(X))
& in_event_2(fn_restriction_nuclease_12(X),fn_restriction_nuclease_30(X))
& plays_2(X,fn_restriction_nuclease_12(X))
& has_function_2(X,fn_restriction_nuclease_30(X))
& site_2(fn_restriction_nuclease_30(X),fn_restriction_nuclease_17(X))
& facilitates_2(fn_restriction_nuclease_17(X),fn_restriction_nuclease_30(X))
& enables_2(fn_restriction_nuclease_8(X),fn_restriction_nuclease_30(X))
& has_function_2(X,fn_restriction_nuclease_8(X))
& agent_2(fn_restriction_nuclease_27(X),X)
& has_function_2(X,fn_restriction_nuclease_19(X))
& object_2(fn_restriction_nuclease_20(X),X)
& object_2(fn_restriction_nuclease_19(X),fn_restriction_nuclease_35(X))
& agent_2(fn_restriction_nuclease_19(X),X)
& agent_2(fn_restriction_nuclease_26(X),X)
& object_2(fn_restriction_nuclease_26(X),fn_restriction_nuclease_21(X))
& possesses_2(X,fn_restriction_nuclease_7(X))
& quantity_2(fn_restriction_nuclease_7(X),fn_restriction_nuclease_14(X))
& directly_proportional_2(fn_restriction_nuclease_13(X),fn_restriction_nuclease_14(X))
& speed_2(fn_restriction_nuclease_9(X),fn_restriction_nuclease_13(X))
& object_2(fn_restriction_nuclease_9(X),X)
& has_region_2(X,fn_restriction_nuclease_10(X))
& is_at_2(fn_restriction_nuclease_10(X),fn_restriction_nuclease_11(X))
& has_region_2(X,fn_restriction_nuclease_11(X))
& has_part_2(X,fn_restriction_nuclease_29(X))
& has_part_2(fn_restriction_nuclease_29(X),fn_restriction_nuclease_37(X))
& the_scalar_value_2(fn_restriction_nuclease_39(X),big_0)
& scalar_unit_class_2(fn_restriction_nuclease_39(X),polypeptide_0)
& is_inside_2(fn_restriction_nuclease_36(X),fn_restriction_nuclease_17(X))
& has_region_2(fn_restriction_nuclease_37(X),fn_restriction_nuclease_36(X))
& is_at_2(fn_restriction_nuclease_37(X),fn_restriction_nuclease_18(X))
& has_region_2(X,fn_restriction_nuclease_18(X))
& has_part_2(X,fn_restriction_nuclease_33(X))
& size_2(X,fn_restriction_nuclease_39(X))
& greater_than_2(fn_restriction_nuclease_39(X),fn_restriction_nuclease_38(X))
& size_2(fn_restriction_nuclease_34(X),fn_restriction_nuclease_38(X))
& has_part_2(X,fn_restriction_nuclease_34(X))
& has_region_2(X,fn_restriction_nuclease_17(X))
& has_region_2(X,fn_restriction_nuclease_16(X))
& is_inside_2(fn_restriction_nuclease_28(X),fn_restriction_nuclease_16(X))
& has_part_2(X,fn_restriction_nuclease_28(X))
& fn_restriction_nuclease_33(X) != fn_restriction_nuclease_28(X)
& fn_restriction_nuclease_28(X) != fn_restriction_nuclease_33(X)
& fn_restriction_nuclease_21(X) = fn_move_1(fn_restriction_nuclease_23(X))
& fn_restriction_nuclease_24(X) = fn_scientist_2(fn_restriction_nuclease_25(X))
& fn_restriction_nuclease_33(X) = fn_molecule_11(X)
& fn_restriction_nuclease_33(X) = fn_nonpolar_covalent_bond_29(fn_restriction_nuclease_32(X))
& X = fn_prokaryote_3(fn_restriction_nuclease_22(X))
& fn_restriction_nuclease_32(X) = fn_polymer_1(X)
& fn_restriction_nuclease_32(X) = fn_molecule_10(X)
& X = fn_disulfide_bond_3(fn_restriction_nuclease_32(X))
& fn_restriction_nuclease_31(X) = fn_organic_molecule_2(fn_restriction_nuclease_21(X))
& fn_restriction_nuclease_31(X) = fn_organic_molecule_1(fn_restriction_nuclease_21(X))
& fn_restriction_nuclease_12(X) = fn_enzyme_6(X)
& fn_restriction_nuclease_8(X) = fn_enzyme_5(X)
& fn_restriction_nuclease_17(X) = fn_enzyme_2(X)
& fn_restriction_nuclease_30(X) = fn_enzyme_4(X)
& fn_restriction_nuclease_15(X) = fn_protein_10(X)
& fn_restriction_nuclease_19(X) = fn_staggered_cut_5(fn_restriction_nuclease_27(X))
& X = fn_staggered_cut_6(fn_restriction_nuclease_27(X))
& fn_restriction_nuclease_20(X) = fn_restriction_site_19(fn_restriction_nuclease_35(X))
& fn_restriction_nuclease_21(X) = fn_nuclease_5(X)
& fn_restriction_nuclease_21(X) = fn_restriction_site_21(fn_restriction_nuclease_35(X))
& fn_restriction_nuclease_26(X) = fn_nuclease_7(X)
& fn_restriction_nuclease_26(X) = fn_nuclease_4(X)
& fn_restriction_nuclease_26(X) = fn_restriction_site_17(fn_restriction_nuclease_35(X))
& X = fn_restriction_site_20(fn_restriction_nuclease_35(X))
& fn_restriction_nuclease_19(X) = fn_restriction_site_18(fn_restriction_nuclease_35(X))
& fn_restriction_nuclease_6(X) = fn_molecule_1(X)
& fn_restriction_nuclease_5(X) = fn_molecule_2(X)
& fn_restriction_nuclease_9(X) = fn_molecule_8(X)
& fn_restriction_nuclease_13(X) = fn_molecule_3(X)
& fn_restriction_nuclease_14(X) = fn_molecule_4(X)
& fn_restriction_nuclease_7(X) = fn_molecule_12(X)
& fn_restriction_nuclease_37(X) = fn_protein_14(X)
& fn_restriction_nuclease_29(X) = fn_protein_8(X)
& fn_restriction_nuclease_11(X) = fn_protein_5(X)
& fn_restriction_nuclease_10(X) = fn_protein_1(X)
& fn_restriction_nuclease_18(X) = fn_protein_enzyme_5(X)
& fn_restriction_nuclease_37(X) = fn_protein_enzyme_11(X)
& fn_restriction_nuclease_36(X) = fn_protein_enzyme_12(X)
& fn_restriction_nuclease_17(X) = fn_protein_enzyme_10(X)
& fn_restriction_nuclease_34(X) = fn_polymer_4(X)
& fn_restriction_nuclease_34(X) = fn_protein_enzyme_9(X)
& fn_restriction_nuclease_38(X) = fn_protein_enzyme_4(X)
& fn_restriction_nuclease_39(X) = fn_protein_9(X)
& fn_restriction_nuclease_39(X) = fn_protein_enzyme_3(X)
& fn_restriction_nuclease_28(X) = fn_nonpolar_covalent_bond_29(fn_restriction_nuclease_32(X))
& fn_restriction_nuclease_33(X) = fn_nonpolar_covalent_bond_28(fn_restriction_nuclease_32(X))
& fn_restriction_nuclease_33(X) = fn_organic_molecule_2(X)
& fn_restriction_nuclease_33(X) = fn_protein_enzyme_8(X)
& fn_restriction_nuclease_28(X) = fn_organic_molecule_1(X)
& fn_restriction_nuclease_28(X) = fn_protein_enzyme_7(X)
& fn_restriction_nuclease_16(X) = fn_organic_molecule_3(X)
& fn_restriction_nuclease_16(X) = fn_protein_enzyme_6(X)
& fn_molecule_10(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_organic_molecule_2(fn_restriction_nuclease_21(X))
& fn_organic_molecule_2(fn_restriction_nuclease_21(X)) = fn_organic_molecule_1(fn_restriction_nuclease_21(X))
& fn_organic_molecule_1(fn_restriction_nuclease_21(X)) = fn_move_1(fn_restriction_nuclease_23(X))
& fn_move_1(fn_restriction_nuclease_23(X)) = fn_nuclease_5(X)
& fn_nuclease_5(X) = fn_nuclease_5(X)
& fn_nuclease_5(X) = fn_restriction_site_21(fn_restriction_nuclease_35(X))
& fn_restriction_site_21(fn_restriction_nuclease_35(X)) = fn_nuclease_4(X)
& fn_nuclease_4(X) = fn_nuclease_7(X)
& fn_nuclease_7(X) = fn_nuclease_4(X)
& fn_nuclease_4(X) = fn_nuclease_4(X)
& fn_restriction_site_17(fn_restriction_nuclease_35(X)) = fn_nuclease_4(X)
& fn_nuclease_4(X) = fn_restriction_site_17(fn_restriction_nuclease_35(X))
& fn_restriction_site_17(fn_restriction_nuclease_35(X)) = fn_staggered_cut_5(fn_restriction_nuclease_27(X))
& fn_staggered_cut_5(fn_restriction_nuclease_27(X)) = fn_restriction_site_18(fn_restriction_nuclease_35(X))
& fn_restriction_site_18(fn_restriction_nuclease_35(X)) = fn_restriction_site_18(fn_restriction_nuclease_35(X))
& fn_restriction_site_18(fn_restriction_nuclease_35(X)) = fn_protein_14(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_nonpolar_covalent_bond_28(fn_restriction_nuclease_32(X))
& fn_nonpolar_covalent_bond_29(fn_restriction_nuclease_32(X)) = fn_nonpolar_covalent_bond_28(fn_restriction_nuclease_32(X))
& fn_nonpolar_covalent_bond_28(fn_restriction_nuclease_32(X)) = fn_nonpolar_covalent_bond_28(fn_restriction_nuclease_32(X))
& fn_nonpolar_covalent_bond_28(fn_restriction_nuclease_32(X)) = fn_nonpolar_covalent_bond_29(fn_restriction_nuclease_32(X))
& fn_nonpolar_covalent_bond_29(fn_restriction_nuclease_32(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_nonpolar_covalent_bond_29(fn_restriction_nuclease_32(X))
& fn_nonpolar_covalent_bond_29(fn_restriction_nuclease_32(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_1(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_3(X)
& fn_protein_enzyme_6(X) = fn_organic_molecule_3(X)
& fn_organic_molecule_3(X) = fn_protein_enzyme_6(X)
& fn_protein_enzyme_6(X) = fn_prokaryote_3(fn_restriction_nuclease_22(X))
& fn_prokaryote_3(fn_restriction_nuclease_22(X)) = fn_disulfide_bond_3(fn_restriction_nuclease_32(X))
& fn_disulfide_bond_3(fn_restriction_nuclease_32(X)) = fn_disulfide_bond_3(fn_restriction_nuclease_32(X))
& fn_disulfide_bond_3(fn_restriction_nuclease_32(X)) = fn_staggered_cut_6(fn_restriction_nuclease_27(X))
& fn_staggered_cut_6(fn_restriction_nuclease_27(X)) = fn_staggered_cut_6(fn_restriction_nuclease_27(X))
& fn_staggered_cut_6(fn_restriction_nuclease_27(X)) = fn_restriction_site_20(fn_restriction_nuclease_35(X))
& fn_restriction_site_20(fn_restriction_nuclease_35(X)) = fn_restriction_site_20(fn_restriction_nuclease_35(X)) ) ) ).
fof(a532321,axiom,
! [X] :
( restriction_site_1(X)
=> ( original_name_2(X,'Restriction-Site')
& user_description_2(X,'A specific sequence on a DNA strand that is recognized and cut by a restriction enzyme.')
& concept2words_2(X,'recognition sequence')
& concept2words_2(X,'restriction sequence')
& concept2words_2(X,'restriction recognition site')
& concept2words_2(X,'restriction-recognition-site')
& concept2words_2(X,'site of restriction')
& concept2words_2(X,'restriction site')
& concept2words_2(X,'restriction-site')
& dna_sequence_1(X)
& ~ constant_region_dna_sequence_1(X)
& ~ control_element_1(X)
& ~ dna_strand_1(X)
& ~ episome_1(X)
& ~ genetic_marker_1(X)
& ~ pseudogene_1(X)
& ~ restriction_fragment_length_polymorphism_1(X)
& ~ tata_box_1(X)
& ~ telomere_1(X)
& ~ transcription_unit_1(X)
& ~ transposon_1(X)
& ~ ttaggg_1(X)
& ~ variable_region_dna_sequence_1(X)
& nucleotide_1(fn_restriction_site_1(X))
& monomer_1(fn_restriction_site_1(X))
& deoxyribonucleoside_monophosphate_1(fn_restriction_site_2(X))
& deoxyribonucleoside_monophosphate_1(fn_restriction_site_3(X))
& deoxyribonucleoside_monophosphate_1(fn_restriction_site_4(X))
& deoxyribose_1(fn_restriction_site_5(X))
& monomer_1(fn_restriction_site_6(X))
& length_value_1(fn_restriction_site_8(X))
& deoxyribose_1(fn_restriction_site_9(X))
& nucleoside_monophosphate_1(fn_restriction_site_10(X))
& nucleoside_monophosphate_1(fn_restriction_site_11(X))
& attach_1(fn_restriction_site_12(X))
& monomer_1(fn_restriction_site_13(X))
& antiparallel_dna_strand_1(fn_restriction_site_14(X))
& thing_1(fn_restriction_site_15(X))
& parallel_dna_strand_1(fn_restriction_site_15(X))
& polymer_1(fn_restriction_site_15(X))
& antiparallel_arrangement_1(fn_restriction_site_16(X))
& break_1(fn_restriction_site_17(X))
& lyse_1(fn_restriction_site_17(X))
& impair_1(fn_restriction_site_17(X))
& recognize_1(fn_restriction_site_18(X))
& attach_1(fn_restriction_site_19(X))
& restriction_nuclease_1(fn_restriction_site_20(X))
& tangible_entity_1(fn_restriction_site_21(X))
& nucleic_acid_1(fn_restriction_site_21(X))
& dna_1(fn_restriction_site_21(X))
& restriction_fragment_1(fn_restriction_site_22(X))
& covalent_bond_1(fn_restriction_site_23(X))
& chemical_bond_1(fn_restriction_site_23(X))
& phosphodiester_bond_1(fn_restriction_site_23(X))
& deoxyribonucleoside_monophosphate_1(fn_restriction_site_24(X))
& deoxyribonucleoside_monophosphate_1(fn_restriction_site_25(X))
& deoxyribonucleoside_monophosphate_1(fn_restriction_site_26(X))
& spatial_entity_1(fn_attach_1(fn_restriction_site_19(X)))
& spatial_entity_1(fn_attach_1(fn_restriction_site_12(X)))
& deoxyribonucleoside_monophosphate_1(fn_dna_strand_54(fn_restriction_site_14(X)))
& deoxyribonucleoside_monophosphate_1(fn_dna_strand_68(fn_restriction_site_14(X)))
& tangible_entity_1(fn_impair_1(fn_restriction_site_17(X)))
& entity_1(fn_perceive_1(fn_restriction_site_18(X)))
& spatial_entity_1(fn_attach_2(fn_restriction_site_19(X)))
& restriction_site_1(fn_restriction_fragment_6(fn_restriction_site_22(X)))
& break_1(fn_nuclease_4(fn_restriction_site_20(X)))
& break_1(fn_nuclease_7(fn_restriction_site_20(X)))
& lyse_1(fn_restriction_fragment_16(fn_restriction_site_22(X)))
& phosphodiester_bond_1(fn_nuclease_6(fn_restriction_site_20(X)))
& covalent_bond_1(fn_nucleic_acid_19(fn_restriction_site_21(X)))
& chemical_bond_1(fn_nucleic_acid_19(fn_restriction_site_21(X)))
& phosphodiester_bond_1(fn_nucleic_acid_19(fn_restriction_site_21(X)))
& covalent_bond_1(fn_dna_15(fn_restriction_site_21(X)))
& chemical_bond_1(fn_dna_15(fn_restriction_site_21(X)))
& phosphodiester_bond_1(fn_dna_15(fn_restriction_site_21(X)))
& monomer_1(fn_polymer_6(fn_restriction_site_15(X)))
& monomer_1(fn_polymer_4(fn_restriction_site_15(X)))
& thing_1(fn_information_1(fn_restriction_site_16(X)))
& parallel_dna_strand_1(fn_antiparallel_arrangement_5(fn_restriction_site_16(X)))
& length_2(X,fn_restriction_site_8(X))
& has_part_2(X,fn_restriction_site_9(X))
& has_part_2(X,fn_restriction_site_15(X))
& has_part_2(X,fn_restriction_site_24(X))
& agent_2(fn_restriction_site_19(X),fn_restriction_site_20(X))
& by_means_of_2(fn_restriction_site_18(X),fn_restriction_site_19(X))
& agent_2(fn_restriction_site_18(X),fn_restriction_site_20(X))
& the_scalar_value_2(fn_restriction_site_8(X),short_0)
& scalar_unit_class_2(fn_restriction_site_8(X),dna_sequence_0)
& complement_2(fn_restriction_site_15(X),fn_restriction_site_14(X))
& has_part_2(fn_restriction_site_15(X),fn_restriction_site_1(X))
& complement_2(fn_restriction_site_14(X),fn_restriction_site_15(X))
& has_part_2(fn_restriction_site_14(X),fn_restriction_site_10(X))
& has_part_2(fn_restriction_site_14(X),fn_restriction_site_11(X))
& has_part_2(fn_restriction_site_14(X),fn_restriction_site_6(X))
& has_part_2(fn_restriction_site_14(X),fn_restriction_site_5(X))
& has_part_2(fn_restriction_site_14(X),fn_restriction_site_4(X))
& has_part_2(fn_restriction_site_14(X),fn_restriction_site_3(X))
& has_part_2(fn_restriction_site_14(X),fn_restriction_site_2(X))
& object_2(fn_restriction_site_19(X),fn_restriction_site_20(X))
& object_2(fn_restriction_site_12(X),fn_restriction_site_24(X))
& object_2(fn_restriction_site_18(X),X)
& information_content_2(fn_restriction_site_16(X),fn_restriction_site_15(X))
& has_part_2(fn_restriction_site_14(X),fn_restriction_site_25(X))
& has_part_2(fn_restriction_site_14(X),fn_restriction_site_26(X))
& base_2(fn_restriction_site_19(X),X)
& agent_2(fn_restriction_site_17(X),fn_restriction_site_20(X))
& object_2(fn_restriction_site_17(X),fn_restriction_site_23(X))
& result_2(fn_restriction_site_17(X),fn_restriction_site_22(X))
& site_2(fn_restriction_site_17(X),X)
& has_part_2(fn_restriction_site_15(X),fn_restriction_site_13(X))
& possesses_2(fn_restriction_site_21(X),fn_restriction_site_23(X))
& object_2(fn_restriction_site_17(X),fn_restriction_site_21(X))
& fn_restriction_site_20(X) = fn_attach_1(fn_restriction_site_19(X))
& fn_restriction_site_24(X) = fn_attach_1(fn_restriction_site_12(X))
& X = fn_perceive_1(fn_restriction_site_18(X))
& fn_restriction_site_15(X) = fn_information_1(fn_restriction_site_16(X))
& fn_restriction_site_15(X) = fn_antiparallel_arrangement_5(fn_restriction_site_16(X))
& fn_restriction_site_25(X) = fn_dna_strand_54(fn_restriction_site_14(X))
& fn_restriction_site_26(X) = fn_dna_strand_68(fn_restriction_site_14(X))
& X = fn_attach_2(fn_restriction_site_19(X))
& fn_restriction_site_23(X) = fn_nuclease_6(fn_restriction_site_20(X))
& fn_restriction_site_17(X) = fn_nuclease_4(fn_restriction_site_20(X))
& fn_restriction_site_17(X) = fn_nuclease_7(fn_restriction_site_20(X))
& X = fn_restriction_fragment_6(fn_restriction_site_22(X))
& fn_restriction_site_17(X) = fn_restriction_fragment_16(fn_restriction_site_22(X))
& fn_restriction_site_21(X) = fn_impair_1(fn_restriction_site_17(X))
& fn_restriction_site_23(X) = fn_nucleic_acid_19(fn_restriction_site_21(X))
& fn_restriction_site_23(X) = fn_dna_15(fn_restriction_site_21(X))
& fn_restriction_site_13(X) = fn_polymer_6(fn_restriction_site_15(X))
& fn_restriction_site_13(X) = fn_polymer_4(fn_restriction_site_15(X))
& fn_perceive_1(fn_restriction_site_18(X)) = fn_attach_2(fn_restriction_site_19(X))
& fn_attach_2(fn_restriction_site_19(X)) = fn_attach_2(fn_restriction_site_19(X))
& fn_attach_2(fn_restriction_site_19(X)) = fn_restriction_fragment_6(fn_restriction_site_22(X))
& fn_restriction_fragment_6(fn_restriction_site_22(X)) = fn_nuclease_7(fn_restriction_site_20(X))
& fn_nuclease_7(fn_restriction_site_20(X)) = fn_nuclease_4(fn_restriction_site_20(X))
& fn_nuclease_4(fn_restriction_site_20(X)) = fn_nuclease_7(fn_restriction_site_20(X))
& fn_nuclease_7(fn_restriction_site_20(X)) = fn_nuclease_7(fn_restriction_site_20(X))
& fn_nuclease_7(fn_restriction_site_20(X)) = fn_restriction_fragment_16(fn_restriction_site_22(X))
& fn_restriction_fragment_16(fn_restriction_site_22(X)) = fn_restriction_fragment_16(fn_restriction_site_22(X))
& fn_restriction_fragment_16(fn_restriction_site_22(X)) = fn_nuclease_6(fn_restriction_site_20(X))
& fn_nuclease_6(fn_restriction_site_20(X)) = fn_nucleic_acid_19(fn_restriction_site_21(X))
& fn_nucleic_acid_19(fn_restriction_site_21(X)) = fn_nucleic_acid_19(fn_restriction_site_21(X))
& fn_nucleic_acid_19(fn_restriction_site_21(X)) = fn_dna_15(fn_restriction_site_21(X))
& fn_dna_15(fn_restriction_site_21(X)) = fn_polymer_6(fn_restriction_site_15(X))
& fn_polymer_6(fn_restriction_site_15(X)) = fn_polymer_4(fn_restriction_site_15(X))
& fn_polymer_4(fn_restriction_site_15(X)) = fn_information_1(fn_restriction_site_16(X))
& fn_information_1(fn_restriction_site_16(X)) = fn_antiparallel_arrangement_5(fn_restriction_site_16(X)) ) ) ).
fof(a532322,axiom,
! [X] :
( retain_1(X)
=> ( original_name_2(X,'Retain')
& user_description_2(X,'To keep or maintain possession.')
& concept2words_2(X,retain)
& action_1(X) ) ) ).
fof(a532323,axiom,
! [X] :
( reticular_fiber_1(X)
=> ( original_name_2(X,'Reticular-Fiber')
& user_description_2(X,'A type of fiber in connective tissue that acts as a supportive mesh in soft tissues.')
& concept2words_2(X,'reticular fiber')
& concept2words_2(X,'reticular-fiber')
& collagen_1(X)
& fiber_1(X) ) ) ).
fof(a532324,axiom,
! [X] :
( reticular_formation_1(X)
=> ( original_name_2(X,'Reticular-Formation')
& user_description_2(X,'A region in the brainstem that is involved in filtering out extraneous stimuli and regulating the sleep-wake cycle.')
& concept2words_2(X,'sleep center')
& concept2words_2(X,'sleep-center')
& concept2words_2(X,'reticular formation')
& concept2words_2(X,'reticular-formation')
& brainstem_1(X)
& ~ primary_visual_cortex_1(X)
& ~ breathing_control_center_1(X)
& ~ cerebellum_1(X)
& ~ cerebral_hemisphere_1(X)
& ~ cerebrum_1(X)
& ~ forebrain_1(X)
& ~ hindbrain_1(X)
& ~ hypothalamus_1(X)
& ~ medulla_oblongata_1(X)
& ~ midbrain_1(X)
& ~ pons_1(X)
& ~ posterior_pituitary_1(X)
& ~ primary_motor_cortex_1(X)
& ~ reticular_system_1(X)
& ~ suprachiasmatic_nucleus_1(X)
& ~ thalamus_1(X)
& ~ lateral_geniculate_1(X)
& ~ corpus_callosum_1(X)
& ~ cerebral_cortex_1(X) ) ) ).
fof(a532325,axiom,
! [X] :
( reticular_system_1(X)
=> ( original_name_2(X,'Reticular-System')
& user_description_2(X,'A system of mutlinucleated neurons passing through the core of the brain. The reticular activating system is responsible for arousal and the transition between sleep and wakefulness.')
& concept2words_2(X,'reticular activating system')
& concept2words_2(X,'reticular-activating-system')
& concept2words_2(X,ras)
& concept2words_2(X,'reticular system')
& concept2words_2(X,'reticular-system')
& brainstem_1(X)
& ~ reticular_formation_1(X)
& ~ primary_visual_cortex_1(X)
& ~ cerebellum_1(X)
& ~ cerebrum_1(X)
& ~ forebrain_1(X)
& ~ hindbrain_1(X)
& ~ hypothalamus_1(X)
& ~ medulla_oblongata_1(X)
& ~ midbrain_1(X)
& ~ pons_1(X)
& ~ posterior_pituitary_1(X)
& ~ primary_motor_cortex_1(X)
& ~ suprachiasmatic_nucleus_1(X)
& ~ thalamus_1(X)
& ~ lateral_geniculate_1(X)
& ~ corpus_callosum_1(X)
& ~ cerebral_cortex_1(X) ) ) ).
fof(a532326,axiom,
! [X] :
( reticulum_1(X)
=> ( original_name_2(X,'Reticulum')
& user_description_2(X,'The second chamber in a ruminant\'s digestive system in which cud is digested by the action of mutualistic prokaryotes and protists.')
& concept2words_2(X,reticulum)
& digestive_organ_1(X) ) ) ).
fof(a532327,axiom,
! [X] :
( retina_1(X)
=> ( original_name_2(X,'Retina')
& user_description_2(X,'The layer at the back of the eye that contains the photoreceptor cells (rods and cones).')
& concept2words_2(X,retina)
& sensory_nervous_tissue_1(X)
& ~ brain_region_1(X)
& ~ ganglion_1(X)
& ~ gray_matter_1(X)
& ~ nerve_circuit_1(X)
& ~ neural_crest_1(X)
& ~ neuromast_1(X)
& ~ notochord_1(X)
& ~ ommatidium_1(X)
& ~ optic_nerve_1(X)
& ~ white_matter_1(X) ) ) ).
fof(a532328,axiom,
! [X] :
( retinal_1(X)
=> ( original_name_2(X,'Retinal')
& user_description_2(X,'A form of Vitamin A that absorbs light in the photoreceptor cells of the vertebrate eye.')
& concept2words_2(X,retinal)
& visual_pigment_1(X)
& vitamin_a_1(fn_retinal_1(X))
& has_part_2(X,fn_retinal_1(X)) ) ) ).
fof(a532329,axiom,
! [X] :
( retrotransposon_1(X)
=> ( original_name_2(X,'Retrotransposon')
& user_description_2(X,'A transposable element that moves within a genome by means of an RNA intermediate, a transcript of the retrotransposon DNA.')
& concept2words_2(X,retrotransposon)
& chemical_entity_1(X)
& transposon_1(X)
& ~ composite_transposon_1(X)
& ~ insertion_sequences_1(X)
& transcription_1(fn_retrotransposon_1(X))
& genome_1(fn_retrotransposon_2(X))
& insertion_1(fn_retrotransposon_3(X))
& reverse_transcriptase_1(fn_retrotransposon_4(X))
& share_1(fn_retrotransposon_5(X))
& share_1(fn_retrotransposon_6(X))
& unequal_sharing_1(fn_retrotransposon_6(X))
& share_1(fn_retrotransposon_7(X))
& share_1(fn_retrotransposon_8(X))
& unequal_sharing_1(fn_retrotransposon_8(X))
& nitrogen_1(fn_retrotransposon_9(X))
& entity_1(fn_retrotransposon_9(X))
& monomer_1(fn_retrotransposon_10(X))
& nucleoside_monophosphate_1(fn_retrotransposon_10(X))
& spatial_entity_1(fn_retrotransposon_11(X))
& deoxyribonucleoside_monophosphate_1(fn_retrotransposon_11(X))
& move_1(fn_retrotransposon_12(X))
& code_for_1(fn_retrotransposon_13(X))
& reverse_transcription_1(fn_retrotransposon_14(X))
& transposase_1(fn_retrotransposon_15(X))
& retrotransposon_1(fn_retrotransposon_16(X))
& covalent_bond_1(fn_retrotransposon_17(X))
& phosphodiester_bond_1(fn_retrotransposon_17(X))
& attach_1(fn_retrotransposon_18(X))
& electronegative_element_1(fn_retrotransposon_19(X))
& nucleoside_1(fn_retrotransposon_20(X))
& unequal_sharing_1(fn_retrotransposon_21(X))
& entity_1(fn_retrotransposon_22(X))
& carbon_1(fn_retrotransposon_22(X))
& atom_1(fn_retrotransposon_22(X))
& chemical_entity_1(fn_retrotransposon_22(X))
& entity_1(fn_retrotransposon_23(X))
& number_5_prime_carbon_1(fn_retrotransposon_23(X))
& atom_1(fn_retrotransposon_23(X))
& carbon_1(fn_retrotransposon_23(X))
& share_1(fn_retrotransposon_24(X))
& unequal_sharing_1(fn_retrotransposon_24(X))
& polar_covalent_bond_1(fn_retrotransposon_25(X))
& ester_linkage_1(fn_retrotransposon_25(X))
& share_1(fn_retrotransposon_26(X))
& entity_1(fn_retrotransposon_27(X))
& chemical_entity_1(fn_retrotransposon_27(X))
& atom_1(fn_retrotransposon_27(X))
& carbon_1(fn_retrotransposon_27(X))
& speed_value_1(fn_retrotransposon_28(X))
& quantity_value_1(fn_retrotransposon_29(X))
& size_value_1(fn_retrotransposon_30(X))
& size_value_1(fn_retrotransposon_31(X))
& deoxyribonucleoside_monophosphate_1(fn_retrotransposon_32(X))
& monomer_1(fn_retrotransposon_33(X))
& nucleoside_monophosphate_1(fn_retrotransposon_33(X))
& deoxyribonucleoside_monophosphate_1(fn_retrotransposon_34(X))
& kinetic_energy_1(fn_retrotransposon_35(X))
& genetic_variation_1(fn_retrotransposon_36(X))
& constant_motion_1(fn_retrotransposon_37(X))
& share_1(fn_retrotransposon_42(X))
& unequal_sharing_1(fn_retrotransposon_42(X))
& share_1(fn_retrotransposon_43(X))
& entity_1(fn_code_for_2(fn_retrotransposon_13(X)))
& entity_1(fn_code_for_1(fn_retrotransposon_13(X)))
& spatial_entity_1(fn_nucleoside_monophosphate_15(fn_retrotransposon_10(X)))
& molecule_1(fn_nucleoside_monophosphate_15(fn_retrotransposon_10(X)))
& organic_molecule_1(fn_nucleoside_monophosphate_15(fn_retrotransposon_10(X)))
& pentose_1(fn_nucleoside_monophosphate_15(fn_retrotransposon_10(X)))
& nucleoside_1(fn_nucleoside_monophosphate_11(fn_retrotransposon_10(X)))
& entity_1(fn_create_1(fn_retrotransposon_14(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_retrotransposon_14(X)))
& spatial_entity_1(fn_attach_1(fn_retrotransposon_18(X)))
& entity_1(fn_share_3(fn_retrotransposon_21(X)))
& entity_1(fn_share_1(fn_retrotransposon_21(X)))
& entity_1(fn_share_3(fn_retrotransposon_24(X)))
& entity_1(fn_share_3(fn_retrotransposon_8(X)))
& entity_1(fn_share_1(fn_retrotransposon_8(X)))
& entity_1(fn_share_3(fn_retrotransposon_42(X)))
& entity_1(fn_share_1(fn_retrotransposon_42(X)))
& share_1(fn_phosphodiester_bond_6(fn_retrotransposon_17(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_retrotransposon_25(X)))
& unequal_sharing_1(fn_ester_linkage_32(fn_retrotransposon_25(X)))
& ester_linkage_1(fn_phosphodiester_bond_30(fn_retrotransposon_17(X)))
& ester_linkage_1(fn_phosphodiester_bond_29(fn_retrotransposon_17(X)))
& entity_1(fn_share_1(fn_retrotransposon_24(X)))
& entity_1(fn_polar_covalent_bond_19(fn_retrotransposon_25(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_retrotransposon_25(X)))
& atom_1(fn_polar_covalent_bond_19(fn_retrotransposon_25(X)))
& entity_1(fn_ester_linkage_28(fn_retrotransposon_25(X)))
& chemical_entity_1(fn_ester_linkage_28(fn_retrotransposon_25(X)))
& atom_1(fn_ester_linkage_28(fn_retrotransposon_25(X)))
& carbon_1(fn_ester_linkage_28(fn_retrotransposon_25(X)))
& entity_1(fn_phosphodiester_bond_16(fn_retrotransposon_17(X)))
& chemical_entity_1(fn_phosphodiester_bond_16(fn_retrotransposon_17(X)))
& atom_1(fn_phosphodiester_bond_16(fn_retrotransposon_17(X)))
& carbon_1(fn_phosphodiester_bond_16(fn_retrotransposon_17(X)))
& entity_1(fn_phosphodiester_bond_15(fn_retrotransposon_17(X)))
& chemical_entity_1(fn_phosphodiester_bond_15(fn_retrotransposon_17(X)))
& atom_1(fn_phosphodiester_bond_15(fn_retrotransposon_17(X)))
& carbon_1(fn_phosphodiester_bond_15(fn_retrotransposon_17(X)))
& result_2(fn_retrotransposon_5(X),fn_retrotransposon_25(X))
& result_2(fn_retrotransposon_7(X),fn_retrotransposon_25(X))
& subevent_2(fn_retrotransposon_12(X),fn_retrotransposon_14(X))
& subevent_2(fn_retrotransposon_12(X),fn_retrotransposon_3(X))
& subevent_2(fn_retrotransposon_12(X),fn_retrotransposon_1(X))
& base_2(fn_retrotransposon_12(X),fn_retrotransposon_2(X))
& first_subevent_2(fn_retrotransposon_12(X),fn_retrotransposon_1(X))
& next_event_2(fn_retrotransposon_1(X),fn_retrotransposon_14(X))
& result_2(fn_retrotransposon_13(X),fn_retrotransposon_4(X))
& element_2(fn_retrotransposon_2(X),X)
& base_2(fn_retrotransposon_3(X),fn_retrotransposon_2(X))
& object_2(fn_retrotransposon_3(X),fn_retrotransposon_16(X))
& agent_2(fn_retrotransposon_3(X),fn_retrotransposon_15(X))
& next_event_2(fn_retrotransposon_14(X),fn_retrotransposon_3(X))
& result_2(fn_retrotransposon_21(X),fn_retrotransposon_17(X))
& result_2(fn_retrotransposon_43(X),fn_retrotransposon_25(X))
& result_2(fn_retrotransposon_13(X),fn_retrotransposon_15(X))
& object_2(fn_retrotransposon_18(X),fn_retrotransposon_11(X))
& result_2(fn_retrotransposon_14(X),fn_retrotransposon_16(X))
& agent_2(fn_retrotransposon_21(X),fn_retrotransposon_9(X))
& agent_2(fn_retrotransposon_13(X),X)
& called_2(fn_retrotransposon_23(X),'A2')
& first_element_2(X,fn_retrotransposon_34(X))
& subevent_2(fn_retrotransposon_12(X),fn_retrotransposon_36(X))
& has_part_2(fn_retrotransposon_11(X),fn_retrotransposon_22(X))
& called_2(fn_retrotransposon_22(X),'A2')
& result_2(fn_retrotransposon_6(X),fn_retrotransposon_25(X))
& result_2(fn_retrotransposon_26(X),fn_retrotransposon_25(X))
& size_2(X,fn_retrotransposon_31(X))
& greater_than_2(fn_retrotransposon_31(X),fn_retrotransposon_30(X))
& size_2(fn_retrotransposon_10(X),fn_retrotransposon_30(X))
& first_element_2(X,fn_retrotransposon_10(X))
& element_2(X,fn_retrotransposon_32(X))
& element_2(X,fn_retrotransposon_10(X))
& next_element_2(fn_retrotransposon_10(X),fn_retrotransposon_33(X))
& element_2(X,fn_retrotransposon_33(X))
& element_2(X,fn_retrotransposon_34(X))
& next_element_2(fn_retrotransposon_34(X),fn_retrotransposon_32(X))
& result_2(fn_retrotransposon_43(X),fn_retrotransposon_17(X))
& is_between_2(fn_retrotransposon_17(X),fn_retrotransposon_11(X))
& has_part_2(fn_retrotransposon_11(X),fn_retrotransposon_23(X))
& fn_retrotransposon_22(X) != fn_retrotransposon_23(X)
& fn_retrotransposon_23(X) != fn_retrotransposon_22(X)
& agent_2(fn_retrotransposon_6(X),fn_retrotransposon_9(X))
& agent_2(fn_retrotransposon_6(X),fn_retrotransposon_27(X))
& agent_2(fn_retrotransposon_43(X),fn_retrotransposon_27(X))
& fn_retrotransposon_9(X) != fn_retrotransposon_27(X)
& fn_retrotransposon_27(X) != fn_retrotransposon_9(X)
& agent_2(fn_retrotransposon_36(X),X)
& causes_2(fn_retrotransposon_12(X),fn_retrotransposon_36(X))
& object_2(fn_retrotransposon_12(X),X)
& possesses_2(X,fn_retrotransposon_17(X))
& is_between_2(fn_retrotransposon_17(X),fn_retrotransposon_9(X))
& possesses_2(X,fn_retrotransposon_35(X))
& quantity_2(fn_retrotransposon_35(X),fn_retrotransposon_29(X))
& directly_proportional_2(fn_retrotransposon_28(X),fn_retrotransposon_29(X))
& speed_2(fn_retrotransposon_37(X),fn_retrotransposon_28(X))
& object_2(fn_retrotransposon_37(X),X)
& called_2(fn_retrotransposon_25(X),"2")
& is_between_2(fn_retrotransposon_25(X),fn_retrotransposon_27(X))
& element_2(fn_retrotransposon_17(X),fn_retrotransposon_25(X))
& result_2(fn_retrotransposon_5(X),fn_retrotransposon_17(X))
& agent_2(fn_retrotransposon_5(X),fn_retrotransposon_27(X))
& is_between_2(fn_retrotransposon_17(X),fn_retrotransposon_27(X))
& agent_2(fn_retrotransposon_8(X),fn_retrotransposon_27(X))
& result_2(fn_retrotransposon_8(X),fn_retrotransposon_25(X))
& agent_2(fn_retrotransposon_26(X),fn_retrotransposon_27(X))
& result_2(fn_retrotransposon_26(X),fn_retrotransposon_17(X))
& agent_2(fn_retrotransposon_7(X),fn_retrotransposon_27(X))
& result_2(fn_retrotransposon_7(X),fn_retrotransposon_17(X))
& has_part_2(fn_retrotransposon_20(X),fn_retrotransposon_19(X))
& has_part_2(fn_retrotransposon_10(X),fn_retrotransposon_20(X))
& result_2(fn_retrotransposon_24(X),fn_retrotransposon_25(X))
& agent_2(fn_retrotransposon_42(X),fn_retrotransposon_27(X))
& result_2(fn_retrotransposon_42(X),fn_retrotransposon_25(X))
& agent_2(fn_retrotransposon_42(X),fn_retrotransposon_9(X))
& agent_2(fn_retrotransposon_8(X),fn_retrotransposon_9(X))
& agent_2(fn_retrotransposon_24(X),fn_retrotransposon_27(X))
& agent_2(fn_retrotransposon_24(X),fn_retrotransposon_9(X))
& fn_retrotransposon_15(X) = fn_code_for_2(fn_retrotransposon_13(X))
& fn_retrotransposon_11(X) = fn_attach_1(fn_retrotransposon_18(X))
& fn_retrotransposon_16(X) = fn_create_1(fn_retrotransposon_14(X))
& fn_retrotransposon_16(X) = fn_anabolic_pathway_5(fn_retrotransposon_14(X))
& fn_retrotransposon_9(X) = fn_share_3(fn_retrotransposon_21(X))
& fn_retrotransposon_9(X) = fn_share_1(fn_retrotransposon_21(X))
& X = fn_code_for_1(fn_retrotransposon_13(X))
& fn_retrotransposon_38(X) = fn_transposon_34(X)
& fn_retrotransposon_39(X) = fn_transposon_35(X)
& fn_retrotransposon_40(X) = fn_transposon_1(X)
& fn_retrotransposon_41(X) = fn_transposon_2(X)
& fn_retrotransposon_26(X) = fn_transposon_22(X)
& fn_retrotransposon_25(X) = fn_transposon_31(X)
& fn_retrotransposon_30(X) = fn_transposon_32(X)
& fn_retrotransposon_31(X) = fn_transposon_33(X)
& fn_retrotransposon_32(X) = fn_transposon_36(X)
& fn_retrotransposon_34(X) = fn_transposon_37(X)
& fn_retrotransposon_33(X) = fn_transposon_10(X)
& fn_retrotransposon_10(X) = fn_transposon_11(X)
& fn_retrotransposon_22(X) = fn_transposon_26(X)
& fn_retrotransposon_23(X) = fn_transposon_27(X)
& fn_retrotransposon_11(X) = fn_transposon_15(X)
& fn_retrotransposon_43(X) = fn_transposon_22(X)
& fn_retrotransposon_27(X) = fn_transposon_24(X)
& fn_retrotransposon_6(X) = fn_transposon_29(X)
& fn_retrotransposon_9(X) = fn_transposon_25(X)
& fn_retrotransposon_17(X) = fn_transposon_3(X)
& fn_retrotransposon_17(X) = fn_transposon_14(X)
& fn_retrotransposon_12(X) = fn_transposon_18(X)
& fn_retrotransposon_36(X) = fn_transposon_17(X)
& fn_retrotransposon_37(X) = fn_transposon_28(X)
& fn_retrotransposon_28(X) = fn_transposon_9(X)
& fn_retrotransposon_29(X) = fn_transposon_8(X)
& fn_retrotransposon_35(X) = fn_transposon_13(X)
& fn_retrotransposon_9(X) = fn_share_3(fn_retrotransposon_24(X))
& fn_retrotransposon_27(X) = fn_share_1(fn_retrotransposon_24(X))
& fn_retrotransposon_9(X) = fn_share_3(fn_retrotransposon_8(X))
& fn_retrotransposon_9(X) = fn_share_1(fn_retrotransposon_8(X))
& fn_retrotransposon_9(X) = fn_share_3(fn_retrotransposon_42(X))
& fn_retrotransposon_9(X) = fn_share_1(fn_retrotransposon_42(X))
& fn_retrotransposon_42(X) = fn_ester_linkage_32(fn_retrotransposon_25(X))
& fn_retrotransposon_24(X) = fn_polar_covalent_bond_16(fn_retrotransposon_25(X))
& fn_retrotransposon_19(X) = fn_nucleoside_monophosphate_15(fn_retrotransposon_10(X))
& fn_retrotransposon_20(X) = fn_nucleoside_monophosphate_11(fn_retrotransposon_10(X))
& fn_retrotransposon_7(X) = fn_phosphodiester_bond_6(fn_retrotransposon_17(X))
& fn_retrotransposon_26(X) = fn_phosphodiester_bond_6(fn_retrotransposon_17(X))
& fn_retrotransposon_8(X) = fn_polar_covalent_bond_16(fn_retrotransposon_25(X))
& fn_retrotransposon_8(X) = fn_ester_linkage_32(fn_retrotransposon_25(X))
& fn_retrotransposon_27(X) = fn_ester_linkage_28(fn_retrotransposon_25(X))
& fn_retrotransposon_27(X) = fn_polar_covalent_bond_19(fn_retrotransposon_25(X))
& fn_retrotransposon_25(X) = fn_phosphodiester_bond_30(fn_retrotransposon_17(X))
& fn_retrotransposon_25(X) = fn_phosphodiester_bond_29(fn_retrotransposon_17(X))
& fn_retrotransposon_5(X) = fn_phosphodiester_bond_6(fn_retrotransposon_17(X))
& fn_retrotransposon_27(X) = fn_phosphodiester_bond_16(fn_retrotransposon_17(X))
& fn_retrotransposon_27(X) = fn_phosphodiester_bond_15(fn_retrotransposon_17(X))
& fn_create_1(fn_retrotransposon_14(X)) = fn_anabolic_pathway_5(fn_retrotransposon_14(X))
& fn_anabolic_pathway_5(fn_retrotransposon_14(X)) = fn_attach_1(fn_retrotransposon_18(X))
& fn_attach_1(fn_retrotransposon_18(X)) = fn_transposon_15(X)
& fn_transposon_15(X) = fn_transposon_15(X)
& fn_transposon_15(X) = fn_share_3(fn_retrotransposon_21(X))
& fn_share_3(fn_retrotransposon_21(X)) = fn_transposon_25(X)
& fn_transposon_25(X) = fn_transposon_25(X)
& fn_transposon_25(X) = fn_share_3(fn_retrotransposon_24(X))
& fn_share_3(fn_retrotransposon_8(X)) = fn_share_3(fn_retrotransposon_42(X))
& fn_share_3(fn_retrotransposon_42(X)) = fn_share_3(fn_retrotransposon_21(X))
& fn_share_3(fn_retrotransposon_21(X)) = fn_share_1(fn_retrotransposon_21(X))
& fn_share_1(fn_retrotransposon_21(X)) = fn_share_3(fn_retrotransposon_24(X))
& fn_share_3(fn_retrotransposon_24(X)) = fn_share_3(fn_retrotransposon_8(X))
& fn_share_3(fn_retrotransposon_8(X)) = fn_share_1(fn_retrotransposon_8(X))
& fn_share_1(fn_retrotransposon_8(X)) = fn_share_3(fn_retrotransposon_42(X))
& fn_share_3(fn_retrotransposon_42(X)) = fn_share_1(fn_retrotransposon_42(X))
& fn_share_1(fn_retrotransposon_42(X)) = fn_transposon_22(X)
& fn_transposon_22(X) = fn_phosphodiester_bond_6(fn_retrotransposon_17(X))
& fn_phosphodiester_bond_6(fn_retrotransposon_17(X)) = fn_phosphodiester_bond_6(fn_retrotransposon_17(X))
& fn_phosphodiester_bond_6(fn_retrotransposon_17(X)) = fn_polar_covalent_bond_16(fn_retrotransposon_25(X))
& fn_polar_covalent_bond_16(fn_retrotransposon_25(X)) = fn_ester_linkage_32(fn_retrotransposon_25(X))
& fn_ester_linkage_32(fn_retrotransposon_25(X)) = fn_ester_linkage_32(fn_retrotransposon_25(X))
& fn_ester_linkage_32(fn_retrotransposon_25(X)) = fn_transposon_31(X)
& fn_transposon_31(X) = fn_transposon_31(X)
& fn_transposon_31(X) = fn_phosphodiester_bond_30(fn_retrotransposon_17(X))
& fn_phosphodiester_bond_30(fn_retrotransposon_17(X)) = fn_phosphodiester_bond_30(fn_retrotransposon_17(X))
& fn_phosphodiester_bond_29(fn_retrotransposon_17(X)) = fn_phosphodiester_bond_30(fn_retrotransposon_17(X))
& fn_phosphodiester_bond_30(fn_retrotransposon_17(X)) = fn_phosphodiester_bond_29(fn_retrotransposon_17(X))
& fn_phosphodiester_bond_29(fn_retrotransposon_17(X)) = fn_transposon_24(X)
& fn_transposon_24(X) = fn_transposon_24(X)
& fn_transposon_24(X) = fn_share_1(fn_retrotransposon_24(X))
& fn_share_1(fn_retrotransposon_24(X)) = fn_share_1(fn_retrotransposon_24(X))
& fn_share_1(fn_retrotransposon_24(X)) = fn_polar_covalent_bond_19(fn_retrotransposon_25(X))
& fn_polar_covalent_bond_19(fn_retrotransposon_25(X)) = fn_polar_covalent_bond_19(fn_retrotransposon_25(X))
& fn_ester_linkage_28(fn_retrotransposon_25(X)) = fn_polar_covalent_bond_19(fn_retrotransposon_25(X))
& fn_polar_covalent_bond_19(fn_retrotransposon_25(X)) = fn_ester_linkage_28(fn_retrotransposon_25(X))
& fn_phosphodiester_bond_16(fn_retrotransposon_17(X)) = fn_ester_linkage_28(fn_retrotransposon_25(X))
& fn_ester_linkage_28(fn_retrotransposon_25(X)) = fn_ester_linkage_28(fn_retrotransposon_25(X))
& fn_ester_linkage_28(fn_retrotransposon_25(X)) = fn_phosphodiester_bond_16(fn_retrotransposon_17(X))
& fn_phosphodiester_bond_15(fn_retrotransposon_17(X)) = fn_phosphodiester_bond_15(fn_retrotransposon_17(X))
& fn_phosphodiester_bond_16(fn_retrotransposon_17(X)) = fn_phosphodiester_bond_16(fn_retrotransposon_17(X))
& fn_phosphodiester_bond_15(fn_retrotransposon_17(X)) = fn_phosphodiester_bond_16(fn_retrotransposon_17(X))
& fn_phosphodiester_bond_16(fn_retrotransposon_17(X)) = fn_phosphodiester_bond_15(fn_retrotransposon_17(X))
& fn_phosphodiester_bond_15(fn_retrotransposon_17(X)) = fn_transposon_14(X)
& fn_transposon_14(X) = fn_transposon_14(X)
& fn_transposon_14(X) = fn_transposon_3(X)
& fn_transposon_3(X) = fn_transposon_14(X) ) ) ).
fof(a532330,axiom,
! [X] :
( retrovirus_1(X)
=> ( original_name_2(X,'Retrovirus')
& user_description_2(X,'An RNA virus that reproduces by transcribing its RNA into DNA and then inserting the DNA into a cellular chromosome; an important class of cancer-causing viruses.')
& concept2words_2(X,'class vi rna virus')
& concept2words_2(X,retrovirus)
& rna_virus_1(X)
& ~ ebola_virus_1(X)
& ~ hantavirus_1(X)
& ~ influenza_virus_1(X)
& ~ nipah_virus_1(X)
& ~ rna_virus_class_iv_1(X)
& ~ rna_virus_class_v_1(X) ) ) ).
fof(a532331,axiom,
! [X] :
( reverse_reaction_1(X)
=> ( original_name_2(X,'Reverse-Reaction')
& user_description_2(X,'A chemical reaction symbolized by a chemical equation in which the products of a forward reaction have become the reactants, and the reactants of the forward reaction are now the products. This is indicated by an arrow that points toward the left.')
& concept2words_2(X,'backward reaction')
& concept2words_2(X,convert)
& concept2words_2(X,'reaction of reverse')
& concept2words_2(X,'reverse reaction')
& concept2words_2(X,'reverse-reaction')
& chemical_reaction_1(X)
& rate_value_1(fn_reverse_reaction_1(X))
& concentration_value_1(fn_reverse_reaction_2(X))
& spatial_entity_1(fn_reverse_reaction_5(X))
& chemical_entity_1(fn_reverse_reaction_5(X))
& chemical_entity_1(fn_reverse_reaction_6(X))
& chemical_entity_1(fn_reverse_reaction_7(X))
& chemical_1(fn_reverse_reaction_8(X))
& collide_1(fn_reverse_reaction_9(X))
& spatial_entity_1(fn_make_contact_1(fn_reverse_reaction_9(X)))
& spatial_entity_1(fn_make_contact_2(fn_reverse_reaction_9(X)))
& chemical_entity_1(fn_chemical_3(fn_reverse_reaction_8(X)))
& result_2(X,fn_reverse_reaction_6(X))
& rate_2(fn_reverse_reaction_9(X),fn_reverse_reaction_1(X))
& directly_proportional_2(fn_reverse_reaction_1(X),fn_reverse_reaction_2(X))
& concentration_2(fn_reverse_reaction_8(X),fn_reverse_reaction_2(X))
& same_type_2(fn_reverse_reaction_6(X),fn_reverse_reaction_5(X))
& same_type_2(fn_reverse_reaction_5(X),fn_reverse_reaction_6(X))
& object_2(fn_reverse_reaction_9(X),fn_reverse_reaction_6(X))
& base_2(fn_reverse_reaction_9(X),fn_reverse_reaction_5(X))
& intensity_2(fn_reverse_reaction_9(X),'*strong')
& raw_material_2(X,fn_reverse_reaction_7(X))
& result_2(X,fn_reverse_reaction_5(X))
& has_part_2(fn_reverse_reaction_8(X),fn_reverse_reaction_7(X))
& fn_reverse_reaction_6(X) = fn_make_contact_1(fn_reverse_reaction_9(X))
& fn_reverse_reaction_5(X) = fn_make_contact_2(fn_reverse_reaction_9(X))
& fn_reverse_reaction_7(X) = fn_chemical_reaction_2(X)
& fn_reverse_reaction_5(X) = fn_chemical_reaction_1(X)
& fn_reverse_reaction_7(X) = fn_chemical_3(fn_reverse_reaction_8(X))
& fn_make_contact_2(fn_reverse_reaction_9(X)) = fn_chemical_reaction_1(X)
& fn_chemical_reaction_1(X) = fn_chemical_reaction_2(X)
& fn_chemical_reaction_2(X) = fn_chemical_3(fn_reverse_reaction_8(X)) ) ) ).
fof(a532332,axiom,
! [X] :
( reverse_transcriptase_1(X)
=> ( original_name_2(X,'Reverse-Transcriptase')
& user_description_2(X,'An enzyme encoded by certain viruses (retroviruses) that uses RNA as a template for DNA synthesis.')
& concept2words_2(X,'transcriptase of reverse')
& concept2words_2(X,'reverse transcriptase')
& concept2words_2(X,'reverse-transcriptase')
& dna_polymerase_1(X)
& ~ rna_polymerase_i_1(X)
& add_1(fn_reverse_transcriptase_1(X))
& retrovirus_1(fn_reverse_transcriptase_2(X))
& kinetic_energy_1(fn_reverse_transcriptase_7(X))
& protein_domain_1(fn_reverse_transcriptase_8(X))
& hydrophilic_region_1(fn_reverse_transcriptase_9(X))
& surface_1(fn_reverse_transcriptase_10(X))
& carbon_skeleton_1(fn_reverse_transcriptase_11(X))
& active_site_1(fn_reverse_transcriptase_12(X))
& hydrophobic_region_1(fn_reverse_transcriptase_13(X))
& polypeptide_1(fn_reverse_transcriptase_14(X))
& carbon_1(fn_reverse_transcriptase_15(X))
& atom_1(fn_reverse_transcriptase_16(X))
& chemical_entity_1(fn_reverse_transcriptase_16(X))
& monomer_1(fn_reverse_transcriptase_17(X))
& size_value_1(fn_reverse_transcriptase_18(X))
& transcription_1(fn_reverse_transcriptase_19(X))
& decrease_1(fn_reverse_transcriptase_20(X))
& catalyst_1(fn_reverse_transcriptase_21(X))
& constant_motion_1(fn_reverse_transcriptase_22(X))
& speed_value_1(fn_reverse_transcriptase_23(X))
& quantity_value_1(fn_reverse_transcriptase_24(X))
& spatial_entity_1(fn_reverse_transcriptase_25(X))
& chemical_entity_1(fn_reverse_transcriptase_25(X))
& monomer_1(fn_reverse_transcriptase_25(X))
& molecule_1(fn_reverse_transcriptase_25(X))
& amino_acid_1(fn_reverse_transcriptase_25(X))
& size_value_1(fn_reverse_transcriptase_26(X))
& create_1(fn_reverse_transcriptase_27(X))
& reverse_transcription_1(fn_reverse_transcriptase_27(X))
& catalyst_1(fn_synthesis_of_rna_2(fn_reverse_transcriptase_19(X)))
& reverse_transcriptase_1(fn_reverse_transcription_21(fn_reverse_transcriptase_27(X)))
& enzyme_1(fn_reverse_transcription_17(fn_reverse_transcriptase_27(X)))
& dna_polymerase_1(fn_reverse_transcription_17(fn_reverse_transcriptase_27(X)))
& agent_2(fn_reverse_transcriptase_1(X),X)
& has_part_2(fn_reverse_transcriptase_2(X),X)
& has_function_2(X,fn_reverse_transcriptase_19(X))
& site_2(fn_reverse_transcriptase_19(X),fn_reverse_transcriptase_12(X))
& facilitates_2(fn_reverse_transcriptase_12(X),fn_reverse_transcriptase_19(X))
& enables_2(fn_reverse_transcriptase_20(X),fn_reverse_transcriptase_19(X))
& in_event_2(fn_reverse_transcriptase_21(X),fn_reverse_transcriptase_19(X))
& has_part_2(X,fn_reverse_transcriptase_15(X))
& has_region_2(X,fn_reverse_transcriptase_12(X))
& has_function_2(X,fn_reverse_transcriptase_20(X))
& size_2(fn_reverse_transcriptase_17(X),fn_reverse_transcriptase_26(X))
& greater_than_2(fn_reverse_transcriptase_18(X),fn_reverse_transcriptase_26(X))
& the_scalar_value_2(fn_reverse_transcriptase_18(X),big_0)
& scalar_unit_class_2(fn_reverse_transcriptase_18(X),polypeptide_0)
& has_region_2(X,fn_reverse_transcriptase_9(X))
& is_at_2(fn_reverse_transcriptase_9(X),fn_reverse_transcriptase_10(X))
& has_region_2(X,fn_reverse_transcriptase_10(X))
& plays_2(X,fn_reverse_transcriptase_21(X))
& has_part_2(X,fn_reverse_transcriptase_16(X))
& fn_reverse_transcriptase_16(X) != fn_reverse_transcriptase_15(X)
& is_inside_2(fn_reverse_transcriptase_15(X),fn_reverse_transcriptase_11(X))
& has_region_2(X,fn_reverse_transcriptase_11(X))
& size_2(X,fn_reverse_transcriptase_18(X))
& fn_reverse_transcriptase_15(X) != fn_reverse_transcriptase_16(X)
& has_region_2(X,fn_reverse_transcriptase_8(X))
& is_at_2(fn_reverse_transcriptase_25(X),fn_reverse_transcriptase_8(X))
& has_part_2(fn_reverse_transcriptase_14(X),fn_reverse_transcriptase_25(X))
& has_part_2(X,fn_reverse_transcriptase_14(X))
& has_part_2(X,fn_reverse_transcriptase_17(X))
& possesses_2(X,fn_reverse_transcriptase_7(X))
& quantity_2(fn_reverse_transcriptase_7(X),fn_reverse_transcriptase_24(X))
& directly_proportional_2(fn_reverse_transcriptase_23(X),fn_reverse_transcriptase_24(X))
& speed_2(fn_reverse_transcriptase_22(X),fn_reverse_transcriptase_23(X))
& object_2(fn_reverse_transcriptase_22(X),X)
& fn_reverse_transcriptase_19(X) = fn_dna_polymerase_24(X)
& fn_reverse_transcriptase_27(X) = fn_dna_polymerase_20(X)
& X = fn_reverse_transcription_21(fn_reverse_transcriptase_27(X))
& X = fn_reverse_transcription_17(fn_reverse_transcriptase_27(X))
& fn_reverse_transcriptase_21(X) = fn_synthesis_of_rna_2(fn_reverse_transcriptase_19(X))
& fn_reverse_transcriptase_15(X) = fn_organic_molecule_1(X)
& fn_reverse_transcriptase_6(X) = fn_dna_polymerase_48(X)
& fn_reverse_transcriptase_12(X) = fn_dna_polymerase_30(X)
& fn_reverse_transcriptase_5(X) = fn_dna_polymerase_49(X)
& fn_reverse_transcriptase_13(X) = fn_dna_polymerase_22(X)
& fn_reverse_transcriptase_4(X) = fn_dna_polymerase_50(X)
& fn_reverse_transcriptase_20(X) = fn_dna_polymerase_25(X)
& fn_reverse_transcriptase_3(X) = fn_dna_polymerase_23(X)
& fn_reverse_transcriptase_26(X) = fn_dna_polymerase_39(X)
& fn_reverse_transcriptase_21(X) = fn_dna_polymerase_26(X)
& fn_reverse_transcriptase_10(X) = fn_dna_polymerase_29(X)
& fn_reverse_transcriptase_9(X) = fn_dna_polymerase_28(X)
& fn_reverse_transcriptase_18(X) = fn_protein_enzyme_3(X)
& fn_reverse_transcriptase_18(X) = fn_dna_polymerase_40(X)
& fn_reverse_transcriptase_15(X) = fn_protein_enzyme_7(X)
& fn_reverse_transcriptase_11(X) = fn_protein_enzyme_6(X)
& fn_reverse_transcriptase_11(X) = fn_dna_polymerase_47(X)
& fn_reverse_transcriptase_15(X) = fn_dna_polymerase_46(X)
& fn_reverse_transcriptase_16(X) = fn_dna_polymerase_45(X)
& fn_reverse_transcriptase_17(X) = fn_protein_enzyme_9(X)
& fn_reverse_transcriptase_17(X) = fn_dna_polymerase_32(X)
& fn_reverse_transcriptase_14(X) = fn_dna_polymerase_31(X)
& fn_reverse_transcriptase_25(X) = fn_dna_polymerase_38(X)
& fn_reverse_transcriptase_8(X) = fn_dna_polymerase_27(X)
& fn_reverse_transcriptase_22(X) = fn_dna_polymerase_43(X)
& fn_reverse_transcriptase_23(X) = fn_dna_polymerase_42(X)
& fn_reverse_transcriptase_24(X) = fn_dna_polymerase_41(X)
& fn_reverse_transcriptase_7(X) = fn_dna_polymerase_44(X)
& fn_synthesis_of_rna_2(fn_reverse_transcriptase_19(X)) = fn_dna_polymerase_26(X)
& fn_dna_polymerase_26(X) = fn_dna_polymerase_40(X)
& fn_dna_polymerase_40(X) = fn_dna_polymerase_40(X)
& fn_dna_polymerase_40(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_dna_polymerase_40(X)
& fn_dna_polymerase_40(X) = fn_protein_enzyme_6(X)
& fn_dna_polymerase_47(X) = fn_protein_enzyme_6(X)
& fn_protein_enzyme_6(X) = fn_dna_polymerase_47(X)
& fn_dna_polymerase_47(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_dna_polymerase_46(X)
& fn_dna_polymerase_46(X) = fn_dna_polymerase_46(X)
& fn_dna_polymerase_46(X) = fn_dna_polymerase_32(X)
& fn_dna_polymerase_32(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_dna_polymerase_32(X)
& fn_dna_polymerase_32(X) = fn_reverse_transcription_21(fn_reverse_transcriptase_27(X))
& fn_reverse_transcription_21(fn_reverse_transcriptase_27(X)) = fn_reverse_transcription_17(fn_reverse_transcriptase_27(X)) ) ) ).
fof(a532333,axiom,
! [X] :
( reverse_transcription_1(X)
=> ( original_name_2(X,'Reverse-Transcription')
& user_description_2(X,'A genetic process whereby RNA is used as the template for producing DNA.')
& concept2words_2(X,'reverse transcribe')
& concept2words_2(X,'transcription of reverse')
& concept2words_2(X,'reverse transcription')
& concept2words_2(X,'reverse-transcription')
& copy_1(X)
& synthesis_of_dna_strand_1(X)
& ~ dna_replication_1(X)
& ~ transcription_1(X)
& ~ translation_1(X)
& reactant_1(fn_reverse_transcription_4(X))
& rna_priming_1(fn_reverse_transcription_5(X))
& attach_1(fn_reverse_transcription_6(X))
& break_1(fn_reverse_transcription_7(X))
& chemical_entity_1(fn_reverse_transcription_8(X))
& monomer_1(fn_reverse_transcription_8(X))
& chemical_entity_1(fn_reverse_transcription_9(X))
& monomer_1(fn_reverse_transcription_9(X))
& monomer_1(fn_reverse_transcription_10(X))
& monomer_1(fn_reverse_transcription_11(X))
& free_energy_1(fn_reverse_transcription_12(X))
& quantity_value_1(fn_reverse_transcription_13(X))
& quantity_value_1(fn_reverse_transcription_14(X))
& free_energy_1(fn_reverse_transcription_15(X))
& deoxyribonucleoside_monophosphate_1(fn_reverse_transcription_16(X))
& enzyme_1(fn_reverse_transcription_17(X))
& dna_polymerase_1(fn_reverse_transcription_17(X))
& dna_strand_1(fn_reverse_transcription_18(X))
& entity_1(fn_reverse_transcription_18(X))
& polymer_1(fn_reverse_transcription_18(X))
& produce_1(fn_reverse_transcription_19(X))
& rna_1(fn_reverse_transcription_20(X))
& reverse_transcriptase_1(fn_reverse_transcription_21(X))
& template_1(fn_reverse_transcription_22(X))
& create_1(fn_reverse_transcription_23(X))
& dehydration_reaction_1(fn_reverse_transcription_23(X))
& catalyst_1(fn_reverse_transcription_24(X))
& molecule_1(fn_reverse_transcription_25(X))
& polar_molecule_1(fn_reverse_transcription_25(X))
& chemical_entity_1(fn_reverse_transcription_25(X))
& water_molecule_1(fn_reverse_transcription_25(X))
& hydrophilic_compound_1(fn_reverse_transcription_25(X))
& structural_complexity_value_1(fn_reverse_transcription_26(X))
& entity_1(fn_reverse_transcription_27(X))
& hydrophilic_region_1(fn_reverse_transcription_27(X))
& attract_1(fn_reverse_transcription_28(X))
& structural_complexity_value_1(fn_reverse_transcription_29(X))
& catalyst_1(fn_dna_polymerase_26(fn_reverse_transcription_17(X)))
& attract_1(fn_hydrophilic_compound_2(fn_reverse_transcription_25(X)))
& chemical_entity_1(fn_enzyme_8(fn_reverse_transcription_17(X)))
& reactant_1(fn_enzyme_7(fn_reverse_transcription_17(X)))
& chemical_reaction_1(fn_enzyme_4(fn_reverse_transcription_17(X)))
& create_1(fn_dna_polymerase_20(fn_reverse_transcription_21(X)))
& create_1(fn_dna_polymerase_20(fn_reverse_transcription_17(X)))
& chemical_reaction_1(fn_dna_polymerase_24(fn_reverse_transcription_17(X)))
& monomer_1(fn_polymer_6(fn_reverse_transcription_18(X)))
& monomer_1(fn_polymer_4(fn_reverse_transcription_18(X)))
& entity_1(fn_create_1(fn_reverse_transcription_19(X)))
& entity_1(fn_create_1(fn_reverse_transcription_23(X)))
& free_energy_1(fn_dehydration_reaction_1(fn_reverse_transcription_23(X)))
& chemical_entity_1(fn_dehydration_reaction_7(fn_reverse_transcription_23(X)))
& molecule_1(fn_dehydration_reaction_7(fn_reverse_transcription_23(X)))
& molecule_1(fn_dehydration_reaction_8(fn_reverse_transcription_23(X)))
& entity_1(fn_attract_2(fn_reverse_transcription_28(X)))
& hydrophilic_region_1(fn_hydrophilic_compound_1(fn_reverse_transcription_25(X)))
& water_molecule_1(fn_dehydration_reaction_6(fn_reverse_transcription_23(X)))
& raw_material_2(X,fn_reverse_transcription_16(X))
& structural_complexity_2(fn_reverse_transcription_18(X),fn_reverse_transcription_29(X))
& possesses_2(fn_reverse_transcription_18(X),fn_reverse_transcription_15(X))
& result_2(fn_reverse_transcription_19(X),fn_reverse_transcription_18(X))
& object_2(X,fn_reverse_transcription_20(X))
& plays_2(fn_reverse_transcription_20(X),fn_reverse_transcription_22(X))
& agent_2(X,fn_reverse_transcription_21(X))
& agent_2(X,fn_reverse_transcription_17(X))
& plays_2(fn_reverse_transcription_17(X),fn_reverse_transcription_24(X))
& in_event_2(fn_reverse_transcription_24(X),X)
& has_state_2(fn_reverse_transcription_8(X),fn_reverse_transcription_11(X))
& called_2(fn_reverse_transcription_14(X),'FE_p')
& greater_than_2(fn_reverse_transcription_14(X),fn_reverse_transcription_13(X))
& quantity_2(fn_reverse_transcription_15(X),fn_reverse_transcription_14(X))
& possesses_2(fn_reverse_transcription_25(X),fn_reverse_transcription_15(X))
& subevent_2(X,fn_reverse_transcription_23(X))
& raw_material_2(fn_reverse_transcription_23(X),fn_reverse_transcription_8(X))
& possesses_2(fn_reverse_transcription_8(X),fn_reverse_transcription_12(X))
& quantity_2(fn_reverse_transcription_12(X),fn_reverse_transcription_13(X))
& called_2(fn_reverse_transcription_13(X),'FE_r')
& in_event_2(fn_reverse_transcription_22(X),X)
& raw_material_2(X,fn_reverse_transcription_9(X))
& has_state_2(fn_reverse_transcription_9(X),fn_reverse_transcription_10(X))
& raw_material_2(X,fn_reverse_transcription_8(X))
& subevent_2(X,fn_reverse_transcription_6(X))
& next_event_2(fn_reverse_transcription_6(X),fn_reverse_transcription_7(X))
& subevent_2(X,fn_reverse_transcription_7(X))
& first_subevent_2(X,fn_reverse_transcription_5(X))
& greater_than_2(fn_reverse_transcription_29(X),fn_reverse_transcription_26(X))
& structural_complexity_2(fn_reverse_transcription_25(X),fn_reverse_transcription_29(X))
& result_2(X,fn_reverse_transcription_25(X))
& fn_reverse_transcription_8(X) != fn_reverse_transcription_25(X)
& fn_reverse_transcription_25(X) != fn_reverse_transcription_8(X)
& in_event_2(fn_reverse_transcription_4(X),X)
& plays_2(fn_reverse_transcription_8(X),fn_reverse_transcription_4(X))
& structural_complexity_2(fn_reverse_transcription_8(X),fn_reverse_transcription_26(X))
& fn_reverse_transcription_9(X) != fn_reverse_transcription_8(X)
& fn_reverse_transcription_8(X) != fn_reverse_transcription_9(X)
& subevent_2(X,fn_reverse_transcription_5(X))
& next_event_2(fn_reverse_transcription_5(X),fn_reverse_transcription_6(X))
& agent_2(fn_reverse_transcription_6(X),fn_reverse_transcription_17(X))
& has_function_2(fn_reverse_transcription_17(X),X)
& result_2(X,fn_reverse_transcription_18(X))
& has_part_2(fn_reverse_transcription_18(X),fn_reverse_transcription_10(X))
& result_2(fn_reverse_transcription_23(X),fn_reverse_transcription_25(X))
& site_2(fn_reverse_transcription_28(X),fn_reverse_transcription_27(X))
& has_function_2(fn_reverse_transcription_25(X),fn_reverse_transcription_28(X))
& has_region_2(fn_reverse_transcription_25(X),fn_reverse_transcription_27(X))
& fn_reverse_transcription_16(X) != fn_reverse_transcription_25(X)
& fn_reverse_transcription_25(X) != fn_reverse_transcription_16(X)
& possesses_2(fn_reverse_transcription_16(X),fn_reverse_transcription_12(X))
& raw_material_2(fn_reverse_transcription_23(X),fn_reverse_transcription_16(X))
& has_part_2(fn_reverse_transcription_18(X),fn_reverse_transcription_11(X))
& agent_2(fn_reverse_transcription_28(X),fn_reverse_transcription_27(X))
& result_2(fn_reverse_transcription_23(X),fn_reverse_transcription_18(X))
& fn_reverse_transcription_18(X) = fn_create_1(fn_reverse_transcription_19(X))
& fn_reverse_transcription_20(X) = fn_copy_1(X)
& X = fn_dna_polymerase_20(fn_reverse_transcription_21(X))
& X = fn_dna_polymerase_20(fn_reverse_transcription_17(X))
& X = fn_dna_polymerase_24(fn_reverse_transcription_17(X))
& fn_reverse_transcription_24(X) = fn_dna_polymerase_26(fn_reverse_transcription_17(X))
& fn_reverse_transcription_2(X) = fn_polymer_synthesis_5(X)
& fn_reverse_transcription_11(X) = fn_polymer_synthesis_7(X)
& fn_reverse_transcription_1(X) = fn_polymer_synthesis_6(X)
& fn_reverse_transcription_15(X) = fn_polymer_synthesis_19(X)
& fn_reverse_transcription_14(X) = fn_polymer_synthesis_9(X)
& fn_reverse_transcription_13(X) = fn_polymer_synthesis_10(X)
& fn_reverse_transcription_12(X) = fn_polymer_synthesis_18(X)
& fn_reverse_transcription_8(X) = fn_polymer_synthesis_20(X)
& fn_reverse_transcription_23(X) = fn_polymer_synthesis_24(X)
& fn_reverse_transcription_22(X) = fn_copy_2(X)
& fn_reverse_transcription_22(X) = fn_synthesis_of_dna_strand_2(X)
& fn_reverse_transcription_30(X) = fn_synthesis_of_dna_strand_8(X)
& fn_reverse_transcription_3(X) = fn_synthesis_of_dna_strand_7(X)
& fn_reverse_transcription_10(X) = fn_synthesis_of_dna_strand_13(X)
& fn_reverse_transcription_9(X) = fn_synthesis_of_dna_strand_23(X)
& fn_reverse_transcription_7(X) = fn_synthesis_of_dna_strand_20(X)
& fn_reverse_transcription_25(X) = fn_polymer_synthesis_11(X)
& fn_reverse_transcription_8(X) = fn_synthesis_of_dna_strand_24(X)
& fn_reverse_transcription_25(X) = fn_synthesis_of_dna_strand_10(X)
& fn_reverse_transcription_29(X) = fn_synthesis_of_dna_strand_11(X)
& fn_reverse_transcription_26(X) = fn_synthesis_of_dna_strand_12(X)
& fn_reverse_transcription_9(X) = fn_synthesis_of_dna_strand_24(X)
& fn_reverse_transcription_8(X) = fn_enzyme_8(fn_reverse_transcription_17(X))
& fn_reverse_transcription_8(X) = fn_synthesis_of_dna_strand_23(X)
& fn_reverse_transcription_4(X) = fn_enzyme_7(fn_reverse_transcription_17(X))
& fn_reverse_transcription_4(X) = fn_synthesis_of_dna_strand_25(X)
& fn_reverse_transcription_18(X) = fn_create_1(X)
& fn_reverse_transcription_18(X) = fn_synthesis_of_dna_strand_9(X)
& X = fn_enzyme_4(fn_reverse_transcription_17(X))
& fn_reverse_transcription_17(X) = fn_synthesis_of_dna_strand_17(X)
& fn_reverse_transcription_6(X) = fn_synthesis_of_dna_strand_21(X)
& fn_reverse_transcription_5(X) = fn_synthesis_of_dna_strand_1(X)
& fn_reverse_transcription_10(X) = fn_polymer_6(fn_reverse_transcription_18(X))
& fn_reverse_transcription_18(X) = fn_create_1(fn_reverse_transcription_23(X))
& fn_reverse_transcription_27(X) = fn_attract_2(fn_reverse_transcription_28(X))
& fn_reverse_transcription_11(X) = fn_polymer_4(fn_reverse_transcription_18(X))
& fn_reverse_transcription_12(X) = fn_dehydration_reaction_1(fn_reverse_transcription_23(X))
& fn_reverse_transcription_25(X) = fn_dehydration_reaction_6(fn_reverse_transcription_23(X))
& fn_reverse_transcription_16(X) = fn_dehydration_reaction_7(fn_reverse_transcription_23(X))
& fn_reverse_transcription_16(X) = fn_dehydration_reaction_8(fn_reverse_transcription_23(X))
& fn_reverse_transcription_28(X) = fn_hydrophilic_compound_2(fn_reverse_transcription_25(X))
& fn_reverse_transcription_27(X) = fn_hydrophilic_compound_1(fn_reverse_transcription_25(X))
& fn_copy_2(X) = fn_copy_2(X)
& fn_copy_2(X) = fn_synthesis_of_dna_strand_2(X)
& fn_synthesis_of_dna_strand_2(X) = fn_synthesis_of_dna_strand_23(X)
& fn_synthesis_of_dna_strand_23(X) = fn_synthesis_of_dna_strand_24(X)
& fn_synthesis_of_dna_strand_24(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_enzyme_8(fn_reverse_transcription_17(X))
& fn_enzyme_8(fn_reverse_transcription_17(X)) = fn_enzyme_8(fn_reverse_transcription_17(X))
& fn_enzyme_8(fn_reverse_transcription_17(X)) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_synthesis_of_dna_strand_24(X)
& fn_synthesis_of_dna_strand_24(X) = fn_synthesis_of_dna_strand_24(X)
& fn_synthesis_of_dna_strand_24(X) = fn_synthesis_of_dna_strand_23(X)
& fn_synthesis_of_dna_strand_23(X) = fn_synthesis_of_dna_strand_23(X)
& fn_synthesis_of_dna_strand_23(X) = fn_enzyme_7(fn_reverse_transcription_17(X))
& fn_synthesis_of_dna_strand_25(X) = fn_enzyme_7(fn_reverse_transcription_17(X))
& fn_enzyme_7(fn_reverse_transcription_17(X)) = fn_synthesis_of_dna_strand_25(X)
& fn_synthesis_of_dna_strand_25(X) = fn_dna_polymerase_20(fn_reverse_transcription_21(X))
& fn_dna_polymerase_20(fn_reverse_transcription_17(X)) = fn_enzyme_4(fn_reverse_transcription_17(X))
& fn_enzyme_4(fn_reverse_transcription_17(X)) = fn_enzyme_4(fn_reverse_transcription_17(X))
& fn_enzyme_4(fn_reverse_transcription_17(X)) = fn_dna_polymerase_20(fn_reverse_transcription_21(X))
& fn_dna_polymerase_20(fn_reverse_transcription_21(X)) = fn_dna_polymerase_20(fn_reverse_transcription_17(X))
& fn_dna_polymerase_20(fn_reverse_transcription_17(X)) = fn_dna_polymerase_24(fn_reverse_transcription_17(X))
& fn_dna_polymerase_24(fn_reverse_transcription_17(X)) = fn_synthesis_of_dna_strand_13(X)
& fn_synthesis_of_dna_strand_13(X) = fn_polymer_6(fn_reverse_transcription_18(X))
& fn_polymer_6(fn_reverse_transcription_18(X)) = fn_polymer_synthesis_7(X)
& fn_polymer_synthesis_7(X) = fn_polymer_4(fn_reverse_transcription_18(X))
& fn_polymer_4(fn_reverse_transcription_18(X)) = fn_create_1(fn_reverse_transcription_19(X))
& fn_create_1(fn_reverse_transcription_19(X)) = fn_create_1(X)
& fn_create_1(X) = fn_synthesis_of_dna_strand_9(X)
& fn_synthesis_of_dna_strand_9(X) = fn_create_1(fn_reverse_transcription_23(X))
& fn_create_1(fn_reverse_transcription_23(X)) = fn_polymer_synthesis_18(X)
& fn_polymer_synthesis_18(X) = fn_polymer_synthesis_18(X)
& fn_polymer_synthesis_18(X) = fn_dehydration_reaction_1(fn_reverse_transcription_23(X))
& fn_dehydration_reaction_1(fn_reverse_transcription_23(X)) = fn_dehydration_reaction_1(fn_reverse_transcription_23(X))
& fn_dehydration_reaction_1(fn_reverse_transcription_23(X)) = fn_dehydration_reaction_7(fn_reverse_transcription_23(X))
& fn_dehydration_reaction_8(fn_reverse_transcription_23(X)) = fn_dehydration_reaction_7(fn_reverse_transcription_23(X))
& fn_dehydration_reaction_7(fn_reverse_transcription_23(X)) = fn_dehydration_reaction_8(fn_reverse_transcription_23(X))
& fn_dehydration_reaction_8(fn_reverse_transcription_23(X)) = fn_attract_2(fn_reverse_transcription_28(X))
& fn_attract_2(fn_reverse_transcription_28(X)) = fn_hydrophilic_compound_1(fn_reverse_transcription_25(X))
& fn_hydrophilic_compound_1(fn_reverse_transcription_25(X)) = fn_hydrophilic_compound_1(fn_reverse_transcription_25(X))
& fn_hydrophilic_compound_1(fn_reverse_transcription_25(X)) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_synthesis_of_dna_strand_10(X)
& fn_synthesis_of_dna_strand_10(X) = fn_synthesis_of_dna_strand_10(X)
& fn_synthesis_of_dna_strand_10(X) = fn_dehydration_reaction_6(fn_reverse_transcription_23(X))
& fn_dehydration_reaction_6(fn_reverse_transcription_23(X)) = fn_dehydration_reaction_6(fn_reverse_transcription_23(X)) ) ) ).
fof(a532334,axiom,
! [X] :
( reversible_competitive_inhibition_1(X)
=> ( original_name_2(X,'Reversible-Competitive-Inhibition')
& user_description_2(X,'A competitive inhibition is usually reversible if sufficient substrate molecules are available to ultimately displace the inhibitor.')
& concept2words_2(X,'reversible competitive inhibition')
& concept2words_2(X,'reversible-competitive-inhibition')
& competitive_inhibition_1(X) ) ) ).
fof(a532335,axiom,
! [X] :
( reversible_non_competitive_inhibition_1(X)
=> ( original_name_2(X,'Reversible-Non-Competitive-Inhibition')
& user_description_2(X,'A type of enzyme inhibition where the inhibitor reversibly binds to an allosteric site, a site different than the active site, on the enzyme, preventing the substrate from being able to bind to the active site.')
& concept2words_2(X,inhibit)
& concept2words_2(X,'reversible non competitive inhibition')
& concept2words_2(X,'reversible-non-competitive-inhibition')
& non_competitive_inhibition_1(X)
& ~ irreversible_non_competitive_inhibition_1(X)
& weak_interaction_1(fn_reversible_non_competitive_inhibition_1(X))
& attach_1(fn_reversible_non_competitive_inhibition_2(X))
& instrument_2(fn_reversible_non_competitive_inhibition_2(X),fn_reversible_non_competitive_inhibition_1(X))
& first_subevent_2(X,fn_reversible_non_competitive_inhibition_2(X))
& subevent_2(X,fn_reversible_non_competitive_inhibition_2(X))
& fn_reversible_non_competitive_inhibition_2(X) = fn_non_competitive_inhibition_7(X) ) ) ).
fof(a532336,axiom,
! [X] :
( reversible_reaction_1(X)
=> ( original_name_2(X,'Reversible-Reaction')
& user_description_2(X,'A reversible reaction is a chemical reaction that results in an equilibrium mixture of reactants and products.')
& concept2words_2(X,convert)
& concept2words_2(X,'reaction of reversible')
& concept2words_2(X,'reversible reaction')
& concept2words_2(X,'reversible-reaction')
& chemical_reaction_1(X)
& rate_value_1(fn_reversible_reaction_3(X))
& rate_value_1(fn_reversible_reaction_4(X))
& spatial_entity_1(fn_reversible_reaction_5(X))
& chemical_entity_1(fn_reversible_reaction_5(X))
& reverse_reaction_1(fn_reversible_reaction_6(X))
& forward_reaction_1(fn_reversible_reaction_7(X))
& chemical_entity_1(fn_reverse_reaction_6(fn_reversible_reaction_6(X)))
& spatial_entity_1(fn_forward_reaction_6(fn_reversible_reaction_7(X)))
& chemical_entity_1(fn_forward_reaction_6(fn_reversible_reaction_7(X)))
& spatial_entity_1(fn_reverse_reaction_5(fn_reversible_reaction_6(X)))
& chemical_entity_1(fn_reverse_reaction_5(fn_reversible_reaction_6(X)))
& spatial_entity_1(fn_forward_reaction_5(fn_reversible_reaction_7(X)))
& chemical_entity_1(fn_forward_reaction_5(fn_reversible_reaction_7(X)))
& subevent_2(X,fn_reversible_reaction_7(X))
& subevent_2(X,fn_reversible_reaction_6(X))
& rate_2(fn_reversible_reaction_6(X),fn_reversible_reaction_3(X))
& rate_2(fn_reversible_reaction_7(X),fn_reversible_reaction_4(X))
& raw_material_2(X,fn_reversible_reaction_5(X))
& result_2(fn_reversible_reaction_6(X),fn_reversible_reaction_5(X))
& raw_material_2(fn_reversible_reaction_7(X),fn_reversible_reaction_5(X))
& fn_reversible_reaction_5(X) = fn_chemical_reaction_2(X)
& fn_reversible_reaction_5(X) = fn_reverse_reaction_6(fn_reversible_reaction_6(X))
& fn_reversible_reaction_5(X) = fn_reverse_reaction_5(fn_reversible_reaction_6(X))
& fn_reversible_reaction_5(X) = fn_forward_reaction_6(fn_reversible_reaction_7(X))
& fn_reversible_reaction_5(X) = fn_forward_reaction_5(fn_reversible_reaction_7(X))
& fn_reverse_reaction_6(fn_reversible_reaction_6(X)) = fn_forward_reaction_6(fn_reversible_reaction_7(X))
& fn_chemical_reaction_2(X) = fn_forward_reaction_6(fn_reversible_reaction_7(X))
& fn_forward_reaction_6(fn_reversible_reaction_7(X)) = fn_chemical_reaction_2(X)
& fn_chemical_reaction_2(X) = fn_reverse_reaction_5(fn_reversible_reaction_6(X))
& fn_reverse_reaction_5(fn_reversible_reaction_6(X)) = fn_reverse_reaction_5(fn_reversible_reaction_6(X))
& fn_reverse_reaction_5(fn_reversible_reaction_6(X)) = fn_forward_reaction_5(fn_reversible_reaction_7(X)) ) ) ).
fof(a532337,axiom,
! [X] :
( rh_factor_1(X)
=> ( original_name_2(X,'Rh-Factor')
& user_description_2(X,'A membrane protein found on red blood cells that is recgonized by IgG class antibodies.')
& concept2words_2(X,'rhesus factor')
& concept2words_2(X,'rhesus-factor')
& concept2words_2(X,'factor of rh')
& concept2words_2(X,'rh factor')
& concept2words_2(X,'rh-factor')
& peripheral_protein_1(X)
& antibody_1(fn_rh_factor_1(X))
& interact_1(fn_rh_factor_2(X))
& has_function_2(X,fn_rh_factor_2(X))
& agent_2(fn_rh_factor_2(X),X)
& object_2(fn_rh_factor_2(X),fn_rh_factor_1(X)) ) ) ).
fof(a532338,axiom,
! [X] :
( rhenium_1(X)
=> ( original_name_2(X,'Rhenium')
& user_description_2(X,'Rhenium is a metal atom with atomic number 75. It is represented by the symbol Re.')
& concept2words_2(X,rhenium)
& concept2words_2(X,'Re')
& metal_atom_1(X)
& neutron_1(fn_rhenium_3(X))
& atomic_mass_value_1(fn_rhenium_4(X))
& electronegativity_value_1(fn_rhenium_5(X))
& valence_electron_1(fn_rhenium_9(X))
& atomic_weight_value_1(fn_rhenium_10(X))
& atomic_number_value_1(fn_rhenium_11(X))
& quantity_value_1(fn_rhenium_12(X))
& electronegativity_2(X,fn_rhenium_5(X))
& mass_number_2(X,fn_rhenium_4(X))
& exactCardinality(X,has_part_0,"111",neutron_0)
& exactCardinality(X,has_part_0,"75",proton_0)
& exactCardinality(X,has_part_0,"75",electron_0)
& has_part_2(X,fn_rhenium_3(X))
& the_cardinal_value_2(fn_rhenium_12(X),"7")
& cardinal_unit_class_2(fn_rhenium_12(X),unity_0)
& the_cardinal_value_2(fn_rhenium_5(X),"1.9")
& cardinal_unit_class_2(fn_rhenium_5(X),unity_0)
& the_cardinal_value_2(fn_rhenium_4(X),"186")
& cardinal_unit_class_2(fn_rhenium_4(X),unity_0)
& the_cardinal_value_2(fn_rhenium_11(X),"75")
& cardinal_unit_class_2(fn_rhenium_11(X),unity_0)
& the_cardinal_value_2(fn_rhenium_10(X),"186.2")
& cardinal_unit_class_2(fn_rhenium_10(X),dalton_0)
& atomic_number_2(X,fn_rhenium_11(X))
& atomic_weight_2(X,fn_rhenium_10(X))
& has_part_2(X,fn_rhenium_9(X))
& quantity_2(fn_rhenium_9(X),fn_rhenium_12(X))
& fn_rhenium_7(X) = fn_atom_12(X)
& fn_rhenium_11(X) = fn_atom_17(X)
& fn_rhenium_8(X) = fn_atom_13(X)
& fn_rhenium_10(X) = fn_atom_16(X)
& fn_rhenium_6(X) = fn_atom_1(X)
& fn_rhenium_12(X) = fn_atom_5(X)
& fn_rhenium_9(X) = fn_atom_14(X) ) ) ).
fof(a532339,axiom,
! [X] :
( rheumatoid_arthritis_1(X)
=> ( original_name_2(X,'Rheumatoid-Arthritis')
& user_description_2(X,'A chronic, systemic inflammatory disease that primarily affects joints.')
& concept2words_2(X,'rheumatoid arthritis')
& concept2words_2(X,'rheumatoid-arthritis')
& autoimmune_disease_1(X)
& ~ immunodeficiency_1(X)
& ~ lupus_1(X)
& ~ type_1_diabetes_mellitus_1(X) ) ) ).
fof(a532340,axiom,
! [X] :
( rhizaria_1(X)
=> ( original_name_2(X,'Rhizaria')
& user_description_2(X,'A large supergroup of mostly unicellular organisms, defined by shared DNA characteristics.')
& concept2words_2(X,rhizaria)
& eukaryotic_clade_1(X)
& ~ alveolate_1(X)
& ~ amoeba_1(X)
& ~ charophycean_1(X)
& ~ chlorophyta_1(X)
& ~ dinoflagellate_1(X)
& ~ diplomonad_1(X)
& ~ foraminiferan_1(X)
& ~ freshwater_protist_1(X)
& ~ oomycete_1(X)
& ~ parabasalid_1(X)
& ~ radiolarian_1(X)
& ~ rhodophyte_1(X)
& ~ seaweed_1(X)
& ~ stramenopile_1(X)
& ~ archaeplastid_1(X)
& ~ excavata_1(X)
& ~ unikonta_1(X) ) ) ).
fof(a532341,axiom,
! [X] :
( rhizobacterium_1(X)
=> ( original_name_2(X,'Rhizobacterium')
& user_description_2(X,'Bacteria that live in soil and form symbiotic relationships with the roots of plants.')
& concept2words_2(X,rhizobacterium)
& bacterium_1(X)
& ~ cellulose_digesting_bacteria_1(X)
& ~ escherichia_coli_1(X)
& ~ gram_negative_bacteria_1(X)
& ~ gram_positive_bacteria_1(X)
& ~ mycoplasma_1(X)
& chromosome_1(fn_rhizobacterium_1(X))
& prokaryotic_chromosome_1(fn_rhizobacterium_1(X))
& nucleoid_1(fn_rhizobacterium_2(X))
& substance_1(fn_rhizobacterium_3(X))
& cytosol_1(fn_rhizobacterium_3(X))
& tangible_entity_1(fn_rhizobacterium_4(X))
& phospholipid_bilayer_1(fn_rhizobacterium_4(X))
& specific_heat_value_1(fn_rhizobacterium_5(X))
& nutrition_1(fn_rhizobacterium_6(X))
& chemoheterotroph_1(fn_rhizobacterium_7(X))
& temperature_value_1(fn_rhizobacterium_8(X))
& size_value_1(fn_rhizobacterium_9(X))
& surface_1(fn_rhizobacterium_10(X))
& volume_value_1(fn_rhizobacterium_11(X))
& cell_wall_1(fn_rhizobacterium_12(X))
& water_1(fn_rhizobacterium_13(X))
& ribosome_1(fn_rhizobacterium_14(X))
& prokaryotic_ribosome_1(fn_rhizobacterium_14(X))
& spatial_entity_1(fn_rhizobacterium_15(X))
& biomembrane_1(fn_rhizobacterium_15(X))
& plasma_membrane_1(fn_rhizobacterium_15(X))
& mixture_1(fn_rhizobacterium_16(X))
& cytoplasm_1(fn_rhizobacterium_16(X))
& nutrition_1(fn_heterotroph_3(fn_rhizobacterium_7(X)))
& organism_1(fn_heterotroph_2(fn_rhizobacterium_7(X)))
& is_inside_2(fn_rhizobacterium_14(X),fn_rhizobacterium_3(X))
& in_event_2(fn_rhizobacterium_7(X),fn_rhizobacterium_6(X))
& agent_2(fn_rhizobacterium_6(X),X)
& plays_2(X,fn_rhizobacterium_7(X))
& has_part_2(X,fn_rhizobacterium_13(X))
& specific_heat_2(fn_rhizobacterium_13(X),fn_rhizobacterium_5(X))
& correspondence_2(fn_rhizobacterium_8(X),fn_rhizobacterium_5(X))
& temperature_2(X,fn_rhizobacterium_8(X))
& has_part_2(X,fn_rhizobacterium_1(X))
& is_inside_2(fn_rhizobacterium_1(X),fn_rhizobacterium_2(X))
& has_region_2(X,fn_rhizobacterium_2(X))
& has_part_2(fn_rhizobacterium_16(X),fn_rhizobacterium_3(X))
& volume_2(X,fn_rhizobacterium_11(X))
& directly_proportional_2(fn_rhizobacterium_9(X),fn_rhizobacterium_11(X))
& size_2(X,fn_rhizobacterium_9(X))
& has_region_2(X,fn_rhizobacterium_10(X))
& is_at_2(fn_rhizobacterium_4(X),fn_rhizobacterium_10(X))
& has_part_2(X,fn_rhizobacterium_14(X))
& has_part_2(fn_rhizobacterium_15(X),fn_rhizobacterium_4(X))
& has_part_2(X,fn_rhizobacterium_16(X))
& is_inside_2(fn_rhizobacterium_16(X),fn_rhizobacterium_15(X))
& is_inside_2(fn_rhizobacterium_15(X),fn_rhizobacterium_12(X))
& has_part_2(X,fn_rhizobacterium_12(X))
& has_part_2(X,fn_rhizobacterium_15(X))
& X = fn_heterotroph_2(fn_rhizobacterium_7(X))
& fn_rhizobacterium_6(X) = fn_heterotroph_3(fn_rhizobacterium_7(X))
& fn_rhizobacterium_18(X) = fn_organism_1(X)
& fn_rhizobacterium_17(X) = fn_organism_6(X)
& fn_rhizobacterium_8(X) = fn_organism_2(X)
& fn_rhizobacterium_5(X) = fn_organism_5(X)
& fn_rhizobacterium_13(X) = fn_organism_4(X)
& fn_rhizobacterium_3(X) = fn_prokaryote_10(X)
& fn_rhizobacterium_2(X) = fn_prokaryote_18(X)
& fn_rhizobacterium_1(X) = fn_prokaryote_9(X)
& fn_rhizobacterium_20(X) = fn_cell_23(X)
& fn_rhizobacterium_19(X) = fn_cell_10(X)
& fn_rhizobacterium_4(X) = fn_cell_26(X)
& fn_rhizobacterium_10(X) = fn_cell_4(X)
& fn_rhizobacterium_9(X) = fn_cell_11(X)
& fn_rhizobacterium_11(X) = fn_cell_22(X)
& fn_rhizobacterium_14(X) = fn_bacterium_14(X)
& fn_rhizobacterium_4(X) = fn_bacterium_5(X)
& fn_rhizobacterium_12(X) = fn_bacterium_12(X)
& fn_rhizobacterium_15(X) = fn_bacterium_15(X)
& fn_rhizobacterium_16(X) = fn_prokaryote_12(X)
& fn_rhizobacterium_16(X) = fn_bacterium_16(X)
& fn_cell_26(X) = fn_bacterium_5(X)
& fn_bacterium_5(X) = fn_prokaryote_12(X)
& fn_bacterium_16(X) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_bacterium_16(X)
& fn_heterotroph_2(fn_rhizobacterium_7(X)) = fn_heterotroph_2(fn_rhizobacterium_7(X)) ) ) ).
fof(a532342,axiom,
! [X] :
( rhizoid_1(X)
=> ( original_name_2(X,'Rhizoid')
& user_description_2(X,'A long, tubular structure that consists of a single cell or a filament of cells, that extends from the lower epidermal cells of bryophytes and anchors the plant into the soil.')
& concept2words_2(X,rhizoid)
& plant_support_cell_1(X)
& ~ bundle_sheath_cell_1(X)
& ~ collenchyma_cell_1(X)
& ~ companion_cell_1(X)
& ~ fiber_cell_1(X)
& ~ fusiform_initials_1(X)
& ~ guard_cell_1(X)
& ~ initial_meristem_1(X)
& ~ mesophyll_cell_1(X)
& ~ parenchyma_cell_1(X)
& ~ placental_transfer_cell_1(X)
& ~ plant_cell_inside_hypertonic_solution_1(X)
& ~ plant_cell_inside_hypotonic_solution_1(X)
& ~ plant_cell_inside_isotonic_solution_1(X)
& ~ sclereid_1(X)
& ~ sclerenchyma_cell_1(X)
& ~ sieve_tube_element_1(X)
& ~ tracheid_1(X)
& ~ vessel_element_1(X) ) ) ).
fof(a532343,axiom,
! [X] :
( rhizome_1(X)
=> ( original_name_2(X,'Rhizome')
& user_description_2(X,'A modified plant stem that extends horizontally along the surface of the soil or just below the surface, with roots growing down and shoots growing up.')
& concept2words_2(X,rhizome)
& stem_1(X) ) ) ).
fof(a532344,axiom,
! [X] :
( rhizosphere_1(X)
=> ( original_name_2(X,'Rhizosphere')
& user_description_2(X,'The narrow region of soil that is directly affected by plant roots and associated soil microbes.')
& concept2words_2(X,rhizosphere)
& geographic_region_1(X) ) ) ).
fof(a532345,axiom,
! [X] :
( rhodium_1(X)
=> ( original_name_2(X,'Rhodium')
& user_description_2(X,'Rhodium is a metal atom with atomic number 45. It is represented by the symbol Rh.')
& concept2words_2(X,rhodium)
& concept2words_2(X,'Rh')
& metal_atom_1(X)
& neutron_1(fn_rhodium_3(X))
& atomic_mass_value_1(fn_rhodium_4(X))
& electronegativity_value_1(fn_rhodium_5(X))
& valence_electron_1(fn_rhodium_9(X))
& atomic_weight_value_1(fn_rhodium_10(X))
& atomic_number_value_1(fn_rhodium_11(X))
& quantity_value_1(fn_rhodium_12(X))
& electronegativity_2(X,fn_rhodium_5(X))
& mass_number_2(X,fn_rhodium_4(X))
& exactCardinality(X,has_part_0,"58",neutron_0)
& exactCardinality(X,has_part_0,"45",proton_0)
& exactCardinality(X,has_part_0,"45",electron_0)
& has_part_2(X,fn_rhodium_3(X))
& the_cardinal_value_2(fn_rhodium_12(X),"9")
& cardinal_unit_class_2(fn_rhodium_12(X),unity_0)
& the_cardinal_value_2(fn_rhodium_5(X),"2.28")
& cardinal_unit_class_2(fn_rhodium_5(X),unity_0)
& the_cardinal_value_2(fn_rhodium_4(X),"103")
& cardinal_unit_class_2(fn_rhodium_4(X),unity_0)
& the_cardinal_value_2(fn_rhodium_11(X),"45")
& cardinal_unit_class_2(fn_rhodium_11(X),unity_0)
& the_cardinal_value_2(fn_rhodium_10(X),"102.9")
& cardinal_unit_class_2(fn_rhodium_10(X),dalton_0)
& atomic_number_2(X,fn_rhodium_11(X))
& atomic_weight_2(X,fn_rhodium_10(X))
& has_part_2(X,fn_rhodium_9(X))
& quantity_2(fn_rhodium_9(X),fn_rhodium_12(X))
& fn_rhodium_7(X) = fn_atom_12(X)
& fn_rhodium_11(X) = fn_atom_17(X)
& fn_rhodium_8(X) = fn_atom_13(X)
& fn_rhodium_10(X) = fn_atom_16(X)
& fn_rhodium_6(X) = fn_atom_1(X)
& fn_rhodium_12(X) = fn_atom_5(X)
& fn_rhodium_9(X) = fn_atom_14(X) ) ) ).
fof(a532346,axiom,
! [X] :
( rhodobacter_1(X)
=> ( original_name_2(X,'Rhodobacter')
& user_description_2(X,'Diverse group of photosynthetic bacteria found primarily in aquatic ecosystems.')
& concept2words_2(X,rhodobacter)
& bacterium_1(X)
& chromosome_1(fn_rhodobacter_1(X))
& prokaryotic_chromosome_1(fn_rhodobacter_1(X))
& nucleoid_1(fn_rhodobacter_2(X))
& substance_1(fn_rhodobacter_3(X))
& cytosol_1(fn_rhodobacter_3(X))
& tangible_entity_1(fn_rhodobacter_4(X))
& phospholipid_bilayer_1(fn_rhodobacter_4(X))
& specific_heat_value_1(fn_rhodobacter_5(X))
& nutrition_1(fn_rhodobacter_6(X))
& photoheterotroph_1(fn_rhodobacter_7(X))
& temperature_value_1(fn_rhodobacter_8(X))
& size_value_1(fn_rhodobacter_9(X))
& surface_1(fn_rhodobacter_10(X))
& volume_value_1(fn_rhodobacter_11(X))
& cell_wall_1(fn_rhodobacter_12(X))
& water_1(fn_rhodobacter_13(X))
& ribosome_1(fn_rhodobacter_14(X))
& prokaryotic_ribosome_1(fn_rhodobacter_14(X))
& spatial_entity_1(fn_rhodobacter_15(X))
& biomembrane_1(fn_rhodobacter_15(X))
& plasma_membrane_1(fn_rhodobacter_15(X))
& mixture_1(fn_rhodobacter_16(X))
& cytoplasm_1(fn_rhodobacter_16(X))
& nutrition_1(fn_heterotroph_3(fn_rhodobacter_7(X)))
& organism_1(fn_heterotroph_2(fn_rhodobacter_7(X)))
& is_inside_2(fn_rhodobacter_14(X),fn_rhodobacter_3(X))
& in_event_2(fn_rhodobacter_7(X),fn_rhodobacter_6(X))
& agent_2(fn_rhodobacter_6(X),X)
& plays_2(X,fn_rhodobacter_7(X))
& has_part_2(X,fn_rhodobacter_13(X))
& specific_heat_2(fn_rhodobacter_13(X),fn_rhodobacter_5(X))
& correspondence_2(fn_rhodobacter_8(X),fn_rhodobacter_5(X))
& temperature_2(X,fn_rhodobacter_8(X))
& has_part_2(X,fn_rhodobacter_1(X))
& is_inside_2(fn_rhodobacter_1(X),fn_rhodobacter_2(X))
& has_region_2(X,fn_rhodobacter_2(X))
& has_part_2(fn_rhodobacter_16(X),fn_rhodobacter_3(X))
& volume_2(X,fn_rhodobacter_11(X))
& directly_proportional_2(fn_rhodobacter_9(X),fn_rhodobacter_11(X))
& size_2(X,fn_rhodobacter_9(X))
& has_region_2(X,fn_rhodobacter_10(X))
& is_at_2(fn_rhodobacter_4(X),fn_rhodobacter_10(X))
& has_part_2(X,fn_rhodobacter_14(X))
& has_part_2(fn_rhodobacter_15(X),fn_rhodobacter_4(X))
& has_part_2(X,fn_rhodobacter_16(X))
& is_inside_2(fn_rhodobacter_16(X),fn_rhodobacter_15(X))
& is_inside_2(fn_rhodobacter_15(X),fn_rhodobacter_12(X))
& has_part_2(X,fn_rhodobacter_12(X))
& has_part_2(X,fn_rhodobacter_15(X))
& X = fn_heterotroph_2(fn_rhodobacter_7(X))
& fn_rhodobacter_6(X) = fn_heterotroph_3(fn_rhodobacter_7(X))
& fn_rhodobacter_18(X) = fn_organism_1(X)
& fn_rhodobacter_17(X) = fn_organism_6(X)
& fn_rhodobacter_8(X) = fn_organism_2(X)
& fn_rhodobacter_5(X) = fn_organism_5(X)
& fn_rhodobacter_13(X) = fn_organism_4(X)
& fn_rhodobacter_3(X) = fn_prokaryote_10(X)
& fn_rhodobacter_2(X) = fn_prokaryote_18(X)
& fn_rhodobacter_1(X) = fn_prokaryote_9(X)
& fn_rhodobacter_20(X) = fn_cell_23(X)
& fn_rhodobacter_19(X) = fn_cell_10(X)
& fn_rhodobacter_4(X) = fn_cell_26(X)
& fn_rhodobacter_10(X) = fn_cell_4(X)
& fn_rhodobacter_9(X) = fn_cell_11(X)
& fn_rhodobacter_11(X) = fn_cell_22(X)
& fn_rhodobacter_14(X) = fn_bacterium_14(X)
& fn_rhodobacter_4(X) = fn_bacterium_5(X)
& fn_rhodobacter_12(X) = fn_bacterium_12(X)
& fn_rhodobacter_15(X) = fn_bacterium_15(X)
& fn_rhodobacter_16(X) = fn_prokaryote_12(X)
& fn_rhodobacter_16(X) = fn_bacterium_16(X)
& fn_cell_26(X) = fn_bacterium_5(X)
& fn_bacterium_5(X) = fn_prokaryote_12(X)
& fn_bacterium_16(X) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_bacterium_16(X)
& fn_heterotroph_2(fn_rhodobacter_7(X)) = fn_heterotroph_2(fn_rhodobacter_7(X)) ) ) ).
fof(a532347,axiom,
! [X] :
( rhodophyte_1(X)
=> ( original_name_2(X,'Rhodophyte')
& user_description_2(X,'Member of the phylum Rhodophyta, or red algae. Rhodophytes belong to a large and diverse group of algae, most of which are marine and multicellular. The rhodophytes are distinguished from other algae by the posession of red phycobilin photosynthetic pigments.')
& concept2words_2(X,rhodophyte)
& protist_1(X)
& ~ alveolate_1(X)
& ~ amoeba_1(X)
& ~ charophycean_1(X)
& ~ chlorophyta_1(X)
& ~ dinoflagellate_1(X)
& ~ diplomonad_1(X)
& ~ foraminiferan_1(X)
& ~ freshwater_protist_1(X)
& ~ oomycete_1(X)
& ~ parabasalid_1(X)
& ~ radiolarian_1(X)
& ~ rhizaria_1(X)
& ~ seaweed_1(X)
& ~ stramenopile_1(X) ) ) ).
fof(a532348,axiom,
! [X] :
( rhodopsin_1(X)
=> ( original_name_2(X,'Rhodopsin')
& user_description_2(X,'A visual pigment that consists of retinal and the protein opsin. Absorption of light causes rhodopsin to dissociate into its retinal and opsin components; after a period of time the rhodopsin is reconstituted.')
& concept2words_2(X,'visual purple')
& concept2words_2(X,'visual-purple')
& concept2words_2(X,rhodopsin)
& visual_pigment_1(X)
& receptor_protein_1(X)
& hydrophobic_region_1(fn_rhodopsin_1(X))
& vitamin_a_1(fn_rhodopsin_2(X))
& chemical_bond_1(fn_rhodopsin_3(X))
& covalent_bond_1(fn_rhodopsin_3(X))
& has_part_2(X,fn_rhodopsin_2(X))
& has_region_2(X,fn_rhodopsin_1(X))
& possesses_2(X,fn_rhodopsin_3(X))
& fn_rhodopsin_3(X) = fn_molecule_10(X)
& fn_rhodopsin_3(X) = fn_polymer_1(X)
& fn_molecule_10(X) = fn_polymer_1(X) ) ) ).
fof(a532349,axiom,
! [X] :
( rhythm_method_1(X)
=> ( original_name_2(X,'Rhythm-Method')
& user_description_2(X,'A contraceptive method that relies on abstention from sexual intercourse when conception is most likely. Also known as natural family planning because it does not rely on chemical or barrier methods to prevent pregnancy.')
& concept2words_2(X,'method of rhythm')
& concept2words_2(X,'rhythm method')
& concept2words_2(X,'rhythm-method')
& contraception_1(X)
& ~ intrauterine_device_1(X)
& ~ natural_family_planning_1(X)
& ~ prezygotic_barrier_1(X)
& ~ vasectomy_1(X) ) ) ).
fof(a532350,axiom,
! [X] :
( ribonuclease_1(X)
=> ( original_name_2(X,'Ribonuclease')
& user_description_2(X,'Hydrolytic enzyme that takes apart ribonuclease.')
& concept2words_2(X,'hydrolytic enzyme that digests mrna')
& concept2words_2(X,ribonuclease)
& hydrolase_1(X)
& ~ digestive_enzyme_1(X)
& ~ lysosomal_enzyme_1(X)
& ~ nuclease_1(X)
& hydrolysis_1(fn_ribonuclease_1(X))
& cofactor_1(fn_ribonuclease_2(X))
& magnesium_1(fn_ribonuclease_3(X))
& take_apart_1(fn_ribonuclease_4(X))
& mrna_1(fn_ribonuclease_5(X))
& tangible_entity_1(fn_impair_1(fn_ribonuclease_4(X)))
& chemical_entity_1(fn_cofactor_1(fn_ribonuclease_2(X)))
& agent_2(fn_ribonuclease_4(X),X)
& in_event_2(fn_ribonuclease_2(X),fn_ribonuclease_1(X))
& object_2(fn_ribonuclease_4(X),fn_ribonuclease_5(X))
& plays_2(fn_ribonuclease_3(X),fn_ribonuclease_2(X))
& has_function_2(X,fn_ribonuclease_1(X))
& fn_ribonuclease_5(X) = fn_impair_1(fn_ribonuclease_4(X))
& fn_ribonuclease_3(X) = fn_cofactor_1(fn_ribonuclease_2(X))
& fn_ribonuclease_1(X) = fn_hydrolase_1(X) ) ) ).
fof(a532351,axiom,
! [X] :
( ribonucleoside_diphosphate_1(X)
=> ( original_name_2(X,'Ribonucleoside-Diphosphate')
& user_description_2(X,'The ribonucleoside diphosphate has nitrogen base, two phosphate groups and a ribose sugar.')
& concept2words_2(X,'ribonucleoside diphosphate')
& concept2words_2(X,'ribonucleoside-diphosphate')
& ribonucleotide_1(X)
& nucleoside_diphosphate_1(X)
& ~ ribonucleoside_monophosphate_1(X)
& ~ ribonucleoside_triphosphate_1(X) ) ) ).
fof(a532352,axiom,
! [X] :
( ribonucleoside_monophosphate_1(X)
=> ( original_name_2(X,'Ribonucleoside-Monophosphate')
& user_description_2(X,'The ribonucleoside monophosphate has nitrogen base, one phosphate group and a ribose sugar.')
& concept2words_2(X,'ribonucleoside monophosphate')
& concept2words_2(X,'ribonucleoside-monophosphate')
& nucleoside_monophosphate_1(X)
& ribonucleotide_1(X)
& ~ ribonucleoside_diphosphate_1(X)
& ~ ribonucleoside_triphosphate_1(X)
& share_1(fn_ribonucleoside_monophosphate_4(X))
& share_1(fn_ribonucleoside_monophosphate_5(X))
& share_1(fn_ribonucleoside_monophosphate_6(X))
& share_1(fn_ribonucleoside_monophosphate_7(X))
& electron_1(fn_ribonucleoside_monophosphate_8(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_8(X))
& share_1(fn_ribonucleoside_monophosphate_9(X))
& attract_1(fn_ribonucleoside_monophosphate_10(X))
& atomic_orbital_1(fn_ribonucleoside_monophosphate_11(X))
& share_1(fn_ribonucleoside_monophosphate_12(X))
& share_1(fn_ribonucleoside_monophosphate_13(X))
& share_1(fn_ribonucleoside_monophosphate_14(X))
& share_1(fn_ribonucleoside_monophosphate_15(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_16(X))
& share_1(fn_ribonucleoside_monophosphate_17(X))
& attract_1(fn_ribonucleoside_monophosphate_18(X))
& asymmetrical_distribution_1(fn_ribonucleoside_monophosphate_19(X))
& constant_motion_1(fn_ribonucleoside_monophosphate_20(X))
& share_1(fn_ribonucleoside_monophosphate_21(X))
& electron_1(fn_ribonucleoside_monophosphate_22(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_22(X))
& entity_1(fn_ribonucleoside_monophosphate_22(X))
& electron_1(fn_ribonucleoside_monophosphate_23(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_23(X))
& electron_1(fn_ribonucleoside_monophosphate_24(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_24(X))
& entity_1(fn_ribonucleoside_monophosphate_25(X))
& electron_1(fn_ribonucleoside_monophosphate_25(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_25(X))
& electron_1(fn_ribonucleoside_monophosphate_26(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_26(X))
& quantity_value_1(fn_ribonucleoside_monophosphate_27(X))
& tangible_entity_1(fn_ribonucleoside_monophosphate_28(X))
& entity_1(fn_ribonucleoside_monophosphate_28(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_28(X))
& electron_1(fn_ribonucleoside_monophosphate_28(X))
& entity_1(fn_ribonucleoside_monophosphate_29(X))
& chemical_entity_1(fn_ribonucleoside_monophosphate_29(X))
& atom_1(fn_ribonucleoside_monophosphate_29(X))
& oxygen_1(fn_ribonucleoside_monophosphate_29(X))
& share_1(fn_ribonucleoside_monophosphate_30(X))
& share_1(fn_ribonucleoside_monophosphate_31(X))
& share_1(fn_ribonucleoside_monophosphate_32(X))
& share_1(fn_ribonucleoside_monophosphate_33(X))
& share_1(fn_ribonucleoside_monophosphate_34(X))
& entity_1(fn_ribonucleoside_monophosphate_35(X))
& electron_1(fn_ribonucleoside_monophosphate_35(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_35(X))
& entity_1(fn_ribonucleoside_monophosphate_36(X))
& electron_1(fn_ribonucleoside_monophosphate_36(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_36(X))
& electron_1(fn_ribonucleoside_monophosphate_37(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_37(X))
& electron_1(fn_ribonucleoside_monophosphate_38(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_38(X))
& electron_1(fn_ribonucleoside_monophosphate_39(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_39(X))
& electron_1(fn_ribonucleoside_monophosphate_40(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_40(X))
& electron_1(fn_ribonucleoside_monophosphate_41(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_41(X))
& electron_1(fn_ribonucleoside_monophosphate_42(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_42(X))
& entity_1(fn_ribonucleoside_monophosphate_42(X))
& tangible_entity_1(fn_ribonucleoside_monophosphate_43(X))
& entity_1(fn_ribonucleoside_monophosphate_43(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_43(X))
& electron_1(fn_ribonucleoside_monophosphate_43(X))
& share_1(fn_ribonucleoside_monophosphate_44(X))
& share_1(fn_ribonucleoside_monophosphate_45(X))
& share_1(fn_ribonucleoside_monophosphate_46(X))
& chemical_entity_1(fn_ribonucleoside_monophosphate_47(X))
& entity_1(fn_ribonucleoside_monophosphate_47(X))
& atom_1(fn_ribonucleoside_monophosphate_47(X))
& number_5_prime_carbon_1(fn_ribonucleoside_monophosphate_47(X))
& carbon_1(fn_ribonucleoside_monophosphate_47(X))
& chemical_entity_1(fn_ribonucleoside_monophosphate_48(X))
& entity_1(fn_ribonucleoside_monophosphate_48(X))
& number_5_prime_carbon_1(fn_ribonucleoside_monophosphate_48(X))
& atom_1(fn_ribonucleoside_monophosphate_48(X))
& carbon_1(fn_ribonucleoside_monophosphate_48(X))
& spatial_entity_1(fn_ribonucleoside_monophosphate_49(X))
& molecule_1(fn_ribonucleoside_monophosphate_49(X))
& organic_molecule_1(fn_ribonucleoside_monophosphate_49(X))
& pentose_1(fn_ribonucleoside_monophosphate_49(X))
& ribose_1(fn_ribonucleoside_monophosphate_49(X))
& nitrogenous_base_present_in_rna_1(fn_ribonucleoside_monophosphate_50(X))
& nucleoside_1(fn_ribonucleoside_monophosphate_51(X))
& number_5_prime_region_1(fn_ribonucleoside_monophosphate_52(X))
& entity_1(fn_ribonucleoside_monophosphate_53(X))
& electron_1(fn_ribonucleoside_monophosphate_53(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_53(X))
& hold_together_1(fn_ribonucleoside_monophosphate_54(X))
& share_1(fn_ribonucleoside_monophosphate_55(X))
& single_bond_1(fn_ribonucleoside_monophosphate_56(X))
& covalent_bond_1(fn_ribonucleoside_monophosphate_56(X))
& chemical_bond_1(fn_ribonucleoside_monophosphate_57(X))
& double_bond_1(fn_ribonucleoside_monophosphate_57(X))
& covalent_bond_1(fn_ribonucleoside_monophosphate_57(X))
& functional_group_1(fn_ribonucleoside_monophosphate_58(X))
& phosphate_group_1(fn_ribonucleoside_monophosphate_58(X))
& carbon_skeleton_1(fn_ribonucleoside_monophosphate_59(X))
& chemical_entity_1(fn_ribonucleoside_monophosphate_60(X))
& entity_1(fn_ribonucleoside_monophosphate_60(X))
& atom_1(fn_ribonucleoside_monophosphate_60(X))
& phosphorus_1(fn_ribonucleoside_monophosphate_60(X))
& electron_1(fn_ribonucleoside_monophosphate_61(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_61(X))
& entity_1(fn_ribonucleoside_monophosphate_62(X))
& electron_1(fn_ribonucleoside_monophosphate_62(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_62(X))
& entity_1(fn_ribonucleoside_monophosphate_63(X))
& electron_1(fn_ribonucleoside_monophosphate_63(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_63(X))
& electron_1(fn_ribonucleoside_monophosphate_64(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_64(X))
& electron_1(fn_ribonucleoside_monophosphate_65(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_65(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_66(X))
& electron_1(fn_ribonucleoside_monophosphate_67(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_67(X))
& tangible_entity_1(fn_ribonucleoside_monophosphate_68(X))
& entity_1(fn_ribonucleoside_monophosphate_68(X))
& electron_1(fn_ribonucleoside_monophosphate_68(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_68(X))
& share_1(fn_ribonucleoside_monophosphate_69(X))
& share_1(fn_ribonucleoside_monophosphate_70(X))
& entity_1(fn_ribonucleoside_monophosphate_71(X))
& electron_1(fn_ribonucleoside_monophosphate_71(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_71(X))
& entity_1(fn_ribonucleoside_monophosphate_72(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_72(X))
& electron_1(fn_ribonucleoside_monophosphate_73(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_73(X))
& share_1(fn_ribonucleoside_monophosphate_74(X))
& share_1(fn_ribonucleoside_monophosphate_75(X))
& share_1(fn_ribonucleoside_monophosphate_76(X))
& quantity_value_1(fn_ribonucleoside_monophosphate_77(X))
& atomic_number_value_1(fn_ribonucleoside_monophosphate_78(X))
& share_1(fn_ribonucleoside_monophosphate_79(X))
& tangible_entity_1(fn_ribonucleoside_monophosphate_80(X))
& entity_1(fn_ribonucleoside_monophosphate_80(X))
& electron_1(fn_ribonucleoside_monophosphate_80(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_80(X))
& entity_1(fn_ribonucleoside_monophosphate_81(X))
& proton_1(fn_ribonucleoside_monophosphate_81(X))
& quantity_value_1(fn_ribonucleoside_monophosphate_82(X))
& atomic_number_value_1(fn_ribonucleoside_monophosphate_83(X))
& proton_1(fn_ribonucleoside_monophosphate_84(X))
& tangible_entity_1(fn_ribonucleoside_monophosphate_85(X))
& electron_1(fn_ribonucleoside_monophosphate_85(X))
& entity_1(fn_ribonucleoside_monophosphate_85(X))
& valence_electron_1(fn_ribonucleoside_monophosphate_85(X))
& share_1(fn_ribonucleoside_monophosphate_86(X))
& share_1(fn_ribonucleoside_monophosphate_87(X))
& oxygen_1(fn_ribonucleoside_monophosphate_88(X))
& entity_1(fn_ribonucleoside_monophosphate_88(X))
& chemical_entity_1(fn_ribonucleoside_monophosphate_88(X))
& atom_1(fn_ribonucleoside_monophosphate_88(X))
& chemical_entity_1(fn_functional_group_1(fn_ribonucleoside_monophosphate_58(X)))
& atomic_orbital_1(fn_covalent_bond_13(fn_ribonucleoside_monophosphate_56(X)))
& attract_1(fn_covalent_bond_10(fn_ribonucleoside_monophosphate_56(X)))
& atomic_orbital_1(fn_covalent_bond_13(fn_ribonucleoside_monophosphate_57(X)))
& attract_1(fn_covalent_bond_10(fn_ribonucleoside_monophosphate_57(X)))
& constant_motion_1(fn_covalent_bond_16(fn_ribonucleoside_monophosphate_57(X)))
& asymmetrical_distribution_1(fn_covalent_bond_1(fn_ribonucleoside_monophosphate_57(X)))
& quantity_value_1(fn_covalent_bond_8(fn_ribonucleoside_monophosphate_56(X)))
& quantity_value_1(fn_covalent_bond_8(fn_ribonucleoside_monophosphate_57(X)))
& quantity_value_1(fn_covalent_bond_9(fn_ribonucleoside_monophosphate_56(X)))
& quantity_value_1(fn_covalent_bond_9(fn_ribonucleoside_monophosphate_57(X)))
& nitrogenous_base_1(fn_nucleoside_21(fn_ribonucleoside_monophosphate_51(X)))
& entity_1(fn_share_2(fn_ribonucleoside_monophosphate_12(X)))
& entity_1(fn_share_3(fn_ribonucleoside_monophosphate_79(X)))
& entity_1(fn_share_1(fn_ribonucleoside_monophosphate_79(X)))
& spatial_entity_1(fn_nucleoside_20(fn_ribonucleoside_monophosphate_51(X)))
& molecule_1(fn_nucleoside_20(fn_ribonucleoside_monophosphate_51(X)))
& organic_molecule_1(fn_nucleoside_20(fn_ribonucleoside_monophosphate_51(X)))
& pentose_1(fn_nucleoside_20(fn_ribonucleoside_monophosphate_51(X)))
& number_5_prime_region_1(fn_nucleoside_5(fn_ribonucleoside_monophosphate_51(X)))
& electron_1(fn_phosphate_group_20(fn_ribonucleoside_monophosphate_58(X)))
& valence_electron_1(fn_phosphate_group_20(fn_ribonucleoside_monophosphate_58(X)))
& valence_electron_1(fn_phosphate_group_9(fn_ribonucleoside_monophosphate_58(X)))
& valence_electron_1(fn_phosphate_group_8(fn_ribonucleoside_monophosphate_58(X)))
& share_1(fn_phosphate_group_35(fn_ribonucleoside_monophosphate_58(X)))
& share_1(fn_phosphate_group_39(fn_ribonucleoside_monophosphate_58(X)))
& entity_1(fn_covalent_bond_19(fn_ribonucleoside_monophosphate_57(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_ribonucleoside_monophosphate_57(X)))
& atom_1(fn_covalent_bond_19(fn_ribonucleoside_monophosphate_57(X)))
& oxygen_1(fn_phosphate_group_5(fn_ribonucleoside_monophosphate_58(X)))
& entity_1(fn_phosphate_group_5(fn_ribonucleoside_monophosphate_58(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_ribonucleoside_monophosphate_58(X)))
& atom_1(fn_phosphate_group_5(fn_ribonucleoside_monophosphate_58(X)))
& entity_1(fn_share_1(fn_ribonucleoside_monophosphate_45(X)))
& entity_1(fn_share_1(fn_ribonucleoside_monophosphate_17(X)))
& entity_1(fn_share_1(fn_ribonucleoside_monophosphate_44(X)))
& entity_1(fn_share_1(fn_ribonucleoside_monophosphate_34(X)))
& entity_1(fn_covalent_bond_19(fn_ribonucleoside_monophosphate_56(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_ribonucleoside_monophosphate_56(X)))
& atom_1(fn_covalent_bond_19(fn_ribonucleoside_monophosphate_56(X)))
& phosphorus_1(fn_phosphate_group_6(fn_ribonucleoside_monophosphate_58(X)))
& entity_1(fn_share_3(fn_ribonucleoside_monophosphate_45(X)))
& entity_1(fn_share_3(fn_ribonucleoside_monophosphate_17(X)))
& entity_1(fn_share_3(fn_ribonucleoside_monophosphate_44(X)))
& entity_1(fn_share_3(fn_ribonucleoside_monophosphate_34(X)))
& entity_1(fn_covalent_bond_20(fn_ribonucleoside_monophosphate_57(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_ribonucleoside_monophosphate_57(X)))
& atom_1(fn_covalent_bond_20(fn_ribonucleoside_monophosphate_57(X)))
& entity_1(fn_covalent_bond_20(fn_ribonucleoside_monophosphate_56(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_ribonucleoside_monophosphate_56(X)))
& atom_1(fn_covalent_bond_20(fn_ribonucleoside_monophosphate_56(X)))
& entity_1(fn_phosphate_group_22(fn_ribonucleoside_monophosphate_58(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_ribonucleoside_monophosphate_58(X)))
& atom_1(fn_phosphate_group_22(fn_ribonucleoside_monophosphate_58(X)))
& oxygen_1(fn_phosphate_group_22(fn_ribonucleoside_monophosphate_58(X)))
& valence_electron_1(fn_phosphate_group_21(fn_ribonucleoside_monophosphate_58(X)))
& valence_electron_1(fn_covalent_bond_15(fn_ribonucleoside_monophosphate_56(X)))
& atomic_number_value_1(fn_covalent_bond_6(fn_ribonucleoside_monophosphate_56(X)))
& proton_1(fn_covalent_bond_4(fn_ribonucleoside_monophosphate_56(X)))
& single_bond_1(fn_phosphate_group_37(fn_ribonucleoside_monophosphate_58(X)))
& share_1(fn_covalent_bond_17(fn_ribonucleoside_monophosphate_56(X)))
& hold_together_1(fn_phosphate_group_36(fn_ribonucleoside_monophosphate_58(X)))
& hold_together_1(fn_phosphate_group_40(fn_ribonucleoside_monophosphate_58(X)))
& hold_together_1(fn_covalent_bond_14(fn_ribonucleoside_monophosphate_56(X)))
& hold_together_1(fn_covalent_bond_14(fn_ribonucleoside_monophosphate_57(X)))
& valence_electron_1(fn_covalent_bond_15(fn_ribonucleoside_monophosphate_57(X)))
& proton_1(fn_covalent_bond_4(fn_ribonucleoside_monophosphate_57(X)))
& atomic_number_value_1(fn_covalent_bond_6(fn_ribonucleoside_monophosphate_57(X)))
& electron_1(fn_phosphate_group_38(fn_ribonucleoside_monophosphate_58(X)))
& valence_electron_1(fn_phosphate_group_38(fn_ribonucleoside_monophosphate_58(X)))
& entity_1(fn_share_2(fn_ribonucleoside_monophosphate_17(X)))
& entity_1(fn_share_2(fn_ribonucleoside_monophosphate_45(X)))
& electron_1(fn_phosphate_group_3(fn_ribonucleoside_monophosphate_58(X)))
& valence_electron_1(fn_phosphate_group_3(fn_ribonucleoside_monophosphate_58(X)))
& valence_electron_1(fn_covalent_bond_18(fn_ribonucleoside_monophosphate_56(X)))
& entity_1(fn_share_2(fn_ribonucleoside_monophosphate_34(X)))
& entity_1(fn_share_2(fn_ribonucleoside_monophosphate_44(X)))
& valence_electron_1(fn_covalent_bond_18(fn_ribonucleoside_monophosphate_57(X)))
& double_bond_1(fn_phosphate_group_41(fn_ribonucleoside_monophosphate_58(X)))
& share_1(fn_covalent_bond_17(fn_ribonucleoside_monophosphate_57(X)))
& result_2(fn_ribonucleoside_monophosphate_33(X),fn_ribonucleoside_monophosphate_57(X))
& result_2(fn_ribonucleoside_monophosphate_34(X),fn_ribonucleoside_monophosphate_57(X))
& result_2(fn_ribonucleoside_monophosphate_44(X),fn_ribonucleoside_monophosphate_57(X))
& result_2(fn_ribonucleoside_monophosphate_45(X),fn_ribonucleoside_monophosphate_57(X))
& result_2(fn_ribonucleoside_monophosphate_46(X),fn_ribonucleoside_monophosphate_57(X))
& result_2(fn_ribonucleoside_monophosphate_55(X),fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_65(X) != fn_ribonucleoside_monophosphate_85(X)
& result_2(fn_ribonucleoside_monophosphate_69(X),fn_ribonucleoside_monophosphate_57(X))
& result_2(fn_ribonucleoside_monophosphate_70(X),fn_ribonucleoside_monophosphate_57(X))
& result_2(fn_ribonucleoside_monophosphate_75(X),fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_65(X)
& agent_2(fn_ribonucleoside_monophosphate_79(X),fn_ribonucleoside_monophosphate_48(X))
& object_2(fn_ribonucleoside_monophosphate_12(X),fn_ribonucleoside_monophosphate_28(X))
& result_2(fn_ribonucleoside_monophosphate_79(X),fn_ribonucleoside_monophosphate_57(X))
& object_2(fn_ribonucleoside_monophosphate_79(X),fn_ribonucleoside_monophosphate_80(X))
& agent_2(fn_ribonucleoside_monophosphate_86(X),fn_ribonucleoside_monophosphate_47(X))
& agent_2(fn_ribonucleoside_monophosphate_44(X),fn_ribonucleoside_monophosphate_60(X))
& agent_2(fn_ribonucleoside_monophosphate_31(X),fn_ribonucleoside_monophosphate_60(X))
& agent_2(fn_ribonucleoside_monophosphate_46(X),fn_ribonucleoside_monophosphate_60(X))
& agent_2(fn_ribonucleoside_monophosphate_34(X),fn_ribonucleoside_monophosphate_60(X))
& object_2(fn_ribonucleoside_monophosphate_34(X),fn_ribonucleoside_monophosphate_35(X))
& agent_2(fn_ribonucleoside_monophosphate_76(X),fn_ribonucleoside_monophosphate_29(X))
& agent_2(fn_ribonucleoside_monophosphate_69(X),fn_ribonucleoside_monophosphate_60(X))
& object_2(fn_ribonucleoside_monophosphate_69(X),fn_ribonucleoside_monophosphate_67(X))
& object_2(fn_ribonucleoside_monophosphate_55(X),fn_ribonucleoside_monophosphate_53(X))
& result_2(fn_ribonucleoside_monophosphate_30(X),fn_ribonucleoside_monophosphate_57(X))
& object_2(fn_ribonucleoside_monophosphate_30(X),fn_ribonucleoside_monophosphate_36(X))
& is_between_2(fn_ribonucleoside_monophosphate_57(X),fn_ribonucleoside_monophosphate_48(X))
& object_2(fn_ribonucleoside_monophosphate_54(X),fn_ribonucleoside_monophosphate_48(X))
& object_2(fn_ribonucleoside_monophosphate_54(X),fn_ribonucleoside_monophosphate_47(X))
& agent_2(fn_ribonucleoside_monophosphate_55(X),fn_ribonucleoside_monophosphate_47(X))
& agent_2(fn_ribonucleoside_monophosphate_55(X),fn_ribonucleoside_monophosphate_60(X))
& agent_2(fn_ribonucleoside_monophosphate_75(X),fn_ribonucleoside_monophosphate_29(X))
& object_2(fn_ribonucleoside_monophosphate_70(X),fn_ribonucleoside_monophosphate_68(X))
& object_2(fn_ribonucleoside_monophosphate_70(X),fn_ribonucleoside_monophosphate_53(X))
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_63(X)
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_62(X)
& fn_ribonucleoside_monophosphate_62(X) != fn_ribonucleoside_monophosphate_85(X)
& fn_ribonucleoside_monophosphate_64(X) != fn_ribonucleoside_monophosphate_85(X)
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_64(X)
& fn_ribonucleoside_monophosphate_63(X) != fn_ribonucleoside_monophosphate_85(X)
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_66(X)
& fn_ribonucleoside_monophosphate_66(X) != fn_ribonucleoside_monophosphate_68(X)
& fn_ribonucleoside_monophosphate_68(X) != fn_ribonucleoside_monophosphate_65(X)
& fn_ribonucleoside_monophosphate_66(X) != fn_ribonucleoside_monophosphate_85(X)
& fn_ribonucleoside_monophosphate_68(X) != fn_ribonucleoside_monophosphate_66(X)
& fn_ribonucleoside_monophosphate_64(X) != fn_ribonucleoside_monophosphate_68(X)
& fn_ribonucleoside_monophosphate_68(X) != fn_ribonucleoside_monophosphate_64(X)
& fn_ribonucleoside_monophosphate_65(X) != fn_ribonucleoside_monophosphate_68(X)
& agent_2(fn_ribonucleoside_monophosphate_32(X),fn_ribonucleoside_monophosphate_29(X))
& result_2(fn_ribonucleoside_monophosphate_32(X),fn_ribonucleoside_monophosphate_57(X))
& result_2(fn_ribonucleoside_monophosphate_74(X),fn_ribonucleoside_monophosphate_57(X))
& object_2(fn_ribonucleoside_monophosphate_74(X),fn_ribonucleoside_monophosphate_85(X))
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_61(X)
& fn_ribonucleoside_monophosphate_61(X) != fn_ribonucleoside_monophosphate_85(X)
& fn_ribonucleoside_monophosphate_61(X) != fn_ribonucleoside_monophosphate_53(X)
& fn_ribonucleoside_monophosphate_53(X) != fn_ribonucleoside_monophosphate_61(X)
& object_2(fn_ribonucleoside_monophosphate_69(X),fn_ribonucleoside_monophosphate_62(X))
& object_2(fn_ribonucleoside_monophosphate_44(X),fn_ribonucleoside_monophosphate_40(X))
& agent_2(fn_ribonucleoside_monophosphate_70(X),fn_ribonucleoside_monophosphate_60(X))
& agent_2(fn_ribonucleoside_monophosphate_15(X),fn_ribonucleoside_monophosphate_88(X))
& agent_2(fn_ribonucleoside_monophosphate_75(X),fn_ribonucleoside_monophosphate_88(X))
& agent_2(fn_ribonucleoside_monophosphate_14(X),fn_ribonucleoside_monophosphate_88(X))
& agent_2(fn_ribonucleoside_monophosphate_74(X),fn_ribonucleoside_monophosphate_60(X))
& fn_ribonucleoside_monophosphate_62(X) != fn_ribonucleoside_monophosphate_53(X)
& fn_ribonucleoside_monophosphate_63(X) != fn_ribonucleoside_monophosphate_53(X)
& fn_ribonucleoside_monophosphate_53(X) != fn_ribonucleoside_monophosphate_62(X)
& fn_ribonucleoside_monophosphate_53(X) != fn_ribonucleoside_monophosphate_63(X)
& is_between_2(fn_ribonucleoside_monophosphate_56(X),fn_ribonucleoside_monophosphate_48(X))
& result_2(fn_ribonucleoside_monophosphate_55(X),fn_ribonucleoside_monophosphate_56(X))
& agent_2(fn_ribonucleoside_monophosphate_55(X),fn_ribonucleoside_monophosphate_48(X))
& agent_2(fn_ribonucleoside_monophosphate_9(X),fn_ribonucleoside_monophosphate_48(X))
& object_2(fn_ribonucleoside_monophosphate_46(X),fn_ribonucleoside_monophosphate_43(X))
& fn_ribonucleoside_monophosphate_62(X) != fn_ribonucleoside_monophosphate_43(X)
& fn_ribonucleoside_monophosphate_71(X) != fn_ribonucleoside_monophosphate_62(X)
& fn_ribonucleoside_monophosphate_62(X) != fn_ribonucleoside_monophosphate_71(X)
& fn_ribonucleoside_monophosphate_43(X) != fn_ribonucleoside_monophosphate_62(X)
& object_2(fn_ribonucleoside_monophosphate_75(X),fn_ribonucleoside_monophosphate_85(X))
& agent_2(fn_ribonucleoside_monophosphate_75(X),fn_ribonucleoside_monophosphate_60(X))
& agent_2(fn_ribonucleoside_monophosphate_45(X),fn_ribonucleoside_monophosphate_60(X))
& object_2(fn_ribonucleoside_monophosphate_45(X),fn_ribonucleoside_monophosphate_85(X))
& object_2(fn_ribonucleoside_monophosphate_46(X),fn_ribonucleoside_monophosphate_85(X))
& object_2(fn_ribonucleoside_monophosphate_55(X),fn_ribonucleoside_monophosphate_62(X))
& object_2(fn_ribonucleoside_monophosphate_55(X),fn_ribonucleoside_monophosphate_85(X))
& object_2(fn_ribonucleoside_monophosphate_21(X),fn_ribonucleoside_monophosphate_85(X))
& fn_ribonucleoside_monophosphate_62(X) != fn_ribonucleoside_monophosphate_42(X)
& fn_ribonucleoside_monophosphate_42(X) != fn_ribonucleoside_monophosphate_62(X)
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_67(X)
& fn_ribonucleoside_monophosphate_67(X) != fn_ribonucleoside_monophosphate_62(X)
& fn_ribonucleoside_monophosphate_62(X) != fn_ribonucleoside_monophosphate_73(X)
& fn_ribonucleoside_monophosphate_67(X) != fn_ribonucleoside_monophosphate_85(X)
& fn_ribonucleoside_monophosphate_62(X) != fn_ribonucleoside_monophosphate_67(X)
& fn_ribonucleoside_monophosphate_40(X) != fn_ribonucleoside_monophosphate_62(X)
& fn_ribonucleoside_monophosphate_62(X) != fn_ribonucleoside_monophosphate_40(X)
& fn_ribonucleoside_monophosphate_73(X) != fn_ribonucleoside_monophosphate_62(X)
& agent_2(fn_ribonucleoside_monophosphate_33(X),fn_ribonucleoside_monophosphate_60(X))
& object_2(fn_ribonucleoside_monophosphate_33(X),fn_ribonucleoside_monophosphate_85(X))
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_53(X)
& fn_ribonucleoside_monophosphate_43(X) != fn_ribonucleoside_monophosphate_85(X)
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_43(X)
& fn_ribonucleoside_monophosphate_53(X) != fn_ribonucleoside_monophosphate_85(X)
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_42(X)
& fn_ribonucleoside_monophosphate_42(X) != fn_ribonucleoside_monophosphate_41(X)
& fn_ribonucleoside_monophosphate_41(X) != fn_ribonucleoside_monophosphate_62(X)
& fn_ribonucleoside_monophosphate_68(X) != fn_ribonucleoside_monophosphate_85(X)
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_68(X)
& fn_ribonucleoside_monophosphate_42(X) != fn_ribonucleoside_monophosphate_85(X)
& fn_ribonucleoside_monophosphate_41(X) != fn_ribonucleoside_monophosphate_42(X)
& fn_ribonucleoside_monophosphate_62(X) != fn_ribonucleoside_monophosphate_41(X)
& object_2(fn_ribonucleoside_monophosphate_30(X),fn_ribonucleoside_monophosphate_85(X))
& agent_2(fn_ribonucleoside_monophosphate_30(X),fn_ribonucleoside_monophosphate_60(X))
& agent_2(fn_ribonucleoside_monophosphate_32(X),fn_ribonucleoside_monophosphate_60(X))
& object_2(fn_ribonucleoside_monophosphate_32(X),fn_ribonucleoside_monophosphate_85(X))
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_40(X)
& fn_ribonucleoside_monophosphate_40(X) != fn_ribonucleoside_monophosphate_85(X)
& agent_2(fn_ribonucleoside_monophosphate_74(X),fn_ribonucleoside_monophosphate_88(X))
& object_2(fn_ribonucleoside_monophosphate_74(X),fn_ribonucleoside_monophosphate_72(X))
& fn_ribonucleoside_monophosphate_72(X) != fn_ribonucleoside_monophosphate_85(X)
& fn_ribonucleoside_monophosphate_48(X) != fn_ribonucleoside_monophosphate_88(X)
& fn_ribonucleoside_monophosphate_88(X) != fn_ribonucleoside_monophosphate_48(X)
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_72(X)
& has_part_2(fn_ribonucleoside_monophosphate_48(X),fn_ribonucleoside_monophosphate_80(X))
& has_part_2(fn_ribonucleoside_monophosphate_48(X),fn_ribonucleoside_monophosphate_81(X))
& called_2(fn_ribonucleoside_monophosphate_48(X),'A2')
& has_part_2(fn_ribonucleoside_monophosphate_47(X),fn_ribonucleoside_monophosphate_84(X))
& has_part_2(X,fn_ribonucleoside_monophosphate_47(X))
& object_2(fn_ribonucleoside_monophosphate_32(X),fn_ribonucleoside_monophosphate_38(X))
& object_2(fn_ribonucleoside_monophosphate_75(X),fn_ribonucleoside_monophosphate_73(X))
& object_2(fn_ribonucleoside_monophosphate_15(X),fn_ribonucleoside_monophosphate_24(X))
& agent_2(fn_ribonucleoside_monophosphate_79(X),fn_ribonucleoside_monophosphate_60(X))
& agent_2(fn_ribonucleoside_monophosphate_12(X),fn_ribonucleoside_monophosphate_88(X))
& result_2(fn_ribonucleoside_monophosphate_87(X),fn_ribonucleoside_monophosphate_56(X))
& atomic_number_2(fn_ribonucleoside_monophosphate_47(X),fn_ribonucleoside_monophosphate_83(X))
& atomic_number_2(fn_ribonucleoside_monophosphate_48(X),fn_ribonucleoside_monophosphate_78(X))
& agent_2(fn_ribonucleoside_monophosphate_21(X),fn_ribonucleoside_monophosphate_60(X))
& object_2(fn_ribonucleoside_monophosphate_21(X),fn_ribonucleoside_monophosphate_25(X))
& is_at_2(fn_ribonucleoside_monophosphate_48(X),fn_ribonucleoside_monophosphate_52(X))
& is_at_2(fn_ribonucleoside_monophosphate_47(X),fn_ribonucleoside_monophosphate_52(X))
& has_part_2(fn_ribonucleoside_monophosphate_47(X),fn_ribonucleoside_monophosphate_85(X))
& fn_ribonucleoside_monophosphate_36(X) != fn_ribonucleoside_monophosphate_85(X)
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_36(X)
& object_2(fn_ribonucleoside_monophosphate_14(X),fn_ribonucleoside_monophosphate_62(X))
& fn_ribonucleoside_monophosphate_62(X) != fn_ribonucleoside_monophosphate_38(X)
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_38(X)
& fn_ribonucleoside_monophosphate_38(X) != fn_ribonucleoside_monophosphate_85(X)
& fn_ribonucleoside_monophosphate_38(X) != fn_ribonucleoside_monophosphate_62(X)
& agent_2(fn_ribonucleoside_monophosphate_76(X),fn_ribonucleoside_monophosphate_60(X))
& object_2(fn_ribonucleoside_monophosphate_76(X),fn_ribonucleoside_monophosphate_71(X))
& fn_ribonucleoside_monophosphate_71(X) != fn_ribonucleoside_monophosphate_85(X)
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_71(X)
& fn_ribonucleoside_monophosphate_39(X) != fn_ribonucleoside_monophosphate_85(X)
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_39(X)
& object_2(fn_ribonucleoside_monophosphate_15(X),fn_ribonucleoside_monophosphate_85(X))
& agent_2(fn_ribonucleoside_monophosphate_15(X),fn_ribonucleoside_monophosphate_60(X))
& agent_2(fn_ribonucleoside_monophosphate_17(X),fn_ribonucleoside_monophosphate_60(X))
& object_2(fn_ribonucleoside_monophosphate_17(X),fn_ribonucleoside_monophosphate_85(X))
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_35(X)
& fn_ribonucleoside_monophosphate_35(X) != fn_ribonucleoside_monophosphate_85(X)
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_25(X)
& fn_ribonucleoside_monophosphate_73(X) != fn_ribonucleoside_monophosphate_85(X)
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_73(X)
& fn_ribonucleoside_monophosphate_25(X) != fn_ribonucleoside_monophosphate_85(X)
& fn_ribonucleoside_monophosphate_62(X) != fn_ribonucleoside_monophosphate_25(X)
& fn_ribonucleoside_monophosphate_25(X) != fn_ribonucleoside_monophosphate_62(X)
& object_2(fn_ribonucleoside_monophosphate_13(X),fn_ribonucleoside_monophosphate_85(X))
& agent_2(fn_ribonucleoside_monophosphate_13(X),fn_ribonucleoside_monophosphate_60(X))
& agent_2(fn_ribonucleoside_monophosphate_14(X),fn_ribonucleoside_monophosphate_60(X))
& fn_ribonucleoside_monophosphate_48(X) != fn_ribonucleoside_monophosphate_60(X)
& fn_ribonucleoside_monophosphate_60(X) != fn_ribonucleoside_monophosphate_48(X)
& object_2(fn_ribonucleoside_monophosphate_86(X),fn_ribonucleoside_monophosphate_85(X))
& agent_2(fn_ribonucleoside_monophosphate_86(X),fn_ribonucleoside_monophosphate_29(X))
& agent_2(fn_ribonucleoside_monophosphate_33(X),fn_ribonucleoside_monophosphate_29(X))
& object_2(fn_ribonucleoside_monophosphate_33(X),fn_ribonucleoside_monophosphate_39(X))
& fn_ribonucleoside_monophosphate_39(X) != fn_ribonucleoside_monophosphate_62(X)
& fn_ribonucleoside_monophosphate_62(X) != fn_ribonucleoside_monophosphate_39(X)
& agent_2(fn_ribonucleoside_monophosphate_7(X),fn_ribonucleoside_monophosphate_29(X))
& object_2(fn_ribonucleoside_monophosphate_7(X),fn_ribonucleoside_monophosphate_85(X))
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_24(X)
& fn_ribonucleoside_monophosphate_26(X) != fn_ribonucleoside_monophosphate_85(X)
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_26(X)
& fn_ribonucleoside_monophosphate_24(X) != fn_ribonucleoside_monophosphate_85(X)
& object_2(fn_ribonucleoside_monophosphate_86(X),fn_ribonucleoside_monophosphate_68(X))
& result_2(fn_ribonucleoside_monophosphate_86(X),fn_ribonucleoside_monophosphate_56(X))
& is_between_2(fn_ribonucleoside_monophosphate_56(X),fn_ribonucleoside_monophosphate_47(X))
& is_inside_2(fn_ribonucleoside_monophosphate_47(X),fn_ribonucleoside_monophosphate_59(X))
& is_inside_2(fn_ribonucleoside_monophosphate_48(X),fn_ribonucleoside_monophosphate_59(X))
& agent_2(fn_ribonucleoside_monophosphate_5(X),fn_ribonucleoside_monophosphate_47(X))
& object_2(fn_ribonucleoside_monophosphate_5(X),fn_ribonucleoside_monophosphate_62(X))
& fn_ribonucleoside_monophosphate_62(X) != fn_ribonucleoside_monophosphate_28(X)
& fn_ribonucleoside_monophosphate_16(X) != fn_ribonucleoside_monophosphate_62(X)
& fn_ribonucleoside_monophosphate_62(X) != fn_ribonucleoside_monophosphate_16(X)
& fn_ribonucleoside_monophosphate_28(X) != fn_ribonucleoside_monophosphate_62(X)
& agent_2(fn_ribonucleoside_monophosphate_87(X),fn_ribonucleoside_monophosphate_48(X))
& object_2(fn_ribonucleoside_monophosphate_87(X),fn_ribonucleoside_monophosphate_68(X))
& fn_ribonucleoside_monophosphate_68(X) != fn_ribonucleoside_monophosphate_53(X)
& fn_ribonucleoside_monophosphate_80(X) != fn_ribonucleoside_monophosphate_68(X)
& fn_ribonucleoside_monophosphate_68(X) != fn_ribonucleoside_monophosphate_80(X)
& fn_ribonucleoside_monophosphate_53(X) != fn_ribonucleoside_monophosphate_68(X)
& agent_2(fn_ribonucleoside_monophosphate_4(X),fn_ribonucleoside_monophosphate_48(X))
& agent_2(fn_ribonucleoside_monophosphate_4(X),fn_ribonucleoside_monophosphate_88(X))
& fn_ribonucleoside_monophosphate_88(X) != fn_ribonucleoside_monophosphate_47(X)
& fn_ribonucleoside_monophosphate_47(X) != fn_ribonucleoside_monophosphate_29(X)
& agent_2(fn_ribonucleoside_monophosphate_31(X),fn_ribonucleoside_monophosphate_29(X))
& fn_ribonucleoside_monophosphate_47(X) != fn_ribonucleoside_monophosphate_88(X)
& fn_ribonucleoside_monophosphate_29(X) != fn_ribonucleoside_monophosphate_47(X)
& has_part_2(X,fn_ribonucleoside_monophosphate_48(X))
& fn_ribonucleoside_monophosphate_47(X) != fn_ribonucleoside_monophosphate_48(X)
& fn_ribonucleoside_monophosphate_48(X) != fn_ribonucleoside_monophosphate_47(X)
& fn_ribonucleoside_monophosphate_29(X) != fn_ribonucleoside_monophosphate_48(X)
& fn_ribonucleoside_monophosphate_48(X) != fn_ribonucleoside_monophosphate_29(X)
& has_region_2(X,fn_ribonucleoside_monophosphate_59(X))
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_80(X)
& fn_ribonucleoside_monophosphate_80(X) != fn_ribonucleoside_monophosphate_85(X)
& agent_2(fn_ribonucleoside_monophosphate_12(X),fn_ribonucleoside_monophosphate_60(X))
& possesses_2(X,fn_ribonucleoside_monophosphate_57(X))
& has_part_2(X,fn_ribonucleoside_monophosphate_88(X))
& agent_2(fn_ribonucleoside_monophosphate_7(X),fn_ribonucleoside_monophosphate_88(X))
& object_2(fn_ribonucleoside_monophosphate_6(X),fn_ribonucleoside_monophosphate_85(X))
& fn_ribonucleoside_monophosphate_37(X) != fn_ribonucleoside_monophosphate_85(X)
& fn_ribonucleoside_monophosphate_37(X) != fn_ribonucleoside_monophosphate_68(X)
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_37(X)
& fn_ribonucleoside_monophosphate_68(X) != fn_ribonucleoside_monophosphate_37(X)
& fn_ribonucleoside_monophosphate_36(X) != fn_ribonucleoside_monophosphate_68(X)
& fn_ribonucleoside_monophosphate_68(X) != fn_ribonucleoside_monophosphate_36(X)
& has_part_2(fn_ribonucleoside_monophosphate_88(X),fn_ribonucleoside_monophosphate_62(X))
& fn_ribonucleoside_monophosphate_22(X) != fn_ribonucleoside_monophosphate_62(X)
& fn_ribonucleoside_monophosphate_62(X) != fn_ribonucleoside_monophosphate_22(X)
& fn_ribonucleoside_monophosphate_23(X) != fn_ribonucleoside_monophosphate_62(X)
& fn_ribonucleoside_monophosphate_62(X) != fn_ribonucleoside_monophosphate_23(X)
& result_2(fn_ribonucleoside_monophosphate_6(X),fn_ribonucleoside_monophosphate_57(X))
& agent_2(fn_ribonucleoside_monophosphate_6(X),fn_ribonucleoside_monophosphate_29(X))
& has_part_2(X,fn_ribonucleoside_monophosphate_29(X))
& possesses_2(X,fn_ribonucleoside_monophosphate_56(X))
& is_between_2(fn_ribonucleoside_monophosphate_56(X),fn_ribonucleoside_monophosphate_88(X))
& object_2(fn_ribonucleoside_monophosphate_87(X),fn_ribonucleoside_monophosphate_80(X))
& agent_2(fn_ribonucleoside_monophosphate_87(X),fn_ribonucleoside_monophosphate_29(X))
& is_between_2(fn_ribonucleoside_monophosphate_57(X),fn_ribonucleoside_monophosphate_29(X))
& result_2(fn_ribonucleoside_monophosphate_76(X),fn_ribonucleoside_monophosphate_57(X))
& object_2(fn_ribonucleoside_monophosphate_76(X),fn_ribonucleoside_monophosphate_85(X))
& has_part_2(X,fn_ribonucleoside_monophosphate_60(X))
& agent_2(fn_ribonucleoside_monophosphate_9(X),fn_ribonucleoside_monophosphate_60(X))
& object_2(fn_ribonucleoside_monophosphate_9(X),fn_ribonucleoside_monophosphate_80(X))
& fn_ribonucleoside_monophosphate_80(X) != fn_ribonucleoside_monophosphate_8(X)
& fn_ribonucleoside_monophosphate_8(X) != fn_ribonucleoside_monophosphate_62(X)
& fn_ribonucleoside_monophosphate_8(X) != fn_ribonucleoside_monophosphate_80(X)
& fn_ribonucleoside_monophosphate_62(X) != fn_ribonucleoside_monophosphate_8(X)
& has_region_2(X,fn_ribonucleoside_monophosphate_58(X))
& is_inside_2(fn_ribonucleoside_monophosphate_58(X),fn_ribonucleoside_monophosphate_52(X))
& has_region_2(fn_ribonucleoside_monophosphate_49(X),fn_ribonucleoside_monophosphate_52(X))
& has_part_2(fn_ribonucleoside_monophosphate_51(X),fn_ribonucleoside_monophosphate_49(X))
& has_part_2(X,fn_ribonucleoside_monophosphate_51(X))
& object_2(fn_ribonucleoside_monophosphate_54(X),fn_ribonucleoside_monophosphate_29(X))
& is_between_2(fn_ribonucleoside_monophosphate_57(X),fn_ribonucleoside_monophosphate_60(X))
& fn_ribonucleoside_monophosphate_22(X) != fn_ribonucleoside_monophosphate_85(X)
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_22(X)
& is_between_2(fn_ribonucleoside_monophosphate_56(X),fn_ribonucleoside_monophosphate_29(X))
& result_2(fn_ribonucleoside_monophosphate_5(X),fn_ribonucleoside_monophosphate_56(X))
& result_2(fn_ribonucleoside_monophosphate_7(X),fn_ribonucleoside_monophosphate_57(X))
& is_between_2(fn_ribonucleoside_monophosphate_57(X),fn_ribonucleoside_monophosphate_88(X))
& object_2(fn_ribonucleoside_monophosphate_54(X),fn_ribonucleoside_monophosphate_88(X))
& is_inside_2(fn_ribonucleoside_monophosphate_88(X),fn_ribonucleoside_monophosphate_58(X))
& is_inside_2(fn_ribonucleoside_monophosphate_60(X),fn_ribonucleoside_monophosphate_58(X))
& object_2(fn_ribonucleoside_monophosphate_54(X),fn_ribonucleoside_monophosphate_60(X))
& fn_ribonucleoside_monophosphate_88(X) != fn_ribonucleoside_monophosphate_60(X)
& fn_ribonucleoside_monophosphate_60(X) != fn_ribonucleoside_monophosphate_88(X)
& agent_2(fn_ribonucleoside_monophosphate_6(X),fn_ribonucleoside_monophosphate_60(X))
& object_2(fn_ribonucleoside_monophosphate_6(X),fn_ribonucleoside_monophosphate_26(X))
& fn_ribonucleoside_monophosphate_26(X) != fn_ribonucleoside_monophosphate_62(X)
& fn_ribonucleoside_monophosphate_62(X) != fn_ribonucleoside_monophosphate_68(X)
& has_part_2(fn_ribonucleoside_monophosphate_29(X),fn_ribonucleoside_monophosphate_68(X))
& fn_ribonucleoside_monophosphate_62(X) != fn_ribonucleoside_monophosphate_26(X)
& fn_ribonucleoside_monophosphate_68(X) != fn_ribonucleoside_monophosphate_62(X)
& has_part_2(fn_ribonucleoside_monophosphate_88(X),fn_ribonucleoside_monophosphate_73(X))
& object_2(fn_ribonucleoside_monophosphate_7(X),fn_ribonucleoside_monophosphate_73(X))
& agent_2(fn_ribonucleoside_monophosphate_7(X),fn_ribonucleoside_monophosphate_60(X))
& fn_ribonucleoside_monophosphate_16(X) != fn_ribonucleoside_monophosphate_73(X)
& fn_ribonucleoside_monophosphate_73(X) != fn_ribonucleoside_monophosphate_16(X)
& agent_2(fn_ribonucleoside_monophosphate_5(X),fn_ribonucleoside_monophosphate_88(X))
& object_2(fn_ribonucleoside_monophosphate_5(X),fn_ribonucleoside_monophosphate_85(X))
& fn_ribonucleoside_monophosphate_85(X) != fn_ribonucleoside_monophosphate_23(X)
& object_2(fn_ribonucleoside_monophosphate_13(X),fn_ribonucleoside_monophosphate_23(X))
& agent_2(fn_ribonucleoside_monophosphate_13(X),fn_ribonucleoside_monophosphate_88(X))
& fn_ribonucleoside_monophosphate_23(X) != fn_ribonucleoside_monophosphate_85(X)
& is_inside_2(fn_ribonucleoside_monophosphate_29(X),fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_60(X) != fn_ribonucleoside_monophosphate_29(X)
& fn_ribonucleoside_monophosphate_29(X) != fn_ribonucleoside_monophosphate_60(X)
& fn_ribonucleoside_monophosphate_88(X) != fn_ribonucleoside_monophosphate_29(X)
& fn_ribonucleoside_monophosphate_29(X) != fn_ribonucleoside_monophosphate_88(X)
& has_function_2(fn_ribonucleoside_monophosphate_56(X),fn_ribonucleoside_monophosphate_54(X))
& called_2(fn_ribonucleoside_monophosphate_78(X),'Atomic_Number')
& agent_2(fn_ribonucleoside_monophosphate_54(X),fn_ribonucleoside_monophosphate_56(X))
& is_inside_2(fn_ribonucleoside_monophosphate_80(X),fn_ribonucleoside_monophosphate_11(X))
& object_2(fn_ribonucleoside_monophosphate_4(X),fn_ribonucleoside_monophosphate_62(X))
& called_2(fn_ribonucleoside_monophosphate_77(X),'Number_Proton')
& fn_ribonucleoside_monophosphate_77(X) = fn_ribonucleoside_monophosphate_78(X)
& fn_ribonucleoside_monophosphate_78(X) = fn_ribonucleoside_monophosphate_77(X)
& result_2(fn_ribonucleoside_monophosphate_4(X),fn_ribonucleoside_monophosphate_56(X))
& object_2(fn_ribonucleoside_monophosphate_4(X),fn_ribonucleoside_monophosphate_80(X))
& object_2(fn_ribonucleoside_monophosphate_10(X),fn_ribonucleoside_monophosphate_80(X))
& agent_2(fn_ribonucleoside_monophosphate_10(X),fn_ribonucleoside_monophosphate_81(X))
& quantity_2(fn_ribonucleoside_monophosphate_81(X),fn_ribonucleoside_monophosphate_77(X))
& has_function_2(fn_ribonucleoside_monophosphate_57(X),fn_ribonucleoside_monophosphate_54(X))
& agent_2(fn_ribonucleoside_monophosphate_54(X),fn_ribonucleoside_monophosphate_57(X))
& called_2(fn_ribonucleoside_monophosphate_83(X),'Atomic_Number')
& object_2(fn_ribonucleoside_monophosphate_31(X),fn_ribonucleoside_monophosphate_37(X))
& is_inside_2(fn_ribonucleoside_monophosphate_85(X),fn_ribonucleoside_monophosphate_11(X))
& called_2(fn_ribonucleoside_monophosphate_27(X),'Number_Electron')
& quantity_2(fn_ribonucleoside_monophosphate_84(X),fn_ribonucleoside_monophosphate_82(X))
& called_2(fn_ribonucleoside_monophosphate_82(X),'Number_Proton')
& object_2(fn_ribonucleoside_monophosphate_19(X),fn_ribonucleoside_monophosphate_85(X))
& causes_2(fn_ribonucleoside_monophosphate_20(X),fn_ribonucleoside_monophosphate_19(X))
& object_2(fn_ribonucleoside_monophosphate_20(X),fn_ribonucleoside_monophosphate_85(X))
& object_2(fn_ribonucleoside_monophosphate_18(X),fn_ribonucleoside_monophosphate_85(X))
& agent_2(fn_ribonucleoside_monophosphate_18(X),fn_ribonucleoside_monophosphate_84(X))
& quantity_2(fn_ribonucleoside_monophosphate_85(X),fn_ribonucleoside_monophosphate_27(X))
& fn_ribonucleoside_monophosphate_82(X) = fn_ribonucleoside_monophosphate_27(X)
& fn_ribonucleoside_monophosphate_83(X) = fn_ribonucleoside_monophosphate_82(X)
& fn_ribonucleoside_monophosphate_82(X) = fn_ribonucleoside_monophosphate_83(X)
& fn_ribonucleoside_monophosphate_27(X) = fn_ribonucleoside_monophosphate_82(X)
& object_2(fn_ribonucleoside_monophosphate_31(X),fn_ribonucleoside_monophosphate_85(X))
& result_2(fn_ribonucleoside_monophosphate_31(X),fn_ribonucleoside_monophosphate_57(X))
& has_part_2(fn_ribonucleoside_monophosphate_51(X),fn_ribonucleoside_monophosphate_50(X))
& object_2(fn_ribonucleoside_monophosphate_45(X),fn_ribonucleoside_monophosphate_42(X))
& object_2(fn_ribonucleoside_monophosphate_17(X),fn_ribonucleoside_monophosphate_22(X))
& object_2(fn_ribonucleoside_monophosphate_44(X),fn_ribonucleoside_monophosphate_85(X))
& object_2(fn_ribonucleoside_monophosphate_34(X),fn_ribonucleoside_monophosphate_85(X))
& fn_ribonucleoside_monophosphate_48(X) = fn_share_3(fn_ribonucleoside_monophosphate_79(X))
& fn_ribonucleoside_monophosphate_48(X) = fn_share_1(fn_ribonucleoside_monophosphate_79(X))
& fn_ribonucleoside_monophosphate_28(X) = fn_share_2(fn_ribonucleoside_monophosphate_12(X))
& fn_ribonucleoside_monophosphate_80(X) = fn_covalent_bond_15(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_79(X) = fn_covalent_bond_17(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_86(X) = fn_covalent_bond_17(fn_ribonucleoside_monophosphate_56(X))
& fn_ribonucleoside_monophosphate_44(X) = fn_nucleoside_monophosphate_7(X)
& fn_ribonucleoside_monophosphate_31(X) = fn_nucleoside_monophosphate_5(X)
& fn_ribonucleoside_monophosphate_46(X) = fn_nucleoside_monophosphate_62(X)
& fn_ribonucleoside_monophosphate_35(X) = fn_nucleoside_monophosphate_4(X)
& fn_ribonucleoside_monophosphate_34(X) = fn_nucleoside_monophosphate_3(X)
& fn_ribonucleoside_monophosphate_76(X) = fn_covalent_bond_17(fn_ribonucleoside_monophosphate_56(X))
& fn_ribonucleoside_monophosphate_67(X) = fn_covalent_bond_15(fn_ribonucleoside_monophosphate_56(X))
& fn_ribonucleoside_monophosphate_69(X) = fn_covalent_bond_17(fn_ribonucleoside_monophosphate_56(X))
& fn_ribonucleoside_monophosphate_53(X) = fn_covalent_bond_18(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_36(X) = fn_covalent_bond_15(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_30(X) = fn_covalent_bond_17(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_60(X) = fn_covalent_bond_20(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_55(X) = fn_covalent_bond_17(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_47(X) = fn_covalent_bond_19(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_48(X) = fn_covalent_bond_20(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_75(X) = fn_ribonucleotide_19(X)
& fn_ribonucleoside_monophosphate_53(X) = fn_ribonucleotide_6(X)
& fn_ribonucleoside_monophosphate_70(X) = fn_ribonucleotide_2(X)
& fn_ribonucleoside_monophosphate_63(X) = fn_ribonucleotide_22(X)
& fn_ribonucleoside_monophosphate_64(X) = fn_ribonucleotide_22(X)
& fn_ribonucleoside_monophosphate_85(X) = fn_ribonucleotide_28(X)
& fn_ribonucleoside_monophosphate_62(X) = fn_ribonucleotide_6(X)
& fn_ribonucleoside_monophosphate_65(X) = fn_ribonucleotide_27(X)
& fn_ribonucleoside_monophosphate_68(X) = fn_ribonucleotide_28(X)
& fn_ribonucleoside_monophosphate_64(X) = fn_ribonucleotide_6(X)
& fn_ribonucleoside_monophosphate_68(X) = fn_ribonucleotide_27(X)
& fn_ribonucleoside_monophosphate_66(X) = fn_ribonucleotide_4(X)
& fn_ribonucleoside_monophosphate_61(X) = fn_ribonucleotide_28(X)
& fn_ribonucleoside_monophosphate_85(X) = fn_ribonucleotide_27(X)
& fn_ribonucleoside_monophosphate_74(X) = fn_ribonucleotide_19(X)
& fn_ribonucleoside_monophosphate_32(X) = fn_ribonucleotide_2(X)
& fn_ribonucleoside_monophosphate_61(X) = fn_nucleoside_monophosphate_6(X)
& fn_ribonucleoside_monophosphate_69(X) = fn_nucleoside_monophosphate_34(X)
& fn_ribonucleoside_monophosphate_44(X) = fn_nucleoside_monophosphate_63(X)
& fn_ribonucleoside_monophosphate_70(X) = fn_nucleoside_monophosphate_61(X)
& fn_ribonucleoside_monophosphate_15(X) = fn_nucleoside_monophosphate_64(X)
& fn_ribonucleoside_monophosphate_75(X) = fn_nucleoside_monophosphate_61(X)
& fn_ribonucleoside_monophosphate_14(X) = fn_nucleoside_monophosphate_7(X)
& fn_ribonucleoside_monophosphate_63(X) = fn_nucleoside_monophosphate_8(X)
& fn_ribonucleoside_monophosphate_9(X) = fn_nucleoside_monophosphate_60(X)
& fn_ribonucleoside_monophosphate_55(X) = fn_nucleoside_monophosphate_64(X)
& fn_ribonucleoside_monophosphate_43(X) = fn_nucleoside_monophosphate_29(X)
& fn_ribonucleoside_monophosphate_62(X) = fn_nucleoside_monophosphate_18(X)
& fn_ribonucleoside_monophosphate_71(X) = fn_nucleoside_monophosphate_19(X)
& fn_ribonucleoside_monophosphate_62(X) = fn_nucleoside_monophosphate_32(X)
& fn_ribonucleoside_monophosphate_43(X) = fn_nucleoside_monophosphate_19(X)
& fn_ribonucleoside_monophosphate_46(X) = fn_nucleoside_monophosphate_64(X)
& fn_ribonucleoside_monophosphate_85(X) = fn_nucleoside_monophosphate_33(X)
& fn_ribonucleoside_monophosphate_45(X) = fn_nucleoside_monophosphate_60(X)
& fn_ribonucleoside_monophosphate_75(X) = fn_nucleoside_monophosphate_34(X)
& fn_ribonucleoside_monophosphate_21(X) = fn_nucleoside_monophosphate_63(X)
& fn_ribonucleoside_monophosphate_55(X) = fn_nucleoside_monophosphate_61(X)
& fn_ribonucleoside_monophosphate_62(X) = fn_nucleoside_monophosphate_42(X)
& fn_ribonucleoside_monophosphate_42(X) = fn_nucleoside_monophosphate_9(X)
& fn_ribonucleoside_monophosphate_40(X) = fn_nucleoside_monophosphate_19(X)
& fn_ribonucleoside_monophosphate_62(X) = fn_nucleoside_monophosphate_8(X)
& fn_ribonucleoside_monophosphate_67(X) = fn_nucleoside_monophosphate_19(X)
& fn_ribonucleoside_monophosphate_53(X) = fn_nucleoside_monophosphate_42(X)
& fn_ribonucleoside_monophosphate_43(X) = fn_nucleoside_monophosphate_33(X)
& fn_ribonucleoside_monophosphate_33(X) = fn_nucleoside_monophosphate_7(X)
& fn_ribonucleoside_monophosphate_41(X) = fn_nucleoside_monophosphate_19(X)
& fn_ribonucleoside_monophosphate_42(X) = fn_nucleoside_monophosphate_6(X)
& fn_ribonucleoside_monophosphate_68(X) = fn_nucleoside_monophosphate_29(X)
& fn_ribonucleoside_monophosphate_40(X) = fn_nucleoside_monophosphate_32(X)
& fn_ribonucleoside_monophosphate_32(X) = fn_nucleoside_monophosphate_5(X)
& fn_ribonucleoside_monophosphate_30(X) = fn_nucleoside_monophosphate_62(X)
& fn_ribonucleoside_monophosphate_72(X) = fn_nucleoside_monophosphate_4(X)
& fn_ribonucleoside_monophosphate_74(X) = fn_nucleoside_monophosphate_3(X)
& fn_ribonucleoside_monophosphate_80(X) = fn_nucleoside_monophosphate_33(X)
& fn_ribonucleoside_monophosphate_81(X) = fn_nucleoside_monophosphate_57(X)
& fn_ribonucleoside_monophosphate_84(X) = fn_nucleoside_monophosphate_40(X)
& fn_ribonucleoside_monophosphate_32(X) = fn_nucleoside_monophosphate_64(X)
& fn_ribonucleoside_monophosphate_75(X) = fn_nucleoside_monophosphate_5(X)
& fn_ribonucleoside_monophosphate_24(X) = fn_nucleoside_monophosphate_32(X)
& fn_ribonucleoside_monophosphate_79(X) = fn_nucleoside_monophosphate_60(X)
& fn_ribonucleoside_monophosphate_12(X) = fn_nucleoside_monophosphate_62(X)
& fn_ribonucleoside_monophosphate_87(X) = fn_nucleoside_monophosphate_63(X)
& fn_ribonucleoside_monophosphate_90(X) = fn_nucleoside_monophosphate_66(X)
& fn_ribonucleoside_monophosphate_83(X) = fn_nucleoside_monophosphate_39(X)
& fn_ribonucleoside_monophosphate_89(X) = fn_nucleoside_monophosphate_69(X)
& fn_ribonucleoside_monophosphate_78(X) = fn_nucleoside_monophosphate_56(X)
& fn_ribonucleoside_monophosphate_25(X) = fn_nucleoside_monophosphate_42(X)
& fn_ribonucleoside_monophosphate_21(X) = fn_nucleoside_monophosphate_61(X)
& fn_ribonucleoside_monophosphate_36(X) = fn_nucleoside_monophosphate_8(X)
& fn_ribonucleoside_monophosphate_85(X) = fn_nucleoside_monophosphate_32(X)
& fn_ribonucleoside_monophosphate_38(X) = fn_nucleoside_monophosphate_19(X)
& fn_ribonucleoside_monophosphate_39(X) = fn_nucleoside_monophosphate_18(X)
& fn_ribonucleoside_monophosphate_71(X) = fn_nucleoside_monophosphate_8(X)
& fn_ribonucleoside_monophosphate_76(X) = fn_nucleoside_monophosphate_7(X)
& fn_ribonucleoside_monophosphate_35(X) = fn_nucleoside_monophosphate_8(X)
& fn_ribonucleoside_monophosphate_17(X) = fn_nucleoside_monophosphate_62(X)
& fn_ribonucleoside_monophosphate_15(X) = fn_nucleoside_monophosphate_34(X)
& fn_ribonucleoside_monophosphate_25(X) = fn_nucleoside_monophosphate_8(X)
& fn_ribonucleoside_monophosphate_25(X) = fn_nucleoside_monophosphate_6(X)
& fn_ribonucleoside_monophosphate_85(X) = fn_nucleoside_monophosphate_19(X)
& fn_ribonucleoside_monophosphate_73(X) = fn_nucleoside_monophosphate_6(X)
& fn_ribonucleoside_monophosphate_14(X) = fn_nucleoside_monophosphate_3(X)
& fn_ribonucleoside_monophosphate_13(X) = fn_nucleoside_monophosphate_5(X)
& fn_ribonucleoside_monophosphate_62(X) = fn_nucleoside_monophosphate_4(X)
& fn_ribonucleoside_monophosphate_39(X) = fn_nucleoside_monophosphate_19(X)
& fn_ribonucleoside_monophosphate_33(X) = fn_nucleoside_monophosphate_63(X)
& fn_ribonucleoside_monophosphate_86(X) = fn_nucleoside_monophosphate_61(X)
& fn_ribonucleoside_monophosphate_24(X) = fn_nucleoside_monophosphate_19(X)
& fn_ribonucleoside_monophosphate_85(X) = fn_nucleoside_monophosphate_29(X)
& fn_ribonucleoside_monophosphate_26(X) = fn_nucleoside_monophosphate_19(X)
& fn_ribonucleoside_monophosphate_85(X) = fn_nucleoside_monophosphate_9(X)
& fn_ribonucleoside_monophosphate_7(X) = fn_nucleoside_monophosphate_7(X)
& fn_ribonucleoside_monophosphate_48(X) = fn_nucleoside_monophosphate_26(X)
& fn_ribonucleoside_monophosphate_47(X) = fn_covalent_bond_19(fn_ribonucleoside_monophosphate_56(X))
& fn_ribonucleoside_monophosphate_47(X) = fn_nucleoside_monophosphate_24(X)
& fn_ribonucleoside_monophosphate_86(X) = fn_nucleoside_monophosphate_64(X)
& fn_ribonucleoside_monophosphate_28(X) = fn_nucleoside_monophosphate_33(X)
& fn_ribonucleoside_monophosphate_16(X) = fn_nucleoside_monophosphate_42(X)
& fn_ribonucleoside_monophosphate_62(X) = fn_nucleoside_monophosphate_9(X)
& fn_ribonucleoside_monophosphate_5(X) = fn_nucleoside_monophosphate_63(X)
& fn_ribonucleoside_monophosphate_53(X) = fn_nucleoside_monophosphate_9(X)
& fn_ribonucleoside_monophosphate_68(X) = fn_nucleoside_monophosphate_32(X)
& fn_ribonucleoside_monophosphate_80(X) = fn_nucleoside_monophosphate_9(X)
& fn_ribonucleoside_monophosphate_68(X) = fn_nucleoside_monophosphate_33(X)
& fn_ribonucleoside_monophosphate_87(X) = fn_nucleoside_monophosphate_60(X)
& fn_ribonucleoside_monophosphate_31(X) = fn_nucleoside_monophosphate_3(X)
& fn_ribonucleoside_monophosphate_4(X) = fn_nucleoside_monophosphate_64(X)
& fn_ribonucleoside_monophosphate_48(X) = fn_covalent_bond_19(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_29(X) = fn_nucleoside_monophosphate_27(X)
& fn_ribonucleoside_monophosphate_47(X) = fn_nucleoside_monophosphate_26(X)
& fn_ribonucleoside_monophosphate_48(X) = fn_ribonucleotide_7(X)
& fn_ribonucleoside_monophosphate_48(X) = fn_nucleoside_monophosphate_24(X)
& fn_ribonucleoside_monophosphate_59(X) = fn_nucleoside_monophosphate_25(X)
& fn_ribonucleoside_monophosphate_59(X) = fn_ribonucleotide_15(X)
& fn_ribonucleoside_monophosphate_80(X) = fn_ribonucleotide_28(X)
& fn_ribonucleoside_monophosphate_12(X) = fn_ribonucleotide_19(X)
& fn_ribonucleoside_monophosphate_7(X) = fn_ribonucleotide_2(X)
& fn_ribonucleoside_monophosphate_88(X) = fn_ribonucleotide_16(X)
& fn_ribonucleoside_monophosphate_68(X) = fn_ribonucleotide_6(X)
& fn_ribonucleoside_monophosphate_36(X) = fn_ribonucleotide_27(X)
& fn_ribonucleoside_monophosphate_68(X) = fn_ribonucleotide_4(X)
& fn_ribonucleoside_monophosphate_37(X) = fn_ribonucleotide_27(X)
& fn_ribonucleoside_monophosphate_85(X) = fn_ribonucleotide_22(X)
& fn_ribonucleoside_monophosphate_23(X) = fn_ribonucleotide_22(X)
& fn_ribonucleoside_monophosphate_22(X) = fn_nucleoside_monophosphate_18(X)
& fn_ribonucleoside_monophosphate_22(X) = fn_ribonucleotide_6(X)
& fn_ribonucleoside_monophosphate_62(X) = fn_covalent_bond_18(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_62(X) = fn_nucleoside_monophosphate_19(X)
& fn_ribonucleoside_monophosphate_62(X) = fn_ribonucleotide_22(X)
& fn_ribonucleoside_monophosphate_62(X) = fn_nucleoside_monophosphate_29(X)
& fn_ribonucleoside_monophosphate_62(X) = fn_ribonucleotide_28(X)
& fn_ribonucleoside_monophosphate_88(X) = fn_nucleoside_monophosphate_27(X)
& fn_ribonucleoside_monophosphate_88(X) = fn_ribonucleotide_8(X)
& fn_ribonucleoside_monophosphate_56(X) = fn_nucleoside_monophosphate_23(X)
& fn_ribonucleoside_monophosphate_56(X) = fn_ribonucleotide_12(X)
& fn_ribonucleoside_monophosphate_29(X) = fn_ribonucleotide_8(X)
& fn_ribonucleoside_monophosphate_6(X) = fn_ribonucleotide_19(X)
& fn_ribonucleoside_monophosphate_85(X) = fn_ribonucleotide_6(X)
& fn_ribonucleoside_monophosphate_76(X) = fn_ribonucleotide_2(X)
& fn_ribonucleoside_monophosphate_57(X) = fn_ribonucleotide_13(X)
& fn_ribonucleoside_monophosphate_29(X) = fn_ribonucleotide_16(X)
& fn_ribonucleoside_monophosphate_87(X) = fn_ribonucleotide_19(X)
& fn_ribonucleoside_monophosphate_62(X) = fn_ribonucleotide_27(X)
& fn_ribonucleoside_monophosphate_8(X) = fn_ribonucleotide_28(X)
& fn_ribonucleoside_monophosphate_80(X) = fn_ribonucleotide_27(X)
& fn_ribonucleoside_monophosphate_9(X) = fn_ribonucleotide_2(X)
& fn_ribonucleoside_monophosphate_60(X) = fn_ribonucleotide_17(X)
& fn_ribonucleoside_monophosphate_51(X) = fn_nucleoside_monophosphate_11(X)
& fn_ribonucleoside_monophosphate_51(X) = fn_ribonucleotide_9(X)
& fn_ribonucleoside_monophosphate_49(X) = fn_nucleoside_20(fn_ribonucleoside_monophosphate_51(X))
& fn_ribonucleoside_monophosphate_52(X) = fn_nucleoside_5(fn_ribonucleoside_monophosphate_51(X))
& fn_ribonucleoside_monophosphate_49(X) = fn_nucleoside_monophosphate_15(X)
& fn_ribonucleoside_monophosphate_49(X) = fn_ribonucleotide_10(X)
& fn_ribonucleoside_monophosphate_52(X) = fn_nucleoside_monophosphate_21(X)
& fn_ribonucleoside_monophosphate_52(X) = fn_ribonucleotide_11(X)
& X = fn_functional_group_1(fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_58(X) = fn_nucleoside_monophosphate_17(X)
& fn_ribonucleoside_monophosphate_58(X) = fn_ribonucleotide_14(X)
& fn_ribonucleoside_monophosphate_54(X) = fn_phosphate_group_36(fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_22(X) = fn_phosphate_group_38(fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_5(X) = fn_phosphate_group_35(fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_56(X) = fn_phosphate_group_37(fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_57(X) = fn_phosphate_group_41(fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_54(X) = fn_phosphate_group_40(fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_68(X) = fn_phosphate_group_20(fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_62(X) = fn_phosphate_group_21(fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_26(X) = fn_phosphate_group_20(fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_6(X) = fn_phosphate_group_35(fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_7(X) = fn_phosphate_group_39(fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_16(X) = fn_phosphate_group_9(fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_73(X) = fn_phosphate_group_8(fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_88(X) = fn_phosphate_group_22(fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_13(X) = fn_phosphate_group_35(fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_23(X) = fn_phosphate_group_38(fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_85(X) = fn_phosphate_group_3(fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_5(X) = fn_phosphate_group_39(fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_29(X) = fn_covalent_bond_20(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_88(X) = fn_covalent_bond_19(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_88(X) = fn_phosphate_group_5(fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_60(X) = fn_share_1(fn_ribonucleoside_monophosphate_45(X))
& fn_ribonucleoside_monophosphate_29(X) = fn_share_3(fn_ribonucleoside_monophosphate_45(X))
& fn_ribonucleoside_monophosphate_60(X) = fn_share_1(fn_ribonucleoside_monophosphate_17(X))
& fn_ribonucleoside_monophosphate_29(X) = fn_share_3(fn_ribonucleoside_monophosphate_17(X))
& fn_ribonucleoside_monophosphate_60(X) = fn_share_1(fn_ribonucleoside_monophosphate_44(X))
& fn_ribonucleoside_monophosphate_29(X) = fn_share_3(fn_ribonucleoside_monophosphate_44(X))
& fn_ribonucleoside_monophosphate_60(X) = fn_share_1(fn_ribonucleoside_monophosphate_34(X))
& fn_ribonucleoside_monophosphate_29(X) = fn_share_3(fn_ribonucleoside_monophosphate_34(X))
& fn_ribonucleoside_monophosphate_60(X) = fn_nucleoside_monophosphate_16(X)
& fn_ribonucleoside_monophosphate_29(X) = fn_nucleoside_monophosphate_65(X)
& fn_ribonucleoside_monophosphate_29(X) = fn_covalent_bond_20(fn_ribonucleoside_monophosphate_56(X))
& fn_ribonucleoside_monophosphate_60(X) = fn_covalent_bond_19(fn_ribonucleoside_monophosphate_56(X))
& fn_ribonucleoside_monophosphate_60(X) = fn_phosphate_group_6(fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_29(X) = fn_phosphate_group_22(fn_ribonucleoside_monophosphate_58(X))
& fn_ribonucleoside_monophosphate_54(X) = fn_covalent_bond_14(fn_ribonucleoside_monophosphate_56(X))
& fn_ribonucleoside_monophosphate_11(X) = fn_covalent_bond_13(fn_ribonucleoside_monophosphate_56(X))
& fn_ribonucleoside_monophosphate_62(X) = fn_covalent_bond_15(fn_ribonucleoside_monophosphate_56(X))
& fn_ribonucleoside_monophosphate_78(X) = fn_covalent_bond_6(fn_ribonucleoside_monophosphate_56(X))
& fn_ribonucleoside_monophosphate_77(X) = fn_covalent_bond_8(fn_ribonucleoside_monophosphate_56(X))
& fn_ribonucleoside_monophosphate_81(X) = fn_covalent_bond_4(fn_ribonucleoside_monophosphate_56(X))
& fn_ribonucleoside_monophosphate_10(X) = fn_covalent_bond_10(fn_ribonucleoside_monophosphate_56(X))
& fn_ribonucleoside_monophosphate_80(X) = fn_covalent_bond_18(fn_ribonucleoside_monophosphate_56(X))
& fn_ribonucleoside_monophosphate_4(X) = fn_covalent_bond_17(fn_ribonucleoside_monophosphate_56(X))
& fn_ribonucleoside_monophosphate_54(X) = fn_covalent_bond_14(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_37(X) = fn_covalent_bond_15(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_11(X) = fn_covalent_bond_13(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_84(X) = fn_covalent_bond_4(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_18(X) = fn_covalent_bond_10(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_20(X) = fn_covalent_bond_16(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_19(X) = fn_covalent_bond_1(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_83(X) = fn_covalent_bond_6(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_82(X) = fn_covalent_bond_8(fn_ribonucleoside_monophosphate_56(X))
& fn_ribonucleoside_monophosphate_82(X) = fn_covalent_bond_8(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_85(X) = fn_covalent_bond_18(fn_ribonucleoside_monophosphate_56(X))
& fn_ribonucleoside_monophosphate_27(X) = fn_covalent_bond_9(fn_ribonucleoside_monophosphate_56(X))
& fn_ribonucleoside_monophosphate_27(X) = fn_covalent_bond_9(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_85(X) = fn_share_2(fn_ribonucleoside_monophosphate_34(X))
& fn_ribonucleoside_monophosphate_85(X) = fn_share_2(fn_ribonucleoside_monophosphate_44(X))
& fn_ribonucleoside_monophosphate_22(X) = fn_share_2(fn_ribonucleoside_monophosphate_17(X))
& fn_ribonucleoside_monophosphate_42(X) = fn_share_2(fn_ribonucleoside_monophosphate_45(X))
& fn_ribonucleoside_monophosphate_50(X) = fn_nucleoside_21(fn_ribonucleoside_monophosphate_51(X))
& fn_ribonucleoside_monophosphate_85(X) = fn_covalent_bond_18(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleoside_monophosphate_31(X) = fn_covalent_bond_17(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleotide_6(X) = fn_ribonucleotide_28(X)
& fn_ribonucleotide_28(X) = fn_nucleoside_monophosphate_6(X)
& fn_nucleoside_monophosphate_6(X) = fn_covalent_bond_17(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_17(fn_ribonucleoside_monophosphate_56(X)) = fn_nucleoside_monophosphate_34(X)
& fn_nucleoside_monophosphate_34(X) = fn_ribonucleotide_2(X)
& fn_ribonucleotide_2(X) = fn_nucleoside_monophosphate_61(X)
& fn_nucleoside_monophosphate_61(X) = fn_ribonucleotide_22(X)
& fn_ribonucleotide_22(X) = fn_nucleoside_monophosphate_8(X)
& fn_nucleoside_monophosphate_8(X) = fn_nucleoside_monophosphate_62(X)
& fn_nucleoside_monophosphate_62(X) = fn_nucleoside_monophosphate_64(X)
& fn_nucleoside_monophosphate_64(X) = fn_covalent_bond_17(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_17(fn_ribonucleoside_monophosphate_57(X)) = fn_nucleoside_monophosphate_64(X)
& fn_nucleoside_monophosphate_64(X) = fn_nucleoside_monophosphate_61(X)
& fn_nucleoside_monophosphate_61(X) = fn_covalent_bond_15(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_15(fn_ribonucleoside_monophosphate_56(X)) = fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_19(X) = fn_nucleoside_monophosphate_33(X)
& fn_nucleoside_monophosphate_33(X) = fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_32(X) = fn_covalent_bond_17(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_17(fn_ribonucleoside_monophosphate_57(X)) = fn_nucleoside_monophosphate_62(X)
& fn_nucleoside_monophosphate_62(X) = fn_nucleoside_monophosphate_62(X)
& fn_ribonucleotide_19(X) = fn_nucleoside_monophosphate_3(X)
& fn_nucleoside_monophosphate_3(X) = fn_ribonucleotide_2(X)
& fn_ribonucleotide_2(X) = fn_nucleoside_monophosphate_5(X)
& fn_nucleoside_monophosphate_5(X) = fn_nucleoside_monophosphate_64(X)
& fn_nucleoside_monophosphate_64(X) = fn_ribonucleotide_19(X)
& fn_ribonucleotide_19(X) = fn_nucleoside_monophosphate_61(X)
& fn_nucleoside_monophosphate_61(X) = fn_nucleoside_monophosphate_34(X)
& fn_nucleoside_monophosphate_34(X) = fn_nucleoside_monophosphate_5(X)
& fn_nucleoside_monophosphate_5(X) = fn_covalent_bond_17(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_17(fn_ribonucleoside_monophosphate_57(X)) = fn_nucleoside_monophosphate_60(X)
& fn_nucleoside_monophosphate_60(X) = fn_nucleoside_monophosphate_63(X)
& fn_nucleoside_monophosphate_63(X) = fn_nucleoside_monophosphate_61(X)
& fn_nucleoside_monophosphate_61(X) = fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_19(X) = fn_nucleoside_monophosphate_8(X)
& fn_nucleoside_monophosphate_8(X) = fn_nucleoside_monophosphate_4(X)
& fn_nucleoside_monophosphate_4(X) = fn_nucleoside_monophosphate_8(X)
& fn_nucleoside_monophosphate_8(X) = fn_nucleoside_monophosphate_64(X)
& fn_nucleoside_monophosphate_64(X) = fn_nucleoside_monophosphate_34(X)
& fn_nucleoside_monophosphate_34(X) = fn_nucleoside_monophosphate_34(X)
& fn_nucleoside_monophosphate_34(X) = fn_nucleoside_monophosphate_42(X)
& fn_nucleoside_monophosphate_8(X) = fn_nucleoside_monophosphate_6(X)
& fn_nucleoside_monophosphate_6(X) = fn_nucleoside_monophosphate_7(X)
& fn_nucleoside_monophosphate_7(X) = fn_nucleoside_monophosphate_3(X)
& fn_nucleoside_monophosphate_3(X) = fn_nucleoside_monophosphate_18(X)
& fn_nucleoside_monophosphate_18(X) = fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_19(X) = fn_nucleoside_monophosphate_7(X)
& fn_nucleoside_monophosphate_63(X) = fn_nucleoside_monophosphate_32(X)
& fn_nucleoside_monophosphate_19(X) = fn_covalent_bond_17(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_17(fn_ribonucleoside_monophosphate_56(X)) = fn_nucleoside_monophosphate_61(X)
& fn_nucleoside_monophosphate_61(X) = fn_nucleoside_monophosphate_61(X)
& fn_nucleoside_monophosphate_61(X) = fn_nucleoside_monophosphate_64(X)
& fn_nucleoside_monophosphate_64(X) = fn_share_2(fn_ribonucleoside_monophosphate_12(X))
& fn_share_2(fn_ribonucleoside_monophosphate_12(X)) = fn_nucleoside_monophosphate_33(X)
& fn_nucleoside_monophosphate_33(X) = fn_covalent_bond_18(fn_ribonucleoside_monophosphate_57(X))
& fn_ribonucleotide_6(X) = fn_nucleoside_monophosphate_42(X)
& fn_nucleoside_monophosphate_9(X) = fn_nucleoside_monophosphate_42(X)
& fn_nucleoside_monophosphate_42(X) = fn_nucleoside_monophosphate_9(X)
& fn_nucleoside_monophosphate_9(X) = fn_covalent_bond_19(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_19(fn_ribonucleoside_monophosphate_56(X)) = fn_covalent_bond_19(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_19(fn_ribonucleoside_monophosphate_57(X)) = fn_covalent_bond_19(fn_ribonucleoside_monophosphate_56(X))
& fn_nucleoside_monophosphate_24(X) = fn_covalent_bond_19(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_19(fn_ribonucleoside_monophosphate_56(X)) = fn_nucleoside_monophosphate_24(X)
& fn_nucleoside_monophosphate_26(X) = fn_nucleoside_monophosphate_26(X)
& fn_nucleoside_monophosphate_26(X) = fn_share_3(fn_ribonucleoside_monophosphate_79(X))
& fn_share_3(fn_ribonucleoside_monophosphate_79(X)) = fn_share_1(fn_ribonucleoside_monophosphate_79(X))
& fn_share_1(fn_ribonucleoside_monophosphate_79(X)) = fn_share_1(fn_ribonucleoside_monophosphate_79(X))
& fn_share_1(fn_ribonucleoside_monophosphate_79(X)) = fn_covalent_bond_19(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_19(fn_ribonucleoside_monophosphate_57(X)) = fn_covalent_bond_19(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_20(fn_ribonucleoside_monophosphate_57(X)) = fn_covalent_bond_19(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_19(fn_ribonucleoside_monophosphate_57(X)) = fn_covalent_bond_20(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_20(fn_ribonucleoside_monophosphate_57(X)) = fn_covalent_bond_20(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_20(fn_ribonucleoside_monophosphate_57(X)) = fn_ribonucleotide_7(X)
& fn_ribonucleotide_7(X) = fn_nucleoside_monophosphate_26(X)
& fn_nucleoside_monophosphate_26(X) = fn_ribonucleotide_7(X)
& fn_ribonucleotide_7(X) = fn_ribonucleotide_7(X)
& fn_ribonucleotide_7(X) = fn_nucleoside_monophosphate_24(X)
& fn_nucleoside_monophosphate_24(X) = fn_nucleoside_monophosphate_26(X)
& fn_nucleoside_monophosphate_26(X) = fn_nucleoside_monophosphate_24(X)
& fn_nucleoside_monophosphate_24(X) = fn_nucleoside_monophosphate_24(X)
& fn_nucleoside_monophosphate_24(X) = fn_nucleoside_monophosphate_25(X)
& fn_nucleoside_monophosphate_25(X) = fn_nucleoside_monophosphate_25(X)
& fn_nucleoside_monophosphate_25(X) = fn_ribonucleotide_15(X)
& fn_ribonucleotide_15(X) = fn_nucleoside_monophosphate_62(X)
& fn_nucleoside_monophosphate_62(X) = fn_ribonucleotide_19(X)
& fn_ribonucleotide_19(X) = fn_covalent_bond_15(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_15(fn_ribonucleoside_monophosphate_57(X)) = fn_nucleoside_monophosphate_8(X)
& fn_nucleoside_monophosphate_8(X) = fn_ribonucleotide_27(X)
& fn_ribonucleotide_27(X) = fn_covalent_bond_17(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_17(fn_ribonucleoside_monophosphate_56(X)) = fn_nucleoside_monophosphate_7(X)
& fn_ribonucleotide_2(X) = fn_nucleoside_monophosphate_63(X)
& fn_nucleoside_monophosphate_63(X) = fn_nucleoside_monophosphate_60(X)
& fn_nucleoside_monophosphate_60(X) = fn_nucleoside_monophosphate_60(X)
& fn_nucleoside_monophosphate_60(X) = fn_ribonucleotide_19(X)
& fn_ribonucleotide_19(X) = fn_nucleoside_monophosphate_60(X)
& fn_nucleoside_monophosphate_60(X) = fn_ribonucleotide_2(X)
& fn_ribonucleotide_2(X) = fn_nucleoside_20(fn_ribonucleoside_monophosphate_51(X))
& fn_nucleoside_monophosphate_15(X) = fn_nucleoside_20(fn_ribonucleoside_monophosphate_51(X))
& fn_nucleoside_20(fn_ribonucleoside_monophosphate_51(X)) = fn_nucleoside_monophosphate_15(X)
& fn_nucleoside_monophosphate_15(X) = fn_nucleoside_monophosphate_15(X)
& fn_ribonucleotide_10(X) = fn_nucleoside_monophosphate_15(X)
& fn_nucleoside_monophosphate_15(X) = fn_ribonucleotide_10(X)
& fn_ribonucleotide_10(X) = fn_nucleoside_monophosphate_21(X)
& fn_nucleoside_monophosphate_21(X) = fn_nucleoside_5(fn_ribonucleoside_monophosphate_51(X))
& fn_nucleoside_5(fn_ribonucleoside_monophosphate_51(X)) = fn_nucleoside_monophosphate_21(X)
& fn_nucleoside_monophosphate_21(X) = fn_nucleoside_monophosphate_21(X)
& fn_ribonucleotide_11(X) = fn_nucleoside_monophosphate_21(X)
& fn_nucleoside_monophosphate_21(X) = fn_ribonucleotide_11(X)
& fn_ribonucleotide_11(X) = fn_ribonucleotide_27(X)
& fn_ribonucleotide_27(X) = fn_nucleoside_monophosphate_29(X)
& fn_nucleoside_monophosphate_29(X) = fn_nucleoside_monophosphate_32(X)
& fn_nucleoside_monophosphate_32(X) = fn_nucleoside_monophosphate_33(X)
& fn_nucleoside_monophosphate_33(X) = fn_ribonucleotide_6(X)
& fn_ribonucleotide_6(X) = fn_ribonucleotide_4(X)
& fn_ribonucleotide_4(X) = fn_ribonucleotide_4(X)
& fn_ribonucleotide_4(X) = fn_phosphate_group_20(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_20(fn_ribonucleoside_monophosphate_58(X)) = fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_19(X) = fn_phosphate_group_20(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_20(fn_ribonucleoside_monophosphate_58(X)) = fn_phosphate_group_20(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_20(fn_ribonucleoside_monophosphate_58(X)) = fn_ribonucleotide_19(X)
& fn_ribonucleotide_19(X) = fn_ribonucleotide_19(X)
& fn_ribonucleotide_19(X) = fn_phosphate_group_35(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_35(fn_ribonucleoside_monophosphate_58(X)) = fn_nucleoside_monophosphate_7(X)
& fn_nucleoside_monophosphate_7(X) = fn_nucleoside_monophosphate_7(X)
& fn_nucleoside_monophosphate_7(X) = fn_ribonucleotide_2(X)
& fn_ribonucleotide_2(X) = fn_ribonucleotide_2(X)
& fn_ribonucleotide_2(X) = fn_phosphate_group_39(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_39(fn_ribonucleoside_monophosphate_58(X)) = fn_nucleoside_monophosphate_42(X)
& fn_nucleoside_monophosphate_42(X) = fn_phosphate_group_9(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_9(fn_ribonucleoside_monophosphate_58(X)) = fn_phosphate_group_9(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_9(fn_ribonucleoside_monophosphate_58(X)) = fn_nucleoside_monophosphate_6(X)
& fn_nucleoside_monophosphate_6(X) = fn_phosphate_group_8(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_8(fn_ribonucleoside_monophosphate_58(X)) = fn_phosphate_group_8(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_8(fn_ribonucleoside_monophosphate_58(X)) = fn_nucleoside_monophosphate_5(X)
& fn_nucleoside_monophosphate_5(X) = fn_nucleoside_monophosphate_5(X)
& fn_nucleoside_monophosphate_5(X) = fn_phosphate_group_35(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_35(fn_ribonucleoside_monophosphate_58(X)) = fn_ribonucleotide_22(X)
& fn_ribonucleotide_22(X) = fn_phosphate_group_38(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_38(fn_ribonucleoside_monophosphate_58(X)) = fn_nucleoside_monophosphate_63(X)
& fn_nucleoside_monophosphate_63(X) = fn_nucleoside_monophosphate_63(X)
& fn_nucleoside_monophosphate_63(X) = fn_phosphate_group_35(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_35(fn_ribonucleoside_monophosphate_58(X)) = fn_phosphate_group_35(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_35(fn_ribonucleoside_monophosphate_58(X)) = fn_phosphate_group_39(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_39(fn_ribonucleoside_monophosphate_58(X)) = fn_phosphate_group_39(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_39(fn_ribonucleoside_monophosphate_58(X)) = fn_nucleoside_monophosphate_27(X)
& fn_nucleoside_monophosphate_27(X) = fn_covalent_bond_19(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_19(fn_ribonucleoside_monophosphate_57(X)) = fn_nucleoside_monophosphate_27(X)
& fn_nucleoside_monophosphate_27(X) = fn_ribonucleotide_16(X)
& fn_ribonucleotide_16(X) = fn_nucleoside_monophosphate_27(X)
& fn_ribonucleotide_8(X) = fn_phosphate_group_22(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_5(fn_ribonucleoside_monophosphate_58(X)) = fn_phosphate_group_22(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_22(fn_ribonucleoside_monophosphate_58(X)) = fn_phosphate_group_5(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_5(fn_ribonucleoside_monophosphate_58(X)) = fn_phosphate_group_5(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_5(fn_ribonucleoside_monophosphate_58(X)) = fn_share_1(fn_ribonucleoside_monophosphate_44(X))
& fn_share_1(fn_ribonucleoside_monophosphate_17(X)) = fn_covalent_bond_19(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_19(fn_ribonucleoside_monophosphate_56(X)) = fn_share_1(fn_ribonucleoside_monophosphate_45(X))
& fn_share_1(fn_ribonucleoside_monophosphate_45(X)) = fn_share_1(fn_ribonucleoside_monophosphate_17(X))
& fn_share_1(fn_ribonucleoside_monophosphate_17(X)) = fn_share_1(fn_ribonucleoside_monophosphate_44(X))
& fn_share_1(fn_ribonucleoside_monophosphate_44(X)) = fn_share_1(fn_ribonucleoside_monophosphate_34(X))
& fn_share_1(fn_ribonucleoside_monophosphate_34(X)) = fn_covalent_bond_19(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_19(fn_ribonucleoside_monophosphate_56(X)) = fn_covalent_bond_20(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_20(fn_ribonucleoside_monophosphate_57(X)) = fn_covalent_bond_19(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_19(fn_ribonucleoside_monophosphate_56(X)) = fn_covalent_bond_19(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_19(fn_ribonucleoside_monophosphate_56(X)) = fn_nucleoside_monophosphate_16(X)
& fn_nucleoside_monophosphate_16(X) = fn_covalent_bond_20(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_20(fn_ribonucleoside_monophosphate_57(X)) = fn_nucleoside_monophosphate_16(X)
& fn_nucleoside_monophosphate_16(X) = fn_nucleoside_monophosphate_16(X)
& fn_ribonucleotide_17(X) = fn_nucleoside_monophosphate_16(X)
& fn_nucleoside_monophosphate_16(X) = fn_ribonucleotide_17(X)
& fn_ribonucleotide_17(X) = fn_ribonucleotide_17(X)
& fn_ribonucleotide_17(X) = fn_phosphate_group_6(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_6(fn_ribonucleoside_monophosphate_58(X)) = fn_phosphate_group_6(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_6(fn_ribonucleoside_monophosphate_58(X)) = fn_nucleoside_monophosphate_17(X)
& fn_ribonucleotide_14(X) = fn_nucleoside_monophosphate_17(X)
& fn_nucleoside_monophosphate_17(X) = fn_ribonucleotide_14(X)
& fn_ribonucleotide_14(X) = fn_nucleoside_monophosphate_65(X)
& fn_nucleoside_monophosphate_65(X) = fn_share_3(fn_ribonucleoside_monophosphate_45(X))
& fn_share_3(fn_ribonucleoside_monophosphate_34(X)) = fn_share_3(fn_ribonucleoside_monophosphate_45(X))
& fn_share_3(fn_ribonucleoside_monophosphate_45(X)) = fn_share_3(fn_ribonucleoside_monophosphate_17(X))
& fn_share_3(fn_ribonucleoside_monophosphate_17(X)) = fn_share_3(fn_ribonucleoside_monophosphate_44(X))
& fn_share_3(fn_ribonucleoside_monophosphate_44(X)) = fn_share_3(fn_ribonucleoside_monophosphate_34(X))
& fn_share_3(fn_ribonucleoside_monophosphate_34(X)) = fn_nucleoside_monophosphate_65(X)
& fn_covalent_bond_20(fn_ribonucleoside_monophosphate_57(X)) = fn_nucleoside_monophosphate_65(X)
& fn_nucleoside_monophosphate_65(X) = fn_covalent_bond_20(fn_ribonucleoside_monophosphate_56(X))
& fn_nucleoside_monophosphate_27(X) = fn_covalent_bond_20(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_20(fn_ribonucleoside_monophosphate_57(X)) = fn_nucleoside_monophosphate_27(X)
& fn_nucleoside_monophosphate_27(X) = fn_covalent_bond_20(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_20(fn_ribonucleoside_monophosphate_56(X)) = fn_covalent_bond_20(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_20(fn_ribonucleoside_monophosphate_57(X)) = fn_covalent_bond_20(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_20(fn_ribonucleoside_monophosphate_56(X)) = fn_covalent_bond_20(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_20(fn_ribonucleoside_monophosphate_56(X)) = fn_nucleoside_monophosphate_27(X)
& fn_nucleoside_monophosphate_27(X) = fn_nucleoside_monophosphate_27(X)
& fn_nucleoside_monophosphate_27(X) = fn_ribonucleotide_8(X)
& fn_ribonucleotide_16(X) = fn_ribonucleotide_8(X)
& fn_ribonucleotide_8(X) = fn_ribonucleotide_8(X)
& fn_ribonucleotide_8(X) = fn_ribonucleotide_16(X)
& fn_ribonucleotide_16(X) = fn_ribonucleotide_16(X)
& fn_ribonucleotide_16(X) = fn_phosphate_group_22(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_22(fn_ribonucleoside_monophosphate_58(X)) = fn_phosphate_group_22(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_22(fn_ribonucleoside_monophosphate_58(X)) = fn_ribonucleotide_6(X)
& fn_ribonucleotide_6(X) = fn_covalent_bond_18(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_18(fn_ribonucleoside_monophosphate_57(X)) = fn_ribonucleotide_6(X)
& fn_ribonucleotide_6(X) = fn_ribonucleotide_22(X)
& fn_ribonucleotide_22(X) = fn_nucleoside_monophosphate_18(X)
& fn_nucleoside_monophosphate_18(X) = fn_ribonucleotide_22(X)
& fn_ribonucleotide_22(X) = fn_nucleoside_monophosphate_32(X)
& fn_nucleoside_monophosphate_32(X) = fn_nucleoside_monophosphate_18(X)
& fn_nucleoside_monophosphate_18(X) = fn_nucleoside_monophosphate_18(X)
& fn_nucleoside_monophosphate_18(X) = fn_nucleoside_monophosphate_32(X)
& fn_nucleoside_monophosphate_32(X) = fn_nucleoside_monophosphate_42(X)
& fn_nucleoside_monophosphate_42(X) = fn_nucleoside_monophosphate_42(X)
& fn_nucleoside_monophosphate_42(X) = fn_nucleoside_monophosphate_8(X)
& fn_nucleoside_monophosphate_8(X) = fn_nucleoside_monophosphate_8(X)
& fn_nucleoside_monophosphate_8(X) = fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_29(X) = fn_nucleoside_monophosphate_4(X)
& fn_nucleoside_monophosphate_4(X) = fn_nucleoside_monophosphate_29(X)
& fn_nucleoside_monophosphate_4(X) = fn_nucleoside_monophosphate_4(X)
& fn_nucleoside_monophosphate_9(X) = fn_nucleoside_monophosphate_4(X)
& fn_nucleoside_monophosphate_4(X) = fn_nucleoside_monophosphate_9(X)
& fn_ribonucleotide_27(X) = fn_phosphate_group_21(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_21(fn_ribonucleoside_monophosphate_58(X)) = fn_phosphate_group_21(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_21(fn_ribonucleoside_monophosphate_58(X)) = fn_covalent_bond_15(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_15(fn_ribonucleoside_monophosphate_56(X)) = fn_nucleoside_monophosphate_56(X)
& fn_nucleoside_monophosphate_56(X) = fn_nucleoside_monophosphate_56(X)
& fn_nucleoside_monophosphate_56(X) = fn_covalent_bond_6(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_6(fn_ribonucleoside_monophosphate_56(X)) = fn_covalent_bond_6(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_6(fn_ribonucleoside_monophosphate_56(X)) = fn_nucleoside_monophosphate_57(X)
& fn_nucleoside_monophosphate_57(X) = fn_covalent_bond_4(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_4(fn_ribonucleoside_monophosphate_56(X)) = fn_covalent_bond_4(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_4(fn_ribonucleoside_monophosphate_56(X)) = fn_covalent_bond_15(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_15(fn_ribonucleoside_monophosphate_57(X)) = fn_nucleoside_monophosphate_33(X)
& fn_nucleoside_monophosphate_33(X) = fn_nucleoside_monophosphate_9(X)
& fn_nucleoside_monophosphate_9(X) = fn_ribonucleotide_28(X)
& fn_ribonucleotide_27(X) = fn_covalent_bond_18(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_18(fn_ribonucleoside_monophosphate_56(X)) = fn_covalent_bond_18(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_18(fn_ribonucleoside_monophosphate_56(X)) = fn_nucleoside_monophosphate_23(X)
& fn_nucleoside_monophosphate_23(X) = fn_nucleoside_monophosphate_23(X)
& fn_ribonucleotide_12(X) = fn_nucleoside_monophosphate_23(X)
& fn_nucleoside_monophosphate_23(X) = fn_ribonucleotide_12(X)
& fn_ribonucleotide_12(X) = fn_ribonucleotide_12(X)
& fn_ribonucleotide_12(X) = fn_phosphate_group_37(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_37(fn_ribonucleoside_monophosphate_58(X)) = fn_phosphate_group_37(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_37(fn_ribonucleoside_monophosphate_58(X)) = fn_nucleoside_monophosphate_64(X)
& fn_nucleoside_monophosphate_64(X) = fn_nucleoside_monophosphate_64(X)
& fn_nucleoside_monophosphate_64(X) = fn_covalent_bond_17(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_17(fn_ribonucleoside_monophosphate_56(X)) = fn_covalent_bond_17(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_17(fn_ribonucleoside_monophosphate_56(X)) = fn_phosphate_group_36(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_36(fn_ribonucleoside_monophosphate_58(X)) = fn_phosphate_group_40(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_40(fn_ribonucleoside_monophosphate_58(X)) = fn_phosphate_group_40(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_40(fn_ribonucleoside_monophosphate_58(X)) = fn_covalent_bond_14(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_14(fn_ribonucleoside_monophosphate_57(X)) = fn_covalent_bond_14(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_14(fn_ribonucleoside_monophosphate_56(X)) = fn_phosphate_group_40(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_40(fn_ribonucleoside_monophosphate_58(X)) = fn_covalent_bond_14(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_14(fn_ribonucleoside_monophosphate_56(X)) = fn_covalent_bond_14(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_14(fn_ribonucleoside_monophosphate_56(X)) = fn_covalent_bond_14(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_14(fn_ribonucleoside_monophosphate_57(X)) = fn_covalent_bond_14(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_14(fn_ribonucleoside_monophosphate_57(X)) = fn_ribonucleotide_27(X)
& fn_ribonucleotide_27(X) = fn_covalent_bond_15(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_15(fn_ribonucleoside_monophosphate_57(X)) = fn_nucleoside_monophosphate_40(X)
& fn_nucleoside_monophosphate_40(X) = fn_covalent_bond_4(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_4(fn_ribonucleoside_monophosphate_57(X)) = fn_covalent_bond_4(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_4(fn_ribonucleoside_monophosphate_57(X)) = fn_nucleoside_monophosphate_39(X)
& fn_nucleoside_monophosphate_39(X) = fn_nucleoside_monophosphate_39(X)
& fn_nucleoside_monophosphate_39(X) = fn_covalent_bond_6(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_6(fn_ribonucleoside_monophosphate_57(X)) = fn_covalent_bond_6(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_6(fn_ribonucleoside_monophosphate_57(X)) = fn_nucleoside_monophosphate_7(X)
& fn_nucleoside_monophosphate_7(X) = fn_nucleoside_monophosphate_63(X)
& fn_nucleoside_monophosphate_63(X) = fn_nucleoside_monophosphate_18(X)
& fn_ribonucleotide_6(X) = fn_nucleoside_monophosphate_18(X)
& fn_nucleoside_monophosphate_18(X) = fn_ribonucleotide_6(X)
& fn_ribonucleotide_6(X) = fn_phosphate_group_38(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_38(fn_ribonucleoside_monophosphate_58(X)) = fn_phosphate_group_38(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_38(fn_ribonucleoside_monophosphate_58(X)) = fn_share_2(fn_ribonucleoside_monophosphate_17(X))
& fn_share_2(fn_ribonucleoside_monophosphate_17(X)) = fn_nucleoside_monophosphate_9(X)
& fn_nucleoside_monophosphate_9(X) = fn_nucleoside_monophosphate_6(X)
& fn_nucleoside_monophosphate_6(X) = fn_nucleoside_monophosphate_6(X)
& fn_nucleoside_monophosphate_6(X) = fn_share_2(fn_ribonucleoside_monophosphate_45(X))
& fn_share_2(fn_ribonucleoside_monophosphate_45(X)) = fn_nucleoside_monophosphate_11(X)
& fn_ribonucleotide_9(X) = fn_nucleoside_monophosphate_11(X)
& fn_nucleoside_monophosphate_11(X) = fn_ribonucleotide_9(X)
& fn_ribonucleotide_9(X) = fn_ribonucleotide_27(X)
& fn_ribonucleotide_27(X) = fn_ribonucleotide_28(X)
& fn_ribonucleotide_28(X) = fn_ribonucleotide_28(X)
& fn_ribonucleotide_28(X) = fn_ribonucleotide_27(X)
& fn_ribonucleotide_27(X) = fn_ribonucleotide_27(X)
& fn_ribonucleotide_27(X) = fn_nucleoside_monophosphate_33(X)
& fn_nucleoside_monophosphate_33(X) = fn_nucleoside_monophosphate_33(X)
& fn_nucleoside_monophosphate_33(X) = fn_nucleoside_monophosphate_32(X)
& fn_nucleoside_monophosphate_19(X) = fn_nucleoside_monophosphate_32(X)
& fn_nucleoside_monophosphate_32(X) = fn_nucleoside_monophosphate_32(X)
& fn_nucleoside_monophosphate_32(X) = fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_29(X) = fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_19(X) = fn_nucleoside_monophosphate_19(X)
& fn_nucleoside_monophosphate_19(X) = fn_nucleoside_monophosphate_29(X)
& fn_nucleoside_monophosphate_9(X) = fn_nucleoside_monophosphate_29(X)
& fn_nucleoside_monophosphate_29(X) = fn_nucleoside_monophosphate_29(X)
& fn_nucleoside_monophosphate_29(X) = fn_nucleoside_monophosphate_9(X)
& fn_nucleoside_monophosphate_9(X) = fn_nucleoside_monophosphate_9(X)
& fn_nucleoside_monophosphate_9(X) = fn_ribonucleotide_22(X)
& fn_ribonucleotide_22(X) = fn_ribonucleotide_22(X)
& fn_ribonucleotide_22(X) = fn_ribonucleotide_6(X)
& fn_ribonucleotide_6(X) = fn_ribonucleotide_6(X)
& fn_ribonucleotide_6(X) = fn_phosphate_group_3(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_3(fn_ribonucleoside_monophosphate_58(X)) = fn_phosphate_group_3(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_3(fn_ribonucleoside_monophosphate_58(X)) = fn_share_2(fn_ribonucleoside_monophosphate_34(X))
& fn_share_2(fn_ribonucleoside_monophosphate_44(X)) = fn_covalent_bond_18(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_18(fn_ribonucleoside_monophosphate_57(X)) = fn_covalent_bond_18(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_18(fn_ribonucleoside_monophosphate_57(X)) = fn_covalent_bond_18(fn_ribonucleoside_monophosphate_56(X))
& fn_covalent_bond_18(fn_ribonucleoside_monophosphate_56(X)) = fn_covalent_bond_18(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_18(fn_ribonucleoside_monophosphate_57(X)) = fn_share_2(fn_ribonucleoside_monophosphate_34(X))
& fn_share_2(fn_ribonucleoside_monophosphate_34(X)) = fn_share_2(fn_ribonucleoside_monophosphate_44(X))
& fn_share_2(fn_ribonucleoside_monophosphate_44(X)) = fn_covalent_bond_18(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_18(fn_ribonucleoside_monophosphate_57(X)) = fn_ribonucleotide_13(X)
& fn_ribonucleotide_13(X) = fn_ribonucleotide_13(X)
& fn_ribonucleotide_13(X) = fn_phosphate_group_41(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_41(fn_ribonucleoside_monophosphate_58(X)) = fn_phosphate_group_41(fn_ribonucleoside_monophosphate_58(X))
& fn_phosphate_group_41(fn_ribonucleoside_monophosphate_58(X)) = fn_nucleoside_monophosphate_5(X)
& fn_nucleoside_monophosphate_5(X) = fn_nucleoside_monophosphate_3(X)
& fn_nucleoside_monophosphate_3(X) = fn_nucleoside_monophosphate_3(X)
& fn_nucleoside_monophosphate_3(X) = fn_covalent_bond_17(fn_ribonucleoside_monophosphate_57(X))
& fn_covalent_bond_17(fn_ribonucleoside_monophosphate_57(X)) = fn_covalent_bond_17(fn_ribonucleoside_monophosphate_57(X)) ) ) ).
fof(a532353,axiom,
! [X] :
( ribonucleoside_triphosphate_1(X)
=> ( original_name_2(X,'Ribonucleoside-Triphosphate')
& user_description_2(X,'The ribonucleoside triphosphate has nitrogen base, three phosphate groups and a ribose sugar.')
& concept2words_2(X,'ribonucleoside triphosphate')
& concept2words_2(X,'ribonucleoside-triphosphate')
& nucleoside_triphosphate_1(X)
& ribonucleotide_1(X)
& ~ deoxyribonucleoside_triphosphate_1(X)
& ~ ribonucleoside_diphosphate_1(X)
& ~ ribonucleoside_monophosphate_1(X) ) ) ).
fof(a532354,axiom,
! [X] :
( ribonucleotide_1(X)
=> ( original_name_2(X,'Ribonucleotide')
& user_description_2(X,'RNA monomers composed of a ribose sugar and the nitrogenous bases adenine (A), cytosine (C), guanine (G), and uracil (U).')
& concept2words_2(X,'rna nucleotide')
& concept2words_2(X,'rna-nucleotide')
& concept2words_2(X,ribonucleotide)
& nucleotide_1(X)
& number_3_prime_region_1(fn_ribonucleotide_1(X))
& share_1(fn_ribonucleotide_2(X))
& electron_shell_1(fn_ribonucleotide_3(X))
& valence_electron_1(fn_ribonucleotide_4(X))
& proton_1(fn_ribonucleotide_5(X))
& electron_1(fn_ribonucleotide_6(X))
& valence_electron_1(fn_ribonucleotide_6(X))
& entity_1(fn_ribonucleotide_7(X))
& chemical_entity_1(fn_ribonucleotide_7(X))
& atom_1(fn_ribonucleotide_7(X))
& carbon_1(fn_ribonucleotide_7(X))
& oxygen_1(fn_ribonucleotide_8(X))
& entity_1(fn_ribonucleotide_8(X))
& chemical_entity_1(fn_ribonucleotide_8(X))
& atom_1(fn_ribonucleotide_8(X))
& nucleoside_1(fn_ribonucleotide_9(X))
& ribose_1(fn_ribonucleotide_10(X))
& number_5_prime_region_1(fn_ribonucleotide_11(X))
& covalent_bond_1(fn_ribonucleotide_12(X))
& single_bond_1(fn_ribonucleotide_12(X))
& chemical_bond_1(fn_ribonucleotide_13(X))
& double_bond_1(fn_ribonucleotide_13(X))
& covalent_bond_1(fn_ribonucleotide_13(X))
& functional_group_1(fn_ribonucleotide_14(X))
& phosphate_group_1(fn_ribonucleotide_14(X))
& carbon_skeleton_1(fn_ribonucleotide_15(X))
& entity_1(fn_ribonucleotide_16(X))
& chemical_entity_1(fn_ribonucleotide_16(X))
& atom_1(fn_ribonucleotide_16(X))
& oxygen_1(fn_ribonucleotide_16(X))
& atom_1(fn_ribonucleotide_17(X))
& phosphorus_1(fn_ribonucleotide_17(X))
& electron_shell_1(fn_ribonucleotide_18(X))
& share_1(fn_ribonucleotide_19(X))
& hold_together_1(fn_ribonucleotide_20(X))
& hold_together_1(fn_ribonucleotide_21(X))
& electron_1(fn_ribonucleotide_22(X))
& valence_electron_1(fn_ribonucleotide_22(X))
& center_1(fn_ribonucleotide_23(X))
& center_1(fn_ribonucleotide_24(X))
& first_electron_shell_1(fn_ribonucleotide_25(X))
& first_electron_shell_1(fn_ribonucleotide_26(X))
& electron_shell_1(fn_ribonucleotide_26(X))
& electron_1(fn_ribonucleotide_27(X))
& valence_electron_1(fn_ribonucleotide_27(X))
& electron_1(fn_ribonucleotide_28(X))
& valence_electron_1(fn_ribonucleotide_28(X))
& atomic_nucleus_1(fn_ribonucleotide_29(X))
& spatial_entity_1(fn_nucleoside_20(fn_ribonucleotide_9(X)))
& molecule_1(fn_nucleoside_20(fn_ribonucleotide_9(X)))
& organic_molecule_1(fn_nucleoside_20(fn_ribonucleotide_9(X)))
& pentose_1(fn_nucleoside_20(fn_ribonucleotide_9(X)))
& electron_shell_1(fn_covalent_bond_11(fn_ribonucleotide_12(X)))
& electron_shell_1(fn_covalent_bond_12(fn_ribonucleotide_12(X)))
& chemical_entity_1(fn_functional_group_1(fn_ribonucleotide_14(X)))
& single_bond_1(fn_phosphate_group_37(fn_ribonucleotide_14(X)))
& electron_shell_1(fn_phosphate_group_16(fn_ribonucleotide_14(X)))
& number_5_prime_region_1(fn_nucleoside_5(fn_ribonucleotide_9(X)))
& share_1(fn_phosphate_group_39(fn_ribonucleotide_14(X)))
& valence_electron_1(fn_covalent_bond_15(fn_ribonucleotide_12(X)))
& valence_electron_1(fn_phosphate_group_8(fn_ribonucleotide_14(X)))
& hold_together_1(fn_covalent_bond_14(fn_ribonucleotide_12(X)))
& hold_together_1(fn_phosphate_group_40(fn_ribonucleotide_14(X)))
& entity_1(fn_covalent_bond_20(fn_ribonucleotide_12(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_ribonucleotide_12(X)))
& atom_1(fn_covalent_bond_20(fn_ribonucleotide_12(X)))
& entity_1(fn_covalent_bond_19(fn_ribonucleotide_12(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_ribonucleotide_12(X)))
& atom_1(fn_covalent_bond_19(fn_ribonucleotide_12(X)))
& atom_1(fn_first_electron_shell_3(fn_ribonucleotide_25(X)))
& phosphorus_1(fn_phosphate_group_6(fn_ribonucleotide_14(X)))
& entity_1(fn_covalent_bond_20(fn_ribonucleotide_13(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_ribonucleotide_13(X)))
& atom_1(fn_covalent_bond_20(fn_ribonucleotide_13(X)))
& entity_1(fn_covalent_bond_19(fn_ribonucleotide_13(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_ribonucleotide_13(X)))
& atom_1(fn_covalent_bond_19(fn_ribonucleotide_13(X)))
& entity_1(fn_phosphate_group_22(fn_ribonucleotide_14(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_ribonucleotide_14(X)))
& atom_1(fn_phosphate_group_22(fn_ribonucleotide_14(X)))
& oxygen_1(fn_phosphate_group_22(fn_ribonucleotide_14(X)))
& oxygen_1(fn_phosphate_group_5(fn_ribonucleotide_14(X)))
& entity_1(fn_phosphate_group_5(fn_ribonucleotide_14(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_ribonucleotide_14(X)))
& atom_1(fn_phosphate_group_5(fn_ribonucleotide_14(X)))
& proton_1(fn_covalent_bond_4(fn_ribonucleotide_12(X)))
& proton_1(fn_phosphate_group_19(fn_ribonucleotide_14(X)))
& proton_1(fn_covalent_bond_4(fn_ribonucleotide_13(X)))
& hold_together_1(fn_phosphate_group_36(fn_ribonucleotide_14(X)))
& hold_together_1(fn_covalent_bond_14(fn_ribonucleotide_13(X)))
& electron_1(fn_phosphate_group_38(fn_ribonucleotide_14(X)))
& valence_electron_1(fn_phosphate_group_38(fn_ribonucleotide_14(X)))
& valence_electron_1(fn_phosphate_group_21(fn_ribonucleotide_14(X)))
& valence_electron_1(fn_covalent_bond_15(fn_ribonucleotide_13(X)))
& electron_1(fn_phosphate_group_20(fn_ribonucleotide_14(X)))
& valence_electron_1(fn_phosphate_group_20(fn_ribonucleotide_14(X)))
& center_1(fn_phosphate_group_10(fn_ribonucleotide_14(X)))
& center_1(fn_phosphate_group_17(fn_ribonucleotide_14(X)))
& center_1(fn_covalent_bond_23(fn_ribonucleotide_12(X)))
& center_1(fn_covalent_bond_23(fn_ribonucleotide_13(X)))
& center_1(fn_covalent_bond_21(fn_ribonucleotide_12(X)))
& center_1(fn_phosphate_group_12(fn_ribonucleotide_14(X)))
& center_1(fn_covalent_bond_21(fn_ribonucleotide_13(X)))
& atomic_nucleus_1(fn_first_electron_shell_7(fn_ribonucleotide_26(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_ribonucleotide_12(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_ribonucleotide_13(X)))
& atomic_nucleus_1(fn_phosphate_group_11(fn_ribonucleotide_14(X)))
& atomic_nucleus_1(fn_phosphate_group_18(fn_ribonucleotide_14(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_ribonucleotide_13(X)))
& electron_1(fn_phosphate_group_3(fn_ribonucleotide_14(X)))
& valence_electron_1(fn_phosphate_group_3(fn_ribonucleotide_14(X)))
& valence_electron_1(fn_phosphate_group_9(fn_ribonucleotide_14(X)))
& valence_electron_1(fn_covalent_bond_18(fn_ribonucleotide_13(X)))
& double_bond_1(fn_phosphate_group_41(fn_ribonucleotide_14(X)))
& share_1(fn_phosphate_group_35(fn_ribonucleotide_14(X)))
& share_1(fn_covalent_bond_17(fn_ribonucleotide_13(X)))
& fn_ribonucleotide_28(X) != fn_ribonucleotide_27(X)
& fn_ribonucleotide_27(X) != fn_ribonucleotide_28(X)
& fn_ribonucleotide_26(X) != fn_ribonucleotide_18(X)
& fn_ribonucleotide_25(X) != fn_ribonucleotide_18(X)
& fn_ribonucleotide_18(X) != fn_ribonucleotide_25(X)
& fn_ribonucleotide_18(X) != fn_ribonucleotide_26(X)
& fn_ribonucleotide_16(X) != fn_ribonucleotide_7(X)
& has_region_2(fn_ribonucleotide_10(X),fn_ribonucleotide_1(X))
& possesses_2(X,fn_ribonucleotide_12(X))
& fn_ribonucleotide_7(X) != fn_ribonucleotide_16(X)
& has_region_2(fn_ribonucleotide_17(X),fn_ribonucleotide_25(X))
& has_part_2(fn_ribonucleotide_9(X),fn_ribonucleotide_10(X))
& has_region_2(fn_ribonucleotide_10(X),fn_ribonucleotide_11(X))
& is_inside_2(fn_ribonucleotide_29(X),fn_ribonucleotide_26(X))
& object_2(fn_ribonucleotide_20(X),fn_ribonucleotide_16(X))
& has_part_2(fn_ribonucleotide_16(X),fn_ribonucleotide_5(X))
& object_2(fn_ribonucleotide_21(X),fn_ribonucleotide_16(X))
& has_region_2(fn_ribonucleotide_16(X),fn_ribonucleotide_23(X))
& is_between_2(fn_ribonucleotide_12(X),fn_ribonucleotide_16(X))
& has_region_2(fn_ribonucleotide_16(X),fn_ribonucleotide_3(X))
& fn_ribonucleotide_26(X) != fn_ribonucleotide_3(X)
& fn_ribonucleotide_3(X) != fn_ribonucleotide_26(X)
& has_part_2(X,fn_ribonucleotide_9(X))
& has_region_2(X,fn_ribonucleotide_14(X))
& has_region_2(fn_ribonucleotide_8(X),fn_ribonucleotide_23(X))
& agent_2(fn_ribonucleotide_19(X),fn_ribonucleotide_8(X))
& has_part_2(X,fn_ribonucleotide_8(X))
& has_part_2(X,fn_ribonucleotide_17(X))
& has_region_2(fn_ribonucleotide_17(X),fn_ribonucleotide_24(X))
& is_between_2(fn_ribonucleotide_13(X),fn_ribonucleotide_8(X))
& possesses_2(X,fn_ribonucleotide_13(X))
& has_part_2(X,fn_ribonucleotide_16(X))
& is_inside_2(fn_ribonucleotide_16(X),fn_ribonucleotide_14(X))
& is_inside_2(fn_ribonucleotide_14(X),fn_ribonucleotide_11(X))
& has_part_2(fn_ribonucleotide_8(X),fn_ribonucleotide_22(X))
& fn_ribonucleotide_28(X) != fn_ribonucleotide_22(X)
& fn_ribonucleotide_22(X) != fn_ribonucleotide_28(X)
& fn_ribonucleotide_27(X) != fn_ribonucleotide_22(X)
& fn_ribonucleotide_22(X) != fn_ribonucleotide_27(X)
& has_part_2(X,fn_ribonucleotide_7(X))
& is_inside_2(fn_ribonucleotide_7(X),fn_ribonucleotide_15(X))
& has_region_2(X,fn_ribonucleotide_15(X))
& fn_ribonucleotide_8(X) != fn_ribonucleotide_7(X)
& fn_ribonucleotide_7(X) != fn_ribonucleotide_8(X)
& has_region_2(fn_ribonucleotide_17(X),fn_ribonucleotide_23(X))
& object_2(fn_ribonucleotide_19(X),fn_ribonucleotide_22(X))
& is_between_2(fn_ribonucleotide_12(X),fn_ribonucleotide_8(X))
& agent_2(fn_ribonucleotide_19(X),fn_ribonucleotide_16(X))
& has_region_2(fn_ribonucleotide_16(X),fn_ribonucleotide_24(X))
& object_2(fn_ribonucleotide_19(X),fn_ribonucleotide_27(X))
& fn_ribonucleotide_6(X) != fn_ribonucleotide_27(X)
& fn_ribonucleotide_27(X) != fn_ribonucleotide_6(X)
& result_2(fn_ribonucleotide_19(X),fn_ribonucleotide_13(X))
& agent_2(fn_ribonucleotide_19(X),fn_ribonucleotide_17(X))
& object_2(fn_ribonucleotide_20(X),fn_ribonucleotide_17(X))
& object_2(fn_ribonucleotide_20(X),fn_ribonucleotide_8(X))
& has_region_2(fn_ribonucleotide_8(X),fn_ribonucleotide_18(X))
& has_part_2(fn_ribonucleotide_16(X),fn_ribonucleotide_4(X))
& is_between_2(fn_ribonucleotide_13(X),fn_ribonucleotide_16(X))
& is_between_2(fn_ribonucleotide_13(X),fn_ribonucleotide_17(X))
& fn_ribonucleotide_27(X) != fn_ribonucleotide_4(X)
& fn_ribonucleotide_4(X) != fn_ribonucleotide_27(X)
& object_2(fn_ribonucleotide_21(X),fn_ribonucleotide_17(X))
& object_2(fn_ribonucleotide_21(X),fn_ribonucleotide_8(X))
& has_region_2(fn_ribonucleotide_8(X),fn_ribonucleotide_29(X))
& is_near_2(fn_ribonucleotide_4(X),fn_ribonucleotide_29(X))
& is_near_2(fn_ribonucleotide_29(X),fn_ribonucleotide_4(X))
& agent_2(fn_ribonucleotide_2(X),fn_ribonucleotide_16(X))
& agent_2(fn_ribonucleotide_2(X),fn_ribonucleotide_17(X))
& is_inside_2(fn_ribonucleotide_17(X),fn_ribonucleotide_14(X))
& fn_ribonucleotide_16(X) != fn_ribonucleotide_17(X)
& fn_ribonucleotide_17(X) != fn_ribonucleotide_16(X)
& is_at_2(fn_ribonucleotide_29(X),fn_ribonucleotide_24(X))
& has_region_2(fn_ribonucleotide_8(X),fn_ribonucleotide_24(X))
& has_part_2(fn_ribonucleotide_8(X),fn_ribonucleotide_28(X))
& fn_ribonucleotide_6(X) != fn_ribonucleotide_28(X)
& fn_ribonucleotide_28(X) != fn_ribonucleotide_6(X)
& is_inside_2(fn_ribonucleotide_8(X),fn_ribonucleotide_14(X))
& fn_ribonucleotide_8(X) != fn_ribonucleotide_16(X)
& has_region_2(fn_ribonucleotide_16(X),fn_ribonucleotide_29(X))
& fn_ribonucleotide_17(X) != fn_ribonucleotide_8(X)
& fn_ribonucleotide_8(X) != fn_ribonucleotide_17(X)
& fn_ribonucleotide_16(X) != fn_ribonucleotide_8(X)
& has_function_2(fn_ribonucleotide_13(X),fn_ribonucleotide_20(X))
& is_inside_2(fn_ribonucleotide_5(X),fn_ribonucleotide_29(X))
& agent_2(fn_ribonucleotide_20(X),fn_ribonucleotide_13(X))
& object_2(fn_ribonucleotide_2(X),fn_ribonucleotide_6(X))
& is_near_2(fn_ribonucleotide_29(X),fn_ribonucleotide_28(X))
& is_near_2(fn_ribonucleotide_28(X),fn_ribonucleotide_29(X))
& result_2(fn_ribonucleotide_2(X),fn_ribonucleotide_13(X))
& object_2(fn_ribonucleotide_2(X),fn_ribonucleotide_27(X))
& is_near_2(fn_ribonucleotide_27(X),fn_ribonucleotide_29(X))
& is_at_2(fn_ribonucleotide_29(X),fn_ribonucleotide_23(X))
& fn_ribonucleotide_23(X) != fn_ribonucleotide_24(X)
& is_near_2(fn_ribonucleotide_29(X),fn_ribonucleotide_27(X))
& fn_ribonucleotide_24(X) != fn_ribonucleotide_23(X)
& fn_ribonucleotide_17(X) = fn_first_electron_shell_3(fn_ribonucleotide_25(X))
& fn_ribonucleotide_11(X) = fn_nucleoside_5(fn_ribonucleotide_9(X))
& fn_ribonucleotide_10(X) = fn_nucleoside_20(fn_ribonucleotide_9(X))
& fn_ribonucleotide_29(X) = fn_first_electron_shell_7(fn_ribonucleotide_26(X))
& fn_ribonucleotide_5(X) = fn_covalent_bond_4(fn_ribonucleotide_12(X))
& fn_ribonucleotide_21(X) = fn_covalent_bond_14(fn_ribonucleotide_12(X))
& fn_ribonucleotide_23(X) = fn_covalent_bond_21(fn_ribonucleotide_12(X))
& fn_ribonucleotide_26(X) = fn_covalent_bond_11(fn_ribonucleotide_12(X))
& fn_ribonucleotide_3(X) = fn_covalent_bond_12(fn_ribonucleotide_12(X))
& fn_ribonucleotide_16(X) = fn_covalent_bond_19(fn_ribonucleotide_12(X))
& fn_ribonucleotide_9(X) = fn_nucleotide_16(X)
& X = fn_functional_group_1(fn_ribonucleotide_14(X))
& fn_ribonucleotide_23(X) = fn_nucleotide_26(X)
& fn_ribonucleotide_19(X) = fn_nucleotide_24(X)
& fn_ribonucleotide_24(X) = fn_nucleotide_26(X)
& fn_ribonucleotide_17(X) = fn_nucleotide_30(X)
& fn_ribonucleotide_11(X) = fn_nucleotide_36(X)
& fn_ribonucleotide_14(X) = fn_nucleotide_15(X)
& fn_ribonucleotide_16(X) = fn_nucleotide_10(X)
& fn_ribonucleotide_13(X) = fn_nucleotide_29(X)
& fn_ribonucleotide_27(X) = fn_nucleotide_22(X)
& fn_ribonucleotide_22(X) = fn_nucleotide_28(X)
& fn_ribonucleotide_28(X) = fn_nucleotide_22(X)
& fn_ribonucleotide_22(X) = fn_nucleotide_21(X)
& fn_ribonucleotide_15(X) = fn_nucleotide_3(X)
& fn_ribonucleotide_7(X) = fn_covalent_bond_20(fn_ribonucleotide_13(X))
& fn_ribonucleotide_8(X) = fn_nucleotide_13(X)
& fn_ribonucleotide_7(X) = fn_nucleotide_9(X)
& fn_ribonucleotide_23(X) = fn_phosphate_group_12(fn_ribonucleotide_14(X))
& fn_ribonucleotide_22(X) = fn_phosphate_group_8(fn_ribonucleotide_14(X))
& fn_ribonucleotide_12(X) = fn_phosphate_group_37(fn_ribonucleotide_14(X))
& fn_ribonucleotide_24(X) = fn_phosphate_group_10(fn_ribonucleotide_14(X))
& fn_ribonucleotide_6(X) = fn_phosphate_group_38(fn_ribonucleotide_14(X))
& fn_ribonucleotide_27(X) = fn_phosphate_group_3(fn_ribonucleotide_14(X))
& fn_ribonucleotide_18(X) = fn_phosphate_group_16(fn_ribonucleotide_14(X))
& fn_ribonucleotide_20(X) = fn_phosphate_group_36(fn_ribonucleotide_14(X))
& fn_ribonucleotide_19(X) = fn_phosphate_group_39(fn_ribonucleotide_14(X))
& fn_ribonucleotide_13(X) = fn_phosphate_group_41(fn_ribonucleotide_14(X))
& fn_ribonucleotide_16(X) = fn_phosphate_group_5(fn_ribonucleotide_14(X))
& fn_ribonucleotide_27(X) = fn_phosphate_group_9(fn_ribonucleotide_14(X))
& fn_ribonucleotide_4(X) = fn_covalent_bond_15(fn_ribonucleotide_12(X))
& fn_ribonucleotide_4(X) = fn_covalent_bond_15(fn_ribonucleotide_13(X))
& fn_ribonucleotide_4(X) = fn_phosphate_group_21(fn_ribonucleotide_14(X))
& fn_ribonucleotide_4(X) = fn_phosphate_group_8(fn_ribonucleotide_14(X))
& fn_ribonucleotide_8(X) = fn_covalent_bond_20(fn_ribonucleotide_13(X))
& fn_ribonucleotide_29(X) = fn_phosphate_group_11(fn_ribonucleotide_14(X))
& fn_ribonucleotide_21(X) = fn_phosphate_group_40(fn_ribonucleotide_14(X))
& fn_ribonucleotide_2(X) = fn_phosphate_group_35(fn_ribonucleotide_14(X))
& fn_ribonucleotide_6(X) = fn_phosphate_group_21(fn_ribonucleotide_14(X))
& fn_ribonucleotide_28(X) = fn_phosphate_group_20(fn_ribonucleotide_14(X))
& fn_ribonucleotide_8(X) = fn_covalent_bond_19(fn_ribonucleotide_13(X))
& fn_ribonucleotide_8(X) = fn_phosphate_group_22(fn_ribonucleotide_14(X))
& fn_ribonucleotide_24(X) = fn_phosphate_group_17(fn_ribonucleotide_14(X))
& fn_ribonucleotide_16(X) = fn_covalent_bond_20(fn_ribonucleotide_12(X))
& fn_ribonucleotide_16(X) = fn_phosphate_group_22(fn_ribonucleotide_14(X))
& fn_ribonucleotide_17(X) = fn_phosphate_group_6(fn_ribonucleotide_14(X))
& fn_ribonucleotide_8(X) = fn_phosphate_group_5(fn_ribonucleotide_14(X))
& fn_ribonucleotide_5(X) = fn_phosphate_group_19(fn_ribonucleotide_14(X))
& fn_ribonucleotide_29(X) = fn_phosphate_group_18(fn_ribonucleotide_14(X))
& fn_ribonucleotide_5(X) = fn_covalent_bond_4(fn_ribonucleotide_13(X))
& fn_ribonucleotide_20(X) = fn_covalent_bond_14(fn_ribonucleotide_13(X))
& fn_ribonucleotide_6(X) = fn_covalent_bond_15(fn_ribonucleotide_13(X))
& fn_ribonucleotide_28(X) = fn_covalent_bond_18(fn_ribonucleotide_13(X))
& fn_ribonucleotide_24(X) = fn_covalent_bond_21(fn_ribonucleotide_13(X))
& fn_ribonucleotide_24(X) = fn_covalent_bond_23(fn_ribonucleotide_13(X))
& fn_ribonucleotide_29(X) = fn_covalent_bond_24(fn_ribonucleotide_12(X))
& fn_ribonucleotide_23(X) = fn_covalent_bond_23(fn_ribonucleotide_12(X))
& fn_ribonucleotide_29(X) = fn_covalent_bond_24(fn_ribonucleotide_13(X))
& fn_ribonucleotide_23(X) = fn_covalent_bond_23(fn_ribonucleotide_13(X))
& fn_ribonucleotide_23(X) = fn_covalent_bond_21(fn_ribonucleotide_13(X))
& fn_ribonucleotide_29(X) = fn_covalent_bond_22(fn_ribonucleotide_13(X))
& fn_ribonucleotide_27(X) = fn_covalent_bond_18(fn_ribonucleotide_13(X))
& fn_ribonucleotide_2(X) = fn_covalent_bond_17(fn_ribonucleotide_13(X))
& fn_nucleoside_5(fn_ribonucleotide_9(X)) = fn_nucleotide_36(X)
& fn_nucleotide_36(X) = fn_nucleotide_9(X)
& fn_nucleotide_9(X) = fn_covalent_bond_20(fn_ribonucleotide_13(X))
& fn_covalent_bond_20(fn_ribonucleotide_13(X)) = fn_nucleotide_9(X)
& fn_nucleotide_9(X) = fn_nucleotide_9(X)
& fn_nucleotide_9(X) = fn_nucleotide_21(X)
& fn_nucleotide_21(X) = fn_nucleotide_28(X)
& fn_nucleotide_28(X) = fn_nucleotide_28(X)
& fn_nucleotide_28(X) = fn_nucleotide_21(X)
& fn_nucleotide_21(X) = fn_nucleotide_21(X)
& fn_nucleotide_21(X) = fn_phosphate_group_8(fn_ribonucleotide_14(X))
& fn_phosphate_group_8(fn_ribonucleotide_14(X)) = fn_nucleotide_24(X)
& fn_nucleotide_24(X) = fn_phosphate_group_39(fn_ribonucleotide_14(X))
& fn_phosphate_group_39(fn_ribonucleotide_14(X)) = fn_phosphate_group_39(fn_ribonucleotide_14(X))
& fn_phosphate_group_39(fn_ribonucleotide_14(X)) = fn_covalent_bond_15(fn_ribonucleotide_12(X))
& fn_phosphate_group_21(fn_ribonucleotide_14(X)) = fn_covalent_bond_15(fn_ribonucleotide_12(X))
& fn_covalent_bond_15(fn_ribonucleotide_12(X)) = fn_covalent_bond_15(fn_ribonucleotide_13(X))
& fn_covalent_bond_15(fn_ribonucleotide_13(X)) = fn_phosphate_group_21(fn_ribonucleotide_14(X))
& fn_phosphate_group_8(fn_ribonucleotide_14(X)) = fn_phosphate_group_8(fn_ribonucleotide_14(X))
& fn_phosphate_group_8(fn_ribonucleotide_14(X)) = fn_phosphate_group_21(fn_ribonucleotide_14(X))
& fn_phosphate_group_21(fn_ribonucleotide_14(X)) = fn_phosphate_group_8(fn_ribonucleotide_14(X))
& fn_phosphate_group_8(fn_ribonucleotide_14(X)) = fn_covalent_bond_14(fn_ribonucleotide_12(X))
& fn_covalent_bond_14(fn_ribonucleotide_12(X)) = fn_phosphate_group_40(fn_ribonucleotide_14(X))
& fn_phosphate_group_40(fn_ribonucleotide_14(X)) = fn_phosphate_group_40(fn_ribonucleotide_14(X))
& fn_phosphate_group_40(fn_ribonucleotide_14(X)) = fn_covalent_bond_19(fn_ribonucleotide_12(X))
& fn_covalent_bond_19(fn_ribonucleotide_12(X)) = fn_covalent_bond_20(fn_ribonucleotide_12(X))
& fn_covalent_bond_20(fn_ribonucleotide_12(X)) = fn_covalent_bond_19(fn_ribonucleotide_12(X))
& fn_covalent_bond_19(fn_ribonucleotide_12(X)) = fn_covalent_bond_19(fn_ribonucleotide_12(X))
& fn_covalent_bond_19(fn_ribonucleotide_12(X)) = fn_nucleotide_10(X)
& fn_nucleotide_10(X) = fn_nucleotide_10(X)
& fn_nucleotide_10(X) = fn_phosphate_group_5(fn_ribonucleotide_14(X))
& fn_phosphate_group_22(fn_ribonucleotide_14(X)) = fn_first_electron_shell_3(fn_ribonucleotide_25(X))
& fn_first_electron_shell_3(fn_ribonucleotide_25(X)) = fn_nucleotide_30(X)
& fn_nucleotide_30(X) = fn_nucleotide_30(X)
& fn_nucleotide_30(X) = fn_phosphate_group_6(fn_ribonucleotide_14(X))
& fn_phosphate_group_6(fn_ribonucleotide_14(X)) = fn_phosphate_group_6(fn_ribonucleotide_14(X))
& fn_phosphate_group_6(fn_ribonucleotide_14(X)) = fn_covalent_bond_20(fn_ribonucleotide_13(X))
& fn_covalent_bond_19(fn_ribonucleotide_13(X)) = fn_covalent_bond_19(fn_ribonucleotide_13(X))
& fn_covalent_bond_19(fn_ribonucleotide_13(X)) = fn_covalent_bond_20(fn_ribonucleotide_13(X))
& fn_covalent_bond_20(fn_ribonucleotide_13(X)) = fn_covalent_bond_19(fn_ribonucleotide_13(X))
& fn_nucleotide_13(X) = fn_covalent_bond_19(fn_ribonucleotide_13(X))
& fn_covalent_bond_19(fn_ribonucleotide_13(X)) = fn_nucleotide_13(X)
& fn_nucleotide_13(X) = fn_nucleotide_13(X)
& fn_nucleotide_13(X) = fn_phosphate_group_22(fn_ribonucleotide_14(X))
& fn_phosphate_group_5(fn_ribonucleotide_14(X)) = fn_phosphate_group_22(fn_ribonucleotide_14(X))
& fn_phosphate_group_22(fn_ribonucleotide_14(X)) = fn_phosphate_group_22(fn_ribonucleotide_14(X))
& fn_phosphate_group_22(fn_ribonucleotide_14(X)) = fn_phosphate_group_5(fn_ribonucleotide_14(X))
& fn_phosphate_group_5(fn_ribonucleotide_14(X)) = fn_phosphate_group_5(fn_ribonucleotide_14(X))
& fn_phosphate_group_5(fn_ribonucleotide_14(X)) = fn_phosphate_group_19(fn_ribonucleotide_14(X))
& fn_phosphate_group_19(fn_ribonucleotide_14(X)) = fn_covalent_bond_4(fn_ribonucleotide_12(X))
& fn_covalent_bond_4(fn_ribonucleotide_12(X)) = fn_phosphate_group_19(fn_ribonucleotide_14(X))
& fn_phosphate_group_19(fn_ribonucleotide_14(X)) = fn_covalent_bond_4(fn_ribonucleotide_13(X))
& fn_covalent_bond_4(fn_ribonucleotide_13(X)) = fn_phosphate_group_36(fn_ribonucleotide_14(X))
& fn_phosphate_group_36(fn_ribonucleotide_14(X)) = fn_phosphate_group_36(fn_ribonucleotide_14(X))
& fn_phosphate_group_36(fn_ribonucleotide_14(X)) = fn_covalent_bond_14(fn_ribonucleotide_13(X))
& fn_covalent_bond_14(fn_ribonucleotide_13(X)) = fn_covalent_bond_14(fn_ribonucleotide_13(X))
& fn_covalent_bond_14(fn_ribonucleotide_13(X)) = fn_phosphate_group_38(fn_ribonucleotide_14(X))
& fn_phosphate_group_38(fn_ribonucleotide_14(X)) = fn_phosphate_group_38(fn_ribonucleotide_14(X))
& fn_phosphate_group_38(fn_ribonucleotide_14(X)) = fn_phosphate_group_21(fn_ribonucleotide_14(X))
& fn_phosphate_group_21(fn_ribonucleotide_14(X)) = fn_phosphate_group_21(fn_ribonucleotide_14(X))
& fn_phosphate_group_21(fn_ribonucleotide_14(X)) = fn_covalent_bond_15(fn_ribonucleotide_13(X))
& fn_covalent_bond_15(fn_ribonucleotide_13(X)) = fn_nucleotide_22(X)
& fn_nucleotide_22(X) = fn_phosphate_group_20(fn_ribonucleotide_14(X))
& fn_phosphate_group_20(fn_ribonucleotide_14(X)) = fn_phosphate_group_20(fn_ribonucleotide_14(X))
& fn_phosphate_group_20(fn_ribonucleotide_14(X)) = fn_covalent_bond_18(fn_ribonucleotide_13(X))
& fn_covalent_bond_18(fn_ribonucleotide_13(X)) = fn_nucleotide_26(X)
& fn_nucleotide_26(X) = fn_covalent_bond_21(fn_ribonucleotide_13(X))
& fn_covalent_bond_21(fn_ribonucleotide_13(X)) = fn_nucleotide_26(X)
& fn_nucleotide_26(X) = fn_phosphate_group_10(fn_ribonucleotide_14(X))
& fn_phosphate_group_10(fn_ribonucleotide_14(X)) = fn_phosphate_group_10(fn_ribonucleotide_14(X))
& fn_phosphate_group_10(fn_ribonucleotide_14(X)) = fn_phosphate_group_17(fn_ribonucleotide_14(X))
& fn_phosphate_group_17(fn_ribonucleotide_14(X)) = fn_phosphate_group_17(fn_ribonucleotide_14(X))
& fn_phosphate_group_17(fn_ribonucleotide_14(X)) = fn_covalent_bond_23(fn_ribonucleotide_13(X))
& fn_nucleotide_26(X) = fn_covalent_bond_23(fn_ribonucleotide_13(X))
& fn_covalent_bond_23(fn_ribonucleotide_13(X)) = fn_covalent_bond_23(fn_ribonucleotide_12(X))
& fn_covalent_bond_23(fn_ribonucleotide_12(X)) = fn_covalent_bond_23(fn_ribonucleotide_13(X))
& fn_covalent_bond_23(fn_ribonucleotide_13(X)) = fn_nucleotide_26(X)
& fn_nucleotide_26(X) = fn_phosphate_group_12(fn_ribonucleotide_14(X))
& fn_phosphate_group_12(fn_ribonucleotide_14(X)) = fn_covalent_bond_21(fn_ribonucleotide_12(X))
& fn_covalent_bond_21(fn_ribonucleotide_12(X)) = fn_phosphate_group_12(fn_ribonucleotide_14(X))
& fn_phosphate_group_12(fn_ribonucleotide_14(X)) = fn_covalent_bond_21(fn_ribonucleotide_13(X))
& fn_covalent_bond_21(fn_ribonucleotide_13(X)) = fn_covalent_bond_21(fn_ribonucleotide_13(X))
& fn_covalent_bond_21(fn_ribonucleotide_13(X)) = fn_first_electron_shell_7(fn_ribonucleotide_26(X))
& fn_first_electron_shell_7(fn_ribonucleotide_26(X)) = fn_covalent_bond_24(fn_ribonucleotide_12(X))
& fn_covalent_bond_24(fn_ribonucleotide_13(X)) = fn_covalent_bond_24(fn_ribonucleotide_13(X))
& fn_covalent_bond_24(fn_ribonucleotide_13(X)) = fn_covalent_bond_24(fn_ribonucleotide_12(X))
& fn_phosphate_group_11(fn_ribonucleotide_14(X)) = fn_covalent_bond_24(fn_ribonucleotide_13(X))
& fn_covalent_bond_24(fn_ribonucleotide_13(X)) = fn_phosphate_group_11(fn_ribonucleotide_14(X))
& fn_phosphate_group_11(fn_ribonucleotide_14(X)) = fn_covalent_bond_24(fn_ribonucleotide_12(X))
& fn_covalent_bond_24(fn_ribonucleotide_12(X)) = fn_covalent_bond_24(fn_ribonucleotide_12(X))
& fn_covalent_bond_24(fn_ribonucleotide_12(X)) = fn_covalent_bond_24(fn_ribonucleotide_13(X))
& fn_covalent_bond_24(fn_ribonucleotide_13(X)) = fn_phosphate_group_18(fn_ribonucleotide_14(X))
& fn_phosphate_group_18(fn_ribonucleotide_14(X)) = fn_phosphate_group_11(fn_ribonucleotide_14(X))
& fn_phosphate_group_11(fn_ribonucleotide_14(X)) = fn_phosphate_group_11(fn_ribonucleotide_14(X))
& fn_phosphate_group_11(fn_ribonucleotide_14(X)) = fn_phosphate_group_18(fn_ribonucleotide_14(X))
& fn_phosphate_group_18(fn_ribonucleotide_14(X)) = fn_phosphate_group_18(fn_ribonucleotide_14(X))
& fn_phosphate_group_18(fn_ribonucleotide_14(X)) = fn_covalent_bond_22(fn_ribonucleotide_13(X))
& fn_covalent_bond_22(fn_ribonucleotide_13(X)) = fn_covalent_bond_22(fn_ribonucleotide_13(X))
& fn_covalent_bond_22(fn_ribonucleotide_13(X)) = fn_nucleotide_22(X)
& fn_nucleotide_22(X) = fn_nucleotide_22(X)
& fn_nucleotide_22(X) = fn_phosphate_group_3(fn_ribonucleotide_14(X))
& fn_phosphate_group_3(fn_ribonucleotide_14(X)) = fn_phosphate_group_3(fn_ribonucleotide_14(X))
& fn_phosphate_group_3(fn_ribonucleotide_14(X)) = fn_phosphate_group_9(fn_ribonucleotide_14(X))
& fn_phosphate_group_9(fn_ribonucleotide_14(X)) = fn_phosphate_group_9(fn_ribonucleotide_14(X))
& fn_phosphate_group_9(fn_ribonucleotide_14(X)) = fn_covalent_bond_18(fn_ribonucleotide_13(X))
& fn_covalent_bond_18(fn_ribonucleotide_13(X)) = fn_covalent_bond_18(fn_ribonucleotide_13(X))
& fn_covalent_bond_18(fn_ribonucleotide_13(X)) = fn_nucleotide_29(X)
& fn_nucleotide_29(X) = fn_nucleotide_29(X)
& fn_nucleotide_29(X) = fn_phosphate_group_41(fn_ribonucleotide_14(X))
& fn_phosphate_group_41(fn_ribonucleotide_14(X)) = fn_phosphate_group_41(fn_ribonucleotide_14(X))
& fn_phosphate_group_41(fn_ribonucleotide_14(X)) = fn_phosphate_group_35(fn_ribonucleotide_14(X))
& fn_phosphate_group_35(fn_ribonucleotide_14(X)) = fn_phosphate_group_35(fn_ribonucleotide_14(X))
& fn_phosphate_group_35(fn_ribonucleotide_14(X)) = fn_covalent_bond_17(fn_ribonucleotide_13(X))
& fn_covalent_bond_17(fn_ribonucleotide_13(X)) = fn_covalent_bond_17(fn_ribonucleotide_13(X)) ) ) ).
fof(a532355,axiom,
! [X] :
( ribose_1(X)
=> ( original_name_2(X,'Ribose')
& user_description_2(X,'Ribose is an aldopentose sugar. It is basic structural unit of RNA. Once phosphorylated it serve as subunit of ATP, NADH and several other compounds useful in metabolism')
& concept2words_2(X,'d ribose')
& concept2words_2(X,ribose)
& aldose_1(X)
& pentose_1(X)
& ~ deoxyribose_1(X)
& ~ ribulose_bisphosphate_1(X) ) ) ).
fof(a532356,axiom,
! [X] :
( ribosomal_rna_1(X)
=> ( original_name_2(X,'Ribosomal-RNA')
& user_description_2(X,'A type of RNA that combines with proteins to make up ribosomes; it is the most abundant type of RNA in a cell.')
& concept2words_2(X,rrna)
& concept2words_2(X,'ribosomal rna')
& concept2words_2(X,'ribosomal-rna')
& rna_1(X)
& rna_polymerase_1(fn_ribosomal_rna_1(X))
& carbon_1(fn_ribosomal_rna_2(X))
& atom_1(fn_ribosomal_rna_3(X))
& chemical_entity_1(fn_ribosomal_rna_3(X))
& transcription_1(fn_ribosomal_rna_4(X))
& rna_1(fn_synthesis_of_rna_8(fn_ribosomal_rna_4(X)))
& rna_1(fn_transcription_21(fn_ribosomal_rna_4(X)))
& agent_2(fn_ribosomal_rna_4(X),fn_ribosomal_rna_1(X))
& result_2(fn_ribosomal_rna_4(X),X)
& has_part_2(X,fn_ribosomal_rna_3(X))
& has_part_2(X,fn_ribosomal_rna_2(X))
& fn_ribosomal_rna_3(X) != fn_ribosomal_rna_2(X)
& fn_ribosomal_rna_2(X) != fn_ribosomal_rna_3(X)
& X = fn_synthesis_of_rna_8(fn_ribosomal_rna_4(X))
& X = fn_transcription_21(fn_ribosomal_rna_4(X))
& fn_ribosomal_rna_3(X) = fn_organic_molecule_2(X)
& fn_ribosomal_rna_2(X) = fn_organic_molecule_1(X)
& fn_synthesis_of_rna_8(fn_ribosomal_rna_4(X)) = fn_transcription_21(fn_ribosomal_rna_4(X)) ) ) ).
fof(a532357,axiom,
! [X] :
( ribosomal_subunit_1(X)
=> ( original_name_2(X,'Ribosomal-subunit')
& user_description_2(X,'Ribosomal subunit is the structural components of ribosome')
& concept2words_2(X,'ribosome subunit')
& concept2words_2(X,'ribosome-subunit')
& concept2words_2(X,'subunit of ribosome')
& concept2words_2(X,'precursor of ribosome')
& concept2words_2(X,'ribosomal subunit')
& concept2words_2(X,'ribosomal-subunit')
& ribosome_1(X)
& protein_1(fn_ribosomal_subunit_1(X))
& ribosomal_rna_1(fn_ribosomal_subunit_2(X))
& has_part_2(X,fn_ribosomal_subunit_1(X))
& has_part_2(X,fn_ribosomal_subunit_2(X)) ) ) ).
fof(a532358,axiom,
! [X] :
( ribosome_1(X)
=> ( original_name_2(X,'Ribosome')
& user_description_2(X,'Ribosome is a cellular component made up of rRNA and Proteins. It is primarily involved in protein synthesis.')
& concept2words_2(X,ribosome)
& cellular_structure_1(X)
& synthesis_of_protein_1(fn_ribosome_2(X))
& small_ribosomal_subunit_1(fn_ribosome_3(X))
& e_site_1(fn_ribosome_4(X))
& size_value_1(fn_ribosome_5(X))
& translation_initiation_1(fn_ribosome_6(X))
& initiator_trna_1(fn_ribosome_7(X))
& a_site_1(fn_ribosome_8(X))
& attach_1(fn_ribosome_9(X))
& spatial_entity_1(fn_ribosome_10(X))
& methionine_1(fn_ribosome_10(X))
& move_1(fn_ribosome_11(X))
& initiator_trna_1(fn_translation_initiation_13(fn_ribosome_6(X)))
& ribosome_1(fn_a_site_3(fn_ribosome_8(X)))
& ribosome_1(fn_translation_initiation_11(fn_ribosome_6(X)))
& spatial_entity_1(fn_move_1(fn_ribosome_11(X)))
& methionine_1(fn_translation_initiation_4(fn_ribosome_6(X)))
& attach_1(fn_translation_initiation_10(fn_ribosome_6(X)))
& attach_1(fn_translation_initiation_8(fn_ribosome_6(X)))
& the_scalar_value_2(fn_ribosome_5(X),tiny_0)
& scalar_unit_class_2(fn_ribosome_5(X),eukaryotic_cell_structure_0)
& destination_2(fn_ribosome_11(X),X)
& agent_2(fn_ribosome_9(X),X)
& size_2(X,fn_ribosome_5(X))
& has_function_2(X,fn_ribosome_2(X))
& has_region_2(X,fn_ribosome_4(X))
& has_part_2(X,fn_ribosome_3(X))
& object_2(fn_ribosome_11(X),fn_ribosome_10(X))
& has_region_2(X,fn_ribosome_8(X))
& site_2(fn_ribosome_6(X),X)
& subevent_2(fn_ribosome_6(X),fn_ribosome_9(X))
& object_2(fn_ribosome_9(X),fn_ribosome_7(X))
& is_at_2(fn_ribosome_10(X),fn_ribosome_7(X))
& fn_ribosome_10(X) = fn_move_1(fn_ribosome_11(X))
& X = fn_a_site_3(fn_ribosome_8(X))
& X = fn_translation_initiation_11(fn_ribosome_6(X))
& fn_ribosome_10(X) = fn_translation_initiation_4(fn_ribosome_6(X))
& fn_ribosome_7(X) = fn_translation_initiation_13(fn_ribosome_6(X))
& fn_ribosome_9(X) = fn_translation_initiation_10(fn_ribosome_6(X))
& fn_ribosome_9(X) = fn_translation_initiation_8(fn_ribosome_6(X))
& fn_a_site_3(fn_ribosome_8(X)) = fn_translation_initiation_11(fn_ribosome_6(X))
& fn_translation_initiation_11(fn_ribosome_6(X)) = fn_move_1(fn_ribosome_11(X))
& fn_move_1(fn_ribosome_11(X)) = fn_translation_initiation_4(fn_ribosome_6(X))
& fn_translation_initiation_4(fn_ribosome_6(X)) = fn_translation_initiation_8(fn_ribosome_6(X))
& fn_translation_initiation_8(fn_ribosome_6(X)) = fn_translation_initiation_10(fn_ribosome_6(X))
& fn_translation_initiation_10(fn_ribosome_6(X)) = fn_translation_initiation_8(fn_ribosome_6(X)) ) ) ).
fof(a532359,axiom,
! [X] :
( ribosome_region_1(X)
=> ( original_name_2(X,'Ribosome-Region')
& user_description_2(X,'Region of a ribosome.')
& concept2words_2(X,'ribosomal region')
& concept2words_2(X,'region on ribosome')
& concept2words_2(X,'site on ribosome')
& concept2words_2(X,'ribosome site')
& concept2words_2(X,'ribosomal site')
& concept2words_2(X,'region of ribosome')
& concept2words_2(X,'ribosome region')
& concept2words_2(X,'ribosome-region')
& subcellular_region_1(X) ) ) ).
fof(a532360,axiom,
! [X] :
( ribozyme_1(X)
=> ( original_name_2(X,'Ribozyme')
& user_description_2(X,'Ribozymes are RNA molecules which catalyze a chemical reaction. Generally, they catalyze either the hydrolysis of one of their own phosphodiester bonds, or the hydrolysis of bonds in other RNAs, but they have also been found to catalyze the aminotransferase activity of the ribosome.')
& concept2words_2(X,'rna enzyme')
& concept2words_2(X,'rna-enzyme')
& concept2words_2(X,'catalytic rna')
& concept2words_2(X,'catalytic-rna')
& concept2words_2(X,'rna enzymes')
& concept2words_2(X,'rna-enzymes')
& concept2words_2(X,ribozyme)
& enzyme_1(X)
& regulatory_rna_1(X)
& carbon_1(fn_ribozyme_1(X))
& carbon_1(fn_ribozyme_2(X))
& atom_1(fn_ribozyme_2(X))
& chemical_entity_1(fn_ribozyme_2(X))
& carbon_skeleton_1(fn_ribozyme_3(X))
& size_value_1(fn_ribozyme_4(X))
& size_value_1(fn_ribozyme_5(X))
& nucleotide_1(fn_ribozyme_6(X))
& carbon_1(fn_carbon_skeleton_4(fn_ribozyme_3(X)))
& atom_1(fn_carbon_skeleton_2(fn_ribozyme_3(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_ribozyme_3(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_ribozyme_3(X)))
& has_part_2(X,fn_ribozyme_2(X))
& has_part_2(X,fn_ribozyme_6(X))
& size_2(fn_ribozyme_6(X),fn_ribozyme_4(X))
& greater_than_2(fn_ribozyme_5(X),fn_ribozyme_4(X))
& size_2(X,fn_ribozyme_5(X))
& is_inside_2(fn_ribozyme_1(X),fn_ribozyme_3(X))
& has_part_2(X,fn_ribozyme_1(X))
& has_region_2(X,fn_ribozyme_3(X))
& fn_ribozyme_2(X) != fn_ribozyme_1(X)
& fn_ribozyme_1(X) != fn_ribozyme_2(X)
& fn_ribozyme_2(X) = fn_rna_9(X)
& fn_ribozyme_5(X) = fn_polymer_8(X)
& fn_ribozyme_4(X) = fn_polymer_7(X)
& fn_ribozyme_6(X) = fn_polymer_4(X)
& X = fn_carbon_skeleton_3(fn_ribozyme_3(X))
& fn_ribozyme_2(X) = fn_carbon_skeleton_2(fn_ribozyme_3(X))
& fn_ribozyme_1(X) = fn_carbon_skeleton_4(fn_ribozyme_3(X))
& fn_rna_9(X) = fn_carbon_skeleton_2(fn_ribozyme_3(X))
& fn_carbon_skeleton_2(fn_ribozyme_3(X)) = fn_carbon_skeleton_2(fn_ribozyme_3(X))
& fn_carbon_skeleton_3(fn_ribozyme_3(X)) = fn_carbon_skeleton_3(fn_ribozyme_3(X)) ) ) ).
fof(a532361,axiom,
! [X] :
( ribulose_bisphosphate_1(X)
=> ( original_name_2(X,'Ribulose-Bisphosphate')
& user_description_2(X,'The molecule to which CO2 is bound during carbon fixation in C4 plants. The reaction is catalyzed by RuBP carboxylase or rubisco.')
& concept2words_2(X,rubp)
& concept2words_2(X,'ribulose bisphosphate')
& concept2words_2(X,'ribulose-bisphosphate')
& ketose_1(X)
& pentose_1(X)
& ~ deoxyribose_1(X)
& ~ ribose_1(X)
& share_1(fn_ribulose_bisphosphate_4(X))
& share_1(fn_ribulose_bisphosphate_5(X))
& unequal_sharing_1(fn_ribulose_bisphosphate_5(X))
& hold_1(fn_ribulose_bisphosphate_6(X))
& hold_together_1(fn_ribulose_bisphosphate_6(X))
& entity_1(fn_ribulose_bisphosphate_7(X))
& electron_1(fn_ribulose_bisphosphate_7(X))
& valence_electron_1(fn_ribulose_bisphosphate_7(X))
& share_1(fn_ribulose_bisphosphate_8(X))
& unequal_sharing_1(fn_ribulose_bisphosphate_8(X))
& share_1(fn_ribulose_bisphosphate_9(X))
& unequal_sharing_1(fn_ribulose_bisphosphate_9(X))
& share_1(fn_ribulose_bisphosphate_10(X))
& unequal_sharing_1(fn_ribulose_bisphosphate_10(X))
& electronegativity_value_1(fn_ribulose_bisphosphate_11(X))
& share_1(fn_ribulose_bisphosphate_12(X))
& entity_1(fn_ribulose_bisphosphate_13(X))
& electron_1(fn_ribulose_bisphosphate_13(X))
& valence_electron_1(fn_ribulose_bisphosphate_13(X))
& valence_electron_1(fn_ribulose_bisphosphate_14(X))
& electronegativity_value_1(fn_ribulose_bisphosphate_15(X))
& electron_1(fn_ribulose_bisphosphate_16(X))
& valence_electron_1(fn_ribulose_bisphosphate_16(X))
& electronegativity_value_1(fn_ribulose_bisphosphate_17(X))
& covalent_bond_1(fn_ribulose_bisphosphate_18(X))
& chemical_bond_1(fn_ribulose_bisphosphate_18(X))
& double_bond_1(fn_ribulose_bisphosphate_18(X))
& polar_covalent_bond_1(fn_ribulose_bisphosphate_19(X))
& carbon_skeleton_1(fn_ribulose_bisphosphate_20(X))
& functional_group_1(fn_ribulose_bisphosphate_21(X))
& hydroxyl_group_1(fn_ribulose_bisphosphate_21(X))
& functional_group_1(fn_ribulose_bisphosphate_22(X))
& carbonyl_group_1(fn_ribulose_bisphosphate_22(X))
& entity_1(fn_ribulose_bisphosphate_23(X))
& chemical_entity_1(fn_ribulose_bisphosphate_23(X))
& atom_1(fn_ribulose_bisphosphate_23(X))
& carbon_1(fn_ribulose_bisphosphate_23(X))
& entity_1(fn_ribulose_bisphosphate_24(X))
& chemical_entity_1(fn_ribulose_bisphosphate_24(X))
& atom_1(fn_ribulose_bisphosphate_24(X))
& hydrogen_1(fn_ribulose_bisphosphate_24(X))
& tangible_entity_1(fn_ribulose_bisphosphate_25(X))
& entity_1(fn_ribulose_bisphosphate_25(X))
& atom_1(fn_ribulose_bisphosphate_25(X))
& chemical_entity_1(fn_ribulose_bisphosphate_25(X))
& oxygen_1(fn_ribulose_bisphosphate_25(X))
& tangible_entity_1(fn_ribulose_bisphosphate_26(X))
& entity_1(fn_ribulose_bisphosphate_26(X))
& chemical_entity_1(fn_ribulose_bisphosphate_26(X))
& atom_1(fn_ribulose_bisphosphate_26(X))
& oxygen_1(fn_ribulose_bisphosphate_26(X))
& entity_1(fn_ribulose_bisphosphate_27(X))
& chemical_entity_1(fn_ribulose_bisphosphate_27(X))
& atom_1(fn_ribulose_bisphosphate_27(X))
& carbon_1(fn_ribulose_bisphosphate_27(X))
& phosphate_group_1(fn_ribulose_bisphosphate_28(X))
& property_node_1(fn_polar_covalent_bond_4(fn_ribulose_bisphosphate_19(X)))
& property_node_1(fn_polar_covalent_bond_3(fn_ribulose_bisphosphate_19(X)))
& electronegativity_value_1(fn_polar_covalent_bond_1(fn_ribulose_bisphosphate_19(X)))
& electronegativity_value_1(fn_polar_covalent_bond_2(fn_ribulose_bisphosphate_19(X)))
& entity_1(fn_share_3(fn_ribulose_bisphosphate_9(X)))
& entity_1(fn_share_3(fn_ribulose_bisphosphate_10(X)))
& entity_1(fn_share_1(fn_ribulose_bisphosphate_10(X)))
& double_bond_1(fn_carbonyl_group_8(fn_ribulose_bisphosphate_22(X)))
& share_1(fn_carbonyl_group_5(fn_ribulose_bisphosphate_22(X)))
& entity_1(fn_covalent_bond_20(fn_ribulose_bisphosphate_18(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_ribulose_bisphosphate_18(X)))
& atom_1(fn_covalent_bond_20(fn_ribulose_bisphosphate_18(X)))
& entity_1(fn_polar_covalent_bond_19(fn_ribulose_bisphosphate_19(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_ribulose_bisphosphate_19(X)))
& atom_1(fn_polar_covalent_bond_19(fn_ribulose_bisphosphate_19(X)))
& entity_1(fn_polar_covalent_bond_18(fn_ribulose_bisphosphate_19(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_ribulose_bisphosphate_19(X)))
& atom_1(fn_polar_covalent_bond_18(fn_ribulose_bisphosphate_19(X)))
& entity_1(fn_share_2(fn_ribulose_bisphosphate_8(X)))
& entity_1(fn_share_2(fn_ribulose_bisphosphate_5(X)))
& entity_1(fn_share_1(fn_ribulose_bisphosphate_9(X)))
& entity_1(fn_covalent_bond_19(fn_ribulose_bisphosphate_18(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_ribulose_bisphosphate_18(X)))
& atom_1(fn_covalent_bond_19(fn_ribulose_bisphosphate_18(X)))
& oxygen_1(fn_carbonyl_group_9(fn_ribulose_bisphosphate_22(X)))
& entity_1(fn_share_3(fn_ribulose_bisphosphate_5(X)))
& entity_1(fn_share_1(fn_ribulose_bisphosphate_5(X)))
& entity_1(fn_carbonyl_group_7(fn_ribulose_bisphosphate_22(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_ribulose_bisphosphate_22(X)))
& atom_1(fn_carbonyl_group_7(fn_ribulose_bisphosphate_22(X)))
& carbon_1(fn_carbonyl_group_7(fn_ribulose_bisphosphate_22(X)))
& valence_electron_1(fn_carbonyl_group_6(fn_ribulose_bisphosphate_22(X)))
& valence_electron_1(fn_covalent_bond_18(fn_ribulose_bisphosphate_18(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_ribulose_bisphosphate_19(X)))
& entity_1(fn_share_2(fn_ribulose_bisphosphate_9(X)))
& valence_electron_1(fn_covalent_bond_15(fn_ribulose_bisphosphate_18(X)))
& valence_electron_1(fn_carbonyl_group_4(fn_ribulose_bisphosphate_22(X)))
& electron_1(fn_polar_covalent_bond_11(fn_ribulose_bisphosphate_19(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_ribulose_bisphosphate_19(X)))
& share_1(fn_covalent_bond_17(fn_ribulose_bisphosphate_18(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_ribulose_bisphosphate_19(X)))
& hold_together_1(fn_covalent_bond_14(fn_ribulose_bisphosphate_18(X)))
& hold_together_1(fn_carbonyl_group_10(fn_ribulose_bisphosphate_22(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_ribulose_bisphosphate_19(X)))
& chemical_entity_1(fn_functional_group_1(fn_ribulose_bisphosphate_28(X)))
& chemical_entity_1(fn_functional_group_1(fn_ribulose_bisphosphate_22(X)))
& exactCardinality(X,has_region_0,"2",phosphate_group_0)
& is_between_2(fn_ribulose_bisphosphate_19(X),fn_ribulose_bisphosphate_23(X))
& result_2(fn_ribulose_bisphosphate_9(X),fn_ribulose_bisphosphate_18(X))
& object_2(fn_ribulose_bisphosphate_8(X),fn_ribulose_bisphosphate_13(X))
& object_2(fn_ribulose_bisphosphate_5(X),fn_ribulose_bisphosphate_13(X))
& object_2(fn_ribulose_bisphosphate_9(X),fn_ribulose_bisphosphate_7(X))
& agent_2(fn_ribulose_bisphosphate_9(X),fn_ribulose_bisphosphate_24(X))
& agent_2(fn_ribulose_bisphosphate_9(X),fn_ribulose_bisphosphate_26(X))
& agent_2(fn_ribulose_bisphosphate_5(X),fn_ribulose_bisphosphate_23(X))
& agent_2(fn_ribulose_bisphosphate_10(X),fn_ribulose_bisphosphate_24(X))
& has_region_2(X,fn_ribulose_bisphosphate_28(X))
& result_2(fn_ribulose_bisphosphate_10(X),fn_ribulose_bisphosphate_19(X))
& agent_2(fn_ribulose_bisphosphate_5(X),fn_ribulose_bisphosphate_27(X))
& agent_2(fn_ribulose_bisphosphate_9(X),fn_ribulose_bisphosphate_25(X))
& object_2(fn_ribulose_bisphosphate_9(X),fn_ribulose_bisphosphate_13(X))
& fn_ribulose_bisphosphate_13(X) != fn_ribulose_bisphosphate_14(X)
& object_2(fn_ribulose_bisphosphate_9(X),fn_ribulose_bisphosphate_14(X))
& result_2(fn_ribulose_bisphosphate_9(X),fn_ribulose_bisphosphate_19(X))
& fn_ribulose_bisphosphate_14(X) != fn_ribulose_bisphosphate_13(X)
& is_between_2(fn_ribulose_bisphosphate_19(X),fn_ribulose_bisphosphate_27(X))
& result_2(fn_ribulose_bisphosphate_5(X),fn_ribulose_bisphosphate_18(X))
& object_2(fn_ribulose_bisphosphate_5(X),fn_ribulose_bisphosphate_14(X))
& has_part_2(fn_ribulose_bisphosphate_26(X),fn_ribulose_bisphosphate_14(X))
& agent_2(fn_ribulose_bisphosphate_8(X),fn_ribulose_bisphosphate_26(X))
& object_2(fn_ribulose_bisphosphate_8(X),fn_ribulose_bisphosphate_7(X))
& object_2(fn_ribulose_bisphosphate_6(X),fn_ribulose_bisphosphate_24(X))
& agent_2(fn_ribulose_bisphosphate_10(X),fn_ribulose_bisphosphate_25(X))
& object_2(fn_ribulose_bisphosphate_10(X),fn_ribulose_bisphosphate_7(X))
& has_part_2(fn_ribulose_bisphosphate_24(X),fn_ribulose_bisphosphate_7(X))
& agent_2(fn_ribulose_bisphosphate_8(X),fn_ribulose_bisphosphate_24(X))
& result_2(fn_ribulose_bisphosphate_8(X),fn_ribulose_bisphosphate_19(X))
& has_part_2(fn_ribulose_bisphosphate_25(X),fn_ribulose_bisphosphate_16(X))
& object_2(fn_ribulose_bisphosphate_10(X),fn_ribulose_bisphosphate_16(X))
& fn_ribulose_bisphosphate_13(X) != fn_ribulose_bisphosphate_16(X)
& fn_ribulose_bisphosphate_16(X) != fn_ribulose_bisphosphate_13(X)
& result_2(fn_ribulose_bisphosphate_12(X),fn_ribulose_bisphosphate_18(X))
& agent_2(fn_ribulose_bisphosphate_12(X),fn_ribulose_bisphosphate_26(X))
& the_cardinal_value_2(fn_ribulose_bisphosphate_11(X),"2.1")
& cardinal_unit_class_2(fn_ribulose_bisphosphate_11(X),unity_0)
& the_cardinal_value_2(fn_ribulose_bisphosphate_15(X),"3.44")
& cardinal_unit_class_2(fn_ribulose_bisphosphate_15(X),unity_0)
& the_cardinal_value_2(fn_ribulose_bisphosphate_17(X),"3.44")
& cardinal_unit_class_2(fn_ribulose_bisphosphate_17(X),unity_0)
& has_part_2(X,fn_ribulose_bisphosphate_24(X))
& fn_ribulose_bisphosphate_24(X) != fn_ribulose_bisphosphate_26(X)
& is_between_2(fn_ribulose_bisphosphate_19(X),fn_ribulose_bisphosphate_24(X))
& is_between_2(fn_ribulose_bisphosphate_19(X),fn_ribulose_bisphosphate_25(X))
& fn_ribulose_bisphosphate_26(X) != fn_ribulose_bisphosphate_24(X)
& object_2(fn_ribulose_bisphosphate_6(X),fn_ribulose_bisphosphate_26(X))
& object_2(fn_ribulose_bisphosphate_6(X),fn_ribulose_bisphosphate_23(X))
& fn_ribulose_bisphosphate_23(X) != fn_ribulose_bisphosphate_24(X)
& fn_ribulose_bisphosphate_24(X) != fn_ribulose_bisphosphate_27(X)
& fn_ribulose_bisphosphate_27(X) != fn_ribulose_bisphosphate_25(X)
& fn_ribulose_bisphosphate_24(X) != fn_ribulose_bisphosphate_23(X)
& fn_ribulose_bisphosphate_27(X) != fn_ribulose_bisphosphate_24(X)
& fn_ribulose_bisphosphate_25(X) != fn_ribulose_bisphosphate_27(X)
& has_part_2(X,fn_ribulose_bisphosphate_26(X))
& possesses_2(X,fn_ribulose_bisphosphate_19(X))
& is_between_2(fn_ribulose_bisphosphate_19(X),fn_ribulose_bisphosphate_26(X))
& fn_ribulose_bisphosphate_26(X) != fn_ribulose_bisphosphate_25(X)
& fn_ribulose_bisphosphate_25(X) != fn_ribulose_bisphosphate_24(X)
& fn_ribulose_bisphosphate_25(X) != fn_ribulose_bisphosphate_26(X)
& fn_ribulose_bisphosphate_24(X) != fn_ribulose_bisphosphate_25(X)
& fn_ribulose_bisphosphate_11(X) != fn_ribulose_bisphosphate_17(X)
& electronegativity_2(fn_ribulose_bisphosphate_25(X),fn_ribulose_bisphosphate_17(X))
& is_inside_2(fn_ribulose_bisphosphate_25(X),fn_ribulose_bisphosphate_21(X))
& is_inside_2(fn_ribulose_bisphosphate_26(X),fn_ribulose_bisphosphate_21(X))
& electronegativity_2(fn_ribulose_bisphosphate_26(X),fn_ribulose_bisphosphate_15(X))
& fn_ribulose_bisphosphate_17(X) != fn_ribulose_bisphosphate_11(X)
& has_region_2(X,fn_ribulose_bisphosphate_21(X))
& is_inside_2(fn_ribulose_bisphosphate_24(X),fn_ribulose_bisphosphate_21(X))
& electronegativity_2(fn_ribulose_bisphosphate_24(X),fn_ribulose_bisphosphate_11(X))
& fn_ribulose_bisphosphate_15(X) != fn_ribulose_bisphosphate_11(X)
& fn_ribulose_bisphosphate_11(X) != fn_ribulose_bisphosphate_15(X)
& has_part_2(X,fn_ribulose_bisphosphate_27(X))
& possesses_2(X,fn_ribulose_bisphosphate_18(X))
& is_inside_2(fn_ribulose_bisphosphate_27(X),fn_ribulose_bisphosphate_20(X))
& has_part_2(X,fn_ribulose_bisphosphate_25(X))
& has_region_2(X,fn_ribulose_bisphosphate_22(X))
& is_between_2(fn_ribulose_bisphosphate_18(X),fn_ribulose_bisphosphate_25(X))
& is_between_2(fn_ribulose_bisphosphate_18(X),fn_ribulose_bisphosphate_23(X))
& has_part_2(X,fn_ribulose_bisphosphate_23(X))
& fn_ribulose_bisphosphate_25(X) != fn_ribulose_bisphosphate_23(X)
& fn_ribulose_bisphosphate_23(X) != fn_ribulose_bisphosphate_25(X)
& has_region_2(X,fn_ribulose_bisphosphate_20(X))
& is_inside_2(fn_ribulose_bisphosphate_23(X),fn_ribulose_bisphosphate_20(X))
& fn_ribulose_bisphosphate_23(X) != fn_ribulose_bisphosphate_27(X)
& is_inside_2(fn_ribulose_bisphosphate_27(X),fn_ribulose_bisphosphate_22(X))
& is_inside_2(fn_ribulose_bisphosphate_25(X),fn_ribulose_bisphosphate_22(X))
& fn_ribulose_bisphosphate_27(X) != fn_ribulose_bisphosphate_23(X)
& object_2(fn_ribulose_bisphosphate_4(X),fn_ribulose_bisphosphate_16(X))
& is_inside_2(fn_ribulose_bisphosphate_26(X),fn_ribulose_bisphosphate_22(X))
& result_2(fn_ribulose_bisphosphate_4(X),fn_ribulose_bisphosphate_18(X))
& has_function_2(fn_ribulose_bisphosphate_18(X),fn_ribulose_bisphosphate_6(X))
& object_2(fn_ribulose_bisphosphate_6(X),fn_ribulose_bisphosphate_27(X))
& is_between_2(fn_ribulose_bisphosphate_18(X),fn_ribulose_bisphosphate_27(X))
& is_between_2(fn_ribulose_bisphosphate_18(X),fn_ribulose_bisphosphate_26(X))
& fn_ribulose_bisphosphate_26(X) != fn_ribulose_bisphosphate_27(X)
& agent_2(fn_ribulose_bisphosphate_4(X),fn_ribulose_bisphosphate_27(X))
& agent_2(fn_ribulose_bisphosphate_4(X),fn_ribulose_bisphosphate_25(X))
& object_2(fn_ribulose_bisphosphate_6(X),fn_ribulose_bisphosphate_25(X))
& agent_2(fn_ribulose_bisphosphate_6(X),fn_ribulose_bisphosphate_18(X))
& fn_ribulose_bisphosphate_27(X) != fn_ribulose_bisphosphate_26(X)
& is_inside_2(fn_ribulose_bisphosphate_23(X),fn_ribulose_bisphosphate_22(X))
& fn_ribulose_bisphosphate_23(X) != fn_ribulose_bisphosphate_26(X)
& has_part_2(fn_ribulose_bisphosphate_26(X),fn_ribulose_bisphosphate_13(X))
& fn_ribulose_bisphosphate_26(X) != fn_ribulose_bisphosphate_23(X)
& fn_ribulose_bisphosphate_7(X) != fn_ribulose_bisphosphate_13(X)
& fn_ribulose_bisphosphate_13(X) != fn_ribulose_bisphosphate_7(X)
& fn_ribulose_bisphosphate_16(X) != fn_ribulose_bisphosphate_7(X)
& object_2(fn_ribulose_bisphosphate_9(X),fn_ribulose_bisphosphate_16(X))
& fn_ribulose_bisphosphate_7(X) != fn_ribulose_bisphosphate_16(X)
& has_function_2(fn_ribulose_bisphosphate_19(X),fn_ribulose_bisphosphate_6(X))
& agent_2(fn_ribulose_bisphosphate_6(X),fn_ribulose_bisphosphate_19(X))
& result_2(fn_ribulose_bisphosphate_5(X),fn_ribulose_bisphosphate_19(X))
& object_2(fn_ribulose_bisphosphate_5(X),fn_ribulose_bisphosphate_7(X))
& fn_ribulose_bisphosphate_7(X) != fn_ribulose_bisphosphate_14(X)
& fn_ribulose_bisphosphate_14(X) != fn_ribulose_bisphosphate_7(X)
& fn_ribulose_bisphosphate_13(X) = fn_share_2(fn_ribulose_bisphosphate_8(X))
& fn_ribulose_bisphosphate_13(X) = fn_share_2(fn_ribulose_bisphosphate_5(X))
& fn_ribulose_bisphosphate_7(X) = fn_share_2(fn_ribulose_bisphosphate_9(X))
& fn_ribulose_bisphosphate_24(X) = fn_share_3(fn_ribulose_bisphosphate_9(X))
& fn_ribulose_bisphosphate_26(X) = fn_share_1(fn_ribulose_bisphosphate_9(X))
& fn_ribulose_bisphosphate_23(X) = fn_share_3(fn_ribulose_bisphosphate_5(X))
& fn_ribulose_bisphosphate_23(X) = fn_share_1(fn_ribulose_bisphosphate_5(X))
& fn_ribulose_bisphosphate_24(X) = fn_share_3(fn_ribulose_bisphosphate_10(X))
& fn_ribulose_bisphosphate_24(X) = fn_share_1(fn_ribulose_bisphosphate_10(X))
& X = fn_functional_group_1(fn_ribulose_bisphosphate_28(X))
& fn_ribulose_bisphosphate_10(X) = fn_polar_covalent_bond_16(fn_ribulose_bisphosphate_19(X))
& fn_ribulose_bisphosphate_13(X) = fn_polar_covalent_bond_11(fn_ribulose_bisphosphate_19(X))
& fn_ribulose_bisphosphate_7(X) = fn_covalent_bond_15(fn_ribulose_bisphosphate_18(X))
& fn_ribulose_bisphosphate_8(X) = fn_covalent_bond_17(fn_ribulose_bisphosphate_18(X))
& fn_ribulose_bisphosphate_26(X) = fn_covalent_bond_19(fn_ribulose_bisphosphate_18(X))
& fn_ribulose_bisphosphate_14(X) = fn_covalent_bond_18(fn_ribulose_bisphosphate_18(X))
& fn_ribulose_bisphosphate_5(X) = fn_covalent_bond_17(fn_ribulose_bisphosphate_18(X))
& fn_ribulose_bisphosphate_6(X) = fn_carbohydrate_37(X)
& fn_ribulose_bisphosphate_19(X) = fn_carbohydrate_36(X)
& fn_ribulose_bisphosphate_8(X) = fn_carbohydrate_30(X)
& fn_ribulose_bisphosphate_24(X) = fn_carbohydrate_32(X)
& fn_ribulose_bisphosphate_7(X) = fn_carbohydrate_29(X)
& fn_ribulose_bisphosphate_10(X) = fn_carbohydrate_30(X)
& fn_ribulose_bisphosphate_13(X) = fn_carbohydrate_29(X)
& fn_ribulose_bisphosphate_16(X) = fn_carbohydrate_31(X)
& fn_ribulose_bisphosphate_12(X) = fn_pentose_19(X)
& fn_ribulose_bisphosphate_3(X) = fn_polar_covalent_bond_4(fn_ribulose_bisphosphate_19(X))
& fn_ribulose_bisphosphate_3(X) = fn_polar_covalent_bond_3(fn_ribulose_bisphosphate_19(X))
& fn_ribulose_bisphosphate_3(X) = fn_pentose_23(X)
& fn_ribulose_bisphosphate_2(X) = fn_pentose_1(X)
& fn_ribulose_bisphosphate_1(X) = fn_pentose_22(X)
& fn_ribulose_bisphosphate_27(X) = fn_polar_covalent_bond_19(fn_ribulose_bisphosphate_19(X))
& fn_ribulose_bisphosphate_27(X) = fn_polar_covalent_bond_18(fn_ribulose_bisphosphate_19(X))
& fn_ribulose_bisphosphate_27(X) = fn_pentose_21(X)
& fn_ribulose_bisphosphate_6(X) = fn_pentose_9(X)
& fn_ribulose_bisphosphate_26(X) = fn_monosaccharide_13(X)
& fn_ribulose_bisphosphate_26(X) = fn_monosaccharide_18(X)
& fn_ribulose_bisphosphate_26(X) = fn_pentose_15(X)
& fn_ribulose_bisphosphate_19(X) = fn_pentose_14(X)
& fn_ribulose_bisphosphate_26(X) = fn_pentose_10(X)
& fn_ribulose_bisphosphate_25(X) = fn_polar_covalent_bond_18(fn_ribulose_bisphosphate_19(X))
& fn_ribulose_bisphosphate_25(X) = fn_polar_covalent_bond_19(fn_ribulose_bisphosphate_19(X))
& fn_ribulose_bisphosphate_11(X) = fn_polar_covalent_bond_1(fn_ribulose_bisphosphate_19(X))
& fn_ribulose_bisphosphate_17(X) = fn_polar_covalent_bond_2(fn_ribulose_bisphosphate_19(X))
& fn_ribulose_bisphosphate_11(X) = fn_polar_covalent_bond_2(fn_ribulose_bisphosphate_19(X))
& fn_ribulose_bisphosphate_17(X) = fn_polar_covalent_bond_1(fn_ribulose_bisphosphate_19(X))
& fn_ribulose_bisphosphate_17(X) = fn_pentose_18(X)
& fn_ribulose_bisphosphate_15(X) = fn_pentose_8(X)
& fn_ribulose_bisphosphate_11(X) = fn_pentose_17(X)
& fn_ribulose_bisphosphate_24(X) = fn_monosaccharide_9(X)
& fn_ribulose_bisphosphate_24(X) = fn_pentose_16(X)
& fn_ribulose_bisphosphate_21(X) = fn_monosaccharide_10(X)
& fn_ribulose_bisphosphate_21(X) = fn_pentose_11(X)
& fn_ribulose_bisphosphate_27(X) = fn_ketone_8(X)
& X = fn_functional_group_1(fn_ribulose_bisphosphate_22(X))
& fn_ribulose_bisphosphate_25(X) = fn_carbohydrate_38(X)
& fn_ribulose_bisphosphate_25(X) = fn_monosaccharide_13(X)
& fn_ribulose_bisphosphate_23(X) = fn_monosaccharide_5(X)
& fn_ribulose_bisphosphate_23(X) = fn_ketone_10(X)
& fn_ribulose_bisphosphate_18(X) = fn_pentose_13(X)
& fn_ribulose_bisphosphate_18(X) = fn_ketone_7(X)
& fn_ribulose_bisphosphate_25(X) = fn_monosaccharide_18(X)
& fn_ribulose_bisphosphate_22(X) = fn_monosaccharide_17(X)
& fn_ribulose_bisphosphate_25(X) = fn_pentose_15(X)
& fn_ribulose_bisphosphate_25(X) = fn_pentose_10(X)
& fn_ribulose_bisphosphate_22(X) = fn_pentose_12(X)
& fn_ribulose_bisphosphate_25(X) = fn_ketone_12(X)
& fn_ribulose_bisphosphate_22(X) = fn_ketone_11(X)
& fn_ribulose_bisphosphate_27(X) = fn_ketone_10(X)
& fn_ribulose_bisphosphate_23(X) = fn_pentose_21(X)
& fn_ribulose_bisphosphate_23(X) = fn_ketone_8(X)
& fn_ribulose_bisphosphate_20(X) = fn_pentose_20(X)
& fn_ribulose_bisphosphate_20(X) = fn_ketone_9(X)
& fn_ribulose_bisphosphate_16(X) = fn_carbonyl_group_6(fn_ribulose_bisphosphate_22(X))
& fn_ribulose_bisphosphate_27(X) = fn_covalent_bond_19(fn_ribulose_bisphosphate_18(X))
& fn_ribulose_bisphosphate_27(X) = fn_covalent_bond_20(fn_ribulose_bisphosphate_18(X))
& fn_ribulose_bisphosphate_18(X) = fn_carbonyl_group_8(fn_ribulose_bisphosphate_22(X))
& fn_ribulose_bisphosphate_6(X) = fn_covalent_bond_14(fn_ribulose_bisphosphate_18(X))
& fn_ribulose_bisphosphate_25(X) = fn_covalent_bond_19(fn_ribulose_bisphosphate_18(X))
& fn_ribulose_bisphosphate_6(X) = fn_carbonyl_group_10(fn_ribulose_bisphosphate_22(X))
& fn_ribulose_bisphosphate_4(X) = fn_covalent_bond_17(fn_ribulose_bisphosphate_18(X))
& fn_ribulose_bisphosphate_25(X) = fn_covalent_bond_20(fn_ribulose_bisphosphate_18(X))
& fn_ribulose_bisphosphate_25(X) = fn_carbonyl_group_9(fn_ribulose_bisphosphate_22(X))
& fn_ribulose_bisphosphate_4(X) = fn_carbonyl_group_5(fn_ribulose_bisphosphate_22(X))
& fn_ribulose_bisphosphate_27(X) = fn_carbonyl_group_7(fn_ribulose_bisphosphate_22(X))
& fn_ribulose_bisphosphate_7(X) = fn_carbonyl_group_4(fn_ribulose_bisphosphate_22(X))
& fn_ribulose_bisphosphate_13(X) = fn_carbonyl_group_6(fn_ribulose_bisphosphate_22(X))
& fn_ribulose_bisphosphate_26(X) = fn_carbonyl_group_9(fn_ribulose_bisphosphate_22(X))
& fn_ribulose_bisphosphate_23(X) = fn_carbonyl_group_7(fn_ribulose_bisphosphate_22(X))
& fn_ribulose_bisphosphate_9(X) = fn_polar_covalent_bond_16(fn_ribulose_bisphosphate_19(X))
& fn_ribulose_bisphosphate_16(X) = fn_polar_covalent_bond_12(fn_ribulose_bisphosphate_19(X))
& fn_ribulose_bisphosphate_14(X) = fn_polar_covalent_bond_12(fn_ribulose_bisphosphate_19(X))
& fn_ribulose_bisphosphate_7(X) = fn_polar_covalent_bond_11(fn_ribulose_bisphosphate_19(X))
& fn_ribulose_bisphosphate_5(X) = fn_polar_covalent_bond_16(fn_ribulose_bisphosphate_19(X))
& fn_ribulose_bisphosphate_6(X) = fn_polar_covalent_bond_17(fn_ribulose_bisphosphate_19(X))
& fn_covalent_bond_17(fn_ribulose_bisphosphate_18(X)) = fn_carbohydrate_30(X)
& fn_carbohydrate_30(X) = fn_polar_covalent_bond_16(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_16(fn_ribulose_bisphosphate_19(X)) = fn_carbohydrate_30(X)
& fn_carbohydrate_30(X) = fn_carbohydrate_30(X)
& fn_carbohydrate_30(X) = fn_polar_covalent_bond_4(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_4(fn_ribulose_bisphosphate_19(X)) = fn_polar_covalent_bond_3(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_3(fn_ribulose_bisphosphate_19(X)) = fn_polar_covalent_bond_3(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_3(fn_ribulose_bisphosphate_19(X)) = fn_pentose_23(X)
& fn_pentose_23(X) = fn_polar_covalent_bond_2(fn_ribulose_bisphosphate_19(X))
& fn_pentose_18(X) = fn_pentose_18(X)
& fn_polar_covalent_bond_1(fn_ribulose_bisphosphate_19(X)) = fn_pentose_18(X)
& fn_pentose_18(X) = fn_polar_covalent_bond_1(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_2(fn_ribulose_bisphosphate_19(X)) = fn_polar_covalent_bond_1(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_1(fn_ribulose_bisphosphate_19(X)) = fn_polar_covalent_bond_2(fn_ribulose_bisphosphate_19(X))
& fn_pentose_17(X) = fn_polar_covalent_bond_2(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_2(fn_ribulose_bisphosphate_19(X)) = fn_pentose_17(X)
& fn_pentose_17(X) = fn_pentose_17(X)
& fn_pentose_17(X) = fn_share_3(fn_ribulose_bisphosphate_9(X))
& fn_share_3(fn_ribulose_bisphosphate_9(X)) = fn_share_3(fn_ribulose_bisphosphate_10(X))
& fn_share_3(fn_ribulose_bisphosphate_10(X)) = fn_share_1(fn_ribulose_bisphosphate_10(X))
& fn_share_1(fn_ribulose_bisphosphate_10(X)) = fn_share_1(fn_ribulose_bisphosphate_10(X))
& fn_share_1(fn_ribulose_bisphosphate_10(X)) = fn_carbohydrate_32(X)
& fn_carbohydrate_32(X) = fn_carbohydrate_32(X)
& fn_carbohydrate_32(X) = fn_monosaccharide_9(X)
& fn_monosaccharide_9(X) = fn_monosaccharide_9(X)
& fn_pentose_16(X) = fn_pentose_16(X)
& fn_pentose_16(X) = fn_monosaccharide_9(X)
& fn_monosaccharide_9(X) = fn_pentose_16(X)
& fn_pentose_16(X) = fn_pentose_11(X)
& fn_pentose_11(X) = fn_pentose_11(X)
& fn_pentose_11(X) = fn_monosaccharide_10(X)
& fn_monosaccharide_10(X) = fn_pentose_11(X)
& fn_pentose_11(X) = fn_ketone_9(X)
& fn_ketone_9(X) = fn_pentose_20(X)
& fn_pentose_20(X) = fn_ketone_9(X)
& fn_ketone_9(X) = fn_pentose_13(X)
& fn_pentose_13(X) = fn_pentose_13(X)
& fn_ketone_7(X) = fn_pentose_13(X)
& fn_pentose_13(X) = fn_ketone_7(X)
& fn_ketone_7(X) = fn_ketone_7(X)
& fn_ketone_7(X) = fn_carbonyl_group_8(fn_ribulose_bisphosphate_22(X))
& fn_carbonyl_group_8(fn_ribulose_bisphosphate_22(X)) = fn_carbonyl_group_8(fn_ribulose_bisphosphate_22(X))
& fn_carbonyl_group_8(fn_ribulose_bisphosphate_22(X)) = fn_covalent_bond_19(fn_ribulose_bisphosphate_18(X))
& fn_covalent_bond_20(fn_ribulose_bisphosphate_18(X)) = fn_covalent_bond_20(fn_ribulose_bisphosphate_18(X))
& fn_covalent_bond_20(fn_ribulose_bisphosphate_18(X)) = fn_polar_covalent_bond_18(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_18(fn_ribulose_bisphosphate_19(X)) = fn_covalent_bond_20(fn_ribulose_bisphosphate_18(X))
& fn_carbohydrate_38(X) = fn_polar_covalent_bond_19(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_19(fn_ribulose_bisphosphate_19(X)) = fn_polar_covalent_bond_19(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_19(fn_ribulose_bisphosphate_19(X)) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_carbohydrate_38(X)
& fn_monosaccharide_18(X) = fn_carbohydrate_38(X)
& fn_carbohydrate_38(X) = fn_monosaccharide_18(X)
& fn_monosaccharide_18(X) = fn_pentose_10(X)
& fn_pentose_10(X) = fn_monosaccharide_13(X)
& fn_monosaccharide_13(X) = fn_pentose_10(X)
& fn_ketone_12(X) = fn_pentose_15(X)
& fn_pentose_15(X) = fn_ketone_12(X)
& fn_ketone_12(X) = fn_ketone_12(X)
& fn_ketone_12(X) = fn_carbonyl_group_9(fn_ribulose_bisphosphate_22(X))
& fn_carbonyl_group_9(fn_ribulose_bisphosphate_22(X)) = fn_carbonyl_group_5(fn_ribulose_bisphosphate_22(X))
& fn_carbonyl_group_5(fn_ribulose_bisphosphate_22(X)) = fn_covalent_bond_17(fn_ribulose_bisphosphate_18(X))
& fn_covalent_bond_17(fn_ribulose_bisphosphate_18(X)) = fn_carbonyl_group_5(fn_ribulose_bisphosphate_22(X))
& fn_carbonyl_group_5(fn_ribulose_bisphosphate_22(X)) = fn_carbonyl_group_5(fn_ribulose_bisphosphate_22(X))
& fn_carbonyl_group_5(fn_ribulose_bisphosphate_22(X)) = fn_covalent_bond_20(fn_ribulose_bisphosphate_18(X))
& fn_covalent_bond_20(fn_ribulose_bisphosphate_18(X)) = fn_covalent_bond_19(fn_ribulose_bisphosphate_18(X))
& fn_covalent_bond_19(fn_ribulose_bisphosphate_18(X)) = fn_covalent_bond_20(fn_ribulose_bisphosphate_18(X))
& fn_covalent_bond_20(fn_ribulose_bisphosphate_18(X)) = fn_polar_covalent_bond_19(fn_ribulose_bisphosphate_19(X))
& fn_covalent_bond_19(fn_ribulose_bisphosphate_18(X)) = fn_polar_covalent_bond_19(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_19(fn_ribulose_bisphosphate_19(X)) = fn_covalent_bond_19(fn_ribulose_bisphosphate_18(X))
& fn_covalent_bond_19(fn_ribulose_bisphosphate_18(X)) = fn_polar_covalent_bond_18(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_18(fn_ribulose_bisphosphate_19(X)) = fn_polar_covalent_bond_19(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_19(fn_ribulose_bisphosphate_19(X)) = fn_polar_covalent_bond_18(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_18(fn_ribulose_bisphosphate_19(X)) = fn_polar_covalent_bond_18(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_18(fn_ribulose_bisphosphate_19(X)) = fn_pentose_21(X)
& fn_pentose_21(X) = fn_ketone_8(X)
& fn_ketone_8(X) = fn_ketone_10(X)
& fn_ketone_10(X) = fn_carbonyl_group_7(fn_ribulose_bisphosphate_22(X))
& fn_carbonyl_group_7(fn_ribulose_bisphosphate_22(X)) = fn_share_2(fn_ribulose_bisphosphate_8(X))
& fn_share_2(fn_ribulose_bisphosphate_8(X)) = fn_share_2(fn_ribulose_bisphosphate_5(X))
& fn_share_2(fn_ribulose_bisphosphate_5(X)) = fn_polar_covalent_bond_11(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_11(fn_ribulose_bisphosphate_19(X)) = fn_carbohydrate_29(X)
& fn_carbohydrate_29(X) = fn_carbonyl_group_6(fn_ribulose_bisphosphate_22(X))
& fn_carbonyl_group_6(fn_ribulose_bisphosphate_22(X)) = fn_share_1(fn_ribulose_bisphosphate_9(X))
& fn_share_1(fn_ribulose_bisphosphate_9(X)) = fn_covalent_bond_19(fn_ribulose_bisphosphate_18(X))
& fn_covalent_bond_19(fn_ribulose_bisphosphate_18(X)) = fn_covalent_bond_19(fn_ribulose_bisphosphate_18(X))
& fn_covalent_bond_19(fn_ribulose_bisphosphate_18(X)) = fn_monosaccharide_13(X)
& fn_monosaccharide_13(X) = fn_monosaccharide_13(X)
& fn_monosaccharide_18(X) = fn_monosaccharide_13(X)
& fn_monosaccharide_13(X) = fn_monosaccharide_18(X)
& fn_pentose_15(X) = fn_monosaccharide_18(X)
& fn_monosaccharide_18(X) = fn_monosaccharide_18(X)
& fn_monosaccharide_18(X) = fn_pentose_15(X)
& fn_pentose_10(X) = fn_pentose_15(X)
& fn_pentose_15(X) = fn_pentose_15(X)
& fn_pentose_15(X) = fn_pentose_10(X)
& fn_pentose_10(X) = fn_pentose_10(X)
& fn_pentose_10(X) = fn_carbonyl_group_9(fn_ribulose_bisphosphate_22(X))
& fn_carbonyl_group_9(fn_ribulose_bisphosphate_22(X)) = fn_carbonyl_group_9(fn_ribulose_bisphosphate_22(X))
& fn_carbonyl_group_9(fn_ribulose_bisphosphate_22(X)) = fn_monosaccharide_17(X)
& fn_pentose_12(X) = fn_monosaccharide_17(X)
& fn_monosaccharide_17(X) = fn_pentose_12(X)
& fn_ketone_11(X) = fn_pentose_12(X)
& fn_pentose_12(X) = fn_pentose_12(X)
& fn_pentose_12(X) = fn_ketone_11(X)
& fn_ketone_11(X) = fn_ketone_11(X)
& fn_ketone_11(X) = fn_share_3(fn_ribulose_bisphosphate_5(X))
& fn_share_3(fn_ribulose_bisphosphate_5(X)) = fn_share_1(fn_ribulose_bisphosphate_5(X))
& fn_share_1(fn_ribulose_bisphosphate_5(X)) = fn_share_1(fn_ribulose_bisphosphate_5(X))
& fn_share_1(fn_ribulose_bisphosphate_5(X)) = fn_monosaccharide_5(X)
& fn_pentose_21(X) = fn_monosaccharide_5(X)
& fn_monosaccharide_5(X) = fn_pentose_21(X)
& fn_pentose_21(X) = fn_pentose_21(X)
& fn_ketone_10(X) = fn_pentose_21(X)
& fn_pentose_21(X) = fn_ketone_10(X)
& fn_ketone_10(X) = fn_ketone_10(X)
& fn_ketone_10(X) = fn_ketone_8(X)
& fn_ketone_8(X) = fn_ketone_8(X)
& fn_ketone_8(X) = fn_carbonyl_group_7(fn_ribulose_bisphosphate_22(X))
& fn_carbonyl_group_7(fn_ribulose_bisphosphate_22(X)) = fn_carbonyl_group_7(fn_ribulose_bisphosphate_22(X))
& fn_carbonyl_group_7(fn_ribulose_bisphosphate_22(X)) = fn_carbohydrate_31(X)
& fn_carbohydrate_31(X) = fn_carbohydrate_31(X)
& fn_carbohydrate_31(X) = fn_carbonyl_group_6(fn_ribulose_bisphosphate_22(X))
& fn_carbonyl_group_6(fn_ribulose_bisphosphate_22(X)) = fn_carbonyl_group_6(fn_ribulose_bisphosphate_22(X))
& fn_carbonyl_group_6(fn_ribulose_bisphosphate_22(X)) = fn_polar_covalent_bond_12(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_12(fn_ribulose_bisphosphate_19(X)) = fn_polar_covalent_bond_12(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_12(fn_ribulose_bisphosphate_19(X)) = fn_covalent_bond_18(fn_ribulose_bisphosphate_18(X))
& fn_covalent_bond_18(fn_ribulose_bisphosphate_18(X)) = fn_covalent_bond_18(fn_ribulose_bisphosphate_18(X))
& fn_covalent_bond_18(fn_ribulose_bisphosphate_18(X)) = fn_polar_covalent_bond_12(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_12(fn_ribulose_bisphosphate_19(X)) = fn_share_2(fn_ribulose_bisphosphate_9(X))
& fn_share_2(fn_ribulose_bisphosphate_9(X)) = fn_covalent_bond_15(fn_ribulose_bisphosphate_18(X))
& fn_covalent_bond_15(fn_ribulose_bisphosphate_18(X)) = fn_covalent_bond_15(fn_ribulose_bisphosphate_18(X))
& fn_covalent_bond_15(fn_ribulose_bisphosphate_18(X)) = fn_carbohydrate_29(X)
& fn_carbohydrate_29(X) = fn_carbohydrate_29(X)
& fn_carbohydrate_29(X) = fn_carbonyl_group_4(fn_ribulose_bisphosphate_22(X))
& fn_carbonyl_group_4(fn_ribulose_bisphosphate_22(X)) = fn_carbonyl_group_4(fn_ribulose_bisphosphate_22(X))
& fn_carbonyl_group_4(fn_ribulose_bisphosphate_22(X)) = fn_polar_covalent_bond_11(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_11(fn_ribulose_bisphosphate_19(X)) = fn_polar_covalent_bond_11(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_11(fn_ribulose_bisphosphate_19(X)) = fn_polar_covalent_bond_16(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_16(fn_ribulose_bisphosphate_19(X)) = fn_covalent_bond_17(fn_ribulose_bisphosphate_18(X))
& fn_covalent_bond_17(fn_ribulose_bisphosphate_18(X)) = fn_covalent_bond_17(fn_ribulose_bisphosphate_18(X))
& fn_covalent_bond_17(fn_ribulose_bisphosphate_18(X)) = fn_polar_covalent_bond_16(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_16(fn_ribulose_bisphosphate_19(X)) = fn_polar_covalent_bond_16(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_16(fn_ribulose_bisphosphate_19(X)) = fn_carbohydrate_37(X)
& fn_carbohydrate_37(X) = fn_covalent_bond_14(fn_ribulose_bisphosphate_18(X))
& fn_covalent_bond_14(fn_ribulose_bisphosphate_18(X)) = fn_covalent_bond_14(fn_ribulose_bisphosphate_18(X))
& fn_covalent_bond_14(fn_ribulose_bisphosphate_18(X)) = fn_carbohydrate_37(X)
& fn_carbohydrate_37(X) = fn_pentose_9(X)
& fn_pentose_9(X) = fn_pentose_9(X)
& fn_pentose_9(X) = fn_carbonyl_group_10(fn_ribulose_bisphosphate_22(X))
& fn_carbonyl_group_10(fn_ribulose_bisphosphate_22(X)) = fn_carbonyl_group_10(fn_ribulose_bisphosphate_22(X))
& fn_carbonyl_group_10(fn_ribulose_bisphosphate_22(X)) = fn_polar_covalent_bond_17(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_17(fn_ribulose_bisphosphate_19(X)) = fn_polar_covalent_bond_17(fn_ribulose_bisphosphate_19(X))
& fn_polar_covalent_bond_17(fn_ribulose_bisphosphate_19(X)) = fn_carbohydrate_36(X)
& fn_carbohydrate_36(X) = fn_pentose_14(X)
& fn_pentose_14(X) = fn_pentose_14(X)
& fn_functional_group_1(fn_ribulose_bisphosphate_28(X)) = fn_functional_group_1(fn_ribulose_bisphosphate_22(X)) ) ) ).
fof(a532362,axiom,
! [X] :
( rice_plant_1(X)
=> ( original_name_2(X,'Rice-Plant')
& user_description_2(X,'Rice is the seed of the monocot plants Oryza sativa or Oryza glaberrima.')
& concept2words_2(X,rice)
& concept2words_2(X,'plant of rice')
& concept2words_2(X,'rice plant')
& concept2words_2(X,'rice-plant')
& food_plant_1(X)
& c3_plant_1(X)
& ~ soyabean_plant_1(X)
& ~ wheat_plant_1(X)
& chemical_entity_1(fn_rice_plant_1(X))
& chemical_entity_1(fn_rice_plant_2(X))
& chemical_entity_1(fn_rice_plant_3(X))
& chemical_entity_1(fn_rice_plant_4(X))
& chemical_entity_1(fn_rice_plant_5(X))
& chemical_entity_1(fn_rice_plant_6(X))
& chemical_entity_1(fn_rice_plant_7(X))
& chemical_entity_1(fn_rice_plant_8(X))
& chemical_entity_1(fn_rice_plant_9(X))
& chemical_entity_1(fn_rice_plant_10(X))
& chemical_entity_1(fn_rice_plant_11(X))
& chemical_entity_1(fn_rice_plant_12(X))
& layer_1(fn_rice_plant_13(X))
& layer_1(fn_rice_plant_14(X))
& tangible_entity_1(fn_rice_plant_15(X))
& oxygen_1(fn_rice_plant_16(X))
& oxygen_1(fn_rice_plant_17(X))
& vascular_tissue_1(fn_rice_plant_18(X))
& fruit_1(fn_rice_plant_19(X))
& agricultural_process_1(fn_rice_plant_20(X))
& tangible_entity_1(fn_rice_plant_21(X))
& exergonic_process_1(fn_rice_plant_22(X))
& move_through_1(fn_rice_plant_23(X))
& chemical_entity_1(fn_rice_plant_24(X))
& chemical_entity_1(fn_rice_plant_25(X))
& chemical_entity_1(fn_rice_plant_26(X))
& chemical_entity_1(fn_rice_plant_27(X))
& chemical_entity_1(fn_rice_plant_28(X))
& chemical_entity_1(fn_rice_plant_29(X))
& chemical_entity_1(fn_rice_plant_30(X))
& chemical_entity_1(fn_rice_plant_31(X))
& chemical_entity_1(fn_rice_plant_32(X))
& chemical_entity_1(fn_rice_plant_33(X))
& chemical_entity_1(fn_rice_plant_34(X))
& chemical_entity_1(fn_rice_plant_35(X))
& chemical_entity_1(fn_rice_plant_36(X))
& chemical_entity_1(fn_rice_plant_37(X))
& gradient_1(fn_rice_plant_38(X))
& concentration_gradient_1(fn_rice_plant_38(X))
& lysosome_1(fn_rice_plant_39(X))
& chemical_entity_1(fn_rice_plant_40(X))
& chemical_entity_1(fn_rice_plant_41(X))
& photoprotection_in_plant_1(fn_rice_plant_42(X))
& photorespiration_1(fn_rice_plant_43(X))
& eukaryotic_chromosome_1(fn_rice_plant_44(X))
& chromosome_1(fn_rice_plant_44(X))
& maintenance_1(fn_rice_plant_45(X))
& support_1(fn_rice_plant_46(X))
& defense_1(fn_rice_plant_47(X))
& block_1(fn_rice_plant_48(X))
& barrier_1(fn_rice_plant_49(X))
& carbohydrate_1(fn_rice_plant_50(X))
& hydrophilic_compound_1(fn_rice_plant_50(X))
& polar_molecule_1(fn_rice_plant_50(X))
& polysaccharide_1(fn_rice_plant_50(X))
& cellulose_1(fn_rice_plant_50(X))
& tangible_entity_1(fn_rice_plant_51(X))
& microfibril_1(fn_rice_plant_51(X))
& protein_enzyme_1(fn_rice_plant_52(X))
& walled_cell_1(fn_rice_plant_55(X))
& cell_1(fn_rice_plant_55(X))
& eukaryotic_cell_1(fn_rice_plant_55(X))
& plant_cell_1(fn_rice_plant_55(X))
& anabolic_pathway_1(fn_rice_plant_56(X))
& metabolic_pathway_1(fn_rice_plant_56(X))
& photosynthesis_1(fn_rice_plant_56(X))
& c3_photosynthesis_1(fn_rice_plant_56(X))
& golgi_apparatus_1(fn_rice_plant_57(X))
& peroxisome_1(fn_rice_plant_58(X))
& ribosome_1(fn_rice_plant_59(X))
& eukaryotic_ribosome_1(fn_rice_plant_59(X))
& exchange_1(fn_rice_plant_60(X))
& surface_1(fn_rice_plant_61(X))
& substance_1(fn_rice_plant_62(X))
& solid_substance_1(fn_rice_plant_62(X))
& move_through_1(fn_rice_plant_63(X))
& move_1(fn_rice_plant_64(X))
& move_through_1(fn_rice_plant_64(X))
& transfer_1(fn_rice_plant_65(X))
& transfer_1(fn_rice_plant_66(X))
& surface_1(fn_rice_plant_67(X))
& cytoplasmic_side_1(fn_rice_plant_67(X))
& tangible_entity_1(fn_rice_plant_68(X))
& phospholipid_bilayer_1(fn_rice_plant_68(X))
& plasmodesmata_1(fn_rice_plant_69(X))
& attach_1(fn_rice_plant_70(X))
& oil_1(fn_rice_plant_71(X))
& chemical_entity_1(fn_rice_plant_72(X))
& structural_complexity_value_1(fn_rice_plant_73(X))
& structural_complexity_value_1(fn_rice_plant_74(X))
& leaf_1(fn_rice_plant_75(X))
& palisade_mesophyll_1(fn_rice_plant_76(X))
& tissue_1(fn_rice_plant_77(X))
& spongy_mesophyll_1(fn_rice_plant_77(X))
& enzyme_1(fn_rice_plant_78(X))
& protein_enzyme_1(fn_rice_plant_78(X))
& tangible_entity_1(fn_rice_plant_79(X))
& er_membrane_1(fn_rice_plant_79(X))
& biomembrane_1(fn_rice_plant_79(X))
& synthesis_reaction_1(fn_rice_plant_80(X))
& metabolic_pathway_1(fn_rice_plant_80(X))
& chemical_reaction_1(fn_rice_plant_80(X))
& synthesis_of_lipid_1(fn_rice_plant_80(X))
& anabolic_pathway_1(fn_rice_plant_80(X))
& aqueous_solution_1(fn_rice_plant_81(X))
& liquid_substance_1(fn_rice_plant_81(X))
& solution_1(fn_rice_plant_81(X))
& substance_1(fn_rice_plant_81(X))
& cytosol_1(fn_rice_plant_81(X))
& tangible_entity_1(fn_rice_plant_82(X))
& spatial_entity_1(fn_rice_plant_82(X))
& biomembrane_1(fn_rice_plant_82(X))
& nuclear_membrane_1(fn_rice_plant_82(X))
& spatial_entity_1(fn_rice_plant_83(X))
& tangible_entity_1(fn_rice_plant_83(X))
& hydrophobic_compound_1(fn_rice_plant_83(X))
& spatial_entity_1(fn_rice_plant_84(X))
& hydrogen_ion_1(fn_rice_plant_84(X))
& barrier_1(fn_rice_plant_85(X))
& detach_1(fn_rice_plant_86(X))
& chemical_entity_1(fn_rice_plant_87(X))
& nonpolar_molecule_1(fn_rice_plant_87(X))
& oxygen_molecule_1(fn_rice_plant_87(X))
& break_1(fn_rice_plant_88(X))
& cell_wall_1(fn_rice_plant_89(X))
& plant_cell_wall_1(fn_rice_plant_89(X))
& exocytosis_1(fn_rice_plant_90(X))
& membrane_1(fn_rice_plant_91(X))
& spatial_entity_1(fn_rice_plant_91(X))
& biomembrane_1(fn_rice_plant_91(X))
& plasma_membrane_1(fn_rice_plant_91(X))
& light_reaction_1(fn_rice_plant_92(X))
& cytoplasmic_streaming_1(fn_rice_plant_93(X))
& facilitated_diffusion_of_polar_molecule_1(fn_rice_plant_94(X))
& spatial_entity_1(fn_rice_plant_95(X))
& mixture_1(fn_rice_plant_95(X))
& suspension_1(fn_rice_plant_95(X))
& colloid_1(fn_rice_plant_95(X))
& cytoplasm_1(fn_rice_plant_95(X))
& tangible_entity_1(fn_rice_plant_96(X))
& nucleus_1(fn_rice_plant_96(X))
& spatial_entity_1(fn_rice_plant_97(X))
& thylakoid_membrane_1(fn_rice_plant_97(X))
& membrane_1(fn_rice_plant_97(X))
& biomembrane_1(fn_rice_plant_97(X))
& smooth_endoplasmic_reticulum_1(fn_rice_plant_98(X))
& rough_endoplasmic_reticulum_1(fn_rice_plant_99(X))
& endoplasmic_reticulum_1(fn_rice_plant_99(X))
& cytoskeleton_1(fn_rice_plant_100(X))
& synthesis_of_endomembranous_system_membrane_1(fn_rice_plant_101(X))
& spatial_entity_1(fn_rice_plant_102(X))
& outer_membrane_1(fn_rice_plant_102(X))
& block_1(fn_rice_plant_103(X))
& move_1(fn_rice_plant_104(X))
& move_through_1(fn_rice_plant_104(X))
& spatial_entity_1(fn_rice_plant_105(X))
& hydrophobic_compound_1(fn_rice_plant_105(X))
& molecule_1(fn_rice_plant_105(X))
& chemical_entity_1(fn_rice_plant_105(X))
& tangible_entity_1(fn_rice_plant_105(X))
& carbon_dioxide_1(fn_rice_plant_105(X))
& cellular_respiration_1(fn_rice_plant_106(X))
& metabolic_pathway_1(fn_rice_plant_106(X))
& eukaryotic_cellular_respiration_1(fn_rice_plant_106(X))
& block_1(fn_rice_plant_107(X))
& surface_1(fn_rice_plant_108(X))
& carbohydrate_side_chain_1(fn_rice_plant_109(X))
& protein_pump_1(fn_rice_plant_110(X))
& chemical_entity_1(fn_rice_plant_110(X))
& tangible_entity_1(fn_rice_plant_110(X))
& membrane_protein_1(fn_rice_plant_110(X))
& protein_1(fn_rice_plant_110(X))
& molecule_1(fn_rice_plant_110(X))
& polymer_1(fn_rice_plant_110(X))
& transport_protein_1(fn_rice_plant_110(X))
& integral_protein_1(fn_rice_plant_110(X))
& carrier_protein_1(fn_rice_plant_110(X))
& electrogenic_pump_1(fn_rice_plant_110(X))
& proton_pump_1(fn_rice_plant_110(X))
& glycolipid_1(fn_rice_plant_111(X))
& glycoprotein_1(fn_rice_plant_112(X))
& atp_synthase_1(fn_rice_plant_113(X))
& photosystem_i_1(fn_rice_plant_114(X))
& chemiosmosis_1(fn_rice_plant_115(X))
& protein_enzyme_1(fn_rice_plant_116(X))
& enzyme_1(fn_rice_plant_116(X))
& entity_1(fn_rice_plant_117(X))
& chemical_entity_1(fn_rice_plant_117(X))
& atom_1(fn_rice_plant_117(X))
& oxygen_1(fn_rice_plant_117(X))
& entity_1(fn_rice_plant_118(X))
& chemical_entity_1(fn_rice_plant_118(X))
& atom_1(fn_rice_plant_118(X))
& oxygen_1(fn_rice_plant_118(X))
& double_bond_1(fn_rice_plant_119(X))
& quantity_value_1(fn_rice_plant_120(X))
& quantity_value_1(fn_rice_plant_121(X))
& structural_complexity_value_1(fn_rice_plant_122(X))
& free_energy_1(fn_rice_plant_123(X))
& size_value_1(fn_rice_plant_124(X))
& tangible_entity_1(fn_rice_plant_125(X))
& sugar_1(fn_rice_plant_125(X))
& chemical_entity_1(fn_rice_plant_125(X))
& glucose_1(fn_rice_plant_125(X))
& oxidation_1(fn_rice_plant_126(X))
& chemical_entity_1(fn_rice_plant_127(X))
& electron_1(fn_rice_plant_127(X))
& tangible_entity_1(fn_rice_plant_128(X))
& water_molecule_1(fn_rice_plant_128(X))
& chemical_entity_1(fn_rice_plant_128(X))
& free_energy_1(fn_rice_plant_129(X))
& structural_complexity_value_1(fn_rice_plant_130(X))
& size_value_1(fn_rice_plant_131(X))
& chemical_energy_1(fn_rice_plant_132(X))
& waste_product_1(fn_rice_plant_133(X))
& waste_product_1(fn_rice_plant_134(X))
& catabolic_pathway_1(fn_rice_plant_135(X))
& pyruvate_oxidation_1(fn_rice_plant_135(X))
& citric_acid_cycle_1(fn_rice_plant_136(X))
& catabolic_pathway_1(fn_rice_plant_136(X))
& glycolysis_1(fn_rice_plant_137(X))
& organic_molecule_1(fn_rice_plant_138(X))
& pyruvate_1(fn_rice_plant_138(X))
& chemical_entity_1(fn_rice_plant_138(X))
& organic_molecule_1(fn_rice_plant_139(X))
& molecule_1(fn_rice_plant_139(X))
& chemical_entity_1(fn_rice_plant_139(X))
& ribonucleotide_1(fn_rice_plant_139(X))
& nucleoside_triphosphate_1(fn_rice_plant_139(X))
& atp_1(fn_rice_plant_139(X))
& water_molecule_1(fn_rice_plant_140(X))
& chemical_entity_1(fn_rice_plant_141(X))
& organic_molecule_1(fn_rice_plant_141(X))
& molecule_1(fn_rice_plant_141(X))
& entity_1(fn_rice_plant_141(X))
& nadh_1(fn_rice_plant_141(X))
& chemical_reaction_1(fn_rice_plant_142(X))
& oxidative_phosphorylation_1(fn_rice_plant_142(X))
& eukaryotic_oxidative_phosphorylation_1(fn_rice_plant_142(X))
& organelle_1(fn_rice_plant_143(X))
& mitochondrion_1(fn_rice_plant_143(X))
& semiautonomous_organelle_1(fn_rice_plant_143(X))
& light_harvesting_complex_1(fn_rice_plant_150(X))
& reaction_center_complex_1(fn_rice_plant_151(X))
& chemical_entity_1(fn_anabolic_pathway_5(fn_rice_plant_56(X)))
& detach_1(fn_electrogenic_pump_2(fn_rice_plant_110(X)))
& covalent_bond_1(fn_nonpolar_molecule_3(fn_rice_plant_87(X)))
& palisade_mesophyll_1(fn_leaf_12(fn_rice_plant_75(X)))
& move_through_1(fn_plasmodesmata_3(fn_rice_plant_69(X)))
& property_node_1(fn_photosynthesis_56(fn_rice_plant_56(X)))
& property_node_1(fn_photosynthesis_55(fn_rice_plant_56(X)))
& quantity_value_1(fn_photosynthesis_51(fn_rice_plant_56(X)))
& quantity_value_1(fn_photosynthesis_52(fn_rice_plant_56(X)))
& free_energy_1(fn_photosynthesis_53(fn_rice_plant_56(X)))
& atp_synthase_1(fn_thylakoid_membrane_9(fn_rice_plant_97(X)))
& plasmodesmata_1(fn_plant_cell_wall_22(fn_rice_plant_89(X)))
& barrier_1(fn_plant_cell_wall_25(fn_rice_plant_89(X)))
& block_1(fn_plant_cell_wall_28(fn_rice_plant_89(X)))
& facilitated_diffusion_of_polar_molecule_1(fn_photosynthesis_44(fn_rice_plant_56(X)))
& gradient_1(fn_photosynthesis_45(fn_rice_plant_56(X)))
& concentration_gradient_1(fn_photosynthesis_45(fn_rice_plant_56(X)))
& light_harvesting_complex_1(fn_photosynthesis_74(fn_rice_plant_56(X)))
& reaction_center_complex_1(fn_photosynthesis_75(fn_rice_plant_56(X)))
& light_reaction_1(fn_photosynthesis_35(fn_rice_plant_56(X)))
& glycolipid_1(fn_biomembrane_29(fn_rice_plant_97(X)))
& glycoprotein_1(fn_biomembrane_30(fn_rice_plant_97(X)))
& lysosome_1(fn_smooth_endoplasmic_reticulum_13(fn_rice_plant_98(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_rice_plant_55(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_rice_plant_55(X)))
& move_through_1(fn_plant_cell_72(fn_rice_plant_55(X)))
& transfer_1(fn_plant_cell_73(fn_rice_plant_55(X)))
& transfer_1(fn_plant_cell_74(fn_rice_plant_55(X)))
& exchange_1(fn_plant_cell_71(fn_rice_plant_55(X)))
& surface_1(fn_plant_cell_64(fn_rice_plant_55(X)))
& cytoplasmic_side_1(fn_plant_cell_64(fn_rice_plant_55(X)))
& cytoplasmic_streaming_1(fn_plant_cell_89(fn_rice_plant_55(X)))
& substance_1(fn_plant_cell_25(fn_rice_plant_55(X)))
& solid_substance_1(fn_plant_cell_25(fn_rice_plant_55(X)))
& cytoskeleton_1(fn_plant_cell_94(fn_rice_plant_55(X)))
& maintenance_1(fn_plant_cell_1(fn_rice_plant_55(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_rice_plant_80(X)))
& chemiosmosis_1(fn_light_reaction_52(fn_rice_plant_92(X)))
& spatial_entity_1(fn_nuclear_membrane_27(fn_rice_plant_82(X)))
& outer_membrane_1(fn_nuclear_membrane_27(fn_rice_plant_82(X)))
& property_node_1(fn_anabolic_pathway_1(fn_rice_plant_80(X)))
& structural_complexity_value_1(fn_anabolic_pathway_3(fn_rice_plant_80(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_rice_plant_80(X)))
& property_node_1(fn_anabolic_pathway_2(fn_rice_plant_80(X)))
& structural_complexity_value_1(fn_anabolic_pathway_4(fn_rice_plant_80(X)))
& peroxisome_1(fn_plant_cell_93(fn_rice_plant_55(X)))
& tangible_entity_1(fn_plant_cell_65(fn_rice_plant_55(X)))
& phospholipid_bilayer_1(fn_plant_cell_65(fn_rice_plant_55(X)))
& surface_1(fn_plant_cell_61(fn_rice_plant_55(X)))
& glycolysis_1(fn_eukaryotic_cellular_respiration_82(fn_rice_plant_106(X)))
& pyruvate_oxidation_1(fn_eukaryotic_cellular_respiration_94(fn_rice_plant_106(X)))
& citric_acid_cycle_1(fn_eukaryotic_cellular_respiration_95(fn_rice_plant_106(X)))
& catabolic_pathway_1(fn_eukaryotic_cellular_respiration_95(fn_rice_plant_106(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_97(fn_rice_plant_106(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_97(fn_rice_plant_106(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_97(fn_rice_plant_106(X)))
& ribonucleotide_1(fn_eukaryotic_cellular_respiration_97(fn_rice_plant_106(X)))
& nucleoside_triphosphate_1(fn_eukaryotic_cellular_respiration_97(fn_rice_plant_106(X)))
& atp_1(fn_eukaryotic_cellular_respiration_97(fn_rice_plant_106(X)))
& tissue_1(fn_organ_1(fn_rice_plant_75(X)))
& spongy_mesophyll_1(fn_leaf_45(fn_rice_plant_75(X)))
& protein_enzyme_1(fn_smooth_endoplasmic_reticulum_37(fn_rice_plant_98(X)))
& enzyme_1(fn_smooth_endoplasmic_reticulum_37(fn_rice_plant_98(X)))
& protein_enzyme_1(fn_smooth_endoplasmic_reticulum_50(fn_rice_plant_98(X)))
& enzyme_1(fn_smooth_endoplasmic_reticulum_50(fn_rice_plant_98(X)))
& surface_1(fn_glycolipid_1(fn_rice_plant_111(X)))
& surface_1(fn_glycoprotein_14(fn_rice_plant_112(X)))
& photosystem_i_1(fn_thylakoid_membrane_16(fn_rice_plant_97(X)))
& photosystem_i_1(fn_photosynthesis_41(fn_rice_plant_56(X)))
& free_energy_1(fn_photosynthesis_50(fn_rice_plant_56(X)))
& tangible_entity_1(fn_photosynthesis_37(fn_rice_plant_56(X)))
& chemical_entity_1(fn_photosynthesis_37(fn_rice_plant_56(X)))
& sugar_1(fn_photosynthesis_37(fn_rice_plant_56(X)))
& water_molecule_1(fn_c3_photosynthesis_45(fn_rice_plant_56(X)))
& chemical_entity_1(fn_c3_photosynthesis_45(fn_rice_plant_56(X)))
& photosynthesis_1(fn_light_reaction_1(fn_rice_plant_92(X)))
& carbohydrate_side_chain_1(fn_glycoprotein_17(fn_rice_plant_112(X)))
& carbohydrate_side_chain_1(fn_biomembrane_70(fn_rice_plant_97(X)))
& block_1(fn_proton_pump_27(fn_rice_plant_110(X)))
& block_1(fn_carrier_protein_17(fn_rice_plant_110(X)))
& block_1(fn_electrogenic_pump_9(fn_rice_plant_110(X)))
& block_1(fn_thylakoid_membrane_12(fn_rice_plant_97(X)))
& block_1(fn_biomembrane_101(fn_rice_plant_97(X)))
& block_1(fn_biomembrane_100(fn_rice_plant_97(X)))
& block_1(fn_biomembrane_50(fn_rice_plant_97(X)))
& barrier_1(fn_proton_pump_28(fn_rice_plant_110(X)))
& barrier_1(fn_biomembrane_49(fn_rice_plant_97(X)))
& spatial_entity_1(fn_block_1(fn_rice_plant_107(X)))
& spatial_entity_1(fn_detach_1(fn_rice_plant_86(X)))
& hydrogen_ion_1(fn_light_reaction_20(fn_rice_plant_92(X)))
& tangible_entity_1(fn_biomembrane_54(fn_rice_plant_97(X)))
& membrane_protein_1(fn_biomembrane_54(fn_rice_plant_97(X)))
& protein_1(fn_biomembrane_54(fn_rice_plant_97(X)))
& protein_pump_1(fn_light_reaction_59(fn_rice_plant_92(X)))
& chemical_entity_1(fn_light_reaction_59(fn_rice_plant_92(X)))
& tangible_entity_1(fn_light_reaction_59(fn_rice_plant_92(X)))
& membrane_protein_1(fn_light_reaction_59(fn_rice_plant_92(X)))
& protein_1(fn_light_reaction_59(fn_rice_plant_92(X)))
& molecule_1(fn_light_reaction_59(fn_rice_plant_92(X)))
& polymer_1(fn_light_reaction_59(fn_rice_plant_92(X)))
& transport_protein_1(fn_light_reaction_59(fn_rice_plant_92(X)))
& integral_protein_1(fn_light_reaction_59(fn_rice_plant_92(X)))
& carrier_protein_1(fn_light_reaction_59(fn_rice_plant_92(X)))
& electrogenic_pump_1(fn_light_reaction_59(fn_rice_plant_92(X)))
& proton_pump_1(fn_light_reaction_59(fn_rice_plant_92(X)))
& tangible_entity_1(fn_smooth_endoplasmic_reticulum_28(fn_rice_plant_98(X)))
& er_membrane_1(fn_smooth_endoplasmic_reticulum_28(fn_rice_plant_98(X)))
& biomembrane_1(fn_smooth_endoplasmic_reticulum_28(fn_rice_plant_98(X)))
& tangible_entity_1(fn_plant_cell_wall_23(fn_rice_plant_89(X)))
& microfibril_1(fn_plant_cell_wall_23(fn_rice_plant_89(X)))
& tangible_entity_1(fn_plant_cell_23(fn_rice_plant_55(X)))
& microfibril_1(fn_plant_cell_23(fn_rice_plant_55(X)))
& polysaccharide_1(fn_plant_cell_wall_10(fn_rice_plant_89(X)))
& carbohydrate_1(fn_plant_cell_wall_21(fn_rice_plant_89(X)))
& hydrophilic_compound_1(fn_plant_cell_wall_21(fn_rice_plant_89(X)))
& polar_molecule_1(fn_plant_cell_wall_21(fn_rice_plant_89(X)))
& polysaccharide_1(fn_plant_cell_wall_21(fn_rice_plant_89(X)))
& cellulose_1(fn_plant_cell_wall_21(fn_rice_plant_89(X)))
& carbohydrate_1(fn_plant_cell_22(fn_rice_plant_55(X)))
& hydrophilic_compound_1(fn_plant_cell_22(fn_rice_plant_55(X)))
& polar_molecule_1(fn_plant_cell_22(fn_rice_plant_55(X)))
& polysaccharide_1(fn_plant_cell_22(fn_rice_plant_55(X)))
& cellulose_1(fn_plant_cell_22(fn_rice_plant_55(X)))
& protein_enzyme_1(fn_plant_cell_92(fn_rice_plant_55(X)))
& protein_enzyme_1(fn_plant_cell_11(fn_rice_plant_55(X)))
& spatial_entity_1(fn_move_1(fn_rice_plant_64(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_rice_plant_55(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_rice_plant_55(X)))
& spatial_entity_1(fn_plant_cell_83(fn_rice_plant_55(X)))
& mixture_1(fn_plant_cell_83(fn_rice_plant_55(X)))
& suspension_1(fn_plant_cell_83(fn_rice_plant_55(X)))
& colloid_1(fn_plant_cell_83(fn_rice_plant_55(X)))
& cytoplasm_1(fn_plant_cell_83(fn_rice_plant_55(X)))
& support_1(fn_plant_cell_wall_27(fn_rice_plant_89(X)))
& support_1(fn_plant_cell_21(fn_rice_plant_55(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_rice_plant_98(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_rice_plant_55(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_rice_plant_55(X)))
& tangible_entity_1(fn_plant_cell_84(fn_rice_plant_55(X)))
& nucleus_1(fn_plant_cell_84(fn_rice_plant_55(X)))
& defense_1(fn_plant_cell_wall_17(fn_rice_plant_89(X)))
& defense_1(fn_plant_cell_78(fn_rice_plant_55(X)))
& plant_cell_wall_1(fn_plasmodesmata_10(fn_rice_plant_69(X)))
& cell_wall_1(fn_plant_cell_82(fn_rice_plant_55(X)))
& plant_cell_wall_1(fn_plant_cell_82(fn_rice_plant_55(X)))
& tangible_entity_1(fn_cellular_respiration_61(fn_rice_plant_106(X)))
& carbon_dioxide_1(fn_cellular_respiration_61(fn_rice_plant_106(X)))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_62(fn_rice_plant_106(X)))
& carbon_dioxide_1(fn_eukaryotic_cellular_respiration_62(fn_rice_plant_106(X)))
& hydrophobic_compound_1(fn_carrier_protein_19(fn_rice_plant_110(X)))
& hydrophobic_compound_1(fn_biomembrane_99(fn_rice_plant_97(X)))
& hydrophobic_compound_1(fn_biomembrane_98(fn_rice_plant_97(X)))
& spatial_entity_1(fn_membrane_5(fn_rice_plant_97(X)))
& tangible_entity_1(fn_membrane_5(fn_rice_plant_97(X)))
& hydrophobic_compound_1(fn_biomembrane_48(fn_rice_plant_97(X)))
& spatial_entity_1(fn_protein_pump_3(fn_rice_plant_110(X)))
& biomembrane_1(fn_protein_pump_3(fn_rice_plant_110(X)))
& membrane_1(fn_proton_pump_76(fn_rice_plant_110(X)))
& spatial_entity_1(fn_proton_pump_76(fn_rice_plant_110(X)))
& biomembrane_1(fn_proton_pump_76(fn_rice_plant_110(X)))
& membrane_1(fn_carrier_protein_18(fn_rice_plant_110(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_rice_plant_110(X)))
& biomembrane_1(fn_carrier_protein_18(fn_rice_plant_110(X)))
& membrane_1(fn_electrogenic_pump_30(fn_rice_plant_110(X)))
& spatial_entity_1(fn_electrogenic_pump_30(fn_rice_plant_110(X)))
& biomembrane_1(fn_electrogenic_pump_30(fn_rice_plant_110(X)))
& spatial_entity_1(fn_atp_synthase_37(fn_rice_plant_113(X)))
& biomembrane_1(fn_atp_synthase_37(fn_rice_plant_113(X)))
& membrane_1(fn_photosynthesis_30(fn_rice_plant_56(X)))
& spatial_entity_1(fn_photosynthesis_30(fn_rice_plant_56(X)))
& biomembrane_1(fn_photosynthesis_30(fn_rice_plant_56(X)))
& thylakoid_membrane_1(fn_photosynthesis_30(fn_rice_plant_56(X)))
& thylakoid_membrane_1(fn_light_reaction_51(fn_rice_plant_92(X)))
& move_through_1(fn_protein_pump_1(fn_rice_plant_110(X)))
& move_1(fn_protein_pump_1(fn_rice_plant_110(X)))
& move_through_1(fn_carrier_protein_4(fn_rice_plant_110(X)))
& move_through_1(fn_electrogenic_pump_35(fn_rice_plant_110(X)))
& move_1(fn_electrogenic_pump_35(fn_rice_plant_110(X)))
& move_through_1(fn_electrogenic_pump_5(fn_rice_plant_110(X)))
& move_1(fn_proton_pump_18(fn_rice_plant_110(X)))
& move_through_1(fn_proton_pump_18(fn_rice_plant_110(X)))
& move_through_1(fn_atp_synthase_44(fn_rice_plant_113(X)))
& move_through_1(fn_biomembrane_52(fn_rice_plant_97(X)))
& move_1(fn_light_reaction_19(fn_rice_plant_92(X)))
& move_through_1(fn_light_reaction_19(fn_rice_plant_92(X)))
& move_through_1(fn_atp_synthase_30(fn_rice_plant_113(X)))
& organic_molecule_1(fn_pyruvate_oxidation_85(fn_rice_plant_135(X)))
& chemical_entity_1(fn_pyruvate_oxidation_85(fn_rice_plant_135(X)))
& pyruvate_1(fn_pyruvate_oxidation_85(fn_rice_plant_135(X)))
& pyruvate_1(fn_glycolysis_55(fn_rice_plant_137(X)))
& chemical_entity_1(fn_glycolysis_55(fn_rice_plant_137(X)))
& waste_product_1(fn_cellular_respiration_59(fn_rice_plant_106(X)))
& waste_product_1(fn_cellular_respiration_58(fn_rice_plant_106(X)))
& entity_1(fn_covalent_bond_20(fn_rice_plant_119(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_rice_plant_119(X)))
& atom_1(fn_covalent_bond_20(fn_rice_plant_119(X)))
& oxygen_1(fn_oxygen_molecule_16(fn_rice_plant_87(X)))
& entity_1(fn_covalent_bond_19(fn_rice_plant_119(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_rice_plant_119(X)))
& atom_1(fn_covalent_bond_19(fn_rice_plant_119(X)))
& oxygen_1(fn_oxygen_molecule_15(fn_rice_plant_87(X)))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_rice_plant_101(X)))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_rice_plant_101(X)))
& biomembrane_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_rice_plant_101(X)))
& spatial_entity_1(fn_smooth_endoplasmic_reticulum_36(fn_rice_plant_98(X)))
& biomembrane_1(fn_smooth_endoplasmic_reticulum_36(fn_rice_plant_98(X)))
& nuclear_membrane_1(fn_smooth_endoplasmic_reticulum_36(fn_rice_plant_98(X)))
& spatial_entity_1(fn_plant_cell_75(fn_rice_plant_55(X)))
& biomembrane_1(fn_plant_cell_75(fn_rice_plant_55(X)))
& nuclear_membrane_1(fn_plant_cell_75(fn_rice_plant_55(X)))
& attach_1(fn_smooth_endoplasmic_reticulum_32(fn_rice_plant_98(X)))
& attach_1(fn_nuclear_membrane_21(fn_rice_plant_82(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_rice_plant_98(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_rice_plant_98(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_rice_plant_98(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_rice_plant_98(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_rice_plant_98(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_rice_plant_98(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_rice_plant_98(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_rice_plant_98(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_rice_plant_98(X)))
& synthesis_reaction_1(fn_plant_cell_76(fn_rice_plant_55(X)))
& metabolic_pathway_1(fn_plant_cell_76(fn_rice_plant_55(X)))
& chemical_reaction_1(fn_plant_cell_76(fn_rice_plant_55(X)))
& anabolic_pathway_1(fn_plant_cell_76(fn_rice_plant_55(X)))
& synthesis_of_lipid_1(fn_plant_cell_76(fn_rice_plant_55(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_rice_plant_98(X)))
& golgi_apparatus_1(fn_eukaryotic_cell_24(fn_rice_plant_55(X)))
& golgi_apparatus_1(fn_plant_cell_100(fn_rice_plant_55(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_rice_plant_98(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_rice_plant_98(X)))
& substance_1(fn_eukaryotic_cell_42(fn_rice_plant_55(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_rice_plant_55(X)))
& aqueous_solution_1(fn_plant_cell_91(fn_rice_plant_55(X)))
& liquid_substance_1(fn_plant_cell_91(fn_rice_plant_55(X)))
& solution_1(fn_plant_cell_91(fn_rice_plant_55(X)))
& substance_1(fn_plant_cell_91(fn_rice_plant_55(X)))
& cytosol_1(fn_plant_cell_91(fn_rice_plant_55(X)))
& ribosome_1(fn_eukaryotic_cell_45(fn_rice_plant_55(X)))
& eukaryotic_ribosome_1(fn_eukaryotic_cell_45(fn_rice_plant_55(X)))
& ribosome_1(fn_plant_cell_58(fn_rice_plant_55(X)))
& eukaryotic_ribosome_1(fn_plant_cell_58(fn_rice_plant_55(X)))
& smooth_endoplasmic_reticulum_1(fn_eukaryotic_cell_20(fn_rice_plant_55(X)))
& smooth_endoplasmic_reticulum_1(fn_plant_cell_77(fn_rice_plant_55(X)))
& rough_endoplasmic_reticulum_1(fn_nuclear_membrane_9(fn_rice_plant_82(X)))
& rough_endoplasmic_reticulum_1(fn_eukaryotic_cell_19(fn_rice_plant_55(X)))
& rough_endoplasmic_reticulum_1(fn_plant_cell_90(fn_rice_plant_55(X)))
& endoplasmic_reticulum_1(fn_plant_cell_90(fn_rice_plant_55(X)))
& membrane_1(fn_plasmodesmata_9(fn_rice_plant_69(X)))
& spatial_entity_1(fn_plasmodesmata_9(fn_rice_plant_69(X)))
& biomembrane_1(fn_plasmodesmata_9(fn_rice_plant_69(X)))
& plasma_membrane_1(fn_plasmodesmata_9(fn_rice_plant_69(X)))
& membrane_1(fn_plant_cell_wall_26(fn_rice_plant_89(X)))
& spatial_entity_1(fn_plant_cell_wall_26(fn_rice_plant_89(X)))
& biomembrane_1(fn_plant_cell_wall_26(fn_rice_plant_89(X)))
& plasma_membrane_1(fn_plant_cell_wall_26(fn_rice_plant_89(X)))
& spatial_entity_1(fn_exocytosis_26(fn_rice_plant_90(X)))
& biomembrane_1(fn_exocytosis_26(fn_rice_plant_90(X)))
& plasma_membrane_1(fn_exocytosis_26(fn_rice_plant_90(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_rice_plant_55(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_rice_plant_55(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_rice_plant_55(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_rice_plant_94(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_rice_plant_94(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_rice_plant_94(X)))
& membrane_1(fn_plant_cell_97(fn_rice_plant_55(X)))
& spatial_entity_1(fn_plant_cell_97(fn_rice_plant_55(X)))
& biomembrane_1(fn_plant_cell_97(fn_rice_plant_55(X)))
& plasma_membrane_1(fn_plant_cell_97(fn_rice_plant_55(X)))
& cell_1(fn_metabolic_pathway_1(fn_rice_plant_80(X)))
& cell_1(fn_metabolic_pathway_1(fn_rice_plant_106(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_rice_plant_98(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_rice_plant_98(X)))
& plant_cell_1(fn_plant_cell_wall_24(fn_rice_plant_89(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_42(fn_rice_plant_106(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_42(fn_rice_plant_106(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_42(fn_rice_plant_106(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_42(fn_rice_plant_106(X)))
& organic_molecule_1(fn_catabolic_pathway_9(fn_rice_plant_135(X)))
& nadh_1(fn_pyruvate_oxidation_84(fn_rice_plant_135(X)))
& organic_molecule_1(fn_glycolysis_74(fn_rice_plant_137(X)))
& nadh_1(fn_glycolysis_74(fn_rice_plant_137(X)))
& molecule_1(fn_glycolysis_74(fn_rice_plant_137(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_111(fn_rice_plant_106(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_111(fn_rice_plant_106(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_111(fn_rice_plant_106(X)))
& entity_1(fn_eukaryotic_cellular_respiration_111(fn_rice_plant_106(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_111(fn_rice_plant_106(X)))
& water_molecule_1(fn_cellular_respiration_64(fn_rice_plant_106(X)))
& water_molecule_1(fn_eukaryotic_cellular_respiration_157(fn_rice_plant_106(X)))
& eukaryotic_cellular_respiration_1(fn_eukaryotic_cell_23(fn_rice_plant_55(X)))
& metabolic_pathway_1(fn_plant_cell_63(fn_rice_plant_55(X)))
& eukaryotic_cellular_respiration_1(fn_plant_cell_63(fn_rice_plant_55(X)))
& chemical_reaction_1(fn_plant_cell_80(fn_rice_plant_55(X)))
& oxidative_phosphorylation_1(fn_plant_cell_80(fn_rice_plant_55(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_plant_cell_80(fn_rice_plant_55(X)))
& chemical_reaction_1(fn_eukaryotic_cellular_respiration_96(fn_rice_plant_106(X)))
& oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_rice_plant_106(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_rice_plant_106(X)))
& organelle_1(fn_plant_cell_59(fn_rice_plant_55(X)))
& mitochondrion_1(fn_plant_cell_59(fn_rice_plant_55(X)))
& semiautonomous_organelle_1(fn_plant_cell_59(fn_rice_plant_55(X)))
& organelle_1(fn_eukaryotic_cellular_respiration_101(fn_rice_plant_106(X)))
& mitochondrion_1(fn_eukaryotic_cellular_respiration_101(fn_rice_plant_106(X)))
& semiautonomous_organelle_1(fn_eukaryotic_cellular_respiration_101(fn_rice_plant_106(X)))
& chemical_energy_1(fn_pyruvate_oxidation_3(fn_rice_plant_135(X)))
& chemical_energy_1(fn_eukaryotic_cellular_respiration_68(fn_rice_plant_106(X)))
& fn_rice_plant_1(X) != fn_rice_plant_127(X)
& fn_rice_plant_1(X) != fn_rice_plant_105(X)
& fn_rice_plant_2(X) != fn_rice_plant_127(X)
& fn_rice_plant_2(X) != fn_rice_plant_105(X)
& fn_rice_plant_3(X) != fn_rice_plant_127(X)
& fn_rice_plant_3(X) != fn_rice_plant_105(X)
& fn_rice_plant_4(X) != fn_rice_plant_127(X)
& fn_rice_plant_4(X) != fn_rice_plant_105(X)
& fn_rice_plant_5(X) != fn_rice_plant_127(X)
& fn_rice_plant_5(X) != fn_rice_plant_105(X)
& fn_rice_plant_6(X) != fn_rice_plant_127(X)
& fn_rice_plant_6(X) != fn_rice_plant_105(X)
& fn_rice_plant_7(X) != fn_rice_plant_127(X)
& fn_rice_plant_7(X) != fn_rice_plant_105(X)
& fn_rice_plant_8(X) != fn_rice_plant_127(X)
& fn_rice_plant_8(X) != fn_rice_plant_105(X)
& fn_rice_plant_9(X) != fn_rice_plant_127(X)
& fn_rice_plant_9(X) != fn_rice_plant_105(X)
& fn_rice_plant_10(X) != fn_rice_plant_127(X)
& fn_rice_plant_10(X) != fn_rice_plant_105(X)
& fn_rice_plant_11(X) != fn_rice_plant_127(X)
& fn_rice_plant_11(X) != fn_rice_plant_105(X)
& fn_rice_plant_12(X) != fn_rice_plant_127(X)
& fn_rice_plant_12(X) != fn_rice_plant_105(X)
& is_between_2(fn_rice_plant_76(X),fn_rice_plant_14(X))
& is_between_2(fn_rice_plant_76(X),fn_rice_plant_77(X))
& is_above_2(fn_rice_plant_76(X),fn_rice_plant_77(X))
& is_between_2(fn_rice_plant_77(X),fn_rice_plant_76(X))
& is_between_2(fn_rice_plant_77(X),fn_rice_plant_13(X))
& is_above_2(fn_rice_plant_14(X),fn_rice_plant_13(X))
& agent_2(fn_rice_plant_80(X),fn_rice_plant_78(X))
& fn_rice_plant_83(X) != fn_rice_plant_84(X)
& fn_rice_plant_84(X) != fn_rice_plant_83(X)
& complement_2(fn_rice_plant_84(X),fn_rice_plant_113(X))
& complement_2(fn_rice_plant_84(X),fn_rice_plant_110(X))
& called_2(fn_rice_plant_84(X),"1")
& is_inside_2(fn_rice_plant_87(X),fn_rice_plant_15(X))
& is_inside_2(fn_rice_plant_87(X),fn_rice_plant_21(X))
& possesses_2(fn_rice_plant_87(X),fn_rice_plant_123(X))
& result_2(fn_rice_plant_88(X),fn_rice_plant_17(X))
& result_2(fn_rice_plant_88(X),fn_rice_plant_16(X))
& has_function_2(fn_rice_plant_99(X),fn_rice_plant_101(X))
& fn_rice_plant_105(X) != fn_rice_plant_1(X)
& fn_rice_plant_105(X) != fn_rice_plant_2(X)
& fn_rice_plant_105(X) != fn_rice_plant_3(X)
& fn_rice_plant_105(X) != fn_rice_plant_4(X)
& fn_rice_plant_105(X) != fn_rice_plant_5(X)
& fn_rice_plant_105(X) != fn_rice_plant_6(X)
& fn_rice_plant_105(X) != fn_rice_plant_7(X)
& fn_rice_plant_105(X) != fn_rice_plant_8(X)
& fn_rice_plant_105(X) != fn_rice_plant_9(X)
& fn_rice_plant_105(X) != fn_rice_plant_10(X)
& fn_rice_plant_105(X) != fn_rice_plant_11(X)
& fn_rice_plant_105(X) != fn_rice_plant_12(X)
& fn_rice_plant_105(X) != fn_rice_plant_37(X)
& fn_rice_plant_105(X) != fn_rice_plant_36(X)
& fn_rice_plant_105(X) != fn_rice_plant_35(X)
& fn_rice_plant_105(X) != fn_rice_plant_34(X)
& fn_rice_plant_105(X) != fn_rice_plant_33(X)
& fn_rice_plant_105(X) != fn_rice_plant_32(X)
& fn_rice_plant_105(X) != fn_rice_plant_31(X)
& fn_rice_plant_105(X) != fn_rice_plant_30(X)
& fn_rice_plant_105(X) != fn_rice_plant_29(X)
& fn_rice_plant_105(X) != fn_rice_plant_28(X)
& fn_rice_plant_105(X) != fn_rice_plant_27(X)
& fn_rice_plant_105(X) != fn_rice_plant_26(X)
& fn_rice_plant_105(X) != fn_rice_plant_25(X)
& fn_rice_plant_105(X) != fn_rice_plant_24(X)
& result_2(fn_rice_plant_106(X),fn_rice_plant_138(X))
& result_2(fn_rice_plant_20(X),X)
& has_part_2(X,fn_rice_plant_75(X))
& has_part_2(X,fn_rice_plant_18(X))
& has_part_2(X,fn_rice_plant_19(X))
& complement_2(fn_rice_plant_110(X),fn_rice_plant_84(X))
& complement_2(fn_rice_plant_113(X),fn_rice_plant_84(X))
& is_at_2(fn_rice_plant_113(X),fn_rice_plant_97(X))
& has_function_2(fn_rice_plant_113(X),fn_rice_plant_22(X))
& object_2(fn_rice_plant_22(X),fn_rice_plant_84(X))
& path_2(fn_rice_plant_22(X),fn_rice_plant_97(X))
& subevent_2(fn_rice_plant_22(X),fn_rice_plant_104(X))
& subevent_2(fn_rice_plant_22(X),fn_rice_plant_23(X))
& first_subevent_2(fn_rice_plant_22(X),fn_rice_plant_104(X))
& agent_2(fn_rice_plant_22(X),fn_rice_plant_38(X))
& agent_2(fn_rice_plant_22(X),fn_rice_plant_113(X))
& first_subevent_2(fn_rice_plant_115(X),fn_rice_plant_22(X))
& is_inside_2(fn_rice_plant_116(X),fn_rice_plant_79(X))
& fn_rice_plant_127(X) != fn_rice_plant_1(X)
& fn_rice_plant_127(X) != fn_rice_plant_2(X)
& fn_rice_plant_127(X) != fn_rice_plant_3(X)
& fn_rice_plant_127(X) != fn_rice_plant_4(X)
& fn_rice_plant_127(X) != fn_rice_plant_5(X)
& fn_rice_plant_127(X) != fn_rice_plant_6(X)
& fn_rice_plant_127(X) != fn_rice_plant_7(X)
& fn_rice_plant_127(X) != fn_rice_plant_8(X)
& fn_rice_plant_127(X) != fn_rice_plant_9(X)
& fn_rice_plant_127(X) != fn_rice_plant_10(X)
& fn_rice_plant_127(X) != fn_rice_plant_11(X)
& fn_rice_plant_127(X) != fn_rice_plant_12(X)
& fn_rice_plant_127(X) != fn_rice_plant_37(X)
& fn_rice_plant_127(X) != fn_rice_plant_36(X)
& fn_rice_plant_127(X) != fn_rice_plant_35(X)
& fn_rice_plant_127(X) != fn_rice_plant_34(X)
& fn_rice_plant_127(X) != fn_rice_plant_33(X)
& fn_rice_plant_127(X) != fn_rice_plant_32(X)
& fn_rice_plant_127(X) != fn_rice_plant_31(X)
& fn_rice_plant_127(X) != fn_rice_plant_30(X)
& fn_rice_plant_127(X) != fn_rice_plant_29(X)
& fn_rice_plant_127(X) != fn_rice_plant_28(X)
& fn_rice_plant_127(X) != fn_rice_plant_27(X)
& fn_rice_plant_127(X) != fn_rice_plant_26(X)
& fn_rice_plant_127(X) != fn_rice_plant_25(X)
& fn_rice_plant_127(X) != fn_rice_plant_24(X)
& fn_rice_plant_24(X) != fn_rice_plant_105(X)
& fn_rice_plant_24(X) != fn_rice_plant_127(X)
& fn_rice_plant_25(X) != fn_rice_plant_105(X)
& fn_rice_plant_25(X) != fn_rice_plant_127(X)
& fn_rice_plant_26(X) != fn_rice_plant_105(X)
& fn_rice_plant_26(X) != fn_rice_plant_127(X)
& fn_rice_plant_27(X) != fn_rice_plant_105(X)
& fn_rice_plant_27(X) != fn_rice_plant_127(X)
& fn_rice_plant_28(X) != fn_rice_plant_105(X)
& fn_rice_plant_28(X) != fn_rice_plant_127(X)
& fn_rice_plant_29(X) != fn_rice_plant_105(X)
& fn_rice_plant_29(X) != fn_rice_plant_127(X)
& fn_rice_plant_30(X) != fn_rice_plant_105(X)
& fn_rice_plant_30(X) != fn_rice_plant_127(X)
& fn_rice_plant_31(X) != fn_rice_plant_105(X)
& fn_rice_plant_31(X) != fn_rice_plant_127(X)
& fn_rice_plant_32(X) != fn_rice_plant_105(X)
& fn_rice_plant_32(X) != fn_rice_plant_127(X)
& fn_rice_plant_33(X) != fn_rice_plant_105(X)
& fn_rice_plant_33(X) != fn_rice_plant_127(X)
& fn_rice_plant_34(X) != fn_rice_plant_105(X)
& fn_rice_plant_34(X) != fn_rice_plant_127(X)
& fn_rice_plant_35(X) != fn_rice_plant_105(X)
& fn_rice_plant_35(X) != fn_rice_plant_127(X)
& fn_rice_plant_36(X) != fn_rice_plant_105(X)
& fn_rice_plant_36(X) != fn_rice_plant_127(X)
& fn_rice_plant_37(X) != fn_rice_plant_105(X)
& fn_rice_plant_37(X) != fn_rice_plant_127(X)
& object_2(fn_rice_plant_107(X),fn_rice_plant_84(X))
& object_2(fn_rice_plant_86(X),fn_rice_plant_84(X))
& object_2(fn_rice_plant_64(X),fn_rice_plant_95(X))
& result_2(fn_rice_plant_56(X),fn_rice_plant_87(X))
& result_2(fn_rice_plant_101(X),fn_rice_plant_82(X))
& next_event_2(fn_rice_plant_104(X),fn_rice_plant_86(X))
& instrument_2(fn_rice_plant_107(X),fn_rice_plant_97(X))
& possesses_2(fn_rice_plant_87(X),fn_rice_plant_119(X))
& has_part_2(fn_rice_plant_55(X),fn_rice_plant_39(X))
& facilitates_2(fn_rice_plant_51(X),fn_rice_plant_46(X))
& instrument_2(fn_rice_plant_103(X),fn_rice_plant_97(X))
& has_part_2(fn_rice_plant_75(X),fn_rice_plant_76(X))
& has_part_2(fn_rice_plant_75(X),fn_rice_plant_77(X))
& agent_2(fn_rice_plant_104(X),fn_rice_plant_110(X))
& raw_material_2(fn_rice_plant_56(X),fn_rice_plant_128(X))
& has_region_2(fn_rice_plant_111(X),fn_rice_plant_108(X))
& has_function_2(fn_rice_plant_116(X),fn_rice_plant_80(X))
& has_function_2(fn_rice_plant_69(X),fn_rice_plant_64(X))
& base_2(fn_rice_plant_64(X),fn_rice_plant_69(X))
& path_2(fn_rice_plant_90(X),fn_rice_plant_91(X))
& has_function_2(fn_rice_plant_91(X),fn_rice_plant_90(X))
& quantity_2(fn_rice_plant_129(X),fn_rice_plant_120(X))
& called_2(fn_rice_plant_121(X),'FE_p')
& result_2(fn_rice_plant_56(X),fn_rice_plant_125(X))
& possesses_2(fn_rice_plant_125(X),fn_rice_plant_123(X))
& quantity_2(fn_rice_plant_123(X),fn_rice_plant_121(X))
& greater_than_2(fn_rice_plant_121(X),fn_rice_plant_120(X))
& called_2(fn_rice_plant_120(X),'FE_r')
& has_part_2(fn_rice_plant_97(X),fn_rice_plant_113(X))
& is_across_2(fn_rice_plant_113(X),fn_rice_plant_97(X))
& has_region_2(fn_rice_plant_112(X),fn_rice_plant_108(X))
& is_at_2(fn_rice_plant_109(X),fn_rice_plant_108(X))
& has_part_2(fn_rice_plant_112(X),fn_rice_plant_109(X))
& is_at_2(fn_rice_plant_69(X),fn_rice_plant_89(X))
& has_function_2(fn_rice_plant_89(X),fn_rice_plant_48(X))
& instrument_2(fn_rice_plant_48(X),fn_rice_plant_89(X))
& plays_2(fn_rice_plant_89(X),fn_rice_plant_49(X))
& in_event_2(fn_rice_plant_49(X),fn_rice_plant_48(X))
& element_2(fn_rice_plant_114(X),fn_rice_plant_150(X))
& path_2(fn_rice_plant_94(X),fn_rice_plant_97(X))
& is_across_2(fn_rice_plant_114(X),fn_rice_plant_97(X))
& is_across_2(fn_rice_plant_38(X),fn_rice_plant_97(X))
& subevent_2(fn_rice_plant_56(X),fn_rice_plant_92(X))
& instrument_2(fn_rice_plant_92(X),fn_rice_plant_114(X))
& element_2(fn_rice_plant_114(X),fn_rice_plant_151(X))
& is_near_2(fn_rice_plant_150(X),fn_rice_plant_151(X))
& is_near_2(fn_rice_plant_151(X),fn_rice_plant_150(X))
& possesses_2(fn_rice_plant_105(X),fn_rice_plant_129(X))
& result_2(fn_rice_plant_88(X),fn_rice_plant_127(X))
& base_2(fn_rice_plant_56(X),fn_rice_plant_55(X))
& raw_material_2(fn_rice_plant_56(X),fn_rice_plant_105(X))
& experiencer_2(fn_rice_plant_56(X),X)
& structural_complexity_2(fn_rice_plant_125(X),fn_rice_plant_122(X))
& greater_than_2(fn_rice_plant_122(X),fn_rice_plant_130(X))
& structural_complexity_2(fn_rice_plant_105(X),fn_rice_plant_130(X))
& has_function_2(fn_rice_plant_105(X),fn_rice_plant_126(X))
& donor_2(fn_rice_plant_126(X),fn_rice_plant_128(X))
& has_function_2(fn_rice_plant_52(X),fn_rice_plant_43(X))
& is_inside_2(fn_rice_plant_52(X),fn_rice_plant_79(X))
& is_inside_2(fn_rice_plant_78(X),fn_rice_plant_79(X))
& abuts_2(fn_rice_plant_82(X),fn_rice_plant_79(X))
& abuts_2(fn_rice_plant_79(X),fn_rice_plant_82(X))
& object_2(fn_rice_plant_126(X),fn_rice_plant_127(X))
& recipient_2(fn_rice_plant_126(X),fn_rice_plant_105(X))
& size_2(fn_rice_plant_105(X),fn_rice_plant_131(X))
& greater_than_2(fn_rice_plant_124(X),fn_rice_plant_131(X))
& size_2(fn_rice_plant_125(X),fn_rice_plant_124(X))
& fn_rice_plant_41(X) != fn_rice_plant_105(X)
& fn_rice_plant_127(X) != fn_rice_plant_41(X)
& fn_rice_plant_127(X) != fn_rice_plant_128(X)
& fn_rice_plant_105(X) != fn_rice_plant_41(X)
& fn_rice_plant_41(X) != fn_rice_plant_127(X)
& fn_rice_plant_105(X) != fn_rice_plant_127(X)
& fn_rice_plant_127(X) != fn_rice_plant_105(X)
& fn_rice_plant_128(X) != fn_rice_plant_127(X)
& causes_2(fn_rice_plant_56(X),fn_rice_plant_88(X))
& object_2(fn_rice_plant_88(X),fn_rice_plant_128(X))
& fn_rice_plant_128(X) != fn_rice_plant_105(X)
& fn_rice_plant_105(X) != fn_rice_plant_40(X)
& fn_rice_plant_40(X) != fn_rice_plant_127(X)
& fn_rice_plant_105(X) != fn_rice_plant_128(X)
& fn_rice_plant_40(X) != fn_rice_plant_105(X)
& fn_rice_plant_127(X) != fn_rice_plant_40(X)
& has_part_2(X,fn_rice_plant_55(X))
& base_2(fn_rice_plant_43(X),fn_rice_plant_55(X))
& causes_2(fn_rice_plant_43(X),fn_rice_plant_42(X))
& experiencer_2(fn_rice_plant_42(X),X)
& has_function_2(X,fn_rice_plant_56(X))
& possesses_2(fn_rice_plant_138(X),fn_rice_plant_132(X))
& has_part_2(fn_rice_plant_97(X),fn_rice_plant_111(X))
& is_outside_2(fn_rice_plant_109(X),fn_rice_plant_97(X))
& has_part_2(fn_rice_plant_97(X),fn_rice_plant_112(X))
& has_function_2(fn_rice_plant_97(X),fn_rice_plant_103(X))
& object_2(fn_rice_plant_103(X),fn_rice_plant_83(X))
& plays_2(fn_rice_plant_97(X),fn_rice_plant_85(X))
& in_event_2(fn_rice_plant_85(X),fn_rice_plant_103(X))
& in_event_2(fn_rice_plant_134(X),fn_rice_plant_106(X))
& plays_2(fn_rice_plant_105(X),fn_rice_plant_134(X))
& object_2(fn_rice_plant_104(X),fn_rice_plant_84(X))
& site_2(fn_rice_plant_92(X),fn_rice_plant_97(X))
& has_function_2(fn_rice_plant_97(X),fn_rice_plant_104(X))
& base_2(fn_rice_plant_104(X),fn_rice_plant_97(X))
& has_part_2(fn_rice_plant_97(X),fn_rice_plant_110(X))
& has_part_2(fn_rice_plant_98(X),fn_rice_plant_79(X))
& has_function_2(fn_rice_plant_98(X),fn_rice_plant_80(X))
& site_2(fn_rice_plant_80(X),fn_rice_plant_98(X))
& is_inside_2(fn_rice_plant_98(X),fn_rice_plant_81(X))
& is_inside_2(fn_rice_plant_39(X),fn_rice_plant_81(X))
& has_part_2(fn_rice_plant_55(X),fn_rice_plant_91(X))
& has_part_2(fn_rice_plant_95(X),fn_rice_plant_81(X))
& has_part_2(fn_rice_plant_55(X),fn_rice_plant_98(X))
& has_part_2(fn_rice_plant_55(X),fn_rice_plant_44(X))
& is_inside_2(fn_rice_plant_44(X),fn_rice_plant_96(X))
& base_2(fn_rice_plant_80(X),fn_rice_plant_55(X))
& has_function_2(fn_rice_plant_89(X),fn_rice_plant_46(X))
& is_oriented_toward_2(fn_rice_plant_67(X),fn_rice_plant_95(X))
& agent_2(fn_rice_plant_93(X),fn_rice_plant_100(X))
& agent_2(fn_rice_plant_47(X),fn_rice_plant_89(X))
& causes_2(fn_rice_plant_63(X),fn_rice_plant_60(X))
& object_2(fn_rice_plant_63(X),fn_rice_plant_95(X))
& has_part_2(fn_rice_plant_95(X),fn_rice_plant_78(X))
& agent_2(fn_rice_plant_60(X),fn_rice_plant_55(X))
& subevent_2(fn_rice_plant_60(X),fn_rice_plant_65(X))
& origin_2(fn_rice_plant_65(X),fn_rice_plant_95(X))
& is_between_2(fn_rice_plant_95(X),fn_rice_plant_96(X))
& has_part_2(fn_rice_plant_96(X),fn_rice_plant_82(X))
& is_inside_2(fn_rice_plant_95(X),fn_rice_plant_91(X))
& is_outside_2(fn_rice_plant_89(X),fn_rice_plant_91(X))
& has_part_2(fn_rice_plant_89(X),fn_rice_plant_50(X))
& element_2(fn_rice_plant_51(X),fn_rice_plant_50(X))
& has_part_2(fn_rice_plant_89(X),fn_rice_plant_51(X))
& has_part_2(fn_rice_plant_55(X),fn_rice_plant_89(X))
& base_2(fn_rice_plant_60(X),fn_rice_plant_55(X))
& subevent_2(fn_rice_plant_60(X),fn_rice_plant_66(X))
& origin_2(fn_rice_plant_66(X),fn_rice_plant_95(X))
& has_part_2(fn_rice_plant_95(X),fn_rice_plant_62(X))
& has_function_2(fn_rice_plant_100(X),fn_rice_plant_93(X))
& object_2(fn_rice_plant_93(X),fn_rice_plant_95(X))
& is_between_2(fn_rice_plant_95(X),fn_rice_plant_91(X))
& has_region_2(fn_rice_plant_91(X),fn_rice_plant_67(X))
& is_facing_2(fn_rice_plant_67(X),fn_rice_plant_95(X))
& agent_2(fn_rice_plant_46(X),fn_rice_plant_89(X))
& object_2(fn_rice_plant_46(X),fn_rice_plant_55(X))
& has_part_2(fn_rice_plant_55(X),fn_rice_plant_95(X))
& has_part_2(fn_rice_plant_95(X),fn_rice_plant_52(X))
& fn_rice_plant_52(X) != fn_rice_plant_78(X)
& fn_rice_plant_78(X) != fn_rice_plant_52(X)
& base_2(fn_rice_plant_106(X),fn_rice_plant_55(X))
& has_function_2(fn_rice_plant_55(X),fn_rice_plant_106(X))
& has_part_2(fn_rice_plant_55(X),fn_rice_plant_96(X))
& is_inside_2(fn_rice_plant_96(X),fn_rice_plant_81(X))
& is_inside_2(fn_rice_plant_62(X),fn_rice_plant_81(X))
& object_2(fn_rice_plant_45(X),fn_rice_plant_55(X))
& agent_2(fn_rice_plant_45(X),fn_rice_plant_89(X))
& has_function_2(fn_rice_plant_89(X),fn_rice_plant_47(X))
& object_2(fn_rice_plant_47(X),fn_rice_plant_55(X))
& has_part_2(fn_rice_plant_55(X),fn_rice_plant_100(X))
& possesses_2(fn_rice_plant_141(X),fn_rice_plant_132(X))
& result_2(fn_rice_plant_106(X),fn_rice_plant_141(X))
& result_2(fn_rice_plant_106(X),fn_rice_plant_105(X))
& possesses_2(fn_rice_plant_105(X),fn_rice_plant_132(X))
& site_2(fn_rice_plant_135(X),fn_rice_plant_143(X))
& result_2(fn_rice_plant_135(X),fn_rice_plant_141(X))
& raw_material_2(fn_rice_plant_142(X),fn_rice_plant_141(X))
& result_2(fn_rice_plant_142(X),fn_rice_plant_139(X))
& result_2(fn_rice_plant_106(X),fn_rice_plant_139(X))
& next_event_2(fn_rice_plant_137(X),fn_rice_plant_135(X))
& result_2(fn_rice_plant_137(X),fn_rice_plant_141(X))
& result_2(fn_rice_plant_136(X),fn_rice_plant_141(X))
& next_event_2(fn_rice_plant_136(X),fn_rice_plant_142(X))
& subevent_2(fn_rice_plant_106(X),fn_rice_plant_142(X))
& fn_rice_plant_137(X) != fn_rice_plant_136(X)
& fn_rice_plant_136(X) != fn_rice_plant_137(X)
& first_subevent_2(fn_rice_plant_106(X),fn_rice_plant_137(X))
& subevent_2(fn_rice_plant_106(X),fn_rice_plant_136(X))
& subevent_2(fn_rice_plant_106(X),fn_rice_plant_137(X))
& result_2(fn_rice_plant_106(X),fn_rice_plant_140(X))
& subevent_2(fn_rice_plant_106(X),fn_rice_plant_135(X))
& next_event_2(fn_rice_plant_135(X),fn_rice_plant_136(X))
& has_function_2(fn_rice_plant_143(X),fn_rice_plant_142(X))
& possesses_2(fn_rice_plant_139(X),fn_rice_plant_132(X))
& has_part_2(fn_rice_plant_55(X),fn_rice_plant_143(X))
& has_part_2(fn_rice_plant_55(X),fn_rice_plant_57(X))
& is_inside_2(fn_rice_plant_57(X),fn_rice_plant_81(X))
& is_inside_2(fn_rice_plant_99(X),fn_rice_plant_81(X))
& has_part_2(fn_rice_plant_55(X),fn_rice_plant_99(X))
& has_region_2(fn_rice_plant_55(X),fn_rice_plant_61(X))
& has_part_2(fn_rice_plant_55(X),fn_rice_plant_58(X))
& is_inside_2(fn_rice_plant_58(X),fn_rice_plant_81(X))
& is_inside_2(fn_rice_plant_59(X),fn_rice_plant_81(X))
& has_part_2(fn_rice_plant_55(X),fn_rice_plant_59(X))
& fn_rice_plant_99(X) != fn_rice_plant_98(X)
& abuts_2(fn_rice_plant_98(X),fn_rice_plant_99(X))
& abuts_2(fn_rice_plant_99(X),fn_rice_plant_98(X))
& fn_rice_plant_98(X) != fn_rice_plant_99(X)
& has_part_2(fn_rice_plant_91(X),fn_rice_plant_68(X))
& is_at_2(fn_rice_plant_68(X),fn_rice_plant_61(X))
& has_function_2(fn_rice_plant_143(X),fn_rice_plant_106(X))
& base_2(fn_rice_plant_142(X),fn_rice_plant_55(X))
& greater_than_2(fn_rice_plant_74(X),fn_rice_plant_73(X))
& structural_complexity_2(fn_rice_plant_72(X),fn_rice_plant_73(X))
& raw_material_2(fn_rice_plant_80(X),fn_rice_plant_72(X))
& abuts_2(fn_rice_plant_102(X),fn_rice_plant_99(X))
& abuts_2(fn_rice_plant_99(X),fn_rice_plant_102(X))
& has_part_2(fn_rice_plant_82(X),fn_rice_plant_102(X))
& object_2(fn_rice_plant_70(X),fn_rice_plant_82(X))
& fn_rice_plant_118(X) != fn_rice_plant_117(X)
& fn_rice_plant_117(X) != fn_rice_plant_118(X)
& has_part_2(fn_rice_plant_87(X),fn_rice_plant_118(X))
& has_part_2(fn_rice_plant_87(X),fn_rice_plant_117(X))
& plays_2(fn_rice_plant_140(X),fn_rice_plant_133(X))
& in_event_2(fn_rice_plant_133(X),fn_rice_plant_106(X))
& result_2(fn_rice_plant_137(X),fn_rice_plant_138(X))
& instrument_2(fn_rice_plant_70(X),fn_rice_plant_98(X))
& raw_material_2(fn_rice_plant_135(X),fn_rice_plant_138(X))
& agent_2(fn_rice_plant_104(X),fn_rice_plant_113(X))
& is_impermeable_to_2(fn_rice_plant_97(X),fn_rice_plant_83(X))
& subevent_2(fn_rice_plant_92(X),fn_rice_plant_115(X))
& structural_complexity_2(fn_rice_plant_71(X),fn_rice_plant_74(X))
& result_2(fn_rice_plant_80(X),fn_rice_plant_71(X))
& path_2(fn_rice_plant_94(X),fn_rice_plant_91(X))
& is_between_2(fn_rice_plant_119(X),fn_rice_plant_117(X))
& is_between_2(fn_rice_plant_119(X),fn_rice_plant_118(X))
& fn_rice_plant_84(X) = fn_block_1(fn_rice_plant_107(X))
& fn_rice_plant_84(X) = fn_detach_1(fn_rice_plant_86(X))
& fn_rice_plant_95(X) = fn_move_1(fn_rice_plant_64(X))
& fn_rice_plant_87(X) = fn_anabolic_pathway_5(fn_rice_plant_56(X))
& fn_rice_plant_82(X) = fn_synthesis_of_endomembranous_system_membrane_60(fn_rice_plant_101(X))
& fn_rice_plant_86(X) = fn_electrogenic_pump_2(fn_rice_plant_110(X))
& fn_rice_plant_107(X) = fn_carrier_protein_17(fn_rice_plant_110(X))
& fn_rice_plant_119(X) = fn_nonpolar_molecule_3(fn_rice_plant_87(X))
& fn_rice_plant_76(X) = fn_leaf_12(fn_rice_plant_75(X))
& fn_rice_plant_77(X) = fn_organ_1(fn_rice_plant_75(X))
& fn_rice_plant_77(X) = fn_leaf_45(fn_rice_plant_75(X))
& fn_rice_plant_104(X) = fn_proton_pump_18(fn_rice_plant_110(X))
& fn_rice_plant_128(X) = fn_c3_photosynthesis_45(fn_rice_plant_56(X))
& fn_rice_plant_108(X) = fn_glycolipid_1(fn_rice_plant_111(X))
& fn_rice_plant_116(X) = fn_smooth_endoplasmic_reticulum_37(fn_rice_plant_98(X))
& fn_rice_plant_116(X) = fn_smooth_endoplasmic_reticulum_50(fn_rice_plant_98(X))
& fn_rice_plant_64(X) = fn_plasmodesmata_3(fn_rice_plant_69(X))
& fn_rice_plant_91(X) = fn_exocytosis_26(fn_rice_plant_90(X))
& fn_rice_plant_148(X) = fn_photosynthesis_56(fn_rice_plant_56(X))
& fn_rice_plant_129(X) = fn_photosynthesis_50(fn_rice_plant_56(X))
& fn_rice_plant_149(X) = fn_photosynthesis_55(fn_rice_plant_56(X))
& fn_rice_plant_120(X) = fn_photosynthesis_51(fn_rice_plant_56(X))
& fn_rice_plant_121(X) = fn_photosynthesis_52(fn_rice_plant_56(X))
& fn_rice_plant_123(X) = fn_photosynthesis_53(fn_rice_plant_56(X))
& fn_rice_plant_125(X) = fn_photosynthesis_37(fn_rice_plant_56(X))
& fn_rice_plant_113(X) = fn_thylakoid_membrane_9(fn_rice_plant_97(X))
& fn_rice_plant_109(X) = fn_glycoprotein_17(fn_rice_plant_112(X))
& fn_rice_plant_108(X) = fn_glycoprotein_14(fn_rice_plant_112(X))
& fn_rice_plant_69(X) = fn_plant_cell_wall_22(fn_rice_plant_89(X))
& fn_rice_plant_49(X) = fn_plant_cell_wall_25(fn_rice_plant_89(X))
& fn_rice_plant_48(X) = fn_plant_cell_wall_28(fn_rice_plant_89(X))
& fn_rice_plant_94(X) = fn_photosynthesis_44(fn_rice_plant_56(X))
& fn_rice_plant_38(X) = fn_photosynthesis_45(fn_rice_plant_56(X))
& fn_rice_plant_114(X) = fn_thylakoid_membrane_16(fn_rice_plant_97(X))
& fn_rice_plant_97(X) = fn_photosynthesis_30(fn_rice_plant_56(X))
& fn_rice_plant_150(X) = fn_photosynthesis_74(fn_rice_plant_56(X))
& fn_rice_plant_151(X) = fn_photosynthesis_75(fn_rice_plant_56(X))
& fn_rice_plant_114(X) = fn_photosynthesis_41(fn_rice_plant_56(X))
& fn_rice_plant_56(X) = fn_light_reaction_1(fn_rice_plant_92(X))
& fn_rice_plant_92(X) = fn_photosynthesis_35(fn_rice_plant_56(X))
& fn_rice_plant_144(X) = fn_c3_plant_18(X)
& fn_rice_plant_129(X) = fn_c3_plant_46(X)
& fn_rice_plant_145(X) = fn_c3_plant_42(X)
& fn_rice_plant_146(X) = fn_c3_plant_17(X)
& fn_rice_plant_147(X) = fn_c3_plant_43(X)
& fn_rice_plant_130(X) = fn_c3_plant_45(X)
& fn_rice_plant_122(X) = fn_c3_plant_44(X)
& fn_rice_plant_78(X) = fn_c3_plant_61(X)
& fn_rice_plant_82(X) = fn_c3_plant_57(X)
& fn_rice_plant_79(X) = fn_c3_plant_56(X)
& fn_rice_plant_52(X) = fn_c3_plant_91(X)
& fn_rice_plant_125(X) = fn_c3_plant_21(X)
& fn_rice_plant_124(X) = fn_c3_plant_20(X)
& fn_rice_plant_131(X) = fn_c3_plant_19(X)
& fn_rice_plant_126(X) = fn_c3_plant_50(X)
& fn_rice_plant_41(X) = fn_c3_plant_1(X)
& fn_rice_plant_127(X) = fn_c3_plant_79(X)
& fn_rice_plant_40(X) = fn_c3_plant_1(X)
& fn_rice_plant_105(X) = fn_c3_plant_90(X)
& fn_rice_plant_128(X) = fn_c3_plant_49(X)
& fn_rice_plant_88(X) = fn_c3_plant_78(X)
& fn_rice_plant_56(X) = fn_c3_plant_83(X)
& fn_rice_plant_42(X) = fn_c3_plant_92(X)
& fn_rice_plant_43(X) = fn_c3_plant_67(X)
& fn_rice_plant_55(X) = fn_c3_plant_86(X)
& fn_rice_plant_132(X) = fn_pyruvate_oxidation_3(fn_rice_plant_135(X))
& fn_rice_plant_111(X) = fn_biomembrane_29(fn_rice_plant_97(X))
& fn_rice_plant_109(X) = fn_biomembrane_70(fn_rice_plant_97(X))
& fn_rice_plant_112(X) = fn_biomembrane_30(fn_rice_plant_97(X))
& fn_rice_plant_83(X) = fn_carrier_protein_19(fn_rice_plant_110(X))
& fn_rice_plant_83(X) = fn_biomembrane_99(fn_rice_plant_97(X))
& fn_rice_plant_83(X) = fn_biomembrane_98(fn_rice_plant_97(X))
& fn_rice_plant_103(X) = fn_carrier_protein_17(fn_rice_plant_110(X))
& fn_rice_plant_103(X) = fn_electrogenic_pump_9(fn_rice_plant_110(X))
& fn_rice_plant_103(X) = fn_thylakoid_membrane_12(fn_rice_plant_97(X))
& fn_rice_plant_103(X) = fn_biomembrane_101(fn_rice_plant_97(X))
& fn_rice_plant_103(X) = fn_biomembrane_100(fn_rice_plant_97(X))
& fn_rice_plant_103(X) = fn_proton_pump_27(fn_rice_plant_110(X))
& fn_rice_plant_103(X) = fn_biomembrane_50(fn_rice_plant_97(X))
& fn_rice_plant_85(X) = fn_proton_pump_28(fn_rice_plant_110(X))
& fn_rice_plant_85(X) = fn_biomembrane_49(fn_rice_plant_97(X))
& fn_rice_plant_105(X) = fn_cellular_respiration_61(fn_rice_plant_106(X))
& fn_rice_plant_134(X) = fn_cellular_respiration_59(fn_rice_plant_106(X))
& fn_rice_plant_84(X) = fn_light_reaction_20(fn_rice_plant_92(X))
& fn_rice_plant_110(X) = fn_biomembrane_54(fn_rice_plant_97(X))
& fn_rice_plant_97(X) = fn_proton_pump_76(fn_rice_plant_110(X))
& fn_rice_plant_110(X) = fn_light_reaction_59(fn_rice_plant_92(X))
& fn_rice_plant_104(X) = fn_electrogenic_pump_5(fn_rice_plant_110(X))
& fn_rice_plant_97(X) = fn_protein_pump_3(fn_rice_plant_110(X))
& fn_rice_plant_104(X) = fn_protein_pump_1(fn_rice_plant_110(X))
& fn_rice_plant_97(X) = fn_carrier_protein_18(fn_rice_plant_110(X))
& fn_rice_plant_104(X) = fn_carrier_protein_4(fn_rice_plant_110(X))
& fn_rice_plant_97(X) = fn_electrogenic_pump_30(fn_rice_plant_110(X))
& fn_rice_plant_104(X) = fn_electrogenic_pump_35(fn_rice_plant_110(X))
& fn_rice_plant_97(X) = fn_atp_synthase_37(fn_rice_plant_113(X))
& fn_rice_plant_104(X) = fn_atp_synthase_44(fn_rice_plant_113(X))
& fn_rice_plant_104(X) = fn_biomembrane_52(fn_rice_plant_97(X))
& fn_rice_plant_104(X) = fn_light_reaction_19(fn_rice_plant_92(X))
& fn_rice_plant_97(X) = fn_light_reaction_51(fn_rice_plant_92(X))
& fn_rice_plant_79(X) = fn_smooth_endoplasmic_reticulum_28(fn_rice_plant_98(X))
& fn_rice_plant_39(X) = fn_smooth_endoplasmic_reticulum_13(fn_rice_plant_98(X))
& fn_rice_plant_80(X) = fn_smooth_endoplasmic_reticulum_23(fn_rice_plant_98(X))
& fn_rice_plant_80(X) = fn_smooth_endoplasmic_reticulum_7(fn_rice_plant_98(X))
& fn_rice_plant_80(X) = fn_smooth_endoplasmic_reticulum_49(fn_rice_plant_98(X))
& fn_rice_plant_80(X) = fn_smooth_endoplasmic_reticulum_48(fn_rice_plant_98(X))
& fn_rice_plant_80(X) = fn_smooth_endoplasmic_reticulum_8(fn_rice_plant_98(X))
& fn_rice_plant_80(X) = fn_smooth_endoplasmic_reticulum_42(fn_rice_plant_98(X))
& fn_rice_plant_91(X) = fn_eukaryotic_cell_29(fn_rice_plant_55(X))
& fn_rice_plant_98(X) = fn_eukaryotic_cell_20(fn_rice_plant_55(X))
& fn_rice_plant_96(X) = fn_eukaryotic_cell_26(fn_rice_plant_55(X))
& fn_rice_plant_44(X) = fn_eukaryotic_cell_30(fn_rice_plant_55(X))
& fn_rice_plant_55(X) = fn_metabolic_pathway_1(fn_rice_plant_80(X))
& fn_rice_plant_80(X) = fn_plant_cell_76(fn_rice_plant_55(X))
& fn_rice_plant_63(X) = fn_plant_cell_72(fn_rice_plant_55(X))
& fn_rice_plant_82(X) = fn_smooth_endoplasmic_reticulum_36(fn_rice_plant_98(X))
& fn_rice_plant_82(X) = fn_plant_cell_75(fn_rice_plant_55(X))
& fn_rice_plant_65(X) = fn_plant_cell_73(fn_rice_plant_55(X))
& fn_rice_plant_51(X) = fn_plant_cell_wall_23(fn_rice_plant_89(X))
& fn_rice_plant_51(X) = fn_plant_cell_23(fn_rice_plant_55(X))
& fn_rice_plant_50(X) = fn_plant_cell_wall_10(fn_rice_plant_89(X))
& fn_rice_plant_50(X) = fn_plant_cell_wall_21(fn_rice_plant_89(X))
& fn_rice_plant_50(X) = fn_plant_cell_22(fn_rice_plant_55(X))
& fn_rice_plant_89(X) = fn_plasmodesmata_10(fn_rice_plant_69(X))
& fn_rice_plant_91(X) = fn_plasmodesmata_9(fn_rice_plant_69(X))
& fn_rice_plant_91(X) = fn_plant_cell_wall_26(fn_rice_plant_89(X))
& fn_rice_plant_66(X) = fn_plant_cell_74(fn_rice_plant_55(X))
& fn_rice_plant_60(X) = fn_plant_cell_71(fn_rice_plant_55(X))
& fn_rice_plant_67(X) = fn_plant_cell_64(fn_rice_plant_55(X))
& fn_rice_plant_93(X) = fn_plant_cell_89(fn_rice_plant_55(X))
& fn_rice_plant_78(X) = fn_plant_cell_92(fn_rice_plant_55(X))
& fn_rice_plant_52(X) = fn_plant_cell_11(fn_rice_plant_55(X))
& fn_rice_plant_95(X) = fn_eukaryotic_cell_31(fn_rice_plant_55(X))
& fn_rice_plant_95(X) = fn_plant_cell_83(fn_rice_plant_55(X))
& fn_rice_plant_46(X) = fn_plant_cell_wall_27(fn_rice_plant_89(X))
& fn_rice_plant_46(X) = fn_plant_cell_21(fn_rice_plant_55(X))
& fn_rice_plant_62(X) = fn_plant_cell_25(fn_rice_plant_55(X))
& fn_rice_plant_96(X) = fn_smooth_endoplasmic_reticulum_10(fn_rice_plant_98(X))
& fn_rice_plant_96(X) = fn_plant_cell_84(fn_rice_plant_55(X))
& fn_rice_plant_55(X) = fn_metabolic_pathway_1(fn_rice_plant_106(X))
& fn_rice_plant_106(X) = fn_eukaryotic_cell_23(fn_rice_plant_55(X))
& fn_rice_plant_100(X) = fn_plant_cell_94(fn_rice_plant_55(X))
& fn_rice_plant_55(X) = fn_plant_cell_wall_24(fn_rice_plant_89(X))
& fn_rice_plant_47(X) = fn_plant_cell_wall_17(fn_rice_plant_89(X))
& fn_rice_plant_47(X) = fn_plant_cell_78(fn_rice_plant_55(X))
& fn_rice_plant_89(X) = fn_plant_cell_82(fn_rice_plant_55(X))
& fn_rice_plant_45(X) = fn_plant_cell_1(fn_rice_plant_55(X))
& fn_rice_plant_105(X) = fn_eukaryotic_cellular_respiration_62(fn_rice_plant_106(X))
& fn_rice_plant_141(X) = fn_eukaryotic_cellular_respiration_42(fn_rice_plant_106(X))
& fn_rice_plant_118(X) = fn_covalent_bond_20(fn_rice_plant_119(X))
& fn_rice_plant_117(X) = fn_covalent_bond_19(fn_rice_plant_119(X))
& fn_rice_plant_91(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_rice_plant_94(X))
& fn_rice_plant_71(X) = fn_anabolic_pathway_5(fn_rice_plant_80(X))
& fn_rice_plant_115(X) = fn_light_reaction_52(fn_rice_plant_92(X))
& fn_rice_plant_83(X) = fn_membrane_5(fn_rice_plant_97(X))
& fn_rice_plant_83(X) = fn_biomembrane_48(fn_rice_plant_97(X))
& fn_rice_plant_104(X) = fn_atp_synthase_30(fn_rice_plant_113(X))
& fn_rice_plant_138(X) = fn_pyruvate_oxidation_85(fn_rice_plant_135(X))
& fn_rice_plant_70(X) = fn_smooth_endoplasmic_reticulum_32(fn_rice_plant_98(X))
& fn_rice_plant_138(X) = fn_glycolysis_55(fn_rice_plant_137(X))
& fn_rice_plant_140(X) = fn_cellular_respiration_64(fn_rice_plant_106(X))
& fn_rice_plant_133(X) = fn_cellular_respiration_59(fn_rice_plant_106(X))
& fn_rice_plant_133(X) = fn_cellular_respiration_58(fn_rice_plant_106(X))
& fn_rice_plant_118(X) = fn_oxygen_molecule_16(fn_rice_plant_87(X))
& fn_rice_plant_117(X) = fn_oxygen_molecule_15(fn_rice_plant_87(X))
& fn_rice_plant_99(X) = fn_nuclear_membrane_9(fn_rice_plant_82(X))
& fn_rice_plant_102(X) = fn_nuclear_membrane_27(fn_rice_plant_82(X))
& fn_rice_plant_70(X) = fn_nuclear_membrane_21(fn_rice_plant_82(X))
& fn_rice_plant_53(X) = fn_anabolic_pathway_1(fn_rice_plant_80(X))
& fn_rice_plant_74(X) = fn_anabolic_pathway_3(fn_rice_plant_80(X))
& fn_rice_plant_72(X) = fn_anabolic_pathway_6(fn_rice_plant_80(X))
& fn_rice_plant_54(X) = fn_anabolic_pathway_2(fn_rice_plant_80(X))
& fn_rice_plant_73(X) = fn_anabolic_pathway_4(fn_rice_plant_80(X))
& fn_rice_plant_55(X) = fn_smooth_endoplasmic_reticulum_33(fn_rice_plant_98(X))
& fn_rice_plant_57(X) = fn_smooth_endoplasmic_reticulum_3(fn_rice_plant_98(X))
& fn_rice_plant_81(X) = fn_smooth_endoplasmic_reticulum_34(fn_rice_plant_98(X))
& fn_rice_plant_57(X) = fn_eukaryotic_cell_24(fn_rice_plant_55(X))
& fn_rice_plant_57(X) = fn_plant_cell_100(fn_rice_plant_55(X))
& fn_rice_plant_99(X) = fn_eukaryotic_cell_19(fn_rice_plant_55(X))
& fn_rice_plant_58(X) = fn_plant_cell_93(fn_rice_plant_55(X))
& fn_rice_plant_81(X) = fn_eukaryotic_cell_42(fn_rice_plant_55(X))
& fn_rice_plant_81(X) = fn_plant_cell_91(fn_rice_plant_55(X))
& fn_rice_plant_59(X) = fn_eukaryotic_cell_45(fn_rice_plant_55(X))
& fn_rice_plant_59(X) = fn_plant_cell_58(fn_rice_plant_55(X))
& fn_rice_plant_99(X) = fn_plant_cell_90(fn_rice_plant_55(X))
& fn_rice_plant_98(X) = fn_plant_cell_77(fn_rice_plant_55(X))
& fn_rice_plant_91(X) = fn_plant_cell_97(fn_rice_plant_55(X))
& fn_rice_plant_68(X) = fn_plant_cell_65(fn_rice_plant_55(X))
& fn_rice_plant_61(X) = fn_plant_cell_61(fn_rice_plant_55(X))
& fn_rice_plant_143(X) = fn_plant_cell_59(fn_rice_plant_55(X))
& fn_rice_plant_106(X) = fn_plant_cell_63(fn_rice_plant_55(X))
& fn_rice_plant_142(X) = fn_plant_cell_80(fn_rice_plant_55(X))
& fn_rice_plant_141(X) = fn_catabolic_pathway_9(fn_rice_plant_135(X))
& fn_rice_plant_141(X) = fn_pyruvate_oxidation_84(fn_rice_plant_135(X))
& fn_rice_plant_141(X) = fn_glycolysis_74(fn_rice_plant_137(X))
& fn_rice_plant_141(X) = fn_eukaryotic_cellular_respiration_111(fn_rice_plant_106(X))
& fn_rice_plant_137(X) = fn_eukaryotic_cellular_respiration_82(fn_rice_plant_106(X))
& fn_rice_plant_140(X) = fn_eukaryotic_cellular_respiration_157(fn_rice_plant_106(X))
& fn_rice_plant_135(X) = fn_eukaryotic_cellular_respiration_94(fn_rice_plant_106(X))
& fn_rice_plant_136(X) = fn_eukaryotic_cellular_respiration_95(fn_rice_plant_106(X))
& fn_rice_plant_143(X) = fn_eukaryotic_cellular_respiration_101(fn_rice_plant_106(X))
& fn_rice_plant_142(X) = fn_eukaryotic_cellular_respiration_96(fn_rice_plant_106(X))
& fn_rice_plant_139(X) = fn_eukaryotic_cellular_respiration_97(fn_rice_plant_106(X))
& fn_rice_plant_132(X) = fn_eukaryotic_cellular_respiration_68(fn_rice_plant_106(X))
& fn_organ_1(fn_rice_plant_75(X)) = fn_leaf_45(fn_rice_plant_75(X))
& fn_leaf_45(fn_rice_plant_75(X)) = fn_smooth_endoplasmic_reticulum_37(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_37(fn_rice_plant_98(X)) = fn_smooth_endoplasmic_reticulum_50(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_50(fn_rice_plant_98(X)) = fn_glycolipid_1(fn_rice_plant_111(X))
& fn_glycolipid_1(fn_rice_plant_111(X)) = fn_glycoprotein_14(fn_rice_plant_112(X))
& fn_glycoprotein_14(fn_rice_plant_112(X)) = fn_glycoprotein_14(fn_rice_plant_112(X))
& fn_glycoprotein_14(fn_rice_plant_112(X)) = fn_photosynthesis_41(fn_rice_plant_56(X))
& fn_photosynthesis_41(fn_rice_plant_56(X)) = fn_thylakoid_membrane_16(fn_rice_plant_97(X))
& fn_thylakoid_membrane_16(fn_rice_plant_97(X)) = fn_photosynthesis_41(fn_rice_plant_56(X))
& fn_photosynthesis_41(fn_rice_plant_56(X)) = fn_photosynthesis_41(fn_rice_plant_56(X))
& fn_photosynthesis_41(fn_rice_plant_56(X)) = fn_photosynthesis_50(fn_rice_plant_56(X))
& fn_photosynthesis_50(fn_rice_plant_56(X)) = fn_c3_plant_46(X)
& fn_c3_plant_46(X) = fn_photosynthesis_37(fn_rice_plant_56(X))
& fn_photosynthesis_37(fn_rice_plant_56(X)) = fn_photosynthesis_37(fn_rice_plant_56(X))
& fn_photosynthesis_37(fn_rice_plant_56(X)) = fn_c3_plant_21(X)
& fn_c3_plant_21(X) = fn_c3_plant_21(X)
& fn_c3_plant_21(X) = fn_c3_photosynthesis_45(fn_rice_plant_56(X))
& fn_c3_photosynthesis_45(fn_rice_plant_56(X)) = fn_c3_plant_49(X)
& fn_c3_plant_49(X) = fn_c3_plant_49(X)
& fn_c3_plant_49(X) = fn_light_reaction_1(fn_rice_plant_92(X))
& fn_light_reaction_1(fn_rice_plant_92(X)) = fn_c3_plant_83(X)
& fn_c3_plant_83(X) = fn_c3_plant_83(X)
& fn_c3_plant_83(X) = fn_glycoprotein_17(fn_rice_plant_112(X))
& fn_glycoprotein_17(fn_rice_plant_112(X)) = fn_glycoprotein_17(fn_rice_plant_112(X))
& fn_glycoprotein_17(fn_rice_plant_112(X)) = fn_biomembrane_70(fn_rice_plant_97(X))
& fn_biomembrane_70(fn_rice_plant_97(X)) = fn_carrier_protein_17(fn_rice_plant_110(X))
& fn_proton_pump_27(fn_rice_plant_110(X)) = fn_carrier_protein_17(fn_rice_plant_110(X))
& fn_carrier_protein_17(fn_rice_plant_110(X)) = fn_proton_pump_27(fn_rice_plant_110(X))
& fn_proton_pump_27(fn_rice_plant_110(X)) = fn_electrogenic_pump_9(fn_rice_plant_110(X))
& fn_electrogenic_pump_9(fn_rice_plant_110(X)) = fn_carrier_protein_17(fn_rice_plant_110(X))
& fn_carrier_protein_17(fn_rice_plant_110(X)) = fn_carrier_protein_17(fn_rice_plant_110(X))
& fn_carrier_protein_17(fn_rice_plant_110(X)) = fn_electrogenic_pump_9(fn_rice_plant_110(X))
& fn_electrogenic_pump_9(fn_rice_plant_110(X)) = fn_electrogenic_pump_9(fn_rice_plant_110(X))
& fn_electrogenic_pump_9(fn_rice_plant_110(X)) = fn_thylakoid_membrane_12(fn_rice_plant_97(X))
& fn_biomembrane_101(fn_rice_plant_97(X)) = fn_thylakoid_membrane_12(fn_rice_plant_97(X))
& fn_thylakoid_membrane_12(fn_rice_plant_97(X)) = fn_biomembrane_101(fn_rice_plant_97(X))
& fn_biomembrane_101(fn_rice_plant_97(X)) = fn_biomembrane_101(fn_rice_plant_97(X))
& fn_biomembrane_100(fn_rice_plant_97(X)) = fn_biomembrane_101(fn_rice_plant_97(X))
& fn_biomembrane_101(fn_rice_plant_97(X)) = fn_biomembrane_100(fn_rice_plant_97(X))
& fn_biomembrane_100(fn_rice_plant_97(X)) = fn_biomembrane_100(fn_rice_plant_97(X))
& fn_biomembrane_100(fn_rice_plant_97(X)) = fn_biomembrane_50(fn_rice_plant_97(X))
& fn_biomembrane_50(fn_rice_plant_97(X)) = fn_proton_pump_28(fn_rice_plant_110(X))
& fn_biomembrane_49(fn_rice_plant_97(X)) = fn_proton_pump_28(fn_rice_plant_110(X))
& fn_proton_pump_28(fn_rice_plant_110(X)) = fn_biomembrane_49(fn_rice_plant_97(X))
& fn_biomembrane_49(fn_rice_plant_97(X)) = fn_block_1(fn_rice_plant_107(X))
& fn_block_1(fn_rice_plant_107(X)) = fn_detach_1(fn_rice_plant_86(X))
& fn_detach_1(fn_rice_plant_86(X)) = fn_detach_1(fn_rice_plant_86(X))
& fn_detach_1(fn_rice_plant_86(X)) = fn_light_reaction_20(fn_rice_plant_92(X))
& fn_light_reaction_20(fn_rice_plant_92(X)) = fn_biomembrane_54(fn_rice_plant_97(X))
& fn_biomembrane_54(fn_rice_plant_97(X)) = fn_light_reaction_59(fn_rice_plant_92(X))
& fn_light_reaction_59(fn_rice_plant_92(X)) = fn_c3_plant_56(X)
& fn_c3_plant_56(X) = fn_c3_plant_56(X)
& fn_c3_plant_56(X) = fn_smooth_endoplasmic_reticulum_28(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_28(fn_rice_plant_98(X)) = fn_plant_cell_wall_23(fn_rice_plant_89(X))
& fn_plant_cell_wall_23(fn_rice_plant_89(X)) = fn_plant_cell_wall_23(fn_rice_plant_89(X))
& fn_plant_cell_23(fn_rice_plant_55(X)) = fn_plant_cell_wall_23(fn_rice_plant_89(X))
& fn_plant_cell_wall_23(fn_rice_plant_89(X)) = fn_plant_cell_23(fn_rice_plant_55(X))
& fn_plant_cell_23(fn_rice_plant_55(X)) = fn_plant_cell_wall_21(fn_rice_plant_89(X))
& fn_plant_cell_wall_21(fn_rice_plant_89(X)) = fn_plant_cell_wall_10(fn_rice_plant_89(X))
& fn_plant_cell_wall_10(fn_rice_plant_89(X)) = fn_plant_cell_wall_21(fn_rice_plant_89(X))
& fn_plant_cell_wall_21(fn_rice_plant_89(X)) = fn_plant_cell_wall_21(fn_rice_plant_89(X))
& fn_plant_cell_22(fn_rice_plant_55(X)) = fn_plant_cell_wall_21(fn_rice_plant_89(X))
& fn_plant_cell_wall_21(fn_rice_plant_89(X)) = fn_plant_cell_22(fn_rice_plant_55(X))
& fn_plant_cell_22(fn_rice_plant_55(X)) = fn_c3_plant_61(X)
& fn_c3_plant_61(X) = fn_plant_cell_92(fn_rice_plant_55(X))
& fn_plant_cell_92(fn_rice_plant_55(X)) = fn_plant_cell_92(fn_rice_plant_55(X))
& fn_plant_cell_92(fn_rice_plant_55(X)) = fn_c3_plant_91(X)
& fn_c3_plant_91(X) = fn_c3_plant_91(X)
& fn_c3_plant_91(X) = fn_plant_cell_11(fn_rice_plant_55(X))
& fn_plant_cell_11(fn_rice_plant_55(X)) = fn_plant_cell_11(fn_rice_plant_55(X))
& fn_plant_cell_11(fn_rice_plant_55(X)) = fn_move_1(fn_rice_plant_64(X))
& fn_move_1(fn_rice_plant_64(X)) = fn_eukaryotic_cell_31(fn_rice_plant_55(X))
& fn_eukaryotic_cell_31(fn_rice_plant_55(X)) = fn_eukaryotic_cell_31(fn_rice_plant_55(X))
& fn_plant_cell_83(fn_rice_plant_55(X)) = fn_plant_cell_83(fn_rice_plant_55(X))
& fn_plant_cell_83(fn_rice_plant_55(X)) = fn_eukaryotic_cell_31(fn_rice_plant_55(X))
& fn_eukaryotic_cell_31(fn_rice_plant_55(X)) = fn_plant_cell_83(fn_rice_plant_55(X))
& fn_plant_cell_83(fn_rice_plant_55(X)) = fn_plant_cell_wall_27(fn_rice_plant_89(X))
& fn_plant_cell_wall_27(fn_rice_plant_89(X)) = fn_plant_cell_wall_27(fn_rice_plant_89(X))
& fn_plant_cell_21(fn_rice_plant_55(X)) = fn_plant_cell_wall_27(fn_rice_plant_89(X))
& fn_plant_cell_wall_27(fn_rice_plant_89(X)) = fn_plant_cell_21(fn_rice_plant_55(X))
& fn_plant_cell_21(fn_rice_plant_55(X)) = fn_eukaryotic_cell_26(fn_rice_plant_55(X))
& fn_eukaryotic_cell_26(fn_rice_plant_55(X)) = fn_smooth_endoplasmic_reticulum_10(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_10(fn_rice_plant_98(X)) = fn_smooth_endoplasmic_reticulum_10(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_10(fn_rice_plant_98(X)) = fn_eukaryotic_cell_26(fn_rice_plant_55(X))
& fn_eukaryotic_cell_26(fn_rice_plant_55(X)) = fn_plant_cell_84(fn_rice_plant_55(X))
& fn_plant_cell_84(fn_rice_plant_55(X)) = fn_plant_cell_84(fn_rice_plant_55(X))
& fn_plant_cell_84(fn_rice_plant_55(X)) = fn_plant_cell_wall_17(fn_rice_plant_89(X))
& fn_plant_cell_78(fn_rice_plant_55(X)) = fn_plant_cell_wall_17(fn_rice_plant_89(X))
& fn_plant_cell_wall_17(fn_rice_plant_89(X)) = fn_plant_cell_78(fn_rice_plant_55(X))
& fn_plant_cell_78(fn_rice_plant_55(X)) = fn_plasmodesmata_10(fn_rice_plant_69(X))
& fn_plant_cell_82(fn_rice_plant_55(X)) = fn_plasmodesmata_10(fn_rice_plant_69(X))
& fn_plasmodesmata_10(fn_rice_plant_69(X)) = fn_plant_cell_82(fn_rice_plant_55(X))
& fn_plant_cell_82(fn_rice_plant_55(X)) = fn_plant_cell_82(fn_rice_plant_55(X))
& fn_plant_cell_82(fn_rice_plant_55(X)) = fn_c3_plant_90(X)
& fn_c3_plant_90(X) = fn_c3_plant_90(X)
& fn_c3_plant_90(X) = fn_cellular_respiration_61(fn_rice_plant_106(X))
& fn_cellular_respiration_61(fn_rice_plant_106(X)) = fn_cellular_respiration_61(fn_rice_plant_106(X))
& fn_cellular_respiration_61(fn_rice_plant_106(X)) = fn_eukaryotic_cellular_respiration_62(fn_rice_plant_106(X))
& fn_eukaryotic_cellular_respiration_62(fn_rice_plant_106(X)) = fn_eukaryotic_cellular_respiration_62(fn_rice_plant_106(X))
& fn_eukaryotic_cellular_respiration_62(fn_rice_plant_106(X)) = fn_carrier_protein_19(fn_rice_plant_110(X))
& fn_carrier_protein_19(fn_rice_plant_110(X)) = fn_biomembrane_99(fn_rice_plant_97(X))
& fn_biomembrane_99(fn_rice_plant_97(X)) = fn_biomembrane_99(fn_rice_plant_97(X))
& fn_biomembrane_99(fn_rice_plant_97(X)) = fn_biomembrane_98(fn_rice_plant_97(X))
& fn_biomembrane_98(fn_rice_plant_97(X)) = fn_biomembrane_98(fn_rice_plant_97(X))
& fn_biomembrane_98(fn_rice_plant_97(X)) = fn_membrane_5(fn_rice_plant_97(X))
& fn_membrane_5(fn_rice_plant_97(X)) = fn_membrane_5(fn_rice_plant_97(X))
& fn_membrane_5(fn_rice_plant_97(X)) = fn_biomembrane_48(fn_rice_plant_97(X))
& fn_biomembrane_48(fn_rice_plant_97(X)) = fn_proton_pump_76(fn_rice_plant_110(X))
& fn_protein_pump_3(fn_rice_plant_110(X)) = fn_proton_pump_76(fn_rice_plant_110(X))
& fn_proton_pump_76(fn_rice_plant_110(X)) = fn_protein_pump_3(fn_rice_plant_110(X))
& fn_protein_pump_3(fn_rice_plant_110(X)) = fn_protein_pump_3(fn_rice_plant_110(X))
& fn_protein_pump_3(fn_rice_plant_110(X)) = fn_carrier_protein_18(fn_rice_plant_110(X))
& fn_carrier_protein_18(fn_rice_plant_110(X)) = fn_proton_pump_76(fn_rice_plant_110(X))
& fn_proton_pump_76(fn_rice_plant_110(X)) = fn_proton_pump_76(fn_rice_plant_110(X))
& fn_proton_pump_76(fn_rice_plant_110(X)) = fn_carrier_protein_18(fn_rice_plant_110(X))
& fn_carrier_protein_18(fn_rice_plant_110(X)) = fn_carrier_protein_18(fn_rice_plant_110(X))
& fn_electrogenic_pump_30(fn_rice_plant_110(X)) = fn_carrier_protein_18(fn_rice_plant_110(X))
& fn_carrier_protein_18(fn_rice_plant_110(X)) = fn_electrogenic_pump_30(fn_rice_plant_110(X))
& fn_electrogenic_pump_30(fn_rice_plant_110(X)) = fn_electrogenic_pump_30(fn_rice_plant_110(X))
& fn_atp_synthase_37(fn_rice_plant_113(X)) = fn_electrogenic_pump_30(fn_rice_plant_110(X))
& fn_electrogenic_pump_30(fn_rice_plant_110(X)) = fn_atp_synthase_37(fn_rice_plant_113(X))
& fn_photosynthesis_30(fn_rice_plant_56(X)) = fn_atp_synthase_37(fn_rice_plant_113(X))
& fn_atp_synthase_37(fn_rice_plant_113(X)) = fn_atp_synthase_37(fn_rice_plant_113(X))
& fn_atp_synthase_37(fn_rice_plant_113(X)) = fn_photosynthesis_30(fn_rice_plant_56(X))
& fn_photosynthesis_30(fn_rice_plant_56(X)) = fn_photosynthesis_30(fn_rice_plant_56(X))
& fn_photosynthesis_30(fn_rice_plant_56(X)) = fn_light_reaction_51(fn_rice_plant_92(X))
& fn_light_reaction_51(fn_rice_plant_92(X)) = fn_light_reaction_51(fn_rice_plant_92(X))
& fn_light_reaction_51(fn_rice_plant_92(X)) = fn_protein_pump_1(fn_rice_plant_110(X))
& fn_carrier_protein_4(fn_rice_plant_110(X)) = fn_protein_pump_1(fn_rice_plant_110(X))
& fn_protein_pump_1(fn_rice_plant_110(X)) = fn_carrier_protein_4(fn_rice_plant_110(X))
& fn_electrogenic_pump_35(fn_rice_plant_110(X)) = fn_carrier_protein_4(fn_rice_plant_110(X))
& fn_carrier_protein_4(fn_rice_plant_110(X)) = fn_carrier_protein_4(fn_rice_plant_110(X))
& fn_carrier_protein_4(fn_rice_plant_110(X)) = fn_electrogenic_pump_35(fn_rice_plant_110(X))
& fn_electrogenic_pump_35(fn_rice_plant_110(X)) = fn_electrogenic_pump_35(fn_rice_plant_110(X))
& fn_electrogenic_pump_5(fn_rice_plant_110(X)) = fn_electrogenic_pump_35(fn_rice_plant_110(X))
& fn_electrogenic_pump_35(fn_rice_plant_110(X)) = fn_electrogenic_pump_5(fn_rice_plant_110(X))
& fn_proton_pump_18(fn_rice_plant_110(X)) = fn_electrogenic_pump_5(fn_rice_plant_110(X))
& fn_electrogenic_pump_5(fn_rice_plant_110(X)) = fn_proton_pump_18(fn_rice_plant_110(X))
& fn_proton_pump_18(fn_rice_plant_110(X)) = fn_atp_synthase_44(fn_rice_plant_113(X))
& fn_atp_synthase_44(fn_rice_plant_113(X)) = fn_atp_synthase_44(fn_rice_plant_113(X))
& fn_biomembrane_52(fn_rice_plant_97(X)) = fn_atp_synthase_44(fn_rice_plant_113(X))
& fn_atp_synthase_44(fn_rice_plant_113(X)) = fn_biomembrane_52(fn_rice_plant_97(X))
& fn_light_reaction_19(fn_rice_plant_92(X)) = fn_biomembrane_52(fn_rice_plant_97(X))
& fn_biomembrane_52(fn_rice_plant_97(X)) = fn_light_reaction_19(fn_rice_plant_92(X))
& fn_light_reaction_19(fn_rice_plant_92(X)) = fn_light_reaction_19(fn_rice_plant_92(X))
& fn_light_reaction_19(fn_rice_plant_92(X)) = fn_atp_synthase_30(fn_rice_plant_113(X))
& fn_atp_synthase_30(fn_rice_plant_113(X)) = fn_pyruvate_oxidation_85(fn_rice_plant_135(X))
& fn_pyruvate_oxidation_85(fn_rice_plant_135(X)) = fn_pyruvate_oxidation_85(fn_rice_plant_135(X))
& fn_pyruvate_oxidation_85(fn_rice_plant_135(X)) = fn_glycolysis_55(fn_rice_plant_137(X))
& fn_glycolysis_55(fn_rice_plant_137(X)) = fn_cellular_respiration_58(fn_rice_plant_106(X))
& fn_cellular_respiration_58(fn_rice_plant_106(X)) = fn_cellular_respiration_59(fn_rice_plant_106(X))
& fn_cellular_respiration_59(fn_rice_plant_106(X)) = fn_cellular_respiration_58(fn_rice_plant_106(X))
& fn_cellular_respiration_58(fn_rice_plant_106(X)) = fn_covalent_bond_20(fn_rice_plant_119(X))
& fn_covalent_bond_20(fn_rice_plant_119(X)) = fn_oxygen_molecule_16(fn_rice_plant_87(X))
& fn_oxygen_molecule_16(fn_rice_plant_87(X)) = fn_oxygen_molecule_16(fn_rice_plant_87(X))
& fn_oxygen_molecule_16(fn_rice_plant_87(X)) = fn_covalent_bond_19(fn_rice_plant_119(X))
& fn_covalent_bond_19(fn_rice_plant_119(X)) = fn_oxygen_molecule_15(fn_rice_plant_87(X))
& fn_oxygen_molecule_15(fn_rice_plant_87(X)) = fn_oxygen_molecule_15(fn_rice_plant_87(X))
& fn_oxygen_molecule_15(fn_rice_plant_87(X)) = fn_synthesis_of_endomembranous_system_membrane_60(fn_rice_plant_101(X))
& fn_synthesis_of_endomembranous_system_membrane_60(fn_rice_plant_101(X)) = fn_smooth_endoplasmic_reticulum_36(fn_rice_plant_98(X))
& fn_c3_plant_57(X) = fn_smooth_endoplasmic_reticulum_36(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_36(fn_rice_plant_98(X)) = fn_c3_plant_57(X)
& fn_c3_plant_57(X) = fn_c3_plant_57(X)
& fn_c3_plant_57(X) = fn_plant_cell_75(fn_rice_plant_55(X))
& fn_plant_cell_75(fn_rice_plant_55(X)) = fn_smooth_endoplasmic_reticulum_32(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_32(fn_rice_plant_98(X)) = fn_nuclear_membrane_21(fn_rice_plant_82(X))
& fn_nuclear_membrane_21(fn_rice_plant_82(X)) = fn_smooth_endoplasmic_reticulum_23(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_23(fn_rice_plant_98(X)) = fn_smooth_endoplasmic_reticulum_7(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_49(fn_rice_plant_98(X)) = fn_smooth_endoplasmic_reticulum_7(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_7(fn_rice_plant_98(X)) = fn_smooth_endoplasmic_reticulum_49(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_49(fn_rice_plant_98(X)) = fn_smooth_endoplasmic_reticulum_49(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_48(fn_rice_plant_98(X)) = fn_smooth_endoplasmic_reticulum_49(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_49(fn_rice_plant_98(X)) = fn_smooth_endoplasmic_reticulum_48(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_48(fn_rice_plant_98(X)) = fn_smooth_endoplasmic_reticulum_48(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_48(fn_rice_plant_98(X)) = fn_smooth_endoplasmic_reticulum_8(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_8(fn_rice_plant_98(X)) = fn_smooth_endoplasmic_reticulum_8(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_42(fn_rice_plant_98(X)) = fn_smooth_endoplasmic_reticulum_8(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_8(fn_rice_plant_98(X)) = fn_smooth_endoplasmic_reticulum_42(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_42(fn_rice_plant_98(X)) = fn_smooth_endoplasmic_reticulum_42(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_42(fn_rice_plant_98(X)) = fn_plant_cell_76(fn_rice_plant_55(X))
& fn_plant_cell_76(fn_rice_plant_55(X)) = fn_smooth_endoplasmic_reticulum_3(fn_rice_plant_98(X))
& fn_eukaryotic_cell_24(fn_rice_plant_55(X)) = fn_smooth_endoplasmic_reticulum_3(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_3(fn_rice_plant_98(X)) = fn_eukaryotic_cell_24(fn_rice_plant_55(X))
& fn_eukaryotic_cell_24(fn_rice_plant_55(X)) = fn_eukaryotic_cell_24(fn_rice_plant_55(X))
& fn_plant_cell_100(fn_rice_plant_55(X)) = fn_eukaryotic_cell_24(fn_rice_plant_55(X))
& fn_eukaryotic_cell_24(fn_rice_plant_55(X)) = fn_plant_cell_100(fn_rice_plant_55(X))
& fn_plant_cell_100(fn_rice_plant_55(X)) = fn_smooth_endoplasmic_reticulum_34(fn_rice_plant_98(X))
& fn_eukaryotic_cell_42(fn_rice_plant_55(X)) = fn_smooth_endoplasmic_reticulum_34(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_34(fn_rice_plant_98(X)) = fn_smooth_endoplasmic_reticulum_34(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_34(fn_rice_plant_98(X)) = fn_eukaryotic_cell_42(fn_rice_plant_55(X))
& fn_eukaryotic_cell_42(fn_rice_plant_55(X)) = fn_eukaryotic_cell_42(fn_rice_plant_55(X))
& fn_plant_cell_91(fn_rice_plant_55(X)) = fn_plant_cell_91(fn_rice_plant_55(X))
& fn_plant_cell_91(fn_rice_plant_55(X)) = fn_eukaryotic_cell_42(fn_rice_plant_55(X))
& fn_eukaryotic_cell_42(fn_rice_plant_55(X)) = fn_plant_cell_91(fn_rice_plant_55(X))
& fn_plant_cell_91(fn_rice_plant_55(X)) = fn_eukaryotic_cell_45(fn_rice_plant_55(X))
& fn_plant_cell_58(fn_rice_plant_55(X)) = fn_eukaryotic_cell_45(fn_rice_plant_55(X))
& fn_eukaryotic_cell_45(fn_rice_plant_55(X)) = fn_plant_cell_58(fn_rice_plant_55(X))
& fn_plant_cell_58(fn_rice_plant_55(X)) = fn_eukaryotic_cell_20(fn_rice_plant_55(X))
& fn_eukaryotic_cell_20(fn_rice_plant_55(X)) = fn_plant_cell_77(fn_rice_plant_55(X))
& fn_plant_cell_77(fn_rice_plant_55(X)) = fn_plant_cell_77(fn_rice_plant_55(X))
& fn_plant_cell_77(fn_rice_plant_55(X)) = fn_nuclear_membrane_9(fn_rice_plant_82(X))
& fn_nuclear_membrane_9(fn_rice_plant_82(X)) = fn_nuclear_membrane_9(fn_rice_plant_82(X))
& fn_nuclear_membrane_9(fn_rice_plant_82(X)) = fn_eukaryotic_cell_19(fn_rice_plant_55(X))
& fn_plant_cell_90(fn_rice_plant_55(X)) = fn_eukaryotic_cell_19(fn_rice_plant_55(X))
& fn_eukaryotic_cell_19(fn_rice_plant_55(X)) = fn_plant_cell_90(fn_rice_plant_55(X))
& fn_plant_cell_90(fn_rice_plant_55(X)) = fn_plant_cell_90(fn_rice_plant_55(X))
& fn_plant_cell_90(fn_rice_plant_55(X)) = fn_plant_cell_wall_26(fn_rice_plant_89(X))
& fn_plant_cell_wall_26(fn_rice_plant_89(X)) = fn_plasmodesmata_9(fn_rice_plant_69(X))
& fn_plasmodesmata_9(fn_rice_plant_69(X)) = fn_plant_cell_wall_26(fn_rice_plant_89(X))
& fn_exocytosis_26(fn_rice_plant_90(X)) = fn_plant_cell_wall_26(fn_rice_plant_89(X))
& fn_plant_cell_wall_26(fn_rice_plant_89(X)) = fn_plant_cell_wall_26(fn_rice_plant_89(X))
& fn_plant_cell_wall_26(fn_rice_plant_89(X)) = fn_exocytosis_26(fn_rice_plant_90(X))
& fn_exocytosis_26(fn_rice_plant_90(X)) = fn_exocytosis_26(fn_rice_plant_90(X))
& fn_exocytosis_26(fn_rice_plant_90(X)) = fn_eukaryotic_cell_29(fn_rice_plant_55(X))
& fn_eukaryotic_cell_29(fn_rice_plant_55(X)) = fn_eukaryotic_cell_29(fn_rice_plant_55(X))
& fn_eukaryotic_cell_29(fn_rice_plant_55(X)) = fn_facilitated_diffusion_of_polar_molecule_5(fn_rice_plant_94(X))
& fn_plant_cell_97(fn_rice_plant_55(X)) = fn_plant_cell_97(fn_rice_plant_55(X))
& fn_plant_cell_97(fn_rice_plant_55(X)) = fn_facilitated_diffusion_of_polar_molecule_5(fn_rice_plant_94(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_rice_plant_94(X)) = fn_plant_cell_97(fn_rice_plant_55(X))
& fn_plant_cell_97(fn_rice_plant_55(X)) = fn_smooth_endoplasmic_reticulum_33(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_33(fn_rice_plant_98(X)) = fn_metabolic_pathway_1(fn_rice_plant_80(X))
& fn_metabolic_pathway_1(fn_rice_plant_80(X)) = fn_metabolic_pathway_1(fn_rice_plant_106(X))
& fn_metabolic_pathway_1(fn_rice_plant_106(X)) = fn_smooth_endoplasmic_reticulum_33(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_33(fn_rice_plant_98(X)) = fn_smooth_endoplasmic_reticulum_33(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_33(fn_rice_plant_98(X)) = fn_plant_cell_wall_24(fn_rice_plant_89(X))
& fn_plant_cell_wall_24(fn_rice_plant_89(X)) = fn_smooth_endoplasmic_reticulum_33(fn_rice_plant_98(X))
& fn_smooth_endoplasmic_reticulum_33(fn_rice_plant_98(X)) = fn_c3_plant_86(X)
& fn_c3_plant_86(X) = fn_c3_plant_86(X)
& fn_c3_plant_86(X) = fn_plant_cell_wall_24(fn_rice_plant_89(X))
& fn_plant_cell_wall_24(fn_rice_plant_89(X)) = fn_plant_cell_wall_24(fn_rice_plant_89(X))
& fn_plant_cell_wall_24(fn_rice_plant_89(X)) = fn_eukaryotic_cellular_respiration_42(fn_rice_plant_106(X))
& fn_eukaryotic_cellular_respiration_42(fn_rice_plant_106(X)) = fn_eukaryotic_cellular_respiration_42(fn_rice_plant_106(X))
& fn_eukaryotic_cellular_respiration_42(fn_rice_plant_106(X)) = fn_catabolic_pathway_9(fn_rice_plant_135(X))
& fn_catabolic_pathway_9(fn_rice_plant_135(X)) = fn_catabolic_pathway_9(fn_rice_plant_135(X))
& fn_catabolic_pathway_9(fn_rice_plant_135(X)) = fn_pyruvate_oxidation_84(fn_rice_plant_135(X))
& fn_pyruvate_oxidation_84(fn_rice_plant_135(X)) = fn_pyruvate_oxidation_84(fn_rice_plant_135(X))
& fn_pyruvate_oxidation_84(fn_rice_plant_135(X)) = fn_glycolysis_74(fn_rice_plant_137(X))
& fn_eukaryotic_cellular_respiration_111(fn_rice_plant_106(X)) = fn_glycolysis_74(fn_rice_plant_137(X))
& fn_glycolysis_74(fn_rice_plant_137(X)) = fn_eukaryotic_cellular_respiration_111(fn_rice_plant_106(X))
& fn_eukaryotic_cellular_respiration_111(fn_rice_plant_106(X)) = fn_eukaryotic_cellular_respiration_111(fn_rice_plant_106(X))
& fn_eukaryotic_cellular_respiration_111(fn_rice_plant_106(X)) = fn_cellular_respiration_64(fn_rice_plant_106(X))
& fn_cellular_respiration_64(fn_rice_plant_106(X)) = fn_eukaryotic_cellular_respiration_157(fn_rice_plant_106(X))
& fn_eukaryotic_cellular_respiration_157(fn_rice_plant_106(X)) = fn_plant_cell_63(fn_rice_plant_55(X))
& fn_plant_cell_63(fn_rice_plant_55(X)) = fn_eukaryotic_cell_23(fn_rice_plant_55(X))
& fn_eukaryotic_cell_23(fn_rice_plant_55(X)) = fn_plant_cell_63(fn_rice_plant_55(X))
& fn_plant_cell_63(fn_rice_plant_55(X)) = fn_plant_cell_63(fn_rice_plant_55(X))
& fn_plant_cell_63(fn_rice_plant_55(X)) = fn_plant_cell_80(fn_rice_plant_55(X))
& fn_plant_cell_80(fn_rice_plant_55(X)) = fn_eukaryotic_cellular_respiration_96(fn_rice_plant_106(X))
& fn_eukaryotic_cellular_respiration_96(fn_rice_plant_106(X)) = fn_eukaryotic_cellular_respiration_96(fn_rice_plant_106(X))
& fn_eukaryotic_cellular_respiration_96(fn_rice_plant_106(X)) = fn_plant_cell_59(fn_rice_plant_55(X))
& fn_plant_cell_59(fn_rice_plant_55(X)) = fn_plant_cell_59(fn_rice_plant_55(X))
& fn_plant_cell_59(fn_rice_plant_55(X)) = fn_eukaryotic_cellular_respiration_101(fn_rice_plant_106(X))
& fn_eukaryotic_cellular_respiration_101(fn_rice_plant_106(X)) = fn_eukaryotic_cellular_respiration_101(fn_rice_plant_106(X))
& fn_eukaryotic_cellular_respiration_101(fn_rice_plant_106(X)) = fn_pyruvate_oxidation_3(fn_rice_plant_135(X))
& fn_pyruvate_oxidation_3(fn_rice_plant_135(X)) = fn_eukaryotic_cellular_respiration_68(fn_rice_plant_106(X))
& fn_eukaryotic_cellular_respiration_68(fn_rice_plant_106(X)) = fn_eukaryotic_cellular_respiration_68(fn_rice_plant_106(X)) ) ) ).
fof(a532363,axiom,
! [X] :
( river_1(X)
=> ( original_name_2(X,'River')
& user_description_2(X,'A natural waterway, usually freshwater, that drains into an ocean, lake, or another river.')
& concept2words_2(X,river)
& freshwater_biome_1(X)
& ~ pond_1(X) ) ) ).
fof(a532364,axiom,
! [X] :
( rivet_model_1(X)
=> ( original_name_2(X,'Rivet-Model')
& user_description_2(X,'A model of community structure that suggests that the majority of species in a community have close ecological ties to other members of the community.')
& concept2words_2(X,'model of rivet')
& concept2words_2(X,'rivet model')
& concept2words_2(X,'rivet-model')
& ecological_model_1(X)
& ~ closed_system_1(X)
& ~ cognitive_map_1(X)
& ~ five_kingdom_system_1(X)
& ~ fluid_mosaic_model_1(X)
& ~ molecular_formula_1(X)
& ~ open_system_1(X)
& ~ redundancy_model_1(X)
& ~ representation_of_data_1(X)
& ~ sandwich_model_1(X)
& ~ stable_system_1(X)
& ~ thermodynamic_system_1(X)
& ~ unstable_system_1(X) ) ) ).
fof(a532365,axiom,
! [X] :
( rna_1(X)
=> ( original_name_2(X,'RNA')
& user_description_2(X,'RNA is a nucleic-acid made up of ribonucleotides.')
& concept2words_2(X,'ribonucleic acid')
& concept2words_2(X,'ribo nucleic acid')
& concept2words_2(X,'ribo-nucleic acid')
& concept2words_2(X,'nucleic acid')
& concept2words_2(X,'ribonucleic-acid')
& concept2words_2(X,rna)
& nucleic_acid_1(X)
& number_3_prime_end_1(fn_rna_1(X))
& number_5_prime_end_1(fn_rna_2(X))
& ribonucleoside_monophosphate_1(fn_rna_3(X))
& nitrogen_1(fn_rna_4(X))
& entity_1(fn_rna_5(X))
& chemical_entity_1(fn_rna_5(X))
& atom_1(fn_rna_5(X))
& carbon_1(fn_rna_5(X))
& share_1(fn_rna_6(X))
& ribose_1(fn_rna_7(X))
& covalent_bond_1(fn_rna_8(X))
& chemical_bond_1(fn_rna_8(X))
& phosphodiester_bond_1(fn_rna_8(X))
& atom_1(fn_rna_9(X))
& chemical_entity_1(fn_rna_9(X))
& carbon_1(fn_rna_9(X))
& ribonucleoside_monophosphate_1(fn_rna_10(X))
& system_1(fn_rna_12(X))
& atomic_number_value_1(fn_rna_13(X))
& atom_1(fn_rna_14(X))
& oxygen_1(fn_rna_14(X))
& hold_together_1(fn_rna_15(X))
& ester_linkage_1(fn_rna_16(X))
& hold_together_1(fn_rna_17(X))
& share_1(fn_phosphodiester_bond_6(fn_rna_8(X)))
& property_node_1(fn_carbon_13(fn_rna_5(X)))
& equation_big_node_1(fn_carbon_7(fn_rna_5(X)))
& system_1(fn_carbon_11(fn_rna_5(X)))
& equation_set_1(fn_carbon_20(fn_rna_5(X)))
& atom_1(fn_molecule_11(fn_rna_7(X)))
& ester_linkage_1(fn_phosphodiester_bond_30(fn_rna_8(X)))
& ester_linkage_1(fn_phosphodiester_bond_29(fn_rna_8(X)))
& hold_together_1(fn_phosphodiester_bond_14(fn_rna_8(X)))
& hold_together_1(fn_phosphodiester_bond_17(fn_rna_8(X)))
& atom_1(fn_phosphodiester_bond_18(fn_rna_8(X)))
& oxygen_1(fn_phosphodiester_bond_18(fn_rna_8(X)))
& atom_1(fn_phosphodiester_bond_27(fn_rna_8(X)))
& oxygen_1(fn_phosphodiester_bond_27(fn_rna_8(X)))
& chemical_bond_1(fn_molecule_10(fn_rna_7(X)))
& atomic_number_value_1(fn_atom_17(fn_rna_5(X)))
& atomic_number_value_1(fn_carbon_16(fn_rna_5(X)))
& atom_1(fn_aldehyde_5(fn_rna_7(X)))
& chemical_entity_1(fn_aldehyde_5(fn_rna_7(X)))
& entity_1(fn_pentose_21(fn_rna_7(X)))
& chemical_entity_1(fn_pentose_21(fn_rna_7(X)))
& atom_1(fn_pentose_21(fn_rna_7(X)))
& carbon_1(fn_pentose_21(fn_rna_7(X)))
& carbon_1(fn_aldehyde_6(fn_rna_7(X)))
& entity_1(fn_phosphodiester_bond_16(fn_rna_8(X)))
& chemical_entity_1(fn_phosphodiester_bond_16(fn_rna_8(X)))
& atom_1(fn_phosphodiester_bond_16(fn_rna_8(X)))
& carbon_1(fn_phosphodiester_bond_16(fn_rna_8(X)))
& entity_1(fn_phosphodiester_bond_15(fn_rna_8(X)))
& chemical_entity_1(fn_phosphodiester_bond_15(fn_rna_8(X)))
& atom_1(fn_phosphodiester_bond_15(fn_rna_8(X)))
& carbon_1(fn_phosphodiester_bond_15(fn_rna_8(X)))
& fn_rna_10(X) != fn_rna_3(X)
& has_region_2(X,fn_rna_1(X))
& has_region_2(X,fn_rna_2(X))
& minCardinality(X,has_part_0,"2",ribonucleotide_0)
& fn_rna_3(X) != fn_rna_10(X)
& has_part_2(X,fn_rna_3(X))
& has_part_2(X,fn_rna_10(X))
& possesses_2(fn_rna_7(X),fn_rna_8(X))
& is_between_2(fn_rna_8(X),fn_rna_4(X))
& has_part_2(X,fn_rna_9(X))
& possesses_2(X,fn_rna_8(X))
& has_part_2(fn_rna_7(X),fn_rna_5(X))
& fn_rna_4(X) != fn_rna_5(X)
& fn_rna_5(X) != fn_rna_4(X)
& called_2(fn_rna_16(X),"2")
& agent_2(fn_rna_17(X),fn_rna_8(X))
& element_2(fn_rna_8(X),fn_rna_16(X))
& has_function_2(fn_rna_16(X),fn_rna_15(X))
& agent_2(fn_rna_15(X),fn_rna_16(X))
& is_between_2(fn_rna_16(X),fn_rna_5(X))
& has_function_2(fn_rna_8(X),fn_rna_17(X))
& object_2(fn_rna_17(X),fn_rna_5(X))
& object_2(fn_rna_15(X),fn_rna_5(X))
& object_2(fn_rna_15(X),fn_rna_14(X))
& is_between_2(fn_rna_16(X),fn_rna_14(X))
& is_between_2(fn_rna_8(X),fn_rna_5(X))
& agent_2(fn_rna_6(X),fn_rna_5(X))
& result_2(fn_rna_6(X),fn_rna_8(X))
& fn_rna_14(X) != fn_rna_5(X)
& fn_rna_5(X) != fn_rna_14(X)
& called_2(fn_rna_13(X),'Atomic_Number')
& atomic_number_2(fn_rna_5(X),fn_rna_13(X))
& fn_rna_3(X) = fn_polymer_4(X)
& fn_rna_10(X) = fn_nucleic_acid_20(X)
& fn_rna_4(X) = fn_molecule_11(X)
& fn_rna_4(X) = fn_molecule_11(fn_rna_7(X))
& fn_rna_8(X) = fn_molecule_10(fn_rna_7(X))
& fn_rna_9(X) = fn_organic_molecule_2(X)
& fn_rna_9(X) = fn_organic_molecule_1(X)
& fn_rna_8(X) = fn_molecule_10(X)
& fn_rna_8(X) = fn_nucleic_acid_19(X)
& fn_rna_4(X) = fn_aldehyde_5(fn_rna_7(X))
& fn_rna_5(X) = fn_aldehyde_5(fn_rna_7(X))
& fn_rna_5(X) = fn_pentose_21(fn_rna_7(X))
& fn_rna_5(X) = fn_aldehyde_6(fn_rna_7(X))
& fn_rna_16(X) = fn_phosphodiester_bond_30(fn_rna_8(X))
& fn_rna_16(X) = fn_phosphodiester_bond_29(fn_rna_8(X))
& fn_rna_15(X) = fn_phosphodiester_bond_14(fn_rna_8(X))
& fn_rna_15(X) = fn_phosphodiester_bond_17(fn_rna_8(X))
& fn_rna_17(X) = fn_phosphodiester_bond_14(fn_rna_8(X))
& fn_rna_6(X) = fn_phosphodiester_bond_6(fn_rna_8(X))
& fn_rna_14(X) = fn_phosphodiester_bond_18(fn_rna_8(X))
& fn_rna_14(X) = fn_phosphodiester_bond_27(fn_rna_8(X))
& fn_rna_5(X) = fn_phosphodiester_bond_16(fn_rna_8(X))
& fn_rna_5(X) = fn_phosphodiester_bond_15(fn_rna_8(X))
& fn_rna_18(X) = fn_carbon_13(fn_rna_5(X))
& fn_rna_19(X) = fn_carbon_7(fn_rna_5(X))
& fn_rna_12(X) = fn_carbon_11(fn_rna_5(X))
& fn_rna_11(X) = fn_carbon_20(fn_rna_5(X))
& fn_rna_13(X) = fn_atom_17(fn_rna_5(X))
& fn_rna_13(X) = fn_carbon_16(fn_rna_5(X))
& fn_organic_molecule_2(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_molecule_11(fn_rna_7(X))
& fn_molecule_11(fn_rna_7(X)) = fn_aldehyde_5(fn_rna_7(X))
& fn_aldehyde_5(fn_rna_7(X)) = fn_aldehyde_5(fn_rna_7(X))
& fn_aldehyde_5(fn_rna_7(X)) = fn_phosphodiester_bond_30(fn_rna_8(X))
& fn_phosphodiester_bond_30(fn_rna_8(X)) = fn_phosphodiester_bond_30(fn_rna_8(X))
& fn_phosphodiester_bond_29(fn_rna_8(X)) = fn_phosphodiester_bond_30(fn_rna_8(X))
& fn_phosphodiester_bond_30(fn_rna_8(X)) = fn_phosphodiester_bond_29(fn_rna_8(X))
& fn_phosphodiester_bond_29(fn_rna_8(X)) = fn_phosphodiester_bond_29(fn_rna_8(X))
& fn_phosphodiester_bond_29(fn_rna_8(X)) = fn_phosphodiester_bond_17(fn_rna_8(X))
& fn_phosphodiester_bond_17(fn_rna_8(X)) = fn_phosphodiester_bond_17(fn_rna_8(X))
& fn_phosphodiester_bond_17(fn_rna_8(X)) = fn_phosphodiester_bond_14(fn_rna_8(X))
& fn_phosphodiester_bond_14(fn_rna_8(X)) = fn_phosphodiester_bond_17(fn_rna_8(X))
& fn_phosphodiester_bond_17(fn_rna_8(X)) = fn_phosphodiester_bond_18(fn_rna_8(X))
& fn_phosphodiester_bond_18(fn_rna_8(X)) = fn_phosphodiester_bond_18(fn_rna_8(X))
& fn_phosphodiester_bond_27(fn_rna_8(X)) = fn_phosphodiester_bond_18(fn_rna_8(X))
& fn_phosphodiester_bond_18(fn_rna_8(X)) = fn_phosphodiester_bond_27(fn_rna_8(X))
& fn_phosphodiester_bond_27(fn_rna_8(X)) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_molecule_10(fn_rna_7(X))
& fn_molecule_10(fn_rna_7(X)) = fn_molecule_10(fn_rna_7(X))
& fn_molecule_10(fn_rna_7(X)) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_nucleic_acid_19(X)
& fn_nucleic_acid_19(X) = fn_atom_17(fn_rna_5(X))
& fn_carbon_16(fn_rna_5(X)) = fn_carbon_16(fn_rna_5(X))
& fn_carbon_16(fn_rna_5(X)) = fn_atom_17(fn_rna_5(X))
& fn_atom_17(fn_rna_5(X)) = fn_carbon_16(fn_rna_5(X))
& fn_carbon_16(fn_rna_5(X)) = fn_aldehyde_5(fn_rna_7(X))
& fn_aldehyde_5(fn_rna_7(X)) = fn_pentose_21(fn_rna_7(X))
& fn_aldehyde_6(fn_rna_7(X)) = fn_pentose_21(fn_rna_7(X))
& fn_pentose_21(fn_rna_7(X)) = fn_aldehyde_6(fn_rna_7(X))
& fn_aldehyde_6(fn_rna_7(X)) = fn_aldehyde_6(fn_rna_7(X))
& fn_aldehyde_6(fn_rna_7(X)) = fn_phosphodiester_bond_16(fn_rna_8(X))
& fn_phosphodiester_bond_16(fn_rna_8(X)) = fn_phosphodiester_bond_16(fn_rna_8(X))
& fn_phosphodiester_bond_15(fn_rna_8(X)) = fn_phosphodiester_bond_16(fn_rna_8(X))
& fn_phosphodiester_bond_16(fn_rna_8(X)) = fn_phosphodiester_bond_15(fn_rna_8(X)) ) ) ).
fof(a532366,axiom,
! [X] :
( rna_codon_1(X)
=> ( original_name_2(X,'RNA-Codon')
& user_description_2(X,'An RNA codon is three nucleotides in a messenger RNA molecule whose sequence of nitrogenous bases codes for one specific amino acid.')
& concept2words_2(X,'codon of rna')
& concept2words_2(X,'rna codon')
& concept2words_2(X,'rna-codon')
& codon_1(X)
& ~ dna_codon_1(X)
& deoxyribonucleoside_monophosphate_1(fn_rna_codon_1(X))
& deoxyribonucleoside_monophosphate_1(fn_rna_codon_2(X))
& mrna_1(fn_rna_codon_3(X))
& size_value_1(fn_rna_codon_6(X))
& size_value_1(fn_rna_codon_7(X))
& ribonucleoside_monophosphate_1(fn_rna_codon_8(X))
& ribonucleoside_monophosphate_1(fn_rna_codon_9(X))
& attach_1(fn_rna_codon_10(X))
& hold_together_1(fn_rna_codon_11(X))
& phosphodiester_bond_1(fn_rna_codon_12(X))
& hold_together_1(fn_chemical_bond_3(fn_rna_codon_12(X)))
& hold_together_1(fn_phosphodiester_bond_14(fn_rna_codon_12(X)))
& spatial_entity_1(fn_attach_1(fn_rna_codon_10(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_rna_codon_12(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_rna_codon_12(X)))
& complement_2(fn_rna_codon_1(X),fn_rna_codon_9(X))
& complement_2(fn_rna_codon_2(X),fn_rna_codon_8(X))
& complement_2(fn_rna_codon_8(X),fn_rna_codon_2(X))
& exactCardinality(fn_rna_codon_8(X),complement_0,"1",deoxyribonucleoside_monophosphate_0)
& is_at_2(X,fn_rna_codon_3(X))
& possesses_2(X,fn_rna_codon_12(X))
& complement_2(fn_rna_codon_9(X),fn_rna_codon_1(X))
& exactCardinality(fn_rna_codon_9(X),complement_0,"1",deoxyribonucleoside_monophosphate_0)
& object_2(fn_rna_codon_10(X),fn_rna_codon_9(X))
& is_between_2(fn_rna_codon_12(X),fn_rna_codon_9(X))
& object_2(fn_rna_codon_11(X),fn_rna_codon_9(X))
& element_2(X,fn_rna_codon_8(X))
& next_element_2(fn_rna_codon_9(X),fn_rna_codon_8(X))
& has_function_2(fn_rna_codon_12(X),fn_rna_codon_11(X))
& agent_2(fn_rna_codon_11(X),fn_rna_codon_12(X))
& size_2(fn_rna_codon_9(X),fn_rna_codon_7(X))
& first_element_2(X,fn_rna_codon_9(X))
& element_2(X,fn_rna_codon_9(X))
& size_2(X,fn_rna_codon_6(X))
& greater_than_2(fn_rna_codon_6(X),fn_rna_codon_7(X))
& fn_rna_codon_9(X) = fn_attach_1(fn_rna_codon_10(X))
& fn_rna_codon_11(X) = fn_chemical_bond_3(fn_rna_codon_12(X))
& fn_rna_codon_9(X) = fn_chemical_bond_1(fn_rna_codon_12(X))
& fn_rna_codon_9(X) = fn_chemical_bond_4(fn_rna_codon_12(X))
& fn_rna_codon_9(X) = fn_codon_1(X)
& fn_rna_codon_8(X) = fn_codon_2(X)
& fn_rna_codon_11(X) = fn_phosphodiester_bond_14(fn_rna_codon_12(X))
& fn_rna_codon_5(X) = fn_nucleic_acid_sequence_4(X)
& fn_rna_codon_4(X) = fn_nucleic_acid_sequence_3(X)
& fn_rna_codon_7(X) = fn_nucleic_acid_sequence_1(X)
& fn_rna_codon_6(X) = fn_nucleic_acid_sequence_2(X)
& fn_rna_codon_9(X) = fn_nucleic_acid_sequence_5(X)
& fn_chemical_bond_3(fn_rna_codon_12(X)) = fn_chemical_bond_3(fn_rna_codon_12(X))
& fn_chemical_bond_3(fn_rna_codon_12(X)) = fn_phosphodiester_bond_14(fn_rna_codon_12(X))
& fn_phosphodiester_bond_14(fn_rna_codon_12(X)) = fn_phosphodiester_bond_14(fn_rna_codon_12(X))
& fn_phosphodiester_bond_14(fn_rna_codon_12(X)) = fn_attach_1(fn_rna_codon_10(X))
& fn_attach_1(fn_rna_codon_10(X)) = fn_chemical_bond_1(fn_rna_codon_12(X))
& fn_chemical_bond_1(fn_rna_codon_12(X)) = fn_chemical_bond_1(fn_rna_codon_12(X))
& fn_chemical_bond_4(fn_rna_codon_12(X)) = fn_chemical_bond_1(fn_rna_codon_12(X))
& fn_chemical_bond_1(fn_rna_codon_12(X)) = fn_chemical_bond_4(fn_rna_codon_12(X))
& fn_chemical_bond_4(fn_rna_codon_12(X)) = fn_chemical_bond_4(fn_rna_codon_12(X))
& fn_chemical_bond_4(fn_rna_codon_12(X)) = fn_codon_1(X)
& fn_codon_1(X) = fn_codon_1(X)
& fn_codon_1(X) = fn_nucleic_acid_sequence_5(X)
& fn_nucleic_acid_sequence_5(X) = fn_nucleic_acid_sequence_5(X) ) ) ).
fof(a532367,axiom,
! [X] :
( rna_fragment_1(X)
=> ( original_name_2(X,'RNA-Fragment')
& user_description_2(X,'Resultant pieces of RNA from RNA degradation.')
& concept2words_2(X,'fragment of rna')
& concept2words_2(X,'rna fragment')
& concept2words_2(X,'rna-fragment')
& rna_1(X) ) ) ).
fof(a532368,axiom,
! [X] :
( rna_interference_1(X)
=> ( original_name_2(X,'RNA-Interference')
& user_description_2(X,'A molecular biology technique used to inhibit the expression of selected genes. A synthesized strand of RNA binds to the selected gene and initiates the breakdown of the gene\'s mRNA so that it is not incorporated into the final transcript.')
& concept2words_2(X,'stop gene expression')
& concept2words_2(X,'silence gene expression')
& concept2words_2(X,'rna i')
& concept2words_2(X,'rna-i')
& concept2words_2(X,'double stranded rna')
& concept2words_2(X,'double-stranded-rna')
& concept2words_2(X,'interference of rna')
& concept2words_2(X,'rna interference')
& concept2words_2(X,'rna-interference')
& gene_regulation_1(X)
& ~ control_of_eukaryotic_translation_initiation_1(X)
& ~ epistasis_1(X)
& ~ gene_cloning_1(X)
& ~ gene_expression_1(X)
& ~ gene_for_gene_recognition_1(X)
& ~ gene_inactivation_1(X)
& ~ histone_acetylation_1(X)
& ~ horizontal_gene_transfer_1(X)
& ~ polygenic_inheritance_1(X)
& ~ proofreading_of_dna_replication_1(X)
& ~ transduction_1(X)
& ~ transformation_of_cell_to_cancerous_cell_1(X)
& rna_sequence_1(fn_rna_interference_1(X))
& dna_sequence_1(fn_rna_interference_2(X))
& cell_1(fn_rna_interference_3(X))
& retrotransposon_1(fn_rna_interference_4(X))
& move_1(fn_rna_interference_5(X))
& gene_expression_1(fn_rna_interference_6(X))
& stop_1(fn_rna_interference_7(X))
& evolution_1(fn_rna_interference_8(X))
& code_for_1(fn_rna_interference_9(X))
& virus_1(fn_rna_interference_10(X))
& gene_1(fn_rna_interference_11(X))
& tangible_entity_1(fn_rna_interference_12(X))
& mrna_1(fn_rna_interference_12(X))
& viral_infection_1(fn_rna_interference_13(X))
& destroy_1(fn_rna_interference_14(X))
& dna_strand_1(fn_rna_interference_15(X))
& virus_1(fn_viral_infection_15(fn_rna_interference_13(X)))
& gene_1(fn_dna_strand_14(fn_rna_interference_15(X)))
& code_for_1(fn_gene_13(fn_rna_interference_11(X)))
& tangible_entity_1(fn_impair_1(fn_rna_interference_14(X)))
& mrna_1(fn_gene_7(fn_rna_interference_11(X)))
& object_2(fn_rna_interference_7(X),fn_rna_interference_4(X))
& object_2(fn_rna_interference_7(X),fn_rna_interference_10(X))
& by_means_of_2(fn_rna_interference_6(X),fn_rna_interference_14(X))
& agent_2(fn_rna_interference_6(X),fn_rna_interference_11(X))
& path_2(fn_rna_interference_13(X),fn_rna_interference_3(X))
& agent_2(fn_rna_interference_5(X),fn_rna_interference_4(X))
& path_2(fn_rna_interference_5(X),fn_rna_interference_3(X))
& has_part_2(fn_rna_interference_3(X),fn_rna_interference_12(X))
& has_part_2(fn_rna_interference_11(X),fn_rna_interference_2(X))
& same_type_2(fn_rna_interference_2(X),fn_rna_interference_1(X))
& same_type_2(fn_rna_interference_1(X),fn_rna_interference_2(X))
& inhibits_2(X,fn_rna_interference_5(X))
& inhibits_2(X,fn_rna_interference_13(X))
& inhibits_2(X,fn_rna_interference_6(X))
& causes_2(X,fn_rna_interference_14(X))
& causes_2(X,fn_rna_interference_7(X))
& by_means_of_2(X,fn_rna_interference_8(X))
& object_2(fn_rna_interference_14(X),fn_rna_interference_12(X))
& agent_2(fn_rna_interference_13(X),fn_rna_interference_10(X))
& has_part_2(fn_rna_interference_15(X),fn_rna_interference_11(X))
& result_2(fn_rna_interference_9(X),fn_rna_interference_12(X))
& agent_2(fn_rna_interference_9(X),fn_rna_interference_11(X))
& fn_rna_interference_12(X) = fn_impair_1(fn_rna_interference_14(X))
& fn_rna_interference_10(X) = fn_viral_infection_15(fn_rna_interference_13(X))
& fn_rna_interference_11(X) = fn_dna_strand_14(fn_rna_interference_15(X))
& fn_rna_interference_12(X) = fn_gene_7(fn_rna_interference_11(X))
& fn_rna_interference_9(X) = fn_gene_13(fn_rna_interference_11(X))
& fn_impair_1(fn_rna_interference_14(X)) = fn_gene_7(fn_rna_interference_11(X)) ) ) ).
fof(a532369,axiom,
! [X] :
( rna_polymerase_1(X)
=> ( original_name_2(X,'RNA-Polymerase')
& user_description_2(X,'RNA-Polymerase is an enzyme that plays a primary role in DNA Transcription, the process of synthesizing mRNA.')
& concept2words_2(X,'polymerase of rna')
& concept2words_2(X,'rna polymerase')
& concept2words_2(X,'rna-polymerase')
& polymerase_1(X)
& hydrophobic_region_1(fn_rna_polymerase_1(X))
& decrease_1(fn_rna_polymerase_3(X))
& atom_1(fn_rna_polymerase_4(X))
& chemical_entity_1(fn_rna_polymerase_4(X))
& catalyst_1(fn_rna_polymerase_5(X))
& protein_domain_1(fn_rna_polymerase_6(X))
& carbon_skeleton_1(fn_rna_polymerase_7(X))
& active_site_1(fn_rna_polymerase_8(X))
& pre_mrna_1(fn_rna_polymerase_9(X))
& ribonucleoside_monophosphate_1(fn_rna_polymerase_10(X))
& add_1(fn_rna_polymerase_11(X))
& number_3_prime_end_1(fn_rna_polymerase_12(X))
& r_group_1(fn_rna_polymerase_13(X))
& spatial_entity_1(fn_rna_polymerase_14(X))
& chemical_entity_1(fn_rna_polymerase_14(X))
& monomer_1(fn_rna_polymerase_14(X))
& molecule_1(fn_rna_polymerase_14(X))
& amino_acid_1(fn_rna_polymerase_14(X))
& carbon_1(fn_rna_polymerase_15(X))
& size_value_1(fn_rna_polymerase_16(X))
& quantity_value_1(fn_rna_polymerase_17(X))
& speed_value_1(fn_rna_polymerase_18(X))
& constant_motion_1(fn_rna_polymerase_19(X))
& kinetic_energy_1(fn_rna_polymerase_20(X))
& size_value_1(fn_rna_polymerase_21(X))
& surface_1(fn_rna_polymerase_22(X))
& hydrophilic_region_1(fn_rna_polymerase_23(X))
& monomer_1(fn_rna_polymerase_24(X))
& polypeptide_1(fn_rna_polymerase_25(X))
& transcription_1(fn_rna_polymerase_29(X))
& spatial_entity_1(fn_add_1(fn_rna_polymerase_11(X)))
& spatial_entity_1(fn_add_2(fn_rna_polymerase_11(X)))
& number_3_prime_end_1(fn_rna_1(fn_rna_polymerase_9(X)))
& catalyst_1(fn_synthesis_of_rna_2(fn_rna_polymerase_29(X)))
& rna_polymerase_1(fn_synthesis_of_rna_4(fn_rna_polymerase_29(X)))
& has_region_2(X,fn_rna_polymerase_1(X))
& agent_2(fn_rna_polymerase_11(X),X)
& site_2(fn_rna_polymerase_11(X),fn_rna_polymerase_12(X))
& object_2(fn_rna_polymerase_11(X),fn_rna_polymerase_10(X))
& base_2(fn_rna_polymerase_11(X),fn_rna_polymerase_9(X))
& enables_2(fn_rna_polymerase_3(X),fn_rna_polymerase_29(X))
& site_2(fn_rna_polymerase_29(X),fn_rna_polymerase_8(X))
& facilitates_2(fn_rna_polymerase_8(X),fn_rna_polymerase_29(X))
& has_function_2(X,fn_rna_polymerase_3(X))
& has_region_2(fn_rna_polymerase_9(X),fn_rna_polymerase_12(X))
& has_function_2(X,fn_rna_polymerase_29(X))
& plays_2(X,fn_rna_polymerase_5(X))
& in_event_2(fn_rna_polymerase_5(X),fn_rna_polymerase_29(X))
& possesses_2(X,fn_rna_polymerase_20(X))
& quantity_2(fn_rna_polymerase_20(X),fn_rna_polymerase_17(X))
& directly_proportional_2(fn_rna_polymerase_18(X),fn_rna_polymerase_17(X))
& speed_2(fn_rna_polymerase_19(X),fn_rna_polymerase_18(X))
& object_2(fn_rna_polymerase_19(X),X)
& has_region_2(X,fn_rna_polymerase_22(X))
& is_at_2(fn_rna_polymerase_23(X),fn_rna_polymerase_22(X))
& has_region_2(X,fn_rna_polymerase_23(X))
& has_part_2(X,fn_rna_polymerase_25(X))
& has_part_2(fn_rna_polymerase_25(X),fn_rna_polymerase_14(X))
& the_scalar_value_2(fn_rna_polymerase_21(X),big_0)
& scalar_unit_class_2(fn_rna_polymerase_21(X),polypeptide_0)
& size_2(X,fn_rna_polymerase_21(X))
& greater_than_2(fn_rna_polymerase_21(X),fn_rna_polymerase_16(X))
& size_2(fn_rna_polymerase_24(X),fn_rna_polymerase_16(X))
& has_part_2(X,fn_rna_polymerase_24(X))
& has_part_2(X,fn_rna_polymerase_4(X))
& has_region_2(X,fn_rna_polymerase_7(X))
& is_inside_2(fn_rna_polymerase_15(X),fn_rna_polymerase_7(X))
& has_part_2(X,fn_rna_polymerase_15(X))
& fn_rna_polymerase_4(X) != fn_rna_polymerase_15(X)
& fn_rna_polymerase_15(X) != fn_rna_polymerase_4(X)
& has_region_2(X,fn_rna_polymerase_8(X))
& is_inside_2(fn_rna_polymerase_13(X),fn_rna_polymerase_8(X))
& has_region_2(fn_rna_polymerase_14(X),fn_rna_polymerase_13(X))
& is_at_2(fn_rna_polymerase_14(X),fn_rna_polymerase_6(X))
& has_region_2(X,fn_rna_polymerase_6(X))
& fn_rna_polymerase_10(X) = fn_add_1(fn_rna_polymerase_11(X))
& fn_rna_polymerase_9(X) = fn_add_2(fn_rna_polymerase_11(X))
& fn_rna_polymerase_8(X) = fn_enzyme_2(X)
& fn_rna_polymerase_3(X) = fn_enzyme_5(X)
& fn_rna_polymerase_12(X) = fn_rna_1(fn_rna_polymerase_9(X))
& fn_rna_polymerase_26(X) = fn_protein_10(X)
& fn_rna_polymerase_5(X) = fn_enzyme_6(X)
& fn_rna_polymerase_5(X) = fn_synthesis_of_rna_2(fn_rna_polymerase_29(X))
& fn_rna_polymerase_29(X) = fn_enzyme_4(X)
& X = fn_synthesis_of_rna_4(fn_rna_polymerase_29(X))
& fn_rna_polymerase_27(X) = fn_molecule_1(X)
& fn_rna_polymerase_28(X) = fn_molecule_2(X)
& fn_rna_polymerase_19(X) = fn_molecule_8(X)
& fn_rna_polymerase_18(X) = fn_molecule_3(X)
& fn_rna_polymerase_17(X) = fn_molecule_4(X)
& fn_rna_polymerase_20(X) = fn_molecule_12(X)
& fn_rna_polymerase_14(X) = fn_protein_14(X)
& fn_rna_polymerase_25(X) = fn_protein_8(X)
& fn_rna_polymerase_23(X) = fn_protein_1(X)
& fn_rna_polymerase_22(X) = fn_protein_5(X)
& fn_rna_polymerase_24(X) = fn_polymer_4(X)
& fn_rna_polymerase_24(X) = fn_protein_enzyme_9(X)
& fn_rna_polymerase_16(X) = fn_protein_enzyme_4(X)
& fn_rna_polymerase_21(X) = fn_protein_9(X)
& fn_rna_polymerase_21(X) = fn_protein_enzyme_3(X)
& fn_rna_polymerase_4(X) = fn_organic_molecule_2(X)
& fn_rna_polymerase_4(X) = fn_protein_enzyme_8(X)
& fn_rna_polymerase_15(X) = fn_organic_molecule_1(X)
& fn_rna_polymerase_15(X) = fn_protein_enzyme_7(X)
& fn_rna_polymerase_7(X) = fn_organic_molecule_3(X)
& fn_rna_polymerase_7(X) = fn_protein_enzyme_6(X)
& fn_rna_polymerase_6(X) = fn_protein_enzyme_5(X)
& fn_rna_polymerase_14(X) = fn_protein_enzyme_11(X)
& fn_rna_polymerase_13(X) = fn_protein_enzyme_12(X)
& fn_rna_polymerase_8(X) = fn_protein_enzyme_10(X)
& fn_synthesis_of_rna_2(fn_rna_polymerase_29(X)) = fn_enzyme_6(X)
& fn_enzyme_6(X) = fn_synthesis_of_rna_2(fn_rna_polymerase_29(X))
& fn_synthesis_of_rna_2(fn_rna_polymerase_29(X)) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_1(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_3(X)
& fn_protein_enzyme_6(X) = fn_organic_molecule_3(X)
& fn_organic_molecule_3(X) = fn_protein_enzyme_6(X)
& fn_protein_enzyme_6(X) = fn_protein_14(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_enzyme_10(X)
& fn_synthesis_of_rna_4(fn_rna_polymerase_29(X)) = fn_synthesis_of_rna_4(fn_rna_polymerase_29(X)) ) ) ).
fof(a532370,axiom,
! [X] :
( rna_polymerase_i_1(X)
=> ( original_name_2(X,'RNA-Polymerase-I')
& user_description_2(X,'An enzyme that links ribonucleotides into a growing RNA chain during transcription, based on complementary binding to nucleotides on a DNA template strand.')
& concept2words_2(X,'pol i')
& concept2words_2(X,'rna pol i')
& concept2words_2(X,'rna-pol-i')
& concept2words_2(X,'rna polymerase i')
& concept2words_2(X,'rna-polymerase-i')
& polymerase_1(X)
& ~ reverse_transcriptase_1(X) ) ) ).
fof(a532371,axiom,
! [X] :
( rna_primer_1(X)
=> ( original_name_2(X,'RNA-Primer')
& user_description_2(X,'Primer is a short stretch of RNA which is used to start synthesis of a new DNA strand using a parent DNA strand as template.')
& concept2words_2(X,'primer of rna')
& concept2words_2(X,'rna primer')
& concept2words_2(X,'rna-primer')
& rna_sequence_1(X)
& primer_1(X)
& ~ dna_primer_1(X)
& carbon_skeleton_1(fn_rna_primer_1(X))
& covalent_bond_1(fn_rna_primer_2(X))
& chemical_bond_1(fn_rna_primer_2(X))
& phosphodiester_bond_1(fn_rna_primer_2(X))
& ribonucleoside_monophosphate_1(fn_rna_primer_3(X))
& atom_1(fn_rna_primer_4(X))
& chemical_entity_1(fn_rna_primer_4(X))
& carbon_1(fn_rna_primer_4(X))
& quantity_value_1(fn_rna_primer_5(X))
& speed_value_1(fn_rna_primer_6(X))
& constant_motion_1(fn_rna_primer_7(X))
& kinetic_energy_1(fn_rna_primer_8(X))
& chemical_entity_1(fn_chemical_bond_1(fn_rna_primer_2(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_rna_primer_2(X)))
& carbon_1(fn_carbon_skeleton_4(fn_rna_primer_1(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_rna_primer_1(X)))
& has_part_2(X,fn_rna_primer_3(X))
& is_between_2(fn_rna_primer_2(X),fn_rna_primer_3(X))
& possesses_2(X,fn_rna_primer_2(X))
& has_region_2(X,fn_rna_primer_1(X))
& has_part_2(X,fn_rna_primer_4(X))
& is_inside_2(fn_rna_primer_4(X),fn_rna_primer_1(X))
& possesses_2(X,fn_rna_primer_8(X))
& quantity_2(fn_rna_primer_8(X),fn_rna_primer_5(X))
& directly_proportional_2(fn_rna_primer_6(X),fn_rna_primer_5(X))
& speed_2(fn_rna_primer_7(X),fn_rna_primer_6(X))
& object_2(fn_rna_primer_7(X),X)
& fn_rna_primer_3(X) = fn_chemical_bond_1(fn_rna_primer_2(X))
& fn_rna_primer_3(X) = fn_chemical_bond_4(fn_rna_primer_2(X))
& fn_rna_primer_2(X) = fn_molecule_10(X)
& fn_rna_primer_2(X) = fn_nucleic_acid_19(X)
& fn_rna_primer_4(X) = fn_organic_molecule_2(X)
& fn_rna_primer_4(X) = fn_organic_molecule_1(X)
& fn_rna_primer_4(X) = fn_carbon_skeleton_4(fn_rna_primer_1(X))
& fn_rna_primer_1(X) = fn_organic_molecule_3(X)
& X = fn_carbon_skeleton_3(fn_rna_primer_1(X))
& fn_rna_primer_7(X) = fn_molecule_8(X)
& fn_rna_primer_6(X) = fn_molecule_3(X)
& fn_rna_primer_5(X) = fn_molecule_4(X)
& fn_rna_primer_8(X) = fn_molecule_12(X)
& fn_chemical_bond_1(fn_rna_primer_2(X)) = fn_chemical_bond_4(fn_rna_primer_2(X))
& fn_chemical_bond_4(fn_rna_primer_2(X)) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_nucleic_acid_19(X)
& fn_nucleic_acid_19(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_1(X)
& fn_carbon_skeleton_4(fn_rna_primer_1(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_carbon_skeleton_4(fn_rna_primer_1(X))
& fn_carbon_skeleton_3(fn_rna_primer_1(X)) = fn_carbon_skeleton_3(fn_rna_primer_1(X)) ) ) ).
fof(a532372,axiom,
! [X] :
( rna_priming_1(X)
=> ( original_name_2(X,'RNA-priming')
& user_description_2(X,'The synthesis of a short RNA segment called a primer onto which DNA polymerase can add DNA nucleotides to begin DNA synthesis.')
& concept2words_2(X,'priming of rna')
& concept2words_2(X,'rna priming')
& concept2words_2(X,'rna-priming')
& synthesis_of_rna_1(X)
& base_pairing_1(fn_rna_priming_1(X))
& chemical_entity_1(fn_rna_priming_2(X))
& atp_1(fn_rna_priming_2(X))
& reactant_1(fn_rna_priming_3(X))
& rna_polymerase_1(fn_rna_priming_4(X))
& amphipathic_molecule_1(fn_rna_priming_4(X))
& dna_primase_1(fn_rna_priming_4(X))
& rna_primer_1(fn_rna_priming_5(X))
& dna_strand_1(fn_rna_priming_6(X))
& ribonucleotide_1(fn_rna_priming_7(X))
& ribonucleotide_1(fn_rna_priming_8(X))
& add_1(fn_rna_priming_9(X))
& attach_1(fn_rna_priming_10(X))
& spatial_entity_1(fn_attach_2(fn_rna_priming_10(X)))
& spatial_entity_1(fn_add_1(fn_rna_priming_9(X)))
& reactant_1(fn_enzyme_7(fn_rna_priming_4(X)))
& spatial_entity_1(fn_add_2(fn_rna_priming_9(X)))
& spatial_entity_1(fn_attach_1(fn_rna_priming_10(X)))
& chemical_entity_1(fn_reactant_3(fn_rna_priming_3(X)))
& chemical_reaction_1(fn_enzyme_4(fn_rna_priming_4(X)))
& by_means_of_2(fn_rna_priming_10(X),fn_rna_priming_1(X))
& next_event_2(fn_rna_priming_10(X),fn_rna_priming_9(X))
& result_2(fn_rna_priming_9(X),fn_rna_priming_5(X))
& maxCardinality(X,subevent_0,"10",add_0)
& minCardinality(X,subevent_0,"5",add_0)
& subevent_2(X,fn_rna_priming_9(X))
& subevent_2(X,fn_rna_priming_10(X))
& base_2(fn_rna_priming_10(X),fn_rna_priming_6(X))
& object_2(fn_rna_priming_9(X),fn_rna_priming_8(X))
& base_2(fn_rna_priming_9(X),fn_rna_priming_7(X))
& result_2(X,fn_rna_priming_5(X))
& object_2(fn_rna_priming_10(X),fn_rna_priming_7(X))
& plays_2(fn_rna_priming_2(X),fn_rna_priming_3(X))
& raw_material_2(X,fn_rna_priming_2(X))
& has_function_2(fn_rna_priming_4(X),X)
& in_event_2(fn_rna_priming_3(X),X)
& fn_rna_priming_6(X) = fn_attach_2(fn_rna_priming_10(X))
& fn_rna_priming_8(X) = fn_add_1(fn_rna_priming_9(X))
& fn_rna_priming_7(X) = fn_add_2(fn_rna_priming_9(X))
& fn_rna_priming_5(X) = fn_polymer_synthesis_23(X)
& fn_rna_priming_5(X) = fn_synthesis_of_nucleic_acid_6(X)
& fn_rna_priming_7(X) = fn_attach_1(fn_rna_priming_10(X))
& fn_rna_priming_2(X) = fn_reactant_3(fn_rna_priming_3(X))
& fn_rna_priming_2(X) = fn_anabolic_pathway_6(X)
& fn_rna_priming_2(X) = fn_synthesis_of_rna_3(X)
& fn_rna_priming_3(X) = fn_enzyme_7(fn_rna_priming_4(X))
& X = fn_enzyme_4(fn_rna_priming_4(X))
& fn_polymer_synthesis_23(X) = fn_synthesis_of_nucleic_acid_6(X)
& fn_synthesis_of_nucleic_acid_6(X) = fn_add_2(fn_rna_priming_9(X))
& fn_add_2(fn_rna_priming_9(X)) = fn_attach_1(fn_rna_priming_10(X))
& fn_attach_1(fn_rna_priming_10(X)) = fn_reactant_3(fn_rna_priming_3(X))
& fn_reactant_3(fn_rna_priming_3(X)) = fn_anabolic_pathway_6(X)
& fn_anabolic_pathway_6(X) = fn_reactant_3(fn_rna_priming_3(X))
& fn_reactant_3(fn_rna_priming_3(X)) = fn_synthesis_of_rna_3(X)
& fn_enzyme_4(fn_rna_priming_4(X)) = fn_enzyme_4(fn_rna_priming_4(X)) ) ) ).
fof(a532373,axiom,
! [X] :
( rna_processing_1(X)
=> ( original_name_2(X,'RNA-Processing')
& user_description_2(X,'During RNA-processing, enzymes in the nucleus of eukaryotic organisms modify pre-mRNA before the pre-mRNA is transported into the cytoplasm.')
& concept2words_2(X,process)
& concept2words_2(X,'processing of rna')
& concept2words_2(X,'rna processing')
& concept2words_2(X,'rna-processing')
& nucleic_acid_process_1(X)
& remove_1(fn_rna_processing_1(X))
& rna_splicing_1(fn_rna_processing_1(X))
& alteration_of_mrna_ends_1(fn_rna_processing_2(X))
& pre_mrna_1(fn_rna_processing_3(X))
& nucleus_1(fn_rna_processing_4(X))
& pre_mrna_1(fn_alteration_of_mrna_ends_14(fn_rna_processing_2(X)))
& nucleus_1(fn_alteration_of_mrna_ends_1(fn_rna_processing_2(X)))
& nucleus_1(fn_rna_splicing_4(fn_rna_processing_1(X)))
& site_2(X,fn_rna_processing_4(X))
& object_2(X,fn_rna_processing_3(X))
& subevent_2(X,fn_rna_processing_1(X))
& subevent_2(X,fn_rna_processing_2(X))
& first_subevent_2(X,fn_rna_processing_2(X))
& object_2(fn_rna_processing_2(X),fn_rna_processing_3(X))
& site_2(fn_rna_processing_2(X),fn_rna_processing_4(X))
& site_2(fn_rna_processing_1(X),fn_rna_processing_4(X))
& fn_rna_processing_3(X) = fn_alteration_of_mrna_ends_14(fn_rna_processing_2(X))
& fn_rna_processing_4(X) = fn_alteration_of_mrna_ends_1(fn_rna_processing_2(X))
& fn_rna_processing_4(X) = fn_rna_splicing_4(fn_rna_processing_1(X))
& fn_alteration_of_mrna_ends_1(fn_rna_processing_2(X)) = fn_rna_splicing_4(fn_rna_processing_1(X)) ) ) ).
fof(a532374,axiom,
! [X] :
( rna_sequence_1(X)
=> ( original_name_2(X,'RNA-Sequence')
& user_description_2(X,'A sequence of RNA nucleotides.')
& concept2words_2(X,'sequence of rna')
& concept2words_2(X,'rna sequence')
& concept2words_2(X,'rna-sequence')
& nucleic_acid_sequence_1(X)
& number_5_prime_end_1(fn_rna_sequence_1(X))
& number_3_prime_end_1(fn_rna_sequence_2(X))
& has_region_2(X,fn_rna_sequence_2(X))
& has_region_2(X,fn_rna_sequence_1(X)) ) ) ).
fof(a532375,axiom,
! [X] :
( rna_splicing_1(X)
=> ( original_name_2(X,'RNA-Splicing')
& user_description_2(X,'Modification of an mRNA transcript to remove introns and join the remaining exons together.')
& concept2words_2(X,splice)
& concept2words_2(X,'splicing of rna')
& concept2words_2(X,'rna splicing')
& concept2words_2(X,'rna-splicing')
& biochemical_change_1(X)
& interact_1(fn_rna_splicing_1(X))
& distinguishing_1(fn_rna_splicing_2(X))
& splice_site_1(fn_rna_splicing_3(X))
& nucleus_1(fn_rna_splicing_4(X))
& attach_1(fn_rna_splicing_5(X))
& produce_1(fn_rna_splicing_6(X))
& intron_1(fn_rna_splicing_7(X))
& pre_mrna_1(fn_rna_splicing_8(X))
& mrna_1(fn_rna_splicing_9(X))
& snrnp_1(fn_rna_splicing_10(X))
& entity_1(fn_rna_splicing_11(X))
& spliceosome_1(fn_rna_splicing_11(X))
& spliceosome_1(fn_rna_splicing_12(X))
& release_1(fn_rna_splicing_13(X))
& entity_1(fn_create_1(fn_rna_splicing_6(X)))
& tangible_entity_1(fn_release_1(fn_rna_splicing_13(X)))
& tangible_entity_1(fn_release_2(fn_rna_splicing_13(X)))
& snrnp_1(fn_spliceosome_4(fn_rna_splicing_11(X)))
& intron_1(fn_spliceosome_5(fn_rna_splicing_11(X)))
& pre_mrna_1(fn_spliceosome_6(fn_rna_splicing_11(X)))
& rna_splicing_1(fn_spliceosome_1(fn_rna_splicing_11(X)))
& next_event_2(fn_rna_splicing_6(X),fn_rna_splicing_2(X))
& agent_2(fn_rna_splicing_6(X),fn_rna_splicing_10(X))
& next_event_2(fn_rna_splicing_5(X),fn_rna_splicing_13(X))
& has_part_2(fn_rna_splicing_7(X),fn_rna_splicing_3(X))
& site_2(X,fn_rna_splicing_4(X))
& result_2(X,fn_rna_splicing_9(X))
& subevent_2(X,fn_rna_splicing_6(X))
& subevent_2(X,fn_rna_splicing_5(X))
& subevent_2(X,fn_rna_splicing_2(X))
& subevent_2(X,fn_rna_splicing_1(X))
& subevent_2(X,fn_rna_splicing_13(X))
& causes_2(X,fn_rna_splicing_5(X))
& instrument_2(X,fn_rna_splicing_11(X))
& first_subevent_2(X,fn_rna_splicing_6(X))
& is_inside_2(fn_rna_splicing_9(X),fn_rna_splicing_12(X))
& object_2(fn_rna_splicing_2(X),fn_rna_splicing_3(X))
& agent_2(fn_rna_splicing_2(X),fn_rna_splicing_10(X))
& next_event_2(fn_rna_splicing_2(X),fn_rna_splicing_1(X))
& next_event_2(fn_rna_splicing_1(X),fn_rna_splicing_5(X))
& base_2(fn_rna_splicing_1(X),fn_rna_splicing_3(X))
& object_2(fn_rna_splicing_1(X),fn_rna_splicing_11(X))
& result_2(fn_rna_splicing_6(X),fn_rna_splicing_11(X))
& object_2(fn_rna_splicing_13(X),fn_rna_splicing_9(X))
& base_2(fn_rna_splicing_13(X),fn_rna_splicing_12(X))
& element_2(fn_rna_splicing_11(X),fn_rna_splicing_10(X))
& element_2(fn_rna_splicing_11(X),fn_rna_splicing_8(X))
& has_part_2(fn_rna_splicing_8(X),fn_rna_splicing_7(X))
& object_2(X,fn_rna_splicing_7(X))
& base_2(X,fn_rna_splicing_8(X))
& fn_rna_splicing_11(X) = fn_create_1(fn_rna_splicing_6(X))
& fn_rna_splicing_9(X) = fn_release_1(fn_rna_splicing_13(X))
& fn_rna_splicing_12(X) = fn_release_2(fn_rna_splicing_13(X))
& fn_rna_splicing_10(X) = fn_spliceosome_4(fn_rna_splicing_11(X))
& X = fn_spliceosome_1(fn_rna_splicing_11(X))
& fn_rna_splicing_7(X) = fn_spliceosome_5(fn_rna_splicing_11(X))
& fn_rna_splicing_8(X) = fn_spliceosome_6(fn_rna_splicing_11(X))
& fn_spliceosome_1(fn_rna_splicing_11(X)) = fn_spliceosome_1(fn_rna_splicing_11(X)) ) ) ).
fof(a532376,axiom,
! [X] :
( rna_strand_1(X)
=> ( original_name_2(X,'RNA-strand')
& user_description_2(X,'A single-stranded RNA polymer composed of ribonucleotides.')
& concept2words_2(X,'strand of rna')
& concept2words_2(X,'rna strand')
& concept2words_2(X,'rna-strand')
& nucleic_acid_strand_1(X)
& asymmetrical_distribution_1(fn_rna_strand_1(X))
& number_5_prime_region_1(fn_rna_strand_2(X))
& number_3_prime_region_1(fn_rna_strand_3(X))
& number_3_prime_end_1(fn_rna_strand_4(X))
& number_5_prime_end_1(fn_rna_strand_5(X))
& system_1(fn_rna_strand_6(X))
& system_1(fn_rna_strand_7(X))
& system_1(fn_rna_strand_8(X))
& share_1(fn_rna_strand_9(X))
& unequal_sharing_1(fn_rna_strand_9(X))
& asymmetrical_distribution_1(fn_rna_strand_10(X))
& constant_motion_1(fn_rna_strand_11(X))
& unequal_sharing_1(fn_rna_strand_12(X))
& hydrogen_1(fn_rna_strand_17(X))
& entity_1(fn_rna_strand_17(X))
& chemical_entity_1(fn_rna_strand_17(X))
& atom_1(fn_rna_strand_17(X))
& entity_1(fn_rna_strand_18(X))
& oxygen_1(fn_rna_strand_18(X))
& system_1(fn_rna_strand_19(X))
& atomic_number_value_1(fn_rna_strand_20(X))
& chemical_bond_1(fn_rna_strand_21(X))
& covalent_bond_1(fn_rna_strand_21(X))
& phosphodiester_bond_1(fn_rna_strand_21(X))
& share_1(fn_rna_strand_22(X))
& unequal_sharing_1(fn_rna_strand_22(X))
& entity_1(fn_rna_strand_23(X))
& electron_1(fn_rna_strand_23(X))
& valence_electron_1(fn_rna_strand_23(X))
& quantity_value_1(fn_rna_strand_24(X))
& entity_1(fn_rna_strand_25(X))
& tangible_entity_1(fn_rna_strand_25(X))
& electron_1(fn_rna_strand_25(X))
& valence_electron_1(fn_rna_strand_25(X))
& quantity_value_1(fn_rna_strand_27(X))
& entity_1(fn_rna_strand_29(X))
& chemical_entity_1(fn_rna_strand_29(X))
& atom_1(fn_rna_strand_29(X))
& oxygen_1(fn_rna_strand_29(X))
& atomic_number_value_1(fn_rna_strand_30(X))
& system_1(fn_rna_strand_31(X))
& electronegative_element_1(fn_rna_strand_33(X))
& number_5_prime_carbon_1(fn_rna_strand_34(X))
& polar_covalent_bond_1(fn_rna_strand_35(X))
& ester_linkage_1(fn_rna_strand_35(X))
& electron_shell_1(fn_rna_strand_36(X))
& second_electron_shell_1(fn_rna_strand_36(X))
& center_1(fn_rna_strand_37(X))
& covalent_bond_1(fn_rna_strand_38(X))
& chemical_bond_1(fn_rna_strand_38(X))
& phosphodiester_bond_1(fn_rna_strand_38(X))
& ribonucleoside_monophosphate_1(fn_rna_strand_39(X))
& spatial_entity_1(fn_rna_strand_40(X))
& monomer_1(fn_rna_strand_40(X))
& ribonucleoside_monophosphate_1(fn_rna_strand_40(X))
& organic_molecule_1(fn_rna_strand_40(X))
& speed_value_1(fn_rna_strand_41(X))
& quantity_value_1(fn_rna_strand_42(X))
& kinetic_energy_1(fn_rna_strand_43(X))
& constant_motion_1(fn_rna_strand_44(X))
& carbon_skeleton_1(fn_rna_strand_45(X))
& carbon_1(fn_rna_strand_46(X))
& entity_1(fn_rna_strand_47(X))
& chemical_entity_1(fn_rna_strand_47(X))
& atom_1(fn_rna_strand_47(X))
& carbon_1(fn_rna_strand_47(X))
& number_5_prime_carbon_1(fn_rna_strand_48(X))
& organic_molecule_1(fn_rna_strand_49(X))
& nucleoside_1(fn_rna_strand_49(X))
& covalent_bond_1(fn_rna_strand_50(X))
& chemical_bond_1(fn_rna_strand_50(X))
& polar_covalent_bond_1(fn_rna_strand_50(X))
& attach_1(fn_rna_strand_51(X))
& molecule_1(fn_rna_strand_52(X))
& ribose_1(fn_rna_strand_52(X))
& carbohydrate_1(fn_rna_strand_52(X))
& entity_1(fn_rna_strand_53(X))
& chemical_entity_1(fn_rna_strand_53(X))
& atom_1(fn_rna_strand_53(X))
& carbon_1(fn_rna_strand_53(X))
& tangible_entity_1(fn_rna_strand_54(X))
& nitrogen_1(fn_rna_strand_54(X))
& entity_1(fn_rna_strand_54(X))
& chemical_entity_1(fn_rna_strand_54(X))
& atom_1(fn_rna_strand_54(X))
& entity_1(fn_rna_strand_55(X))
& electron_1(fn_rna_strand_55(X))
& valence_electron_1(fn_rna_strand_55(X))
& electron_shell_1(fn_rna_strand_56(X))
& second_electron_shell_1(fn_rna_strand_57(X))
& electron_shell_1(fn_rna_strand_58(X))
& first_electron_shell_1(fn_rna_strand_58(X))
& entity_1(fn_rna_strand_59(X))
& atom_1(fn_rna_strand_59(X))
& chemical_entity_1(fn_rna_strand_59(X))
& oxygen_1(fn_rna_strand_59(X))
& chemical_bond_1(fn_rna_strand_60(X))
& phosphodiester_bond_1(fn_rna_strand_60(X))
& electron_1(fn_rna_strand_61(X))
& valence_electron_1(fn_rna_strand_61(X))
& electron_1(fn_rna_strand_62(X))
& valence_electron_1(fn_rna_strand_62(X))
& entity_1(fn_rna_strand_63(X))
& tangible_entity_1(fn_rna_strand_63(X))
& electron_1(fn_rna_strand_63(X))
& valence_electron_1(fn_rna_strand_63(X))
& center_1(fn_rna_strand_64(X))
& center_1(fn_rna_strand_65(X))
& share_1(fn_rna_strand_66(X))
& unequal_sharing_1(fn_rna_strand_66(X))
& share_1(fn_rna_strand_67(X))
& unequal_sharing_1(fn_rna_strand_67(X))
& hold_1(fn_rna_strand_68(X))
& hold_together_1(fn_rna_strand_68(X))
& hold_together_1(fn_rna_strand_69(X))
& pentose_1(fn_rna_strand_70(X))
& hold_together_1(fn_rna_strand_71(X))
& tangible_entity_1(fn_rna_strand_72(X))
& entity_1(fn_rna_strand_72(X))
& chemical_entity_1(fn_rna_strand_72(X))
& atom_1(fn_rna_strand_72(X))
& oxygen_1(fn_rna_strand_72(X))
& entity_1(fn_rna_strand_73(X))
& chemical_entity_1(fn_rna_strand_73(X))
& atom_1(fn_rna_strand_73(X))
& carbon_1(fn_rna_strand_73(X))
& nitrogen_1(fn_rna_strand_74(X))
& ribose_1(fn_rna_strand_75(X))
& share_1(fn_rna_strand_76(X))
& unequal_sharing_1(fn_rna_strand_76(X))
& share_1(fn_rna_strand_77(X))
& electronegative_element_1(fn_rna_strand_78(X))
& atom_1(fn_rna_strand_79(X))
& number_5_prime_carbon_1(fn_rna_strand_80(X))
& hold_together_1(fn_rna_strand_81(X))
& covalent_bond_1(fn_rna_strand_82(X))
& single_bond_1(fn_rna_strand_82(X))
& entity_1(fn_rna_strand_83(X))
& chemical_entity_1(fn_rna_strand_83(X))
& atom_1(fn_rna_strand_83(X))
& oxygen_1(fn_rna_strand_83(X))
& phosphate_group_1(fn_rna_strand_84(X))
& hold_together_1(fn_rna_strand_85(X))
& double_bond_1(fn_rna_strand_86(X))
& share_1(fn_rna_strand_87(X))
& phosphorus_1(fn_rna_strand_88(X))
& size_value_1(fn_rna_strand_89(X))
& share_1(fn_rna_strand_90(X))
& carbon_skeleton_1(fn_rna_strand_91(X))
& atom_1(fn_rna_strand_92(X))
& chemical_entity_1(fn_rna_strand_92(X))
& carbon_1(fn_rna_strand_93(X))
& constant_motion_1(fn_rna_strand_98(X))
& share_1(fn_rna_strand_99(X))
& unequal_sharing_1(fn_rna_strand_99(X))
& size_value_1(fn_rna_strand_100(X))
& chemical_bond_1(fn_molecule_10(fn_rna_strand_70(X)))
& entity_1(fn_nucleoside_6(fn_rna_strand_49(X)))
& chemical_entity_1(fn_nucleoside_6(fn_rna_strand_49(X)))
& atom_1(fn_nucleoside_6(fn_rna_strand_49(X)))
& carbon_1(fn_nucleoside_6(fn_rna_strand_49(X)))
& spatial_entity_1(fn_nucleoside_20(fn_rna_strand_49(X)))
& molecule_1(fn_nucleoside_20(fn_rna_strand_49(X)))
& organic_molecule_1(fn_nucleoside_20(fn_rna_strand_49(X)))
& pentose_1(fn_nucleoside_20(fn_rna_strand_49(X)))
& atom_1(fn_organic_molecule_2(fn_rna_strand_39(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_rna_strand_39(X)))
& entity_1(fn_covalent_bond_19(fn_rna_strand_82(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_rna_strand_82(X)))
& atom_1(fn_covalent_bond_19(fn_rna_strand_82(X)))
& share_1(fn_pentose_19(fn_rna_strand_75(X)))
& ribose_1(fn_ribonucleotide_10(fn_rna_strand_39(X)))
& atom_1(fn_organic_molecule_2(fn_rna_strand_40(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_rna_strand_40(X)))
& carbon_1(fn_organic_molecule_1(fn_rna_strand_40(X)))
& property_node_1(fn_nucleoside_monophosphate_35(fn_rna_strand_39(X)))
& property_node_1(fn_nucleoside_monophosphate_36(fn_rna_strand_39(X)))
& constant_motion_1(fn_nucleoside_monophosphate_12(fn_rna_strand_39(X)))
& speed_value_1(fn_nucleoside_monophosphate_13(fn_rna_strand_39(X)))
& quantity_value_1(fn_nucleoside_monophosphate_14(fn_rna_strand_39(X)))
& kinetic_energy_1(fn_nucleoside_monophosphate_22(fn_rna_strand_39(X)))
& share_1(fn_phosphodiester_bond_6(fn_rna_strand_38(X)))
& double_bond_1(fn_phosphate_group_41(fn_rna_strand_84(X)))
& single_bond_1(fn_phosphate_group_37(fn_rna_strand_84(X)))
& phosphorus_1(fn_phosphate_group_6(fn_rna_strand_84(X)))
& unequal_sharing_1(fn_ester_linkage_32(fn_rna_strand_35(X)))
& property_node_1(fn_carbon_13(fn_rna_strand_73(X)))
& atom_1(fn_organic_molecule_2(fn_rna_strand_49(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_rna_strand_49(X)))
& carbon_1(fn_organic_molecule_1(fn_rna_strand_49(X)))
& atom_1(fn_chemical_element_12(fn_rna_strand_78(X)))
& entity_1(fn_share_3(fn_rna_strand_76(X)))
& entity_1(fn_share_1(fn_rna_strand_76(X)))
& atom_1(fn_molecule_11(fn_rna_strand_75(X)))
& entity_1(fn_covalent_bond_20(fn_rna_strand_38(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_rna_strand_38(X)))
& atom_1(fn_covalent_bond_20(fn_rna_strand_38(X)))
& entity_1(fn_share_3(fn_rna_strand_67(X)))
& entity_1(fn_share_1(fn_rna_strand_67(X)))
& tangible_entity_1(fn_hold_2(fn_rna_strand_68(X)))
& atom_1(fn_molecule_11(fn_rna_strand_52(X)))
& entity_1(fn_polar_covalent_bond_18(fn_rna_strand_50(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_rna_strand_50(X)))
& atom_1(fn_polar_covalent_bond_18(fn_rna_strand_50(X)))
& carbon_1(fn_organic_molecule_1(fn_rna_strand_39(X)))
& entity_1(fn_ribonucleotide_7(fn_rna_strand_39(X)))
& chemical_entity_1(fn_ribonucleotide_7(fn_rna_strand_39(X)))
& atom_1(fn_ribonucleotide_7(fn_rna_strand_39(X)))
& carbon_1(fn_ribonucleotide_7(fn_rna_strand_39(X)))
& carbon_skeleton_1(fn_ribonucleoside_monophosphate_59(fn_rna_strand_40(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_rna_strand_40(X)))
& spatial_entity_1(fn_attach_1(fn_rna_strand_51(X)))
& carbon_skeleton_1(fn_ribonucleotide_15(fn_rna_strand_39(X)))
& carbon_skeleton_1(fn_nucleoside_monophosphate_25(fn_rna_strand_39(X)))
& nucleoside_1(fn_ribonucleotide_9(fn_rna_strand_39(X)))
& nucleoside_1(fn_nucleoside_monophosphate_11(fn_rna_strand_39(X)))
& spatial_entity_1(fn_attach_2(fn_rna_strand_51(X)))
& hold_together_1(fn_phosphodiester_bond_14(fn_rna_strand_60(X)))
& share_1(fn_phosphate_group_39(fn_rna_strand_84(X)))
& share_1(fn_phosphate_group_35(fn_rna_strand_84(X)))
& hold_together_1(fn_covalent_bond_14(fn_rna_strand_82(X)))
& hold_together_1(fn_phosphate_group_36(fn_rna_strand_84(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_rna_strand_50(X)))
& valence_electron_1(fn_phosphate_group_9(fn_rna_strand_84(X)))
& hold_together_1(fn_phosphate_group_40(fn_rna_strand_84(X)))
& share_1(fn_phosphodiester_bond_6(fn_rna_strand_60(X)))
& center_1(fn_covalent_bond_21(fn_rna_strand_50(X)))
& center_1(fn_second_electron_shell_9(fn_rna_strand_57(X)))
& center_1(fn_polar_covalent_bond_21(fn_rna_strand_50(X)))
& center_1(fn_phosphate_group_10(fn_rna_strand_84(X)))
& center_1(fn_carbohydrate_27(fn_rna_strand_52(X)))
& center_1(fn_covalent_bond_23(fn_rna_strand_50(X)))
& center_1(fn_nitrogen_11(fn_rna_strand_54(X)))
& center_1(fn_polar_covalent_bond_23(fn_rna_strand_50(X)))
& center_1(fn_phosphate_group_12(fn_rna_strand_84(X)))
& center_1(fn_carbohydrate_23(fn_rna_strand_52(X)))
& first_electron_shell_1(fn_second_electron_shell_21(fn_rna_strand_57(X)))
& electron_shell_1(fn_carbohydrate_28(fn_rna_strand_52(X)))
& first_electron_shell_1(fn_carbohydrate_28(fn_rna_strand_52(X)))
& electron_shell_1(fn_nitrogen_14(fn_rna_strand_54(X)))
& electron_shell_1(fn_polar_covalent_bond_20(fn_rna_strand_50(X)))
& electron_shell_1(fn_carbohydrate_24(fn_rna_strand_52(X)))
& entity_1(fn_carbohydrate_39(fn_rna_strand_52(X)))
& chemical_entity_1(fn_carbohydrate_39(fn_rna_strand_52(X)))
& atom_1(fn_carbohydrate_39(fn_rna_strand_52(X)))
& oxygen_1(fn_carbohydrate_39(fn_rna_strand_52(X)))
& entity_1(fn_covalent_bond_20(fn_rna_strand_50(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_rna_strand_50(X)))
& atom_1(fn_covalent_bond_20(fn_rna_strand_50(X)))
& atom_1(fn_second_electron_shell_13(fn_rna_strand_57(X)))
& entity_1(fn_polar_covalent_bond_19(fn_rna_strand_50(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_rna_strand_50(X)))
& atom_1(fn_polar_covalent_bond_19(fn_rna_strand_50(X)))
& entity_1(fn_phosphodiester_bond_16(fn_rna_strand_60(X)))
& chemical_entity_1(fn_phosphodiester_bond_16(fn_rna_strand_60(X)))
& atom_1(fn_phosphodiester_bond_16(fn_rna_strand_60(X)))
& carbon_1(fn_phosphodiester_bond_16(fn_rna_strand_60(X)))
& entity_1(fn_phosphodiester_bond_15(fn_rna_strand_60(X)))
& chemical_entity_1(fn_phosphodiester_bond_15(fn_rna_strand_60(X)))
& atom_1(fn_phosphodiester_bond_15(fn_rna_strand_60(X)))
& carbon_1(fn_phosphodiester_bond_15(fn_rna_strand_60(X)))
& carbon_1(fn_carbohydrate_5(fn_rna_strand_52(X)))
& atom_1(fn_molecule_11(fn_rna_strand_70(X)))
& entity_1(fn_covalent_bond_20(fn_rna_strand_82(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_rna_strand_82(X)))
& atom_1(fn_covalent_bond_20(fn_rna_strand_82(X)))
& atom_1(fn_chemical_element_11(fn_rna_strand_78(X)))
& entity_1(fn_phosphate_group_22(fn_rna_strand_84(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_rna_strand_84(X)))
& atom_1(fn_phosphate_group_22(fn_rna_strand_84(X)))
& oxygen_1(fn_phosphate_group_22(fn_rna_strand_84(X)))
& oxygen_1(fn_phosphate_group_5(fn_rna_strand_84(X)))
& entity_1(fn_phosphate_group_5(fn_rna_strand_84(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_rna_strand_84(X)))
& atom_1(fn_phosphate_group_5(fn_rna_strand_84(X)))
& entity_1(fn_carbohydrate_38(fn_rna_strand_52(X)))
& atom_1(fn_carbohydrate_38(fn_rna_strand_52(X)))
& chemical_entity_1(fn_carbohydrate_38(fn_rna_strand_52(X)))
& oxygen_1(fn_carbohydrate_38(fn_rna_strand_52(X)))
& valence_electron_1(fn_phosphate_group_21(fn_rna_strand_84(X)))
& electron_1(fn_phosphodiester_bond_23(fn_rna_strand_60(X)))
& valence_electron_1(fn_phosphodiester_bond_23(fn_rna_strand_60(X)))
& entity_1(fn_phosphodiester_bond_38(fn_rna_strand_60(X)))
& tangible_entity_1(fn_phosphodiester_bond_38(fn_rna_strand_60(X)))
& electron_1(fn_phosphodiester_bond_38(fn_rna_strand_60(X)))
& valence_electron_1(fn_phosphodiester_bond_38(fn_rna_strand_60(X)))
& electron_1(fn_phosphate_group_20(fn_rna_strand_84(X)))
& valence_electron_1(fn_phosphate_group_20(fn_rna_strand_84(X)))
& electron_1(fn_carbohydrate_31(fn_rna_strand_52(X)))
& valence_electron_1(fn_carbohydrate_31(fn_rna_strand_52(X)))
& electron_1(fn_polar_covalent_bond_11(fn_rna_strand_50(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_rna_strand_50(X)))
& electron_1(fn_phosphate_group_3(fn_rna_strand_84(X)))
& valence_electron_1(fn_phosphate_group_3(fn_rna_strand_84(X)))
& valence_electron_1(fn_phosphate_group_8(fn_rna_strand_84(X)))
& entity_1(fn_carbohydrate_29(fn_rna_strand_52(X)))
& electron_1(fn_carbohydrate_29(fn_rna_strand_52(X)))
& valence_electron_1(fn_carbohydrate_29(fn_rna_strand_52(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_rna_strand_50(X)))
& unequal_sharing_1(fn_carbohydrate_30(fn_rna_strand_52(X)))
& hold_together_1(fn_covalent_bond_14(fn_rna_strand_50(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_rna_strand_50(X)))
& hold_together_1(fn_phosphodiester_bond_17(fn_rna_strand_60(X)))
& hold_together_1(fn_carbohydrate_37(fn_rna_strand_52(X)))
& chemical_bond_1(fn_molecule_10(fn_rna_strand_52(X)))
& polar_covalent_bond_1(fn_carbohydrate_36(fn_rna_strand_52(X)))
& center_1(fn_ester_linkage_43(fn_rna_strand_35(X)))
& center_1(fn_ester_linkage_44(fn_rna_strand_35(X)))
& electron_shell_1(fn_atom_9(fn_rna_strand_73(X)))
& second_electron_shell_1(fn_ester_linkage_11(fn_rna_strand_35(X)))
& equation_big_node_1(fn_phosphodiester_bond_1(fn_rna_strand_38(X)))
& equation_big_node_1(fn_carbon_7(fn_rna_strand_73(X)))
& system_1(fn_phosphodiester_bond_20(fn_rna_strand_38(X)))
& system_1(fn_phosphodiester_bond_33(fn_rna_strand_38(X)))
& system_1(fn_ester_linkage_21(fn_rna_strand_35(X)))
& system_1(fn_carbon_11(fn_rna_strand_73(X)))
& equation_set_1(fn_polar_covalent_bond_8(fn_rna_strand_35(X)))
& equation_set_1(fn_phosphodiester_bond_31(fn_rna_strand_38(X)))
& equation_set_1(fn_ester_linkage_23(fn_rna_strand_35(X)))
& equation_set_1(fn_covalent_bond_7(fn_rna_strand_38(X)))
& equation_set_1(fn_carbon_20(fn_rna_strand_73(X)))
& atomic_number_value_1(fn_polar_covalent_bond_7(fn_rna_strand_35(X)))
& atomic_number_value_1(fn_phosphodiester_bond_26(fn_rna_strand_38(X)))
& atomic_number_value_1(fn_ester_linkage_22(fn_rna_strand_35(X)))
& atomic_number_value_1(fn_covalent_bond_6(fn_rna_strand_38(X)))
& atomic_number_value_1(fn_atom_17(fn_rna_strand_73(X)))
& atomic_number_value_1(fn_carbon_16(fn_rna_strand_73(X)))
& entity_1(fn_share_3(fn_rna_strand_12(X)))
& entity_1(fn_share_1(fn_rna_strand_22(X)))
& entity_1(fn_share_1(fn_rna_strand_99(X)))
& entity_1(fn_share_1(fn_rna_strand_9(X)))
& entity_1(fn_share_3(fn_rna_strand_22(X)))
& entity_1(fn_share_3(fn_rna_strand_9(X)))
& entity_1(fn_share_1(fn_rna_strand_12(X)))
& entity_1(fn_share_3(fn_rna_strand_99(X)))
& entity_1(fn_share_2(fn_rna_strand_22(X)))
& entity_1(fn_share_2(fn_rna_strand_12(X)))
& entity_1(fn_share_2(fn_rna_strand_9(X)))
& tangible_entity_1(fn_constant_motion_1(fn_rna_strand_98(X)))
& entity_1(fn_share_2(fn_rna_strand_99(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_rna_strand_35(X)))
& hold_together_1(fn_phosphodiester_bond_17(fn_rna_strand_38(X)))
& hold_together_1(fn_ester_linkage_19(fn_rna_strand_35(X)))
& hold_together_1(fn_covalent_bond_14(fn_rna_strand_38(X)))
& hold_together_1(fn_phosphodiester_bond_14(fn_rna_strand_38(X)))
& entity_1(fn_share_3(fn_rna_strand_77(X)))
& entity_1(fn_share_1(fn_rna_strand_77(X)))
& atom_1(fn_aldehyde_5(fn_rna_strand_75(X)))
& chemical_entity_1(fn_aldehyde_5(fn_rna_strand_75(X)))
& entity_1(fn_aldose_4(fn_rna_strand_75(X)))
& atom_1(fn_aldose_4(fn_rna_strand_75(X)))
& chemical_entity_1(fn_aldose_4(fn_rna_strand_75(X)))
& oxygen_1(fn_aldose_4(fn_rna_strand_75(X)))
& atom_1(fn_phosphodiester_bond_27(fn_rna_strand_38(X)))
& oxygen_1(fn_phosphodiester_bond_27(fn_rna_strand_38(X)))
& atom_1(fn_phosphodiester_bond_18(fn_rna_strand_38(X)))
& oxygen_1(fn_phosphodiester_bond_18(fn_rna_strand_38(X)))
& tangible_entity_1(fn_pentose_15(fn_rna_strand_75(X)))
& entity_1(fn_pentose_15(fn_rna_strand_75(X)))
& atom_1(fn_pentose_15(fn_rna_strand_75(X)))
& chemical_entity_1(fn_pentose_15(fn_rna_strand_75(X)))
& oxygen_1(fn_pentose_15(fn_rna_strand_75(X)))
& oxygen_1(fn_ester_linkage_27(fn_rna_strand_35(X)))
& carbon_1(fn_aldehyde_6(fn_rna_strand_75(X)))
& entity_1(fn_aldose_10(fn_rna_strand_75(X)))
& chemical_entity_1(fn_aldose_10(fn_rna_strand_75(X)))
& atom_1(fn_aldose_10(fn_rna_strand_75(X)))
& carbon_1(fn_aldose_10(fn_rna_strand_75(X)))
& entity_1(fn_polar_covalent_bond_18(fn_rna_strand_35(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_rna_strand_35(X)))
& atom_1(fn_polar_covalent_bond_18(fn_rna_strand_35(X)))
& entity_1(fn_phosphodiester_bond_15(fn_rna_strand_38(X)))
& chemical_entity_1(fn_phosphodiester_bond_15(fn_rna_strand_38(X)))
& atom_1(fn_phosphodiester_bond_15(fn_rna_strand_38(X)))
& carbon_1(fn_phosphodiester_bond_15(fn_rna_strand_38(X)))
& entity_1(fn_covalent_bond_19(fn_rna_strand_38(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_rna_strand_38(X)))
& atom_1(fn_covalent_bond_19(fn_rna_strand_38(X)))
& entity_1(fn_pentose_21(fn_rna_strand_75(X)))
& chemical_entity_1(fn_pentose_21(fn_rna_strand_75(X)))
& atom_1(fn_pentose_21(fn_rna_strand_75(X)))
& carbon_1(fn_pentose_21(fn_rna_strand_75(X)))
& entity_1(fn_phosphodiester_bond_16(fn_rna_strand_38(X)))
& chemical_entity_1(fn_phosphodiester_bond_16(fn_rna_strand_38(X)))
& atom_1(fn_phosphodiester_bond_16(fn_rna_strand_38(X)))
& carbon_1(fn_phosphodiester_bond_16(fn_rna_strand_38(X)))
& entity_1(fn_ester_linkage_28(fn_rna_strand_35(X)))
& chemical_entity_1(fn_ester_linkage_28(fn_rna_strand_35(X)))
& atom_1(fn_ester_linkage_28(fn_rna_strand_35(X)))
& carbon_1(fn_ester_linkage_28(fn_rna_strand_35(X)))
& ester_linkage_1(fn_phosphodiester_bond_30(fn_rna_strand_38(X)))
& ester_linkage_1(fn_phosphodiester_bond_29(fn_rna_strand_38(X)))
& chemical_bond_1(fn_molecule_10(fn_rna_strand_75(X)))
& object_2(fn_rna_strand_1(X),fn_rna_strand_25(X))
& causes_2(fn_rna_strand_98(X),fn_rna_strand_1(X))
& result_2(fn_rna_strand_90(X),fn_rna_strand_35(X))
& has_part_2(fn_rna_strand_78(X),fn_rna_strand_59(X))
& result_2(fn_rna_strand_77(X),fn_rna_strand_35(X))
& has_region_2(fn_rna_strand_70(X),fn_rna_strand_2(X))
& has_region_2(fn_rna_strand_70(X),fn_rna_strand_3(X))
& called_2(fn_rna_strand_46(X),'A2')
& has_region_2(X,fn_rna_strand_4(X))
& has_region_2(X,fn_rna_strand_5(X))
& fn_rna_strand_40(X) != fn_rna_strand_39(X)
& fn_rna_strand_39(X) != fn_rna_strand_40(X)
& object_2(fn_rna_strand_22(X),fn_rna_strand_23(X))
& object_2(fn_rna_strand_12(X),fn_rna_strand_23(X))
& agent_2(fn_rna_strand_12(X),fn_rna_strand_17(X))
& object_2(fn_rna_strand_51(X),fn_rna_strand_40(X))
& base_2(fn_rna_strand_51(X),fn_rna_strand_39(X))
& object_2(fn_rna_strand_22(X),fn_rna_strand_25(X))
& object_2(fn_rna_strand_12(X),fn_rna_strand_25(X))
& object_2(fn_rna_strand_99(X),fn_rna_strand_23(X))
& object_2(fn_rna_strand_9(X),fn_rna_strand_25(X))
& agent_2(fn_rna_strand_22(X),fn_rna_strand_17(X))
& agent_2(fn_rna_strand_67(X),fn_rna_strand_54(X))
& agent_2(fn_rna_strand_22(X),fn_rna_strand_18(X))
& agent_2(fn_rna_strand_76(X),fn_rna_strand_74(X))
& agent_2(fn_rna_strand_12(X),fn_rna_strand_18(X))
& agent_2(fn_rna_strand_77(X),fn_rna_strand_72(X))
& agent_2(fn_rna_strand_12(X),fn_rna_strand_29(X))
& agent_2(fn_rna_strand_99(X),fn_rna_strand_29(X))
& agent_2(fn_rna_strand_9(X),fn_rna_strand_17(X))
& agent_2(fn_rna_strand_99(X),fn_rna_strand_18(X))
& agent_2(fn_rna_strand_9(X),fn_rna_strand_18(X))
& object_2(fn_rna_strand_98(X),fn_rna_strand_25(X))
& object_2(fn_rna_strand_68(X),fn_rna_strand_54(X))
& size_2(fn_rna_strand_40(X),fn_rna_strand_89(X))
& has_part_2(X,fn_rna_strand_40(X))
& is_between_2(fn_rna_strand_82(X),fn_rna_strand_83(X))
& has_part_2(fn_rna_strand_49(X),fn_rna_strand_48(X))
& possesses_2(fn_rna_strand_75(X),fn_rna_strand_38(X))
& possesses_2(fn_rna_strand_70(X),fn_rna_strand_60(X))
& is_between_2(fn_rna_strand_60(X),fn_rna_strand_59(X))
& has_part_2(fn_rna_strand_49(X),fn_rna_strand_33(X))
& has_part_2(fn_rna_strand_33(X),fn_rna_strand_34(X))
& has_region_2(fn_rna_strand_54(X),fn_rna_strand_65(X))
& has_part_2(fn_rna_strand_75(X),fn_rna_strand_74(X))
& has_part_2(X,fn_rna_strand_39(X))
& size_2(fn_rna_strand_39(X),fn_rna_strand_89(X))
& has_part_2(fn_rna_strand_39(X),fn_rna_strand_46(X))
& fn_rna_strand_47(X) != fn_rna_strand_46(X)
& fn_rna_strand_46(X) != fn_rna_strand_47(X)
& is_between_2(fn_rna_strand_82(X),fn_rna_strand_80(X))
& object_2(fn_rna_strand_81(X),fn_rna_strand_80(X))
& object_2(fn_rna_strand_81(X),fn_rna_strand_83(X))
& fn_rna_strand_59(X) != fn_rna_strand_80(X)
& fn_rna_strand_80(X) != fn_rna_strand_59(X)
& has_region_2(fn_rna_strand_53(X),fn_rna_strand_64(X))
& has_region_2(fn_rna_strand_53(X),fn_rna_strand_57(X))
& has_region_2(fn_rna_strand_53(X),fn_rna_strand_58(X))
& is_inside_2(fn_rna_strand_58(X),fn_rna_strand_57(X))
& has_part_2(fn_rna_strand_78(X),fn_rna_strand_79(X))
& same_type_2(fn_rna_strand_59(X),fn_rna_strand_79(X))
& same_type_2(fn_rna_strand_79(X),fn_rna_strand_59(X))
& object_2(fn_rna_strand_71(X),fn_rna_strand_74(X))
& is_between_2(fn_rna_strand_38(X),fn_rna_strand_74(X))
& fn_rna_strand_74(X) != fn_rna_strand_73(X)
& fn_rna_strand_73(X) != fn_rna_strand_74(X)
& object_2(fn_rna_strand_66(X),fn_rna_strand_63(X))
& result_2(fn_rna_strand_66(X),fn_rna_strand_60(X))
& has_region_2(fn_rna_strand_54(X),fn_rna_strand_64(X))
& has_region_2(fn_rna_strand_53(X),fn_rna_strand_65(X))
& has_region_2(fn_rna_strand_54(X),fn_rna_strand_56(X))
& is_between_2(fn_rna_strand_50(X),fn_rna_strand_53(X))
& object_2(fn_rna_strand_69(X),fn_rna_strand_54(X))
& agent_2(fn_rna_strand_67(X),fn_rna_strand_53(X))
& object_2(fn_rna_strand_67(X),fn_rna_strand_62(X))
& is_between_2(fn_rna_strand_50(X),fn_rna_strand_54(X))
& agent_2(fn_rna_strand_66(X),fn_rna_strand_54(X))
& object_2(fn_rna_strand_66(X),fn_rna_strand_55(X))
& fn_rna_strand_53(X) != fn_rna_strand_54(X)
& fn_rna_strand_54(X) != fn_rna_strand_53(X)
& has_part_2(fn_rna_strand_75(X),fn_rna_strand_73(X))
& agent_2(fn_rna_strand_90(X),fn_rna_strand_73(X))
& agent_2(fn_rna_strand_90(X),fn_rna_strand_72(X))
& has_part_2(fn_rna_strand_39(X),fn_rna_strand_47(X))
& is_inside_2(fn_rna_strand_47(X),fn_rna_strand_45(X))
& has_part_2(fn_rna_strand_49(X),fn_rna_strand_52(X))
& has_part_2(fn_rna_strand_40(X),fn_rna_strand_92(X))
& has_region_2(fn_rna_strand_40(X),fn_rna_strand_91(X))
& has_part_2(fn_rna_strand_40(X),fn_rna_strand_93(X))
& is_inside_2(fn_rna_strand_93(X),fn_rna_strand_91(X))
& fn_rna_strand_92(X) != fn_rna_strand_93(X)
& fn_rna_strand_93(X) != fn_rna_strand_92(X)
& object_2(fn_rna_strand_44(X),fn_rna_strand_39(X))
& has_region_2(fn_rna_strand_39(X),fn_rna_strand_45(X))
& has_part_2(fn_rna_strand_39(X),fn_rna_strand_49(X))
& possesses_2(fn_rna_strand_39(X),fn_rna_strand_43(X))
& quantity_2(fn_rna_strand_43(X),fn_rna_strand_42(X))
& directly_proportional_2(fn_rna_strand_41(X),fn_rna_strand_42(X))
& speed_2(fn_rna_strand_44(X),fn_rna_strand_41(X))
& has_function_2(fn_rna_strand_38(X),fn_rna_strand_71(X))
& agent_2(fn_rna_strand_71(X),fn_rna_strand_38(X))
& result_2(fn_rna_strand_77(X),fn_rna_strand_38(X))
& agent_2(fn_rna_strand_77(X),fn_rna_strand_73(X))
& has_function_2(fn_rna_strand_60(X),fn_rna_strand_68(X))
& agent_2(fn_rna_strand_68(X),fn_rna_strand_60(X))
& object_2(fn_rna_strand_68(X),fn_rna_strand_53(X))
& object_2(fn_rna_strand_69(X),fn_rna_strand_53(X))
& is_between_2(fn_rna_strand_60(X),fn_rna_strand_53(X))
& agent_2(fn_rna_strand_66(X),fn_rna_strand_53(X))
& object_2(fn_rna_strand_66(X),fn_rna_strand_62(X))
& fn_rna_strand_63(X) != fn_rna_strand_62(X)
& fn_rna_strand_62(X) != fn_rna_strand_63(X)
& is_inside_2(fn_rna_strand_83(X),fn_rna_strand_84(X))
& object_2(fn_rna_strand_68(X),fn_rna_strand_59(X))
& has_region_2(fn_rna_strand_88(X),fn_rna_strand_65(X))
& fn_rna_strand_61(X) != fn_rna_strand_63(X)
& fn_rna_strand_63(X) != fn_rna_strand_61(X)
& result_2(fn_rna_strand_87(X),fn_rna_strand_86(X))
& object_2(fn_rna_strand_87(X),fn_rna_strand_55(X))
& has_function_2(fn_rna_strand_86(X),fn_rna_strand_85(X))
& is_between_2(fn_rna_strand_86(X),fn_rna_strand_88(X))
& is_between_2(fn_rna_strand_82(X),fn_rna_strand_88(X))
& has_function_2(fn_rna_strand_82(X),fn_rna_strand_81(X))
& agent_2(fn_rna_strand_87(X),fn_rna_strand_88(X))
& object_2(fn_rna_strand_85(X),fn_rna_strand_88(X))
& agent_2(fn_rna_strand_85(X),fn_rna_strand_86(X))
& is_between_2(fn_rna_strand_86(X),fn_rna_strand_59(X))
& has_region_2(fn_rna_strand_59(X),fn_rna_strand_64(X))
& agent_2(fn_rna_strand_81(X),fn_rna_strand_82(X))
& is_between_2(fn_rna_strand_82(X),fn_rna_strand_59(X))
& agent_2(fn_rna_strand_87(X),fn_rna_strand_59(X))
& object_2(fn_rna_strand_87(X),fn_rna_strand_62(X))
& fn_rna_strand_62(X) != fn_rna_strand_61(X)
& fn_rna_strand_61(X) != fn_rna_strand_62(X)
& is_inside_2(fn_rna_strand_88(X),fn_rna_strand_84(X))
& object_2(fn_rna_strand_81(X),fn_rna_strand_88(X))
& object_2(fn_rna_strand_81(X),fn_rna_strand_59(X))
& fn_rna_strand_83(X) != fn_rna_strand_88(X)
& fn_rna_strand_88(X) != fn_rna_strand_83(X)
& is_inside_2(fn_rna_strand_59(X),fn_rna_strand_84(X))
& has_part_2(fn_rna_strand_59(X),fn_rna_strand_55(X))
& fn_rna_strand_55(X) != fn_rna_strand_62(X)
& fn_rna_strand_88(X) != fn_rna_strand_59(X)
& fn_rna_strand_59(X) != fn_rna_strand_88(X)
& fn_rna_strand_62(X) != fn_rna_strand_55(X)
& object_2(fn_rna_strand_85(X),fn_rna_strand_59(X))
& agent_2(fn_rna_strand_66(X),fn_rna_strand_59(X))
& has_region_2(fn_rna_strand_59(X),fn_rna_strand_65(X))
& fn_rna_strand_64(X) != fn_rna_strand_65(X)
& fn_rna_strand_65(X) != fn_rna_strand_64(X)
& has_region_2(fn_rna_strand_59(X),fn_rna_strand_56(X))
& fn_rna_strand_83(X) != fn_rna_strand_59(X)
& fn_rna_strand_59(X) != fn_rna_strand_83(X)
& fn_rna_strand_58(X) != fn_rna_strand_56(X)
& fn_rna_strand_56(X) != fn_rna_strand_58(X)
& object_2(fn_rna_strand_67(X),fn_rna_strand_63(X))
& fn_rna_strand_63(X) != fn_rna_strand_55(X)
& fn_rna_strand_55(X) != fn_rna_strand_61(X)
& has_part_2(fn_rna_strand_59(X),fn_rna_strand_61(X))
& fn_rna_strand_59(X) != fn_rna_strand_53(X)
& fn_rna_strand_55(X) != fn_rna_strand_63(X)
& fn_rna_strand_61(X) != fn_rna_strand_55(X)
& fn_rna_strand_53(X) != fn_rna_strand_59(X)
& possesses_2(fn_rna_strand_52(X),fn_rna_strand_50(X))
& has_function_2(fn_rna_strand_50(X),fn_rna_strand_69(X))
& agent_2(fn_rna_strand_69(X),fn_rna_strand_50(X))
& result_2(fn_rna_strand_67(X),fn_rna_strand_50(X))
& object_2(fn_rna_strand_67(X),fn_rna_strand_55(X))
& agent_2(fn_rna_strand_76(X),fn_rna_strand_73(X))
& has_region_2(fn_rna_strand_72(X),fn_rna_strand_37(X))
& result_2(fn_rna_strand_76(X),fn_rna_strand_35(X))
& agent_2(fn_rna_strand_76(X),fn_rna_strand_72(X))
& has_region_2(fn_rna_strand_72(X),fn_rna_strand_36(X))
& has_region_2(fn_rna_strand_73(X),fn_rna_strand_36(X))
& has_region_2(fn_rna_strand_73(X),fn_rna_strand_37(X))
& called_2(fn_rna_strand_30(X),'Atomic_Number')
& atomic_number_2(fn_rna_strand_73(X),fn_rna_strand_30(X))
& called_2(fn_rna_strand_20(X),'Atomic_Number')
& called_2(fn_rna_strand_27(X),'Number_Proton')
& is_between_2(fn_rna_strand_35(X),fn_rna_strand_72(X))
& called_2(fn_rna_strand_35(X),"2")
& is_between_2(fn_rna_strand_21(X),fn_rna_strand_29(X))
& result_2(fn_rna_strand_22(X),fn_rna_strand_21(X))
& agent_2(fn_rna_strand_22(X),fn_rna_strand_29(X))
& size_2(X,fn_rna_strand_100(X))
& greater_than_2(fn_rna_strand_100(X),fn_rna_strand_89(X))
& object_2(fn_rna_strand_10(X),fn_rna_strand_25(X))
& causes_2(fn_rna_strand_11(X),fn_rna_strand_10(X))
& object_2(fn_rna_strand_11(X),fn_rna_strand_25(X))
& has_part_2(fn_rna_strand_29(X),fn_rna_strand_25(X))
& fn_rna_strand_29(X) != fn_rna_strand_18(X)
& fn_rna_strand_18(X) != fn_rna_strand_29(X)
& object_2(fn_rna_strand_99(X),fn_rna_strand_25(X))
& agent_2(fn_rna_strand_99(X),fn_rna_strand_17(X))
& fn_rna_strand_17(X) != fn_rna_strand_18(X)
& fn_rna_strand_29(X) != fn_rna_strand_17(X)
& fn_rna_strand_17(X) != fn_rna_strand_29(X)
& fn_rna_strand_18(X) != fn_rna_strand_17(X)
& quantity_2(fn_rna_strand_23(X),fn_rna_strand_24(X))
& object_2(fn_rna_strand_9(X),fn_rna_strand_23(X))
& agent_2(fn_rna_strand_9(X),fn_rna_strand_29(X))
& fn_rna_strand_25(X) != fn_rna_strand_23(X)
& fn_rna_strand_23(X) != fn_rna_strand_25(X)
& called_2(fn_rna_strand_24(X),'Number_Electron')
& fn_rna_strand_24(X) = fn_rna_strand_27(X)
& fn_rna_strand_27(X) = fn_rna_strand_24(X)
& fn_rna_strand_27(X) = fn_rna_strand_20(X)
& fn_rna_strand_20(X) = fn_rna_strand_27(X)
& object_2(fn_rna_strand_71(X),fn_rna_strand_72(X))
& agent_2(fn_rna_strand_71(X),fn_rna_strand_35(X))
& has_function_2(fn_rna_strand_35(X),fn_rna_strand_71(X))
& object_2(fn_rna_strand_71(X),fn_rna_strand_73(X))
& is_between_2(fn_rna_strand_38(X),fn_rna_strand_73(X))
& possesses_2(X,fn_rna_strand_38(X))
& element_2(fn_rna_strand_38(X),fn_rna_strand_35(X))
& is_between_2(fn_rna_strand_35(X),fn_rna_strand_73(X))
& fn_rna_strand_72(X) != fn_rna_strand_73(X)
& fn_rna_strand_73(X) != fn_rna_strand_72(X)
& fn_rna_strand_40(X) = fn_attach_1(fn_rna_strand_51(X))
& fn_rna_strand_39(X) = fn_attach_2(fn_rna_strand_51(X))
& fn_rna_strand_25(X) = fn_share_2(fn_rna_strand_22(X))
& fn_rna_strand_25(X) = fn_share_2(fn_rna_strand_12(X))
& fn_rna_strand_23(X) = fn_share_2(fn_rna_strand_99(X))
& fn_rna_strand_25(X) = fn_share_2(fn_rna_strand_9(X))
& fn_rna_strand_17(X) = fn_share_3(fn_rna_strand_22(X))
& fn_rna_strand_54(X) = fn_share_3(fn_rna_strand_67(X))
& fn_rna_strand_54(X) = fn_share_1(fn_rna_strand_67(X))
& fn_rna_strand_18(X) = fn_share_1(fn_rna_strand_22(X))
& fn_rna_strand_74(X) = fn_share_3(fn_rna_strand_76(X))
& fn_rna_strand_74(X) = fn_share_1(fn_rna_strand_76(X))
& fn_rna_strand_18(X) = fn_share_3(fn_rna_strand_12(X))
& fn_rna_strand_72(X) = fn_share_3(fn_rna_strand_77(X))
& fn_rna_strand_72(X) = fn_share_1(fn_rna_strand_77(X))
& fn_rna_strand_29(X) = fn_share_1(fn_rna_strand_12(X))
& fn_rna_strand_29(X) = fn_share_3(fn_rna_strand_99(X))
& fn_rna_strand_17(X) = fn_share_3(fn_rna_strand_9(X))
& fn_rna_strand_18(X) = fn_share_1(fn_rna_strand_99(X))
& fn_rna_strand_18(X) = fn_share_1(fn_rna_strand_9(X))
& fn_rna_strand_25(X) = fn_constant_motion_1(fn_rna_strand_98(X))
& fn_rna_strand_54(X) = fn_hold_2(fn_rna_strand_68(X))
& fn_rna_strand_89(X) = fn_polymer_7(X)
& fn_rna_strand_40(X) = fn_polymer_4(X)
& fn_rna_strand_48(X) = fn_organic_molecule_2(fn_rna_strand_49(X))
& fn_rna_strand_48(X) = fn_organic_molecule_1(fn_rna_strand_49(X))
& fn_rna_strand_59(X) = fn_molecule_11(fn_rna_strand_70(X))
& fn_rna_strand_60(X) = fn_molecule_10(fn_rna_strand_70(X))
& fn_rna_strand_34(X) = fn_nucleoside_6(fn_rna_strand_49(X))
& fn_rna_strand_33(X) = fn_nucleoside_20(fn_rna_strand_49(X))
& fn_rna_strand_65(X) = fn_nitrogen_11(fn_rna_strand_54(X))
& fn_rna_strand_8(X) = fn_nucleic_acid_35(X)
& fn_rna_strand_39(X) = fn_nucleic_acid_20(X)
& fn_rna_strand_47(X) = fn_organic_molecule_1(fn_rna_strand_39(X))
& fn_rna_strand_46(X) = fn_organic_molecule_2(fn_rna_strand_39(X))
& fn_rna_strand_83(X) = fn_covalent_bond_20(fn_rna_strand_82(X))
& fn_rna_strand_81(X) = fn_covalent_bond_14(fn_rna_strand_82(X))
& fn_rna_strand_59(X) = fn_covalent_bond_20(fn_rna_strand_82(X))
& fn_rna_strand_80(X) = fn_covalent_bond_19(fn_rna_strand_82(X))
& fn_rna_strand_64(X) = fn_second_electron_shell_9(fn_rna_strand_57(X))
& fn_rna_strand_58(X) = fn_second_electron_shell_21(fn_rna_strand_57(X))
& fn_rna_strand_53(X) = fn_second_electron_shell_13(fn_rna_strand_57(X))
& fn_rna_strand_59(X) = fn_chemical_element_11(fn_rna_strand_78(X))
& fn_rna_strand_79(X) = fn_chemical_element_11(fn_rna_strand_78(X))
& fn_rna_strand_79(X) = fn_chemical_element_12(fn_rna_strand_78(X))
& fn_rna_strand_71(X) = fn_covalent_bond_14(fn_rna_strand_38(X))
& fn_rna_strand_74(X) = fn_aldehyde_5(fn_rna_strand_75(X))
& fn_rna_strand_38(X) = fn_molecule_10(fn_rna_strand_75(X))
& fn_rna_strand_74(X) = fn_molecule_11(fn_rna_strand_75(X))
& fn_rna_strand_74(X) = fn_molecule_9(X)
& fn_rna_strand_74(X) = fn_covalent_bond_20(fn_rna_strand_38(X))
& fn_rna_strand_63(X) = fn_phosphodiester_bond_23(fn_rna_strand_60(X))
& fn_rna_strand_64(X) = fn_polar_covalent_bond_21(fn_rna_strand_50(X))
& fn_rna_strand_65(X) = fn_polar_covalent_bond_23(fn_rna_strand_50(X))
& fn_rna_strand_56(X) = fn_nitrogen_14(fn_rna_strand_54(X))
& fn_rna_strand_56(X) = fn_polar_covalent_bond_20(fn_rna_strand_50(X))
& fn_rna_strand_62(X) = fn_polar_covalent_bond_12(fn_rna_strand_50(X))
& fn_rna_strand_55(X) = fn_polar_covalent_bond_11(fn_rna_strand_50(X))
& fn_rna_strand_66(X) = fn_polar_covalent_bond_16(fn_rna_strand_50(X))
& fn_rna_strand_53(X) = fn_polar_covalent_bond_19(fn_rna_strand_50(X))
& fn_rna_strand_54(X) = fn_molecule_11(fn_rna_strand_52(X))
& fn_rna_strand_54(X) = fn_polar_covalent_bond_18(fn_rna_strand_50(X))
& fn_rna_strand_72(X) = fn_pentose_15(fn_rna_strand_75(X))
& fn_rna_strand_90(X) = fn_pentose_19(fn_rna_strand_75(X))
& fn_rna_strand_73(X) = fn_pentose_21(fn_rna_strand_75(X))
& fn_rna_strand_52(X) = fn_ribonucleotide_10(fn_rna_strand_39(X))
& fn_rna_strand_47(X) = fn_ribonucleotide_7(fn_rna_strand_39(X))
& fn_rna_strand_91(X) = fn_ribonucleoside_monophosphate_59(fn_rna_strand_40(X))
& fn_rna_strand_91(X) = fn_organic_molecule_3(fn_rna_strand_40(X))
& fn_rna_strand_92(X) = fn_organic_molecule_2(fn_rna_strand_40(X))
& fn_rna_strand_93(X) = fn_organic_molecule_1(fn_rna_strand_40(X))
& fn_rna_strand_45(X) = fn_ribonucleotide_15(fn_rna_strand_39(X))
& fn_rna_strand_45(X) = fn_nucleoside_monophosphate_25(fn_rna_strand_39(X))
& fn_rna_strand_95(X) = fn_nucleoside_monophosphate_35(fn_rna_strand_39(X))
& fn_rna_strand_49(X) = fn_ribonucleotide_9(fn_rna_strand_39(X))
& fn_rna_strand_49(X) = fn_nucleoside_monophosphate_11(fn_rna_strand_39(X))
& fn_rna_strand_96(X) = fn_nucleoside_monophosphate_36(fn_rna_strand_39(X))
& fn_rna_strand_44(X) = fn_nucleoside_monophosphate_12(fn_rna_strand_39(X))
& fn_rna_strand_41(X) = fn_nucleoside_monophosphate_13(fn_rna_strand_39(X))
& fn_rna_strand_42(X) = fn_nucleoside_monophosphate_14(fn_rna_strand_39(X))
& fn_rna_strand_43(X) = fn_nucleoside_monophosphate_22(fn_rna_strand_39(X))
& fn_rna_strand_77(X) = fn_phosphodiester_bond_6(fn_rna_strand_38(X))
& fn_rna_strand_71(X) = fn_phosphodiester_bond_14(fn_rna_strand_38(X))
& fn_rna_strand_53(X) = fn_covalent_bond_20(fn_rna_strand_50(X))
& fn_rna_strand_69(X) = fn_phosphodiester_bond_17(fn_rna_strand_60(X))
& fn_rna_strand_68(X) = fn_phosphodiester_bond_14(fn_rna_strand_60(X))
& fn_rna_strand_63(X) = fn_phosphodiester_bond_38(fn_rna_strand_60(X))
& fn_rna_strand_62(X) = fn_phosphodiester_bond_23(fn_rna_strand_60(X))
& fn_rna_strand_66(X) = fn_phosphodiester_bond_6(fn_rna_strand_60(X))
& fn_rna_strand_53(X) = fn_phosphodiester_bond_16(fn_rna_strand_60(X))
& fn_rna_strand_53(X) = fn_phosphodiester_bond_15(fn_rna_strand_60(X))
& fn_rna_strand_68(X) = fn_phosphate_group_40(fn_rna_strand_84(X))
& fn_rna_strand_65(X) = fn_phosphate_group_12(fn_rna_strand_84(X))
& fn_rna_strand_63(X) = fn_phosphate_group_20(fn_rna_strand_84(X))
& fn_rna_strand_55(X) = fn_phosphate_group_3(fn_rna_strand_84(X))
& fn_rna_strand_87(X) = fn_phosphate_group_39(fn_rna_strand_84(X))
& fn_rna_strand_64(X) = fn_phosphate_group_10(fn_rna_strand_84(X))
& fn_rna_strand_86(X) = fn_phosphate_group_41(fn_rna_strand_84(X))
& fn_rna_strand_85(X) = fn_phosphate_group_40(fn_rna_strand_84(X))
& fn_rna_strand_61(X) = fn_phosphate_group_21(fn_rna_strand_84(X))
& fn_rna_strand_62(X) = fn_phosphate_group_20(fn_rna_strand_84(X))
& fn_rna_strand_87(X) = fn_phosphate_group_35(fn_rna_strand_84(X))
& fn_rna_strand_82(X) = fn_phosphate_group_37(fn_rna_strand_84(X))
& fn_rna_strand_59(X) = fn_phosphate_group_22(fn_rna_strand_84(X))
& fn_rna_strand_81(X) = fn_phosphate_group_36(fn_rna_strand_84(X))
& fn_rna_strand_83(X) = fn_phosphate_group_22(fn_rna_strand_84(X))
& fn_rna_strand_62(X) = fn_phosphate_group_9(fn_rna_strand_84(X))
& fn_rna_strand_55(X) = fn_phosphate_group_8(fn_rna_strand_84(X))
& fn_rna_strand_88(X) = fn_phosphate_group_6(fn_rna_strand_84(X))
& fn_rna_strand_59(X) = fn_phosphate_group_5(fn_rna_strand_84(X))
& fn_rna_strand_85(X) = fn_carbohydrate_37(fn_rna_strand_52(X))
& fn_rna_strand_66(X) = fn_carbohydrate_30(fn_rna_strand_52(X))
& fn_rna_strand_65(X) = fn_covalent_bond_23(fn_rna_strand_50(X))
& fn_rna_strand_64(X) = fn_covalent_bond_21(fn_rna_strand_50(X))
& fn_rna_strand_64(X) = fn_carbohydrate_27(fn_rna_strand_52(X))
& fn_rna_strand_65(X) = fn_carbohydrate_23(fn_rna_strand_52(X))
& fn_rna_strand_58(X) = fn_carbohydrate_28(fn_rna_strand_52(X))
& fn_rna_strand_56(X) = fn_carbohydrate_24(fn_rna_strand_52(X))
& fn_rna_strand_83(X) = fn_carbohydrate_39(fn_rna_strand_52(X))
& fn_rna_strand_53(X) = fn_carbohydrate_5(fn_rna_strand_52(X))
& fn_rna_strand_59(X) = fn_carbohydrate_38(fn_rna_strand_52(X))
& fn_rna_strand_61(X) = fn_carbohydrate_31(fn_rna_strand_52(X))
& fn_rna_strand_63(X) = fn_carbohydrate_31(fn_rna_strand_52(X))
& fn_rna_strand_55(X) = fn_carbohydrate_29(fn_rna_strand_52(X))
& fn_rna_strand_67(X) = fn_polar_covalent_bond_16(fn_rna_strand_50(X))
& fn_rna_strand_67(X) = fn_carbohydrate_30(fn_rna_strand_52(X))
& fn_rna_strand_69(X) = fn_polar_covalent_bond_17(fn_rna_strand_50(X))
& fn_rna_strand_69(X) = fn_covalent_bond_14(fn_rna_strand_50(X))
& fn_rna_strand_69(X) = fn_carbohydrate_37(fn_rna_strand_52(X))
& fn_rna_strand_50(X) = fn_molecule_10(fn_rna_strand_52(X))
& fn_rna_strand_50(X) = fn_carbohydrate_36(fn_rna_strand_52(X))
& fn_rna_strand_37(X) = fn_ester_linkage_43(fn_rna_strand_35(X))
& fn_rna_strand_37(X) = fn_ester_linkage_44(fn_rna_strand_35(X))
& fn_rna_strand_36(X) = fn_atom_9(fn_rna_strand_73(X))
& fn_rna_strand_36(X) = fn_ester_linkage_11(fn_rna_strand_35(X))
& fn_rna_strand_76(X) = fn_ester_linkage_32(fn_rna_strand_35(X))
& fn_rna_strand_94(X) = fn_carbon_13(fn_rna_strand_73(X))
& fn_rna_strand_97(X) = fn_phosphodiester_bond_1(fn_rna_strand_38(X))
& fn_rna_strand_31(X) = fn_phosphodiester_bond_20(fn_rna_strand_38(X))
& fn_rna_strand_97(X) = fn_carbon_7(fn_rna_strand_73(X))
& fn_rna_strand_31(X) = fn_phosphodiester_bond_33(fn_rna_strand_38(X))
& fn_rna_strand_32(X) = fn_phosphodiester_bond_31(fn_rna_strand_38(X))
& fn_rna_strand_31(X) = fn_ester_linkage_21(fn_rna_strand_35(X))
& fn_rna_strand_31(X) = fn_carbon_11(fn_rna_strand_73(X))
& fn_rna_strand_32(X) = fn_polar_covalent_bond_8(fn_rna_strand_35(X))
& fn_rna_strand_32(X) = fn_ester_linkage_23(fn_rna_strand_35(X))
& fn_rna_strand_32(X) = fn_covalent_bond_7(fn_rna_strand_38(X))
& fn_rna_strand_32(X) = fn_carbon_20(fn_rna_strand_73(X))
& fn_rna_strand_30(X) = fn_polar_covalent_bond_7(fn_rna_strand_35(X))
& fn_rna_strand_30(X) = fn_phosphodiester_bond_26(fn_rna_strand_38(X))
& fn_rna_strand_30(X) = fn_ester_linkage_22(fn_rna_strand_35(X))
& fn_rna_strand_73(X) = fn_covalent_bond_19(fn_rna_strand_38(X))
& fn_rna_strand_30(X) = fn_covalent_bond_6(fn_rna_strand_38(X))
& fn_rna_strand_30(X) = fn_atom_17(fn_rna_strand_73(X))
& fn_rna_strand_30(X) = fn_carbon_16(fn_rna_strand_73(X))
& fn_rna_strand_16(X) = fn_nucleic_acid_32(X)
& fn_rna_strand_15(X) = fn_nucleic_acid_31(X)
& fn_rna_strand_13(X) = fn_nucleic_acid_30(X)
& fn_rna_strand_101(X) = fn_nucleic_acid_33(X)
& fn_rna_strand_19(X) = fn_nucleic_acid_35(X)
& fn_rna_strand_14(X) = fn_nucleic_acid_36(X)
& fn_rna_strand_29(X) = fn_nucleic_acid_26(X)
& fn_rna_strand_22(X) = fn_nucleic_acid_23(X)
& fn_rna_strand_21(X) = fn_nucleic_acid_22(X)
& fn_rna_strand_28(X) = fn_nucleic_acid_34(X)
& fn_rna_strand_89(X) = fn_nucleic_acid_28(X)
& fn_rna_strand_100(X) = fn_nucleic_acid_29(X)
& fn_rna_strand_11(X) = fn_nucleic_acid_12(X)
& fn_rna_strand_10(X) = fn_nucleic_acid_11(X)
& fn_rna_strand_18(X) = fn_nucleic_acid_26(X)
& fn_rna_strand_17(X) = fn_nucleic_acid_6(X)
& fn_rna_strand_99(X) = fn_nucleic_acid_23(X)
& fn_rna_strand_29(X) = fn_nucleic_acid_27(X)
& fn_rna_strand_9(X) = fn_nucleic_acid_23(X)
& fn_rna_strand_25(X) = fn_nucleic_acid_25(X)
& fn_rna_strand_23(X) = fn_nucleic_acid_24(X)
& fn_rna_strand_24(X) = fn_nucleic_acid_10(X)
& fn_rna_strand_27(X) = fn_nucleic_acid_9(X)
& fn_rna_strand_20(X) = fn_nucleic_acid_7(X)
& fn_rna_strand_26(X) = fn_nucleic_acid_8(X)
& fn_rna_strand_7(X) = fn_nucleic_acid_35(X)
& fn_rna_strand_73(X) = fn_polar_covalent_bond_18(fn_rna_strand_35(X))
& fn_rna_strand_71(X) = fn_phosphodiester_bond_17(fn_rna_strand_38(X))
& fn_rna_strand_71(X) = fn_polar_covalent_bond_17(fn_rna_strand_35(X))
& fn_rna_strand_71(X) = fn_ester_linkage_19(fn_rna_strand_35(X))
& fn_rna_strand_71(X) = fn_nucleic_acid_18(X)
& fn_rna_strand_73(X) = fn_aldehyde_6(fn_rna_strand_75(X))
& fn_rna_strand_72(X) = fn_aldehyde_5(fn_rna_strand_75(X))
& fn_rna_strand_73(X) = fn_aldose_10(fn_rna_strand_75(X))
& fn_rna_strand_72(X) = fn_aldose_4(fn_rna_strand_75(X))
& fn_rna_strand_72(X) = fn_phosphodiester_bond_27(fn_rna_strand_38(X))
& fn_rna_strand_72(X) = fn_phosphodiester_bond_18(fn_rna_strand_38(X))
& fn_rna_strand_72(X) = fn_ester_linkage_27(fn_rna_strand_35(X))
& fn_rna_strand_72(X) = fn_nucleic_acid_17(X)
& fn_rna_strand_73(X) = fn_phosphodiester_bond_15(fn_rna_strand_38(X))
& fn_rna_strand_73(X) = fn_phosphodiester_bond_16(fn_rna_strand_38(X))
& fn_rna_strand_73(X) = fn_ester_linkage_28(fn_rna_strand_35(X))
& fn_rna_strand_73(X) = fn_nucleic_acid_15(X)
& fn_rna_strand_35(X) = fn_phosphodiester_bond_30(fn_rna_strand_38(X))
& fn_rna_strand_35(X) = fn_phosphodiester_bond_29(fn_rna_strand_38(X))
& fn_rna_strand_35(X) = fn_nucleic_acid_16(X)
& fn_rna_strand_38(X) = fn_molecule_10(X)
& fn_rna_strand_38(X) = fn_nucleic_acid_19(X)
& fn_organic_molecule_2(fn_rna_strand_49(X)) = fn_organic_molecule_1(fn_rna_strand_49(X))
& fn_organic_molecule_1(fn_rna_strand_49(X)) = fn_chemical_element_12(fn_rna_strand_78(X))
& fn_chemical_element_12(fn_rna_strand_78(X)) = fn_chemical_element_12(fn_rna_strand_78(X))
& fn_chemical_element_12(fn_rna_strand_78(X)) = fn_chemical_element_11(fn_rna_strand_78(X))
& fn_chemical_element_11(fn_rna_strand_78(X)) = fn_chemical_element_12(fn_rna_strand_78(X))
& fn_chemical_element_12(fn_rna_strand_78(X)) = fn_share_3(fn_rna_strand_76(X))
& fn_share_3(fn_rna_strand_76(X)) = fn_share_1(fn_rna_strand_76(X))
& fn_share_1(fn_rna_strand_76(X)) = fn_share_1(fn_rna_strand_76(X))
& fn_share_1(fn_rna_strand_76(X)) = fn_molecule_11(fn_rna_strand_75(X))
& fn_molecule_11(fn_rna_strand_75(X)) = fn_molecule_11(fn_rna_strand_75(X))
& fn_molecule_11(fn_rna_strand_75(X)) = fn_molecule_9(X)
& fn_aldehyde_5(fn_rna_strand_75(X)) = fn_aldehyde_5(fn_rna_strand_75(X))
& fn_aldehyde_5(fn_rna_strand_75(X)) = fn_molecule_9(X)
& fn_molecule_9(X) = fn_aldehyde_5(fn_rna_strand_75(X))
& fn_covalent_bond_20(fn_rna_strand_38(X)) = fn_aldehyde_5(fn_rna_strand_75(X))
& fn_aldehyde_5(fn_rna_strand_75(X)) = fn_covalent_bond_20(fn_rna_strand_38(X))
& fn_covalent_bond_20(fn_rna_strand_38(X)) = fn_covalent_bond_20(fn_rna_strand_38(X))
& fn_covalent_bond_20(fn_rna_strand_38(X)) = fn_share_3(fn_rna_strand_67(X))
& fn_share_3(fn_rna_strand_67(X)) = fn_share_1(fn_rna_strand_67(X))
& fn_share_1(fn_rna_strand_67(X)) = fn_share_1(fn_rna_strand_67(X))
& fn_share_1(fn_rna_strand_67(X)) = fn_hold_2(fn_rna_strand_68(X))
& fn_hold_2(fn_rna_strand_68(X)) = fn_hold_2(fn_rna_strand_68(X))
& fn_hold_2(fn_rna_strand_68(X)) = fn_molecule_11(fn_rna_strand_52(X))
& fn_polar_covalent_bond_18(fn_rna_strand_50(X)) = fn_polar_covalent_bond_18(fn_rna_strand_50(X))
& fn_polar_covalent_bond_18(fn_rna_strand_50(X)) = fn_molecule_11(fn_rna_strand_52(X))
& fn_molecule_11(fn_rna_strand_52(X)) = fn_polar_covalent_bond_18(fn_rna_strand_50(X))
& fn_polar_covalent_bond_18(fn_rna_strand_50(X)) = fn_organic_molecule_1(fn_rna_strand_39(X))
& fn_organic_molecule_1(fn_rna_strand_39(X)) = fn_organic_molecule_1(fn_rna_strand_39(X))
& fn_organic_molecule_1(fn_rna_strand_39(X)) = fn_ribonucleotide_7(fn_rna_strand_39(X))
& fn_ribonucleotide_7(fn_rna_strand_39(X)) = fn_ribonucleotide_7(fn_rna_strand_39(X))
& fn_ribonucleotide_7(fn_rna_strand_39(X)) = fn_ribonucleoside_monophosphate_59(fn_rna_strand_40(X))
& fn_ribonucleoside_monophosphate_59(fn_rna_strand_40(X)) = fn_organic_molecule_3(fn_rna_strand_40(X))
& fn_organic_molecule_3(fn_rna_strand_40(X)) = fn_organic_molecule_3(fn_rna_strand_40(X))
& fn_organic_molecule_3(fn_rna_strand_40(X)) = fn_attach_1(fn_rna_strand_51(X))
& fn_attach_1(fn_rna_strand_51(X)) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_ribonucleotide_15(fn_rna_strand_39(X))
& fn_ribonucleotide_15(fn_rna_strand_39(X)) = fn_ribonucleotide_15(fn_rna_strand_39(X))
& fn_ribonucleotide_15(fn_rna_strand_39(X)) = fn_nucleoside_monophosphate_25(fn_rna_strand_39(X))
& fn_nucleoside_monophosphate_25(fn_rna_strand_39(X)) = fn_ribonucleotide_9(fn_rna_strand_39(X))
& fn_ribonucleotide_9(fn_rna_strand_39(X)) = fn_ribonucleotide_9(fn_rna_strand_39(X))
& fn_ribonucleotide_9(fn_rna_strand_39(X)) = fn_nucleoside_monophosphate_11(fn_rna_strand_39(X))
& fn_nucleoside_monophosphate_11(fn_rna_strand_39(X)) = fn_attach_2(fn_rna_strand_51(X))
& fn_attach_2(fn_rna_strand_51(X)) = fn_nucleic_acid_20(X)
& fn_nucleic_acid_20(X) = fn_nucleic_acid_20(X)
& fn_nucleic_acid_20(X) = fn_phosphodiester_bond_14(fn_rna_strand_60(X))
& fn_phosphodiester_bond_14(fn_rna_strand_60(X)) = fn_phosphodiester_bond_14(fn_rna_strand_60(X))
& fn_phosphodiester_bond_14(fn_rna_strand_60(X)) = fn_phosphate_group_40(fn_rna_strand_84(X))
& fn_phosphate_group_40(fn_rna_strand_84(X)) = fn_phosphate_group_39(fn_rna_strand_84(X))
& fn_phosphate_group_39(fn_rna_strand_84(X)) = fn_phosphate_group_39(fn_rna_strand_84(X))
& fn_phosphate_group_39(fn_rna_strand_84(X)) = fn_phosphate_group_35(fn_rna_strand_84(X))
& fn_phosphate_group_35(fn_rna_strand_84(X)) = fn_phosphate_group_35(fn_rna_strand_84(X))
& fn_phosphate_group_35(fn_rna_strand_84(X)) = fn_covalent_bond_14(fn_rna_strand_82(X))
& fn_covalent_bond_14(fn_rna_strand_82(X)) = fn_covalent_bond_14(fn_rna_strand_82(X))
& fn_covalent_bond_14(fn_rna_strand_82(X)) = fn_phosphate_group_36(fn_rna_strand_84(X))
& fn_phosphate_group_36(fn_rna_strand_84(X)) = fn_phosphate_group_36(fn_rna_strand_84(X))
& fn_phosphate_group_36(fn_rna_strand_84(X)) = fn_polar_covalent_bond_12(fn_rna_strand_50(X))
& fn_polar_covalent_bond_12(fn_rna_strand_50(X)) = fn_phosphodiester_bond_23(fn_rna_strand_60(X))
& fn_phosphodiester_bond_23(fn_rna_strand_60(X)) = fn_phosphodiester_bond_23(fn_rna_strand_60(X))
& fn_phosphodiester_bond_23(fn_rna_strand_60(X)) = fn_phosphate_group_20(fn_rna_strand_84(X))
& fn_phosphate_group_20(fn_rna_strand_84(X)) = fn_phosphate_group_9(fn_rna_strand_84(X))
& fn_phosphate_group_9(fn_rna_strand_84(X)) = fn_phosphate_group_40(fn_rna_strand_84(X))
& fn_phosphate_group_40(fn_rna_strand_84(X)) = fn_phosphate_group_40(fn_rna_strand_84(X))
& fn_phosphate_group_40(fn_rna_strand_84(X)) = fn_carbohydrate_37(fn_rna_strand_52(X))
& fn_carbohydrate_37(fn_rna_strand_52(X)) = fn_phosphodiester_bond_6(fn_rna_strand_60(X))
& fn_phosphodiester_bond_6(fn_rna_strand_60(X)) = fn_polar_covalent_bond_16(fn_rna_strand_50(X))
& fn_polar_covalent_bond_16(fn_rna_strand_50(X)) = fn_phosphodiester_bond_6(fn_rna_strand_60(X))
& fn_phosphodiester_bond_6(fn_rna_strand_60(X)) = fn_phosphodiester_bond_6(fn_rna_strand_60(X))
& fn_phosphodiester_bond_6(fn_rna_strand_60(X)) = fn_carbohydrate_30(fn_rna_strand_52(X))
& fn_carbohydrate_30(fn_rna_strand_52(X)) = fn_second_electron_shell_9(fn_rna_strand_57(X))
& fn_second_electron_shell_9(fn_rna_strand_57(X)) = fn_covalent_bond_21(fn_rna_strand_50(X))
& fn_covalent_bond_21(fn_rna_strand_50(X)) = fn_covalent_bond_21(fn_rna_strand_50(X))
& fn_covalent_bond_21(fn_rna_strand_50(X)) = fn_second_electron_shell_9(fn_rna_strand_57(X))
& fn_second_electron_shell_9(fn_rna_strand_57(X)) = fn_polar_covalent_bond_21(fn_rna_strand_50(X))
& fn_polar_covalent_bond_21(fn_rna_strand_50(X)) = fn_polar_covalent_bond_21(fn_rna_strand_50(X))
& fn_polar_covalent_bond_21(fn_rna_strand_50(X)) = fn_phosphate_group_10(fn_rna_strand_84(X))
& fn_phosphate_group_10(fn_rna_strand_84(X)) = fn_phosphate_group_10(fn_rna_strand_84(X))
& fn_phosphate_group_10(fn_rna_strand_84(X)) = fn_carbohydrate_27(fn_rna_strand_52(X))
& fn_carbohydrate_27(fn_rna_strand_52(X)) = fn_carbohydrate_27(fn_rna_strand_52(X))
& fn_carbohydrate_27(fn_rna_strand_52(X)) = fn_nitrogen_11(fn_rna_strand_54(X))
& fn_nitrogen_11(fn_rna_strand_54(X)) = fn_covalent_bond_23(fn_rna_strand_50(X))
& fn_covalent_bond_23(fn_rna_strand_50(X)) = fn_covalent_bond_23(fn_rna_strand_50(X))
& fn_covalent_bond_23(fn_rna_strand_50(X)) = fn_nitrogen_11(fn_rna_strand_54(X))
& fn_nitrogen_11(fn_rna_strand_54(X)) = fn_polar_covalent_bond_23(fn_rna_strand_50(X))
& fn_polar_covalent_bond_23(fn_rna_strand_50(X)) = fn_polar_covalent_bond_23(fn_rna_strand_50(X))
& fn_polar_covalent_bond_23(fn_rna_strand_50(X)) = fn_phosphate_group_12(fn_rna_strand_84(X))
& fn_phosphate_group_12(fn_rna_strand_84(X)) = fn_phosphate_group_12(fn_rna_strand_84(X))
& fn_phosphate_group_12(fn_rna_strand_84(X)) = fn_carbohydrate_23(fn_rna_strand_52(X))
& fn_carbohydrate_23(fn_rna_strand_52(X)) = fn_carbohydrate_23(fn_rna_strand_52(X))
& fn_carbohydrate_23(fn_rna_strand_52(X)) = fn_second_electron_shell_21(fn_rna_strand_57(X))
& fn_second_electron_shell_21(fn_rna_strand_57(X)) = fn_second_electron_shell_21(fn_rna_strand_57(X))
& fn_second_electron_shell_21(fn_rna_strand_57(X)) = fn_carbohydrate_28(fn_rna_strand_52(X))
& fn_carbohydrate_28(fn_rna_strand_52(X)) = fn_carbohydrate_28(fn_rna_strand_52(X))
& fn_carbohydrate_28(fn_rna_strand_52(X)) = fn_nitrogen_14(fn_rna_strand_54(X))
& fn_nitrogen_14(fn_rna_strand_54(X)) = fn_polar_covalent_bond_20(fn_rna_strand_50(X))
& fn_polar_covalent_bond_20(fn_rna_strand_50(X)) = fn_polar_covalent_bond_20(fn_rna_strand_50(X))
& fn_polar_covalent_bond_20(fn_rna_strand_50(X)) = fn_carbohydrate_24(fn_rna_strand_52(X))
& fn_carbohydrate_24(fn_rna_strand_52(X)) = fn_carbohydrate_24(fn_rna_strand_52(X))
& fn_carbohydrate_24(fn_rna_strand_52(X)) = fn_covalent_bond_20(fn_rna_strand_82(X))
& fn_covalent_bond_20(fn_rna_strand_82(X)) = fn_phosphate_group_22(fn_rna_strand_84(X))
& fn_phosphate_group_22(fn_rna_strand_84(X)) = fn_carbohydrate_39(fn_rna_strand_52(X))
& fn_carbohydrate_39(fn_rna_strand_52(X)) = fn_carbohydrate_39(fn_rna_strand_52(X))
& fn_carbohydrate_39(fn_rna_strand_52(X)) = fn_second_electron_shell_13(fn_rna_strand_57(X))
& fn_second_electron_shell_13(fn_rna_strand_57(X)) = fn_covalent_bond_20(fn_rna_strand_50(X))
& fn_covalent_bond_20(fn_rna_strand_50(X)) = fn_covalent_bond_20(fn_rna_strand_50(X))
& fn_covalent_bond_20(fn_rna_strand_50(X)) = fn_second_electron_shell_13(fn_rna_strand_57(X))
& fn_second_electron_shell_13(fn_rna_strand_57(X)) = fn_second_electron_shell_13(fn_rna_strand_57(X))
& fn_second_electron_shell_13(fn_rna_strand_57(X)) = fn_polar_covalent_bond_19(fn_rna_strand_50(X))
& fn_polar_covalent_bond_19(fn_rna_strand_50(X)) = fn_polar_covalent_bond_19(fn_rna_strand_50(X))
& fn_polar_covalent_bond_19(fn_rna_strand_50(X)) = fn_phosphodiester_bond_16(fn_rna_strand_60(X))
& fn_phosphodiester_bond_16(fn_rna_strand_60(X)) = fn_phosphodiester_bond_16(fn_rna_strand_60(X))
& fn_phosphodiester_bond_15(fn_rna_strand_60(X)) = fn_phosphodiester_bond_16(fn_rna_strand_60(X))
& fn_phosphodiester_bond_16(fn_rna_strand_60(X)) = fn_phosphodiester_bond_15(fn_rna_strand_60(X))
& fn_phosphodiester_bond_15(fn_rna_strand_60(X)) = fn_phosphodiester_bond_15(fn_rna_strand_60(X))
& fn_phosphodiester_bond_15(fn_rna_strand_60(X)) = fn_carbohydrate_5(fn_rna_strand_52(X))
& fn_carbohydrate_5(fn_rna_strand_52(X)) = fn_molecule_11(fn_rna_strand_70(X))
& fn_molecule_11(fn_rna_strand_70(X)) = fn_covalent_bond_20(fn_rna_strand_82(X))
& fn_covalent_bond_20(fn_rna_strand_82(X)) = fn_covalent_bond_20(fn_rna_strand_82(X))
& fn_covalent_bond_20(fn_rna_strand_82(X)) = fn_chemical_element_11(fn_rna_strand_78(X))
& fn_chemical_element_11(fn_rna_strand_78(X)) = fn_chemical_element_11(fn_rna_strand_78(X))
& fn_chemical_element_11(fn_rna_strand_78(X)) = fn_phosphate_group_22(fn_rna_strand_84(X))
& fn_phosphate_group_5(fn_rna_strand_84(X)) = fn_phosphate_group_22(fn_rna_strand_84(X))
& fn_phosphate_group_22(fn_rna_strand_84(X)) = fn_phosphate_group_22(fn_rna_strand_84(X))
& fn_phosphate_group_22(fn_rna_strand_84(X)) = fn_phosphate_group_5(fn_rna_strand_84(X))
& fn_phosphate_group_5(fn_rna_strand_84(X)) = fn_phosphate_group_5(fn_rna_strand_84(X))
& fn_phosphate_group_5(fn_rna_strand_84(X)) = fn_carbohydrate_38(fn_rna_strand_52(X))
& fn_carbohydrate_38(fn_rna_strand_52(X)) = fn_carbohydrate_38(fn_rna_strand_52(X))
& fn_carbohydrate_38(fn_rna_strand_52(X)) = fn_phosphate_group_21(fn_rna_strand_84(X))
& fn_phosphate_group_21(fn_rna_strand_84(X)) = fn_phosphate_group_21(fn_rna_strand_84(X))
& fn_phosphate_group_21(fn_rna_strand_84(X)) = fn_carbohydrate_31(fn_rna_strand_52(X))
& fn_carbohydrate_31(fn_rna_strand_52(X)) = fn_phosphodiester_bond_23(fn_rna_strand_60(X))
& fn_phosphodiester_bond_23(fn_rna_strand_60(X)) = fn_phosphodiester_bond_38(fn_rna_strand_60(X))
& fn_phosphodiester_bond_38(fn_rna_strand_60(X)) = fn_phosphodiester_bond_38(fn_rna_strand_60(X))
& fn_phosphodiester_bond_38(fn_rna_strand_60(X)) = fn_phosphate_group_20(fn_rna_strand_84(X))
& fn_phosphate_group_20(fn_rna_strand_84(X)) = fn_phosphate_group_20(fn_rna_strand_84(X))
& fn_phosphate_group_20(fn_rna_strand_84(X)) = fn_carbohydrate_31(fn_rna_strand_52(X))
& fn_carbohydrate_31(fn_rna_strand_52(X)) = fn_carbohydrate_31(fn_rna_strand_52(X))
& fn_carbohydrate_31(fn_rna_strand_52(X)) = fn_polar_covalent_bond_11(fn_rna_strand_50(X))
& fn_polar_covalent_bond_11(fn_rna_strand_50(X)) = fn_phosphate_group_3(fn_rna_strand_84(X))
& fn_phosphate_group_3(fn_rna_strand_84(X)) = fn_phosphate_group_3(fn_rna_strand_84(X))
& fn_phosphate_group_3(fn_rna_strand_84(X)) = fn_phosphate_group_8(fn_rna_strand_84(X))
& fn_phosphate_group_8(fn_rna_strand_84(X)) = fn_phosphate_group_8(fn_rna_strand_84(X))
& fn_phosphate_group_8(fn_rna_strand_84(X)) = fn_carbohydrate_29(fn_rna_strand_52(X))
& fn_carbohydrate_29(fn_rna_strand_52(X)) = fn_carbohydrate_29(fn_rna_strand_52(X))
& fn_carbohydrate_29(fn_rna_strand_52(X)) = fn_polar_covalent_bond_16(fn_rna_strand_50(X))
& fn_polar_covalent_bond_16(fn_rna_strand_50(X)) = fn_polar_covalent_bond_16(fn_rna_strand_50(X))
& fn_carbohydrate_30(fn_rna_strand_52(X)) = fn_carbohydrate_30(fn_rna_strand_52(X))
& fn_carbohydrate_30(fn_rna_strand_52(X)) = fn_polar_covalent_bond_16(fn_rna_strand_50(X))
& fn_polar_covalent_bond_16(fn_rna_strand_50(X)) = fn_carbohydrate_30(fn_rna_strand_52(X))
& fn_carbohydrate_30(fn_rna_strand_52(X)) = fn_polar_covalent_bond_17(fn_rna_strand_50(X))
& fn_polar_covalent_bond_17(fn_rna_strand_50(X)) = fn_covalent_bond_14(fn_rna_strand_50(X))
& fn_covalent_bond_14(fn_rna_strand_50(X)) = fn_polar_covalent_bond_17(fn_rna_strand_50(X))
& fn_phosphodiester_bond_17(fn_rna_strand_60(X)) = fn_polar_covalent_bond_17(fn_rna_strand_50(X))
& fn_polar_covalent_bond_17(fn_rna_strand_50(X)) = fn_phosphodiester_bond_17(fn_rna_strand_60(X))
& fn_phosphodiester_bond_17(fn_rna_strand_60(X)) = fn_carbohydrate_37(fn_rna_strand_52(X))
& fn_carbohydrate_37(fn_rna_strand_52(X)) = fn_carbohydrate_37(fn_rna_strand_52(X))
& fn_carbohydrate_37(fn_rna_strand_52(X)) = fn_molecule_10(fn_rna_strand_52(X))
& fn_carbohydrate_36(fn_rna_strand_52(X)) = fn_carbohydrate_36(fn_rna_strand_52(X))
& fn_carbohydrate_36(fn_rna_strand_52(X)) = fn_molecule_10(fn_rna_strand_52(X))
& fn_molecule_10(fn_rna_strand_52(X)) = fn_carbohydrate_36(fn_rna_strand_52(X))
& fn_carbohydrate_36(fn_rna_strand_52(X)) = fn_ester_linkage_43(fn_rna_strand_35(X))
& fn_ester_linkage_43(fn_rna_strand_35(X)) = fn_ester_linkage_44(fn_rna_strand_35(X))
& fn_ester_linkage_44(fn_rna_strand_35(X)) = fn_atom_9(fn_rna_strand_73(X))
& fn_atom_9(fn_rna_strand_73(X)) = fn_ester_linkage_11(fn_rna_strand_35(X))
& fn_ester_linkage_11(fn_rna_strand_35(X)) = fn_ester_linkage_11(fn_rna_strand_35(X))
& fn_ester_linkage_11(fn_rna_strand_35(X)) = fn_phosphodiester_bond_1(fn_rna_strand_38(X))
& fn_carbon_7(fn_rna_strand_73(X)) = fn_phosphodiester_bond_1(fn_rna_strand_38(X))
& fn_phosphodiester_bond_1(fn_rna_strand_38(X)) = fn_carbon_7(fn_rna_strand_73(X))
& fn_carbon_7(fn_rna_strand_73(X)) = fn_phosphodiester_bond_33(fn_rna_strand_38(X))
& fn_phosphodiester_bond_33(fn_rna_strand_38(X)) = fn_phosphodiester_bond_20(fn_rna_strand_38(X))
& fn_phosphodiester_bond_20(fn_rna_strand_38(X)) = fn_phosphodiester_bond_33(fn_rna_strand_38(X))
& fn_phosphodiester_bond_33(fn_rna_strand_38(X)) = fn_phosphodiester_bond_33(fn_rna_strand_38(X))
& fn_ester_linkage_21(fn_rna_strand_35(X)) = fn_phosphodiester_bond_33(fn_rna_strand_38(X))
& fn_phosphodiester_bond_33(fn_rna_strand_38(X)) = fn_ester_linkage_21(fn_rna_strand_35(X))
& fn_ester_linkage_21(fn_rna_strand_35(X)) = fn_ester_linkage_21(fn_rna_strand_35(X))
& fn_carbon_11(fn_rna_strand_73(X)) = fn_carbon_11(fn_rna_strand_73(X))
& fn_carbon_11(fn_rna_strand_73(X)) = fn_ester_linkage_21(fn_rna_strand_35(X))
& fn_ester_linkage_21(fn_rna_strand_35(X)) = fn_carbon_11(fn_rna_strand_73(X))
& fn_carbon_11(fn_rna_strand_73(X)) = fn_polar_covalent_bond_8(fn_rna_strand_35(X))
& fn_phosphodiester_bond_31(fn_rna_strand_38(X)) = fn_polar_covalent_bond_8(fn_rna_strand_35(X))
& fn_polar_covalent_bond_8(fn_rna_strand_35(X)) = fn_phosphodiester_bond_31(fn_rna_strand_38(X))
& fn_phosphodiester_bond_31(fn_rna_strand_38(X)) = fn_phosphodiester_bond_31(fn_rna_strand_38(X))
& fn_phosphodiester_bond_31(fn_rna_strand_38(X)) = fn_ester_linkage_23(fn_rna_strand_35(X))
& fn_covalent_bond_7(fn_rna_strand_38(X)) = fn_ester_linkage_23(fn_rna_strand_35(X))
& fn_ester_linkage_23(fn_rna_strand_35(X)) = fn_ester_linkage_23(fn_rna_strand_35(X))
& fn_ester_linkage_23(fn_rna_strand_35(X)) = fn_covalent_bond_7(fn_rna_strand_38(X))
& fn_covalent_bond_7(fn_rna_strand_38(X)) = fn_covalent_bond_7(fn_rna_strand_38(X))
& fn_carbon_20(fn_rna_strand_73(X)) = fn_carbon_20(fn_rna_strand_73(X))
& fn_carbon_20(fn_rna_strand_73(X)) = fn_covalent_bond_7(fn_rna_strand_38(X))
& fn_covalent_bond_7(fn_rna_strand_38(X)) = fn_carbon_20(fn_rna_strand_73(X))
& fn_carbon_20(fn_rna_strand_73(X)) = fn_polar_covalent_bond_7(fn_rna_strand_35(X))
& fn_polar_covalent_bond_7(fn_rna_strand_35(X)) = fn_polar_covalent_bond_7(fn_rna_strand_35(X))
& fn_polar_covalent_bond_7(fn_rna_strand_35(X)) = fn_phosphodiester_bond_26(fn_rna_strand_38(X))
& fn_ester_linkage_22(fn_rna_strand_35(X)) = fn_phosphodiester_bond_26(fn_rna_strand_38(X))
& fn_phosphodiester_bond_26(fn_rna_strand_38(X)) = fn_ester_linkage_22(fn_rna_strand_35(X))
& fn_ester_linkage_22(fn_rna_strand_35(X)) = fn_ester_linkage_22(fn_rna_strand_35(X))
& fn_covalent_bond_6(fn_rna_strand_38(X)) = fn_ester_linkage_22(fn_rna_strand_35(X))
& fn_ester_linkage_22(fn_rna_strand_35(X)) = fn_covalent_bond_6(fn_rna_strand_38(X))
& fn_atom_17(fn_rna_strand_73(X)) = fn_covalent_bond_6(fn_rna_strand_38(X))
& fn_covalent_bond_6(fn_rna_strand_38(X)) = fn_covalent_bond_6(fn_rna_strand_38(X))
& fn_covalent_bond_6(fn_rna_strand_38(X)) = fn_atom_17(fn_rna_strand_73(X))
& fn_atom_17(fn_rna_strand_73(X)) = fn_atom_17(fn_rna_strand_73(X))
& fn_carbon_16(fn_rna_strand_73(X)) = fn_carbon_16(fn_rna_strand_73(X))
& fn_carbon_16(fn_rna_strand_73(X)) = fn_atom_17(fn_rna_strand_73(X))
& fn_atom_17(fn_rna_strand_73(X)) = fn_carbon_16(fn_rna_strand_73(X))
& fn_carbon_16(fn_rna_strand_73(X)) = fn_polymer_7(X)
& fn_polymer_7(X) = fn_nucleic_acid_28(X)
& fn_nucleic_acid_28(X) = fn_nucleic_acid_28(X)
& fn_nucleic_acid_28(X) = fn_share_1(fn_rna_strand_22(X))
& fn_share_1(fn_rna_strand_22(X)) = fn_share_3(fn_rna_strand_12(X))
& fn_share_3(fn_rna_strand_12(X)) = fn_share_1(fn_rna_strand_99(X))
& fn_share_1(fn_rna_strand_9(X)) = fn_share_1(fn_rna_strand_22(X))
& fn_share_1(fn_rna_strand_22(X)) = fn_share_1(fn_rna_strand_99(X))
& fn_share_1(fn_rna_strand_99(X)) = fn_share_1(fn_rna_strand_9(X))
& fn_share_1(fn_rna_strand_9(X)) = fn_nucleic_acid_26(X)
& fn_nucleic_acid_26(X) = fn_share_3(fn_rna_strand_22(X))
& fn_share_3(fn_rna_strand_22(X)) = fn_share_3(fn_rna_strand_9(X))
& fn_share_3(fn_rna_strand_9(X)) = fn_nucleic_acid_6(X)
& fn_nucleic_acid_6(X) = fn_nucleic_acid_6(X)
& fn_nucleic_acid_6(X) = fn_share_1(fn_rna_strand_12(X))
& fn_share_1(fn_rna_strand_12(X)) = fn_share_3(fn_rna_strand_99(X))
& fn_share_3(fn_rna_strand_99(X)) = fn_share_3(fn_rna_strand_99(X))
& fn_share_3(fn_rna_strand_99(X)) = fn_nucleic_acid_26(X)
& fn_nucleic_acid_26(X) = fn_nucleic_acid_26(X)
& fn_nucleic_acid_26(X) = fn_nucleic_acid_27(X)
& fn_nucleic_acid_27(X) = fn_nucleic_acid_27(X)
& fn_nucleic_acid_27(X) = fn_share_2(fn_rna_strand_22(X))
& fn_share_2(fn_rna_strand_22(X)) = fn_share_2(fn_rna_strand_12(X))
& fn_share_2(fn_rna_strand_12(X)) = fn_share_2(fn_rna_strand_9(X))
& fn_share_2(fn_rna_strand_9(X)) = fn_constant_motion_1(fn_rna_strand_98(X))
& fn_constant_motion_1(fn_rna_strand_98(X)) = fn_constant_motion_1(fn_rna_strand_98(X))
& fn_constant_motion_1(fn_rna_strand_98(X)) = fn_nucleic_acid_25(X)
& fn_nucleic_acid_25(X) = fn_nucleic_acid_25(X)
& fn_nucleic_acid_25(X) = fn_share_2(fn_rna_strand_99(X))
& fn_share_2(fn_rna_strand_99(X)) = fn_nucleic_acid_24(X)
& fn_nucleic_acid_24(X) = fn_nucleic_acid_24(X)
& fn_nucleic_acid_24(X) = fn_polar_covalent_bond_17(fn_rna_strand_35(X))
& fn_phosphodiester_bond_17(fn_rna_strand_38(X)) = fn_polar_covalent_bond_17(fn_rna_strand_35(X))
& fn_polar_covalent_bond_17(fn_rna_strand_35(X)) = fn_phosphodiester_bond_17(fn_rna_strand_38(X))
& fn_phosphodiester_bond_17(fn_rna_strand_38(X)) = fn_ester_linkage_19(fn_rna_strand_35(X))
& fn_covalent_bond_14(fn_rna_strand_38(X)) = fn_ester_linkage_19(fn_rna_strand_35(X))
& fn_ester_linkage_19(fn_rna_strand_35(X)) = fn_ester_linkage_19(fn_rna_strand_35(X))
& fn_ester_linkage_19(fn_rna_strand_35(X)) = fn_covalent_bond_14(fn_rna_strand_38(X))
& fn_covalent_bond_14(fn_rna_strand_38(X)) = fn_phosphodiester_bond_14(fn_rna_strand_38(X))
& fn_phosphodiester_bond_14(fn_rna_strand_38(X)) = fn_phosphodiester_bond_14(fn_rna_strand_38(X))
& fn_phosphodiester_bond_14(fn_rna_strand_38(X)) = fn_nucleic_acid_18(X)
& fn_nucleic_acid_18(X) = fn_nucleic_acid_18(X)
& fn_nucleic_acid_18(X) = fn_share_3(fn_rna_strand_77(X))
& fn_share_3(fn_rna_strand_77(X)) = fn_share_1(fn_rna_strand_77(X))
& fn_share_1(fn_rna_strand_77(X)) = fn_share_1(fn_rna_strand_77(X))
& fn_share_1(fn_rna_strand_77(X)) = fn_aldehyde_5(fn_rna_strand_75(X))
& fn_aldose_4(fn_rna_strand_75(X)) = fn_aldehyde_5(fn_rna_strand_75(X))
& fn_aldehyde_5(fn_rna_strand_75(X)) = fn_aldose_4(fn_rna_strand_75(X))
& fn_aldose_4(fn_rna_strand_75(X)) = fn_aldose_4(fn_rna_strand_75(X))
& fn_phosphodiester_bond_27(fn_rna_strand_38(X)) = fn_aldose_4(fn_rna_strand_75(X))
& fn_aldose_4(fn_rna_strand_75(X)) = fn_phosphodiester_bond_27(fn_rna_strand_38(X))
& fn_phosphodiester_bond_27(fn_rna_strand_38(X)) = fn_phosphodiester_bond_27(fn_rna_strand_38(X))
& fn_phosphodiester_bond_18(fn_rna_strand_38(X)) = fn_phosphodiester_bond_27(fn_rna_strand_38(X))
& fn_phosphodiester_bond_27(fn_rna_strand_38(X)) = fn_phosphodiester_bond_18(fn_rna_strand_38(X))
& fn_pentose_15(fn_rna_strand_75(X)) = fn_phosphodiester_bond_18(fn_rna_strand_38(X))
& fn_phosphodiester_bond_18(fn_rna_strand_38(X)) = fn_phosphodiester_bond_18(fn_rna_strand_38(X))
& fn_phosphodiester_bond_18(fn_rna_strand_38(X)) = fn_pentose_15(fn_rna_strand_75(X))
& fn_pentose_15(fn_rna_strand_75(X)) = fn_ester_linkage_27(fn_rna_strand_35(X))
& fn_ester_linkage_27(fn_rna_strand_35(X)) = fn_ester_linkage_27(fn_rna_strand_35(X))
& fn_nucleic_acid_17(X) = fn_ester_linkage_27(fn_rna_strand_35(X))
& fn_ester_linkage_27(fn_rna_strand_35(X)) = fn_nucleic_acid_17(X)
& fn_nucleic_acid_17(X) = fn_aldehyde_6(fn_rna_strand_75(X))
& fn_aldose_10(fn_rna_strand_75(X)) = fn_aldehyde_6(fn_rna_strand_75(X))
& fn_aldehyde_6(fn_rna_strand_75(X)) = fn_aldose_10(fn_rna_strand_75(X))
& fn_aldose_10(fn_rna_strand_75(X)) = fn_polar_covalent_bond_18(fn_rna_strand_35(X))
& fn_polar_covalent_bond_18(fn_rna_strand_35(X)) = fn_polar_covalent_bond_18(fn_rna_strand_35(X))
& fn_polar_covalent_bond_18(fn_rna_strand_35(X)) = fn_aldose_10(fn_rna_strand_75(X))
& fn_aldose_10(fn_rna_strand_75(X)) = fn_aldose_10(fn_rna_strand_75(X))
& fn_aldose_10(fn_rna_strand_75(X)) = fn_phosphodiester_bond_15(fn_rna_strand_38(X))
& fn_phosphodiester_bond_15(fn_rna_strand_38(X)) = fn_polar_covalent_bond_18(fn_rna_strand_35(X))
& fn_polar_covalent_bond_18(fn_rna_strand_35(X)) = fn_phosphodiester_bond_15(fn_rna_strand_38(X))
& fn_covalent_bond_19(fn_rna_strand_38(X)) = fn_phosphodiester_bond_15(fn_rna_strand_38(X))
& fn_phosphodiester_bond_15(fn_rna_strand_38(X)) = fn_phosphodiester_bond_15(fn_rna_strand_38(X))
& fn_phosphodiester_bond_15(fn_rna_strand_38(X)) = fn_covalent_bond_19(fn_rna_strand_38(X))
& fn_pentose_21(fn_rna_strand_75(X)) = fn_covalent_bond_19(fn_rna_strand_38(X))
& fn_covalent_bond_19(fn_rna_strand_38(X)) = fn_pentose_21(fn_rna_strand_75(X))
& fn_pentose_21(fn_rna_strand_75(X)) = fn_pentose_21(fn_rna_strand_75(X))
& fn_pentose_21(fn_rna_strand_75(X)) = fn_phosphodiester_bond_16(fn_rna_strand_38(X))
& fn_phosphodiester_bond_16(fn_rna_strand_38(X)) = fn_phosphodiester_bond_16(fn_rna_strand_38(X))
& fn_ester_linkage_28(fn_rna_strand_35(X)) = fn_phosphodiester_bond_16(fn_rna_strand_38(X))
& fn_phosphodiester_bond_16(fn_rna_strand_38(X)) = fn_ester_linkage_28(fn_rna_strand_35(X))
& fn_ester_linkage_28(fn_rna_strand_35(X)) = fn_ester_linkage_28(fn_rna_strand_35(X))
& fn_nucleic_acid_15(X) = fn_nucleic_acid_15(X)
& fn_nucleic_acid_15(X) = fn_ester_linkage_28(fn_rna_strand_35(X))
& fn_ester_linkage_28(fn_rna_strand_35(X)) = fn_nucleic_acid_15(X)
& fn_nucleic_acid_15(X) = fn_phosphodiester_bond_30(fn_rna_strand_38(X))
& fn_phosphodiester_bond_29(fn_rna_strand_38(X)) = fn_phosphodiester_bond_30(fn_rna_strand_38(X))
& fn_phosphodiester_bond_30(fn_rna_strand_38(X)) = fn_phosphodiester_bond_29(fn_rna_strand_38(X))
& fn_nucleic_acid_16(X) = fn_nucleic_acid_16(X)
& fn_nucleic_acid_16(X) = fn_phosphodiester_bond_29(fn_rna_strand_38(X))
& fn_phosphodiester_bond_29(fn_rna_strand_38(X)) = fn_nucleic_acid_16(X)
& fn_nucleic_acid_16(X) = fn_molecule_10(fn_rna_strand_75(X))
& fn_molecule_10(fn_rna_strand_75(X)) = fn_molecule_10(fn_rna_strand_75(X))
& fn_molecule_10(fn_rna_strand_75(X)) = fn_molecule_10(X)
& fn_nucleic_acid_19(X) = fn_nucleic_acid_19(X)
& fn_nucleic_acid_19(X) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_nucleic_acid_19(X) ) ) ).
fof(a532377,axiom,
! [X] :
( rna_virus_1(X)
=> ( original_name_2(X,'RNA-Virus')
& user_description_2(X,'A virus with RNA as its genetic material.')
& concept2words_2(X,'virus of rna')
& concept2words_2(X,'rna virus')
& concept2words_2(X,'rna-virus')
& virus_1(X)
& genome_1(fn_rna_virus_1(X))
& transcription_1(fn_rna_virus_2(X))
& entity_1(fn_rna_virus_3(X))
& rna_1(fn_rna_virus_3(X))
& code_for_1(fn_rna_virus_4(X))
& rna_polymerase_1(fn_rna_virus_5(X))
& entity_1(fn_code_for_2(fn_rna_virus_4(X)))
& entity_1(fn_code_for_1(fn_rna_virus_4(X)))
& rna_1(fn_synthesis_of_rna_8(fn_rna_virus_2(X)))
& rna_1(fn_transcription_21(fn_rna_virus_2(X)))
& has_part_2(X,fn_rna_virus_5(X))
& has_part_2(X,fn_rna_virus_1(X))
& agent_2(fn_rna_virus_2(X),fn_rna_virus_5(X))
& has_part_2(fn_rna_virus_1(X),fn_rna_virus_3(X))
& result_2(fn_rna_virus_4(X),fn_rna_virus_5(X))
& agent_2(fn_rna_virus_4(X),fn_rna_virus_3(X))
& result_2(fn_rna_virus_2(X),fn_rna_virus_3(X))
& fn_rna_virus_5(X) = fn_code_for_2(fn_rna_virus_4(X))
& fn_rna_virus_3(X) = fn_code_for_1(fn_rna_virus_4(X))
& fn_rna_virus_3(X) = fn_synthesis_of_rna_8(fn_rna_virus_2(X))
& fn_rna_virus_3(X) = fn_transcription_21(fn_rna_virus_2(X))
& fn_code_for_1(fn_rna_virus_4(X)) = fn_synthesis_of_rna_8(fn_rna_virus_2(X))
& fn_synthesis_of_rna_8(fn_rna_virus_2(X)) = fn_synthesis_of_rna_8(fn_rna_virus_2(X))
& fn_synthesis_of_rna_8(fn_rna_virus_2(X)) = fn_transcription_21(fn_rna_virus_2(X)) ) ) ).
fof(a532378,axiom,
! [X] :
( rna_virus_class_iv_1(X)
=> ( original_name_2(X,'RNA-Virus-Class-IV')
& user_description_2(X,'Classes of animal virus that can serve as mRNA. Includes classes picornavirus and togavirus.')
& concept2words_2(X,'class iv rna virus')
& concept2words_2(X,'rna virus class iv')
& concept2words_2(X,'rna-virus-class-iv')
& rna_virus_1(X)
& ~ ebola_virus_1(X)
& ~ hantavirus_1(X)
& ~ influenza_virus_1(X)
& ~ nipah_virus_1(X)
& ~ retrovirus_1(X)
& ~ rna_virus_class_v_1(X) ) ) ).
fof(a532379,axiom,
! [X] :
( rna_virus_class_v_1(X)
=> ( original_name_2(X,'RNA-Virus-Class-V')
& user_description_2(X,'Classes of animal virus in which the viral RNA genome serves as a template for mRNA synthesis. Includes classes rhabdovirus, paramyxovirus, orthomyxovirus.')
& concept2words_2(X,'class v rna virus')
& concept2words_2(X,'rna virus class v')
& concept2words_2(X,'rna-virus-class-v')
& rna_virus_1(X)
& ~ ebola_virus_1(X)
& ~ hantavirus_1(X)
& ~ influenza_virus_1(X)
& ~ nipah_virus_1(X)
& ~ retrovirus_1(X)
& ~ rna_virus_class_iv_1(X)
& chemical_entity_1(fn_rna_virus_class_v_1(X))
& protein_1(fn_rna_virus_class_v_1(X))
& rna_polymerase_1(fn_rna_virus_class_v_1(X))
& synthesis_of_protein_1(fn_rna_virus_class_v_2(X))
& mrna_1(fn_rna_virus_class_v_3(X))
& template_1(fn_rna_virus_class_v_4(X))
& tangible_entity_1(fn_template_1(fn_rna_virus_class_v_4(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_rna_virus_class_v_2(X)))
& protein_1(fn_synthesis_of_protein_16(fn_rna_virus_class_v_2(X)))
& agent_2(fn_rna_virus_class_v_2(X),fn_rna_virus_class_v_3(X))
& plays_2(fn_rna_virus_class_v_3(X),fn_rna_virus_class_v_4(X))
& result_2(fn_rna_virus_class_v_2(X),fn_rna_virus_class_v_1(X))
& has_part_2(X,fn_rna_virus_class_v_1(X))
& fn_rna_virus_class_v_3(X) = fn_template_1(fn_rna_virus_class_v_4(X))
& fn_rna_virus_class_v_1(X) = fn_anabolic_pathway_5(fn_rna_virus_class_v_2(X))
& fn_rna_virus_class_v_1(X) = fn_synthesis_of_protein_16(fn_rna_virus_class_v_2(X))
& fn_rna_virus_class_v_1(X) = fn_rna_virus_5(X)
& fn_anabolic_pathway_5(fn_rna_virus_class_v_2(X)) = fn_synthesis_of_protein_16(fn_rna_virus_class_v_2(X))
& fn_synthesis_of_protein_16(fn_rna_virus_class_v_2(X)) = fn_synthesis_of_protein_16(fn_rna_virus_class_v_2(X))
& fn_synthesis_of_protein_16(fn_rna_virus_class_v_2(X)) = fn_rna_virus_5(X) ) ) ).
fof(a532380,axiom,
! [X] :
( rna_world_1(X)
=> ( original_name_2(X,'RNA-World')
& user_description_2(X,'A model that suggests that RNA was the precursor genetic material to DNA.')
& concept2words_2(X,'world of rna')
& concept2words_2(X,'rna world')
& concept2words_2(X,'rna-world')
& hypothesis_1(X)
& ~ genetic_code_1(X)
& ~ suggestion_1(X)
& ~ request_1(X)
& ~ information_sequence_1(X)
& ~ classification_unit_1(X)
& ~ dna_library_1(X)
& ~ ethics_1(X)
& ~ fossil_record_1(X)
& ~ genomic_library_1(X)
& ~ positional_information_1(X)
& ~ proximate_causation_1(X)
& ~ representation_1(X)
& ~ scientific_laws_1(X)
& ~ species_concept_1(X) ) ) ).
fof(a532381,axiom,
! [X] :
( rock_1(X)
=> ( original_name_2(X,'Rock')
& user_description_2(X,'Solid minerals found on the surface of the earth.')
& concept2words_2(X,rock)
& geologic_entity_1(X) ) ) ).
fof(a532382,axiom,
! [X] :
( rod_1(X)
=> ( original_name_2(X,'Rod')
& user_description_2(X,'Rod is a part of ATP Synthase')
& concept2words_2(X,rod)
& protein_1(X) ) ) ).
fof(a532383,axiom,
! [X] :
( rod_cell_1(X)
=> ( original_name_2(X,'Rod-cell')
& user_description_2(X,'Rod cell is a cell found in the retina that is sensitive to light/dark (black/white)')
& concept2words_2(X,'cell of rod')
& concept2words_2(X,'rod cell')
& concept2words_2(X,'rod-cell')
& animal_cell_1(X) ) ) ).
fof(a532384,axiom,
! [X] :
( rod_shaped_prokaryote_1(X)
=> ( original_name_2(X,'Rod-Shaped-Prokaryote')
& user_description_2(X,'Prokaryote that has a rod shape.')
& concept2words_2(X,'rod shaped prokaryote')
& concept2words_2(X,'rod-shaped prokaryote')
& concept2words_2(X,'rod-shaped-prokaryote')
& prokaryote_1(X)
& shape_value_1(fn_rod_shaped_prokaryote_1(X))
& the_categorical_value_2(fn_rod_shaped_prokaryote_1(X),cylinder_0)
& shape_2(X,fn_rod_shaped_prokaryote_1(X))
& fn_rod_shaped_prokaryote_2(X) = fn_cell_3(X)
& fn_rod_shaped_prokaryote_1(X) = fn_cell_5(X) ) ) ).
fof(a532385,axiom,
! [X] :
( rodent_1(X)
=> ( original_name_2(X,'Rodent')
& user_description_2(X,'A member of the mammalian clade Rodentia, which have continuously growing incisors in the upper and lower jaws.')
& concept2words_2(X,rodent)
& placental_mammal_1(X)
& ~ bat_1(X)
& ~ edentata_1(X)
& ~ elephant_1(X)
& ~ primate_1(X)
& ~ ungulate_1(X) ) ) ).
fof(a532386,axiom,
! [X] :
( roentgenium_1(X)
=> ( original_name_2(X,'Roentgenium')
& user_description_2(X,'Roentgenium is a metal atom with atomic number 111. It is represented by the symbol Rg.')
& concept2words_2(X,roentgenium)
& concept2words_2(X,rg)
& metal_atom_1(X)
& atomic_mass_value_1(fn_roentgenium_1(X))
& neutron_1(fn_roentgenium_2(X))
& atomic_weight_value_1(fn_roentgenium_6(X))
& atomic_number_value_1(fn_roentgenium_7(X))
& mass_number_2(X,fn_roentgenium_1(X))
& exactCardinality(X,has_part_0,"161",neutron_0)
& exactCardinality(X,has_part_0,"111",proton_0)
& exactCardinality(X,has_part_0,"111",electron_0)
& has_part_2(X,fn_roentgenium_2(X))
& the_cardinal_value_2(fn_roentgenium_1(X),"272")
& cardinal_unit_class_2(fn_roentgenium_1(X),unity_0)
& the_cardinal_value_2(fn_roentgenium_7(X),"111")
& cardinal_unit_class_2(fn_roentgenium_7(X),unity_0)
& the_cardinal_value_2(fn_roentgenium_6(X),"272")
& cardinal_unit_class_2(fn_roentgenium_6(X),dalton_0)
& atomic_number_2(X,fn_roentgenium_7(X))
& atomic_weight_2(X,fn_roentgenium_6(X))
& fn_roentgenium_4(X) = fn_atom_12(X)
& fn_roentgenium_7(X) = fn_atom_17(X)
& fn_roentgenium_5(X) = fn_atom_13(X)
& fn_roentgenium_6(X) = fn_atom_16(X) ) ) ).
fof(a532387,axiom,
! [X] :
( role_1(X)
=> ( original_name_2(X,'Role')
& thing_1(X)
& ~ concept_word_frame_1(X)
& ~ temporal_entity_1(X)
& ~ event_1(X)
& ~ entity_1(X) ) ) ).
fof(a532388,axiom,
! [X] :
( roof_1(X)
=> ( original_name_2(X,'Roof')
& description_2(X,'an architectural structure covering another architectural structure')
& concept2words_2(X,roof)
& architectural_structure_1(X)
& ~ wall_1(X)
& ~ room_1(X)
& ~ platform_1(X)
& ~ parkinglot_1(X)
& ~ door_1(X)
& ~ ceiling_1(X)
& ~ building_1(X)
& ~ building_complex_1(X)
& ~ bridge_1(X)
& ~ electrical_power_plant_1(X)
& ~ factory_1(X)
& ~ laboratory_1(X)
& architectural_structure_1(fn_roof_1(X))
& cover_1(fn_roof_2(X))
& tangible_entity_1(fn_barrier_1(fn_roof_2(X)))
& has_part_2(fn_roof_1(X),X)
& is_above_2(X,fn_roof_1(X))
& plays_2(X,fn_roof_2(X))
& X = fn_barrier_1(fn_roof_2(X)) ) ) ).
fof(a532389,axiom,
! [X] :
( room_1(X)
=> ( original_name_2(X,'Room')
& description_2(X,'an architectural structure playing a container within a building')
& concept2words_2(X,room)
& architectural_structure_1(X)
& ~ wall_1(X)
& ~ roof_1(X)
& ~ platform_1(X)
& ~ parkinglot_1(X)
& ~ door_1(X)
& ~ ceiling_1(X)
& ~ building_1(X)
& ~ building_complex_1(X)
& ~ bridge_1(X)
& ~ electrical_power_plant_1(X)
& ~ factory_1(X)
& ~ laboratory_1(X)
& wall_1(fn_room_1(X))
& floor_1(fn_room_2(X))
& ceiling_1(fn_room_3(X))
& container_1(fn_room_4(X))
& building_1(fn_room_5(X))
& container_1(fn_floor_2(fn_room_2(X)))
& room_1(fn_building_1(fn_room_5(X)))
& room_1(fn_ceiling_3(fn_room_3(X)))
& tangible_entity_1(fn_floor_1(fn_room_2(X)))
& has_part_2(X,fn_room_1(X))
& has_part_2(fn_room_5(X),X)
& has_part_2(X,fn_room_3(X))
& has_part_2(X,fn_room_2(X))
& X = fn_building_1(fn_room_5(X))
& X = fn_ceiling_3(fn_room_3(X))
& fn_room_4(X) = fn_floor_2(fn_room_2(X))
& X = fn_floor_1(fn_room_2(X))
& fn_building_1(fn_room_5(X)) = fn_ceiling_3(fn_room_3(X))
& fn_ceiling_3(fn_room_3(X)) = fn_ceiling_3(fn_room_3(X))
& fn_ceiling_3(fn_room_3(X)) = fn_floor_1(fn_room_2(X))
& fn_floor_1(fn_room_2(X)) = fn_floor_1(fn_room_2(X)) ) ) ).
fof(a532390,axiom,
! [X] :
( root_1(X)
=> ( original_name_2(X,'Root')
& user_description_2(X,'In vascular plants, an organ that anchors a plant in the soil and absorbs nutrients and water from the soil.')
& concept2words_2(X,root)
& root_organ_1(X)
& surface_area_value_1(fn_root_2(X))
& tip_1(fn_root_3(X))
& layer_1(fn_root_4(X))
& plant_vein_1(fn_root_5(X))
& extra_cellular_matrix_1(fn_root_6(X))
& extracellular_side_1(fn_root_7(X))
& vascular_tissue_system_1(fn_root_8(X))
& ground_tissue_system_1(fn_root_9(X))
& dermal_tissue_system_1(fn_root_10(X))
& root_hair_1(fn_root_11(X))
& endodermis_1(fn_root_12(X))
& cortex_1(fn_root_13(X))
& stele_1(fn_root_14(X))
& quantity_value_1(fn_root_15(X))
& passive_transport_1(fn_root_17(X))
& exergonic_process_1(fn_root_17(X))
& facilitated_diffusion_1(fn_root_17(X))
& endergonic_process_1(fn_root_18(X))
& work_1(fn_root_18(X))
& cellular_work_1(fn_root_18(X))
& active_transport_using_atp_1(fn_root_18(X))
& move_1(fn_root_19(X))
& move_through_1(fn_root_19(X))
& block_1(fn_root_20(X))
& hydrophobic_compound_1(fn_root_21(X))
& tangible_entity_1(fn_root_22(X))
& spatial_entity_1(fn_root_22(X))
& chemical_entity_1(fn_root_22(X))
& hydrogen_ion_1(fn_root_22(X))
& spatial_entity_1(fn_root_23(X))
& hydrophilic_compound_1(fn_root_23(X))
& hydrophobic_compound_1(fn_root_24(X))
& starch_1(fn_root_25(X))
& plant_cell_1(fn_root_26(X))
& tissue_1(fn_root_27(X))
& store_1(fn_root_28(X))
& plant_cell_1(fn_root_29(X))
& epidermis_1(fn_root_30(X))
& uptake_of_nutrient_by_plant_cell_using_proton_pump_1(fn_root_31(X))
& amyloplast_1(fn_root_32(X))
& store_1(fn_root_33(X))
& nutrient_1(fn_root_34(X))
& nitrate_ion_1(fn_root_35(X))
& take_in_1(fn_root_36(X))
& entity_1(fn_store_1(fn_root_28(X)))
& spatial_entity_1(fn_store_2(fn_root_28(X)))
& store_1(fn_amyloplast_7(fn_root_32(X)))
& nutrient_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_1(fn_root_31(X)))
& block_1(fn_active_transport_using_atp_39(fn_root_18(X)))
& move_1(fn_active_transport_using_atp_31(fn_root_18(X)))
& move_through_1(fn_active_transport_using_atp_31(fn_root_18(X)))
& spatial_entity_1(fn_active_transport_using_atp_10(fn_root_18(X)))
& hydrophilic_compound_1(fn_active_transport_using_atp_10(fn_root_18(X)))
& hydrophobic_compound_1(fn_active_transport_using_atp_23(fn_root_18(X)))
& cell_1(fn_cellular_work_2(fn_root_18(X)))
& epidermal_cell_1(fn_epidermis_4(fn_root_30(X)))
& cell_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_9(fn_root_31(X)))
& passive_transport_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(fn_root_31(X)))
& exergonic_process_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(fn_root_31(X)))
& facilitated_diffusion_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(fn_root_31(X)))
& passive_transport_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(fn_root_31(X)))
& exergonic_process_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(fn_root_31(X)))
& facilitated_diffusion_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(fn_root_31(X)))
& tangible_entity_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_3(fn_root_31(X)))
& spatial_entity_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_3(fn_root_31(X)))
& chemical_entity_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_3(fn_root_31(X)))
& hydrogen_ion_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_3(fn_root_31(X)))
& tangible_entity_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_2(fn_root_31(X)))
& spatial_entity_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_2(fn_root_31(X)))
& chemical_entity_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_2(fn_root_31(X)))
& hydrogen_ion_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_2(fn_root_31(X)))
& endergonic_process_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(fn_root_31(X)))
& work_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(fn_root_31(X)))
& cellular_work_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(fn_root_31(X)))
& active_transport_using_atp_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(fn_root_31(X)))
& endergonic_process_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(fn_root_31(X)))
& work_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(fn_root_31(X)))
& cellular_work_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(fn_root_31(X)))
& active_transport_using_atp_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(fn_root_31(X)))
& spatial_entity_1(fn_move_1(fn_root_36(X)))
& tangible_entity_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_4(fn_root_31(X)))
& spatial_entity_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_4(fn_root_31(X)))
& chemical_entity_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_4(fn_root_31(X)))
& spatial_entity_1(fn_block_1(fn_root_20(X)))
& spatial_entity_1(fn_active_transport_using_atp_46(fn_root_18(X)))
& chemical_entity_1(fn_active_transport_using_atp_46(fn_root_18(X)))
& tangible_entity_1(fn_take_in_1(fn_root_36(X)))
& by_means_of_2(fn_root_36(X),fn_root_31(X))
& site_2(fn_root_33(X),X)
& the_scalar_value_2(fn_root_15(X),numerous_0)
& scalar_unit_class_2(fn_root_15(X),eukaryotic_cell_structure_0)
& positive_influence_2(fn_root_15(X),fn_root_2(X))
& is_inside_2(fn_root_14(X),fn_root_8(X))
& is_between_2(fn_root_13(X),fn_root_14(X))
& is_between_2(fn_root_13(X),fn_root_30(X))
& is_inside_2(fn_root_13(X),fn_root_9(X))
& has_region_2(fn_root_13(X),fn_root_4(X))
& is_inside_2(fn_root_12(X),fn_root_4(X))
& quantity_2(fn_root_11(X),fn_root_15(X))
& is_above_2(fn_root_30(X),fn_root_13(X))
& is_inside_2(fn_root_30(X),fn_root_10(X))
& has_part_2(fn_root_30(X),fn_root_11(X))
& element_2(fn_root_10(X),fn_root_30(X))
& element_2(fn_root_9(X),fn_root_12(X))
& element_2(fn_root_9(X),fn_root_13(X))
& element_2(fn_root_8(X),fn_root_14(X))
& has_part_2(fn_root_29(X),fn_root_32(X))
& is_between_2(fn_root_29(X),fn_root_7(X))
& is_between_2(fn_root_29(X),fn_root_6(X))
& is_outside_2(fn_root_6(X),fn_root_29(X))
& site_2(fn_root_28(X),X)
& has_function_2(X,fn_root_36(X))
& surface_area_2(X,fn_root_2(X))
& has_part_2(X,fn_root_30(X))
& has_part_2(X,fn_root_12(X))
& has_part_2(X,fn_root_13(X))
& has_part_2(X,fn_root_14(X))
& has_part_2(X,fn_root_5(X))
& has_region_2(X,fn_root_3(X))
& has_region_2(X,fn_root_8(X))
& has_region_2(X,fn_root_9(X))
& has_region_2(X,fn_root_10(X))
& fn_root_24(X) != fn_root_22(X)
& fn_root_23(X) != fn_root_22(X)
& fn_root_22(X) != fn_root_24(X)
& fn_root_22(X) != fn_root_23(X)
& fn_root_22(X) != fn_root_21(X)
& fn_root_21(X) != fn_root_22(X)
& called_2(fn_root_20(X),"1")
& object_2(fn_root_20(X),fn_root_22(X))
& object_2(fn_root_28(X),fn_root_25(X))
& base_2(fn_root_28(X),fn_root_29(X))
& object_2(fn_root_36(X),fn_root_35(X))
& has_part_2(fn_root_30(X),fn_root_26(X))
& has_part_2(X,fn_root_27(X))
& base_2(fn_root_33(X),fn_root_32(X))
& base_2(fn_root_17(X),fn_root_26(X))
& base_2(fn_root_18(X),fn_root_26(X))
& base_2(fn_root_31(X),fn_root_26(X))
& object_2(fn_root_31(X),fn_root_35(X))
& fn_root_35(X) != fn_root_22(X)
& fn_root_22(X) != fn_root_35(X)
& agent_2(fn_root_36(X),X)
& base_2(fn_root_36(X),X)
& object_2(fn_root_31(X),fn_root_22(X))
& object_2(fn_root_17(X),fn_root_22(X))
& subevent_2(fn_root_31(X),fn_root_17(X))
& subevent_2(fn_root_31(X),fn_root_18(X))
& called_2(fn_root_18(X),'AT2')
& object_2(fn_root_18(X),fn_root_35(X))
& fn_root_21(X) != fn_root_35(X)
& object_2(fn_root_20(X),fn_root_21(X))
& fn_root_35(X) != fn_root_21(X)
& object_2(fn_root_19(X),fn_root_35(X))
& subevent_2(fn_root_18(X),fn_root_19(X))
& fn_root_35(X) != fn_root_23(X)
& fn_root_23(X) != fn_root_35(X)
& fn_root_35(X) != fn_root_24(X)
& fn_root_24(X) != fn_root_35(X)
& object_2(fn_root_20(X),fn_root_35(X))
& fn_root_25(X) = fn_store_1(fn_root_28(X))
& fn_root_29(X) = fn_store_2(fn_root_28(X))
& fn_root_35(X) = fn_move_1(fn_root_36(X))
& fn_root_26(X) = fn_epidermis_4(fn_root_30(X))
& fn_root_27(X) = fn_organ_1(X)
& fn_root_33(X) = fn_amyloplast_7(fn_root_32(X))
& fn_root_17(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_5(fn_root_31(X))
& fn_root_34(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_1(fn_root_31(X))
& fn_root_22(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_3(fn_root_31(X))
& fn_root_35(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_4(fn_root_31(X))
& fn_root_26(X) = fn_cellular_work_2(fn_root_18(X))
& fn_root_26(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_9(fn_root_31(X))
& X = fn_take_in_1(fn_root_36(X))
& fn_root_18(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_6(fn_root_31(X))
& fn_root_18(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(fn_root_31(X))
& fn_root_17(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(fn_root_31(X))
& fn_root_22(X) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_2(fn_root_31(X))
& fn_root_35(X) = fn_block_1(fn_root_20(X))
& fn_root_20(X) = fn_active_transport_using_atp_39(fn_root_18(X))
& fn_root_21(X) = fn_active_transport_using_atp_23(fn_root_18(X))
& fn_root_19(X) = fn_active_transport_using_atp_31(fn_root_18(X))
& fn_root_23(X) = fn_active_transport_using_atp_10(fn_root_18(X))
& fn_root_24(X) = fn_active_transport_using_atp_23(fn_root_18(X))
& fn_root_35(X) = fn_active_transport_using_atp_46(fn_root_18(X))
& fn_epidermis_4(fn_root_30(X)) = fn_cellular_work_2(fn_root_18(X))
& fn_cellular_work_2(fn_root_18(X)) = fn_epidermis_4(fn_root_30(X))
& fn_epidermis_4(fn_root_30(X)) = fn_uptake_of_nutrient_by_cell_using_proton_pump_9(fn_root_31(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_9(fn_root_31(X)) = fn_uptake_of_nutrient_by_cell_using_proton_pump_9(fn_root_31(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_9(fn_root_31(X)) = fn_uptake_of_nutrient_by_cell_using_proton_pump_5(fn_root_31(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_5(fn_root_31(X)) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(fn_root_31(X))
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(fn_root_31(X)) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(fn_root_31(X))
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(fn_root_31(X)) = fn_uptake_of_nutrient_by_cell_using_proton_pump_3(fn_root_31(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_3(fn_root_31(X)) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_2(fn_root_31(X))
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_2(fn_root_31(X)) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_2(fn_root_31(X))
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_2(fn_root_31(X)) = fn_uptake_of_nutrient_by_cell_using_proton_pump_6(fn_root_31(X))
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(fn_root_31(X)) = fn_uptake_of_nutrient_by_cell_using_proton_pump_6(fn_root_31(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_6(fn_root_31(X)) = fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(fn_root_31(X))
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(fn_root_31(X)) = fn_move_1(fn_root_36(X))
& fn_move_1(fn_root_36(X)) = fn_uptake_of_nutrient_by_cell_using_proton_pump_4(fn_root_31(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_4(fn_root_31(X)) = fn_uptake_of_nutrient_by_cell_using_proton_pump_4(fn_root_31(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_4(fn_root_31(X)) = fn_block_1(fn_root_20(X))
& fn_active_transport_using_atp_46(fn_root_18(X)) = fn_block_1(fn_root_20(X))
& fn_block_1(fn_root_20(X)) = fn_active_transport_using_atp_46(fn_root_18(X))
& fn_active_transport_using_atp_46(fn_root_18(X)) = fn_active_transport_using_atp_46(fn_root_18(X))
& fn_take_in_1(fn_root_36(X)) = fn_take_in_1(fn_root_36(X)) ) ) ).
fof(a532391,axiom,
! [X] :
( root_apical_meristem_1(X)
=> ( original_name_2(X,'Root-Apical-Meristem')
& user_description_2(X,'Embryonic plant tissue in the tips of root is called as root apical meristem. The dividing cells of an apical meristem enable the plant to grow in length.')
& concept2words_2(X,'root apical meristem')
& concept2words_2(X,'root-apical-meristem')
& apical_meristem_1(X)
& ~ shoot_apical_meristem_1(X)
& tip_1(fn_root_apical_meristem_1(X))
& create_1(fn_root_apical_meristem_2(X))
& plant_1(fn_root_apical_meristem_3(X))
& entity_1(fn_root_apical_meristem_4(X))
& root_1(fn_root_apical_meristem_4(X))
& entity_1(fn_create_1(fn_root_apical_meristem_2(X)))
& tip_1(fn_root_3(fn_root_apical_meristem_4(X)))
& has_part_2(fn_root_apical_meristem_3(X),fn_root_apical_meristem_4(X))
& is_at_2(X,fn_root_apical_meristem_1(X))
& site_2(fn_root_apical_meristem_2(X),X)
& result_2(fn_root_apical_meristem_2(X),fn_root_apical_meristem_4(X))
& has_part_2(fn_root_apical_meristem_3(X),X)
& has_region_2(fn_root_apical_meristem_4(X),fn_root_apical_meristem_1(X))
& fn_root_apical_meristem_4(X) = fn_create_1(fn_root_apical_meristem_2(X))
& fn_root_apical_meristem_3(X) = fn_apical_meristem_2(X)
& fn_root_apical_meristem_1(X) = fn_root_3(fn_root_apical_meristem_4(X)) ) ) ).
fof(a532392,axiom,
! [X] :
( root_cap_1(X)
=> ( original_name_2(X,'Root-Cap')
& user_description_2(X,'A section of tissue at the growing tip of a plant root. It protects the root apical meristem.')
& concept2words_2(X,'cap of root')
& concept2words_2(X,'root cap')
& concept2words_2(X,'root-cap')
& dermal_tissue_1(X)
& ~ apical_ectodermal_ridge_1(X)
& ~ bark_1(X)
& ~ callus_1(X)
& ~ calyptra_1(X)
& ~ coleoptile_1(X)
& ~ coleorhiza_1(X)
& ~ endodermis_1(X)
& ~ epidermis_1(X)
& ~ periderm_1(X)
& ~ seed_coat_1(X) ) ) ).
fof(a532393,axiom,
! [X] :
( root_hair_1(X)
=> ( original_name_2(X,'Root-Hair')
& user_description_2(X,'A tiny extension of a root epidermal cell, growing just behind the root tip and increasing surface area for absorption of water and minerals.')
& concept2words_2(X,'hair of root')
& concept2words_2(X,'root hair')
& concept2words_2(X,'root-hair')
& plant_cell_structure_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X)
& soil_1(fn_root_hair_1(X))
& soil_solution_1(fn_root_hair_2(X))
& take_in_1(fn_root_hair_3(X))
& spatial_entity_1(fn_move_1(fn_root_hair_3(X)))
& tangible_entity_1(fn_take_in_1(fn_root_hair_3(X)))
& origin_2(fn_root_hair_3(X),fn_root_hair_1(X))
& is_outside_2(fn_root_hair_1(X),X)
& object_2(fn_root_hair_3(X),fn_root_hair_2(X))
& agent_2(fn_root_hair_3(X),X)
& base_2(fn_root_hair_3(X),X)
& fn_root_hair_2(X) = fn_move_1(fn_root_hair_3(X))
& X = fn_take_in_1(fn_root_hair_3(X))
& fn_take_in_1(fn_root_hair_3(X)) = fn_take_in_1(fn_root_hair_3(X)) ) ) ).
fof(a532394,axiom,
! [X] :
( root_organ_1(X)
=> ( original_name_2(X,'Root-Organ')
& user_description_2(X,'A specialized center of plant function composed of root tissue and specific to plants.')
& concept2words_2(X,'organ of root')
& concept2words_2(X,'root organ')
& concept2words_2(X,'root-organ')
& plant_organ_1(X) ) ) ).
fof(a532395,axiom,
! [X] :
( root_system_1(X)
=> ( original_name_2(X,'Root-System')
& user_description_2(X,'All of a plants roots, which anchor it in the soil, absorb and transport minerals and water, and store food.')
& concept2words_2(X,'system of root')
& concept2words_2(X,'root system')
& concept2words_2(X,'root-system')
& organ_system_1(X) ) ) ).
fof(a532396,axiom,
! [X] :
( rooted_1(X)
=> ( original_name_2(X,'Rooted')
& user_description_2(X,'A term used to describe a phylogenetic tree that includes a branch point that represents the last known common ancestor for all taxa in the analysis.')
& concept2words_2(X,rooted)
& phylogenetic_tree_1(X)
& ~ phylogram_1(X)
& ~ ultrametric_tree_1(X) ) ) ).
fof(a532397,axiom,
! [X] :
( rosette_cellulose_synthesizing_complex_1(X)
=> ( original_name_2(X,'Rosette-Cellulose-Synthesizing-Complex')
& user_description_2(X,'In plant cells, a rosette-shaped array of proteins that floats in the plasma membrane and secretes the cellulose fibers that make up the cell wall.')
& concept2words_2(X,'rosette cellulose synthesizing complex')
& concept2words_2(X,'rosette cellulose-synthesizing complex')
& concept2words_2(X,'rosette-cellulose-synthesizing-complex')
& protein_complex_1(X)
& ~ anaphase_promoting_complex_1(X)
& ~ capsomere_1(X)
& ~ complement_system_1(X)
& ~ light_harvesting_complex_1(X)
& ~ membrane_attack_complex_1(X)
& ~ myofibril_1(X)
& ~ proteasome_1(X)
& ~ protein_core_1(X)
& ~ reaction_center_complex_1(X)
& ~ thick_filament_1(X)
& ~ thin_filament_1(X)
& ~ troponin_complex_1(X) ) ) ).
fof(a532398,axiom,
! [X] :
( rotate_1(X)
=> ( original_name_2(X,'Rotate')
& concept2words_2(X,rotate)
& concept2words_2(X,circuvolve)
& concept2words_2(X,turn)
& move_1(X) ) ) ).
fof(a532399,axiom,
! [X,X1] :
( ( object_2(X,X1)
& cellular_process_1(X)
& rotate_1(X)
& flagellum_1(X1) )
=> ( rotation_of_flagella_in_prokaryote_1(X)
& fn_rotation_of_flagella_in_prokaryote_5(X) = X1 ) ) ).
fof(a532400,axiom,
! [X] :
( rotation_of_flagella_in_prokaryote_1(X)
=> ( original_name_2(X,'Rotation-Of-Flagella-In-Prokaryote')
& user_description_2(X,'In prokaryotes, the flagella rotates, propelling the cell forward. This movement differs from the way a flagella works in a eukaryote.')
& concept2words_2(X,rotate)
& concept2words_2(X,'rotation of flagella in prokaryote')
& concept2words_2(X,'rotation-of-flagella-in-prokaryote')
& rotate_1(X)
& cellular_process_1(X)
& proton_motive_force_1(fn_rotation_of_flagella_in_prokaryote_1(X))
& move_1(fn_rotation_of_flagella_in_prokaryote_3(X))
& prokaryote_1(fn_rotation_of_flagella_in_prokaryote_4(X))
& flagellum_1(fn_rotation_of_flagella_in_prokaryote_5(X))
& spatial_entity_1(fn_move_1(fn_rotation_of_flagella_in_prokaryote_3(X)))
& base_2(X,fn_rotation_of_flagella_in_prokaryote_4(X))
& causes_2(X,fn_rotation_of_flagella_in_prokaryote_3(X))
& raw_material_2(X,fn_rotation_of_flagella_in_prokaryote_1(X))
& agent_2(fn_rotation_of_flagella_in_prokaryote_3(X),fn_rotation_of_flagella_in_prokaryote_5(X))
& object_2(fn_rotation_of_flagella_in_prokaryote_3(X),fn_rotation_of_flagella_in_prokaryote_4(X))
& object_2(X,fn_rotation_of_flagella_in_prokaryote_5(X))
& fn_rotation_of_flagella_in_prokaryote_4(X) = fn_move_1(fn_rotation_of_flagella_in_prokaryote_3(X))
& fn_rotation_of_flagella_in_prokaryote_5(X) = fn_move_1(X) ) ) ).
fof(a532401,axiom,
! [X] :
( rotational_rate_constant_1(X)
=> ( original_name_2(X,'Rotational-Rate-Constant')
& concept2words_2(X,'rotational rate constant')
& concept2words_2(X,'rotational-rate-constant')
& constant_1(X) ) ) ).
fof(a532402,axiom,
! [X] :
( rotational_rate_value_1(X)
=> ( original_name_2(X,'Rotational-Rate-Value')
& description_2(X,'the rate of rotation')
& concept2words_2(X,'rotational rate')
& concept2words_2(X,'rotational-rate')
& concept2words_2(X,'rotational rate value')
& concept2words_2(X,'rotational-rate-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a532403,axiom,
! [X] :
( rotifer_1(X)
=> ( original_name_2(X,'Rotifer')
& user_description_2(X,'A member of the phylum Rotifera, a group of small aquatic animals that use a crown of cilia for locomotion and filter-feeding.')
& concept2words_2(X,rotifera)
& concept2words_2(X,rotifer)
& lophotrochozoan_1(X)
& ~ ammonite_1(X)
& ~ annelid_1(X)
& ~ arthropod_1(X)
& ~ bryozoan_1(X)
& ~ cnidaria_1(X)
& ~ ctenophora_1(X)
& ~ echinoderm_1(X)
& ~ mollusc_1(X)
& ~ nematode_1(X)
& ~ nemertea_1(X)
& ~ phoronid_1(X)
& ~ platyhelminthes_1(X)
& ~ porifera_1(X) ) ) ).
fof(a532404,axiom,
! [X] :
( rotor_1(X)
=> ( original_name_2(X,'Rotor')
& user_description_2(X,'Protein component of ATP-synthase and molecular motors which changes shape in response to the binding of a ligand, typically a hydrogen ion.')
& concept2words_2(X,rotor)
& membrane_protein_1(X)
& binding_site_1(fn_rotor_1(X))
& has_region_2(X,fn_rotor_1(X)) ) ) ).
fof(a532405,axiom,
! [X] :
( rough_endoplasmic_reticulum_1(X)
=> ( original_name_2(X,'Rough-Endoplasmic-Reticulum')
& user_description_2(X,'Rough Endoplasmic Reticulum is an endoplasmic reticulum which has ribosomes attached on its surface. It is primarily involved in synthesis and transfer of proteins from one part of the cell to another.')
& concept2words_2(X,rer)
& concept2words_2(X,'rough endoplasmic reticulum')
& concept2words_2(X,'rough er')
& concept2words_2(X,'rough-er')
& concept2words_2(X,'rough-endoplasmic-reticulum')
& endoplasmic_reticulum_1(X)
& ~ smooth_endoplasmic_reticulum_1(X)
& system_1(fn_rough_endoplasmic_reticulum_4(X))
& quantity_value_1(fn_rough_endoplasmic_reticulum_6(X))
& quantity_value_1(fn_rough_endoplasmic_reticulum_7(X))
& phospholipid_bilayer_1(fn_rough_endoplasmic_reticulum_8(X))
& microtubule_organizing_center_1(fn_rough_endoplasmic_reticulum_9(X))
& texture_value_1(fn_rough_endoplasmic_reticulum_10(X))
& move_through_1(fn_rough_endoplasmic_reticulum_12(X))
& golgi_apparatus_1(fn_rough_endoplasmic_reticulum_13(X))
& time_interval_1(fn_rough_endoplasmic_reticulum_14(X))
& time_interval_1(fn_rough_endoplasmic_reticulum_15(X))
& metabolism_1(fn_rough_endoplasmic_reticulum_16(X))
& intermembrane_space_1(fn_rough_endoplasmic_reticulum_17(X))
& surface_1(fn_rough_endoplasmic_reticulum_18(X))
& hydrophilic_face_1(fn_rough_endoplasmic_reticulum_18(X))
& peroxisome_1(fn_rough_endoplasmic_reticulum_19(X))
& attach_1(fn_rough_endoplasmic_reticulum_20(X))
& spatial_entity_1(fn_rough_endoplasmic_reticulum_21(X))
& biomembrane_1(fn_rough_endoplasmic_reticulum_21(X))
& nuclear_membrane_1(fn_rough_endoplasmic_reticulum_21(X))
& synthesis_reaction_1(fn_rough_endoplasmic_reticulum_22(X))
& substance_1(fn_rough_endoplasmic_reticulum_23(X))
& cytosol_1(fn_rough_endoplasmic_reticulum_23(X))
& aqueous_solution_1(fn_rough_endoplasmic_reticulum_24(X))
& aqueous_solution_1(fn_rough_endoplasmic_reticulum_25(X))
& produce_1(fn_rough_endoplasmic_reticulum_26(X))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_27(X))
& nucleus_1(fn_rough_endoplasmic_reticulum_27(X))
& lysosome_1(fn_rough_endoplasmic_reticulum_28(X))
& chemical_reaction_1(fn_rough_endoplasmic_reticulum_29(X))
& synthesis_of_protein_1(fn_rough_endoplasmic_reticulum_29(X))
& polymer_synthesis_1(fn_rough_endoplasmic_reticulum_29(X))
& synthesis_of_glycoprotein_1(fn_rough_endoplasmic_reticulum_29(X))
& chemical_entity_1(fn_rough_endoplasmic_reticulum_30(X))
& glycolipid_1(fn_rough_endoplasmic_reticulum_30(X))
& lipid_1(fn_rough_endoplasmic_reticulum_30(X))
& spatial_entity_1(fn_rough_endoplasmic_reticulum_31(X))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_31(X))
& phospholipid_1(fn_rough_endoplasmic_reticulum_31(X))
& mixture_1(fn_rough_endoplasmic_reticulum_32(X))
& cytoplasm_1(fn_rough_endoplasmic_reticulum_32(X))
& inside_face_1(fn_rough_endoplasmic_reticulum_33(X))
& surface_1(fn_rough_endoplasmic_reticulum_34(X))
& outside_face_1(fn_rough_endoplasmic_reticulum_34(X))
& aqueous_solution_1(fn_rough_endoplasmic_reticulum_35(X))
& move_through_1(fn_rough_endoplasmic_reticulum_36(X))
& enter_1(fn_rough_endoplasmic_reticulum_36(X))
& aqueous_solution_1(fn_rough_endoplasmic_reticulum_37(X))
& membrane_1(fn_rough_endoplasmic_reticulum_38(X))
& spatial_entity_1(fn_rough_endoplasmic_reticulum_38(X))
& biomembrane_1(fn_rough_endoplasmic_reticulum_38(X))
& er_membrane_1(fn_rough_endoplasmic_reticulum_38(X))
& synthesis_of_protein_1(fn_rough_endoplasmic_reticulum_39(X))
& synthesis_of_membrane_protein_1(fn_rough_endoplasmic_reticulum_39(X))
& spatial_entity_1(fn_rough_endoplasmic_reticulum_40(X))
& polymer_1(fn_rough_endoplasmic_reticulum_40(X))
& chemical_entity_1(fn_rough_endoplasmic_reticulum_40(X))
& membrane_protein_1(fn_rough_endoplasmic_reticulum_40(X))
& protein_1(fn_rough_endoplasmic_reticulum_40(X))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_40(X))
& fold_1(fn_rough_endoplasmic_reticulum_41(X))
& synthesis_of_lipid_1(fn_rough_endoplasmic_reticulum_42(X))
& phospholipid_1(fn_rough_endoplasmic_reticulum_43(X))
& secretory_protein_1(fn_rough_endoplasmic_reticulum_44(X))
& cytosol_1(fn_rough_endoplasmic_reticulum_45(X))
& amino_acid_1(fn_rough_endoplasmic_reticulum_46(X))
& anabolic_pathway_1(fn_rough_endoplasmic_reticulum_47(X))
& synthesis_of_protein_1(fn_rough_endoplasmic_reticulum_47(X))
& protein_enzyme_1(fn_rough_endoplasmic_reticulum_48(X))
& produce_1(fn_rough_endoplasmic_reticulum_49(X))
& portal_1(fn_rough_endoplasmic_reticulum_50(X))
& post_translational_modification_1(fn_rough_endoplasmic_reticulum_51(X))
& spatial_entity_1(fn_rough_endoplasmic_reticulum_52(X))
& cisternal_space_1(fn_rough_endoplasmic_reticulum_52(X))
& enter_1(fn_rough_endoplasmic_reticulum_53(X))
& hydrolase_1(fn_rough_endoplasmic_reticulum_54(X))
& transfer_1(fn_rough_endoplasmic_reticulum_55(X))
& eukaryotic_ribosome_1(fn_rough_endoplasmic_reticulum_56(X))
& bound_ribosome_1(fn_rough_endoplasmic_reticulum_57(X))
& ribosome_1(fn_rough_endoplasmic_reticulum_57(X))
& metabolic_pathway_1(fn_rough_endoplasmic_reticulum_58(X))
& anabolic_pathway_1(fn_rough_endoplasmic_reticulum_58(X))
& polymer_synthesis_1(fn_rough_endoplasmic_reticulum_58(X))
& translation_1(fn_rough_endoplasmic_reticulum_58(X))
& transitional_endoplasmic_reticulum_1(fn_rough_endoplasmic_reticulum_59(X))
& enter_1(fn_rough_endoplasmic_reticulum_60(X))
& transport_vesicle_1(fn_rough_endoplasmic_reticulum_61(X))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_62(X))
& eukaryotic_cell_1(fn_rough_endoplasmic_reticulum_62(X))
& cell_1(fn_rough_endoplasmic_reticulum_62(X))
& intracellular_process_1(fn_rough_endoplasmic_reticulum_63(X))
& translation_elongation_1(fn_rough_endoplasmic_reticulum_63(X))
& intracellular_process_1(fn_rough_endoplasmic_reticulum_64(X))
& translation_initiation_1(fn_rough_endoplasmic_reticulum_64(X))
& solid_substance_1(fn_rough_endoplasmic_reticulum_65(X))
& release_1(fn_rough_endoplasmic_reticulum_66(X))
& protein_enzyme_1(fn_rough_endoplasmic_reticulum_67(X))
& metabolic_pathway_1(fn_rough_endoplasmic_reticulum_68(X))
& synthesis_of_lipid_1(fn_rough_endoplasmic_reticulum_68(X))
& decrease_1(fn_rough_endoplasmic_reticulum_69(X))
& time_interval_1(fn_rough_endoplasmic_reticulum_70(X))
& spatial_entity_1(fn_rough_endoplasmic_reticulum_71(X))
& polymer_1(fn_rough_endoplasmic_reticulum_71(X))
& chemical_entity_1(fn_rough_endoplasmic_reticulum_71(X))
& polypeptide_1(fn_rough_endoplasmic_reticulum_71(X))
& intracellular_process_1(fn_rough_endoplasmic_reticulum_72(X))
& translation_termination_1(fn_rough_endoplasmic_reticulum_72(X))
& time_interval_1(fn_rough_endoplasmic_reticulum_73(X))
& reactant_1(fn_rough_endoplasmic_reticulum_74(X))
& hydrophilic_compound_1(fn_rough_endoplasmic_reticulum_75(X))
& molecule_1(fn_rough_endoplasmic_reticulum_75(X))
& polar_molecule_1(fn_rough_endoplasmic_reticulum_75(X))
& chemical_entity_1(fn_rough_endoplasmic_reticulum_75(X))
& water_molecule_1(fn_rough_endoplasmic_reticulum_75(X))
& entity_1(fn_rough_endoplasmic_reticulum_76(X))
& spatial_entity_1(fn_rough_endoplasmic_reticulum_76(X))
& protein_1(fn_rough_endoplasmic_reticulum_76(X))
& polymer_1(fn_rough_endoplasmic_reticulum_76(X))
& chemical_entity_1(fn_rough_endoplasmic_reticulum_76(X))
& glycoprotein_1(fn_rough_endoplasmic_reticulum_76(X))
& amino_acid_1(fn_rough_endoplasmic_reticulum_77(X))
& monomer_1(fn_rough_endoplasmic_reticulum_78(X))
& chemical_entity_1(fn_rough_endoplasmic_reticulum_78(X))
& molecule_1(fn_rough_endoplasmic_reticulum_78(X))
& monomer_1(fn_rough_endoplasmic_reticulum_79(X))
& chemical_entity_1(fn_rough_endoplasmic_reticulum_79(X))
& molecule_1(fn_rough_endoplasmic_reticulum_79(X))
& condensation_reaction_1(fn_rough_endoplasmic_reticulum_80(X))
& endergonic_reaction_1(fn_rough_endoplasmic_reticulum_80(X))
& chemical_reaction_1(fn_rough_endoplasmic_reticulum_80(X))
& dehydration_reaction_1(fn_rough_endoplasmic_reticulum_80(X))
& move_1(fn_rough_endoplasmic_reticulum_81(X))
& transfer_1(fn_rough_endoplasmic_reticulum_82(X))
& move_1(fn_rough_endoplasmic_reticulum_83(X))
& change_1(fn_rough_endoplasmic_reticulum_84(X))
& post_translational_modification_1(fn_rough_endoplasmic_reticulum_84(X))
& attach_1(fn_rough_endoplasmic_reticulum_85(X))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_86(X))
& membrane_protein_1(fn_rough_endoplasmic_reticulum_86(X))
& protein_1(fn_rough_endoplasmic_reticulum_86(X))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_87(X))
& biomembrane_1(fn_rough_endoplasmic_reticulum_87(X))
& er_membrane_1(fn_rough_endoplasmic_reticulum_87(X))
& entity_1(fn_transfer_1(fn_rough_endoplasmic_reticulum_55(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_rough_endoplasmic_reticulum_47(X)))
& change_1(fn_post_translational_modification_5(fn_rough_endoplasmic_reticulum_51(X)))
& synthesis_of_protein_1(fn_ribosome_2(fn_rough_endoplasmic_reticulum_57(X)))
& spatial_entity_1(fn_synthesis_of_membrane_protein_17(fn_rough_endoplasmic_reticulum_39(X)))
& biomembrane_1(fn_synthesis_of_membrane_protein_17(fn_rough_endoplasmic_reticulum_39(X)))
& mixture_1(fn_synthesis_of_glycoprotein_95(fn_rough_endoplasmic_reticulum_29(X)))
& cytoplasm_1(fn_synthesis_of_glycoprotein_95(fn_rough_endoplasmic_reticulum_29(X)))
& time_interval_1(fn_synthesis_of_glycoprotein_3(fn_rough_endoplasmic_reticulum_29(X)))
& time_interval_1(fn_synthesis_of_glycoprotein_5(fn_rough_endoplasmic_reticulum_29(X)))
& post_translational_modification_1(fn_synthesis_of_glycoprotein_67(fn_rough_endoplasmic_reticulum_29(X)))
& synthesis_of_membrane_protein_1(fn_synthesis_of_glycoprotein_77(fn_rough_endoplasmic_reticulum_29(X)))
& protein_enzyme_1(fn_synthesis_of_glycoprotein_64(fn_rough_endoplasmic_reticulum_29(X)))
& attach_1(fn_synthesis_of_glycoprotein_55(fn_rough_endoplasmic_reticulum_29(X)))
& lipid_1(fn_synthesis_of_lipid_2(fn_rough_endoplasmic_reticulum_42(X)))
& produce_1(fn_translation_termination_36(fn_rough_endoplasmic_reticulum_72(X)))
& molecule_1(fn_dehydration_reaction_8(fn_rough_endoplasmic_reticulum_80(X)))
& inside_face_1(fn_er_membrane_12(fn_rough_endoplasmic_reticulum_38(X)))
& aqueous_solution_1(fn_er_membrane_33(fn_rough_endoplasmic_reticulum_38(X)))
& substance_1(fn_mixture_2(fn_rough_endoplasmic_reticulum_45(X)))
& substance_1(fn_mixture_1(fn_rough_endoplasmic_reticulum_45(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_rough_endoplasmic_reticulum_47(X)))
& protein_1(fn_synthesis_of_protein_16(fn_rough_endoplasmic_reticulum_47(X)))
& move_through_1(fn_membrane_3(fn_rough_endoplasmic_reticulum_38(X)))
& enter_1(fn_synthesis_of_membrane_protein_16(fn_rough_endoplasmic_reticulum_39(X)))
& change_1(fn_synthesis_of_glycoprotein_2(fn_rough_endoplasmic_reticulum_29(X)))
& post_translational_modification_1(fn_synthesis_of_protein_12(fn_rough_endoplasmic_reticulum_39(X)))
& post_translational_modification_1(fn_synthesis_of_glycoprotein_57(fn_rough_endoplasmic_reticulum_29(X)))
& move_1(fn_synthesis_of_glycoprotein_58(fn_rough_endoplasmic_reticulum_29(X)))
& move_1(fn_synthesis_of_glycoprotein_59(fn_rough_endoplasmic_reticulum_29(X)))
& tangible_entity_1(fn_synthesis_of_glycoprotein_93(fn_rough_endoplasmic_reticulum_29(X)))
& nucleus_1(fn_synthesis_of_glycoprotein_93(fn_rough_endoplasmic_reticulum_29(X)))
& tangible_entity_1(fn_biomembrane_54(fn_rough_endoplasmic_reticulum_87(X)))
& membrane_protein_1(fn_biomembrane_54(fn_rough_endoplasmic_reticulum_87(X)))
& protein_1(fn_biomembrane_54(fn_rough_endoplasmic_reticulum_87(X)))
& release_1(fn_transitional_endoplasmic_reticulum_2(fn_rough_endoplasmic_reticulum_59(X)))
& spatial_entity_1(fn_membrane_5(fn_rough_endoplasmic_reticulum_38(X)))
& tangible_entity_1(fn_membrane_5(fn_rough_endoplasmic_reticulum_38(X)))
& substance_1(fn_synthesis_of_glycoprotein_98(fn_rough_endoplasmic_reticulum_29(X)))
& cytosol_1(fn_synthesis_of_glycoprotein_98(fn_rough_endoplasmic_reticulum_29(X)))
& spatial_entity_1(fn_conduit_1(fn_rough_endoplasmic_reticulum_50(X)))
& cisternal_space_1(fn_er_membrane_29(fn_rough_endoplasmic_reticulum_87(X)))
& tangible_entity_1(fn_move_into_1(fn_rough_endoplasmic_reticulum_53(X)))
& rough_endoplasmic_reticulum_1(fn_bound_ribosome_4(fn_rough_endoplasmic_reticulum_57(X)))
& rough_endoplasmic_reticulum_1(fn_synthesis_of_glycoprotein_83(fn_rough_endoplasmic_reticulum_29(X)))
& rough_endoplasmic_reticulum_1(fn_synthesis_of_glycoprotein_56(fn_rough_endoplasmic_reticulum_29(X)))
& endoplasmic_reticulum_1(fn_er_membrane_28(fn_rough_endoplasmic_reticulum_87(X)))
& surface_1(fn_biomembrane_47(fn_rough_endoplasmic_reticulum_87(X)))
& hydrophilic_face_1(fn_er_membrane_7(fn_rough_endoplasmic_reticulum_87(X)))
& aqueous_solution_1(fn_er_membrane_32(fn_rough_endoplasmic_reticulum_87(X)))
& aqueous_solution_1(fn_er_membrane_33(fn_rough_endoplasmic_reticulum_87(X)))
& decrease_1(fn_translation_termination_6(fn_rough_endoplasmic_reticulum_72(X)))
& decrease_1(fn_translation_21(fn_rough_endoplasmic_reticulum_58(X)))
& intracellular_process_1(fn_synthesis_of_glycoprotein_62(fn_rough_endoplasmic_reticulum_29(X)))
& translation_elongation_1(fn_synthesis_of_glycoprotein_62(fn_rough_endoplasmic_reticulum_29(X)))
& translation_elongation_1(fn_translation_8(fn_rough_endoplasmic_reticulum_58(X)))
& translation_initiation_1(fn_ribosome_6(fn_rough_endoplasmic_reticulum_57(X)))
& intracellular_process_1(fn_synthesis_of_glycoprotein_61(fn_rough_endoplasmic_reticulum_29(X)))
& translation_initiation_1(fn_synthesis_of_glycoprotein_61(fn_rough_endoplasmic_reticulum_29(X)))
& translation_initiation_1(fn_translation_17(fn_rough_endoplasmic_reticulum_58(X)))
& spatial_entity_1(fn_locomotion_1(fn_rough_endoplasmic_reticulum_60(X)))
& protein_1(fn_synthesis_of_protein_16(fn_rough_endoplasmic_reticulum_39(X)))
& tangible_entity_1(fn_membrane_4(fn_rough_endoplasmic_reticulum_38(X)))
& spatial_entity_1(fn_synthesis_of_membrane_protein_25(fn_rough_endoplasmic_reticulum_39(X)))
& polymer_1(fn_synthesis_of_membrane_protein_25(fn_rough_endoplasmic_reticulum_39(X)))
& chemical_entity_1(fn_synthesis_of_membrane_protein_25(fn_rough_endoplasmic_reticulum_39(X)))
& tangible_entity_1(fn_synthesis_of_membrane_protein_25(fn_rough_endoplasmic_reticulum_39(X)))
& membrane_protein_1(fn_synthesis_of_membrane_protein_25(fn_rough_endoplasmic_reticulum_39(X)))
& protein_1(fn_synthesis_of_membrane_protein_25(fn_rough_endoplasmic_reticulum_39(X)))
& tangible_entity_1(fn_transport_vesicle_1(fn_rough_endoplasmic_reticulum_61(X)))
& reactant_1(fn_synthesis_of_glycoprotein_28(fn_rough_endoplasmic_reticulum_29(X)))
& reactant_1(fn_synthesis_of_glycoprotein_13(fn_rough_endoplasmic_reticulum_29(X)))
& ribosome_1(fn_synthesis_of_protein_10(fn_rough_endoplasmic_reticulum_47(X)))
& ribosome_1(fn_synthesis_of_protein_10(fn_rough_endoplasmic_reticulum_39(X)))
& ribosome_1(fn_synthesis_of_glycoprotein_60(fn_rough_endoplasmic_reticulum_29(X)))
& bound_ribosome_1(fn_synthesis_of_glycoprotein_60(fn_rough_endoplasmic_reticulum_29(X)))
& ribosome_1(fn_translation_20(fn_rough_endoplasmic_reticulum_58(X)))
& translation_1(fn_synthesis_of_protein_13(fn_rough_endoplasmic_reticulum_47(X)))
& translation_1(fn_synthesis_of_protein_13(fn_rough_endoplasmic_reticulum_39(X)))
& metabolic_pathway_1(fn_synthesis_of_glycoprotein_76(fn_rough_endoplasmic_reticulum_29(X)))
& translation_1(fn_synthesis_of_glycoprotein_76(fn_rough_endoplasmic_reticulum_29(X)))
& anabolic_pathway_1(fn_synthesis_of_glycoprotein_76(fn_rough_endoplasmic_reticulum_29(X)))
& polymer_synthesis_1(fn_synthesis_of_glycoprotein_76(fn_rough_endoplasmic_reticulum_29(X)))
& metabolic_pathway_1(fn_synthesis_of_glycoprotein_46(fn_rough_endoplasmic_reticulum_29(X)))
& translation_1(fn_synthesis_of_glycoprotein_46(fn_rough_endoplasmic_reticulum_29(X)))
& anabolic_pathway_1(fn_synthesis_of_glycoprotein_46(fn_rough_endoplasmic_reticulum_29(X)))
& polymer_synthesis_1(fn_synthesis_of_glycoprotein_46(fn_rough_endoplasmic_reticulum_29(X)))
& glycolipid_1(fn_biomembrane_29(fn_rough_endoplasmic_reticulum_87(X)))
& lipid_1(fn_synthesis_of_lipid_2(fn_rough_endoplasmic_reticulum_68(X)))
& cell_1(fn_metabolic_pathway_1(fn_rough_endoplasmic_reticulum_58(X)))
& cell_1(fn_metabolic_pathway_1(fn_rough_endoplasmic_reticulum_68(X)))
& cell_1(fn_synthesis_of_protein_11(fn_rough_endoplasmic_reticulum_47(X)))
& cell_1(fn_synthesis_of_protein_11(fn_rough_endoplasmic_reticulum_39(X)))
& tangible_entity_1(fn_synthesis_of_glycoprotein_30(fn_rough_endoplasmic_reticulum_29(X)))
& cell_1(fn_synthesis_of_glycoprotein_30(fn_rough_endoplasmic_reticulum_29(X)))
& eukaryotic_cell_1(fn_synthesis_of_glycoprotein_30(fn_rough_endoplasmic_reticulum_29(X)))
& cell_1(fn_intracellular_process_1(fn_rough_endoplasmic_reticulum_72(X)))
& entity_1(fn_transfer_1(fn_rough_endoplasmic_reticulum_82(X)))
& spatial_entity_1(fn_synthesis_of_glycoprotein_52(fn_rough_endoplasmic_reticulum_29(X)))
& protein_1(fn_synthesis_of_glycoprotein_52(fn_rough_endoplasmic_reticulum_29(X)))
& polymer_1(fn_synthesis_of_glycoprotein_52(fn_rough_endoplasmic_reticulum_29(X)))
& chemical_entity_1(fn_synthesis_of_glycoprotein_52(fn_rough_endoplasmic_reticulum_29(X)))
& glycoprotein_1(fn_synthesis_of_glycoprotein_52(fn_rough_endoplasmic_reticulum_29(X)))
& monomer_1(fn_polymer_6(fn_rough_endoplasmic_reticulum_76(X)))
& monomer_1(fn_polymer_synthesis_7(fn_rough_endoplasmic_reticulum_29(X)))
& monomer_1(fn_polymer_synthesis_22(fn_rough_endoplasmic_reticulum_29(X)))
& monomer_1(fn_synthesis_of_glycoprotein_18(fn_rough_endoplasmic_reticulum_29(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_rough_endoplasmic_reticulum_58(X)))
& spatial_entity_1(fn_locomotion_1(fn_rough_endoplasmic_reticulum_53(X)))
& polypeptide_1(fn_post_translational_modification_10(fn_rough_endoplasmic_reticulum_51(X)))
& polymer_1(fn_synthesis_of_protein_9(fn_rough_endoplasmic_reticulum_39(X)))
& chemical_entity_1(fn_synthesis_of_protein_9(fn_rough_endoplasmic_reticulum_39(X)))
& polypeptide_1(fn_synthesis_of_protein_9(fn_rough_endoplasmic_reticulum_39(X)))
& polymer_1(fn_synthesis_of_glycoprotein_43(fn_rough_endoplasmic_reticulum_29(X)))
& chemical_entity_1(fn_synthesis_of_glycoprotein_43(fn_rough_endoplasmic_reticulum_29(X)))
& polypeptide_1(fn_synthesis_of_glycoprotein_43(fn_rough_endoplasmic_reticulum_29(X)))
& polymer_1(fn_translation_23(fn_rough_endoplasmic_reticulum_58(X)))
& chemical_entity_1(fn_translation_23(fn_rough_endoplasmic_reticulum_58(X)))
& polypeptide_1(fn_translation_23(fn_rough_endoplasmic_reticulum_58(X)))
& polypeptide_1(fn_translation_termination_2(fn_rough_endoplasmic_reticulum_72(X)))
& translation_termination_1(fn_synthesis_of_glycoprotein_63(fn_rough_endoplasmic_reticulum_29(X)))
& translation_termination_1(fn_translation_19(fn_rough_endoplasmic_reticulum_58(X)))
& monomer_1(fn_polymer_synthesis_8(fn_rough_endoplasmic_reticulum_29(X)))
& monomer_1(fn_polymer_synthesis_20(fn_rough_endoplasmic_reticulum_29(X)))
& chemical_entity_1(fn_reactant_3(fn_rough_endoplasmic_reticulum_74(X)))
& monomer_1(fn_glycoprotein_3(fn_rough_endoplasmic_reticulum_76(X)))
& chemical_entity_1(fn_dehydration_reaction_7(fn_rough_endoplasmic_reticulum_80(X)))
& molecule_1(fn_dehydration_reaction_7(fn_rough_endoplasmic_reticulum_80(X)))
& molecule_1(fn_condensation_reaction_3(fn_rough_endoplasmic_reticulum_80(X)))
& hydrophilic_compound_1(fn_synthesis_of_glycoprotein_66(fn_rough_endoplasmic_reticulum_29(X)))
& molecule_1(fn_synthesis_of_glycoprotein_66(fn_rough_endoplasmic_reticulum_29(X)))
& polar_molecule_1(fn_synthesis_of_glycoprotein_66(fn_rough_endoplasmic_reticulum_29(X)))
& chemical_entity_1(fn_synthesis_of_glycoprotein_66(fn_rough_endoplasmic_reticulum_29(X)))
& water_molecule_1(fn_synthesis_of_glycoprotein_66(fn_rough_endoplasmic_reticulum_29(X)))
& water_molecule_1(fn_dehydration_reaction_6(fn_rough_endoplasmic_reticulum_80(X)))
& condensation_reaction_1(fn_synthesis_of_glycoprotein_42(fn_rough_endoplasmic_reticulum_29(X)))
& endergonic_reaction_1(fn_synthesis_of_glycoprotein_42(fn_rough_endoplasmic_reticulum_29(X)))
& dehydration_reaction_1(fn_synthesis_of_glycoprotein_42(fn_rough_endoplasmic_reticulum_29(X)))
& chemical_reaction_1(fn_reactant_2(fn_rough_endoplasmic_reticulum_74(X)))
& aqueous_solution_1(fn_synthesis_of_membrane_protein_23(fn_rough_endoplasmic_reticulum_39(X)))
& aqueous_solution_1(fn_er_membrane_32(fn_rough_endoplasmic_reticulum_38(X)))
& outside_face_1(fn_biomembrane_41(fn_rough_endoplasmic_reticulum_38(X)))
& surface_1(fn_er_membrane_13(fn_rough_endoplasmic_reticulum_38(X)))
& outside_face_1(fn_er_membrane_13(fn_rough_endoplasmic_reticulum_38(X)))
& site_2(fn_rough_endoplasmic_reticulum_16(X),X)
& time_during_2(fn_rough_endoplasmic_reticulum_85(X),fn_rough_endoplasmic_reticulum_14(X))
& next_event_2(fn_rough_endoplasmic_reticulum_84(X),fn_rough_endoplasmic_reticulum_82(X))
& next_event_2(fn_rough_endoplasmic_reticulum_82(X),fn_rough_endoplasmic_reticulum_81(X))
& time_before_2(fn_rough_endoplasmic_reticulum_15(X),fn_rough_endoplasmic_reticulum_14(X))
& agent_2(fn_rough_endoplasmic_reticulum_68(X),fn_rough_endoplasmic_reticulum_67(X))
& has_part_2(fn_rough_endoplasmic_reticulum_62(X),fn_rough_endoplasmic_reticulum_9(X))
& destination_2(fn_rough_endoplasmic_reticulum_60(X),fn_rough_endoplasmic_reticulum_25(X))
& origin_2(fn_rough_endoplasmic_reticulum_60(X),fn_rough_endoplasmic_reticulum_24(X))
& time_during_2(fn_rough_endoplasmic_reticulum_58(X),fn_rough_endoplasmic_reticulum_15(X))
& next_event_2(fn_rough_endoplasmic_reticulum_58(X),fn_rough_endoplasmic_reticulum_53(X))
& result_2(fn_rough_endoplasmic_reticulum_58(X),fn_rough_endoplasmic_reticulum_30(X))
& texture_2(X,fn_rough_endoplasmic_reticulum_10(X))
& has_function_2(X,fn_rough_endoplasmic_reticulum_16(X))
& has_function_2(X,fn_rough_endoplasmic_reticulum_29(X))
& has_function_2(X,fn_rough_endoplasmic_reticulum_55(X))
& has_function_2(X,fn_rough_endoplasmic_reticulum_47(X))
& has_function_2(fn_rough_endoplasmic_reticulum_57(X),fn_rough_endoplasmic_reticulum_39(X))
& has_function_2(fn_rough_endoplasmic_reticulum_57(X),fn_rough_endoplasmic_reticulum_58(X))
& recipient_2(fn_rough_endoplasmic_reticulum_55(X),fn_rough_endoplasmic_reticulum_13(X))
& donor_2(fn_rough_endoplasmic_reticulum_55(X),X)
& path_2(fn_rough_endoplasmic_reticulum_12(X),fn_rough_endoplasmic_reticulum_52(X))
& destination_2(fn_rough_endoplasmic_reticulum_53(X),fn_rough_endoplasmic_reticulum_52(X))
& next_event_2(fn_rough_endoplasmic_reticulum_53(X),fn_rough_endoplasmic_reticulum_41(X))
& result_2(fn_rough_endoplasmic_reticulum_51(X),fn_rough_endoplasmic_reticulum_40(X))
& object_2(fn_rough_endoplasmic_reticulum_51(X),fn_rough_endoplasmic_reticulum_40(X))
& in_event_2(fn_rough_endoplasmic_reticulum_50(X),fn_rough_endoplasmic_reticulum_12(X))
& the_categorical_value_2(fn_rough_endoplasmic_reticulum_10(X),rough_0)
& agent_2(fn_rough_endoplasmic_reticulum_47(X),fn_rough_endoplasmic_reticulum_48(X))
& site_2(fn_rough_endoplasmic_reticulum_47(X),fn_rough_endoplasmic_reticulum_57(X))
& fn_rough_endoplasmic_reticulum_47(X) != fn_rough_endoplasmic_reticulum_39(X)
& fn_rough_endoplasmic_reticulum_47(X) != fn_rough_endoplasmic_reticulum_29(X)
& has_part_2(fn_rough_endoplasmic_reticulum_45(X),fn_rough_endoplasmic_reticulum_46(X))
& is_inside_2(fn_rough_endoplasmic_reticulum_44(X),fn_rough_endoplasmic_reticulum_61(X))
& next_event_2(fn_rough_endoplasmic_reticulum_41(X),fn_rough_endoplasmic_reticulum_51(X))
& is_inside_2(fn_rough_endoplasmic_reticulum_40(X),fn_rough_endoplasmic_reticulum_8(X))
& subevent_2(fn_rough_endoplasmic_reticulum_39(X),fn_rough_endoplasmic_reticulum_53(X))
& fn_rough_endoplasmic_reticulum_39(X) != fn_rough_endoplasmic_reticulum_47(X)
& fn_rough_endoplasmic_reticulum_39(X) != fn_rough_endoplasmic_reticulum_29(X)
& site_2(fn_rough_endoplasmic_reticulum_39(X),fn_rough_endoplasmic_reticulum_57(X))
& is_outside_2(fn_rough_endoplasmic_reticulum_34(X),fn_rough_endoplasmic_reticulum_38(X))
& is_outside_2(fn_rough_endoplasmic_reticulum_33(X),fn_rough_endoplasmic_reticulum_35(X))
& is_inside_2(fn_rough_endoplasmic_reticulum_33(X),fn_rough_endoplasmic_reticulum_38(X))
& fn_rough_endoplasmic_reticulum_29(X) != fn_rough_endoplasmic_reticulum_39(X)
& fn_rough_endoplasmic_reticulum_29(X) != fn_rough_endoplasmic_reticulum_47(X)
& raw_material_2(fn_rough_endoplasmic_reticulum_29(X),fn_rough_endoplasmic_reticulum_77(X))
& subevent_2(fn_rough_endoplasmic_reticulum_29(X),fn_rough_endoplasmic_reticulum_82(X))
& called_2(fn_rough_endoplasmic_reticulum_7(X),'Q_carbon')
& the_scalar_value_2(fn_rough_endoplasmic_reticulum_6(X),high_0)
& scalar_unit_class_2(fn_rough_endoplasmic_reticulum_6(X),carbon_0)
& called_2(fn_rough_endoplasmic_reticulum_6(X),'Q_hydrogen')
& greater_than_2(fn_rough_endoplasmic_reticulum_6(X),fn_rough_endoplasmic_reticulum_7(X))
& object_2(fn_rough_endoplasmic_reticulum_55(X),fn_rough_endoplasmic_reticulum_54(X))
& object_2(fn_rough_endoplasmic_reticulum_82(X),fn_rough_endoplasmic_reticulum_76(X))
& plays_2(fn_rough_endoplasmic_reticulum_52(X),fn_rough_endoplasmic_reticulum_50(X))
& raw_material_2(fn_rough_endoplasmic_reticulum_47(X),fn_rough_endoplasmic_reticulum_46(X))
& agent_2(fn_rough_endoplasmic_reticulum_60(X),fn_rough_endoplasmic_reticulum_40(X))
& object_2(fn_rough_endoplasmic_reticulum_60(X),fn_rough_endoplasmic_reticulum_40(X))
& agent_2(fn_rough_endoplasmic_reticulum_53(X),fn_rough_endoplasmic_reticulum_71(X))
& object_2(fn_rough_endoplasmic_reticulum_53(X),fn_rough_endoplasmic_reticulum_71(X))
& has_part_2(fn_rough_endoplasmic_reticulum_45(X),fn_rough_endoplasmic_reticulum_65(X))
& result_2(fn_rough_endoplasmic_reticulum_47(X),fn_rough_endoplasmic_reticulum_44(X))
& has_function_2(X,fn_rough_endoplasmic_reticulum_42(X))
& base_2(fn_rough_endoplasmic_reticulum_53(X),X)
& has_part_2(X,fn_rough_endoplasmic_reticulum_57(X))
& site_2(fn_rough_endoplasmic_reticulum_66(X),fn_rough_endoplasmic_reticulum_59(X))
& object_2(fn_rough_endoplasmic_reticulum_51(X),fn_rough_endoplasmic_reticulum_71(X))
& object_2(fn_rough_endoplasmic_reticulum_41(X),fn_rough_endoplasmic_reticulum_71(X))
& base_2(fn_rough_endoplasmic_reticulum_47(X),fn_rough_endoplasmic_reticulum_62(X))
& subevent_2(fn_rough_endoplasmic_reticulum_47(X),fn_rough_endoplasmic_reticulum_58(X))
& site_2(fn_rough_endoplasmic_reticulum_58(X),fn_rough_endoplasmic_reticulum_57(X))
& has_function_2(fn_rough_endoplasmic_reticulum_57(X),fn_rough_endoplasmic_reticulum_47(X))
& first_subevent_2(fn_rough_endoplasmic_reticulum_47(X),fn_rough_endoplasmic_reticulum_58(X))
& first_subevent_2(fn_rough_endoplasmic_reticulum_39(X),fn_rough_endoplasmic_reticulum_58(X))
& raw_material_2(fn_rough_endoplasmic_reticulum_29(X),fn_rough_endoplasmic_reticulum_78(X))
& has_state_2(fn_rough_endoplasmic_reticulum_78(X),fn_rough_endoplasmic_reticulum_79(X))
& raw_material_2(fn_rough_endoplasmic_reticulum_29(X),fn_rough_endoplasmic_reticulum_79(X))
& has_state_2(fn_rough_endoplasmic_reticulum_79(X),fn_rough_endoplasmic_reticulum_78(X))
& fn_rough_endoplasmic_reticulum_78(X) != fn_rough_endoplasmic_reticulum_79(X)
& fn_rough_endoplasmic_reticulum_79(X) != fn_rough_endoplasmic_reticulum_78(X)
& agent_2(fn_rough_endoplasmic_reticulum_36(X),fn_rough_endoplasmic_reticulum_40(X))
& result_2(fn_rough_endoplasmic_reticulum_39(X),fn_rough_endoplasmic_reticulum_40(X))
& object_2(fn_rough_endoplasmic_reticulum_36(X),fn_rough_endoplasmic_reticulum_40(X))
& origin_2(fn_rough_endoplasmic_reticulum_36(X),fn_rough_endoplasmic_reticulum_37(X))
& is_outside_2(fn_rough_endoplasmic_reticulum_37(X),fn_rough_endoplasmic_reticulum_38(X))
& base_2(fn_rough_endoplasmic_reticulum_36(X),fn_rough_endoplasmic_reticulum_38(X))
& base_2(fn_rough_endoplasmic_reticulum_64(X),fn_rough_endoplasmic_reticulum_62(X))
& in_event_2(fn_rough_endoplasmic_reticulum_74(X),fn_rough_endoplasmic_reticulum_29(X))
& has_function_2(fn_rough_endoplasmic_reticulum_48(X),fn_rough_endoplasmic_reticulum_29(X))
& result_2(fn_rough_endoplasmic_reticulum_80(X),fn_rough_endoplasmic_reticulum_76(X))
& is_between_2(fn_rough_endoplasmic_reticulum_32(X),fn_rough_endoplasmic_reticulum_27(X))
& site_2(fn_rough_endoplasmic_reticulum_84(X),X)
& first_subevent_2(fn_rough_endoplasmic_reticulum_29(X),fn_rough_endoplasmic_reticulum_58(X))
& object_2(fn_rough_endoplasmic_reticulum_84(X),fn_rough_endoplasmic_reticulum_71(X))
& result_2(fn_rough_endoplasmic_reticulum_29(X),fn_rough_endoplasmic_reticulum_75(X))
& has_part_2(fn_rough_endoplasmic_reticulum_62(X),fn_rough_endoplasmic_reticulum_32(X))
& has_part_2(fn_rough_endoplasmic_reticulum_32(X),fn_rough_endoplasmic_reticulum_23(X))
& base_2(fn_rough_endoplasmic_reticulum_63(X),fn_rough_endoplasmic_reticulum_62(X))
& time_during_2(fn_rough_endoplasmic_reticulum_63(X),fn_rough_endoplasmic_reticulum_73(X))
& time_before_2(fn_rough_endoplasmic_reticulum_73(X),fn_rough_endoplasmic_reticulum_70(X))
& time_during_2(fn_rough_endoplasmic_reticulum_72(X),fn_rough_endoplasmic_reticulum_70(X))
& has_function_2(X,fn_rough_endoplasmic_reticulum_39(X))
& site_2(fn_rough_endoplasmic_reticulum_51(X),X)
& subevent_2(fn_rough_endoplasmic_reticulum_39(X),fn_rough_endoplasmic_reticulum_51(X))
& site_2(fn_rough_endoplasmic_reticulum_39(X),X)
& site_2(fn_rough_endoplasmic_reticulum_58(X),X)
& subevent_2(fn_rough_endoplasmic_reticulum_29(X),fn_rough_endoplasmic_reticulum_58(X))
& base_2(fn_rough_endoplasmic_reticulum_29(X),fn_rough_endoplasmic_reticulum_62(X))
& base_2(fn_rough_endoplasmic_reticulum_39(X),fn_rough_endoplasmic_reticulum_62(X))
& subevent_2(fn_rough_endoplasmic_reticulum_39(X),fn_rough_endoplasmic_reticulum_58(X))
& base_2(fn_rough_endoplasmic_reticulum_58(X),fn_rough_endoplasmic_reticulum_62(X))
& result_2(fn_rough_endoplasmic_reticulum_85(X),fn_rough_endoplasmic_reticulum_76(X))
& next_event_2(fn_rough_endoplasmic_reticulum_58(X),fn_rough_endoplasmic_reticulum_85(X))
& instrument_2(fn_rough_endoplasmic_reticulum_58(X),fn_rough_endoplasmic_reticulum_57(X))
& has_function_2(fn_rough_endoplasmic_reticulum_57(X),fn_rough_endoplasmic_reticulum_29(X))
& subevent_2(fn_rough_endoplasmic_reticulum_29(X),fn_rough_endoplasmic_reticulum_80(X))
& subevent_2(fn_rough_endoplasmic_reticulum_29(X),fn_rough_endoplasmic_reticulum_83(X))
& subevent_2(fn_rough_endoplasmic_reticulum_29(X),fn_rough_endoplasmic_reticulum_81(X))
& object_2(fn_rough_endoplasmic_reticulum_81(X),fn_rough_endoplasmic_reticulum_76(X))
& result_2(fn_rough_endoplasmic_reticulum_58(X),fn_rough_endoplasmic_reticulum_76(X))
& agent_2(fn_rough_endoplasmic_reticulum_58(X),fn_rough_endoplasmic_reticulum_48(X))
& next_event_2(fn_rough_endoplasmic_reticulum_85(X),fn_rough_endoplasmic_reticulum_83(X))
& next_event_2(fn_rough_endoplasmic_reticulum_83(X),fn_rough_endoplasmic_reticulum_84(X))
& object_2(fn_rough_endoplasmic_reticulum_84(X),fn_rough_endoplasmic_reticulum_76(X))
& result_2(fn_rough_endoplasmic_reticulum_29(X),fn_rough_endoplasmic_reticulum_76(X))
& subevent_2(fn_rough_endoplasmic_reticulum_29(X),fn_rough_endoplasmic_reticulum_84(X))
& subevent_2(fn_rough_endoplasmic_reticulum_29(X),fn_rough_endoplasmic_reticulum_85(X))
& site_2(fn_rough_endoplasmic_reticulum_85(X),X)
& site_2(fn_rough_endoplasmic_reticulum_83(X),X)
& object_2(fn_rough_endoplasmic_reticulum_83(X),fn_rough_endoplasmic_reticulum_76(X))
& has_part_2(fn_rough_endoplasmic_reticulum_76(X),fn_rough_endoplasmic_reticulum_79(X))
& has_part_2(X,fn_rough_endoplasmic_reticulum_24(X))
& fn_rough_endoplasmic_reticulum_31(X) != fn_rough_endoplasmic_reticulum_40(X)
& fn_rough_endoplasmic_reticulum_40(X) != fn_rough_endoplasmic_reticulum_31(X)
& has_part_2(fn_rough_endoplasmic_reticulum_62(X),fn_rough_endoplasmic_reticulum_56(X))
& is_inside_2(fn_rough_endoplasmic_reticulum_56(X),fn_rough_endoplasmic_reticulum_23(X))
& has_part_2(fn_rough_endoplasmic_reticulum_27(X),fn_rough_endoplasmic_reticulum_21(X))
& is_inside_2(fn_rough_endoplasmic_reticulum_27(X),fn_rough_endoplasmic_reticulum_23(X))
& is_inside_2(fn_rough_endoplasmic_reticulum_28(X),fn_rough_endoplasmic_reticulum_23(X))
& has_part_2(fn_rough_endoplasmic_reticulum_62(X),fn_rough_endoplasmic_reticulum_28(X))
& has_part_2(fn_rough_endoplasmic_reticulum_62(X),fn_rough_endoplasmic_reticulum_27(X))
& has_part_2(fn_rough_endoplasmic_reticulum_87(X),fn_rough_endoplasmic_reticulum_30(X))
& has_part_2(fn_rough_endoplasmic_reticulum_87(X),fn_rough_endoplasmic_reticulum_86(X))
& fn_rough_endoplasmic_reticulum_86(X) != fn_rough_endoplasmic_reticulum_31(X)
& has_part_2(fn_rough_endoplasmic_reticulum_87(X),fn_rough_endoplasmic_reticulum_31(X))
& has_region_2(fn_rough_endoplasmic_reticulum_87(X),fn_rough_endoplasmic_reticulum_18(X))
& fn_rough_endoplasmic_reticulum_31(X) != fn_rough_endoplasmic_reticulum_86(X)
& raw_material_2(fn_rough_endoplasmic_reticulum_26(X),fn_rough_endoplasmic_reticulum_31(X))
& result_2(fn_rough_endoplasmic_reticulum_26(X),fn_rough_endoplasmic_reticulum_61(X))
& object_2(fn_rough_endoplasmic_reticulum_66(X),fn_rough_endoplasmic_reticulum_61(X))
& base_2(fn_rough_endoplasmic_reticulum_66(X),X)
& has_part_2(X,fn_rough_endoplasmic_reticulum_67(X))
& base_2(fn_rough_endoplasmic_reticulum_68(X),fn_rough_endoplasmic_reticulum_62(X))
& site_2(fn_rough_endoplasmic_reticulum_68(X),X)
& site_2(fn_rough_endoplasmic_reticulum_22(X),X)
& result_2(fn_rough_endoplasmic_reticulum_22(X),fn_rough_endoplasmic_reticulum_30(X))
& fn_rough_endoplasmic_reticulum_30(X) != fn_rough_endoplasmic_reticulum_31(X)
& fn_rough_endoplasmic_reticulum_31(X) != fn_rough_endoplasmic_reticulum_30(X)
& instrument_2(fn_rough_endoplasmic_reticulum_20(X),X)
& object_2(fn_rough_endoplasmic_reticulum_20(X),fn_rough_endoplasmic_reticulum_21(X))
& has_region_2(fn_rough_endoplasmic_reticulum_21(X),fn_rough_endoplasmic_reticulum_17(X))
& abuts_2(fn_rough_endoplasmic_reticulum_52(X),fn_rough_endoplasmic_reticulum_17(X))
& abuts_2(fn_rough_endoplasmic_reticulum_17(X),fn_rough_endoplasmic_reticulum_52(X))
& is_inside_2(X,fn_rough_endoplasmic_reticulum_23(X))
& is_inside_2(fn_rough_endoplasmic_reticulum_19(X),fn_rough_endoplasmic_reticulum_23(X))
& has_part_2(fn_rough_endoplasmic_reticulum_62(X),fn_rough_endoplasmic_reticulum_19(X))
& has_part_2(fn_rough_endoplasmic_reticulum_62(X),X)
& has_function_2(X,fn_rough_endoplasmic_reticulum_68(X))
& is_inside_2(fn_rough_endoplasmic_reticulum_24(X),fn_rough_endoplasmic_reticulum_52(X))
& has_part_2(X,fn_rough_endoplasmic_reticulum_87(X))
& has_region_2(X,fn_rough_endoplasmic_reticulum_52(X))
& is_inside_2(fn_rough_endoplasmic_reticulum_52(X),fn_rough_endoplasmic_reticulum_87(X))
& is_between_2(fn_rough_endoplasmic_reticulum_87(X),fn_rough_endoplasmic_reticulum_24(X))
& is_inside_2(fn_rough_endoplasmic_reticulum_18(X),fn_rough_endoplasmic_reticulum_24(X))
& is_outside_2(fn_rough_endoplasmic_reticulum_18(X),fn_rough_endoplasmic_reticulum_87(X))
& fn_rough_endoplasmic_reticulum_25(X) != fn_rough_endoplasmic_reticulum_24(X)
& fn_rough_endoplasmic_reticulum_24(X) != fn_rough_endoplasmic_reticulum_25(X)
& fn_rough_endoplasmic_reticulum_79(X) != fn_rough_endoplasmic_reticulum_75(X)
& result_2(fn_rough_endoplasmic_reticulum_80(X),fn_rough_endoplasmic_reticulum_75(X))
& fn_rough_endoplasmic_reticulum_75(X) != fn_rough_endoplasmic_reticulum_79(X)
& causes_2(fn_rough_endoplasmic_reticulum_72(X),fn_rough_endoplasmic_reticulum_69(X))
& instrument_2(fn_rough_endoplasmic_reticulum_63(X),fn_rough_endoplasmic_reticulum_57(X))
& subevent_2(fn_rough_endoplasmic_reticulum_58(X),fn_rough_endoplasmic_reticulum_63(X))
& subevent_2(fn_rough_endoplasmic_reticulum_58(X),fn_rough_endoplasmic_reticulum_72(X))
& subevent_2(fn_rough_endoplasmic_reticulum_58(X),fn_rough_endoplasmic_reticulum_64(X))
& first_subevent_2(fn_rough_endoplasmic_reticulum_58(X),fn_rough_endoplasmic_reticulum_64(X))
& causes_2(fn_rough_endoplasmic_reticulum_58(X),fn_rough_endoplasmic_reticulum_69(X))
& object_2(fn_rough_endoplasmic_reticulum_69(X),fn_rough_endoplasmic_reticulum_71(X))
& site_2(fn_rough_endoplasmic_reticulum_64(X),fn_rough_endoplasmic_reticulum_57(X))
& next_event_2(fn_rough_endoplasmic_reticulum_64(X),fn_rough_endoplasmic_reticulum_63(X))
& next_event_2(fn_rough_endoplasmic_reticulum_63(X),fn_rough_endoplasmic_reticulum_72(X))
& result_2(fn_rough_endoplasmic_reticulum_72(X),fn_rough_endoplasmic_reticulum_71(X))
& result_2(fn_rough_endoplasmic_reticulum_58(X),fn_rough_endoplasmic_reticulum_71(X))
& fn_rough_endoplasmic_reticulum_37(X) != fn_rough_endoplasmic_reticulum_35(X)
& fn_rough_endoplasmic_reticulum_35(X) != fn_rough_endoplasmic_reticulum_37(X)
& is_between_2(fn_rough_endoplasmic_reticulum_38(X),fn_rough_endoplasmic_reticulum_37(X))
& is_inside_2(fn_rough_endoplasmic_reticulum_34(X),fn_rough_endoplasmic_reticulum_37(X))
& has_region_2(fn_rough_endoplasmic_reticulum_38(X),fn_rough_endoplasmic_reticulum_34(X))
& has_region_2(fn_rough_endoplasmic_reticulum_38(X),fn_rough_endoplasmic_reticulum_33(X))
& is_between_2(fn_rough_endoplasmic_reticulum_38(X),fn_rough_endoplasmic_reticulum_35(X))
& fn_rough_endoplasmic_reticulum_77(X) != fn_rough_endoplasmic_reticulum_75(X)
& fn_rough_endoplasmic_reticulum_75(X) != fn_rough_endoplasmic_reticulum_78(X)
& fn_rough_endoplasmic_reticulum_78(X) != fn_rough_endoplasmic_reticulum_75(X)
& fn_rough_endoplasmic_reticulum_75(X) != fn_rough_endoplasmic_reticulum_77(X)
& raw_material_2(fn_rough_endoplasmic_reticulum_80(X),fn_rough_endoplasmic_reticulum_77(X))
& result_2(fn_rough_endoplasmic_reticulum_49(X),fn_rough_endoplasmic_reticulum_71(X))
& causes_2(fn_rough_endoplasmic_reticulum_72(X),fn_rough_endoplasmic_reticulum_49(X))
& fn_rough_endoplasmic_reticulum_79(X) != fn_rough_endoplasmic_reticulum_77(X)
& fn_rough_endoplasmic_reticulum_77(X) != fn_rough_endoplasmic_reticulum_79(X)
& raw_material_2(fn_rough_endoplasmic_reticulum_80(X),fn_rough_endoplasmic_reticulum_79(X))
& has_part_2(fn_rough_endoplasmic_reticulum_76(X),fn_rough_endoplasmic_reticulum_78(X))
& base_2(fn_rough_endoplasmic_reticulum_72(X),fn_rough_endoplasmic_reticulum_62(X))
& result_2(fn_rough_endoplasmic_reticulum_68(X),fn_rough_endoplasmic_reticulum_30(X))
& result_2(fn_rough_endoplasmic_reticulum_42(X),fn_rough_endoplasmic_reticulum_43(X))
& agent_2(fn_rough_endoplasmic_reticulum_58(X),fn_rough_endoplasmic_reticulum_57(X))
& raw_material_2(fn_rough_endoplasmic_reticulum_80(X),fn_rough_endoplasmic_reticulum_78(X))
& plays_2(fn_rough_endoplasmic_reticulum_78(X),fn_rough_endoplasmic_reticulum_74(X))
& is_inside_2(fn_rough_endoplasmic_reticulum_40(X),fn_rough_endoplasmic_reticulum_61(X))
& fn_rough_endoplasmic_reticulum_54(X) = fn_transfer_1(fn_rough_endoplasmic_reticulum_55(X))
& fn_rough_endoplasmic_reticulum_76(X) = fn_transfer_1(fn_rough_endoplasmic_reticulum_82(X))
& fn_rough_endoplasmic_reticulum_52(X) = fn_conduit_1(fn_rough_endoplasmic_reticulum_50(X))
& fn_rough_endoplasmic_reticulum_46(X) = fn_anabolic_pathway_6(fn_rough_endoplasmic_reticulum_47(X))
& fn_rough_endoplasmic_reticulum_40(X) = fn_locomotion_1(fn_rough_endoplasmic_reticulum_60(X))
& fn_rough_endoplasmic_reticulum_71(X) = fn_locomotion_1(fn_rough_endoplasmic_reticulum_53(X))
& fn_rough_endoplasmic_reticulum_65(X) = fn_mixture_2(fn_rough_endoplasmic_reticulum_45(X))
& fn_rough_endoplasmic_reticulum_65(X) = fn_mixture_1(fn_rough_endoplasmic_reticulum_45(X))
& fn_rough_endoplasmic_reticulum_44(X) = fn_anabolic_pathway_5(fn_rough_endoplasmic_reticulum_47(X))
& fn_rough_endoplasmic_reticulum_44(X) = fn_synthesis_of_protein_16(fn_rough_endoplasmic_reticulum_47(X))
& fn_rough_endoplasmic_reticulum_42(X) = fn_endoplasmic_reticulum_23(X)
& X = fn_move_into_1(fn_rough_endoplasmic_reticulum_53(X))
& X = fn_bound_ribosome_4(fn_rough_endoplasmic_reticulum_57(X))
& fn_rough_endoplasmic_reticulum_66(X) = fn_transitional_endoplasmic_reticulum_2(fn_rough_endoplasmic_reticulum_59(X))
& fn_rough_endoplasmic_reticulum_41(X) = fn_post_translational_modification_5(fn_rough_endoplasmic_reticulum_51(X))
& fn_rough_endoplasmic_reticulum_71(X) = fn_post_translational_modification_10(fn_rough_endoplasmic_reticulum_51(X))
& fn_rough_endoplasmic_reticulum_47(X) = fn_ribosome_2(fn_rough_endoplasmic_reticulum_57(X))
& fn_rough_endoplasmic_reticulum_79(X) = fn_polymer_synthesis_7(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_78(X) = fn_polymer_synthesis_8(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_78(X) = fn_polymer_synthesis_20(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_79(X) = fn_polymer_synthesis_22(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_38(X) = fn_synthesis_of_membrane_protein_17(fn_rough_endoplasmic_reticulum_39(X))
& fn_rough_endoplasmic_reticulum_37(X) = fn_synthesis_of_membrane_protein_23(fn_rough_endoplasmic_reticulum_39(X))
& fn_rough_endoplasmic_reticulum_36(X) = fn_membrane_3(fn_rough_endoplasmic_reticulum_38(X))
& fn_rough_endoplasmic_reticulum_36(X) = fn_synthesis_of_membrane_protein_16(fn_rough_endoplasmic_reticulum_39(X))
& fn_rough_endoplasmic_reticulum_40(X) = fn_synthesis_of_protein_16(fn_rough_endoplasmic_reticulum_39(X))
& fn_rough_endoplasmic_reticulum_40(X) = fn_synthesis_of_membrane_protein_25(fn_rough_endoplasmic_reticulum_39(X))
& fn_rough_endoplasmic_reticulum_64(X) = fn_synthesis_of_glycoprotein_61(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_29(X) = fn_reactant_2(fn_rough_endoplasmic_reticulum_74(X))
& fn_rough_endoplasmic_reticulum_74(X) = fn_synthesis_of_glycoprotein_28(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_74(X) = fn_synthesis_of_glycoprotein_13(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_27(X) = fn_synthesis_of_glycoprotein_93(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_71(X) = fn_synthesis_of_protein_9(fn_rough_endoplasmic_reticulum_39(X))
& fn_rough_endoplasmic_reticulum_71(X) = fn_synthesis_of_glycoprotein_43(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_75(X) = fn_synthesis_of_glycoprotein_66(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_23(X) = fn_synthesis_of_glycoprotein_98(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_32(X) = fn_synthesis_of_glycoprotein_95(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_72(X) = fn_synthesis_of_glycoprotein_63(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_70(X) = fn_synthesis_of_glycoprotein_3(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_73(X) = fn_synthesis_of_glycoprotein_5(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_63(X) = fn_synthesis_of_glycoprotein_62(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_51(X) = fn_synthesis_of_glycoprotein_67(fn_rough_endoplasmic_reticulum_29(X))
& X = fn_synthesis_of_glycoprotein_83(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_62(X) = fn_metabolic_pathway_1(fn_rough_endoplasmic_reticulum_58(X))
& fn_rough_endoplasmic_reticulum_62(X) = fn_synthesis_of_protein_11(fn_rough_endoplasmic_reticulum_47(X))
& fn_rough_endoplasmic_reticulum_58(X) = fn_synthesis_of_glycoprotein_76(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_62(X) = fn_synthesis_of_protein_11(fn_rough_endoplasmic_reticulum_39(X))
& fn_rough_endoplasmic_reticulum_39(X) = fn_synthesis_of_glycoprotein_77(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_62(X) = fn_synthesis_of_glycoprotein_30(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_80(X) = fn_synthesis_of_glycoprotein_42(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_58(X) = fn_synthesis_of_protein_13(fn_rough_endoplasmic_reticulum_47(X))
& fn_rough_endoplasmic_reticulum_57(X) = fn_synthesis_of_protein_10(fn_rough_endoplasmic_reticulum_47(X))
& fn_rough_endoplasmic_reticulum_58(X) = fn_synthesis_of_protein_13(fn_rough_endoplasmic_reticulum_39(X))
& fn_rough_endoplasmic_reticulum_57(X) = fn_synthesis_of_protein_10(fn_rough_endoplasmic_reticulum_39(X))
& fn_rough_endoplasmic_reticulum_57(X) = fn_synthesis_of_glycoprotein_60(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_48(X) = fn_synthesis_of_glycoprotein_64(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_58(X) = fn_synthesis_of_glycoprotein_46(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_81(X) = fn_synthesis_of_glycoprotein_58(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_84(X) = fn_synthesis_of_protein_12(fn_rough_endoplasmic_reticulum_39(X))
& fn_rough_endoplasmic_reticulum_83(X) = fn_synthesis_of_glycoprotein_58(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_84(X) = fn_synthesis_of_glycoprotein_2(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_84(X) = fn_synthesis_of_glycoprotein_57(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_79(X) = fn_polymer_6(fn_rough_endoplasmic_reticulum_76(X))
& fn_rough_endoplasmic_reticulum_79(X) = fn_synthesis_of_glycoprotein_18(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_76(X) = fn_synthesis_of_glycoprotein_52(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_83(X) = fn_synthesis_of_glycoprotein_59(fn_rough_endoplasmic_reticulum_29(X))
& X = fn_synthesis_of_glycoprotein_56(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_85(X) = fn_synthesis_of_glycoprotein_55(fn_rough_endoplasmic_reticulum_29(X))
& fn_rough_endoplasmic_reticulum_40(X) = fn_membrane_4(fn_rough_endoplasmic_reticulum_38(X))
& fn_rough_endoplasmic_reticulum_40(X) = fn_endoplasmic_reticulum_24(X)
& fn_rough_endoplasmic_reticulum_56(X) = fn_endoplasmic_reticulum_12(X)
& fn_rough_endoplasmic_reticulum_28(X) = fn_endoplasmic_reticulum_1(X)
& fn_rough_endoplasmic_reticulum_27(X) = fn_endoplasmic_reticulum_41(X)
& fn_rough_endoplasmic_reticulum_18(X) = fn_biomembrane_47(fn_rough_endoplasmic_reticulum_87(X))
& fn_rough_endoplasmic_reticulum_86(X) = fn_membrane_4(fn_rough_endoplasmic_reticulum_38(X))
& fn_rough_endoplasmic_reticulum_31(X) = fn_membrane_5(fn_rough_endoplasmic_reticulum_38(X))
& fn_rough_endoplasmic_reticulum_86(X) = fn_biomembrane_54(fn_rough_endoplasmic_reticulum_87(X))
& fn_rough_endoplasmic_reticulum_86(X) = fn_endoplasmic_reticulum_24(X)
& fn_rough_endoplasmic_reticulum_30(X) = fn_biomembrane_29(fn_rough_endoplasmic_reticulum_87(X))
& fn_rough_endoplasmic_reticulum_67(X) = fn_endoplasmic_reticulum_5(X)
& fn_rough_endoplasmic_reticulum_66(X) = fn_endoplasmic_reticulum_36(X)
& fn_rough_endoplasmic_reticulum_61(X) = fn_endoplasmic_reticulum_22(X)
& fn_rough_endoplasmic_reticulum_26(X) = fn_endoplasmic_reticulum_21(X)
& fn_rough_endoplasmic_reticulum_31(X) = fn_endoplasmic_reticulum_18(X)
& fn_rough_endoplasmic_reticulum_30(X) = fn_endoplasmic_reticulum_34(X)
& fn_rough_endoplasmic_reticulum_22(X) = fn_endoplasmic_reticulum_35(X)
& fn_rough_endoplasmic_reticulum_62(X) = fn_metabolic_pathway_1(fn_rough_endoplasmic_reticulum_68(X))
& fn_rough_endoplasmic_reticulum_17(X) = fn_endoplasmic_reticulum_37(X)
& fn_rough_endoplasmic_reticulum_21(X) = fn_endoplasmic_reticulum_28(X)
& fn_rough_endoplasmic_reticulum_20(X) = fn_endoplasmic_reticulum_27(X)
& fn_rough_endoplasmic_reticulum_68(X) = fn_endoplasmic_reticulum_23(X)
& fn_rough_endoplasmic_reticulum_62(X) = fn_endoplasmic_reticulum_11(X)
& fn_rough_endoplasmic_reticulum_19(X) = fn_endoplasmic_reticulum_13(X)
& fn_rough_endoplasmic_reticulum_23(X) = fn_endoplasmic_reticulum_40(X)
& fn_rough_endoplasmic_reticulum_52(X) = fn_endoplasmic_reticulum_31(X)
& fn_rough_endoplasmic_reticulum_52(X) = fn_er_membrane_29(fn_rough_endoplasmic_reticulum_87(X))
& X = fn_er_membrane_28(fn_rough_endoplasmic_reticulum_87(X))
& fn_rough_endoplasmic_reticulum_18(X) = fn_endoplasmic_reticulum_19(X)
& fn_rough_endoplasmic_reticulum_18(X) = fn_er_membrane_7(fn_rough_endoplasmic_reticulum_87(X))
& fn_rough_endoplasmic_reticulum_25(X) = fn_er_membrane_32(fn_rough_endoplasmic_reticulum_87(X))
& fn_rough_endoplasmic_reticulum_87(X) = fn_endoplasmic_reticulum_30(X)
& fn_rough_endoplasmic_reticulum_24(X) = fn_endoplasmic_reticulum_17(X)
& fn_rough_endoplasmic_reticulum_24(X) = fn_er_membrane_32(fn_rough_endoplasmic_reticulum_87(X))
& fn_rough_endoplasmic_reticulum_24(X) = fn_er_membrane_33(fn_rough_endoplasmic_reticulum_87(X))
& fn_rough_endoplasmic_reticulum_75(X) = fn_condensation_reaction_3(fn_rough_endoplasmic_reticulum_80(X))
& fn_rough_endoplasmic_reticulum_69(X) = fn_translation_termination_6(fn_rough_endoplasmic_reticulum_72(X))
& fn_rough_endoplasmic_reticulum_69(X) = fn_translation_21(fn_rough_endoplasmic_reticulum_58(X))
& fn_rough_endoplasmic_reticulum_71(X) = fn_anabolic_pathway_5(fn_rough_endoplasmic_reticulum_58(X))
& fn_rough_endoplasmic_reticulum_71(X) = fn_translation_23(fn_rough_endoplasmic_reticulum_58(X))
& fn_rough_endoplasmic_reticulum_72(X) = fn_translation_19(fn_rough_endoplasmic_reticulum_58(X))
& fn_rough_endoplasmic_reticulum_63(X) = fn_translation_8(fn_rough_endoplasmic_reticulum_58(X))
& fn_rough_endoplasmic_reticulum_64(X) = fn_ribosome_6(fn_rough_endoplasmic_reticulum_57(X))
& fn_rough_endoplasmic_reticulum_64(X) = fn_translation_17(fn_rough_endoplasmic_reticulum_58(X))
& fn_rough_endoplasmic_reticulum_40(X) = fn_transport_vesicle_1(fn_rough_endoplasmic_reticulum_61(X))
& fn_rough_endoplasmic_reticulum_80(X) = fn_reactant_2(fn_rough_endoplasmic_reticulum_74(X))
& fn_rough_endoplasmic_reticulum_78(X) = fn_reactant_3(fn_rough_endoplasmic_reticulum_74(X))
& fn_rough_endoplasmic_reticulum_57(X) = fn_translation_20(fn_rough_endoplasmic_reticulum_58(X))
& fn_rough_endoplasmic_reticulum_43(X) = fn_synthesis_of_lipid_2(fn_rough_endoplasmic_reticulum_42(X))
& fn_rough_endoplasmic_reticulum_30(X) = fn_synthesis_of_lipid_2(fn_rough_endoplasmic_reticulum_68(X))
& fn_rough_endoplasmic_reticulum_62(X) = fn_intracellular_process_1(fn_rough_endoplasmic_reticulum_72(X))
& fn_rough_endoplasmic_reticulum_78(X) = fn_glycoprotein_3(fn_rough_endoplasmic_reticulum_76(X))
& fn_rough_endoplasmic_reticulum_79(X) = fn_dehydration_reaction_7(fn_rough_endoplasmic_reticulum_80(X))
& fn_rough_endoplasmic_reticulum_71(X) = fn_translation_termination_2(fn_rough_endoplasmic_reticulum_72(X))
& fn_rough_endoplasmic_reticulum_49(X) = fn_translation_termination_36(fn_rough_endoplasmic_reticulum_72(X))
& fn_rough_endoplasmic_reticulum_78(X) = fn_dehydration_reaction_7(fn_rough_endoplasmic_reticulum_80(X))
& fn_rough_endoplasmic_reticulum_75(X) = fn_dehydration_reaction_6(fn_rough_endoplasmic_reticulum_80(X))
& fn_rough_endoplasmic_reticulum_77(X) = fn_dehydration_reaction_8(fn_rough_endoplasmic_reticulum_80(X))
& fn_rough_endoplasmic_reticulum_37(X) = fn_er_membrane_32(fn_rough_endoplasmic_reticulum_38(X))
& fn_rough_endoplasmic_reticulum_34(X) = fn_biomembrane_41(fn_rough_endoplasmic_reticulum_38(X))
& fn_rough_endoplasmic_reticulum_34(X) = fn_er_membrane_13(fn_rough_endoplasmic_reticulum_38(X))
& fn_rough_endoplasmic_reticulum_33(X) = fn_er_membrane_12(fn_rough_endoplasmic_reticulum_38(X))
& fn_rough_endoplasmic_reticulum_35(X) = fn_er_membrane_33(fn_rough_endoplasmic_reticulum_38(X))
& fn_mixture_2(fn_rough_endoplasmic_reticulum_45(X)) = fn_mixture_1(fn_rough_endoplasmic_reticulum_45(X))
& fn_mixture_1(fn_rough_endoplasmic_reticulum_45(X)) = fn_anabolic_pathway_5(fn_rough_endoplasmic_reticulum_47(X))
& fn_anabolic_pathway_5(fn_rough_endoplasmic_reticulum_47(X)) = fn_synthesis_of_protein_16(fn_rough_endoplasmic_reticulum_47(X))
& fn_synthesis_of_protein_16(fn_rough_endoplasmic_reticulum_47(X)) = fn_synthesis_of_membrane_protein_16(fn_rough_endoplasmic_reticulum_39(X))
& fn_synthesis_of_membrane_protein_16(fn_rough_endoplasmic_reticulum_39(X)) = fn_synthesis_of_membrane_protein_16(fn_rough_endoplasmic_reticulum_39(X))
& fn_synthesis_of_membrane_protein_16(fn_rough_endoplasmic_reticulum_39(X)) = fn_membrane_3(fn_rough_endoplasmic_reticulum_38(X))
& fn_membrane_3(fn_rough_endoplasmic_reticulum_38(X)) = fn_synthesis_of_membrane_protein_16(fn_rough_endoplasmic_reticulum_39(X))
& fn_synthesis_of_membrane_protein_16(fn_rough_endoplasmic_reticulum_39(X)) = fn_synthesis_of_protein_12(fn_rough_endoplasmic_reticulum_39(X))
& fn_synthesis_of_glycoprotein_2(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_protein_12(fn_rough_endoplasmic_reticulum_39(X))
& fn_synthesis_of_protein_12(fn_rough_endoplasmic_reticulum_39(X)) = fn_synthesis_of_glycoprotein_2(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_2(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_57(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_57(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_protein_12(fn_rough_endoplasmic_reticulum_39(X))
& fn_synthesis_of_protein_12(fn_rough_endoplasmic_reticulum_39(X)) = fn_synthesis_of_glycoprotein_57(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_57(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_57(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_57(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_59(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_59(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_58(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_58(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_59(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_59(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_59(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_59(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_93(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_93(fn_rough_endoplasmic_reticulum_29(X)) = fn_endoplasmic_reticulum_41(X)
& fn_endoplasmic_reticulum_41(X) = fn_endoplasmic_reticulum_41(X)
& fn_endoplasmic_reticulum_41(X) = fn_membrane_4(fn_rough_endoplasmic_reticulum_38(X))
& fn_membrane_4(fn_rough_endoplasmic_reticulum_38(X)) = fn_biomembrane_54(fn_rough_endoplasmic_reticulum_87(X))
& fn_endoplasmic_reticulum_24(X) = fn_biomembrane_54(fn_rough_endoplasmic_reticulum_87(X))
& fn_biomembrane_54(fn_rough_endoplasmic_reticulum_87(X)) = fn_endoplasmic_reticulum_24(X)
& fn_endoplasmic_reticulum_24(X) = fn_transitional_endoplasmic_reticulum_2(fn_rough_endoplasmic_reticulum_59(X))
& fn_transitional_endoplasmic_reticulum_2(fn_rough_endoplasmic_reticulum_59(X)) = fn_endoplasmic_reticulum_36(X)
& fn_endoplasmic_reticulum_36(X) = fn_endoplasmic_reticulum_36(X)
& fn_endoplasmic_reticulum_36(X) = fn_membrane_5(fn_rough_endoplasmic_reticulum_38(X))
& fn_endoplasmic_reticulum_18(X) = fn_membrane_5(fn_rough_endoplasmic_reticulum_38(X))
& fn_membrane_5(fn_rough_endoplasmic_reticulum_38(X)) = fn_endoplasmic_reticulum_18(X)
& fn_endoplasmic_reticulum_18(X) = fn_endoplasmic_reticulum_18(X)
& fn_endoplasmic_reticulum_18(X) = fn_synthesis_of_glycoprotein_98(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_98(fn_rough_endoplasmic_reticulum_29(X)) = fn_endoplasmic_reticulum_40(X)
& fn_endoplasmic_reticulum_40(X) = fn_endoplasmic_reticulum_40(X)
& fn_endoplasmic_reticulum_40(X) = fn_conduit_1(fn_rough_endoplasmic_reticulum_50(X))
& fn_conduit_1(fn_rough_endoplasmic_reticulum_50(X)) = fn_endoplasmic_reticulum_31(X)
& fn_endoplasmic_reticulum_31(X) = fn_endoplasmic_reticulum_31(X)
& fn_er_membrane_29(fn_rough_endoplasmic_reticulum_87(X)) = fn_endoplasmic_reticulum_31(X)
& fn_endoplasmic_reticulum_31(X) = fn_er_membrane_29(fn_rough_endoplasmic_reticulum_87(X))
& fn_er_membrane_29(fn_rough_endoplasmic_reticulum_87(X)) = fn_move_into_1(fn_rough_endoplasmic_reticulum_53(X))
& fn_move_into_1(fn_rough_endoplasmic_reticulum_53(X)) = fn_bound_ribosome_4(fn_rough_endoplasmic_reticulum_57(X))
& fn_bound_ribosome_4(fn_rough_endoplasmic_reticulum_57(X)) = fn_bound_ribosome_4(fn_rough_endoplasmic_reticulum_57(X))
& fn_bound_ribosome_4(fn_rough_endoplasmic_reticulum_57(X)) = fn_synthesis_of_glycoprotein_83(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_56(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_83(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_83(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_83(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_83(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_56(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_56(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_56(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_56(fn_rough_endoplasmic_reticulum_29(X)) = fn_er_membrane_28(fn_rough_endoplasmic_reticulum_87(X))
& fn_er_membrane_28(fn_rough_endoplasmic_reticulum_87(X)) = fn_er_membrane_28(fn_rough_endoplasmic_reticulum_87(X))
& fn_er_membrane_28(fn_rough_endoplasmic_reticulum_87(X)) = fn_biomembrane_47(fn_rough_endoplasmic_reticulum_87(X))
& fn_biomembrane_47(fn_rough_endoplasmic_reticulum_87(X)) = fn_endoplasmic_reticulum_19(X)
& fn_endoplasmic_reticulum_19(X) = fn_endoplasmic_reticulum_19(X)
& fn_er_membrane_7(fn_rough_endoplasmic_reticulum_87(X)) = fn_endoplasmic_reticulum_19(X)
& fn_endoplasmic_reticulum_19(X) = fn_er_membrane_7(fn_rough_endoplasmic_reticulum_87(X))
& fn_er_membrane_7(fn_rough_endoplasmic_reticulum_87(X)) = fn_endoplasmic_reticulum_17(X)
& fn_er_membrane_32(fn_rough_endoplasmic_reticulum_87(X)) = fn_endoplasmic_reticulum_17(X)
& fn_endoplasmic_reticulum_17(X) = fn_endoplasmic_reticulum_17(X)
& fn_endoplasmic_reticulum_17(X) = fn_er_membrane_32(fn_rough_endoplasmic_reticulum_87(X))
& fn_er_membrane_32(fn_rough_endoplasmic_reticulum_87(X)) = fn_er_membrane_32(fn_rough_endoplasmic_reticulum_87(X))
& fn_er_membrane_33(fn_rough_endoplasmic_reticulum_87(X)) = fn_er_membrane_33(fn_rough_endoplasmic_reticulum_87(X))
& fn_er_membrane_33(fn_rough_endoplasmic_reticulum_87(X)) = fn_er_membrane_32(fn_rough_endoplasmic_reticulum_87(X))
& fn_er_membrane_32(fn_rough_endoplasmic_reticulum_87(X)) = fn_er_membrane_33(fn_rough_endoplasmic_reticulum_87(X))
& fn_er_membrane_33(fn_rough_endoplasmic_reticulum_87(X)) = fn_translation_termination_6(fn_rough_endoplasmic_reticulum_72(X))
& fn_translation_21(fn_rough_endoplasmic_reticulum_58(X)) = fn_translation_termination_6(fn_rough_endoplasmic_reticulum_72(X))
& fn_translation_termination_6(fn_rough_endoplasmic_reticulum_72(X)) = fn_translation_21(fn_rough_endoplasmic_reticulum_58(X))
& fn_translation_21(fn_rough_endoplasmic_reticulum_58(X)) = fn_translation_21(fn_rough_endoplasmic_reticulum_58(X))
& fn_translation_21(fn_rough_endoplasmic_reticulum_58(X)) = fn_synthesis_of_glycoprotein_62(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_62(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_62(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_62(fn_rough_endoplasmic_reticulum_29(X)) = fn_translation_8(fn_rough_endoplasmic_reticulum_58(X))
& fn_translation_8(fn_rough_endoplasmic_reticulum_58(X)) = fn_translation_8(fn_rough_endoplasmic_reticulum_58(X))
& fn_translation_8(fn_rough_endoplasmic_reticulum_58(X)) = fn_synthesis_of_glycoprotein_61(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_61(fn_rough_endoplasmic_reticulum_29(X)) = fn_ribosome_6(fn_rough_endoplasmic_reticulum_57(X))
& fn_ribosome_6(fn_rough_endoplasmic_reticulum_57(X)) = fn_synthesis_of_glycoprotein_61(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_61(fn_rough_endoplasmic_reticulum_29(X)) = fn_translation_17(fn_rough_endoplasmic_reticulum_58(X))
& fn_translation_17(fn_rough_endoplasmic_reticulum_58(X)) = fn_translation_17(fn_rough_endoplasmic_reticulum_58(X))
& fn_translation_17(fn_rough_endoplasmic_reticulum_58(X)) = fn_locomotion_1(fn_rough_endoplasmic_reticulum_60(X))
& fn_locomotion_1(fn_rough_endoplasmic_reticulum_60(X)) = fn_locomotion_1(fn_rough_endoplasmic_reticulum_60(X))
& fn_locomotion_1(fn_rough_endoplasmic_reticulum_60(X)) = fn_synthesis_of_protein_16(fn_rough_endoplasmic_reticulum_39(X))
& fn_membrane_4(fn_rough_endoplasmic_reticulum_38(X)) = fn_synthesis_of_protein_16(fn_rough_endoplasmic_reticulum_39(X))
& fn_synthesis_of_protein_16(fn_rough_endoplasmic_reticulum_39(X)) = fn_membrane_4(fn_rough_endoplasmic_reticulum_38(X))
& fn_synthesis_of_membrane_protein_25(fn_rough_endoplasmic_reticulum_39(X)) = fn_membrane_4(fn_rough_endoplasmic_reticulum_38(X))
& fn_membrane_4(fn_rough_endoplasmic_reticulum_38(X)) = fn_synthesis_of_membrane_protein_25(fn_rough_endoplasmic_reticulum_39(X))
& fn_synthesis_of_membrane_protein_25(fn_rough_endoplasmic_reticulum_39(X)) = fn_synthesis_of_membrane_protein_25(fn_rough_endoplasmic_reticulum_39(X))
& fn_synthesis_of_membrane_protein_25(fn_rough_endoplasmic_reticulum_39(X)) = fn_endoplasmic_reticulum_24(X)
& fn_endoplasmic_reticulum_24(X) = fn_endoplasmic_reticulum_24(X)
& fn_endoplasmic_reticulum_24(X) = fn_transport_vesicle_1(fn_rough_endoplasmic_reticulum_61(X))
& fn_transport_vesicle_1(fn_rough_endoplasmic_reticulum_61(X)) = fn_synthesis_of_glycoprotein_28(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_28(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_13(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_13(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_protein_10(fn_rough_endoplasmic_reticulum_47(X))
& fn_synthesis_of_protein_10(fn_rough_endoplasmic_reticulum_39(X)) = fn_synthesis_of_protein_10(fn_rough_endoplasmic_reticulum_47(X))
& fn_synthesis_of_glycoprotein_60(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_protein_10(fn_rough_endoplasmic_reticulum_47(X))
& fn_synthesis_of_protein_10(fn_rough_endoplasmic_reticulum_47(X)) = fn_synthesis_of_protein_10(fn_rough_endoplasmic_reticulum_39(X))
& fn_synthesis_of_protein_10(fn_rough_endoplasmic_reticulum_39(X)) = fn_synthesis_of_glycoprotein_60(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_60(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_60(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_60(fn_rough_endoplasmic_reticulum_29(X)) = fn_translation_20(fn_rough_endoplasmic_reticulum_58(X))
& fn_translation_20(fn_rough_endoplasmic_reticulum_58(X)) = fn_translation_20(fn_rough_endoplasmic_reticulum_58(X))
& fn_translation_20(fn_rough_endoplasmic_reticulum_58(X)) = fn_synthesis_of_protein_13(fn_rough_endoplasmic_reticulum_47(X))
& fn_synthesis_of_protein_13(fn_rough_endoplasmic_reticulum_39(X)) = fn_synthesis_of_protein_13(fn_rough_endoplasmic_reticulum_47(X))
& fn_synthesis_of_protein_13(fn_rough_endoplasmic_reticulum_47(X)) = fn_synthesis_of_protein_13(fn_rough_endoplasmic_reticulum_47(X))
& fn_synthesis_of_glycoprotein_76(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_protein_13(fn_rough_endoplasmic_reticulum_39(X))
& fn_synthesis_of_protein_13(fn_rough_endoplasmic_reticulum_39(X)) = fn_synthesis_of_glycoprotein_76(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_76(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_protein_13(fn_rough_endoplasmic_reticulum_47(X))
& fn_synthesis_of_protein_13(fn_rough_endoplasmic_reticulum_47(X)) = fn_synthesis_of_protein_13(fn_rough_endoplasmic_reticulum_39(X))
& fn_synthesis_of_protein_13(fn_rough_endoplasmic_reticulum_39(X)) = fn_synthesis_of_glycoprotein_46(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_46(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_76(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_76(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_76(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_76(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_46(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_46(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_46(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_46(fn_rough_endoplasmic_reticulum_29(X)) = fn_biomembrane_29(fn_rough_endoplasmic_reticulum_87(X))
& fn_biomembrane_29(fn_rough_endoplasmic_reticulum_87(X)) = fn_endoplasmic_reticulum_34(X)
& fn_endoplasmic_reticulum_34(X) = fn_endoplasmic_reticulum_34(X)
& fn_endoplasmic_reticulum_34(X) = fn_synthesis_of_lipid_2(fn_rough_endoplasmic_reticulum_68(X))
& fn_synthesis_of_lipid_2(fn_rough_endoplasmic_reticulum_68(X)) = fn_synthesis_of_protein_11(fn_rough_endoplasmic_reticulum_47(X))
& fn_synthesis_of_protein_11(fn_rough_endoplasmic_reticulum_47(X)) = fn_metabolic_pathway_1(fn_rough_endoplasmic_reticulum_58(X))
& fn_metabolic_pathway_1(fn_rough_endoplasmic_reticulum_58(X)) = fn_synthesis_of_protein_11(fn_rough_endoplasmic_reticulum_47(X))
& fn_synthesis_of_protein_11(fn_rough_endoplasmic_reticulum_39(X)) = fn_synthesis_of_protein_11(fn_rough_endoplasmic_reticulum_39(X))
& fn_synthesis_of_protein_11(fn_rough_endoplasmic_reticulum_39(X)) = fn_metabolic_pathway_1(fn_rough_endoplasmic_reticulum_68(X))
& fn_metabolic_pathway_1(fn_rough_endoplasmic_reticulum_68(X)) = fn_synthesis_of_protein_11(fn_rough_endoplasmic_reticulum_47(X))
& fn_synthesis_of_protein_11(fn_rough_endoplasmic_reticulum_47(X)) = fn_synthesis_of_glycoprotein_30(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_30(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_protein_11(fn_rough_endoplasmic_reticulum_47(X))
& fn_synthesis_of_protein_11(fn_rough_endoplasmic_reticulum_47(X)) = fn_synthesis_of_protein_11(fn_rough_endoplasmic_reticulum_39(X))
& fn_synthesis_of_glycoprotein_30(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_protein_11(fn_rough_endoplasmic_reticulum_39(X))
& fn_synthesis_of_protein_11(fn_rough_endoplasmic_reticulum_39(X)) = fn_synthesis_of_glycoprotein_30(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_30(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_30(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_30(fn_rough_endoplasmic_reticulum_29(X)) = fn_endoplasmic_reticulum_11(X)
& fn_endoplasmic_reticulum_11(X) = fn_endoplasmic_reticulum_11(X)
& fn_endoplasmic_reticulum_11(X) = fn_intracellular_process_1(fn_rough_endoplasmic_reticulum_72(X))
& fn_intracellular_process_1(fn_rough_endoplasmic_reticulum_72(X)) = fn_transfer_1(fn_rough_endoplasmic_reticulum_82(X))
& fn_transfer_1(fn_rough_endoplasmic_reticulum_82(X)) = fn_synthesis_of_glycoprotein_52(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_52(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_52(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_52(fn_rough_endoplasmic_reticulum_29(X)) = fn_polymer_synthesis_7(fn_rough_endoplasmic_reticulum_29(X))
& fn_polymer_synthesis_7(fn_rough_endoplasmic_reticulum_29(X)) = fn_polymer_6(fn_rough_endoplasmic_reticulum_76(X))
& fn_polymer_6(fn_rough_endoplasmic_reticulum_76(X)) = fn_polymer_synthesis_7(fn_rough_endoplasmic_reticulum_29(X))
& fn_polymer_synthesis_7(fn_rough_endoplasmic_reticulum_29(X)) = fn_polymer_synthesis_22(fn_rough_endoplasmic_reticulum_29(X))
& fn_polymer_synthesis_22(fn_rough_endoplasmic_reticulum_29(X)) = fn_polymer_synthesis_22(fn_rough_endoplasmic_reticulum_29(X))
& fn_polymer_synthesis_22(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_18(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_18(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_18(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_18(fn_rough_endoplasmic_reticulum_29(X)) = fn_dehydration_reaction_7(fn_rough_endoplasmic_reticulum_80(X))
& fn_dehydration_reaction_7(fn_rough_endoplasmic_reticulum_80(X)) = fn_locomotion_1(fn_rough_endoplasmic_reticulum_53(X))
& fn_locomotion_1(fn_rough_endoplasmic_reticulum_53(X)) = fn_anabolic_pathway_5(fn_rough_endoplasmic_reticulum_58(X))
& fn_anabolic_pathway_5(fn_rough_endoplasmic_reticulum_58(X)) = fn_locomotion_1(fn_rough_endoplasmic_reticulum_53(X))
& fn_locomotion_1(fn_rough_endoplasmic_reticulum_53(X)) = fn_locomotion_1(fn_rough_endoplasmic_reticulum_53(X))
& fn_locomotion_1(fn_rough_endoplasmic_reticulum_53(X)) = fn_post_translational_modification_10(fn_rough_endoplasmic_reticulum_51(X))
& fn_post_translational_modification_10(fn_rough_endoplasmic_reticulum_51(X)) = fn_post_translational_modification_10(fn_rough_endoplasmic_reticulum_51(X))
& fn_post_translational_modification_10(fn_rough_endoplasmic_reticulum_51(X)) = fn_synthesis_of_protein_9(fn_rough_endoplasmic_reticulum_39(X))
& fn_synthesis_of_protein_9(fn_rough_endoplasmic_reticulum_39(X)) = fn_synthesis_of_protein_9(fn_rough_endoplasmic_reticulum_39(X))
& fn_synthesis_of_protein_9(fn_rough_endoplasmic_reticulum_39(X)) = fn_synthesis_of_glycoprotein_43(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_43(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_43(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_43(fn_rough_endoplasmic_reticulum_29(X)) = fn_translation_23(fn_rough_endoplasmic_reticulum_58(X))
& fn_translation_23(fn_rough_endoplasmic_reticulum_58(X)) = fn_translation_23(fn_rough_endoplasmic_reticulum_58(X))
& fn_translation_termination_2(fn_rough_endoplasmic_reticulum_72(X)) = fn_translation_23(fn_rough_endoplasmic_reticulum_58(X))
& fn_translation_23(fn_rough_endoplasmic_reticulum_58(X)) = fn_translation_termination_2(fn_rough_endoplasmic_reticulum_72(X))
& fn_translation_termination_2(fn_rough_endoplasmic_reticulum_72(X)) = fn_synthesis_of_glycoprotein_63(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_63(fn_rough_endoplasmic_reticulum_29(X)) = fn_translation_19(fn_rough_endoplasmic_reticulum_58(X))
& fn_translation_19(fn_rough_endoplasmic_reticulum_58(X)) = fn_translation_19(fn_rough_endoplasmic_reticulum_58(X))
& fn_translation_19(fn_rough_endoplasmic_reticulum_58(X)) = fn_polymer_synthesis_20(fn_rough_endoplasmic_reticulum_29(X))
& fn_polymer_synthesis_20(fn_rough_endoplasmic_reticulum_29(X)) = fn_polymer_synthesis_8(fn_rough_endoplasmic_reticulum_29(X))
& fn_polymer_synthesis_8(fn_rough_endoplasmic_reticulum_29(X)) = fn_polymer_synthesis_20(fn_rough_endoplasmic_reticulum_29(X))
& fn_polymer_synthesis_20(fn_rough_endoplasmic_reticulum_29(X)) = fn_polymer_synthesis_20(fn_rough_endoplasmic_reticulum_29(X))
& fn_polymer_synthesis_20(fn_rough_endoplasmic_reticulum_29(X)) = fn_reactant_3(fn_rough_endoplasmic_reticulum_74(X))
& fn_reactant_3(fn_rough_endoplasmic_reticulum_74(X)) = fn_reactant_3(fn_rough_endoplasmic_reticulum_74(X))
& fn_reactant_3(fn_rough_endoplasmic_reticulum_74(X)) = fn_glycoprotein_3(fn_rough_endoplasmic_reticulum_76(X))
& fn_glycoprotein_3(fn_rough_endoplasmic_reticulum_76(X)) = fn_glycoprotein_3(fn_rough_endoplasmic_reticulum_76(X))
& fn_glycoprotein_3(fn_rough_endoplasmic_reticulum_76(X)) = fn_dehydration_reaction_7(fn_rough_endoplasmic_reticulum_80(X))
& fn_dehydration_reaction_7(fn_rough_endoplasmic_reticulum_80(X)) = fn_dehydration_reaction_7(fn_rough_endoplasmic_reticulum_80(X))
& fn_dehydration_reaction_7(fn_rough_endoplasmic_reticulum_80(X)) = fn_synthesis_of_glycoprotein_66(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_66(fn_rough_endoplasmic_reticulum_29(X)) = fn_condensation_reaction_3(fn_rough_endoplasmic_reticulum_80(X))
& fn_condensation_reaction_3(fn_rough_endoplasmic_reticulum_80(X)) = fn_synthesis_of_glycoprotein_66(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_66(fn_rough_endoplasmic_reticulum_29(X)) = fn_dehydration_reaction_6(fn_rough_endoplasmic_reticulum_80(X))
& fn_dehydration_reaction_6(fn_rough_endoplasmic_reticulum_80(X)) = fn_dehydration_reaction_6(fn_rough_endoplasmic_reticulum_80(X))
& fn_dehydration_reaction_6(fn_rough_endoplasmic_reticulum_80(X)) = fn_synthesis_of_glycoprotein_42(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_42(fn_rough_endoplasmic_reticulum_29(X)) = fn_synthesis_of_glycoprotein_42(fn_rough_endoplasmic_reticulum_29(X))
& fn_synthesis_of_glycoprotein_42(fn_rough_endoplasmic_reticulum_29(X)) = fn_reactant_2(fn_rough_endoplasmic_reticulum_74(X))
& fn_reactant_2(fn_rough_endoplasmic_reticulum_74(X)) = fn_synthesis_of_membrane_protein_23(fn_rough_endoplasmic_reticulum_39(X))
& fn_synthesis_of_membrane_protein_23(fn_rough_endoplasmic_reticulum_39(X)) = fn_synthesis_of_membrane_protein_23(fn_rough_endoplasmic_reticulum_39(X))
& fn_synthesis_of_membrane_protein_23(fn_rough_endoplasmic_reticulum_39(X)) = fn_er_membrane_32(fn_rough_endoplasmic_reticulum_38(X))
& fn_er_membrane_32(fn_rough_endoplasmic_reticulum_38(X)) = fn_er_membrane_32(fn_rough_endoplasmic_reticulum_38(X))
& fn_er_membrane_32(fn_rough_endoplasmic_reticulum_38(X)) = fn_er_membrane_13(fn_rough_endoplasmic_reticulum_38(X))
& fn_er_membrane_13(fn_rough_endoplasmic_reticulum_38(X)) = fn_biomembrane_41(fn_rough_endoplasmic_reticulum_38(X))
& fn_biomembrane_41(fn_rough_endoplasmic_reticulum_38(X)) = fn_er_membrane_13(fn_rough_endoplasmic_reticulum_38(X)) ) ) ).
fof(a532406,axiom,
! [X] :
( round_window_1(X)
=> ( original_name_2(X,'Round-Window')
& user_description_2(X,'One of two openings in the mammalian ear. The round window is where vibrations from the stapes are transferred to the cochlea.')
& concept2words_2(X,'window of round')
& concept2words_2(X,'round window')
& concept2words_2(X,'round-window')
& auditory_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a532407,axiom,
! [X] :
( rrna_gene_1(X)
=> ( original_name_2(X,'RRNA-Gene')
& user_description_2(X,'Ribosomal RNA gene found within the nucleolus region.')
& concept2words_2(X,'rrna gene')
& concept2words_2(X,'rrna-gene')
& gene_1(X)
& nucleolus_1(fn_rrna_gene_1(X))
& chemical_entity_1(fn_rrna_gene_4(X))
& deoxyribonucleoside_monophosphate_1(fn_rrna_gene_4(X))
& exon_1(fn_rrna_gene_5(X))
& intron_1(fn_rrna_gene_6(X))
& exon_1(fn_rrna_gene_7(X))
& deoxyribonucleoside_monophosphate_1(fn_rrna_gene_8(X))
& size_value_1(fn_rrna_gene_9(X))
& code_for_1(fn_rrna_gene_10(X))
& phosphodiester_bond_1(fn_rrna_gene_11(X))
& size_value_1(fn_rrna_gene_12(X))
& dna_strand_1(fn_rrna_gene_13(X))
& plasmid_1(fn_rrna_gene_13(X))
& gene_1(fn_dna_strand_14(fn_rrna_gene_13(X)))
& is_inside_2(X,fn_rrna_gene_1(X))
& has_part_2(fn_rrna_gene_13(X),X)
& element_2(X,fn_rrna_gene_6(X))
& possesses_2(X,fn_rrna_gene_11(X))
& is_between_2(fn_rrna_gene_11(X),fn_rrna_gene_4(X))
& first_element_2(X,fn_rrna_gene_4(X))
& has_function_2(X,fn_rrna_gene_10(X))
& agent_2(fn_rrna_gene_10(X),X)
& next_element_2(fn_rrna_gene_4(X),fn_rrna_gene_8(X))
& size_2(fn_rrna_gene_4(X),fn_rrna_gene_12(X))
& greater_than_2(fn_rrna_gene_9(X),fn_rrna_gene_12(X))
& size_2(X,fn_rrna_gene_9(X))
& element_2(X,fn_rrna_gene_4(X))
& element_2(X,fn_rrna_gene_5(X))
& next_element_2(fn_rrna_gene_5(X),fn_rrna_gene_6(X))
& next_element_2(fn_rrna_gene_6(X),fn_rrna_gene_7(X))
& element_2(X,fn_rrna_gene_7(X))
& element_2(X,fn_rrna_gene_8(X))
& X = fn_dna_strand_14(fn_rrna_gene_13(X))
& fn_rrna_gene_3(X) = fn_gene_9(X)
& fn_rrna_gene_2(X) = fn_gene_8(X)
& fn_rrna_gene_10(X) = fn_gene_13(X)
& fn_rrna_gene_11(X) = fn_gene_16(X)
& fn_rrna_gene_9(X) = fn_gene_11(X)
& fn_rrna_gene_12(X) = fn_gene_12(X)
& fn_rrna_gene_4(X) = fn_gene_17(X)
& fn_rrna_gene_8(X) = fn_gene_10(X)
& fn_rrna_gene_7(X) = fn_gene_5(X)
& fn_rrna_gene_6(X) = fn_gene_4(X)
& fn_rrna_gene_5(X) = fn_gene_3(X) ) ) ).
fof(a532408,axiom,
! [X] :
( rrna_gene_amplification_1(X)
=> ( original_name_2(X,'RRNA-Gene-Amplification')
& user_description_2(X,'Amplification of ribosomal RNA gene.')
& concept2words_2(X,amplify)
& concept2words_2(X,'rrna gene amplification')
& concept2words_2(X,'rrna-gene-amplification')
& biochemical_change_1(X)
& gene_amplification_1(X)
& ~ cancer_cell_gene_amplification_1(X)
& embryo_1(fn_rrna_gene_amplification_1(X))
& development_1(fn_rrna_gene_amplification_2(X))
& ribosome_1(fn_rrna_gene_amplification_3(X))
& synthesis_of_protein_1(fn_rrna_gene_amplification_4(X))
& rrna_gene_1(fn_rrna_gene_amplification_5(X))
& gene_expression_1(fn_rrna_gene_amplification_6(X))
& ovum_1(fn_rrna_gene_amplification_7(X))
& fertilization_1(fn_rrna_gene_amplification_8(X))
& zygote_1(fn_rrna_gene_amplification_9(X))
& break_1(fn_rrna_gene_amplification_10(X))
& replication_1(fn_rrna_gene_amplification_11(X))
& rrna_gene_1(fn_rrna_gene_amplification_12(X))
& gamete_1(fn_fertilization_2(fn_rrna_gene_amplification_8(X)))
& zygote_1(fn_fertilization_1(fn_rrna_gene_amplification_8(X)))
& tangible_entity_1(fn_impair_1(fn_rrna_gene_amplification_10(X)))
& gene_1(fn_gene_expression_6(fn_rrna_gene_amplification_6(X)))
& agent_2(fn_rrna_gene_amplification_11(X),fn_rrna_gene_amplification_7(X))
& minCardinality(fn_rrna_gene_amplification_11(X),result_0,"1000000",rrna_gene_0)
& object_2(X,fn_rrna_gene_amplification_12(X))
& result_2(fn_rrna_gene_amplification_2(X),fn_rrna_gene_amplification_1(X))
& enables_2(fn_rrna_gene_amplification_2(X),fn_rrna_gene_amplification_10(X))
& object_2(fn_rrna_gene_amplification_2(X),fn_rrna_gene_amplification_9(X))
& agent_2(fn_rrna_gene_amplification_4(X),fn_rrna_gene_amplification_3(X))
& enables_2(fn_rrna_gene_amplification_4(X),fn_rrna_gene_amplification_8(X))
& enables_2(fn_rrna_gene_amplification_6(X),fn_rrna_gene_amplification_4(X))
& result_2(fn_rrna_gene_amplification_6(X),fn_rrna_gene_amplification_3(X))
& object_2(fn_rrna_gene_amplification_6(X),fn_rrna_gene_amplification_12(X))
& object_2(fn_rrna_gene_amplification_10(X),fn_rrna_gene_amplification_5(X))
& object_2(fn_rrna_gene_amplification_6(X),fn_rrna_gene_amplification_5(X))
& object_2(fn_rrna_gene_amplification_8(X),fn_rrna_gene_amplification_7(X))
& result_2(fn_rrna_gene_amplification_8(X),fn_rrna_gene_amplification_9(X))
& enables_2(fn_rrna_gene_amplification_11(X),fn_rrna_gene_amplification_6(X))
& by_means_of_2(X,fn_rrna_gene_amplification_11(X))
& result_2(fn_rrna_gene_amplification_11(X),fn_rrna_gene_amplification_5(X))
& agent_2(fn_rrna_gene_amplification_6(X),fn_rrna_gene_amplification_5(X))
& agent_2(fn_rrna_gene_amplification_6(X),fn_rrna_gene_amplification_12(X))
& object_2(fn_rrna_gene_amplification_11(X),fn_rrna_gene_amplification_12(X))
& fn_rrna_gene_amplification_5(X) = fn_impair_1(fn_rrna_gene_amplification_10(X))
& fn_rrna_gene_amplification_5(X) = fn_gene_expression_6(fn_rrna_gene_amplification_6(X))
& fn_rrna_gene_amplification_7(X) = fn_fertilization_2(fn_rrna_gene_amplification_8(X))
& fn_rrna_gene_amplification_9(X) = fn_fertilization_1(fn_rrna_gene_amplification_8(X))
& fn_rrna_gene_amplification_12(X) = fn_gene_amplification_1(X)
& fn_rrna_gene_amplification_6(X) = fn_gene_amplification_5(X)
& fn_rrna_gene_amplification_5(X) = fn_gene_amplification_3(X)
& fn_rrna_gene_amplification_11(X) = fn_gene_amplification_2(X)
& fn_impair_1(fn_rrna_gene_amplification_10(X)) = fn_gene_expression_6(fn_rrna_gene_amplification_6(X))
& fn_gene_expression_6(fn_rrna_gene_amplification_6(X)) = fn_gene_expression_6(fn_rrna_gene_amplification_6(X))
& fn_gene_expression_6(fn_rrna_gene_amplification_6(X)) = fn_gene_amplification_3(X)
& fn_gene_amplification_3(X) = fn_gene_amplification_3(X) ) ) ).
fof(a532409,axiom,
! [X] :
( rubber_1(X)
=> ( original_name_2(X,'Rubber')
& concept2words_2(X,rubber)
& concept2words_2(X,'india rubber')
& concept2words_2(X,india_rubber)
& concept2words_2(X,'gum elastic')
& concept2words_2(X,gum_elastic)
& concept2words_2(X,caoutchouc)
& solid_substance_1(X)
& ~ wood_1(X)
& ~ tissue_1(X)
& ~ stone_1(X)
& ~ plastic_1(X)
& ~ paper_1(X)
& ~ glass_1(X)
& ~ pellet_1(X)
& ~ solid_support_1(X) ) ) ).
fof(a532410,axiom,
! [X] :
( rubidium_1(X)
=> ( original_name_2(X,'Rubidium')
& user_description_2(X,'Rubidium is a metal atom with atomic number 37. It is represented by the symbol Rb.')
& concept2words_2(X,rubidium)
& concept2words_2(X,'Rb')
& metal_atom_1(X)
& neutron_1(fn_rubidium_4(X))
& atomic_mass_value_1(fn_rubidium_5(X))
& valence_value_1(fn_rubidium_6(X))
& electronegativity_value_1(fn_rubidium_7(X))
& valence_electron_1(fn_rubidium_11(X))
& atomic_weight_value_1(fn_rubidium_12(X))
& atomic_number_value_1(fn_rubidium_13(X))
& quantity_value_1(fn_rubidium_14(X))
& electronegativity_2(X,fn_rubidium_7(X))
& valence_2(X,fn_rubidium_6(X))
& mass_number_2(X,fn_rubidium_5(X))
& exactCardinality(X,has_part_0,"48",neutron_0)
& exactCardinality(X,has_part_0,"37",proton_0)
& exactCardinality(X,has_part_0,"37",electron_0)
& has_part_2(X,fn_rubidium_4(X))
& the_cardinal_value_2(fn_rubidium_14(X),"1")
& cardinal_unit_class_2(fn_rubidium_14(X),unity_0)
& the_cardinal_value_2(fn_rubidium_7(X),"0.82")
& cardinal_unit_class_2(fn_rubidium_7(X),unity_0)
& the_cardinal_value_2(fn_rubidium_6(X),"1")
& cardinal_unit_class_2(fn_rubidium_6(X),unity_0)
& the_cardinal_value_2(fn_rubidium_5(X),"85")
& cardinal_unit_class_2(fn_rubidium_5(X),unity_0)
& the_cardinal_value_2(fn_rubidium_13(X),"37")
& cardinal_unit_class_2(fn_rubidium_13(X),unity_0)
& the_cardinal_value_2(fn_rubidium_12(X),"85.47")
& cardinal_unit_class_2(fn_rubidium_12(X),dalton_0)
& atomic_number_2(X,fn_rubidium_13(X))
& atomic_weight_2(X,fn_rubidium_12(X))
& has_part_2(X,fn_rubidium_11(X))
& quantity_2(fn_rubidium_11(X),fn_rubidium_14(X))
& fn_rubidium_9(X) = fn_atom_12(X)
& fn_rubidium_13(X) = fn_atom_17(X)
& fn_rubidium_10(X) = fn_atom_13(X)
& fn_rubidium_12(X) = fn_atom_16(X)
& fn_rubidium_8(X) = fn_atom_1(X)
& fn_rubidium_14(X) = fn_atom_5(X)
& fn_rubidium_11(X) = fn_atom_14(X) ) ) ).
fof(a532411,axiom,
! [X] :
( rubisco_1(X)
=> ( original_name_2(X,'Rubisco')
& user_description_2(X,'The enzyme ribulose bisphosphate carboxylase catalyzes the addition of CO2 to ribulose bisphosphate in the first step of the Calvin Cycle.')
& concept2words_2(X,'rubp carboxylase')
& concept2words_2(X,'ribulose 1,5 bisphosphate carboxylase oxygenase')
& concept2words_2(X,'ribulose-1,5-bisphosphate-carboxylase-oxygenase')
& concept2words_2(X,'rubp-carboxylase')
& concept2words_2(X,'ribulose 1,5 bisphosphate carboxylase')
& concept2words_2(X,'ribulose-1,5-bisphosphate carboxylase')
& concept2words_2(X,rubisco)
& lyase_1(X)
& photorespiration_1(fn_rubisco_2(X))
& decrease_1(fn_rubisco_6(X))
& catalyst_1(fn_rubisco_7(X))
& size_value_1(fn_rubisco_8(X))
& size_value_1(fn_rubisco_9(X))
& r_group_1(fn_rubisco_10(X))
& spatial_entity_1(fn_rubisco_11(X))
& chemical_entity_1(fn_rubisco_11(X))
& monomer_1(fn_rubisco_11(X))
& molecule_1(fn_rubisco_11(X))
& amino_acid_1(fn_rubisco_11(X))
& ribulose_bisphosphate_1(fn_rubisco_12(X))
& covalent_bond_1(fn_rubisco_13(X))
& chemical_bond_1(fn_rubisco_13(X))
& nonpolar_covalent_bond_1(fn_rubisco_13(X))
& disulfide_bond_1(fn_rubisco_13(X))
& decomposition_reaction_1(fn_rubisco_14(X))
& dephosphorylation_1(fn_rubisco_14(X))
& monomer_1(fn_rubisco_15(X))
& surface_1(fn_rubisco_16(X))
& hydrophilic_region_1(fn_rubisco_17(X))
& synthesis_reaction_1(fn_rubisco_18(X))
& chemical_reaction_1(fn_rubisco_18(X))
& entity_1(fn_rubisco_19(X))
& atom_1(fn_rubisco_19(X))
& chemical_entity_1(fn_rubisco_19(X))
& entity_1(fn_rubisco_20(X))
& chemical_entity_1(fn_rubisco_20(X))
& atom_1(fn_rubisco_20(X))
& carbon_1(fn_rubisco_20(X))
& carbon_skeleton_1(fn_rubisco_21(X))
& kinetic_energy_1(fn_rubisco_22(X))
& protein_domain_1(fn_rubisco_23(X))
& active_site_1(fn_rubisco_24(X))
& quantity_value_1(fn_rubisco_25(X))
& speed_value_1(fn_rubisco_26(X))
& constant_motion_1(fn_rubisco_27(X))
& polypeptide_1(fn_rubisco_28(X))
& protein_1(fn_disulfide_bond_3(fn_rubisco_13(X)))
& dephosphorylation_1(fn_photorespiration_49(fn_rubisco_2(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_rubisco_14(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_rubisco_14(X)))
& chemical_reaction_1(fn_photorespiration_42(fn_rubisco_2(X)))
& chemical_reaction_1(fn_photorespiration_32(fn_rubisco_2(X)))
& synthesis_reaction_1(fn_photorespiration_50(fn_rubisco_2(X)))
& entity_1(fn_nonpolar_covalent_bond_28(fn_rubisco_13(X)))
& chemical_entity_1(fn_nonpolar_covalent_bond_28(fn_rubisco_13(X)))
& atom_1(fn_nonpolar_covalent_bond_28(fn_rubisco_13(X)))
& entity_1(fn_nonpolar_covalent_bond_29(fn_rubisco_13(X)))
& chemical_entity_1(fn_nonpolar_covalent_bond_29(fn_rubisco_13(X)))
& atom_1(fn_nonpolar_covalent_bond_29(fn_rubisco_13(X)))
& called_2(fn_rubisco_12(X),'Old')
& is_between_2(fn_rubisco_13(X),fn_rubisco_20(X))
& result_2(fn_rubisco_14(X),fn_rubisco_12(X))
& is_between_2(fn_rubisco_13(X),fn_rubisco_19(X))
& possesses_2(X,fn_rubisco_13(X))
& subevent_2(fn_rubisco_2(X),fn_rubisco_14(X))
& next_event_2(fn_rubisco_18(X),fn_rubisco_14(X))
& subevent_2(fn_rubisco_2(X),fn_rubisco_18(X))
& in_event_2(fn_rubisco_7(X),fn_rubisco_18(X))
& plays_2(X,fn_rubisco_7(X))
& has_function_2(X,fn_rubisco_6(X))
& enables_2(fn_rubisco_6(X),fn_rubisco_18(X))
& site_2(fn_rubisco_18(X),fn_rubisco_24(X))
& facilitates_2(fn_rubisco_24(X),fn_rubisco_18(X))
& has_function_2(X,fn_rubisco_18(X))
& possesses_2(X,fn_rubisco_22(X))
& quantity_2(fn_rubisco_22(X),fn_rubisco_25(X))
& directly_proportional_2(fn_rubisco_26(X),fn_rubisco_25(X))
& speed_2(fn_rubisco_27(X),fn_rubisco_26(X))
& object_2(fn_rubisco_27(X),X)
& has_region_2(X,fn_rubisco_16(X))
& is_at_2(fn_rubisco_17(X),fn_rubisco_16(X))
& has_region_2(X,fn_rubisco_17(X))
& has_part_2(X,fn_rubisco_28(X))
& has_part_2(fn_rubisco_28(X),fn_rubisco_11(X))
& the_scalar_value_2(fn_rubisco_8(X),big_0)
& scalar_unit_class_2(fn_rubisco_8(X),polypeptide_0)
& size_2(X,fn_rubisco_8(X))
& greater_than_2(fn_rubisco_8(X),fn_rubisco_9(X))
& size_2(fn_rubisco_15(X),fn_rubisco_9(X))
& has_part_2(X,fn_rubisco_15(X))
& has_part_2(X,fn_rubisco_19(X))
& has_region_2(X,fn_rubisco_21(X))
& is_inside_2(fn_rubisco_20(X),fn_rubisco_21(X))
& has_part_2(X,fn_rubisco_20(X))
& fn_rubisco_19(X) != fn_rubisco_20(X)
& fn_rubisco_20(X) != fn_rubisco_19(X)
& has_region_2(X,fn_rubisco_23(X))
& is_at_2(fn_rubisco_11(X),fn_rubisco_23(X))
& has_region_2(fn_rubisco_11(X),fn_rubisco_10(X))
& is_inside_2(fn_rubisco_10(X),fn_rubisco_24(X))
& has_region_2(X,fn_rubisco_24(X))
& fn_rubisco_12(X) = fn_decomposition_reaction_4(fn_rubisco_14(X))
& fn_rubisco_12(X) = fn_decomposition_reaction_2(fn_rubisco_14(X))
& fn_rubisco_19(X) = fn_molecule_11(X)
& fn_rubisco_19(X) = fn_nonpolar_covalent_bond_29(fn_rubisco_13(X))
& fn_rubisco_13(X) = fn_polymer_1(X)
& fn_rubisco_13(X) = fn_molecule_10(X)
& X = fn_disulfide_bond_3(fn_rubisco_13(X))
& fn_rubisco_3(X) = fn_protein_10(X)
& fn_rubisco_18(X) = fn_photorespiration_42(fn_rubisco_2(X))
& fn_rubisco_18(X) = fn_photorespiration_32(fn_rubisco_2(X))
& fn_rubisco_18(X) = fn_photorespiration_50(fn_rubisco_2(X))
& fn_rubisco_14(X) = fn_photorespiration_49(fn_rubisco_2(X))
& fn_rubisco_7(X) = fn_enzyme_6(X)
& fn_rubisco_24(X) = fn_enzyme_2(X)
& fn_rubisco_18(X) = fn_enzyme_4(X)
& fn_rubisco_6(X) = fn_enzyme_5(X)
& fn_rubisco_4(X) = fn_molecule_2(X)
& fn_rubisco_5(X) = fn_molecule_1(X)
& fn_rubisco_27(X) = fn_molecule_8(X)
& fn_rubisco_26(X) = fn_molecule_3(X)
& fn_rubisco_25(X) = fn_molecule_4(X)
& fn_rubisco_22(X) = fn_molecule_12(X)
& fn_rubisco_11(X) = fn_protein_14(X)
& fn_rubisco_28(X) = fn_protein_8(X)
& fn_rubisco_17(X) = fn_protein_1(X)
& fn_rubisco_16(X) = fn_protein_5(X)
& fn_rubisco_15(X) = fn_polymer_4(X)
& fn_rubisco_15(X) = fn_protein_enzyme_9(X)
& fn_rubisco_9(X) = fn_protein_enzyme_4(X)
& fn_rubisco_8(X) = fn_protein_9(X)
& fn_rubisco_8(X) = fn_protein_enzyme_3(X)
& fn_rubisco_20(X) = fn_nonpolar_covalent_bond_29(fn_rubisco_13(X))
& fn_rubisco_19(X) = fn_nonpolar_covalent_bond_28(fn_rubisco_13(X))
& fn_rubisco_19(X) = fn_organic_molecule_2(X)
& fn_rubisco_19(X) = fn_protein_enzyme_8(X)
& fn_rubisco_20(X) = fn_organic_molecule_1(X)
& fn_rubisco_20(X) = fn_protein_enzyme_7(X)
& fn_rubisco_21(X) = fn_organic_molecule_3(X)
& fn_rubisco_21(X) = fn_protein_enzyme_6(X)
& fn_rubisco_24(X) = fn_protein_enzyme_10(X)
& fn_rubisco_10(X) = fn_protein_enzyme_12(X)
& fn_rubisco_11(X) = fn_protein_enzyme_11(X)
& fn_rubisco_23(X) = fn_protein_enzyme_5(X)
& fn_decomposition_reaction_4(fn_rubisco_14(X)) = fn_decomposition_reaction_2(fn_rubisco_14(X))
& fn_decomposition_reaction_2(fn_rubisco_14(X)) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_photorespiration_42(fn_rubisco_2(X))
& fn_photorespiration_42(fn_rubisco_2(X)) = fn_photorespiration_32(fn_rubisco_2(X))
& fn_photorespiration_32(fn_rubisco_2(X)) = fn_photorespiration_32(fn_rubisco_2(X))
& fn_photorespiration_32(fn_rubisco_2(X)) = fn_photorespiration_50(fn_rubisco_2(X))
& fn_photorespiration_50(fn_rubisco_2(X)) = fn_photorespiration_50(fn_rubisco_2(X))
& fn_photorespiration_50(fn_rubisco_2(X)) = fn_enzyme_4(X)
& fn_enzyme_4(X) = fn_enzyme_4(X)
& fn_enzyme_4(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_nonpolar_covalent_bond_28(fn_rubisco_13(X))
& fn_nonpolar_covalent_bond_29(fn_rubisco_13(X)) = fn_nonpolar_covalent_bond_28(fn_rubisco_13(X))
& fn_nonpolar_covalent_bond_28(fn_rubisco_13(X)) = fn_nonpolar_covalent_bond_28(fn_rubisco_13(X))
& fn_nonpolar_covalent_bond_28(fn_rubisco_13(X)) = fn_nonpolar_covalent_bond_29(fn_rubisco_13(X))
& fn_nonpolar_covalent_bond_29(fn_rubisco_13(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_nonpolar_covalent_bond_29(fn_rubisco_13(X))
& fn_nonpolar_covalent_bond_29(fn_rubisco_13(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_1(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_3(X)
& fn_protein_enzyme_6(X) = fn_organic_molecule_3(X)
& fn_organic_molecule_3(X) = fn_protein_enzyme_6(X)
& fn_protein_enzyme_6(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_14(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_protein_enzyme_11(X) ) ) ).
fof(a532412,axiom,
! [X] :
( rudimentary_gut_cavity_1(X)
=> ( original_name_2(X,'Rudimentary-Gut-Cavity')
& user_description_2(X,'The cavity of the gut that is not fully developed is called as rudimentary gut cavity.')
& concept2words_2(X,'rudimentary gut cavity')
& concept2words_2(X,'rudimentary-gut-cavity')
& animal_space_1(X) ) ) ).
fof(a532413,axiom,
! [X] :
( rudolf_virchow_1(X)
=> ( original_name_2(X,'Rudolf-Virchow')
& user_description_2(X,'German physician who conducted experiments on the cell cycle and is credited with discovery of the Cell Theory.')
& concept2words_2(X,'rudolf virchow')
& concept2words_2(X,'rudolf-virchow')
& physician_1(X) ) ) ).
fof(a532414,axiom,
! [X] :
( ruin_1(X)
=> ( original_name_2(X,'Ruin')
& concept2words_2(X,ruin)
& concept2words_2(X,destroy)
& break_1(X) ) ) ).
fof(a532415,axiom,
! [X] :
( rule_of_addition_1(X)
=> ( original_name_2(X,'Rule-Of-Addition')
& user_description_2(X,'A statistical rule that says the probability of an event that can happen in more tha one way is the sum of the individual probabilities. Used in determining heterozygote probabilities.')
& concept2words_2(X,'addition rule')
& concept2words_2(X,'addition-rule')
& concept2words_2(X,'rule of addition')
& concept2words_2(X,'rule-of-addition')
& rule_of_probability_1(X)
& ~ absolute_dating_1(X)
& ~ atomic_tracking_1(X)
& ~ autoradiography_1(X)
& ~ cloning_1(X)
& ~ dna_mapping_1(X)
& ~ dna_microarray_1(X)
& ~ fetoscopy_1(X)
& ~ genetic_linkage_mapping_1(X)
& ~ gram_stain_1(X)
& ~ in_situ_hybridization_1(X)
& ~ in_vitro_hybridization_1(X)
& ~ mark_recapture_method_1(X)
& ~ microscopy_1(X)
& ~ molecular_clock_1(X)
& ~ nuclear_transplantation_1(X)
& ~ population_viability_analysis_1(X)
& ~ positron_emission_tomography_1(X)
& ~ radiometric_dating_1(X)
& ~ shotgun_sequencing_1(X)
& ~ testcross_1(X)
& ~ x_ray_crystallography_1(X) ) ) ).
fof(a532416,axiom,
! [X] :
( rule_of_probability_1(X)
=> ( original_name_2(X,'Rule-Of-Probability')
& user_description_2(X,'Rules that describe how likely it is that some event will occur.')
& concept2words_2(X,'probability rule')
& concept2words_2(X,'probability-rule')
& concept2words_2(X,'rule of probability')
& concept2words_2(X,'rule-of-probability')
& mathematical_model_1(X)
& ~ first_law_thermodynamics_1(X)
& ~ mendelian_law_1(X)
& ~ second_law_thermodynamics_1(X)
& system_1(fn_rule_of_probability_2(X))
& frequency_value_1(fn_rule_of_probability_3(X))
& frequency_value_1(fn_rule_of_probability_7(X))
& called_2(fn_rule_of_probability_3(X),q)
& called_2(fn_rule_of_probability_7(X),p)
& information_content_2(X,fn_rule_of_probability_7(X))
& fn_rule_of_probability_7(X) = fn_information_1(X) ) ) ).
fof(a532417,axiom,
! [X] :
( rumen_1(X)
=> ( original_name_2(X,'Rumen')
& user_description_2(X,'The first stomach in the digestive system of a ruminant which serves as the primary site for microbial digestion before moving on to the reticulum.')
& concept2words_2(X,rumen)
& digestive_organ_1(X)
& ~ archenteron_1(X)
& ~ coelom_1(X)
& ~ mantle_cavity_1(X) ) ) ).
fof(a532418,axiom,
! [X] :
( ruminant_1(X)
=> ( original_name_2(X,'Ruminant')
& user_description_2(X,'An herbivorous mammal whose stomach has multiple chambers and is specialized for digesting plant material. Examples include cows and sheep.')
& concept2words_2(X,ruminant)
& herbivore_1(X) ) ) ).
fof(a532419,axiom,
! [X] :
( ruminant_digestive_system_1(X)
=> ( original_name_2(X,'Ruminant-Digestive-System')
& user_description_2(X,'The system of organs in a ruminant\'s body which is responsible for the digestion and absorption of nutrients from food.')
& concept2words_2(X,'ruminant digestive system')
& concept2words_2(X,'ruminant-digestive-system')
& digestive_system_1(X)
& anus_1(fn_ruminant_digestive_system_1(X))
& mouth_1(fn_ruminant_digestive_system_2(X))
& esophagus_1(fn_ruminant_digestive_system_3(X))
& large_intestine_1(fn_ruminant_digestive_system_4(X))
& digestive_organ_1(fn_ruminant_digestive_system_5(X))
& stomach_1(fn_ruminant_digestive_system_5(X))
& sphincter_1(fn_ruminant_digestive_system_6(X))
& small_intestine_1(fn_ruminant_digestive_system_7(X))
& alimentary_canal_1(fn_ruminant_digestive_system_8(X))
& esophagus_1(fn_alimentary_canal_11(fn_ruminant_digestive_system_8(X)))
& large_intestine_1(fn_alimentary_canal_13(fn_ruminant_digestive_system_8(X)))
& small_intestine_1(fn_alimentary_canal_4(fn_ruminant_digestive_system_8(X)))
& stomach_1(fn_alimentary_canal_12(fn_ruminant_digestive_system_8(X)))
& sphincter_1(fn_alimentary_canal_9(fn_ruminant_digestive_system_8(X)))
& sphincter_1(fn_alimentary_canal_3(fn_ruminant_digestive_system_8(X)))
& sphincter_1(fn_alimentary_canal_2(fn_ruminant_digestive_system_8(X)))
& sphincter_1(fn_alimentary_canal_1(fn_ruminant_digestive_system_8(X)))
& element_2(X,fn_ruminant_digestive_system_1(X))
& element_2(X,fn_ruminant_digestive_system_2(X))
& element_2(X,fn_ruminant_digestive_system_7(X))
& element_2(X,fn_ruminant_digestive_system_4(X))
& element_2(X,fn_ruminant_digestive_system_3(X))
& has_region_2(X,fn_ruminant_digestive_system_8(X))
& next_element_2(fn_ruminant_digestive_system_7(X),fn_ruminant_digestive_system_4(X))
& next_element_2(fn_ruminant_digestive_system_2(X),fn_ruminant_digestive_system_3(X))
& next_element_2(fn_ruminant_digestive_system_5(X),fn_ruminant_digestive_system_7(X))
& next_element_2(fn_ruminant_digestive_system_4(X),fn_ruminant_digestive_system_1(X))
& next_element_2(fn_ruminant_digestive_system_3(X),fn_ruminant_digestive_system_5(X))
& element_2(X,fn_ruminant_digestive_system_5(X))
& is_inside_2(fn_ruminant_digestive_system_5(X),fn_ruminant_digestive_system_8(X))
& is_inside_2(fn_ruminant_digestive_system_6(X),fn_ruminant_digestive_system_8(X))
& called_2(fn_ruminant_digestive_system_6(X),'SP3')
& is_inside_2(fn_ruminant_digestive_system_7(X),fn_ruminant_digestive_system_8(X))
& is_between_2(fn_ruminant_digestive_system_6(X),fn_ruminant_digestive_system_7(X))
& is_between_2(fn_ruminant_digestive_system_6(X),fn_ruminant_digestive_system_4(X))
& is_inside_2(fn_ruminant_digestive_system_4(X),fn_ruminant_digestive_system_8(X))
& is_inside_2(fn_ruminant_digestive_system_3(X),fn_ruminant_digestive_system_8(X))
& fn_ruminant_digestive_system_5(X) = fn_digestive_system_1(X)
& fn_ruminant_digestive_system_5(X) = fn_alimentary_canal_12(fn_ruminant_digestive_system_8(X))
& fn_ruminant_digestive_system_6(X) = fn_alimentary_canal_9(fn_ruminant_digestive_system_8(X))
& fn_ruminant_digestive_system_6(X) = fn_alimentary_canal_3(fn_ruminant_digestive_system_8(X))
& fn_ruminant_digestive_system_6(X) = fn_alimentary_canal_2(fn_ruminant_digestive_system_8(X))
& fn_ruminant_digestive_system_3(X) = fn_alimentary_canal_11(fn_ruminant_digestive_system_8(X))
& fn_ruminant_digestive_system_4(X) = fn_alimentary_canal_13(fn_ruminant_digestive_system_8(X))
& fn_ruminant_digestive_system_6(X) = fn_alimentary_canal_1(fn_ruminant_digestive_system_8(X))
& fn_ruminant_digestive_system_7(X) = fn_alimentary_canal_4(fn_ruminant_digestive_system_8(X))
& fn_digestive_system_1(X) = fn_alimentary_canal_12(fn_ruminant_digestive_system_8(X))
& fn_alimentary_canal_12(fn_ruminant_digestive_system_8(X)) = fn_alimentary_canal_9(fn_ruminant_digestive_system_8(X))
& fn_alimentary_canal_9(fn_ruminant_digestive_system_8(X)) = fn_alimentary_canal_3(fn_ruminant_digestive_system_8(X))
& fn_alimentary_canal_3(fn_ruminant_digestive_system_8(X)) = fn_alimentary_canal_3(fn_ruminant_digestive_system_8(X))
& fn_alimentary_canal_3(fn_ruminant_digestive_system_8(X)) = fn_alimentary_canal_2(fn_ruminant_digestive_system_8(X))
& fn_alimentary_canal_1(fn_ruminant_digestive_system_8(X)) = fn_alimentary_canal_2(fn_ruminant_digestive_system_8(X))
& fn_alimentary_canal_2(fn_ruminant_digestive_system_8(X)) = fn_alimentary_canal_1(fn_ruminant_digestive_system_8(X))
& fn_alimentary_canal_1(fn_ruminant_digestive_system_8(X)) = fn_alimentary_canal_1(fn_ruminant_digestive_system_8(X)) ) ) ).
fof(a532420,axiom,
! [X] :
( runoff_1(X)
=> ( original_name_2(X,'Runoff')
& user_description_2(X,'Draining of water from land surfaces.')
& concept2words_2(X,'run off')
& concept2words_2(X,runoff)
& physical_process_1(X) ) ) ).
fof(a532421,axiom,
! [X] :
( ruthenium_1(X)
=> ( original_name_2(X,'Ruthenium')
& user_description_2(X,'Ruthenium is a metal atom with atomic number 44. It is represented by the symbol Ru.')
& concept2words_2(X,ruthenium)
& concept2words_2(X,'Ru')
& metal_atom_1(X)
& neutron_1(fn_ruthenium_3(X))
& atomic_mass_value_1(fn_ruthenium_4(X))
& electronegativity_value_1(fn_ruthenium_5(X))
& valence_electron_1(fn_ruthenium_9(X))
& atomic_weight_value_1(fn_ruthenium_10(X))
& atomic_number_value_1(fn_ruthenium_11(X))
& quantity_value_1(fn_ruthenium_12(X))
& electronegativity_2(X,fn_ruthenium_5(X))
& mass_number_2(X,fn_ruthenium_4(X))
& exactCardinality(X,has_part_0,"57",neutron_0)
& exactCardinality(X,has_part_0,"44",proton_0)
& exactCardinality(X,has_part_0,"44",electron_0)
& has_part_2(X,fn_ruthenium_3(X))
& the_cardinal_value_2(fn_ruthenium_12(X),"8")
& cardinal_unit_class_2(fn_ruthenium_12(X),unity_0)
& the_cardinal_value_2(fn_ruthenium_5(X),"2.2")
& cardinal_unit_class_2(fn_ruthenium_5(X),unity_0)
& the_cardinal_value_2(fn_ruthenium_4(X),"101")
& cardinal_unit_class_2(fn_ruthenium_4(X),unity_0)
& the_cardinal_value_2(fn_ruthenium_11(X),"44")
& cardinal_unit_class_2(fn_ruthenium_11(X),unity_0)
& the_cardinal_value_2(fn_ruthenium_10(X),"101.1")
& cardinal_unit_class_2(fn_ruthenium_10(X),dalton_0)
& atomic_number_2(X,fn_ruthenium_11(X))
& atomic_weight_2(X,fn_ruthenium_10(X))
& has_part_2(X,fn_ruthenium_9(X))
& quantity_2(fn_ruthenium_9(X),fn_ruthenium_12(X))
& fn_ruthenium_7(X) = fn_atom_12(X)
& fn_ruthenium_11(X) = fn_atom_17(X)
& fn_ruthenium_8(X) = fn_atom_13(X)
& fn_ruthenium_10(X) = fn_atom_16(X)
& fn_ruthenium_6(X) = fn_atom_1(X)
& fn_ruthenium_12(X) = fn_atom_5(X)
& fn_ruthenium_9(X) = fn_atom_14(X) ) ) ).
fof(a532422,axiom,
! [X] :
( rutherfordium_1(X)
=> ( original_name_2(X,'Rutherfordium')
& user_description_2(X,'Rutherfordium is a metal atom with atomic number 104. It is represented by the symbol Rf.')
& concept2words_2(X,rutherfordium)
& concept2words_2(X,'Rf')
& metal_atom_1(X)
& neutron_1(fn_rutherfordium_2(X))
& atomic_mass_value_1(fn_rutherfordium_3(X))
& valence_electron_1(fn_rutherfordium_7(X))
& atomic_weight_value_1(fn_rutherfordium_8(X))
& atomic_number_value_1(fn_rutherfordium_9(X))
& quantity_value_1(fn_rutherfordium_10(X))
& mass_number_2(X,fn_rutherfordium_3(X))
& exactCardinality(X,has_part_0,"157",neutron_0)
& exactCardinality(X,has_part_0,"104",proton_0)
& exactCardinality(X,has_part_0,"104",electron_0)
& has_part_2(X,fn_rutherfordium_2(X))
& the_cardinal_value_2(fn_rutherfordium_10(X),"4")
& cardinal_unit_class_2(fn_rutherfordium_10(X),unity_0)
& the_cardinal_value_2(fn_rutherfordium_3(X),"261")
& cardinal_unit_class_2(fn_rutherfordium_3(X),unity_0)
& the_cardinal_value_2(fn_rutherfordium_9(X),"104")
& cardinal_unit_class_2(fn_rutherfordium_9(X),unity_0)
& the_cardinal_value_2(fn_rutherfordium_8(X),"261")
& cardinal_unit_class_2(fn_rutherfordium_8(X),dalton_0)
& atomic_number_2(X,fn_rutherfordium_9(X))
& atomic_weight_2(X,fn_rutherfordium_8(X))
& has_part_2(X,fn_rutherfordium_7(X))
& quantity_2(fn_rutherfordium_7(X),fn_rutherfordium_10(X))
& fn_rutherfordium_5(X) = fn_atom_12(X)
& fn_rutherfordium_9(X) = fn_atom_17(X)
& fn_rutherfordium_6(X) = fn_atom_13(X)
& fn_rutherfordium_8(X) = fn_atom_16(X)
& fn_rutherfordium_4(X) = fn_atom_1(X)
& fn_rutherfordium_10(X) = fn_atom_5(X)
& fn_rutherfordium_7(X) = fn_atom_14(X) ) ) ).
fof(a532423,axiom,
! [X] :
( s_albuterol_1(X)
=> ( original_name_2(X,'S-Albuterol')
& user_description_2(X,'S-Albuterol is the S-enantiomer of Albuterol.')
& concept2words_2(X,'albuterol of s')
& concept2words_2(X,'s albuterol')
& concept2words_2(X,'s-albuterol')
& albuterol_isomer_1(X) ) ) ).
fof(a532424,axiom,
! [X] :
( s_gene_1(X)
=> ( original_name_2(X,'S-Gene')
& user_description_2(X,'A locus that codes for one of the mechanisms of self-incompatibility in plants.')
& concept2words_2(X,'gene of s')
& concept2words_2(X,'s gene')
& concept2words_2(X,'s-gene')
& plant_gene_1(X) ) ) ).
fof(a532425,axiom,
! [X] :
( s_ibuprofen_1(X)
=> ( original_name_2(X,'S-Ibuprofen')
& user_description_2(X,'Ibuprofen-S is the S-enantiomer of Ibuprofen.')
& concept2words_2(X,'ibuprofen of s')
& concept2words_2(X,'s ibuprofen')
& concept2words_2(X,'s-ibuprofen')
& ibuprofen_isomer_1(X) ) ) ).
fof(a532426,axiom,
! [X] :
( s_minus_2_1(X)
=> ( original_name_2(X,'S-Minus-2')
& user_description_2(X,'The anion of sulfur. It is a strong base and a moderately strong reducing agent.')
& concept2words_2(X,sulfide)
& concept2words_2(X,'s minus 2')
& concept2words_2(X,'s-minus-2')
& monoatomic_ion_1(X)
& anion_1(X)
& electron_1(fn_s_minus_2_1(X))
& neutron_1(fn_s_minus_2_2(X))
& gain_1(fn_s_minus_2_3(X))
& sulfur_1(fn_s_minus_2_4(X))
& charge_value_1(fn_s_minus_2_5(X))
& the_cardinal_value_2(fn_s_minus_2_5(X),"-2")
& cardinal_unit_class_2(fn_s_minus_2_5(X),unity_0)
& exactCardinality(X,has_part_0,"16",neutron_0)
& exactCardinality(X,has_part_0,"16",proton_0)
& exactCardinality(X,has_part_0,"18",electron_0)
& has_part_2(X,fn_s_minus_2_2(X))
& has_part_2(X,fn_s_minus_2_1(X))
& charge_2(X,fn_s_minus_2_5(X))
& result_2(fn_s_minus_2_3(X),X)
& recipient_2(fn_s_minus_2_3(X),fn_s_minus_2_4(X))
& base_2(fn_s_minus_2_3(X),fn_s_minus_2_4(X))
& fn_s_minus_2_6(X) = fn_anion_7(X)
& fn_s_minus_2_5(X) = fn_anion_6(X)
& fn_s_minus_2_4(X) = fn_anion_5(X)
& fn_s_minus_2_3(X) = fn_anion_2(X) ) ) ).
fof(a532427,axiom,
! [X] :
( s_orbital_1(X)
=> ( original_name_2(X,'S-Orbital')
& user_description_2(X,'The s orbital is a spherically-shaped region describing where an electron can be found, within a certain degree of probability. The shape of the orbital depends on the quantum numbers associated with an energy state. All s orbitals have l = m = 0, but the value of n can vary.')
& concept2words_2(X,'orbital of s')
& concept2words_2(X,'s orbital')
& concept2words_2(X,'s-orbital')
& atomic_orbital_1(X)
& ~ p_orbital_1(X) ) ) ).
fof(a532428,axiom,
! [X] :
( s_phase_1(X)
=> ( original_name_2(X,'S-phase')
& user_description_2(X,'S phase is the phase between the G1 phase (initial interphase) and G2 phase (late interphase). This phase involves synthesis of copy of chromosomes i.e. DNA replication')
& concept2words_2(X,'dna synthesis phase')
& concept2words_2(X,'undergo s phase')
& concept2words_2(X,'undergo s-phase')
& concept2words_2(X,'phase of s')
& concept2words_2(X,'s phase')
& concept2words_2(X,'s-phase')
& cell_cycle_process_1(X)
& motor_protein_1(fn_s_phase_1(X))
& chemical_entity_1(fn_s_phase_2(X))
& protein_1(fn_s_phase_2(X))
& eukaryotic_cell_1(fn_s_phase_3(X))
& cell_1(fn_s_phase_3(X))
& molecule_1(fn_s_phase_4(X))
& chemical_entity_1(fn_s_phase_4(X))
& monomer_1(fn_s_phase_4(X))
& tangible_entity_1(fn_s_phase_5(X))
& organic_molecule_1(fn_s_phase_5(X))
& entity_1(fn_s_phase_5(X))
& dna_1(fn_s_phase_5(X))
& create_1(fn_s_phase_6(X))
& dehydration_reaction_1(fn_s_phase_6(X))
& synthesis_of_organelle_1(fn_s_phase_7(X))
& organelle_1(fn_s_phase_8(X))
& copy_1(fn_s_phase_9(X))
& synthesis_of_protein_1(fn_s_phase_10(X))
& eukaryotic_cell_1(fn_s_phase_11(X))
& cell_growth_1(fn_s_phase_12(X))
& dna_replication_1(fn_s_phase_13(X))
& tangible_entity_1(fn_s_phase_14(X))
& chromosome_1(fn_s_phase_14(X))
& entity_1(fn_s_phase_15(X))
& eukaryotic_chromosome_1(fn_s_phase_15(X))
& chromosome_1(fn_s_phase_15(X))
& diploid_chromosome_1(fn_s_phase_15(X))
& nucleic_acid_1(fn_s_phase_16(X))
& entity_1(fn_s_phase_16(X))
& dna_1(fn_s_phase_16(X))
& polymer_1(fn_s_phase_16(X))
& cell_1(fn_cell_growth_2(fn_s_phase_12(X)))
& organelle_1(fn_synthesis_of_organelle_1(fn_s_phase_7(X)))
& motor_protein_1(fn_cell_8(fn_s_phase_3(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_s_phase_10(X)))
& protein_1(fn_synthesis_of_protein_16(fn_s_phase_10(X)))
& dehydration_reaction_1(fn_synthesis_of_nucleic_acid_13(fn_s_phase_13(X)))
& create_1(fn_dna_replication_14(fn_s_phase_13(X)))
& dehydration_reaction_1(fn_dna_replication_14(fn_s_phase_13(X)))
& chemical_entity_1(fn_synthesis_of_nucleic_acid_9(fn_s_phase_13(X)))
& monomer_1(fn_synthesis_of_nucleic_acid_9(fn_s_phase_13(X)))
& monomer_1(fn_dna_replication_15(fn_s_phase_13(X)))
& molecule_1(fn_dna_replication_12(fn_s_phase_13(X)))
& chemical_entity_1(fn_dna_replication_12(fn_s_phase_13(X)))
& monomer_1(fn_dna_replication_12(fn_s_phase_13(X)))
& tangible_entity_1(fn_dna_replication_21(fn_s_phase_13(X)))
& entity_1(fn_dna_replication_21(fn_s_phase_13(X)))
& organic_molecule_1(fn_dna_replication_21(fn_s_phase_13(X)))
& dna_1(fn_dna_replication_21(fn_s_phase_13(X)))
& entity_1(fn_chromosome_4(fn_s_phase_14(X)))
& dna_1(fn_chromosome_4(fn_s_phase_14(X)))
& tangible_entity_1(fn_copy_1(fn_s_phase_9(X)))
& chromosome_1(fn_cell_25(fn_s_phase_11(X)))
& nucleic_acid_1(fn_synthesis_of_nucleic_acid_6(fn_s_phase_13(X)))
& dna_1(fn_dna_replication_23(fn_s_phase_13(X)))
& entity_1(fn_diploid_chromosome_6(fn_s_phase_15(X)))
& dna_1(fn_diploid_chromosome_6(fn_s_phase_15(X)))
& polymer_1(fn_diploid_chromosome_6(fn_s_phase_15(X)))
& entity_1(fn_create_1(fn_s_phase_9(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_s_phase_3(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_s_phase_3(X)))
& fn_s_phase_16(X) != fn_s_phase_5(X)
& fn_s_phase_15(X) != fn_s_phase_14(X)
& fn_s_phase_14(X) != fn_s_phase_15(X)
& by_means_of_2(fn_s_phase_12(X),fn_s_phase_10(X))
& by_means_of_2(fn_s_phase_12(X),fn_s_phase_7(X))
& base_2(fn_s_phase_12(X),fn_s_phase_3(X))
& has_state_2(fn_s_phase_11(X),fn_s_phase_3(X))
& base_2(X,fn_s_phase_11(X))
& result_2(X,fn_s_phase_3(X))
& subevent_2(X,fn_s_phase_12(X))
& subevent_2(X,fn_s_phase_10(X))
& subevent_2(X,fn_s_phase_7(X))
& subevent_2(X,fn_s_phase_9(X))
& subevent_2(fn_s_phase_9(X),fn_s_phase_13(X))
& fn_s_phase_5(X) != fn_s_phase_16(X)
& has_part_2(fn_s_phase_3(X),fn_s_phase_2(X))
& has_part_2(fn_s_phase_3(X),fn_s_phase_8(X))
& result_2(fn_s_phase_9(X),fn_s_phase_15(X))
& object_2(fn_s_phase_9(X),fn_s_phase_14(X))
& object_2(fn_s_phase_12(X),fn_s_phase_3(X))
& has_part_2(fn_s_phase_3(X),fn_s_phase_15(X))
& has_part_2(fn_s_phase_11(X),fn_s_phase_14(X))
& result_2(fn_s_phase_7(X),fn_s_phase_8(X))
& result_2(fn_s_phase_10(X),fn_s_phase_2(X))
& has_part_2(fn_s_phase_3(X),fn_s_phase_1(X))
& subevent_2(fn_s_phase_13(X),fn_s_phase_6(X))
& result_2(fn_s_phase_13(X),fn_s_phase_16(X))
& object_2(fn_s_phase_13(X),fn_s_phase_5(X))
& raw_material_2(fn_s_phase_13(X),fn_s_phase_4(X))
& raw_material_2(fn_s_phase_6(X),fn_s_phase_4(X))
& result_2(fn_s_phase_6(X),fn_s_phase_5(X))
& has_part_2(fn_s_phase_5(X),fn_s_phase_4(X))
& has_part_2(fn_s_phase_15(X),fn_s_phase_16(X))
& has_part_2(fn_s_phase_14(X),fn_s_phase_5(X))
& fn_s_phase_15(X) = fn_create_1(fn_s_phase_9(X))
& fn_s_phase_14(X) = fn_copy_1(fn_s_phase_9(X))
& fn_s_phase_3(X) = fn_cell_growth_2(fn_s_phase_12(X))
& fn_s_phase_15(X) = fn_eukaryotic_cell_30(fn_s_phase_3(X))
& fn_s_phase_14(X) = fn_cell_25(fn_s_phase_11(X))
& fn_s_phase_8(X) = fn_synthesis_of_organelle_1(fn_s_phase_7(X))
& fn_s_phase_2(X) = fn_anabolic_pathway_5(fn_s_phase_10(X))
& fn_s_phase_2(X) = fn_synthesis_of_protein_16(fn_s_phase_10(X))
& fn_s_phase_1(X) = fn_cell_8(fn_s_phase_3(X))
& fn_s_phase_16(X) = fn_synthesis_of_nucleic_acid_6(fn_s_phase_13(X))
& fn_s_phase_16(X) = fn_dna_replication_23(fn_s_phase_13(X))
& fn_s_phase_5(X) = fn_dna_replication_21(fn_s_phase_13(X))
& fn_s_phase_4(X) = fn_dna_replication_15(fn_s_phase_13(X))
& fn_s_phase_5(X) = fn_dna_replication_23(fn_s_phase_13(X))
& fn_s_phase_6(X) = fn_synthesis_of_nucleic_acid_13(fn_s_phase_13(X))
& fn_s_phase_6(X) = fn_dna_replication_14(fn_s_phase_13(X))
& fn_s_phase_4(X) = fn_synthesis_of_nucleic_acid_9(fn_s_phase_13(X))
& fn_s_phase_4(X) = fn_dna_replication_12(fn_s_phase_13(X))
& fn_s_phase_5(X) = fn_chromosome_4(fn_s_phase_14(X))
& fn_s_phase_16(X) = fn_diploid_chromosome_6(fn_s_phase_15(X))
& fn_anabolic_pathway_5(fn_s_phase_10(X)) = fn_synthesis_of_protein_16(fn_s_phase_10(X))
& fn_synthesis_of_protein_16(fn_s_phase_10(X)) = fn_dna_replication_14(fn_s_phase_13(X))
& fn_dna_replication_14(fn_s_phase_13(X)) = fn_dna_replication_14(fn_s_phase_13(X))
& fn_dna_replication_14(fn_s_phase_13(X)) = fn_synthesis_of_nucleic_acid_13(fn_s_phase_13(X))
& fn_synthesis_of_nucleic_acid_13(fn_s_phase_13(X)) = fn_dna_replication_14(fn_s_phase_13(X))
& fn_dna_replication_14(fn_s_phase_13(X)) = fn_dna_replication_15(fn_s_phase_13(X))
& fn_dna_replication_15(fn_s_phase_13(X)) = fn_synthesis_of_nucleic_acid_9(fn_s_phase_13(X))
& fn_synthesis_of_nucleic_acid_9(fn_s_phase_13(X)) = fn_synthesis_of_nucleic_acid_9(fn_s_phase_13(X))
& fn_synthesis_of_nucleic_acid_9(fn_s_phase_13(X)) = fn_dna_replication_15(fn_s_phase_13(X))
& fn_dna_replication_15(fn_s_phase_13(X)) = fn_dna_replication_12(fn_s_phase_13(X))
& fn_dna_replication_12(fn_s_phase_13(X)) = fn_dna_replication_12(fn_s_phase_13(X))
& fn_dna_replication_12(fn_s_phase_13(X)) = fn_dna_replication_21(fn_s_phase_13(X))
& fn_dna_replication_21(fn_s_phase_13(X)) = fn_dna_replication_23(fn_s_phase_13(X))
& fn_dna_replication_23(fn_s_phase_13(X)) = fn_chromosome_4(fn_s_phase_14(X))
& fn_chromosome_4(fn_s_phase_14(X)) = fn_copy_1(fn_s_phase_9(X))
& fn_copy_1(fn_s_phase_9(X)) = fn_cell_25(fn_s_phase_11(X))
& fn_cell_25(fn_s_phase_11(X)) = fn_synthesis_of_nucleic_acid_6(fn_s_phase_13(X))
& fn_synthesis_of_nucleic_acid_6(fn_s_phase_13(X)) = fn_dna_replication_23(fn_s_phase_13(X))
& fn_dna_replication_23(fn_s_phase_13(X)) = fn_dna_replication_23(fn_s_phase_13(X))
& fn_dna_replication_23(fn_s_phase_13(X)) = fn_diploid_chromosome_6(fn_s_phase_15(X))
& fn_diploid_chromosome_6(fn_s_phase_15(X)) = fn_create_1(fn_s_phase_9(X))
& fn_create_1(fn_s_phase_9(X)) = fn_eukaryotic_cell_30(fn_s_phase_3(X)) ) ) ).
fof(a532429,axiom,
! [X] :
( s_j_singer_1(X)
=> ( original_name_2(X,'S.J.Singer')
& user_description_2(X,'Biologist that studied biomembranes and developed the Fluid Mosaic Model for placement of membrane proteins.')
& concept2words_2(X,singer)
& concept2words_2(X,'s. j. singer')
& concept2words_2(X,'s.j.singer')
& biologist_1(X) ) ) ).
fof(a532430,axiom,
! [X] :
( sa_node_1(X)
=> ( original_name_2(X,'SA-Node')
& user_description_2(X,'The sinoatrial node, a cluster of cells in the upper wall of the right atrium of the heart, that act as a pacemaker. The electrical signals that stimulate contraction of cardiac muscle are generated at the SA node.')
& concept2words_2(X,'sinoatrial node')
& concept2words_2(X,'sinoatrial-node')
& concept2words_2(X,'sino atrial node')
& concept2words_2(X,'sino-atrial-node')
& concept2words_2(X,'node of sa')
& concept2words_2(X,'sa node')
& concept2words_2(X,'sa-node')
& organ_region_1(X) ) ) ).
fof(a532431,axiom,
! [X] :
( sac_1(X)
=> ( original_name_2(X,'Sac')
& user_description_2(X,'A pouch or pouchlike structure that may be filled with fluid.')
& concept2words_2(X,sac)
& anatomical_structure_1(X) ) ) ).
fof(a532432,axiom,
! [X] :
( saccharomyces_cerevisiae_1(X)
=> ( original_name_2(X,'Saccharomyces-Cerevisiae')
& user_description_2(X,'A species of budding yeast.')
& concept2words_2(X,'baker\'s yeast')
& concept2words_2(X,'saccharomyces cerevisiae')
& concept2words_2(X,'s. cerevisiae')
& concept2words_2(X,'bakers yeast')
& concept2words_2(X,'saccharomyces-cerevisiae')
& yeast_1(X)
& model_organism_1(fn_saccharomyces_cerevisiae_1(X))
& organism_1(fn_model_organism_6(fn_saccharomyces_cerevisiae_1(X)))
& plays_2(X,fn_saccharomyces_cerevisiae_1(X))
& X = fn_model_organism_6(fn_saccharomyces_cerevisiae_1(X)) ) ) ).
fof(a532433,axiom,
! [X] :
( saccule_1(X)
=> ( original_name_2(X,'Saccule')
& user_description_2(X,'In the vertebrate ear, a chamber containing sensory cells that translate movements of the head to neural impulses. The saccule is part of the vestibular system, which is important in maintaining the sense of balance, or equilibrium.')
& concept2words_2(X,saccule)
& auditory_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a532434,axiom,
! [X] :
( salicylic_acid_1(X)
=> ( original_name_2(X,'Salicylic-Acid')
& user_description_2(X,'A crystalline organic hormone that acts as a plant hormone. It is involved in growth, development, photosynthesis, and other aspects of plant physiology.')
& concept2words_2(X,'aspirin, 2 hydroxybenzoic acid')
& concept2words_2(X,'aspirin, 2-hydroxybenzoic-acid')
& concept2words_2(X,'salicylic acid')
& concept2words_2(X,'salicylic-acid')
& organic_acid_1(X) ) ) ).
fof(a532435,axiom,
! [X] :
( salient_node_1(X)
=> ( original_name_2(X,'Salient-Node')
& concept2words_2(X,'node of salient')
& concept2words_2(X,'salient node')
& concept2words_2(X,'salient-node')
& group_node_1(X) ) ) ).
fof(a532436,axiom,
! [X] :
( salinization_of_soil_1(X)
=> ( original_name_2(X,'Salinization-Of-Soil')
& user_description_2(X,'The accumulation of salts in soil, due to natural processes such as mineral weathering or the withdrawal of an ocean, or artificial processes such as agricultural irrigation.')
& concept2words_2(X,'salinization of soil')
& concept2words_2(X,'salinization-of-soil')
& agricultural_process_1(X) ) ) ).
fof(a532437,axiom,
! [X] :
( saliva_1(X)
=> ( original_name_2(X,'Saliva')
& user_description_2(X,'A clear, water-based fluid secreted into the mouth by salivary glands. Human saliva contains enzymes and lubricants to begin digesting food and facilitate maceration and swallowing.')
& concept2words_2(X,spit)
& concept2words_2(X,spittle)
& concept2words_2(X,drivel)
& concept2words_2(X,drool)
& concept2words_2(X,slobber)
& concept2words_2(X,drool)
& concept2words_2(X,drivel)
& concept2words_2(X,saliva)
& bodily_fluid_1(X)
& ~ suspension_1(X)
& ~ acid_chyme_1(X)
& ~ detritus_1(X)
& ~ feces_1(X)
& ~ homogenate_1(X)
& ~ loam_1(X)
& ~ mesohyl_1(X)
& ~ peat_1(X)
& ~ protobiont_1(X)
& ~ soil_1(X)
& ~ topsoil_1(X)
& mouth_1(fn_saliva_1(X))
& mucus_1(fn_saliva_2(X))
& defense_1(fn_saliva_3(X))
& lysozyme_1(fn_saliva_4(X))
& salivary_amylase_1(fn_saliva_5(X))
& antibacterial_agent_1(fn_saliva_6(X))
& buffer_1(fn_saliva_7(X))
& chemical_1(fn_saliva_8(X))
& wet_1(fn_saliva_9(X))
& wetness_value_1(fn_saliva_10(X))
& bacterium_1(fn_saliva_11(X))
& tangible_entity_1(fn_saliva_12(X))
& mixture_1(fn_saliva_12(X))
& chemical_1(fn_saliva_13(X))
& food_1(fn_saliva_14(X))
& water_1(fn_saliva_15(X))
& chemical_1(fn_saliva_15(X))
& organism_1(fn_saliva_16(X))
& bacterial_infection_1(fn_saliva_17(X))
& organism_1(fn_bacterial_infection_3(fn_saliva_17(X)))
& bacterium_1(fn_bacterial_infection_2(fn_saliva_17(X)))
& property_node_1(fn_wet_3(fn_saliva_9(X)))
& wetness_value_1(fn_wet_4(fn_saliva_9(X)))
& substance_1(fn_mixture_2(fn_saliva_12(X)))
& substance_1(fn_mixture_1(fn_saliva_12(X)))
& tangible_entity_1(fn_food_3(fn_saliva_14(X)))
& tangible_entity_1(fn_wet_1(fn_saliva_9(X)))
& agent_2(fn_saliva_9(X),X)
& in_event_2(fn_saliva_6(X),fn_saliva_3(X))
& wetness_2(fn_saliva_12(X),fn_saliva_10(X))
& has_part_2(fn_saliva_12(X),fn_saliva_11(X))
& facilitates_2(fn_saliva_4(X),fn_saliva_3(X))
& has_function_2(X,fn_saliva_3(X))
& has_function_2(X,fn_saliva_9(X))
& has_part_2(X,fn_saliva_4(X))
& has_part_2(X,fn_saliva_2(X))
& has_part_2(X,fn_saliva_5(X))
& has_part_2(X,fn_saliva_7(X))
& agent_2(fn_saliva_3(X),X)
& instrument_2(fn_saliva_3(X),fn_saliva_4(X))
& object_2(fn_saliva_3(X),fn_saliva_1(X))
& prevents_2(fn_saliva_3(X),fn_saliva_17(X))
& has_part_2(fn_saliva_16(X),fn_saliva_1(X))
& plays_2(fn_saliva_12(X),fn_saliva_14(X))
& base_2(fn_saliva_9(X),fn_saliva_12(X))
& has_part_2(fn_saliva_12(X),fn_saliva_13(X))
& base_2(fn_saliva_17(X),fn_saliva_16(X))
& agent_2(fn_saliva_17(X),fn_saliva_11(X))
& has_solvent_2(X,fn_saliva_15(X))
& from_value_2(fn_saliva_9(X),fn_saliva_10(X))
& has_part_2(X,fn_saliva_15(X))
& fn_saliva_15(X) != fn_saliva_8(X)
& has_part_2(X,fn_saliva_8(X))
& has_solute_2(X,fn_saliva_8(X))
& fn_saliva_8(X) != fn_saliva_15(X)
& fn_saliva_12(X) = fn_food_3(fn_saliva_14(X))
& fn_saliva_12(X) = fn_wet_1(fn_saliva_9(X))
& fn_saliva_13(X) = fn_mixture_2(fn_saliva_12(X))
& fn_saliva_13(X) = fn_mixture_1(fn_saliva_12(X))
& fn_saliva_16(X) = fn_bacterial_infection_3(fn_saliva_17(X))
& fn_saliva_11(X) = fn_bacterial_infection_2(fn_saliva_17(X))
& fn_saliva_15(X) = fn_aqueous_solution_14(X)
& fn_saliva_18(X) = fn_wet_3(fn_saliva_9(X))
& fn_saliva_10(X) = fn_wet_4(fn_saliva_9(X))
& fn_saliva_8(X) = fn_solution_5(X)
& fn_saliva_8(X) = fn_solution_6(X)
& fn_saliva_15(X) = fn_solution_5(X)
& fn_mixture_2(fn_saliva_12(X)) = fn_mixture_1(fn_saliva_12(X))
& fn_mixture_1(fn_saliva_12(X)) = fn_food_3(fn_saliva_14(X))
& fn_food_3(fn_saliva_14(X)) = fn_wet_1(fn_saliva_9(X))
& fn_wet_1(fn_saliva_9(X)) = fn_solution_5(X)
& fn_solution_5(X) = fn_solution_6(X)
& fn_solution_6(X) = fn_solution_6(X)
& fn_solution_6(X) = fn_aqueous_solution_14(X)
& fn_aqueous_solution_14(X) = fn_solution_5(X)
& fn_solution_5(X) = fn_solution_5(X) ) ) ).
fof(a532438,axiom,
! [X] :
( salivary_amylase_1(X)
=> ( original_name_2(X,'Salivary-Amylase')
& user_description_2(X,'An enzyme, secreted by the salivary glands, that breaks starch into sugars.')
& concept2words_2(X,'salivary amylase')
& concept2words_2(X,'salivary-amylase')
& amylase_1(X) ) ) ).
fof(a532439,axiom,
! [X] :
( salivary_gland_1(X)
=> ( original_name_2(X,'Salivary-Gland')
& user_description_2(X,'An exocrine gland that secretes saliva into the oral cavity.')
& concept2words_2(X,'salivary gland')
& concept2words_2(X,'salivary-gland')
& gland_1(X)
& ~ bartholins_gland_1(X)
& ~ bulbourethral_gland_1(X)
& ~ endocrine_gland_1(X)
& ~ mammary_glands_1(X)
& ~ prostate_gland_1(X)
& ~ seminal_vesicle_1(X)
& oral_cavity_1(fn_salivary_gland_1(X))
& duct_1(fn_salivary_gland_2(X))
& saliva_1(fn_salivary_gland_3(X))
& release_1(fn_salivary_gland_4(X))
& produce_1(fn_salivary_gland_5(X))
& tangible_entity_1(fn_release_2(fn_salivary_gland_4(X)))
& entity_1(fn_create_1(fn_salivary_gland_5(X)))
& tangible_entity_1(fn_release_1(fn_salivary_gland_4(X)))
& next_event_2(fn_salivary_gland_5(X),fn_salivary_gland_4(X))
& path_2(fn_salivary_gland_4(X),fn_salivary_gland_2(X))
& destination_2(fn_salivary_gland_4(X),fn_salivary_gland_1(X))
& is_inside_2(fn_salivary_gland_3(X),X)
& has_part_2(X,fn_salivary_gland_2(X))
& result_2(fn_salivary_gland_5(X),fn_salivary_gland_3(X))
& object_2(fn_salivary_gland_4(X),fn_salivary_gland_3(X))
& base_2(fn_salivary_gland_4(X),X)
& fn_salivary_gland_3(X) = fn_create_1(fn_salivary_gland_5(X))
& fn_salivary_gland_3(X) = fn_release_1(fn_salivary_gland_4(X))
& X = fn_release_2(fn_salivary_gland_4(X))
& fn_create_1(fn_salivary_gland_5(X)) = fn_release_1(fn_salivary_gland_4(X)) ) ) ).
fof(a532440,axiom,
! [X] :
( salmonella_1(X)
=> ( original_name_2(X,'Salmonella')
& user_description_2(X,'A genus of rod-shaped, Gram-negative enteric bacteria, found in the guts of many vertebrates. In humans, Salmonella causes diseases such as typhoid fever and foodborne illnesses.')
& concept2words_2(X,salmonella)
& proteobacteria_1(X)
& ~ agrobacterium_tumefaciens_1(X) ) ) ).
fof(a532441,axiom,
! [X] :
( salt_1(X)
=> ( original_name_2(X,'Salt')
& user_description_2(X,'A salt is an ionic compound formed by replacing one or more H+ of an acid by other cations.')
& concept2words_2(X,salt)
& concept2words_2(X,'salt crystal')
& ionic_compound_1(X)
& ~ bronsted_lowry_acid_compound_1(X)
& ~ c6h5cooh_1(X)
& ~ ch2_cooh_2_1(X)
& salt_status_value_1(fn_salt_2(X))
& salt_status_2(X,fn_salt_2(X))
& the_scalar_value_2(fn_salt_2(X),salt_0)
& scalar_unit_class_2(fn_salt_2(X),chemical_entity_0) ) ) ).
fof(a532442,axiom,
! [X,X1] :
( ( has_solute_2(X,X1)
& solution_1(X)
& salt_substance_1(X1) )
=> ( salt_solution_1(X)
& fn_salt_solution_2(X) = X1 ) ) ).
fof(a532443,axiom,
! [X] :
( salt_solution_1(X)
=> ( original_name_2(X,'Salt-Solution')
& user_description_2(X,'An ionic compound dissolved in a solvent. Salt solution can refer specifically to a solution of sodium chloride or other ionic compounds.')
& concept2words_2(X,'solution of salt')
& concept2words_2(X,'salt solution')
& concept2words_2(X,'salt-solution')
& solution_1(X)
& ~ polar_molecule_solution_1(X)
& ~ protein_solution_1(X)
& salt_substance_1(fn_salt_solution_2(X))
& has_part_2(X,fn_salt_solution_2(X))
& has_solute_2(X,fn_salt_solution_2(X))
& fn_salt_solution_2(X) = fn_solution_6(X)
& fn_salt_solution_2(X) = fn_solution_5(X)
& fn_solution_5(X) = fn_solution_6(X)
& fn_solution_6(X) = fn_solution_5(X) ) ) ).
fof(a532444,axiom,
! [X] :
( salt_status_constant_1(X)
=> ( original_name_2(X,'Salt-Status-Constant')
& concept2words_2(X,'salt status constant')
& concept2words_2(X,'salt-status-constant')
& constant_1(X) ) ) ).
fof(a532445,axiom,
! [X] :
( salt_status_value_1(X)
=> ( original_name_2(X,'Salt-Status-Value')
& description_2(X,'whether an ionic compound is salt or not')
& concept2words_2(X,'status of salt')
& concept2words_2(X,'salt status')
& concept2words_2(X,'salt-status')
& concept2words_2(X,'salt status value')
& concept2words_2(X,'salt-status-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a532446,axiom,
! [X] :
( salt_substance_1(X)
=> ( original_name_2(X,'Salt-Substance')
& user_description_2(X,'A Chemical whose basic structural unit is a Salt (an ionic compound formed by replacing one or more H+ of an acid by other cations).')
& concept2words_2(X,'substance of salt')
& concept2words_2(X,'salt substance')
& concept2words_2(X,'salt-substance')
& ionic_compound_substance_1(X)
& state_value_1(fn_salt_substance_2(X))
& salt_1(fn_salt_substance_3(X))
& the_categorical_value_2(fn_salt_substance_2(X),solid_0)
& has_part_2(X,fn_salt_substance_3(X))
& physical_state_2(X,fn_salt_substance_2(X))
& fn_salt_substance_3(X) = fn_ionic_compound_substance_3(X)
& fn_salt_substance_1(X) = fn_chemical_1(X)
& fn_salt_substance_2(X) = fn_chemical_2(X) ) ) ).
fof(a532447,axiom,
! [X] :
( saltatory_conduction_1(X)
=> ( original_name_2(X,'Saltatory-Conduction')
& user_description_2(X,'The rapid propagation of an action potential along the myelinated axon of a neuron, resulting from the action potential jumping from one node of Ranvier to the next and skipping over the myelinated sections of the axon.')
& concept2words_2(X,conduct)
& concept2words_2(X,'saltatory conduction')
& concept2words_2(X,'saltatory-conduction')
& signal_transduction_1(X) ) ) ).
fof(a532448,axiom,
! [X] :
( samarium_1(X)
=> ( original_name_2(X,'Samarium')
& user_description_2(X,'Samarium is a metal atom with atomic number 62. It is represented by the symbol Sm.')
& concept2words_2(X,samarium)
& concept2words_2(X,sm)
& metal_atom_1(X)
& neutron_1(fn_samarium_3(X))
& atomic_mass_value_1(fn_samarium_4(X))
& electronegativity_value_1(fn_samarium_5(X))
& valence_electron_1(fn_samarium_9(X))
& atomic_weight_value_1(fn_samarium_10(X))
& atomic_number_value_1(fn_samarium_11(X))
& quantity_value_1(fn_samarium_12(X))
& electronegativity_2(X,fn_samarium_5(X))
& mass_number_2(X,fn_samarium_4(X))
& exactCardinality(X,has_part_0,"88",neutron_0)
& exactCardinality(X,has_part_0,"62",proton_0)
& exactCardinality(X,has_part_0,"62",electron_0)
& has_part_2(X,fn_samarium_3(X))
& the_cardinal_value_2(fn_samarium_12(X),"8")
& cardinal_unit_class_2(fn_samarium_12(X),unity_0)
& the_cardinal_value_2(fn_samarium_5(X),"1.17")
& cardinal_unit_class_2(fn_samarium_5(X),unity_0)
& the_cardinal_value_2(fn_samarium_4(X),"150")
& cardinal_unit_class_2(fn_samarium_4(X),unity_0)
& the_cardinal_value_2(fn_samarium_11(X),"62")
& cardinal_unit_class_2(fn_samarium_11(X),unity_0)
& the_cardinal_value_2(fn_samarium_10(X),"150.4")
& cardinal_unit_class_2(fn_samarium_10(X),dalton_0)
& atomic_number_2(X,fn_samarium_11(X))
& atomic_weight_2(X,fn_samarium_10(X))
& has_part_2(X,fn_samarium_9(X))
& quantity_2(fn_samarium_9(X),fn_samarium_12(X))
& fn_samarium_7(X) = fn_atom_12(X)
& fn_samarium_11(X) = fn_atom_17(X)
& fn_samarium_8(X) = fn_atom_13(X)
& fn_samarium_10(X) = fn_atom_16(X)
& fn_samarium_6(X) = fn_atom_1(X)
& fn_samarium_12(X) = fn_atom_5(X)
& fn_samarium_9(X) = fn_atom_14(X) ) ) ).
fof(a532449,axiom,
! [X] :
( sand_dollar_embryo_1(X)
=> ( original_name_2(X,'Sand-Dollar-Embryo')
& user_description_2(X,'The early, free swimming developmental stage of a sand dollar.')
& concept2words_2(X,'sand dollar embryo')
& concept2words_2(X,'sand-dollar-embryo')
& animal_embryo_1(X)
& length_value_1(fn_sand_dollar_embryo_2(X))
& diameter_2(X,fn_sand_dollar_embryo_2(X))
& the_cardinal_value_2(fn_sand_dollar_embryo_2(X),"200.0e0")
& cardinal_unit_class_2(fn_sand_dollar_embryo_2(X),micrometer_0) ) ) ).
fof(a532450,axiom,
! [X] :
( sandwich_model_1(X)
=> ( original_name_2(X,'Sandwich-Model')
& user_description_2(X,'In 1935, Hugh Davson and James Danielli modeled the cell membrane as a sandwich: a phospholipid bilayer sandwiched between two layers of protein.')
& concept2words_2(X,'davson danielli model')
& concept2words_2(X,'davson-danielli-model')
& concept2words_2(X,'davson-danielli model')
& concept2words_2(X,'davson danielli')
& concept2words_2(X,'davson-danielli')
& concept2words_2(X,'model of sandwich')
& concept2words_2(X,'sandwich model')
& concept2words_2(X,'sandwich-model')
& biochemical_model_1(X)
& ~ closed_system_1(X)
& ~ cognitive_map_1(X)
& ~ ecological_model_1(X)
& ~ five_kingdom_system_1(X)
& ~ fluid_mosaic_model_1(X)
& ~ molecular_formula_1(X)
& ~ open_system_1(X)
& ~ redundancy_model_1(X)
& ~ representation_of_data_1(X)
& ~ rivet_model_1(X)
& ~ stable_system_1(X)
& ~ thermodynamic_system_1(X)
& ~ unstable_system_1(X)
& membrane_protein_1(fn_sandwich_model_1(X))
& acceptance_value_1(fn_sandwich_model_3(X))
& suggest_1(fn_sandwich_model_4(X))
& james_danielli_1(fn_sandwich_model_5(X))
& membrane_protein_1(fn_sandwich_model_6(X))
& hydrophilic_face_1(fn_sandwich_model_7(X))
& block_1(fn_sandwich_model_8(X))
& barrier_1(fn_sandwich_model_9(X))
& barrier_1(fn_sandwich_model_10(X))
& protein_1(fn_sandwich_model_11(X))
& membrane_protein_1(fn_sandwich_model_11(X))
& phospholipid_bilayer_1(fn_sandwich_model_12(X))
& protein_layer_1(fn_sandwich_model_13(X))
& protein_layer_1(fn_sandwich_model_14(X))
& hugh_davson_1(fn_sandwich_model_15(X))
& convey_1(fn_sandwich_model_16(X))
& thing_1(fn_sandwich_model_17(X))
& biomembrane_1(fn_sandwich_model_17(X))
& membrane_protein_1(fn_sandwich_model_18(X))
& tangible_entity_1(fn_convey_4(fn_sandwich_model_16(X)))
& protein_1(fn_protein_layer_1(fn_sandwich_model_13(X)))
& protein_1(fn_protein_layer_1(fn_sandwich_model_14(X)))
& phospholipid_bilayer_1(fn_membrane_protein_2(fn_sandwich_model_11(X)))
& biomembrane_1(fn_membrane_protein_1(fn_sandwich_model_11(X)))
& in_event_2(fn_sandwich_model_9(X),fn_sandwich_model_8(X))
& instrument_2(fn_sandwich_model_8(X),fn_sandwich_model_14(X))
& fn_sandwich_model_11(X) != fn_sandwich_model_1(X)
& fn_sandwich_model_11(X) != fn_sandwich_model_18(X)
& fn_sandwich_model_11(X) != fn_sandwich_model_6(X)
& is_at_2(fn_sandwich_model_11(X),fn_sandwich_model_7(X))
& is_outside_2(fn_sandwich_model_11(X),fn_sandwich_model_12(X))
& called_2(fn_sandwich_model_11(X),'MP1')
& is_beside_2(fn_sandwich_model_12(X),fn_sandwich_model_1(X))
& is_beside_2(fn_sandwich_model_12(X),fn_sandwich_model_6(X))
& is_between_2(fn_sandwich_model_12(X),fn_sandwich_model_14(X))
& is_between_2(fn_sandwich_model_12(X),fn_sandwich_model_13(X))
& plays_2(fn_sandwich_model_13(X),fn_sandwich_model_10(X))
& fn_sandwich_model_13(X) != fn_sandwich_model_14(X)
& called_2(fn_sandwich_model_13(X),'PL1')
& plays_2(fn_sandwich_model_14(X),fn_sandwich_model_9(X))
& fn_sandwich_model_14(X) != fn_sandwich_model_13(X)
& called_2(fn_sandwich_model_14(X),'PL2')
& is_outside_2(fn_sandwich_model_7(X),fn_sandwich_model_17(X))
& fn_sandwich_model_6(X) != fn_sandwich_model_11(X)
& fn_sandwich_model_6(X) != fn_sandwich_model_1(X)
& fn_sandwich_model_6(X) != fn_sandwich_model_18(X)
& is_outside_2(fn_sandwich_model_6(X),fn_sandwich_model_12(X))
& is_beside_2(fn_sandwich_model_6(X),fn_sandwich_model_12(X))
& is_inside_2(fn_sandwich_model_6(X),fn_sandwich_model_13(X))
& called_2(fn_sandwich_model_6(X),'MP3')
& acceptance_2(X,fn_sandwich_model_3(X))
& object_2(fn_sandwich_model_16(X),X)
& agent_2(fn_sandwich_model_16(X),fn_sandwich_model_5(X))
& agent_2(fn_sandwich_model_4(X),fn_sandwich_model_15(X))
& agent_2(fn_sandwich_model_4(X),fn_sandwich_model_5(X))
& donor_2(fn_sandwich_model_4(X),fn_sandwich_model_15(X))
& donor_2(fn_sandwich_model_4(X),fn_sandwich_model_5(X))
& subevent_2(fn_sandwich_model_4(X),fn_sandwich_model_16(X))
& the_categorical_value_2(fn_sandwich_model_3(X),rejected_0)
& has_region_2(fn_sandwich_model_17(X),fn_sandwich_model_13(X))
& has_region_2(fn_sandwich_model_17(X),fn_sandwich_model_14(X))
& fn_sandwich_model_18(X) != fn_sandwich_model_11(X)
& fn_sandwich_model_18(X) != fn_sandwich_model_6(X)
& fn_sandwich_model_18(X) != fn_sandwich_model_1(X)
& is_outside_2(fn_sandwich_model_18(X),fn_sandwich_model_12(X))
& called_2(fn_sandwich_model_18(X),'MP2')
& fn_sandwich_model_1(X) != fn_sandwich_model_11(X)
& fn_sandwich_model_1(X) != fn_sandwich_model_6(X)
& fn_sandwich_model_1(X) != fn_sandwich_model_18(X)
& is_outside_2(fn_sandwich_model_1(X),fn_sandwich_model_12(X))
& is_beside_2(fn_sandwich_model_1(X),fn_sandwich_model_12(X))
& is_inside_2(fn_sandwich_model_1(X),fn_sandwich_model_14(X))
& called_2(fn_sandwich_model_1(X),'MP4')
& agent_2(fn_sandwich_model_16(X),fn_sandwich_model_15(X))
& information_content_2(X,fn_sandwich_model_17(X))
& is_inside_2(fn_sandwich_model_11(X),fn_sandwich_model_13(X))
& is_inside_2(fn_sandwich_model_18(X),fn_sandwich_model_14(X))
& has_part_2(fn_sandwich_model_17(X),fn_sandwich_model_11(X))
& has_part_2(fn_sandwich_model_17(X),fn_sandwich_model_12(X))
& fn_sandwich_model_15(X) = fn_convey_4(fn_sandwich_model_16(X))
& fn_sandwich_model_17(X) = fn_information_1(X)
& fn_sandwich_model_11(X) = fn_protein_layer_1(fn_sandwich_model_13(X))
& fn_sandwich_model_18(X) = fn_protein_layer_1(fn_sandwich_model_14(X))
& fn_sandwich_model_12(X) = fn_membrane_protein_2(fn_sandwich_model_11(X))
& fn_sandwich_model_17(X) = fn_membrane_protein_1(fn_sandwich_model_11(X))
& fn_information_1(X) = fn_membrane_protein_1(fn_sandwich_model_11(X))
& fn_membrane_protein_1(fn_sandwich_model_11(X)) = fn_membrane_protein_1(fn_sandwich_model_11(X)) ) ) ).
fof(a532451,axiom,
! [X] :
( sap_1(X)
=> ( original_name_2(X,'Sap')
& user_description_2(X,'A solution of salts, sugars, minerals and other dissolved substances.')
& concept2words_2(X,sap)
& biological_fluid_1(X) ) ) ).
fof(a532452,axiom,
! [X] :
( sapwood_1(X)
=> ( original_name_2(X,'Sapwood')
& user_description_2(X,'Plant tissue comprised of secondary xylem that transports water and minerals up the plant.')
& concept2words_2(X,sapwood)
& secondary_plant_tissue_1(X)
& ~ heartwood_1(X) ) ) ).
fof(a532453,axiom,
! [X] :
( sarcomere_1(X)
=> ( original_name_2(X,'Sarcomere')
& user_description_2(X,'The functional, contractile unit of striated muscle, bounded on each end by the Z lines.')
& concept2words_2(X,sarcomere)
& animal_cell_structure_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X) ) ) ).
fof(a532454,axiom,
! [X] :
( sarcoplasmic_reticulum_1(X)
=> ( original_name_2(X,'Sarcoplasmic-Reticulum')
& user_description_2(X,'Smooth endoplasmic reticulum that is found in smooth and striated muscle. Sarcoplasmic reticulum regulates the amount of calcium in the cytoplasm of muscle cells.')
& concept2words_2(X,'sarcoplasmic reticulum')
& concept2words_2(X,'sarcoplasmic-reticulum')
& endoplasmic_reticulum_1(X) ) ) ).
fof(a532455,axiom,
! [X] :
( sarin_1(X)
=> ( original_name_2(X,'Sarin')
& user_description_2(X,'An organophosphorus nerve gas used as a chemical weapon.')
& concept2words_2(X,sarin)
& organic_phosphate_1(X)
& size_value_1(fn_sarin_1(X))
& attach_1(fn_sarin_7(X))
& polar_side_chain_1(fn_sarin_8(X))
& serine_1(fn_sarin_9(X))
& active_site_1(fn_sarin_10(X))
& tangible_entity_1(fn_sarin_11(X))
& entity_1(fn_sarin_11(X))
& chemical_entity_1(fn_sarin_11(X))
& atom_1(fn_sarin_11(X))
& carbon_1(fn_sarin_11(X))
& entity_1(fn_sarin_12(X))
& oxygen_1(fn_sarin_12(X))
& entity_1(fn_sarin_13(X))
& chemical_entity_1(fn_sarin_13(X))
& atom_1(fn_sarin_13(X))
& hydrogen_1(fn_sarin_13(X))
& entity_1(fn_sarin_14(X))
& oxygen_1(fn_sarin_14(X))
& entity_1(fn_sarin_15(X))
& chemical_entity_1(fn_sarin_15(X))
& atom_1(fn_sarin_15(X))
& hydrogen_1(fn_sarin_15(X))
& chemical_entity_1(fn_sarin_16(X))
& tangible_entity_1(fn_sarin_16(X))
& entity_1(fn_sarin_16(X))
& atom_1(fn_sarin_16(X))
& nitrogen_1(fn_sarin_16(X))
& carbon_skeleton_1(fn_sarin_17(X))
& carboxyl_group_1(fn_sarin_18(X))
& amino_group_1(fn_sarin_19(X))
& polar_region_1(fn_sarin_20(X))
& hydroxyl_group_1(fn_sarin_21(X))
& kinetic_energy_1(fn_sarin_22(X))
& covalent_bond_1(fn_sarin_23(X))
& single_bond_1(fn_sarin_23(X))
& polar_covalent_bond_1(fn_sarin_24(X))
& constant_motion_1(fn_sarin_25(X))
& speed_value_1(fn_sarin_26(X))
& quantity_value_1(fn_sarin_27(X))
& end_1(fn_sarin_28(X))
& acetylcholinesterase_1(fn_sarin_29(X))
& chemical_bond_1(fn_sarin_30(X))
& double_bond_1(fn_sarin_30(X))
& single_bond_1(fn_sarin_31(X))
& atom_1(fn_sarin_32(X))
& carbon_1(fn_sarin_32(X))
& phosphorus_1(fn_sarin_33(X))
& entity_1(fn_sarin_34(X))
& chemical_entity_1(fn_sarin_34(X))
& atom_1(fn_sarin_34(X))
& oxygen_1(fn_sarin_34(X))
& oxygen_1(fn_sarin_35(X))
& entity_1(fn_sarin_35(X))
& chemical_entity_1(fn_sarin_35(X))
& atom_1(fn_sarin_35(X))
& carbon_skeleton_1(fn_sarin_36(X))
& phosphate_group_1(fn_sarin_37(X))
& speed_value_1(fn_sarin_38(X))
& quantity_value_1(fn_sarin_39(X))
& kinetic_energy_1(fn_sarin_40(X))
& constant_motion_1(fn_sarin_41(X))
& hold_1(fn_sarin_42(X))
& hold_together_1(fn_sarin_42(X))
& spatial_entity_1(fn_attach_1(fn_sarin_7(X)))
& active_site_1(fn_acetylcholinesterase_3(fn_sarin_29(X)))
& polar_side_chain_1(fn_polar_amino_acid_2(fn_sarin_9(X)))
& polar_region_1(fn_polar_amino_acid_1(fn_sarin_9(X)))
& property_node_1(fn_amino_acid_4(fn_sarin_9(X)))
& constant_motion_1(fn_amino_acid_5(fn_sarin_9(X)))
& property_node_1(fn_amino_acid_3(fn_sarin_9(X)))
& speed_value_1(fn_amino_acid_6(fn_sarin_9(X)))
& quantity_value_1(fn_amino_acid_7(fn_sarin_9(X)))
& kinetic_energy_1(fn_amino_acid_16(fn_sarin_9(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_sarin_21(X)))
& end_1(fn_hydrophilic_amino_acid_23(fn_sarin_9(X)))
& single_bond_1(fn_hydrophilic_amino_acid_28(fn_sarin_9(X)))
& amino_group_1(fn_hydrophilic_amino_acid_25(fn_sarin_9(X)))
& carboxyl_group_1(fn_hydrophilic_amino_acid_26(fn_sarin_9(X)))
& carbon_skeleton_1(fn_hydrophilic_amino_acid_27(fn_sarin_9(X)))
& entity_1(fn_covalent_bond_20(fn_sarin_23(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_sarin_23(X)))
& atom_1(fn_covalent_bond_20(fn_sarin_23(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_sarin_21(X)))
& entity_1(fn_hydrophilic_amino_acid_33(fn_sarin_9(X)))
& chemical_entity_1(fn_hydrophilic_amino_acid_33(fn_sarin_9(X)))
& atom_1(fn_hydrophilic_amino_acid_33(fn_sarin_9(X)))
& hydrogen_1(fn_hydrophilic_amino_acid_33(fn_sarin_9(X)))
& entity_1(fn_hydrophilic_amino_acid_30(fn_sarin_9(X)))
& chemical_entity_1(fn_hydrophilic_amino_acid_30(fn_sarin_9(X)))
& atom_1(fn_hydrophilic_amino_acid_30(fn_sarin_9(X)))
& hydrogen_1(fn_hydrophilic_amino_acid_30(fn_sarin_9(X)))
& tangible_entity_1(fn_hold_2(fn_sarin_42(X)))
& chemical_entity_1(fn_hydrophilic_amino_acid_29(fn_sarin_9(X)))
& tangible_entity_1(fn_hydrophilic_amino_acid_29(fn_sarin_9(X)))
& entity_1(fn_hydrophilic_amino_acid_29(fn_sarin_9(X)))
& atom_1(fn_hydrophilic_amino_acid_29(fn_sarin_9(X)))
& nitrogen_1(fn_hydrophilic_amino_acid_29(fn_sarin_9(X)))
& hold_together_1(fn_covalent_bond_14(fn_sarin_23(X)))
& hold_together_1(fn_hydrophilic_amino_acid_1(fn_sarin_9(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_sarin_21(X)))
& entity_1(fn_hydrophilic_amino_acid_32(fn_sarin_9(X)))
& oxygen_1(fn_hydrophilic_amino_acid_32(fn_sarin_9(X)))
& entity_1(fn_hydrophilic_amino_acid_31(fn_sarin_9(X)))
& oxygen_1(fn_hydrophilic_amino_acid_31(fn_sarin_9(X)))
& entity_1(fn_polar_covalent_bond_19(fn_sarin_24(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_sarin_24(X)))
& atom_1(fn_polar_covalent_bond_19(fn_sarin_24(X)))
& entity_1(fn_polar_covalent_bond_18(fn_sarin_24(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_sarin_24(X)))
& atom_1(fn_polar_covalent_bond_18(fn_sarin_24(X)))
& entity_1(fn_covalent_bond_19(fn_sarin_23(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_sarin_23(X)))
& atom_1(fn_covalent_bond_19(fn_sarin_23(X)))
& tangible_entity_1(fn_hydrophilic_amino_acid_34(fn_sarin_9(X)))
& entity_1(fn_hydrophilic_amino_acid_34(fn_sarin_9(X)))
& chemical_entity_1(fn_hydrophilic_amino_acid_34(fn_sarin_9(X)))
& atom_1(fn_hydrophilic_amino_acid_34(fn_sarin_9(X)))
& carbon_1(fn_hydrophilic_amino_acid_34(fn_sarin_9(X)))
& spatial_entity_1(fn_attach_2(fn_sarin_7(X)))
& chemical_entity_1(fn_functional_group_1(fn_sarin_21(X)))
& site_2(fn_sarin_7(X),fn_sarin_8(X))
& possesses_2(fn_sarin_9(X),fn_sarin_24(X))
& is_at_2(fn_sarin_9(X),fn_sarin_10(X))
& is_inside_2(fn_sarin_14(X),fn_sarin_21(X))
& is_at_2(fn_sarin_21(X),fn_sarin_28(X))
& is_inside_2(fn_sarin_28(X),fn_sarin_8(X))
& the_scalar_value_2(fn_sarin_1(X),small_0)
& scalar_unit_class_2(fn_sarin_1(X),organic_phosphate_0)
& fn_sarin_32(X) != fn_sarin_33(X)
& fn_sarin_33(X) != fn_sarin_32(X)
& size_2(X,fn_sarin_1(X))
& base_2(fn_sarin_7(X),fn_sarin_9(X))
& has_region_2(fn_sarin_9(X),fn_sarin_21(X))
& object_2(fn_sarin_42(X),fn_sarin_16(X))
& is_between_2(fn_sarin_23(X),fn_sarin_13(X))
& is_between_2(fn_sarin_24(X),fn_sarin_11(X))
& object_2(fn_sarin_7(X),X)
& has_region_2(fn_sarin_29(X),fn_sarin_10(X))
& has_function_2(fn_sarin_23(X),fn_sarin_42(X))
& agent_2(fn_sarin_42(X),fn_sarin_23(X))
& is_between_2(fn_sarin_23(X),fn_sarin_11(X))
& has_region_2(fn_sarin_9(X),fn_sarin_20(X))
& is_inside_2(fn_sarin_20(X),fn_sarin_8(X))
& has_region_2(fn_sarin_9(X),fn_sarin_8(X))
& object_2(fn_sarin_25(X),fn_sarin_9(X))
& speed_2(fn_sarin_25(X),fn_sarin_26(X))
& possesses_2(fn_sarin_9(X),fn_sarin_22(X))
& quantity_2(fn_sarin_22(X),fn_sarin_27(X))
& directly_proportional_2(fn_sarin_26(X),fn_sarin_27(X))
& is_inside_2(fn_sarin_15(X),fn_sarin_21(X))
& is_inside_2(fn_sarin_12(X),fn_sarin_21(X))
& is_between_2(fn_sarin_24(X),fn_sarin_12(X))
& is_between_2(fn_sarin_24(X),fn_sarin_15(X))
& fn_sarin_15(X) != fn_sarin_14(X)
& fn_sarin_14(X) != fn_sarin_13(X)
& fn_sarin_14(X) != fn_sarin_15(X)
& fn_sarin_13(X) != fn_sarin_14(X)
& has_part_2(fn_sarin_9(X),fn_sarin_14(X))
& has_part_2(fn_sarin_9(X),fn_sarin_15(X))
& has_part_2(fn_sarin_9(X),fn_sarin_13(X))
& possesses_2(fn_sarin_9(X),fn_sarin_23(X))
& has_part_2(fn_sarin_9(X),fn_sarin_12(X))
& has_region_2(fn_sarin_9(X),fn_sarin_28(X))
& has_part_2(fn_sarin_9(X),fn_sarin_11(X))
& has_part_2(fn_sarin_9(X),fn_sarin_16(X))
& is_inside_2(fn_sarin_16(X),fn_sarin_19(X))
& object_2(fn_sarin_42(X),fn_sarin_14(X))
& is_inside_2(fn_sarin_14(X),fn_sarin_18(X))
& has_region_2(fn_sarin_9(X),fn_sarin_19(X))
& is_inside_2(fn_sarin_15(X),fn_sarin_19(X))
& is_between_2(fn_sarin_23(X),fn_sarin_15(X))
& is_between_2(fn_sarin_23(X),fn_sarin_16(X))
& fn_sarin_16(X) != fn_sarin_13(X)
& fn_sarin_13(X) != fn_sarin_16(X)
& object_2(fn_sarin_42(X),fn_sarin_15(X))
& fn_sarin_15(X) != fn_sarin_13(X)
& fn_sarin_13(X) != fn_sarin_12(X)
& fn_sarin_12(X) != fn_sarin_15(X)
& fn_sarin_15(X) != fn_sarin_16(X)
& fn_sarin_13(X) != fn_sarin_15(X)
& fn_sarin_12(X) != fn_sarin_13(X)
& fn_sarin_15(X) != fn_sarin_12(X)
& fn_sarin_16(X) != fn_sarin_15(X)
& has_region_2(fn_sarin_9(X),fn_sarin_18(X))
& is_inside_2(fn_sarin_13(X),fn_sarin_18(X))
& fn_sarin_13(X) != fn_sarin_11(X)
& fn_sarin_11(X) != fn_sarin_14(X)
& fn_sarin_14(X) != fn_sarin_12(X)
& fn_sarin_11(X) != fn_sarin_13(X)
& fn_sarin_14(X) != fn_sarin_11(X)
& fn_sarin_12(X) != fn_sarin_14(X)
& object_2(fn_sarin_42(X),fn_sarin_12(X))
& object_2(fn_sarin_42(X),fn_sarin_11(X))
& fn_sarin_11(X) != fn_sarin_15(X)
& fn_sarin_16(X) != fn_sarin_11(X)
& fn_sarin_11(X) != fn_sarin_16(X)
& fn_sarin_15(X) != fn_sarin_11(X)
& has_region_2(fn_sarin_9(X),fn_sarin_17(X))
& is_inside_2(fn_sarin_11(X),fn_sarin_17(X))
& is_inside_2(fn_sarin_11(X),fn_sarin_18(X))
& is_inside_2(fn_sarin_12(X),fn_sarin_18(X))
& fn_sarin_12(X) != fn_sarin_11(X)
& fn_sarin_11(X) != fn_sarin_12(X)
& has_part_2(X,fn_sarin_32(X))
& has_part_2(X,fn_sarin_33(X))
& has_part_2(X,fn_sarin_34(X))
& possesses_2(X,fn_sarin_31(X))
& is_between_2(fn_sarin_30(X),fn_sarin_32(X))
& fn_sarin_32(X) != fn_sarin_34(X)
& is_inside_2(fn_sarin_34(X),fn_sarin_37(X))
& is_inside_2(fn_sarin_35(X),fn_sarin_37(X))
& has_part_2(X,fn_sarin_35(X))
& fn_sarin_34(X) != fn_sarin_32(X)
& has_region_2(X,fn_sarin_37(X))
& is_inside_2(fn_sarin_33(X),fn_sarin_37(X))
& is_between_2(fn_sarin_31(X),fn_sarin_33(X))
& is_between_2(fn_sarin_31(X),fn_sarin_34(X))
& fn_sarin_34(X) != fn_sarin_35(X)
& fn_sarin_35(X) != fn_sarin_34(X)
& is_between_2(fn_sarin_30(X),fn_sarin_33(X))
& fn_sarin_35(X) != fn_sarin_33(X)
& fn_sarin_33(X) != fn_sarin_35(X)
& fn_sarin_34(X) != fn_sarin_33(X)
& fn_sarin_33(X) != fn_sarin_34(X)
& object_2(fn_sarin_41(X),X)
& speed_2(fn_sarin_41(X),fn_sarin_38(X))
& directly_proportional_2(fn_sarin_38(X),fn_sarin_39(X))
& quantity_2(fn_sarin_40(X),fn_sarin_39(X))
& possesses_2(X,fn_sarin_40(X))
& possesses_2(X,fn_sarin_30(X))
& is_between_2(fn_sarin_30(X),fn_sarin_35(X))
& fn_sarin_35(X) != fn_sarin_32(X)
& is_inside_2(fn_sarin_32(X),fn_sarin_36(X))
& has_region_2(X,fn_sarin_36(X))
& fn_sarin_32(X) != fn_sarin_35(X)
& fn_sarin_9(X) = fn_attach_2(fn_sarin_7(X))
& fn_sarin_9(X) = fn_functional_group_1(fn_sarin_21(X))
& fn_sarin_16(X) = fn_hold_2(fn_sarin_42(X))
& fn_sarin_13(X) = fn_covalent_bond_20(fn_sarin_23(X))
& fn_sarin_11(X) = fn_polar_covalent_bond_19(fn_sarin_24(X))
& fn_sarin_11(X) = fn_polar_covalent_bond_18(fn_sarin_24(X))
& X = fn_attach_1(fn_sarin_7(X))
& fn_sarin_10(X) = fn_acetylcholinesterase_3(fn_sarin_29(X))
& fn_sarin_11(X) = fn_covalent_bond_19(fn_sarin_23(X))
& fn_sarin_42(X) = fn_covalent_bond_14(fn_sarin_23(X))
& fn_sarin_8(X) = fn_polar_amino_acid_2(fn_sarin_9(X))
& fn_sarin_20(X) = fn_polar_amino_acid_1(fn_sarin_9(X))
& fn_sarin_5(X) = fn_amino_acid_4(fn_sarin_9(X))
& fn_sarin_25(X) = fn_amino_acid_5(fn_sarin_9(X))
& fn_sarin_6(X) = fn_amino_acid_3(fn_sarin_9(X))
& fn_sarin_26(X) = fn_amino_acid_6(fn_sarin_9(X))
& fn_sarin_27(X) = fn_amino_acid_7(fn_sarin_9(X))
& fn_sarin_22(X) = fn_amino_acid_16(fn_sarin_9(X))
& fn_sarin_13(X) = fn_hydroxyl_group_6(fn_sarin_21(X))
& fn_sarin_14(X) = fn_hydroxyl_group_4(fn_sarin_21(X))
& fn_sarin_15(X) = fn_hydroxyl_group_6(fn_sarin_21(X))
& fn_sarin_24(X) = fn_hydroxyl_group_7(fn_sarin_21(X))
& fn_sarin_12(X) = fn_hydroxyl_group_4(fn_sarin_21(X))
& fn_sarin_28(X) = fn_hydrophilic_amino_acid_23(fn_sarin_9(X))
& fn_sarin_14(X) = fn_hydrophilic_amino_acid_32(fn_sarin_9(X))
& fn_sarin_23(X) = fn_hydrophilic_amino_acid_28(fn_sarin_9(X))
& fn_sarin_19(X) = fn_hydrophilic_amino_acid_25(fn_sarin_9(X))
& fn_sarin_15(X) = fn_hydrophilic_amino_acid_33(fn_sarin_9(X))
& fn_sarin_12(X) = fn_hydrophilic_amino_acid_32(fn_sarin_9(X))
& fn_sarin_14(X) = fn_hydrophilic_amino_acid_31(fn_sarin_9(X))
& fn_sarin_13(X) = fn_hydrophilic_amino_acid_33(fn_sarin_9(X))
& fn_sarin_15(X) = fn_hydrophilic_amino_acid_30(fn_sarin_9(X))
& fn_sarin_16(X) = fn_hydrophilic_amino_acid_29(fn_sarin_9(X))
& fn_sarin_42(X) = fn_hydrophilic_amino_acid_1(fn_sarin_9(X))
& fn_sarin_12(X) = fn_hydrophilic_amino_acid_31(fn_sarin_9(X))
& fn_sarin_18(X) = fn_hydrophilic_amino_acid_26(fn_sarin_9(X))
& fn_sarin_11(X) = fn_hydrophilic_amino_acid_34(fn_sarin_9(X))
& fn_sarin_17(X) = fn_hydrophilic_amino_acid_27(fn_sarin_9(X))
& fn_sarin_4(X) = fn_organic_phosphate_1(X)
& fn_sarin_3(X) = fn_organic_phosphate_2(X)
& fn_sarin_35(X) = fn_organic_phosphate_5(X)
& fn_sarin_34(X) = fn_organic_phosphate_6(X)
& fn_sarin_31(X) = fn_organic_phosphate_3(X)
& fn_sarin_37(X) = fn_organic_phosphate_10(X)
& fn_sarin_34(X) = fn_organic_phosphate_5(X)
& fn_sarin_33(X) = fn_organic_phosphate_4(X)
& fn_sarin_40(X) = fn_organic_phosphate_14(X)
& fn_sarin_39(X) = fn_organic_phosphate_11(X)
& fn_sarin_38(X) = fn_organic_phosphate_12(X)
& fn_sarin_41(X) = fn_organic_phosphate_13(X)
& fn_sarin_36(X) = fn_organic_phosphate_7(X)
& fn_sarin_32(X) = fn_organic_phosphate_9(X)
& fn_sarin_35(X) = fn_organic_phosphate_6(X)
& fn_sarin_30(X) = fn_organic_phosphate_8(X)
& fn_hydrophilic_amino_acid_31(fn_sarin_9(X)) = fn_covalent_bond_20(fn_sarin_23(X))
& fn_covalent_bond_20(fn_sarin_23(X)) = fn_hydroxyl_group_6(fn_sarin_21(X))
& fn_hydrophilic_amino_acid_33(fn_sarin_9(X)) = fn_hydroxyl_group_6(fn_sarin_21(X))
& fn_hydroxyl_group_6(fn_sarin_21(X)) = fn_hydroxyl_group_6(fn_sarin_21(X))
& fn_hydroxyl_group_6(fn_sarin_21(X)) = fn_hydrophilic_amino_acid_33(fn_sarin_9(X))
& fn_hydrophilic_amino_acid_30(fn_sarin_9(X)) = fn_hydrophilic_amino_acid_33(fn_sarin_9(X))
& fn_hydrophilic_amino_acid_33(fn_sarin_9(X)) = fn_hydrophilic_amino_acid_33(fn_sarin_9(X))
& fn_hydrophilic_amino_acid_33(fn_sarin_9(X)) = fn_hydrophilic_amino_acid_30(fn_sarin_9(X))
& fn_hydrophilic_amino_acid_30(fn_sarin_9(X)) = fn_hydrophilic_amino_acid_30(fn_sarin_9(X))
& fn_hydrophilic_amino_acid_30(fn_sarin_9(X)) = fn_hold_2(fn_sarin_42(X))
& fn_hold_2(fn_sarin_42(X)) = fn_hydrophilic_amino_acid_29(fn_sarin_9(X))
& fn_hydrophilic_amino_acid_29(fn_sarin_9(X)) = fn_hydrophilic_amino_acid_29(fn_sarin_9(X))
& fn_hydrophilic_amino_acid_29(fn_sarin_9(X)) = fn_covalent_bond_14(fn_sarin_23(X))
& fn_covalent_bond_14(fn_sarin_23(X)) = fn_covalent_bond_14(fn_sarin_23(X))
& fn_covalent_bond_14(fn_sarin_23(X)) = fn_hydrophilic_amino_acid_1(fn_sarin_9(X))
& fn_hydrophilic_amino_acid_1(fn_sarin_9(X)) = fn_hydrophilic_amino_acid_1(fn_sarin_9(X))
& fn_hydrophilic_amino_acid_1(fn_sarin_9(X)) = fn_hydroxyl_group_4(fn_sarin_21(X))
& fn_hydroxyl_group_4(fn_sarin_21(X)) = fn_hydroxyl_group_4(fn_sarin_21(X))
& fn_hydroxyl_group_4(fn_sarin_21(X)) = fn_hydrophilic_amino_acid_32(fn_sarin_9(X))
& fn_hydrophilic_amino_acid_32(fn_sarin_9(X)) = fn_hydrophilic_amino_acid_32(fn_sarin_9(X))
& fn_hydrophilic_amino_acid_31(fn_sarin_9(X)) = fn_hydrophilic_amino_acid_32(fn_sarin_9(X))
& fn_hydrophilic_amino_acid_32(fn_sarin_9(X)) = fn_hydrophilic_amino_acid_31(fn_sarin_9(X))
& fn_hydrophilic_amino_acid_31(fn_sarin_9(X)) = fn_hydrophilic_amino_acid_31(fn_sarin_9(X))
& fn_hydrophilic_amino_acid_31(fn_sarin_9(X)) = fn_polar_covalent_bond_19(fn_sarin_24(X))
& fn_polar_covalent_bond_19(fn_sarin_24(X)) = fn_polar_covalent_bond_18(fn_sarin_24(X))
& fn_polar_covalent_bond_18(fn_sarin_24(X)) = fn_polar_covalent_bond_18(fn_sarin_24(X))
& fn_polar_covalent_bond_18(fn_sarin_24(X)) = fn_covalent_bond_19(fn_sarin_23(X))
& fn_covalent_bond_19(fn_sarin_23(X)) = fn_covalent_bond_19(fn_sarin_23(X))
& fn_covalent_bond_19(fn_sarin_23(X)) = fn_hydrophilic_amino_acid_34(fn_sarin_9(X))
& fn_hydrophilic_amino_acid_34(fn_sarin_9(X)) = fn_hydrophilic_amino_acid_34(fn_sarin_9(X))
& fn_hydrophilic_amino_acid_34(fn_sarin_9(X)) = fn_attach_2(fn_sarin_7(X))
& fn_attach_2(fn_sarin_7(X)) = fn_functional_group_1(fn_sarin_21(X))
& fn_functional_group_1(fn_sarin_21(X)) = fn_organic_phosphate_6(X)
& fn_organic_phosphate_6(X) = fn_organic_phosphate_5(X)
& fn_organic_phosphate_5(X) = fn_organic_phosphate_5(X)
& fn_organic_phosphate_5(X) = fn_organic_phosphate_6(X)
& fn_organic_phosphate_6(X) = fn_organic_phosphate_6(X) ) ) ).
fof(a532456,axiom,
! [X] :
( satiety_center_1(X)
=> ( original_name_2(X,'Satiety-Center')
& user_description_2(X,'Region of the brain which functions in appetite regulation.')
& concept2words_2(X,'center of satiety')
& concept2words_2(X,'satiety center')
& concept2words_2(X,'satiety-center')
& organ_region_1(X)
& brain_1(fn_satiety_center_1(X))
& is_inside_2(X,fn_satiety_center_1(X)) ) ) ).
fof(a532457,axiom,
! [X] :
( saturated_animal_fat_1(X)
=> ( original_name_2(X,'Saturated-Animal-Fat')
& user_description_2(X,'Any fat (such as butter, suet or lard) that comes from an animal. Because they are almost entirely saturated, animal fats are not recommended for people on lowfat or low-cholesterol diets')
& concept2words_2(X,'saturated animal fat')
& concept2words_2(X,'saturated-animal-fat')
& saturated_fat_1(X)
& ~ hydrogenated_vegetable_oil_1(X) ) ) ).
fof(a532458,axiom,
! [X,X1] :
( ( has_part_2(X,X1)
& hydrophobic_substance_1(X)
& saturated_animal_fat_1(X1) )
=> ( saturated_animal_fat_substance_1(X)
& fn_saturated_animal_fat_substance_2(X) = X1 ) ) ).
fof(a532459,axiom,
! [X] :
( saturated_animal_fat_substance_1(X)
=> ( original_name_2(X,'Saturated-Animal-Fat-Substance')
& user_description_2(X,'A technique using a scanning electron microscope which uses an electron beam to scan the surface of a sample, coated with metal atoms, to study details of its topography.')
& concept2words_2(X,'saturated animal fat substance')
& concept2words_2(X,'saturated-animal-fat-substance')
& hydrophobic_substance_1(X)
& saturated_animal_fat_1(fn_saturated_animal_fat_substance_2(X))
& state_value_1(fn_saturated_animal_fat_substance_3(X))
& the_categorical_value_2(fn_saturated_animal_fat_substance_3(X),solid_0)
& has_part_2(X,fn_saturated_animal_fat_substance_2(X))
& physical_state_2(X,fn_saturated_animal_fat_substance_3(X))
& fn_saturated_animal_fat_substance_2(X) = fn_chemical_3(X)
& fn_saturated_animal_fat_substance_4(X) = fn_chemical_1(X)
& fn_saturated_animal_fat_substance_3(X) = fn_chemical_2(X) ) ) ).
fof(a532460,axiom,
! [X] :
( saturated_fat_1(X)
=> ( original_name_2(X,'Saturated-Fat')
& user_description_2(X,'Saturated fat is a fat that consists of one to three saturated fatty acids attached to a glycerol.')
& concept2words_2(X,'saturated fat')
& concept2words_2(X,'saturated-fat')
& fat_1(X)
& ~ unsaturated_fat_1(X)
& saturated_fatty_acid_1(fn_saturated_fat_1(X))
& called_2(X,"1")
& has_part_2(X,fn_saturated_fat_1(X))
& fn_saturated_fat_1(X) = fn_fat_14(X) ) ) ).
fof(a532461,axiom,
! [X] :
( saturated_fatty_acid_1(X)
=> ( original_name_2(X,'Saturated-Fatty-Acid')
& user_description_2(X,'Saturated fatty acids are long-chain carboxylic acids that usually have between 12 and 24 carbon atoms and have no double bonds.')
& concept2words_2(X,'saturated fatty acid tail')
& concept2words_2(X,'saturated-fatty-acid-tail')
& concept2words_2(X,'saturated hydrocarbon tail')
& concept2words_2(X,'saturated phospholipid')
& concept2words_2(X,'saturated hydrocarbon')
& concept2words_2(X,'saturated fatty acid')
& concept2words_2(X,'saturated-fatty-acid')
& fatty_acid_1(X)
& ~ unsaturated_fatty_acid_1(X)
& shape_value_1(fn_saturated_fatty_acid_2(X))
& density_value_1(fn_saturated_fatty_acid_3(X))
& carbon_skeleton_1(fn_saturated_fatty_acid_7(X))
& end_1(fn_saturated_fatty_acid_8(X))
& hydrophobic_region_1(fn_saturated_fatty_acid_9(X))
& constant_motion_1(fn_saturated_fatty_acid_10(X))
& kinetic_energy_1(fn_saturated_fatty_acid_11(X))
& single_bond_1(fn_saturated_fatty_acid_12(X))
& repel_1(fn_saturated_fatty_acid_13(X))
& entity_1(fn_saturated_fatty_acid_14(X))
& chemical_entity_1(fn_saturated_fatty_acid_14(X))
& atom_1(fn_saturated_fatty_acid_14(X))
& carbon_1(fn_saturated_fatty_acid_14(X))
& tangible_entity_1(fn_saturated_fatty_acid_15(X))
& entity_1(fn_saturated_fatty_acid_15(X))
& chemical_entity_1(fn_saturated_fatty_acid_15(X))
& atom_1(fn_saturated_fatty_acid_15(X))
& carbon_1(fn_saturated_fatty_acid_15(X))
& share_1(fn_saturated_fatty_acid_16(X))
& share_1(fn_saturated_fatty_acid_17(X))
& share_1(fn_saturated_fatty_acid_18(X))
& share_1(fn_saturated_fatty_acid_19(X))
& hold_1(fn_saturated_fatty_acid_20(X))
& hold_together_1(fn_saturated_fatty_acid_20(X))
& share_1(fn_saturated_fatty_acid_21(X))
& share_1(fn_saturated_fatty_acid_22(X))
& share_1(fn_saturated_fatty_acid_23(X))
& share_1(fn_saturated_fatty_acid_24(X))
& share_1(fn_saturated_fatty_acid_25(X))
& hold_1(fn_saturated_fatty_acid_26(X))
& hold_together_1(fn_saturated_fatty_acid_26(X))
& hold_1(fn_saturated_fatty_acid_27(X))
& hold_together_1(fn_saturated_fatty_acid_27(X))
& hold_1(fn_saturated_fatty_acid_28(X))
& hold_together_1(fn_saturated_fatty_acid_28(X))
& hold_1(fn_saturated_fatty_acid_29(X))
& hold_together_1(fn_saturated_fatty_acid_29(X))
& hold_1(fn_saturated_fatty_acid_30(X))
& hold_together_1(fn_saturated_fatty_acid_30(X))
& hold_together_1(fn_saturated_fatty_acid_31(X))
& quantity_value_1(fn_saturated_fatty_acid_32(X))
& speed_value_1(fn_saturated_fatty_acid_33(X))
& entity_1(fn_saturated_fatty_acid_34(X))
& proton_1(fn_saturated_fatty_acid_34(X))
& second_electron_shell_1(fn_saturated_fatty_acid_35(X))
& entity_1(fn_saturated_fatty_acid_36(X))
& proton_1(fn_saturated_fatty_acid_36(X))
& entity_1(fn_saturated_fatty_acid_37(X))
& tangible_entity_1(fn_saturated_fatty_acid_37(X))
& electron_1(fn_saturated_fatty_acid_37(X))
& valence_electron_1(fn_saturated_fatty_acid_37(X))
& atomic_nucleus_1(fn_saturated_fatty_acid_38(X))
& electron_shell_1(fn_saturated_fatty_acid_39(X))
& center_1(fn_saturated_fatty_acid_40(X))
& attract_1(fn_saturated_fatty_acid_41(X))
& nonpolar_covalent_bond_1(fn_saturated_fatty_acid_42(X))
& share_1(fn_saturated_fatty_acid_43(X))
& tangible_entity_1(fn_saturated_fatty_acid_44(X))
& entity_1(fn_saturated_fatty_acid_44(X))
& chemical_entity_1(fn_saturated_fatty_acid_44(X))
& atom_1(fn_saturated_fatty_acid_44(X))
& carbon_1(fn_saturated_fatty_acid_44(X))
& hold_1(fn_saturated_fatty_acid_45(X))
& hold_together_1(fn_saturated_fatty_acid_45(X))
& atom_1(fn_saturated_fatty_acid_46(X))
& chemical_entity_1(fn_saturated_fatty_acid_46(X))
& entity_1(fn_saturated_fatty_acid_46(X))
& tangible_entity_1(fn_saturated_fatty_acid_46(X))
& oxygen_1(fn_saturated_fatty_acid_46(X))
& tangible_entity_1(fn_saturated_fatty_acid_47(X))
& entity_1(fn_saturated_fatty_acid_47(X))
& chemical_entity_1(fn_saturated_fatty_acid_47(X))
& atom_1(fn_saturated_fatty_acid_47(X))
& carbon_1(fn_saturated_fatty_acid_47(X))
& tangible_entity_1(fn_saturated_fatty_acid_48(X))
& entity_1(fn_saturated_fatty_acid_48(X))
& chemical_entity_1(fn_saturated_fatty_acid_48(X))
& atom_1(fn_saturated_fatty_acid_48(X))
& hydrogen_1(fn_saturated_fatty_acid_48(X))
& hydrocarbon_molecule_1(fn_saturated_fatty_acid_49(X))
& hydrocarbon_chain_1(fn_saturated_fatty_acid_49(X))
& entity_1(fn_saturated_fatty_acid_50(X))
& tangible_entity_1(fn_saturated_fatty_acid_50(X))
& electron_1(fn_saturated_fatty_acid_50(X))
& valence_electron_1(fn_saturated_fatty_acid_50(X))
& electron_1(fn_saturated_fatty_acid_51(X))
& electron_shell_1(fn_saturated_fatty_acid_52(X))
& first_electron_shell_1(fn_saturated_fatty_acid_52(X))
& center_1(fn_saturated_fatty_acid_53(X))
& electron_shell_1(fn_saturated_fatty_acid_54(X))
& first_electron_shell_1(fn_saturated_fatty_acid_54(X))
& center_1(fn_saturated_fatty_acid_55(X))
& hold_1(fn_saturated_fatty_acid_56(X))
& hold_together_1(fn_saturated_fatty_acid_56(X))
& functional_group_1(fn_saturated_fatty_acid_57(X))
& carboxyl_group_1(fn_saturated_fatty_acid_57(X))
& atom_1(fn_saturated_fatty_acid_58(X))
& chemical_entity_1(fn_saturated_fatty_acid_58(X))
& entity_1(fn_saturated_fatty_acid_58(X))
& tangible_entity_1(fn_saturated_fatty_acid_58(X))
& oxygen_1(fn_saturated_fatty_acid_58(X))
& atomic_nucleus_1(fn_saturated_fatty_acid_59(X))
& entity_1(fn_saturated_fatty_acid_60(X))
& tangible_entity_1(fn_saturated_fatty_acid_60(X))
& electron_1(fn_saturated_fatty_acid_60(X))
& valence_electron_1(fn_saturated_fatty_acid_60(X))
& entity_1(fn_saturated_fatty_acid_61(X))
& tangible_entity_1(fn_saturated_fatty_acid_61(X))
& electron_1(fn_saturated_fatty_acid_61(X))
& valence_electron_1(fn_saturated_fatty_acid_61(X))
& atomic_nucleus_1(fn_saturated_fatty_acid_62(X))
& atomic_nucleus_1(fn_saturated_fatty_acid_63(X))
& center_1(fn_saturated_fatty_acid_64(X))
& attract_1(fn_saturated_fatty_acid_65(X))
& hold_1(fn_saturated_fatty_acid_66(X))
& hold_together_1(fn_saturated_fatty_acid_66(X))
& electron_shell_1(fn_saturated_fatty_acid_67(X))
& first_electron_shell_1(fn_saturated_fatty_acid_67(X))
& center_1(fn_saturated_fatty_acid_68(X))
& second_electron_shell_1(fn_saturated_fatty_acid_69(X))
& electron_shell_1(fn_saturated_fatty_acid_69(X))
& hold_1(fn_saturated_fatty_acid_70(X))
& hold_together_1(fn_saturated_fatty_acid_70(X))
& share_1(fn_saturated_fatty_acid_71(X))
& share_1(fn_saturated_fatty_acid_72(X))
& share_1(fn_saturated_fatty_acid_73(X))
& single_bond_1(fn_hydrocarbon_molecule_14(fn_saturated_fatty_acid_49(X)))
& electron_shell_1(fn_covalent_bond_11(fn_saturated_fatty_acid_12(X)))
& attract_1(fn_covalent_bond_10(fn_saturated_fatty_acid_12(X)))
& electron_1(fn_carbon_10(fn_saturated_fatty_acid_44(X)))
& proton_1(fn_carbon_17(fn_saturated_fatty_acid_44(X)))
& proton_1(fn_covalent_bond_4(fn_saturated_fatty_acid_12(X)))
& attract_1(fn_atomic_nucleus_7(fn_saturated_fatty_acid_59(X)))
& hold_together_1(fn_covalent_bond_14(fn_saturated_fatty_acid_12(X)))
& proton_1(fn_atomic_nucleus_9(fn_saturated_fatty_acid_59(X)))
& first_electron_shell_1(fn_second_electron_shell_21(fn_saturated_fatty_acid_69(X)))
& share_1(fn_covalent_bond_17(fn_saturated_fatty_acid_12(X)))
& electron_shell_1(fn_atom_9(fn_saturated_fatty_acid_58(X)))
& electron_shell_1(fn_atom_9(fn_saturated_fatty_acid_44(X)))
& electron_shell_1(fn_covalent_bond_12(fn_saturated_fatty_acid_12(X)))
& atomic_nucleus_1(fn_atom_18(fn_saturated_fatty_acid_44(X)))
& atomic_nucleus_1(fn_carbon_18(fn_saturated_fatty_acid_44(X)))
& atomic_nucleus_1(fn_first_electron_shell_7(fn_saturated_fatty_acid_67(X)))
& center_1(fn_atomic_nucleus_3(fn_saturated_fatty_acid_59(X)))
& center_1(fn_covalent_bond_23(fn_saturated_fatty_acid_12(X)))
& entity_1(fn_share_3(fn_saturated_fatty_acid_25(X)))
& entity_1(fn_share_3(fn_saturated_fatty_acid_24(X)))
& atom_1(fn_atomic_nucleus_4(fn_saturated_fatty_acid_59(X)))
& center_1(fn_covalent_bond_21(fn_saturated_fatty_acid_12(X)))
& entity_1(fn_share_2(fn_saturated_fatty_acid_22(X)))
& valence_electron_1(fn_covalent_bond_15(fn_saturated_fatty_acid_12(X)))
& tangible_entity_1(fn_hold_2(fn_saturated_fatty_acid_20(X)))
& tangible_entity_1(fn_hold_2(fn_saturated_fatty_acid_45(X)))
& atom_1(fn_second_electron_shell_13(fn_saturated_fatty_acid_69(X)))
& entity_1(fn_covalent_bond_20(fn_saturated_fatty_acid_12(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_saturated_fatty_acid_12(X)))
& atom_1(fn_covalent_bond_20(fn_saturated_fatty_acid_12(X)))
& entity_1(fn_share_3(fn_saturated_fatty_acid_43(X)))
& tangible_entity_1(fn_hold_2(fn_saturated_fatty_acid_30(X)))
& atom_1(fn_first_electron_shell_3(fn_saturated_fatty_acid_67(X)))
& entity_1(fn_covalent_bond_19(fn_saturated_fatty_acid_12(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_saturated_fatty_acid_12(X)))
& atom_1(fn_covalent_bond_19(fn_saturated_fatty_acid_12(X)))
& electron_1(fn_atom_14(fn_saturated_fatty_acid_44(X)))
& electron_1(fn_first_electron_shell_5(fn_saturated_fatty_acid_67(X)))
& valence_electron_1(fn_covalent_bond_18(fn_saturated_fatty_acid_12(X)))
& electron_1(fn_atomic_nucleus_8(fn_saturated_fatty_acid_59(X)))
& entity_1(fn_share_2(fn_saturated_fatty_acid_43(X)))
& entity_1(fn_share_2(fn_saturated_fatty_acid_25(X)))
& entity_1(fn_share_2(fn_saturated_fatty_acid_71(X)))
& entity_1(fn_share_1(fn_saturated_fatty_acid_25(X)))
& entity_1(fn_share_1(fn_saturated_fatty_acid_43(X)))
& entity_1(fn_share_1(fn_saturated_fatty_acid_24(X)))
& fn_saturated_fatty_acid_69(X) != fn_saturated_fatty_acid_54(X)
& fn_saturated_fatty_acid_67(X) != fn_saturated_fatty_acid_52(X)
& fn_saturated_fatty_acid_54(X) != fn_saturated_fatty_acid_69(X)
& fn_saturated_fatty_acid_52(X) != fn_saturated_fatty_acid_67(X)
& fn_saturated_fatty_acid_51(X) != fn_saturated_fatty_acid_50(X)
& fn_saturated_fatty_acid_50(X) != fn_saturated_fatty_acid_51(X)
& exactCardinality(fn_saturated_fatty_acid_49(X),possesses_0,"1",single_bond_0)
& object_2(fn_saturated_fatty_acid_43(X),fn_saturated_fatty_acid_61(X))
& the_categorical_value_2(fn_saturated_fatty_acid_2(X),line_0)
& density_2(X,fn_saturated_fatty_acid_3(X))
& shape_2(X,fn_saturated_fatty_acid_2(X))
& the_scalar_value_2(fn_saturated_fatty_acid_3(X),dense_0)
& scalar_unit_class_2(fn_saturated_fatty_acid_3(X),unsaturated_fatty_acid_0)
& object_2(fn_saturated_fatty_acid_25(X),fn_saturated_fatty_acid_50(X))
& agent_2(fn_saturated_fatty_acid_25(X),fn_saturated_fatty_acid_44(X))
& agent_2(fn_saturated_fatty_acid_24(X),fn_saturated_fatty_acid_44(X))
& object_2(fn_saturated_fatty_acid_43(X),fn_saturated_fatty_acid_37(X))
& object_2(fn_saturated_fatty_acid_25(X),fn_saturated_fatty_acid_37(X))
& object_2(fn_saturated_fatty_acid_71(X),fn_saturated_fatty_acid_37(X))
& object_2(fn_saturated_fatty_acid_22(X),fn_saturated_fatty_acid_61(X))
& agent_2(fn_saturated_fatty_acid_25(X),fn_saturated_fatty_acid_46(X))
& agent_2(fn_saturated_fatty_acid_25(X),fn_saturated_fatty_acid_58(X))
& agent_2(fn_saturated_fatty_acid_43(X),fn_saturated_fatty_acid_44(X))
& agent_2(fn_saturated_fatty_acid_24(X),fn_saturated_fatty_acid_46(X))
& agent_2(fn_saturated_fatty_acid_43(X),fn_saturated_fatty_acid_58(X))
& agent_2(fn_saturated_fatty_acid_24(X),fn_saturated_fatty_acid_58(X))
& object_2(fn_saturated_fatty_acid_30(X),fn_saturated_fatty_acid_44(X))
& object_2(fn_saturated_fatty_acid_20(X),fn_saturated_fatty_acid_48(X))
& object_2(fn_saturated_fatty_acid_45(X),fn_saturated_fatty_acid_48(X))
& possesses_2(fn_saturated_fatty_acid_49(X),fn_saturated_fatty_acid_42(X))
& has_region_2(fn_saturated_fatty_acid_58(X),fn_saturated_fatty_acid_52(X))
& possesses_2(X,fn_saturated_fatty_acid_12(X))
& is_between_2(fn_saturated_fatty_acid_12(X),fn_saturated_fatty_acid_15(X))
& is_inside_2(fn_saturated_fatty_acid_34(X),fn_saturated_fatty_acid_59(X))
& is_inside_2(fn_saturated_fatty_acid_63(X),fn_saturated_fatty_acid_67(X))
& has_part_2(fn_saturated_fatty_acid_44(X),fn_saturated_fatty_acid_51(X))
& is_inside_2(fn_saturated_fatty_acid_54(X),fn_saturated_fatty_acid_69(X))
& has_region_2(fn_saturated_fatty_acid_47(X),fn_saturated_fatty_acid_54(X))
& object_2(fn_saturated_fatty_acid_28(X),fn_saturated_fatty_acid_46(X))
& fn_saturated_fatty_acid_39(X) != fn_saturated_fatty_acid_69(X)
& fn_saturated_fatty_acid_69(X) != fn_saturated_fatty_acid_39(X)
& agent_2(fn_saturated_fatty_acid_21(X),fn_saturated_fatty_acid_46(X))
& object_2(fn_saturated_fatty_acid_21(X),fn_saturated_fatty_acid_61(X))
& is_between_2(fn_saturated_fatty_acid_12(X),fn_saturated_fatty_acid_47(X))
& has_region_2(fn_saturated_fatty_acid_47(X),fn_saturated_fatty_acid_69(X))
& fn_saturated_fatty_acid_69(X) != fn_saturated_fatty_acid_52(X)
& has_region_2(fn_saturated_fatty_acid_46(X),fn_saturated_fatty_acid_52(X))
& has_region_2(fn_saturated_fatty_acid_46(X),fn_saturated_fatty_acid_53(X))
& fn_saturated_fatty_acid_52(X) != fn_saturated_fatty_acid_69(X)
& object_2(fn_saturated_fatty_acid_45(X),fn_saturated_fatty_acid_47(X))
& has_region_2(fn_saturated_fatty_acid_47(X),fn_saturated_fatty_acid_55(X))
& agent_2(fn_saturated_fatty_acid_23(X),fn_saturated_fatty_acid_44(X))
& object_2(fn_saturated_fatty_acid_56(X),fn_saturated_fatty_acid_44(X))
& agent_2(fn_saturated_fatty_acid_19(X),fn_saturated_fatty_acid_47(X))
& object_2(fn_saturated_fatty_acid_41(X),fn_saturated_fatty_acid_50(X))
& object_2(fn_saturated_fatty_acid_24(X),fn_saturated_fatty_acid_50(X))
& object_2(fn_saturated_fatty_acid_24(X),fn_saturated_fatty_acid_61(X))
& is_between_2(fn_saturated_fatty_acid_12(X),fn_saturated_fatty_acid_14(X))
& fn_saturated_fatty_acid_14(X) != fn_saturated_fatty_acid_47(X)
& fn_saturated_fatty_acid_47(X) != fn_saturated_fatty_acid_44(X)
& has_part_2(fn_saturated_fatty_acid_44(X),fn_saturated_fatty_acid_36(X))
& agent_2(fn_saturated_fatty_acid_41(X),fn_saturated_fatty_acid_36(X))
& fn_saturated_fatty_acid_47(X) != fn_saturated_fatty_acid_14(X)
& fn_saturated_fatty_acid_44(X) != fn_saturated_fatty_acid_47(X)
& has_part_2(X,fn_saturated_fatty_acid_14(X))
& object_2(fn_saturated_fatty_acid_23(X),fn_saturated_fatty_acid_37(X))
& is_at_2(fn_saturated_fatty_acid_63(X),fn_saturated_fatty_acid_64(X))
& fn_saturated_fatty_acid_55(X) != fn_saturated_fatty_acid_64(X)
& fn_saturated_fatty_acid_64(X) != fn_saturated_fatty_acid_55(X)
& object_2(fn_saturated_fatty_acid_23(X),fn_saturated_fatty_acid_50(X))
& agent_2(fn_saturated_fatty_acid_23(X),fn_saturated_fatty_acid_46(X))
& object_2(fn_saturated_fatty_acid_27(X),fn_saturated_fatty_acid_46(X))
& object_2(fn_saturated_fatty_acid_45(X),fn_saturated_fatty_acid_44(X))
& object_2(fn_saturated_fatty_acid_45(X),fn_saturated_fatty_acid_46(X))
& agent_2(fn_saturated_fatty_acid_43(X),fn_saturated_fatty_acid_46(X))
& agent_2(fn_saturated_fatty_acid_43(X),fn_saturated_fatty_acid_47(X))
& is_inside_2(fn_saturated_fatty_acid_47(X),fn_saturated_fatty_acid_7(X))
& quantity_2(fn_saturated_fatty_acid_11(X),fn_saturated_fatty_acid_32(X))
& is_at_2(fn_saturated_fatty_acid_38(X),fn_saturated_fatty_acid_40(X))
& object_2(fn_saturated_fatty_acid_31(X),fn_saturated_fatty_acid_44(X))
& agent_2(fn_saturated_fatty_acid_22(X),fn_saturated_fatty_acid_44(X))
& has_part_2(X,fn_saturated_fatty_acid_15(X))
& is_inside_2(fn_saturated_fatty_acid_15(X),fn_saturated_fatty_acid_7(X))
& object_2(fn_saturated_fatty_acid_10(X),X)
& speed_2(fn_saturated_fatty_acid_10(X),fn_saturated_fatty_acid_33(X))
& directly_proportional_2(fn_saturated_fatty_acid_33(X),fn_saturated_fatty_acid_32(X))
& object_2(fn_saturated_fatty_acid_56(X),fn_saturated_fatty_acid_47(X))
& object_2(fn_saturated_fatty_acid_56(X),fn_saturated_fatty_acid_46(X))
& object_2(fn_saturated_fatty_acid_31(X),fn_saturated_fatty_acid_46(X))
& object_2(fn_saturated_fatty_acid_31(X),fn_saturated_fatty_acid_58(X))
& agent_2(fn_saturated_fatty_acid_23(X),fn_saturated_fatty_acid_58(X))
& agent_2(fn_saturated_fatty_acid_19(X),fn_saturated_fatty_acid_58(X))
& agent_2(fn_saturated_fatty_acid_22(X),fn_saturated_fatty_acid_58(X))
& agent_2(fn_saturated_fatty_acid_22(X),fn_saturated_fatty_acid_46(X))
& object_2(fn_saturated_fatty_acid_29(X),fn_saturated_fatty_acid_46(X))
& object_2(fn_saturated_fatty_acid_29(X),fn_saturated_fatty_acid_44(X))
& object_2(fn_saturated_fatty_acid_71(X),fn_saturated_fatty_acid_60(X))
& agent_2(fn_saturated_fatty_acid_71(X),fn_saturated_fatty_acid_47(X))
& agent_2(fn_saturated_fatty_acid_18(X),fn_saturated_fatty_acid_47(X))
& agent_2(fn_saturated_fatty_acid_18(X),fn_saturated_fatty_acid_46(X))
& agent_2(fn_saturated_fatty_acid_19(X),fn_saturated_fatty_acid_46(X))
& object_2(fn_saturated_fatty_acid_19(X),fn_saturated_fatty_acid_37(X))
& object_2(fn_saturated_fatty_acid_19(X),fn_saturated_fatty_acid_60(X))
& object_2(fn_saturated_fatty_acid_43(X),fn_saturated_fatty_acid_60(X))
& object_2(fn_saturated_fatty_acid_43(X),fn_saturated_fatty_acid_50(X))
& object_2(fn_saturated_fatty_acid_22(X),fn_saturated_fatty_acid_50(X))
& has_region_2(X,fn_saturated_fatty_acid_7(X))
& has_part_2(X,fn_saturated_fatty_acid_49(X))
& possesses_2(X,fn_saturated_fatty_acid_11(X))
& is_inside_2(fn_saturated_fatty_acid_36(X),fn_saturated_fatty_acid_63(X))
& has_region_2(fn_saturated_fatty_acid_44(X),fn_saturated_fatty_acid_67(X))
& object_2(fn_saturated_fatty_acid_26(X),fn_saturated_fatty_acid_58(X))
& object_2(fn_saturated_fatty_acid_45(X),fn_saturated_fatty_acid_58(X))
& agent_2(fn_saturated_fatty_acid_21(X),fn_saturated_fatty_acid_44(X))
& is_inside_2(fn_saturated_fatty_acid_52(X),fn_saturated_fatty_acid_35(X))
& object_2(fn_saturated_fatty_acid_20(X),fn_saturated_fatty_acid_44(X))
& object_2(fn_saturated_fatty_acid_56(X),fn_saturated_fatty_acid_58(X))
& has_region_2(fn_saturated_fatty_acid_47(X),fn_saturated_fatty_acid_59(X))
& has_region_2(fn_saturated_fatty_acid_47(X),fn_saturated_fatty_acid_68(X))
& is_near_2(fn_saturated_fatty_acid_59(X),fn_saturated_fatty_acid_60(X))
& object_2(fn_saturated_fatty_acid_65(X),fn_saturated_fatty_acid_60(X))
& agent_2(fn_saturated_fatty_acid_65(X),fn_saturated_fatty_acid_34(X))
& is_near_2(fn_saturated_fatty_acid_60(X),fn_saturated_fatty_acid_59(X))
& is_inside_2(fn_saturated_fatty_acid_48(X),fn_saturated_fatty_acid_57(X))
& is_inside_2(fn_saturated_fatty_acid_58(X),fn_saturated_fatty_acid_57(X))
& agent_2(fn_saturated_fatty_acid_18(X),fn_saturated_fatty_acid_58(X))
& fn_saturated_fatty_acid_48(X) != fn_saturated_fatty_acid_58(X)
& fn_saturated_fatty_acid_58(X) != fn_saturated_fatty_acid_48(X)
& object_2(fn_saturated_fatty_acid_66(X),fn_saturated_fatty_acid_44(X))
& object_2(fn_saturated_fatty_acid_66(X),fn_saturated_fatty_acid_46(X))
& has_part_2(X,fn_saturated_fatty_acid_46(X))
& has_part_2(X,fn_saturated_fatty_acid_44(X))
& has_part_2(fn_saturated_fatty_acid_44(X),fn_saturated_fatty_acid_50(X))
& object_2(fn_saturated_fatty_acid_28(X),fn_saturated_fatty_acid_44(X))
& object_2(fn_saturated_fatty_acid_28(X),fn_saturated_fatty_acid_58(X))
& object_2(fn_saturated_fatty_acid_30(X),fn_saturated_fatty_acid_58(X))
& object_2(fn_saturated_fatty_acid_30(X),fn_saturated_fatty_acid_46(X))
& has_region_2(fn_saturated_fatty_acid_46(X),fn_saturated_fatty_acid_59(X))
& fn_saturated_fatty_acid_68(X) != fn_saturated_fatty_acid_55(X)
& is_at_2(fn_saturated_fatty_acid_59(X),fn_saturated_fatty_acid_68(X))
& is_inside_2(fn_saturated_fatty_acid_59(X),fn_saturated_fatty_acid_54(X))
& fn_saturated_fatty_acid_54(X) != fn_saturated_fatty_acid_67(X)
& fn_saturated_fatty_acid_67(X) != fn_saturated_fatty_acid_39(X)
& fn_saturated_fatty_acid_55(X) != fn_saturated_fatty_acid_68(X)
& fn_saturated_fatty_acid_67(X) != fn_saturated_fatty_acid_54(X)
& fn_saturated_fatty_acid_39(X) != fn_saturated_fatty_acid_67(X)
& object_2(fn_saturated_fatty_acid_27(X),fn_saturated_fatty_acid_58(X))
& object_2(fn_saturated_fatty_acid_27(X),fn_saturated_fatty_acid_44(X))
& has_region_2(fn_saturated_fatty_acid_44(X),fn_saturated_fatty_acid_63(X))
& fn_saturated_fatty_acid_63(X) != fn_saturated_fatty_acid_59(X)
& is_at_2(fn_saturated_fatty_acid_59(X),fn_saturated_fatty_acid_55(X))
& fn_saturated_fatty_acid_59(X) != fn_saturated_fatty_acid_63(X)
& object_2(fn_saturated_fatty_acid_70(X),fn_saturated_fatty_acid_47(X))
& is_at_2(fn_saturated_fatty_acid_47(X),fn_saturated_fatty_acid_8(X))
& has_region_2(X,fn_saturated_fatty_acid_8(X))
& has_part_2(X,fn_saturated_fatty_acid_47(X))
& has_part_2(fn_saturated_fatty_acid_47(X),fn_saturated_fatty_acid_34(X))
& object_2(fn_saturated_fatty_acid_20(X),fn_saturated_fatty_acid_58(X))
& fn_saturated_fatty_acid_58(X) != fn_saturated_fatty_acid_44(X)
& has_region_2(fn_saturated_fatty_acid_44(X),fn_saturated_fatty_acid_35(X))
& fn_saturated_fatty_acid_44(X) != fn_saturated_fatty_acid_58(X)
& fn_saturated_fatty_acid_39(X) != fn_saturated_fatty_acid_35(X)
& fn_saturated_fatty_acid_35(X) != fn_saturated_fatty_acid_39(X)
& object_2(fn_saturated_fatty_acid_70(X),fn_saturated_fatty_acid_48(X))
& object_2(fn_saturated_fatty_acid_70(X),fn_saturated_fatty_acid_46(X))
& has_region_2(fn_saturated_fatty_acid_46(X),fn_saturated_fatty_acid_54(X))
& fn_saturated_fatty_acid_54(X) != fn_saturated_fatty_acid_52(X)
& fn_saturated_fatty_acid_52(X) != fn_saturated_fatty_acid_39(X)
& fn_saturated_fatty_acid_52(X) != fn_saturated_fatty_acid_54(X)
& fn_saturated_fatty_acid_39(X) != fn_saturated_fatty_acid_52(X)
& object_2(fn_saturated_fatty_acid_20(X),fn_saturated_fatty_acid_47(X))
& object_2(fn_saturated_fatty_acid_20(X),fn_saturated_fatty_acid_46(X))
& object_2(fn_saturated_fatty_acid_26(X),fn_saturated_fatty_acid_46(X))
& object_2(fn_saturated_fatty_acid_26(X),fn_saturated_fatty_acid_44(X))
& has_region_2(fn_saturated_fatty_acid_44(X),fn_saturated_fatty_acid_64(X))
& agent_2(fn_saturated_fatty_acid_72(X),fn_saturated_fatty_acid_47(X))
& object_2(fn_saturated_fatty_acid_72(X),fn_saturated_fatty_acid_60(X))
& has_part_2(fn_saturated_fatty_acid_47(X),fn_saturated_fatty_acid_60(X))
& fn_saturated_fatty_acid_48(X) != fn_saturated_fatty_acid_47(X)
& fn_saturated_fatty_acid_47(X) != fn_saturated_fatty_acid_48(X)
& agent_2(fn_saturated_fatty_acid_17(X),fn_saturated_fatty_acid_47(X))
& fn_saturated_fatty_acid_47(X) != fn_saturated_fatty_acid_58(X)
& has_region_2(fn_saturated_fatty_acid_58(X),fn_saturated_fatty_acid_64(X))
& fn_saturated_fatty_acid_58(X) != fn_saturated_fatty_acid_47(X)
& fn_saturated_fatty_acid_53(X) != fn_saturated_fatty_acid_64(X)
& fn_saturated_fatty_acid_64(X) != fn_saturated_fatty_acid_53(X)
& object_2(fn_saturated_fatty_acid_70(X),fn_saturated_fatty_acid_58(X))
& object_2(fn_saturated_fatty_acid_70(X),fn_saturated_fatty_acid_44(X))
& is_inside_2(fn_saturated_fatty_acid_44(X),fn_saturated_fatty_acid_57(X))
& is_inside_2(fn_saturated_fatty_acid_46(X),fn_saturated_fatty_acid_57(X))
& has_part_2(fn_saturated_fatty_acid_46(X),fn_saturated_fatty_acid_61(X))
& agent_2(fn_saturated_fatty_acid_17(X),fn_saturated_fatty_acid_46(X))
& agent_2(fn_saturated_fatty_acid_17(X),fn_saturated_fatty_acid_58(X))
& has_region_2(fn_saturated_fatty_acid_58(X),fn_saturated_fatty_acid_40(X))
& fn_saturated_fatty_acid_68(X) != fn_saturated_fatty_acid_40(X)
& fn_saturated_fatty_acid_40(X) != fn_saturated_fatty_acid_68(X)
& agent_2(fn_saturated_fatty_acid_71(X),fn_saturated_fatty_acid_58(X))
& agent_2(fn_saturated_fatty_acid_71(X),fn_saturated_fatty_acid_46(X))
& has_region_2(fn_saturated_fatty_acid_46(X),fn_saturated_fatty_acid_55(X))
& fn_saturated_fatty_acid_40(X) != fn_saturated_fatty_acid_55(X)
& fn_saturated_fatty_acid_55(X) != fn_saturated_fatty_acid_40(X)
& object_2(fn_saturated_fatty_acid_16(X),fn_saturated_fatty_acid_50(X))
& object_2(fn_saturated_fatty_acid_21(X),fn_saturated_fatty_acid_50(X))
& agent_2(fn_saturated_fatty_acid_21(X),fn_saturated_fatty_acid_58(X))
& has_region_2(fn_saturated_fatty_acid_58(X),fn_saturated_fatty_acid_39(X))
& fn_saturated_fatty_acid_39(X) != fn_saturated_fatty_acid_54(X)
& fn_saturated_fatty_acid_54(X) != fn_saturated_fatty_acid_39(X)
& agent_2(fn_saturated_fatty_acid_72(X),fn_saturated_fatty_acid_46(X))
& has_region_2(fn_saturated_fatty_acid_46(X),fn_saturated_fatty_acid_62(X))
& fn_saturated_fatty_acid_62(X) != fn_saturated_fatty_acid_63(X)
& fn_saturated_fatty_acid_59(X) != fn_saturated_fatty_acid_62(X)
& fn_saturated_fatty_acid_62(X) != fn_saturated_fatty_acid_59(X)
& fn_saturated_fatty_acid_63(X) != fn_saturated_fatty_acid_62(X)
& object_2(fn_saturated_fatty_acid_16(X),fn_saturated_fatty_acid_61(X))
& is_near_2(fn_saturated_fatty_acid_61(X),fn_saturated_fatty_acid_59(X))
& fn_saturated_fatty_acid_59(X) != fn_saturated_fatty_acid_38(X)
& is_near_2(fn_saturated_fatty_acid_59(X),fn_saturated_fatty_acid_61(X))
& fn_saturated_fatty_acid_38(X) != fn_saturated_fatty_acid_59(X)
& fn_saturated_fatty_acid_63(X) != fn_saturated_fatty_acid_38(X)
& fn_saturated_fatty_acid_38(X) != fn_saturated_fatty_acid_63(X)
& agent_2(fn_saturated_fatty_acid_72(X),fn_saturated_fatty_acid_58(X))
& object_2(fn_saturated_fatty_acid_72(X),fn_saturated_fatty_acid_37(X))
& object_2(fn_saturated_fatty_acid_18(X),fn_saturated_fatty_acid_37(X))
& object_2(fn_saturated_fatty_acid_18(X),fn_saturated_fatty_acid_60(X))
& object_2(fn_saturated_fatty_acid_16(X),fn_saturated_fatty_acid_60(X))
& agent_2(fn_saturated_fatty_acid_16(X),fn_saturated_fatty_acid_47(X))
& agent_2(fn_saturated_fatty_acid_16(X),fn_saturated_fatty_acid_44(X))
& has_region_2(fn_saturated_fatty_acid_44(X),fn_saturated_fatty_acid_52(X))
& fn_saturated_fatty_acid_35(X) != fn_saturated_fatty_acid_52(X)
& fn_saturated_fatty_acid_52(X) != fn_saturated_fatty_acid_35(X)
& object_2(fn_saturated_fatty_acid_73(X),fn_saturated_fatty_acid_50(X))
& agent_2(fn_saturated_fatty_acid_73(X),fn_saturated_fatty_acid_47(X))
& fn_saturated_fatty_acid_47(X) != fn_saturated_fatty_acid_46(X)
& fn_saturated_fatty_acid_46(X) != fn_saturated_fatty_acid_47(X)
& fn_saturated_fatty_acid_48(X) != fn_saturated_fatty_acid_46(X)
& fn_saturated_fatty_acid_46(X) != fn_saturated_fatty_acid_48(X)
& object_2(fn_saturated_fatty_acid_17(X),fn_saturated_fatty_acid_37(X))
& object_2(fn_saturated_fatty_acid_17(X),fn_saturated_fatty_acid_60(X))
& fn_saturated_fatty_acid_60(X) != fn_saturated_fatty_acid_61(X)
& fn_saturated_fatty_acid_61(X) != fn_saturated_fatty_acid_50(X)
& is_near_2(fn_saturated_fatty_acid_50(X),fn_saturated_fatty_acid_63(X))
& fn_saturated_fatty_acid_61(X) != fn_saturated_fatty_acid_60(X)
& fn_saturated_fatty_acid_50(X) != fn_saturated_fatty_acid_61(X)
& is_near_2(fn_saturated_fatty_acid_63(X),fn_saturated_fatty_acid_50(X))
& agent_2(fn_saturated_fatty_acid_73(X),fn_saturated_fatty_acid_58(X))
& agent_2(fn_saturated_fatty_acid_73(X),fn_saturated_fatty_acid_46(X))
& fn_saturated_fatty_acid_46(X) != fn_saturated_fatty_acid_58(X)
& has_region_2(fn_saturated_fatty_acid_58(X),fn_saturated_fatty_acid_38(X))
& is_near_2(fn_saturated_fatty_acid_38(X),fn_saturated_fatty_acid_37(X))
& fn_saturated_fatty_acid_58(X) != fn_saturated_fatty_acid_46(X)
& is_near_2(fn_saturated_fatty_acid_37(X),fn_saturated_fatty_acid_38(X))
& agent_2(fn_saturated_fatty_acid_16(X),fn_saturated_fatty_acid_58(X))
& agent_2(fn_saturated_fatty_acid_16(X),fn_saturated_fatty_acid_46(X))
& fn_saturated_fatty_acid_46(X) != fn_saturated_fatty_acid_44(X)
& has_region_2(fn_saturated_fatty_acid_44(X),fn_saturated_fatty_acid_53(X))
& fn_saturated_fatty_acid_53(X) != fn_saturated_fatty_acid_55(X)
& fn_saturated_fatty_acid_44(X) != fn_saturated_fatty_acid_46(X)
& fn_saturated_fatty_acid_55(X) != fn_saturated_fatty_acid_53(X)
& object_2(fn_saturated_fatty_acid_73(X),fn_saturated_fatty_acid_61(X))
& is_near_2(fn_saturated_fatty_acid_61(X),fn_saturated_fatty_acid_62(X))
& is_at_2(fn_saturated_fatty_acid_62(X),fn_saturated_fatty_acid_53(X))
& fn_saturated_fatty_acid_53(X) != fn_saturated_fatty_acid_40(X)
& fn_saturated_fatty_acid_40(X) != fn_saturated_fatty_acid_64(X)
& is_near_2(fn_saturated_fatty_acid_62(X),fn_saturated_fatty_acid_61(X))
& fn_saturated_fatty_acid_40(X) != fn_saturated_fatty_acid_53(X)
& fn_saturated_fatty_acid_64(X) != fn_saturated_fatty_acid_40(X)
& fn_saturated_fatty_acid_15(X) != fn_saturated_fatty_acid_47(X)
& is_inside_2(fn_saturated_fatty_acid_47(X),fn_saturated_fatty_acid_57(X))
& has_region_2(X,fn_saturated_fatty_acid_57(X))
& has_part_2(X,fn_saturated_fatty_acid_48(X))
& fn_saturated_fatty_acid_48(X) != fn_saturated_fatty_acid_44(X)
& fn_saturated_fatty_acid_47(X) != fn_saturated_fatty_acid_15(X)
& fn_saturated_fatty_acid_44(X) != fn_saturated_fatty_acid_48(X)
& object_2(fn_saturated_fatty_acid_73(X),fn_saturated_fatty_acid_60(X))
& agent_2(fn_saturated_fatty_acid_73(X),fn_saturated_fatty_acid_44(X))
& is_inside_2(fn_saturated_fatty_acid_44(X),fn_saturated_fatty_acid_7(X))
& is_inside_2(fn_saturated_fatty_acid_14(X),fn_saturated_fatty_acid_7(X))
& fn_saturated_fatty_acid_14(X) != fn_saturated_fatty_acid_15(X)
& fn_saturated_fatty_acid_15(X) != fn_saturated_fatty_acid_14(X)
& has_part_2(X,fn_saturated_fatty_acid_58(X))
& has_part_2(fn_saturated_fatty_acid_58(X),fn_saturated_fatty_acid_37(X))
& fn_saturated_fatty_acid_37(X) != fn_saturated_fatty_acid_50(X)
& fn_saturated_fatty_acid_60(X) != fn_saturated_fatty_acid_37(X)
& fn_saturated_fatty_acid_37(X) != fn_saturated_fatty_acid_60(X)
& fn_saturated_fatty_acid_50(X) != fn_saturated_fatty_acid_37(X)
& fn_saturated_fatty_acid_37(X) = fn_share_2(fn_saturated_fatty_acid_43(X))
& fn_saturated_fatty_acid_37(X) = fn_share_2(fn_saturated_fatty_acid_25(X))
& fn_saturated_fatty_acid_37(X) = fn_share_2(fn_saturated_fatty_acid_71(X))
& fn_saturated_fatty_acid_61(X) = fn_share_2(fn_saturated_fatty_acid_22(X))
& fn_saturated_fatty_acid_46(X) = fn_share_3(fn_saturated_fatty_acid_25(X))
& fn_saturated_fatty_acid_58(X) = fn_share_1(fn_saturated_fatty_acid_25(X))
& fn_saturated_fatty_acid_44(X) = fn_share_3(fn_saturated_fatty_acid_43(X))
& fn_saturated_fatty_acid_46(X) = fn_share_3(fn_saturated_fatty_acid_24(X))
& fn_saturated_fatty_acid_58(X) = fn_share_1(fn_saturated_fatty_acid_43(X))
& fn_saturated_fatty_acid_58(X) = fn_share_1(fn_saturated_fatty_acid_24(X))
& fn_saturated_fatty_acid_44(X) = fn_hold_2(fn_saturated_fatty_acid_30(X))
& fn_saturated_fatty_acid_48(X) = fn_hold_2(fn_saturated_fatty_acid_20(X))
& fn_saturated_fatty_acid_48(X) = fn_hold_2(fn_saturated_fatty_acid_45(X))
& fn_saturated_fatty_acid_42(X) = fn_hydrocarbon_molecule_14(fn_saturated_fatty_acid_49(X))
& fn_saturated_fatty_acid_52(X) = fn_atom_9(fn_saturated_fatty_acid_58(X))
& fn_saturated_fatty_acid_15(X) = fn_molecule_11(X)
& fn_saturated_fatty_acid_12(X) = fn_molecule_10(X)
& fn_saturated_fatty_acid_34(X) = fn_atomic_nucleus_9(fn_saturated_fatty_acid_59(X))
& fn_saturated_fatty_acid_51(X) = fn_atom_14(fn_saturated_fatty_acid_44(X))
& fn_saturated_fatty_acid_51(X) = fn_carbon_10(fn_saturated_fatty_acid_44(X))
& fn_saturated_fatty_acid_47(X) = fn_second_electron_shell_13(fn_saturated_fatty_acid_69(X))
& fn_saturated_fatty_acid_54(X) = fn_second_electron_shell_21(fn_saturated_fatty_acid_69(X))
& fn_saturated_fatty_acid_28(X) = fn_covalent_bond_14(fn_saturated_fatty_acid_12(X))
& fn_saturated_fatty_acid_39(X) = fn_covalent_bond_12(fn_saturated_fatty_acid_12(X))
& fn_saturated_fatty_acid_61(X) = fn_covalent_bond_18(fn_saturated_fatty_acid_12(X))
& fn_saturated_fatty_acid_21(X) = fn_covalent_bond_17(fn_saturated_fatty_acid_12(X))
& fn_saturated_fatty_acid_53(X) = fn_covalent_bond_21(fn_saturated_fatty_acid_12(X))
& fn_saturated_fatty_acid_46(X) = fn_covalent_bond_19(fn_saturated_fatty_acid_12(X))
& fn_saturated_fatty_acid_52(X) = fn_covalent_bond_12(fn_saturated_fatty_acid_12(X))
& fn_saturated_fatty_acid_69(X) = fn_covalent_bond_11(fn_saturated_fatty_acid_12(X))
& fn_saturated_fatty_acid_45(X) = fn_covalent_bond_14(fn_saturated_fatty_acid_12(X))
& fn_saturated_fatty_acid_55(X) = fn_covalent_bond_23(fn_saturated_fatty_acid_12(X))
& fn_saturated_fatty_acid_23(X) = fn_covalent_bond_17(fn_saturated_fatty_acid_12(X))
& fn_saturated_fatty_acid_56(X) = fn_covalent_bond_14(fn_saturated_fatty_acid_12(X))
& fn_saturated_fatty_acid_19(X) = fn_covalent_bond_17(fn_saturated_fatty_acid_12(X))
& fn_saturated_fatty_acid_61(X) = fn_covalent_bond_15(fn_saturated_fatty_acid_12(X))
& fn_saturated_fatty_acid_24(X) = fn_covalent_bond_17(fn_saturated_fatty_acid_12(X))
& fn_saturated_fatty_acid_50(X) = fn_covalent_bond_18(fn_saturated_fatty_acid_12(X))
& fn_saturated_fatty_acid_41(X) = fn_covalent_bond_10(fn_saturated_fatty_acid_12(X))
& fn_saturated_fatty_acid_36(X) = fn_covalent_bond_4(fn_saturated_fatty_acid_12(X))
& fn_saturated_fatty_acid_44(X) = fn_covalent_bond_19(fn_saturated_fatty_acid_12(X))
& fn_saturated_fatty_acid_47(X) = fn_covalent_bond_20(fn_saturated_fatty_acid_12(X))
& fn_saturated_fatty_acid_14(X) = fn_covalent_bond_19(fn_saturated_fatty_acid_12(X))
& fn_saturated_fatty_acid_14(X) = fn_organic_acid_14(X)
& fn_saturated_fatty_acid_37(X) = fn_organic_acid_2(X)
& fn_saturated_fatty_acid_55(X) = fn_organic_acid_5(X)
& fn_saturated_fatty_acid_64(X) = fn_organic_acid_9(X)
& fn_saturated_fatty_acid_27(X) = fn_organic_acid_1(X)
& fn_saturated_fatty_acid_23(X) = fn_organic_acid_15(X)
& fn_saturated_fatty_acid_7(X) = fn_organic_acid_12(X)
& fn_saturated_fatty_acid_47(X) = fn_organic_acid_14(X)
& fn_saturated_fatty_acid_43(X) = fn_organic_acid_15(X)
& fn_saturated_fatty_acid_46(X) = fn_organic_acid_13(X)
& fn_saturated_fatty_acid_45(X) = fn_organic_acid_1(X)
& fn_saturated_fatty_acid_11(X) = fn_carboxylic_acid_23(X)
& fn_saturated_fatty_acid_5(X) = fn_carboxylic_acid_27(X)
& fn_saturated_fatty_acid_40(X) = fn_carboxylic_acid_12(X)
& fn_saturated_fatty_acid_22(X) = fn_carboxylic_acid_16(X)
& fn_saturated_fatty_acid_7(X) = fn_carboxylic_acid_10(X)
& fn_saturated_fatty_acid_15(X) = fn_carboxylic_acid_9(X)
& fn_saturated_fatty_acid_6(X) = fn_carboxylic_acid_26(X)
& fn_saturated_fatty_acid_32(X) = fn_carboxylic_acid_20(X)
& fn_saturated_fatty_acid_33(X) = fn_carboxylic_acid_21(X)
& fn_saturated_fatty_acid_10(X) = fn_carboxylic_acid_22(X)
& fn_saturated_fatty_acid_23(X) = fn_carboxylic_acid_3(X)
& fn_saturated_fatty_acid_31(X) = fn_carboxylic_acid_25(X)
& fn_saturated_fatty_acid_56(X) = fn_carboxylic_acid_19(X)
& fn_saturated_fatty_acid_29(X) = fn_carboxylic_acid_2(X)
& fn_saturated_fatty_acid_58(X) = fn_carboxylic_acid_5(X)
& fn_saturated_fatty_acid_19(X) = fn_carboxylic_acid_16(X)
& fn_saturated_fatty_acid_46(X) = fn_carboxylic_acid_4(X)
& fn_saturated_fatty_acid_18(X) = fn_carboxylic_acid_3(X)
& fn_saturated_fatty_acid_47(X) = fn_carboxylic_acid_9(X)
& fn_saturated_fatty_acid_71(X) = fn_carboxylic_acid_24(X)
& fn_saturated_fatty_acid_22(X) = fn_carboxylic_acid_24(X)
& fn_saturated_fatty_acid_50(X) = fn_carboxylic_acid_15(X)
& fn_saturated_fatty_acid_43(X) = fn_carboxylic_acid_16(X)
& fn_saturated_fatty_acid_60(X) = fn_carboxylic_acid_18(X)
& fn_saturated_fatty_acid_19(X) = fn_carboxylic_acid_3(X)
& fn_saturated_fatty_acid_13(X) = fn_hydrophobic_compound_2(X)
& fn_saturated_fatty_acid_9(X) = fn_hydrophobic_compound_3(X)
& fn_saturated_fatty_acid_49(X) = fn_fatty_acid_29(X)
& fn_saturated_fatty_acid_11(X) = fn_fatty_acid_42(X)
& fn_saturated_fatty_acid_36(X) = fn_carbon_17(fn_saturated_fatty_acid_44(X))
& fn_saturated_fatty_acid_36(X) = fn_fatty_acid_35(X)
& fn_saturated_fatty_acid_67(X) = fn_fatty_acid_24(X)
& fn_saturated_fatty_acid_26(X) = fn_fatty_acid_66(X)
& fn_saturated_fatty_acid_45(X) = fn_fatty_acid_13(X)
& fn_saturated_fatty_acid_21(X) = fn_fatty_acid_15(X)
& fn_saturated_fatty_acid_20(X) = fn_fatty_acid_65(X)
& fn_saturated_fatty_acid_56(X) = fn_fatty_acid_11(X)
& fn_saturated_fatty_acid_68(X) = fn_fatty_acid_57(X)
& fn_saturated_fatty_acid_34(X) = fn_fatty_acid_39(X)
& fn_saturated_fatty_acid_65(X) = fn_atomic_nucleus_7(fn_saturated_fatty_acid_59(X))
& fn_saturated_fatty_acid_65(X) = fn_fatty_acid_25(X)
& fn_saturated_fatty_acid_60(X) = fn_atomic_nucleus_8(fn_saturated_fatty_acid_59(X))
& fn_saturated_fatty_acid_60(X) = fn_fatty_acid_45(X)
& fn_saturated_fatty_acid_18(X) = fn_fatty_acid_64(X)
& fn_saturated_fatty_acid_66(X) = fn_fatty_acid_66(X)
& fn_saturated_fatty_acid_30(X) = fn_fatty_acid_65(X)
& fn_saturated_fatty_acid_28(X) = fn_fatty_acid_41(X)
& fn_saturated_fatty_acid_67(X) = fn_fatty_acid_22(X)
& fn_saturated_fatty_acid_55(X) = fn_fatty_acid_59(X)
& fn_saturated_fatty_acid_59(X) = fn_fatty_acid_60(X)
& fn_saturated_fatty_acid_44(X) = fn_first_electron_shell_3(fn_saturated_fatty_acid_67(X))
& fn_saturated_fatty_acid_63(X) = fn_carbon_18(fn_saturated_fatty_acid_44(X))
& fn_saturated_fatty_acid_27(X) = fn_fatty_acid_32(X)
& fn_saturated_fatty_acid_34(X) = fn_fatty_acid_35(X)
& fn_saturated_fatty_acid_8(X) = fn_fatty_acid_3(X)
& fn_saturated_fatty_acid_39(X) = fn_fatty_acid_20(X)
& fn_saturated_fatty_acid_52(X) = fn_fatty_acid_24(X)
& fn_saturated_fatty_acid_54(X) = fn_fatty_acid_22(X)
& fn_saturated_fatty_acid_70(X) = fn_fatty_acid_41(X)
& fn_saturated_fatty_acid_64(X) = fn_fatty_acid_36(X)
& fn_saturated_fatty_acid_26(X) = fn_fatty_acid_13(X)
& fn_saturated_fatty_acid_20(X) = fn_fatty_acid_12(X)
& fn_saturated_fatty_acid_72(X) = fn_fatty_acid_64(X)
& fn_saturated_fatty_acid_53(X) = fn_fatty_acid_36(X)
& fn_saturated_fatty_acid_64(X) = fn_fatty_acid_17(X)
& fn_saturated_fatty_acid_44(X) = fn_carboxylic_acid_9(X)
& fn_saturated_fatty_acid_70(X) = fn_fatty_acid_11(X)
& fn_saturated_fatty_acid_68(X) = fn_fatty_acid_36(X)
& fn_saturated_fatty_acid_40(X) = fn_fatty_acid_59(X)
& fn_saturated_fatty_acid_17(X) = fn_fatty_acid_63(X)
& fn_saturated_fatty_acid_40(X) = fn_fatty_acid_57(X)
& fn_saturated_fatty_acid_46(X) = fn_atomic_nucleus_4(fn_saturated_fatty_acid_59(X))
& fn_saturated_fatty_acid_55(X) = fn_atomic_nucleus_3(fn_saturated_fatty_acid_59(X))
& fn_saturated_fatty_acid_55(X) = fn_fatty_acid_38(X)
& fn_saturated_fatty_acid_46(X) = fn_fatty_acid_31(X)
& fn_saturated_fatty_acid_71(X) = fn_fatty_acid_40(X)
& fn_saturated_fatty_acid_54(X) = fn_fatty_acid_24(X)
& fn_saturated_fatty_acid_39(X) = fn_fatty_acid_61(X)
& fn_saturated_fatty_acid_58(X) = fn_fatty_acid_21(X)
& fn_saturated_fatty_acid_21(X) = fn_fatty_acid_64(X)
& fn_saturated_fatty_acid_50(X) = fn_fatty_acid_26(X)
& fn_saturated_fatty_acid_62(X) = fn_fatty_acid_19(X)
& fn_saturated_fatty_acid_59(X) = fn_fatty_acid_37(X)
& fn_saturated_fatty_acid_62(X) = fn_fatty_acid_60(X)
& fn_saturated_fatty_acid_63(X) = fn_fatty_acid_18(X)
& fn_saturated_fatty_acid_38(X) = fn_fatty_acid_37(X)
& fn_saturated_fatty_acid_61(X) = fn_atomic_nucleus_8(fn_saturated_fatty_acid_59(X))
& fn_saturated_fatty_acid_59(X) = fn_fatty_acid_18(X)
& fn_saturated_fatty_acid_61(X) = fn_fatty_acid_45(X)
& fn_saturated_fatty_acid_18(X) = fn_fatty_acid_63(X)
& fn_saturated_fatty_acid_37(X) = fn_fatty_acid_62(X)
& fn_saturated_fatty_acid_72(X) = fn_fatty_acid_16(X)
& fn_saturated_fatty_acid_35(X) = fn_fatty_acid_23(X)
& fn_saturated_fatty_acid_52(X) = fn_atom_9(fn_saturated_fatty_acid_44(X))
& fn_saturated_fatty_acid_52(X) = fn_fatty_acid_22(X)
& fn_saturated_fatty_acid_16(X) = fn_fatty_acid_40(X)
& fn_saturated_fatty_acid_47(X) = fn_fatty_acid_34(X)
& fn_saturated_fatty_acid_73(X) = fn_fatty_acid_16(X)
& fn_saturated_fatty_acid_50(X) = fn_atom_14(fn_saturated_fatty_acid_44(X))
& fn_saturated_fatty_acid_63(X) = fn_atom_18(fn_saturated_fatty_acid_44(X))
& fn_saturated_fatty_acid_50(X) = fn_first_electron_shell_5(fn_saturated_fatty_acid_67(X))
& fn_saturated_fatty_acid_63(X) = fn_first_electron_shell_7(fn_saturated_fatty_acid_67(X))
& fn_saturated_fatty_acid_50(X) = fn_organic_acid_6(X)
& fn_saturated_fatty_acid_63(X) = fn_organic_acid_8(X)
& fn_saturated_fatty_acid_63(X) = fn_fatty_acid_37(X)
& fn_saturated_fatty_acid_50(X) = fn_fatty_acid_58(X)
& fn_saturated_fatty_acid_61(X) = fn_fatty_acid_62(X)
& fn_saturated_fatty_acid_17(X) = fn_fatty_acid_15(X)
& fn_saturated_fatty_acid_38(X) = fn_carboxylic_acid_13(X)
& fn_saturated_fatty_acid_38(X) = fn_fatty_acid_19(X)
& fn_saturated_fatty_acid_73(X) = fn_fatty_acid_15(X)
& fn_saturated_fatty_acid_55(X) = fn_fatty_acid_36(X)
& fn_saturated_fatty_acid_46(X) = fn_organic_acid_10(X)
& fn_saturated_fatty_acid_44(X) = fn_organic_acid_14(X)
& fn_saturated_fatty_acid_46(X) = fn_fatty_acid_21(X)
& fn_saturated_fatty_acid_16(X) = fn_fatty_acid_14(X)
& fn_saturated_fatty_acid_64(X) = fn_fatty_acid_38(X)
& fn_saturated_fatty_acid_40(X) = fn_fatty_acid_17(X)
& fn_saturated_fatty_acid_53(X) = fn_fatty_acid_38(X)
& fn_saturated_fatty_acid_62(X) = fn_fatty_acid_18(X)
& fn_saturated_fatty_acid_61(X) = fn_fatty_acid_26(X)
& fn_saturated_fatty_acid_44(X) = fn_fatty_acid_33(X)
& fn_saturated_fatty_acid_48(X) = fn_fatty_acid_44(X)
& fn_saturated_fatty_acid_57(X) = fn_organic_acid_11(X)
& fn_saturated_fatty_acid_57(X) = fn_carboxylic_acid_6(X)
& fn_saturated_fatty_acid_57(X) = fn_fatty_acid_43(X)
& fn_saturated_fatty_acid_47(X) = fn_fatty_acid_33(X)
& fn_saturated_fatty_acid_15(X) = fn_fatty_acid_34(X)
& fn_saturated_fatty_acid_14(X) = fn_fatty_acid_33(X)
& fn_saturated_fatty_acid_7(X) = fn_fatty_acid_27(X)
& fn_saturated_fatty_acid_44(X) = fn_fatty_acid_34(X)
& fn_saturated_fatty_acid_73(X) = fn_fatty_acid_14(X)
& fn_saturated_fatty_acid_37(X) = fn_carboxylic_acid_15(X)
& fn_saturated_fatty_acid_50(X) = fn_carboxylic_acid_18(X)
& fn_saturated_fatty_acid_50(X) = fn_fatty_acid_45(X)
& fn_saturated_fatty_acid_60(X) = fn_fatty_acid_58(X)
& fn_saturated_fatty_acid_37(X) = fn_fatty_acid_26(X)
& fn_saturated_fatty_acid_58(X) = fn_fatty_acid_31(X)
& fn_atom_14(fn_saturated_fatty_acid_44(X)) = fn_carbon_10(fn_saturated_fatty_acid_44(X))
& fn_carbon_10(fn_saturated_fatty_acid_44(X)) = fn_covalent_bond_17(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_17(fn_saturated_fatty_acid_12(X)) = fn_organic_acid_15(X)
& fn_organic_acid_15(X) = fn_carboxylic_acid_3(X)
& fn_carboxylic_acid_3(X) = fn_carboxylic_acid_16(X)
& fn_carboxylic_acid_16(X) = fn_carboxylic_acid_24(X)
& fn_carboxylic_acid_24(X) = fn_organic_acid_15(X)
& fn_organic_acid_15(X) = fn_organic_acid_15(X)
& fn_organic_acid_15(X) = fn_carboxylic_acid_16(X)
& fn_carboxylic_acid_16(X) = fn_covalent_bond_17(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_17(fn_saturated_fatty_acid_12(X)) = fn_carboxylic_acid_16(X)
& fn_carboxylic_acid_16(X) = fn_carboxylic_acid_16(X)
& fn_carboxylic_acid_16(X) = fn_carboxylic_acid_3(X)
& fn_carboxylic_acid_3(X) = fn_carboxylic_acid_23(X)
& fn_carboxylic_acid_23(X) = fn_fatty_acid_42(X)
& fn_fatty_acid_42(X) = fn_covalent_bond_4(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_4(fn_saturated_fatty_acid_12(X)) = fn_carbon_17(fn_saturated_fatty_acid_44(X))
& fn_carbon_17(fn_saturated_fatty_acid_44(X)) = fn_covalent_bond_4(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_4(fn_saturated_fatty_acid_12(X)) = fn_covalent_bond_4(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_4(fn_saturated_fatty_acid_12(X)) = fn_fatty_acid_35(X)
& fn_fatty_acid_35(X) = fn_covalent_bond_14(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_14(fn_saturated_fatty_acid_12(X)) = fn_organic_acid_1(X)
& fn_organic_acid_1(X) = fn_organic_acid_1(X)
& fn_organic_acid_1(X) = fn_fatty_acid_13(X)
& fn_fatty_acid_13(X) = fn_covalent_bond_14(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_14(fn_saturated_fatty_acid_12(X)) = fn_carboxylic_acid_19(X)
& fn_carboxylic_acid_19(X) = fn_carboxylic_acid_19(X)
& fn_carboxylic_acid_19(X) = fn_fatty_acid_11(X)
& fn_fatty_acid_11(X) = fn_fatty_acid_25(X)
& fn_fatty_acid_25(X) = fn_atomic_nucleus_7(fn_saturated_fatty_acid_59(X))
& fn_atomic_nucleus_7(fn_saturated_fatty_acid_59(X)) = fn_fatty_acid_25(X)
& fn_fatty_acid_25(X) = fn_covalent_bond_14(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_14(fn_saturated_fatty_acid_12(X)) = fn_fatty_acid_41(X)
& fn_fatty_acid_41(X) = fn_fatty_acid_24(X)
& fn_fatty_acid_22(X) = fn_organic_acid_1(X)
& fn_organic_acid_1(X) = fn_fatty_acid_32(X)
& fn_fatty_acid_32(X) = fn_fatty_acid_32(X)
& fn_fatty_acid_32(X) = fn_atomic_nucleus_9(fn_saturated_fatty_acid_59(X))
& fn_atomic_nucleus_9(fn_saturated_fatty_acid_59(X)) = fn_fatty_acid_39(X)
& fn_fatty_acid_39(X) = fn_fatty_acid_39(X)
& fn_fatty_acid_39(X) = fn_fatty_acid_35(X)
& fn_fatty_acid_35(X) = fn_fatty_acid_66(X)
& fn_fatty_acid_66(X) = fn_fatty_acid_13(X)
& fn_fatty_acid_13(X) = fn_fatty_acid_13(X)
& fn_fatty_acid_13(X) = fn_fatty_acid_65(X)
& fn_fatty_acid_65(X) = fn_fatty_acid_12(X)
& fn_fatty_acid_12(X) = fn_fatty_acid_12(X)
& fn_fatty_acid_12(X) = fn_fatty_acid_41(X)
& fn_fatty_acid_41(X) = fn_fatty_acid_41(X)
& fn_fatty_acid_41(X) = fn_fatty_acid_11(X)
& fn_fatty_acid_11(X) = fn_fatty_acid_11(X)
& fn_fatty_acid_11(X) = fn_fatty_acid_57(X)
& fn_fatty_acid_57(X) = fn_fatty_acid_36(X)
& fn_fatty_acid_36(X) = fn_carboxylic_acid_24(X)
& fn_carboxylic_acid_24(X) = fn_carboxylic_acid_24(X)
& fn_carboxylic_acid_24(X) = fn_fatty_acid_40(X)
& fn_fatty_acid_40(X) = fn_second_electron_shell_21(fn_saturated_fatty_acid_69(X))
& fn_second_electron_shell_21(fn_saturated_fatty_acid_69(X)) = fn_second_electron_shell_21(fn_saturated_fatty_acid_69(X))
& fn_second_electron_shell_21(fn_saturated_fatty_acid_69(X)) = fn_fatty_acid_22(X)
& fn_fatty_acid_24(X) = fn_covalent_bond_12(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_12(fn_saturated_fatty_acid_12(X)) = fn_fatty_acid_20(X)
& fn_fatty_acid_20(X) = fn_fatty_acid_20(X)
& fn_fatty_acid_20(X) = fn_fatty_acid_61(X)
& fn_fatty_acid_61(X) = fn_fatty_acid_61(X)
& fn_fatty_acid_61(X) = fn_covalent_bond_17(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_17(fn_saturated_fatty_acid_12(X)) = fn_covalent_bond_17(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_17(fn_saturated_fatty_acid_12(X)) = fn_fatty_acid_15(X)
& fn_fatty_acid_15(X) = fn_fatty_acid_64(X)
& fn_fatty_acid_64(X) = fn_fatty_acid_37(X)
& fn_fatty_acid_37(X) = fn_fatty_acid_60(X)
& fn_fatty_acid_60(X) = fn_fatty_acid_37(X)
& fn_fatty_acid_18(X) = fn_carboxylic_acid_3(X)
& fn_carboxylic_acid_3(X) = fn_carboxylic_acid_3(X)
& fn_carboxylic_acid_3(X) = fn_fatty_acid_64(X)
& fn_fatty_acid_64(X) = fn_fatty_acid_63(X)
& fn_fatty_acid_63(X) = fn_fatty_acid_64(X)
& fn_fatty_acid_64(X) = fn_fatty_acid_64(X)
& fn_fatty_acid_64(X) = fn_fatty_acid_16(X)
& fn_fatty_acid_16(X) = fn_atom_9(fn_saturated_fatty_acid_58(X))
& fn_atom_9(fn_saturated_fatty_acid_58(X)) = fn_covalent_bond_12(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_12(fn_saturated_fatty_acid_12(X)) = fn_atom_9(fn_saturated_fatty_acid_44(X))
& fn_atom_9(fn_saturated_fatty_acid_44(X)) = fn_covalent_bond_12(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_12(fn_saturated_fatty_acid_12(X)) = fn_covalent_bond_12(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_12(fn_saturated_fatty_acid_12(X)) = fn_fatty_acid_24(X)
& fn_fatty_acid_22(X) = fn_fatty_acid_24(X)
& fn_fatty_acid_24(X) = fn_fatty_acid_24(X)
& fn_fatty_acid_24(X) = fn_fatty_acid_22(X)
& fn_fatty_acid_22(X) = fn_fatty_acid_22(X)
& fn_fatty_acid_22(X) = fn_carbon_18(fn_saturated_fatty_acid_44(X))
& fn_atom_18(fn_saturated_fatty_acid_44(X)) = fn_carbon_18(fn_saturated_fatty_acid_44(X))
& fn_carbon_18(fn_saturated_fatty_acid_44(X)) = fn_atom_18(fn_saturated_fatty_acid_44(X))
& fn_atom_18(fn_saturated_fatty_acid_44(X)) = fn_first_electron_shell_7(fn_saturated_fatty_acid_67(X))
& fn_first_electron_shell_7(fn_saturated_fatty_acid_67(X)) = fn_carbon_18(fn_saturated_fatty_acid_44(X))
& fn_carbon_18(fn_saturated_fatty_acid_44(X)) = fn_first_electron_shell_7(fn_saturated_fatty_acid_67(X))
& fn_organic_acid_8(X) = fn_first_electron_shell_7(fn_saturated_fatty_acid_67(X))
& fn_first_electron_shell_7(fn_saturated_fatty_acid_67(X)) = fn_first_electron_shell_7(fn_saturated_fatty_acid_67(X))
& fn_first_electron_shell_7(fn_saturated_fatty_acid_67(X)) = fn_organic_acid_8(X)
& fn_organic_acid_8(X) = fn_organic_acid_8(X)
& fn_organic_acid_8(X) = fn_fatty_acid_18(X)
& fn_fatty_acid_18(X) = fn_organic_acid_8(X)
& fn_organic_acid_8(X) = fn_fatty_acid_37(X)
& fn_fatty_acid_37(X) = fn_fatty_acid_18(X)
& fn_fatty_acid_18(X) = fn_fatty_acid_37(X)
& fn_fatty_acid_37(X) = fn_fatty_acid_63(X)
& fn_fatty_acid_63(X) = fn_fatty_acid_63(X)
& fn_fatty_acid_63(X) = fn_fatty_acid_15(X)
& fn_fatty_acid_15(X) = fn_carboxylic_acid_13(X)
& fn_carboxylic_acid_13(X) = fn_fatty_acid_37(X)
& fn_fatty_acid_37(X) = fn_carboxylic_acid_13(X)
& fn_carboxylic_acid_13(X) = fn_fatty_acid_19(X)
& fn_fatty_acid_19(X) = fn_fatty_acid_37(X)
& fn_fatty_acid_37(X) = fn_fatty_acid_37(X)
& fn_fatty_acid_37(X) = fn_fatty_acid_19(X)
& fn_fatty_acid_19(X) = fn_covalent_bond_23(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_23(fn_saturated_fatty_acid_12(X)) = fn_atomic_nucleus_3(fn_saturated_fatty_acid_59(X))
& fn_atomic_nucleus_3(fn_saturated_fatty_acid_59(X)) = fn_atomic_nucleus_3(fn_saturated_fatty_acid_59(X))
& fn_atomic_nucleus_3(fn_saturated_fatty_acid_59(X)) = fn_covalent_bond_23(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_23(fn_saturated_fatty_acid_12(X)) = fn_organic_acid_5(X)
& fn_organic_acid_5(X) = fn_organic_acid_5(X)
& fn_organic_acid_5(X) = fn_fatty_acid_59(X)
& fn_fatty_acid_59(X) = fn_fatty_acid_38(X)
& fn_fatty_acid_38(X) = fn_fatty_acid_36(X)
& fn_fatty_acid_36(X) = fn_share_3(fn_saturated_fatty_acid_25(X))
& fn_share_3(fn_saturated_fatty_acid_25(X)) = fn_share_3(fn_saturated_fatty_acid_24(X))
& fn_share_3(fn_saturated_fatty_acid_24(X)) = fn_atomic_nucleus_4(fn_saturated_fatty_acid_59(X))
& fn_covalent_bond_19(fn_saturated_fatty_acid_12(X)) = fn_atomic_nucleus_4(fn_saturated_fatty_acid_59(X))
& fn_atomic_nucleus_4(fn_saturated_fatty_acid_59(X)) = fn_atomic_nucleus_4(fn_saturated_fatty_acid_59(X))
& fn_atomic_nucleus_4(fn_saturated_fatty_acid_59(X)) = fn_covalent_bond_19(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_19(fn_saturated_fatty_acid_12(X)) = fn_organic_acid_13(X)
& fn_organic_acid_10(X) = fn_organic_acid_13(X)
& fn_organic_acid_13(X) = fn_organic_acid_13(X)
& fn_organic_acid_13(X) = fn_organic_acid_10(X)
& fn_carboxylic_acid_4(X) = fn_organic_acid_10(X)
& fn_organic_acid_10(X) = fn_organic_acid_10(X)
& fn_organic_acid_10(X) = fn_carboxylic_acid_4(X)
& fn_carboxylic_acid_4(X) = fn_carboxylic_acid_4(X)
& fn_carboxylic_acid_4(X) = fn_fatty_acid_31(X)
& fn_fatty_acid_21(X) = fn_fatty_acid_40(X)
& fn_fatty_acid_40(X) = fn_fatty_acid_40(X)
& fn_fatty_acid_40(X) = fn_fatty_acid_14(X)
& fn_fatty_acid_14(X) = fn_organic_acid_9(X)
& fn_organic_acid_9(X) = fn_organic_acid_9(X)
& fn_organic_acid_9(X) = fn_fatty_acid_36(X)
& fn_fatty_acid_36(X) = fn_fatty_acid_17(X)
& fn_fatty_acid_38(X) = fn_fatty_acid_17(X)
& fn_fatty_acid_17(X) = fn_fatty_acid_38(X)
& fn_fatty_acid_38(X) = fn_carboxylic_acid_12(X)
& fn_carboxylic_acid_12(X) = fn_fatty_acid_59(X)
& fn_fatty_acid_59(X) = fn_fatty_acid_59(X)
& fn_fatty_acid_59(X) = fn_fatty_acid_57(X)
& fn_fatty_acid_17(X) = fn_fatty_acid_57(X)
& fn_fatty_acid_57(X) = fn_fatty_acid_57(X)
& fn_fatty_acid_57(X) = fn_fatty_acid_17(X)
& fn_fatty_acid_17(X) = fn_fatty_acid_17(X)
& fn_fatty_acid_17(X) = fn_covalent_bond_21(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_21(fn_saturated_fatty_acid_12(X)) = fn_fatty_acid_36(X)
& fn_fatty_acid_36(X) = fn_fatty_acid_36(X)
& fn_fatty_acid_36(X) = fn_fatty_acid_38(X)
& fn_fatty_acid_38(X) = fn_fatty_acid_38(X)
& fn_fatty_acid_38(X) = fn_fatty_acid_19(X)
& fn_fatty_acid_19(X) = fn_fatty_acid_19(X)
& fn_fatty_acid_19(X) = fn_fatty_acid_60(X)
& fn_fatty_acid_60(X) = fn_fatty_acid_60(X)
& fn_fatty_acid_60(X) = fn_fatty_acid_18(X)
& fn_fatty_acid_18(X) = fn_fatty_acid_18(X)
& fn_fatty_acid_18(X) = fn_share_2(fn_saturated_fatty_acid_22(X))
& fn_share_2(fn_saturated_fatty_acid_22(X)) = fn_atomic_nucleus_8(fn_saturated_fatty_acid_59(X))
& fn_covalent_bond_18(fn_saturated_fatty_acid_12(X)) = fn_atomic_nucleus_8(fn_saturated_fatty_acid_59(X))
& fn_atomic_nucleus_8(fn_saturated_fatty_acid_59(X)) = fn_covalent_bond_18(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_18(fn_saturated_fatty_acid_12(X)) = fn_covalent_bond_15(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_15(fn_saturated_fatty_acid_12(X)) = fn_covalent_bond_15(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_15(fn_saturated_fatty_acid_12(X)) = fn_fatty_acid_45(X)
& fn_fatty_acid_62(X) = fn_fatty_acid_45(X)
& fn_fatty_acid_45(X) = fn_fatty_acid_62(X)
& fn_fatty_acid_26(X) = fn_hold_2(fn_saturated_fatty_acid_20(X))
& fn_hold_2(fn_saturated_fatty_acid_20(X)) = fn_hold_2(fn_saturated_fatty_acid_45(X))
& fn_hold_2(fn_saturated_fatty_acid_45(X)) = fn_fatty_acid_44(X)
& fn_fatty_acid_44(X) = fn_fatty_acid_44(X)
& fn_fatty_acid_44(X) = fn_organic_acid_11(X)
& fn_carboxylic_acid_6(X) = fn_organic_acid_11(X)
& fn_organic_acid_11(X) = fn_carboxylic_acid_6(X)
& fn_fatty_acid_43(X) = fn_carboxylic_acid_6(X)
& fn_carboxylic_acid_6(X) = fn_fatty_acid_43(X)
& fn_fatty_acid_43(X) = fn_fatty_acid_43(X)
& fn_fatty_acid_43(X) = fn_second_electron_shell_13(fn_saturated_fatty_acid_69(X))
& fn_second_electron_shell_13(fn_saturated_fatty_acid_69(X)) = fn_covalent_bond_20(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_20(fn_saturated_fatty_acid_12(X)) = fn_covalent_bond_20(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_20(fn_saturated_fatty_acid_12(X)) = fn_organic_acid_14(X)
& fn_fatty_acid_33(X) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_carboxylic_acid_9(X)
& fn_carboxylic_acid_9(X) = fn_fatty_acid_34(X)
& fn_fatty_acid_34(X) = fn_covalent_bond_19(fn_saturated_fatty_acid_12(X))
& fn_organic_acid_14(X) = fn_fatty_acid_33(X)
& fn_fatty_acid_33(X) = fn_organic_acid_12(X)
& fn_organic_acid_12(X) = fn_carboxylic_acid_10(X)
& fn_carboxylic_acid_10(X) = fn_carboxylic_acid_10(X)
& fn_carboxylic_acid_10(X) = fn_fatty_acid_27(X)
& fn_fatty_acid_27(X) = fn_fatty_acid_27(X)
& fn_fatty_acid_27(X) = fn_share_3(fn_saturated_fatty_acid_43(X))
& fn_share_3(fn_saturated_fatty_acid_43(X)) = fn_hold_2(fn_saturated_fatty_acid_30(X))
& fn_hold_2(fn_saturated_fatty_acid_30(X)) = fn_hold_2(fn_saturated_fatty_acid_30(X))
& fn_hold_2(fn_saturated_fatty_acid_30(X)) = fn_first_electron_shell_3(fn_saturated_fatty_acid_67(X))
& fn_covalent_bond_19(fn_saturated_fatty_acid_12(X)) = fn_first_electron_shell_3(fn_saturated_fatty_acid_67(X))
& fn_first_electron_shell_3(fn_saturated_fatty_acid_67(X)) = fn_first_electron_shell_3(fn_saturated_fatty_acid_67(X))
& fn_first_electron_shell_3(fn_saturated_fatty_acid_67(X)) = fn_covalent_bond_19(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_19(fn_saturated_fatty_acid_12(X)) = fn_covalent_bond_19(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_19(fn_saturated_fatty_acid_12(X)) = fn_organic_acid_14(X)
& fn_organic_acid_14(X) = fn_organic_acid_14(X)
& fn_carboxylic_acid_9(X) = fn_organic_acid_14(X)
& fn_organic_acid_14(X) = fn_carboxylic_acid_9(X)
& fn_carboxylic_acid_9(X) = fn_carboxylic_acid_9(X)
& fn_fatty_acid_33(X) = fn_carboxylic_acid_9(X)
& fn_carboxylic_acid_9(X) = fn_fatty_acid_33(X)
& fn_fatty_acid_34(X) = fn_fatty_acid_33(X)
& fn_fatty_acid_33(X) = fn_fatty_acid_33(X)
& fn_fatty_acid_33(X) = fn_fatty_acid_34(X)
& fn_fatty_acid_34(X) = fn_fatty_acid_34(X)
& fn_fatty_acid_34(X) = fn_fatty_acid_16(X)
& fn_fatty_acid_16(X) = fn_fatty_acid_16(X)
& fn_fatty_acid_16(X) = fn_fatty_acid_15(X)
& fn_fatty_acid_15(X) = fn_fatty_acid_15(X)
& fn_fatty_acid_15(X) = fn_fatty_acid_14(X)
& fn_fatty_acid_14(X) = fn_fatty_acid_14(X)
& fn_fatty_acid_14(X) = fn_atom_14(fn_saturated_fatty_acid_44(X))
& fn_atom_14(fn_saturated_fatty_acid_44(X)) = fn_first_electron_shell_5(fn_saturated_fatty_acid_67(X))
& fn_covalent_bond_18(fn_saturated_fatty_acid_12(X)) = fn_first_electron_shell_5(fn_saturated_fatty_acid_67(X))
& fn_first_electron_shell_5(fn_saturated_fatty_acid_67(X)) = fn_covalent_bond_18(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_18(fn_saturated_fatty_acid_12(X)) = fn_covalent_bond_18(fn_saturated_fatty_acid_12(X))
& fn_covalent_bond_18(fn_saturated_fatty_acid_12(X)) = fn_organic_acid_6(X)
& fn_carboxylic_acid_15(X) = fn_organic_acid_6(X)
& fn_organic_acid_6(X) = fn_organic_acid_6(X)
& fn_organic_acid_6(X) = fn_carboxylic_acid_15(X)
& fn_carboxylic_acid_15(X) = fn_carboxylic_acid_18(X)
& fn_fatty_acid_26(X) = fn_carboxylic_acid_18(X)
& fn_carboxylic_acid_18(X) = fn_fatty_acid_26(X)
& fn_fatty_acid_26(X) = fn_fatty_acid_58(X)
& fn_fatty_acid_58(X) = fn_fatty_acid_45(X)
& fn_fatty_acid_45(X) = fn_carboxylic_acid_18(X)
& fn_carboxylic_acid_18(X) = fn_atomic_nucleus_8(fn_saturated_fatty_acid_59(X))
& fn_atomic_nucleus_8(fn_saturated_fatty_acid_59(X)) = fn_atomic_nucleus_8(fn_saturated_fatty_acid_59(X))
& fn_atomic_nucleus_8(fn_saturated_fatty_acid_59(X)) = fn_carboxylic_acid_18(X)
& fn_carboxylic_acid_18(X) = fn_carboxylic_acid_18(X)
& fn_carboxylic_acid_18(X) = fn_fatty_acid_45(X)
& fn_fatty_acid_45(X) = fn_fatty_acid_45(X)
& fn_fatty_acid_45(X) = fn_fatty_acid_58(X)
& fn_fatty_acid_58(X) = fn_fatty_acid_58(X)
& fn_fatty_acid_58(X) = fn_share_2(fn_saturated_fatty_acid_43(X))
& fn_share_2(fn_saturated_fatty_acid_43(X)) = fn_share_2(fn_saturated_fatty_acid_25(X))
& fn_share_2(fn_saturated_fatty_acid_25(X)) = fn_share_2(fn_saturated_fatty_acid_71(X))
& fn_share_2(fn_saturated_fatty_acid_71(X)) = fn_organic_acid_2(X)
& fn_organic_acid_2(X) = fn_organic_acid_2(X)
& fn_organic_acid_2(X) = fn_carboxylic_acid_15(X)
& fn_fatty_acid_62(X) = fn_carboxylic_acid_15(X)
& fn_carboxylic_acid_15(X) = fn_carboxylic_acid_15(X)
& fn_carboxylic_acid_15(X) = fn_fatty_acid_62(X)
& fn_fatty_acid_62(X) = fn_fatty_acid_62(X)
& fn_fatty_acid_62(X) = fn_fatty_acid_26(X)
& fn_fatty_acid_26(X) = fn_fatty_acid_26(X)
& fn_fatty_acid_26(X) = fn_share_1(fn_saturated_fatty_acid_25(X))
& fn_share_1(fn_saturated_fatty_acid_25(X)) = fn_share_1(fn_saturated_fatty_acid_43(X))
& fn_share_1(fn_saturated_fatty_acid_43(X)) = fn_share_1(fn_saturated_fatty_acid_24(X))
& fn_share_1(fn_saturated_fatty_acid_24(X)) = fn_carboxylic_acid_5(X)
& fn_carboxylic_acid_5(X) = fn_carboxylic_acid_5(X)
& fn_carboxylic_acid_5(X) = fn_fatty_acid_21(X)
& fn_fatty_acid_31(X) = fn_fatty_acid_21(X)
& fn_fatty_acid_21(X) = fn_fatty_acid_21(X)
& fn_fatty_acid_21(X) = fn_fatty_acid_31(X)
& fn_fatty_acid_31(X) = fn_fatty_acid_31(X) ) ) ).
fof(a532462,axiom,
! [X] :
( savanna_1(X)
=> ( original_name_2(X,'Savanna')
& user_description_2(X,'A grassland biome in which trees are sparsely distributed so that the canopy does not close and enough sunlight penetrates to support the growth of grasses. Savannas are characterized by seasonal rain and occasional wildfire.')
& concept2words_2(X,savanna)
& terrestrial_biome_1(X)
& ~ chaparral_1(X)
& ~ desert_1(X)
& ~ northern_coniferous_1(X)
& ~ temperate_broadleaf_forest_1(X)
& ~ temperate_grassland_1(X)
& ~ tropical_rain_forest_1(X)
& ~ tropics_1(X)
& ~ tundra_1(X) ) ) ).
fof(a532463,axiom,
! [X] :
( scaffolding_protein_1(X)
=> ( original_name_2(X,'Scaffolding-Protein')
& user_description_2(X,'A type of protein that regulates signaling pathways; a large protein to which other relay proteins are attached, making signal transmission more efficient.')
& concept2words_2(X,'protein of scaffolding')
& concept2words_2(X,'scaffolding protein')
& concept2words_2(X,'scaffolding-protein')
& relay_protein_1(X)
& ~ calmodulin_1(X)
& ~ g_protein_1(X)
& signal_transduction_with_scaffolding_protein_1(fn_scaffolding_protein_1(X))
& attach_1(fn_scaffolding_protein_2(X))
& relay_protein_1(fn_scaffolding_protein_3(X))
& size_value_1(fn_scaffolding_protein_4(X))
& size_value_1(fn_scaffolding_protein_6(X))
& relay_molecule_1(fn_scaffolding_protein_7(X))
& messenger_1(fn_scaffolding_protein_7(X))
& monomer_1(fn_scaffolding_protein_8(X))
& spatial_entity_1(fn_attach_1(fn_scaffolding_protein_2(X)))
& spatial_entity_1(fn_attach_2(fn_scaffolding_protein_2(X)))
& chemical_entity_1(fn_messenger_1(fn_scaffolding_protein_7(X)))
& in_event_2(fn_scaffolding_protein_7(X),fn_scaffolding_protein_1(X))
& agent_2(fn_scaffolding_protein_1(X),X)
& the_scalar_value_2(fn_scaffolding_protein_6(X),huge_0)
& scalar_unit_class_2(fn_scaffolding_protein_6(X),relay_protein_0)
& minCardinality(fn_scaffolding_protein_2(X),object_0,"2",relay_protein_0)
& object_2(fn_scaffolding_protein_2(X),fn_scaffolding_protein_3(X))
& base_2(fn_scaffolding_protein_2(X),X)
& plays_2(X,fn_scaffolding_protein_7(X))
& has_part_2(X,fn_scaffolding_protein_8(X))
& size_2(fn_scaffolding_protein_8(X),fn_scaffolding_protein_4(X))
& greater_than_2(fn_scaffolding_protein_6(X),fn_scaffolding_protein_4(X))
& size_2(X,fn_scaffolding_protein_6(X))
& fn_scaffolding_protein_3(X) = fn_attach_1(fn_scaffolding_protein_2(X))
& X = fn_attach_2(fn_scaffolding_protein_2(X))
& fn_scaffolding_protein_7(X) = fn_relay_protein_1(X)
& X = fn_messenger_1(fn_scaffolding_protein_7(X))
& fn_scaffolding_protein_5(X) = fn_polymer_9(X)
& fn_scaffolding_protein_6(X) = fn_polymer_8(X)
& fn_scaffolding_protein_4(X) = fn_polymer_7(X)
& fn_scaffolding_protein_8(X) = fn_polymer_6(X)
& fn_scaffolding_protein_8(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_polymer_6(X)
& fn_polymer_6(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_attach_2(fn_scaffolding_protein_2(X))
& fn_attach_2(fn_scaffolding_protein_2(X)) = fn_messenger_1(fn_scaffolding_protein_7(X)) ) ) ).
fof(a532464,axiom,
! [X] :
( scalar_1(X)
=> ( original_name_2(X,'Scalar')
& concept2words_2(X,scalar)
& property_group_1(X) ) ) ).
fof(a532465,axiom,
! [X] :
( scale_1(X)
=> ( original_name_2(X,'Scale')
& concept2words_2(X,scale)
& property_group_1(X)
& aggregate_1(X) ) ) ).
fof(a532466,axiom,
! [X] :
( scandium_1(X)
=> ( original_name_2(X,'Scandium')
& user_description_2(X,'Scandium is a metal atom with atomic number 21. It is represented by the symbol Sc.')
& concept2words_2(X,scandium)
& concept2words_2(X,'Sc')
& metal_atom_1(X)
& neutron_1(fn_scandium_4(X))
& atomic_mass_value_1(fn_scandium_5(X))
& valence_value_1(fn_scandium_6(X))
& electronegativity_value_1(fn_scandium_7(X))
& valence_electron_1(fn_scandium_11(X))
& atomic_weight_value_1(fn_scandium_12(X))
& atomic_number_value_1(fn_scandium_13(X))
& quantity_value_1(fn_scandium_14(X))
& electronegativity_2(X,fn_scandium_7(X))
& valence_2(X,fn_scandium_6(X))
& mass_number_2(X,fn_scandium_5(X))
& exactCardinality(X,has_part_0,"24",neutron_0)
& exactCardinality(X,has_part_0,"21",proton_0)
& exactCardinality(X,has_part_0,"21",electron_0)
& has_part_2(X,fn_scandium_4(X))
& the_cardinal_value_2(fn_scandium_14(X),"3")
& cardinal_unit_class_2(fn_scandium_14(X),unity_0)
& the_cardinal_value_2(fn_scandium_7(X),"1.36")
& cardinal_unit_class_2(fn_scandium_7(X),unity_0)
& the_cardinal_value_2(fn_scandium_6(X),"3")
& cardinal_unit_class_2(fn_scandium_6(X),unity_0)
& the_cardinal_value_2(fn_scandium_5(X),"45")
& cardinal_unit_class_2(fn_scandium_5(X),unity_0)
& the_cardinal_value_2(fn_scandium_13(X),"21")
& cardinal_unit_class_2(fn_scandium_13(X),unity_0)
& the_cardinal_value_2(fn_scandium_12(X),"44.96")
& cardinal_unit_class_2(fn_scandium_12(X),dalton_0)
& atomic_number_2(X,fn_scandium_13(X))
& atomic_weight_2(X,fn_scandium_12(X))
& has_part_2(X,fn_scandium_11(X))
& quantity_2(fn_scandium_11(X),fn_scandium_14(X))
& fn_scandium_9(X) = fn_atom_12(X)
& fn_scandium_13(X) = fn_atom_17(X)
& fn_scandium_10(X) = fn_atom_13(X)
& fn_scandium_12(X) = fn_atom_16(X)
& fn_scandium_8(X) = fn_atom_1(X)
& fn_scandium_14(X) = fn_atom_5(X)
& fn_scandium_11(X) = fn_atom_14(X) ) ) ).
fof(a532467,axiom,
! [X] :
( scanning_electron_microscope_1(X)
=> ( original_name_2(X,'Scanning-Electron-Microscope')
& user_description_2(X,'A scanning electron microscope, a type of electron microscope that images the sample surface by scanning it with a high-energy beam of electrons in a raster scan pattern. The electrons interact with the atoms that make up the sample producing signals that contain information about the sample\'s surface topography, composition and other properties such as electrical conductivity.')
& concept2words_2(X,sem)
& concept2words_2(X,'scanning electron microscope')
& concept2words_2(X,'scanning-electron-microscope')
& electron_microscope_1(X) ) ) ).
fof(a532468,axiom,
! [X] :
( scanning_electron_microscopy_1(X)
=> ( original_name_2(X,'Scanning-Electron-Microscopy')
& user_description_2(X,'The scanning electron microscope (SEM) uses a focused beam of high-energy electrons to generate a variety of signals at the surface of solid specimens. The signals that derive from electron-sample interactions reveal information about the sample including external morphology (texture), chemical composition, and crystalline structure and orientation of materials making up the sample. This technique iused to view sample using a scanning electron microscope is called Scanning electron microscopy.')
& concept2words_2(X,inquire)
& concept2words_2(X,'scanning electron microscopy')
& concept2words_2(X,'scanning-electron-microscopy')
& electron_microscopy_1(X)
& ~ transmission_electron_microscopy_1(X)
& collide_1(fn_scanning_electron_microscopy_1(X))
& scanning_electron_microscope_1(fn_scanning_electron_microscopy_2(X))
& subevent_2(X,fn_scanning_electron_microscopy_1(X))
& instrument_2(X,fn_scanning_electron_microscopy_2(X))
& intensity_2(fn_scanning_electron_microscopy_1(X),'*strong')
& fn_scanning_electron_microscopy_2(X) = fn_electron_microscopy_7(X) ) ) ).
fof(a532469,axiom,
! [X] :
( schizophrenia_1(X)
=> ( original_name_2(X,'Schizophrenia')
& user_description_2(X,'A chronic, severe, and often debilitating brain disorder characterized by periods in which patients suffer from delusions, hallucinations, and paranoia.')
& concept2words_2(X,schizophrenia)
& mental_or_brain_disorder_1(X)
& ~ alzheimers_disease_1(X)
& ~ bipolar_disorder_1(X)
& ~ creutzfeldt_jacob_disease_1(X)
& ~ major_depression_1(X)
& ~ multiple_sclerosis_1(X)
& ~ parkinsons_disease_1(X) ) ) ).
fof(a532470,axiom,
! [X] :
( schwann_cell_1(X)
=> ( original_name_2(X,'Schwann-Cell')
& user_description_2(X,'The type of glial cell that wraps around the axons of neurons in the peripheral nervous system to form the myelin sheath.')
& concept2words_2(X,'cell of schwann')
& concept2words_2(X,'schwann cell')
& concept2words_2(X,'schwann-cell')
& glial_cell_1(X)
& ~ astrocyte_1(X)
& ~ oligodendrocyte_1(X)
& ~ radial_glia_1(X) ) ) ).
fof(a532471,axiom,
! [X] :
( science_as_a_social_process_1(X)
=> ( original_name_2(X,'Science-As-A-Social-Process')
& user_description_2(X,'The view that science is a process constructed and mediated by human interaction.')
& concept2words_2(X,inquire)
& concept2words_2(X,'science as a social process')
& concept2words_2(X,'science-as-a-social-process')
& science_as_process_1(X) ) ) ).
fof(a532472,axiom,
! [X] :
( science_as_process_1(X)
=> ( original_name_2(X,'Science-As-Process')
& user_description_2(X,'The view of science as a process of investigation that includes making repeatable observations and testing hypotheses.')
& concept2words_2(X,inquire)
& concept2words_2(X,'science as process')
& concept2words_2(X,'science-as-process')
& inquiry_1(X) ) ) ).
fof(a532473,axiom,
! [X] :
( scientific_device_1(X)
=> ( original_name_2(X,'Scientific-Device')
& user_description_2(X,'Any item that is used to do research or make scientific observations.')
& concept2words_2(X,'scientific device')
& concept2words_2(X,'scientific-device')
& artifact_1(X)
& ~ physical_document_1(X)
& ~ furnishing_1(X)
& ~ device_1(X)
& ~ architectural_structure_1(X)
& ~ pharmaceutical_product_1(X)
& ~ photographic_film_1(X)
& ~ useful_product_1(X) ) ) ).
fof(a532474,axiom,
! [X] :
( scientific_laws_1(X)
=> ( original_name_2(X,'Scientific-Laws')
& user_description_2(X,'A concise statement, based on repeated experimental observations, that expresses a fundamental scientific principle.')
& concept2words_2(X,'scientific laws')
& concept2words_2(X,'scientific law')
& concept2words_2(X,'scientific-law')
& information_1(X)
& ~ suggestion_1(X)
& ~ request_1(X)
& ~ information_sequence_1(X)
& ~ classification_unit_1(X)
& ~ dna_library_1(X)
& ~ ethics_1(X)
& ~ fossil_record_1(X)
& ~ genetic_code_1(X)
& ~ genomic_library_1(X)
& ~ hypothesis_1(X)
& ~ positional_information_1(X)
& ~ proximate_causation_1(X)
& ~ representation_1(X)
& ~ rna_world_1(X)
& ~ species_concept_1(X) ) ) ).
fof(a532475,axiom,
! [X] :
( scientific_method_1(X)
=> ( original_name_2(X,'Scientific-Method')
& user_description_2(X,'A formal process of inquiry consisting of a series of steps that ideally leads to explanations to sought questions.')
& concept2words_2(X,inquire)
& concept2words_2(X,'scientific method')
& concept2words_2(X,'scientific-method')
& science_as_process_1(X) ) ) ).
fof(a532476,axiom,
! [X] :
( scientist_1(X)
=> ( original_name_2(X,'Scientist')
& user_description_2(X,'A person who is engaged in scientific research or the understanding of science.')
& concept2words_2(X,researcher)
& concept2words_2(X,scientist)
& person_1(X)
& entity_1(fn_scientist_1(X))
& study_1(fn_scientist_2(X))
& object_2(fn_scientist_2(X),fn_scientist_1(X))
& agent_2(fn_scientist_2(X),X) ) ) ).
fof(a532477,axiom,
! [X] :
( scion_1(X)
=> ( original_name_2(X,'Scion')
& user_description_2(X,'In botanic grafting, the shoot that is grafted onto the rootstock.')
& concept2words_2(X,scion)
& shoot_1(X)
& ~ pericycle_1(X)
& ~ phloem_1(X)
& ~ secondary_plant_tissue_1(X)
& ~ sieve_plate_1(X)
& ~ stele_1(X)
& ~ vascular_cambium_1(X)
& ~ water_vascular_system_1(X)
& ~ xylem_1(X) ) ) ).
fof(a532478,axiom,
! [X] :
( sclera_1(X)
=> ( original_name_2(X,'Sclera')
& user_description_2(X,'The opaque, tough outer layer of the vertebrate eye.')
& concept2words_2(X,sclera)
& connective_tissue_1(X)
& ~ adipose_tissue_1(X)
& ~ av_valve_1(X)
& ~ bone_1(X)
& ~ cartilage_1(X)
& ~ fibrous_connective_tissue_1(X)
& ~ loose_connective_tissue_1(X)
& ~ semilunar_valve_1(X)
& ~ submucosa_1(X)
& ~ vocal_cord_1(X) ) ) ).
fof(a532479,axiom,
! [X] :
( sclereid_1(X)
=> ( original_name_2(X,'Sclereid')
& user_description_2(X,'Irregularly sclerenchyma cells with thickened walls. Some plants have sclereids scattered throughout the parenchyma.')
& concept2words_2(X,sclereid)
& plant_support_cell_1(X)
& ~ bundle_sheath_cell_1(X)
& ~ collenchyma_cell_1(X)
& ~ companion_cell_1(X)
& ~ fiber_cell_1(X)
& ~ fusiform_initials_1(X)
& ~ guard_cell_1(X)
& ~ initial_meristem_1(X)
& ~ mesophyll_cell_1(X)
& ~ parenchyma_cell_1(X)
& ~ placental_transfer_cell_1(X)
& ~ plant_cell_inside_hypertonic_solution_1(X)
& ~ plant_cell_inside_hypotonic_solution_1(X)
& ~ plant_cell_inside_isotonic_solution_1(X)
& ~ rhizoid_1(X)
& ~ sclerenchyma_cell_1(X)
& ~ sieve_tube_element_1(X)
& ~ tracheid_1(X)
& ~ vessel_element_1(X) ) ) ).
fof(a532480,axiom,
! [X] :
( sclerenchyma_cell_1(X)
=> ( original_name_2(X,'Sclerenchyma-Cell')
& user_description_2(X,'A type of supportive plant cell with lignified secondary walls. Sclerenchyma cells are usually dead at maturity.')
& concept2words_2(X,'sclerenchyma cell')
& concept2words_2(X,'sclerenchyma-cell')
& plant_support_cell_1(X)
& ~ bundle_sheath_cell_1(X)
& ~ collenchyma_cell_1(X)
& ~ companion_cell_1(X)
& ~ fiber_cell_1(X)
& ~ fusiform_initials_1(X)
& ~ guard_cell_1(X)
& ~ initial_meristem_1(X)
& ~ mesophyll_cell_1(X)
& ~ parenchyma_cell_1(X)
& ~ placental_transfer_cell_1(X)
& ~ plant_cell_inside_hypertonic_solution_1(X)
& ~ plant_cell_inside_hypotonic_solution_1(X)
& ~ plant_cell_inside_isotonic_solution_1(X)
& ~ rhizoid_1(X)
& ~ sclereid_1(X)
& ~ sieve_tube_element_1(X)
& ~ tracheid_1(X)
& ~ vessel_element_1(X) ) ) ).
fof(a532481,axiom,
! [X] :
( sclerenchyma_fiber_1(X)
=> ( original_name_2(X,'Sclerenchyma-Fiber')
& user_description_2(X,'Long, slender sclerenchyma cells, typically occurring in bundles. They provide support to the plant and are typically dead at maturity.')
& concept2words_2(X,'sclerenchyma fiber')
& concept2words_2(X,'sclerenchyma-fiber')
& sclerenchyma_cell_1(X) ) ) ).
fof(a532482,axiom,
! [X] :
( scorpion_1(X)
=> ( original_name_2(X,'Scorpion')
& user_description_2(X,'A predatory arachnid with four pairs of walking legs, one pair of grasping claws, and a long segmented tail that ends with a venomous stinger. The tail is usually arced over the body, with the sting used to attack prey or predators.')
& concept2words_2(X,scorpion)
& arachnid_1(X)
& ~ mite_1(X)
& ~ spider_1(X)
& ~ tick_1(X) ) ) ).
fof(a532483,axiom,
! [X] :
( scrotum_1(X)
=> ( original_name_2(X,'Scrotum')
& user_description_2(X,'In some male mammals, a pouch of skin that lies outside the abdominal cavity and houses the testes. The external location allows the testes to remain at the lower temperature that is required for spermatogenesis.')
& concept2words_2(X,scrotum)
& reproductive_organ_1(X) ) ) ).
fof(a532484,axiom,
! [X] :
( scyphozoan_1(X)
=> ( original_name_2(X,'Scyphozoan')
& user_description_2(X,'An animal of the cnidarian class Scyphozoa, in which the dominant phase of the life cycle is the pelagic medusa form.')
& concept2words_2(X,scyphozoa)
& concept2words_2(X,scyphozoan)
& cnidaria_1(X) ) ) ).
fof(a532485,axiom,
! [X] :
( sea_1(X)
=> ( original_name_2(X,'Sea')
& user_description_2(X,'Large body of salt water partially or completely enclosed by land.')
& concept2words_2(X,sea)
& water_body_1(X)
& marine_biome_1(fn_sea_1(X))
& cytoplasm_1(fn_sea_2(X))
& animal_plasma_membrane_1(fn_sea_3(X))
& solution_1(fn_sea_4(X))
& aqueous_solution_1(fn_sea_5(X))
& marine_invertebrate_1(fn_sea_6(X))
& solution_1(fn_sea_7(X))
& is_inside_2(fn_sea_2(X),fn_sea_3(X))
& is_outside_2(fn_sea_3(X),fn_sea_2(X))
& is_isotonic_to_2(fn_sea_4(X),fn_sea_7(X))
& is_isotonic_to_2(fn_sea_4(X),fn_sea_5(X))
& is_at_2(X,fn_sea_1(X))
& has_part_2(X,fn_sea_4(X))
& is_isotonic_to_2(fn_sea_5(X),fn_sea_4(X))
& is_inside_2(fn_sea_5(X),fn_sea_6(X))
& is_inside_2(fn_sea_7(X),fn_sea_2(X))
& is_isotonic_to_2(fn_sea_7(X),fn_sea_4(X)) ) ) ).
fof(a532486,axiom,
! [X] :
( sea_anemone_1(X)
=> ( original_name_2(X,'Sea-Anemone')
& user_description_2(X,'A large anthozoan polyp in the phylum Cnidaria. Sea anemones are related to corals but do not form colonies or build calcareous skeletons.')
& concept2words_2(X,'anemone of sea')
& concept2words_2(X,'sea anemone')
& concept2words_2(X,'sea-anemone')
& anthozoan_1(X) ) ) ).
fof(a532487,axiom,
! [X] :
( sea_cucumber_1(X)
=> ( original_name_2(X,'Sea-Cucumber')
& user_description_2(X,'A member of the echinoderm class Holothuroidea. Sea cucumbers have a long, flexible body with a mouth and tube feet at one end; most are deposit- or suspension-feeders.')
& concept2words_2(X,'cucumber of sea')
& concept2words_2(X,'sea cucumber')
& concept2words_2(X,'sea-cucumber')
& echinoderm_1(X)
& ~ asteroidea_1(X)
& ~ brittle_star_1(X)
& ~ sea_daisy_1(X)
& ~ sea_lily_1(X)
& ~ sea_star_1(X)
& ~ sea_urchin_1(X) ) ) ).
fof(a532488,axiom,
! [X] :
( sea_daisy_1(X)
=> ( original_name_2(X,'Sea-Daisy')
& user_description_2(X,'A group of unusual deep-sea animals of the phylum Echinodermata. Three species have been described, all in the genus Xyloplax.')
& concept2words_2(X,'daisy of sea')
& concept2words_2(X,'sea daisy')
& concept2words_2(X,'sea-daisy')
& echinoderm_1(X)
& ~ asteroidea_1(X)
& ~ brittle_star_1(X)
& ~ sea_cucumber_1(X)
& ~ sea_lily_1(X)
& ~ sea_star_1(X)
& ~ sea_urchin_1(X) ) ) ).
fof(a532489,axiom,
! [X] :
( sea_lily_1(X)
=> ( original_name_2(X,'Sea-Lily')
& user_description_2(X,'A stalked crinoid, with delicate arms surrounding a central mouth, attached to a hard surface.')
& concept2words_2(X,'lily of sea')
& concept2words_2(X,'sea lily')
& concept2words_2(X,'sea-lily')
& echinoderm_1(X)
& ~ asteroidea_1(X)
& ~ brittle_star_1(X)
& ~ sea_cucumber_1(X)
& ~ sea_daisy_1(X)
& ~ sea_star_1(X)
& ~ sea_urchin_1(X) ) ) ).
fof(a532490,axiom,
! [X] :
( sea_slug_1(X)
=> ( original_name_2(X,'Sea-Slug')
& user_description_2(X,'Common name for a group of marine gastropods without shells.')
& concept2words_2(X,'slug of sea')
& concept2words_2(X,'sea slug')
& concept2words_2(X,'sea-slug')
& gastropod_1(X)
& bulk_feeder_1(fn_sea_slug_1(X))
& nutrition_1(fn_sea_slug_2(X))
& herbivore_1(fn_sea_slug_3(X))
& specific_heat_value_1(fn_sea_slug_4(X))
& temperature_value_1(fn_sea_slug_5(X))
& water_1(fn_sea_slug_6(X))
& polypeptide_1(fn_sea_slug_7(X))
& organic_molecule_1(fn_sea_slug_7(X))
& oxygen_1(fn_sea_slug_8(X))
& entity_1(fn_sea_slug_9(X))
& chemical_entity_1(fn_sea_slug_9(X))
& atom_1(fn_sea_slug_9(X))
& hydrogen_1(fn_sea_slug_9(X))
& entity_1(fn_sea_slug_10(X))
& chemical_entity_1(fn_sea_slug_10(X))
& atom_1(fn_sea_slug_10(X))
& carbon_1(fn_sea_slug_10(X))
& entity_1(fn_sea_slug_11(X))
& chemical_entity_1(fn_sea_slug_11(X))
& atom_1(fn_sea_slug_11(X))
& hydrogen_1(fn_sea_slug_11(X))
& spatial_entity_1(fn_sea_slug_12(X))
& monomer_1(fn_sea_slug_12(X))
& chemical_entity_1(fn_sea_slug_12(X))
& molecule_1(fn_sea_slug_12(X))
& amino_acid_1(fn_sea_slug_12(X))
& chemical_entity_1(fn_sea_slug_13(X))
& tangible_entity_1(fn_sea_slug_13(X))
& entity_1(fn_sea_slug_13(X))
& atom_1(fn_sea_slug_13(X))
& nitrogen_1(fn_sea_slug_13(X))
& animal_nutritional_requirement_1(fn_sea_slug_14(X))
& entity_1(fn_sea_slug_15(X))
& chemical_entity_1(fn_sea_slug_15(X))
& atom_1(fn_sea_slug_15(X))
& carbon_1(fn_sea_slug_15(X))
& chemical_entity_1(fn_sea_slug_16(X))
& carbohydrate_1(fn_sea_slug_16(X))
& protein_1(fn_sea_slug_17(X))
& oxygen_1(fn_sea_slug_18(X))
& polypeptide_1(fn_animal_nutritional_requirement_40(fn_sea_slug_14(X)))
& organic_molecule_1(fn_animal_nutritional_requirement_40(fn_sea_slug_14(X)))
& protein_1(fn_animal_nutritional_requirement_46(fn_sea_slug_14(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_48(fn_sea_slug_14(X)))
& carbohydrate_1(fn_animal_nutritional_requirement_48(fn_sea_slug_14(X)))
& entity_1(fn_animal_nutritional_requirement_61(fn_sea_slug_14(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_61(fn_sea_slug_14(X)))
& atom_1(fn_animal_nutritional_requirement_61(fn_sea_slug_14(X)))
& carbon_1(fn_animal_nutritional_requirement_61(fn_sea_slug_14(X)))
& animal_1(fn_bulk_feeder_3(fn_sea_slug_1(X)))
& animal_1(fn_animal_nutritional_requirement_6(fn_sea_slug_14(X)))
& nutrition_1(fn_animal_nutritional_requirement_4(fn_sea_slug_14(X)))
& entity_1(fn_animal_nutritional_requirement_34(fn_sea_slug_14(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_34(fn_sea_slug_14(X)))
& atom_1(fn_animal_nutritional_requirement_34(fn_sea_slug_14(X)))
& hydrogen_1(fn_animal_nutritional_requirement_34(fn_sea_slug_14(X)))
& entity_1(fn_animal_nutritional_requirement_36(fn_sea_slug_14(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_36(fn_sea_slug_14(X)))
& atom_1(fn_animal_nutritional_requirement_36(fn_sea_slug_14(X)))
& hydrogen_1(fn_animal_nutritional_requirement_36(fn_sea_slug_14(X)))
& entity_1(fn_amino_acid_22(fn_sea_slug_12(X)))
& chemical_entity_1(fn_amino_acid_22(fn_sea_slug_12(X)))
& atom_1(fn_amino_acid_22(fn_sea_slug_12(X)))
& hydrogen_1(fn_amino_acid_22(fn_sea_slug_12(X)))
& entity_1(fn_amino_acid_28(fn_sea_slug_12(X)))
& chemical_entity_1(fn_amino_acid_28(fn_sea_slug_12(X)))
& atom_1(fn_amino_acid_28(fn_sea_slug_12(X)))
& hydrogen_1(fn_amino_acid_28(fn_sea_slug_12(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_62(fn_sea_slug_14(X)))
& tangible_entity_1(fn_animal_nutritional_requirement_62(fn_sea_slug_14(X)))
& entity_1(fn_animal_nutritional_requirement_62(fn_sea_slug_14(X)))
& atom_1(fn_animal_nutritional_requirement_62(fn_sea_slug_14(X)))
& nitrogen_1(fn_animal_nutritional_requirement_62(fn_sea_slug_14(X)))
& chemical_entity_1(fn_amino_acid_17(fn_sea_slug_12(X)))
& tangible_entity_1(fn_amino_acid_17(fn_sea_slug_12(X)))
& entity_1(fn_amino_acid_17(fn_sea_slug_12(X)))
& atom_1(fn_amino_acid_17(fn_sea_slug_12(X)))
& nitrogen_1(fn_amino_acid_17(fn_sea_slug_12(X)))
& entity_1(fn_animal_nutritional_requirement_35(fn_sea_slug_14(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_35(fn_sea_slug_14(X)))
& atom_1(fn_animal_nutritional_requirement_35(fn_sea_slug_14(X)))
& carbon_1(fn_animal_nutritional_requirement_35(fn_sea_slug_14(X)))
& entity_1(fn_amino_acid_24(fn_sea_slug_12(X)))
& chemical_entity_1(fn_amino_acid_24(fn_sea_slug_12(X)))
& atom_1(fn_amino_acid_24(fn_sea_slug_12(X)))
& carbon_1(fn_amino_acid_24(fn_sea_slug_12(X)))
& oxygen_1(fn_animal_nutritional_requirement_41(fn_sea_slug_14(X)))
& oxygen_1(fn_amino_acid_11(fn_sea_slug_12(X)))
& oxygen_1(fn_amino_acid_27(fn_sea_slug_12(X)))
& chemical_entity_1(fn_polypeptide_82(fn_sea_slug_7(X)))
& monomer_1(fn_polypeptide_82(fn_sea_slug_7(X)))
& molecule_1(fn_polypeptide_82(fn_sea_slug_7(X)))
& amino_acid_1(fn_polypeptide_82(fn_sea_slug_7(X)))
& spatial_entity_1(fn_animal_nutritional_requirement_38(fn_sea_slug_14(X)))
& monomer_1(fn_animal_nutritional_requirement_38(fn_sea_slug_14(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_38(fn_sea_slug_14(X)))
& molecule_1(fn_animal_nutritional_requirement_38(fn_sea_slug_14(X)))
& amino_acid_1(fn_animal_nutritional_requirement_38(fn_sea_slug_14(X)))
& has_part_2(fn_sea_slug_7(X),fn_sea_slug_12(X))
& plays_2(X,fn_sea_slug_1(X))
& in_event_2(fn_sea_slug_3(X),fn_sea_slug_2(X))
& temperature_2(X,fn_sea_slug_5(X))
& correspondence_2(fn_sea_slug_5(X),fn_sea_slug_4(X))
& specific_heat_2(fn_sea_slug_6(X),fn_sea_slug_4(X))
& has_part_2(X,fn_sea_slug_6(X))
& plays_2(X,fn_sea_slug_3(X))
& has_part_2(fn_sea_slug_12(X),fn_sea_slug_9(X))
& has_part_2(fn_sea_slug_12(X),fn_sea_slug_8(X))
& agent_2(fn_sea_slug_2(X),X)
& has_part_2(fn_sea_slug_12(X),fn_sea_slug_11(X))
& element_2(fn_sea_slug_14(X),fn_sea_slug_13(X))
& has_part_2(fn_sea_slug_12(X),fn_sea_slug_13(X))
& has_part_2(fn_sea_slug_12(X),fn_sea_slug_10(X))
& element_2(fn_sea_slug_14(X),fn_sea_slug_15(X))
& has_part_2(fn_sea_slug_16(X),fn_sea_slug_15(X))
& result_2(fn_sea_slug_2(X),fn_sea_slug_16(X))
& result_2(fn_sea_slug_2(X),fn_sea_slug_17(X))
& has_part_2(fn_sea_slug_17(X),fn_sea_slug_7(X))
& fn_sea_slug_9(X) != fn_sea_slug_18(X)
& fn_sea_slug_18(X) != fn_sea_slug_9(X)
& fn_sea_slug_11(X) != fn_sea_slug_13(X)
& fn_sea_slug_13(X) != fn_sea_slug_11(X)
& fn_sea_slug_8(X) != fn_sea_slug_9(X)
& fn_sea_slug_9(X) != fn_sea_slug_11(X)
& fn_sea_slug_11(X) != fn_sea_slug_10(X)
& fn_sea_slug_10(X) != fn_sea_slug_8(X)
& fn_sea_slug_9(X) != fn_sea_slug_8(X)
& fn_sea_slug_11(X) != fn_sea_slug_9(X)
& fn_sea_slug_10(X) != fn_sea_slug_11(X)
& fn_sea_slug_8(X) != fn_sea_slug_10(X)
& fn_sea_slug_13(X) != fn_sea_slug_10(X)
& fn_sea_slug_10(X) != fn_sea_slug_13(X)
& fn_sea_slug_9(X) != fn_sea_slug_13(X)
& fn_sea_slug_10(X) != fn_sea_slug_9(X)
& fn_sea_slug_9(X) != fn_sea_slug_10(X)
& fn_sea_slug_13(X) != fn_sea_slug_9(X)
& fn_sea_slug_18(X) != fn_sea_slug_10(X)
& fn_sea_slug_10(X) != fn_sea_slug_18(X)
& fn_sea_slug_18(X) != fn_sea_slug_8(X)
& fn_sea_slug_8(X) != fn_sea_slug_18(X)
& has_part_2(fn_sea_slug_12(X),fn_sea_slug_18(X))
& fn_sea_slug_12(X) = fn_polypeptide_82(fn_sea_slug_7(X))
& X = fn_bulk_feeder_3(fn_sea_slug_1(X))
& fn_sea_slug_2(X) = fn_invertebrate_4(X)
& fn_sea_slug_3(X) = fn_invertebrate_1(X)
& fn_sea_slug_6(X) = fn_invertebrate_5(X)
& fn_sea_slug_4(X) = fn_invertebrate_3(X)
& fn_sea_slug_5(X) = fn_invertebrate_6(X)
& fn_sea_slug_9(X) = fn_animal_nutritional_requirement_36(fn_sea_slug_14(X))
& fn_sea_slug_8(X) = fn_animal_nutritional_requirement_41(fn_sea_slug_14(X))
& X = fn_animal_nutritional_requirement_6(fn_sea_slug_14(X))
& fn_sea_slug_11(X) = fn_animal_nutritional_requirement_34(fn_sea_slug_14(X))
& fn_sea_slug_10(X) = fn_animal_nutritional_requirement_35(fn_sea_slug_14(X))
& fn_sea_slug_12(X) = fn_animal_nutritional_requirement_38(fn_sea_slug_14(X))
& fn_sea_slug_13(X) = fn_animal_nutritional_requirement_62(fn_sea_slug_14(X))
& fn_sea_slug_7(X) = fn_animal_nutritional_requirement_40(fn_sea_slug_14(X))
& fn_sea_slug_17(X) = fn_animal_nutritional_requirement_46(fn_sea_slug_14(X))
& fn_sea_slug_2(X) = fn_animal_nutritional_requirement_4(fn_sea_slug_14(X))
& fn_sea_slug_16(X) = fn_animal_nutritional_requirement_48(fn_sea_slug_14(X))
& fn_sea_slug_15(X) = fn_animal_nutritional_requirement_61(fn_sea_slug_14(X))
& fn_sea_slug_8(X) = fn_amino_acid_27(fn_sea_slug_12(X))
& fn_sea_slug_11(X) = fn_amino_acid_28(fn_sea_slug_12(X))
& fn_sea_slug_11(X) = fn_amino_acid_22(fn_sea_slug_12(X))
& fn_sea_slug_9(X) = fn_amino_acid_22(fn_sea_slug_12(X))
& fn_sea_slug_9(X) = fn_amino_acid_28(fn_sea_slug_12(X))
& fn_sea_slug_13(X) = fn_amino_acid_17(fn_sea_slug_12(X))
& fn_sea_slug_18(X) = fn_amino_acid_11(fn_sea_slug_12(X))
& fn_sea_slug_10(X) = fn_amino_acid_24(fn_sea_slug_12(X))
& fn_sea_slug_8(X) = fn_amino_acid_11(fn_sea_slug_12(X))
& fn_sea_slug_18(X) = fn_amino_acid_27(fn_sea_slug_12(X))
& fn_bulk_feeder_3(fn_sea_slug_1(X)) = fn_animal_nutritional_requirement_6(fn_sea_slug_14(X))
& fn_animal_nutritional_requirement_6(fn_sea_slug_14(X)) = fn_invertebrate_4(X)
& fn_invertebrate_4(X) = fn_animal_nutritional_requirement_4(fn_sea_slug_14(X))
& fn_animal_nutritional_requirement_4(fn_sea_slug_14(X)) = fn_animal_nutritional_requirement_4(fn_sea_slug_14(X))
& fn_animal_nutritional_requirement_4(fn_sea_slug_14(X)) = fn_amino_acid_28(fn_sea_slug_12(X))
& fn_amino_acid_28(fn_sea_slug_12(X)) = fn_animal_nutritional_requirement_34(fn_sea_slug_14(X))
& fn_animal_nutritional_requirement_34(fn_sea_slug_14(X)) = fn_amino_acid_28(fn_sea_slug_12(X))
& fn_amino_acid_22(fn_sea_slug_12(X)) = fn_animal_nutritional_requirement_36(fn_sea_slug_14(X))
& fn_animal_nutritional_requirement_36(fn_sea_slug_14(X)) = fn_amino_acid_22(fn_sea_slug_12(X))
& fn_amino_acid_22(fn_sea_slug_12(X)) = fn_amino_acid_22(fn_sea_slug_12(X))
& fn_amino_acid_28(fn_sea_slug_12(X)) = fn_amino_acid_22(fn_sea_slug_12(X))
& fn_amino_acid_22(fn_sea_slug_12(X)) = fn_amino_acid_28(fn_sea_slug_12(X))
& fn_amino_acid_28(fn_sea_slug_12(X)) = fn_amino_acid_28(fn_sea_slug_12(X))
& fn_amino_acid_28(fn_sea_slug_12(X)) = fn_animal_nutritional_requirement_62(fn_sea_slug_14(X))
& fn_animal_nutritional_requirement_62(fn_sea_slug_14(X)) = fn_animal_nutritional_requirement_62(fn_sea_slug_14(X))
& fn_animal_nutritional_requirement_62(fn_sea_slug_14(X)) = fn_amino_acid_17(fn_sea_slug_12(X))
& fn_amino_acid_17(fn_sea_slug_12(X)) = fn_amino_acid_17(fn_sea_slug_12(X))
& fn_amino_acid_17(fn_sea_slug_12(X)) = fn_amino_acid_24(fn_sea_slug_12(X))
& fn_amino_acid_24(fn_sea_slug_12(X)) = fn_animal_nutritional_requirement_35(fn_sea_slug_14(X))
& fn_animal_nutritional_requirement_35(fn_sea_slug_14(X)) = fn_amino_acid_24(fn_sea_slug_12(X))
& fn_amino_acid_24(fn_sea_slug_12(X)) = fn_amino_acid_24(fn_sea_slug_12(X))
& fn_amino_acid_24(fn_sea_slug_12(X)) = fn_animal_nutritional_requirement_41(fn_sea_slug_14(X))
& fn_animal_nutritional_requirement_41(fn_sea_slug_14(X)) = fn_amino_acid_27(fn_sea_slug_12(X))
& fn_amino_acid_27(fn_sea_slug_12(X)) = fn_amino_acid_11(fn_sea_slug_12(X))
& fn_amino_acid_11(fn_sea_slug_12(X)) = fn_amino_acid_11(fn_sea_slug_12(X))
& fn_amino_acid_11(fn_sea_slug_12(X)) = fn_amino_acid_27(fn_sea_slug_12(X))
& fn_amino_acid_27(fn_sea_slug_12(X)) = fn_amino_acid_27(fn_sea_slug_12(X))
& fn_amino_acid_27(fn_sea_slug_12(X)) = fn_polypeptide_82(fn_sea_slug_7(X))
& fn_polypeptide_82(fn_sea_slug_7(X)) = fn_animal_nutritional_requirement_38(fn_sea_slug_14(X))
& fn_animal_nutritional_requirement_38(fn_sea_slug_14(X)) = fn_animal_nutritional_requirement_38(fn_sea_slug_14(X)) ) ) ).
fof(a532491,axiom,
! [X] :
( sea_star_1(X)
=> ( original_name_2(X,'Sea-Star')
& user_description_2(X,'A member of the echinoderm class Asteroidea.')
& concept2words_2(X,'star of sea')
& concept2words_2(X,'sea star')
& concept2words_2(X,'sea-star')
& echinoderm_1(X)
& ~ asteroidea_1(X)
& ~ brittle_star_1(X)
& ~ sea_cucumber_1(X)
& ~ sea_daisy_1(X)
& ~ sea_lily_1(X)
& ~ sea_urchin_1(X) ) ) ).
fof(a532492,axiom,
! [X] :
( sea_urchin_1(X)
=> ( original_name_2(X,'Sea-Urchin')
& user_description_2(X,'A small, globular animal with long spines, in the echinoderm class Echinoidea.')
& concept2words_2(X,'urchin of sea')
& concept2words_2(X,'sea urchin')
& concept2words_2(X,'sea-urchin')
& echinoderm_1(X)
& ~ asteroidea_1(X)
& ~ brittle_star_1(X)
& ~ sea_cucumber_1(X)
& ~ sea_daisy_1(X)
& ~ sea_lily_1(X)
& ~ sea_star_1(X) ) ) ).
fof(a532493,axiom,
! [X] :
( seabird_1(X)
=> ( original_name_2(X,'Seabird')
& user_description_2(X,'Type of bird which spends the major portion of its life in or around the sea or ocean. Seabirds include penguins, seagulls and cormorants.')
& concept2words_2(X,seabird)
& bird_1(X) ) ) ).
fof(a532494,axiom,
! [X] :
( seaborgium_1(X)
=> ( original_name_2(X,'Seaborgium')
& user_description_2(X,'Seaborgium is a metal atom with atomic number 106. It is represented by the symbol Sg.')
& concept2words_2(X,seaborgium)
& concept2words_2(X,'Sg')
& metal_atom_1(X)
& atomic_mass_value_1(fn_seaborgium_1(X))
& neutron_1(fn_seaborgium_2(X))
& atomic_weight_value_1(fn_seaborgium_6(X))
& atomic_number_value_1(fn_seaborgium_7(X))
& mass_number_2(X,fn_seaborgium_1(X))
& exactCardinality(X,has_part_0,"160",neutron_0)
& exactCardinality(X,has_part_0,"106",proton_0)
& exactCardinality(X,has_part_0,"106",electron_0)
& has_part_2(X,fn_seaborgium_2(X))
& the_cardinal_value_2(fn_seaborgium_1(X),"266")
& cardinal_unit_class_2(fn_seaborgium_1(X),unity_0)
& the_cardinal_value_2(fn_seaborgium_7(X),"106")
& cardinal_unit_class_2(fn_seaborgium_7(X),unity_0)
& the_cardinal_value_2(fn_seaborgium_6(X),"266")
& cardinal_unit_class_2(fn_seaborgium_6(X),dalton_0)
& atomic_number_2(X,fn_seaborgium_7(X))
& atomic_weight_2(X,fn_seaborgium_6(X))
& fn_seaborgium_4(X) = fn_atom_12(X)
& fn_seaborgium_7(X) = fn_atom_17(X)
& fn_seaborgium_5(X) = fn_atom_13(X)
& fn_seaborgium_6(X) = fn_atom_16(X) ) ) ).
fof(a532495,axiom,
! [X] :
( season_1(X)
=> ( original_name_2(X,'Season')
& user_description_2(X,'A subdivision of the year, marked by changes in biological activity, weather, and daylength.')
& concept2words_2(X,season)
& condition_1(X) ) ) ).
fof(a532496,axiom,
! [X] :
( seat_1(X)
=> ( original_name_2(X,'Seat')
& concept2words_2(X,seat)
& role_1(X) ) ) ).
fof(a532497,axiom,
! [X] :
( seaweed_1(X)
=> ( original_name_2(X,'Seaweed')
& user_description_2(X,'A colloquial term for macroscopic benthic marine algae.')
& concept2words_2(X,seaweed)
& protist_1(X)
& ~ alveolate_1(X)
& ~ amoeba_1(X)
& ~ charophycean_1(X)
& ~ chlorophyta_1(X)
& ~ dinoflagellate_1(X)
& ~ diplomonad_1(X)
& ~ foraminiferan_1(X)
& ~ freshwater_protist_1(X)
& ~ oomycete_1(X)
& ~ parabasalid_1(X)
& ~ radiolarian_1(X)
& ~ rhizaria_1(X)
& ~ rhodophyte_1(X)
& ~ stramenopile_1(X) ) ) ).
fof(a532498,axiom,
! [X] :
( second_electron_shell_1(X)
=> ( original_name_2(X,'Second-Electron-Shell')
& user_description_2(X,'The second energy shell of an atom, containing the valence electrons involved in the chemical reactions of that atom.')
& concept2words_2(X,'second electron shell')
& concept2words_2(X,'second electron-shell')
& concept2words_2(X,'second-electron-shell')
& electron_shell_1(X)
& ~ first_electron_shell_1(X)
& ~ third_electron_shell_1(X)
& p_orbital_1(fn_second_electron_shell_1(X))
& quantity_value_1(fn_second_electron_shell_2(X))
& potential_energy_1(fn_second_electron_shell_4(X))
& s_orbital_1(fn_second_electron_shell_5(X))
& potential_energy_1(fn_second_electron_shell_6(X))
& quantity_value_1(fn_second_electron_shell_7(X))
& center_1(fn_second_electron_shell_9(X))
& s_orbital_1(fn_second_electron_shell_10(X))
& electron_1(fn_second_electron_shell_11(X))
& electron_1(fn_second_electron_shell_12(X))
& atom_1(fn_second_electron_shell_13(X))
& atomic_nucleus_1(fn_second_electron_shell_14(X))
& quantity_value_1(fn_second_electron_shell_15(X))
& quantity_value_1(fn_second_electron_shell_16(X))
& atomic_number_value_1(fn_second_electron_shell_18(X))
& system_1(fn_second_electron_shell_19(X))
& proton_1(fn_second_electron_shell_20(X))
& first_electron_shell_1(fn_second_electron_shell_21(X))
& potential_energy_1(fn_electron_3(fn_second_electron_shell_11(X)))
& electron_shell_1(fn_atom_9(fn_second_electron_shell_13(X)))
& system_1(fn_atom_3(fn_second_electron_shell_13(X)))
& equation_set_1(fn_atom_4(fn_second_electron_shell_13(X)))
& quantity_value_1(fn_atom_5(fn_second_electron_shell_13(X)))
& atomic_nucleus_1(fn_first_electron_shell_7(fn_second_electron_shell_21(X)))
& property_node_1(fn_first_electron_shell_2(fn_second_electron_shell_21(X)))
& quantity_value_1(fn_first_electron_shell_1(fn_second_electron_shell_21(X)))
& potential_energy_1(fn_first_electron_shell_6(fn_second_electron_shell_21(X)))
& s_orbital_1(fn_first_electron_shell_4(fn_second_electron_shell_21(X)))
& proton_1(fn_atomic_nucleus_9(fn_second_electron_shell_14(X)))
& center_1(fn_atomic_nucleus_3(fn_second_electron_shell_14(X)))
& electron_1(fn_atom_14(fn_second_electron_shell_13(X)))
& electron_1(fn_first_electron_shell_5(fn_second_electron_shell_21(X)))
& atomic_number_value_1(fn_atom_17(fn_second_electron_shell_13(X)))
& atomic_number_value_1(fn_atomic_nucleus_1(fn_second_electron_shell_14(X)))
& quantity_value_1(fn_atom_11(fn_second_electron_shell_13(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_second_electron_shell_14(X)))
& electron_1(fn_atomic_nucleus_8(fn_second_electron_shell_14(X)))
& atom_1(fn_first_electron_shell_3(fn_second_electron_shell_21(X)))
& atom_1(fn_atomic_nucleus_4(fn_second_electron_shell_14(X)))
& is_inside_2(fn_second_electron_shell_21(X),X)
& fn_second_electron_shell_12(X) != fn_second_electron_shell_11(X)
& fn_second_electron_shell_11(X) != fn_second_electron_shell_12(X)
& fn_second_electron_shell_10(X) != fn_second_electron_shell_5(X)
& has_region_2(X,fn_second_electron_shell_1(X))
& fn_second_electron_shell_5(X) != fn_second_electron_shell_10(X)
& fn_second_electron_shell_5(X) != fn_second_electron_shell_1(X)
& fn_second_electron_shell_1(X) != fn_second_electron_shell_5(X)
& greater_than_or_equal_to_2(fn_second_electron_shell_2(X),fn_second_electron_shell_7(X))
& greater_than_2(fn_second_electron_shell_2(X),fn_second_electron_shell_7(X))
& quantity_2(fn_second_electron_shell_4(X),fn_second_electron_shell_2(X))
& possesses_2(fn_second_electron_shell_11(X),fn_second_electron_shell_4(X))
& has_region_2(X,fn_second_electron_shell_5(X))
& is_inside_2(fn_second_electron_shell_11(X),fn_second_electron_shell_5(X))
& has_region_2(fn_second_electron_shell_13(X),X)
& has_part_2(fn_second_electron_shell_13(X),fn_second_electron_shell_12(X))
& quantity_2(fn_second_electron_shell_12(X),fn_second_electron_shell_15(X))
& called_2(fn_second_electron_shell_15(X),'Number_Electron')
& fn_second_electron_shell_16(X) = fn_second_electron_shell_15(X)
& fn_second_electron_shell_15(X) = fn_second_electron_shell_16(X)
& has_region_2(fn_second_electron_shell_13(X),fn_second_electron_shell_21(X))
& is_inside_2(fn_second_electron_shell_14(X),fn_second_electron_shell_21(X))
& is_near_2(fn_second_electron_shell_12(X),fn_second_electron_shell_14(X))
& is_near_2(fn_second_electron_shell_14(X),fn_second_electron_shell_12(X))
& has_region_2(fn_second_electron_shell_21(X),fn_second_electron_shell_10(X))
& is_inside_2(fn_second_electron_shell_12(X),fn_second_electron_shell_10(X))
& possesses_2(fn_second_electron_shell_12(X),fn_second_electron_shell_6(X))
& quantity_2(fn_second_electron_shell_6(X),fn_second_electron_shell_7(X))
& has_part_2(fn_second_electron_shell_13(X),fn_second_electron_shell_11(X))
& has_part_2(fn_second_electron_shell_13(X),fn_second_electron_shell_20(X))
& atomic_number_2(fn_second_electron_shell_13(X),fn_second_electron_shell_18(X))
& called_2(fn_second_electron_shell_18(X),'Atomic_Number')
& is_inside_2(fn_second_electron_shell_20(X),fn_second_electron_shell_14(X))
& quantity_2(fn_second_electron_shell_20(X),fn_second_electron_shell_16(X))
& called_2(fn_second_electron_shell_16(X),'Number_Proton')
& fn_second_electron_shell_18(X) = fn_second_electron_shell_16(X)
& fn_second_electron_shell_16(X) = fn_second_electron_shell_18(X)
& is_at_2(fn_second_electron_shell_14(X),fn_second_electron_shell_9(X))
& has_region_2(fn_second_electron_shell_13(X),fn_second_electron_shell_9(X))
& has_region_2(fn_second_electron_shell_13(X),fn_second_electron_shell_14(X))
& is_near_2(fn_second_electron_shell_11(X),fn_second_electron_shell_14(X))
& is_near_2(fn_second_electron_shell_14(X),fn_second_electron_shell_11(X))
& fn_second_electron_shell_4(X) = fn_electron_3(fn_second_electron_shell_11(X))
& fn_second_electron_shell_11(X) = fn_electron_shell_2(X)
& fn_second_electron_shell_5(X) = fn_electron_shell_3(X)
& fn_second_electron_shell_18(X) = fn_atom_17(fn_second_electron_shell_13(X))
& X = fn_atom_9(fn_second_electron_shell_13(X))
& fn_second_electron_shell_19(X) = fn_atom_3(fn_second_electron_shell_13(X))
& fn_second_electron_shell_17(X) = fn_atom_4(fn_second_electron_shell_13(X))
& fn_second_electron_shell_16(X) = fn_atom_11(fn_second_electron_shell_13(X))
& fn_second_electron_shell_15(X) = fn_atom_5(fn_second_electron_shell_13(X))
& fn_second_electron_shell_12(X) = fn_atom_14(fn_second_electron_shell_13(X))
& fn_second_electron_shell_13(X) = fn_first_electron_shell_3(fn_second_electron_shell_21(X))
& fn_second_electron_shell_14(X) = fn_first_electron_shell_7(fn_second_electron_shell_21(X))
& fn_second_electron_shell_8(X) = fn_first_electron_shell_2(fn_second_electron_shell_21(X))
& fn_second_electron_shell_7(X) = fn_first_electron_shell_1(fn_second_electron_shell_21(X))
& fn_second_electron_shell_6(X) = fn_first_electron_shell_6(fn_second_electron_shell_21(X))
& fn_second_electron_shell_12(X) = fn_first_electron_shell_5(fn_second_electron_shell_21(X))
& fn_second_electron_shell_10(X) = fn_first_electron_shell_4(fn_second_electron_shell_21(X))
& fn_second_electron_shell_18(X) = fn_atomic_nucleus_1(fn_second_electron_shell_14(X))
& fn_second_electron_shell_16(X) = fn_atomic_nucleus_2(fn_second_electron_shell_14(X))
& fn_second_electron_shell_20(X) = fn_atomic_nucleus_9(fn_second_electron_shell_14(X))
& fn_second_electron_shell_11(X) = fn_atomic_nucleus_8(fn_second_electron_shell_14(X))
& fn_second_electron_shell_13(X) = fn_atomic_nucleus_4(fn_second_electron_shell_14(X))
& fn_second_electron_shell_9(X) = fn_atomic_nucleus_3(fn_second_electron_shell_14(X))
& fn_atom_14(fn_second_electron_shell_13(X)) = fn_atom_14(fn_second_electron_shell_13(X))
& fn_atom_14(fn_second_electron_shell_13(X)) = fn_first_electron_shell_5(fn_second_electron_shell_21(X))
& fn_first_electron_shell_5(fn_second_electron_shell_21(X)) = fn_first_electron_shell_5(fn_second_electron_shell_21(X))
& fn_first_electron_shell_5(fn_second_electron_shell_21(X)) = fn_atom_17(fn_second_electron_shell_13(X))
& fn_atom_17(fn_second_electron_shell_13(X)) = fn_atomic_nucleus_1(fn_second_electron_shell_14(X))
& fn_atomic_nucleus_1(fn_second_electron_shell_14(X)) = fn_atomic_nucleus_1(fn_second_electron_shell_14(X))
& fn_atomic_nucleus_1(fn_second_electron_shell_14(X)) = fn_atom_11(fn_second_electron_shell_13(X))
& fn_atom_11(fn_second_electron_shell_13(X)) = fn_atom_11(fn_second_electron_shell_13(X))
& fn_atom_11(fn_second_electron_shell_13(X)) = fn_atomic_nucleus_2(fn_second_electron_shell_14(X))
& fn_atomic_nucleus_2(fn_second_electron_shell_14(X)) = fn_atomic_nucleus_2(fn_second_electron_shell_14(X))
& fn_atomic_nucleus_2(fn_second_electron_shell_14(X)) = fn_electron_shell_2(X)
& fn_electron_shell_2(X) = fn_atomic_nucleus_8(fn_second_electron_shell_14(X))
& fn_atomic_nucleus_8(fn_second_electron_shell_14(X)) = fn_atomic_nucleus_8(fn_second_electron_shell_14(X))
& fn_atomic_nucleus_8(fn_second_electron_shell_14(X)) = fn_first_electron_shell_3(fn_second_electron_shell_21(X))
& fn_first_electron_shell_3(fn_second_electron_shell_21(X)) = fn_atomic_nucleus_4(fn_second_electron_shell_14(X))
& fn_atomic_nucleus_4(fn_second_electron_shell_14(X)) = fn_atomic_nucleus_4(fn_second_electron_shell_14(X)) ) ) ).
fof(a532499,axiom,
! [X] :
( second_law_thermodynamics_1(X)
=> ( original_name_2(X,'Second-Law-Thermodynamics')
& user_description_2(X,'The second law of thermodynamics states that the entropy of the universe is always increasing. A corallary of this statement is the fact that every transfer of energy contributes to the increase in entropy and at least some amount of usuable energy excapes in the form of heat')
& concept2words_2(X,'second law of thermodynamics')
& concept2words_2(X,'second-law-of-thermodynamics')
& concept2words_2(X,'second law thermodynamics')
& concept2words_2(X,'second-law-thermodynamic')
& scientific_laws_1(X)
& ~ first_law_thermodynamics_1(X)
& ~ mendelian_law_1(X)
& ~ rule_of_probability_1(X) ) ) ).
fof(a532500,axiom,
! [X] :
( second_messenger_1(X)
=> ( original_name_2(X,'Second-Messenger')
& user_description_2(X,'A small molecule or ion, such as Ca2+ or cyclic AMP, that relays a signal sent to a cell\'s membrane to the appropriate target molecule in the nucleus or cytoplasm.')
& concept2words_2(X,'secondary messenger')
& concept2words_2(X,'messenger of second')
& concept2words_2(X,'second messenger')
& concept2words_2(X,'second-messenger')
& chemical_messenger_1(X)
& ~ relay_protein_1(X)
& size_value_1(fn_second_messenger_2(X))
& chemical_entity_1(fn_second_messenger_3(X))
& solubility_value_1(fn_second_messenger_4(X))
& property_node_1(fn_solubility_value_1(fn_second_messenger_4(X)))
& the_scalar_value_2(fn_second_messenger_4(X),soluble_0)
& scalar_unit_class_2(fn_second_messenger_4(X),physical_object_0)
& the_scalar_value_2(fn_second_messenger_2(X),small_0)
& scalar_unit_class_2(fn_second_messenger_2(X),physical_object_0)
& size_2(fn_second_messenger_3(X),fn_second_messenger_2(X))
& solubility_in_water_2(fn_second_messenger_3(X),fn_second_messenger_4(X))
& plays_2(fn_second_messenger_3(X),X)
& fn_second_messenger_5(X) = fn_solubility_value_1(fn_second_messenger_4(X))
& fn_second_messenger_3(X) = fn_messenger_1(X) ) ) ).
fof(a532501,axiom,
! [X] :
( second_stage_larva_1(X)
=> ( original_name_2(X,'Second-Stage-Larva')
& user_description_2(X,'The immature, free-living form of most invertebrates, amphibians, and fish which at hatching from the egg is fundamentally unlike its parent and must metamorphose. The larval stage is the second stage of development.')
& concept2words_2(X,'second stage larva')
& concept2words_2(X,'second-stage-larva')
& larva_1(X)
& ventral_surface_1(fn_second_stage_larva_1(X))
& vulval_precursor_cell_1(fn_second_stage_larva_2(X))
& vulval_precursor_cell_1(fn_second_stage_larva_3(X))
& vulval_precursor_cell_1(fn_second_stage_larva_4(X))
& vulval_precursor_cell_1(fn_second_stage_larva_5(X))
& vulval_precursor_cell_1(fn_second_stage_larva_6(X))
& vulval_precursor_cell_1(fn_second_stage_larva_7(X))
& anchor_cell_1(fn_second_stage_larva_8(X))
& embryonic_gonad_1(fn_second_stage_larva_9(X))
& has_part_2(X,fn_second_stage_larva_9(X))
& has_region_2(X,fn_second_stage_larva_1(X))
& is_at_2(fn_second_stage_larva_2(X),fn_second_stage_larva_1(X))
& called_2(fn_second_stage_larva_2(X),'VPC 6')
& is_at_2(fn_second_stage_larva_3(X),fn_second_stage_larva_1(X))
& called_2(fn_second_stage_larva_3(X),'VPC 5')
& is_at_2(fn_second_stage_larva_4(X),fn_second_stage_larva_1(X))
& is_near_2(fn_second_stage_larva_4(X),fn_second_stage_larva_8(X))
& called_2(fn_second_stage_larva_4(X),'VPC 4')
& is_at_2(fn_second_stage_larva_5(X),fn_second_stage_larva_1(X))
& called_2(fn_second_stage_larva_5(X),'VPC 3')
& is_at_2(fn_second_stage_larva_6(X),fn_second_stage_larva_1(X))
& called_2(fn_second_stage_larva_6(X),'VPC 2')
& is_at_2(fn_second_stage_larva_7(X),fn_second_stage_larva_1(X))
& called_2(fn_second_stage_larva_7(X),'VPC 1')
& is_at_2(fn_second_stage_larva_8(X),fn_second_stage_larva_1(X))
& is_near_2(fn_second_stage_larva_8(X),fn_second_stage_larva_4(X))
& has_part_2(fn_second_stage_larva_9(X),fn_second_stage_larva_2(X))
& has_part_2(fn_second_stage_larva_9(X),fn_second_stage_larva_3(X))
& has_part_2(fn_second_stage_larva_9(X),fn_second_stage_larva_4(X))
& has_part_2(fn_second_stage_larva_9(X),fn_second_stage_larva_5(X))
& has_part_2(fn_second_stage_larva_9(X),fn_second_stage_larva_6(X))
& has_part_2(fn_second_stage_larva_9(X),fn_second_stage_larva_7(X))
& has_part_2(fn_second_stage_larva_9(X),fn_second_stage_larva_8(X)) ) ) ).
fof(a532502,axiom,
! [X] :
( secondary_cell_wall_1(X)
=> ( original_name_2(X,'Secondary-Cell-Wall')
& user_description_2(X,'In plants, a strong, tough matrix deposited between the plasma membrane and the primary cell wall. It provides additional support to the individual cell, and strength and rigidity to the plant at large.')
& concept2words_2(X,'secondary cell wall')
& concept2words_2(X,'secondary cell-wall')
& concept2words_2(X,'secondary-cell-wall')
& plant_cell_wall_1(X) ) ) ).
fof(a532503,axiom,
! [X] :
( secondary_consumer_1(X)
=> ( original_name_2(X,'Secondary-Consumer')
& user_description_2(X,'A carnivore that feeds primarily on herbivores.')
& concept2words_2(X,'consumer of secondary')
& concept2words_2(X,'secondary consumer')
& concept2words_2(X,'secondary-consumer')
& heterotroph_1(X)
& ~ tertiary_consumer_1(X)
& ~ chemoheterotroph_1(X)
& ~ decomposer_1(X)
& ~ facultative_anaerobe_1(X)
& ~ obligate_aerobe_1(X)
& ~ obligate_anaerobe_1(X)
& ~ parasite_1(X)
& ~ photoheterotroph_1(X)
& ~ primary_consumer_1(X)
& organism_1(fn_secondary_consumer_1(X))
& food_1(fn_secondary_consumer_2(X))
& polymer_1(fn_secondary_consumer_3(X))
& organic_molecule_1(fn_secondary_consumer_4(X))
& nutrition_1(fn_secondary_consumer_5(X))
& tangible_entity_1(fn_secondary_consumer_6(X))
& organism_1(fn_secondary_consumer_6(X))
& primary_consumer_1(fn_secondary_consumer_7(X))
& nutrition_1(fn_secondary_consumer_8(X))
& polymer_1(fn_food_2(fn_secondary_consumer_2(X)))
& nutrition_1(fn_primary_consumer_8(fn_secondary_consumer_7(X)))
& tangible_entity_1(fn_food_3(fn_secondary_consumer_2(X)))
& organism_1(fn_primary_consumer_3(fn_secondary_consumer_7(X)))
& organic_molecule_1(fn_food_4(fn_secondary_consumer_2(X)))
& nutrition_1(fn_food_1(fn_secondary_consumer_2(X)))
& fn_secondary_consumer_5(X) != fn_secondary_consumer_8(X)
& fn_secondary_consumer_8(X) != fn_secondary_consumer_5(X)
& has_part_2(fn_secondary_consumer_6(X),fn_secondary_consumer_4(X))
& in_event_2(fn_secondary_consumer_2(X),fn_secondary_consumer_8(X))
& raw_material_2(fn_secondary_consumer_8(X),fn_secondary_consumer_3(X))
& has_part_2(fn_secondary_consumer_6(X),fn_secondary_consumer_3(X))
& plays_2(fn_secondary_consumer_6(X),fn_secondary_consumer_2(X))
& in_event_2(fn_secondary_consumer_7(X),fn_secondary_consumer_5(X))
& agent_2(fn_secondary_consumer_5(X),fn_secondary_consumer_6(X))
& plays_2(fn_secondary_consumer_6(X),fn_secondary_consumer_7(X))
& raw_material_2(fn_secondary_consumer_8(X),fn_secondary_consumer_4(X))
& in_event_2(X,fn_secondary_consumer_8(X))
& agent_2(fn_secondary_consumer_8(X),fn_secondary_consumer_1(X))
& plays_2(fn_secondary_consumer_1(X),X)
& fn_secondary_consumer_4(X) = fn_food_4(fn_secondary_consumer_2(X))
& fn_secondary_consumer_6(X) = fn_food_3(fn_secondary_consumer_2(X))
& fn_secondary_consumer_3(X) = fn_food_2(fn_secondary_consumer_2(X))
& fn_secondary_consumer_8(X) = fn_food_1(fn_secondary_consumer_2(X))
& fn_secondary_consumer_6(X) = fn_primary_consumer_3(fn_secondary_consumer_7(X))
& fn_secondary_consumer_5(X) = fn_primary_consumer_8(fn_secondary_consumer_7(X))
& fn_secondary_consumer_4(X) = fn_heterotroph_6(X)
& fn_secondary_consumer_1(X) = fn_heterotroph_2(X)
& fn_secondary_consumer_8(X) = fn_heterotroph_3(X)
& fn_food_3(fn_secondary_consumer_2(X)) = fn_food_3(fn_secondary_consumer_2(X))
& fn_food_3(fn_secondary_consumer_2(X)) = fn_primary_consumer_3(fn_secondary_consumer_7(X))
& fn_primary_consumer_3(fn_secondary_consumer_7(X)) = fn_primary_consumer_3(fn_secondary_consumer_7(X))
& fn_primary_consumer_3(fn_secondary_consumer_7(X)) = fn_food_4(fn_secondary_consumer_2(X))
& fn_food_4(fn_secondary_consumer_2(X)) = fn_heterotroph_6(X)
& fn_heterotroph_6(X) = fn_food_1(fn_secondary_consumer_2(X))
& fn_food_1(fn_secondary_consumer_2(X)) = fn_food_1(fn_secondary_consumer_2(X))
& fn_food_1(fn_secondary_consumer_2(X)) = fn_heterotroph_3(X)
& fn_heterotroph_3(X) = fn_heterotroph_3(X) ) ) ).
fof(a532504,axiom,
! [X] :
( secondary_consumers_1(X)
=> ( original_name_2(X,'Secondary-Consumers')
& user_description_2(X,'Group of organisms in an ecosystem which feeds directly on primary consumers.')
& concept2words_2(X,'secondary consumer')
& concept2words_2(X,'secondary-consumer')
& consumers_1(X) ) ) ).
fof(a532505,axiom,
! [X] :
( secondary_endosymbiosis_1(X)
=> ( original_name_2(X,'Secondary-Endosymbiosis')
& user_description_2(X,'The process in eukaryotic evolution that occurred when one heterotrophic eukaryotic cell engulfed and retained a photosynthetic eukaryotic cell. The engulfed photosynthetic cell survived as a plastid within the formerly heterotrophic cell.')
& concept2words_2(X,'endosymbiosis of secondary')
& concept2words_2(X,'secondary endosymbiosis')
& concept2words_2(X,'secondary-endosymbiosis')
& endosymbiosis_1(X) ) ) ).
fof(a532506,axiom,
! [X] :
( secondary_growth_1(X)
=> ( original_name_2(X,'Secondary-Growth')
& user_description_2(X,'In plants, growth from the lateral meristems, which thickens roots and shoots.')
& concept2words_2(X,'growth of secondary')
& concept2words_2(X,'secondary growth')
& concept2words_2(X,'secondary-growth')
& plant_growth_1(X) ) ) ).
fof(a532507,axiom,
! [X] :
( secondary_immune_response_1(X)
=> ( original_name_2(X,'Secondary-Immune-Response')
& user_description_2(X,'The acquired immune response to a second or subsequent exposure to a particular antigen. The secondary response is faster, stronger, and of longer duration than the primary immune response.')
& concept2words_2(X,'secondary immune response')
& concept2words_2(X,'secondary-immune-response')
& immune_response_1(X) ) ) ).
fof(a532508,axiom,
! [X] :
( secondary_oocyte_1(X)
=> ( original_name_2(X,'Secondary-Oocyte')
& user_description_2(X,'It is a haploid cell produced by meiotic division of primary oocyte (diploid cell). It further undergoes second meiotic division to produce ovum')
& concept2words_2(X,'oocyte of secondary')
& concept2words_2(X,'secondary oocyte')
& concept2words_2(X,'secondary-oocyte')
& animal_cell_1(X)
& reproductive_cell_1(X) ) ) ).
fof(a532509,axiom,
! [X] :
( secondary_plant_tissue_1(X)
=> ( original_name_2(X,'Secondary-Plant-Tissue')
& user_description_2(X,'The tissues produced by the vascular cambium and cork cambium, which thicken the stems and roots of woody plants.')
& concept2words_2(X,'secondary plant tissue')
& concept2words_2(X,'secondary-plant-tissue')
& vascular_tissue_1(X)
& ~ pericycle_1(X)
& ~ phloem_1(X)
& ~ scion_1(X)
& ~ sieve_plate_1(X)
& ~ stele_1(X)
& ~ vascular_cambium_1(X)
& ~ water_vascular_system_1(X)
& ~ xylem_1(X) ) ) ).
fof(a532510,axiom,
! [X] :
( secondary_protein_structure_1(X)
=> ( original_name_2(X,'Secondary-Protein-Structure')
& user_description_2(X,'Regions of repetitive coiling or folding of the polpeptide backbone of a protein due to hydrogen bonding between constituents of the backbone (not the side chains).')
& concept2words_2(X,'second stage of protein folding')
& concept2words_2(X,'secondary protein structure')
& concept2words_2(X,'secondary-protein-structure')
& molecular_region_1(X)
& primary_amino_acid_sequence_1(fn_secondary_protein_structure_1(X))
& primary_amino_acid_sequence_1(fn_secondary_protein_structure_2(X))
& hydrogen_bond_1(fn_secondary_protein_structure_3(X))
& fold_1(fn_secondary_protein_structure_6(X))
& coil_1(fn_secondary_protein_structure_7(X))
& protein_domain_1(fn_secondary_protein_structure_8(X))
& monomer_1(fn_secondary_protein_structure_9(X))
& tangible_entity_1(fn_secondary_protein_structure_10(X))
& entity_1(fn_secondary_protein_structure_10(X))
& chemical_entity_1(fn_secondary_protein_structure_10(X))
& atom_1(fn_secondary_protein_structure_10(X))
& nitrogen_1(fn_secondary_protein_structure_10(X))
& amino_end_1(fn_secondary_protein_structure_11(X))
& carboxyl_end_1(fn_secondary_protein_structure_12(X))
& chemical_bond_1(fn_secondary_protein_structure_13(X))
& covalent_bond_1(fn_secondary_protein_structure_13(X))
& peptide_bond_1(fn_secondary_protein_structure_13(X))
& unfolded_protein_1(fn_secondary_protein_structure_14(X))
& entity_1(fn_secondary_protein_structure_15(X))
& chemical_entity_1(fn_secondary_protein_structure_15(X))
& atom_1(fn_secondary_protein_structure_15(X))
& carbon_1(fn_secondary_protein_structure_15(X))
& spatial_entity_1(fn_secondary_protein_structure_16(X))
& chemical_entity_1(fn_secondary_protein_structure_16(X))
& monomer_1(fn_secondary_protein_structure_16(X))
& molecule_1(fn_secondary_protein_structure_16(X))
& amino_acid_1(fn_secondary_protein_structure_16(X))
& entity_1(fn_secondary_protein_structure_17(X))
& polymer_1(fn_secondary_protein_structure_17(X))
& organic_molecule_1(fn_secondary_protein_structure_17(X))
& polypeptide_1(fn_secondary_protein_structure_17(X))
& chemical_entity_1(fn_secondary_protein_structure_18(X))
& tangible_entity_1(fn_secondary_protein_structure_18(X))
& entity_1(fn_secondary_protein_structure_18(X))
& atom_1(fn_secondary_protein_structure_18(X))
& nitrogen_1(fn_secondary_protein_structure_18(X))
& monomer_1(fn_secondary_protein_structure_19(X))
& polypeptide_1(fn_secondary_protein_structure_20(X))
& monomer_1(fn_secondary_protein_structure_21(X))
& folded_protein_1(fn_secondary_protein_structure_22(X))
& electronegativity_value_1(fn_secondary_protein_structure_23(X))
& electron_shell_1(fn_secondary_protein_structure_24(X))
& electron_shell_1(fn_secondary_protein_structure_25(X))
& share_1(fn_secondary_protein_structure_26(X))
& electron_1(fn_secondary_protein_structure_27(X))
& valence_electron_1(fn_secondary_protein_structure_27(X))
& hold_1(fn_secondary_protein_structure_28(X))
& hold_together_1(fn_secondary_protein_structure_28(X))
& attract_1(fn_secondary_protein_structure_29(X))
& hold_1(fn_secondary_protein_structure_30(X))
& hold_together_1(fn_secondary_protein_structure_30(X))
& electron_shell_1(fn_secondary_protein_structure_31(X))
& first_electron_shell_1(fn_secondary_protein_structure_31(X))
& atomic_nucleus_1(fn_secondary_protein_structure_32(X))
& electronegativity_value_1(fn_secondary_protein_structure_33(X))
& electron_shell_1(fn_secondary_protein_structure_34(X))
& entity_1(fn_secondary_protein_structure_35(X))
& electron_1(fn_secondary_protein_structure_35(X))
& valence_electron_1(fn_secondary_protein_structure_35(X))
& tangible_entity_1(fn_secondary_protein_structure_36(X))
& electron_1(fn_secondary_protein_structure_36(X))
& entity_1(fn_secondary_protein_structure_36(X))
& valence_electron_1(fn_secondary_protein_structure_36(X))
& electron_shell_1(fn_secondary_protein_structure_37(X))
& center_1(fn_secondary_protein_structure_38(X))
& share_1(fn_secondary_protein_structure_39(X))
& hold_1(fn_secondary_protein_structure_40(X))
& hold_together_1(fn_secondary_protein_structure_40(X))
& hold_together_1(fn_secondary_protein_structure_41(X))
& functional_group_1(fn_secondary_protein_structure_42(X))
& carboxyl_group_1(fn_secondary_protein_structure_43(X))
& carbon_skeleton_1(fn_secondary_protein_structure_44(X))
& functional_group_1(fn_secondary_protein_structure_45(X))
& amino_group_1(fn_secondary_protein_structure_45(X))
& single_bond_1(fn_secondary_protein_structure_46(X))
& chemical_entity_1(fn_secondary_protein_structure_47(X))
& atom_1(fn_secondary_protein_structure_47(X))
& entity_1(fn_secondary_protein_structure_47(X))
& oxygen_1(fn_secondary_protein_structure_47(X))
& tangible_entity_1(fn_secondary_protein_structure_48(X))
& entity_1(fn_secondary_protein_structure_48(X))
& oxygen_1(fn_secondary_protein_structure_48(X))
& entity_1(fn_secondary_protein_structure_49(X))
& chemical_entity_1(fn_secondary_protein_structure_49(X))
& atom_1(fn_secondary_protein_structure_49(X))
& hydrogen_1(fn_secondary_protein_structure_49(X))
& tangible_entity_1(fn_secondary_protein_structure_50(X))
& entity_1(fn_secondary_protein_structure_50(X))
& chemical_entity_1(fn_secondary_protein_structure_50(X))
& atom_1(fn_secondary_protein_structure_50(X))
& carbon_1(fn_secondary_protein_structure_50(X))
& entity_1(fn_secondary_protein_structure_51(X))
& chemical_entity_1(fn_secondary_protein_structure_51(X))
& atom_1(fn_secondary_protein_structure_51(X))
& hydrogen_1(fn_secondary_protein_structure_51(X))
& chemical_bond_1(fn_secondary_protein_structure_52(X))
& hydrogen_bond_1(fn_secondary_protein_structure_52(X))
& chemical_bond_1(fn_molecule_10(fn_secondary_protein_structure_22(X)))
& polypeptide_1(fn_protein_8(fn_secondary_protein_structure_22(X)))
& protein_domain_1(fn_protein_7(fn_secondary_protein_structure_14(X)))
& property_node_1(fn_oxygen_6(fn_secondary_protein_structure_47(X)))
& attract_1(fn_hydrogen_bond_13(fn_secondary_protein_structure_52(X)))
& amino_group_1(fn_hydrophilic_amino_acid_25(fn_secondary_protein_structure_19(X)))
& carbon_skeleton_1(fn_hydrophilic_amino_acid_27(fn_secondary_protein_structure_19(X)))
& share_1(fn_hydrophilic_amino_acid_3(fn_secondary_protein_structure_19(X)))
& carboxyl_group_1(fn_hydrophilic_amino_acid_26(fn_secondary_protein_structure_19(X)))
& tangible_entity_1(fn_hydrophilic_amino_acid_34(fn_secondary_protein_structure_19(X)))
& entity_1(fn_hydrophilic_amino_acid_34(fn_secondary_protein_structure_19(X)))
& chemical_entity_1(fn_hydrophilic_amino_acid_34(fn_secondary_protein_structure_19(X)))
& atom_1(fn_hydrophilic_amino_acid_34(fn_secondary_protein_structure_19(X)))
& carbon_1(fn_hydrophilic_amino_acid_34(fn_secondary_protein_structure_19(X)))
& hold_1(fn_amino_group_33(fn_secondary_protein_structure_45(X)))
& hold_together_1(fn_amino_group_33(fn_secondary_protein_structure_45(X)))
& share_1(fn_amino_group_32(fn_secondary_protein_structure_45(X)))
& property_node_1(fn_hydrogen_1(fn_secondary_protein_structure_49(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_secondary_protein_structure_49(X)))
& tangible_entity_1(fn_polypeptide_125(fn_secondary_protein_structure_17(X)))
& entity_1(fn_polypeptide_125(fn_secondary_protein_structure_17(X)))
& chemical_entity_1(fn_polypeptide_125(fn_secondary_protein_structure_17(X)))
& atom_1(fn_polypeptide_125(fn_secondary_protein_structure_17(X)))
& nitrogen_1(fn_polypeptide_125(fn_secondary_protein_structure_17(X)))
& carboxyl_end_1(fn_polypeptide_80(fn_secondary_protein_structure_17(X)))
& amino_end_1(fn_polypeptide_81(fn_secondary_protein_structure_17(X)))
& monomer_1(fn_polymer_6(fn_secondary_protein_structure_14(X)))
& monomer_1(fn_polymer_4(fn_secondary_protein_structure_14(X)))
& monomer_1(fn_polymer_6(fn_secondary_protein_structure_22(X)))
& monomer_1(fn_polymer_4(fn_secondary_protein_structure_22(X)))
& electronegativity_value_1(fn_hydrogen_bond_2(fn_secondary_protein_structure_52(X)))
& electronegativity_value_1(fn_oxygen_5(fn_secondary_protein_structure_47(X)))
& electron_shell_1(fn_atom_9(fn_secondary_protein_structure_50(X)))
& electron_shell_1(fn_hydrophilic_amino_acid_14(fn_secondary_protein_structure_19(X)))
& hold_together_1(fn_hydrophilic_amino_acid_15(fn_secondary_protein_structure_19(X)))
& hold_together_1(fn_hydrogen_bond_14(fn_secondary_protein_structure_52(X)))
& hold_together_1(fn_hydrophilic_amino_acid_1(fn_secondary_protein_structure_19(X)))
& hold_1(fn_hydrophilic_amino_acid_7(fn_secondary_protein_structure_19(X)))
& hold_together_1(fn_hydrophilic_amino_acid_7(fn_secondary_protein_structure_19(X)))
& tangible_entity_1(fn_hold_2(fn_secondary_protein_structure_40(X)))
& entity_1(fn_hydrophilic_amino_acid_32(fn_secondary_protein_structure_19(X)))
& oxygen_1(fn_hydrophilic_amino_acid_32(fn_secondary_protein_structure_19(X)))
& electron_shell_1(fn_atom_9(fn_secondary_protein_structure_47(X)))
& electron_shell_1(fn_hydrogen_bond_20(fn_secondary_protein_structure_52(X)))
& electron_shell_1(fn_hydrophilic_amino_acid_21(fn_secondary_protein_structure_19(X)))
& entity_1(fn_hydrogen_bond_11(fn_secondary_protein_structure_52(X)))
& chemical_entity_1(fn_hydrogen_bond_11(fn_secondary_protein_structure_52(X)))
& atom_1(fn_hydrogen_bond_11(fn_secondary_protein_structure_52(X)))
& entity_1(fn_hydrophilic_amino_acid_31(fn_secondary_protein_structure_19(X)))
& oxygen_1(fn_hydrophilic_amino_acid_31(fn_secondary_protein_structure_19(X)))
& chemical_entity_1(fn_functional_group_1(fn_secondary_protein_structure_42(X)))
& polar_amino_acid_1(fn_protein_4(fn_secondary_protein_structure_22(X)))
& chemical_entity_1(fn_functional_group_1(fn_secondary_protein_structure_45(X)))
& tangible_entity_1(fn_hydrophilic_amino_acid_6(fn_secondary_protein_structure_19(X)))
& electron_1(fn_hydrophilic_amino_acid_6(fn_secondary_protein_structure_19(X)))
& entity_1(fn_hydrophilic_amino_acid_6(fn_secondary_protein_structure_19(X)))
& valence_electron_1(fn_hydrophilic_amino_acid_6(fn_secondary_protein_structure_19(X)))
& valence_electron_1(fn_amino_group_23(fn_secondary_protein_structure_45(X)))
& entity_1(fn_share_2(fn_secondary_protein_structure_39(X)))
& electron_1(fn_amino_group_28(fn_secondary_protein_structure_45(X)))
& valence_electron_1(fn_amino_group_28(fn_secondary_protein_structure_45(X)))
& center_1(fn_hydrogen_bond_21(fn_secondary_protein_structure_52(X)))
& center_1(fn_amino_group_25(fn_secondary_protein_structure_45(X)))
& single_bond_1(fn_hydrophilic_amino_acid_28(fn_secondary_protein_structure_19(X)))
& single_bond_1(fn_amino_group_21(fn_secondary_protein_structure_45(X)))
& electron_shell_1(fn_hydrophilic_amino_acid_10(fn_secondary_protein_structure_19(X)))
& electron_shell_1(fn_hydrophilic_amino_acid_20(fn_secondary_protein_structure_19(X)))
& electron_shell_1(fn_amino_group_24(fn_secondary_protein_structure_45(X)))
& chemical_entity_1(fn_hydrophilic_amino_acid_29(fn_secondary_protein_structure_19(X)))
& tangible_entity_1(fn_hydrophilic_amino_acid_29(fn_secondary_protein_structure_19(X)))
& entity_1(fn_hydrophilic_amino_acid_29(fn_secondary_protein_structure_19(X)))
& atom_1(fn_hydrophilic_amino_acid_29(fn_secondary_protein_structure_19(X)))
& nitrogen_1(fn_hydrophilic_amino_acid_29(fn_secondary_protein_structure_19(X)))
& tangible_entity_1(fn_amino_group_20(fn_secondary_protein_structure_45(X)))
& entity_1(fn_amino_group_20(fn_secondary_protein_structure_45(X)))
& atom_1(fn_amino_group_20(fn_secondary_protein_structure_45(X)))
& nitrogen_1(fn_amino_group_20(fn_secondary_protein_structure_45(X)))
& electronegativity_value_1(fn_hydrogen_bond_6(fn_secondary_protein_structure_52(X)))
& electronegativity_value_1(fn_hydrogen_2(fn_secondary_protein_structure_49(X)))
& electron_shell_1(fn_amino_group_18(fn_secondary_protein_structure_45(X)))
& first_electron_shell_1(fn_amino_group_18(fn_secondary_protein_structure_45(X)))
& electron_shell_1(fn_hydrogen_16(fn_secondary_protein_structure_49(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_secondary_protein_structure_49(X)))
& electron_1(fn_amino_group_19(fn_secondary_protein_structure_45(X)))
& valence_electron_1(fn_amino_group_19(fn_secondary_protein_structure_45(X)))
& valence_electron_1(fn_hydrogen_12(fn_secondary_protein_structure_49(X)))
& entity_1(fn_hydrogen_bond_12(fn_secondary_protein_structure_52(X)))
& atom_1(fn_hydrogen_bond_12(fn_secondary_protein_structure_52(X)))
& chemical_entity_1(fn_hydrogen_bond_12(fn_secondary_protein_structure_52(X)))
& hydrogen_1(fn_hydrogen_bond_12(fn_secondary_protein_structure_52(X)))
& entity_1(fn_hydrophilic_amino_acid_30(fn_secondary_protein_structure_19(X)))
& chemical_entity_1(fn_hydrophilic_amino_acid_30(fn_secondary_protein_structure_19(X)))
& atom_1(fn_hydrophilic_amino_acid_30(fn_secondary_protein_structure_19(X)))
& hydrogen_1(fn_hydrophilic_amino_acid_30(fn_secondary_protein_structure_19(X)))
& entity_1(fn_hydrophilic_amino_acid_33(fn_secondary_protein_structure_19(X)))
& chemical_entity_1(fn_hydrophilic_amino_acid_33(fn_secondary_protein_structure_19(X)))
& atom_1(fn_hydrophilic_amino_acid_33(fn_secondary_protein_structure_19(X)))
& hydrogen_1(fn_hydrophilic_amino_acid_33(fn_secondary_protein_structure_19(X)))
& entity_1(fn_amino_group_22(fn_secondary_protein_structure_45(X)))
& chemical_entity_1(fn_amino_group_22(fn_secondary_protein_structure_45(X)))
& atom_1(fn_amino_group_22(fn_secondary_protein_structure_45(X)))
& hydrogen_1(fn_amino_group_22(fn_secondary_protein_structure_45(X)))
& spatial_entity_1(fn_polypeptide_83(fn_secondary_protein_structure_17(X)))
& chemical_entity_1(fn_polypeptide_83(fn_secondary_protein_structure_17(X)))
& monomer_1(fn_polypeptide_83(fn_secondary_protein_structure_17(X)))
& molecule_1(fn_polypeptide_83(fn_secondary_protein_structure_17(X)))
& amino_acid_1(fn_polypeptide_83(fn_secondary_protein_structure_17(X)))
& spatial_entity_1(fn_protein_14(fn_secondary_protein_structure_14(X)))
& chemical_entity_1(fn_protein_14(fn_secondary_protein_structure_14(X)))
& monomer_1(fn_protein_14(fn_secondary_protein_structure_14(X)))
& molecule_1(fn_protein_14(fn_secondary_protein_structure_14(X)))
& amino_acid_1(fn_protein_14(fn_secondary_protein_structure_14(X)))
& chemical_entity_1(fn_polypeptide_82(fn_secondary_protein_structure_17(X)))
& monomer_1(fn_polypeptide_82(fn_secondary_protein_structure_17(X)))
& molecule_1(fn_polypeptide_82(fn_secondary_protein_structure_17(X)))
& amino_acid_1(fn_polypeptide_82(fn_secondary_protein_structure_17(X)))
& atom_1(fn_organic_molecule_2(fn_secondary_protein_structure_17(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_secondary_protein_structure_17(X)))
& carbon_1(fn_organic_molecule_1(fn_secondary_protein_structure_17(X)))
& entity_1(fn_polypeptide_119(fn_secondary_protein_structure_17(X)))
& chemical_entity_1(fn_polypeptide_119(fn_secondary_protein_structure_17(X)))
& atom_1(fn_polypeptide_119(fn_secondary_protein_structure_17(X)))
& carbon_1(fn_polypeptide_119(fn_secondary_protein_structure_17(X)))
& entity_1(fn_polypeptide_126(fn_secondary_protein_structure_17(X)))
& chemical_entity_1(fn_polypeptide_126(fn_secondary_protein_structure_17(X)))
& atom_1(fn_polypeptide_126(fn_secondary_protein_structure_17(X)))
& carbon_1(fn_polypeptide_126(fn_secondary_protein_structure_17(X)))
& covalent_bond_1(fn_polymer_1(fn_secondary_protein_structure_17(X)))
& chemical_bond_1(fn_polypeptide_130(fn_secondary_protein_structure_17(X)))
& covalent_bond_1(fn_polypeptide_130(fn_secondary_protein_structure_17(X)))
& peptide_bond_1(fn_polypeptide_130(fn_secondary_protein_structure_17(X)))
& entity_1(fn_coil_1(fn_secondary_protein_structure_7(X)))
& entity_1(fn_fold_1(fn_secondary_protein_structure_6(X)))
& polypeptide_1(fn_protein_8(fn_secondary_protein_structure_14(X)))
& has_region_2(fn_secondary_protein_structure_50(X),fn_secondary_protein_structure_38(X))
& has_region_2(fn_secondary_protein_structure_48(X),fn_secondary_protein_structure_38(X))
& minCardinality(fn_secondary_protein_structure_22(X),has_region_0,"1",secondary_protein_structure_0)
& has_region_2(fn_secondary_protein_structure_22(X),fn_secondary_protein_structure_2(X))
& has_region_2(fn_secondary_protein_structure_22(X),X)
& has_region_2(fn_secondary_protein_structure_14(X),fn_secondary_protein_structure_1(X))
& is_inside_2(fn_secondary_protein_structure_2(X),X)
& is_inside_2(fn_secondary_protein_structure_3(X),X)
& agent_2(fn_secondary_protein_structure_7(X),fn_secondary_protein_structure_3(X))
& result_2(fn_secondary_protein_structure_7(X),fn_secondary_protein_structure_22(X))
& agent_2(fn_secondary_protein_structure_6(X),fn_secondary_protein_structure_3(X))
& result_2(fn_secondary_protein_structure_6(X),fn_secondary_protein_structure_22(X))
& object_2(fn_secondary_protein_structure_7(X),fn_secondary_protein_structure_17(X))
& has_region_2(fn_secondary_protein_structure_19(X),fn_secondary_protein_structure_42(X))
& object_2(fn_secondary_protein_structure_6(X),fn_secondary_protein_structure_17(X))
& object_2(fn_secondary_protein_structure_39(X),fn_secondary_protein_structure_35(X))
& object_2(fn_secondary_protein_structure_40(X),fn_secondary_protein_structure_48(X))
& possesses_2(fn_secondary_protein_structure_22(X),fn_secondary_protein_structure_52(X))
& has_part_2(fn_secondary_protein_structure_14(X),fn_secondary_protein_structure_9(X))
& has_part_2(fn_secondary_protein_structure_17(X),fn_secondary_protein_structure_15(X))
& has_part_2(fn_secondary_protein_structure_22(X),fn_secondary_protein_structure_21(X))
& has_region_2(fn_secondary_protein_structure_50(X),fn_secondary_protein_structure_25(X))
& has_part_2(fn_secondary_protein_structure_22(X),fn_secondary_protein_structure_20(X))
& has_part_2(fn_secondary_protein_structure_20(X),fn_secondary_protein_structure_19(X))
& has_region_2(fn_secondary_protein_structure_47(X),fn_secondary_protein_structure_34(X))
& agent_2(fn_secondary_protein_structure_29(X),fn_secondary_protein_structure_47(X))
& has_region_2(fn_secondary_protein_structure_47(X),fn_secondary_protein_structure_38(X))
& is_between_2(fn_secondary_protein_structure_52(X),fn_secondary_protein_structure_47(X))
& greater_than_2(fn_secondary_protein_structure_23(X),fn_secondary_protein_structure_33(X))
& has_part_2(fn_secondary_protein_structure_14(X),fn_secondary_protein_structure_17(X))
& has_region_2(fn_secondary_protein_structure_14(X),fn_secondary_protein_structure_8(X))
& is_at_2(fn_secondary_protein_structure_16(X),fn_secondary_protein_structure_8(X))
& electronegativity_2(fn_secondary_protein_structure_47(X),fn_secondary_protein_structure_23(X))
& has_function_2(fn_secondary_protein_structure_52(X),fn_secondary_protein_structure_30(X))
& agent_2(fn_secondary_protein_structure_30(X),fn_secondary_protein_structure_52(X))
& is_between_2(fn_secondary_protein_structure_52(X),fn_secondary_protein_structure_49(X))
& object_2(fn_secondary_protein_structure_29(X),fn_secondary_protein_structure_49(X))
& result_2(fn_secondary_protein_structure_29(X),fn_secondary_protein_structure_52(X))
& has_region_2(fn_secondary_protein_structure_19(X),fn_secondary_protein_structure_45(X))
& possesses_2(fn_secondary_protein_structure_19(X),fn_secondary_protein_structure_46(X))
& has_region_2(fn_secondary_protein_structure_19(X),fn_secondary_protein_structure_43(X))
& has_part_2(fn_secondary_protein_structure_19(X),fn_secondary_protein_structure_51(X))
& object_2(fn_secondary_protein_structure_39(X),fn_secondary_protein_structure_36(X))
& has_part_2(fn_secondary_protein_structure_19(X),fn_secondary_protein_structure_47(X))
& object_2(fn_secondary_protein_structure_40(X),fn_secondary_protein_structure_47(X))
& has_region_2(fn_secondary_protein_structure_18(X),fn_secondary_protein_structure_25(X))
& fn_secondary_protein_structure_37(X) != fn_secondary_protein_structure_25(X)
& fn_secondary_protein_structure_25(X) != fn_secondary_protein_structure_37(X)
& has_region_2(fn_secondary_protein_structure_19(X),fn_secondary_protein_structure_44(X))
& is_inside_2(fn_secondary_protein_structure_50(X),fn_secondary_protein_structure_44(X))
& object_2(fn_secondary_protein_structure_40(X),fn_secondary_protein_structure_50(X))
& object_2(fn_secondary_protein_structure_40(X),fn_secondary_protein_structure_49(X))
& object_2(fn_secondary_protein_structure_30(X),fn_secondary_protein_structure_49(X))
& object_2(fn_secondary_protein_structure_41(X),fn_secondary_protein_structure_47(X))
& object_2(fn_secondary_protein_structure_41(X),fn_secondary_protein_structure_50(X))
& agent_2(fn_secondary_protein_structure_39(X),fn_secondary_protein_structure_50(X))
& agent_2(fn_secondary_protein_structure_39(X),fn_secondary_protein_structure_47(X))
& object_2(fn_secondary_protein_structure_30(X),fn_secondary_protein_structure_47(X))
& has_part_2(fn_secondary_protein_structure_19(X),fn_secondary_protein_structure_49(X))
& fn_secondary_protein_structure_49(X) != fn_secondary_protein_structure_50(X)
& fn_secondary_protein_structure_50(X) != fn_secondary_protein_structure_48(X)
& fn_secondary_protein_structure_50(X) != fn_secondary_protein_structure_49(X)
& fn_secondary_protein_structure_48(X) != fn_secondary_protein_structure_50(X)
& fn_secondary_protein_structure_47(X) != fn_secondary_protein_structure_48(X)
& fn_secondary_protein_structure_48(X) != fn_secondary_protein_structure_47(X)
& is_inside_2(fn_secondary_protein_structure_50(X),fn_secondary_protein_structure_43(X))
& is_inside_2(fn_secondary_protein_structure_47(X),fn_secondary_protein_structure_43(X))
& fn_secondary_protein_structure_47(X) != fn_secondary_protein_structure_51(X)
& is_inside_2(fn_secondary_protein_structure_51(X),fn_secondary_protein_structure_43(X))
& is_inside_2(fn_secondary_protein_structure_48(X),fn_secondary_protein_structure_43(X))
& fn_secondary_protein_structure_51(X) != fn_secondary_protein_structure_47(X)
& has_part_2(fn_secondary_protein_structure_19(X),fn_secondary_protein_structure_48(X))
& has_region_2(fn_secondary_protein_structure_48(X),fn_secondary_protein_structure_34(X))
& fn_secondary_protein_structure_37(X) != fn_secondary_protein_structure_34(X)
& has_region_2(fn_secondary_protein_structure_50(X),fn_secondary_protein_structure_37(X))
& fn_secondary_protein_structure_50(X) != fn_secondary_protein_structure_47(X)
& fn_secondary_protein_structure_34(X) != fn_secondary_protein_structure_37(X)
& fn_secondary_protein_structure_47(X) != fn_secondary_protein_structure_50(X)
& fn_secondary_protein_structure_51(X) != fn_secondary_protein_structure_50(X)
& fn_secondary_protein_structure_51(X) != fn_secondary_protein_structure_49(X)
& fn_secondary_protein_structure_49(X) != fn_secondary_protein_structure_47(X)
& has_region_2(fn_secondary_protein_structure_47(X),fn_secondary_protein_structure_24(X))
& fn_secondary_protein_structure_24(X) != fn_secondary_protein_structure_34(X)
& fn_secondary_protein_structure_50(X) != fn_secondary_protein_structure_51(X)
& fn_secondary_protein_structure_49(X) != fn_secondary_protein_structure_51(X)
& fn_secondary_protein_structure_47(X) != fn_secondary_protein_structure_49(X)
& fn_secondary_protein_structure_34(X) != fn_secondary_protein_structure_24(X)
& has_part_2(fn_secondary_protein_structure_19(X),fn_secondary_protein_structure_18(X))
& fn_secondary_protein_structure_50(X) != fn_secondary_protein_structure_18(X)
& fn_secondary_protein_structure_18(X) != fn_secondary_protein_structure_50(X)
& fn_secondary_protein_structure_49(X) != fn_secondary_protein_structure_18(X)
& fn_secondary_protein_structure_18(X) != fn_secondary_protein_structure_49(X)
& is_between_2(fn_secondary_protein_structure_46(X),fn_secondary_protein_structure_49(X))
& object_2(fn_secondary_protein_structure_26(X),fn_secondary_protein_structure_35(X))
& object_2(fn_secondary_protein_structure_26(X),fn_secondary_protein_structure_27(X))
& fn_secondary_protein_structure_35(X) != fn_secondary_protein_structure_27(X)
& fn_secondary_protein_structure_36(X) != fn_secondary_protein_structure_35(X)
& fn_secondary_protein_structure_35(X) != fn_secondary_protein_structure_36(X)
& fn_secondary_protein_structure_27(X) != fn_secondary_protein_structure_35(X)
& result_2(fn_secondary_protein_structure_26(X),fn_secondary_protein_structure_46(X))
& has_function_2(fn_secondary_protein_structure_46(X),fn_secondary_protein_structure_28(X))
& agent_2(fn_secondary_protein_structure_28(X),fn_secondary_protein_structure_46(X))
& is_between_2(fn_secondary_protein_structure_46(X),fn_secondary_protein_structure_18(X))
& has_region_2(fn_secondary_protein_structure_18(X),fn_secondary_protein_structure_38(X))
& is_inside_2(fn_secondary_protein_structure_49(X),fn_secondary_protein_structure_45(X))
& agent_2(fn_secondary_protein_structure_26(X),fn_secondary_protein_structure_49(X))
& agent_2(fn_secondary_protein_structure_26(X),fn_secondary_protein_structure_18(X))
& object_2(fn_secondary_protein_structure_28(X),fn_secondary_protein_structure_18(X))
& object_2(fn_secondary_protein_structure_28(X),fn_secondary_protein_structure_49(X))
& is_inside_2(fn_secondary_protein_structure_18(X),fn_secondary_protein_structure_45(X))
& has_region_2(fn_secondary_protein_structure_18(X),fn_secondary_protein_structure_37(X))
& fn_secondary_protein_structure_37(X) != fn_secondary_protein_structure_31(X)
& fn_secondary_protein_structure_51(X) != fn_secondary_protein_structure_18(X)
& fn_secondary_protein_structure_18(X) != fn_secondary_protein_structure_51(X)
& fn_secondary_protein_structure_31(X) != fn_secondary_protein_structure_37(X)
& electronegativity_2(fn_secondary_protein_structure_49(X),fn_secondary_protein_structure_33(X))
& the_cardinal_value_2(fn_secondary_protein_structure_33(X),"2.1")
& cardinal_unit_class_2(fn_secondary_protein_structure_33(X),unity_0)
& has_part_2(fn_secondary_protein_structure_49(X),fn_secondary_protein_structure_27(X))
& is_near_2(fn_secondary_protein_structure_27(X),fn_secondary_protein_structure_32(X))
& is_inside_2(fn_secondary_protein_structure_32(X),fn_secondary_protein_structure_31(X))
& has_region_2(fn_secondary_protein_structure_49(X),fn_secondary_protein_structure_31(X))
& has_region_2(fn_secondary_protein_structure_49(X),fn_secondary_protein_structure_32(X))
& is_near_2(fn_secondary_protein_structure_32(X),fn_secondary_protein_structure_27(X))
& has_part_2(fn_secondary_protein_structure_17(X),fn_secondary_protein_structure_16(X))
& is_between_2(fn_secondary_protein_structure_13(X),fn_secondary_protein_structure_10(X))
& fn_secondary_protein_structure_15(X) != fn_secondary_protein_structure_10(X)
& fn_secondary_protein_structure_10(X) != fn_secondary_protein_structure_15(X)
& has_region_2(fn_secondary_protein_structure_17(X),fn_secondary_protein_structure_11(X))
& is_opposite_2(fn_secondary_protein_structure_11(X),fn_secondary_protein_structure_12(X))
& has_region_2(fn_secondary_protein_structure_17(X),fn_secondary_protein_structure_12(X))
& possesses_2(fn_secondary_protein_structure_17(X),fn_secondary_protein_structure_13(X))
& is_between_2(fn_secondary_protein_structure_13(X),fn_secondary_protein_structure_15(X))
& is_opposite_2(fn_secondary_protein_structure_12(X),fn_secondary_protein_structure_11(X))
& fn_secondary_protein_structure_17(X) = fn_coil_1(fn_secondary_protein_structure_7(X))
& fn_secondary_protein_structure_19(X) = fn_functional_group_1(fn_secondary_protein_structure_42(X))
& fn_secondary_protein_structure_17(X) = fn_fold_1(fn_secondary_protein_structure_6(X))
& fn_secondary_protein_structure_35(X) = fn_share_2(fn_secondary_protein_structure_39(X))
& fn_secondary_protein_structure_48(X) = fn_hold_2(fn_secondary_protein_structure_40(X))
& fn_secondary_protein_structure_52(X) = fn_molecule_10(fn_secondary_protein_structure_22(X))
& fn_secondary_protein_structure_9(X) = fn_polymer_6(fn_secondary_protein_structure_14(X))
& fn_secondary_protein_structure_9(X) = fn_polymer_4(fn_secondary_protein_structure_14(X))
& fn_secondary_protein_structure_15(X) = fn_organic_molecule_2(fn_secondary_protein_structure_17(X))
& fn_secondary_protein_structure_15(X) = fn_organic_molecule_1(fn_secondary_protein_structure_17(X))
& fn_secondary_protein_structure_21(X) = fn_polymer_6(fn_secondary_protein_structure_22(X))
& fn_secondary_protein_structure_21(X) = fn_polymer_4(fn_secondary_protein_structure_22(X))
& fn_secondary_protein_structure_25(X) = fn_atom_9(fn_secondary_protein_structure_50(X))
& fn_secondary_protein_structure_19(X) = fn_protein_4(fn_secondary_protein_structure_22(X))
& fn_secondary_protein_structure_20(X) = fn_protein_8(fn_secondary_protein_structure_22(X))
& fn_secondary_protein_structure_34(X) = fn_atom_9(fn_secondary_protein_structure_47(X))
& fn_secondary_protein_structure_34(X) = fn_hydrogen_bond_20(fn_secondary_protein_structure_52(X))
& fn_secondary_protein_structure_38(X) = fn_hydrogen_bond_21(fn_secondary_protein_structure_52(X))
& fn_secondary_protein_structure_33(X) = fn_hydrogen_bond_6(fn_secondary_protein_structure_52(X))
& fn_secondary_protein_structure_17(X) = fn_protein_8(fn_secondary_protein_structure_14(X))
& fn_secondary_protein_structure_16(X) = fn_protein_14(fn_secondary_protein_structure_14(X))
& fn_secondary_protein_structure_8(X) = fn_protein_7(fn_secondary_protein_structure_14(X))
& fn_secondary_protein_structure_4(X) = fn_oxygen_6(fn_secondary_protein_structure_47(X))
& fn_secondary_protein_structure_47(X) = fn_hydrogen_bond_11(fn_secondary_protein_structure_52(X))
& fn_secondary_protein_structure_23(X) = fn_hydrogen_bond_2(fn_secondary_protein_structure_52(X))
& fn_secondary_protein_structure_23(X) = fn_oxygen_5(fn_secondary_protein_structure_47(X))
& fn_secondary_protein_structure_29(X) = fn_hydrogen_bond_13(fn_secondary_protein_structure_52(X))
& fn_secondary_protein_structure_49(X) = fn_hydrogen_bond_12(fn_secondary_protein_structure_52(X))
& fn_secondary_protein_structure_30(X) = fn_hydrogen_bond_14(fn_secondary_protein_structure_52(X))
& fn_secondary_protein_structure_19(X) = fn_functional_group_1(fn_secondary_protein_structure_45(X))
& fn_secondary_protein_structure_45(X) = fn_hydrophilic_amino_acid_25(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_46(X) = fn_hydrophilic_amino_acid_28(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_36(X) = fn_hydrophilic_amino_acid_6(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_40(X) = fn_hydrophilic_amino_acid_15(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_37(X) = fn_hydrophilic_amino_acid_10(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_25(X) = fn_hydrophilic_amino_acid_14(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_30(X) = fn_hydrophilic_amino_acid_1(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_49(X) = fn_hydrophilic_amino_acid_30(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_40(X) = fn_hydrophilic_amino_acid_7(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_44(X) = fn_hydrophilic_amino_acid_27(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_30(X) = fn_hydrophilic_amino_acid_7(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_39(X) = fn_hydrophilic_amino_acid_3(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_41(X) = fn_hydrophilic_amino_acid_1(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_51(X) = fn_hydrophilic_amino_acid_33(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_43(X) = fn_hydrophilic_amino_acid_26(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_37(X) = fn_hydrophilic_amino_acid_20(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_34(X) = fn_hydrophilic_amino_acid_21(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_48(X) = fn_hydrophilic_amino_acid_32(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_34(X) = fn_hydrophilic_amino_acid_20(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_24(X) = fn_hydrophilic_amino_acid_21(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_47(X) = fn_hydrophilic_amino_acid_31(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_51(X) = fn_hydrophilic_amino_acid_30(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_49(X) = fn_hydrophilic_amino_acid_33(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_50(X) = fn_hydrophilic_amino_acid_34(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_18(X) = fn_hydrophilic_amino_acid_29(fn_secondary_protein_structure_19(X))
& fn_secondary_protein_structure_36(X) = fn_amino_group_23(fn_secondary_protein_structure_45(X))
& fn_secondary_protein_structure_35(X) = fn_amino_group_28(fn_secondary_protein_structure_45(X))
& fn_secondary_protein_structure_27(X) = fn_amino_group_19(fn_secondary_protein_structure_45(X))
& fn_secondary_protein_structure_38(X) = fn_amino_group_25(fn_secondary_protein_structure_45(X))
& fn_secondary_protein_structure_46(X) = fn_amino_group_21(fn_secondary_protein_structure_45(X))
& fn_secondary_protein_structure_28(X) = fn_amino_group_33(fn_secondary_protein_structure_45(X))
& fn_secondary_protein_structure_26(X) = fn_amino_group_32(fn_secondary_protein_structure_45(X))
& fn_secondary_protein_structure_49(X) = fn_amino_group_22(fn_secondary_protein_structure_45(X))
& fn_secondary_protein_structure_31(X) = fn_amino_group_18(fn_secondary_protein_structure_45(X))
& fn_secondary_protein_structure_37(X) = fn_amino_group_24(fn_secondary_protein_structure_45(X))
& fn_secondary_protein_structure_51(X) = fn_amino_group_22(fn_secondary_protein_structure_45(X))
& fn_secondary_protein_structure_18(X) = fn_amino_group_20(fn_secondary_protein_structure_45(X))
& fn_secondary_protein_structure_5(X) = fn_hydrogen_1(fn_secondary_protein_structure_49(X))
& fn_secondary_protein_structure_33(X) = fn_hydrogen_2(fn_secondary_protein_structure_49(X))
& fn_secondary_protein_structure_31(X) = fn_hydrogen_16(fn_secondary_protein_structure_49(X))
& fn_secondary_protein_structure_32(X) = fn_hydrogen_15(fn_secondary_protein_structure_49(X))
& fn_secondary_protein_structure_27(X) = fn_hydrogen_12(fn_secondary_protein_structure_49(X))
& fn_secondary_protein_structure_16(X) = fn_polypeptide_83(fn_secondary_protein_structure_17(X))
& fn_secondary_protein_structure_16(X) = fn_polypeptide_82(fn_secondary_protein_structure_17(X))
& fn_secondary_protein_structure_15(X) = fn_polypeptide_119(fn_secondary_protein_structure_17(X))
& fn_secondary_protein_structure_10(X) = fn_polypeptide_125(fn_secondary_protein_structure_17(X))
& fn_secondary_protein_structure_15(X) = fn_polypeptide_126(fn_secondary_protein_structure_17(X))
& fn_secondary_protein_structure_13(X) = fn_polymer_1(fn_secondary_protein_structure_17(X))
& fn_secondary_protein_structure_13(X) = fn_polypeptide_130(fn_secondary_protein_structure_17(X))
& fn_secondary_protein_structure_12(X) = fn_polypeptide_80(fn_secondary_protein_structure_17(X))
& fn_secondary_protein_structure_11(X) = fn_polypeptide_81(fn_secondary_protein_structure_17(X))
& fn_polymer_6(fn_secondary_protein_structure_14(X)) = fn_polymer_4(fn_secondary_protein_structure_14(X))
& fn_polymer_4(fn_secondary_protein_structure_14(X)) = fn_polymer_6(fn_secondary_protein_structure_22(X))
& fn_polymer_6(fn_secondary_protein_structure_22(X)) = fn_polymer_4(fn_secondary_protein_structure_22(X))
& fn_polymer_4(fn_secondary_protein_structure_22(X)) = fn_hydrogen_bond_2(fn_secondary_protein_structure_52(X))
& fn_oxygen_5(fn_secondary_protein_structure_47(X)) = fn_hydrogen_bond_2(fn_secondary_protein_structure_52(X))
& fn_hydrogen_bond_2(fn_secondary_protein_structure_52(X)) = fn_oxygen_5(fn_secondary_protein_structure_47(X))
& fn_oxygen_5(fn_secondary_protein_structure_47(X)) = fn_atom_9(fn_secondary_protein_structure_50(X))
& fn_atom_9(fn_secondary_protein_structure_50(X)) = fn_hydrophilic_amino_acid_14(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_14(fn_secondary_protein_structure_19(X)) = fn_hydrophilic_amino_acid_14(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_14(fn_secondary_protein_structure_19(X)) = fn_hydrophilic_amino_acid_15(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_15(fn_secondary_protein_structure_19(X)) = fn_hydrophilic_amino_acid_7(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_7(fn_secondary_protein_structure_19(X)) = fn_hydrophilic_amino_acid_7(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_7(fn_secondary_protein_structure_19(X)) = fn_hydrogen_bond_14(fn_secondary_protein_structure_52(X))
& fn_hydrogen_bond_14(fn_secondary_protein_structure_52(X)) = fn_hydrogen_bond_14(fn_secondary_protein_structure_52(X))
& fn_hydrogen_bond_14(fn_secondary_protein_structure_52(X)) = fn_hydrophilic_amino_acid_1(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_1(fn_secondary_protein_structure_19(X)) = fn_hydrophilic_amino_acid_1(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_1(fn_secondary_protein_structure_19(X)) = fn_hydrophilic_amino_acid_7(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_7(fn_secondary_protein_structure_19(X)) = fn_hold_2(fn_secondary_protein_structure_40(X))
& fn_hold_2(fn_secondary_protein_structure_40(X)) = fn_hydrophilic_amino_acid_32(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_32(fn_secondary_protein_structure_19(X)) = fn_hydrophilic_amino_acid_32(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_32(fn_secondary_protein_structure_19(X)) = fn_atom_9(fn_secondary_protein_structure_47(X))
& fn_atom_9(fn_secondary_protein_structure_47(X)) = fn_hydrogen_bond_20(fn_secondary_protein_structure_52(X))
& fn_hydrogen_bond_20(fn_secondary_protein_structure_52(X)) = fn_hydrogen_bond_20(fn_secondary_protein_structure_52(X))
& fn_hydrogen_bond_20(fn_secondary_protein_structure_52(X)) = fn_hydrophilic_amino_acid_21(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_21(fn_secondary_protein_structure_19(X)) = fn_hydrophilic_amino_acid_21(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_21(fn_secondary_protein_structure_19(X)) = fn_hydrophilic_amino_acid_20(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_20(fn_secondary_protein_structure_19(X)) = fn_hydrogen_bond_11(fn_secondary_protein_structure_52(X))
& fn_hydrogen_bond_11(fn_secondary_protein_structure_52(X)) = fn_hydrogen_bond_11(fn_secondary_protein_structure_52(X))
& fn_hydrogen_bond_11(fn_secondary_protein_structure_52(X)) = fn_hydrophilic_amino_acid_31(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_31(fn_secondary_protein_structure_19(X)) = fn_hydrophilic_amino_acid_31(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_31(fn_secondary_protein_structure_19(X)) = fn_functional_group_1(fn_secondary_protein_structure_42(X))
& fn_functional_group_1(fn_secondary_protein_structure_42(X)) = fn_protein_4(fn_secondary_protein_structure_22(X))
& fn_protein_4(fn_secondary_protein_structure_22(X)) = fn_functional_group_1(fn_secondary_protein_structure_45(X))
& fn_functional_group_1(fn_secondary_protein_structure_45(X)) = fn_hydrophilic_amino_acid_6(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_6(fn_secondary_protein_structure_19(X)) = fn_amino_group_23(fn_secondary_protein_structure_45(X))
& fn_amino_group_23(fn_secondary_protein_structure_45(X)) = fn_amino_group_23(fn_secondary_protein_structure_45(X))
& fn_amino_group_23(fn_secondary_protein_structure_45(X)) = fn_share_2(fn_secondary_protein_structure_39(X))
& fn_share_2(fn_secondary_protein_structure_39(X)) = fn_amino_group_28(fn_secondary_protein_structure_45(X))
& fn_amino_group_28(fn_secondary_protein_structure_45(X)) = fn_amino_group_28(fn_secondary_protein_structure_45(X))
& fn_amino_group_28(fn_secondary_protein_structure_45(X)) = fn_hydrogen_bond_21(fn_secondary_protein_structure_52(X))
& fn_hydrogen_bond_21(fn_secondary_protein_structure_52(X)) = fn_amino_group_25(fn_secondary_protein_structure_45(X))
& fn_amino_group_25(fn_secondary_protein_structure_45(X)) = fn_hydrophilic_amino_acid_28(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_28(fn_secondary_protein_structure_19(X)) = fn_amino_group_21(fn_secondary_protein_structure_45(X))
& fn_amino_group_21(fn_secondary_protein_structure_45(X)) = fn_amino_group_21(fn_secondary_protein_structure_45(X))
& fn_amino_group_21(fn_secondary_protein_structure_45(X)) = fn_hydrophilic_amino_acid_10(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_10(fn_secondary_protein_structure_19(X)) = fn_hydrophilic_amino_acid_10(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_10(fn_secondary_protein_structure_19(X)) = fn_hydrophilic_amino_acid_20(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_20(fn_secondary_protein_structure_19(X)) = fn_hydrophilic_amino_acid_20(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_20(fn_secondary_protein_structure_19(X)) = fn_amino_group_24(fn_secondary_protein_structure_45(X))
& fn_amino_group_24(fn_secondary_protein_structure_45(X)) = fn_amino_group_24(fn_secondary_protein_structure_45(X))
& fn_amino_group_24(fn_secondary_protein_structure_45(X)) = fn_hydrophilic_amino_acid_30(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_33(fn_secondary_protein_structure_19(X)) = fn_hydrophilic_amino_acid_30(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_30(fn_secondary_protein_structure_19(X)) = fn_amino_group_22(fn_secondary_protein_structure_45(X))
& fn_amino_group_22(fn_secondary_protein_structure_45(X)) = fn_hydrophilic_amino_acid_29(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_29(fn_secondary_protein_structure_19(X)) = fn_hydrophilic_amino_acid_29(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_29(fn_secondary_protein_structure_19(X)) = fn_amino_group_20(fn_secondary_protein_structure_45(X))
& fn_amino_group_20(fn_secondary_protein_structure_45(X)) = fn_amino_group_20(fn_secondary_protein_structure_45(X))
& fn_amino_group_20(fn_secondary_protein_structure_45(X)) = fn_hydrogen_bond_6(fn_secondary_protein_structure_52(X))
& fn_hydrogen_bond_6(fn_secondary_protein_structure_52(X)) = fn_hydrogen_2(fn_secondary_protein_structure_49(X))
& fn_hydrogen_2(fn_secondary_protein_structure_49(X)) = fn_hydrogen_2(fn_secondary_protein_structure_49(X))
& fn_hydrogen_2(fn_secondary_protein_structure_49(X)) = fn_amino_group_18(fn_secondary_protein_structure_45(X))
& fn_amino_group_18(fn_secondary_protein_structure_45(X)) = fn_hydrogen_16(fn_secondary_protein_structure_49(X))
& fn_hydrogen_16(fn_secondary_protein_structure_49(X)) = fn_hydrogen_16(fn_secondary_protein_structure_49(X))
& fn_hydrogen_16(fn_secondary_protein_structure_49(X)) = fn_amino_group_19(fn_secondary_protein_structure_45(X))
& fn_amino_group_19(fn_secondary_protein_structure_45(X)) = fn_amino_group_19(fn_secondary_protein_structure_45(X))
& fn_amino_group_19(fn_secondary_protein_structure_45(X)) = fn_hydrogen_12(fn_secondary_protein_structure_49(X))
& fn_hydrogen_12(fn_secondary_protein_structure_49(X)) = fn_hydrogen_12(fn_secondary_protein_structure_49(X))
& fn_hydrogen_12(fn_secondary_protein_structure_49(X)) = fn_hydrogen_bond_12(fn_secondary_protein_structure_52(X))
& fn_hydrogen_bond_12(fn_secondary_protein_structure_52(X)) = fn_hydrogen_bond_12(fn_secondary_protein_structure_52(X))
& fn_hydrogen_bond_12(fn_secondary_protein_structure_52(X)) = fn_hydrophilic_amino_acid_30(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_30(fn_secondary_protein_structure_19(X)) = fn_hydrophilic_amino_acid_30(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_30(fn_secondary_protein_structure_19(X)) = fn_hydrophilic_amino_acid_33(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_33(fn_secondary_protein_structure_19(X)) = fn_hydrophilic_amino_acid_33(fn_secondary_protein_structure_19(X))
& fn_hydrophilic_amino_acid_33(fn_secondary_protein_structure_19(X)) = fn_amino_group_22(fn_secondary_protein_structure_45(X))
& fn_amino_group_22(fn_secondary_protein_structure_45(X)) = fn_amino_group_22(fn_secondary_protein_structure_45(X))
& fn_amino_group_22(fn_secondary_protein_structure_45(X)) = fn_protein_14(fn_secondary_protein_structure_14(X))
& fn_protein_14(fn_secondary_protein_structure_14(X)) = fn_polypeptide_83(fn_secondary_protein_structure_17(X))
& fn_polypeptide_83(fn_secondary_protein_structure_17(X)) = fn_protein_14(fn_secondary_protein_structure_14(X))
& fn_protein_14(fn_secondary_protein_structure_14(X)) = fn_polypeptide_82(fn_secondary_protein_structure_17(X))
& fn_polypeptide_82(fn_secondary_protein_structure_17(X)) = fn_organic_molecule_2(fn_secondary_protein_structure_17(X))
& fn_organic_molecule_2(fn_secondary_protein_structure_17(X)) = fn_organic_molecule_1(fn_secondary_protein_structure_17(X))
& fn_organic_molecule_1(fn_secondary_protein_structure_17(X)) = fn_organic_molecule_1(fn_secondary_protein_structure_17(X))
& fn_organic_molecule_1(fn_secondary_protein_structure_17(X)) = fn_polypeptide_119(fn_secondary_protein_structure_17(X))
& fn_polypeptide_119(fn_secondary_protein_structure_17(X)) = fn_polypeptide_119(fn_secondary_protein_structure_17(X))
& fn_polypeptide_119(fn_secondary_protein_structure_17(X)) = fn_polypeptide_126(fn_secondary_protein_structure_17(X))
& fn_polypeptide_126(fn_secondary_protein_structure_17(X)) = fn_polypeptide_130(fn_secondary_protein_structure_17(X))
& fn_polypeptide_130(fn_secondary_protein_structure_17(X)) = fn_polypeptide_130(fn_secondary_protein_structure_17(X))
& fn_polypeptide_130(fn_secondary_protein_structure_17(X)) = fn_polymer_1(fn_secondary_protein_structure_17(X))
& fn_polymer_1(fn_secondary_protein_structure_17(X)) = fn_polypeptide_130(fn_secondary_protein_structure_17(X))
& fn_polypeptide_130(fn_secondary_protein_structure_17(X)) = fn_coil_1(fn_secondary_protein_structure_7(X))
& fn_coil_1(fn_secondary_protein_structure_7(X)) = fn_fold_1(fn_secondary_protein_structure_6(X))
& fn_fold_1(fn_secondary_protein_structure_6(X)) = fn_fold_1(fn_secondary_protein_structure_6(X))
& fn_fold_1(fn_secondary_protein_structure_6(X)) = fn_protein_8(fn_secondary_protein_structure_14(X)) ) ) ).
fof(a532511,axiom,
! [X] :
( secondary_spermatocyte_1(X)
=> ( original_name_2(X,'Secondary-spermatocyte')
& user_description_2(X,'Secondary spermatocyte is the cell produced as a result of first meiotic division of Primary spermatocyte. It has half the number of chromosomes as possessed by the primary spermatocyte')
& concept2words_2(X,'spermatocyte of secondary')
& concept2words_2(X,'secondary spermatocyte')
& concept2words_2(X,'secondary-spermatocyte')
& spermatocyte_1(X)
& extra_cellular_matrix_1(fn_secondary_spermatocyte_1(X))
& semiautonomous_organelle_1(fn_secondary_spermatocyte_2(X))
& mitochondrion_1(fn_secondary_spermatocyte_2(X))
& organelle_1(fn_secondary_spermatocyte_2(X))
& golgi_apparatus_1(fn_secondary_spermatocyte_3(X))
& spatial_entity_1(fn_secondary_spermatocyte_4(X))
& membrane_protein_1(fn_secondary_spermatocyte_4(X))
& protein_1(fn_secondary_spermatocyte_4(X))
& tangible_entity_1(fn_secondary_spermatocyte_4(X))
& transmembrane_protein_1(fn_secondary_spermatocyte_4(X))
& integral_protein_1(fn_secondary_spermatocyte_4(X))
& transport_protein_1(fn_secondary_spermatocyte_4(X))
& attach_1(fn_secondary_spermatocyte_5(X))
& eukaryotic_cellular_respiration_1(fn_secondary_spermatocyte_6(X))
& eukaryotic_chromosome_1(fn_secondary_spermatocyte_7(X))
& chromosome_1(fn_secondary_spermatocyte_7(X))
& spatial_entity_1(fn_secondary_spermatocyte_8(X))
& biomembrane_1(fn_secondary_spermatocyte_8(X))
& plasma_membrane_1(fn_secondary_spermatocyte_8(X))
& tangible_entity_1(fn_secondary_spermatocyte_9(X))
& nucleus_1(fn_secondary_spermatocyte_9(X))
& substance_1(fn_secondary_spermatocyte_10(X))
& cytosol_1(fn_secondary_spermatocyte_10(X))
& hydrophobic_core_1(fn_secondary_spermatocyte_11(X))
& outside_face_1(fn_secondary_spermatocyte_12(X))
& extracellular_side_1(fn_secondary_spermatocyte_12(X))
& tangible_entity_1(fn_secondary_spermatocyte_13(X))
& phospholipid_bilayer_1(fn_secondary_spermatocyte_13(X))
& spatial_entity_1(fn_secondary_spermatocyte_14(X))
& polymer_1(fn_secondary_spermatocyte_14(X))
& tangible_entity_1(fn_secondary_spermatocyte_14(X))
& membrane_protein_1(fn_secondary_spermatocyte_14(X))
& protein_1(fn_secondary_spermatocyte_14(X))
& size_value_1(fn_secondary_spermatocyte_15(X))
& surface_1(fn_secondary_spermatocyte_16(X))
& volume_value_1(fn_secondary_spermatocyte_17(X))
& smooth_endoplasmic_reticulum_1(fn_secondary_spermatocyte_18(X))
& rough_endoplasmic_reticulum_1(fn_secondary_spermatocyte_19(X))
& ribosome_1(fn_secondary_spermatocyte_20(X))
& eukaryotic_ribosome_1(fn_secondary_spermatocyte_20(X))
& mixture_1(fn_secondary_spermatocyte_21(X))
& cytoplasm_1(fn_secondary_spermatocyte_21(X))
& cellular_work_1(fn_secondary_spermatocyte_24(X))
& eukaryotic_cell_1(fn_mitochondrion_51(fn_secondary_spermatocyte_2(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_secondary_spermatocyte_8(X)))
& tangible_entity_1(fn_biomembrane_63(fn_secondary_spermatocyte_8(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_secondary_spermatocyte_8(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_secondary_spermatocyte_8(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_secondary_spermatocyte_8(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_secondary_spermatocyte_8(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_secondary_spermatocyte_8(X)))
& protein_1(fn_plasma_membrane_54(fn_secondary_spermatocyte_8(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_secondary_spermatocyte_8(X)))
& polymer_1(fn_plasma_membrane_54(fn_secondary_spermatocyte_8(X)))
& outside_face_1(fn_biomembrane_41(fn_secondary_spermatocyte_8(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_secondary_spermatocyte_8(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_secondary_spermatocyte_8(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_secondary_spermatocyte_8(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_secondary_spermatocyte_8(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_secondary_spermatocyte_8(X)))
& protein_1(fn_plasma_membrane_68(fn_secondary_spermatocyte_8(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_secondary_spermatocyte_8(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_secondary_spermatocyte_8(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_secondary_spermatocyte_8(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_secondary_spermatocyte_8(X)))
& exactCardinality(X,has_part_0,"23",chromosome_0)
& is_outside_2(fn_secondary_spermatocyte_1(X),fn_secondary_spermatocyte_8(X))
& is_outside_2(fn_secondary_spermatocyte_1(X),X)
& has_part_2(X,fn_secondary_spermatocyte_2(X))
& is_between_2(fn_secondary_spermatocyte_21(X),fn_secondary_spermatocyte_9(X))
& the_scalar_value_2(fn_secondary_spermatocyte_15(X),big_0)
& scalar_unit_class_2(fn_secondary_spermatocyte_15(X),prokaryote_0)
& volume_2(X,fn_secondary_spermatocyte_17(X))
& directly_proportional_2(fn_secondary_spermatocyte_15(X),fn_secondary_spermatocyte_17(X))
& size_2(X,fn_secondary_spermatocyte_15(X))
& has_region_2(X,fn_secondary_spermatocyte_16(X))
& is_at_2(fn_secondary_spermatocyte_13(X),fn_secondary_spermatocyte_16(X))
& is_inside_2(fn_secondary_spermatocyte_20(X),fn_secondary_spermatocyte_10(X))
& has_part_2(X,fn_secondary_spermatocyte_20(X))
& has_part_2(X,fn_secondary_spermatocyte_18(X))
& fn_secondary_spermatocyte_19(X) != fn_secondary_spermatocyte_18(X)
& fn_secondary_spermatocyte_18(X) != fn_secondary_spermatocyte_19(X)
& is_inside_2(fn_secondary_spermatocyte_3(X),fn_secondary_spermatocyte_10(X))
& has_part_2(X,fn_secondary_spermatocyte_3(X))
& has_part_2(X,fn_secondary_spermatocyte_19(X))
& abuts_2(fn_secondary_spermatocyte_18(X),fn_secondary_spermatocyte_19(X))
& abuts_2(fn_secondary_spermatocyte_19(X),fn_secondary_spermatocyte_18(X))
& base_2(fn_secondary_spermatocyte_24(X),X)
& has_function_2(X,fn_secondary_spermatocyte_24(X))
& has_part_2(X,fn_secondary_spermatocyte_21(X))
& has_part_2(fn_secondary_spermatocyte_21(X),fn_secondary_spermatocyte_10(X))
& is_inside_2(fn_secondary_spermatocyte_2(X),fn_secondary_spermatocyte_10(X))
& base_2(fn_secondary_spermatocyte_6(X),X)
& has_function_2(X,fn_secondary_spermatocyte_6(X))
& has_part_2(X,fn_secondary_spermatocyte_7(X))
& is_inside_2(fn_secondary_spermatocyte_7(X),fn_secondary_spermatocyte_9(X))
& has_part_2(X,fn_secondary_spermatocyte_9(X))
& has_part_2(X,fn_secondary_spermatocyte_8(X))
& is_between_2(fn_secondary_spermatocyte_21(X),fn_secondary_spermatocyte_8(X))
& is_inside_2(fn_secondary_spermatocyte_21(X),fn_secondary_spermatocyte_8(X))
& base_2(fn_secondary_spermatocyte_5(X),fn_secondary_spermatocyte_8(X))
& object_2(fn_secondary_spermatocyte_5(X),fn_secondary_spermatocyte_4(X))
& fn_secondary_spermatocyte_4(X) != fn_secondary_spermatocyte_14(X)
& fn_secondary_spermatocyte_14(X) != fn_secondary_spermatocyte_4(X)
& has_part_2(fn_secondary_spermatocyte_8(X),fn_secondary_spermatocyte_13(X))
& is_inside_2(fn_secondary_spermatocyte_4(X),fn_secondary_spermatocyte_13(X))
& has_part_2(fn_secondary_spermatocyte_8(X),fn_secondary_spermatocyte_4(X))
& has_part_2(fn_secondary_spermatocyte_8(X),fn_secondary_spermatocyte_14(X))
& has_region_2(fn_secondary_spermatocyte_8(X),fn_secondary_spermatocyte_11(X))
& is_across_2(fn_secondary_spermatocyte_4(X),fn_secondary_spermatocyte_11(X))
& has_region_2(fn_secondary_spermatocyte_4(X),fn_secondary_spermatocyte_12(X))
& is_outside_2(fn_secondary_spermatocyte_12(X),fn_secondary_spermatocyte_8(X))
& has_region_2(fn_secondary_spermatocyte_8(X),fn_secondary_spermatocyte_12(X))
& is_at_2(fn_secondary_spermatocyte_4(X),fn_secondary_spermatocyte_8(X))
& is_across_2(fn_secondary_spermatocyte_4(X),fn_secondary_spermatocyte_8(X))
& called_2(fn_secondary_spermatocyte_14(X),'MP2')
& X = fn_mitochondrion_51(fn_secondary_spermatocyte_2(X))
& fn_secondary_spermatocyte_22(X) = fn_eukaryotic_cell_60(X)
& fn_secondary_spermatocyte_23(X) = fn_eukaryotic_cell_28(X)
& fn_secondary_spermatocyte_13(X) = fn_eukaryotic_cell_41(X)
& fn_secondary_spermatocyte_16(X) = fn_eukaryotic_cell_44(X)
& fn_secondary_spermatocyte_15(X) = fn_eukaryotic_cell_27(X)
& fn_secondary_spermatocyte_17(X) = fn_eukaryotic_cell_59(X)
& fn_secondary_spermatocyte_20(X) = fn_eukaryotic_cell_45(X)
& fn_secondary_spermatocyte_18(X) = fn_eukaryotic_cell_20(X)
& fn_secondary_spermatocyte_19(X) = fn_eukaryotic_cell_19(X)
& fn_secondary_spermatocyte_3(X) = fn_eukaryotic_cell_24(X)
& fn_secondary_spermatocyte_2(X) = fn_eukaryotic_cell_25(X)
& fn_secondary_spermatocyte_10(X) = fn_eukaryotic_cell_42(X)
& fn_secondary_spermatocyte_24(X) = fn_eukaryotic_cell_32(X)
& fn_secondary_spermatocyte_9(X) = fn_eukaryotic_cell_26(X)
& fn_secondary_spermatocyte_7(X) = fn_eukaryotic_cell_30(X)
& fn_secondary_spermatocyte_6(X) = fn_eukaryotic_cell_23(X)
& fn_secondary_spermatocyte_4(X) = fn_eukaryotic_cell_15(X)
& fn_secondary_spermatocyte_5(X) = fn_eukaryotic_cell_16(X)
& fn_secondary_spermatocyte_21(X) = fn_eukaryotic_cell_31(X)
& fn_secondary_spermatocyte_8(X) = fn_eukaryotic_cell_29(X)
& fn_secondary_spermatocyte_13(X) = fn_biomembrane_63(fn_secondary_spermatocyte_8(X))
& fn_secondary_spermatocyte_13(X) = fn_plasma_membrane_71(fn_secondary_spermatocyte_8(X))
& fn_secondary_spermatocyte_4(X) = fn_plasma_membrane_68(fn_secondary_spermatocyte_8(X))
& fn_secondary_spermatocyte_14(X) = fn_plasma_membrane_54(fn_secondary_spermatocyte_8(X))
& fn_secondary_spermatocyte_14(X) = fn_plasma_membrane_68(fn_secondary_spermatocyte_8(X))
& fn_secondary_spermatocyte_11(X) = fn_plasma_membrane_6(fn_secondary_spermatocyte_8(X))
& fn_secondary_spermatocyte_12(X) = fn_biomembrane_41(fn_secondary_spermatocyte_8(X))
& fn_secondary_spermatocyte_12(X) = fn_plasma_membrane_65(fn_secondary_spermatocyte_8(X))
& fn_secondary_spermatocyte_4(X) = fn_plasma_membrane_4(fn_secondary_spermatocyte_8(X))
& fn_secondary_spermatocyte_4(X) = fn_plasma_membrane_3(fn_secondary_spermatocyte_8(X))
& fn_secondary_spermatocyte_4(X) = fn_plasma_membrane_55(fn_secondary_spermatocyte_8(X))
& fn_eukaryotic_cell_41(X) = fn_biomembrane_63(fn_secondary_spermatocyte_8(X))
& fn_biomembrane_63(fn_secondary_spermatocyte_8(X)) = fn_biomembrane_63(fn_secondary_spermatocyte_8(X))
& fn_biomembrane_63(fn_secondary_spermatocyte_8(X)) = fn_plasma_membrane_71(fn_secondary_spermatocyte_8(X))
& fn_plasma_membrane_71(fn_secondary_spermatocyte_8(X)) = fn_plasma_membrane_71(fn_secondary_spermatocyte_8(X))
& fn_plasma_membrane_71(fn_secondary_spermatocyte_8(X)) = fn_plasma_membrane_54(fn_secondary_spermatocyte_8(X))
& fn_plasma_membrane_54(fn_secondary_spermatocyte_8(X)) = fn_plasma_membrane_54(fn_secondary_spermatocyte_8(X))
& fn_plasma_membrane_54(fn_secondary_spermatocyte_8(X)) = fn_plasma_membrane_68(fn_secondary_spermatocyte_8(X))
& fn_plasma_membrane_68(fn_secondary_spermatocyte_8(X)) = fn_plasma_membrane_65(fn_secondary_spermatocyte_8(X))
& fn_plasma_membrane_65(fn_secondary_spermatocyte_8(X)) = fn_plasma_membrane_65(fn_secondary_spermatocyte_8(X))
& fn_plasma_membrane_65(fn_secondary_spermatocyte_8(X)) = fn_biomembrane_41(fn_secondary_spermatocyte_8(X))
& fn_biomembrane_41(fn_secondary_spermatocyte_8(X)) = fn_plasma_membrane_65(fn_secondary_spermatocyte_8(X))
& fn_plasma_membrane_65(fn_secondary_spermatocyte_8(X)) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_plasma_membrane_4(fn_secondary_spermatocyte_8(X))
& fn_plasma_membrane_4(fn_secondary_spermatocyte_8(X)) = fn_plasma_membrane_4(fn_secondary_spermatocyte_8(X))
& fn_plasma_membrane_4(fn_secondary_spermatocyte_8(X)) = fn_plasma_membrane_3(fn_secondary_spermatocyte_8(X))
& fn_plasma_membrane_3(fn_secondary_spermatocyte_8(X)) = fn_plasma_membrane_68(fn_secondary_spermatocyte_8(X))
& fn_plasma_membrane_68(fn_secondary_spermatocyte_8(X)) = fn_plasma_membrane_68(fn_secondary_spermatocyte_8(X))
& fn_plasma_membrane_68(fn_secondary_spermatocyte_8(X)) = fn_plasma_membrane_3(fn_secondary_spermatocyte_8(X))
& fn_plasma_membrane_3(fn_secondary_spermatocyte_8(X)) = fn_plasma_membrane_55(fn_secondary_spermatocyte_8(X))
& fn_plasma_membrane_55(fn_secondary_spermatocyte_8(X)) = fn_plasma_membrane_68(fn_secondary_spermatocyte_8(X))
& fn_plasma_membrane_68(fn_secondary_spermatocyte_8(X)) = fn_plasma_membrane_55(fn_secondary_spermatocyte_8(X))
& fn_plasma_membrane_55(fn_secondary_spermatocyte_8(X)) = fn_plasma_membrane_55(fn_secondary_spermatocyte_8(X)) ) ) ).
fof(a532512,axiom,
! [X] :
( secondary_succession_1(X)
=> ( original_name_2(X,'Secondary-Succession')
& user_description_2(X,'The community changes that occur in an area that had been previously colonized but recently disturbed or destroyed; for example, in an area that has been burned by wildfire.')
& concept2words_2(X,'succession of secondary')
& concept2words_2(X,'secondary succession')
& concept2words_2(X,'secondary-succession')
& ecological_succession_1(X)
& ~ primary_succession_1(X) ) ) ).
fof(a532513,axiom,
! [X] :
( secreted_fluid_1(X)
=> ( original_name_2(X,'Secreted-Fluid')
& user_description_2(X,'Fluids, that are normally produced and discharged from cells, which have a specific task after leaving the cell')
& concept2words_2(X,'secreted fluid')
& concept2words_2(X,'secreted-fluid')
& bodily_fluid_1(X) ) ) ).
fof(a532514,axiom,
! [X] :
( secretin_1(X)
=> ( original_name_2(X,'Secretin')
& user_description_2(X,'A hormone secreted by the duodenum that regulates secretions of the stomach and pancreas. Secretin causes the pancreas to release bicarbonate ions into the duodenum when acidic chyme is passed from the stomach into the duodenum, thus bringing the chyme to a pH that digestive enzymes can tolerate. It also reduces acid secretion by the stomach.')
& concept2words_2(X,secretin)
& digestive_peptide_hormone_1(X)
& ~ adrenocorticotropic_hormone_1(X)
& ~ anp_1(X)
& ~ antidiuretic_hormone_1(X)
& ~ calcitonin_1(X)
& ~ cholecystokinin_1(X)
& ~ gastrin_1(X)
& ~ glucagon_1(X)
& ~ gonadotropin_releasing_hormone_1(X)
& ~ melanocyte_stimulating_hormone_1(X)
& ~ oxytocin_1(X)
& ~ parathyroid_hormone_1(X)
& disulfide_bond_1(fn_secretin_1(X))
& protein_1(fn_disulfide_bond_3(fn_secretin_1(X)))
& possesses_2(X,fn_secretin_1(X))
& X = fn_disulfide_bond_3(fn_secretin_1(X)) ) ) ).
fof(a532515,axiom,
! [X] :
( secretion_1(X)
=> ( original_name_2(X,'Secretion')
& user_description_2(X,'Secretion occurs when a ceullar product is exported from the cell .')
& concept2words_2(X,secrete)
& concept2words_2(X,secretion)
& biological_process_1(X)
& tangible_entity_1(fn_secretion_1(X))
& living_entity_1(fn_secretion_2(X))
& secretor_1(fn_secretion_3(X))
& base_2(X,fn_secretion_2(X))
& object_2(X,fn_secretion_1(X))
& plays_2(fn_secretion_2(X),fn_secretion_3(X))
& in_event_2(fn_secretion_3(X),X) ) ) ).
fof(a532516,axiom,
! [X] :
( secretion_of_chemical_signal_by_neuron_1(X)
=> ( original_name_2(X,'Secretion-Of-Chemical-Signal-By-Neuron')
& user_description_2(X,'Neuron, or nerve cell, which uses exocytosis to release chemical signals that stimulate other neurons or muscle cells.')
& concept2words_2(X,'neurotransmitter secretion')
& concept2words_2(X,'neurotransmitter release')
& concept2words_2(X,secrete)
& concept2words_2(X,'secretion of chemical signal by neuron')
& concept2words_2(X,'secretion-of-chemical-signal-by-neuron')
& exocytosis_1(X)
& ~ secretion_of_insulin_by_pancreas_cell_1(X)
& release_1(fn_secretion_of_chemical_signal_by_neuron_1(X))
& cell_1(fn_secretion_of_chemical_signal_by_neuron_2(X))
& motor_protein_1(fn_secretion_of_chemical_signal_by_neuron_3(X))
& time_interval_1(fn_secretion_of_chemical_signal_by_neuron_4(X))
& time_interval_1(fn_secretion_of_chemical_signal_by_neuron_5(X))
& time_interval_1(fn_secretion_of_chemical_signal_by_neuron_6(X))
& time_interval_1(fn_secretion_of_chemical_signal_by_neuron_7(X))
& spatial_entity_1(fn_secretion_of_chemical_signal_by_neuron_8(X))
& polymer_1(fn_secretion_of_chemical_signal_by_neuron_8(X))
& membrane_protein_1(fn_secretion_of_chemical_signal_by_neuron_8(X))
& protein_1(fn_secretion_of_chemical_signal_by_neuron_8(X))
& tangible_entity_1(fn_secretion_of_chemical_signal_by_neuron_8(X))
& transmembrane_protein_1(fn_secretion_of_chemical_signal_by_neuron_8(X))
& integral_protein_1(fn_secretion_of_chemical_signal_by_neuron_8(X))
& transport_protein_1(fn_secretion_of_chemical_signal_by_neuron_8(X))
& tangible_entity_1(fn_secretion_of_chemical_signal_by_neuron_9(X))
& phospholipid_bilayer_1(fn_secretion_of_chemical_signal_by_neuron_9(X))
& carry_1(fn_secretion_of_chemical_signal_by_neuron_10(X))
& exocytosis_1(fn_secretion_of_chemical_signal_by_neuron_11(X))
& nerve_cell_1(fn_secretion_of_chemical_signal_by_neuron_12(X))
& neurotransmitter_1(fn_secretion_of_chemical_signal_by_neuron_13(X))
& tangible_entity_1(fn_secretion_of_chemical_signal_by_neuron_14(X))
& cell_1(fn_secretion_of_chemical_signal_by_neuron_14(X))
& fusion_1(fn_secretion_of_chemical_signal_by_neuron_15(X))
& transport_vesicle_1(fn_secretion_of_chemical_signal_by_neuron_16(X))
& spatial_entity_1(fn_secretion_of_chemical_signal_by_neuron_17(X))
& biomembrane_1(fn_secretion_of_chemical_signal_by_neuron_17(X))
& plasma_membrane_1(fn_secretion_of_chemical_signal_by_neuron_17(X))
& carry_1(fn_secretion_of_chemical_signal_by_neuron_18(X))
& release_1(fn_secretion_of_chemical_signal_by_neuron_19(X))
& secretor_1(fn_secretion_of_chemical_signal_by_neuron_20(X))
& thermal_energy_1(fn_secretion_of_chemical_signal_by_neuron_21(X))
& tangible_entity_1(fn_secretion_of_chemical_signal_by_neuron_22(X))
& organic_molecule_1(fn_secretion_of_chemical_signal_by_neuron_22(X))
& molecule_1(fn_secretion_of_chemical_signal_by_neuron_22(X))
& consume_1(fn_secretion_of_chemical_signal_by_neuron_23(X))
& carry_1(fn_bulk_transport_3(fn_secretion_of_chemical_signal_by_neuron_11(X)))
& cellular_work_1(fn_eukaryotic_cell_32(fn_secretion_of_chemical_signal_by_neuron_12(X)))
& secretor_1(fn_exocytosis_15(fn_secretion_of_chemical_signal_by_neuron_11(X)))
& time_interval_1(fn_exocytosis_11(fn_secretion_of_chemical_signal_by_neuron_11(X)))
& fusion_1(fn_exocytosis_23(fn_secretion_of_chemical_signal_by_neuron_11(X)))
& consume_1(fn_exocytosis_17(fn_secretion_of_chemical_signal_by_neuron_11(X)))
& time_interval_1(fn_exocytosis_12(fn_secretion_of_chemical_signal_by_neuron_11(X)))
& time_interval_1(fn_exocytosis_10(fn_secretion_of_chemical_signal_by_neuron_11(X)))
& carry_1(fn_exocytosis_25(fn_secretion_of_chemical_signal_by_neuron_11(X)))
& tangible_entity_1(fn_exocytosis_35(fn_secretion_of_chemical_signal_by_neuron_11(X)))
& molecule_1(fn_exocytosis_35(fn_secretion_of_chemical_signal_by_neuron_11(X)))
& organic_molecule_1(fn_exocytosis_35(fn_secretion_of_chemical_signal_by_neuron_11(X)))
& cell_1(fn_bulk_transport_6(fn_secretion_of_chemical_signal_by_neuron_11(X)))
& tangible_entity_1(fn_exocytosis_33(fn_secretion_of_chemical_signal_by_neuron_11(X)))
& cell_1(fn_exocytosis_33(fn_secretion_of_chemical_signal_by_neuron_11(X)))
& transport_vesicle_1(fn_secretory_cell_66(fn_secretion_of_chemical_signal_by_neuron_12(X)))
& transport_vesicle_1(fn_exocytosis_24(fn_secretion_of_chemical_signal_by_neuron_11(X)))
& release_1(fn_secretory_cell_54(fn_secretion_of_chemical_signal_by_neuron_12(X)))
& release_1(fn_exocytosis_18(fn_secretion_of_chemical_signal_by_neuron_11(X)))
& release_1(fn_exocytosis_48(fn_secretion_of_chemical_signal_by_neuron_11(X)))
& tangible_entity_1(fn_release_1(fn_secretion_of_chemical_signal_by_neuron_19(X)))
& kinetic_energy_1(fn_molecule_12(fn_secretion_of_chemical_signal_by_neuron_22(X)))
& tangible_entity_1(fn_release_2(fn_secretion_of_chemical_signal_by_neuron_19(X)))
& organic_molecule_1(fn_exocytosis_44(fn_secretion_of_chemical_signal_by_neuron_11(X)))
& tangible_entity_1(fn_biomembrane_63(fn_secretion_of_chemical_signal_by_neuron_17(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_secretion_of_chemical_signal_by_neuron_17(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_secretion_of_chemical_signal_by_neuron_17(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_secretion_of_chemical_signal_by_neuron_17(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_secretion_of_chemical_signal_by_neuron_17(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_secretion_of_chemical_signal_by_neuron_17(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_secretion_of_chemical_signal_by_neuron_17(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_secretion_of_chemical_signal_by_neuron_17(X)))
& protein_1(fn_plasma_membrane_54(fn_secretion_of_chemical_signal_by_neuron_17(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_secretion_of_chemical_signal_by_neuron_17(X)))
& polymer_1(fn_plasma_membrane_54(fn_secretion_of_chemical_signal_by_neuron_17(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_secretion_of_chemical_signal_by_neuron_17(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_secretion_of_chemical_signal_by_neuron_17(X)))
& protein_1(fn_plasma_membrane_68(fn_secretion_of_chemical_signal_by_neuron_17(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_secretion_of_chemical_signal_by_neuron_17(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_secretion_of_chemical_signal_by_neuron_17(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_secretion_of_chemical_signal_by_neuron_17(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_secretion_of_chemical_signal_by_neuron_17(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_secretion_of_chemical_signal_by_neuron_12(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_secretion_of_chemical_signal_by_neuron_12(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_secretion_of_chemical_signal_by_neuron_12(X)))
& spatial_entity_1(fn_exocytosis_26(fn_secretion_of_chemical_signal_by_neuron_11(X)))
& biomembrane_1(fn_exocytosis_26(fn_secretion_of_chemical_signal_by_neuron_11(X)))
& plasma_membrane_1(fn_exocytosis_26(fn_secretion_of_chemical_signal_by_neuron_11(X)))
& base_2(fn_secretion_of_chemical_signal_by_neuron_10(X),fn_secretion_of_chemical_signal_by_neuron_14(X))
& instrument_2(fn_secretion_of_chemical_signal_by_neuron_10(X),fn_secretion_of_chemical_signal_by_neuron_3(X))
& time_during_2(fn_secretion_of_chemical_signal_by_neuron_1(X),fn_secretion_of_chemical_signal_by_neuron_5(X))
& subevent_2(fn_secretion_of_chemical_signal_by_neuron_11(X),fn_secretion_of_chemical_signal_by_neuron_1(X))
& subevent_2(X,fn_secretion_of_chemical_signal_by_neuron_11(X))
& object_2(X,fn_secretion_of_chemical_signal_by_neuron_16(X))
& recipient_2(X,fn_secretion_of_chemical_signal_by_neuron_2(X))
& donor_2(X,fn_secretion_of_chemical_signal_by_neuron_12(X))
& time_during_2(fn_secretion_of_chemical_signal_by_neuron_19(X),fn_secretion_of_chemical_signal_by_neuron_7(X))
& object_2(fn_secretion_of_chemical_signal_by_neuron_19(X),fn_secretion_of_chemical_signal_by_neuron_16(X))
& time_during_2(fn_secretion_of_chemical_signal_by_neuron_23(X),fn_secretion_of_chemical_signal_by_neuron_6(X))
& plays_2(fn_secretion_of_chemical_signal_by_neuron_12(X),fn_secretion_of_chemical_signal_by_neuron_20(X))
& next_event_2(fn_secretion_of_chemical_signal_by_neuron_15(X),fn_secretion_of_chemical_signal_by_neuron_19(X))
& subevent_2(fn_secretion_of_chemical_signal_by_neuron_11(X),fn_secretion_of_chemical_signal_by_neuron_10(X))
& object_2(X,fn_secretion_of_chemical_signal_by_neuron_13(X))
& base_2(X,fn_secretion_of_chemical_signal_by_neuron_12(X))
& has_part_2(fn_secretion_of_chemical_signal_by_neuron_12(X),fn_secretion_of_chemical_signal_by_neuron_17(X))
& base_2(fn_secretion_of_chemical_signal_by_neuron_19(X),fn_secretion_of_chemical_signal_by_neuron_12(X))
& has_part_2(fn_secretion_of_chemical_signal_by_neuron_12(X),fn_secretion_of_chemical_signal_by_neuron_16(X))
& object_2(fn_secretion_of_chemical_signal_by_neuron_18(X),fn_secretion_of_chemical_signal_by_neuron_13(X))
& base_2(fn_secretion_of_chemical_signal_by_neuron_11(X),fn_secretion_of_chemical_signal_by_neuron_14(X))
& in_event_2(fn_secretion_of_chemical_signal_by_neuron_20(X),X)
& subevent_2(fn_secretion_of_chemical_signal_by_neuron_11(X),fn_secretion_of_chemical_signal_by_neuron_19(X))
& subevent_2(fn_secretion_of_chemical_signal_by_neuron_11(X),fn_secretion_of_chemical_signal_by_neuron_15(X))
& time_during_2(fn_secretion_of_chemical_signal_by_neuron_15(X),fn_secretion_of_chemical_signal_by_neuron_4(X))
& time_before_2(fn_secretion_of_chemical_signal_by_neuron_4(X),fn_secretion_of_chemical_signal_by_neuron_5(X))
& base_2(fn_secretion_of_chemical_signal_by_neuron_19(X),fn_secretion_of_chemical_signal_by_neuron_22(X))
& next_event_2(fn_secretion_of_chemical_signal_by_neuron_23(X),fn_secretion_of_chemical_signal_by_neuron_19(X))
& subevent_2(X,fn_secretion_of_chemical_signal_by_neuron_23(X))
& path_2(X,fn_secretion_of_chemical_signal_by_neuron_17(X))
& has_function_2(fn_secretion_of_chemical_signal_by_neuron_17(X),X)
& is_inside_2(fn_secretion_of_chemical_signal_by_neuron_13(X),fn_secretion_of_chemical_signal_by_neuron_16(X))
& has_function_2(fn_secretion_of_chemical_signal_by_neuron_16(X),fn_secretion_of_chemical_signal_by_neuron_18(X))
& agent_2(fn_secretion_of_chemical_signal_by_neuron_18(X),fn_secretion_of_chemical_signal_by_neuron_16(X))
& instrument_2(X,fn_secretion_of_chemical_signal_by_neuron_16(X))
& raw_material_2(X,fn_secretion_of_chemical_signal_by_neuron_22(X))
& object_2(fn_secretion_of_chemical_signal_by_neuron_19(X),fn_secretion_of_chemical_signal_by_neuron_13(X))
& subevent_2(X,fn_secretion_of_chemical_signal_by_neuron_19(X))
& subevent_2(X,fn_secretion_of_chemical_signal_by_neuron_18(X))
& time_during_2(fn_secretion_of_chemical_signal_by_neuron_18(X),fn_secretion_of_chemical_signal_by_neuron_7(X))
& time_before_2(fn_secretion_of_chemical_signal_by_neuron_6(X),fn_secretion_of_chemical_signal_by_neuron_7(X))
& is_at_2(fn_secretion_of_chemical_signal_by_neuron_8(X),fn_secretion_of_chemical_signal_by_neuron_17(X))
& is_inside_2(fn_secretion_of_chemical_signal_by_neuron_8(X),fn_secretion_of_chemical_signal_by_neuron_9(X))
& has_part_2(fn_secretion_of_chemical_signal_by_neuron_17(X),fn_secretion_of_chemical_signal_by_neuron_9(X))
& is_across_2(fn_secretion_of_chemical_signal_by_neuron_8(X),fn_secretion_of_chemical_signal_by_neuron_17(X))
& has_part_2(fn_secretion_of_chemical_signal_by_neuron_17(X),fn_secretion_of_chemical_signal_by_neuron_8(X))
& object_2(fn_secretion_of_chemical_signal_by_neuron_11(X),fn_secretion_of_chemical_signal_by_neuron_13(X))
& possesses_2(fn_secretion_of_chemical_signal_by_neuron_22(X),fn_secretion_of_chemical_signal_by_neuron_21(X))
& object_2(fn_secretion_of_chemical_signal_by_neuron_19(X),fn_secretion_of_chemical_signal_by_neuron_21(X))
& fn_secretion_of_chemical_signal_by_neuron_12(X) = fn_exocytosis_33(X)
& fn_secretion_of_chemical_signal_by_neuron_15(X) = fn_exocytosis_23(X)
& fn_secretion_of_chemical_signal_by_neuron_10(X) = fn_bulk_transport_3(fn_secretion_of_chemical_signal_by_neuron_11(X))
& X = fn_eukaryotic_cell_32(fn_secretion_of_chemical_signal_by_neuron_12(X))
& fn_secretion_of_chemical_signal_by_neuron_17(X) = fn_eukaryotic_cell_29(fn_secretion_of_chemical_signal_by_neuron_12(X))
& fn_secretion_of_chemical_signal_by_neuron_19(X) = fn_secretory_cell_54(fn_secretion_of_chemical_signal_by_neuron_12(X))
& fn_secretion_of_chemical_signal_by_neuron_16(X) = fn_secretory_cell_66(fn_secretion_of_chemical_signal_by_neuron_12(X))
& fn_secretion_of_chemical_signal_by_neuron_14(X) = fn_bulk_transport_6(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_secretion_of_chemical_signal_by_neuron_14(X) = fn_exocytosis_33(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_secretion_of_chemical_signal_by_neuron_20(X) = fn_exocytosis_15(X)
& fn_secretion_of_chemical_signal_by_neuron_20(X) = fn_exocytosis_15(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_secretion_of_chemical_signal_by_neuron_5(X) = fn_exocytosis_11(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_secretion_of_chemical_signal_by_neuron_4(X) = fn_exocytosis_12(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_secretion_of_chemical_signal_by_neuron_15(X) = fn_exocytosis_23(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_secretion_of_chemical_signal_by_neuron_17(X) = fn_exocytosis_26(X)
& fn_secretion_of_chemical_signal_by_neuron_17(X) = fn_exocytosis_26(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_secretion_of_chemical_signal_by_neuron_23(X) = fn_exocytosis_17(X)
& fn_secretion_of_chemical_signal_by_neuron_23(X) = fn_exocytosis_17(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_secretion_of_chemical_signal_by_neuron_22(X) = fn_release_2(fn_secretion_of_chemical_signal_by_neuron_19(X))
& fn_secretion_of_chemical_signal_by_neuron_19(X) = fn_exocytosis_18(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_secretion_of_chemical_signal_by_neuron_22(X) = fn_exocytosis_44(X)
& fn_secretion_of_chemical_signal_by_neuron_22(X) = fn_exocytosis_44(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_secretion_of_chemical_signal_by_neuron_16(X) = fn_exocytosis_24(X)
& fn_secretion_of_chemical_signal_by_neuron_16(X) = fn_exocytosis_24(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_secretion_of_chemical_signal_by_neuron_6(X) = fn_exocytosis_12(X)
& fn_secretion_of_chemical_signal_by_neuron_6(X) = fn_exocytosis_12(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_secretion_of_chemical_signal_by_neuron_7(X) = fn_exocytosis_10(X)
& fn_secretion_of_chemical_signal_by_neuron_7(X) = fn_exocytosis_10(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_secretion_of_chemical_signal_by_neuron_18(X) = fn_exocytosis_25(X)
& fn_secretion_of_chemical_signal_by_neuron_18(X) = fn_exocytosis_25(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_secretion_of_chemical_signal_by_neuron_19(X) = fn_exocytosis_18(X)
& fn_secretion_of_chemical_signal_by_neuron_19(X) = fn_exocytosis_48(X)
& fn_secretion_of_chemical_signal_by_neuron_13(X) = fn_exocytosis_35(X)
& fn_secretion_of_chemical_signal_by_neuron_19(X) = fn_exocytosis_48(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_secretion_of_chemical_signal_by_neuron_21(X) = fn_release_1(fn_secretion_of_chemical_signal_by_neuron_19(X))
& fn_secretion_of_chemical_signal_by_neuron_21(X) = fn_molecule_12(fn_secretion_of_chemical_signal_by_neuron_22(X))
& fn_secretion_of_chemical_signal_by_neuron_13(X) = fn_exocytosis_35(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_secretion_of_chemical_signal_by_neuron_8(X) = fn_plasma_membrane_4(fn_secretion_of_chemical_signal_by_neuron_17(X))
& fn_secretion_of_chemical_signal_by_neuron_8(X) = fn_plasma_membrane_3(fn_secretion_of_chemical_signal_by_neuron_17(X))
& fn_secretion_of_chemical_signal_by_neuron_9(X) = fn_biomembrane_63(fn_secretion_of_chemical_signal_by_neuron_17(X))
& fn_secretion_of_chemical_signal_by_neuron_9(X) = fn_plasma_membrane_71(fn_secretion_of_chemical_signal_by_neuron_17(X))
& fn_secretion_of_chemical_signal_by_neuron_8(X) = fn_plasma_membrane_54(fn_secretion_of_chemical_signal_by_neuron_17(X))
& fn_secretion_of_chemical_signal_by_neuron_8(X) = fn_plasma_membrane_68(fn_secretion_of_chemical_signal_by_neuron_17(X))
& fn_secretion_of_chemical_signal_by_neuron_8(X) = fn_plasma_membrane_55(fn_secretion_of_chemical_signal_by_neuron_17(X))
& fn_bulk_transport_6(fn_secretion_of_chemical_signal_by_neuron_11(X)) = fn_exocytosis_33(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_exocytosis_33(fn_secretion_of_chemical_signal_by_neuron_11(X)) = fn_secretory_cell_66(fn_secretion_of_chemical_signal_by_neuron_12(X))
& fn_secretory_cell_66(fn_secretion_of_chemical_signal_by_neuron_12(X)) = fn_exocytosis_24(X)
& fn_exocytosis_24(fn_secretion_of_chemical_signal_by_neuron_11(X)) = fn_exocytosis_24(X)
& fn_exocytosis_24(X) = fn_exocytosis_24(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_exocytosis_24(fn_secretion_of_chemical_signal_by_neuron_11(X)) = fn_secretory_cell_54(fn_secretion_of_chemical_signal_by_neuron_12(X))
& fn_secretory_cell_54(fn_secretion_of_chemical_signal_by_neuron_12(X)) = fn_exocytosis_18(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_exocytosis_18(X) = fn_exocytosis_48(X)
& fn_exocytosis_48(X) = fn_exocytosis_18(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_exocytosis_18(fn_secretion_of_chemical_signal_by_neuron_11(X)) = fn_exocytosis_18(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_exocytosis_18(fn_secretion_of_chemical_signal_by_neuron_11(X)) = fn_exocytosis_18(X)
& fn_exocytosis_18(X) = fn_exocytosis_18(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_exocytosis_18(fn_secretion_of_chemical_signal_by_neuron_11(X)) = fn_exocytosis_48(X)
& fn_exocytosis_48(X) = fn_exocytosis_18(X)
& fn_exocytosis_18(X) = fn_exocytosis_48(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_exocytosis_48(fn_secretion_of_chemical_signal_by_neuron_11(X)) = fn_exocytosis_48(X)
& fn_exocytosis_48(X) = fn_exocytosis_48(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_exocytosis_48(fn_secretion_of_chemical_signal_by_neuron_11(X)) = fn_release_1(fn_secretion_of_chemical_signal_by_neuron_19(X))
& fn_release_1(fn_secretion_of_chemical_signal_by_neuron_19(X)) = fn_molecule_12(fn_secretion_of_chemical_signal_by_neuron_22(X))
& fn_molecule_12(fn_secretion_of_chemical_signal_by_neuron_22(X)) = fn_release_2(fn_secretion_of_chemical_signal_by_neuron_19(X))
& fn_release_2(fn_secretion_of_chemical_signal_by_neuron_19(X)) = fn_exocytosis_44(X)
& fn_exocytosis_44(fn_secretion_of_chemical_signal_by_neuron_11(X)) = fn_exocytosis_44(X)
& fn_exocytosis_44(X) = fn_exocytosis_44(fn_secretion_of_chemical_signal_by_neuron_11(X))
& fn_exocytosis_44(fn_secretion_of_chemical_signal_by_neuron_11(X)) = fn_plasma_membrane_71(fn_secretion_of_chemical_signal_by_neuron_17(X))
& fn_plasma_membrane_71(fn_secretion_of_chemical_signal_by_neuron_17(X)) = fn_biomembrane_63(fn_secretion_of_chemical_signal_by_neuron_17(X))
& fn_biomembrane_63(fn_secretion_of_chemical_signal_by_neuron_17(X)) = fn_plasma_membrane_71(fn_secretion_of_chemical_signal_by_neuron_17(X))
& fn_plasma_membrane_71(fn_secretion_of_chemical_signal_by_neuron_17(X)) = fn_plasma_membrane_4(fn_secretion_of_chemical_signal_by_neuron_17(X))
& fn_plasma_membrane_4(fn_secretion_of_chemical_signal_by_neuron_17(X)) = fn_plasma_membrane_3(fn_secretion_of_chemical_signal_by_neuron_17(X))
& fn_plasma_membrane_3(fn_secretion_of_chemical_signal_by_neuron_17(X)) = fn_plasma_membrane_3(fn_secretion_of_chemical_signal_by_neuron_17(X))
& fn_plasma_membrane_3(fn_secretion_of_chemical_signal_by_neuron_17(X)) = fn_plasma_membrane_54(fn_secretion_of_chemical_signal_by_neuron_17(X))
& fn_plasma_membrane_54(fn_secretion_of_chemical_signal_by_neuron_17(X)) = fn_plasma_membrane_54(fn_secretion_of_chemical_signal_by_neuron_17(X))
& fn_plasma_membrane_54(fn_secretion_of_chemical_signal_by_neuron_17(X)) = fn_plasma_membrane_68(fn_secretion_of_chemical_signal_by_neuron_17(X))
& fn_plasma_membrane_55(fn_secretion_of_chemical_signal_by_neuron_17(X)) = fn_plasma_membrane_55(fn_secretion_of_chemical_signal_by_neuron_17(X))
& fn_plasma_membrane_55(fn_secretion_of_chemical_signal_by_neuron_17(X)) = fn_plasma_membrane_68(fn_secretion_of_chemical_signal_by_neuron_17(X))
& fn_plasma_membrane_68(fn_secretion_of_chemical_signal_by_neuron_17(X)) = fn_plasma_membrane_55(fn_secretion_of_chemical_signal_by_neuron_17(X))
& fn_plasma_membrane_55(fn_secretion_of_chemical_signal_by_neuron_17(X)) = fn_eukaryotic_cell_29(fn_secretion_of_chemical_signal_by_neuron_12(X))
& fn_eukaryotic_cell_29(fn_secretion_of_chemical_signal_by_neuron_12(X)) = fn_exocytosis_26(X)
& fn_exocytosis_26(fn_secretion_of_chemical_signal_by_neuron_11(X)) = fn_exocytosis_26(X)
& fn_exocytosis_26(X) = fn_exocytosis_26(fn_secretion_of_chemical_signal_by_neuron_11(X)) ) ) ).
fof(a532517,axiom,
! [X] :
( secretion_of_enzymes_by_small_intestine_1(X)
=> ( original_name_2(X,'Secretion-Of-Enzymes-By-Small-Intestine')
& user_description_2(X,'The process of producing and releasing digestive enzymes from the small intestine.')
& concept2words_2(X,'secretion of enzymes by small intestine')
& concept2words_2(X,'secretion-of-enzymes-by-small-intestine')
& digestive_process_1(X) ) ) ).
fof(a532518,axiom,
! [X] :
( secretion_of_gastric_juice_1(X)
=> ( original_name_2(X,'Secretion-Of-Gastric-Juice')
& user_description_2(X,'The process in which gastric fluid, a fluid which aids in the digestion, is produced by the stomach.')
& concept2words_2(X,'secretion of gastric juice')
& concept2words_2(X,'secretion-of-gastric-juice')
& digestive_process_1(X)
& pepsin_1(fn_secretion_of_gastric_juice_1(X))
& pepsinogen_1(fn_secretion_of_gastric_juice_4(X))
& pepsin_1(fn_secretion_of_gastric_juice_5(X))
& polypeptide_1(fn_secretion_of_gastric_juice_6(X))
& size_value_1(fn_secretion_of_gastric_juice_7(X))
& size_value_1(fn_secretion_of_gastric_juice_8(X))
& atom_1(fn_secretion_of_gastric_juice_9(X))
& chemical_entity_1(fn_secretion_of_gastric_juice_9(X))
& carbon_1(fn_secretion_of_gastric_juice_9(X))
& carbon_skeleton_1(fn_secretion_of_gastric_juice_10(X))
& synthesis_reaction_1(fn_secretion_of_gastric_juice_11(X))
& secretion_1(fn_secretion_of_gastric_juice_12(X))
& activate_1(fn_secretion_of_gastric_juice_13(X))
& activate_1(fn_secretion_of_gastric_juice_14(X))
& mix_1(fn_secretion_of_gastric_juice_15(X))
& release_1(fn_secretion_of_gastric_juice_16(X))
& entity_1(fn_secretion_of_gastric_juice_17(X))
& tangible_entity_1(fn_secretion_of_gastric_juice_17(X))
& pepsinogen_1(fn_secretion_of_gastric_juice_17(X))
& organic_molecule_1(fn_secretion_of_gastric_juice_17(X))
& hydrochloric_acid_molecule_1(fn_secretion_of_gastric_juice_18(X))
& facilitated_diffusion_1(fn_secretion_of_gastric_juice_19(X))
& cellular_work_1(fn_secretion_of_gastric_juice_20(X))
& active_transport_using_atp_1(fn_secretion_of_gastric_juice_20(X))
& parietal_cell_1(fn_secretion_of_gastric_juice_21(X))
& chemical_entity_1(fn_secretion_of_gastric_juice_22(X))
& hydrogen_ion_1(fn_secretion_of_gastric_juice_22(X))
& release_1(fn_secretion_of_gastric_juice_23(X))
& tangible_entity_1(fn_secretion_of_gastric_juice_24(X))
& cavity_1(fn_secretion_of_gastric_juice_25(X))
& stomach_1(fn_secretion_of_gastric_juice_26(X))
& tangible_entity_1(fn_secretion_of_gastric_juice_27(X))
& gastric_gland_1(fn_secretion_of_gastric_juice_27(X))
& gastric_juice_1(fn_secretion_of_gastric_juice_28(X))
& hydrochloric_acid_1(fn_secretion_of_gastric_juice_29(X))
& mixture_1(fn_mix_2(fn_secretion_of_gastric_juice_15(X)))
& entity_1(fn_make_accessible_1(fn_secretion_of_gastric_juice_14(X)))
& chemical_1(fn_mix_3(fn_secretion_of_gastric_juice_15(X)))
& tangible_entity_1(fn_release_1(fn_secretion_of_gastric_juice_23(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_secretion_of_gastric_juice_17(X)))
& property_node_1(fn_protease_2(fn_secretion_of_gastric_juice_5(X)))
& property_node_1(fn_protease_1(fn_secretion_of_gastric_juice_5(X)))
& facilitated_diffusion_1(fn_parietal_cell_45(fn_secretion_of_gastric_juice_21(X)))
& cavity_1(fn_parietal_cell_51(fn_secretion_of_gastric_juice_21(X)))
& stomach_1(fn_parietal_cell_52(fn_secretion_of_gastric_juice_21(X)))
& chemical_entity_1(fn_chemical_3(fn_secretion_of_gastric_juice_29(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_secretion_of_gastric_juice_11(X)))
& atom_1(fn_pepsinogen_7(fn_secretion_of_gastric_juice_17(X)))
& chemical_entity_1(fn_pepsinogen_7(fn_secretion_of_gastric_juice_17(X)))
& carbon_1(fn_organic_molecule_1(fn_secretion_of_gastric_juice_17(X)))
& entity_1(fn_make_accessible_1(fn_secretion_of_gastric_juice_13(X)))
& tangible_entity_1(fn_release_1(fn_secretion_of_gastric_juice_16(X)))
& tangible_entity_1(fn_secretion_1(fn_secretion_of_gastric_juice_12(X)))
& size_value_1(fn_polymer_8(fn_secretion_of_gastric_juice_6(X)))
& size_value_1(fn_protease_31(fn_secretion_of_gastric_juice_5(X)))
& size_value_1(fn_protein_enzyme_3(fn_secretion_of_gastric_juice_5(X)))
& size_value_1(fn_protease_35(fn_secretion_of_gastric_juice_5(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_secretion_of_gastric_juice_11(X)))
& hydrogen_ion_1(fn_parietal_cell_44(fn_secretion_of_gastric_juice_21(X)))
& tangible_entity_1(fn_release_2(fn_secretion_of_gastric_juice_23(X)))
& gastric_gland_1(fn_parietal_cell_53(fn_secretion_of_gastric_juice_21(X)))
& cellular_work_1(fn_eukaryotic_cell_32(fn_secretion_of_gastric_juice_21(X)))
& cellular_work_1(fn_parietal_cell_46(fn_secretion_of_gastric_juice_21(X)))
& active_transport_using_atp_1(fn_parietal_cell_46(fn_secretion_of_gastric_juice_21(X)))
& fn_secretion_of_gastric_juice_4(X) != fn_secretion_of_gastric_juice_17(X)
& fn_secretion_of_gastric_juice_5(X) != fn_secretion_of_gastric_juice_1(X)
& next_event_2(fn_secretion_of_gastric_juice_12(X),fn_secretion_of_gastric_juice_13(X))
& result_2(fn_secretion_of_gastric_juice_13(X),fn_secretion_of_gastric_juice_5(X))
& result_2(fn_secretion_of_gastric_juice_13(X),fn_secretion_of_gastric_juice_6(X))
& agent_2(fn_secretion_of_gastric_juice_13(X),fn_secretion_of_gastric_juice_18(X))
& next_event_2(fn_secretion_of_gastric_juice_13(X),fn_secretion_of_gastric_juice_14(X))
& agent_2(fn_secretion_of_gastric_juice_14(X),fn_secretion_of_gastric_juice_5(X))
& result_2(fn_secretion_of_gastric_juice_14(X),fn_secretion_of_gastric_juice_1(X))
& raw_material_2(fn_secretion_of_gastric_juice_15(X),fn_secretion_of_gastric_juice_1(X))
& destination_2(fn_secretion_of_gastric_juice_16(X),fn_secretion_of_gastric_juice_25(X))
& fn_secretion_of_gastric_juice_17(X) != fn_secretion_of_gastric_juice_4(X)
& next_event_2(fn_secretion_of_gastric_juice_19(X),fn_secretion_of_gastric_juice_11(X))
& next_event_2(fn_secretion_of_gastric_juice_20(X),fn_secretion_of_gastric_juice_11(X))
& is_inside_2(fn_secretion_of_gastric_juice_24(X),fn_secretion_of_gastric_juice_27(X))
& base_2(X,fn_secretion_of_gastric_juice_27(X))
& base_2(X,fn_secretion_of_gastric_juice_26(X))
& subevent_2(X,fn_secretion_of_gastric_juice_11(X))
& subevent_2(X,fn_secretion_of_gastric_juice_12(X))
& subevent_2(X,fn_secretion_of_gastric_juice_13(X))
& subevent_2(X,fn_secretion_of_gastric_juice_14(X))
& subevent_2(X,fn_secretion_of_gastric_juice_15(X))
& subevent_2(X,fn_secretion_of_gastric_juice_19(X))
& subevent_2(X,fn_secretion_of_gastric_juice_20(X))
& has_function_2(fn_secretion_of_gastric_juice_27(X),X)
& fn_secretion_of_gastric_juice_1(X) != fn_secretion_of_gastric_juice_5(X)
& result_2(fn_secretion_of_gastric_juice_15(X),fn_secretion_of_gastric_juice_28(X))
& base_2(fn_secretion_of_gastric_juice_23(X),fn_secretion_of_gastric_juice_27(X))
& object_2(fn_secretion_of_gastric_juice_14(X),fn_secretion_of_gastric_juice_4(X))
& object_2(fn_secretion_of_gastric_juice_13(X),fn_secretion_of_gastric_juice_17(X))
& object_2(fn_secretion_of_gastric_juice_16(X),fn_secretion_of_gastric_juice_17(X))
& object_2(fn_secretion_of_gastric_juice_12(X),fn_secretion_of_gastric_juice_17(X))
& raw_material_2(fn_secretion_of_gastric_juice_11(X),fn_secretion_of_gastric_juice_22(X))
& raw_material_2(fn_secretion_of_gastric_juice_15(X),fn_secretion_of_gastric_juice_29(X))
& has_part_2(fn_secretion_of_gastric_juice_29(X),fn_secretion_of_gastric_juice_18(X))
& result_2(fn_secretion_of_gastric_juice_11(X),fn_secretion_of_gastric_juice_18(X))
& size_2(fn_secretion_of_gastric_juice_6(X),fn_secretion_of_gastric_juice_7(X))
& object_2(fn_secretion_of_gastric_juice_23(X),fn_secretion_of_gastric_juice_24(X))
& has_region_2(fn_secretion_of_gastric_juice_17(X),fn_secretion_of_gastric_juice_10(X))
& has_part_2(fn_secretion_of_gastric_juice_17(X),fn_secretion_of_gastric_juice_9(X))
& is_inside_2(fn_secretion_of_gastric_juice_9(X),fn_secretion_of_gastric_juice_10(X))
& the_scalar_value_2(fn_secretion_of_gastric_juice_8(X),big_0)
& scalar_unit_class_2(fn_secretion_of_gastric_juice_8(X),polypeptide_0)
& size_2(fn_secretion_of_gastric_juice_5(X),fn_secretion_of_gastric_juice_8(X))
& greater_than_2(fn_secretion_of_gastric_juice_8(X),fn_secretion_of_gastric_juice_7(X))
& object_2(fn_secretion_of_gastric_juice_20(X),fn_secretion_of_gastric_juice_22(X))
& has_function_2(fn_secretion_of_gastric_juice_21(X),fn_secretion_of_gastric_juice_19(X))
& has_function_2(fn_secretion_of_gastric_juice_21(X),fn_secretion_of_gastric_juice_20(X))
& base_2(fn_secretion_of_gastric_juice_20(X),fn_secretion_of_gastric_juice_21(X))
& has_part_2(fn_secretion_of_gastric_juice_27(X),fn_secretion_of_gastric_juice_21(X))
& has_part_2(fn_secretion_of_gastric_juice_26(X),fn_secretion_of_gastric_juice_27(X))
& has_region_2(fn_secretion_of_gastric_juice_26(X),fn_secretion_of_gastric_juice_25(X))
& fn_secretion_of_gastric_juice_28(X) = fn_mix_2(fn_secretion_of_gastric_juice_15(X))
& fn_secretion_of_gastric_juice_27(X) = fn_release_2(fn_secretion_of_gastric_juice_23(X))
& fn_secretion_of_gastric_juice_4(X) = fn_make_accessible_1(fn_secretion_of_gastric_juice_14(X))
& fn_secretion_of_gastric_juice_17(X) = fn_make_accessible_1(fn_secretion_of_gastric_juice_13(X))
& fn_secretion_of_gastric_juice_17(X) = fn_release_1(fn_secretion_of_gastric_juice_16(X))
& fn_secretion_of_gastric_juice_17(X) = fn_secretion_1(fn_secretion_of_gastric_juice_12(X))
& fn_secretion_of_gastric_juice_22(X) = fn_chemical_reaction_2(fn_secretion_of_gastric_juice_11(X))
& fn_secretion_of_gastric_juice_29(X) = fn_mix_3(fn_secretion_of_gastric_juice_15(X))
& fn_secretion_of_gastric_juice_18(X) = fn_chemical_3(fn_secretion_of_gastric_juice_29(X))
& fn_secretion_of_gastric_juice_18(X) = fn_chemical_reaction_1(fn_secretion_of_gastric_juice_11(X))
& fn_secretion_of_gastric_juice_7(X) = fn_polymer_8(fn_secretion_of_gastric_juice_6(X))
& fn_secretion_of_gastric_juice_24(X) = fn_release_1(fn_secretion_of_gastric_juice_23(X))
& fn_secretion_of_gastric_juice_10(X) = fn_organic_molecule_3(fn_secretion_of_gastric_juice_17(X))
& fn_secretion_of_gastric_juice_9(X) = fn_pepsinogen_7(fn_secretion_of_gastric_juice_17(X))
& fn_secretion_of_gastric_juice_9(X) = fn_organic_molecule_1(fn_secretion_of_gastric_juice_17(X))
& fn_secretion_of_gastric_juice_2(X) = fn_protease_2(fn_secretion_of_gastric_juice_5(X))
& fn_secretion_of_gastric_juice_3(X) = fn_protease_1(fn_secretion_of_gastric_juice_5(X))
& fn_secretion_of_gastric_juice_7(X) = fn_protease_31(fn_secretion_of_gastric_juice_5(X))
& fn_secretion_of_gastric_juice_8(X) = fn_protein_enzyme_3(fn_secretion_of_gastric_juice_5(X))
& fn_secretion_of_gastric_juice_8(X) = fn_protease_35(fn_secretion_of_gastric_juice_5(X))
& fn_secretion_of_gastric_juice_22(X) = fn_parietal_cell_44(fn_secretion_of_gastric_juice_21(X))
& fn_secretion_of_gastric_juice_19(X) = fn_parietal_cell_45(fn_secretion_of_gastric_juice_21(X))
& fn_secretion_of_gastric_juice_25(X) = fn_parietal_cell_51(fn_secretion_of_gastric_juice_21(X))
& fn_secretion_of_gastric_juice_26(X) = fn_parietal_cell_52(fn_secretion_of_gastric_juice_21(X))
& fn_secretion_of_gastric_juice_27(X) = fn_parietal_cell_53(fn_secretion_of_gastric_juice_21(X))
& fn_secretion_of_gastric_juice_20(X) = fn_eukaryotic_cell_32(fn_secretion_of_gastric_juice_21(X))
& fn_secretion_of_gastric_juice_20(X) = fn_parietal_cell_46(fn_secretion_of_gastric_juice_21(X))
& fn_chemical_3(fn_secretion_of_gastric_juice_29(X)) = fn_chemical_reaction_1(fn_secretion_of_gastric_juice_11(X))
& fn_chemical_reaction_1(fn_secretion_of_gastric_juice_11(X)) = fn_organic_molecule_1(fn_secretion_of_gastric_juice_17(X))
& fn_organic_molecule_1(fn_secretion_of_gastric_juice_17(X)) = fn_pepsinogen_7(fn_secretion_of_gastric_juice_17(X))
& fn_pepsinogen_7(fn_secretion_of_gastric_juice_17(X)) = fn_organic_molecule_1(fn_secretion_of_gastric_juice_17(X))
& fn_organic_molecule_1(fn_secretion_of_gastric_juice_17(X)) = fn_make_accessible_1(fn_secretion_of_gastric_juice_13(X))
& fn_make_accessible_1(fn_secretion_of_gastric_juice_13(X)) = fn_release_1(fn_secretion_of_gastric_juice_16(X))
& fn_release_1(fn_secretion_of_gastric_juice_16(X)) = fn_release_1(fn_secretion_of_gastric_juice_16(X))
& fn_release_1(fn_secretion_of_gastric_juice_16(X)) = fn_secretion_1(fn_secretion_of_gastric_juice_12(X))
& fn_secretion_1(fn_secretion_of_gastric_juice_12(X)) = fn_polymer_8(fn_secretion_of_gastric_juice_6(X))
& fn_polymer_8(fn_secretion_of_gastric_juice_6(X)) = fn_protease_31(fn_secretion_of_gastric_juice_5(X))
& fn_protease_31(fn_secretion_of_gastric_juice_5(X)) = fn_protease_31(fn_secretion_of_gastric_juice_5(X))
& fn_protease_31(fn_secretion_of_gastric_juice_5(X)) = fn_protein_enzyme_3(fn_secretion_of_gastric_juice_5(X))
& fn_protease_35(fn_secretion_of_gastric_juice_5(X)) = fn_protease_35(fn_secretion_of_gastric_juice_5(X))
& fn_protease_35(fn_secretion_of_gastric_juice_5(X)) = fn_protein_enzyme_3(fn_secretion_of_gastric_juice_5(X))
& fn_protein_enzyme_3(fn_secretion_of_gastric_juice_5(X)) = fn_protease_35(fn_secretion_of_gastric_juice_5(X))
& fn_protease_35(fn_secretion_of_gastric_juice_5(X)) = fn_chemical_reaction_2(fn_secretion_of_gastric_juice_11(X))
& fn_chemical_reaction_2(fn_secretion_of_gastric_juice_11(X)) = fn_parietal_cell_44(fn_secretion_of_gastric_juice_21(X))
& fn_parietal_cell_44(fn_secretion_of_gastric_juice_21(X)) = fn_release_2(fn_secretion_of_gastric_juice_23(X))
& fn_release_2(fn_secretion_of_gastric_juice_23(X)) = fn_parietal_cell_53(fn_secretion_of_gastric_juice_21(X))
& fn_parietal_cell_53(fn_secretion_of_gastric_juice_21(X)) = fn_parietal_cell_53(fn_secretion_of_gastric_juice_21(X))
& fn_parietal_cell_53(fn_secretion_of_gastric_juice_21(X)) = fn_parietal_cell_46(fn_secretion_of_gastric_juice_21(X))
& fn_parietal_cell_46(fn_secretion_of_gastric_juice_21(X)) = fn_parietal_cell_46(fn_secretion_of_gastric_juice_21(X))
& fn_parietal_cell_46(fn_secretion_of_gastric_juice_21(X)) = fn_eukaryotic_cell_32(fn_secretion_of_gastric_juice_21(X))
& fn_eukaryotic_cell_32(fn_secretion_of_gastric_juice_21(X)) = fn_parietal_cell_46(fn_secretion_of_gastric_juice_21(X)) ) ) ).
fof(a532519,axiom,
! [X] :
( secretion_of_hormones_by_small_intestine_1(X)
=> ( original_name_2(X,'Secretion-Of-Hormones-By-Small-Intestine')
& user_description_2(X,'The process of producing and releasing hormones from the small intestine.')
& concept2words_2(X,'secretion of hormones by small intestine')
& concept2words_2(X,'secretion-of-hormones-by-small-intestine')
& digestive_process_1(X) ) ) ).
fof(a532520,axiom,
! [X] :
( secretion_of_insulin_by_pancreas_cell_1(X)
=> ( original_name_2(X,'Secretion-Of-Insulin-By-Pancreas-Cell')
& user_description_2(X,'The cells in the pancreas manufacture the hormone insulin and secrete it into the blood by exocytosis.')
& concept2words_2(X,secrete)
& concept2words_2(X,'secretion of insulin by pancreas cell')
& concept2words_2(X,'secretion-of-insulin-by-pancreas-cell')
& exocytosis_1(X)
& ~ secretion_of_chemical_signal_by_neuron_1(X)
& shape_value_1(fn_secretion_of_insulin_by_pancreas_cell_3(X))
& shape_value_1(fn_secretion_of_insulin_by_pancreas_cell_4(X))
& exocytosis_1(fn_secretion_of_insulin_by_pancreas_cell_5(X))
& release_1(fn_secretion_of_insulin_by_pancreas_cell_6(X))
& secretor_1(fn_secretion_of_insulin_by_pancreas_cell_7(X))
& outside_face_1(fn_secretion_of_insulin_by_pancreas_cell_8(X))
& extracellular_side_1(fn_secretion_of_insulin_by_pancreas_cell_8(X))
& phospholipid_1(fn_secretion_of_insulin_by_pancreas_cell_9(X))
& spatial_entity_1(fn_secretion_of_insulin_by_pancreas_cell_10(X))
& membrane_protein_1(fn_secretion_of_insulin_by_pancreas_cell_10(X))
& tangible_entity_1(fn_secretion_of_insulin_by_pancreas_cell_10(X))
& transmembrane_protein_1(fn_secretion_of_insulin_by_pancreas_cell_10(X))
& integral_protein_1(fn_secretion_of_insulin_by_pancreas_cell_10(X))
& transport_protein_1(fn_secretion_of_insulin_by_pancreas_cell_10(X))
& negatively_charged_region_1(fn_secretion_of_insulin_by_pancreas_cell_11(X))
& tangible_entity_1(fn_secretion_of_insulin_by_pancreas_cell_12(X))
& phospholipid_bilayer_1(fn_secretion_of_insulin_by_pancreas_cell_12(X))
& consume_1(fn_secretion_of_insulin_by_pancreas_cell_13(X))
& tangible_entity_1(fn_secretion_of_insulin_by_pancreas_cell_14(X))
& molecule_1(fn_secretion_of_insulin_by_pancreas_cell_14(X))
& organic_molecule_1(fn_secretion_of_insulin_by_pancreas_cell_14(X))
& kinetic_energy_1(fn_secretion_of_insulin_by_pancreas_cell_15(X))
& thermal_energy_1(fn_secretion_of_insulin_by_pancreas_cell_15(X))
& energy_1(fn_secretion_of_insulin_by_pancreas_cell_16(X))
& entity_1(fn_secretion_of_insulin_by_pancreas_cell_16(X))
& chemical_energy_1(fn_secretion_of_insulin_by_pancreas_cell_16(X))
& release_1(fn_secretion_of_insulin_by_pancreas_cell_17(X))
& carry_1(fn_secretion_of_insulin_by_pancreas_cell_18(X))
& fusion_1(fn_secretion_of_insulin_by_pancreas_cell_19(X))
& make_contact_1(fn_secretion_of_insulin_by_pancreas_cell_20(X))
& rearrangement_1(fn_secretion_of_insulin_by_pancreas_cell_21(X))
& mixture_1(fn_secretion_of_insulin_by_pancreas_cell_22(X))
& cytoplasm_1(fn_secretion_of_insulin_by_pancreas_cell_22(X))
& spatial_entity_1(fn_secretion_of_insulin_by_pancreas_cell_23(X))
& biomembrane_1(fn_secretion_of_insulin_by_pancreas_cell_23(X))
& plasma_membrane_1(fn_secretion_of_insulin_by_pancreas_cell_23(X))
& spatial_entity_1(fn_secretion_of_insulin_by_pancreas_cell_24(X))
& entity_1(fn_secretion_of_insulin_by_pancreas_cell_24(X))
& tangible_entity_1(fn_secretion_of_insulin_by_pancreas_cell_24(X))
& vesicle_1(fn_secretion_of_insulin_by_pancreas_cell_24(X))
& transport_vesicle_1(fn_secretion_of_insulin_by_pancreas_cell_24(X))
& spatial_entity_1(fn_secretion_of_insulin_by_pancreas_cell_25(X))
& extra_cellular_fluid_1(fn_secretion_of_insulin_by_pancreas_cell_25(X))
& tangible_entity_1(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& cell_1(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& secretory_cell_1(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& eukaryotic_cell_1(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& pancreas_cell_1(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& time_interval_1(fn_secretion_of_insulin_by_pancreas_cell_27(X))
& time_interval_1(fn_secretion_of_insulin_by_pancreas_cell_28(X))
& cytoplasmic_side_1(fn_secretion_of_insulin_by_pancreas_cell_29(X))
& chemical_entity_1(fn_secretion_of_insulin_by_pancreas_cell_30(X))
& tangible_entity_1(fn_secretion_of_insulin_by_pancreas_cell_30(X))
& molecule_1(fn_secretion_of_insulin_by_pancreas_cell_30(X))
& organic_molecule_1(fn_secretion_of_insulin_by_pancreas_cell_30(X))
& produce_1(fn_secretion_of_insulin_by_pancreas_cell_31(X))
& cisterna_1(fn_secretion_of_insulin_by_pancreas_cell_32(X))
& rough_endoplasmic_reticulum_1(fn_secretion_of_insulin_by_pancreas_cell_33(X))
& intracellular_process_1(fn_secretion_of_insulin_by_pancreas_cell_34(X))
& translation_termination_1(fn_secretion_of_insulin_by_pancreas_cell_34(X))
& intracellular_process_1(fn_secretion_of_insulin_by_pancreas_cell_35(X))
& translation_elongation_1(fn_secretion_of_insulin_by_pancreas_cell_35(X))
& decrease_1(fn_secretion_of_insulin_by_pancreas_cell_36(X))
& bound_ribosome_1(fn_secretion_of_insulin_by_pancreas_cell_37(X))
& ribosome_1(fn_secretion_of_insulin_by_pancreas_cell_37(X))
& time_interval_1(fn_secretion_of_insulin_by_pancreas_cell_38(X))
& time_interval_1(fn_secretion_of_insulin_by_pancreas_cell_39(X))
& rough_endoplasmic_reticulum_1(fn_secretion_of_insulin_by_pancreas_cell_40(X))
& spatial_entity_1(fn_secretion_of_insulin_by_pancreas_cell_41(X))
& polymer_1(fn_secretion_of_insulin_by_pancreas_cell_41(X))
& chemical_entity_1(fn_secretion_of_insulin_by_pancreas_cell_41(X))
& polypeptide_1(fn_secretion_of_insulin_by_pancreas_cell_41(X))
& attach_1(fn_secretion_of_insulin_by_pancreas_cell_42(X))
& change_1(fn_secretion_of_insulin_by_pancreas_cell_43(X))
& post_translational_modification_1(fn_secretion_of_insulin_by_pancreas_cell_43(X))
& move_1(fn_secretion_of_insulin_by_pancreas_cell_44(X))
& inside_face_1(fn_secretion_of_insulin_by_pancreas_cell_45(X))
& aqueous_solution_1(fn_secretion_of_insulin_by_pancreas_cell_46(X))
& surface_1(fn_secretion_of_insulin_by_pancreas_cell_47(X))
& outside_face_1(fn_secretion_of_insulin_by_pancreas_cell_47(X))
& aqueous_solution_1(fn_secretion_of_insulin_by_pancreas_cell_48(X))
& er_membrane_1(fn_secretion_of_insulin_by_pancreas_cell_49(X))
& transitional_endoplasmic_reticulum_1(fn_secretion_of_insulin_by_pancreas_cell_50(X))
& release_1(fn_secretion_of_insulin_by_pancreas_cell_51(X))
& tangible_entity_1(fn_secretion_of_insulin_by_pancreas_cell_52(X))
& transport_vesicle_1(fn_secretion_of_insulin_by_pancreas_cell_52(X))
& enter_1(fn_secretion_of_insulin_by_pancreas_cell_53(X))
& spatial_entity_1(fn_secretion_of_insulin_by_pancreas_cell_54(X))
& tangible_entity_1(fn_secretion_of_insulin_by_pancreas_cell_54(X))
& phospholipid_1(fn_secretion_of_insulin_by_pancreas_cell_54(X))
& tangible_entity_1(fn_secretion_of_insulin_by_pancreas_cell_55(X))
& spatial_entity_1(fn_secretion_of_insulin_by_pancreas_cell_55(X))
& chemical_entity_1(fn_secretion_of_insulin_by_pancreas_cell_55(X))
& glycolipid_1(fn_secretion_of_insulin_by_pancreas_cell_55(X))
& lipid_1(fn_secretion_of_insulin_by_pancreas_cell_55(X))
& spatial_entity_1(fn_secretion_of_insulin_by_pancreas_cell_56(X))
& polymer_1(fn_secretion_of_insulin_by_pancreas_cell_56(X))
& chemical_entity_1(fn_secretion_of_insulin_by_pancreas_cell_56(X))
& membrane_protein_1(fn_secretion_of_insulin_by_pancreas_cell_56(X))
& protein_1(fn_secretion_of_insulin_by_pancreas_cell_56(X))
& tangible_entity_1(fn_secretion_of_insulin_by_pancreas_cell_56(X))
& biomembrane_1(fn_secretion_of_insulin_by_pancreas_cell_57(X))
& synthesis_of_endomembranous_system_membrane_1(fn_secretion_of_insulin_by_pancreas_cell_58(X))
& er_membrane_1(fn_secretion_of_insulin_by_pancreas_cell_59(X))
& synthesis_reaction_1(fn_secretion_of_insulin_by_pancreas_cell_60(X))
& metabolic_pathway_1(fn_secretion_of_insulin_by_pancreas_cell_60(X))
& translation_1(fn_secretion_of_insulin_by_pancreas_cell_60(X))
& anabolic_pathway_1(fn_secretion_of_insulin_by_pancreas_cell_60(X))
& polymer_synthesis_1(fn_secretion_of_insulin_by_pancreas_cell_60(X))
& chemical_reaction_1(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& synthesis_of_protein_1(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& polymer_synthesis_1(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& synthesis_of_glycoprotein_1(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& anabolic_pathway_1(fn_secretion_of_insulin_by_pancreas_cell_62(X))
& synthesis_of_protein_1(fn_secretion_of_insulin_by_pancreas_cell_62(X))
& spatial_entity_1(fn_pancreas_cell_11(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& move_through_1(fn_membrane_3(fn_secretion_of_insulin_by_pancreas_cell_49(X)))
& cisterna_1(fn_synthesis_of_endomembranous_system_membrane_2(fn_secretion_of_insulin_by_pancreas_cell_58(X)))
& biomembrane_1(fn_synthesis_of_endomembranous_system_membrane_1(fn_secretion_of_insulin_by_pancreas_cell_58(X)))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_56(fn_secretion_of_insulin_by_pancreas_cell_58(X)))
& transport_vesicle_1(fn_synthesis_of_endomembranous_system_membrane_56(fn_secretion_of_insulin_by_pancreas_cell_58(X)))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_secretion_of_insulin_by_pancreas_cell_58(X)))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_secretion_of_insulin_by_pancreas_cell_58(X)))
& biomembrane_1(fn_synthesis_of_endomembranous_system_membrane_60(fn_secretion_of_insulin_by_pancreas_cell_58(X)))
& inside_face_1(fn_er_membrane_12(fn_secretion_of_insulin_by_pancreas_cell_49(X)))
& aqueous_solution_1(fn_er_membrane_33(fn_secretion_of_insulin_by_pancreas_cell_49(X)))
& aqueous_solution_1(fn_er_membrane_32(fn_secretion_of_insulin_by_pancreas_cell_49(X)))
& decrease_1(fn_rough_endoplasmic_reticulum_69(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& chemical_reaction_1(fn_rough_endoplasmic_reticulum_29(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& synthesis_of_protein_1(fn_rough_endoplasmic_reticulum_29(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& polymer_synthesis_1(fn_rough_endoplasmic_reticulum_29(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& synthesis_of_glycoprotein_1(fn_rough_endoplasmic_reticulum_29(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& anabolic_pathway_1(fn_rough_endoplasmic_reticulum_47(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& synthesis_of_protein_1(fn_rough_endoplasmic_reticulum_47(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& time_interval_1(fn_rough_endoplasmic_reticulum_14(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& time_interval_1(fn_rough_endoplasmic_reticulum_15(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& bound_ribosome_1(fn_rough_endoplasmic_reticulum_57(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& ribosome_1(fn_rough_endoplasmic_reticulum_57(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& tangible_entity_1(fn_eukaryotic_cell_41(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& phospholipid_bilayer_1(fn_eukaryotic_cell_41(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& spatial_entity_1(fn_eukaryotic_cell_15(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& membrane_protein_1(fn_eukaryotic_cell_15(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& tangible_entity_1(fn_eukaryotic_cell_15(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& transmembrane_protein_1(fn_eukaryotic_cell_15(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& integral_protein_1(fn_eukaryotic_cell_15(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& transport_protein_1(fn_eukaryotic_cell_15(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& intracellular_process_1(fn_synthesis_of_glycoprotein_62(fn_secretion_of_insulin_by_pancreas_cell_61(X)))
& translation_elongation_1(fn_synthesis_of_glycoprotein_62(fn_secretion_of_insulin_by_pancreas_cell_61(X)))
& rough_endoplasmic_reticulum_1(fn_synthesis_of_glycoprotein_56(fn_secretion_of_insulin_by_pancreas_cell_61(X)))
& kinetic_energy_1(fn_molecule_12(fn_secretion_of_insulin_by_pancreas_cell_14(X)))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_53(fn_secretion_of_insulin_by_pancreas_cell_58(X)))
& chemical_entity_1(fn_synthesis_of_endomembranous_system_membrane_53(fn_secretion_of_insulin_by_pancreas_cell_58(X)))
& glycolipid_1(fn_synthesis_of_endomembranous_system_membrane_53(fn_secretion_of_insulin_by_pancreas_cell_58(X)))
& lipid_1(fn_synthesis_of_endomembranous_system_membrane_53(fn_secretion_of_insulin_by_pancreas_cell_58(X)))
& release_1(fn_transitional_endoplasmic_reticulum_2(fn_secretion_of_insulin_by_pancreas_cell_50(X)))
& release_1(fn_synthesis_of_endomembranous_system_membrane_55(fn_secretion_of_insulin_by_pancreas_cell_58(X)))
& spatial_entity_1(fn_locomotion_1(fn_secretion_of_insulin_by_pancreas_cell_53(X)))
& tangible_entity_1(fn_membrane_4(fn_secretion_of_insulin_by_pancreas_cell_49(X)))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_54(fn_secretion_of_insulin_by_pancreas_cell_58(X)))
& polymer_1(fn_synthesis_of_endomembranous_system_membrane_54(fn_secretion_of_insulin_by_pancreas_cell_58(X)))
& chemical_entity_1(fn_synthesis_of_endomembranous_system_membrane_54(fn_secretion_of_insulin_by_pancreas_cell_58(X)))
& membrane_protein_1(fn_synthesis_of_endomembranous_system_membrane_54(fn_secretion_of_insulin_by_pancreas_cell_58(X)))
& protein_1(fn_synthesis_of_endomembranous_system_membrane_54(fn_secretion_of_insulin_by_pancreas_cell_58(X)))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_54(fn_secretion_of_insulin_by_pancreas_cell_58(X)))
& spatial_entity_1(fn_membrane_5(fn_secretion_of_insulin_by_pancreas_cell_49(X)))
& tangible_entity_1(fn_membrane_5(fn_secretion_of_insulin_by_pancreas_cell_49(X)))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_84(fn_secretion_of_insulin_by_pancreas_cell_58(X)))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_84(fn_secretion_of_insulin_by_pancreas_cell_58(X)))
& phospholipid_1(fn_synthesis_of_endomembranous_system_membrane_84(fn_secretion_of_insulin_by_pancreas_cell_58(X)))
& outside_face_1(fn_biomembrane_41(fn_secretion_of_insulin_by_pancreas_cell_49(X)))
& surface_1(fn_er_membrane_13(fn_secretion_of_insulin_by_pancreas_cell_49(X)))
& outside_face_1(fn_er_membrane_13(fn_secretion_of_insulin_by_pancreas_cell_49(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& tangible_entity_1(fn_transport_vesicle_1(fn_secretion_of_insulin_by_pancreas_cell_52(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_secretion_of_insulin_by_pancreas_cell_62(X)))
& move_1(fn_synthesis_of_glycoprotein_58(fn_secretion_of_insulin_by_pancreas_cell_61(X)))
& move_1(fn_synthesis_of_glycoprotein_59(fn_secretion_of_insulin_by_pancreas_cell_61(X)))
& translation_1(fn_synthesis_of_protein_13(fn_secretion_of_insulin_by_pancreas_cell_62(X)))
& synthesis_reaction_1(fn_rough_endoplasmic_reticulum_22(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& metabolic_pathway_1(fn_rough_endoplasmic_reticulum_58(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& anabolic_pathway_1(fn_rough_endoplasmic_reticulum_58(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& polymer_synthesis_1(fn_rough_endoplasmic_reticulum_58(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& translation_1(fn_rough_endoplasmic_reticulum_58(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& metabolic_pathway_1(fn_synthesis_of_glycoprotein_46(fn_secretion_of_insulin_by_pancreas_cell_61(X)))
& translation_1(fn_synthesis_of_glycoprotein_46(fn_secretion_of_insulin_by_pancreas_cell_61(X)))
& anabolic_pathway_1(fn_synthesis_of_glycoprotein_46(fn_secretion_of_insulin_by_pancreas_cell_61(X)))
& polymer_synthesis_1(fn_synthesis_of_glycoprotein_46(fn_secretion_of_insulin_by_pancreas_cell_61(X)))
& intracellular_process_1(fn_rough_endoplasmic_reticulum_72(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& translation_termination_1(fn_rough_endoplasmic_reticulum_72(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& translation_termination_1(fn_synthesis_of_glycoprotein_63(fn_secretion_of_insulin_by_pancreas_cell_61(X)))
& spatial_entity_1(fn_rough_endoplasmic_reticulum_71(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& polymer_1(fn_rough_endoplasmic_reticulum_71(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& chemical_entity_1(fn_rough_endoplasmic_reticulum_71(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& polypeptide_1(fn_rough_endoplasmic_reticulum_71(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& polymer_1(fn_synthesis_of_glycoprotein_43(fn_secretion_of_insulin_by_pancreas_cell_61(X)))
& chemical_entity_1(fn_synthesis_of_glycoprotein_43(fn_secretion_of_insulin_by_pancreas_cell_61(X)))
& polypeptide_1(fn_synthesis_of_glycoprotein_43(fn_secretion_of_insulin_by_pancreas_cell_61(X)))
& change_1(fn_synthesis_of_glycoprotein_2(fn_secretion_of_insulin_by_pancreas_cell_61(X)))
& post_translational_modification_1(fn_synthesis_of_glycoprotein_57(fn_secretion_of_insulin_by_pancreas_cell_61(X)))
& attach_1(fn_rough_endoplasmic_reticulum_85(fn_secretion_of_insulin_by_pancreas_cell_33(X)))
& attach_1(fn_synthesis_of_glycoprotein_55(fn_secretion_of_insulin_by_pancreas_cell_61(X)))
& carry_1(fn_pancreas_cell_60(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& release_1(fn_secretory_cell_54(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& tangible_entity_1(fn_release_2(fn_secretion_of_insulin_by_pancreas_cell_17(X)))
& organic_molecule_1(fn_pancreas_cell_65(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& release_1(fn_pancreas_cell_73(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& exocytosis_1(fn_secretory_cell_63(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& cellular_work_1(fn_pancreas_cell_80(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& bulk_transport_1(fn_pancreas_cell_80(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& exocytosis_1(fn_pancreas_cell_80(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& spatial_entity_1(fn_pancreas_cell_5(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& tangible_entity_1(fn_release_1(fn_secretion_of_insulin_by_pancreas_cell_17(X)))
& transport_vesicle_1(fn_secretory_cell_66(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& transport_vesicle_1(fn_pancreas_cell_50(fn_secretion_of_insulin_by_pancreas_cell_26(X)))
& cell_1(fn_extra_cellular_fluid_1(fn_secretion_of_insulin_by_pancreas_cell_25(X)))
& time_during_2(fn_secretion_of_insulin_by_pancreas_cell_13(X),fn_secretion_of_insulin_by_pancreas_cell_27(X))
& time_during_2(fn_secretion_of_insulin_by_pancreas_cell_17(X),fn_secretion_of_insulin_by_pancreas_cell_28(X))
& subevent_2(X,fn_secretion_of_insulin_by_pancreas_cell_5(X))
& recipient_2(X,fn_secretion_of_insulin_by_pancreas_cell_25(X))
& object_2(X,fn_secretion_of_insulin_by_pancreas_cell_24(X))
& shape_2(fn_secretion_of_insulin_by_pancreas_cell_32(X),fn_secretion_of_insulin_by_pancreas_cell_4(X))
& is_inside_2(fn_secretion_of_insulin_by_pancreas_cell_45(X),fn_secretion_of_insulin_by_pancreas_cell_49(X))
& is_outside_2(fn_secretion_of_insulin_by_pancreas_cell_45(X),fn_secretion_of_insulin_by_pancreas_cell_46(X))
& is_outside_2(fn_secretion_of_insulin_by_pancreas_cell_47(X),fn_secretion_of_insulin_by_pancreas_cell_49(X))
& is_outside_2(fn_secretion_of_insulin_by_pancreas_cell_48(X),fn_secretion_of_insulin_by_pancreas_cell_49(X))
& shape_2(fn_secretion_of_insulin_by_pancreas_cell_49(X),fn_secretion_of_insulin_by_pancreas_cell_3(X))
& origin_2(fn_secretion_of_insulin_by_pancreas_cell_53(X),fn_secretion_of_insulin_by_pancreas_cell_48(X))
& site_2(fn_secretion_of_insulin_by_pancreas_cell_62(X),fn_secretion_of_insulin_by_pancreas_cell_59(X))
& agent_2(fn_secretion_of_insulin_by_pancreas_cell_53(X),fn_secretion_of_insulin_by_pancreas_cell_56(X))
& is_outside_2(fn_secretion_of_insulin_by_pancreas_cell_25(X),fn_secretion_of_insulin_by_pancreas_cell_26(X))
& is_inside_2(fn_secretion_of_insulin_by_pancreas_cell_24(X),fn_secretion_of_insulin_by_pancreas_cell_26(X))
& is_inside_2(fn_secretion_of_insulin_by_pancreas_cell_30(X),fn_secretion_of_insulin_by_pancreas_cell_52(X))
& object_2(fn_secretion_of_insulin_by_pancreas_cell_17(X),fn_secretion_of_insulin_by_pancreas_cell_24(X))
& result_2(fn_secretion_of_insulin_by_pancreas_cell_62(X),fn_secretion_of_insulin_by_pancreas_cell_30(X))
& possesses_2(fn_secretion_of_insulin_by_pancreas_cell_14(X),fn_secretion_of_insulin_by_pancreas_cell_15(X))
& base_2(fn_secretion_of_insulin_by_pancreas_cell_53(X),fn_secretion_of_insulin_by_pancreas_cell_49(X))
& object_2(fn_secretion_of_insulin_by_pancreas_cell_53(X),fn_secretion_of_insulin_by_pancreas_cell_56(X))
& site_2(fn_secretion_of_insulin_by_pancreas_cell_51(X),fn_secretion_of_insulin_by_pancreas_cell_50(X))
& plays_2(fn_secretion_of_insulin_by_pancreas_cell_26(X),fn_secretion_of_insulin_by_pancreas_cell_7(X))
& object_2(fn_secretion_of_insulin_by_pancreas_cell_17(X),fn_secretion_of_insulin_by_pancreas_cell_15(X))
& base_2(fn_secretion_of_insulin_by_pancreas_cell_17(X),fn_secretion_of_insulin_by_pancreas_cell_26(X))
& has_part_2(fn_secretion_of_insulin_by_pancreas_cell_59(X),fn_secretion_of_insulin_by_pancreas_cell_56(X))
& is_at_2(fn_secretion_of_insulin_by_pancreas_cell_57(X),fn_secretion_of_insulin_by_pancreas_cell_59(X))
& has_part_2(fn_secretion_of_insulin_by_pancreas_cell_32(X),fn_secretion_of_insulin_by_pancreas_cell_57(X))
& has_part_2(fn_secretion_of_insulin_by_pancreas_cell_59(X),fn_secretion_of_insulin_by_pancreas_cell_55(X))
& fn_secretion_of_insulin_by_pancreas_cell_54(X) != fn_secretion_of_insulin_by_pancreas_cell_55(X)
& fn_secretion_of_insulin_by_pancreas_cell_55(X) != fn_secretion_of_insulin_by_pancreas_cell_54(X)
& result_2(fn_secretion_of_insulin_by_pancreas_cell_58(X),fn_secretion_of_insulin_by_pancreas_cell_59(X))
& has_part_2(fn_secretion_of_insulin_by_pancreas_cell_59(X),fn_secretion_of_insulin_by_pancreas_cell_54(X))
& fn_secretion_of_insulin_by_pancreas_cell_54(X) != fn_secretion_of_insulin_by_pancreas_cell_56(X)
& is_inside_2(fn_secretion_of_insulin_by_pancreas_cell_56(X),fn_secretion_of_insulin_by_pancreas_cell_52(X))
& object_2(fn_secretion_of_insulin_by_pancreas_cell_51(X),fn_secretion_of_insulin_by_pancreas_cell_52(X))
& fn_secretion_of_insulin_by_pancreas_cell_56(X) != fn_secretion_of_insulin_by_pancreas_cell_54(X)
& is_between_2(fn_secretion_of_insulin_by_pancreas_cell_49(X),fn_secretion_of_insulin_by_pancreas_cell_46(X))
& has_region_2(fn_secretion_of_insulin_by_pancreas_cell_49(X),fn_secretion_of_insulin_by_pancreas_cell_45(X))
& has_region_2(fn_secretion_of_insulin_by_pancreas_cell_49(X),fn_secretion_of_insulin_by_pancreas_cell_47(X))
& is_inside_2(fn_secretion_of_insulin_by_pancreas_cell_47(X),fn_secretion_of_insulin_by_pancreas_cell_48(X))
& is_between_2(fn_secretion_of_insulin_by_pancreas_cell_49(X),fn_secretion_of_insulin_by_pancreas_cell_48(X))
& fn_secretion_of_insulin_by_pancreas_cell_46(X) != fn_secretion_of_insulin_by_pancreas_cell_48(X)
& fn_secretion_of_insulin_by_pancreas_cell_48(X) != fn_secretion_of_insulin_by_pancreas_cell_46(X)
& causes_2(fn_secretion_of_insulin_by_pancreas_cell_34(X),fn_secretion_of_insulin_by_pancreas_cell_36(X))
& agent_2(fn_secretion_of_insulin_by_pancreas_cell_60(X),fn_secretion_of_insulin_by_pancreas_cell_37(X))
& causes_2(fn_secretion_of_insulin_by_pancreas_cell_60(X),fn_secretion_of_insulin_by_pancreas_cell_36(X))
& object_2(fn_secretion_of_insulin_by_pancreas_cell_36(X),fn_secretion_of_insulin_by_pancreas_cell_41(X))
& subevent_2(fn_secretion_of_insulin_by_pancreas_cell_62(X),fn_secretion_of_insulin_by_pancreas_cell_60(X))
& first_subevent_2(fn_secretion_of_insulin_by_pancreas_cell_62(X),fn_secretion_of_insulin_by_pancreas_cell_60(X))
& site_2(fn_secretion_of_insulin_by_pancreas_cell_60(X),fn_secretion_of_insulin_by_pancreas_cell_33(X))
& fn_secretion_of_insulin_by_pancreas_cell_61(X) != fn_secretion_of_insulin_by_pancreas_cell_62(X)
& fn_secretion_of_insulin_by_pancreas_cell_62(X) != fn_secretion_of_insulin_by_pancreas_cell_61(X)
& has_part_2(fn_secretion_of_insulin_by_pancreas_cell_33(X),fn_secretion_of_insulin_by_pancreas_cell_37(X))
& has_function_2(fn_secretion_of_insulin_by_pancreas_cell_37(X),fn_secretion_of_insulin_by_pancreas_cell_60(X))
& time_during_2(fn_secretion_of_insulin_by_pancreas_cell_60(X),fn_secretion_of_insulin_by_pancreas_cell_38(X))
& time_before_2(fn_secretion_of_insulin_by_pancreas_cell_38(X),fn_secretion_of_insulin_by_pancreas_cell_39(X))
& time_during_2(fn_secretion_of_insulin_by_pancreas_cell_42(X),fn_secretion_of_insulin_by_pancreas_cell_39(X))
& has_part_2(fn_secretion_of_insulin_by_pancreas_cell_26(X),fn_secretion_of_insulin_by_pancreas_cell_22(X))
& has_part_2(fn_secretion_of_insulin_by_pancreas_cell_26(X),fn_secretion_of_insulin_by_pancreas_cell_23(X))
& has_part_2(fn_secretion_of_insulin_by_pancreas_cell_23(X),fn_secretion_of_insulin_by_pancreas_cell_10(X))
& is_across_2(fn_secretion_of_insulin_by_pancreas_cell_10(X),fn_secretion_of_insulin_by_pancreas_cell_23(X))
& has_part_2(fn_secretion_of_insulin_by_pancreas_cell_23(X),fn_secretion_of_insulin_by_pancreas_cell_12(X))
& is_inside_2(fn_secretion_of_insulin_by_pancreas_cell_10(X),fn_secretion_of_insulin_by_pancreas_cell_12(X))
& object_2(fn_secretion_of_insulin_by_pancreas_cell_19(X),fn_secretion_of_insulin_by_pancreas_cell_24(X))
& time_during_2(fn_secretion_of_insulin_by_pancreas_cell_19(X),fn_secretion_of_insulin_by_pancreas_cell_27(X))
& has_region_2(fn_secretion_of_insulin_by_pancreas_cell_23(X),fn_secretion_of_insulin_by_pancreas_cell_29(X))
& in_event_2(fn_secretion_of_insulin_by_pancreas_cell_7(X),X)
& first_subevent_2(X,fn_secretion_of_insulin_by_pancreas_cell_31(X))
& next_event_2(fn_secretion_of_insulin_by_pancreas_cell_20(X),fn_secretion_of_insulin_by_pancreas_cell_21(X))
& subevent_2(X,fn_secretion_of_insulin_by_pancreas_cell_21(X))
& object_2(X,fn_secretion_of_insulin_by_pancreas_cell_30(X))
& path_2(X,fn_secretion_of_insulin_by_pancreas_cell_23(X))
& is_outside_2(fn_secretion_of_insulin_by_pancreas_cell_23(X),fn_secretion_of_insulin_by_pancreas_cell_22(X))
& origin_2(X,fn_secretion_of_insulin_by_pancreas_cell_22(X))
& subevent_2(X,fn_secretion_of_insulin_by_pancreas_cell_20(X))
& base_2(fn_secretion_of_insulin_by_pancreas_cell_20(X),fn_secretion_of_insulin_by_pancreas_cell_23(X))
& object_2(fn_secretion_of_insulin_by_pancreas_cell_13(X),fn_secretion_of_insulin_by_pancreas_cell_16(X))
& raw_material_2(X,fn_secretion_of_insulin_by_pancreas_cell_16(X))
& subevent_2(X,fn_secretion_of_insulin_by_pancreas_cell_19(X))
& next_event_2(fn_secretion_of_insulin_by_pancreas_cell_21(X),fn_secretion_of_insulin_by_pancreas_cell_19(X))
& base_2(fn_secretion_of_insulin_by_pancreas_cell_21(X),fn_secretion_of_insulin_by_pancreas_cell_23(X))
& destination_2(X,fn_secretion_of_insulin_by_pancreas_cell_8(X))
& subevent_2(X,fn_secretion_of_insulin_by_pancreas_cell_13(X))
& next_event_2(fn_secretion_of_insulin_by_pancreas_cell_13(X),fn_secretion_of_insulin_by_pancreas_cell_17(X))
& subevent_2(X,fn_secretion_of_insulin_by_pancreas_cell_17(X))
& subevent_2(X,fn_secretion_of_insulin_by_pancreas_cell_18(X))
& destination_2(fn_secretion_of_insulin_by_pancreas_cell_6(X),fn_secretion_of_insulin_by_pancreas_cell_8(X))
& next_event_2(fn_secretion_of_insulin_by_pancreas_cell_19(X),fn_secretion_of_insulin_by_pancreas_cell_6(X))
& base_2(fn_secretion_of_insulin_by_pancreas_cell_19(X),fn_secretion_of_insulin_by_pancreas_cell_23(X))
& has_part_2(fn_secretion_of_insulin_by_pancreas_cell_23(X),fn_secretion_of_insulin_by_pancreas_cell_9(X))
& raw_material_2(fn_secretion_of_insulin_by_pancreas_cell_21(X),fn_secretion_of_insulin_by_pancreas_cell_9(X))
& is_oriented_toward_2(fn_secretion_of_insulin_by_pancreas_cell_29(X),fn_secretion_of_insulin_by_pancreas_cell_22(X))
& is_facing_2(fn_secretion_of_insulin_by_pancreas_cell_29(X),fn_secretion_of_insulin_by_pancreas_cell_22(X))
& is_inside_2(fn_secretion_of_insulin_by_pancreas_cell_22(X),fn_secretion_of_insulin_by_pancreas_cell_23(X))
& has_region_2(fn_secretion_of_insulin_by_pancreas_cell_23(X),fn_secretion_of_insulin_by_pancreas_cell_8(X))
& is_outside_2(fn_secretion_of_insulin_by_pancreas_cell_8(X),fn_secretion_of_insulin_by_pancreas_cell_23(X))
& object_2(fn_secretion_of_insulin_by_pancreas_cell_6(X),fn_secretion_of_insulin_by_pancreas_cell_30(X))
& origin_2(fn_secretion_of_insulin_by_pancreas_cell_6(X),fn_secretion_of_insulin_by_pancreas_cell_22(X))
& has_region_2(fn_secretion_of_insulin_by_pancreas_cell_22(X),fn_secretion_of_insulin_by_pancreas_cell_11(X))
& is_between_2(fn_secretion_of_insulin_by_pancreas_cell_23(X),fn_secretion_of_insulin_by_pancreas_cell_11(X))
& has_function_2(fn_secretion_of_insulin_by_pancreas_cell_23(X),X)
& time_during_2(fn_secretion_of_insulin_by_pancreas_cell_31(X),fn_secretion_of_insulin_by_pancreas_cell_27(X))
& time_before_2(fn_secretion_of_insulin_by_pancreas_cell_27(X),fn_secretion_of_insulin_by_pancreas_cell_28(X))
& time_during_2(fn_secretion_of_insulin_by_pancreas_cell_18(X),fn_secretion_of_insulin_by_pancreas_cell_28(X))
& next_event_2(fn_secretion_of_insulin_by_pancreas_cell_18(X),fn_secretion_of_insulin_by_pancreas_cell_20(X))
& object_2(fn_secretion_of_insulin_by_pancreas_cell_20(X),fn_secretion_of_insulin_by_pancreas_cell_24(X))
& subevent_2(X,fn_secretion_of_insulin_by_pancreas_cell_31(X))
& result_2(fn_secretion_of_insulin_by_pancreas_cell_31(X),fn_secretion_of_insulin_by_pancreas_cell_24(X))
& has_function_2(fn_secretion_of_insulin_by_pancreas_cell_24(X),fn_secretion_of_insulin_by_pancreas_cell_18(X))
& object_2(fn_secretion_of_insulin_by_pancreas_cell_18(X),fn_secretion_of_insulin_by_pancreas_cell_30(X))
& is_inside_2(fn_secretion_of_insulin_by_pancreas_cell_30(X),fn_secretion_of_insulin_by_pancreas_cell_24(X))
& result_2(fn_secretion_of_insulin_by_pancreas_cell_60(X),fn_secretion_of_insulin_by_pancreas_cell_41(X))
& subevent_2(fn_secretion_of_insulin_by_pancreas_cell_60(X),fn_secretion_of_insulin_by_pancreas_cell_34(X))
& first_subevent_2(fn_secretion_of_insulin_by_pancreas_cell_61(X),fn_secretion_of_insulin_by_pancreas_cell_60(X))
& subevent_2(fn_secretion_of_insulin_by_pancreas_cell_61(X),fn_secretion_of_insulin_by_pancreas_cell_43(X))
& next_event_2(fn_secretion_of_insulin_by_pancreas_cell_44(X),fn_secretion_of_insulin_by_pancreas_cell_43(X))
& subevent_2(fn_secretion_of_insulin_by_pancreas_cell_61(X),fn_secretion_of_insulin_by_pancreas_cell_44(X))
& subevent_2(fn_secretion_of_insulin_by_pancreas_cell_61(X),fn_secretion_of_insulin_by_pancreas_cell_60(X))
& next_event_2(fn_secretion_of_insulin_by_pancreas_cell_35(X),fn_secretion_of_insulin_by_pancreas_cell_34(X))
& subevent_2(fn_secretion_of_insulin_by_pancreas_cell_60(X),fn_secretion_of_insulin_by_pancreas_cell_35(X))
& next_event_2(fn_secretion_of_insulin_by_pancreas_cell_60(X),fn_secretion_of_insulin_by_pancreas_cell_42(X))
& next_event_2(fn_secretion_of_insulin_by_pancreas_cell_42(X),fn_secretion_of_insulin_by_pancreas_cell_44(X))
& site_2(fn_secretion_of_insulin_by_pancreas_cell_44(X),fn_secretion_of_insulin_by_pancreas_cell_40(X))
& subevent_2(fn_secretion_of_insulin_by_pancreas_cell_61(X),fn_secretion_of_insulin_by_pancreas_cell_42(X))
& site_2(fn_secretion_of_insulin_by_pancreas_cell_42(X),fn_secretion_of_insulin_by_pancreas_cell_40(X))
& site_2(fn_secretion_of_insulin_by_pancreas_cell_43(X),fn_secretion_of_insulin_by_pancreas_cell_40(X))
& object_2(fn_secretion_of_insulin_by_pancreas_cell_43(X),fn_secretion_of_insulin_by_pancreas_cell_41(X))
& result_2(fn_secretion_of_insulin_by_pancreas_cell_34(X),fn_secretion_of_insulin_by_pancreas_cell_41(X))
& agent_2(fn_secretion_of_insulin_by_pancreas_cell_18(X),fn_secretion_of_insulin_by_pancreas_cell_24(X))
& base_2(X,fn_secretion_of_insulin_by_pancreas_cell_26(X))
& raw_material_2(X,fn_secretion_of_insulin_by_pancreas_cell_14(X))
& base_2(fn_secretion_of_insulin_by_pancreas_cell_17(X),fn_secretion_of_insulin_by_pancreas_cell_14(X))
& has_part_2(fn_secretion_of_insulin_by_pancreas_cell_26(X),fn_secretion_of_insulin_by_pancreas_cell_24(X))
& instrument_2(X,fn_secretion_of_insulin_by_pancreas_cell_24(X))
& agent_2(X,fn_secretion_of_insulin_by_pancreas_cell_26(X))
& base_2(fn_secretion_of_insulin_by_pancreas_cell_6(X),fn_secretion_of_insulin_by_pancreas_cell_26(X))
& subevent_2(X,fn_secretion_of_insulin_by_pancreas_cell_6(X))
& fn_secretion_of_insulin_by_pancreas_cell_56(X) = fn_locomotion_1(fn_secretion_of_insulin_by_pancreas_cell_53(X))
& fn_secretion_of_insulin_by_pancreas_cell_25(X) = fn_pancreas_cell_11(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_secretion_of_insulin_by_pancreas_cell_26(X) = fn_extra_cellular_fluid_1(fn_secretion_of_insulin_by_pancreas_cell_25(X))
& fn_secretion_of_insulin_by_pancreas_cell_24(X) = fn_pancreas_cell_5(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_secretion_of_insulin_by_pancreas_cell_30(X) = fn_transport_vesicle_1(fn_secretion_of_insulin_by_pancreas_cell_52(X))
& fn_secretion_of_insulin_by_pancreas_cell_24(X) = fn_release_1(fn_secretion_of_insulin_by_pancreas_cell_17(X))
& fn_secretion_of_insulin_by_pancreas_cell_30(X) = fn_anabolic_pathway_5(fn_secretion_of_insulin_by_pancreas_cell_62(X))
& fn_secretion_of_insulin_by_pancreas_cell_15(X) = fn_molecule_12(fn_secretion_of_insulin_by_pancreas_cell_14(X))
& fn_secretion_of_insulin_by_pancreas_cell_53(X) = fn_membrane_3(fn_secretion_of_insulin_by_pancreas_cell_49(X))
& fn_secretion_of_insulin_by_pancreas_cell_51(X) = fn_transitional_endoplasmic_reticulum_2(fn_secretion_of_insulin_by_pancreas_cell_50(X))
& fn_secretion_of_insulin_by_pancreas_cell_7(X) = fn_exocytosis_16(X)
& fn_secretion_of_insulin_by_pancreas_cell_15(X) = fn_cellular_work_13(X)
& fn_secretion_of_insulin_by_pancreas_cell_32(X) = fn_synthesis_of_endomembranous_system_membrane_2(fn_secretion_of_insulin_by_pancreas_cell_58(X))
& fn_secretion_of_insulin_by_pancreas_cell_57(X) = fn_synthesis_of_endomembranous_system_membrane_1(fn_secretion_of_insulin_by_pancreas_cell_58(X))
& fn_secretion_of_insulin_by_pancreas_cell_55(X) = fn_membrane_4(fn_secretion_of_insulin_by_pancreas_cell_49(X))
& fn_secretion_of_insulin_by_pancreas_cell_55(X) = fn_synthesis_of_endomembranous_system_membrane_53(fn_secretion_of_insulin_by_pancreas_cell_58(X))
& fn_secretion_of_insulin_by_pancreas_cell_51(X) = fn_synthesis_of_endomembranous_system_membrane_55(fn_secretion_of_insulin_by_pancreas_cell_58(X))
& fn_secretion_of_insulin_by_pancreas_cell_52(X) = fn_synthesis_of_endomembranous_system_membrane_56(fn_secretion_of_insulin_by_pancreas_cell_58(X))
& fn_secretion_of_insulin_by_pancreas_cell_54(X) = fn_membrane_5(fn_secretion_of_insulin_by_pancreas_cell_49(X))
& fn_secretion_of_insulin_by_pancreas_cell_56(X) = fn_membrane_4(fn_secretion_of_insulin_by_pancreas_cell_49(X))
& fn_secretion_of_insulin_by_pancreas_cell_56(X) = fn_synthesis_of_endomembranous_system_membrane_54(fn_secretion_of_insulin_by_pancreas_cell_58(X))
& fn_secretion_of_insulin_by_pancreas_cell_54(X) = fn_synthesis_of_endomembranous_system_membrane_84(fn_secretion_of_insulin_by_pancreas_cell_58(X))
& fn_secretion_of_insulin_by_pancreas_cell_59(X) = fn_synthesis_of_endomembranous_system_membrane_60(fn_secretion_of_insulin_by_pancreas_cell_58(X))
& fn_secretion_of_insulin_by_pancreas_cell_45(X) = fn_er_membrane_12(fn_secretion_of_insulin_by_pancreas_cell_49(X))
& fn_secretion_of_insulin_by_pancreas_cell_46(X) = fn_er_membrane_33(fn_secretion_of_insulin_by_pancreas_cell_49(X))
& fn_secretion_of_insulin_by_pancreas_cell_48(X) = fn_er_membrane_32(fn_secretion_of_insulin_by_pancreas_cell_49(X))
& fn_secretion_of_insulin_by_pancreas_cell_47(X) = fn_biomembrane_41(fn_secretion_of_insulin_by_pancreas_cell_49(X))
& fn_secretion_of_insulin_by_pancreas_cell_47(X) = fn_er_membrane_13(fn_secretion_of_insulin_by_pancreas_cell_49(X))
& fn_secretion_of_insulin_by_pancreas_cell_34(X) = fn_rough_endoplasmic_reticulum_72(fn_secretion_of_insulin_by_pancreas_cell_33(X))
& fn_secretion_of_insulin_by_pancreas_cell_41(X) = fn_rough_endoplasmic_reticulum_71(fn_secretion_of_insulin_by_pancreas_cell_33(X))
& fn_secretion_of_insulin_by_pancreas_cell_36(X) = fn_rough_endoplasmic_reticulum_69(fn_secretion_of_insulin_by_pancreas_cell_33(X))
& fn_secretion_of_insulin_by_pancreas_cell_60(X) = fn_rough_endoplasmic_reticulum_22(fn_secretion_of_insulin_by_pancreas_cell_33(X))
& fn_secretion_of_insulin_by_pancreas_cell_61(X) = fn_rough_endoplasmic_reticulum_29(fn_secretion_of_insulin_by_pancreas_cell_33(X))
& fn_secretion_of_insulin_by_pancreas_cell_60(X) = fn_synthesis_of_protein_13(fn_secretion_of_insulin_by_pancreas_cell_62(X))
& fn_secretion_of_insulin_by_pancreas_cell_62(X) = fn_rough_endoplasmic_reticulum_47(fn_secretion_of_insulin_by_pancreas_cell_33(X))
& fn_secretion_of_insulin_by_pancreas_cell_42(X) = fn_rough_endoplasmic_reticulum_85(fn_secretion_of_insulin_by_pancreas_cell_33(X))
& fn_secretion_of_insulin_by_pancreas_cell_39(X) = fn_rough_endoplasmic_reticulum_14(fn_secretion_of_insulin_by_pancreas_cell_33(X))
& fn_secretion_of_insulin_by_pancreas_cell_38(X) = fn_rough_endoplasmic_reticulum_15(fn_secretion_of_insulin_by_pancreas_cell_33(X))
& fn_secretion_of_insulin_by_pancreas_cell_60(X) = fn_rough_endoplasmic_reticulum_58(fn_secretion_of_insulin_by_pancreas_cell_33(X))
& fn_secretion_of_insulin_by_pancreas_cell_37(X) = fn_rough_endoplasmic_reticulum_57(fn_secretion_of_insulin_by_pancreas_cell_33(X))
& fn_secretion_of_insulin_by_pancreas_cell_22(X) = fn_eukaryotic_cell_31(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_secretion_of_insulin_by_pancreas_cell_12(X) = fn_eukaryotic_cell_41(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_secretion_of_insulin_by_pancreas_cell_10(X) = fn_eukaryotic_cell_15(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_secretion_of_insulin_by_pancreas_cell_23(X) = fn_eukaryotic_cell_29(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_secretion_of_insulin_by_pancreas_cell_7(X) = fn_exocytosis_15(X)
& fn_secretion_of_insulin_by_pancreas_cell_16(X) = fn_exocytosis_22(X)
& fn_secretion_of_insulin_by_pancreas_cell_17(X) = fn_exocytosis_48(X)
& fn_secretion_of_insulin_by_pancreas_cell_17(X) = fn_secretory_cell_54(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_secretion_of_insulin_by_pancreas_cell_17(X) = fn_exocytosis_18(X)
& fn_secretion_of_insulin_by_pancreas_cell_13(X) = fn_exocytosis_17(X)
& fn_secretion_of_insulin_by_pancreas_cell_21(X) = fn_exocytosis_2(X)
& fn_secretion_of_insulin_by_pancreas_cell_9(X) = fn_exocytosis_28(X)
& fn_secretion_of_insulin_by_pancreas_cell_19(X) = fn_exocytosis_23(X)
& fn_secretion_of_insulin_by_pancreas_cell_8(X) = fn_exocytosis_30(X)
& fn_secretion_of_insulin_by_pancreas_cell_29(X) = fn_exocytosis_34(X)
& fn_secretion_of_insulin_by_pancreas_cell_23(X) = fn_exocytosis_26(X)
& fn_secretion_of_insulin_by_pancreas_cell_11(X) = fn_exocytosis_29(X)
& fn_secretion_of_insulin_by_pancreas_cell_22(X) = fn_exocytosis_31(X)
& fn_secretion_of_insulin_by_pancreas_cell_6(X) = fn_exocytosis_48(X)
& fn_secretion_of_insulin_by_pancreas_cell_20(X) = fn_exocytosis_27(X)
& fn_secretion_of_insulin_by_pancreas_cell_28(X) = fn_exocytosis_10(X)
& fn_secretion_of_insulin_by_pancreas_cell_27(X) = fn_exocytosis_12(X)
& fn_secretion_of_insulin_by_pancreas_cell_30(X) = fn_bulk_transport_4(X)
& fn_secretion_of_insulin_by_pancreas_cell_30(X) = fn_exocytosis_35(X)
& fn_secretion_of_insulin_by_pancreas_cell_31(X) = fn_exocytosis_36(X)
& fn_secretion_of_insulin_by_pancreas_cell_44(X) = fn_synthesis_of_glycoprotein_58(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_secretion_of_insulin_by_pancreas_cell_43(X) = fn_synthesis_of_glycoprotein_2(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_secretion_of_insulin_by_pancreas_cell_44(X) = fn_synthesis_of_glycoprotein_59(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_secretion_of_insulin_by_pancreas_cell_60(X) = fn_synthesis_of_glycoprotein_46(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_secretion_of_insulin_by_pancreas_cell_35(X) = fn_synthesis_of_glycoprotein_62(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_secretion_of_insulin_by_pancreas_cell_34(X) = fn_synthesis_of_glycoprotein_63(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_secretion_of_insulin_by_pancreas_cell_41(X) = fn_synthesis_of_glycoprotein_43(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_secretion_of_insulin_by_pancreas_cell_43(X) = fn_synthesis_of_glycoprotein_57(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_secretion_of_insulin_by_pancreas_cell_40(X) = fn_synthesis_of_glycoprotein_56(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_secretion_of_insulin_by_pancreas_cell_42(X) = fn_synthesis_of_glycoprotein_55(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_secretion_of_insulin_by_pancreas_cell_18(X) = fn_exocytosis_25(X)
& fn_secretion_of_insulin_by_pancreas_cell_18(X) = fn_pancreas_cell_60(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_secretion_of_insulin_by_pancreas_cell_14(X) = fn_release_2(fn_secretion_of_insulin_by_pancreas_cell_17(X))
& fn_secretion_of_insulin_by_pancreas_cell_17(X) = fn_cellular_work_12(X)
& fn_secretion_of_insulin_by_pancreas_cell_17(X) = fn_pancreas_cell_73(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_secretion_of_insulin_by_pancreas_cell_14(X) = fn_cellular_work_10(X)
& fn_secretion_of_insulin_by_pancreas_cell_14(X) = fn_pancreas_cell_65(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_secretion_of_insulin_by_pancreas_cell_26(X) = fn_exocytosis_33(X)
& fn_secretion_of_insulin_by_pancreas_cell_6(X) = fn_pancreas_cell_73(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_secretion_of_insulin_by_pancreas_cell_24(X) = fn_exocytosis_24(X)
& X = fn_secretory_cell_63(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& X = fn_pancreas_cell_80(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_secretion_of_insulin_by_pancreas_cell_26(X) = fn_bulk_transport_6(X)
& fn_secretion_of_insulin_by_pancreas_cell_24(X) = fn_bulk_transport_5(X)
& fn_secretion_of_insulin_by_pancreas_cell_24(X) = fn_secretory_cell_66(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_secretion_of_insulin_by_pancreas_cell_24(X) = fn_pancreas_cell_50(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_molecule_12(fn_secretion_of_insulin_by_pancreas_cell_14(X)) = fn_cellular_work_13(X)
& fn_cellular_work_13(X) = fn_synthesis_of_endomembranous_system_membrane_53(fn_secretion_of_insulin_by_pancreas_cell_58(X))
& fn_synthesis_of_endomembranous_system_membrane_53(fn_secretion_of_insulin_by_pancreas_cell_58(X)) = fn_membrane_4(fn_secretion_of_insulin_by_pancreas_cell_49(X))
& fn_membrane_4(fn_secretion_of_insulin_by_pancreas_cell_49(X)) = fn_synthesis_of_endomembranous_system_membrane_53(fn_secretion_of_insulin_by_pancreas_cell_58(X))
& fn_synthesis_of_endomembranous_system_membrane_53(fn_secretion_of_insulin_by_pancreas_cell_58(X)) = fn_synthesis_of_endomembranous_system_membrane_53(fn_secretion_of_insulin_by_pancreas_cell_58(X))
& fn_synthesis_of_endomembranous_system_membrane_53(fn_secretion_of_insulin_by_pancreas_cell_58(X)) = fn_transitional_endoplasmic_reticulum_2(fn_secretion_of_insulin_by_pancreas_cell_50(X))
& fn_transitional_endoplasmic_reticulum_2(fn_secretion_of_insulin_by_pancreas_cell_50(X)) = fn_synthesis_of_endomembranous_system_membrane_55(fn_secretion_of_insulin_by_pancreas_cell_58(X))
& fn_synthesis_of_endomembranous_system_membrane_55(fn_secretion_of_insulin_by_pancreas_cell_58(X)) = fn_locomotion_1(fn_secretion_of_insulin_by_pancreas_cell_53(X))
& fn_locomotion_1(fn_secretion_of_insulin_by_pancreas_cell_53(X)) = fn_membrane_4(fn_secretion_of_insulin_by_pancreas_cell_49(X))
& fn_membrane_4(fn_secretion_of_insulin_by_pancreas_cell_49(X)) = fn_membrane_4(fn_secretion_of_insulin_by_pancreas_cell_49(X))
& fn_synthesis_of_endomembranous_system_membrane_54(fn_secretion_of_insulin_by_pancreas_cell_58(X)) = fn_synthesis_of_endomembranous_system_membrane_54(fn_secretion_of_insulin_by_pancreas_cell_58(X))
& fn_synthesis_of_endomembranous_system_membrane_54(fn_secretion_of_insulin_by_pancreas_cell_58(X)) = fn_membrane_4(fn_secretion_of_insulin_by_pancreas_cell_49(X))
& fn_membrane_4(fn_secretion_of_insulin_by_pancreas_cell_49(X)) = fn_synthesis_of_endomembranous_system_membrane_54(fn_secretion_of_insulin_by_pancreas_cell_58(X))
& fn_synthesis_of_endomembranous_system_membrane_54(fn_secretion_of_insulin_by_pancreas_cell_58(X)) = fn_synthesis_of_endomembranous_system_membrane_84(fn_secretion_of_insulin_by_pancreas_cell_58(X))
& fn_synthesis_of_endomembranous_system_membrane_84(fn_secretion_of_insulin_by_pancreas_cell_58(X)) = fn_membrane_5(fn_secretion_of_insulin_by_pancreas_cell_49(X))
& fn_membrane_5(fn_secretion_of_insulin_by_pancreas_cell_49(X)) = fn_synthesis_of_endomembranous_system_membrane_84(fn_secretion_of_insulin_by_pancreas_cell_58(X))
& fn_synthesis_of_endomembranous_system_membrane_84(fn_secretion_of_insulin_by_pancreas_cell_58(X)) = fn_synthesis_of_endomembranous_system_membrane_84(fn_secretion_of_insulin_by_pancreas_cell_58(X))
& fn_synthesis_of_endomembranous_system_membrane_84(fn_secretion_of_insulin_by_pancreas_cell_58(X)) = fn_er_membrane_13(fn_secretion_of_insulin_by_pancreas_cell_49(X))
& fn_er_membrane_13(fn_secretion_of_insulin_by_pancreas_cell_49(X)) = fn_biomembrane_41(fn_secretion_of_insulin_by_pancreas_cell_49(X))
& fn_biomembrane_41(fn_secretion_of_insulin_by_pancreas_cell_49(X)) = fn_er_membrane_13(fn_secretion_of_insulin_by_pancreas_cell_49(X))
& fn_er_membrane_13(fn_secretion_of_insulin_by_pancreas_cell_49(X)) = fn_exocytosis_16(X)
& fn_exocytosis_16(X) = fn_exocytosis_15(X)
& fn_exocytosis_15(X) = fn_eukaryotic_cell_29(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_eukaryotic_cell_29(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_eukaryotic_cell_29(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_eukaryotic_cell_29(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_exocytosis_26(X)
& fn_exocytosis_26(X) = fn_exocytosis_26(X)
& fn_exocytosis_26(X) = fn_eukaryotic_cell_31(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_eukaryotic_cell_31(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_exocytosis_31(X)
& fn_exocytosis_31(X) = fn_exocytosis_31(X)
& fn_exocytosis_31(X) = fn_transport_vesicle_1(fn_secretion_of_insulin_by_pancreas_cell_52(X))
& fn_transport_vesicle_1(fn_secretion_of_insulin_by_pancreas_cell_52(X)) = fn_anabolic_pathway_5(fn_secretion_of_insulin_by_pancreas_cell_62(X))
& fn_anabolic_pathway_5(fn_secretion_of_insulin_by_pancreas_cell_62(X)) = fn_anabolic_pathway_5(fn_secretion_of_insulin_by_pancreas_cell_62(X))
& fn_anabolic_pathway_5(fn_secretion_of_insulin_by_pancreas_cell_62(X)) = fn_bulk_transport_4(X)
& fn_exocytosis_35(X) = fn_bulk_transport_4(X)
& fn_bulk_transport_4(X) = fn_exocytosis_35(X)
& fn_exocytosis_35(X) = fn_exocytosis_35(X)
& fn_exocytosis_35(X) = fn_synthesis_of_glycoprotein_58(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_synthesis_of_glycoprotein_59(fn_secretion_of_insulin_by_pancreas_cell_61(X)) = fn_synthesis_of_glycoprotein_58(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_synthesis_of_glycoprotein_58(fn_secretion_of_insulin_by_pancreas_cell_61(X)) = fn_synthesis_of_glycoprotein_59(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_synthesis_of_glycoprotein_59(fn_secretion_of_insulin_by_pancreas_cell_61(X)) = fn_synthesis_of_glycoprotein_59(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_synthesis_of_glycoprotein_59(fn_secretion_of_insulin_by_pancreas_cell_61(X)) = fn_rough_endoplasmic_reticulum_22(fn_secretion_of_insulin_by_pancreas_cell_33(X))
& fn_rough_endoplasmic_reticulum_22(fn_secretion_of_insulin_by_pancreas_cell_33(X)) = fn_synthesis_of_protein_13(fn_secretion_of_insulin_by_pancreas_cell_62(X))
& fn_synthesis_of_protein_13(fn_secretion_of_insulin_by_pancreas_cell_62(X)) = fn_synthesis_of_protein_13(fn_secretion_of_insulin_by_pancreas_cell_62(X))
& fn_synthesis_of_protein_13(fn_secretion_of_insulin_by_pancreas_cell_62(X)) = fn_rough_endoplasmic_reticulum_58(fn_secretion_of_insulin_by_pancreas_cell_33(X))
& fn_rough_endoplasmic_reticulum_58(fn_secretion_of_insulin_by_pancreas_cell_33(X)) = fn_rough_endoplasmic_reticulum_22(fn_secretion_of_insulin_by_pancreas_cell_33(X))
& fn_rough_endoplasmic_reticulum_22(fn_secretion_of_insulin_by_pancreas_cell_33(X)) = fn_rough_endoplasmic_reticulum_58(fn_secretion_of_insulin_by_pancreas_cell_33(X))
& fn_rough_endoplasmic_reticulum_58(fn_secretion_of_insulin_by_pancreas_cell_33(X)) = fn_rough_endoplasmic_reticulum_58(fn_secretion_of_insulin_by_pancreas_cell_33(X))
& fn_rough_endoplasmic_reticulum_58(fn_secretion_of_insulin_by_pancreas_cell_33(X)) = fn_synthesis_of_glycoprotein_46(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_synthesis_of_glycoprotein_46(fn_secretion_of_insulin_by_pancreas_cell_61(X)) = fn_synthesis_of_glycoprotein_46(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_synthesis_of_glycoprotein_46(fn_secretion_of_insulin_by_pancreas_cell_61(X)) = fn_rough_endoplasmic_reticulum_72(fn_secretion_of_insulin_by_pancreas_cell_33(X))
& fn_rough_endoplasmic_reticulum_72(fn_secretion_of_insulin_by_pancreas_cell_33(X)) = fn_synthesis_of_glycoprotein_63(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_synthesis_of_glycoprotein_63(fn_secretion_of_insulin_by_pancreas_cell_61(X)) = fn_synthesis_of_glycoprotein_63(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_synthesis_of_glycoprotein_63(fn_secretion_of_insulin_by_pancreas_cell_61(X)) = fn_rough_endoplasmic_reticulum_71(fn_secretion_of_insulin_by_pancreas_cell_33(X))
& fn_rough_endoplasmic_reticulum_71(fn_secretion_of_insulin_by_pancreas_cell_33(X)) = fn_synthesis_of_glycoprotein_43(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_synthesis_of_glycoprotein_43(fn_secretion_of_insulin_by_pancreas_cell_61(X)) = fn_synthesis_of_glycoprotein_43(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_synthesis_of_glycoprotein_43(fn_secretion_of_insulin_by_pancreas_cell_61(X)) = fn_synthesis_of_glycoprotein_2(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_synthesis_of_glycoprotein_57(fn_secretion_of_insulin_by_pancreas_cell_61(X)) = fn_synthesis_of_glycoprotein_2(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_synthesis_of_glycoprotein_2(fn_secretion_of_insulin_by_pancreas_cell_61(X)) = fn_synthesis_of_glycoprotein_57(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_synthesis_of_glycoprotein_57(fn_secretion_of_insulin_by_pancreas_cell_61(X)) = fn_synthesis_of_glycoprotein_57(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_synthesis_of_glycoprotein_57(fn_secretion_of_insulin_by_pancreas_cell_61(X)) = fn_rough_endoplasmic_reticulum_85(fn_secretion_of_insulin_by_pancreas_cell_33(X))
& fn_rough_endoplasmic_reticulum_85(fn_secretion_of_insulin_by_pancreas_cell_33(X)) = fn_synthesis_of_glycoprotein_55(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_synthesis_of_glycoprotein_55(fn_secretion_of_insulin_by_pancreas_cell_61(X)) = fn_synthesis_of_glycoprotein_55(fn_secretion_of_insulin_by_pancreas_cell_61(X))
& fn_synthesis_of_glycoprotein_55(fn_secretion_of_insulin_by_pancreas_cell_61(X)) = fn_exocytosis_25(X)
& fn_exocytosis_25(X) = fn_exocytosis_25(X)
& fn_exocytosis_25(X) = fn_pancreas_cell_60(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_pancreas_cell_60(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_cellular_work_12(X)
& fn_cellular_work_12(X) = fn_exocytosis_48(X)
& fn_exocytosis_48(X) = fn_cellular_work_12(X)
& fn_cellular_work_12(X) = fn_cellular_work_12(X)
& fn_secretory_cell_54(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_cellular_work_12(X)
& fn_cellular_work_12(X) = fn_secretory_cell_54(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_secretory_cell_54(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_secretory_cell_54(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_secretory_cell_54(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_exocytosis_18(X)
& fn_exocytosis_18(X) = fn_exocytosis_18(X)
& fn_exocytosis_18(X) = fn_pancreas_cell_73(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_pancreas_cell_73(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_release_2(fn_secretion_of_insulin_by_pancreas_cell_17(X))
& fn_release_2(fn_secretion_of_insulin_by_pancreas_cell_17(X)) = fn_cellular_work_10(X)
& fn_cellular_work_10(X) = fn_cellular_work_10(X)
& fn_pancreas_cell_65(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_cellular_work_10(X)
& fn_cellular_work_10(X) = fn_pancreas_cell_65(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_pancreas_cell_65(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_exocytosis_48(X)
& fn_exocytosis_48(X) = fn_exocytosis_48(X)
& fn_exocytosis_48(X) = fn_pancreas_cell_73(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_pancreas_cell_73(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_pancreas_cell_73(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_pancreas_cell_73(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_secretory_cell_63(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_pancreas_cell_80(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_pancreas_cell_80(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_pancreas_cell_80(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_secretory_cell_63(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_secretory_cell_63(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_pancreas_cell_80(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_pancreas_cell_80(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_pancreas_cell_5(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_pancreas_cell_5(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_release_1(fn_secretion_of_insulin_by_pancreas_cell_17(X))
& fn_release_1(fn_secretion_of_insulin_by_pancreas_cell_17(X)) = fn_release_1(fn_secretion_of_insulin_by_pancreas_cell_17(X))
& fn_release_1(fn_secretion_of_insulin_by_pancreas_cell_17(X)) = fn_bulk_transport_5(X)
& fn_bulk_transport_5(X) = fn_bulk_transport_5(X)
& fn_secretory_cell_66(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_bulk_transport_5(X)
& fn_bulk_transport_5(X) = fn_secretory_cell_66(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_exocytosis_24(X) = fn_secretory_cell_66(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_secretory_cell_66(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_secretory_cell_66(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_secretory_cell_66(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_exocytosis_24(X)
& fn_exocytosis_24(X) = fn_exocytosis_24(X)
& fn_pancreas_cell_50(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_exocytosis_24(X)
& fn_exocytosis_24(X) = fn_pancreas_cell_50(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_pancreas_cell_50(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_pancreas_cell_50(fn_secretion_of_insulin_by_pancreas_cell_26(X))
& fn_pancreas_cell_50(fn_secretion_of_insulin_by_pancreas_cell_26(X)) = fn_extra_cellular_fluid_1(fn_secretion_of_insulin_by_pancreas_cell_25(X))
& fn_extra_cellular_fluid_1(fn_secretion_of_insulin_by_pancreas_cell_25(X)) = fn_bulk_transport_6(X)
& fn_bulk_transport_6(X) = fn_bulk_transport_6(X)
& fn_exocytosis_33(X) = fn_exocytosis_33(X)
& fn_bulk_transport_6(X) = fn_exocytosis_33(X)
& fn_exocytosis_33(X) = fn_bulk_transport_6(X) ) ) ).
fof(a532521,axiom,
! [X] :
( secretion_of_pancreatic_enzyme_1(X)
=> ( original_name_2(X,'Secretion-Of-Pancreatic-Enzyme')
& user_description_2(X,'The process of producing and releasing digestive enzymes from the pancreas.')
& concept2words_2(X,'secretion of pancreatic enzyme')
& concept2words_2(X,'secretion-of-pancreatic-enzyme')
& digestive_process_1(X)
& pancreas_1(fn_secretion_of_pancreatic_enzyme_1(X))
& secretion_1(fn_secretion_of_pancreatic_enzyme_2(X))
& bicarbonate_ion_1(fn_secretion_of_pancreatic_enzyme_3(X))
& tangible_entity_1(fn_secretion_1(fn_secretion_of_pancreatic_enzyme_2(X)))
& living_entity_1(fn_secretion_2(fn_secretion_of_pancreatic_enzyme_2(X)))
& has_function_2(fn_secretion_of_pancreatic_enzyme_1(X),X)
& subevent_2(X,fn_secretion_of_pancreatic_enzyme_2(X))
& base_2(X,fn_secretion_of_pancreatic_enzyme_1(X))
& object_2(fn_secretion_of_pancreatic_enzyme_2(X),fn_secretion_of_pancreatic_enzyme_3(X))
& base_2(fn_secretion_of_pancreatic_enzyme_2(X),fn_secretion_of_pancreatic_enzyme_1(X))
& fn_secretion_of_pancreatic_enzyme_3(X) = fn_secretion_1(fn_secretion_of_pancreatic_enzyme_2(X))
& fn_secretion_of_pancreatic_enzyme_1(X) = fn_secretion_2(fn_secretion_of_pancreatic_enzyme_2(X)) ) ) ).
fof(a532522,axiom,
! [X] :
( secretion_of_pancreatic_hormone_1(X)
=> ( original_name_2(X,'Secretion-Of-Pancreatic-Hormone')
& user_description_2(X,'The process of producing and releasing hormones from the pancreas.')
& concept2words_2(X,'secretion of pancreatic hormone')
& concept2words_2(X,'secretion-of-pancreatic-hormone')
& digestive_process_1(X) ) ) ).
fof(a532523,axiom,
! [X] :
( secretor_1(X)
=> ( original_name_2(X,'Secretor')
& user_description_2(X,'Cell, tissue, organ or organism that releases chemicals through the process of secretion.')
& concept2words_2(X,secretor)
& role_1(X)
& secretion_1(fn_secretor_1(X))
& secretor_1(fn_secretion_3(fn_secretor_1(X)))
& in_event_2(X,fn_secretor_1(X))
& X = fn_secretion_3(fn_secretor_1(X)) ) ) ).
fof(a532524,axiom,
! [X] :
( secretory_cell_1(X)
=> ( original_name_2(X,'Secretory-Cell')
& user_description_2(X,'A cell that plays role in secretion.')
& concept2words_2(X,'secreting cell')
& concept2words_2(X,'secretory cell')
& concept2words_2(X,'secretory-cell')
& animal_cell_1(X)
& lysosome_1(fn_secretory_cell_1(X))
& energy_1(fn_secretory_cell_2(X))
& quantity_value_1(fn_secretory_cell_3(X))
& biomembrane_1(fn_secretory_cell_5(X))
& cisterna_1(fn_secretory_cell_6(X))
& size_value_1(fn_secretory_cell_7(X))
& chromosome_arm_1(fn_secretory_cell_9(X))
& chromosome_arm_1(fn_secretory_cell_10(X))
& mixture_1(fn_secretory_cell_11(X))
& cytoplasm_1(fn_secretory_cell_11(X))
& endoplasmic_reticulum_1(fn_secretory_cell_12(X))
& rough_endoplasmic_reticulum_1(fn_secretory_cell_12(X))
& protein_enzyme_1(fn_secretory_cell_13(X))
& inside_face_1(fn_secretory_cell_14(X))
& cytoplasmic_side_1(fn_secretory_cell_14(X))
& move_1(fn_secretory_cell_15(X))
& chemical_reaction_1(fn_secretory_cell_16(X))
& decomposition_reaction_1(fn_secretory_cell_16(X))
& entity_1(fn_secretory_cell_17(X))
& dna_1(fn_secretory_cell_17(X))
& protein_1(fn_secretory_cell_18(X))
& telomere_1(fn_secretory_cell_19(X))
& centromere_1(fn_secretory_cell_20(X))
& end_1(fn_secretory_cell_21(X))
& coil_1(fn_secretory_cell_22(X))
& chemical_entity_1(fn_secretory_cell_23(X))
& entity_1(fn_secretory_cell_23(X))
& atom_1(fn_secretory_cell_23(X))
& carbon_1(fn_secretory_cell_23(X))
& hydrophilic_face_1(fn_secretory_cell_24(X))
& cellular_work_1(fn_secretory_cell_25(X))
& active_transport_1(fn_secretory_cell_25(X))
& active_movement_of_ions_1(fn_secretory_cell_25(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_secretory_cell_25(X))
& carbon_skeleton_1(fn_secretory_cell_26(X))
& lipid_1(fn_secretory_cell_27(X))
& glycolipid_1(fn_secretory_cell_27(X))
& cell_pole_1(fn_secretory_cell_28(X))
& free_ribosome_1(fn_secretory_cell_29(X))
& eukaryotic_chromosome_1(fn_secretory_cell_30(X))
& chromosome_1(fn_secretory_cell_30(X))
& tangible_entity_1(fn_secretory_cell_31(X))
& nucleus_1(fn_secretory_cell_31(X))
& semiautonomous_organelle_1(fn_secretory_cell_32(X))
& organelle_1(fn_secretory_cell_32(X))
& mitochondrion_1(fn_secretory_cell_32(X))
& centrosome_1(fn_secretory_cell_33(X))
& support_1(fn_secretory_cell_34(X))
& support_1(fn_secretory_cell_35(X))
& volume_value_1(fn_secretory_cell_36(X))
& size_value_1(fn_secretory_cell_37(X))
& create_1(fn_secretory_cell_38(X))
& produce_1(fn_secretory_cell_38(X))
& microtubule_1(fn_secretory_cell_39(X))
& exchange_1(fn_secretory_cell_40(X))
& transmembrane_protein_1(fn_secretory_cell_41(X))
& tangible_entity_1(fn_secretory_cell_41(X))
& membrane_protein_1(fn_secretory_cell_41(X))
& protein_1(fn_secretory_cell_41(X))
& spatial_entity_1(fn_secretory_cell_41(X))
& polymer_1(fn_secretory_cell_41(X))
& integrin_1(fn_secretory_cell_41(X))
& hydrophobic_core_1(fn_secretory_cell_42(X))
& outside_face_1(fn_secretory_cell_43(X))
& extracellular_side_1(fn_secretory_cell_43(X))
& surface_1(fn_secretory_cell_43(X))
& attach_1(fn_secretory_cell_44(X))
& organic_molecule_1(fn_secretory_cell_46(X))
& phospholipid_layer_1(fn_secretory_cell_47(X))
& phospholipid_layer_1(fn_secretory_cell_48(X))
& phospholipid_1(fn_secretory_cell_49(X))
& size_value_1(fn_secretory_cell_51(X))
& tangible_entity_1(fn_secretory_cell_52(X))
& spatial_entity_1(fn_secretory_cell_52(X))
& biomembrane_1(fn_secretory_cell_52(X))
& plasma_membrane_1(fn_secretory_cell_52(X))
& animal_plasma_membrane_1(fn_secretory_cell_52(X))
& smooth_endoplasmic_reticulum_1(fn_secretory_cell_53(X))
& entity_1(fn_secretory_cell_53(X))
& release_1(fn_secretory_cell_54(X))
& cell_pole_1(fn_secretory_cell_55(X))
& tangible_entity_1(fn_secretory_cell_56(X))
& molecule_1(fn_secretory_cell_56(X))
& organic_molecule_1(fn_secretory_cell_56(X))
& protein_1(fn_secretory_cell_56(X))
& golgi_apparatus_1(fn_secretory_cell_57(X))
& substance_1(fn_secretory_cell_58(X))
& cytosol_1(fn_secretory_cell_58(X))
& anabolic_pathway_1(fn_secretory_cell_59(X))
& synthesis_of_protein_1(fn_secretory_cell_59(X))
& transfer_1(fn_secretory_cell_60(X))
& receive_1(fn_secretory_cell_60(X))
& shape_value_1(fn_secretory_cell_61(X))
& secretory_protein_1(fn_secretory_cell_62(X))
& exocytosis_1(fn_secretory_cell_63(X))
& metabolic_pathway_1(fn_secretory_cell_64(X))
& eukaryotic_cellular_respiration_1(fn_secretory_cell_64(X))
& catabolic_pathway_1(fn_secretory_cell_64(X))
& move_out_of_1(fn_secretory_cell_65(X))
& transport_vesicle_1(fn_secretory_cell_66(X))
& surface_1(fn_secretory_cell_67(X))
& protein_1(fn_secretory_cell_68(X))
& organic_molecule_1(fn_secretory_cell_68(X))
& polymer_1(fn_secretory_cell_68(X))
& spatial_entity_1(fn_secretory_cell_68(X))
& membrane_protein_1(fn_secretory_cell_68(X))
& tangible_entity_1(fn_secretory_cell_68(X))
& transmembrane_protein_1(fn_secretory_cell_68(X))
& integral_protein_1(fn_secretory_cell_68(X))
& transport_protein_1(fn_secretory_cell_68(X))
& sodium_potassium_pump_1(fn_secretory_cell_68(X))
& glycoprotein_1(fn_secretory_cell_69(X))
& integral_protein_1(fn_secretory_cell_69(X))
& fibronectin_1(fn_secretory_cell_69(X))
& tangible_entity_1(fn_secretory_cell_70(X))
& phospholipid_bilayer_1(fn_secretory_cell_70(X))
& spatial_entity_1(fn_secretory_cell_71(X))
& polymer_1(fn_secretory_cell_71(X))
& organic_molecule_1(fn_secretory_cell_71(X))
& tangible_entity_1(fn_secretory_cell_71(X))
& membrane_protein_1(fn_secretory_cell_71(X))
& protein_1(fn_secretory_cell_71(X))
& glycoprotein_1(fn_secretory_cell_71(X))
& integral_protein_1(fn_secretory_cell_71(X))
& fibronectin_1(fn_secretory_cell_71(X))
& protein_1(fn_secretory_cell_72(X))
& organic_molecule_1(fn_secretory_cell_72(X))
& polymer_1(fn_secretory_cell_72(X))
& spatial_entity_1(fn_secretory_cell_72(X))
& membrane_protein_1(fn_secretory_cell_72(X))
& tangible_entity_1(fn_secretory_cell_72(X))
& transmembrane_protein_1(fn_secretory_cell_72(X))
& integral_protein_1(fn_secretory_cell_72(X))
& transport_protein_1(fn_secretory_cell_72(X))
& sodium_potassium_pump_1(fn_secretory_cell_72(X))
& biomembrane_1(fn_secretory_cell_75(X))
& er_membrane_1(fn_secretory_cell_75(X))
& nuclear_membrane_1(fn_secretory_cell_76(X))
& biomembrane_1(fn_secretory_cell_76(X))
& lipid_1(fn_secretory_cell_77(X))
& glycolipid_1(fn_secretory_cell_77(X))
& surface_1(fn_secretory_cell_78(X))
& outside_face_1(fn_secretory_cell_78(X))
& tangible_entity_1(fn_secretory_cell_79(X))
& membrane_protein_1(fn_secretory_cell_79(X))
& protein_1(fn_secretory_cell_79(X))
& attach_1(fn_secretory_cell_80(X))
& protein_enzyme_1(fn_secretory_cell_81(X))
& synthesis_of_lipid_1(fn_secretory_cell_82(X))
& ribosome_1(fn_secretory_cell_83(X))
& bound_ribosome_1(fn_secretory_cell_83(X))
& substance_1(fn_secretory_cell_84(X))
& cytosol_1(fn_secretory_cell_84(X))
& transport_vesicle_1(fn_secretory_cell_85(X))
& peroxisome_1(fn_secretory_cell_86(X))
& catabolic_pathway_1(fn_secretory_cell_87(X))
& metabolic_pathway_1(fn_secretory_cell_88(X))
& endergonic_process_1(fn_secretory_cell_88(X))
& chemical_reaction_1(fn_secretory_cell_88(X))
& synthesis_of_organic_molecule_1(fn_secretory_cell_88(X))
& anabolic_pathway_1(fn_secretory_cell_88(X))
& synthesis_of_atp_1(fn_secretory_cell_88(X))
& eukaryotic_oxidative_phosphorylation_1(fn_secretory_cell_89(X))
& electron_transport_chain_pathway_1(fn_secretory_cell_90(X))
& attach_1(fn_nuclear_membrane_21(fn_secretory_cell_76(X)))
& ribosome_1(fn_synthesis_of_protein_10(fn_secretory_cell_59(X)))
& synthesis_of_protein_1(fn_ribosome_2(fn_secretory_cell_83(X)))
& tangible_entity_1(fn_exocytosis_35(fn_secretory_cell_63(X)))
& molecule_1(fn_exocytosis_35(fn_secretory_cell_63(X)))
& organic_molecule_1(fn_exocytosis_35(fn_secretory_cell_63(X)))
& transport_vesicle_1(fn_exocytosis_24(fn_secretory_cell_63(X)))
& glycoprotein_1(fn_animal_plasma_membrane_76(fn_secretory_cell_52(X)))
& hydrophilic_face_1(fn_animal_plasma_membrane_5(fn_secretory_cell_52(X)))
& phospholipid_1(fn_animal_plasma_membrane_84(fn_secretory_cell_52(X)))
& organic_molecule_1(fn_catabolic_pathway_10(fn_secretory_cell_64(X)))
& glycolipid_1(fn_biomembrane_29(fn_secretory_cell_76(X)))
& property_node_1(fn_protein_10(fn_secretory_cell_56(X)))
& size_value_1(fn_protein_9(fn_secretory_cell_56(X)))
& entity_1(fn_chromosome_4(fn_secretory_cell_30(X)))
& dna_1(fn_chromosome_4(fn_secretory_cell_30(X)))
& coil_1(fn_chromosome_8(fn_secretory_cell_30(X)))
& protein_1(fn_chromosome_3(fn_secretory_cell_30(X)))
& lipid_1(fn_synthesis_of_lipid_2(fn_secretory_cell_82(X)))
& glycolipid_1(fn_biomembrane_29(fn_secretory_cell_75(X)))
& tangible_entity_1(fn_transport_vesicle_1(fn_secretory_cell_85(X)))
& tangible_entity_1(fn_biomembrane_54(fn_secretory_cell_75(X)))
& membrane_protein_1(fn_biomembrane_54(fn_secretory_cell_75(X)))
& protein_1(fn_biomembrane_54(fn_secretory_cell_75(X)))
& outside_face_1(fn_biomembrane_41(fn_secretory_cell_75(X)))
& surface_1(fn_er_membrane_13(fn_secretory_cell_75(X)))
& outside_face_1(fn_er_membrane_13(fn_secretory_cell_75(X)))
& outside_face_1(fn_bound_ribosome_1(fn_secretory_cell_83(X)))
& release_1(fn_exocytosis_18(fn_secretory_cell_63(X)))
& release_1(fn_exocytosis_48(fn_secretory_cell_63(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_secretory_cell_52(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_secretory_cell_52(X)))
& protein_1(fn_plasma_membrane_68(fn_secretory_cell_52(X)))
& glycoprotein_1(fn_integrin_7(fn_secretory_cell_41(X)))
& integral_protein_1(fn_integrin_7(fn_secretory_cell_41(X)))
& fibronectin_1(fn_integrin_7(fn_secretory_cell_41(X)))
& spatial_entity_1(fn_integrin_9(fn_secretory_cell_41(X)))
& polymer_1(fn_integrin_9(fn_secretory_cell_41(X)))
& organic_molecule_1(fn_integrin_9(fn_secretory_cell_41(X)))
& tangible_entity_1(fn_integrin_9(fn_secretory_cell_41(X)))
& membrane_protein_1(fn_integrin_9(fn_secretory_cell_41(X)))
& protein_1(fn_integrin_9(fn_secretory_cell_41(X)))
& end_1(fn_eukaryotic_chromosome_5(fn_secretory_cell_30(X)))
& telomere_1(fn_eukaryotic_chromosome_4(fn_secretory_cell_30(X)))
& electron_transport_chain_pathway_1(fn_eukaryotic_oxidative_phosphorylation_333(fn_secretory_cell_89(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_secretory_cell_52(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_secretory_cell_52(X)))
& protein_1(fn_plasma_membrane_54(fn_secretory_cell_52(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_secretory_cell_52(X)))
& polymer_1(fn_plasma_membrane_54(fn_secretory_cell_52(X)))
& endergonic_process_1(fn_eukaryotic_oxidative_phosphorylation_324(fn_secretory_cell_89(X)))
& chemical_reaction_1(fn_eukaryotic_oxidative_phosphorylation_324(fn_secretory_cell_89(X)))
& synthesis_of_organic_molecule_1(fn_eukaryotic_oxidative_phosphorylation_324(fn_secretory_cell_89(X)))
& anabolic_pathway_1(fn_eukaryotic_oxidative_phosphorylation_324(fn_secretory_cell_89(X)))
& synthesis_of_atp_1(fn_eukaryotic_oxidative_phosphorylation_324(fn_secretory_cell_89(X)))
& metabolic_pathway_1(fn_eukaryotic_oxidative_phosphorylation_324(fn_secretory_cell_89(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_secretory_cell_52(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_secretory_cell_52(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_secretory_cell_52(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_secretory_cell_52(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_secretory_cell_52(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_secretory_cell_52(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_secretory_cell_52(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_secretory_cell_52(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_secretory_cell_52(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_secretory_cell_52(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_secretory_cell_52(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_secretory_cell_52(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_secretory_cell_52(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_secretory_cell_52(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_secretory_cell_52(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_secretory_cell_52(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_secretory_cell_52(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_secretory_cell_52(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_secretory_cell_52(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_secretory_cell_52(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_secretory_cell_52(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_secretory_cell_52(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_secretory_cell_52(X)))
& polymer_1(fn_integrin_8(fn_secretory_cell_41(X)))
& spatial_entity_1(fn_integrin_8(fn_secretory_cell_41(X)))
& membrane_protein_1(fn_integrin_8(fn_secretory_cell_41(X)))
& tangible_entity_1(fn_integrin_8(fn_secretory_cell_41(X)))
& transmembrane_protein_1(fn_integrin_8(fn_secretory_cell_41(X)))
& integral_protein_1(fn_integrin_8(fn_secretory_cell_41(X)))
& transport_protein_1(fn_integrin_8(fn_secretory_cell_41(X)))
& sodium_potassium_pump_1(fn_integrin_8(fn_secretory_cell_41(X)))
& sodium_potassium_pump_1(fn_fibronectin_45(fn_secretory_cell_71(X)))
& sodium_potassium_pump_1(fn_fibronectin_45(fn_secretory_cell_69(X)))
& organelle_1(fn_eukaryotic_oxidative_phosphorylation_322(fn_secretory_cell_89(X)))
& mitochondrion_1(fn_eukaryotic_oxidative_phosphorylation_322(fn_secretory_cell_89(X)))
& semiautonomous_organelle_1(fn_eukaryotic_oxidative_phosphorylation_322(fn_secretory_cell_89(X)))
& cytoplasm_1(fn_exocytosis_31(fn_secretory_cell_63(X)))
& attach_1(fn_animal_plasma_membrane_52(fn_secretory_cell_52(X)))
& attach_1(fn_fibronectin_44(fn_secretory_cell_69(X)))
& attach_1(fn_animal_plasma_membrane_77(fn_secretory_cell_52(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_secretory_cell_52(X)))
& cytoplasmic_side_1(fn_exocytosis_34(fn_secretory_cell_63(X)))
& inside_face_1(fn_animal_plasma_membrane_58(fn_secretory_cell_52(X)))
& cytoplasmic_side_1(fn_animal_plasma_membrane_58(fn_secretory_cell_52(X)))
& cell_1(fn_metabolic_pathway_1(fn_secretory_cell_64(X)))
& tangible_entity_1(fn_move_out_of_1(fn_secretory_cell_65(X)))
& eukaryotic_cell_1(fn_eukaryotic_oxidative_phosphorylation_334(fn_secretory_cell_89(X)))
& tangible_entity_1(fn_exocytosis_33(fn_secretory_cell_63(X)))
& cell_1(fn_exocytosis_33(fn_secretory_cell_63(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_secretory_cell_52(X)))
& hydrophobic_core_1(fn_animal_plasma_membrane_51(fn_secretory_cell_52(X)))
& surface_1(fn_transmembrane_protein_5(fn_secretory_cell_41(X)))
& outside_face_1(fn_transmembrane_protein_5(fn_secretory_cell_41(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_secretory_cell_52(X)))
& outside_face_1(fn_animal_plasma_membrane_55(fn_secretory_cell_52(X)))
& extracellular_side_1(fn_animal_plasma_membrane_55(fn_secretory_cell_52(X)))
& surface_1(fn_animal_plasma_membrane_55(fn_secretory_cell_52(X)))
& phospholipid_layer_1(fn_integral_protein_11(fn_secretory_cell_69(X)))
& phospholipid_layer_1(fn_integral_protein_11(fn_secretory_cell_71(X)))
& phospholipid_layer_1(fn_animal_plasma_membrane_59(fn_secretory_cell_52(X)))
& phospholipid_layer_1(fn_integral_protein_12(fn_secretory_cell_69(X)))
& phospholipid_layer_1(fn_integral_protein_12(fn_secretory_cell_71(X)))
& phospholipid_layer_1(fn_animal_plasma_membrane_60(fn_secretory_cell_52(X)))
& tangible_entity_1(fn_biomembrane_63(fn_secretory_cell_52(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_secretory_cell_52(X)))
& tangible_entity_1(fn_integral_protein_27(fn_secretory_cell_69(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_secretory_cell_69(X)))
& tangible_entity_1(fn_integral_protein_27(fn_secretory_cell_71(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_secretory_cell_71(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_secretory_cell_52(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_secretory_cell_52(X)))
& tangible_entity_1(fn_integrin_29(fn_secretory_cell_41(X)))
& phospholipid_bilayer_1(fn_integrin_29(fn_secretory_cell_41(X)))
& tangible_entity_1(fn_fibronectin_47(fn_secretory_cell_71(X)))
& phospholipid_bilayer_1(fn_fibronectin_47(fn_secretory_cell_71(X)))
& tangible_entity_1(fn_fibronectin_47(fn_secretory_cell_69(X)))
& phospholipid_bilayer_1(fn_fibronectin_47(fn_secretory_cell_69(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_secretory_cell_52(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_secretory_cell_52(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_secretory_cell_41(X)))
& biomembrane_1(fn_integral_protein_24(fn_secretory_cell_69(X)))
& biomembrane_1(fn_integral_protein_24(fn_secretory_cell_71(X)))
& spatial_entity_1(fn_integrin_30(fn_secretory_cell_41(X)))
& biomembrane_1(fn_integrin_30(fn_secretory_cell_41(X)))
& animal_plasma_membrane_1(fn_integrin_30(fn_secretory_cell_41(X)))
& plasma_membrane_1(fn_integrin_30(fn_secretory_cell_41(X)))
& spatial_entity_1(fn_exocytosis_26(fn_secretory_cell_63(X)))
& biomembrane_1(fn_exocytosis_26(fn_secretory_cell_63(X)))
& plasma_membrane_1(fn_exocytosis_26(fn_secretory_cell_63(X)))
& biomembrane_1(fn_fibronectin_53(fn_secretory_cell_71(X)))
& plasma_membrane_1(fn_fibronectin_53(fn_secretory_cell_71(X)))
& animal_plasma_membrane_1(fn_fibronectin_53(fn_secretory_cell_71(X)))
& biomembrane_1(fn_fibronectin_53(fn_secretory_cell_69(X)))
& plasma_membrane_1(fn_fibronectin_53(fn_secretory_cell_69(X)))
& animal_plasma_membrane_1(fn_fibronectin_53(fn_secretory_cell_69(X)))
& chemical_reaction_1(fn_peroxisome_32(fn_secretory_cell_86(X)))
& decomposition_reaction_1(fn_peroxisome_32(fn_secretory_cell_86(X)))
& tangible_entity_1(fn_golgi_apparatus_90(fn_secretory_cell_57(X)))
& nucleus_1(fn_golgi_apparatus_90(fn_secretory_cell_57(X)))
& substance_1(fn_golgi_apparatus_91(fn_secretory_cell_57(X)))
& cytosol_1(fn_golgi_apparatus_91(fn_secretory_cell_57(X)))
& smooth_endoplasmic_reticulum_1(fn_golgi_apparatus_93(fn_secretory_cell_57(X)))
& entity_1(fn_receive_1(fn_secretory_cell_60(X)))
& entity_1(fn_transfer_1(fn_secretory_cell_60(X)))
& entity_1(fn_exchange_1(fn_secretory_cell_40(X)))
& entity_1(fn_exchange_2(fn_secretory_cell_40(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_secretory_cell_59(X)))
& protein_1(fn_synthesis_of_protein_16(fn_secretory_cell_59(X)))
& cytosol_1(fn_peroxisome_40(fn_secretory_cell_86(X)))
& endoplasmic_reticulum_1(fn_golgi_apparatus_65(fn_secretory_cell_57(X)))
& rough_endoplasmic_reticulum_1(fn_golgi_apparatus_65(fn_secretory_cell_57(X)))
& transfer_1(fn_exchange_3(fn_secretory_cell_40(X)))
& transfer_1(fn_exchange_4(fn_secretory_cell_40(X)))
& receive_1(fn_golgi_apparatus_95(fn_secretory_cell_57(X)))
& receive_1(fn_golgi_apparatus_30(fn_secretory_cell_57(X)))
& centromere_1(fn_chromosome_6(fn_secretory_cell_30(X)))
& carbon_skeleton_1(fn_lipid_14(fn_secretory_cell_27(X)))
& carbon_skeleton_1(fn_biomembrane_71(fn_secretory_cell_76(X)))
& carbon_skeleton_1(fn_glycolipid_4(fn_secretory_cell_27(X)))
& atom_1(fn_glycolipid_7(fn_secretory_cell_27(X)))
& chemical_entity_1(fn_glycolipid_7(fn_secretory_cell_27(X)))
& entity_1(fn_glycolipid_13(fn_secretory_cell_27(X)))
& atom_1(fn_glycolipid_13(fn_secretory_cell_27(X)))
& carbon_1(fn_glycolipid_13(fn_secretory_cell_27(X)))
& is_inside_2(fn_secretory_cell_29(X),fn_secretory_cell_84(X))
& the_scalar_value_2(fn_secretory_cell_51(X),big_0)
& scalar_unit_class_2(fn_secretory_cell_51(X),molecule_0)
& has_region_2(fn_secretory_cell_52(X),fn_secretory_cell_24(X))
& has_part_2(X,fn_secretory_cell_1(X))
& the_scalar_value_2(fn_secretory_cell_3(X),high_0)
& scalar_unit_class_2(fn_secretory_cell_3(X),golgi_apparatus_0)
& quantity_2(fn_secretory_cell_57(X),fn_secretory_cell_3(X))
& size_2(fn_secretory_cell_57(X),fn_secretory_cell_7(X))
& site_2(fn_secretory_cell_59(X),fn_secretory_cell_83(X))
& the_categorical_value_2(fn_secretory_cell_61(X),hollow_volume_0)
& is_inside_2(fn_secretory_cell_62(X),X)
& is_inside_2(fn_secretory_cell_62(X),fn_secretory_cell_85(X))
& raw_material_2(fn_secretory_cell_64(X),fn_secretory_cell_2(X))
& path_2(fn_secretory_cell_65(X),fn_secretory_cell_55(X))
& called_2(fn_secretory_cell_69(X),'MP2')
& is_at_2(fn_secretory_cell_5(X),fn_secretory_cell_75(X))
& is_outside_2(fn_secretory_cell_78(X),fn_secretory_cell_75(X))
& has_part_2(fn_secretory_cell_6(X),fn_secretory_cell_5(X))
& agent_2(fn_secretory_cell_82(X),fn_secretory_cell_81(X))
& the_scalar_value_2(fn_secretory_cell_7(X),big_0)
& scalar_unit_class_2(fn_secretory_cell_7(X),organelle_0)
& is_inside_2(fn_secretory_cell_86(X),fn_secretory_cell_58(X))
& is_inside_2(fn_secretory_cell_1(X),fn_secretory_cell_58(X))
& is_inside_2(fn_secretory_cell_1(X),fn_secretory_cell_84(X))
& is_inside_2(fn_secretory_cell_79(X),fn_secretory_cell_85(X))
& result_2(fn_secretory_cell_82(X),fn_secretory_cell_77(X))
& subevent_2(fn_secretory_cell_40(X),fn_secretory_cell_60(X))
& object_2(fn_secretory_cell_60(X),fn_secretory_cell_62(X))
& object_2(fn_secretory_cell_40(X),fn_secretory_cell_62(X))
& has_part_2(fn_secretory_cell_75(X),fn_secretory_cell_77(X))
& has_part_2(fn_secretory_cell_75(X),fn_secretory_cell_79(X))
& has_region_2(fn_secretory_cell_75(X),fn_secretory_cell_78(X))
& base_2(fn_secretory_cell_65(X),X)
& has_function_2(fn_secretory_cell_83(X),fn_secretory_cell_59(X))
& is_at_2(fn_secretory_cell_83(X),fn_secretory_cell_78(X))
& object_2(fn_secretory_cell_54(X),fn_secretory_cell_56(X))
& object_2(fn_secretory_cell_63(X),fn_secretory_cell_56(X))
& is_inside_2(fn_secretory_cell_56(X),fn_secretory_cell_66(X))
& fn_secretory_cell_68(X) != fn_secretory_cell_72(X)
& fn_secretory_cell_72(X) != fn_secretory_cell_68(X)
& has_part_2(X,fn_secretory_cell_29(X))
& is_inside_2(fn_secretory_cell_29(X),fn_secretory_cell_58(X))
& fn_secretory_cell_69(X) != fn_secretory_cell_68(X)
& fn_secretory_cell_68(X) != fn_secretory_cell_69(X)
& is_across_2(fn_secretory_cell_68(X),fn_secretory_cell_52(X))
& object_2(fn_secretory_cell_35(X),X)
& is_inside_2(fn_secretory_cell_72(X),fn_secretory_cell_70(X))
& fn_secretory_cell_71(X) != fn_secretory_cell_72(X)
& fn_secretory_cell_72(X) != fn_secretory_cell_71(X)
& has_function_2(fn_secretory_cell_52(X),fn_secretory_cell_63(X))
& is_facing_2(fn_secretory_cell_14(X),fn_secretory_cell_11(X))
& is_oriented_toward_2(fn_secretory_cell_14(X),fn_secretory_cell_11(X))
& shape_2(X,fn_secretory_cell_61(X))
& has_part_2(fn_secretory_cell_52(X),fn_secretory_cell_41(X))
& fn_secretory_cell_71(X) != fn_secretory_cell_41(X)
& fn_secretory_cell_41(X) != fn_secretory_cell_71(X)
& base_2(fn_secretory_cell_88(X),X)
& base_2(fn_secretory_cell_89(X),X)
& base_2(fn_secretory_cell_90(X),X)
& subevent_2(fn_secretory_cell_89(X),fn_secretory_cell_90(X))
& subevent_2(fn_secretory_cell_63(X),fn_secretory_cell_54(X))
& base_2(fn_secretory_cell_54(X),X)
& has_part_2(X,fn_secretory_cell_66(X))
& instrument_2(fn_secretory_cell_63(X),fn_secretory_cell_66(X))
& path_2(fn_secretory_cell_63(X),fn_secretory_cell_52(X))
& has_part_2(fn_secretory_cell_52(X),fn_secretory_cell_69(X))
& has_part_2(fn_secretory_cell_52(X),fn_secretory_cell_68(X))
& is_at_2(fn_secretory_cell_68(X),fn_secretory_cell_70(X))
& fn_secretory_cell_72(X) != fn_secretory_cell_69(X)
& fn_secretory_cell_69(X) != fn_secretory_cell_72(X)
& called_2(fn_secretory_cell_68(X),'MP1')
& is_inside_2(fn_secretory_cell_69(X),fn_secretory_cell_70(X))
& is_at_2(fn_secretory_cell_68(X),fn_secretory_cell_52(X))
& called_2(fn_secretory_cell_71(X),'MP1')
& has_part_2(fn_secretory_cell_52(X),fn_secretory_cell_71(X))
& has_part_2(fn_secretory_cell_52(X),fn_secretory_cell_72(X))
& is_at_2(fn_secretory_cell_72(X),fn_secretory_cell_70(X))
& fn_secretory_cell_68(X) != fn_secretory_cell_71(X)
& fn_secretory_cell_71(X) != fn_secretory_cell_68(X)
& has_part_2(X,fn_secretory_cell_12(X))
& the_scalar_value_2(fn_secretory_cell_37(X),big_0)
& scalar_unit_class_2(fn_secretory_cell_37(X),prokaryote_0)
& is_inside_2(fn_secretory_cell_81(X),fn_secretory_cell_75(X))
& has_part_2(X,fn_secretory_cell_31(X))
& has_part_2(X,fn_secretory_cell_53(X))
& abuts_2(fn_secretory_cell_75(X),fn_secretory_cell_76(X))
& abuts_2(fn_secretory_cell_76(X),fn_secretory_cell_75(X))
& has_part_2(fn_secretory_cell_30(X),fn_secretory_cell_19(X))
& is_at_2(fn_secretory_cell_19(X),fn_secretory_cell_21(X))
& has_region_2(fn_secretory_cell_30(X),fn_secretory_cell_21(X))
& is_inside_2(fn_secretory_cell_30(X),fn_secretory_cell_31(X))
& has_part_2(fn_secretory_cell_31(X),fn_secretory_cell_76(X))
& size_2(X,fn_secretory_cell_37(X))
& directly_proportional_2(fn_secretory_cell_37(X),fn_secretory_cell_36(X))
& volume_2(X,fn_secretory_cell_36(X))
& has_part_2(X,fn_secretory_cell_57(X))
& is_inside_2(fn_secretory_cell_57(X),fn_secretory_cell_58(X))
& has_part_2(X,fn_secretory_cell_30(X))
& has_part_2(fn_secretory_cell_30(X),fn_secretory_cell_10(X))
& is_between_2(fn_secretory_cell_20(X),fn_secretory_cell_10(X))
& is_between_2(fn_secretory_cell_20(X),fn_secretory_cell_9(X))
& has_part_2(fn_secretory_cell_30(X),fn_secretory_cell_9(X))
& object_2(fn_secretory_cell_44(X),fn_secretory_cell_72(X))
& called_2(fn_secretory_cell_41(X),'MP1')
& has_part_2(X,fn_secretory_cell_33(X))
& is_inside_2(fn_secretory_cell_31(X),fn_secretory_cell_84(X))
& is_across_2(fn_secretory_cell_72(X),fn_secretory_cell_42(X))
& enables_2(fn_secretory_cell_16(X),fn_secretory_cell_15(X))
& has_region_2(fn_secretory_cell_72(X),fn_secretory_cell_43(X))
& causes_2(fn_secretory_cell_15(X),fn_secretory_cell_87(X))
& first_subevent_2(fn_secretory_cell_89(X),fn_secretory_cell_90(X))
& is_at_2(fn_secretory_cell_72(X),fn_secretory_cell_52(X))
& called_2(fn_secretory_cell_72(X),'MP1')
& fn_secretory_cell_41(X) != fn_secretory_cell_72(X)
& fn_secretory_cell_72(X) != fn_secretory_cell_41(X)
& has_part_2(X,fn_secretory_cell_11(X))
& has_part_2(X,fn_secretory_cell_86(X))
& origin_2(fn_secretory_cell_15(X),fn_secretory_cell_86(X))
& destination_2(fn_secretory_cell_15(X),fn_secretory_cell_32(X))
& site_2(fn_secretory_cell_88(X),fn_secretory_cell_32(X))
& is_between_2(fn_secretory_cell_11(X),fn_secretory_cell_31(X))
& is_near_2(fn_secretory_cell_31(X),fn_secretory_cell_33(X))
& has_function_2(fn_secretory_cell_33(X),fn_secretory_cell_38(X))
& result_2(fn_secretory_cell_38(X),fn_secretory_cell_39(X))
& has_function_2(fn_secretory_cell_39(X),fn_secretory_cell_35(X))
& is_near_2(fn_secretory_cell_33(X),fn_secretory_cell_31(X))
& site_2(fn_secretory_cell_87(X),fn_secretory_cell_32(X))
& base_2(fn_secretory_cell_87(X),X)
& has_region_2(X,fn_secretory_cell_67(X))
& is_at_2(fn_secretory_cell_70(X),fn_secretory_cell_67(X))
& is_inside_2(fn_secretory_cell_68(X),fn_secretory_cell_70(X))
& has_part_2(fn_secretory_cell_11(X),fn_secretory_cell_81(X))
& fn_secretory_cell_81(X) != fn_secretory_cell_13(X)
& has_part_2(fn_secretory_cell_11(X),fn_secretory_cell_13(X))
& is_between_2(fn_secretory_cell_11(X),fn_secretory_cell_52(X))
& is_across_2(fn_secretory_cell_72(X),fn_secretory_cell_52(X))
& fn_secretory_cell_13(X) != fn_secretory_cell_81(X)
& site_2(fn_secretory_cell_89(X),fn_secretory_cell_32(X))
& has_function_2(fn_secretory_cell_32(X),fn_secretory_cell_89(X))
& has_part_2(X,fn_secretory_cell_32(X))
& has_function_2(X,fn_secretory_cell_64(X))
& base_2(fn_secretory_cell_64(X),X)
& object_2(fn_secretory_cell_34(X),X)
& agent_2(fn_secretory_cell_34(X),fn_secretory_cell_52(X))
& is_inside_2(fn_secretory_cell_11(X),fn_secretory_cell_52(X))
& has_part_2(fn_secretory_cell_11(X),fn_secretory_cell_58(X))
& is_inside_2(fn_secretory_cell_32(X),fn_secretory_cell_58(X))
& has_region_2(X,fn_secretory_cell_55(X))
& is_opposite_2(fn_secretory_cell_55(X),fn_secretory_cell_28(X))
& has_region_2(X,fn_secretory_cell_28(X))
& has_function_2(X,fn_secretory_cell_25(X))
& base_2(fn_secretory_cell_25(X),X)
& is_opposite_2(fn_secretory_cell_28(X),fn_secretory_cell_55(X))
& base_2(fn_secretory_cell_44(X),fn_secretory_cell_52(X))
& has_region_2(fn_secretory_cell_52(X),fn_secretory_cell_14(X))
& is_outside_2(fn_secretory_cell_24(X),fn_secretory_cell_52(X))
& has_part_2(X,fn_secretory_cell_52(X))
& is_outside_2(fn_secretory_cell_43(X),fn_secretory_cell_52(X))
& has_region_2(fn_secretory_cell_52(X),fn_secretory_cell_43(X))
& has_region_2(fn_secretory_cell_52(X),fn_secretory_cell_42(X))
& has_region_2(fn_secretory_cell_70(X),fn_secretory_cell_48(X))
& is_inside_2(fn_secretory_cell_49(X),fn_secretory_cell_48(X))
& is_inside_2(fn_secretory_cell_49(X),fn_secretory_cell_47(X))
& has_part_2(fn_secretory_cell_52(X),fn_secretory_cell_70(X))
& has_region_2(fn_secretory_cell_70(X),fn_secretory_cell_47(X))
& is_along_2(fn_secretory_cell_47(X),fn_secretory_cell_48(X))
& fn_secretory_cell_48(X) != fn_secretory_cell_47(X)
& fn_secretory_cell_47(X) != fn_secretory_cell_48(X)
& is_along_2(fn_secretory_cell_48(X),fn_secretory_cell_47(X))
& has_function_2(fn_secretory_cell_86(X),fn_secretory_cell_16(X))
& fn_secretory_cell_12(X) != fn_secretory_cell_53(X)
& is_inside_2(fn_secretory_cell_53(X),fn_secretory_cell_58(X))
& is_inside_2(fn_secretory_cell_31(X),fn_secretory_cell_58(X))
& abuts_2(fn_secretory_cell_53(X),fn_secretory_cell_12(X))
& abuts_2(fn_secretory_cell_12(X),fn_secretory_cell_53(X))
& fn_secretory_cell_53(X) != fn_secretory_cell_12(X)
& has_region_2(fn_secretory_cell_27(X),fn_secretory_cell_26(X))
& is_inside_2(fn_secretory_cell_23(X),fn_secretory_cell_26(X))
& has_part_2(fn_secretory_cell_27(X),fn_secretory_cell_23(X))
& has_region_2(fn_secretory_cell_30(X),fn_secretory_cell_20(X))
& size_2(fn_secretory_cell_56(X),fn_secretory_cell_51(X))
& donor_2(fn_secretory_cell_60(X),fn_secretory_cell_12(X))
& recipient_2(fn_secretory_cell_60(X),fn_secretory_cell_57(X))
& has_part_2(fn_secretory_cell_76(X),fn_secretory_cell_27(X))
& is_inside_2(fn_secretory_cell_26(X),fn_secretory_cell_76(X))
& is_inside_2(fn_secretory_cell_86(X),fn_secretory_cell_84(X))
& result_2(fn_secretory_cell_59(X),fn_secretory_cell_62(X))
& recipient_2(fn_secretory_cell_60(X),fn_secretory_cell_53(X))
& fn_secretory_cell_79(X) = fn_transport_vesicle_1(fn_secretory_cell_85(X))
& fn_secretory_cell_77(X) = fn_synthesis_of_lipid_2(fn_secretory_cell_82(X))
& fn_secretory_cell_62(X) = fn_transfer_1(fn_secretory_cell_60(X))
& fn_secretory_cell_62(X) = fn_exchange_1(fn_secretory_cell_40(X))
& fn_secretory_cell_62(X) = fn_exchange_2(fn_secretory_cell_40(X))
& fn_secretory_cell_60(X) = fn_exchange_3(fn_secretory_cell_40(X))
& fn_secretory_cell_60(X) = fn_exchange_4(fn_secretory_cell_40(X))
& fn_secretory_cell_77(X) = fn_biomembrane_29(fn_secretory_cell_75(X))
& fn_secretory_cell_79(X) = fn_biomembrane_54(fn_secretory_cell_75(X))
& fn_secretory_cell_78(X) = fn_biomembrane_41(fn_secretory_cell_75(X))
& fn_secretory_cell_78(X) = fn_er_membrane_13(fn_secretory_cell_75(X))
& fn_secretory_cell_80(X) = fn_nuclear_membrane_21(fn_secretory_cell_76(X))
& X = fn_move_out_of_1(fn_secretory_cell_65(X))
& fn_secretory_cell_83(X) = fn_synthesis_of_protein_10(fn_secretory_cell_59(X))
& fn_secretory_cell_59(X) = fn_ribosome_2(fn_secretory_cell_83(X))
& fn_secretory_cell_78(X) = fn_bound_ribosome_1(fn_secretory_cell_83(X))
& fn_secretory_cell_56(X) = fn_exocytosis_35(fn_secretory_cell_63(X))
& fn_secretory_cell_29(X) = fn_animal_cell_51(X)
& fn_secretory_cell_35(X) = fn_animal_cell_76(X)
& fn_secretory_cell_70(X) = fn_integrin_29(fn_secretory_cell_41(X))
& fn_secretory_cell_14(X) = fn_exocytosis_34(fn_secretory_cell_63(X))
& fn_secretory_cell_45(X) = fn_cell_3(X)
& fn_secretory_cell_61(X) = fn_cell_5(X)
& fn_secretory_cell_71(X) = fn_integrin_7(fn_secretory_cell_41(X))
& fn_secretory_cell_88(X) = fn_eukaryotic_oxidative_phosphorylation_324(fn_secretory_cell_89(X))
& X = fn_eukaryotic_oxidative_phosphorylation_334(fn_secretory_cell_89(X))
& fn_secretory_cell_66(X) = fn_exocytosis_24(fn_secretory_cell_63(X))
& fn_secretory_cell_54(X) = fn_exocytosis_18(fn_secretory_cell_63(X))
& fn_secretory_cell_54(X) = fn_exocytosis_48(fn_secretory_cell_63(X))
& fn_secretory_cell_68(X) = fn_animal_plasma_membrane_53(fn_secretory_cell_52(X))
& fn_secretory_cell_68(X) = fn_fibronectin_45(fn_secretory_cell_69(X))
& fn_secretory_cell_52(X) = fn_integral_protein_24(fn_secretory_cell_69(X))
& fn_secretory_cell_69(X) = fn_animal_plasma_membrane_76(fn_secretory_cell_52(X))
& fn_secretory_cell_70(X) = fn_fibronectin_47(fn_secretory_cell_71(X))
& fn_secretory_cell_72(X) = fn_fibronectin_45(fn_secretory_cell_71(X))
& fn_secretory_cell_71(X) = fn_plasma_membrane_68(fn_secretory_cell_52(X))
& fn_secretory_cell_52(X) = fn_fibronectin_53(fn_secretory_cell_71(X))
& fn_secretory_cell_68(X) = fn_integrin_8(fn_secretory_cell_41(X))
& fn_secretory_cell_71(X) = fn_integrin_9(fn_secretory_cell_41(X))
& fn_secretory_cell_71(X) = fn_plasma_membrane_54(fn_secretory_cell_52(X))
& fn_secretory_cell_68(X) = fn_fibronectin_45(fn_secretory_cell_71(X))
& fn_secretory_cell_73(X) = fn_eukaryotic_cell_28(X)
& fn_secretory_cell_12(X) = fn_eukaryotic_cell_19(X)
& fn_secretory_cell_74(X) = fn_eukaryotic_cell_60(X)
& fn_secretory_cell_81(X) = fn_eukaryotic_cell_21(X)
& fn_secretory_cell_53(X) = fn_eukaryotic_cell_20(X)
& fn_secretory_cell_75(X) = fn_eukaryotic_cell_39(X)
& fn_secretory_cell_76(X) = fn_eukaryotic_cell_37(X)
& fn_secretory_cell_31(X) = fn_eukaryotic_cell_26(X)
& fn_secretory_cell_21(X) = fn_eukaryotic_chromosome_5(fn_secretory_cell_30(X))
& fn_secretory_cell_21(X) = fn_eukaryotic_cell_52(X)
& fn_secretory_cell_19(X) = fn_eukaryotic_chromosome_4(fn_secretory_cell_30(X))
& fn_secretory_cell_19(X) = fn_eukaryotic_cell_54(X)
& fn_secretory_cell_58(X) = fn_eukaryotic_cell_42(X)
& fn_secretory_cell_57(X) = fn_eukaryotic_cell_24(X)
& fn_secretory_cell_36(X) = fn_eukaryotic_cell_59(X)
& fn_secretory_cell_37(X) = fn_eukaryotic_cell_27(X)
& fn_secretory_cell_9(X) = fn_eukaryotic_cell_9(X)
& fn_secretory_cell_20(X) = fn_eukaryotic_cell_53(X)
& fn_secretory_cell_10(X) = fn_eukaryotic_cell_10(X)
& fn_secretory_cell_30(X) = fn_eukaryotic_cell_30(X)
& fn_secretory_cell_44(X) = fn_animal_cell_83(X)
& fn_secretory_cell_84(X) = fn_animal_cell_62(X)
& fn_secretory_cell_42(X) = fn_animal_cell_85(X)
& fn_secretory_cell_16(X) = fn_animal_cell_46(X)
& fn_secretory_cell_90(X) = fn_eukaryotic_oxidative_phosphorylation_333(fn_secretory_cell_89(X))
& fn_secretory_cell_90(X) = fn_animal_cell_18(X)
& fn_secretory_cell_72(X) = fn_animal_plasma_membrane_62(fn_secretory_cell_52(X))
& fn_secretory_cell_41(X) = fn_plasma_membrane_54(fn_secretory_cell_52(X))
& fn_secretory_cell_72(X) = fn_plasma_membrane_55(fn_secretory_cell_52(X))
& fn_secretory_cell_41(X) = fn_animal_cell_80(X)
& fn_secretory_cell_72(X) = fn_plasma_membrane_3(fn_secretory_cell_52(X))
& fn_secretory_cell_72(X) = fn_animal_plasma_membrane_53(fn_secretory_cell_52(X))
& fn_secretory_cell_72(X) = fn_fibronectin_45(fn_secretory_cell_69(X))
& fn_secretory_cell_72(X) = fn_integrin_8(fn_secretory_cell_41(X))
& fn_secretory_cell_52(X) = fn_integrin_30(fn_secretory_cell_41(X))
& fn_secretory_cell_88(X) = fn_animal_cell_20(X)
& fn_secretory_cell_15(X) = fn_animal_cell_22(X)
& fn_secretory_cell_86(X) = fn_animal_cell_45(X)
& X = fn_exocytosis_33(fn_secretory_cell_63(X))
& fn_secretory_cell_35(X) = fn_animal_cell_61(X)
& fn_secretory_cell_39(X) = fn_animal_cell_63(X)
& fn_secretory_cell_38(X) = fn_animal_cell_64(X)
& fn_secretory_cell_33(X) = fn_animal_cell_74(X)
& fn_secretory_cell_31(X) = fn_animal_cell_78(X)
& fn_secretory_cell_68(X) = fn_animal_plasma_membrane_62(fn_secretory_cell_52(X))
& fn_secretory_cell_68(X) = fn_plasma_membrane_55(fn_secretory_cell_52(X))
& fn_secretory_cell_68(X) = fn_animal_cell_75(X)
& fn_secretory_cell_67(X) = fn_animal_cell_55(X)
& fn_secretory_cell_87(X) = fn_animal_cell_21(X)
& fn_secretory_cell_72(X) = fn_animal_plasma_membrane_47(fn_secretory_cell_52(X))
& fn_secretory_cell_72(X) = fn_animal_cell_75(X)
& fn_secretory_cell_13(X) = fn_animal_cell_71(X)
& fn_secretory_cell_81(X) = fn_animal_cell_72(X)
& X = fn_metabolic_pathway_1(fn_secretory_cell_64(X))
& fn_secretory_cell_64(X) = fn_animal_cell_81(X)
& fn_secretory_cell_32(X) = fn_eukaryotic_oxidative_phosphorylation_322(fn_secretory_cell_89(X))
& fn_secretory_cell_89(X) = fn_animal_cell_19(X)
& fn_secretory_cell_32(X) = fn_animal_cell_59(X)
& fn_secretory_cell_58(X) = fn_animal_cell_62(X)
& fn_secretory_cell_11(X) = fn_exocytosis_31(fn_secretory_cell_63(X))
& fn_secretory_cell_52(X) = fn_exocytosis_26(fn_secretory_cell_63(X))
& fn_secretory_cell_11(X) = fn_animal_cell_79(X)
& fn_secretory_cell_34(X) = fn_animal_cell_76(X)
& fn_secretory_cell_25(X) = fn_animal_cell_90(X)
& fn_secretory_cell_28(X) = fn_animal_cell_1(X)
& fn_secretory_cell_55(X) = fn_animal_cell_13(X)
& fn_secretory_cell_44(X) = fn_animal_plasma_membrane_52(fn_secretory_cell_52(X))
& fn_secretory_cell_44(X) = fn_fibronectin_44(fn_secretory_cell_69(X))
& fn_secretory_cell_44(X) = fn_animal_plasma_membrane_77(fn_secretory_cell_52(X))
& fn_secretory_cell_14(X) = fn_plasma_membrane_66(fn_secretory_cell_52(X))
& fn_secretory_cell_14(X) = fn_animal_plasma_membrane_58(fn_secretory_cell_52(X))
& fn_secretory_cell_24(X) = fn_animal_plasma_membrane_5(fn_secretory_cell_52(X))
& X = fn_animal_plasma_membrane_56(fn_secretory_cell_52(X))
& fn_secretory_cell_42(X) = fn_animal_plasma_membrane_51(fn_secretory_cell_52(X))
& fn_secretory_cell_52(X) = fn_transmembrane_protein_4(fn_secretory_cell_41(X))
& fn_secretory_cell_43(X) = fn_transmembrane_protein_5(fn_secretory_cell_41(X))
& fn_secretory_cell_43(X) = fn_plasma_membrane_65(fn_secretory_cell_52(X))
& fn_secretory_cell_43(X) = fn_animal_cell_84(X)
& fn_secretory_cell_43(X) = fn_animal_plasma_membrane_55(fn_secretory_cell_52(X))
& fn_secretory_cell_49(X) = fn_animal_plasma_membrane_84(fn_secretory_cell_52(X))
& fn_secretory_cell_48(X) = fn_integral_protein_11(fn_secretory_cell_69(X))
& fn_secretory_cell_48(X) = fn_integral_protein_11(fn_secretory_cell_71(X))
& fn_secretory_cell_48(X) = fn_animal_plasma_membrane_59(fn_secretory_cell_52(X))
& fn_secretory_cell_70(X) = fn_integral_protein_27(fn_secretory_cell_69(X))
& fn_secretory_cell_47(X) = fn_integral_protein_12(fn_secretory_cell_69(X))
& fn_secretory_cell_47(X) = fn_integral_protein_12(fn_secretory_cell_71(X))
& fn_secretory_cell_47(X) = fn_animal_plasma_membrane_60(fn_secretory_cell_52(X))
& fn_secretory_cell_70(X) = fn_biomembrane_63(fn_secretory_cell_52(X))
& fn_secretory_cell_52(X) = fn_fibronectin_53(fn_secretory_cell_69(X))
& fn_secretory_cell_70(X) = fn_fibronectin_47(fn_secretory_cell_69(X))
& fn_secretory_cell_52(X) = fn_integral_protein_24(fn_secretory_cell_71(X))
& fn_secretory_cell_70(X) = fn_integral_protein_27(fn_secretory_cell_71(X))
& fn_secretory_cell_52(X) = fn_animal_cell_73(X)
& fn_secretory_cell_70(X) = fn_animal_cell_58(X)
& fn_secretory_cell_70(X) = fn_plasma_membrane_71(fn_secretory_cell_52(X))
& fn_secretory_cell_70(X) = fn_animal_plasma_membrane_54(fn_secretory_cell_52(X))
& fn_secretory_cell_16(X) = fn_peroxisome_32(fn_secretory_cell_86(X))
& fn_secretory_cell_31(X) = fn_golgi_apparatus_90(fn_secretory_cell_57(X))
& fn_secretory_cell_58(X) = fn_golgi_apparatus_91(fn_secretory_cell_57(X))
& fn_secretory_cell_53(X) = fn_golgi_apparatus_93(fn_secretory_cell_57(X))
& fn_secretory_cell_53(X) = fn_receive_1(fn_secretory_cell_60(X))
& fn_secretory_cell_62(X) = fn_anabolic_pathway_5(fn_secretory_cell_59(X))
& fn_secretory_cell_62(X) = fn_synthesis_of_protein_16(fn_secretory_cell_59(X))
& fn_secretory_cell_46(X) = fn_catabolic_pathway_10(fn_secretory_cell_64(X))
& fn_secretory_cell_84(X) = fn_peroxisome_40(fn_secretory_cell_86(X))
& fn_secretory_cell_27(X) = fn_biomembrane_29(fn_secretory_cell_76(X))
& fn_secretory_cell_26(X) = fn_biomembrane_71(fn_secretory_cell_76(X))
& fn_secretory_cell_12(X) = fn_golgi_apparatus_65(fn_secretory_cell_57(X))
& fn_secretory_cell_60(X) = fn_golgi_apparatus_95(fn_secretory_cell_57(X))
& fn_secretory_cell_60(X) = fn_golgi_apparatus_30(fn_secretory_cell_57(X))
& fn_secretory_cell_50(X) = fn_protein_10(fn_secretory_cell_56(X))
& fn_secretory_cell_51(X) = fn_protein_9(fn_secretory_cell_56(X))
& fn_secretory_cell_17(X) = fn_chromosome_4(fn_secretory_cell_30(X))
& fn_secretory_cell_22(X) = fn_chromosome_8(fn_secretory_cell_30(X))
& fn_secretory_cell_18(X) = fn_chromosome_3(fn_secretory_cell_30(X))
& fn_secretory_cell_20(X) = fn_chromosome_6(fn_secretory_cell_30(X))
& fn_secretory_cell_26(X) = fn_lipid_14(fn_secretory_cell_27(X))
& fn_secretory_cell_26(X) = fn_glycolipid_4(fn_secretory_cell_27(X))
& fn_secretory_cell_23(X) = fn_glycolipid_7(fn_secretory_cell_27(X))
& fn_secretory_cell_23(X) = fn_glycolipid_13(fn_secretory_cell_27(X))
& fn_synthesis_of_lipid_2(fn_secretory_cell_82(X)) = fn_biomembrane_29(fn_secretory_cell_75(X))
& fn_biomembrane_29(fn_secretory_cell_75(X)) = fn_transport_vesicle_1(fn_secretory_cell_85(X))
& fn_transport_vesicle_1(fn_secretory_cell_85(X)) = fn_biomembrane_54(fn_secretory_cell_75(X))
& fn_biomembrane_54(fn_secretory_cell_75(X)) = fn_biomembrane_41(fn_secretory_cell_75(X))
& fn_biomembrane_41(fn_secretory_cell_75(X)) = fn_er_membrane_13(fn_secretory_cell_75(X))
& fn_er_membrane_13(fn_secretory_cell_75(X)) = fn_er_membrane_13(fn_secretory_cell_75(X))
& fn_er_membrane_13(fn_secretory_cell_75(X)) = fn_bound_ribosome_1(fn_secretory_cell_83(X))
& fn_bound_ribosome_1(fn_secretory_cell_83(X)) = fn_exocytosis_48(fn_secretory_cell_63(X))
& fn_exocytosis_48(fn_secretory_cell_63(X)) = fn_exocytosis_48(fn_secretory_cell_63(X))
& fn_exocytosis_48(fn_secretory_cell_63(X)) = fn_exocytosis_18(fn_secretory_cell_63(X))
& fn_exocytosis_18(fn_secretory_cell_63(X)) = fn_exocytosis_48(fn_secretory_cell_63(X))
& fn_exocytosis_48(fn_secretory_cell_63(X)) = fn_plasma_membrane_68(fn_secretory_cell_52(X))
& fn_plasma_membrane_68(fn_secretory_cell_52(X)) = fn_plasma_membrane_68(fn_secretory_cell_52(X))
& fn_plasma_membrane_68(fn_secretory_cell_52(X)) = fn_plasma_membrane_54(fn_secretory_cell_52(X))
& fn_plasma_membrane_54(fn_secretory_cell_52(X)) = fn_plasma_membrane_54(fn_secretory_cell_52(X))
& fn_integrin_9(fn_secretory_cell_41(X)) = fn_plasma_membrane_54(fn_secretory_cell_52(X))
& fn_plasma_membrane_54(fn_secretory_cell_52(X)) = fn_integrin_9(fn_secretory_cell_41(X))
& fn_integrin_9(fn_secretory_cell_41(X)) = fn_integrin_9(fn_secretory_cell_41(X))
& fn_integrin_9(fn_secretory_cell_41(X)) = fn_integrin_7(fn_secretory_cell_41(X))
& fn_integrin_7(fn_secretory_cell_41(X)) = fn_integrin_9(fn_secretory_cell_41(X))
& fn_integrin_9(fn_secretory_cell_41(X)) = fn_eukaryotic_chromosome_5(fn_secretory_cell_30(X))
& fn_eukaryotic_cell_52(X) = fn_eukaryotic_chromosome_5(fn_secretory_cell_30(X))
& fn_eukaryotic_chromosome_5(fn_secretory_cell_30(X)) = fn_eukaryotic_cell_52(X)
& fn_eukaryotic_cell_52(X) = fn_eukaryotic_chromosome_4(fn_secretory_cell_30(X))
& fn_eukaryotic_cell_54(X) = fn_eukaryotic_chromosome_4(fn_secretory_cell_30(X))
& fn_eukaryotic_chromosome_4(fn_secretory_cell_30(X)) = fn_eukaryotic_cell_54(X)
& fn_eukaryotic_cell_54(X) = fn_eukaryotic_oxidative_phosphorylation_333(fn_secretory_cell_89(X))
& fn_eukaryotic_oxidative_phosphorylation_333(fn_secretory_cell_89(X)) = fn_eukaryotic_oxidative_phosphorylation_333(fn_secretory_cell_89(X))
& fn_eukaryotic_oxidative_phosphorylation_333(fn_secretory_cell_89(X)) = fn_animal_cell_18(X)
& fn_animal_cell_18(X) = fn_plasma_membrane_54(fn_secretory_cell_52(X))
& fn_animal_cell_80(X) = fn_plasma_membrane_54(fn_secretory_cell_52(X))
& fn_plasma_membrane_54(fn_secretory_cell_52(X)) = fn_animal_cell_80(X)
& fn_animal_cell_80(X) = fn_animal_cell_80(X)
& fn_animal_cell_80(X) = fn_eukaryotic_oxidative_phosphorylation_324(fn_secretory_cell_89(X))
& fn_eukaryotic_oxidative_phosphorylation_324(fn_secretory_cell_89(X)) = fn_animal_cell_20(X)
& fn_animal_cell_20(X) = fn_animal_cell_76(X)
& fn_animal_cell_76(X) = fn_animal_cell_61(X)
& fn_animal_cell_61(X) = fn_animal_plasma_membrane_53(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_53(fn_secretory_cell_52(X)) = fn_animal_plasma_membrane_53(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_53(fn_secretory_cell_52(X)) = fn_animal_plasma_membrane_62(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_62(fn_secretory_cell_52(X)) = fn_animal_plasma_membrane_62(fn_secretory_cell_52(X))
& fn_fibronectin_45(fn_secretory_cell_69(X)) = fn_plasma_membrane_55(fn_secretory_cell_52(X))
& fn_plasma_membrane_55(fn_secretory_cell_52(X)) = fn_fibronectin_45(fn_secretory_cell_71(X))
& fn_fibronectin_45(fn_secretory_cell_71(X)) = fn_plasma_membrane_55(fn_secretory_cell_52(X))
& fn_plasma_membrane_55(fn_secretory_cell_52(X)) = fn_fibronectin_45(fn_secretory_cell_69(X))
& fn_fibronectin_45(fn_secretory_cell_71(X)) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_plasma_membrane_55(fn_secretory_cell_52(X))
& fn_plasma_membrane_55(fn_secretory_cell_52(X)) = fn_plasma_membrane_55(fn_secretory_cell_52(X))
& fn_plasma_membrane_55(fn_secretory_cell_52(X)) = fn_plasma_membrane_3(fn_secretory_cell_52(X))
& fn_plasma_membrane_3(fn_secretory_cell_52(X)) = fn_animal_plasma_membrane_62(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_62(fn_secretory_cell_52(X)) = fn_plasma_membrane_55(fn_secretory_cell_52(X))
& fn_plasma_membrane_55(fn_secretory_cell_52(X)) = fn_animal_plasma_membrane_62(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_47(fn_secretory_cell_52(X)) = fn_animal_plasma_membrane_62(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_62(fn_secretory_cell_52(X)) = fn_animal_plasma_membrane_47(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_47(fn_secretory_cell_52(X)) = fn_animal_plasma_membrane_47(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_47(fn_secretory_cell_52(X)) = fn_animal_plasma_membrane_53(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_53(fn_secretory_cell_52(X)) = fn_animal_plasma_membrane_47(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_47(fn_secretory_cell_52(X)) = fn_integrin_8(fn_secretory_cell_41(X))
& fn_integrin_8(fn_secretory_cell_41(X)) = fn_animal_plasma_membrane_53(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_53(fn_secretory_cell_52(X)) = fn_integrin_8(fn_secretory_cell_41(X))
& fn_integrin_8(fn_secretory_cell_41(X)) = fn_integrin_8(fn_secretory_cell_41(X))
& fn_fibronectin_45(fn_secretory_cell_69(X)) = fn_integrin_8(fn_secretory_cell_41(X))
& fn_integrin_8(fn_secretory_cell_41(X)) = fn_fibronectin_45(fn_secretory_cell_69(X))
& fn_fibronectin_45(fn_secretory_cell_69(X)) = fn_fibronectin_45(fn_secretory_cell_69(X))
& fn_fibronectin_45(fn_secretory_cell_69(X)) = fn_fibronectin_45(fn_secretory_cell_71(X))
& fn_fibronectin_45(fn_secretory_cell_71(X)) = fn_fibronectin_45(fn_secretory_cell_71(X))
& fn_fibronectin_45(fn_secretory_cell_71(X)) = fn_fibronectin_45(fn_secretory_cell_69(X))
& fn_animal_cell_75(X) = fn_fibronectin_45(fn_secretory_cell_69(X))
& fn_fibronectin_45(fn_secretory_cell_69(X)) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_eukaryotic_cell_21(X)
& fn_eukaryotic_cell_21(X) = fn_animal_cell_72(X)
& fn_animal_cell_72(X) = fn_animal_cell_72(X)
& fn_animal_cell_72(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_eukaryotic_oxidative_phosphorylation_322(fn_secretory_cell_89(X))
& fn_eukaryotic_oxidative_phosphorylation_322(fn_secretory_cell_89(X)) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_exocytosis_31(fn_secretory_cell_63(X))
& fn_exocytosis_31(fn_secretory_cell_63(X)) = fn_exocytosis_31(fn_secretory_cell_63(X))
& fn_animal_cell_79(X) = fn_animal_cell_79(X)
& fn_animal_cell_79(X) = fn_exocytosis_31(fn_secretory_cell_63(X))
& fn_exocytosis_31(fn_secretory_cell_63(X)) = fn_animal_cell_79(X)
& fn_animal_cell_79(X) = fn_fibronectin_44(fn_secretory_cell_69(X))
& fn_fibronectin_44(fn_secretory_cell_69(X)) = fn_animal_plasma_membrane_52(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_52(fn_secretory_cell_52(X)) = fn_fibronectin_44(fn_secretory_cell_69(X))
& fn_fibronectin_44(fn_secretory_cell_69(X)) = fn_fibronectin_44(fn_secretory_cell_69(X))
& fn_animal_cell_83(X) = fn_fibronectin_44(fn_secretory_cell_69(X))
& fn_fibronectin_44(fn_secretory_cell_69(X)) = fn_animal_cell_83(X)
& fn_animal_cell_83(X) = fn_animal_plasma_membrane_77(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_77(fn_secretory_cell_52(X)) = fn_exocytosis_34(fn_secretory_cell_63(X))
& fn_exocytosis_34(fn_secretory_cell_63(X)) = fn_plasma_membrane_66(fn_secretory_cell_52(X))
& fn_plasma_membrane_66(fn_secretory_cell_52(X)) = fn_exocytosis_34(fn_secretory_cell_63(X))
& fn_exocytosis_34(fn_secretory_cell_63(X)) = fn_exocytosis_34(fn_secretory_cell_63(X))
& fn_exocytosis_34(fn_secretory_cell_63(X)) = fn_animal_plasma_membrane_58(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_58(fn_secretory_cell_52(X)) = fn_move_out_of_1(fn_secretory_cell_65(X))
& fn_move_out_of_1(fn_secretory_cell_65(X)) = fn_metabolic_pathway_1(fn_secretory_cell_64(X))
& fn_metabolic_pathway_1(fn_secretory_cell_64(X)) = fn_move_out_of_1(fn_secretory_cell_65(X))
& fn_move_out_of_1(fn_secretory_cell_65(X)) = fn_eukaryotic_oxidative_phosphorylation_334(fn_secretory_cell_89(X))
& fn_eukaryotic_oxidative_phosphorylation_334(fn_secretory_cell_89(X)) = fn_eukaryotic_oxidative_phosphorylation_334(fn_secretory_cell_89(X))
& fn_eukaryotic_oxidative_phosphorylation_334(fn_secretory_cell_89(X)) = fn_exocytosis_33(fn_secretory_cell_63(X))
& fn_exocytosis_33(fn_secretory_cell_63(X)) = fn_exocytosis_33(fn_secretory_cell_63(X))
& fn_exocytosis_33(fn_secretory_cell_63(X)) = fn_animal_plasma_membrane_56(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_56(fn_secretory_cell_52(X)) = fn_animal_cell_85(X)
& fn_animal_cell_85(X) = fn_animal_plasma_membrane_51(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_51(fn_secretory_cell_52(X)) = fn_transmembrane_protein_5(fn_secretory_cell_41(X))
& fn_transmembrane_protein_5(fn_secretory_cell_41(X)) = fn_plasma_membrane_65(fn_secretory_cell_52(X))
& fn_animal_cell_84(X) = fn_plasma_membrane_65(fn_secretory_cell_52(X))
& fn_plasma_membrane_65(fn_secretory_cell_52(X)) = fn_animal_cell_84(X)
& fn_animal_cell_84(X) = fn_animal_cell_84(X)
& fn_animal_plasma_membrane_55(fn_secretory_cell_52(X)) = fn_animal_cell_84(X)
& fn_animal_cell_84(X) = fn_animal_plasma_membrane_55(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_55(fn_secretory_cell_52(X)) = fn_animal_plasma_membrane_59(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_59(fn_secretory_cell_52(X)) = fn_animal_plasma_membrane_59(fn_secretory_cell_52(X))
& fn_integral_protein_11(fn_secretory_cell_69(X)) = fn_animal_plasma_membrane_59(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_59(fn_secretory_cell_52(X)) = fn_integral_protein_11(fn_secretory_cell_69(X))
& fn_integral_protein_11(fn_secretory_cell_69(X)) = fn_integral_protein_11(fn_secretory_cell_71(X))
& fn_integral_protein_11(fn_secretory_cell_71(X)) = fn_animal_plasma_membrane_59(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_59(fn_secretory_cell_52(X)) = fn_animal_plasma_membrane_60(fn_secretory_cell_52(X))
& fn_integral_protein_12(fn_secretory_cell_69(X)) = fn_animal_plasma_membrane_60(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_60(fn_secretory_cell_52(X)) = fn_integral_protein_12(fn_secretory_cell_69(X))
& fn_integral_protein_12(fn_secretory_cell_69(X)) = fn_integral_protein_12(fn_secretory_cell_71(X))
& fn_integral_protein_12(fn_secretory_cell_71(X)) = fn_animal_plasma_membrane_60(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_60(fn_secretory_cell_52(X)) = fn_integral_protein_27(fn_secretory_cell_69(X))
& fn_integral_protein_27(fn_secretory_cell_69(X)) = fn_integral_protein_27(fn_secretory_cell_69(X))
& fn_integral_protein_27(fn_secretory_cell_71(X)) = fn_biomembrane_63(fn_secretory_cell_52(X))
& fn_biomembrane_63(fn_secretory_cell_52(X)) = fn_integral_protein_27(fn_secretory_cell_71(X))
& fn_integral_protein_27(fn_secretory_cell_71(X)) = fn_integral_protein_27(fn_secretory_cell_69(X))
& fn_integral_protein_27(fn_secretory_cell_69(X)) = fn_plasma_membrane_71(fn_secretory_cell_52(X))
& fn_plasma_membrane_71(fn_secretory_cell_52(X)) = fn_integral_protein_27(fn_secretory_cell_69(X))
& fn_integral_protein_27(fn_secretory_cell_69(X)) = fn_integral_protein_27(fn_secretory_cell_71(X))
& fn_integral_protein_27(fn_secretory_cell_71(X)) = fn_integral_protein_27(fn_secretory_cell_71(X))
& fn_integral_protein_27(fn_secretory_cell_71(X)) = fn_plasma_membrane_71(fn_secretory_cell_52(X))
& fn_integrin_29(fn_secretory_cell_41(X)) = fn_plasma_membrane_71(fn_secretory_cell_52(X))
& fn_plasma_membrane_71(fn_secretory_cell_52(X)) = fn_plasma_membrane_71(fn_secretory_cell_52(X))
& fn_plasma_membrane_71(fn_secretory_cell_52(X)) = fn_integrin_29(fn_secretory_cell_41(X))
& fn_integrin_29(fn_secretory_cell_41(X)) = fn_fibronectin_47(fn_secretory_cell_69(X))
& fn_fibronectin_47(fn_secretory_cell_71(X)) = fn_fibronectin_47(fn_secretory_cell_69(X))
& fn_fibronectin_47(fn_secretory_cell_69(X)) = fn_fibronectin_47(fn_secretory_cell_69(X))
& fn_fibronectin_47(fn_secretory_cell_69(X)) = fn_fibronectin_47(fn_secretory_cell_71(X))
& fn_fibronectin_47(fn_secretory_cell_71(X)) = fn_fibronectin_47(fn_secretory_cell_71(X))
& fn_fibronectin_47(fn_secretory_cell_71(X)) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_fibronectin_47(fn_secretory_cell_69(X))
& fn_fibronectin_47(fn_secretory_cell_69(X)) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_animal_cell_58(X)
& fn_animal_plasma_membrane_54(fn_secretory_cell_52(X)) = fn_animal_plasma_membrane_54(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_54(fn_secretory_cell_52(X)) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_animal_plasma_membrane_54(fn_secretory_cell_52(X))
& fn_animal_plasma_membrane_54(fn_secretory_cell_52(X)) = fn_transmembrane_protein_4(fn_secretory_cell_41(X))
& fn_transmembrane_protein_4(fn_secretory_cell_41(X)) = fn_integral_protein_24(fn_secretory_cell_69(X))
& fn_integral_protein_24(fn_secretory_cell_71(X)) = fn_transmembrane_protein_4(fn_secretory_cell_41(X))
& fn_transmembrane_protein_4(fn_secretory_cell_41(X)) = fn_integral_protein_24(fn_secretory_cell_71(X))
& fn_integrin_30(fn_secretory_cell_41(X)) = fn_integral_protein_24(fn_secretory_cell_69(X))
& fn_integral_protein_24(fn_secretory_cell_69(X)) = fn_integral_protein_24(fn_secretory_cell_71(X))
& fn_integral_protein_24(fn_secretory_cell_71(X)) = fn_integrin_30(fn_secretory_cell_41(X))
& fn_integrin_30(fn_secretory_cell_41(X)) = fn_integral_protein_24(fn_secretory_cell_71(X))
& fn_integral_protein_24(fn_secretory_cell_71(X)) = fn_exocytosis_26(fn_secretory_cell_63(X))
& fn_exocytosis_26(fn_secretory_cell_63(X)) = fn_integrin_30(fn_secretory_cell_41(X))
& fn_integrin_30(fn_secretory_cell_41(X)) = fn_exocytosis_26(fn_secretory_cell_63(X))
& fn_exocytosis_26(fn_secretory_cell_63(X)) = fn_exocytosis_26(fn_secretory_cell_63(X))
& fn_fibronectin_53(fn_secretory_cell_69(X)) = fn_exocytosis_26(fn_secretory_cell_63(X))
& fn_exocytosis_26(fn_secretory_cell_63(X)) = fn_fibronectin_53(fn_secretory_cell_69(X))
& fn_fibronectin_53(fn_secretory_cell_69(X)) = fn_fibronectin_53(fn_secretory_cell_69(X))
& fn_fibronectin_53(fn_secretory_cell_69(X)) = fn_fibronectin_53(fn_secretory_cell_71(X))
& fn_fibronectin_53(fn_secretory_cell_71(X)) = fn_fibronectin_53(fn_secretory_cell_71(X))
& fn_fibronectin_53(fn_secretory_cell_71(X)) = fn_fibronectin_53(fn_secretory_cell_69(X))
& fn_animal_cell_73(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_fibronectin_53(fn_secretory_cell_69(X))
& fn_fibronectin_53(fn_secretory_cell_69(X)) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_animal_cell_46(X)
& fn_animal_cell_46(X) = fn_peroxisome_32(fn_secretory_cell_86(X))
& fn_peroxisome_32(fn_secretory_cell_86(X)) = fn_eukaryotic_cell_26(X)
& fn_eukaryotic_cell_26(X) = fn_eukaryotic_cell_26(X)
& fn_eukaryotic_cell_26(X) = fn_animal_cell_78(X)
& fn_animal_cell_78(X) = fn_animal_cell_78(X)
& fn_animal_cell_78(X) = fn_golgi_apparatus_90(fn_secretory_cell_57(X))
& fn_golgi_apparatus_90(fn_secretory_cell_57(X)) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_golgi_apparatus_91(fn_secretory_cell_57(X))
& fn_golgi_apparatus_91(fn_secretory_cell_57(X)) = fn_golgi_apparatus_91(fn_secretory_cell_57(X))
& fn_golgi_apparatus_91(fn_secretory_cell_57(X)) = fn_eukaryotic_cell_20(X)
& fn_eukaryotic_cell_20(X) = fn_golgi_apparatus_93(fn_secretory_cell_57(X))
& fn_golgi_apparatus_93(fn_secretory_cell_57(X)) = fn_golgi_apparatus_93(fn_secretory_cell_57(X))
& fn_golgi_apparatus_93(fn_secretory_cell_57(X)) = fn_receive_1(fn_secretory_cell_60(X))
& fn_receive_1(fn_secretory_cell_60(X)) = fn_exchange_1(fn_secretory_cell_40(X))
& fn_exchange_1(fn_secretory_cell_40(X)) = fn_transfer_1(fn_secretory_cell_60(X))
& fn_transfer_1(fn_secretory_cell_60(X)) = fn_exchange_1(fn_secretory_cell_40(X))
& fn_exchange_1(fn_secretory_cell_40(X)) = fn_exchange_1(fn_secretory_cell_40(X))
& fn_exchange_2(fn_secretory_cell_40(X)) = fn_exchange_1(fn_secretory_cell_40(X))
& fn_exchange_1(fn_secretory_cell_40(X)) = fn_exchange_2(fn_secretory_cell_40(X))
& fn_exchange_2(fn_secretory_cell_40(X)) = fn_exchange_2(fn_secretory_cell_40(X))
& fn_exchange_2(fn_secretory_cell_40(X)) = fn_anabolic_pathway_5(fn_secretory_cell_59(X))
& fn_anabolic_pathway_5(fn_secretory_cell_59(X)) = fn_anabolic_pathway_5(fn_secretory_cell_59(X))
& fn_anabolic_pathway_5(fn_secretory_cell_59(X)) = fn_synthesis_of_protein_16(fn_secretory_cell_59(X))
& fn_synthesis_of_protein_16(fn_secretory_cell_59(X)) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_peroxisome_40(fn_secretory_cell_86(X))
& fn_peroxisome_40(fn_secretory_cell_86(X)) = fn_eukaryotic_cell_19(X)
& fn_eukaryotic_cell_19(X) = fn_golgi_apparatus_65(fn_secretory_cell_57(X))
& fn_golgi_apparatus_65(fn_secretory_cell_57(X)) = fn_golgi_apparatus_65(fn_secretory_cell_57(X))
& fn_golgi_apparatus_65(fn_secretory_cell_57(X)) = fn_exchange_3(fn_secretory_cell_40(X))
& fn_exchange_4(fn_secretory_cell_40(X)) = fn_exchange_3(fn_secretory_cell_40(X))
& fn_exchange_3(fn_secretory_cell_40(X)) = fn_exchange_4(fn_secretory_cell_40(X))
& fn_exchange_4(fn_secretory_cell_40(X)) = fn_exchange_4(fn_secretory_cell_40(X))
& fn_exchange_4(fn_secretory_cell_40(X)) = fn_golgi_apparatus_95(fn_secretory_cell_57(X))
& fn_golgi_apparatus_95(fn_secretory_cell_57(X)) = fn_golgi_apparatus_95(fn_secretory_cell_57(X))
& fn_golgi_apparatus_30(fn_secretory_cell_57(X)) = fn_golgi_apparatus_95(fn_secretory_cell_57(X))
& fn_golgi_apparatus_95(fn_secretory_cell_57(X)) = fn_golgi_apparatus_30(fn_secretory_cell_57(X))
& fn_golgi_apparatus_30(fn_secretory_cell_57(X)) = fn_eukaryotic_cell_53(X)
& fn_eukaryotic_cell_53(X) = fn_eukaryotic_cell_53(X)
& fn_eukaryotic_cell_53(X) = fn_chromosome_6(fn_secretory_cell_30(X))
& fn_chromosome_6(fn_secretory_cell_30(X)) = fn_biomembrane_71(fn_secretory_cell_76(X))
& fn_biomembrane_71(fn_secretory_cell_76(X)) = fn_lipid_14(fn_secretory_cell_27(X))
& fn_lipid_14(fn_secretory_cell_27(X)) = fn_biomembrane_71(fn_secretory_cell_76(X))
& fn_biomembrane_71(fn_secretory_cell_76(X)) = fn_glycolipid_4(fn_secretory_cell_27(X))
& fn_glycolipid_4(fn_secretory_cell_27(X)) = fn_glycolipid_4(fn_secretory_cell_27(X))
& fn_glycolipid_4(fn_secretory_cell_27(X)) = fn_glycolipid_13(fn_secretory_cell_27(X))
& fn_glycolipid_13(fn_secretory_cell_27(X)) = fn_glycolipid_7(fn_secretory_cell_27(X))
& fn_glycolipid_7(fn_secretory_cell_27(X)) = fn_glycolipid_13(fn_secretory_cell_27(X)) ) ) ).
fof(a532525,axiom,
! [X] :
( secretory_organ_1(X)
=> ( original_name_2(X,'Secretory-Organ')
& user_description_2(X,'An organ that plays a role in secretion.')
& concept2words_2(X,'secretory organ')
& concept2words_2(X,'secretory-organ')
& animal_organ_1(X) ) ) ).
fof(a532526,axiom,
! [X] :
( secretory_phase_1(X)
=> ( original_name_2(X,'Secretory-Phase')
& user_description_2(X,'Also called the luteal phase; the latter phase of the uterine (menstrual) cycle when the endometrial lining continues to get thicker and more vascularized in preparation for a fertilized egg.')
& concept2words_2(X,'secretory phase')
& concept2words_2(X,'secretory-phase')
& menstrual_cycle_1(X) ) ) ).
fof(a532527,axiom,
! [X] :
( secretory_protein_1(X)
=> ( original_name_2(X,'Secretory-Protein')
& user_description_2(X,'A protein produced by cells and secreted outside of the cell.')
& concept2words_2(X,'secretory protein')
& concept2words_2(X,'secretory-protein')
& protein_1(X) ) ) ).
fof(a532528,axiom,
! [X] :
( sedimentary_rock_1(X)
=> ( original_name_2(X,'Sedimentary-Rock')
& user_description_2(X,'A type of rock that is formed by sedimentation of material in layers on the surface of the earth or in bodies of water.')
& concept2words_2(X,'sedimentary rock')
& concept2words_2(X,'sedimentary-rock')
& rock_1(X) ) ) ).
fof(a532529,axiom,
! [X] :
( sedimentation_1(X)
=> ( original_name_2(X,'Sedimentation')
& user_description_2(X,'The gradual accumulation of materials at the bottom of a body of water.')
& concept2words_2(X,sediment)
& concept2words_2(X,sedimentation)
& physical_process_1(X)
& tangible_entity_1(fn_sedimentation_1(X))
& tangible_entity_1(fn_sedimentation_2(X))
& result_2(X,fn_sedimentation_2(X))
& object_2(X,fn_sedimentation_1(X)) ) ) ).
fof(a532530,axiom,
! [X] :
( see_1(X)
=> ( original_name_2(X,'See')
& concept2words_2(X,see)
& concept2words_2(X,sense)
& sense_1(X)
& ~ read_1(X)
& ~ hear_1(X)
& light_1(fn_see_1(X))
& object_2(X,fn_see_1(X))
& fn_see_1(X) = fn_sense_2(X) ) ) ).
fof(a532531,axiom,
! [X] :
( seed_1(X)
=> ( original_name_2(X,'Seed')
& user_description_2(X,'An adaptation of some terrestrial plants consisting of an embryo packaged along with a store of food within a protective coat.')
& concept2words_2(X,seed)
& suborganismal_entity_1(X)
& ~ organ_1(X)
& starch_storage_by_plant_1(fn_seed_1(X))
& plant_1(fn_seed_2(X))
& store_1(fn_seed_3(X))
& fat_1(fn_seed_4(X))
& tissue_1(fn_seed_5(X))
& tissue_1(fn_seed_6(X))
& plant_cell_1(fn_seed_7(X))
& entity_1(fn_store_1(fn_seed_3(X)))
& spatial_entity_1(fn_store_2(fn_seed_3(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_seed_5(X)))
& has_part_2(fn_seed_2(X),X)
& has_part_2(X,fn_seed_6(X))
& has_part_2(X,fn_seed_5(X))
& has_function_2(fn_seed_6(X),fn_seed_3(X))
& site_2(fn_seed_1(X),X)
& object_2(fn_seed_3(X),fn_seed_4(X))
& base_2(fn_seed_3(X),fn_seed_6(X))
& has_part_2(fn_seed_5(X),fn_seed_7(X))
& fn_seed_4(X) = fn_store_1(fn_seed_3(X))
& fn_seed_6(X) = fn_store_2(fn_seed_3(X))
& fn_seed_7(X) = fn_tissue_1(fn_seed_5(X)) ) ) ).
fof(a532532,axiom,
! [X] :
( seed_coat_1(X)
=> ( original_name_2(X,'Seed-Coat')
& user_description_2(X,'In plants, a protective covering of a seed, developed from tissue that surrounds the ovule.')
& concept2words_2(X,'coat of seed')
& concept2words_2(X,'seed coat')
& concept2words_2(X,'seed-coat')
& dermal_tissue_1(X)
& ~ apical_ectodermal_ridge_1(X)
& ~ bark_1(X)
& ~ callus_1(X)
& ~ calyptra_1(X)
& ~ coleoptile_1(X)
& ~ coleorhiza_1(X)
& ~ endodermis_1(X)
& ~ epidermis_1(X)
& ~ periderm_1(X)
& ~ root_cap_1(X) ) ) ).
fof(a532533,axiom,
! [X] :
( seed_plant_1(X)
=> ( original_name_2(X,'Seed-Plant')
& user_description_2(X,'A plant that produces seeds.')
& concept2words_2(X,spermatophyte)
& concept2words_2(X,'plant of seed')
& concept2words_2(X,'seed plant')
& concept2words_2(X,'seed-plant')
& vascular_plant_1(X)
& ~ cooksonia_1(X)
& ~ seedless_vascular_plant_1(X)
& tuber_1(fn_seed_plant_1(X))
& shoot_1(fn_seed_plant_2(X))
& starch_storage_by_plant_1(fn_seed_plant_3(X))
& store_1(fn_seed_plant_4(X))
& seed_1(fn_seed_plant_5(X))
& specific_heat_value_1(fn_seed_plant_6(X))
& photosynthesis_1(fn_seed_plant_7(X))
& anabolic_pathway_1(fn_seed_plant_7(X))
& metabolic_pathway_1(fn_seed_plant_7(X))
& shoot_system_1(fn_seed_plant_8(X))
& root_system_1(fn_seed_plant_9(X))
& nutrition_1(fn_seed_plant_10(X))
& photoautotroph_1(fn_seed_plant_11(X))
& temperature_value_1(fn_seed_plant_12(X))
& plant_cell_1(fn_seed_plant_13(X))
& cell_1(fn_seed_plant_13(X))
& eukaryotic_cell_1(fn_seed_plant_13(X))
& water_1(fn_seed_plant_14(X))
& root_1(fn_seed_plant_15(X))
& plant_1(fn_seed_2(fn_seed_plant_5(X)))
& has_part_2(X,fn_seed_plant_5(X))
& is_inside_2(fn_seed_plant_15(X),fn_seed_plant_9(X))
& in_event_2(fn_seed_plant_11(X),fn_seed_plant_10(X))
& plays_2(X,fn_seed_plant_11(X))
& has_function_2(X,fn_seed_plant_7(X))
& base_2(fn_seed_plant_3(X),X)
& has_function_2(X,fn_seed_plant_3(X))
& has_region_2(X,fn_seed_plant_8(X))
& is_inside_2(fn_seed_plant_2(X),fn_seed_plant_8(X))
& has_part_2(X,fn_seed_plant_2(X))
& agent_2(fn_seed_plant_10(X),X)
& by_means_of_2(fn_seed_plant_10(X),fn_seed_plant_7(X))
& experiencer_2(fn_seed_plant_7(X),X)
& has_part_2(X,fn_seed_plant_13(X))
& base_2(fn_seed_plant_7(X),fn_seed_plant_13(X))
& agent_2(fn_seed_plant_3(X),X)
& subevent_2(fn_seed_plant_3(X),fn_seed_plant_4(X))
& site_2(fn_seed_plant_4(X),fn_seed_plant_1(X))
& has_part_2(X,fn_seed_plant_1(X))
& has_part_2(X,fn_seed_plant_15(X))
& has_part_2(X,fn_seed_plant_14(X))
& specific_heat_2(fn_seed_plant_14(X),fn_seed_plant_6(X))
& correspondence_2(fn_seed_plant_12(X),fn_seed_plant_6(X))
& temperature_2(X,fn_seed_plant_12(X))
& has_region_2(X,fn_seed_plant_9(X))
& X = fn_seed_2(fn_seed_plant_5(X))
& fn_seed_plant_16(X) = fn_vascular_plant_22(X)
& fn_seed_plant_17(X) = fn_vascular_plant_21(X)
& fn_seed_plant_11(X) = fn_vascular_plant_19(X)
& fn_seed_plant_2(X) = fn_vascular_plant_26(X)
& fn_seed_plant_8(X) = fn_vascular_plant_15(X)
& fn_seed_plant_13(X) = fn_vascular_plant_20(X)
& fn_seed_plant_7(X) = fn_vascular_plant_17(X)
& fn_seed_plant_10(X) = fn_vascular_plant_18(X)
& fn_seed_plant_15(X) = fn_vascular_plant_9(X)
& fn_seed_plant_1(X) = fn_vascular_plant_25(X)
& fn_seed_plant_4(X) = fn_vascular_plant_23(X)
& fn_seed_plant_3(X) = fn_vascular_plant_24(X)
& fn_seed_plant_9(X) = fn_vascular_plant_16(X)
& fn_seed_plant_12(X) = fn_vascular_plant_13(X)
& fn_seed_plant_6(X) = fn_vascular_plant_14(X)
& fn_seed_plant_14(X) = fn_vascular_plant_12(X) ) ) ).
fof(a532534,axiom,
! [X] :
( seedless_vascular_plant_1(X)
=> ( original_name_2(X,'Seedless-Vascular-Plant')
& user_description_2(X,'A paraphyletic grouping of plants that have vascular tissue but do not produces seeds. Examples include the lycophytes (club mosses and kin) and pterophytes (ferns and kin).')
& concept2words_2(X,'seedless vascular plant')
& concept2words_2(X,'seedless-vascular-plant')
& vascular_plant_1(X)
& ~ basal_angiosperm_1(X)
& ~ cooksonia_1(X)
& ~ seed_plant_1(X) ) ) ).
fof(a532535,axiom,
! [X] :
( seedling_1(X)
=> ( original_name_2(X,'Seedling')
& user_description_2(X,'The immature, multicellular stage of development of a seed plant. Seedlings develop from germination of the seed.')
& concept2words_2(X,seedling)
& tissue_1(X)
& life_stage_1(X)
& sporophyte_1(X)
& length_value_1(fn_seedling_1(X))
& length_value_1(fn_seedling_2(X))
& shape_value_1(fn_seedling_3(X))
& spatial_entity_1(fn_seedling_4(X))
& spatial_entity_1(fn_seedling_5(X))
& root_system_1(fn_seedling_7(X))
& stem_1(fn_seedling_8(X))
& plant_cell_1(fn_seedling_11(X))
& eukaryotic_cell_1(fn_seedling_11(X))
& cell_1(fn_seedling_11(X))
& photosynthesis_1(fn_seedling_12(X))
& water_1(fn_seedling_13(X))
& temperature_value_1(fn_seedling_14(X))
& specific_heat_value_1(fn_seedling_15(X))
& starch_storage_by_plant_1(fn_seedling_16(X))
& store_1(fn_seedling_17(X))
& root_1(fn_seedling_18(X))
& diploid_cell_1(fn_seedling_19(X))
& glyoxysome_1(fn_seedling_22(X))
& smooth_endoplasmic_reticulum_1(fn_seedling_23(X))
& synthesis_reaction_1(fn_seedling_24(X))
& chemical_reaction_1(fn_seedling_24(X))
& anabolic_pathway_1(fn_seedling_24(X))
& synthesis_of_lipid_1(fn_seedling_24(X))
& metabolic_pathway_1(fn_seedling_24(X))
& synthesis_of_lipid_1(fn_seedling_25(X))
& metabolic_pathway_1(fn_seedling_25(X))
& synthesis_of_lipid_1(fn_glyoxysome_8(fn_seedling_22(X)))
& metabolic_pathway_1(fn_glyoxysome_8(fn_seedling_22(X)))
& smooth_endoplasmic_reticulum_1(fn_glyoxysome_12(fn_seedling_22(X)))
& store_1(fn_root_33(fn_seedling_18(X)))
& store_1(fn_root_28(fn_seedling_18(X)))
& spatial_entity_1(fn_store_2(fn_seedling_17(X)))
& spatial_entity_1(fn_store_2(fn_seedling_16(X)))
& tissue_1(fn_glyoxysome_19(fn_seedling_22(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_seedling_23(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_seedling_23(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_seedling_23(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_seedling_23(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_seedling_23(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_seedling_23(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_seedling_23(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_seedling_23(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_seedling_23(X)))
& synthesis_reaction_1(fn_glyoxysome_13(fn_seedling_22(X)))
& chemical_reaction_1(fn_glyoxysome_13(fn_seedling_22(X)))
& anabolic_pathway_1(fn_glyoxysome_13(fn_seedling_22(X)))
& synthesis_of_lipid_1(fn_glyoxysome_13(fn_seedling_22(X)))
& metabolic_pathway_1(fn_glyoxysome_13(fn_seedling_22(X)))
& cell_1(fn_metabolic_pathway_1(fn_seedling_12(X)))
& plant_cell_1(fn_glyoxysome_20(fn_seedling_22(X)))
& eukaryotic_cell_1(fn_glyoxysome_20(fn_seedling_22(X)))
& cell_1(fn_glyoxysome_20(fn_seedling_22(X)))
& agent_2(fn_seedling_16(X),X)
& directly_proportional_2(fn_seedling_2(X),fn_seedling_1(X))
& is_inside_2(fn_seedling_18(X),fn_seedling_7(X))
& has_part_2(X,fn_seedling_18(X))
& has_region_2(X,fn_seedling_7(X))
& is_between_2(X,fn_seedling_5(X))
& is_between_2(X,fn_seedling_4(X))
& shape_2(X,fn_seedling_3(X))
& has_function_2(X,fn_seedling_12(X))
& has_function_2(X,fn_seedling_16(X))
& height_2(X,fn_seedling_1(X))
& the_categorical_value_2(fn_seedling_3(X),hollow_volume_0)
& is_outside_2(fn_seedling_4(X),X)
& thickness_2(fn_seedling_8(X),fn_seedling_2(X))
& site_2(fn_seedling_16(X),fn_seedling_18(X))
& base_2(fn_seedling_12(X),fn_seedling_11(X))
& has_part_2(X,fn_seedling_19(X))
& base_2(fn_seedling_17(X),X)
& site_2(fn_seedling_24(X),fn_seedling_23(X))
& base_2(fn_seedling_16(X),X)
& temperature_2(X,fn_seedling_14(X))
& correspondence_2(fn_seedling_14(X),fn_seedling_15(X))
& specific_heat_2(fn_seedling_13(X),fn_seedling_15(X))
& has_part_2(X,fn_seedling_13(X))
& base_2(fn_seedling_25(X),fn_seedling_11(X))
& site_2(fn_seedling_25(X),fn_seedling_22(X))
& fn_seedling_24(X) != fn_seedling_25(X)
& fn_seedling_25(X) != fn_seedling_24(X)
& has_part_2(fn_seedling_11(X),fn_seedling_22(X))
& has_part_2(fn_seedling_11(X),fn_seedling_23(X))
& has_function_2(fn_seedling_23(X),fn_seedling_24(X))
& base_2(fn_seedling_24(X),fn_seedling_11(X))
& has_part_2(X,fn_seedling_11(X))
& fn_seedling_16(X) = fn_root_33(fn_seedling_18(X))
& fn_seedling_16(X) = fn_root_28(fn_seedling_18(X))
& fn_seedling_11(X) = fn_metabolic_pathway_1(fn_seedling_12(X))
& fn_seedling_19(X) = fn_multicellular_organism_1(X)
& fn_seedling_19(X) = fn_tissue_1(X)
& X = fn_store_2(fn_seedling_17(X))
& fn_seedling_24(X) = fn_smooth_endoplasmic_reticulum_23(fn_seedling_23(X))
& fn_seedling_24(X) = fn_smooth_endoplasmic_reticulum_7(fn_seedling_23(X))
& fn_seedling_24(X) = fn_smooth_endoplasmic_reticulum_8(fn_seedling_23(X))
& fn_seedling_24(X) = fn_smooth_endoplasmic_reticulum_42(fn_seedling_23(X))
& fn_seedling_24(X) = fn_smooth_endoplasmic_reticulum_49(fn_seedling_23(X))
& fn_seedling_24(X) = fn_smooth_endoplasmic_reticulum_48(fn_seedling_23(X))
& X = fn_store_2(fn_seedling_16(X))
& fn_seedling_21(X) = fn_organism_1(X)
& fn_seedling_20(X) = fn_organism_6(X)
& fn_seedling_13(X) = fn_organism_4(X)
& fn_seedling_15(X) = fn_organism_5(X)
& fn_seedling_14(X) = fn_organism_2(X)
& fn_seedling_25(X) = fn_glyoxysome_8(fn_seedling_22(X))
& X = fn_glyoxysome_19(fn_seedling_22(X))
& fn_seedling_24(X) = fn_glyoxysome_13(fn_seedling_22(X))
& fn_seedling_23(X) = fn_glyoxysome_12(fn_seedling_22(X))
& fn_seedling_11(X) = fn_glyoxysome_20(fn_seedling_22(X))
& fn_multicellular_organism_1(X) = fn_tissue_1(X)
& fn_tissue_1(X) = fn_root_33(fn_seedling_18(X))
& fn_root_33(fn_seedling_18(X)) = fn_root_28(fn_seedling_18(X))
& fn_root_28(fn_seedling_18(X)) = fn_store_2(fn_seedling_17(X))
& fn_store_2(fn_seedling_17(X)) = fn_store_2(fn_seedling_16(X))
& fn_store_2(fn_seedling_16(X)) = fn_glyoxysome_19(fn_seedling_22(X))
& fn_glyoxysome_19(fn_seedling_22(X)) = fn_smooth_endoplasmic_reticulum_23(fn_seedling_23(X))
& fn_smooth_endoplasmic_reticulum_23(fn_seedling_23(X)) = fn_smooth_endoplasmic_reticulum_7(fn_seedling_23(X))
& fn_smooth_endoplasmic_reticulum_7(fn_seedling_23(X)) = fn_smooth_endoplasmic_reticulum_7(fn_seedling_23(X))
& fn_smooth_endoplasmic_reticulum_7(fn_seedling_23(X)) = fn_smooth_endoplasmic_reticulum_8(fn_seedling_23(X))
& fn_smooth_endoplasmic_reticulum_8(fn_seedling_23(X)) = fn_smooth_endoplasmic_reticulum_8(fn_seedling_23(X))
& fn_smooth_endoplasmic_reticulum_8(fn_seedling_23(X)) = fn_smooth_endoplasmic_reticulum_42(fn_seedling_23(X))
& fn_smooth_endoplasmic_reticulum_42(fn_seedling_23(X)) = fn_smooth_endoplasmic_reticulum_42(fn_seedling_23(X))
& fn_smooth_endoplasmic_reticulum_42(fn_seedling_23(X)) = fn_smooth_endoplasmic_reticulum_49(fn_seedling_23(X))
& fn_smooth_endoplasmic_reticulum_49(fn_seedling_23(X)) = fn_smooth_endoplasmic_reticulum_49(fn_seedling_23(X))
& fn_smooth_endoplasmic_reticulum_49(fn_seedling_23(X)) = fn_smooth_endoplasmic_reticulum_48(fn_seedling_23(X))
& fn_smooth_endoplasmic_reticulum_48(fn_seedling_23(X)) = fn_smooth_endoplasmic_reticulum_48(fn_seedling_23(X))
& fn_smooth_endoplasmic_reticulum_48(fn_seedling_23(X)) = fn_glyoxysome_13(fn_seedling_22(X))
& fn_glyoxysome_13(fn_seedling_22(X)) = fn_glyoxysome_13(fn_seedling_22(X))
& fn_glyoxysome_13(fn_seedling_22(X)) = fn_metabolic_pathway_1(fn_seedling_12(X))
& fn_metabolic_pathway_1(fn_seedling_12(X)) = fn_glyoxysome_20(fn_seedling_22(X))
& fn_glyoxysome_20(fn_seedling_22(X)) = fn_glyoxysome_20(fn_seedling_22(X)) ) ) ).
fof(a532536,axiom,
! [X] :
( segment_formation_1(X)
=> ( original_name_2(X,'Segment-Formation')
& user_description_2(X,'A stage where the segment formation takes place in the development of the organism.')
& concept2words_2(X,'formation of segment')
& concept2words_2(X,'segment formation')
& concept2words_2(X,'segment-formation')
& developmental_stage_1(X)
& ~ adulthood_1(X)
& ~ algae_bloom_1(X)
& ~ axes_formation_1(X)
& ~ blastulation_1(X)
& ~ eight_cell_stage_1(X)
& ~ embryogenesis_1(X)
& ~ fetal_stage_1(X)
& ~ follicular_phase_1(X)
& ~ juvenile_stage_1(X)
& ~ larval_stage_1(X)
& ~ menopause_1(X)
& ~ multinucleated_stage_1(X)
& ~ sensitive_period_1(X)
& ~ two_cell_stage_1(X)
& early_embryo_1(fn_segment_formation_1(X))
& create_1(fn_segment_formation_2(X))
& body_segment_1(fn_segment_formation_3(X))
& entity_1(fn_create_1(fn_segment_formation_2(X)))
& result_2(X,fn_segment_formation_3(X))
& subevent_2(X,fn_segment_formation_2(X))
& base_2(X,fn_segment_formation_1(X))
& result_2(fn_segment_formation_2(X),fn_segment_formation_3(X))
& fn_segment_formation_3(X) = fn_create_1(fn_segment_formation_2(X)) ) ) ).
fof(a532537,axiom,
! [X] :
( segment_polarity_gene_1(X)
=> ( original_name_2(X,'Segment-Polarity-Gene')
& user_description_2(X,'A segmentation gene whose function is to define the anterior and posterior polarities within each embryonic parasegment.')
& concept2words_2(X,'segment polarity gene')
& concept2words_2(X,'segment-polarity-gene')
& segmentation_gene_1(X)
& ~ gap_gene_1(X)
& ~ pair_rule_gene_1(X) ) ) ).
fof(a532538,axiom,
! [X] :
( segment_polarity_gene_mutation_1(X)
=> ( original_name_2(X,'Segment-Polarity-Gene-Mutation')
& user_description_2(X,'A chromosomal mutation associated with segment polarity gene is a segment polarity gene mutation.')
& concept2words_2(X,mutate)
& concept2words_2(X,'segment polarity gene mutation')
& concept2words_2(X,'segment-polarity-gene-mutation')
& development_related_mutation_1(X)
& abnormal_1(fn_segment_polarity_gene_mutation_1(X))
& anatomical_structure_1(fn_segment_polarity_gene_mutation_2(X))
& body_segment_1(fn_segment_polarity_gene_mutation_3(X))
& embryo_1(fn_segment_polarity_gene_mutation_4(X))
& anatomical_structure_1(fn_segment_polarity_gene_mutation_5(X))
& create_1(fn_segment_polarity_gene_mutation_6(X))
& segment_polarity_gene_1(fn_segment_polarity_gene_mutation_7(X))
& entity_1(fn_create_1(fn_segment_polarity_gene_mutation_6(X)))
& causes_2(X,fn_segment_polarity_gene_mutation_6(X))
& minCardinality(X,causes_0,"2",create_0)
& result_2(X,fn_segment_polarity_gene_mutation_4(X))
& same_type_2(fn_segment_polarity_gene_mutation_2(X),fn_segment_polarity_gene_mutation_5(X))
& same_type_2(fn_segment_polarity_gene_mutation_5(X),fn_segment_polarity_gene_mutation_2(X))
& has_part_2(fn_segment_polarity_gene_mutation_3(X),fn_segment_polarity_gene_mutation_5(X))
& has_part_2(fn_segment_polarity_gene_mutation_3(X),fn_segment_polarity_gene_mutation_2(X))
& has_part_2(fn_segment_polarity_gene_mutation_3(X),fn_segment_polarity_gene_mutation_4(X))
& plays_2(fn_segment_polarity_gene_mutation_4(X),fn_segment_polarity_gene_mutation_1(X))
& base_2(fn_segment_polarity_gene_mutation_6(X),fn_segment_polarity_gene_mutation_3(X))
& result_2(fn_segment_polarity_gene_mutation_6(X),fn_segment_polarity_gene_mutation_5(X))
& object_2(X,fn_segment_polarity_gene_mutation_7(X))
& fn_segment_polarity_gene_mutation_5(X) = fn_create_1(fn_segment_polarity_gene_mutation_6(X))
& fn_segment_polarity_gene_mutation_7(X) = fn_mutation_2(X) ) ) ).
fof(a532539,axiom,
! [X] :
( segmentation_gene_1(X)
=> ( original_name_2(X,'Segmentation-Gene')
& user_description_2(X,'A zygotic gene responsible for the formation of body segments.')
& concept2words_2(X,'gene of segmentation')
& concept2words_2(X,'segmentation gene')
& concept2words_2(X,'segmentation-gene')
& developmental_gene_1(X)
& segment_formation_1(fn_segmentation_gene_1(X))
& gene_expression_1(fn_segmentation_gene_2(X))
& gene_1(fn_gene_expression_6(fn_segmentation_gene_2(X)))
& causes_2(fn_segmentation_gene_2(X),fn_segmentation_gene_1(X))
& object_2(fn_segmentation_gene_2(X),X)
& X = fn_gene_expression_6(fn_segmentation_gene_2(X)) ) ) ).
fof(a532540,axiom,
! [X] :
( segmented_embryo_1(X)
=> ( original_name_2(X,'Segmented-Embryo')
& user_description_2(X,'An embryo that is segmented is called as segmented embryo.')
& concept2words_2(X,'segmented embryo')
& concept2words_2(X,'segmented-embryo')
& embryo_1(X)
& ~ abnormal_cloned_embryo_1(X)
& ~ animal_embryo_1(X)
& ~ cloned_embryo_1(X)
& ~ early_embryo_1(X)
& ~ eight_cell_embryo_1(X)
& ~ embryoid_1(X)
& ~ plant_embryo_1(X)
& ~ two_cell_embryo_1(X)
& body_segment_1(fn_segmented_embryo_1(X))
& has_part_2(X,fn_segmented_embryo_1(X)) ) ) ).
fof(a532541,axiom,
! [X] :
( segmented_worm_1(X)
=> ( original_name_2(X,'Segmented-Worm')
& user_description_2(X,'A worm in the phylum Annelida; includes the Polychaeta (marine segmented worms), Oligochaeta (earthworms), and Hirudinea (leeches).')
& concept2words_2(X,'segmented worm')
& concept2words_2(X,'segmented-worm')
& annelid_1(X) ) ) ).
fof(a532542,axiom,
! [X] :
( segregate_1(X)
=> ( original_name_2(X,'Segregate')
& user_description_2(X,'Segregation is the process of separating or isolating one thing from another and placing it in a group apart from the others.')
& concept2words_2(X,sort)
& concept2words_2(X,segregate)
& grouping_activity_1(X)
& entity_1(fn_segregate_1(X))
& object_2(X,fn_segregate_1(X)) ) ) ).
fof(a532543,axiom,
! [X] :
( segregation_of_alleles_1(X)
=> ( original_name_2(X,'Segregation-Of-Alleles')
& user_description_2(X,'The separation of an individual\'s two alleles at a given locus into different gametes during meiosis.')
& concept2words_2(X,segregate)
& concept2words_2(X,'segregation of allele')
& concept2words_2(X,'segregation-of-allele')
& cell_cycle_process_1(X)
& cell_1(fn_segregation_of_alleles_1(X))
& base_2(X,fn_segregation_of_alleles_1(X)) ) ) ).
fof(a532544,axiom,
! [X] :
( select_1(X)
=> ( original_name_2(X,'Select')
& concept2words_2(X,choose)
& concept2words_2(X,take)
& concept2words_2(X,select)
& concept2words_2(X,'pick out')
& concept2words_2(X,pick_out)
& action_1(X)
& entity_1(fn_select_1(X))
& object_2(X,fn_select_1(X))
& base_2(X,fn_select_1(X)) ) ) ).
fof(a532545,axiom,
! [X] :
( selection_1(X)
=> ( original_name_2(X,'Selection')
& concept2words_2(X,select)
& concept2words_2(X,choose)
& concept2words_2(X,selection)
& concept2words_2(X,choice)
& concept2words_2(X,pick)
& activity_1(X) ) ) ).
fof(a532546,axiom,
! [X] :
( selection_force_1(X)
=> ( original_name_2(X,'Selection-Force')
& user_description_2(X,'A process in which the environment selects or favors some individuals over other individuals in the same population.')
& concept2words_2(X,'force of selection')
& concept2words_2(X,'selection force')
& concept2words_2(X,'selection-force')
& evolutionary_process_1(X)
& ~ adaptation_1(X)
& ~ adaptive_radiation_1(X)
& ~ allopatric_speciation_1(X)
& ~ anagenesis_1(X)
& ~ bottleneck_effect_1(X)
& ~ cephalization_1(X)
& ~ character_displacement_1(X)
& ~ cladogenesis_1(X)
& ~ convergent_evolution_1(X)
& ~ endosymbiosis_1(X)
& ~ gene_flow_1(X)
& ~ genetic_drift_1(X)
& ~ heterochrony_1(X)
& ~ homology_1(X)
& ~ mechanical_isolation_1(X)
& ~ mimicry_1(X)
& ~ natural_selection_1(X)
& ~ paedomorphosis_1(X)
& ~ punctuated_equilibria_1(X)
& ~ reproductive_isolation_1(X)
& ~ speciation_1(X) ) ) ).
fof(a532547,axiom,
! [X] :
( selective_degradation_1(X)
=> ( original_name_2(X,'Selective-Degradation')
& user_description_2(X,'Degradation which is regulated and targeted to specific molecules or organelles.')
& concept2words_2(X,'degrade selectively')
& concept2words_2(X,'selective degradation')
& concept2words_2(X,'selective-degradation')
& degradation_1(X)
& ~ artificial_selection_with_antibiotics_1(X)
& ~ autophagy_1(X)
& eukaryotic_gene_expression_1(fn_selective_degradation_1(X))
& reactant_1(fn_selective_degradation_2(X))
& structural_complexity_value_1(fn_selective_degradation_3(X))
& exergonic_reaction_1(fn_selective_degradation_5(X))
& hydrolysis_1(fn_selective_degradation_5(X))
& proteasome_1(fn_selective_degradation_6(X))
& entity_1(fn_selective_degradation_7(X))
& chemical_entity_1(fn_selective_degradation_7(X))
& atom_1(fn_selective_degradation_7(X))
& oxygen_1(fn_selective_degradation_7(X))
& tangible_entity_1(fn_selective_degradation_8(X))
& entity_1(fn_selective_degradation_8(X))
& chemical_entity_1(fn_selective_degradation_8(X))
& atom_1(fn_selective_degradation_8(X))
& hydrogen_1(fn_selective_degradation_8(X))
& hydrogen_1(fn_selective_degradation_9(X))
& oxygen_1(fn_selective_degradation_10(X))
& atom_1(fn_selective_degradation_10(X))
& chemical_entity_1(fn_selective_degradation_10(X))
& waste_product_1(fn_selective_degradation_12(X))
& free_energy_1(fn_selective_degradation_13(X))
& damage_1(fn_selective_degradation_14(X))
& attach_1(fn_selective_degradation_15(X))
& ubiquitin_1(fn_selective_degradation_16(X))
& organic_molecule_1(fn_selective_degradation_17(X))
& protein_1(fn_selective_degradation_17(X))
& monomer_1(fn_selective_degradation_18(X))
& polypeptide_1(fn_selective_degradation_18(X))
& organic_molecule_1(fn_selective_degradation_18(X))
& recognize_1(fn_selective_degradation_19(X))
& structural_complexity_value_1(fn_selective_degradation_20(X))
& carbon_1(fn_selective_degradation_21(X))
& atom_1(fn_selective_degradation_22(X))
& chemical_entity_1(fn_selective_degradation_22(X))
& chemical_entity_1(fn_selective_degradation_23(X))
& water_molecule_1(fn_selective_degradation_23(X))
& tangible_entity_1(fn_waste_1(fn_selective_degradation_12(X)))
& carbon_1(fn_organic_molecule_1(fn_selective_degradation_17(X)))
& atom_1(fn_organic_molecule_2(fn_selective_degradation_17(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_selective_degradation_17(X)))
& tangible_entity_1(fn_hydrolysis_8(fn_selective_degradation_5(X)))
& entity_1(fn_hydrolysis_8(fn_selective_degradation_5(X)))
& chemical_entity_1(fn_hydrolysis_8(fn_selective_degradation_5(X)))
& atom_1(fn_hydrolysis_8(fn_selective_degradation_5(X)))
& hydrogen_1(fn_hydrolysis_8(fn_selective_degradation_5(X)))
& damage_1(fn_ubiquitin_6(fn_selective_degradation_16(X)))
& monomer_1(fn_ubiquitin_5(fn_selective_degradation_16(X)))
& polypeptide_1(fn_ubiquitin_5(fn_selective_degradation_16(X)))
& protein_1(fn_ubiquitin_7(fn_selective_degradation_16(X)))
& recognize_1(fn_ubiquitin_3(fn_selective_degradation_16(X)))
& attach_1(fn_ubiquitin_2(fn_selective_degradation_16(X)))
& property_node_1(fn_protein_2(fn_selective_degradation_17(X)))
& structural_complexity_value_1(fn_protein_3(fn_selective_degradation_17(X)))
& hydrogen_1(fn_hydrolysis_3(fn_selective_degradation_5(X)))
& hydrogen_1(fn_hydrolysis_5(fn_selective_degradation_5(X)))
& chemical_entity_1(fn_hydrolysis_2(fn_selective_degradation_5(X)))
& entity_1(fn_hydrolysis_6(fn_selective_degradation_5(X)))
& chemical_entity_1(fn_hydrolysis_6(fn_selective_degradation_5(X)))
& atom_1(fn_hydrolysis_6(fn_selective_degradation_5(X)))
& oxygen_1(fn_hydrolysis_6(fn_selective_degradation_5(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_selective_degradation_5(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_selective_degradation_5(X)))
& water_molecule_1(fn_hydrolysis_10(fn_selective_degradation_5(X)))
& hydrolysis_1(fn_proteasome_1(fn_selective_degradation_6(X)))
& hydrolysis_1(fn_ubiquitin_4(fn_selective_degradation_16(X)))
& selective_degradation_1(fn_proteasome_2(fn_selective_degradation_6(X)))
& selective_degradation_1(fn_ubiquitin_1(fn_selective_degradation_16(X)))
& oxygen_1(fn_hydrolysis_4(fn_selective_degradation_5(X)))
& atom_1(fn_organic_molecule_2(fn_selective_degradation_18(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_selective_degradation_18(X)))
& fn_selective_degradation_23(X) != fn_selective_degradation_17(X)
& has_state_2(fn_selective_degradation_22(X),fn_selective_degradation_18(X))
& fn_selective_degradation_22(X) != fn_selective_degradation_18(X)
& has_state_2(fn_selective_degradation_21(X),fn_selective_degradation_18(X))
& fn_selective_degradation_21(X) != fn_selective_degradation_18(X)
& in_event_2(fn_selective_degradation_2(X),X)
& greater_than_2(fn_selective_degradation_20(X),fn_selective_degradation_3(X))
& structural_complexity_2(fn_selective_degradation_18(X),fn_selective_degradation_3(X))
& fn_selective_degradation_18(X) != fn_selective_degradation_21(X)
& fn_selective_degradation_18(X) != fn_selective_degradation_22(X)
& has_part_2(fn_selective_degradation_18(X),fn_selective_degradation_9(X))
& fn_selective_degradation_17(X) != fn_selective_degradation_23(X)
& raw_material_2(X,fn_selective_degradation_23(X))
& enables_2(X,fn_selective_degradation_1(X))
& result_2(X,fn_selective_degradation_13(X))
& in_event_2(fn_selective_degradation_12(X),X)
& plays_2(fn_selective_degradation_13(X),fn_selective_degradation_12(X))
& has_part_2(fn_selective_degradation_17(X),fn_selective_degradation_21(X))
& has_part_2(fn_selective_degradation_17(X),fn_selective_degradation_22(X))
& fn_selective_degradation_21(X) != fn_selective_degradation_22(X)
& fn_selective_degradation_22(X) != fn_selective_degradation_21(X)
& has_function_2(fn_selective_degradation_6(X),X)
& agent_2(X,fn_selective_degradation_6(X))
& agent_2(fn_selective_degradation_5(X),fn_selective_degradation_6(X))
& has_part_2(fn_selective_degradation_23(X),fn_selective_degradation_8(X))
& has_state_2(fn_selective_degradation_8(X),fn_selective_degradation_9(X))
& raw_material_2(fn_selective_degradation_5(X),fn_selective_degradation_23(X))
& has_part_2(fn_selective_degradation_23(X),fn_selective_degradation_7(X))
& has_state_2(fn_selective_degradation_7(X),fn_selective_degradation_10(X))
& fn_selective_degradation_9(X) != fn_selective_degradation_10(X)
& fn_selective_degradation_10(X) != fn_selective_degradation_9(X)
& agent_2(fn_selective_degradation_19(X),fn_selective_degradation_16(X))
& object_2(fn_selective_degradation_15(X),fn_selective_degradation_16(X))
& agent_2(X,fn_selective_degradation_16(X))
& causes_2(fn_selective_degradation_14(X),X)
& object_2(fn_selective_degradation_19(X),fn_selective_degradation_17(X))
& raw_material_2(X,fn_selective_degradation_17(X))
& subevent_2(X,fn_selective_degradation_15(X))
& base_2(fn_selective_degradation_15(X),fn_selective_degradation_17(X))
& object_2(fn_selective_degradation_14(X),fn_selective_degradation_17(X))
& result_2(fn_selective_degradation_5(X),fn_selective_degradation_18(X))
& result_2(X,fn_selective_degradation_18(X))
& subevent_2(X,fn_selective_degradation_19(X))
& causes_2(fn_selective_degradation_19(X),fn_selective_degradation_5(X))
& subevent_2(X,fn_selective_degradation_5(X))
& has_function_2(fn_selective_degradation_16(X),X)
& first_subevent_2(X,fn_selective_degradation_15(X))
& next_event_2(fn_selective_degradation_15(X),fn_selective_degradation_19(X))
& next_event_2(fn_selective_degradation_19(X),fn_selective_degradation_5(X))
& raw_material_2(fn_selective_degradation_5(X),fn_selective_degradation_17(X))
& structural_complexity_2(fn_selective_degradation_17(X),fn_selective_degradation_20(X))
& has_part_2(fn_selective_degradation_18(X),fn_selective_degradation_10(X))
& fn_selective_degradation_13(X) = fn_waste_1(fn_selective_degradation_12(X))
& fn_selective_degradation_21(X) = fn_organic_molecule_1(fn_selective_degradation_17(X))
& fn_selective_degradation_22(X) = fn_organic_molecule_2(fn_selective_degradation_17(X))
& fn_selective_degradation_5(X) = fn_proteasome_1(fn_selective_degradation_6(X))
& X = fn_proteasome_2(fn_selective_degradation_6(X))
& fn_selective_degradation_9(X) = fn_hydrolysis_3(fn_selective_degradation_5(X))
& fn_selective_degradation_8(X) = fn_hydrolysis_8(fn_selective_degradation_5(X))
& fn_selective_degradation_9(X) = fn_hydrolysis_5(fn_selective_degradation_5(X))
& fn_selective_degradation_10(X) = fn_hydrolysis_4(fn_selective_degradation_5(X))
& fn_selective_degradation_7(X) = fn_hydrolysis_2(fn_selective_degradation_5(X))
& fn_selective_degradation_7(X) = fn_hydrolysis_6(fn_selective_degradation_5(X))
& fn_selective_degradation_23(X) = fn_exergonic_reaction_10(fn_selective_degradation_5(X))
& fn_selective_degradation_23(X) = fn_hydrolysis_11(fn_selective_degradation_5(X))
& fn_selective_degradation_23(X) = fn_hydrolysis_10(fn_selective_degradation_5(X))
& fn_selective_degradation_14(X) = fn_ubiquitin_6(fn_selective_degradation_16(X))
& fn_selective_degradation_18(X) = fn_ubiquitin_5(fn_selective_degradation_16(X))
& fn_selective_degradation_17(X) = fn_ubiquitin_7(fn_selective_degradation_16(X))
& fn_selective_degradation_5(X) = fn_ubiquitin_4(fn_selective_degradation_16(X))
& fn_selective_degradation_19(X) = fn_ubiquitin_3(fn_selective_degradation_16(X))
& fn_selective_degradation_15(X) = fn_ubiquitin_2(fn_selective_degradation_16(X))
& X = fn_ubiquitin_1(fn_selective_degradation_16(X))
& fn_selective_degradation_10(X) = fn_organic_molecule_2(fn_selective_degradation_18(X))
& fn_selective_degradation_11(X) = fn_protein_2(fn_selective_degradation_17(X))
& fn_selective_degradation_20(X) = fn_protein_3(fn_selective_degradation_17(X))
& fn_hydrolysis_3(fn_selective_degradation_5(X)) = fn_hydrolysis_5(fn_selective_degradation_5(X))
& fn_hydrolysis_5(fn_selective_degradation_5(X)) = fn_hydrolysis_5(fn_selective_degradation_5(X))
& fn_hydrolysis_5(fn_selective_degradation_5(X)) = fn_hydrolysis_6(fn_selective_degradation_5(X))
& fn_hydrolysis_6(fn_selective_degradation_5(X)) = fn_hydrolysis_2(fn_selective_degradation_5(X))
& fn_hydrolysis_2(fn_selective_degradation_5(X)) = fn_hydrolysis_6(fn_selective_degradation_5(X))
& fn_hydrolysis_6(fn_selective_degradation_5(X)) = fn_hydrolysis_11(fn_selective_degradation_5(X))
& fn_hydrolysis_11(fn_selective_degradation_5(X)) = fn_exergonic_reaction_10(fn_selective_degradation_5(X))
& fn_exergonic_reaction_10(fn_selective_degradation_5(X)) = fn_hydrolysis_11(fn_selective_degradation_5(X))
& fn_hydrolysis_10(fn_selective_degradation_5(X)) = fn_hydrolysis_11(fn_selective_degradation_5(X))
& fn_hydrolysis_11(fn_selective_degradation_5(X)) = fn_hydrolysis_10(fn_selective_degradation_5(X))
& fn_hydrolysis_10(fn_selective_degradation_5(X)) = fn_proteasome_1(fn_selective_degradation_6(X))
& fn_proteasome_1(fn_selective_degradation_6(X)) = fn_ubiquitin_4(fn_selective_degradation_16(X))
& fn_ubiquitin_4(fn_selective_degradation_16(X)) = fn_ubiquitin_4(fn_selective_degradation_16(X))
& fn_ubiquitin_4(fn_selective_degradation_16(X)) = fn_proteasome_2(fn_selective_degradation_6(X))
& fn_proteasome_2(fn_selective_degradation_6(X)) = fn_proteasome_2(fn_selective_degradation_6(X))
& fn_proteasome_2(fn_selective_degradation_6(X)) = fn_ubiquitin_1(fn_selective_degradation_16(X))
& fn_ubiquitin_1(fn_selective_degradation_16(X)) = fn_ubiquitin_1(fn_selective_degradation_16(X))
& fn_ubiquitin_1(fn_selective_degradation_16(X)) = fn_hydrolysis_4(fn_selective_degradation_5(X))
& fn_hydrolysis_4(fn_selective_degradation_5(X)) = fn_hydrolysis_4(fn_selective_degradation_5(X))
& fn_hydrolysis_4(fn_selective_degradation_5(X)) = fn_organic_molecule_2(fn_selective_degradation_18(X)) ) ) ).
fof(a532548,axiom,
! [X] :
( selenium_1(X)
=> ( original_name_2(X,'Selenium')
& user_description_2(X,'Selenium is a non metal atom with atomic number 34. It is represented by the symbol Se.')
& concept2words_2(X,selenium)
& concept2words_2(X,'Se')
& non_metal_atom_1(X)
& neutron_1(fn_selenium_3(X))
& atomic_mass_value_1(fn_selenium_4(X))
& electronegativity_value_1(fn_selenium_5(X))
& valence_electron_1(fn_selenium_9(X))
& atomic_weight_value_1(fn_selenium_10(X))
& atomic_number_value_1(fn_selenium_11(X))
& quantity_value_1(fn_selenium_12(X))
& electronegativity_2(X,fn_selenium_5(X))
& mass_number_2(X,fn_selenium_4(X))
& exactCardinality(X,has_part_0,"45",neutron_0)
& exactCardinality(X,has_part_0,"34",proton_0)
& exactCardinality(X,has_part_0,"34",electron_0)
& has_part_2(X,fn_selenium_3(X))
& the_cardinal_value_2(fn_selenium_12(X),"6")
& cardinal_unit_class_2(fn_selenium_12(X),unity_0)
& the_cardinal_value_2(fn_selenium_5(X),"2.55")
& cardinal_unit_class_2(fn_selenium_5(X),unity_0)
& the_cardinal_value_2(fn_selenium_4(X),"79")
& cardinal_unit_class_2(fn_selenium_4(X),unity_0)
& the_cardinal_value_2(fn_selenium_11(X),"34")
& cardinal_unit_class_2(fn_selenium_11(X),unity_0)
& the_cardinal_value_2(fn_selenium_10(X),"78.96")
& cardinal_unit_class_2(fn_selenium_10(X),dalton_0)
& atomic_number_2(X,fn_selenium_11(X))
& atomic_weight_2(X,fn_selenium_10(X))
& has_part_2(X,fn_selenium_9(X))
& quantity_2(fn_selenium_9(X),fn_selenium_12(X))
& fn_selenium_7(X) = fn_atom_12(X)
& fn_selenium_11(X) = fn_atom_17(X)
& fn_selenium_8(X) = fn_atom_13(X)
& fn_selenium_10(X) = fn_atom_16(X)
& fn_selenium_6(X) = fn_atom_1(X)
& fn_selenium_12(X) = fn_atom_5(X)
& fn_selenium_9(X) = fn_atom_14(X) ) ) ).
fof(a532549,axiom,
! [X] :
( self_awareness_1(X)
=> ( original_name_2(X,'Self-Awareness')
& user_description_2(X,'The ability of an organism to recognize itself as a distinct individual, usually determined experimentally by a mirror test.')
& concept2words_2(X,behave)
& concept2words_2(X,'awareness of self')
& concept2words_2(X,'self awareness')
& concept2words_2(X,'self-awareness')
& learned_behavior_1(X) ) ) ).
fof(a532550,axiom,
! [X] :
( self_organization_of_phospholipids_1(X)
=> ( original_name_2(X,'Self-Organization-of-Phospholipids')
& user_description_2(X,'Self organization of phospholipids is the process in which phospholipids orient themselves with respect to the water and with each other so that the hydrophilic (water loving) head groups are grouped together and face the water, and the hydrophobic (water fearing) tails turn away from the water and toward each other.')
& concept2words_2(X,'self organization of phospholipid within biomembrane')
& concept2words_2(X,'self organization of phospholipids in water')
& concept2words_2(X,'self-organization of phospholipids in water')
& concept2words_2(X,'self organization of phospholipid bilayer')
& concept2words_2(X,'self-organization of phospholipid bilayer')
& concept2words_2(X,'organization of phospholipids in water')
& concept2words_2(X,'spontaneous formation of membrane in water')
& concept2words_2(X,'spontaneous formation of membrane')
& concept2words_2(X,'self organization of phospholipid')
& concept2words_2(X,'self-organization-of-phospholipid')
& self_organize_1(X)
& molecular_assembly_1(fn_self_organization_of_phospholipids_1(X))
& hydrophobic_end_1(fn_self_organization_of_phospholipids_2(X))
& biomembrane_1(fn_self_organization_of_phospholipids_3(X))
& add_1(fn_self_organization_of_phospholipids_4(X))
& water_1(fn_self_organization_of_phospholipids_5(X))
& phospholipid_1(fn_self_organization_of_phospholipids_6(X))
& move_1(fn_self_organization_of_phospholipids_7(X))
& spatial_entity_1(fn_add_2(fn_self_organization_of_phospholipids_4(X)))
& spatial_entity_1(fn_add_1(fn_self_organization_of_phospholipids_4(X)))
& spatial_entity_1(fn_move_1(fn_self_organization_of_phospholipids_7(X)))
& result_2(fn_self_organization_of_phospholipids_4(X),fn_self_organization_of_phospholipids_1(X))
& has_region_2(fn_self_organization_of_phospholipids_1(X),fn_self_organization_of_phospholipids_2(X))
& element_2(fn_self_organization_of_phospholipids_1(X),fn_self_organization_of_phospholipids_6(X))
& base_2(X,fn_self_organization_of_phospholipids_3(X))
& subevent_2(X,fn_self_organization_of_phospholipids_7(X))
& result_2(X,fn_self_organization_of_phospholipids_3(X))
& object_2(fn_self_organization_of_phospholipids_4(X),fn_self_organization_of_phospholipids_6(X))
& object_2(fn_self_organization_of_phospholipids_7(X),fn_self_organization_of_phospholipids_6(X))
& base_2(fn_self_organization_of_phospholipids_4(X),fn_self_organization_of_phospholipids_5(X))
& object_2(X,fn_self_organization_of_phospholipids_6(X))
& agent_2(X,fn_self_organization_of_phospholipids_6(X))
& fn_self_organization_of_phospholipids_6(X) = fn_add_1(fn_self_organization_of_phospholipids_4(X))
& fn_self_organization_of_phospholipids_6(X) = fn_move_1(fn_self_organization_of_phospholipids_7(X))
& fn_self_organization_of_phospholipids_5(X) = fn_add_2(fn_self_organization_of_phospholipids_4(X))
& fn_self_organization_of_phospholipids_6(X) = fn_self_organize_2(X)
& fn_add_1(fn_self_organization_of_phospholipids_4(X)) = fn_move_1(fn_self_organization_of_phospholipids_7(X))
& fn_move_1(fn_self_organization_of_phospholipids_7(X)) = fn_move_1(fn_self_organization_of_phospholipids_7(X))
& fn_move_1(fn_self_organization_of_phospholipids_7(X)) = fn_self_organize_2(X)
& fn_self_organize_2(X) = fn_self_organize_2(X) ) ) ).
fof(a532551,axiom,
! [X,X1] :
( ( object_2(X,X1)
& agent_2(X,X1)
& organizing_1(X)
& tangible_entity_1(X1) )
=> ( self_organize_1(X)
& fn_self_organize_2(X) = X1 ) ) ).
fof(a532552,axiom,
! [X] :
( self_organize_1(X)
=> ( original_name_2(X,'Self-organize')
& user_description_2(X,'Process in which molecules form an organized arrangement based on their chemical properties, such as polarity.')
& concept2words_2(X,'self organize')
& concept2words_2(X,'self-organize')
& organizing_1(X)
& tangible_entity_1(fn_self_organize_2(X))
& object_2(X,fn_self_organize_2(X))
& agent_2(X,fn_self_organize_2(X)) ) ) ).
fof(a532553,axiom,
! [X] :
( self_pollination_1(X)
=> ( original_name_2(X,'Self-Pollination')
& user_description_2(X,'The transfer of pollen to a flower of the same plant or to another plant with the same genetic make up.')
& concept2words_2(X,'pollinate itself')
& concept2words_2(X,'pollination of self')
& concept2words_2(X,'self pollination')
& concept2words_2(X,'self-pollination')
& pollination_1(X)
& ~ mendel_pollination_1(X) ) ) ).
fof(a532554,axiom,
! [X] :
( self_pruning_1(X)
=> ( original_name_2(X,'Self-Pruning')
& user_description_2(X,'The programmed death and shedding of plant parts such as leaves, flowers and fruits.')
& concept2words_2(X,'self prune')
& concept2words_2(X,'self-prune')
& concept2words_2(X,'pruning of self')
& concept2words_2(X,'self pruning')
& concept2words_2(X,'self-pruning')
& plant_process_1(X)
& apoptosis_1(fn_self_pruning_1(X))
& plant_organ_1(fn_self_pruning_2(X))
& tissue_1(fn_self_pruning_3(X))
& plant_cell_1(fn_self_pruning_4(X))
& detach_1(fn_self_pruning_5(X))
& plant_1(fn_self_pruning_6(X))
& spatial_entity_1(fn_detach_2(fn_self_pruning_5(X)))
& spatial_entity_1(fn_detach_1(fn_self_pruning_5(X)))
& tissue_1(fn_organ_1(fn_self_pruning_2(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_self_pruning_3(X)))
& has_part_2(fn_self_pruning_6(X),fn_self_pruning_2(X))
& next_event_2(fn_self_pruning_1(X),fn_self_pruning_5(X))
& base_2(fn_self_pruning_1(X),fn_self_pruning_4(X))
& subevent_2(X,fn_self_pruning_5(X))
& subevent_2(X,fn_self_pruning_1(X))
& first_subevent_2(X,fn_self_pruning_1(X))
& base_2(X,fn_self_pruning_6(X))
& base_2(fn_self_pruning_5(X),fn_self_pruning_6(X))
& object_2(fn_self_pruning_5(X),fn_self_pruning_2(X))
& has_part_2(fn_self_pruning_2(X),fn_self_pruning_3(X))
& has_part_2(fn_self_pruning_3(X),fn_self_pruning_4(X))
& fn_self_pruning_6(X) = fn_detach_2(fn_self_pruning_5(X))
& fn_self_pruning_2(X) = fn_detach_1(fn_self_pruning_5(X))
& fn_self_pruning_3(X) = fn_organ_1(fn_self_pruning_2(X))
& fn_self_pruning_4(X) = fn_tissue_1(fn_self_pruning_3(X)) ) ) ).
fof(a532555,axiom,
! [X] :
( self_recognition_1(X)
=> ( original_name_2(X,'Self-Recognition')
& user_description_2(X,'An organism\'s ability to distinguish the cells of self from those of nonself.')
& concept2words_2(X,'recognition of self')
& concept2words_2(X,'self recognition')
& concept2words_2(X,'self-recognition')
& immune_related_intercellular_process_1(X) ) ) ).
fof(a532556,axiom,
! [X] :
( sell_1(X)
=> ( original_name_2(X,'Sell')
& concept2words_2(X,sell)
& relinquish_1(X)
& tangible_entity_1(fn_sell_1(X))
& money_1(fn_sell_2(X))
& recipient_2(X,fn_sell_1(X))
& instrument_2(X,fn_sell_2(X)) ) ) ).
fof(a532557,axiom,
! [X] :
( selling_1(X)
=> ( original_name_2(X,'Selling')
& concept2words_2(X,merchandising)
& concept2words_2(X,marketing)
& concept2words_2(X,commerce)
& concept2words_2(X,sell)
& concept2words_2(X,selling)
& activity_1(X) ) ) ).
fof(a532558,axiom,
! [X] :
( semelparity_1(X)
=> ( original_name_2(X,'Semelparity')
& user_description_2(X,'A reproductive strategy that involves producing all of one\'s offspring in a single event, usually shortly before death.')
& concept2words_2(X,'big bang reproduction')
& concept2words_2(X,semelparity)
& life_history_1(X)
& ~ budding_1(X)
& ~ cross_breeding_event_1(X)
& ~ iteroparity_1(X)
& ~ plant_reproduction_1(X)
& ~ vegetative_reproduction_1(X) ) ) ).
fof(a532559,axiom,
! [X] :
( semen_1(X)
=> ( original_name_2(X,'Semen')
& user_description_2(X,'The fluid that is ejaculated from the penis during orgasm, consisting of sperm, mucus, sugars, enzymes, prostaglandins, and ascorbic acid.')
& concept2words_2(X,semen)
& secreted_fluid_1(X)
& ~ amniotic_fluid_1(X)
& ~ aqueous_humor_1(X)
& ~ bile_1(X)
& ~ cerebrospinal_fluid_1(X)
& ~ colloid_1(X)
& ~ filtrate_1(X)
& ~ gastric_juice_1(X)
& ~ hemolymph_1(X)
& ~ interstitial_fluid_1(X)
& ~ lymph_1(X)
& ~ mucus_1(X)
& ~ plasma_1(X)
& ~ sweat_1(X)
& ~ urine_1(X)
& ~ vitreous_humor_1(X) ) ) ).
fof(a532560,axiom,
! [X] :
( semi_conservative_replication_1(X)
=> ( original_name_2(X,'Semi-Conservative-Replication')
& user_description_2(X,'Type of DNA replication in which the replicated double helix consists of one old strand, derived from the parental molecule, and one newly made strand.')
& concept2words_2(X,'semiconservative model')
& concept2words_2(X,'semiconservative-model')
& concept2words_2(X,'semiconservative replication')
& concept2words_2(X,'semiconservative-replication')
& concept2words_2(X,'semi conservative model')
& concept2words_2(X,'semi-conservative-model')
& concept2words_2(X,'watson and crick model')
& concept2words_2(X,'watson-and-crick-model')
& concept2words_2(X,'watson & crick model')
& concept2words_2(X,'watson-&-crick-model')
& concept2words_2(X,'watson crick model')
& concept2words_2(X,'watson-crick-model')
& concept2words_2(X,'semi conservative replication')
& concept2words_2(X,'semi-conservative-replication')
& dna_replication_1(X) ) ) ).
fof(a532561,axiom,
! [X] :
( semiautonomous_organelle_1(X)
=> ( original_name_2(X,'Semiautonomous-Organelle')
& user_description_2(X,'A semiautonomous organelle have their own DNA, mRNA, tRNA, ribosomes and they replicate by binary fission so they are said to be self governing.')
& concept2words_2(X,'semi autonomous organelle')
& concept2words_2(X,'semi-autonomous organelle')
& concept2words_2(X,'semiautonomous organelle')
& concept2words_2(X,'semiautonomous-organelle')
& organelle_1(X)
& chemiosmosis_1(fn_semiautonomous_organelle_1(X))
& dna_1(fn_semiautonomous_organelle_2(X))
& endosymbiosis_1(fn_semiautonomous_organelle_3(X))
& protein_enzyme_1(fn_semiautonomous_organelle_4(X))
& chemical_entity_1(fn_semiautonomous_organelle_5(X))
& protein_1(fn_semiautonomous_organelle_5(X))
& mrna_1(fn_semiautonomous_organelle_6(X))
& ribosome_1(fn_semiautonomous_organelle_7(X))
& translation_1(fn_semiautonomous_organelle_8(X))
& synthesis_of_protein_1(fn_semiautonomous_organelle_9(X))
& mrna_1(fn_translation_7(fn_semiautonomous_organelle_8(X)))
& ribosome_1(fn_synthesis_of_protein_10(fn_semiautonomous_organelle_9(X)))
& translation_1(fn_synthesis_of_protein_13(fn_semiautonomous_organelle_9(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_semiautonomous_organelle_9(X)))
& protein_1(fn_synthesis_of_protein_16(fn_semiautonomous_organelle_9(X)))
& agent_2(fn_semiautonomous_organelle_9(X),fn_semiautonomous_organelle_7(X))
& site_2(fn_semiautonomous_organelle_1(X),X)
& has_part_2(X,fn_semiautonomous_organelle_7(X))
& has_part_2(X,fn_semiautonomous_organelle_2(X))
& has_part_2(X,fn_semiautonomous_organelle_6(X))
& has_part_2(X,fn_semiautonomous_organelle_5(X))
& has_part_2(X,fn_semiautonomous_organelle_4(X))
& result_2(fn_semiautonomous_organelle_3(X),X)
& instrument_2(fn_semiautonomous_organelle_8(X),fn_semiautonomous_organelle_6(X))
& first_subevent_2(fn_semiautonomous_organelle_9(X),fn_semiautonomous_organelle_8(X))
& subevent_2(fn_semiautonomous_organelle_9(X),fn_semiautonomous_organelle_8(X))
& instrument_2(fn_semiautonomous_organelle_8(X),fn_semiautonomous_organelle_7(X))
& has_function_2(fn_semiautonomous_organelle_7(X),fn_semiautonomous_organelle_9(X))
& result_2(fn_semiautonomous_organelle_9(X),fn_semiautonomous_organelle_5(X))
& fn_semiautonomous_organelle_6(X) = fn_translation_7(fn_semiautonomous_organelle_8(X))
& fn_semiautonomous_organelle_5(X) = fn_anabolic_pathway_5(fn_semiautonomous_organelle_9(X))
& fn_semiautonomous_organelle_5(X) = fn_synthesis_of_protein_16(fn_semiautonomous_organelle_9(X))
& fn_semiautonomous_organelle_7(X) = fn_synthesis_of_protein_10(fn_semiautonomous_organelle_9(X))
& fn_semiautonomous_organelle_8(X) = fn_synthesis_of_protein_13(fn_semiautonomous_organelle_9(X))
& fn_anabolic_pathway_5(fn_semiautonomous_organelle_9(X)) = fn_synthesis_of_protein_16(fn_semiautonomous_organelle_9(X)) ) ) ).
fof(a532562,axiom,
! [X] :
( semicircular_canal_1(X)
=> ( original_name_2(X,'Semicircular-Canal')
& user_description_2(X,'One of three fluid-filled, half-circular, interconnected tubes in the inner ear of mammals. They detect positional changes of the head and maintain equilibrium.')
& concept2words_2(X,'semicircular canal')
& concept2words_2(X,'semicircular-canal')
& canal_1(X)
& auditory_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a532563,axiom,
! [X] :
( semilunar_valve_1(X)
=> ( original_name_2(X,'Semilunar-Valve')
& user_description_2(X,'Either of two valves located at the exits of the heart. The pulmonary valve leaves the right ventricle and the aortic valve leaves the left ventricle.')
& concept2words_2(X,'semilunar valve')
& concept2words_2(X,'semilunar-valve')
& valve_1(X)
& connective_tissue_1(X)
& ~ adipose_tissue_1(X)
& ~ av_valve_1(X)
& ~ bone_1(X)
& ~ cartilage_1(X)
& ~ fibrous_connective_tissue_1(X)
& ~ loose_connective_tissue_1(X)
& ~ sclera_1(X)
& ~ submucosa_1(X)
& ~ vocal_cord_1(X) ) ) ).
fof(a532564,axiom,
! [X] :
( seminal_vesicle_1(X)
=> ( original_name_2(X,'Seminal-Vesicle')
& user_description_2(X,'A paired gland in male mammals that secretes most of the fluid component of semen, including ions to raise the pH.')
& concept2words_2(X,'seminal vesicle')
& concept2words_2(X,'seminal-vesicle')
& gland_1(X)
& ~ bartholins_gland_1(X)
& ~ bulbourethral_gland_1(X)
& ~ endocrine_gland_1(X)
& ~ mammary_glands_1(X)
& ~ prostate_gland_1(X)
& ~ salivary_gland_1(X) ) ) ).
fof(a532565,axiom,
! [X] :
( seminiferous_tubule_1(X)
=> ( original_name_2(X,'Seminiferous-Tubule')
& user_description_2(X,'A convoluted tube in the testis, where meiosis takes place and sperm are produced.')
& concept2words_2(X,'seminiferous tubule')
& concept2words_2(X,'seminiferous-tubule')
& tubule_1(X)
& columnlike_epithelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ islets_of_langerhans_1(X)
& ~ labia_minora_1(X)
& ~ lacteal_1(X)
& ~ loop_of_henle_1(X)
& ~ prepuce_1(X)
& ~ proximal_tubule_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ trophoblast_1(X) ) ) ).
fof(a532566,axiom,
! [X,X1] :
( ( is_impermeable_to_2(X,X1)
& tangible_entity_1(X)
& tangible_entity_1(X1) )
=> ( semipermeable_entity_1(X)
& fn_semipermeable_entity_2(X) = X1 ) ) ).
fof(a532567,axiom,
! [X] :
( semipermeable_entity_1(X)
=> ( original_name_2(X,'Semipermeable-Entity')
& user_description_2(X,'Semipermeable entity allows only certain things to pass through it.')
& concept2words_2(X,semipermeable)
& concept2words_2(X,'semi permeable')
& concept2words_2(X,'semi-permeable')
& concept2words_2(X,semipermeability)
& concept2words_2(X,permeability)
& concept2words_2(X,permeable)
& concept2words_2(X,'semipermeable entity')
& concept2words_2(X,'semipermeable-entity')
& tangible_entity_1(X)
& tangible_entity_1(fn_semipermeable_entity_2(X))
& is_impermeable_to_2(X,fn_semipermeable_entity_2(X)) ) ) ).
fof(a532568,axiom,
! [X] :
( semisolid_substance_1(X)
=> ( original_name_2(X,'Semisolid-Substance')
& user_description_2(X,'Substances are partly solid; having a rigidity and viscosity intermediate between a solid and a liquid')
& concept2words_2(X,semifluid)
& concept2words_2(X,semisolid)
& concept2words_2(X,'semi fluid')
& concept2words_2(X,'semi-fluid')
& concept2words_2(X,'semi solid')
& concept2words_2(X,'semi-solid')
& concept2words_2(X,'semi fluid substance')
& concept2words_2(X,'semi-fluid substance')
& concept2words_2(X,'semifluid substance')
& concept2words_2(X,'semisolid substance')
& concept2words_2(X,'semisolid-substance')
& substance_1(X) ) ) ).
fof(a532569,axiom,
! [X] :
( send_1(X)
=> ( original_name_2(X,'Send')
& concept2words_2(X,send)
& concept2words_2(X,mail)
& concept2words_2(X,post)
& concept2words_2(X,'send out')
& concept2words_2(X,send_out)
& action_1(X)
& tangible_entity_1(fn_send_1(X))
& tangible_entity_1(fn_send_2(X))
& entity_1(fn_send_3(X))
& donor_2(X,fn_send_3(X))
& agent_2(X,fn_send_3(X))
& object_2(X,fn_send_2(X))
& recipient_2(X,fn_send_1(X)) ) ) ).
fof(a532570,axiom,
! [X] :
( senescence_1(X)
=> ( original_name_2(X,'Senescence')
& user_description_2(X,'The endogenous process of accumulative alterations to molecular and cellular structure, resulting in death.')
& concept2words_2(X,senescence)
& developmental_process_1(X)
& ~ cell_determination_1(X)
& ~ childbirth_1(X)
& ~ compaction_1(X)
& ~ gastrulation_1(X)
& ~ gestation_1(X)
& ~ molting_1(X)
& ~ morphogenesis_1(X)
& ~ organogenesis_1(X)
& ~ oviparous_1(X)
& ~ ovoviviparous_1(X)
& ~ ovulation_1(X)
& ~ paedomorphosis_1(X)
& ~ pattern_formation_1(X)
& ~ phase_change_1(X)
& ~ primary_growth_1(X)
& ~ protostome_development_1(X)
& ~ radial_cleavage_1(X)
& ~ torsion_1(X)
& ~ viviparous_1(X) ) ) ).
fof(a532571,axiom,
! [X] :
( senescent_cell_1(X)
=> ( original_name_2(X,'Senescent-Cell')
& user_description_2(X,'A cell that is no longer dividing but is still metabolically active (i.e., not dead).')
& concept2words_2(X,'senescent cell')
& concept2words_2(X,'senescent-cell')
& cell_state_1(X) ) ) ).
fof(a532572,axiom,
! [X] :
( sensation_1(X)
=> ( original_name_2(X,'Sensation')
& user_description_2(X,'The transmission of nerve impulses in response to the detection of an internal or external stimulus.')
& concept2words_2(X,sense)
& concept2words_2(X,sensation)
& sensory_process_1(X)
& ~ color_vision_1(X)
& ~ de_etiolation_1(X) ) ) ).
fof(a532573,axiom,
! [X] :
( sense_1(X)
=> ( original_name_2(X,'Sense')
& concept2words_2(X,sense)
& concept2words_2(X,feel)
& create_1(X)
& tangible_entity_1(fn_sense_1(X))
& tangible_entity_1(fn_sense_2(X))
& message_1(fn_sense_3(X))
& object_2(X,fn_sense_2(X))
& experiencer_2(X,fn_sense_1(X))
& result_2(X,fn_sense_3(X))
& fn_sense_3(X) = fn_create_1(X) ) ) ).
fof(a532574,axiom,
! [X] :
( sensitive_period_1(X)
=> ( original_name_2(X,'Sensitive-Period')
& user_description_2(X,'A limited period of time in an individual\'s development when it is easy to learn particular behaviors.')
& concept2words_2(X,'sensitive period')
& concept2words_2(X,'sensitive-period')
& developmental_stage_1(X)
& ~ adulthood_1(X)
& ~ algae_bloom_1(X)
& ~ axes_formation_1(X)
& ~ blastulation_1(X)
& ~ eight_cell_stage_1(X)
& ~ embryogenesis_1(X)
& ~ fetal_stage_1(X)
& ~ follicular_phase_1(X)
& ~ juvenile_stage_1(X)
& ~ larval_stage_1(X)
& ~ menopause_1(X)
& ~ multinucleated_stage_1(X)
& ~ segment_formation_1(X)
& ~ two_cell_stage_1(X) ) ) ).
fof(a532575,axiom,
! [X] :
( sensory_adaptation_1(X)
=> ( original_name_2(X,'Sensory-Adaptation')
& user_description_2(X,'A decrease in sensitivity to a particular stimulus when a sensory neuron has been stimulated repeatedly.')
& concept2words_2(X,'sensory adaptation')
& concept2words_2(X,'sensory-adaptation')
& habituation_1(X) ) ) ).
fof(a532576,axiom,
! [X] :
( sensory_division_1(X)
=> ( original_name_2(X,'Sensory-Division')
& user_description_2(X,'The afferent neurons that convey information to the CNS from the sensory receptors that monitor the external and internal environment.')
& concept2words_2(X,'sensory division')
& concept2words_2(X,'sensory-division')
& peripheral_nervous_system_1(X)
& ~ autonomic_nervous_1(X)
& ~ motor_system_1(X)
& ~ sensory_system_1(X) ) ) ).
fof(a532577,axiom,
! [X] :
( sensory_nervous_tissue_1(X)
=> ( original_name_2(X,'Sensory-Nervous-Tissue')
& user_description_2(X,'Tissue made up of neurons and supportive cells specifically related to the senses.')
& concept2words_2(X,'sensory nervous tissue')
& concept2words_2(X,'sensory-nervous-tissue')
& nervous_tissue_1(X) ) ) ).
fof(a532578,axiom,
! [X] :
( sensory_neuron_1(X)
=> ( original_name_2(X,'Sensory-Neuron')
& user_description_2(X,'A neuron responsible for receiving information from the external or internal environment and conveying it in electrical form to the central nervous system.')
& concept2words_2(X,'sensory neuron')
& concept2words_2(X,'sensory-neuron')
& nerve_cell_1(X)
& ~ interneuron_1(X)
& ~ motor_neuron_1(X)
& ~ post_synaptic_cell_1(X)
& ~ presynaptic_cell_1(X)
& spatial_entity_1(fn_sensory_neuron_1(X))
& spatial_entity_1(fn_sensory_neuron_2(X))
& block_1(fn_sensory_neuron_3(X))
& instrument_2(fn_sensory_neuron_3(X),X)
& is_between_2(X,fn_sensory_neuron_1(X))
& is_between_2(X,fn_sensory_neuron_2(X)) ) ) ).
fof(a532579,axiom,
! [X] :
( sensory_organ_1(X)
=> ( original_name_2(X,'Sensory-Organ')
& user_description_2(X,'An organ that receives and relays information from the internal or external environment to the rest of the nervous system.')
& concept2words_2(X,'sensory organ')
& concept2words_2(X,'sensory-organ')
& animal_organ_1(X) ) ) ).
fof(a532580,axiom,
! [X] :
( sensory_process_1(X)
=> ( original_name_2(X,'Sensory-Process')
& user_description_2(X,'Any process related to the detection of external or internal stimuli and the conversion of those stimuli to sensory perceptions.')
& concept2words_2(X,'sensory process')
& concept2words_2(X,'sensory-process')
& animal_process_1(X) ) ) ).
fof(a532581,axiom,
! [X] :
( sensory_reception_1(X)
=> ( original_name_2(X,'Sensory-Reception')
& user_description_2(X,'The detection of an external or internal stimulus by a sensory neuron.')
& concept2words_2(X,'sensory reception')
& concept2words_2(X,'sensory-reception')
& sensory_process_1(X)
& ~ color_vision_1(X)
& ~ de_etiolation_1(X) ) ) ).
fof(a532582,axiom,
! [X] :
( sensory_receptor_1(X)
=> ( original_name_2(X,'Sensory-Receptor')
& user_description_2(X,'Any part of a body (i.e, an organ, cell, or structure within a cell) that detects and responds to a specific stimulus from the internal or external environment.')
& concept2words_2(X,'sensory receptor')
& concept2words_2(X,'sensory-receptor')
& receptor_1(X) ) ) ).
fof(a532583,axiom,
! [X] :
( sensory_system_1(X)
=> ( original_name_2(X,'Sensory-System')
& user_description_2(X,'A part of the nervous system, consisting of sensory receptors, neural pathways, and areas of the brain involved in sensory perception.')
& concept2words_2(X,'sensory system')
& concept2words_2(X,'sensory-system')
& peripheral_nervous_system_1(X)
& ~ autonomic_nervous_1(X)
& ~ motor_system_1(X)
& ~ sensory_division_1(X) ) ) ).
fof(a532584,axiom,
! [X] :
( sensory_transduction_1(X)
=> ( original_name_2(X,'Sensory-Transduction')
& user_description_2(X,'The conversion of a sensory stimulus into an action potential in a receptor cell.')
& concept2words_2(X,'sensory transduction')
& concept2words_2(X,'sensory-transduction')
& change_in_membrane_potential_1(X) ) ) ).
fof(a532585,axiom,
! [X] :
( sentience_constant_1(X)
=> ( original_name_2(X,'Sentience-Constant')
& concept2words_2(X,'constant of sentience')
& concept2words_2(X,'sentience constant')
& concept2words_2(X,'sentience-constant')
& constant_1(X) ) ) ).
fof(a532586,axiom,
! [X] :
( sentience_value_1(X)
=> ( original_name_2(X,'Sentience-Value')
& description_2(X,'the readiness to perceive sensations')
& concept2words_2(X,sentience)
& concept2words_2(X,'value of sentience')
& concept2words_2(X,'sentience value')
& concept2words_2(X,'sentience-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a532587,axiom,
! [X] :
( sepal_1(X)
=> ( original_name_2(X,'Sepal')
& user_description_2(X,'In angiosperms, a modified leaf that encloses and protects a developing flower bud before it blooms.')
& concept2words_2(X,sepal)
& plant_structure_1(X)
& ~ cotyledon_1(X)
& ~ megaphyll_1(X)
& ~ microphyll_1(X)
& ~ sporophyll_1(X) ) ) ).
fof(a532588,axiom,
! [X] :
( separase_1(X)
=> ( original_name_2(X,'Separase')
& user_description_2(X,'Enzyme which cleaves the cohesion proteins holding together sister chromatids during anaphase of the cell cycle.')
& concept2words_2(X,separase)
& protease_1(X) ) ) ).
fof(a532589,axiom,
! [X] :
( separation_of_sister_chromatids_1(X)
=> ( original_name_2(X,'Separation-Of-Sister-Chromatids')
& user_description_2(X,'During mitosis, the sequence of events which results in the separation of the sister chromatids which make up a diploid chromosome into two separate and identical chromosomes.')
& concept2words_2(X,separate)
& concept2words_2(X,'separation of sister chromatid')
& concept2words_2(X,'separation-of-sister-chromatid')
& mitotic_event_1(X)
& protein_1(fn_separation_of_sister_chromatids_1(X))
& eukaryotic_chromosome_1(fn_separation_of_sister_chromatids_2(X))
& eukaryotic_chromosome_1(fn_separation_of_sister_chromatids_3(X))
& spatial_entity_1(fn_separation_of_sister_chromatids_4(X))
& sister_chromatid_1(fn_separation_of_sister_chromatids_4(X))
& chromatid_1(fn_separation_of_sister_chromatids_4(X))
& spatial_entity_1(fn_separation_of_sister_chromatids_5(X))
& sister_chromatid_1(fn_separation_of_sister_chromatids_5(X))
& chromatid_1(fn_separation_of_sister_chromatids_5(X))
& attach_1(fn_separation_of_sister_chromatids_6(X))
& sister_chromatid_cohesion_1(fn_separation_of_sister_chromatids_7(X))
& separase_1(fn_separation_of_sister_chromatids_8(X))
& tangible_entity_1(fn_separation_of_sister_chromatids_9(X))
& cohesin_1(fn_separation_of_sister_chromatids_9(X))
& tangible_entity_1(fn_separation_of_sister_chromatids_10(X))
& diploid_chromosome_1(fn_separation_of_sister_chromatids_10(X))
& divide_1(fn_separation_of_sister_chromatids_11(X))
& take_apart_1(fn_separation_of_sister_chromatids_12(X))
& break_1(fn_protease_6(fn_separation_of_sister_chromatids_8(X)))
& spatial_entity_1(fn_sister_chromatid_cohesion_6(fn_separation_of_sister_chromatids_7(X)))
& sister_chromatid_1(fn_sister_chromatid_cohesion_6(fn_separation_of_sister_chromatids_7(X)))
& chromatid_1(fn_sister_chromatid_cohesion_6(fn_separation_of_sister_chromatids_7(X)))
& spatial_entity_1(fn_sister_chromatid_cohesion_7(fn_separation_of_sister_chromatids_7(X)))
& sister_chromatid_1(fn_sister_chromatid_cohesion_7(fn_separation_of_sister_chromatids_7(X)))
& chromatid_1(fn_sister_chromatid_cohesion_7(fn_separation_of_sister_chromatids_7(X)))
& attach_1(fn_sister_chromatid_cohesion_8(fn_separation_of_sister_chromatids_7(X)))
& tangible_entity_1(fn_impair_1(fn_separation_of_sister_chromatids_12(X)))
& cohesin_1(fn_sister_chromatid_cohesion_1(fn_separation_of_sister_chromatids_7(X)))
& tangible_entity_1(fn_impair_1(fn_separation_of_sister_chromatids_11(X)))
& diploid_chromosome_1(fn_sister_chromatid_cohesion_9(fn_separation_of_sister_chromatids_7(X)))
& has_state_2(fn_separation_of_sister_chromatids_4(X),fn_separation_of_sister_chromatids_2(X))
& has_state_2(fn_separation_of_sister_chromatids_5(X),fn_separation_of_sister_chromatids_3(X))
& subevent_2(X,fn_separation_of_sister_chromatids_12(X))
& subevent_2(X,fn_separation_of_sister_chromatids_11(X))
& first_subevent_2(X,fn_separation_of_sister_chromatids_12(X))
& result_2(fn_separation_of_sister_chromatids_11(X),fn_separation_of_sister_chromatids_2(X))
& result_2(fn_separation_of_sister_chromatids_11(X),fn_separation_of_sister_chromatids_3(X))
& exactCardinality(fn_separation_of_sister_chromatids_11(X),result_0,"2",eukaryotic_chromosome_0)
& next_event_2(fn_separation_of_sister_chromatids_12(X),fn_separation_of_sister_chromatids_11(X))
& enables_2(fn_separation_of_sister_chromatids_12(X),fn_separation_of_sister_chromatids_11(X))
& result_2(fn_separation_of_sister_chromatids_12(X),fn_separation_of_sister_chromatids_1(X))
& object_2(fn_separation_of_sister_chromatids_12(X),fn_separation_of_sister_chromatids_9(X))
& object_2(fn_separation_of_sister_chromatids_11(X),fn_separation_of_sister_chromatids_10(X))
& agent_2(fn_separation_of_sister_chromatids_12(X),fn_separation_of_sister_chromatids_8(X))
& agent_2(fn_separation_of_sister_chromatids_6(X),fn_separation_of_sister_chromatids_9(X))
& by_means_of_2(fn_separation_of_sister_chromatids_7(X),fn_separation_of_sister_chromatids_6(X))
& object_2(fn_separation_of_sister_chromatids_6(X),fn_separation_of_sister_chromatids_4(X))
& has_part_2(fn_separation_of_sister_chromatids_10(X),fn_separation_of_sister_chromatids_4(X))
& has_part_2(fn_separation_of_sister_chromatids_10(X),fn_separation_of_sister_chromatids_5(X))
& base_2(fn_separation_of_sister_chromatids_6(X),fn_separation_of_sister_chromatids_5(X))
& fn_separation_of_sister_chromatids_9(X) = fn_impair_1(fn_separation_of_sister_chromatids_12(X))
& fn_separation_of_sister_chromatids_10(X) = fn_impair_1(fn_separation_of_sister_chromatids_11(X))
& fn_separation_of_sister_chromatids_12(X) = fn_protease_6(fn_separation_of_sister_chromatids_8(X))
& fn_separation_of_sister_chromatids_9(X) = fn_sister_chromatid_cohesion_1(fn_separation_of_sister_chromatids_7(X))
& fn_separation_of_sister_chromatids_5(X) = fn_sister_chromatid_cohesion_6(fn_separation_of_sister_chromatids_7(X))
& fn_separation_of_sister_chromatids_10(X) = fn_sister_chromatid_cohesion_9(fn_separation_of_sister_chromatids_7(X))
& fn_separation_of_sister_chromatids_4(X) = fn_sister_chromatid_cohesion_7(fn_separation_of_sister_chromatids_7(X))
& fn_separation_of_sister_chromatids_6(X) = fn_sister_chromatid_cohesion_8(fn_separation_of_sister_chromatids_7(X))
& fn_impair_1(fn_separation_of_sister_chromatids_12(X)) = fn_sister_chromatid_cohesion_1(fn_separation_of_sister_chromatids_7(X))
& fn_sister_chromatid_cohesion_1(fn_separation_of_sister_chromatids_7(X)) = fn_impair_1(fn_separation_of_sister_chromatids_11(X))
& fn_impair_1(fn_separation_of_sister_chromatids_11(X)) = fn_sister_chromatid_cohesion_9(fn_separation_of_sister_chromatids_7(X))
& fn_sister_chromatid_cohesion_9(fn_separation_of_sister_chromatids_7(X)) = fn_sister_chromatid_cohesion_9(fn_separation_of_sister_chromatids_7(X)) ) ) ).
fof(a532590,axiom,
! [X] :
( septic_shock_1(X)
=> ( original_name_2(X,'Septic-Shock')
& user_description_2(X,'An extreme immune response to an infection that has spread throughout the body\'s organs and tissues, resulting in extremely low blood pressure and, possibly, death.')
& concept2words_2(X,'septic shock')
& concept2words_2(X,'septic-shock')
& bacterial_infection_1(X) ) ) ).
fof(a532591,axiom,
! [X] :
( septum_1(X)
=> ( original_name_2(X,'Septum')
& user_description_2(X,'A wall or curtain of tissue that divides a space or cavity into smaller subunits.')
& concept2words_2(X,septum)
& cell_wall_1(X) ) ) ).
fof(a532592,axiom,
! [X] :
( sequence_1(X)
=> ( original_name_2(X,'Sequence')
& user_description_2(X,'A succession of things, events, or movements.')
& concept2words_2(X,series)
& concept2words_2(X,sequence)
& aggregate_1(X)
& entity_1(fn_sequence_1(X))
& entity_1(fn_sequence_2(X))
& next_element_2(fn_sequence_2(X),fn_sequence_1(X))
& minCardinality(X,element_0,"2",entity_0)
& element_2(X,fn_sequence_1(X))
& element_2(X,fn_sequence_2(X))
& first_element_2(X,fn_sequence_2(X)) ) ) ).
fof(a532593,axiom,
! [X] :
( sequencing_machine_1(X)
=> ( original_name_2(X,'Sequencing-Machine')
& user_description_2(X,'An automated instrument used to sequence DNA.')
& concept2words_2(X,'sequencing machine')
& concept2words_2(X,'sequencing-machine')
& device_1(X)
& ~ needle_1(X) ) ) ).
fof(a532594,axiom,
! [X] :
( serine_1(X)
=> ( original_name_2(X,'Serine')
& user_description_2(X,'One of the 20 most common amino acids which make up proteins.')
& concept2words_2(X,'S')
& concept2words_2(X,ser)
& concept2words_2(X,serine)
& polar_amino_acid_1(X) ) ) ).
fof(a532595,axiom,
! [X] :
( serine_threonine_kinase_1(X)
=> ( original_name_2(X,'Serine-Threonine-Kinase')
& user_description_2(X,'Kinase enzyme that catalyzes the addition of a phosphate group to the OH group of seriene or threonine amino acids in a protein.')
& concept2words_2(X,'serine threonine kinase')
& concept2words_2(X,'serine-threonine-kinase')
& protein_kinase_1(X) ) ) ).
fof(a532596,axiom,
! [X] :
( serotonin_1(X)
=> ( original_name_2(X,'Serotonin')
& user_description_2(X,'A tryptophan-derived neurotransmitter of the central nervous system.')
& concept2words_2(X,serotonin)
& biogenic_amine_1(X)
& ~ catecholamine_1(X)
& ~ dopamine_1(X) ) ) ).
fof(a532597,axiom,
! [X] :
( service_1(X)
=> ( original_name_2(X,'Service')
& concept2words_2(X,service)
& activity_1(X)
& entity_1(fn_service_1(X))
& entity_1(fn_service_2(X))
& donor_2(X,fn_service_2(X))
& recipient_2(X,fn_service_1(X)) ) ) ).
fof(a532598,axiom,
! [X] :
( session_1(X)
=> ( original_name_2(X,'Session')
& concept2words_2(X,session)
& activity_1(X)
& ~ discussion_1(X)
& ~ discourse_1(X) ) ) ).
fof(a532599,axiom,
! [X] :
( seta_1(X)
=> ( original_name_2(X,'Seta')
& user_description_2(X,'(1) In bryophytes, the elongated stalk of the sporophyte phase; (2) In invertebrates such as arthropods and segmented worms, a hair-like bristle that can have chemosensory, mechanosensory, or locomotory functions.')
& concept2words_2(X,seta)
& alternating_generation_organ_1(X) ) ) ).
fof(a532600,axiom,
! [X] :
( seven_methyl_guanosine_1(X)
=> ( original_name_2(X,'Seven-Methyl-Guanosine')
& user_description_2(X,'It is a modified form of Guanosine triphosphate which is added to the 5-prime end of mRNA to provide a protective cap at the site')
& concept2words_2(X,'seven methyl guanosine')
& concept2words_2(X,'seven-methyl-guanosine')
& nitrogenous_compound_1(X) ) ) ).
fof(a532601,axiom,
! [X] :
( sex_chromosome_1(X)
=> ( original_name_2(X,'Sex-Chromosome')
& user_description_2(X,'A chromosome responsible for determining the sex of an individual.')
& concept2words_2(X,'chromosome of sex')
& concept2words_2(X,'sex chromosome')
& concept2words_2(X,'sex-chromosome')
& eukaryotic_chromosome_1(X)
& ~ autosome_1(X)
& ~ prokaryotic_chromosome_1(X)
& ~ chromosome_21_1(X)
& ~ chromosome_fragment_1(X)
& ~ defective_chromosome_1(X)
& ~ human_chromosome_1(X)
& ~ non_homologous_chromosome_1(X)
& ~ paternal_chromosome_1(X)
& ~ recombinant_chromosome_1(X)
& ~ yeast_artificial_chromosome_1(X) ) ) ).
fof(a532602,axiom,
! [X] :
( sex_constant_1(X)
=> ( original_name_2(X,'Sex-Constant')
& concept2words_2(X,'constant of sex')
& concept2words_2(X,'sex constant')
& concept2words_2(X,'sex-constant')
& constant_1(X) ) ) ).
fof(a532603,axiom,
! [X] :
( sex_hormone_1(X)
=> ( original_name_2(X,'Sex-Hormone')
& user_description_2(X,'Sex hormones are the hormones formed by the gonadic organs i.e. testes and ovaries. They are primarily steroids in chemical nature')
& concept2words_2(X,'hormone of sex')
& concept2words_2(X,'sex hormone')
& concept2words_2(X,'sex-hormone')
& steroid_hormone_1(X)
& ~ juvenile_hormone_1(X)
& ~ releasing_hormone_1(X) ) ) ).
fof(a532604,axiom,
! [X] :
( sex_linkage_cross_breeding_event_1(X)
=> ( original_name_2(X,'Sex-Linkage-Cross-Breeding-Event')
& user_description_2(X,'Mating of two individuals, with expression of sex-linked alleles being investigated.')
& concept2words_2(X,'sex linkage cross breeding event')
& concept2words_2(X,'sex-linkage-cross-breeding-event')
& cross_breeding_event_1(X)
& ~ codominance_cross_breeding_event_1(X)
& ~ complete_dominance_cross_breeding_event_1(X)
& ~ homozygous_dominant_cross_1(X)
& ~ homozygous_recessive_cross_1(X)
& ~ hybridization_1(X)
& ~ incomplete_dominance_cross_breeding_event_1(X)
& ~ testcross_1(X)
& x_linked_inheritance_1(fn_sex_linkage_cross_breeding_event_1(X))
& by_means_of_2(fn_sex_linkage_cross_breeding_event_1(X),X)
& fn_sex_linkage_cross_breeding_event_1(X) = fn_cross_breeding_event_6(X) ) ) ).
fof(a532605,axiom,
! [X] :
( sex_linked_gene_1(X)
=> ( original_name_2(X,'Sex-Linked-Gene')
& user_description_2(X,'A gene located on a sex chromosome.')
& concept2words_2(X,'sex linked gene')
& concept2words_2(X,'sex-linked gene')
& concept2words_2(X,'sex-linked-gene')
& eukaryotic_gene_1(X)
& quantity_value_1(fn_sex_linked_gene_3(X))
& speed_value_1(fn_sex_linked_gene_4(X))
& phosphodiester_bond_1(fn_sex_linked_gene_7(X))
& intron_1(fn_sex_linked_gene_8(X))
& exon_1(fn_sex_linked_gene_9(X))
& exon_1(fn_sex_linked_gene_10(X))
& size_value_1(fn_sex_linked_gene_11(X))
& size_value_1(fn_sex_linked_gene_12(X))
& constant_motion_1(fn_sex_linked_gene_13(X))
& kinetic_energy_1(fn_sex_linked_gene_14(X))
& code_for_1(fn_sex_linked_gene_15(X))
& monomer_1(fn_sex_linked_gene_16(X))
& monomer_1(fn_sex_linked_gene_17(X))
& constant_motion_1(fn_kinetic_energy_1(fn_sex_linked_gene_14(X)))
& exon_1(fn_intron_6(fn_sex_linked_gene_8(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_sex_linked_gene_14(X)))
& directly_proportional_2(fn_sex_linked_gene_4(X),fn_sex_linked_gene_3(X))
& speed_2(fn_sex_linked_gene_13(X),fn_sex_linked_gene_4(X))
& quantity_2(fn_sex_linked_gene_14(X),fn_sex_linked_gene_3(X))
& is_between_2(fn_sex_linked_gene_8(X),fn_sex_linked_gene_9(X))
& possesses_2(X,fn_sex_linked_gene_14(X))
& object_2(fn_sex_linked_gene_13(X),X)
& is_between_2(fn_sex_linked_gene_7(X),fn_sex_linked_gene_17(X))
& element_2(X,fn_sex_linked_gene_17(X))
& next_element_2(fn_sex_linked_gene_17(X),fn_sex_linked_gene_16(X))
& element_2(X,fn_sex_linked_gene_16(X))
& first_element_2(X,fn_sex_linked_gene_17(X))
& size_2(fn_sex_linked_gene_17(X),fn_sex_linked_gene_12(X))
& element_2(X,fn_sex_linked_gene_8(X))
& has_function_2(X,fn_sex_linked_gene_15(X))
& agent_2(fn_sex_linked_gene_15(X),X)
& size_2(X,fn_sex_linked_gene_11(X))
& greater_than_2(fn_sex_linked_gene_11(X),fn_sex_linked_gene_12(X))
& element_2(X,fn_sex_linked_gene_9(X))
& next_element_2(fn_sex_linked_gene_9(X),fn_sex_linked_gene_8(X))
& next_element_2(fn_sex_linked_gene_8(X),fn_sex_linked_gene_10(X))
& element_2(X,fn_sex_linked_gene_10(X))
& possesses_2(X,fn_sex_linked_gene_7(X))
& fn_sex_linked_gene_9(X) = fn_intron_6(fn_sex_linked_gene_8(X))
& fn_sex_linked_gene_13(X) = fn_kinetic_energy_1(fn_sex_linked_gene_14(X))
& X = fn_kinetic_energy_2(fn_sex_linked_gene_14(X))
& fn_sex_linked_gene_16(X) = fn_gene_10(X)
& fn_sex_linked_gene_17(X) = fn_gene_17(X)
& fn_sex_linked_gene_6(X) = fn_gene_9(X)
& fn_sex_linked_gene_5(X) = fn_gene_8(X)
& fn_sex_linked_gene_12(X) = fn_gene_12(X)
& fn_sex_linked_gene_11(X) = fn_gene_11(X)
& fn_sex_linked_gene_15(X) = fn_gene_13(X)
& fn_sex_linked_gene_7(X) = fn_gene_16(X)
& fn_sex_linked_gene_10(X) = fn_gene_5(X)
& fn_sex_linked_gene_8(X) = fn_gene_4(X)
& fn_sex_linked_gene_9(X) = fn_gene_3(X)
& fn_intron_6(fn_sex_linked_gene_8(X)) = fn_gene_3(X)
& fn_gene_3(X) = fn_gene_3(X)
& fn_kinetic_energy_2(fn_sex_linked_gene_14(X)) = fn_kinetic_energy_2(fn_sex_linked_gene_14(X)) ) ) ).
fof(a532606,axiom,
! [X] :
( sex_linked_hemophilia_gene_1(X)
=> ( original_name_2(X,'Sex-linked-Hemophilia-Gene')
& user_description_2(X,'A gene for a human genetic disease caused by a recessive allele located on the X-chromosome resulting in the absence of one or more blood-clotting proteins.')
& concept2words_2(X,'sex linked hemophilia gene')
& concept2words_2(X,'sex-linked-hemophilia-gene')
& sex_linked_gene_1(X) ) ) ).
fof(a532607,axiom,
! [X] :
( sex_linked_human_genetic_disorder_1(X)
=> ( original_name_2(X,'Sex-Linked-Human-Genetic-Disorder')
& user_description_2(X,'A disease caused by a gene whose locus is on the X chromosome. Females must be homozygous for the disease-causing allele to have the disease but may carry the disease-causing allele in a heterozygous genotype, whereas males will have the disease any time they inherit the disease-causing allele from their mothers.')
& concept2words_2(X,'sex linked')
& concept2words_2(X,'sex-linked')
& concept2words_2(X,'sex linked human genetic disorder')
& concept2words_2(X,'sex-linked human genetic disorder')
& concept2words_2(X,'sex-linked-human-genetic-disorder')
& human_genetic_disorder_1(X)
& ~ achondroplasia_1(X)
& ~ alkaptonuria_1(X)
& ~ angelman_syndrome_1(X)
& ~ cri_du_chat_syndrome_1(X)
& ~ cystic_fibrosis_1(X)
& ~ down_syndrome_1(X)
& ~ huntingtons_disease_1(X)
& ~ klinefelter_syndrome_1(X)
& ~ multifactorial_genetic_disorder_1(X)
& ~ phenylketonuria_1(X)
& ~ polydactyly_1(X)
& ~ prader_willi_syndrome_1(X)
& ~ sickle_cell_anemia_1(X)
& ~ tay_sachs_disease_1(X)
& ~ triple_x_1(X)
& ~ turner_syndrome_1(X)
& sex_linked_inheritance_1(fn_sex_linked_human_genetic_disorder_1(X))
& result_2(fn_sex_linked_human_genetic_disorder_1(X),X)
& fn_sex_linked_human_genetic_disorder_1(X) = fn_human_genetic_disorder_1(X) ) ) ).
fof(a532608,axiom,
! [X,X1] :
( ( object_2(X,X1)
& inheritance_1(X)
& sex_linked_gene_1(X1) )
=> ( sex_linked_inheritance_1(X)
& fn_sex_linked_inheritance_2(X) = X1 ) ) ).
fof(a532609,axiom,
! [X] :
( sex_linked_inheritance_1(X)
=> ( original_name_2(X,'Sex-Linked-Inheritance')
& user_description_2(X,'Inheritance of characteristics that are determined by genes carried on the sex chromosomes.')
& concept2words_2(X,'sex linked')
& concept2words_2(X,'sex-linked')
& concept2words_2(X,'sex linked inheritance')
& concept2words_2(X,'sex-linked inheritance')
& concept2words_2(X,inherit)
& concept2words_2(X,'sex-linked-inheritance')
& inheritance_1(X)
& sex_linked_gene_1(fn_sex_linked_inheritance_2(X))
& inheritance_1(fn_gene_15(fn_sex_linked_inheritance_2(X)))
& object_2(X,fn_sex_linked_inheritance_2(X))
& X = fn_gene_15(fn_sex_linked_inheritance_2(X)) ) ) ).
fof(a532610,axiom,
! [X] :
( sex_pili_1(X)
=> ( original_name_2(X,'Sex-Pili')
& user_description_2(X,'Sex-pili are hairlike appendages found on the surface of many bacteria that enable the transfer of plasmids between the bacteria.')
& concept2words_2(X,'sex pili')
& concept2words_2(X,'sex pilus')
& concept2words_2(X,'sex-pili')
& pili_1(X)
& bacterium_1(fn_sex_pili_1(X))
& bacterium_1(fn_sex_pili_2(X))
& attach_1(fn_sex_pili_3(X))
& conjugation_1(fn_sex_pili_4(X))
& spatial_entity_1(fn_attach_2(fn_sex_pili_3(X)))
& prokaryote_1(fn_conjugation_7(fn_sex_pili_4(X)))
& attach_1(fn_conjugation_6(fn_sex_pili_4(X)))
& sex_pili_1(fn_conjugation_5(fn_sex_pili_4(X)))
& base_2(fn_sex_pili_3(X),fn_sex_pili_1(X))
& instrument_2(fn_sex_pili_4(X),X)
& agent_2(fn_sex_pili_3(X),X)
& object_2(fn_sex_pili_3(X),fn_sex_pili_2(X))
& fn_sex_pili_1(X) = fn_attach_2(fn_sex_pili_3(X))
& fn_sex_pili_2(X) = fn_conjugation_7(fn_sex_pili_4(X))
& fn_sex_pili_3(X) = fn_conjugation_6(fn_sex_pili_4(X))
& X = fn_conjugation_5(fn_sex_pili_4(X))
& fn_conjugation_5(fn_sex_pili_4(X)) = fn_conjugation_5(fn_sex_pili_4(X)) ) ) ).
fof(a532611,axiom,
! [X] :
( sex_pilus_1(X)
=> ( original_name_2(X,'Sex-Pilus')
& user_description_2(X,'A hairlike appendage on the surface of some bacteria. A sex pilus connects two bacterial cells together to allow conjugation, or exchange of genetic material.')
& concept2words_2(X,'sex pili')
& concept2words_2(X,'sex-pili')
& concept2words_2(X,'conjugal pilus')
& concept2words_2(X,'conjugal-pilus')
& concept2words_2(X,'pilus of sex')
& concept2words_2(X,'sex pilus')
& concept2words_2(X,'sex-pilus')
& prokaryotic_cell_structure_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X) ) ) ).
fof(a532612,axiom,
! [X] :
( sex_value_1(X)
=> ( original_name_2(X,'Sex-Value')
& description_2(X,'either of the two categories (male or female) into which most organisms are divided')
& concept2words_2(X,gender)
& concept2words_2(X,sexuality)
& concept2words_2(X,sex)
& concept2words_2(X,'value of sex')
& concept2words_2(X,'sex value')
& concept2words_2(X,'sex-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a532613,axiom,
! [X] :
( sexual_dimorphism_1(X)
=> ( original_name_2(X,'Sexual-Dimorphism')
& user_description_2(X,'Noticeable morphological differences between males and females of the same species.')
& concept2words_2(X,'sexual dimorphism')
& concept2words_2(X,'sexual-dimorphism')
& morphology_1(X) ) ) ).
fof(a532614,axiom,
! [X] :
( sexual_intercourse_1(X)
=> ( original_name_2(X,'Sexual-Intercourse')
& user_description_2(X,'An act of contraction, shortening or tensing of a part muscle or muscle fiber.')
& concept2words_2(X,coitus)
& concept2words_2(X,copulation)
& concept2words_2(X,'sexual intercourse')
& concept2words_2(X,'sexual-intercourse')
& reproductive_process_1(X) ) ) ).
fof(a532615,axiom,
! [X,X1] :
( ( subevent_2(X,X1)
& reproductive_cycle_1(X)
& sexual_reproduction_1(X1) )
=> ( sexual_life_cycle_1(X)
& fn_sexual_life_cycle_5(X) = X1 ) ) ).
fof(a532616,axiom,
! [X] :
( sexual_life_cycle_1(X)
=> ( original_name_2(X,'Sexual-Life-Cycle')
& user_description_2(X,'The birth-to-death sequence of life history stages in a sexually reproducing organism.')
& concept2words_2(X,'undergo the sexual life cycle')
& concept2words_2(X,'sexual life cycle')
& concept2words_2(X,'sexual-life-cycle')
& reproductive_cycle_1(X)
& ~ animal_life_cycle_1(X)
& ~ determinate_growth_1(X)
& ~ fungal_life_cycle_1(X)
& ~ gastrulation_1(X)
& ~ iteroparity_1(X)
& ~ life_cycle_of_drosophila_1(X)
& ~ life_history_1(X)
& ~ morphogenesis_1(X)
& ~ muscle_cell_determination_1(X)
& ~ plant_life_cycle_1(X)
& ~ skeletal_muscle_cell_differentiation_1(X)
& eukaryote_1(fn_sexual_life_cycle_1(X))
& eukaryote_1(fn_sexual_life_cycle_2(X))
& eukaryote_1(fn_sexual_life_cycle_3(X))
& genetic_variation_1(fn_sexual_life_cycle_4(X))
& sexual_reproduction_1(fn_sexual_life_cycle_5(X))
& object_2(X,fn_sexual_life_cycle_1(X))
& object_2(X,fn_sexual_life_cycle_2(X))
& result_2(X,fn_sexual_life_cycle_3(X))
& subevent_2(X,fn_sexual_life_cycle_5(X))
& causes_2(X,fn_sexual_life_cycle_4(X)) ) ) ).
fof(a532617,axiom,
! [X,X2,X1] :
( ( subevent_2(X,X1)
& next_event_2(X2,X1)
& subevent_2(X,X2)
& random_fertilization_1(X1)
& reproduce_1(X)
& meiosis_1(X2) )
=> ( sexual_reproduction_1(X)
& fn_sexual_reproduction_3(X) = X1
& fn_sexual_reproduction_2(X) = X2 ) ) ).
fof(a532618,axiom,
! [X] :
( sexual_reproduction_1(X)
=> ( original_name_2(X,'Sexual-Reproduction')
& user_description_2(X,'It is the process by which a eukaryotic organism alongwith its complement organism functions as parent and creates its offspring and passes on its genetic material to the offspring. It mainly involves two processes \'Meiosis\' and \'Fertilization\'.')
& concept2words_2(X,reproduce)
& concept2words_2(X,'sexual reproduction')
& concept2words_2(X,'sexual-reproduction')
& reproduce_1(X)
& ~ asexual_reproduction_1(X)
& meiosis_1(fn_sexual_reproduction_2(X))
& random_fertilization_1(fn_sexual_reproduction_3(X))
& eukaryote_1(fn_sexual_reproduction_4(X))
& transmit_1(fn_sexual_reproduction_5(X))
& dna_1(fn_sexual_reproduction_6(X))
& eukaryote_1(fn_sexual_reproduction_7(X))
& tangible_entity_1(fn_transmit_2(fn_sexual_reproduction_5(X)))
& next_event_2(fn_sexual_reproduction_2(X),fn_sexual_reproduction_3(X))
& donor_2(fn_sexual_reproduction_5(X),fn_sexual_reproduction_4(X))
& recipient_2(fn_sexual_reproduction_5(X),fn_sexual_reproduction_7(X))
& subevent_2(X,fn_sexual_reproduction_2(X))
& subevent_2(X,fn_sexual_reproduction_3(X))
& subevent_2(X,fn_sexual_reproduction_5(X))
& object_2(fn_sexual_reproduction_5(X),fn_sexual_reproduction_6(X))
& agent_2(X,fn_sexual_reproduction_4(X))
& base_2(X,fn_sexual_reproduction_4(X))
& result_2(X,fn_sexual_reproduction_7(X))
& fn_sexual_reproduction_6(X) = fn_transmit_2(fn_sexual_reproduction_5(X))
& fn_sexual_reproduction_7(X) = fn_reproduce_2(X)
& fn_sexual_reproduction_4(X) = fn_reproduce_1(X) ) ) ).
fof(a532619,axiom,
! [X] :
( sexual_selection_1(X)
=> ( original_name_2(X,'Sexual-Selection')
& user_description_2(X,'A form of natural selection that acts differently on males and females within species in which males and females have different, sometimes conflicting, reproductive strategies.')
& concept2words_2(X,'sexual selection')
& concept2words_2(X,'sexual-selection')
& selection_force_1(X) ) ) ).
fof(a532620,axiom,
! [X] :
( shaken_attribute_group_1(X)
=> ( original_name_2(X,'SHAKEN-Attribute-Group')
& concept2words_2(X,'shaken attribute group')
& concept2words_2(X,'shaken-attribute-group')
& shaken_slot_group_1(X) ) ) ).
fof(a532621,axiom,
! [X] :
( shaken_column_content_order_constant_1(X)
=> ( original_name_2(X,'SHAKEN-Column-Content-Order-Constant')
& concept2words_2(X,'shaken column content order constant')
& concept2words_2(X,'shaken-column-content-order-constant')
& thing_1(X) ) ) ).
fof(a532622,axiom,
! [X] :
( shaken_partition_1(X)
=> ( original_name_2(X,'SHAKEN-Partition')
& concept2words_2(X,'shaken partition')
& concept2words_2(X,'shaken-partition')
& partition_1(X) ) ) ).
fof(a532623,axiom,
! [X] :
( shaken_slot_group_1(X)
=> ( original_name_2(X,'SHAKEN-Slot-Group')
& concept2words_2(X,'shaken slot group')
& concept2words_2(X,'shaken-slot-group')
& slot_1(X) ) ) ).
fof(a532624,axiom,
! [X] :
( shaken_slot_group_1(X)
=> ( original_name_2(X,'Shaken-Slot-Group')
& concept2words_2(X,'shaken slot group')
& concept2words_2(X,'shaken-slot-group')
& km_slot_group_1(X) ) ) ).
fof(a532625,axiom,
! [X] :
( shaken_table_1(X)
=> ( original_name_2(X,'SHAKEN-Table')
& concept2words_2(X,'shaken table')
& concept2words_2(X,'shaken-table')
& thing_1(X) ) ) ).
fof(a532626,axiom,
! [X] :
( shaken_table_column_1(X)
=> ( original_name_2(X,'SHAKEN-Table-Column')
& concept2words_2(X,'shaken table column')
& concept2words_2(X,'shaken-table-column')
& thing_1(X) ) ) ).
fof(a532627,axiom,
! [X] :
( shaken_table_header_column_1(X)
=> ( original_name_2(X,'SHAKEN-Table-Header-Column')
& concept2words_2(X,'shaken table header column')
& concept2words_2(X,'shaken-table-header-column')
& shaken_table_column_1(X) ) ) ).
fof(a532628,axiom,
! [X] :
( shape_changing_cell_1(X)
=> ( original_name_2(X,'Shape-Changing-Cell')
& user_description_2(X,'A cell that changes shape is cell showing shape change.')
& concept2words_2(X,'cell showing shape change')
& concept2words_2(X,'cell showing shape-change')
& concept2words_2(X,'shape changing cell')
& concept2words_2(X,'shape-changing-cell')
& cell_state_1(X)
& cell_shape_change_1(fn_shape_changing_cell_1(X))
& shape_value_1(fn_shape_changing_cell_2(X))
& shape_value_1(fn_shape_changing_cell_3(X))
& cell_1(fn_shape_changing_cell_6(X))
& property_node_1(fn_cell_3(fn_shape_changing_cell_6(X)))
& shape_value_1(fn_cell_5(fn_shape_changing_cell_6(X)))
& object_2(fn_shape_changing_cell_1(X),X)
& result_2(fn_shape_changing_cell_1(X),fn_shape_changing_cell_6(X))
& different_type_2(fn_shape_changing_cell_2(X),fn_shape_changing_cell_3(X))
& different_type_2(fn_shape_changing_cell_3(X),fn_shape_changing_cell_2(X))
& has_state_2(X,fn_shape_changing_cell_6(X))
& shape_2(X,fn_shape_changing_cell_3(X))
& shape_2(fn_shape_changing_cell_6(X),fn_shape_changing_cell_2(X))
& fn_shape_changing_cell_5(X) = fn_cell_3(X)
& fn_shape_changing_cell_3(X) = fn_cell_5(X)
& fn_shape_changing_cell_4(X) = fn_cell_3(fn_shape_changing_cell_6(X))
& fn_shape_changing_cell_2(X) = fn_cell_5(fn_shape_changing_cell_6(X)) ) ) ).
fof(a532629,axiom,
! [X] :
( shape_constant_1(X)
=> ( original_name_2(X,'Shape-Constant')
& concept2words_2(X,'constant of shape')
& concept2words_2(X,'shape constant')
& concept2words_2(X,'shape-constant')
& constant_1(X) ) ) ).
fof(a532630,axiom,
! [X] :
( shape_value_1(X)
=> ( original_name_2(X,'Shape-Value')
& description_2(X,'any spatial attributes (especially as defined by outline)')
& concept2words_2(X,form)
& concept2words_2(X,configuration)
& concept2words_2(X,contour)
& concept2words_2(X,conformation)
& concept2words_2(X,shape)
& concept2words_2(X,'value of shape')
& concept2words_2(X,'shape value')
& concept2words_2(X,'shape-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a532631,axiom,
! [X] :
( share_1(X)
=> ( original_name_2(X,'Share')
& user_description_2(X,'The act of utilization of resources by two entities.')
& concept2words_2(X,share)
& interact_1(X)
& entity_1(fn_share_1(X))
& entity_1(fn_share_2(X))
& entity_1(fn_share_3(X))
& object_2(X,fn_share_2(X))
& agent_2(X,fn_share_3(X))
& agent_2(X,fn_share_1(X))
& fn_share_3(X) != fn_share_1(X)
& fn_share_1(X) != fn_share_3(X) ) ) ).
fof(a532632,axiom,
! [X] :
( shear_1(X)
=> ( original_name_2(X,'Shear')
& user_description_2(X,'The processes of removing sections from a larger object by cutting or clipping.')
& concept2words_2(X,shear)
& break_1(X) ) ) ).
fof(a532633,axiom,
! [X] :
( shelf_1(X)
=> ( original_name_2(X,'Shelf')
& concept2words_2(X,shelf)
& furniture_1(X)
& ~ drawer_1(X)
& ~ cabinet_1(X) ) ) ).
fof(a532634,axiom,
! [X] :
( shell_1(X)
=> ( original_name_2(X,'Shell')
& user_description_2(X,'A rigid covering that protects an organism, such as the exoskeleton of molluscs and arthropods, or an object, such as the shell of a bird\'s egg.')
& concept2words_2(X,shell)
& anatomical_appendage_1(X) ) ) ).
fof(a532635,axiom,
! [X] :
( shell_calcification_1(X)
=> ( original_name_2(X,'Shell-Calcification')
& user_description_2(X,'The secretion of calcium carbonate which results in a hardened shell around certain aquatic animals.')
& concept2words_2(X,convert)
& concept2words_2(X,'calcification of shell')
& concept2words_2(X,'shell calcification')
& concept2words_2(X,'shell-calcification')
& biological_process_1(X)
& calcification_1(X)
& invertebrate_1(fn_shell_calcification_1(X))
& shell_1(fn_shell_calcification_2(X))
& calcium_carbonate_1(fn_shell_calcification_3(X))
& agent_2(X,fn_shell_calcification_1(X))
& has_part_2(fn_shell_calcification_2(X),fn_shell_calcification_3(X))
& has_part_2(fn_shell_calcification_1(X),fn_shell_calcification_2(X))
& result_2(X,fn_shell_calcification_3(X))
& fn_shell_calcification_3(X) = fn_calcification_1(X) ) ) ).
fof(a532636,axiom,
! [X] :
( shelled_egg_1(X)
=> ( original_name_2(X,'Shelled-Egg')
& user_description_2(X,'An egg with an outer covering, shell around the zygote is a shelled egg.')
& concept2words_2(X,'shelled egg')
& concept2words_2(X,'shelled-egg')
& egg_1(X)
& yolk_1(fn_shelled_egg_1(X))
& feed_1(fn_shelled_egg_2(X))
& defense_1(fn_shelled_egg_3(X))
& nutrient_1(fn_shelled_egg_4(X))
& egg_shell_1(fn_shelled_egg_5(X))
& zygote_1(fn_shelled_egg_6(X))
& plays_2(fn_shelled_egg_1(X),fn_shelled_egg_4(X))
& base_2(fn_shelled_egg_2(X),X)
& raw_material_2(fn_shelled_egg_2(X),fn_shelled_egg_1(X))
& object_2(fn_shelled_egg_3(X),X)
& agent_2(fn_shelled_egg_3(X),fn_shelled_egg_5(X))
& in_event_2(fn_shelled_egg_4(X),fn_shelled_egg_2(X))
& is_outside_2(fn_shelled_egg_5(X),fn_shelled_egg_6(X))
& has_part_2(X,fn_shelled_egg_1(X))
& has_part_2(X,fn_shelled_egg_5(X))
& has_part_2(X,fn_shelled_egg_6(X)) ) ) ).
fof(a532637,axiom,
! [X] :
( shewanella_oneidensis_1(X)
=> ( original_name_2(X,'Shewanella-Oneidensis')
& user_description_2(X,'A species of bacteria that reduces heavy metals and is used in bioremediation projects.')
& concept2words_2(X,'shewanella oneidensis')
& concept2words_2(X,'shewanella-oneidensis')
& bacterium_1(X)
& uranium_1(fn_shewanella_oneidensis_1(X))
& leaching_1(fn_shewanella_oneidensis_2(X))
& nitrogen_1(fn_shewanella_oneidensis_3(X))
& chromium_1(fn_shewanella_oneidensis_4(X))
& uranium_1(fn_shewanella_oneidensis_5(X))
& chromium_1(fn_shewanella_oneidensis_6(X))
& nitrogen_1(fn_shewanella_oneidensis_7(X))
& mixture_1(fn_shewanella_oneidensis_12(X))
& cytoplasm_1(fn_shewanella_oneidensis_12(X))
& ribosome_1(fn_shewanella_oneidensis_13(X))
& prokaryotic_ribosome_1(fn_shewanella_oneidensis_13(X))
& chromosome_1(fn_shewanella_oneidensis_14(X))
& prokaryotic_chromosome_1(fn_shewanella_oneidensis_14(X))
& cell_wall_1(fn_shewanella_oneidensis_15(X))
& nucleoid_1(fn_shewanella_oneidensis_16(X))
& volume_value_1(fn_shewanella_oneidensis_17(X))
& size_value_1(fn_shewanella_oneidensis_18(X))
& substance_1(fn_shewanella_oneidensis_19(X))
& cytosol_1(fn_shewanella_oneidensis_19(X))
& solubility_value_1(fn_shewanella_oneidensis_25(X))
& solubility_value_1(fn_shewanella_oneidensis_26(X))
& solubility_value_1(fn_shewanella_oneidensis_27(X))
& solubility_value_1(fn_shewanella_oneidensis_28(X))
& solubility_value_1(fn_shewanella_oneidensis_29(X))
& solubility_value_1(fn_shewanella_oneidensis_31(X))
& spatial_entity_1(fn_shewanella_oneidensis_32(X))
& biomembrane_1(fn_shewanella_oneidensis_32(X))
& plasma_membrane_1(fn_shewanella_oneidensis_32(X))
& water_1(fn_shewanella_oneidensis_33(X))
& surface_1(fn_shewanella_oneidensis_34(X))
& temperature_value_1(fn_shewanella_oneidensis_35(X))
& bioremediation_1(fn_shewanella_oneidensis_36(X))
& specific_heat_value_1(fn_shewanella_oneidensis_37(X))
& tangible_entity_1(fn_shewanella_oneidensis_38(X))
& phospholipid_bilayer_1(fn_shewanella_oneidensis_38(X))
& remove_1(fn_shewanella_oneidensis_39(X))
& chemoheterotroph_1(fn_shewanella_oneidensis_40(X))
& property_node_1(fn_solubility_value_1(fn_shewanella_oneidensis_26(X)))
& property_node_1(fn_solubility_value_1(fn_shewanella_oneidensis_27(X)))
& property_node_1(fn_solubility_value_1(fn_shewanella_oneidensis_28(X)))
& property_node_1(fn_solubility_value_1(fn_shewanella_oneidensis_25(X)))
& property_node_1(fn_solubility_value_1(fn_shewanella_oneidensis_31(X)))
& property_node_1(fn_solubility_value_1(fn_shewanella_oneidensis_29(X)))
& remove_1(fn_bioremediation_5(fn_shewanella_oneidensis_36(X)))
& organism_1(fn_heterotroph_2(fn_shewanella_oneidensis_40(X)))
& organism_1(fn_bioremediation_1(fn_shewanella_oneidensis_36(X)))
& prevents_2(fn_shewanella_oneidensis_36(X),fn_shewanella_oneidensis_2(X))
& result_2(fn_shewanella_oneidensis_36(X),fn_shewanella_oneidensis_3(X))
& result_2(fn_shewanella_oneidensis_36(X),fn_shewanella_oneidensis_4(X))
& result_2(fn_shewanella_oneidensis_36(X),fn_shewanella_oneidensis_5(X))
& raw_material_2(fn_shewanella_oneidensis_36(X),fn_shewanella_oneidensis_1(X))
& raw_material_2(fn_shewanella_oneidensis_36(X),fn_shewanella_oneidensis_6(X))
& raw_material_2(fn_shewanella_oneidensis_36(X),fn_shewanella_oneidensis_7(X))
& the_scalar_value_2(fn_shewanella_oneidensis_31(X),soluble_0)
& scalar_unit_class_2(fn_shewanella_oneidensis_31(X),metal_atom_0)
& solubility_in_water_2(fn_shewanella_oneidensis_1(X),fn_shewanella_oneidensis_31(X))
& fn_shewanella_oneidensis_1(X) != fn_shewanella_oneidensis_5(X)
& the_scalar_value_2(fn_shewanella_oneidensis_29(X),insoluble_0)
& scalar_unit_class_2(fn_shewanella_oneidensis_29(X),metal_atom_0)
& the_scalar_value_2(fn_shewanella_oneidensis_28(X),soluble_0)
& scalar_unit_class_2(fn_shewanella_oneidensis_28(X),metal_atom_0)
& the_scalar_value_2(fn_shewanella_oneidensis_27(X),insoluble_0)
& scalar_unit_class_2(fn_shewanella_oneidensis_27(X),metal_atom_0)
& the_scalar_value_2(fn_shewanella_oneidensis_26(X),soluble_0)
& scalar_unit_class_2(fn_shewanella_oneidensis_26(X),non_metal_atom_0)
& the_scalar_value_2(fn_shewanella_oneidensis_25(X),insoluble_0)
& scalar_unit_class_2(fn_shewanella_oneidensis_25(X),non_metal_atom_0)
& solubility_in_water_2(fn_shewanella_oneidensis_3(X),fn_shewanella_oneidensis_25(X))
& fn_shewanella_oneidensis_3(X) != fn_shewanella_oneidensis_7(X)
& solubility_in_water_2(fn_shewanella_oneidensis_4(X),fn_shewanella_oneidensis_27(X))
& fn_shewanella_oneidensis_4(X) != fn_shewanella_oneidensis_6(X)
& solubility_in_water_2(fn_shewanella_oneidensis_5(X),fn_shewanella_oneidensis_29(X))
& fn_shewanella_oneidensis_5(X) != fn_shewanella_oneidensis_1(X)
& fn_shewanella_oneidensis_6(X) != fn_shewanella_oneidensis_4(X)
& solubility_in_water_2(fn_shewanella_oneidensis_6(X),fn_shewanella_oneidensis_28(X))
& fn_shewanella_oneidensis_7(X) != fn_shewanella_oneidensis_3(X)
& solubility_in_water_2(fn_shewanella_oneidensis_7(X),fn_shewanella_oneidensis_26(X))
& is_inside_2(fn_shewanella_oneidensis_13(X),fn_shewanella_oneidensis_19(X))
& plays_2(X,fn_shewanella_oneidensis_40(X))
& agent_2(fn_shewanella_oneidensis_36(X),X)
& agent_2(fn_shewanella_oneidensis_39(X),X)
& by_means_of_2(fn_shewanella_oneidensis_36(X),fn_shewanella_oneidensis_39(X))
& temperature_2(X,fn_shewanella_oneidensis_35(X))
& has_part_2(X,fn_shewanella_oneidensis_33(X))
& specific_heat_2(fn_shewanella_oneidensis_33(X),fn_shewanella_oneidensis_37(X))
& correspondence_2(fn_shewanella_oneidensis_35(X),fn_shewanella_oneidensis_37(X))
& has_part_2(X,fn_shewanella_oneidensis_14(X))
& is_inside_2(fn_shewanella_oneidensis_14(X),fn_shewanella_oneidensis_16(X))
& has_region_2(X,fn_shewanella_oneidensis_16(X))
& has_part_2(fn_shewanella_oneidensis_12(X),fn_shewanella_oneidensis_19(X))
& volume_2(X,fn_shewanella_oneidensis_17(X))
& directly_proportional_2(fn_shewanella_oneidensis_18(X),fn_shewanella_oneidensis_17(X))
& size_2(X,fn_shewanella_oneidensis_18(X))
& has_region_2(X,fn_shewanella_oneidensis_34(X))
& is_at_2(fn_shewanella_oneidensis_38(X),fn_shewanella_oneidensis_34(X))
& has_part_2(fn_shewanella_oneidensis_32(X),fn_shewanella_oneidensis_38(X))
& has_part_2(X,fn_shewanella_oneidensis_13(X))
& has_part_2(X,fn_shewanella_oneidensis_32(X))
& is_inside_2(fn_shewanella_oneidensis_32(X),fn_shewanella_oneidensis_15(X))
& has_part_2(X,fn_shewanella_oneidensis_15(X))
& has_part_2(X,fn_shewanella_oneidensis_12(X))
& is_inside_2(fn_shewanella_oneidensis_12(X),fn_shewanella_oneidensis_32(X))
& fn_shewanella_oneidensis_23(X) = fn_solubility_value_1(fn_shewanella_oneidensis_26(X))
& fn_shewanella_oneidensis_22(X) = fn_solubility_value_1(fn_shewanella_oneidensis_27(X))
& fn_shewanella_oneidensis_24(X) = fn_solubility_value_1(fn_shewanella_oneidensis_28(X))
& fn_shewanella_oneidensis_21(X) = fn_solubility_value_1(fn_shewanella_oneidensis_25(X))
& fn_shewanella_oneidensis_30(X) = fn_solubility_value_1(fn_shewanella_oneidensis_31(X))
& fn_shewanella_oneidensis_20(X) = fn_solubility_value_1(fn_shewanella_oneidensis_29(X))
& X = fn_heterotroph_2(fn_shewanella_oneidensis_40(X))
& fn_shewanella_oneidensis_39(X) = fn_bioremediation_5(fn_shewanella_oneidensis_36(X))
& X = fn_bioremediation_1(fn_shewanella_oneidensis_36(X))
& fn_shewanella_oneidensis_11(X) = fn_organism_6(X)
& fn_shewanella_oneidensis_10(X) = fn_organism_1(X)
& fn_shewanella_oneidensis_35(X) = fn_organism_2(X)
& fn_shewanella_oneidensis_37(X) = fn_organism_5(X)
& fn_shewanella_oneidensis_33(X) = fn_organism_4(X)
& fn_shewanella_oneidensis_19(X) = fn_prokaryote_10(X)
& fn_shewanella_oneidensis_16(X) = fn_prokaryote_18(X)
& fn_shewanella_oneidensis_14(X) = fn_prokaryote_9(X)
& fn_shewanella_oneidensis_9(X) = fn_cell_23(X)
& fn_shewanella_oneidensis_8(X) = fn_cell_10(X)
& fn_shewanella_oneidensis_38(X) = fn_cell_26(X)
& fn_shewanella_oneidensis_34(X) = fn_cell_4(X)
& fn_shewanella_oneidensis_18(X) = fn_cell_11(X)
& fn_shewanella_oneidensis_17(X) = fn_cell_22(X)
& fn_shewanella_oneidensis_38(X) = fn_bacterium_5(X)
& fn_shewanella_oneidensis_13(X) = fn_bacterium_14(X)
& fn_shewanella_oneidensis_12(X) = fn_prokaryote_12(X)
& fn_shewanella_oneidensis_12(X) = fn_bacterium_16(X)
& fn_shewanella_oneidensis_15(X) = fn_bacterium_12(X)
& fn_shewanella_oneidensis_32(X) = fn_bacterium_15(X)
& fn_cell_26(X) = fn_bacterium_5(X)
& fn_bacterium_5(X) = fn_prokaryote_12(X)
& fn_bacterium_16(X) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_bacterium_16(X)
& fn_bacterium_16(X) = fn_heterotroph_2(fn_shewanella_oneidensis_40(X))
& fn_heterotroph_2(fn_shewanella_oneidensis_40(X)) = fn_bioremediation_1(fn_shewanella_oneidensis_36(X))
& fn_bioremediation_1(fn_shewanella_oneidensis_36(X)) = fn_bioremediation_1(fn_shewanella_oneidensis_36(X)) ) ) ).
fof(a532638,axiom,
! [X] :
( shipping_1(X)
=> ( original_name_2(X,'Shipping')
& concept2words_2(X,transportation)
& concept2words_2(X,shipping)
& concept2words_2(X,transport)
& concept2words_2(X,ship)
& activity_1(X) ) ) ).
fof(a532639,axiom,
! [X] :
( shivering_1(X)
=> ( original_name_2(X,'Shivering')
& user_description_2(X,'Shivering is an involuntary shaking of the body in response to hypothermia.')
& concept2words_2(X,shiver)
& concept2words_2(X,shivering)
& biological_process_1(X)
& muscle_contraction_1(fn_shivering_1(X))
& thermal_energy_1(fn_shivering_2(X))
& phosphate_ion_1(fn_shivering_3(X))
& dephosphorylation_of_atp_1(fn_shivering_4(X))
& free_energy_1(fn_shivering_5(X))
& free_energy_1(fn_exergonic_process_3(fn_shivering_4(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_shivering_4(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_shivering_4(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_shivering_4(X)))
& anion_1(fn_dephosphorylation_10(fn_shivering_4(X)))
& enables_2(fn_shivering_4(X),fn_shivering_1(X))
& minCardinality(X,subevent_0,"2",muscle_contraction_0)
& subevent_2(X,fn_shivering_1(X))
& result_2(X,fn_shivering_2(X))
& raw_material_2(X,fn_shivering_5(X))
& result_2(fn_shivering_4(X),fn_shivering_3(X))
& result_2(fn_shivering_4(X),fn_shivering_5(X))
& fn_shivering_3(X) = fn_exergonic_reaction_11(fn_shivering_4(X))
& fn_shivering_3(X) = fn_decomposition_reaction_4(fn_shivering_4(X))
& fn_shivering_3(X) = fn_hydrolysis_9(fn_shivering_4(X))
& fn_shivering_3(X) = fn_dephosphorylation_10(fn_shivering_4(X))
& fn_shivering_5(X) = fn_exergonic_process_3(fn_shivering_4(X))
& fn_exergonic_reaction_11(fn_shivering_4(X)) = fn_decomposition_reaction_4(fn_shivering_4(X))
& fn_decomposition_reaction_4(fn_shivering_4(X)) = fn_decomposition_reaction_4(fn_shivering_4(X))
& fn_decomposition_reaction_4(fn_shivering_4(X)) = fn_hydrolysis_9(fn_shivering_4(X))
& fn_hydrolysis_9(fn_shivering_4(X)) = fn_hydrolysis_9(fn_shivering_4(X))
& fn_hydrolysis_9(fn_shivering_4(X)) = fn_dephosphorylation_10(fn_shivering_4(X)) ) ) ).
fof(a532640,axiom,
! [X] :
( shmoo_1(X)
=> ( original_name_2(X,'Shmoo')
& user_description_2(X,'Name given to the cellular bulge that results from the response to mating factor in mating yeast, after its resemblance to the cartoon character of the same name.')
& concept2words_2(X,shmoo)
& life_stage_1(X)
& plasmid_1(fn_shmoo_1(X))
& plasma_membrane_1(fn_shmoo_2(X))
& lobe_1(fn_shmoo_3(X))
& extra_cellular_matrix_1(fn_shmoo_4(X))
& is_outside_2(fn_shmoo_4(X),X)
& is_outside_2(fn_shmoo_4(X),fn_shmoo_2(X))
& has_part_2(X,fn_shmoo_2(X))
& has_part_2(X,fn_shmoo_3(X))
& has_part_2(X,fn_shmoo_1(X)) ) ) ).
fof(a532641,axiom,
! [X] :
( shmoo_formation_1(X)
=> ( original_name_2(X,'Shmoo-Formation')
& user_description_2(X,'The process of formation of a cellular bulge (shmoo) in yeast as a response to the mating factor signals generated by the opposite mating type.')
& concept2words_2(X,'formation of shmoo')
& concept2words_2(X,'shmoo formation')
& concept2words_2(X,'shmoo-formation')
& cellular_process_1(X)
& grow_1(fn_shmoo_formation_1(X))
& yeast_1(fn_shmoo_formation_2(X))
& lobe_1(fn_shmoo_formation_3(X))
& shmoo_1(fn_shmoo_formation_4(X))
& lobe_1(fn_shmoo_3(fn_shmoo_formation_4(X)))
& has_state_2(fn_shmoo_formation_2(X),fn_shmoo_formation_4(X))
& base_2(X,fn_shmoo_formation_2(X))
& agent_2(X,fn_shmoo_formation_2(X))
& by_means_of_2(X,fn_shmoo_formation_1(X))
& result_2(X,fn_shmoo_formation_4(X))
& object_2(fn_shmoo_formation_1(X),fn_shmoo_formation_3(X))
& agent_2(fn_shmoo_formation_1(X),fn_shmoo_formation_2(X))
& has_part_2(fn_shmoo_formation_4(X),fn_shmoo_formation_3(X))
& fn_shmoo_formation_3(X) = fn_shmoo_3(fn_shmoo_formation_4(X)) ) ) ).
fof(a532642,axiom,
! [X] :
( shmoo_fusion_1(X)
=> ( original_name_2(X,'Shmoo-Fusion')
& user_description_2(X,'The fusion of the specialized form of yeast cells, called shmoos, which result from the formation of bulges in the yeast cell as a response to signaling with yeast mating factors. Shmoo fusion occurs during the mating of yeast cells.')
& concept2words_2(X,'yeast mating')
& concept2words_2(X,fuse)
& concept2words_2(X,'fusion of shmoo')
& concept2words_2(X,'shmoo fusion')
& concept2words_2(X,'shmoo-fusion')
& fusion_1(X)
& shmoo_1(fn_shmoo_fusion_1(X))
& shmoo_1(fn_shmoo_fusion_2(X))
& base_2(X,fn_shmoo_fusion_1(X))
& object_2(X,fn_shmoo_fusion_2(X))
& fn_shmoo_fusion_1(X) = fn_add_2(X)
& fn_shmoo_fusion_2(X) = fn_add_1(X) ) ) ).
fof(a532643,axiom,
! [X] :
( shoot_1(X)
=> ( original_name_2(X,'Shoot')
& user_description_2(X,'Shoots are new plant growth, they can include stems, flowering stems with flower buds, and leaves.')
& concept2words_2(X,shoot)
& plant_organ_1(X)
& stem_1(fn_shoot_1(X))
& leaf_1(fn_shoot_2(X))
& has_part_2(X,fn_shoot_1(X))
& has_part_2(X,fn_shoot_2(X)) ) ) ).
fof(a532644,axiom,
! [X] :
( shoot_apical_meristem_1(X)
=> ( original_name_2(X,'Shoot-Apical-Meristem')
& user_description_2(X,'Embryonic plant tissue in the tips of shoot is called as shoot apical meristem. The dividing cells of an apical meristem enable the plant to grow in length.')
& concept2words_2(X,'shoot apical meristem')
& concept2words_2(X,'shoot-apical-meristem')
& apical_meristem_1(X)
& ~ root_apical_meristem_1(X)
& tip_1(fn_shoot_apical_meristem_1(X))
& create_1(fn_shoot_apical_meristem_2(X))
& shoot_1(fn_shoot_apical_meristem_3(X))
& entity_1(fn_create_1(fn_shoot_apical_meristem_2(X)))
& site_2(fn_shoot_apical_meristem_2(X),X)
& has_region_2(fn_shoot_apical_meristem_3(X),fn_shoot_apical_meristem_1(X))
& is_at_2(X,fn_shoot_apical_meristem_1(X))
& result_2(fn_shoot_apical_meristem_2(X),fn_shoot_apical_meristem_3(X))
& fn_shoot_apical_meristem_3(X) = fn_create_1(fn_shoot_apical_meristem_2(X)) ) ) ).
fof(a532645,axiom,
! [X] :
( shoot_system_1(X)
=> ( original_name_2(X,'Shoot-System')
& user_description_2(X,'In plants, organs such as leaves, stems, and flowers, which usually occur above ground.')
& concept2words_2(X,'system of shoot')
& concept2words_2(X,'shoot system')
& concept2words_2(X,'shoot-system')
& organ_system_1(X) ) ) ).
fof(a532646,axiom,
! [X] :
( shore_1(X)
=> ( original_name_2(X,'Shore')
& user_description_2(X,'Region of land along the edge of an aquatic biome.')
& concept2words_2(X,shore)
& region_1(X) ) ) ).
fof(a532647,axiom,
! [X] :
( short_day_plant_1(X)
=> ( original_name_2(X,'Short-Day-Plant')
& user_description_2(X,'A plant that requires a long period of darkness for flowering. Short day plants typically bloom in late summer, fall, or winter.')
& concept2words_2(X,'short day plant')
& concept2words_2(X,'short-day plant')
& concept2words_2(X,'short-day-plant')
& flowering_control_plant_1(X) ) ) ).
fof(a532648,axiom,
! [X] :
( short_tandem_repeat_1(X)
=> ( original_name_2(X,'Short-Tandem-Repeat')
& user_description_2(X,'Repeating sequences of 2-6 nucleotides in DNA. Variation in the number of short tandem repeats (STRs) act as genetic markers and can be used to create genetic profiles of individuals.')
& concept2words_2(X,'short tandem repeat')
& concept2words_2(X,'short-tandem-repeat')
& tandemly_repeated_dna_1(X)
& ~ microsatellite_dna_1(X)
& ~ minisatellite_dna_1(X)
& ~ regular_satellite_dna_1(X)
& nucleotide_1(fn_short_tandem_repeat_1(X))
& short_tandem_repeat_1(fn_short_tandem_repeat_2(X))
& genetic_marker_1(fn_short_tandem_repeat_3(X))
& create_1(fn_short_tandem_repeat_4(X))
& genetic_profile_1(fn_short_tandem_repeat_5(X))
& entity_1(fn_create_1(fn_short_tandem_repeat_4(X)))
& dna_sequence_1(fn_genetic_marker_1(fn_short_tandem_repeat_3(X)))
& tandemly_repeated_dna_1(fn_tandemly_repeated_dna_1(fn_short_tandem_repeat_2(X)))
& instrument_2(fn_short_tandem_repeat_4(X),X)
& has_part_2(X,fn_short_tandem_repeat_1(X))
& maxCardinality(X,has_part_0,"5",nucleotide_0)
& result_2(fn_short_tandem_repeat_4(X),fn_short_tandem_repeat_5(X))
& plays_2(X,fn_short_tandem_repeat_3(X))
& abuts_2(X,fn_short_tandem_repeat_2(X))
& abuts_2(fn_short_tandem_repeat_2(X),X)
& fn_short_tandem_repeat_5(X) = fn_create_1(fn_short_tandem_repeat_4(X))
& X = fn_genetic_marker_1(fn_short_tandem_repeat_3(X))
& X = fn_tandemly_repeated_dna_1(fn_short_tandem_repeat_2(X))
& fn_genetic_marker_1(fn_short_tandem_repeat_3(X)) = fn_tandemly_repeated_dna_1(fn_short_tandem_repeat_2(X))
& fn_tandemly_repeated_dna_1(fn_short_tandem_repeat_2(X)) = fn_tandemly_repeated_dna_1(fn_short_tandem_repeat_2(X)) ) ) ).
fof(a532649,axiom,
! [X] :
( short_term_memory_1(X)
=> ( original_name_2(X,'Short-Term-Memory')
& user_description_2(X,'The ability to hold a small amount of information in one\'s mind in an active, readily accessible state for a short period of time, then release it when it becomes irrelevant.')
& concept2words_2(X,'short term memory')
& concept2words_2(X,'short-term-memory')
& memory_1(X)
& ~ long_term_memory_1(X) ) ) ).
fof(a532650,axiom,
! [X] :
( shotgun_sequencing_1(X)
=> ( original_name_2(X,'Shotgun-Sequencing')
& user_description_2(X,'A method for sequencing long strands of DNA.')
& concept2words_2(X,'shotgun sequencing')
& concept2words_2(X,'shotgun-sequencing')
& dna_technique_1(X)
& ~ absolute_dating_1(X)
& ~ atomic_tracking_1(X)
& ~ autoradiography_1(X)
& ~ cloning_1(X)
& ~ dna_mapping_1(X)
& ~ dna_microarray_1(X)
& ~ fetoscopy_1(X)
& ~ genetic_linkage_mapping_1(X)
& ~ gram_stain_1(X)
& ~ in_situ_hybridization_1(X)
& ~ in_vitro_hybridization_1(X)
& ~ mark_recapture_method_1(X)
& ~ microscopy_1(X)
& ~ molecular_clock_1(X)
& ~ nuclear_transplantation_1(X)
& ~ population_viability_analysis_1(X)
& ~ positron_emission_tomography_1(X)
& ~ radiometric_dating_1(X)
& ~ rule_of_addition_1(X)
& ~ testcross_1(X)
& ~ x_ray_crystallography_1(X) ) ) ).
fof(a532651,axiom,
! [X] :
( shut_out_1(X)
=> ( original_name_2(X,'Shut-Out')
& concept2words_2(X,'shut out')
& concept2words_2(X,shut_out)
& concept2words_2(X,exclude)
& concept2words_2(X,'keep out')
& concept2words_2(X,keep_out)
& concept2words_2(X,shut)
& concept2words_2(X,'shut-out')
& obstruct_1(X)
& tangible_entity_1(fn_shut_out_1(X))
& tangible_entity_1(fn_shut_out_2(X))
& container_1(fn_shut_out_3(X))
& tangible_entity_1(fn_barrier_1(fn_shut_out_3(X)))
& base_2(X,fn_shut_out_2(X))
& in_event_2(fn_shut_out_3(X),X)
& object_2(X,fn_shut_out_1(X))
& plays_2(fn_shut_out_2(X),fn_shut_out_3(X))
& fn_shut_out_1(X) = fn_obstruct_1(X)
& fn_shut_out_2(X) = fn_barrier_1(fn_shut_out_3(X)) ) ) ).
fof(a532652,axiom,
! [X] :
( sickle_cell_1(X)
=> ( original_name_2(X,'Sickle-Cell')
& user_description_2(X,'A red blood cell that has a sickle shape due to an abnormal form of hemoglobin (HbS).')
& concept2words_2(X,'cell of sickle')
& concept2words_2(X,'sickle cell')
& concept2words_2(X,'sickle-cell')
& erythrocyte_1(X)
& solid_substance_1(fn_sickle_cell_1(X))
& liquid_substance_1(fn_sickle_cell_2(X))
& electron_transport_chain_pathway_1(fn_sickle_cell_3(X))
& eukaryotic_oxidative_phosphorylation_1(fn_sickle_cell_4(X))
& metabolic_pathway_1(fn_sickle_cell_5(X))
& endergonic_process_1(fn_sickle_cell_5(X))
& chemical_reaction_1(fn_sickle_cell_5(X))
& synthesis_of_organic_molecule_1(fn_sickle_cell_5(X))
& anabolic_pathway_1(fn_sickle_cell_5(X))
& synthesis_of_atp_1(fn_sickle_cell_5(X))
& catabolic_pathway_1(fn_sickle_cell_6(X))
& synthesis_reaction_1(fn_sickle_cell_7(X))
& chemical_reaction_1(fn_sickle_cell_7(X))
& anabolic_pathway_1(fn_sickle_cell_7(X))
& metabolic_pathway_1(fn_sickle_cell_7(X))
& endergonic_reaction_1(fn_sickle_cell_7(X))
& synthesis_of_lipid_1(fn_sickle_cell_7(X))
& support_1(fn_sickle_cell_8(X))
& support_1(fn_sickle_cell_9(X))
& carry_1(fn_sickle_cell_10(X))
& carry_1(fn_sickle_cell_11(X))
& tangible_entity_1(fn_sickle_cell_12(X))
& phospholipid_bilayer_1(fn_sickle_cell_12(X))
& microtubule_1(fn_sickle_cell_13(X))
& create_1(fn_sickle_cell_14(X))
& produce_1(fn_sickle_cell_14(X))
& substance_1(fn_sickle_cell_15(X))
& cytosol_1(fn_sickle_cell_15(X))
& support_1(fn_sickle_cell_16(X))
& support_1(fn_sickle_cell_17(X))
& volume_value_1(fn_sickle_cell_18(X))
& size_value_1(fn_sickle_cell_19(X))
& golgi_apparatus_1(fn_sickle_cell_20(X))
& endoplasmic_reticulum_1(fn_sickle_cell_21(X))
& smooth_endoplasmic_reticulum_1(fn_sickle_cell_21(X))
& endoplasmic_reticulum_1(fn_sickle_cell_22(X))
& rough_endoplasmic_reticulum_1(fn_sickle_cell_22(X))
& semiautonomous_organelle_1(fn_sickle_cell_23(X))
& organelle_1(fn_sickle_cell_23(X))
& mitochondrion_1(fn_sickle_cell_23(X))
& tangible_entity_1(fn_sickle_cell_24(X))
& nucleus_1(fn_sickle_cell_24(X))
& centrosome_1(fn_sickle_cell_25(X))
& eukaryotic_chromosome_1(fn_sickle_cell_26(X))
& chromosome_1(fn_sickle_cell_26(X))
& ribosome_1(fn_sickle_cell_27(X))
& eukaryotic_ribosome_1(fn_sickle_cell_27(X))
& tangible_entity_1(fn_sickle_cell_28(X))
& spatial_entity_1(fn_sickle_cell_28(X))
& biomembrane_1(fn_sickle_cell_28(X))
& animal_plasma_membrane_1(fn_sickle_cell_28(X))
& plasma_membrane_1(fn_sickle_cell_28(X))
& suspension_1(fn_sickle_cell_29(X))
& colloid_1(fn_sickle_cell_29(X))
& mixture_1(fn_sickle_cell_29(X))
& cytoplasm_1(fn_sickle_cell_29(X))
& cell_pole_1(fn_sickle_cell_30(X))
& cell_pole_1(fn_sickle_cell_31(X))
& surface_1(fn_sickle_cell_32(X))
& cellular_work_1(fn_sickle_cell_33(X))
& active_transport_1(fn_sickle_cell_33(X))
& active_movement_of_ions_1(fn_sickle_cell_33(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_sickle_cell_33(X))
& eukaryotic_cellular_respiration_1(fn_sickle_cell_34(X))
& move_1(fn_sickle_cell_37(X))
& peroxisome_1(fn_sickle_cell_38(X))
& tangible_entity_1(fn_carry_1(fn_sickle_cell_11(X)))
& subevent_2(fn_sickle_cell_10(X),fn_sickle_cell_11(X))
& first_subevent_2(fn_sickle_cell_10(X),fn_sickle_cell_11(X))
& has_part_2(X,fn_sickle_cell_1(X))
& has_part_2(X,fn_sickle_cell_2(X))
& is_inside_2(fn_sickle_cell_1(X),fn_sickle_cell_2(X))
& agent_2(fn_sickle_cell_11(X),X)
& object_2(fn_sickle_cell_16(X),X)
& agent_2(fn_sickle_cell_16(X),fn_sickle_cell_28(X))
& has_function_2(fn_sickle_cell_23(X),fn_sickle_cell_4(X))
& is_between_2(fn_sickle_cell_29(X),fn_sickle_cell_28(X))
& the_scalar_value_2(fn_sickle_cell_19(X),big_0)
& scalar_unit_class_2(fn_sickle_cell_19(X),prokaryote_0)
& base_2(fn_sickle_cell_33(X),X)
& is_at_2(fn_sickle_cell_12(X),fn_sickle_cell_32(X))
& has_part_2(X,fn_sickle_cell_21(X))
& site_2(fn_sickle_cell_6(X),fn_sickle_cell_23(X))
& volume_2(X,fn_sickle_cell_18(X))
& directly_proportional_2(fn_sickle_cell_19(X),fn_sickle_cell_18(X))
& size_2(X,fn_sickle_cell_19(X))
& has_part_2(X,fn_sickle_cell_25(X))
& agent_2(fn_sickle_cell_9(X),fn_sickle_cell_28(X))
& object_2(fn_sickle_cell_9(X),X)
& has_part_2(X,fn_sickle_cell_22(X))
& fn_sickle_cell_21(X) != fn_sickle_cell_22(X)
& fn_sickle_cell_22(X) != fn_sickle_cell_21(X)
& has_function_2(fn_sickle_cell_25(X),fn_sickle_cell_14(X))
& result_2(fn_sickle_cell_14(X),fn_sickle_cell_13(X))
& has_function_2(fn_sickle_cell_13(X),fn_sickle_cell_17(X))
& object_2(fn_sickle_cell_17(X),X)
& has_region_2(X,fn_sickle_cell_30(X))
& base_2(fn_sickle_cell_7(X),X)
& site_2(fn_sickle_cell_7(X),fn_sickle_cell_21(X))
& has_function_2(fn_sickle_cell_21(X),fn_sickle_cell_7(X))
& abuts_2(fn_sickle_cell_22(X),fn_sickle_cell_21(X))
& abuts_2(fn_sickle_cell_21(X),fn_sickle_cell_22(X))
& is_inside_2(fn_sickle_cell_27(X),fn_sickle_cell_15(X))
& has_part_2(X,fn_sickle_cell_27(X))
& has_part_2(X,fn_sickle_cell_26(X))
& is_inside_2(fn_sickle_cell_26(X),fn_sickle_cell_24(X))
& has_part_2(X,fn_sickle_cell_24(X))
& base_2(fn_sickle_cell_5(X),X)
& site_2(fn_sickle_cell_5(X),fn_sickle_cell_23(X))
& has_part_2(X,fn_sickle_cell_23(X))
& has_part_2(X,fn_sickle_cell_28(X))
& has_part_2(fn_sickle_cell_28(X),fn_sickle_cell_12(X))
& destination_2(fn_sickle_cell_37(X),fn_sickle_cell_23(X))
& causes_2(fn_sickle_cell_37(X),fn_sickle_cell_6(X))
& base_2(fn_sickle_cell_6(X),X)
& has_part_2(X,fn_sickle_cell_29(X))
& is_between_2(fn_sickle_cell_29(X),fn_sickle_cell_24(X))
& first_subevent_2(fn_sickle_cell_4(X),fn_sickle_cell_3(X))
& site_2(fn_sickle_cell_4(X),fn_sickle_cell_23(X))
& is_inside_2(fn_sickle_cell_23(X),fn_sickle_cell_15(X))
& is_inside_2(fn_sickle_cell_24(X),fn_sickle_cell_15(X))
& is_near_2(fn_sickle_cell_24(X),fn_sickle_cell_25(X))
& is_near_2(fn_sickle_cell_25(X),fn_sickle_cell_24(X))
& is_inside_2(fn_sickle_cell_29(X),fn_sickle_cell_28(X))
& agent_2(fn_sickle_cell_8(X),fn_sickle_cell_28(X))
& object_2(fn_sickle_cell_8(X),X)
& has_part_2(X,fn_sickle_cell_38(X))
& origin_2(fn_sickle_cell_37(X),fn_sickle_cell_38(X))
& base_2(fn_sickle_cell_3(X),X)
& subevent_2(fn_sickle_cell_4(X),fn_sickle_cell_3(X))
& base_2(fn_sickle_cell_4(X),X)
& has_region_2(X,fn_sickle_cell_31(X))
& is_opposite_2(fn_sickle_cell_31(X),fn_sickle_cell_30(X))
& is_opposite_2(fn_sickle_cell_30(X),fn_sickle_cell_31(X))
& site_2(fn_sickle_cell_34(X),fn_sickle_cell_29(X))
& has_part_2(fn_sickle_cell_29(X),fn_sickle_cell_15(X))
& is_inside_2(fn_sickle_cell_20(X),fn_sickle_cell_15(X))
& has_part_2(X,fn_sickle_cell_20(X))
& has_region_2(X,fn_sickle_cell_32(X))
& has_function_2(X,fn_sickle_cell_10(X))
& agent_2(fn_sickle_cell_10(X),X)
& has_function_2(X,fn_sickle_cell_34(X))
& base_2(fn_sickle_cell_34(X),X)
& has_function_2(X,fn_sickle_cell_33(X))
& X = fn_carry_1(fn_sickle_cell_11(X))
& fn_sickle_cell_16(X) = fn_vertebrate_cell_11(X)
& fn_sickle_cell_35(X) = fn_erythrocyte_15(X)
& fn_sickle_cell_21(X) = fn_vertebrate_cell_19(X)
& fn_sickle_cell_36(X) = fn_erythrocyte_14(X)
& fn_sickle_cell_19(X) = fn_erythrocyte_41(X)
& fn_sickle_cell_18(X) = fn_erythrocyte_45(X)
& fn_sickle_cell_22(X) = fn_vertebrate_cell_20(X)
& fn_sickle_cell_9(X) = fn_erythrocyte_73(X)
& fn_sickle_cell_17(X) = fn_erythrocyte_47(X)
& fn_sickle_cell_13(X) = fn_erythrocyte_37(X)
& fn_sickle_cell_14(X) = fn_erythrocyte_38(X)
& fn_sickle_cell_22(X) = fn_erythrocyte_50(X)
& fn_sickle_cell_21(X) = fn_erythrocyte_20(X)
& fn_sickle_cell_7(X) = fn_erythrocyte_22(X)
& fn_sickle_cell_26(X) = fn_erythrocyte_51(X)
& fn_sickle_cell_27(X) = fn_vertebrate_cell_25(X)
& fn_sickle_cell_27(X) = fn_erythrocyte_52(X)
& fn_sickle_cell_12(X) = fn_erythrocyte_30(X)
& fn_sickle_cell_28(X) = fn_vertebrate_cell_26(X)
& fn_sickle_cell_23(X) = fn_vertebrate_cell_21(X)
& fn_sickle_cell_5(X) = fn_erythrocyte_7(X)
& fn_sickle_cell_6(X) = fn_erythrocyte_8(X)
& fn_sickle_cell_25(X) = fn_erythrocyte_49(X)
& fn_sickle_cell_24(X) = fn_vertebrate_cell_22(X)
& fn_sickle_cell_24(X) = fn_erythrocyte_21(X)
& fn_sickle_cell_23(X) = fn_erythrocyte_9(X)
& fn_sickle_cell_37(X) = fn_erythrocyte_80(X)
& fn_sickle_cell_38(X) = fn_erythrocyte_81(X)
& fn_sickle_cell_8(X) = fn_erythrocyte_48(X)
& fn_sickle_cell_28(X) = fn_erythrocyte_19(X)
& fn_sickle_cell_30(X) = fn_erythrocyte_42(X)
& fn_sickle_cell_31(X) = fn_erythrocyte_43(X)
& fn_sickle_cell_4(X) = fn_erythrocyte_6(X)
& fn_sickle_cell_3(X) = fn_erythrocyte_5(X)
& fn_sickle_cell_32(X) = fn_erythrocyte_44(X)
& fn_sickle_cell_20(X) = fn_vertebrate_cell_18(X)
& fn_sickle_cell_20(X) = fn_erythrocyte_13(X)
& fn_sickle_cell_29(X) = fn_vertebrate_cell_27(X)
& fn_sickle_cell_15(X) = fn_vertebrate_cell_9(X)
& fn_sickle_cell_15(X) = fn_erythrocyte_39(X)
& fn_sickle_cell_29(X) = fn_erythrocyte_53(X)
& fn_sickle_cell_33(X) = fn_erythrocyte_59(X)
& fn_sickle_cell_34(X) = fn_erythrocyte_46(X)
& fn_sickle_cell_10(X) = fn_erythrocyte_23(X)
& fn_erythrocyte_50(X) = fn_vertebrate_cell_20(X)
& fn_vertebrate_cell_20(X) = fn_erythrocyte_50(X)
& fn_erythrocyte_50(X) = fn_erythrocyte_50(X)
& fn_erythrocyte_50(X) = fn_vertebrate_cell_19(X)
& fn_vertebrate_cell_19(X) = fn_erythrocyte_20(X)
& fn_erythrocyte_20(X) = fn_erythrocyte_20(X)
& fn_erythrocyte_20(X) = fn_vertebrate_cell_25(X)
& fn_erythrocyte_52(X) = fn_vertebrate_cell_25(X)
& fn_vertebrate_cell_25(X) = fn_erythrocyte_52(X)
& fn_erythrocyte_52(X) = fn_vertebrate_cell_22(X)
& fn_erythrocyte_21(X) = fn_erythrocyte_21(X)
& fn_erythrocyte_21(X) = fn_vertebrate_cell_22(X)
& fn_vertebrate_cell_22(X) = fn_erythrocyte_21(X)
& fn_erythrocyte_21(X) = fn_erythrocyte_9(X)
& fn_erythrocyte_9(X) = fn_vertebrate_cell_21(X)
& fn_vertebrate_cell_21(X) = fn_erythrocyte_9(X)
& fn_erythrocyte_9(X) = fn_erythrocyte_9(X)
& fn_erythrocyte_9(X) = fn_vertebrate_cell_26(X)
& fn_erythrocyte_19(X) = fn_vertebrate_cell_26(X)
& fn_vertebrate_cell_26(X) = fn_erythrocyte_19(X)
& fn_erythrocyte_19(X) = fn_erythrocyte_19(X)
& fn_erythrocyte_19(X) = fn_vertebrate_cell_18(X)
& fn_erythrocyte_13(X) = fn_vertebrate_cell_18(X)
& fn_vertebrate_cell_18(X) = fn_erythrocyte_13(X)
& fn_erythrocyte_13(X) = fn_vertebrate_cell_9(X)
& fn_erythrocyte_39(X) = fn_erythrocyte_39(X)
& fn_erythrocyte_39(X) = fn_vertebrate_cell_9(X)
& fn_vertebrate_cell_9(X) = fn_erythrocyte_39(X)
& fn_erythrocyte_39(X) = fn_erythrocyte_53(X)
& fn_erythrocyte_53(X) = fn_vertebrate_cell_27(X)
& fn_vertebrate_cell_27(X) = fn_erythrocyte_53(X)
& fn_erythrocyte_53(X) = fn_erythrocyte_53(X) ) ) ).
fof(a532653,axiom,
! [X] :
( sickle_cell_anemia_1(X)
=> ( original_name_2(X,'Sickle-Cell-Anemia')
& user_description_2(X,'an autosomal recessive genetic blood disorder characterized by red blood cells that assume an abnormal, rigid, sickle shape.')
& concept2words_2(X,'sickle cell anemia')
& concept2words_2(X,'sickle-cell anemia')
& concept2words_2(X,'sickle-cell-anemia')
& human_genetic_disorder_1(X)
& ~ achondroplasia_1(X)
& ~ alkaptonuria_1(X)
& ~ angelman_syndrome_1(X)
& ~ cri_du_chat_syndrome_1(X)
& ~ cystic_fibrosis_1(X)
& ~ down_syndrome_1(X)
& ~ huntingtons_disease_1(X)
& ~ klinefelter_syndrome_1(X)
& ~ multifactorial_genetic_disorder_1(X)
& ~ phenylketonuria_1(X)
& ~ polydactyly_1(X)
& ~ prader_willi_syndrome_1(X)
& ~ sex_linked_human_genetic_disorder_1(X)
& ~ tay_sachs_disease_1(X)
& ~ triple_x_1(X)
& ~ turner_syndrome_1(X)
& has_condition_1(fn_sickle_cell_anemia_1(X))
& come_together_1(fn_sickle_cell_anemia_2(X))
& change_1(fn_sickle_cell_anemia_3(X))
& sickle_cell_1(fn_sickle_cell_anemia_4(X))
& impair_1(fn_sickle_cell_anemia_5(X))
& person_1(fn_sickle_cell_anemia_6(X))
& amino_acid_1(fn_sickle_cell_anemia_7(X))
& amino_acid_1(fn_sickle_cell_anemia_8(X))
& replace_1(fn_sickle_cell_anemia_9(X))
& oxygen_1(fn_sickle_cell_anemia_10(X))
& carry_1(fn_sickle_cell_anemia_11(X))
& spatial_entity_1(fn_move_1(fn_sickle_cell_anemia_11(X)))
& spatial_entity_1(fn_replace_1(fn_sickle_cell_anemia_9(X)))
& spatial_entity_1(fn_replace_2(fn_sickle_cell_anemia_9(X)))
& prevents_2(fn_sickle_cell_anemia_5(X),fn_sickle_cell_anemia_11(X))
& result_2(fn_sickle_cell_anemia_3(X),fn_sickle_cell_anemia_4(X))
& causes_2(fn_sickle_cell_anemia_2(X),fn_sickle_cell_anemia_3(X))
& object_2(fn_sickle_cell_anemia_1(X),X)
& experiencer_2(fn_sickle_cell_anemia_1(X),fn_sickle_cell_anemia_6(X))
& object_2(fn_sickle_cell_anemia_11(X),fn_sickle_cell_anemia_10(X))
& object_2(fn_sickle_cell_anemia_9(X),fn_sickle_cell_anemia_8(X))
& called_2(fn_sickle_cell_anemia_8(X),'old entity')
& object_2(fn_sickle_cell_anemia_9(X),fn_sickle_cell_anemia_7(X))
& called_2(fn_sickle_cell_anemia_7(X),'new entity')
& fn_sickle_cell_anemia_10(X) = fn_move_1(fn_sickle_cell_anemia_11(X))
& fn_sickle_cell_anemia_8(X) = fn_replace_1(fn_sickle_cell_anemia_9(X))
& fn_sickle_cell_anemia_7(X) = fn_replace_2(fn_sickle_cell_anemia_9(X)) ) ) ).
fof(a532654,axiom,
! [X] :
( sieve_plate_1(X)
=> ( original_name_2(X,'Sieve-Plate')
& user_description_2(X,'An end wall in a sieve-tube element, which facilitates the flow of phloem sap in angiosperm sieve tubes.')
& concept2words_2(X,'plate of sieve')
& concept2words_2(X,'sieve plate')
& concept2words_2(X,'sieve-plate')
& biological_region_1(X)
& ~ pericycle_1(X)
& ~ phloem_1(X)
& ~ scion_1(X)
& ~ secondary_plant_tissue_1(X)
& ~ stele_1(X)
& ~ vascular_cambium_1(X)
& ~ water_vascular_system_1(X)
& ~ xylem_1(X)
& pore_1(fn_sieve_plate_1(X))
& is_inside_2(fn_sieve_plate_1(X),X) ) ) ).
fof(a532655,axiom,
! [X] :
( sieve_tube_1(X)
=> ( original_name_2(X,'Sieve-Tube')
& user_description_2(X,'Sieve tube is formed by chain of sieve tube element')
& concept2words_2(X,'tube of sieve')
& concept2words_2(X,'sieve tube')
& concept2words_2(X,'sieve-tube')
& tangible_entity_1(X)
& aggregate_1(X)
& sieve_tube_element_1(fn_sieve_tube_1(X))
& sieve_plate_1(fn_sieve_tube_2(X))
& protein_enzyme_1(fn_sieve_tube_3(X))
& protein_enzyme_1(fn_sieve_tube_4(X))
& companion_cell_1(fn_sieve_tube_5(X))
& length_value_1(fn_sieve_tube_6(X))
& plasmodesmata_1(fn_sieve_tube_8(X))
& cytoplasmic_streaming_1(fn_sieve_tube_9(X))
& synthesis_of_atp_1(fn_sieve_tube_10(X))
& metabolic_pathway_1(fn_sieve_tube_11(X))
& eukaryotic_cellular_respiration_1(fn_sieve_tube_11(X))
& spatial_entity_1(fn_sieve_tube_12(X))
& mixture_1(fn_sieve_tube_12(X))
& suspension_1(fn_sieve_tube_12(X))
& colloid_1(fn_sieve_tube_12(X))
& cytoplasm_1(fn_sieve_tube_12(X))
& sieve_tube_element_1(fn_sieve_tube_13(X))
& companion_cell_1(fn_sieve_tube_14(X))
& eukaryotic_cell_1(fn_plasmodesmata_18(fn_sieve_tube_8(X)))
& cell_1(fn_plasmodesmata_18(fn_sieve_tube_8(X)))
& plant_cell_1(fn_plasmodesmata_18(fn_sieve_tube_8(X)))
& spatial_entity_1(fn_plant_cell_83(fn_sieve_tube_14(X)))
& mixture_1(fn_plant_cell_83(fn_sieve_tube_14(X)))
& suspension_1(fn_plant_cell_83(fn_sieve_tube_14(X)))
& colloid_1(fn_plant_cell_83(fn_sieve_tube_14(X)))
& cytoplasm_1(fn_plant_cell_83(fn_sieve_tube_14(X)))
& spatial_entity_1(fn_plant_cell_83(fn_sieve_tube_13(X)))
& mixture_1(fn_plant_cell_83(fn_sieve_tube_13(X)))
& suspension_1(fn_plant_cell_83(fn_sieve_tube_13(X)))
& colloid_1(fn_plant_cell_83(fn_sieve_tube_13(X)))
& cytoplasm_1(fn_plant_cell_83(fn_sieve_tube_13(X)))
& cytoplasmic_streaming_1(fn_plant_cell_89(fn_sieve_tube_14(X)))
& cytoplasmic_streaming_1(fn_plant_cell_89(fn_sieve_tube_13(X)))
& cell_1(fn_metabolic_pathway_1(fn_sieve_tube_10(X)))
& eukaryotic_cell_1(fn_plasmodesmata_19(fn_sieve_tube_8(X)))
& cell_1(fn_plasmodesmata_19(fn_sieve_tube_8(X)))
& plant_cell_1(fn_plasmodesmata_19(fn_sieve_tube_8(X)))
& eukaryotic_cellular_respiration_1(fn_eukaryotic_cell_23(fn_sieve_tube_13(X)))
& metabolic_pathway_1(fn_plant_cell_63(fn_sieve_tube_14(X)))
& eukaryotic_cellular_respiration_1(fn_plant_cell_63(fn_sieve_tube_14(X)))
& eukaryotic_cellular_respiration_1(fn_eukaryotic_cell_23(fn_sieve_tube_14(X)))
& metabolic_pathway_1(fn_plant_cell_63(fn_sieve_tube_13(X)))
& eukaryotic_cellular_respiration_1(fn_plant_cell_63(fn_sieve_tube_13(X)))
& the_scalar_value_2(fn_sieve_tube_6(X),long_0)
& scalar_unit_class_2(fn_sieve_tube_6(X),tangible_entity_0)
& is_along_2(fn_sieve_tube_14(X),fn_sieve_tube_13(X))
& fn_sieve_tube_14(X) != fn_sieve_tube_1(X)
& is_along_2(fn_sieve_tube_5(X),fn_sieve_tube_1(X))
& length_2(X,fn_sieve_tube_6(X))
& has_region_2(X,fn_sieve_tube_2(X))
& element_2(X,fn_sieve_tube_1(X))
& element_2(X,fn_sieve_tube_5(X))
& element_2(X,fn_sieve_tube_14(X))
& element_2(X,fn_sieve_tube_13(X))
& is_along_2(fn_sieve_tube_13(X),fn_sieve_tube_14(X))
& next_element_2(fn_sieve_tube_13(X),fn_sieve_tube_1(X))
& fn_sieve_tube_13(X) != fn_sieve_tube_1(X)
& fn_sieve_tube_4(X) != fn_sieve_tube_3(X)
& fn_sieve_tube_3(X) != fn_sieve_tube_4(X)
& site_2(fn_sieve_tube_11(X),fn_sieve_tube_12(X))
& is_between_2(fn_sieve_tube_2(X),fn_sieve_tube_1(X))
& is_between_2(fn_sieve_tube_2(X),fn_sieve_tube_13(X))
& agent_2(fn_sieve_tube_10(X),fn_sieve_tube_3(X))
& agent_2(fn_sieve_tube_10(X),fn_sieve_tube_4(X))
& base_2(fn_sieve_tube_10(X),fn_sieve_tube_13(X))
& is_along_2(fn_sieve_tube_1(X),fn_sieve_tube_5(X))
& fn_sieve_tube_1(X) != fn_sieve_tube_13(X)
& fn_sieve_tube_1(X) != fn_sieve_tube_14(X)
& base_2(fn_sieve_tube_10(X),fn_sieve_tube_14(X))
& has_function_2(fn_sieve_tube_14(X),fn_sieve_tube_11(X))
& base_2(fn_sieve_tube_11(X),fn_sieve_tube_13(X))
& is_between_2(fn_sieve_tube_8(X),fn_sieve_tube_13(X))
& abuts_2(fn_sieve_tube_13(X),fn_sieve_tube_14(X))
& is_between_2(fn_sieve_tube_8(X),fn_sieve_tube_14(X))
& fn_sieve_tube_14(X) != fn_sieve_tube_13(X)
& fn_sieve_tube_13(X) != fn_sieve_tube_14(X)
& abuts_2(fn_sieve_tube_14(X),fn_sieve_tube_13(X))
& has_function_2(fn_sieve_tube_13(X),fn_sieve_tube_11(X))
& base_2(fn_sieve_tube_11(X),fn_sieve_tube_14(X))
& base_2(fn_sieve_tube_9(X),fn_sieve_tube_14(X))
& object_2(fn_sieve_tube_9(X),fn_sieve_tube_12(X))
& fn_sieve_tube_14(X) = fn_metabolic_pathway_1(fn_sieve_tube_10(X))
& fn_sieve_tube_11(X) = fn_eukaryotic_cell_23(fn_sieve_tube_13(X))
& fn_sieve_tube_11(X) = fn_plant_cell_63(fn_sieve_tube_14(X))
& fn_sieve_tube_14(X) = fn_plasmodesmata_19(fn_sieve_tube_8(X))
& fn_sieve_tube_13(X) = fn_plasmodesmata_18(fn_sieve_tube_8(X))
& fn_sieve_tube_12(X) = fn_plant_cell_83(fn_sieve_tube_14(X))
& fn_sieve_tube_12(X) = fn_plant_cell_83(fn_sieve_tube_13(X))
& fn_sieve_tube_9(X) = fn_plant_cell_89(fn_sieve_tube_14(X))
& fn_sieve_tube_9(X) = fn_plant_cell_89(fn_sieve_tube_13(X))
& fn_sieve_tube_11(X) = fn_eukaryotic_cell_23(fn_sieve_tube_14(X))
& fn_sieve_tube_11(X) = fn_plant_cell_63(fn_sieve_tube_13(X))
& fn_metabolic_pathway_1(fn_sieve_tube_10(X)) = fn_plasmodesmata_19(fn_sieve_tube_8(X))
& fn_plasmodesmata_19(fn_sieve_tube_8(X)) = fn_plasmodesmata_19(fn_sieve_tube_8(X))
& fn_plasmodesmata_19(fn_sieve_tube_8(X)) = fn_eukaryotic_cell_23(fn_sieve_tube_13(X))
& fn_eukaryotic_cell_23(fn_sieve_tube_13(X)) = fn_plant_cell_63(fn_sieve_tube_14(X))
& fn_plant_cell_63(fn_sieve_tube_14(X)) = fn_plant_cell_63(fn_sieve_tube_14(X))
& fn_plant_cell_63(fn_sieve_tube_14(X)) = fn_eukaryotic_cell_23(fn_sieve_tube_14(X))
& fn_eukaryotic_cell_23(fn_sieve_tube_14(X)) = fn_plant_cell_63(fn_sieve_tube_13(X))
& fn_plant_cell_63(fn_sieve_tube_13(X)) = fn_plant_cell_63(fn_sieve_tube_13(X)) ) ) ).
fof(a532656,axiom,
! [X] :
( sieve_tube_element_1(X)
=> ( original_name_2(X,'Sieve-Tube-Element')
& user_description_2(X,'In plants, a living cell found in the phloem and functioning in the transport of sugars. The ends of sieve tube elements are connected to other sieve tube elements to make up the sieve tube.')
& concept2words_2(X,'sugar conducting cell')
& concept2words_2(X,'sieve cell')
& concept2words_2(X,'sieve tube member')
& concept2words_2(X,'sieve tube element')
& concept2words_2(X,'sieve-tube element')
& concept2words_2(X,'sieve-tube-element')
& plant_transport_cell_1(X)
& ~ bundle_sheath_cell_1(X)
& ~ collenchyma_cell_1(X)
& ~ companion_cell_1(X)
& ~ fiber_cell_1(X)
& ~ fusiform_initials_1(X)
& ~ guard_cell_1(X)
& ~ initial_meristem_1(X)
& ~ mesophyll_cell_1(X)
& ~ parenchyma_cell_1(X)
& ~ placental_transfer_cell_1(X)
& ~ plant_cell_inside_hypertonic_solution_1(X)
& ~ plant_cell_inside_hypotonic_solution_1(X)
& ~ plant_cell_inside_isotonic_solution_1(X)
& ~ rhizoid_1(X)
& ~ sclereid_1(X)
& ~ sclerenchyma_cell_1(X)
& ~ tracheid_1(X)
& ~ vessel_element_1(X)
& length_value_1(fn_sieve_tube_element_1(X))
& length_value_1(fn_sieve_tube_element_2(X))
& the_scalar_value_2(fn_sieve_tube_element_2(X),long_0)
& scalar_unit_class_2(fn_sieve_tube_element_2(X),plant_transport_cell_0)
& the_scalar_value_2(fn_sieve_tube_element_1(X),narrow_0)
& scalar_unit_class_2(fn_sieve_tube_element_1(X),plant_transport_cell_0)
& width_2(X,fn_sieve_tube_element_1(X))
& length_2(X,fn_sieve_tube_element_2(X)) ) ) ).
fof(a532657,axiom,
! [X] :
( sight_1(X)
=> ( original_name_2(X,'Sight')
& user_description_2(X,'The ability to receive and interpret the information contained in visible light.')
& concept2words_2(X,sight)
& sensory_process_1(X)
& ~ de_etiolation_1(X)
& ~ gustation_1(X)
& ~ lateral_line_system_1(X)
& ~ olfaction_1(X)
& ~ touch_1(X) ) ) ).
fof(a532658,axiom,
! [X] :
( sign_stimulus_1(X)
=> ( original_name_2(X,'Sign-Stimulus')
& user_description_2(X,'An external sensory stimulus that causes a fixed action pattern in an animal.')
& concept2words_2(X,'stimulus of sign')
& concept2words_2(X,'sign stimulus')
& concept2words_2(X,'sign-stimulus')
& innate_behavior_1(X) ) ) ).
fof(a532659,axiom,
! [X] :
( signal_1(X)
=> ( original_name_2(X,'Signal')
& user_description_2(X,'Message or instructions carried by a molecule or electrical pulse.')
& concept2words_2(X,signal)
& concept2words_2(X,signaling)
& concept2words_2(X,sign)
& role_1(X) ) ) ).
fof(a532660,axiom,
! [X] :
( signal_amplification_1(X)
=> ( original_name_2(X,'Signal-Amplification')
& user_description_2(X,'The strengthening of stimulus energy during transduction.')
& concept2words_2(X,amplification)
& concept2words_2(X,'amplification of signal')
& concept2words_2(X,'signal amplification')
& concept2words_2(X,'signal-amplification')
& cell_signaling_event_1(X)
& cascade_1(fn_signal_amplification_1(X))
& signal_1(fn_signal_amplification_2(X))
& intensity_value_1(fn_signal_amplification_3(X))
& intensity_value_1(fn_signal_amplification_4(X))
& message_1(fn_signal_amplification_5(X))
& chemical_entity_1(fn_signal_amplification_6(X))
& intensity_2(fn_signal_amplification_6(X),fn_signal_amplification_3(X))
& plays_2(fn_signal_amplification_6(X),fn_signal_amplification_2(X))
& intensity_2(fn_signal_amplification_5(X),fn_signal_amplification_4(X))
& greater_than_2(fn_signal_amplification_4(X),fn_signal_amplification_3(X))
& by_means_of_2(X,fn_signal_amplification_1(X))
& result_2(X,fn_signal_amplification_5(X))
& object_2(X,fn_signal_amplification_6(X)) ) ) ).
fof(a532661,axiom,
! [X] :
( signal_generation_1(X)
=> ( original_name_2(X,'Signal-Generation')
& user_description_2(X,'The production of a signal by a signaling cell during the process of cellular communication.')
& concept2words_2(X,transduction)
& concept2words_2(X,'signal transduction')
& concept2words_2(X,signal)
& concept2words_2(X,produce)
& concept2words_2(X,'generation of signal')
& concept2words_2(X,'signal generation')
& concept2words_2(X,'signal-generation')
& intracellular_process_1(X)
& cell_communication_event_1(X)
& signal_1(fn_signal_generation_1(X))
& synthesis_reaction_1(fn_signal_generation_2(X))
& organic_molecule_1(fn_signal_generation_3(X))
& cell_1(fn_signal_generation_4(X))
& chemical_entity_1(fn_signal_generation_5(X))
& chemical_entity_1(fn_chemical_reaction_2(fn_signal_generation_2(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_signal_generation_2(X)))
& plays_2(fn_signal_generation_5(X),fn_signal_generation_1(X))
& subevent_2(X,fn_signal_generation_2(X))
& agent_2(X,fn_signal_generation_4(X))
& result_2(X,fn_signal_generation_5(X))
& raw_material_2(fn_signal_generation_2(X),fn_signal_generation_3(X))
& result_2(fn_signal_generation_2(X),fn_signal_generation_5(X))
& base_2(X,fn_signal_generation_4(X))
& fn_signal_generation_3(X) = fn_chemical_reaction_2(fn_signal_generation_2(X))
& fn_signal_generation_5(X) = fn_chemical_reaction_1(fn_signal_generation_2(X))
& fn_signal_generation_4(X) = fn_intracellular_process_1(X) ) ) ).
fof(a532662,axiom,
! [X] :
( signal_peptide_1(X)
=> ( original_name_2(X,'Signal-Peptide')
& user_description_2(X,'A short sequence of amino acids at the amino end of a newly synthesized polypeptide that directs it to the endoplasmic reticulum or another organelle.')
& concept2words_2(X,'peptide of signal')
& concept2words_2(X,'signal peptide')
& concept2words_2(X,'signal-peptide')
& polypeptide_1(X)
& ~ endothelin_1(X)
& ~ globins_1(X)
& ~ heavy_chain_1(X)
& ~ light_chain_1(X)
& ~ neuropeptide_1(X)
& ~ peptide_hormone_1(X)
& ~ polypeptide_segment_1(X) ) ) ).
fof(a532663,axiom,
! [X] :
( signal_reception_1(X)
=> ( original_name_2(X,'Signal-Reception')
& user_description_2(X,'The target cell\'s detection of a signaling molecule coming from outside the cell.')
& concept2words_2(X,'chemical signal reception')
& concept2words_2(X,'signal detection')
& concept2words_2(X,receive)
& concept2words_2(X,'carry a signal')
& concept2words_2(X,'receive a signal')
& concept2words_2(X,'reception of signal')
& concept2words_2(X,'signal reception')
& concept2words_2(X,'signal-reception')
& cell_signaling_event_1(X)
& signal_1(fn_signal_reception_1(X))
& target_cell_1(fn_signal_reception_2(X))
& cell_1(fn_signal_reception_3(X))
& spatial_entity_1(fn_signal_reception_4(X))
& polymer_1(fn_signal_reception_4(X))
& receptor_protein_1(fn_signal_reception_4(X))
& chemical_entity_1(fn_signal_reception_5(X))
& ligand_binding_1(fn_signal_reception_6(X))
& monomer_1(fn_signal_reception_7(X))
& monomer_1(fn_signal_reception_8(X))
& receptor_site_1(fn_signal_reception_9(X))
& spatial_entity_1(fn_attach_2(fn_signal_reception_6(X)))
& chemical_entity_1(fn_ligand_binding_3(fn_signal_reception_6(X)))
& monomer_1(fn_polymer_4(fn_signal_reception_4(X)))
& receptor_site_1(fn_receptor_protein_1(fn_signal_reception_4(X)))
& monomer_1(fn_receptor_protein_5(fn_signal_reception_4(X)))
& cell_1(fn_target_cell_3(fn_signal_reception_2(X)))
& has_function_2(fn_signal_reception_4(X),X)
& complement_2(fn_signal_reception_4(X),fn_signal_reception_5(X))
& complement_2(fn_signal_reception_5(X),fn_signal_reception_4(X))
& fn_signal_reception_5(X) != fn_signal_reception_8(X)
& fn_signal_reception_5(X) != fn_signal_reception_7(X)
& plays_2(fn_signal_reception_5(X),fn_signal_reception_1(X))
& object_2(X,fn_signal_reception_5(X))
& instrument_2(X,fn_signal_reception_4(X))
& subevent_2(X,fn_signal_reception_6(X))
& site_2(fn_signal_reception_6(X),fn_signal_reception_9(X))
& fn_signal_reception_7(X) != fn_signal_reception_5(X)
& fn_signal_reception_8(X) != fn_signal_reception_5(X)
& facilitates_2(fn_signal_reception_9(X),X)
& base_2(fn_signal_reception_6(X),fn_signal_reception_4(X))
& base_2(X,fn_signal_reception_3(X))
& plays_2(fn_signal_reception_3(X),fn_signal_reception_2(X))
& object_2(fn_signal_reception_6(X),fn_signal_reception_5(X))
& has_function_2(fn_signal_reception_5(X),fn_signal_reception_6(X))
& has_region_2(fn_signal_reception_4(X),fn_signal_reception_9(X))
& has_part_2(fn_signal_reception_4(X),fn_signal_reception_7(X))
& has_part_2(fn_signal_reception_4(X),fn_signal_reception_8(X))
& fn_signal_reception_4(X) = fn_attach_2(fn_signal_reception_6(X))
& fn_signal_reception_3(X) = fn_cell_signaling_event_1(X)
& fn_signal_reception_3(X) = fn_target_cell_3(fn_signal_reception_2(X))
& fn_signal_reception_5(X) = fn_ligand_binding_3(fn_signal_reception_6(X))
& fn_signal_reception_8(X) = fn_polymer_4(fn_signal_reception_4(X))
& fn_signal_reception_9(X) = fn_receptor_protein_1(fn_signal_reception_4(X))
& fn_signal_reception_7(X) = fn_receptor_protein_5(fn_signal_reception_4(X))
& fn_cell_signaling_event_1(X) = fn_target_cell_3(fn_signal_reception_2(X)) ) ) ).
fof(a532664,axiom,
! [X] :
( signal_reception_with_testosterone_1(X)
=> ( original_name_2(X,'Signal-Reception-With-Testosterone')
& user_description_2(X,'The process of signal reception in which the signal molecule is testosterone.')
& concept2words_2(X,'receive a signal')
& concept2words_2(X,'signal reception with testosterone')
& concept2words_2(X,'signal-reception-with-testosterone')
& signal_reception_1(X)
& blood_1(fn_signal_reception_with_testosterone_1(X))
& ligand_1(fn_signal_reception_with_testosterone_2(X))
& monomer_1(fn_signal_reception_with_testosterone_7(X))
& monomer_1(fn_signal_reception_with_testosterone_8(X))
& attach_1(fn_signal_reception_with_testosterone_9(X))
& ligand_binding_1(fn_signal_reception_with_testosterone_9(X))
& tangible_entity_1(fn_signal_reception_with_testosterone_10(X))
& cell_1(fn_signal_reception_with_testosterone_10(X))
& animal_cell_1(fn_signal_reception_with_testosterone_10(X))
& move_into_1(fn_signal_reception_with_testosterone_11(X))
& testosterone_receptor_1(fn_signal_reception_with_testosterone_12(X))
& testosterone_1(fn_signal_reception_with_testosterone_13(X))
& mixture_1(fn_signal_reception_with_testosterone_14(X))
& cytoplasm_1(fn_signal_reception_with_testosterone_14(X))
& surface_1(fn_signal_reception_with_testosterone_15(X))
& cell_pole_1(fn_signal_reception_with_testosterone_16(X))
& cell_pole_1(fn_signal_reception_with_testosterone_17(X))
& biomembrane_1(fn_signal_reception_with_testosterone_18(X))
& plasma_membrane_1(fn_signal_reception_with_testosterone_18(X))
& animal_plasma_membrane_1(fn_signal_reception_with_testosterone_18(X))
& cytoskeleton_1(fn_signal_reception_with_testosterone_19(X))
& size_value_1(fn_signal_reception_with_testosterone_20(X))
& volume_value_1(fn_signal_reception_with_testosterone_21(X))
& tangible_entity_1(fn_signal_reception_with_testosterone_22(X))
& phospholipid_bilayer_1(fn_signal_reception_with_testosterone_22(X))
& size_value_1(fn_signal_reception_with_testosterone_23(X))
& size_value_1(fn_signal_reception_with_testosterone_24(X))
& protein_1(fn_signal_reception_with_testosterone_25(X))
& organic_molecule_1(fn_signal_reception_with_testosterone_25(X))
& polymer_1(fn_signal_reception_with_testosterone_25(X))
& spatial_entity_1(fn_signal_reception_with_testosterone_25(X))
& membrane_protein_1(fn_signal_reception_with_testosterone_25(X))
& tangible_entity_1(fn_signal_reception_with_testosterone_25(X))
& transmembrane_protein_1(fn_signal_reception_with_testosterone_25(X))
& integral_protein_1(fn_signal_reception_with_testosterone_25(X))
& transport_protein_1(fn_signal_reception_with_testosterone_25(X))
& hydrophobic_core_1(fn_signal_reception_with_testosterone_26(X))
& property_node_1(fn_polymer_9(fn_signal_reception_with_testosterone_12(X)))
& property_node_1(fn_polymer_10(fn_signal_reception_with_testosterone_12(X)))
& size_value_1(fn_polymer_8(fn_signal_reception_with_testosterone_12(X)))
& ligand_1(fn_ligand_binding_1(fn_signal_reception_with_testosterone_9(X)))
& property_node_1(fn_cell_10(fn_signal_reception_with_testosterone_10(X)))
& surface_1(fn_cell_4(fn_signal_reception_with_testosterone_10(X)))
& property_node_1(fn_cell_23(fn_signal_reception_with_testosterone_10(X)))
& volume_value_1(fn_cell_22(fn_signal_reception_with_testosterone_10(X)))
& size_value_1(fn_cell_11(fn_signal_reception_with_testosterone_10(X)))
& mixture_1(fn_cell_28(fn_signal_reception_with_testosterone_10(X)))
& cytoplasm_1(fn_cell_28(fn_signal_reception_with_testosterone_10(X)))
& cytoskeleton_1(fn_cell_2(fn_signal_reception_with_testosterone_10(X)))
& hydrophobic_core_1(fn_animal_plasma_membrane_51(fn_signal_reception_with_testosterone_18(X)))
& plasma_membrane_1(fn_cell_30(fn_signal_reception_with_testosterone_10(X)))
& spatial_entity_1(fn_move_1(fn_signal_reception_with_testosterone_11(X)))
& chemical_entity_1(fn_ligand_binding_3(fn_signal_reception_with_testosterone_9(X)))
& monomer_1(fn_polymer_6(fn_signal_reception_with_testosterone_12(X)))
& monomer_1(fn_polymer_4(fn_signal_reception_with_testosterone_12(X)))
& size_value_1(fn_lipid_2(fn_signal_reception_with_testosterone_13(X)))
& size_value_1(fn_polymer_7(fn_signal_reception_with_testosterone_12(X)))
& spatial_entity_1(fn_attach_2(fn_signal_reception_with_testosterone_9(X)))
& cell_pole_1(fn_animal_cell_1(fn_signal_reception_with_testosterone_10(X)))
& cell_pole_1(fn_animal_cell_13(fn_signal_reception_with_testosterone_10(X)))
& cell_pole_1(fn_cell_1(fn_signal_reception_with_testosterone_10(X)))
& tangible_entity_1(fn_move_into_1(fn_signal_reception_with_testosterone_11(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_signal_reception_with_testosterone_18(X)))
& tangible_entity_1(fn_biomembrane_63(fn_signal_reception_with_testosterone_18(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_signal_reception_with_testosterone_18(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_signal_reception_with_testosterone_18(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_signal_reception_with_testosterone_18(X)))
& tangible_entity_1(fn_cell_26(fn_signal_reception_with_testosterone_10(X)))
& phospholipid_bilayer_1(fn_cell_26(fn_signal_reception_with_testosterone_10(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_signal_reception_with_testosterone_18(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_signal_reception_with_testosterone_18(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_signal_reception_with_testosterone_18(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_signal_reception_with_testosterone_18(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_signal_reception_with_testosterone_18(X)))
& protein_1(fn_plasma_membrane_54(fn_signal_reception_with_testosterone_18(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_signal_reception_with_testosterone_18(X)))
& polymer_1(fn_plasma_membrane_54(fn_signal_reception_with_testosterone_18(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_signal_reception_with_testosterone_18(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_signal_reception_with_testosterone_18(X)))
& protein_1(fn_plasma_membrane_68(fn_signal_reception_with_testosterone_18(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_signal_reception_with_testosterone_18(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_signal_reception_with_testosterone_18(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_signal_reception_with_testosterone_18(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_signal_reception_with_testosterone_18(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_signal_reception_with_testosterone_18(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_signal_reception_with_testosterone_18(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_signal_reception_with_testosterone_18(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_signal_reception_with_testosterone_18(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_signal_reception_with_testosterone_18(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_signal_reception_with_testosterone_18(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_signal_reception_with_testosterone_18(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_signal_reception_with_testosterone_18(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_signal_reception_with_testosterone_18(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_signal_reception_with_testosterone_18(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_signal_reception_with_testosterone_18(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_signal_reception_with_testosterone_18(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_signal_reception_with_testosterone_18(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_signal_reception_with_testosterone_18(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_signal_reception_with_testosterone_18(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_signal_reception_with_testosterone_18(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_signal_reception_with_testosterone_18(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_signal_reception_with_testosterone_18(X)))
& first_subevent_2(X,fn_signal_reception_with_testosterone_11(X))
& subevent_2(X,fn_signal_reception_with_testosterone_11(X))
& the_scalar_value_2(fn_signal_reception_with_testosterone_20(X),big_0)
& scalar_unit_class_2(fn_signal_reception_with_testosterone_20(X),prokaryote_0)
& is_between_2(fn_signal_reception_with_testosterone_14(X),fn_signal_reception_with_testosterone_18(X))
& is_inside_2(fn_signal_reception_with_testosterone_14(X),fn_signal_reception_with_testosterone_10(X))
& is_outside_2(fn_signal_reception_with_testosterone_1(X),fn_signal_reception_with_testosterone_10(X))
& is_inside_2(fn_signal_reception_with_testosterone_12(X),fn_signal_reception_with_testosterone_14(X))
& origin_2(fn_signal_reception_with_testosterone_11(X),fn_signal_reception_with_testosterone_1(X))
& destination_2(fn_signal_reception_with_testosterone_11(X),fn_signal_reception_with_testosterone_14(X))
& path_2(fn_signal_reception_with_testosterone_11(X),fn_signal_reception_with_testosterone_26(X))
& next_event_2(fn_signal_reception_with_testosterone_11(X),fn_signal_reception_with_testosterone_9(X))
& has_part_2(fn_signal_reception_with_testosterone_10(X),fn_signal_reception_with_testosterone_12(X))
& object_2(fn_signal_reception_with_testosterone_11(X),fn_signal_reception_with_testosterone_13(X))
& base_2(fn_signal_reception_with_testosterone_11(X),fn_signal_reception_with_testosterone_10(X))
& plays_2(fn_signal_reception_with_testosterone_13(X),fn_signal_reception_with_testosterone_2(X))
& fn_signal_reception_with_testosterone_7(X) != fn_signal_reception_with_testosterone_13(X)
& fn_signal_reception_with_testosterone_13(X) != fn_signal_reception_with_testosterone_7(X)
& fn_signal_reception_with_testosterone_13(X) != fn_signal_reception_with_testosterone_8(X)
& fn_signal_reception_with_testosterone_8(X) != fn_signal_reception_with_testosterone_13(X)
& object_2(X,fn_signal_reception_with_testosterone_13(X))
& has_function_2(fn_signal_reception_with_testosterone_13(X),fn_signal_reception_with_testosterone_9(X))
& object_2(fn_signal_reception_with_testosterone_9(X),fn_signal_reception_with_testosterone_13(X))
& complement_2(fn_signal_reception_with_testosterone_13(X),fn_signal_reception_with_testosterone_12(X))
& instrument_2(X,fn_signal_reception_with_testosterone_12(X))
& complement_2(fn_signal_reception_with_testosterone_12(X),fn_signal_reception_with_testosterone_13(X))
& size_2(fn_signal_reception_with_testosterone_13(X),fn_signal_reception_with_testosterone_24(X))
& subevent_2(X,fn_signal_reception_with_testosterone_9(X))
& base_2(fn_signal_reception_with_testosterone_9(X),fn_signal_reception_with_testosterone_12(X))
& has_function_2(fn_signal_reception_with_testosterone_12(X),X)
& base_2(X,fn_signal_reception_with_testosterone_10(X))
& is_opposite_2(fn_signal_reception_with_testosterone_17(X),fn_signal_reception_with_testosterone_16(X))
& is_opposite_2(fn_signal_reception_with_testosterone_16(X),fn_signal_reception_with_testosterone_17(X))
& has_part_2(fn_signal_reception_with_testosterone_12(X),fn_signal_reception_with_testosterone_7(X))
& has_part_2(fn_signal_reception_with_testosterone_12(X),fn_signal_reception_with_testosterone_8(X))
& size_2(fn_signal_reception_with_testosterone_12(X),fn_signal_reception_with_testosterone_23(X))
& greater_than_2(fn_signal_reception_with_testosterone_23(X),fn_signal_reception_with_testosterone_24(X))
& is_at_2(fn_signal_reception_with_testosterone_25(X),fn_signal_reception_with_testosterone_18(X))
& has_part_2(fn_signal_reception_with_testosterone_18(X),fn_signal_reception_with_testosterone_25(X))
& is_across_2(fn_signal_reception_with_testosterone_25(X),fn_signal_reception_with_testosterone_18(X))
& is_across_2(fn_signal_reception_with_testosterone_25(X),fn_signal_reception_with_testosterone_26(X))
& has_region_2(fn_signal_reception_with_testosterone_18(X),fn_signal_reception_with_testosterone_26(X))
& has_part_2(fn_signal_reception_with_testosterone_10(X),fn_signal_reception_with_testosterone_18(X))
& has_part_2(fn_signal_reception_with_testosterone_18(X),fn_signal_reception_with_testosterone_22(X))
& is_inside_2(fn_signal_reception_with_testosterone_25(X),fn_signal_reception_with_testosterone_22(X))
& called_2(fn_signal_reception_with_testosterone_25(X),'MP1')
& directly_proportional_2(fn_signal_reception_with_testosterone_20(X),fn_signal_reception_with_testosterone_21(X))
& volume_2(fn_signal_reception_with_testosterone_10(X),fn_signal_reception_with_testosterone_21(X))
& is_at_2(fn_signal_reception_with_testosterone_22(X),fn_signal_reception_with_testosterone_15(X))
& has_region_2(fn_signal_reception_with_testosterone_10(X),fn_signal_reception_with_testosterone_15(X))
& has_region_2(fn_signal_reception_with_testosterone_10(X),fn_signal_reception_with_testosterone_16(X))
& size_2(fn_signal_reception_with_testosterone_10(X),fn_signal_reception_with_testosterone_20(X))
& has_part_2(fn_signal_reception_with_testosterone_10(X),fn_signal_reception_with_testosterone_14(X))
& is_inside_2(fn_signal_reception_with_testosterone_14(X),fn_signal_reception_with_testosterone_18(X))
& has_region_2(fn_signal_reception_with_testosterone_10(X),fn_signal_reception_with_testosterone_17(X))
& in_event_2(fn_signal_reception_with_testosterone_2(X),fn_signal_reception_with_testosterone_9(X))
& fn_signal_reception_with_testosterone_13(X) = fn_move_1(fn_signal_reception_with_testosterone_11(X))
& fn_signal_reception_with_testosterone_10(X) = fn_move_into_1(fn_signal_reception_with_testosterone_11(X))
& fn_signal_reception_with_testosterone_7(X) = fn_signal_reception_8(X)
& fn_signal_reception_with_testosterone_8(X) = fn_signal_reception_7(X)
& fn_signal_reception_with_testosterone_13(X) = fn_ligand_binding_3(fn_signal_reception_with_testosterone_9(X))
& fn_signal_reception_with_testosterone_13(X) = fn_signal_reception_5(X)
& fn_signal_reception_with_testosterone_24(X) = fn_lipid_2(fn_signal_reception_with_testosterone_13(X))
& fn_signal_reception_with_testosterone_10(X) = fn_signal_reception_3(X)
& fn_signal_reception_with_testosterone_12(X) = fn_attach_2(fn_signal_reception_with_testosterone_9(X))
& fn_signal_reception_with_testosterone_12(X) = fn_signal_reception_4(X)
& fn_signal_reception_with_testosterone_9(X) = fn_signal_reception_6(X)
& fn_signal_reception_with_testosterone_17(X) = fn_animal_cell_1(fn_signal_reception_with_testosterone_10(X))
& fn_signal_reception_with_testosterone_7(X) = fn_polymer_6(fn_signal_reception_with_testosterone_12(X))
& fn_signal_reception_with_testosterone_8(X) = fn_polymer_4(fn_signal_reception_with_testosterone_12(X))
& fn_signal_reception_with_testosterone_3(X) = fn_polymer_9(fn_signal_reception_with_testosterone_12(X))
& fn_signal_reception_with_testosterone_6(X) = fn_polymer_10(fn_signal_reception_with_testosterone_12(X))
& fn_signal_reception_with_testosterone_24(X) = fn_polymer_7(fn_signal_reception_with_testosterone_12(X))
& fn_signal_reception_with_testosterone_23(X) = fn_polymer_8(fn_signal_reception_with_testosterone_12(X))
& fn_signal_reception_with_testosterone_2(X) = fn_ligand_binding_1(fn_signal_reception_with_testosterone_9(X))
& fn_signal_reception_with_testosterone_17(X) = fn_cell_1(fn_signal_reception_with_testosterone_10(X))
& fn_signal_reception_with_testosterone_5(X) = fn_cell_10(fn_signal_reception_with_testosterone_10(X))
& fn_signal_reception_with_testosterone_15(X) = fn_cell_4(fn_signal_reception_with_testosterone_10(X))
& fn_signal_reception_with_testosterone_4(X) = fn_cell_23(fn_signal_reception_with_testosterone_10(X))
& fn_signal_reception_with_testosterone_21(X) = fn_cell_22(fn_signal_reception_with_testosterone_10(X))
& fn_signal_reception_with_testosterone_16(X) = fn_animal_cell_13(fn_signal_reception_with_testosterone_10(X))
& fn_signal_reception_with_testosterone_16(X) = fn_cell_1(fn_signal_reception_with_testosterone_10(X))
& fn_signal_reception_with_testosterone_20(X) = fn_cell_11(fn_signal_reception_with_testosterone_10(X))
& fn_signal_reception_with_testosterone_14(X) = fn_cell_28(fn_signal_reception_with_testosterone_10(X))
& fn_signal_reception_with_testosterone_19(X) = fn_cell_2(fn_signal_reception_with_testosterone_10(X))
& fn_signal_reception_with_testosterone_25(X) = fn_plasma_membrane_3(fn_signal_reception_with_testosterone_18(X))
& fn_signal_reception_with_testosterone_25(X) = fn_plasma_membrane_54(fn_signal_reception_with_testosterone_18(X))
& fn_signal_reception_with_testosterone_25(X) = fn_plasma_membrane_55(fn_signal_reception_with_testosterone_18(X))
& fn_signal_reception_with_testosterone_25(X) = fn_animal_plasma_membrane_47(fn_signal_reception_with_testosterone_18(X))
& fn_signal_reception_with_testosterone_25(X) = fn_animal_plasma_membrane_62(fn_signal_reception_with_testosterone_18(X))
& fn_signal_reception_with_testosterone_26(X) = fn_animal_plasma_membrane_51(fn_signal_reception_with_testosterone_18(X))
& fn_signal_reception_with_testosterone_10(X) = fn_animal_plasma_membrane_56(fn_signal_reception_with_testosterone_18(X))
& fn_signal_reception_with_testosterone_22(X) = fn_biomembrane_63(fn_signal_reception_with_testosterone_18(X))
& fn_signal_reception_with_testosterone_22(X) = fn_plasma_membrane_71(fn_signal_reception_with_testosterone_18(X))
& fn_signal_reception_with_testosterone_18(X) = fn_cell_30(fn_signal_reception_with_testosterone_10(X))
& fn_signal_reception_with_testosterone_22(X) = fn_cell_26(fn_signal_reception_with_testosterone_10(X))
& fn_signal_reception_with_testosterone_22(X) = fn_animal_plasma_membrane_54(fn_signal_reception_with_testosterone_18(X))
& fn_signal_reception_with_testosterone_25(X) = fn_plasma_membrane_68(fn_signal_reception_with_testosterone_18(X))
& fn_signal_reception_with_testosterone_25(X) = fn_animal_plasma_membrane_53(fn_signal_reception_with_testosterone_18(X))
& fn_move_1(fn_signal_reception_with_testosterone_11(X)) = fn_ligand_binding_3(fn_signal_reception_with_testosterone_9(X))
& fn_ligand_binding_3(fn_signal_reception_with_testosterone_9(X)) = fn_ligand_binding_3(fn_signal_reception_with_testosterone_9(X))
& fn_signal_reception_5(X) = fn_ligand_binding_3(fn_signal_reception_with_testosterone_9(X))
& fn_ligand_binding_3(fn_signal_reception_with_testosterone_9(X)) = fn_signal_reception_5(X)
& fn_signal_reception_5(X) = fn_signal_reception_5(X)
& fn_signal_reception_5(X) = fn_signal_reception_8(X)
& fn_signal_reception_8(X) = fn_polymer_6(fn_signal_reception_with_testosterone_12(X))
& fn_polymer_6(fn_signal_reception_with_testosterone_12(X)) = fn_signal_reception_7(X)
& fn_signal_reception_7(X) = fn_polymer_4(fn_signal_reception_with_testosterone_12(X))
& fn_polymer_4(fn_signal_reception_with_testosterone_12(X)) = fn_lipid_2(fn_signal_reception_with_testosterone_13(X))
& fn_lipid_2(fn_signal_reception_with_testosterone_13(X)) = fn_polymer_7(fn_signal_reception_with_testosterone_12(X))
& fn_polymer_7(fn_signal_reception_with_testosterone_12(X)) = fn_polymer_7(fn_signal_reception_with_testosterone_12(X))
& fn_polymer_7(fn_signal_reception_with_testosterone_12(X)) = fn_signal_reception_4(X)
& fn_signal_reception_4(X) = fn_signal_reception_4(X)
& fn_signal_reception_4(X) = fn_attach_2(fn_signal_reception_with_testosterone_9(X))
& fn_attach_2(fn_signal_reception_with_testosterone_9(X)) = fn_signal_reception_4(X)
& fn_signal_reception_4(X) = fn_animal_cell_1(fn_signal_reception_with_testosterone_10(X))
& fn_animal_cell_1(fn_signal_reception_with_testosterone_10(X)) = fn_animal_cell_1(fn_signal_reception_with_testosterone_10(X))
& fn_animal_cell_1(fn_signal_reception_with_testosterone_10(X)) = fn_cell_1(fn_signal_reception_with_testosterone_10(X))
& fn_cell_1(fn_signal_reception_with_testosterone_10(X)) = fn_animal_cell_13(fn_signal_reception_with_testosterone_10(X))
& fn_animal_cell_13(fn_signal_reception_with_testosterone_10(X)) = fn_animal_cell_13(fn_signal_reception_with_testosterone_10(X))
& fn_animal_cell_13(fn_signal_reception_with_testosterone_10(X)) = fn_cell_1(fn_signal_reception_with_testosterone_10(X))
& fn_cell_1(fn_signal_reception_with_testosterone_10(X)) = fn_move_into_1(fn_signal_reception_with_testosterone_11(X))
& fn_move_into_1(fn_signal_reception_with_testosterone_11(X)) = fn_signal_reception_3(X)
& fn_signal_reception_3(X) = fn_signal_reception_3(X)
& fn_signal_reception_3(X) = fn_animal_plasma_membrane_56(fn_signal_reception_with_testosterone_18(X))
& fn_animal_plasma_membrane_56(fn_signal_reception_with_testosterone_18(X)) = fn_biomembrane_63(fn_signal_reception_with_testosterone_18(X))
& fn_biomembrane_63(fn_signal_reception_with_testosterone_18(X)) = fn_plasma_membrane_71(fn_signal_reception_with_testosterone_18(X))
& fn_cell_26(fn_signal_reception_with_testosterone_10(X)) = fn_plasma_membrane_71(fn_signal_reception_with_testosterone_18(X))
& fn_plasma_membrane_71(fn_signal_reception_with_testosterone_18(X)) = fn_cell_26(fn_signal_reception_with_testosterone_10(X))
& fn_cell_26(fn_signal_reception_with_testosterone_10(X)) = fn_cell_26(fn_signal_reception_with_testosterone_10(X))
& fn_cell_26(fn_signal_reception_with_testosterone_10(X)) = fn_animal_plasma_membrane_54(fn_signal_reception_with_testosterone_18(X))
& fn_animal_plasma_membrane_54(fn_signal_reception_with_testosterone_18(X)) = fn_animal_plasma_membrane_54(fn_signal_reception_with_testosterone_18(X))
& fn_animal_plasma_membrane_54(fn_signal_reception_with_testosterone_18(X)) = fn_plasma_membrane_3(fn_signal_reception_with_testosterone_18(X))
& fn_plasma_membrane_3(fn_signal_reception_with_testosterone_18(X)) = fn_plasma_membrane_54(fn_signal_reception_with_testosterone_18(X))
& fn_plasma_membrane_54(fn_signal_reception_with_testosterone_18(X)) = fn_plasma_membrane_54(fn_signal_reception_with_testosterone_18(X))
& fn_plasma_membrane_54(fn_signal_reception_with_testosterone_18(X)) = fn_plasma_membrane_68(fn_signal_reception_with_testosterone_18(X))
& fn_plasma_membrane_68(fn_signal_reception_with_testosterone_18(X)) = fn_plasma_membrane_68(fn_signal_reception_with_testosterone_18(X))
& fn_plasma_membrane_68(fn_signal_reception_with_testosterone_18(X)) = fn_plasma_membrane_55(fn_signal_reception_with_testosterone_18(X))
& fn_plasma_membrane_55(fn_signal_reception_with_testosterone_18(X)) = fn_plasma_membrane_68(fn_signal_reception_with_testosterone_18(X))
& fn_plasma_membrane_68(fn_signal_reception_with_testosterone_18(X)) = fn_animal_plasma_membrane_47(fn_signal_reception_with_testosterone_18(X))
& fn_animal_plasma_membrane_47(fn_signal_reception_with_testosterone_18(X)) = fn_plasma_membrane_55(fn_signal_reception_with_testosterone_18(X))
& fn_plasma_membrane_55(fn_signal_reception_with_testosterone_18(X)) = fn_animal_plasma_membrane_47(fn_signal_reception_with_testosterone_18(X))
& fn_animal_plasma_membrane_47(fn_signal_reception_with_testosterone_18(X)) = fn_animal_plasma_membrane_47(fn_signal_reception_with_testosterone_18(X))
& fn_animal_plasma_membrane_62(fn_signal_reception_with_testosterone_18(X)) = fn_animal_plasma_membrane_47(fn_signal_reception_with_testosterone_18(X))
& fn_animal_plasma_membrane_47(fn_signal_reception_with_testosterone_18(X)) = fn_animal_plasma_membrane_62(fn_signal_reception_with_testosterone_18(X))
& fn_animal_plasma_membrane_62(fn_signal_reception_with_testosterone_18(X)) = fn_animal_plasma_membrane_62(fn_signal_reception_with_testosterone_18(X))
& fn_animal_plasma_membrane_53(fn_signal_reception_with_testosterone_18(X)) = fn_animal_plasma_membrane_62(fn_signal_reception_with_testosterone_18(X))
& fn_animal_plasma_membrane_62(fn_signal_reception_with_testosterone_18(X)) = fn_animal_plasma_membrane_53(fn_signal_reception_with_testosterone_18(X))
& fn_animal_plasma_membrane_53(fn_signal_reception_with_testosterone_18(X)) = fn_animal_plasma_membrane_53(fn_signal_reception_with_testosterone_18(X)) ) ) ).
fof(a532665,axiom,
! [X] :
( signal_recognition_particle_1(X)
=> ( original_name_2(X,'Signal-Recognition-Particle')
& user_description_2(X,'A complex of protein and RNA that recognizes a signal peptide as it comes out of a ribosome and guides the ribosome to the endoplasmic reticulum by binding to a specific receptor on the ER.')
& concept2words_2(X,'signal recognition particle')
& concept2words_2(X,'signal-recognition particle')
& concept2words_2(X,'signal-recognition-particle')
& subcellular_assembly_1(X)
& ~ thylakoid_electron_transport_chain_1(X)
& ~ chylomicron_1(X)
& ~ cytochrome_complex_1(X)
& ~ electron_shuttle_system_1(X)
& ~ electron_transport_chain_1(X)
& ~ microfibril_1(X) ) ) ).
fof(a532666,axiom,
! [X] :
( signal_transduction_1(X)
=> ( original_name_2(X,'Signal-Transduction')
& user_description_2(X,'The process in which an extracellular signal activates a cell surface receptor, which then causes an intracellular response.')
& concept2words_2(X,'signaling pathway')
& concept2words_2(X,'signalling pathway')
& concept2words_2(X,'transduction cell signalling')
& concept2words_2(X,'relay a signal')
& concept2words_2(X,'transduction of signal')
& concept2words_2(X,'signal transduction')
& concept2words_2(X,'signal-transduction')
& cell_signaling_event_1(X)
& activation_value_1(fn_signal_transduction_1(X))
& activation_value_1(fn_signal_transduction_2(X))
& receptor_protein_1(fn_signal_transduction_3(X))
& activate_1(fn_signal_transduction_6(X))
& receptor_protein_1(fn_signal_transduction_7(X))
& entity_1(fn_make_accessible_1(fn_signal_transduction_6(X)))
& result_2(fn_signal_transduction_6(X),fn_signal_transduction_3(X))
& activation_2(fn_signal_transduction_7(X),fn_signal_transduction_1(X))
& has_state_2(fn_signal_transduction_7(X),fn_signal_transduction_3(X))
& activation_2(fn_signal_transduction_3(X),fn_signal_transduction_2(X))
& the_categorical_value_2(fn_signal_transduction_2(X),active_0)
& the_categorical_value_2(fn_signal_transduction_1(X),inactive_0)
& first_subevent_2(X,fn_signal_transduction_6(X))
& subevent_2(X,fn_signal_transduction_6(X))
& object_2(fn_signal_transduction_6(X),fn_signal_transduction_7(X))
& fn_signal_transduction_7(X) = fn_make_accessible_1(fn_signal_transduction_6(X)) ) ) ).
fof(a532667,axiom,
! [X] :
( signal_transduction_with_ca2_plus_1(X)
=> ( original_name_2(X,'Signal-Transduction-With-Ca2-Plus')
& user_description_2(X,'A signal transduction pathway in which calcium ions act as second messengers.')
& concept2words_2(X,'relay a signal')
& concept2words_2(X,'signal transduction with ca2 plus')
& concept2words_2(X,'signal-transduction-with-ca2-plus')
& signal_transduction_with_second_messenger_1(X)
& ~ signal_transduction_with_scaffolding_protein_1(X)
& calcium_ion_1(fn_signal_transduction_with_ca2_plus_1(X))
& instrument_2(X,fn_signal_transduction_with_ca2_plus_1(X))
& fn_signal_transduction_with_ca2_plus_1(X) = fn_signal_transduction_with_second_messenger_2(X) ) ) ).
fof(a532668,axiom,
! [X] :
( signal_transduction_with_calmodulin_1(X)
=> ( original_name_2(X,'Signal-Transduction-With-Calmodulin')
& user_description_2(X,'Pathway of signal transduction in which calcium ions bind to calmodulin protein, resulting in enzyme activation.')
& concept2words_2(X,'relay a signal')
& concept2words_2(X,'signal transduction with calmodulin')
& concept2words_2(X,'signal-transduction-with-calmodulin')
& signal_transduction_with_ca2_plus_1(X) ) ) ).
fof(a532669,axiom,
! [X] :
( signal_transduction_with_ip3_1(X)
=> ( original_name_2(X,'Signal-Transduction-With-IP3')
& user_description_2(X,'Signal transduction event of cell signaling which involves IP3 as a second messenger.')
& concept2words_2(X,'relay a signal')
& concept2words_2(X,'signal transduction with ip3')
& concept2words_2(X,'signal-transduction-with-ip3')
& signal_transduction_1(X)
& time_interval_1(fn_signal_transduction_with_ip3_1(X))
& time_interval_1(fn_signal_transduction_with_ip3_2(X))
& activation_value_1(fn_signal_transduction_with_ip3_3(X))
& activation_value_1(fn_signal_transduction_with_ip3_4(X))
& protein_1(fn_signal_transduction_with_ip3_5(X))
& activate_1(fn_signal_transduction_with_ip3_8(X))
& protein_1(fn_signal_transduction_with_ip3_9(X))
& relay_molecule_1(fn_signal_transduction_with_ip3_10(X))
& inositol_trisphosphate_1(fn_signal_transduction_with_ip3_11(X))
& activation_value_1(fn_signal_transduction_with_ip3_12(X))
& activation_value_1(fn_signal_transduction_with_ip3_13(X))
& chemical_entity_1(fn_signal_transduction_with_ip3_14(X))
& receptor_protein_1(fn_signal_transduction_with_ip3_14(X))
& receptor_protein_1(fn_signal_transduction_with_ip3_15(X))
& activate_1(fn_signal_transduction_with_ip3_16(X))
& release_1(fn_signal_transduction_with_ip3_17(X))
& entity_1(fn_make_accessible_1(fn_signal_transduction_with_ip3_8(X)))
& tangible_entity_1(fn_release_1(fn_signal_transduction_with_ip3_17(X)))
& chemical_entity_1(fn_messenger_1(fn_signal_transduction_with_ip3_10(X)))
& time_during_2(fn_signal_transduction_with_ip3_17(X),fn_signal_transduction_with_ip3_2(X))
& causes_2(fn_signal_transduction_with_ip3_17(X),fn_signal_transduction_with_ip3_8(X))
& next_event_2(fn_signal_transduction_with_ip3_17(X),fn_signal_transduction_with_ip3_8(X))
& time_during_2(fn_signal_transduction_with_ip3_16(X),fn_signal_transduction_with_ip3_1(X))
& time_before_2(fn_signal_transduction_with_ip3_2(X),fn_signal_transduction_with_ip3_1(X))
& instrument_2(X,fn_signal_transduction_with_ip3_11(X))
& subevent_2(X,fn_signal_transduction_with_ip3_8(X))
& subevent_2(X,fn_signal_transduction_with_ip3_17(X))
& in_event_2(fn_signal_transduction_with_ip3_10(X),X)
& the_categorical_value_2(fn_signal_transduction_with_ip3_3(X),inactive_0)
& the_categorical_value_2(fn_signal_transduction_with_ip3_4(X),active_0)
& activation_2(fn_signal_transduction_with_ip3_5(X),fn_signal_transduction_with_ip3_4(X))
& activation_2(fn_signal_transduction_with_ip3_9(X),fn_signal_transduction_with_ip3_3(X))
& has_state_2(fn_signal_transduction_with_ip3_9(X),fn_signal_transduction_with_ip3_5(X))
& result_2(fn_signal_transduction_with_ip3_8(X),fn_signal_transduction_with_ip3_5(X))
& object_2(fn_signal_transduction_with_ip3_8(X),fn_signal_transduction_with_ip3_9(X))
& plays_2(fn_signal_transduction_with_ip3_14(X),fn_signal_transduction_with_ip3_10(X))
& object_2(fn_signal_transduction_with_ip3_17(X),fn_signal_transduction_with_ip3_11(X))
& first_subevent_2(X,fn_signal_transduction_with_ip3_16(X))
& object_2(fn_signal_transduction_with_ip3_16(X),fn_signal_transduction_with_ip3_15(X))
& subevent_2(X,fn_signal_transduction_with_ip3_16(X))
& result_2(fn_signal_transduction_with_ip3_16(X),fn_signal_transduction_with_ip3_14(X))
& has_state_2(fn_signal_transduction_with_ip3_15(X),fn_signal_transduction_with_ip3_14(X))
& fn_signal_transduction_with_ip3_9(X) = fn_make_accessible_1(fn_signal_transduction_with_ip3_8(X))
& fn_signal_transduction_with_ip3_14(X) = fn_messenger_1(fn_signal_transduction_with_ip3_10(X))
& fn_signal_transduction_with_ip3_11(X) = fn_release_1(fn_signal_transduction_with_ip3_17(X))
& fn_signal_transduction_with_ip3_18(X) = fn_signal_transduction_4(X)
& fn_signal_transduction_with_ip3_19(X) = fn_signal_transduction_5(X)
& fn_signal_transduction_with_ip3_13(X) = fn_signal_transduction_2(X)
& fn_signal_transduction_with_ip3_12(X) = fn_signal_transduction_1(X)
& fn_signal_transduction_with_ip3_15(X) = fn_signal_transduction_7(X)
& fn_signal_transduction_with_ip3_14(X) = fn_signal_transduction_3(X)
& fn_signal_transduction_with_ip3_16(X) = fn_signal_transduction_6(X)
& fn_messenger_1(fn_signal_transduction_with_ip3_10(X)) = fn_signal_transduction_3(X)
& fn_signal_transduction_3(X) = fn_signal_transduction_3(X) ) ) ).
fof(a532670,axiom,
! [X] :
( signal_transduction_with_phosphorylation_cascade_1(X)
=> ( original_name_2(X,'Signal-Transduction-With-Phosphorylation-Cascade')
& user_description_2(X,'The process of signal transduction which involves a series of phosphorylation reactions.')
& concept2words_2(X,'signal transduction with phosphorylation cascade')
& concept2words_2(X,'signal-transduction-with-phosphorylation-cascade')
& signal_transduction_1(X)
& quantity_value_1(fn_signal_transduction_with_phosphorylation_cascade_8(X))
& quantity_value_1(fn_signal_transduction_with_phosphorylation_cascade_9(X))
& quantity_value_1(fn_signal_transduction_with_phosphorylation_cascade_10(X))
& time_interval_1(fn_signal_transduction_with_phosphorylation_cascade_11(X))
& activation_value_1(fn_signal_transduction_with_phosphorylation_cascade_12(X))
& shape_value_1(fn_signal_transduction_with_phosphorylation_cascade_13(X))
& shape_value_1(fn_signal_transduction_with_phosphorylation_cascade_14(X))
& activation_value_1(fn_signal_transduction_with_phosphorylation_cascade_15(X))
& time_interval_1(fn_signal_transduction_with_phosphorylation_cascade_16(X))
& activation_value_1(fn_signal_transduction_with_phosphorylation_cascade_17(X))
& shape_value_1(fn_signal_transduction_with_phosphorylation_cascade_18(X))
& shape_value_1(fn_signal_transduction_with_phosphorylation_cascade_19(X))
& activation_value_1(fn_signal_transduction_with_phosphorylation_cascade_20(X))
& time_interval_1(fn_signal_transduction_with_phosphorylation_cascade_21(X))
& activation_value_1(fn_signal_transduction_with_phosphorylation_cascade_22(X))
& shape_value_1(fn_signal_transduction_with_phosphorylation_cascade_23(X))
& shape_value_1(fn_signal_transduction_with_phosphorylation_cascade_24(X))
& activation_value_1(fn_signal_transduction_with_phosphorylation_cascade_25(X))
& atp_1(fn_signal_transduction_with_phosphorylation_cascade_26(X))
& time_interval_1(fn_signal_transduction_with_phosphorylation_cascade_27(X))
& active_site_1(fn_signal_transduction_with_phosphorylation_cascade_40(X))
& activation_value_1(fn_signal_transduction_with_phosphorylation_cascade_41(X))
& activation_value_1(fn_signal_transduction_with_phosphorylation_cascade_42(X))
& electrically_charged_amino_acid_1(fn_signal_transduction_with_phosphorylation_cascade_45(X))
& interact_1(fn_signal_transduction_with_phosphorylation_cascade_46(X))
& interact_1(fn_signal_transduction_with_phosphorylation_cascade_47(X))
& electrically_charged_amino_acid_1(fn_signal_transduction_with_phosphorylation_cascade_48(X))
& interact_1(fn_signal_transduction_with_phosphorylation_cascade_49(X))
& interact_1(fn_signal_transduction_with_phosphorylation_cascade_50(X))
& electrically_charged_amino_acid_1(fn_signal_transduction_with_phosphorylation_cascade_51(X))
& interact_1(fn_signal_transduction_with_phosphorylation_cascade_52(X))
& interact_1(fn_signal_transduction_with_phosphorylation_cascade_53(X))
& phosphate_group_1(fn_signal_transduction_with_phosphorylation_cascade_55(X))
& polar_amino_acid_1(fn_signal_transduction_with_phosphorylation_cascade_56(X))
& active_site_1(fn_signal_transduction_with_phosphorylation_cascade_57(X))
& polar_amino_acid_1(fn_signal_transduction_with_phosphorylation_cascade_58(X))
& phosphate_group_1(fn_signal_transduction_with_phosphorylation_cascade_59(X))
& polypeptide_1(fn_signal_transduction_with_phosphorylation_cascade_60(X))
& polar_amino_acid_1(fn_signal_transduction_with_phosphorylation_cascade_61(X))
& phosphate_group_1(fn_signal_transduction_with_phosphorylation_cascade_62(X))
& active_site_1(fn_signal_transduction_with_phosphorylation_cascade_63(X))
& phosphorylation_cascade_1(fn_signal_transduction_with_phosphorylation_cascade_64(X))
& chemical_entity_1(fn_signal_transduction_with_phosphorylation_cascade_65(X))
& relay_molecule_1(fn_signal_transduction_with_phosphorylation_cascade_66(X))
& protein_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_67(X))
& protein_domain_1(fn_signal_transduction_with_phosphorylation_cascade_68(X))
& spatial_entity_1(fn_signal_transduction_with_phosphorylation_cascade_69(X))
& chemical_entity_1(fn_signal_transduction_with_phosphorylation_cascade_69(X))
& monomer_1(fn_signal_transduction_with_phosphorylation_cascade_69(X))
& molecule_1(fn_signal_transduction_with_phosphorylation_cascade_69(X))
& amino_acid_1(fn_signal_transduction_with_phosphorylation_cascade_69(X))
& r_group_1(fn_signal_transduction_with_phosphorylation_cascade_70(X))
& monomer_1(fn_signal_transduction_with_phosphorylation_cascade_71(X))
& size_value_1(fn_signal_transduction_with_phosphorylation_cascade_72(X))
& relay_molecule_1(fn_signal_transduction_with_phosphorylation_cascade_73(X))
& size_value_1(fn_signal_transduction_with_phosphorylation_cascade_74(X))
& polypeptide_1(fn_signal_transduction_with_phosphorylation_cascade_75(X))
& monomer_1(fn_signal_transduction_with_phosphorylation_cascade_76(X))
& protein_domain_1(fn_signal_transduction_with_phosphorylation_cascade_77(X))
& hydrophilic_region_1(fn_signal_transduction_with_phosphorylation_cascade_78(X))
& surface_1(fn_signal_transduction_with_phosphorylation_cascade_79(X))
& decrease_1(fn_signal_transduction_with_phosphorylation_cascade_80(X))
& size_value_1(fn_signal_transduction_with_phosphorylation_cascade_81(X))
& relay_molecule_1(fn_signal_transduction_with_phosphorylation_cascade_82(X))
& spatial_entity_1(fn_signal_transduction_with_phosphorylation_cascade_83(X))
& chemical_entity_1(fn_signal_transduction_with_phosphorylation_cascade_83(X))
& monomer_1(fn_signal_transduction_with_phosphorylation_cascade_83(X))
& molecule_1(fn_signal_transduction_with_phosphorylation_cascade_83(X))
& amino_acid_1(fn_signal_transduction_with_phosphorylation_cascade_83(X))
& size_value_1(fn_signal_transduction_with_phosphorylation_cascade_84(X))
& polypeptide_1(fn_signal_transduction_with_phosphorylation_cascade_85(X))
& monomer_1(fn_signal_transduction_with_phosphorylation_cascade_86(X))
& protein_domain_1(fn_signal_transduction_with_phosphorylation_cascade_87(X))
& hydrophilic_region_1(fn_signal_transduction_with_phosphorylation_cascade_88(X))
& surface_1(fn_signal_transduction_with_phosphorylation_cascade_89(X))
& decrease_1(fn_signal_transduction_with_phosphorylation_cascade_90(X))
& size_value_1(fn_signal_transduction_with_phosphorylation_cascade_91(X))
& relay_molecule_1(fn_signal_transduction_with_phosphorylation_cascade_92(X))
& r_group_1(fn_signal_transduction_with_phosphorylation_cascade_93(X))
& spatial_entity_1(fn_signal_transduction_with_phosphorylation_cascade_94(X))
& chemical_entity_1(fn_signal_transduction_with_phosphorylation_cascade_94(X))
& monomer_1(fn_signal_transduction_with_phosphorylation_cascade_94(X))
& molecule_1(fn_signal_transduction_with_phosphorylation_cascade_94(X))
& amino_acid_1(fn_signal_transduction_with_phosphorylation_cascade_94(X))
& size_value_1(fn_signal_transduction_with_phosphorylation_cascade_95(X))
& chemical_reaction_1(fn_signal_transduction_with_phosphorylation_cascade_96(X))
& phosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_96(X))
& chemical_reaction_1(fn_signal_transduction_with_phosphorylation_cascade_97(X))
& phosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_97(X))
& chemical_reaction_1(fn_signal_transduction_with_phosphorylation_cascade_98(X))
& phosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_98(X))
& chemical_entity_1(fn_signal_transduction_with_phosphorylation_cascade_99(X))
& molecule_1(fn_signal_transduction_with_phosphorylation_cascade_99(X))
& protein_1(fn_signal_transduction_with_phosphorylation_cascade_99(X))
& chemical_entity_1(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& polymer_1(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& molecule_1(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& organic_molecule_1(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& protein_1(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& protein_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_101(X))
& atp_1(fn_signal_transduction_with_phosphorylation_cascade_102(X))
& protein_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& protein_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_104(X))
& protein_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& activate_1(fn_signal_transduction_with_phosphorylation_cascade_106(X))
& protein_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_107(X))
& atp_1(fn_signal_transduction_with_phosphorylation_cascade_108(X))
& decomposition_reaction_1(fn_signal_transduction_with_phosphorylation_cascade_109(X))
& dephosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_109(X))
& decomposition_reaction_1(fn_signal_transduction_with_phosphorylation_cascade_110(X))
& dephosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_110(X))
& decomposition_reaction_1(fn_signal_transduction_with_phosphorylation_cascade_111(X))
& dephosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_111(X))
& protein_phosphatase_1(fn_signal_transduction_with_phosphorylation_cascade_112(X))
& protein_phosphatase_1(fn_signal_transduction_with_phosphorylation_cascade_113(X))
& protein_phosphatase_1(fn_signal_transduction_with_phosphorylation_cascade_114(X))
& active_site_1(fn_signal_transduction_with_phosphorylation_cascade_115(X))
& relay_molecule_1(fn_signal_transduction_with_phosphorylation_cascade_116(X))
& magnesium_1(fn_signal_transduction_with_phosphorylation_cascade_117(X))
& reactant_1(fn_signal_transduction_with_phosphorylation_cascade_118(X))
& cofactor_1(fn_signal_transduction_with_phosphorylation_cascade_119(X))
& activate_1(fn_signal_transduction_with_phosphorylation_cascade_121(X))
& spatial_entity_1(fn_signal_transduction_with_phosphorylation_cascade_122(X))
& chemical_entity_1(fn_signal_transduction_with_phosphorylation_cascade_122(X))
& monomer_1(fn_signal_transduction_with_phosphorylation_cascade_122(X))
& molecule_1(fn_signal_transduction_with_phosphorylation_cascade_122(X))
& amino_acid_1(fn_signal_transduction_with_phosphorylation_cascade_122(X))
& quantity_value_1(fn_signal_transduction_with_phosphorylation_cascade_123(X))
& speed_value_1(fn_signal_transduction_with_phosphorylation_cascade_124(X))
& constant_motion_1(fn_signal_transduction_with_phosphorylation_cascade_125(X))
& kinetic_energy_1(fn_signal_transduction_with_phosphorylation_cascade_126(X))
& carbon_1(fn_signal_transduction_with_phosphorylation_cascade_127(X))
& atom_1(fn_signal_transduction_with_phosphorylation_cascade_128(X))
& chemical_entity_1(fn_signal_transduction_with_phosphorylation_cascade_128(X))
& carbon_skeleton_1(fn_signal_transduction_with_phosphorylation_cascade_129(X))
& surface_1(fn_signal_transduction_with_phosphorylation_cascade_130(X))
& hydrophilic_region_1(fn_signal_transduction_with_phosphorylation_cascade_131(X))
& protein_domain_1(fn_signal_transduction_with_phosphorylation_cascade_132(X))
& entity_1(fn_make_accessible_1(fn_signal_transduction_with_phosphorylation_cascade_121(X)))
& chemical_entity_1(fn_messenger_1(fn_signal_transduction_with_phosphorylation_cascade_116(X)))
& phosphate_group_1(fn_dephosphorylation_12(fn_signal_transduction_with_phosphorylation_cascade_109(X)))
& phosphate_group_1(fn_phosphorylation_3(fn_signal_transduction_with_phosphorylation_cascade_98(X)))
& decomposition_reaction_1(fn_protein_phosphatase_1(fn_signal_transduction_with_phosphorylation_cascade_112(X)))
& dephosphorylation_1(fn_protein_phosphatase_1(fn_signal_transduction_with_phosphorylation_cascade_112(X)))
& chemical_entity_1(fn_messenger_1(fn_signal_transduction_with_phosphorylation_cascade_66(X)))
& decomposition_reaction_1(fn_protein_phosphatase_1(fn_signal_transduction_with_phosphorylation_cascade_113(X)))
& dephosphorylation_1(fn_protein_phosphatase_1(fn_signal_transduction_with_phosphorylation_cascade_113(X)))
& decrease_1(fn_enzyme_5(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& decrease_1(fn_enzyme_5(fn_signal_transduction_with_phosphorylation_cascade_105(X)))
& decomposition_reaction_1(fn_protein_phosphatase_1(fn_signal_transduction_with_phosphorylation_cascade_114(X)))
& dephosphorylation_1(fn_protein_phosphatase_1(fn_signal_transduction_with_phosphorylation_cascade_114(X)))
& polar_amino_acid_1(fn_protein_4(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& polypeptide_1(fn_protein_8(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& surface_1(fn_protein_5(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& hydrophilic_region_1(fn_protein_1(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& property_node_1(fn_polymer_10(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& size_value_1(fn_polymer_7(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& monomer_1(fn_polymer_4(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& surface_1(fn_protein_5(fn_signal_transduction_with_phosphorylation_cascade_105(X)))
& hydrophilic_region_1(fn_protein_1(fn_signal_transduction_with_phosphorylation_cascade_105(X)))
& polar_amino_acid_1(fn_protein_4(fn_signal_transduction_with_phosphorylation_cascade_105(X)))
& polypeptide_1(fn_protein_8(fn_signal_transduction_with_phosphorylation_cascade_105(X)))
& spatial_entity_1(fn_protein_14(fn_signal_transduction_with_phosphorylation_cascade_105(X)))
& chemical_entity_1(fn_protein_14(fn_signal_transduction_with_phosphorylation_cascade_105(X)))
& monomer_1(fn_protein_14(fn_signal_transduction_with_phosphorylation_cascade_105(X)))
& molecule_1(fn_protein_14(fn_signal_transduction_with_phosphorylation_cascade_105(X)))
& amino_acid_1(fn_protein_14(fn_signal_transduction_with_phosphorylation_cascade_105(X)))
& protein_domain_1(fn_protein_7(fn_signal_transduction_with_phosphorylation_cascade_105(X)))
& size_value_1(fn_kinase_4(fn_signal_transduction_with_phosphorylation_cascade_105(X)))
& r_group_1(fn_protein_enzyme_12(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& protein_domain_1(fn_protein_enzyme_5(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& size_value_1(fn_kinase_4(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& r_group_1(fn_protein_enzyme_12(fn_signal_transduction_with_phosphorylation_cascade_107(X)))
& spatial_entity_1(fn_protein_enzyme_11(fn_signal_transduction_with_phosphorylation_cascade_107(X)))
& chemical_entity_1(fn_protein_enzyme_11(fn_signal_transduction_with_phosphorylation_cascade_107(X)))
& monomer_1(fn_protein_enzyme_11(fn_signal_transduction_with_phosphorylation_cascade_107(X)))
& molecule_1(fn_protein_enzyme_11(fn_signal_transduction_with_phosphorylation_cascade_107(X)))
& amino_acid_1(fn_protein_enzyme_11(fn_signal_transduction_with_phosphorylation_cascade_107(X)))
& protein_domain_1(fn_protein_enzyme_5(fn_signal_transduction_with_phosphorylation_cascade_107(X)))
& property_node_1(fn_molecule_1(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& property_node_1(fn_molecule_2(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& constant_motion_1(fn_molecule_8(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& speed_value_1(fn_molecule_3(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& quantity_value_1(fn_molecule_4(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& kinetic_energy_1(fn_molecule_12(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& atom_1(fn_organic_molecule_2(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& carbon_1(fn_organic_molecule_1(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& magnesium_1(fn_kinase_3(fn_signal_transduction_with_phosphorylation_cascade_107(X)))
& cofactor_1(fn_kinase_2(fn_signal_transduction_with_phosphorylation_cascade_107(X)))
& polar_amino_acid_1(fn_protein_4(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& property_node_1(fn_protein_10(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& surface_1(fn_protein_5(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& hydrophilic_region_1(fn_protein_1(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& polypeptide_1(fn_protein_8(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& spatial_entity_1(fn_protein_14(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& chemical_entity_1(fn_protein_14(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& monomer_1(fn_protein_14(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& molecule_1(fn_protein_14(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& amino_acid_1(fn_protein_14(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& protein_domain_1(fn_protein_7(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_signal_transduction_with_phosphorylation_cascade_110(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_signal_transduction_with_phosphorylation_cascade_110(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_signal_transduction_with_phosphorylation_cascade_96(X)))
& chemical_entity_1(fn_decomposition_reaction_2(fn_signal_transduction_with_phosphorylation_cascade_109(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_signal_transduction_with_phosphorylation_cascade_109(X)))
& molecule_1(fn_phosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_96(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_signal_transduction_with_phosphorylation_cascade_97(X)))
& molecule_1(fn_phosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_97(X)))
& phosphate_group_1(fn_phosphorylation_3(fn_signal_transduction_with_phosphorylation_cascade_97(X)))
& phosphate_group_1(fn_dephosphorylation_12(fn_signal_transduction_with_phosphorylation_cascade_110(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_signal_transduction_with_phosphorylation_cascade_64(X)))
& chemical_entity_1(fn_reactant_3(fn_signal_transduction_with_phosphorylation_cascade_118(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_signal_transduction_with_phosphorylation_cascade_98(X)))
& molecule_1(fn_phosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_98(X)))
& protein_1(fn_protein_phosphatase_2(fn_signal_transduction_with_phosphorylation_cascade_114(X)))
& chemical_reaction_1(fn_enzyme_4(fn_signal_transduction_with_phosphorylation_cascade_105(X)))
& chemical_reaction_1(fn_phosphorylation_cascade_2(fn_signal_transduction_with_phosphorylation_cascade_64(X)))
& phosphorylation_1(fn_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_105(X)))
& active_site_1(fn_enzyme_2(fn_signal_transduction_with_phosphorylation_cascade_105(X)))
& active_site_1(fn_kinase_7(fn_signal_transduction_with_phosphorylation_cascade_105(X)))
& size_value_1(fn_protein_enzyme_3(fn_signal_transduction_with_phosphorylation_cascade_105(X)))
& size_value_1(fn_kinase_5(fn_signal_transduction_with_phosphorylation_cascade_105(X)))
& monomer_1(fn_protein_enzyme_9(fn_signal_transduction_with_phosphorylation_cascade_105(X)))
& monomer_1(fn_kinase_6(fn_signal_transduction_with_phosphorylation_cascade_105(X)))
& chemical_entity_1(fn_messenger_1(fn_signal_transduction_with_phosphorylation_cascade_82(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_signal_transduction_with_phosphorylation_cascade_97(X)))
& molecule_1(fn_dephosphorylation_11(fn_signal_transduction_with_phosphorylation_cascade_110(X)))
& chemical_entity_1(fn_dephosphorylation_11(fn_signal_transduction_with_phosphorylation_cascade_110(X)))
& organic_molecule_1(fn_dephosphorylation_11(fn_signal_transduction_with_phosphorylation_cascade_110(X)))
& spatial_entity_1(fn_protein_14(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& chemical_entity_1(fn_protein_14(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& monomer_1(fn_protein_14(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& molecule_1(fn_protein_14(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& amino_acid_1(fn_protein_14(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& spatial_entity_1(fn_protein_enzyme_11(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& chemical_entity_1(fn_protein_enzyme_11(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& monomer_1(fn_protein_enzyme_11(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& molecule_1(fn_protein_enzyme_11(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& amino_acid_1(fn_protein_enzyme_11(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& active_site_1(fn_enzyme_2(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& active_site_1(fn_protein_enzyme_10(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& active_site_1(fn_kinase_7(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& chemical_reaction_1(fn_enzyme_4(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& phosphorylation_1(fn_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& size_value_1(fn_protein_enzyme_3(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& size_value_1(fn_kinase_5(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& monomer_1(fn_protein_enzyme_9(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& monomer_1(fn_kinase_6(fn_signal_transduction_with_phosphorylation_cascade_103(X)))
& chemical_entity_1(fn_messenger_1(fn_signal_transduction_with_phosphorylation_cascade_92(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_signal_transduction_with_phosphorylation_cascade_96(X)))
& molecule_1(fn_dephosphorylation_11(fn_signal_transduction_with_phosphorylation_cascade_109(X)))
& chemical_entity_1(fn_dephosphorylation_11(fn_signal_transduction_with_phosphorylation_cascade_109(X)))
& organic_molecule_1(fn_dephosphorylation_11(fn_signal_transduction_with_phosphorylation_cascade_109(X)))
& chemical_reaction_1(fn_reactant_2(fn_signal_transduction_with_phosphorylation_cascade_118(X)))
& phosphorylation_1(fn_phosphorylation_cascade_3(fn_signal_transduction_with_phosphorylation_cascade_64(X)))
& phosphorylation_1(fn_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_107(X)))
& active_site_1(fn_protein_enzyme_10(fn_signal_transduction_with_phosphorylation_cascade_107(X)))
& active_site_1(fn_kinase_7(fn_signal_transduction_with_phosphorylation_cascade_107(X)))
& size_value_1(fn_polymer_8(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& size_value_1(fn_protein_9(fn_signal_transduction_with_phosphorylation_cascade_100(X)))
& chemical_entity_1(fn_messenger_1(fn_signal_transduction_with_phosphorylation_cascade_73(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_signal_transduction_with_phosphorylation_cascade_64(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_signal_transduction_with_phosphorylation_cascade_98(X)))
& protein_1(fn_protein_phosphatase_3(fn_signal_transduction_with_phosphorylation_cascade_114(X)))
& object_2(fn_signal_transduction_with_phosphorylation_cascade_53(X),fn_signal_transduction_with_phosphorylation_cascade_51(X))
& agent_2(fn_signal_transduction_with_phosphorylation_cascade_53(X),fn_signal_transduction_with_phosphorylation_cascade_55(X))
& object_2(fn_signal_transduction_with_phosphorylation_cascade_52(X),fn_signal_transduction_with_phosphorylation_cascade_56(X))
& agent_2(fn_signal_transduction_with_phosphorylation_cascade_52(X),fn_signal_transduction_with_phosphorylation_cascade_55(X))
& object_2(fn_signal_transduction_with_phosphorylation_cascade_50(X),fn_signal_transduction_with_phosphorylation_cascade_48(X))
& agent_2(fn_signal_transduction_with_phosphorylation_cascade_50(X),fn_signal_transduction_with_phosphorylation_cascade_59(X))
& agent_2(fn_signal_transduction_with_phosphorylation_cascade_49(X),fn_signal_transduction_with_phosphorylation_cascade_59(X))
& object_2(fn_signal_transduction_with_phosphorylation_cascade_49(X),fn_signal_transduction_with_phosphorylation_cascade_58(X))
& has_part_2(fn_signal_transduction_with_phosphorylation_cascade_60(X),fn_signal_transduction_with_phosphorylation_cascade_48(X))
& object_2(fn_signal_transduction_with_phosphorylation_cascade_47(X),fn_signal_transduction_with_phosphorylation_cascade_45(X))
& agent_2(fn_signal_transduction_with_phosphorylation_cascade_47(X),fn_signal_transduction_with_phosphorylation_cascade_62(X))
& agent_2(fn_signal_transduction_with_phosphorylation_cascade_46(X),fn_signal_transduction_with_phosphorylation_cascade_62(X))
& object_2(fn_signal_transduction_with_phosphorylation_cascade_46(X),fn_signal_transduction_with_phosphorylation_cascade_61(X))
& raw_material_2(fn_signal_transduction_with_phosphorylation_cascade_64(X),fn_signal_transduction_with_phosphorylation_cascade_101(X))
& time_during_2(fn_signal_transduction_with_phosphorylation_cascade_64(X),fn_signal_transduction_with_phosphorylation_cascade_21(X))
& subevent_2(fn_signal_transduction_with_phosphorylation_cascade_64(X),fn_signal_transduction_with_phosphorylation_cascade_96(X))
& has_state_2(fn_signal_transduction_with_phosphorylation_cascade_67(X),fn_signal_transduction_with_phosphorylation_cascade_107(X))
& activation_2(fn_signal_transduction_with_phosphorylation_cascade_67(X),fn_signal_transduction_with_phosphorylation_cascade_41(X))
& the_categorical_value_2(fn_signal_transduction_with_phosphorylation_cascade_42(X),active_0)
& the_categorical_value_2(fn_signal_transduction_with_phosphorylation_cascade_41(X),inactive_0)
& has_part_2(fn_signal_transduction_with_phosphorylation_cascade_75(X),fn_signal_transduction_with_phosphorylation_cascade_51(X))
& has_part_2(fn_signal_transduction_with_phosphorylation_cascade_85(X),fn_signal_transduction_with_phosphorylation_cascade_45(X))
& by_means_of_2(fn_signal_transduction_with_phosphorylation_cascade_96(X),fn_signal_transduction_with_phosphorylation_cascade_47(X))
& by_means_of_2(fn_signal_transduction_with_phosphorylation_cascade_96(X),fn_signal_transduction_with_phosphorylation_cascade_46(X))
& time_during_2(fn_signal_transduction_with_phosphorylation_cascade_96(X),fn_signal_transduction_with_phosphorylation_cascade_21(X))
& fn_signal_transduction_with_phosphorylation_cascade_96(X) != fn_signal_transduction_with_phosphorylation_cascade_98(X)
& fn_signal_transduction_with_phosphorylation_cascade_96(X) != fn_signal_transduction_with_phosphorylation_cascade_97(X)
& next_event_2(fn_signal_transduction_with_phosphorylation_cascade_96(X),fn_signal_transduction_with_phosphorylation_cascade_97(X))
& called_2(fn_signal_transduction_with_phosphorylation_cascade_96(X),"1")
& by_means_of_2(fn_signal_transduction_with_phosphorylation_cascade_97(X),fn_signal_transduction_with_phosphorylation_cascade_53(X))
& by_means_of_2(fn_signal_transduction_with_phosphorylation_cascade_97(X),fn_signal_transduction_with_phosphorylation_cascade_52(X))
& fn_signal_transduction_with_phosphorylation_cascade_97(X) != fn_signal_transduction_with_phosphorylation_cascade_96(X)
& fn_signal_transduction_with_phosphorylation_cascade_97(X) != fn_signal_transduction_with_phosphorylation_cascade_98(X)
& raw_material_2(fn_signal_transduction_with_phosphorylation_cascade_97(X),fn_signal_transduction_with_phosphorylation_cascade_104(X))
& time_during_2(fn_signal_transduction_with_phosphorylation_cascade_97(X),fn_signal_transduction_with_phosphorylation_cascade_16(X))
& called_2(fn_signal_transduction_with_phosphorylation_cascade_97(X),"2")
& by_means_of_2(fn_signal_transduction_with_phosphorylation_cascade_98(X),fn_signal_transduction_with_phosphorylation_cascade_50(X))
& by_means_of_2(fn_signal_transduction_with_phosphorylation_cascade_98(X),fn_signal_transduction_with_phosphorylation_cascade_49(X))
& fn_signal_transduction_with_phosphorylation_cascade_98(X) != fn_signal_transduction_with_phosphorylation_cascade_96(X)
& fn_signal_transduction_with_phosphorylation_cascade_98(X) != fn_signal_transduction_with_phosphorylation_cascade_97(X)
& raw_material_2(fn_signal_transduction_with_phosphorylation_cascade_98(X),fn_signal_transduction_with_phosphorylation_cascade_26(X))
& time_during_2(fn_signal_transduction_with_phosphorylation_cascade_98(X),fn_signal_transduction_with_phosphorylation_cascade_27(X))
& called_2(fn_signal_transduction_with_phosphorylation_cascade_98(X),"3")
& time_before_2(fn_signal_transduction_with_phosphorylation_cascade_27(X),fn_signal_transduction_with_phosphorylation_cascade_16(X))
& activation_2(fn_signal_transduction_with_phosphorylation_cascade_99(X),fn_signal_transduction_with_phosphorylation_cascade_22(X))
& shape_2(fn_signal_transduction_with_phosphorylation_cascade_99(X),fn_signal_transduction_with_phosphorylation_cascade_23(X))
& has_state_2(fn_signal_transduction_with_phosphorylation_cascade_99(X),fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_signal_transduction_with_phosphorylation_cascade_26(X) != fn_signal_transduction_with_phosphorylation_cascade_100(X)
& has_region_2(fn_signal_transduction_with_phosphorylation_cascade_100(X),fn_signal_transduction_with_phosphorylation_cascade_40(X))
& fn_signal_transduction_with_phosphorylation_cascade_100(X) != fn_signal_transduction_with_phosphorylation_cascade_26(X)
& quantity_2(fn_signal_transduction_with_phosphorylation_cascade_100(X),fn_signal_transduction_with_phosphorylation_cascade_8(X))
& shape_2(fn_signal_transduction_with_phosphorylation_cascade_100(X),fn_signal_transduction_with_phosphorylation_cascade_24(X))
& activation_2(fn_signal_transduction_with_phosphorylation_cascade_100(X),fn_signal_transduction_with_phosphorylation_cascade_25(X))
& the_categorical_value_2(fn_signal_transduction_with_phosphorylation_cascade_25(X),active_0)
& fn_signal_transduction_with_phosphorylation_cascade_24(X) != fn_signal_transduction_with_phosphorylation_cascade_23(X)
& fn_signal_transduction_with_phosphorylation_cascade_23(X) != fn_signal_transduction_with_phosphorylation_cascade_24(X)
& the_categorical_value_2(fn_signal_transduction_with_phosphorylation_cascade_22(X),inactive_0)
& time_before_2(fn_signal_transduction_with_phosphorylation_cascade_21(X),fn_signal_transduction_with_phosphorylation_cascade_16(X))
& activation_2(fn_signal_transduction_with_phosphorylation_cascade_101(X),fn_signal_transduction_with_phosphorylation_cascade_17(X))
& shape_2(fn_signal_transduction_with_phosphorylation_cascade_101(X),fn_signal_transduction_with_phosphorylation_cascade_18(X))
& has_state_2(fn_signal_transduction_with_phosphorylation_cascade_101(X),fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_signal_transduction_with_phosphorylation_cascade_102(X) != fn_signal_transduction_with_phosphorylation_cascade_103(X)
& fn_signal_transduction_with_phosphorylation_cascade_103(X) != fn_signal_transduction_with_phosphorylation_cascade_102(X)
& quantity_2(fn_signal_transduction_with_phosphorylation_cascade_103(X),fn_signal_transduction_with_phosphorylation_cascade_10(X))
& shape_2(fn_signal_transduction_with_phosphorylation_cascade_103(X),fn_signal_transduction_with_phosphorylation_cascade_19(X))
& activation_2(fn_signal_transduction_with_phosphorylation_cascade_103(X),fn_signal_transduction_with_phosphorylation_cascade_20(X))
& the_categorical_value_2(fn_signal_transduction_with_phosphorylation_cascade_20(X),active_0)
& fn_signal_transduction_with_phosphorylation_cascade_19(X) != fn_signal_transduction_with_phosphorylation_cascade_18(X)
& fn_signal_transduction_with_phosphorylation_cascade_18(X) != fn_signal_transduction_with_phosphorylation_cascade_19(X)
& the_categorical_value_2(fn_signal_transduction_with_phosphorylation_cascade_17(X),inactive_0)
& time_before_2(fn_signal_transduction_with_phosphorylation_cascade_16(X),fn_signal_transduction_with_phosphorylation_cascade_27(X))
& activation_2(fn_signal_transduction_with_phosphorylation_cascade_104(X),fn_signal_transduction_with_phosphorylation_cascade_12(X))
& shape_2(fn_signal_transduction_with_phosphorylation_cascade_104(X),fn_signal_transduction_with_phosphorylation_cascade_13(X))
& has_state_2(fn_signal_transduction_with_phosphorylation_cascade_104(X),fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_signal_transduction_with_phosphorylation_cascade_105(X) != fn_signal_transduction_with_phosphorylation_cascade_108(X)
& quantity_2(fn_signal_transduction_with_phosphorylation_cascade_105(X),fn_signal_transduction_with_phosphorylation_cascade_9(X))
& shape_2(fn_signal_transduction_with_phosphorylation_cascade_105(X),fn_signal_transduction_with_phosphorylation_cascade_14(X))
& activation_2(fn_signal_transduction_with_phosphorylation_cascade_105(X),fn_signal_transduction_with_phosphorylation_cascade_15(X))
& the_categorical_value_2(fn_signal_transduction_with_phosphorylation_cascade_15(X),active_0)
& fn_signal_transduction_with_phosphorylation_cascade_14(X) != fn_signal_transduction_with_phosphorylation_cascade_13(X)
& fn_signal_transduction_with_phosphorylation_cascade_13(X) != fn_signal_transduction_with_phosphorylation_cascade_14(X)
& the_categorical_value_2(fn_signal_transduction_with_phosphorylation_cascade_12(X),inactive_0)
& agent_2(fn_signal_transduction_with_phosphorylation_cascade_106(X),fn_signal_transduction_with_phosphorylation_cascade_65(X))
& next_event_2(fn_signal_transduction_with_phosphorylation_cascade_106(X),fn_signal_transduction_with_phosphorylation_cascade_121(X))
& time_during_2(fn_signal_transduction_with_phosphorylation_cascade_106(X),fn_signal_transduction_with_phosphorylation_cascade_11(X))
& time_before_2(fn_signal_transduction_with_phosphorylation_cascade_11(X),fn_signal_transduction_with_phosphorylation_cascade_21(X))
& activation_2(fn_signal_transduction_with_phosphorylation_cascade_107(X),fn_signal_transduction_with_phosphorylation_cascade_42(X))
& subevent_2(X,fn_signal_transduction_with_phosphorylation_cascade_64(X))
& subevent_2(X,fn_signal_transduction_with_phosphorylation_cascade_121(X))
& greater_than_2(fn_signal_transduction_with_phosphorylation_cascade_9(X),fn_signal_transduction_with_phosphorylation_cascade_10(X))
& greater_than_2(fn_signal_transduction_with_phosphorylation_cascade_8(X),fn_signal_transduction_with_phosphorylation_cascade_9(X))
& fn_signal_transduction_with_phosphorylation_cascade_108(X) != fn_signal_transduction_with_phosphorylation_cascade_105(X)
& fn_signal_transduction_with_phosphorylation_cascade_109(X) != fn_signal_transduction_with_phosphorylation_cascade_111(X)
& fn_signal_transduction_with_phosphorylation_cascade_109(X) != fn_signal_transduction_with_phosphorylation_cascade_110(X)
& called_2(fn_signal_transduction_with_phosphorylation_cascade_109(X),"1")
& fn_signal_transduction_with_phosphorylation_cascade_110(X) != fn_signal_transduction_with_phosphorylation_cascade_109(X)
& fn_signal_transduction_with_phosphorylation_cascade_110(X) != fn_signal_transduction_with_phosphorylation_cascade_111(X)
& called_2(fn_signal_transduction_with_phosphorylation_cascade_110(X),"2")
& fn_signal_transduction_with_phosphorylation_cascade_111(X) != fn_signal_transduction_with_phosphorylation_cascade_109(X)
& fn_signal_transduction_with_phosphorylation_cascade_111(X) != fn_signal_transduction_with_phosphorylation_cascade_110(X)
& called_2(fn_signal_transduction_with_phosphorylation_cascade_111(X),"3")
& fn_signal_transduction_with_phosphorylation_cascade_112(X) != fn_signal_transduction_with_phosphorylation_cascade_114(X)
& fn_signal_transduction_with_phosphorylation_cascade_112(X) != fn_signal_transduction_with_phosphorylation_cascade_113(X)
& called_2(fn_signal_transduction_with_phosphorylation_cascade_112(X),"2")
& fn_signal_transduction_with_phosphorylation_cascade_113(X) != fn_signal_transduction_with_phosphorylation_cascade_112(X)
& fn_signal_transduction_with_phosphorylation_cascade_113(X) != fn_signal_transduction_with_phosphorylation_cascade_114(X)
& called_2(fn_signal_transduction_with_phosphorylation_cascade_113(X),"1")
& fn_signal_transduction_with_phosphorylation_cascade_114(X) != fn_signal_transduction_with_phosphorylation_cascade_112(X)
& fn_signal_transduction_with_phosphorylation_cascade_114(X) != fn_signal_transduction_with_phosphorylation_cascade_113(X)
& called_2(fn_signal_transduction_with_phosphorylation_cascade_114(X),"3")
& facilitates_2(fn_signal_transduction_with_phosphorylation_cascade_115(X),fn_signal_transduction_with_phosphorylation_cascade_96(X))
& next_event_2(fn_signal_transduction_with_phosphorylation_cascade_121(X),fn_signal_transduction_with_phosphorylation_cascade_64(X))
& result_2(fn_signal_transduction_with_phosphorylation_cascade_121(X),fn_signal_transduction_with_phosphorylation_cascade_107(X))
& object_2(fn_signal_transduction_with_phosphorylation_cascade_121(X),fn_signal_transduction_with_phosphorylation_cascade_67(X))
& plays_2(fn_signal_transduction_with_phosphorylation_cascade_105(X),fn_signal_transduction_with_phosphorylation_cascade_82(X))
& plays_2(fn_signal_transduction_with_phosphorylation_cascade_107(X),fn_signal_transduction_with_phosphorylation_cascade_116(X))
& plays_2(fn_signal_transduction_with_phosphorylation_cascade_103(X),fn_signal_transduction_with_phosphorylation_cascade_92(X))
& result_2(fn_signal_transduction_with_phosphorylation_cascade_109(X),fn_signal_transduction_with_phosphorylation_cascade_101(X))
& result_2(fn_signal_transduction_with_phosphorylation_cascade_97(X),fn_signal_transduction_with_phosphorylation_cascade_105(X))
& result_2(fn_signal_transduction_with_phosphorylation_cascade_110(X),fn_signal_transduction_with_phosphorylation_cascade_104(X))
& result_2(fn_signal_transduction_with_phosphorylation_cascade_96(X),fn_signal_transduction_with_phosphorylation_cascade_103(X))
& raw_material_2(fn_signal_transduction_with_phosphorylation_cascade_96(X),fn_signal_transduction_with_phosphorylation_cascade_101(X))
& raw_material_2(fn_signal_transduction_with_phosphorylation_cascade_64(X),fn_signal_transduction_with_phosphorylation_cascade_102(X))
& raw_material_2(fn_signal_transduction_with_phosphorylation_cascade_97(X),fn_signal_transduction_with_phosphorylation_cascade_108(X))
& plays_2(fn_signal_transduction_with_phosphorylation_cascade_100(X),fn_signal_transduction_with_phosphorylation_cascade_73(X))
& result_2(fn_signal_transduction_with_phosphorylation_cascade_64(X),fn_signal_transduction_with_phosphorylation_cascade_100(X))
& raw_material_2(fn_signal_transduction_with_phosphorylation_cascade_98(X),fn_signal_transduction_with_phosphorylation_cascade_99(X))
& raw_material_2(fn_signal_transduction_with_phosphorylation_cascade_110(X),fn_signal_transduction_with_phosphorylation_cascade_105(X))
& has_region_2(fn_signal_transduction_with_phosphorylation_cascade_105(X),fn_signal_transduction_with_phosphorylation_cascade_55(X))
& raw_material_2(fn_signal_transduction_with_phosphorylation_cascade_109(X),fn_signal_transduction_with_phosphorylation_cascade_103(X))
& has_region_2(fn_signal_transduction_with_phosphorylation_cascade_103(X),fn_signal_transduction_with_phosphorylation_cascade_62(X))
& result_2(fn_signal_transduction_with_phosphorylation_cascade_98(X),fn_signal_transduction_with_phosphorylation_cascade_100(X))
& has_region_2(fn_signal_transduction_with_phosphorylation_cascade_100(X),fn_signal_transduction_with_phosphorylation_cascade_59(X))
& in_event_2(fn_signal_transduction_with_phosphorylation_cascade_118(X),fn_signal_transduction_with_phosphorylation_cascade_96(X))
& raw_material_2(fn_signal_transduction_with_phosphorylation_cascade_96(X),fn_signal_transduction_with_phosphorylation_cascade_102(X))
& plays_2(fn_signal_transduction_with_phosphorylation_cascade_102(X),fn_signal_transduction_with_phosphorylation_cascade_118(X))
& has_function_2(fn_signal_transduction_with_phosphorylation_cascade_112(X),fn_signal_transduction_with_phosphorylation_cascade_110(X))
& plays_2(fn_signal_transduction_with_phosphorylation_cascade_65(X),fn_signal_transduction_with_phosphorylation_cascade_66(X))
& has_function_2(fn_signal_transduction_with_phosphorylation_cascade_113(X),fn_signal_transduction_with_phosphorylation_cascade_109(X))
& has_function_2(fn_signal_transduction_with_phosphorylation_cascade_103(X),fn_signal_transduction_with_phosphorylation_cascade_90(X))
& enables_2(fn_signal_transduction_with_phosphorylation_cascade_90(X),fn_signal_transduction_with_phosphorylation_cascade_97(X))
& facilitates_2(fn_signal_transduction_with_phosphorylation_cascade_63(X),fn_signal_transduction_with_phosphorylation_cascade_97(X))
& has_function_2(fn_signal_transduction_with_phosphorylation_cascade_105(X),fn_signal_transduction_with_phosphorylation_cascade_80(X))
& enables_2(fn_signal_transduction_with_phosphorylation_cascade_80(X),fn_signal_transduction_with_phosphorylation_cascade_98(X))
& facilitates_2(fn_signal_transduction_with_phosphorylation_cascade_57(X),fn_signal_transduction_with_phosphorylation_cascade_98(X))
& raw_material_2(fn_signal_transduction_with_phosphorylation_cascade_111(X),fn_signal_transduction_with_phosphorylation_cascade_100(X))
& has_function_2(fn_signal_transduction_with_phosphorylation_cascade_114(X),fn_signal_transduction_with_phosphorylation_cascade_111(X))
& result_2(fn_signal_transduction_with_phosphorylation_cascade_111(X),fn_signal_transduction_with_phosphorylation_cascade_99(X))
& subevent_2(X,fn_signal_transduction_with_phosphorylation_cascade_106(X))
& first_subevent_2(X,fn_signal_transduction_with_phosphorylation_cascade_106(X))
& has_part_2(fn_signal_transduction_with_phosphorylation_cascade_85(X),fn_signal_transduction_with_phosphorylation_cascade_61(X))
& has_region_2(fn_signal_transduction_with_phosphorylation_cascade_103(X),fn_signal_transduction_with_phosphorylation_cascade_88(X))
& is_at_2(fn_signal_transduction_with_phosphorylation_cascade_88(X),fn_signal_transduction_with_phosphorylation_cascade_89(X))
& has_region_2(fn_signal_transduction_with_phosphorylation_cascade_103(X),fn_signal_transduction_with_phosphorylation_cascade_89(X))
& has_part_2(fn_signal_transduction_with_phosphorylation_cascade_103(X),fn_signal_transduction_with_phosphorylation_cascade_85(X))
& has_part_2(fn_signal_transduction_with_phosphorylation_cascade_85(X),fn_signal_transduction_with_phosphorylation_cascade_94(X))
& subevent_2(fn_signal_transduction_with_phosphorylation_cascade_64(X),fn_signal_transduction_with_phosphorylation_cascade_98(X))
& next_event_2(fn_signal_transduction_with_phosphorylation_cascade_97(X),fn_signal_transduction_with_phosphorylation_cascade_98(X))
& subevent_2(fn_signal_transduction_with_phosphorylation_cascade_64(X),fn_signal_transduction_with_phosphorylation_cascade_97(X))
& first_subevent_2(fn_signal_transduction_with_phosphorylation_cascade_64(X),fn_signal_transduction_with_phosphorylation_cascade_96(X))
& has_part_2(fn_signal_transduction_with_phosphorylation_cascade_100(X),fn_signal_transduction_with_phosphorylation_cascade_71(X))
& size_2(fn_signal_transduction_with_phosphorylation_cascade_71(X),fn_signal_transduction_with_phosphorylation_cascade_74(X))
& greater_than_2(fn_signal_transduction_with_phosphorylation_cascade_72(X),fn_signal_transduction_with_phosphorylation_cascade_74(X))
& has_region_2(fn_signal_transduction_with_phosphorylation_cascade_105(X),fn_signal_transduction_with_phosphorylation_cascade_79(X))
& has_part_2(fn_signal_transduction_with_phosphorylation_cascade_105(X),fn_signal_transduction_with_phosphorylation_cascade_75(X))
& has_region_2(fn_signal_transduction_with_phosphorylation_cascade_105(X),fn_signal_transduction_with_phosphorylation_cascade_78(X))
& is_at_2(fn_signal_transduction_with_phosphorylation_cascade_78(X),fn_signal_transduction_with_phosphorylation_cascade_79(X))
& has_region_2(fn_signal_transduction_with_phosphorylation_cascade_105(X),fn_signal_transduction_with_phosphorylation_cascade_77(X))
& is_at_2(fn_signal_transduction_with_phosphorylation_cascade_83(X),fn_signal_transduction_with_phosphorylation_cascade_77(X))
& has_part_2(fn_signal_transduction_with_phosphorylation_cascade_75(X),fn_signal_transduction_with_phosphorylation_cascade_83(X))
& has_part_2(fn_signal_transduction_with_phosphorylation_cascade_75(X),fn_signal_transduction_with_phosphorylation_cascade_56(X))
& has_function_2(fn_signal_transduction_with_phosphorylation_cascade_105(X),fn_signal_transduction_with_phosphorylation_cascade_98(X))
& size_2(fn_signal_transduction_with_phosphorylation_cascade_105(X),fn_signal_transduction_with_phosphorylation_cascade_81(X))
& has_region_2(fn_signal_transduction_with_phosphorylation_cascade_105(X),fn_signal_transduction_with_phosphorylation_cascade_57(X))
& site_2(fn_signal_transduction_with_phosphorylation_cascade_98(X),fn_signal_transduction_with_phosphorylation_cascade_57(X))
& has_part_2(fn_signal_transduction_with_phosphorylation_cascade_105(X),fn_signal_transduction_with_phosphorylation_cascade_76(X))
& size_2(fn_signal_transduction_with_phosphorylation_cascade_76(X),fn_signal_transduction_with_phosphorylation_cascade_84(X))
& greater_than_2(fn_signal_transduction_with_phosphorylation_cascade_81(X),fn_signal_transduction_with_phosphorylation_cascade_84(X))
& the_scalar_value_2(fn_signal_transduction_with_phosphorylation_cascade_81(X),big_0)
& scalar_unit_class_2(fn_signal_transduction_with_phosphorylation_cascade_81(X),polypeptide_0)
& has_region_2(fn_signal_transduction_with_phosphorylation_cascade_103(X),fn_signal_transduction_with_phosphorylation_cascade_87(X))
& is_at_2(fn_signal_transduction_with_phosphorylation_cascade_94(X),fn_signal_transduction_with_phosphorylation_cascade_87(X))
& has_region_2(fn_signal_transduction_with_phosphorylation_cascade_94(X),fn_signal_transduction_with_phosphorylation_cascade_93(X))
& is_inside_2(fn_signal_transduction_with_phosphorylation_cascade_93(X),fn_signal_transduction_with_phosphorylation_cascade_63(X))
& size_2(fn_signal_transduction_with_phosphorylation_cascade_103(X),fn_signal_transduction_with_phosphorylation_cascade_91(X))
& has_region_2(fn_signal_transduction_with_phosphorylation_cascade_103(X),fn_signal_transduction_with_phosphorylation_cascade_63(X))
& has_function_2(fn_signal_transduction_with_phosphorylation_cascade_103(X),fn_signal_transduction_with_phosphorylation_cascade_97(X))
& site_2(fn_signal_transduction_with_phosphorylation_cascade_97(X),fn_signal_transduction_with_phosphorylation_cascade_63(X))
& has_part_2(fn_signal_transduction_with_phosphorylation_cascade_103(X),fn_signal_transduction_with_phosphorylation_cascade_86(X))
& size_2(fn_signal_transduction_with_phosphorylation_cascade_86(X),fn_signal_transduction_with_phosphorylation_cascade_95(X))
& greater_than_2(fn_signal_transduction_with_phosphorylation_cascade_91(X),fn_signal_transduction_with_phosphorylation_cascade_95(X))
& the_scalar_value_2(fn_signal_transduction_with_phosphorylation_cascade_91(X),big_0)
& scalar_unit_class_2(fn_signal_transduction_with_phosphorylation_cascade_91(X),polypeptide_0)
& has_region_2(fn_signal_transduction_with_phosphorylation_cascade_107(X),fn_signal_transduction_with_phosphorylation_cascade_68(X))
& is_at_2(fn_signal_transduction_with_phosphorylation_cascade_69(X),fn_signal_transduction_with_phosphorylation_cascade_68(X))
& has_region_2(fn_signal_transduction_with_phosphorylation_cascade_69(X),fn_signal_transduction_with_phosphorylation_cascade_70(X))
& is_inside_2(fn_signal_transduction_with_phosphorylation_cascade_70(X),fn_signal_transduction_with_phosphorylation_cascade_115(X))
& object_2(fn_signal_transduction_with_phosphorylation_cascade_125(X),fn_signal_transduction_with_phosphorylation_cascade_100(X))
& possesses_2(fn_signal_transduction_with_phosphorylation_cascade_100(X),fn_signal_transduction_with_phosphorylation_cascade_126(X))
& quantity_2(fn_signal_transduction_with_phosphorylation_cascade_126(X),fn_signal_transduction_with_phosphorylation_cascade_123(X))
& directly_proportional_2(fn_signal_transduction_with_phosphorylation_cascade_124(X),fn_signal_transduction_with_phosphorylation_cascade_123(X))
& speed_2(fn_signal_transduction_with_phosphorylation_cascade_125(X),fn_signal_transduction_with_phosphorylation_cascade_124(X))
& has_part_2(fn_signal_transduction_with_phosphorylation_cascade_100(X),fn_signal_transduction_with_phosphorylation_cascade_128(X))
& has_part_2(fn_signal_transduction_with_phosphorylation_cascade_100(X),fn_signal_transduction_with_phosphorylation_cascade_127(X))
& has_region_2(fn_signal_transduction_with_phosphorylation_cascade_100(X),fn_signal_transduction_with_phosphorylation_cascade_129(X))
& is_inside_2(fn_signal_transduction_with_phosphorylation_cascade_127(X),fn_signal_transduction_with_phosphorylation_cascade_129(X))
& fn_signal_transduction_with_phosphorylation_cascade_128(X) != fn_signal_transduction_with_phosphorylation_cascade_127(X)
& fn_signal_transduction_with_phosphorylation_cascade_127(X) != fn_signal_transduction_with_phosphorylation_cascade_128(X)
& has_function_2(fn_signal_transduction_with_phosphorylation_cascade_107(X),fn_signal_transduction_with_phosphorylation_cascade_96(X))
& has_region_2(fn_signal_transduction_with_phosphorylation_cascade_107(X),fn_signal_transduction_with_phosphorylation_cascade_115(X))
& site_2(fn_signal_transduction_with_phosphorylation_cascade_96(X),fn_signal_transduction_with_phosphorylation_cascade_115(X))
& in_event_2(fn_signal_transduction_with_phosphorylation_cascade_119(X),fn_signal_transduction_with_phosphorylation_cascade_96(X))
& plays_2(fn_signal_transduction_with_phosphorylation_cascade_117(X),fn_signal_transduction_with_phosphorylation_cascade_119(X))
& is_at_2(fn_signal_transduction_with_phosphorylation_cascade_117(X),fn_signal_transduction_with_phosphorylation_cascade_115(X))
& has_part_2(fn_signal_transduction_with_phosphorylation_cascade_60(X),fn_signal_transduction_with_phosphorylation_cascade_58(X))
& is_at_2(fn_signal_transduction_with_phosphorylation_cascade_131(X),fn_signal_transduction_with_phosphorylation_cascade_130(X))
& has_region_2(fn_signal_transduction_with_phosphorylation_cascade_100(X),fn_signal_transduction_with_phosphorylation_cascade_130(X))
& size_2(fn_signal_transduction_with_phosphorylation_cascade_100(X),fn_signal_transduction_with_phosphorylation_cascade_72(X))
& the_scalar_value_2(fn_signal_transduction_with_phosphorylation_cascade_72(X),big_0)
& scalar_unit_class_2(fn_signal_transduction_with_phosphorylation_cascade_72(X),polypeptide_0)
& has_region_2(fn_signal_transduction_with_phosphorylation_cascade_100(X),fn_signal_transduction_with_phosphorylation_cascade_132(X))
& is_at_2(fn_signal_transduction_with_phosphorylation_cascade_122(X),fn_signal_transduction_with_phosphorylation_cascade_132(X))
& has_part_2(fn_signal_transduction_with_phosphorylation_cascade_60(X),fn_signal_transduction_with_phosphorylation_cascade_122(X))
& has_part_2(fn_signal_transduction_with_phosphorylation_cascade_100(X),fn_signal_transduction_with_phosphorylation_cascade_60(X))
& has_region_2(fn_signal_transduction_with_phosphorylation_cascade_100(X),fn_signal_transduction_with_phosphorylation_cascade_131(X))
& fn_signal_transduction_with_phosphorylation_cascade_67(X) = fn_make_accessible_1(fn_signal_transduction_with_phosphorylation_cascade_121(X))
& fn_signal_transduction_with_phosphorylation_cascade_105(X) = fn_messenger_1(fn_signal_transduction_with_phosphorylation_cascade_82(X))
& fn_signal_transduction_with_phosphorylation_cascade_107(X) = fn_messenger_1(fn_signal_transduction_with_phosphorylation_cascade_116(X))
& fn_signal_transduction_with_phosphorylation_cascade_103(X) = fn_messenger_1(fn_signal_transduction_with_phosphorylation_cascade_92(X))
& fn_signal_transduction_with_phosphorylation_cascade_101(X) = fn_decomposition_reaction_2(fn_signal_transduction_with_phosphorylation_cascade_109(X))
& fn_signal_transduction_with_phosphorylation_cascade_101(X) = fn_decomposition_reaction_4(fn_signal_transduction_with_phosphorylation_cascade_109(X))
& fn_signal_transduction_with_phosphorylation_cascade_104(X) = fn_decomposition_reaction_2(fn_signal_transduction_with_phosphorylation_cascade_110(X))
& fn_signal_transduction_with_phosphorylation_cascade_104(X) = fn_decomposition_reaction_4(fn_signal_transduction_with_phosphorylation_cascade_110(X))
& fn_signal_transduction_with_phosphorylation_cascade_103(X) = fn_phosphorylation_2(fn_signal_transduction_with_phosphorylation_cascade_96(X))
& fn_signal_transduction_with_phosphorylation_cascade_101(X) = fn_phosphorylation_5(fn_signal_transduction_with_phosphorylation_cascade_96(X))
& fn_signal_transduction_with_phosphorylation_cascade_101(X) = fn_phosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_96(X))
& fn_signal_transduction_with_phosphorylation_cascade_102(X) = fn_chemical_reaction_2(fn_signal_transduction_with_phosphorylation_cascade_64(X))
& fn_signal_transduction_with_phosphorylation_cascade_108(X) = fn_phosphorylation_5(fn_signal_transduction_with_phosphorylation_cascade_97(X))
& fn_signal_transduction_with_phosphorylation_cascade_108(X) = fn_phosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_97(X))
& fn_signal_transduction_with_phosphorylation_cascade_100(X) = fn_messenger_1(fn_signal_transduction_with_phosphorylation_cascade_73(X))
& fn_signal_transduction_with_phosphorylation_cascade_100(X) = fn_chemical_reaction_1(fn_signal_transduction_with_phosphorylation_cascade_64(X))
& fn_signal_transduction_with_phosphorylation_cascade_99(X) = fn_phosphorylation_5(fn_signal_transduction_with_phosphorylation_cascade_98(X))
& fn_signal_transduction_with_phosphorylation_cascade_99(X) = fn_phosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_98(X))
& fn_signal_transduction_with_phosphorylation_cascade_105(X) = fn_phosphorylation_2(fn_signal_transduction_with_phosphorylation_cascade_97(X))
& fn_signal_transduction_with_phosphorylation_cascade_55(X) = fn_phosphorylation_3(fn_signal_transduction_with_phosphorylation_cascade_97(X))
& fn_signal_transduction_with_phosphorylation_cascade_55(X) = fn_dephosphorylation_12(fn_signal_transduction_with_phosphorylation_cascade_110(X))
& fn_signal_transduction_with_phosphorylation_cascade_105(X) = fn_dephosphorylation_11(fn_signal_transduction_with_phosphorylation_cascade_110(X))
& fn_signal_transduction_with_phosphorylation_cascade_62(X) = fn_dephosphorylation_12(fn_signal_transduction_with_phosphorylation_cascade_109(X))
& fn_signal_transduction_with_phosphorylation_cascade_103(X) = fn_dephosphorylation_11(fn_signal_transduction_with_phosphorylation_cascade_109(X))
& fn_signal_transduction_with_phosphorylation_cascade_59(X) = fn_phosphorylation_3(fn_signal_transduction_with_phosphorylation_cascade_98(X))
& fn_signal_transduction_with_phosphorylation_cascade_100(X) = fn_phosphorylation_2(fn_signal_transduction_with_phosphorylation_cascade_98(X))
& fn_signal_transduction_with_phosphorylation_cascade_102(X) = fn_reactant_3(fn_signal_transduction_with_phosphorylation_cascade_118(X))
& fn_signal_transduction_with_phosphorylation_cascade_96(X) = fn_reactant_2(fn_signal_transduction_with_phosphorylation_cascade_118(X))
& fn_signal_transduction_with_phosphorylation_cascade_110(X) = fn_protein_phosphatase_1(fn_signal_transduction_with_phosphorylation_cascade_112(X))
& fn_signal_transduction_with_phosphorylation_cascade_65(X) = fn_messenger_1(fn_signal_transduction_with_phosphorylation_cascade_66(X))
& fn_signal_transduction_with_phosphorylation_cascade_109(X) = fn_protein_phosphatase_1(fn_signal_transduction_with_phosphorylation_cascade_113(X))
& fn_signal_transduction_with_phosphorylation_cascade_63(X) = fn_enzyme_2(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_signal_transduction_with_phosphorylation_cascade_97(X) = fn_enzyme_4(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_signal_transduction_with_phosphorylation_cascade_90(X) = fn_enzyme_5(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_signal_transduction_with_phosphorylation_cascade_57(X) = fn_enzyme_2(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_signal_transduction_with_phosphorylation_cascade_98(X) = fn_enzyme_4(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_signal_transduction_with_phosphorylation_cascade_80(X) = fn_enzyme_5(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_signal_transduction_with_phosphorylation_cascade_100(X) = fn_protein_phosphatase_3(fn_signal_transduction_with_phosphorylation_cascade_114(X))
& fn_signal_transduction_with_phosphorylation_cascade_99(X) = fn_protein_phosphatase_2(fn_signal_transduction_with_phosphorylation_cascade_114(X))
& fn_signal_transduction_with_phosphorylation_cascade_111(X) = fn_protein_phosphatase_1(fn_signal_transduction_with_phosphorylation_cascade_114(X))
& fn_signal_transduction_with_phosphorylation_cascade_106(X) = fn_signal_transduction_6(X)
& fn_signal_transduction_with_phosphorylation_cascade_61(X) = fn_protein_4(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_signal_transduction_with_phosphorylation_cascade_94(X) = fn_protein_14(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_signal_transduction_with_phosphorylation_cascade_85(X) = fn_protein_8(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_signal_transduction_with_phosphorylation_cascade_89(X) = fn_protein_5(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_signal_transduction_with_phosphorylation_cascade_88(X) = fn_protein_1(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_signal_transduction_with_phosphorylation_cascade_96(X) = fn_phosphorylation_cascade_3(fn_signal_transduction_with_phosphorylation_cascade_64(X))
& fn_signal_transduction_with_phosphorylation_cascade_97(X) = fn_phosphorylation_cascade_3(fn_signal_transduction_with_phosphorylation_cascade_64(X))
& fn_signal_transduction_with_phosphorylation_cascade_98(X) = fn_phosphorylation_cascade_2(fn_signal_transduction_with_phosphorylation_cascade_64(X))
& fn_signal_transduction_with_phosphorylation_cascade_120(X) = fn_polymer_10(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_signal_transduction_with_phosphorylation_cascade_72(X) = fn_polymer_8(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_signal_transduction_with_phosphorylation_cascade_74(X) = fn_polymer_7(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_signal_transduction_with_phosphorylation_cascade_71(X) = fn_polymer_4(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_signal_transduction_with_phosphorylation_cascade_79(X) = fn_protein_5(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_signal_transduction_with_phosphorylation_cascade_78(X) = fn_protein_1(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_signal_transduction_with_phosphorylation_cascade_56(X) = fn_protein_4(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_signal_transduction_with_phosphorylation_cascade_75(X) = fn_protein_8(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_signal_transduction_with_phosphorylation_cascade_83(X) = fn_protein_14(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_signal_transduction_with_phosphorylation_cascade_77(X) = fn_protein_7(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_signal_transduction_with_phosphorylation_cascade_98(X) = fn_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_signal_transduction_with_phosphorylation_cascade_57(X) = fn_kinase_7(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_signal_transduction_with_phosphorylation_cascade_81(X) = fn_protein_enzyme_3(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_signal_transduction_with_phosphorylation_cascade_81(X) = fn_kinase_5(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_signal_transduction_with_phosphorylation_cascade_84(X) = fn_kinase_4(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_signal_transduction_with_phosphorylation_cascade_76(X) = fn_protein_enzyme_9(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_signal_transduction_with_phosphorylation_cascade_76(X) = fn_kinase_6(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_signal_transduction_with_phosphorylation_cascade_63(X) = fn_protein_enzyme_10(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_signal_transduction_with_phosphorylation_cascade_93(X) = fn_protein_enzyme_12(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_signal_transduction_with_phosphorylation_cascade_94(X) = fn_protein_enzyme_11(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_signal_transduction_with_phosphorylation_cascade_87(X) = fn_protein_enzyme_5(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_signal_transduction_with_phosphorylation_cascade_63(X) = fn_kinase_7(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_signal_transduction_with_phosphorylation_cascade_97(X) = fn_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_signal_transduction_with_phosphorylation_cascade_91(X) = fn_protein_enzyme_3(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_signal_transduction_with_phosphorylation_cascade_91(X) = fn_kinase_5(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_signal_transduction_with_phosphorylation_cascade_95(X) = fn_kinase_4(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_signal_transduction_with_phosphorylation_cascade_86(X) = fn_protein_enzyme_9(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_signal_transduction_with_phosphorylation_cascade_86(X) = fn_kinase_6(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_signal_transduction_with_phosphorylation_cascade_115(X) = fn_protein_enzyme_10(fn_signal_transduction_with_phosphorylation_cascade_107(X))
& fn_signal_transduction_with_phosphorylation_cascade_70(X) = fn_protein_enzyme_12(fn_signal_transduction_with_phosphorylation_cascade_107(X))
& fn_signal_transduction_with_phosphorylation_cascade_69(X) = fn_protein_enzyme_11(fn_signal_transduction_with_phosphorylation_cascade_107(X))
& fn_signal_transduction_with_phosphorylation_cascade_68(X) = fn_protein_enzyme_5(fn_signal_transduction_with_phosphorylation_cascade_107(X))
& fn_signal_transduction_with_phosphorylation_cascade_133(X) = fn_molecule_1(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_signal_transduction_with_phosphorylation_cascade_134(X) = fn_molecule_2(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_signal_transduction_with_phosphorylation_cascade_125(X) = fn_molecule_8(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_signal_transduction_with_phosphorylation_cascade_124(X) = fn_molecule_3(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_signal_transduction_with_phosphorylation_cascade_123(X) = fn_molecule_4(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_signal_transduction_with_phosphorylation_cascade_126(X) = fn_molecule_12(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_signal_transduction_with_phosphorylation_cascade_128(X) = fn_organic_molecule_2(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_signal_transduction_with_phosphorylation_cascade_127(X) = fn_organic_molecule_1(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_signal_transduction_with_phosphorylation_cascade_129(X) = fn_organic_molecule_3(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_signal_transduction_with_phosphorylation_cascade_117(X) = fn_kinase_3(fn_signal_transduction_with_phosphorylation_cascade_107(X))
& fn_signal_transduction_with_phosphorylation_cascade_119(X) = fn_kinase_2(fn_signal_transduction_with_phosphorylation_cascade_107(X))
& fn_signal_transduction_with_phosphorylation_cascade_96(X) = fn_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_107(X))
& fn_signal_transduction_with_phosphorylation_cascade_115(X) = fn_kinase_7(fn_signal_transduction_with_phosphorylation_cascade_107(X))
& fn_signal_transduction_with_phosphorylation_cascade_58(X) = fn_protein_4(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_signal_transduction_with_phosphorylation_cascade_54(X) = fn_protein_10(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_signal_transduction_with_phosphorylation_cascade_72(X) = fn_protein_9(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_signal_transduction_with_phosphorylation_cascade_130(X) = fn_protein_5(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_signal_transduction_with_phosphorylation_cascade_131(X) = fn_protein_1(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_signal_transduction_with_phosphorylation_cascade_60(X) = fn_protein_8(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_signal_transduction_with_phosphorylation_cascade_122(X) = fn_protein_14(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_signal_transduction_with_phosphorylation_cascade_132(X) = fn_protein_7(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_decomposition_reaction_2(fn_signal_transduction_with_phosphorylation_cascade_110(X)) = fn_decomposition_reaction_4(fn_signal_transduction_with_phosphorylation_cascade_110(X))
& fn_decomposition_reaction_4(fn_signal_transduction_with_phosphorylation_cascade_110(X)) = fn_decomposition_reaction_2(fn_signal_transduction_with_phosphorylation_cascade_109(X))
& fn_decomposition_reaction_2(fn_signal_transduction_with_phosphorylation_cascade_109(X)) = fn_phosphorylation_5(fn_signal_transduction_with_phosphorylation_cascade_96(X))
& fn_phosphorylation_5(fn_signal_transduction_with_phosphorylation_cascade_96(X)) = fn_decomposition_reaction_2(fn_signal_transduction_with_phosphorylation_cascade_109(X))
& fn_decomposition_reaction_2(fn_signal_transduction_with_phosphorylation_cascade_109(X)) = fn_decomposition_reaction_4(fn_signal_transduction_with_phosphorylation_cascade_109(X))
& fn_decomposition_reaction_4(fn_signal_transduction_with_phosphorylation_cascade_109(X)) = fn_decomposition_reaction_4(fn_signal_transduction_with_phosphorylation_cascade_109(X))
& fn_decomposition_reaction_4(fn_signal_transduction_with_phosphorylation_cascade_109(X)) = fn_phosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_96(X))
& fn_phosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_96(X)) = fn_phosphorylation_5(fn_signal_transduction_with_phosphorylation_cascade_97(X))
& fn_phosphorylation_5(fn_signal_transduction_with_phosphorylation_cascade_97(X)) = fn_phosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_97(X))
& fn_phosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_97(X)) = fn_phosphorylation_3(fn_signal_transduction_with_phosphorylation_cascade_97(X))
& fn_phosphorylation_3(fn_signal_transduction_with_phosphorylation_cascade_97(X)) = fn_dephosphorylation_12(fn_signal_transduction_with_phosphorylation_cascade_110(X))
& fn_dephosphorylation_12(fn_signal_transduction_with_phosphorylation_cascade_110(X)) = fn_chemical_reaction_2(fn_signal_transduction_with_phosphorylation_cascade_64(X))
& fn_chemical_reaction_2(fn_signal_transduction_with_phosphorylation_cascade_64(X)) = fn_reactant_3(fn_signal_transduction_with_phosphorylation_cascade_118(X))
& fn_reactant_3(fn_signal_transduction_with_phosphorylation_cascade_118(X)) = fn_reactant_3(fn_signal_transduction_with_phosphorylation_cascade_118(X))
& fn_reactant_3(fn_signal_transduction_with_phosphorylation_cascade_118(X)) = fn_phosphorylation_5(fn_signal_transduction_with_phosphorylation_cascade_98(X))
& fn_phosphorylation_5(fn_signal_transduction_with_phosphorylation_cascade_98(X)) = fn_phosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_98(X))
& fn_phosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_98(X)) = fn_phosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_98(X))
& fn_phosphorylation_1(fn_signal_transduction_with_phosphorylation_cascade_98(X)) = fn_protein_phosphatase_2(fn_signal_transduction_with_phosphorylation_cascade_114(X))
& fn_protein_phosphatase_2(fn_signal_transduction_with_phosphorylation_cascade_114(X)) = fn_enzyme_4(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_enzyme_4(fn_signal_transduction_with_phosphorylation_cascade_105(X)) = fn_enzyme_4(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_enzyme_4(fn_signal_transduction_with_phosphorylation_cascade_105(X)) = fn_phosphorylation_cascade_2(fn_signal_transduction_with_phosphorylation_cascade_64(X))
& fn_phosphorylation_cascade_2(fn_signal_transduction_with_phosphorylation_cascade_64(X)) = fn_phosphorylation_cascade_2(fn_signal_transduction_with_phosphorylation_cascade_64(X))
& fn_phosphorylation_cascade_2(fn_signal_transduction_with_phosphorylation_cascade_64(X)) = fn_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_105(X)) = fn_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_105(X)) = fn_enzyme_2(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_enzyme_2(fn_signal_transduction_with_phosphorylation_cascade_105(X)) = fn_kinase_7(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_kinase_7(fn_signal_transduction_with_phosphorylation_cascade_105(X)) = fn_kinase_7(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_kinase_7(fn_signal_transduction_with_phosphorylation_cascade_105(X)) = fn_protein_enzyme_3(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_kinase_5(fn_signal_transduction_with_phosphorylation_cascade_105(X)) = fn_protein_enzyme_3(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_protein_enzyme_3(fn_signal_transduction_with_phosphorylation_cascade_105(X)) = fn_kinase_5(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_kinase_5(fn_signal_transduction_with_phosphorylation_cascade_105(X)) = fn_kinase_5(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_kinase_5(fn_signal_transduction_with_phosphorylation_cascade_105(X)) = fn_kinase_6(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_kinase_6(fn_signal_transduction_with_phosphorylation_cascade_105(X)) = fn_protein_enzyme_9(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_protein_enzyme_9(fn_signal_transduction_with_phosphorylation_cascade_105(X)) = fn_kinase_6(fn_signal_transduction_with_phosphorylation_cascade_105(X))
& fn_kinase_6(fn_signal_transduction_with_phosphorylation_cascade_105(X)) = fn_messenger_1(fn_signal_transduction_with_phosphorylation_cascade_82(X))
& fn_messenger_1(fn_signal_transduction_with_phosphorylation_cascade_82(X)) = fn_phosphorylation_2(fn_signal_transduction_with_phosphorylation_cascade_97(X))
& fn_phosphorylation_2(fn_signal_transduction_with_phosphorylation_cascade_97(X)) = fn_phosphorylation_2(fn_signal_transduction_with_phosphorylation_cascade_97(X))
& fn_phosphorylation_2(fn_signal_transduction_with_phosphorylation_cascade_97(X)) = fn_dephosphorylation_11(fn_signal_transduction_with_phosphorylation_cascade_110(X))
& fn_dephosphorylation_11(fn_signal_transduction_with_phosphorylation_cascade_110(X)) = fn_dephosphorylation_11(fn_signal_transduction_with_phosphorylation_cascade_110(X))
& fn_dephosphorylation_11(fn_signal_transduction_with_phosphorylation_cascade_110(X)) = fn_protein_14(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_protein_14(fn_signal_transduction_with_phosphorylation_cascade_103(X)) = fn_protein_enzyme_11(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_protein_enzyme_11(fn_signal_transduction_with_phosphorylation_cascade_103(X)) = fn_protein_enzyme_11(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_protein_enzyme_11(fn_signal_transduction_with_phosphorylation_cascade_103(X)) = fn_enzyme_2(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_enzyme_2(fn_signal_transduction_with_phosphorylation_cascade_103(X)) = fn_protein_enzyme_10(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_protein_enzyme_10(fn_signal_transduction_with_phosphorylation_cascade_103(X)) = fn_protein_enzyme_10(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_protein_enzyme_10(fn_signal_transduction_with_phosphorylation_cascade_103(X)) = fn_kinase_7(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_kinase_7(fn_signal_transduction_with_phosphorylation_cascade_103(X)) = fn_kinase_7(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_kinase_7(fn_signal_transduction_with_phosphorylation_cascade_103(X)) = fn_enzyme_4(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_enzyme_4(fn_signal_transduction_with_phosphorylation_cascade_103(X)) = fn_enzyme_4(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_enzyme_4(fn_signal_transduction_with_phosphorylation_cascade_103(X)) = fn_phosphorylation_cascade_3(fn_signal_transduction_with_phosphorylation_cascade_64(X))
& fn_phosphorylation_cascade_3(fn_signal_transduction_with_phosphorylation_cascade_64(X)) = fn_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_103(X)) = fn_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_103(X)) = fn_protein_enzyme_3(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_kinase_5(fn_signal_transduction_with_phosphorylation_cascade_103(X)) = fn_protein_enzyme_3(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_protein_enzyme_3(fn_signal_transduction_with_phosphorylation_cascade_103(X)) = fn_kinase_5(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_kinase_5(fn_signal_transduction_with_phosphorylation_cascade_103(X)) = fn_kinase_5(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_kinase_5(fn_signal_transduction_with_phosphorylation_cascade_103(X)) = fn_kinase_6(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_kinase_6(fn_signal_transduction_with_phosphorylation_cascade_103(X)) = fn_protein_enzyme_9(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_protein_enzyme_9(fn_signal_transduction_with_phosphorylation_cascade_103(X)) = fn_kinase_6(fn_signal_transduction_with_phosphorylation_cascade_103(X))
& fn_kinase_6(fn_signal_transduction_with_phosphorylation_cascade_103(X)) = fn_messenger_1(fn_signal_transduction_with_phosphorylation_cascade_92(X))
& fn_messenger_1(fn_signal_transduction_with_phosphorylation_cascade_92(X)) = fn_phosphorylation_2(fn_signal_transduction_with_phosphorylation_cascade_96(X))
& fn_phosphorylation_2(fn_signal_transduction_with_phosphorylation_cascade_96(X)) = fn_phosphorylation_2(fn_signal_transduction_with_phosphorylation_cascade_96(X))
& fn_phosphorylation_2(fn_signal_transduction_with_phosphorylation_cascade_96(X)) = fn_dephosphorylation_11(fn_signal_transduction_with_phosphorylation_cascade_109(X))
& fn_dephosphorylation_11(fn_signal_transduction_with_phosphorylation_cascade_109(X)) = fn_dephosphorylation_11(fn_signal_transduction_with_phosphorylation_cascade_109(X))
& fn_dephosphorylation_11(fn_signal_transduction_with_phosphorylation_cascade_109(X)) = fn_reactant_2(fn_signal_transduction_with_phosphorylation_cascade_118(X))
& fn_reactant_2(fn_signal_transduction_with_phosphorylation_cascade_118(X)) = fn_reactant_2(fn_signal_transduction_with_phosphorylation_cascade_118(X))
& fn_reactant_2(fn_signal_transduction_with_phosphorylation_cascade_118(X)) = fn_phosphorylation_cascade_3(fn_signal_transduction_with_phosphorylation_cascade_64(X))
& fn_phosphorylation_cascade_3(fn_signal_transduction_with_phosphorylation_cascade_64(X)) = fn_phosphorylation_cascade_3(fn_signal_transduction_with_phosphorylation_cascade_64(X))
& fn_phosphorylation_cascade_3(fn_signal_transduction_with_phosphorylation_cascade_64(X)) = fn_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_107(X))
& fn_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_107(X)) = fn_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_107(X))
& fn_kinase_1(fn_signal_transduction_with_phosphorylation_cascade_107(X)) = fn_protein_enzyme_10(fn_signal_transduction_with_phosphorylation_cascade_107(X))
& fn_protein_enzyme_10(fn_signal_transduction_with_phosphorylation_cascade_107(X)) = fn_kinase_7(fn_signal_transduction_with_phosphorylation_cascade_107(X))
& fn_kinase_7(fn_signal_transduction_with_phosphorylation_cascade_107(X)) = fn_kinase_7(fn_signal_transduction_with_phosphorylation_cascade_107(X))
& fn_kinase_7(fn_signal_transduction_with_phosphorylation_cascade_107(X)) = fn_polymer_8(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_polymer_8(fn_signal_transduction_with_phosphorylation_cascade_100(X)) = fn_protein_9(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_protein_9(fn_signal_transduction_with_phosphorylation_cascade_100(X)) = fn_protein_9(fn_signal_transduction_with_phosphorylation_cascade_100(X))
& fn_protein_9(fn_signal_transduction_with_phosphorylation_cascade_100(X)) = fn_messenger_1(fn_signal_transduction_with_phosphorylation_cascade_73(X))
& fn_messenger_1(fn_signal_transduction_with_phosphorylation_cascade_73(X)) = fn_chemical_reaction_1(fn_signal_transduction_with_phosphorylation_cascade_64(X))
& fn_chemical_reaction_1(fn_signal_transduction_with_phosphorylation_cascade_64(X)) = fn_chemical_reaction_1(fn_signal_transduction_with_phosphorylation_cascade_64(X))
& fn_chemical_reaction_1(fn_signal_transduction_with_phosphorylation_cascade_64(X)) = fn_phosphorylation_2(fn_signal_transduction_with_phosphorylation_cascade_98(X))
& fn_phosphorylation_2(fn_signal_transduction_with_phosphorylation_cascade_98(X)) = fn_phosphorylation_2(fn_signal_transduction_with_phosphorylation_cascade_98(X))
& fn_phosphorylation_2(fn_signal_transduction_with_phosphorylation_cascade_98(X)) = fn_protein_phosphatase_3(fn_signal_transduction_with_phosphorylation_cascade_114(X)) ) ) ).
fof(a532671,axiom,
! [X] :
( signal_transduction_with_scaffolding_protein_1(X)
=> ( original_name_2(X,'Signal-Transduction-With-Scaffolding-Protein')
& user_description_2(X,'Signal transduction event in which a receptor is attached to a protein that scaffolds or provides structural integrity to the cell. These scaffolding proteins act as relay proteins during cell signaling to increase efficiency of signal transduction.')
& concept2words_2(X,'signal transduction with receptor bound to scaffolding protein')
& concept2words_2(X,'signal transduction with receptor bound to structural protein')
& concept2words_2(X,'relay a signal')
& concept2words_2(X,'signal transduction with scaffolding protein')
& concept2words_2(X,'signal-transduction-with-scaffolding-protein')
& signal_transduction_1(X)
& ~ signal_transduction_with_ca2_plus_1(X)
& time_interval_1(fn_signal_transduction_with_scaffolding_protein_1(X))
& activation_value_1(fn_signal_transduction_with_scaffolding_protein_2(X))
& activation_value_1(fn_signal_transduction_with_scaffolding_protein_4(X))
& activation_value_1(fn_signal_transduction_with_scaffolding_protein_5(X))
& protein_kinase_1(fn_signal_transduction_with_scaffolding_protein_6(X))
& time_interval_1(fn_signal_transduction_with_scaffolding_protein_7(X))
& plasma_membrane_1(fn_signal_transduction_with_scaffolding_protein_10(X))
& activate_1(fn_signal_transduction_with_scaffolding_protein_11(X))
& spatial_entity_1(fn_signal_transduction_with_scaffolding_protein_14(X))
& receptor_protein_1(fn_signal_transduction_with_scaffolding_protein_14(X))
& polymer_1(fn_signal_transduction_with_scaffolding_protein_14(X))
& spatial_entity_1(fn_signal_transduction_with_scaffolding_protein_15(X))
& chemical_entity_1(fn_signal_transduction_with_scaffolding_protein_15(X))
& protein_1(fn_signal_transduction_with_scaffolding_protein_15(X))
& scaffolding_protein_1(fn_signal_transduction_with_scaffolding_protein_15(X))
& attach_1(fn_signal_transduction_with_scaffolding_protein_16(X))
& cell_1(fn_signal_transduction_with_scaffolding_protein_17(X))
& ligand_1(fn_signal_transduction_with_scaffolding_protein_18(X))
& size_value_1(fn_signal_transduction_with_scaffolding_protein_19(X))
& receptor_site_1(fn_signal_transduction_with_scaffolding_protein_20(X))
& size_value_1(fn_signal_transduction_with_scaffolding_protein_21(X))
& protein_kinase_1(fn_signal_transduction_with_scaffolding_protein_22(X))
& relay_protein_1(fn_signal_transduction_with_scaffolding_protein_22(X))
& attach_1(fn_signal_transduction_with_scaffolding_protein_23(X))
& activate_1(fn_signal_transduction_with_scaffolding_protein_24(X))
& chemical_entity_1(fn_signal_transduction_with_scaffolding_protein_25(X))
& activate_1(fn_signal_transduction_with_scaffolding_protein_26(X))
& spatial_entity_1(fn_attach_2(fn_signal_transduction_with_scaffolding_protein_16(X)))
& entity_1(fn_make_accessible_1(fn_signal_transduction_with_scaffolding_protein_26(X)))
& plasma_membrane_1(fn_cell_30(fn_signal_transduction_with_scaffolding_protein_17(X)))
& receptor_site_1(fn_receptor_protein_1(fn_signal_transduction_with_scaffolding_protein_14(X)))
& attach_1(fn_scaffolding_protein_2(fn_signal_transduction_with_scaffolding_protein_15(X)))
& property_node_1(fn_polymer_9(fn_signal_transduction_with_scaffolding_protein_14(X)))
& size_value_1(fn_polymer_8(fn_signal_transduction_with_scaffolding_protein_14(X)))
& entity_1(fn_make_accessible_1(fn_signal_transduction_with_scaffolding_protein_24(X)))
& spatial_entity_1(fn_attach_1(fn_signal_transduction_with_scaffolding_protein_23(X)))
& spatial_entity_1(fn_attach_2(fn_signal_transduction_with_scaffolding_protein_23(X)))
& spatial_entity_1(fn_attach_1(fn_signal_transduction_with_scaffolding_protein_16(X)))
& chemical_entity_1(fn_ligand_1(fn_signal_transduction_with_scaffolding_protein_18(X)))
& property_node_1(fn_protein_10(fn_signal_transduction_with_scaffolding_protein_15(X)))
& property_node_1(fn_polymer_10(fn_signal_transduction_with_scaffolding_protein_14(X)))
& size_value_1(fn_protein_9(fn_signal_transduction_with_scaffolding_protein_15(X)))
& size_value_1(fn_scaffolding_protein_6(fn_signal_transduction_with_scaffolding_protein_15(X)))
& size_value_1(fn_polymer_7(fn_signal_transduction_with_scaffolding_protein_14(X)))
& agent_2(fn_signal_transduction_with_scaffolding_protein_26(X),fn_signal_transduction_with_scaffolding_protein_15(X))
& fn_signal_transduction_with_scaffolding_protein_26(X) != fn_signal_transduction_with_scaffolding_protein_11(X)
& time_during_2(fn_signal_transduction_with_scaffolding_protein_24(X),fn_signal_transduction_with_scaffolding_protein_7(X))
& result_2(fn_signal_transduction_with_scaffolding_protein_24(X),fn_signal_transduction_with_scaffolding_protein_6(X))
& site_2(fn_signal_transduction_with_scaffolding_protein_24(X),fn_signal_transduction_with_scaffolding_protein_15(X))
& fn_signal_transduction_with_scaffolding_protein_24(X) != fn_signal_transduction_with_scaffolding_protein_11(X)
& activation_2(fn_signal_transduction_with_scaffolding_protein_6(X),fn_signal_transduction_with_scaffolding_protein_5(X))
& fn_signal_transduction_with_scaffolding_protein_6(X) != fn_signal_transduction_with_scaffolding_protein_22(X)
& the_categorical_value_2(fn_signal_transduction_with_scaffolding_protein_5(X),active_0)
& the_categorical_value_2(fn_signal_transduction_with_scaffolding_protein_4(X),inactive_0)
& causes_2(fn_signal_transduction_with_scaffolding_protein_23(X),fn_signal_transduction_with_scaffolding_protein_24(X))
& next_event_2(fn_signal_transduction_with_scaffolding_protein_23(X),fn_signal_transduction_with_scaffolding_protein_24(X))
& minCardinality(fn_signal_transduction_with_scaffolding_protein_23(X),object_0,"1",protein_kinase_0)
& fn_signal_transduction_with_scaffolding_protein_23(X) != fn_signal_transduction_with_scaffolding_protein_16(X)
& time_during_2(fn_signal_transduction_with_scaffolding_protein_23(X),fn_signal_transduction_with_scaffolding_protein_1(X))
& activation_2(fn_signal_transduction_with_scaffolding_protein_22(X),fn_signal_transduction_with_scaffolding_protein_4(X))
& fn_signal_transduction_with_scaffolding_protein_22(X) != fn_signal_transduction_with_scaffolding_protein_6(X)
& has_state_2(fn_signal_transduction_with_scaffolding_protein_22(X),fn_signal_transduction_with_scaffolding_protein_6(X))
& the_scalar_value_2(fn_signal_transduction_with_scaffolding_protein_21(X),big_0)
& scalar_unit_class_2(fn_signal_transduction_with_scaffolding_protein_21(X),polypeptide_0)
& in_event_2(fn_signal_transduction_with_scaffolding_protein_18(X),fn_signal_transduction_with_scaffolding_protein_16(X))
& has_part_2(fn_signal_transduction_with_scaffolding_protein_17(X),fn_signal_transduction_with_scaffolding_protein_15(X))
& has_part_2(fn_signal_transduction_with_scaffolding_protein_17(X),fn_signal_transduction_with_scaffolding_protein_22(X))
& has_part_2(fn_signal_transduction_with_scaffolding_protein_17(X),fn_signal_transduction_with_scaffolding_protein_6(X))
& has_part_2(fn_signal_transduction_with_scaffolding_protein_10(X),fn_signal_transduction_with_scaffolding_protein_14(X))
& the_categorical_value_2(fn_signal_transduction_with_scaffolding_protein_2(X),active_0)
& site_2(fn_signal_transduction_with_scaffolding_protein_16(X),fn_signal_transduction_with_scaffolding_protein_20(X))
& fn_signal_transduction_with_scaffolding_protein_16(X) != fn_signal_transduction_with_scaffolding_protein_23(X)
& next_event_2(fn_signal_transduction_with_scaffolding_protein_16(X),fn_signal_transduction_with_scaffolding_protein_24(X))
& instrument_2(X,fn_signal_transduction_with_scaffolding_protein_22(X))
& subevent_2(X,fn_signal_transduction_with_scaffolding_protein_16(X))
& subevent_2(X,fn_signal_transduction_with_scaffolding_protein_23(X))
& subevent_2(X,fn_signal_transduction_with_scaffolding_protein_24(X))
& subevent_2(X,fn_signal_transduction_with_scaffolding_protein_26(X))
& has_function_2(fn_signal_transduction_with_scaffolding_protein_14(X),fn_signal_transduction_with_scaffolding_protein_16(X))
& activation_2(fn_signal_transduction_with_scaffolding_protein_14(X),fn_signal_transduction_with_scaffolding_protein_2(X))
& time_before_2(fn_signal_transduction_with_scaffolding_protein_1(X),fn_signal_transduction_with_scaffolding_protein_7(X))
& fn_signal_transduction_with_scaffolding_protein_11(X) != fn_signal_transduction_with_scaffolding_protein_24(X)
& fn_signal_transduction_with_scaffolding_protein_11(X) != fn_signal_transduction_with_scaffolding_protein_26(X)
& object_2(fn_signal_transduction_with_scaffolding_protein_24(X),fn_signal_transduction_with_scaffolding_protein_22(X))
& object_2(fn_signal_transduction_with_scaffolding_protein_16(X),fn_signal_transduction_with_scaffolding_protein_15(X))
& base_2(fn_signal_transduction_with_scaffolding_protein_16(X),fn_signal_transduction_with_scaffolding_protein_14(X))
& plays_2(fn_signal_transduction_with_scaffolding_protein_15(X),fn_signal_transduction_with_scaffolding_protein_18(X))
& object_2(fn_signal_transduction_with_scaffolding_protein_26(X),fn_signal_transduction_with_scaffolding_protein_25(X))
& has_part_2(fn_signal_transduction_with_scaffolding_protein_17(X),fn_signal_transduction_with_scaffolding_protein_10(X))
& base_2(X,fn_signal_transduction_with_scaffolding_protein_17(X))
& first_subevent_2(X,fn_signal_transduction_with_scaffolding_protein_11(X))
& subevent_2(X,fn_signal_transduction_with_scaffolding_protein_11(X))
& greater_than_2(fn_signal_transduction_with_scaffolding_protein_21(X),fn_signal_transduction_with_scaffolding_protein_19(X))
& size_2(fn_signal_transduction_with_scaffolding_protein_14(X),fn_signal_transduction_with_scaffolding_protein_21(X))
& size_2(fn_signal_transduction_with_scaffolding_protein_15(X),fn_signal_transduction_with_scaffolding_protein_19(X))
& base_2(fn_signal_transduction_with_scaffolding_protein_23(X),fn_signal_transduction_with_scaffolding_protein_15(X))
& has_region_2(fn_signal_transduction_with_scaffolding_protein_14(X),fn_signal_transduction_with_scaffolding_protein_20(X))
& object_2(fn_signal_transduction_with_scaffolding_protein_23(X),fn_signal_transduction_with_scaffolding_protein_22(X))
& fn_signal_transduction_with_scaffolding_protein_22(X) = fn_make_accessible_1(fn_signal_transduction_with_scaffolding_protein_24(X))
& fn_signal_transduction_with_scaffolding_protein_15(X) = fn_attach_1(fn_signal_transduction_with_scaffolding_protein_16(X))
& fn_signal_transduction_with_scaffolding_protein_14(X) = fn_attach_2(fn_signal_transduction_with_scaffolding_protein_16(X))
& fn_signal_transduction_with_scaffolding_protein_15(X) = fn_ligand_1(fn_signal_transduction_with_scaffolding_protein_18(X))
& fn_signal_transduction_with_scaffolding_protein_25(X) = fn_make_accessible_1(fn_signal_transduction_with_scaffolding_protein_26(X))
& fn_signal_transduction_with_scaffolding_protein_10(X) = fn_cell_30(fn_signal_transduction_with_scaffolding_protein_17(X))
& fn_signal_transduction_with_scaffolding_protein_17(X) = fn_cell_signaling_event_1(X)
& fn_signal_transduction_with_scaffolding_protein_11(X) = fn_signal_transduction_6(X)
& fn_signal_transduction_with_scaffolding_protein_22(X) = fn_attach_1(fn_signal_transduction_with_scaffolding_protein_23(X))
& fn_signal_transduction_with_scaffolding_protein_20(X) = fn_receptor_protein_1(fn_signal_transduction_with_scaffolding_protein_14(X))
& fn_signal_transduction_with_scaffolding_protein_19(X) = fn_scaffolding_protein_6(fn_signal_transduction_with_scaffolding_protein_15(X))
& fn_signal_transduction_with_scaffolding_protein_15(X) = fn_attach_2(fn_signal_transduction_with_scaffolding_protein_23(X))
& fn_signal_transduction_with_scaffolding_protein_23(X) = fn_scaffolding_protein_2(fn_signal_transduction_with_scaffolding_protein_15(X))
& fn_signal_transduction_with_scaffolding_protein_12(X) = fn_protein_10(fn_signal_transduction_with_scaffolding_protein_15(X))
& fn_signal_transduction_with_scaffolding_protein_19(X) = fn_protein_9(fn_signal_transduction_with_scaffolding_protein_15(X))
& fn_signal_transduction_with_scaffolding_protein_12(X) = fn_polymer_10(fn_signal_transduction_with_scaffolding_protein_14(X))
& fn_signal_transduction_with_scaffolding_protein_19(X) = fn_polymer_7(fn_signal_transduction_with_scaffolding_protein_14(X))
& fn_signal_transduction_with_scaffolding_protein_13(X) = fn_polymer_9(fn_signal_transduction_with_scaffolding_protein_14(X))
& fn_signal_transduction_with_scaffolding_protein_21(X) = fn_polymer_8(fn_signal_transduction_with_scaffolding_protein_14(X))
& fn_make_accessible_1(fn_signal_transduction_with_scaffolding_protein_24(X)) = fn_attach_1(fn_signal_transduction_with_scaffolding_protein_23(X))
& fn_attach_1(fn_signal_transduction_with_scaffolding_protein_23(X)) = fn_attach_1(fn_signal_transduction_with_scaffolding_protein_16(X))
& fn_attach_1(fn_signal_transduction_with_scaffolding_protein_16(X)) = fn_attach_2(fn_signal_transduction_with_scaffolding_protein_23(X))
& fn_attach_2(fn_signal_transduction_with_scaffolding_protein_23(X)) = fn_attach_1(fn_signal_transduction_with_scaffolding_protein_16(X))
& fn_attach_1(fn_signal_transduction_with_scaffolding_protein_16(X)) = fn_ligand_1(fn_signal_transduction_with_scaffolding_protein_18(X))
& fn_ligand_1(fn_signal_transduction_with_scaffolding_protein_18(X)) = fn_protein_10(fn_signal_transduction_with_scaffolding_protein_15(X))
& fn_protein_10(fn_signal_transduction_with_scaffolding_protein_15(X)) = fn_polymer_10(fn_signal_transduction_with_scaffolding_protein_14(X))
& fn_polymer_10(fn_signal_transduction_with_scaffolding_protein_14(X)) = fn_protein_9(fn_signal_transduction_with_scaffolding_protein_15(X))
& fn_scaffolding_protein_6(fn_signal_transduction_with_scaffolding_protein_15(X)) = fn_protein_9(fn_signal_transduction_with_scaffolding_protein_15(X))
& fn_protein_9(fn_signal_transduction_with_scaffolding_protein_15(X)) = fn_scaffolding_protein_6(fn_signal_transduction_with_scaffolding_protein_15(X))
& fn_scaffolding_protein_6(fn_signal_transduction_with_scaffolding_protein_15(X)) = fn_polymer_7(fn_signal_transduction_with_scaffolding_protein_14(X))
& fn_polymer_7(fn_signal_transduction_with_scaffolding_protein_14(X)) = fn_polymer_7(fn_signal_transduction_with_scaffolding_protein_14(X)) ) ) ).
fof(a532672,axiom,
! [X] :
( signal_transduction_with_second_messenger_1(X)
=> ( original_name_2(X,'Signal-Transduction-With-Second-Messenger')
& user_description_2(X,'The linkage of a mechanical, chemical, or electromagnetic stimulus to a specific cellular response through the use of a secondary signal molecule called a secondary messenger.')
& concept2words_2(X,'relay a signal')
& concept2words_2(X,'signal transduction with second messenger')
& concept2words_2(X,'signal-transduction-with-second-messenger')
& signal_transduction_1(X)
& second_messenger_1(fn_signal_transduction_with_second_messenger_1(X))
& chemical_entity_1(fn_signal_transduction_with_second_messenger_2(X))
& chemical_entity_1(fn_second_messenger_3(fn_signal_transduction_with_second_messenger_1(X)))
& instrument_2(X,fn_signal_transduction_with_second_messenger_2(X))
& in_event_2(fn_signal_transduction_with_second_messenger_1(X),X)
& plays_2(fn_signal_transduction_with_second_messenger_2(X),fn_signal_transduction_with_second_messenger_1(X))
& fn_signal_transduction_with_second_messenger_2(X) = fn_second_messenger_3(fn_signal_transduction_with_second_messenger_1(X)) ) ) ).
fof(a532673,axiom,
! [X] :
( signal_transduction_with_testosterone_1(X)
=> ( original_name_2(X,'Signal-Transduction-With-Testosterone')
& user_description_2(X,'The process of signal transduction in which the signal molecule is testosterone.')
& concept2words_2(X,'relay a signal')
& concept2words_2(X,'signal transduction with testosterone')
& concept2words_2(X,'signal-transduction-with-testosterone')
& signal_transduction_1(X)
& activation_value_1(fn_signal_transduction_with_testosterone_1(X))
& molecular_assembly_1(fn_signal_transduction_with_testosterone_3(X))
& testosterone_1(fn_signal_transduction_with_testosterone_4(X))
& testosterone_1(fn_signal_transduction_with_testosterone_5(X))
& activation_value_1(fn_signal_transduction_with_testosterone_6(X))
& testosterone_receptor_1(fn_signal_transduction_with_testosterone_7(X))
& make_accessible_1(fn_signal_transduction_with_testosterone_9(X))
& activate_1(fn_signal_transduction_with_testosterone_9(X))
& move_into_1(fn_signal_transduction_with_testosterone_10(X))
& attach_1(fn_signal_transduction_with_testosterone_11(X))
& cell_1(fn_signal_transduction_with_testosterone_12(X))
& animal_cell_1(fn_signal_transduction_with_testosterone_12(X))
& mixture_1(fn_signal_transduction_with_testosterone_13(X))
& cytoplasm_1(fn_signal_transduction_with_testosterone_13(X))
& chromosome_1(fn_signal_transduction_with_testosterone_14(X))
& eukaryotic_chromosome_1(fn_signal_transduction_with_testosterone_14(X))
& tangible_entity_1(fn_signal_transduction_with_testosterone_15(X))
& nucleus_1(fn_signal_transduction_with_testosterone_15(X))
& molecular_assembly_1(fn_signal_transduction_with_testosterone_16(X))
& nuclear_matrix_1(fn_signal_transduction_with_testosterone_17(X))
& nuclear_membrane_1(fn_signal_transduction_with_testosterone_18(X))
& biomembrane_1(fn_signal_transduction_with_testosterone_18(X))
& hold_1(fn_signal_transduction_with_testosterone_19(X))
& testosterone_receptor_1(fn_signal_transduction_with_testosterone_20(X))
& entity_1(fn_make_accessible_1(fn_signal_transduction_with_testosterone_9(X)))
& mixture_1(fn_animal_cell_79(fn_signal_transduction_with_testosterone_12(X)))
& cytoplasm_1(fn_animal_cell_79(fn_signal_transduction_with_testosterone_12(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_signal_transduction_with_testosterone_15(X)))
& biomembrane_1(fn_nucleus_13(fn_signal_transduction_with_testosterone_15(X)))
& nuclear_matrix_1(fn_nucleus_10(fn_signal_transduction_with_testosterone_15(X)))
& spatial_entity_1(fn_attach_1(fn_signal_transduction_with_testosterone_11(X)))
& spatial_entity_1(fn_move_1(fn_signal_transduction_with_testosterone_10(X)))
& tangible_entity_1(fn_hold_2(fn_signal_transduction_with_testosterone_19(X)))
& tangible_entity_1(fn_move_into_1(fn_signal_transduction_with_testosterone_10(X)))
& tangible_entity_1(fn_animal_cell_78(fn_signal_transduction_with_testosterone_12(X)))
& nucleus_1(fn_animal_cell_78(fn_signal_transduction_with_testosterone_12(X)))
& eukaryotic_chromosome_1(fn_animal_cell_52(fn_signal_transduction_with_testosterone_12(X)))
& chromosome_1(fn_animal_cell_52(fn_signal_transduction_with_testosterone_12(X)))
& eukaryotic_chromosome_1(fn_nucleus_6(fn_signal_transduction_with_testosterone_15(X)))
& site_2(fn_signal_transduction_with_testosterone_9(X),fn_signal_transduction_with_testosterone_13(X))
& next_event_2(fn_signal_transduction_with_testosterone_9(X),fn_signal_transduction_with_testosterone_10(X))
& path_2(fn_signal_transduction_with_testosterone_10(X),fn_signal_transduction_with_testosterone_18(X))
& destination_2(fn_signal_transduction_with_testosterone_10(X),fn_signal_transduction_with_testosterone_17(X))
& origin_2(fn_signal_transduction_with_testosterone_10(X),fn_signal_transduction_with_testosterone_13(X))
& next_event_2(fn_signal_transduction_with_testosterone_10(X),fn_signal_transduction_with_testosterone_11(X))
& is_outside_2(fn_signal_transduction_with_testosterone_13(X),fn_signal_transduction_with_testosterone_15(X))
& element_2(fn_signal_transduction_with_testosterone_16(X),fn_signal_transduction_with_testosterone_4(X))
& element_2(fn_signal_transduction_with_testosterone_16(X),fn_signal_transduction_with_testosterone_7(X))
& is_inside_2(fn_signal_transduction_with_testosterone_17(X),fn_signal_transduction_with_testosterone_15(X))
& has_state_2(fn_signal_transduction_with_testosterone_20(X),fn_signal_transduction_with_testosterone_7(X))
& activation_2(fn_signal_transduction_with_testosterone_20(X),fn_signal_transduction_with_testosterone_1(X))
& has_state_2(fn_signal_transduction_with_testosterone_3(X),fn_signal_transduction_with_testosterone_16(X))
& element_2(fn_signal_transduction_with_testosterone_3(X),fn_signal_transduction_with_testosterone_20(X))
& element_2(fn_signal_transduction_with_testosterone_3(X),fn_signal_transduction_with_testosterone_5(X))
& the_categorical_value_2(fn_signal_transduction_with_testosterone_1(X),inactive_0)
& has_state_2(fn_signal_transduction_with_testosterone_5(X),fn_signal_transduction_with_testosterone_4(X))
& subevent_2(X,fn_signal_transduction_with_testosterone_10(X))
& subevent_2(X,fn_signal_transduction_with_testosterone_11(X))
& object_2(fn_signal_transduction_with_testosterone_9(X),fn_signal_transduction_with_testosterone_20(X))
& object_2(fn_signal_transduction_with_testosterone_11(X),fn_signal_transduction_with_testosterone_16(X))
& object_2(fn_signal_transduction_with_testosterone_10(X),fn_signal_transduction_with_testosterone_16(X))
& object_2(fn_signal_transduction_with_testosterone_19(X),fn_signal_transduction_with_testosterone_15(X))
& base_2(fn_signal_transduction_with_testosterone_10(X),fn_signal_transduction_with_testosterone_15(X))
& base_2(X,fn_signal_transduction_with_testosterone_12(X))
& first_subevent_2(X,fn_signal_transduction_with_testosterone_9(X))
& subevent_2(X,fn_signal_transduction_with_testosterone_9(X))
& result_2(fn_signal_transduction_with_testosterone_9(X),fn_signal_transduction_with_testosterone_7(X))
& has_part_2(fn_signal_transduction_with_testosterone_12(X),fn_signal_transduction_with_testosterone_15(X))
& is_between_2(fn_signal_transduction_with_testosterone_13(X),fn_signal_transduction_with_testosterone_15(X))
& has_part_2(fn_signal_transduction_with_testosterone_12(X),fn_signal_transduction_with_testosterone_13(X))
& has_part_2(fn_signal_transduction_with_testosterone_12(X),fn_signal_transduction_with_testosterone_14(X))
& has_part_2(fn_signal_transduction_with_testosterone_15(X),fn_signal_transduction_with_testosterone_18(X))
& has_region_2(fn_signal_transduction_with_testosterone_15(X),fn_signal_transduction_with_testosterone_17(X))
& is_inside_2(fn_signal_transduction_with_testosterone_14(X),fn_signal_transduction_with_testosterone_15(X))
& fn_signal_transduction_with_testosterone_20(X) = fn_make_accessible_1(fn_signal_transduction_with_testosterone_9(X))
& fn_signal_transduction_with_testosterone_16(X) = fn_attach_1(fn_signal_transduction_with_testosterone_11(X))
& fn_signal_transduction_with_testosterone_16(X) = fn_move_1(fn_signal_transduction_with_testosterone_10(X))
& fn_signal_transduction_with_testosterone_15(X) = fn_hold_2(fn_signal_transduction_with_testosterone_19(X))
& fn_signal_transduction_with_testosterone_15(X) = fn_move_into_1(fn_signal_transduction_with_testosterone_10(X))
& fn_signal_transduction_with_testosterone_12(X) = fn_cell_signaling_event_1(X)
& fn_signal_transduction_with_testosterone_8(X) = fn_signal_transduction_5(X)
& fn_signal_transduction_with_testosterone_6(X) = fn_signal_transduction_2(X)
& fn_signal_transduction_with_testosterone_7(X) = fn_signal_transduction_3(X)
& fn_signal_transduction_with_testosterone_9(X) = fn_signal_transduction_6(X)
& fn_signal_transduction_with_testosterone_14(X) = fn_animal_cell_52(fn_signal_transduction_with_testosterone_12(X))
& fn_signal_transduction_with_testosterone_13(X) = fn_animal_cell_79(fn_signal_transduction_with_testosterone_12(X))
& fn_signal_transduction_with_testosterone_15(X) = fn_animal_cell_78(fn_signal_transduction_with_testosterone_12(X))
& fn_signal_transduction_with_testosterone_18(X) = fn_nucleus_13(fn_signal_transduction_with_testosterone_15(X))
& fn_signal_transduction_with_testosterone_17(X) = fn_nucleus_10(fn_signal_transduction_with_testosterone_15(X))
& fn_signal_transduction_with_testosterone_14(X) = fn_nucleus_6(fn_signal_transduction_with_testosterone_15(X))
& fn_attach_1(fn_signal_transduction_with_testosterone_11(X)) = fn_move_1(fn_signal_transduction_with_testosterone_10(X))
& fn_move_1(fn_signal_transduction_with_testosterone_10(X)) = fn_hold_2(fn_signal_transduction_with_testosterone_19(X))
& fn_hold_2(fn_signal_transduction_with_testosterone_19(X)) = fn_move_into_1(fn_signal_transduction_with_testosterone_10(X))
& fn_move_into_1(fn_signal_transduction_with_testosterone_10(X)) = fn_move_into_1(fn_signal_transduction_with_testosterone_10(X))
& fn_move_into_1(fn_signal_transduction_with_testosterone_10(X)) = fn_animal_cell_78(fn_signal_transduction_with_testosterone_12(X))
& fn_animal_cell_78(fn_signal_transduction_with_testosterone_12(X)) = fn_animal_cell_78(fn_signal_transduction_with_testosterone_12(X))
& fn_animal_cell_78(fn_signal_transduction_with_testosterone_12(X)) = fn_animal_cell_52(fn_signal_transduction_with_testosterone_12(X))
& fn_animal_cell_52(fn_signal_transduction_with_testosterone_12(X)) = fn_nucleus_6(fn_signal_transduction_with_testosterone_15(X)) ) ) ).
fof(a532674,axiom,
! [X] :
( signal_transmission_1(X)
=> ( original_name_2(X,'Signal-Transmission')
& user_description_2(X,'The passing on of a signal from one place to another.')
& concept2words_2(X,transmit)
& concept2words_2(X,'transmission of signal')
& concept2words_2(X,'signal transmission')
& concept2words_2(X,'signal-transmission')
& biological_process_1(X)
& biological_region_1(fn_signal_transmission_1(X))
& signal_1(fn_signal_transmission_2(X))
& tangible_entity_1(fn_signal_transmission_3(X))
& transmitting_cell_1(fn_signal_transmission_4(X))
& tangible_entity_1(fn_signal_transmission_5(X))
& cell_1(fn_signal_transmission_5(X))
& medium_1(fn_signal_transmission_6(X))
& tangible_entity_1(fn_medium_1(fn_signal_transmission_6(X)))
& cell_1(fn_transmitting_cell_2(fn_signal_transmission_4(X)))
& plays_2(fn_signal_transmission_3(X),fn_signal_transmission_2(X))
& destination_2(X,fn_signal_transmission_5(X))
& object_2(X,fn_signal_transmission_3(X))
& origin_2(X,fn_signal_transmission_1(X))
& plays_2(fn_signal_transmission_5(X),fn_signal_transmission_6(X))
& plays_2(fn_signal_transmission_5(X),fn_signal_transmission_4(X))
& fn_signal_transmission_5(X) = fn_medium_1(fn_signal_transmission_6(X))
& fn_signal_transmission_5(X) = fn_transmitting_cell_2(fn_signal_transmission_4(X))
& fn_medium_1(fn_signal_transmission_6(X)) = fn_transmitting_cell_2(fn_signal_transmission_4(X)) ) ) ).
fof(a532675,axiom,
! [X] :
( silent_mutation_1(X)
=> ( original_name_2(X,'Silent-Mutation')
& user_description_2(X,'A mutation that has no effect on the encoded protein.')
& concept2words_2(X,mutate)
& concept2words_2(X,'silent mutation')
& concept2words_2(X,'silent-mutation')
& point_mutation_1(X)
& ~ base_pair_substitution_1(X) ) ) ).
fof(a532676,axiom,
! [X] :
( silicon_1(X)
=> ( original_name_2(X,'Silicon')
& user_description_2(X,'Silicon is a metalloid atom with atomic number 14. It is represented by the symbol Si.')
& concept2words_2(X,silicon)
& concept2words_2(X,'Si')
& metalloid_atom_1(X)
& neutron_1(fn_silicon_3(X))
& atomic_mass_value_1(fn_silicon_4(X))
& electronegativity_value_1(fn_silicon_5(X))
& valence_electron_1(fn_silicon_9(X))
& atomic_weight_value_1(fn_silicon_10(X))
& atomic_number_value_1(fn_silicon_11(X))
& quantity_value_1(fn_silicon_12(X))
& electronegativity_2(X,fn_silicon_5(X))
& mass_number_2(X,fn_silicon_4(X))
& exactCardinality(X,has_part_0,"14",neutron_0)
& exactCardinality(X,has_part_0,"14",proton_0)
& exactCardinality(X,has_part_0,"14",electron_0)
& has_part_2(X,fn_silicon_3(X))
& the_cardinal_value_2(fn_silicon_12(X),"4")
& cardinal_unit_class_2(fn_silicon_12(X),unity_0)
& the_cardinal_value_2(fn_silicon_5(X),"1.9")
& cardinal_unit_class_2(fn_silicon_5(X),unity_0)
& the_cardinal_value_2(fn_silicon_4(X),"28")
& cardinal_unit_class_2(fn_silicon_4(X),unity_0)
& the_cardinal_value_2(fn_silicon_11(X),"14")
& cardinal_unit_class_2(fn_silicon_11(X),unity_0)
& the_cardinal_value_2(fn_silicon_10(X),"28.09")
& cardinal_unit_class_2(fn_silicon_10(X),dalton_0)
& atomic_number_2(X,fn_silicon_11(X))
& atomic_weight_2(X,fn_silicon_10(X))
& has_part_2(X,fn_silicon_9(X))
& quantity_2(fn_silicon_9(X),fn_silicon_12(X))
& fn_silicon_7(X) = fn_atom_12(X)
& fn_silicon_11(X) = fn_atom_17(X)
& fn_silicon_8(X) = fn_atom_13(X)
& fn_silicon_10(X) = fn_atom_16(X)
& fn_silicon_6(X) = fn_atom_1(X)
& fn_silicon_12(X) = fn_atom_5(X)
& fn_silicon_9(X) = fn_atom_14(X) ) ) ).
fof(a532677,axiom,
! [X] :
( silk_1(X)
=> ( original_name_2(X,'Silk')
& user_description_2(X,'A strong, shimmering fiber produced by silkworms when making cocoons and harvested to produce fabric and thread.')
& concept2words_2(X,silk)
& fibrous_protein_1(X)
& disulfide_bond_1(fn_silk_1(X))
& protein_1(fn_disulfide_bond_3(fn_silk_1(X)))
& possesses_2(X,fn_silk_1(X))
& X = fn_disulfide_bond_3(fn_silk_1(X)) ) ) ).
fof(a532678,axiom,
! [X] :
( silver_1(X)
=> ( original_name_2(X,'Silver')
& user_description_2(X,'Silver is a metal atom with atomic number 47. It is represented by the symbol Ag.')
& concept2words_2(X,silver)
& concept2words_2(X,'Ag')
& metal_atom_1(X)
& neutron_1(fn_silver_3(X))
& atomic_mass_value_1(fn_silver_4(X))
& electronegativity_value_1(fn_silver_5(X))
& valence_electron_1(fn_silver_9(X))
& atomic_weight_value_1(fn_silver_10(X))
& atomic_number_value_1(fn_silver_11(X))
& quantity_value_1(fn_silver_12(X))
& electronegativity_2(X,fn_silver_5(X))
& mass_number_2(X,fn_silver_4(X))
& exactCardinality(X,has_part_0,"61",neutron_0)
& exactCardinality(X,has_part_0,"47",proton_0)
& exactCardinality(X,has_part_0,"47",electron_0)
& has_part_2(X,fn_silver_3(X))
& the_cardinal_value_2(fn_silver_12(X),"11")
& cardinal_unit_class_2(fn_silver_12(X),unity_0)
& the_cardinal_value_2(fn_silver_5(X),"1.93")
& cardinal_unit_class_2(fn_silver_5(X),unity_0)
& the_cardinal_value_2(fn_silver_4(X),"108")
& cardinal_unit_class_2(fn_silver_4(X),unity_0)
& the_cardinal_value_2(fn_silver_11(X),"47")
& cardinal_unit_class_2(fn_silver_11(X),unity_0)
& the_cardinal_value_2(fn_silver_10(X),"107.9")
& cardinal_unit_class_2(fn_silver_10(X),dalton_0)
& atomic_number_2(X,fn_silver_11(X))
& atomic_weight_2(X,fn_silver_10(X))
& has_part_2(X,fn_silver_9(X))
& quantity_2(fn_silver_9(X),fn_silver_12(X))
& fn_silver_7(X) = fn_atom_12(X)
& fn_silver_11(X) = fn_atom_17(X)
& fn_silver_8(X) = fn_atom_13(X)
& fn_silver_10(X) = fn_atom_16(X)
& fn_silver_6(X) = fn_atom_1(X)
& fn_silver_12(X) = fn_atom_5(X)
& fn_silver_9(X) = fn_atom_14(X) ) ) ).
fof(a532679,axiom,
! [X] :
( simple_fruit_1(X)
=> ( original_name_2(X,'Simple-Fruit')
& user_description_2(X,'A fruit that develops from either a single carpel or several carpels fused into a single unit.')
& concept2words_2(X,'fruit of simple')
& concept2words_2(X,'simple fruit')
& concept2words_2(X,'simple-fruit')
& fruit_1(X)
& ~ multiple_fruit_1(X) ) ) ).
fof(a532680,axiom,
! [X] :
( simple_sequence_dna_1(X)
=> ( original_name_2(X,'Simple-Sequence-DNA')
& user_description_2(X,'DNA that contains several copies of repeated short nucleotide sequences.')
& concept2words_2(X,'repeated sequence dna')
& concept2words_2(X,'repeated-sequence-dna')
& concept2words_2(X,'simple sequence dna')
& concept2words_2(X,'simple-sequence-dna')
& non_coding_dna_sequence_1(X) ) ) ).
fof(a532681,axiom,
! [X] :
( simple_squamous_epithelium_1(X)
=> ( original_name_2(X,'Simple-Squamous-Epithelium')
& user_description_2(X,'A single layer of flat cells lining an epithelium, specialized for material exchange by its thin and leaky structure.')
& concept2words_2(X,'squamous epithelium')
& concept2words_2(X,'squamous-epithelium')
& concept2words_2(X,'simple squamous epithelium')
& concept2words_2(X,'simple-squamous-epithelium')
& epithelium_1(X)
& ~ columnlike_epithelium_1(X)
& ~ cuboidal_epithelium_1(X)
& ~ stratified_squamous_epithelium_1(X)
& ~ transport_epithelium_1(X) ) ) ).
fof(a532682,axiom,
! [X] :
( single_bond_1(X)
=> ( original_name_2(X,'Single-Bond')
& user_description_2(X,'The attractive force between two atoms sharing a single pair of electrons.')
& concept2words_2(X,'bond of single')
& concept2words_2(X,'single bond')
& concept2words_2(X,'single-bond')
& covalent_bond_1(X)
& ~ double_bond_1(X) ) ) ).
fof(a532683,axiom,
! [X] :
( single_circulation_1(X)
=> ( original_name_2(X,'Single-Circulation')
& user_description_2(X,'A circulatory system that contains one pump and a single loop of vessels. Blood passes from the respiratory surfaces to the body tissues before returning to the heart.')
& concept2words_2(X,'circulation of single')
& concept2words_2(X,'single circulation')
& concept2words_2(X,'single-circulation')
& cardiovascular_system_1(X)
& ~ double_circulation_1(X) ) ) ).
fof(a532684,axiom,
! [X] :
( single_lens_eye_1(X)
=> ( original_name_2(X,'Single-Lens-Eye')
& user_description_2(X,'A type of eye that works on camera-like principles. Light enters the eye through a small opening (the pupil) and is focus by a single lens on to receptor cells at the back of the eye.')
& concept2words_2(X,'single lens eye')
& concept2words_2(X,'single-lens eye')
& concept2words_2(X,'single-lens-eye')
& eye_1(X)
& ~ compound_eye_1(X) ) ) ).
fof(a532685,axiom,
! [X] :
( single_strand_binding_protein_1(X)
=> ( original_name_2(X,'Single-Strand-Binding-Protein')
& user_description_2(X,'Single strand binding proteins is useful in unwinding double helix')
& concept2words_2(X,'single strand binding protein')
& concept2words_2(X,'single-strand-binding-protein')
& regulatory_protein_1(X) ) ) ).
fof(a532686,axiom,
! [X] :
( sister_chromatid_1(X)
=> ( original_name_2(X,'Sister-Chromatid')
& user_description_2(X,'Either of two identical copies of a replicated chromosome, attached to each other at the centromere. Sister chromatids are eventually separated during mitosis or meiosis.')
& concept2words_2(X,'sister chromatids')
& concept2words_2(X,'sister-chromatids')
& concept2words_2(X,'sister chromatid i')
& concept2words_2(X,'sister-chromatid-i')
& concept2words_2(X,'sister chromatid ii')
& concept2words_2(X,'sister-chromatid-ii')
& concept2words_2(X,chromosome)
& concept2words_2(X,'chromatid of sister')
& concept2words_2(X,'sister chromatid')
& concept2words_2(X,'sister-chromatid')
& chromatid_1(X)
& ~ nonsister_chromatid_1(X)
& ~ aldose_1(X)
& ~ disaccharide_1(X)
& ~ oligosaccharide_1(X)
& ~ polypeptide_1(X)
& ~ polysaccharide_1(X)
& ~ sporopollenin_1(X)
& transfer_1(fn_sister_chromatid_1(X))
& number_5_prime_region_1(fn_sister_chromatid_2(X))
& number_3_prime_region_1(fn_sister_chromatid_3(X))
& dna_1(fn_sister_chromatid_4(X))
& monomer_1(fn_sister_chromatid_5(X))
& nucleoside_monophosphate_1(fn_sister_chromatid_5(X))
& nucleoside_1(fn_sister_chromatid_6(X))
& electronegative_element_1(fn_sister_chromatid_7(X))
& entity_1(fn_sister_chromatid_8(X))
& atom_1(fn_sister_chromatid_8(X))
& number_5_prime_carbon_1(fn_sister_chromatid_8(X))
& phosphodiester_bond_1(fn_sister_chromatid_9(X))
& chemical_bond_1(fn_sister_chromatid_9(X))
& unequal_sharing_1(fn_sister_chromatid_10(X))
& pentose_1(fn_sister_chromatid_11(X))
& share_1(fn_phosphodiester_bond_6(fn_sister_chromatid_9(X)))
& chemical_bond_1(fn_molecule_10(fn_sister_chromatid_11(X)))
& spatial_entity_1(fn_nucleotide_12(fn_sister_chromatid_5(X)))
& molecule_1(fn_nucleotide_12(fn_sister_chromatid_5(X)))
& organic_molecule_1(fn_nucleotide_12(fn_sister_chromatid_5(X)))
& pentose_1(fn_nucleotide_12(fn_sister_chromatid_5(X)))
& nucleoside_1(fn_nucleotide_16(fn_sister_chromatid_5(X)))
& entity_1(fn_share_3(fn_sister_chromatid_10(X)))
& entity_1(fn_share_1(fn_sister_chromatid_10(X)))
& atom_1(fn_molecule_11(fn_sister_chromatid_11(X)))
& number_5_prime_carbon_1(fn_nucleotide_7(fn_sister_chromatid_5(X)))
& has_part_2(X,fn_sister_chromatid_4(X))
& has_part_2(X,fn_sister_chromatid_5(X))
& has_region_2(fn_sister_chromatid_11(X),fn_sister_chromatid_2(X))
& has_region_2(fn_sister_chromatid_11(X),fn_sister_chromatid_3(X))
& agent_2(fn_sister_chromatid_1(X),X)
& result_2(fn_sister_chromatid_10(X),fn_sister_chromatid_9(X))
& agent_2(fn_sister_chromatid_10(X),fn_sister_chromatid_8(X))
& possesses_2(fn_sister_chromatid_11(X),fn_sister_chromatid_9(X))
& is_between_2(fn_sister_chromatid_9(X),fn_sister_chromatid_8(X))
& has_part_2(fn_sister_chromatid_5(X),fn_sister_chromatid_6(X))
& has_part_2(fn_sister_chromatid_6(X),fn_sister_chromatid_7(X))
& has_part_2(fn_sister_chromatid_7(X),fn_sister_chromatid_8(X))
& fn_sister_chromatid_10(X) = fn_phosphodiester_bond_6(fn_sister_chromatid_9(X))
& fn_sister_chromatid_8(X) = fn_share_3(fn_sister_chromatid_10(X))
& fn_sister_chromatid_8(X) = fn_share_1(fn_sister_chromatid_10(X))
& fn_sister_chromatid_8(X) = fn_molecule_11(fn_sister_chromatid_11(X))
& fn_sister_chromatid_9(X) = fn_molecule_10(fn_sister_chromatid_11(X))
& fn_sister_chromatid_8(X) = fn_nucleotide_7(fn_sister_chromatid_5(X))
& fn_sister_chromatid_7(X) = fn_nucleotide_12(fn_sister_chromatid_5(X))
& fn_sister_chromatid_6(X) = fn_nucleotide_16(fn_sister_chromatid_5(X))
& fn_share_3(fn_sister_chromatid_10(X)) = fn_share_1(fn_sister_chromatid_10(X))
& fn_share_1(fn_sister_chromatid_10(X)) = fn_share_1(fn_sister_chromatid_10(X))
& fn_share_1(fn_sister_chromatid_10(X)) = fn_molecule_11(fn_sister_chromatid_11(X))
& fn_molecule_11(fn_sister_chromatid_11(X)) = fn_molecule_11(fn_sister_chromatid_11(X))
& fn_molecule_11(fn_sister_chromatid_11(X)) = fn_nucleotide_7(fn_sister_chromatid_5(X)) ) ) ).
fof(a532687,axiom,
! [X] :
( sister_chromatid_cohesion_1(X)
=> ( original_name_2(X,'Sister-Chromatid-Cohesion')
& user_description_2(X,'During mitosis, the process in which the duplicated chromosomes (called sister chromatids) are held together by cohesin proteins into a diploid chromosome.')
& concept2words_2(X,'sister chromatid cohesion')
& concept2words_2(X,'sister-chromatid-cohesion')
& mitotic_event_1(X)
& cohesin_1(fn_sister_chromatid_cohesion_1(X))
& chromosome_arm_1(fn_sister_chromatid_cohesion_2(X))
& chromosome_arm_1(fn_sister_chromatid_cohesion_3(X))
& centromere_1(fn_sister_chromatid_cohesion_4(X))
& centromere_1(fn_sister_chromatid_cohesion_5(X))
& spatial_entity_1(fn_sister_chromatid_cohesion_6(X))
& sister_chromatid_1(fn_sister_chromatid_cohesion_6(X))
& chromatid_1(fn_sister_chromatid_cohesion_6(X))
& spatial_entity_1(fn_sister_chromatid_cohesion_7(X))
& sister_chromatid_1(fn_sister_chromatid_cohesion_7(X))
& chromatid_1(fn_sister_chromatid_cohesion_7(X))
& attach_1(fn_sister_chromatid_cohesion_8(X))
& diploid_chromosome_1(fn_sister_chromatid_cohesion_9(X))
& centromere_1(fn_chromatid_1(fn_sister_chromatid_cohesion_7(X)))
& chromosome_arm_1(fn_chromatid_7(fn_sister_chromatid_cohesion_6(X)))
& centromere_1(fn_chromatid_1(fn_sister_chromatid_cohesion_6(X)))
& chromosome_arm_1(fn_chromatid_8(fn_sister_chromatid_cohesion_6(X)))
& spatial_entity_1(fn_attach_1(fn_sister_chromatid_cohesion_8(X)))
& sister_chromatid_1(fn_diploid_chromosome_2(fn_sister_chromatid_cohesion_9(X)))
& spatial_entity_1(fn_attach_2(fn_sister_chromatid_cohesion_8(X)))
& sister_chromatid_1(fn_diploid_chromosome_3(fn_sister_chromatid_cohesion_9(X)))
& by_means_of_2(X,fn_sister_chromatid_cohesion_8(X))
& site_2(fn_sister_chromatid_cohesion_8(X),fn_sister_chromatid_cohesion_4(X))
& site_2(fn_sister_chromatid_cohesion_8(X),fn_sister_chromatid_cohesion_5(X))
& agent_2(fn_sister_chromatid_cohesion_8(X),fn_sister_chromatid_cohesion_1(X))
& object_2(fn_sister_chromatid_cohesion_8(X),fn_sister_chromatid_cohesion_7(X))
& base_2(fn_sister_chromatid_cohesion_8(X),fn_sister_chromatid_cohesion_6(X))
& has_part_2(fn_sister_chromatid_cohesion_9(X),fn_sister_chromatid_cohesion_7(X))
& has_part_2(fn_sister_chromatid_cohesion_9(X),fn_sister_chromatid_cohesion_6(X))
& has_region_2(fn_sister_chromatid_cohesion_7(X),fn_sister_chromatid_cohesion_5(X))
& is_at_2(fn_sister_chromatid_cohesion_5(X),fn_sister_chromatid_cohesion_7(X))
& is_at_2(fn_sister_chromatid_cohesion_4(X),fn_sister_chromatid_cohesion_6(X))
& has_part_2(fn_sister_chromatid_cohesion_6(X),fn_sister_chromatid_cohesion_2(X))
& is_between_2(fn_sister_chromatid_cohesion_4(X),fn_sister_chromatid_cohesion_2(X))
& is_between_2(fn_sister_chromatid_cohesion_4(X),fn_sister_chromatid_cohesion_3(X))
& has_part_2(fn_sister_chromatid_cohesion_6(X),fn_sister_chromatid_cohesion_3(X))
& has_region_2(fn_sister_chromatid_cohesion_6(X),fn_sister_chromatid_cohesion_4(X))
& fn_sister_chromatid_cohesion_7(X) = fn_attach_1(fn_sister_chromatid_cohesion_8(X))
& fn_sister_chromatid_cohesion_6(X) = fn_attach_2(fn_sister_chromatid_cohesion_8(X))
& fn_sister_chromatid_cohesion_7(X) = fn_diploid_chromosome_2(fn_sister_chromatid_cohesion_9(X))
& fn_sister_chromatid_cohesion_6(X) = fn_diploid_chromosome_3(fn_sister_chromatid_cohesion_9(X))
& fn_sister_chromatid_cohesion_5(X) = fn_chromatid_1(fn_sister_chromatid_cohesion_7(X))
& fn_sister_chromatid_cohesion_3(X) = fn_chromatid_7(fn_sister_chromatid_cohesion_6(X))
& fn_sister_chromatid_cohesion_4(X) = fn_chromatid_1(fn_sister_chromatid_cohesion_6(X))
& fn_sister_chromatid_cohesion_2(X) = fn_chromatid_8(fn_sister_chromatid_cohesion_6(X))
& fn_attach_1(fn_sister_chromatid_cohesion_8(X)) = fn_diploid_chromosome_2(fn_sister_chromatid_cohesion_9(X))
& fn_diploid_chromosome_2(fn_sister_chromatid_cohesion_9(X)) = fn_attach_2(fn_sister_chromatid_cohesion_8(X))
& fn_attach_2(fn_sister_chromatid_cohesion_8(X)) = fn_diploid_chromosome_3(fn_sister_chromatid_cohesion_9(X)) ) ) ).
fof(a532688,axiom,
! [X] :
( sit_down_1(X)
=> ( original_name_2(X,'Sit-Down')
& concept2words_2(X,sit)
& concept2words_2(X,'sit down')
& concept2words_2(X,sit_down)
& concept2words_2(X,'sit-down')
& orient_1(X)
& ~ stand_up_1(X)
& ~ gesticulate_1(X)
& ~ fidget_1(X)
& tangible_entity_1(fn_sit_down_1(X))
& object_2(X,fn_sit_down_1(X))
& agent_2(X,fn_sit_down_1(X)) ) ) ).
fof(a532689,axiom,
! [X] :
( situation_1(X)
=> ( original_name_2(X,'Situation')
& concept2words_2(X,situation)
& thing_1(X) ) ) ).
fof(a532690,axiom,
! [X] :
( size_constant_1(X)
=> ( original_name_2(X,'Size-Constant')
& concept2words_2(X,'constant of size')
& concept2words_2(X,'size constant')
& concept2words_2(X,'size-constant')
& constant_1(X) ) ) ).
fof(a532691,axiom,
! [X] :
( size_scale_1(X)
=> ( original_name_2(X,'Size-Scale')
& concept2words_2(X,'scale of size')
& concept2words_2(X,'size scale')
& concept2words_2(X,'size-scale')
& scale_1(X) ) ) ).
fof(a532692,axiom,
! [X] :
( size_value_1(X)
=> ( original_name_2(X,'Size-Value')
& description_2(X,'the size of the Tangible-Entity')
& concept2words_2(X,size)
& concept2words_2(X,'value of size')
& concept2words_2(X,'size value')
& concept2words_2(X,'size-value')
& magnitude_value_1(X)
& ~ volume_value_1(X)
& ~ speed_value_1(X)
& ~ length_value_1(X)
& ~ acceleration_magnitude_value_1(X) ) ) ).
fof(a532693,axiom,
! [X] :
( skeletal_muscle_1(X)
=> ( original_name_2(X,'Skeletal-Muscle')
& user_description_2(X,'A type of striated muscle that is under control of the voluntary somatic nervous system.')
& concept2words_2(X,'skeletal muscle')
& concept2words_2(X,'skeletal-muscle')
& striated_muscle_1(X)
& ~ cardiac_muscle_1(X) ) ) ).
fof(a532694,axiom,
! [X] :
( skeletal_muscle_cell_1(X)
=> ( original_name_2(X,'Skeletal-Muscle-Cell')
& user_description_2(X,'A usually voluntary muscle made up of elongated, multinucleated, transversely striated muscle fibers, having principally bony attachments.')
& concept2words_2(X,'skeletal muscle cell')
& concept2words_2(X,'skeletal-muscle-cell')
& muscle_cell_1(X)
& multinucleated_cell_1(X) ) ) ).
fof(a532695,axiom,
! [X] :
( skeletal_muscle_cell_differentiation_1(X)
=> ( original_name_2(X,'Skeletal-Muscle-Cell-Differentiation')
& user_description_2(X,'Skeletal muscle cell differentiation is a process in which a muscle cell develops into a specific type of cell in response to specific triggers from the body or the cell itself.')
& concept2words_2(X,'skeletal muscle cell differentiation')
& concept2words_2(X,'skeletal-muscle-cell-differentiation')
& muscle_cell_differentiation_1(X)
& cell_determination_1(X)
& ~ animal_life_cycle_1(X)
& ~ determinate_growth_1(X)
& ~ fungal_life_cycle_1(X)
& ~ gastrulation_1(X)
& ~ iteroparity_1(X)
& ~ life_cycle_of_drosophila_1(X)
& ~ life_history_1(X)
& ~ morphogenesis_1(X)
& ~ muscle_cell_determination_1(X)
& ~ plant_life_cycle_1(X)
& ~ sexual_life_cycle_1(X)
& stop_1(fn_skeletal_muscle_cell_differentiation_1(X))
& myosin_1(fn_skeletal_muscle_cell_differentiation_2(X))
& eukaryotic_gene_activation_1(fn_skeletal_muscle_cell_differentiation_3(X))
& actin_1(fn_skeletal_muscle_cell_differentiation_4(X))
& skeletal_muscle_cell_1(fn_skeletal_muscle_cell_differentiation_5(X))
& cell_cycle_1(fn_skeletal_muscle_cell_differentiation_6(X))
& p21_protein_1(fn_skeletal_muscle_cell_differentiation_7(X))
& time_interval_1(fn_skeletal_muscle_cell_differentiation_8(X))
& time_interval_1(fn_skeletal_muscle_cell_differentiation_9(X))
& p21_gene_1(fn_skeletal_muscle_cell_differentiation_10(X))
& gene_expression_1(fn_skeletal_muscle_cell_differentiation_11(X))
& muscle_cell_determination_1(fn_skeletal_muscle_cell_differentiation_12(X))
& myoblast_1(fn_skeletal_muscle_cell_differentiation_13(X))
& muscle_specific_transcription_factor_1(fn_skeletal_muscle_cell_differentiation_14(X))
& spontaneous_change_1(fn_skeletal_muscle_cell_differentiation_15(X))
& create_1(fn_skeletal_muscle_cell_differentiation_16(X))
& skeletal_muscle_cell_1(fn_skeletal_muscle_cell_differentiation_17(X))
& skeletal_muscle_cell_1(fn_skeletal_muscle_cell_differentiation_18(X))
& eukaryotic_transcription_1(fn_skeletal_muscle_cell_differentiation_19(X))
& myoblast_1(fn_skeletal_muscle_cell_differentiation_20(X))
& myoblast_1(fn_skeletal_muscle_cell_differentiation_21(X))
& fusion_1(fn_skeletal_muscle_cell_differentiation_22(X))
& produce_1(fn_skeletal_muscle_cell_differentiation_23(X))
& structural_complexity_value_1(fn_skeletal_muscle_cell_differentiation_24(X))
& fibroblast_1(fn_skeletal_muscle_cell_differentiation_25(X))
& shape_value_1(fn_skeletal_muscle_cell_differentiation_26(X))
& tissue_specific_protein_1(fn_skeletal_muscle_cell_differentiation_27(X))
& event_1(fn_skeletal_muscle_cell_differentiation_28(X))
& role_1(fn_skeletal_muscle_cell_differentiation_29(X))
& shape_value_1(fn_skeletal_muscle_cell_differentiation_30(X))
& structural_complexity_value_1(fn_skeletal_muscle_cell_differentiation_31(X))
& produce_1(fn_skeletal_muscle_cell_differentiation_32(X))
& tangible_entity_1(fn_skeletal_muscle_cell_differentiation_33(X))
& nucleus_1(fn_skeletal_muscle_cell_differentiation_33(X))
& myoblast_1(fn_skeletal_muscle_cell_differentiation_34(X))
& change_1(fn_skeletal_muscle_cell_differentiation_35(X))
& code_for_1(fn_skeletal_muscle_cell_differentiation_40(X))
& synthesis_of_protein_1(fn_skeletal_muscle_cell_differentiation_41(X))
& regulation_1(fn_skeletal_muscle_cell_differentiation_42(X))
& spatial_entity_1(fn_add_1(fn_skeletal_muscle_cell_differentiation_22(X)))
& spatial_entity_1(fn_add_2(fn_skeletal_muscle_cell_differentiation_22(X)))
& myoblast_1(fn_muscle_cell_determination_2(fn_skeletal_muscle_cell_differentiation_12(X)))
& transcription_1(fn_synthesis_of_mrna_2(fn_skeletal_muscle_cell_differentiation_15(X)))
& muscle_cell_1(fn_myoblast_1(fn_skeletal_muscle_cell_differentiation_13(X)))
& create_1(fn_myoblast_2(fn_skeletal_muscle_cell_differentiation_13(X)))
& code_for_1(fn_gene_expression_3(fn_skeletal_muscle_cell_differentiation_11(X)))
& gene_1(fn_gene_expression_6(fn_skeletal_muscle_cell_differentiation_11(X)))
& synthesis_of_mrna_1(fn_gene_expression_1(fn_skeletal_muscle_cell_differentiation_11(X)))
& synthesis_of_protein_1(fn_gene_expression_5(fn_skeletal_muscle_cell_differentiation_11(X)))
& transcription_factor_1(fn_gene_expression_2(fn_skeletal_muscle_cell_differentiation_11(X)))
& chemical_entity_1(fn_gene_expression_4(fn_skeletal_muscle_cell_differentiation_11(X)))
& protein_1(fn_gene_expression_4(fn_skeletal_muscle_cell_differentiation_11(X)))
& shape_value_1(fn_cell_5(fn_skeletal_muscle_cell_differentiation_18(X)))
& property_node_1(fn_cell_12(fn_skeletal_muscle_cell_differentiation_18(X)))
& structural_complexity_value_1(fn_cell_13(fn_skeletal_muscle_cell_differentiation_18(X)))
& muscle_cell_differentiation_1(fn_muscle_cell_determination_1(fn_skeletal_muscle_cell_differentiation_12(X)))
& cell_differentiation_1(fn_differentiated_cell_14(fn_skeletal_muscle_cell_differentiation_18(X)))
& time_before_2(fn_skeletal_muscle_cell_differentiation_9(X),fn_skeletal_muscle_cell_differentiation_8(X))
& time_during_2(fn_skeletal_muscle_cell_differentiation_11(X),fn_skeletal_muscle_cell_differentiation_9(X))
& result_2(fn_skeletal_muscle_cell_differentiation_11(X),fn_skeletal_muscle_cell_differentiation_4(X))
& result_2(fn_skeletal_muscle_cell_differentiation_11(X),fn_skeletal_muscle_cell_differentiation_2(X))
& subevent_2(fn_skeletal_muscle_cell_differentiation_11(X),fn_skeletal_muscle_cell_differentiation_3(X))
& called_2(fn_skeletal_muscle_cell_differentiation_14(X),'MSTF2')
& subevent_2(X,fn_skeletal_muscle_cell_differentiation_1(X))
& subevent_2(X,fn_skeletal_muscle_cell_differentiation_22(X))
& result_2(fn_skeletal_muscle_cell_differentiation_22(X),fn_skeletal_muscle_cell_differentiation_5(X))
& minCardinality(fn_skeletal_muscle_cell_differentiation_22(X),object_0,"1",myoblast_0)
& agent_2(fn_skeletal_muscle_cell_differentiation_1(X),fn_skeletal_muscle_cell_differentiation_7(X))
& prevents_2(fn_skeletal_muscle_cell_differentiation_1(X),fn_skeletal_muscle_cell_differentiation_6(X))
& time_during_2(fn_skeletal_muscle_cell_differentiation_23(X),fn_skeletal_muscle_cell_differentiation_8(X))
& object_2(fn_skeletal_muscle_cell_differentiation_22(X),fn_skeletal_muscle_cell_differentiation_21(X))
& base_2(fn_skeletal_muscle_cell_differentiation_22(X),fn_skeletal_muscle_cell_differentiation_20(X))
& agent_2(fn_skeletal_muscle_cell_differentiation_11(X),fn_skeletal_muscle_cell_differentiation_14(X))
& result_2(fn_skeletal_muscle_cell_differentiation_41(X),fn_skeletal_muscle_cell_differentiation_14(X))
& result_2(fn_skeletal_muscle_cell_differentiation_11(X),fn_skeletal_muscle_cell_differentiation_14(X))
& result_2(fn_skeletal_muscle_cell_differentiation_40(X),fn_skeletal_muscle_cell_differentiation_14(X))
& result_2(fn_skeletal_muscle_cell_differentiation_12(X),fn_skeletal_muscle_cell_differentiation_13(X))
& next_event_2(fn_skeletal_muscle_cell_differentiation_12(X),X)
& shape_2(fn_skeletal_muscle_cell_differentiation_18(X),fn_skeletal_muscle_cell_differentiation_30(X))
& subevent_2(fn_skeletal_muscle_cell_differentiation_15(X),fn_skeletal_muscle_cell_differentiation_19(X))
& first_subevent_2(fn_skeletal_muscle_cell_differentiation_15(X),fn_skeletal_muscle_cell_differentiation_19(X))
& base_2(fn_skeletal_muscle_cell_differentiation_16(X),fn_skeletal_muscle_cell_differentiation_13(X))
& result_2(fn_skeletal_muscle_cell_differentiation_16(X),fn_skeletal_muscle_cell_differentiation_17(X))
& object_2(X,fn_skeletal_muscle_cell_differentiation_34(X))
& has_part_2(fn_skeletal_muscle_cell_differentiation_34(X),fn_skeletal_muscle_cell_differentiation_33(X))
& structural_complexity_2(fn_skeletal_muscle_cell_differentiation_25(X),fn_skeletal_muscle_cell_differentiation_24(X))
& shape_2(fn_skeletal_muscle_cell_differentiation_25(X),fn_skeletal_muscle_cell_differentiation_26(X))
& fn_skeletal_muscle_cell_differentiation_30(X) = fn_skeletal_muscle_cell_differentiation_26(X)
& fn_skeletal_muscle_cell_differentiation_26(X) = fn_skeletal_muscle_cell_differentiation_30(X)
& structural_complexity_2(fn_skeletal_muscle_cell_differentiation_18(X),fn_skeletal_muscle_cell_differentiation_31(X))
& fn_skeletal_muscle_cell_differentiation_24(X) = fn_skeletal_muscle_cell_differentiation_31(X)
& fn_skeletal_muscle_cell_differentiation_31(X) = fn_skeletal_muscle_cell_differentiation_24(X)
& supports_2(fn_skeletal_muscle_cell_differentiation_42(X),X)
& causes_2(fn_skeletal_muscle_cell_differentiation_11(X),fn_skeletal_muscle_cell_differentiation_42(X))
& called_2(fn_skeletal_muscle_cell_differentiation_11(X),'Gene Expression 1')
& subevent_2(fn_skeletal_muscle_cell_differentiation_11(X),fn_skeletal_muscle_cell_differentiation_41(X))
& next_event_2(fn_skeletal_muscle_cell_differentiation_15(X),fn_skeletal_muscle_cell_differentiation_41(X))
& subevent_2(fn_skeletal_muscle_cell_differentiation_11(X),fn_skeletal_muscle_cell_differentiation_15(X))
& object_2(fn_skeletal_muscle_cell_differentiation_11(X),fn_skeletal_muscle_cell_differentiation_10(X))
& agent_2(fn_skeletal_muscle_cell_differentiation_40(X),fn_skeletal_muscle_cell_differentiation_10(X))
& base_2(fn_skeletal_muscle_cell_differentiation_32(X),fn_skeletal_muscle_cell_differentiation_18(X))
& base_2(fn_skeletal_muscle_cell_differentiation_11(X),fn_skeletal_muscle_cell_differentiation_18(X))
& result_2(X,fn_skeletal_muscle_cell_differentiation_18(X))
& purpose_2(fn_skeletal_muscle_cell_differentiation_18(X),fn_skeletal_muscle_cell_differentiation_29(X))
& in_event_2(fn_skeletal_muscle_cell_differentiation_29(X),fn_skeletal_muscle_cell_differentiation_28(X))
& agent_2(fn_skeletal_muscle_cell_differentiation_28(X),fn_skeletal_muscle_cell_differentiation_27(X))
& result_2(fn_skeletal_muscle_cell_differentiation_32(X),fn_skeletal_muscle_cell_differentiation_27(X))
& subevent_2(X,fn_skeletal_muscle_cell_differentiation_11(X))
& next_event_2(fn_skeletal_muscle_cell_differentiation_11(X),fn_skeletal_muscle_cell_differentiation_23(X))
& subevent_2(X,fn_skeletal_muscle_cell_differentiation_23(X))
& subevent_2(X,fn_skeletal_muscle_cell_differentiation_35(X))
& site_2(fn_skeletal_muscle_cell_differentiation_35(X),fn_skeletal_muscle_cell_differentiation_33(X))
& fn_skeletal_muscle_cell_differentiation_21(X) = fn_add_1(fn_skeletal_muscle_cell_differentiation_22(X))
& fn_skeletal_muscle_cell_differentiation_20(X) = fn_add_2(fn_skeletal_muscle_cell_differentiation_22(X))
& fn_skeletal_muscle_cell_differentiation_14(X) = fn_gene_expression_2(fn_skeletal_muscle_cell_differentiation_11(X))
& fn_skeletal_muscle_cell_differentiation_14(X) = fn_gene_expression_4(fn_skeletal_muscle_cell_differentiation_11(X))
& fn_skeletal_muscle_cell_differentiation_13(X) = fn_muscle_cell_determination_2(fn_skeletal_muscle_cell_differentiation_12(X))
& X = fn_muscle_cell_determination_1(fn_skeletal_muscle_cell_differentiation_12(X))
& fn_skeletal_muscle_cell_differentiation_30(X) = fn_cell_5(fn_skeletal_muscle_cell_differentiation_18(X))
& fn_skeletal_muscle_cell_differentiation_19(X) = fn_synthesis_of_mrna_2(fn_skeletal_muscle_cell_differentiation_15(X))
& fn_skeletal_muscle_cell_differentiation_17(X) = fn_myoblast_1(fn_skeletal_muscle_cell_differentiation_13(X))
& fn_skeletal_muscle_cell_differentiation_16(X) = fn_myoblast_2(fn_skeletal_muscle_cell_differentiation_13(X))
& fn_skeletal_muscle_cell_differentiation_37(X) = fn_muscle_cell_differentiation_6(X)
& fn_skeletal_muscle_cell_differentiation_39(X) = fn_muscle_cell_differentiation_3(X)
& fn_skeletal_muscle_cell_differentiation_33(X) = fn_muscle_cell_differentiation_13(X)
& fn_skeletal_muscle_cell_differentiation_34(X) = fn_muscle_cell_differentiation_7(X)
& fn_skeletal_muscle_cell_differentiation_38(X) = fn_muscle_cell_differentiation_4(X)
& fn_skeletal_muscle_cell_differentiation_30(X) = fn_muscle_cell_differentiation_8(X)
& fn_skeletal_muscle_cell_differentiation_26(X) = fn_muscle_cell_differentiation_12(X)
& fn_skeletal_muscle_cell_differentiation_25(X) = fn_muscle_cell_differentiation_11(X)
& fn_skeletal_muscle_cell_differentiation_36(X) = fn_cell_12(fn_skeletal_muscle_cell_differentiation_18(X))
& fn_skeletal_muscle_cell_differentiation_36(X) = fn_muscle_cell_differentiation_5(X)
& fn_skeletal_muscle_cell_differentiation_24(X) = fn_muscle_cell_differentiation_10(X)
& fn_skeletal_muscle_cell_differentiation_31(X) = fn_cell_13(fn_skeletal_muscle_cell_differentiation_18(X))
& fn_skeletal_muscle_cell_differentiation_31(X) = fn_muscle_cell_differentiation_9(X)
& fn_skeletal_muscle_cell_differentiation_42(X) = fn_cell_determination_1(X)
& fn_skeletal_muscle_cell_differentiation_40(X) = fn_gene_expression_3(fn_skeletal_muscle_cell_differentiation_11(X))
& fn_skeletal_muscle_cell_differentiation_10(X) = fn_gene_expression_6(fn_skeletal_muscle_cell_differentiation_11(X))
& fn_skeletal_muscle_cell_differentiation_15(X) = fn_gene_expression_1(fn_skeletal_muscle_cell_differentiation_11(X))
& fn_skeletal_muscle_cell_differentiation_41(X) = fn_gene_expression_5(fn_skeletal_muscle_cell_differentiation_11(X))
& fn_skeletal_muscle_cell_differentiation_32(X) = fn_cell_differentiation_22(X)
& fn_skeletal_muscle_cell_differentiation_27(X) = fn_cell_differentiation_21(X)
& fn_skeletal_muscle_cell_differentiation_28(X) = fn_cell_differentiation_10(X)
& fn_skeletal_muscle_cell_differentiation_29(X) = fn_cell_differentiation_9(X)
& X = fn_differentiated_cell_14(fn_skeletal_muscle_cell_differentiation_18(X))
& fn_skeletal_muscle_cell_differentiation_18(X) = fn_muscle_cell_differentiation_2(X)
& fn_skeletal_muscle_cell_differentiation_18(X) = fn_cell_differentiation_7(X)
& fn_skeletal_muscle_cell_differentiation_33(X) = fn_cell_differentiation_18(X)
& fn_skeletal_muscle_cell_differentiation_35(X) = fn_muscle_cell_differentiation_14(X)
& fn_skeletal_muscle_cell_differentiation_35(X) = fn_cell_differentiation_5(X)
& fn_skeletal_muscle_cell_differentiation_23(X) = fn_cell_differentiation_16(X)
& fn_skeletal_muscle_cell_differentiation_11(X) = fn_cell_determination_9(X)
& fn_skeletal_muscle_cell_differentiation_11(X) = fn_cell_differentiation_20(X)
& fn_gene_expression_2(fn_skeletal_muscle_cell_differentiation_11(X)) = fn_gene_expression_4(fn_skeletal_muscle_cell_differentiation_11(X))
& fn_gene_expression_4(fn_skeletal_muscle_cell_differentiation_11(X)) = fn_gene_expression_4(fn_skeletal_muscle_cell_differentiation_11(X))
& fn_gene_expression_4(fn_skeletal_muscle_cell_differentiation_11(X)) = fn_cell_5(fn_skeletal_muscle_cell_differentiation_18(X))
& fn_cell_5(fn_skeletal_muscle_cell_differentiation_18(X)) = fn_muscle_cell_differentiation_8(X)
& fn_muscle_cell_differentiation_8(X) = fn_muscle_cell_differentiation_8(X)
& fn_muscle_cell_differentiation_8(X) = fn_cell_12(fn_skeletal_muscle_cell_differentiation_18(X))
& fn_cell_12(fn_skeletal_muscle_cell_differentiation_18(X)) = fn_muscle_cell_differentiation_5(X)
& fn_muscle_cell_differentiation_5(X) = fn_cell_13(fn_skeletal_muscle_cell_differentiation_18(X))
& fn_muscle_cell_differentiation_9(X) = fn_muscle_cell_differentiation_9(X)
& fn_muscle_cell_differentiation_9(X) = fn_cell_13(fn_skeletal_muscle_cell_differentiation_18(X))
& fn_cell_13(fn_skeletal_muscle_cell_differentiation_18(X)) = fn_muscle_cell_differentiation_9(X)
& fn_muscle_cell_differentiation_9(X) = fn_muscle_cell_differentiation_2(X)
& fn_cell_differentiation_7(X) = fn_cell_differentiation_7(X)
& fn_cell_differentiation_7(X) = fn_muscle_cell_differentiation_2(X)
& fn_muscle_cell_differentiation_2(X) = fn_cell_differentiation_7(X)
& fn_cell_differentiation_7(X) = fn_muscle_cell_differentiation_13(X)
& fn_muscle_cell_differentiation_13(X) = fn_cell_differentiation_18(X)
& fn_cell_differentiation_18(X) = fn_cell_differentiation_5(X)
& fn_cell_differentiation_5(X) = fn_muscle_cell_differentiation_14(X)
& fn_muscle_cell_differentiation_14(X) = fn_cell_differentiation_5(X)
& fn_cell_differentiation_5(X) = fn_cell_determination_9(X)
& fn_cell_determination_9(X) = fn_cell_determination_9(X)
& fn_cell_differentiation_20(X) = fn_cell_differentiation_20(X)
& fn_cell_differentiation_20(X) = fn_cell_determination_9(X)
& fn_cell_determination_9(X) = fn_cell_differentiation_20(X)
& fn_cell_differentiation_20(X) = fn_muscle_cell_determination_1(fn_skeletal_muscle_cell_differentiation_12(X))
& fn_muscle_cell_determination_1(fn_skeletal_muscle_cell_differentiation_12(X)) = fn_differentiated_cell_14(fn_skeletal_muscle_cell_differentiation_18(X)) ) ) ).
fof(a532696,axiom,
! [X] :
( skeletal_organ_1(X)
=> ( original_name_2(X,'Skeletal-Organ')
& user_description_2(X,'An organ or part of the skeletal system.')
& concept2words_2(X,'organ of skeletal system')
& concept2words_2(X,'organ-of-skeletal-system')
& concept2words_2(X,'skeletal organ')
& concept2words_2(X,'skeletal-organ')
& animal_organ_1(X) ) ) ).
fof(a532697,axiom,
! [X] :
( skeletal_system_1(X)
=> ( original_name_2(X,'Skeletal-System')
& user_description_2(X,'In animal bodies, the rigid structures that provide support and site for muscle attachment.')
& concept2words_2(X,'skeletal system')
& concept2words_2(X,'skeletal-system')
& animal_system_1(X) ) ) ).
fof(a532698,axiom,
! [X] :
( skeleton_1(X)
=> ( original_name_2(X,'Skeleton')
& user_description_2(X,'A rigid framework that provides structure in an animal\'s body. Chordates and echinoderms have an endoskeleton, while arthropods and molluscs have an exoskeleton and many soft-bodied invertebrates have a hydrostatic skeleton.')
& concept2words_2(X,skeleton)
& skeletal_organ_1(X) ) ) ).
fof(a532699,axiom,
! [X] :
( skin_1(X)
=> ( original_name_2(X,'Skin')
& user_description_2(X,'The outer covering of an animal, particularly a vertebrate.')
& concept2words_2(X,skin)
& specialised_organ_1(X)
& skin_cell_1(fn_skin_1(X))
& collagen_1(fn_skin_2(X))
& connective_tissue_1(fn_skin_3(X))
& has_part_2(X,fn_skin_1(X))
& has_part_2(fn_skin_3(X),fn_skin_2(X))
& has_part_2(X,fn_skin_3(X))
& fn_skin_3(X) = fn_organ_1(X) ) ) ).
fof(a532700,axiom,
! [X] :
( skin_cell_1(X)
=> ( original_name_2(X,'Skin-cell')
& user_description_2(X,'The cells of the skin of an animal is called as a skin-cell.')
& concept2words_2(X,'cell of skin')
& concept2words_2(X,'skin cell')
& concept2words_2(X,'skin-cell')
& animal_cell_1(X)
& spatial_entity_1(fn_skin_cell_1(X))
& spatial_entity_1(fn_skin_cell_2(X))
& block_1(fn_skin_cell_3(X))
& instrument_2(fn_skin_cell_3(X),X)
& is_between_2(X,fn_skin_cell_1(X))
& is_between_2(X,fn_skin_cell_2(X)) ) ) ).
fof(a532701,axiom,
! [X] :
( skin_cell_division_1(X)
=> ( original_name_2(X,'Skin-Cell-Division')
& user_description_2(X,'A process in skin cells by which the parent cell divides into two or more daughter cells.')
& concept2words_2(X,'skin cell division')
& concept2words_2(X,'skin-cell-division')
& cell_division_1(X)
& frequency_value_1(fn_skin_cell_division_1(X))
& skin_cell_1(fn_skin_cell_division_3(X))
& skin_cell_1(fn_skin_cell_division_4(X))
& frequency_2(X,fn_skin_cell_division_1(X))
& the_scalar_value_2(fn_skin_cell_division_1(X),often_0)
& scalar_unit_class_2(fn_skin_cell_division_1(X),cell_division_0)
& object_2(X,fn_skin_cell_division_4(X))
& result_2(X,fn_skin_cell_division_3(X))
& fn_skin_cell_division_4(X) = fn_cell_division_3(X)
& fn_skin_cell_division_3(X) = fn_cell_division_2(X) ) ) ).
fof(a532702,axiom,
! [X] :
( sleep_1(X)
=> ( original_name_2(X,'Sleep')
& user_description_2(X,'A naturally occuring period of rest characterized by reduced consciousness, reduced sensory activity, and inactivity. In humans, dreaming occurs during sleep.')
& concept2words_2(X,sleep)
& condition_1(X) ) ) ).
fof(a532703,axiom,
! [X] :
( slide_1(X)
=> ( original_name_2(X,'Slide')
& concept2words_2(X,slide)
& move_1(X)
& tangible_entity_1(fn_slide_1(X))
& conduit_1(fn_slide_2(X))
& spatial_entity_1(fn_conduit_1(fn_slide_2(X)))
& in_event_2(fn_slide_2(X),X)
& path_2(X,fn_slide_1(X))
& plays_2(fn_slide_1(X),fn_slide_2(X))
& fn_slide_1(X) = fn_conduit_1(fn_slide_2(X)) ) ) ).
fof(a532704,axiom,
! [X] :
( slight_decrease_of_water_temperature_1(X)
=> ( original_name_2(X,'Slight-Decrease-Of-Water-Temperature')
& user_description_2(X,'An incremental decline in the intensity of heat in water.')
& concept2words_2(X,decrease)
& concept2words_2(X,'slight decrease of water temperature')
& concept2words_2(X,'slight-decrease-of-water-temperature')
& physical_process_1(X)
& intensity_value_1(fn_slight_decrease_of_water_temperature_2(X))
& create_1(fn_slight_decrease_of_water_temperature_3(X))
& decrease_1(fn_slight_decrease_of_water_temperature_5(X))
& release_1(fn_slight_decrease_of_water_temperature_6(X))
& thermal_energy_1(fn_slight_decrease_of_water_temperature_7(X))
& tangible_entity_1(fn_slight_decrease_of_water_temperature_8(X))
& water_1(fn_slight_decrease_of_water_temperature_8(X))
& temperature_value_1(fn_slight_decrease_of_water_temperature_9(X))
& tangible_entity_1(fn_release_2(fn_slight_decrease_of_water_temperature_6(X)))
& tangible_entity_1(fn_release_1(fn_slight_decrease_of_water_temperature_6(X)))
& property_node_1(fn_water_92(fn_slight_decrease_of_water_temperature_8(X)))
& create_1(fn_water_30(fn_slight_decrease_of_water_temperature_8(X)))
& decrease_1(fn_water_97(fn_slight_decrease_of_water_temperature_8(X)))
& temperature_value_1(fn_water_93(fn_slight_decrease_of_water_temperature_8(X)))
& intensity_2(fn_slight_decrease_of_water_temperature_5(X),fn_slight_decrease_of_water_temperature_2(X))
& is_inside_2(fn_slight_decrease_of_water_temperature_7(X),fn_slight_decrease_of_water_temperature_8(X))
& subevent_2(X,fn_slight_decrease_of_water_temperature_5(X))
& subevent_2(X,fn_slight_decrease_of_water_temperature_3(X))
& subevent_2(X,fn_slight_decrease_of_water_temperature_6(X))
& base_2(fn_slight_decrease_of_water_temperature_6(X),fn_slight_decrease_of_water_temperature_8(X))
& object_2(fn_slight_decrease_of_water_temperature_6(X),fn_slight_decrease_of_water_temperature_7(X))
& temperature_2(fn_slight_decrease_of_water_temperature_8(X),fn_slight_decrease_of_water_temperature_9(X))
& from_value_2(fn_slight_decrease_of_water_temperature_5(X),fn_slight_decrease_of_water_temperature_9(X))
& causes_2(fn_slight_decrease_of_water_temperature_5(X),fn_slight_decrease_of_water_temperature_3(X))
& fn_slight_decrease_of_water_temperature_8(X) = fn_release_2(fn_slight_decrease_of_water_temperature_6(X))
& fn_slight_decrease_of_water_temperature_7(X) = fn_release_1(fn_slight_decrease_of_water_temperature_6(X))
& fn_slight_decrease_of_water_temperature_4(X) = fn_water_92(fn_slight_decrease_of_water_temperature_8(X))
& fn_slight_decrease_of_water_temperature_3(X) = fn_water_30(fn_slight_decrease_of_water_temperature_8(X))
& fn_slight_decrease_of_water_temperature_5(X) = fn_water_97(fn_slight_decrease_of_water_temperature_8(X))
& fn_slight_decrease_of_water_temperature_9(X) = fn_water_93(fn_slight_decrease_of_water_temperature_8(X)) ) ) ).
fof(a532705,axiom,
! [X] :
( slope_constant_1(X)
=> ( original_name_2(X,'Slope-Constant')
& concept2words_2(X,'constant of slope')
& concept2words_2(X,'slope constant')
& concept2words_2(X,'slope-constant')
& constant_1(X) ) ) ).
fof(a532706,axiom,
! [X] :
( slope_scale_1(X)
=> ( original_name_2(X,'Slope-Scale')
& concept2words_2(X,'scale of slope')
& concept2words_2(X,'slope scale')
& concept2words_2(X,'slope-scale')
& scale_1(X) ) ) ).
fof(a532707,axiom,
! [X] :
( slot_1(X)
=> ( original_name_2(X,'Slot')
& concept2words_2(X,slot)
& thing_1(X) ) ) ).
fof(a532708,axiom,
! [X] :
( slot_query_viewpoint_1(X)
=> ( original_name_2(X,'Slot-Query-Viewpoint')
& concept2words_2(X,'slot query viewpoint')
& concept2words_2(X,'slot-query-viewpoint')
& viewpoint_1(X) ) ) ).
fof(a532709,axiom,
! [X] :
( slot_value_viewpoint_1(X)
=> ( original_name_2(X,'Slot-Value-Viewpoint')
& concept2words_2(X,'slot value viewpoint')
& concept2words_2(X,'slot-value-viewpoint')
& viewpoint_1(X) ) ) ).
fof(a532710,axiom,
! [X] :
( slow_block_1(X)
=> ( original_name_2(X,'Slow-Block')
& user_description_2(X,'The formation and hardening of the fertilization envelope after an egg has been penetrated by a sperm, which prevents additional sperm from penetrating the egg. In sea urchins, the fertilization envelope takes about 1 minute to form.')
& concept2words_2(X,'slow block')
& concept2words_2(X,'slow-block')
& change_in_membrane_potential_1(X) ) ) ).
fof(a532711,axiom,
! [X] :
( slow_twitch_fiber_1(X)
=> ( original_name_2(X,'Slow-Twitch-Fiber')
& user_description_2(X,'A skeletal muscle fiber that contracts for a long time but with little force; slow twitch muscles can sustain long periods of aerobic activity.')
& concept2words_2(X,'slow twitch fiber')
& concept2words_2(X,'slow-twitch-fiber')
& fiber_1(X)
& skeletal_muscle_1(X)
& ~ fast_muscle_fiber_1(X) ) ) ).
fof(a532712,axiom,
! [X] :
( slug_1(X)
=> ( original_name_2(X,'Slug')
& user_description_2(X,'A gastropod mollusc that generally lacks a shell, although some marine species have a reduced shell or a small internal shell. Slugs can be either aquatic or terrestrial.')
& concept2words_2(X,slug)
& gastropod_1(X) ) ) ).
fof(a532713,axiom,
! [X] :
( small_interfering_rna_1(X)
=> ( original_name_2(X,'Small-Interfering-RNA')
& user_description_2(X,'Single-stranded RNA that interferes with the expression of certain genes by binding to and preventing the translation of its complementary sequence on an mRNA transcript.')
& concept2words_2(X,sirna)
& concept2words_2(X,'small rnai')
& concept2words_2(X,'small-rnai')
& concept2words_2(X,'small interfering rna')
& concept2words_2(X,'small-interfering-rna')
& regulatory_rna_1(X) ) ) ).
fof(a532714,axiom,
! [X] :
( small_intestine_1(X)
=> ( original_name_2(X,'Small-Intestine')
& user_description_2(X,'The longest section of the mammalian alimentary canal, situated between the stomach and the large intestine. It is the primary site for the enzymatic digestion of food and the absorption of nutrients.')
& concept2words_2(X,'intestine of small')
& concept2words_2(X,'small intestine')
& concept2words_2(X,'small-intestine')
& digestive_organ_1(X)
& transport_vesicle_1(fn_small_intestine_1(X))
& capillary_1(fn_small_intestine_2(X))
& secretin_1(fn_small_intestine_3(X))
& state_value_1(fn_small_intestine_5(X))
& duodenum_1(fn_small_intestine_6(X))
& ileum_1(fn_small_intestine_7(X))
& jejunum_1(fn_small_intestine_8(X))
& lumen_1(fn_small_intestine_9(X))
& length_value_1(fn_small_intestine_10(X))
& trypsin_1(fn_small_intestine_12(X))
& ph_value_1(fn_small_intestine_13(X))
& aqueous_solution_1(fn_small_intestine_14(X))
& quantity_value_1(fn_small_intestine_16(X))
& quantity_value_1(fn_small_intestine_17(X))
& surface_area_value_1(fn_small_intestine_18(X))
& lining_1(fn_small_intestine_22(X))
& fat_1(fn_small_intestine_23(X))
& digestive_fluid_1(fn_small_intestine_24(X))
& exocrine_gland_1(fn_small_intestine_25(X))
& posterior_1(fn_small_intestine_26(X))
& cholecystokinin_1(fn_small_intestine_27(X))
& muscle_1(fn_small_intestine_28(X))
& muscle_1(fn_small_intestine_29(X))
& layer_1(fn_small_intestine_30(X))
& layer_1(fn_small_intestine_31(X))
& lining_1(fn_small_intestine_32(X))
& eukaryotic_cell_1(fn_small_intestine_33(X))
& cell_1(fn_small_intestine_33(X))
& animal_cell_1(fn_small_intestine_33(X))
& endoplasmic_reticulum_1(fn_small_intestine_34(X))
& rough_endoplasmic_reticulum_1(fn_small_intestine_34(X))
& smooth_endoplasmic_reticulum_1(fn_small_intestine_35(X))
& villus_1(fn_small_intestine_36(X))
& epithelium_1(fn_small_intestine_37(X))
& microvillus_1(fn_small_intestine_38(X))
& anterior_1(fn_small_intestine_39(X))
& increase_1(fn_small_intestine_40(X))
& surface_area_value_1(fn_small_intestine_41(X))
& property_node_1(fn_increase_2(fn_small_intestine_40(X)))
& property_value_1(fn_increase_3(fn_small_intestine_40(X)))
& microvillus_1(fn_villus_3(fn_small_intestine_36(X)))
& anterior_1(fn_villus_1(fn_small_intestine_36(X)))
& eukaryotic_cell_1(fn_villus_4(fn_small_intestine_36(X)))
& cell_1(fn_villus_4(fn_small_intestine_36(X)))
& animal_cell_1(fn_villus_4(fn_small_intestine_36(X)))
& epithelium_1(fn_villus_5(fn_small_intestine_36(X)))
& smooth_endoplasmic_reticulum_1(fn_animal_cell_54(fn_small_intestine_33(X)))
& endoplasmic_reticulum_1(fn_animal_cell_53(fn_small_intestine_33(X)))
& rough_endoplasmic_reticulum_1(fn_animal_cell_53(fn_small_intestine_33(X)))
& surface_area_2(fn_small_intestine_33(X),fn_small_intestine_41(X))
& is_inside_2(fn_small_intestine_1(X),fn_small_intestine_34(X))
& is_inside_2(fn_small_intestine_1(X),fn_small_intestine_35(X))
& is_along_2(fn_small_intestine_2(X),fn_small_intestine_26(X))
& is_inside_2(fn_small_intestine_3(X),X)
& is_inside_2(fn_small_intestine_36(X),fn_small_intestine_22(X))
& quantity_2(fn_small_intestine_36(X),fn_small_intestine_17(X))
& the_categorical_value_2(fn_small_intestine_5(X),solid_0)
& has_region_2(X,fn_small_intestine_7(X))
& has_region_2(X,fn_small_intestine_8(X))
& has_region_2(X,fn_small_intestine_22(X))
& has_region_2(X,fn_small_intestine_6(X))
& has_region_2(X,fn_small_intestine_32(X))
& has_region_2(X,fn_small_intestine_9(X))
& has_part_2(X,fn_small_intestine_36(X))
& has_part_2(X,fn_small_intestine_25(X))
& has_part_2(X,fn_small_intestine_2(X))
& diameter_2(X,fn_small_intestine_10(X))
& surface_area_2(X,fn_small_intestine_18(X))
& is_along_2(fn_small_intestine_9(X),fn_small_intestine_37(X))
& the_scalar_value_2(fn_small_intestine_10(X),short_0)
& scalar_unit_class_2(fn_small_intestine_10(X),large_intestine_0)
& is_inside_2(fn_small_intestine_12(X),fn_small_intestine_9(X))
& the_scalar_value_2(fn_small_intestine_13(X),basic_0)
& scalar_unit_class_2(fn_small_intestine_13(X),solution_0)
& is_inside_2(fn_small_intestine_14(X),fn_small_intestine_9(X))
& ph_2(fn_small_intestine_14(X),fn_small_intestine_13(X))
& physical_state_2(fn_small_intestine_37(X),fn_small_intestine_5(X))
& is_along_2(fn_small_intestine_37(X),fn_small_intestine_9(X))
& has_function_2(fn_small_intestine_38(X),fn_small_intestine_40(X))
& quantity_2(fn_small_intestine_38(X),fn_small_intestine_16(X))
& directly_proportional_2(fn_small_intestine_18(X),fn_small_intestine_16(X))
& directly_proportional_2(fn_small_intestine_18(X),fn_small_intestine_17(X))
& fn_small_intestine_22(X) != fn_small_intestine_32(X)
& is_inside_2(fn_small_intestine_23(X),fn_small_intestine_9(X))
& is_oriented_toward_2(fn_small_intestine_39(X),fn_small_intestine_9(X))
& is_inside_2(fn_small_intestine_24(X),fn_small_intestine_25(X))
& is_along_2(fn_small_intestine_26(X),fn_small_intestine_2(X))
& is_inside_2(fn_small_intestine_27(X),X)
& element_2(fn_small_intestine_30(X),fn_small_intestine_29(X))
& is_inside_2(fn_small_intestine_30(X),fn_small_intestine_32(X))
& is_inside_2(fn_small_intestine_31(X),fn_small_intestine_22(X))
& element_2(fn_small_intestine_31(X),fn_small_intestine_28(X))
& fn_small_intestine_32(X) != fn_small_intestine_22(X)
& agent_2(fn_small_intestine_40(X),fn_small_intestine_38(X))
& from_value_2(fn_small_intestine_40(X),fn_small_intestine_41(X))
& has_part_2(fn_small_intestine_36(X),fn_small_intestine_37(X))
& has_part_2(fn_small_intestine_37(X),fn_small_intestine_33(X))
& has_region_2(fn_small_intestine_33(X),fn_small_intestine_39(X))
& is_at_2(fn_small_intestine_38(X),fn_small_intestine_39(X))
& has_part_2(fn_small_intestine_36(X),fn_small_intestine_38(X))
& fn_small_intestine_35(X) != fn_small_intestine_34(X)
& fn_small_intestine_34(X) != fn_small_intestine_35(X)
& abuts_2(fn_small_intestine_35(X),fn_small_intestine_34(X))
& abuts_2(fn_small_intestine_34(X),fn_small_intestine_35(X))
& has_part_2(fn_small_intestine_33(X),fn_small_intestine_35(X))
& has_part_2(fn_small_intestine_33(X),fn_small_intestine_34(X))
& fn_small_intestine_42(X) = fn_increase_2(fn_small_intestine_40(X))
& fn_small_intestine_41(X) = fn_increase_3(fn_small_intestine_40(X))
& fn_small_intestine_38(X) = fn_villus_3(fn_small_intestine_36(X))
& fn_small_intestine_39(X) = fn_villus_1(fn_small_intestine_36(X))
& fn_small_intestine_33(X) = fn_villus_4(fn_small_intestine_36(X))
& fn_small_intestine_37(X) = fn_villus_5(fn_small_intestine_36(X))
& fn_small_intestine_35(X) = fn_animal_cell_54(fn_small_intestine_33(X))
& fn_small_intestine_34(X) = fn_animal_cell_53(fn_small_intestine_33(X)) ) ) ).
fof(a532715,axiom,
! [X] :
( small_ribosomal_subunit_1(X)
=> ( original_name_2(X,'Small-Ribosomal-Subunit')
& user_description_2(X,'A small ribosomal subunit is a presursor part of a ribosome. It forms ribosomes along with the large ribosomal subunit.')
& concept2words_2(X,'small ribosomal subunit')
& concept2words_2(X,'small-ribosomal-subunit')
& cellular_structure_1(X)
& ~ large_ribosomal_subunit_1(X)
& ~ multienzyme_complex_1(X)
& ~ translation_initiation_complex_1(X)
& ribosomal_rna_1(fn_small_ribosomal_subunit_1(X))
& protein_1(fn_small_ribosomal_subunit_2(X))
& has_part_2(X,fn_small_ribosomal_subunit_1(X))
& has_part_2(X,fn_small_ribosomal_subunit_2(X)) ) ) ).
fof(a532716,axiom,
! [X] :
( smallpox_1(X)
=> ( original_name_2(X,'Smallpox')
& user_description_2(X,'An infectious disease of humans caused by the Variola viruses. It has been eradicated from the human population since 1979.')
& concept2words_2(X,variola)
& concept2words_2(X,smallpox)
& viral_disease_1(X)
& ~ african_sleeping_sickness_1(X)
& ~ aids_1(X)
& ~ cholera_1(X)
& ~ cowpox_1(X)
& ~ encephalitis_1(X)
& ~ gastric_ulcer_1(X)
& ~ gonorrhea_1(X)
& ~ hemorrhagic_fever_1(X)
& ~ influenza_1(X)
& ~ lyme_disease_1(X)
& ~ malaria_1(X)
& ~ mycosis_1(X)
& ~ tetanus_1(X)
& ~ tobacco_mosaic_disease_1(X)
& ~ tuberculosis_1(X) ) ) ).
fof(a532717,axiom,
! [X] :
( smell_constant_1(X)
=> ( original_name_2(X,'Smell-Constant')
& concept2words_2(X,'constant of smell')
& concept2words_2(X,'smell constant')
& concept2words_2(X,'smell-constant')
& constant_1(X) ) ) ).
fof(a532718,axiom,
! [X] :
( smell_value_1(X)
=> ( original_name_2(X,'Smell-Value')
& description_2(X,'any property detected by the olfactory system')
& concept2words_2(X,'olfactory property')
& concept2words_2(X,aroma)
& concept2words_2(X,odor)
& concept2words_2(X,odour)
& concept2words_2(X,scent)
& concept2words_2(X,smell)
& concept2words_2(X,'value of smell')
& concept2words_2(X,'smell value')
& concept2words_2(X,'smell-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a532719,axiom,
! [X] :
( smooth_endoplasmic_reticulum_1(X)
=> ( original_name_2(X,'Smooth-Endoplasmic-Reticulum')
& user_description_2(X,'Smooth Endoplasmic Reticulum (SER) is an endoplasmic reticulum which does not have ribosomes attached on its surface. It is primarily concerned with syntheis of lipids, metabolism of carbohydrates and detoxification of drugs and poisons. It is prevalent in liver cells')
& concept2words_2(X,ser)
& concept2words_2(X,'smooth endoplasmic reticulum')
& concept2words_2(X,'smooth-endoplasmic-reticulum')
& concept2words_2(X,'smooth er')
& concept2words_2(X,'smooth-er')
& endoplasmic_reticulum_1(X)
& ~ rough_endoplasmic_reticulum_1(X)
& texture_value_1(fn_smooth_endoplasmic_reticulum_2(X))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(X))
& transfer_1(fn_smooth_endoplasmic_reticulum_4(X))
& carbohydrate_1(fn_smooth_endoplasmic_reticulum_5(X))
& metabolism_1(fn_smooth_endoplasmic_reticulum_6(X))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(X))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(X))
& release_1(fn_smooth_endoplasmic_reticulum_9(X))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(X))
& eukaryotic_ribosome_1(fn_smooth_endoplasmic_reticulum_11(X))
& peroxisome_1(fn_smooth_endoplasmic_reticulum_12(X))
& lysosome_1(fn_smooth_endoplasmic_reticulum_13(X))
& chemical_entity_1(fn_smooth_endoplasmic_reticulum_14(X))
& chemical_entity_1(fn_smooth_endoplasmic_reticulum_15(X))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_16(X))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_17(X))
& expand_1(fn_smooth_endoplasmic_reticulum_18(X))
& expand_1(fn_smooth_endoplasmic_reticulum_19(X))
& produce_1(fn_smooth_endoplasmic_reticulum_20(X))
& transport_vesicle_1(fn_smooth_endoplasmic_reticulum_21(X))
& phospholipid_1(fn_smooth_endoplasmic_reticulum_22(X))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(X))
& chemical_entity_1(fn_smooth_endoplasmic_reticulum_24(X))
& glycolipid_1(fn_smooth_endoplasmic_reticulum_24(X))
& release_1(fn_smooth_endoplasmic_reticulum_25(X))
& produce_1(fn_smooth_endoplasmic_reticulum_26(X))
& transport_vesicle_1(fn_smooth_endoplasmic_reticulum_27(X))
& tangible_entity_1(fn_smooth_endoplasmic_reticulum_28(X))
& er_membrane_1(fn_smooth_endoplasmic_reticulum_28(X))
& biomembrane_1(fn_smooth_endoplasmic_reticulum_28(X))
& cisterna_1(fn_smooth_endoplasmic_reticulum_29(X))
& aqueous_solution_1(fn_smooth_endoplasmic_reticulum_30(X))
& release_1(fn_smooth_endoplasmic_reticulum_31(X))
& attach_1(fn_smooth_endoplasmic_reticulum_32(X))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(X))
& cell_1(fn_smooth_endoplasmic_reticulum_33(X))
& substance_1(fn_smooth_endoplasmic_reticulum_34(X))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(X))
& biomembrane_1(fn_smooth_endoplasmic_reticulum_35(X))
& spatial_entity_1(fn_smooth_endoplasmic_reticulum_36(X))
& biomembrane_1(fn_smooth_endoplasmic_reticulum_36(X))
& nuclear_membrane_1(fn_smooth_endoplasmic_reticulum_36(X))
& protein_enzyme_1(fn_smooth_endoplasmic_reticulum_37(X))
& enzyme_1(fn_smooth_endoplasmic_reticulum_37(X))
& store_1(fn_smooth_endoplasmic_reticulum_38(X))
& cisternal_space_1(fn_smooth_endoplasmic_reticulum_39(X))
& calcium_ion_1(fn_smooth_endoplasmic_reticulum_40(X))
& oil_1(fn_smooth_endoplasmic_reticulum_41(X))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(X))
& structural_complexity_value_1(fn_smooth_endoplasmic_reticulum_43(X))
& structural_complexity_value_1(fn_smooth_endoplasmic_reticulum_44(X))
& lipid_1(fn_smooth_endoplasmic_reticulum_45(X))
& chemical_entity_1(fn_smooth_endoplasmic_reticulum_46(X))
& phospholipid_1(fn_smooth_endoplasmic_reticulum_47(X))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(X))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(X))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(X))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(X))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(X))
& protein_enzyme_1(fn_smooth_endoplasmic_reticulum_50(X))
& enzyme_1(fn_smooth_endoplasmic_reticulum_50(X))
& entity_1(fn_store_1(fn_smooth_endoplasmic_reticulum_38(X)))
& chemical_reaction_1(fn_enzyme_4(fn_smooth_endoplasmic_reticulum_50(X)))
& chemical_reaction_1(fn_enzyme_4(fn_smooth_endoplasmic_reticulum_37(X)))
& lipid_1(fn_synthesis_of_lipid_2(fn_smooth_endoplasmic_reticulum_42(X)))
& lipid_1(fn_synthesis_of_lipid_2(fn_smooth_endoplasmic_reticulum_8(X)))
& lipid_1(fn_synthesis_of_lipid_2(fn_smooth_endoplasmic_reticulum_49(X)))
& lipid_1(fn_synthesis_of_lipid_2(fn_smooth_endoplasmic_reticulum_48(X)))
& property_node_1(fn_anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(X)))
& structural_complexity_value_1(fn_anabolic_pathway_3(fn_smooth_endoplasmic_reticulum_48(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_smooth_endoplasmic_reticulum_48(X)))
& property_node_1(fn_anabolic_pathway_2(fn_smooth_endoplasmic_reticulum_48(X)))
& structural_complexity_value_1(fn_anabolic_pathway_4(fn_smooth_endoplasmic_reticulum_48(X)))
& entity_1(fn_create_1(fn_smooth_endoplasmic_reticulum_26(X)))
& tangible_entity_1(fn_release_1(fn_smooth_endoplasmic_reticulum_25(X)))
& tangible_entity_1(fn_expand_1(fn_smooth_endoplasmic_reticulum_18(X)))
& tangible_entity_1(fn_release_2(fn_smooth_endoplasmic_reticulum_31(X)))
& spatial_entity_1(fn_store_2(fn_smooth_endoplasmic_reticulum_38(X)))
& tangible_entity_1(fn_release_2(fn_smooth_endoplasmic_reticulum_25(X)))
& site_2(fn_smooth_endoplasmic_reticulum_49(X),X)
& site_2(fn_smooth_endoplasmic_reticulum_48(X),X)
& structural_complexity_2(fn_smooth_endoplasmic_reticulum_45(X),fn_smooth_endoplasmic_reticulum_43(X))
& raw_material_2(fn_smooth_endoplasmic_reticulum_6(X),fn_smooth_endoplasmic_reticulum_5(X))
& site_2(fn_smooth_endoplasmic_reticulum_6(X),X)
& texture_2(X,fn_smooth_endoplasmic_reticulum_2(X))
& has_function_2(X,fn_smooth_endoplasmic_reticulum_6(X))
& has_function_2(X,fn_smooth_endoplasmic_reticulum_38(X))
& recipient_2(fn_smooth_endoplasmic_reticulum_4(X),fn_smooth_endoplasmic_reticulum_3(X))
& is_inside_2(fn_smooth_endoplasmic_reticulum_3(X),fn_smooth_endoplasmic_reticulum_34(X))
& has_part_2(fn_smooth_endoplasmic_reticulum_33(X),fn_smooth_endoplasmic_reticulum_3(X))
& enables_2(fn_smooth_endoplasmic_reticulum_31(X),fn_smooth_endoplasmic_reticulum_4(X))
& causes_2(fn_smooth_endoplasmic_reticulum_18(X),fn_smooth_endoplasmic_reticulum_26(X))
& the_categorical_value_2(fn_smooth_endoplasmic_reticulum_2(X),smooth_0)
& object_2(fn_smooth_endoplasmic_reticulum_38(X),fn_smooth_endoplasmic_reticulum_40(X))
& result_2(fn_smooth_endoplasmic_reticulum_26(X),fn_smooth_endoplasmic_reticulum_27(X))
& object_2(fn_smooth_endoplasmic_reticulum_25(X),fn_smooth_endoplasmic_reticulum_27(X))
& base_2(fn_smooth_endoplasmic_reticulum_18(X),fn_smooth_endoplasmic_reticulum_28(X))
& has_part_2(X,fn_smooth_endoplasmic_reticulum_50(X))
& has_function_2(X,fn_smooth_endoplasmic_reticulum_42(X))
& site_2(fn_smooth_endoplasmic_reticulum_42(X),X)
& site_2(fn_smooth_endoplasmic_reticulum_23(X),X)
& result_2(fn_smooth_endoplasmic_reticulum_23(X),fn_smooth_endoplasmic_reticulum_24(X))
& base_2(fn_smooth_endoplasmic_reticulum_31(X),X)
& base_2(fn_smooth_endoplasmic_reticulum_38(X),X)
& base_2(fn_smooth_endoplasmic_reticulum_25(X),X)
& has_part_2(fn_smooth_endoplasmic_reticulum_33(X),fn_smooth_endoplasmic_reticulum_11(X))
& has_part_2(fn_smooth_endoplasmic_reticulum_33(X),fn_smooth_endoplasmic_reticulum_10(X))
& is_at_2(fn_smooth_endoplasmic_reticulum_35(X),fn_smooth_endoplasmic_reticulum_28(X))
& has_part_2(fn_smooth_endoplasmic_reticulum_33(X),fn_smooth_endoplasmic_reticulum_13(X))
& is_inside_2(fn_smooth_endoplasmic_reticulum_13(X),fn_smooth_endoplasmic_reticulum_34(X))
& agent_2(fn_smooth_endoplasmic_reticulum_17(X),fn_smooth_endoplasmic_reticulum_37(X))
& raw_material_2(fn_smooth_endoplasmic_reticulum_17(X),fn_smooth_endoplasmic_reticulum_14(X))
& is_inside_2(fn_smooth_endoplasmic_reticulum_14(X),fn_smooth_endoplasmic_reticulum_34(X))
& is_inside_2(fn_smooth_endoplasmic_reticulum_12(X),fn_smooth_endoplasmic_reticulum_34(X))
& has_part_2(fn_smooth_endoplasmic_reticulum_33(X),fn_smooth_endoplasmic_reticulum_12(X))
& has_part_2(fn_smooth_endoplasmic_reticulum_33(X),X)
& instrument_2(fn_smooth_endoplasmic_reticulum_32(X),X)
& object_2(fn_smooth_endoplasmic_reticulum_32(X),fn_smooth_endoplasmic_reticulum_36(X))
& has_part_2(X,fn_smooth_endoplasmic_reticulum_30(X))
& is_between_2(fn_smooth_endoplasmic_reticulum_28(X),fn_smooth_endoplasmic_reticulum_30(X))
& has_part_2(X,fn_smooth_endoplasmic_reticulum_28(X))
& has_part_2(X,fn_smooth_endoplasmic_reticulum_29(X))
& has_part_2(fn_smooth_endoplasmic_reticulum_29(X),fn_smooth_endoplasmic_reticulum_35(X))
& base_2(fn_smooth_endoplasmic_reticulum_9(X),X)
& object_2(fn_smooth_endoplasmic_reticulum_9(X),fn_smooth_endoplasmic_reticulum_21(X))
& result_2(fn_smooth_endoplasmic_reticulum_20(X),fn_smooth_endoplasmic_reticulum_21(X))
& causes_2(fn_smooth_endoplasmic_reticulum_19(X),fn_smooth_endoplasmic_reticulum_20(X))
& base_2(fn_smooth_endoplasmic_reticulum_19(X),fn_smooth_endoplasmic_reticulum_28(X))
& has_part_2(X,fn_smooth_endoplasmic_reticulum_37(X))
& agent_2(fn_smooth_endoplasmic_reticulum_16(X),fn_smooth_endoplasmic_reticulum_37(X))
& raw_material_2(fn_smooth_endoplasmic_reticulum_16(X),fn_smooth_endoplasmic_reticulum_15(X))
& is_inside_2(fn_smooth_endoplasmic_reticulum_15(X),fn_smooth_endoplasmic_reticulum_34(X))
& is_inside_2(fn_smooth_endoplasmic_reticulum_11(X),fn_smooth_endoplasmic_reticulum_34(X))
& site_2(fn_smooth_endoplasmic_reticulum_8(X),X)
& has_function_2(X,fn_smooth_endoplasmic_reticulum_8(X))
& is_inside_2(X,fn_smooth_endoplasmic_reticulum_34(X))
& is_inside_2(fn_smooth_endoplasmic_reticulum_10(X),fn_smooth_endoplasmic_reticulum_34(X))
& has_part_2(fn_smooth_endoplasmic_reticulum_10(X),fn_smooth_endoplasmic_reticulum_36(X))
& has_region_2(X,fn_smooth_endoplasmic_reticulum_39(X))
& is_inside_2(fn_smooth_endoplasmic_reticulum_39(X),fn_smooth_endoplasmic_reticulum_28(X))
& has_part_2(fn_smooth_endoplasmic_reticulum_28(X),fn_smooth_endoplasmic_reticulum_24(X))
& result_2(fn_smooth_endoplasmic_reticulum_7(X),fn_smooth_endoplasmic_reticulum_24(X))
& site_2(fn_smooth_endoplasmic_reticulum_7(X),X)
& greater_than_2(fn_smooth_endoplasmic_reticulum_43(X),fn_smooth_endoplasmic_reticulum_44(X))
& structural_complexity_2(fn_smooth_endoplasmic_reticulum_46(X),fn_smooth_endoplasmic_reticulum_44(X))
& raw_material_2(fn_smooth_endoplasmic_reticulum_48(X),fn_smooth_endoplasmic_reticulum_46(X))
& result_2(fn_smooth_endoplasmic_reticulum_48(X),fn_smooth_endoplasmic_reticulum_45(X))
& result_2(fn_smooth_endoplasmic_reticulum_49(X),fn_smooth_endoplasmic_reticulum_47(X))
& result_2(fn_smooth_endoplasmic_reticulum_8(X),fn_smooth_endoplasmic_reticulum_22(X))
& result_2(fn_smooth_endoplasmic_reticulum_42(X),fn_smooth_endoplasmic_reticulum_41(X))
& has_function_2(fn_smooth_endoplasmic_reticulum_37(X),fn_smooth_endoplasmic_reticulum_49(X))
& has_function_2(fn_smooth_endoplasmic_reticulum_50(X),fn_smooth_endoplasmic_reticulum_48(X))
& fn_smooth_endoplasmic_reticulum_40(X) = fn_store_1(fn_smooth_endoplasmic_reticulum_38(X))
& fn_smooth_endoplasmic_reticulum_27(X) = fn_create_1(fn_smooth_endoplasmic_reticulum_26(X))
& fn_smooth_endoplasmic_reticulum_27(X) = fn_release_1(fn_smooth_endoplasmic_reticulum_25(X))
& fn_smooth_endoplasmic_reticulum_28(X) = fn_expand_1(fn_smooth_endoplasmic_reticulum_18(X))
& fn_smooth_endoplasmic_reticulum_50(X) = fn_endoplasmic_reticulum_5(X)
& fn_smooth_endoplasmic_reticulum_23(X) = fn_endoplasmic_reticulum_35(X)
& fn_smooth_endoplasmic_reticulum_42(X) = fn_endoplasmic_reticulum_23(X)
& X = fn_release_2(fn_smooth_endoplasmic_reticulum_31(X))
& X = fn_store_2(fn_smooth_endoplasmic_reticulum_38(X))
& X = fn_release_2(fn_smooth_endoplasmic_reticulum_25(X))
& fn_smooth_endoplasmic_reticulum_13(X) = fn_endoplasmic_reticulum_1(X)
& fn_smooth_endoplasmic_reticulum_34(X) = fn_endoplasmic_reticulum_2(X)
& fn_smooth_endoplasmic_reticulum_14(X) = fn_endoplasmic_reticulum_16(X)
& fn_smooth_endoplasmic_reticulum_17(X) = fn_endoplasmic_reticulum_15(X)
& fn_smooth_endoplasmic_reticulum_32(X) = fn_endoplasmic_reticulum_27(X)
& fn_smooth_endoplasmic_reticulum_33(X) = fn_endoplasmic_reticulum_11(X)
& fn_smooth_endoplasmic_reticulum_12(X) = fn_endoplasmic_reticulum_13(X)
& fn_smooth_endoplasmic_reticulum_35(X) = fn_endoplasmic_reticulum_4(X)
& fn_smooth_endoplasmic_reticulum_29(X) = fn_endoplasmic_reticulum_8(X)
& fn_smooth_endoplasmic_reticulum_29(X) = fn_endoplasmic_reticulum_3(X)
& fn_smooth_endoplasmic_reticulum_30(X) = fn_endoplasmic_reticulum_17(X)
& fn_smooth_endoplasmic_reticulum_19(X) = fn_endoplasmic_reticulum_20(X)
& fn_smooth_endoplasmic_reticulum_20(X) = fn_endoplasmic_reticulum_21(X)
& fn_smooth_endoplasmic_reticulum_21(X) = fn_endoplasmic_reticulum_22(X)
& fn_smooth_endoplasmic_reticulum_9(X) = fn_endoplasmic_reticulum_36(X)
& fn_smooth_endoplasmic_reticulum_11(X) = fn_endoplasmic_reticulum_12(X)
& fn_smooth_endoplasmic_reticulum_15(X) = fn_endoplasmic_reticulum_39(X)
& fn_smooth_endoplasmic_reticulum_16(X) = fn_endoplasmic_reticulum_38(X)
& fn_smooth_endoplasmic_reticulum_37(X) = fn_endoplasmic_reticulum_5(X)
& fn_smooth_endoplasmic_reticulum_36(X) = fn_endoplasmic_reticulum_28(X)
& fn_smooth_endoplasmic_reticulum_10(X) = fn_endoplasmic_reticulum_41(X)
& fn_smooth_endoplasmic_reticulum_34(X) = fn_endoplasmic_reticulum_40(X)
& fn_smooth_endoplasmic_reticulum_8(X) = fn_endoplasmic_reticulum_23(X)
& fn_smooth_endoplasmic_reticulum_7(X) = fn_endoplasmic_reticulum_35(X)
& fn_smooth_endoplasmic_reticulum_24(X) = fn_endoplasmic_reticulum_34(X)
& fn_smooth_endoplasmic_reticulum_28(X) = fn_endoplasmic_reticulum_30(X)
& fn_smooth_endoplasmic_reticulum_39(X) = fn_endoplasmic_reticulum_31(X)
& fn_smooth_endoplasmic_reticulum_48(X) = fn_enzyme_4(fn_smooth_endoplasmic_reticulum_50(X))
& fn_smooth_endoplasmic_reticulum_49(X) = fn_enzyme_4(fn_smooth_endoplasmic_reticulum_37(X))
& fn_smooth_endoplasmic_reticulum_41(X) = fn_synthesis_of_lipid_2(fn_smooth_endoplasmic_reticulum_42(X))
& fn_smooth_endoplasmic_reticulum_22(X) = fn_synthesis_of_lipid_2(fn_smooth_endoplasmic_reticulum_8(X))
& fn_smooth_endoplasmic_reticulum_47(X) = fn_synthesis_of_lipid_2(fn_smooth_endoplasmic_reticulum_49(X))
& fn_smooth_endoplasmic_reticulum_45(X) = fn_synthesis_of_lipid_2(fn_smooth_endoplasmic_reticulum_48(X))
& fn_smooth_endoplasmic_reticulum_52(X) = fn_anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(X))
& fn_smooth_endoplasmic_reticulum_43(X) = fn_anabolic_pathway_3(fn_smooth_endoplasmic_reticulum_48(X))
& fn_smooth_endoplasmic_reticulum_46(X) = fn_anabolic_pathway_6(fn_smooth_endoplasmic_reticulum_48(X))
& fn_smooth_endoplasmic_reticulum_51(X) = fn_anabolic_pathway_2(fn_smooth_endoplasmic_reticulum_48(X))
& fn_smooth_endoplasmic_reticulum_44(X) = fn_anabolic_pathway_4(fn_smooth_endoplasmic_reticulum_48(X))
& fn_create_1(fn_smooth_endoplasmic_reticulum_26(X)) = fn_release_1(fn_smooth_endoplasmic_reticulum_25(X))
& fn_release_1(fn_smooth_endoplasmic_reticulum_25(X)) = fn_endoplasmic_reticulum_3(X)
& fn_endoplasmic_reticulum_3(X) = fn_endoplasmic_reticulum_8(X)
& fn_endoplasmic_reticulum_8(X) = fn_endoplasmic_reticulum_3(X)
& fn_endoplasmic_reticulum_3(X) = fn_endoplasmic_reticulum_40(X)
& fn_endoplasmic_reticulum_40(X) = fn_endoplasmic_reticulum_2(X)
& fn_endoplasmic_reticulum_2(X) = fn_endoplasmic_reticulum_40(X)
& fn_endoplasmic_reticulum_40(X) = fn_endoplasmic_reticulum_40(X)
& fn_endoplasmic_reticulum_40(X) = fn_expand_1(fn_smooth_endoplasmic_reticulum_18(X))
& fn_expand_1(fn_smooth_endoplasmic_reticulum_18(X)) = fn_endoplasmic_reticulum_30(X)
& fn_endoplasmic_reticulum_30(X) = fn_endoplasmic_reticulum_30(X)
& fn_endoplasmic_reticulum_30(X) = fn_release_2(fn_smooth_endoplasmic_reticulum_31(X))
& fn_release_2(fn_smooth_endoplasmic_reticulum_31(X)) = fn_store_2(fn_smooth_endoplasmic_reticulum_38(X))
& fn_store_2(fn_smooth_endoplasmic_reticulum_38(X)) = fn_release_2(fn_smooth_endoplasmic_reticulum_25(X)) ) ) ).
fof(a532720,axiom,
! [X] :
( smooth_muscle_1(X)
=> ( original_name_2(X,'Smooth-Muscle')
& user_description_2(X,'A type of involuntary, non-striated muscle. It is found in the walls of blood vessels, the bladder, the gastrointestinal tract, the reproductive tracts, the respiratory tract, and the iris of the eye.')
& concept2words_2(X,'visceral muscle')
& concept2words_2(X,'visceral-muscle')
& concept2words_2(X,'muscle of smooth')
& concept2words_2(X,'smooth muscle')
& concept2words_2(X,'smooth-muscle')
& muscle_tissue_1(X) ) ) ).
fof(a532721,axiom,
! [X] :
( smooth_muscle_cell_1(X)
=> ( original_name_2(X,'Smooth-Muscle-Cell')
& user_description_2(X,'Muscle cells which appear unstriated in muscle tissue. The mammalian digestive system contains smooth muscle cells.')
& concept2words_2(X,'smooth muscle cell')
& concept2words_2(X,'smooth-muscle-cell')
& muscle_cell_1(X) ) ) ).
fof(a532722,axiom,
! [X] :
( smw_attribute_group_1(X)
=> ( original_name_2(X,'SMW-Attribute-Group')
& concept2words_2(X,'smw attribute group')
& concept2words_2(X,'smw-attribute-group')
& slot_1(X) ) ) ).
fof(a532723,axiom,
! [X] :
( snake_1(X)
=> ( original_name_2(X,'Snake')
& user_description_2(X,'Member of the reptile class with an elongated legless body, lidless eyes and lack of external ears. All snakes are carnivores.')
& concept2words_2(X,snake)
& reptile_1(X)
& catabolic_pathway_1(fn_snake_1(X))
& break_1(fn_snake_2(X))
& cellulase_1(fn_snake_3(X))
& glucose_1(fn_snake_4(X))
& exergonic_reaction_1(fn_snake_5(X))
& polymer_breakdown_1(fn_snake_5(X))
& cellulose_1(fn_snake_6(X))
& water_molecule_1(fn_snake_7(X))
& polymer_1(fn_snake_8(X))
& heterotroph_1(fn_snake_9(X))
& bulk_feeder_1(fn_snake_10(X))
& nutrition_1(fn_snake_11(X))
& water_1(fn_snake_12(X))
& gallbladder_1(fn_snake_13(X))
& pancreas_1(fn_snake_14(X))
& liver_1(fn_snake_15(X))
& trachea_1(fn_snake_16(X))
& lung_1(fn_snake_17(X))
& esophagus_1(fn_snake_18(X))
& pharynx_1(fn_snake_19(X))
& stomach_1(fn_snake_20(X))
& abrade_1(fn_snake_21(X))
& temperature_value_1(fn_snake_22(X))
& specific_heat_value_1(fn_snake_23(X))
& respiratory_system_1(fn_snake_24(X))
& digestive_system_1(fn_snake_25(X))
& move_through_1(fn_snake_26(X))
& hold_1(fn_snake_27(X))
& hold_together_1(fn_snake_27(X))
& entity_1(fn_snake_28(X))
& chemical_entity_1(fn_snake_28(X))
& atom_1(fn_snake_28(X))
& carbon_1(fn_snake_28(X))
& tangible_entity_1(fn_snake_29(X))
& entity_1(fn_snake_29(X))
& atom_1(fn_snake_29(X))
& chemical_entity_1(fn_snake_29(X))
& oxygen_1(fn_snake_29(X))
& entity_1(fn_snake_30(X))
& atom_1(fn_snake_30(X))
& chemical_entity_1(fn_snake_30(X))
& oxygen_1(fn_snake_30(X))
& chemical_entity_1(fn_snake_31(X))
& carbohydrate_1(fn_snake_31(X))
& decrease_1(fn_snake_32(X))
& protein_1(fn_snake_33(X))
& water_molecule_1(fn_snake_34(X))
& enzyme_1(fn_snake_35(X))
& cellulase_1(fn_snake_35(X))
& take_in_1(fn_snake_36(X))
& locomotion_1(fn_snake_37(X))
& chemical_entity_1(fn_exergonic_reaction_10(fn_snake_5(X)))
& animal_1(fn_bulk_feeder_3(fn_snake_10(X)))
& decrease_1(fn_enzyme_5(fn_snake_3(X)))
& decrease_1(fn_enzyme_5(fn_snake_35(X)))
& hold_together_1(fn_carbohydrate_37(fn_snake_31(X)))
& tangible_entity_1(fn_hold_2(fn_snake_27(X)))
& entity_1(fn_carbohydrate_39(fn_snake_31(X)))
& chemical_entity_1(fn_carbohydrate_39(fn_snake_31(X)))
& atom_1(fn_carbohydrate_39(fn_snake_31(X)))
& oxygen_1(fn_carbohydrate_39(fn_snake_31(X)))
& entity_1(fn_carbohydrate_38(fn_snake_31(X)))
& atom_1(fn_carbohydrate_38(fn_snake_31(X)))
& chemical_entity_1(fn_carbohydrate_38(fn_snake_31(X)))
& oxygen_1(fn_carbohydrate_38(fn_snake_31(X)))
& carbon_1(fn_carbohydrate_5(fn_snake_31(X)))
& is_specific_to_2(fn_snake_35(X),fn_snake_33(X))
& object_2(fn_snake_27(X),fn_snake_28(X))
& fn_snake_8(X) != fn_snake_7(X)
& fn_snake_7(X) != fn_snake_8(X)
& is_specific_to_2(fn_snake_3(X),fn_snake_4(X))
& object_2(fn_snake_27(X),fn_snake_29(X))
& raw_material_2(fn_snake_5(X),fn_snake_7(X))
& plays_2(X,fn_snake_10(X))
& has_function_2(fn_snake_3(X),fn_snake_32(X))
& has_function_2(fn_snake_35(X),fn_snake_32(X))
& has_part_2(fn_snake_31(X),fn_snake_30(X))
& object_2(fn_snake_27(X),fn_snake_30(X))
& has_part_2(fn_snake_31(X),fn_snake_29(X))
& fn_snake_29(X) != fn_snake_28(X)
& fn_snake_28(X) != fn_snake_30(X)
& fn_snake_28(X) != fn_snake_29(X)
& fn_snake_30(X) != fn_snake_28(X)
& fn_snake_29(X) != fn_snake_30(X)
& fn_snake_30(X) != fn_snake_29(X)
& object_2(fn_snake_26(X),fn_snake_6(X))
& element_2(fn_snake_24(X),fn_snake_17(X))
& raw_material_2(fn_snake_5(X),fn_snake_8(X))
& path_2(fn_snake_21(X),X)
& has_part_2(X,fn_snake_16(X))
& result_2(fn_snake_11(X),fn_snake_31(X))
& has_part_2(fn_snake_31(X),fn_snake_28(X))
& fn_snake_33(X) != fn_snake_34(X)
& fn_snake_34(X) != fn_snake_33(X)
& agent_2(fn_snake_1(X),fn_snake_35(X))
& raw_material_2(fn_snake_5(X),fn_snake_6(X))
& result_2(fn_snake_5(X),fn_snake_4(X))
& enables_2(fn_snake_26(X),fn_snake_21(X))
& object_2(fn_snake_21(X),fn_snake_6(X))
& raw_material_2(fn_snake_1(X),fn_snake_6(X))
& result_2(fn_snake_1(X),fn_snake_4(X))
& fn_snake_4(X) != fn_snake_34(X)
& fn_snake_34(X) != fn_snake_4(X)
& next_element_2(fn_snake_19(X),fn_snake_18(X))
& has_part_2(X,fn_snake_19(X))
& has_part_2(X,fn_snake_20(X))
& element_2(fn_snake_25(X),fn_snake_20(X))
& element_2(fn_snake_25(X),fn_snake_19(X))
& base_2(fn_snake_26(X),fn_snake_25(X))
& path_2(fn_snake_26(X),X)
& has_part_2(X,fn_snake_18(X))
& abuts_2(fn_snake_20(X),fn_snake_18(X))
& abuts_2(fn_snake_18(X),fn_snake_20(X))
& next_element_2(fn_snake_16(X),fn_snake_17(X))
& has_part_2(X,fn_snake_17(X))
& has_part_2(X,fn_snake_12(X))
& abuts_2(fn_snake_19(X),fn_snake_16(X))
& abuts_2(fn_snake_16(X),fn_snake_19(X))
& base_2(fn_snake_36(X),X)
& agent_2(fn_snake_36(X),X)
& has_part_2(X,fn_snake_15(X))
& element_2(fn_snake_25(X),fn_snake_15(X))
& element_2(fn_snake_25(X),fn_snake_18(X))
& agent_2(fn_snake_11(X),X)
& in_event_2(fn_snake_9(X),fn_snake_11(X))
& plays_2(X,fn_snake_9(X))
& has_part_2(X,fn_snake_14(X))
& element_2(fn_snake_25(X),fn_snake_14(X))
& object_2(fn_snake_37(X),X)
& agent_2(fn_snake_37(X),X)
& temperature_2(X,fn_snake_22(X))
& correspondence_2(fn_snake_22(X),fn_snake_23(X))
& specific_heat_2(fn_snake_12(X),fn_snake_23(X))
& has_region_2(X,fn_snake_25(X))
& element_2(fn_snake_25(X),fn_snake_13(X))
& has_part_2(X,fn_snake_13(X))
& has_region_2(X,fn_snake_24(X))
& element_2(fn_snake_24(X),fn_snake_16(X))
& fn_snake_29(X) = fn_hold_2(fn_snake_27(X))
& fn_snake_7(X) = fn_exergonic_reaction_10(fn_snake_5(X))
& X = fn_bulk_feeder_3(fn_snake_10(X))
& fn_snake_32(X) = fn_enzyme_5(fn_snake_3(X))
& fn_snake_32(X) = fn_enzyme_5(fn_snake_35(X))
& fn_snake_27(X) = fn_carbohydrate_37(fn_snake_31(X))
& fn_snake_29(X) = fn_animal_16(X)
& fn_snake_30(X) = fn_animal_17(X)
& fn_snake_30(X) = fn_carbohydrate_38(fn_snake_31(X))
& fn_snake_29(X) = fn_carbohydrate_39(fn_snake_31(X))
& fn_snake_29(X) = fn_carbohydrate_38(fn_snake_31(X))
& fn_snake_38(X) = fn_vertebrate_61(X)
& fn_snake_39(X) = fn_vertebrate_60(X)
& fn_snake_8(X) = fn_vertebrate_44(X)
& fn_snake_28(X) = fn_carbohydrate_5(fn_snake_31(X))
& fn_snake_28(X) = fn_animal_12(X)
& fn_snake_28(X) = fn_vertebrate_24(X)
& fn_snake_31(X) = fn_animal_8(X)
& fn_snake_31(X) = fn_vertebrate_23(X)
& fn_snake_33(X) = fn_vertebrate_3(X)
& fn_snake_5(X) = fn_vertebrate_48(X)
& fn_snake_2(X) = fn_vertebrate_50(X)
& fn_snake_35(X) = fn_vertebrate_20(X)
& fn_snake_34(X) = fn_vertebrate_2(X)
& fn_snake_4(X) = fn_vertebrate_53(X)
& fn_snake_1(X) = fn_vertebrate_47(X)
& fn_snake_6(X) = fn_vertebrate_35(X)
& fn_snake_21(X) = fn_vertebrate_34(X)
& fn_snake_20(X) = fn_vertebrate_18(X)
& fn_snake_26(X) = fn_vertebrate_33(X)
& fn_snake_17(X) = fn_vertebrate_5(X)
& fn_snake_19(X) = fn_vertebrate_19(X)
& fn_snake_18(X) = fn_vertebrate_26(X)
& fn_snake_15(X) = fn_vertebrate_15(X)
& fn_snake_36(X) = fn_vertebrate_58(X)
& fn_snake_14(X) = fn_vertebrate_16(X)
& fn_snake_9(X) = fn_vertebrate_56(X)
& fn_snake_11(X) = fn_animal_19(X)
& fn_snake_11(X) = fn_vertebrate_25(X)
& fn_snake_12(X) = fn_vertebrate_57(X)
& fn_snake_23(X) = fn_vertebrate_54(X)
& fn_snake_22(X) = fn_vertebrate_55(X)
& fn_snake_37(X) = fn_vertebrate_59(X)
& fn_snake_16(X) = fn_vertebrate_4(X)
& fn_snake_24(X) = fn_vertebrate_6(X)
& fn_snake_13(X) = fn_vertebrate_17(X)
& fn_snake_25(X) = fn_vertebrate_40(X)
& fn_carbohydrate_38(fn_snake_31(X)) = fn_carbohydrate_38(fn_snake_31(X))
& fn_carbohydrate_38(fn_snake_31(X)) = fn_animal_17(X)
& fn_animal_17(X) = fn_carbohydrate_38(fn_snake_31(X))
& fn_carbohydrate_38(fn_snake_31(X)) = fn_hold_2(fn_snake_27(X))
& fn_hold_2(fn_snake_27(X)) = fn_animal_16(X)
& fn_carbohydrate_39(fn_snake_31(X)) = fn_animal_16(X)
& fn_animal_16(X) = fn_carbohydrate_39(fn_snake_31(X))
& fn_carbohydrate_39(fn_snake_31(X)) = fn_carbohydrate_39(fn_snake_31(X))
& fn_carbohydrate_38(fn_snake_31(X)) = fn_carbohydrate_39(fn_snake_31(X))
& fn_carbohydrate_39(fn_snake_31(X)) = fn_carbohydrate_38(fn_snake_31(X))
& fn_carbohydrate_38(fn_snake_31(X)) = fn_animal_12(X)
& fn_carbohydrate_5(fn_snake_31(X)) = fn_animal_12(X)
& fn_animal_12(X) = fn_carbohydrate_5(fn_snake_31(X))
& fn_carbohydrate_5(fn_snake_31(X)) = fn_carbohydrate_5(fn_snake_31(X))
& fn_carbohydrate_5(fn_snake_31(X)) = fn_vertebrate_24(X)
& fn_vertebrate_24(X) = fn_animal_8(X)
& fn_animal_8(X) = fn_animal_8(X)
& fn_vertebrate_23(X) = fn_animal_8(X)
& fn_animal_8(X) = fn_vertebrate_23(X)
& fn_vertebrate_23(X) = fn_animal_19(X)
& fn_vertebrate_25(X) = fn_vertebrate_25(X)
& fn_vertebrate_25(X) = fn_animal_19(X)
& fn_animal_19(X) = fn_vertebrate_25(X) ) ) ).
fof(a532724,axiom,
! [X] :
( snow_1(X)
=> ( original_name_2(X,'Snow')
& user_description_2(X,'Ice crystals formed from frozen water vapor in the atmosphere that falls to the earth as a form of precipitation.')
& concept2words_2(X,snow)
& precipitation_form_1(X)
& semisolid_substance_1(X)
& ~ fog_1(X)
& ~ rain_1(X) ) ) ).
fof(a532725,axiom,
! [X] :
( snow_melting_1(X)
=> ( original_name_2(X,'Snow-Melting')
& user_description_2(X,'The conversion of snow to water as the temperature increases.')
& concept2words_2(X,melt)
& concept2words_2(X,'melting of snow')
& concept2words_2(X,'snow melting')
& concept2words_2(X,'snow-melting')
& melting_1(X)
& ph_value_1(fn_snow_melting_2(X))
& substance_1(fn_snow_melting_3(X))
& lake_1(fn_snow_melting_4(X))
& surface_1(fn_snow_melting_5(X))
& freezing_of_water_1(fn_snow_melting_7(X))
& cohesion_1(fn_snow_melting_8(X))
& attract_1(fn_snow_melting_8(X))
& property_value_1(fn_snow_melting_9(X))
& density_value_1(fn_snow_melting_9(X))
& decrease_1(fn_snow_melting_10(X))
& tangible_entity_1(fn_snow_melting_13(X))
& liquid_substance_1(fn_snow_melting_13(X))
& water_1(fn_snow_melting_13(X))
& cool_1(fn_snow_melting_14(X))
& create_1(fn_snow_melting_15(X))
& temperature_value_1(fn_snow_melting_16(X))
& lose_1(fn_snow_melting_17(X))
& thermal_energy_1(fn_snow_melting_18(X))
& heat_1(fn_snow_melting_19(X))
& move_1(fn_snow_melting_20(X))
& cohesion_1(fn_snow_melting_21(X))
& attract_1(fn_snow_melting_21(X))
& expand_1(fn_snow_melting_22(X))
& contract_1(fn_snow_melting_23(X))
& hydrogen_bond_1(fn_snow_melting_24(X))
& entity_1(fn_snow_melting_25(X))
& chemical_entity_1(fn_snow_melting_25(X))
& spatial_entity_1(fn_snow_melting_25(X))
& tangible_entity_1(fn_snow_melting_25(X))
& polar_molecule_1(fn_snow_melting_25(X))
& hydrophilic_compound_1(fn_snow_melting_25(X))
& water_molecule_1(fn_snow_melting_25(X))
& entity_1(fn_snow_melting_26(X))
& chemical_entity_1(fn_snow_melting_26(X))
& spatial_entity_1(fn_snow_melting_26(X))
& tangible_entity_1(fn_snow_melting_26(X))
& polar_molecule_1(fn_snow_melting_26(X))
& hydrophilic_compound_1(fn_snow_melting_26(X))
& water_molecule_1(fn_snow_melting_26(X))
& surface_1(fn_snow_melting_27(X))
& volume_value_1(fn_snow_melting_28(X))
& ice_1(fn_snow_melting_30(X))
& spatial_entity_1(fn_snow_melting_31(X))
& liquid_substance_1(fn_snow_melting_31(X))
& water_1(fn_snow_melting_31(X))
& flow_1(fn_snow_melting_32(X))
& deliver_1(fn_snow_melting_33(X))
& acid_1(fn_snow_melting_34(X))
& decrease_1(fn_snow_melting_35(X))
& ph_value_1(fn_snow_melting_36(X))
& damage_1(fn_snow_melting_37(X))
& egg_1(fn_snow_melting_38(X))
& tangible_entity_1(fn_impair_1(fn_snow_melting_37(X)))
& entity_1(fn_transfer_1(fn_snow_melting_33(X)))
& property_node_1(fn_decrease_2(fn_snow_melting_35(X)))
& property_value_1(fn_decrease_3(fn_snow_melting_35(X)))
& decrease_1(fn_lake_35(fn_snow_melting_4(X)))
& cool_1(fn_lake_13(fn_snow_melting_4(X)))
& freezing_of_water_1(fn_lake_36(fn_snow_melting_4(X)))
& surface_1(fn_lake_7(fn_snow_melting_4(X)))
& property_node_1(fn_water_43(fn_snow_melting_13(X)))
& contract_1(fn_water_88(fn_snow_melting_13(X)))
& lose_1(fn_water_94(fn_snow_melting_13(X)))
& thermal_energy_1(fn_water_96(fn_snow_melting_13(X)))
& surface_1(fn_water_14(fn_snow_melting_13(X)))
& property_node_1(fn_water_76(fn_snow_melting_13(X)))
& volume_value_1(fn_water_89(fn_snow_melting_13(X)))
& heat_1(fn_water_101(fn_snow_melting_13(X)))
& expand_1(fn_water_87(fn_snow_melting_13(X)))
& property_node_1(fn_water_92(fn_snow_melting_13(X)))
& create_1(fn_water_30(fn_snow_melting_13(X)))
& move_1(fn_water_95(fn_snow_melting_13(X)))
& spatial_entity_1(fn_move_1(fn_snow_melting_32(X)))
& liquid_substance_1(fn_ice_14(fn_snow_melting_30(X)))
& water_1(fn_ice_14(fn_snow_melting_30(X)))
& cohesion_1(fn_lake_48(fn_snow_melting_4(X)))
& attract_1(fn_lake_48(fn_snow_melting_4(X)))
& cohesion_1(fn_lake_29(fn_snow_melting_4(X)))
& attract_1(fn_lake_29(fn_snow_melting_4(X)))
& hydrogen_bond_1(fn_lake_44(fn_snow_melting_4(X)))
& hydrogen_bond_1(fn_lake_23(fn_snow_melting_4(X)))
& hydrogen_bond_1(fn_water_107(fn_snow_melting_13(X)))
& property_value_1(fn_lake_34(fn_snow_melting_4(X)))
& density_value_1(fn_lake_34(fn_snow_melting_4(X)))
& density_value_1(fn_water_33(fn_snow_melting_13(X)))
& entity_1(fn_lake_24(fn_snow_melting_4(X)))
& chemical_entity_1(fn_lake_24(fn_snow_melting_4(X)))
& spatial_entity_1(fn_lake_24(fn_snow_melting_4(X)))
& tangible_entity_1(fn_lake_24(fn_snow_melting_4(X)))
& polar_molecule_1(fn_lake_24(fn_snow_melting_4(X)))
& hydrophilic_compound_1(fn_lake_24(fn_snow_melting_4(X)))
& water_molecule_1(fn_lake_24(fn_snow_melting_4(X)))
& tangible_entity_1(fn_lake_14(fn_snow_melting_4(X)))
& liquid_substance_1(fn_lake_14(fn_snow_melting_4(X)))
& water_1(fn_lake_14(fn_snow_melting_4(X)))
& tangible_entity_1(fn_lake_15(fn_snow_melting_4(X)))
& liquid_substance_1(fn_lake_15(fn_snow_melting_4(X)))
& water_1(fn_lake_15(fn_snow_melting_4(X)))
& attract_1(fn_water_molecule_75(fn_snow_melting_25(X)))
& cohesion_1(fn_water_78(fn_snow_melting_13(X)))
& attract_1(fn_water_78(fn_snow_melting_13(X)))
& water_molecule_1(fn_water_molecule_74(fn_snow_melting_25(X)))
& entity_1(fn_lake_43(fn_snow_melting_4(X)))
& spatial_entity_1(fn_lake_43(fn_snow_melting_4(X)))
& chemical_entity_1(fn_lake_43(fn_snow_melting_4(X)))
& tangible_entity_1(fn_lake_43(fn_snow_melting_4(X)))
& polar_molecule_1(fn_lake_43(fn_snow_melting_4(X)))
& water_molecule_1(fn_lake_43(fn_snow_melting_4(X)))
& hydrophilic_compound_1(fn_lake_25(fn_snow_melting_4(X)))
& entity_1(fn_lake_25(fn_snow_melting_4(X)))
& spatial_entity_1(fn_lake_25(fn_snow_melting_4(X)))
& chemical_entity_1(fn_lake_25(fn_snow_melting_4(X)))
& tangible_entity_1(fn_lake_25(fn_snow_melting_4(X)))
& polar_molecule_1(fn_lake_25(fn_snow_melting_4(X)))
& water_molecule_1(fn_lake_25(fn_snow_melting_4(X)))
& entity_1(fn_water_98(fn_snow_melting_13(X)))
& spatial_entity_1(fn_water_98(fn_snow_melting_13(X)))
& chemical_entity_1(fn_water_98(fn_snow_melting_13(X)))
& tangible_entity_1(fn_water_98(fn_snow_melting_13(X)))
& polar_molecule_1(fn_water_98(fn_snow_melting_13(X)))
& water_molecule_1(fn_water_98(fn_snow_melting_13(X)))
& spatial_entity_1(fn_water_83(fn_snow_melting_13(X)))
& tangible_entity_1(fn_water_83(fn_snow_melting_13(X)))
& polar_molecule_1(fn_water_83(fn_snow_melting_13(X)))
& hydrophilic_compound_1(fn_water_83(fn_snow_melting_13(X)))
& water_molecule_1(fn_water_83(fn_snow_melting_13(X)))
& temperature_value_1(fn_lake_10(fn_snow_melting_4(X)))
& temperature_value_1(fn_water_93(fn_snow_melting_13(X)))
& melting_1(fn_ice_22(fn_snow_melting_30(X)))
& causes_2(fn_snow_melting_14(X),fn_snow_melting_15(X))
& by_means_of_2(fn_snow_melting_14(X),fn_snow_melting_17(X))
& ph_2(fn_snow_melting_31(X),fn_snow_melting_2(X))
& destination_2(fn_snow_melting_32(X),fn_snow_melting_4(X))
& causes_2(fn_snow_melting_32(X),fn_snow_melting_33(X))
& agent_2(fn_snow_melting_33(X),fn_snow_melting_31(X))
& causes_2(fn_snow_melting_33(X),fn_snow_melting_35(X))
& recipient_2(fn_snow_melting_33(X),fn_snow_melting_4(X))
& causes_2(fn_snow_melting_35(X),fn_snow_melting_37(X))
& ph_2(fn_snow_melting_3(X),fn_snow_melting_36(X))
& object_2(fn_snow_melting_32(X),fn_snow_melting_31(X))
& object_2(fn_snow_melting_37(X),fn_snow_melting_38(X))
& object_2(fn_snow_melting_33(X),fn_snow_melting_34(X))
& from_value_2(fn_snow_melting_35(X),fn_snow_melting_36(X))
& object_2(X,fn_snow_melting_30(X))
& result_2(X,fn_snow_melting_31(X))
& called_2(fn_snow_melting_13(X),"2")
& causes_2(fn_snow_melting_7(X),fn_snow_melting_10(X))
& from_value_2(fn_snow_melting_10(X),fn_snow_melting_9(X))
& agent_2(fn_snow_melting_21(X),fn_snow_melting_25(X))
& object_2(fn_snow_melting_21(X),fn_snow_melting_25(X))
& instrument_2(fn_snow_melting_21(X),fn_snow_melting_24(X))
& element_2(fn_snow_melting_4(X),fn_snow_melting_13(X))
& object_2(fn_snow_melting_7(X),fn_snow_melting_13(X))
& base_2(fn_snow_melting_7(X),fn_snow_melting_13(X))
& base_2(fn_snow_melting_14(X),fn_snow_melting_13(X))
& from_value_2(fn_snow_melting_14(X),fn_snow_melting_16(X))
& has_region_2(fn_snow_melting_4(X),fn_snow_melting_5(X))
& is_at_2(fn_snow_melting_13(X),fn_snow_melting_5(X))
& base_2(fn_snow_melting_21(X),fn_snow_melting_13(X))
& agent_2(fn_snow_melting_21(X),fn_snow_melting_26(X))
& object_2(fn_snow_melting_21(X),fn_snow_melting_26(X))
& same_type_2(fn_snow_melting_26(X),fn_snow_melting_25(X))
& same_type_2(fn_snow_melting_25(X),fn_snow_melting_26(X))
& object_2(fn_snow_melting_8(X),fn_snow_melting_26(X))
& instrument_2(fn_snow_melting_8(X),fn_snow_melting_24(X))
& possesses_2(fn_snow_melting_13(X),fn_snow_melting_24(X))
& density_2(fn_snow_melting_13(X),fn_snow_melting_9(X))
& volume_2(fn_snow_melting_13(X),fn_snow_melting_28(X))
& from_value_2(fn_snow_melting_23(X),fn_snow_melting_28(X))
& base_2(fn_snow_melting_23(X),fn_snow_melting_13(X))
& temperature_2(fn_snow_melting_13(X),fn_snow_melting_16(X))
& has_part_2(fn_snow_melting_13(X),fn_snow_melting_26(X))
& agent_2(fn_snow_melting_8(X),fn_snow_melting_26(X))
& agent_2(fn_snow_melting_8(X),fn_snow_melting_25(X))
& object_2(fn_snow_melting_8(X),fn_snow_melting_25(X))
& called_2(fn_snow_melting_25(X),"1")
& is_at_2(fn_snow_melting_25(X),fn_snow_melting_27(X))
& has_region_2(fn_snow_melting_13(X),fn_snow_melting_27(X))
& base_2(fn_snow_melting_22(X),fn_snow_melting_13(X))
& from_value_2(fn_snow_melting_22(X),fn_snow_melting_28(X))
& object_2(fn_snow_melting_17(X),fn_snow_melting_18(X))
& agent_2(fn_snow_melting_19(X),fn_snow_melting_18(X))
& object_2(fn_snow_melting_19(X),fn_snow_melting_13(X))
& donor_2(fn_snow_melting_17(X),fn_snow_melting_13(X))
& base_2(fn_snow_melting_17(X),fn_snow_melting_13(X))
& has_part_2(fn_snow_melting_13(X),fn_snow_melting_25(X))
& object_2(fn_snow_melting_20(X),fn_snow_melting_13(X))
& agent_2(fn_snow_melting_20(X),fn_snow_melting_18(X))
& base_2(fn_snow_melting_8(X),fn_snow_melting_13(X))
& is_above_2(fn_snow_melting_27(X),fn_snow_melting_26(X))
& causes_2(fn_snow_melting_19(X),fn_snow_melting_22(X))
& next_event_2(fn_snow_melting_15(X),fn_snow_melting_20(X))
& has_function_2(fn_snow_melting_25(X),fn_snow_melting_8(X))
& fn_snow_melting_31(X) = fn_move_1(fn_snow_melting_32(X))
& fn_snow_melting_38(X) = fn_impair_1(fn_snow_melting_37(X))
& fn_snow_melting_34(X) = fn_transfer_1(fn_snow_melting_33(X))
& fn_snow_melting_29(X) = fn_decrease_2(fn_snow_melting_35(X))
& fn_snow_melting_36(X) = fn_decrease_3(fn_snow_melting_35(X))
& fn_snow_melting_31(X) = fn_ice_14(fn_snow_melting_30(X))
& X = fn_ice_22(fn_snow_melting_30(X))
& fn_snow_melting_9(X) = fn_lake_34(fn_snow_melting_4(X))
& fn_snow_melting_10(X) = fn_lake_35(fn_snow_melting_4(X))
& fn_snow_melting_24(X) = fn_lake_44(fn_snow_melting_4(X))
& fn_snow_melting_24(X) = fn_lake_23(fn_snow_melting_4(X))
& fn_snow_melting_25(X) = fn_lake_24(fn_snow_melting_4(X))
& fn_snow_melting_16(X) = fn_lake_10(fn_snow_melting_4(X))
& fn_snow_melting_14(X) = fn_lake_13(fn_snow_melting_4(X))
& fn_snow_melting_7(X) = fn_lake_36(fn_snow_melting_4(X))
& fn_snow_melting_26(X) = fn_lake_43(fn_snow_melting_4(X))
& fn_snow_melting_26(X) = fn_lake_25(fn_snow_melting_4(X))
& fn_snow_melting_21(X) = fn_lake_48(fn_snow_melting_4(X))
& fn_snow_melting_13(X) = fn_lake_14(fn_snow_melting_4(X))
& fn_snow_melting_21(X) = fn_lake_29(fn_snow_melting_4(X))
& fn_snow_melting_13(X) = fn_lake_15(fn_snow_melting_4(X))
& fn_snow_melting_5(X) = fn_lake_7(fn_snow_melting_4(X))
& fn_snow_melting_26(X) = fn_water_molecule_74(fn_snow_melting_25(X))
& fn_snow_melting_24(X) = fn_water_107(fn_snow_melting_13(X))
& fn_snow_melting_6(X) = fn_water_43(fn_snow_melting_13(X))
& fn_snow_melting_9(X) = fn_water_33(fn_snow_melting_13(X))
& fn_snow_melting_23(X) = fn_water_88(fn_snow_melting_13(X))
& fn_snow_melting_26(X) = fn_water_98(fn_snow_melting_13(X))
& fn_snow_melting_8(X) = fn_water_molecule_75(fn_snow_melting_25(X))
& fn_snow_melting_25(X) = fn_water_98(fn_snow_melting_13(X))
& fn_snow_melting_17(X) = fn_water_94(fn_snow_melting_13(X))
& fn_snow_melting_25(X) = fn_water_83(fn_snow_melting_13(X))
& fn_snow_melting_18(X) = fn_water_96(fn_snow_melting_13(X))
& fn_snow_melting_8(X) = fn_water_78(fn_snow_melting_13(X))
& fn_snow_melting_27(X) = fn_water_14(fn_snow_melting_13(X))
& fn_snow_melting_26(X) = fn_water_83(fn_snow_melting_13(X))
& fn_snow_melting_11(X) = fn_water_76(fn_snow_melting_13(X))
& fn_snow_melting_28(X) = fn_water_89(fn_snow_melting_13(X))
& fn_snow_melting_19(X) = fn_water_101(fn_snow_melting_13(X))
& fn_snow_melting_22(X) = fn_water_87(fn_snow_melting_13(X))
& fn_snow_melting_12(X) = fn_water_92(fn_snow_melting_13(X))
& fn_snow_melting_16(X) = fn_water_93(fn_snow_melting_13(X))
& fn_snow_melting_15(X) = fn_water_30(fn_snow_melting_13(X))
& fn_snow_melting_20(X) = fn_water_95(fn_snow_melting_13(X))
& fn_move_1(fn_snow_melting_32(X)) = fn_ice_14(fn_snow_melting_30(X))
& fn_ice_14(fn_snow_melting_30(X)) = fn_lake_48(fn_snow_melting_4(X))
& fn_lake_29(fn_snow_melting_4(X)) = fn_lake_29(fn_snow_melting_4(X))
& fn_lake_29(fn_snow_melting_4(X)) = fn_lake_48(fn_snow_melting_4(X))
& fn_lake_48(fn_snow_melting_4(X)) = fn_lake_29(fn_snow_melting_4(X))
& fn_lake_29(fn_snow_melting_4(X)) = fn_lake_44(fn_snow_melting_4(X))
& fn_lake_44(fn_snow_melting_4(X)) = fn_lake_23(fn_snow_melting_4(X))
& fn_lake_23(fn_snow_melting_4(X)) = fn_lake_23(fn_snow_melting_4(X))
& fn_lake_23(fn_snow_melting_4(X)) = fn_water_107(fn_snow_melting_13(X))
& fn_water_107(fn_snow_melting_13(X)) = fn_water_107(fn_snow_melting_13(X))
& fn_water_107(fn_snow_melting_13(X)) = fn_lake_34(fn_snow_melting_4(X))
& fn_lake_34(fn_snow_melting_4(X)) = fn_water_33(fn_snow_melting_13(X))
& fn_water_33(fn_snow_melting_13(X)) = fn_water_33(fn_snow_melting_13(X))
& fn_water_33(fn_snow_melting_13(X)) = fn_lake_24(fn_snow_melting_4(X))
& fn_lake_24(fn_snow_melting_4(X)) = fn_lake_24(fn_snow_melting_4(X))
& fn_lake_24(fn_snow_melting_4(X)) = fn_water_98(fn_snow_melting_13(X))
& fn_water_83(fn_snow_melting_13(X)) = fn_water_83(fn_snow_melting_13(X))
& fn_water_83(fn_snow_melting_13(X)) = fn_water_98(fn_snow_melting_13(X))
& fn_water_83(fn_snow_melting_13(X)) = fn_lake_15(fn_snow_melting_4(X))
& fn_lake_15(fn_snow_melting_4(X)) = fn_lake_14(fn_snow_melting_4(X))
& fn_lake_14(fn_snow_melting_4(X)) = fn_lake_15(fn_snow_melting_4(X))
& fn_lake_15(fn_snow_melting_4(X)) = fn_lake_15(fn_snow_melting_4(X))
& fn_lake_15(fn_snow_melting_4(X)) = fn_water_molecule_75(fn_snow_melting_25(X))
& fn_water_molecule_75(fn_snow_melting_25(X)) = fn_water_molecule_75(fn_snow_melting_25(X))
& fn_water_78(fn_snow_melting_13(X)) = fn_water_molecule_75(fn_snow_melting_25(X))
& fn_water_molecule_75(fn_snow_melting_25(X)) = fn_water_78(fn_snow_melting_13(X))
& fn_water_78(fn_snow_melting_13(X)) = fn_water_78(fn_snow_melting_13(X))
& fn_water_78(fn_snow_melting_13(X)) = fn_lake_43(fn_snow_melting_4(X))
& fn_lake_43(fn_snow_melting_4(X)) = fn_lake_43(fn_snow_melting_4(X))
& fn_lake_43(fn_snow_melting_4(X)) = fn_water_molecule_74(fn_snow_melting_25(X))
& fn_water_molecule_74(fn_snow_melting_25(X)) = fn_lake_43(fn_snow_melting_4(X))
& fn_lake_25(fn_snow_melting_4(X)) = fn_lake_43(fn_snow_melting_4(X))
& fn_lake_43(fn_snow_melting_4(X)) = fn_lake_25(fn_snow_melting_4(X))
& fn_lake_25(fn_snow_melting_4(X)) = fn_lake_25(fn_snow_melting_4(X))
& fn_lake_25(fn_snow_melting_4(X)) = fn_water_98(fn_snow_melting_13(X))
& fn_water_98(fn_snow_melting_13(X)) = fn_water_98(fn_snow_melting_13(X))
& fn_water_98(fn_snow_melting_13(X)) = fn_water_83(fn_snow_melting_13(X))
& fn_water_83(fn_snow_melting_13(X)) = fn_lake_10(fn_snow_melting_4(X))
& fn_lake_10(fn_snow_melting_4(X)) = fn_water_93(fn_snow_melting_13(X))
& fn_water_93(fn_snow_melting_13(X)) = fn_water_93(fn_snow_melting_13(X))
& fn_ice_22(fn_snow_melting_30(X)) = fn_ice_22(fn_snow_melting_30(X)) ) ) ).
fof(a532726,axiom,
! [X] :
( snowball_earth_hypothesis_1(X)
=> ( original_name_2(X,'Snowball-Earth-Hypothesis')
& user_description_2(X,'The hypothesis suggesting that a severe ice age enduring from 750 to 570 million years ago may help to explain why multicellular eukaryotes were relatively limited in diversity and distribution until the very late Precambrian.')
& concept2words_2(X,'snowball earth hypothesis')
& concept2words_2(X,'snowball-earth-hypothesis')
& hypothesis_1(X)
& ~ bicoid_protein_hypothesis_1(X)
& ~ individualistic_hypothesis_1(X)
& ~ interactive_hypothesis_1(X)
& ~ practice_hypothesis_of_play_1(X) ) ) ).
fof(a532727,axiom,
! [X] :
( snrna_1(X)
=> ( original_name_2(X,'SnRNA')
& user_description_2(X,'Small nuclear RNA; short pieces of RNA found in the nucleus. They are involved in recognizing pre-mRNA splice sites.')
& concept2words_2(X,'small nuclear rna')
& concept2words_2(X,'small-nuclear-rna')
& concept2words_2(X,snrna)
& ribozyme_1(X)
& nucleus_1(fn_snrna_1(X))
& rna_splicing_1(fn_snrna_2(X))
& nitrogen_1(fn_snrna_5(X))
& share_1(fn_snrna_6(X))
& atomic_number_value_1(fn_snrna_7(X))
& system_1(fn_snrna_8(X))
& kinetic_energy_1(fn_snrna_14(X))
& constant_motion_1(fn_snrna_15(X))
& speed_value_1(fn_snrna_16(X))
& quantity_value_1(fn_snrna_17(X))
& hold_together_1(fn_snrna_18(X))
& oxygen_1(fn_snrna_19(X))
& size_value_1(fn_snrna_20(X))
& size_value_1(fn_snrna_21(X))
& hold_together_1(fn_snrna_22(X))
& hold_1(fn_snrna_22(X))
& entity_1(fn_snrna_23(X))
& chemical_entity_1(fn_snrna_23(X))
& atom_1(fn_snrna_23(X))
& oxygen_1(fn_snrna_23(X))
& chemical_entity_1(fn_snrna_24(X))
& entity_1(fn_snrna_24(X))
& atom_1(fn_snrna_24(X))
& phosphorus_1(fn_snrna_24(X))
& oxygen_1(fn_snrna_25(X))
& entity_1(fn_snrna_25(X))
& chemical_entity_1(fn_snrna_25(X))
& atom_1(fn_snrna_25(X))
& chemical_entity_1(fn_snrna_26(X))
& entity_1(fn_snrna_26(X))
& atom_1(fn_snrna_26(X))
& number_5_prime_carbon_1(fn_snrna_26(X))
& carbon_1(fn_snrna_26(X))
& chemical_entity_1(fn_snrna_27(X))
& entity_1(fn_snrna_27(X))
& number_5_prime_carbon_1(fn_snrna_27(X))
& atom_1(fn_snrna_27(X))
& carbon_1(fn_snrna_27(X))
& catalyst_1(fn_snrna_28(X))
& carbon_skeleton_1(fn_snrna_29(X))
& active_site_1(fn_snrna_30(X))
& chemical_reaction_1(fn_snrna_31(X))
& decrease_1(fn_snrna_32(X))
& tangible_entity_1(fn_snrna_33(X))
& nucleoside_monophosphate_1(fn_snrna_33(X))
& ribonucleotide_1(fn_snrna_33(X))
& ribonucleoside_monophosphate_1(fn_snrna_33(X))
& catalyst_1(fn_snrna_34(X))
& carbon_1(fn_snrna_35(X))
& carbon_1(fn_snrna_36(X))
& atom_1(fn_snrna_36(X))
& chemical_entity_1(fn_snrna_36(X))
& ribonucleoside_monophosphate_1(fn_snrna_37(X))
& nucleoside_1(fn_snrna_38(X))
& spatial_entity_1(fn_snrna_39(X))
& molecule_1(fn_snrna_39(X))
& organic_molecule_1(fn_snrna_39(X))
& pentose_1(fn_snrna_39(X))
& ribose_1(fn_snrna_39(X))
& tangible_entity_1(fn_snrna_40(X))
& covalent_bond_1(fn_snrna_40(X))
& chemical_bond_1(fn_snrna_40(X))
& phosphodiester_bond_1(fn_snrna_40(X))
& ester_linkage_1(fn_snrna_41(X))
& entity_1(fn_snrna_42(X))
& chemical_entity_1(fn_snrna_42(X))
& atom_1(fn_snrna_42(X))
& carbon_1(fn_snrna_42(X))
& nucleotide_1(fn_snrna_43(X))
& ribonucleoside_monophosphate_1(fn_snrna_43(X))
& chemical_entity_1(fn_catalyst_2(fn_snrna_34(X)))
& share_1(fn_phosphodiester_bond_6(fn_snrna_40(X)))
& property_node_1(fn_ester_linkage_48(fn_snrna_41(X)))
& equation_big_node_1(fn_ester_linkage_1(fn_snrna_41(X)))
& system_1(fn_ester_linkage_21(fn_snrna_41(X)))
& atomic_number_value_1(fn_ester_linkage_22(fn_snrna_41(X)))
& tangible_entity_1(fn_hold_2(fn_snrna_22(X)))
& hold_together_1(fn_ester_linkage_19(fn_snrna_41(X)))
& oxygen_1(fn_ester_linkage_27(fn_snrna_41(X)))
& spatial_entity_1(fn_nucleoside_20(fn_snrna_38(X)))
& molecule_1(fn_nucleoside_20(fn_snrna_38(X)))
& organic_molecule_1(fn_nucleoside_20(fn_snrna_38(X)))
& pentose_1(fn_nucleoside_20(fn_snrna_38(X)))
& tangible_entity_1(fn_hold_1(fn_snrna_22(X)))
& equation_set_1(fn_ester_linkage_36(fn_snrna_41(X)))
& equation_set_1(fn_ester_linkage_23(fn_snrna_41(X)))
& hold_together_1(fn_phosphodiester_bond_17(fn_snrna_40(X)))
& hold_together_1(fn_phosphodiester_bond_14(fn_snrna_40(X)))
& oxygen_1(fn_nucleoside_monophosphate_65(fn_snrna_33(X)))
& entity_1(fn_nucleoside_monophosphate_65(fn_snrna_33(X)))
& chemical_entity_1(fn_nucleoside_monophosphate_65(fn_snrna_33(X)))
& atom_1(fn_nucleoside_monophosphate_65(fn_snrna_33(X)))
& entity_1(fn_ribonucleoside_monophosphate_29(fn_snrna_33(X)))
& chemical_entity_1(fn_ribonucleoside_monophosphate_29(fn_snrna_33(X)))
& atom_1(fn_ribonucleoside_monophosphate_29(fn_snrna_33(X)))
& oxygen_1(fn_ribonucleoside_monophosphate_29(fn_snrna_33(X)))
& entity_1(fn_nucleoside_monophosphate_27(fn_snrna_33(X)))
& chemical_entity_1(fn_nucleoside_monophosphate_27(fn_snrna_33(X)))
& atom_1(fn_nucleoside_monophosphate_27(fn_snrna_33(X)))
& oxygen_1(fn_nucleoside_monophosphate_27(fn_snrna_33(X)))
& oxygen_1(fn_ribonucleotide_8(fn_snrna_33(X)))
& entity_1(fn_ribonucleotide_8(fn_snrna_33(X)))
& chemical_entity_1(fn_ribonucleotide_8(fn_snrna_33(X)))
& atom_1(fn_ribonucleotide_8(fn_snrna_33(X)))
& entity_1(fn_ribonucleotide_16(fn_snrna_33(X)))
& chemical_entity_1(fn_ribonucleotide_16(fn_snrna_33(X)))
& atom_1(fn_ribonucleotide_16(fn_snrna_33(X)))
& oxygen_1(fn_ribonucleotide_16(fn_snrna_33(X)))
& oxygen_1(fn_ribonucleoside_monophosphate_88(fn_snrna_33(X)))
& entity_1(fn_ribonucleoside_monophosphate_88(fn_snrna_33(X)))
& chemical_entity_1(fn_ribonucleoside_monophosphate_88(fn_snrna_33(X)))
& atom_1(fn_ribonucleoside_monophosphate_88(fn_snrna_33(X)))
& entity_1(fn_ribonucleotide_7(fn_snrna_33(X)))
& chemical_entity_1(fn_ribonucleotide_7(fn_snrna_33(X)))
& atom_1(fn_ribonucleotide_7(fn_snrna_33(X)))
& carbon_1(fn_ribonucleotide_7(fn_snrna_33(X)))
& chemical_entity_1(fn_ribonucleoside_monophosphate_48(fn_snrna_33(X)))
& entity_1(fn_ribonucleoside_monophosphate_48(fn_snrna_33(X)))
& number_5_prime_carbon_1(fn_ribonucleoside_monophosphate_48(fn_snrna_33(X)))
& atom_1(fn_ribonucleoside_monophosphate_48(fn_snrna_33(X)))
& carbon_1(fn_ribonucleoside_monophosphate_48(fn_snrna_33(X)))
& chemical_entity_1(fn_ribonucleoside_monophosphate_47(fn_snrna_33(X)))
& entity_1(fn_ribonucleoside_monophosphate_47(fn_snrna_33(X)))
& atom_1(fn_ribonucleoside_monophosphate_47(fn_snrna_33(X)))
& number_5_prime_carbon_1(fn_ribonucleoside_monophosphate_47(fn_snrna_33(X)))
& carbon_1(fn_ribonucleoside_monophosphate_47(fn_snrna_33(X)))
& entity_1(fn_nucleoside_monophosphate_16(fn_snrna_33(X)))
& atom_1(fn_nucleoside_monophosphate_16(fn_snrna_33(X)))
& phosphorus_1(fn_nucleoside_monophosphate_16(fn_snrna_33(X)))
& atom_1(fn_ribonucleotide_17(fn_snrna_33(X)))
& phosphorus_1(fn_ribonucleotide_17(fn_snrna_33(X)))
& chemical_entity_1(fn_ribonucleoside_monophosphate_60(fn_snrna_33(X)))
& entity_1(fn_ribonucleoside_monophosphate_60(fn_snrna_33(X)))
& atom_1(fn_ribonucleoside_monophosphate_60(fn_snrna_33(X)))
& phosphorus_1(fn_ribonucleoside_monophosphate_60(fn_snrna_33(X)))
& entity_1(fn_phosphodiester_bond_16(fn_snrna_40(X)))
& chemical_entity_1(fn_phosphodiester_bond_16(fn_snrna_40(X)))
& atom_1(fn_phosphodiester_bond_16(fn_snrna_40(X)))
& carbon_1(fn_phosphodiester_bond_16(fn_snrna_40(X)))
& entity_1(fn_phosphodiester_bond_15(fn_snrna_40(X)))
& chemical_entity_1(fn_phosphodiester_bond_15(fn_snrna_40(X)))
& atom_1(fn_phosphodiester_bond_15(fn_snrna_40(X)))
& carbon_1(fn_phosphodiester_bond_15(fn_snrna_40(X)))
& entity_1(fn_ester_linkage_28(fn_snrna_41(X)))
& chemical_entity_1(fn_ester_linkage_28(fn_snrna_41(X)))
& atom_1(fn_ester_linkage_28(fn_snrna_41(X)))
& carbon_1(fn_ester_linkage_28(fn_snrna_41(X)))
& ester_linkage_1(fn_phosphodiester_bond_29(fn_snrna_40(X)))
& ester_linkage_1(fn_phosphodiester_bond_30(fn_snrna_40(X)))
& is_between_2(fn_snrna_40(X),fn_snrna_33(X))
& size_2(fn_snrna_37(X),fn_snrna_21(X))
& in_event_2(fn_snrna_34(X),fn_snrna_2(X))
& is_inside_2(X,fn_snrna_1(X))
& exactCardinality(X,has_part_0,"150",ribonucleoside_monophosphate_0)
& has_part_2(X,fn_snrna_33(X))
& called_2(fn_snrna_27(X),'A2')
& has_part_2(fn_snrna_38(X),fn_snrna_39(X))
& size_2(fn_snrna_43(X),fn_snrna_21(X))
& plays_2(X,fn_snrna_34(X))
& possesses_2(X,fn_snrna_14(X))
& quantity_2(fn_snrna_14(X),fn_snrna_17(X))
& directly_proportional_2(fn_snrna_16(X),fn_snrna_17(X))
& speed_2(fn_snrna_15(X),fn_snrna_16(X))
& object_2(fn_snrna_15(X),X)
& has_function_2(X,fn_snrna_31(X))
& has_function_2(X,fn_snrna_32(X))
& has_region_2(X,fn_snrna_30(X))
& plays_2(X,fn_snrna_28(X))
& in_event_2(fn_snrna_28(X),fn_snrna_31(X))
& site_2(fn_snrna_31(X),fn_snrna_30(X))
& facilitates_2(fn_snrna_30(X),fn_snrna_31(X))
& enables_2(fn_snrna_32(X),fn_snrna_31(X))
& has_part_2(X,fn_snrna_37(X))
& has_part_2(X,fn_snrna_43(X))
& fn_snrna_37(X) != fn_snrna_43(X)
& fn_snrna_43(X) != fn_snrna_37(X)
& possesses_2(X,fn_snrna_40(X))
& is_between_2(fn_snrna_40(X),fn_snrna_5(X))
& fn_snrna_5(X) != fn_snrna_42(X)
& has_part_2(fn_snrna_39(X),fn_snrna_42(X))
& possesses_2(fn_snrna_39(X),fn_snrna_40(X))
& fn_snrna_42(X) != fn_snrna_5(X)
& size_2(X,fn_snrna_20(X))
& greater_than_2(fn_snrna_20(X),fn_snrna_21(X))
& has_part_2(X,fn_snrna_35(X))
& fn_snrna_35(X) != fn_snrna_36(X)
& has_part_2(X,fn_snrna_36(X))
& has_region_2(X,fn_snrna_29(X))
& is_inside_2(fn_snrna_36(X),fn_snrna_29(X))
& fn_snrna_36(X) != fn_snrna_35(X)
& agent_2(fn_snrna_22(X),fn_snrna_40(X))
& element_2(fn_snrna_40(X),fn_snrna_41(X))
& called_2(fn_snrna_41(X),"2")
& has_function_2(fn_snrna_40(X),fn_snrna_22(X))
& object_2(fn_snrna_22(X),fn_snrna_42(X))
& agent_2(fn_snrna_6(X),fn_snrna_42(X))
& result_2(fn_snrna_6(X),fn_snrna_40(X))
& is_between_2(fn_snrna_40(X),fn_snrna_42(X))
& called_2(fn_snrna_7(X),'Atomic_Number')
& atomic_number_2(fn_snrna_42(X),fn_snrna_7(X))
& fn_snrna_42(X) != fn_snrna_19(X)
& fn_snrna_19(X) != fn_snrna_42(X)
& is_between_2(fn_snrna_41(X),fn_snrna_42(X))
& object_2(fn_snrna_18(X),fn_snrna_42(X))
& has_function_2(fn_snrna_41(X),fn_snrna_18(X))
& agent_2(fn_snrna_18(X),fn_snrna_41(X))
& is_between_2(fn_snrna_41(X),fn_snrna_19(X))
& object_2(fn_snrna_18(X),fn_snrna_19(X))
& fn_snrna_23(X) != fn_snrna_26(X)
& fn_snrna_26(X) != fn_snrna_23(X)
& fn_snrna_23(X) != fn_snrna_27(X)
& fn_snrna_27(X) != fn_snrna_23(X)
& has_part_2(fn_snrna_33(X),fn_snrna_23(X))
& fn_snrna_24(X) != fn_snrna_25(X)
& fn_snrna_25(X) != fn_snrna_24(X)
& fn_snrna_24(X) != fn_snrna_23(X)
& fn_snrna_23(X) != fn_snrna_25(X)
& fn_snrna_25(X) != fn_snrna_23(X)
& fn_snrna_23(X) != fn_snrna_24(X)
& fn_snrna_27(X) != fn_snrna_26(X)
& fn_snrna_26(X) != fn_snrna_27(X)
& fn_snrna_27(X) != fn_snrna_25(X)
& fn_snrna_25(X) != fn_snrna_27(X)
& has_part_2(fn_snrna_33(X),fn_snrna_27(X))
& fn_snrna_26(X) != fn_snrna_25(X)
& fn_snrna_25(X) != fn_snrna_26(X)
& called_2(fn_snrna_26(X),'A2')
& has_part_2(fn_snrna_33(X),fn_snrna_25(X))
& has_part_2(fn_snrna_33(X),fn_snrna_26(X))
& has_part_2(fn_snrna_33(X),fn_snrna_24(X))
& object_2(fn_snrna_22(X),fn_snrna_33(X))
& fn_snrna_39(X) = fn_nucleoside_20(fn_snrna_38(X))
& X = fn_catalyst_2(fn_snrna_34(X))
& fn_snrna_12(X) = fn_nucleic_acid_33(X)
& fn_snrna_13(X) = fn_nucleic_acid_34(X)
& fn_snrna_11(X) = fn_molecule_1(X)
& fn_snrna_10(X) = fn_molecule_2(X)
& fn_snrna_15(X) = fn_molecule_8(X)
& fn_snrna_16(X) = fn_molecule_3(X)
& fn_snrna_17(X) = fn_molecule_4(X)
& fn_snrna_14(X) = fn_molecule_12(X)
& fn_snrna_32(X) = fn_enzyme_5(X)
& fn_snrna_30(X) = fn_enzyme_2(X)
& fn_snrna_31(X) = fn_enzyme_4(X)
& fn_snrna_28(X) = fn_enzyme_6(X)
& fn_snrna_37(X) = fn_rna_3(X)
& fn_snrna_43(X) = fn_ribozyme_6(X)
& fn_snrna_43(X) = fn_rna_10(X)
& fn_snrna_39(X) = fn_rna_7(X)
& fn_snrna_42(X) = fn_rna_5(X)
& fn_snrna_5(X) = fn_rna_4(X)
& fn_snrna_40(X) = fn_rna_8(X)
& fn_snrna_21(X) = fn_nucleic_acid_28(X)
& fn_snrna_21(X) = fn_ribozyme_4(X)
& fn_snrna_20(X) = fn_nucleic_acid_29(X)
& fn_snrna_20(X) = fn_ribozyme_5(X)
& fn_snrna_36(X) = fn_ribozyme_1(X)
& fn_snrna_29(X) = fn_organic_molecule_3(X)
& fn_snrna_29(X) = fn_ribozyme_3(X)
& fn_snrna_36(X) = fn_organic_molecule_1(X)
& fn_snrna_36(X) = fn_ribozyme_2(X)
& fn_snrna_35(X) = fn_ribozyme_1(X)
& fn_snrna_41(X) = fn_phosphodiester_bond_29(fn_snrna_40(X))
& fn_snrna_41(X) = fn_nucleic_acid_16(X)
& fn_snrna_41(X) = fn_phosphodiester_bond_30(fn_snrna_40(X))
& fn_snrna_40(X) = fn_hold_1(fn_snrna_22(X))
& fn_snrna_6(X) = fn_phosphodiester_bond_6(fn_snrna_40(X))
& fn_snrna_42(X) = fn_nucleic_acid_15(X)
& fn_snrna_22(X) = fn_phosphodiester_bond_17(fn_snrna_40(X))
& fn_snrna_42(X) = fn_phosphodiester_bond_16(fn_snrna_40(X))
& fn_snrna_42(X) = fn_phosphodiester_bond_15(fn_snrna_40(X))
& fn_snrna_40(X) = fn_nucleic_acid_19(X)
& fn_snrna_22(X) = fn_nucleic_acid_14(X)
& fn_snrna_22(X) = fn_phosphodiester_bond_14(fn_snrna_40(X))
& fn_snrna_4(X) = fn_ester_linkage_48(fn_snrna_41(X))
& fn_snrna_9(X) = fn_ester_linkage_36(fn_snrna_41(X))
& fn_snrna_3(X) = fn_ester_linkage_1(fn_snrna_41(X))
& fn_snrna_8(X) = fn_ester_linkage_21(fn_snrna_41(X))
& fn_snrna_9(X) = fn_ester_linkage_23(fn_snrna_41(X))
& fn_snrna_7(X) = fn_ester_linkage_22(fn_snrna_41(X))
& fn_snrna_33(X) = fn_hold_2(fn_snrna_22(X))
& fn_snrna_27(X) = fn_ribonucleotide_7(fn_snrna_33(X))
& fn_snrna_25(X) = fn_ribonucleotide_8(fn_snrna_33(X))
& fn_snrna_23(X) = fn_nucleoside_monophosphate_65(fn_snrna_33(X))
& fn_snrna_24(X) = fn_nucleoside_monophosphate_16(fn_snrna_33(X))
& fn_snrna_23(X) = fn_ribonucleotide_8(fn_snrna_33(X))
& fn_snrna_25(X) = fn_ribonucleotide_16(fn_snrna_33(X))
& fn_snrna_23(X) = fn_ribonucleoside_monophosphate_29(fn_snrna_33(X))
& fn_snrna_27(X) = fn_ribonucleoside_monophosphate_47(fn_snrna_33(X))
& fn_snrna_27(X) = fn_ribonucleoside_monophosphate_48(fn_snrna_33(X))
& fn_snrna_26(X) = fn_ribonucleoside_monophosphate_48(fn_snrna_33(X))
& fn_snrna_25(X) = fn_nucleoside_monophosphate_27(fn_snrna_33(X))
& fn_snrna_26(X) = fn_ribonucleotide_7(fn_snrna_33(X))
& fn_snrna_26(X) = fn_ribonucleoside_monophosphate_47(fn_snrna_33(X))
& fn_snrna_25(X) = fn_ribonucleoside_monophosphate_88(fn_snrna_33(X))
& fn_snrna_24(X) = fn_ribonucleotide_17(fn_snrna_33(X))
& fn_snrna_24(X) = fn_ribonucleoside_monophosphate_60(fn_snrna_33(X))
& fn_snrna_42(X) = fn_ester_linkage_28(fn_snrna_41(X))
& fn_snrna_18(X) = fn_ester_linkage_19(fn_snrna_41(X))
& fn_snrna_19(X) = fn_ester_linkage_27(fn_snrna_41(X))
& fn_rna_10(X) = fn_rna_10(X)
& fn_rna_10(X) = fn_ribozyme_6(X)
& fn_ribozyme_6(X) = fn_rna_10(X)
& fn_rna_10(X) = fn_nucleoside_20(fn_snrna_38(X))
& fn_nucleoside_20(fn_snrna_38(X)) = fn_rna_7(X)
& fn_rna_7(X) = fn_rna_7(X)
& fn_rna_7(X) = fn_ribozyme_4(X)
& fn_ribozyme_4(X) = fn_nucleic_acid_28(X)
& fn_nucleic_acid_28(X) = fn_nucleic_acid_28(X)
& fn_nucleic_acid_28(X) = fn_ribozyme_4(X)
& fn_ribozyme_4(X) = fn_nucleic_acid_29(X)
& fn_nucleic_acid_29(X) = fn_nucleic_acid_29(X)
& fn_ribozyme_5(X) = fn_nucleic_acid_29(X)
& fn_nucleic_acid_29(X) = fn_ribozyme_5(X)
& fn_ribozyme_5(X) = fn_organic_molecule_3(X)
& fn_ribozyme_3(X) = fn_organic_molecule_3(X)
& fn_organic_molecule_3(X) = fn_ribozyme_3(X)
& fn_ribozyme_3(X) = fn_organic_molecule_1(X)
& fn_ribozyme_1(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_ribozyme_1(X)
& fn_ribozyme_1(X) = fn_ribozyme_2(X)
& fn_ribozyme_2(X) = fn_ribozyme_2(X)
& fn_ribozyme_2(X) = fn_nucleic_acid_19(X)
& fn_nucleic_acid_19(X) = fn_hold_1(fn_snrna_22(X))
& fn_hold_1(fn_snrna_22(X)) = fn_nucleic_acid_19(X)
& fn_rna_8(X) = fn_rna_8(X)
& fn_nucleic_acid_19(X) = fn_rna_8(X)
& fn_rna_8(X) = fn_nucleic_acid_19(X)
& fn_nucleic_acid_19(X) = fn_nucleic_acid_19(X)
& fn_nucleic_acid_19(X) = fn_ester_linkage_23(fn_snrna_41(X))
& fn_ester_linkage_23(fn_snrna_41(X)) = fn_ester_linkage_36(fn_snrna_41(X))
& fn_ester_linkage_36(fn_snrna_41(X)) = fn_ester_linkage_23(fn_snrna_41(X))
& fn_ester_linkage_23(fn_snrna_41(X)) = fn_ester_linkage_23(fn_snrna_41(X))
& fn_ester_linkage_23(fn_snrna_41(X)) = fn_nucleic_acid_14(X)
& fn_nucleic_acid_14(X) = fn_phosphodiester_bond_17(fn_snrna_40(X))
& fn_phosphodiester_bond_17(fn_snrna_40(X)) = fn_nucleic_acid_14(X)
& fn_nucleic_acid_14(X) = fn_phosphodiester_bond_14(fn_snrna_40(X))
& fn_phosphodiester_bond_14(fn_snrna_40(X)) = fn_phosphodiester_bond_17(fn_snrna_40(X))
& fn_phosphodiester_bond_17(fn_snrna_40(X)) = fn_phosphodiester_bond_14(fn_snrna_40(X))
& fn_phosphodiester_bond_14(fn_snrna_40(X)) = fn_phosphodiester_bond_14(fn_snrna_40(X))
& fn_phosphodiester_bond_14(fn_snrna_40(X)) = fn_ribonucleotide_8(fn_snrna_33(X))
& fn_ribonucleotide_8(fn_snrna_33(X)) = fn_nucleoside_monophosphate_65(fn_snrna_33(X))
& fn_nucleoside_monophosphate_65(fn_snrna_33(X)) = fn_ribonucleotide_8(fn_snrna_33(X))
& fn_ribonucleotide_8(fn_snrna_33(X)) = fn_ribonucleotide_8(fn_snrna_33(X))
& fn_ribonucleoside_monophosphate_29(fn_snrna_33(X)) = fn_ribonucleoside_monophosphate_29(fn_snrna_33(X))
& fn_ribonucleoside_monophosphate_29(fn_snrna_33(X)) = fn_ribonucleotide_8(fn_snrna_33(X))
& fn_ribonucleotide_8(fn_snrna_33(X)) = fn_ribonucleoside_monophosphate_29(fn_snrna_33(X))
& fn_ribonucleoside_monophosphate_29(fn_snrna_33(X)) = fn_ribonucleoside_monophosphate_47(fn_snrna_33(X))
& fn_ribonucleoside_monophosphate_47(fn_snrna_33(X)) = fn_ribonucleotide_7(fn_snrna_33(X))
& fn_ribonucleotide_7(fn_snrna_33(X)) = fn_ribonucleoside_monophosphate_47(fn_snrna_33(X))
& fn_ribonucleoside_monophosphate_47(fn_snrna_33(X)) = fn_ribonucleoside_monophosphate_48(fn_snrna_33(X))
& fn_ribonucleoside_monophosphate_48(fn_snrna_33(X)) = fn_nucleoside_monophosphate_27(fn_snrna_33(X))
& fn_nucleoside_monophosphate_27(fn_snrna_33(X)) = fn_ribonucleotide_8(fn_snrna_33(X))
& fn_ribonucleotide_8(fn_snrna_33(X)) = fn_nucleoside_monophosphate_27(fn_snrna_33(X))
& fn_nucleoside_monophosphate_27(fn_snrna_33(X)) = fn_ribonucleotide_16(fn_snrna_33(X))
& fn_ribonucleotide_16(fn_snrna_33(X)) = fn_ribonucleotide_8(fn_snrna_33(X))
& fn_ribonucleotide_8(fn_snrna_33(X)) = fn_ribonucleotide_16(fn_snrna_33(X))
& fn_ribonucleotide_16(fn_snrna_33(X)) = fn_ribonucleotide_16(fn_snrna_33(X))
& fn_ribonucleoside_monophosphate_88(fn_snrna_33(X)) = fn_ribonucleotide_16(fn_snrna_33(X))
& fn_ribonucleotide_16(fn_snrna_33(X)) = fn_ribonucleoside_monophosphate_88(fn_snrna_33(X))
& fn_ribonucleoside_monophosphate_88(fn_snrna_33(X)) = fn_ribonucleoside_monophosphate_88(fn_snrna_33(X))
& fn_ribonucleoside_monophosphate_88(fn_snrna_33(X)) = fn_ribonucleotide_7(fn_snrna_33(X))
& fn_ribonucleoside_monophosphate_48(fn_snrna_33(X)) = fn_ribonucleotide_7(fn_snrna_33(X))
& fn_ribonucleotide_7(fn_snrna_33(X)) = fn_ribonucleoside_monophosphate_48(fn_snrna_33(X))
& fn_ribonucleoside_monophosphate_48(fn_snrna_33(X)) = fn_ribonucleoside_monophosphate_48(fn_snrna_33(X))
& fn_ribonucleoside_monophosphate_48(fn_snrna_33(X)) = fn_ribonucleoside_monophosphate_47(fn_snrna_33(X))
& fn_ribonucleoside_monophosphate_47(fn_snrna_33(X)) = fn_ribonucleoside_monophosphate_47(fn_snrna_33(X))
& fn_ribonucleoside_monophosphate_47(fn_snrna_33(X)) = fn_ribonucleotide_17(fn_snrna_33(X))
& fn_ribonucleotide_17(fn_snrna_33(X)) = fn_nucleoside_monophosphate_16(fn_snrna_33(X))
& fn_nucleoside_monophosphate_16(fn_snrna_33(X)) = fn_ribonucleotide_17(fn_snrna_33(X))
& fn_ribonucleotide_17(fn_snrna_33(X)) = fn_ribonucleotide_17(fn_snrna_33(X))
& fn_ribonucleoside_monophosphate_60(fn_snrna_33(X)) = fn_ribonucleotide_17(fn_snrna_33(X))
& fn_ribonucleotide_17(fn_snrna_33(X)) = fn_ribonucleoside_monophosphate_60(fn_snrna_33(X))
& fn_ribonucleoside_monophosphate_60(fn_snrna_33(X)) = fn_nucleic_acid_15(X)
& fn_phosphodiester_bond_16(fn_snrna_40(X)) = fn_nucleic_acid_15(X)
& fn_nucleic_acid_15(X) = fn_phosphodiester_bond_16(fn_snrna_40(X))
& fn_rna_5(X) = fn_phosphodiester_bond_16(fn_snrna_40(X))
& fn_phosphodiester_bond_16(fn_snrna_40(X)) = fn_phosphodiester_bond_16(fn_snrna_40(X))
& fn_phosphodiester_bond_16(fn_snrna_40(X)) = fn_rna_5(X)
& fn_rna_5(X) = fn_rna_5(X)
& fn_rna_5(X) = fn_phosphodiester_bond_15(fn_snrna_40(X))
& fn_phosphodiester_bond_15(fn_snrna_40(X)) = fn_phosphodiester_bond_15(fn_snrna_40(X))
& fn_phosphodiester_bond_15(fn_snrna_40(X)) = fn_ester_linkage_28(fn_snrna_41(X))
& fn_ester_linkage_28(fn_snrna_41(X)) = fn_ester_linkage_28(fn_snrna_41(X))
& fn_ester_linkage_28(fn_snrna_41(X)) = fn_phosphodiester_bond_29(fn_snrna_40(X))
& fn_phosphodiester_bond_29(fn_snrna_40(X)) = fn_nucleic_acid_16(X)
& fn_phosphodiester_bond_30(fn_snrna_40(X)) = fn_nucleic_acid_16(X)
& fn_nucleic_acid_16(X) = fn_phosphodiester_bond_30(fn_snrna_40(X)) ) ) ).
fof(a532728,axiom,
! [X] :
( snrnp_1(X)
=> ( original_name_2(X,'SnRNP')
& user_description_2(X,'Small nuclear ribonucleoproteins or snRNPs are RNA-protein complexes. They combine with unmodified pre-mRNA and various other proteins to form a spliceosome. They play role in the RNA-Splicing and help remove the introns.')
& concept2words_2(X,snurps)
& concept2words_2(X,'small nuclear ribonucleoprotein')
& concept2words_2(X,'small-nuclear-ribonucleoprotein')
& concept2words_2(X,snrnp)
& protein_related_aggregates_1(X)
& snrna_1(fn_snrnp_1(X))
& protein_1(fn_snrnp_2(X))
& nucleus_1(fn_snrnp_3(X))
& is_inside_2(X,fn_snrnp_3(X))
& element_2(X,fn_snrnp_2(X))
& element_2(X,fn_snrnp_1(X)) ) ) ).
fof(a532729,axiom,
! [X] :
( so4_minus_2_1(X)
=> ( original_name_2(X,'SO4-Minus-2')
& user_description_2(X,'The sulfate ion.')
& concept2words_2(X,sulfate)
& concept2words_2(X,'so4 minus 2')
& concept2words_2(X,'so4-minus-2')
& polyatomic_ion_1(X)
& anion_1(X)
& charge_value_1(fn_so4_minus_2_2(X))
& the_cardinal_value_2(fn_so4_minus_2_2(X),"-2")
& cardinal_unit_class_2(fn_so4_minus_2_2(X),unity_0)
& charge_2(X,fn_so4_minus_2_2(X))
& fn_so4_minus_2_1(X) = fn_anion_7(X)
& fn_so4_minus_2_2(X) = fn_anion_6(X) ) ) ).
fof(a532730,axiom,
! [X] :
( social_behavior_1(X)
=> ( original_name_2(X,'Social-Behavior')
& user_description_2(X,'Behaviors taking place between organisms of the same species.')
& concept2words_2(X,'behavior of social')
& concept2words_2(X,'social behavior')
& concept2words_2(X,'social-behavior')
& behavior_1(X) ) ) ).
fof(a532731,axiom,
! [X] :
( social_learning_1(X)
=> ( original_name_2(X,'Social-Learning')
& user_description_2(X,'The modification of behavior based on observations of the behavior or other individuals.')
& concept2words_2(X,'learning of social')
& concept2words_2(X,'social learning')
& concept2words_2(X,'social-learning')
& learning_1(X)
& ~ associative_learning_1(X)
& ~ habituation_1(X)
& ~ spatial_learning_1(X) ) ) ).
fof(a532732,axiom,
! [X] :
( sociobiology_1(X)
=> ( original_name_2(X,'Sociobiology')
& user_description_2(X,'The study of behavior based on the assumption that social behavior results from evolution.')
& concept2words_2(X,sociobiology)
& evolution_1(X) ) ) ).
fof(a532733,axiom,
! [X] :
( sodium_1(X)
=> ( original_name_2(X,'Sodium')
& user_description_2(X,'Sodium is a metal atom with atomic number 11. It is represented by the symbol Na.')
& concept2words_2(X,'Na')
& concept2words_2(X,sodium)
& metal_atom_1(X)
& ~ cesium_1(X)
& ~ barium_1(X)
& ~ indium_1(X)
& ~ lead_1(X)
& ~ polonium_1(X)
& neutron_1(fn_sodium_4(X))
& atomic_mass_value_1(fn_sodium_5(X))
& valence_value_1(fn_sodium_6(X))
& electronegativity_value_1(fn_sodium_7(X))
& valence_electron_1(fn_sodium_10(X))
& atomic_weight_value_1(fn_sodium_11(X))
& quantity_value_1(fn_sodium_12(X))
& atomic_number_value_1(fn_sodium_13(X))
& the_cardinal_value_2(fn_sodium_13(X),"11")
& cardinal_unit_class_2(fn_sodium_13(X),unity_0)
& called_2(fn_sodium_13(X),'AtomicNumber')
& electronegativity_2(X,fn_sodium_7(X))
& valence_2(X,fn_sodium_6(X))
& mass_number_2(X,fn_sodium_5(X))
& exactCardinality(X,has_part_0,"12",neutron_0)
& exactCardinality(X,has_part_0,"11",proton_0)
& exactCardinality(X,has_part_0,"11",electron_0)
& has_part_2(X,fn_sodium_4(X))
& the_cardinal_value_2(fn_sodium_12(X),"1")
& cardinal_unit_class_2(fn_sodium_12(X),unity_0)
& the_cardinal_value_2(fn_sodium_7(X),"0.93")
& cardinal_unit_class_2(fn_sodium_7(X),unity_0)
& the_cardinal_value_2(fn_sodium_6(X),"1")
& cardinal_unit_class_2(fn_sodium_6(X),unity_0)
& the_cardinal_value_2(fn_sodium_5(X),"23")
& cardinal_unit_class_2(fn_sodium_5(X),unity_0)
& the_cardinal_value_2(fn_sodium_11(X),"22.99")
& cardinal_unit_class_2(fn_sodium_11(X),dalton_0)
& atomic_weight_2(X,fn_sodium_11(X))
& atomic_number_2(X,fn_sodium_13(X))
& has_part_2(X,fn_sodium_10(X))
& quantity_2(fn_sodium_10(X),fn_sodium_12(X))
& fn_sodium_9(X) = fn_atom_13(X)
& fn_sodium_11(X) = fn_atom_16(X)
& fn_sodium_14(X) = fn_atom_12(X)
& fn_sodium_13(X) = fn_atom_17(X)
& fn_sodium_8(X) = fn_atom_1(X)
& fn_sodium_12(X) = fn_atom_5(X)
& fn_sodium_10(X) = fn_atom_14(X) ) ) ).
fof(a532734,axiom,
! [X] :
( sodium_channel_1(X)
=> ( original_name_2(X,'Sodium-Channel')
& user_description_2(X,'An ion channel that conducts sodium ions through a cell\'s plasma membrane.')
& concept2words_2(X,'sodium gated ion channel')
& concept2words_2(X,'sodium-gated-ion-channel')
& concept2words_2(X,'sodium gated ion-channel')
& concept2words_2(X,'channel of sodium')
& concept2words_2(X,'sodium channel')
& concept2words_2(X,'sodium-channel')
& voltage_gated_ion_channel_1(X)
& ~ potassium_gated_channel_1(X)
& sodium_ion_1(fn_sodium_channel_1(X))
& open_1(fn_sodium_channel_2(X))
& object_2(fn_sodium_channel_2(X),X)
& agent_2(fn_sodium_channel_2(X),fn_sodium_channel_1(X))
& fn_sodium_channel_1(X) = fn_gated_ion_channel_3(X)
& fn_sodium_channel_2(X) = fn_gated_ion_channel_6(X) ) ) ).
fof(a532735,axiom,
! [X] :
( sodium_chloride_1(X)
=> ( original_name_2(X,'Sodium-Chloride')
& user_description_2(X,'An ionic compound (i.e., salt) containing one sodium ion and one chloride ion.')
& concept2words_2(X,'table salt')
& concept2words_2(X,'table-salt')
& concept2words_2(X,'common salt')
& concept2words_2(X,'common-salt')
& concept2words_2(X,nacl)
& concept2words_2(X,'chloride of sodium')
& concept2words_2(X,'sodium chloride')
& concept2words_2(X,'sodium-chloride')
& salt_1(X)
& ~ ch3nh3cl_1(X)
& ~ nh4cl_1(X)
& sodium_ion_1(fn_sodium_chloride_1(X))
& cl_minus_1(fn_sodium_chloride_2(X))
& attract_1(fn_sodium_chloride_3(X))
& ionic_bond_1(fn_sodium_chloride_4(X))
& entity_1(fn_attract_2(fn_sodium_chloride_3(X)))
& entity_1(fn_attract_1(fn_sodium_chloride_3(X)))
& object_2(fn_sodium_chloride_3(X),fn_sodium_chloride_2(X))
& agent_2(fn_sodium_chloride_3(X),fn_sodium_chloride_2(X))
& agent_2(fn_sodium_chloride_3(X),fn_sodium_chloride_1(X))
& object_2(fn_sodium_chloride_3(X),fn_sodium_chloride_1(X))
& has_part_2(X,fn_sodium_chloride_2(X))
& is_between_2(fn_sodium_chloride_4(X),fn_sodium_chloride_2(X))
& is_between_2(fn_sodium_chloride_4(X),fn_sodium_chloride_1(X))
& has_part_2(X,fn_sodium_chloride_1(X))
& possesses_2(X,fn_sodium_chloride_4(X))
& fn_sodium_chloride_1(X) = fn_attract_2(fn_sodium_chloride_3(X))
& fn_sodium_chloride_1(X) = fn_attract_1(fn_sodium_chloride_3(X))
& fn_sodium_chloride_1(X) = fn_ionic_compound_1(X)
& fn_sodium_chloride_4(X) = fn_ionic_compound_3(X)
& fn_sodium_chloride_2(X) = fn_ionic_compound_2(X)
& fn_attract_2(fn_sodium_chloride_3(X)) = fn_attract_1(fn_sodium_chloride_3(X))
& fn_attract_1(fn_sodium_chloride_3(X)) = fn_attract_1(fn_sodium_chloride_3(X))
& fn_attract_1(fn_sodium_chloride_3(X)) = fn_ionic_compound_1(X)
& fn_ionic_compound_1(X) = fn_ionic_compound_1(X) ) ) ).
fof(a532736,axiom,
! [X] :
( sodium_chloride_crystal_1(X)
=> ( original_name_2(X,'Sodium-Chloride-Crystal')
& user_description_2(X,'The solid form of sodium chloride (table salt).')
& concept2words_2(X,'sodium chloride crystal')
& concept2words_2(X,'sodium-chloride-crystal')
& salt_substance_1(X)
& ~ aqueous_salt_solution_1(X)
& surface_1(fn_sodium_chloride_crystal_1(X))
& center_1(fn_sodium_chloride_crystal_2(X))
& sodium_ion_1(fn_sodium_chloride_crystal_3(X))
& cl_minus_1(fn_sodium_chloride_crystal_4(X))
& sodium_ion_1(fn_sodium_chloride_crystal_5(X))
& cl_minus_1(fn_sodium_chloride_crystal_6(X))
& has_region_2(X,fn_sodium_chloride_crystal_2(X))
& has_region_2(X,fn_sodium_chloride_crystal_1(X))
& is_at_2(fn_sodium_chloride_crystal_6(X),fn_sodium_chloride_crystal_1(X))
& is_along_2(fn_sodium_chloride_crystal_6(X),fn_sodium_chloride_crystal_1(X))
& is_at_2(fn_sodium_chloride_crystal_5(X),fn_sodium_chloride_crystal_1(X))
& is_along_2(fn_sodium_chloride_crystal_5(X),fn_sodium_chloride_crystal_1(X))
& is_along_2(fn_sodium_chloride_crystal_4(X),fn_sodium_chloride_crystal_2(X))
& is_along_2(fn_sodium_chloride_crystal_3(X),fn_sodium_chloride_crystal_2(X))
& is_along_2(fn_sodium_chloride_crystal_2(X),fn_sodium_chloride_crystal_3(X))
& is_along_2(fn_sodium_chloride_crystal_2(X),fn_sodium_chloride_crystal_4(X))
& is_along_2(fn_sodium_chloride_crystal_1(X),fn_sodium_chloride_crystal_5(X))
& is_along_2(fn_sodium_chloride_crystal_1(X),fn_sodium_chloride_crystal_6(X)) ) ) ).
fof(a532737,axiom,
! [X] :
( sodium_chloride_solution_1(X)
=> ( original_name_2(X,'Sodium-Chloride-Solution')
& user_description_2(X,'A solution in which sodium chloride (table salt) has been dissolved in water.')
& concept2words_2(X,'sodium chloride solution')
& concept2words_2(X,'sodium-chloride-solution')
& aqueous_salt_solution_1(X)
& ~ acidic_solution_1(X)
& sodium_chloride_1(fn_sodium_chloride_solution_1(X))
& attraction_between_oppositely_charged_entities_1(fn_sodium_chloride_solution_2(X))
& solvent_1(fn_sodium_chloride_solution_3(X))
& hydrophilic_compound_1(fn_sodium_chloride_solution_4(X))
& entity_1(fn_sodium_chloride_solution_4(X))
& spatial_entity_1(fn_sodium_chloride_solution_4(X))
& chemical_entity_1(fn_sodium_chloride_solution_4(X))
& tangible_entity_1(fn_sodium_chloride_solution_4(X))
& polar_molecule_1(fn_sodium_chloride_solution_4(X))
& water_molecule_1(fn_sodium_chloride_solution_4(X))
& chemical_bond_1(fn_sodium_chloride_solution_5(X))
& ionic_bond_1(fn_sodium_chloride_solution_5(X))
& hold_together_1(fn_sodium_chloride_solution_6(X))
& cl_minus_1(fn_sodium_chloride_solution_7(X))
& sodium_ion_1(fn_sodium_chloride_solution_8(X))
& chemical_bond_1(fn_sodium_chloride_solution_9(X))
& ionic_bond_1(fn_sodium_chloride_solution_9(X))
& tangible_entity_1(fn_sodium_chloride_solution_10(X))
& water_1(fn_sodium_chloride_solution_10(X))
& attract_1(fn_sodium_chloride_solution_11(X))
& ionic_bond_1(fn_sodium_chloride_solution_12(X))
& tangible_entity_1(fn_sodium_chloride_solution_13(X))
& salt_substance_1(fn_sodium_chloride_solution_13(X))
& salt_1(fn_salt_substance_3(fn_sodium_chloride_solution_13(X)))
& attract_1(fn_water_molecule_75(fn_sodium_chloride_solution_4(X)))
& cation_1(fn_ionic_bond_5(fn_sodium_chloride_solution_12(X)))
& attraction_between_oppositely_charged_entities_1(fn_ionic_bond_6(fn_sodium_chloride_solution_12(X)))
& spatial_entity_1(fn_water_83(fn_sodium_chloride_solution_10(X)))
& tangible_entity_1(fn_water_83(fn_sodium_chloride_solution_10(X)))
& polar_molecule_1(fn_water_83(fn_sodium_chloride_solution_10(X)))
& hydrophilic_compound_1(fn_water_83(fn_sodium_chloride_solution_10(X)))
& water_molecule_1(fn_water_83(fn_sodium_chloride_solution_10(X)))
& entity_1(fn_water_98(fn_sodium_chloride_solution_10(X)))
& spatial_entity_1(fn_water_98(fn_sodium_chloride_solution_10(X)))
& chemical_entity_1(fn_water_98(fn_sodium_chloride_solution_10(X)))
& tangible_entity_1(fn_water_98(fn_sodium_chloride_solution_10(X)))
& polar_molecule_1(fn_water_98(fn_sodium_chloride_solution_10(X)))
& water_molecule_1(fn_water_98(fn_sodium_chloride_solution_10(X)))
& entity_1(fn_attract_1(fn_sodium_chloride_solution_11(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_sodium_chloride_solution_9(X)))
& anion_1(fn_ionic_bond_4(fn_sodium_chloride_solution_9(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_sodium_chloride_solution_5(X)))
& anion_1(fn_ionic_bond_4(fn_sodium_chloride_solution_5(X)))
& anion_1(fn_ionic_bond_4(fn_sodium_chloride_solution_12(X)))
& hold_together_1(fn_chemical_bond_3(fn_sodium_chloride_solution_5(X)))
& hold_together_1(fn_ionic_bond_3(fn_sodium_chloride_solution_5(X)))
& hold_together_1(fn_ionic_bond_3(fn_sodium_chloride_solution_12(X)))
& tangible_entity_1(fn_solvent_1(fn_sodium_chloride_solution_3(X)))
& called_2(fn_sodium_chloride_solution_2(X),"2")
& is_between_2(fn_sodium_chloride_solution_5(X),fn_sodium_chloride_solution_8(X))
& is_between_2(fn_sodium_chloride_solution_12(X),fn_sodium_chloride_solution_8(X))
& object_2(fn_sodium_chloride_solution_11(X),fn_sodium_chloride_solution_7(X))
& plays_2(fn_sodium_chloride_solution_10(X),fn_sodium_chloride_solution_3(X))
& is_between_2(fn_sodium_chloride_solution_9(X),fn_sodium_chloride_solution_7(X))
& has_part_2(fn_sodium_chloride_solution_13(X),fn_sodium_chloride_solution_1(X))
& agent_2(fn_sodium_chloride_solution_11(X),fn_sodium_chloride_solution_4(X))
& is_between_2(fn_sodium_chloride_solution_5(X),fn_sodium_chloride_solution_7(X))
& object_2(fn_sodium_chloride_solution_6(X),fn_sodium_chloride_solution_7(X))
& has_part_2(fn_sodium_chloride_solution_10(X),fn_sodium_chloride_solution_4(X))
& called_2(fn_sodium_chloride_solution_4(X),"1")
& object_2(fn_sodium_chloride_solution_6(X),fn_sodium_chloride_solution_8(X))
& is_between_2(fn_sodium_chloride_solution_9(X),fn_sodium_chloride_solution_8(X))
& agent_2(fn_sodium_chloride_solution_2(X),fn_sodium_chloride_solution_7(X))
& is_between_2(fn_sodium_chloride_solution_12(X),fn_sodium_chloride_solution_7(X))
& object_2(fn_sodium_chloride_solution_2(X),fn_sodium_chloride_solution_7(X))
& object_2(fn_sodium_chloride_solution_2(X),fn_sodium_chloride_solution_8(X))
& agent_2(fn_sodium_chloride_solution_2(X),fn_sodium_chloride_solution_8(X))
& result_2(fn_sodium_chloride_solution_2(X),fn_sodium_chloride_solution_5(X))
& has_solute_2(X,fn_sodium_chloride_solution_13(X))
& result_2(fn_sodium_chloride_solution_6(X),X)
& agent_2(fn_sodium_chloride_solution_6(X),fn_sodium_chloride_solution_5(X))
& has_function_2(fn_sodium_chloride_solution_5(X),fn_sodium_chloride_solution_6(X))
& has_part_2(X,fn_sodium_chloride_solution_10(X))
& has_solvent_2(X,fn_sodium_chloride_solution_10(X))
& has_part_2(X,fn_sodium_chloride_solution_13(X))
& fn_sodium_chloride_solution_13(X) != fn_sodium_chloride_solution_10(X)
& fn_sodium_chloride_solution_10(X) != fn_sodium_chloride_solution_13(X)
& fn_sodium_chloride_solution_7(X) = fn_attract_1(fn_sodium_chloride_solution_11(X))
& fn_sodium_chloride_solution_10(X) = fn_solvent_1(fn_sodium_chloride_solution_3(X))
& fn_sodium_chloride_solution_7(X) = fn_chemical_bond_4(fn_sodium_chloride_solution_9(X))
& fn_sodium_chloride_solution_7(X) = fn_ionic_bond_4(fn_sodium_chloride_solution_9(X))
& fn_sodium_chloride_solution_1(X) = fn_salt_substance_3(fn_sodium_chloride_solution_13(X))
& fn_sodium_chloride_solution_11(X) = fn_water_molecule_75(fn_sodium_chloride_solution_4(X))
& fn_sodium_chloride_solution_6(X) = fn_chemical_bond_3(fn_sodium_chloride_solution_5(X))
& fn_sodium_chloride_solution_6(X) = fn_ionic_bond_3(fn_sodium_chloride_solution_5(X))
& fn_sodium_chloride_solution_7(X) = fn_chemical_bond_4(fn_sodium_chloride_solution_5(X))
& fn_sodium_chloride_solution_7(X) = fn_ionic_bond_4(fn_sodium_chloride_solution_5(X))
& fn_sodium_chloride_solution_4(X) = fn_water_83(fn_sodium_chloride_solution_10(X))
& fn_sodium_chloride_solution_4(X) = fn_water_98(fn_sodium_chloride_solution_10(X))
& fn_sodium_chloride_solution_6(X) = fn_ionic_bond_3(fn_sodium_chloride_solution_12(X))
& fn_sodium_chloride_solution_8(X) = fn_ionic_bond_5(fn_sodium_chloride_solution_12(X))
& fn_sodium_chloride_solution_2(X) = fn_ionic_bond_6(fn_sodium_chloride_solution_12(X))
& fn_sodium_chloride_solution_7(X) = fn_ionic_bond_4(fn_sodium_chloride_solution_12(X))
& fn_sodium_chloride_solution_5(X) = fn_aqueous_salt_solution_3(X)
& fn_sodium_chloride_solution_6(X) = fn_aqueous_salt_solution_1(X)
& fn_sodium_chloride_solution_13(X) = fn_aqueous_salt_solution_9(X)
& fn_sodium_chloride_solution_10(X) = fn_aqueous_salt_solution_7(X)
& fn_water_98(fn_sodium_chloride_solution_10(X)) = fn_water_83(fn_sodium_chloride_solution_10(X))
& fn_water_83(fn_sodium_chloride_solution_10(X)) = fn_water_98(fn_sodium_chloride_solution_10(X))
& fn_water_98(fn_sodium_chloride_solution_10(X)) = fn_attract_1(fn_sodium_chloride_solution_11(X))
& fn_attract_1(fn_sodium_chloride_solution_11(X)) = fn_chemical_bond_4(fn_sodium_chloride_solution_9(X))
& fn_chemical_bond_4(fn_sodium_chloride_solution_9(X)) = fn_chemical_bond_4(fn_sodium_chloride_solution_5(X))
& fn_chemical_bond_4(fn_sodium_chloride_solution_5(X)) = fn_chemical_bond_4(fn_sodium_chloride_solution_5(X))
& fn_chemical_bond_4(fn_sodium_chloride_solution_5(X)) = fn_chemical_bond_4(fn_sodium_chloride_solution_9(X))
& fn_chemical_bond_4(fn_sodium_chloride_solution_9(X)) = fn_ionic_bond_4(fn_sodium_chloride_solution_9(X))
& fn_ionic_bond_4(fn_sodium_chloride_solution_9(X)) = fn_chemical_bond_4(fn_sodium_chloride_solution_5(X))
& fn_ionic_bond_4(fn_sodium_chloride_solution_5(X)) = fn_chemical_bond_4(fn_sodium_chloride_solution_5(X))
& fn_chemical_bond_4(fn_sodium_chloride_solution_5(X)) = fn_ionic_bond_4(fn_sodium_chloride_solution_5(X))
& fn_ionic_bond_4(fn_sodium_chloride_solution_5(X)) = fn_ionic_bond_4(fn_sodium_chloride_solution_12(X))
& fn_ionic_bond_4(fn_sodium_chloride_solution_12(X)) = fn_ionic_bond_4(fn_sodium_chloride_solution_12(X))
& fn_ionic_bond_4(fn_sodium_chloride_solution_12(X)) = fn_chemical_bond_3(fn_sodium_chloride_solution_5(X))
& fn_chemical_bond_3(fn_sodium_chloride_solution_5(X)) = fn_ionic_bond_3(fn_sodium_chloride_solution_5(X))
& fn_ionic_bond_3(fn_sodium_chloride_solution_12(X)) = fn_ionic_bond_3(fn_sodium_chloride_solution_5(X))
& fn_ionic_bond_3(fn_sodium_chloride_solution_5(X)) = fn_ionic_bond_3(fn_sodium_chloride_solution_12(X))
& fn_ionic_bond_3(fn_sodium_chloride_solution_12(X)) = fn_aqueous_salt_solution_1(X)
& fn_aqueous_salt_solution_1(X) = fn_aqueous_salt_solution_1(X)
& fn_aqueous_salt_solution_1(X) = fn_solvent_1(fn_sodium_chloride_solution_3(X))
& fn_solvent_1(fn_sodium_chloride_solution_3(X)) = fn_aqueous_salt_solution_7(X)
& fn_aqueous_salt_solution_7(X) = fn_aqueous_salt_solution_7(X) ) ) ).
fof(a532738,axiom,
! [X] :
( sodium_hydroxide_1(X)
=> ( original_name_2(X,'Sodium-Hydroxide')
& user_description_2(X,'A very strong base.')
& concept2words_2(X,naoh)
& concept2words_2(X,'hydroxide of sodium')
& concept2words_2(X,'sodium hydroxide')
& concept2words_2(X,'sodium-hydroxide')
& strong_base_1(X) ) ) ).
fof(a532739,axiom,
! [X] :
( sodium_ion_1(X)
=> ( original_name_2(X,'Sodium-Ion')
& user_description_2(X,'Sodium ion is soluble in water in nearly all of its compounds, and is thus present in great quantities in the Earth\'s oceans and other stagnant bodies of water.')
& concept2words_2(X,'ion of sodium')
& concept2words_2(X,'sodium ion')
& concept2words_2(X,'sodium-ion')
& monoatomic_ion_1(X)
& cation_1(X)
& ~ methyl_ion_1(X)
& ~ metal_cation_1(X)
& ~ calcium_ion_1(X)
& ~ hydronium_ion_1(X)
& ~ magnesium_ion_1(X)
& neutron_1(fn_sodium_ion_1(X))
& electron_1(fn_sodium_ion_2(X))
& proton_1(fn_sodium_ion_3(X))
& charge_value_1(fn_sodium_ion_5(X))
& sodium_1(fn_sodium_ion_6(X))
& lose_1(fn_sodium_ion_7(X))
& tangible_entity_1(fn_lose_1(fn_sodium_ion_7(X)))
& the_cardinal_value_2(fn_sodium_ion_5(X),"1.0e0")
& cardinal_unit_class_2(fn_sodium_ion_5(X),unity_0)
& has_part_2(X,fn_sodium_ion_2(X))
& has_part_2(X,fn_sodium_ion_1(X))
& exactCardinality(X,has_part_0,"10",electron_0)
& exactCardinality(X,has_part_0,"11",proton_0)
& exactCardinality(X,has_part_0,"11",neutron_0)
& has_ion_2(fn_sodium_ion_6(X),X)
& donor_2(fn_sodium_ion_7(X),fn_sodium_ion_6(X))
& has_part_2(X,fn_sodium_ion_3(X))
& result_2(fn_sodium_ion_7(X),X)
& charge_2(X,fn_sodium_ion_5(X))
& fn_sodium_ion_6(X) = fn_lose_1(fn_sodium_ion_7(X))
& fn_sodium_ion_3(X) = fn_monoatomic_ion_1(X)
& fn_sodium_ion_3(X) = fn_cation_1(X)
& fn_sodium_ion_7(X) = fn_cation_7(X)
& fn_sodium_ion_4(X) = fn_cation_4(X)
& fn_sodium_ion_5(X) = fn_cation_5(X)
& fn_monoatomic_ion_1(X) = fn_cation_1(X) ) ) ).
fof(a532740,axiom,
! [X] :
( sodium_ion_substance_1(X)
=> ( original_name_2(X,'Sodium-Ion-Substance')
& user_description_2(X,'Substance composed of sodium ions.')
& concept2words_2(X,'sodium ion substance')
& concept2words_2(X,'sodium-ion-substance')
& cation_substance_1(X)
& sodium_ion_1(fn_sodium_ion_substance_1(X))
& has_part_2(X,fn_sodium_ion_substance_1(X))
& fn_sodium_ion_substance_1(X) = fn_cation_substance_1(X) ) ) ).
fof(a532741,axiom,
! [X] :
( sodium_potassium_pump_1(X)
=> ( original_name_2(X,'Sodium-Potassium-Pump')
& user_description_2(X,'The sodium potassium pump is a transmembrane protein that performs active transport and undergoes conformational changes to move sodium ion out of and potassium ion into a cell across a membrane')
& concept2words_2(X,'sodium potassium carrier protein')
& concept2words_2(X,'sodium-potassium carrier protein')
& concept2words_2(X,'sodium potassium electrogenic pump')
& concept2words_2(X,'sodium-potassium electrogenic pump')
& concept2words_2(X,'sodium potassium transport protein')
& concept2words_2(X,'sodium-potassium transport protein')
& concept2words_2(X,'sodium potassium transmembrane protein')
& concept2words_2(X,'sodium-potassium transmembrane protein')
& concept2words_2(X,'sodium potassium protein')
& concept2words_2(X,'sodium-potassium protein')
& concept2words_2(X,'sodium potassium pump')
& concept2words_2(X,'sodium-potassium pump')
& concept2words_2(X,'sodium-potassium-pump')
& carrier_protein_1(X)
& electrogenic_pump_1(X)
& block_1(fn_sodium_potassium_pump_1(X))
& block_1(fn_sodium_potassium_pump_2(X))
& unitless_value_1(fn_sodium_potassium_pump_4(X))
& peptide_bond_1(fn_sodium_potassium_pump_5(X))
& create_1(fn_sodium_potassium_pump_6(X))
& maintenance_1(fn_sodium_potassium_pump_7(X))
& size_value_1(fn_sodium_potassium_pump_8(X))
& size_value_1(fn_sodium_potassium_pump_9(X))
& constant_motion_1(fn_sodium_potassium_pump_10(X))
& spatial_entity_1(fn_sodium_potassium_pump_11(X))
& chemical_entity_1(fn_sodium_potassium_pump_11(X))
& monomer_1(fn_sodium_potassium_pump_11(X))
& molecule_1(fn_sodium_potassium_pump_11(X))
& amino_acid_1(fn_sodium_potassium_pump_11(X))
& chemical_entity_1(fn_sodium_potassium_pump_12(X))
& hydrophilic_compound_1(fn_sodium_potassium_pump_12(X))
& spatial_entity_1(fn_sodium_potassium_pump_12(X))
& monomer_1(fn_sodium_potassium_pump_13(X))
& entity_1(fn_sodium_potassium_pump_14(X))
& hydrophilic_region_1(fn_sodium_potassium_pump_14(X))
& attract_1(fn_sodium_potassium_pump_15(X))
& speed_value_1(fn_sodium_potassium_pump_16(X))
& quantity_value_1(fn_sodium_potassium_pump_17(X))
& detach_1(fn_sodium_potassium_pump_18(X))
& block_1(fn_sodium_potassium_pump_19(X))
& hydrophilic_compound_1(fn_sodium_potassium_pump_20(X))
& spatial_entity_1(fn_sodium_potassium_pump_20(X))
& chemical_entity_1(fn_sodium_potassium_pump_20(X))
& spatial_entity_1(fn_sodium_potassium_pump_21(X))
& tangible_entity_1(fn_sodium_potassium_pump_21(X))
& hydrophobic_compound_1(fn_sodium_potassium_pump_21(X))
& tangible_entity_1(fn_sodium_potassium_pump_22(X))
& phospholipid_bilayer_1(fn_sodium_potassium_pump_22(X))
& chemical_entity_1(fn_sodium_potassium_pump_23(X))
& tangible_entity_1(fn_sodium_potassium_pump_23(X))
& entity_1(fn_sodium_potassium_pump_23(X))
& oxygen_1(fn_sodium_potassium_pump_23(X))
& atom_1(fn_sodium_potassium_pump_23(X))
& polar_amino_acid_1(fn_sodium_potassium_pump_24(X))
& hydrophobic_amino_acid_1(fn_sodium_potassium_pump_25(X))
& entity_1(fn_sodium_potassium_pump_26(X))
& chemical_entity_1(fn_sodium_potassium_pump_26(X))
& atom_1(fn_sodium_potassium_pump_26(X))
& carbon_1(fn_sodium_potassium_pump_26(X))
& polypeptide_1(fn_sodium_potassium_pump_27(X))
& carbon_skeleton_1(fn_sodium_potassium_pump_28(X))
& hydrophobic_region_1(fn_sodium_potassium_pump_29(X))
& hydrophilic_region_1(fn_sodium_potassium_pump_30(X))
& hydrophilic_end_1(fn_sodium_potassium_pump_30(X))
& hydrophilic_region_1(fn_sodium_potassium_pump_31(X))
& hydrophilic_end_1(fn_sodium_potassium_pump_31(X))
& kinetic_energy_1(fn_sodium_potassium_pump_32(X))
& covalent_bond_1(fn_sodium_potassium_pump_33(X))
& chemical_bond_1(fn_sodium_potassium_pump_33(X))
& double_bond_1(fn_sodium_potassium_pump_33(X))
& protein_domain_1(fn_sodium_potassium_pump_34(X))
& phosphate_group_1(fn_sodium_potassium_pump_35(X))
& covalent_bond_1(fn_sodium_potassium_pump_36(X))
& single_bond_1(fn_sodium_potassium_pump_36(X))
& entity_1(fn_sodium_potassium_pump_37(X))
& chemical_entity_1(fn_sodium_potassium_pump_37(X))
& atom_1(fn_sodium_potassium_pump_37(X))
& oxygen_1(fn_sodium_potassium_pump_37(X))
& entity_1(fn_sodium_potassium_pump_38(X))
& chemical_entity_1(fn_sodium_potassium_pump_38(X))
& atom_1(fn_sodium_potassium_pump_38(X))
& phosphorus_1(fn_sodium_potassium_pump_38(X))
& move_1(fn_sodium_potassium_pump_39(X))
& move_through_1(fn_sodium_potassium_pump_39(X))
& hydrophobic_core_1(fn_sodium_potassium_pump_40(X))
& spatial_entity_1(fn_sodium_potassium_pump_41(X))
& membrane_1(fn_sodium_potassium_pump_41(X))
& biomembrane_1(fn_sodium_potassium_pump_41(X))
& active_transport_1(fn_sodium_potassium_pump_42(X))
& active_movement_of_ions_1(fn_sodium_potassium_pump_42(X))
& repel_1(fn_sodium_potassium_pump_47(X))
& attract_1(fn_sodium_potassium_pump_48(X))
& covalent_bond_1(fn_sodium_potassium_pump_49(X))
& peptide_bond_1(fn_sodium_potassium_pump_49(X))
& move_1(fn_sodium_potassium_pump_50(X))
& move_through_1(fn_sodium_potassium_pump_50(X))
& outside_face_1(fn_sodium_potassium_pump_51(X))
& surface_1(fn_sodium_potassium_pump_51(X))
& inside_face_1(fn_sodium_potassium_pump_52(X))
& covalent_bond_1(fn_sodium_potassium_pump_53(X))
& peptide_bond_1(fn_sodium_potassium_pump_53(X))
& facilitated_diffusion_using_carrier_protein_1(fn_sodium_potassium_pump_54(X))
& attract_1(fn_hydrophilic_compound_2(fn_sodium_potassium_pump_20(X)))
& hydrophobic_core_1(fn_biomembrane_75(fn_sodium_potassium_pump_41(X)))
& attract_1(fn_hydrophilic_compound_2(fn_sodium_potassium_pump_12(X)))
& phosphate_group_1(fn_active_movement_of_ions_16(fn_sodium_potassium_pump_42(X)))
& covalent_bond_1(fn_active_movement_of_ions_4(fn_sodium_potassium_pump_42(X)))
& single_bond_1(fn_active_movement_of_ions_4(fn_sodium_potassium_pump_42(X)))
& property_node_1(fn_facilitated_diffusion_using_carrier_protein_41(fn_sodium_potassium_pump_54(X)))
& property_node_1(fn_facilitated_diffusion_using_carrier_protein_42(fn_sodium_potassium_pump_54(X)))
& property_node_1(fn_facilitated_diffusion_using_carrier_protein_43(fn_sodium_potassium_pump_54(X)))
& property_node_1(fn_facilitated_diffusion_using_carrier_protein_44(fn_sodium_potassium_pump_54(X)))
& size_value_1(fn_facilitated_diffusion_using_carrier_protein_13(fn_sodium_potassium_pump_54(X)))
& size_value_1(fn_facilitated_diffusion_using_carrier_protein_31(fn_sodium_potassium_pump_54(X)))
& monomer_1(fn_facilitated_diffusion_using_carrier_protein_22(fn_sodium_potassium_pump_54(X)))
& polypeptide_1(fn_facilitated_diffusion_using_carrier_protein_19(fn_sodium_potassium_pump_54(X)))
& spatial_entity_1(fn_facilitated_diffusion_using_carrier_protein_32(fn_sodium_potassium_pump_54(X)))
& chemical_entity_1(fn_facilitated_diffusion_using_carrier_protein_32(fn_sodium_potassium_pump_54(X)))
& monomer_1(fn_facilitated_diffusion_using_carrier_protein_32(fn_sodium_potassium_pump_54(X)))
& molecule_1(fn_facilitated_diffusion_using_carrier_protein_32(fn_sodium_potassium_pump_54(X)))
& amino_acid_1(fn_facilitated_diffusion_using_carrier_protein_32(fn_sodium_potassium_pump_54(X)))
& protein_domain_1(fn_facilitated_diffusion_using_carrier_protein_14(fn_sodium_potassium_pump_54(X)))
& polar_amino_acid_1(fn_facilitated_diffusion_using_carrier_protein_24(fn_sodium_potassium_pump_54(X)))
& hydrophilic_region_1(fn_facilitated_diffusion_using_carrier_protein_17(fn_sodium_potassium_pump_54(X)))
& hydrophilic_end_1(fn_facilitated_diffusion_using_carrier_protein_17(fn_sodium_potassium_pump_54(X)))
& attract_1(fn_facilitated_diffusion_using_carrier_protein_11(fn_sodium_potassium_pump_54(X)))
& hydrophilic_region_1(fn_facilitated_diffusion_using_carrier_protein_15(fn_sodium_potassium_pump_54(X)))
& hydrophilic_end_1(fn_facilitated_diffusion_using_carrier_protein_15(fn_sodium_potassium_pump_54(X)))
& hydrophobic_amino_acid_1(fn_facilitated_diffusion_using_carrier_protein_23(fn_sodium_potassium_pump_54(X)))
& repel_1(fn_facilitated_diffusion_using_carrier_protein_12(fn_sodium_potassium_pump_54(X)))
& hydrophobic_region_1(fn_facilitated_diffusion_using_carrier_protein_18(fn_sodium_potassium_pump_54(X)))
& carbon_skeleton_1(fn_facilitated_diffusion_using_carrier_protein_16(fn_sodium_potassium_pump_54(X)))
& constant_motion_1(fn_facilitated_diffusion_using_carrier_protein_26(fn_sodium_potassium_pump_54(X)))
& speed_value_1(fn_facilitated_diffusion_using_carrier_protein_30(fn_sodium_potassium_pump_54(X)))
& quantity_value_1(fn_facilitated_diffusion_using_carrier_protein_29(fn_sodium_potassium_pump_54(X)))
& kinetic_energy_1(fn_facilitated_diffusion_using_carrier_protein_27(fn_sodium_potassium_pump_54(X)))
& spatial_entity_1(fn_detach_1(fn_sodium_potassium_pump_18(X)))
& chemical_entity_1(fn_biomembrane_55(fn_sodium_potassium_pump_41(X)))
& entity_1(fn_attract_2(fn_sodium_potassium_pump_15(X)))
& hydrophilic_region_1(fn_hydrophilic_compound_1(fn_sodium_potassium_pump_20(X)))
& hydrophilic_region_1(fn_hydrophilic_compound_1(fn_sodium_potassium_pump_12(X)))
& block_1(fn_biomembrane_100(fn_sodium_potassium_pump_41(X)))
& block_1(fn_biomembrane_101(fn_sodium_potassium_pump_41(X)))
& block_1(fn_biomembrane_102(fn_sodium_potassium_pump_41(X)))
& hydrophilic_compound_1(fn_biomembrane_72(fn_sodium_potassium_pump_41(X)))
& surface_1(fn_biomembrane_47(fn_sodium_potassium_pump_41(X)))
& outside_face_1(fn_biomembrane_41(fn_sodium_potassium_pump_41(X)))
& outside_face_1(fn_active_movement_of_ions_13(fn_sodium_potassium_pump_42(X)))
& surface_1(fn_active_movement_of_ions_13(fn_sodium_potassium_pump_42(X)))
& inside_face_1(fn_biomembrane_42(fn_sodium_potassium_pump_41(X)))
& inside_face_1(fn_active_movement_of_ions_18(fn_sodium_potassium_pump_42(X)))
& entity_1(fn_active_movement_of_ions_7(fn_sodium_potassium_pump_42(X)))
& chemical_entity_1(fn_active_movement_of_ions_7(fn_sodium_potassium_pump_42(X)))
& atom_1(fn_active_movement_of_ions_7(fn_sodium_potassium_pump_42(X)))
& oxygen_1(fn_active_movement_of_ions_7(fn_sodium_potassium_pump_42(X)))
& entity_1(fn_polar_covalent_bond_19(fn_sodium_potassium_pump_5(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_sodium_potassium_pump_5(X)))
& atom_1(fn_polar_covalent_bond_19(fn_sodium_potassium_pump_5(X)))
& phosphorus_1(fn_active_movement_of_ions_6(fn_sodium_potassium_pump_42(X)))
& move_1(fn_active_transport_22(fn_sodium_potassium_pump_42(X)))
& move_through_1(fn_active_transport_22(fn_sodium_potassium_pump_42(X)))
& hydrophobic_compound_1(fn_biomembrane_98(fn_sodium_potassium_pump_41(X)))
& hydrophobic_compound_1(fn_biomembrane_99(fn_sodium_potassium_pump_41(X)))
& hydrophobic_compound_1(fn_biomembrane_48(fn_sodium_potassium_pump_41(X)))
& spatial_entity_1(fn_facilitated_diffusion_using_carrier_protein_46(fn_sodium_potassium_pump_54(X)))
& tangible_entity_1(fn_facilitated_diffusion_using_carrier_protein_46(fn_sodium_potassium_pump_54(X)))
& hydrophobic_compound_1(fn_facilitated_diffusion_using_carrier_protein_46(fn_sodium_potassium_pump_54(X)))
& tangible_entity_1(fn_biomembrane_63(fn_sodium_potassium_pump_41(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_sodium_potassium_pump_41(X)))
& tangible_entity_1(fn_facilitated_diffusion_using_carrier_protein_39(fn_sodium_potassium_pump_54(X)))
& phospholipid_bilayer_1(fn_facilitated_diffusion_using_carrier_protein_39(fn_sodium_potassium_pump_54(X)))
& move_through_1(fn_biomembrane_52(fn_sodium_potassium_pump_41(X)))
& move_through_1(fn_facilitated_diffusion_using_carrier_protein_34(fn_sodium_potassium_pump_54(X)))
& biomembrane_1(fn_active_transport_18(fn_sodium_potassium_pump_42(X)))
& membrane_1(fn_active_movement_of_ions_19(fn_sodium_potassium_pump_42(X)))
& spatial_entity_1(fn_active_movement_of_ions_19(fn_sodium_potassium_pump_42(X)))
& biomembrane_1(fn_active_movement_of_ions_19(fn_sodium_potassium_pump_42(X)))
& spatial_entity_1(fn_facilitated_diffusion_using_carrier_protein_40(fn_sodium_potassium_pump_54(X)))
& membrane_1(fn_facilitated_diffusion_using_carrier_protein_40(fn_sodium_potassium_pump_54(X)))
& biomembrane_1(fn_facilitated_diffusion_using_carrier_protein_40(fn_sodium_potassium_pump_54(X)))
& covalent_bond_1(fn_facilitated_diffusion_using_carrier_protein_28(fn_sodium_potassium_pump_54(X)))
& peptide_bond_1(fn_facilitated_diffusion_using_carrier_protein_28(fn_sodium_potassium_pump_54(X)))
& chemical_entity_1(fn_active_movement_of_ions_10(fn_sodium_potassium_pump_42(X)))
& tangible_entity_1(fn_active_movement_of_ions_10(fn_sodium_potassium_pump_42(X)))
& membrane_protein_1(fn_active_movement_of_ions_10(fn_sodium_potassium_pump_42(X)))
& protein_1(fn_active_movement_of_ions_10(fn_sodium_potassium_pump_42(X)))
& molecule_1(fn_active_movement_of_ions_10(fn_sodium_potassium_pump_42(X)))
& polymer_1(fn_active_movement_of_ions_10(fn_sodium_potassium_pump_42(X)))
& transport_protein_1(fn_active_movement_of_ions_10(fn_sodium_potassium_pump_42(X)))
& integral_protein_1(fn_active_movement_of_ions_10(fn_sodium_potassium_pump_42(X)))
& carrier_protein_1(fn_active_movement_of_ions_10(fn_sodium_potassium_pump_42(X)))
& carrier_protein_1(fn_facilitated_diffusion_using_carrier_protein_33(fn_sodium_potassium_pump_54(X)))
& spatial_entity_1(fn_peptide_bond_54(fn_sodium_potassium_pump_5(X)))
& molecule_1(fn_peptide_bond_54(fn_sodium_potassium_pump_5(X)))
& covalent_bond_1(fn_active_movement_of_ions_3(fn_sodium_potassium_pump_42(X)))
& chemical_bond_1(fn_active_movement_of_ions_3(fn_sodium_potassium_pump_42(X)))
& double_bond_1(fn_active_movement_of_ions_3(fn_sodium_potassium_pump_42(X)))
& double_bond_1(fn_peptide_bond_55(fn_sodium_potassium_pump_5(X)))
& entity_1(fn_polar_covalent_bond_18(fn_sodium_potassium_pump_5(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_sodium_potassium_pump_5(X)))
& atom_1(fn_polar_covalent_bond_18(fn_sodium_potassium_pump_5(X)))
& oxygen_1(fn_active_movement_of_ions_5(fn_sodium_potassium_pump_42(X)))
& entity_1(fn_active_movement_of_ions_5(fn_sodium_potassium_pump_42(X)))
& chemical_entity_1(fn_active_movement_of_ions_5(fn_sodium_potassium_pump_42(X)))
& atom_1(fn_active_movement_of_ions_5(fn_sodium_potassium_pump_42(X)))
& tangible_entity_1(fn_peptide_bond_53(fn_sodium_potassium_pump_5(X)))
& entity_1(fn_peptide_bond_53(fn_sodium_potassium_pump_5(X)))
& oxygen_1(fn_peptide_bond_53(fn_sodium_potassium_pump_5(X)))
& atom_1(fn_peptide_bond_53(fn_sodium_potassium_pump_5(X)))
& entity_1(fn_covalent_bond_20(fn_sodium_potassium_pump_36(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_sodium_potassium_pump_36(X)))
& atom_1(fn_covalent_bond_20(fn_sodium_potassium_pump_36(X)))
& entity_1(fn_covalent_bond_19(fn_sodium_potassium_pump_36(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_sodium_potassium_pump_36(X)))
& atom_1(fn_covalent_bond_19(fn_sodium_potassium_pump_36(X)))
& atom_1(fn_active_movement_of_ions_23(fn_sodium_potassium_pump_42(X)))
& carbon_1(fn_active_movement_of_ions_23(fn_sodium_potassium_pump_42(X)))
& carbon_1(fn_facilitated_diffusion_using_carrier_protein_21(fn_sodium_potassium_pump_54(X)))
& carbon_1(fn_peptide_bond_32(fn_sodium_potassium_pump_5(X)))
& facilitates_2(fn_sodium_potassium_pump_40(X),fn_sodium_potassium_pump_1(X))
& facilitates_2(fn_sodium_potassium_pump_40(X),fn_sodium_potassium_pump_2(X))
& instrument_2(fn_sodium_potassium_pump_1(X),fn_sodium_potassium_pump_22(X))
& instrument_2(fn_sodium_potassium_pump_2(X),fn_sodium_potassium_pump_22(X))
& importance_2(X,fn_sodium_potassium_pump_4(X))
& is_inside_2(fn_sodium_potassium_pump_31(X),fn_sodium_potassium_pump_52(X))
& is_inside_2(fn_sodium_potassium_pump_30(X),fn_sodium_potassium_pump_51(X))
& is_at_2(fn_sodium_potassium_pump_24(X),fn_sodium_potassium_pump_31(X))
& has_function_2(fn_sodium_potassium_pump_22(X),fn_sodium_potassium_pump_2(X))
& has_function_2(fn_sodium_potassium_pump_22(X),fn_sodium_potassium_pump_1(X))
& the_scalar_value_2(fn_sodium_potassium_pump_4(X),high_0)
& scalar_unit_class_2(fn_sodium_potassium_pump_4(X),protein_pump_0)
& object_2(fn_sodium_potassium_pump_18(X),fn_sodium_potassium_pump_20(X))
& agent_2(fn_sodium_potassium_pump_15(X),fn_sodium_potassium_pump_14(X))
& is_between_2(fn_sodium_potassium_pump_36(X),fn_sodium_potassium_pump_26(X))
& has_function_2(fn_sodium_potassium_pump_20(X),fn_sodium_potassium_pump_15(X))
& has_region_2(fn_sodium_potassium_pump_20(X),fn_sodium_potassium_pump_14(X))
& is_between_2(fn_sodium_potassium_pump_49(X),fn_sodium_potassium_pump_23(X))
& is_between_2(fn_sodium_potassium_pump_5(X),fn_sodium_potassium_pump_23(X))
& object_2(fn_sodium_potassium_pump_19(X),fn_sodium_potassium_pump_21(X))
& is_between_2(fn_sodium_potassium_pump_53(X),fn_sodium_potassium_pump_26(X))
& is_between_2(fn_sodium_potassium_pump_53(X),fn_sodium_potassium_pump_23(X))
& agent_2(fn_sodium_potassium_pump_19(X),fn_sodium_potassium_pump_40(X))
& has_region_2(fn_sodium_potassium_pump_22(X),fn_sodium_potassium_pump_40(X))
& object_2(fn_sodium_potassium_pump_19(X),fn_sodium_potassium_pump_20(X))
& object_2(fn_sodium_potassium_pump_39(X),fn_sodium_potassium_pump_20(X))
& is_impermeable_to_2(fn_sodium_potassium_pump_41(X),fn_sodium_potassium_pump_12(X))
& fn_sodium_potassium_pump_20(X) != fn_sodium_potassium_pump_12(X)
& fn_sodium_potassium_pump_21(X) != fn_sodium_potassium_pump_20(X)
& fn_sodium_potassium_pump_20(X) != fn_sodium_potassium_pump_21(X)
& fn_sodium_potassium_pump_12(X) != fn_sodium_potassium_pump_20(X)
& has_region_2(fn_sodium_potassium_pump_12(X),fn_sodium_potassium_pump_14(X))
& site_2(fn_sodium_potassium_pump_15(X),fn_sodium_potassium_pump_14(X))
& has_function_2(fn_sodium_potassium_pump_12(X),fn_sodium_potassium_pump_15(X))
& called_2(fn_sodium_potassium_pump_19(X),"1")
& has_function_2(fn_sodium_potassium_pump_41(X),fn_sodium_potassium_pump_19(X))
& base_2(fn_sodium_potassium_pump_39(X),fn_sodium_potassium_pump_41(X))
& has_function_2(X,fn_sodium_potassium_pump_7(X))
& agent_2(fn_sodium_potassium_pump_7(X),X)
& has_function_2(X,fn_sodium_potassium_pump_6(X))
& agent_2(fn_sodium_potassium_pump_6(X),X)
& object_2(fn_sodium_potassium_pump_19(X),fn_sodium_potassium_pump_12(X))
& instrument_2(fn_sodium_potassium_pump_19(X),fn_sodium_potassium_pump_41(X))
& has_function_2(fn_sodium_potassium_pump_41(X),fn_sodium_potassium_pump_50(X))
& fn_sodium_potassium_pump_39(X) != fn_sodium_potassium_pump_50(X)
& fn_sodium_potassium_pump_50(X) != fn_sodium_potassium_pump_39(X)
& has_function_2(X,fn_sodium_potassium_pump_42(X))
& subevent_2(fn_sodium_potassium_pump_42(X),fn_sodium_potassium_pump_39(X))
& object_2(fn_sodium_potassium_pump_39(X),fn_sodium_potassium_pump_12(X))
& fn_sodium_potassium_pump_21(X) != fn_sodium_potassium_pump_12(X)
& fn_sodium_potassium_pump_12(X) != fn_sodium_potassium_pump_21(X)
& has_region_2(fn_sodium_potassium_pump_41(X),fn_sodium_potassium_pump_51(X))
& path_2(fn_sodium_potassium_pump_42(X),fn_sodium_potassium_pump_41(X))
& has_region_2(fn_sodium_potassium_pump_41(X),fn_sodium_potassium_pump_52(X))
& has_region_2(X,fn_sodium_potassium_pump_35(X))
& is_inside_2(fn_sodium_potassium_pump_38(X),fn_sodium_potassium_pump_35(X))
& is_between_2(fn_sodium_potassium_pump_33(X),fn_sodium_potassium_pump_38(X))
& has_part_2(X,fn_sodium_potassium_pump_38(X))
& has_part_2(X,fn_sodium_potassium_pump_37(X))
& is_between_2(fn_sodium_potassium_pump_36(X),fn_sodium_potassium_pump_37(X))
& fn_sodium_potassium_pump_26(X) != fn_sodium_potassium_pump_37(X)
& fn_sodium_potassium_pump_37(X) != fn_sodium_potassium_pump_26(X)
& is_inside_2(fn_sodium_potassium_pump_23(X),fn_sodium_potassium_pump_35(X))
& is_inside_2(fn_sodium_potassium_pump_37(X),fn_sodium_potassium_pump_35(X))
& fn_sodium_potassium_pump_37(X) != fn_sodium_potassium_pump_38(X)
& fn_sodium_potassium_pump_37(X) != fn_sodium_potassium_pump_23(X)
& fn_sodium_potassium_pump_23(X) != fn_sodium_potassium_pump_37(X)
& fn_sodium_potassium_pump_38(X) != fn_sodium_potassium_pump_37(X)
& agent_2(fn_sodium_potassium_pump_42(X),X)
& possesses_2(X,fn_sodium_potassium_pump_36(X))
& is_between_2(fn_sodium_potassium_pump_36(X),fn_sodium_potassium_pump_38(X))
& fn_sodium_potassium_pump_23(X) != fn_sodium_potassium_pump_38(X)
& fn_sodium_potassium_pump_38(X) != fn_sodium_potassium_pump_23(X)
& has_function_2(fn_sodium_potassium_pump_41(X),fn_sodium_potassium_pump_39(X))
& is_impermeable_to_2(fn_sodium_potassium_pump_41(X),fn_sodium_potassium_pump_21(X))
& has_function_2(X,fn_sodium_potassium_pump_54(X))
& has_part_2(X,fn_sodium_potassium_pump_27(X))
& object_2(fn_sodium_potassium_pump_10(X),X)
& site_2(fn_sodium_potassium_pump_48(X),fn_sodium_potassium_pump_30(X))
& has_function_2(X,fn_sodium_potassium_pump_48(X))
& size_2(X,fn_sodium_potassium_pump_8(X))
& the_scalar_value_2(fn_sodium_potassium_pump_8(X),big_0)
& scalar_unit_class_2(fn_sodium_potassium_pump_8(X),polypeptide_0)
& is_inside_2(fn_sodium_potassium_pump_29(X),fn_sodium_potassium_pump_41(X))
& site_2(fn_sodium_potassium_pump_47(X),fn_sodium_potassium_pump_29(X))
& has_function_2(X,fn_sodium_potassium_pump_47(X))
& is_inside_2(X,fn_sodium_potassium_pump_22(X))
& has_part_2(fn_sodium_potassium_pump_41(X),fn_sodium_potassium_pump_22(X))
& base_2(fn_sodium_potassium_pump_50(X),fn_sodium_potassium_pump_41(X))
& facilitates_2(X,fn_sodium_potassium_pump_50(X))
& has_part_2(X,fn_sodium_potassium_pump_13(X))
& size_2(fn_sodium_potassium_pump_13(X),fn_sodium_potassium_pump_9(X))
& greater_than_2(fn_sodium_potassium_pump_8(X),fn_sodium_potassium_pump_9(X))
& is_at_2(fn_sodium_potassium_pump_24(X),fn_sodium_potassium_pump_30(X))
& has_part_2(X,fn_sodium_potassium_pump_24(X))
& has_region_2(X,fn_sodium_potassium_pump_34(X))
& is_at_2(fn_sodium_potassium_pump_11(X),fn_sodium_potassium_pump_34(X))
& has_part_2(fn_sodium_potassium_pump_27(X),fn_sodium_potassium_pump_11(X))
& path_2(fn_sodium_potassium_pump_54(X),fn_sodium_potassium_pump_41(X))
& has_part_2(fn_sodium_potassium_pump_41(X),X)
& has_region_2(X,fn_sodium_potassium_pump_31(X))
& is_opposite_2(fn_sodium_potassium_pump_30(X),fn_sodium_potassium_pump_31(X))
& is_opposite_2(fn_sodium_potassium_pump_31(X),fn_sodium_potassium_pump_30(X))
& is_inside_2(fn_sodium_potassium_pump_25(X),fn_sodium_potassium_pump_29(X))
& has_part_2(X,fn_sodium_potassium_pump_25(X))
& has_region_2(X,fn_sodium_potassium_pump_30(X))
& facilitates_2(fn_sodium_potassium_pump_30(X),fn_sodium_potassium_pump_48(X))
& agent_2(fn_sodium_potassium_pump_48(X),X)
& subevent_2(fn_sodium_potassium_pump_54(X),fn_sodium_potassium_pump_50(X))
& agent_2(fn_sodium_potassium_pump_50(X),X)
& has_region_2(X,fn_sodium_potassium_pump_29(X))
& facilitates_2(fn_sodium_potassium_pump_29(X),fn_sodium_potassium_pump_47(X))
& agent_2(fn_sodium_potassium_pump_47(X),X)
& possesses_2(X,fn_sodium_potassium_pump_49(X))
& is_between_2(fn_sodium_potassium_pump_49(X),fn_sodium_potassium_pump_26(X))
& is_inside_2(fn_sodium_potassium_pump_26(X),fn_sodium_potassium_pump_28(X))
& has_region_2(X,fn_sodium_potassium_pump_28(X))
& is_across_2(X,fn_sodium_potassium_pump_41(X))
& instrument_2(fn_sodium_potassium_pump_54(X),X)
& possesses_2(X,fn_sodium_potassium_pump_32(X))
& quantity_2(fn_sodium_potassium_pump_32(X),fn_sodium_potassium_pump_17(X))
& directly_proportional_2(fn_sodium_potassium_pump_16(X),fn_sodium_potassium_pump_17(X))
& speed_2(fn_sodium_potassium_pump_10(X),fn_sodium_potassium_pump_16(X))
& has_part_2(X,fn_sodium_potassium_pump_23(X))
& has_part_2(X,fn_sodium_potassium_pump_26(X))
& possesses_2(X,fn_sodium_potassium_pump_33(X))
& is_between_2(fn_sodium_potassium_pump_5(X),fn_sodium_potassium_pump_26(X))
& is_between_2(fn_sodium_potassium_pump_33(X),fn_sodium_potassium_pump_26(X))
& is_between_2(fn_sodium_potassium_pump_33(X),fn_sodium_potassium_pump_23(X))
& fn_sodium_potassium_pump_23(X) != fn_sodium_potassium_pump_26(X)
& fn_sodium_potassium_pump_26(X) != fn_sodium_potassium_pump_23(X)
& fn_sodium_potassium_pump_20(X) = fn_detach_1(fn_sodium_potassium_pump_18(X))
& fn_sodium_potassium_pump_14(X) = fn_attract_2(fn_sodium_potassium_pump_15(X))
& fn_sodium_potassium_pump_26(X) = fn_covalent_bond_20(fn_sodium_potassium_pump_36(X))
& fn_sodium_potassium_pump_26(X) = fn_covalent_bond_19(fn_sodium_potassium_pump_36(X))
& fn_sodium_potassium_pump_15(X) = fn_hydrophilic_compound_2(fn_sodium_potassium_pump_20(X))
& fn_sodium_potassium_pump_14(X) = fn_hydrophilic_compound_1(fn_sodium_potassium_pump_20(X))
& fn_sodium_potassium_pump_49(X) = fn_electrogenic_pump_21(X)
& fn_sodium_potassium_pump_21(X) = fn_biomembrane_98(fn_sodium_potassium_pump_41(X))
& fn_sodium_potassium_pump_21(X) = fn_biomembrane_99(fn_sodium_potassium_pump_41(X))
& fn_sodium_potassium_pump_53(X) = fn_carrier_protein_36(X)
& fn_sodium_potassium_pump_53(X) = fn_electrogenic_pump_21(X)
& fn_sodium_potassium_pump_22(X) = fn_biomembrane_63(fn_sodium_potassium_pump_41(X))
& fn_sodium_potassium_pump_40(X) = fn_biomembrane_75(fn_sodium_potassium_pump_41(X))
& fn_sodium_potassium_pump_21(X) = fn_biomembrane_48(fn_sodium_potassium_pump_41(X))
& fn_sodium_potassium_pump_20(X) = fn_electrogenic_pump_24(X)
& fn_sodium_potassium_pump_20(X) = fn_biomembrane_55(fn_sodium_potassium_pump_41(X))
& fn_sodium_potassium_pump_12(X) = fn_biomembrane_72(fn_sodium_potassium_pump_41(X))
& fn_sodium_potassium_pump_15(X) = fn_hydrophilic_compound_2(fn_sodium_potassium_pump_12(X))
& fn_sodium_potassium_pump_14(X) = fn_hydrophilic_compound_1(fn_sodium_potassium_pump_12(X))
& fn_sodium_potassium_pump_39(X) = fn_biomembrane_52(fn_sodium_potassium_pump_41(X))
& fn_sodium_potassium_pump_41(X) = fn_active_transport_18(fn_sodium_potassium_pump_42(X))
& fn_sodium_potassium_pump_19(X) = fn_biomembrane_100(fn_sodium_potassium_pump_41(X))
& fn_sodium_potassium_pump_19(X) = fn_biomembrane_101(fn_sodium_potassium_pump_41(X))
& fn_sodium_potassium_pump_19(X) = fn_biomembrane_102(fn_sodium_potassium_pump_41(X))
& fn_sodium_potassium_pump_6(X) = fn_electrogenic_pump_31(X)
& fn_sodium_potassium_pump_7(X) = fn_electrogenic_pump_1(X)
& fn_sodium_potassium_pump_39(X) = fn_electrogenic_pump_5(X)
& fn_sodium_potassium_pump_50(X) = fn_biomembrane_52(fn_sodium_potassium_pump_41(X))
& fn_sodium_potassium_pump_50(X) = fn_electrogenic_pump_35(X)
& fn_sodium_potassium_pump_19(X) = fn_electrogenic_pump_9(X)
& fn_sodium_potassium_pump_21(X) = fn_electrogenic_pump_3(X)
& fn_sodium_potassium_pump_12(X) = fn_electrogenic_pump_6(X)
& fn_sodium_potassium_pump_12(X) = fn_electrogenic_pump_24(X)
& fn_sodium_potassium_pump_39(X) = fn_active_transport_22(fn_sodium_potassium_pump_42(X))
& fn_sodium_potassium_pump_39(X) = fn_electrogenic_pump_35(X)
& fn_sodium_potassium_pump_51(X) = fn_biomembrane_47(fn_sodium_potassium_pump_41(X))
& fn_sodium_potassium_pump_51(X) = fn_biomembrane_41(fn_sodium_potassium_pump_41(X))
& fn_sodium_potassium_pump_51(X) = fn_active_movement_of_ions_13(fn_sodium_potassium_pump_42(X))
& fn_sodium_potassium_pump_52(X) = fn_biomembrane_42(fn_sodium_potassium_pump_41(X))
& fn_sodium_potassium_pump_52(X) = fn_active_movement_of_ions_18(fn_sodium_potassium_pump_42(X))
& fn_sodium_potassium_pump_41(X) = fn_electrogenic_pump_30(X)
& fn_sodium_potassium_pump_41(X) = fn_active_movement_of_ions_19(fn_sodium_potassium_pump_42(X))
& fn_sodium_potassium_pump_33(X) = fn_active_movement_of_ions_3(fn_sodium_potassium_pump_42(X))
& fn_sodium_potassium_pump_26(X) = fn_active_movement_of_ions_23(fn_sodium_potassium_pump_42(X))
& fn_sodium_potassium_pump_37(X) = fn_carrier_protein_32(X)
& fn_sodium_potassium_pump_37(X) = fn_electrogenic_pump_14(X)
& fn_sodium_potassium_pump_37(X) = fn_active_movement_of_ions_5(fn_sodium_potassium_pump_42(X))
& fn_sodium_potassium_pump_35(X) = fn_active_movement_of_ions_16(fn_sodium_potassium_pump_42(X))
& fn_sodium_potassium_pump_37(X) = fn_active_movement_of_ions_7(fn_sodium_potassium_pump_42(X))
& fn_sodium_potassium_pump_38(X) = fn_polar_covalent_bond_19(fn_sodium_potassium_pump_5(X))
& fn_sodium_potassium_pump_23(X) = fn_polar_covalent_bond_18(fn_sodium_potassium_pump_5(X))
& fn_sodium_potassium_pump_23(X) = fn_active_movement_of_ions_5(fn_sodium_potassium_pump_42(X))
& fn_sodium_potassium_pump_38(X) = fn_active_movement_of_ions_6(fn_sodium_potassium_pump_42(X))
& fn_sodium_potassium_pump_36(X) = fn_active_movement_of_ions_4(fn_sodium_potassium_pump_42(X))
& fn_sodium_potassium_pump_42(X) = fn_electrogenic_pump_28(X)
& X = fn_active_movement_of_ions_10(fn_sodium_potassium_pump_42(X))
& fn_sodium_potassium_pump_39(X) = fn_facilitated_diffusion_using_carrier_protein_34(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_43(X) = fn_facilitated_diffusion_using_carrier_protein_41(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_21(X) = fn_facilitated_diffusion_using_carrier_protein_46(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_44(X) = fn_facilitated_diffusion_using_carrier_protein_42(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_45(X) = fn_facilitated_diffusion_using_carrier_protein_43(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_46(X) = fn_facilitated_diffusion_using_carrier_protein_44(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_22(X) = fn_facilitated_diffusion_using_carrier_protein_39(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_8(X) = fn_facilitated_diffusion_using_carrier_protein_13(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_9(X) = fn_facilitated_diffusion_using_carrier_protein_31(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_13(X) = fn_facilitated_diffusion_using_carrier_protein_22(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_27(X) = fn_facilitated_diffusion_using_carrier_protein_19(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_11(X) = fn_facilitated_diffusion_using_carrier_protein_32(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_34(X) = fn_facilitated_diffusion_using_carrier_protein_14(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_24(X) = fn_facilitated_diffusion_using_carrier_protein_24(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_31(X) = fn_facilitated_diffusion_using_carrier_protein_17(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_48(X) = fn_facilitated_diffusion_using_carrier_protein_11(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_30(X) = fn_facilitated_diffusion_using_carrier_protein_15(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_25(X) = fn_facilitated_diffusion_using_carrier_protein_23(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_47(X) = fn_facilitated_diffusion_using_carrier_protein_12(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_29(X) = fn_facilitated_diffusion_using_carrier_protein_18(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_50(X) = fn_facilitated_diffusion_using_carrier_protein_34(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_41(X) = fn_facilitated_diffusion_using_carrier_protein_40(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_28(X) = fn_facilitated_diffusion_using_carrier_protein_16(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_26(X) = fn_facilitated_diffusion_using_carrier_protein_21(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_49(X) = fn_facilitated_diffusion_using_carrier_protein_28(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_10(X) = fn_facilitated_diffusion_using_carrier_protein_26(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_16(X) = fn_facilitated_diffusion_using_carrier_protein_30(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_17(X) = fn_facilitated_diffusion_using_carrier_protein_29(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_32(X) = fn_facilitated_diffusion_using_carrier_protein_27(fn_sodium_potassium_pump_54(X))
& X = fn_facilitated_diffusion_using_carrier_protein_33(fn_sodium_potassium_pump_54(X))
& fn_sodium_potassium_pump_33(X) = fn_polymer_1(X)
& X = fn_peptide_bond_54(fn_sodium_potassium_pump_5(X))
& fn_sodium_potassium_pump_33(X) = fn_molecule_10(X)
& fn_sodium_potassium_pump_23(X) = fn_molecule_11(X)
& fn_sodium_potassium_pump_33(X) = fn_peptide_bond_55(fn_sodium_potassium_pump_5(X))
& fn_sodium_potassium_pump_26(X) = fn_carrier_protein_34(X)
& fn_sodium_potassium_pump_23(X) = fn_carrier_protein_32(X)
& fn_sodium_potassium_pump_26(X) = fn_electrogenic_pump_15(X)
& fn_sodium_potassium_pump_23(X) = fn_electrogenic_pump_14(X)
& fn_sodium_potassium_pump_23(X) = fn_peptide_bond_53(fn_sodium_potassium_pump_5(X))
& fn_sodium_potassium_pump_26(X) = fn_peptide_bond_32(fn_sodium_potassium_pump_5(X))
& fn_electrogenic_pump_21(X) = fn_carrier_protein_36(X)
& fn_carrier_protein_36(X) = fn_electrogenic_pump_21(X)
& fn_electrogenic_pump_21(X) = fn_detach_1(fn_sodium_potassium_pump_18(X))
& fn_detach_1(fn_sodium_potassium_pump_18(X)) = fn_electrogenic_pump_24(X)
& fn_biomembrane_55(fn_sodium_potassium_pump_41(X)) = fn_biomembrane_55(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_55(fn_sodium_potassium_pump_41(X)) = fn_electrogenic_pump_24(X)
& fn_electrogenic_pump_24(X) = fn_biomembrane_55(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_55(fn_sodium_potassium_pump_41(X)) = fn_attract_2(fn_sodium_potassium_pump_15(X))
& fn_attract_2(fn_sodium_potassium_pump_15(X)) = fn_hydrophilic_compound_1(fn_sodium_potassium_pump_20(X))
& fn_hydrophilic_compound_1(fn_sodium_potassium_pump_20(X)) = fn_hydrophilic_compound_1(fn_sodium_potassium_pump_12(X))
& fn_hydrophilic_compound_1(fn_sodium_potassium_pump_12(X)) = fn_hydrophilic_compound_1(fn_sodium_potassium_pump_12(X))
& fn_hydrophilic_compound_1(fn_sodium_potassium_pump_12(X)) = fn_biomembrane_100(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_101(fn_sodium_potassium_pump_41(X)) = fn_biomembrane_100(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_100(fn_sodium_potassium_pump_41(X)) = fn_biomembrane_101(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_101(fn_sodium_potassium_pump_41(X)) = fn_biomembrane_101(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_102(fn_sodium_potassium_pump_41(X)) = fn_biomembrane_101(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_101(fn_sodium_potassium_pump_41(X)) = fn_biomembrane_102(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_102(fn_sodium_potassium_pump_41(X)) = fn_biomembrane_102(fn_sodium_potassium_pump_41(X))
& fn_electrogenic_pump_9(X) = fn_biomembrane_102(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_102(fn_sodium_potassium_pump_41(X)) = fn_electrogenic_pump_9(X)
& fn_electrogenic_pump_9(X) = fn_electrogenic_pump_9(X)
& fn_electrogenic_pump_9(X) = fn_biomembrane_72(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_72(fn_sodium_potassium_pump_41(X)) = fn_electrogenic_pump_6(X)
& fn_electrogenic_pump_6(X) = fn_biomembrane_72(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_72(fn_sodium_potassium_pump_41(X)) = fn_biomembrane_72(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_72(fn_sodium_potassium_pump_41(X)) = fn_electrogenic_pump_24(X)
& fn_electrogenic_pump_24(X) = fn_electrogenic_pump_24(X)
& fn_electrogenic_pump_24(X) = fn_biomembrane_47(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_47(fn_sodium_potassium_pump_41(X)) = fn_biomembrane_41(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_41(fn_sodium_potassium_pump_41(X)) = fn_biomembrane_41(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_41(fn_sodium_potassium_pump_41(X)) = fn_active_movement_of_ions_13(fn_sodium_potassium_pump_42(X))
& fn_active_movement_of_ions_13(fn_sodium_potassium_pump_42(X)) = fn_biomembrane_42(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_42(fn_sodium_potassium_pump_41(X)) = fn_active_movement_of_ions_18(fn_sodium_potassium_pump_42(X))
& fn_active_movement_of_ions_18(fn_sodium_potassium_pump_42(X)) = fn_carrier_protein_32(X)
& fn_active_movement_of_ions_5(fn_sodium_potassium_pump_42(X)) = fn_active_movement_of_ions_7(fn_sodium_potassium_pump_42(X))
& fn_active_movement_of_ions_7(fn_sodium_potassium_pump_42(X)) = fn_active_movement_of_ions_7(fn_sodium_potassium_pump_42(X))
& fn_active_movement_of_ions_7(fn_sodium_potassium_pump_42(X)) = fn_active_movement_of_ions_6(fn_sodium_potassium_pump_42(X))
& fn_active_movement_of_ions_6(fn_sodium_potassium_pump_42(X)) = fn_polar_covalent_bond_19(fn_sodium_potassium_pump_5(X))
& fn_polar_covalent_bond_19(fn_sodium_potassium_pump_5(X)) = fn_active_movement_of_ions_6(fn_sodium_potassium_pump_42(X))
& fn_active_movement_of_ions_6(fn_sodium_potassium_pump_42(X)) = fn_active_movement_of_ions_6(fn_sodium_potassium_pump_42(X))
& fn_active_movement_of_ions_6(fn_sodium_potassium_pump_42(X)) = fn_biomembrane_52(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_52(fn_sodium_potassium_pump_41(X)) = fn_active_transport_22(fn_sodium_potassium_pump_42(X))
& fn_active_transport_22(fn_sodium_potassium_pump_42(X)) = fn_active_transport_22(fn_sodium_potassium_pump_42(X))
& fn_active_transport_22(fn_sodium_potassium_pump_42(X)) = fn_biomembrane_52(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_52(fn_sodium_potassium_pump_41(X)) = fn_biomembrane_52(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_52(fn_sodium_potassium_pump_41(X)) = fn_electrogenic_pump_5(X)
& fn_electrogenic_pump_35(X) = fn_electrogenic_pump_5(X)
& fn_electrogenic_pump_5(X) = fn_electrogenic_pump_5(X)
& fn_electrogenic_pump_5(X) = fn_electrogenic_pump_35(X)
& fn_facilitated_diffusion_using_carrier_protein_34(fn_sodium_potassium_pump_54(X)) = fn_biomembrane_98(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_98(fn_sodium_potassium_pump_41(X)) = fn_biomembrane_99(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_99(fn_sodium_potassium_pump_41(X)) = fn_biomembrane_99(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_99(fn_sodium_potassium_pump_41(X)) = fn_biomembrane_48(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_48(fn_sodium_potassium_pump_41(X)) = fn_biomembrane_48(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_48(fn_sodium_potassium_pump_41(X)) = fn_electrogenic_pump_3(X)
& fn_electrogenic_pump_3(X) = fn_electrogenic_pump_3(X)
& fn_electrogenic_pump_3(X) = fn_facilitated_diffusion_using_carrier_protein_46(fn_sodium_potassium_pump_54(X))
& fn_facilitated_diffusion_using_carrier_protein_46(fn_sodium_potassium_pump_54(X)) = fn_biomembrane_63(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_63(fn_sodium_potassium_pump_41(X)) = fn_facilitated_diffusion_using_carrier_protein_39(fn_sodium_potassium_pump_54(X))
& fn_facilitated_diffusion_using_carrier_protein_39(fn_sodium_potassium_pump_54(X)) = fn_facilitated_diffusion_using_carrier_protein_39(fn_sodium_potassium_pump_54(X))
& fn_facilitated_diffusion_using_carrier_protein_39(fn_sodium_potassium_pump_54(X)) = fn_electrogenic_pump_35(X)
& fn_electrogenic_pump_35(X) = fn_biomembrane_52(fn_sodium_potassium_pump_41(X))
& fn_biomembrane_52(fn_sodium_potassium_pump_41(X)) = fn_electrogenic_pump_35(X)
& fn_electrogenic_pump_35(X) = fn_electrogenic_pump_35(X)
& fn_electrogenic_pump_35(X) = fn_facilitated_diffusion_using_carrier_protein_34(fn_sodium_potassium_pump_54(X))
& fn_facilitated_diffusion_using_carrier_protein_34(fn_sodium_potassium_pump_54(X)) = fn_facilitated_diffusion_using_carrier_protein_34(fn_sodium_potassium_pump_54(X))
& fn_facilitated_diffusion_using_carrier_protein_34(fn_sodium_potassium_pump_54(X)) = fn_electrogenic_pump_30(X)
& fn_electrogenic_pump_30(X) = fn_active_transport_18(fn_sodium_potassium_pump_42(X))
& fn_active_transport_18(fn_sodium_potassium_pump_42(X)) = fn_electrogenic_pump_30(X)
& fn_electrogenic_pump_30(X) = fn_electrogenic_pump_30(X)
& fn_active_movement_of_ions_19(fn_sodium_potassium_pump_42(X)) = fn_electrogenic_pump_30(X)
& fn_electrogenic_pump_30(X) = fn_active_movement_of_ions_19(fn_sodium_potassium_pump_42(X))
& fn_active_movement_of_ions_19(fn_sodium_potassium_pump_42(X)) = fn_active_movement_of_ions_19(fn_sodium_potassium_pump_42(X))
& fn_active_movement_of_ions_19(fn_sodium_potassium_pump_42(X)) = fn_facilitated_diffusion_using_carrier_protein_40(fn_sodium_potassium_pump_54(X))
& fn_facilitated_diffusion_using_carrier_protein_40(fn_sodium_potassium_pump_54(X)) = fn_facilitated_diffusion_using_carrier_protein_40(fn_sodium_potassium_pump_54(X))
& fn_facilitated_diffusion_using_carrier_protein_40(fn_sodium_potassium_pump_54(X)) = fn_electrogenic_pump_21(X)
& fn_electrogenic_pump_21(X) = fn_facilitated_diffusion_using_carrier_protein_28(fn_sodium_potassium_pump_54(X))
& fn_facilitated_diffusion_using_carrier_protein_28(fn_sodium_potassium_pump_54(X)) = fn_facilitated_diffusion_using_carrier_protein_28(fn_sodium_potassium_pump_54(X))
& fn_facilitated_diffusion_using_carrier_protein_28(fn_sodium_potassium_pump_54(X)) = fn_active_movement_of_ions_10(fn_sodium_potassium_pump_42(X))
& fn_active_movement_of_ions_10(fn_sodium_potassium_pump_42(X)) = fn_active_movement_of_ions_10(fn_sodium_potassium_pump_42(X))
& fn_active_movement_of_ions_10(fn_sodium_potassium_pump_42(X)) = fn_facilitated_diffusion_using_carrier_protein_33(fn_sodium_potassium_pump_54(X))
& fn_facilitated_diffusion_using_carrier_protein_33(fn_sodium_potassium_pump_54(X)) = fn_facilitated_diffusion_using_carrier_protein_33(fn_sodium_potassium_pump_54(X))
& fn_facilitated_diffusion_using_carrier_protein_33(fn_sodium_potassium_pump_54(X)) = fn_peptide_bond_54(fn_sodium_potassium_pump_5(X))
& fn_peptide_bond_54(fn_sodium_potassium_pump_5(X)) = fn_peptide_bond_54(fn_sodium_potassium_pump_5(X))
& fn_peptide_bond_54(fn_sodium_potassium_pump_5(X)) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_molecule_10(X)
& fn_active_movement_of_ions_3(fn_sodium_potassium_pump_42(X)) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_active_movement_of_ions_3(fn_sodium_potassium_pump_42(X))
& fn_active_movement_of_ions_3(fn_sodium_potassium_pump_42(X)) = fn_peptide_bond_55(fn_sodium_potassium_pump_5(X))
& fn_peptide_bond_55(fn_sodium_potassium_pump_5(X)) = fn_peptide_bond_55(fn_sodium_potassium_pump_5(X))
& fn_peptide_bond_55(fn_sodium_potassium_pump_5(X)) = fn_polar_covalent_bond_18(fn_sodium_potassium_pump_5(X))
& fn_polar_covalent_bond_18(fn_sodium_potassium_pump_5(X)) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_polar_covalent_bond_18(fn_sodium_potassium_pump_5(X))
& fn_carrier_protein_32(X) = fn_polar_covalent_bond_18(fn_sodium_potassium_pump_5(X))
& fn_polar_covalent_bond_18(fn_sodium_potassium_pump_5(X)) = fn_polar_covalent_bond_18(fn_sodium_potassium_pump_5(X))
& fn_polar_covalent_bond_18(fn_sodium_potassium_pump_5(X)) = fn_carrier_protein_32(X)
& fn_electrogenic_pump_14(X) = fn_carrier_protein_32(X)
& fn_carrier_protein_32(X) = fn_electrogenic_pump_14(X)
& fn_electrogenic_pump_14(X) = fn_electrogenic_pump_14(X)
& fn_active_movement_of_ions_5(fn_sodium_potassium_pump_42(X)) = fn_electrogenic_pump_14(X)
& fn_electrogenic_pump_14(X) = fn_active_movement_of_ions_5(fn_sodium_potassium_pump_42(X))
& fn_active_movement_of_ions_5(fn_sodium_potassium_pump_42(X)) = fn_active_movement_of_ions_5(fn_sodium_potassium_pump_42(X))
& fn_active_movement_of_ions_5(fn_sodium_potassium_pump_42(X)) = fn_peptide_bond_53(fn_sodium_potassium_pump_5(X))
& fn_peptide_bond_53(fn_sodium_potassium_pump_5(X)) = fn_peptide_bond_53(fn_sodium_potassium_pump_5(X))
& fn_peptide_bond_53(fn_sodium_potassium_pump_5(X)) = fn_covalent_bond_20(fn_sodium_potassium_pump_36(X))
& fn_covalent_bond_20(fn_sodium_potassium_pump_36(X)) = fn_covalent_bond_19(fn_sodium_potassium_pump_36(X))
& fn_covalent_bond_19(fn_sodium_potassium_pump_36(X)) = fn_covalent_bond_19(fn_sodium_potassium_pump_36(X))
& fn_covalent_bond_19(fn_sodium_potassium_pump_36(X)) = fn_carrier_protein_34(X)
& fn_carrier_protein_34(X) = fn_carrier_protein_34(X)
& fn_electrogenic_pump_15(X) = fn_carrier_protein_34(X)
& fn_carrier_protein_34(X) = fn_electrogenic_pump_15(X)
& fn_active_movement_of_ions_23(fn_sodium_potassium_pump_42(X)) = fn_electrogenic_pump_15(X)
& fn_electrogenic_pump_15(X) = fn_electrogenic_pump_15(X)
& fn_electrogenic_pump_15(X) = fn_active_movement_of_ions_23(fn_sodium_potassium_pump_42(X))
& fn_active_movement_of_ions_23(fn_sodium_potassium_pump_42(X)) = fn_active_movement_of_ions_23(fn_sodium_potassium_pump_42(X))
& fn_active_movement_of_ions_23(fn_sodium_potassium_pump_42(X)) = fn_facilitated_diffusion_using_carrier_protein_21(fn_sodium_potassium_pump_54(X))
& fn_facilitated_diffusion_using_carrier_protein_21(fn_sodium_potassium_pump_54(X)) = fn_facilitated_diffusion_using_carrier_protein_21(fn_sodium_potassium_pump_54(X))
& fn_facilitated_diffusion_using_carrier_protein_21(fn_sodium_potassium_pump_54(X)) = fn_peptide_bond_32(fn_sodium_potassium_pump_5(X))
& fn_peptide_bond_32(fn_sodium_potassium_pump_5(X)) = fn_peptide_bond_32(fn_sodium_potassium_pump_5(X)) ) ) ).
fof(a532742,axiom,
! [X] :
( soil_1(X)
=> ( original_name_2(X,'Soil')
& user_description_2(X,'The component of the earth\'s surface that consists of humus and disintegrated rock.')
& concept2words_2(X,dirt)
& concept2words_2(X,soil)
& heterogeneous_mixture_1(X)
& ~ suspension_1(X)
& ~ acid_chyme_1(X)
& ~ detritus_1(X)
& ~ feces_1(X)
& ~ homogenate_1(X)
& ~ homogeneous_mixture_1(X)
& ~ loam_1(X)
& ~ mesohyl_1(X)
& ~ peat_1(X)
& ~ protobiont_1(X)
& ~ saliva_1(X)
& ground_1(fn_soil_1(X))
& mineral_1(fn_soil_2(X))
& water_1(fn_soil_3(X))
& has_part_2(fn_soil_1(X),X)
& has_part_2(X,fn_soil_3(X))
& has_part_2(X,fn_soil_2(X))
& fn_soil_3(X) = fn_mixture_2(X)
& fn_soil_2(X) = fn_mixture_1(X) ) ) ).
fof(a532743,axiom,
! [X] :
( soil_depletion_1(X)
=> ( original_name_2(X,'Soil-Depletion')
& user_description_2(X,'The removal of essential nutrients from the soil, without replacing them.')
& concept2words_2(X,'depletion of soil')
& concept2words_2(X,'soil depletion')
& concept2words_2(X,'soil-depletion')
& agricultural_process_1(X) ) ) ).
fof(a532744,axiom,
! [X] :
( soil_horizon_1(X)
=> ( original_name_2(X,'Soil-Horizon')
& user_description_2(X,'A more or less distinct horizontal layer in a soil, which differs physically from the layers above and below it.')
& concept2words_2(X,'horizon of soil')
& concept2words_2(X,'soil horizon')
& concept2words_2(X,'soil-horizon')
& territory_1(X) ) ) ).
fof(a532745,axiom,
! [X] :
( soil_solution_1(X)
=> ( original_name_2(X,'Soil-Solution')
& user_description_2(X,'Soil Solution consists of water molecules and dissolved mineral ions that are not bound tightly to soil particles.')
& concept2words_2(X,'solution of soil')
& concept2words_2(X,'soil solution')
& concept2words_2(X,'soil-solution')
& aqueous_solution_1(X)
& mineral_1(fn_soil_solution_1(X))
& has_part_2(X,fn_soil_solution_1(X))
& has_solute_2(X,fn_soil_solution_1(X))
& fn_soil_solution_1(X) = fn_solution_5(X) ) ) ).
fof(a532746,axiom,
! [X] :
( soil_to_xylem_pathway_1(X)
=> ( original_name_2(X,'Soil-To-Xylem-Pathway')
& user_description_2(X,'Water and minerals pass from the soil into the root cortex using soil to xylem pathway.')
& concept2words_2(X,'soil to xylem pathway')
& concept2words_2(X,'soil-to-xylem-pathway')
& plant_transport_1(X)
& metabolism_1(fn_soil_to_xylem_pathway_1(X))
& soil_1(fn_soil_to_xylem_pathway_2(X))
& root_hair_1(fn_soil_to_xylem_pathway_3(X))
& hydrophilic_region_1(fn_soil_to_xylem_pathway_4(X))
& apoplast_1(fn_soil_to_xylem_pathway_5(X))
& time_interval_1(fn_soil_to_xylem_pathway_6(X))
& time_interval_1(fn_soil_to_xylem_pathway_7(X))
& time_interval_1(fn_soil_to_xylem_pathway_8(X))
& plant_cell_wall_1(fn_soil_to_xylem_pathway_9(X))
& layer_1(fn_soil_to_xylem_pathway_10(X))
& release_1(fn_soil_to_xylem_pathway_11(X))
& tangible_entity_1(fn_soil_to_xylem_pathway_12(X))
& membrane_1(fn_soil_to_xylem_pathway_12(X))
& spatial_entity_1(fn_soil_to_xylem_pathway_12(X))
& biomembrane_1(fn_soil_to_xylem_pathway_12(X))
& plasma_membrane_1(fn_soil_to_xylem_pathway_12(X))
& facilitated_diffusion_of_polar_molecule_1(fn_soil_to_xylem_pathway_13(X))
& membrane_potential_1(fn_soil_to_xylem_pathway_14(X))
& membrane_potential_1(fn_soil_to_xylem_pathway_15(X))
& spatial_entity_1(fn_soil_to_xylem_pathway_16(X))
& membrane_protein_1(fn_soil_to_xylem_pathway_16(X))
& attach_1(fn_soil_to_xylem_pathway_17(X))
& apoplast_1(fn_soil_to_xylem_pathway_18(X))
& apoplastic_transport_1(fn_soil_to_xylem_pathway_19(X))
& move_through_1(fn_soil_to_xylem_pathway_20(X))
& move_1(fn_soil_to_xylem_pathway_20(X))
& move_into_1(fn_soil_to_xylem_pathway_20(X))
& apoplast_1(fn_soil_to_xylem_pathway_21(X))
& tissue_1(fn_soil_to_xylem_pathway_22(X))
& cortex_1(fn_soil_to_xylem_pathway_22(X))
& endodermis_1(fn_soil_to_xylem_pathway_23(X))
& ground_tissue_system_1(fn_soil_to_xylem_pathway_24(X))
& soil_solution_1(fn_soil_to_xylem_pathway_25(X))
& tangible_entity_1(fn_soil_to_xylem_pathway_26(X))
& root_1(fn_soil_to_xylem_pathway_26(X))
& symplast_1(fn_soil_to_xylem_pathway_27(X))
& aqueous_solution_1(fn_soil_to_xylem_pathway_28(X))
& solution_1(fn_soil_to_xylem_pathway_28(X))
& move_through_1(fn_soil_to_xylem_pathway_29(X))
& move_1(fn_soil_to_xylem_pathway_29(X))
& transmembrane_transport_1(fn_soil_to_xylem_pathway_30(X))
& cell_wall_1(fn_soil_to_xylem_pathway_31(X))
& plant_cell_wall_1(fn_soil_to_xylem_pathway_31(X))
& spatial_entity_1(fn_soil_to_xylem_pathway_32(X))
& mixture_1(fn_soil_to_xylem_pathway_32(X))
& suspension_1(fn_soil_to_xylem_pathway_32(X))
& colloid_1(fn_soil_to_xylem_pathway_32(X))
& cytoplasm_1(fn_soil_to_xylem_pathway_32(X))
& cell_1(fn_soil_to_xylem_pathway_33(X))
& eukaryotic_cell_1(fn_soil_to_xylem_pathway_33(X))
& plant_cell_1(fn_soil_to_xylem_pathway_33(X))
& xylem_1(fn_soil_to_xylem_pathway_34(X))
& move_through_1(fn_soil_to_xylem_pathway_35(X))
& move_1(fn_soil_to_xylem_pathway_35(X))
& cell_1(fn_soil_to_xylem_pathway_36(X))
& eukaryotic_cell_1(fn_soil_to_xylem_pathway_36(X))
& endodermal_cell_1(fn_soil_to_xylem_pathway_36(X))
& plant_cell_1(fn_soil_to_xylem_pathway_36(X))
& membrane_1(fn_soil_to_xylem_pathway_37(X))
& spatial_entity_1(fn_soil_to_xylem_pathway_37(X))
& biomembrane_1(fn_soil_to_xylem_pathway_37(X))
& plasma_membrane_1(fn_soil_to_xylem_pathway_37(X))
& move_into_1(fn_soil_to_xylem_pathway_38(X))
& symplastic_transport_1(fn_soil_to_xylem_pathway_39(X))
& mineral_1(fn_soil_to_xylem_pathway_40(X))
& epidermal_cell_1(fn_soil_to_xylem_pathway_41(X))
& protein_enzyme_1(fn_soil_to_xylem_pathway_42(X))
& protein_enzyme_1(fn_soil_to_xylem_pathway_43(X))
& synthesis_of_atp_1(fn_soil_to_xylem_pathway_44(X))
& synthesis_reaction_1(fn_soil_to_xylem_pathway_45(X))
& metabolic_pathway_1(fn_soil_to_xylem_pathway_45(X))
& chemical_reaction_1(fn_soil_to_xylem_pathway_45(X))
& anabolic_pathway_1(fn_soil_to_xylem_pathway_45(X))
& synthesis_of_lipid_1(fn_soil_to_xylem_pathway_45(X))
& smooth_endoplasmic_reticulum_1(fn_soil_to_xylem_pathway_46(X))
& spatial_entity_1(fn_soil_to_xylem_pathway_47(X))
& mixture_1(fn_soil_to_xylem_pathway_47(X))
& suspension_1(fn_soil_to_xylem_pathway_47(X))
& colloid_1(fn_soil_to_xylem_pathway_47(X))
& cytoplasm_1(fn_soil_to_xylem_pathway_47(X))
& cell_wall_1(fn_soil_to_xylem_pathway_48(X))
& plant_cell_wall_1(fn_soil_to_xylem_pathway_48(X))
& tangible_entity_1(fn_soil_to_xylem_pathway_49(X))
& membrane_1(fn_soil_to_xylem_pathway_49(X))
& spatial_entity_1(fn_soil_to_xylem_pathway_49(X))
& biomembrane_1(fn_soil_to_xylem_pathway_49(X))
& plasma_membrane_1(fn_soil_to_xylem_pathway_49(X))
& release_1(fn_soil_to_xylem_pathway_50(X))
& spatial_entity_1(fn_move_1(fn_soil_to_xylem_pathway_38(X)))
& gradient_1(fn_passive_transport_of_solute_3(fn_soil_to_xylem_pathway_13(X)))
& concentration_gradient_1(fn_passive_transport_of_solute_3(fn_soil_to_xylem_pathway_13(X)))
& apoplast_1(fn_xylem_32(fn_soil_to_xylem_pathway_34(X)))
& eukaryotic_cell_1(fn_xylem_16(fn_soil_to_xylem_pathway_34(X)))
& cell_1(fn_xylem_16(fn_soil_to_xylem_pathway_34(X)))
& plant_cell_1(fn_xylem_16(fn_soil_to_xylem_pathway_34(X)))
& plant_cell_1(fn_plant_cell_wall_24(fn_soil_to_xylem_pathway_9(X)))
& aqueous_solution_1(fn_transmembrane_transport_3(fn_soil_to_xylem_pathway_30(X)))
& move_through_1(fn_transmembrane_transport_2(fn_soil_to_xylem_pathway_30(X)))
& move_1(fn_transmembrane_transport_2(fn_soil_to_xylem_pathway_30(X)))
& apoplast_1(fn_apoplastic_transport_1(fn_soil_to_xylem_pathway_19(X)))
& move_through_1(fn_apoplastic_transport_2(fn_soil_to_xylem_pathway_19(X)))
& symplast_1(fn_symplastic_transport_1(fn_soil_to_xylem_pathway_39(X)))
& spatial_entity_1(fn_move_1(fn_soil_to_xylem_pathway_20(X)))
& tangible_entity_1(fn_move_into_1(fn_soil_to_xylem_pathway_20(X)))
& membrane_potential_1(fn_biomembrane_8(fn_soil_to_xylem_pathway_12(X)))
& attach_1(fn_plant_cell_68(fn_soil_to_xylem_pathway_33(X)))
& cell_wall_1(fn_plant_cell_82(fn_soil_to_xylem_pathway_33(X)))
& plant_cell_wall_1(fn_plant_cell_82(fn_soil_to_xylem_pathway_33(X)))
& protein_enzyme_1(fn_plant_cell_92(fn_soil_to_xylem_pathway_36(X)))
& synthesis_reaction_1(fn_plant_cell_76(fn_soil_to_xylem_pathway_36(X)))
& metabolic_pathway_1(fn_plant_cell_76(fn_soil_to_xylem_pathway_36(X)))
& chemical_reaction_1(fn_plant_cell_76(fn_soil_to_xylem_pathway_36(X)))
& anabolic_pathway_1(fn_plant_cell_76(fn_soil_to_xylem_pathway_36(X)))
& synthesis_of_lipid_1(fn_plant_cell_76(fn_soil_to_xylem_pathway_36(X)))
& protein_enzyme_1(fn_plant_cell_11(fn_soil_to_xylem_pathway_36(X)))
& cell_wall_1(fn_plant_cell_82(fn_soil_to_xylem_pathway_36(X)))
& plant_cell_wall_1(fn_plant_cell_82(fn_soil_to_xylem_pathway_36(X)))
& layer_1(fn_root_4(fn_soil_to_xylem_pathway_26(X)))
& ground_tissue_system_1(fn_root_9(fn_soil_to_xylem_pathway_26(X)))
& move_through_1(fn_plasma_membrane_74(fn_soil_to_xylem_pathway_37(X)))
& move_1(fn_plasma_membrane_74(fn_soil_to_xylem_pathway_37(X)))
& move_through_1(fn_symplastic_transport_2(fn_soil_to_xylem_pathway_39(X)))
& spatial_entity_1(fn_attach_1(fn_soil_to_xylem_pathway_17(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_soil_to_xylem_pathway_12(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_soil_to_xylem_pathway_12(X)))
& membrane_1(fn_plant_cell_wall_26(fn_soil_to_xylem_pathway_9(X)))
& spatial_entity_1(fn_plant_cell_wall_26(fn_soil_to_xylem_pathway_9(X)))
& biomembrane_1(fn_plant_cell_wall_26(fn_soil_to_xylem_pathway_9(X)))
& plasma_membrane_1(fn_plant_cell_wall_26(fn_soil_to_xylem_pathway_9(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_soil_to_xylem_pathway_33(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_soil_to_xylem_pathway_33(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_soil_to_xylem_pathway_33(X)))
& tangible_entity_1(fn_release_1(fn_soil_to_xylem_pathway_11(X)))
& tangible_entity_1(fn_release_1(fn_soil_to_xylem_pathway_50(X)))
& chemical_1(fn_solution_6(fn_soil_to_xylem_pathway_28(X)))
& chemical_1(fn_solution_5(fn_soil_to_xylem_pathway_28(X)))
& tangible_entity_1(fn_release_2(fn_soil_to_xylem_pathway_11(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_soil_to_xylem_pathway_13(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_soil_to_xylem_pathway_13(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_soil_to_xylem_pathway_13(X)))
& membrane_1(fn_plant_cell_97(fn_soil_to_xylem_pathway_33(X)))
& spatial_entity_1(fn_plant_cell_97(fn_soil_to_xylem_pathway_33(X)))
& biomembrane_1(fn_plant_cell_97(fn_soil_to_xylem_pathway_33(X)))
& plasma_membrane_1(fn_plant_cell_97(fn_soil_to_xylem_pathway_33(X)))
& move_through_1(fn_plasma_membrane_74(fn_soil_to_xylem_pathway_12(X)))
& move_1(fn_plasma_membrane_74(fn_soil_to_xylem_pathway_12(X)))
& move_through_1(fn_plant_cell_42(fn_soil_to_xylem_pathway_33(X)))
& move_1(fn_plant_cell_42(fn_soil_to_xylem_pathway_33(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_soil_to_xylem_pathway_33(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_soil_to_xylem_pathway_33(X)))
& spatial_entity_1(fn_plant_cell_83(fn_soil_to_xylem_pathway_33(X)))
& mixture_1(fn_plant_cell_83(fn_soil_to_xylem_pathway_33(X)))
& suspension_1(fn_plant_cell_83(fn_soil_to_xylem_pathway_33(X)))
& colloid_1(fn_plant_cell_83(fn_soil_to_xylem_pathway_33(X)))
& cytoplasm_1(fn_plant_cell_83(fn_soil_to_xylem_pathway_33(X)))
& tangible_entity_1(fn_release_2(fn_soil_to_xylem_pathway_50(X)))
& membrane_1(fn_plant_cell_97(fn_soil_to_xylem_pathway_36(X)))
& spatial_entity_1(fn_plant_cell_97(fn_soil_to_xylem_pathway_36(X)))
& biomembrane_1(fn_plant_cell_97(fn_soil_to_xylem_pathway_36(X)))
& plasma_membrane_1(fn_plant_cell_97(fn_soil_to_xylem_pathway_36(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_soil_to_xylem_pathway_36(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_soil_to_xylem_pathway_36(X)))
& spatial_entity_1(fn_plant_cell_83(fn_soil_to_xylem_pathway_36(X)))
& mixture_1(fn_plant_cell_83(fn_soil_to_xylem_pathway_36(X)))
& suspension_1(fn_plant_cell_83(fn_soil_to_xylem_pathway_36(X)))
& colloid_1(fn_plant_cell_83(fn_soil_to_xylem_pathway_36(X)))
& cytoplasm_1(fn_plant_cell_83(fn_soil_to_xylem_pathway_36(X)))
& smooth_endoplasmic_reticulum_1(fn_eukaryotic_cell_20(fn_soil_to_xylem_pathway_36(X)))
& smooth_endoplasmic_reticulum_1(fn_plant_cell_77(fn_soil_to_xylem_pathway_36(X)))
& cell_1(fn_metabolic_pathway_1(fn_soil_to_xylem_pathway_44(X)))
& endodermal_cell_1(fn_endodermis_1(fn_soil_to_xylem_pathway_23(X)))
& endodermis_1(fn_endodermal_cell_7(fn_soil_to_xylem_pathway_36(X)))
& endodermis_1(fn_root_12(fn_soil_to_xylem_pathway_26(X)))
& tissue_1(fn_root_27(fn_soil_to_xylem_pathway_26(X)))
& cortex_1(fn_root_13(fn_soil_to_xylem_pathway_26(X)))
& fn_soil_to_xylem_pathway_11(X) != fn_soil_to_xylem_pathway_50(X)
& destination_2(fn_soil_to_xylem_pathway_11(X),fn_soil_to_xylem_pathway_31(X))
& enables_2(fn_soil_to_xylem_pathway_11(X),fn_soil_to_xylem_pathway_29(X))
& base_2(fn_soil_to_xylem_pathway_1(X),fn_soil_to_xylem_pathway_33(X))
& site_2(fn_soil_to_xylem_pathway_1(X),fn_soil_to_xylem_pathway_32(X))
& is_across_2(fn_soil_to_xylem_pathway_14(X),fn_soil_to_xylem_pathway_12(X))
& is_across_2(fn_soil_to_xylem_pathway_15(X),fn_soil_to_xylem_pathway_12(X))
& time_during_2(fn_soil_to_xylem_pathway_19(X),fn_soil_to_xylem_pathway_8(X))
& next_event_2(fn_soil_to_xylem_pathway_19(X),fn_soil_to_xylem_pathway_30(X))
& destination_2(fn_soil_to_xylem_pathway_19(X),fn_soil_to_xylem_pathway_22(X))
& origin_2(fn_soil_to_xylem_pathway_19(X),fn_soil_to_xylem_pathway_2(X))
& destination_2(fn_soil_to_xylem_pathway_20(X),fn_soil_to_xylem_pathway_22(X))
& origin_2(fn_soil_to_xylem_pathway_20(X),fn_soil_to_xylem_pathway_2(X))
& is_outside_2(fn_soil_to_xylem_pathway_2(X),fn_soil_to_xylem_pathway_37(X))
& is_outside_2(fn_soil_to_xylem_pathway_2(X),fn_soil_to_xylem_pathway_26(X))
& is_inside_2(fn_soil_to_xylem_pathway_22(X),fn_soil_to_xylem_pathway_26(X))
& has_region_2(fn_soil_to_xylem_pathway_3(X),fn_soil_to_xylem_pathway_4(X))
& is_inside_2(fn_soil_to_xylem_pathway_4(X),fn_soil_to_xylem_pathway_9(X))
& facilitates_2(fn_soil_to_xylem_pathway_4(X),fn_soil_to_xylem_pathway_20(X))
& has_region_2(fn_soil_to_xylem_pathway_26(X),fn_soil_to_xylem_pathway_21(X))
& has_region_2(fn_soil_to_xylem_pathway_26(X),fn_soil_to_xylem_pathway_27(X))
& has_part_2(fn_soil_to_xylem_pathway_26(X),fn_soil_to_xylem_pathway_3(X))
& base_2(X,fn_soil_to_xylem_pathway_26(X))
& first_subevent_2(X,fn_soil_to_xylem_pathway_19(X))
& subevent_2(X,fn_soil_to_xylem_pathway_19(X))
& subevent_2(X,fn_soil_to_xylem_pathway_30(X))
& subevent_2(X,fn_soil_to_xylem_pathway_35(X))
& subevent_2(X,fn_soil_to_xylem_pathway_39(X))
& destination_2(fn_soil_to_xylem_pathway_29(X),fn_soil_to_xylem_pathway_27(X))
& origin_2(fn_soil_to_xylem_pathway_29(X),fn_soil_to_xylem_pathway_5(X))
& destination_2(fn_soil_to_xylem_pathway_30(X),fn_soil_to_xylem_pathway_27(X))
& object_2(fn_soil_to_xylem_pathway_30(X),fn_soil_to_xylem_pathway_28(X))
& origin_2(fn_soil_to_xylem_pathway_30(X),fn_soil_to_xylem_pathway_5(X))
& time_during_2(fn_soil_to_xylem_pathway_30(X),fn_soil_to_xylem_pathway_7(X))
& next_event_2(fn_soil_to_xylem_pathway_30(X),fn_soil_to_xylem_pathway_35(X))
& fn_soil_to_xylem_pathway_33(X) != fn_soil_to_xylem_pathway_41(X)
& destination_2(fn_soil_to_xylem_pathway_35(X),fn_soil_to_xylem_pathway_18(X))
& origin_2(fn_soil_to_xylem_pathway_35(X),fn_soil_to_xylem_pathway_27(X))
& time_during_2(fn_soil_to_xylem_pathway_35(X),fn_soil_to_xylem_pathway_6(X))
& origin_2(fn_soil_to_xylem_pathway_38(X),fn_soil_to_xylem_pathway_2(X))
& destination_2(fn_soil_to_xylem_pathway_38(X),fn_soil_to_xylem_pathway_32(X))
& origin_2(fn_soil_to_xylem_pathway_39(X),fn_soil_to_xylem_pathway_2(X))
& destination_2(fn_soil_to_xylem_pathway_39(X),fn_soil_to_xylem_pathway_32(X))
& is_inside_2(fn_soil_to_xylem_pathway_40(X),fn_soil_to_xylem_pathway_12(X))
& is_inside_2(fn_soil_to_xylem_pathway_40(X),fn_soil_to_xylem_pathway_49(X))
& is_inside_2(fn_soil_to_xylem_pathway_41(X),fn_soil_to_xylem_pathway_3(X))
& fn_soil_to_xylem_pathway_41(X) != fn_soil_to_xylem_pathway_33(X)
& agent_2(fn_soil_to_xylem_pathway_44(X),fn_soil_to_xylem_pathway_42(X))
& agent_2(fn_soil_to_xylem_pathway_44(X),fn_soil_to_xylem_pathway_43(X))
& agent_2(fn_soil_to_xylem_pathway_45(X),fn_soil_to_xylem_pathway_42(X))
& agent_2(fn_soil_to_xylem_pathway_45(X),fn_soil_to_xylem_pathway_43(X))
& fn_soil_to_xylem_pathway_50(X) != fn_soil_to_xylem_pathway_11(X)
& enables_2(fn_soil_to_xylem_pathway_50(X),fn_soil_to_xylem_pathway_29(X))
& destination_2(fn_soil_to_xylem_pathway_50(X),fn_soil_to_xylem_pathway_48(X))
& time_before_2(fn_soil_to_xylem_pathway_7(X),fn_soil_to_xylem_pathway_6(X))
& time_before_2(fn_soil_to_xylem_pathway_8(X),fn_soil_to_xylem_pathway_7(X))
& object_2(fn_soil_to_xylem_pathway_38(X),fn_soil_to_xylem_pathway_25(X))
& object_2(fn_soil_to_xylem_pathway_17(X),fn_soil_to_xylem_pathway_16(X))
& base_2(fn_soil_to_xylem_pathway_44(X),fn_soil_to_xylem_pathway_36(X))
& base_2(fn_soil_to_xylem_pathway_11(X),fn_soil_to_xylem_pathway_12(X))
& base_2(fn_soil_to_xylem_pathway_50(X),fn_soil_to_xylem_pathway_49(X))
& object_2(fn_soil_to_xylem_pathway_11(X),fn_soil_to_xylem_pathway_40(X))
& object_2(fn_soil_to_xylem_pathway_50(X),fn_soil_to_xylem_pathway_40(X))
& agent_2(fn_soil_to_xylem_pathway_13(X),fn_soil_to_xylem_pathway_14(X))
& path_2(fn_soil_to_xylem_pathway_13(X),fn_soil_to_xylem_pathway_12(X))
& base_2(fn_soil_to_xylem_pathway_38(X),fn_soil_to_xylem_pathway_37(X))
& has_region_2(fn_soil_to_xylem_pathway_34(X),fn_soil_to_xylem_pathway_18(X))
& has_part_2(fn_soil_to_xylem_pathway_34(X),fn_soil_to_xylem_pathway_33(X))
& has_part_2(fn_soil_to_xylem_pathway_41(X),fn_soil_to_xylem_pathway_9(X))
& has_part_2(fn_soil_to_xylem_pathway_41(X),fn_soil_to_xylem_pathway_37(X))
& subevent_2(fn_soil_to_xylem_pathway_30(X),fn_soil_to_xylem_pathway_29(X))
& object_2(fn_soil_to_xylem_pathway_29(X),fn_soil_to_xylem_pathway_28(X))
& subevent_2(fn_soil_to_xylem_pathway_19(X),fn_soil_to_xylem_pathway_20(X))
& path_2(fn_soil_to_xylem_pathway_20(X),fn_soil_to_xylem_pathway_21(X))
& path_2(fn_soil_to_xylem_pathway_19(X),fn_soil_to_xylem_pathway_21(X))
& subevent_2(fn_soil_to_xylem_pathway_39(X),fn_soil_to_xylem_pathway_38(X))
& path_2(fn_soil_to_xylem_pathway_38(X),fn_soil_to_xylem_pathway_27(X))
& path_2(fn_soil_to_xylem_pathway_39(X),fn_soil_to_xylem_pathway_27(X))
& is_at_2(fn_soil_to_xylem_pathway_16(X),fn_soil_to_xylem_pathway_12(X))
& is_inside_2(fn_soil_to_xylem_pathway_32(X),fn_soil_to_xylem_pathway_37(X))
& element_2(fn_soil_to_xylem_pathway_24(X),fn_soil_to_xylem_pathway_23(X))
& is_inside_2(fn_soil_to_xylem_pathway_23(X),fn_soil_to_xylem_pathway_10(X))
& has_region_2(fn_soil_to_xylem_pathway_22(X),fn_soil_to_xylem_pathway_10(X))
& element_2(fn_soil_to_xylem_pathway_24(X),fn_soil_to_xylem_pathway_22(X))
& has_region_2(fn_soil_to_xylem_pathway_26(X),fn_soil_to_xylem_pathway_24(X))
& has_part_2(fn_soil_to_xylem_pathway_26(X),fn_soil_to_xylem_pathway_23(X))
& has_part_2(fn_soil_to_xylem_pathway_26(X),fn_soil_to_xylem_pathway_22(X))
& is_inside_2(fn_soil_to_xylem_pathway_22(X),fn_soil_to_xylem_pathway_24(X))
& fn_soil_to_xylem_pathway_42(X) != fn_soil_to_xylem_pathway_43(X)
& fn_soil_to_xylem_pathway_43(X) != fn_soil_to_xylem_pathway_42(X)
& has_part_2(fn_soil_to_xylem_pathway_47(X),fn_soil_to_xylem_pathway_42(X))
& is_inside_2(fn_soil_to_xylem_pathway_47(X),fn_soil_to_xylem_pathway_49(X))
& has_part_2(fn_soil_to_xylem_pathway_36(X),fn_soil_to_xylem_pathway_49(X))
& has_function_2(fn_soil_to_xylem_pathway_46(X),fn_soil_to_xylem_pathway_45(X))
& site_2(fn_soil_to_xylem_pathway_45(X),fn_soil_to_xylem_pathway_46(X))
& base_2(fn_soil_to_xylem_pathway_45(X),fn_soil_to_xylem_pathway_36(X))
& has_part_2(fn_soil_to_xylem_pathway_47(X),fn_soil_to_xylem_pathway_43(X))
& has_part_2(fn_soil_to_xylem_pathway_36(X),fn_soil_to_xylem_pathway_47(X))
& is_between_2(fn_soil_to_xylem_pathway_47(X),fn_soil_to_xylem_pathway_49(X))
& has_part_2(fn_soil_to_xylem_pathway_36(X),fn_soil_to_xylem_pathway_48(X))
& has_part_2(fn_soil_to_xylem_pathway_36(X),fn_soil_to_xylem_pathway_46(X))
& base_2(fn_soil_to_xylem_pathway_17(X),fn_soil_to_xylem_pathway_12(X))
& is_between_2(fn_soil_to_xylem_pathway_32(X),fn_soil_to_xylem_pathway_12(X))
& is_inside_2(fn_soil_to_xylem_pathway_32(X),fn_soil_to_xylem_pathway_12(X))
& has_part_2(fn_soil_to_xylem_pathway_33(X),fn_soil_to_xylem_pathway_12(X))
& base_2(fn_soil_to_xylem_pathway_35(X),fn_soil_to_xylem_pathway_12(X))
& has_part_2(fn_soil_to_xylem_pathway_33(X),fn_soil_to_xylem_pathway_31(X))
& has_part_2(fn_soil_to_xylem_pathway_33(X),fn_soil_to_xylem_pathway_32(X))
& possesses_2(fn_soil_to_xylem_pathway_12(X),fn_soil_to_xylem_pathway_15(X))
& has_part_2(fn_soil_to_xylem_pathway_23(X),fn_soil_to_xylem_pathway_36(X))
& has_solute_2(fn_soil_to_xylem_pathway_28(X),fn_soil_to_xylem_pathway_40(X))
& has_part_2(fn_soil_to_xylem_pathway_28(X),fn_soil_to_xylem_pathway_40(X))
& base_2(fn_soil_to_xylem_pathway_20(X),fn_soil_to_xylem_pathway_26(X))
& object_2(fn_soil_to_xylem_pathway_20(X),fn_soil_to_xylem_pathway_25(X))
& fn_soil_to_xylem_pathway_25(X) = fn_move_1(fn_soil_to_xylem_pathway_38(X))
& fn_soil_to_xylem_pathway_16(X) = fn_attach_1(fn_soil_to_xylem_pathway_17(X))
& fn_soil_to_xylem_pathway_36(X) = fn_metabolic_pathway_1(fn_soil_to_xylem_pathway_44(X))
& fn_soil_to_xylem_pathway_12(X) = fn_release_2(fn_soil_to_xylem_pathway_11(X))
& fn_soil_to_xylem_pathway_49(X) = fn_release_2(fn_soil_to_xylem_pathway_50(X))
& fn_soil_to_xylem_pathway_40(X) = fn_release_1(fn_soil_to_xylem_pathway_11(X))
& fn_soil_to_xylem_pathway_40(X) = fn_release_1(fn_soil_to_xylem_pathway_50(X))
& fn_soil_to_xylem_pathway_14(X) = fn_passive_transport_of_solute_3(fn_soil_to_xylem_pathway_13(X))
& fn_soil_to_xylem_pathway_12(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_soil_to_xylem_pathway_13(X))
& fn_soil_to_xylem_pathway_38(X) = fn_plasma_membrane_74(fn_soil_to_xylem_pathway_37(X))
& fn_soil_to_xylem_pathway_18(X) = fn_xylem_32(fn_soil_to_xylem_pathway_34(X))
& fn_soil_to_xylem_pathway_33(X) = fn_xylem_16(fn_soil_to_xylem_pathway_34(X))
& fn_soil_to_xylem_pathway_37(X) = fn_plant_cell_wall_26(fn_soil_to_xylem_pathway_9(X))
& fn_soil_to_xylem_pathway_41(X) = fn_plant_cell_wall_24(fn_soil_to_xylem_pathway_9(X))
& fn_soil_to_xylem_pathway_28(X) = fn_transmembrane_transport_3(fn_soil_to_xylem_pathway_30(X))
& fn_soil_to_xylem_pathway_29(X) = fn_transmembrane_transport_2(fn_soil_to_xylem_pathway_30(X))
& fn_soil_to_xylem_pathway_21(X) = fn_apoplastic_transport_1(fn_soil_to_xylem_pathway_19(X))
& fn_soil_to_xylem_pathway_20(X) = fn_apoplastic_transport_2(fn_soil_to_xylem_pathway_19(X))
& fn_soil_to_xylem_pathway_27(X) = fn_symplastic_transport_1(fn_soil_to_xylem_pathway_39(X))
& fn_soil_to_xylem_pathway_38(X) = fn_symplastic_transport_2(fn_soil_to_xylem_pathway_39(X))
& fn_soil_to_xylem_pathway_16(X) = fn_plasma_membrane_4(fn_soil_to_xylem_pathway_12(X))
& fn_soil_to_xylem_pathway_16(X) = fn_plasma_membrane_3(fn_soil_to_xylem_pathway_12(X))
& fn_soil_to_xylem_pathway_37(X) = fn_eukaryotic_cell_29(fn_soil_to_xylem_pathway_33(X))
& fn_soil_to_xylem_pathway_25(X) = fn_move_1(fn_soil_to_xylem_pathway_20(X))
& fn_soil_to_xylem_pathway_26(X) = fn_move_into_1(fn_soil_to_xylem_pathway_20(X))
& fn_soil_to_xylem_pathway_40(X) = fn_solution_6(fn_soil_to_xylem_pathway_28(X))
& fn_soil_to_xylem_pathway_40(X) = fn_solution_5(fn_soil_to_xylem_pathway_28(X))
& fn_soil_to_xylem_pathway_23(X) = fn_endodermal_cell_7(fn_soil_to_xylem_pathway_36(X))
& fn_soil_to_xylem_pathway_36(X) = fn_endodermis_1(fn_soil_to_xylem_pathway_23(X))
& fn_soil_to_xylem_pathway_15(X) = fn_biomembrane_8(fn_soil_to_xylem_pathway_12(X))
& fn_soil_to_xylem_pathway_17(X) = fn_plant_cell_68(fn_soil_to_xylem_pathway_33(X))
& fn_soil_to_xylem_pathway_35(X) = fn_plasma_membrane_74(fn_soil_to_xylem_pathway_12(X))
& fn_soil_to_xylem_pathway_35(X) = fn_plant_cell_42(fn_soil_to_xylem_pathway_33(X))
& fn_soil_to_xylem_pathway_12(X) = fn_plant_cell_97(fn_soil_to_xylem_pathway_33(X))
& fn_soil_to_xylem_pathway_31(X) = fn_plant_cell_82(fn_soil_to_xylem_pathway_33(X))
& fn_soil_to_xylem_pathway_32(X) = fn_eukaryotic_cell_31(fn_soil_to_xylem_pathway_33(X))
& fn_soil_to_xylem_pathway_32(X) = fn_plant_cell_83(fn_soil_to_xylem_pathway_33(X))
& fn_soil_to_xylem_pathway_42(X) = fn_plant_cell_92(fn_soil_to_xylem_pathway_36(X))
& fn_soil_to_xylem_pathway_45(X) = fn_plant_cell_76(fn_soil_to_xylem_pathway_36(X))
& fn_soil_to_xylem_pathway_43(X) = fn_plant_cell_11(fn_soil_to_xylem_pathway_36(X))
& fn_soil_to_xylem_pathway_47(X) = fn_eukaryotic_cell_31(fn_soil_to_xylem_pathway_36(X))
& fn_soil_to_xylem_pathway_47(X) = fn_plant_cell_83(fn_soil_to_xylem_pathway_36(X))
& fn_soil_to_xylem_pathway_49(X) = fn_plant_cell_97(fn_soil_to_xylem_pathway_36(X))
& fn_soil_to_xylem_pathway_48(X) = fn_plant_cell_82(fn_soil_to_xylem_pathway_36(X))
& fn_soil_to_xylem_pathway_46(X) = fn_eukaryotic_cell_20(fn_soil_to_xylem_pathway_36(X))
& fn_soil_to_xylem_pathway_46(X) = fn_plant_cell_77(fn_soil_to_xylem_pathway_36(X))
& fn_soil_to_xylem_pathway_10(X) = fn_root_4(fn_soil_to_xylem_pathway_26(X))
& fn_soil_to_xylem_pathway_23(X) = fn_root_12(fn_soil_to_xylem_pathway_26(X))
& fn_soil_to_xylem_pathway_22(X) = fn_root_27(fn_soil_to_xylem_pathway_26(X))
& fn_soil_to_xylem_pathway_22(X) = fn_root_13(fn_soil_to_xylem_pathway_26(X))
& fn_soil_to_xylem_pathway_24(X) = fn_root_9(fn_soil_to_xylem_pathway_26(X))
& fn_plasma_membrane_74(fn_soil_to_xylem_pathway_37(X)) = fn_symplastic_transport_2(fn_soil_to_xylem_pathway_39(X))
& fn_symplastic_transport_2(fn_soil_to_xylem_pathway_39(X)) = fn_symplastic_transport_2(fn_soil_to_xylem_pathway_39(X))
& fn_symplastic_transport_2(fn_soil_to_xylem_pathway_39(X)) = fn_attach_1(fn_soil_to_xylem_pathway_17(X))
& fn_attach_1(fn_soil_to_xylem_pathway_17(X)) = fn_plasma_membrane_4(fn_soil_to_xylem_pathway_12(X))
& fn_plasma_membrane_4(fn_soil_to_xylem_pathway_12(X)) = fn_plasma_membrane_4(fn_soil_to_xylem_pathway_12(X))
& fn_plasma_membrane_4(fn_soil_to_xylem_pathway_12(X)) = fn_plasma_membrane_3(fn_soil_to_xylem_pathway_12(X))
& fn_plasma_membrane_3(fn_soil_to_xylem_pathway_12(X)) = fn_plant_cell_wall_26(fn_soil_to_xylem_pathway_9(X))
& fn_plant_cell_wall_26(fn_soil_to_xylem_pathway_9(X)) = fn_eukaryotic_cell_29(fn_soil_to_xylem_pathway_33(X))
& fn_eukaryotic_cell_29(fn_soil_to_xylem_pathway_33(X)) = fn_release_1(fn_soil_to_xylem_pathway_11(X))
& fn_release_1(fn_soil_to_xylem_pathway_11(X)) = fn_release_1(fn_soil_to_xylem_pathway_50(X))
& fn_release_1(fn_soil_to_xylem_pathway_50(X)) = fn_solution_6(fn_soil_to_xylem_pathway_28(X))
& fn_solution_5(fn_soil_to_xylem_pathway_28(X)) = fn_solution_6(fn_soil_to_xylem_pathway_28(X))
& fn_solution_6(fn_soil_to_xylem_pathway_28(X)) = fn_solution_5(fn_soil_to_xylem_pathway_28(X))
& fn_solution_5(fn_soil_to_xylem_pathway_28(X)) = fn_release_2(fn_soil_to_xylem_pathway_11(X))
& fn_release_2(fn_soil_to_xylem_pathway_11(X)) = fn_facilitated_diffusion_of_polar_molecule_5(fn_soil_to_xylem_pathway_13(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_soil_to_xylem_pathway_13(X)) = fn_facilitated_diffusion_of_polar_molecule_5(fn_soil_to_xylem_pathway_13(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_soil_to_xylem_pathway_13(X)) = fn_plant_cell_97(fn_soil_to_xylem_pathway_33(X))
& fn_plant_cell_97(fn_soil_to_xylem_pathway_33(X)) = fn_plant_cell_97(fn_soil_to_xylem_pathway_33(X))
& fn_plant_cell_97(fn_soil_to_xylem_pathway_33(X)) = fn_plasma_membrane_74(fn_soil_to_xylem_pathway_12(X))
& fn_plasma_membrane_74(fn_soil_to_xylem_pathway_12(X)) = fn_plant_cell_42(fn_soil_to_xylem_pathway_33(X))
& fn_plant_cell_42(fn_soil_to_xylem_pathway_33(X)) = fn_eukaryotic_cell_31(fn_soil_to_xylem_pathway_33(X))
& fn_plant_cell_83(fn_soil_to_xylem_pathway_33(X)) = fn_plant_cell_83(fn_soil_to_xylem_pathway_33(X))
& fn_plant_cell_83(fn_soil_to_xylem_pathway_33(X)) = fn_eukaryotic_cell_31(fn_soil_to_xylem_pathway_33(X))
& fn_eukaryotic_cell_31(fn_soil_to_xylem_pathway_33(X)) = fn_plant_cell_83(fn_soil_to_xylem_pathway_33(X))
& fn_plant_cell_83(fn_soil_to_xylem_pathway_33(X)) = fn_release_2(fn_soil_to_xylem_pathway_50(X))
& fn_release_2(fn_soil_to_xylem_pathway_50(X)) = fn_plant_cell_97(fn_soil_to_xylem_pathway_36(X))
& fn_plant_cell_97(fn_soil_to_xylem_pathway_36(X)) = fn_plant_cell_97(fn_soil_to_xylem_pathway_36(X))
& fn_plant_cell_97(fn_soil_to_xylem_pathway_36(X)) = fn_plant_cell_83(fn_soil_to_xylem_pathway_36(X))
& fn_plant_cell_83(fn_soil_to_xylem_pathway_36(X)) = fn_eukaryotic_cell_31(fn_soil_to_xylem_pathway_36(X))
& fn_eukaryotic_cell_31(fn_soil_to_xylem_pathway_36(X)) = fn_plant_cell_83(fn_soil_to_xylem_pathway_36(X))
& fn_plant_cell_83(fn_soil_to_xylem_pathway_36(X)) = fn_plant_cell_83(fn_soil_to_xylem_pathway_36(X))
& fn_plant_cell_83(fn_soil_to_xylem_pathway_36(X)) = fn_plant_cell_77(fn_soil_to_xylem_pathway_36(X))
& fn_plant_cell_77(fn_soil_to_xylem_pathway_36(X)) = fn_plant_cell_77(fn_soil_to_xylem_pathway_36(X))
& fn_plant_cell_77(fn_soil_to_xylem_pathway_36(X)) = fn_eukaryotic_cell_20(fn_soil_to_xylem_pathway_36(X))
& fn_eukaryotic_cell_20(fn_soil_to_xylem_pathway_36(X)) = fn_plant_cell_77(fn_soil_to_xylem_pathway_36(X))
& fn_plant_cell_77(fn_soil_to_xylem_pathway_36(X)) = fn_metabolic_pathway_1(fn_soil_to_xylem_pathway_44(X))
& fn_metabolic_pathway_1(fn_soil_to_xylem_pathway_44(X)) = fn_endodermis_1(fn_soil_to_xylem_pathway_23(X))
& fn_endodermis_1(fn_soil_to_xylem_pathway_23(X)) = fn_endodermal_cell_7(fn_soil_to_xylem_pathway_36(X))
& fn_endodermal_cell_7(fn_soil_to_xylem_pathway_36(X)) = fn_root_12(fn_soil_to_xylem_pathway_26(X))
& fn_root_12(fn_soil_to_xylem_pathway_26(X)) = fn_root_12(fn_soil_to_xylem_pathway_26(X))
& fn_root_12(fn_soil_to_xylem_pathway_26(X)) = fn_root_13(fn_soil_to_xylem_pathway_26(X))
& fn_root_13(fn_soil_to_xylem_pathway_26(X)) = fn_root_27(fn_soil_to_xylem_pathway_26(X))
& fn_root_27(fn_soil_to_xylem_pathway_26(X)) = fn_root_13(fn_soil_to_xylem_pathway_26(X))
& fn_root_13(fn_soil_to_xylem_pathway_26(X)) = fn_root_13(fn_soil_to_xylem_pathway_26(X)) ) ) ).
fof(a532747,axiom,
! [X] :
( solid_substance_1(X)
=> ( original_name_2(X,'Solid-Substance')
& description_2(X,'A substance in the solid state at room temperature')
& concept2words_2(X,solid)
& concept2words_2(X,'substance of solid')
& concept2words_2(X,'solid substance')
& concept2words_2(X,'solid-substance')
& substance_1(X)
& state_value_1(fn_solid_substance_2(X))
& physical_state_2(X,fn_solid_substance_2(X))
& the_categorical_value_2(fn_solid_substance_2(X),solid_0) ) ) ).
fof(a532748,axiom,
! [X] :
( solid_support_1(X)
=> ( original_name_2(X,'Solid-Support')
& user_description_2(X,'A carrier substance, such as nitrocellulose PVDF or nylon membrane, used in a blotting process.')
& concept2words_2(X,'nylon membrane')
& concept2words_2(X,'nylon-membrane')
& concept2words_2(X,nitrocellose)
& concept2words_2(X,'nylon paper')
& concept2words_2(X,'nylon-paper')
& concept2words_2(X,'support of solid')
& concept2words_2(X,'solid support')
& concept2words_2(X,'solid-support')
& solid_substance_1(X)
& ~ wood_1(X)
& ~ tissue_1(X)
& ~ stone_1(X)
& ~ rubber_1(X)
& ~ plastic_1(X)
& ~ paper_1(X)
& ~ glass_1(X)
& ~ pellet_1(X)
& blotting_1(fn_solid_support_1(X))
& destination_2(fn_solid_support_1(X),X) ) ) ).
fof(a532749,axiom,
! [X] :
( solubility_constant_1(X)
=> ( original_name_2(X,'Solubility-Constant')
& concept2words_2(X,'constant of solubility')
& concept2words_2(X,'solubility constant')
& concept2words_2(X,'solubility-constant')
& constant_1(X) ) ) ).
fof(a532750,axiom,
! [X] :
( solubility_value_1(X)
=> ( original_name_2(X,'Solubility-Value')
& description_2(X,'The solubility of a Chemical')
& user_description_2(X,'Solubility is commonly expressed as a concentration, either by mass (g of solute per kg of solvent, g per dL of solvent), mass concentration, molarity, molality, mole fraction or other similar descriptions of concentration. The maximum equilibrium amount of solute that can dissolve per amount of solvent is the solubility of that solute in that solvent under the specified conditions. Temperature has a positive impact on solubility.')
& concept2words_2(X,'solubility in water')
& concept2words_2(X,'solubility-in-water')
& concept2words_2(X,'solubility in lipid')
& concept2words_2(X,'solubility-in-lipid')
& concept2words_2(X,solubility)
& concept2words_2(X,'value of solubility')
& concept2words_2(X,'solubility value')
& concept2words_2(X,'solubility-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a532751,axiom,
! [X] :
( soluble_substance_1(X)
=> ( original_name_2(X,'Soluble-Substance')
& description_2(X,'Substance which dissolves in a fluid.')
& user_description_2(X,'A substance capable of being dissolved.')
& concept2words_2(X,'soluble substance')
& concept2words_2(X,'soluble-substance')
& chemical_1(X) ) ) ).
fof(a532752,axiom,
! [X] :
( solute_1(X)
=> ( original_name_2(X,'Solute')
& user_description_2(X,'A solute is a substance dissolved in a solvent to make a homogenous mixture')
& concept2words_2(X,solute)
& role_1(X)
& tangible_entity_1(fn_solute_1(X))
& plays_2(fn_solute_1(X),X) ) ) ).
fof(a532753,axiom,
! [X] :
( solution_1(X)
=> ( original_name_2(X,'Solution')
& user_description_2(X,'A solution is a mixture of substances that has a uniform composition; a homogeneous mixture.')
& concept2words_2(X,solution)
& homogeneous_mixture_1(X)
& potential_value_1(fn_solution_2(X))
& quantity_value_1(fn_solution_3(X))
& chemical_1(fn_solution_5(X))
& chemical_1(fn_solution_6(X))
& fn_solution_6(X) != fn_solution_5(X)
& fn_solution_5(X) != fn_solution_6(X)
& solute_potential_2(fn_solution_5(X),fn_solution_2(X))
& quantity_2(fn_solution_5(X),fn_solution_3(X))
& has_solvent_2(X,fn_solution_6(X))
& has_solute_2(X,fn_solution_5(X))
& has_part_2(X,fn_solution_6(X))
& has_part_2(X,fn_solution_5(X))
& fn_solution_6(X) = fn_mixture_2(X)
& fn_solution_5(X) = fn_mixture_1(X) ) ) ).
fof(a532754,axiom,
! [X] :
( solution_containing_labeled_phage_1(X)
=> ( original_name_2(X,'Solution-containing-labeled-phage')
& user_description_2(X,'A mixture where viruses are radioactively labeled. Used in the Hershey-Chase experiment to determine whether proteins or DNA carried genetic information.')
& concept2words_2(X,'solution containing labeled phage')
& concept2words_2(X,'solution-containing-labeled-phage')
& solution_1(X) ) ) ).
fof(a532755,axiom,
! [X] :
( solvent_1(X)
=> ( original_name_2(X,'Solvent')
& user_description_2(X,'The substance in which another substance is dissolved to produce a solution.')
& concept2words_2(X,solvent)
& role_1(X)
& tangible_entity_1(fn_solvent_1(X))
& plays_2(fn_solvent_1(X),X) ) ) ).
fof(a532756,axiom,
! [X] :
( somatic_cell_1(X)
=> ( original_name_2(X,'Somatic-Cell')
& user_description_2(X,'Somatic cells include all body cells in multicellular organisms except gametes or those cells which produce gametes.')
& concept2words_2(X,'somatic cell')
& concept2words_2(X,'somatic-cell')
& animal_cell_1(X) ) ) ).
fof(a532757,axiom,
! [X] :
( somite_1(X)
=> ( original_name_2(X,'Somite')
& user_description_2(X,'In vertebrate embryos, one of a series of paired blocks of mesoderm lying on either side of the notochord.')
& concept2words_2(X,somite)
& mesoderm_1(X) ) ) ).
fof(a532758,axiom,
! [X] :
( sonic_hedgehog_factor_1(X)
=> ( original_name_2(X,'Sonic-Hedgehog-Factor')
& user_description_2(X,'A protein growth factor that is coded by the sonic hedgehog gene. It is secreted by cells of the zone of polarizing activity (ZPA) and involved in limb formation.')
& concept2words_2(X,'sonic hedgehog factor')
& concept2words_2(X,'sonic-hedgehog-factor')
& regulatory_gene_1(X)
& ~ gap_gene_1(X)
& ~ laci_1(X)
& ~ master_control_gene_1(X)
& ~ operon_1(X)
& ~ trpr_1(X) ) ) ).
fof(a532759,axiom,
! [X] :
( soredium_1(X)
=> ( original_name_2(X,'Soredium')
& user_description_2(X,'In lichens, a reproductive structure consisting of a small group of fungal hyphae wrapped around algal cells.')
& concept2words_2(X,soredium)
& interspecific_interaction_1(X)
& ~ lichen_1(X) ) ) ).
fof(a532760,axiom,
! [X] :
( sorus_1(X)
=> ( original_name_2(X,'Sorus')
& user_description_2(X,'A cluster of sporangia on the sporophyll of a fern. The arrangement of sori is a useful character in fern identification.')
& concept2words_2(X,sori)
& concept2words_2(X,sorus)
& ensemble_1(X)
& plant_appendage_1(X) ) ) ).
fof(a532761,axiom,
! [X] :
( sound_1(X)
=> ( original_name_2(X,'Sound')
& description_2(X,'Mechanical energy vibrations that propagate through a solid, liquid, or gas medium.')
& concept2words_2(X,sound)
& energy_1(X)
& move_1(fn_sound_1(X))
& spatial_entity_1(fn_move_1(fn_sound_1(X)))
& object_2(fn_sound_1(X),X)
& X = fn_move_1(fn_sound_1(X)) ) ) ).
fof(a532762,axiom,
! [X] :
( southern_blotting_1(X)
=> ( original_name_2(X,'Southern-Blotting')
& user_description_2(X,'A technique that enables specific nucleotide sequences to be detected in a sample of DNA. It involves gel electrophoresis of DNA molecules and their transfer to a membrane (blotting), followed by nucleic acid hybridization with a labeled probe.')
& concept2words_2(X,'southern hybridization')
& concept2words_2(X,'southern blotting')
& concept2words_2(X,'southern-blotting')
& engineering_1(X)
& restriction_fragment_analysis_1(X)
& genome_1(fn_southern_blotting_1(X))
& capillary_1(fn_southern_blotting_2(X))
& capillary_action_1(fn_southern_blotting_3(X))
& detect_1(fn_southern_blotting_4(X))
& autoradiography_1(fn_southern_blotting_5(X))
& attach_1(fn_southern_blotting_7(X))
& nucleic_acid_hybridization_1(fn_southern_blotting_7(X))
& volume_value_1(fn_southern_blotting_8(X))
& restriction_fragment_1(fn_southern_blotting_9(X))
& attach_1(fn_southern_blotting_10(X))
& radioactive_probe_1(fn_southern_blotting_11(X))
& nucleic_acid_1(fn_southern_blotting_12(X))
& attach_1(fn_southern_blotting_13(X))
& gel_electrophoresis_1(fn_southern_blotting_14(X))
& blotting_1(fn_southern_blotting_15(X))
& analysis_1(fn_southern_blotting_16(X))
& entity_1(fn_analysis_1(fn_southern_blotting_16(X)))
& spatial_entity_1(fn_attach_1(fn_southern_blotting_10(X)))
& spatial_entity_1(fn_move_1(fn_southern_blotting_15(X)))
& spatial_entity_1(fn_attach_1(fn_southern_blotting_13(X)))
& by_means_of_2(fn_southern_blotting_4(X),fn_southern_blotting_5(X))
& next_event_2(fn_southern_blotting_14(X),fn_southern_blotting_15(X))
& path_2(fn_southern_blotting_15(X),fn_southern_blotting_2(X))
& by_means_of_2(fn_southern_blotting_15(X),fn_southern_blotting_3(X))
& subevent_2(fn_southern_blotting_15(X),fn_southern_blotting_13(X))
& next_event_2(fn_southern_blotting_15(X),fn_southern_blotting_7(X))
& subevent_2(fn_southern_blotting_7(X),fn_southern_blotting_10(X))
& next_event_2(fn_southern_blotting_7(X),fn_southern_blotting_4(X))
& object_2(fn_southern_blotting_16(X),fn_southern_blotting_1(X))
& volume_2(fn_southern_blotting_9(X),fn_southern_blotting_8(X))
& has_part_2(fn_southern_blotting_1(X),fn_southern_blotting_9(X))
& subevent_2(X,fn_southern_blotting_4(X))
& subevent_2(X,fn_southern_blotting_15(X))
& subevent_2(X,fn_southern_blotting_7(X))
& enables_2(X,fn_southern_blotting_16(X))
& objective_2(X,fn_southern_blotting_16(X))
& object_2(fn_southern_blotting_16(X),fn_southern_blotting_9(X))
& object_2(fn_southern_blotting_15(X),fn_southern_blotting_12(X))
& object_2(fn_southern_blotting_13(X),fn_southern_blotting_12(X))
& object_2(fn_southern_blotting_10(X),fn_southern_blotting_11(X))
& subevent_2(X,fn_southern_blotting_14(X))
& fn_southern_blotting_9(X) = fn_analysis_1(fn_southern_blotting_16(X))
& fn_southern_blotting_12(X) = fn_move_1(fn_southern_blotting_15(X))
& fn_southern_blotting_12(X) = fn_attach_1(fn_southern_blotting_13(X))
& fn_southern_blotting_11(X) = fn_attach_1(fn_southern_blotting_10(X))
& fn_southern_blotting_14(X) = fn_restriction_fragment_analysis_8(X)
& fn_southern_blotting_14(X) = fn_restriction_fragment_analysis_5(X)
& fn_move_1(fn_southern_blotting_15(X)) = fn_attach_1(fn_southern_blotting_13(X))
& fn_attach_1(fn_southern_blotting_13(X)) = fn_restriction_fragment_analysis_8(X)
& fn_restriction_fragment_analysis_8(X) = fn_restriction_fragment_analysis_5(X) ) ) ).
fof(a532763,axiom,
! [X] :
( soyabean_plant_1(X)
=> ( original_name_2(X,'Soyabean-Plant')
& user_description_2(X,'The soybean is a species of legume native to East Asia. The plant is classed as an oilseed rather than a pulse.')
& concept2words_2(X,'soya bean')
& concept2words_2(X,soyabean)
& concept2words_2(X,soybean)
& concept2words_2(X,'soybean plant')
& concept2words_2(X,'soyabean plant')
& concept2words_2(X,'soyabean-plant')
& legume_1(X)
& food_plant_1(X)
& c3_plant_1(X)
& ~ rice_plant_1(X)
& ~ wheat_plant_1(X)
& agricultural_process_1(fn_soyabean_plant_1(X))
& layer_1(fn_soyabean_plant_2(X))
& layer_1(fn_soyabean_plant_3(X))
& leaf_1(fn_soyabean_plant_4(X))
& tissue_1(fn_soyabean_plant_5(X))
& palisade_mesophyll_1(fn_soyabean_plant_5(X))
& spongy_mesophyll_1(fn_soyabean_plant_6(X))
& spongy_mesophyll_1(fn_leaf_45(fn_soyabean_plant_4(X)))
& tissue_1(fn_organ_1(fn_soyabean_plant_4(X)))
& palisade_mesophyll_1(fn_leaf_12(fn_soyabean_plant_4(X)))
& is_above_2(fn_soyabean_plant_5(X),fn_soyabean_plant_6(X))
& is_between_2(fn_soyabean_plant_5(X),fn_soyabean_plant_6(X))
& is_between_2(fn_soyabean_plant_5(X),fn_soyabean_plant_2(X))
& is_between_2(fn_soyabean_plant_6(X),fn_soyabean_plant_5(X))
& is_between_2(fn_soyabean_plant_6(X),fn_soyabean_plant_3(X))
& is_above_2(fn_soyabean_plant_2(X),fn_soyabean_plant_3(X))
& has_part_2(X,fn_soyabean_plant_4(X))
& result_2(fn_soyabean_plant_1(X),X)
& has_part_2(fn_soyabean_plant_4(X),fn_soyabean_plant_6(X))
& has_part_2(fn_soyabean_plant_4(X),fn_soyabean_plant_5(X))
& fn_soyabean_plant_6(X) = fn_leaf_45(fn_soyabean_plant_4(X))
& fn_soyabean_plant_5(X) = fn_organ_1(fn_soyabean_plant_4(X))
& fn_soyabean_plant_5(X) = fn_leaf_12(fn_soyabean_plant_4(X))
& fn_organ_1(fn_soyabean_plant_4(X)) = fn_leaf_12(fn_soyabean_plant_4(X)) ) ) ).
fof(a532764,axiom,
! [X] :
( sp3_orbital_1(X)
=> ( original_name_2(X,'SP3-Orbital')
& user_description_2(X,'One of the four hybrid orbitals formed by hybridization of an s orbital and three p orbitals.')
& concept2words_2(X,'sp3 orbital')
& concept2words_2(X,'sp3-orbital')
& hybrid_orbital_1(X)
& s_orbital_1(fn_sp3_orbital_1(X))
& p_orbital_1(fn_sp3_orbital_2(X))
& combine_1(fn_sp3_orbital_3(X))
& p_orbital_1(fn_sp3_orbital_4(X))
& p_orbital_1(fn_sp3_orbital_5(X))
& entity_1(fn_combine_2(fn_sp3_orbital_3(X)))
& entity_1(fn_combine_1(fn_sp3_orbital_3(X)))
& object_2(fn_sp3_orbital_3(X),fn_sp3_orbital_1(X))
& object_2(fn_sp3_orbital_3(X),fn_sp3_orbital_2(X))
& object_2(fn_sp3_orbital_3(X),fn_sp3_orbital_4(X))
& object_2(fn_sp3_orbital_3(X),fn_sp3_orbital_5(X))
& result_2(fn_sp3_orbital_3(X),X)
& fn_sp3_orbital_4(X) = fn_combine_2(fn_sp3_orbital_3(X))
& fn_sp3_orbital_5(X) = fn_combine_1(fn_sp3_orbital_3(X))
& fn_sp3_orbital_3(X) = fn_hybrid_orbital_2(X) ) ) ).
fof(a532765,axiom,
! [X] :
( space_1(X)
=> ( original_name_2(X,'Space')
& user_description_2(X,'A blank or empty area.')
& concept2words_2(X,space)
& region_1(X) ) ) ).
fof(a532766,axiom,
! [X] :
( spatial_entity_1(X)
=> ( original_name_2(X,'Spatial-Entity')
& concept2words_2(X,object)
& concept2words_2(X,destination)
& concept2words_2(X,region)
& concept2words_2(X,structure)
& concept2words_2(X,toward)
& concept2words_2(X,'text is southwest')
& concept2words_2(X,'text-is-southwest')
& concept2words_2(X,site)
& concept2words_2(X,path)
& concept2words_2(X,source)
& concept2words_2(X,origin)
& concept2words_2(X,'is facing')
& concept2words_2(X,'is-facing')
& concept2words_2(X,'has state')
& concept2words_2(X,'has-state')
& concept2words_2(X,'has habitat')
& concept2words_2(X,'has-habitat')
& concept2words_2(X,enclose)
& concept2words_2(X,content)
& concept2words_2(X,complement)
& concept2words_2(X,abut)
& concept2words_2(X,location)
& concept2words_2(X,'spatial entity')
& concept2words_2(X,'spatial-entity')
& entity_1(X) ) ) ).
fof(a532767,axiom,
! [X] :
( spatial_learning_1(X)
=> ( original_name_2(X,'Spatial-Learning')
& user_description_2(X,'The part of memory that is responsible for recording information about the spatial structure of the environment.')
& concept2words_2(X,'spatial learning')
& concept2words_2(X,'spatial-learning')
& learning_1(X)
& ~ associative_learning_1(X)
& ~ habituation_1(X)
& ~ social_learning_1(X) ) ) ).
fof(a532768,axiom,
! [X] :
( spatial_relation_1(X)
=> ( original_name_2(X,'Spatial-Relation')
& user_description_2(X,'A spatial relation is a relation between an entity or event, and a spatial entity. In such relations, the entity or event is placed in absolute or relative position to the region denoted by the spatial entity. If a relation is a spatial relation, then its inverse is also a spatial relation.')
& concept2words_2(X,'spatial relation')
& concept2words_2(X,'spatial-relation')
& relation_1(X) ) ) ).
fof(a532769,axiom,
! [X] :
( spatial_summation_1(X)
=> ( original_name_2(X,'Spatial-Summation')
& user_description_2(X,'The result of neural integration, in which the sum of multiple EPSPs and IPSPs determine the membrane potential of a post-synaptic neuron.')
& concept2words_2(X,'spatial summation')
& concept2words_2(X,'spatial-summation')
& change_in_membrane_potential_1(X) ) ) ).
fof(a532770,axiom,
! [X] :
( speak_1(X)
=> ( original_name_2(X,'Speak')
& concept2words_2(X,talk)
& concept2words_2(X,speak)
& concept2words_2(X,utter)
& concept2words_2(X,mouth)
& concept2words_2(X,verbalize)
& concept2words_2(X,verbalise)
& concept2words_2(X,create)
& embody_1(X)
& ~ mark_1(X)
& ~ gesticulate_1(X)
& tangible_entity_1(fn_speak_1(X))
& sound_1(fn_speak_2(X))
& agent_2(X,fn_speak_1(X))
& result_2(X,fn_speak_2(X))
& fn_speak_2(X) = fn_embody_2(X) ) ) ).
fof(a532771,axiom,
! [X] :
( specialised_organ_1(X)
=> ( original_name_2(X,'Specialised-Organ')
& user_description_2(X,'Organ which serves a specialized function in animals.')
& concept2words_2(X,'specialised organ')
& concept2words_2(X,'specialised-organ')
& animal_organ_1(X) ) ) ).
fof(a532772,axiom,
! [X,X1] :
( ( subevent_2(X,X1)
& transduction_gene_transfer_1(X)
& lysogenic_cycle_1(X1) )
=> ( specialized_transduction_1(X)
& fn_specialized_transduction_5(X) = X1 ) ) ).
fof(a532773,axiom,
! [X] :
( specialized_transduction_1(X)
=> ( original_name_2(X,'Specialized-Transduction')
& user_description_2(X,'A type of viral transduction in which the phage transfers only those gene near the prophage site on the bacterial chromosome.')
& concept2words_2(X,'specialized transduction')
& concept2words_2(X,'specialized-transduction')
& transduction_gene_transfer_1(X)
& ~ generalized_transduction_1(X)
& gene_1(fn_specialized_transduction_2(X))
& prophage_1(fn_specialized_transduction_3(X))
& gene_related_aggregates_1(fn_specialized_transduction_3(X))
& entity_1(fn_specialized_transduction_4(X))
& gene_1(fn_specialized_transduction_4(X))
& phage_reproduction_cycle_1(fn_specialized_transduction_5(X))
& lysogenic_cycle_1(fn_specialized_transduction_5(X))
& prophage_1(fn_lysogenic_cycle_8(fn_specialized_transduction_5(X)))
& gene_1(fn_gene_related_aggregates_1(fn_specialized_transduction_3(X)))
& abuts_2(fn_specialized_transduction_4(X),fn_specialized_transduction_2(X))
& abuts_2(fn_specialized_transduction_2(X),fn_specialized_transduction_4(X))
& subevent_2(X,fn_specialized_transduction_5(X))
& result_2(fn_specialized_transduction_5(X),fn_specialized_transduction_3(X))
& object_2(X,fn_specialized_transduction_4(X))
& element_2(fn_specialized_transduction_3(X),fn_specialized_transduction_2(X))
& fn_specialized_transduction_5(X) = fn_transduction_gene_transfer_4(X)
& fn_specialized_transduction_3(X) = fn_lysogenic_cycle_8(fn_specialized_transduction_5(X))
& fn_specialized_transduction_4(X) = fn_transfer_1(X)
& fn_specialized_transduction_4(X) = fn_transduction_gene_transfer_3(X)
& fn_specialized_transduction_2(X) = fn_gene_related_aggregates_1(fn_specialized_transduction_3(X))
& fn_transfer_1(X) = fn_transduction_gene_transfer_3(X) ) ) ).
fof(a532774,axiom,
! [X] :
( speciation_1(X)
=> ( original_name_2(X,'Speciation')
& user_description_2(X,'The evolutionary process by which new species are formed.')
& concept2words_2(X,speciate)
& concept2words_2(X,speciation)
& evolutionary_process_1(X)
& ~ adaptation_1(X)
& ~ adaptive_radiation_1(X)
& ~ bottleneck_effect_1(X)
& ~ cephalization_1(X)
& ~ character_displacement_1(X)
& ~ convergent_evolution_1(X)
& ~ endosymbiosis_1(X)
& ~ gene_flow_1(X)
& ~ genetic_drift_1(X)
& ~ heterochrony_1(X)
& ~ homology_1(X)
& ~ mimicry_1(X)
& ~ natural_selection_1(X)
& ~ paedomorphosis_1(X)
& ~ selection_force_1(X) ) ) ).
fof(a532775,axiom,
! [X] :
( species_1(X)
=> ( original_name_2(X,'Species')
& user_description_2(X,'A population that is reproductively isolated from other populations. In other words, members of a species have the potential to mate with each other and produce viable, fertile offspring; however, they do not produce viable, fertile offspring if they mate with individuals from another species.')
& concept2words_2(X,species)
& aggregate_1(X)
& taxon_1(X) ) ) ).
fof(a532776,axiom,
! [X] :
( species_area_curve_1(X)
=> ( original_name_2(X,'Species-Area-Curve')
& user_description_2(X,'A model that quantifies the relationship between geographic area of a community and the number of species in that community.')
& concept2words_2(X,'species area curve')
& concept2words_2(X,'species-area curve')
& concept2words_2(X,'species-area-curve')
& population_representation_1(X)
& ~ action_spectrum_1(X)
& ~ age_structure_diagram_1(X)
& ~ cell_lineage_1(X)
& ~ cladogram_1(X)
& ~ climograph_1(X)
& ~ fate_map_1(X)
& ~ genetic_map_1(X)
& ~ genomic_representation_1(X)
& ~ genotypic_ratio_1(X)
& ~ life_table_1(X)
& ~ pedigree_1(X)
& ~ periodic_table_1(X)
& ~ phenotypic_ratio_1(X)
& ~ phylogenetic_tree_1(X)
& ~ punnett_square_1(X)
& ~ reproductive_table_1(X)
& ~ survivorship_curve_1(X)
& ~ tree_of_life_1(X) ) ) ).
fof(a532777,axiom,
! [X] :
( species_concept_1(X)
=> ( original_name_2(X,'Species-Concept')
& user_description_2(X,'Attempts to explain the very existence of species as discrete units in the diversity of life.')
& concept2words_2(X,'concept of species')
& concept2words_2(X,'species concept')
& concept2words_2(X,'species-concept')
& information_1(X)
& ~ suggestion_1(X)
& ~ request_1(X)
& ~ information_sequence_1(X)
& ~ dna_library_1(X)
& ~ ethics_1(X)
& ~ fossil_record_1(X)
& ~ genetic_code_1(X)
& ~ genomic_library_1(X)
& ~ hypothesis_1(X)
& ~ positional_information_1(X)
& ~ proximate_causation_1(X)
& ~ representation_1(X)
& ~ rna_world_1(X)
& ~ scientific_laws_1(X) ) ) ).
fof(a532778,axiom,
! [X] :
( species_interactions_1(X)
=> ( original_name_2(X,'Species-Interactions')
& user_description_2(X,'Behaviors involving specific types of interactions between or within species.')
& concept2words_2(X,'species interaction')
& concept2words_2(X,'species-interaction')
& behavior_1(X) ) ) ).
fof(a532779,axiom,
! [X] :
( species_isolation_1(X)
=> ( original_name_2(X,'Species-Isolation')
& user_description_2(X,'An evolutionary process in which members of a species become isolated from one another and are unable to produce viable offspring.')
& concept2words_2(X,'isolation of species')
& concept2words_2(X,'species isolation')
& concept2words_2(X,'species-isolation')
& evolutionary_process_1(X) ) ) ).
fof(a532780,axiom,
! [X] :
( specific_heat_1(X)
=> ( original_name_2(X,'Specific-Heat')
& user_description_2(X,'The amount of heat that must be absorbed or lost for 1 g of a substance to change its temperature by 1 degree C.')
& concept2words_2(X,'heat capacity')
& concept2words_2(X,'heat-capacity')
& concept2words_2(X,'specific heat capacity')
& concept2words_2(X,'specific-heat-capacity')
& concept2words_2(X,sh)
& concept2words_2(X,'heat of specific')
& concept2words_2(X,'specific heat')
& concept2words_2(X,'specific-heat')
& chemistry_concept_1(X) ) ) ).
fof(a532781,axiom,
! [X] :
( specific_heat_constant_1(X)
=> ( original_name_2(X,'Specific-Heat-Constant')
& concept2words_2(X,'specific heat constant')
& concept2words_2(X,'specific-heat-constant')
& constant_1(X) ) ) ).
fof(a532782,axiom,
! [X] :
( specific_heat_scale_1(X)
=> ( original_name_2(X,'Specific-Heat-Scale')
& concept2words_2(X,'specific heat scale')
& concept2words_2(X,'specific-heat-scale')
& scale_1(X) ) ) ).
fof(a532783,axiom,
! [X] :
( specific_heat_value_1(X)
=> ( original_name_2(X,'Specific-Heat-Value')
& concept2words_2(X,'heat of specific')
& concept2words_2(X,'specific heat')
& concept2words_2(X,'specific-heat')
& concept2words_2(X,'specific heat value')
& concept2words_2(X,'specific-heat-value')
& property_value_1(X) ) ) ).
fof(a532784,axiom,
! [X] :
( specific_surface_area_constant_1(X)
=> ( original_name_2(X,'Specific-Surface-Area-Constant')
& concept2words_2(X,'specific surface area constant')
& concept2words_2(X,'specific-surface-area-constant')
& constant_1(X) ) ) ).
fof(a532785,axiom,
! [X] :
( specific_surface_area_scale_1(X)
=> ( original_name_2(X,'Specific-Surface-Area-Scale')
& concept2words_2(X,'specific surface area scale')
& concept2words_2(X,'specific-surface-area-scale')
& scale_1(X) ) ) ).
fof(a532786,axiom,
! [X] :
( specific_surface_area_value_1(X)
=> ( original_name_2(X,'Specific-Surface-Area-Value')
& concept2words_2(X,'surface to volume ratio')
& concept2words_2(X,'surface to mass ratio')
& concept2words_2(X,'specific surface area')
& concept2words_2(X,'specific-surface-area')
& concept2words_2(X,'specific surface area value')
& concept2words_2(X,'specific-surface-area-value')
& property_value_1(X) ) ) ).
fof(a532787,axiom,
! [X] :
( specification_1(X)
=> ( original_name_2(X,'Specification')
& description_2(X,'A description of something in terms of specific values of its features')
& concept2words_2(X,specification)
& concept2words_2(X,spec)
& message_1(X)
& specify_1(fn_specification_1(X))
& entity_1(fn_specification_2(X))
& object_2(fn_specification_1(X),fn_specification_2(X))
& result_2(fn_specification_1(X),X) ) ) ).
fof(a532788,axiom,
! [X] :
( specificity_of_base_pairing_1(X)
=> ( original_name_2(X,'Specificity-of-Base-Pairing')
& user_description_2(X,'Each nucleotide pairs with only one other nucleotide, A with T and C with G. Each pair is held together by hydrogen bonds between the nitrogenous bases of the nucleotide.')
& concept2words_2(X,'specificity of base pairing')
& concept2words_2(X,'specificity-of-base-pairing')
& specify_1(X)
& make_error_1(fn_specificity_of_base_pairing_1(X))
& dna_replication_1(fn_specificity_of_base_pairing_2(X))
& increase_in_accuracy_of_dna_replication_1(fn_specificity_of_base_pairing_3(X))
& specificity_of_base_pairing_1(fn_increase_in_accuracy_of_dna_replication_1(fn_specificity_of_base_pairing_3(X)))
& prevents_2(X,fn_specificity_of_base_pairing_1(X))
& objective_2(fn_specificity_of_base_pairing_1(X),fn_specificity_of_base_pairing_2(X))
& causes_2(X,fn_specificity_of_base_pairing_3(X))
& X = fn_increase_in_accuracy_of_dna_replication_1(fn_specificity_of_base_pairing_3(X)) ) ) ).
fof(a532789,axiom,
! [X] :
( specify_1(X)
=> ( original_name_2(X,'Specify')
& concept2words_2(X,stipulate)
& concept2words_2(X,qualify)
& concept2words_2(X,condition)
& concept2words_2(X,specify)
& concept2words_2(X,define)
& concept2words_2(X,delineate)
& concept2words_2(X,delimit)
& concept2words_2(X,delimitate)
& concept2words_2(X,set)
& concept2words_2(X,determine)
& concept2words_2(X,fix)
& concept2words_2(X,limit)
& concept2words_2(X,particularize)
& concept2words_2(X,particularise)
& concept2words_2(X,specialize)
& concept2words_2(X,specialise)
& concept2words_2(X,'pin down')
& concept2words_2(X,pin_down)
& concept2words_2(X,'peg down')
& concept2words_2(X,peg_down)
& concept2words_2(X,'nail down')
& concept2words_2(X,nail_down)
& concept2words_2(X,'narrow down')
& concept2words_2(X,narrow_down)
& concept2words_2(X,narrow)
& action_1(X)
& specification_1(fn_specify_1(X))
& entity_1(fn_specify_2(X))
& entity_1(fn_specification_2(fn_specify_1(X)))
& specify_1(fn_specification_1(fn_specify_1(X)))
& result_2(X,fn_specify_1(X))
& fn_specify_2(X) = fn_specification_2(fn_specify_1(X))
& X = fn_specification_1(fn_specify_1(X))
& fn_specification_1(fn_specify_1(X)) = fn_specification_1(fn_specify_1(X)) ) ) ).
fof(a532790,axiom,
! [X] :
( specimen_1(X)
=> ( original_name_2(X,'Specimen')
& user_description_2(X,'A specimen is a portion or quantity of material for use in testing, examination, or study.')
& concept2words_2(X,specimen)
& tangible_entity_1(X) ) ) ).
fof(a532791,axiom,
! [X,X1] :
( ( has_part_2(X,X1)
& specimen_1(X)
& fluorescent_substance_1(X1) )
=> ( specimen_stained_with_fluorescent_substance_1(X)
& fn_specimen_stained_with_fluorescent_substance_1(X) = X1 ) ) ).
fof(a532792,axiom,
! [X] :
( specimen_stained_with_fluorescent_substance_1(X)
=> ( original_name_2(X,'Specimen-Stained-With-Fluorescent-Substance')
& user_description_2(X,'These specimen does not possess fluorescence property of their own. For their study by fluorescent microscopy, these have to be stained with a fluorescent molecule or marker by the procedure of fluorescent staining.')
& concept2words_2(X,'specimen stained with fluorescent substance')
& concept2words_2(X,'specimen-stained-with-fluorescent-substance')
& specimen_1(X)
& ~ fluorescent_specimen_1(X)
& fluorescent_substance_1(fn_specimen_stained_with_fluorescent_substance_1(X))
& has_part_2(X,fn_specimen_stained_with_fluorescent_substance_1(X)) ) ) ).
fof(a532793,axiom,
! [X] :
( spectrophotometer_1(X)
=> ( original_name_2(X,'Spectrophotometer')
& user_description_2(X,'An instrument used to determine the intensity of various wavelengths in a spectrum of light.')
& concept2words_2(X,spectrophotometer)
& scientific_device_1(X)
& ~ dna_chip_1(X)
& ~ pet_scanner_1(X)
& spectrophotometry_1(fn_spectrophotometer_1(X))
& time_interval_1(fn_spectrophotometer_2(X))
& interaction_of_light_with_matter_1(fn_spectrophotometer_3(X))
& molecule_1(fn_spectrophotometer_4(X))
& make_contact_1(fn_spectrophotometer_5(X))
& make_contact_1(fn_spectrophotometer_6(X))
& make_contact_1(fn_spectrophotometer_7(X))
& make_contact_1(fn_spectrophotometer_8(X))
& make_contact_1(fn_spectrophotometer_9(X))
& make_contact_1(fn_spectrophotometer_10(X))
& make_contact_1(fn_spectrophotometer_11(X))
& light_reflection_1(fn_spectrophotometer_12(X))
& absorb_1(fn_spectrophotometer_13(X))
& take_in_1(fn_spectrophotometer_13(X))
& light_transmission_1(fn_spectrophotometer_14(X))
& absorb_1(fn_interaction_of_light_with_matter_4(fn_spectrophotometer_3(X)))
& light_transmission_1(fn_interaction_of_light_with_matter_1(fn_spectrophotometer_3(X)))
& light_reflection_1(fn_interaction_of_light_with_matter_5(fn_spectrophotometer_3(X)))
& make_contact_1(fn_interaction_of_light_with_matter_6(fn_spectrophotometer_3(X)))
& spatial_entity_1(fn_make_contact_2(fn_spectrophotometer_6(X)))
& spatial_entity_1(fn_make_contact_2(fn_spectrophotometer_7(X)))
& spatial_entity_1(fn_make_contact_2(fn_spectrophotometer_8(X)))
& spatial_entity_1(fn_make_contact_2(fn_spectrophotometer_9(X)))
& spatial_entity_1(fn_make_contact_2(fn_spectrophotometer_10(X)))
& spatial_entity_1(fn_make_contact_2(fn_spectrophotometer_5(X)))
& spatial_entity_1(fn_make_contact_2(fn_spectrophotometer_11(X)))
& tangible_entity_1(fn_light_reflection_1(fn_spectrophotometer_12(X)))
& tangible_entity_1(fn_take_in_1(fn_spectrophotometer_13(X)))
& has_function_2(X,fn_spectrophotometer_1(X))
& base_2(fn_spectrophotometer_14(X),fn_spectrophotometer_4(X))
& next_event_2(fn_spectrophotometer_11(X),fn_spectrophotometer_12(X))
& next_event_2(fn_spectrophotometer_11(X),fn_spectrophotometer_13(X))
& next_event_2(fn_spectrophotometer_11(X),fn_spectrophotometer_14(X))
& time_during_2(fn_spectrophotometer_11(X),fn_spectrophotometer_2(X))
& fn_spectrophotometer_11(X) != fn_spectrophotometer_10(X)
& fn_spectrophotometer_11(X) != fn_spectrophotometer_9(X)
& fn_spectrophotometer_11(X) != fn_spectrophotometer_8(X)
& fn_spectrophotometer_11(X) != fn_spectrophotometer_7(X)
& fn_spectrophotometer_11(X) != fn_spectrophotometer_6(X)
& fn_spectrophotometer_11(X) != fn_spectrophotometer_5(X)
& next_event_2(fn_spectrophotometer_10(X),fn_spectrophotometer_12(X))
& next_event_2(fn_spectrophotometer_10(X),fn_spectrophotometer_13(X))
& next_event_2(fn_spectrophotometer_10(X),fn_spectrophotometer_14(X))
& time_during_2(fn_spectrophotometer_10(X),fn_spectrophotometer_2(X))
& fn_spectrophotometer_10(X) != fn_spectrophotometer_11(X)
& fn_spectrophotometer_10(X) != fn_spectrophotometer_9(X)
& fn_spectrophotometer_10(X) != fn_spectrophotometer_8(X)
& fn_spectrophotometer_10(X) != fn_spectrophotometer_7(X)
& fn_spectrophotometer_10(X) != fn_spectrophotometer_6(X)
& fn_spectrophotometer_10(X) != fn_spectrophotometer_5(X)
& next_event_2(fn_spectrophotometer_9(X),fn_spectrophotometer_12(X))
& next_event_2(fn_spectrophotometer_9(X),fn_spectrophotometer_13(X))
& next_event_2(fn_spectrophotometer_9(X),fn_spectrophotometer_14(X))
& time_during_2(fn_spectrophotometer_9(X),fn_spectrophotometer_2(X))
& fn_spectrophotometer_9(X) != fn_spectrophotometer_10(X)
& fn_spectrophotometer_9(X) != fn_spectrophotometer_11(X)
& fn_spectrophotometer_9(X) != fn_spectrophotometer_8(X)
& fn_spectrophotometer_9(X) != fn_spectrophotometer_7(X)
& fn_spectrophotometer_9(X) != fn_spectrophotometer_6(X)
& fn_spectrophotometer_9(X) != fn_spectrophotometer_5(X)
& next_event_2(fn_spectrophotometer_8(X),fn_spectrophotometer_12(X))
& next_event_2(fn_spectrophotometer_8(X),fn_spectrophotometer_13(X))
& next_event_2(fn_spectrophotometer_8(X),fn_spectrophotometer_14(X))
& time_during_2(fn_spectrophotometer_8(X),fn_spectrophotometer_2(X))
& fn_spectrophotometer_8(X) != fn_spectrophotometer_9(X)
& fn_spectrophotometer_8(X) != fn_spectrophotometer_10(X)
& fn_spectrophotometer_8(X) != fn_spectrophotometer_11(X)
& fn_spectrophotometer_8(X) != fn_spectrophotometer_7(X)
& fn_spectrophotometer_8(X) != fn_spectrophotometer_6(X)
& fn_spectrophotometer_8(X) != fn_spectrophotometer_5(X)
& next_event_2(fn_spectrophotometer_7(X),fn_spectrophotometer_12(X))
& next_event_2(fn_spectrophotometer_7(X),fn_spectrophotometer_13(X))
& next_event_2(fn_spectrophotometer_7(X),fn_spectrophotometer_14(X))
& time_during_2(fn_spectrophotometer_7(X),fn_spectrophotometer_2(X))
& fn_spectrophotometer_7(X) != fn_spectrophotometer_8(X)
& fn_spectrophotometer_7(X) != fn_spectrophotometer_9(X)
& fn_spectrophotometer_7(X) != fn_spectrophotometer_10(X)
& fn_spectrophotometer_7(X) != fn_spectrophotometer_11(X)
& fn_spectrophotometer_7(X) != fn_spectrophotometer_6(X)
& fn_spectrophotometer_7(X) != fn_spectrophotometer_5(X)
& next_event_2(fn_spectrophotometer_6(X),fn_spectrophotometer_12(X))
& next_event_2(fn_spectrophotometer_6(X),fn_spectrophotometer_13(X))
& next_event_2(fn_spectrophotometer_6(X),fn_spectrophotometer_14(X))
& time_during_2(fn_spectrophotometer_6(X),fn_spectrophotometer_2(X))
& fn_spectrophotometer_6(X) != fn_spectrophotometer_7(X)
& fn_spectrophotometer_6(X) != fn_spectrophotometer_8(X)
& fn_spectrophotometer_6(X) != fn_spectrophotometer_9(X)
& fn_spectrophotometer_6(X) != fn_spectrophotometer_10(X)
& fn_spectrophotometer_6(X) != fn_spectrophotometer_11(X)
& fn_spectrophotometer_6(X) != fn_spectrophotometer_5(X)
& fn_spectrophotometer_5(X) != fn_spectrophotometer_6(X)
& fn_spectrophotometer_5(X) != fn_spectrophotometer_7(X)
& fn_spectrophotometer_5(X) != fn_spectrophotometer_8(X)
& fn_spectrophotometer_5(X) != fn_spectrophotometer_9(X)
& fn_spectrophotometer_5(X) != fn_spectrophotometer_10(X)
& fn_spectrophotometer_5(X) != fn_spectrophotometer_11(X)
& time_during_2(fn_spectrophotometer_5(X),fn_spectrophotometer_2(X))
& first_subevent_2(fn_spectrophotometer_3(X),fn_spectrophotometer_6(X))
& first_subevent_2(fn_spectrophotometer_3(X),fn_spectrophotometer_7(X))
& first_subevent_2(fn_spectrophotometer_3(X),fn_spectrophotometer_8(X))
& first_subevent_2(fn_spectrophotometer_3(X),fn_spectrophotometer_9(X))
& first_subevent_2(fn_spectrophotometer_3(X),fn_spectrophotometer_10(X))
& first_subevent_2(fn_spectrophotometer_3(X),fn_spectrophotometer_11(X))
& subevent_2(fn_spectrophotometer_3(X),fn_spectrophotometer_6(X))
& subevent_2(fn_spectrophotometer_3(X),fn_spectrophotometer_7(X))
& subevent_2(fn_spectrophotometer_3(X),fn_spectrophotometer_8(X))
& subevent_2(fn_spectrophotometer_3(X),fn_spectrophotometer_9(X))
& subevent_2(fn_spectrophotometer_3(X),fn_spectrophotometer_10(X))
& subevent_2(fn_spectrophotometer_3(X),fn_spectrophotometer_11(X))
& subevent_2(fn_spectrophotometer_1(X),fn_spectrophotometer_3(X))
& base_2(fn_spectrophotometer_1(X),fn_spectrophotometer_4(X))
& instrument_2(fn_spectrophotometer_1(X),X)
& base_2(fn_spectrophotometer_6(X),fn_spectrophotometer_4(X))
& base_2(fn_spectrophotometer_7(X),fn_spectrophotometer_4(X))
& base_2(fn_spectrophotometer_8(X),fn_spectrophotometer_4(X))
& base_2(fn_spectrophotometer_9(X),fn_spectrophotometer_4(X))
& base_2(fn_spectrophotometer_10(X),fn_spectrophotometer_4(X))
& next_event_2(fn_spectrophotometer_5(X),fn_spectrophotometer_13(X))
& subevent_2(fn_spectrophotometer_3(X),fn_spectrophotometer_13(X))
& subevent_2(fn_spectrophotometer_3(X),fn_spectrophotometer_14(X))
& first_subevent_2(fn_spectrophotometer_3(X),fn_spectrophotometer_5(X))
& next_event_2(fn_spectrophotometer_5(X),fn_spectrophotometer_12(X))
& subevent_2(fn_spectrophotometer_3(X),fn_spectrophotometer_12(X))
& subevent_2(fn_spectrophotometer_3(X),fn_spectrophotometer_5(X))
& next_event_2(fn_spectrophotometer_5(X),fn_spectrophotometer_14(X))
& agent_2(fn_spectrophotometer_13(X),fn_spectrophotometer_4(X))
& base_2(fn_spectrophotometer_13(X),fn_spectrophotometer_4(X))
& agent_2(fn_spectrophotometer_12(X),fn_spectrophotometer_4(X))
& base_2(fn_spectrophotometer_11(X),fn_spectrophotometer_4(X))
& base_2(fn_spectrophotometer_5(X),fn_spectrophotometer_4(X))
& fn_spectrophotometer_4(X) = fn_make_contact_2(fn_spectrophotometer_6(X))
& fn_spectrophotometer_4(X) = fn_make_contact_2(fn_spectrophotometer_7(X))
& fn_spectrophotometer_4(X) = fn_make_contact_2(fn_spectrophotometer_8(X))
& fn_spectrophotometer_4(X) = fn_make_contact_2(fn_spectrophotometer_9(X))
& fn_spectrophotometer_4(X) = fn_make_contact_2(fn_spectrophotometer_10(X))
& fn_spectrophotometer_13(X) = fn_interaction_of_light_with_matter_4(fn_spectrophotometer_3(X))
& fn_spectrophotometer_14(X) = fn_interaction_of_light_with_matter_1(fn_spectrophotometer_3(X))
& fn_spectrophotometer_12(X) = fn_interaction_of_light_with_matter_5(fn_spectrophotometer_3(X))
& fn_spectrophotometer_5(X) = fn_interaction_of_light_with_matter_6(fn_spectrophotometer_3(X))
& fn_spectrophotometer_4(X) = fn_make_contact_2(fn_spectrophotometer_5(X))
& fn_spectrophotometer_4(X) = fn_make_contact_2(fn_spectrophotometer_11(X))
& fn_spectrophotometer_4(X) = fn_light_reflection_1(fn_spectrophotometer_12(X))
& fn_spectrophotometer_4(X) = fn_take_in_1(fn_spectrophotometer_13(X))
& fn_make_contact_2(fn_spectrophotometer_6(X)) = fn_make_contact_2(fn_spectrophotometer_7(X))
& fn_make_contact_2(fn_spectrophotometer_7(X)) = fn_make_contact_2(fn_spectrophotometer_8(X))
& fn_make_contact_2(fn_spectrophotometer_8(X)) = fn_make_contact_2(fn_spectrophotometer_9(X))
& fn_make_contact_2(fn_spectrophotometer_9(X)) = fn_make_contact_2(fn_spectrophotometer_10(X))
& fn_make_contact_2(fn_spectrophotometer_10(X)) = fn_make_contact_2(fn_spectrophotometer_5(X))
& fn_make_contact_2(fn_spectrophotometer_5(X)) = fn_make_contact_2(fn_spectrophotometer_11(X))
& fn_make_contact_2(fn_spectrophotometer_11(X)) = fn_light_reflection_1(fn_spectrophotometer_12(X))
& fn_light_reflection_1(fn_spectrophotometer_12(X)) = fn_light_reflection_1(fn_spectrophotometer_12(X))
& fn_light_reflection_1(fn_spectrophotometer_12(X)) = fn_take_in_1(fn_spectrophotometer_13(X))
& fn_take_in_1(fn_spectrophotometer_13(X)) = fn_take_in_1(fn_spectrophotometer_13(X)) ) ) ).
fof(a532794,axiom,
! [X] :
( spectrophotometry_1(X)
=> ( original_name_2(X,'Spectrophotometry')
& user_description_2(X,'The study of light absorption by using the instrument, spectrophotometer. Absorption occurs when energy from the radiative source is absorbed by the material. Absorption is often determined by measuring the fraction of energy transmitted through the material; absorption will decrease the transmitted portion.')
& concept2words_2(X,'measure absorption')
& concept2words_2(X,spectrophotometry)
& technique_1(X)
& prism_1(fn_spectrophotometry_1(X))
& photoelectric_tube_1(fn_spectrophotometry_2(X))
& galvanometer_1(fn_spectrophotometry_3(X))
& time_interval_1(fn_spectrophotometry_4(X))
& time_interval_1(fn_spectrophotometry_5(X))
& time_interval_1(fn_spectrophotometry_6(X))
& molecular_region_1(fn_spectrophotometry_7(X))
& region_1(fn_spectrophotometry_8(X))
& change_of_state_1(fn_spectrophotometry_9(X))
& green_light_1(fn_spectrophotometry_10(X))
& blue_light_1(fn_spectrophotometry_11(X))
& violet_blue_light_1(fn_spectrophotometry_12(X))
& green_light_1(fn_spectrophotometry_13(X))
& blue_light_1(fn_spectrophotometry_14(X))
& time_interval_1(fn_spectrophotometry_15(X))
& time_interval_1(fn_spectrophotometry_16(X))
& absorption_spectrum_1(fn_spectrophotometry_17(X))
& blue_green_light_1(fn_spectrophotometry_18(X))
& blue_green_light_1(fn_spectrophotometry_19(X))
& region_1(fn_spectrophotometry_20(X))
& scientist_1(fn_spectrophotometry_21(X))
& make_contact_1(fn_spectrophotometry_22(X))
& blue_green_light_1(fn_spectrophotometry_23(X))
& electric_current_1(fn_spectrophotometry_24(X))
& make_contact_1(fn_spectrophotometry_25(X))
& light_reflection_1(fn_spectrophotometry_26(X))
& move_1(fn_spectrophotometry_27(X))
& absorb_1(fn_spectrophotometry_27(X))
& take_in_1(fn_spectrophotometry_27(X))
& move_1(fn_spectrophotometry_28(X))
& light_transmission_1(fn_spectrophotometry_28(X))
& violet_light_1(fn_spectrophotometry_29(X))
& orange_light_1(fn_spectrophotometry_30(X))
& red_light_1(fn_spectrophotometry_31(X))
& yellow_light_1(fn_spectrophotometry_32(X))
& violet_light_1(fn_spectrophotometry_33(X))
& orange_light_1(fn_spectrophotometry_34(X))
& violet_blue_light_1(fn_spectrophotometry_35(X))
& red_light_1(fn_spectrophotometry_36(X))
& yellow_light_1(fn_spectrophotometry_37(X))
& measure_1(fn_spectrophotometry_38(X))
& spectrophotometer_1(fn_spectrophotometry_39(X))
& light_1(fn_spectrophotometry_40(X))
& interaction_of_light_with_matter_1(fn_spectrophotometry_41(X))
& segregate_1(fn_spectrophotometry_42(X))
& blue_light_1(fn_spectrophotometry_43(X))
& violet_light_1(fn_spectrophotometry_44(X))
& violet_blue_light_1(fn_spectrophotometry_45(X))
& green_light_1(fn_spectrophotometry_46(X))
& orange_light_1(fn_spectrophotometry_47(X))
& yellow_light_1(fn_spectrophotometry_48(X))
& red_light_1(fn_spectrophotometry_49(X))
& spatial_entity_1(fn_spectrophotometry_50(X))
& molecule_1(fn_spectrophotometry_50(X))
& make_contact_1(fn_spectrophotometry_51(X))
& make_contact_1(fn_spectrophotometry_52(X))
& make_contact_1(fn_spectrophotometry_53(X))
& make_contact_1(fn_spectrophotometry_54(X))
& make_contact_1(fn_spectrophotometry_55(X))
& time_interval_1(fn_spectrophotometry_56(X))
& make_contact_1(fn_spectrophotometry_57(X))
& spatial_entity_1(fn_make_contact_1(fn_spectrophotometry_53(X)))
& spatial_entity_1(fn_make_contact_1(fn_spectrophotometry_51(X)))
& spatial_entity_1(fn_make_contact_1(fn_spectrophotometry_54(X)))
& spatial_entity_1(fn_move_1(fn_spectrophotometry_27(X)))
& spatial_entity_1(fn_make_contact_1(fn_spectrophotometry_55(X)))
& spatial_entity_1(fn_make_contact_1(fn_spectrophotometry_25(X)))
& spatial_entity_1(fn_make_contact_1(fn_spectrophotometry_57(X)))
& spatial_entity_1(fn_make_contact_1(fn_spectrophotometry_22(X)))
& entity_1(fn_segregate_1(fn_spectrophotometry_42(X)))
& light_1(fn_light_transmission_2(fn_spectrophotometry_28(X)))
& measure_1(fn_electric_current_1(fn_spectrophotometry_24(X)))
& light_1(fn_interaction_of_light_with_matter_7(fn_spectrophotometry_41(X)))
& light_reflection_1(fn_spectrophotometer_12(fn_spectrophotometry_39(X)))
& time_interval_1(fn_spectrophotometer_2(fn_spectrophotometry_39(X)))
& interaction_of_light_with_matter_1(fn_spectrophotometer_3(fn_spectrophotometry_39(X)))
& move_1(fn_orange_light_8(fn_spectrophotometry_34(X)))
& move_1(fn_violet_light_8(fn_spectrophotometry_33(X)))
& move_1(fn_red_light_10(fn_spectrophotometry_36(X)))
& move_1(fn_yellow_light_8(fn_spectrophotometry_37(X)))
& absorb_1(fn_spectrophotometer_13(fn_spectrophotometry_39(X)))
& take_in_1(fn_spectrophotometer_13(fn_spectrophotometry_39(X)))
& move_1(fn_violet_light_8(fn_spectrophotometry_29(X)))
& move_1(fn_orange_light_8(fn_spectrophotometry_30(X)))
& move_1(fn_red_light_10(fn_spectrophotometry_31(X)))
& light_transmission_1(fn_interaction_of_light_with_matter_1(fn_spectrophotometry_41(X)))
& light_transmission_1(fn_spectrophotometer_14(fn_spectrophotometry_39(X)))
& spatial_entity_1(fn_make_contact_2(fn_spectrophotometry_53(X)))
& molecule_1(fn_spectrophotometer_4(fn_spectrophotometry_39(X)))
& make_contact_1(fn_interaction_of_light_with_matter_6(fn_spectrophotometry_41(X)))
& make_contact_1(fn_spectrophotometer_7(fn_spectrophotometry_39(X)))
& make_contact_1(fn_spectrophotometer_9(fn_spectrophotometry_39(X)))
& make_contact_1(fn_spectrophotometer_8(fn_spectrophotometry_39(X)))
& make_contact_1(fn_spectrophotometer_10(fn_spectrophotometry_39(X)))
& make_contact_1(fn_spectrophotometer_5(fn_spectrophotometry_39(X)))
& make_contact_1(fn_spectrophotometer_6(fn_spectrophotometry_39(X)))
& make_contact_1(fn_spectrophotometer_11(fn_spectrophotometry_39(X)))
& spectrophotometry_1(fn_spectrophotometer_1(fn_spectrophotometry_39(X)))
& has_function_2(fn_spectrophotometry_1(X),fn_spectrophotometry_42(X))
& has_function_2(fn_spectrophotometry_2(X),fn_spectrophotometry_9(X))
& has_function_2(fn_spectrophotometry_3(X),fn_spectrophotometry_38(X))
& time_before_2(fn_spectrophotometry_56(X),fn_spectrophotometry_4(X))
& time_before_2(fn_spectrophotometry_56(X),fn_spectrophotometry_5(X))
& time_before_2(fn_spectrophotometry_56(X),fn_spectrophotometry_6(X))
& time_during_2(fn_spectrophotometry_54(X),fn_spectrophotometry_56(X))
& next_event_2(fn_spectrophotometry_54(X),fn_spectrophotometry_27(X))
& next_event_2(fn_spectrophotometry_54(X),fn_spectrophotometry_26(X))
& is_inside_2(fn_spectrophotometry_7(X),fn_spectrophotometry_50(X))
& has_region_2(fn_spectrophotometry_50(X),fn_spectrophotometry_8(X))
& is_between_2(fn_spectrophotometry_50(X),fn_spectrophotometry_7(X))
& is_between_2(fn_spectrophotometry_50(X),fn_spectrophotometry_20(X))
& agent_2(fn_spectrophotometry_42(X),fn_spectrophotometry_1(X))
& next_event_2(fn_spectrophotometry_42(X),fn_spectrophotometry_41(X))
& result_2(fn_spectrophotometry_42(X),fn_spectrophotometry_23(X))
& result_2(fn_spectrophotometry_42(X),fn_spectrophotometry_43(X))
& result_2(fn_spectrophotometry_42(X),fn_spectrophotometry_44(X))
& result_2(fn_spectrophotometry_42(X),fn_spectrophotometry_45(X))
& result_2(fn_spectrophotometry_42(X),fn_spectrophotometry_46(X))
& result_2(fn_spectrophotometry_42(X),fn_spectrophotometry_47(X))
& result_2(fn_spectrophotometry_42(X),fn_spectrophotometry_48(X))
& result_2(fn_spectrophotometry_42(X),fn_spectrophotometry_49(X))
& next_event_2(fn_spectrophotometry_41(X),fn_spectrophotometry_9(X))
& object_2(fn_spectrophotometry_41(X),fn_spectrophotometry_23(X))
& object_2(fn_spectrophotometry_41(X),fn_spectrophotometry_44(X))
& object_2(fn_spectrophotometry_41(X),fn_spectrophotometry_45(X))
& object_2(fn_spectrophotometry_41(X),fn_spectrophotometry_46(X))
& object_2(fn_spectrophotometry_41(X),fn_spectrophotometry_47(X))
& object_2(fn_spectrophotometry_41(X),fn_spectrophotometry_48(X))
& object_2(fn_spectrophotometry_41(X),fn_spectrophotometry_49(X))
& subevent_2(fn_spectrophotometry_41(X),fn_spectrophotometry_52(X))
& first_subevent_2(fn_spectrophotometry_41(X),fn_spectrophotometry_51(X))
& agent_2(fn_spectrophotometry_9(X),fn_spectrophotometry_2(X))
& next_event_2(fn_spectrophotometry_9(X),fn_spectrophotometry_38(X))
& result_2(fn_spectrophotometry_9(X),fn_spectrophotometry_24(X))
& time_during_2(fn_spectrophotometry_9(X),fn_spectrophotometry_16(X))
& object_2(fn_spectrophotometry_9(X),fn_spectrophotometry_32(X))
& object_2(fn_spectrophotometry_9(X),fn_spectrophotometry_12(X))
& object_2(fn_spectrophotometry_9(X),fn_spectrophotometry_31(X))
& object_2(fn_spectrophotometry_9(X),fn_spectrophotometry_30(X))
& object_2(fn_spectrophotometry_9(X),fn_spectrophotometry_13(X))
& object_2(fn_spectrophotometry_9(X),fn_spectrophotometry_14(X))
& object_2(fn_spectrophotometry_9(X),fn_spectrophotometry_29(X))
& object_2(fn_spectrophotometry_9(X),fn_spectrophotometry_18(X))
& has_part_2(fn_spectrophotometry_39(X),fn_spectrophotometry_3(X))
& has_part_2(fn_spectrophotometry_39(X),fn_spectrophotometry_2(X))
& has_part_2(fn_spectrophotometry_39(X),fn_spectrophotometry_1(X))
& agent_2(fn_spectrophotometry_38(X),fn_spectrophotometry_3(X))
& time_during_2(fn_spectrophotometry_38(X),fn_spectrophotometry_15(X))
& agent_2(X,fn_spectrophotometry_21(X))
& first_subevent_2(X,fn_spectrophotometry_42(X))
& result_2(X,fn_spectrophotometry_17(X))
& raw_material_2(X,fn_spectrophotometry_40(X))
& subevent_2(X,fn_spectrophotometry_38(X))
& subevent_2(X,fn_spectrophotometry_9(X))
& subevent_2(X,fn_spectrophotometry_42(X))
& time_during_2(fn_spectrophotometry_28(X),fn_spectrophotometry_5(X))
& object_2(fn_spectrophotometry_28(X),fn_spectrophotometry_18(X))
& object_2(fn_spectrophotometry_28(X),fn_spectrophotometry_14(X))
& object_2(fn_spectrophotometry_28(X),fn_spectrophotometry_13(X))
& object_2(fn_spectrophotometry_28(X),fn_spectrophotometry_12(X))
& path_2(fn_spectrophotometry_27(X),fn_spectrophotometry_8(X))
& destination_2(fn_spectrophotometry_27(X),fn_spectrophotometry_7(X))
& time_during_2(fn_spectrophotometry_27(X),fn_spectrophotometry_6(X))
& object_2(fn_spectrophotometry_27(X),fn_spectrophotometry_19(X))
& object_2(fn_spectrophotometry_27(X),fn_spectrophotometry_11(X))
& object_2(fn_spectrophotometry_27(X),fn_spectrophotometry_10(X))
& origin_2(fn_spectrophotometry_27(X),fn_spectrophotometry_20(X))
& time_during_2(fn_spectrophotometry_26(X),fn_spectrophotometry_4(X))
& time_before_2(fn_spectrophotometry_16(X),fn_spectrophotometry_15(X))
& is_outside_2(fn_spectrophotometry_20(X),fn_spectrophotometry_50(X))
& object_2(fn_spectrophotometry_53(X),fn_spectrophotometry_46(X))
& object_2(fn_spectrophotometry_51(X),fn_spectrophotometry_45(X))
& object_2(fn_spectrophotometry_54(X),fn_spectrophotometry_48(X))
& object_2(fn_spectrophotometry_27(X),fn_spectrophotometry_35(X))
& object_2(fn_spectrophotometry_55(X),fn_spectrophotometry_47(X))
& object_2(fn_spectrophotometry_25(X),fn_spectrophotometry_49(X))
& object_2(fn_spectrophotometry_57(X),fn_spectrophotometry_44(X))
& object_2(fn_spectrophotometry_22(X),fn_spectrophotometry_23(X))
& object_2(fn_spectrophotometry_42(X),fn_spectrophotometry_40(X))
& object_2(fn_spectrophotometry_27(X),fn_spectrophotometry_34(X))
& object_2(fn_spectrophotometry_27(X),fn_spectrophotometry_33(X))
& object_2(fn_spectrophotometry_27(X),fn_spectrophotometry_36(X))
& base_2(fn_spectrophotometry_53(X),fn_spectrophotometry_50(X))
& object_2(fn_spectrophotometry_27(X),fn_spectrophotometry_37(X))
& object_2(fn_spectrophotometry_28(X),fn_spectrophotometry_29(X))
& object_2(fn_spectrophotometry_28(X),fn_spectrophotometry_30(X))
& object_2(fn_spectrophotometry_28(X),fn_spectrophotometry_31(X))
& object_2(fn_spectrophotometry_28(X),fn_spectrophotometry_32(X))
& object_2(fn_spectrophotometry_38(X),fn_spectrophotometry_24(X))
& first_subevent_2(fn_spectrophotometry_41(X),fn_spectrophotometry_52(X))
& object_2(fn_spectrophotometry_52(X),fn_spectrophotometry_43(X))
& object_2(fn_spectrophotometry_41(X),fn_spectrophotometry_43(X))
& subevent_2(fn_spectrophotometry_41(X),fn_spectrophotometry_51(X))
& next_event_2(fn_spectrophotometry_51(X),fn_spectrophotometry_28(X))
& subevent_2(fn_spectrophotometry_41(X),fn_spectrophotometry_54(X))
& subevent_2(fn_spectrophotometry_41(X),fn_spectrophotometry_25(X))
& subevent_2(fn_spectrophotometry_41(X),fn_spectrophotometry_53(X))
& instrument_2(X,fn_spectrophotometry_39(X))
& subevent_2(fn_spectrophotometry_41(X),fn_spectrophotometry_22(X))
& next_event_2(fn_spectrophotometry_53(X),fn_spectrophotometry_26(X))
& time_during_2(fn_spectrophotometry_53(X),fn_spectrophotometry_56(X))
& time_during_2(fn_spectrophotometry_52(X),fn_spectrophotometry_56(X))
& next_event_2(fn_spectrophotometry_55(X),fn_spectrophotometry_28(X))
& base_2(fn_spectrophotometry_55(X),fn_spectrophotometry_50(X))
& base_2(fn_spectrophotometry_52(X),fn_spectrophotometry_50(X))
& fn_spectrophotometry_54(X) != fn_spectrophotometry_55(X)
& fn_spectrophotometry_55(X) != fn_spectrophotometry_54(X)
& next_event_2(fn_spectrophotometry_52(X),fn_spectrophotometry_26(X))
& next_event_2(fn_spectrophotometry_52(X),fn_spectrophotometry_28(X))
& next_event_2(fn_spectrophotometry_54(X),fn_spectrophotometry_28(X))
& base_2(fn_spectrophotometry_54(X),fn_spectrophotometry_50(X))
& base_2(X,fn_spectrophotometry_50(X))
& next_event_2(fn_spectrophotometry_55(X),fn_spectrophotometry_27(X))
& next_event_2(fn_spectrophotometry_53(X),fn_spectrophotometry_27(X))
& fn_spectrophotometry_53(X) != fn_spectrophotometry_54(X)
& fn_spectrophotometry_55(X) != fn_spectrophotometry_57(X)
& fn_spectrophotometry_57(X) != fn_spectrophotometry_55(X)
& fn_spectrophotometry_54(X) != fn_spectrophotometry_53(X)
& first_subevent_2(fn_spectrophotometry_41(X),fn_spectrophotometry_53(X))
& next_event_2(fn_spectrophotometry_53(X),fn_spectrophotometry_28(X))
& subevent_2(fn_spectrophotometry_41(X),fn_spectrophotometry_28(X))
& subevent_2(fn_spectrophotometry_41(X),fn_spectrophotometry_55(X))
& fn_spectrophotometry_55(X) != fn_spectrophotometry_53(X)
& fn_spectrophotometry_53(X) != fn_spectrophotometry_55(X)
& time_during_2(fn_spectrophotometry_55(X),fn_spectrophotometry_56(X))
& next_event_2(fn_spectrophotometry_55(X),fn_spectrophotometry_26(X))
& next_event_2(fn_spectrophotometry_51(X),fn_spectrophotometry_26(X))
& next_event_2(fn_spectrophotometry_51(X),fn_spectrophotometry_27(X))
& next_event_2(fn_spectrophotometry_52(X),fn_spectrophotometry_27(X))
& next_event_2(fn_spectrophotometry_25(X),fn_spectrophotometry_27(X))
& subevent_2(fn_spectrophotometry_41(X),fn_spectrophotometry_27(X))
& first_subevent_2(fn_spectrophotometry_41(X),fn_spectrophotometry_54(X))
& fn_spectrophotometry_52(X) != fn_spectrophotometry_54(X)
& fn_spectrophotometry_54(X) != fn_spectrophotometry_52(X)
& fn_spectrophotometry_57(X) != fn_spectrophotometry_54(X)
& fn_spectrophotometry_57(X) != fn_spectrophotometry_53(X)
& fn_spectrophotometry_53(X) != fn_spectrophotometry_52(X)
& fn_spectrophotometry_54(X) != fn_spectrophotometry_57(X)
& fn_spectrophotometry_52(X) != fn_spectrophotometry_57(X)
& fn_spectrophotometry_57(X) != fn_spectrophotometry_52(X)
& fn_spectrophotometry_53(X) != fn_spectrophotometry_57(X)
& fn_spectrophotometry_52(X) != fn_spectrophotometry_53(X)
& time_during_2(fn_spectrophotometry_25(X),fn_spectrophotometry_56(X))
& time_during_2(fn_spectrophotometry_51(X),fn_spectrophotometry_56(X))
& fn_spectrophotometry_51(X) != fn_spectrophotometry_53(X)
& fn_spectrophotometry_54(X) != fn_spectrophotometry_51(X)
& fn_spectrophotometry_51(X) != fn_spectrophotometry_54(X)
& fn_spectrophotometry_53(X) != fn_spectrophotometry_51(X)
& next_event_2(fn_spectrophotometry_57(X),fn_spectrophotometry_26(X))
& subevent_2(fn_spectrophotometry_41(X),fn_spectrophotometry_57(X))
& first_subevent_2(fn_spectrophotometry_41(X),fn_spectrophotometry_55(X))
& fn_spectrophotometry_55(X) != fn_spectrophotometry_52(X)
& fn_spectrophotometry_52(X) != fn_spectrophotometry_51(X)
& fn_spectrophotometry_52(X) != fn_spectrophotometry_55(X)
& fn_spectrophotometry_51(X) != fn_spectrophotometry_52(X)
& next_event_2(fn_spectrophotometry_25(X),fn_spectrophotometry_26(X))
& subevent_2(fn_spectrophotometry_41(X),fn_spectrophotometry_26(X))
& first_subevent_2(fn_spectrophotometry_41(X),fn_spectrophotometry_57(X))
& fn_spectrophotometry_52(X) != fn_spectrophotometry_25(X)
& fn_spectrophotometry_25(X) != fn_spectrophotometry_52(X)
& next_event_2(fn_spectrophotometry_57(X),fn_spectrophotometry_27(X))
& agent_2(fn_spectrophotometry_27(X),fn_spectrophotometry_50(X))
& base_2(fn_spectrophotometry_51(X),fn_spectrophotometry_50(X))
& fn_spectrophotometry_55(X) != fn_spectrophotometry_51(X)
& fn_spectrophotometry_51(X) != fn_spectrophotometry_55(X)
& fn_spectrophotometry_25(X) != fn_spectrophotometry_53(X)
& fn_spectrophotometry_55(X) != fn_spectrophotometry_25(X)
& fn_spectrophotometry_25(X) != fn_spectrophotometry_55(X)
& fn_spectrophotometry_54(X) != fn_spectrophotometry_25(X)
& fn_spectrophotometry_25(X) != fn_spectrophotometry_54(X)
& fn_spectrophotometry_53(X) != fn_spectrophotometry_25(X)
& next_event_2(fn_spectrophotometry_57(X),fn_spectrophotometry_28(X))
& next_event_2(fn_spectrophotometry_25(X),fn_spectrophotometry_28(X))
& fn_spectrophotometry_25(X) != fn_spectrophotometry_57(X)
& fn_spectrophotometry_51(X) != fn_spectrophotometry_57(X)
& fn_spectrophotometry_51(X) != fn_spectrophotometry_25(X)
& fn_spectrophotometry_57(X) != fn_spectrophotometry_25(X)
& fn_spectrophotometry_57(X) != fn_spectrophotometry_51(X)
& fn_spectrophotometry_25(X) != fn_spectrophotometry_51(X)
& next_event_2(fn_spectrophotometry_22(X),fn_spectrophotometry_27(X))
& base_2(fn_spectrophotometry_27(X),fn_spectrophotometry_50(X))
& agent_2(fn_spectrophotometry_26(X),fn_spectrophotometry_50(X))
& next_event_2(fn_spectrophotometry_22(X),fn_spectrophotometry_26(X))
& first_subevent_2(fn_spectrophotometry_41(X),fn_spectrophotometry_22(X))
& base_2(fn_spectrophotometry_57(X),fn_spectrophotometry_50(X))
& base_2(fn_spectrophotometry_22(X),fn_spectrophotometry_50(X))
& next_event_2(fn_spectrophotometry_22(X),fn_spectrophotometry_28(X))
& base_2(fn_spectrophotometry_28(X),fn_spectrophotometry_50(X))
& base_2(fn_spectrophotometry_25(X),fn_spectrophotometry_50(X))
& fn_spectrophotometry_22(X) != fn_spectrophotometry_51(X)
& fn_spectrophotometry_53(X) != fn_spectrophotometry_22(X)
& fn_spectrophotometry_22(X) != fn_spectrophotometry_53(X)
& fn_spectrophotometry_52(X) != fn_spectrophotometry_22(X)
& fn_spectrophotometry_22(X) != fn_spectrophotometry_52(X)
& fn_spectrophotometry_51(X) != fn_spectrophotometry_22(X)
& time_during_2(fn_spectrophotometry_57(X),fn_spectrophotometry_56(X))
& time_during_2(fn_spectrophotometry_22(X),fn_spectrophotometry_56(X))
& fn_spectrophotometry_22(X) != fn_spectrophotometry_54(X)
& fn_spectrophotometry_55(X) != fn_spectrophotometry_22(X)
& fn_spectrophotometry_22(X) != fn_spectrophotometry_55(X)
& fn_spectrophotometry_54(X) != fn_spectrophotometry_22(X)
& has_function_2(fn_spectrophotometry_39(X),X)
& subevent_2(X,fn_spectrophotometry_41(X))
& first_subevent_2(fn_spectrophotometry_41(X),fn_spectrophotometry_25(X))
& fn_spectrophotometry_25(X) != fn_spectrophotometry_22(X)
& fn_spectrophotometry_22(X) != fn_spectrophotometry_57(X)
& fn_spectrophotometry_22(X) != fn_spectrophotometry_25(X)
& fn_spectrophotometry_57(X) != fn_spectrophotometry_22(X)
& fn_spectrophotometry_46(X) = fn_make_contact_1(fn_spectrophotometry_53(X))
& fn_spectrophotometry_45(X) = fn_make_contact_1(fn_spectrophotometry_51(X))
& fn_spectrophotometry_48(X) = fn_make_contact_1(fn_spectrophotometry_54(X))
& fn_spectrophotometry_35(X) = fn_move_1(fn_spectrophotometry_27(X))
& fn_spectrophotometry_47(X) = fn_make_contact_1(fn_spectrophotometry_55(X))
& fn_spectrophotometry_49(X) = fn_make_contact_1(fn_spectrophotometry_25(X))
& fn_spectrophotometry_44(X) = fn_make_contact_1(fn_spectrophotometry_57(X))
& fn_spectrophotometry_23(X) = fn_make_contact_1(fn_spectrophotometry_22(X))
& fn_spectrophotometry_40(X) = fn_segregate_1(fn_spectrophotometry_42(X))
& fn_spectrophotometry_27(X) = fn_orange_light_8(fn_spectrophotometry_34(X))
& fn_spectrophotometry_27(X) = fn_violet_light_8(fn_spectrophotometry_33(X))
& fn_spectrophotometry_27(X) = fn_red_light_10(fn_spectrophotometry_36(X))
& fn_spectrophotometry_50(X) = fn_make_contact_2(fn_spectrophotometry_53(X))
& fn_spectrophotometry_27(X) = fn_yellow_light_8(fn_spectrophotometry_37(X))
& fn_spectrophotometry_28(X) = fn_violet_light_8(fn_spectrophotometry_29(X))
& fn_spectrophotometry_28(X) = fn_orange_light_8(fn_spectrophotometry_30(X))
& fn_spectrophotometry_28(X) = fn_red_light_10(fn_spectrophotometry_31(X))
& fn_spectrophotometry_32(X) = fn_light_transmission_2(fn_spectrophotometry_28(X))
& fn_spectrophotometry_38(X) = fn_electric_current_1(fn_spectrophotometry_24(X))
& fn_spectrophotometry_28(X) = fn_interaction_of_light_with_matter_1(fn_spectrophotometry_41(X))
& fn_spectrophotometry_51(X) = fn_interaction_of_light_with_matter_6(fn_spectrophotometry_41(X))
& fn_spectrophotometry_43(X) = fn_interaction_of_light_with_matter_7(fn_spectrophotometry_41(X))
& fn_spectrophotometry_52(X) = fn_interaction_of_light_with_matter_6(fn_spectrophotometry_41(X))
& fn_spectrophotometry_54(X) = fn_spectrophotometer_11(fn_spectrophotometry_39(X))
& fn_spectrophotometry_52(X) = fn_spectrophotometer_9(fn_spectrophotometry_39(X))
& fn_spectrophotometry_53(X) = fn_spectrophotometer_10(fn_spectrophotometry_39(X))
& fn_spectrophotometry_53(X) = fn_spectrophotometer_7(fn_spectrophotometry_39(X))
& fn_spectrophotometry_52(X) = fn_spectrophotometer_8(fn_spectrophotometry_39(X))
& fn_spectrophotometry_55(X) = fn_spectrophotometer_8(fn_spectrophotometry_39(X))
& fn_spectrophotometry_54(X) = fn_spectrophotometer_7(fn_spectrophotometry_39(X))
& fn_spectrophotometry_52(X) = fn_spectrophotometer_10(fn_spectrophotometry_39(X))
& fn_spectrophotometry_54(X) = fn_spectrophotometer_8(fn_spectrophotometry_39(X))
& fn_spectrophotometry_53(X) = fn_spectrophotometer_11(fn_spectrophotometry_39(X))
& fn_spectrophotometry_57(X) = fn_spectrophotometer_8(fn_spectrophotometry_39(X))
& fn_spectrophotometry_53(X) = fn_spectrophotometer_6(fn_spectrophotometry_39(X))
& fn_spectrophotometry_51(X) = fn_spectrophotometer_10(fn_spectrophotometry_39(X))
& fn_spectrophotometry_55(X) = fn_spectrophotometer_9(fn_spectrophotometry_39(X))
& fn_spectrophotometry_57(X) = fn_spectrophotometer_6(fn_spectrophotometry_39(X))
& fn_spectrophotometry_57(X) = fn_spectrophotometer_10(fn_spectrophotometry_39(X))
& fn_spectrophotometry_51(X) = fn_spectrophotometer_8(fn_spectrophotometry_39(X))
& fn_spectrophotometry_55(X) = fn_spectrophotometer_6(fn_spectrophotometry_39(X))
& fn_spectrophotometry_51(X) = fn_spectrophotometer_7(fn_spectrophotometry_39(X))
& fn_spectrophotometry_53(X) = fn_spectrophotometer_9(fn_spectrophotometry_39(X))
& fn_spectrophotometry_54(X) = fn_spectrophotometer_10(fn_spectrophotometry_39(X))
& fn_spectrophotometry_55(X) = fn_spectrophotometer_11(fn_spectrophotometry_39(X))
& fn_spectrophotometry_51(X) = fn_spectrophotometer_9(fn_spectrophotometry_39(X))
& fn_spectrophotometry_57(X) = fn_spectrophotometer_5(fn_spectrophotometry_39(X))
& fn_spectrophotometry_26(X) = fn_spectrophotometer_12(fn_spectrophotometry_39(X))
& fn_spectrophotometry_27(X) = fn_spectrophotometer_13(fn_spectrophotometry_39(X))
& fn_spectrophotometry_25(X) = fn_spectrophotometer_6(fn_spectrophotometry_39(X))
& fn_spectrophotometry_28(X) = fn_spectrophotometer_14(fn_spectrophotometry_39(X))
& fn_spectrophotometry_50(X) = fn_spectrophotometer_4(fn_spectrophotometry_39(X))
& fn_spectrophotometry_51(X) = fn_spectrophotometer_6(fn_spectrophotometry_39(X))
& fn_spectrophotometry_52(X) = fn_spectrophotometer_7(fn_spectrophotometry_39(X))
& fn_spectrophotometry_53(X) = fn_spectrophotometer_8(fn_spectrophotometry_39(X))
& fn_spectrophotometry_54(X) = fn_spectrophotometer_9(fn_spectrophotometry_39(X))
& fn_spectrophotometry_55(X) = fn_spectrophotometer_10(fn_spectrophotometry_39(X))
& fn_spectrophotometry_56(X) = fn_spectrophotometer_2(fn_spectrophotometry_39(X))
& fn_spectrophotometry_57(X) = fn_spectrophotometer_11(fn_spectrophotometry_39(X))
& fn_spectrophotometry_22(X) = fn_spectrophotometer_5(fn_spectrophotometry_39(X))
& fn_spectrophotometry_25(X) = fn_spectrophotometer_11(fn_spectrophotometry_39(X))
& fn_spectrophotometry_41(X) = fn_spectrophotometer_3(fn_spectrophotometry_39(X))
& X = fn_spectrophotometer_1(fn_spectrophotometry_39(X))
& fn_orange_light_8(fn_spectrophotometry_34(X)) = fn_violet_light_8(fn_spectrophotometry_33(X))
& fn_violet_light_8(fn_spectrophotometry_33(X)) = fn_violet_light_8(fn_spectrophotometry_33(X))
& fn_violet_light_8(fn_spectrophotometry_33(X)) = fn_red_light_10(fn_spectrophotometry_36(X))
& fn_red_light_10(fn_spectrophotometry_36(X)) = fn_red_light_10(fn_spectrophotometry_36(X))
& fn_red_light_10(fn_spectrophotometry_36(X)) = fn_yellow_light_8(fn_spectrophotometry_37(X))
& fn_yellow_light_8(fn_spectrophotometry_37(X)) = fn_yellow_light_8(fn_spectrophotometry_37(X))
& fn_yellow_light_8(fn_spectrophotometry_37(X)) = fn_spectrophotometer_13(fn_spectrophotometry_39(X))
& fn_spectrophotometer_13(fn_spectrophotometry_39(X)) = fn_spectrophotometer_13(fn_spectrophotometry_39(X))
& fn_spectrophotometer_13(fn_spectrophotometry_39(X)) = fn_violet_light_8(fn_spectrophotometry_29(X))
& fn_violet_light_8(fn_spectrophotometry_29(X)) = fn_orange_light_8(fn_spectrophotometry_30(X))
& fn_orange_light_8(fn_spectrophotometry_30(X)) = fn_orange_light_8(fn_spectrophotometry_30(X))
& fn_orange_light_8(fn_spectrophotometry_30(X)) = fn_red_light_10(fn_spectrophotometry_31(X))
& fn_red_light_10(fn_spectrophotometry_31(X)) = fn_red_light_10(fn_spectrophotometry_31(X))
& fn_red_light_10(fn_spectrophotometry_31(X)) = fn_interaction_of_light_with_matter_1(fn_spectrophotometry_41(X))
& fn_interaction_of_light_with_matter_1(fn_spectrophotometry_41(X)) = fn_interaction_of_light_with_matter_1(fn_spectrophotometry_41(X))
& fn_interaction_of_light_with_matter_1(fn_spectrophotometry_41(X)) = fn_spectrophotometer_14(fn_spectrophotometry_39(X))
& fn_spectrophotometer_14(fn_spectrophotometry_39(X)) = fn_spectrophotometer_14(fn_spectrophotometry_39(X))
& fn_spectrophotometer_14(fn_spectrophotometry_39(X)) = fn_make_contact_2(fn_spectrophotometry_53(X))
& fn_make_contact_2(fn_spectrophotometry_53(X)) = fn_spectrophotometer_4(fn_spectrophotometry_39(X))
& fn_spectrophotometer_4(fn_spectrophotometry_39(X)) = fn_spectrophotometer_4(fn_spectrophotometry_39(X))
& fn_spectrophotometer_4(fn_spectrophotometry_39(X)) = fn_interaction_of_light_with_matter_6(fn_spectrophotometry_41(X))
& fn_interaction_of_light_with_matter_6(fn_spectrophotometry_41(X)) = fn_spectrophotometer_10(fn_spectrophotometry_39(X))
& fn_spectrophotometer_7(fn_spectrophotometry_39(X)) = fn_spectrophotometer_9(fn_spectrophotometry_39(X))
& fn_spectrophotometer_6(fn_spectrophotometry_39(X)) = fn_interaction_of_light_with_matter_6(fn_spectrophotometry_41(X))
& fn_interaction_of_light_with_matter_6(fn_spectrophotometry_41(X)) = fn_interaction_of_light_with_matter_6(fn_spectrophotometry_41(X))
& fn_interaction_of_light_with_matter_6(fn_spectrophotometry_41(X)) = fn_spectrophotometer_9(fn_spectrophotometry_39(X))
& fn_spectrophotometer_7(fn_spectrophotometry_39(X)) = fn_spectrophotometer_10(fn_spectrophotometry_39(X))
& fn_spectrophotometer_10(fn_spectrophotometry_39(X)) = fn_spectrophotometer_7(fn_spectrophotometry_39(X))
& fn_spectrophotometer_7(fn_spectrophotometry_39(X)) = fn_spectrophotometer_7(fn_spectrophotometry_39(X))
& fn_spectrophotometer_7(fn_spectrophotometry_39(X)) = fn_spectrophotometer_11(fn_spectrophotometry_39(X))
& fn_spectrophotometer_6(fn_spectrophotometry_39(X)) = fn_spectrophotometer_9(fn_spectrophotometry_39(X))
& fn_spectrophotometer_8(fn_spectrophotometry_39(X)) = fn_spectrophotometer_11(fn_spectrophotometry_39(X))
& fn_spectrophotometer_11(fn_spectrophotometry_39(X)) = fn_spectrophotometer_7(fn_spectrophotometry_39(X))
& fn_spectrophotometer_8(fn_spectrophotometry_39(X)) = fn_spectrophotometer_7(fn_spectrophotometry_39(X))
& fn_spectrophotometer_7(fn_spectrophotometry_39(X)) = fn_spectrophotometer_8(fn_spectrophotometry_39(X))
& fn_spectrophotometer_8(fn_spectrophotometry_39(X)) = fn_spectrophotometer_10(fn_spectrophotometry_39(X))
& fn_spectrophotometer_9(fn_spectrophotometry_39(X)) = fn_spectrophotometer_10(fn_spectrophotometry_39(X))
& fn_spectrophotometer_10(fn_spectrophotometry_39(X)) = fn_spectrophotometer_9(fn_spectrophotometry_39(X))
& fn_spectrophotometer_9(fn_spectrophotometry_39(X)) = fn_spectrophotometer_8(fn_spectrophotometry_39(X))
& fn_spectrophotometer_8(fn_spectrophotometry_39(X)) = fn_spectrophotometer_9(fn_spectrophotometry_39(X))
& fn_spectrophotometer_9(fn_spectrophotometry_39(X)) = fn_spectrophotometer_9(fn_spectrophotometry_39(X))
& fn_spectrophotometer_9(fn_spectrophotometry_39(X)) = fn_spectrophotometer_6(fn_spectrophotometry_39(X))
& fn_spectrophotometer_10(fn_spectrophotometry_39(X)) = fn_spectrophotometer_11(fn_spectrophotometry_39(X))
& fn_spectrophotometer_11(fn_spectrophotometry_39(X)) = fn_spectrophotometer_10(fn_spectrophotometry_39(X))
& fn_spectrophotometer_10(fn_spectrophotometry_39(X)) = fn_spectrophotometer_8(fn_spectrophotometry_39(X))
& fn_spectrophotometer_8(fn_spectrophotometry_39(X)) = fn_spectrophotometer_8(fn_spectrophotometry_39(X))
& fn_spectrophotometer_8(fn_spectrophotometry_39(X)) = fn_spectrophotometer_6(fn_spectrophotometry_39(X))
& fn_spectrophotometer_10(fn_spectrophotometry_39(X)) = fn_spectrophotometer_6(fn_spectrophotometry_39(X))
& fn_spectrophotometer_6(fn_spectrophotometry_39(X)) = fn_spectrophotometer_10(fn_spectrophotometry_39(X))
& fn_spectrophotometer_10(fn_spectrophotometry_39(X)) = fn_spectrophotometer_10(fn_spectrophotometry_39(X))
& fn_spectrophotometer_10(fn_spectrophotometry_39(X)) = fn_spectrophotometer_5(fn_spectrophotometry_39(X))
& fn_spectrophotometer_11(fn_spectrophotometry_39(X)) = fn_spectrophotometer_5(fn_spectrophotometry_39(X))
& fn_spectrophotometer_5(fn_spectrophotometry_39(X)) = fn_spectrophotometer_5(fn_spectrophotometry_39(X))
& fn_spectrophotometer_5(fn_spectrophotometry_39(X)) = fn_spectrophotometer_11(fn_spectrophotometry_39(X))
& fn_spectrophotometer_11(fn_spectrophotometry_39(X)) = fn_spectrophotometer_6(fn_spectrophotometry_39(X))
& fn_spectrophotometer_6(fn_spectrophotometry_39(X)) = fn_spectrophotometer_6(fn_spectrophotometry_39(X))
& fn_spectrophotometer_6(fn_spectrophotometry_39(X)) = fn_spectrophotometer_11(fn_spectrophotometry_39(X))
& fn_spectrophotometer_11(fn_spectrophotometry_39(X)) = fn_spectrophotometer_11(fn_spectrophotometry_39(X))
& fn_spectrophotometer_1(fn_spectrophotometry_39(X)) = fn_spectrophotometer_1(fn_spectrophotometry_39(X)) ) ) ).
fof(a532795,axiom,
! [X] :
( spectrum_1(X)
=> ( original_name_2(X,'Spectrum')
& user_description_2(X,'A collection or sequence of related qualities, ideas, or activities.')
& concept2words_2(X,spectrum)
& aggregate_1(X) ) ) ).
fof(a532796,axiom,
! [X] :
( speech_1(X)
=> ( original_name_2(X,'Speech')
& user_description_2(X,'In humans, a vocalized form of communication.')
& concept2words_2(X,speechify)
& concept2words_2(X,speech)
& communication_1(X)
& ~ cell_signaling_1(X) ) ) ).
fof(a532797,axiom,
! [X] :
( speed_constant_1(X)
=> ( original_name_2(X,'Speed-Constant')
& concept2words_2(X,'constant of speed')
& concept2words_2(X,'speed constant')
& concept2words_2(X,'speed-constant')
& constant_1(X) ) ) ).
fof(a532798,axiom,
! [X] :
( speed_value_1(X)
=> ( original_name_2(X,'Speed-Value')
& description_2(X,'Distance travelled per unit time')
& concept2words_2(X,velocity)
& concept2words_2(X,'speed magnitude')
& concept2words_2(X,'velocity magnitude')
& concept2words_2(X,speed)
& concept2words_2(X,'value of speed')
& concept2words_2(X,'speed value')
& concept2words_2(X,'speed-value')
& magnitude_value_1(X)
& ~ volume_value_1(X)
& ~ length_value_1(X)
& ~ acceleration_magnitude_value_1(X)
& ~ size_value_1(X) ) ) ).
fof(a532799,axiom,
! [X] :
( sperm_cell_1(X)
=> ( original_name_2(X,'Sperm-Cell')
& user_description_2(X,'The male gamete.')
& concept2words_2(X,spermatozoan)
& concept2words_2(X,spermatozoa)
& concept2words_2(X,sperm)
& concept2words_2(X,'cell of sperm')
& concept2words_2(X,'sperm cell')
& concept2words_2(X,'sperm-cell')
& gamete_1(X)
& protein_enzyme_1(fn_sperm_cell_1(X))
& extra_cellular_matrix_1(fn_sperm_cell_2(X))
& protein_enzyme_1(fn_sperm_cell_3(X))
& cellular_work_1(fn_sperm_cell_4(X))
& aqueous_solution_1(fn_sperm_cell_5(X))
& chemical_entity_1(fn_sperm_cell_6(X))
& entity_1(fn_sperm_cell_6(X))
& atom_1(fn_sperm_cell_6(X))
& carbon_1(fn_sperm_cell_6(X))
& exchange_1(fn_sperm_cell_7(X))
& surface_1(fn_sperm_cell_8(X))
& cytoplasmic_side_1(fn_sperm_cell_8(X))
& golgi_apparatus_1(fn_sperm_cell_9(X))
& suspension_1(fn_sperm_cell_12(X))
& colloid_1(fn_sperm_cell_12(X))
& mixture_1(fn_sperm_cell_12(X))
& cytoplasm_1(fn_sperm_cell_12(X))
& ribosome_1(fn_sperm_cell_13(X))
& eukaryotic_ribosome_1(fn_sperm_cell_13(X))
& volume_value_1(fn_sperm_cell_14(X))
& size_value_1(fn_sperm_cell_15(X))
& eukaryotic_cellular_respiration_1(fn_sperm_cell_16(X))
& liquid_substance_1(fn_sperm_cell_17(X))
& substance_1(fn_sperm_cell_17(X))
& cytosol_1(fn_sperm_cell_17(X))
& carbon_skeleton_1(fn_sperm_cell_18(X))
& lipid_1(fn_sperm_cell_19(X))
& glycolipid_1(fn_sperm_cell_19(X))
& transfer_1(fn_sperm_cell_20(X))
& transfer_1(fn_sperm_cell_21(X))
& eukaryotic_chromosome_1(fn_sperm_cell_22(X))
& chromosome_1(fn_sperm_cell_22(X))
& nuclear_membrane_1(fn_sperm_cell_23(X))
& biomembrane_1(fn_sperm_cell_23(X))
& er_membrane_1(fn_sperm_cell_24(X))
& tangible_entity_1(fn_sperm_cell_25(X))
& nucleus_1(fn_sperm_cell_25(X))
& flagellum_1(fn_sperm_cell_26(X))
& endoplasmic_reticulum_1(fn_sperm_cell_27(X))
& smooth_endoplasmic_reticulum_1(fn_sperm_cell_27(X))
& membrane_1(fn_sperm_cell_28(X))
& spatial_entity_1(fn_sperm_cell_28(X))
& biomembrane_1(fn_sperm_cell_28(X))
& plasma_membrane_1(fn_sperm_cell_28(X))
& hydrophilic_face_1(fn_sperm_cell_29(X))
& hydrophilic_face_1(fn_sperm_cell_30(X))
& tangible_entity_1(fn_sperm_cell_31(X))
& phospholipid_bilayer_1(fn_sperm_cell_31(X))
& rough_endoplasmic_reticulum_1(fn_sperm_cell_32(X))
& surface_1(fn_sperm_cell_33(X))
& substance_1(fn_sperm_cell_34(X))
& solid_substance_1(fn_sperm_cell_34(X))
& semiautonomous_organelle_1(fn_sperm_cell_35(X))
& mitochondrion_1(fn_sperm_cell_35(X))
& organelle_1(fn_sperm_cell_35(X))
& glycolipid_1(fn_biomembrane_29(fn_sperm_cell_23(X)))
& cell_1(fn_flagellum_35(fn_sperm_cell_26(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_sperm_cell_25(X)))
& biomembrane_1(fn_nucleus_13(fn_sperm_cell_25(X)))
& solid_substance_1(fn_suspension_1(fn_sperm_cell_12(X)))
& substance_1(fn_colloid_4(fn_sperm_cell_12(X)))
& solid_substance_1(fn_colloid_4(fn_sperm_cell_12(X)))
& transfer_1(fn_rough_endoplasmic_reticulum_55(fn_sperm_cell_32(X)))
& transfer_1(fn_exchange_3(fn_sperm_cell_7(X)))
& transfer_1(fn_endoplasmic_reticulum_25(fn_sperm_cell_27(X)))
& transfer_1(fn_exchange_4(fn_sperm_cell_7(X)))
& aqueous_solution_1(fn_er_membrane_32(fn_sperm_cell_24(X)))
& aqueous_solution_1(fn_er_membrane_33(fn_sperm_cell_24(X)))
& surface_1(fn_biomembrane_47(fn_sperm_cell_28(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_sperm_cell_28(X)))
& carbon_skeleton_1(fn_lipid_14(fn_sperm_cell_19(X)))
& carbon_skeleton_1(fn_biomembrane_71(fn_sperm_cell_23(X)))
& carbon_skeleton_1(fn_glycolipid_4(fn_sperm_cell_19(X)))
& atom_1(fn_glycolipid_7(fn_sperm_cell_19(X)))
& chemical_entity_1(fn_glycolipid_7(fn_sperm_cell_19(X)))
& entity_1(fn_glycolipid_13(fn_sperm_cell_19(X)))
& atom_1(fn_glycolipid_13(fn_sperm_cell_19(X)))
& carbon_1(fn_glycolipid_13(fn_sperm_cell_19(X)))
& hydrophilic_face_1(fn_nucleus_9(fn_sperm_cell_25(X)))
& hydrophilic_face_1(fn_nucleus_15(fn_sperm_cell_25(X)))
& liquid_substance_1(fn_suspension_2(fn_sperm_cell_12(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_sperm_cell_8(X)))
& is_inside_2(fn_sperm_cell_5(X),fn_sperm_cell_24(X))
& is_oriented_toward_2(fn_sperm_cell_8(X),fn_sperm_cell_12(X))
& has_part_2(fn_sperm_cell_12(X),fn_sperm_cell_1(X))
& has_part_2(fn_sperm_cell_12(X),fn_sperm_cell_3(X))
& recipient_2(fn_sperm_cell_20(X),fn_sperm_cell_27(X))
& recipient_2(fn_sperm_cell_21(X),fn_sperm_cell_32(X))
& abuts_2(fn_sperm_cell_23(X),fn_sperm_cell_24(X))
& abuts_2(fn_sperm_cell_24(X),fn_sperm_cell_23(X))
& is_inside_2(fn_sperm_cell_3(X),fn_sperm_cell_24(X))
& fn_sperm_cell_3(X) != fn_sperm_cell_1(X)
& is_outside_2(fn_sperm_cell_2(X),X)
& is_inside_2(fn_sperm_cell_1(X),fn_sperm_cell_24(X))
& fn_sperm_cell_1(X) != fn_sperm_cell_3(X)
& is_inside_2(fn_sperm_cell_34(X),fn_sperm_cell_17(X))
& agent_2(fn_sperm_cell_21(X),fn_sperm_cell_27(X))
& donor_2(fn_sperm_cell_20(X),fn_sperm_cell_32(X))
& is_inside_2(fn_sperm_cell_18(X),fn_sperm_cell_23(X))
& has_part_2(fn_sperm_cell_23(X),fn_sperm_cell_19(X))
& has_part_2(X,fn_sperm_cell_26(X))
& has_part_2(fn_sperm_cell_12(X),fn_sperm_cell_34(X))
& subevent_2(fn_sperm_cell_7(X),fn_sperm_cell_20(X))
& subevent_2(fn_sperm_cell_7(X),fn_sperm_cell_21(X))
& has_region_2(fn_sperm_cell_28(X),fn_sperm_cell_8(X))
& is_between_2(fn_sperm_cell_24(X),fn_sperm_cell_5(X))
& is_facing_2(fn_sperm_cell_8(X),fn_sperm_cell_12(X))
& has_part_2(fn_sperm_cell_19(X),fn_sperm_cell_6(X))
& is_inside_2(fn_sperm_cell_6(X),fn_sperm_cell_18(X))
& has_region_2(fn_sperm_cell_19(X),fn_sperm_cell_18(X))
& is_outside_2(fn_sperm_cell_30(X),fn_sperm_cell_23(X))
& has_part_2(fn_sperm_cell_25(X),fn_sperm_cell_23(X))
& has_region_2(fn_sperm_cell_23(X),fn_sperm_cell_30(X))
& fn_sperm_cell_30(X) != fn_sperm_cell_29(X)
& has_region_2(fn_sperm_cell_23(X),fn_sperm_cell_29(X))
& is_inside_2(fn_sperm_cell_29(X),fn_sperm_cell_23(X))
& fn_sperm_cell_29(X) != fn_sperm_cell_30(X)
& the_scalar_value_2(fn_sperm_cell_15(X),big_0)
& scalar_unit_class_2(fn_sperm_cell_15(X),prokaryote_0)
& is_inside_2(fn_sperm_cell_22(X),fn_sperm_cell_25(X))
& size_2(X,fn_sperm_cell_15(X))
& directly_proportional_2(fn_sperm_cell_15(X),fn_sperm_cell_14(X))
& volume_2(X,fn_sperm_cell_14(X))
& has_region_2(X,fn_sperm_cell_33(X))
& is_inside_2(fn_sperm_cell_13(X),fn_sperm_cell_17(X))
& has_part_2(X,fn_sperm_cell_13(X))
& has_function_2(X,fn_sperm_cell_16(X))
& base_2(fn_sperm_cell_16(X),X)
& has_part_2(X,fn_sperm_cell_22(X))
& fn_sperm_cell_32(X) != fn_sperm_cell_27(X)
& has_part_2(X,fn_sperm_cell_32(X))
& has_part_2(X,fn_sperm_cell_12(X))
& is_inside_2(fn_sperm_cell_12(X),fn_sperm_cell_28(X))
& is_between_2(fn_sperm_cell_12(X),fn_sperm_cell_28(X))
& fn_sperm_cell_27(X) != fn_sperm_cell_32(X)
& base_2(fn_sperm_cell_4(X),X)
& has_function_2(X,fn_sperm_cell_4(X))
& has_part_2(X,fn_sperm_cell_28(X))
& has_part_2(fn_sperm_cell_28(X),fn_sperm_cell_31(X))
& is_at_2(fn_sperm_cell_31(X),fn_sperm_cell_33(X))
& is_inside_2(fn_sperm_cell_35(X),fn_sperm_cell_17(X))
& has_part_2(X,fn_sperm_cell_35(X))
& has_part_2(X,fn_sperm_cell_27(X))
& abuts_2(fn_sperm_cell_32(X),fn_sperm_cell_27(X))
& abuts_2(fn_sperm_cell_27(X),fn_sperm_cell_32(X))
& has_part_2(X,fn_sperm_cell_25(X))
& is_between_2(fn_sperm_cell_12(X),fn_sperm_cell_25(X))
& has_part_2(fn_sperm_cell_12(X),fn_sperm_cell_17(X))
& is_inside_2(fn_sperm_cell_9(X),fn_sperm_cell_17(X))
& has_part_2(X,fn_sperm_cell_9(X))
& fn_sperm_cell_17(X) = fn_suspension_2(fn_sperm_cell_12(X))
& fn_sperm_cell_21(X) = fn_endoplasmic_reticulum_25(fn_sperm_cell_27(X))
& fn_sperm_cell_20(X) = fn_rough_endoplasmic_reticulum_55(fn_sperm_cell_32(X))
& fn_sperm_cell_18(X) = fn_biomembrane_71(fn_sperm_cell_23(X))
& fn_sperm_cell_19(X) = fn_biomembrane_29(fn_sperm_cell_23(X))
& X = fn_flagellum_35(fn_sperm_cell_26(X))
& fn_sperm_cell_34(X) = fn_suspension_1(fn_sperm_cell_12(X))
& fn_sperm_cell_34(X) = fn_colloid_4(fn_sperm_cell_12(X))
& fn_sperm_cell_20(X) = fn_exchange_3(fn_sperm_cell_7(X))
& fn_sperm_cell_21(X) = fn_exchange_4(fn_sperm_cell_7(X))
& fn_sperm_cell_8(X) = fn_biomembrane_47(fn_sperm_cell_28(X))
& fn_sperm_cell_8(X) = fn_plasma_membrane_66(fn_sperm_cell_28(X))
& fn_sperm_cell_5(X) = fn_er_membrane_32(fn_sperm_cell_24(X))
& fn_sperm_cell_5(X) = fn_er_membrane_33(fn_sperm_cell_24(X))
& fn_sperm_cell_12(X) = fn_cytoplasmic_side_1(fn_sperm_cell_8(X))
& fn_sperm_cell_18(X) = fn_lipid_14(fn_sperm_cell_19(X))
& fn_sperm_cell_18(X) = fn_glycolipid_4(fn_sperm_cell_19(X))
& fn_sperm_cell_6(X) = fn_glycolipid_7(fn_sperm_cell_19(X))
& fn_sperm_cell_6(X) = fn_glycolipid_13(fn_sperm_cell_19(X))
& fn_sperm_cell_30(X) = fn_nucleus_9(fn_sperm_cell_25(X))
& fn_sperm_cell_29(X) = fn_nucleus_15(fn_sperm_cell_25(X))
& fn_sperm_cell_29(X) = fn_nucleus_9(fn_sperm_cell_25(X))
& fn_sperm_cell_30(X) = fn_nucleus_15(fn_sperm_cell_25(X))
& fn_sperm_cell_23(X) = fn_nucleus_13(fn_sperm_cell_25(X))
& fn_sperm_cell_11(X) = fn_haploid_cell_5(X)
& fn_sperm_cell_10(X) = fn_haploid_cell_4(X)
& fn_sperm_cell_14(X) = fn_haploid_cell_28(X)
& fn_sperm_cell_15(X) = fn_haploid_cell_27(X)
& fn_sperm_cell_22(X) = fn_haploid_cell_9(X)
& fn_sperm_cell_16(X) = fn_haploid_cell_7(X)
& fn_sperm_cell_13(X) = fn_haploid_cell_25(X)
& fn_sperm_cell_33(X) = fn_haploid_cell_24(X)
& fn_sperm_cell_31(X) = fn_haploid_cell_18(X)
& fn_sperm_cell_28(X) = fn_haploid_cell_15(X)
& fn_sperm_cell_4(X) = fn_haploid_cell_30(X)
& fn_sperm_cell_32(X) = fn_haploid_cell_16(X)
& fn_sperm_cell_27(X) = fn_haploid_cell_12(X)
& fn_sperm_cell_35(X) = fn_haploid_cell_13(X)
& fn_sperm_cell_9(X) = fn_haploid_cell_29(X)
& fn_sperm_cell_17(X) = fn_haploid_cell_21(X)
& fn_sperm_cell_12(X) = fn_haploid_cell_14(X)
& fn_sperm_cell_25(X) = fn_haploid_cell_8(X)
& fn_suspension_1(fn_sperm_cell_12(X)) = fn_suspension_1(fn_sperm_cell_12(X))
& fn_suspension_1(fn_sperm_cell_12(X)) = fn_colloid_4(fn_sperm_cell_12(X))
& fn_colloid_4(fn_sperm_cell_12(X)) = fn_rough_endoplasmic_reticulum_55(fn_sperm_cell_32(X))
& fn_rough_endoplasmic_reticulum_55(fn_sperm_cell_32(X)) = fn_exchange_3(fn_sperm_cell_7(X))
& fn_exchange_3(fn_sperm_cell_7(X)) = fn_endoplasmic_reticulum_25(fn_sperm_cell_27(X))
& fn_endoplasmic_reticulum_25(fn_sperm_cell_27(X)) = fn_exchange_4(fn_sperm_cell_7(X))
& fn_exchange_4(fn_sperm_cell_7(X)) = fn_er_membrane_32(fn_sperm_cell_24(X))
& fn_er_membrane_32(fn_sperm_cell_24(X)) = fn_er_membrane_33(fn_sperm_cell_24(X))
& fn_er_membrane_33(fn_sperm_cell_24(X)) = fn_biomembrane_47(fn_sperm_cell_28(X))
& fn_biomembrane_47(fn_sperm_cell_28(X)) = fn_plasma_membrane_66(fn_sperm_cell_28(X))
& fn_plasma_membrane_66(fn_sperm_cell_28(X)) = fn_biomembrane_71(fn_sperm_cell_23(X))
& fn_biomembrane_71(fn_sperm_cell_23(X)) = fn_lipid_14(fn_sperm_cell_19(X))
& fn_lipid_14(fn_sperm_cell_19(X)) = fn_biomembrane_71(fn_sperm_cell_23(X))
& fn_biomembrane_71(fn_sperm_cell_23(X)) = fn_glycolipid_4(fn_sperm_cell_19(X))
& fn_glycolipid_4(fn_sperm_cell_19(X)) = fn_glycolipid_4(fn_sperm_cell_19(X))
& fn_glycolipid_4(fn_sperm_cell_19(X)) = fn_glycolipid_13(fn_sperm_cell_19(X))
& fn_glycolipid_13(fn_sperm_cell_19(X)) = fn_glycolipid_7(fn_sperm_cell_19(X))
& fn_glycolipid_7(fn_sperm_cell_19(X)) = fn_glycolipid_13(fn_sperm_cell_19(X))
& fn_glycolipid_13(fn_sperm_cell_19(X)) = fn_nucleus_15(fn_sperm_cell_25(X))
& fn_nucleus_15(fn_sperm_cell_25(X)) = fn_nucleus_9(fn_sperm_cell_25(X))
& fn_nucleus_9(fn_sperm_cell_25(X)) = fn_nucleus_9(fn_sperm_cell_25(X))
& fn_nucleus_9(fn_sperm_cell_25(X)) = fn_nucleus_15(fn_sperm_cell_25(X))
& fn_nucleus_15(fn_sperm_cell_25(X)) = fn_nucleus_15(fn_sperm_cell_25(X))
& fn_nucleus_15(fn_sperm_cell_25(X)) = fn_suspension_2(fn_sperm_cell_12(X))
& fn_suspension_2(fn_sperm_cell_12(X)) = fn_haploid_cell_21(X)
& fn_haploid_cell_21(X) = fn_haploid_cell_21(X)
& fn_haploid_cell_21(X) = fn_cytoplasmic_side_1(fn_sperm_cell_8(X))
& fn_cytoplasmic_side_1(fn_sperm_cell_8(X)) = fn_haploid_cell_14(X)
& fn_haploid_cell_14(X) = fn_haploid_cell_14(X) ) ) ).
fof(a532800,axiom,
! [X] :
( spermatheca_1(X)
=> ( original_name_2(X,'Spermatheca')
& user_description_2(X,'In some insects, molluscs, and other animals, a sac in the female reproductive system that stores sperm.')
& concept2words_2(X,spermatheca)
& reproductive_organ_1(X) ) ) ).
fof(a532801,axiom,
! [X] :
( spermatocyte_1(X)
=> ( original_name_2(X,'Spermatocyte')
& user_description_2(X,'The spermatocyte is an intermediate step in the process of spermatogenesis which leads to the development of mature sperm cells.')
& concept2words_2(X,spermatocyte)
& reproductive_cell_1(X) ) ) ).
fof(a532802,axiom,
! [X] :
( spermatogenesis_1(X)
=> ( original_name_2(X,'Spermatogenesis')
& user_description_2(X,'Spermatogenesis is the formation and development of sperm.')
& concept2words_2(X,'gametogenesis in males')
& concept2words_2(X,spermatogenesis)
& gametogenesis_1(X)
& meiosis_1(fn_spermatogenesis_1(X))
& secondary_spermatocyte_1(fn_spermatogenesis_2(X))
& chromatid_1(fn_spermatogenesis_3(X))
& cell_division_1(fn_spermatogenesis_4(X))
& meiosis_1(fn_spermatogenesis_4(X))
& diploid_cell_1(fn_spermatogenesis_5(X))
& sperm_cell_1(fn_spermatogenesis_6(X))
& divide_1(fn_spermatogenesis_7(X))
& primary_spermatocyte_1(fn_spermatogenesis_8(X))
& tangible_entity_1(fn_impair_1(fn_spermatogenesis_7(X)))
& diploid_cell_1(fn_meiosis_17(fn_spermatogenesis_4(X)))
& cell_1(fn_cell_division_2(fn_spermatogenesis_4(X)))
& subevent_2(X,fn_spermatogenesis_7(X))
& exactCardinality(fn_spermatogenesis_7(X),result_0,"2",secondary_spermatocyte_0)
& result_2(fn_spermatogenesis_7(X),fn_spermatogenesis_2(X))
& by_means_of_2(fn_spermatogenesis_7(X),fn_spermatogenesis_1(X))
& exactCardinality(fn_spermatogenesis_2(X),has_part_0,"46",chromatid_0)
& exactCardinality(fn_spermatogenesis_2(X),has_part_0,"23",ribosome_0)
& has_part_2(fn_spermatogenesis_2(X),fn_spermatogenesis_3(X))
& base_2(fn_spermatogenesis_4(X),fn_spermatogenesis_5(X))
& object_2(fn_spermatogenesis_7(X),fn_spermatogenesis_8(X))
& result_2(X,fn_spermatogenesis_6(X))
& result_2(fn_spermatogenesis_4(X),fn_spermatogenesis_6(X))
& subevent_2(X,fn_spermatogenesis_4(X))
& object_2(fn_spermatogenesis_4(X),fn_spermatogenesis_5(X))
& fn_spermatogenesis_8(X) = fn_impair_1(fn_spermatogenesis_7(X))
& fn_spermatogenesis_6(X) = fn_cell_division_2(fn_spermatogenesis_4(X))
& fn_spermatogenesis_4(X) = fn_gametogenesis_2(X)
& fn_spermatogenesis_6(X) = fn_gametogenesis_1(X)
& fn_spermatogenesis_5(X) = fn_meiosis_17(fn_spermatogenesis_4(X))
& fn_cell_division_2(fn_spermatogenesis_4(X)) = fn_gametogenesis_1(X)
& fn_gametogenesis_1(X) = fn_gametogenesis_1(X) ) ) ).
fof(a532803,axiom,
! [X] :
( spermatogenesis_in_human_1(X)
=> ( original_name_2(X,'Spermatogenesis-In-Human')
& user_description_2(X,'The process of production of mature sperm cells in the human testis.')
& concept2words_2(X,'spermatogenesis in human')
& concept2words_2(X,'spermatogenesis-in-human')
& gametogenesis_in_human_1(X)
& testes_1(fn_spermatogenesis_in_human_1(X))
& site_2(X,fn_spermatogenesis_in_human_1(X))
& fn_spermatogenesis_in_human_1(X) = fn_gametogenesis_in_human_1(X) ) ) ).
fof(a532804,axiom,
! [X] :
( spermatogonium_1(X)
=> ( original_name_2(X,'Spermatogonium')
& user_description_2(X,'A precursor cell that divides via mitosis to produce spermatocytes.')
& concept2words_2(X,spermatogonia)
& concept2words_2(X,spermatogonium)
& animal_cell_1(X)
& reproductive_cell_1(X) ) ) ).
fof(a532805,axiom,
! [X] :
( spermatophyte_plant_development_1(X)
=> ( original_name_2(X,'Spermatophyte-Plant-Development')
& user_description_2(X,'Spermatophyte plant development involves formation of a complete embryo from a zygote ; seed germination; the elaboration of a mature vegetative plant from the embryo.')
& concept2words_2(X,develop)
& concept2words_2(X,'spermatophyte plant development')
& concept2words_2(X,'spermatophyte-plant-development')
& plant_development_1(X)
& embryo_1(fn_spermatophyte_plant_development_1(X))
& seed_1(fn_spermatophyte_plant_development_2(X))
& root_apical_meristem_1(fn_spermatophyte_plant_development_3(X))
& create_1(fn_spermatophyte_plant_development_4(X))
& create_1(fn_spermatophyte_plant_development_5(X))
& embryogenesis_1(fn_spermatophyte_plant_development_6(X))
& create_1(fn_embryogenesis_30(fn_spermatophyte_plant_development_6(X)))
& create_1(fn_root_apical_meristem_2(fn_spermatophyte_plant_development_3(X)))
& create_1(fn_embryogenesis_51(fn_spermatophyte_plant_development_6(X)))
& result_2(fn_spermatophyte_plant_development_6(X),fn_spermatophyte_plant_development_1(X))
& site_2(fn_spermatophyte_plant_development_6(X),fn_spermatophyte_plant_development_2(X))
& base_2(fn_spermatophyte_plant_development_5(X),fn_spermatophyte_plant_development_1(X))
& base_2(fn_spermatophyte_plant_development_4(X),fn_spermatophyte_plant_development_1(X))
& is_inside_2(fn_spermatophyte_plant_development_1(X),fn_spermatophyte_plant_development_2(X))
& site_2(fn_spermatophyte_plant_development_4(X),fn_spermatophyte_plant_development_3(X))
& subevent_2(X,fn_spermatophyte_plant_development_6(X))
& subevent_2(fn_spermatophyte_plant_development_6(X),fn_spermatophyte_plant_development_5(X))
& subevent_2(fn_spermatophyte_plant_development_6(X),fn_spermatophyte_plant_development_4(X))
& fn_spermatophyte_plant_development_4(X) = fn_root_apical_meristem_2(fn_spermatophyte_plant_development_3(X))
& fn_spermatophyte_plant_development_6(X) = fn_plant_development_34(X)
& fn_spermatophyte_plant_development_5(X) = fn_embryogenesis_30(fn_spermatophyte_plant_development_6(X))
& fn_spermatophyte_plant_development_4(X) = fn_embryogenesis_51(fn_spermatophyte_plant_development_6(X))
& fn_root_apical_meristem_2(fn_spermatophyte_plant_development_3(X)) = fn_embryogenesis_51(fn_spermatophyte_plant_development_6(X)) ) ) ).
fof(a532806,axiom,
! [X] :
( sphincter_1(X)
=> ( original_name_2(X,'Sphincter')
& user_description_2(X,'A ring of muscle that normally constricts the opening of a body passage or orifice, and relaxes to allow the passage of material.')
& concept2words_2(X,sphincter)
& valve_1(X)
& muscle_1(fn_sphincter_1(X))
& layer_1(fn_sphincter_2(X))
& shape_value_1(fn_sphincter_3(X))
& has_region_2(X,fn_sphincter_2(X))
& has_part_2(X,fn_sphincter_1(X))
& shape_2(X,fn_sphincter_3(X))
& is_inside_2(fn_sphincter_1(X),fn_sphincter_2(X))
& the_categorical_value_2(fn_sphincter_3(X),ring_shaped_0) ) ) ).
fof(a532807,axiom,
! [X] :
( spider_1(X)
=> ( original_name_2(X,'Spider')
& user_description_2(X,'Members of the order Araneae. They are air-breathing arthropods that have eight legs, and chelicerae with fangs that inject venom. They are the largest order of arachnids and rank seventh in total species diversity among all other groups of organisms.')
& concept2words_2(X,spider)
& arachnid_1(X)
& ~ mite_1(X)
& ~ scorpion_1(X)
& ~ tick_1(X)
& exoskeleton_1(fn_spider_3(X))
& locomotion_1(fn_spider_4(X))
& take_in_1(fn_spider_5(X))
& support_1(fn_spider_6(X))
& agent_role_1(fn_spider_7(X))
& heterotroph_1(fn_spider_8(X))
& carnivore_1(fn_spider_8(X))
& specific_heat_value_1(fn_spider_9(X))
& nutrition_1(fn_spider_10(X))
& water_1(fn_spider_11(X))
& temperature_value_1(fn_spider_12(X))
& nutrition_1(fn_carnivore_13(fn_spider_8(X)))
& entity_1(fn_agent_role_1(fn_spider_7(X)))
& animal_1(fn_carnivore_9(fn_spider_8(X)))
& tangible_entity_1(fn_carnivore_9(fn_spider_8(X)))
& organism_1(fn_carnivore_9(fn_spider_8(X)))
& plays_2(X,fn_spider_7(X))
& plays_2(X,fn_spider_8(X))
& in_event_2(fn_spider_8(X),fn_spider_10(X))
& has_part_2(X,fn_spider_3(X))
& has_function_2(fn_spider_3(X),fn_spider_6(X))
& object_2(fn_spider_6(X),X)
& agent_2(fn_spider_10(X),X)
& base_2(fn_spider_5(X),X)
& agent_2(fn_spider_5(X),X)
& object_2(fn_spider_4(X),X)
& temperature_2(X,fn_spider_12(X))
& correspondence_2(fn_spider_12(X),fn_spider_9(X))
& specific_heat_2(fn_spider_11(X),fn_spider_9(X))
& has_part_2(X,fn_spider_11(X))
& agent_2(fn_spider_4(X),X)
& X = fn_agent_role_1(fn_spider_7(X))
& X = fn_carnivore_9(fn_spider_8(X))
& fn_spider_8(X) = fn_animal_18(X)
& fn_spider_10(X) = fn_carnivore_13(fn_spider_8(X))
& fn_spider_6(X) = fn_arthropod_7(X)
& fn_spider_3(X) = fn_arthropod_8(X)
& fn_spider_2(X) = fn_animal_27(X)
& fn_spider_10(X) = fn_animal_19(X)
& fn_spider_1(X) = fn_animal_28(X)
& fn_spider_5(X) = fn_animal_9(X)
& fn_spider_4(X) = fn_animal_22(X)
& fn_spider_11(X) = fn_animal_20(X)
& fn_spider_9(X) = fn_animal_25(X)
& fn_spider_12(X) = fn_animal_26(X)
& fn_animal_19(X) = fn_carnivore_13(fn_spider_8(X))
& fn_carnivore_13(fn_spider_8(X)) = fn_animal_19(X)
& fn_animal_19(X) = fn_agent_role_1(fn_spider_7(X))
& fn_agent_role_1(fn_spider_7(X)) = fn_carnivore_9(fn_spider_8(X)) ) ) ).
fof(a532808,axiom,
! [X] :
( spider_silk_1(X)
=> ( original_name_2(X,'Spider-Silk')
& user_description_2(X,'Spider silk is a structure created by special glands in the spider\'s abdomen. It is used in synthesis of Spider Web.')
& concept2words_2(X,'silk of spider')
& concept2words_2(X,'spider silk')
& concept2words_2(X,'spider-silk')
& organic_entity_1(X)
& solid_substance_1(X)
& animal_cell_1(fn_spider_silk_1(X))
& gland_1(fn_spider_silk_2(X))
& animal_cell_1(fn_spider_silk_3(X))
& produce_1(fn_spider_silk_4(X))
& spider_1(fn_spider_silk_5(X))
& abdomen_1(fn_spider_silk_6(X))
& animal_cell_1(fn_animal_21(fn_spider_silk_5(X)))
& entity_1(fn_create_1(fn_spider_silk_4(X)))
& abdomen_1(fn_arthropod_4(fn_spider_silk_5(X)))
& fn_spider_silk_3(X) != fn_spider_silk_1(X)
& fn_spider_silk_1(X) != fn_spider_silk_3(X)
& has_part_2(fn_spider_silk_5(X),fn_spider_silk_2(X))
& has_part_2(fn_spider_silk_5(X),fn_spider_silk_1(X))
& is_inside_2(fn_spider_silk_2(X),fn_spider_silk_6(X))
& site_2(fn_spider_silk_4(X),fn_spider_silk_2(X))
& has_part_2(fn_spider_silk_5(X),fn_spider_silk_3(X))
& result_2(fn_spider_silk_4(X),X)
& has_part_2(fn_spider_silk_5(X),fn_spider_silk_6(X))
& fn_spider_silk_3(X) = fn_animal_21(fn_spider_silk_5(X))
& X = fn_create_1(fn_spider_silk_4(X))
& fn_spider_silk_6(X) = fn_arthropod_4(fn_spider_silk_5(X)) ) ) ).
fof(a532809,axiom,
! [X] :
( spider_web_1(X)
=> ( original_name_2(X,'Spider-Web')
& user_description_2(X,'A spider web is a structure composed of silk, made by special glands in the spider\'s abdomen, which is used to capture prey, escape predators, and protect eggs.')
& concept2words_2(X,'web of spider')
& concept2words_2(X,'spider web')
& concept2words_2(X,'spider-web')
& organic_structure_1(X)
& spider_silk_1(fn_spider_web_1(X))
& material_2(X,fn_spider_web_1(X)) ) ) ).
fof(a532810,axiom,
! [X] :
( spinal_cord_1(X)
=> ( original_name_2(X,'Spinal-Cord')
& user_description_2(X,'A long, thin bundle of nervous tissue that passes through the vertebral column and carries messages between the brain and the rest of the body.')
& concept2words_2(X,'cord of spinal')
& concept2words_2(X,'spinal cord')
& concept2words_2(X,'spinal-cord')
& nerve_cord_1(X) ) ) ).
fof(a532811,axiom,
! [X] :
( spinal_nerve_1(X)
=> ( original_name_2(X,'Spinal-Nerve')
& user_description_2(X,'In the vertebrate peripheral nervous system, a nerve that carries signals to or from the spinal cord.')
& concept2words_2(X,'nerve of spinal')
& concept2words_2(X,'spinal nerve')
& concept2words_2(X,'spinal-nerve')
& nerve_1(X)
& ~ cranial_nerve_1(X) ) ) ).
fof(a532812,axiom,
! [X] :
( spindle_1(X)
=> ( original_name_2(X,'Spindle')
& user_description_2(X,'Cellular structure composed of cytoskeletal elements which functions to segregate chromosomes during cell division.')
& concept2words_2(X,spindle)
& aggregate_1(X)
& cellular_structure_1(X) ) ) ).
fof(a532813,axiom,
! [X] :
( spiral_cleavage_1(X)
=> ( original_name_2(X,'Spiral-Cleavage')
& user_description_2(X,'A type of cleavage pattern in protostomous development in which the cells of each layer of the embryo sit in the grooves between cells of adjacent layers.')
& concept2words_2(X,'undergo spiral cleavage')
& concept2words_2(X,'cleavage of spiral')
& concept2words_2(X,'spiral cleavage')
& concept2words_2(X,'spiral-cleavage')
& cleavage_1(X)
& ~ determinate_cleavage_1(X)
& ~ holoblastic_cleavage_1(X)
& ~ indeterminate_cleavage_1(X)
& ~ meroblastic_cleavage_1(X) ) ) ).
fof(a532814,axiom,
! [X] :
( spirochete_1(X)
=> ( original_name_2(X,'Spirochete')
& user_description_2(X,'Gram-negative bacteria, which have long, helically coiled (spiral-shaped) cells.')
& concept2words_2(X,spirochete)
& gram_negative_bacteria_1(X)
& ~ coccus_1(X)
& ~ heterocyte_1(X)
& ~ proteobacteria_1(X) ) ) ).
fof(a532815,axiom,
! [X] :
( splice_site_1(X)
=> ( original_name_2(X,'Splice-Site')
& user_description_2(X,'These are the short nucleotide sequences present at end of intron which serve as a signal for removal of introns from the pre-mRNA and joining of the exons to form an mRNA')
& concept2words_2(X,'site of splice')
& concept2words_2(X,'splice site')
& concept2words_2(X,'splice-site')
& rna_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X) ) ) ).
fof(a532816,axiom,
! [X] :
( spliceosome_1(X)
=> ( original_name_2(X,'Spliceosome')
& user_description_2(X,'A large complex of protein and RNA that splices introns out of a strand of mRNA and joins together the adjacent exons to produce the final mRNA transcript.')
& concept2words_2(X,spliceosome)
& protein_related_aggregates_1(X)
& rna_splicing_1(fn_spliceosome_1(X))
& role_1(fn_spliceosome_2(X))
& protein_1(fn_spliceosome_3(X))
& snrnp_1(fn_spliceosome_4(X))
& intron_1(fn_spliceosome_5(X))
& pre_mrna_1(fn_spliceosome_6(X))
& intron_1(fn_pre_mrna_6(fn_spliceosome_6(X)))
& in_event_2(fn_spliceosome_2(X),fn_spliceosome_1(X))
& base_2(fn_spliceosome_1(X),fn_spliceosome_6(X))
& object_2(fn_spliceosome_1(X),fn_spliceosome_5(X))
& element_2(X,fn_spliceosome_6(X))
& element_2(X,fn_spliceosome_4(X))
& element_2(X,fn_spliceosome_3(X))
& plays_2(X,fn_spliceosome_2(X))
& has_part_2(fn_spliceosome_6(X),fn_spliceosome_5(X))
& fn_spliceosome_5(X) = fn_pre_mrna_6(fn_spliceosome_6(X)) ) ) ).
fof(a532817,axiom,
! [X] :
( split_gene_1(X)
=> ( original_name_2(X,'Split-Gene')
& user_description_2(X,'Genes that include noncoding regions (introns) and coding regions (exons).')
& concept2words_2(X,'gene of split')
& concept2words_2(X,'split gene')
& concept2words_2(X,'split-gene')
& eukaryotic_gene_1(X) ) ) ).
fof(a532818,axiom,
! [X] :
( spongocoel_1(X)
=> ( original_name_2(X,'Spongocoel')
& user_description_2(X,'The central cavity of a sponge\'s body.')
& concept2words_2(X,'sponge central cavity')
& concept2words_2(X,'central cavity of a sponge')
& concept2words_2(X,spongocoel)
& animal_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a532819,axiom,
! [X] :
( spongy_mesophyll_1(X)
=> ( original_name_2(X,'Spongy-Mesophyll')
& user_description_2(X,'It is one of the layers of mesophylls of many eudicots')
& concept2words_2(X,'spongy mesophyll')
& concept2words_2(X,'spongy-mesophyll')
& mesophyll_1(X)
& air_space_1(fn_spongy_mesophyll_1(X))
& sclerenchyma_fiber_1(fn_spongy_mesophyll_2(X))
& has_region_2(X,fn_spongy_mesophyll_1(X))
& has_part_2(X,fn_spongy_mesophyll_2(X))
& fn_spongy_mesophyll_2(X) = fn_tissue_1(X) ) ) ).
fof(a532820,axiom,
! [X] :
( spontaneous_change_1(X)
=> ( original_name_2(X,'Spontaneous-Change')
& user_description_2(X,'A spontaneous change is the time-evolution of a system in which it releases free energy (most often as heat) and moves to a lower, more thermodynamically stable, energy state.')
& concept2words_2(X,change)
& concept2words_2(X,'spontaneous change')
& concept2words_2(X,'spontaneous-change')
& general_chemical_process_1(X)
& free_energy_change_value_1(fn_spontaneous_change_2(X))
& energy_1(fn_spontaneous_change_3(X))
& free_energy_1(fn_spontaneous_change_4(X))
& decrease_1(fn_spontaneous_change_5(X))
& quantity_value_1(fn_spontaneous_change_6(X))
& quantity_value_1(fn_spontaneous_change_7(X))
& potential_energy_1(fn_spontaneous_change_8(X))
& quantity_2(fn_spontaneous_change_8(X),fn_spontaneous_change_7(X))
& directly_proportional_2(fn_spontaneous_change_7(X),fn_spontaneous_change_6(X))
& object_2(fn_spontaneous_change_5(X),fn_spontaneous_change_3(X))
& quantity_2(fn_spontaneous_change_4(X),fn_spontaneous_change_6(X))
& free_energy_change_2(X,fn_spontaneous_change_2(X))
& raw_material_2(X,fn_spontaneous_change_8(X))
& causes_2(X,fn_spontaneous_change_5(X))
& result_2(X,fn_spontaneous_change_4(X))
& the_scalar_value_2(fn_spontaneous_change_2(X),negative_energy_0)
& scalar_unit_class_2(fn_spontaneous_change_2(X),non_spontaneous_change_0) ) ) ).
fof(a532821,axiom,
! [X] :
( spontaneous_mutation_1(X)
=> ( original_name_2(X,'Spontaneous-Mutation')
& user_description_2(X,'An error that occurs during DNA replication, repair, or recombination.')
& concept2words_2(X,mutate)
& concept2words_2(X,'spontaneous mutation')
& concept2words_2(X,'spontaneous-mutation')
& mutation_1(X) ) ) ).
fof(a532822,axiom,
! [X] :
( sporangium_1(X)
=> ( original_name_2(X,'Sporangium')
& user_description_2(X,'In fungi and plants, a structure in which spores are formed via meiosis.')
& concept2words_2(X,sporangium)
& alternating_generation_organ_1(X) ) ) ).
fof(a532823,axiom,
! [X] :
( spore_1(X)
=> ( original_name_2(X,'Spore')
& user_description_2(X,'A haploid cell produced in the sporophyte by meiosis in the life cycle of a plant or alga undergoing alternation of generations. A spore can divide by mitosis to develop into a multicellular haploid individual, the gametophyte, without fusing with another cell. (2) In fungi, a haploid cell, produced either sexually or asexually, that produces a mycelium after germination.')
& concept2words_2(X,spore)
& haploid_cell_1(X)
& ~ gamete_1(X) ) ) ).
fof(a532824,axiom,
! [X] :
( spore_wall_1(X)
=> ( original_name_2(X,'Spore-Wall')
& user_description_2(X,'The external covering of a yeast spore.')
& concept2words_2(X,'wall of spore')
& concept2words_2(X,'spore wall')
& concept2words_2(X,'spore-wall')
& organic_structure_1(X)
& length_value_1(fn_spore_wall_1(X))
& the_scalar_value_2(fn_spore_wall_1(X),thick_0)
& scalar_unit_class_2(fn_spore_wall_1(X),organic_structure_0)
& thickness_2(X,fn_spore_wall_1(X)) ) ) ).
fof(a532825,axiom,
! [X] :
( sporocyte_1(X)
=> ( original_name_2(X,'Sporocyte')
& user_description_2(X,'A diploid cell that undergoes meiosis and produces haploid spores.')
& concept2words_2(X,sporocyte)
& diploid_cell_1(X) ) ) ).
fof(a532826,axiom,
! [X] :
( sporophyll_1(X)
=> ( original_name_2(X,'Sporophyll')
& user_description_2(X,'In plants, a leaf that bears sporangia and is thus modified for reproduction.')
& concept2words_2(X,sporophyll)
& leaf_1(X)
& ~ cotyledon_1(X)
& ~ megaphyll_1(X)
& ~ microphyll_1(X)
& ~ sepal_1(X) ) ) ).
fof(a532827,axiom,
! [X] :
( sporophyte_1(X)
=> ( original_name_2(X,'Sporophyte')
& user_description_2(X,'The diploid multicellular stage of organisms (e.g., plants and some algae) that undergo alternation of generations. The sporophyte produces haploid spores via meiosis, which develop into gametophytes.')
& concept2words_2(X,sporophyte)
& multicellular_organism_1(X)
& ~ animal_1(X)
& ~ gametophyte_1(X) ) ) ).
fof(a532828,axiom,
! [X] :
( sporopollenin_1(X)
=> ( original_name_2(X,'Sporopollenin')
& user_description_2(X,'A tough, chemically stable polymer that forms the outer wall of pollen grains and plant and algal spores, protting them from the external environment.')
& concept2words_2(X,sporopollenin)
& polymer_1(X)
& ~ aldose_1(X)
& ~ disaccharide_1(X)
& ~ nucleic_acid_1(X)
& ~ oligosaccharide_1(X)
& ~ polypeptide_1(X)
& ~ polysaccharide_1(X)
& ~ sister_chromatid_1(X) ) ) ).
fof(a532829,axiom,
! [X] :
( squamata_1(X)
=> ( original_name_2(X,'Squamata')
& user_description_2(X,'The largest order of reptiles, including lizards and snakes.')
& concept2words_2(X,squamata)
& lepidosaur_1(X)
& ~ tuatara_1(X) ) ) ).
fof(a532830,axiom,
! [X] :
( sry_1(X)
=> ( original_name_2(X,'SRY')
& user_description_2(X,'A gene on the Y chromosome that must be present for normal testes development.')
& concept2words_2(X,'sex determining region')
& concept2words_2(X,'sry gene')
& concept2words_2(X,'sex determining region y')
& concept2words_2(X,'sex-determining-region-y')
& concept2words_2(X,'sex determining region y gene')
& concept2words_2(X,'sex-determining-region-y-gene')
& concept2words_2(X,'sry-gene')
& concept2words_2(X,sry)
& developmental_gene_1(X)
& regulatory_protein_1(fn_sry_1(X))
& regulation_1(fn_sry_2(X))
& development_1(fn_sry_3(X))
& testes_1(fn_sry_4(X))
& result_2(fn_sry_3(X),fn_sry_4(X))
& agent_2(fn_sry_3(X),X)
& enables_2(fn_sry_2(X),fn_sry_3(X))
& agent_2(fn_sry_2(X),fn_sry_1(X)) ) ) ).
fof(a532831,axiom,
! [X] :
( ssu_rrna_sequence_1(X)
=> ( original_name_2(X,'SSU-rRNA-Sequence')
& user_description_2(X,'The gene that codes for the small ribosomal subunit RNA, which is present in all organisms, making it a good choice for studying the deepest branching in evolutionary history.')
& concept2words_2(X,'small ribosomal subunit rna')
& concept2words_2(X,'small-ribosomal-subunit-rna')
& concept2words_2(X,'gene for ssu rrna')
& concept2words_2(X,'gene-for-ssu-rrna')
& concept2words_2(X,'ssu rrna sequence')
& concept2words_2(X,'ssu-rrna-sequence')
& dna_sequence_1(X) ) ) ).
fof(a532832,axiom,
! [X] :
( stabilizing_selection_1(X)
=> ( original_name_2(X,'Stabilizing-Selection')
& user_description_2(X,'Natural selection that acts against extreme phenotypes, so that individuals with intermediate phenotypes have greater survival and reproductive success.')
& concept2words_2(X,'stabilizing selection')
& concept2words_2(X,'stabilizing-selection')
& natural_selection_1(X)
& ~ k_selection_1(X)
& ~ r_selection_1(X)
& ~ reinforcement_1(X) ) ) ).
fof(a532833,axiom,
! [X] :
( stable_system_1(X)
=> ( original_name_2(X,'Stable-System')
& user_description_2(X,'A system which is stable is called stable-system.')
& concept2words_2(X,'system of stable')
& concept2words_2(X,'stable system')
& concept2words_2(X,'stable-system')
& thermodynamic_system_1(X)
& ~ closed_system_1(X)
& ~ cognitive_map_1(X)
& ~ ecological_model_1(X)
& ~ five_kingdom_system_1(X)
& ~ fluid_mosaic_model_1(X)
& ~ molecular_formula_1(X)
& ~ open_system_1(X)
& ~ redundancy_model_1(X)
& ~ representation_of_data_1(X)
& ~ rivet_model_1(X)
& ~ sandwich_model_1(X)
& ~ unstable_system_1(X) ) ) ).
fof(a532834,axiom,
! [X] :
( stage_of_protein_folding_1(X)
=> ( original_name_2(X,'Stage-of-Protein-Folding')
& user_description_2(X,'Proteins have four stages of protein folding: primary, secondary, tertiary, and quaternary.')
& concept2words_2(X,'stage of protein folding')
& concept2words_2(X,'stage-of-protein-folding')
& protein_1(X) ) ) ).
fof(a532835,axiom,
! [X] :
( staggered_cut_1(X)
=> ( original_name_2(X,'Staggered-Cut')
& user_description_2(X,'The result of a restriction enzyme\'s staggered breaking of the covalent phophodiester bonds of both DNA strands.')
& concept2words_2(X,cut)
& concept2words_2(X,'staggered cut')
& concept2words_2(X,'staggered-cut')
& lyse_1(X)
& ~ blunt_cut_1(X)
& change_1(fn_staggered_cut_1(X))
& chemical_entity_1(fn_staggered_cut_2(X))
& foreign_dna_1(fn_staggered_cut_2(X))
& restriction_site_1(fn_staggered_cut_3(X))
& sticky_end_fragment_1(fn_staggered_cut_4(X))
& recognize_1(fn_staggered_cut_5(X))
& restriction_nuclease_1(fn_staggered_cut_6(X))
& chemical_entity_1(fn_staggered_cut_7(X))
& water_molecule_1(fn_staggered_cut_7(X))
& hydrolysis_1(fn_staggered_cut_8(X))
& restriction_nuclease_1(fn_restriction_site_20(fn_staggered_cut_3(X)))
& recognize_1(fn_restriction_site_18(fn_staggered_cut_3(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_staggered_cut_8(X)))
& water_molecule_1(fn_hydrolysis_10(fn_staggered_cut_8(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_staggered_cut_8(X)))
& foreign_dna_1(fn_restriction_fragment_17(fn_staggered_cut_4(X)))
& lyse_1(fn_restriction_fragment_16(fn_staggered_cut_4(X)))
& break_1(fn_restriction_site_17(fn_staggered_cut_3(X)))
& lyse_1(fn_restriction_site_17(fn_staggered_cut_3(X)))
& impair_1(fn_restriction_site_17(fn_staggered_cut_3(X)))
& has_function_2(fn_staggered_cut_6(X),fn_staggered_cut_5(X))
& raw_material_2(X,fn_staggered_cut_7(X))
& subevent_2(X,fn_staggered_cut_1(X))
& subevent_2(X,fn_staggered_cut_8(X))
& minCardinality(X,result_0,"2",sticky_end_fragment_0)
& raw_material_2(fn_staggered_cut_8(X),fn_staggered_cut_2(X))
& raw_material_2(fn_staggered_cut_8(X),fn_staggered_cut_7(X))
& fn_staggered_cut_2(X) != fn_staggered_cut_7(X)
& fn_staggered_cut_7(X) != fn_staggered_cut_2(X)
& result_2(X,fn_staggered_cut_4(X))
& object_2(X,fn_staggered_cut_2(X))
& object_2(fn_staggered_cut_5(X),fn_staggered_cut_3(X))
& agent_2(fn_staggered_cut_5(X),fn_staggered_cut_6(X))
& agent_2(X,fn_staggered_cut_6(X))
& site_2(X,fn_staggered_cut_3(X))
& fn_staggered_cut_2(X) = fn_hydrolysis_11(fn_staggered_cut_8(X))
& fn_staggered_cut_7(X) = fn_exergonic_reaction_10(fn_staggered_cut_8(X))
& fn_staggered_cut_7(X) = fn_hydrolysis_10(fn_staggered_cut_8(X))
& fn_staggered_cut_2(X) = fn_restriction_fragment_17(fn_staggered_cut_4(X))
& X = fn_restriction_fragment_16(fn_staggered_cut_4(X))
& X = fn_restriction_site_17(fn_staggered_cut_3(X))
& fn_staggered_cut_6(X) = fn_restriction_site_20(fn_staggered_cut_3(X))
& fn_staggered_cut_5(X) = fn_restriction_site_18(fn_staggered_cut_3(X))
& fn_hydrolysis_10(fn_staggered_cut_8(X)) = fn_hydrolysis_10(fn_staggered_cut_8(X))
& fn_hydrolysis_10(fn_staggered_cut_8(X)) = fn_exergonic_reaction_10(fn_staggered_cut_8(X))
& fn_exergonic_reaction_10(fn_staggered_cut_8(X)) = fn_hydrolysis_10(fn_staggered_cut_8(X))
& fn_hydrolysis_10(fn_staggered_cut_8(X)) = fn_hydrolysis_11(fn_staggered_cut_8(X))
& fn_hydrolysis_11(fn_staggered_cut_8(X)) = fn_hydrolysis_11(fn_staggered_cut_8(X))
& fn_hydrolysis_11(fn_staggered_cut_8(X)) = fn_restriction_fragment_17(fn_staggered_cut_4(X))
& fn_restriction_fragment_17(fn_staggered_cut_4(X)) = fn_restriction_fragment_16(fn_staggered_cut_4(X))
& fn_restriction_fragment_16(fn_staggered_cut_4(X)) = fn_restriction_fragment_16(fn_staggered_cut_4(X))
& fn_restriction_fragment_16(fn_staggered_cut_4(X)) = fn_restriction_site_17(fn_staggered_cut_3(X))
& fn_restriction_site_17(fn_staggered_cut_3(X)) = fn_restriction_site_17(fn_staggered_cut_3(X)) ) ) ).
fof(a532836,axiom,
! [X] :
( stained_band_1(X)
=> ( original_name_2(X,'Stained-Band')
& user_description_2(X,'Chromosome marker created with a stain and used to locate chromosomal features.')
& concept2words_2(X,'stained band')
& concept2words_2(X,'stained-band')
& genetic_marker_1(X)
& distance_between_genes_1(fn_stained_band_1(X))
& dna_sequence_1(fn_stained_band_2(X))
& locus_1(fn_stained_band_3(X))
& expose_1(fn_stained_band_4(X))
& entity_1(fn_make_accessible_1(fn_stained_band_4(X)))
& agent_2(fn_stained_band_4(X),fn_stained_band_2(X))
& object_2(fn_stained_band_4(X),fn_stained_band_1(X))
& minCardinality(fn_stained_band_4(X),object_0,"2",gene_0)
& object_2(fn_stained_band_4(X),fn_stained_band_3(X))
& plays_2(fn_stained_band_2(X),X)
& fn_stained_band_3(X) = fn_make_accessible_1(fn_stained_band_4(X))
& fn_stained_band_2(X) = fn_genetic_marker_1(X) ) ) ).
fof(a532837,axiom,
! [X] :
( staining_1(X)
=> ( original_name_2(X,'Staining')
& user_description_2(X,'The act of spotting or staining something with the use of a dye to colour specimens for microscopic study')
& concept2words_2(X,stain)
& concept2words_2(X,staining)
& add_1(X)
& ~ fusion_1(X)
& ~ recombination_1(X) ) ) ).
fof(a532838,axiom,
! [X] :
( stamen_1(X)
=> ( original_name_2(X,'Stamen')
& user_description_2(X,'The pollen-producing reproductive organ of a flower, consisting of an anther and a filament.')
& concept2words_2(X,stamen)
& flower_organ_1(X)
& sex_value_1(fn_stamen_1(X))
& pollen_grain_1(fn_stamen_3(X))
& produce_1(fn_stamen_4(X))
& entity_1(fn_create_1(fn_stamen_4(X)))
& the_categorical_value_2(fn_stamen_1(X),male_0)
& agent_2(fn_stamen_4(X),X)
& has_part_2(X,fn_stamen_3(X))
& sex_2(X,fn_stamen_1(X))
& result_2(fn_stamen_4(X),fn_stamen_3(X))
& fn_stamen_3(X) = fn_create_1(fn_stamen_4(X)) ) ) ).
fof(a532839,axiom,
! [X] :
( stand_up_1(X)
=> ( original_name_2(X,'Stand-Up')
& concept2words_2(X,stand)
& concept2words_2(X,'stand up')
& concept2words_2(X,stand_up)
& concept2words_2(X,'stand-up')
& orient_1(X)
& ~ sit_down_1(X)
& ~ gesticulate_1(X)
& ~ fidget_1(X)
& tangible_entity_1(fn_stand_up_1(X))
& object_2(X,fn_stand_up_1(X))
& agent_2(X,fn_stand_up_1(X)) ) ) ).
fof(a532840,axiom,
! [X] :
( standing_crop_1(X)
=> ( original_name_2(X,'Standing-Crop')
& user_description_2(X,'The total biomass of organisms in an area at a specific time.')
& concept2words_2(X,'crop of standing')
& concept2words_2(X,'standing crop')
& concept2words_2(X,'standing-crop')
& substance_1(X) ) ) ).
fof(a532841,axiom,
! [X] :
( stapes_1(X)
=> ( original_name_2(X,'Stapes')
& user_description_2(X,'The third of three bones in the middle ear of mammals; also called the stirrup.')
& concept2words_2(X,stapes)
& concept2words_2(X,stape)
& bone_1(X)
& ~ incus_1(X)
& ~ jaw_1(X)
& ~ malleus_1(X)
& ~ mandible_1(X) ) ) ).
fof(a532842,axiom,
! [X] :
( star_1(X)
=> ( original_name_2(X,'Star')
& user_description_2(X,'A star is a massive, luminous ball of plasma held together by gravity. At the end of its lifetime, a star can also contain a proportion of degenerate matter. The nearest star to Earth is the Sun, which is the source of most of the energy on Earth.')
& concept2words_2(X,star)
& celestial_body_1(X) ) ) ).
fof(a532843,axiom,
! [X] :
( starch_1(X)
=> ( original_name_2(X,'Starch')
& user_description_2(X,'Starch is a polysachharide consisting of a large number of glucose units joined together by alpha-glycosidic linkages. It is produced by all green plants as an energy state.')
& concept2words_2(X,starch)
& plant_storage_polysaccharide_1(X)
& molecular_region_1(fn_starch_1(X))
& shape_value_1(fn_starch_3(X))
& atom_1(fn_starch_4(X))
& electronegativity_value_1(fn_starch_5(X))
& share_1(fn_starch_7(X))
& unequal_sharing_1(fn_starch_7(X))
& share_1(fn_starch_8(X))
& unequal_sharing_1(fn_starch_8(X))
& share_1(fn_starch_9(X))
& unequal_sharing_1(fn_starch_9(X))
& share_1(fn_starch_10(X))
& unequal_sharing_1(fn_starch_10(X))
& unequal_sharing_1(fn_starch_11(X))
& attract_1(fn_starch_12(X))
& share_1(fn_starch_13(X))
& unequal_sharing_1(fn_starch_13(X))
& asymmetrical_distribution_1(fn_starch_14(X))
& constant_motion_1(fn_starch_15(X))
& asymmetrical_distribution_1(fn_starch_16(X))
& constant_motion_1(fn_starch_17(X))
& asymmetrical_distribution_1(fn_starch_18(X))
& constant_motion_1(fn_starch_19(X))
& chemical_bond_1(fn_starch_20(X))
& covalent_bond_1(fn_starch_20(X))
& polar_covalent_bond_1(fn_starch_20(X))
& glycosidic_linkage_1(fn_starch_20(X))
& alpha_1_comma_4_linkage_1(fn_starch_20(X))
& share_1(fn_starch_21(X))
& unequal_sharing_1(fn_starch_21(X))
& share_1(fn_starch_22(X))
& unequal_sharing_1(fn_starch_22(X))
& share_1(fn_starch_23(X))
& unequal_sharing_1(fn_starch_23(X))
& share_1(fn_starch_24(X))
& unequal_sharing_1(fn_starch_24(X))
& attract_1(fn_starch_25(X))
& share_1(fn_starch_26(X))
& unequal_sharing_1(fn_starch_26(X))
& share_1(fn_starch_27(X))
& unequal_sharing_1(fn_starch_27(X))
& asymmetrical_distribution_1(fn_starch_28(X))
& constant_motion_1(fn_starch_29(X))
& asymmetrical_distribution_1(fn_starch_30(X))
& constant_motion_1(fn_starch_31(X))
& asymmetrical_distribution_1(fn_starch_32(X))
& constant_motion_1(fn_starch_33(X))
& alpha_glucose_1(fn_starch_34(X))
& share_1(fn_starch_35(X))
& unequal_sharing_1(fn_starch_35(X))
& share_1(fn_starch_36(X))
& unequal_sharing_1(fn_starch_36(X))
& share_1(fn_starch_37(X))
& unequal_sharing_1(fn_starch_37(X))
& share_1(fn_starch_38(X))
& unequal_sharing_1(fn_starch_38(X))
& attract_1(fn_starch_39(X))
& proton_1(fn_starch_40(X))
& atomic_nucleus_1(fn_starch_41(X))
& atomic_orbital_1(fn_starch_42(X))
& s_orbital_1(fn_starch_42(X))
& attract_1(fn_starch_43(X))
& asymmetrical_distribution_1(fn_starch_44(X))
& constant_motion_1(fn_starch_45(X))
& alpha_glucose_1(fn_starch_47(X))
& share_1(fn_starch_48(X))
& unequal_sharing_1(fn_starch_48(X))
& share_1(fn_starch_49(X))
& unequal_sharing_1(fn_starch_49(X))
& share_1(fn_starch_50(X))
& unequal_sharing_1(fn_starch_50(X))
& electronegativity_value_1(fn_starch_51(X))
& tangible_entity_1(fn_starch_52(X))
& entity_1(fn_starch_52(X))
& electron_1(fn_starch_52(X))
& valence_electron_1(fn_starch_52(X))
& attract_1(fn_starch_53(X))
& share_1(fn_starch_56(X))
& unequal_sharing_1(fn_starch_56(X))
& tangible_entity_1(fn_starch_57(X))
& entity_1(fn_starch_57(X))
& electron_1(fn_starch_57(X))
& valence_electron_1(fn_starch_57(X))
& tangible_entity_1(fn_starch_58(X))
& entity_1(fn_starch_58(X))
& electron_1(fn_starch_58(X))
& valence_electron_1(fn_starch_58(X))
& entity_1(fn_starch_59(X))
& chemical_entity_1(fn_starch_59(X))
& atom_1(fn_starch_59(X))
& oxygen_1(fn_starch_59(X))
& tangible_entity_1(fn_starch_60(X))
& entity_1(fn_starch_60(X))
& chemical_entity_1(fn_starch_60(X))
& atom_1(fn_starch_60(X))
& hydrogen_1(fn_starch_60(X))
& carbon_skeleton_1(fn_starch_61(X))
& atom_1(fn_starch_62(X))
& atom_1(fn_starch_63(X))
& electronegative_element_1(fn_starch_64(X))
& hold_1(fn_starch_65(X))
& hold_together_1(fn_starch_65(X))
& entity_1(fn_starch_66(X))
& chemical_entity_1(fn_starch_66(X))
& atom_1(fn_starch_66(X))
& carbon_1(fn_starch_66(X))
& functional_group_1(fn_starch_67(X))
& carbonyl_group_1(fn_starch_67(X))
& tangible_entity_1(fn_starch_68(X))
& entity_1(fn_starch_68(X))
& electron_1(fn_starch_68(X))
& valence_electron_1(fn_starch_68(X))
& share_1(fn_starch_69(X))
& unequal_sharing_1(fn_starch_69(X))
& electronegativity_value_1(fn_starch_70(X))
& electronegativity_value_1(fn_starch_71(X))
& attract_1(fn_starch_72(X))
& entity_1(fn_starch_73(X))
& chemical_entity_1(fn_starch_73(X))
& atom_1(fn_starch_73(X))
& oxygen_1(fn_starch_73(X))
& unequal_sharing_1(fn_starch_74(X))
& share_1(fn_starch_75(X))
& unequal_sharing_1(fn_starch_75(X))
& share_1(fn_starch_76(X))
& unequal_sharing_1(fn_starch_76(X))
& constant_motion_1(fn_starch_77(X))
& asymmetrical_distribution_1(fn_starch_78(X))
& attract_1(fn_starch_79(X))
& constant_motion_1(fn_starch_80(X))
& asymmetrical_distribution_1(fn_starch_81(X))
& entity_1(fn_starch_82(X))
& proton_1(fn_starch_82(X))
& atomic_nucleus_1(fn_starch_83(X))
& unequal_sharing_1(fn_starch_84(X))
& share_1(fn_starch_85(X))
& unequal_sharing_1(fn_starch_85(X))
& share_1(fn_starch_86(X))
& unequal_sharing_1(fn_starch_86(X))
& attract_1(fn_starch_87(X))
& share_1(fn_starch_88(X))
& unequal_sharing_1(fn_starch_88(X))
& share_1(fn_starch_89(X))
& unequal_sharing_1(fn_starch_89(X))
& constant_motion_1(fn_starch_90(X))
& asymmetrical_distribution_1(fn_starch_91(X))
& constant_motion_1(fn_starch_92(X))
& asymmetrical_distribution_1(fn_starch_93(X))
& constant_motion_1(fn_starch_94(X))
& asymmetrical_distribution_1(fn_starch_95(X))
& attract_1(fn_starch_96(X))
& share_1(fn_starch_97(X))
& unequal_sharing_1(fn_starch_97(X))
& share_1(fn_starch_98(X))
& unequal_sharing_1(fn_starch_98(X))
& share_1(fn_starch_99(X))
& unequal_sharing_1(fn_starch_99(X))
& share_1(fn_starch_100(X))
& unequal_sharing_1(fn_starch_100(X))
& unequal_sharing_1(fn_starch_101(X))
& share_1(fn_starch_102(X))
& unequal_sharing_1(fn_starch_102(X))
& hydrophilic_region_1(fn_starch_103(X))
& functional_group_1(fn_starch_104(X))
& hydroxyl_group_1(fn_starch_104(X))
& constant_motion_1(fn_alpha_1_comma_4_linkage_29(fn_starch_20(X)))
& constant_motion_1(fn_alpha_1_comma_4_linkage_41(fn_starch_20(X)))
& constant_motion_1(fn_alpha_1_comma_4_linkage_20(fn_starch_20(X)))
& asymmetrical_distribution_1(fn_alpha_1_comma_4_linkage_19(fn_starch_20(X)))
& constant_motion_1(fn_alpha_1_comma_4_linkage_18(fn_starch_20(X)))
& asymmetrical_distribution_1(fn_alpha_1_comma_4_linkage_17(fn_starch_20(X)))
& atom_1(fn_chemical_element_12(fn_starch_64(X)))
& share_1(fn_glycosidic_linkage_34(fn_starch_20(X)))
& unequal_sharing_1(fn_glycosidic_linkage_34(fn_starch_20(X)))
& asymmetrical_distribution_1(fn_alpha_1_comma_4_linkage_28(fn_starch_20(X)))
& asymmetrical_distribution_1(fn_alpha_1_comma_4_linkage_40(fn_starch_20(X)))
& share_1(fn_glycosidic_linkage_44(fn_starch_20(X)))
& unequal_sharing_1(fn_glycosidic_linkage_44(fn_starch_20(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_starch_20(X)))
& attract_1(fn_glycosidic_linkage_14(fn_starch_20(X)))
& attract_1(fn_glycosidic_linkage_56(fn_starch_20(X)))
& proton_1(fn_polar_covalent_bond_5(fn_starch_20(X)))
& share_1(fn_glycosidic_linkage_11(fn_starch_20(X)))
& unequal_sharing_1(fn_glycosidic_linkage_11(fn_starch_20(X)))
& electronegativity_value_1(fn_polar_covalent_bond_2(fn_starch_20(X)))
& electronegativity_value_1(fn_polar_covalent_bond_1(fn_starch_20(X)))
& electronegativity_value_1(fn_glycosidic_linkage_28(fn_starch_20(X)))
& atomic_orbital_1(fn_alpha_1_comma_4_linkage_51(fn_starch_20(X)))
& entity_1(fn_attract_2(fn_starch_39(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_starch_104(X)))
& unequal_sharing_1(fn_hydroxyl_group_5(fn_starch_104(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_13(fn_starch_20(X)))
& atomic_nucleus_1(fn_hydroxyl_group_9(fn_starch_104(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_starch_20(X)))
& hold_together_1(fn_carbonyl_group_10(fn_starch_67(X)))
& atom_1(fn_chemical_element_11(fn_starch_64(X)))
& entity_1(fn_carbonyl_group_7(fn_starch_67(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_starch_67(X)))
& atom_1(fn_carbonyl_group_7(fn_starch_67(X)))
& carbon_1(fn_carbonyl_group_7(fn_starch_67(X)))
& entity_1(fn_attract_2(fn_starch_72(X)))
& entity_1(fn_attract_2(fn_starch_87(X)))
& entity_1(fn_attract_2(fn_starch_96(X)))
& entity_1(fn_polar_covalent_bond_18(fn_starch_20(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_starch_20(X)))
& atom_1(fn_polar_covalent_bond_18(fn_starch_20(X)))
& entity_1(fn_polar_covalent_bond_19(fn_starch_20(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_starch_20(X)))
& atom_1(fn_polar_covalent_bond_19(fn_starch_20(X)))
& entity_1(fn_glycosidic_linkage_12(fn_starch_20(X)))
& chemical_entity_1(fn_glycosidic_linkage_12(fn_starch_20(X)))
& atom_1(fn_glycosidic_linkage_12(fn_starch_20(X)))
& oxygen_1(fn_glycosidic_linkage_12(fn_starch_20(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_starch_104(X)))
& oxygen_1(fn_carbonyl_group_9(fn_starch_67(X)))
& attract_1(fn_alpha_1_comma_4_linkage_27(fn_starch_20(X)))
& attract_1(fn_glycosidic_linkage_39(fn_starch_20(X)))
& entity_1(fn_alpha_1_comma_4_linkage_26(fn_starch_20(X)))
& proton_1(fn_alpha_1_comma_4_linkage_26(fn_starch_20(X)))
& entity_1(fn_alpha_1_comma_4_linkage_24(fn_starch_20(X)))
& proton_1(fn_alpha_1_comma_4_linkage_24(fn_starch_20(X)))
& electron_1(fn_hydroxyl_group_8(fn_starch_104(X)))
& valence_electron_1(fn_hydroxyl_group_8(fn_starch_104(X)))
& valence_electron_1(fn_carbonyl_group_4(fn_starch_67(X)))
& share_1(fn_glycosidic_linkage_66(fn_starch_20(X)))
& unequal_sharing_1(fn_glycosidic_linkage_66(fn_starch_20(X)))
& unequal_sharing_1(fn_glycosidic_linkage_19(fn_starch_20(X)))
& attract_1(fn_alpha_1_comma_4_linkage_21(fn_starch_20(X)))
& attract_1(fn_alpha_1_comma_4_linkage_47(fn_starch_20(X)))
& share_1(fn_glycosidic_linkage_18(fn_starch_20(X)))
& share_1(fn_alpha_1_comma_4_linkage_46(fn_starch_20(X)))
& unequal_sharing_1(fn_alpha_1_comma_4_linkage_46(fn_starch_20(X)))
& share_1(fn_alpha_1_comma_4_linkage_16(fn_starch_20(X)))
& unequal_sharing_1(fn_alpha_1_comma_4_linkage_16(fn_starch_20(X)))
& share_1(fn_alpha_1_comma_4_linkage_14(fn_starch_20(X)))
& unequal_sharing_1(fn_alpha_1_comma_4_linkage_14(fn_starch_20(X)))
& atomic_nucleus_1(fn_glycosidic_linkage_25(fn_starch_20(X)))
& atomic_nucleus_1(fn_alpha_1_comma_4_linkage_25(fn_starch_20(X)))
& atomic_nucleus_1(fn_alpha_1_comma_4_linkage_23(fn_starch_20(X)))
& valence_electron_1(fn_glycosidic_linkage_17(fn_starch_20(X)))
& entity_1(fn_share_2(fn_starch_88(X)))
& entity_1(fn_share_2(fn_starch_76(X)))
& entity_1(fn_share_2(fn_starch_99(X)))
& tangible_entity_1(fn_glycosidic_linkage_47(fn_starch_20(X)))
& entity_1(fn_glycosidic_linkage_47(fn_starch_20(X)))
& electron_1(fn_glycosidic_linkage_47(fn_starch_20(X)))
& valence_electron_1(fn_glycosidic_linkage_47(fn_starch_20(X)))
& tangible_entity_1(fn_glycosidic_linkage_48(fn_starch_20(X)))
& entity_1(fn_glycosidic_linkage_48(fn_starch_20(X)))
& electron_1(fn_glycosidic_linkage_48(fn_starch_20(X)))
& valence_electron_1(fn_glycosidic_linkage_48(fn_starch_20(X)))
& tangible_entity_1(fn_alpha_1_comma_4_linkage_38(fn_starch_20(X)))
& entity_1(fn_alpha_1_comma_4_linkage_38(fn_starch_20(X)))
& electron_1(fn_alpha_1_comma_4_linkage_38(fn_starch_20(X)))
& valence_electron_1(fn_alpha_1_comma_4_linkage_38(fn_starch_20(X)))
& valence_electron_1(fn_carbonyl_group_6(fn_starch_67(X)))
& tangible_entity_1(fn_alpha_1_comma_4_linkage_39(fn_starch_20(X)))
& entity_1(fn_alpha_1_comma_4_linkage_39(fn_starch_20(X)))
& electron_1(fn_alpha_1_comma_4_linkage_39(fn_starch_20(X)))
& valence_electron_1(fn_alpha_1_comma_4_linkage_39(fn_starch_20(X)))
& share_1(fn_glycosidic_linkage_67(fn_starch_20(X)))
& share_1(fn_alpha_1_comma_4_linkage_15(fn_starch_20(X)))
& share_1(fn_glycosidic_linkage_9(fn_starch_20(X)))
& share_1(fn_alpha_1_comma_4_linkage_11(fn_starch_20(X)))
& share_1(fn_alpha_1_comma_4_linkage_13(fn_starch_20(X)))
& unequal_sharing_1(fn_alpha_1_comma_4_linkage_13(fn_starch_20(X)))
& chemical_entity_1(fn_functional_group_1(fn_starch_67(X)))
& chemical_entity_1(fn_functional_group_1(fn_starch_104(X)))
& shape_2(fn_starch_1(X),fn_starch_3(X))
& agent_2(fn_starch_96(X),fn_starch_60(X))
& agent_2(fn_starch_87(X),fn_starch_60(X))
& object_2(fn_starch_76(X),fn_starch_57(X))
& agent_2(fn_starch_72(X),fn_starch_66(X))
& agent_2(fn_starch_72(X),fn_starch_60(X))
& the_categorical_value_2(fn_starch_3(X),helix_0)
& same_type_2(fn_starch_66(X),fn_starch_4(X))
& has_region_2(X,fn_starch_1(X))
& same_type_2(fn_starch_4(X),fn_starch_66(X))
& greater_than_or_equal_to_2(fn_starch_5(X),fn_starch_71(X))
& greater_than_2(fn_starch_5(X),fn_starch_71(X))
& agent_2(fn_starch_39(X),fn_starch_59(X))
& object_2(fn_starch_88(X),fn_starch_68(X))
& object_2(fn_starch_76(X),fn_starch_68(X))
& object_2(fn_starch_99(X),fn_starch_68(X))
& agent_2(fn_starch_72(X),fn_starch_59(X))
& agent_2(fn_starch_87(X),fn_starch_59(X))
& agent_2(fn_starch_39(X),fn_starch_60(X))
& agent_2(fn_starch_96(X),fn_starch_59(X))
& has_part_2(X,fn_starch_34(X))
& has_region_2(X,fn_starch_103(X))
& has_part_2(fn_starch_64(X),fn_starch_63(X))
& same_type_2(fn_starch_63(X),fn_starch_66(X))
& same_type_2(fn_starch_66(X),fn_starch_62(X))
& same_type_2(fn_starch_66(X),fn_starch_63(X))
& same_type_2(fn_starch_62(X),fn_starch_66(X))
& has_part_2(X,fn_starch_47(X))
& object_2(fn_starch_65(X),fn_starch_47(X))
& agent_2(fn_starch_56(X),fn_starch_60(X))
& agent_2(fn_starch_89(X),fn_starch_59(X))
& agent_2(fn_starch_98(X),fn_starch_60(X))
& agent_2(fn_starch_100(X),fn_starch_59(X))
& object_2(fn_starch_85(X),fn_starch_68(X))
& agent_2(fn_starch_102(X),fn_starch_60(X))
& agent_2(fn_starch_49(X),fn_starch_60(X))
& agent_2(fn_starch_84(X),fn_starch_73(X))
& agent_2(fn_starch_84(X),fn_starch_60(X))
& agent_2(fn_starch_36(X),fn_starch_60(X))
& agent_2(fn_starch_69(X),fn_starch_73(X))
& agent_2(fn_starch_76(X),fn_starch_73(X))
& agent_2(fn_starch_76(X),fn_starch_60(X))
& agent_2(fn_starch_75(X),fn_starch_60(X))
& object_2(fn_starch_75(X),fn_starch_68(X))
& object_2(fn_starch_86(X),fn_starch_52(X))
& object_2(fn_starch_86(X),fn_starch_68(X))
& object_2(fn_starch_74(X),fn_starch_68(X))
& object_2(fn_starch_74(X),fn_starch_58(X))
& object_2(fn_starch_75(X),fn_starch_58(X))
& object_2(fn_starch_69(X),fn_starch_68(X))
& agent_2(fn_starch_69(X),fn_starch_60(X))
& agent_2(fn_starch_74(X),fn_starch_60(X))
& agent_2(fn_starch_74(X),fn_starch_59(X))
& agent_2(fn_starch_76(X),fn_starch_59(X))
& agent_2(fn_starch_85(X),fn_starch_60(X))
& object_2(fn_starch_85(X),fn_starch_52(X))
& object_2(fn_starch_84(X),fn_starch_52(X))
& object_2(fn_starch_84(X),fn_starch_68(X))
& object_2(fn_starch_56(X),fn_starch_68(X))
& agent_2(fn_starch_50(X),fn_starch_60(X))
& agent_2(fn_starch_50(X),fn_starch_59(X))
& agent_2(fn_starch_69(X),fn_starch_59(X))
& object_2(fn_starch_69(X),fn_starch_58(X))
& object_2(fn_starch_56(X),fn_starch_58(X))
& agent_2(fn_starch_88(X),fn_starch_60(X))
& agent_2(fn_starch_88(X),fn_starch_59(X))
& agent_2(fn_starch_48(X),fn_starch_59(X))
& agent_2(fn_starch_48(X),fn_starch_60(X))
& agent_2(fn_starch_27(X),fn_starch_60(X))
& is_between_2(fn_starch_20(X),fn_starch_59(X))
& agent_2(fn_starch_38(X),fn_starch_59(X))
& agent_2(fn_starch_38(X),fn_starch_60(X))
& agent_2(fn_starch_25(X),fn_starch_60(X))
& agent_2(fn_starch_25(X),fn_starch_59(X))
& is_between_2(fn_starch_20(X),fn_starch_60(X))
& agent_2(fn_starch_86(X),fn_starch_73(X))
& agent_2(fn_starch_86(X),fn_starch_60(X))
& agent_2(fn_starch_37(X),fn_starch_60(X))
& agent_2(fn_starch_37(X),fn_starch_59(X))
& electronegativity_2(fn_starch_59(X),fn_starch_71(X))
& possesses_2(X,fn_starch_20(X))
& is_between_2(fn_starch_20(X),fn_starch_73(X))
& object_2(fn_starch_76(X),fn_starch_58(X))
& object_2(fn_starch_39(X),fn_starch_58(X))
& object_2(fn_starch_88(X),fn_starch_58(X))
& object_2(fn_starch_49(X),fn_starch_68(X))
& object_2(fn_starch_49(X),fn_starch_58(X))
& object_2(fn_starch_50(X),fn_starch_58(X))
& object_2(fn_starch_50(X),fn_starch_68(X))
& object_2(fn_starch_48(X),fn_starch_68(X))
& object_2(fn_starch_89(X),fn_starch_68(X))
& object_2(fn_starch_89(X),fn_starch_58(X))
& object_2(fn_starch_48(X),fn_starch_58(X))
& agent_2(fn_starch_48(X),fn_starch_73(X))
& agent_2(fn_starch_37(X),fn_starch_73(X))
& object_2(fn_starch_81(X),fn_starch_58(X))
& object_2(fn_starch_72(X),fn_starch_68(X))
& object_2(fn_starch_87(X),fn_starch_58(X))
& object_2(fn_starch_90(X),fn_starch_58(X))
& causes_2(fn_starch_90(X),fn_starch_91(X))
& object_2(fn_starch_97(X),fn_starch_68(X))
& object_2(fn_starch_97(X),fn_starch_58(X))
& object_2(fn_starch_72(X),fn_starch_58(X))
& object_2(fn_starch_72(X),fn_starch_57(X))
& object_2(fn_starch_69(X),fn_starch_57(X))
& object_2(fn_starch_37(X),fn_starch_52(X))
& object_2(fn_starch_37(X),fn_starch_68(X))
& object_2(fn_starch_38(X),fn_starch_68(X))
& object_2(fn_starch_38(X),fn_starch_58(X))
& object_2(fn_starch_37(X),fn_starch_58(X))
& object_2(fn_starch_79(X),fn_starch_52(X))
& object_2(fn_starch_87(X),fn_starch_52(X))
& object_2(fn_starch_53(X),fn_starch_68(X))
& object_2(fn_starch_89(X),fn_starch_52(X))
& object_2(fn_starch_36(X),fn_starch_52(X))
& object_2(fn_starch_98(X),fn_starch_68(X))
& object_2(fn_starch_98(X),fn_starch_52(X))
& object_2(fn_starch_35(X),fn_starch_52(X))
& object_2(fn_starch_35(X),fn_starch_68(X))
& object_2(fn_starch_36(X),fn_starch_68(X))
& object_2(fn_starch_27(X),fn_starch_68(X))
& object_2(fn_starch_27(X),fn_starch_52(X))
& object_2(fn_starch_23(X),fn_starch_52(X))
& agent_2(fn_starch_23(X),fn_starch_59(X))
& agent_2(fn_starch_24(X),fn_starch_59(X))
& object_2(fn_starch_53(X),fn_starch_52(X))
& object_2(fn_starch_91(X),fn_starch_58(X))
& object_2(fn_starch_39(X),fn_starch_68(X))
& object_2(fn_starch_100(X),fn_starch_58(X))
& object_2(fn_starch_44(X),fn_starch_58(X))
& causes_2(fn_starch_45(X),fn_starch_44(X))
& object_2(fn_starch_45(X),fn_starch_58(X))
& object_2(fn_starch_80(X),fn_starch_58(X))
& causes_2(fn_starch_80(X),fn_starch_81(X))
& object_2(fn_starch_96(X),fn_starch_52(X))
& object_2(fn_starch_96(X),fn_starch_58(X))
& object_2(fn_starch_30(X),fn_starch_58(X))
& causes_2(fn_starch_31(X),fn_starch_30(X))
& object_2(fn_starch_31(X),fn_starch_58(X))
& object_2(fn_starch_26(X),fn_starch_58(X))
& object_2(fn_starch_28(X),fn_starch_58(X))
& causes_2(fn_starch_29(X),fn_starch_28(X))
& object_2(fn_starch_29(X),fn_starch_58(X))
& object_2(fn_starch_24(X),fn_starch_58(X))
& object_2(fn_starch_100(X),fn_starch_68(X))
& object_2(fn_starch_100(X),fn_starch_52(X))
& object_2(fn_starch_22(X),fn_starch_52(X))
& object_2(fn_starch_22(X),fn_starch_68(X))
& object_2(fn_starch_26(X),fn_starch_68(X))
& is_inside_2(fn_starch_68(X),fn_starch_42(X))
& agent_2(fn_starch_89(X),fn_starch_73(X))
& agent_2(fn_starch_89(X),fn_starch_60(X))
& agent_2(fn_starch_35(X),fn_starch_60(X))
& agent_2(fn_starch_35(X),fn_starch_73(X))
& fn_starch_70(X) != fn_starch_51(X)
& fn_starch_51(X) != fn_starch_70(X)
& has_part_2(X,fn_starch_59(X))
& object_2(fn_starch_65(X),fn_starch_73(X))
& object_2(fn_starch_78(X),fn_starch_52(X))
& object_2(fn_starch_87(X),fn_starch_68(X))
& object_2(fn_starch_43(X),fn_starch_58(X))
& agent_2(fn_starch_43(X),fn_starch_40(X))
& is_inside_2(fn_starch_40(X),fn_starch_41(X))
& fn_starch_70(X) != fn_starch_71(X)
& fn_starch_71(X) != fn_starch_70(X)
& has_part_2(X,fn_starch_73(X))
& has_region_2(X,fn_starch_67(X))
& is_inside_2(fn_starch_73(X),fn_starch_67(X))
& has_region_2(fn_starch_73(X),fn_starch_83(X))
& object_2(fn_starch_93(X),fn_starch_52(X))
& causes_2(fn_starch_92(X),fn_starch_93(X))
& object_2(fn_starch_92(X),fn_starch_52(X))
& object_2(fn_starch_77(X),fn_starch_52(X))
& causes_2(fn_starch_77(X),fn_starch_78(X))
& object_2(fn_starch_25(X),fn_starch_52(X))
& object_2(fn_starch_32(X),fn_starch_52(X))
& causes_2(fn_starch_33(X),fn_starch_32(X))
& object_2(fn_starch_33(X),fn_starch_52(X))
& object_2(fn_starch_39(X),fn_starch_52(X))
& is_inside_2(fn_starch_73(X),fn_starch_104(X))
& has_region_2(X,fn_starch_104(X))
& has_part_2(X,fn_starch_66(X))
& is_inside_2(fn_starch_66(X),fn_starch_61(X))
& has_region_2(X,fn_starch_61(X))
& object_2(fn_starch_25(X),fn_starch_68(X))
& object_2(fn_starch_25(X),fn_starch_58(X))
& object_2(fn_starch_16(X),fn_starch_58(X))
& causes_2(fn_starch_17(X),fn_starch_16(X))
& object_2(fn_starch_17(X),fn_starch_58(X))
& agent_2(fn_starch_97(X),fn_starch_60(X))
& agent_2(fn_starch_97(X),fn_starch_59(X))
& agent_2(fn_starch_26(X),fn_starch_59(X))
& agent_2(fn_starch_26(X),fn_starch_60(X))
& object_2(fn_starch_65(X),fn_starch_60(X))
& agent_2(fn_starch_23(X),fn_starch_73(X))
& object_2(fn_starch_23(X),fn_starch_68(X))
& object_2(fn_starch_24(X),fn_starch_68(X))
& agent_2(fn_starch_24(X),fn_starch_60(X))
& agent_2(fn_starch_23(X),fn_starch_60(X))
& agent_2(fn_starch_99(X),fn_starch_73(X))
& agent_2(fn_starch_99(X),fn_starch_60(X))
& agent_2(fn_starch_22(X),fn_starch_60(X))
& agent_2(fn_starch_22(X),fn_starch_73(X))
& fn_starch_73(X) != fn_starch_66(X)
& fn_starch_66(X) != fn_starch_73(X)
& agent_2(fn_starch_13(X),fn_starch_60(X))
& object_2(fn_starch_13(X),fn_starch_52(X))
& object_2(fn_starch_21(X),fn_starch_52(X))
& agent_2(fn_starch_21(X),fn_starch_60(X))
& agent_2(fn_starch_8(X),fn_starch_60(X))
& agent_2(fn_starch_100(X),fn_starch_73(X))
& agent_2(fn_starch_100(X),fn_starch_60(X))
& agent_2(fn_starch_12(X),fn_starch_60(X))
& agent_2(fn_starch_12(X),fn_starch_59(X))
& has_part_2(fn_starch_59(X),fn_starch_40(X))
& agent_2(fn_starch_10(X),fn_starch_60(X))
& agent_2(fn_starch_10(X),fn_starch_59(X))
& agent_2(fn_starch_11(X),fn_starch_59(X))
& object_2(fn_starch_11(X),fn_starch_58(X))
& object_2(fn_starch_23(X),fn_starch_58(X))
& agent_2(fn_starch_101(X),fn_starch_60(X))
& object_2(fn_starch_101(X),fn_starch_68(X))
& object_2(fn_starch_21(X),fn_starch_68(X))
& agent_2(fn_starch_21(X),fn_starch_73(X))
& fn_starch_73(X) != fn_starch_59(X)
& fn_starch_59(X) != fn_starch_73(X)
& object_2(fn_starch_9(X),fn_starch_68(X))
& object_2(fn_starch_11(X),fn_starch_68(X))
& agent_2(fn_starch_11(X),fn_starch_60(X))
& has_part_2(fn_starch_60(X),fn_starch_68(X))
& object_2(fn_starch_13(X),fn_starch_68(X))
& agent_2(fn_starch_101(X),fn_starch_73(X))
& object_2(fn_starch_101(X),fn_starch_52(X))
& object_2(fn_starch_9(X),fn_starch_52(X))
& agent_2(fn_starch_9(X),fn_starch_73(X))
& has_part_2(fn_starch_73(X),fn_starch_82(X))
& agent_2(fn_starch_7(X),fn_starch_73(X))
& agent_2(fn_starch_7(X),fn_starch_60(X))
& electronegativity_2(fn_starch_60(X),fn_starch_70(X))
& fn_starch_66(X) != fn_starch_60(X)
& fn_starch_60(X) != fn_starch_66(X)
& agent_2(fn_starch_102(X),fn_starch_73(X))
& object_2(fn_starch_102(X),fn_starch_52(X))
& object_2(fn_starch_8(X),fn_starch_52(X))
& agent_2(fn_starch_8(X),fn_starch_73(X))
& electronegativity_2(fn_starch_73(X),fn_starch_51(X))
& has_part_2(X,fn_starch_60(X))
& fn_starch_60(X) != fn_starch_73(X)
& has_part_2(fn_starch_73(X),fn_starch_52(X))
& is_inside_2(fn_starch_52(X),fn_starch_42(X))
& is_inside_2(fn_starch_58(X),fn_starch_42(X))
& fn_starch_73(X) != fn_starch_60(X)
& has_region_2(fn_starch_59(X),fn_starch_41(X))
& agent_2(fn_starch_9(X),fn_starch_59(X))
& agent_2(fn_starch_9(X),fn_starch_60(X))
& is_inside_2(fn_starch_60(X),fn_starch_104(X))
& fn_starch_59(X) != fn_starch_60(X)
& fn_starch_60(X) != fn_starch_59(X)
& is_inside_2(fn_starch_59(X),fn_starch_104(X))
& has_part_2(fn_starch_59(X),fn_starch_58(X))
& object_2(fn_starch_9(X),fn_starch_58(X))
& is_near_2(fn_starch_41(X),fn_starch_58(X))
& is_near_2(fn_starch_58(X),fn_starch_41(X))
& fn_starch_58(X) != fn_starch_68(X)
& fn_starch_68(X) != fn_starch_58(X)
& is_inside_2(fn_starch_66(X),fn_starch_67(X))
& object_2(fn_starch_65(X),fn_starch_66(X))
& object_2(fn_starch_65(X),fn_starch_59(X))
& is_inside_2(fn_starch_59(X),fn_starch_67(X))
& has_part_2(fn_starch_59(X),fn_starch_57(X))
& fn_starch_57(X) != fn_starch_58(X)
& fn_starch_66(X) != fn_starch_59(X)
& fn_starch_59(X) != fn_starch_66(X)
& fn_starch_58(X) != fn_starch_57(X)
& object_2(fn_starch_96(X),fn_starch_68(X))
& is_inside_2(fn_starch_82(X),fn_starch_83(X))
& agent_2(fn_starch_79(X),fn_starch_82(X))
& object_2(fn_starch_95(X),fn_starch_52(X))
& causes_2(fn_starch_94(X),fn_starch_95(X))
& object_2(fn_starch_94(X),fn_starch_52(X))
& object_2(fn_starch_10(X),fn_starch_58(X))
& object_2(fn_starch_14(X),fn_starch_58(X))
& causes_2(fn_starch_15(X),fn_starch_14(X))
& object_2(fn_starch_15(X),fn_starch_58(X))
& object_2(fn_starch_12(X),fn_starch_58(X))
& result_2(fn_starch_99(X),fn_starch_20(X))
& object_2(fn_starch_99(X),fn_starch_52(X))
& object_2(fn_starch_18(X),fn_starch_52(X))
& causes_2(fn_starch_19(X),fn_starch_18(X))
& object_2(fn_starch_19(X),fn_starch_52(X))
& object_2(fn_starch_7(X),fn_starch_52(X))
& object_2(fn_starch_12(X),fn_starch_52(X))
& object_2(fn_starch_12(X),fn_starch_68(X))
& fn_starch_57(X) != fn_starch_68(X)
& object_2(fn_starch_48(X),fn_starch_57(X))
& fn_starch_68(X) != fn_starch_57(X)
& object_2(fn_starch_102(X),fn_starch_68(X))
& result_2(fn_starch_102(X),fn_starch_20(X))
& result_2(fn_starch_10(X),fn_starch_20(X))
& object_2(fn_starch_10(X),fn_starch_68(X))
& object_2(fn_starch_8(X),fn_starch_68(X))
& result_2(fn_starch_7(X),fn_starch_20(X))
& object_2(fn_starch_7(X),fn_starch_68(X))
& fn_starch_68(X) != fn_starch_52(X)
& fn_starch_52(X) != fn_starch_68(X)
& is_near_2(fn_starch_83(X),fn_starch_52(X))
& is_near_2(fn_starch_52(X),fn_starch_83(X))
& fn_starch_68(X) = fn_share_2(fn_starch_88(X))
& fn_starch_68(X) = fn_share_2(fn_starch_76(X))
& fn_starch_68(X) = fn_share_2(fn_starch_99(X))
& fn_starch_59(X) = fn_attract_2(fn_starch_72(X))
& fn_starch_59(X) = fn_attract_2(fn_starch_87(X))
& fn_starch_60(X) = fn_attract_2(fn_starch_39(X))
& fn_starch_59(X) = fn_attract_2(fn_starch_96(X))
& fn_starch_34(X) = fn_polysaccharide_23(X)
& fn_starch_103(X) = fn_carbohydrate_2(X)
& fn_starch_62(X) = fn_chemical_element_12(fn_starch_64(X))
& fn_starch_66(X) = fn_chemical_element_11(fn_starch_64(X))
& fn_starch_63(X) = fn_chemical_element_11(fn_starch_64(X))
& fn_starch_63(X) = fn_chemical_element_12(fn_starch_64(X))
& fn_starch_47(X) = fn_storage_polysaccharide_38(X)
& fn_starch_56(X) = fn_polar_covalent_bond_16(fn_starch_20(X))
& fn_starch_89(X) = fn_polar_covalent_bond_16(fn_starch_20(X))
& fn_starch_98(X) = fn_polar_covalent_bond_16(fn_starch_20(X))
& fn_starch_100(X) = fn_storage_polysaccharide_78(X)
& fn_starch_85(X) = fn_storage_polysaccharide_78(X)
& fn_starch_102(X) = fn_storage_polysaccharide_78(X)
& fn_starch_49(X) = fn_storage_polysaccharide_67(X)
& fn_starch_36(X) = fn_storage_polysaccharide_60(X)
& fn_starch_84(X) = fn_storage_polysaccharide_77(X)
& fn_starch_75(X) = fn_storage_polysaccharide_35(X)
& fn_starch_76(X) = fn_storage_polysaccharide_76(X)
& fn_starch_75(X) = fn_storage_polysaccharide_15(X)
& fn_starch_74(X) = fn_storage_polysaccharide_67(X)
& fn_starch_68(X) = fn_storage_polysaccharide_46(X)
& fn_starch_86(X) = fn_storage_polysaccharide_39(X)
& fn_starch_76(X) = fn_storage_polysaccharide_24(X)
& fn_starch_74(X) = fn_storage_polysaccharide_32(X)
& fn_starch_69(X) = fn_storage_polysaccharide_39(X)
& fn_starch_56(X) = fn_storage_polysaccharide_35(X)
& fn_starch_84(X) = fn_storage_polysaccharide_32(X)
& fn_starch_85(X) = fn_storage_polysaccharide_26(X)
& fn_starch_56(X) = fn_storage_polysaccharide_15(X)
& fn_starch_58(X) = fn_storage_polysaccharide_52(X)
& fn_starch_69(X) = fn_storage_polysaccharide_26(X)
& fn_starch_50(X) = fn_storage_polysaccharide_25(X)
& fn_starch_27(X) = fn_storage_polysaccharide_24(X)
& fn_starch_48(X) = fn_storage_polysaccharide_15(X)
& fn_starch_88(X) = fn_storage_polysaccharide_14(X)
& fn_starch_38(X) = fn_storage_polysaccharide_13(X)
& fn_starch_60(X) = fn_molecule_11(X)
& fn_starch_54(X) = fn_polysaccharide_10(X)
& fn_starch_71(X) = fn_polysaccharide_12(X)
& fn_starch_37(X) = fn_polysaccharide_28(X)
& fn_starch_86(X) = fn_polysaccharide_8(X)
& fn_starch_20(X) = fn_molecule_10(X)
& fn_starch_20(X) = fn_polysaccharide_4(X)
& fn_starch_20(X) = fn_storage_polysaccharide_23(X)
& fn_starch_20(X) = fn_polysaccharide_25(X)
& fn_starch_76(X) = fn_glycosidic_linkage_66(fn_starch_20(X))
& fn_starch_39(X) = fn_glycosidic_linkage_56(fn_starch_20(X))
& fn_starch_88(X) = fn_glycosidic_linkage_19(fn_starch_20(X))
& fn_starch_48(X) = fn_glycosidic_linkage_66(fn_starch_20(X))
& fn_starch_50(X) = fn_glycosidic_linkage_44(fn_starch_20(X))
& fn_starch_58(X) = fn_glycosidic_linkage_48(fn_starch_20(X))
& fn_starch_49(X) = fn_glycosidic_linkage_34(fn_starch_20(X))
& fn_starch_37(X) = fn_glycosidic_linkage_11(fn_starch_20(X))
& fn_starch_48(X) = fn_glycosidic_linkage_19(fn_starch_20(X))
& fn_starch_58(X) = fn_glycosidic_linkage_17(fn_starch_20(X))
& fn_starch_89(X) = fn_glycosidic_linkage_11(fn_starch_20(X))
& fn_starch_81(X) = fn_alpha_1_comma_4_linkage_28(fn_starch_20(X))
& fn_starch_72(X) = fn_alpha_1_comma_4_linkage_21(fn_starch_20(X))
& fn_starch_87(X) = fn_alpha_1_comma_4_linkage_27(fn_starch_20(X))
& fn_starch_91(X) = fn_alpha_1_comma_4_linkage_28(fn_starch_20(X))
& fn_starch_90(X) = fn_alpha_1_comma_4_linkage_29(fn_starch_20(X))
& fn_starch_69(X) = fn_alpha_1_comma_4_linkage_16(fn_starch_20(X))
& fn_starch_72(X) = fn_alpha_1_comma_4_linkage_47(fn_starch_20(X))
& fn_starch_97(X) = fn_alpha_1_comma_4_linkage_46(fn_starch_20(X))
& fn_starch_37(X) = fn_alpha_1_comma_4_linkage_16(fn_starch_20(X))
& fn_starch_38(X) = fn_alpha_1_comma_4_linkage_14(fn_starch_20(X))
& fn_starch_37(X) = fn_alpha_1_comma_4_linkage_13(fn_starch_20(X))
& fn_starch_79(X) = fn_glycosidic_linkage_39(fn_starch_20(X))
& fn_starch_87(X) = fn_glycosidic_linkage_14(fn_starch_20(X))
& fn_starch_53(X) = fn_glycosidic_linkage_56(fn_starch_20(X))
& fn_starch_89(X) = fn_glycosidic_linkage_66(fn_starch_20(X))
& fn_starch_36(X) = fn_glycosidic_linkage_11(fn_starch_20(X))
& fn_starch_36(X) = fn_glycosidic_linkage_66(fn_starch_20(X))
& fn_starch_35(X) = fn_glycosidic_linkage_44(fn_starch_20(X))
& fn_starch_52(X) = fn_glycosidic_linkage_47(fn_starch_20(X))
& fn_starch_98(X) = fn_glycosidic_linkage_34(fn_starch_20(X))
& fn_starch_24(X) = fn_glycosidic_linkage_19(fn_starch_20(X))
& fn_starch_59(X) = fn_glycosidic_linkage_12(fn_starch_20(X))
& fn_starch_23(X) = fn_glycosidic_linkage_11(fn_starch_20(X))
& fn_starch_27(X) = fn_glycosidic_linkage_19(fn_starch_20(X))
& fn_starch_53(X) = fn_alpha_1_comma_4_linkage_27(fn_starch_20(X))
& fn_starch_91(X) = fn_alpha_1_comma_4_linkage_40(fn_starch_20(X))
& fn_starch_39(X) = fn_alpha_1_comma_4_linkage_21(fn_starch_20(X))
& fn_starch_100(X) = fn_alpha_1_comma_4_linkage_46(fn_starch_20(X))
& fn_starch_81(X) = fn_alpha_1_comma_4_linkage_40(fn_starch_20(X))
& fn_starch_80(X) = fn_alpha_1_comma_4_linkage_41(fn_starch_20(X))
& fn_starch_45(X) = fn_alpha_1_comma_4_linkage_20(fn_starch_20(X))
& fn_starch_44(X) = fn_alpha_1_comma_4_linkage_19(fn_starch_20(X))
& fn_starch_31(X) = fn_alpha_1_comma_4_linkage_18(fn_starch_20(X))
& fn_starch_30(X) = fn_alpha_1_comma_4_linkage_17(fn_starch_20(X))
& fn_starch_96(X) = fn_alpha_1_comma_4_linkage_47(fn_starch_20(X))
& fn_starch_24(X) = fn_alpha_1_comma_4_linkage_46(fn_starch_20(X))
& fn_starch_29(X) = fn_alpha_1_comma_4_linkage_29(fn_starch_20(X))
& fn_starch_28(X) = fn_alpha_1_comma_4_linkage_28(fn_starch_20(X))
& fn_starch_58(X) = fn_alpha_1_comma_4_linkage_39(fn_starch_20(X))
& fn_starch_26(X) = fn_alpha_1_comma_4_linkage_16(fn_starch_20(X))
& fn_starch_22(X) = fn_alpha_1_comma_4_linkage_14(fn_starch_20(X))
& fn_starch_100(X) = fn_alpha_1_comma_4_linkage_13(fn_starch_20(X))
& fn_starch_35(X) = fn_polysaccharide_28(X)
& fn_starch_89(X) = fn_polysaccharide_8(X)
& fn_starch_51(X) = fn_polar_covalent_bond_1(fn_starch_20(X))
& fn_starch_46(X) = fn_storage_polysaccharide_12(X)
& fn_starch_87(X) = fn_storage_polysaccharide_68(X)
& fn_starch_41(X) = fn_polar_covalent_bond_13(fn_starch_20(X))
& fn_starch_41(X) = fn_storage_polysaccharide_64(X)
& fn_starch_43(X) = fn_storage_polysaccharide_58(X)
& fn_starch_55(X) = fn_polysaccharide_9(X)
& fn_starch_55(X) = fn_storage_polysaccharide_11(X)
& fn_starch_71(X) = fn_storage_polysaccharide_16(X)
& fn_starch_83(X) = fn_storage_polysaccharide_64(X)
& X = fn_functional_group_1(fn_starch_67(X))
& fn_starch_67(X) = fn_storage_polysaccharide_43(X)
& fn_starch_78(X) = fn_storage_polysaccharide_1(X)
& fn_starch_77(X) = fn_storage_polysaccharide_75(X)
& fn_starch_92(X) = fn_storage_polysaccharide_31(X)
& fn_starch_93(X) = fn_storage_polysaccharide_5(X)
& fn_starch_39(X) = fn_storage_polysaccharide_30(X)
& fn_starch_33(X) = fn_storage_polysaccharide_20(X)
& fn_starch_32(X) = fn_storage_polysaccharide_6(X)
& fn_starch_61(X) = fn_storage_polysaccharide_54(X)
& X = fn_functional_group_1(fn_starch_104(X))
& fn_starch_104(X) = fn_polysaccharide_16(X)
& fn_starch_104(X) = fn_storage_polysaccharide_42(X)
& fn_starch_17(X) = fn_storage_polysaccharide_57(X)
& fn_starch_16(X) = fn_storage_polysaccharide_2(X)
& fn_starch_58(X) = fn_storage_polysaccharide_46(X)
& fn_starch_25(X) = fn_storage_polysaccharide_53(X)
& fn_starch_60(X) = fn_polar_covalent_bond_19(fn_starch_20(X))
& fn_starch_65(X) = fn_storage_polysaccharide_44(X)
& fn_starch_65(X) = fn_storage_polysaccharide_27(X)
& fn_starch_26(X) = fn_storage_polysaccharide_77(X)
& fn_starch_97(X) = fn_storage_polysaccharide_76(X)
& fn_starch_23(X) = fn_storage_polysaccharide_26(X)
& fn_starch_24(X) = fn_storage_polysaccharide_78(X)
& fn_starch_23(X) = fn_storage_polysaccharide_39(X)
& fn_starch_22(X) = fn_storage_polysaccharide_25(X)
& fn_starch_99(X) = fn_storage_polysaccharide_24(X)
& fn_starch_21(X) = fn_storage_polysaccharide_67(X)
& fn_starch_13(X) = fn_storage_polysaccharide_39(X)
& fn_starch_40(X) = fn_polar_covalent_bond_5(fn_starch_20(X))
& fn_starch_40(X) = fn_storage_polysaccharide_59(X)
& fn_starch_12(X) = fn_storage_polysaccharide_53(X)
& fn_starch_100(X) = fn_storage_polysaccharide_14(X)
& fn_starch_23(X) = fn_storage_polysaccharide_35(X)
& fn_starch_10(X) = fn_storage_polysaccharide_13(X)
& fn_starch_59(X) = fn_storage_polysaccharide_55(X)
& fn_starch_59(X) = fn_storage_polysaccharide_41(X)
& fn_starch_21(X) = fn_storage_polysaccharide_78(X)
& fn_starch_101(X) = fn_storage_polysaccharide_35(X)
& fn_starch_13(X) = fn_storage_polysaccharide_15(X)
& fn_starch_68(X) = fn_storage_polysaccharide_45(X)
& fn_starch_11(X) = fn_storage_polysaccharide_32(X)
& fn_starch_68(X) = fn_storage_polysaccharide_52(X)
& fn_starch_82(X) = fn_storage_polysaccharide_28(X)
& fn_starch_9(X) = fn_storage_polysaccharide_26(X)
& fn_starch_52(X) = fn_storage_polysaccharide_45(X)
& fn_starch_101(X) = fn_storage_polysaccharide_67(X)
& fn_starch_70(X) = fn_polar_covalent_bond_2(fn_starch_20(X))
& fn_starch_70(X) = fn_polysaccharide_13(X)
& fn_starch_70(X) = fn_storage_polysaccharide_19(X)
& fn_starch_66(X) = fn_storage_polysaccharide_56(X)
& fn_starch_7(X) = fn_storage_polysaccharide_60(X)
& fn_starch_51(X) = fn_glycosidic_linkage_28(fn_starch_20(X))
& fn_starch_51(X) = fn_polysaccharide_12(X)
& fn_starch_51(X) = fn_storage_polysaccharide_16(X)
& fn_starch_73(X) = fn_glycosidic_linkage_12(fn_starch_20(X))
& fn_starch_8(X) = fn_storage_polysaccharide_15(X)
& fn_starch_102(X) = fn_storage_polysaccharide_39(X)
& fn_starch_58(X) = fn_storage_polysaccharide_45(X)
& fn_starch_42(X) = fn_alpha_1_comma_4_linkage_51(fn_starch_20(X))
& fn_starch_42(X) = fn_storage_polysaccharide_66(X)
& fn_starch_73(X) = fn_storage_polysaccharide_55(X)
& fn_starch_52(X) = fn_storage_polysaccharide_52(X)
& fn_starch_52(X) = fn_storage_polysaccharide_46(X)
& fn_starch_73(X) = fn_polysaccharide_15(X)
& fn_starch_73(X) = fn_storage_polysaccharide_41(X)
& fn_starch_60(X) = fn_storage_polysaccharide_40(X)
& fn_starch_60(X) = fn_polysaccharide_26(X)
& fn_starch_59(X) = fn_polysaccharide_11(X)
& fn_starch_60(X) = fn_polar_covalent_bond_18(fn_starch_20(X))
& fn_starch_59(X) = fn_polar_covalent_bond_19(fn_starch_20(X))
& fn_starch_60(X) = fn_hydroxyl_group_6(fn_starch_104(X))
& fn_starch_9(X) = fn_hydroxyl_group_5(fn_starch_104(X))
& fn_starch_41(X) = fn_hydroxyl_group_9(fn_starch_104(X))
& fn_starch_58(X) = fn_hydroxyl_group_8(fn_starch_104(X))
& fn_starch_59(X) = fn_hydroxyl_group_4(fn_starch_104(X))
& fn_starch_68(X) = fn_carbonyl_group_6(fn_starch_67(X))
& fn_starch_65(X) = fn_polar_covalent_bond_17(fn_starch_20(X))
& fn_starch_59(X) = fn_polar_covalent_bond_18(fn_starch_20(X))
& fn_starch_65(X) = fn_carbonyl_group_10(fn_starch_67(X))
& fn_starch_67(X) = fn_polysaccharide_17(X)
& fn_starch_58(X) = fn_carbonyl_group_4(fn_starch_67(X))
& fn_starch_57(X) = fn_carbonyl_group_6(fn_starch_67(X))
& fn_starch_66(X) = fn_polysaccharide_14(X)
& fn_starch_59(X) = fn_polysaccharide_15(X)
& fn_starch_66(X) = fn_carbonyl_group_7(fn_starch_67(X))
& fn_starch_59(X) = fn_carbonyl_group_9(fn_starch_67(X))
& fn_starch_96(X) = fn_alpha_1_comma_4_linkage_27(fn_starch_20(X))
& fn_starch_79(X) = fn_alpha_1_comma_4_linkage_27(fn_starch_20(X))
& fn_starch_79(X) = fn_alpha_1_comma_4_linkage_21(fn_starch_20(X))
& fn_starch_82(X) = fn_alpha_1_comma_4_linkage_26(fn_starch_20(X))
& fn_starch_82(X) = fn_alpha_1_comma_4_linkage_24(fn_starch_20(X))
& fn_starch_94(X) = fn_alpha_1_comma_4_linkage_41(fn_starch_20(X))
& fn_starch_95(X) = fn_alpha_1_comma_4_linkage_40(fn_starch_20(X))
& fn_starch_12(X) = fn_alpha_1_comma_4_linkage_21(fn_starch_20(X))
& fn_starch_15(X) = fn_alpha_1_comma_4_linkage_20(fn_starch_20(X))
& fn_starch_14(X) = fn_alpha_1_comma_4_linkage_19(fn_starch_20(X))
& fn_starch_58(X) = fn_alpha_1_comma_4_linkage_38(fn_starch_20(X))
& fn_starch_19(X) = fn_alpha_1_comma_4_linkage_18(fn_starch_20(X))
& fn_starch_18(X) = fn_alpha_1_comma_4_linkage_17(fn_starch_20(X))
& fn_starch_99(X) = fn_alpha_1_comma_4_linkage_46(fn_starch_20(X))
& fn_starch_48(X) = fn_alpha_1_comma_4_linkage_14(fn_starch_20(X))
& fn_starch_57(X) = fn_alpha_1_comma_4_linkage_38(fn_starch_20(X))
& fn_starch_12(X) = fn_alpha_1_comma_4_linkage_47(fn_starch_20(X))
& fn_starch_8(X) = fn_glycosidic_linkage_18(fn_starch_20(X))
& fn_starch_8(X) = fn_alpha_1_comma_4_linkage_46(fn_starch_20(X))
& fn_starch_10(X) = fn_alpha_1_comma_4_linkage_16(fn_starch_20(X))
& fn_starch_102(X) = fn_alpha_1_comma_4_linkage_14(fn_starch_20(X))
& fn_starch_83(X) = fn_glycosidic_linkage_25(fn_starch_20(X))
& fn_starch_52(X) = fn_alpha_1_comma_4_linkage_39(fn_starch_20(X))
& fn_starch_83(X) = fn_alpha_1_comma_4_linkage_25(fn_starch_20(X))
& fn_starch_83(X) = fn_alpha_1_comma_4_linkage_23(fn_starch_20(X))
& fn_starch_52(X) = fn_glycosidic_linkage_17(fn_starch_20(X))
& fn_starch_52(X) = fn_alpha_1_comma_4_linkage_38(fn_starch_20(X))
& fn_starch_68(X) = fn_glycosidic_linkage_47(fn_starch_20(X))
& fn_starch_68(X) = fn_glycosidic_linkage_48(fn_starch_20(X))
& fn_starch_68(X) = fn_alpha_1_comma_4_linkage_38(fn_starch_20(X))
& fn_starch_68(X) = fn_alpha_1_comma_4_linkage_39(fn_starch_20(X))
& fn_starch_7(X) = fn_glycosidic_linkage_67(fn_starch_20(X))
& fn_starch_7(X) = fn_alpha_1_comma_4_linkage_15(fn_starch_20(X))
& fn_starch_7(X) = fn_glycosidic_linkage_9(fn_starch_20(X))
& fn_starch_7(X) = fn_alpha_1_comma_4_linkage_11(fn_starch_20(X))
& fn_starch_7(X) = fn_alpha_1_comma_4_linkage_13(fn_starch_20(X))
& fn_chemical_element_12(fn_starch_64(X)) = fn_chemical_element_11(fn_starch_64(X))
& fn_chemical_element_11(fn_starch_64(X)) = fn_chemical_element_12(fn_starch_64(X))
& fn_chemical_element_12(fn_starch_64(X)) = fn_storage_polysaccharide_35(X)
& fn_storage_polysaccharide_15(X) = fn_storage_polysaccharide_67(X)
& fn_storage_polysaccharide_67(X) = fn_storage_polysaccharide_32(X)
& fn_storage_polysaccharide_32(X) = fn_storage_polysaccharide_77(X)
& fn_storage_polysaccharide_77(X) = fn_storage_polysaccharide_32(X)
& fn_storage_polysaccharide_32(X) = fn_storage_polysaccharide_32(X)
& fn_storage_polysaccharide_32(X) = fn_storage_polysaccharide_78(X)
& fn_storage_polysaccharide_78(X) = fn_storage_polysaccharide_26(X)
& fn_storage_polysaccharide_26(X) = fn_polar_covalent_bond_16(fn_starch_20(X))
& fn_polar_covalent_bond_16(fn_starch_20(X)) = fn_storage_polysaccharide_35(X)
& fn_storage_polysaccharide_35(X) = fn_storage_polysaccharide_15(X)
& fn_storage_polysaccharide_15(X) = fn_storage_polysaccharide_39(X)
& fn_storage_polysaccharide_39(X) = fn_polysaccharide_8(X)
& fn_polysaccharide_8(X) = fn_storage_polysaccharide_76(X)
& fn_storage_polysaccharide_76(X) = fn_storage_polysaccharide_24(X)
& fn_storage_polysaccharide_24(X) = fn_glycosidic_linkage_66(fn_starch_20(X))
& fn_glycosidic_linkage_66(fn_starch_20(X)) = fn_storage_polysaccharide_14(X)
& fn_storage_polysaccharide_14(X) = fn_glycosidic_linkage_19(fn_starch_20(X))
& fn_glycosidic_linkage_19(fn_starch_20(X)) = fn_storage_polysaccharide_25(X)
& fn_storage_polysaccharide_25(X) = fn_glycosidic_linkage_44(fn_starch_20(X))
& fn_glycosidic_linkage_44(fn_starch_20(X)) = fn_storage_polysaccharide_67(X)
& fn_storage_polysaccharide_67(X) = fn_glycosidic_linkage_34(fn_starch_20(X))
& fn_glycosidic_linkage_34(fn_starch_20(X)) = fn_storage_polysaccharide_39(X)
& fn_storage_polysaccharide_39(X) = fn_storage_polysaccharide_26(X)
& fn_storage_polysaccharide_26(X) = fn_alpha_1_comma_4_linkage_16(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_16(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_21(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_47(fn_starch_20(X)) = fn_storage_polysaccharide_13(X)
& fn_storage_polysaccharide_13(X) = fn_alpha_1_comma_4_linkage_14(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_14(fn_starch_20(X)) = fn_polysaccharide_28(X)
& fn_polysaccharide_28(X) = fn_glycosidic_linkage_11(fn_starch_20(X))
& fn_glycosidic_linkage_11(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_16(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_16(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_13(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_13(fn_starch_20(X)) = fn_storage_polysaccharide_60(X)
& fn_storage_polysaccharide_60(X) = fn_glycosidic_linkage_11(fn_starch_20(X))
& fn_glycosidic_linkage_66(fn_starch_20(X)) = fn_polar_covalent_bond_16(fn_starch_20(X))
& fn_polar_covalent_bond_16(fn_starch_20(X)) = fn_glycosidic_linkage_34(fn_starch_20(X))
& fn_glycosidic_linkage_34(fn_starch_20(X)) = fn_glycosidic_linkage_34(fn_starch_20(X))
& fn_glycosidic_linkage_34(fn_starch_20(X)) = fn_storage_polysaccharide_24(X)
& fn_storage_polysaccharide_24(X) = fn_glycosidic_linkage_19(fn_starch_20(X))
& fn_glycosidic_linkage_19(fn_starch_20(X)) = fn_glycosidic_linkage_56(fn_starch_20(X))
& fn_glycosidic_linkage_56(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_27(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_27(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_28(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_40(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_28(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_28(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_40(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_40(fn_starch_20(X)) = fn_glycosidic_linkage_44(fn_starch_20(X))
& fn_glycosidic_linkage_44(fn_starch_20(X)) = fn_glycosidic_linkage_44(fn_starch_20(X))
& fn_glycosidic_linkage_44(fn_starch_20(X)) = fn_polysaccharide_28(X)
& fn_polysaccharide_28(X) = fn_polysaccharide_28(X)
& fn_polysaccharide_28(X) = fn_polar_covalent_bond_16(fn_starch_20(X))
& fn_polar_covalent_bond_16(fn_starch_20(X)) = fn_glycosidic_linkage_11(fn_starch_20(X))
& fn_glycosidic_linkage_11(fn_starch_20(X)) = fn_glycosidic_linkage_66(fn_starch_20(X))
& fn_glycosidic_linkage_66(fn_starch_20(X)) = fn_polysaccharide_8(X)
& fn_polysaccharide_8(X) = fn_polysaccharide_8(X)
& fn_polysaccharide_8(X) = fn_alpha_1_comma_4_linkage_27(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_27(fn_starch_20(X)) = fn_glycosidic_linkage_14(fn_starch_20(X))
& fn_glycosidic_linkage_14(fn_starch_20(X)) = fn_glycosidic_linkage_14(fn_starch_20(X))
& fn_glycosidic_linkage_14(fn_starch_20(X)) = fn_storage_polysaccharide_68(X)
& fn_storage_polysaccharide_68(X) = fn_polysaccharide_9(X)
& fn_polysaccharide_9(X) = fn_storage_polysaccharide_11(X)
& fn_storage_polysaccharide_11(X) = fn_polysaccharide_12(X)
& fn_storage_polysaccharide_16(X) = fn_storage_polysaccharide_16(X)
& fn_storage_polysaccharide_16(X) = fn_glycosidic_linkage_56(fn_starch_20(X))
& fn_glycosidic_linkage_56(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_21(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_21(fn_starch_20(X)) = fn_storage_polysaccharide_30(X)
& fn_storage_polysaccharide_30(X) = fn_alpha_1_comma_4_linkage_16(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_16(fn_starch_20(X)) = fn_storage_polysaccharide_77(X)
& fn_storage_polysaccharide_77(X) = fn_storage_polysaccharide_77(X)
& fn_storage_polysaccharide_77(X) = fn_alpha_1_comma_4_linkage_46(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_46(fn_starch_20(X)) = fn_storage_polysaccharide_76(X)
& fn_storage_polysaccharide_76(X) = fn_storage_polysaccharide_76(X)
& fn_storage_polysaccharide_76(X) = fn_glycosidic_linkage_19(fn_starch_20(X))
& fn_glycosidic_linkage_19(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_46(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_46(fn_starch_20(X)) = fn_storage_polysaccharide_78(X)
& fn_storage_polysaccharide_78(X) = fn_alpha_1_comma_4_linkage_14(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_14(fn_starch_20(X)) = fn_storage_polysaccharide_25(X)
& fn_storage_polysaccharide_25(X) = fn_storage_polysaccharide_25(X)
& fn_storage_polysaccharide_25(X) = fn_polar_covalent_bond_5(fn_starch_20(X))
& fn_storage_polysaccharide_59(X) = fn_storage_polysaccharide_59(X)
& fn_storage_polysaccharide_59(X) = fn_polar_covalent_bond_5(fn_starch_20(X))
& fn_polar_covalent_bond_5(fn_starch_20(X)) = fn_storage_polysaccharide_59(X)
& fn_storage_polysaccharide_59(X) = fn_storage_polysaccharide_78(X)
& fn_storage_polysaccharide_78(X) = fn_alpha_1_comma_4_linkage_46(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_46(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_13(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_13(fn_starch_20(X)) = fn_storage_polysaccharide_14(X)
& fn_storage_polysaccharide_14(X) = fn_storage_polysaccharide_14(X)
& fn_storage_polysaccharide_14(X) = fn_glycosidic_linkage_11(fn_starch_20(X))
& fn_glycosidic_linkage_11(fn_starch_20(X)) = fn_glycosidic_linkage_11(fn_starch_20(X))
& fn_glycosidic_linkage_11(fn_starch_20(X)) = fn_storage_polysaccharide_26(X)
& fn_storage_polysaccharide_26(X) = fn_storage_polysaccharide_39(X)
& fn_storage_polysaccharide_39(X) = fn_storage_polysaccharide_35(X)
& fn_storage_polysaccharide_67(X) = fn_storage_polysaccharide_78(X)
& fn_storage_polysaccharide_78(X) = fn_storage_polysaccharide_78(X)
& fn_storage_polysaccharide_39(X) = fn_storage_polysaccharide_15(X)
& fn_storage_polysaccharide_15(X) = fn_storage_polysaccharide_35(X)
& fn_storage_polysaccharide_35(X) = fn_storage_polysaccharide_35(X)
& fn_storage_polysaccharide_35(X) = fn_storage_polysaccharide_67(X)
& fn_storage_polysaccharide_67(X) = fn_storage_polysaccharide_67(X)
& fn_storage_polysaccharide_67(X) = fn_polar_covalent_bond_2(fn_starch_20(X))
& fn_polysaccharide_13(X) = fn_polar_covalent_bond_2(fn_starch_20(X))
& fn_polar_covalent_bond_2(fn_starch_20(X)) = fn_polysaccharide_13(X)
& fn_polysaccharide_13(X) = fn_polysaccharide_13(X)
& fn_storage_polysaccharide_19(X) = fn_storage_polysaccharide_19(X)
& fn_storage_polysaccharide_19(X) = fn_polysaccharide_13(X)
& fn_polysaccharide_13(X) = fn_storage_polysaccharide_19(X)
& fn_storage_polysaccharide_19(X) = fn_polar_covalent_bond_1(fn_starch_20(X))
& fn_polar_covalent_bond_1(fn_starch_20(X)) = fn_glycosidic_linkage_28(fn_starch_20(X))
& fn_polysaccharide_12(X) = fn_glycosidic_linkage_28(fn_starch_20(X))
& fn_glycosidic_linkage_28(fn_starch_20(X)) = fn_polysaccharide_12(X)
& fn_polysaccharide_12(X) = fn_polysaccharide_12(X)
& fn_storage_polysaccharide_16(X) = fn_polysaccharide_12(X)
& fn_polysaccharide_12(X) = fn_storage_polysaccharide_16(X)
& fn_storage_polysaccharide_16(X) = fn_alpha_1_comma_4_linkage_51(fn_starch_20(X))
& fn_storage_polysaccharide_66(X) = fn_storage_polysaccharide_66(X)
& fn_storage_polysaccharide_66(X) = fn_alpha_1_comma_4_linkage_51(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_51(fn_starch_20(X)) = fn_storage_polysaccharide_66(X)
& fn_storage_polysaccharide_66(X) = fn_polysaccharide_15(X)
& fn_storage_polysaccharide_55(X) = fn_polysaccharide_15(X)
& fn_storage_polysaccharide_41(X) = fn_attract_2(fn_starch_39(X))
& fn_attract_2(fn_starch_39(X)) = fn_molecule_11(X)
& fn_polar_covalent_bond_19(fn_starch_20(X)) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_polar_covalent_bond_19(fn_starch_20(X))
& fn_polar_covalent_bond_18(fn_starch_20(X)) = fn_polar_covalent_bond_18(fn_starch_20(X))
& fn_polar_covalent_bond_18(fn_starch_20(X)) = fn_polysaccharide_26(X)
& fn_polysaccharide_26(X) = fn_polar_covalent_bond_18(fn_starch_20(X))
& fn_polar_covalent_bond_18(fn_starch_20(X)) = fn_storage_polysaccharide_40(X)
& fn_storage_polysaccharide_40(X) = fn_polysaccharide_26(X)
& fn_polysaccharide_26(X) = fn_polysaccharide_26(X)
& fn_polysaccharide_26(X) = fn_storage_polysaccharide_40(X)
& fn_storage_polysaccharide_40(X) = fn_storage_polysaccharide_40(X)
& fn_storage_polysaccharide_40(X) = fn_hydroxyl_group_6(fn_starch_104(X))
& fn_hydroxyl_group_6(fn_starch_104(X)) = fn_hydroxyl_group_6(fn_starch_104(X))
& fn_hydroxyl_group_6(fn_starch_104(X)) = fn_storage_polysaccharide_26(X)
& fn_storage_polysaccharide_26(X) = fn_storage_polysaccharide_26(X)
& fn_storage_polysaccharide_26(X) = fn_hydroxyl_group_5(fn_starch_104(X))
& fn_hydroxyl_group_5(fn_starch_104(X)) = fn_hydroxyl_group_5(fn_starch_104(X))
& fn_hydroxyl_group_5(fn_starch_104(X)) = fn_polar_covalent_bond_13(fn_starch_20(X))
& fn_polar_covalent_bond_13(fn_starch_20(X)) = fn_storage_polysaccharide_64(X)
& fn_storage_polysaccharide_64(X) = fn_storage_polysaccharide_64(X)
& fn_storage_polysaccharide_64(X) = fn_hydroxyl_group_9(fn_starch_104(X))
& fn_hydroxyl_group_9(fn_starch_104(X)) = fn_hydroxyl_group_9(fn_starch_104(X))
& fn_hydroxyl_group_9(fn_starch_104(X)) = fn_polysaccharide_16(X)
& fn_storage_polysaccharide_42(X) = fn_polysaccharide_16(X)
& fn_polysaccharide_16(X) = fn_storage_polysaccharide_42(X)
& fn_storage_polysaccharide_42(X) = fn_storage_polysaccharide_44(X)
& fn_storage_polysaccharide_44(X) = fn_polar_covalent_bond_17(fn_starch_20(X))
& fn_polar_covalent_bond_17(fn_starch_20(X)) = fn_storage_polysaccharide_44(X)
& fn_storage_polysaccharide_44(X) = fn_storage_polysaccharide_44(X)
& fn_storage_polysaccharide_27(X) = fn_storage_polysaccharide_44(X)
& fn_storage_polysaccharide_44(X) = fn_storage_polysaccharide_27(X)
& fn_storage_polysaccharide_27(X) = fn_storage_polysaccharide_27(X)
& fn_storage_polysaccharide_27(X) = fn_carbonyl_group_10(fn_starch_67(X))
& fn_carbonyl_group_10(fn_starch_67(X)) = fn_carbonyl_group_10(fn_starch_67(X))
& fn_carbonyl_group_10(fn_starch_67(X)) = fn_chemical_element_11(fn_starch_64(X))
& fn_chemical_element_11(fn_starch_64(X)) = fn_polysaccharide_14(X)
& fn_polysaccharide_14(X) = fn_polysaccharide_14(X)
& fn_polysaccharide_14(X) = fn_chemical_element_11(fn_starch_64(X))
& fn_chemical_element_11(fn_starch_64(X)) = fn_chemical_element_11(fn_starch_64(X))
& fn_chemical_element_11(fn_starch_64(X)) = fn_storage_polysaccharide_56(X)
& fn_storage_polysaccharide_56(X) = fn_storage_polysaccharide_56(X)
& fn_storage_polysaccharide_56(X) = fn_carbonyl_group_7(fn_starch_67(X))
& fn_carbonyl_group_7(fn_starch_67(X)) = fn_carbonyl_group_7(fn_starch_67(X))
& fn_carbonyl_group_7(fn_starch_67(X)) = fn_storage_polysaccharide_43(X)
& fn_polysaccharide_17(X) = fn_storage_polysaccharide_43(X)
& fn_storage_polysaccharide_43(X) = fn_polysaccharide_17(X)
& fn_polysaccharide_17(X) = fn_attract_2(fn_starch_72(X))
& fn_attract_2(fn_starch_72(X)) = fn_attract_2(fn_starch_87(X))
& fn_attract_2(fn_starch_87(X)) = fn_attract_2(fn_starch_96(X))
& fn_attract_2(fn_starch_96(X)) = fn_polysaccharide_11(X)
& fn_polar_covalent_bond_18(fn_starch_20(X)) = fn_polysaccharide_11(X)
& fn_polysaccharide_11(X) = fn_polar_covalent_bond_18(fn_starch_20(X))
& fn_polar_covalent_bond_19(fn_starch_20(X)) = fn_polar_covalent_bond_18(fn_starch_20(X))
& fn_polar_covalent_bond_18(fn_starch_20(X)) = fn_polar_covalent_bond_19(fn_starch_20(X))
& fn_polysaccharide_15(X) = fn_polar_covalent_bond_19(fn_starch_20(X))
& fn_polar_covalent_bond_19(fn_starch_20(X)) = fn_polar_covalent_bond_19(fn_starch_20(X))
& fn_polar_covalent_bond_19(fn_starch_20(X)) = fn_polysaccharide_15(X)
& fn_polysaccharide_15(X) = fn_glycosidic_linkage_12(fn_starch_20(X))
& fn_glycosidic_linkage_12(fn_starch_20(X)) = fn_polysaccharide_15(X)
& fn_polysaccharide_15(X) = fn_polysaccharide_15(X)
& fn_polysaccharide_15(X) = fn_storage_polysaccharide_55(X)
& fn_storage_polysaccharide_55(X) = fn_glycosidic_linkage_12(fn_starch_20(X))
& fn_glycosidic_linkage_12(fn_starch_20(X)) = fn_glycosidic_linkage_12(fn_starch_20(X))
& fn_glycosidic_linkage_12(fn_starch_20(X)) = fn_storage_polysaccharide_55(X)
& fn_storage_polysaccharide_41(X) = fn_storage_polysaccharide_55(X)
& fn_storage_polysaccharide_55(X) = fn_storage_polysaccharide_55(X)
& fn_storage_polysaccharide_55(X) = fn_storage_polysaccharide_41(X)
& fn_storage_polysaccharide_41(X) = fn_storage_polysaccharide_41(X)
& fn_storage_polysaccharide_41(X) = fn_hydroxyl_group_4(fn_starch_104(X))
& fn_hydroxyl_group_4(fn_starch_104(X)) = fn_hydroxyl_group_4(fn_starch_104(X))
& fn_hydroxyl_group_4(fn_starch_104(X)) = fn_carbonyl_group_9(fn_starch_67(X))
& fn_carbonyl_group_9(fn_starch_67(X)) = fn_carbonyl_group_9(fn_starch_67(X))
& fn_carbonyl_group_9(fn_starch_67(X)) = fn_alpha_1_comma_4_linkage_47(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_47(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_27(fn_starch_20(X))
& fn_glycosidic_linkage_39(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_27(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_27(fn_starch_20(X)) = fn_glycosidic_linkage_39(fn_starch_20(X))
& fn_glycosidic_linkage_39(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_21(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_21(fn_starch_20(X)) = fn_storage_polysaccharide_28(X)
& fn_storage_polysaccharide_28(X) = fn_alpha_1_comma_4_linkage_26(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_26(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_26(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_26(fn_starch_20(X)) = fn_storage_polysaccharide_28(X)
& fn_storage_polysaccharide_28(X) = fn_alpha_1_comma_4_linkage_24(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_24(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_24(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_24(fn_starch_20(X)) = fn_storage_polysaccharide_52(X)
& fn_storage_polysaccharide_52(X) = fn_glycosidic_linkage_48(fn_starch_20(X))
& fn_glycosidic_linkage_48(fn_starch_20(X)) = fn_glycosidic_linkage_17(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_39(fn_starch_20(X)) = fn_storage_polysaccharide_46(X)
& fn_storage_polysaccharide_45(X) = fn_storage_polysaccharide_46(X)
& fn_storage_polysaccharide_46(X) = fn_storage_polysaccharide_45(X)
& fn_storage_polysaccharide_45(X) = fn_hydroxyl_group_8(fn_starch_104(X))
& fn_hydroxyl_group_8(fn_starch_104(X)) = fn_hydroxyl_group_8(fn_starch_104(X))
& fn_hydroxyl_group_8(fn_starch_104(X)) = fn_carbonyl_group_4(fn_starch_67(X))
& fn_alpha_1_comma_4_linkage_38(fn_starch_20(X)) = fn_carbonyl_group_4(fn_starch_67(X))
& fn_carbonyl_group_4(fn_starch_67(X)) = fn_carbonyl_group_4(fn_starch_67(X))
& fn_carbonyl_group_4(fn_starch_67(X)) = fn_alpha_1_comma_4_linkage_38(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_38(fn_starch_20(X)) = fn_storage_polysaccharide_24(X)
& fn_storage_polysaccharide_24(X) = fn_storage_polysaccharide_24(X)
& fn_storage_polysaccharide_24(X) = fn_alpha_1_comma_4_linkage_46(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_46(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_46(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_46(fn_starch_20(X)) = fn_storage_polysaccharide_15(X)
& fn_storage_polysaccharide_15(X) = fn_glycosidic_linkage_66(fn_starch_20(X))
& fn_glycosidic_linkage_66(fn_starch_20(X)) = fn_glycosidic_linkage_66(fn_starch_20(X))
& fn_glycosidic_linkage_66(fn_starch_20(X)) = fn_glycosidic_linkage_19(fn_starch_20(X))
& fn_glycosidic_linkage_19(fn_starch_20(X)) = fn_glycosidic_linkage_19(fn_starch_20(X))
& fn_glycosidic_linkage_19(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_14(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_14(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_38(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_38(fn_starch_20(X)) = fn_carbonyl_group_6(fn_starch_67(X))
& fn_carbonyl_group_6(fn_starch_67(X)) = fn_alpha_1_comma_4_linkage_38(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_38(fn_starch_20(X)) = fn_storage_polysaccharide_53(X)
& fn_storage_polysaccharide_53(X) = fn_storage_polysaccharide_53(X)
& fn_storage_polysaccharide_53(X) = fn_alpha_1_comma_4_linkage_21(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_21(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_21(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_21(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_47(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_47(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_47(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_47(fn_starch_20(X)) = fn_storage_polysaccharide_15(X)
& fn_storage_polysaccharide_15(X) = fn_glycosidic_linkage_18(fn_starch_20(X))
& fn_glycosidic_linkage_18(fn_starch_20(X)) = fn_storage_polysaccharide_15(X)
& fn_storage_polysaccharide_15(X) = fn_storage_polysaccharide_15(X)
& fn_storage_polysaccharide_15(X) = fn_alpha_1_comma_4_linkage_46(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_46(fn_starch_20(X)) = fn_storage_polysaccharide_13(X)
& fn_storage_polysaccharide_13(X) = fn_storage_polysaccharide_13(X)
& fn_storage_polysaccharide_13(X) = fn_alpha_1_comma_4_linkage_16(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_16(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_16(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_16(fn_starch_20(X)) = fn_storage_polysaccharide_78(X)
& fn_storage_polysaccharide_78(X) = fn_storage_polysaccharide_39(X)
& fn_storage_polysaccharide_39(X) = fn_storage_polysaccharide_39(X)
& fn_storage_polysaccharide_39(X) = fn_alpha_1_comma_4_linkage_14(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_14(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_14(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_14(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_25(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_25(fn_starch_20(X)) = fn_glycosidic_linkage_25(fn_starch_20(X))
& fn_glycosidic_linkage_25(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_25(fn_starch_20(X))
& fn_storage_polysaccharide_64(X) = fn_alpha_1_comma_4_linkage_25(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_25(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_25(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_25(fn_starch_20(X)) = fn_storage_polysaccharide_64(X)
& fn_storage_polysaccharide_64(X) = fn_alpha_1_comma_4_linkage_23(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_23(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_23(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_23(fn_starch_20(X)) = fn_glycosidic_linkage_47(fn_starch_20(X))
& fn_glycosidic_linkage_47(fn_starch_20(X)) = fn_glycosidic_linkage_17(fn_starch_20(X))
& fn_glycosidic_linkage_17(fn_starch_20(X)) = fn_glycosidic_linkage_17(fn_starch_20(X))
& fn_glycosidic_linkage_17(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_39(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_39(fn_starch_20(X)) = fn_glycosidic_linkage_17(fn_starch_20(X))
& fn_glycosidic_linkage_17(fn_starch_20(X)) = fn_storage_polysaccharide_45(X)
& fn_storage_polysaccharide_45(X) = fn_alpha_1_comma_4_linkage_39(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_39(fn_starch_20(X)) = fn_storage_polysaccharide_45(X)
& fn_storage_polysaccharide_46(X) = fn_storage_polysaccharide_52(X)
& fn_storage_polysaccharide_52(X) = fn_storage_polysaccharide_46(X)
& fn_storage_polysaccharide_46(X) = fn_alpha_1_comma_4_linkage_38(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_38(fn_starch_20(X)) = fn_share_2(fn_starch_88(X))
& fn_share_2(fn_starch_88(X)) = fn_share_2(fn_starch_76(X))
& fn_share_2(fn_starch_76(X)) = fn_share_2(fn_starch_99(X))
& fn_share_2(fn_starch_99(X)) = fn_storage_polysaccharide_46(X)
& fn_storage_polysaccharide_46(X) = fn_storage_polysaccharide_46(X)
& fn_storage_polysaccharide_46(X) = fn_glycosidic_linkage_47(fn_starch_20(X))
& fn_glycosidic_linkage_48(fn_starch_20(X)) = fn_glycosidic_linkage_47(fn_starch_20(X))
& fn_glycosidic_linkage_47(fn_starch_20(X)) = fn_glycosidic_linkage_47(fn_starch_20(X))
& fn_glycosidic_linkage_47(fn_starch_20(X)) = fn_glycosidic_linkage_48(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_38(fn_starch_20(X)) = fn_glycosidic_linkage_48(fn_starch_20(X))
& fn_glycosidic_linkage_48(fn_starch_20(X)) = fn_glycosidic_linkage_48(fn_starch_20(X))
& fn_glycosidic_linkage_48(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_38(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_38(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_38(fn_starch_20(X))
& fn_storage_polysaccharide_45(X) = fn_alpha_1_comma_4_linkage_38(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_38(fn_starch_20(X)) = fn_storage_polysaccharide_45(X)
& fn_storage_polysaccharide_52(X) = fn_storage_polysaccharide_45(X)
& fn_storage_polysaccharide_45(X) = fn_storage_polysaccharide_45(X)
& fn_storage_polysaccharide_45(X) = fn_storage_polysaccharide_52(X)
& fn_storage_polysaccharide_52(X) = fn_storage_polysaccharide_52(X)
& fn_storage_polysaccharide_52(X) = fn_carbonyl_group_6(fn_starch_67(X))
& fn_carbonyl_group_6(fn_starch_67(X)) = fn_carbonyl_group_6(fn_starch_67(X))
& fn_carbonyl_group_6(fn_starch_67(X)) = fn_alpha_1_comma_4_linkage_39(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_39(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_39(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_39(fn_starch_20(X)) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_polysaccharide_4(X)
& fn_storage_polysaccharide_23(X) = fn_polysaccharide_4(X)
& fn_polysaccharide_4(X) = fn_storage_polysaccharide_23(X)
& fn_storage_polysaccharide_23(X) = fn_storage_polysaccharide_23(X)
& fn_polysaccharide_25(X) = fn_storage_polysaccharide_23(X)
& fn_storage_polysaccharide_23(X) = fn_polysaccharide_25(X)
& fn_polysaccharide_25(X) = fn_alpha_1_comma_4_linkage_15(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_15(fn_starch_20(X)) = fn_glycosidic_linkage_67(fn_starch_20(X))
& fn_glycosidic_linkage_67(fn_starch_20(X)) = fn_glycosidic_linkage_67(fn_starch_20(X))
& fn_glycosidic_linkage_67(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_15(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_15(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_15(fn_starch_20(X))
& fn_glycosidic_linkage_9(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_15(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_15(fn_starch_20(X)) = fn_glycosidic_linkage_9(fn_starch_20(X))
& fn_glycosidic_linkage_9(fn_starch_20(X)) = fn_glycosidic_linkage_9(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_11(fn_starch_20(X)) = fn_glycosidic_linkage_9(fn_starch_20(X))
& fn_glycosidic_linkage_9(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_11(fn_starch_20(X))
& fn_storage_polysaccharide_60(X) = fn_alpha_1_comma_4_linkage_11(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_11(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_11(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_11(fn_starch_20(X)) = fn_storage_polysaccharide_60(X)
& fn_storage_polysaccharide_60(X) = fn_storage_polysaccharide_60(X)
& fn_storage_polysaccharide_60(X) = fn_alpha_1_comma_4_linkage_13(fn_starch_20(X))
& fn_alpha_1_comma_4_linkage_13(fn_starch_20(X)) = fn_alpha_1_comma_4_linkage_13(fn_starch_20(X))
& fn_functional_group_1(fn_starch_67(X)) = fn_functional_group_1(fn_starch_104(X)) ) ) ).
fof(a532844,axiom,
! [X] :
( starch_storage_by_plant_1(X)
=> ( original_name_2(X,'Starch-Storage-By-Plant')
& user_description_2(X,'Plants store carbohydrates in the form of starch. Amyloplasts are specialized plastids (a type of organelle) for the storage of starch in plants.')
& concept2words_2(X,store)
& concept2words_2(X,'starch storage by plant')
& concept2words_2(X,'starch-storage-by-plant')
& plant_process_1(X)
& ~ glucose_storage_by_animals_1(X)
& ~ glycogen_storage_by_vertebrate_1(X)
& tuber_1(fn_starch_storage_by_plant_1(X))
& root_1(fn_starch_storage_by_plant_2(X))
& plant_1(fn_starch_storage_by_plant_3(X))
& amylose_1(fn_starch_storage_by_plant_4(X))
& store_1(fn_starch_storage_by_plant_5(X))
& store_1(fn_starch_storage_by_plant_6(X))
& plant_statolith_1(fn_starch_storage_by_plant_7(X))
& amyloplast_1(fn_starch_storage_by_plant_8(X))
& starch_1(fn_starch_storage_by_plant_9(X))
& amylose_1(fn_amyloplast_6(fn_starch_storage_by_plant_8(X)))
& store_1(fn_amyloplast_7(fn_starch_storage_by_plant_8(X)))
& starch_1(fn_plant_statolith_7(fn_starch_storage_by_plant_7(X)))
& store_1(fn_plant_statolith_8(fn_starch_storage_by_plant_7(X)))
& object_2(X,fn_starch_storage_by_plant_9(X))
& agent_2(X,fn_starch_storage_by_plant_3(X))
& subevent_2(X,fn_starch_storage_by_plant_5(X))
& subevent_2(X,fn_starch_storage_by_plant_6(X))
& base_2(X,fn_starch_storage_by_plant_3(X))
& has_part_2(fn_starch_storage_by_plant_3(X),fn_starch_storage_by_plant_1(X))
& has_part_2(fn_starch_storage_by_plant_3(X),fn_starch_storage_by_plant_2(X))
& base_2(fn_starch_storage_by_plant_5(X),fn_starch_storage_by_plant_8(X))
& base_2(fn_starch_storage_by_plant_6(X),fn_starch_storage_by_plant_7(X))
& object_2(fn_starch_storage_by_plant_6(X),fn_starch_storage_by_plant_9(X))
& fn_starch_storage_by_plant_4(X) = fn_amyloplast_6(fn_starch_storage_by_plant_8(X))
& fn_starch_storage_by_plant_5(X) = fn_amyloplast_7(fn_starch_storage_by_plant_8(X))
& fn_starch_storage_by_plant_9(X) = fn_plant_statolith_7(fn_starch_storage_by_plant_7(X))
& fn_starch_storage_by_plant_6(X) = fn_plant_statolith_8(fn_starch_storage_by_plant_7(X)) ) ) ).
fof(a532845,axiom,
! [X] :
( start_codon_1(X)
=> ( original_name_2(X,'Start-codon')
& user_description_2(X,'ATG and AUG denote sequences of DNA and RNA respectively that are the start codon or initiation codon encoding the amino acid methionine (Met) in eukaryotes and a modified Met (fMet) in prokaryotes.')
& concept2words_2(X,'initiation codon')
& concept2words_2(X,'initiation-codon')
& concept2words_2(X,'codon of start')
& concept2words_2(X,'start codon')
& concept2words_2(X,'start-codon')
& codon_1(X) ) ) ).
fof(a532846,axiom,
! [X] :
( start_signal_1(X)
=> ( original_name_2(X,'Start-Signal')
& user_description_2(X,'Message or instructions, carried by a molecule or electrical pulse, which initiates a biological process.')
& concept2words_2(X,'signal of start')
& concept2words_2(X,'start signal')
& concept2words_2(X,'start-signal')
& signal_1(X) ) ) ).
fof(a532847,axiom,
! [X] :
( starving_cell_1(X)
=> ( original_name_2(X,'Starving-Cell')
& user_description_2(X,'A cell which lacks sufficient energy, nutrients or oxygen to maintain life process.')
& concept2words_2(X,'cell of starving')
& concept2words_2(X,'starving cell')
& concept2words_2(X,'starving-cell')
& cell_1(X) ) ) ).
fof(a532848,axiom,
! [X] :
( state_1(X)
=> ( original_name_2(X,'State')
& concept2words_2(X,'resulting state')
& concept2words_2(X,'resulting-state')
& concept2words_2(X,be)
& concept2words_2(X,state)
& event_1(X) ) ) ).
fof(a532849,axiom,
! [X] :
( state_constant_1(X)
=> ( original_name_2(X,'State-Constant')
& concept2words_2(X,'constant of state')
& concept2words_2(X,'state constant')
& concept2words_2(X,'state-constant')
& constant_1(X) ) ) ).
fof(a532850,axiom,
! [X] :
( state_value_1(X)
=> ( original_name_2(X,'State-Value')
& concept2words_2(X,'state of matter')
& concept2words_2(X,state)
& concept2words_2(X,'physical state')
& concept2words_2(X,'physical-state')
& concept2words_2(X,'value of state')
& concept2words_2(X,'state value')
& concept2words_2(X,'state-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a532851,axiom,
! [X] :
( statocyst_1(X)
=> ( original_name_2(X,'Statocyst')
& user_description_2(X,'A type of gravity sensor that functions in equilibrium, found in many invertebrates. It consists of a mineralized concretion in a fluid-filled sac lined with hair cells. As the animal moves, different hair cells are stimulated, providing information about the animal\'s orientation with respect to gravity.')
& concept2words_2(X,statocyst)
& animal_cell_structure_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X) ) ) ).
fof(a532852,axiom,
! [X] :
( stator_1(X)
=> ( original_name_2(X,'Stator')
& user_description_2(X,'A component of ATP synthase that is anchored int he membrane and which contains a half channel through which H+ ions enter as they flow down their concentration gradient.')
& concept2words_2(X,stator)
& membrane_protein_1(X)
& carbon_skeleton_1(fn_stator_1(X))
& hydrophilic_channel_1(fn_stator_2(X))
& called_2(fn_stator_2(X),'HC1')
& exactCardinality(X,has_region_0,"2",hydrophilic_channel_0)
& has_region_2(X,fn_stator_2(X))
& fn_stator_2(X) = fn_protein_1(X)
& fn_stator_1(X) = fn_organic_molecule_3(X) ) ) ).
fof(a532853,axiom,
! [X] :
( stele_1(X)
=> ( original_name_2(X,'Stele')
& user_description_2(X,'In plants, the central portion of a root or shoot that contains the vascular tissue.')
& concept2words_2(X,'vascular cylinder')
& concept2words_2(X,'vascular-cylinder')
& concept2words_2(X,stele)
& aggregate_1(X)
& tangible_entity_1(X)
& ~ pericycle_1(X)
& ~ phloem_1(X)
& ~ scion_1(X)
& ~ secondary_plant_tissue_1(X)
& ~ sieve_plate_1(X)
& ~ vascular_cambium_1(X)
& ~ water_vascular_system_1(X)
& ~ xylem_1(X)
& xylem_1(fn_stele_1(X))
& pericycle_1(fn_stele_2(X))
& tangible_entity_1(fn_stele_3(X))
& spatial_entity_1(fn_stele_3(X))
& biomembrane_1(fn_stele_3(X))
& plasma_membrane_1(fn_stele_3(X))
& proton_pump_1(fn_stele_4(X))
& hydrophobic_core_1(fn_stele_5(X))
& mineral_1(fn_stele_6(X))
& release_1(fn_stele_7(X))
& sieve_tube_1(fn_stele_8(X))
& walled_cell_1(fn_stele_9(X))
& plant_cell_1(fn_stele_9(X))
& companion_cell_1(fn_stele_9(X))
& eukaryotic_cell_1(fn_stele_9(X))
& cell_wall_1(fn_stele_10(X))
& plant_cell_wall_1(fn_stele_10(X))
& phloem_1(fn_stele_11(X))
& tangible_entity_1(fn_release_1(fn_stele_7(X)))
& sieve_tube_1(fn_phloem_1(fn_stele_11(X)))
& cell_wall_1(fn_walled_cell_1(fn_stele_9(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_stele_3(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_stele_3(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_stele_3(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_stele_3(X)))
& protein_1(fn_plasma_membrane_54(fn_stele_3(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_stele_3(X)))
& polymer_1(fn_plasma_membrane_54(fn_stele_3(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_stele_3(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_stele_3(X)))
& protein_1(fn_plasma_membrane_68(fn_stele_3(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_stele_3(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_stele_3(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_stele_3(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_stele_3(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_stele_3(X)))
& hydrophobic_core_1(fn_eukaryotic_cell_48(fn_stele_9(X)))
& tangible_entity_1(fn_release_2(fn_stele_7(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_stele_9(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_stele_9(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_stele_9(X)))
& plant_cell_1(fn_plant_cell_wall_24(fn_stele_10(X)))
& companion_cell_1(fn_sieve_tube_5(fn_stele_8(X)))
& companion_cell_1(fn_sieve_tube_14(fn_stele_8(X)))
& element_2(X,fn_stele_2(X))
& element_2(X,fn_stele_11(X))
& element_2(X,fn_stele_1(X))
& destination_2(fn_stele_7(X),fn_stele_10(X))
& is_inside_2(fn_stele_6(X),fn_stele_3(X))
& base_2(fn_stele_7(X),fn_stele_3(X))
& object_2(fn_stele_7(X),fn_stele_6(X))
& has_part_2(fn_stele_11(X),fn_stele_8(X))
& has_region_2(fn_stele_3(X),fn_stele_5(X))
& has_part_2(fn_stele_9(X),fn_stele_3(X))
& is_across_2(fn_stele_4(X),fn_stele_5(X))
& is_at_2(fn_stele_4(X),fn_stele_3(X))
& is_across_2(fn_stele_4(X),fn_stele_3(X))
& has_part_2(fn_stele_3(X),fn_stele_4(X))
& element_2(fn_stele_8(X),fn_stele_9(X))
& has_part_2(fn_stele_9(X),fn_stele_10(X))
& fn_stele_3(X) = fn_release_2(fn_stele_7(X))
& fn_stele_6(X) = fn_release_1(fn_stele_7(X))
& fn_stele_8(X) = fn_phloem_1(fn_stele_11(X))
& fn_stele_10(X) = fn_walled_cell_1(fn_stele_9(X))
& fn_stele_9(X) = fn_plant_cell_wall_24(fn_stele_10(X))
& fn_stele_9(X) = fn_sieve_tube_5(fn_stele_8(X))
& fn_stele_9(X) = fn_sieve_tube_14(fn_stele_8(X))
& fn_stele_4(X) = fn_plasma_membrane_4(fn_stele_3(X))
& fn_stele_4(X) = fn_plasma_membrane_3(fn_stele_3(X))
& fn_stele_4(X) = fn_plasma_membrane_54(fn_stele_3(X))
& fn_stele_4(X) = fn_plasma_membrane_68(fn_stele_3(X))
& fn_stele_4(X) = fn_plasma_membrane_55(fn_stele_3(X))
& fn_stele_5(X) = fn_plasma_membrane_6(fn_stele_3(X))
& fn_stele_5(X) = fn_eukaryotic_cell_48(fn_stele_9(X))
& fn_stele_3(X) = fn_eukaryotic_cell_29(fn_stele_9(X))
& fn_plasma_membrane_4(fn_stele_3(X)) = fn_plasma_membrane_3(fn_stele_3(X))
& fn_plasma_membrane_3(fn_stele_3(X)) = fn_plasma_membrane_3(fn_stele_3(X))
& fn_plasma_membrane_3(fn_stele_3(X)) = fn_plasma_membrane_54(fn_stele_3(X))
& fn_plasma_membrane_54(fn_stele_3(X)) = fn_plasma_membrane_54(fn_stele_3(X))
& fn_plasma_membrane_54(fn_stele_3(X)) = fn_plasma_membrane_68(fn_stele_3(X))
& fn_plasma_membrane_55(fn_stele_3(X)) = fn_plasma_membrane_55(fn_stele_3(X))
& fn_plasma_membrane_55(fn_stele_3(X)) = fn_plasma_membrane_68(fn_stele_3(X))
& fn_plasma_membrane_68(fn_stele_3(X)) = fn_plasma_membrane_55(fn_stele_3(X))
& fn_plasma_membrane_55(fn_stele_3(X)) = fn_plasma_membrane_6(fn_stele_3(X))
& fn_plasma_membrane_6(fn_stele_3(X)) = fn_plasma_membrane_6(fn_stele_3(X))
& fn_plasma_membrane_6(fn_stele_3(X)) = fn_eukaryotic_cell_48(fn_stele_9(X))
& fn_eukaryotic_cell_48(fn_stele_9(X)) = fn_release_2(fn_stele_7(X))
& fn_release_2(fn_stele_7(X)) = fn_eukaryotic_cell_29(fn_stele_9(X))
& fn_eukaryotic_cell_29(fn_stele_9(X)) = fn_eukaryotic_cell_29(fn_stele_9(X))
& fn_eukaryotic_cell_29(fn_stele_9(X)) = fn_plant_cell_wall_24(fn_stele_10(X))
& fn_plant_cell_wall_24(fn_stele_10(X)) = fn_sieve_tube_5(fn_stele_8(X))
& fn_sieve_tube_5(fn_stele_8(X)) = fn_sieve_tube_5(fn_stele_8(X))
& fn_sieve_tube_5(fn_stele_8(X)) = fn_sieve_tube_14(fn_stele_8(X)) ) ) ).
fof(a532854,axiom,
! [X] :
( stem_1(X)
=> ( original_name_2(X,'Stem')
& user_description_2(X,'The main upright shoot of a vascular plant, that bears the leaves and reproductive structures.')
& concept2words_2(X,stem)
& stem_organ_1(X)
& system_1(fn_stem_4(X))
& phloem_1(fn_stem_5(X))
& leaf_1(fn_stem_6(X))
& quantity_value_1(fn_stem_7(X))
& quantity_value_1(fn_stem_9(X))
& stoma_1(fn_stem_10(X))
& transfer_1(fn_stem_11(X))
& sugar_1(fn_stem_12(X))
& entity_1(fn_transfer_1(fn_stem_11(X)))
& has_region_2(X,fn_stem_10(X))
& called_2(fn_stem_9(X),'Quantity_OrgaMolRespiration')
& called_2(fn_stem_7(X),'Quantity_OrgMolPhotosynthesis')
& has_function_2(fn_stem_5(X),fn_stem_11(X))
& agent_2(fn_stem_11(X),fn_stem_5(X))
& donor_2(fn_stem_11(X),fn_stem_6(X))
& recipient_2(fn_stem_11(X),X)
& object_2(fn_stem_11(X),fn_stem_12(X))
& fn_stem_12(X) = fn_transfer_1(fn_stem_11(X)) ) ) ).
fof(a532855,axiom,
! [X] :
( stem_cell_1(X)
=> ( original_name_2(X,'Stem-Cell')
& user_description_2(X,'A relatively unspecialized biological cell that can divide and produce daughter cells that can differentiate into specialized cells.')
& concept2words_2(X,'cell of stem')
& concept2words_2(X,'stem cell')
& concept2words_2(X,'stem-cell')
& animal_development_cell_1(X)
& chromosome_arm_1(fn_stem_cell_1(X))
& chromosome_arm_1(fn_stem_cell_2(X))
& peroxisome_1(fn_stem_cell_3(X))
& move_1(fn_stem_cell_4(X))
& transmembrane_protein_1(fn_stem_cell_5(X))
& tangible_entity_1(fn_stem_cell_5(X))
& membrane_protein_1(fn_stem_cell_5(X))
& protein_1(fn_stem_cell_5(X))
& spatial_entity_1(fn_stem_cell_5(X))
& polymer_1(fn_stem_cell_5(X))
& integrin_1(fn_stem_cell_5(X))
& polymer_1(fn_stem_cell_6(X))
& entity_1(fn_stem_cell_6(X))
& dna_1(fn_stem_cell_6(X))
& coil_1(fn_stem_cell_7(X))
& protein_1(fn_stem_cell_8(X))
& telomere_1(fn_stem_cell_9(X))
& centromere_1(fn_stem_cell_10(X))
& end_1(fn_stem_cell_11(X))
& semiautonomous_organelle_1(fn_stem_cell_12(X))
& organelle_1(fn_stem_cell_12(X))
& mitochondrion_1(fn_stem_cell_12(X))
& metabolic_pathway_1(fn_stem_cell_13(X))
& catabolic_pathway_1(fn_stem_cell_13(X))
& eukaryotic_cellular_respiration_1(fn_stem_cell_13(X))
& synthesis_reaction_1(fn_stem_cell_14(X))
& chemical_reaction_1(fn_stem_cell_14(X))
& anabolic_pathway_1(fn_stem_cell_14(X))
& metabolic_pathway_1(fn_stem_cell_14(X))
& synthesis_of_lipid_1(fn_stem_cell_14(X))
& tangible_entity_1(fn_stem_cell_15(X))
& spatial_entity_1(fn_stem_cell_15(X))
& biomembrane_1(fn_stem_cell_15(X))
& plasma_membrane_1(fn_stem_cell_15(X))
& animal_plasma_membrane_1(fn_stem_cell_15(X))
& endoplasmic_reticulum_1(fn_stem_cell_16(X))
& rough_endoplasmic_reticulum_1(fn_stem_cell_16(X))
& smooth_endoplasmic_reticulum_1(fn_stem_cell_17(X))
& protein_1(fn_stem_cell_18(X))
& organic_molecule_1(fn_stem_cell_18(X))
& polymer_1(fn_stem_cell_18(X))
& spatial_entity_1(fn_stem_cell_18(X))
& membrane_protein_1(fn_stem_cell_18(X))
& tangible_entity_1(fn_stem_cell_18(X))
& transmembrane_protein_1(fn_stem_cell_18(X))
& integral_protein_1(fn_stem_cell_18(X))
& transport_protein_1(fn_stem_cell_18(X))
& sodium_potassium_pump_1(fn_stem_cell_18(X))
& polymer_1(fn_stem_cell_19(X))
& spatial_entity_1(fn_stem_cell_19(X))
& membrane_protein_1(fn_stem_cell_19(X))
& tangible_entity_1(fn_stem_cell_19(X))
& transmembrane_protein_1(fn_stem_cell_19(X))
& integral_protein_1(fn_stem_cell_19(X))
& transport_protein_1(fn_stem_cell_19(X))
& sodium_potassium_pump_1(fn_stem_cell_19(X))
& spatial_entity_1(fn_stem_cell_20(X))
& polymer_1(fn_stem_cell_20(X))
& organic_molecule_1(fn_stem_cell_20(X))
& tangible_entity_1(fn_stem_cell_20(X))
& membrane_protein_1(fn_stem_cell_20(X))
& protein_1(fn_stem_cell_20(X))
& glycoprotein_1(fn_stem_cell_20(X))
& integral_protein_1(fn_stem_cell_20(X))
& fibronectin_1(fn_stem_cell_20(X))
& tangible_entity_1(fn_stem_cell_21(X))
& phospholipid_bilayer_1(fn_stem_cell_21(X))
& organic_molecule_1(fn_stem_cell_22(X))
& golgi_apparatus_1(fn_stem_cell_23(X))
& microtubule_1(fn_stem_cell_24(X))
& create_1(fn_stem_cell_25(X))
& produce_1(fn_stem_cell_25(X))
& substance_1(fn_stem_cell_26(X))
& cytosol_1(fn_stem_cell_26(X))
& size_value_1(fn_stem_cell_27(X))
& cell_pole_1(fn_stem_cell_28(X))
& cell_pole_1(fn_stem_cell_29(X))
& surface_1(fn_stem_cell_30(X))
& volume_value_1(fn_stem_cell_31(X))
& centrosome_1(fn_stem_cell_32(X))
& tangible_entity_1(fn_stem_cell_33(X))
& nucleus_1(fn_stem_cell_33(X))
& eukaryotic_chromosome_1(fn_stem_cell_34(X))
& chromosome_1(fn_stem_cell_34(X))
& ribosome_1(fn_stem_cell_35(X))
& eukaryotic_ribosome_1(fn_stem_cell_35(X))
& mixture_1(fn_stem_cell_36(X))
& cytoplasm_1(fn_stem_cell_36(X))
& support_1(fn_stem_cell_37(X))
& support_1(fn_stem_cell_38(X))
& cellular_work_1(fn_stem_cell_41(X))
& active_transport_1(fn_stem_cell_41(X))
& active_movement_of_ions_1(fn_stem_cell_41(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_stem_cell_41(X))
& catabolic_pathway_1(fn_stem_cell_42(X))
& metabolic_pathway_1(fn_stem_cell_43(X))
& endergonic_process_1(fn_stem_cell_43(X))
& chemical_reaction_1(fn_stem_cell_43(X))
& synthesis_of_organic_molecule_1(fn_stem_cell_43(X))
& anabolic_pathway_1(fn_stem_cell_43(X))
& synthesis_of_atp_1(fn_stem_cell_43(X))
& eukaryotic_oxidative_phosphorylation_1(fn_stem_cell_44(X))
& electron_transport_chain_pathway_1(fn_stem_cell_45(X))
& organic_molecule_1(fn_catabolic_pathway_10(fn_stem_cell_13(X)))
& centromere_1(fn_chromosome_6(fn_stem_cell_34(X)))
& coil_1(fn_chromosome_8(fn_stem_cell_34(X)))
& protein_1(fn_chromosome_3(fn_stem_cell_34(X)))
& end_1(fn_telomere_1(fn_stem_cell_9(X)))
& electron_transport_chain_pathway_1(fn_mitochondrion_159(fn_stem_cell_12(X)))
& metabolic_pathway_1(fn_mitochondrion_52(fn_stem_cell_12(X)))
& endergonic_process_1(fn_mitochondrion_52(fn_stem_cell_12(X)))
& chemical_reaction_1(fn_mitochondrion_52(fn_stem_cell_12(X)))
& synthesis_of_organic_molecule_1(fn_mitochondrion_52(fn_stem_cell_12(X)))
& anabolic_pathway_1(fn_mitochondrion_52(fn_stem_cell_12(X)))
& synthesis_of_atp_1(fn_mitochondrion_52(fn_stem_cell_12(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_mitochondrion_55(fn_stem_cell_12(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_stem_cell_17(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_stem_cell_17(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_stem_cell_17(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_stem_cell_17(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_stem_cell_17(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_stem_cell_17(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_stem_cell_17(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_stem_cell_17(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_stem_cell_17(X)))
& entity_1(fn_eukaryotic_chromosome_3(fn_stem_cell_34(X)))
& dna_1(fn_eukaryotic_chromosome_3(fn_stem_cell_34(X)))
& polymer_1(fn_eukaryotic_chromosome_3(fn_stem_cell_34(X)))
& entity_1(fn_chromosome_4(fn_stem_cell_34(X)))
& dna_1(fn_chromosome_4(fn_stem_cell_34(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_stem_cell_17(X)))
& eukaryotic_chromosome_1(fn_telomere_3(fn_stem_cell_9(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_stem_cell_17(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_stem_cell_17(X)))
& golgi_apparatus_1(fn_smooth_endoplasmic_reticulum_3(fn_stem_cell_17(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_stem_cell_5(X)))
& spatial_entity_1(fn_integrin_30(fn_stem_cell_5(X)))
& biomembrane_1(fn_integrin_30(fn_stem_cell_5(X)))
& animal_plasma_membrane_1(fn_integrin_30(fn_stem_cell_5(X)))
& plasma_membrane_1(fn_integrin_30(fn_stem_cell_5(X)))
& biomembrane_1(fn_integral_protein_24(fn_stem_cell_20(X)))
& biomembrane_1(fn_fibronectin_53(fn_stem_cell_20(X)))
& plasma_membrane_1(fn_fibronectin_53(fn_stem_cell_20(X)))
& animal_plasma_membrane_1(fn_fibronectin_53(fn_stem_cell_20(X)))
& tangible_entity_1(fn_integrin_29(fn_stem_cell_5(X)))
& phospholipid_bilayer_1(fn_integrin_29(fn_stem_cell_5(X)))
& tangible_entity_1(fn_fibronectin_47(fn_stem_cell_20(X)))
& phospholipid_bilayer_1(fn_fibronectin_47(fn_stem_cell_20(X)))
& polymer_1(fn_integrin_8(fn_stem_cell_5(X)))
& spatial_entity_1(fn_integrin_8(fn_stem_cell_5(X)))
& membrane_protein_1(fn_integrin_8(fn_stem_cell_5(X)))
& tangible_entity_1(fn_integrin_8(fn_stem_cell_5(X)))
& transmembrane_protein_1(fn_integrin_8(fn_stem_cell_5(X)))
& integral_protein_1(fn_integrin_8(fn_stem_cell_5(X)))
& transport_protein_1(fn_integrin_8(fn_stem_cell_5(X)))
& sodium_potassium_pump_1(fn_integrin_8(fn_stem_cell_5(X)))
& sodium_potassium_pump_1(fn_fibronectin_45(fn_stem_cell_20(X)))
& spatial_entity_1(fn_integrin_9(fn_stem_cell_5(X)))
& polymer_1(fn_integrin_9(fn_stem_cell_5(X)))
& organic_molecule_1(fn_integrin_9(fn_stem_cell_5(X)))
& tangible_entity_1(fn_integrin_9(fn_stem_cell_5(X)))
& membrane_protein_1(fn_integrin_9(fn_stem_cell_5(X)))
& protein_1(fn_integrin_9(fn_stem_cell_5(X)))
& glycoprotein_1(fn_integrin_7(fn_stem_cell_5(X)))
& integral_protein_1(fn_integrin_7(fn_stem_cell_5(X)))
& fibronectin_1(fn_integrin_7(fn_stem_cell_5(X)))
& cellular_work_1(fn_mitochondrion_160(fn_stem_cell_12(X)))
& active_transport_1(fn_mitochondrion_160(fn_stem_cell_12(X)))
& active_movement_of_ions_1(fn_mitochondrion_160(fn_stem_cell_12(X)))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_mitochondrion_160(fn_stem_cell_12(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_stem_cell_17(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_stem_cell_17(X)))
& cell_1(fn_metabolic_pathway_1(fn_stem_cell_14(X)))
& cell_1(fn_metabolic_pathway_1(fn_stem_cell_13(X)))
& animal_cell_1(fn_fibronectin_46(fn_stem_cell_20(X)))
& eukaryotic_cell_1(fn_mitochondrion_51(fn_stem_cell_12(X)))
& has_part_2(fn_stem_cell_34(X),fn_stem_cell_1(X))
& has_part_2(fn_stem_cell_34(X),fn_stem_cell_2(X))
& fn_stem_cell_19(X) != fn_stem_cell_18(X)
& is_at_2(fn_stem_cell_18(X),fn_stem_cell_21(X))
& fn_stem_cell_18(X) != fn_stem_cell_19(X)
& is_between_2(fn_stem_cell_10(X),fn_stem_cell_1(X))
& is_between_2(fn_stem_cell_10(X),fn_stem_cell_2(X))
& base_2(fn_stem_cell_14(X),X)
& fn_stem_cell_19(X) != fn_stem_cell_20(X)
& fn_stem_cell_20(X) != fn_stem_cell_19(X)
& has_function_2(fn_stem_cell_17(X),fn_stem_cell_14(X))
& site_2(fn_stem_cell_14(X),fn_stem_cell_17(X))
& has_region_2(fn_stem_cell_34(X),fn_stem_cell_10(X))
& has_part_2(fn_stem_cell_34(X),fn_stem_cell_8(X))
& agent_2(fn_stem_cell_7(X),fn_stem_cell_8(X))
& object_2(fn_stem_cell_7(X),fn_stem_cell_6(X))
& is_at_2(fn_stem_cell_9(X),fn_stem_cell_11(X))
& has_region_2(fn_stem_cell_34(X),fn_stem_cell_11(X))
& has_part_2(fn_stem_cell_34(X),fn_stem_cell_9(X))
& called_2(fn_stem_cell_19(X),'MP1')
& fn_stem_cell_20(X) != fn_stem_cell_5(X)
& fn_stem_cell_5(X) != fn_stem_cell_20(X)
& fn_stem_cell_19(X) != fn_stem_cell_5(X)
& fn_stem_cell_5(X) != fn_stem_cell_19(X)
& has_part_2(fn_stem_cell_34(X),fn_stem_cell_6(X))
& the_scalar_value_2(fn_stem_cell_27(X),big_0)
& scalar_unit_class_2(fn_stem_cell_27(X),prokaryote_0)
& has_part_2(fn_stem_cell_36(X),fn_stem_cell_26(X))
& is_inside_2(fn_stem_cell_18(X),fn_stem_cell_21(X))
& destination_2(fn_stem_cell_4(X),fn_stem_cell_12(X))
& has_region_2(X,fn_stem_cell_29(X))
& is_opposite_2(fn_stem_cell_29(X),fn_stem_cell_28(X))
& has_region_2(X,fn_stem_cell_28(X))
& has_part_2(X,fn_stem_cell_32(X))
& is_opposite_2(fn_stem_cell_28(X),fn_stem_cell_29(X))
& size_2(X,fn_stem_cell_27(X))
& directly_proportional_2(fn_stem_cell_27(X),fn_stem_cell_31(X))
& volume_2(X,fn_stem_cell_31(X))
& has_region_2(X,fn_stem_cell_30(X))
& is_at_2(fn_stem_cell_21(X),fn_stem_cell_30(X))
& is_across_2(fn_stem_cell_18(X),fn_stem_cell_15(X))
& is_between_2(fn_stem_cell_36(X),fn_stem_cell_15(X))
& is_between_2(fn_stem_cell_36(X),fn_stem_cell_33(X))
& has_part_2(X,fn_stem_cell_33(X))
& has_function_2(X,fn_stem_cell_41(X))
& object_2(fn_stem_cell_37(X),X)
& has_function_2(fn_stem_cell_24(X),fn_stem_cell_37(X))
& result_2(fn_stem_cell_25(X),fn_stem_cell_24(X))
& has_function_2(fn_stem_cell_32(X),fn_stem_cell_25(X))
& is_near_2(fn_stem_cell_32(X),fn_stem_cell_33(X))
& is_near_2(fn_stem_cell_33(X),fn_stem_cell_32(X))
& has_part_2(fn_stem_cell_15(X),fn_stem_cell_5(X))
& is_at_2(fn_stem_cell_18(X),fn_stem_cell_15(X))
& called_2(fn_stem_cell_5(X),'MP1')
& fn_stem_cell_18(X) != fn_stem_cell_5(X)
& fn_stem_cell_5(X) != fn_stem_cell_18(X)
& agent_2(fn_stem_cell_38(X),fn_stem_cell_15(X))
& object_2(fn_stem_cell_38(X),X)
& has_part_2(X,fn_stem_cell_34(X))
& is_inside_2(fn_stem_cell_34(X),fn_stem_cell_33(X))
& is_inside_2(fn_stem_cell_33(X),fn_stem_cell_26(X))
& causes_2(fn_stem_cell_4(X),fn_stem_cell_42(X))
& origin_2(fn_stem_cell_4(X),fn_stem_cell_3(X))
& has_part_2(X,fn_stem_cell_3(X))
& has_part_2(X,fn_stem_cell_35(X))
& is_inside_2(fn_stem_cell_35(X),fn_stem_cell_26(X))
& site_2(fn_stem_cell_42(X),fn_stem_cell_12(X))
& base_2(fn_stem_cell_42(X),X)
& has_part_2(X,fn_stem_cell_36(X))
& is_inside_2(fn_stem_cell_36(X),fn_stem_cell_15(X))
& has_part_2(fn_stem_cell_15(X),fn_stem_cell_18(X))
& fn_stem_cell_16(X) != fn_stem_cell_17(X)
& has_part_2(X,fn_stem_cell_17(X))
& has_part_2(X,fn_stem_cell_23(X))
& is_inside_2(fn_stem_cell_23(X),fn_stem_cell_26(X))
& is_inside_2(fn_stem_cell_12(X),fn_stem_cell_26(X))
& fn_stem_cell_17(X) != fn_stem_cell_16(X)
& has_function_2(X,fn_stem_cell_13(X))
& base_2(fn_stem_cell_13(X),X)
& has_part_2(X,fn_stem_cell_16(X))
& abuts_2(fn_stem_cell_17(X),fn_stem_cell_16(X))
& abuts_2(fn_stem_cell_16(X),fn_stem_cell_17(X))
& is_at_2(fn_stem_cell_19(X),fn_stem_cell_21(X))
& called_2(fn_stem_cell_20(X),'MP1')
& called_2(fn_stem_cell_18(X),'MP1')
& is_inside_2(fn_stem_cell_19(X),fn_stem_cell_21(X))
& is_at_2(fn_stem_cell_19(X),fn_stem_cell_15(X))
& has_part_2(fn_stem_cell_15(X),fn_stem_cell_19(X))
& is_across_2(fn_stem_cell_19(X),fn_stem_cell_15(X))
& has_part_2(X,fn_stem_cell_15(X))
& is_inside_2(fn_stem_cell_20(X),fn_stem_cell_21(X))
& has_part_2(fn_stem_cell_15(X),fn_stem_cell_21(X))
& has_part_2(fn_stem_cell_15(X),fn_stem_cell_20(X))
& fn_stem_cell_18(X) != fn_stem_cell_20(X)
& fn_stem_cell_20(X) != fn_stem_cell_18(X)
& first_subevent_2(fn_stem_cell_44(X),fn_stem_cell_45(X))
& base_2(fn_stem_cell_41(X),X)
& base_2(fn_stem_cell_45(X),X)
& subevent_2(fn_stem_cell_44(X),fn_stem_cell_45(X))
& site_2(fn_stem_cell_44(X),fn_stem_cell_12(X))
& has_function_2(fn_stem_cell_12(X),fn_stem_cell_44(X))
& base_2(fn_stem_cell_44(X),X)
& has_part_2(X,fn_stem_cell_12(X))
& site_2(fn_stem_cell_43(X),fn_stem_cell_12(X))
& base_2(fn_stem_cell_43(X),X)
& X = fn_metabolic_pathway_1(fn_stem_cell_14(X))
& fn_stem_cell_22(X) = fn_catabolic_pathway_10(fn_stem_cell_13(X))
& fn_stem_cell_14(X) = fn_smooth_endoplasmic_reticulum_23(fn_stem_cell_17(X))
& fn_stem_cell_14(X) = fn_smooth_endoplasmic_reticulum_7(fn_stem_cell_17(X))
& fn_stem_cell_14(X) = fn_smooth_endoplasmic_reticulum_49(fn_stem_cell_17(X))
& fn_stem_cell_14(X) = fn_smooth_endoplasmic_reticulum_48(fn_stem_cell_17(X))
& fn_stem_cell_14(X) = fn_smooth_endoplasmic_reticulum_8(fn_stem_cell_17(X))
& fn_stem_cell_14(X) = fn_smooth_endoplasmic_reticulum_42(fn_stem_cell_17(X))
& fn_stem_cell_10(X) = fn_chromosome_6(fn_stem_cell_34(X))
& fn_stem_cell_6(X) = fn_chromosome_4(fn_stem_cell_34(X))
& fn_stem_cell_7(X) = fn_chromosome_8(fn_stem_cell_34(X))
& fn_stem_cell_8(X) = fn_chromosome_3(fn_stem_cell_34(X))
& fn_stem_cell_34(X) = fn_telomere_3(fn_stem_cell_9(X))
& fn_stem_cell_11(X) = fn_telomere_1(fn_stem_cell_9(X))
& fn_stem_cell_19(X) = fn_integrin_8(fn_stem_cell_5(X))
& fn_stem_cell_20(X) = fn_integrin_9(fn_stem_cell_5(X))
& fn_stem_cell_6(X) = fn_eukaryotic_chromosome_3(fn_stem_cell_34(X))
& fn_stem_cell_6(X) = fn_animal_cell_88(X)
& fn_stem_cell_39(X) = fn_animal_cell_49(X)
& fn_stem_cell_40(X) = fn_animal_cell_50(X)
& fn_stem_cell_28(X) = fn_animal_cell_13(X)
& fn_stem_cell_29(X) = fn_animal_cell_1(X)
& fn_stem_cell_30(X) = fn_animal_cell_55(X)
& fn_stem_cell_31(X) = fn_animal_cell_56(X)
& fn_stem_cell_27(X) = fn_animal_cell_57(X)
& fn_stem_cell_41(X) = fn_animal_cell_90(X)
& fn_stem_cell_32(X) = fn_animal_cell_74(X)
& fn_stem_cell_25(X) = fn_animal_cell_64(X)
& fn_stem_cell_24(X) = fn_animal_cell_63(X)
& fn_stem_cell_37(X) = fn_animal_cell_61(X)
& fn_stem_cell_18(X) = fn_eukaryotic_cell_15(X)
& fn_stem_cell_18(X) = fn_integrin_8(fn_stem_cell_5(X))
& fn_stem_cell_15(X) = fn_transmembrane_protein_4(fn_stem_cell_5(X))
& fn_stem_cell_5(X) = fn_animal_cell_80(X)
& fn_stem_cell_33(X) = fn_smooth_endoplasmic_reticulum_10(fn_stem_cell_17(X))
& fn_stem_cell_33(X) = fn_animal_cell_78(X)
& fn_stem_cell_34(X) = fn_animal_cell_52(X)
& fn_stem_cell_38(X) = fn_animal_cell_76(X)
& fn_stem_cell_35(X) = fn_animal_cell_51(X)
& fn_stem_cell_3(X) = fn_animal_cell_45(X)
& fn_stem_cell_4(X) = fn_animal_cell_22(X)
& fn_stem_cell_18(X) = fn_animal_cell_75(X)
& fn_stem_cell_36(X) = fn_eukaryotic_cell_31(X)
& fn_stem_cell_36(X) = fn_animal_cell_79(X)
& fn_stem_cell_42(X) = fn_animal_cell_21(X)
& fn_stem_cell_12(X) = fn_animal_cell_59(X)
& fn_stem_cell_26(X) = fn_smooth_endoplasmic_reticulum_34(fn_stem_cell_17(X))
& fn_stem_cell_26(X) = fn_animal_cell_62(X)
& fn_stem_cell_23(X) = fn_smooth_endoplasmic_reticulum_3(fn_stem_cell_17(X))
& fn_stem_cell_23(X) = fn_animal_cell_82(X)
& X = fn_smooth_endoplasmic_reticulum_33(fn_stem_cell_17(X))
& fn_stem_cell_17(X) = fn_animal_cell_54(X)
& fn_stem_cell_16(X) = fn_animal_cell_53(X)
& X = fn_metabolic_pathway_1(fn_stem_cell_13(X))
& fn_stem_cell_13(X) = fn_animal_cell_81(X)
& X = fn_fibronectin_46(fn_stem_cell_20(X))
& fn_stem_cell_19(X) = fn_fibronectin_45(fn_stem_cell_20(X))
& fn_stem_cell_20(X) = fn_integrin_7(fn_stem_cell_5(X))
& fn_stem_cell_15(X) = fn_integral_protein_24(fn_stem_cell_20(X))
& fn_stem_cell_15(X) = fn_eukaryotic_cell_29(X)
& fn_stem_cell_21(X) = fn_eukaryotic_cell_41(X)
& fn_stem_cell_15(X) = fn_integrin_30(fn_stem_cell_5(X))
& fn_stem_cell_21(X) = fn_integrin_29(fn_stem_cell_5(X))
& fn_stem_cell_15(X) = fn_animal_cell_73(X)
& fn_stem_cell_21(X) = fn_animal_cell_58(X)
& fn_stem_cell_15(X) = fn_fibronectin_53(fn_stem_cell_20(X))
& fn_stem_cell_21(X) = fn_fibronectin_47(fn_stem_cell_20(X))
& fn_stem_cell_18(X) = fn_fibronectin_45(fn_stem_cell_20(X))
& fn_stem_cell_41(X) = fn_mitochondrion_160(fn_stem_cell_12(X))
& fn_stem_cell_45(X) = fn_mitochondrion_159(fn_stem_cell_12(X))
& fn_stem_cell_43(X) = fn_mitochondrion_52(fn_stem_cell_12(X))
& X = fn_mitochondrion_51(fn_stem_cell_12(X))
& fn_stem_cell_44(X) = fn_mitochondrion_55(fn_stem_cell_12(X))
& fn_smooth_endoplasmic_reticulum_23(fn_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_7(fn_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_7(fn_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_7(fn_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_7(fn_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_49(fn_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_49(fn_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_49(fn_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_49(fn_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_48(fn_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_48(fn_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_48(fn_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_48(fn_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_8(fn_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_8(fn_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_8(fn_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_42(fn_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_8(fn_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_8(fn_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_42(fn_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_42(fn_stem_cell_17(X)) = fn_chromosome_4(fn_stem_cell_34(X))
& fn_chromosome_4(fn_stem_cell_34(X)) = fn_eukaryotic_chromosome_3(fn_stem_cell_34(X))
& fn_eukaryotic_chromosome_3(fn_stem_cell_34(X)) = fn_chromosome_4(fn_stem_cell_34(X))
& fn_chromosome_4(fn_stem_cell_34(X)) = fn_animal_cell_88(X)
& fn_animal_cell_88(X) = fn_smooth_endoplasmic_reticulum_10(fn_stem_cell_17(X))
& fn_animal_cell_78(X) = fn_smooth_endoplasmic_reticulum_10(fn_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_10(fn_stem_cell_17(X)) = fn_animal_cell_78(X)
& fn_animal_cell_78(X) = fn_animal_cell_78(X)
& fn_animal_cell_78(X) = fn_telomere_3(fn_stem_cell_9(X))
& fn_telomere_3(fn_stem_cell_9(X)) = fn_telomere_3(fn_stem_cell_9(X))
& fn_telomere_3(fn_stem_cell_9(X)) = fn_animal_cell_52(X)
& fn_animal_cell_52(X) = fn_animal_cell_52(X)
& fn_animal_cell_52(X) = fn_animal_cell_79(X)
& fn_animal_cell_79(X) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_animal_cell_79(X)
& fn_animal_cell_79(X) = fn_animal_cell_79(X)
& fn_animal_cell_79(X) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_smooth_endoplasmic_reticulum_34(fn_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_34(fn_stem_cell_17(X)) = fn_animal_cell_62(X)
& fn_animal_cell_62(X) = fn_smooth_endoplasmic_reticulum_3(fn_stem_cell_17(X))
& fn_animal_cell_82(X) = fn_smooth_endoplasmic_reticulum_3(fn_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_3(fn_stem_cell_17(X)) = fn_animal_cell_82(X)
& fn_animal_cell_82(X) = fn_integrin_8(fn_stem_cell_5(X))
& fn_integrin_8(fn_stem_cell_5(X)) = fn_fibronectin_45(fn_stem_cell_20(X))
& fn_fibronectin_45(fn_stem_cell_20(X)) = fn_transmembrane_protein_4(fn_stem_cell_5(X))
& fn_eukaryotic_cell_29(X) = fn_transmembrane_protein_4(fn_stem_cell_5(X))
& fn_transmembrane_protein_4(fn_stem_cell_5(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_eukaryotic_cell_29(X)
& fn_integrin_30(fn_stem_cell_5(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_integrin_30(fn_stem_cell_5(X))
& fn_integrin_30(fn_stem_cell_5(X)) = fn_integrin_30(fn_stem_cell_5(X))
& fn_integrin_30(fn_stem_cell_5(X)) = fn_integral_protein_24(fn_stem_cell_20(X))
& fn_integral_protein_24(fn_stem_cell_20(X)) = fn_integrin_30(fn_stem_cell_5(X))
& fn_integrin_30(fn_stem_cell_5(X)) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_integral_protein_24(fn_stem_cell_20(X))
& fn_integral_protein_24(fn_stem_cell_20(X)) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_animal_cell_73(X)
& fn_fibronectin_53(fn_stem_cell_20(X)) = fn_fibronectin_53(fn_stem_cell_20(X))
& fn_fibronectin_53(fn_stem_cell_20(X)) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_fibronectin_53(fn_stem_cell_20(X))
& fn_fibronectin_53(fn_stem_cell_20(X)) = fn_eukaryotic_cell_41(X)
& fn_integrin_29(fn_stem_cell_5(X)) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_integrin_29(fn_stem_cell_5(X))
& fn_integrin_29(fn_stem_cell_5(X)) = fn_integrin_29(fn_stem_cell_5(X))
& fn_animal_cell_58(X) = fn_integrin_29(fn_stem_cell_5(X))
& fn_integrin_29(fn_stem_cell_5(X)) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_animal_cell_58(X)
& fn_fibronectin_47(fn_stem_cell_20(X)) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_fibronectin_47(fn_stem_cell_20(X))
& fn_fibronectin_47(fn_stem_cell_20(X)) = fn_fibronectin_47(fn_stem_cell_20(X))
& fn_fibronectin_47(fn_stem_cell_20(X)) = fn_eukaryotic_cell_15(X)
& fn_integrin_8(fn_stem_cell_5(X)) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_integrin_8(fn_stem_cell_5(X))
& fn_integrin_8(fn_stem_cell_5(X)) = fn_integrin_8(fn_stem_cell_5(X))
& fn_animal_cell_75(X) = fn_integrin_8(fn_stem_cell_5(X))
& fn_integrin_8(fn_stem_cell_5(X)) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_fibronectin_45(fn_stem_cell_20(X))
& fn_fibronectin_45(fn_stem_cell_20(X)) = fn_fibronectin_45(fn_stem_cell_20(X))
& fn_fibronectin_45(fn_stem_cell_20(X)) = fn_integrin_9(fn_stem_cell_5(X))
& fn_integrin_9(fn_stem_cell_5(X)) = fn_integrin_9(fn_stem_cell_5(X))
& fn_integrin_7(fn_stem_cell_5(X)) = fn_integrin_9(fn_stem_cell_5(X))
& fn_integrin_9(fn_stem_cell_5(X)) = fn_integrin_7(fn_stem_cell_5(X))
& fn_integrin_7(fn_stem_cell_5(X)) = fn_integrin_7(fn_stem_cell_5(X))
& fn_integrin_7(fn_stem_cell_5(X)) = fn_animal_cell_90(X)
& fn_animal_cell_90(X) = fn_mitochondrion_160(fn_stem_cell_12(X))
& fn_mitochondrion_160(fn_stem_cell_12(X)) = fn_metabolic_pathway_1(fn_stem_cell_14(X))
& fn_metabolic_pathway_1(fn_stem_cell_14(X)) = fn_smooth_endoplasmic_reticulum_33(fn_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_33(fn_stem_cell_17(X)) = fn_smooth_endoplasmic_reticulum_33(fn_stem_cell_17(X))
& fn_smooth_endoplasmic_reticulum_33(fn_stem_cell_17(X)) = fn_metabolic_pathway_1(fn_stem_cell_13(X))
& fn_metabolic_pathway_1(fn_stem_cell_13(X)) = fn_metabolic_pathway_1(fn_stem_cell_14(X))
& fn_metabolic_pathway_1(fn_stem_cell_14(X)) = fn_metabolic_pathway_1(fn_stem_cell_13(X))
& fn_metabolic_pathway_1(fn_stem_cell_13(X)) = fn_fibronectin_46(fn_stem_cell_20(X))
& fn_fibronectin_46(fn_stem_cell_20(X)) = fn_fibronectin_46(fn_stem_cell_20(X))
& fn_fibronectin_46(fn_stem_cell_20(X)) = fn_mitochondrion_51(fn_stem_cell_12(X))
& fn_mitochondrion_51(fn_stem_cell_12(X)) = fn_mitochondrion_51(fn_stem_cell_12(X)) ) ) ).
fof(a532856,axiom,
! [X] :
( stem_cell_culturing_1(X)
=> ( original_name_2(X,'Stem-Cell-Culturing')
& user_description_2(X,'The growing of the stem cells in laboratory is called stem cell culturing.')
& concept2words_2(X,culture)
& concept2words_2(X,'stem cell culturing')
& concept2words_2(X,'stem-cell-culturing')
& culturing_1(X)
& stem_cell_1(fn_stem_cell_culturing_1(X))
& cultured_stem_cell_1(fn_stem_cell_culturing_2(X))
& culture_1(fn_stem_cell_culturing_3(X))
& culturing_1(fn_culture_1(fn_stem_cell_culturing_3(X)))
& cell_1(fn_culture_2(fn_stem_cell_culturing_3(X)))
& object_2(X,fn_stem_cell_culturing_1(X))
& result_2(X,fn_stem_cell_culturing_3(X))
& element_2(fn_stem_cell_culturing_3(X),fn_stem_cell_culturing_2(X))
& fn_stem_cell_culturing_1(X) = fn_culturing_7(X)
& X = fn_culture_1(fn_stem_cell_culturing_3(X))
& fn_stem_cell_culturing_2(X) = fn_culture_2(fn_stem_cell_culturing_3(X)) ) ) ).
fof(a532857,axiom,
! [X] :
( stem_cell_differentiation_1(X)
=> ( original_name_2(X,'Stem-Cell-Differentiation')
& user_description_2(X,'Stem cell develops into two differentiated daughter cells by differentiating.')
& concept2words_2(X,differentiate)
& concept2words_2(X,'stem cell differentiation')
& concept2words_2(X,'stem-cell-differentiation')
& cell_differentiation_1(X)
& ~ cell_differentiation_for_tissue_formation_1(X)
& ~ muscle_cell_differentiation_1(X)
& stem_cell_1(fn_stem_cell_differentiation_1(X))
& object_2(X,fn_stem_cell_differentiation_1(X))
& fn_stem_cell_differentiation_1(X) = fn_cell_differentiation_19(X) ) ) ).
fof(a532858,axiom,
! [X,X1] :
( ( site_2(X,X1)
& stem_cell_differentiation_1(X)
& bone_marrow_1(X1) )
=> ( stem_cell_differentiation_in_bone_marrow_1(X)
& fn_stem_cell_differentiation_in_bone_marrow_1(X) = X1 ) ) ).
fof(a532859,axiom,
! [X] :
( stem_cell_differentiation_in_bone_marrow_1(X)
=> ( original_name_2(X,'Stem-Cell-Differentiation-In-Bone-Marrow')
& user_description_2(X,'The differentiation of the bone marrow stem cells.')
& concept2words_2(X,differentiate)
& concept2words_2(X,'stem cell differentiation in bone marrow')
& concept2words_2(X,'stem-cell-differentiation-in-bone-marrow')
& stem_cell_differentiation_1(X)
& ~ stem_cell_differentiation_in_brain_1(X)
& bone_marrow_1(fn_stem_cell_differentiation_in_bone_marrow_1(X))
& site_2(X,fn_stem_cell_differentiation_in_bone_marrow_1(X)) ) ) ).
fof(a532860,axiom,
! [X] :
( stem_cell_differentiation_in_brain_1(X)
=> ( original_name_2(X,'Stem-Cell-Differentiation-In-Brain')
& user_description_2(X,'The differentiation of the brain stem cells.')
& concept2words_2(X,differentiate)
& concept2words_2(X,'stem cell differentiation in brain')
& concept2words_2(X,'stem-cell-differentiation-in-brain')
& stem_cell_differentiation_1(X)
& ~ stem_cell_differentiation_in_bone_marrow_1(X)
& organism_1(fn_stem_cell_differentiation_in_brain_1(X))
& adult_1(fn_stem_cell_differentiation_in_brain_1(X))
& produce_1(fn_stem_cell_differentiation_in_brain_2(X))
& role_1(fn_stem_cell_differentiation_in_brain_3(X))
& event_1(fn_stem_cell_differentiation_in_brain_4(X))
& tissue_specific_protein_1(fn_stem_cell_differentiation_in_brain_5(X))
& gene_expression_1(fn_stem_cell_differentiation_in_brain_6(X))
& change_1(fn_stem_cell_differentiation_in_brain_7(X))
& animal_cell_1(fn_stem_cell_differentiation_in_brain_8(X))
& stem_cell_1(fn_stem_cell_differentiation_in_brain_8(X))
& tangible_entity_1(fn_stem_cell_differentiation_in_brain_9(X))
& nucleus_1(fn_stem_cell_differentiation_in_brain_9(X))
& nerve_cell_1(fn_stem_cell_differentiation_in_brain_10(X))
& brain_1(fn_stem_cell_differentiation_in_brain_11(X))
& tangible_entity_1(fn_animal_cell_78(fn_stem_cell_differentiation_in_brain_8(X)))
& nucleus_1(fn_animal_cell_78(fn_stem_cell_differentiation_in_brain_8(X)))
& tangible_entity_1(fn_stem_cell_33(fn_stem_cell_differentiation_in_brain_8(X)))
& nucleus_1(fn_stem_cell_33(fn_stem_cell_differentiation_in_brain_8(X)))
& stem_cell_1(fn_brain_1(fn_stem_cell_differentiation_in_brain_11(X)))
& has_part_2(fn_stem_cell_differentiation_in_brain_1(X),fn_stem_cell_differentiation_in_brain_11(X))
& site_2(X,fn_stem_cell_differentiation_in_brain_11(X))
& has_part_2(fn_stem_cell_differentiation_in_brain_11(X),fn_stem_cell_differentiation_in_brain_10(X))
& object_2(X,fn_stem_cell_differentiation_in_brain_8(X))
& has_part_2(fn_stem_cell_differentiation_in_brain_8(X),fn_stem_cell_differentiation_in_brain_9(X))
& base_2(fn_stem_cell_differentiation_in_brain_2(X),fn_stem_cell_differentiation_in_brain_10(X))
& base_2(fn_stem_cell_differentiation_in_brain_6(X),fn_stem_cell_differentiation_in_brain_10(X))
& subevent_2(X,fn_stem_cell_differentiation_in_brain_6(X))
& subevent_2(X,fn_stem_cell_differentiation_in_brain_7(X))
& site_2(fn_stem_cell_differentiation_in_brain_7(X),fn_stem_cell_differentiation_in_brain_9(X))
& result_2(X,fn_stem_cell_differentiation_in_brain_10(X))
& purpose_2(fn_stem_cell_differentiation_in_brain_10(X),fn_stem_cell_differentiation_in_brain_3(X))
& in_event_2(fn_stem_cell_differentiation_in_brain_3(X),fn_stem_cell_differentiation_in_brain_4(X))
& agent_2(fn_stem_cell_differentiation_in_brain_4(X),fn_stem_cell_differentiation_in_brain_5(X))
& result_2(fn_stem_cell_differentiation_in_brain_2(X),fn_stem_cell_differentiation_in_brain_5(X))
& fn_stem_cell_differentiation_in_brain_10(X) = fn_brain_1(fn_stem_cell_differentiation_in_brain_11(X))
& fn_stem_cell_differentiation_in_brain_8(X) = fn_stem_cell_differentiation_1(X)
& fn_stem_cell_differentiation_in_brain_9(X) = fn_animal_cell_78(fn_stem_cell_differentiation_in_brain_8(X))
& fn_stem_cell_differentiation_in_brain_9(X) = fn_stem_cell_33(fn_stem_cell_differentiation_in_brain_8(X))
& fn_stem_cell_differentiation_in_brain_9(X) = fn_cell_differentiation_18(X)
& fn_stem_cell_differentiation_in_brain_7(X) = fn_cell_differentiation_2(X)
& fn_stem_cell_differentiation_in_brain_7(X) = fn_cell_differentiation_5(X)
& fn_stem_cell_differentiation_in_brain_6(X) = fn_cell_differentiation_20(X)
& fn_stem_cell_differentiation_in_brain_2(X) = fn_cell_differentiation_22(X)
& fn_stem_cell_differentiation_in_brain_5(X) = fn_cell_differentiation_21(X)
& fn_stem_cell_differentiation_in_brain_4(X) = fn_cell_differentiation_10(X)
& fn_stem_cell_differentiation_in_brain_3(X) = fn_cell_differentiation_9(X)
& fn_stem_cell_differentiation_in_brain_10(X) = fn_cell_differentiation_7(X)
& fn_animal_cell_78(fn_stem_cell_differentiation_in_brain_8(X)) = fn_stem_cell_33(fn_stem_cell_differentiation_in_brain_8(X))
& fn_stem_cell_33(fn_stem_cell_differentiation_in_brain_8(X)) = fn_stem_cell_33(fn_stem_cell_differentiation_in_brain_8(X))
& fn_stem_cell_33(fn_stem_cell_differentiation_in_brain_8(X)) = fn_cell_differentiation_18(X)
& fn_cell_differentiation_18(X) = fn_cell_differentiation_5(X)
& fn_cell_differentiation_5(X) = fn_cell_differentiation_2(X)
& fn_cell_differentiation_2(X) = fn_cell_differentiation_5(X)
& fn_cell_differentiation_5(X) = fn_brain_1(fn_stem_cell_differentiation_in_brain_11(X))
& fn_brain_1(fn_stem_cell_differentiation_in_brain_11(X)) = fn_cell_differentiation_7(X)
& fn_cell_differentiation_7(X) = fn_cell_differentiation_7(X) ) ) ).
fof(a532861,axiom,
! [X] :
( stem_organ_1(X)
=> ( original_name_2(X,'Stem-Organ')
& user_description_2(X,'A specialized center of plant function composed of stem tissue and specific to plants.')
& concept2words_2(X,'organ of stem')
& concept2words_2(X,'stem organ')
& concept2words_2(X,'stem-organ')
& plant_organ_1(X) ) ) ).
fof(a532862,axiom,
! [X] :
( steroid_1(X)
=> ( original_name_2(X,'Steroid')
& user_description_2(X,'A class of lipid molecules having a characteristic skeleton of four rings joined together and various chemical groups attached to them.')
& concept2words_2(X,steroid)
& lipid_1(X)
& unitless_value_1(fn_steroid_2(X))
& constant_motion_1(fn_steroid_5(X))
& kinetic_energy_1(fn_steroid_6(X))
& quantity_value_1(fn_steroid_7(X))
& speed_value_1(fn_steroid_8(X))
& hydrophobic_region_1(fn_steroid_9(X))
& repel_1(fn_steroid_10(X))
& carbon_1(fn_steroid_11(X))
& chemical_entity_1(fn_steroid_12(X))
& atom_1(fn_steroid_12(X))
& carbon_skeleton_1(fn_steroid_13(X))
& cyclohexane_1(fn_steroid_14(X))
& cyclopentane_1(fn_steroid_15(X))
& carbon_skeleton_1(fn_steroid_16(X))
& organic_molecule_1(fn_carbon_skeleton_3(fn_steroid_13(X)))
& carbon_1(fn_carbon_skeleton_4(fn_steroid_13(X)))
& atom_1(fn_carbon_skeleton_2(fn_steroid_13(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_steroid_13(X)))
& carbon_skeleton_1(fn_hydrocarbon_molecule_17(fn_steroid_15(X)))
& carbon_skeleton_1(fn_hydrocarbon_molecule_17(fn_steroid_14(X)))
& has_part_2(X,fn_steroid_15(X))
& has_part_2(X,fn_steroid_14(X))
& minCardinality(X,has_part_0,"20",carbon_0)
& exactCardinality(X,has_part_0,"3",cyclohexane_0)
& importance_2(X,fn_steroid_2(X))
& the_scalar_value_2(fn_steroid_2(X),high_0)
& scalar_unit_class_2(fn_steroid_2(X),lipid_0)
& has_region_2(fn_steroid_15(X),fn_steroid_16(X))
& has_region_2(fn_steroid_14(X),fn_steroid_16(X))
& is_inside_2(fn_steroid_11(X),fn_steroid_13(X))
& has_part_2(X,fn_steroid_11(X))
& fn_steroid_12(X) != fn_steroid_11(X)
& fn_steroid_11(X) != fn_steroid_12(X)
& has_part_2(X,fn_steroid_12(X))
& possesses_2(X,fn_steroid_6(X))
& quantity_2(fn_steroid_6(X),fn_steroid_7(X))
& directly_proportional_2(fn_steroid_8(X),fn_steroid_7(X))
& speed_2(fn_steroid_5(X),fn_steroid_8(X))
& object_2(fn_steroid_5(X),X)
& has_function_2(X,fn_steroid_10(X))
& site_2(fn_steroid_10(X),fn_steroid_9(X))
& has_region_2(X,fn_steroid_9(X))
& facilitates_2(fn_steroid_9(X),fn_steroid_10(X))
& agent_2(fn_steroid_10(X),X)
& has_region_2(X,fn_steroid_13(X))
& is_inside_2(fn_steroid_16(X),fn_steroid_13(X))
& fn_steroid_16(X) = fn_hydrocarbon_molecule_17(fn_steroid_15(X))
& fn_steroid_16(X) = fn_hydrocarbon_molecule_17(fn_steroid_14(X))
& X = fn_carbon_skeleton_3(fn_steroid_13(X))
& fn_steroid_12(X) = fn_carbon_skeleton_2(fn_steroid_13(X))
& fn_steroid_11(X) = fn_carbon_skeleton_4(fn_steroid_13(X))
& fn_steroid_4(X) = fn_molecule_2(X)
& fn_steroid_3(X) = fn_molecule_1(X)
& fn_steroid_12(X) = fn_molecule_7(X)
& fn_steroid_5(X) = fn_molecule_8(X)
& fn_steroid_8(X) = fn_molecule_3(X)
& fn_steroid_7(X) = fn_molecule_4(X)
& fn_steroid_6(X) = fn_molecule_12(X)
& fn_steroid_16(X) = fn_lipid_10(X)
& fn_steroid_13(X) = fn_lipid_14(X)
& fn_steroid_10(X) = fn_lipid_15(X)
& fn_steroid_9(X) = fn_lipid_16(X)
& fn_carbon_skeleton_2(fn_steroid_13(X)) = fn_carbon_skeleton_2(fn_steroid_13(X))
& fn_carbon_skeleton_2(fn_steroid_13(X)) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_hydrocarbon_molecule_17(fn_steroid_15(X))
& fn_hydrocarbon_molecule_17(fn_steroid_15(X)) = fn_hydrocarbon_molecule_17(fn_steroid_14(X))
& fn_hydrocarbon_molecule_17(fn_steroid_14(X)) = fn_lipid_10(X) ) ) ).
fof(a532863,axiom,
! [X] :
( steroid_hormone_1(X)
=> ( original_name_2(X,'Steroid-Hormone')
& user_description_2(X,'A steroid molecule that acts as a hormone.')
& concept2words_2(X,'hormone of steroid')
& concept2words_2(X,'steroid hormone')
& concept2words_2(X,'steroid-hormone')
& hydrophobic_compound_1(X)
& hormone_1(X)
& steroid_1(X)
& ~ cholesterol_1(X)
& ~ thyroid_hormone_1(X) ) ) ).
fof(a532864,axiom,
! [X] :
( steward_1(X)
=> ( original_name_2(X,'Steward')
& user_description_2(X,'F. C. Steward and his students at Cornell University demonstrated that whole plants could be regenerated from somatic (nonreproductive) cells dissected from a carrot.')
& concept2words_2(X,'fc steward')
& concept2words_2(X,'f.c.steward')
& concept2words_2(X,'frederic campion steward')
& concept2words_2(X,steward)
& biologist_1(X)
& ~ geneticist_1(X) ) ) ).
fof(a532865,axiom,
! [X] :
( steward_experiment_on_carrot_1(X)
=> ( original_name_2(X,'Steward-Experiment-On-Carrot')
& user_description_2(X,'In classic experiments conducted during the 1950s, F. C. Steward and his students at Cornell University demonstrated that whole plants could be regenerated from somatic (nonreproductive) cells dissected from a carrot.')
& concept2words_2(X,'steward experiment on carrot')
& concept2words_2(X,'steward-experiment-on-carrot')
& experiment_1(X)
& ~ anchor_cell_destruction_experiment_1(X)
& ~ bicoid_protein_hypothesis_experiment_1(X)
& ~ controlled_experiment_1(X)
& ~ meselson_and_stahl_experiment_1(X)
& ~ study_on_drosophila_by_morgan_1(X)
& ~ tomato_chimera_experiment_1(X)
& ~ undifferentiated_cell_nucleus_transplantation_to_frog_egg_1(X)
& transfer_1(fn_steward_experiment_on_carrot_1(X))
& regeneration_1(fn_steward_experiment_on_carrot_2(X))
& somatic_cell_1(fn_steward_experiment_on_carrot_3(X))
& carrot_1(fn_steward_experiment_on_carrot_4(X))
& carrot_plant_1(fn_steward_experiment_on_carrot_5(X))
& clone_1(fn_steward_experiment_on_carrot_5(X))
& test_tube_cloning_1(fn_steward_experiment_on_carrot_6(X))
& steward_1(fn_steward_experiment_on_carrot_7(X))
& store_1(fn_steward_experiment_on_carrot_8(X))
& parent_1(fn_steward_experiment_on_carrot_9(X))
& event_1(fn_organism_role_2(fn_steward_experiment_on_carrot_9(X)))
& study_1(fn_scientist_2(fn_steward_experiment_on_carrot_7(X)))
& destination_2(fn_steward_experiment_on_carrot_1(X),fn_steward_experiment_on_carrot_4(X))
& base_2(fn_steward_experiment_on_carrot_2(X),fn_steward_experiment_on_carrot_3(X))
& result_2(fn_steward_experiment_on_carrot_2(X),fn_steward_experiment_on_carrot_5(X))
& base_2(X,fn_steward_experiment_on_carrot_4(X))
& result_2(X,fn_steward_experiment_on_carrot_5(X))
& subevent_2(X,fn_steward_experiment_on_carrot_6(X))
& subevent_2(X,fn_steward_experiment_on_carrot_2(X))
& in_event_2(fn_steward_experiment_on_carrot_9(X),fn_steward_experiment_on_carrot_8(X))
& agent_2(X,fn_steward_experiment_on_carrot_7(X))
& fn_steward_experiment_on_carrot_8(X) = fn_organism_role_2(fn_steward_experiment_on_carrot_9(X))
& X = fn_scientist_2(fn_steward_experiment_on_carrot_7(X)) ) ) ).
fof(a532866,axiom,
! [X] :
( stickleback_1(X)
=> ( original_name_2(X,'Stickleback')
& user_description_2(X,'A fish of the family Gasterosteidae, characterized by strong spines in the dorsal fin. Sticklebacks do not have scales but some are covered with bony plates.')
& concept2words_2(X,stickleback)
& ray_finned_fish_1(X)
& ~ actinopterygii_1(X)
& ~ sunfish_1(X) ) ) ).
fof(a532867,axiom,
! [X] :
( stickleback_fish_mating_behavior_1(X)
=> ( original_name_2(X,'Stickleback-Fish-Mating-Behavior')
& user_description_2(X,'An example of an innate courting behavior in which courtship succeeds only if the female displays a swollen belly, which is full of eggs, and the male demonstrates that he has built a nest.')
& concept2words_2(X,'stickleback fish mating behavior')
& concept2words_2(X,'stickleback-fish-mating-behavior')
& innate_behavior_1(X)
& mating_1(X)
& ~ monogamous_mating_1(X)
& ~ polyandry_1(X)
& ~ polygamous_mating_1(X)
& ~ polygyny_1(X)
& ~ promiscuous_mating_1(X) ) ) ).
fof(a532868,axiom,
! [X] :
( sticky_end_fragment_1(X)
=> ( original_name_2(X,'Sticky-End-Fragment')
& user_description_2(X,'A single-stranded end of a double-stranded staggered cut restriction fragment.')
& concept2words_2(X,'sticky end')
& concept2words_2(X,'sticky end fragment')
& concept2words_2(X,'sticky-end-fragment')
& restriction_fragment_1(X)
& ~ blunt_end_fragment_1(X)
& ~ restriction_fragment_length_polymorphism_1(X)
& hydrogen_bond_1(fn_sticky_end_fragment_1(X))
& dna_ligase_1(fn_sticky_end_fragment_2(X))
& staggered_cut_1(fn_sticky_end_fragment_3(X))
& spatial_entity_1(fn_sticky_end_fragment_4(X))
& sticky_end_fragment_1(fn_sticky_end_fragment_4(X))
& attach_1(fn_sticky_end_fragment_5(X))
& speed_value_1(fn_sticky_end_fragment_6(X))
& quantity_value_1(fn_sticky_end_fragment_7(X))
& size_value_1(fn_sticky_end_fragment_8(X))
& monomer_1(fn_sticky_end_fragment_9(X))
& size_value_1(fn_sticky_end_fragment_10(X))
& kinetic_energy_1(fn_sticky_end_fragment_11(X))
& monomer_1(fn_sticky_end_fragment_12(X))
& constant_motion_1(fn_sticky_end_fragment_13(X))
& dna_piece_1(fn_dna_ligase_11(fn_sticky_end_fragment_2(X)))
& spatial_entity_1(fn_attach_2(fn_sticky_end_fragment_5(X)))
& sticky_end_fragment_1(fn_staggered_cut_4(fn_sticky_end_fragment_3(X)))
& attach_1(fn_dna_ligase_7(fn_sticky_end_fragment_2(X)))
& attach_1(fn_dna_ligase_12(fn_sticky_end_fragment_2(X)))
& first_element_2(X,fn_sticky_end_fragment_12(X))
& instrument_2(fn_sticky_end_fragment_5(X),fn_sticky_end_fragment_1(X))
& size_2(fn_sticky_end_fragment_12(X),fn_sticky_end_fragment_8(X))
& next_element_2(fn_sticky_end_fragment_12(X),fn_sticky_end_fragment_9(X))
& base_2(fn_sticky_end_fragment_5(X),fn_sticky_end_fragment_4(X))
& result_2(fn_sticky_end_fragment_3(X),fn_sticky_end_fragment_4(X))
& agent_2(fn_sticky_end_fragment_5(X),fn_sticky_end_fragment_2(X))
& object_2(fn_sticky_end_fragment_5(X),X)
& first_element_2(X,fn_sticky_end_fragment_9(X))
& next_element_2(fn_sticky_end_fragment_9(X),fn_sticky_end_fragment_12(X))
& element_2(X,fn_sticky_end_fragment_12(X))
& element_2(X,fn_sticky_end_fragment_9(X))
& size_2(fn_sticky_end_fragment_9(X),fn_sticky_end_fragment_8(X))
& size_2(X,fn_sticky_end_fragment_10(X))
& greater_than_2(fn_sticky_end_fragment_10(X),fn_sticky_end_fragment_8(X))
& possesses_2(X,fn_sticky_end_fragment_11(X))
& quantity_2(fn_sticky_end_fragment_11(X),fn_sticky_end_fragment_7(X))
& directly_proportional_2(fn_sticky_end_fragment_6(X),fn_sticky_end_fragment_7(X))
& speed_2(fn_sticky_end_fragment_13(X),fn_sticky_end_fragment_6(X))
& object_2(fn_sticky_end_fragment_13(X),X)
& fn_sticky_end_fragment_4(X) = fn_attach_2(fn_sticky_end_fragment_5(X))
& fn_sticky_end_fragment_4(X) = fn_staggered_cut_4(fn_sticky_end_fragment_3(X))
& X = fn_dna_ligase_11(fn_sticky_end_fragment_2(X))
& fn_sticky_end_fragment_5(X) = fn_dna_ligase_7(fn_sticky_end_fragment_2(X))
& fn_sticky_end_fragment_5(X) = fn_dna_ligase_12(fn_sticky_end_fragment_2(X))
& fn_sticky_end_fragment_12(X) = fn_restriction_fragment_11(X)
& fn_sticky_end_fragment_9(X) = fn_restriction_fragment_10(X)
& fn_sticky_end_fragment_16(X) = fn_restriction_fragment_2(X)
& fn_sticky_end_fragment_14(X) = fn_restriction_fragment_8(X)
& fn_sticky_end_fragment_17(X) = fn_restriction_fragment_1(X)
& fn_sticky_end_fragment_15(X) = fn_restriction_fragment_9(X)
& fn_sticky_end_fragment_8(X) = fn_restriction_fragment_15(X)
& fn_sticky_end_fragment_10(X) = fn_restriction_fragment_14(X)
& fn_sticky_end_fragment_13(X) = fn_restriction_fragment_13(X)
& fn_sticky_end_fragment_6(X) = fn_restriction_fragment_3(X)
& fn_sticky_end_fragment_7(X) = fn_restriction_fragment_4(X)
& fn_sticky_end_fragment_11(X) = fn_restriction_fragment_12(X)
& fn_attach_2(fn_sticky_end_fragment_5(X)) = fn_staggered_cut_4(fn_sticky_end_fragment_3(X))
& fn_staggered_cut_4(fn_sticky_end_fragment_3(X)) = fn_dna_ligase_12(fn_sticky_end_fragment_2(X))
& fn_dna_ligase_12(fn_sticky_end_fragment_2(X)) = fn_dna_ligase_7(fn_sticky_end_fragment_2(X))
& fn_dna_ligase_7(fn_sticky_end_fragment_2(X)) = fn_dna_ligase_12(fn_sticky_end_fragment_2(X)) ) ) ).
fof(a532869,axiom,
! [X] :
( stigma_1(X)
=> ( original_name_2(X,'Stigma')
& user_description_2(X,'The receptive tip of a carpel, which traps pollen grains.')
& concept2words_2(X,stigma)
& flower_organ_1(X) ) ) ).
fof(a532870,axiom,
! [X] :
( stimulus_1(X)
=> ( original_name_2(X,'Stimulus')
& user_description_2(X,'Entity that serves as a signal that can be perceived by another entity.')
& concept2words_2(X,stimuli)
& concept2words_2(X,stimulus)
& entity_1(X)
& signal_1(fn_stimulus_1(X))
& plays_2(X,fn_stimulus_1(X)) ) ) ).
fof(a532871,axiom,
! [X] :
( stimulus_generation_1(X)
=> ( original_name_2(X,'Stimulus-Generation')
& user_description_2(X,'The generation or production of an event, molecule or signal that results in a response.')
& concept2words_2(X,'generation of stimulus')
& concept2words_2(X,'stimulus generation')
& concept2words_2(X,'stimulus-generation')
& activity_1(X)
& stimulus_1(fn_stimulus_generation_1(X))
& result_2(X,fn_stimulus_generation_1(X)) ) ) ).
fof(a532872,axiom,
! [X] :
( stipe_1(X)
=> ( original_name_2(X,'Stipe')
& user_description_2(X,'The stemlike support structure of marine macroalgae.')
& concept2words_2(X,stipe)
& protist_structure_1(X) ) ) ).
fof(a532873,axiom,
! [X] :
( stock_1(X)
=> ( original_name_2(X,'Stock')
& user_description_2(X,'A plant with a healthy rootstock, onto which a scion can be grafted.')
& concept2words_2(X,'root stock')
& concept2words_2(X,'root-stock')
& concept2words_2(X,stock)
& terrestrial_plant_1(X) ) ) ).
fof(a532874,axiom,
! [X] :
( stolon_1(X)
=> ( original_name_2(X,'Stolon')
& user_description_2(X,'A horizontal connection between organisms. In plants, a stolon is a horizontal branch arising from the base of a plant and from which new plants can grow. In colonial marine invertebrates, a stolon connects the individual units of the colony.')
& concept2words_2(X,'adventitious root source')
& concept2words_2(X,stolon)
& stem_organ_1(X)
& plant_appendage_1(X) ) ) ).
fof(a532875,axiom,
! [X] :
( stoma_1(X)
=> ( original_name_2(X,'Stoma')
& user_description_2(X,'A pore bordered by guard cells in the epidermal tissue of leaves and stems, that allows gases to exchange between the atmosphere and the internal space of a plant.')
& concept2words_2(X,stomata)
& concept2words_2(X,stoma)
& pore_1(X)
& plant_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X)
& guard_cell_1(fn_stoma_1(X))
& guard_cell_1(fn_stoma_2(X))
& size_value_1(fn_stoma_4(X))
& air_space_1(fn_stoma_5(X))
& spatial_entity_1(fn_stoma_6(X))
& co2_gas_1(fn_stoma_6(X))
& enter_1(fn_stoma_7(X))
& o2_gas_1(fn_stoma_8(X))
& exit_1(fn_stoma_9(X))
& atmosphere_1(fn_stoma_10(X))
& portal_1(fn_stoma_11(X))
& plant_organ_1(fn_stoma_12(X))
& spatial_entity_1(fn_locomotion_1(fn_stoma_9(X)))
& spatial_entity_1(fn_conduit_1(fn_stoma_11(X)))
& tangible_entity_1(fn_move_into_1(fn_stoma_7(X)))
& tangible_entity_1(fn_move_out_of_1(fn_stoma_9(X)))
& spatial_entity_1(fn_locomotion_1(fn_stoma_7(X)))
& co2_gas_1(fn_atmosphere_3(fn_stoma_10(X)))
& the_scalar_value_2(fn_stoma_4(X),big_0)
& scalar_unit_class_2(fn_stoma_4(X),region_0)
& size_2(fn_stoma_5(X),fn_stoma_4(X))
& is_inside_2(fn_stoma_5(X),fn_stoma_12(X))
& path_2(fn_stoma_7(X),X)
& destination_2(fn_stoma_7(X),fn_stoma_5(X))
& origin_2(fn_stoma_7(X),fn_stoma_10(X))
& has_function_2(X,fn_stoma_9(X))
& has_function_2(X,fn_stoma_7(X))
& is_between_2(X,fn_stoma_1(X))
& is_between_2(X,fn_stoma_2(X))
& path_2(fn_stoma_9(X),X)
& origin_2(fn_stoma_9(X),fn_stoma_5(X))
& destination_2(fn_stoma_9(X),fn_stoma_10(X))
& base_2(fn_stoma_7(X),fn_stoma_12(X))
& base_2(fn_stoma_9(X),fn_stoma_12(X))
& agent_2(fn_stoma_7(X),fn_stoma_6(X))
& object_2(fn_stoma_7(X),fn_stoma_6(X))
& agent_2(fn_stoma_9(X),fn_stoma_8(X))
& object_2(fn_stoma_9(X),fn_stoma_8(X))
& plays_2(X,fn_stoma_11(X))
& is_inside_2(fn_stoma_6(X),fn_stoma_10(X))
& fn_stoma_12(X) = fn_move_into_1(fn_stoma_7(X))
& fn_stoma_12(X) = fn_move_out_of_1(fn_stoma_9(X))
& fn_stoma_6(X) = fn_locomotion_1(fn_stoma_7(X))
& fn_stoma_8(X) = fn_locomotion_1(fn_stoma_9(X))
& X = fn_conduit_1(fn_stoma_11(X))
& fn_stoma_6(X) = fn_atmosphere_3(fn_stoma_10(X))
& fn_move_into_1(fn_stoma_7(X)) = fn_move_out_of_1(fn_stoma_9(X))
& fn_move_out_of_1(fn_stoma_9(X)) = fn_locomotion_1(fn_stoma_7(X))
& fn_locomotion_1(fn_stoma_7(X)) = fn_locomotion_1(fn_stoma_7(X))
& fn_locomotion_1(fn_stoma_7(X)) = fn_atmosphere_3(fn_stoma_10(X)) ) ) ).
fof(a532876,axiom,
! [X] :
( stomach_1(X)
=> ( original_name_2(X,'Stomach')
& user_description_2(X,'The stomach is a muscular, hollow, dilated part of the alimentary canal which functions as the primary organ of the digestive tract.')
& concept2words_2(X,stomach)
& digestive_organ_1(X)
& cavity_1(fn_stomach_1(X))
& biological_region_1(fn_stomach_2(X))
& biological_region_1(fn_stomach_3(X))
& proximal_1(fn_stomach_4(X))
& distal_1(fn_stomach_5(X))
& lining_1(fn_stomach_7(X))
& epithelium_1(fn_stomach_8(X))
& consistency_value_1(fn_stomach_9(X))
& shape_value_1(fn_stomach_11(X))
& pepsin_1(fn_stomach_12(X))
& ph_value_1(fn_stomach_13(X))
& lysosome_1(fn_stomach_14(X))
& cavity_1(fn_stomach_16(X))
& release_1(fn_stomach_17(X))
& gastrin_1(fn_stomach_18(X))
& gastric_gland_1(fn_stomach_19(X))
& tissue_1(fn_stomach_20(X))
& eukaryotic_cell_1(fn_stomach_21(X))
& food_1(fn_stomach_22(X))
& substance_1(fn_stomach_23(X))
& container_1(fn_stomach_24(X))
& store_1(fn_stomach_25(X))
& produce_1(fn_stomach_26(X))
& entity_1(fn_stomach_27(X))
& tangible_entity_1(fn_stomach_27(X))
& release_1(fn_stomach_28(X))
& blood_1(fn_stomach_29(X))
& carry_1(fn_stomach_30(X))
& tangible_entity_1(fn_carry_1(fn_stomach_30(X)))
& tangible_entity_1(fn_release_2(fn_stomach_28(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_stomach_20(X)))
& container_1(fn_store_3(fn_stomach_25(X)))
& spatial_entity_1(fn_move_1(fn_stomach_30(X)))
& tangible_entity_1(fn_release_1(fn_stomach_17(X)))
& entity_1(fn_store_1(fn_stomach_25(X)))
& tangible_entity_1(fn_food_3(fn_stomach_22(X)))
& entity_1(fn_create_1(fn_stomach_26(X)))
& tangible_entity_1(fn_release_1(fn_stomach_28(X)))
& tangible_entity_1(fn_release_2(fn_stomach_17(X)))
& spatial_entity_1(fn_store_2(fn_stomach_25(X)))
& destination_2(fn_stomach_30(X),fn_stomach_3(X))
& origin_2(fn_stomach_30(X),fn_stomach_2(X))
& is_inside_2(fn_stomach_27(X),fn_stomach_19(X))
& next_event_2(fn_stomach_26(X),fn_stomach_28(X))
& has_region_2(fn_stomach_7(X),fn_stomach_1(X))
& consistency_2(fn_stomach_8(X),fn_stomach_9(X))
& the_categorical_value_2(fn_stomach_9(X),elastic_0)
& the_categorical_value_2(fn_stomach_11(X),hollow_volume_0)
& is_inside_2(fn_stomach_12(X),fn_stomach_16(X))
& has_part_2(X,fn_stomach_19(X))
& has_part_2(X,fn_stomach_8(X))
& shape_2(X,fn_stomach_11(X))
& has_function_2(X,fn_stomach_17(X))
& has_function_2(X,fn_stomach_25(X))
& has_region_2(X,fn_stomach_3(X))
& has_region_2(X,fn_stomach_2(X))
& has_region_2(X,fn_stomach_5(X))
& has_region_2(X,fn_stomach_4(X))
& has_region_2(X,fn_stomach_7(X))
& has_region_2(X,fn_stomach_16(X))
& the_scalar_value_2(fn_stomach_13(X),acidic_0)
& scalar_unit_class_2(fn_stomach_13(X),solution_0)
& has_part_2(fn_stomach_21(X),fn_stomach_14(X))
& is_inside_2(fn_stomach_19(X),fn_stomach_7(X))
& is_at_2(fn_stomach_19(X),fn_stomach_1(X))
& is_inside_2(fn_stomach_18(X),X)
& agent_2(fn_stomach_30(X),fn_stomach_29(X))
& object_2(fn_stomach_30(X),fn_stomach_18(X))
& object_2(fn_stomach_17(X),fn_stomach_18(X))
& base_2(fn_stomach_28(X),fn_stomach_19(X))
& object_2(fn_stomach_25(X),fn_stomach_23(X))
& result_2(fn_stomach_26(X),fn_stomach_27(X))
& plays_2(fn_stomach_23(X),fn_stomach_22(X))
& has_part_2(fn_stomach_20(X),fn_stomach_21(X))
& base_2(fn_stomach_17(X),X)
& has_part_2(X,fn_stomach_20(X))
& object_2(fn_stomach_28(X),fn_stomach_27(X))
& base_2(fn_stomach_25(X),X)
& plays_2(X,fn_stomach_24(X))
& in_event_2(fn_stomach_24(X),fn_stomach_25(X))
& fn_stomach_29(X) = fn_carry_1(fn_stomach_30(X))
& fn_stomach_18(X) = fn_move_1(fn_stomach_30(X))
& fn_stomach_18(X) = fn_release_1(fn_stomach_17(X))
& fn_stomach_19(X) = fn_release_2(fn_stomach_28(X))
& fn_stomach_23(X) = fn_store_1(fn_stomach_25(X))
& fn_stomach_27(X) = fn_create_1(fn_stomach_26(X))
& fn_stomach_23(X) = fn_food_3(fn_stomach_22(X))
& fn_stomach_21(X) = fn_tissue_1(fn_stomach_20(X))
& X = fn_release_2(fn_stomach_17(X))
& fn_stomach_20(X) = fn_organ_1(X)
& fn_stomach_27(X) = fn_release_1(fn_stomach_28(X))
& fn_stomach_24(X) = fn_store_3(fn_stomach_25(X))
& X = fn_store_2(fn_stomach_25(X))
& fn_move_1(fn_stomach_30(X)) = fn_release_1(fn_stomach_17(X))
& fn_release_1(fn_stomach_17(X)) = fn_store_1(fn_stomach_25(X))
& fn_store_1(fn_stomach_25(X)) = fn_food_3(fn_stomach_22(X))
& fn_food_3(fn_stomach_22(X)) = fn_create_1(fn_stomach_26(X))
& fn_create_1(fn_stomach_26(X)) = fn_release_1(fn_stomach_28(X))
& fn_release_1(fn_stomach_28(X)) = fn_release_2(fn_stomach_17(X))
& fn_release_2(fn_stomach_17(X)) = fn_store_2(fn_stomach_25(X))
& fn_store_2(fn_stomach_25(X)) = fn_store_2(fn_stomach_25(X)) ) ) ).
fof(a532877,axiom,
! [X] :
( stone_1(X)
=> ( original_name_2(X,'Stone')
& concept2words_2(X,stone)
& concept2words_2(X,rock)
& solid_substance_1(X)
& ~ wood_1(X)
& ~ tissue_1(X)
& ~ rubber_1(X)
& ~ plastic_1(X)
& ~ paper_1(X)
& ~ glass_1(X)
& ~ pellet_1(X)
& ~ solid_support_1(X) ) ) ).
fof(a532878,axiom,
! [X] :
( stop_1(X)
=> ( original_name_2(X,'STOP')
& user_description_2(X,'An action to bring something to halt.')
& concept2words_2(X,stop)
& terminate_1(X) ) ) ).
fof(a532879,axiom,
! [X] :
( stop_codon_1(X)
=> ( original_name_2(X,'Stop-codon')
& user_description_2(X,'Stop codon is a triplet of nucleotide present on the mRNA which does not code for any amino acid and thus causes termination of translation. UAA, UAG, and UGA are the examples of stop codons')
& concept2words_2(X,'codon of stop')
& concept2words_2(X,'stop codon')
& concept2words_2(X,'stop-codon')
& codon_1(X) ) ) ).
fof(a532880,axiom,
! [X] :
( stop_signal_1(X)
=> ( original_name_2(X,'Stop-Signal')
& user_description_2(X,'Message or instructions, carried by a molecule or electrical pulse, which terminates a biological process.')
& concept2words_2(X,'signal of stop')
& concept2words_2(X,'stop signal')
& concept2words_2(X,'stop-signal')
& signal_1(X) ) ) ).
fof(a532881,axiom,
! [X] :
( storage_cell_1(X)
=> ( original_name_2(X,'Storage-Cell')
& user_description_2(X,'These are cells specialized to perform particular jobs such as storage.')
& concept2words_2(X,'cell of storage')
& concept2words_2(X,'storage cell')
& concept2words_2(X,'storage-cell')
& eukaryotic_cell_1(X)
& cell_state_1(X)
& golgi_apparatus_1(fn_storage_cell_1(X))
& ribosome_1(fn_storage_cell_4(X))
& eukaryotic_ribosome_1(fn_storage_cell_4(X))
& eukaryotic_chromosome_1(fn_storage_cell_5(X))
& chromosome_1(fn_storage_cell_5(X))
& tangible_entity_1(fn_storage_cell_6(X))
& nucleus_1(fn_storage_cell_6(X))
& facilitated_diffusion_of_polar_molecule_1(fn_storage_cell_7(X))
& outside_face_1(fn_storage_cell_8(X))
& extracellular_side_1(fn_storage_cell_8(X))
& tangible_entity_1(fn_storage_cell_9(X))
& membrane_protein_1(fn_storage_cell_9(X))
& protein_1(fn_storage_cell_9(X))
& spatial_entity_1(fn_storage_cell_9(X))
& polymer_1(fn_storage_cell_9(X))
& attach_1(fn_storage_cell_10(X))
& substance_1(fn_storage_cell_11(X))
& cytosol_1(fn_storage_cell_11(X))
& surface_1(fn_storage_cell_12(X))
& size_value_1(fn_storage_cell_13(X))
& volume_value_1(fn_storage_cell_14(X))
& tangible_entity_1(fn_storage_cell_15(X))
& phospholipid_bilayer_1(fn_storage_cell_15(X))
& membrane_protein_1(fn_storage_cell_16(X))
& protein_1(fn_storage_cell_16(X))
& spatial_entity_1(fn_storage_cell_16(X))
& polymer_1(fn_storage_cell_16(X))
& tangible_entity_1(fn_storage_cell_16(X))
& transmembrane_protein_1(fn_storage_cell_16(X))
& integral_protein_1(fn_storage_cell_16(X))
& transport_protein_1(fn_storage_cell_16(X))
& hydrophobic_core_1(fn_storage_cell_17(X))
& endergonic_reaction_1(fn_storage_cell_18(X))
& synthesis_reaction_1(fn_storage_cell_18(X))
& metabolic_pathway_1(fn_storage_cell_18(X))
& chemical_reaction_1(fn_storage_cell_18(X))
& anabolic_pathway_1(fn_storage_cell_18(X))
& synthesis_of_lipid_1(fn_storage_cell_18(X))
& mixture_1(fn_storage_cell_19(X))
& cytoplasm_1(fn_storage_cell_19(X))
& membrane_1(fn_storage_cell_20(X))
& spatial_entity_1(fn_storage_cell_20(X))
& biomembrane_1(fn_storage_cell_20(X))
& plasma_membrane_1(fn_storage_cell_20(X))
& protein_enzyme_1(fn_storage_cell_21(X))
& smooth_endoplasmic_reticulum_1(fn_storage_cell_22(X))
& eukaryotic_cellular_respiration_1(fn_storage_cell_23(X))
& fat_1(fn_storage_cell_24(X))
& store_1(fn_storage_cell_25(X))
& synthesis_of_atp_1(fn_storage_cell_26(X))
& semiautonomous_organelle_1(fn_storage_cell_27(X))
& mitochondrion_1(fn_storage_cell_27(X))
& organelle_1(fn_storage_cell_27(X))
& endoplasmic_reticulum_1(fn_storage_cell_28(X))
& rough_endoplasmic_reticulum_1(fn_storage_cell_28(X))
& protein_enzyme_1(fn_storage_cell_29(X))
& synthesis_of_endomembranous_system_membrane_1(fn_storage_cell_30(X))
& er_membrane_1(fn_storage_cell_31(X))
& chemical_energy_1(fn_storage_cell_32(X))
& container_1(fn_storage_cell_33(X))
& store_1(fn_storage_cell_34(X))
& cellular_work_1(fn_storage_cell_35(X))
& entity_1(fn_store_1(fn_storage_cell_25(X)))
& entity_1(fn_store_1(fn_storage_cell_34(X)))
& container_1(fn_store_3(fn_storage_cell_34(X)))
& container_1(fn_store_3(fn_storage_cell_25(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_storage_cell_20(X)))
& property_node_1(fn_golgi_apparatus_11(fn_storage_cell_1(X)))
& property_node_1(fn_golgi_apparatus_10(fn_storage_cell_1(X)))
& size_value_1(fn_golgi_apparatus_87(fn_storage_cell_1(X)))
& volume_value_1(fn_golgi_apparatus_86(fn_storage_cell_1(X)))
& eukaryotic_chromosome_1(fn_golgi_apparatus_15(fn_storage_cell_1(X)))
& chromosome_1(fn_golgi_apparatus_15(fn_storage_cell_1(X)))
& synthesis_of_atp_1(fn_golgi_apparatus_88(fn_storage_cell_1(X)))
& protein_enzyme_1(fn_golgi_apparatus_92(fn_storage_cell_1(X)))
& smooth_endoplasmic_reticulum_1(fn_golgi_apparatus_93(fn_storage_cell_1(X)))
& endoplasmic_reticulum_1(fn_golgi_apparatus_65(fn_storage_cell_1(X)))
& rough_endoplasmic_reticulum_1(fn_golgi_apparatus_65(fn_storage_cell_1(X)))
& tangible_entity_1(fn_biomembrane_63(fn_storage_cell_20(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_storage_cell_20(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_storage_cell_20(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_storage_cell_20(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_storage_cell_20(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_storage_cell_20(X)))
& protein_1(fn_plasma_membrane_68(fn_storage_cell_20(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_storage_cell_20(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_storage_cell_20(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_storage_cell_20(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_storage_cell_20(X)))
& protein_1(fn_plasma_membrane_54(fn_storage_cell_20(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_storage_cell_20(X)))
& polymer_1(fn_plasma_membrane_54(fn_storage_cell_20(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_storage_cell_20(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_storage_cell_20(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_storage_cell_20(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_storage_cell_20(X)))
& outside_face_1(fn_biomembrane_41(fn_storage_cell_20(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_storage_cell_20(X)))
& substance_1(fn_golgi_apparatus_91(fn_storage_cell_1(X)))
& cytosol_1(fn_golgi_apparatus_91(fn_storage_cell_1(X)))
& attach_1(fn_plasma_membrane_52(fn_storage_cell_20(X)))
& attach_1(fn_golgi_apparatus_85(fn_storage_cell_1(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_storage_cell_7(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_storage_cell_7(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_storage_cell_7(X)))
& spatial_entity_1(fn_golgi_apparatus_82(fn_storage_cell_1(X)))
& biomembrane_1(fn_golgi_apparatus_82(fn_storage_cell_1(X)))
& plasma_membrane_1(fn_golgi_apparatus_82(fn_storage_cell_1(X)))
& tangible_entity_1(fn_golgi_apparatus_90(fn_storage_cell_1(X)))
& nucleus_1(fn_golgi_apparatus_90(fn_storage_cell_1(X)))
& synthesis_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_storage_cell_30(X)))
& chemical_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_storage_cell_30(X)))
& anabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_storage_cell_30(X)))
& metabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_storage_cell_30(X)))
& endergonic_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_storage_cell_30(X)))
& synthesis_of_lipid_1(fn_synthesis_of_endomembranous_system_membrane_59(fn_storage_cell_30(X)))
& synthesis_reaction_1(fn_golgi_apparatus_89(fn_storage_cell_1(X)))
& metabolic_pathway_1(fn_golgi_apparatus_89(fn_storage_cell_1(X)))
& chemical_reaction_1(fn_golgi_apparatus_89(fn_storage_cell_1(X)))
& anabolic_pathway_1(fn_golgi_apparatus_89(fn_storage_cell_1(X)))
& synthesis_of_lipid_1(fn_golgi_apparatus_89(fn_storage_cell_1(X)))
& spatial_entity_1(fn_store_2(fn_storage_cell_34(X)))
& spatial_entity_1(fn_store_2(fn_storage_cell_25(X)))
& tangible_entity_1(fn_golgi_apparatus_22(fn_storage_cell_1(X)))
& cell_1(fn_golgi_apparatus_22(fn_storage_cell_1(X)))
& eukaryotic_cell_1(fn_golgi_apparatus_22(fn_storage_cell_1(X)))
& has_part_2(fn_storage_cell_19(X),fn_storage_cell_21(X))
& is_inside_2(fn_storage_cell_21(X),fn_storage_cell_31(X))
& fn_storage_cell_21(X) != fn_storage_cell_29(X)
& site_2(fn_storage_cell_23(X),fn_storage_cell_19(X))
& has_function_2(fn_storage_cell_28(X),fn_storage_cell_30(X))
& fn_storage_cell_29(X) != fn_storage_cell_21(X)
& by_means_of_2(fn_storage_cell_34(X),fn_storage_cell_25(X))
& object_2(fn_storage_cell_25(X),fn_storage_cell_24(X))
& object_2(fn_storage_cell_34(X),fn_storage_cell_32(X))
& path_2(fn_storage_cell_7(X),fn_storage_cell_20(X))
& base_2(fn_storage_cell_34(X),X)
& object_2(fn_storage_cell_10(X),fn_storage_cell_16(X))
& subevent_2(fn_storage_cell_30(X),fn_storage_cell_18(X))
& first_subevent_2(fn_storage_cell_30(X),fn_storage_cell_18(X))
& base_2(fn_storage_cell_25(X),X)
& plays_2(X,fn_storage_cell_33(X))
& in_event_2(fn_storage_cell_33(X),fn_storage_cell_34(X))
& is_inside_2(fn_storage_cell_19(X),fn_storage_cell_20(X))
& is_between_2(fn_storage_cell_19(X),fn_storage_cell_6(X))
& has_region_2(X,fn_storage_cell_12(X))
& is_at_2(fn_storage_cell_15(X),fn_storage_cell_12(X))
& has_part_2(fn_storage_cell_19(X),fn_storage_cell_11(X))
& has_part_2(fn_storage_cell_19(X),fn_storage_cell_29(X))
& is_inside_2(fn_storage_cell_29(X),fn_storage_cell_31(X))
& is_inside_2(fn_storage_cell_27(X),fn_storage_cell_11(X))
& is_inside_2(fn_storage_cell_4(X),fn_storage_cell_11(X))
& has_part_2(X,fn_storage_cell_4(X))
& has_part_2(X,fn_storage_cell_19(X))
& is_between_2(fn_storage_cell_19(X),fn_storage_cell_20(X))
& has_function_2(X,fn_storage_cell_23(X))
& base_2(fn_storage_cell_23(X),X)
& has_function_2(X,fn_storage_cell_35(X))
& base_2(fn_storage_cell_35(X),X)
& has_part_2(X,fn_storage_cell_27(X))
& is_at_2(fn_storage_cell_16(X),fn_storage_cell_20(X))
& is_across_2(fn_storage_cell_16(X),fn_storage_cell_20(X))
& has_part_2(fn_storage_cell_20(X),fn_storage_cell_9(X))
& called_2(fn_storage_cell_9(X),'MP2')
& has_part_2(fn_storage_cell_20(X),fn_storage_cell_16(X))
& is_inside_2(fn_storage_cell_16(X),fn_storage_cell_15(X))
& has_part_2(fn_storage_cell_20(X),fn_storage_cell_15(X))
& fn_storage_cell_9(X) != fn_storage_cell_16(X)
& fn_storage_cell_16(X) != fn_storage_cell_9(X)
& has_region_2(fn_storage_cell_20(X),fn_storage_cell_8(X))
& is_outside_2(fn_storage_cell_8(X),fn_storage_cell_20(X))
& has_region_2(fn_storage_cell_20(X),fn_storage_cell_17(X))
& is_across_2(fn_storage_cell_16(X),fn_storage_cell_17(X))
& has_region_2(fn_storage_cell_16(X),fn_storage_cell_8(X))
& is_inside_2(fn_storage_cell_1(X),fn_storage_cell_11(X))
& base_2(fn_storage_cell_10(X),fn_storage_cell_20(X))
& size_2(X,fn_storage_cell_13(X))
& volume_2(X,fn_storage_cell_14(X))
& directly_proportional_2(fn_storage_cell_13(X),fn_storage_cell_14(X))
& the_scalar_value_2(fn_storage_cell_13(X),big_0)
& scalar_unit_class_2(fn_storage_cell_13(X),prokaryote_0)
& has_part_2(X,fn_storage_cell_22(X))
& has_part_2(X,fn_storage_cell_5(X))
& is_inside_2(fn_storage_cell_5(X),fn_storage_cell_6(X))
& has_part_2(X,fn_storage_cell_6(X))
& has_part_2(X,fn_storage_cell_20(X))
& fn_storage_cell_28(X) != fn_storage_cell_22(X)
& site_2(fn_storage_cell_18(X),fn_storage_cell_22(X))
& agent_2(fn_storage_cell_18(X),fn_storage_cell_21(X))
& agent_2(fn_storage_cell_26(X),fn_storage_cell_21(X))
& base_2(fn_storage_cell_26(X),X)
& fn_storage_cell_22(X) != fn_storage_cell_28(X)
& has_part_2(X,fn_storage_cell_1(X))
& has_part_2(X,fn_storage_cell_28(X))
& abuts_2(fn_storage_cell_28(X),fn_storage_cell_22(X))
& has_function_2(fn_storage_cell_22(X),fn_storage_cell_18(X))
& base_2(fn_storage_cell_18(X),X)
& abuts_2(fn_storage_cell_22(X),fn_storage_cell_28(X))
& fn_storage_cell_24(X) = fn_store_1(fn_storage_cell_25(X))
& fn_storage_cell_32(X) = fn_store_1(fn_storage_cell_34(X))
& fn_storage_cell_20(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_storage_cell_7(X))
& fn_storage_cell_10(X) = fn_plasma_membrane_52(fn_storage_cell_20(X))
& fn_storage_cell_18(X) = fn_synthesis_of_endomembranous_system_membrane_59(fn_storage_cell_30(X))
& X = fn_store_2(fn_storage_cell_34(X))
& fn_storage_cell_33(X) = fn_store_3(fn_storage_cell_34(X))
& fn_storage_cell_33(X) = fn_store_3(fn_storage_cell_25(X))
& X = fn_store_2(fn_storage_cell_25(X))
& fn_storage_cell_6(X) = fn_eukaryotic_cell_26(X)
& fn_storage_cell_15(X) = fn_eukaryotic_cell_41(X)
& fn_storage_cell_12(X) = fn_eukaryotic_cell_44(X)
& fn_storage_cell_31(X) = fn_eukaryotic_cell_39(X)
& fn_storage_cell_29(X) = fn_eukaryotic_cell_21(X)
& fn_storage_cell_20(X) = fn_eukaryotic_cell_29(X)
& fn_storage_cell_19(X) = fn_eukaryotic_cell_31(X)
& fn_storage_cell_4(X) = fn_eukaryotic_cell_45(X)
& fn_storage_cell_11(X) = fn_eukaryotic_cell_42(X)
& fn_storage_cell_27(X) = fn_eukaryotic_cell_25(X)
& fn_storage_cell_35(X) = fn_eukaryotic_cell_32(X)
& fn_storage_cell_23(X) = fn_eukaryotic_cell_23(X)
& fn_storage_cell_16(X) = fn_plasma_membrane_4(fn_storage_cell_20(X))
& fn_storage_cell_16(X) = fn_plasma_membrane_3(fn_storage_cell_20(X))
& fn_storage_cell_15(X) = fn_biomembrane_63(fn_storage_cell_20(X))
& fn_storage_cell_15(X) = fn_plasma_membrane_71(fn_storage_cell_20(X))
& fn_storage_cell_16(X) = fn_plasma_membrane_54(fn_storage_cell_20(X))
& fn_storage_cell_9(X) = fn_plasma_membrane_68(fn_storage_cell_20(X))
& fn_storage_cell_9(X) = fn_plasma_membrane_54(fn_storage_cell_20(X))
& fn_storage_cell_16(X) = fn_plasma_membrane_55(fn_storage_cell_20(X))
& fn_storage_cell_17(X) = fn_plasma_membrane_6(fn_storage_cell_20(X))
& fn_storage_cell_8(X) = fn_biomembrane_41(fn_storage_cell_20(X))
& fn_storage_cell_8(X) = fn_plasma_membrane_65(fn_storage_cell_20(X))
& fn_storage_cell_3(X) = fn_golgi_apparatus_11(fn_storage_cell_1(X))
& fn_storage_cell_11(X) = fn_golgi_apparatus_91(fn_storage_cell_1(X))
& fn_storage_cell_10(X) = fn_golgi_apparatus_85(fn_storage_cell_1(X))
& fn_storage_cell_2(X) = fn_golgi_apparatus_10(fn_storage_cell_1(X))
& fn_storage_cell_13(X) = fn_golgi_apparatus_87(fn_storage_cell_1(X))
& fn_storage_cell_14(X) = fn_golgi_apparatus_86(fn_storage_cell_1(X))
& fn_storage_cell_20(X) = fn_golgi_apparatus_82(fn_storage_cell_1(X))
& fn_storage_cell_6(X) = fn_golgi_apparatus_90(fn_storage_cell_1(X))
& fn_storage_cell_5(X) = fn_golgi_apparatus_15(fn_storage_cell_1(X))
& fn_storage_cell_26(X) = fn_golgi_apparatus_88(fn_storage_cell_1(X))
& fn_storage_cell_21(X) = fn_golgi_apparatus_92(fn_storage_cell_1(X))
& fn_storage_cell_18(X) = fn_golgi_apparatus_89(fn_storage_cell_1(X))
& fn_storage_cell_22(X) = fn_golgi_apparatus_93(fn_storage_cell_1(X))
& fn_storage_cell_28(X) = fn_golgi_apparatus_65(fn_storage_cell_1(X))
& X = fn_golgi_apparatus_22(fn_storage_cell_1(X))
& fn_eukaryotic_cell_41(X) = fn_biomembrane_63(fn_storage_cell_20(X))
& fn_biomembrane_63(fn_storage_cell_20(X)) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_plasma_membrane_71(fn_storage_cell_20(X))
& fn_plasma_membrane_71(fn_storage_cell_20(X)) = fn_plasma_membrane_71(fn_storage_cell_20(X))
& fn_plasma_membrane_71(fn_storage_cell_20(X)) = fn_plasma_membrane_54(fn_storage_cell_20(X))
& fn_plasma_membrane_54(fn_storage_cell_20(X)) = fn_plasma_membrane_68(fn_storage_cell_20(X))
& fn_plasma_membrane_68(fn_storage_cell_20(X)) = fn_plasma_membrane_54(fn_storage_cell_20(X))
& fn_plasma_membrane_54(fn_storage_cell_20(X)) = fn_plasma_membrane_4(fn_storage_cell_20(X))
& fn_plasma_membrane_4(fn_storage_cell_20(X)) = fn_plasma_membrane_3(fn_storage_cell_20(X))
& fn_plasma_membrane_54(fn_storage_cell_20(X)) = fn_plasma_membrane_3(fn_storage_cell_20(X))
& fn_plasma_membrane_3(fn_storage_cell_20(X)) = fn_plasma_membrane_54(fn_storage_cell_20(X))
& fn_plasma_membrane_54(fn_storage_cell_20(X)) = fn_plasma_membrane_54(fn_storage_cell_20(X))
& fn_plasma_membrane_55(fn_storage_cell_20(X)) = fn_plasma_membrane_54(fn_storage_cell_20(X))
& fn_plasma_membrane_54(fn_storage_cell_20(X)) = fn_plasma_membrane_55(fn_storage_cell_20(X))
& fn_plasma_membrane_55(fn_storage_cell_20(X)) = fn_plasma_membrane_55(fn_storage_cell_20(X))
& fn_plasma_membrane_55(fn_storage_cell_20(X)) = fn_plasma_membrane_65(fn_storage_cell_20(X))
& fn_plasma_membrane_65(fn_storage_cell_20(X)) = fn_plasma_membrane_65(fn_storage_cell_20(X))
& fn_plasma_membrane_65(fn_storage_cell_20(X)) = fn_biomembrane_41(fn_storage_cell_20(X))
& fn_biomembrane_41(fn_storage_cell_20(X)) = fn_plasma_membrane_65(fn_storage_cell_20(X))
& fn_plasma_membrane_65(fn_storage_cell_20(X)) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_golgi_apparatus_91(fn_storage_cell_1(X))
& fn_golgi_apparatus_91(fn_storage_cell_1(X)) = fn_plasma_membrane_52(fn_storage_cell_20(X))
& fn_plasma_membrane_52(fn_storage_cell_20(X)) = fn_golgi_apparatus_85(fn_storage_cell_1(X))
& fn_golgi_apparatus_85(fn_storage_cell_1(X)) = fn_facilitated_diffusion_of_polar_molecule_5(fn_storage_cell_7(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_storage_cell_7(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_golgi_apparatus_82(fn_storage_cell_1(X))
& fn_golgi_apparatus_82(fn_storage_cell_1(X)) = fn_golgi_apparatus_82(fn_storage_cell_1(X))
& fn_golgi_apparatus_82(fn_storage_cell_1(X)) = fn_eukaryotic_cell_26(X)
& fn_eukaryotic_cell_26(X) = fn_golgi_apparatus_90(fn_storage_cell_1(X))
& fn_golgi_apparatus_90(fn_storage_cell_1(X)) = fn_golgi_apparatus_90(fn_storage_cell_1(X))
& fn_golgi_apparatus_90(fn_storage_cell_1(X)) = fn_synthesis_of_endomembranous_system_membrane_59(fn_storage_cell_30(X))
& fn_synthesis_of_endomembranous_system_membrane_59(fn_storage_cell_30(X)) = fn_synthesis_of_endomembranous_system_membrane_59(fn_storage_cell_30(X))
& fn_synthesis_of_endomembranous_system_membrane_59(fn_storage_cell_30(X)) = fn_golgi_apparatus_89(fn_storage_cell_1(X))
& fn_golgi_apparatus_89(fn_storage_cell_1(X)) = fn_golgi_apparatus_89(fn_storage_cell_1(X))
& fn_golgi_apparatus_89(fn_storage_cell_1(X)) = fn_store_2(fn_storage_cell_34(X))
& fn_store_2(fn_storage_cell_34(X)) = fn_store_2(fn_storage_cell_34(X))
& fn_store_2(fn_storage_cell_34(X)) = fn_store_2(fn_storage_cell_25(X))
& fn_store_2(fn_storage_cell_25(X)) = fn_store_2(fn_storage_cell_25(X))
& fn_store_2(fn_storage_cell_25(X)) = fn_golgi_apparatus_22(fn_storage_cell_1(X))
& fn_golgi_apparatus_22(fn_storage_cell_1(X)) = fn_golgi_apparatus_22(fn_storage_cell_1(X)) ) ) ).
fof(a532882,axiom,
! [X] :
( storage_polysaccharide_1(X)
=> ( original_name_2(X,'Storage-Polysaccharide')
& user_description_2(X,'A polysaccharide used primarily for energy storage (e.g., starch).')
& concept2words_2(X,'polysaccharide of storage')
& concept2words_2(X,'storage polysaccharide')
& concept2words_2(X,'storage-polysaccharide')
& polysaccharide_1(X)
& ~ noncellulose_polysaccharide_1(X)
& ~ oligosaccharin_1(X)
& ~ structural_polysaccharide_1(X)
& asymmetrical_distribution_1(fn_storage_polysaccharide_1(X))
& asymmetrical_distribution_1(fn_storage_polysaccharide_2(X))
& intensity_value_1(fn_storage_polysaccharide_3(X))
& asymmetrical_distribution_1(fn_storage_polysaccharide_5(X))
& asymmetrical_distribution_1(fn_storage_polysaccharide_6(X))
& unequal_sharing_1(fn_storage_polysaccharide_13(X))
& share_1(fn_storage_polysaccharide_14(X))
& unequal_sharing_1(fn_storage_polysaccharide_14(X))
& share_1(fn_storage_polysaccharide_15(X))
& unequal_sharing_1(fn_storage_polysaccharide_15(X))
& electronegativity_value_1(fn_storage_polysaccharide_16(X))
& quantity_value_1(fn_storage_polysaccharide_17(X))
& quantity_value_1(fn_storage_polysaccharide_18(X))
& electronegativity_value_1(fn_storage_polysaccharide_19(X))
& constant_motion_1(fn_storage_polysaccharide_20(X))
& quantity_value_1(fn_storage_polysaccharide_21(X))
& quantity_value_1(fn_storage_polysaccharide_22(X))
& covalent_bond_1(fn_storage_polysaccharide_23(X))
& polar_covalent_bond_1(fn_storage_polysaccharide_23(X))
& share_1(fn_storage_polysaccharide_24(X))
& unequal_sharing_1(fn_storage_polysaccharide_24(X))
& unequal_sharing_1(fn_storage_polysaccharide_25(X))
& share_1(fn_storage_polysaccharide_26(X))
& unequal_sharing_1(fn_storage_polysaccharide_26(X))
& hold_together_1(fn_storage_polysaccharide_27(X))
& entity_1(fn_storage_polysaccharide_28(X))
& proton_1(fn_storage_polysaccharide_28(X))
& atomic_nucleus_1(fn_storage_polysaccharide_29(X))
& attract_1(fn_storage_polysaccharide_30(X))
& constant_motion_1(fn_storage_polysaccharide_31(X))
& unequal_sharing_1(fn_storage_polysaccharide_32(X))
& unequal_sharing_1(fn_storage_polysaccharide_35(X))
& size_value_1(fn_storage_polysaccharide_36(X))
& size_value_1(fn_storage_polysaccharide_37(X))
& monosaccharide_1(fn_storage_polysaccharide_38(X))
& share_1(fn_storage_polysaccharide_39(X))
& unequal_sharing_1(fn_storage_polysaccharide_39(X))
& tangible_entity_1(fn_storage_polysaccharide_40(X))
& entity_1(fn_storage_polysaccharide_40(X))
& chemical_entity_1(fn_storage_polysaccharide_40(X))
& atom_1(fn_storage_polysaccharide_40(X))
& hydrogen_1(fn_storage_polysaccharide_40(X))
& entity_1(fn_storage_polysaccharide_41(X))
& chemical_entity_1(fn_storage_polysaccharide_41(X))
& atom_1(fn_storage_polysaccharide_41(X))
& oxygen_1(fn_storage_polysaccharide_41(X))
& functional_group_1(fn_storage_polysaccharide_42(X))
& hydroxyl_group_1(fn_storage_polysaccharide_42(X))
& functional_group_1(fn_storage_polysaccharide_43(X))
& carbonyl_group_1(fn_storage_polysaccharide_43(X))
& hold_1(fn_storage_polysaccharide_44(X))
& hold_together_1(fn_storage_polysaccharide_44(X))
& entity_1(fn_storage_polysaccharide_45(X))
& electron_1(fn_storage_polysaccharide_45(X))
& valence_electron_1(fn_storage_polysaccharide_45(X))
& tangible_entity_1(fn_storage_polysaccharide_46(X))
& electron_1(fn_storage_polysaccharide_46(X))
& valence_electron_1(fn_storage_polysaccharide_46(X))
& electronegative_element_1(fn_storage_polysaccharide_47(X))
& atom_1(fn_storage_polysaccharide_48(X))
& store_1(fn_storage_polysaccharide_49(X))
& energy_1(fn_storage_polysaccharide_50(X))
& container_1(fn_storage_polysaccharide_51(X))
& entity_1(fn_storage_polysaccharide_52(X))
& tangible_entity_1(fn_storage_polysaccharide_52(X))
& electron_1(fn_storage_polysaccharide_52(X))
& valence_electron_1(fn_storage_polysaccharide_52(X))
& attract_1(fn_storage_polysaccharide_53(X))
& carbon_skeleton_1(fn_storage_polysaccharide_54(X))
& entity_1(fn_storage_polysaccharide_55(X))
& atom_1(fn_storage_polysaccharide_55(X))
& chemical_entity_1(fn_storage_polysaccharide_55(X))
& oxygen_1(fn_storage_polysaccharide_55(X))
& entity_1(fn_storage_polysaccharide_56(X))
& chemical_entity_1(fn_storage_polysaccharide_56(X))
& atom_1(fn_storage_polysaccharide_56(X))
& carbon_1(fn_storage_polysaccharide_56(X))
& constant_motion_1(fn_storage_polysaccharide_57(X))
& attract_1(fn_storage_polysaccharide_58(X))
& proton_1(fn_storage_polysaccharide_59(X))
& unequal_sharing_1(fn_storage_polysaccharide_60(X))
& center_1(fn_storage_polysaccharide_61(X))
& electron_shell_1(fn_storage_polysaccharide_62(X))
& first_electron_shell_1(fn_storage_polysaccharide_62(X))
& entity_1(fn_storage_polysaccharide_63(X))
& proton_1(fn_storage_polysaccharide_63(X))
& atomic_nucleus_1(fn_storage_polysaccharide_64(X))
& atomic_nucleus_1(fn_storage_polysaccharide_65(X))
& atomic_orbital_1(fn_storage_polysaccharide_66(X))
& s_orbital_1(fn_storage_polysaccharide_66(X))
& unequal_sharing_1(fn_storage_polysaccharide_67(X))
& attract_1(fn_storage_polysaccharide_68(X))
& quantity_value_1(fn_storage_polysaccharide_69(X))
& speed_value_1(fn_storage_polysaccharide_70(X))
& constant_motion_1(fn_storage_polysaccharide_71(X))
& kinetic_energy_1(fn_storage_polysaccharide_72(X))
& constant_motion_1(fn_storage_polysaccharide_75(X))
& unequal_sharing_1(fn_storage_polysaccharide_76(X))
& unequal_sharing_1(fn_storage_polysaccharide_77(X))
& share_1(fn_storage_polysaccharide_78(X))
& unequal_sharing_1(fn_storage_polysaccharide_78(X))
& double_bond_1(fn_storage_polysaccharide_79(X))
& entity_1(fn_store_1(fn_storage_polysaccharide_49(X)))
& attract_1(fn_atomic_nucleus_7(fn_storage_polysaccharide_64(X)))
& container_1(fn_store_3(fn_storage_polysaccharide_49(X)))
& unequal_sharing_1(fn_hydroxyl_group_5(fn_storage_polysaccharide_42(X)))
& property_node_1(fn_oxygen_12(fn_storage_polysaccharide_41(X)))
& property_node_1(fn_hydrogen_1(fn_storage_polysaccharide_40(X)))
& electron_shell_1(fn_hydrogen_16(fn_storage_polysaccharide_40(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_storage_polysaccharide_40(X)))
& center_1(fn_hydrogen_14(fn_storage_polysaccharide_40(X)))
& property_node_1(fn_oxygen_12(fn_storage_polysaccharide_55(X)))
& quantity_value_1(fn_oxygen_19(fn_storage_polysaccharide_55(X)))
& atomic_orbital_1(fn_valence_electron_3(fn_storage_polysaccharide_46(X)))
& atomic_orbital_1(fn_valence_electron_3(fn_storage_polysaccharide_52(X)))
& s_orbital_1(fn_first_electron_shell_4(fn_storage_polysaccharide_62(X)))
& atom_1(fn_chemical_element_12(fn_storage_polysaccharide_47(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_storage_polysaccharide_23(X)))
& spatial_entity_1(fn_store_2(fn_storage_polysaccharide_49(X)))
& chemical_entity_1(fn_functional_group_1(fn_storage_polysaccharide_42(X)))
& atomic_nucleus_1(fn_atom_18(fn_storage_polysaccharide_41(X)))
& atomic_nucleus_1(fn_hydroxyl_group_9(fn_storage_polysaccharide_42(X)))
& atomic_nucleus_1(fn_atom_18(fn_storage_polysaccharide_55(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_14(fn_storage_polysaccharide_23(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_storage_polysaccharide_23(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_storage_polysaccharide_42(X)))
& property_node_1(fn_oxygen_9(fn_storage_polysaccharide_41(X)))
& property_node_1(fn_oxygen_11(fn_storage_polysaccharide_41(X)))
& tangible_entity_1(fn_constant_motion_1(fn_storage_polysaccharide_57(X)))
& electron_1(fn_atom_14(fn_storage_polysaccharide_41(X)))
& electron_1(fn_atomic_nucleus_8(fn_storage_polysaccharide_64(X)))
& valence_electron_1(fn_oxygen_8(fn_storage_polysaccharide_41(X)))
& valence_electron_1(fn_oxygen_1(fn_storage_polysaccharide_41(X)))
& quantity_value_1(fn_oxygen_7(fn_storage_polysaccharide_41(X)))
& quantity_value_1(fn_oxygen_13(fn_storage_polysaccharide_41(X)))
& quantity_value_1(fn_atomic_nucleus_2(fn_storage_polysaccharide_64(X)))
& quantity_value_1(fn_oxygen_19(fn_storage_polysaccharide_41(X)))
& proton_1(fn_atomic_nucleus_9(fn_storage_polysaccharide_64(X)))
& proton_1(fn_oxygen_18(fn_storage_polysaccharide_41(X)))
& entity_1(fn_share_3(fn_storage_polysaccharide_60(X)))
& entity_1(fn_share_3(fn_storage_polysaccharide_67(X)))
& atom_1(fn_chemical_element_11(fn_storage_polysaccharide_47(X)))
& atom_1(fn_atomic_nucleus_4(fn_storage_polysaccharide_64(X)))
& electronegativity_value_1(fn_polar_covalent_bond_2(fn_storage_polysaccharide_23(X)))
& electronegativity_value_1(fn_hydrogen_2(fn_storage_polysaccharide_40(X)))
& entity_1(fn_share_2(fn_storage_polysaccharide_67(X)))
& entity_1(fn_share_2(fn_storage_polysaccharide_26(X)))
& entity_1(fn_attract_1(fn_storage_polysaccharide_53(X)))
& entity_1(fn_attract_1(fn_storage_polysaccharide_68(X)))
& electron_1(fn_first_electron_shell_5(fn_storage_polysaccharide_62(X)))
& valence_electron_1(fn_hydrogen_12(fn_storage_polysaccharide_40(X)))
& atomic_nucleus_1(fn_hydroxyl_group_11(fn_storage_polysaccharide_42(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_13(fn_storage_polysaccharide_23(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_storage_polysaccharide_40(X)))
& entity_1(fn_attract_2(fn_storage_polysaccharide_68(X)))
& proton_1(fn_hydrogen_13(fn_storage_polysaccharide_40(X)))
& entity_1(fn_attract_2(fn_storage_polysaccharide_53(X)))
& entity_1(fn_share_3(fn_storage_polysaccharide_39(X)))
& entity_1(fn_share_3(fn_storage_polysaccharide_32(X)))
& entity_1(fn_share_3(fn_storage_polysaccharide_26(X)))
& entity_1(fn_share_3(fn_storage_polysaccharide_25(X)))
& entity_1(fn_share_3(fn_storage_polysaccharide_15(X)))
& entity_1(fn_share_3(fn_storage_polysaccharide_35(X)))
& entity_1(fn_share_3(fn_storage_polysaccharide_24(X)))
& entity_1(fn_share_3(fn_storage_polysaccharide_14(X)))
& tangible_entity_1(fn_hold_2(fn_storage_polysaccharide_44(X)))
& entity_1(fn_share_1(fn_storage_polysaccharide_35(X)))
& entity_1(fn_share_1(fn_storage_polysaccharide_60(X)))
& entity_1(fn_share_1(fn_storage_polysaccharide_67(X)))
& entity_1(fn_share_1(fn_storage_polysaccharide_24(X)))
& entity_1(fn_share_1(fn_storage_polysaccharide_76(X)))
& entity_1(fn_share_1(fn_storage_polysaccharide_14(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_storage_polysaccharide_42(X)))
& property_node_1(fn_polar_covalent_bond_4(fn_storage_polysaccharide_23(X)))
& property_node_1(fn_oxygen_6(fn_storage_polysaccharide_55(X)))
& property_node_1(fn_oxygen_9(fn_storage_polysaccharide_55(X)))
& property_node_1(fn_oxygen_11(fn_storage_polysaccharide_55(X)))
& electronegativity_value_1(fn_polar_covalent_bond_1(fn_storage_polysaccharide_23(X)))
& electronegativity_value_1(fn_oxygen_5(fn_storage_polysaccharide_55(X)))
& entity_1(fn_share_2(fn_storage_polysaccharide_35(X)))
& entity_1(fn_share_2(fn_storage_polysaccharide_39(X)))
& entity_1(fn_share_2(fn_storage_polysaccharide_32(X)))
& entity_1(fn_attract_1(fn_storage_polysaccharide_30(X)))
& tangible_entity_1(fn_constant_motion_1(fn_storage_polysaccharide_31(X)))
& tangible_entity_1(fn_constant_motion_1(fn_storage_polysaccharide_20(X)))
& tangible_entity_1(fn_constant_motion_1(fn_storage_polysaccharide_75(X)))
& electron_1(fn_atom_14(fn_storage_polysaccharide_55(X)))
& valence_electron_1(fn_oxygen_8(fn_storage_polysaccharide_55(X)))
& electron_1(fn_polar_covalent_bond_11(fn_storage_polysaccharide_23(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_storage_polysaccharide_23(X)))
& electron_1(fn_hydroxyl_group_8(fn_storage_polysaccharide_42(X)))
& valence_electron_1(fn_hydroxyl_group_8(fn_storage_polysaccharide_42(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_storage_polysaccharide_23(X)))
& valence_electron_1(fn_oxygen_1(fn_storage_polysaccharide_55(X)))
& quantity_value_1(fn_oxygen_7(fn_storage_polysaccharide_55(X)))
& quantity_value_1(fn_oxygen_13(fn_storage_polysaccharide_55(X)))
& entity_1(fn_attract_2(fn_storage_polysaccharide_30(X)))
& proton_1(fn_polar_covalent_bond_5(fn_storage_polysaccharide_23(X)))
& proton_1(fn_oxygen_18(fn_storage_polysaccharide_55(X)))
& entity_1(fn_share_3(fn_storage_polysaccharide_76(X)))
& entity_1(fn_share_3(fn_storage_polysaccharide_78(X)))
& entity_1(fn_share_1(fn_storage_polysaccharide_39(X)))
& entity_1(fn_share_1(fn_storage_polysaccharide_32(X)))
& entity_1(fn_share_1(fn_storage_polysaccharide_26(X)))
& entity_1(fn_share_1(fn_storage_polysaccharide_25(X)))
& entity_1(fn_share_1(fn_storage_polysaccharide_15(X)))
& entity_1(fn_share_1(fn_storage_polysaccharide_78(X)))
& entity_1(fn_polar_covalent_bond_19(fn_storage_polysaccharide_23(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_storage_polysaccharide_23(X)))
& atom_1(fn_polar_covalent_bond_19(fn_storage_polysaccharide_23(X)))
& entity_1(fn_polar_covalent_bond_18(fn_storage_polysaccharide_23(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_storage_polysaccharide_23(X)))
& atom_1(fn_polar_covalent_bond_18(fn_storage_polysaccharide_23(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_storage_polysaccharide_42(X)))
& result_2(fn_storage_polysaccharide_13(X),fn_storage_polysaccharide_23(X))
& object_2(fn_storage_polysaccharide_6(X),fn_storage_polysaccharide_52(X))
& causes_2(fn_storage_polysaccharide_20(X),fn_storage_polysaccharide_6(X))
& result_2(fn_storage_polysaccharide_25(X),fn_storage_polysaccharide_23(X))
& object_2(fn_storage_polysaccharide_5(X),fn_storage_polysaccharide_52(X))
& causes_2(fn_storage_polysaccharide_31(X),fn_storage_polysaccharide_5(X))
& object_2(fn_storage_polysaccharide_32(X),fn_storage_polysaccharide_45(X))
& object_2(fn_storage_polysaccharide_35(X),fn_storage_polysaccharide_45(X))
& object_2(fn_storage_polysaccharide_39(X),fn_storage_polysaccharide_46(X))
& object_2(fn_storage_polysaccharide_39(X),fn_storage_polysaccharide_45(X))
& greater_than_2(fn_storage_polysaccharide_3(X),fn_storage_polysaccharide_3(X))
& object_2(fn_storage_polysaccharide_44(X),fn_storage_polysaccharide_38(X))
& object_2(fn_storage_polysaccharide_44(X),fn_storage_polysaccharide_41(X))
& has_function_2(X,fn_storage_polysaccharide_49(X))
& intensity_2(fn_storage_polysaccharide_53(X),fn_storage_polysaccharide_3(X))
& agent_2(fn_storage_polysaccharide_53(X),fn_storage_polysaccharide_41(X))
& object_2(fn_storage_polysaccharide_53(X),fn_storage_polysaccharide_52(X))
& causes_2(fn_storage_polysaccharide_57(X),fn_storage_polysaccharide_2(X))
& object_2(fn_storage_polysaccharide_2(X),fn_storage_polysaccharide_46(X))
& object_2(fn_storage_polysaccharide_67(X),fn_storage_polysaccharide_46(X))
& causes_2(fn_storage_polysaccharide_75(X),fn_storage_polysaccharide_1(X))
& object_2(fn_storage_polysaccharide_1(X),fn_storage_polysaccharide_52(X))
& result_2(fn_storage_polysaccharide_76(X),fn_storage_polysaccharide_23(X))
& object_2(fn_storage_polysaccharide_35(X),fn_storage_polysaccharide_52(X))
& object_2(fn_storage_polysaccharide_39(X),fn_storage_polysaccharide_52(X))
& object_2(fn_storage_polysaccharide_32(X),fn_storage_polysaccharide_52(X))
& object_2(fn_storage_polysaccharide_53(X),fn_storage_polysaccharide_45(X))
& object_2(fn_storage_polysaccharide_30(X),fn_storage_polysaccharide_52(X))
& object_2(fn_storage_polysaccharide_67(X),fn_storage_polysaccharide_45(X))
& object_2(fn_storage_polysaccharide_26(X),fn_storage_polysaccharide_45(X))
& object_2(fn_storage_polysaccharide_68(X),fn_storage_polysaccharide_45(X))
& agent_2(fn_storage_polysaccharide_35(X),fn_storage_polysaccharide_40(X))
& agent_2(fn_storage_polysaccharide_39(X),fn_storage_polysaccharide_40(X))
& agent_2(fn_storage_polysaccharide_32(X),fn_storage_polysaccharide_40(X))
& agent_2(fn_storage_polysaccharide_39(X),fn_storage_polysaccharide_55(X))
& agent_2(fn_storage_polysaccharide_32(X),fn_storage_polysaccharide_55(X))
& agent_2(fn_storage_polysaccharide_53(X),fn_storage_polysaccharide_40(X))
& agent_2(fn_storage_polysaccharide_30(X),fn_storage_polysaccharide_28(X))
& agent_2(fn_storage_polysaccharide_60(X),fn_storage_polysaccharide_41(X))
& agent_2(fn_storage_polysaccharide_26(X),fn_storage_polysaccharide_40(X))
& agent_2(fn_storage_polysaccharide_60(X),fn_storage_polysaccharide_40(X))
& agent_2(fn_storage_polysaccharide_26(X),fn_storage_polysaccharide_55(X))
& agent_2(fn_storage_polysaccharide_67(X),fn_storage_polysaccharide_41(X))
& agent_2(fn_storage_polysaccharide_25(X),fn_storage_polysaccharide_40(X))
& agent_2(fn_storage_polysaccharide_67(X),fn_storage_polysaccharide_40(X))
& agent_2(fn_storage_polysaccharide_25(X),fn_storage_polysaccharide_55(X))
& agent_2(fn_storage_polysaccharide_68(X),fn_storage_polysaccharide_63(X))
& agent_2(fn_storage_polysaccharide_24(X),fn_storage_polysaccharide_40(X))
& agent_2(fn_storage_polysaccharide_76(X),fn_storage_polysaccharide_55(X))
& agent_2(fn_storage_polysaccharide_15(X),fn_storage_polysaccharide_40(X))
& agent_2(fn_storage_polysaccharide_76(X),fn_storage_polysaccharide_40(X))
& agent_2(fn_storage_polysaccharide_15(X),fn_storage_polysaccharide_55(X))
& agent_2(fn_storage_polysaccharide_78(X),fn_storage_polysaccharide_55(X))
& object_2(fn_storage_polysaccharide_31(X),fn_storage_polysaccharide_52(X))
& object_2(fn_storage_polysaccharide_57(X),fn_storage_polysaccharide_46(X))
& object_2(fn_storage_polysaccharide_20(X),fn_storage_polysaccharide_52(X))
& object_2(fn_storage_polysaccharide_75(X),fn_storage_polysaccharide_52(X))
& object_2(fn_storage_polysaccharide_44(X),fn_storage_polysaccharide_40(X))
& object_2(fn_storage_polysaccharide_49(X),fn_storage_polysaccharide_50(X))
& agent_2(fn_storage_polysaccharide_14(X),fn_storage_polysaccharide_40(X))
& fn_storage_polysaccharide_56(X) != fn_storage_polysaccharide_40(X)
& fn_storage_polysaccharide_40(X) != fn_storage_polysaccharide_56(X)
& is_inside_2(fn_storage_polysaccharide_46(X),fn_storage_polysaccharide_66(X))
& is_inside_2(fn_storage_polysaccharide_52(X),fn_storage_polysaccharide_66(X))
& has_region_2(fn_storage_polysaccharide_62(X),fn_storage_polysaccharide_66(X))
& is_inside_2(fn_storage_polysaccharide_45(X),fn_storage_polysaccharide_66(X))
& has_part_2(fn_storage_polysaccharide_47(X),fn_storage_polysaccharide_48(X))
& same_type_2(fn_storage_polysaccharide_41(X),fn_storage_polysaccharide_48(X))
& same_type_2(fn_storage_polysaccharide_48(X),fn_storage_polysaccharide_41(X))
& object_2(fn_storage_polysaccharide_53(X),fn_storage_polysaccharide_46(X))
& is_inside_2(fn_storage_polysaccharide_59(X),fn_storage_polysaccharide_64(X))
& agent_2(fn_storage_polysaccharide_58(X),fn_storage_polysaccharide_59(X))
& object_2(fn_storage_polysaccharide_58(X),fn_storage_polysaccharide_46(X))
& agent_2(fn_storage_polysaccharide_77(X),fn_storage_polysaccharide_55(X))
& result_2(fn_storage_polysaccharide_77(X),fn_storage_polysaccharide_23(X))
& fn_storage_polysaccharide_19(X) != fn_storage_polysaccharide_16(X)
& fn_storage_polysaccharide_16(X) != fn_storage_polysaccharide_19(X)
& base_2(fn_storage_polysaccharide_49(X),X)
& plays_2(X,fn_storage_polysaccharide_51(X))
& in_event_2(fn_storage_polysaccharide_51(X),fn_storage_polysaccharide_49(X))
& is_inside_2(fn_storage_polysaccharide_55(X),fn_storage_polysaccharide_43(X))
& object_2(fn_storage_polysaccharide_44(X),fn_storage_polysaccharide_55(X))
& object_2(fn_storage_polysaccharide_78(X),fn_storage_polysaccharide_52(X))
& object_2(fn_storage_polysaccharide_78(X),fn_storage_polysaccharide_45(X))
& agent_2(fn_storage_polysaccharide_24(X),fn_storage_polysaccharide_55(X))
& result_2(fn_storage_polysaccharide_24(X),fn_storage_polysaccharide_23(X))
& has_region_2(fn_storage_polysaccharide_55(X),fn_storage_polysaccharide_29(X))
& is_inside_2(fn_storage_polysaccharide_28(X),fn_storage_polysaccharide_29(X))
& possesses_2(X,fn_storage_polysaccharide_23(X))
& agent_2(fn_storage_polysaccharide_77(X),fn_storage_polysaccharide_40(X))
& is_inside_2(fn_storage_polysaccharide_56(X),fn_storage_polysaccharide_43(X))
& is_inside_2(fn_storage_polysaccharide_56(X),fn_storage_polysaccharide_54(X))
& has_region_2(X,fn_storage_polysaccharide_54(X))
& has_part_2(X,fn_storage_polysaccharide_55(X))
& object_2(fn_storage_polysaccharide_71(X),X)
& speed_2(fn_storage_polysaccharide_71(X),fn_storage_polysaccharide_70(X))
& directly_proportional_2(fn_storage_polysaccharide_70(X),fn_storage_polysaccharide_69(X))
& quantity_2(fn_storage_polysaccharide_72(X),fn_storage_polysaccharide_69(X))
& possesses_2(X,fn_storage_polysaccharide_72(X))
& is_inside_2(fn_storage_polysaccharide_41(X),fn_storage_polysaccharide_43(X))
& has_region_2(X,fn_storage_polysaccharide_43(X))
& has_part_2(X,fn_storage_polysaccharide_56(X))
& fn_storage_polysaccharide_56(X) != fn_storage_polysaccharide_41(X)
& agent_2(fn_storage_polysaccharide_39(X),fn_storage_polysaccharide_41(X))
& fn_storage_polysaccharide_41(X) != fn_storage_polysaccharide_56(X)
& is_between_2(fn_storage_polysaccharide_79(X),fn_storage_polysaccharide_41(X))
& possesses_2(X,fn_storage_polysaccharide_79(X))
& has_part_2(X,fn_storage_polysaccharide_41(X))
& is_inside_2(fn_storage_polysaccharide_41(X),fn_storage_polysaccharide_42(X))
& has_region_2(X,fn_storage_polysaccharide_42(X))
& object_2(fn_storage_polysaccharide_27(X),fn_storage_polysaccharide_40(X))
& object_2(fn_storage_polysaccharide_27(X),fn_storage_polysaccharide_55(X))
& fn_storage_polysaccharide_55(X) != fn_storage_polysaccharide_56(X)
& fn_storage_polysaccharide_41(X) != fn_storage_polysaccharide_55(X)
& fn_storage_polysaccharide_55(X) != fn_storage_polysaccharide_41(X)
& fn_storage_polysaccharide_56(X) != fn_storage_polysaccharide_55(X)
& agent_2(fn_storage_polysaccharide_78(X),fn_storage_polysaccharide_40(X))
& result_2(fn_storage_polysaccharide_78(X),fn_storage_polysaccharide_23(X))
& result_2(fn_storage_polysaccharide_14(X),fn_storage_polysaccharide_23(X))
& agent_2(fn_storage_polysaccharide_14(X),fn_storage_polysaccharide_55(X))
& fn_storage_polysaccharide_55(X) != fn_storage_polysaccharide_40(X)
& fn_storage_polysaccharide_40(X) != fn_storage_polysaccharide_55(X)
& has_part_2(X,fn_storage_polysaccharide_38(X))
& size_2(fn_storage_polysaccharide_38(X),fn_storage_polysaccharide_37(X))
& greater_than_2(fn_storage_polysaccharide_36(X),fn_storage_polysaccharide_37(X))
& size_2(X,fn_storage_polysaccharide_36(X))
& has_part_2(X,fn_storage_polysaccharide_40(X))
& is_between_2(fn_storage_polysaccharide_23(X),fn_storage_polysaccharide_40(X))
& is_inside_2(fn_storage_polysaccharide_55(X),fn_storage_polysaccharide_42(X))
& is_between_2(fn_storage_polysaccharide_23(X),fn_storage_polysaccharide_55(X))
& result_2(fn_storage_polysaccharide_26(X),fn_storage_polysaccharide_23(X))
& object_2(fn_storage_polysaccharide_26(X),fn_storage_polysaccharide_52(X))
& has_region_2(fn_storage_polysaccharide_41(X),fn_storage_polysaccharide_64(X))
& is_near_2(fn_storage_polysaccharide_46(X),fn_storage_polysaccharide_64(X))
& is_near_2(fn_storage_polysaccharide_64(X),fn_storage_polysaccharide_46(X))
& fn_storage_polysaccharide_65(X) != fn_storage_polysaccharide_64(X)
& fn_storage_polysaccharide_64(X) != fn_storage_polysaccharide_65(X)
& is_inside_2(fn_storage_polysaccharide_40(X),fn_storage_polysaccharide_42(X))
& agent_2(fn_storage_polysaccharide_13(X),fn_storage_polysaccharide_40(X))
& agent_2(fn_storage_polysaccharide_13(X),fn_storage_polysaccharide_55(X))
& fn_storage_polysaccharide_41(X) != fn_storage_polysaccharide_40(X)
& fn_storage_polysaccharide_40(X) != fn_storage_polysaccharide_41(X)
& fn_storage_polysaccharide_52(X) != fn_storage_polysaccharide_45(X)
& fn_storage_polysaccharide_45(X) != fn_storage_polysaccharide_52(X)
& object_2(fn_storage_polysaccharide_15(X),fn_storage_polysaccharide_52(X))
& is_near_2(fn_storage_polysaccharide_29(X),fn_storage_polysaccharide_52(X))
& fn_storage_polysaccharide_65(X) != fn_storage_polysaccharide_29(X)
& fn_storage_polysaccharide_29(X) != fn_storage_polysaccharide_65(X)
& is_near_2(fn_storage_polysaccharide_52(X),fn_storage_polysaccharide_29(X))
& has_function_2(fn_storage_polysaccharide_23(X),fn_storage_polysaccharide_27(X))
& agent_2(fn_storage_polysaccharide_27(X),fn_storage_polysaccharide_23(X))
& result_2(fn_storage_polysaccharide_15(X),fn_storage_polysaccharide_23(X))
& object_2(fn_storage_polysaccharide_15(X),fn_storage_polysaccharide_45(X))
& fn_storage_polysaccharide_45(X) != fn_storage_polysaccharide_46(X)
& fn_storage_polysaccharide_46(X) != fn_storage_polysaccharide_45(X)
& has_part_2(fn_storage_polysaccharide_41(X),fn_storage_polysaccharide_46(X))
& quantity_2(fn_storage_polysaccharide_46(X),fn_storage_polysaccharide_21(X))
& called_2(fn_storage_polysaccharide_21(X),'Number_Electron')
& has_part_2(fn_storage_polysaccharide_41(X),fn_storage_polysaccharide_59(X))
& quantity_2(fn_storage_polysaccharide_59(X),fn_storage_polysaccharide_22(X))
& called_2(fn_storage_polysaccharide_22(X),'Number_Proton')
& fn_storage_polysaccharide_21(X) = fn_storage_polysaccharide_22(X)
& fn_storage_polysaccharide_22(X) = fn_storage_polysaccharide_21(X)
& has_part_2(fn_storage_polysaccharide_40(X),fn_storage_polysaccharide_45(X))
& has_region_2(fn_storage_polysaccharide_40(X),fn_storage_polysaccharide_61(X))
& has_region_2(fn_storage_polysaccharide_40(X),fn_storage_polysaccharide_62(X))
& is_inside_2(fn_storage_polysaccharide_65(X),fn_storage_polysaccharide_62(X))
& has_region_2(fn_storage_polysaccharide_40(X),fn_storage_polysaccharide_65(X))
& electronegativity_2(fn_storage_polysaccharide_40(X),fn_storage_polysaccharide_19(X))
& the_cardinal_value_2(fn_storage_polysaccharide_19(X),"2.1")
& cardinal_unit_class_2(fn_storage_polysaccharide_19(X),unity_0)
& has_part_2(fn_storage_polysaccharide_40(X),fn_storage_polysaccharide_63(X))
& is_inside_2(fn_storage_polysaccharide_63(X),fn_storage_polysaccharide_65(X))
& is_at_2(fn_storage_polysaccharide_65(X),fn_storage_polysaccharide_61(X))
& is_near_2(fn_storage_polysaccharide_45(X),fn_storage_polysaccharide_65(X))
& is_near_2(fn_storage_polysaccharide_65(X),fn_storage_polysaccharide_45(X))
& called_2(fn_storage_polysaccharide_17(X),'Number_Electron')
& quantity_2(fn_storage_polysaccharide_52(X),fn_storage_polysaccharide_17(X))
& has_part_2(fn_storage_polysaccharide_55(X),fn_storage_polysaccharide_52(X))
& electronegativity_2(fn_storage_polysaccharide_55(X),fn_storage_polysaccharide_16(X))
& the_cardinal_value_2(fn_storage_polysaccharide_16(X),"3.44")
& cardinal_unit_class_2(fn_storage_polysaccharide_16(X),unity_0)
& has_part_2(fn_storage_polysaccharide_55(X),fn_storage_polysaccharide_28(X))
& quantity_2(fn_storage_polysaccharide_28(X),fn_storage_polysaccharide_18(X))
& called_2(fn_storage_polysaccharide_18(X),'Number_Proton')
& fn_storage_polysaccharide_17(X) = fn_storage_polysaccharide_18(X)
& fn_storage_polysaccharide_18(X) = fn_storage_polysaccharide_17(X)
& fn_storage_polysaccharide_52(X) = fn_share_2(fn_storage_polysaccharide_35(X))
& fn_storage_polysaccharide_52(X) = fn_share_2(fn_storage_polysaccharide_39(X))
& fn_storage_polysaccharide_52(X) = fn_share_2(fn_storage_polysaccharide_32(X))
& fn_storage_polysaccharide_45(X) = fn_attract_1(fn_storage_polysaccharide_53(X))
& fn_storage_polysaccharide_52(X) = fn_attract_1(fn_storage_polysaccharide_30(X))
& fn_storage_polysaccharide_45(X) = fn_share_2(fn_storage_polysaccharide_67(X))
& fn_storage_polysaccharide_45(X) = fn_share_2(fn_storage_polysaccharide_26(X))
& fn_storage_polysaccharide_45(X) = fn_attract_1(fn_storage_polysaccharide_68(X))
& fn_storage_polysaccharide_40(X) = fn_share_1(fn_storage_polysaccharide_35(X))
& fn_storage_polysaccharide_40(X) = fn_share_3(fn_storage_polysaccharide_39(X))
& fn_storage_polysaccharide_40(X) = fn_share_3(fn_storage_polysaccharide_32(X))
& fn_storage_polysaccharide_55(X) = fn_share_1(fn_storage_polysaccharide_39(X))
& fn_storage_polysaccharide_55(X) = fn_share_1(fn_storage_polysaccharide_32(X))
& fn_storage_polysaccharide_40(X) = fn_attract_2(fn_storage_polysaccharide_53(X))
& fn_storage_polysaccharide_28(X) = fn_attract_2(fn_storage_polysaccharide_30(X))
& fn_storage_polysaccharide_41(X) = fn_share_3(fn_storage_polysaccharide_60(X))
& fn_storage_polysaccharide_40(X) = fn_share_3(fn_storage_polysaccharide_26(X))
& fn_storage_polysaccharide_40(X) = fn_share_1(fn_storage_polysaccharide_60(X))
& fn_storage_polysaccharide_55(X) = fn_share_1(fn_storage_polysaccharide_26(X))
& fn_storage_polysaccharide_41(X) = fn_share_3(fn_storage_polysaccharide_67(X))
& fn_storage_polysaccharide_40(X) = fn_share_3(fn_storage_polysaccharide_25(X))
& fn_storage_polysaccharide_40(X) = fn_share_1(fn_storage_polysaccharide_67(X))
& fn_storage_polysaccharide_55(X) = fn_share_1(fn_storage_polysaccharide_25(X))
& fn_storage_polysaccharide_63(X) = fn_attract_2(fn_storage_polysaccharide_68(X))
& fn_storage_polysaccharide_40(X) = fn_share_1(fn_storage_polysaccharide_24(X))
& fn_storage_polysaccharide_55(X) = fn_share_3(fn_storage_polysaccharide_76(X))
& fn_storage_polysaccharide_40(X) = fn_share_3(fn_storage_polysaccharide_15(X))
& fn_storage_polysaccharide_40(X) = fn_share_1(fn_storage_polysaccharide_76(X))
& fn_storage_polysaccharide_55(X) = fn_share_1(fn_storage_polysaccharide_15(X))
& fn_storage_polysaccharide_55(X) = fn_share_3(fn_storage_polysaccharide_78(X))
& fn_storage_polysaccharide_55(X) = fn_share_1(fn_storage_polysaccharide_78(X))
& fn_storage_polysaccharide_52(X) = fn_constant_motion_1(fn_storage_polysaccharide_31(X))
& fn_storage_polysaccharide_46(X) = fn_constant_motion_1(fn_storage_polysaccharide_57(X))
& fn_storage_polysaccharide_52(X) = fn_constant_motion_1(fn_storage_polysaccharide_20(X))
& fn_storage_polysaccharide_52(X) = fn_constant_motion_1(fn_storage_polysaccharide_75(X))
& fn_storage_polysaccharide_40(X) = fn_hold_2(fn_storage_polysaccharide_44(X))
& fn_storage_polysaccharide_50(X) = fn_store_1(fn_storage_polysaccharide_49(X))
& fn_storage_polysaccharide_40(X) = fn_share_3(fn_storage_polysaccharide_35(X))
& fn_storage_polysaccharide_56(X) = fn_share_1(fn_storage_polysaccharide_35(X))
& fn_storage_polysaccharide_40(X) = fn_share_3(fn_storage_polysaccharide_24(X))
& fn_storage_polysaccharide_56(X) = fn_share_1(fn_storage_polysaccharide_24(X))
& fn_storage_polysaccharide_56(X) = fn_share_3(fn_storage_polysaccharide_14(X))
& fn_storage_polysaccharide_40(X) = fn_share_3(fn_storage_polysaccharide_14(X))
& fn_storage_polysaccharide_40(X) = fn_share_1(fn_storage_polysaccharide_14(X))
& fn_storage_polysaccharide_66(X) = fn_valence_electron_3(fn_storage_polysaccharide_46(X))
& fn_storage_polysaccharide_66(X) = fn_valence_electron_3(fn_storage_polysaccharide_52(X))
& fn_storage_polysaccharide_45(X) = fn_first_electron_shell_5(fn_storage_polysaccharide_62(X))
& fn_storage_polysaccharide_66(X) = fn_first_electron_shell_4(fn_storage_polysaccharide_62(X))
& fn_storage_polysaccharide_41(X) = fn_chemical_element_11(fn_storage_polysaccharide_47(X))
& fn_storage_polysaccharide_48(X) = fn_chemical_element_11(fn_storage_polysaccharide_47(X))
& fn_storage_polysaccharide_48(X) = fn_chemical_element_12(fn_storage_polysaccharide_47(X))
& fn_storage_polysaccharide_53(X) = fn_atomic_nucleus_7(fn_storage_polysaccharide_64(X))
& fn_storage_polysaccharide_58(X) = fn_atomic_nucleus_7(fn_storage_polysaccharide_64(X))
& fn_storage_polysaccharide_77(X) = fn_polar_covalent_bond_16(fn_storage_polysaccharide_23(X))
& fn_storage_polysaccharide_19(X) = fn_polar_covalent_bond_2(fn_storage_polysaccharide_23(X))
& fn_storage_polysaccharide_51(X) = fn_store_3(fn_storage_polysaccharide_49(X))
& X = fn_store_2(fn_storage_polysaccharide_49(X))
& fn_storage_polysaccharide_44(X) = fn_polar_covalent_bond_17(fn_storage_polysaccharide_23(X))
& fn_storage_polysaccharide_45(X) = fn_polar_covalent_bond_12(fn_storage_polysaccharide_23(X))
& fn_storage_polysaccharide_78(X) = fn_polar_covalent_bond_16(fn_storage_polysaccharide_23(X))
& fn_storage_polysaccharide_24(X) = fn_polar_covalent_bond_16(fn_storage_polysaccharide_23(X))
& fn_storage_polysaccharide_28(X) = fn_polar_covalent_bond_5(fn_storage_polysaccharide_23(X))
& fn_storage_polysaccharide_55(X) = fn_carbohydrate_39(X)
& fn_storage_polysaccharide_23(X) = fn_polymer_1(X)
& fn_storage_polysaccharide_73(X) = fn_polysaccharide_2(X)
& fn_storage_polysaccharide_34(X) = fn_polysaccharide_20(X)
& fn_storage_polysaccharide_74(X) = fn_polysaccharide_1(X)
& fn_storage_polysaccharide_33(X) = fn_polysaccharide_19(X)
& fn_storage_polysaccharide_77(X) = fn_polysaccharide_28(X)
& fn_storage_polysaccharide_55(X) = fn_polysaccharide_11(X)
& fn_storage_polysaccharide_54(X) = fn_polysaccharide_18(X)
& fn_storage_polysaccharide_72(X) = fn_polysaccharide_3(X)
& fn_storage_polysaccharide_69(X) = fn_polysaccharide_7(X)
& fn_storage_polysaccharide_70(X) = fn_polysaccharide_6(X)
& fn_storage_polysaccharide_71(X) = fn_polysaccharide_5(X)
& fn_storage_polysaccharide_39(X) = fn_polysaccharide_8(X)
& fn_storage_polysaccharide_43(X) = fn_carbohydrate_34(X)
& fn_storage_polysaccharide_43(X) = fn_polysaccharide_17(X)
& X = fn_functional_group_1(fn_storage_polysaccharide_42(X))
& fn_storage_polysaccharide_42(X) = fn_polysaccharide_16(X)
& fn_storage_polysaccharide_41(X) = fn_polysaccharide_15(X)
& fn_storage_polysaccharide_79(X) = fn_polysaccharide_29(X)
& fn_storage_polysaccharide_56(X) = fn_polysaccharide_14(X)
& fn_storage_polysaccharide_41(X) = fn_polysaccharide_11(X)
& fn_storage_polysaccharide_27(X) = fn_polysaccharide_27(X)
& fn_storage_polysaccharide_55(X) = fn_polysaccharide_15(X)
& fn_storage_polysaccharide_14(X) = fn_polysaccharide_28(X)
& fn_storage_polysaccharide_23(X) = fn_polysaccharide_25(X)
& fn_storage_polysaccharide_78(X) = fn_polysaccharide_8(X)
& fn_storage_polysaccharide_40(X) = fn_polysaccharide_26(X)
& fn_storage_polysaccharide_36(X) = fn_polysaccharide_21(X)
& fn_storage_polysaccharide_37(X) = fn_polysaccharide_22(X)
& fn_storage_polysaccharide_38(X) = fn_polysaccharide_24(X)
& fn_storage_polysaccharide_38(X) = fn_polysaccharide_23(X)
& fn_storage_polysaccharide_52(X) = fn_hydroxyl_group_8(fn_storage_polysaccharide_42(X))
& fn_storage_polysaccharide_26(X) = fn_hydroxyl_group_5(fn_storage_polysaccharide_42(X))
& fn_storage_polysaccharide_55(X) = fn_polar_covalent_bond_18(fn_storage_polysaccharide_23(X))
& fn_storage_polysaccharide_23(X) = fn_hydroxyl_group_7(fn_storage_polysaccharide_42(X))
& fn_storage_polysaccharide_65(X) = fn_hydroxyl_group_11(fn_storage_polysaccharide_42(X))
& fn_storage_polysaccharide_46(X) = fn_atomic_nucleus_8(fn_storage_polysaccharide_64(X))
& fn_storage_polysaccharide_46(X) = fn_atom_14(fn_storage_polysaccharide_41(X))
& fn_storage_polysaccharide_46(X) = fn_hydroxyl_group_8(fn_storage_polysaccharide_42(X))
& fn_storage_polysaccharide_64(X) = fn_atom_18(fn_storage_polysaccharide_41(X))
& fn_storage_polysaccharide_64(X) = fn_hydroxyl_group_9(fn_storage_polysaccharide_42(X))
& fn_storage_polysaccharide_55(X) = fn_hydroxyl_group_4(fn_storage_polysaccharide_42(X))
& fn_storage_polysaccharide_13(X) = fn_hydroxyl_group_5(fn_storage_polysaccharide_42(X))
& fn_storage_polysaccharide_41(X) = fn_hydroxyl_group_4(fn_storage_polysaccharide_42(X))
& fn_storage_polysaccharide_40(X) = fn_hydroxyl_group_6(fn_storage_polysaccharide_42(X))
& fn_storage_polysaccharide_29(X) = fn_carbohydrate_19(X)
& fn_storage_polysaccharide_65(X) = fn_carbohydrate_17(X)
& fn_storage_polysaccharide_65(X) = fn_polar_covalent_bond_13(fn_storage_polysaccharide_23(X))
& fn_storage_polysaccharide_52(X) = fn_atom_14(fn_storage_polysaccharide_55(X))
& fn_storage_polysaccharide_29(X) = fn_atom_18(fn_storage_polysaccharide_55(X))
& fn_storage_polysaccharide_52(X) = fn_polar_covalent_bond_11(fn_storage_polysaccharide_23(X))
& fn_storage_polysaccharide_29(X) = fn_polar_covalent_bond_13(fn_storage_polysaccharide_23(X))
& fn_storage_polysaccharide_29(X) = fn_polar_covalent_bond_14(fn_storage_polysaccharide_23(X))
& fn_storage_polysaccharide_52(X) = fn_polar_covalent_bond_12(fn_storage_polysaccharide_23(X))
& fn_storage_polysaccharide_46(X) = fn_polar_covalent_bond_12(fn_storage_polysaccharide_23(X))
& fn_storage_polysaccharide_45(X) = fn_polar_covalent_bond_11(fn_storage_polysaccharide_23(X))
& fn_storage_polysaccharide_15(X) = fn_polar_covalent_bond_16(fn_storage_polysaccharide_23(X))
& fn_storage_polysaccharide_27(X) = fn_polar_covalent_bond_17(fn_storage_polysaccharide_23(X))
& fn_storage_polysaccharide_7(X) = fn_oxygen_12(fn_storage_polysaccharide_41(X))
& fn_storage_polysaccharide_8(X) = fn_oxygen_9(fn_storage_polysaccharide_41(X))
& fn_storage_polysaccharide_8(X) = fn_oxygen_11(fn_storage_polysaccharide_41(X))
& fn_storage_polysaccharide_21(X) = fn_oxygen_7(fn_storage_polysaccharide_41(X))
& fn_storage_polysaccharide_46(X) = fn_oxygen_8(fn_storage_polysaccharide_41(X))
& fn_storage_polysaccharide_46(X) = fn_oxygen_1(fn_storage_polysaccharide_41(X))
& fn_storage_polysaccharide_21(X) = fn_oxygen_13(fn_storage_polysaccharide_41(X))
& fn_storage_polysaccharide_22(X) = fn_atomic_nucleus_2(fn_storage_polysaccharide_64(X))
& fn_storage_polysaccharide_22(X) = fn_oxygen_19(fn_storage_polysaccharide_41(X))
& fn_storage_polysaccharide_41(X) = fn_atomic_nucleus_4(fn_storage_polysaccharide_64(X))
& fn_storage_polysaccharide_59(X) = fn_atomic_nucleus_9(fn_storage_polysaccharide_64(X))
& fn_storage_polysaccharide_59(X) = fn_oxygen_18(fn_storage_polysaccharide_41(X))
& fn_storage_polysaccharide_11(X) = fn_hydrogen_1(fn_storage_polysaccharide_40(X))
& fn_storage_polysaccharide_19(X) = fn_hydrogen_2(fn_storage_polysaccharide_40(X))
& fn_storage_polysaccharide_62(X) = fn_hydrogen_16(fn_storage_polysaccharide_40(X))
& fn_storage_polysaccharide_61(X) = fn_hydrogen_14(fn_storage_polysaccharide_40(X))
& fn_storage_polysaccharide_45(X) = fn_hydrogen_12(fn_storage_polysaccharide_40(X))
& fn_storage_polysaccharide_65(X) = fn_hydrogen_15(fn_storage_polysaccharide_40(X))
& fn_storage_polysaccharide_63(X) = fn_hydrogen_13(fn_storage_polysaccharide_40(X))
& fn_storage_polysaccharide_12(X) = fn_polar_covalent_bond_4(fn_storage_polysaccharide_23(X))
& fn_storage_polysaccharide_12(X) = fn_oxygen_6(fn_storage_polysaccharide_55(X))
& fn_storage_polysaccharide_10(X) = fn_oxygen_12(fn_storage_polysaccharide_55(X))
& fn_storage_polysaccharide_9(X) = fn_oxygen_9(fn_storage_polysaccharide_55(X))
& fn_storage_polysaccharide_9(X) = fn_oxygen_11(fn_storage_polysaccharide_55(X))
& fn_storage_polysaccharide_55(X) = fn_polar_covalent_bond_19(fn_storage_polysaccharide_23(X))
& fn_storage_polysaccharide_16(X) = fn_polar_covalent_bond_1(fn_storage_polysaccharide_23(X))
& fn_storage_polysaccharide_16(X) = fn_oxygen_5(fn_storage_polysaccharide_55(X))
& fn_storage_polysaccharide_52(X) = fn_oxygen_8(fn_storage_polysaccharide_55(X))
& fn_storage_polysaccharide_17(X) = fn_oxygen_7(fn_storage_polysaccharide_55(X))
& fn_storage_polysaccharide_52(X) = fn_oxygen_1(fn_storage_polysaccharide_55(X))
& fn_storage_polysaccharide_17(X) = fn_oxygen_13(fn_storage_polysaccharide_55(X))
& fn_storage_polysaccharide_18(X) = fn_oxygen_19(fn_storage_polysaccharide_55(X))
& fn_storage_polysaccharide_28(X) = fn_oxygen_18(fn_storage_polysaccharide_55(X))
& fn_valence_electron_3(fn_storage_polysaccharide_46(X)) = fn_valence_electron_3(fn_storage_polysaccharide_52(X))
& fn_valence_electron_3(fn_storage_polysaccharide_52(X)) = fn_first_electron_shell_4(fn_storage_polysaccharide_62(X))
& fn_first_electron_shell_4(fn_storage_polysaccharide_62(X)) = fn_first_electron_shell_4(fn_storage_polysaccharide_62(X))
& fn_first_electron_shell_4(fn_storage_polysaccharide_62(X)) = fn_chemical_element_12(fn_storage_polysaccharide_47(X))
& fn_chemical_element_12(fn_storage_polysaccharide_47(X)) = fn_chemical_element_12(fn_storage_polysaccharide_47(X))
& fn_chemical_element_12(fn_storage_polysaccharide_47(X)) = fn_chemical_element_11(fn_storage_polysaccharide_47(X))
& fn_chemical_element_11(fn_storage_polysaccharide_47(X)) = fn_chemical_element_12(fn_storage_polysaccharide_47(X))
& fn_chemical_element_12(fn_storage_polysaccharide_47(X)) = fn_polar_covalent_bond_16(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_16(fn_storage_polysaccharide_23(X)) = fn_polysaccharide_28(X)
& fn_polysaccharide_28(X) = fn_carbohydrate_34(X)
& fn_polysaccharide_17(X) = fn_carbohydrate_34(X)
& fn_carbohydrate_34(X) = fn_polysaccharide_17(X)
& fn_polysaccharide_17(X) = fn_polysaccharide_17(X)
& fn_polysaccharide_17(X) = fn_share_1(fn_storage_polysaccharide_35(X))
& fn_share_1(fn_storage_polysaccharide_35(X)) = fn_share_1(fn_storage_polysaccharide_24(X))
& fn_share_1(fn_storage_polysaccharide_24(X)) = fn_share_3(fn_storage_polysaccharide_14(X))
& fn_share_3(fn_storage_polysaccharide_14(X)) = fn_share_3(fn_storage_polysaccharide_14(X))
& fn_share_3(fn_storage_polysaccharide_14(X)) = fn_polysaccharide_14(X)
& fn_polysaccharide_14(X) = fn_polysaccharide_14(X)
& fn_polysaccharide_14(X) = fn_polar_covalent_bond_16(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_16(fn_storage_polysaccharide_23(X)) = fn_polar_covalent_bond_16(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_16(fn_storage_polysaccharide_23(X)) = fn_polysaccharide_8(X)
& fn_polysaccharide_8(X) = fn_polysaccharide_8(X)
& fn_polysaccharide_8(X) = fn_polysaccharide_23(X)
& fn_polysaccharide_23(X) = fn_polysaccharide_24(X)
& fn_polysaccharide_24(X) = fn_polysaccharide_23(X)
& fn_polysaccharide_23(X) = fn_store_2(fn_storage_polysaccharide_49(X))
& fn_store_2(fn_storage_polysaccharide_49(X)) = fn_store_2(fn_storage_polysaccharide_49(X))
& fn_store_2(fn_storage_polysaccharide_49(X)) = fn_functional_group_1(fn_storage_polysaccharide_42(X))
& fn_functional_group_1(fn_storage_polysaccharide_42(X)) = fn_hydroxyl_group_9(fn_storage_polysaccharide_42(X))
& fn_hydroxyl_group_9(fn_storage_polysaccharide_42(X)) = fn_hydroxyl_group_9(fn_storage_polysaccharide_42(X))
& fn_hydroxyl_group_9(fn_storage_polysaccharide_42(X)) = fn_atom_18(fn_storage_polysaccharide_41(X))
& fn_atom_18(fn_storage_polysaccharide_41(X)) = fn_hydroxyl_group_9(fn_storage_polysaccharide_42(X))
& fn_hydroxyl_group_9(fn_storage_polysaccharide_42(X)) = fn_atom_18(fn_storage_polysaccharide_55(X))
& fn_atom_18(fn_storage_polysaccharide_55(X)) = fn_carbohydrate_19(X)
& fn_carbohydrate_19(X) = fn_atom_18(fn_storage_polysaccharide_55(X))
& fn_atom_18(fn_storage_polysaccharide_55(X)) = fn_polar_covalent_bond_13(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_13(fn_storage_polysaccharide_23(X)) = fn_carbohydrate_19(X)
& fn_carbohydrate_19(X) = fn_carbohydrate_19(X)
& fn_carbohydrate_19(X) = fn_polar_covalent_bond_13(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_14(fn_storage_polysaccharide_23(X)) = fn_polar_covalent_bond_14(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_14(fn_storage_polysaccharide_23(X)) = fn_polar_covalent_bond_13(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_13(fn_storage_polysaccharide_23(X)) = fn_polar_covalent_bond_14(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_14(fn_storage_polysaccharide_23(X)) = fn_polysaccharide_27(X)
& fn_polysaccharide_27(X) = fn_polysaccharide_27(X)
& fn_polysaccharide_27(X) = fn_polar_covalent_bond_17(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_17(fn_storage_polysaccharide_23(X)) = fn_polar_covalent_bond_17(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_17(fn_storage_polysaccharide_23(X)) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_polysaccharide_25(X)
& fn_polysaccharide_25(X) = fn_polysaccharide_25(X)
& fn_polysaccharide_25(X) = fn_hydroxyl_group_7(fn_storage_polysaccharide_42(X))
& fn_hydroxyl_group_7(fn_storage_polysaccharide_42(X)) = fn_hydroxyl_group_7(fn_storage_polysaccharide_42(X))
& fn_hydroxyl_group_7(fn_storage_polysaccharide_42(X)) = fn_oxygen_9(fn_storage_polysaccharide_41(X))
& fn_oxygen_9(fn_storage_polysaccharide_41(X)) = fn_oxygen_11(fn_storage_polysaccharide_41(X))
& fn_oxygen_11(fn_storage_polysaccharide_41(X)) = fn_constant_motion_1(fn_storage_polysaccharide_57(X))
& fn_constant_motion_1(fn_storage_polysaccharide_57(X)) = fn_atom_14(fn_storage_polysaccharide_41(X))
& fn_atom_14(fn_storage_polysaccharide_41(X)) = fn_atom_14(fn_storage_polysaccharide_41(X))
& fn_atomic_nucleus_8(fn_storage_polysaccharide_64(X)) = fn_atom_14(fn_storage_polysaccharide_41(X))
& fn_atom_14(fn_storage_polysaccharide_41(X)) = fn_atomic_nucleus_8(fn_storage_polysaccharide_64(X))
& fn_atomic_nucleus_8(fn_storage_polysaccharide_64(X)) = fn_atomic_nucleus_8(fn_storage_polysaccharide_64(X))
& fn_atomic_nucleus_8(fn_storage_polysaccharide_64(X)) = fn_oxygen_8(fn_storage_polysaccharide_41(X))
& fn_hydroxyl_group_8(fn_storage_polysaccharide_42(X)) = fn_oxygen_8(fn_storage_polysaccharide_41(X))
& fn_oxygen_8(fn_storage_polysaccharide_41(X)) = fn_oxygen_8(fn_storage_polysaccharide_41(X))
& fn_oxygen_8(fn_storage_polysaccharide_41(X)) = fn_hydroxyl_group_8(fn_storage_polysaccharide_42(X))
& fn_hydroxyl_group_8(fn_storage_polysaccharide_42(X)) = fn_hydroxyl_group_8(fn_storage_polysaccharide_42(X))
& fn_polar_covalent_bond_12(fn_storage_polysaccharide_23(X)) = fn_oxygen_1(fn_storage_polysaccharide_41(X))
& fn_oxygen_1(fn_storage_polysaccharide_41(X)) = fn_oxygen_1(fn_storage_polysaccharide_41(X))
& fn_oxygen_1(fn_storage_polysaccharide_41(X)) = fn_oxygen_7(fn_storage_polysaccharide_41(X))
& fn_oxygen_13(fn_storage_polysaccharide_41(X)) = fn_oxygen_7(fn_storage_polysaccharide_41(X))
& fn_oxygen_7(fn_storage_polysaccharide_41(X)) = fn_oxygen_13(fn_storage_polysaccharide_41(X))
& fn_oxygen_13(fn_storage_polysaccharide_41(X)) = fn_oxygen_13(fn_storage_polysaccharide_41(X))
& fn_oxygen_13(fn_storage_polysaccharide_41(X)) = fn_oxygen_19(fn_storage_polysaccharide_41(X))
& fn_oxygen_19(fn_storage_polysaccharide_41(X)) = fn_oxygen_19(fn_storage_polysaccharide_41(X))
& fn_oxygen_19(fn_storage_polysaccharide_41(X)) = fn_atomic_nucleus_2(fn_storage_polysaccharide_64(X))
& fn_atomic_nucleus_2(fn_storage_polysaccharide_64(X)) = fn_oxygen_19(fn_storage_polysaccharide_41(X))
& fn_oxygen_19(fn_storage_polysaccharide_41(X)) = fn_atomic_nucleus_9(fn_storage_polysaccharide_64(X))
& fn_atomic_nucleus_9(fn_storage_polysaccharide_64(X)) = fn_atomic_nucleus_9(fn_storage_polysaccharide_64(X))
& fn_oxygen_18(fn_storage_polysaccharide_41(X)) = fn_atomic_nucleus_9(fn_storage_polysaccharide_64(X))
& fn_atomic_nucleus_9(fn_storage_polysaccharide_64(X)) = fn_oxygen_18(fn_storage_polysaccharide_41(X))
& fn_oxygen_18(fn_storage_polysaccharide_41(X)) = fn_share_3(fn_storage_polysaccharide_60(X))
& fn_share_3(fn_storage_polysaccharide_60(X)) = fn_share_3(fn_storage_polysaccharide_67(X))
& fn_share_3(fn_storage_polysaccharide_67(X)) = fn_chemical_element_11(fn_storage_polysaccharide_47(X))
& fn_chemical_element_11(fn_storage_polysaccharide_47(X)) = fn_chemical_element_11(fn_storage_polysaccharide_47(X))
& fn_chemical_element_11(fn_storage_polysaccharide_47(X)) = fn_atomic_nucleus_4(fn_storage_polysaccharide_64(X))
& fn_polysaccharide_15(X) = fn_atomic_nucleus_4(fn_storage_polysaccharide_64(X))
& fn_atomic_nucleus_4(fn_storage_polysaccharide_64(X)) = fn_atomic_nucleus_4(fn_storage_polysaccharide_64(X))
& fn_atomic_nucleus_4(fn_storage_polysaccharide_64(X)) = fn_polysaccharide_15(X)
& fn_polysaccharide_15(X) = fn_polysaccharide_11(X)
& fn_polysaccharide_11(X) = fn_polysaccharide_11(X)
& fn_polysaccharide_11(X) = fn_hydroxyl_group_4(fn_storage_polysaccharide_42(X))
& fn_hydroxyl_group_4(fn_storage_polysaccharide_42(X)) = fn_polar_covalent_bond_2(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_2(fn_storage_polysaccharide_23(X)) = fn_polar_covalent_bond_2(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_2(fn_storage_polysaccharide_23(X)) = fn_hydrogen_2(fn_storage_polysaccharide_40(X))
& fn_hydrogen_2(fn_storage_polysaccharide_40(X)) = fn_hydrogen_2(fn_storage_polysaccharide_40(X))
& fn_hydrogen_2(fn_storage_polysaccharide_40(X)) = fn_attract_1(fn_storage_polysaccharide_53(X))
& fn_attract_1(fn_storage_polysaccharide_53(X)) = fn_share_2(fn_storage_polysaccharide_67(X))
& fn_share_2(fn_storage_polysaccharide_67(X)) = fn_share_2(fn_storage_polysaccharide_26(X))
& fn_share_2(fn_storage_polysaccharide_26(X)) = fn_attract_1(fn_storage_polysaccharide_68(X))
& fn_attract_1(fn_storage_polysaccharide_68(X)) = fn_attract_1(fn_storage_polysaccharide_53(X))
& fn_attract_1(fn_storage_polysaccharide_53(X)) = fn_attract_1(fn_storage_polysaccharide_68(X))
& fn_attract_1(fn_storage_polysaccharide_68(X)) = fn_first_electron_shell_5(fn_storage_polysaccharide_62(X))
& fn_first_electron_shell_5(fn_storage_polysaccharide_62(X)) = fn_first_electron_shell_5(fn_storage_polysaccharide_62(X))
& fn_first_electron_shell_5(fn_storage_polysaccharide_62(X)) = fn_polar_covalent_bond_12(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_12(fn_storage_polysaccharide_23(X)) = fn_polar_covalent_bond_11(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_11(fn_storage_polysaccharide_23(X)) = fn_hydrogen_12(fn_storage_polysaccharide_40(X))
& fn_hydrogen_12(fn_storage_polysaccharide_40(X)) = fn_hydrogen_12(fn_storage_polysaccharide_40(X))
& fn_hydrogen_12(fn_storage_polysaccharide_40(X)) = fn_hydroxyl_group_11(fn_storage_polysaccharide_42(X))
& fn_hydroxyl_group_11(fn_storage_polysaccharide_42(X)) = fn_carbohydrate_17(X)
& fn_carbohydrate_17(X) = fn_carbohydrate_17(X)
& fn_carbohydrate_17(X) = fn_hydroxyl_group_11(fn_storage_polysaccharide_42(X))
& fn_hydroxyl_group_11(fn_storage_polysaccharide_42(X)) = fn_hydroxyl_group_11(fn_storage_polysaccharide_42(X))
& fn_hydroxyl_group_11(fn_storage_polysaccharide_42(X)) = fn_polar_covalent_bond_13(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_13(fn_storage_polysaccharide_23(X)) = fn_polar_covalent_bond_13(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_13(fn_storage_polysaccharide_23(X)) = fn_hydrogen_15(fn_storage_polysaccharide_40(X))
& fn_hydrogen_15(fn_storage_polysaccharide_40(X)) = fn_hydrogen_15(fn_storage_polysaccharide_40(X))
& fn_hydrogen_15(fn_storage_polysaccharide_40(X)) = fn_attract_2(fn_storage_polysaccharide_68(X))
& fn_attract_2(fn_storage_polysaccharide_68(X)) = fn_hydrogen_13(fn_storage_polysaccharide_40(X))
& fn_hydrogen_13(fn_storage_polysaccharide_40(X)) = fn_hydrogen_13(fn_storage_polysaccharide_40(X))
& fn_hydrogen_13(fn_storage_polysaccharide_40(X)) = fn_share_3(fn_storage_polysaccharide_35(X))
& fn_share_3(fn_storage_polysaccharide_32(X)) = fn_attract_2(fn_storage_polysaccharide_53(X))
& fn_attract_2(fn_storage_polysaccharide_53(X)) = fn_share_3(fn_storage_polysaccharide_26(X))
& fn_share_3(fn_storage_polysaccharide_15(X)) = fn_share_3(fn_storage_polysaccharide_35(X))
& fn_share_3(fn_storage_polysaccharide_14(X)) = fn_share_3(fn_storage_polysaccharide_35(X))
& fn_share_3(fn_storage_polysaccharide_35(X)) = fn_share_3(fn_storage_polysaccharide_39(X))
& fn_share_3(fn_storage_polysaccharide_39(X)) = fn_share_3(fn_storage_polysaccharide_32(X))
& fn_share_3(fn_storage_polysaccharide_32(X)) = fn_share_3(fn_storage_polysaccharide_26(X))
& fn_share_3(fn_storage_polysaccharide_26(X)) = fn_share_3(fn_storage_polysaccharide_25(X))
& fn_share_3(fn_storage_polysaccharide_25(X)) = fn_share_3(fn_storage_polysaccharide_24(X))
& fn_share_3(fn_storage_polysaccharide_24(X)) = fn_share_3(fn_storage_polysaccharide_15(X))
& fn_share_3(fn_storage_polysaccharide_15(X)) = fn_hold_2(fn_storage_polysaccharide_44(X))
& fn_hold_2(fn_storage_polysaccharide_44(X)) = fn_share_3(fn_storage_polysaccharide_35(X))
& fn_share_3(fn_storage_polysaccharide_24(X)) = fn_share_3(fn_storage_polysaccharide_35(X))
& fn_share_3(fn_storage_polysaccharide_35(X)) = fn_share_3(fn_storage_polysaccharide_24(X))
& fn_share_3(fn_storage_polysaccharide_24(X)) = fn_share_3(fn_storage_polysaccharide_14(X))
& fn_share_3(fn_storage_polysaccharide_14(X)) = fn_share_1(fn_storage_polysaccharide_35(X))
& fn_share_1(fn_storage_polysaccharide_76(X)) = fn_hold_2(fn_storage_polysaccharide_44(X))
& fn_hold_2(fn_storage_polysaccharide_44(X)) = fn_share_1(fn_storage_polysaccharide_14(X))
& fn_share_1(fn_storage_polysaccharide_14(X)) = fn_share_1(fn_storage_polysaccharide_35(X))
& fn_share_1(fn_storage_polysaccharide_35(X)) = fn_share_1(fn_storage_polysaccharide_60(X))
& fn_share_1(fn_storage_polysaccharide_60(X)) = fn_share_1(fn_storage_polysaccharide_67(X))
& fn_share_1(fn_storage_polysaccharide_67(X)) = fn_share_1(fn_storage_polysaccharide_24(X))
& fn_share_1(fn_storage_polysaccharide_24(X)) = fn_share_1(fn_storage_polysaccharide_76(X))
& fn_share_1(fn_storage_polysaccharide_76(X)) = fn_share_1(fn_storage_polysaccharide_14(X))
& fn_share_1(fn_storage_polysaccharide_14(X)) = fn_share_1(fn_storage_polysaccharide_14(X))
& fn_share_1(fn_storage_polysaccharide_14(X)) = fn_polysaccharide_26(X)
& fn_polysaccharide_26(X) = fn_polysaccharide_26(X)
& fn_polysaccharide_26(X) = fn_hydroxyl_group_6(fn_storage_polysaccharide_42(X))
& fn_hydroxyl_group_6(fn_storage_polysaccharide_42(X)) = fn_hydroxyl_group_6(fn_storage_polysaccharide_42(X))
& fn_hydroxyl_group_6(fn_storage_polysaccharide_42(X)) = fn_polar_covalent_bond_4(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_4(fn_storage_polysaccharide_23(X)) = fn_oxygen_6(fn_storage_polysaccharide_55(X))
& fn_oxygen_6(fn_storage_polysaccharide_55(X)) = fn_oxygen_9(fn_storage_polysaccharide_55(X))
& fn_oxygen_9(fn_storage_polysaccharide_55(X)) = fn_oxygen_11(fn_storage_polysaccharide_55(X))
& fn_oxygen_11(fn_storage_polysaccharide_55(X)) = fn_polar_covalent_bond_1(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_1(fn_storage_polysaccharide_23(X)) = fn_polar_covalent_bond_1(fn_storage_polysaccharide_23(X))
& fn_oxygen_5(fn_storage_polysaccharide_55(X)) = fn_oxygen_5(fn_storage_polysaccharide_55(X))
& fn_oxygen_5(fn_storage_polysaccharide_55(X)) = fn_polar_covalent_bond_1(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_1(fn_storage_polysaccharide_23(X)) = fn_oxygen_5(fn_storage_polysaccharide_55(X))
& fn_oxygen_5(fn_storage_polysaccharide_55(X)) = fn_share_2(fn_storage_polysaccharide_35(X))
& fn_share_2(fn_storage_polysaccharide_35(X)) = fn_share_2(fn_storage_polysaccharide_39(X))
& fn_share_2(fn_storage_polysaccharide_39(X)) = fn_share_2(fn_storage_polysaccharide_32(X))
& fn_share_2(fn_storage_polysaccharide_32(X)) = fn_attract_1(fn_storage_polysaccharide_30(X))
& fn_attract_1(fn_storage_polysaccharide_30(X)) = fn_attract_1(fn_storage_polysaccharide_30(X))
& fn_attract_1(fn_storage_polysaccharide_30(X)) = fn_constant_motion_1(fn_storage_polysaccharide_31(X))
& fn_constant_motion_1(fn_storage_polysaccharide_75(X)) = fn_constant_motion_1(fn_storage_polysaccharide_31(X))
& fn_constant_motion_1(fn_storage_polysaccharide_31(X)) = fn_constant_motion_1(fn_storage_polysaccharide_20(X))
& fn_constant_motion_1(fn_storage_polysaccharide_20(X)) = fn_constant_motion_1(fn_storage_polysaccharide_75(X))
& fn_constant_motion_1(fn_storage_polysaccharide_75(X)) = fn_atom_14(fn_storage_polysaccharide_55(X))
& fn_atom_14(fn_storage_polysaccharide_55(X)) = fn_atom_14(fn_storage_polysaccharide_55(X))
& fn_atom_14(fn_storage_polysaccharide_55(X)) = fn_oxygen_8(fn_storage_polysaccharide_55(X))
& fn_polar_covalent_bond_11(fn_storage_polysaccharide_23(X)) = fn_oxygen_8(fn_storage_polysaccharide_55(X))
& fn_oxygen_8(fn_storage_polysaccharide_55(X)) = fn_oxygen_8(fn_storage_polysaccharide_55(X))
& fn_oxygen_8(fn_storage_polysaccharide_55(X)) = fn_polar_covalent_bond_11(fn_storage_polysaccharide_23(X))
& fn_hydroxyl_group_8(fn_storage_polysaccharide_42(X)) = fn_polar_covalent_bond_11(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_11(fn_storage_polysaccharide_23(X)) = fn_polar_covalent_bond_11(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_11(fn_storage_polysaccharide_23(X)) = fn_hydroxyl_group_8(fn_storage_polysaccharide_42(X))
& fn_hydroxyl_group_8(fn_storage_polysaccharide_42(X)) = fn_polar_covalent_bond_12(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_12(fn_storage_polysaccharide_23(X)) = fn_polar_covalent_bond_12(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_12(fn_storage_polysaccharide_23(X)) = fn_oxygen_1(fn_storage_polysaccharide_55(X))
& fn_oxygen_1(fn_storage_polysaccharide_55(X)) = fn_oxygen_1(fn_storage_polysaccharide_55(X))
& fn_oxygen_1(fn_storage_polysaccharide_55(X)) = fn_oxygen_13(fn_storage_polysaccharide_55(X))
& fn_oxygen_13(fn_storage_polysaccharide_55(X)) = fn_oxygen_7(fn_storage_polysaccharide_55(X))
& fn_oxygen_7(fn_storage_polysaccharide_55(X)) = fn_oxygen_13(fn_storage_polysaccharide_55(X))
& fn_oxygen_13(fn_storage_polysaccharide_55(X)) = fn_oxygen_13(fn_storage_polysaccharide_55(X))
& fn_oxygen_13(fn_storage_polysaccharide_55(X)) = fn_attract_2(fn_storage_polysaccharide_30(X))
& fn_attract_2(fn_storage_polysaccharide_30(X)) = fn_polar_covalent_bond_5(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_5(fn_storage_polysaccharide_23(X)) = fn_polar_covalent_bond_5(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_5(fn_storage_polysaccharide_23(X)) = fn_oxygen_18(fn_storage_polysaccharide_55(X))
& fn_oxygen_18(fn_storage_polysaccharide_55(X)) = fn_oxygen_18(fn_storage_polysaccharide_55(X))
& fn_oxygen_18(fn_storage_polysaccharide_55(X)) = fn_share_1(fn_storage_polysaccharide_39(X))
& fn_share_1(fn_storage_polysaccharide_25(X)) = fn_share_3(fn_storage_polysaccharide_76(X))
& fn_share_3(fn_storage_polysaccharide_76(X)) = fn_share_1(fn_storage_polysaccharide_15(X))
& fn_share_1(fn_storage_polysaccharide_15(X)) = fn_share_3(fn_storage_polysaccharide_78(X))
& fn_share_3(fn_storage_polysaccharide_78(X)) = fn_share_1(fn_storage_polysaccharide_78(X))
& fn_share_1(fn_storage_polysaccharide_78(X)) = fn_share_1(fn_storage_polysaccharide_39(X))
& fn_share_1(fn_storage_polysaccharide_39(X)) = fn_share_1(fn_storage_polysaccharide_32(X))
& fn_share_1(fn_storage_polysaccharide_32(X)) = fn_share_1(fn_storage_polysaccharide_26(X))
& fn_share_1(fn_storage_polysaccharide_26(X)) = fn_share_1(fn_storage_polysaccharide_25(X))
& fn_share_1(fn_storage_polysaccharide_25(X)) = fn_share_1(fn_storage_polysaccharide_15(X))
& fn_share_1(fn_storage_polysaccharide_15(X)) = fn_share_1(fn_storage_polysaccharide_78(X))
& fn_share_1(fn_storage_polysaccharide_78(X)) = fn_polar_covalent_bond_19(fn_storage_polysaccharide_23(X))
& fn_carbohydrate_39(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_polar_covalent_bond_19(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_19(fn_storage_polysaccharide_23(X)) = fn_polar_covalent_bond_19(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_19(fn_storage_polysaccharide_23(X)) = fn_carbohydrate_39(X)
& fn_polar_covalent_bond_18(fn_storage_polysaccharide_23(X)) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_polar_covalent_bond_18(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_18(fn_storage_polysaccharide_23(X)) = fn_polar_covalent_bond_18(fn_storage_polysaccharide_23(X))
& fn_polysaccharide_11(X) = fn_polar_covalent_bond_18(fn_storage_polysaccharide_23(X))
& fn_polar_covalent_bond_18(fn_storage_polysaccharide_23(X)) = fn_polysaccharide_11(X)
& fn_polysaccharide_11(X) = fn_polysaccharide_15(X)
& fn_polysaccharide_15(X) = fn_polysaccharide_15(X)
& fn_polysaccharide_15(X) = fn_hydroxyl_group_4(fn_storage_polysaccharide_42(X))
& fn_hydroxyl_group_4(fn_storage_polysaccharide_42(X)) = fn_hydroxyl_group_4(fn_storage_polysaccharide_42(X)) ) ) ).
fof(a532883,axiom,
! [X] :
( storage_polysaccharide_breakdown_1(X)
=> ( original_name_2(X,'Storage-Polysaccharide-Breakdown')
& user_description_2(X,'The process of breaking down of a storage polysaccharide is called Storage Polysaccharaide Breakdown.')
& concept2words_2(X,'break down')
& concept2words_2(X,'storage polysaccharide breakdown')
& concept2words_2(X,'storage-polysaccharide-breakdown')
& polymer_breakdown_1(X)
& monosaccharide_1(fn_storage_polysaccharide_breakdown_1(X))
& storage_polysaccharide_1(fn_storage_polysaccharide_breakdown_2(X))
& minCardinality(X,result_0,"2",monosaccharide_0)
& raw_material_2(X,fn_storage_polysaccharide_breakdown_2(X))
& result_2(X,fn_storage_polysaccharide_breakdown_1(X))
& fn_storage_polysaccharide_breakdown_2(X) = fn_polymer_breakdown_3(X)
& fn_storage_polysaccharide_breakdown_1(X) = fn_polymer_breakdown_2(X) ) ) ).
fof(a532884,axiom,
! [X] :
( storage_protein_1(X)
=> ( original_name_2(X,'Storage-Protein')
& user_description_2(X,'Storage proteins are biological reserves of metal ions and amino acids, used by organisms. They are found in plant seeds, egg whites, and milk.')
& concept2words_2(X,'protein of storage')
& concept2words_2(X,'storage protein')
& concept2words_2(X,'storage-protein')
& protein_1(X)
& protein_domain_1(fn_storage_protein_5(X))
& polypeptide_1(fn_storage_protein_6(X))
& monomer_1(fn_storage_protein_7(X))
& kinetic_energy_1(fn_storage_protein_8(X))
& size_value_1(fn_storage_protein_9(X))
& constant_motion_1(fn_storage_protein_10(X))
& speed_value_1(fn_storage_protein_11(X))
& quantity_value_1(fn_storage_protein_12(X))
& size_value_1(fn_storage_protein_13(X))
& spatial_entity_1(fn_storage_protein_14(X))
& chemical_entity_1(fn_storage_protein_14(X))
& monomer_1(fn_storage_protein_14(X))
& molecule_1(fn_storage_protein_14(X))
& amino_acid_1(fn_storage_protein_14(X))
& amino_acid_1(fn_storage_protein_15(X))
& store_1(fn_storage_protein_16(X))
& atom_1(fn_storage_protein_17(X))
& chemical_entity_1(fn_storage_protein_17(X))
& carbon_1(fn_storage_protein_18(X))
& carbon_skeleton_1(fn_storage_protein_19(X))
& surface_1(fn_storage_protein_20(X))
& hydrophilic_region_1(fn_storage_protein_21(X))
& entity_1(fn_store_1(fn_storage_protein_16(X)))
& atom_1(fn_carbon_skeleton_2(fn_storage_protein_19(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_storage_protein_19(X)))
& carbon_1(fn_carbon_skeleton_4(fn_storage_protein_19(X)))
& spatial_entity_1(fn_store_2(fn_storage_protein_16(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_storage_protein_19(X)))
& has_function_2(X,fn_storage_protein_16(X))
& object_2(fn_storage_protein_16(X),fn_storage_protein_15(X))
& base_2(fn_storage_protein_16(X),X)
& greater_than_2(fn_storage_protein_9(X),fn_storage_protein_13(X))
& has_part_2(X,fn_storage_protein_7(X))
& size_2(fn_storage_protein_7(X),fn_storage_protein_13(X))
& has_part_2(X,fn_storage_protein_17(X))
& possesses_2(X,fn_storage_protein_8(X))
& quantity_2(fn_storage_protein_8(X),fn_storage_protein_12(X))
& directly_proportional_2(fn_storage_protein_11(X),fn_storage_protein_12(X))
& speed_2(fn_storage_protein_10(X),fn_storage_protein_11(X))
& object_2(fn_storage_protein_10(X),X)
& has_region_2(X,fn_storage_protein_19(X))
& has_part_2(X,fn_storage_protein_18(X))
& is_inside_2(fn_storage_protein_18(X),fn_storage_protein_19(X))
& fn_storage_protein_17(X) != fn_storage_protein_18(X)
& fn_storage_protein_18(X) != fn_storage_protein_17(X)
& has_part_2(fn_storage_protein_6(X),fn_storage_protein_14(X))
& has_part_2(X,fn_storage_protein_6(X))
& size_2(X,fn_storage_protein_9(X))
& the_scalar_value_2(fn_storage_protein_9(X),big_0)
& scalar_unit_class_2(fn_storage_protein_9(X),polypeptide_0)
& has_region_2(X,fn_storage_protein_21(X))
& is_at_2(fn_storage_protein_21(X),fn_storage_protein_20(X))
& has_region_2(X,fn_storage_protein_20(X))
& has_region_2(X,fn_storage_protein_5(X))
& is_at_2(fn_storage_protein_14(X),fn_storage_protein_5(X))
& fn_storage_protein_15(X) = fn_store_1(fn_storage_protein_16(X))
& X = fn_store_2(fn_storage_protein_16(X))
& fn_storage_protein_9(X) = fn_polymer_8(X)
& fn_storage_protein_1(X) = fn_polymer_10(X)
& fn_storage_protein_13(X) = fn_polymer_7(X)
& fn_storage_protein_7(X) = fn_polymer_4(X)
& fn_storage_protein_3(X) = fn_molecule_1(X)
& fn_storage_protein_2(X) = fn_molecule_2(X)
& fn_storage_protein_17(X) = fn_molecule_7(X)
& fn_storage_protein_10(X) = fn_molecule_8(X)
& fn_storage_protein_11(X) = fn_molecule_3(X)
& fn_storage_protein_12(X) = fn_molecule_4(X)
& fn_storage_protein_8(X) = fn_molecule_12(X)
& fn_storage_protein_18(X) = fn_organic_molecule_1(X)
& fn_storage_protein_17(X) = fn_organic_molecule_2(X)
& fn_storage_protein_17(X) = fn_carbon_skeleton_2(fn_storage_protein_19(X))
& fn_storage_protein_18(X) = fn_carbon_skeleton_4(fn_storage_protein_19(X))
& fn_storage_protein_19(X) = fn_organic_molecule_3(X)
& X = fn_carbon_skeleton_3(fn_storage_protein_19(X))
& fn_storage_protein_4(X) = fn_protein_10(X)
& fn_storage_protein_9(X) = fn_protein_9(X)
& fn_storage_protein_6(X) = fn_protein_8(X)
& fn_storage_protein_14(X) = fn_protein_14(X)
& fn_storage_protein_5(X) = fn_protein_7(X)
& fn_storage_protein_20(X) = fn_protein_5(X)
& fn_storage_protein_21(X) = fn_protein_1(X)
& fn_molecule_7(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_carbon_skeleton_2(fn_storage_protein_19(X))
& fn_carbon_skeleton_2(fn_storage_protein_19(X)) = fn_carbon_skeleton_2(fn_storage_protein_19(X))
& fn_carbon_skeleton_2(fn_storage_protein_19(X)) = fn_organic_molecule_1(X)
& fn_carbon_skeleton_4(fn_storage_protein_19(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_carbon_skeleton_4(fn_storage_protein_19(X))
& fn_carbon_skeleton_4(fn_storage_protein_19(X)) = fn_carbon_skeleton_4(fn_storage_protein_19(X))
& fn_carbon_skeleton_4(fn_storage_protein_19(X)) = fn_polymer_8(X)
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_store_2(fn_storage_protein_16(X))
& fn_store_2(fn_storage_protein_16(X)) = fn_carbon_skeleton_3(fn_storage_protein_19(X))
& fn_carbon_skeleton_3(fn_storage_protein_19(X)) = fn_carbon_skeleton_3(fn_storage_protein_19(X)) ) ) ).
fof(a532885,axiom,
! [X] :
( store_1(X)
=> ( original_name_2(X,'Store')
& concept2words_2(X,store)
& action_1(X)
& entity_1(fn_store_1(X))
& spatial_entity_1(fn_store_2(X))
& container_1(fn_store_3(X))
& base_2(X,fn_store_2(X))
& object_2(X,fn_store_1(X))
& in_event_2(fn_store_3(X),X)
& plays_2(fn_store_2(X),fn_store_3(X)) ) ) ).
fof(a532886,axiom,
! [X] :
( stramenopile_1(X)
=> ( original_name_2(X,'Stramenopile')
& user_description_2(X,'A protist with two flagella, one of which is smooth while the other is covered with fine hairs.')
& concept2words_2(X,stramenopile)
& protist_1(X)
& ~ alveolate_1(X)
& ~ amoeba_1(X)
& ~ charophycean_1(X)
& ~ chlorophyta_1(X)
& ~ dinoflagellate_1(X)
& ~ diplomonad_1(X)
& ~ foraminiferan_1(X)
& ~ freshwater_protist_1(X)
& ~ oomycete_1(X)
& ~ parabasalid_1(X)
& ~ radiolarian_1(X)
& ~ rhizaria_1(X)
& ~ rhodophyte_1(X)
& ~ seaweed_1(X) ) ) ).
fof(a532887,axiom,
! [X] :
( stratified_squamous_epithelium_1(X)
=> ( original_name_2(X,'Stratified-Squamous-Epithelium')
& user_description_2(X,'A type of epithelial tissue that regenerates rapidly near the basement membrane. Commonly found in surfaces subject to abrasion (e.g., lining of the esophagus, anus, vagina).')
& concept2words_2(X,'stratified squamous epithelium')
& concept2words_2(X,'stratified-squamous-epithelium')
& epithelium_1(X)
& ~ columnlike_epithelium_1(X)
& ~ cuboidal_epithelium_1(X)
& ~ simple_squamous_epithelium_1(X)
& ~ transport_epithelium_1(X) ) ) ).
fof(a532888,axiom,
! [X] :
( stratum_1(X)
=> ( original_name_2(X,'Stratum')
& user_description_2(X,'A layer of sedimentary rock.')
& concept2words_2(X,stratum)
& geologic_entity_1(X) ) ) ).
fof(a532889,axiom,
! [X] :
( stream_1(X)
=> ( original_name_2(X,'Stream')
& user_description_2(X,'A body of water that flows within a bed or channel.')
& concept2words_2(X,stream)
& freshwater_biome_1(X)
& ~ pond_1(X) ) ) ).
fof(a532890,axiom,
! [X] :
( streptococcus_pneumoniae_1(X)
=> ( original_name_2(X,'Streptococcus-Pneumoniae')
& user_description_2(X,'A species of spherical Gram-positive bacteria belonging to the phylum Firmicutes.')
& concept2words_2(X,'streptococcus pneumoniae')
& concept2words_2(X,'streptococcus-pneumoniae')
& gram_positive_bacteria_1(X)
& ~ clostridium_botulinum_1(X) ) ) ).
fof(a532891,axiom,
! [X] :
( streptophyta_1(X)
=> ( original_name_2(X,'Streptophyta')
& user_description_2(X,'The name proposed for a new phylum of plants, including the green algae and the land plants.')
& concept2words_2(X,streptophyta)
& eukaryote_1(X) ) ) ).
fof(a532892,axiom,
! [X] :
( stress_1(X)
=> ( original_name_2(X,'Stress')
& user_description_2(X,'Any factor that causes bodily or mental tension.')
& concept2words_2(X,stress)
& condition_1(X) ) ) ).
fof(a532893,axiom,
! [X] :
( striated_muscle_1(X)
=> ( original_name_2(X,'Striated-Muscle')
& user_description_2(X,'Muscle fibers that have repeating sarcomeres, giving the appearance of light and dark bands.')
& concept2words_2(X,'striated muscle')
& concept2words_2(X,'striated-muscle')
& muscle_tissue_1(X) ) ) ).
fof(a532894,axiom,
! [X] :
( string_1(X)
=> ( original_name_2(X,'String')
& concept2words_2(X,'atomic symbol')
& concept2words_2(X,'atomic-symbol')
& concept2words_2(X,string)
& thing_1(X) ) ) ).
fof(a532895,axiom,
! [X] :
( strobilus_1(X)
=> ( original_name_2(X,'Strobilus')
& user_description_2(X,'A cluster of sporophylls, common in gymnosperms and in some seedless vascular plants.')
& concept2words_2(X,strobilus)
& alternating_generation_organ_1(X) ) ) ).
fof(a532896,axiom,
! [X] :
( stroke_1(X)
=> ( original_name_2(X,'Stroke')
& user_description_2(X,'Damage or death to brain tissue caused when blood flow is interrupted to the brain.')
& concept2words_2(X,stroke)
& cardiovascular_disease_1(X)
& ~ arteriosclerosis_1(X)
& ~ atherosclerosis_1(X)
& ~ thrombus_1(X) ) ) ).
fof(a532897,axiom,
! [X] :
( stroma_1(X)
=> ( original_name_2(X,'Stroma')
& user_description_2(X,'Stroma is the fluid filled outside a thylakoid. The stroma contains chloroplast DNA and Ribosome besides many enzymes')
& concept2words_2(X,stroma)
& cellular_fluid_1(X)
& chemical_entity_1(fn_stroma_1(X))
& protein_1(fn_stroma_1(X))
& protein_enzyme_1(fn_stroma_1(X))
& chloroplast_dna_1(fn_stroma_2(X))
& ribosome_1(fn_stroma_3(X))
& protein_enzyme_1(fn_stroma_4(X))
& mrna_1(fn_stroma_5(X))
& protein_enzyme_1(fn_stroma_6(X))
& chloroplast_1(fn_stroma_7(X))
& dna_1(fn_semiautonomous_organelle_2(fn_stroma_7(X)))
& ribosome_1(fn_semiautonomous_organelle_7(fn_stroma_7(X)))
& mrna_1(fn_semiautonomous_organelle_6(fn_stroma_7(X)))
& aqueous_solution_1(fn_plastid_10(fn_stroma_7(X)))
& chemical_entity_1(fn_semiautonomous_organelle_5(fn_stroma_7(X)))
& protein_1(fn_semiautonomous_organelle_5(fn_stroma_7(X)))
& protein_enzyme_1(fn_semiautonomous_organelle_4(fn_stroma_7(X)))
& fn_stroma_1(X) != fn_stroma_6(X)
& fn_stroma_1(X) != fn_stroma_4(X)
& is_inside_2(fn_stroma_2(X),X)
& is_inside_2(fn_stroma_3(X),X)
& is_inside_2(fn_stroma_4(X),X)
& fn_stroma_4(X) != fn_stroma_1(X)
& fn_stroma_4(X) != fn_stroma_6(X)
& is_inside_2(X,fn_stroma_7(X))
& is_inside_2(fn_stroma_5(X),X)
& is_inside_2(fn_stroma_6(X),X)
& fn_stroma_6(X) != fn_stroma_1(X)
& fn_stroma_6(X) != fn_stroma_4(X)
& has_part_2(fn_stroma_7(X),fn_stroma_6(X))
& has_part_2(fn_stroma_7(X),fn_stroma_4(X))
& has_part_2(fn_stroma_7(X),fn_stroma_2(X))
& has_part_2(fn_stroma_7(X),fn_stroma_3(X))
& has_part_2(fn_stroma_7(X),fn_stroma_5(X))
& has_part_2(fn_stroma_7(X),fn_stroma_1(X))
& has_part_2(fn_stroma_7(X),X)
& fn_stroma_6(X) = fn_semiautonomous_organelle_4(fn_stroma_7(X))
& fn_stroma_4(X) = fn_semiautonomous_organelle_4(fn_stroma_7(X))
& fn_stroma_2(X) = fn_semiautonomous_organelle_2(fn_stroma_7(X))
& fn_stroma_3(X) = fn_semiautonomous_organelle_7(fn_stroma_7(X))
& fn_stroma_5(X) = fn_semiautonomous_organelle_6(fn_stroma_7(X))
& fn_stroma_1(X) = fn_semiautonomous_organelle_5(fn_stroma_7(X))
& fn_stroma_1(X) = fn_semiautonomous_organelle_4(fn_stroma_7(X))
& X = fn_plastid_10(fn_stroma_7(X))
& fn_semiautonomous_organelle_5(fn_stroma_7(X)) = fn_semiautonomous_organelle_4(fn_stroma_7(X)) ) ) ).
fof(a532898,axiom,
! [X] :
( stromatolite_1(X)
=> ( original_name_2(X,'Stromatolite')
& user_description_2(X,'Layered structures formed by cyanobacterial cells that adhere films of sediment together.')
& concept2words_2(X,stromatolite)
& geologic_entity_1(X) ) ) ).
fof(a532899,axiom,
! [X] :
( strong_acid_1(X)
=> ( original_name_2(X,'Strong-Acid')
& user_description_2(X,'A strong acid is an acid that ionizes completely in an aqueous solution by losing one proton.')
& concept2words_2(X,'strong acid')
& concept2words_2(X,'strong-acid')
& acid_1(X)
& intensity_value_1(fn_strong_acid_2(X))
& concentration_value_1(fn_strong_acid_3(X))
& potential_value_1(fn_strong_acid_4(X))
& acidic_solution_1(fn_strong_acid_5(X))
& chemical_1(fn_strong_acid_6(X))
& water_1(fn_strong_acid_6(X))
& water_1(fn_aqueous_solution_14(fn_strong_acid_5(X)))
& chemical_1(fn_acidic_solution_18(fn_strong_acid_5(X)))
& water_1(fn_acidic_solution_18(fn_strong_acid_5(X)))
& acid_1(fn_acidic_solution_15(fn_strong_acid_5(X)))
& directly_proportional_2(fn_strong_acid_3(X),fn_strong_acid_4(X))
& concentration_2(fn_strong_acid_5(X),fn_strong_acid_3(X))
& intensity_2(X,fn_strong_acid_2(X))
& solute_potential_2(X,fn_strong_acid_4(X))
& the_scalar_value_2(fn_strong_acid_2(X),strong_0)
& scalar_unit_class_2(fn_strong_acid_2(X),weak_acid_0)
& has_solvent_2(fn_strong_acid_5(X),fn_strong_acid_6(X))
& has_part_2(fn_strong_acid_5(X),X)
& has_solute_2(fn_strong_acid_5(X),X)
& has_part_2(fn_strong_acid_5(X),fn_strong_acid_6(X))
& fn_strong_acid_6(X) != X
& X != fn_strong_acid_6(X)
& fn_strong_acid_6(X) = fn_aqueous_solution_14(fn_strong_acid_5(X))
& fn_strong_acid_6(X) = fn_acidic_solution_18(fn_strong_acid_5(X))
& X = fn_acidic_solution_15(fn_strong_acid_5(X))
& fn_acidic_solution_18(fn_strong_acid_5(X)) = fn_aqueous_solution_14(fn_strong_acid_5(X))
& fn_aqueous_solution_14(fn_strong_acid_5(X)) = fn_acidic_solution_18(fn_strong_acid_5(X))
& fn_acidic_solution_18(fn_strong_acid_5(X)) = fn_acidic_solution_18(fn_strong_acid_5(X))
& fn_acidic_solution_15(fn_strong_acid_5(X)) = fn_acidic_solution_15(fn_strong_acid_5(X)) ) ) ).
fof(a532900,axiom,
! [X] :
( strong_acid_dissociation_reaction_1(X)
=> ( original_name_2(X,'Strong-Acid-Dissociation-Reaction')
& user_description_2(X,'A reaction where 100% of the molecules of an acidic substance release H+ ions into solution.')
& concept2words_2(X,convert)
& concept2words_2(X,'strong acid dissociation reaction')
& concept2words_2(X,'strong-acid-dissociation-reaction')
& acid_dissociation_reaction_1(X)
& ~ weak_acid_dissociation_reaction_1(X)
& strong_acid_1(fn_strong_acid_dissociation_reaction_1(X))
& chemical_entity_1(fn_strong_acid_dissociation_reaction_2(X))
& hydrogen_ion_1(fn_strong_acid_dissociation_reaction_2(X))
& decrease_1(fn_strong_acid_dissociation_reaction_4(X))
& quantity_value_1(fn_strong_acid_dissociation_reaction_5(X))
& property_node_1(fn_decrease_2(fn_strong_acid_dissociation_reaction_4(X)))
& property_value_1(fn_decrease_3(fn_strong_acid_dissociation_reaction_4(X)))
& causes_2(X,fn_strong_acid_dissociation_reaction_4(X))
& quantity_2(fn_strong_acid_dissociation_reaction_1(X),fn_strong_acid_dissociation_reaction_5(X))
& is_inside_2(fn_strong_acid_dissociation_reaction_2(X),fn_strong_acid_dissociation_reaction_1(X))
& result_2(X,fn_strong_acid_dissociation_reaction_2(X))
& from_value_2(fn_strong_acid_dissociation_reaction_4(X),fn_strong_acid_dissociation_reaction_5(X))
& fn_strong_acid_dissociation_reaction_2(X) = fn_acid_dissociation_reaction_16(X)
& fn_strong_acid_dissociation_reaction_3(X) = fn_decrease_2(fn_strong_acid_dissociation_reaction_4(X))
& fn_strong_acid_dissociation_reaction_5(X) = fn_decrease_3(fn_strong_acid_dissociation_reaction_4(X)) ) ) ).
fof(a532901,axiom,
! [X] :
( strong_base_1(X)
=> ( original_name_2(X,'Strong-Base')
& user_description_2(X,'A base which hydrolyzes completely, raising the pH of the solution toward 14.')
& concept2words_2(X,'strong base')
& concept2words_2(X,'strong-base')
& base_1(X)
& ~ weak_base_1(X)
& rate_value_1(fn_strong_base_3(X))
& rate_value_1(fn_strong_base_4(X))
& intensity_value_1(fn_strong_base_5(X))
& reverse_reaction_1(fn_strong_base_11(X))
& chemical_reaction_1(fn_strong_base_12(X))
& forward_reaction_1(fn_strong_base_12(X))
& basic_solution_1(fn_strong_base_13(X))
& base_compound_1(fn_strong_base_14(X))
& spatial_entity_1(fn_strong_base_14(X))
& chemical_entity_1(fn_strong_base_14(X))
& property_value_1(fn_strong_base_15(X))
& quantity_value_1(fn_strong_base_15(X))
& chemical_entity_1(fn_strong_base_16(X))
& hydroxide_ion_1(fn_strong_base_16(X))
& quantity_value_1(fn_strong_base_17(X))
& chemical_1(fn_strong_base_18(X))
& water_1(fn_strong_base_18(X))
& base_dissociation_reaction_1(fn_strong_base_19(X))
& quantity_value_1(fn_strong_base_20(X))
& system_1(fn_strong_base_22(X))
& chemical_entity_1(fn_strong_base_23(X))
& hydronium_ion_1(fn_strong_base_23(X))
& property_node_1(fn_basic_solution_26(fn_strong_base_13(X)))
& chemical_reaction_1(fn_basic_solution_31(fn_strong_base_13(X)))
& forward_reaction_1(fn_basic_solution_31(fn_strong_base_13(X)))
& base_dissociation_reaction_1(fn_basic_solution_30(fn_strong_base_13(X)))
& property_value_1(fn_basic_solution_24(fn_strong_base_13(X)))
& quantity_value_1(fn_basic_solution_24(fn_strong_base_13(X)))
& chemical_entity_1(fn_basic_solution_25(fn_strong_base_13(X)))
& hydroxide_ion_1(fn_basic_solution_25(fn_strong_base_13(X)))
& reverse_reaction_1(fn_basic_solution_29(fn_strong_base_13(X)))
& base_compound_1(fn_basic_solution_32(fn_strong_base_13(X)))
& spatial_entity_1(fn_basic_solution_32(fn_strong_base_13(X)))
& chemical_entity_1(fn_basic_solution_32(fn_strong_base_13(X)))
& property_node_1(fn_water_20(fn_strong_base_18(X)))
& property_node_1(fn_water_21(fn_strong_base_18(X)))
& equation_big_node_1(fn_water_19(fn_strong_base_18(X)))
& quantity_value_1(fn_water_24(fn_strong_base_18(X)))
& equation_set_1(fn_water_23(fn_strong_base_18(X)))
& system_1(fn_water_22(fn_strong_base_18(X)))
& chemical_entity_1(fn_chemical_3(fn_strong_base_18(X)))
& hydronium_ion_1(fn_basic_solution_33(fn_strong_base_13(X)))
& quantity_value_1(fn_basic_solution_6(fn_strong_base_13(X)))
& quantity_value_1(fn_water_25(fn_strong_base_18(X)))
& water_1(fn_aqueous_solution_14(fn_strong_base_13(X)))
& water_1(fn_basic_solution_22(fn_strong_base_13(X)))
& chemical_1(fn_basic_solution_23(fn_strong_base_13(X)))
& base_1(fn_basic_solution_23(fn_strong_base_13(X)))
& rate_2(fn_strong_base_12(X),fn_strong_base_4(X))
& rate_2(fn_strong_base_11(X),fn_strong_base_3(X))
& greater_than_2(fn_strong_base_4(X),fn_strong_base_3(X))
& intensity_2(X,fn_strong_base_5(X))
& the_scalar_value_2(fn_strong_base_5(X),strong_0)
& scalar_unit_class_2(fn_strong_base_5(X),weak_base_0)
& has_solvent_2(fn_strong_base_13(X),fn_strong_base_18(X))
& result_2(fn_strong_base_12(X),fn_strong_base_16(X))
& quantity_2(fn_strong_base_23(X),fn_strong_base_17(X))
& greater_than_2(fn_strong_base_15(X),fn_strong_base_17(X))
& has_solute_2(fn_strong_base_13(X),X)
& has_part_2(fn_strong_base_13(X),fn_strong_base_18(X))
& has_part_2(fn_strong_base_18(X),fn_strong_base_23(X))
& fn_strong_base_18(X) != X
& X != fn_strong_base_18(X)
& raw_material_2(fn_strong_base_12(X),fn_strong_base_14(X))
& has_part_2(fn_strong_base_13(X),X)
& has_part_2(X,fn_strong_base_14(X))
& result_2(fn_strong_base_11(X),fn_strong_base_14(X))
& raw_material_2(fn_strong_base_11(X),fn_strong_base_16(X))
& quantity_2(fn_strong_base_16(X),fn_strong_base_15(X))
& called_2(fn_strong_base_17(X),'Quantity_H')
& called_2(fn_strong_base_20(X),'Quantity_OH')
& fn_strong_base_20(X) = fn_strong_base_17(X)
& fn_strong_base_17(X) = fn_strong_base_20(X)
& fn_strong_base_10(X) = fn_basic_solution_26(fn_strong_base_13(X))
& fn_strong_base_17(X) = fn_basic_solution_6(fn_strong_base_13(X))
& fn_strong_base_23(X) = fn_chemical_3(fn_strong_base_18(X))
& fn_strong_base_23(X) = fn_basic_solution_33(fn_strong_base_13(X))
& fn_strong_base_18(X) = fn_aqueous_solution_14(fn_strong_base_13(X))
& fn_strong_base_18(X) = fn_basic_solution_22(fn_strong_base_13(X))
& fn_strong_base_12(X) = fn_basic_solution_31(fn_strong_base_13(X))
& fn_strong_base_19(X) = fn_basic_solution_30(fn_strong_base_13(X))
& fn_strong_base_15(X) = fn_basic_solution_24(fn_strong_base_13(X))
& fn_strong_base_16(X) = fn_basic_solution_25(fn_strong_base_13(X))
& fn_strong_base_11(X) = fn_basic_solution_29(fn_strong_base_13(X))
& fn_strong_base_14(X) = fn_basic_solution_32(fn_strong_base_13(X))
& X = fn_basic_solution_23(fn_strong_base_13(X))
& fn_strong_base_9(X) = fn_water_20(fn_strong_base_18(X))
& fn_strong_base_8(X) = fn_water_21(fn_strong_base_18(X))
& fn_strong_base_7(X) = fn_water_19(fn_strong_base_18(X))
& fn_strong_base_20(X) = fn_water_24(fn_strong_base_18(X))
& fn_strong_base_17(X) = fn_water_25(fn_strong_base_18(X))
& fn_strong_base_21(X) = fn_water_23(fn_strong_base_18(X))
& fn_strong_base_22(X) = fn_water_22(fn_strong_base_18(X))
& fn_basic_solution_33(fn_strong_base_13(X)) = fn_chemical_3(fn_strong_base_18(X))
& fn_chemical_3(fn_strong_base_18(X)) = fn_basic_solution_33(fn_strong_base_13(X))
& fn_basic_solution_33(fn_strong_base_13(X)) = fn_basic_solution_6(fn_strong_base_13(X))
& fn_basic_solution_6(fn_strong_base_13(X)) = fn_basic_solution_6(fn_strong_base_13(X))
& fn_basic_solution_6(fn_strong_base_13(X)) = fn_water_25(fn_strong_base_18(X))
& fn_water_25(fn_strong_base_18(X)) = fn_water_25(fn_strong_base_18(X))
& fn_water_25(fn_strong_base_18(X)) = fn_aqueous_solution_14(fn_strong_base_13(X))
& fn_basic_solution_22(fn_strong_base_13(X)) = fn_aqueous_solution_14(fn_strong_base_13(X))
& fn_aqueous_solution_14(fn_strong_base_13(X)) = fn_basic_solution_22(fn_strong_base_13(X))
& fn_basic_solution_22(fn_strong_base_13(X)) = fn_basic_solution_22(fn_strong_base_13(X))
& fn_basic_solution_23(fn_strong_base_13(X)) = fn_basic_solution_23(fn_strong_base_13(X)) ) ) ).
fof(a532902,axiom,
! [X] :
( strong_base_dissociation_reaction_1(X)
=> ( original_name_2(X,'Strong-Base-Dissociation-Reaction')
& user_description_2(X,'Dissociation reaction with a strong base such that nearly all of the molecules dissociate. Strong bases include sodium hydroxide (NaOH), which is also a strong electrolyte.')
& concept2words_2(X,convert)
& concept2words_2(X,'strong base dissociation reaction')
& concept2words_2(X,'strong-base-dissociation-reaction')
& base_dissociation_reaction_1(X)
& chemical_energy_1(fn_strong_base_dissociation_reaction_1(X))
& quantity_value_1(fn_strong_base_dissociation_reaction_2(X))
& quantity_value_1(fn_strong_base_dissociation_reaction_3(X))
& chemical_energy_1(fn_strong_base_dissociation_reaction_4(X))
& collide_1(fn_strong_base_dissociation_reaction_7(X))
& concentration_value_1(fn_strong_base_dissociation_reaction_10(X))
& rate_value_1(fn_strong_base_dissociation_reaction_11(X))
& quantity_value_1(fn_strong_base_dissociation_reaction_12(X))
& decrease_1(fn_strong_base_dissociation_reaction_13(X))
& chemical_1(fn_strong_base_dissociation_reaction_14(X))
& strong_base_1(fn_strong_base_dissociation_reaction_14(X))
& base_compound_1(fn_strong_base_dissociation_reaction_16(X))
& spatial_entity_1(fn_strong_base_dissociation_reaction_16(X))
& chemical_entity_1(fn_strong_base_dissociation_reaction_16(X))
& reverse_reaction_1(fn_strong_base_dissociation_reaction_17(X))
& forward_reaction_1(fn_strong_base_dissociation_reaction_18(X))
& chemical_reaction_1(fn_strong_base_dissociation_reaction_18(X))
& hydroxide_ion_1(fn_strong_base_dissociation_reaction_19(X))
& chemical_entity_1(fn_strong_base_dissociation_reaction_19(X))
& property_node_1(fn_decrease_2(fn_strong_base_dissociation_reaction_13(X)))
& property_value_1(fn_decrease_3(fn_strong_base_dissociation_reaction_13(X)))
& chemical_1(fn_forward_reaction_8(fn_strong_base_dissociation_reaction_18(X)))
& property_node_1(fn_reverse_reaction_3(fn_strong_base_dissociation_reaction_17(X)))
& property_node_1(fn_reverse_reaction_4(fn_strong_base_dissociation_reaction_17(X)))
& reverse_reaction_1(fn_strong_base_11(fn_strong_base_dissociation_reaction_14(X)))
& chemical_reaction_1(fn_strong_base_12(fn_strong_base_dissociation_reaction_14(X)))
& forward_reaction_1(fn_strong_base_12(fn_strong_base_dissociation_reaction_14(X)))
& concentration_value_1(fn_forward_reaction_1(fn_strong_base_dissociation_reaction_18(X)))
& concentration_value_1(fn_reverse_reaction_2(fn_strong_base_dissociation_reaction_17(X)))
& rate_value_1(fn_forward_reaction_2(fn_strong_base_dissociation_reaction_18(X)))
& rate_value_1(fn_reverse_reaction_1(fn_strong_base_dissociation_reaction_17(X)))
& collide_1(fn_forward_reaction_7(fn_strong_base_dissociation_reaction_18(X)))
& collide_1(fn_reverse_reaction_9(fn_strong_base_dissociation_reaction_17(X)))
& spatial_entity_1(fn_forward_reaction_6(fn_strong_base_dissociation_reaction_18(X)))
& chemical_entity_1(fn_forward_reaction_6(fn_strong_base_dissociation_reaction_18(X)))
& spatial_entity_1(fn_reverse_reaction_5(fn_strong_base_dissociation_reaction_17(X)))
& chemical_entity_1(fn_reverse_reaction_5(fn_strong_base_dissociation_reaction_17(X)))
& spatial_entity_1(fn_forward_reaction_5(fn_strong_base_dissociation_reaction_18(X)))
& chemical_entity_1(fn_forward_reaction_5(fn_strong_base_dissociation_reaction_18(X)))
& chemical_entity_1(fn_reverse_reaction_6(fn_strong_base_dissociation_reaction_17(X)))
& base_compound_1(fn_strong_base_14(fn_strong_base_dissociation_reaction_14(X)))
& spatial_entity_1(fn_strong_base_14(fn_strong_base_dissociation_reaction_14(X)))
& chemical_entity_1(fn_strong_base_14(fn_strong_base_dissociation_reaction_14(X)))
& chemical_entity_1(fn_strong_base_16(fn_strong_base_dissociation_reaction_14(X)))
& hydroxide_ion_1(fn_strong_base_16(fn_strong_base_dissociation_reaction_14(X)))
& chemical_entity_1(fn_reverse_reaction_7(fn_strong_base_dissociation_reaction_17(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_strong_base_dissociation_reaction_18(X)))
& base_dissociation_reaction_1(fn_strong_base_19(fn_strong_base_dissociation_reaction_14(X)))
& causes_2(X,fn_strong_base_dissociation_reaction_13(X))
& quantity_2(fn_strong_base_dissociation_reaction_14(X),fn_strong_base_dissociation_reaction_12(X))
& quantity_2(fn_strong_base_dissociation_reaction_4(X),fn_strong_base_dissociation_reaction_3(X))
& greater_than_2(fn_strong_base_dissociation_reaction_3(X),fn_strong_base_dissociation_reaction_2(X))
& quantity_2(fn_strong_base_dissociation_reaction_1(X),fn_strong_base_dissociation_reaction_2(X))
& possesses_2(fn_strong_base_dissociation_reaction_16(X),fn_strong_base_dissociation_reaction_4(X))
& possesses_2(fn_strong_base_dissociation_reaction_19(X),fn_strong_base_dissociation_reaction_1(X))
& from_value_2(fn_strong_base_dissociation_reaction_13(X),fn_strong_base_dissociation_reaction_12(X))
& concentration_2(fn_strong_base_dissociation_reaction_14(X),fn_strong_base_dissociation_reaction_10(X))
& intensity_2(fn_strong_base_dissociation_reaction_7(X),'*strong')
& object_2(fn_strong_base_dissociation_reaction_7(X),fn_strong_base_dissociation_reaction_16(X))
& rate_2(fn_strong_base_dissociation_reaction_7(X),fn_strong_base_dissociation_reaction_11(X))
& directly_proportional_2(fn_strong_base_dissociation_reaction_11(X),fn_strong_base_dissociation_reaction_10(X))
& subevent_2(X,fn_strong_base_dissociation_reaction_17(X))
& result_2(X,fn_strong_base_dissociation_reaction_19(X))
& has_part_2(fn_strong_base_dissociation_reaction_14(X),fn_strong_base_dissociation_reaction_16(X))
& raw_material_2(X,fn_strong_base_dissociation_reaction_16(X))
& subevent_2(X,fn_strong_base_dissociation_reaction_18(X))
& raw_material_2(fn_strong_base_dissociation_reaction_18(X),fn_strong_base_dissociation_reaction_16(X))
& result_2(fn_strong_base_dissociation_reaction_17(X),fn_strong_base_dissociation_reaction_16(X))
& result_2(fn_strong_base_dissociation_reaction_18(X),fn_strong_base_dissociation_reaction_19(X))
& raw_material_2(fn_strong_base_dissociation_reaction_17(X),fn_strong_base_dissociation_reaction_19(X))
& fn_strong_base_dissociation_reaction_15(X) = fn_decrease_2(fn_strong_base_dissociation_reaction_13(X))
& fn_strong_base_dissociation_reaction_12(X) = fn_decrease_3(fn_strong_base_dissociation_reaction_13(X))
& fn_strong_base_dissociation_reaction_14(X) = fn_forward_reaction_8(fn_strong_base_dissociation_reaction_18(X))
& fn_strong_base_dissociation_reaction_8(X) = fn_reverse_reaction_3(fn_strong_base_dissociation_reaction_17(X))
& fn_strong_base_dissociation_reaction_9(X) = fn_reverse_reaction_4(fn_strong_base_dissociation_reaction_17(X))
& fn_strong_base_dissociation_reaction_10(X) = fn_forward_reaction_1(fn_strong_base_dissociation_reaction_18(X))
& fn_strong_base_dissociation_reaction_10(X) = fn_reverse_reaction_2(fn_strong_base_dissociation_reaction_17(X))
& fn_strong_base_dissociation_reaction_11(X) = fn_forward_reaction_2(fn_strong_base_dissociation_reaction_18(X))
& fn_strong_base_dissociation_reaction_11(X) = fn_reverse_reaction_1(fn_strong_base_dissociation_reaction_17(X))
& fn_strong_base_dissociation_reaction_7(X) = fn_forward_reaction_7(fn_strong_base_dissociation_reaction_18(X))
& fn_strong_base_dissociation_reaction_7(X) = fn_reverse_reaction_9(fn_strong_base_dissociation_reaction_17(X))
& fn_strong_base_dissociation_reaction_19(X) = fn_strong_base_16(fn_strong_base_dissociation_reaction_14(X))
& fn_strong_base_dissociation_reaction_16(X) = fn_reverse_reaction_5(fn_strong_base_dissociation_reaction_17(X))
& fn_strong_base_dissociation_reaction_16(X) = fn_reverse_reaction_6(fn_strong_base_dissociation_reaction_17(X))
& fn_strong_base_dissociation_reaction_17(X) = fn_strong_base_11(fn_strong_base_dissociation_reaction_14(X))
& fn_strong_base_dissociation_reaction_16(X) = fn_forward_reaction_6(fn_strong_base_dissociation_reaction_18(X))
& fn_strong_base_dissociation_reaction_16(X) = fn_forward_reaction_5(fn_strong_base_dissociation_reaction_18(X))
& fn_strong_base_dissociation_reaction_18(X) = fn_strong_base_12(fn_strong_base_dissociation_reaction_14(X))
& X = fn_strong_base_19(fn_strong_base_dissociation_reaction_14(X))
& fn_strong_base_dissociation_reaction_16(X) = fn_strong_base_14(fn_strong_base_dissociation_reaction_14(X))
& fn_strong_base_dissociation_reaction_19(X) = fn_reverse_reaction_7(fn_strong_base_dissociation_reaction_17(X))
& fn_strong_base_dissociation_reaction_19(X) = fn_chemical_reaction_1(fn_strong_base_dissociation_reaction_18(X))
& fn_reverse_reaction_2(fn_strong_base_dissociation_reaction_17(X)) = fn_forward_reaction_1(fn_strong_base_dissociation_reaction_18(X))
& fn_forward_reaction_1(fn_strong_base_dissociation_reaction_18(X)) = fn_reverse_reaction_2(fn_strong_base_dissociation_reaction_17(X))
& fn_reverse_reaction_2(fn_strong_base_dissociation_reaction_17(X)) = fn_reverse_reaction_1(fn_strong_base_dissociation_reaction_17(X))
& fn_reverse_reaction_1(fn_strong_base_dissociation_reaction_17(X)) = fn_forward_reaction_2(fn_strong_base_dissociation_reaction_18(X))
& fn_forward_reaction_2(fn_strong_base_dissociation_reaction_18(X)) = fn_reverse_reaction_1(fn_strong_base_dissociation_reaction_17(X))
& fn_reverse_reaction_1(fn_strong_base_dissociation_reaction_17(X)) = fn_reverse_reaction_9(fn_strong_base_dissociation_reaction_17(X))
& fn_reverse_reaction_9(fn_strong_base_dissociation_reaction_17(X)) = fn_forward_reaction_7(fn_strong_base_dissociation_reaction_18(X))
& fn_forward_reaction_7(fn_strong_base_dissociation_reaction_18(X)) = fn_reverse_reaction_9(fn_strong_base_dissociation_reaction_17(X))
& fn_reverse_reaction_9(fn_strong_base_dissociation_reaction_17(X)) = fn_reverse_reaction_5(fn_strong_base_dissociation_reaction_17(X))
& fn_reverse_reaction_5(fn_strong_base_dissociation_reaction_17(X)) = fn_forward_reaction_6(fn_strong_base_dissociation_reaction_18(X))
& fn_forward_reaction_6(fn_strong_base_dissociation_reaction_18(X)) = fn_forward_reaction_5(fn_strong_base_dissociation_reaction_18(X))
& fn_forward_reaction_5(fn_strong_base_dissociation_reaction_18(X)) = fn_reverse_reaction_5(fn_strong_base_dissociation_reaction_17(X))
& fn_reverse_reaction_5(fn_strong_base_dissociation_reaction_17(X)) = fn_forward_reaction_5(fn_strong_base_dissociation_reaction_18(X))
& fn_forward_reaction_5(fn_strong_base_dissociation_reaction_18(X)) = fn_forward_reaction_5(fn_strong_base_dissociation_reaction_18(X))
& fn_reverse_reaction_6(fn_strong_base_dissociation_reaction_17(X)) = fn_forward_reaction_5(fn_strong_base_dissociation_reaction_18(X))
& fn_forward_reaction_5(fn_strong_base_dissociation_reaction_18(X)) = fn_reverse_reaction_6(fn_strong_base_dissociation_reaction_17(X))
& fn_reverse_reaction_6(fn_strong_base_dissociation_reaction_17(X)) = fn_reverse_reaction_6(fn_strong_base_dissociation_reaction_17(X))
& fn_reverse_reaction_6(fn_strong_base_dissociation_reaction_17(X)) = fn_strong_base_14(fn_strong_base_dissociation_reaction_14(X))
& fn_strong_base_14(fn_strong_base_dissociation_reaction_14(X)) = fn_strong_base_14(fn_strong_base_dissociation_reaction_14(X))
& fn_strong_base_14(fn_strong_base_dissociation_reaction_14(X)) = fn_strong_base_16(fn_strong_base_dissociation_reaction_14(X))
& fn_strong_base_16(fn_strong_base_dissociation_reaction_14(X)) = fn_reverse_reaction_7(fn_strong_base_dissociation_reaction_17(X))
& fn_reverse_reaction_7(fn_strong_base_dissociation_reaction_17(X)) = fn_reverse_reaction_7(fn_strong_base_dissociation_reaction_17(X))
& fn_reverse_reaction_7(fn_strong_base_dissociation_reaction_17(X)) = fn_chemical_reaction_1(fn_strong_base_dissociation_reaction_18(X))
& fn_strong_base_19(fn_strong_base_dissociation_reaction_14(X)) = fn_strong_base_19(fn_strong_base_dissociation_reaction_14(X)) ) ) ).
fof(a532903,axiom,
! [X] :
( strong_electrolyte_1(X)
=> ( original_name_2(X,'Strong-Electrolyte')
& user_description_2(X,'A substance that is completely ionized in solution, for example, strong acids, strong bases, and most salts.')
& concept2words_2(X,'strong electrolyte')
& concept2words_2(X,'strong-electrolyte')
& electrolyte_1(X)
& ~ weak_electrolyte_1(X)
& electrolyte_status_value_1(fn_strong_electrolyte_3(X))
& conductivity_value_1(fn_strong_electrolyte_4(X))
& conductivity_2(X,fn_strong_electrolyte_4(X))
& electrolyte_status_2(X,fn_strong_electrolyte_3(X))
& the_scalar_value_2(fn_strong_electrolyte_4(X),high_conductivity_0)
& scalar_unit_class_2(fn_strong_electrolyte_4(X),chemical_0)
& the_scalar_value_2(fn_strong_electrolyte_3(X),strong_0)
& scalar_unit_class_2(fn_strong_electrolyte_3(X),chemical_0) ) ) ).
fof(a532904,axiom,
! [X] :
( strong_electrolyte_entity_1(X)
=> ( original_name_2(X,'Strong-Electrolyte-Entity')
& user_description_2(X,'A strong electrolyte entity is the basic structural unit of a substance that is completely ionized in solution, for example, strong acids, strong bases, and most salts.')
& concept2words_2(X,'strong electrolyte entity')
& concept2words_2(X,'strong-electrolyte-entity')
& electrolyte_entity_1(X)
& strong_electrolyte_1(fn_strong_electrolyte_entity_1(X))
& chemical_entity_1(fn_chemical_3(fn_strong_electrolyte_entity_1(X)))
& has_part_2(fn_strong_electrolyte_entity_1(X),X)
& X = fn_chemical_3(fn_strong_electrolyte_entity_1(X)) ) ) ).
fof(a532905,axiom,
! [X] :
( strontium_1(X)
=> ( original_name_2(X,'Strontium')
& user_description_2(X,'Strontium is a metal atom with atomic number 38. It is represented by the symbol Sr.')
& concept2words_2(X,strontium)
& concept2words_2(X,'Sr')
& metal_atom_1(X)
& neutron_1(fn_strontium_4(X))
& atomic_mass_value_1(fn_strontium_5(X))
& valence_value_1(fn_strontium_6(X))
& electronegativity_value_1(fn_strontium_7(X))
& valence_electron_1(fn_strontium_11(X))
& atomic_weight_value_1(fn_strontium_12(X))
& atomic_number_value_1(fn_strontium_13(X))
& quantity_value_1(fn_strontium_14(X))
& electronegativity_2(X,fn_strontium_7(X))
& valence_2(X,fn_strontium_6(X))
& mass_number_2(X,fn_strontium_5(X))
& exactCardinality(X,has_part_0,"50",neutron_0)
& exactCardinality(X,has_part_0,"38",proton_0)
& exactCardinality(X,has_part_0,"38",electron_0)
& has_part_2(X,fn_strontium_4(X))
& the_cardinal_value_2(fn_strontium_14(X),"2")
& cardinal_unit_class_2(fn_strontium_14(X),unity_0)
& the_cardinal_value_2(fn_strontium_7(X),"0.95")
& cardinal_unit_class_2(fn_strontium_7(X),unity_0)
& the_cardinal_value_2(fn_strontium_6(X),"2")
& cardinal_unit_class_2(fn_strontium_6(X),unity_0)
& the_cardinal_value_2(fn_strontium_5(X),"88")
& cardinal_unit_class_2(fn_strontium_5(X),unity_0)
& the_cardinal_value_2(fn_strontium_13(X),"38")
& cardinal_unit_class_2(fn_strontium_13(X),unity_0)
& the_cardinal_value_2(fn_strontium_12(X),"87.62")
& cardinal_unit_class_2(fn_strontium_12(X),dalton_0)
& atomic_number_2(X,fn_strontium_13(X))
& atomic_weight_2(X,fn_strontium_12(X))
& has_part_2(X,fn_strontium_11(X))
& quantity_2(fn_strontium_11(X),fn_strontium_14(X))
& fn_strontium_9(X) = fn_atom_12(X)
& fn_strontium_13(X) = fn_atom_17(X)
& fn_strontium_10(X) = fn_atom_13(X)
& fn_strontium_12(X) = fn_atom_16(X)
& fn_strontium_8(X) = fn_atom_1(X)
& fn_strontium_14(X) = fn_atom_5(X)
& fn_strontium_11(X) = fn_atom_14(X) ) ) ).
fof(a532906,axiom,
! [X] :
( structural_complexity_constant_1(X)
=> ( original_name_2(X,'Structural-Complexity-Constant')
& concept2words_2(X,'structural complexity constant')
& concept2words_2(X,'structural-complexity-constant')
& constant_1(X) ) ) ).
fof(a532907,axiom,
! [X] :
( structural_complexity_scale_1(X)
=> ( original_name_2(X,'Structural-Complexity-Scale')
& concept2words_2(X,'structural complexity scale')
& concept2words_2(X,'structural-complexity-scale')
& scale_1(X) ) ) ).
fof(a532908,axiom,
! [X] :
( structural_complexity_value_1(X)
=> ( original_name_2(X,'Structural-Complexity-Value')
& concept2words_2(X,'structural complexity')
& concept2words_2(X,'structural-complexity')
& concept2words_2(X,'structural complexity value')
& concept2words_2(X,'structural-complexity-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a532909,axiom,
! [X] :
( structural_formula_1(X)
=> ( original_name_2(X,'Structural-Formula')
& user_description_2(X,'A graphical representation of the molecular structure of a chemical compound.')
& concept2words_2(X,'structural formula')
& concept2words_2(X,'structural-formula')
& molecular_formula_1(X) ) ) ).
fof(a532910,axiom,
! [X] :
( structural_gene_1(X)
=> ( original_name_2(X,'Structural-Gene')
& user_description_2(X,'A gene that codes for any RNA or protein product other than a regulatory factor.')
& concept2words_2(X,'structural gene')
& concept2words_2(X,'structural-gene')
& gene_1(X)
& code_for_1(fn_structural_gene_1(X))
& structural_protein_1(fn_structural_gene_2(X))
& entity_1(fn_code_for_2(fn_structural_gene_1(X)))
& donor_2(fn_structural_gene_1(X),X)
& result_2(fn_structural_gene_1(X),fn_structural_gene_2(X))
& has_function_2(X,fn_structural_gene_1(X))
& agent_2(fn_structural_gene_1(X),X)
& fn_structural_gene_2(X) = fn_code_for_2(fn_structural_gene_1(X))
& fn_structural_gene_1(X) = fn_gene_13(X) ) ) ).
fof(a532911,axiom,
! [X] :
( structural_polysaccharide_1(X)
=> ( original_name_2(X,'Structural-Polysaccharide')
& user_description_2(X,'A polysaccharide used primarily for structural support (e.g., cellulose).')
& concept2words_2(X,'structural polysaccharide')
& concept2words_2(X,'structural-polysaccharide')
& polysaccharide_1(X)
& ~ amylose_1(X)
& ~ glycogen_1(X)
& ~ noncellulose_polysaccharide_1(X)
& ~ oligosaccharin_1(X)
& ~ storage_polysaccharide_1(X)
& defense_1(fn_structural_polysaccharide_1(X))
& organism_1(fn_structural_polysaccharide_2(X))
& defense_1(fn_structural_polysaccharide_3(X))
& support_1(fn_structural_polysaccharide_4(X))
& cell_1(fn_structural_polysaccharide_5(X))
& structural_role_1(fn_structural_polysaccharide_6(X))
& support_1(fn_structural_role_1(fn_structural_polysaccharide_6(X)))
& tangible_entity_1(fn_support_1(fn_structural_polysaccharide_4(X)))
& tangible_entity_1(fn_structural_role_2(fn_structural_polysaccharide_6(X)))
& object_2(fn_structural_polysaccharide_3(X),fn_structural_polysaccharide_5(X))
& fn_structural_polysaccharide_3(X) != fn_structural_polysaccharide_1(X)
& instrument_2(fn_structural_polysaccharide_3(X),X)
& object_2(fn_structural_polysaccharide_1(X),fn_structural_polysaccharide_2(X))
& fn_structural_polysaccharide_1(X) != fn_structural_polysaccharide_3(X)
& instrument_2(fn_structural_polysaccharide_1(X),X)
& in_event_2(fn_structural_polysaccharide_6(X),fn_structural_polysaccharide_4(X))
& has_function_2(X,fn_structural_polysaccharide_4(X))
& plays_2(X,fn_structural_polysaccharide_6(X))
& object_2(fn_structural_polysaccharide_4(X),fn_structural_polysaccharide_5(X))
& X = fn_structural_role_2(fn_structural_polysaccharide_6(X))
& fn_structural_polysaccharide_4(X) = fn_structural_role_1(fn_structural_polysaccharide_6(X))
& fn_structural_polysaccharide_5(X) = fn_support_1(fn_structural_polysaccharide_4(X))
& fn_structural_role_2(fn_structural_polysaccharide_6(X)) = fn_structural_role_2(fn_structural_polysaccharide_6(X)) ) ) ).
fof(a532912,axiom,
! [X] :
( structural_protein_1(X)
=> ( original_name_2(X,'Structural-Protein')
& user_description_2(X,'A protein whose primary function is structural support.')
& concept2words_2(X,'structural protein')
& concept2words_2(X,'structural-protein')
& protein_1(X) ) ) ).
fof(a532913,axiom,
! [X] :
( structural_role_1(X)
=> ( original_name_2(X,'Structural-Role')
& user_description_2(X,'This is the functional role played by organisms due to its structural shape.')
& concept2words_2(X,'structural role')
& concept2words_2(X,'structural-role')
& role_1(X)
& support_1(fn_structural_role_1(X))
& tangible_entity_1(fn_structural_role_2(X))
& in_event_2(X,fn_structural_role_1(X))
& has_function_2(fn_structural_role_2(X),fn_structural_role_1(X))
& plays_2(fn_structural_role_2(X),X)
& agent_2(fn_structural_role_1(X),fn_structural_role_2(X)) ) ) ).
fof(a532914,axiom,
! [X] :
( study_1(X)
=> ( original_name_2(X,'Study')
& user_description_2(X,'An epidemiological study such as an experiment or clinical trial.')
& concept2words_2(X,study)
& cognitive_activity_1(X) ) ) ).
fof(a532915,axiom,
! [X,X2,X1] :
( ( by_means_of_2(X,X1)
& object_2(X,X2)
& electron_microscopy_1(X1)
& study_1(X)
& biomembrane_1(X2) )
=> ( study_of_membrane_by_electron_microscopy_1(X)
& fn_study_of_membrane_by_electron_microscopy_3(X) = X1
& fn_study_of_membrane_by_electron_microscopy_2(X) = X2 ) ) ).
fof(a532916,axiom,
! [X] :
( study_of_membrane_by_electron_microscopy_1(X)
=> ( original_name_2(X,'Study-Of-Membrane-By-Electron-Microscopy')
& user_description_2(X,'A method of preparing cells for electron microscopy called freeze-fracture has demonstrated visually that proteins are indeed embedded in the phospholipid bilayer of the membrane.')
& concept2words_2(X,study)
& concept2words_2(X,'study of membrane by electron microscopy')
& concept2words_2(X,'study-of-membrane-by-electron-microscopy')
& study_1(X)
& ~ proteomics_1(X)
& tangible_entity_1(fn_study_of_membrane_by_electron_microscopy_2(X))
& biomembrane_1(fn_study_of_membrane_by_electron_microscopy_2(X))
& electron_microscopy_1(fn_study_of_membrane_by_electron_microscopy_3(X))
& freeze_fracture_of_membrane_1(fn_study_of_membrane_by_electron_microscopy_4(X))
& see_1(fn_study_of_membrane_by_electron_microscopy_5(X))
& see_1(fn_electron_microscopy_4(fn_study_of_membrane_by_electron_microscopy_3(X)))
& tangible_entity_1(fn_microscopy_1(fn_study_of_membrane_by_electron_microscopy_3(X)))
& biomembrane_1(fn_freeze_fracture_of_membrane_1(fn_study_of_membrane_by_electron_microscopy_4(X)))
& next_event_2(fn_study_of_membrane_by_electron_microscopy_4(X),fn_study_of_membrane_by_electron_microscopy_3(X))
& object_2(X,fn_study_of_membrane_by_electron_microscopy_2(X))
& subevent_2(X,fn_study_of_membrane_by_electron_microscopy_4(X))
& subevent_2(X,fn_study_of_membrane_by_electron_microscopy_3(X))
& subevent_2(X,fn_study_of_membrane_by_electron_microscopy_5(X))
& first_subevent_2(X,fn_study_of_membrane_by_electron_microscopy_4(X))
& by_means_of_2(X,fn_study_of_membrane_by_electron_microscopy_3(X))
& object_2(fn_study_of_membrane_by_electron_microscopy_3(X),fn_study_of_membrane_by_electron_microscopy_2(X))
& object_2(fn_study_of_membrane_by_electron_microscopy_4(X),fn_study_of_membrane_by_electron_microscopy_2(X))
& subevent_2(fn_study_of_membrane_by_electron_microscopy_3(X),fn_study_of_membrane_by_electron_microscopy_5(X))
& fn_study_of_membrane_by_electron_microscopy_2(X) = fn_microscopy_1(fn_study_of_membrane_by_electron_microscopy_3(X))
& fn_study_of_membrane_by_electron_microscopy_2(X) = fn_freeze_fracture_of_membrane_1(fn_study_of_membrane_by_electron_microscopy_4(X))
& fn_study_of_membrane_by_electron_microscopy_5(X) = fn_electron_microscopy_4(fn_study_of_membrane_by_electron_microscopy_3(X))
& fn_microscopy_1(fn_study_of_membrane_by_electron_microscopy_3(X)) = fn_freeze_fracture_of_membrane_1(fn_study_of_membrane_by_electron_microscopy_4(X)) ) ) ).
fof(a532917,axiom,
! [X] :
( study_on_drosophila_by_morgan_1(X)
=> ( original_name_2(X,'Study-On-Drosophila-By-Morgan')
& user_description_2(X,'First chosen as a model organism by the pioneering geneticist T. H. Morgan and intensively studied by generations of geneticists after him, the fruit fly Drosophila melanogasteris small and easily grown in the laboratory.')
& concept2words_2(X,study)
& concept2words_2(X,'study on drosophila by morgan')
& concept2words_2(X,'study-on-drosophila-by-morgan')
& experiment_1(X)
& ~ anchor_cell_destruction_experiment_1(X)
& ~ bicoid_protein_hypothesis_experiment_1(X)
& ~ controlled_experiment_1(X)
& ~ meselson_and_stahl_experiment_1(X)
& ~ steward_experiment_on_carrot_1(X)
& ~ tomato_chimera_experiment_1(X)
& ~ undifferentiated_cell_nucleus_transplantation_to_frog_egg_1(X)
& laboratory_1(fn_study_on_drosophila_by_morgan_1(X))
& grow_1(fn_study_on_drosophila_by_morgan_2(X))
& study_1(fn_study_on_drosophila_by_morgan_3(X))
& study_1(fn_study_on_drosophila_by_morgan_4(X))
& drosophila_melanogaster_1(fn_study_on_drosophila_by_morgan_5(X))
& morgan_1(fn_study_on_drosophila_by_morgan_6(X))
& geneticist_1(fn_study_on_drosophila_by_morgan_7(X))
& study_1(fn_scientist_2(fn_study_on_drosophila_by_morgan_7(X)))
& grow_1(fn_drosophila_melanogaster_17(fn_study_on_drosophila_by_morgan_5(X)))
& study_1(fn_drosophila_melanogaster_36(fn_study_on_drosophila_by_morgan_5(X)))
& study_1(fn_morgan_9(fn_study_on_drosophila_by_morgan_6(X)))
& next_event_2(fn_study_on_drosophila_by_morgan_3(X),fn_study_on_drosophila_by_morgan_4(X))
& object_2(fn_study_on_drosophila_by_morgan_4(X),fn_study_on_drosophila_by_morgan_5(X))
& site_2(fn_study_on_drosophila_by_morgan_2(X),fn_study_on_drosophila_by_morgan_1(X))
& subevent_2(X,fn_study_on_drosophila_by_morgan_3(X))
& subevent_2(X,fn_study_on_drosophila_by_morgan_4(X))
& subevent_2(X,fn_study_on_drosophila_by_morgan_2(X))
& base_2(X,fn_study_on_drosophila_by_morgan_5(X))
& agent_2(fn_study_on_drosophila_by_morgan_4(X),fn_study_on_drosophila_by_morgan_7(X))
& object_2(fn_study_on_drosophila_by_morgan_2(X),fn_study_on_drosophila_by_morgan_5(X))
& object_2(fn_study_on_drosophila_by_morgan_3(X),fn_study_on_drosophila_by_morgan_5(X))
& agent_2(X,fn_study_on_drosophila_by_morgan_6(X))
& fn_study_on_drosophila_by_morgan_4(X) = fn_scientist_2(fn_study_on_drosophila_by_morgan_7(X))
& fn_study_on_drosophila_by_morgan_2(X) = fn_drosophila_melanogaster_17(fn_study_on_drosophila_by_morgan_5(X))
& fn_study_on_drosophila_by_morgan_3(X) = fn_drosophila_melanogaster_36(fn_study_on_drosophila_by_morgan_5(X))
& X = fn_morgan_9(fn_study_on_drosophila_by_morgan_6(X)) ) ) ).
fof(a532918,axiom,
! [X] :
( sturtevant_1(X)
=> ( original_name_2(X,'Sturtevant')
& user_description_2(X,'Alfred Sturtevant was an American geneticist. Using genetic material from the organism Drosophila melanogaster, Sturtevant constructed the first genetic map of a chromosome in 1913.')
& concept2words_2(X,'alfred sturtevant')
& concept2words_2(X,'alfred henry sturtevant')
& concept2words_2(X,sturtevant)
& geneticist_1(X)
& ~ mendel_1(X)
& drosophila_melanogaster_1(fn_sturtevant_1(X))
& study_1(fn_sturtevant_2(X))
& genetic_map_1(fn_sturtevant_3(X))
& thing_1(fn_information_1(fn_sturtevant_3(X)))
& information_content_2(fn_sturtevant_3(X),fn_sturtevant_1(X))
& agent_2(fn_sturtevant_2(X),X)
& object_2(fn_sturtevant_2(X),fn_sturtevant_3(X))
& fn_sturtevant_1(X) = fn_information_1(fn_sturtevant_3(X))
& fn_sturtevant_3(X) = fn_scientist_1(X)
& fn_sturtevant_2(X) = fn_scientist_2(X) ) ) ).
fof(a532919,axiom,
! [X] :
( style_1(X)
=> ( original_name_2(X,'Style')
& user_description_2(X,'In a flower, the stalk of a carpel, through which pollen tubes grow to reach the ovary.')
& concept2words_2(X,style)
& flower_organ_1(X) ) ) ).
fof(a532920,axiom,
! [X] :
( stylonychia_1(X)
=> ( original_name_2(X,'Stylonychia')
& user_description_2(X,'A genus of ciliates, common in freshwater and soils.')
& concept2words_2(X,stylonychia)
& ciliate_1(X)
& ~ paramecium_1(X) ) ) ).
fof(a532921,axiom,
! [X] :
( subatomic_particle_1(X)
=> ( original_name_2(X,'Subatomic-Particle')
& description_2(X,'A particle that is one of the constituents of an atom.')
& user_description_2(X,'Parts that make up atoms.')
& concept2words_2(X,'subatomic particle')
& concept2words_2(X,'subatomic-particle')
& atomic_entity_1(X) ) ) ).
fof(a532922,axiom,
! [X] :
( subcellular_assembly_1(X)
=> ( original_name_2(X,'Subcellular-Assembly')
& user_description_2(X,'A molecular assembly that functions at the subcellular level.')
& concept2words_2(X,'subcellular assembly')
& concept2words_2(X,'subcellular-assembly')
& molecular_assembly_1(X) ) ) ).
fof(a532923,axiom,
! [X] :
( subcellular_movement_1(X)
=> ( original_name_2(X,'Subcellular-Movement')
& user_description_2(X,'Movement which occurs at the subcellular level.')
& concept2words_2(X,'subcellular movement')
& concept2words_2(X,'subcellular-movement')
& cellular_process_1(X)
& move_1(fn_subcellular_movement_1(X))
& subevent_2(X,fn_subcellular_movement_1(X)) ) ) ).
fof(a532924,axiom,
! [X] :
( subcellular_process_1(X)
=> ( original_name_2(X,'Subcellular-Process')
& user_description_2(X,'Any process occuring at the subcellular level.')
& concept2words_2(X,'subcellular process')
& concept2words_2(X,'subcellular-process')
& biological_process_1(X) ) ) ).
fof(a532925,axiom,
! [X] :
( subcellular_region_1(X)
=> ( original_name_2(X,'Subcellular-Region')
& user_description_2(X,'A region of a subcellular entity.')
& concept2words_2(X,'subcellular region')
& concept2words_2(X,'subcellular-region')
& biological_region_1(X) ) ) ).
fof(a532926,axiom,
! [X] :
( suberin_1(X)
=> ( original_name_2(X,'Suberin')
& user_description_2(X,'Suberin is a waxy material impervious to water and dissolved minerals.')
& concept2words_2(X,suberin)
& wax_1(X) ) ) ).
fof(a532927,axiom,
! [X] :
( subglacial_ecosystem_1(X)
=> ( original_name_2(X,'Subglacial-Ecosystem')
& user_description_2(X,'An ecosystem found beneath glaciers.')
& concept2words_2(X,'subglacial ecosystem')
& concept2words_2(X,'subglacial-ecosystem')
& ecosystem_1(X)
& energy_source_1(fn_subglacial_ecosystem_1(X))
& visible_light_1(fn_subglacial_ecosystem_2(X))
& population_1(fn_subglacial_ecosystem_3(X))
& chemical_reaction_1(fn_subglacial_ecosystem_5(X))
& metabolic_pathway_1(fn_subglacial_ecosystem_5(X))
& photosynthesis_1(fn_subglacial_ecosystem_5(X))
& quantity_value_1(fn_subglacial_ecosystem_6(X))
& environment_1(fn_subglacial_ecosystem_7(X))
& nutrition_1(fn_subglacial_ecosystem_8(X))
& tangible_entity_1(fn_subglacial_ecosystem_9(X))
& molecule_1(fn_subglacial_ecosystem_9(X))
& inorganic_molecule_1(fn_subglacial_ecosystem_9(X))
& nutritional_requirement_1(fn_subglacial_ecosystem_10(X))
& sulfur_1(fn_subglacial_ecosystem_11(X))
& chemical_entity_1(fn_subglacial_ecosystem_11(X))
& atom_1(fn_subglacial_ecosystem_11(X))
& chemical_entity_1(fn_subglacial_ecosystem_12(X))
& electron_1(fn_subglacial_ecosystem_13(X))
& electron_donor_1(fn_subglacial_ecosystem_14(X))
& oxidation_1(fn_subglacial_ecosystem_15(X))
& photosynthetic_prokaryote_1(fn_subglacial_ecosystem_16(X))
& organism_1(fn_subglacial_ecosystem_16(X))
& cyanobacterium_1(fn_subglacial_ecosystem_16(X))
& cell_1(fn_subglacial_ecosystem_17(X))
& cyanobacterium_1(fn_subglacial_ecosystem_17(X))
& community_1(fn_subglacial_ecosystem_18(X))
& sunlight_1(fn_subglacial_ecosystem_19(X))
& iron_1(fn_subglacial_ecosystem_20(X))
& chemical_entity_1(fn_subglacial_ecosystem_20(X))
& final_electron_acceptor_1(fn_subglacial_ecosystem_21(X))
& reduction_1(fn_subglacial_ecosystem_22(X))
& autotroph_1(fn_subglacial_ecosystem_23(X))
& chemoautotroph_1(fn_subglacial_ecosystem_23(X))
& producers_1(fn_subglacial_ecosystem_24(X))
& visible_light_1(fn_subglacial_ecosystem_25(X))
& energy_1(fn_subglacial_ecosystem_25(X))
& sunlight_1(fn_subglacial_ecosystem_26(X))
& visible_light_1(fn_subglacial_ecosystem_27(X))
& energy_1(fn_subglacial_ecosystem_27(X))
& photosynthesis_1(fn_subglacial_ecosystem_28(X))
& organism_1(fn_subglacial_ecosystem_29(X))
& plant_1(fn_subglacial_ecosystem_29(X))
& chemical_energy_1(fn_subglacial_ecosystem_30(X))
& plant_cell_1(fn_subglacial_ecosystem_31(X))
& cell_1(fn_subglacial_ecosystem_31(X))
& eukaryotic_cell_1(fn_subglacial_ecosystem_31(X))
& light_reaction_1(fn_subglacial_ecosystem_32(X))
& population_1(fn_subglacial_ecosystem_33(X))
& visible_light_1(fn_sunlight_1(fn_subglacial_ecosystem_26(X)))
& visible_light_1(fn_photosynthesis_34(fn_subglacial_ecosystem_28(X)))
& energy_1(fn_photosynthesis_34(fn_subglacial_ecosystem_28(X)))
& electron_recipient_1(fn_reduction_2(fn_subglacial_ecosystem_22(X)))
& property_node_1(fn_electromagnetic_energy_2(fn_subglacial_ecosystem_19(X)))
& quantity_value_1(fn_electromagnetic_energy_3(fn_subglacial_ecosystem_19(X)))
& electron_donor_1(fn_oxidation_8(fn_subglacial_ecosystem_15(X)))
& electron_1(fn_oxidation_9(fn_subglacial_ecosystem_15(X)))
& cell_1(fn_metabolic_pathway_1(fn_subglacial_ecosystem_5(X)))
& chemical_reaction_1(fn_cyanobacterium_17(fn_subglacial_ecosystem_17(X)))
& metabolic_pathway_1(fn_cyanobacterium_17(fn_subglacial_ecosystem_17(X)))
& photosynthesis_1(fn_cyanobacterium_17(fn_subglacial_ecosystem_17(X)))
& autotroph_1(fn_photosynthetic_prokaryote_2(fn_subglacial_ecosystem_16(X)))
& visible_light_1(fn_photosynthesis_34(fn_subglacial_ecosystem_5(X)))
& energy_1(fn_photosynthesis_34(fn_subglacial_ecosystem_5(X)))
& iron_1(fn_nutritional_requirement_10(fn_subglacial_ecosystem_10(X)))
& chemical_entity_1(fn_reduction_3(fn_subglacial_ecosystem_22(X)))
& sulfur_1(fn_nutritional_requirement_4(fn_subglacial_ecosystem_10(X)))
& chemical_entity_1(fn_oxidation_7(fn_subglacial_ecosystem_15(X)))
& chemical_entity_1(fn_oxidation_10(fn_subglacial_ecosystem_15(X)))
& atom_1(fn_molecule_7(fn_subglacial_ecosystem_9(X)))
& organism_1(fn_autotroph_11(fn_subglacial_ecosystem_23(X)))
& tangible_entity_1(fn_autotroph_1(fn_subglacial_ecosystem_23(X)))
& molecule_1(fn_chemoautotroph_5(fn_subglacial_ecosystem_23(X)))
& inorganic_molecule_1(fn_chemoautotroph_5(fn_subglacial_ecosystem_23(X)))
& nutrition_1(fn_photosynthetic_prokaryote_3(fn_subglacial_ecosystem_16(X)))
& nutrition_1(fn_autotroph_7(fn_subglacial_ecosystem_23(X)))
& nutrition_1(fn_cyanobacterium_20(fn_subglacial_ecosystem_16(X)))
& nutrition_1(fn_chemoautotroph_6(fn_subglacial_ecosystem_23(X)))
& light_reaction_1(fn_photosynthesis_35(fn_subglacial_ecosystem_5(X)))
& chemical_energy_1(fn_photosynthesis_40(fn_subglacial_ecosystem_5(X)))
& chemical_energy_1(fn_photosynthesis_1(fn_subglacial_ecosystem_5(X)))
& fn_subglacial_ecosystem_28(X) != fn_subglacial_ecosystem_5(X)
& has_part_2(fn_subglacial_ecosystem_26(X),fn_subglacial_ecosystem_27(X))
& has_part_2(fn_subglacial_ecosystem_26(X),fn_subglacial_ecosystem_25(X))
& agent_2(fn_subglacial_ecosystem_22(X),fn_subglacial_ecosystem_16(X))
& plays_2(fn_subglacial_ecosystem_19(X),fn_subglacial_ecosystem_1(X))
& fn_subglacial_ecosystem_17(X) != fn_subglacial_ecosystem_16(X)
& fn_subglacial_ecosystem_16(X) != fn_subglacial_ecosystem_17(X)
& agent_2(fn_subglacial_ecosystem_15(X),fn_subglacial_ecosystem_16(X))
& is_inside_2(fn_subglacial_ecosystem_9(X),fn_subglacial_ecosystem_7(X))
& the_scalar_value_2(fn_subglacial_ecosystem_6(X),low_0)
& scalar_unit_class_2(fn_subglacial_ecosystem_6(X),light_0)
& fn_subglacial_ecosystem_5(X) != fn_subglacial_ecosystem_28(X)
& element_2(fn_subglacial_ecosystem_3(X),fn_subglacial_ecosystem_16(X))
& element_2(X,fn_subglacial_ecosystem_19(X))
& element_2(fn_subglacial_ecosystem_10(X),fn_subglacial_ecosystem_11(X))
& element_2(fn_subglacial_ecosystem_10(X),fn_subglacial_ecosystem_20(X))
& has_part_2(fn_subglacial_ecosystem_26(X),fn_subglacial_ecosystem_2(X))
& raw_material_2(fn_subglacial_ecosystem_28(X),fn_subglacial_ecosystem_25(X))
& recipient_2(fn_subglacial_ecosystem_22(X),fn_subglacial_ecosystem_20(X))
& plays_2(fn_subglacial_ecosystem_20(X),fn_subglacial_ecosystem_21(X))
& in_event_2(fn_subglacial_ecosystem_21(X),fn_subglacial_ecosystem_22(X))
& quantity_2(fn_subglacial_ecosystem_19(X),fn_subglacial_ecosystem_6(X))
& plays_2(fn_subglacial_ecosystem_11(X),fn_subglacial_ecosystem_14(X))
& donor_2(fn_subglacial_ecosystem_15(X),fn_subglacial_ecosystem_11(X))
& fn_subglacial_ecosystem_11(X) != fn_subglacial_ecosystem_13(X)
& fn_subglacial_ecosystem_13(X) != fn_subglacial_ecosystem_11(X)
& fn_subglacial_ecosystem_11(X) != fn_subglacial_ecosystem_12(X)
& fn_subglacial_ecosystem_12(X) != fn_subglacial_ecosystem_11(X)
& object_2(fn_subglacial_ecosystem_15(X),fn_subglacial_ecosystem_13(X))
& fn_subglacial_ecosystem_13(X) != fn_subglacial_ecosystem_12(X)
& recipient_2(fn_subglacial_ecosystem_15(X),fn_subglacial_ecosystem_12(X))
& in_event_2(fn_subglacial_ecosystem_14(X),fn_subglacial_ecosystem_15(X))
& fn_subglacial_ecosystem_12(X) != fn_subglacial_ecosystem_13(X)
& element_2(X,fn_subglacial_ecosystem_7(X))
& base_2(fn_subglacial_ecosystem_32(X),fn_subglacial_ecosystem_31(X))
& element_2(fn_subglacial_ecosystem_24(X),fn_subglacial_ecosystem_33(X))
& element_2(fn_subglacial_ecosystem_33(X),fn_subglacial_ecosystem_16(X))
& element_2(X,fn_subglacial_ecosystem_18(X))
& element_2(fn_subglacial_ecosystem_18(X),fn_subglacial_ecosystem_24(X))
& element_2(fn_subglacial_ecosystem_24(X),fn_subglacial_ecosystem_3(X))
& element_2(fn_subglacial_ecosystem_3(X),fn_subglacial_ecosystem_29(X))
& has_part_2(fn_subglacial_ecosystem_29(X),fn_subglacial_ecosystem_31(X))
& fn_subglacial_ecosystem_27(X) != fn_subglacial_ecosystem_30(X)
& fn_subglacial_ecosystem_30(X) != fn_subglacial_ecosystem_27(X)
& raw_material_2(fn_subglacial_ecosystem_32(X),fn_subglacial_ecosystem_27(X))
& raw_material_2(fn_subglacial_ecosystem_5(X),fn_subglacial_ecosystem_27(X))
& result_2(fn_subglacial_ecosystem_5(X),fn_subglacial_ecosystem_30(X))
& raw_material_2(fn_subglacial_ecosystem_8(X),fn_subglacial_ecosystem_9(X))
& in_event_2(fn_subglacial_ecosystem_23(X),fn_subglacial_ecosystem_8(X))
& experiencer_2(fn_subglacial_ecosystem_5(X),fn_subglacial_ecosystem_17(X))
& base_2(fn_subglacial_ecosystem_5(X),fn_subglacial_ecosystem_17(X))
& agent_2(fn_subglacial_ecosystem_8(X),fn_subglacial_ecosystem_16(X))
& plays_2(fn_subglacial_ecosystem_16(X),fn_subglacial_ecosystem_23(X))
& has_part_2(fn_subglacial_ecosystem_9(X),fn_subglacial_ecosystem_11(X))
& fn_subglacial_ecosystem_19(X) = fn_ecosystem_31(X)
& fn_subglacial_ecosystem_19(X) = fn_ecosystem_9(X)
& fn_subglacial_ecosystem_11(X) = fn_nutritional_requirement_4(fn_subglacial_ecosystem_10(X))
& fn_subglacial_ecosystem_20(X) = fn_nutritional_requirement_10(fn_subglacial_ecosystem_10(X))
& fn_subglacial_ecosystem_2(X) = fn_sunlight_1(fn_subglacial_ecosystem_26(X))
& fn_subglacial_ecosystem_25(X) = fn_photosynthesis_34(fn_subglacial_ecosystem_28(X))
& fn_subglacial_ecosystem_21(X) = fn_reduction_2(fn_subglacial_ecosystem_22(X))
& fn_subglacial_ecosystem_20(X) = fn_reduction_3(fn_subglacial_ecosystem_22(X))
& fn_subglacial_ecosystem_4(X) = fn_electromagnetic_energy_2(fn_subglacial_ecosystem_19(X))
& fn_subglacial_ecosystem_6(X) = fn_electromagnetic_energy_3(fn_subglacial_ecosystem_19(X))
& fn_subglacial_ecosystem_11(X) = fn_oxidation_7(fn_subglacial_ecosystem_15(X))
& fn_subglacial_ecosystem_11(X) = fn_oxidation_10(fn_subglacial_ecosystem_15(X))
& fn_subglacial_ecosystem_14(X) = fn_oxidation_8(fn_subglacial_ecosystem_15(X))
& fn_subglacial_ecosystem_12(X) = fn_oxidation_10(fn_subglacial_ecosystem_15(X))
& fn_subglacial_ecosystem_12(X) = fn_oxidation_7(fn_subglacial_ecosystem_15(X))
& fn_subglacial_ecosystem_13(X) = fn_oxidation_9(fn_subglacial_ecosystem_15(X))
& fn_subglacial_ecosystem_7(X) = fn_ecosystem_7(X)
& fn_subglacial_ecosystem_32(X) = fn_ecosystem_27(X)
& fn_subglacial_ecosystem_16(X) = fn_ecosystem_5(X)
& fn_subglacial_ecosystem_33(X) = fn_ecosystem_1(X)
& fn_subglacial_ecosystem_31(X) = fn_ecosystem_26(X)
& fn_subglacial_ecosystem_29(X) = fn_ecosystem_28(X)
& fn_subglacial_ecosystem_3(X) = fn_ecosystem_20(X)
& fn_subglacial_ecosystem_24(X) = fn_ecosystem_21(X)
& fn_subglacial_ecosystem_18(X) = fn_ecosystem_18(X)
& fn_subglacial_ecosystem_11(X) = fn_molecule_7(fn_subglacial_ecosystem_9(X))
& fn_subglacial_ecosystem_16(X) = fn_autotroph_11(fn_subglacial_ecosystem_23(X))
& fn_subglacial_ecosystem_8(X) = fn_cyanobacterium_20(fn_subglacial_ecosystem_16(X))
& fn_subglacial_ecosystem_17(X) = fn_metabolic_pathway_1(fn_subglacial_ecosystem_5(X))
& fn_subglacial_ecosystem_5(X) = fn_cyanobacterium_17(fn_subglacial_ecosystem_17(X))
& fn_subglacial_ecosystem_8(X) = fn_autotroph_7(fn_subglacial_ecosystem_23(X))
& fn_subglacial_ecosystem_9(X) = fn_autotroph_1(fn_subglacial_ecosystem_23(X))
& fn_subglacial_ecosystem_9(X) = fn_chemoautotroph_5(fn_subglacial_ecosystem_23(X))
& fn_subglacial_ecosystem_23(X) = fn_photosynthetic_prokaryote_2(fn_subglacial_ecosystem_16(X))
& fn_subglacial_ecosystem_8(X) = fn_photosynthetic_prokaryote_3(fn_subglacial_ecosystem_16(X))
& fn_subglacial_ecosystem_8(X) = fn_chemoautotroph_6(fn_subglacial_ecosystem_23(X))
& fn_subglacial_ecosystem_32(X) = fn_photosynthesis_35(fn_subglacial_ecosystem_5(X))
& fn_subglacial_ecosystem_30(X) = fn_photosynthesis_40(fn_subglacial_ecosystem_5(X))
& fn_subglacial_ecosystem_27(X) = fn_photosynthesis_34(fn_subglacial_ecosystem_5(X))
& fn_subglacial_ecosystem_30(X) = fn_photosynthesis_1(fn_subglacial_ecosystem_5(X))
& fn_nutritional_requirement_10(fn_subglacial_ecosystem_10(X)) = fn_reduction_3(fn_subglacial_ecosystem_22(X))
& fn_reduction_3(fn_subglacial_ecosystem_22(X)) = fn_reduction_3(fn_subglacial_ecosystem_22(X))
& fn_reduction_3(fn_subglacial_ecosystem_22(X)) = fn_ecosystem_31(X)
& fn_ecosystem_31(X) = fn_ecosystem_9(X)
& fn_ecosystem_9(X) = fn_oxidation_10(fn_subglacial_ecosystem_15(X))
& fn_oxidation_7(fn_subglacial_ecosystem_15(X)) = fn_nutritional_requirement_4(fn_subglacial_ecosystem_10(X))
& fn_nutritional_requirement_4(fn_subglacial_ecosystem_10(X)) = fn_oxidation_7(fn_subglacial_ecosystem_15(X))
& fn_oxidation_10(fn_subglacial_ecosystem_15(X)) = fn_oxidation_7(fn_subglacial_ecosystem_15(X))
& fn_oxidation_7(fn_subglacial_ecosystem_15(X)) = fn_oxidation_7(fn_subglacial_ecosystem_15(X))
& fn_oxidation_7(fn_subglacial_ecosystem_15(X)) = fn_oxidation_10(fn_subglacial_ecosystem_15(X))
& fn_oxidation_10(fn_subglacial_ecosystem_15(X)) = fn_oxidation_10(fn_subglacial_ecosystem_15(X))
& fn_oxidation_10(fn_subglacial_ecosystem_15(X)) = fn_molecule_7(fn_subglacial_ecosystem_9(X))
& fn_molecule_7(fn_subglacial_ecosystem_9(X)) = fn_ecosystem_5(X)
& fn_ecosystem_5(X) = fn_autotroph_11(fn_subglacial_ecosystem_23(X))
& fn_autotroph_11(fn_subglacial_ecosystem_23(X)) = fn_autotroph_11(fn_subglacial_ecosystem_23(X))
& fn_autotroph_11(fn_subglacial_ecosystem_23(X)) = fn_autotroph_1(fn_subglacial_ecosystem_23(X))
& fn_autotroph_1(fn_subglacial_ecosystem_23(X)) = fn_chemoautotroph_5(fn_subglacial_ecosystem_23(X))
& fn_chemoautotroph_5(fn_subglacial_ecosystem_23(X)) = fn_autotroph_7(fn_subglacial_ecosystem_23(X))
& fn_autotroph_7(fn_subglacial_ecosystem_23(X)) = fn_autotroph_7(fn_subglacial_ecosystem_23(X))
& fn_autotroph_7(fn_subglacial_ecosystem_23(X)) = fn_photosynthetic_prokaryote_3(fn_subglacial_ecosystem_16(X))
& fn_photosynthetic_prokaryote_3(fn_subglacial_ecosystem_16(X)) = fn_autotroph_7(fn_subglacial_ecosystem_23(X))
& fn_cyanobacterium_20(fn_subglacial_ecosystem_16(X)) = fn_autotroph_7(fn_subglacial_ecosystem_23(X))
& fn_autotroph_7(fn_subglacial_ecosystem_23(X)) = fn_cyanobacterium_20(fn_subglacial_ecosystem_16(X))
& fn_cyanobacterium_20(fn_subglacial_ecosystem_16(X)) = fn_chemoautotroph_6(fn_subglacial_ecosystem_23(X))
& fn_chemoautotroph_6(fn_subglacial_ecosystem_23(X)) = fn_chemoautotroph_6(fn_subglacial_ecosystem_23(X))
& fn_chemoautotroph_6(fn_subglacial_ecosystem_23(X)) = fn_ecosystem_27(X)
& fn_ecosystem_27(X) = fn_photosynthesis_35(fn_subglacial_ecosystem_5(X))
& fn_photosynthesis_35(fn_subglacial_ecosystem_5(X)) = fn_photosynthesis_40(fn_subglacial_ecosystem_5(X))
& fn_photosynthesis_40(fn_subglacial_ecosystem_5(X)) = fn_photosynthesis_40(fn_subglacial_ecosystem_5(X))
& fn_photosynthesis_40(fn_subglacial_ecosystem_5(X)) = fn_photosynthesis_1(fn_subglacial_ecosystem_5(X)) ) ) ).
fof(a532928,axiom,
! [X] :
( submucosa_1(X)
=> ( original_name_2(X,'Submucosa')
& user_description_2(X,'The connective tissue that supports a mucous membrane.')
& concept2words_2(X,submucosa)
& connective_tissue_1(X)
& ~ adipose_tissue_1(X)
& ~ av_valve_1(X)
& ~ bone_1(X)
& ~ cartilage_1(X)
& ~ fibrous_connective_tissue_1(X)
& ~ loose_connective_tissue_1(X)
& ~ sclera_1(X)
& ~ semilunar_valve_1(X)
& ~ vocal_cord_1(X) ) ) ).
fof(a532929,axiom,
! [X] :
( suborganismal_entity_1(X)
=> ( original_name_2(X,'Suborganismal-Entity')
& description_2(X,'Suborganismal \'living\' components of organisms, including systems, organs, tissues, and cells.')
& concept2words_2(X,'suborganismal entity')
& concept2words_2(X,'suborganismal-entity')
& living_entity_1(X) ) ) ).
fof(a532930,axiom,
! [X] :
( subscript_value_1(X)
=> ( original_name_2(X,'Subscript-Value')
& description_2(X,'a number that indicates the mole proportion of the preceeding element')
& concept2words_2(X,subscript)
& concept2words_2(X,'value of subscript')
& concept2words_2(X,'subscript value')
& concept2words_2(X,'subscript-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X) ) ) ).
fof(a532931,axiom,
! [X] :
( substance_1(X)
=> ( original_name_2(X,'Substance')
& user_description_2(X,'Substance may refer to:Chemical substance, a material with a definite chemical composition Matter, the substance of which all physical objects are made Substance theory, theory positing that a substance is distinct from its properties.')
& concept2words_2(X,solvent)
& concept2words_2(X,'has solvent')
& concept2words_2(X,'has-solvent')
& concept2words_2(X,solute)
& concept2words_2(X,'has solute')
& concept2words_2(X,'has-solute')
& concept2words_2(X,substance)
& concept2words_2(X,matter)
& tangible_entity_1(X)
& ~ chemical_entity_1(X)
& mass_value_1(fn_substance_1(X))
& volume_value_1(fn_substance_3(X))
& volume_2(X,fn_substance_3(X))
& mass_2(X,fn_substance_1(X)) ) ) ).
fof(a532932,axiom,
! [X] :
( substance_p_1(X)
=> ( original_name_2(X,'Substance-P')
& user_description_2(X,'A neuropeptide that mediates the perception of pain.')
& concept2words_2(X,'p of substance')
& concept2words_2(X,'substance p')
& concept2words_2(X,'substance-p')
& neuropeptide_1(X)
& ~ endorphin_1(X) ) ) ).
fof(a532933,axiom,
! [X] :
( substrate_1(X)
=> ( original_name_2(X,'Substrate')
& user_description_2(X,'The reactant on which an enzyme works.')
& concept2words_2(X,substrate)
& reactant_1(X) ) ) ).
fof(a532934,axiom,
! [X] :
( substrate_feeder_1(X)
=> ( original_name_2(X,'Substrate-Feeder')
& user_description_2(X,'An animal that lives on or in its food source and eats its way through the food, such as an earthworm.')
& concept2words_2(X,'feeder of substrate')
& concept2words_2(X,'substrate feeder')
& concept2words_2(X,'substrate-feeder')
& feeder_1(X) ) ) ).
fof(a532935,axiom,
! [X] :
( substrate_feeding_1(X)
=> ( original_name_2(X,'Substrate-Feeding')
& user_description_2(X,'The act of eating through the substrate, which is also the animal\'s food.')
& concept2words_2(X,'feeding of substrate')
& concept2words_2(X,'substrate feeding')
& concept2words_2(X,'substrate-feeding')
& feeding_1(X)
& ~ bulk_feeding_1(X)
& ~ fluid_feeding_1(X)
& ~ opportunistic_feeding_1(X)
& ~ suspension_feeding_1(X) ) ) ).
fof(a532936,axiom,
! [X] :
( substrate_level_phosphorylation_1(X)
=> ( original_name_2(X,'Substrate-Level-Phosphorylation')
& user_description_2(X,'Production of ATP by the direct transfer of a phosphate group from an intermediate molecule to ADP.')
& concept2words_2(X,convert)
& concept2words_2(X,'substrate level phosphorylation')
& concept2words_2(X,'substrate-level-phosphorylation')
& synthesis_of_atp_1(X)
& covalent_bond_1(fn_substrate_level_phosphorylation_1(X))
& chemical_bond_1(fn_substrate_level_phosphorylation_1(X))
& single_bond_1(fn_substrate_level_phosphorylation_1(X))
& oxygen_1(fn_substrate_level_phosphorylation_2(X))
& entity_1(fn_substrate_level_phosphorylation_2(X))
& chemical_entity_1(fn_substrate_level_phosphorylation_2(X))
& atom_1(fn_substrate_level_phosphorylation_2(X))
& entity_1(fn_substrate_level_phosphorylation_3(X))
& chemical_entity_1(fn_substrate_level_phosphorylation_3(X))
& atom_1(fn_substrate_level_phosphorylation_3(X))
& oxygen_1(fn_substrate_level_phosphorylation_3(X))
& organic_molecule_1(fn_substrate_level_phosphorylation_4(X))
& organic_molecule_1(fn_substrate_level_phosphorylation_5(X))
& molecule_1(fn_substrate_level_phosphorylation_5(X))
& chemical_entity_1(fn_substrate_level_phosphorylation_5(X))
& ribonucleotide_1(fn_substrate_level_phosphorylation_5(X))
& nucleoside_triphosphate_1(fn_substrate_level_phosphorylation_5(X))
& atp_1(fn_substrate_level_phosphorylation_5(X))
& adp_1(fn_substrate_level_phosphorylation_6(X))
& functional_group_1(fn_substrate_level_phosphorylation_7(X))
& phosphate_group_1(fn_substrate_level_phosphorylation_7(X))
& functional_group_1(fn_substrate_level_phosphorylation_8(X))
& phosphate_group_1(fn_substrate_level_phosphorylation_8(X))
& functional_group_1(fn_substrate_level_phosphorylation_9(X))
& phosphate_group_1(fn_substrate_level_phosphorylation_9(X))
& structural_complexity_value_1(fn_substrate_level_phosphorylation_10(X))
& tangible_entity_1(fn_substrate_level_phosphorylation_11(X))
& entity_1(fn_substrate_level_phosphorylation_11(X))
& chemical_entity_1(fn_substrate_level_phosphorylation_11(X))
& atom_1(fn_substrate_level_phosphorylation_11(X))
& phosphorus_1(fn_substrate_level_phosphorylation_11(X))
& free_energy_1(fn_substrate_level_phosphorylation_12(X))
& quantity_value_1(fn_substrate_level_phosphorylation_13(X))
& quantity_value_1(fn_substrate_level_phosphorylation_14(X))
& free_energy_1(fn_substrate_level_phosphorylation_15(X))
& structural_complexity_value_1(fn_substrate_level_phosphorylation_16(X))
& phosphate_group_1(fn_nucleoside_triphosphate_27(fn_substrate_level_phosphorylation_5(X)))
& functional_group_1(fn_atp_34(fn_substrate_level_phosphorylation_5(X)))
& phosphate_group_1(fn_atp_34(fn_substrate_level_phosphorylation_5(X)))
& chemical_entity_1(fn_functional_group_1(fn_substrate_level_phosphorylation_9(X)))
& chemical_bond_1(fn_molecule_10(fn_substrate_level_phosphorylation_5(X)))
& covalent_bond_1(fn_ribonucleotide_12(fn_substrate_level_phosphorylation_5(X)))
& single_bond_1(fn_ribonucleotide_12(fn_substrate_level_phosphorylation_5(X)))
& single_bond_1(fn_nucleoside_triphosphate_35(fn_substrate_level_phosphorylation_5(X)))
& covalent_bond_1(fn_atp_30(fn_substrate_level_phosphorylation_5(X)))
& chemical_bond_1(fn_atp_30(fn_substrate_level_phosphorylation_5(X)))
& single_bond_1(fn_atp_30(fn_substrate_level_phosphorylation_5(X)))
& single_bond_1(fn_phosphate_group_37(fn_substrate_level_phosphorylation_9(X)))
& functional_group_1(fn_ribonucleotide_14(fn_substrate_level_phosphorylation_5(X)))
& phosphate_group_1(fn_ribonucleotide_14(fn_substrate_level_phosphorylation_5(X)))
& functional_group_1(fn_atp_33(fn_substrate_level_phosphorylation_5(X)))
& phosphate_group_1(fn_atp_33(fn_substrate_level_phosphorylation_5(X)))
& functional_group_1(fn_atp_32(fn_substrate_level_phosphorylation_5(X)))
& phosphate_group_1(fn_atp_32(fn_substrate_level_phosphorylation_5(X)))
& entity_1(fn_phosphate_group_22(fn_substrate_level_phosphorylation_9(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_substrate_level_phosphorylation_9(X)))
& atom_1(fn_phosphate_group_22(fn_substrate_level_phosphorylation_9(X)))
& oxygen_1(fn_phosphate_group_22(fn_substrate_level_phosphorylation_9(X)))
& tangible_entity_1(fn_nucleoside_triphosphate_33(fn_substrate_level_phosphorylation_5(X)))
& entity_1(fn_nucleoside_triphosphate_33(fn_substrate_level_phosphorylation_5(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_33(fn_substrate_level_phosphorylation_5(X)))
& atom_1(fn_nucleoside_triphosphate_33(fn_substrate_level_phosphorylation_5(X)))
& phosphorus_1(fn_nucleoside_triphosphate_33(fn_substrate_level_phosphorylation_5(X)))
& tangible_entity_1(fn_atp_36(fn_substrate_level_phosphorylation_5(X)))
& entity_1(fn_atp_36(fn_substrate_level_phosphorylation_5(X)))
& chemical_entity_1(fn_atp_36(fn_substrate_level_phosphorylation_5(X)))
& atom_1(fn_atp_36(fn_substrate_level_phosphorylation_5(X)))
& phosphorus_1(fn_atp_36(fn_substrate_level_phosphorylation_5(X)))
& phosphorus_1(fn_phosphate_group_6(fn_substrate_level_phosphorylation_9(X)))
& atom_1(fn_molecule_11(fn_substrate_level_phosphorylation_5(X)))
& oxygen_1(fn_ribonucleotide_8(fn_substrate_level_phosphorylation_5(X)))
& entity_1(fn_ribonucleotide_8(fn_substrate_level_phosphorylation_5(X)))
& chemical_entity_1(fn_ribonucleotide_8(fn_substrate_level_phosphorylation_5(X)))
& atom_1(fn_ribonucleotide_8(fn_substrate_level_phosphorylation_5(X)))
& oxygen_1(fn_nucleoside_triphosphate_32(fn_substrate_level_phosphorylation_5(X)))
& entity_1(fn_nucleoside_triphosphate_32(fn_substrate_level_phosphorylation_5(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_32(fn_substrate_level_phosphorylation_5(X)))
& atom_1(fn_nucleoside_triphosphate_32(fn_substrate_level_phosphorylation_5(X)))
& entity_1(fn_ribonucleotide_16(fn_substrate_level_phosphorylation_5(X)))
& chemical_entity_1(fn_ribonucleotide_16(fn_substrate_level_phosphorylation_5(X)))
& atom_1(fn_ribonucleotide_16(fn_substrate_level_phosphorylation_5(X)))
& oxygen_1(fn_ribonucleotide_16(fn_substrate_level_phosphorylation_5(X)))
& entity_1(fn_nucleoside_triphosphate_29(fn_substrate_level_phosphorylation_5(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_29(fn_substrate_level_phosphorylation_5(X)))
& atom_1(fn_nucleoside_triphosphate_29(fn_substrate_level_phosphorylation_5(X)))
& oxygen_1(fn_nucleoside_triphosphate_29(fn_substrate_level_phosphorylation_5(X)))
& oxygen_1(fn_atp_35(fn_substrate_level_phosphorylation_5(X)))
& entity_1(fn_atp_35(fn_substrate_level_phosphorylation_5(X)))
& chemical_entity_1(fn_atp_35(fn_substrate_level_phosphorylation_5(X)))
& atom_1(fn_atp_35(fn_substrate_level_phosphorylation_5(X)))
& oxygen_1(fn_atp_37(fn_substrate_level_phosphorylation_5(X)))
& entity_1(fn_atp_37(fn_substrate_level_phosphorylation_5(X)))
& chemical_entity_1(fn_atp_37(fn_substrate_level_phosphorylation_5(X)))
& atom_1(fn_atp_37(fn_substrate_level_phosphorylation_5(X)))
& oxygen_1(fn_phosphate_group_5(fn_substrate_level_phosphorylation_9(X)))
& entity_1(fn_phosphate_group_5(fn_substrate_level_phosphorylation_9(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_substrate_level_phosphorylation_9(X)))
& atom_1(fn_phosphate_group_5(fn_substrate_level_phosphorylation_9(X)))
& fn_substrate_level_phosphorylation_5(X) != fn_substrate_level_phosphorylation_6(X)
& fn_substrate_level_phosphorylation_6(X) != fn_substrate_level_phosphorylation_5(X)
& possesses_2(fn_substrate_level_phosphorylation_6(X),fn_substrate_level_phosphorylation_15(X))
& raw_material_2(X,fn_substrate_level_phosphorylation_6(X))
& structural_complexity_2(fn_substrate_level_phosphorylation_6(X),fn_substrate_level_phosphorylation_16(X))
& quantity_2(fn_substrate_level_phosphorylation_15(X),fn_substrate_level_phosphorylation_14(X))
& called_2(fn_substrate_level_phosphorylation_13(X),'FE_p')
& structural_complexity_2(fn_substrate_level_phosphorylation_5(X),fn_substrate_level_phosphorylation_10(X))
& greater_than_2(fn_substrate_level_phosphorylation_10(X),fn_substrate_level_phosphorylation_16(X))
& result_2(X,fn_substrate_level_phosphorylation_5(X))
& possesses_2(fn_substrate_level_phosphorylation_5(X),fn_substrate_level_phosphorylation_12(X))
& quantity_2(fn_substrate_level_phosphorylation_12(X),fn_substrate_level_phosphorylation_13(X))
& greater_than_2(fn_substrate_level_phosphorylation_13(X),fn_substrate_level_phosphorylation_14(X))
& called_2(fn_substrate_level_phosphorylation_14(X),'FE_r')
& has_region_2(fn_substrate_level_phosphorylation_5(X),fn_substrate_level_phosphorylation_8(X))
& has_part_2(fn_substrate_level_phosphorylation_5(X),fn_substrate_level_phosphorylation_11(X))
& called_2(fn_substrate_level_phosphorylation_9(X),'Terminal PO4 Group')
& is_inside_2(fn_substrate_level_phosphorylation_3(X),fn_substrate_level_phosphorylation_9(X))
& is_inside_2(fn_substrate_level_phosphorylation_3(X),fn_substrate_level_phosphorylation_7(X))
& has_region_2(fn_substrate_level_phosphorylation_5(X),fn_substrate_level_phosphorylation_7(X))
& has_region_2(fn_substrate_level_phosphorylation_5(X),fn_substrate_level_phosphorylation_9(X))
& fn_substrate_level_phosphorylation_9(X) != fn_substrate_level_phosphorylation_8(X)
& fn_substrate_level_phosphorylation_8(X) != fn_substrate_level_phosphorylation_9(X)
& is_inside_2(fn_substrate_level_phosphorylation_11(X),fn_substrate_level_phosphorylation_9(X))
& is_inside_2(fn_substrate_level_phosphorylation_11(X),fn_substrate_level_phosphorylation_7(X))
& is_inside_2(fn_substrate_level_phosphorylation_2(X),fn_substrate_level_phosphorylation_7(X))
& has_part_2(fn_substrate_level_phosphorylation_5(X),fn_substrate_level_phosphorylation_2(X))
& has_part_2(fn_substrate_level_phosphorylation_5(X),fn_substrate_level_phosphorylation_3(X))
& possesses_2(fn_substrate_level_phosphorylation_5(X),fn_substrate_level_phosphorylation_1(X))
& is_between_2(fn_substrate_level_phosphorylation_1(X),fn_substrate_level_phosphorylation_2(X))
& is_inside_2(fn_substrate_level_phosphorylation_2(X),fn_substrate_level_phosphorylation_8(X))
& fn_substrate_level_phosphorylation_8(X) != fn_substrate_level_phosphorylation_7(X)
& fn_substrate_level_phosphorylation_7(X) != fn_substrate_level_phosphorylation_9(X)
& fn_substrate_level_phosphorylation_7(X) != fn_substrate_level_phosphorylation_8(X)
& fn_substrate_level_phosphorylation_9(X) != fn_substrate_level_phosphorylation_7(X)
& is_inside_2(fn_substrate_level_phosphorylation_11(X),fn_substrate_level_phosphorylation_8(X))
& is_inside_2(fn_substrate_level_phosphorylation_3(X),fn_substrate_level_phosphorylation_8(X))
& is_between_2(fn_substrate_level_phosphorylation_1(X),fn_substrate_level_phosphorylation_3(X))
& fn_substrate_level_phosphorylation_11(X) != fn_substrate_level_phosphorylation_3(X)
& fn_substrate_level_phosphorylation_3(X) != fn_substrate_level_phosphorylation_11(X)
& is_inside_2(fn_substrate_level_phosphorylation_2(X),fn_substrate_level_phosphorylation_9(X))
& fn_substrate_level_phosphorylation_11(X) != fn_substrate_level_phosphorylation_2(X)
& fn_substrate_level_phosphorylation_2(X) != fn_substrate_level_phosphorylation_11(X)
& fn_substrate_level_phosphorylation_3(X) != fn_substrate_level_phosphorylation_2(X)
& fn_substrate_level_phosphorylation_2(X) != fn_substrate_level_phosphorylation_3(X)
& fn_substrate_level_phosphorylation_16(X) = fn_anabolic_pathway_4(X)
& fn_substrate_level_phosphorylation_6(X) = fn_anabolic_pathway_6(X)
& fn_substrate_level_phosphorylation_17(X) = fn_synthesis_of_atp_24(X)
& fn_substrate_level_phosphorylation_15(X) = fn_synthesis_of_atp_6(X)
& fn_substrate_level_phosphorylation_18(X) = fn_synthesis_of_atp_25(X)
& fn_substrate_level_phosphorylation_20(X) = fn_synthesis_of_atp_27(X)
& fn_substrate_level_phosphorylation_4(X) = fn_synthesis_of_atp_10(X)
& fn_substrate_level_phosphorylation_19(X) = fn_synthesis_of_atp_26(X)
& fn_substrate_level_phosphorylation_16(X) = fn_synthesis_of_atp_23(X)
& fn_substrate_level_phosphorylation_10(X) = fn_synthesis_of_atp_22(X)
& fn_substrate_level_phosphorylation_14(X) = fn_synthesis_of_atp_7(X)
& fn_substrate_level_phosphorylation_13(X) = fn_synthesis_of_atp_8(X)
& fn_substrate_level_phosphorylation_12(X) = fn_synthesis_of_atp_9(X)
& fn_substrate_level_phosphorylation_5(X) = fn_synthesis_of_organic_molecule_1(X)
& fn_substrate_level_phosphorylation_5(X) = fn_synthesis_of_atp_13(X)
& fn_substrate_level_phosphorylation_8(X) = fn_atp_33(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_5(X) = fn_functional_group_1(fn_substrate_level_phosphorylation_9(X))
& fn_substrate_level_phosphorylation_3(X) = fn_nucleoside_triphosphate_32(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_3(X) = fn_atp_35(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_3(X) = fn_atp_37(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_2(X) = fn_atp_35(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_11(X) = fn_nucleoside_triphosphate_33(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_7(X) = fn_nucleoside_triphosphate_27(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_7(X) = fn_atp_33(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_11(X) = fn_atp_36(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_9(X) = fn_atp_32(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_7(X) = fn_atp_34(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_8(X) = fn_ribonucleotide_14(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_8(X) = fn_atp_32(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_2(X) = fn_molecule_11(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_2(X) = fn_ribonucleotide_8(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_2(X) = fn_nucleoside_triphosphate_32(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_1(X) = fn_ribonucleotide_12(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_2(X) = fn_ribonucleotide_16(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_2(X) = fn_nucleoside_triphosphate_29(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_2(X) = fn_atp_37(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_1(X) = fn_molecule_10(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_1(X) = fn_nucleoside_triphosphate_35(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_1(X) = fn_atp_30(fn_substrate_level_phosphorylation_5(X))
& fn_substrate_level_phosphorylation_1(X) = fn_phosphate_group_37(fn_substrate_level_phosphorylation_9(X))
& fn_substrate_level_phosphorylation_3(X) = fn_phosphate_group_22(fn_substrate_level_phosphorylation_9(X))
& fn_substrate_level_phosphorylation_11(X) = fn_phosphate_group_6(fn_substrate_level_phosphorylation_9(X))
& fn_substrate_level_phosphorylation_2(X) = fn_phosphate_group_5(fn_substrate_level_phosphorylation_9(X))
& fn_anabolic_pathway_4(X) = fn_synthesis_of_atp_23(X)
& fn_synthesis_of_atp_23(X) = fn_synthesis_of_atp_23(X)
& fn_synthesis_of_atp_23(X) = fn_nucleoside_triphosphate_27(fn_substrate_level_phosphorylation_5(X))
& fn_nucleoside_triphosphate_27(fn_substrate_level_phosphorylation_5(X)) = fn_nucleoside_triphosphate_27(fn_substrate_level_phosphorylation_5(X))
& fn_atp_33(fn_substrate_level_phosphorylation_5(X)) = fn_nucleoside_triphosphate_27(fn_substrate_level_phosphorylation_5(X))
& fn_nucleoside_triphosphate_27(fn_substrate_level_phosphorylation_5(X)) = fn_atp_33(fn_substrate_level_phosphorylation_5(X))
& fn_atp_34(fn_substrate_level_phosphorylation_5(X)) = fn_atp_33(fn_substrate_level_phosphorylation_5(X))
& fn_atp_33(fn_substrate_level_phosphorylation_5(X)) = fn_atp_34(fn_substrate_level_phosphorylation_5(X))
& fn_atp_34(fn_substrate_level_phosphorylation_5(X)) = fn_atp_34(fn_substrate_level_phosphorylation_5(X))
& fn_atp_34(fn_substrate_level_phosphorylation_5(X)) = fn_synthesis_of_organic_molecule_1(X)
& fn_synthesis_of_organic_molecule_1(X) = fn_functional_group_1(fn_substrate_level_phosphorylation_9(X))
& fn_functional_group_1(fn_substrate_level_phosphorylation_9(X)) = fn_synthesis_of_atp_13(X)
& fn_synthesis_of_atp_13(X) = fn_synthesis_of_atp_13(X)
& fn_synthesis_of_atp_13(X) = fn_synthesis_of_organic_molecule_1(X)
& fn_synthesis_of_organic_molecule_1(X) = fn_synthesis_of_atp_13(X)
& fn_synthesis_of_atp_13(X) = fn_molecule_10(fn_substrate_level_phosphorylation_5(X))
& fn_ribonucleotide_12(fn_substrate_level_phosphorylation_5(X)) = fn_ribonucleotide_12(fn_substrate_level_phosphorylation_5(X))
& fn_ribonucleotide_12(fn_substrate_level_phosphorylation_5(X)) = fn_molecule_10(fn_substrate_level_phosphorylation_5(X))
& fn_molecule_10(fn_substrate_level_phosphorylation_5(X)) = fn_ribonucleotide_12(fn_substrate_level_phosphorylation_5(X))
& fn_nucleoside_triphosphate_35(fn_substrate_level_phosphorylation_5(X)) = fn_ribonucleotide_12(fn_substrate_level_phosphorylation_5(X))
& fn_ribonucleotide_12(fn_substrate_level_phosphorylation_5(X)) = fn_nucleoside_triphosphate_35(fn_substrate_level_phosphorylation_5(X))
& fn_nucleoside_triphosphate_35(fn_substrate_level_phosphorylation_5(X)) = fn_nucleoside_triphosphate_35(fn_substrate_level_phosphorylation_5(X))
& fn_atp_30(fn_substrate_level_phosphorylation_5(X)) = fn_nucleoside_triphosphate_35(fn_substrate_level_phosphorylation_5(X))
& fn_nucleoside_triphosphate_35(fn_substrate_level_phosphorylation_5(X)) = fn_atp_30(fn_substrate_level_phosphorylation_5(X))
& fn_atp_30(fn_substrate_level_phosphorylation_5(X)) = fn_atp_30(fn_substrate_level_phosphorylation_5(X))
& fn_atp_30(fn_substrate_level_phosphorylation_5(X)) = fn_phosphate_group_37(fn_substrate_level_phosphorylation_9(X))
& fn_phosphate_group_37(fn_substrate_level_phosphorylation_9(X)) = fn_ribonucleotide_14(fn_substrate_level_phosphorylation_5(X))
& fn_atp_33(fn_substrate_level_phosphorylation_5(X)) = fn_ribonucleotide_14(fn_substrate_level_phosphorylation_5(X))
& fn_ribonucleotide_14(fn_substrate_level_phosphorylation_5(X)) = fn_atp_33(fn_substrate_level_phosphorylation_5(X))
& fn_atp_33(fn_substrate_level_phosphorylation_5(X)) = fn_atp_33(fn_substrate_level_phosphorylation_5(X))
& fn_atp_33(fn_substrate_level_phosphorylation_5(X)) = fn_atp_32(fn_substrate_level_phosphorylation_5(X))
& fn_atp_32(fn_substrate_level_phosphorylation_5(X)) = fn_atp_32(fn_substrate_level_phosphorylation_5(X))
& fn_atp_32(fn_substrate_level_phosphorylation_5(X)) = fn_nucleoside_triphosphate_32(fn_substrate_level_phosphorylation_5(X))
& fn_nucleoside_triphosphate_32(fn_substrate_level_phosphorylation_5(X)) = fn_atp_35(fn_substrate_level_phosphorylation_5(X))
& fn_atp_37(fn_substrate_level_phosphorylation_5(X)) = fn_phosphate_group_22(fn_substrate_level_phosphorylation_9(X))
& fn_phosphate_group_22(fn_substrate_level_phosphorylation_9(X)) = fn_phosphate_group_22(fn_substrate_level_phosphorylation_9(X))
& fn_phosphate_group_22(fn_substrate_level_phosphorylation_9(X)) = fn_nucleoside_triphosphate_33(fn_substrate_level_phosphorylation_5(X))
& fn_atp_36(fn_substrate_level_phosphorylation_5(X)) = fn_nucleoside_triphosphate_33(fn_substrate_level_phosphorylation_5(X))
& fn_nucleoside_triphosphate_33(fn_substrate_level_phosphorylation_5(X)) = fn_atp_36(fn_substrate_level_phosphorylation_5(X))
& fn_atp_36(fn_substrate_level_phosphorylation_5(X)) = fn_atp_36(fn_substrate_level_phosphorylation_5(X))
& fn_atp_36(fn_substrate_level_phosphorylation_5(X)) = fn_phosphate_group_6(fn_substrate_level_phosphorylation_9(X))
& fn_phosphate_group_6(fn_substrate_level_phosphorylation_9(X)) = fn_phosphate_group_6(fn_substrate_level_phosphorylation_9(X))
& fn_phosphate_group_6(fn_substrate_level_phosphorylation_9(X)) = fn_ribonucleotide_8(fn_substrate_level_phosphorylation_5(X))
& fn_ribonucleotide_8(fn_substrate_level_phosphorylation_5(X)) = fn_molecule_11(fn_substrate_level_phosphorylation_5(X))
& fn_molecule_11(fn_substrate_level_phosphorylation_5(X)) = fn_ribonucleotide_8(fn_substrate_level_phosphorylation_5(X))
& fn_ribonucleotide_8(fn_substrate_level_phosphorylation_5(X)) = fn_ribonucleotide_8(fn_substrate_level_phosphorylation_5(X))
& fn_nucleoside_triphosphate_32(fn_substrate_level_phosphorylation_5(X)) = fn_ribonucleotide_8(fn_substrate_level_phosphorylation_5(X))
& fn_ribonucleotide_8(fn_substrate_level_phosphorylation_5(X)) = fn_nucleoside_triphosphate_32(fn_substrate_level_phosphorylation_5(X))
& fn_nucleoside_triphosphate_32(fn_substrate_level_phosphorylation_5(X)) = fn_nucleoside_triphosphate_32(fn_substrate_level_phosphorylation_5(X))
& fn_ribonucleotide_16(fn_substrate_level_phosphorylation_5(X)) = fn_nucleoside_triphosphate_32(fn_substrate_level_phosphorylation_5(X))
& fn_nucleoside_triphosphate_32(fn_substrate_level_phosphorylation_5(X)) = fn_ribonucleotide_16(fn_substrate_level_phosphorylation_5(X))
& fn_nucleoside_triphosphate_29(fn_substrate_level_phosphorylation_5(X)) = fn_ribonucleotide_16(fn_substrate_level_phosphorylation_5(X))
& fn_ribonucleotide_16(fn_substrate_level_phosphorylation_5(X)) = fn_ribonucleotide_16(fn_substrate_level_phosphorylation_5(X))
& fn_ribonucleotide_16(fn_substrate_level_phosphorylation_5(X)) = fn_nucleoside_triphosphate_29(fn_substrate_level_phosphorylation_5(X))
& fn_atp_35(fn_substrate_level_phosphorylation_5(X)) = fn_nucleoside_triphosphate_29(fn_substrate_level_phosphorylation_5(X))
& fn_nucleoside_triphosphate_29(fn_substrate_level_phosphorylation_5(X)) = fn_atp_35(fn_substrate_level_phosphorylation_5(X))
& fn_atp_35(fn_substrate_level_phosphorylation_5(X)) = fn_atp_35(fn_substrate_level_phosphorylation_5(X))
& fn_atp_35(fn_substrate_level_phosphorylation_5(X)) = fn_atp_37(fn_substrate_level_phosphorylation_5(X))
& fn_atp_37(fn_substrate_level_phosphorylation_5(X)) = fn_atp_37(fn_substrate_level_phosphorylation_5(X))
& fn_atp_37(fn_substrate_level_phosphorylation_5(X)) = fn_phosphate_group_5(fn_substrate_level_phosphorylation_9(X))
& fn_phosphate_group_5(fn_substrate_level_phosphorylation_9(X)) = fn_phosphate_group_5(fn_substrate_level_phosphorylation_9(X)) ) ) ).
fof(a532937,axiom,
! [X] :
( subterranean_ecosystem_1(X)
=> ( original_name_2(X,'Subterranean-Ecosystem')
& user_description_2(X,'Ecosystem, such as a cave or cavern, which is found beneath the surface of the earth. Most subterranean ecosystems receive little to no sunlight.')
& concept2words_2(X,'subterranean ecosystem')
& concept2words_2(X,'subterranean-ecosystem')
& terrestrial_ecosystem_1(X)
& energy_source_1(fn_subterranean_ecosystem_1(X))
& population_1(fn_subterranean_ecosystem_2(X))
& chemoautotroph_1(fn_subterranean_ecosystem_3(X))
& quantity_value_1(fn_subterranean_ecosystem_5(X))
& sunlight_1(fn_subterranean_ecosystem_6(X))
& community_1(fn_subterranean_ecosystem_7(X))
& organism_1(fn_subterranean_ecosystem_8(X))
& plant_1(fn_subterranean_ecosystem_8(X))
& producers_1(fn_subterranean_ecosystem_9(X))
& property_node_1(fn_electromagnetic_energy_2(fn_subterranean_ecosystem_6(X)))
& quantity_value_1(fn_electromagnetic_energy_3(fn_subterranean_ecosystem_6(X)))
& organism_1(fn_autotroph_11(fn_subterranean_ecosystem_3(X)))
& the_scalar_value_2(fn_subterranean_ecosystem_5(X),low_0)
& scalar_unit_class_2(fn_subterranean_ecosystem_5(X),light_0)
& plays_2(fn_subterranean_ecosystem_6(X),fn_subterranean_ecosystem_1(X))
& plays_2(fn_subterranean_ecosystem_8(X),fn_subterranean_ecosystem_3(X))
& element_2(X,fn_subterranean_ecosystem_6(X))
& quantity_2(fn_subterranean_ecosystem_6(X),fn_subterranean_ecosystem_5(X))
& element_2(X,fn_subterranean_ecosystem_7(X))
& element_2(fn_subterranean_ecosystem_7(X),fn_subterranean_ecosystem_9(X))
& element_2(fn_subterranean_ecosystem_9(X),fn_subterranean_ecosystem_2(X))
& element_2(fn_subterranean_ecosystem_2(X),fn_subterranean_ecosystem_8(X))
& fn_subterranean_ecosystem_8(X) = fn_autotroph_11(fn_subterranean_ecosystem_3(X))
& fn_subterranean_ecosystem_6(X) = fn_ecosystem_31(X)
& fn_subterranean_ecosystem_6(X) = fn_ecosystem_9(X)
& fn_subterranean_ecosystem_4(X) = fn_electromagnetic_energy_2(fn_subterranean_ecosystem_6(X))
& fn_subterranean_ecosystem_5(X) = fn_electromagnetic_energy_3(fn_subterranean_ecosystem_6(X))
& fn_subterranean_ecosystem_8(X) = fn_ecosystem_28(X)
& fn_subterranean_ecosystem_2(X) = fn_ecosystem_20(X)
& fn_subterranean_ecosystem_9(X) = fn_ecosystem_21(X)
& fn_subterranean_ecosystem_7(X) = fn_ecosystem_18(X)
& fn_ecosystem_31(X) = fn_ecosystem_9(X)
& fn_ecosystem_9(X) = fn_autotroph_11(fn_subterranean_ecosystem_3(X))
& fn_autotroph_11(fn_subterranean_ecosystem_3(X)) = fn_ecosystem_28(X) ) ) ).
fof(a532938,axiom,
! [X] :
( succinate_1(X)
=> ( original_name_2(X,'Succinate')
& user_description_2(X,'Succinate is a salt or ester of succinic acid.')
& concept2words_2(X,succinate)
& ester_1(X)
& ~ acetate_1(X)
& ~ alpha_ketoglutarate_1(X)
& ~ citrate_1(X)
& ~ fumarate_1(X)
& ~ isocitrate_1(X)
& ~ malate_1(X)
& ~ oxaloacetate_1(X) ) ) ).
fof(a532939,axiom,
! [X] :
( succinyl_coa_1(X)
=> ( original_name_2(X,'Succinyl-CoA')
& user_description_2(X,'Succinyl-Coenzyme A, abbreviated as Succinyl-CoA or SucCoA, is a combination of succinic acid and coenzyme A.')
& concept2words_2(X,'succinyl coenzyme a')
& concept2words_2(X,'succinyl-coenzyme-a')
& concept2words_2(X,'suc coa')
& concept2words_2(X,'suc-coa')
& concept2words_2(X,'s coa')
& concept2words_2(X,'s-coa')
& concept2words_2(X,'succinyl coa')
& concept2words_2(X,'succinyl-coa')
& ester_1(X)
& ~ acetyl_coa_1(X)
& ~ coenzyme_a_1(X)
& ~ fadh2_1(X)
& ~ nad_plus_1(X)
& ~ nadh_1(X)
& ~ nadp_plus_1(X)
& ~ nadph_1(X)
& coenzyme_1(fn_succinyl_coa_1(X))
& organic_molecule_1(fn_coenzyme_1(fn_succinyl_coa_1(X)))
& plays_2(X,fn_succinyl_coa_1(X))
& X = fn_coenzyme_1(fn_succinyl_coa_1(X)) ) ) ).
fof(a532940,axiom,
! [X] :
( succulent_plant_1(X)
=> ( original_name_2(X,'Succulent-Plant')
& user_description_2(X,'Succulent plants, also known as succulents or fat plants, are water-retaining plants adapted to arid climates or soil conditions. Succulent plants store water in their leaves, stems, and also in roots.')
& concept2words_2(X,'water storing plant')
& concept2words_2(X,'plant of succulent')
& concept2words_2(X,'succulent plant')
& concept2words_2(X,'succulent-plant')
& xerophyte_1(X)
& root_hair_1(fn_succulent_plant_1(X))
& shape_value_1(fn_succulent_plant_2(X))
& flower_1(fn_succulent_plant_3(X))
& fruit_1(fn_succulent_plant_4(X))
& electron_1(fn_succulent_plant_6(X))
& length_value_1(fn_succulent_plant_7(X))
& ground_1(fn_succulent_plant_9(X))
& store_1(fn_succulent_plant_10(X))
& maintenance_1(fn_succulent_plant_11(X))
& support_1(fn_succulent_plant_12(X))
& defense_1(fn_succulent_plant_13(X))
& carbohydrate_1(fn_succulent_plant_14(X))
& hydrophilic_compound_1(fn_succulent_plant_14(X))
& polar_molecule_1(fn_succulent_plant_14(X))
& polysaccharide_1(fn_succulent_plant_14(X))
& cellulose_1(fn_succulent_plant_14(X))
& tuber_1(fn_succulent_plant_21(X))
& store_1(fn_succulent_plant_22(X))
& visible_light_1(fn_succulent_plant_23(X))
& energy_1(fn_succulent_plant_23(X))
& glucose_1(fn_succulent_plant_24(X))
& exergonic_reaction_1(fn_succulent_plant_25(X))
& metabolic_pathway_1(fn_succulent_plant_25(X))
& eukaryotic_cellular_respiration_1(fn_succulent_plant_25(X))
& chemical_entity_1(fn_succulent_plant_26(X))
& organic_molecule_1(fn_succulent_plant_26(X))
& molecule_1(fn_succulent_plant_26(X))
& entity_1(fn_succulent_plant_26(X))
& nadh_1(fn_succulent_plant_26(X))
& chemical_energy_1(fn_succulent_plant_27(X))
& free_energy_1(fn_succulent_plant_28(X))
& structural_complexity_value_1(fn_succulent_plant_29(X))
& size_value_1(fn_succulent_plant_30(X))
& size_value_1(fn_succulent_plant_31(X))
& free_energy_1(fn_succulent_plant_32(X))
& structural_complexity_value_1(fn_succulent_plant_33(X))
& quantity_value_1(fn_succulent_plant_34(X))
& quantity_value_1(fn_succulent_plant_35(X))
& entity_1(fn_succulent_plant_36(X))
& chemical_energy_1(fn_succulent_plant_36(X))
& starch_storage_by_plant_1(fn_succulent_plant_37(X))
& cell_1(fn_succulent_plant_38(X))
& eukaryotic_cell_1(fn_succulent_plant_38(X))
& plant_cell_1(fn_succulent_plant_38(X))
& photoautotroph_1(fn_succulent_plant_39(X))
& nutrition_1(fn_succulent_plant_40(X))
& anabolic_pathway_1(fn_succulent_plant_41(X))
& metabolic_pathway_1(fn_succulent_plant_41(X))
& crassulacean_acid_metabolism_1(fn_succulent_plant_41(X))
& photosynthesis_1(fn_succulent_plant_41(X))
& tissue_1(fn_succulent_plant_42(X))
& epidermis_1(fn_succulent_plant_42(X))
& root_system_1(fn_succulent_plant_43(X))
& shoot_system_1(fn_succulent_plant_44(X))
& seed_1(fn_succulent_plant_45(X))
& root_1(fn_succulent_plant_46(X))
& move_1(fn_succulent_plant_47(X))
& move_through_1(fn_succulent_plant_47(X))
& plasmodesmata_1(fn_succulent_plant_48(X))
& membrane_1(fn_succulent_plant_49(X))
& spatial_entity_1(fn_succulent_plant_49(X))
& biomembrane_1(fn_succulent_plant_49(X))
& plasma_membrane_1(fn_succulent_plant_49(X))
& spatial_entity_1(fn_succulent_plant_50(X))
& mixture_1(fn_succulent_plant_50(X))
& suspension_1(fn_succulent_plant_50(X))
& colloid_1(fn_succulent_plant_50(X))
& cytoplasm_1(fn_succulent_plant_50(X))
& cell_wall_1(fn_succulent_plant_51(X))
& plant_cell_wall_1(fn_succulent_plant_51(X))
& cellular_respiration_1(fn_succulent_plant_52(X))
& oxygen_molecule_1(fn_succulent_plant_53(X))
& water_molecule_1(fn_succulent_plant_54(X))
& spatial_entity_1(fn_succulent_plant_55(X))
& tangible_entity_1(fn_succulent_plant_55(X))
& chemical_entity_1(fn_succulent_plant_55(X))
& hydrophobic_compound_1(fn_succulent_plant_55(X))
& molecule_1(fn_succulent_plant_55(X))
& carbon_dioxide_1(fn_succulent_plant_55(X))
& aqueous_solution_1(fn_succulent_plant_56(X))
& liquid_substance_1(fn_succulent_plant_56(X))
& solution_1(fn_succulent_plant_56(X))
& substance_1(fn_succulent_plant_56(X))
& cytosol_1(fn_succulent_plant_56(X))
& tangible_entity_1(fn_succulent_plant_57(X))
& microfibril_1(fn_succulent_plant_57(X))
& plant_cell_1(fn_succulent_plant_58(X))
& specific_heat_value_1(fn_succulent_plant_59(X))
& temperature_value_1(fn_succulent_plant_60(X))
& water_1(fn_succulent_plant_61(X))
& surface_1(fn_succulent_plant_64(X))
& cytoplasmic_side_1(fn_succulent_plant_64(X))
& protein_enzyme_1(fn_succulent_plant_65(X))
& substance_1(fn_succulent_plant_66(X))
& solid_substance_1(fn_succulent_plant_66(X))
& protein_enzyme_1(fn_succulent_plant_67(X))
& move_through_1(fn_succulent_plant_68(X))
& transfer_1(fn_succulent_plant_69(X))
& transfer_1(fn_succulent_plant_70(X))
& tangible_entity_1(fn_succulent_plant_71(X))
& nucleus_1(fn_succulent_plant_71(X))
& exchange_1(fn_succulent_plant_72(X))
& pyruvate_1(fn_succulent_plant_73(X))
& chemical_entity_1(fn_exergonic_reaction_11(fn_succulent_plant_25(X)))
& plant_1(fn_seed_2(fn_succulent_plant_45(X)))
& plant_cell_1(fn_root_26(fn_succulent_plant_46(X)))
& oxygen_molecule_1(fn_crassulacean_acid_metabolism_114(fn_succulent_plant_41(X)))
& property_node_1(fn_photosynthesis_5(fn_succulent_plant_41(X)))
& property_node_1(fn_photosynthesis_55(fn_succulent_plant_41(X)))
& property_node_1(fn_photosynthesis_56(fn_succulent_plant_41(X)))
& property_node_1(fn_photosynthesis_57(fn_succulent_plant_41(X)))
& property_node_1(fn_photosynthesis_6(fn_succulent_plant_41(X)))
& size_value_1(fn_photosynthesis_3(fn_succulent_plant_41(X)))
& visible_light_1(fn_photosynthesis_34(fn_succulent_plant_41(X)))
& energy_1(fn_photosynthesis_34(fn_succulent_plant_41(X)))
& quantity_value_1(fn_photosynthesis_52(fn_succulent_plant_41(X)))
& quantity_value_1(fn_photosynthesis_51(fn_succulent_plant_41(X)))
& free_energy_1(fn_photosynthesis_50(fn_succulent_plant_41(X)))
& move_through_1(fn_plasmodesmata_3(fn_succulent_plant_48(X)))
& protein_enzyme_1(fn_plant_cell_92(fn_succulent_plant_38(X)))
& transfer_1(fn_plant_cell_74(fn_succulent_plant_38(X)))
& move_through_1(fn_plant_cell_72(fn_succulent_plant_38(X)))
& substance_1(fn_plant_cell_25(fn_succulent_plant_38(X)))
& solid_substance_1(fn_plant_cell_25(fn_succulent_plant_38(X)))
& exchange_1(fn_plant_cell_71(fn_succulent_plant_38(X)))
& transfer_1(fn_plant_cell_73(fn_succulent_plant_38(X)))
& maintenance_1(fn_plant_cell_1(fn_succulent_plant_38(X)))
& surface_1(fn_plant_cell_64(fn_succulent_plant_38(X)))
& cytoplasmic_side_1(fn_plant_cell_64(fn_succulent_plant_38(X)))
& protein_enzyme_1(fn_plant_cell_11(fn_succulent_plant_38(X)))
& plasmodesmata_1(fn_plant_cell_wall_22(fn_succulent_plant_51(X)))
& tissue_1(fn_root_27(fn_succulent_plant_46(X)))
& epidermis_1(fn_root_30(fn_succulent_plant_46(X)))
& spatial_entity_1(fn_store_2(fn_succulent_plant_10(X)))
& tangible_entity_1(fn_photosynthesis_37(fn_succulent_plant_41(X)))
& chemical_entity_1(fn_photosynthesis_37(fn_succulent_plant_41(X)))
& sugar_1(fn_photosynthesis_37(fn_succulent_plant_41(X)))
& tangible_entity_1(fn_crassulacean_acid_metabolism_65(fn_succulent_plant_41(X)))
& chemical_entity_1(fn_crassulacean_acid_metabolism_65(fn_succulent_plant_41(X)))
& sugar_1(fn_crassulacean_acid_metabolism_65(fn_succulent_plant_41(X)))
& chemical_energy_1(fn_exergonic_reaction_6(fn_succulent_plant_25(X)))
& chemical_energy_1(fn_exergonic_reaction_6(fn_succulent_plant_52(X)))
& chemical_energy_1(fn_cellular_respiration_43(fn_succulent_plant_52(X)))
& property_node_1(fn_crassulacean_acid_metabolism_157(fn_succulent_plant_41(X)))
& property_node_1(fn_photosynthesis_54(fn_succulent_plant_41(X)))
& free_energy_1(fn_crassulacean_acid_metabolism_73(fn_succulent_plant_41(X)))
& free_energy_1(fn_photosynthesis_53(fn_succulent_plant_41(X)))
& structural_complexity_value_1(fn_crassulacean_acid_metabolism_143(fn_succulent_plant_41(X)))
& structural_complexity_value_1(fn_photosynthesis_25(fn_succulent_plant_41(X)))
& structural_complexity_value_1(fn_crassulacean_acid_metabolism_147(fn_succulent_plant_41(X)))
& structural_complexity_value_1(fn_photosynthesis_24(fn_succulent_plant_41(X)))
& size_value_1(fn_crassulacean_acid_metabolism_67(fn_succulent_plant_41(X)))
& size_value_1(fn_photosynthesis_4(fn_succulent_plant_41(X)))
& entity_1(fn_store_1(fn_succulent_plant_10(X)))
& chemical_energy_1(fn_photosynthesis_40(fn_succulent_plant_41(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_succulent_plant_52(X)))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_62(fn_succulent_plant_25(X)))
& carbon_dioxide_1(fn_eukaryotic_cellular_respiration_62(fn_succulent_plant_25(X)))
& tangible_entity_1(fn_cellular_respiration_61(fn_succulent_plant_52(X)))
& carbon_dioxide_1(fn_cellular_respiration_61(fn_succulent_plant_52(X)))
& spatial_entity_1(fn_photosynthesis_38(fn_succulent_plant_41(X)))
& tangible_entity_1(fn_photosynthesis_38(fn_succulent_plant_41(X)))
& chemical_entity_1(fn_photosynthesis_38(fn_succulent_plant_41(X)))
& hydrophobic_compound_1(fn_photosynthesis_38(fn_succulent_plant_41(X)))
& molecule_1(fn_photosynthesis_38(fn_succulent_plant_41(X)))
& carbon_dioxide_1(fn_photosynthesis_38(fn_succulent_plant_41(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_succulent_plant_38(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_succulent_plant_38(X)))
& tangible_entity_1(fn_plant_cell_84(fn_succulent_plant_38(X)))
& nucleus_1(fn_plant_cell_84(fn_succulent_plant_38(X)))
& substance_1(fn_eukaryotic_cell_42(fn_succulent_plant_38(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_succulent_plant_38(X)))
& aqueous_solution_1(fn_plant_cell_91(fn_succulent_plant_38(X)))
& liquid_substance_1(fn_plant_cell_91(fn_succulent_plant_38(X)))
& solution_1(fn_plant_cell_91(fn_succulent_plant_38(X)))
& substance_1(fn_plant_cell_91(fn_succulent_plant_38(X)))
& cytosol_1(fn_plant_cell_91(fn_succulent_plant_38(X)))
& chemical_entity_1(fn_cellular_respiration_56(fn_succulent_plant_52(X)))
& organic_molecule_1(fn_cellular_respiration_56(fn_succulent_plant_52(X)))
& molecule_1(fn_cellular_respiration_56(fn_succulent_plant_52(X)))
& nadh_1(fn_cellular_respiration_56(fn_succulent_plant_52(X)))
& chemical_entity_1(fn_plant_cell_116(fn_succulent_plant_38(X)))
& organic_molecule_1(fn_plant_cell_116(fn_succulent_plant_38(X)))
& molecule_1(fn_plant_cell_116(fn_succulent_plant_38(X)))
& entity_1(fn_plant_cell_116(fn_succulent_plant_38(X)))
& nadh_1(fn_plant_cell_116(fn_succulent_plant_38(X)))
& eukaryotic_cellular_respiration_1(fn_photosynthesis_28(fn_succulent_plant_41(X)))
& eukaryotic_cellular_respiration_1(fn_eukaryotic_cell_23(fn_succulent_plant_38(X)))
& metabolic_pathway_1(fn_plant_cell_63(fn_succulent_plant_38(X)))
& eukaryotic_cellular_respiration_1(fn_plant_cell_63(fn_succulent_plant_38(X)))
& spatial_entity_1(fn_move_1(fn_succulent_plant_47(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_succulent_plant_38(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_succulent_plant_38(X)))
& spatial_entity_1(fn_plant_cell_83(fn_succulent_plant_38(X)))
& mixture_1(fn_plant_cell_83(fn_succulent_plant_38(X)))
& suspension_1(fn_plant_cell_83(fn_succulent_plant_38(X)))
& colloid_1(fn_plant_cell_83(fn_succulent_plant_38(X)))
& cytoplasm_1(fn_plant_cell_83(fn_succulent_plant_38(X)))
& membrane_1(fn_plasmodesmata_9(fn_succulent_plant_48(X)))
& spatial_entity_1(fn_plasmodesmata_9(fn_succulent_plant_48(X)))
& biomembrane_1(fn_plasmodesmata_9(fn_succulent_plant_48(X)))
& plasma_membrane_1(fn_plasmodesmata_9(fn_succulent_plant_48(X)))
& membrane_1(fn_plant_cell_97(fn_succulent_plant_38(X)))
& spatial_entity_1(fn_plant_cell_97(fn_succulent_plant_38(X)))
& biomembrane_1(fn_plant_cell_97(fn_succulent_plant_38(X)))
& plasma_membrane_1(fn_plant_cell_97(fn_succulent_plant_38(X)))
& membrane_1(fn_plant_cell_wall_26(fn_succulent_plant_51(X)))
& spatial_entity_1(fn_plant_cell_wall_26(fn_succulent_plant_51(X)))
& biomembrane_1(fn_plant_cell_wall_26(fn_succulent_plant_51(X)))
& plasma_membrane_1(fn_plant_cell_wall_26(fn_succulent_plant_51(X)))
& carbohydrate_1(fn_plant_cell_22(fn_succulent_plant_38(X)))
& hydrophilic_compound_1(fn_plant_cell_22(fn_succulent_plant_38(X)))
& polar_molecule_1(fn_plant_cell_22(fn_succulent_plant_38(X)))
& polysaccharide_1(fn_plant_cell_22(fn_succulent_plant_38(X)))
& cellulose_1(fn_plant_cell_22(fn_succulent_plant_38(X)))
& polysaccharide_1(fn_plant_cell_wall_10(fn_succulent_plant_51(X)))
& carbohydrate_1(fn_plant_cell_wall_21(fn_succulent_plant_51(X)))
& hydrophilic_compound_1(fn_plant_cell_wall_21(fn_succulent_plant_51(X)))
& polar_molecule_1(fn_plant_cell_wall_21(fn_succulent_plant_51(X)))
& polysaccharide_1(fn_plant_cell_wall_21(fn_succulent_plant_51(X)))
& cellulose_1(fn_plant_cell_wall_21(fn_succulent_plant_51(X)))
& tangible_entity_1(fn_plant_cell_23(fn_succulent_plant_38(X)))
& microfibril_1(fn_plant_cell_23(fn_succulent_plant_38(X)))
& tangible_entity_1(fn_plant_cell_wall_23(fn_succulent_plant_51(X)))
& microfibril_1(fn_plant_cell_wall_23(fn_succulent_plant_51(X)))
& support_1(fn_plant_cell_21(fn_succulent_plant_38(X)))
& support_1(fn_plant_cell_wall_27(fn_succulent_plant_51(X)))
& cell_wall_1(fn_plant_cell_82(fn_succulent_plant_38(X)))
& plant_cell_wall_1(fn_plant_cell_82(fn_succulent_plant_38(X)))
& plant_cell_wall_1(fn_plasmodesmata_10(fn_succulent_plant_48(X)))
& cell_1(fn_metabolic_pathway_1(fn_succulent_plant_41(X)))
& plant_cell_1(fn_plant_cell_wall_24(fn_succulent_plant_51(X)))
& defense_1(fn_plant_cell_78(fn_succulent_plant_38(X)))
& defense_1(fn_plant_cell_wall_17(fn_succulent_plant_51(X)))
& is_inside_2(fn_succulent_plant_43(X),fn_succulent_plant_9(X))
& is_above_2(fn_succulent_plant_44(X),fn_succulent_plant_9(X))
& height_2(X,fn_succulent_plant_7(X))
& shape_2(X,fn_succulent_plant_2(X))
& has_part_2(X,fn_succulent_plant_46(X))
& has_part_2(X,fn_succulent_plant_4(X))
& has_part_2(X,fn_succulent_plant_3(X))
& the_categorical_value_2(fn_succulent_plant_2(X),hollow_volume_0)
& has_part_2(fn_succulent_plant_46(X),fn_succulent_plant_1(X))
& is_inside_2(fn_succulent_plant_46(X),fn_succulent_plant_43(X))
& site_2(fn_succulent_plant_52(X),fn_succulent_plant_50(X))
& fn_succulent_plant_55(X) != fn_succulent_plant_6(X)
& fn_succulent_plant_6(X) != fn_succulent_plant_55(X)
& is_inside_2(fn_succulent_plant_58(X),fn_succulent_plant_1(X))
& base_2(fn_succulent_plant_10(X),fn_succulent_plant_24(X))
& object_2(fn_succulent_plant_10(X),fn_succulent_plant_36(X))
& result_2(fn_succulent_plant_25(X),fn_succulent_plant_73(X))
& possesses_2(fn_succulent_plant_73(X),fn_succulent_plant_27(X))
& experiencer_2(fn_succulent_plant_41(X),X)
& by_means_of_2(fn_succulent_plant_40(X),fn_succulent_plant_41(X))
& has_function_2(X,fn_succulent_plant_41(X))
& base_2(fn_succulent_plant_41(X),fn_succulent_plant_38(X))
& has_part_2(X,fn_succulent_plant_45(X))
& has_part_2(fn_succulent_plant_46(X),fn_succulent_plant_42(X))
& has_part_2(fn_succulent_plant_42(X),fn_succulent_plant_58(X))
& size_2(fn_succulent_plant_24(X),fn_succulent_plant_31(X))
& possesses_2(fn_succulent_plant_24(X),fn_succulent_plant_32(X))
& result_2(fn_succulent_plant_41(X),fn_succulent_plant_24(X))
& structural_complexity_2(fn_succulent_plant_24(X),fn_succulent_plant_33(X))
& result_2(fn_succulent_plant_52(X),fn_succulent_plant_55(X))
& possesses_2(fn_succulent_plant_55(X),fn_succulent_plant_27(X))
& possesses_2(fn_succulent_plant_26(X),fn_succulent_plant_27(X))
& base_2(fn_succulent_plant_37(X),X)
& agent_2(fn_succulent_plant_37(X),X)
& plays_2(X,fn_succulent_plant_39(X))
& in_event_2(fn_succulent_plant_39(X),fn_succulent_plant_40(X))
& agent_2(fn_succulent_plant_40(X),X)
& has_part_2(X,fn_succulent_plant_38(X))
& has_function_2(X,fn_succulent_plant_37(X))
& subevent_2(fn_succulent_plant_37(X),fn_succulent_plant_22(X))
& site_2(fn_succulent_plant_22(X),fn_succulent_plant_21(X))
& has_part_2(X,fn_succulent_plant_21(X))
& has_region_2(X,fn_succulent_plant_44(X))
& temperature_2(X,fn_succulent_plant_60(X))
& correspondence_2(fn_succulent_plant_60(X),fn_succulent_plant_59(X))
& specific_heat_2(fn_succulent_plant_61(X),fn_succulent_plant_59(X))
& has_part_2(X,fn_succulent_plant_61(X))
& has_region_2(X,fn_succulent_plant_43(X))
& result_2(fn_succulent_plant_25(X),fn_succulent_plant_55(X))
& quantity_2(fn_succulent_plant_32(X),fn_succulent_plant_34(X))
& called_2(fn_succulent_plant_35(X),'FE_r')
& structural_complexity_2(fn_succulent_plant_55(X),fn_succulent_plant_29(X))
& greater_than_2(fn_succulent_plant_33(X),fn_succulent_plant_29(X))
& size_2(fn_succulent_plant_55(X),fn_succulent_plant_30(X))
& greater_than_2(fn_succulent_plant_31(X),fn_succulent_plant_30(X))
& raw_material_2(fn_succulent_plant_41(X),fn_succulent_plant_23(X))
& fn_succulent_plant_36(X) != fn_succulent_plant_23(X)
& fn_succulent_plant_23(X) != fn_succulent_plant_36(X)
& raw_material_2(fn_succulent_plant_41(X),fn_succulent_plant_55(X))
& possesses_2(fn_succulent_plant_55(X),fn_succulent_plant_28(X))
& quantity_2(fn_succulent_plant_28(X),fn_succulent_plant_35(X))
& greater_than_2(fn_succulent_plant_34(X),fn_succulent_plant_35(X))
& called_2(fn_succulent_plant_34(X),'FE_p')
& has_part_2(fn_succulent_plant_51(X),fn_succulent_plant_57(X))
& agent_2(fn_succulent_plant_13(X),fn_succulent_plant_51(X))
& has_function_2(fn_succulent_plant_51(X),fn_succulent_plant_13(X))
& agent_2(fn_succulent_plant_12(X),fn_succulent_plant_51(X))
& has_function_2(fn_succulent_plant_51(X),fn_succulent_plant_12(X))
& has_part_2(fn_succulent_plant_38(X),fn_succulent_plant_51(X))
& has_part_2(fn_succulent_plant_38(X),fn_succulent_plant_49(X))
& is_outside_2(fn_succulent_plant_51(X),fn_succulent_plant_49(X))
& has_part_2(fn_succulent_plant_51(X),fn_succulent_plant_14(X))
& element_2(fn_succulent_plant_57(X),fn_succulent_plant_14(X))
& object_2(fn_succulent_plant_12(X),fn_succulent_plant_38(X))
& is_at_2(fn_succulent_plant_48(X),fn_succulent_plant_51(X))
& object_2(fn_succulent_plant_13(X),fn_succulent_plant_38(X))
& has_part_2(fn_succulent_plant_50(X),fn_succulent_plant_56(X))
& is_inside_2(fn_succulent_plant_71(X),fn_succulent_plant_56(X))
& has_part_2(fn_succulent_plant_38(X),fn_succulent_plant_71(X))
& base_2(fn_succulent_plant_25(X),fn_succulent_plant_38(X))
& has_function_2(fn_succulent_plant_38(X),fn_succulent_plant_25(X))
& is_between_2(fn_succulent_plant_50(X),fn_succulent_plant_71(X))
& is_facing_2(fn_succulent_plant_64(X),fn_succulent_plant_50(X))
& has_region_2(fn_succulent_plant_49(X),fn_succulent_plant_64(X))
& is_between_2(fn_succulent_plant_50(X),fn_succulent_plant_49(X))
& has_part_2(fn_succulent_plant_38(X),fn_succulent_plant_50(X))
& fn_succulent_plant_65(X) != fn_succulent_plant_67(X)
& fn_succulent_plant_67(X) != fn_succulent_plant_65(X)
& has_part_2(fn_succulent_plant_50(X),fn_succulent_plant_67(X))
& origin_2(fn_succulent_plant_69(X),fn_succulent_plant_50(X))
& subevent_2(fn_succulent_plant_72(X),fn_succulent_plant_69(X))
& agent_2(fn_succulent_plant_72(X),fn_succulent_plant_38(X))
& base_2(fn_succulent_plant_72(X),fn_succulent_plant_38(X))
& causes_2(fn_succulent_plant_68(X),fn_succulent_plant_72(X))
& object_2(fn_succulent_plant_68(X),fn_succulent_plant_50(X))
& has_part_2(fn_succulent_plant_50(X),fn_succulent_plant_66(X))
& is_inside_2(fn_succulent_plant_66(X),fn_succulent_plant_56(X))
& is_inside_2(fn_succulent_plant_50(X),fn_succulent_plant_49(X))
& origin_2(fn_succulent_plant_70(X),fn_succulent_plant_50(X))
& subevent_2(fn_succulent_plant_72(X),fn_succulent_plant_70(X))
& agent_2(fn_succulent_plant_11(X),fn_succulent_plant_51(X))
& object_2(fn_succulent_plant_11(X),fn_succulent_plant_38(X))
& is_oriented_toward_2(fn_succulent_plant_64(X),fn_succulent_plant_50(X))
& result_2(fn_succulent_plant_25(X),fn_succulent_plant_26(X))
& has_part_2(fn_succulent_plant_50(X),fn_succulent_plant_65(X))
& base_2(fn_succulent_plant_47(X),fn_succulent_plant_48(X))
& has_function_2(fn_succulent_plant_48(X),fn_succulent_plant_47(X))
& is_inside_2(fn_succulent_plant_49(X),fn_succulent_plant_51(X))
& object_2(fn_succulent_plant_47(X),fn_succulent_plant_50(X))
& fn_succulent_plant_24(X) = fn_store_2(fn_succulent_plant_10(X))
& fn_succulent_plant_36(X) = fn_store_1(fn_succulent_plant_10(X))
& fn_succulent_plant_27(X) = fn_exergonic_reaction_6(fn_succulent_plant_25(X))
& fn_succulent_plant_73(X) = fn_exergonic_reaction_11(fn_succulent_plant_25(X))
& fn_succulent_plant_54(X) = fn_plant_46(X)
& fn_succulent_plant_38(X) = fn_metabolic_pathway_1(fn_succulent_plant_41(X))
& fn_succulent_plant_41(X) = fn_plant_18(X)
& X = fn_seed_2(fn_succulent_plant_45(X))
& fn_succulent_plant_58(X) = fn_root_26(fn_succulent_plant_46(X))
& fn_succulent_plant_42(X) = fn_root_27(fn_succulent_plant_46(X))
& fn_succulent_plant_42(X) = fn_root_30(fn_succulent_plant_46(X))
& fn_succulent_plant_31(X) = fn_crassulacean_acid_metabolism_67(fn_succulent_plant_41(X))
& fn_succulent_plant_53(X) = fn_crassulacean_acid_metabolism_114(fn_succulent_plant_41(X))
& fn_succulent_plant_32(X) = fn_crassulacean_acid_metabolism_73(fn_succulent_plant_41(X))
& fn_succulent_plant_24(X) = fn_photosynthesis_37(fn_succulent_plant_41(X))
& fn_succulent_plant_24(X) = fn_crassulacean_acid_metabolism_65(fn_succulent_plant_41(X))
& fn_succulent_plant_26(X) = fn_cellular_respiration_56(fn_succulent_plant_52(X))
& fn_succulent_plant_27(X) = fn_exergonic_reaction_6(fn_succulent_plant_52(X))
& fn_succulent_plant_27(X) = fn_cellular_respiration_43(fn_succulent_plant_52(X))
& fn_succulent_plant_55(X) = fn_exergonic_reaction_11(fn_succulent_plant_52(X))
& fn_succulent_plant_55(X) = fn_cellular_respiration_61(fn_succulent_plant_52(X))
& fn_succulent_plant_62(X) = fn_plant_21(X)
& fn_succulent_plant_63(X) = fn_plant_22(X)
& fn_succulent_plant_38(X) = fn_plant_20(X)
& fn_succulent_plant_40(X) = fn_plant_19(X)
& fn_succulent_plant_39(X) = fn_plant_16(X)
& fn_succulent_plant_44(X) = fn_plant_2(X)
& fn_succulent_plant_21(X) = fn_plant_12(X)
& fn_succulent_plant_22(X) = fn_plant_11(X)
& fn_succulent_plant_37(X) = fn_plant_17(X)
& fn_succulent_plant_43(X) = fn_plant_1(X)
& fn_succulent_plant_61(X) = fn_plant_13(X)
& fn_succulent_plant_59(X) = fn_plant_15(X)
& fn_succulent_plant_60(X) = fn_plant_14(X)
& fn_succulent_plant_18(X) = fn_crassulacean_acid_metabolism_157(fn_succulent_plant_41(X))
& fn_succulent_plant_18(X) = fn_photosynthesis_54(fn_succulent_plant_41(X))
& fn_succulent_plant_17(X) = fn_photosynthesis_5(fn_succulent_plant_41(X))
& fn_succulent_plant_55(X) = fn_eukaryotic_cellular_respiration_62(fn_succulent_plant_25(X))
& fn_succulent_plant_25(X) = fn_photosynthesis_28(fn_succulent_plant_41(X))
& fn_succulent_plant_16(X) = fn_photosynthesis_55(fn_succulent_plant_41(X))
& fn_succulent_plant_32(X) = fn_photosynthesis_53(fn_succulent_plant_41(X))
& fn_succulent_plant_15(X) = fn_photosynthesis_56(fn_succulent_plant_41(X))
& fn_succulent_plant_19(X) = fn_photosynthesis_57(fn_succulent_plant_41(X))
& fn_succulent_plant_33(X) = fn_crassulacean_acid_metabolism_143(fn_succulent_plant_41(X))
& fn_succulent_plant_29(X) = fn_crassulacean_acid_metabolism_147(fn_succulent_plant_41(X))
& fn_succulent_plant_33(X) = fn_photosynthesis_25(fn_succulent_plant_41(X))
& fn_succulent_plant_29(X) = fn_photosynthesis_24(fn_succulent_plant_41(X))
& fn_succulent_plant_20(X) = fn_photosynthesis_6(fn_succulent_plant_41(X))
& fn_succulent_plant_31(X) = fn_photosynthesis_4(fn_succulent_plant_41(X))
& fn_succulent_plant_30(X) = fn_photosynthesis_3(fn_succulent_plant_41(X))
& fn_succulent_plant_36(X) = fn_photosynthesis_40(fn_succulent_plant_41(X))
& fn_succulent_plant_23(X) = fn_photosynthesis_34(fn_succulent_plant_41(X))
& fn_succulent_plant_34(X) = fn_photosynthesis_52(fn_succulent_plant_41(X))
& fn_succulent_plant_35(X) = fn_photosynthesis_51(fn_succulent_plant_41(X))
& fn_succulent_plant_28(X) = fn_photosynthesis_50(fn_succulent_plant_41(X))
& fn_succulent_plant_55(X) = fn_photosynthesis_38(fn_succulent_plant_41(X))
& fn_succulent_plant_50(X) = fn_move_1(fn_succulent_plant_47(X))
& fn_succulent_plant_47(X) = fn_plasmodesmata_3(fn_succulent_plant_48(X))
& fn_succulent_plant_56(X) = fn_eukaryotic_cell_42(fn_succulent_plant_38(X))
& fn_succulent_plant_71(X) = fn_eukaryotic_cell_26(fn_succulent_plant_38(X))
& fn_succulent_plant_25(X) = fn_eukaryotic_cell_23(fn_succulent_plant_38(X))
& fn_succulent_plant_71(X) = fn_plant_cell_84(fn_succulent_plant_38(X))
& fn_succulent_plant_50(X) = fn_eukaryotic_cell_31(fn_succulent_plant_38(X))
& fn_succulent_plant_67(X) = fn_plant_cell_92(fn_succulent_plant_38(X))
& fn_succulent_plant_69(X) = fn_plant_cell_74(fn_succulent_plant_38(X))
& fn_succulent_plant_68(X) = fn_plant_cell_72(fn_succulent_plant_38(X))
& fn_succulent_plant_66(X) = fn_plant_cell_25(fn_succulent_plant_38(X))
& fn_succulent_plant_56(X) = fn_plant_cell_91(fn_succulent_plant_38(X))
& fn_succulent_plant_72(X) = fn_plant_cell_71(fn_succulent_plant_38(X))
& fn_succulent_plant_70(X) = fn_plant_cell_73(fn_succulent_plant_38(X))
& fn_succulent_plant_11(X) = fn_plant_cell_1(fn_succulent_plant_38(X))
& fn_succulent_plant_64(X) = fn_plant_cell_64(fn_succulent_plant_38(X))
& fn_succulent_plant_25(X) = fn_plant_cell_63(fn_succulent_plant_38(X))
& fn_succulent_plant_26(X) = fn_plant_cell_116(fn_succulent_plant_38(X))
& fn_succulent_plant_50(X) = fn_plant_cell_83(fn_succulent_plant_38(X))
& fn_succulent_plant_65(X) = fn_plant_cell_11(fn_succulent_plant_38(X))
& fn_succulent_plant_49(X) = fn_plasmodesmata_9(fn_succulent_plant_48(X))
& fn_succulent_plant_49(X) = fn_plant_cell_97(fn_succulent_plant_38(X))
& fn_succulent_plant_49(X) = fn_plant_cell_wall_26(fn_succulent_plant_51(X))
& fn_succulent_plant_51(X) = fn_plant_cell_82(fn_succulent_plant_38(X))
& fn_succulent_plant_14(X) = fn_plant_cell_wall_10(fn_succulent_plant_51(X))
& fn_succulent_plant_57(X) = fn_plant_cell_23(fn_succulent_plant_38(X))
& fn_succulent_plant_14(X) = fn_plant_cell_22(fn_succulent_plant_38(X))
& fn_succulent_plant_57(X) = fn_plant_cell_wall_23(fn_succulent_plant_51(X))
& fn_succulent_plant_14(X) = fn_plant_cell_wall_21(fn_succulent_plant_51(X))
& fn_succulent_plant_12(X) = fn_plant_cell_21(fn_succulent_plant_38(X))
& fn_succulent_plant_12(X) = fn_plant_cell_wall_27(fn_succulent_plant_51(X))
& fn_succulent_plant_51(X) = fn_plasmodesmata_10(fn_succulent_plant_48(X))
& fn_succulent_plant_48(X) = fn_plant_cell_wall_22(fn_succulent_plant_51(X))
& fn_succulent_plant_13(X) = fn_plant_cell_78(fn_succulent_plant_38(X))
& fn_succulent_plant_13(X) = fn_plant_cell_wall_17(fn_succulent_plant_51(X))
& fn_succulent_plant_38(X) = fn_plant_cell_wall_24(fn_succulent_plant_51(X))
& fn_root_30(fn_succulent_plant_46(X)) = fn_root_27(fn_succulent_plant_46(X))
& fn_root_27(fn_succulent_plant_46(X)) = fn_root_30(fn_succulent_plant_46(X))
& fn_root_30(fn_succulent_plant_46(X)) = fn_store_2(fn_succulent_plant_10(X))
& fn_store_2(fn_succulent_plant_10(X)) = fn_photosynthesis_37(fn_succulent_plant_41(X))
& fn_photosynthesis_37(fn_succulent_plant_41(X)) = fn_photosynthesis_37(fn_succulent_plant_41(X))
& fn_crassulacean_acid_metabolism_65(fn_succulent_plant_41(X)) = fn_crassulacean_acid_metabolism_65(fn_succulent_plant_41(X))
& fn_crassulacean_acid_metabolism_65(fn_succulent_plant_41(X)) = fn_photosynthesis_37(fn_succulent_plant_41(X))
& fn_photosynthesis_37(fn_succulent_plant_41(X)) = fn_crassulacean_acid_metabolism_65(fn_succulent_plant_41(X))
& fn_crassulacean_acid_metabolism_65(fn_succulent_plant_41(X)) = fn_exergonic_reaction_6(fn_succulent_plant_25(X))
& fn_exergonic_reaction_6(fn_succulent_plant_25(X)) = fn_cellular_respiration_43(fn_succulent_plant_52(X))
& fn_cellular_respiration_43(fn_succulent_plant_52(X)) = fn_exergonic_reaction_6(fn_succulent_plant_52(X))
& fn_exergonic_reaction_6(fn_succulent_plant_52(X)) = fn_cellular_respiration_43(fn_succulent_plant_52(X))
& fn_cellular_respiration_43(fn_succulent_plant_52(X)) = fn_crassulacean_acid_metabolism_157(fn_succulent_plant_41(X))
& fn_crassulacean_acid_metabolism_157(fn_succulent_plant_41(X)) = fn_photosynthesis_54(fn_succulent_plant_41(X))
& fn_photosynthesis_54(fn_succulent_plant_41(X)) = fn_crassulacean_acid_metabolism_73(fn_succulent_plant_41(X))
& fn_crassulacean_acid_metabolism_73(fn_succulent_plant_41(X)) = fn_photosynthesis_53(fn_succulent_plant_41(X))
& fn_photosynthesis_53(fn_succulent_plant_41(X)) = fn_photosynthesis_25(fn_succulent_plant_41(X))
& fn_photosynthesis_25(fn_succulent_plant_41(X)) = fn_crassulacean_acid_metabolism_143(fn_succulent_plant_41(X))
& fn_crassulacean_acid_metabolism_143(fn_succulent_plant_41(X)) = fn_photosynthesis_25(fn_succulent_plant_41(X))
& fn_photosynthesis_25(fn_succulent_plant_41(X)) = fn_crassulacean_acid_metabolism_147(fn_succulent_plant_41(X))
& fn_photosynthesis_24(fn_succulent_plant_41(X)) = fn_crassulacean_acid_metabolism_147(fn_succulent_plant_41(X))
& fn_crassulacean_acid_metabolism_147(fn_succulent_plant_41(X)) = fn_photosynthesis_24(fn_succulent_plant_41(X))
& fn_photosynthesis_24(fn_succulent_plant_41(X)) = fn_photosynthesis_24(fn_succulent_plant_41(X))
& fn_photosynthesis_24(fn_succulent_plant_41(X)) = fn_crassulacean_acid_metabolism_67(fn_succulent_plant_41(X))
& fn_crassulacean_acid_metabolism_67(fn_succulent_plant_41(X)) = fn_photosynthesis_4(fn_succulent_plant_41(X))
& fn_photosynthesis_4(fn_succulent_plant_41(X)) = fn_photosynthesis_4(fn_succulent_plant_41(X))
& fn_photosynthesis_4(fn_succulent_plant_41(X)) = fn_store_1(fn_succulent_plant_10(X))
& fn_store_1(fn_succulent_plant_10(X)) = fn_photosynthesis_40(fn_succulent_plant_41(X))
& fn_photosynthesis_40(fn_succulent_plant_41(X)) = fn_photosynthesis_40(fn_succulent_plant_41(X))
& fn_photosynthesis_40(fn_succulent_plant_41(X)) = fn_exergonic_reaction_11(fn_succulent_plant_52(X))
& fn_exergonic_reaction_11(fn_succulent_plant_52(X)) = fn_exergonic_reaction_11(fn_succulent_plant_52(X))
& fn_exergonic_reaction_11(fn_succulent_plant_52(X)) = fn_eukaryotic_cellular_respiration_62(fn_succulent_plant_25(X))
& fn_cellular_respiration_61(fn_succulent_plant_52(X)) = fn_eukaryotic_cellular_respiration_62(fn_succulent_plant_25(X))
& fn_eukaryotic_cellular_respiration_62(fn_succulent_plant_25(X)) = fn_cellular_respiration_61(fn_succulent_plant_52(X))
& fn_cellular_respiration_61(fn_succulent_plant_52(X)) = fn_cellular_respiration_61(fn_succulent_plant_52(X))
& fn_cellular_respiration_61(fn_succulent_plant_52(X)) = fn_photosynthesis_38(fn_succulent_plant_41(X))
& fn_photosynthesis_38(fn_succulent_plant_41(X)) = fn_photosynthesis_38(fn_succulent_plant_41(X))
& fn_photosynthesis_38(fn_succulent_plant_41(X)) = fn_plant_cell_84(fn_succulent_plant_38(X))
& fn_plant_cell_84(fn_succulent_plant_38(X)) = fn_eukaryotic_cell_26(fn_succulent_plant_38(X))
& fn_eukaryotic_cell_26(fn_succulent_plant_38(X)) = fn_plant_cell_84(fn_succulent_plant_38(X))
& fn_plant_cell_84(fn_succulent_plant_38(X)) = fn_plant_cell_84(fn_succulent_plant_38(X))
& fn_plant_cell_84(fn_succulent_plant_38(X)) = fn_eukaryotic_cell_42(fn_succulent_plant_38(X))
& fn_eukaryotic_cell_42(fn_succulent_plant_38(X)) = fn_plant_cell_91(fn_succulent_plant_38(X))
& fn_plant_cell_91(fn_succulent_plant_38(X)) = fn_plant_cell_91(fn_succulent_plant_38(X))
& fn_plant_cell_91(fn_succulent_plant_38(X)) = fn_cellular_respiration_56(fn_succulent_plant_52(X))
& fn_cellular_respiration_56(fn_succulent_plant_52(X)) = fn_plant_cell_116(fn_succulent_plant_38(X))
& fn_plant_cell_116(fn_succulent_plant_38(X)) = fn_photosynthesis_28(fn_succulent_plant_41(X))
& fn_photosynthesis_28(fn_succulent_plant_41(X)) = fn_eukaryotic_cell_23(fn_succulent_plant_38(X))
& fn_eukaryotic_cell_23(fn_succulent_plant_38(X)) = fn_eukaryotic_cell_23(fn_succulent_plant_38(X))
& fn_eukaryotic_cell_23(fn_succulent_plant_38(X)) = fn_plant_cell_63(fn_succulent_plant_38(X))
& fn_plant_cell_63(fn_succulent_plant_38(X)) = fn_plant_cell_63(fn_succulent_plant_38(X))
& fn_plant_cell_63(fn_succulent_plant_38(X)) = fn_move_1(fn_succulent_plant_47(X))
& fn_move_1(fn_succulent_plant_47(X)) = fn_eukaryotic_cell_31(fn_succulent_plant_38(X))
& fn_eukaryotic_cell_31(fn_succulent_plant_38(X)) = fn_eukaryotic_cell_31(fn_succulent_plant_38(X))
& fn_plant_cell_83(fn_succulent_plant_38(X)) = fn_eukaryotic_cell_31(fn_succulent_plant_38(X))
& fn_eukaryotic_cell_31(fn_succulent_plant_38(X)) = fn_plant_cell_83(fn_succulent_plant_38(X))
& fn_plant_cell_83(fn_succulent_plant_38(X)) = fn_plant_cell_83(fn_succulent_plant_38(X))
& fn_plant_cell_83(fn_succulent_plant_38(X)) = fn_plasmodesmata_9(fn_succulent_plant_48(X))
& fn_plant_cell_97(fn_succulent_plant_38(X)) = fn_plasmodesmata_9(fn_succulent_plant_48(X))
& fn_plasmodesmata_9(fn_succulent_plant_48(X)) = fn_plant_cell_97(fn_succulent_plant_38(X))
& fn_plant_cell_97(fn_succulent_plant_38(X)) = fn_plant_cell_97(fn_succulent_plant_38(X))
& fn_plant_cell_wall_26(fn_succulent_plant_51(X)) = fn_plant_cell_97(fn_succulent_plant_38(X))
& fn_plant_cell_97(fn_succulent_plant_38(X)) = fn_plant_cell_wall_26(fn_succulent_plant_51(X))
& fn_plant_cell_wall_26(fn_succulent_plant_51(X)) = fn_plant_cell_22(fn_succulent_plant_38(X))
& fn_plant_cell_wall_10(fn_succulent_plant_51(X)) = fn_plant_cell_22(fn_succulent_plant_38(X))
& fn_plant_cell_22(fn_succulent_plant_38(X)) = fn_plant_cell_wall_10(fn_succulent_plant_51(X))
& fn_plant_cell_wall_10(fn_succulent_plant_51(X)) = fn_plant_cell_wall_21(fn_succulent_plant_51(X))
& fn_plant_cell_wall_21(fn_succulent_plant_51(X)) = fn_plant_cell_wall_21(fn_succulent_plant_51(X))
& fn_plant_cell_wall_21(fn_succulent_plant_51(X)) = fn_plant_cell_23(fn_succulent_plant_38(X))
& fn_plant_cell_wall_23(fn_succulent_plant_51(X)) = fn_plant_cell_23(fn_succulent_plant_38(X))
& fn_plant_cell_23(fn_succulent_plant_38(X)) = fn_plant_cell_wall_23(fn_succulent_plant_51(X))
& fn_plant_cell_wall_23(fn_succulent_plant_51(X)) = fn_plant_cell_21(fn_succulent_plant_38(X))
& fn_plant_cell_wall_27(fn_succulent_plant_51(X)) = fn_plant_cell_21(fn_succulent_plant_38(X))
& fn_plant_cell_21(fn_succulent_plant_38(X)) = fn_plant_cell_wall_27(fn_succulent_plant_51(X))
& fn_plant_cell_wall_27(fn_succulent_plant_51(X)) = fn_plasmodesmata_10(fn_succulent_plant_48(X))
& fn_plasmodesmata_10(fn_succulent_plant_48(X)) = fn_plant_cell_82(fn_succulent_plant_38(X))
& fn_plant_cell_82(fn_succulent_plant_38(X)) = fn_plant_cell_82(fn_succulent_plant_38(X))
& fn_plant_cell_82(fn_succulent_plant_38(X)) = fn_plasmodesmata_10(fn_succulent_plant_48(X))
& fn_plasmodesmata_10(fn_succulent_plant_48(X)) = fn_metabolic_pathway_1(fn_succulent_plant_41(X))
& fn_metabolic_pathway_1(fn_succulent_plant_41(X)) = fn_plant_20(X)
& fn_plant_20(X) = fn_plant_20(X)
& fn_plant_20(X) = fn_plant_cell_wall_24(fn_succulent_plant_51(X))
& fn_plant_cell_wall_24(fn_succulent_plant_51(X)) = fn_plant_cell_wall_24(fn_succulent_plant_51(X))
& fn_plant_cell_wall_24(fn_succulent_plant_51(X)) = fn_plant_cell_78(fn_succulent_plant_38(X))
& fn_plant_cell_wall_17(fn_succulent_plant_51(X)) = fn_plant_cell_78(fn_succulent_plant_38(X))
& fn_plant_cell_78(fn_succulent_plant_38(X)) = fn_plant_cell_wall_17(fn_succulent_plant_51(X)) ) ) ).
fof(a532941,axiom,
! [X] :
( sucking_louse_1(X)
=> ( original_name_2(X,'Sucking-Louse')
& user_description_2(X,'A blood-sucking ectoparasite of mammals.')
& concept2words_2(X,'head lice')
& concept2words_2(X,'head-lice')
& concept2words_2(X,lice)
& concept2words_2(X,'crab louse')
& concept2words_2(X,'louse of sucking')
& concept2words_2(X,'sucking louse')
& concept2words_2(X,'sucking-louse')
& anoplura_1(X)
& ~ aphid_1(X)
& ~ beetle_1(X)
& ~ caddisfly_1(X)
& ~ dermaptera_1(X)
& ~ diptera_1(X)
& ~ hymenoptera_1(X)
& ~ isoptera_1(X)
& ~ lepidoptera_1(X)
& ~ mayfly_1(X)
& ~ odonata_1(X)
& ~ orthoptera_1(X) ) ) ).
fof(a532942,axiom,
! [X] :
( sucrase_1(X)
=> ( original_name_2(X,'Sucrase')
& user_description_2(X,'Class of enzymes which catalyze the hydrolysis of sucrose to fructose and glucose.')
& concept2words_2(X,sucrase)
& hydrolase_1(X)
& monomer_1(fn_sucrase_1(X))
& hydrolysis_of_sucrose_1(fn_sucrase_2(X))
& chemical_entity_1(fn_sucrase_3(X))
& water_molecule_1(fn_sucrase_3(X))
& chemical_entity_1(fn_sucrase_4(X))
& sucrose_1(fn_sucrase_4(X))
& disulfide_bond_1(fn_sucrase_5(X))
& size_value_1(fn_sucrase_6(X))
& carbon_skeleton_1(fn_sucrase_7(X))
& monomer_1(fn_sucrase_8(X))
& size_value_1(fn_sucrase_9(X))
& chemical_entity_1(fn_hydrolysis_of_sucrose_11(fn_sucrase_2(X)))
& water_molecule_1(fn_hydrolysis_of_sucrose_11(fn_sucrase_2(X)))
& chemical_entity_1(fn_hydrolysis_of_sucrose_19(fn_sucrase_2(X)))
& sucrose_1(fn_hydrolysis_of_sucrose_19(fn_sucrase_2(X)))
& protein_1(fn_disulfide_bond_3(fn_sucrase_5(X)))
& sucrase_1(fn_hydrolysis_of_sucrose_3(fn_sucrase_2(X)))
& size_2(fn_sucrase_8(X),fn_sucrase_9(X))
& has_part_2(X,fn_sucrase_8(X))
& possesses_2(X,fn_sucrase_5(X))
& the_scalar_value_2(fn_sucrase_6(X),big_0)
& scalar_unit_class_2(fn_sucrase_6(X),polypeptide_0)
& size_2(X,fn_sucrase_6(X))
& greater_than_2(fn_sucrase_6(X),fn_sucrase_9(X))
& size_2(fn_sucrase_1(X),fn_sucrase_9(X))
& has_part_2(X,fn_sucrase_1(X))
& raw_material_2(fn_sucrase_2(X),fn_sucrase_4(X))
& is_specific_to_2(X,fn_sucrase_4(X))
& has_function_2(X,fn_sucrase_2(X))
& fn_sucrase_10(X) = fn_polymer_10(X)
& fn_sucrase_9(X) = fn_polymer_7(X)
& fn_sucrase_8(X) = fn_polymer_4(X)
& X = fn_disulfide_bond_3(fn_sucrase_5(X))
& fn_sucrase_11(X) = fn_protein_10(X)
& fn_sucrase_7(X) = fn_protein_enzyme_6(X)
& fn_sucrase_1(X) = fn_protein_enzyme_9(X)
& fn_sucrase_9(X) = fn_protein_enzyme_4(X)
& fn_sucrase_6(X) = fn_protein_9(X)
& fn_sucrase_6(X) = fn_protein_enzyme_3(X)
& X = fn_hydrolysis_of_sucrose_3(fn_sucrase_2(X))
& fn_sucrase_3(X) = fn_hydrolysis_of_sucrose_11(fn_sucrase_2(X))
& fn_sucrase_4(X) = fn_hydrolysis_of_sucrose_19(fn_sucrase_2(X))
& fn_polymer_7(X) = fn_polymer_7(X)
& fn_polymer_7(X) = fn_protein_enzyme_4(X)
& fn_protein_enzyme_4(X) = fn_protein_enzyme_4(X)
& fn_protein_enzyme_4(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_disulfide_bond_3(fn_sucrase_5(X))
& fn_disulfide_bond_3(fn_sucrase_5(X)) = fn_hydrolysis_of_sucrose_3(fn_sucrase_2(X))
& fn_hydrolysis_of_sucrose_3(fn_sucrase_2(X)) = fn_hydrolysis_of_sucrose_3(fn_sucrase_2(X)) ) ) ).
fof(a532943,axiom,
! [X] :
( sucrose_1(X)
=> ( original_name_2(X,'Sucrose')
& user_description_2(X,'A disaccharide formed by the linking of the monosaccharides glucose and fructose.')
& concept2words_2(X,'table sugar')
& concept2words_2(X,'table-sugar')
& concept2words_2(X,c12h22o11)
& concept2words_2(X,sucrose)
& disaccharide_1(X)
& ~ maltose_1(X)
& chemical_polarity_value_1(fn_sucrose_2(X))
& kinetic_energy_1(fn_sucrose_5(X))
& constant_motion_1(fn_sucrose_6(X))
& speed_value_1(fn_sucrose_7(X))
& quantity_value_1(fn_sucrose_8(X))
& share_1(fn_sucrose_9(X))
& unequal_sharing_1(fn_sucrose_9(X))
& share_1(fn_sucrose_10(X))
& unequal_sharing_1(fn_sucrose_10(X))
& electron_1(fn_sucrose_11(X))
& valence_electron_1(fn_sucrose_11(X))
& s_orbital_1(fn_sucrose_12(X))
& attract_1(fn_sucrose_13(X))
& atomic_nucleus_1(fn_sucrose_14(X))
& entity_1(fn_sucrose_15(X))
& proton_1(fn_sucrose_15(X))
& entity_1(fn_sucrose_16(X))
& atom_1(fn_sucrose_16(X))
& chemical_entity_1(fn_sucrose_16(X))
& oxygen_1(fn_sucrose_16(X))
& electron_1(fn_sucrose_17(X))
& valence_electron_1(fn_sucrose_17(X))
& functional_group_1(fn_sucrose_18(X))
& carbonyl_group_1(fn_sucrose_18(X))
& carbon_skeleton_1(fn_sucrose_19(X))
& covalent_bond_1(fn_sucrose_20(X))
& chemical_bond_1(fn_sucrose_20(X))
& double_bond_1(fn_sucrose_20(X))
& chemical_bond_1(fn_sucrose_21(X))
& polar_covalent_bond_1(fn_sucrose_21(X))
& polar_covalent_bond_1(fn_sucrose_22(X))
& covalent_bond_1(fn_sucrose_23(X))
& double_bond_1(fn_sucrose_23(X))
& dehydration_reaction_1(fn_sucrose_24(X))
& share_1(fn_sucrose_25(X))
& unequal_sharing_1(fn_sucrose_25(X))
& entity_1(fn_sucrose_26(X))
& valence_electron_1(fn_sucrose_26(X))
& share_1(fn_sucrose_27(X))
& unequal_sharing_1(fn_sucrose_27(X))
& electron_1(fn_sucrose_28(X))
& valence_electron_1(fn_sucrose_28(X))
& entity_1(fn_sucrose_29(X))
& atom_1(fn_sucrose_29(X))
& chemical_entity_1(fn_sucrose_29(X))
& oxygen_1(fn_sucrose_29(X))
& fructose_1(fn_sucrose_30(X))
& glucose_1(fn_sucrose_31(X))
& molecule_1(fn_sucrose_31(X))
& monosaccharide_1(fn_sucrose_31(X))
& aldehyde_1(fn_sucrose_31(X))
& entity_1(fn_sucrose_32(X))
& atom_1(fn_sucrose_32(X))
& chemical_entity_1(fn_sucrose_32(X))
& oxygen_1(fn_sucrose_32(X))
& entity_1(fn_sucrose_33(X))
& chemical_entity_1(fn_sucrose_33(X))
& atom_1(fn_sucrose_33(X))
& carbon_1(fn_sucrose_33(X))
& share_1(fn_sucrose_34(X))
& unequal_sharing_1(fn_sucrose_34(X))
& hold_together_1(fn_sucrose_35(X))
& entity_1(fn_sucrose_36(X))
& atom_1(fn_sucrose_36(X))
& chemical_entity_1(fn_sucrose_36(X))
& oxygen_1(fn_sucrose_36(X))
& carbonyl_group_1(fn_sucrose_37(X))
& chemical_bond_1(fn_sucrose_38(X))
& polar_covalent_bond_1(fn_sucrose_38(X))
& entity_1(fn_sucrose_39(X))
& atom_1(fn_sucrose_39(X))
& chemical_entity_1(fn_sucrose_39(X))
& entity_1(fn_sucrose_40(X))
& chemical_entity_1(fn_sucrose_40(X))
& atom_1(fn_sucrose_40(X))
& carbon_1(fn_sucrose_40(X))
& electronegativity_value_1(fn_sucrose_41(X))
& share_1(fn_sucrose_42(X))
& unequal_sharing_1(fn_sucrose_42(X))
& electronegativity_value_1(fn_sucrose_43(X))
& entity_1(fn_sucrose_44(X))
& electron_1(fn_sucrose_44(X))
& valence_electron_1(fn_sucrose_44(X))
& attract_1(fn_sucrose_45(X))
& functional_group_1(fn_sucrose_46(X))
& hydroxyl_group_1(fn_sucrose_46(X))
& hydrophilic_region_1(fn_sucrose_47(X))
& carbon_skeleton_1(fn_sucrose_48(X))
& entity_1(fn_sucrose_49(X))
& atom_1(fn_sucrose_49(X))
& chemical_entity_1(fn_sucrose_49(X))
& oxygen_1(fn_sucrose_49(X))
& entity_1(fn_sucrose_50(X))
& chemical_entity_1(fn_sucrose_50(X))
& atom_1(fn_sucrose_50(X))
& carbon_1(fn_sucrose_50(X))
& entity_1(fn_sucrose_51(X))
& chemical_entity_1(fn_sucrose_51(X))
& atom_1(fn_sucrose_51(X))
& hydrogen_1(fn_sucrose_51(X))
& atomic_orbital_1(fn_polar_covalent_bond_15(fn_sucrose_22(X)))
& chemical_entity_1(fn_functional_group_1(fn_sucrose_46(X)))
& entity_1(fn_share_2(fn_sucrose_27(X)))
& polar_covalent_bond_1(fn_glucose_25(fn_sucrose_31(X)))
& chemical_bond_1(fn_molecule_10(fn_sucrose_31(X)))
& atom_1(fn_molecule_11(fn_sucrose_31(X)))
& atom_1(fn_aldehyde_5(fn_sucrose_31(X)))
& chemical_entity_1(fn_aldehyde_5(fn_sucrose_31(X)))
& entity_1(fn_glucose_24(fn_sucrose_31(X)))
& chemical_entity_1(fn_glucose_24(fn_sucrose_31(X)))
& atom_1(fn_glucose_24(fn_sucrose_31(X)))
& carbon_1(fn_glucose_24(fn_sucrose_31(X)))
& carbon_1(fn_aldehyde_6(fn_sucrose_31(X)))
& electron_1(fn_hydroxyl_group_8(fn_sucrose_46(X)))
& valence_electron_1(fn_hydroxyl_group_8(fn_sucrose_46(X)))
& share_1(fn_hexose_16(fn_sucrose_30(X)))
& share_1(fn_hexose_5(fn_sucrose_30(X)))
& unequal_sharing_1(fn_carbohydrate_30(fn_sucrose_30(X)))
& share_1(fn_hexose_7(fn_sucrose_30(X)))
& unequal_sharing_1(fn_hexose_7(fn_sucrose_30(X)))
& hold_together_1(fn_carbohydrate_37(fn_sucrose_30(X)))
& hold_together_1(fn_hexose_6(fn_sucrose_30(X)))
& polar_covalent_bond_1(fn_carbohydrate_36(fn_sucrose_30(X)))
& polar_covalent_bond_1(fn_hexose_11(fn_sucrose_30(X)))
& carbon_skeleton_1(fn_hexose_17(fn_sucrose_30(X)))
& carbon_skeleton_1(fn_ketone_9(fn_sucrose_30(X)))
& double_bond_1(fn_carbohydrate_35(fn_sucrose_30(X)))
& double_bond_1(fn_monosaccharide_16(fn_sucrose_30(X)))
& covalent_bond_1(fn_hexose_14(fn_sucrose_30(X)))
& double_bond_1(fn_hexose_14(fn_sucrose_30(X)))
& chemical_bond_1(fn_ketone_7(fn_sucrose_30(X)))
& double_bond_1(fn_ketone_7(fn_sucrose_30(X)))
& entity_1(fn_monosaccharide_5(fn_sucrose_30(X)))
& chemical_entity_1(fn_monosaccharide_5(fn_sucrose_30(X)))
& atom_1(fn_monosaccharide_5(fn_sucrose_30(X)))
& carbon_1(fn_monosaccharide_5(fn_sucrose_30(X)))
& entity_1(fn_hexose_21(fn_sucrose_30(X)))
& chemical_entity_1(fn_hexose_21(fn_sucrose_30(X)))
& atom_1(fn_hexose_21(fn_sucrose_30(X)))
& carbon_1(fn_hexose_21(fn_sucrose_30(X)))
& atom_1(fn_ketone_8(fn_sucrose_30(X)))
& carbon_1(fn_ketone_8(fn_sucrose_30(X)))
& entity_1(fn_ketone_10(fn_sucrose_30(X)))
& chemical_entity_1(fn_ketone_10(fn_sucrose_30(X)))
& atom_1(fn_ketone_10(fn_sucrose_30(X)))
& carbon_1(fn_ketone_10(fn_sucrose_30(X)))
& entity_1(fn_carbohydrate_39(fn_sucrose_30(X)))
& chemical_entity_1(fn_carbohydrate_39(fn_sucrose_30(X)))
& atom_1(fn_carbohydrate_39(fn_sucrose_30(X)))
& oxygen_1(fn_carbohydrate_39(fn_sucrose_30(X)))
& entity_1(fn_hexose_12(fn_sucrose_30(X)))
& atom_1(fn_hexose_12(fn_sucrose_30(X)))
& chemical_entity_1(fn_hexose_12(fn_sucrose_30(X)))
& oxygen_1(fn_hexose_12(fn_sucrose_30(X)))
& entity_1(fn_carbohydrate_38(fn_sucrose_30(X)))
& atom_1(fn_carbohydrate_38(fn_sucrose_30(X)))
& chemical_entity_1(fn_carbohydrate_38(fn_sucrose_30(X)))
& oxygen_1(fn_carbohydrate_38(fn_sucrose_30(X)))
& entity_1(fn_monosaccharide_13(fn_sucrose_30(X)))
& chemical_entity_1(fn_monosaccharide_13(fn_sucrose_30(X)))
& atom_1(fn_monosaccharide_13(fn_sucrose_30(X)))
& oxygen_1(fn_monosaccharide_13(fn_sucrose_30(X)))
& entity_1(fn_hexose_4(fn_sucrose_30(X)))
& chemical_entity_1(fn_hexose_4(fn_sucrose_30(X)))
& atom_1(fn_hexose_4(fn_sucrose_30(X)))
& oxygen_1(fn_hexose_4(fn_sucrose_30(X)))
& atom_1(fn_ketone_12(fn_sucrose_30(X)))
& chemical_entity_1(fn_ketone_12(fn_sucrose_30(X)))
& oxygen_1(fn_ketone_12(fn_sucrose_30(X)))
& carbonyl_group_1(fn_carbohydrate_34(fn_sucrose_30(X)))
& functional_group_1(fn_monosaccharide_17(fn_sucrose_30(X)))
& carbonyl_group_1(fn_monosaccharide_17(fn_sucrose_30(X)))
& functional_group_1(fn_hexose_13(fn_sucrose_30(X)))
& carbonyl_group_1(fn_hexose_13(fn_sucrose_30(X)))
& carbonyl_group_1(fn_ketone_11(fn_sucrose_30(X)))
& entity_1(fn_attract_2(fn_sucrose_13(X)))
& proton_1(fn_polar_covalent_bond_5(fn_sucrose_22(X)))
& share_1(fn_covalent_bond_17(fn_sucrose_23(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_sucrose_22(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_14(fn_sucrose_22(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_13(fn_sucrose_22(X)))
& atomic_nucleus_1(fn_hydroxyl_group_11(fn_sucrose_46(X)))
& entity_1(fn_attract_1(fn_sucrose_13(X)))
& electron_1(fn_polar_covalent_bond_11(fn_sucrose_22(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_sucrose_22(X)))
& unequal_sharing_1(fn_hydroxyl_group_5(fn_sucrose_46(X)))
& electronegativity_value_1(fn_polar_covalent_bond_1(fn_sucrose_22(X)))
& oxygen_1(fn_carbonyl_group_9(fn_sucrose_37(X)))
& entity_1(fn_polar_covalent_bond_19(fn_sucrose_22(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_sucrose_22(X)))
& atom_1(fn_polar_covalent_bond_19(fn_sucrose_22(X)))
& entity_1(fn_polar_covalent_bond_18(fn_sucrose_22(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_sucrose_22(X)))
& atom_1(fn_polar_covalent_bond_18(fn_sucrose_22(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_sucrose_46(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_sucrose_46(X)))
& valence_electron_1(fn_covalent_bond_15(fn_sucrose_23(X)))
& valence_electron_1(fn_covalent_bond_18(fn_sucrose_23(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_sucrose_22(X)))
& entity_1(fn_covalent_bond_20(fn_sucrose_23(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_sucrose_23(X)))
& atom_1(fn_covalent_bond_20(fn_sucrose_23(X)))
& entity_1(fn_covalent_bond_19(fn_sucrose_23(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_sucrose_23(X)))
& atom_1(fn_covalent_bond_19(fn_sucrose_23(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_sucrose_46(X)))
& the_categorical_value_2(fn_sucrose_2(X),polar_0)
& chemical_polarity_2(X,fn_sucrose_2(X))
& fn_sucrose_28(X) != fn_sucrose_26(X)
& fn_sucrose_26(X) != fn_sucrose_28(X)
& object_2(fn_sucrose_27(X),fn_sucrose_26(X))
& object_2(fn_sucrose_13(X),fn_sucrose_44(X))
& agent_2(fn_sucrose_13(X),fn_sucrose_15(X))
& object_2(fn_sucrose_25(X),fn_sucrose_28(X))
& object_2(fn_sucrose_25(X),fn_sucrose_26(X))
& result_2(fn_sucrose_25(X),fn_sucrose_23(X))
& is_inside_2(fn_sucrose_49(X),fn_sucrose_37(X))
& is_between_2(fn_sucrose_23(X),fn_sucrose_29(X))
& agent_2(fn_sucrose_42(X),fn_sucrose_29(X))
& object_2(fn_sucrose_42(X),fn_sucrose_17(X))
& has_part_2(X,fn_sucrose_31(X))
& raw_material_2(fn_sucrose_24(X),fn_sucrose_31(X))
& is_between_2(fn_sucrose_38(X),fn_sucrose_39(X))
& possesses_2(fn_sucrose_31(X),fn_sucrose_38(X))
& is_between_2(fn_sucrose_38(X),fn_sucrose_40(X))
& fn_sucrose_30(X) != fn_sucrose_31(X)
& fn_sucrose_31(X) != fn_sucrose_30(X)
& has_part_2(fn_sucrose_51(X),fn_sucrose_44(X))
& has_part_2(fn_sucrose_51(X),fn_sucrose_15(X))
& has_region_2(fn_sucrose_51(X),fn_sucrose_14(X))
& raw_material_2(fn_sucrose_24(X),fn_sucrose_30(X))
& has_part_2(X,fn_sucrose_30(X))
& is_between_2(fn_sucrose_21(X),fn_sucrose_33(X))
& has_part_2(fn_sucrose_31(X),fn_sucrose_39(X))
& has_part_2(fn_sucrose_31(X),fn_sucrose_40(X))
& fn_sucrose_39(X) != fn_sucrose_40(X)
& fn_sucrose_40(X) != fn_sucrose_39(X)
& is_inside_2(fn_sucrose_49(X),fn_sucrose_46(X))
& is_between_2(fn_sucrose_22(X),fn_sucrose_49(X))
& result_2(fn_sucrose_27(X),fn_sucrose_22(X))
& object_2(fn_sucrose_27(X),fn_sucrose_28(X))
& agent_2(fn_sucrose_34(X),fn_sucrose_33(X))
& fn_sucrose_17(X) != fn_sucrose_44(X)
& object_2(fn_sucrose_25(X),fn_sucrose_17(X))
& fn_sucrose_44(X) != fn_sucrose_17(X)
& result_2(fn_sucrose_42(X),fn_sucrose_22(X))
& object_2(fn_sucrose_42(X),fn_sucrose_44(X))
& fn_sucrose_44(X) != fn_sucrose_11(X)
& is_inside_2(fn_sucrose_11(X),fn_sucrose_12(X))
& is_inside_2(fn_sucrose_44(X),fn_sucrose_12(X))
& fn_sucrose_11(X) != fn_sucrose_44(X)
& has_function_2(fn_sucrose_21(X),fn_sucrose_35(X))
& agent_2(fn_sucrose_35(X),fn_sucrose_21(X))
& agent_2(fn_sucrose_34(X),fn_sucrose_32(X))
& result_2(fn_sucrose_34(X),fn_sucrose_21(X))
& fn_sucrose_36(X) != fn_sucrose_32(X)
& object_2(fn_sucrose_35(X),fn_sucrose_32(X))
& object_2(fn_sucrose_35(X),fn_sucrose_33(X))
& fn_sucrose_36(X) != fn_sucrose_33(X)
& fn_sucrose_32(X) != fn_sucrose_36(X)
& fn_sucrose_33(X) != fn_sucrose_36(X)
& possesses_2(fn_sucrose_30(X),fn_sucrose_21(X))
& is_between_2(fn_sucrose_21(X),fn_sucrose_32(X))
& fn_sucrose_32(X) != fn_sucrose_16(X)
& fn_sucrose_16(X) != fn_sucrose_32(X)
& fn_sucrose_33(X) != fn_sucrose_16(X)
& fn_sucrose_16(X) != fn_sucrose_33(X)
& has_part_2(fn_sucrose_30(X),fn_sucrose_33(X))
& has_part_2(fn_sucrose_30(X),fn_sucrose_32(X))
& has_region_2(fn_sucrose_30(X),fn_sucrose_19(X))
& is_inside_2(fn_sucrose_33(X),fn_sucrose_19(X))
& possesses_2(fn_sucrose_30(X),fn_sucrose_20(X))
& is_between_2(fn_sucrose_20(X),fn_sucrose_33(X))
& is_inside_2(fn_sucrose_33(X),fn_sucrose_18(X))
& has_region_2(fn_sucrose_30(X),fn_sucrose_18(X))
& is_inside_2(fn_sucrose_32(X),fn_sucrose_18(X))
& is_between_2(fn_sucrose_20(X),fn_sucrose_32(X))
& fn_sucrose_33(X) != fn_sucrose_32(X)
& fn_sucrose_32(X) != fn_sucrose_33(X)
& has_function_2(X,fn_sucrose_45(X))
& result_2(fn_sucrose_24(X),X)
& the_cardinal_value_2(fn_sucrose_41(X),"3.44")
& cardinal_unit_class_2(fn_sucrose_41(X),unity_0)
& is_inside_2(fn_sucrose_15(X),fn_sucrose_14(X))
& the_cardinal_value_2(fn_sucrose_43(X),"2.1")
& cardinal_unit_class_2(fn_sucrose_43(X),unity_0)
& is_between_2(fn_sucrose_23(X),fn_sucrose_49(X))
& possesses_2(X,fn_sucrose_23(X))
& has_region_2(X,fn_sucrose_46(X))
& agent_2(fn_sucrose_45(X),X)
& site_2(fn_sucrose_45(X),fn_sucrose_47(X))
& has_region_2(X,fn_sucrose_47(X))
& has_part_2(X,fn_sucrose_50(X))
& is_inside_2(fn_sucrose_50(X),fn_sucrose_37(X))
& result_2(fn_sucrose_10(X),fn_sucrose_22(X))
& is_between_2(fn_sucrose_22(X),fn_sucrose_29(X))
& agent_2(fn_sucrose_25(X),fn_sucrose_29(X))
& result_2(fn_sucrose_25(X),fn_sucrose_22(X))
& possesses_2(X,fn_sucrose_22(X))
& is_inside_2(fn_sucrose_50(X),fn_sucrose_48(X))
& has_region_2(X,fn_sucrose_48(X))
& has_part_2(X,fn_sucrose_49(X))
& has_part_2(fn_sucrose_49(X),fn_sucrose_11(X))
& object_2(fn_sucrose_10(X),fn_sucrose_11(X))
& agent_2(fn_sucrose_9(X),fn_sucrose_29(X))
& is_inside_2(fn_sucrose_29(X),fn_sucrose_37(X))
& has_region_2(X,fn_sucrose_37(X))
& has_part_2(X,fn_sucrose_51(X))
& agent_2(fn_sucrose_42(X),fn_sucrose_51(X))
& fn_sucrose_51(X) != fn_sucrose_49(X)
& agent_2(fn_sucrose_10(X),fn_sucrose_51(X))
& object_2(fn_sucrose_10(X),fn_sucrose_44(X))
& fn_sucrose_49(X) != fn_sucrose_51(X)
& is_near_2(fn_sucrose_14(X),fn_sucrose_44(X))
& is_near_2(fn_sucrose_44(X),fn_sucrose_14(X))
& agent_2(fn_sucrose_9(X),fn_sucrose_50(X))
& result_2(fn_sucrose_9(X),fn_sucrose_23(X))
& is_between_2(fn_sucrose_23(X),fn_sucrose_50(X))
& fn_sucrose_50(X) != fn_sucrose_49(X)
& agent_2(fn_sucrose_10(X),fn_sucrose_49(X))
& fn_sucrose_49(X) != fn_sucrose_50(X)
& electronegativity_2(fn_sucrose_51(X),fn_sucrose_43(X))
& fn_sucrose_43(X) != fn_sucrose_41(X)
& electronegativity_2(fn_sucrose_29(X),fn_sucrose_41(X))
& fn_sucrose_41(X) != fn_sucrose_43(X)
& fn_sucrose_51(X) != fn_sucrose_29(X)
& fn_sucrose_29(X) != fn_sucrose_51(X)
& object_2(fn_sucrose_6(X),X)
& speed_2(fn_sucrose_6(X),fn_sucrose_7(X))
& directly_proportional_2(fn_sucrose_7(X),fn_sucrose_8(X))
& quantity_2(fn_sucrose_5(X),fn_sucrose_8(X))
& possesses_2(X,fn_sucrose_5(X))
& is_inside_2(fn_sucrose_51(X),fn_sucrose_46(X))
& is_inside_2(fn_sucrose_29(X),fn_sucrose_46(X))
& fn_sucrose_29(X) != fn_sucrose_49(X)
& fn_sucrose_50(X) != fn_sucrose_29(X)
& fn_sucrose_29(X) != fn_sucrose_50(X)
& fn_sucrose_49(X) != fn_sucrose_29(X)
& has_part_2(X,fn_sucrose_29(X))
& has_part_2(fn_sucrose_29(X),fn_sucrose_17(X))
& object_2(fn_sucrose_9(X),fn_sucrose_17(X))
& result_2(fn_sucrose_9(X),fn_sucrose_22(X))
& is_between_2(fn_sucrose_22(X),fn_sucrose_51(X))
& fn_sucrose_26(X) = fn_share_2(fn_sucrose_27(X))
& fn_sucrose_44(X) = fn_attract_1(fn_sucrose_13(X))
& fn_sucrose_15(X) = fn_attract_2(fn_sucrose_13(X))
& fn_sucrose_28(X) = fn_covalent_bond_15(fn_sucrose_23(X))
& fn_sucrose_26(X) = fn_covalent_bond_18(fn_sucrose_23(X))
& fn_sucrose_25(X) = fn_covalent_bond_17(fn_sucrose_23(X))
& fn_sucrose_49(X) = fn_carbonyl_group_9(fn_sucrose_37(X))
& fn_sucrose_17(X) = fn_covalent_bond_15(fn_sucrose_23(X))
& fn_sucrose_17(X) = fn_covalent_bond_18(fn_sucrose_23(X))
& fn_sucrose_42(X) = fn_covalent_bond_17(fn_sucrose_23(X))
& fn_sucrose_29(X) = fn_covalent_bond_20(fn_sucrose_23(X))
& fn_sucrose_29(X) = fn_covalent_bond_19(fn_sucrose_23(X))
& fn_sucrose_39(X) = fn_molecule_11(fn_sucrose_31(X))
& fn_sucrose_38(X) = fn_glucose_25(fn_sucrose_31(X))
& fn_sucrose_38(X) = fn_molecule_10(fn_sucrose_31(X))
& fn_sucrose_38(X) = fn_disaccharide_22(X)
& fn_sucrose_14(X) = fn_hydroxyl_group_11(fn_sucrose_46(X))
& fn_sucrose_33(X) = fn_disaccharide_24(X)
& fn_sucrose_30(X) = fn_disaccharide_10(X)
& fn_sucrose_39(X) = fn_disaccharide_23(X)
& fn_sucrose_39(X) = fn_aldehyde_5(fn_sucrose_31(X))
& fn_sucrose_40(X) = fn_glucose_24(fn_sucrose_31(X))
& fn_sucrose_31(X) = fn_disaccharide_11(X)
& fn_sucrose_40(X) = fn_disaccharide_24(X)
& fn_sucrose_40(X) = fn_aldehyde_6(fn_sucrose_31(X))
& fn_sucrose_28(X) = fn_hydroxyl_group_8(fn_sucrose_46(X))
& fn_sucrose_27(X) = fn_hydroxyl_group_5(fn_sucrose_46(X))
& fn_sucrose_22(X) = fn_hydroxyl_group_7(fn_sucrose_46(X))
& fn_sucrose_25(X) = fn_polar_covalent_bond_16(fn_sucrose_22(X))
& fn_sucrose_17(X) = fn_polar_covalent_bond_12(fn_sucrose_22(X))
& fn_sucrose_12(X) = fn_polar_covalent_bond_15(fn_sucrose_22(X))
& fn_sucrose_11(X) = fn_polar_covalent_bond_12(fn_sucrose_22(X))
& fn_sucrose_42(X) = fn_polar_covalent_bond_16(fn_sucrose_22(X))
& fn_sucrose_35(X) = fn_disaccharide_20(X)
& fn_sucrose_35(X) = fn_carbohydrate_37(fn_sucrose_30(X))
& fn_sucrose_21(X) = fn_carbohydrate_36(fn_sucrose_30(X))
& fn_sucrose_34(X) = fn_hexose_16(fn_sucrose_30(X))
& fn_sucrose_34(X) = fn_hexose_5(fn_sucrose_30(X))
& fn_sucrose_34(X) = fn_carbohydrate_30(fn_sucrose_30(X))
& fn_sucrose_34(X) = fn_hexose_7(fn_sucrose_30(X))
& fn_sucrose_36(X) = fn_hexose_4(fn_sucrose_30(X))
& fn_sucrose_35(X) = fn_hexose_6(fn_sucrose_30(X))
& fn_sucrose_36(X) = fn_hexose_12(fn_sucrose_30(X))
& fn_sucrose_16(X) = fn_hexose_4(fn_sucrose_30(X))
& fn_sucrose_16(X) = fn_hexose_12(fn_sucrose_30(X))
& fn_sucrose_30(X) = fn_disaccharide_11(X)
& fn_sucrose_21(X) = fn_disaccharide_22(X)
& fn_sucrose_21(X) = fn_hexose_11(fn_sucrose_30(X))
& fn_sucrose_32(X) = fn_carbohydrate_38(fn_sucrose_30(X))
& fn_sucrose_33(X) = fn_ketone_8(fn_sucrose_30(X))
& fn_sucrose_19(X) = fn_hexose_17(fn_sucrose_30(X))
& fn_sucrose_19(X) = fn_ketone_9(fn_sucrose_30(X))
& fn_sucrose_33(X) = fn_monosaccharide_5(fn_sucrose_30(X))
& fn_sucrose_33(X) = fn_hexose_21(fn_sucrose_30(X))
& fn_sucrose_20(X) = fn_carbohydrate_35(fn_sucrose_30(X))
& fn_sucrose_32(X) = fn_carbohydrate_39(fn_sucrose_30(X))
& fn_sucrose_20(X) = fn_monosaccharide_16(fn_sucrose_30(X))
& fn_sucrose_20(X) = fn_hexose_14(fn_sucrose_30(X))
& fn_sucrose_20(X) = fn_ketone_7(fn_sucrose_30(X))
& fn_sucrose_33(X) = fn_ketone_10(fn_sucrose_30(X))
& fn_sucrose_32(X) = fn_hexose_12(fn_sucrose_30(X))
& fn_sucrose_32(X) = fn_monosaccharide_13(fn_sucrose_30(X))
& fn_sucrose_32(X) = fn_hexose_4(fn_sucrose_30(X))
& fn_sucrose_32(X) = fn_ketone_12(fn_sucrose_30(X))
& fn_sucrose_18(X) = fn_carbohydrate_34(fn_sucrose_30(X))
& fn_sucrose_18(X) = fn_monosaccharide_17(fn_sucrose_30(X))
& fn_sucrose_18(X) = fn_hexose_13(fn_sucrose_30(X))
& fn_sucrose_18(X) = fn_ketone_11(fn_sucrose_30(X))
& fn_sucrose_24(X) = fn_disaccharide_26(X)
& fn_sucrose_15(X) = fn_polar_covalent_bond_5(fn_sucrose_22(X))
& fn_sucrose_15(X) = fn_disaccharide_38(X)
& fn_sucrose_4(X) = fn_disaccharide_49(X)
& fn_sucrose_52(X) = fn_disaccharide_52(X)
& fn_sucrose_3(X) = fn_disaccharide_50(X)
& fn_sucrose_53(X) = fn_disaccharide_51(X)
& X = fn_functional_group_1(fn_sucrose_46(X))
& fn_sucrose_47(X) = fn_disaccharide_8(X)
& fn_sucrose_45(X) = fn_disaccharide_9(X)
& fn_sucrose_25(X) = fn_disaccharide_44(X)
& fn_sucrose_10(X) = fn_disaccharide_29(X)
& fn_sucrose_11(X) = fn_disaccharide_5(X)
& fn_sucrose_49(X) = fn_disaccharide_13(X)
& fn_sucrose_48(X) = fn_disaccharide_3(X)
& fn_sucrose_42(X) = fn_disaccharide_2(X)
& fn_sucrose_37(X) = fn_disaccharide_7(X)
& fn_sucrose_14(X) = fn_polar_covalent_bond_14(fn_sucrose_22(X))
& fn_sucrose_44(X) = fn_polar_covalent_bond_12(fn_sucrose_22(X))
& fn_sucrose_44(X) = fn_polar_covalent_bond_11(fn_sucrose_22(X))
& fn_sucrose_14(X) = fn_polar_covalent_bond_13(fn_sucrose_22(X))
& fn_sucrose_14(X) = fn_disaccharide_41(X)
& fn_sucrose_44(X) = fn_disaccharide_37(X)
& fn_sucrose_10(X) = fn_disaccharide_44(X)
& fn_sucrose_10(X) = fn_hydroxyl_group_5(fn_sucrose_46(X))
& fn_sucrose_49(X) = fn_hydroxyl_group_4(fn_sucrose_46(X))
& fn_sucrose_10(X) = fn_disaccharide_2(X)
& fn_sucrose_23(X) = fn_disaccharide_6(X)
& fn_sucrose_9(X) = fn_disaccharide_29(X)
& fn_sucrose_29(X) = fn_hydroxyl_group_4(fn_sucrose_46(X))
& fn_sucrose_41(X) = fn_disaccharide_42(X)
& fn_sucrose_43(X) = fn_polar_covalent_bond_1(fn_sucrose_22(X))
& fn_sucrose_43(X) = fn_disaccharide_36(X)
& fn_sucrose_5(X) = fn_disaccharide_48(X)
& fn_sucrose_8(X) = fn_disaccharide_45(X)
& fn_sucrose_7(X) = fn_disaccharide_46(X)
& fn_sucrose_6(X) = fn_disaccharide_47(X)
& fn_sucrose_49(X) = fn_disaccharide_33(X)
& fn_sucrose_29(X) = fn_disaccharide_13(X)
& fn_sucrose_50(X) = fn_disaccharide_14(X)
& fn_sucrose_51(X) = fn_hydroxyl_group_6(fn_sucrose_46(X))
& fn_sucrose_46(X) = fn_disaccharide_34(X)
& fn_sucrose_51(X) = fn_polar_covalent_bond_19(fn_sucrose_22(X))
& fn_sucrose_51(X) = fn_polar_covalent_bond_18(fn_sucrose_22(X))
& fn_sucrose_51(X) = fn_disaccharide_32(X)
& fn_sucrose_22(X) = fn_disaccharide_31(X)
& fn_sucrose_9(X) = fn_disaccharide_2(X)
& fn_sucrose_17(X) = fn_disaccharide_37(X)
& fn_sucrose_29(X) = fn_disaccharide_33(X)
& fn_share_2(fn_sucrose_27(X)) = fn_covalent_bond_18(fn_sucrose_23(X))
& fn_covalent_bond_18(fn_sucrose_23(X)) = fn_molecule_10(fn_sucrose_31(X))
& fn_molecule_10(fn_sucrose_31(X)) = fn_glucose_25(fn_sucrose_31(X))
& fn_glucose_25(fn_sucrose_31(X)) = fn_molecule_10(fn_sucrose_31(X))
& fn_molecule_10(fn_sucrose_31(X)) = fn_molecule_10(fn_sucrose_31(X))
& fn_disaccharide_22(X) = fn_molecule_10(fn_sucrose_31(X))
& fn_molecule_10(fn_sucrose_31(X)) = fn_disaccharide_22(X)
& fn_disaccharide_22(X) = fn_molecule_11(fn_sucrose_31(X))
& fn_molecule_11(fn_sucrose_31(X)) = fn_disaccharide_23(X)
& fn_disaccharide_23(X) = fn_disaccharide_23(X)
& fn_aldehyde_5(fn_sucrose_31(X)) = fn_disaccharide_23(X)
& fn_disaccharide_23(X) = fn_aldehyde_5(fn_sucrose_31(X))
& fn_aldehyde_5(fn_sucrose_31(X)) = fn_disaccharide_24(X)
& fn_disaccharide_24(X) = fn_glucose_24(fn_sucrose_31(X))
& fn_glucose_24(fn_sucrose_31(X)) = fn_disaccharide_24(X)
& fn_disaccharide_24(X) = fn_disaccharide_24(X)
& fn_aldehyde_6(fn_sucrose_31(X)) = fn_disaccharide_24(X)
& fn_disaccharide_24(X) = fn_aldehyde_6(fn_sucrose_31(X))
& fn_aldehyde_6(fn_sucrose_31(X)) = fn_covalent_bond_15(fn_sucrose_23(X))
& fn_covalent_bond_15(fn_sucrose_23(X)) = fn_hydroxyl_group_8(fn_sucrose_46(X))
& fn_hydroxyl_group_8(fn_sucrose_46(X)) = fn_hexose_16(fn_sucrose_30(X))
& fn_hexose_5(fn_sucrose_30(X)) = fn_hexose_16(fn_sucrose_30(X))
& fn_hexose_16(fn_sucrose_30(X)) = fn_hexose_5(fn_sucrose_30(X))
& fn_hexose_5(fn_sucrose_30(X)) = fn_hexose_5(fn_sucrose_30(X))
& fn_carbohydrate_30(fn_sucrose_30(X)) = fn_hexose_5(fn_sucrose_30(X))
& fn_hexose_5(fn_sucrose_30(X)) = fn_carbohydrate_30(fn_sucrose_30(X))
& fn_carbohydrate_30(fn_sucrose_30(X)) = fn_carbohydrate_30(fn_sucrose_30(X))
& fn_hexose_7(fn_sucrose_30(X)) = fn_carbohydrate_30(fn_sucrose_30(X))
& fn_carbohydrate_30(fn_sucrose_30(X)) = fn_hexose_7(fn_sucrose_30(X))
& fn_hexose_7(fn_sucrose_30(X)) = fn_disaccharide_20(X)
& fn_carbohydrate_37(fn_sucrose_30(X)) = fn_disaccharide_20(X)
& fn_disaccharide_20(X) = fn_carbohydrate_37(fn_sucrose_30(X))
& fn_carbohydrate_37(fn_sucrose_30(X)) = fn_carbohydrate_37(fn_sucrose_30(X))
& fn_carbohydrate_37(fn_sucrose_30(X)) = fn_hexose_6(fn_sucrose_30(X))
& fn_hexose_6(fn_sucrose_30(X)) = fn_hexose_6(fn_sucrose_30(X))
& fn_hexose_6(fn_sucrose_30(X)) = fn_hexose_4(fn_sucrose_30(X))
& fn_hexose_12(fn_sucrose_30(X)) = fn_hexose_4(fn_sucrose_30(X))
& fn_hexose_4(fn_sucrose_30(X)) = fn_hexose_12(fn_sucrose_30(X))
& fn_hexose_12(fn_sucrose_30(X)) = fn_disaccharide_22(X)
& fn_disaccharide_22(X) = fn_disaccharide_22(X)
& fn_carbohydrate_36(fn_sucrose_30(X)) = fn_disaccharide_22(X)
& fn_disaccharide_22(X) = fn_carbohydrate_36(fn_sucrose_30(X))
& fn_carbohydrate_36(fn_sucrose_30(X)) = fn_carbohydrate_36(fn_sucrose_30(X))
& fn_carbohydrate_36(fn_sucrose_30(X)) = fn_hexose_11(fn_sucrose_30(X))
& fn_hexose_11(fn_sucrose_30(X)) = fn_hexose_11(fn_sucrose_30(X))
& fn_hexose_11(fn_sucrose_30(X)) = fn_ketone_9(fn_sucrose_30(X))
& fn_ketone_9(fn_sucrose_30(X)) = fn_hexose_17(fn_sucrose_30(X))
& fn_hexose_17(fn_sucrose_30(X)) = fn_ketone_9(fn_sucrose_30(X))
& fn_ketone_9(fn_sucrose_30(X)) = fn_monosaccharide_16(fn_sucrose_30(X))
& fn_monosaccharide_16(fn_sucrose_30(X)) = fn_carbohydrate_35(fn_sucrose_30(X))
& fn_carbohydrate_35(fn_sucrose_30(X)) = fn_monosaccharide_16(fn_sucrose_30(X))
& fn_monosaccharide_16(fn_sucrose_30(X)) = fn_monosaccharide_16(fn_sucrose_30(X))
& fn_hexose_14(fn_sucrose_30(X)) = fn_monosaccharide_16(fn_sucrose_30(X))
& fn_monosaccharide_16(fn_sucrose_30(X)) = fn_hexose_14(fn_sucrose_30(X))
& fn_ketone_7(fn_sucrose_30(X)) = fn_hexose_14(fn_sucrose_30(X))
& fn_hexose_14(fn_sucrose_30(X)) = fn_hexose_14(fn_sucrose_30(X))
& fn_hexose_14(fn_sucrose_30(X)) = fn_ketone_7(fn_sucrose_30(X))
& fn_ketone_7(fn_sucrose_30(X)) = fn_disaccharide_24(X)
& fn_disaccharide_24(X) = fn_monosaccharide_5(fn_sucrose_30(X))
& fn_monosaccharide_5(fn_sucrose_30(X)) = fn_monosaccharide_5(fn_sucrose_30(X))
& fn_hexose_21(fn_sucrose_30(X)) = fn_monosaccharide_5(fn_sucrose_30(X))
& fn_monosaccharide_5(fn_sucrose_30(X)) = fn_hexose_21(fn_sucrose_30(X))
& fn_hexose_21(fn_sucrose_30(X)) = fn_ketone_8(fn_sucrose_30(X))
& fn_ketone_8(fn_sucrose_30(X)) = fn_hexose_21(fn_sucrose_30(X))
& fn_hexose_21(fn_sucrose_30(X)) = fn_hexose_21(fn_sucrose_30(X))
& fn_hexose_21(fn_sucrose_30(X)) = fn_ketone_10(fn_sucrose_30(X))
& fn_ketone_10(fn_sucrose_30(X)) = fn_ketone_8(fn_sucrose_30(X))
& fn_ketone_8(fn_sucrose_30(X)) = fn_ketone_10(fn_sucrose_30(X))
& fn_ketone_10(fn_sucrose_30(X)) = fn_ketone_10(fn_sucrose_30(X))
& fn_ketone_10(fn_sucrose_30(X)) = fn_hexose_12(fn_sucrose_30(X))
& fn_hexose_12(fn_sucrose_30(X)) = fn_carbohydrate_39(fn_sucrose_30(X))
& fn_carbohydrate_39(fn_sucrose_30(X)) = fn_carbohydrate_39(fn_sucrose_30(X))
& fn_carbohydrate_39(fn_sucrose_30(X)) = fn_hexose_12(fn_sucrose_30(X))
& fn_carbohydrate_38(fn_sucrose_30(X)) = fn_hexose_12(fn_sucrose_30(X))
& fn_hexose_12(fn_sucrose_30(X)) = fn_hexose_12(fn_sucrose_30(X))
& fn_hexose_12(fn_sucrose_30(X)) = fn_carbohydrate_38(fn_sucrose_30(X))
& fn_carbohydrate_38(fn_sucrose_30(X)) = fn_carbohydrate_38(fn_sucrose_30(X))
& fn_carbohydrate_38(fn_sucrose_30(X)) = fn_monosaccharide_13(fn_sucrose_30(X))
& fn_monosaccharide_13(fn_sucrose_30(X)) = fn_monosaccharide_13(fn_sucrose_30(X))
& fn_hexose_4(fn_sucrose_30(X)) = fn_monosaccharide_13(fn_sucrose_30(X))
& fn_monosaccharide_13(fn_sucrose_30(X)) = fn_hexose_4(fn_sucrose_30(X))
& fn_hexose_4(fn_sucrose_30(X)) = fn_hexose_4(fn_sucrose_30(X))
& fn_ketone_12(fn_sucrose_30(X)) = fn_ketone_12(fn_sucrose_30(X))
& fn_ketone_12(fn_sucrose_30(X)) = fn_hexose_4(fn_sucrose_30(X))
& fn_hexose_4(fn_sucrose_30(X)) = fn_ketone_12(fn_sucrose_30(X))
& fn_ketone_12(fn_sucrose_30(X)) = fn_monosaccharide_17(fn_sucrose_30(X))
& fn_monosaccharide_17(fn_sucrose_30(X)) = fn_carbohydrate_34(fn_sucrose_30(X))
& fn_carbohydrate_34(fn_sucrose_30(X)) = fn_monosaccharide_17(fn_sucrose_30(X))
& fn_monosaccharide_17(fn_sucrose_30(X)) = fn_monosaccharide_17(fn_sucrose_30(X))
& fn_hexose_13(fn_sucrose_30(X)) = fn_monosaccharide_17(fn_sucrose_30(X))
& fn_monosaccharide_17(fn_sucrose_30(X)) = fn_hexose_13(fn_sucrose_30(X))
& fn_hexose_13(fn_sucrose_30(X)) = fn_hexose_13(fn_sucrose_30(X))
& fn_ketone_11(fn_sucrose_30(X)) = fn_hexose_13(fn_sucrose_30(X))
& fn_hexose_13(fn_sucrose_30(X)) = fn_ketone_11(fn_sucrose_30(X))
& fn_ketone_11(fn_sucrose_30(X)) = fn_disaccharide_10(X)
& fn_disaccharide_11(X) = fn_disaccharide_10(X)
& fn_disaccharide_10(X) = fn_disaccharide_11(X)
& fn_disaccharide_11(X) = fn_disaccharide_11(X)
& fn_disaccharide_11(X) = fn_attract_2(fn_sucrose_13(X))
& fn_attract_2(fn_sucrose_13(X)) = fn_polar_covalent_bond_5(fn_sucrose_22(X))
& fn_polar_covalent_bond_5(fn_sucrose_22(X)) = fn_polar_covalent_bond_5(fn_sucrose_22(X))
& fn_polar_covalent_bond_5(fn_sucrose_22(X)) = fn_disaccharide_38(X)
& fn_disaccharide_38(X) = fn_covalent_bond_17(fn_sucrose_23(X))
& fn_polar_covalent_bond_16(fn_sucrose_22(X)) = fn_disaccharide_44(X)
& fn_disaccharide_44(X) = fn_polar_covalent_bond_12(fn_sucrose_22(X))
& fn_polar_covalent_bond_12(fn_sucrose_22(X)) = fn_disaccharide_5(X)
& fn_disaccharide_5(X) = fn_disaccharide_5(X)
& fn_disaccharide_5(X) = fn_covalent_bond_17(fn_sucrose_23(X))
& fn_covalent_bond_17(fn_sucrose_23(X)) = fn_covalent_bond_17(fn_sucrose_23(X))
& fn_covalent_bond_17(fn_sucrose_23(X)) = fn_polar_covalent_bond_16(fn_sucrose_22(X))
& fn_polar_covalent_bond_16(fn_sucrose_22(X)) = fn_polar_covalent_bond_16(fn_sucrose_22(X))
& fn_polar_covalent_bond_16(fn_sucrose_22(X)) = fn_disaccharide_2(X)
& fn_disaccharide_2(X) = fn_polar_covalent_bond_14(fn_sucrose_22(X))
& fn_polar_covalent_bond_13(fn_sucrose_22(X)) = fn_polar_covalent_bond_14(fn_sucrose_22(X))
& fn_polar_covalent_bond_14(fn_sucrose_22(X)) = fn_polar_covalent_bond_13(fn_sucrose_22(X))
& fn_hydroxyl_group_11(fn_sucrose_46(X)) = fn_polar_covalent_bond_13(fn_sucrose_22(X))
& fn_polar_covalent_bond_13(fn_sucrose_22(X)) = fn_polar_covalent_bond_13(fn_sucrose_22(X))
& fn_polar_covalent_bond_13(fn_sucrose_22(X)) = fn_hydroxyl_group_11(fn_sucrose_46(X))
& fn_hydroxyl_group_11(fn_sucrose_46(X)) = fn_disaccharide_41(X)
& fn_disaccharide_41(X) = fn_disaccharide_41(X)
& fn_disaccharide_41(X) = fn_attract_1(fn_sucrose_13(X))
& fn_attract_1(fn_sucrose_13(X)) = fn_polar_covalent_bond_12(fn_sucrose_22(X))
& fn_polar_covalent_bond_11(fn_sucrose_22(X)) = fn_polar_covalent_bond_12(fn_sucrose_22(X))
& fn_polar_covalent_bond_12(fn_sucrose_22(X)) = fn_polar_covalent_bond_11(fn_sucrose_22(X))
& fn_polar_covalent_bond_11(fn_sucrose_22(X)) = fn_polar_covalent_bond_11(fn_sucrose_22(X))
& fn_disaccharide_37(X) = fn_polar_covalent_bond_11(fn_sucrose_22(X))
& fn_polar_covalent_bond_11(fn_sucrose_22(X)) = fn_disaccharide_37(X)
& fn_disaccharide_37(X) = fn_disaccharide_29(X)
& fn_disaccharide_29(X) = fn_hydroxyl_group_5(fn_sucrose_46(X))
& fn_hydroxyl_group_5(fn_sucrose_46(X)) = fn_hydroxyl_group_5(fn_sucrose_46(X))
& fn_hydroxyl_group_5(fn_sucrose_46(X)) = fn_disaccharide_29(X)
& fn_disaccharide_29(X) = fn_disaccharide_44(X)
& fn_disaccharide_44(X) = fn_disaccharide_44(X)
& fn_disaccharide_44(X) = fn_disaccharide_2(X)
& fn_disaccharide_2(X) = fn_disaccharide_36(X)
& fn_disaccharide_36(X) = fn_disaccharide_36(X)
& fn_disaccharide_36(X) = fn_polar_covalent_bond_1(fn_sucrose_22(X))
& fn_polar_covalent_bond_1(fn_sucrose_22(X)) = fn_disaccharide_36(X)
& fn_disaccharide_36(X) = fn_carbonyl_group_9(fn_sucrose_37(X))
& fn_carbonyl_group_9(fn_sucrose_37(X)) = fn_hydroxyl_group_4(fn_sucrose_46(X))
& fn_disaccharide_33(X) = fn_polar_covalent_bond_19(fn_sucrose_22(X))
& fn_polar_covalent_bond_18(fn_sucrose_22(X)) = fn_polar_covalent_bond_19(fn_sucrose_22(X))
& fn_polar_covalent_bond_19(fn_sucrose_22(X)) = fn_polar_covalent_bond_19(fn_sucrose_22(X))
& fn_polar_covalent_bond_19(fn_sucrose_22(X)) = fn_polar_covalent_bond_18(fn_sucrose_22(X))
& fn_polar_covalent_bond_18(fn_sucrose_22(X)) = fn_polar_covalent_bond_18(fn_sucrose_22(X))
& fn_hydroxyl_group_6(fn_sucrose_46(X)) = fn_hydroxyl_group_6(fn_sucrose_46(X))
& fn_hydroxyl_group_6(fn_sucrose_46(X)) = fn_polar_covalent_bond_18(fn_sucrose_22(X))
& fn_polar_covalent_bond_18(fn_sucrose_22(X)) = fn_hydroxyl_group_6(fn_sucrose_46(X))
& fn_disaccharide_32(X) = fn_hydroxyl_group_6(fn_sucrose_46(X))
& fn_hydroxyl_group_6(fn_sucrose_46(X)) = fn_disaccharide_32(X)
& fn_disaccharide_32(X) = fn_disaccharide_32(X)
& fn_disaccharide_32(X) = fn_hydroxyl_group_7(fn_sucrose_46(X))
& fn_hydroxyl_group_7(fn_sucrose_46(X)) = fn_hydroxyl_group_7(fn_sucrose_46(X))
& fn_hydroxyl_group_7(fn_sucrose_46(X)) = fn_disaccharide_31(X)
& fn_disaccharide_31(X) = fn_disaccharide_31(X)
& fn_disaccharide_31(X) = fn_disaccharide_29(X)
& fn_disaccharide_29(X) = fn_disaccharide_29(X)
& fn_disaccharide_29(X) = fn_disaccharide_2(X)
& fn_disaccharide_2(X) = fn_disaccharide_2(X)
& fn_disaccharide_2(X) = fn_covalent_bond_15(fn_sucrose_23(X))
& fn_covalent_bond_15(fn_sucrose_23(X)) = fn_covalent_bond_18(fn_sucrose_23(X))
& fn_covalent_bond_18(fn_sucrose_23(X)) = fn_covalent_bond_18(fn_sucrose_23(X))
& fn_covalent_bond_18(fn_sucrose_23(X)) = fn_polar_covalent_bond_12(fn_sucrose_22(X))
& fn_polar_covalent_bond_12(fn_sucrose_22(X)) = fn_polar_covalent_bond_12(fn_sucrose_22(X))
& fn_polar_covalent_bond_12(fn_sucrose_22(X)) = fn_disaccharide_37(X)
& fn_disaccharide_37(X) = fn_disaccharide_37(X)
& fn_disaccharide_37(X) = fn_covalent_bond_20(fn_sucrose_23(X))
& fn_covalent_bond_19(fn_sucrose_23(X)) = fn_covalent_bond_20(fn_sucrose_23(X))
& fn_covalent_bond_20(fn_sucrose_23(X)) = fn_covalent_bond_19(fn_sucrose_23(X))
& fn_covalent_bond_19(fn_sucrose_23(X)) = fn_covalent_bond_19(fn_sucrose_23(X))
& fn_covalent_bond_19(fn_sucrose_23(X)) = fn_hydroxyl_group_4(fn_sucrose_46(X))
& fn_hydroxyl_group_4(fn_sucrose_46(X)) = fn_hydroxyl_group_4(fn_sucrose_46(X))
& fn_disaccharide_13(X) = fn_hydroxyl_group_4(fn_sucrose_46(X))
& fn_hydroxyl_group_4(fn_sucrose_46(X)) = fn_disaccharide_13(X)
& fn_disaccharide_33(X) = fn_disaccharide_13(X)
& fn_disaccharide_13(X) = fn_disaccharide_13(X)
& fn_disaccharide_13(X) = fn_disaccharide_33(X)
& fn_disaccharide_33(X) = fn_disaccharide_33(X) ) ) ).
fof(a532944,axiom,
! [X] :
( sucrose_hydrogen_ion_cotransporter_1(X)
=> ( original_name_2(X,'Sucrose-Hydrogen-ion-Cotransporter')
& user_description_2(X,'A transport protein responsible for simultaneous moving across of sucrose and hydrogen ions across a biomembrane.')
& concept2words_2(X,'sucrose hydrogen ion cotransporter')
& concept2words_2(X,'sucrose-hydrogen-ion-cotransporter')
& cotransporter_1(X)
& attract_1(fn_sucrose_hydrogen_ion_cotransporter_5(X))
& repel_1(fn_sucrose_hydrogen_ion_cotransporter_6(X))
& endergonic_process_1(fn_sucrose_hydrogen_ion_cotransporter_7(X))
& work_1(fn_sucrose_hydrogen_ion_cotransporter_7(X))
& cellular_work_1(fn_sucrose_hydrogen_ion_cotransporter_7(X))
& active_transport_using_atp_1(fn_sucrose_hydrogen_ion_cotransporter_7(X))
& exergonic_process_1(fn_sucrose_hydrogen_ion_cotransporter_8(X))
& passive_transport_1(fn_sucrose_hydrogen_ion_cotransporter_8(X))
& facilitated_diffusion_1(fn_sucrose_hydrogen_ion_cotransporter_8(X))
& facilitated_diffusion_using_carrier_protein_1(fn_sucrose_hydrogen_ion_cotransporter_8(X))
& size_value_1(fn_sucrose_hydrogen_ion_cotransporter_9(X))
& protein_domain_1(fn_sucrose_hydrogen_ion_cotransporter_10(X))
& hydrophilic_region_1(fn_sucrose_hydrogen_ion_cotransporter_11(X))
& hydrophilic_end_1(fn_sucrose_hydrogen_ion_cotransporter_11(X))
& hydrophilic_region_1(fn_sucrose_hydrogen_ion_cotransporter_12(X))
& hydrophilic_end_1(fn_sucrose_hydrogen_ion_cotransporter_12(X))
& hydrophobic_region_1(fn_sucrose_hydrogen_ion_cotransporter_13(X))
& carbon_skeleton_1(fn_sucrose_hydrogen_ion_cotransporter_14(X))
& polymer_1(fn_sucrose_hydrogen_ion_cotransporter_15(X))
& polypeptide_1(fn_sucrose_hydrogen_ion_cotransporter_15(X))
& carbon_1(fn_sucrose_hydrogen_ion_cotransporter_16(X))
& monomer_1(fn_sucrose_hydrogen_ion_cotransporter_17(X))
& polar_amino_acid_1(fn_sucrose_hydrogen_ion_cotransporter_18(X))
& hydrophobic_amino_acid_1(fn_sucrose_hydrogen_ion_cotransporter_19(X))
& entity_1(fn_sucrose_hydrogen_ion_cotransporter_20(X))
& atom_1(fn_sucrose_hydrogen_ion_cotransporter_20(X))
& chemical_entity_1(fn_sucrose_hydrogen_ion_cotransporter_20(X))
& detach_1(fn_sucrose_hydrogen_ion_cotransporter_21(X))
& attach_1(fn_sucrose_hydrogen_ion_cotransporter_22(X))
& expose_1(fn_sucrose_hydrogen_ion_cotransporter_23(X))
& expose_1(fn_sucrose_hydrogen_ion_cotransporter_24(X))
& constant_motion_1(fn_sucrose_hydrogen_ion_cotransporter_25(X))
& covalent_bond_1(fn_sucrose_hydrogen_ion_cotransporter_26(X))
& peptide_bond_1(fn_sucrose_hydrogen_ion_cotransporter_26(X))
& kinetic_energy_1(fn_sucrose_hydrogen_ion_cotransporter_27(X))
& membrane_1(fn_sucrose_hydrogen_ion_cotransporter_28(X))
& spatial_entity_1(fn_sucrose_hydrogen_ion_cotransporter_28(X))
& biomembrane_1(fn_sucrose_hydrogen_ion_cotransporter_28(X))
& tangible_entity_1(fn_sucrose_hydrogen_ion_cotransporter_29(X))
& phospholipid_bilayer_1(fn_sucrose_hydrogen_ion_cotransporter_29(X))
& quantity_value_1(fn_sucrose_hydrogen_ion_cotransporter_30(X))
& speed_value_1(fn_sucrose_hydrogen_ion_cotransporter_31(X))
& size_value_1(fn_sucrose_hydrogen_ion_cotransporter_32(X))
& spatial_entity_1(fn_sucrose_hydrogen_ion_cotransporter_33(X))
& chemical_entity_1(fn_sucrose_hydrogen_ion_cotransporter_33(X))
& monomer_1(fn_sucrose_hydrogen_ion_cotransporter_33(X))
& molecule_1(fn_sucrose_hydrogen_ion_cotransporter_33(X))
& amino_acid_1(fn_sucrose_hydrogen_ion_cotransporter_33(X))
& cotransport_using_proton_pump_1(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& cotransport_1(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& move_1(fn_sucrose_hydrogen_ion_cotransporter_35(X))
& move_through_1(fn_sucrose_hydrogen_ion_cotransporter_35(X))
& block_1(fn_sucrose_hydrogen_ion_cotransporter_36(X))
& spatial_entity_1(fn_sucrose_hydrogen_ion_cotransporter_37(X))
& hydrophilic_compound_1(fn_sucrose_hydrogen_ion_cotransporter_37(X))
& expose_1(fn_cotransport_3(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& detach_1(fn_cotransport_8(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& spatial_entity_1(fn_attach_1(fn_sucrose_hydrogen_ion_cotransporter_22(X)))
& endergonic_process_1(fn_cotransport_15(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& work_1(fn_cotransport_15(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& cellular_work_1(fn_cotransport_15(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& active_transport_using_atp_1(fn_cotransport_15(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& active_transport_using_atp_1(fn_cotransport_7(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& membrane_1(fn_cotransport_using_proton_pump_14(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& spatial_entity_1(fn_cotransport_using_proton_pump_14(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& biomembrane_1(fn_cotransport_using_proton_pump_14(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& membrane_1(fn_cotransport_18(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& spatial_entity_1(fn_cotransport_18(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& biomembrane_1(fn_cotransport_18(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& move_1(fn_cotransport_using_proton_pump_16(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& move_through_1(fn_cotransport_using_proton_pump_16(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& hydrophilic_region_1(fn_cotransport_41(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& hydrophilic_end_1(fn_cotransport_41(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& exergonic_process_1(fn_cotransport_using_proton_pump_20(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& facilitated_diffusion_1(fn_cotransport_using_proton_pump_20(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& exergonic_process_1(fn_cotransport_14(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& passive_transport_1(fn_cotransport_14(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& facilitated_diffusion_1(fn_cotransport_14(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& facilitated_diffusion_using_carrier_protein_1(fn_cotransport_14(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& spatial_entity_1(fn_detach_2(fn_sucrose_hydrogen_ion_cotransporter_21(X)))
& cotransporter_1(fn_cotransport_53(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& molecule_1(fn_cotransport_using_proton_pump_15(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& tangible_entity_1(fn_cotransport_using_proton_pump_15(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& membrane_protein_1(fn_cotransport_using_proton_pump_15(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& protein_1(fn_cotransport_using_proton_pump_15(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& polymer_1(fn_cotransport_using_proton_pump_15(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& spatial_entity_1(fn_cotransport_using_proton_pump_15(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& chemical_entity_1(fn_cotransport_using_proton_pump_15(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& integral_protein_1(fn_cotransport_using_proton_pump_15(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& transport_protein_1(fn_cotransport_using_proton_pump_15(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& carrier_protein_1(fn_cotransport_using_proton_pump_15(fn_sucrose_hydrogen_ion_cotransporter_34(X)))
& first_subevent_2(fn_sucrose_hydrogen_ion_cotransporter_34(X),fn_sucrose_hydrogen_ion_cotransporter_8(X))
& agent_2(fn_sucrose_hydrogen_ion_cotransporter_8(X),X)
& object_2(fn_sucrose_hydrogen_ion_cotransporter_22(X),fn_sucrose_hydrogen_ion_cotransporter_37(X))
& base_2(fn_sucrose_hydrogen_ion_cotransporter_21(X),X)
& path_2(fn_sucrose_hydrogen_ion_cotransporter_34(X),fn_sucrose_hydrogen_ion_cotransporter_28(X))
& subevent_2(fn_sucrose_hydrogen_ion_cotransporter_34(X),fn_sucrose_hydrogen_ion_cotransporter_7(X))
& object_2(fn_sucrose_hydrogen_ion_cotransporter_23(X),X)
& site_2(fn_sucrose_hydrogen_ion_cotransporter_23(X),fn_sucrose_hydrogen_ion_cotransporter_11(X))
& agent_2(fn_sucrose_hydrogen_ion_cotransporter_34(X),X)
& has_function_2(X,fn_sucrose_hydrogen_ion_cotransporter_34(X))
& subevent_2(fn_sucrose_hydrogen_ion_cotransporter_34(X),fn_sucrose_hydrogen_ion_cotransporter_8(X))
& causes_2(fn_sucrose_hydrogen_ion_cotransporter_7(X),fn_sucrose_hydrogen_ion_cotransporter_8(X))
& subevent_2(fn_sucrose_hydrogen_ion_cotransporter_7(X),fn_sucrose_hydrogen_ion_cotransporter_21(X))
& the_scalar_value_2(fn_sucrose_hydrogen_ion_cotransporter_9(X),big_0)
& scalar_unit_class_2(fn_sucrose_hydrogen_ion_cotransporter_9(X),polypeptide_0)
& facilitates_2(fn_sucrose_hydrogen_ion_cotransporter_11(X),fn_sucrose_hydrogen_ion_cotransporter_5(X))
& object_2(fn_sucrose_hydrogen_ion_cotransporter_36(X),fn_sucrose_hydrogen_ion_cotransporter_37(X))
& called_2(fn_sucrose_hydrogen_ion_cotransporter_36(X),"1")
& has_part_2(fn_sucrose_hydrogen_ion_cotransporter_15(X),fn_sucrose_hydrogen_ion_cotransporter_33(X))
& has_part_2(X,fn_sucrose_hydrogen_ion_cotransporter_15(X))
& has_part_2(X,fn_sucrose_hydrogen_ion_cotransporter_20(X))
& is_between_2(fn_sucrose_hydrogen_ion_cotransporter_26(X),fn_sucrose_hydrogen_ion_cotransporter_20(X))
& possesses_2(X,fn_sucrose_hydrogen_ion_cotransporter_26(X))
& is_between_2(fn_sucrose_hydrogen_ion_cotransporter_26(X),fn_sucrose_hydrogen_ion_cotransporter_16(X))
& has_part_2(X,fn_sucrose_hydrogen_ion_cotransporter_16(X))
& fn_sucrose_hydrogen_ion_cotransporter_20(X) != fn_sucrose_hydrogen_ion_cotransporter_16(X)
& fn_sucrose_hydrogen_ion_cotransporter_16(X) != fn_sucrose_hydrogen_ion_cotransporter_20(X)
& greater_than_2(fn_sucrose_hydrogen_ion_cotransporter_9(X),fn_sucrose_hydrogen_ion_cotransporter_32(X))
& size_2(fn_sucrose_hydrogen_ion_cotransporter_17(X),fn_sucrose_hydrogen_ion_cotransporter_32(X))
& has_part_2(X,fn_sucrose_hydrogen_ion_cotransporter_17(X))
& has_region_2(X,fn_sucrose_hydrogen_ion_cotransporter_14(X))
& is_inside_2(fn_sucrose_hydrogen_ion_cotransporter_16(X),fn_sucrose_hydrogen_ion_cotransporter_14(X))
& possesses_2(X,fn_sucrose_hydrogen_ion_cotransporter_27(X))
& quantity_2(fn_sucrose_hydrogen_ion_cotransporter_27(X),fn_sucrose_hydrogen_ion_cotransporter_30(X))
& directly_proportional_2(fn_sucrose_hydrogen_ion_cotransporter_31(X),fn_sucrose_hydrogen_ion_cotransporter_30(X))
& speed_2(fn_sucrose_hydrogen_ion_cotransporter_25(X),fn_sucrose_hydrogen_ion_cotransporter_31(X))
& object_2(fn_sucrose_hydrogen_ion_cotransporter_25(X),X)
& site_2(fn_sucrose_hydrogen_ion_cotransporter_6(X),fn_sucrose_hydrogen_ion_cotransporter_13(X))
& facilitates_2(fn_sucrose_hydrogen_ion_cotransporter_13(X),fn_sucrose_hydrogen_ion_cotransporter_6(X))
& is_inside_2(fn_sucrose_hydrogen_ion_cotransporter_19(X),fn_sucrose_hydrogen_ion_cotransporter_13(X))
& has_part_2(X,fn_sucrose_hydrogen_ion_cotransporter_19(X))
& has_region_2(X,fn_sucrose_hydrogen_ion_cotransporter_13(X))
& is_inside_2(X,fn_sucrose_hydrogen_ion_cotransporter_29(X))
& has_part_2(fn_sucrose_hydrogen_ion_cotransporter_28(X),fn_sucrose_hydrogen_ion_cotransporter_29(X))
& has_function_2(fn_sucrose_hydrogen_ion_cotransporter_28(X),fn_sucrose_hydrogen_ion_cotransporter_36(X))
& instrument_2(fn_sucrose_hydrogen_ion_cotransporter_36(X),fn_sucrose_hydrogen_ion_cotransporter_28(X))
& is_inside_2(fn_sucrose_hydrogen_ion_cotransporter_13(X),fn_sucrose_hydrogen_ion_cotransporter_28(X))
& site_2(fn_sucrose_hydrogen_ion_cotransporter_5(X),fn_sucrose_hydrogen_ion_cotransporter_11(X))
& is_at_2(fn_sucrose_hydrogen_ion_cotransporter_18(X),fn_sucrose_hydrogen_ion_cotransporter_11(X))
& has_part_2(X,fn_sucrose_hydrogen_ion_cotransporter_18(X))
& has_region_2(X,fn_sucrose_hydrogen_ion_cotransporter_10(X))
& is_at_2(fn_sucrose_hydrogen_ion_cotransporter_33(X),fn_sucrose_hydrogen_ion_cotransporter_10(X))
& has_function_2(X,fn_sucrose_hydrogen_ion_cotransporter_5(X))
& agent_2(fn_sucrose_hydrogen_ion_cotransporter_5(X),X)
& has_function_2(X,fn_sucrose_hydrogen_ion_cotransporter_6(X))
& agent_2(fn_sucrose_hydrogen_ion_cotransporter_6(X),X)
& size_2(X,fn_sucrose_hydrogen_ion_cotransporter_9(X))
& base_2(fn_sucrose_hydrogen_ion_cotransporter_22(X),X)
& facilitates_2(X,fn_sucrose_hydrogen_ion_cotransporter_35(X))
& called_2(fn_sucrose_hydrogen_ion_cotransporter_7(X),'AT1')
& site_2(fn_sucrose_hydrogen_ion_cotransporter_24(X),fn_sucrose_hydrogen_ion_cotransporter_11(X))
& object_2(fn_sucrose_hydrogen_ion_cotransporter_24(X),X)
& has_region_2(X,fn_sucrose_hydrogen_ion_cotransporter_12(X))
& agent_2(fn_sucrose_hydrogen_ion_cotransporter_7(X),X)
& path_2(fn_sucrose_hydrogen_ion_cotransporter_7(X),fn_sucrose_hydrogen_ion_cotransporter_28(X))
& path_2(fn_sucrose_hydrogen_ion_cotransporter_8(X),fn_sucrose_hydrogen_ion_cotransporter_28(X))
& subevent_2(fn_sucrose_hydrogen_ion_cotransporter_8(X),fn_sucrose_hydrogen_ion_cotransporter_35(X))
& subevent_2(fn_sucrose_hydrogen_ion_cotransporter_7(X),fn_sucrose_hydrogen_ion_cotransporter_35(X))
& agent_2(fn_sucrose_hydrogen_ion_cotransporter_35(X),X)
& base_2(fn_sucrose_hydrogen_ion_cotransporter_35(X),fn_sucrose_hydrogen_ion_cotransporter_28(X))
& has_part_2(fn_sucrose_hydrogen_ion_cotransporter_28(X),X)
& is_across_2(X,fn_sucrose_hydrogen_ion_cotransporter_28(X))
& has_function_2(fn_sucrose_hydrogen_ion_cotransporter_28(X),fn_sucrose_hydrogen_ion_cotransporter_35(X))
& has_function_2(X,fn_sucrose_hydrogen_ion_cotransporter_8(X))
& instrument_2(fn_sucrose_hydrogen_ion_cotransporter_8(X),X)
& has_region_2(X,fn_sucrose_hydrogen_ion_cotransporter_11(X))
& is_opposite_2(fn_sucrose_hydrogen_ion_cotransporter_12(X),fn_sucrose_hydrogen_ion_cotransporter_11(X))
& is_opposite_2(fn_sucrose_hydrogen_ion_cotransporter_11(X),fn_sucrose_hydrogen_ion_cotransporter_12(X))
& fn_sucrose_hydrogen_ion_cotransporter_37(X) = fn_attach_1(fn_sucrose_hydrogen_ion_cotransporter_22(X))
& X = fn_detach_2(fn_sucrose_hydrogen_ion_cotransporter_21(X))
& fn_sucrose_hydrogen_ion_cotransporter_28(X) = fn_cotransport_18(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_sucrose_hydrogen_ion_cotransporter_7(X) = fn_cotransport_15(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_sucrose_hydrogen_ion_cotransporter_11(X) = fn_cotransport_41(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_sucrose_hydrogen_ion_cotransporter_23(X) = fn_cotransport_3(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_sucrose_hydrogen_ion_cotransporter_21(X) = fn_cotransport_8(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_sucrose_hydrogen_ion_cotransporter_7(X) = fn_cotransport_7(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_sucrose_hydrogen_ion_cotransporter_8(X) = fn_cotransport_14(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_sucrose_hydrogen_ion_cotransporter_34(X) = fn_cotransporter_12(X)
& X = fn_cotransport_53(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_sucrose_hydrogen_ion_cotransporter_4(X) = fn_carrier_protein_9(X)
& fn_sucrose_hydrogen_ion_cotransporter_3(X) = fn_carrier_protein_11(X)
& fn_sucrose_hydrogen_ion_cotransporter_2(X) = fn_carrier_protein_12(X)
& fn_sucrose_hydrogen_ion_cotransporter_37(X) = fn_carrier_protein_20(X)
& fn_sucrose_hydrogen_ion_cotransporter_1(X) = fn_carrier_protein_10(X)
& fn_sucrose_hydrogen_ion_cotransporter_15(X) = fn_carrier_protein_35(X)
& fn_sucrose_hydrogen_ion_cotransporter_20(X) = fn_carrier_protein_32(X)
& fn_sucrose_hydrogen_ion_cotransporter_26(X) = fn_protein_6(X)
& fn_sucrose_hydrogen_ion_cotransporter_26(X) = fn_carrier_protein_36(X)
& fn_sucrose_hydrogen_ion_cotransporter_16(X) = fn_carrier_protein_34(X)
& fn_sucrose_hydrogen_ion_cotransporter_14(X) = fn_carrier_protein_24(X)
& fn_sucrose_hydrogen_ion_cotransporter_17(X) = fn_carrier_protein_33(X)
& fn_sucrose_hydrogen_ion_cotransporter_32(X) = fn_carrier_protein_39(X)
& fn_sucrose_hydrogen_ion_cotransporter_25(X) = fn_carrier_protein_42(X)
& fn_sucrose_hydrogen_ion_cotransporter_31(X) = fn_carrier_protein_37(X)
& fn_sucrose_hydrogen_ion_cotransporter_30(X) = fn_carrier_protein_38(X)
& fn_sucrose_hydrogen_ion_cotransporter_27(X) = fn_carrier_protein_41(X)
& fn_sucrose_hydrogen_ion_cotransporter_19(X) = fn_carrier_protein_31(X)
& fn_sucrose_hydrogen_ion_cotransporter_13(X) = fn_carrier_protein_21(X)
& fn_sucrose_hydrogen_ion_cotransporter_36(X) = fn_transport_protein_31(X)
& fn_sucrose_hydrogen_ion_cotransporter_36(X) = fn_carrier_protein_17(X)
& fn_sucrose_hydrogen_ion_cotransporter_29(X) = fn_carrier_protein_16(X)
& fn_sucrose_hydrogen_ion_cotransporter_33(X) = fn_carrier_protein_27(X)
& fn_sucrose_hydrogen_ion_cotransporter_10(X) = fn_carrier_protein_25(X)
& fn_sucrose_hydrogen_ion_cotransporter_18(X) = fn_carrier_protein_30(X)
& fn_sucrose_hydrogen_ion_cotransporter_11(X) = fn_carrier_protein_23(X)
& fn_sucrose_hydrogen_ion_cotransporter_9(X) = fn_transport_protein_20(X)
& fn_sucrose_hydrogen_ion_cotransporter_9(X) = fn_carrier_protein_40(X)
& fn_sucrose_hydrogen_ion_cotransporter_6(X) = fn_carrier_protein_6(X)
& fn_sucrose_hydrogen_ion_cotransporter_5(X) = fn_carrier_protein_5(X)
& fn_sucrose_hydrogen_ion_cotransporter_22(X) = fn_cotransporter_11(X)
& fn_sucrose_hydrogen_ion_cotransporter_35(X) = fn_cotransport_using_proton_pump_16(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_sucrose_hydrogen_ion_cotransporter_7(X) = fn_cotransporter_5(X)
& fn_sucrose_hydrogen_ion_cotransporter_24(X) = fn_cotransporter_15(X)
& fn_sucrose_hydrogen_ion_cotransporter_8(X) = fn_carrier_protein_7(X)
& fn_sucrose_hydrogen_ion_cotransporter_7(X) = fn_cotransporter_16(X)
& fn_sucrose_hydrogen_ion_cotransporter_28(X) = fn_carrier_protein_18(X)
& fn_sucrose_hydrogen_ion_cotransporter_28(X) = fn_cotransport_using_proton_pump_14(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_sucrose_hydrogen_ion_cotransporter_35(X) = fn_transport_protein_10(X)
& fn_sucrose_hydrogen_ion_cotransporter_28(X) = fn_transport_protein_35(X)
& fn_sucrose_hydrogen_ion_cotransporter_28(X) = fn_cotransporter_4(X)
& fn_sucrose_hydrogen_ion_cotransporter_35(X) = fn_cotransporter_2(X)
& fn_sucrose_hydrogen_ion_cotransporter_12(X) = fn_cotransporter_13(X)
& fn_sucrose_hydrogen_ion_cotransporter_11(X) = fn_cotransporter_14(X)
& fn_sucrose_hydrogen_ion_cotransporter_8(X) = fn_cotransport_using_proton_pump_20(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& X = fn_cotransport_using_proton_pump_15(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_sucrose_hydrogen_ion_cotransporter_8(X) = fn_cotransporter_3(X)
& fn_attach_1(fn_sucrose_hydrogen_ion_cotransporter_22(X)) = fn_carrier_protein_20(X)
& fn_carrier_protein_20(X) = fn_carrier_protein_36(X)
& fn_carrier_protein_36(X) = fn_carrier_protein_36(X)
& fn_carrier_protein_36(X) = fn_protein_6(X)
& fn_protein_6(X) = fn_carrier_protein_36(X)
& fn_carrier_protein_36(X) = fn_carrier_protein_17(X)
& fn_carrier_protein_17(X) = fn_carrier_protein_17(X)
& fn_carrier_protein_17(X) = fn_transport_protein_31(X)
& fn_transport_protein_31(X) = fn_carrier_protein_17(X)
& fn_carrier_protein_17(X) = fn_carrier_protein_40(X)
& fn_carrier_protein_40(X) = fn_carrier_protein_40(X)
& fn_carrier_protein_40(X) = fn_transport_protein_20(X)
& fn_transport_protein_20(X) = fn_carrier_protein_40(X)
& fn_carrier_protein_40(X) = fn_cotransport_15(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_cotransport_15(fn_sucrose_hydrogen_ion_cotransporter_34(X)) = fn_cotransporter_5(X)
& fn_cotransporter_5(X) = fn_cotransporter_5(X)
& fn_cotransporter_5(X) = fn_cotransport_15(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_cotransport_15(fn_sucrose_hydrogen_ion_cotransporter_34(X)) = fn_cotransport_7(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_cotransporter_16(X) = fn_cotransport_7(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_cotransport_7(fn_sucrose_hydrogen_ion_cotransporter_34(X)) = fn_cotransport_7(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_cotransport_7(fn_sucrose_hydrogen_ion_cotransporter_34(X)) = fn_cotransporter_16(X)
& fn_cotransporter_16(X) = fn_cotransporter_16(X)
& fn_cotransporter_16(X) = fn_cotransport_18(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_cotransport_18(fn_sucrose_hydrogen_ion_cotransporter_34(X)) = fn_cotransport_using_proton_pump_14(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_cotransport_using_proton_pump_14(fn_sucrose_hydrogen_ion_cotransporter_34(X)) = fn_cotransport_using_proton_pump_14(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_cotransport_using_proton_pump_14(fn_sucrose_hydrogen_ion_cotransporter_34(X)) = fn_cotransport_18(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_cotransport_18(fn_sucrose_hydrogen_ion_cotransporter_34(X)) = fn_transport_protein_35(X)
& fn_carrier_protein_18(X) = fn_transport_protein_35(X)
& fn_transport_protein_35(X) = fn_transport_protein_35(X)
& fn_transport_protein_35(X) = fn_carrier_protein_18(X)
& fn_carrier_protein_18(X) = fn_carrier_protein_18(X)
& fn_cotransporter_4(X) = fn_carrier_protein_18(X)
& fn_carrier_protein_18(X) = fn_cotransporter_4(X)
& fn_cotransporter_4(X) = fn_cotransporter_4(X)
& fn_cotransporter_4(X) = fn_cotransport_using_proton_pump_16(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_cotransport_using_proton_pump_16(fn_sucrose_hydrogen_ion_cotransporter_34(X)) = fn_transport_protein_10(X)
& fn_transport_protein_10(X) = fn_transport_protein_10(X)
& fn_cotransporter_2(X) = fn_transport_protein_10(X)
& fn_transport_protein_10(X) = fn_cotransporter_2(X)
& fn_cotransporter_2(X) = fn_cotransporter_2(X)
& fn_cotransporter_2(X) = fn_cotransport_41(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_cotransport_41(fn_sucrose_hydrogen_ion_cotransporter_34(X)) = fn_carrier_protein_23(X)
& fn_carrier_protein_23(X) = fn_carrier_protein_23(X)
& fn_carrier_protein_23(X) = fn_cotransporter_14(X)
& fn_cotransporter_14(X) = fn_cotransporter_14(X)
& fn_cotransporter_14(X) = fn_cotransport_using_proton_pump_20(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_cotransport_using_proton_pump_20(fn_sucrose_hydrogen_ion_cotransporter_34(X)) = fn_carrier_protein_7(X)
& fn_carrier_protein_7(X) = fn_cotransport_using_proton_pump_20(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_cotransport_using_proton_pump_20(fn_sucrose_hydrogen_ion_cotransporter_34(X)) = fn_cotransport_14(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_cotransport_14(fn_sucrose_hydrogen_ion_cotransporter_34(X)) = fn_cotransport_using_proton_pump_20(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_cotransport_using_proton_pump_20(fn_sucrose_hydrogen_ion_cotransporter_34(X)) = fn_cotransporter_3(X)
& fn_cotransporter_3(X) = fn_cotransport_14(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_cotransport_14(fn_sucrose_hydrogen_ion_cotransporter_34(X)) = fn_cotransporter_3(X)
& fn_cotransporter_3(X) = fn_cotransporter_3(X)
& fn_cotransporter_3(X) = fn_detach_2(fn_sucrose_hydrogen_ion_cotransporter_21(X))
& fn_detach_2(fn_sucrose_hydrogen_ion_cotransporter_21(X)) = fn_cotransport_using_proton_pump_15(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_cotransport_using_proton_pump_15(fn_sucrose_hydrogen_ion_cotransporter_34(X)) = fn_cotransport_53(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_cotransport_53(fn_sucrose_hydrogen_ion_cotransporter_34(X)) = fn_cotransport_53(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_cotransport_53(fn_sucrose_hydrogen_ion_cotransporter_34(X)) = fn_cotransport_using_proton_pump_15(fn_sucrose_hydrogen_ion_cotransporter_34(X))
& fn_cotransport_using_proton_pump_15(fn_sucrose_hydrogen_ion_cotransporter_34(X)) = fn_cotransport_using_proton_pump_15(fn_sucrose_hydrogen_ion_cotransporter_34(X)) ) ) ).
fof(a532945,axiom,
! [X] :
( sucrose_transport_from_leaf_1(X)
=> ( original_name_2(X,'Sucrose-Transport-From-Leaf')
& user_description_2(X,'In plants, the process in which sucrose made in the leaves is transported to other parts of the plant.')
& concept2words_2(X,transport)
& concept2words_2(X,'sucrose transport from leaf')
& concept2words_2(X,'sucrose-transport-from-leaf')
& carry_1(X)
& plant_organ_1(fn_sucrose_transport_from_leaf_1(X))
& leaf_1(fn_sucrose_transport_from_leaf_2(X))
& sucrose_1(fn_sucrose_transport_from_leaf_3(X))
& destination_2(X,fn_sucrose_transport_from_leaf_1(X))
& origin_2(X,fn_sucrose_transport_from_leaf_2(X))
& object_2(X,fn_sucrose_transport_from_leaf_3(X))
& fn_sucrose_transport_from_leaf_3(X) = fn_move_1(X) ) ) ).
fof(a532946,axiom,
! [X] :
( suction_tube_1(X)
=> ( original_name_2(X,'Suction-Tube')
& user_description_2(X,'Medical device used in fetal testing. The suction tube is inserted through the cervix to remove a sample of the chorionic villi of the placenta.')
& concept2words_2(X,'tube of suction')
& concept2words_2(X,'suction tube')
& concept2words_2(X,'suction-tube')
& scientific_device_1(X) ) ) ).
fof(a532947,axiom,
! [X] :
( sugar_1(X)
=> ( original_name_2(X,'Sugar')
& user_description_2(X,'Any of a class of sweet-tasting, water-soluble, crystalline carbohydrates, such as the monosaccharides and disaccharides.')
& concept2words_2(X,sugar)
& carbohydrate_1(X) ) ) ).
fof(a532948,axiom,
! [X] :
( sugar_phosphate_backbone_1(X)
=> ( original_name_2(X,'Sugar-Phosphate-Backbone')
& user_description_2(X,'Sugar phosphate backbone is the major structural component of the nucleic acids consisting of sugars and phosphate groups joined by ester bonds.')
& concept2words_2(X,'sugar phosphate backbone')
& concept2words_2(X,'sugar-phosphate-backbone')
& molecular_region_1(X)
& nucleic_acid_1(fn_sugar_phosphate_backbone_1(X))
& has_region_2(fn_sugar_phosphate_backbone_1(X),X) ) ) ).
fof(a532949,axiom,
! [X] :
( sugar_sink_1(X)
=> ( original_name_2(X,'Sugar-Sink')
& user_description_2(X,'A plant organ that is a net consumer or storer of sugar. Growing roots, shoot tips, stems, and fruits are sugar sinks supplied by phloem.')
& concept2words_2(X,'sugar sink')
& concept2words_2(X,'sugar-sink')
& role_1(X)
& plant_organ_1(fn_sugar_sink_1(X))
& event_1(fn_sugar_sink_2(X))
& plays_2(fn_sugar_sink_1(X),X)
& in_event_2(X,fn_sugar_sink_2(X)) ) ) ).
fof(a532950,axiom,
! [X] :
( sugar_solute_1(X)
=> ( original_name_2(X,'Sugar-solute')
& user_description_2(X,'In a solution, the solute is the solid substance which dissolves. In this case, the solute is a sugar.')
& concept2words_2(X,'solute of sugar')
& concept2words_2(X,'sugar solute')
& concept2words_2(X,'sugar-solute')
& solute_1(X) ) ) ).
fof(a532951,axiom,
! [X] :
( sugar_solution_1(X)
=> ( original_name_2(X,'Sugar-Solution')
& user_description_2(X,'A solution where sugar is the solute and water is the solvent.')
& concept2words_2(X,'solution of sugar')
& concept2words_2(X,'sugar solution')
& concept2words_2(X,'sugar-solution')
& polar_molecule_solution_1(X) ) ) ).
fof(a532952,axiom,
! [X] :
( sugar_source_1(X)
=> ( original_name_2(X,'Sugar-Source')
& user_description_2(X,'A sugar source is a plant organ that is a net producer of sugar, by photosynthesis or by breakdown of starch.')
& concept2words_2(X,'source of sugar')
& concept2words_2(X,'sugar source')
& concept2words_2(X,'sugar-source')
& role_1(X)
& event_1(fn_sugar_source_1(X))
& plant_organ_1(fn_sugar_source_2(X))
& in_event_2(X,fn_sugar_source_1(X))
& plays_2(fn_sugar_source_2(X),X) ) ) ).
fof(a532953,axiom,
! [X] :
( sugar_substance_1(X)
=> ( original_name_2(X,'Sugar-Substance')
& user_description_2(X,'Substance composed of sugar molecules.')
& concept2words_2(X,'substance of sugar')
& concept2words_2(X,'sugar substance')
& concept2words_2(X,'sugar-substance')
& polar_substance_1(X)
& solubility_value_1(fn_sugar_substance_2(X))
& sugar_1(fn_sugar_substance_3(X))
& property_node_1(fn_solubility_value_1(fn_sugar_substance_2(X)))
& solubility_in_water_2(X,fn_sugar_substance_2(X))
& the_scalar_value_2(fn_sugar_substance_2(X),soluble_0)
& scalar_unit_class_2(fn_sugar_substance_2(X),substance_0)
& has_part_2(X,fn_sugar_substance_3(X))
& fn_sugar_substance_3(X) = fn_chemical_3(X)
& fn_sugar_substance_1(X) = fn_solubility_value_1(fn_sugar_substance_2(X)) ) ) ).
fof(a532954,axiom,
! [X] :
( sugarcane_plant_1(X)
=> ( original_name_2(X,'Sugarcane-Plant')
& user_description_2(X,'sugarcane, perennial grass of the genus Saccharum cultivated for its juice, from which sugar is processed.')
& concept2words_2(X,'plant of sugarcane')
& concept2words_2(X,'sugarcane plant')
& concept2words_2(X,'sugarcane-plant')
& c4_plant_1(X)
& ~ corn_plant_1(X)
& unitless_value_1(fn_sugarcane_plant_1(X))
& agricultural_process_1(fn_sugarcane_plant_2(X))
& result_2(fn_sugarcane_plant_2(X),X)
& the_scalar_value_2(fn_sugarcane_plant_1(X),important_0)
& scalar_unit_class_2(fn_sugarcane_plant_1(X),plant_0)
& importance_2(X,fn_sugarcane_plant_1(X)) ) ) ).
fof(a532955,axiom,
! [X] :
( suggest_1(X)
=> ( original_name_2(X,'Suggest')
& concept2words_2(X,propose)
& concept2words_2(X,suggest)
& concept2words_2(X,advise)
& concept2words_2(X,communicate)
& communicate_1(X)
& ~ teach_1(X)
& ~ make_request_1(X)
& suggestion_1(fn_suggest_1(X))
& object_2(X,fn_suggest_1(X))
& fn_suggest_1(X) = fn_communicate_2(X) ) ) ).
fof(a532956,axiom,
! [X] :
( suggestion_1(X)
=> ( original_name_2(X,'Suggestion')
& concept2words_2(X,suggestion)
& concept2words_2(X,proposition)
& concept2words_2(X,proffer)
& information_1(X)
& ~ genetic_code_1(X)
& ~ request_1(X)
& ~ information_sequence_1(X)
& ~ cdna_library_1(X)
& ~ classification_unit_1(X)
& ~ dna_library_1(X)
& ~ ethics_1(X)
& ~ fossil_record_1(X)
& ~ genomic_library_1(X)
& ~ hypothesis_1(X)
& ~ positional_information_1(X)
& ~ proximate_causation_1(X)
& ~ representation_1(X)
& ~ rna_world_1(X)
& ~ scientific_laws_1(X)
& ~ species_concept_1(X) ) ) ).
fof(a532957,axiom,
! [X] :
( suicide_protein_1(X)
=> ( original_name_2(X,'Suicide-Protein')
& user_description_2(X,'A protein responsibile for apoptosis.')
& concept2words_2(X,'suicide protein')
& concept2words_2(X,'suicide-protein')
& protein_1(X)
& apoptosis_1(fn_suicide_protein_1(X))
& agent_2(fn_suicide_protein_1(X),X) ) ) ).
fof(a532958,axiom,
! [X] :
( sulfate_1(X)
=> ( original_name_2(X,'Sulfate')
& user_description_2(X,'Polyatomic ion of sulfur with a charge of minus 3.')
& concept2words_2(X,sulfate)
& polyatomic_ion_1(X)
& anion_1(X)
& ~ malonate_1(X)
& ~ benzoate_1(X)
& ~ carbonate_ion_1(X)
& ~ cl_minus_1(X)
& ~ azide_1(X)
& ~ sulfide_1(X)
& ~ bicarbonate_ion_1(X)
& ~ organic_anion_1(X)
& ~ phosphate_ion_1(X)
& charge_value_1(fn_sulfate_2(X))
& the_cardinal_value_2(fn_sulfate_2(X),"-2")
& cardinal_unit_class_2(fn_sulfate_2(X),unity_0)
& charge_2(X,fn_sulfate_2(X))
& fn_sulfate_1(X) = fn_anion_7(X)
& fn_sulfate_2(X) = fn_anion_6(X) ) ) ).
fof(a532959,axiom,
! [X] :
( sulfate_reducing_bacterium_1(X)
=> ( original_name_2(X,'Sulfate-Reducing-Bacterium')
& user_description_2(X,'Sulfate-reducing bacteria are those bacteria that can obtain energy by oxidizing organic compounds or molecular hydrogen (H2) while reducing sulfate to hydrogen sulfide (H2S).')
& concept2words_2(X,'sulfate reducing bacterium')
& concept2words_2(X,'sulfate-reducing-bacterium')
& bacterium_1(X)
& volume_value_1(fn_sulfate_reducing_bacterium_4(X))
& surface_1(fn_sulfate_reducing_bacterium_5(X))
& temperature_value_1(fn_sulfate_reducing_bacterium_6(X))
& chemoheterotroph_1(fn_sulfate_reducing_bacterium_7(X))
& nutrition_1(fn_sulfate_reducing_bacterium_8(X))
& specific_heat_value_1(fn_sulfate_reducing_bacterium_9(X))
& substance_1(fn_sulfate_reducing_bacterium_10(X))
& cytosol_1(fn_sulfate_reducing_bacterium_10(X))
& mixture_1(fn_sulfate_reducing_bacterium_11(X))
& cytoplasm_1(fn_sulfate_reducing_bacterium_11(X))
& spatial_entity_1(fn_sulfate_reducing_bacterium_12(X))
& biomembrane_1(fn_sulfate_reducing_bacterium_12(X))
& plasma_membrane_1(fn_sulfate_reducing_bacterium_12(X))
& ribosome_1(fn_sulfate_reducing_bacterium_13(X))
& prokaryotic_ribosome_1(fn_sulfate_reducing_bacterium_13(X))
& water_1(fn_sulfate_reducing_bacterium_14(X))
& size_value_1(fn_sulfate_reducing_bacterium_16(X))
& chemical_reaction_1(fn_sulfate_reducing_bacterium_17(X))
& redox_reaction_1(fn_sulfate_reducing_bacterium_17(X))
& anaerobic_respiration_1(fn_sulfate_reducing_bacterium_18(X))
& hydrogen_sulfide_1(fn_sulfate_reducing_bacterium_19(X))
& electron_transport_chain_reaction_1(fn_sulfate_reducing_bacterium_20(X))
& cell_wall_1(fn_sulfate_reducing_bacterium_21(X))
& genome_1(fn_sulfate_reducing_bacterium_22(X))
& genotype_1(fn_sulfate_reducing_bacterium_22(X))
& tangible_entity_1(fn_sulfate_reducing_bacterium_23(X))
& phospholipid_bilayer_1(fn_sulfate_reducing_bacterium_23(X))
& chromosome_1(fn_sulfate_reducing_bacterium_24(X))
& prokaryotic_chromosome_1(fn_sulfate_reducing_bacterium_24(X))
& nucleoid_1(fn_sulfate_reducing_bacterium_25(X))
& chemical_reaction_1(fn_anaerobic_respiration_7(fn_sulfate_reducing_bacterium_18(X)))
& redox_reaction_1(fn_anaerobic_respiration_7(fn_sulfate_reducing_bacterium_18(X)))
& electron_transport_chain_reaction_1(fn_anaerobic_respiration_15(fn_sulfate_reducing_bacterium_18(X)))
& nutrition_1(fn_heterotroph_3(fn_sulfate_reducing_bacterium_7(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_sulfate_reducing_bacterium_17(X)))
& molecule_1(fn_catabolism_2(fn_sulfate_reducing_bacterium_18(X)))
& organism_1(fn_heterotroph_2(fn_sulfate_reducing_bacterium_7(X)))
& is_inside_2(fn_sulfate_reducing_bacterium_13(X),fn_sulfate_reducing_bacterium_10(X))
& the_scalar_value_2(fn_sulfate_reducing_bacterium_16(X),microscopic_0)
& scalar_unit_class_2(fn_sulfate_reducing_bacterium_16(X),organism_0)
& experiencer_2(fn_sulfate_reducing_bacterium_20(X),X)
& result_2(fn_sulfate_reducing_bacterium_17(X),fn_sulfate_reducing_bacterium_19(X))
& result_2(fn_sulfate_reducing_bacterium_18(X),fn_sulfate_reducing_bacterium_19(X))
& subevent_2(fn_sulfate_reducing_bacterium_18(X),fn_sulfate_reducing_bacterium_20(X))
& subevent_2(fn_sulfate_reducing_bacterium_20(X),fn_sulfate_reducing_bacterium_17(X))
& in_event_2(fn_sulfate_reducing_bacterium_7(X),fn_sulfate_reducing_bacterium_8(X))
& agent_2(fn_sulfate_reducing_bacterium_8(X),X)
& plays_2(X,fn_sulfate_reducing_bacterium_7(X))
& has_part_2(X,fn_sulfate_reducing_bacterium_14(X))
& specific_heat_2(fn_sulfate_reducing_bacterium_14(X),fn_sulfate_reducing_bacterium_9(X))
& correspondence_2(fn_sulfate_reducing_bacterium_6(X),fn_sulfate_reducing_bacterium_9(X))
& temperature_2(X,fn_sulfate_reducing_bacterium_6(X))
& has_part_2(X,fn_sulfate_reducing_bacterium_24(X))
& is_inside_2(fn_sulfate_reducing_bacterium_24(X),fn_sulfate_reducing_bacterium_25(X))
& has_region_2(X,fn_sulfate_reducing_bacterium_25(X))
& has_part_2(fn_sulfate_reducing_bacterium_11(X),fn_sulfate_reducing_bacterium_10(X))
& size_2(X,fn_sulfate_reducing_bacterium_16(X))
& directly_proportional_2(fn_sulfate_reducing_bacterium_16(X),fn_sulfate_reducing_bacterium_4(X))
& volume_2(X,fn_sulfate_reducing_bacterium_4(X))
& has_region_2(X,fn_sulfate_reducing_bacterium_5(X))
& is_at_2(fn_sulfate_reducing_bacterium_23(X),fn_sulfate_reducing_bacterium_5(X))
& has_part_2(X,fn_sulfate_reducing_bacterium_13(X))
& has_part_2(fn_sulfate_reducing_bacterium_12(X),fn_sulfate_reducing_bacterium_23(X))
& has_part_2(X,fn_sulfate_reducing_bacterium_22(X))
& has_part_2(X,fn_sulfate_reducing_bacterium_11(X))
& is_inside_2(fn_sulfate_reducing_bacterium_11(X),fn_sulfate_reducing_bacterium_12(X))
& is_inside_2(fn_sulfate_reducing_bacterium_12(X),fn_sulfate_reducing_bacterium_21(X))
& has_part_2(X,fn_sulfate_reducing_bacterium_21(X))
& has_part_2(X,fn_sulfate_reducing_bacterium_12(X))
& fn_sulfate_reducing_bacterium_19(X) = fn_chemical_reaction_1(fn_sulfate_reducing_bacterium_17(X))
& fn_sulfate_reducing_bacterium_19(X) = fn_catabolism_2(fn_sulfate_reducing_bacterium_18(X))
& fn_sulfate_reducing_bacterium_17(X) = fn_anaerobic_respiration_7(fn_sulfate_reducing_bacterium_18(X))
& fn_sulfate_reducing_bacterium_20(X) = fn_anaerobic_respiration_15(fn_sulfate_reducing_bacterium_18(X))
& X = fn_heterotroph_2(fn_sulfate_reducing_bacterium_7(X))
& fn_sulfate_reducing_bacterium_8(X) = fn_heterotroph_3(fn_sulfate_reducing_bacterium_7(X))
& fn_sulfate_reducing_bacterium_2(X) = fn_organism_1(X)
& fn_sulfate_reducing_bacterium_3(X) = fn_organism_6(X)
& fn_sulfate_reducing_bacterium_6(X) = fn_organism_2(X)
& fn_sulfate_reducing_bacterium_9(X) = fn_organism_5(X)
& fn_sulfate_reducing_bacterium_14(X) = fn_organism_4(X)
& fn_sulfate_reducing_bacterium_10(X) = fn_prokaryote_10(X)
& fn_sulfate_reducing_bacterium_25(X) = fn_prokaryote_18(X)
& fn_sulfate_reducing_bacterium_24(X) = fn_prokaryote_9(X)
& fn_sulfate_reducing_bacterium_1(X) = fn_cell_23(X)
& fn_sulfate_reducing_bacterium_15(X) = fn_cell_10(X)
& fn_sulfate_reducing_bacterium_23(X) = fn_cell_26(X)
& fn_sulfate_reducing_bacterium_5(X) = fn_cell_4(X)
& fn_sulfate_reducing_bacterium_4(X) = fn_cell_22(X)
& fn_sulfate_reducing_bacterium_16(X) = fn_cell_11(X)
& fn_sulfate_reducing_bacterium_13(X) = fn_bacterium_14(X)
& fn_sulfate_reducing_bacterium_23(X) = fn_bacterium_5(X)
& fn_sulfate_reducing_bacterium_22(X) = fn_organism_3(X)
& fn_sulfate_reducing_bacterium_22(X) = fn_bacterium_13(X)
& fn_sulfate_reducing_bacterium_21(X) = fn_bacterium_12(X)
& fn_sulfate_reducing_bacterium_12(X) = fn_bacterium_15(X)
& fn_sulfate_reducing_bacterium_11(X) = fn_prokaryote_12(X)
& fn_sulfate_reducing_bacterium_11(X) = fn_bacterium_16(X)
& fn_chemical_reaction_1(fn_sulfate_reducing_bacterium_17(X)) = fn_catabolism_2(fn_sulfate_reducing_bacterium_18(X))
& fn_catabolism_2(fn_sulfate_reducing_bacterium_18(X)) = fn_cell_26(X)
& fn_cell_26(X) = fn_bacterium_5(X)
& fn_bacterium_5(X) = fn_organism_3(X)
& fn_organism_3(X) = fn_bacterium_13(X)
& fn_bacterium_13(X) = fn_prokaryote_12(X)
& fn_bacterium_16(X) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_bacterium_16(X)
& fn_heterotroph_2(fn_sulfate_reducing_bacterium_7(X)) = fn_heterotroph_2(fn_sulfate_reducing_bacterium_7(X)) ) ) ).
fof(a532960,axiom,
! [X] :
( sulfhydryl_group_1(X)
=> ( original_name_2(X,'Sulfhydryl-Group')
& user_description_2(X,'A sulfhydryl group or thiol group is a functional group composed of a sulfur and a hydrogen atom (-SH)')
& concept2words_2(X,'thiol group')
& concept2words_2(X,sh)
& concept2words_2(X,'sulfhydryl group')
& concept2words_2(X,'sulfhydryl-group')
& functional_group_1(X)
& hydrophilic_region_1(fn_sulfhydryl_group_1(X))
& shape_value_1(fn_sulfhydryl_group_2(X))
& share_1(fn_sulfhydryl_group_4(X))
& atomic_nucleus_1(fn_sulfhydryl_group_5(X))
& sulfur_1(fn_sulfhydryl_group_6(X))
& hydrogen_1(fn_sulfhydryl_group_7(X))
& valence_electron_1(fn_sulfhydryl_group_8(X))
& single_bond_1(fn_sulfhydryl_group_9(X))
& valence_electron_1(fn_sulfhydryl_group_10(X))
& electron_1(fn_sulfhydryl_group_11(X))
& electron_1(fn_atom_14(fn_sulfhydryl_group_6(X)))
& entity_1(fn_covalent_bond_20(fn_sulfhydryl_group_9(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_sulfhydryl_group_9(X)))
& atom_1(fn_covalent_bond_20(fn_sulfhydryl_group_9(X)))
& entity_1(fn_covalent_bond_19(fn_sulfhydryl_group_9(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_sulfhydryl_group_9(X)))
& atom_1(fn_covalent_bond_19(fn_sulfhydryl_group_9(X)))
& share_1(fn_covalent_bond_17(fn_sulfhydryl_group_9(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_sulfhydryl_group_9(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_sulfhydryl_group_9(X)))
& valence_electron_1(fn_covalent_bond_15(fn_sulfhydryl_group_9(X)))
& valence_electron_1(fn_covalent_bond_18(fn_sulfhydryl_group_9(X)))
& the_categorical_value_2(fn_sulfhydryl_group_2(X),line_0)
& is_inside_2(fn_sulfhydryl_group_6(X),X)
& is_inside_2(fn_sulfhydryl_group_7(X),X)
& fn_sulfhydryl_group_8(X) != fn_sulfhydryl_group_10(X)
& fn_sulfhydryl_group_10(X) != fn_sulfhydryl_group_8(X)
& fn_sulfhydryl_group_10(X) != fn_sulfhydryl_group_11(X)
& fn_sulfhydryl_group_11(X) != fn_sulfhydryl_group_10(X)
& shape_2(X,fn_sulfhydryl_group_2(X))
& has_region_2(X,fn_sulfhydryl_group_1(X))
& is_inside_2(fn_sulfhydryl_group_1(X),X)
& is_between_2(fn_sulfhydryl_group_9(X),fn_sulfhydryl_group_7(X))
& has_part_2(fn_sulfhydryl_group_6(X),fn_sulfhydryl_group_11(X))
& agent_2(fn_sulfhydryl_group_4(X),fn_sulfhydryl_group_6(X))
& has_part_2(fn_sulfhydryl_group_6(X),fn_sulfhydryl_group_10(X))
& agent_2(fn_sulfhydryl_group_4(X),fn_sulfhydryl_group_7(X))
& has_part_2(fn_sulfhydryl_group_7(X),fn_sulfhydryl_group_8(X))
& is_between_2(fn_sulfhydryl_group_9(X),fn_sulfhydryl_group_6(X))
& fn_sulfhydryl_group_6(X) != fn_sulfhydryl_group_7(X)
& has_region_2(fn_sulfhydryl_group_7(X),fn_sulfhydryl_group_5(X))
& fn_sulfhydryl_group_7(X) != fn_sulfhydryl_group_6(X)
& object_2(fn_sulfhydryl_group_4(X),fn_sulfhydryl_group_10(X))
& result_2(fn_sulfhydryl_group_4(X),fn_sulfhydryl_group_9(X))
& object_2(fn_sulfhydryl_group_4(X),fn_sulfhydryl_group_8(X))
& is_near_2(fn_sulfhydryl_group_5(X),fn_sulfhydryl_group_8(X))
& is_near_2(fn_sulfhydryl_group_8(X),fn_sulfhydryl_group_5(X))
& fn_sulfhydryl_group_11(X) = fn_atom_14(fn_sulfhydryl_group_6(X))
& fn_sulfhydryl_group_10(X) = fn_covalent_bond_18(fn_sulfhydryl_group_9(X))
& fn_sulfhydryl_group_7(X) = fn_covalent_bond_20(fn_sulfhydryl_group_9(X))
& fn_sulfhydryl_group_6(X) = fn_covalent_bond_19(fn_sulfhydryl_group_9(X))
& fn_sulfhydryl_group_10(X) = fn_covalent_bond_15(fn_sulfhydryl_group_9(X))
& fn_sulfhydryl_group_8(X) = fn_covalent_bond_15(fn_sulfhydryl_group_9(X))
& fn_sulfhydryl_group_5(X) = fn_covalent_bond_24(fn_sulfhydryl_group_9(X))
& fn_sulfhydryl_group_5(X) = fn_covalent_bond_22(fn_sulfhydryl_group_9(X))
& fn_sulfhydryl_group_8(X) = fn_covalent_bond_18(fn_sulfhydryl_group_9(X))
& fn_sulfhydryl_group_4(X) = fn_covalent_bond_17(fn_sulfhydryl_group_9(X))
& fn_covalent_bond_15(fn_sulfhydryl_group_9(X)) = fn_covalent_bond_24(fn_sulfhydryl_group_9(X))
& fn_covalent_bond_24(fn_sulfhydryl_group_9(X)) = fn_covalent_bond_24(fn_sulfhydryl_group_9(X))
& fn_covalent_bond_22(fn_sulfhydryl_group_9(X)) = fn_covalent_bond_24(fn_sulfhydryl_group_9(X))
& fn_covalent_bond_24(fn_sulfhydryl_group_9(X)) = fn_covalent_bond_22(fn_sulfhydryl_group_9(X))
& fn_covalent_bond_22(fn_sulfhydryl_group_9(X)) = fn_covalent_bond_15(fn_sulfhydryl_group_9(X))
& fn_covalent_bond_15(fn_sulfhydryl_group_9(X)) = fn_covalent_bond_15(fn_sulfhydryl_group_9(X))
& fn_covalent_bond_18(fn_sulfhydryl_group_9(X)) = fn_covalent_bond_15(fn_sulfhydryl_group_9(X))
& fn_covalent_bond_15(fn_sulfhydryl_group_9(X)) = fn_covalent_bond_18(fn_sulfhydryl_group_9(X))
& fn_covalent_bond_18(fn_sulfhydryl_group_9(X)) = fn_covalent_bond_18(fn_sulfhydryl_group_9(X)) ) ) ).
fof(a532961,axiom,
! [X] :
( sulfide_1(X)
=> ( original_name_2(X,'Sulfide')
& user_description_2(X,'Anion of the element Sufur with a charge of minus 1')
& concept2words_2(X,sulfide)
& polyatomic_ion_1(X)
& anion_1(X)
& ~ malonate_1(X)
& ~ benzoate_1(X)
& ~ carbonate_ion_1(X)
& ~ cl_minus_1(X)
& ~ azide_1(X)
& ~ sulfate_1(X)
& ~ bicarbonate_ion_1(X)
& ~ organic_anion_1(X)
& ~ phosphate_ion_1(X)
& charge_value_1(fn_sulfide_2(X))
& the_cardinal_value_2(fn_sulfide_2(X),"-2")
& cardinal_unit_class_2(fn_sulfide_2(X),unity_0)
& charge_2(X,fn_sulfide_2(X))
& fn_sulfide_1(X) = fn_anion_7(X)
& fn_sulfide_2(X) = fn_anion_6(X) ) ) ).
fof(a532962,axiom,
! [X] :
( sulfolobus_1(X)
=> ( original_name_2(X,'Sulfolobus')
& user_description_2(X,'A genus of chemoautotrophic archaea found largely in volcanic hot springs.')
& concept2words_2(X,sulfolobus)
& crenarchaeota_1(X)
& chromosome_1(fn_sulfolobus_1(X))
& prokaryotic_chromosome_1(fn_sulfolobus_1(X))
& nucleoid_1(fn_sulfolobus_2(X))
& membrane_potential_1(fn_sulfolobus_3(X))
& chemoautotroph_1(fn_sulfolobus_4(X))
& nutrition_1(fn_sulfolobus_5(X))
& mixture_1(fn_sulfolobus_6(X))
& cytoplasm_1(fn_sulfolobus_6(X))
& biomembrane_1(fn_sulfolobus_7(X))
& plasma_membrane_1(fn_sulfolobus_7(X))
& prokaryotic_ribosome_1(fn_sulfolobus_8(X))
& genome_1(fn_sulfolobus_9(X))
& genotype_1(fn_sulfolobus_9(X))
& water_1(fn_sulfolobus_10(X))
& cell_wall_1(fn_sulfolobus_11(X))
& volume_value_1(fn_sulfolobus_12(X))
& facilitated_diffusion_of_polar_molecule_1(fn_sulfolobus_13(X))
& surface_1(fn_sulfolobus_14(X))
& size_value_1(fn_sulfolobus_15(X))
& temperature_value_1(fn_sulfolobus_16(X))
& specific_heat_value_1(fn_sulfolobus_17(X))
& tangible_entity_1(fn_sulfolobus_18(X))
& phospholipid_bilayer_1(fn_sulfolobus_18(X))
& substance_1(fn_sulfolobus_19(X))
& cytosol_1(fn_sulfolobus_19(X))
& gradient_1(fn_passive_transport_of_solute_3(fn_sulfolobus_13(X)))
& concentration_gradient_1(fn_passive_transport_of_solute_3(fn_sulfolobus_13(X)))
& nutrition_1(fn_autotroph_7(fn_sulfolobus_4(X)))
& organism_1(fn_autotroph_11(fn_sulfolobus_4(X)))
& is_across_2(fn_sulfolobus_3(X),fn_sulfolobus_7(X))
& agent_2(fn_sulfolobus_13(X),fn_sulfolobus_3(X))
& in_event_2(fn_sulfolobus_4(X),fn_sulfolobus_5(X))
& agent_2(fn_sulfolobus_5(X),X)
& plays_2(X,fn_sulfolobus_4(X))
& is_inside_2(fn_sulfolobus_8(X),fn_sulfolobus_19(X))
& has_part_2(X,fn_sulfolobus_8(X))
& volume_2(X,fn_sulfolobus_12(X))
& directly_proportional_2(fn_sulfolobus_15(X),fn_sulfolobus_12(X))
& size_2(X,fn_sulfolobus_15(X))
& has_region_2(X,fn_sulfolobus_14(X))
& is_at_2(fn_sulfolobus_18(X),fn_sulfolobus_14(X))
& has_part_2(X,fn_sulfolobus_10(X))
& specific_heat_2(fn_sulfolobus_10(X),fn_sulfolobus_17(X))
& correspondence_2(fn_sulfolobus_16(X),fn_sulfolobus_17(X))
& temperature_2(X,fn_sulfolobus_16(X))
& has_part_2(X,fn_sulfolobus_9(X))
& is_inside_2(fn_sulfolobus_6(X),fn_sulfolobus_7(X))
& is_inside_2(fn_sulfolobus_7(X),fn_sulfolobus_11(X))
& has_part_2(X,fn_sulfolobus_11(X))
& has_part_2(X,fn_sulfolobus_7(X))
& has_part_2(fn_sulfolobus_7(X),fn_sulfolobus_18(X))
& has_part_2(X,fn_sulfolobus_1(X))
& is_inside_2(fn_sulfolobus_1(X),fn_sulfolobus_2(X))
& has_region_2(X,fn_sulfolobus_2(X))
& has_part_2(X,fn_sulfolobus_6(X))
& has_part_2(fn_sulfolobus_6(X),fn_sulfolobus_19(X))
& fn_sulfolobus_3(X) = fn_passive_transport_of_solute_3(fn_sulfolobus_13(X))
& X = fn_autotroph_11(fn_sulfolobus_4(X))
& fn_sulfolobus_5(X) = fn_autotroph_7(fn_sulfolobus_4(X))
& fn_sulfolobus_8(X) = fn_cell_14(X)
& fn_sulfolobus_23(X) = fn_cell_23(X)
& fn_sulfolobus_22(X) = fn_cell_10(X)
& fn_sulfolobus_18(X) = fn_cell_26(X)
& fn_sulfolobus_14(X) = fn_cell_4(X)
& fn_sulfolobus_15(X) = fn_cell_11(X)
& fn_sulfolobus_12(X) = fn_cell_22(X)
& fn_sulfolobus_20(X) = fn_organism_6(X)
& fn_sulfolobus_21(X) = fn_organism_1(X)
& fn_sulfolobus_9(X) = fn_cell_24(X)
& fn_sulfolobus_9(X) = fn_organism_3(X)
& fn_sulfolobus_16(X) = fn_organism_2(X)
& fn_sulfolobus_17(X) = fn_organism_5(X)
& fn_sulfolobus_10(X) = fn_organism_4(X)
& fn_sulfolobus_18(X) = fn_prokaryote_11(X)
& fn_sulfolobus_11(X) = fn_prokaryote_14(X)
& fn_sulfolobus_7(X) = fn_prokaryote_13(X)
& fn_sulfolobus_19(X) = fn_cell_29(X)
& fn_sulfolobus_19(X) = fn_prokaryote_10(X)
& fn_sulfolobus_6(X) = fn_cell_28(X)
& fn_sulfolobus_6(X) = fn_prokaryote_12(X)
& fn_sulfolobus_2(X) = fn_prokaryote_18(X)
& fn_sulfolobus_1(X) = fn_prokaryote_9(X)
& fn_cell_24(X) = fn_organism_3(X)
& fn_organism_3(X) = fn_cell_26(X)
& fn_cell_26(X) = fn_prokaryote_11(X)
& fn_prokaryote_11(X) = fn_cell_29(X)
& fn_cell_29(X) = fn_cell_29(X)
& fn_cell_29(X) = fn_prokaryote_10(X)
& fn_prokaryote_10(X) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_cell_28(X)
& fn_cell_28(X) = fn_prokaryote_12(X)
& fn_autotroph_11(fn_sulfolobus_4(X)) = fn_autotroph_11(fn_sulfolobus_4(X)) ) ) ).
fof(a532963,axiom,
! [X] :
( sulfur_1(X)
=> ( original_name_2(X,'Sulfur')
& user_description_2(X,'Sulfur is a non metal atom with atomic number 16. It is represented by the symbol S.')
& concept2words_2(X,'S')
& concept2words_2(X,sulfur)
& non_metal_atom_1(X)
& ~ copper_1(X)
& ~ iron_1(X)
& ~ magnesium_1(X)
& ~ calcium_1(X)
& ~ carbon_1(X)
& ~ hydrogen_1(X)
& ~ nitrogen_1(X)
& ~ oxygen_1(X)
& ~ phosphorus_1(X)
& ~ potassium_1(X)
& electronegativity_value_1(fn_sulfur_2(X))
& neutron_1(fn_sulfur_3(X))
& valence_electron_1(fn_sulfur_7(X))
& atomic_weight_value_1(fn_sulfur_8(X))
& atomic_number_value_1(fn_sulfur_9(X))
& quantity_value_1(fn_sulfur_10(X))
& atomic_nucleus_1(fn_sulfur_11(X))
& electronegativity_2(X,fn_sulfur_2(X))
& minCardinality(X,has_part_0,"16",neutron_0)
& maxCardinality(X,has_part_0,"19",neutron_0)
& exactCardinality(X,has_part_0,"16",proton_0)
& exactCardinality(X,has_part_0,"16",electron_0)
& has_part_2(X,fn_sulfur_3(X))
& is_inside_2(fn_sulfur_3(X),fn_sulfur_11(X))
& the_cardinal_value_2(fn_sulfur_10(X),"6")
& cardinal_unit_class_2(fn_sulfur_10(X),unity_0)
& the_cardinal_value_2(fn_sulfur_2(X),"2.58")
& cardinal_unit_class_2(fn_sulfur_2(X),unity_0)
& the_cardinal_value_2(fn_sulfur_9(X),"16")
& cardinal_unit_class_2(fn_sulfur_9(X),unity_0)
& the_cardinal_value_2(fn_sulfur_8(X),"32.07")
& cardinal_unit_class_2(fn_sulfur_8(X),dalton_0)
& atomic_number_2(X,fn_sulfur_9(X))
& called_2(fn_sulfur_9(X),'Atomic_Number')
& quantity_2(fn_sulfur_7(X),fn_sulfur_10(X))
& called_2(fn_sulfur_10(X),'Number_Electron')
& has_region_2(X,fn_sulfur_11(X))
& is_near_2(fn_sulfur_11(X),fn_sulfur_7(X))
& has_part_2(X,fn_sulfur_7(X))
& atomic_weight_2(X,fn_sulfur_8(X))
& is_near_2(fn_sulfur_7(X),fn_sulfur_11(X))
& fn_sulfur_5(X) = fn_atom_12(X)
& fn_sulfur_4(X) = fn_atom_1(X)
& fn_sulfur_9(X) = fn_atom_17(X)
& fn_sulfur_10(X) = fn_atom_5(X)
& fn_sulfur_6(X) = fn_atom_13(X)
& fn_sulfur_8(X) = fn_atom_16(X)
& fn_sulfur_7(X) = fn_atom_14(X)
& fn_sulfur_11(X) = fn_atom_18(X) ) ) ).
fof(a532964,axiom,
! [X] :
( sulfur_32_1(X)
=> ( original_name_2(X,'Sulfur-32')
& user_description_2(X,'Isotope of sulfur with 16 neutrons.')
& concept2words_2(X,'sulfur 32')
& concept2words_2(X,'sulfur-32')
& sulfur_isotope_1(X)
& atomic_mass_value_1(fn_sulfur_32_2(X))
& atomic_weight_value_1(fn_sulfur_32_4(X))
& neutron_1(fn_sulfur_32_5(X))
& the_cardinal_value_2(fn_sulfur_32_2(X),"32.0e0")
& cardinal_unit_class_2(fn_sulfur_32_2(X),unity_0)
& mass_number_2(X,fn_sulfur_32_2(X))
& exactCardinality(X,has_part_0,"16",neutron_0)
& the_cardinal_value_2(fn_sulfur_32_4(X),"31.972e0")
& cardinal_unit_class_2(fn_sulfur_32_4(X),dalton_0)
& has_part_2(X,fn_sulfur_32_5(X))
& atomic_weight_2(X,fn_sulfur_32_4(X))
& fn_sulfur_32_5(X) = fn_sulfur_isotope_2(X)
& fn_sulfur_32_3(X) = fn_atom_13(X)
& fn_sulfur_32_4(X) = fn_atom_16(X) ) ) ).
fof(a532965,axiom,
! [X] :
( sulfur_35_1(X)
=> ( original_name_2(X,'Sulfur-35')
& user_description_2(X,'This is one of the Sulfur isotopes that possess nineteen neutrons.')
& concept2words_2(X,'s 35')
& concept2words_2(X,'s-35')
& concept2words_2(X,'sulfur 35')
& concept2words_2(X,'sulfur-35')
& radioactive_isotope_1(X)
& sulfur_isotope_1(X)
& atomic_mass_value_1(fn_sulfur_35_2(X))
& atomic_weight_value_1(fn_sulfur_35_4(X))
& neutron_1(fn_sulfur_35_5(X))
& the_cardinal_value_2(fn_sulfur_35_2(X),"35.0e0")
& cardinal_unit_class_2(fn_sulfur_35_2(X),unity_0)
& mass_number_2(X,fn_sulfur_35_2(X))
& exactCardinality(X,has_part_0,"19",neutron_0)
& the_cardinal_value_2(fn_sulfur_35_4(X),"34.969e0")
& cardinal_unit_class_2(fn_sulfur_35_4(X),dalton_0)
& has_part_2(X,fn_sulfur_35_5(X))
& atomic_weight_2(X,fn_sulfur_35_4(X))
& fn_sulfur_35_5(X) = fn_sulfur_isotope_2(X)
& fn_sulfur_35_3(X) = fn_atom_13(X)
& fn_sulfur_35_4(X) = fn_atom_16(X) ) ) ).
fof(a532966,axiom,
! [X] :
( sulfur_bacterium_1(X)
=> ( original_name_2(X,'Sulfur-Bacterium')
& user_description_2(X,'Any of a diverse group of microbes that metabolize sulfur and sulfur compounds.')
& concept2words_2(X,'bacterium of sulfur')
& concept2words_2(X,'sulfur bacterium')
& concept2words_2(X,'sulfur-bacterium')
& bacterium_1(X)
& chemiosmosis_1(fn_sulfur_bacterium_1(X))
& hydrophilic_face_1(fn_sulfur_bacterium_2(X))
& store_1(fn_sulfur_bacterium_3(X))
& mixture_1(fn_sulfur_bacterium_4(X))
& cytoplasm_1(fn_sulfur_bacterium_4(X))
& spatial_entity_1(fn_sulfur_bacterium_5(X))
& plasma_membrane_1(fn_sulfur_bacterium_5(X))
& biomembrane_1(fn_sulfur_bacterium_5(X))
& ribosome_1(fn_sulfur_bacterium_6(X))
& prokaryotic_ribosome_1(fn_sulfur_bacterium_6(X))
& genome_1(fn_sulfur_bacterium_7(X))
& genotype_1(fn_sulfur_bacterium_7(X))
& water_1(fn_sulfur_bacterium_8(X))
& cell_wall_1(fn_sulfur_bacterium_9(X))
& volume_value_1(fn_sulfur_bacterium_10(X))
& surface_1(fn_sulfur_bacterium_11(X))
& chemical_reaction_1(fn_sulfur_bacterium_12(X))
& anabolic_pathway_1(fn_sulfur_bacterium_12(X))
& metabolic_pathway_1(fn_sulfur_bacterium_12(X))
& photosynthesis_1(fn_sulfur_bacterium_12(X))
& temperature_value_1(fn_sulfur_bacterium_13(X))
& photoautotroph_1(fn_sulfur_bacterium_14(X))
& nutrition_1(fn_sulfur_bacterium_15(X))
& organic_molecule_1(fn_sulfur_bacterium_16(X))
& tangible_entity_1(fn_sulfur_bacterium_16(X))
& chemical_entity_1(fn_sulfur_bacterium_16(X))
& sugar_1(fn_sulfur_bacterium_16(X))
& spatial_entity_1(fn_sulfur_bacterium_16(X))
& carbohydrate_1(fn_sulfur_bacterium_16(X))
& aldehyde_1(fn_sulfur_bacterium_16(X))
& monosaccharide_1(fn_sulfur_bacterium_16(X))
& aldose_1(fn_sulfur_bacterium_16(X))
& glucose_1(fn_sulfur_bacterium_16(X))
& spatial_entity_1(fn_sulfur_bacterium_17(X))
& tangible_entity_1(fn_sulfur_bacterium_17(X))
& chemical_entity_1(fn_sulfur_bacterium_17(X))
& hydrophobic_compound_1(fn_sulfur_bacterium_17(X))
& molecule_1(fn_sulfur_bacterium_17(X))
& carbon_dioxide_1(fn_sulfur_bacterium_17(X))
& specific_heat_value_1(fn_sulfur_bacterium_18(X))
& tangible_entity_1(fn_sulfur_bacterium_19(X))
& phospholipid_bilayer_1(fn_sulfur_bacterium_19(X))
& substance_1(fn_sulfur_bacterium_20(X))
& cytosol_1(fn_sulfur_bacterium_20(X))
& size_value_1(fn_sulfur_bacterium_21(X))
& electronegativity_value_1(fn_sulfur_bacterium_23(X))
& functional_group_1(fn_sulfur_bacterium_24(X))
& carbonyl_group_1(fn_sulfur_bacterium_24(X))
& end_1(fn_sulfur_bacterium_25(X))
& carbon_skeleton_1(fn_sulfur_bacterium_26(X))
& tangible_entity_1(fn_sulfur_bacterium_27(X))
& chemical_entity_1(fn_sulfur_bacterium_27(X))
& atom_1(fn_sulfur_bacterium_27(X))
& hydrogen_1(fn_sulfur_bacterium_27(X))
& entity_1(fn_sulfur_bacterium_27(X))
& entity_1(fn_sulfur_bacterium_28(X))
& chemical_entity_1(fn_sulfur_bacterium_28(X))
& atom_1(fn_sulfur_bacterium_28(X))
& carbon_1(fn_sulfur_bacterium_28(X))
& atom_1(fn_sulfur_bacterium_29(X))
& chemical_entity_1(fn_sulfur_bacterium_29(X))
& oxygen_1(fn_sulfur_bacterium_29(X))
& entity_1(fn_sulfur_bacterium_29(X))
& atom_1(fn_sulfur_bacterium_30(X))
& chemical_entity_1(fn_sulfur_bacterium_30(X))
& oxygen_1(fn_sulfur_bacterium_30(X))
& entity_1(fn_sulfur_bacterium_30(X))
& structural_complexity_value_1(fn_sulfur_bacterium_35(X))
& size_value_1(fn_sulfur_bacterium_36(X))
& free_energy_1(fn_sulfur_bacterium_37(X))
& quantity_value_1(fn_sulfur_bacterium_38(X))
& quantity_value_1(fn_sulfur_bacterium_39(X))
& organic_molecule_1(fn_sulfur_bacterium_40(X))
& pyruvate_1(fn_sulfur_bacterium_40(X))
& energy_payoff_phase_of_glycolysis_1(fn_sulfur_bacterium_41(X))
& energy_investment_phase_of_glycolysis_1(fn_sulfur_bacterium_42(X))
& catabolic_pathway_1(fn_sulfur_bacterium_43(X))
& container_1(fn_sulfur_bacterium_44(X))
& free_energy_1(fn_sulfur_bacterium_45(X))
& size_value_1(fn_sulfur_bacterium_46(X))
& structural_complexity_value_1(fn_sulfur_bacterium_47(X))
& store_1(fn_sulfur_bacterium_48(X))
& store_1(fn_sulfur_bacterium_49(X))
& chemical_energy_1(fn_sulfur_bacterium_50(X))
& entity_1(fn_sulfur_bacterium_50(X))
& visible_light_1(fn_sulfur_bacterium_51(X))
& energy_1(fn_sulfur_bacterium_51(X))
& protein_enzyme_1(fn_sulfur_bacterium_52(X))
& nucleoid_1(fn_sulfur_bacterium_59(X))
& chromosome_1(fn_sulfur_bacterium_60(X))
& prokaryotic_chromosome_1(fn_sulfur_bacterium_60(X))
& catabolic_pathway_1(fn_photoautotroph_7(fn_sulfur_bacterium_14(X)))
& organic_molecule_1(fn_photoautotroph_10(fn_sulfur_bacterium_14(X)))
& pyruvate_1(fn_photoautotroph_10(fn_sulfur_bacterium_14(X)))
& energy_payoff_phase_of_glycolysis_1(fn_photoautotroph_9(fn_sulfur_bacterium_14(X)))
& energy_investment_phase_of_glycolysis_1(fn_photoautotroph_8(fn_sulfur_bacterium_14(X)))
& store_1(fn_photoautotroph_22(fn_sulfur_bacterium_14(X)))
& nutrition_1(fn_photoautotroph_17(fn_sulfur_bacterium_14(X)))
& property_node_1(fn_photosynthesis_5(fn_sulfur_bacterium_12(X)))
& property_node_1(fn_photosynthesis_54(fn_sulfur_bacterium_12(X)))
& property_node_1(fn_photosynthesis_56(fn_sulfur_bacterium_12(X)))
& property_node_1(fn_photosynthesis_55(fn_sulfur_bacterium_12(X)))
& structural_complexity_value_1(fn_photosynthesis_24(fn_sulfur_bacterium_12(X)))
& property_node_1(fn_photosynthesis_6(fn_sulfur_bacterium_12(X)))
& size_value_1(fn_photosynthesis_3(fn_sulfur_bacterium_12(X)))
& quantity_value_1(fn_photosynthesis_52(fn_sulfur_bacterium_12(X)))
& quantity_value_1(fn_photosynthesis_51(fn_sulfur_bacterium_12(X)))
& free_energy_1(fn_photosynthesis_50(fn_sulfur_bacterium_12(X)))
& container_1(fn_store_3(fn_sulfur_bacterium_49(X)))
& surface_1(fn_biomembrane_47(fn_sulfur_bacterium_5(X)))
& end_1(fn_aldose_2(fn_sulfur_bacterium_16(X)))
& property_node_1(fn_glucose_1(fn_sulfur_bacterium_16(X)))
& property_node_1(fn_glucose_7(fn_sulfur_bacterium_16(X)))
& tangible_entity_1(fn_glucose_23(fn_sulfur_bacterium_16(X)))
& chemical_entity_1(fn_glucose_23(fn_sulfur_bacterium_16(X)))
& atom_1(fn_glucose_23(fn_sulfur_bacterium_16(X)))
& hydrogen_1(fn_glucose_23(fn_sulfur_bacterium_16(X)))
& entity_1(fn_glucose_23(fn_sulfur_bacterium_16(X)))
& cell_1(fn_metabolic_pathway_1(fn_sulfur_bacterium_12(X)))
& organism_1(fn_photoautotroph_18(fn_sulfur_bacterium_14(X)))
& free_energy_1(fn_photoautotroph_28(fn_sulfur_bacterium_14(X)))
& free_energy_1(fn_photosynthesis_53(fn_sulfur_bacterium_12(X)))
& size_value_1(fn_photoautotroph_4(fn_sulfur_bacterium_14(X)))
& size_value_1(fn_photosynthesis_4(fn_sulfur_bacterium_12(X)))
& visible_light_1(fn_photoautotroph_5(fn_sulfur_bacterium_14(X)))
& energy_1(fn_photoautotroph_5(fn_sulfur_bacterium_14(X)))
& visible_light_1(fn_photosynthesis_34(fn_sulfur_bacterium_12(X)))
& energy_1(fn_photosynthesis_34(fn_sulfur_bacterium_12(X)))
& spatial_entity_1(fn_photoautotroph_25(fn_sulfur_bacterium_14(X)))
& tangible_entity_1(fn_photoautotroph_25(fn_sulfur_bacterium_14(X)))
& chemical_entity_1(fn_photoautotroph_25(fn_sulfur_bacterium_14(X)))
& hydrophobic_compound_1(fn_photoautotroph_25(fn_sulfur_bacterium_14(X)))
& molecule_1(fn_photoautotroph_25(fn_sulfur_bacterium_14(X)))
& carbon_dioxide_1(fn_photoautotroph_25(fn_sulfur_bacterium_14(X)))
& spatial_entity_1(fn_photosynthesis_38(fn_sulfur_bacterium_12(X)))
& tangible_entity_1(fn_photosynthesis_38(fn_sulfur_bacterium_12(X)))
& chemical_entity_1(fn_photosynthesis_38(fn_sulfur_bacterium_12(X)))
& hydrophobic_compound_1(fn_photosynthesis_38(fn_sulfur_bacterium_12(X)))
& molecule_1(fn_photosynthesis_38(fn_sulfur_bacterium_12(X)))
& carbon_dioxide_1(fn_photosynthesis_38(fn_sulfur_bacterium_12(X)))
& chemical_reaction_1(fn_enzyme_4(fn_sulfur_bacterium_52(X)))
& photosynthesis_1(fn_photoautotroph_19(fn_sulfur_bacterium_14(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_sulfur_bacterium_5(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_sulfur_bacterium_5(X)))
& tangible_entity_1(fn_biomembrane_63(fn_sulfur_bacterium_5(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_sulfur_bacterium_5(X)))
& entity_1(fn_photoautotroph_21(fn_sulfur_bacterium_14(X)))
& chemical_energy_1(fn_photoautotroph_21(fn_sulfur_bacterium_14(X)))
& entity_1(fn_store_1(fn_sulfur_bacterium_48(X)))
& chemical_energy_1(fn_photosynthesis_40(fn_sulfur_bacterium_12(X)))
& entity_1(fn_store_1(fn_sulfur_bacterium_49(X)))
& carbon_skeleton_1(fn_monosaccharide_6(fn_sulfur_bacterium_16(X)))
& carbon_skeleton_1(fn_aldose_11(fn_sulfur_bacterium_16(X)))
& structural_complexity_value_1(fn_photosynthesis_25(fn_sulfur_bacterium_12(X)))
& structural_complexity_value_1(fn_glucose_2(fn_sulfur_bacterium_16(X)))
& carbonyl_group_1(fn_aldehyde_10(fn_sulfur_bacterium_16(X)))
& carbonyl_group_1(fn_carbohydrate_34(fn_sulfur_bacterium_16(X)))
& functional_group_1(fn_monosaccharide_17(fn_sulfur_bacterium_16(X)))
& carbonyl_group_1(fn_monosaccharide_17(fn_sulfur_bacterium_16(X)))
& functional_group_1(fn_aldose_6(fn_sulfur_bacterium_16(X)))
& carbonyl_group_1(fn_aldose_6(fn_sulfur_bacterium_16(X)))
& functional_group_1(fn_glucose_27(fn_sulfur_bacterium_16(X)))
& carbonyl_group_1(fn_glucose_27(fn_sulfur_bacterium_16(X)))
& atom_1(fn_aldehyde_5(fn_sulfur_bacterium_16(X)))
& chemical_entity_1(fn_aldehyde_5(fn_sulfur_bacterium_16(X)))
& entity_1(fn_aldose_9(fn_sulfur_bacterium_16(X)))
& chemical_entity_1(fn_aldose_9(fn_sulfur_bacterium_16(X)))
& atom_1(fn_aldose_9(fn_sulfur_bacterium_16(X)))
& oxygen_1(fn_aldose_9(fn_sulfur_bacterium_16(X)))
& atom_1(fn_glucose_22(fn_sulfur_bacterium_16(X)))
& chemical_entity_1(fn_glucose_22(fn_sulfur_bacterium_16(X)))
& oxygen_1(fn_glucose_22(fn_sulfur_bacterium_16(X)))
& entity_1(fn_glucose_22(fn_sulfur_bacterium_16(X)))
& electronegativity_value_1(fn_carbon_2(fn_sulfur_bacterium_28(X)))
& electronegativity_value_1(fn_monosaccharide_8(fn_sulfur_bacterium_16(X)))
& electronegativity_value_1(fn_monosaccharide_4(fn_sulfur_bacterium_16(X)))
& electronegativity_value_1(fn_glucose_33(fn_sulfur_bacterium_16(X)))
& electronegativity_value_1(fn_glucose_13(fn_sulfur_bacterium_16(X)))
& entity_1(fn_aldose_4(fn_sulfur_bacterium_16(X)))
& atom_1(fn_aldose_4(fn_sulfur_bacterium_16(X)))
& chemical_entity_1(fn_aldose_4(fn_sulfur_bacterium_16(X)))
& oxygen_1(fn_aldose_4(fn_sulfur_bacterium_16(X)))
& entity_1(fn_monosaccharide_18(fn_sulfur_bacterium_16(X)))
& atom_1(fn_monosaccharide_18(fn_sulfur_bacterium_16(X)))
& chemical_entity_1(fn_monosaccharide_18(fn_sulfur_bacterium_16(X)))
& oxygen_1(fn_monosaccharide_18(fn_sulfur_bacterium_16(X)))
& entity_1(fn_monosaccharide_13(fn_sulfur_bacterium_16(X)))
& chemical_entity_1(fn_monosaccharide_13(fn_sulfur_bacterium_16(X)))
& atom_1(fn_monosaccharide_13(fn_sulfur_bacterium_16(X)))
& oxygen_1(fn_monosaccharide_13(fn_sulfur_bacterium_16(X)))
& atom_1(fn_glucose_21(fn_sulfur_bacterium_16(X)))
& chemical_entity_1(fn_glucose_21(fn_sulfur_bacterium_16(X)))
& oxygen_1(fn_glucose_21(fn_sulfur_bacterium_16(X)))
& entity_1(fn_glucose_21(fn_sulfur_bacterium_16(X)))
& carbon_1(fn_aldehyde_6(fn_sulfur_bacterium_16(X)))
& entity_1(fn_monosaccharide_5(fn_sulfur_bacterium_16(X)))
& chemical_entity_1(fn_monosaccharide_5(fn_sulfur_bacterium_16(X)))
& atom_1(fn_monosaccharide_5(fn_sulfur_bacterium_16(X)))
& carbon_1(fn_monosaccharide_5(fn_sulfur_bacterium_16(X)))
& entity_1(fn_aldose_10(fn_sulfur_bacterium_16(X)))
& chemical_entity_1(fn_aldose_10(fn_sulfur_bacterium_16(X)))
& atom_1(fn_aldose_10(fn_sulfur_bacterium_16(X)))
& carbon_1(fn_aldose_10(fn_sulfur_bacterium_16(X)))
& entity_1(fn_glucose_24(fn_sulfur_bacterium_16(X)))
& chemical_entity_1(fn_glucose_24(fn_sulfur_bacterium_16(X)))
& atom_1(fn_glucose_24(fn_sulfur_bacterium_16(X)))
& carbon_1(fn_glucose_24(fn_sulfur_bacterium_16(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_sulfur_bacterium_12(X)))
& tangible_entity_1(fn_photosynthesis_37(fn_sulfur_bacterium_12(X)))
& chemical_entity_1(fn_photosynthesis_37(fn_sulfur_bacterium_12(X)))
& sugar_1(fn_photosynthesis_37(fn_sulfur_bacterium_12(X)))
& spatial_entity_1(fn_store_2(fn_sulfur_bacterium_48(X)))
& spatial_entity_1(fn_photoautotroph_20(fn_sulfur_bacterium_14(X)))
& organic_molecule_1(fn_photoautotroph_20(fn_sulfur_bacterium_14(X)))
& tangible_entity_1(fn_photoautotroph_20(fn_sulfur_bacterium_14(X)))
& chemical_entity_1(fn_photoautotroph_20(fn_sulfur_bacterium_14(X)))
& sugar_1(fn_photoautotroph_20(fn_sulfur_bacterium_14(X)))
& glucose_1(fn_photoautotroph_20(fn_sulfur_bacterium_14(X)))
& spatial_entity_1(fn_store_2(fn_sulfur_bacterium_49(X)))
& the_scalar_value_2(fn_sulfur_bacterium_21(X),microscopic_0)
& scalar_unit_class_2(fn_sulfur_bacterium_21(X),organism_0)
& is_inside_2(fn_sulfur_bacterium_6(X),fn_sulfur_bacterium_20(X))
& has_part_2(fn_sulfur_bacterium_4(X),fn_sulfur_bacterium_52(X))
& site_2(fn_sulfur_bacterium_1(X),fn_sulfur_bacterium_5(X))
& is_outside_2(fn_sulfur_bacterium_2(X),fn_sulfur_bacterium_5(X))
& base_2(fn_sulfur_bacterium_48(X),fn_sulfur_bacterium_16(X))
& has_function_2(fn_sulfur_bacterium_52(X),fn_sulfur_bacterium_12(X))
& object_2(fn_sulfur_bacterium_48(X),fn_sulfur_bacterium_50(X))
& base_2(fn_sulfur_bacterium_12(X),X)
& temperature_2(X,fn_sulfur_bacterium_13(X))
& correspondence_2(fn_sulfur_bacterium_13(X),fn_sulfur_bacterium_18(X))
& specific_heat_2(fn_sulfur_bacterium_8(X),fn_sulfur_bacterium_18(X))
& has_part_2(X,fn_sulfur_bacterium_8(X))
& has_region_2(X,fn_sulfur_bacterium_59(X))
& is_inside_2(fn_sulfur_bacterium_60(X),fn_sulfur_bacterium_59(X))
& has_part_2(X,fn_sulfur_bacterium_60(X))
& has_part_2(fn_sulfur_bacterium_4(X),fn_sulfur_bacterium_20(X))
& volume_2(X,fn_sulfur_bacterium_10(X))
& directly_proportional_2(fn_sulfur_bacterium_21(X),fn_sulfur_bacterium_10(X))
& size_2(X,fn_sulfur_bacterium_21(X))
& has_region_2(X,fn_sulfur_bacterium_11(X))
& is_at_2(fn_sulfur_bacterium_19(X),fn_sulfur_bacterium_11(X))
& has_part_2(X,fn_sulfur_bacterium_7(X))
& has_part_2(X,fn_sulfur_bacterium_6(X))
& has_part_2(X,fn_sulfur_bacterium_5(X))
& is_inside_2(fn_sulfur_bacterium_5(X),fn_sulfur_bacterium_9(X))
& has_part_2(X,fn_sulfur_bacterium_9(X))
& has_part_2(X,fn_sulfur_bacterium_4(X))
& is_inside_2(fn_sulfur_bacterium_4(X),fn_sulfur_bacterium_5(X))
& size_2(fn_sulfur_bacterium_16(X),fn_sulfur_bacterium_46(X))
& possesses_2(fn_sulfur_bacterium_16(X),fn_sulfur_bacterium_45(X))
& raw_material_2(fn_sulfur_bacterium_15(X),fn_sulfur_bacterium_51(X))
& plays_2(X,fn_sulfur_bacterium_14(X))
& agent_2(fn_sulfur_bacterium_15(X),X)
& raw_material_2(fn_sulfur_bacterium_15(X),fn_sulfur_bacterium_17(X))
& raw_material_2(fn_sulfur_bacterium_42(X),fn_sulfur_bacterium_16(X))
& next_event_2(fn_sulfur_bacterium_42(X),fn_sulfur_bacterium_41(X))
& result_2(fn_sulfur_bacterium_41(X),fn_sulfur_bacterium_40(X))
& result_2(fn_sulfur_bacterium_43(X),fn_sulfur_bacterium_40(X))
& raw_material_2(fn_sulfur_bacterium_43(X),fn_sulfur_bacterium_16(X))
& in_event_2(fn_sulfur_bacterium_14(X),fn_sulfur_bacterium_15(X))
& by_means_of_2(fn_sulfur_bacterium_15(X),fn_sulfur_bacterium_12(X))
& result_2(fn_sulfur_bacterium_12(X),fn_sulfur_bacterium_16(X))
& base_2(fn_sulfur_bacterium_3(X),fn_sulfur_bacterium_16(X))
& object_2(fn_sulfur_bacterium_3(X),fn_sulfur_bacterium_50(X))
& quantity_2(fn_sulfur_bacterium_45(X),fn_sulfur_bacterium_39(X))
& called_2(fn_sulfur_bacterium_38(X),'FE_r')
& structural_complexity_2(fn_sulfur_bacterium_17(X),fn_sulfur_bacterium_35(X))
& greater_than_2(fn_sulfur_bacterium_47(X),fn_sulfur_bacterium_35(X))
& size_2(fn_sulfur_bacterium_17(X),fn_sulfur_bacterium_36(X))
& greater_than_2(fn_sulfur_bacterium_46(X),fn_sulfur_bacterium_36(X))
& raw_material_2(fn_sulfur_bacterium_12(X),fn_sulfur_bacterium_51(X))
& fn_sulfur_bacterium_50(X) != fn_sulfur_bacterium_51(X)
& fn_sulfur_bacterium_51(X) != fn_sulfur_bacterium_50(X)
& raw_material_2(fn_sulfur_bacterium_12(X),fn_sulfur_bacterium_17(X))
& possesses_2(fn_sulfur_bacterium_17(X),fn_sulfur_bacterium_37(X))
& quantity_2(fn_sulfur_bacterium_37(X),fn_sulfur_bacterium_38(X))
& greater_than_2(fn_sulfur_bacterium_39(X),fn_sulfur_bacterium_38(X))
& called_2(fn_sulfur_bacterium_39(X),'FE_p')
& has_part_2(fn_sulfur_bacterium_5(X),fn_sulfur_bacterium_19(X))
& plays_2(fn_sulfur_bacterium_16(X),fn_sulfur_bacterium_44(X))
& in_event_2(fn_sulfur_bacterium_44(X),fn_sulfur_bacterium_49(X))
& structural_complexity_2(fn_sulfur_bacterium_16(X),fn_sulfur_bacterium_47(X))
& has_region_2(fn_sulfur_bacterium_16(X),fn_sulfur_bacterium_24(X))
& is_inside_2(fn_sulfur_bacterium_30(X),fn_sulfur_bacterium_24(X))
& has_part_2(fn_sulfur_bacterium_16(X),fn_sulfur_bacterium_30(X))
& fn_sulfur_bacterium_30(X) != fn_sulfur_bacterium_28(X)
& fn_sulfur_bacterium_29(X) != fn_sulfur_bacterium_30(X)
& electronegativity_2(fn_sulfur_bacterium_30(X),fn_sulfur_bacterium_23(X))
& fn_sulfur_bacterium_28(X) != fn_sulfur_bacterium_30(X)
& is_inside_2(fn_sulfur_bacterium_28(X),fn_sulfur_bacterium_24(X))
& is_inside_2(fn_sulfur_bacterium_29(X),fn_sulfur_bacterium_24(X))
& fn_sulfur_bacterium_30(X) != fn_sulfur_bacterium_29(X)
& electronegativity_2(fn_sulfur_bacterium_27(X),fn_sulfur_bacterium_23(X))
& has_part_2(fn_sulfur_bacterium_16(X),fn_sulfur_bacterium_27(X))
& has_part_2(fn_sulfur_bacterium_16(X),fn_sulfur_bacterium_29(X))
& has_part_2(fn_sulfur_bacterium_16(X),fn_sulfur_bacterium_28(X))
& is_inside_2(fn_sulfur_bacterium_28(X),fn_sulfur_bacterium_26(X))
& is_at_2(fn_sulfur_bacterium_25(X),fn_sulfur_bacterium_26(X))
& is_at_2(fn_sulfur_bacterium_24(X),fn_sulfur_bacterium_25(X))
& has_region_2(fn_sulfur_bacterium_16(X),fn_sulfur_bacterium_25(X))
& has_region_2(fn_sulfur_bacterium_16(X),fn_sulfur_bacterium_26(X))
& the_cardinal_value_2(fn_sulfur_bacterium_23(X),"3.44")
& cardinal_unit_class_2(fn_sulfur_bacterium_23(X),unity_0)
& electronegativity_2(fn_sulfur_bacterium_29(X),fn_sulfur_bacterium_23(X))
& electronegativity_2(fn_sulfur_bacterium_28(X),fn_sulfur_bacterium_23(X))
& has_region_2(fn_sulfur_bacterium_5(X),fn_sulfur_bacterium_2(X))
& object_2(fn_sulfur_bacterium_49(X),fn_sulfur_bacterium_50(X))
& base_2(fn_sulfur_bacterium_49(X),fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_16(X) = fn_store_2(fn_sulfur_bacterium_48(X))
& fn_sulfur_bacterium_12(X) = fn_enzyme_4(fn_sulfur_bacterium_52(X))
& fn_sulfur_bacterium_50(X) = fn_store_1(fn_sulfur_bacterium_48(X))
& X = fn_metabolic_pathway_1(fn_sulfur_bacterium_12(X))
& fn_sulfur_bacterium_31(X) = fn_organism_6(X)
& fn_sulfur_bacterium_32(X) = fn_organism_1(X)
& fn_sulfur_bacterium_8(X) = fn_organism_4(X)
& fn_sulfur_bacterium_18(X) = fn_organism_5(X)
& fn_sulfur_bacterium_13(X) = fn_organism_2(X)
& fn_sulfur_bacterium_20(X) = fn_prokaryote_10(X)
& fn_sulfur_bacterium_60(X) = fn_prokaryote_9(X)
& fn_sulfur_bacterium_59(X) = fn_prokaryote_18(X)
& fn_sulfur_bacterium_22(X) = fn_cell_10(X)
& fn_sulfur_bacterium_33(X) = fn_cell_23(X)
& fn_sulfur_bacterium_19(X) = fn_cell_26(X)
& fn_sulfur_bacterium_11(X) = fn_cell_4(X)
& fn_sulfur_bacterium_21(X) = fn_cell_11(X)
& fn_sulfur_bacterium_10(X) = fn_cell_22(X)
& fn_sulfur_bacterium_7(X) = fn_organism_3(X)
& fn_sulfur_bacterium_7(X) = fn_bacterium_13(X)
& fn_sulfur_bacterium_6(X) = fn_bacterium_14(X)
& fn_sulfur_bacterium_4(X) = fn_prokaryote_12(X)
& fn_sulfur_bacterium_4(X) = fn_bacterium_16(X)
& fn_sulfur_bacterium_9(X) = fn_bacterium_12(X)
& fn_sulfur_bacterium_5(X) = fn_bacterium_15(X)
& fn_sulfur_bacterium_46(X) = fn_photoautotroph_4(fn_sulfur_bacterium_14(X))
& fn_sulfur_bacterium_45(X) = fn_photoautotroph_28(fn_sulfur_bacterium_14(X))
& fn_sulfur_bacterium_51(X) = fn_photoautotroph_5(fn_sulfur_bacterium_14(X))
& fn_sulfur_bacterium_17(X) = fn_photoautotroph_25(fn_sulfur_bacterium_14(X))
& X = fn_photoautotroph_18(fn_sulfur_bacterium_14(X))
& fn_sulfur_bacterium_43(X) = fn_photoautotroph_7(fn_sulfur_bacterium_14(X))
& fn_sulfur_bacterium_40(X) = fn_photoautotroph_10(fn_sulfur_bacterium_14(X))
& fn_sulfur_bacterium_41(X) = fn_photoautotroph_9(fn_sulfur_bacterium_14(X))
& fn_sulfur_bacterium_42(X) = fn_photoautotroph_8(fn_sulfur_bacterium_14(X))
& fn_sulfur_bacterium_50(X) = fn_photoautotroph_21(fn_sulfur_bacterium_14(X))
& fn_sulfur_bacterium_3(X) = fn_photoautotroph_22(fn_sulfur_bacterium_14(X))
& fn_sulfur_bacterium_16(X) = fn_anabolic_pathway_5(fn_sulfur_bacterium_12(X))
& fn_sulfur_bacterium_16(X) = fn_photosynthesis_37(fn_sulfur_bacterium_12(X))
& fn_sulfur_bacterium_16(X) = fn_photoautotroph_20(fn_sulfur_bacterium_14(X))
& fn_sulfur_bacterium_12(X) = fn_photoautotroph_19(fn_sulfur_bacterium_14(X))
& fn_sulfur_bacterium_15(X) = fn_photoautotroph_17(fn_sulfur_bacterium_14(X))
& fn_sulfur_bacterium_53(X) = fn_photosynthesis_5(fn_sulfur_bacterium_12(X))
& fn_sulfur_bacterium_54(X) = fn_photosynthesis_54(fn_sulfur_bacterium_12(X))
& fn_sulfur_bacterium_45(X) = fn_photosynthesis_53(fn_sulfur_bacterium_12(X))
& fn_sulfur_bacterium_57(X) = fn_photosynthesis_56(fn_sulfur_bacterium_12(X))
& fn_sulfur_bacterium_58(X) = fn_photosynthesis_55(fn_sulfur_bacterium_12(X))
& fn_sulfur_bacterium_47(X) = fn_photosynthesis_25(fn_sulfur_bacterium_12(X))
& fn_sulfur_bacterium_35(X) = fn_photosynthesis_24(fn_sulfur_bacterium_12(X))
& fn_sulfur_bacterium_56(X) = fn_photosynthesis_6(fn_sulfur_bacterium_12(X))
& fn_sulfur_bacterium_46(X) = fn_photosynthesis_4(fn_sulfur_bacterium_12(X))
& fn_sulfur_bacterium_36(X) = fn_photosynthesis_3(fn_sulfur_bacterium_12(X))
& fn_sulfur_bacterium_50(X) = fn_photosynthesis_40(fn_sulfur_bacterium_12(X))
& fn_sulfur_bacterium_51(X) = fn_photosynthesis_34(fn_sulfur_bacterium_12(X))
& fn_sulfur_bacterium_39(X) = fn_photosynthesis_52(fn_sulfur_bacterium_12(X))
& fn_sulfur_bacterium_38(X) = fn_photosynthesis_51(fn_sulfur_bacterium_12(X))
& fn_sulfur_bacterium_37(X) = fn_photosynthesis_50(fn_sulfur_bacterium_12(X))
& fn_sulfur_bacterium_17(X) = fn_photosynthesis_38(fn_sulfur_bacterium_12(X))
& fn_sulfur_bacterium_19(X) = fn_plasma_membrane_71(fn_sulfur_bacterium_5(X))
& fn_sulfur_bacterium_19(X) = fn_biomembrane_63(fn_sulfur_bacterium_5(X))
& fn_sulfur_bacterium_44(X) = fn_store_3(fn_sulfur_bacterium_49(X))
& fn_sulfur_bacterium_16(X) = fn_store_2(fn_sulfur_bacterium_49(X))
& fn_sulfur_bacterium_50(X) = fn_store_1(fn_sulfur_bacterium_49(X))
& fn_sulfur_bacterium_2(X) = fn_biomembrane_47(fn_sulfur_bacterium_5(X))
& fn_sulfur_bacterium_23(X) = fn_carbon_2(fn_sulfur_bacterium_28(X))
& fn_sulfur_bacterium_23(X) = fn_monosaccharide_8(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_23(X) = fn_monosaccharide_4(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_25(X) = fn_aldose_2(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_26(X) = fn_monosaccharide_6(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_26(X) = fn_aldose_11(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_55(X) = fn_glucose_1(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_47(X) = fn_glucose_2(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_24(X) = fn_aldehyde_10(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_24(X) = fn_carbohydrate_34(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_23(X) = fn_glucose_33(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_28(X) = fn_aldehyde_6(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_30(X) = fn_aldehyde_5(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_30(X) = fn_glucose_21(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_28(X) = fn_monosaccharide_5(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_24(X) = fn_aldose_6(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_29(X) = fn_monosaccharide_18(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_24(X) = fn_monosaccharide_17(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_24(X) = fn_glucose_27(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_30(X) = fn_aldose_9(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_29(X) = fn_aldose_4(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_30(X) = fn_monosaccharide_18(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_29(X) = fn_monosaccharide_13(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_30(X) = fn_glucose_22(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_34(X) = fn_glucose_7(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_23(X) = fn_glucose_13(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_27(X) = fn_glucose_23(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_29(X) = fn_glucose_21(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_28(X) = fn_aldose_10(fn_sulfur_bacterium_16(X))
& fn_sulfur_bacterium_28(X) = fn_glucose_24(fn_sulfur_bacterium_16(X))
& fn_organism_3(X) = fn_bacterium_13(X)
& fn_bacterium_13(X) = fn_prokaryote_12(X)
& fn_bacterium_16(X) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_bacterium_16(X)
& fn_bacterium_16(X) = fn_metabolic_pathway_1(fn_sulfur_bacterium_12(X))
& fn_metabolic_pathway_1(fn_sulfur_bacterium_12(X)) = fn_photoautotroph_18(fn_sulfur_bacterium_14(X))
& fn_photoautotroph_18(fn_sulfur_bacterium_14(X)) = fn_photoautotroph_18(fn_sulfur_bacterium_14(X))
& fn_photoautotroph_18(fn_sulfur_bacterium_14(X)) = fn_photoautotroph_28(fn_sulfur_bacterium_14(X))
& fn_photoautotroph_28(fn_sulfur_bacterium_14(X)) = fn_photosynthesis_53(fn_sulfur_bacterium_12(X))
& fn_photosynthesis_53(fn_sulfur_bacterium_12(X)) = fn_photosynthesis_4(fn_sulfur_bacterium_12(X))
& fn_photosynthesis_4(fn_sulfur_bacterium_12(X)) = fn_photoautotroph_4(fn_sulfur_bacterium_14(X))
& fn_photoautotroph_4(fn_sulfur_bacterium_14(X)) = fn_photosynthesis_4(fn_sulfur_bacterium_12(X))
& fn_photosynthesis_4(fn_sulfur_bacterium_12(X)) = fn_photosynthesis_4(fn_sulfur_bacterium_12(X))
& fn_photosynthesis_4(fn_sulfur_bacterium_12(X)) = fn_photoautotroph_5(fn_sulfur_bacterium_14(X))
& fn_photoautotroph_5(fn_sulfur_bacterium_14(X)) = fn_photosynthesis_34(fn_sulfur_bacterium_12(X))
& fn_photosynthesis_34(fn_sulfur_bacterium_12(X)) = fn_photosynthesis_34(fn_sulfur_bacterium_12(X))
& fn_photosynthesis_34(fn_sulfur_bacterium_12(X)) = fn_photoautotroph_25(fn_sulfur_bacterium_14(X))
& fn_photoautotroph_25(fn_sulfur_bacterium_14(X)) = fn_photosynthesis_38(fn_sulfur_bacterium_12(X))
& fn_photosynthesis_38(fn_sulfur_bacterium_12(X)) = fn_photosynthesis_38(fn_sulfur_bacterium_12(X))
& fn_photosynthesis_38(fn_sulfur_bacterium_12(X)) = fn_enzyme_4(fn_sulfur_bacterium_52(X))
& fn_enzyme_4(fn_sulfur_bacterium_52(X)) = fn_photoautotroph_19(fn_sulfur_bacterium_14(X))
& fn_photoautotroph_19(fn_sulfur_bacterium_14(X)) = fn_photoautotroph_19(fn_sulfur_bacterium_14(X))
& fn_photoautotroph_19(fn_sulfur_bacterium_14(X)) = fn_cell_26(X)
& fn_cell_26(X) = fn_plasma_membrane_71(fn_sulfur_bacterium_5(X))
& fn_plasma_membrane_71(fn_sulfur_bacterium_5(X)) = fn_cell_26(X)
& fn_cell_26(X) = fn_biomembrane_63(fn_sulfur_bacterium_5(X))
& fn_biomembrane_63(fn_sulfur_bacterium_5(X)) = fn_photoautotroph_21(fn_sulfur_bacterium_14(X))
& fn_photoautotroph_21(fn_sulfur_bacterium_14(X)) = fn_photosynthesis_40(fn_sulfur_bacterium_12(X))
& fn_photosynthesis_40(fn_sulfur_bacterium_12(X)) = fn_store_1(fn_sulfur_bacterium_48(X))
& fn_store_1(fn_sulfur_bacterium_48(X)) = fn_photosynthesis_40(fn_sulfur_bacterium_12(X))
& fn_photosynthesis_40(fn_sulfur_bacterium_12(X)) = fn_photosynthesis_40(fn_sulfur_bacterium_12(X))
& fn_photosynthesis_40(fn_sulfur_bacterium_12(X)) = fn_store_1(fn_sulfur_bacterium_49(X))
& fn_store_1(fn_sulfur_bacterium_49(X)) = fn_monosaccharide_6(fn_sulfur_bacterium_16(X))
& fn_aldose_11(fn_sulfur_bacterium_16(X)) = fn_aldose_11(fn_sulfur_bacterium_16(X))
& fn_aldose_11(fn_sulfur_bacterium_16(X)) = fn_monosaccharide_6(fn_sulfur_bacterium_16(X))
& fn_monosaccharide_6(fn_sulfur_bacterium_16(X)) = fn_aldose_11(fn_sulfur_bacterium_16(X))
& fn_aldose_11(fn_sulfur_bacterium_16(X)) = fn_photosynthesis_25(fn_sulfur_bacterium_12(X))
& fn_photosynthesis_25(fn_sulfur_bacterium_12(X)) = fn_glucose_2(fn_sulfur_bacterium_16(X))
& fn_glucose_2(fn_sulfur_bacterium_16(X)) = fn_glucose_2(fn_sulfur_bacterium_16(X))
& fn_glucose_2(fn_sulfur_bacterium_16(X)) = fn_aldehyde_10(fn_sulfur_bacterium_16(X))
& fn_aldehyde_10(fn_sulfur_bacterium_16(X)) = fn_carbohydrate_34(fn_sulfur_bacterium_16(X))
& fn_carbohydrate_34(fn_sulfur_bacterium_16(X)) = fn_carbohydrate_34(fn_sulfur_bacterium_16(X))
& fn_carbohydrate_34(fn_sulfur_bacterium_16(X)) = fn_monosaccharide_17(fn_sulfur_bacterium_16(X))
& fn_aldose_6(fn_sulfur_bacterium_16(X)) = fn_monosaccharide_17(fn_sulfur_bacterium_16(X))
& fn_monosaccharide_17(fn_sulfur_bacterium_16(X)) = fn_monosaccharide_17(fn_sulfur_bacterium_16(X))
& fn_monosaccharide_17(fn_sulfur_bacterium_16(X)) = fn_aldose_6(fn_sulfur_bacterium_16(X))
& fn_aldose_6(fn_sulfur_bacterium_16(X)) = fn_aldose_6(fn_sulfur_bacterium_16(X))
& fn_glucose_27(fn_sulfur_bacterium_16(X)) = fn_aldose_6(fn_sulfur_bacterium_16(X))
& fn_aldose_6(fn_sulfur_bacterium_16(X)) = fn_glucose_27(fn_sulfur_bacterium_16(X))
& fn_glucose_27(fn_sulfur_bacterium_16(X)) = fn_glucose_27(fn_sulfur_bacterium_16(X))
& fn_glucose_27(fn_sulfur_bacterium_16(X)) = fn_aldose_9(fn_sulfur_bacterium_16(X))
& fn_aldose_9(fn_sulfur_bacterium_16(X)) = fn_aldehyde_5(fn_sulfur_bacterium_16(X))
& fn_aldehyde_5(fn_sulfur_bacterium_16(X)) = fn_aldehyde_5(fn_sulfur_bacterium_16(X))
& fn_aldehyde_5(fn_sulfur_bacterium_16(X)) = fn_aldose_9(fn_sulfur_bacterium_16(X))
& fn_aldose_9(fn_sulfur_bacterium_16(X)) = fn_aldose_9(fn_sulfur_bacterium_16(X))
& fn_aldose_9(fn_sulfur_bacterium_16(X)) = fn_monosaccharide_18(fn_sulfur_bacterium_16(X))
& fn_monosaccharide_18(fn_sulfur_bacterium_16(X)) = fn_glucose_21(fn_sulfur_bacterium_16(X))
& fn_glucose_21(fn_sulfur_bacterium_16(X)) = fn_monosaccharide_18(fn_sulfur_bacterium_16(X))
& fn_monosaccharide_18(fn_sulfur_bacterium_16(X)) = fn_glucose_22(fn_sulfur_bacterium_16(X))
& fn_glucose_22(fn_sulfur_bacterium_16(X)) = fn_glucose_22(fn_sulfur_bacterium_16(X))
& fn_glucose_22(fn_sulfur_bacterium_16(X)) = fn_glucose_21(fn_sulfur_bacterium_16(X))
& fn_glucose_21(fn_sulfur_bacterium_16(X)) = fn_glucose_22(fn_sulfur_bacterium_16(X))
& fn_glucose_22(fn_sulfur_bacterium_16(X)) = fn_carbon_2(fn_sulfur_bacterium_28(X))
& fn_carbon_2(fn_sulfur_bacterium_28(X)) = fn_monosaccharide_8(fn_sulfur_bacterium_16(X))
& fn_monosaccharide_8(fn_sulfur_bacterium_16(X)) = fn_monosaccharide_8(fn_sulfur_bacterium_16(X))
& fn_monosaccharide_4(fn_sulfur_bacterium_16(X)) = fn_monosaccharide_8(fn_sulfur_bacterium_16(X))
& fn_monosaccharide_8(fn_sulfur_bacterium_16(X)) = fn_monosaccharide_4(fn_sulfur_bacterium_16(X))
& fn_monosaccharide_4(fn_sulfur_bacterium_16(X)) = fn_monosaccharide_4(fn_sulfur_bacterium_16(X))
& fn_monosaccharide_4(fn_sulfur_bacterium_16(X)) = fn_glucose_33(fn_sulfur_bacterium_16(X))
& fn_glucose_33(fn_sulfur_bacterium_16(X)) = fn_glucose_33(fn_sulfur_bacterium_16(X))
& fn_glucose_33(fn_sulfur_bacterium_16(X)) = fn_glucose_13(fn_sulfur_bacterium_16(X))
& fn_glucose_13(fn_sulfur_bacterium_16(X)) = fn_glucose_13(fn_sulfur_bacterium_16(X))
& fn_glucose_13(fn_sulfur_bacterium_16(X)) = fn_monosaccharide_18(fn_sulfur_bacterium_16(X))
& fn_monosaccharide_18(fn_sulfur_bacterium_16(X)) = fn_monosaccharide_18(fn_sulfur_bacterium_16(X))
& fn_monosaccharide_18(fn_sulfur_bacterium_16(X)) = fn_aldose_4(fn_sulfur_bacterium_16(X))
& fn_aldose_4(fn_sulfur_bacterium_16(X)) = fn_monosaccharide_18(fn_sulfur_bacterium_16(X))
& fn_monosaccharide_13(fn_sulfur_bacterium_16(X)) = fn_monosaccharide_18(fn_sulfur_bacterium_16(X))
& fn_monosaccharide_18(fn_sulfur_bacterium_16(X)) = fn_monosaccharide_13(fn_sulfur_bacterium_16(X))
& fn_monosaccharide_13(fn_sulfur_bacterium_16(X)) = fn_monosaccharide_13(fn_sulfur_bacterium_16(X))
& fn_glucose_21(fn_sulfur_bacterium_16(X)) = fn_monosaccharide_13(fn_sulfur_bacterium_16(X))
& fn_monosaccharide_13(fn_sulfur_bacterium_16(X)) = fn_glucose_21(fn_sulfur_bacterium_16(X))
& fn_glucose_21(fn_sulfur_bacterium_16(X)) = fn_glucose_21(fn_sulfur_bacterium_16(X))
& fn_glucose_21(fn_sulfur_bacterium_16(X)) = fn_monosaccharide_5(fn_sulfur_bacterium_16(X))
& fn_monosaccharide_5(fn_sulfur_bacterium_16(X)) = fn_aldehyde_6(fn_sulfur_bacterium_16(X))
& fn_aldehyde_6(fn_sulfur_bacterium_16(X)) = fn_monosaccharide_5(fn_sulfur_bacterium_16(X))
& fn_monosaccharide_5(fn_sulfur_bacterium_16(X)) = fn_monosaccharide_5(fn_sulfur_bacterium_16(X))
& fn_aldose_10(fn_sulfur_bacterium_16(X)) = fn_monosaccharide_5(fn_sulfur_bacterium_16(X))
& fn_monosaccharide_5(fn_sulfur_bacterium_16(X)) = fn_aldose_10(fn_sulfur_bacterium_16(X))
& fn_aldose_10(fn_sulfur_bacterium_16(X)) = fn_aldose_10(fn_sulfur_bacterium_16(X))
& fn_glucose_24(fn_sulfur_bacterium_16(X)) = fn_aldose_10(fn_sulfur_bacterium_16(X))
& fn_aldose_10(fn_sulfur_bacterium_16(X)) = fn_glucose_24(fn_sulfur_bacterium_16(X))
& fn_glucose_24(fn_sulfur_bacterium_16(X)) = fn_photosynthesis_37(fn_sulfur_bacterium_12(X))
& fn_photosynthesis_37(fn_sulfur_bacterium_12(X)) = fn_anabolic_pathway_5(fn_sulfur_bacterium_12(X))
& fn_anabolic_pathway_5(fn_sulfur_bacterium_12(X)) = fn_photosynthesis_37(fn_sulfur_bacterium_12(X))
& fn_photosynthesis_37(fn_sulfur_bacterium_12(X)) = fn_photosynthesis_37(fn_sulfur_bacterium_12(X))
& fn_photoautotroph_20(fn_sulfur_bacterium_14(X)) = fn_photosynthesis_37(fn_sulfur_bacterium_12(X))
& fn_photosynthesis_37(fn_sulfur_bacterium_12(X)) = fn_photoautotroph_20(fn_sulfur_bacterium_14(X))
& fn_photoautotroph_20(fn_sulfur_bacterium_14(X)) = fn_store_2(fn_sulfur_bacterium_48(X))
& fn_store_2(fn_sulfur_bacterium_48(X)) = fn_photoautotroph_20(fn_sulfur_bacterium_14(X))
& fn_photoautotroph_20(fn_sulfur_bacterium_14(X)) = fn_photoautotroph_20(fn_sulfur_bacterium_14(X))
& fn_photoautotroph_20(fn_sulfur_bacterium_14(X)) = fn_store_2(fn_sulfur_bacterium_49(X))
& fn_store_2(fn_sulfur_bacterium_49(X)) = fn_store_2(fn_sulfur_bacterium_49(X)) ) ) ).
fof(a532967,axiom,
! [X] :
( sulfur_cycle_1(X)
=> ( original_name_2(X,'Sulfur-Cycle')
& user_description_2(X,'The cycling of sulfur through the biotic and abiotic components of ecosystems.')
& concept2words_2(X,'undergo the sulfur cycle')
& concept2words_2(X,'cycle of sulfur')
& concept2words_2(X,'sulfur cycle')
& concept2words_2(X,'sulfur-cycle')
& global_biogeochemical_cycle_1(X) ) ) ).
fof(a532968,axiom,
! [X] :
( sulfur_dioxide_1(X)
=> ( original_name_2(X,'Sulfur-Dioxide')
& user_description_2(X,'A toxic gas formed by burning sulfur in air.')
& concept2words_2(X,'dioxide of sulfur')
& concept2words_2(X,'sulfur dioxide')
& concept2words_2(X,'sulfur-dioxide')
& covalent_compound_1(X)
& inorganic_molecule_1(X)
& ~ hydrogen_molecule_1(X)
& ~ hydrogen_sulfide_1(X)
& ~ inorganic_acid_1(X)
& ~ inorganic_ion_1(X)
& ~ nitric_oxide_1(X)
& ~ oxygen_molecule_1(X)
& oxygen_1(fn_sulfur_dioxide_1(X))
& sulfur_1(fn_sulfur_dioxide_2(X))
& has_part_2(X,fn_sulfur_dioxide_1(X))
& exactCardinality(X,has_part_0,"2",oxygen_0)
& has_part_2(X,fn_sulfur_dioxide_2(X))
& fn_sulfur_dioxide_2(X) = fn_molecule_7(X) ) ) ).
fof(a532969,axiom,
! [X] :
( sulfur_isotope_1(X)
=> ( original_name_2(X,'Sulfur-Isotope')
& user_description_2(X,'All the sulfur isoptopes have 16 protons and 16 electrons. They differ in their neutron number.')
& concept2words_2(X,'isotope of sulfur')
& concept2words_2(X,'sulfur isotope')
& concept2words_2(X,'sulfur-isotope')
& non_metal_atom_1(X)
& isotope_1(X)
& neutron_1(fn_sulfur_isotope_2(X))
& electronegativity_value_1(fn_sulfur_isotope_3(X))
& sulfur_1(fn_sulfur_isotope_4(X))
& atomic_number_value_1(fn_sulfur_isotope_6(X))
& atomic_nucleus_1(fn_sulfur_isotope_7(X))
& the_cardinal_value_2(fn_sulfur_isotope_6(X),"16.0e0")
& cardinal_unit_class_2(fn_sulfur_isotope_6(X),unity_0)
& has_isotope_2(fn_sulfur_isotope_4(X),X)
& has_state_2(fn_sulfur_isotope_4(X),X)
& has_part_2(X,fn_sulfur_isotope_2(X))
& exactCardinality(X,has_part_0,"16",electron_0)
& exactCardinality(X,has_part_0,"16",proton_0)
& minCardinality(X,has_part_0,"16",neutron_0)
& maxCardinality(X,has_part_0,"19",neutron_0)
& electronegativity_2(X,fn_sulfur_isotope_3(X))
& the_cardinal_value_2(fn_sulfur_isotope_3(X),"2.58")
& cardinal_unit_class_2(fn_sulfur_isotope_3(X),unity_0)
& is_inside_2(fn_sulfur_isotope_2(X),fn_sulfur_isotope_7(X))
& has_region_2(X,fn_sulfur_isotope_7(X))
& atomic_number_2(X,fn_sulfur_isotope_6(X))
& called_2(fn_sulfur_isotope_6(X),'Atomic_Number')
& fn_sulfur_isotope_5(X) = fn_atom_12(X)
& fn_sulfur_isotope_7(X) = fn_atom_18(X)
& fn_sulfur_isotope_6(X) = fn_atom_17(X) ) ) ).
fof(a532970,axiom,
! [X] :
( sulfuric_acid_1(X)
=> ( original_name_2(X,'Sulfuric-Acid')
& user_description_2(X,'Strong acid made from the dissociation of sulfur trioxide in water.')
& concept2words_2(X,'sulfuric acid')
& concept2words_2(X,'sulfuric-acid')
& acid_1(X)
& sulfuric_acid_compound_1(fn_sulfuric_acid_1(X))
& has_part_2(X,fn_sulfuric_acid_1(X))
& fn_sulfuric_acid_1(X) = fn_acid_5(X) ) ) ).
fof(a532971,axiom,
! [X] :
( sulfuric_acid_compound_1(X)
=> ( original_name_2(X,'Sulfuric-Acid-Compound')
& user_description_2(X,'It is an organic compound with molecular formula H2SO4.')
& concept2words_2(X,'sulfuric acid compound')
& concept2words_2(X,'sulfuric-acid-compound')
& acid_compound_1(X)
& oxygen_1(fn_sulfuric_acid_compound_1(X))
& sulfur_1(fn_sulfuric_acid_compound_2(X))
& hydrogen_1(fn_sulfuric_acid_compound_3(X))
& exactCardinality(X,has_part_0,"1",sulfur_0)
& exactCardinality(X,has_part_0,"4",oxygen_0)
& exactCardinality(X,has_part_0,"2",hydrogen_0)
& has_part_2(X,fn_sulfuric_acid_compound_3(X))
& has_part_2(X,fn_sulfuric_acid_compound_2(X))
& has_part_2(X,fn_sulfuric_acid_compound_1(X)) ) ) ).
fof(a532972,axiom,
! [X] :
( sum_1(X)
=> ( original_name_2(X,'Sum')
& concept2words_2(X,sum)
& concept2words_2(X,amount)
& concept2words_2(X,summation)
& concept2words_2(X,'sum total')
& concept2words_2(X,sum_total)
& concept2words_2(X,total)
& concept2words_2(X,totality)
& concept2words_2(X,aggregate)
& concept2words_2(X,tot)
& concept2words_2(X,'tot up')
& concept2words_2(X,tot_up)
& concept2words_2(X,'sum up')
& concept2words_2(X,sum_up)
& concept2words_2(X,summate)
& concept2words_2(X,'tote up')
& concept2words_2(X,tote_up)
& concept2words_2(X,add)
& concept2words_2(X,'add together')
& concept2words_2(X,add_together)
& concept2words_2(X,tally)
& concept2words_2(X,'add up')
& concept2words_2(X,add_up)
& arithmetic_method_1(X) ) ) ).
fof(a532973,axiom,
! [X] :
( sun_1(X)
=> ( original_name_2(X,'Sun')
& user_description_2(X,'The Sun is the star at the center of the Solar System.')
& concept2words_2(X,sun)
& star_1(X) ) ) ).
fof(a532974,axiom,
! [X] :
( sunfish_1(X)
=> ( original_name_2(X,'Sunfish')
& user_description_2(X,'A type of ray-finned freshwater fish whose feeding behavior provides further support for optimal foraging theory. Examples include bluegill, crappie, and largemouth bass.')
& concept2words_2(X,sunfish)
& ray_finned_fish_1(X)
& ~ actinopterygii_1(X)
& ~ stickleback_1(X) ) ) ).
fof(a532975,axiom,
! [X] :
( sunlight_1(X)
=> ( original_name_2(X,'Sunlight')
& user_description_2(X,'Light that emanates from the sun.')
& concept2words_2(X,sunlight)
& light_1(X)
& visible_light_1(fn_sunlight_1(X))
& infrared_rays_1(fn_sunlight_2(X))
& ultraviolet_rays_1(fn_sunlight_3(X))
& has_part_2(X,fn_sunlight_1(X))
& has_part_2(X,fn_sunlight_2(X))
& has_part_2(X,fn_sunlight_3(X)) ) ) ).
fof(a532976,axiom,
! [X] :
( supernatant_1(X)
=> ( original_name_2(X,'Supernatant')
& user_description_2(X,'In Biology, a supernatant is the less dense liquid which forms at the top of a test tube after centrifuging the test tube.')
& concept2words_2(X,supernatant)
& suspension_1(X) ) ) ).
fof(a532977,axiom,
! [X] :
( supper_1(X)
=> ( original_name_2(X,'Supper')
& concept2words_2(X,supper)
& meal_1(X)
& ~ lunch_1(X)
& ~ dinner_1(X)
& ~ brunch_1(X)
& ~ breakfast_1(X) ) ) ).
fof(a532978,axiom,
! [X] :
( supply_1(X)
=> ( original_name_2(X,'Supply')
& concept2words_2(X,supply)
& concept2words_2(X,furnish)
& concept2words_2(X,issue)
& concept2words_2(X,provide)
& concept2words_2(X,render)
& relinquish_1(X) ) ) ).
fof(a532979,axiom,
! [X] :
( support_1(X)
=> ( original_name_2(X,'Support')
& concept2words_2(X,support)
& concept2words_2(X,hold)
& concept2words_2(X,'hold up')
& concept2words_2(X,hold_up)
& concept2words_2(X,sustain)
& obstruct_1(X)
& tangible_entity_1(fn_support_1(X))
& object_2(X,fn_support_1(X))
& fn_support_1(X) = fn_obstruct_1(X) ) ) ).
fof(a532980,axiom,
! [X] :
( suprachiasmatic_nucleus_1(X)
=> ( original_name_2(X,'Suprachiasmatic-Nucleus')
& user_description_2(X,'A small cluster of neurons in the anterior hypothalamus that is responsible for controlling circadian rhythms.')
& concept2words_2(X,scn)
& concept2words_2(X,'biological clock')
& concept2words_2(X,'biological-clock')
& concept2words_2(X,'suprachiasmatic nucleus')
& concept2words_2(X,'suprachiasmatic-nucleus')
& hypothalamus_1(X)
& ~ reticular_formation_1(X)
& ~ primary_visual_cortex_1(X)
& ~ brainstem_1(X)
& ~ cerebellum_1(X)
& ~ cerebrum_1(X)
& ~ forebrain_1(X)
& ~ hindbrain_1(X)
& ~ medulla_oblongata_1(X)
& ~ midbrain_1(X)
& ~ pons_1(X)
& ~ posterior_pituitary_1(X)
& ~ primary_motor_cortex_1(X)
& ~ reticular_system_1(X)
& ~ thalamus_1(X)
& ~ lateral_geniculate_1(X)
& ~ corpus_callosum_1(X)
& ~ cerebral_cortex_1(X) ) ) ).
fof(a532981,axiom,
! [X] :
( surface_1(X)
=> ( original_name_2(X,'Surface')
& user_description_2(X,'The outermost layer or boundary of an object.')
& concept2words_2(X,surface)
& region_1(X) ) ) ).
fof(a532982,axiom,
! [X] :
( surface_area_categorical_constant_1(X)
=> ( original_name_2(X,'Surface-Area-Categorical-Constant')
& concept2words_2(X,'surface area categorical constant')
& concept2words_2(X,'surface-area-categorical-constant')
& constant_1(X) ) ) ).
fof(a532983,axiom,
! [X] :
( surface_area_scalar_constant_1(X)
=> ( original_name_2(X,'Surface-Area-Scalar-Constant')
& concept2words_2(X,'surface area scalar constant')
& concept2words_2(X,'surface-area-scalar-constant')
& constant_1(X) ) ) ).
fof(a532984,axiom,
! [X] :
( surface_area_scale_1(X)
=> ( original_name_2(X,'Surface-Area-Scale')
& concept2words_2(X,'surface area scale')
& concept2words_2(X,'surface-area-scale')
& scale_1(X) ) ) ).
fof(a532985,axiom,
! [X] :
( surface_area_value_1(X)
=> ( original_name_2(X,'Surface-Area-Value')
& concept2words_2(X,'surface area')
& concept2words_2(X,'area of surface')
& concept2words_2(X,'surface-area')
& concept2words_2(X,'surface area value')
& concept2words_2(X,'surface-area-value')
& property_value_1(X) ) ) ).
fof(a532986,axiom,
! [X] :
( surface_protein_1(X)
=> ( original_name_2(X,'Surface-Protein')
& user_description_2(X,'Protein found on the outer surface of a cell, on the plasma membrane.')
& concept2words_2(X,'protein of surface')
& concept2words_2(X,'surface protein')
& concept2words_2(X,'surface-protein')
& protein_1(X)
& size_value_1(fn_surface_protein_3(X))
& monomer_1(fn_surface_protein_4(X))
& atom_1(fn_surface_protein_5(X))
& chemical_entity_1(fn_surface_protein_5(X))
& carbon_1(fn_surface_protein_6(X))
& size_value_1(fn_surface_protein_7(X))
& the_scalar_value_2(fn_surface_protein_3(X),big_0)
& scalar_unit_class_2(fn_surface_protein_3(X),polypeptide_0)
& size_2(X,fn_surface_protein_3(X))
& greater_than_2(fn_surface_protein_3(X),fn_surface_protein_7(X))
& size_2(fn_surface_protein_4(X),fn_surface_protein_7(X))
& has_part_2(X,fn_surface_protein_4(X))
& fn_surface_protein_6(X) = fn_organic_molecule_1(X)
& fn_surface_protein_5(X) = fn_organic_molecule_2(X)
& fn_surface_protein_1(X) = fn_polymer_10(X)
& fn_surface_protein_2(X) = fn_polymer_9(X)
& fn_surface_protein_4(X) = fn_polymer_6(X)
& fn_surface_protein_4(X) = fn_polymer_4(X)
& fn_surface_protein_7(X) = fn_polymer_7(X)
& fn_surface_protein_3(X) = fn_polymer_8(X)
& fn_polymer_6(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_polymer_4(X) ) ) ).
fof(a532987,axiom,
! [X] :
( surface_tension_constant_1(X)
=> ( original_name_2(X,'Surface-Tension-Constant')
& concept2words_2(X,'surface tension constant')
& concept2words_2(X,'surface-tension-constant')
& constant_1(X) ) ) ).
fof(a532988,axiom,
! [X] :
( surface_tension_scale_1(X)
=> ( original_name_2(X,'Surface-Tension-Scale')
& concept2words_2(X,'surface tension scale')
& concept2words_2(X,'surface-tension-scale')
& scale_1(X) ) ) ).
fof(a532989,axiom,
! [X] :
( surface_tension_value_1(X)
=> ( original_name_2(X,'Surface-Tension-Value')
& concept2words_2(X,'tension of surface')
& concept2words_2(X,'surface tension')
& concept2words_2(X,'surface-tension')
& concept2words_2(X,'surface tension value')
& concept2words_2(X,'surface-tension-value')
& property_value_1(X) ) ) ).
fof(a532990,axiom,
! [X] :
( surfactant_1(X)
=> ( original_name_2(X,'Surfactant')
& user_description_2(X,'A phospholipoprotein secreted by the alveoli that reduces surface tension in the fluid coating the alveoli.')
& concept2words_2(X,surfactant)
& liquid_substance_1(X) ) ) ).
fof(a532991,axiom,
! [X] :
( surrogate_mother_1(X)
=> ( original_name_2(X,'Surrogate-Mother')
& user_description_2(X,'A surrogate mother is a woman who carries a fetus for someone else.')
& concept2words_2(X,'mother of surrogate')
& concept2words_2(X,'surrogate mother')
& concept2words_2(X,'surrogate-mother')
& organism_role_1(X) ) ) ).
fof(a532992,axiom,
! [X] :
( survivorship_curve_1(X)
=> ( original_name_2(X,'Survivorship-Curve')
& user_description_2(X,'A graph that shows the number or proportion of individuals still alive at each age.')
& concept2words_2(X,'survivorship curve')
& concept2words_2(X,'survivorship-curve')
& population_representation_1(X)
& ~ action_spectrum_1(X)
& ~ age_structure_diagram_1(X)
& ~ cell_lineage_1(X)
& ~ cladogram_1(X)
& ~ climograph_1(X)
& ~ fate_map_1(X)
& ~ genetic_map_1(X)
& ~ genomic_representation_1(X)
& ~ genotypic_ratio_1(X)
& ~ life_table_1(X)
& ~ pedigree_1(X)
& ~ periodic_table_1(X)
& ~ phenotypic_ratio_1(X)
& ~ phylogenetic_tree_1(X)
& ~ punnett_square_1(X)
& ~ reproductive_table_1(X)
& ~ species_area_curve_1(X)
& ~ tree_of_life_1(X) ) ) ).
fof(a532993,axiom,
! [X] :
( suspension_1(X)
=> ( original_name_2(X,'Suspension')
& user_description_2(X,'A mixture in which fine particles are suspended in a fluid where they are supported by buoyancy.')
& concept2words_2(X,suspension)
& mixture_1(X)
& ~ topsoil_1(X)
& ~ soil_1(X)
& ~ saliva_1(X)
& ~ protobiont_1(X)
& ~ peat_1(X)
& ~ loam_1(X)
& ~ homogenate_1(X)
& ~ feces_1(X)
& ~ detritus_1(X)
& ~ acid_chyme_1(X)
& solid_substance_1(fn_suspension_1(X))
& liquid_substance_1(fn_suspension_2(X))
& is_inside_2(fn_suspension_1(X),fn_suspension_2(X))
& has_part_2(X,fn_suspension_2(X))
& has_part_2(X,fn_suspension_1(X))
& fn_suspension_2(X) = fn_mixture_2(X)
& fn_suspension_1(X) = fn_mixture_1(X) ) ) ).
fof(a532994,axiom,
! [X] :
( suspension_feeder_1(X)
=> ( original_name_2(X,'Suspension-Feeder')
& user_description_2(X,'An aquatic animal that feeds on small particles suspended in the water. Examples include clams and baleen whales.')
& concept2words_2(X,'feeder of suspension')
& concept2words_2(X,'suspension feeder')
& concept2words_2(X,'suspension-feeder')
& feeder_1(X)
& organism_1(fn_suspension_feeder_1(X))
& ingestion_1(fn_suspension_feeder_2(X))
& suspension_1(fn_suspension_feeder_3(X))
& water_1(fn_suspension_feeder_4(X))
& tangible_entity_1(fn_suspension_feeder_5(X))
& solid_substance_1(fn_suspension_feeder_5(X))
& liquid_substance_1(fn_suspension_2(fn_suspension_feeder_3(X)))
& tangible_entity_1(fn_ingestion_3(fn_suspension_feeder_2(X)))
& solid_substance_1(fn_suspension_1(fn_suspension_feeder_3(X)))
& base_2(fn_suspension_feeder_2(X),fn_suspension_feeder_1(X))
& plays_2(fn_suspension_feeder_1(X),X)
& in_event_2(X,fn_suspension_feeder_2(X))
& object_2(fn_suspension_feeder_2(X),fn_suspension_feeder_5(X))
& has_part_2(fn_suspension_feeder_3(X),fn_suspension_feeder_4(X))
& is_inside_2(fn_suspension_feeder_5(X),fn_suspension_feeder_4(X))
& has_part_2(fn_suspension_feeder_3(X),fn_suspension_feeder_5(X))
& fn_suspension_feeder_5(X) = fn_ingestion_3(fn_suspension_feeder_2(X))
& fn_suspension_feeder_5(X) = fn_suspension_1(fn_suspension_feeder_3(X))
& fn_suspension_feeder_4(X) = fn_suspension_2(fn_suspension_feeder_3(X))
& fn_ingestion_3(fn_suspension_feeder_2(X)) = fn_suspension_1(fn_suspension_feeder_3(X))
& fn_suspension_1(fn_suspension_feeder_3(X)) = fn_suspension_1(fn_suspension_feeder_3(X)) ) ) ).
fof(a532995,axiom,
! [X] :
( suspension_feeding_1(X)
=> ( original_name_2(X,'Suspension-Feeding')
& user_description_2(X,'Feeding on small particles suspended in the water.')
& concept2words_2(X,'feeding of suspension')
& concept2words_2(X,'suspension feeding')
& concept2words_2(X,'suspension-feeding')
& feeding_1(X)
& ~ bulk_feeding_1(X)
& ~ fluid_feeding_1(X)
& ~ opportunistic_feeding_1(X)
& ~ substrate_feeding_1(X) ) ) ).
fof(a532996,axiom,
! [X] :
( sustainable_agriculture_1(X)
=> ( original_name_2(X,'Sustainable-Agriculture')
& user_description_2(X,'The application of ecological principles to agriculture, so that farming methods are environmentally safe for long periods of time.')
& concept2words_2(X,'sustainable agriculture')
& concept2words_2(X,'sustainable-agriculture')
& agricultural_process_1(X)
& ~ animal_husbandry_1(X)
& ~ crop_rotation_1(X)
& ~ hydroponic_culture_1(X)
& ~ irrigation_1(X)
& ~ logging_1(X)
& ~ monoculture_1(X)
& ~ no_till_agriculture_1(X)
& ~ vernalization_1(X) ) ) ).
fof(a532997,axiom,
! [X] :
( sustainable_development_1(X)
=> ( original_name_2(X,'Sustainable-Development')
& user_description_2(X,'Development in which resource use not only meets current human need but also allows future generations to meet their needs.')
& concept2words_2(X,'sustainable development')
& concept2words_2(X,'sustainable-development')
& population_dynamics_1(X)
& ~ age_structure_1(X)
& ~ zero_population_growth_1(X) ) ) ).
fof(a532998,axiom,
! [X] :
( swallow_1(X)
=> ( original_name_2(X,'Swallow')
& user_description_2(X,'Process in animals which moves food (in the form of a bolus) from the mouth to the pharnyx and then into the esophagus.')
& concept2words_2(X,swallow)
& digestive_process_1(X) ) ) ).
fof(a532999,axiom,
! [X] :
( swallowing_reflex_1(X)
=> ( original_name_2(X,'Swallowing-Reflex')
& user_description_2(X,'A reflex triggered by a bolus of food reaching the pharynx, allowing the bolus to enter the esophagus and not the treachea.')
& concept2words_2(X,'swallowing reflex')
& concept2words_2(X,'swallowing-reflex')
& reflex_1(X)
& ~ knee_jerk_reflex_1(X)
& epiglottis_1(fn_swallowing_reflex_1(X))
& spatial_entity_1(fn_swallowing_reflex_2(X))
& spatial_entity_1(fn_swallowing_reflex_3(X))
& block_1(fn_swallowing_reflex_4(X))
& move_through_1(fn_swallowing_reflex_5(X))
& spatial_entity_1(fn_swallowing_reflex_6(X))
& spatial_entity_1(fn_swallowing_reflex_7(X))
& block_1(fn_swallowing_reflex_8(X))
& spatial_entity_1(fn_swallowing_reflex_9(X))
& tangible_entity_1(fn_swallowing_reflex_9(X))
& trachea_1(fn_swallowing_reflex_9(X))
& move_into_1(fn_swallowing_reflex_10(X))
& move_into_1(fn_swallowing_reflex_11(X))
& fluid_substance_1(fn_swallowing_reflex_12(X))
& container_1(fn_swallowing_reflex_13(X))
& barrier_1(fn_swallowing_reflex_14(X))
& container_1(fn_swallowing_reflex_15(X))
& spatial_entity_1(fn_swallowing_reflex_16(X))
& biological_region_1(fn_swallowing_reflex_16(X))
& spatial_entity_1(fn_swallowing_reflex_17(X))
& tangible_entity_1(fn_swallowing_reflex_17(X))
& food_1(fn_swallowing_reflex_18(X))
& portal_1(fn_swallowing_reflex_19(X))
& spatial_entity_1(fn_move_1(fn_swallowing_reflex_11(X)))
& container_1(fn_move_into_2(fn_swallowing_reflex_11(X)))
& container_1(fn_move_into_2(fn_swallowing_reflex_10(X)))
& spatial_entity_1(fn_trachea_3(fn_swallowing_reflex_9(X)))
& spatial_entity_1(fn_trachea_4(fn_swallowing_reflex_9(X)))
& spatial_entity_1(fn_conduit_1(fn_swallowing_reflex_19(X)))
& biological_region_1(fn_trachea_2(fn_swallowing_reflex_9(X)))
& spatial_entity_1(fn_block_1(fn_swallowing_reflex_8(X)))
& tangible_entity_1(fn_barrier_1(fn_swallowing_reflex_14(X)))
& tangible_entity_1(fn_move_into_1(fn_swallowing_reflex_11(X)))
& tangible_entity_1(fn_move_into_1(fn_swallowing_reflex_10(X)))
& spatial_entity_1(fn_move_1(fn_swallowing_reflex_10(X)))
& tangible_entity_1(fn_food_3(fn_swallowing_reflex_18(X)))
& prevents_2(X,fn_swallowing_reflex_8(X))
& path_2(fn_swallowing_reflex_5(X),fn_swallowing_reflex_16(X))
& in_event_2(fn_swallowing_reflex_19(X),fn_swallowing_reflex_5(X))
& instrument_2(fn_swallowing_reflex_4(X),fn_swallowing_reflex_9(X))
& is_inside_2(fn_swallowing_reflex_3(X),fn_swallowing_reflex_9(X))
& in_event_2(fn_swallowing_reflex_14(X),fn_swallowing_reflex_4(X))
& is_outside_2(fn_swallowing_reflex_2(X),fn_swallowing_reflex_9(X))
& destination_2(fn_swallowing_reflex_11(X),fn_swallowing_reflex_7(X))
& origin_2(fn_swallowing_reflex_11(X),fn_swallowing_reflex_2(X))
& fn_swallowing_reflex_11(X) != fn_swallowing_reflex_10(X)
& origin_2(fn_swallowing_reflex_10(X),fn_swallowing_reflex_6(X))
& destination_2(fn_swallowing_reflex_10(X),fn_swallowing_reflex_3(X))
& fn_swallowing_reflex_10(X) != fn_swallowing_reflex_11(X)
& prevents_2(fn_swallowing_reflex_8(X),fn_swallowing_reflex_11(X))
& prevents_2(fn_swallowing_reflex_8(X),fn_swallowing_reflex_10(X))
& instrument_2(fn_swallowing_reflex_8(X),fn_swallowing_reflex_1(X))
& object_2(fn_swallowing_reflex_8(X),fn_swallowing_reflex_9(X))
& plays_2(fn_swallowing_reflex_9(X),fn_swallowing_reflex_14(X))
& object_2(fn_swallowing_reflex_11(X),fn_swallowing_reflex_12(X))
& plays_2(fn_swallowing_reflex_16(X),fn_swallowing_reflex_19(X))
& base_2(fn_swallowing_reflex_11(X),fn_swallowing_reflex_9(X))
& plays_2(fn_swallowing_reflex_9(X),fn_swallowing_reflex_15(X))
& base_2(fn_swallowing_reflex_10(X),fn_swallowing_reflex_9(X))
& plays_2(fn_swallowing_reflex_9(X),fn_swallowing_reflex_13(X))
& object_2(fn_swallowing_reflex_10(X),fn_swallowing_reflex_17(X))
& in_event_2(fn_swallowing_reflex_13(X),fn_swallowing_reflex_11(X))
& in_event_2(fn_swallowing_reflex_15(X),fn_swallowing_reflex_10(X))
& is_inside_2(fn_swallowing_reflex_7(X),fn_swallowing_reflex_9(X))
& is_outside_2(fn_swallowing_reflex_6(X),fn_swallowing_reflex_9(X))
& has_region_2(fn_swallowing_reflex_9(X),fn_swallowing_reflex_16(X))
& plays_2(fn_swallowing_reflex_17(X),fn_swallowing_reflex_18(X))
& fn_swallowing_reflex_9(X) = fn_block_1(fn_swallowing_reflex_8(X))
& fn_swallowing_reflex_9(X) = fn_barrier_1(fn_swallowing_reflex_14(X))
& fn_swallowing_reflex_12(X) = fn_move_1(fn_swallowing_reflex_11(X))
& fn_swallowing_reflex_16(X) = fn_conduit_1(fn_swallowing_reflex_19(X))
& fn_swallowing_reflex_15(X) = fn_move_into_2(fn_swallowing_reflex_11(X))
& fn_swallowing_reflex_9(X) = fn_move_into_1(fn_swallowing_reflex_11(X))
& fn_swallowing_reflex_13(X) = fn_move_into_2(fn_swallowing_reflex_10(X))
& fn_swallowing_reflex_9(X) = fn_move_into_1(fn_swallowing_reflex_10(X))
& fn_swallowing_reflex_17(X) = fn_move_1(fn_swallowing_reflex_10(X))
& fn_swallowing_reflex_13(X) = fn_move_into_2(fn_swallowing_reflex_11(X))
& fn_swallowing_reflex_15(X) = fn_move_into_2(fn_swallowing_reflex_10(X))
& fn_swallowing_reflex_7(X) = fn_trachea_3(fn_swallowing_reflex_9(X))
& fn_swallowing_reflex_6(X) = fn_trachea_4(fn_swallowing_reflex_9(X))
& fn_swallowing_reflex_16(X) = fn_trachea_2(fn_swallowing_reflex_9(X))
& fn_swallowing_reflex_17(X) = fn_food_3(fn_swallowing_reflex_18(X))
& fn_conduit_1(fn_swallowing_reflex_19(X)) = fn_trachea_2(fn_swallowing_reflex_9(X))
& fn_trachea_2(fn_swallowing_reflex_9(X)) = fn_block_1(fn_swallowing_reflex_8(X))
& fn_block_1(fn_swallowing_reflex_8(X)) = fn_barrier_1(fn_swallowing_reflex_14(X))
& fn_barrier_1(fn_swallowing_reflex_14(X)) = fn_barrier_1(fn_swallowing_reflex_14(X))
& fn_barrier_1(fn_swallowing_reflex_14(X)) = fn_move_into_1(fn_swallowing_reflex_11(X))
& fn_move_into_1(fn_swallowing_reflex_11(X)) = fn_move_into_1(fn_swallowing_reflex_11(X))
& fn_move_into_1(fn_swallowing_reflex_11(X)) = fn_move_into_1(fn_swallowing_reflex_10(X))
& fn_move_into_1(fn_swallowing_reflex_10(X)) = fn_move_into_1(fn_swallowing_reflex_10(X))
& fn_move_into_1(fn_swallowing_reflex_10(X)) = fn_move_1(fn_swallowing_reflex_10(X))
& fn_move_1(fn_swallowing_reflex_10(X)) = fn_food_3(fn_swallowing_reflex_18(X)) ) ) ).
fof(a533000,axiom,
! [X] :
( sweat_1(X)
=> ( original_name_2(X,'Sweat')
& user_description_2(X,'Perspiration; water excreted by the skin as a response to increased body temperature. Sweat will evaporate from the skin\'s surface, and by evaporative cooling, the body\'s temperature will decrease.')
& concept2words_2(X,sweat)
& excreted_fluid_1(X)
& ~ amniotic_fluid_1(X)
& ~ aqueous_humor_1(X)
& ~ bile_1(X)
& ~ cerebrospinal_fluid_1(X)
& ~ colloid_1(X)
& ~ filtrate_1(X)
& ~ gastric_juice_1(X)
& ~ hemolymph_1(X)
& ~ interstitial_fluid_1(X)
& ~ lymph_1(X)
& ~ mucus_1(X)
& ~ plasma_1(X)
& ~ semen_1(X)
& ~ urine_1(X)
& ~ vitreous_humor_1(X)
& lysozyme_1(fn_sweat_1(X))
& has_part_2(X,fn_sweat_1(X)) ) ) ).
fof(a533001,axiom,
! [X] :
( swim_bladder_1(X)
=> ( original_name_2(X,'Swim-Bladder')
& user_description_2(X,'In some fishes, an internal gas-filled structure that allows the animal to control its buoyancy.')
& concept2words_2(X,'bladder of swim')
& concept2words_2(X,'swim bladder')
& concept2words_2(X,'swim-bladder')
& specialised_organ_1(X) ) ) ).
fof(a533002,axiom,
! [X] :
( symbiont_1(X)
=> ( original_name_2(X,'Symbiont')
& user_description_2(X,'The smaller partner in a symbiotic association. The symbiont lives within or on the host (the larger partner in the relationship).')
& concept2words_2(X,symbiont)
& ecological_role_1(X) ) ) ).
fof(a533003,axiom,
! [X] :
( symbiosis_1(X)
=> ( original_name_2(X,'Symbiosis')
& user_description_2(X,'An intimate ecological relationship between individuals of two different species. The larger partner in the relationship is called the host, and the smaller partner is called the symbiont.')
& concept2words_2(X,symbiosis)
& species_interactions_1(X)
& ~ competition_1(X)
& ~ herbivory_1(X)
& organism_1(fn_symbiosis_1(X))
& organism_1(fn_symbiosis_2(X))
& agent_2(X,fn_symbiosis_2(X))
& agent_2(X,fn_symbiosis_1(X))
& base_2(X,fn_symbiosis_1(X))
& base_2(X,fn_symbiosis_2(X))
& fn_symbiosis_1(X) != fn_symbiosis_2(X)
& fn_symbiosis_2(X) != fn_symbiosis_1(X) ) ) ).
fof(a533004,axiom,
! [X] :
( symbiotic_fungi_1(X)
=> ( original_name_2(X,'Symbiotic-Fungi')
& user_description_2(X,'Fungi that form a symbiotic relationship with other organisms.')
& concept2words_2(X,'symbiotic fungus')
& concept2words_2(X,'symbiotic-fungi')
& fungus_1(X)
& ~ ascomycete_1(X)
& ~ chytrid_1(X)
& ~ club_fungus_1(X)
& ~ deuteromycete_1(X)
& ~ glomeromycete_1(X)
& ~ zygomycete_1(X) ) ) ).
fof(a533005,axiom,
! [X] :
( symmetrical_distribution_1(X)
=> ( original_name_2(X,'Symmetrical-Distribution')
& user_description_2(X,'A distribution in which observations equidistant from the central maximum have the same frequency. Also known as symmetric distribution.')
& concept2words_2(X,'symmetrical distribution')
& concept2words_2(X,'symmetrical-distribution')
& distributing_1(X)
& ~ asymmetrical_distribution_1(X) ) ) ).
fof(a533006,axiom,
! [X] :
( sympathetic_division_1(X)
=> ( original_name_2(X,'Sympathetic-Division')
& user_description_2(X,'One of three major divisions of the autonomic nervous system. It generally acts to maintain homeostasis but also mobilizes the body\'s')
& concept2words_2(X,'sympathetic division')
& concept2words_2(X,'sympathetic-division')
& autonomic_nervous_1(X)
& ~ parasympathetic_division_1(X) ) ) ).
fof(a533007,axiom,
! [X] :
( sympatric_speciation_1(X)
=> ( original_name_2(X,'Sympatric-Speciation')
& user_description_2(X,'The process by which new species evolve in populations that live in the same geographic area.')
& concept2words_2(X,'sympatric speciation')
& concept2words_2(X,'sympatric-speciation')
& speciation_1(X) ) ) ).
fof(a533008,axiom,
! [X] :
( symplast_1(X)
=> ( original_name_2(X,'Symplast')
& user_description_2(X,'In plants, the continuous flow of cytoplasm between cells connected by plasmodesmata.')
& concept2words_2(X,symplast)
& plant_region_1(X)
& ~ cortex_1(X)
& ~ plasmodium_1(X)
& electrical_signaling_1(fn_symplast_1(X))
& spatial_entity_1(fn_symplast_2(X))
& suspension_1(fn_symplast_2(X))
& colloid_1(fn_symplast_2(X))
& mixture_1(fn_symplast_2(X))
& cytoplasm_1(fn_symplast_2(X))
& membrane_1(fn_symplast_3(X))
& spatial_entity_1(fn_symplast_3(X))
& biomembrane_1(fn_symplast_3(X))
& plasma_membrane_1(fn_symplast_3(X))
& eukaryotic_cell_1(fn_symplast_4(X))
& plant_cell_1(fn_symplast_4(X))
& walled_cell_1(fn_symplast_4(X))
& cell_1(fn_symplast_4(X))
& plant_cell_wall_1(fn_symplast_5(X))
& cell_wall_1(fn_symplast_5(X))
& eukaryotic_cell_1(fn_symplast_6(X))
& cell_1(fn_symplast_6(X))
& plant_cell_1(fn_symplast_6(X))
& plasmodesmata_1(fn_symplast_7(X))
& spatial_entity_1(fn_symplast_8(X))
& mixture_1(fn_symplast_8(X))
& suspension_1(fn_symplast_8(X))
& colloid_1(fn_symplast_8(X))
& cytoplasm_1(fn_symplast_8(X))
& eukaryotic_cell_1(fn_plasmodesmata_19(fn_symplast_7(X)))
& cell_1(fn_plasmodesmata_19(fn_symplast_7(X)))
& plant_cell_1(fn_plasmodesmata_19(fn_symplast_7(X)))
& cell_wall_1(fn_walled_cell_1(fn_symplast_4(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_symplast_6(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_symplast_6(X)))
& spatial_entity_1(fn_plant_cell_83(fn_symplast_6(X)))
& mixture_1(fn_plant_cell_83(fn_symplast_6(X)))
& suspension_1(fn_plant_cell_83(fn_symplast_6(X)))
& colloid_1(fn_plant_cell_83(fn_symplast_6(X)))
& cytoplasm_1(fn_plant_cell_83(fn_symplast_6(X)))
& spatial_entity_1(fn_plant_cell_83(fn_symplast_4(X)))
& mixture_1(fn_plant_cell_83(fn_symplast_4(X)))
& suspension_1(fn_plant_cell_83(fn_symplast_4(X)))
& colloid_1(fn_plant_cell_83(fn_symplast_4(X)))
& cytoplasm_1(fn_plant_cell_83(fn_symplast_4(X)))
& mixture_1(fn_cell_28(fn_symplast_4(X)))
& cytoplasm_1(fn_cell_28(fn_symplast_4(X)))
& membrane_1(fn_plant_cell_97(fn_symplast_4(X)))
& spatial_entity_1(fn_plant_cell_97(fn_symplast_4(X)))
& biomembrane_1(fn_plant_cell_97(fn_symplast_4(X)))
& plasma_membrane_1(fn_plant_cell_97(fn_symplast_4(X)))
& membrane_1(fn_plant_cell_wall_26(fn_symplast_5(X)))
& spatial_entity_1(fn_plant_cell_wall_26(fn_symplast_5(X)))
& biomembrane_1(fn_plant_cell_wall_26(fn_symplast_5(X)))
& plasma_membrane_1(fn_plant_cell_wall_26(fn_symplast_5(X)))
& plasma_membrane_1(fn_cell_30(fn_symplast_4(X)))
& eukaryotic_cell_1(fn_plasmodesmata_18(fn_symplast_7(X)))
& cell_1(fn_plasmodesmata_18(fn_symplast_7(X)))
& plant_cell_1(fn_plasmodesmata_18(fn_symplast_7(X)))
& plant_cell_1(fn_plant_cell_wall_24(fn_symplast_5(X)))
& is_inside_2(fn_symplast_8(X),X)
& is_inside_2(fn_symplast_7(X),X)
& has_function_2(X,fn_symplast_1(X))
& is_inside_2(fn_symplast_3(X),fn_symplast_5(X))
& is_inside_2(fn_symplast_2(X),X)
& has_part_2(fn_symplast_6(X),fn_symplast_8(X))
& is_between_2(fn_symplast_2(X),fn_symplast_3(X))
& is_between_2(fn_symplast_7(X),fn_symplast_6(X))
& is_between_2(fn_symplast_7(X),fn_symplast_4(X))
& fn_symplast_6(X) != fn_symplast_4(X)
& fn_symplast_4(X) != fn_symplast_6(X)
& abuts_2(fn_symplast_6(X),fn_symplast_4(X))
& abuts_2(fn_symplast_4(X),fn_symplast_6(X))
& has_part_2(fn_symplast_4(X),fn_symplast_2(X))
& is_inside_2(fn_symplast_2(X),fn_symplast_3(X))
& has_part_2(fn_symplast_4(X),fn_symplast_3(X))
& has_part_2(fn_symplast_4(X),fn_symplast_5(X))
& is_outside_2(fn_symplast_5(X),fn_symplast_3(X))
& fn_symplast_8(X) = fn_eukaryotic_cell_31(fn_symplast_6(X))
& fn_symplast_8(X) = fn_plant_cell_83(fn_symplast_6(X))
& fn_symplast_3(X) = fn_plant_cell_97(fn_symplast_4(X))
& fn_symplast_6(X) = fn_plasmodesmata_19(fn_symplast_7(X))
& fn_symplast_4(X) = fn_plasmodesmata_18(fn_symplast_7(X))
& fn_symplast_2(X) = fn_plant_cell_83(fn_symplast_4(X))
& fn_symplast_5(X) = fn_walled_cell_1(fn_symplast_4(X))
& fn_symplast_2(X) = fn_cell_28(fn_symplast_4(X))
& fn_symplast_4(X) = fn_plant_cell_wall_24(fn_symplast_5(X))
& fn_symplast_3(X) = fn_plant_cell_wall_26(fn_symplast_5(X))
& fn_symplast_3(X) = fn_cell_30(fn_symplast_4(X))
& fn_eukaryotic_cell_31(fn_symplast_6(X)) = fn_plant_cell_83(fn_symplast_6(X))
& fn_plant_cell_83(fn_symplast_6(X)) = fn_plant_cell_83(fn_symplast_4(X))
& fn_plant_cell_83(fn_symplast_4(X)) = fn_plant_cell_83(fn_symplast_4(X))
& fn_plant_cell_83(fn_symplast_4(X)) = fn_cell_28(fn_symplast_4(X))
& fn_cell_28(fn_symplast_4(X)) = fn_cell_28(fn_symplast_4(X))
& fn_cell_28(fn_symplast_4(X)) = fn_plant_cell_97(fn_symplast_4(X))
& fn_plant_cell_97(fn_symplast_4(X)) = fn_plant_cell_wall_26(fn_symplast_5(X))
& fn_plant_cell_wall_26(fn_symplast_5(X)) = fn_plant_cell_wall_26(fn_symplast_5(X))
& fn_cell_30(fn_symplast_4(X)) = fn_plant_cell_wall_26(fn_symplast_5(X))
& fn_plant_cell_wall_26(fn_symplast_5(X)) = fn_cell_30(fn_symplast_4(X))
& fn_cell_30(fn_symplast_4(X)) = fn_plasmodesmata_18(fn_symplast_7(X))
& fn_plasmodesmata_18(fn_symplast_7(X)) = fn_plasmodesmata_18(fn_symplast_7(X))
& fn_plasmodesmata_18(fn_symplast_7(X)) = fn_plant_cell_wall_24(fn_symplast_5(X))
& fn_plant_cell_wall_24(fn_symplast_5(X)) = fn_plant_cell_wall_24(fn_symplast_5(X)) ) ) ).
fof(a533009,axiom,
! [X] :
( symplastic_transport_1(X)
=> ( original_name_2(X,'Symplastic-Transport')
& user_description_2(X,'Route of transport of water and solutes in vascular plants which follows a path through the cytosol (the symplast).')
& concept2words_2(X,transport)
& concept2words_2(X,'symplastic transport')
& concept2words_2(X,'symplastic-transport')
& plant_transport_1(X)
& symplast_1(fn_symplastic_transport_1(X))
& move_through_1(fn_symplastic_transport_2(X))
& aqueous_solution_1(fn_symplastic_transport_3(X))
& spatial_entity_1(fn_move_1(fn_symplastic_transport_2(X)))
& path_2(X,fn_symplastic_transport_1(X))
& subevent_2(X,fn_symplastic_transport_2(X))
& path_2(fn_symplastic_transport_2(X),fn_symplastic_transport_1(X))
& object_2(fn_symplastic_transport_2(X),fn_symplastic_transport_3(X))
& fn_symplastic_transport_3(X) = fn_move_1(fn_symplastic_transport_2(X)) ) ) ).
fof(a533010,axiom,
! [X] :
( synapse_1(X)
=> ( original_name_2(X,'Synapse')
& user_description_2(X,'The junction between two neurons, where the dendrites of one neuron communicate with the axon of another. There is a narrow gap between the neurons, into which the presynaptic neuron secretes neurotransmitters that diffuse across the space to the membrane of the postsynaptic neuron.')
& concept2words_2(X,synapse)
& biological_region_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X)
& length_value_1(fn_synapse_2(X))
& nerve_cell_1(fn_synapse_3(X))
& cell_1(fn_synapse_4(X))
& the_scalar_value_2(fn_synapse_2(X),narrow_0)
& scalar_unit_class_2(fn_synapse_2(X),anatomical_space_0)
& is_near_2(fn_synapse_3(X),fn_synapse_4(X))
& is_near_2(fn_synapse_4(X),fn_synapse_3(X))
& is_between_2(X,fn_synapse_3(X))
& is_between_2(X,fn_synapse_4(X))
& width_2(X,fn_synapse_2(X)) ) ) ).
fof(a533011,axiom,
! [X] :
( synapsid_1(X)
=> ( original_name_2(X,'Synapsid')
& user_description_2(X,'A member of the clade of amniote animals that is characterized by a single temporal opening on each side of the skull. Mammals, as well as several lineages of extinct reptiles, are synapsids.')
& concept2words_2(X,synapsid)
& amniote_1(X)
& ~ diapsid_1(X) ) ) ).
fof(a533012,axiom,
! [X] :
( synapsis_1(X)
=> ( original_name_2(X,'Synapsis')
& user_description_2(X,'The pairing of duplicated homologous chromosomes in early meiosis. During synapsis the homologous chromosomes make physical contact with each other, allowing crossover events to occur. Synapsis occurs during Prophase I of meiosis.')
& concept2words_2(X,synapsis)
& meiotic_event_1(X)
& tetrad_1(fn_synapsis_1(X))
& centromere_1(fn_synapsis_2(X))
& centromere_1(fn_synapsis_3(X))
& spatial_entity_1(fn_synapsis_4(X))
& homologous_chromosome_1(fn_synapsis_4(X))
& chromosome_1(fn_synapsis_4(X))
& attach_1(fn_synapsis_5(X))
& synaptonemal_complex_1(fn_synapsis_6(X))
& spatial_entity_1(fn_synapsis_7(X))
& homologous_chromosome_1(fn_synapsis_7(X))
& chromosome_1(fn_synapsis_7(X))
& come_together_1(fn_synapsis_8(X))
& synaptonemal_complex_1(fn_synapsis_9(X))
& attach_1(fn_synapsis_10(X))
& centromere_1(fn_synapsis_11(X))
& tetrad_1(fn_synapsis_12(X))
& spatial_entity_1(fn_synapsis_13(X))
& homologous_chromosome_1(fn_synapsis_13(X))
& chromosome_1(fn_synapsis_13(X))
& come_together_1(fn_synapsis_14(X))
& entity_1(fn_synapsis_15(X))
& spatial_entity_1(fn_synapsis_15(X))
& homologous_chromosome_1(fn_synapsis_15(X))
& chromosome_1(fn_synapsis_15(X))
& crossing_over_1(fn_synapsis_16(X))
& spatial_entity_1(fn_attach_1(fn_synapsis_10(X)))
& spatial_entity_1(fn_attach_1(fn_synapsis_5(X)))
& centromere_1(fn_chromosome_6(fn_synapsis_13(X)))
& centromere_1(fn_chromosome_6(fn_synapsis_4(X)))
& centromere_1(fn_chromosome_6(fn_synapsis_15(X)))
& centromere_1(fn_chromosome_6(fn_synapsis_7(X)))
& spatial_entity_1(fn_attach_2(fn_synapsis_10(X)))
& spatial_entity_1(fn_come_together_1(fn_synapsis_14(X)))
& homologous_chromosome_1(fn_tetrad_1(fn_synapsis_12(X)))
& spatial_entity_1(fn_come_together_2(fn_synapsis_8(X)))
& homologous_chromosome_1(fn_tetrad_1(fn_synapsis_1(X)))
& entity_1(fn_transfer_1(fn_synapsis_16(X)))
& spatial_entity_1(fn_come_together_2(fn_synapsis_14(X)))
& homologous_chromosome_1(fn_tetrad_2(fn_synapsis_12(X)))
& spatial_entity_1(fn_come_together_1(fn_synapsis_8(X)))
& spatial_entity_1(fn_attach_2(fn_synapsis_5(X)))
& homologous_chromosome_1(fn_tetrad_2(fn_synapsis_1(X)))
& exactCardinality(fn_synapsis_14(X),object_0,"2",homologous_chromosome_0)
& site_2(fn_synapsis_14(X),fn_synapsis_11(X))
& next_event_2(fn_synapsis_14(X),fn_synapsis_10(X))
& exactCardinality(fn_synapsis_10(X),base_0,"2",homologous_chromosomes_0)
& next_event_2(fn_synapsis_8(X),fn_synapsis_5(X))
& exactCardinality(fn_synapsis_8(X),object_0,"2",homologous_chromosome_0)
& site_2(fn_synapsis_8(X),fn_synapsis_3(X))
& site_2(fn_synapsis_8(X),fn_synapsis_2(X))
& result_2(X,fn_synapsis_1(X))
& first_subevent_2(X,fn_synapsis_8(X))
& subevent_2(X,fn_synapsis_16(X))
& subevent_2(X,fn_synapsis_5(X))
& subevent_2(X,fn_synapsis_8(X))
& exactCardinality(fn_synapsis_5(X),base_0,"2",homologous_chromosomes_0)
& next_event_2(fn_synapsis_5(X),fn_synapsis_16(X))
& object_2(fn_synapsis_16(X),fn_synapsis_15(X))
& object_2(fn_synapsis_8(X),fn_synapsis_4(X))
& base_2(fn_synapsis_10(X),fn_synapsis_13(X))
& object_2(fn_synapsis_8(X),fn_synapsis_7(X))
& object_2(fn_synapsis_10(X),fn_synapsis_9(X))
& object_2(fn_synapsis_5(X),fn_synapsis_6(X))
& object_2(fn_synapsis_14(X),fn_synapsis_15(X))
& base_2(fn_synapsis_5(X),fn_synapsis_7(X))
& object_2(fn_synapsis_14(X),fn_synapsis_13(X))
& has_part_2(fn_synapsis_1(X),fn_synapsis_4(X))
& has_part_2(fn_synapsis_1(X),fn_synapsis_7(X))
& has_part_2(fn_synapsis_12(X),fn_synapsis_13(X))
& has_part_2(fn_synapsis_12(X),fn_synapsis_15(X))
& has_region_2(fn_synapsis_7(X),fn_synapsis_3(X))
& has_region_2(fn_synapsis_15(X),fn_synapsis_11(X))
& has_region_2(fn_synapsis_4(X),fn_synapsis_2(X))
& has_region_2(fn_synapsis_13(X),fn_synapsis_11(X))
& fn_synapsis_15(X) = fn_transfer_1(fn_synapsis_16(X))
& fn_synapsis_4(X) = fn_come_together_2(fn_synapsis_8(X))
& fn_synapsis_13(X) = fn_attach_2(fn_synapsis_10(X))
& fn_synapsis_7(X) = fn_come_together_1(fn_synapsis_8(X))
& fn_synapsis_9(X) = fn_attach_1(fn_synapsis_10(X))
& fn_synapsis_6(X) = fn_attach_1(fn_synapsis_5(X))
& fn_synapsis_15(X) = fn_come_together_2(fn_synapsis_14(X))
& fn_synapsis_7(X) = fn_attach_2(fn_synapsis_5(X))
& fn_synapsis_13(X) = fn_come_together_1(fn_synapsis_14(X))
& fn_synapsis_4(X) = fn_tetrad_1(fn_synapsis_1(X))
& fn_synapsis_7(X) = fn_tetrad_2(fn_synapsis_1(X))
& fn_synapsis_13(X) = fn_tetrad_1(fn_synapsis_12(X))
& fn_synapsis_15(X) = fn_tetrad_2(fn_synapsis_12(X))
& fn_synapsis_11(X) = fn_chromosome_6(fn_synapsis_13(X))
& fn_synapsis_2(X) = fn_chromosome_6(fn_synapsis_4(X))
& fn_synapsis_11(X) = fn_chromosome_6(fn_synapsis_15(X))
& fn_synapsis_3(X) = fn_chromosome_6(fn_synapsis_7(X))
& fn_attach_2(fn_synapsis_10(X)) = fn_come_together_1(fn_synapsis_14(X))
& fn_come_together_1(fn_synapsis_14(X)) = fn_come_together_1(fn_synapsis_14(X))
& fn_come_together_1(fn_synapsis_14(X)) = fn_tetrad_1(fn_synapsis_12(X))
& fn_tetrad_1(fn_synapsis_12(X)) = fn_come_together_2(fn_synapsis_8(X))
& fn_come_together_2(fn_synapsis_8(X)) = fn_tetrad_1(fn_synapsis_1(X))
& fn_tetrad_1(fn_synapsis_1(X)) = fn_transfer_1(fn_synapsis_16(X))
& fn_transfer_1(fn_synapsis_16(X)) = fn_come_together_2(fn_synapsis_14(X))
& fn_come_together_2(fn_synapsis_14(X)) = fn_come_together_2(fn_synapsis_14(X))
& fn_come_together_2(fn_synapsis_14(X)) = fn_tetrad_2(fn_synapsis_12(X))
& fn_tetrad_2(fn_synapsis_12(X)) = fn_come_together_1(fn_synapsis_8(X))
& fn_come_together_1(fn_synapsis_8(X)) = fn_attach_2(fn_synapsis_5(X))
& fn_attach_2(fn_synapsis_5(X)) = fn_attach_2(fn_synapsis_5(X))
& fn_attach_2(fn_synapsis_5(X)) = fn_tetrad_2(fn_synapsis_1(X)) ) ) ).
fof(a533013,axiom,
! [X] :
( synaptic_cleft_1(X)
=> ( original_name_2(X,'Synaptic-Cleft')
& user_description_2(X,'The narrow gap between a presynaptic neuron and a postsynaptic neuron or effector cell.')
& concept2words_2(X,cleft)
& concept2words_2(X,'synaptic gap')
& concept2words_2(X,'synaptic cleft')
& concept2words_2(X,'synaptic-cleft')
& cellular_region_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a533014,axiom,
! [X] :
( synaptic_terminal_1(X)
=> ( original_name_2(X,'Synaptic-Terminal')
& user_description_2(X,'An area in the axon of a presynaptic neuron that contains neurotransmitters stored in vesicles.')
& concept2words_2(X,'synaptic terminal')
& concept2words_2(X,'synaptic-terminal')
& neuron_structure_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ transverse_tubule_1(X)
& ~ z_line_filament_1(X) ) ) ).
fof(a533015,axiom,
! [X] :
( synaptic_vesicle_1(X)
=> ( original_name_2(X,'Synaptic-Vesicle')
& user_description_2(X,'A membrane-bound sac containing neurotransmitter molecules, located at the tip of an axon.')
& concept2words_2(X,'synaptic vesicle')
& concept2words_2(X,'synaptic-vesicle')
& vesicle_1(X)
& ~ acrosome_1(X)
& ~ cortical_granule_1(X)
& ~ lysosome_1(X)
& ~ transport_vesicle_1(X)
& ~ vacuole_1(X)
& metabolism_1(fn_synaptic_vesicle_1(X))
& cell_1(fn_synaptic_vesicle_2(X))
& animal_cell_1(fn_synaptic_vesicle_2(X))
& nerve_cell_1(fn_synaptic_vesicle_2(X))
& protein_enzyme_1(fn_synaptic_vesicle_3(X))
& support_1(fn_synaptic_vesicle_4(X))
& metabolic_pathway_1(fn_synaptic_vesicle_5(X))
& endergonic_process_1(fn_synaptic_vesicle_5(X))
& chemical_reaction_1(fn_synaptic_vesicle_5(X))
& synthesis_of_organic_molecule_1(fn_synaptic_vesicle_5(X))
& anabolic_pathway_1(fn_synaptic_vesicle_5(X))
& synthesis_of_atp_1(fn_synaptic_vesicle_5(X))
& synthesis_reaction_1(fn_synaptic_vesicle_6(X))
& chemical_reaction_1(fn_synaptic_vesicle_6(X))
& anabolic_pathway_1(fn_synaptic_vesicle_6(X))
& metabolic_pathway_1(fn_synaptic_vesicle_6(X))
& endergonic_reaction_1(fn_synaptic_vesicle_6(X))
& synthesis_of_lipid_1(fn_synaptic_vesicle_6(X))
& mixture_1(fn_synaptic_vesicle_7(X))
& cytoplasm_1(fn_synaptic_vesicle_7(X))
& membrane_1(fn_synaptic_vesicle_8(X))
& tangible_entity_1(fn_synaptic_vesicle_8(X))
& spatial_entity_1(fn_synaptic_vesicle_8(X))
& biomembrane_1(fn_synaptic_vesicle_8(X))
& plasma_membrane_1(fn_synaptic_vesicle_8(X))
& animal_plasma_membrane_1(fn_synaptic_vesicle_8(X))
& protein_enzyme_1(fn_animal_cell_72(fn_synaptic_vesicle_2(X)))
& synthesis_reaction_1(fn_nerve_cell_41(fn_synaptic_vesicle_2(X)))
& chemical_reaction_1(fn_nerve_cell_41(fn_synaptic_vesicle_2(X)))
& anabolic_pathway_1(fn_nerve_cell_41(fn_synaptic_vesicle_2(X)))
& metabolic_pathway_1(fn_nerve_cell_41(fn_synaptic_vesicle_2(X)))
& endergonic_reaction_1(fn_nerve_cell_41(fn_synaptic_vesicle_2(X)))
& synthesis_of_lipid_1(fn_nerve_cell_41(fn_synaptic_vesicle_2(X)))
& metabolic_pathway_1(fn_animal_cell_20(fn_synaptic_vesicle_2(X)))
& endergonic_process_1(fn_animal_cell_20(fn_synaptic_vesicle_2(X)))
& chemical_reaction_1(fn_animal_cell_20(fn_synaptic_vesicle_2(X)))
& synthesis_of_organic_molecule_1(fn_animal_cell_20(fn_synaptic_vesicle_2(X)))
& anabolic_pathway_1(fn_animal_cell_20(fn_synaptic_vesicle_2(X)))
& synthesis_of_atp_1(fn_animal_cell_20(fn_synaptic_vesicle_2(X)))
& metabolic_pathway_1(fn_nerve_cell_58(fn_synaptic_vesicle_2(X)))
& endergonic_process_1(fn_nerve_cell_58(fn_synaptic_vesicle_2(X)))
& chemical_reaction_1(fn_nerve_cell_58(fn_synaptic_vesicle_2(X)))
& synthesis_of_organic_molecule_1(fn_nerve_cell_58(fn_synaptic_vesicle_2(X)))
& anabolic_pathway_1(fn_nerve_cell_58(fn_synaptic_vesicle_2(X)))
& synthesis_of_atp_1(fn_nerve_cell_58(fn_synaptic_vesicle_2(X)))
& mixture_1(fn_animal_cell_79(fn_synaptic_vesicle_2(X)))
& cytoplasm_1(fn_animal_cell_79(fn_synaptic_vesicle_2(X)))
& mixture_1(fn_nerve_cell_43(fn_synaptic_vesicle_2(X)))
& cytoplasm_1(fn_nerve_cell_43(fn_synaptic_vesicle_2(X)))
& support_1(fn_nerve_cell_42(fn_synaptic_vesicle_2(X)))
& support_1(fn_nerve_cell_36(fn_synaptic_vesicle_2(X)))
& tangible_entity_1(fn_animal_cell_73(fn_synaptic_vesicle_2(X)))
& spatial_entity_1(fn_animal_cell_73(fn_synaptic_vesicle_2(X)))
& biomembrane_1(fn_animal_cell_73(fn_synaptic_vesicle_2(X)))
& animal_plasma_membrane_1(fn_animal_cell_73(fn_synaptic_vesicle_2(X)))
& plasma_membrane_1(fn_animal_cell_73(fn_synaptic_vesicle_2(X)))
& membrane_1(fn_nerve_cell_35(fn_synaptic_vesicle_2(X)))
& tangible_entity_1(fn_nerve_cell_35(fn_synaptic_vesicle_2(X)))
& spatial_entity_1(fn_nerve_cell_35(fn_synaptic_vesicle_2(X)))
& biomembrane_1(fn_nerve_cell_35(fn_synaptic_vesicle_2(X)))
& plasma_membrane_1(fn_nerve_cell_35(fn_synaptic_vesicle_2(X)))
& animal_plasma_membrane_1(fn_nerve_cell_35(fn_synaptic_vesicle_2(X)))
& has_function_2(X,fn_synaptic_vesicle_1(X))
& site_2(fn_synaptic_vesicle_1(X),fn_synaptic_vesicle_7(X))
& agent_2(fn_synaptic_vesicle_5(X),fn_synaptic_vesicle_3(X))
& agent_2(fn_synaptic_vesicle_6(X),fn_synaptic_vesicle_3(X))
& has_part_2(fn_synaptic_vesicle_2(X),X)
& has_part_2(fn_synaptic_vesicle_7(X),fn_synaptic_vesicle_3(X))
& base_2(fn_synaptic_vesicle_6(X),fn_synaptic_vesicle_2(X))
& is_inside_2(fn_synaptic_vesicle_7(X),fn_synaptic_vesicle_8(X))
& base_2(fn_synaptic_vesicle_5(X),fn_synaptic_vesicle_2(X))
& has_part_2(fn_synaptic_vesicle_2(X),fn_synaptic_vesicle_8(X))
& agent_2(fn_synaptic_vesicle_4(X),fn_synaptic_vesicle_8(X))
& object_2(fn_synaptic_vesicle_4(X),fn_synaptic_vesicle_2(X))
& has_part_2(fn_synaptic_vesicle_2(X),fn_synaptic_vesicle_7(X))
& is_between_2(fn_synaptic_vesicle_7(X),fn_synaptic_vesicle_8(X))
& fn_synaptic_vesicle_2(X) = fn_vesicle_5(X)
& fn_synaptic_vesicle_3(X) = fn_animal_cell_72(fn_synaptic_vesicle_2(X))
& fn_synaptic_vesicle_6(X) = fn_nerve_cell_41(fn_synaptic_vesicle_2(X))
& fn_synaptic_vesicle_7(X) = fn_animal_cell_79(fn_synaptic_vesicle_2(X))
& fn_synaptic_vesicle_5(X) = fn_animal_cell_20(fn_synaptic_vesicle_2(X))
& fn_synaptic_vesicle_5(X) = fn_nerve_cell_58(fn_synaptic_vesicle_2(X))
& fn_synaptic_vesicle_7(X) = fn_nerve_cell_43(fn_synaptic_vesicle_2(X))
& fn_synaptic_vesicle_4(X) = fn_nerve_cell_42(fn_synaptic_vesicle_2(X))
& fn_synaptic_vesicle_4(X) = fn_nerve_cell_36(fn_synaptic_vesicle_2(X))
& fn_synaptic_vesicle_8(X) = fn_animal_cell_73(fn_synaptic_vesicle_2(X))
& fn_synaptic_vesicle_8(X) = fn_nerve_cell_35(fn_synaptic_vesicle_2(X))
& fn_animal_cell_20(fn_synaptic_vesicle_2(X)) = fn_nerve_cell_58(fn_synaptic_vesicle_2(X))
& fn_nerve_cell_58(fn_synaptic_vesicle_2(X)) = fn_animal_cell_79(fn_synaptic_vesicle_2(X))
& fn_animal_cell_79(fn_synaptic_vesicle_2(X)) = fn_animal_cell_79(fn_synaptic_vesicle_2(X))
& fn_animal_cell_79(fn_synaptic_vesicle_2(X)) = fn_nerve_cell_43(fn_synaptic_vesicle_2(X))
& fn_nerve_cell_43(fn_synaptic_vesicle_2(X)) = fn_nerve_cell_43(fn_synaptic_vesicle_2(X))
& fn_nerve_cell_43(fn_synaptic_vesicle_2(X)) = fn_nerve_cell_42(fn_synaptic_vesicle_2(X))
& fn_nerve_cell_36(fn_synaptic_vesicle_2(X)) = fn_nerve_cell_42(fn_synaptic_vesicle_2(X))
& fn_nerve_cell_42(fn_synaptic_vesicle_2(X)) = fn_nerve_cell_36(fn_synaptic_vesicle_2(X))
& fn_nerve_cell_36(fn_synaptic_vesicle_2(X)) = fn_animal_cell_73(fn_synaptic_vesicle_2(X))
& fn_nerve_cell_35(fn_synaptic_vesicle_2(X)) = fn_nerve_cell_35(fn_synaptic_vesicle_2(X))
& fn_nerve_cell_35(fn_synaptic_vesicle_2(X)) = fn_animal_cell_73(fn_synaptic_vesicle_2(X))
& fn_animal_cell_73(fn_synaptic_vesicle_2(X)) = fn_nerve_cell_35(fn_synaptic_vesicle_2(X)) ) ) ).
fof(a533016,axiom,
! [X] :
( synaptonemal_complex_1(X)
=> ( original_name_2(X,'Synaptonemal-Complex')
& user_description_2(X,'A group of proteins that function as a zipper to hold homologous chromosomes tightly together.')
& concept2words_2(X,'synaptonemal complex')
& concept2words_2(X,'synaptonemal-complex')
& molecular_assembly_1(X)
& protein_1(fn_synaptonemal_complex_1(X))
& has_part_2(X,fn_synaptonemal_complex_1(X)) ) ) ).
fof(a533017,axiom,
! [X,X1] :
( ( result_2(X,X1)
& synthesis_of_organic_molecule_1(X)
& amino_acid_1(X1) )
=> ( synthesis_of_amino_acid_1(X)
& fn_synthesis_of_amino_acid_2(X) = X1 ) ) ).
fof(a533018,axiom,
! [X] :
( synthesis_of_amino_acid_1(X)
=> ( original_name_2(X,'Synthesis-Of-Amino-Acid')
& user_description_2(X,'The process of synthesizing amino acids is called synthesis of amino acid.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of amino acid')
& concept2words_2(X,'synthesis-of-amino-acid')
& synthesis_of_organic_molecule_1(X)
& ~ oxidative_phosphorylation_1(X)
& ~ synthesis_of_cellulose_1(X)
& ~ synthesis_of_protein_1(X)
& amino_acid_1(fn_synthesis_of_amino_acid_2(X))
& result_2(X,fn_synthesis_of_amino_acid_2(X))
& fn_synthesis_of_amino_acid_2(X) = fn_synthesis_of_organic_molecule_1(X) ) ) ).
fof(a533019,axiom,
! [X,X1] :
( ( result_2(X,X1)
& synthesis_of_trna_1(X)
& aminoacyl_trna_1(X1) )
=> ( synthesis_of_aminoacyl_trna_1(X)
& fn_synthesis_of_aminoacyl_trna_3(X) = X1 ) ) ).
fof(a533020,axiom,
! [X] :
( synthesis_of_aminoacyl_trna_1(X)
=> ( original_name_2(X,'Synthesis-Of-Aminoacyl-tRNA')
& user_description_2(X,'This process involves attachment of a specific amino acid to its corresponding tRNA molecule by the enzyme \'Aminoacyl-tRNA synthetase.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of aminoacyl trna')
& concept2words_2(X,'synthesis-of-aminoacyl-trna')
& synthesis_of_trna_1(X)
& break_1(fn_synthesis_of_aminoacyl_trna_1(X))
& tangible_entity_1(fn_synthesis_of_aminoacyl_trna_3(X))
& spatial_entity_1(fn_synthesis_of_aminoacyl_trna_3(X))
& rna_1(fn_synthesis_of_aminoacyl_trna_3(X))
& trna_1(fn_synthesis_of_aminoacyl_trna_3(X))
& aminoacyl_trna_1(fn_synthesis_of_aminoacyl_trna_3(X))
& tangible_entity_1(fn_synthesis_of_aminoacyl_trna_4(X))
& aminoacyl_trna_synthetase_1(fn_synthesis_of_aminoacyl_trna_4(X))
& ribosome_1(fn_synthesis_of_aminoacyl_trna_5(X))
& go_to_1(fn_synthesis_of_aminoacyl_trna_6(X))
& release_1(fn_synthesis_of_aminoacyl_trna_7(X))
& attach_1(fn_synthesis_of_aminoacyl_trna_8(X))
& tangible_entity_1(fn_release_2(fn_synthesis_of_aminoacyl_trna_7(X)))
& move_1(fn_ribosome_11(fn_synthesis_of_aminoacyl_trna_5(X)))
& attach_1(fn_aminoacyl_trna_synthetase_6(fn_synthesis_of_aminoacyl_trna_4(X)))
& tangible_entity_1(fn_release_1(fn_synthesis_of_aminoacyl_trna_7(X)))
& spatial_entity_1(fn_locomotion_1(fn_synthesis_of_aminoacyl_trna_6(X)))
& aminoacyl_trna_1(fn_aminoacyl_trna_synthetase_9(fn_synthesis_of_aminoacyl_trna_4(X)))
& first_subevent_2(X,fn_synthesis_of_aminoacyl_trna_1(X))
& subevent_2(X,fn_synthesis_of_aminoacyl_trna_1(X))
& subevent_2(X,fn_synthesis_of_aminoacyl_trna_8(X))
& subevent_2(X,fn_synthesis_of_aminoacyl_trna_7(X))
& is_inside_2(fn_synthesis_of_aminoacyl_trna_3(X),fn_synthesis_of_aminoacyl_trna_4(X))
& enables_2(fn_synthesis_of_aminoacyl_trna_7(X),fn_synthesis_of_aminoacyl_trna_6(X))
& next_event_2(fn_synthesis_of_aminoacyl_trna_8(X),fn_synthesis_of_aminoacyl_trna_7(X))
& next_event_2(fn_synthesis_of_aminoacyl_trna_1(X),fn_synthesis_of_aminoacyl_trna_8(X))
& base_2(fn_synthesis_of_aminoacyl_trna_7(X),fn_synthesis_of_aminoacyl_trna_4(X))
& object_2(fn_synthesis_of_aminoacyl_trna_7(X),fn_synthesis_of_aminoacyl_trna_3(X))
& agent_2(fn_synthesis_of_aminoacyl_trna_6(X),fn_synthesis_of_aminoacyl_trna_3(X))
& object_2(fn_synthesis_of_aminoacyl_trna_6(X),fn_synthesis_of_aminoacyl_trna_3(X))
& destination_2(fn_synthesis_of_aminoacyl_trna_6(X),fn_synthesis_of_aminoacyl_trna_5(X))
& result_2(X,fn_synthesis_of_aminoacyl_trna_3(X))
& result_2(fn_synthesis_of_aminoacyl_trna_8(X),fn_synthesis_of_aminoacyl_trna_3(X))
& agent_2(fn_synthesis_of_aminoacyl_trna_8(X),fn_synthesis_of_aminoacyl_trna_4(X))
& fn_synthesis_of_aminoacyl_trna_4(X) = fn_release_2(fn_synthesis_of_aminoacyl_trna_7(X))
& fn_synthesis_of_aminoacyl_trna_3(X) = fn_release_1(fn_synthesis_of_aminoacyl_trna_7(X))
& fn_synthesis_of_aminoacyl_trna_3(X) = fn_locomotion_1(fn_synthesis_of_aminoacyl_trna_6(X))
& fn_synthesis_of_aminoacyl_trna_6(X) = fn_ribosome_11(fn_synthesis_of_aminoacyl_trna_5(X))
& fn_synthesis_of_aminoacyl_trna_3(X) = fn_synthesis_of_rna_8(X)
& fn_synthesis_of_aminoacyl_trna_3(X) = fn_synthesis_of_trna_2(X)
& fn_synthesis_of_aminoacyl_trna_3(X) = fn_aminoacyl_trna_synthetase_9(fn_synthesis_of_aminoacyl_trna_4(X))
& fn_synthesis_of_aminoacyl_trna_8(X) = fn_aminoacyl_trna_synthetase_6(fn_synthesis_of_aminoacyl_trna_4(X))
& fn_release_1(fn_synthesis_of_aminoacyl_trna_7(X)) = fn_locomotion_1(fn_synthesis_of_aminoacyl_trna_6(X))
& fn_locomotion_1(fn_synthesis_of_aminoacyl_trna_6(X)) = fn_locomotion_1(fn_synthesis_of_aminoacyl_trna_6(X))
& fn_locomotion_1(fn_synthesis_of_aminoacyl_trna_6(X)) = fn_synthesis_of_rna_8(X)
& fn_synthesis_of_rna_8(X) = fn_synthesis_of_rna_8(X)
& fn_synthesis_of_rna_8(X) = fn_synthesis_of_trna_2(X)
& fn_synthesis_of_trna_2(X) = fn_synthesis_of_trna_2(X)
& fn_synthesis_of_trna_2(X) = fn_aminoacyl_trna_synthetase_9(fn_synthesis_of_aminoacyl_trna_4(X)) ) ) ).
fof(a533021,axiom,
! [X,X2,X1,X3] :
( ( first_subevent_2(X,X1)
& next_event_2(X1,X2)
& object_2(X1,X3)
& subevent_2(X,X2)
& subevent_2(X,X1)
& mrna_1(X3)
& reverse_transcription_1(X2)
& genetic_engineering_1(X)
& remove_1(X1) )
=> ( synthesis_of_artificial_eukaryotic_genes_without_introns_1(X)
& fn_synthesis_of_artificial_eukaryotic_genes_without_introns_4(X) = X3
& fn_synthesis_of_artificial_eukaryotic_genes_without_introns_6(X) = X1
& fn_synthesis_of_artificial_eukaryotic_genes_without_introns_5(X) = X2 ) ) ).
fof(a533022,axiom,
! [X] :
( synthesis_of_artificial_eukaryotic_genes_without_introns_1(X)
=> ( original_name_2(X,'Synthesis-Of-Artificial-Eukaryotic-Genes-Without-Introns')
& user_description_2(X,'Genetic engineering in which mRNA is removed from a eukaryotic cell, then reverse transcribed to produce cDNA.')
& concept2words_2(X,'making artificial eukaryotic genes lacking introns')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of artificial eukaryotic genes without intron')
& concept2words_2(X,'synthesis-of-artificial-eukaryotic-genes-without-intron')
& genetic_engineering_1(X)
& ~ cloning_eukaryotic_gene_in_bacterial_plasmid_1(X)
& ~ cloning_eukaryotic_gene_in_cloning_phage_1(X)
& post_transcriptional_modification_of_rna_1(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_1(X))
& cdna_1(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_3(X))
& mrna_1(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_4(X))
& reverse_transcription_1(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_5(X))
& remove_1(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_6(X))
& spatial_entity_1(fn_remove_1(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_6(X)))
& entity_1(fn_create_1(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_5(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_5(X)))
& polymer_1(fn_polymer_synthesis_23(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_5(X)))
& chemical_entity_1(fn_polymer_synthesis_23(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_5(X)))
& next_event_2(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_6(X),fn_synthesis_of_artificial_eukaryotic_genes_without_introns_5(X))
& result_2(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_1(X),fn_synthesis_of_artificial_eukaryotic_genes_without_introns_4(X))
& first_subevent_2(X,fn_synthesis_of_artificial_eukaryotic_genes_without_introns_6(X))
& subevent_2(X,fn_synthesis_of_artificial_eukaryotic_genes_without_introns_5(X))
& subevent_2(X,fn_synthesis_of_artificial_eukaryotic_genes_without_introns_6(X))
& object_2(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_6(X),fn_synthesis_of_artificial_eukaryotic_genes_without_introns_4(X))
& result_2(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_5(X),fn_synthesis_of_artificial_eukaryotic_genes_without_introns_3(X))
& fn_synthesis_of_artificial_eukaryotic_genes_without_introns_4(X) = fn_remove_1(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_6(X))
& fn_synthesis_of_artificial_eukaryotic_genes_without_introns_3(X) = fn_create_1(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_5(X))
& fn_synthesis_of_artificial_eukaryotic_genes_without_introns_3(X) = fn_anabolic_pathway_5(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_5(X))
& fn_synthesis_of_artificial_eukaryotic_genes_without_introns_3(X) = fn_polymer_synthesis_23(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_5(X))
& fn_create_1(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_5(X)) = fn_anabolic_pathway_5(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_5(X))
& fn_anabolic_pathway_5(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_5(X)) = fn_anabolic_pathway_5(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_5(X))
& fn_anabolic_pathway_5(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_5(X)) = fn_polymer_synthesis_23(fn_synthesis_of_artificial_eukaryotic_genes_without_introns_5(X)) ) ) ).
fof(a533023,axiom,
! [X] :
( synthesis_of_atp_1(X)
=> ( original_name_2(X,'Synthesis-of-ATP')
& user_description_2(X,'It is the process of production of ATP.')
& concept2words_2(X,'atp synthesis')
& concept2words_2(X,synthesize)
& concept2words_2(X,convert)
& concept2words_2(X,'atp-synthesis')
& concept2words_2(X,'synthesis of atp')
& concept2words_2(X,'synthesis-of-atp')
& synthesis_of_organic_molecule_1(X)
& ~ catabolic_pathway_1(X)
& ~ renin_angiotensin_aldosterone_system_1(X)
& activation_energy_1(fn_synthesis_of_atp_1(X))
& free_energy_1(fn_synthesis_of_atp_2(X))
& system_1(fn_synthesis_of_atp_3(X))
& potential_energy_1(fn_synthesis_of_atp_4(X))
& glucose_1(fn_synthesis_of_atp_5(X))
& free_energy_1(fn_synthesis_of_atp_6(X))
& quantity_value_1(fn_synthesis_of_atp_7(X))
& quantity_value_1(fn_synthesis_of_atp_8(X))
& free_energy_1(fn_synthesis_of_atp_9(X))
& organic_molecule_1(fn_synthesis_of_atp_10(X))
& free_energy_change_value_1(fn_synthesis_of_atp_12(X))
& molecule_1(fn_synthesis_of_atp_13(X))
& chemical_entity_1(fn_synthesis_of_atp_13(X))
& ribonucleotide_1(fn_synthesis_of_atp_13(X))
& nucleoside_triphosphate_1(fn_synthesis_of_atp_13(X))
& atp_1(fn_synthesis_of_atp_13(X))
& free_energy_1(fn_synthesis_of_atp_14(X))
& oxygen_1(fn_synthesis_of_atp_15(X))
& entity_1(fn_synthesis_of_atp_15(X))
& chemical_entity_1(fn_synthesis_of_atp_15(X))
& atom_1(fn_synthesis_of_atp_15(X))
& tangible_entity_1(fn_synthesis_of_atp_16(X))
& entity_1(fn_synthesis_of_atp_16(X))
& chemical_entity_1(fn_synthesis_of_atp_16(X))
& atom_1(fn_synthesis_of_atp_16(X))
& phosphorus_1(fn_synthesis_of_atp_16(X))
& oxygen_1(fn_synthesis_of_atp_17(X))
& entity_1(fn_synthesis_of_atp_17(X))
& chemical_entity_1(fn_synthesis_of_atp_17(X))
& atom_1(fn_synthesis_of_atp_17(X))
& functional_group_1(fn_synthesis_of_atp_18(X))
& phosphate_group_1(fn_synthesis_of_atp_18(X))
& functional_group_1(fn_synthesis_of_atp_19(X))
& phosphate_group_1(fn_synthesis_of_atp_19(X))
& functional_group_1(fn_synthesis_of_atp_20(X))
& phosphate_group_1(fn_synthesis_of_atp_20(X))
& covalent_bond_1(fn_synthesis_of_atp_21(X))
& chemical_bond_1(fn_synthesis_of_atp_21(X))
& single_bond_1(fn_synthesis_of_atp_21(X))
& structural_complexity_value_1(fn_synthesis_of_atp_22(X))
& structural_complexity_value_1(fn_synthesis_of_atp_23(X))
& atom_1(fn_ribonucleotide_17(fn_synthesis_of_atp_13(X)))
& phosphorus_1(fn_ribonucleotide_17(fn_synthesis_of_atp_13(X)))
& tangible_entity_1(fn_nucleoside_triphosphate_33(fn_synthesis_of_atp_13(X)))
& entity_1(fn_nucleoside_triphosphate_33(fn_synthesis_of_atp_13(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_33(fn_synthesis_of_atp_13(X)))
& atom_1(fn_nucleoside_triphosphate_33(fn_synthesis_of_atp_13(X)))
& phosphorus_1(fn_nucleoside_triphosphate_33(fn_synthesis_of_atp_13(X)))
& tangible_entity_1(fn_atp_36(fn_synthesis_of_atp_13(X)))
& entity_1(fn_atp_36(fn_synthesis_of_atp_13(X)))
& chemical_entity_1(fn_atp_36(fn_synthesis_of_atp_13(X)))
& atom_1(fn_atp_36(fn_synthesis_of_atp_13(X)))
& phosphorus_1(fn_atp_36(fn_synthesis_of_atp_13(X)))
& functional_group_1(fn_atp_34(fn_synthesis_of_atp_13(X)))
& phosphate_group_1(fn_atp_34(fn_synthesis_of_atp_13(X)))
& functional_group_1(fn_ribonucleotide_14(fn_synthesis_of_atp_13(X)))
& phosphate_group_1(fn_ribonucleotide_14(fn_synthesis_of_atp_13(X)))
& phosphate_group_1(fn_nucleoside_triphosphate_27(fn_synthesis_of_atp_13(X)))
& functional_group_1(fn_atp_33(fn_synthesis_of_atp_13(X)))
& phosphate_group_1(fn_atp_33(fn_synthesis_of_atp_13(X)))
& functional_group_1(fn_atp_32(fn_synthesis_of_atp_13(X)))
& phosphate_group_1(fn_atp_32(fn_synthesis_of_atp_13(X)))
& atom_1(fn_molecule_11(fn_synthesis_of_atp_13(X)))
& oxygen_1(fn_ribonucleotide_8(fn_synthesis_of_atp_13(X)))
& entity_1(fn_ribonucleotide_8(fn_synthesis_of_atp_13(X)))
& chemical_entity_1(fn_ribonucleotide_8(fn_synthesis_of_atp_13(X)))
& atom_1(fn_ribonucleotide_8(fn_synthesis_of_atp_13(X)))
& oxygen_1(fn_nucleoside_triphosphate_32(fn_synthesis_of_atp_13(X)))
& entity_1(fn_nucleoside_triphosphate_32(fn_synthesis_of_atp_13(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_32(fn_synthesis_of_atp_13(X)))
& atom_1(fn_nucleoside_triphosphate_32(fn_synthesis_of_atp_13(X)))
& entity_1(fn_ribonucleotide_16(fn_synthesis_of_atp_13(X)))
& chemical_entity_1(fn_ribonucleotide_16(fn_synthesis_of_atp_13(X)))
& atom_1(fn_ribonucleotide_16(fn_synthesis_of_atp_13(X)))
& oxygen_1(fn_ribonucleotide_16(fn_synthesis_of_atp_13(X)))
& entity_1(fn_nucleoside_triphosphate_29(fn_synthesis_of_atp_13(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_29(fn_synthesis_of_atp_13(X)))
& atom_1(fn_nucleoside_triphosphate_29(fn_synthesis_of_atp_13(X)))
& oxygen_1(fn_nucleoside_triphosphate_29(fn_synthesis_of_atp_13(X)))
& oxygen_1(fn_atp_35(fn_synthesis_of_atp_13(X)))
& entity_1(fn_atp_35(fn_synthesis_of_atp_13(X)))
& chemical_entity_1(fn_atp_35(fn_synthesis_of_atp_13(X)))
& atom_1(fn_atp_35(fn_synthesis_of_atp_13(X)))
& oxygen_1(fn_atp_37(fn_synthesis_of_atp_13(X)))
& entity_1(fn_atp_37(fn_synthesis_of_atp_13(X)))
& chemical_entity_1(fn_atp_37(fn_synthesis_of_atp_13(X)))
& atom_1(fn_atp_37(fn_synthesis_of_atp_13(X)))
& chemical_bond_1(fn_molecule_10(fn_synthesis_of_atp_13(X)))
& covalent_bond_1(fn_ribonucleotide_12(fn_synthesis_of_atp_13(X)))
& single_bond_1(fn_ribonucleotide_12(fn_synthesis_of_atp_13(X)))
& single_bond_1(fn_nucleoside_triphosphate_35(fn_synthesis_of_atp_13(X)))
& covalent_bond_1(fn_atp_30(fn_synthesis_of_atp_13(X)))
& chemical_bond_1(fn_atp_30(fn_synthesis_of_atp_13(X)))
& single_bond_1(fn_atp_30(fn_synthesis_of_atp_13(X)))
& structural_complexity_2(fn_synthesis_of_atp_10(X),fn_synthesis_of_atp_23(X))
& possesses_2(fn_synthesis_of_atp_5(X),fn_synthesis_of_atp_14(X))
& possesses_2(fn_synthesis_of_atp_5(X),fn_synthesis_of_atp_4(X))
& the_cardinal_value_2(fn_synthesis_of_atp_12(X),"7.3e0")
& cardinal_unit_class_2(fn_synthesis_of_atp_12(X),kilo_cal_per_mole_0)
& raw_material_2(X,fn_synthesis_of_atp_1(X))
& result_2(X,fn_synthesis_of_atp_2(X))
& possesses_2(fn_synthesis_of_atp_13(X),fn_synthesis_of_atp_9(X))
& called_2(fn_synthesis_of_atp_20(X),'Terminal PO4 Group')
& raw_material_2(X,fn_synthesis_of_atp_14(X))
& result_2(X,fn_synthesis_of_atp_13(X))
& structural_complexity_2(fn_synthesis_of_atp_13(X),fn_synthesis_of_atp_22(X))
& greater_than_2(fn_synthesis_of_atp_22(X),fn_synthesis_of_atp_23(X))
& quantity_2(fn_synthesis_of_atp_9(X),fn_synthesis_of_atp_8(X))
& called_2(fn_synthesis_of_atp_7(X),'FE_r')
& free_energy_change_2(X,fn_synthesis_of_atp_12(X))
& raw_material_2(X,fn_synthesis_of_atp_10(X))
& possesses_2(fn_synthesis_of_atp_10(X),fn_synthesis_of_atp_6(X))
& quantity_2(fn_synthesis_of_atp_6(X),fn_synthesis_of_atp_7(X))
& greater_than_2(fn_synthesis_of_atp_8(X),fn_synthesis_of_atp_7(X))
& called_2(fn_synthesis_of_atp_8(X),'FE_p')
& is_inside_2(fn_synthesis_of_atp_17(X),fn_synthesis_of_atp_20(X))
& has_part_2(fn_synthesis_of_atp_13(X),fn_synthesis_of_atp_15(X))
& is_inside_2(fn_synthesis_of_atp_16(X),fn_synthesis_of_atp_19(X))
& has_part_2(fn_synthesis_of_atp_13(X),fn_synthesis_of_atp_16(X))
& is_inside_2(fn_synthesis_of_atp_16(X),fn_synthesis_of_atp_18(X))
& is_inside_2(fn_synthesis_of_atp_17(X),fn_synthesis_of_atp_18(X))
& fn_synthesis_of_atp_17(X) != fn_synthesis_of_atp_16(X)
& fn_synthesis_of_atp_16(X) != fn_synthesis_of_atp_17(X)
& is_inside_2(fn_synthesis_of_atp_17(X),fn_synthesis_of_atp_19(X))
& has_region_2(fn_synthesis_of_atp_13(X),fn_synthesis_of_atp_19(X))
& has_part_2(fn_synthesis_of_atp_13(X),fn_synthesis_of_atp_17(X))
& fn_synthesis_of_atp_20(X) != fn_synthesis_of_atp_19(X)
& fn_synthesis_of_atp_19(X) != fn_synthesis_of_atp_20(X)
& has_region_2(fn_synthesis_of_atp_13(X),fn_synthesis_of_atp_20(X))
& is_inside_2(fn_synthesis_of_atp_16(X),fn_synthesis_of_atp_20(X))
& fn_synthesis_of_atp_16(X) != fn_synthesis_of_atp_15(X)
& is_inside_2(fn_synthesis_of_atp_15(X),fn_synthesis_of_atp_18(X))
& has_region_2(fn_synthesis_of_atp_13(X),fn_synthesis_of_atp_18(X))
& fn_synthesis_of_atp_15(X) != fn_synthesis_of_atp_16(X)
& is_between_2(fn_synthesis_of_atp_21(X),fn_synthesis_of_atp_17(X))
& fn_synthesis_of_atp_17(X) != fn_synthesis_of_atp_15(X)
& is_inside_2(fn_synthesis_of_atp_15(X),fn_synthesis_of_atp_19(X))
& fn_synthesis_of_atp_15(X) != fn_synthesis_of_atp_17(X)
& fn_synthesis_of_atp_18(X) != fn_synthesis_of_atp_19(X)
& fn_synthesis_of_atp_19(X) != fn_synthesis_of_atp_18(X)
& possesses_2(fn_synthesis_of_atp_13(X),fn_synthesis_of_atp_21(X))
& is_between_2(fn_synthesis_of_atp_21(X),fn_synthesis_of_atp_15(X))
& is_inside_2(fn_synthesis_of_atp_15(X),fn_synthesis_of_atp_20(X))
& fn_synthesis_of_atp_18(X) != fn_synthesis_of_atp_20(X)
& fn_synthesis_of_atp_20(X) != fn_synthesis_of_atp_18(X)
& fn_synthesis_of_atp_14(X) = fn_endergonic_process_4(X)
& fn_synthesis_of_atp_27(X) = fn_anabolic_pathway_1(X)
& fn_synthesis_of_atp_26(X) = fn_anabolic_pathway_2(X)
& fn_synthesis_of_atp_23(X) = fn_anabolic_pathway_4(X)
& fn_synthesis_of_atp_22(X) = fn_anabolic_pathway_3(X)
& fn_synthesis_of_atp_13(X) = fn_anabolic_pathway_5(X)
& fn_synthesis_of_atp_24(X) = fn_endergonic_reaction_7(X)
& fn_synthesis_of_atp_9(X) = fn_endergonic_reaction_3(X)
& fn_synthesis_of_atp_25(X) = fn_endergonic_reaction_6(X)
& fn_synthesis_of_atp_11(X) = fn_endergonic_reaction_11(X)
& fn_synthesis_of_atp_12(X) = fn_endergonic_reaction_10(X)
& fn_synthesis_of_atp_8(X) = fn_endergonic_reaction_4(X)
& fn_synthesis_of_atp_7(X) = fn_endergonic_reaction_5(X)
& fn_synthesis_of_atp_6(X) = fn_endergonic_reaction_2(X)
& fn_synthesis_of_atp_10(X) = fn_endergonic_reaction_8(X)
& fn_synthesis_of_atp_17(X) = fn_atp_37(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_20(X) = fn_atp_33(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_19(X) = fn_atp_34(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_18(X) = fn_atp_33(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_16(X) = fn_ribonucleotide_17(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_15(X) = fn_atp_35(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_16(X) = fn_nucleoside_triphosphate_33(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_20(X) = fn_nucleoside_triphosphate_27(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_16(X) = fn_atp_36(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_18(X) = fn_atp_32(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_19(X) = fn_atp_33(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_17(X) = fn_nucleoside_triphosphate_29(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_17(X) = fn_ribonucleotide_8(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_17(X) = fn_nucleoside_triphosphate_32(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_17(X) = fn_ribonucleotide_16(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_17(X) = fn_atp_35(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_18(X) = fn_atp_34(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_15(X) = fn_ribonucleotide_16(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_20(X) = fn_ribonucleotide_14(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_20(X) = fn_atp_32(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_15(X) = fn_molecule_11(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_21(X) = fn_ribonucleotide_12(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_15(X) = fn_ribonucleotide_8(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_15(X) = fn_nucleoside_triphosphate_32(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_15(X) = fn_nucleoside_triphosphate_29(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_15(X) = fn_atp_37(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_21(X) = fn_molecule_10(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_21(X) = fn_nucleoside_triphosphate_35(fn_synthesis_of_atp_13(X))
& fn_synthesis_of_atp_21(X) = fn_atp_30(fn_synthesis_of_atp_13(X))
& fn_nucleoside_triphosphate_33(fn_synthesis_of_atp_13(X)) = fn_ribonucleotide_17(fn_synthesis_of_atp_13(X))
& fn_ribonucleotide_17(fn_synthesis_of_atp_13(X)) = fn_nucleoside_triphosphate_33(fn_synthesis_of_atp_13(X))
& fn_atp_36(fn_synthesis_of_atp_13(X)) = fn_atp_36(fn_synthesis_of_atp_13(X))
& fn_nucleoside_triphosphate_33(fn_synthesis_of_atp_13(X)) = fn_nucleoside_triphosphate_33(fn_synthesis_of_atp_13(X))
& fn_atp_36(fn_synthesis_of_atp_13(X)) = fn_nucleoside_triphosphate_33(fn_synthesis_of_atp_13(X))
& fn_nucleoside_triphosphate_33(fn_synthesis_of_atp_13(X)) = fn_atp_36(fn_synthesis_of_atp_13(X))
& fn_atp_36(fn_synthesis_of_atp_13(X)) = fn_atp_33(fn_synthesis_of_atp_13(X))
& fn_atp_33(fn_synthesis_of_atp_13(X)) = fn_atp_34(fn_synthesis_of_atp_13(X))
& fn_atp_34(fn_synthesis_of_atp_13(X)) = fn_atp_33(fn_synthesis_of_atp_13(X))
& fn_atp_33(fn_synthesis_of_atp_13(X)) = fn_nucleoside_triphosphate_29(fn_synthesis_of_atp_13(X))
& fn_ribonucleotide_8(fn_synthesis_of_atp_13(X)) = fn_nucleoside_triphosphate_29(fn_synthesis_of_atp_13(X))
& fn_nucleoside_triphosphate_29(fn_synthesis_of_atp_13(X)) = fn_ribonucleotide_8(fn_synthesis_of_atp_13(X))
& fn_atp_37(fn_synthesis_of_atp_13(X)) = fn_nucleoside_triphosphate_32(fn_synthesis_of_atp_13(X))
& fn_nucleoside_triphosphate_32(fn_synthesis_of_atp_13(X)) = fn_nucleoside_triphosphate_32(fn_synthesis_of_atp_13(X))
& fn_nucleoside_triphosphate_32(fn_synthesis_of_atp_13(X)) = fn_atp_37(fn_synthesis_of_atp_13(X))
& fn_atp_35(fn_synthesis_of_atp_13(X)) = fn_atp_33(fn_synthesis_of_atp_13(X))
& fn_atp_34(fn_synthesis_of_atp_13(X)) = fn_atp_32(fn_synthesis_of_atp_13(X))
& fn_atp_32(fn_synthesis_of_atp_13(X)) = fn_atp_34(fn_synthesis_of_atp_13(X))
& fn_atp_34(fn_synthesis_of_atp_13(X)) = fn_atp_34(fn_synthesis_of_atp_13(X))
& fn_atp_34(fn_synthesis_of_atp_13(X)) = fn_nucleoside_triphosphate_27(fn_synthesis_of_atp_13(X))
& fn_nucleoside_triphosphate_27(fn_synthesis_of_atp_13(X)) = fn_nucleoside_triphosphate_27(fn_synthesis_of_atp_13(X))
& fn_nucleoside_triphosphate_27(fn_synthesis_of_atp_13(X)) = fn_ribonucleotide_14(fn_synthesis_of_atp_13(X))
& fn_ribonucleotide_14(fn_synthesis_of_atp_13(X)) = fn_ribonucleotide_14(fn_synthesis_of_atp_13(X))
& fn_ribonucleotide_14(fn_synthesis_of_atp_13(X)) = fn_nucleoside_triphosphate_27(fn_synthesis_of_atp_13(X))
& fn_atp_33(fn_synthesis_of_atp_13(X)) = fn_nucleoside_triphosphate_27(fn_synthesis_of_atp_13(X))
& fn_nucleoside_triphosphate_27(fn_synthesis_of_atp_13(X)) = fn_atp_33(fn_synthesis_of_atp_13(X))
& fn_atp_33(fn_synthesis_of_atp_13(X)) = fn_atp_33(fn_synthesis_of_atp_13(X))
& fn_atp_33(fn_synthesis_of_atp_13(X)) = fn_atp_32(fn_synthesis_of_atp_13(X))
& fn_atp_32(fn_synthesis_of_atp_13(X)) = fn_atp_32(fn_synthesis_of_atp_13(X))
& fn_atp_32(fn_synthesis_of_atp_13(X)) = fn_ribonucleotide_8(fn_synthesis_of_atp_13(X))
& fn_ribonucleotide_8(fn_synthesis_of_atp_13(X)) = fn_molecule_11(fn_synthesis_of_atp_13(X))
& fn_molecule_11(fn_synthesis_of_atp_13(X)) = fn_ribonucleotide_8(fn_synthesis_of_atp_13(X))
& fn_ribonucleotide_8(fn_synthesis_of_atp_13(X)) = fn_ribonucleotide_8(fn_synthesis_of_atp_13(X))
& fn_nucleoside_triphosphate_32(fn_synthesis_of_atp_13(X)) = fn_ribonucleotide_8(fn_synthesis_of_atp_13(X))
& fn_ribonucleotide_8(fn_synthesis_of_atp_13(X)) = fn_nucleoside_triphosphate_32(fn_synthesis_of_atp_13(X))
& fn_ribonucleotide_16(fn_synthesis_of_atp_13(X)) = fn_ribonucleotide_16(fn_synthesis_of_atp_13(X))
& fn_ribonucleotide_16(fn_synthesis_of_atp_13(X)) = fn_nucleoside_triphosphate_32(fn_synthesis_of_atp_13(X))
& fn_nucleoside_triphosphate_32(fn_synthesis_of_atp_13(X)) = fn_ribonucleotide_16(fn_synthesis_of_atp_13(X))
& fn_nucleoside_triphosphate_29(fn_synthesis_of_atp_13(X)) = fn_ribonucleotide_16(fn_synthesis_of_atp_13(X))
& fn_ribonucleotide_16(fn_synthesis_of_atp_13(X)) = fn_nucleoside_triphosphate_29(fn_synthesis_of_atp_13(X))
& fn_nucleoside_triphosphate_29(fn_synthesis_of_atp_13(X)) = fn_atp_35(fn_synthesis_of_atp_13(X))
& fn_atp_35(fn_synthesis_of_atp_13(X)) = fn_nucleoside_triphosphate_29(fn_synthesis_of_atp_13(X))
& fn_nucleoside_triphosphate_29(fn_synthesis_of_atp_13(X)) = fn_nucleoside_triphosphate_29(fn_synthesis_of_atp_13(X))
& fn_nucleoside_triphosphate_29(fn_synthesis_of_atp_13(X)) = fn_atp_37(fn_synthesis_of_atp_13(X))
& fn_atp_37(fn_synthesis_of_atp_13(X)) = fn_atp_35(fn_synthesis_of_atp_13(X))
& fn_atp_35(fn_synthesis_of_atp_13(X)) = fn_atp_35(fn_synthesis_of_atp_13(X))
& fn_atp_35(fn_synthesis_of_atp_13(X)) = fn_atp_37(fn_synthesis_of_atp_13(X))
& fn_atp_37(fn_synthesis_of_atp_13(X)) = fn_atp_37(fn_synthesis_of_atp_13(X))
& fn_atp_37(fn_synthesis_of_atp_13(X)) = fn_ribonucleotide_12(fn_synthesis_of_atp_13(X))
& fn_ribonucleotide_12(fn_synthesis_of_atp_13(X)) = fn_molecule_10(fn_synthesis_of_atp_13(X))
& fn_molecule_10(fn_synthesis_of_atp_13(X)) = fn_ribonucleotide_12(fn_synthesis_of_atp_13(X))
& fn_ribonucleotide_12(fn_synthesis_of_atp_13(X)) = fn_ribonucleotide_12(fn_synthesis_of_atp_13(X))
& fn_ribonucleotide_12(fn_synthesis_of_atp_13(X)) = fn_nucleoside_triphosphate_35(fn_synthesis_of_atp_13(X))
& fn_nucleoside_triphosphate_35(fn_synthesis_of_atp_13(X)) = fn_nucleoside_triphosphate_35(fn_synthesis_of_atp_13(X))
& fn_atp_30(fn_synthesis_of_atp_13(X)) = fn_nucleoside_triphosphate_35(fn_synthesis_of_atp_13(X))
& fn_nucleoside_triphosphate_35(fn_synthesis_of_atp_13(X)) = fn_atp_30(fn_synthesis_of_atp_13(X)) ) ) ).
fof(a533024,axiom,
! [X] :
( synthesis_of_blood_cell_1(X)
=> ( original_name_2(X,'Synthesis-Of-Blood-Cell')
& user_description_2(X,'The process of production of red and white blood cells.')
& concept2words_2(X,'synthesis of blood cell')
& concept2words_2(X,'synthesis-of-blood-cell')
& biological_process_1(X)
& bone_marrow_1(fn_synthesis_of_blood_cell_1(X))
& blood_cell_1(fn_synthesis_of_blood_cell_2(X))
& cell_division_1(fn_synthesis_of_blood_cell_3(X))
& cell_1(fn_synthesis_of_blood_cell_4(X))
& eukaryotic_cell_1(fn_synthesis_of_blood_cell_4(X))
& cell_1(fn_cell_division_2(fn_synthesis_of_blood_cell_3(X)))
& cell_1(fn_cell_division_3(fn_synthesis_of_blood_cell_3(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_synthesis_of_blood_cell_1(X)))
& base_2(fn_synthesis_of_blood_cell_3(X),fn_synthesis_of_blood_cell_4(X))
& subevent_2(X,fn_synthesis_of_blood_cell_3(X))
& result_2(fn_synthesis_of_blood_cell_3(X),fn_synthesis_of_blood_cell_2(X))
& object_2(fn_synthesis_of_blood_cell_3(X),fn_synthesis_of_blood_cell_4(X))
& has_part_2(fn_synthesis_of_blood_cell_1(X),fn_synthesis_of_blood_cell_4(X))
& fn_synthesis_of_blood_cell_2(X) = fn_cell_division_2(fn_synthesis_of_blood_cell_3(X))
& fn_synthesis_of_blood_cell_4(X) = fn_cell_division_3(fn_synthesis_of_blood_cell_3(X))
& fn_synthesis_of_blood_cell_4(X) = fn_tissue_1(fn_synthesis_of_blood_cell_1(X))
& fn_cell_division_3(fn_synthesis_of_blood_cell_3(X)) = fn_tissue_1(fn_synthesis_of_blood_cell_1(X)) ) ) ).
fof(a533025,axiom,
! [X,X1] :
( ( result_2(X,X1)
& synthesis_of_organic_molecule_1(X)
& cyclic_amp_1(X1) )
=> ( synthesis_of_camp_1(X)
& fn_synthesis_of_camp_11(X) = X1 ) ) ).
fof(a533026,axiom,
! [X] :
( synthesis_of_camp_1(X)
=> ( original_name_2(X,'Synthesis-Of-cAMP')
& user_description_2(X,'The production of cAMP.')
& concept2words_2(X,synthesize)
& concept2words_2(X,convert)
& concept2words_2(X,'camp synthesis')
& concept2words_2(X,'camp-synthesis')
& concept2words_2(X,'synthesis of camp')
& concept2words_2(X,'synthesis-of-camp')
& synthesis_of_organic_molecule_1(X)
& produce_1(fn_synthesis_of_camp_1(X))
& free_energy_1(fn_synthesis_of_camp_2(X))
& decrease_1(fn_synthesis_of_camp_4(X))
& molecule_1(fn_synthesis_of_camp_5(X))
& endergonic_reaction_1(fn_synthesis_of_camp_6(X))
& adenylyl_cyclase_1(fn_synthesis_of_camp_7(X))
& pyrophosphate_1(fn_synthesis_of_camp_8(X))
& remove_1(fn_synthesis_of_camp_9(X))
& atp_1(fn_synthesis_of_camp_10(X))
& cyclic_amp_1(fn_synthesis_of_camp_11(X))
& pyrophosphate_1(fn_synthesis_of_camp_12(X))
& chemical_entity_1(fn_endergonic_reaction_9(fn_synthesis_of_camp_6(X)))
& spatial_entity_1(fn_remove_1(fn_synthesis_of_camp_9(X)))
& chemical_entity_1(fn_enzyme_8(fn_synthesis_of_camp_7(X)))
& chemical_entity_1(fn_endergonic_reaction_8(fn_synthesis_of_camp_6(X)))
& synthesis_reaction_1(fn_amp_65(fn_synthesis_of_camp_11(X)))
& chemical_reaction_1(fn_enzyme_4(fn_synthesis_of_camp_7(X)))
& object_2(fn_synthesis_of_camp_4(X),fn_synthesis_of_camp_11(X))
& result_2(fn_synthesis_of_camp_9(X),fn_synthesis_of_camp_11(X))
& causes_2(X,fn_synthesis_of_camp_1(X))
& causes_2(X,fn_synthesis_of_camp_9(X))
& causes_2(X,fn_synthesis_of_camp_4(X))
& result_2(X,fn_synthesis_of_camp_2(X))
& raw_material_2(X,fn_synthesis_of_camp_10(X))
& raw_material_2(fn_synthesis_of_camp_6(X),fn_synthesis_of_camp_10(X))
& result_2(fn_synthesis_of_camp_6(X),fn_synthesis_of_camp_11(X))
& object_2(fn_synthesis_of_camp_9(X),fn_synthesis_of_camp_8(X))
& result_2(X,fn_synthesis_of_camp_12(X))
& result_2(X,fn_synthesis_of_camp_11(X))
& has_function_2(fn_synthesis_of_camp_7(X),X)
& raw_material_2(X,fn_synthesis_of_camp_5(X))
& fn_synthesis_of_camp_10(X) = fn_anabolic_pathway_6(X)
& fn_synthesis_of_camp_10(X) = fn_endergonic_reaction_8(fn_synthesis_of_camp_6(X))
& fn_synthesis_of_camp_11(X) = fn_endergonic_reaction_9(fn_synthesis_of_camp_6(X))
& fn_synthesis_of_camp_8(X) = fn_remove_1(fn_synthesis_of_camp_9(X))
& fn_synthesis_of_camp_12(X) = fn_anabolic_pathway_5(X)
& X = fn_amp_65(fn_synthesis_of_camp_11(X))
& fn_synthesis_of_camp_5(X) = fn_enzyme_8(fn_synthesis_of_camp_7(X))
& X = fn_enzyme_4(fn_synthesis_of_camp_7(X))
& fn_anabolic_pathway_6(X) = fn_endergonic_reaction_8(fn_synthesis_of_camp_6(X))
& fn_endergonic_reaction_8(fn_synthesis_of_camp_6(X)) = fn_amp_65(fn_synthesis_of_camp_11(X))
& fn_amp_65(fn_synthesis_of_camp_11(X)) = fn_enzyme_4(fn_synthesis_of_camp_7(X))
& fn_enzyme_4(fn_synthesis_of_camp_7(X)) = fn_enzyme_4(fn_synthesis_of_camp_7(X)) ) ) ).
fof(a533027,axiom,
! [X,X1] :
( ( result_2(X,X1)
& synthesis_of_organic_molecule_1(X)
& carbohydrate_1(X1) )
=> ( synthesis_of_carbohydrate_1(X)
& fn_synthesis_of_carbohydrate_2(X) = X1 ) ) ).
fof(a533028,axiom,
! [X] :
( synthesis_of_carbohydrate_1(X)
=> ( original_name_2(X,'Synthesis-Of-Carbohydrate')
& user_description_2(X,'The production of carbohydrate from raw materials.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'carbohydrate synthesis')
& concept2words_2(X,'carbohydrate-synthesis')
& concept2words_2(X,'synthesis of carbohydrate')
& concept2words_2(X,'synthesis-of-carbohydrate')
& synthesis_of_organic_molecule_1(X)
& ~ synthesis_of_coenzyme_1(X)
& ~ synthesis_of_fat_1(X)
& ~ synthesis_of_fatty_acid_1(X)
& ~ synthesis_of_inosine_1(X)
& ~ synthesis_of_lipid_1(X)
& ~ synthesis_of_protein_1(X)
& carbohydrate_1(fn_synthesis_of_carbohydrate_2(X))
& result_2(X,fn_synthesis_of_carbohydrate_2(X))
& fn_synthesis_of_carbohydrate_2(X) = fn_synthesis_of_organic_molecule_1(X) ) ) ).
fof(a533029,axiom,
! [X,X1,X2] :
( ( result_2(X,X1)
& agent_2(X,X2)
& plant_cell_wall_1(X1)
& anabolism_1(X)
& plant_cell_1(X2) )
=> ( synthesis_of_cell_wall_by_plant_cell_1(X)
& fn_synthesis_of_cell_wall_by_plant_cell_3(X) = X2
& fn_synthesis_of_cell_wall_by_plant_cell_4(X) = X1 ) ) ).
fof(a533030,axiom,
! [X] :
( synthesis_of_cell_wall_by_plant_cell_1(X)
=> ( original_name_2(X,'Synthesis-Of-Cell-Wall-By-Plant-Cell')
& user_description_2(X,'The process by which plant cells produce cell walls, during which vesicles of carbohydrates produced by the Golgi apparatus are delivered to the outside of the cell.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of cell wall by plant cell')
& concept2words_2(X,'synthesis-of-cell-wall-by-plant-cell')
& anabolism_1(X)
& exocytosis_1(fn_synthesis_of_cell_wall_by_plant_cell_2(X))
& plant_cell_1(fn_synthesis_of_cell_wall_by_plant_cell_3(X))
& plant_cell_wall_1(fn_synthesis_of_cell_wall_by_plant_cell_4(X))
& plant_cell_1(fn_plant_cell_wall_24(fn_synthesis_of_cell_wall_by_plant_cell_4(X)))
& subevent_2(X,fn_synthesis_of_cell_wall_by_plant_cell_2(X))
& result_2(X,fn_synthesis_of_cell_wall_by_plant_cell_4(X))
& agent_2(X,fn_synthesis_of_cell_wall_by_plant_cell_3(X))
& has_part_2(fn_synthesis_of_cell_wall_by_plant_cell_3(X),fn_synthesis_of_cell_wall_by_plant_cell_4(X))
& fn_synthesis_of_cell_wall_by_plant_cell_3(X) = fn_plant_cell_wall_24(fn_synthesis_of_cell_wall_by_plant_cell_4(X)) ) ) ).
fof(a533031,axiom,
! [X] :
( synthesis_of_cellulose_1(X)
=> ( original_name_2(X,'Synthesis-of-Cellulose')
& user_description_2(X,'Cellulose is made by enzymes located within the plasma membrane, which directly deposit this polysaccharide on the outside surface.')
& concept2words_2(X,synthesize)
& concept2words_2(X,convert)
& concept2words_2(X,'cellulose synthesis')
& concept2words_2(X,'cellulose-synthesis')
& concept2words_2(X,'synthesis of cellulose')
& concept2words_2(X,'synthesis-of-cellulose')
& synthesis_of_carbohydrate_1(X)
& polymer_synthesis_1(X)
& ~ oxidative_phosphorylation_1(X)
& ~ synthesis_of_amino_acid_1(X)
& ~ synthesis_of_protein_1(X)
& plasma_membrane_1(fn_synthesis_of_cellulose_1(X))
& chemical_entity_1(fn_synthesis_of_cellulose_4(X))
& monomer_1(fn_synthesis_of_cellulose_4(X))
& free_energy_1(fn_synthesis_of_cellulose_5(X))
& entity_1(fn_synthesis_of_cellulose_6(X))
& chemical_entity_1(fn_synthesis_of_cellulose_6(X))
& atom_1(fn_synthesis_of_cellulose_6(X))
& structural_complexity_value_1(fn_synthesis_of_cellulose_7(X))
& structural_complexity_value_1(fn_synthesis_of_cellulose_8(X))
& chemical_bond_1(fn_synthesis_of_cellulose_9(X))
& polar_covalent_bond_1(fn_synthesis_of_cellulose_9(X))
& entity_1(fn_synthesis_of_cellulose_10(X))
& atom_1(fn_synthesis_of_cellulose_10(X))
& chemical_entity_1(fn_synthesis_of_cellulose_10(X))
& oxygen_1(fn_synthesis_of_cellulose_10(X))
& dehydration_reaction_1(fn_synthesis_of_cellulose_11(X))
& cellulose_synthase_1(fn_synthesis_of_cellulose_12(X))
& polymer_1(fn_synthesis_of_cellulose_13(X))
& chemical_entity_1(fn_synthesis_of_cellulose_13(X))
& cellulose_1(fn_synthesis_of_cellulose_13(X))
& decrease_1(fn_synthesis_of_cellulose_14(X))
& molecule_1(fn_synthesis_of_cellulose_15(X))
& polar_molecule_1(fn_synthesis_of_cellulose_15(X))
& chemical_entity_1(fn_synthesis_of_cellulose_15(X))
& water_molecule_1(fn_synthesis_of_cellulose_15(X))
& catalyst_1(fn_synthesis_of_cellulose_16(X))
& beta_glucose_1(fn_synthesis_of_cellulose_17(X))
& beta_glucose_1(fn_synthesis_of_cellulose_18(X))
& property_node_1(fn_glucose_isomer_2(fn_synthesis_of_cellulose_17(X)))
& decrease_1(fn_cellulose_synthase_13(fn_synthesis_of_cellulose_12(X)))
& atom_1(fn_aldehyde_5(fn_synthesis_of_cellulose_17(X)))
& chemical_entity_1(fn_aldehyde_5(fn_synthesis_of_cellulose_17(X)))
& atom_1(fn_molecule_11(fn_synthesis_of_cellulose_18(X)))
& entity_1(fn_polar_covalent_bond_18(fn_synthesis_of_cellulose_9(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_synthesis_of_cellulose_9(X)))
& atom_1(fn_polar_covalent_bond_18(fn_synthesis_of_cellulose_9(X)))
& structural_complexity_value_1(fn_glucose_isomer_4(fn_synthesis_of_cellulose_17(X)))
& atom_1(fn_aldehyde_5(fn_synthesis_of_cellulose_18(X)))
& chemical_entity_1(fn_aldehyde_5(fn_synthesis_of_cellulose_18(X)))
& entity_1(fn_aldose_9(fn_synthesis_of_cellulose_18(X)))
& chemical_entity_1(fn_aldose_9(fn_synthesis_of_cellulose_18(X)))
& atom_1(fn_aldose_9(fn_synthesis_of_cellulose_18(X)))
& oxygen_1(fn_aldose_9(fn_synthesis_of_cellulose_18(X)))
& entity_1(fn_polar_covalent_bond_19(fn_synthesis_of_cellulose_9(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_synthesis_of_cellulose_9(X)))
& atom_1(fn_polar_covalent_bond_19(fn_synthesis_of_cellulose_9(X)))
& entity_1(fn_hexose_4(fn_synthesis_of_cellulose_18(X)))
& chemical_entity_1(fn_hexose_4(fn_synthesis_of_cellulose_18(X)))
& atom_1(fn_hexose_4(fn_synthesis_of_cellulose_18(X)))
& oxygen_1(fn_hexose_4(fn_synthesis_of_cellulose_18(X)))
& entity_1(fn_hexose_12(fn_synthesis_of_cellulose_18(X)))
& atom_1(fn_hexose_12(fn_synthesis_of_cellulose_18(X)))
& chemical_entity_1(fn_hexose_12(fn_synthesis_of_cellulose_18(X)))
& oxygen_1(fn_hexose_12(fn_synthesis_of_cellulose_18(X)))
& entity_1(fn_aldose_4(fn_synthesis_of_cellulose_18(X)))
& atom_1(fn_aldose_4(fn_synthesis_of_cellulose_18(X)))
& chemical_entity_1(fn_aldose_4(fn_synthesis_of_cellulose_18(X)))
& oxygen_1(fn_aldose_4(fn_synthesis_of_cellulose_18(X)))
& chemical_bond_1(fn_molecule_10(fn_synthesis_of_cellulose_18(X)))
& polar_covalent_bond_1(fn_hexose_11(fn_synthesis_of_cellulose_18(X)))
& polar_covalent_bond_1(fn_aldose_8(fn_synthesis_of_cellulose_18(X)))
& dehydration_reaction_1(fn_cellulose_synthase_18(fn_synthesis_of_cellulose_12(X)))
& chemical_entity_1(fn_cellulose_synthase_19(fn_synthesis_of_cellulose_12(X)))
& monomer_1(fn_cellulose_synthase_19(fn_synthesis_of_cellulose_12(X)))
& cellulose_1(fn_cellulose_synthase_17(fn_synthesis_of_cellulose_12(X)))
& chemical_reaction_1(fn_enzyme_4(fn_synthesis_of_cellulose_12(X)))
& synthesis_of_cellulose_1(fn_cellulose_synthase_20(fn_synthesis_of_cellulose_12(X)))
& catalyst_1(fn_enzyme_6(fn_synthesis_of_cellulose_12(X)))
& catalyst_1(fn_cellulose_synthase_27(fn_synthesis_of_cellulose_12(X)))
& fn_synthesis_of_cellulose_18(X) != fn_synthesis_of_cellulose_17(X)
& fn_synthesis_of_cellulose_17(X) != fn_synthesis_of_cellulose_18(X)
& is_inside_2(fn_synthesis_of_cellulose_12(X),fn_synthesis_of_cellulose_1(X))
& raw_material_2(fn_synthesis_of_cellulose_11(X),fn_synthesis_of_cellulose_17(X))
& raw_material_2(X,fn_synthesis_of_cellulose_17(X))
& result_2(fn_synthesis_of_cellulose_11(X),fn_synthesis_of_cellulose_13(X))
& possesses_2(fn_synthesis_of_cellulose_17(X),fn_synthesis_of_cellulose_5(X))
& has_state_2(fn_synthesis_of_cellulose_17(X),fn_synthesis_of_cellulose_4(X))
& fn_synthesis_of_cellulose_15(X) != fn_synthesis_of_cellulose_17(X)
& fn_synthesis_of_cellulose_17(X) != fn_synthesis_of_cellulose_15(X)
& possesses_2(fn_synthesis_of_cellulose_18(X),fn_synthesis_of_cellulose_5(X))
& raw_material_2(fn_synthesis_of_cellulose_11(X),fn_synthesis_of_cellulose_18(X))
& raw_material_2(X,fn_synthesis_of_cellulose_18(X))
& fn_synthesis_of_cellulose_18(X) != fn_synthesis_of_cellulose_15(X)
& fn_synthesis_of_cellulose_15(X) != fn_synthesis_of_cellulose_18(X)
& has_part_2(fn_synthesis_of_cellulose_17(X),fn_synthesis_of_cellulose_6(X))
& structural_complexity_2(fn_synthesis_of_cellulose_15(X),fn_synthesis_of_cellulose_8(X))
& greater_than_2(fn_synthesis_of_cellulose_8(X),fn_synthesis_of_cellulose_7(X))
& is_between_2(fn_synthesis_of_cellulose_9(X),fn_synthesis_of_cellulose_6(X))
& fn_synthesis_of_cellulose_10(X) != fn_synthesis_of_cellulose_6(X)
& fn_synthesis_of_cellulose_6(X) != fn_synthesis_of_cellulose_10(X)
& result_2(X,fn_synthesis_of_cellulose_15(X))
& result_2(fn_synthesis_of_cellulose_11(X),fn_synthesis_of_cellulose_15(X))
& structural_complexity_2(fn_synthesis_of_cellulose_17(X),fn_synthesis_of_cellulose_7(X))
& has_part_2(fn_synthesis_of_cellulose_18(X),fn_synthesis_of_cellulose_10(X))
& possesses_2(fn_synthesis_of_cellulose_18(X),fn_synthesis_of_cellulose_9(X))
& is_between_2(fn_synthesis_of_cellulose_9(X),fn_synthesis_of_cellulose_10(X))
& subevent_2(X,fn_synthesis_of_cellulose_11(X))
& result_2(X,fn_synthesis_of_cellulose_13(X))
& has_part_2(fn_synthesis_of_cellulose_13(X),fn_synthesis_of_cellulose_4(X))
& plays_2(fn_synthesis_of_cellulose_12(X),fn_synthesis_of_cellulose_16(X))
& in_event_2(fn_synthesis_of_cellulose_16(X),X)
& has_function_2(fn_synthesis_of_cellulose_12(X),X)
& has_function_2(fn_synthesis_of_cellulose_12(X),fn_synthesis_of_cellulose_14(X))
& enables_2(fn_synthesis_of_cellulose_14(X),X)
& fn_synthesis_of_cellulose_17(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_cellulose_5(X) = fn_polymer_synthesis_18(X)
& fn_synthesis_of_cellulose_6(X) = fn_aldehyde_5(fn_synthesis_of_cellulose_17(X))
& fn_synthesis_of_cellulose_2(X) = fn_anabolic_pathway_1(X)
& fn_synthesis_of_cellulose_7(X) = fn_anabolic_pathway_4(X)
& fn_synthesis_of_cellulose_8(X) = fn_anabolic_pathway_3(X)
& fn_synthesis_of_cellulose_6(X) = fn_polymer_synthesis_13(X)
& fn_synthesis_of_cellulose_10(X) = fn_polar_covalent_bond_19(fn_synthesis_of_cellulose_9(X))
& fn_synthesis_of_cellulose_6(X) = fn_polar_covalent_bond_19(fn_synthesis_of_cellulose_9(X))
& fn_synthesis_of_cellulose_6(X) = fn_molecule_11(fn_synthesis_of_cellulose_18(X))
& fn_synthesis_of_cellulose_6(X) = fn_polar_covalent_bond_18(fn_synthesis_of_cellulose_9(X))
& fn_synthesis_of_cellulose_15(X) = fn_anabolic_pathway_5(X)
& fn_synthesis_of_cellulose_15(X) = fn_polymer_synthesis_11(X)
& fn_synthesis_of_cellulose_3(X) = fn_glucose_isomer_2(fn_synthesis_of_cellulose_17(X))
& fn_synthesis_of_cellulose_7(X) = fn_glucose_isomer_4(fn_synthesis_of_cellulose_17(X))
& fn_synthesis_of_cellulose_10(X) = fn_aldehyde_5(fn_synthesis_of_cellulose_18(X))
& fn_synthesis_of_cellulose_18(X) = fn_polymer_synthesis_22(X)
& fn_synthesis_of_cellulose_10(X) = fn_aldose_9(fn_synthesis_of_cellulose_18(X))
& fn_synthesis_of_cellulose_10(X) = fn_polymer_synthesis_12(X)
& fn_synthesis_of_cellulose_10(X) = fn_polymer_synthesis_13(X)
& fn_synthesis_of_cellulose_10(X) = fn_hexose_4(fn_synthesis_of_cellulose_18(X))
& fn_synthesis_of_cellulose_10(X) = fn_hexose_12(fn_synthesis_of_cellulose_18(X))
& fn_synthesis_of_cellulose_10(X) = fn_aldose_4(fn_synthesis_of_cellulose_18(X))
& fn_synthesis_of_cellulose_18(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_cellulose_9(X) = fn_polymer_synthesis_15(X)
& fn_synthesis_of_cellulose_9(X) = fn_molecule_10(fn_synthesis_of_cellulose_18(X))
& fn_synthesis_of_cellulose_9(X) = fn_hexose_11(fn_synthesis_of_cellulose_18(X))
& fn_synthesis_of_cellulose_9(X) = fn_aldose_8(fn_synthesis_of_cellulose_18(X))
& fn_synthesis_of_cellulose_11(X) = fn_polymer_synthesis_24(X)
& fn_synthesis_of_cellulose_11(X) = fn_cellulose_synthase_18(fn_synthesis_of_cellulose_12(X))
& fn_synthesis_of_cellulose_4(X) = fn_polymer_synthesis_7(X)
& fn_synthesis_of_cellulose_4(X) = fn_cellulose_synthase_19(fn_synthesis_of_cellulose_12(X))
& fn_synthesis_of_cellulose_13(X) = fn_polymer_synthesis_23(X)
& fn_synthesis_of_cellulose_13(X) = fn_cellulose_synthase_17(fn_synthesis_of_cellulose_12(X))
& fn_synthesis_of_cellulose_14(X) = fn_cellulose_synthase_13(fn_synthesis_of_cellulose_12(X))
& fn_synthesis_of_cellulose_16(X) = fn_enzyme_6(fn_synthesis_of_cellulose_12(X))
& X = fn_enzyme_4(fn_synthesis_of_cellulose_12(X))
& X = fn_cellulose_synthase_20(fn_synthesis_of_cellulose_12(X))
& fn_synthesis_of_cellulose_16(X) = fn_cellulose_synthase_27(fn_synthesis_of_cellulose_12(X))
& fn_aldehyde_5(fn_synthesis_of_cellulose_17(X)) = fn_polar_covalent_bond_19(fn_synthesis_of_cellulose_9(X))
& fn_polar_covalent_bond_19(fn_synthesis_of_cellulose_9(X)) = fn_aldehyde_5(fn_synthesis_of_cellulose_17(X))
& fn_aldehyde_5(fn_synthesis_of_cellulose_17(X)) = fn_molecule_11(fn_synthesis_of_cellulose_18(X))
& fn_polar_covalent_bond_18(fn_synthesis_of_cellulose_9(X)) = fn_polar_covalent_bond_18(fn_synthesis_of_cellulose_9(X))
& fn_polar_covalent_bond_18(fn_synthesis_of_cellulose_9(X)) = fn_molecule_11(fn_synthesis_of_cellulose_18(X))
& fn_molecule_11(fn_synthesis_of_cellulose_18(X)) = fn_polar_covalent_bond_18(fn_synthesis_of_cellulose_9(X))
& fn_polar_covalent_bond_18(fn_synthesis_of_cellulose_9(X)) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_anabolic_pathway_5(X)
& fn_anabolic_pathway_5(X) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_anabolic_pathway_4(X)
& fn_anabolic_pathway_4(X) = fn_glucose_isomer_4(fn_synthesis_of_cellulose_17(X))
& fn_glucose_isomer_4(fn_synthesis_of_cellulose_17(X)) = fn_glucose_isomer_4(fn_synthesis_of_cellulose_17(X))
& fn_glucose_isomer_4(fn_synthesis_of_cellulose_17(X)) = fn_polymer_synthesis_12(X)
& fn_polymer_synthesis_12(X) = fn_aldehyde_5(fn_synthesis_of_cellulose_18(X))
& fn_aldehyde_5(fn_synthesis_of_cellulose_18(X)) = fn_polymer_synthesis_12(X)
& fn_polymer_synthesis_12(X) = fn_polymer_synthesis_12(X)
& fn_polymer_synthesis_13(X) = fn_polymer_synthesis_12(X)
& fn_polymer_synthesis_12(X) = fn_polymer_synthesis_13(X)
& fn_polymer_synthesis_13(X) = fn_polymer_synthesis_13(X)
& fn_polymer_synthesis_13(X) = fn_aldose_9(fn_synthesis_of_cellulose_18(X))
& fn_aldose_9(fn_synthesis_of_cellulose_18(X)) = fn_polymer_synthesis_13(X)
& fn_polymer_synthesis_13(X) = fn_polar_covalent_bond_19(fn_synthesis_of_cellulose_9(X))
& fn_polar_covalent_bond_19(fn_synthesis_of_cellulose_9(X)) = fn_aldose_9(fn_synthesis_of_cellulose_18(X))
& fn_aldose_9(fn_synthesis_of_cellulose_18(X)) = fn_polar_covalent_bond_19(fn_synthesis_of_cellulose_9(X))
& fn_polar_covalent_bond_19(fn_synthesis_of_cellulose_9(X)) = fn_polar_covalent_bond_19(fn_synthesis_of_cellulose_9(X))
& fn_polar_covalent_bond_19(fn_synthesis_of_cellulose_9(X)) = fn_hexose_4(fn_synthesis_of_cellulose_18(X))
& fn_hexose_12(fn_synthesis_of_cellulose_18(X)) = fn_hexose_4(fn_synthesis_of_cellulose_18(X))
& fn_hexose_4(fn_synthesis_of_cellulose_18(X)) = fn_hexose_4(fn_synthesis_of_cellulose_18(X))
& fn_hexose_4(fn_synthesis_of_cellulose_18(X)) = fn_hexose_12(fn_synthesis_of_cellulose_18(X))
& fn_hexose_12(fn_synthesis_of_cellulose_18(X)) = fn_hexose_12(fn_synthesis_of_cellulose_18(X))
& fn_aldose_4(fn_synthesis_of_cellulose_18(X)) = fn_hexose_12(fn_synthesis_of_cellulose_18(X))
& fn_hexose_12(fn_synthesis_of_cellulose_18(X)) = fn_aldose_4(fn_synthesis_of_cellulose_18(X))
& fn_aldose_4(fn_synthesis_of_cellulose_18(X)) = fn_molecule_10(fn_synthesis_of_cellulose_18(X))
& fn_molecule_10(fn_synthesis_of_cellulose_18(X)) = fn_polymer_synthesis_15(X)
& fn_polymer_synthesis_15(X) = fn_polymer_synthesis_15(X)
& fn_polymer_synthesis_15(X) = fn_molecule_10(fn_synthesis_of_cellulose_18(X))
& fn_molecule_10(fn_synthesis_of_cellulose_18(X)) = fn_molecule_10(fn_synthesis_of_cellulose_18(X))
& fn_hexose_11(fn_synthesis_of_cellulose_18(X)) = fn_molecule_10(fn_synthesis_of_cellulose_18(X))
& fn_molecule_10(fn_synthesis_of_cellulose_18(X)) = fn_hexose_11(fn_synthesis_of_cellulose_18(X))
& fn_hexose_11(fn_synthesis_of_cellulose_18(X)) = fn_hexose_11(fn_synthesis_of_cellulose_18(X))
& fn_aldose_8(fn_synthesis_of_cellulose_18(X)) = fn_hexose_11(fn_synthesis_of_cellulose_18(X))
& fn_hexose_11(fn_synthesis_of_cellulose_18(X)) = fn_aldose_8(fn_synthesis_of_cellulose_18(X))
& fn_aldose_8(fn_synthesis_of_cellulose_18(X)) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_polymer_synthesis_22(X)
& fn_polymer_synthesis_22(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_polymer_synthesis_24(X)
& fn_polymer_synthesis_24(X) = fn_polymer_synthesis_24(X)
& fn_polymer_synthesis_24(X) = fn_cellulose_synthase_18(fn_synthesis_of_cellulose_12(X))
& fn_cellulose_synthase_18(fn_synthesis_of_cellulose_12(X)) = fn_polymer_synthesis_7(X)
& fn_polymer_synthesis_7(X) = fn_polymer_synthesis_7(X)
& fn_polymer_synthesis_7(X) = fn_cellulose_synthase_19(fn_synthesis_of_cellulose_12(X))
& fn_cellulose_synthase_19(fn_synthesis_of_cellulose_12(X)) = fn_polymer_synthesis_23(X)
& fn_polymer_synthesis_23(X) = fn_polymer_synthesis_23(X)
& fn_cellulose_synthase_17(fn_synthesis_of_cellulose_12(X)) = fn_polymer_synthesis_23(X)
& fn_polymer_synthesis_23(X) = fn_cellulose_synthase_17(fn_synthesis_of_cellulose_12(X))
& fn_cellulose_synthase_17(fn_synthesis_of_cellulose_12(X)) = fn_cellulose_synthase_20(fn_synthesis_of_cellulose_12(X))
& fn_cellulose_synthase_20(fn_synthesis_of_cellulose_12(X)) = fn_cellulose_synthase_20(fn_synthesis_of_cellulose_12(X))
& fn_cellulose_synthase_20(fn_synthesis_of_cellulose_12(X)) = fn_enzyme_4(fn_synthesis_of_cellulose_12(X))
& fn_enzyme_4(fn_synthesis_of_cellulose_12(X)) = fn_cellulose_synthase_20(fn_synthesis_of_cellulose_12(X))
& fn_cellulose_synthase_20(fn_synthesis_of_cellulose_12(X)) = fn_enzyme_6(fn_synthesis_of_cellulose_12(X))
& fn_enzyme_6(fn_synthesis_of_cellulose_12(X)) = fn_cellulose_synthase_27(fn_synthesis_of_cellulose_12(X))
& fn_cellulose_synthase_27(fn_synthesis_of_cellulose_12(X)) = fn_cellulose_synthase_27(fn_synthesis_of_cellulose_12(X)) ) ) ).
fof(a533032,axiom,
! [X] :
( synthesis_of_central_vacuole_1(X)
=> ( original_name_2(X,'Synthesis-Of-Central-Vacuole')
& user_description_2(X,'Many plant cells have a large central vacuole that develops by the coalescence of smaller vacuoles. The smaller vacuoles are derived from the endoplasmic reticulum and Golgi apparatus.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of central vacuole')
& concept2words_2(X,'synthesis-of-central-vacuole')
& synthesis_of_vacuole_1(X)
& central_vacuole_1(fn_synthesis_of_central_vacuole_1(X))
& vacuole_1(fn_synthesis_of_central_vacuole_2(X))
& vacuole_1(fn_synthesis_of_central_vacuole_3(X))
& add_1(fn_synthesis_of_central_vacuole_4(X))
& fusion_1(fn_synthesis_of_central_vacuole_4(X))
& spatial_entity_1(fn_add_1(fn_synthesis_of_central_vacuole_4(X)))
& spatial_entity_1(fn_add_2(fn_synthesis_of_central_vacuole_4(X)))
& first_subevent_2(X,fn_synthesis_of_central_vacuole_4(X))
& object_2(fn_synthesis_of_central_vacuole_4(X),fn_synthesis_of_central_vacuole_3(X))
& base_2(fn_synthesis_of_central_vacuole_4(X),fn_synthesis_of_central_vacuole_2(X))
& result_2(X,fn_synthesis_of_central_vacuole_1(X))
& result_2(fn_synthesis_of_central_vacuole_4(X),fn_synthesis_of_central_vacuole_1(X))
& subevent_2(X,fn_synthesis_of_central_vacuole_4(X))
& fn_synthesis_of_central_vacuole_3(X) = fn_add_1(fn_synthesis_of_central_vacuole_4(X))
& fn_synthesis_of_central_vacuole_2(X) = fn_add_2(fn_synthesis_of_central_vacuole_4(X))
& fn_synthesis_of_central_vacuole_4(X) = fn_synthesis_of_vacuole_8(X)
& fn_synthesis_of_central_vacuole_1(X) = fn_synthesis_of_vacuole_5(X) ) ) ).
fof(a533033,axiom,
! [X] :
( synthesis_of_coenzyme_1(X)
=> ( original_name_2(X,'Synthesis-Of-Coenzyme')
& user_description_2(X,'Most vitamins are coenzymes or raw materials from which coenzymes are made.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'coenzyme synthesis')
& concept2words_2(X,'coenzyme-synthesis')
& concept2words_2(X,'synthesis of coenzyme')
& concept2words_2(X,'synthesis-of-coenzyme')
& synthesis_of_organic_molecule_1(X)
& ~ synthesis_of_carbohydrate_1(X)
& ~ synthesis_of_fat_1(X)
& ~ synthesis_of_fatty_acid_1(X)
& ~ synthesis_of_inosine_1(X)
& ~ synthesis_of_lipid_1(X)
& ~ synthesis_of_protein_1(X)
& organic_molecule_1(fn_synthesis_of_coenzyme_1(X))
& raw_material_2(X,fn_synthesis_of_coenzyme_1(X))
& fn_synthesis_of_coenzyme_1(X) = fn_anabolic_pathway_6(X) ) ) ).
fof(a533034,axiom,
! [X] :
( synthesis_of_coenzyme_a_1(X)
=> ( original_name_2(X,'Synthesis-Of-Coenzyme-A')
& user_description_2(X,'The production of Coenzyme A from pantothenate (Vitamin B5) and cysteine.')
& concept2words_2(X,'synthesis of coenzyme a')
& concept2words_2(X,'synthesis-of-coenzyme-a')
& synthesis_reaction_1(X)
& vitamin_b_1(fn_synthesis_of_coenzyme_a_1(X))
& coenzyme_a_1(fn_synthesis_of_coenzyme_a_2(X))
& raw_material_2(X,fn_synthesis_of_coenzyme_a_1(X))
& result_2(X,fn_synthesis_of_coenzyme_a_2(X))
& fn_synthesis_of_coenzyme_a_1(X) = fn_chemical_reaction_2(X)
& fn_synthesis_of_coenzyme_a_2(X) = fn_chemical_reaction_1(X) ) ) ).
fof(a533035,axiom,
! [X] :
( synthesis_of_cyclin_1(X)
=> ( original_name_2(X,'Synthesis-Of-Cyclin')
& user_description_2(X,'The process of production of cyclin, an important regulator molecule of the cell cycle.')
& concept2words_2(X,convert)
& concept2words_2(X,'cyclin synthesis')
& concept2words_2(X,'cyclin-synthesis')
& concept2words_2(X,'synthesis of cyclin')
& concept2words_2(X,'synthesis-of-cyclin')
& synthesis_of_protein_1(X)
& cyclin_1(fn_synthesis_of_cyclin_1(X))
& result_2(X,fn_synthesis_of_cyclin_1(X))
& fn_synthesis_of_cyclin_1(X) = fn_synthesis_of_protein_16(X) ) ) ).
fof(a533036,axiom,
! [X] :
( synthesis_of_dna_strand_1(X)
=> ( original_name_2(X,'Synthesis-Of-DNA-Strand')
& user_description_2(X,'The process of synthesis of DNA strand.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of dna strand')
& concept2words_2(X,'synthesis-of-dna-strand')
& polymer_synthesis_1(X)
& rna_priming_1(fn_synthesis_of_dna_strand_1(X))
& template_1(fn_synthesis_of_dna_strand_2(X))
& number_3_prime_end_1(fn_synthesis_of_dna_strand_3(X))
& energy_1(fn_synthesis_of_dna_strand_4(X))
& phosphate_group_1(fn_synthesis_of_dna_strand_5(X))
& replication_fork_1(fn_synthesis_of_dna_strand_6(X))
& dna_strand_1(fn_synthesis_of_dna_strand_9(X))
& molecule_1(fn_synthesis_of_dna_strand_10(X))
& polar_molecule_1(fn_synthesis_of_dna_strand_10(X))
& chemical_entity_1(fn_synthesis_of_dna_strand_10(X))
& water_molecule_1(fn_synthesis_of_dna_strand_10(X))
& structural_complexity_value_1(fn_synthesis_of_dna_strand_11(X))
& structural_complexity_value_1(fn_synthesis_of_dna_strand_12(X))
& monomer_1(fn_synthesis_of_dna_strand_13(X))
& entity_1(fn_synthesis_of_dna_strand_14(X))
& chemical_entity_1(fn_synthesis_of_dna_strand_14(X))
& atom_1(fn_synthesis_of_dna_strand_14(X))
& entity_1(fn_synthesis_of_dna_strand_15(X))
& chemical_entity_1(fn_synthesis_of_dna_strand_15(X))
& atom_1(fn_synthesis_of_dna_strand_15(X))
& oxygen_1(fn_synthesis_of_dna_strand_15(X))
& chemical_bond_1(fn_synthesis_of_dna_strand_16(X))
& polar_covalent_bond_1(fn_synthesis_of_dna_strand_16(X))
& dna_polymerase_1(fn_synthesis_of_dna_strand_17(X))
& pyrophosphate_1(fn_synthesis_of_dna_strand_18(X))
& deoxyribonucleoside_triphosphate_1(fn_synthesis_of_dna_strand_19(X))
& break_1(fn_synthesis_of_dna_strand_20(X))
& attach_1(fn_synthesis_of_dna_strand_21(X))
& dna_1(fn_synthesis_of_dna_strand_22(X))
& chemical_entity_1(fn_synthesis_of_dna_strand_23(X))
& monomer_1(fn_synthesis_of_dna_strand_23(X))
& monomer_1(fn_synthesis_of_dna_strand_24(X))
& reactant_1(fn_synthesis_of_dna_strand_25(X))
& spatial_entity_1(fn_attach_1(fn_synthesis_of_dna_strand_21(X)))
& spatial_entity_1(fn_attach_2(fn_synthesis_of_dna_strand_21(X)))
& tangible_entity_1(fn_impair_1(fn_synthesis_of_dna_strand_20(X)))
& reactant_1(fn_enzyme_7(fn_synthesis_of_dna_strand_17(X)))
& chemical_entity_1(fn_reactant_3(fn_synthesis_of_dna_strand_25(X)))
& chemical_reaction_1(fn_enzyme_4(fn_synthesis_of_dna_strand_17(X)))
& structural_complexity_2(fn_synthesis_of_dna_strand_23(X),fn_synthesis_of_dna_strand_12(X))
& next_event_2(fn_synthesis_of_dna_strand_21(X),fn_synthesis_of_dna_strand_20(X))
& site_2(fn_synthesis_of_dna_strand_21(X),fn_synthesis_of_dna_strand_3(X))
& raw_material_2(fn_synthesis_of_dna_strand_21(X),fn_synthesis_of_dna_strand_4(X))
& result_2(fn_synthesis_of_dna_strand_21(X),fn_synthesis_of_dna_strand_18(X))
& agent_2(fn_synthesis_of_dna_strand_21(X),fn_synthesis_of_dna_strand_17(X))
& minCardinality(fn_synthesis_of_dna_strand_20(X),result_0,"2",phosphate_group_0)
& result_2(fn_synthesis_of_dna_strand_20(X),fn_synthesis_of_dna_strand_4(X))
& result_2(fn_synthesis_of_dna_strand_20(X),fn_synthesis_of_dna_strand_5(X))
& agent_2(fn_synthesis_of_dna_strand_20(X),fn_synthesis_of_dna_strand_17(X))
& next_event_2(fn_synthesis_of_dna_strand_1(X),fn_synthesis_of_dna_strand_21(X))
& in_event_2(fn_synthesis_of_dna_strand_2(X),X)
& site_2(X,fn_synthesis_of_dna_strand_6(X))
& first_subevent_2(X,fn_synthesis_of_dna_strand_1(X))
& subevent_2(X,fn_synthesis_of_dna_strand_20(X))
& subevent_2(X,fn_synthesis_of_dna_strand_21(X))
& subevent_2(X,fn_synthesis_of_dna_strand_1(X))
& object_2(fn_synthesis_of_dna_strand_21(X),fn_synthesis_of_dna_strand_19(X))
& base_2(fn_synthesis_of_dna_strand_21(X),fn_synthesis_of_dna_strand_22(X))
& object_2(fn_synthesis_of_dna_strand_20(X),fn_synthesis_of_dna_strand_18(X))
& plays_2(fn_synthesis_of_dna_strand_23(X),fn_synthesis_of_dna_strand_25(X))
& structural_complexity_2(fn_synthesis_of_dna_strand_10(X),fn_synthesis_of_dna_strand_11(X))
& greater_than_2(fn_synthesis_of_dna_strand_11(X),fn_synthesis_of_dna_strand_12(X))
& result_2(X,fn_synthesis_of_dna_strand_9(X))
& has_part_2(fn_synthesis_of_dna_strand_9(X),fn_synthesis_of_dna_strand_13(X))
& has_function_2(fn_synthesis_of_dna_strand_17(X),X)
& in_event_2(fn_synthesis_of_dna_strand_25(X),X)
& raw_material_2(X,fn_synthesis_of_dna_strand_23(X))
& result_2(X,fn_synthesis_of_dna_strand_10(X))
& is_between_2(fn_synthesis_of_dna_strand_16(X),fn_synthesis_of_dna_strand_15(X))
& has_part_2(fn_synthesis_of_dna_strand_24(X),fn_synthesis_of_dna_strand_15(X))
& possesses_2(fn_synthesis_of_dna_strand_24(X),fn_synthesis_of_dna_strand_16(X))
& is_between_2(fn_synthesis_of_dna_strand_16(X),fn_synthesis_of_dna_strand_14(X))
& has_part_2(fn_synthesis_of_dna_strand_23(X),fn_synthesis_of_dna_strand_14(X))
& fn_synthesis_of_dna_strand_15(X) != fn_synthesis_of_dna_strand_14(X)
& fn_synthesis_of_dna_strand_14(X) != fn_synthesis_of_dna_strand_15(X)
& raw_material_2(X,fn_synthesis_of_dna_strand_24(X))
& fn_synthesis_of_dna_strand_24(X) != fn_synthesis_of_dna_strand_23(X)
& has_state_2(fn_synthesis_of_dna_strand_23(X),fn_synthesis_of_dna_strand_13(X))
& fn_synthesis_of_dna_strand_10(X) != fn_synthesis_of_dna_strand_24(X)
& fn_synthesis_of_dna_strand_24(X) != fn_synthesis_of_dna_strand_10(X)
& fn_synthesis_of_dna_strand_23(X) != fn_synthesis_of_dna_strand_24(X)
& fn_synthesis_of_dna_strand_19(X) = fn_attach_1(fn_synthesis_of_dna_strand_21(X))
& fn_synthesis_of_dna_strand_22(X) = fn_attach_2(fn_synthesis_of_dna_strand_21(X))
& fn_synthesis_of_dna_strand_18(X) = fn_impair_1(fn_synthesis_of_dna_strand_20(X))
& fn_synthesis_of_dna_strand_23(X) = fn_reactant_3(fn_synthesis_of_dna_strand_25(X))
& fn_synthesis_of_dna_strand_8(X) = fn_anabolic_pathway_1(X)
& fn_synthesis_of_dna_strand_7(X) = fn_anabolic_pathway_2(X)
& fn_synthesis_of_dna_strand_12(X) = fn_anabolic_pathway_4(X)
& fn_synthesis_of_dna_strand_11(X) = fn_anabolic_pathway_3(X)
& fn_synthesis_of_dna_strand_9(X) = fn_polymer_synthesis_23(X)
& fn_synthesis_of_dna_strand_25(X) = fn_enzyme_7(fn_synthesis_of_dna_strand_17(X))
& X = fn_enzyme_4(fn_synthesis_of_dna_strand_17(X))
& fn_synthesis_of_dna_strand_10(X) = fn_anabolic_pathway_5(X)
& fn_synthesis_of_dna_strand_15(X) = fn_polymer_synthesis_12(X)
& fn_synthesis_of_dna_strand_14(X) = fn_polymer_synthesis_13(X)
& fn_synthesis_of_dna_strand_16(X) = fn_polymer_synthesis_15(X)
& fn_synthesis_of_dna_strand_13(X) = fn_polymer_synthesis_7(X)
& fn_synthesis_of_dna_strand_13(X) = fn_polymer_synthesis_8(X)
& fn_synthesis_of_dna_strand_24(X) = fn_polymer_synthesis_22(X)
& fn_synthesis_of_dna_strand_23(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_dna_strand_23(X) = fn_polymer_synthesis_22(X)
& fn_synthesis_of_dna_strand_10(X) = fn_polymer_synthesis_11(X)
& fn_synthesis_of_dna_strand_24(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_7(X) = fn_polymer_synthesis_7(X)
& fn_polymer_synthesis_7(X) = fn_polymer_synthesis_8(X)
& fn_polymer_synthesis_8(X) = fn_reactant_3(fn_synthesis_of_dna_strand_25(X))
& fn_reactant_3(fn_synthesis_of_dna_strand_25(X)) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_22(X) = fn_polymer_synthesis_22(X)
& fn_polymer_synthesis_22(X) = fn_anabolic_pathway_5(X)
& fn_anabolic_pathway_5(X) = fn_anabolic_pathway_5(X)
& fn_anabolic_pathway_5(X) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_polymer_synthesis_22(X)
& fn_polymer_synthesis_22(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_polymer_synthesis_20(X)
& fn_enzyme_4(fn_synthesis_of_dna_strand_17(X)) = fn_enzyme_4(fn_synthesis_of_dna_strand_17(X)) ) ) ).
fof(a533037,axiom,
! [X] :
( synthesis_of_endomembranous_system_membrane_1(X)
=> ( original_name_2(X,'Synthesis-Of-Endomembranous-System-Membrane')
& user_description_2(X,'It is the process of synthesis of membrane for different organelles of cell and plasma membrane.')
& concept2words_2(X,'synthesis of cellular membrane')
& concept2words_2(X,'synthesis-of-cellular-membrane')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of endomembranous system membrane')
& concept2words_2(X,'synthesis-of-endomembranous-system-membrane')
& intracellular_process_1(X)
& biomembrane_1(fn_synthesis_of_endomembranous_system_membrane_1(X))
& cisterna_1(fn_synthesis_of_endomembranous_system_membrane_2(X))
& hydrophobic_region_1(fn_synthesis_of_endomembranous_system_membrane_3(X))
& nuclear_membrane_1(fn_synthesis_of_endomembranous_system_membrane_4(X))
& carry_1(fn_synthesis_of_endomembranous_system_membrane_5(X))
& system_1(fn_synthesis_of_endomembranous_system_membrane_6(X))
& quantity_value_1(fn_synthesis_of_endomembranous_system_membrane_8(X))
& quantity_value_1(fn_synthesis_of_endomembranous_system_membrane_9(X))
& noncellulose_polysaccharide_1(fn_synthesis_of_endomembranous_system_membrane_10(X))
& cell_1(fn_synthesis_of_endomembranous_system_membrane_11(X))
& microtubule_1(fn_synthesis_of_endomembranous_system_membrane_12(X))
& free_energy_1(fn_synthesis_of_endomembranous_system_membrane_13(X))
& inside_face_1(fn_synthesis_of_endomembranous_system_membrane_14(X))
& hydrophobic_core_1(fn_synthesis_of_endomembranous_system_membrane_15(X))
& chemical_energy_1(fn_synthesis_of_endomembranous_system_membrane_16(X))
& change_1(fn_synthesis_of_endomembranous_system_membrane_17(X))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_28(X))
& eukaryotic_cell_1(fn_synthesis_of_endomembranous_system_membrane_28(X))
& cell_1(fn_synthesis_of_endomembranous_system_membrane_28(X))
& chemical_entity_1(fn_synthesis_of_endomembranous_system_membrane_29(X))
& free_energy_1(fn_synthesis_of_endomembranous_system_membrane_30(X))
& structural_complexity_value_1(fn_synthesis_of_endomembranous_system_membrane_31(X))
& structural_complexity_value_1(fn_synthesis_of_endomembranous_system_membrane_32(X))
& free_energy_1(fn_synthesis_of_endomembranous_system_membrane_33(X))
& quantity_value_1(fn_synthesis_of_endomembranous_system_membrane_34(X))
& quantity_value_1(fn_synthesis_of_endomembranous_system_membrane_35(X))
& move_1(fn_synthesis_of_endomembranous_system_membrane_36(X))
& condensation_reaction_1(fn_synthesis_of_endomembranous_system_membrane_37(X))
& endergonic_reaction_1(fn_synthesis_of_endomembranous_system_membrane_37(X))
& dehydration_reaction_1(fn_synthesis_of_endomembranous_system_membrane_37(X))
& monomer_1(fn_synthesis_of_endomembranous_system_membrane_38(X))
& chemical_entity_1(fn_synthesis_of_endomembranous_system_membrane_39(X))
& molecule_1(fn_synthesis_of_endomembranous_system_membrane_39(X))
& monomer_1(fn_synthesis_of_endomembranous_system_membrane_39(X))
& free_energy_1(fn_synthesis_of_endomembranous_system_membrane_40(X))
& structural_complexity_value_1(fn_synthesis_of_endomembranous_system_membrane_41(X))
& size_value_1(fn_synthesis_of_endomembranous_system_membrane_42(X))
& remove_1(fn_synthesis_of_endomembranous_system_membrane_43(X))
& replace_1(fn_synthesis_of_endomembranous_system_membrane_44(X))
& attach_1(fn_synthesis_of_endomembranous_system_membrane_45(X))
& detach_1(fn_synthesis_of_endomembranous_system_membrane_46(X))
& change_1(fn_synthesis_of_endomembranous_system_membrane_47(X))
& hydrophilic_compound_1(fn_synthesis_of_endomembranous_system_membrane_48(X))
& molecule_1(fn_synthesis_of_endomembranous_system_membrane_48(X))
& polar_molecule_1(fn_synthesis_of_endomembranous_system_membrane_48(X))
& chemical_entity_1(fn_synthesis_of_endomembranous_system_membrane_48(X))
& water_molecule_1(fn_synthesis_of_endomembranous_system_membrane_48(X))
& size_value_1(fn_synthesis_of_endomembranous_system_membrane_49(X))
& move_1(fn_synthesis_of_endomembranous_system_membrane_50(X))
& carry_1(fn_synthesis_of_endomembranous_system_membrane_50(X))
& phospholipid_bilayer_1(fn_synthesis_of_endomembranous_system_membrane_51(X))
& glycolipid_1(fn_synthesis_of_endomembranous_system_membrane_52(X))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_53(X))
& chemical_entity_1(fn_synthesis_of_endomembranous_system_membrane_53(X))
& glycolipid_1(fn_synthesis_of_endomembranous_system_membrane_53(X))
& lipid_1(fn_synthesis_of_endomembranous_system_membrane_53(X))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_54(X))
& polymer_1(fn_synthesis_of_endomembranous_system_membrane_54(X))
& chemical_entity_1(fn_synthesis_of_endomembranous_system_membrane_54(X))
& membrane_protein_1(fn_synthesis_of_endomembranous_system_membrane_54(X))
& protein_1(fn_synthesis_of_endomembranous_system_membrane_54(X))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_54(X))
& release_1(fn_synthesis_of_endomembranous_system_membrane_55(X))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_56(X))
& transport_vesicle_1(fn_synthesis_of_endomembranous_system_membrane_56(X))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_57(X))
& rough_endoplasmic_reticulum_1(fn_synthesis_of_endomembranous_system_membrane_57(X))
& anabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_58(X))
& synthesis_of_protein_1(fn_synthesis_of_endomembranous_system_membrane_58(X))
& synthesis_of_membrane_protein_1(fn_synthesis_of_endomembranous_system_membrane_58(X))
& synthesis_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(X))
& chemical_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(X))
& anabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(X))
& metabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(X))
& endergonic_reaction_1(fn_synthesis_of_endomembranous_system_membrane_59(X))
& synthesis_of_lipid_1(fn_synthesis_of_endomembranous_system_membrane_59(X))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_60(X))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_60(X))
& biomembrane_1(fn_synthesis_of_endomembranous_system_membrane_60(X))
& add_1(fn_synthesis_of_endomembranous_system_membrane_61(X))
& fusion_1(fn_synthesis_of_endomembranous_system_membrane_61(X))
& attach_1(fn_synthesis_of_endomembranous_system_membrane_62(X))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_63(X))
& golgi_apparatus_1(fn_synthesis_of_endomembranous_system_membrane_63(X))
& plasma_membrane_1(fn_synthesis_of_endomembranous_system_membrane_64(X))
& go_to_1(fn_synthesis_of_endomembranous_system_membrane_65(X))
& transport_vesicle_1(fn_synthesis_of_endomembranous_system_membrane_66(X))
& remove_1(fn_synthesis_of_endomembranous_system_membrane_67(X))
& move_1(fn_synthesis_of_endomembranous_system_membrane_68(X))
& add_1(fn_synthesis_of_endomembranous_system_membrane_69(X))
& endoplasmic_reticulum_1(fn_synthesis_of_endomembranous_system_membrane_70(X))
& smooth_endoplasmic_reticulum_1(fn_synthesis_of_endomembranous_system_membrane_70(X))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_71(X))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_71(X))
& protein_1(fn_synthesis_of_endomembranous_system_membrane_71(X))
& polymer_1(fn_synthesis_of_endomembranous_system_membrane_71(X))
& chemical_entity_1(fn_synthesis_of_endomembranous_system_membrane_71(X))
& glycoprotein_1(fn_synthesis_of_endomembranous_system_membrane_71(X))
& carbohydrate_side_chain_1(fn_synthesis_of_endomembranous_system_membrane_72(X))
& post_translational_modification_1(fn_synthesis_of_endomembranous_system_membrane_73(X))
& change_1(fn_synthesis_of_endomembranous_system_membrane_74(X))
& metabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_75(X))
& translation_1(fn_synthesis_of_endomembranous_system_membrane_75(X))
& anabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_75(X))
& polymer_synthesis_1(fn_synthesis_of_endomembranous_system_membrane_75(X))
& attach_1(fn_synthesis_of_endomembranous_system_membrane_76(X))
& post_translational_modification_1(fn_synthesis_of_endomembranous_system_membrane_77(X))
& move_1(fn_synthesis_of_endomembranous_system_membrane_78(X))
& synthesis_of_glycoprotein_1(fn_synthesis_of_endomembranous_system_membrane_79(X))
& hold_1(fn_synthesis_of_endomembranous_system_membrane_80(X))
& lipid_1(fn_synthesis_of_endomembranous_system_membrane_81(X))
& carbohydrate_1(fn_synthesis_of_endomembranous_system_membrane_82(X))
& cisternal_space_1(fn_synthesis_of_endomembranous_system_membrane_83(X))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_84(X))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_84(X))
& phospholipid_1(fn_synthesis_of_endomembranous_system_membrane_84(X))
& add_1(fn_synthesis_of_endomembranous_system_membrane_85(X))
& hold_1(fn_synthesis_of_endomembranous_system_membrane_86(X))
& post_translational_modification_1(fn_synthesis_of_endomembranous_system_membrane_87(X))
& change_1(fn_synthesis_of_endomembranous_system_membrane_88(X))
& attach_1(fn_synthesis_of_endomembranous_system_membrane_89(X))
& cytoplasmic_side_1(fn_synthesis_of_endomembranous_system_membrane_90(X))
& cytoskeleton_1(fn_synthesis_of_endomembranous_system_membrane_91(X))
& entity_1(fn_synthesis_of_endomembranous_system_membrane_92(X))
& mixture_1(fn_synthesis_of_endomembranous_system_membrane_92(X))
& cytoplasm_1(fn_synthesis_of_endomembranous_system_membrane_92(X))
& tangible_entity_1(fn_synthesis_of_endomembranous_system_membrane_93(X))
& eukaryotic_cell_1(fn_synthesis_of_endomembranous_system_membrane_93(X))
& cell_1(fn_synthesis_of_endomembranous_system_membrane_93(X))
& change_1(fn_synthesis_of_endomembranous_system_membrane_94(X))
& post_translational_modification_1(fn_synthesis_of_endomembranous_system_membrane_94(X))
& container_1(fn_synthesis_of_endomembranous_system_membrane_95(X))
& dissolve_1(fn_synthesis_of_endomembranous_system_membrane_96(X))
& chemical_1(fn_synthesis_of_endomembranous_system_membrane_97(X))
& dissolve_1(fn_synthesis_of_endomembranous_system_membrane_98(X))
& produce_1(fn_synthesis_of_endomembranous_system_membrane_99(X))
& spatial_entity_1(fn_synthesis_of_endomembranous_system_membrane_100(X))
& biomembrane_1(fn_synthesis_of_endomembranous_system_membrane_100(X))
& nuclear_membrane_1(fn_synthesis_of_endomembranous_system_membrane_100(X))
& intermembrane_space_1(fn_synthesis_of_endomembranous_system_membrane_101(X))
& attach_1(fn_synthesis_of_endomembranous_system_membrane_102(X))
& expand_1(fn_synthesis_of_endomembranous_system_membrane_103(X))
& expand_1(fn_synthesis_of_endomembranous_system_membrane_104(X))
& produce_1(fn_synthesis_of_endomembranous_system_membrane_105(X))
& spatial_entity_1(fn_attach_2(fn_synthesis_of_endomembranous_system_membrane_62(X)))
& spatial_entity_1(fn_attach_1(fn_synthesis_of_endomembranous_system_membrane_62(X)))
& spatial_entity_1(fn_remove_2(fn_synthesis_of_endomembranous_system_membrane_67(X)))
& smooth_endoplasmic_reticulum_1(fn_eukaryotic_cell_20(fn_synthesis_of_endomembranous_system_membrane_93(X)))
& change_1(fn_post_translational_modification_5(fn_synthesis_of_endomembranous_system_membrane_87(X)))
& cytoskeleton_1(fn_cell_2(fn_synthesis_of_endomembranous_system_membrane_93(X)))
& change_1(fn_post_translational_modification_5(fn_synthesis_of_endomembranous_system_membrane_73(X)))
& intermembrane_space_1(fn_nuclear_membrane_19(fn_synthesis_of_endomembranous_system_membrane_100(X)))
& carry_1(fn_transport_vesicle_4(fn_synthesis_of_endomembranous_system_membrane_56(X)))
& glycolipid_1(fn_biomembrane_29(fn_synthesis_of_endomembranous_system_membrane_60(X)))
& expand_1(fn_endoplasmic_reticulum_20(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& produce_1(fn_endoplasmic_reticulum_21(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& add_1(fn_golgi_apparatus_27(fn_synthesis_of_endomembranous_system_membrane_63(X)))
& fusion_1(fn_golgi_apparatus_53(fn_synthesis_of_endomembranous_system_membrane_63(X)))
& property_node_1(fn_smooth_endoplasmic_reticulum_52(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& free_energy_1(fn_endergonic_reaction_3(fn_synthesis_of_endomembranous_system_membrane_59(X)))
& property_node_1(fn_endergonic_reaction_6(fn_synthesis_of_endomembranous_system_membrane_59(X)))
& property_node_1(fn_endergonic_reaction_7(fn_synthesis_of_endomembranous_system_membrane_59(X)))
& quantity_value_1(fn_endergonic_reaction_4(fn_synthesis_of_endomembranous_system_membrane_59(X)))
& quantity_value_1(fn_endergonic_reaction_5(fn_synthesis_of_endomembranous_system_membrane_59(X)))
& free_energy_1(fn_endergonic_reaction_2(fn_synthesis_of_endomembranous_system_membrane_59(X)))
& property_node_1(fn_synthesis_of_glycoprotein_23(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& post_translational_modification_1(fn_synthesis_of_glycoprotein_57(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& attach_1(fn_synthesis_of_glycoprotein_55(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& attach_1(fn_synthesis_of_glycoprotein_54(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& detach_1(fn_synthesis_of_glycoprotein_53(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& replace_1(fn_synthesis_of_glycoprotein_49(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& metabolic_pathway_1(fn_synthesis_of_glycoprotein_46(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& translation_1(fn_synthesis_of_glycoprotein_46(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& anabolic_pathway_1(fn_synthesis_of_glycoprotein_46(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& polymer_synthesis_1(fn_synthesis_of_glycoprotein_46(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& remove_1(fn_synthesis_of_glycoprotein_48(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& change_1(fn_synthesis_of_glycoprotein_2(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& condensation_reaction_1(fn_synthesis_of_glycoprotein_42(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& endergonic_reaction_1(fn_synthesis_of_glycoprotein_42(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& dehydration_reaction_1(fn_synthesis_of_glycoprotein_42(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& free_energy_1(fn_synthesis_of_glycoprotein_33(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& cisternal_space_1(fn_smooth_endoplasmic_reticulum_39(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& expand_1(fn_smooth_endoplasmic_reticulum_19(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& spatial_entity_1(fn_smooth_endoplasmic_reticulum_36(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& biomembrane_1(fn_smooth_endoplasmic_reticulum_36(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& nuclear_membrane_1(fn_smooth_endoplasmic_reticulum_36(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& property_node_1(fn_glycoprotein_9(fn_synthesis_of_endomembranous_system_membrane_71(X)))
& property_node_1(fn_glycoprotein_8(fn_synthesis_of_endomembranous_system_membrane_71(X)))
& size_value_1(fn_glycoprotein_11(fn_synthesis_of_endomembranous_system_membrane_71(X)))
& size_value_1(fn_glycoprotein_12(fn_synthesis_of_endomembranous_system_membrane_71(X)))
& spatial_entity_1(fn_go_to_1(fn_synthesis_of_endomembranous_system_membrane_65(X)))
& spatial_entity_1(fn_add_2(fn_synthesis_of_endomembranous_system_membrane_69(X)))
& spatial_entity_1(fn_move_1(fn_synthesis_of_endomembranous_system_membrane_68(X)))
& spatial_entity_1(fn_remove_1(fn_synthesis_of_endomembranous_system_membrane_67(X)))
& spatial_entity_1(fn_add_1(fn_synthesis_of_endomembranous_system_membrane_61(X)))
& spatial_entity_1(fn_add_1(fn_synthesis_of_endomembranous_system_membrane_69(X)))
& spatial_entity_1(fn_locomotion_1(fn_synthesis_of_endomembranous_system_membrane_65(X)))
& substance_1(fn_mixture_2(fn_synthesis_of_endomembranous_system_membrane_92(X)))
& substance_1(fn_dissolve_4(fn_synthesis_of_endomembranous_system_membrane_96(X)))
& substance_1(fn_mixture_1(fn_synthesis_of_endomembranous_system_membrane_92(X)))
& substance_1(fn_dissolve_5(fn_synthesis_of_endomembranous_system_membrane_98(X)))
& tangible_entity_1(fn_expand_1(fn_synthesis_of_endomembranous_system_membrane_104(X)))
& tangible_entity_1(fn_expand_1(fn_synthesis_of_endomembranous_system_membrane_103(X)))
& biomembrane_1(fn_membrane_protein_1(fn_synthesis_of_endomembranous_system_membrane_54(X)))
& spatial_entity_1(fn_golgi_apparatus_52(fn_synthesis_of_endomembranous_system_membrane_63(X)))
& tangible_entity_1(fn_golgi_apparatus_52(fn_synthesis_of_endomembranous_system_membrane_63(X)))
& biomembrane_1(fn_golgi_apparatus_52(fn_synthesis_of_endomembranous_system_membrane_63(X)))
& property_node_1(fn_anabolic_pathway_2(fn_synthesis_of_endomembranous_system_membrane_59(X)))
& property_node_1(fn_smooth_endoplasmic_reticulum_51(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& structural_complexity_value_1(fn_anabolic_pathway_3(fn_synthesis_of_endomembranous_system_membrane_59(X)))
& structural_complexity_value_1(fn_smooth_endoplasmic_reticulum_43(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& structural_complexity_value_1(fn_anabolic_pathway_4(fn_synthesis_of_endomembranous_system_membrane_59(X)))
& structural_complexity_value_1(fn_smooth_endoplasmic_reticulum_44(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& phospholipid_bilayer_1(fn_membrane_protein_2(fn_synthesis_of_endomembranous_system_membrane_54(X)))
& phospholipid_bilayer_1(fn_rough_endoplasmic_reticulum_8(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& entity_1(fn_create_1(fn_synthesis_of_endomembranous_system_membrane_96(X)))
& entity_1(fn_create_1(fn_synthesis_of_endomembranous_system_membrane_98(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_synthesis_of_endomembranous_system_membrane_93(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_synthesis_of_endomembranous_system_membrane_93(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_synthesis_of_endomembranous_system_membrane_90(X)))
& mixture_1(fn_rough_endoplasmic_reticulum_32(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& cytoplasm_1(fn_rough_endoplasmic_reticulum_32(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& cell_1(fn_metabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_62(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& eukaryotic_cell_1(fn_rough_endoplasmic_reticulum_62(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& cell_1(fn_rough_endoplasmic_reticulum_62(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& change_1(fn_rough_endoplasmic_reticulum_84(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& post_translational_modification_1(fn_rough_endoplasmic_reticulum_84(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& post_translational_modification_1(fn_rough_endoplasmic_reticulum_51(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& spatial_entity_1(fn_add_1(fn_synthesis_of_endomembranous_system_membrane_85(X)))
& chemical_entity_1(fn_endoplasmic_reticulum_34(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& glycolipid_1(fn_endoplasmic_reticulum_34(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_synthesis_of_endomembranous_system_membrane_59(X)))
& chemical_entity_1(fn_rough_endoplasmic_reticulum_30(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& glycolipid_1(fn_rough_endoplasmic_reticulum_30(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& lipid_1(fn_rough_endoplasmic_reticulum_30(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& phospholipid_1(fn_endoplasmic_reticulum_18(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& spatial_entity_1(fn_rough_endoplasmic_reticulum_31(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_31(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& phospholipid_1(fn_rough_endoplasmic_reticulum_31(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& spatial_entity_1(fn_attach_1(fn_synthesis_of_endomembranous_system_membrane_89(X)))
& spatial_entity_1(fn_move_1(fn_synthesis_of_endomembranous_system_membrane_50(X)))
& tangible_entity_1(fn_transport_vesicle_1(fn_synthesis_of_endomembranous_system_membrane_56(X)))
& tangible_entity_1(fn_hold_2(fn_synthesis_of_endomembranous_system_membrane_80(X)))
& spatial_entity_1(fn_rough_endoplasmic_reticulum_40(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& polymer_1(fn_rough_endoplasmic_reticulum_40(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& chemical_entity_1(fn_rough_endoplasmic_reticulum_40(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& membrane_protein_1(fn_rough_endoplasmic_reticulum_40(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& protein_1(fn_rough_endoplasmic_reticulum_40(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_40(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& anabolic_pathway_1(fn_rough_endoplasmic_reticulum_47(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& synthesis_of_protein_1(fn_rough_endoplasmic_reticulum_47(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& synthesis_of_protein_1(fn_rough_endoplasmic_reticulum_39(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& synthesis_of_membrane_protein_1(fn_rough_endoplasmic_reticulum_39(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& tangible_entity_1(fn_barrier_1(fn_synthesis_of_endomembranous_system_membrane_95(X)))
& rough_endoplasmic_reticulum_1(fn_eukaryotic_cell_19(fn_synthesis_of_endomembranous_system_membrane_93(X)))
& chemical_entity_1(fn_smooth_endoplasmic_reticulum_46(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& chemical_entity_1(fn_endergonic_reaction_8(fn_synthesis_of_endomembranous_system_membrane_59(X)))
& chemical_entity_1(fn_dehydration_reaction_7(fn_synthesis_of_endomembranous_system_membrane_37(X)))
& molecule_1(fn_dehydration_reaction_7(fn_synthesis_of_endomembranous_system_membrane_37(X)))
& molecule_1(fn_dehydration_reaction_8(fn_synthesis_of_endomembranous_system_membrane_37(X)))
& monomer_1(fn_polymer_synthesis_22(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& monomer_1(fn_synthesis_of_glycoprotein_18(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& structural_complexity_value_1(fn_protein_3(fn_synthesis_of_endomembranous_system_membrane_71(X)))
& structural_complexity_value_1(fn_synthesis_of_glycoprotein_32(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& water_molecule_1(fn_dehydration_reaction_6(fn_synthesis_of_endomembranous_system_membrane_37(X)))
& molecule_1(fn_polymer_synthesis_11(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& polar_molecule_1(fn_polymer_synthesis_11(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& chemical_entity_1(fn_polymer_synthesis_11(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& water_molecule_1(fn_polymer_synthesis_11(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& hydrophilic_compound_1(fn_synthesis_of_glycoprotein_66(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& molecule_1(fn_synthesis_of_glycoprotein_66(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& polar_molecule_1(fn_synthesis_of_glycoprotein_66(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& chemical_entity_1(fn_synthesis_of_glycoprotein_66(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& water_molecule_1(fn_synthesis_of_glycoprotein_66(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& move_1(fn_synthesis_of_glycoprotein_58(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& move_1(fn_synthesis_of_glycoprotein_59(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& attach_1(fn_nuclear_membrane_21(fn_synthesis_of_endomembranous_system_membrane_100(X)))
& attach_1(fn_smooth_endoplasmic_reticulum_32(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& produce_1(fn_smooth_endoplasmic_reticulum_26(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& produce_1(fn_rough_endoplasmic_reticulum_26(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& produce_1(fn_smooth_endoplasmic_reticulum_20(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& tangible_entity_1(fn_hold_1(fn_synthesis_of_endomembranous_system_membrane_86(X)))
& tangible_entity_1(fn_hold_1(fn_synthesis_of_endomembranous_system_membrane_80(X)))
& transport_vesicle_1(fn_smooth_endoplasmic_reticulum_27(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& transport_vesicle_1(fn_rough_endoplasmic_reticulum_61(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& transport_vesicle_1(fn_smooth_endoplasmic_reticulum_21(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& release_1(fn_smooth_endoplasmic_reticulum_31(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& release_1(fn_smooth_endoplasmic_reticulum_25(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& release_1(fn_smooth_endoplasmic_reticulum_9(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& synthesis_reaction_1(fn_endoplasmic_reticulum_35(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& metabolic_pathway_1(fn_rough_endoplasmic_reticulum_68(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& synthesis_of_lipid_1(fn_rough_endoplasmic_reticulum_68(fn_synthesis_of_endomembranous_system_membrane_57(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_synthesis_of_endomembranous_system_membrane_70(X)))
& carbohydrate_side_chain_1(fn_biomembrane_70(fn_synthesis_of_endomembranous_system_membrane_60(X)))
& carbohydrate_side_chain_1(fn_glycoprotein_17(fn_synthesis_of_endomembranous_system_membrane_71(X)))
& monomer_1(fn_polymer_6(fn_synthesis_of_endomembranous_system_membrane_71(X)))
& monomer_1(fn_polymer_synthesis_8(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& monomer_1(fn_polymer_synthesis_20(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& monomer_1(fn_glycoprotein_3(fn_synthesis_of_endomembranous_system_membrane_71(X)))
& tangible_entity_1(fn_hold_2(fn_synthesis_of_endomembranous_system_membrane_86(X)))
& glycoprotein_1(fn_biomembrane_30(fn_synthesis_of_endomembranous_system_membrane_60(X)))
& spatial_entity_1(fn_synthesis_of_glycoprotein_52(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& protein_1(fn_synthesis_of_glycoprotein_52(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& polymer_1(fn_synthesis_of_glycoprotein_52(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& chemical_entity_1(fn_synthesis_of_glycoprotein_52(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& glycoprotein_1(fn_synthesis_of_glycoprotein_52(fn_synthesis_of_endomembranous_system_membrane_79(X)))
& synthesis_of_endomembranous_system_membrane_1(fn_golgi_apparatus_2(fn_synthesis_of_endomembranous_system_membrane_63(X)))
& is_at_2(fn_synthesis_of_endomembranous_system_membrane_1(X),fn_synthesis_of_endomembranous_system_membrane_60(X))
& has_part_2(fn_synthesis_of_endomembranous_system_membrane_2(X),fn_synthesis_of_endomembranous_system_membrane_1(X))
& abuts_2(fn_synthesis_of_endomembranous_system_membrane_101(X),fn_synthesis_of_endomembranous_system_membrane_83(X))
& first_subevent_2(X,fn_synthesis_of_endomembranous_system_membrane_79(X))
& first_subevent_2(X,fn_synthesis_of_endomembranous_system_membrane_59(X))
& raw_material_2(X,fn_synthesis_of_endomembranous_system_membrane_13(X))
& subevent_2(X,fn_synthesis_of_endomembranous_system_membrane_69(X))
& subevent_2(X,fn_synthesis_of_endomembranous_system_membrane_67(X))
& subevent_2(X,fn_synthesis_of_endomembranous_system_membrane_65(X))
& subevent_2(X,fn_synthesis_of_endomembranous_system_membrane_62(X))
& subevent_2(X,fn_synthesis_of_endomembranous_system_membrane_55(X))
& subevent_2(X,fn_synthesis_of_endomembranous_system_membrane_79(X))
& subevent_2(X,fn_synthesis_of_endomembranous_system_membrane_59(X))
& in_event_2(fn_synthesis_of_endomembranous_system_membrane_95(X),X)
& has_region_2(fn_synthesis_of_endomembranous_system_membrane_91(X),fn_synthesis_of_endomembranous_system_membrane_90(X))
& is_oriented_toward_2(fn_synthesis_of_endomembranous_system_membrane_90(X),fn_synthesis_of_endomembranous_system_membrane_92(X))
& site_2(fn_synthesis_of_endomembranous_system_membrane_89(X),fn_synthesis_of_endomembranous_system_membrane_3(X))
& result_2(fn_synthesis_of_endomembranous_system_membrane_88(X),fn_synthesis_of_endomembranous_system_membrane_54(X))
& result_2(fn_synthesis_of_endomembranous_system_membrane_87(X),fn_synthesis_of_endomembranous_system_membrane_54(X))
& abuts_2(fn_synthesis_of_endomembranous_system_membrane_83(X),fn_synthesis_of_endomembranous_system_membrane_101(X))
& fn_synthesis_of_endomembranous_system_membrane_81(X) != fn_synthesis_of_endomembranous_system_membrane_53(X)
& result_2(fn_synthesis_of_endomembranous_system_membrane_74(X),fn_synthesis_of_endomembranous_system_membrane_54(X))
& result_2(fn_synthesis_of_endomembranous_system_membrane_73(X),fn_synthesis_of_endomembranous_system_membrane_54(X))
& abuts_2(fn_synthesis_of_endomembranous_system_membrane_4(X),fn_synthesis_of_endomembranous_system_membrane_60(X))
& destination_2(fn_synthesis_of_endomembranous_system_membrane_5(X),fn_synthesis_of_endomembranous_system_membrane_4(X))
& called_2(fn_synthesis_of_endomembranous_system_membrane_8(X),'Q_carbon')
& the_scalar_value_2(fn_synthesis_of_endomembranous_system_membrane_9(X),high_0)
& scalar_unit_class_2(fn_synthesis_of_endomembranous_system_membrane_9(X),carbon_0)
& called_2(fn_synthesis_of_endomembranous_system_membrane_9(X),'Q_hydrogen')
& greater_than_2(fn_synthesis_of_endomembranous_system_membrane_9(X),fn_synthesis_of_endomembranous_system_membrane_8(X))
& is_inside_2(fn_synthesis_of_endomembranous_system_membrane_10(X),fn_synthesis_of_endomembranous_system_membrane_56(X))
& is_at_2(fn_synthesis_of_endomembranous_system_membrane_72(X),fn_synthesis_of_endomembranous_system_membrane_14(X))
& possesses_2(fn_synthesis_of_endomembranous_system_membrane_72(X),fn_synthesis_of_endomembranous_system_membrane_16(X))
& is_inside_2(fn_synthesis_of_endomembranous_system_membrane_71(X),fn_synthesis_of_endomembranous_system_membrane_56(X))
& is_across_2(fn_synthesis_of_endomembranous_system_membrane_71(X),fn_synthesis_of_endomembranous_system_membrane_15(X))
& path_2(fn_synthesis_of_endomembranous_system_membrane_68(X),fn_synthesis_of_endomembranous_system_membrane_12(X))
& destination_2(fn_synthesis_of_endomembranous_system_membrane_68(X),fn_synthesis_of_endomembranous_system_membrane_64(X))
& next_event_2(fn_synthesis_of_endomembranous_system_membrane_67(X),fn_synthesis_of_endomembranous_system_membrane_65(X))
& next_event_2(fn_synthesis_of_endomembranous_system_membrane_65(X),fn_synthesis_of_endomembranous_system_membrane_69(X))
& site_2(fn_synthesis_of_endomembranous_system_membrane_62(X),fn_synthesis_of_endomembranous_system_membrane_63(X))
& next_event_2(fn_synthesis_of_endomembranous_system_membrane_62(X),fn_synthesis_of_endomembranous_system_membrane_55(X))
& result_2(fn_synthesis_of_endomembranous_system_membrane_62(X),fn_synthesis_of_endomembranous_system_membrane_52(X))
& next_event_2(fn_synthesis_of_endomembranous_system_membrane_61(X),fn_synthesis_of_endomembranous_system_membrane_67(X))
& abuts_2(fn_synthesis_of_endomembranous_system_membrane_60(X),fn_synthesis_of_endomembranous_system_membrane_4(X))
& has_part_2(fn_synthesis_of_endomembranous_system_membrane_60(X),fn_synthesis_of_endomembranous_system_membrane_53(X))
& has_part_2(fn_synthesis_of_endomembranous_system_membrane_60(X),fn_synthesis_of_endomembranous_system_membrane_84(X))
& has_region_2(fn_synthesis_of_endomembranous_system_membrane_57(X),fn_synthesis_of_endomembranous_system_membrane_14(X))
& is_at_2(fn_synthesis_of_endomembranous_system_membrane_56(X),fn_synthesis_of_endomembranous_system_membrane_11(X))
& has_region_2(fn_synthesis_of_endomembranous_system_membrane_54(X),fn_synthesis_of_endomembranous_system_membrane_3(X))
& fn_synthesis_of_endomembranous_system_membrane_53(X) != fn_synthesis_of_endomembranous_system_membrane_81(X)
& possesses_2(fn_synthesis_of_endomembranous_system_membrane_53(X),fn_synthesis_of_endomembranous_system_membrane_33(X))
& destination_2(fn_synthesis_of_endomembranous_system_membrane_50(X),fn_synthesis_of_endomembranous_system_membrane_60(X))
& origin_2(fn_synthesis_of_endomembranous_system_membrane_50(X),fn_synthesis_of_endomembranous_system_membrane_63(X))
& first_subevent_2(fn_synthesis_of_endomembranous_system_membrane_50(X),fn_synthesis_of_endomembranous_system_membrane_80(X))
& subevent_2(fn_synthesis_of_endomembranous_system_membrane_50(X),fn_synthesis_of_endomembranous_system_membrane_80(X))
& path_2(fn_synthesis_of_endomembranous_system_membrane_50(X),fn_synthesis_of_endomembranous_system_membrane_91(X))
& is_across_2(fn_synthesis_of_endomembranous_system_membrane_15(X),fn_synthesis_of_endomembranous_system_membrane_71(X))
& object_2(fn_synthesis_of_endomembranous_system_membrane_17(X),fn_synthesis_of_endomembranous_system_membrane_72(X))
& has_state_2(fn_synthesis_of_endomembranous_system_membrane_38(X),fn_synthesis_of_endomembranous_system_membrane_39(X))
& raw_material_2(fn_synthesis_of_endomembranous_system_membrane_37(X),fn_synthesis_of_endomembranous_system_membrane_38(X))
& object_2(fn_synthesis_of_endomembranous_system_membrane_85(X),fn_synthesis_of_endomembranous_system_membrane_53(X))
& object_2(fn_synthesis_of_endomembranous_system_membrane_86(X),fn_synthesis_of_endomembranous_system_membrane_71(X))
& object_2(fn_synthesis_of_endomembranous_system_membrane_89(X),fn_synthesis_of_endomembranous_system_membrane_54(X))
& object_2(fn_synthesis_of_endomembranous_system_membrane_50(X),fn_synthesis_of_endomembranous_system_membrane_54(X))
& base_2(fn_synthesis_of_endomembranous_system_membrane_62(X),fn_synthesis_of_endomembranous_system_membrane_81(X))
& result_2(fn_synthesis_of_endomembranous_system_membrane_96(X),fn_synthesis_of_endomembranous_system_membrane_92(X))
& object_2(fn_synthesis_of_endomembranous_system_membrane_80(X),fn_synthesis_of_endomembranous_system_membrane_54(X))
& result_2(fn_synthesis_of_endomembranous_system_membrane_98(X),fn_synthesis_of_endomembranous_system_membrane_92(X))
& object_2(fn_synthesis_of_endomembranous_system_membrane_62(X),fn_synthesis_of_endomembranous_system_membrane_82(X))
& object_2(fn_synthesis_of_endomembranous_system_membrane_68(X),fn_synthesis_of_endomembranous_system_membrane_66(X))
& object_2(fn_synthesis_of_endomembranous_system_membrane_61(X),fn_synthesis_of_endomembranous_system_membrane_66(X))
& destination_2(fn_synthesis_of_endomembranous_system_membrane_65(X),fn_synthesis_of_endomembranous_system_membrane_64(X))
& object_2(fn_synthesis_of_endomembranous_system_membrane_67(X),fn_synthesis_of_endomembranous_system_membrane_66(X))
& object_2(fn_synthesis_of_endomembranous_system_membrane_69(X),fn_synthesis_of_endomembranous_system_membrane_66(X))
& base_2(fn_synthesis_of_endomembranous_system_membrane_67(X),fn_synthesis_of_endomembranous_system_membrane_63(X))
& base_2(fn_synthesis_of_endomembranous_system_membrane_69(X),fn_synthesis_of_endomembranous_system_membrane_64(X))
& plays_2(fn_synthesis_of_endomembranous_system_membrane_57(X),fn_synthesis_of_endomembranous_system_membrane_95(X))
& agent_2(fn_synthesis_of_endomembranous_system_membrane_86(X),fn_synthesis_of_endomembranous_system_membrane_56(X))
& agent_2(fn_synthesis_of_endomembranous_system_membrane_80(X),fn_synthesis_of_endomembranous_system_membrane_56(X))
& base_2(fn_synthesis_of_endomembranous_system_membrane_104(X),fn_synthesis_of_endomembranous_system_membrane_60(X))
& base_2(fn_synthesis_of_endomembranous_system_membrane_103(X),fn_synthesis_of_endomembranous_system_membrane_60(X))
& object_2(fn_synthesis_of_endomembranous_system_membrane_96(X),fn_synthesis_of_endomembranous_system_membrane_97(X))
& base_2(X,fn_synthesis_of_endomembranous_system_membrane_28(X))
& has_part_2(fn_synthesis_of_endomembranous_system_membrane_92(X),fn_synthesis_of_endomembranous_system_membrane_97(X))
& object_2(fn_synthesis_of_endomembranous_system_membrane_65(X),fn_synthesis_of_endomembranous_system_membrane_66(X))
& agent_2(fn_synthesis_of_endomembranous_system_membrane_65(X),fn_synthesis_of_endomembranous_system_membrane_66(X))
& base_2(fn_synthesis_of_endomembranous_system_membrane_98(X),fn_synthesis_of_endomembranous_system_membrane_97(X))
& fn_synthesis_of_endomembranous_system_membrane_70(X) != fn_synthesis_of_endomembranous_system_membrane_57(X)
& fn_synthesis_of_endomembranous_system_membrane_57(X) != fn_synthesis_of_endomembranous_system_membrane_70(X)
& is_facing_2(fn_synthesis_of_endomembranous_system_membrane_90(X),fn_synthesis_of_endomembranous_system_membrane_92(X))
& subevent_2(fn_synthesis_of_endomembranous_system_membrane_87(X),fn_synthesis_of_endomembranous_system_membrane_88(X))
& has_part_2(fn_synthesis_of_endomembranous_system_membrane_93(X),fn_synthesis_of_endomembranous_system_membrane_91(X))
& subevent_2(fn_synthesis_of_endomembranous_system_membrane_73(X),fn_synthesis_of_endomembranous_system_membrane_74(X))
& has_region_2(fn_synthesis_of_endomembranous_system_membrane_100(X),fn_synthesis_of_endomembranous_system_membrane_101(X))
& agent_2(fn_synthesis_of_endomembranous_system_membrane_50(X),fn_synthesis_of_endomembranous_system_membrane_56(X))
& is_outside_2(fn_synthesis_of_endomembranous_system_membrane_72(X),fn_synthesis_of_endomembranous_system_membrane_60(X))
& has_part_2(fn_synthesis_of_endomembranous_system_membrane_60(X),fn_synthesis_of_endomembranous_system_membrane_71(X))
& has_part_2(fn_synthesis_of_endomembranous_system_membrane_60(X),fn_synthesis_of_endomembranous_system_membrane_52(X))
& raw_material_2(fn_synthesis_of_endomembranous_system_membrane_99(X),fn_synthesis_of_endomembranous_system_membrane_84(X))
& causes_2(fn_synthesis_of_endomembranous_system_membrane_103(X),fn_synthesis_of_endomembranous_system_membrane_99(X))
& structural_complexity_2(fn_synthesis_of_endomembranous_system_membrane_53(X),fn_synthesis_of_endomembranous_system_membrane_32(X))
& raw_material_2(fn_synthesis_of_endomembranous_system_membrane_37(X),fn_synthesis_of_endomembranous_system_membrane_39(X))
& fn_synthesis_of_endomembranous_system_membrane_48(X) != fn_synthesis_of_endomembranous_system_membrane_39(X)
& fn_synthesis_of_endomembranous_system_membrane_39(X) != fn_synthesis_of_endomembranous_system_membrane_48(X)
& has_part_2(fn_synthesis_of_endomembranous_system_membrane_60(X),fn_synthesis_of_endomembranous_system_membrane_54(X))
& has_part_2(fn_synthesis_of_endomembranous_system_membrane_60(X),fn_synthesis_of_endomembranous_system_membrane_51(X))
& base_2(fn_synthesis_of_endomembranous_system_membrane_61(X),fn_synthesis_of_endomembranous_system_membrane_63(X))
& subevent_2(X,fn_synthesis_of_endomembranous_system_membrane_61(X))
& result_2(X,fn_synthesis_of_endomembranous_system_membrane_60(X))
& base_2(fn_synthesis_of_endomembranous_system_membrane_85(X),fn_synthesis_of_endomembranous_system_membrane_60(X))
& structural_complexity_2(fn_synthesis_of_endomembranous_system_membrane_29(X),fn_synthesis_of_endomembranous_system_membrane_31(X))
& greater_than_2(fn_synthesis_of_endomembranous_system_membrane_32(X),fn_synthesis_of_endomembranous_system_membrane_31(X))
& is_inside_2(fn_synthesis_of_endomembranous_system_membrane_54(X),fn_synthesis_of_endomembranous_system_membrane_56(X))
& raw_material_2(fn_synthesis_of_endomembranous_system_membrane_105(X),fn_synthesis_of_endomembranous_system_membrane_84(X))
& is_inside_2(fn_synthesis_of_endomembranous_system_membrane_54(X),fn_synthesis_of_endomembranous_system_membrane_51(X))
& has_part_2(fn_synthesis_of_endomembranous_system_membrane_93(X),fn_synthesis_of_endomembranous_system_membrane_57(X))
& has_part_2(fn_synthesis_of_endomembranous_system_membrane_93(X),fn_synthesis_of_endomembranous_system_membrane_92(X))
& result_2(fn_synthesis_of_endomembranous_system_membrane_59(X),fn_synthesis_of_endomembranous_system_membrane_53(X))
& base_2(fn_synthesis_of_endomembranous_system_membrane_59(X),fn_synthesis_of_endomembranous_system_membrane_28(X))
& site_2(fn_synthesis_of_endomembranous_system_membrane_94(X),fn_synthesis_of_endomembranous_system_membrane_57(X))
& object_2(fn_synthesis_of_endomembranous_system_membrane_94(X),fn_synthesis_of_endomembranous_system_membrane_54(X))
& result_2(fn_synthesis_of_endomembranous_system_membrane_94(X),fn_synthesis_of_endomembranous_system_membrane_54(X))
& subevent_2(fn_synthesis_of_endomembranous_system_membrane_58(X),fn_synthesis_of_endomembranous_system_membrane_94(X))
& base_2(fn_synthesis_of_endomembranous_system_membrane_58(X),fn_synthesis_of_endomembranous_system_membrane_93(X))
& has_function_2(fn_synthesis_of_endomembranous_system_membrane_57(X),fn_synthesis_of_endomembranous_system_membrane_58(X))
& result_2(fn_synthesis_of_endomembranous_system_membrane_58(X),fn_synthesis_of_endomembranous_system_membrane_54(X))
& fn_synthesis_of_endomembranous_system_membrane_54(X) != fn_synthesis_of_endomembranous_system_membrane_84(X)
& fn_synthesis_of_endomembranous_system_membrane_84(X) != fn_synthesis_of_endomembranous_system_membrane_54(X)
& fn_synthesis_of_endomembranous_system_membrane_53(X) != fn_synthesis_of_endomembranous_system_membrane_84(X)
& fn_synthesis_of_endomembranous_system_membrane_84(X) != fn_synthesis_of_endomembranous_system_membrane_53(X)
& quantity_2(fn_synthesis_of_endomembranous_system_membrane_33(X),fn_synthesis_of_endomembranous_system_membrane_34(X))
& called_2(fn_synthesis_of_endomembranous_system_membrane_35(X),'FE_r')
& raw_material_2(fn_synthesis_of_endomembranous_system_membrane_59(X),fn_synthesis_of_endomembranous_system_membrane_29(X))
& possesses_2(fn_synthesis_of_endomembranous_system_membrane_29(X),fn_synthesis_of_endomembranous_system_membrane_30(X))
& quantity_2(fn_synthesis_of_endomembranous_system_membrane_30(X),fn_synthesis_of_endomembranous_system_membrane_35(X))
& greater_than_2(fn_synthesis_of_endomembranous_system_membrane_34(X),fn_synthesis_of_endomembranous_system_membrane_35(X))
& called_2(fn_synthesis_of_endomembranous_system_membrane_34(X),'FE_p')
& raw_material_2(fn_synthesis_of_endomembranous_system_membrane_79(X),fn_synthesis_of_endomembranous_system_membrane_39(X))
& has_state_2(fn_synthesis_of_endomembranous_system_membrane_39(X),fn_synthesis_of_endomembranous_system_membrane_38(X))
& raw_material_2(fn_synthesis_of_endomembranous_system_membrane_79(X),fn_synthesis_of_endomembranous_system_membrane_38(X))
& fn_synthesis_of_endomembranous_system_membrane_48(X) != fn_synthesis_of_endomembranous_system_membrane_38(X)
& fn_synthesis_of_endomembranous_system_membrane_38(X) != fn_synthesis_of_endomembranous_system_membrane_48(X)
& fn_synthesis_of_endomembranous_system_membrane_39(X) != fn_synthesis_of_endomembranous_system_membrane_38(X)
& fn_synthesis_of_endomembranous_system_membrane_38(X) != fn_synthesis_of_endomembranous_system_membrane_39(X)
& the_scalar_value_2(fn_synthesis_of_endomembranous_system_membrane_41(X),complex_0)
& scalar_unit_class_2(fn_synthesis_of_endomembranous_system_membrane_41(X),polypeptide_0)
& called_2(fn_synthesis_of_endomembranous_system_membrane_46(X),'RemoveOld')
& next_event_2(fn_synthesis_of_endomembranous_system_membrane_36(X),fn_synthesis_of_endomembranous_system_membrane_47(X))
& subevent_2(fn_synthesis_of_endomembranous_system_membrane_79(X),fn_synthesis_of_endomembranous_system_membrane_37(X))
& subevent_2(fn_synthesis_of_endomembranous_system_membrane_79(X),fn_synthesis_of_endomembranous_system_membrane_76(X))
& subevent_2(fn_synthesis_of_endomembranous_system_membrane_44(X),fn_synthesis_of_endomembranous_system_membrane_45(X))
& called_2(fn_synthesis_of_endomembranous_system_membrane_45(X),'AttachNew')
& subevent_2(fn_synthesis_of_endomembranous_system_membrane_79(X),fn_synthesis_of_endomembranous_system_membrane_77(X))
& subevent_2(fn_synthesis_of_endomembranous_system_membrane_79(X),fn_synthesis_of_endomembranous_system_membrane_78(X))
& object_2(fn_synthesis_of_endomembranous_system_membrane_78(X),fn_synthesis_of_endomembranous_system_membrane_71(X))
& first_subevent_2(fn_synthesis_of_endomembranous_system_membrane_44(X),fn_synthesis_of_endomembranous_system_membrane_46(X))
& base_2(fn_synthesis_of_endomembranous_system_membrane_46(X),fn_synthesis_of_endomembranous_system_membrane_71(X))
& object_2(fn_synthesis_of_endomembranous_system_membrane_77(X),fn_synthesis_of_endomembranous_system_membrane_71(X))
& next_event_2(fn_synthesis_of_endomembranous_system_membrane_78(X),fn_synthesis_of_endomembranous_system_membrane_77(X))
& next_event_2(fn_synthesis_of_endomembranous_system_membrane_76(X),fn_synthesis_of_endomembranous_system_membrane_78(X))
& result_2(fn_synthesis_of_endomembranous_system_membrane_79(X),fn_synthesis_of_endomembranous_system_membrane_71(X))
& subevent_2(fn_synthesis_of_endomembranous_system_membrane_79(X),fn_synthesis_of_endomembranous_system_membrane_75(X))
& next_event_2(fn_synthesis_of_endomembranous_system_membrane_75(X),fn_synthesis_of_endomembranous_system_membrane_76(X))
& result_2(fn_synthesis_of_endomembranous_system_membrane_76(X),fn_synthesis_of_endomembranous_system_membrane_71(X))
& structural_complexity_2(fn_synthesis_of_endomembranous_system_membrane_71(X),fn_synthesis_of_endomembranous_system_membrane_41(X))
& base_2(fn_synthesis_of_endomembranous_system_membrane_44(X),fn_synthesis_of_endomembranous_system_membrane_71(X))
& subevent_2(fn_synthesis_of_endomembranous_system_membrane_44(X),fn_synthesis_of_endomembranous_system_membrane_46(X))
& next_event_2(fn_synthesis_of_endomembranous_system_membrane_46(X),fn_synthesis_of_endomembranous_system_membrane_45(X))
& base_2(fn_synthesis_of_endomembranous_system_membrane_45(X),fn_synthesis_of_endomembranous_system_membrane_71(X))
& has_part_2(fn_synthesis_of_endomembranous_system_membrane_71(X),fn_synthesis_of_endomembranous_system_membrane_39(X))
& first_subevent_2(fn_synthesis_of_endomembranous_system_membrane_79(X),fn_synthesis_of_endomembranous_system_membrane_75(X))
& result_2(fn_synthesis_of_endomembranous_system_membrane_75(X),fn_synthesis_of_endomembranous_system_membrane_71(X))
& base_2(fn_synthesis_of_endomembranous_system_membrane_43(X),fn_synthesis_of_endomembranous_system_membrane_71(X))
& first_subevent_2(fn_synthesis_of_endomembranous_system_membrane_47(X),fn_synthesis_of_endomembranous_system_membrane_43(X))
& subevent_2(fn_synthesis_of_endomembranous_system_membrane_47(X),fn_synthesis_of_endomembranous_system_membrane_44(X))
& result_2(fn_synthesis_of_endomembranous_system_membrane_37(X),fn_synthesis_of_endomembranous_system_membrane_71(X))
& result_2(fn_synthesis_of_endomembranous_system_membrane_37(X),fn_synthesis_of_endomembranous_system_membrane_48(X))
& result_2(fn_synthesis_of_endomembranous_system_membrane_79(X),fn_synthesis_of_endomembranous_system_membrane_48(X))
& subevent_2(fn_synthesis_of_endomembranous_system_membrane_79(X),fn_synthesis_of_endomembranous_system_membrane_47(X))
& subevent_2(fn_synthesis_of_endomembranous_system_membrane_47(X),fn_synthesis_of_endomembranous_system_membrane_43(X))
& subevent_2(fn_synthesis_of_endomembranous_system_membrane_79(X),fn_synthesis_of_endomembranous_system_membrane_36(X))
& object_2(fn_synthesis_of_endomembranous_system_membrane_36(X),fn_synthesis_of_endomembranous_system_membrane_71(X))
& possesses_2(fn_synthesis_of_endomembranous_system_membrane_71(X),fn_synthesis_of_endomembranous_system_membrane_40(X))
& possesses_2(fn_synthesis_of_endomembranous_system_membrane_48(X),fn_synthesis_of_endomembranous_system_membrane_40(X))
& structural_complexity_2(fn_synthesis_of_endomembranous_system_membrane_48(X),fn_synthesis_of_endomembranous_system_membrane_41(X))
& has_region_2(fn_synthesis_of_endomembranous_system_membrane_70(X),fn_synthesis_of_endomembranous_system_membrane_83(X))
& causes_2(fn_synthesis_of_endomembranous_system_membrane_104(X),fn_synthesis_of_endomembranous_system_membrane_105(X))
& instrument_2(fn_synthesis_of_endomembranous_system_membrane_102(X),fn_synthesis_of_endomembranous_system_membrane_70(X))
& object_2(fn_synthesis_of_endomembranous_system_membrane_102(X),fn_synthesis_of_endomembranous_system_membrane_100(X))
& has_function_2(fn_synthesis_of_endomembranous_system_membrane_70(X),fn_synthesis_of_endomembranous_system_membrane_59(X))
& site_2(fn_synthesis_of_endomembranous_system_membrane_59(X),fn_synthesis_of_endomembranous_system_membrane_70(X))
& base_2(fn_synthesis_of_endomembranous_system_membrane_55(X),fn_synthesis_of_endomembranous_system_membrane_70(X))
& object_2(fn_synthesis_of_endomembranous_system_membrane_55(X),fn_synthesis_of_endomembranous_system_membrane_56(X))
& result_2(fn_synthesis_of_endomembranous_system_membrane_105(X),fn_synthesis_of_endomembranous_system_membrane_56(X))
& has_part_2(fn_synthesis_of_endomembranous_system_membrane_71(X),fn_synthesis_of_endomembranous_system_membrane_38(X))
& size_2(fn_synthesis_of_endomembranous_system_membrane_38(X),fn_synthesis_of_endomembranous_system_membrane_49(X))
& greater_than_2(fn_synthesis_of_endomembranous_system_membrane_42(X),fn_synthesis_of_endomembranous_system_membrane_49(X))
& size_2(fn_synthesis_of_endomembranous_system_membrane_71(X),fn_synthesis_of_endomembranous_system_membrane_42(X))
& has_part_2(fn_synthesis_of_endomembranous_system_membrane_71(X),fn_synthesis_of_endomembranous_system_membrane_72(X))
& fn_synthesis_of_endomembranous_system_membrane_53(X) = fn_add_1(fn_synthesis_of_endomembranous_system_membrane_85(X))
& fn_synthesis_of_endomembranous_system_membrane_71(X) = fn_hold_2(fn_synthesis_of_endomembranous_system_membrane_86(X))
& fn_synthesis_of_endomembranous_system_membrane_54(X) = fn_attach_1(fn_synthesis_of_endomembranous_system_membrane_89(X))
& fn_synthesis_of_endomembranous_system_membrane_54(X) = fn_move_1(fn_synthesis_of_endomembranous_system_membrane_50(X))
& fn_synthesis_of_endomembranous_system_membrane_81(X) = fn_attach_2(fn_synthesis_of_endomembranous_system_membrane_62(X))
& fn_synthesis_of_endomembranous_system_membrane_92(X) = fn_create_1(fn_synthesis_of_endomembranous_system_membrane_96(X))
& fn_synthesis_of_endomembranous_system_membrane_54(X) = fn_hold_2(fn_synthesis_of_endomembranous_system_membrane_80(X))
& fn_synthesis_of_endomembranous_system_membrane_92(X) = fn_create_1(fn_synthesis_of_endomembranous_system_membrane_98(X))
& fn_synthesis_of_endomembranous_system_membrane_82(X) = fn_attach_1(fn_synthesis_of_endomembranous_system_membrane_62(X))
& fn_synthesis_of_endomembranous_system_membrane_66(X) = fn_move_1(fn_synthesis_of_endomembranous_system_membrane_68(X))
& fn_synthesis_of_endomembranous_system_membrane_66(X) = fn_add_1(fn_synthesis_of_endomembranous_system_membrane_61(X))
& fn_synthesis_of_endomembranous_system_membrane_64(X) = fn_go_to_1(fn_synthesis_of_endomembranous_system_membrane_65(X))
& fn_synthesis_of_endomembranous_system_membrane_66(X) = fn_remove_1(fn_synthesis_of_endomembranous_system_membrane_67(X))
& fn_synthesis_of_endomembranous_system_membrane_66(X) = fn_add_1(fn_synthesis_of_endomembranous_system_membrane_69(X))
& fn_synthesis_of_endomembranous_system_membrane_63(X) = fn_remove_2(fn_synthesis_of_endomembranous_system_membrane_67(X))
& fn_synthesis_of_endomembranous_system_membrane_64(X) = fn_add_2(fn_synthesis_of_endomembranous_system_membrane_69(X))
& fn_synthesis_of_endomembranous_system_membrane_57(X) = fn_barrier_1(fn_synthesis_of_endomembranous_system_membrane_95(X))
& fn_synthesis_of_endomembranous_system_membrane_56(X) = fn_hold_1(fn_synthesis_of_endomembranous_system_membrane_86(X))
& fn_synthesis_of_endomembranous_system_membrane_56(X) = fn_hold_1(fn_synthesis_of_endomembranous_system_membrane_80(X))
& fn_synthesis_of_endomembranous_system_membrane_60(X) = fn_expand_1(fn_synthesis_of_endomembranous_system_membrane_104(X))
& fn_synthesis_of_endomembranous_system_membrane_60(X) = fn_expand_1(fn_synthesis_of_endomembranous_system_membrane_103(X))
& fn_synthesis_of_endomembranous_system_membrane_97(X) = fn_dissolve_4(fn_synthesis_of_endomembranous_system_membrane_96(X))
& fn_synthesis_of_endomembranous_system_membrane_28(X) = fn_intracellular_process_1(X)
& fn_synthesis_of_endomembranous_system_membrane_97(X) = fn_mixture_2(fn_synthesis_of_endomembranous_system_membrane_92(X))
& fn_synthesis_of_endomembranous_system_membrane_97(X) = fn_mixture_1(fn_synthesis_of_endomembranous_system_membrane_92(X))
& fn_synthesis_of_endomembranous_system_membrane_66(X) = fn_locomotion_1(fn_synthesis_of_endomembranous_system_membrane_65(X))
& fn_synthesis_of_endomembranous_system_membrane_97(X) = fn_dissolve_5(fn_synthesis_of_endomembranous_system_membrane_98(X))
& fn_synthesis_of_endomembranous_system_membrane_70(X) = fn_eukaryotic_cell_20(fn_synthesis_of_endomembranous_system_membrane_93(X))
& fn_synthesis_of_endomembranous_system_membrane_92(X) = fn_cytoplasmic_side_1(fn_synthesis_of_endomembranous_system_membrane_90(X))
& fn_synthesis_of_endomembranous_system_membrane_88(X) = fn_post_translational_modification_5(fn_synthesis_of_endomembranous_system_membrane_87(X))
& fn_synthesis_of_endomembranous_system_membrane_91(X) = fn_cell_2(fn_synthesis_of_endomembranous_system_membrane_93(X))
& fn_synthesis_of_endomembranous_system_membrane_74(X) = fn_post_translational_modification_5(fn_synthesis_of_endomembranous_system_membrane_73(X))
& fn_synthesis_of_endomembranous_system_membrane_101(X) = fn_nuclear_membrane_19(fn_synthesis_of_endomembranous_system_membrane_100(X))
& fn_synthesis_of_endomembranous_system_membrane_50(X) = fn_transport_vesicle_4(fn_synthesis_of_endomembranous_system_membrane_56(X))
& fn_synthesis_of_endomembranous_system_membrane_72(X) = fn_biomembrane_70(fn_synthesis_of_endomembranous_system_membrane_60(X))
& fn_synthesis_of_endomembranous_system_membrane_71(X) = fn_biomembrane_30(fn_synthesis_of_endomembranous_system_membrane_60(X))
& fn_synthesis_of_endomembranous_system_membrane_52(X) = fn_biomembrane_29(fn_synthesis_of_endomembranous_system_membrane_60(X))
& fn_synthesis_of_endomembranous_system_membrane_103(X) = fn_endoplasmic_reticulum_20(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_99(X) = fn_endoplasmic_reticulum_21(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_48(X) = fn_dehydration_reaction_6(fn_synthesis_of_endomembranous_system_membrane_37(X))
& fn_synthesis_of_endomembranous_system_membrane_39(X) = fn_dehydration_reaction_7(fn_synthesis_of_endomembranous_system_membrane_37(X))
& fn_synthesis_of_endomembranous_system_membrane_39(X) = fn_dehydration_reaction_8(fn_synthesis_of_endomembranous_system_membrane_37(X))
& fn_synthesis_of_endomembranous_system_membrane_51(X) = fn_membrane_protein_2(fn_synthesis_of_endomembranous_system_membrane_54(X))
& fn_synthesis_of_endomembranous_system_membrane_60(X) = fn_membrane_protein_1(fn_synthesis_of_endomembranous_system_membrane_54(X))
& fn_synthesis_of_endomembranous_system_membrane_85(X) = fn_golgi_apparatus_27(fn_synthesis_of_endomembranous_system_membrane_63(X))
& fn_synthesis_of_endomembranous_system_membrane_60(X) = fn_golgi_apparatus_52(fn_synthesis_of_endomembranous_system_membrane_63(X))
& X = fn_golgi_apparatus_2(fn_synthesis_of_endomembranous_system_membrane_63(X))
& fn_synthesis_of_endomembranous_system_membrane_61(X) = fn_golgi_apparatus_53(fn_synthesis_of_endomembranous_system_membrane_63(X))
& fn_synthesis_of_endomembranous_system_membrane_26(X) = fn_anabolic_pathway_2(fn_synthesis_of_endomembranous_system_membrane_59(X))
& fn_synthesis_of_endomembranous_system_membrane_26(X) = fn_smooth_endoplasmic_reticulum_51(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_27(X) = fn_smooth_endoplasmic_reticulum_52(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_32(X) = fn_anabolic_pathway_3(fn_synthesis_of_endomembranous_system_membrane_59(X))
& fn_synthesis_of_endomembranous_system_membrane_31(X) = fn_anabolic_pathway_4(fn_synthesis_of_endomembranous_system_membrane_59(X))
& fn_synthesis_of_endomembranous_system_membrane_32(X) = fn_smooth_endoplasmic_reticulum_43(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_31(X) = fn_smooth_endoplasmic_reticulum_44(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_54(X) = fn_transport_vesicle_1(fn_synthesis_of_endomembranous_system_membrane_56(X))
& fn_synthesis_of_endomembranous_system_membrane_56(X) = fn_rough_endoplasmic_reticulum_61(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_synthesis_of_endomembranous_system_membrane_105(X) = fn_rough_endoplasmic_reticulum_26(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_synthesis_of_endomembranous_system_membrane_51(X) = fn_rough_endoplasmic_reticulum_8(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_synthesis_of_endomembranous_system_membrane_92(X) = fn_eukaryotic_cell_31(fn_synthesis_of_endomembranous_system_membrane_93(X))
& fn_synthesis_of_endomembranous_system_membrane_92(X) = fn_rough_endoplasmic_reticulum_32(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_synthesis_of_endomembranous_system_membrane_57(X) = fn_eukaryotic_cell_19(fn_synthesis_of_endomembranous_system_membrane_93(X))
& fn_synthesis_of_endomembranous_system_membrane_28(X) = fn_metabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(X))
& fn_synthesis_of_endomembranous_system_membrane_28(X) = fn_rough_endoplasmic_reticulum_62(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_synthesis_of_endomembranous_system_membrane_53(X) = fn_anabolic_pathway_5(fn_synthesis_of_endomembranous_system_membrane_59(X))
& fn_synthesis_of_endomembranous_system_membrane_59(X) = fn_rough_endoplasmic_reticulum_68(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_synthesis_of_endomembranous_system_membrane_93(X) = fn_rough_endoplasmic_reticulum_62(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_synthesis_of_endomembranous_system_membrane_94(X) = fn_rough_endoplasmic_reticulum_84(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_synthesis_of_endomembranous_system_membrane_94(X) = fn_rough_endoplasmic_reticulum_51(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_synthesis_of_endomembranous_system_membrane_84(X) = fn_endoplasmic_reticulum_18(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_53(X) = fn_endoplasmic_reticulum_34(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_53(X) = fn_rough_endoplasmic_reticulum_30(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_synthesis_of_endomembranous_system_membrane_84(X) = fn_rough_endoplasmic_reticulum_31(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_synthesis_of_endomembranous_system_membrane_54(X) = fn_rough_endoplasmic_reticulum_40(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_synthesis_of_endomembranous_system_membrane_58(X) = fn_rough_endoplasmic_reticulum_47(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_synthesis_of_endomembranous_system_membrane_58(X) = fn_rough_endoplasmic_reticulum_39(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_synthesis_of_endomembranous_system_membrane_33(X) = fn_endergonic_reaction_3(fn_synthesis_of_endomembranous_system_membrane_59(X))
& fn_synthesis_of_endomembranous_system_membrane_25(X) = fn_endergonic_reaction_6(fn_synthesis_of_endomembranous_system_membrane_59(X))
& fn_synthesis_of_endomembranous_system_membrane_24(X) = fn_endergonic_reaction_7(fn_synthesis_of_endomembranous_system_membrane_59(X))
& fn_synthesis_of_endomembranous_system_membrane_34(X) = fn_endergonic_reaction_4(fn_synthesis_of_endomembranous_system_membrane_59(X))
& fn_synthesis_of_endomembranous_system_membrane_35(X) = fn_endergonic_reaction_5(fn_synthesis_of_endomembranous_system_membrane_59(X))
& fn_synthesis_of_endomembranous_system_membrane_30(X) = fn_endergonic_reaction_2(fn_synthesis_of_endomembranous_system_membrane_59(X))
& fn_synthesis_of_endomembranous_system_membrane_29(X) = fn_smooth_endoplasmic_reticulum_46(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_29(X) = fn_endergonic_reaction_8(fn_synthesis_of_endomembranous_system_membrane_59(X))
& fn_synthesis_of_endomembranous_system_membrane_38(X) = fn_polymer_synthesis_8(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_39(X) = fn_polymer_synthesis_22(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_48(X) = fn_polymer_synthesis_11(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_38(X) = fn_polymer_synthesis_20(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_36(X) = fn_synthesis_of_glycoprotein_58(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_23(X) = fn_synthesis_of_glycoprotein_23(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_78(X) = fn_synthesis_of_glycoprotein_58(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_78(X) = fn_synthesis_of_glycoprotein_59(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_77(X) = fn_synthesis_of_glycoprotein_57(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_41(X) = fn_protein_3(fn_synthesis_of_endomembranous_system_membrane_71(X))
& fn_synthesis_of_endomembranous_system_membrane_76(X) = fn_synthesis_of_glycoprotein_55(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_39(X) = fn_synthesis_of_glycoprotein_18(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_45(X) = fn_synthesis_of_glycoprotein_54(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_46(X) = fn_synthesis_of_glycoprotein_53(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_44(X) = fn_synthesis_of_glycoprotein_49(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_75(X) = fn_synthesis_of_glycoprotein_46(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_43(X) = fn_synthesis_of_glycoprotein_48(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_47(X) = fn_synthesis_of_glycoprotein_2(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_37(X) = fn_synthesis_of_glycoprotein_42(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_41(X) = fn_synthesis_of_glycoprotein_32(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_48(X) = fn_synthesis_of_glycoprotein_66(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_40(X) = fn_synthesis_of_glycoprotein_33(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_71(X) = fn_synthesis_of_glycoprotein_52(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_36(X) = fn_synthesis_of_glycoprotein_59(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_endomembranous_system_membrane_83(X) = fn_smooth_endoplasmic_reticulum_39(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_104(X) = fn_smooth_endoplasmic_reticulum_19(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_102(X) = fn_nuclear_membrane_21(fn_synthesis_of_endomembranous_system_membrane_100(X))
& fn_synthesis_of_endomembranous_system_membrane_100(X) = fn_smooth_endoplasmic_reticulum_36(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_102(X) = fn_smooth_endoplasmic_reticulum_32(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_105(X) = fn_smooth_endoplasmic_reticulum_26(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_105(X) = fn_smooth_endoplasmic_reticulum_20(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_56(X) = fn_smooth_endoplasmic_reticulum_27(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_56(X) = fn_smooth_endoplasmic_reticulum_21(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_55(X) = fn_smooth_endoplasmic_reticulum_31(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_55(X) = fn_smooth_endoplasmic_reticulum_25(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_55(X) = fn_smooth_endoplasmic_reticulum_9(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_59(X) = fn_smooth_endoplasmic_reticulum_49(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_59(X) = fn_endoplasmic_reticulum_35(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_59(X) = fn_smooth_endoplasmic_reticulum_48(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_59(X) = fn_smooth_endoplasmic_reticulum_8(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_59(X) = fn_smooth_endoplasmic_reticulum_42(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_synthesis_of_endomembranous_system_membrane_21(X) = fn_glycoprotein_9(fn_synthesis_of_endomembranous_system_membrane_71(X))
& fn_synthesis_of_endomembranous_system_membrane_22(X) = fn_glycoprotein_8(fn_synthesis_of_endomembranous_system_membrane_71(X))
& fn_synthesis_of_endomembranous_system_membrane_72(X) = fn_glycoprotein_17(fn_synthesis_of_endomembranous_system_membrane_71(X))
& fn_synthesis_of_endomembranous_system_membrane_42(X) = fn_glycoprotein_11(fn_synthesis_of_endomembranous_system_membrane_71(X))
& fn_synthesis_of_endomembranous_system_membrane_49(X) = fn_glycoprotein_12(fn_synthesis_of_endomembranous_system_membrane_71(X))
& fn_synthesis_of_endomembranous_system_membrane_38(X) = fn_polymer_6(fn_synthesis_of_endomembranous_system_membrane_71(X))
& fn_synthesis_of_endomembranous_system_membrane_38(X) = fn_glycoprotein_3(fn_synthesis_of_endomembranous_system_membrane_71(X))
& fn_go_to_1(fn_synthesis_of_endomembranous_system_membrane_65(X)) = fn_add_2(fn_synthesis_of_endomembranous_system_membrane_69(X))
& fn_add_2(fn_synthesis_of_endomembranous_system_membrane_69(X)) = fn_move_1(fn_synthesis_of_endomembranous_system_membrane_68(X))
& fn_move_1(fn_synthesis_of_endomembranous_system_membrane_68(X)) = fn_remove_1(fn_synthesis_of_endomembranous_system_membrane_67(X))
& fn_remove_1(fn_synthesis_of_endomembranous_system_membrane_67(X)) = fn_add_1(fn_synthesis_of_endomembranous_system_membrane_61(X))
& fn_add_1(fn_synthesis_of_endomembranous_system_membrane_61(X)) = fn_remove_1(fn_synthesis_of_endomembranous_system_membrane_67(X))
& fn_remove_1(fn_synthesis_of_endomembranous_system_membrane_67(X)) = fn_add_1(fn_synthesis_of_endomembranous_system_membrane_69(X))
& fn_add_1(fn_synthesis_of_endomembranous_system_membrane_69(X)) = fn_add_1(fn_synthesis_of_endomembranous_system_membrane_61(X))
& fn_add_1(fn_synthesis_of_endomembranous_system_membrane_61(X)) = fn_add_1(fn_synthesis_of_endomembranous_system_membrane_69(X))
& fn_add_1(fn_synthesis_of_endomembranous_system_membrane_69(X)) = fn_locomotion_1(fn_synthesis_of_endomembranous_system_membrane_65(X))
& fn_locomotion_1(fn_synthesis_of_endomembranous_system_membrane_65(X)) = fn_locomotion_1(fn_synthesis_of_endomembranous_system_membrane_65(X))
& fn_locomotion_1(fn_synthesis_of_endomembranous_system_membrane_65(X)) = fn_dissolve_4(fn_synthesis_of_endomembranous_system_membrane_96(X))
& fn_dissolve_4(fn_synthesis_of_endomembranous_system_membrane_96(X)) = fn_mixture_2(fn_synthesis_of_endomembranous_system_membrane_92(X))
& fn_mixture_2(fn_synthesis_of_endomembranous_system_membrane_92(X)) = fn_dissolve_4(fn_synthesis_of_endomembranous_system_membrane_96(X))
& fn_dissolve_4(fn_synthesis_of_endomembranous_system_membrane_96(X)) = fn_mixture_1(fn_synthesis_of_endomembranous_system_membrane_92(X))
& fn_mixture_1(fn_synthesis_of_endomembranous_system_membrane_92(X)) = fn_mixture_1(fn_synthesis_of_endomembranous_system_membrane_92(X))
& fn_mixture_1(fn_synthesis_of_endomembranous_system_membrane_92(X)) = fn_dissolve_5(fn_synthesis_of_endomembranous_system_membrane_98(X))
& fn_dissolve_5(fn_synthesis_of_endomembranous_system_membrane_98(X)) = fn_expand_1(fn_synthesis_of_endomembranous_system_membrane_104(X))
& fn_expand_1(fn_synthesis_of_endomembranous_system_membrane_104(X)) = fn_expand_1(fn_synthesis_of_endomembranous_system_membrane_103(X))
& fn_expand_1(fn_synthesis_of_endomembranous_system_membrane_103(X)) = fn_membrane_protein_1(fn_synthesis_of_endomembranous_system_membrane_54(X))
& fn_membrane_protein_1(fn_synthesis_of_endomembranous_system_membrane_54(X)) = fn_membrane_protein_1(fn_synthesis_of_endomembranous_system_membrane_54(X))
& fn_membrane_protein_1(fn_synthesis_of_endomembranous_system_membrane_54(X)) = fn_golgi_apparatus_52(fn_synthesis_of_endomembranous_system_membrane_63(X))
& fn_golgi_apparatus_52(fn_synthesis_of_endomembranous_system_membrane_63(X)) = fn_golgi_apparatus_52(fn_synthesis_of_endomembranous_system_membrane_63(X))
& fn_golgi_apparatus_52(fn_synthesis_of_endomembranous_system_membrane_63(X)) = fn_anabolic_pathway_2(fn_synthesis_of_endomembranous_system_membrane_59(X))
& fn_anabolic_pathway_2(fn_synthesis_of_endomembranous_system_membrane_59(X)) = fn_smooth_endoplasmic_reticulum_51(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_51(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_anabolic_pathway_3(fn_synthesis_of_endomembranous_system_membrane_59(X))
& fn_smooth_endoplasmic_reticulum_43(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_anabolic_pathway_3(fn_synthesis_of_endomembranous_system_membrane_59(X))
& fn_anabolic_pathway_3(fn_synthesis_of_endomembranous_system_membrane_59(X)) = fn_smooth_endoplasmic_reticulum_43(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_43(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_anabolic_pathway_4(fn_synthesis_of_endomembranous_system_membrane_59(X))
& fn_smooth_endoplasmic_reticulum_44(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_anabolic_pathway_4(fn_synthesis_of_endomembranous_system_membrane_59(X))
& fn_anabolic_pathway_4(fn_synthesis_of_endomembranous_system_membrane_59(X)) = fn_smooth_endoplasmic_reticulum_44(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_44(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_smooth_endoplasmic_reticulum_44(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_44(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_membrane_protein_2(fn_synthesis_of_endomembranous_system_membrane_54(X))
& fn_membrane_protein_2(fn_synthesis_of_endomembranous_system_membrane_54(X)) = fn_rough_endoplasmic_reticulum_8(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_rough_endoplasmic_reticulum_8(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_create_1(fn_synthesis_of_endomembranous_system_membrane_96(X))
& fn_create_1(fn_synthesis_of_endomembranous_system_membrane_96(X)) = fn_create_1(fn_synthesis_of_endomembranous_system_membrane_98(X))
& fn_create_1(fn_synthesis_of_endomembranous_system_membrane_98(X)) = fn_eukaryotic_cell_31(fn_synthesis_of_endomembranous_system_membrane_93(X))
& fn_cytoplasmic_side_1(fn_synthesis_of_endomembranous_system_membrane_90(X)) = fn_eukaryotic_cell_31(fn_synthesis_of_endomembranous_system_membrane_93(X))
& fn_eukaryotic_cell_31(fn_synthesis_of_endomembranous_system_membrane_93(X)) = fn_cytoplasmic_side_1(fn_synthesis_of_endomembranous_system_membrane_90(X))
& fn_cytoplasmic_side_1(fn_synthesis_of_endomembranous_system_membrane_90(X)) = fn_rough_endoplasmic_reticulum_32(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_rough_endoplasmic_reticulum_32(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_intracellular_process_1(X)
& fn_intracellular_process_1(X) = fn_metabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(X))
& fn_metabolic_pathway_1(fn_synthesis_of_endomembranous_system_membrane_59(X)) = fn_intracellular_process_1(X)
& fn_intracellular_process_1(X) = fn_rough_endoplasmic_reticulum_62(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_rough_endoplasmic_reticulum_62(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_rough_endoplasmic_reticulum_51(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_rough_endoplasmic_reticulum_51(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_rough_endoplasmic_reticulum_51(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_rough_endoplasmic_reticulum_51(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_rough_endoplasmic_reticulum_84(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_rough_endoplasmic_reticulum_84(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_rough_endoplasmic_reticulum_51(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_rough_endoplasmic_reticulum_51(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_add_1(fn_synthesis_of_endomembranous_system_membrane_85(X))
& fn_add_1(fn_synthesis_of_endomembranous_system_membrane_85(X)) = fn_endoplasmic_reticulum_34(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_anabolic_pathway_5(fn_synthesis_of_endomembranous_system_membrane_59(X)) = fn_endoplasmic_reticulum_34(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_endoplasmic_reticulum_34(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_endoplasmic_reticulum_34(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_endoplasmic_reticulum_34(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_anabolic_pathway_5(fn_synthesis_of_endomembranous_system_membrane_59(X))
& fn_anabolic_pathway_5(fn_synthesis_of_endomembranous_system_membrane_59(X)) = fn_anabolic_pathway_5(fn_synthesis_of_endomembranous_system_membrane_59(X))
& fn_anabolic_pathway_5(fn_synthesis_of_endomembranous_system_membrane_59(X)) = fn_rough_endoplasmic_reticulum_30(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_rough_endoplasmic_reticulum_30(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_rough_endoplasmic_reticulum_30(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_rough_endoplasmic_reticulum_30(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_endoplasmic_reticulum_18(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_rough_endoplasmic_reticulum_31(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_endoplasmic_reticulum_18(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_endoplasmic_reticulum_18(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_rough_endoplasmic_reticulum_31(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_rough_endoplasmic_reticulum_31(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_rough_endoplasmic_reticulum_31(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_rough_endoplasmic_reticulum_31(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_attach_1(fn_synthesis_of_endomembranous_system_membrane_89(X))
& fn_attach_1(fn_synthesis_of_endomembranous_system_membrane_89(X)) = fn_move_1(fn_synthesis_of_endomembranous_system_membrane_50(X))
& fn_move_1(fn_synthesis_of_endomembranous_system_membrane_50(X)) = fn_move_1(fn_synthesis_of_endomembranous_system_membrane_50(X))
& fn_move_1(fn_synthesis_of_endomembranous_system_membrane_50(X)) = fn_transport_vesicle_1(fn_synthesis_of_endomembranous_system_membrane_56(X))
& fn_hold_2(fn_synthesis_of_endomembranous_system_membrane_80(X)) = fn_transport_vesicle_1(fn_synthesis_of_endomembranous_system_membrane_56(X))
& fn_transport_vesicle_1(fn_synthesis_of_endomembranous_system_membrane_56(X)) = fn_hold_2(fn_synthesis_of_endomembranous_system_membrane_80(X))
& fn_hold_2(fn_synthesis_of_endomembranous_system_membrane_80(X)) = fn_rough_endoplasmic_reticulum_40(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_rough_endoplasmic_reticulum_40(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_rough_endoplasmic_reticulum_40(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_rough_endoplasmic_reticulum_40(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_rough_endoplasmic_reticulum_47(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_rough_endoplasmic_reticulum_39(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_rough_endoplasmic_reticulum_39(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_rough_endoplasmic_reticulum_39(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_rough_endoplasmic_reticulum_47(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_rough_endoplasmic_reticulum_47(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_rough_endoplasmic_reticulum_39(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_rough_endoplasmic_reticulum_39(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_barrier_1(fn_synthesis_of_endomembranous_system_membrane_95(X))
& fn_barrier_1(fn_synthesis_of_endomembranous_system_membrane_95(X)) = fn_eukaryotic_cell_19(fn_synthesis_of_endomembranous_system_membrane_93(X))
& fn_eukaryotic_cell_19(fn_synthesis_of_endomembranous_system_membrane_93(X)) = fn_eukaryotic_cell_19(fn_synthesis_of_endomembranous_system_membrane_93(X))
& fn_eukaryotic_cell_19(fn_synthesis_of_endomembranous_system_membrane_93(X)) = fn_smooth_endoplasmic_reticulum_46(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_endergonic_reaction_8(fn_synthesis_of_endomembranous_system_membrane_59(X)) = fn_smooth_endoplasmic_reticulum_46(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_46(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_endergonic_reaction_8(fn_synthesis_of_endomembranous_system_membrane_59(X))
& fn_endergonic_reaction_8(fn_synthesis_of_endomembranous_system_membrane_59(X)) = fn_synthesis_of_glycoprotein_58(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_glycoprotein_58(fn_synthesis_of_endomembranous_system_membrane_79(X)) = fn_synthesis_of_glycoprotein_58(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_glycoprotein_59(fn_synthesis_of_endomembranous_system_membrane_79(X)) = fn_dehydration_reaction_7(fn_synthesis_of_endomembranous_system_membrane_37(X))
& fn_dehydration_reaction_8(fn_synthesis_of_endomembranous_system_membrane_37(X)) = fn_dehydration_reaction_7(fn_synthesis_of_endomembranous_system_membrane_37(X))
& fn_dehydration_reaction_7(fn_synthesis_of_endomembranous_system_membrane_37(X)) = fn_dehydration_reaction_8(fn_synthesis_of_endomembranous_system_membrane_37(X))
& fn_dehydration_reaction_8(fn_synthesis_of_endomembranous_system_membrane_37(X)) = fn_dehydration_reaction_8(fn_synthesis_of_endomembranous_system_membrane_37(X))
& fn_dehydration_reaction_8(fn_synthesis_of_endomembranous_system_membrane_37(X)) = fn_polymer_synthesis_22(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_polymer_synthesis_22(fn_synthesis_of_endomembranous_system_membrane_79(X)) = fn_polymer_synthesis_22(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_polymer_synthesis_22(fn_synthesis_of_endomembranous_system_membrane_79(X)) = fn_synthesis_of_glycoprotein_18(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_glycoprotein_18(fn_synthesis_of_endomembranous_system_membrane_79(X)) = fn_protein_3(fn_synthesis_of_endomembranous_system_membrane_71(X))
& fn_synthesis_of_glycoprotein_32(fn_synthesis_of_endomembranous_system_membrane_79(X)) = fn_protein_3(fn_synthesis_of_endomembranous_system_membrane_71(X))
& fn_protein_3(fn_synthesis_of_endomembranous_system_membrane_71(X)) = fn_synthesis_of_glycoprotein_32(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_glycoprotein_32(fn_synthesis_of_endomembranous_system_membrane_79(X)) = fn_synthesis_of_glycoprotein_32(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_glycoprotein_32(fn_synthesis_of_endomembranous_system_membrane_79(X)) = fn_dehydration_reaction_6(fn_synthesis_of_endomembranous_system_membrane_37(X))
& fn_dehydration_reaction_6(fn_synthesis_of_endomembranous_system_membrane_37(X)) = fn_dehydration_reaction_6(fn_synthesis_of_endomembranous_system_membrane_37(X))
& fn_dehydration_reaction_6(fn_synthesis_of_endomembranous_system_membrane_37(X)) = fn_polymer_synthesis_11(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_polymer_synthesis_11(fn_synthesis_of_endomembranous_system_membrane_79(X)) = fn_polymer_synthesis_11(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_polymer_synthesis_11(fn_synthesis_of_endomembranous_system_membrane_79(X)) = fn_synthesis_of_glycoprotein_66(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_glycoprotein_66(fn_synthesis_of_endomembranous_system_membrane_79(X)) = fn_synthesis_of_glycoprotein_66(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_glycoprotein_66(fn_synthesis_of_endomembranous_system_membrane_79(X)) = fn_synthesis_of_glycoprotein_58(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_glycoprotein_58(fn_synthesis_of_endomembranous_system_membrane_79(X)) = fn_synthesis_of_glycoprotein_59(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_glycoprotein_59(fn_synthesis_of_endomembranous_system_membrane_79(X)) = fn_synthesis_of_glycoprotein_59(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_glycoprotein_59(fn_synthesis_of_endomembranous_system_membrane_79(X)) = fn_nuclear_membrane_21(fn_synthesis_of_endomembranous_system_membrane_100(X))
& fn_nuclear_membrane_21(fn_synthesis_of_endomembranous_system_membrane_100(X)) = fn_smooth_endoplasmic_reticulum_32(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_32(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_smooth_endoplasmic_reticulum_32(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_32(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_rough_endoplasmic_reticulum_26(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_rough_endoplasmic_reticulum_26(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_smooth_endoplasmic_reticulum_26(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_26(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_rough_endoplasmic_reticulum_26(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_rough_endoplasmic_reticulum_26(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_smooth_endoplasmic_reticulum_20(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_20(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_smooth_endoplasmic_reticulum_20(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_20(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_hold_1(fn_synthesis_of_endomembranous_system_membrane_86(X))
& fn_hold_1(fn_synthesis_of_endomembranous_system_membrane_86(X)) = fn_hold_1(fn_synthesis_of_endomembranous_system_membrane_80(X))
& fn_hold_1(fn_synthesis_of_endomembranous_system_membrane_80(X)) = fn_smooth_endoplasmic_reticulum_27(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_rough_endoplasmic_reticulum_61(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_smooth_endoplasmic_reticulum_27(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_27(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_smooth_endoplasmic_reticulum_27(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_27(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_rough_endoplasmic_reticulum_61(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_rough_endoplasmic_reticulum_61(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_smooth_endoplasmic_reticulum_21(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_21(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_smooth_endoplasmic_reticulum_21(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_21(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_smooth_endoplasmic_reticulum_25(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_25(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_smooth_endoplasmic_reticulum_31(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_31(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_smooth_endoplasmic_reticulum_25(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_25(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_smooth_endoplasmic_reticulum_25(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_9(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_smooth_endoplasmic_reticulum_25(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_25(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_smooth_endoplasmic_reticulum_9(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_9(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_endoplasmic_reticulum_35(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_endoplasmic_reticulum_35(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_smooth_endoplasmic_reticulum_49(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_49(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_endoplasmic_reticulum_35(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_endoplasmic_reticulum_35(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_endoplasmic_reticulum_35(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_48(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_endoplasmic_reticulum_35(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_endoplasmic_reticulum_35(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_smooth_endoplasmic_reticulum_48(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_48(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_smooth_endoplasmic_reticulum_48(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_48(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_smooth_endoplasmic_reticulum_8(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_rough_endoplasmic_reticulum_68(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_smooth_endoplasmic_reticulum_8(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_8(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_smooth_endoplasmic_reticulum_8(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_8(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_rough_endoplasmic_reticulum_68(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_rough_endoplasmic_reticulum_68(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_rough_endoplasmic_reticulum_68(fn_synthesis_of_endomembranous_system_membrane_57(X))
& fn_rough_endoplasmic_reticulum_68(fn_synthesis_of_endomembranous_system_membrane_57(X)) = fn_smooth_endoplasmic_reticulum_42(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_42(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_smooth_endoplasmic_reticulum_42(fn_synthesis_of_endomembranous_system_membrane_70(X))
& fn_smooth_endoplasmic_reticulum_42(fn_synthesis_of_endomembranous_system_membrane_70(X)) = fn_biomembrane_70(fn_synthesis_of_endomembranous_system_membrane_60(X))
& fn_biomembrane_70(fn_synthesis_of_endomembranous_system_membrane_60(X)) = fn_glycoprotein_17(fn_synthesis_of_endomembranous_system_membrane_71(X))
& fn_glycoprotein_17(fn_synthesis_of_endomembranous_system_membrane_71(X)) = fn_polymer_synthesis_8(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_polymer_synthesis_8(fn_synthesis_of_endomembranous_system_membrane_79(X)) = fn_polymer_6(fn_synthesis_of_endomembranous_system_membrane_71(X))
& fn_polymer_6(fn_synthesis_of_endomembranous_system_membrane_71(X)) = fn_polymer_synthesis_8(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_polymer_synthesis_8(fn_synthesis_of_endomembranous_system_membrane_79(X)) = fn_polymer_synthesis_20(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_polymer_synthesis_20(fn_synthesis_of_endomembranous_system_membrane_79(X)) = fn_polymer_synthesis_20(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_polymer_synthesis_20(fn_synthesis_of_endomembranous_system_membrane_79(X)) = fn_glycoprotein_3(fn_synthesis_of_endomembranous_system_membrane_71(X))
& fn_glycoprotein_3(fn_synthesis_of_endomembranous_system_membrane_71(X)) = fn_glycoprotein_3(fn_synthesis_of_endomembranous_system_membrane_71(X))
& fn_glycoprotein_3(fn_synthesis_of_endomembranous_system_membrane_71(X)) = fn_hold_2(fn_synthesis_of_endomembranous_system_membrane_86(X))
& fn_hold_2(fn_synthesis_of_endomembranous_system_membrane_86(X)) = fn_biomembrane_30(fn_synthesis_of_endomembranous_system_membrane_60(X))
& fn_biomembrane_30(fn_synthesis_of_endomembranous_system_membrane_60(X)) = fn_biomembrane_30(fn_synthesis_of_endomembranous_system_membrane_60(X))
& fn_biomembrane_30(fn_synthesis_of_endomembranous_system_membrane_60(X)) = fn_synthesis_of_glycoprotein_52(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_synthesis_of_glycoprotein_52(fn_synthesis_of_endomembranous_system_membrane_79(X)) = fn_synthesis_of_glycoprotein_52(fn_synthesis_of_endomembranous_system_membrane_79(X))
& fn_golgi_apparatus_2(fn_synthesis_of_endomembranous_system_membrane_63(X)) = fn_golgi_apparatus_2(fn_synthesis_of_endomembranous_system_membrane_63(X)) ) ) ).
fof(a533038,axiom,
! [X] :
( synthesis_of_fad_1(X)
=> ( original_name_2(X,'Synthesis-Of-FAD')
& user_description_2(X,'The biochemical production of FAD by bonding riboflavin to the phosphate group of an ADP molecule.')
& concept2words_2(X,'fad synthesis')
& concept2words_2(X,'fad-synthesis')
& concept2words_2(X,'synthesis of fad')
& concept2words_2(X,'synthesis-of-fad')
& synthesis_of_organic_molecule_1(X)
& vitamin_b2_1(fn_synthesis_of_fad_1(X))
& fad_1(fn_synthesis_of_fad_2(X))
& raw_material_2(X,fn_synthesis_of_fad_1(X))
& result_2(X,fn_synthesis_of_fad_2(X))
& fn_synthesis_of_fad_1(X) = fn_anabolic_pathway_6(X)
& fn_synthesis_of_fad_2(X) = fn_synthesis_of_organic_molecule_1(X) ) ) ).
fof(a533039,axiom,
! [X,X1] :
( ( result_2(X,X1)
& synthesis_of_lipid_1(X)
& fat_1(X1) )
=> ( synthesis_of_fat_1(X)
& fn_synthesis_of_fat_7(X) = X1 ) ) ).
fof(a533040,axiom,
! [X] :
( synthesis_of_fat_1(X)
=> ( original_name_2(X,'Synthesis-Of-Fat')
& user_description_2(X,'The production of fat.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'fat synthesis')
& concept2words_2(X,'fat-synthesis')
& concept2words_2(X,'synthesis of fat')
& concept2words_2(X,'synthesis-of-fat')
& synthesis_of_lipid_1(X)
& ~ synthesis_of_carbohydrate_1(X)
& ~ synthesis_of_coenzyme_1(X)
& ~ synthesis_of_fatty_acid_1(X)
& ~ synthesis_of_inosine_1(X)
& ~ synthesis_of_protein_1(X)
& activation_energy_1(fn_synthesis_of_fat_1(X))
& chemical_bond_1(fn_synthesis_of_fat_3(X))
& polar_covalent_bond_1(fn_synthesis_of_fat_3(X))
& atom_1(fn_synthesis_of_fat_4(X))
& chemical_entity_1(fn_synthesis_of_fat_4(X))
& entity_1(fn_synthesis_of_fat_4(X))
& tangible_entity_1(fn_synthesis_of_fat_4(X))
& oxygen_1(fn_synthesis_of_fat_4(X))
& entity_1(fn_synthesis_of_fat_5(X))
& chemical_entity_1(fn_synthesis_of_fat_5(X))
& atom_1(fn_synthesis_of_fat_5(X))
& hydrogen_1(fn_synthesis_of_fat_5(X))
& dehydration_reaction_1(fn_synthesis_of_fat_6(X))
& fat_1(fn_synthesis_of_fat_7(X))
& chemical_entity_1(fn_synthesis_of_fat_8(X))
& molecule_1(fn_synthesis_of_fat_8(X))
& fatty_acid_1(fn_synthesis_of_fat_8(X))
& glycerol_1(fn_synthesis_of_fat_9(X))
& chemical_entity_1(fn_dehydration_reaction_7(fn_synthesis_of_fat_6(X)))
& molecule_1(fn_dehydration_reaction_7(fn_synthesis_of_fat_6(X)))
& chemical_entity_1(fn_endergonic_reaction_9(fn_synthesis_of_fat_6(X)))
& molecule_1(fn_condensation_reaction_3(fn_synthesis_of_fat_6(X)))
& chemical_bond_1(fn_molecule_10(fn_synthesis_of_fat_8(X)))
& chemical_bond_1(fn_dehydration_reaction_2(fn_synthesis_of_fat_6(X)))
& polar_covalent_bond_1(fn_dehydration_reaction_2(fn_synthesis_of_fat_6(X)))
& molecule_1(fn_dehydration_reaction_8(fn_synthesis_of_fat_6(X)))
& atom_1(fn_molecule_11(fn_synthesis_of_fat_8(X)))
& hydrogen_1(fn_dehydration_reaction_4(fn_synthesis_of_fat_6(X)))
& entity_1(fn_fatty_acid_44(fn_synthesis_of_fat_8(X)))
& chemical_entity_1(fn_fatty_acid_44(fn_synthesis_of_fat_8(X)))
& atom_1(fn_fatty_acid_44(fn_synthesis_of_fat_8(X)))
& hydrogen_1(fn_fatty_acid_44(fn_synthesis_of_fat_8(X)))
& atom_1(fn_dehydration_reaction_3(fn_synthesis_of_fat_6(X)))
& oxygen_1(fn_dehydration_reaction_3(fn_synthesis_of_fat_6(X)))
& atom_1(fn_fatty_acid_21(fn_synthesis_of_fat_8(X)))
& chemical_entity_1(fn_fatty_acid_21(fn_synthesis_of_fat_8(X)))
& entity_1(fn_fatty_acid_21(fn_synthesis_of_fat_8(X)))
& tangible_entity_1(fn_fatty_acid_21(fn_synthesis_of_fat_8(X)))
& oxygen_1(fn_fatty_acid_21(fn_synthesis_of_fat_8(X)))
& atom_1(fn_fatty_acid_31(fn_synthesis_of_fat_8(X)))
& chemical_entity_1(fn_fatty_acid_31(fn_synthesis_of_fat_8(X)))
& entity_1(fn_fatty_acid_31(fn_synthesis_of_fat_8(X)))
& tangible_entity_1(fn_fatty_acid_31(fn_synthesis_of_fat_8(X)))
& oxygen_1(fn_fatty_acid_31(fn_synthesis_of_fat_8(X)))
& subevent_2(X,fn_synthesis_of_fat_6(X))
& minCardinality(X,subevent_0,"2",dehydration_reaction_0)
& raw_material_2(X,fn_synthesis_of_fat_1(X))
& raw_material_2(X,fn_synthesis_of_fat_8(X))
& raw_material_2(X,fn_synthesis_of_fat_9(X))
& result_2(fn_synthesis_of_fat_6(X),fn_synthesis_of_fat_7(X))
& result_2(X,fn_synthesis_of_fat_7(X))
& raw_material_2(fn_synthesis_of_fat_6(X),fn_synthesis_of_fat_8(X))
& is_between_2(fn_synthesis_of_fat_3(X),fn_synthesis_of_fat_4(X))
& raw_material_2(fn_synthesis_of_fat_6(X),fn_synthesis_of_fat_9(X))
& fn_synthesis_of_fat_9(X) != fn_synthesis_of_fat_8(X)
& possesses_2(fn_synthesis_of_fat_8(X),fn_synthesis_of_fat_3(X))
& is_between_2(fn_synthesis_of_fat_3(X),fn_synthesis_of_fat_5(X))
& fn_synthesis_of_fat_8(X) != fn_synthesis_of_fat_9(X)
& has_part_2(fn_synthesis_of_fat_8(X),fn_synthesis_of_fat_5(X))
& has_part_2(fn_synthesis_of_fat_8(X),fn_synthesis_of_fat_4(X))
& fn_synthesis_of_fat_5(X) != fn_synthesis_of_fat_4(X)
& fn_synthesis_of_fat_4(X) != fn_synthesis_of_fat_5(X)
& fn_synthesis_of_fat_9(X) = fn_anabolic_pathway_6(X)
& fn_synthesis_of_fat_7(X) = fn_endergonic_reaction_9(fn_synthesis_of_fat_6(X))
& fn_synthesis_of_fat_7(X) = fn_condensation_reaction_3(fn_synthesis_of_fat_6(X))
& fn_synthesis_of_fat_7(X) = fn_synthesis_of_lipid_2(X)
& fn_synthesis_of_fat_5(X) = fn_molecule_11(fn_synthesis_of_fat_8(X))
& fn_synthesis_of_fat_3(X) = fn_molecule_10(fn_synthesis_of_fat_8(X))
& fn_synthesis_of_fat_3(X) = fn_dehydration_reaction_2(fn_synthesis_of_fat_6(X))
& fn_synthesis_of_fat_9(X) = fn_dehydration_reaction_8(fn_synthesis_of_fat_6(X))
& fn_synthesis_of_fat_5(X) = fn_dehydration_reaction_4(fn_synthesis_of_fat_6(X))
& fn_synthesis_of_fat_5(X) = fn_fatty_acid_44(fn_synthesis_of_fat_8(X))
& fn_synthesis_of_fat_8(X) = fn_dehydration_reaction_7(fn_synthesis_of_fat_6(X))
& fn_synthesis_of_fat_4(X) = fn_dehydration_reaction_3(fn_synthesis_of_fat_6(X))
& fn_synthesis_of_fat_4(X) = fn_fatty_acid_21(fn_synthesis_of_fat_8(X))
& fn_synthesis_of_fat_4(X) = fn_fatty_acid_31(fn_synthesis_of_fat_8(X))
& fn_endergonic_reaction_9(fn_synthesis_of_fat_6(X)) = fn_condensation_reaction_3(fn_synthesis_of_fat_6(X))
& fn_condensation_reaction_3(fn_synthesis_of_fat_6(X)) = fn_condensation_reaction_3(fn_synthesis_of_fat_6(X))
& fn_condensation_reaction_3(fn_synthesis_of_fat_6(X)) = fn_synthesis_of_lipid_2(X)
& fn_synthesis_of_lipid_2(X) = fn_dehydration_reaction_2(fn_synthesis_of_fat_6(X))
& fn_dehydration_reaction_2(fn_synthesis_of_fat_6(X)) = fn_molecule_10(fn_synthesis_of_fat_8(X))
& fn_molecule_10(fn_synthesis_of_fat_8(X)) = fn_dehydration_reaction_2(fn_synthesis_of_fat_6(X))
& fn_dehydration_reaction_2(fn_synthesis_of_fat_6(X)) = fn_anabolic_pathway_6(X)
& fn_anabolic_pathway_6(X) = fn_dehydration_reaction_8(fn_synthesis_of_fat_6(X))
& fn_dehydration_reaction_8(fn_synthesis_of_fat_6(X)) = fn_dehydration_reaction_8(fn_synthesis_of_fat_6(X))
& fn_dehydration_reaction_8(fn_synthesis_of_fat_6(X)) = fn_molecule_11(fn_synthesis_of_fat_8(X))
& fn_molecule_11(fn_synthesis_of_fat_8(X)) = fn_dehydration_reaction_4(fn_synthesis_of_fat_6(X))
& fn_dehydration_reaction_4(fn_synthesis_of_fat_6(X)) = fn_dehydration_reaction_4(fn_synthesis_of_fat_6(X))
& fn_fatty_acid_44(fn_synthesis_of_fat_8(X)) = fn_dehydration_reaction_4(fn_synthesis_of_fat_6(X))
& fn_dehydration_reaction_4(fn_synthesis_of_fat_6(X)) = fn_fatty_acid_44(fn_synthesis_of_fat_8(X))
& fn_fatty_acid_44(fn_synthesis_of_fat_8(X)) = fn_fatty_acid_44(fn_synthesis_of_fat_8(X))
& fn_fatty_acid_44(fn_synthesis_of_fat_8(X)) = fn_dehydration_reaction_3(fn_synthesis_of_fat_6(X))
& fn_dehydration_reaction_3(fn_synthesis_of_fat_6(X)) = fn_dehydration_reaction_3(fn_synthesis_of_fat_6(X))
& fn_fatty_acid_21(fn_synthesis_of_fat_8(X)) = fn_dehydration_reaction_3(fn_synthesis_of_fat_6(X))
& fn_dehydration_reaction_3(fn_synthesis_of_fat_6(X)) = fn_fatty_acid_21(fn_synthesis_of_fat_8(X))
& fn_fatty_acid_21(fn_synthesis_of_fat_8(X)) = fn_fatty_acid_21(fn_synthesis_of_fat_8(X))
& fn_fatty_acid_31(fn_synthesis_of_fat_8(X)) = fn_fatty_acid_21(fn_synthesis_of_fat_8(X))
& fn_fatty_acid_21(fn_synthesis_of_fat_8(X)) = fn_fatty_acid_31(fn_synthesis_of_fat_8(X)) ) ) ).
fof(a533041,axiom,
! [X,X1] :
( ( result_2(X,X1)
& synthesis_of_organic_molecule_1(X)
& fatty_acid_1(X1) )
=> ( synthesis_of_fatty_acid_1(X)
& fn_synthesis_of_fatty_acid_2(X) = X1 ) ) ).
fof(a533042,axiom,
! [X] :
( synthesis_of_fatty_acid_1(X)
=> ( original_name_2(X,'Synthesis-Of-Fatty-Acid')
& user_description_2(X,'The process of synthesizing fatty acids is called synthesis of fatty acid.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of fatty acid')
& concept2words_2(X,'synthesis-of-fatty-acid')
& synthesis_of_organic_molecule_1(X)
& ~ synthesis_of_carbohydrate_1(X)
& ~ synthesis_of_coenzyme_1(X)
& ~ synthesis_of_fat_1(X)
& ~ synthesis_of_inosine_1(X)
& ~ synthesis_of_protein_1(X)
& fatty_acid_1(fn_synthesis_of_fatty_acid_2(X))
& result_2(X,fn_synthesis_of_fatty_acid_2(X))
& fn_synthesis_of_fatty_acid_2(X) = fn_synthesis_of_organic_molecule_1(X) ) ) ).
fof(a533043,axiom,
! [X] :
( synthesis_of_fatty_acid_from_acetyl_coa_1(X)
=> ( original_name_2(X,'Synthesis-Of-Fatty-Acid-From-Acetyl-CoA')
& user_description_2(X,'The creation of fatty acids from acetyl-CoA and malonyl-CoA precursors catalyzed by fatty acid synthases.')
& concept2words_2(X,synthesize)
& concept2words_2(X,convert)
& concept2words_2(X,'synthesis of fatty acid from acetyl coa')
& concept2words_2(X,'synthesis-of-fatty-acid-from-acetyl-coa')
& synthesis_of_fatty_acid_1(X)
& free_energy_1(fn_synthesis_of_fatty_acid_from_acetyl_coa_1(X))
& acetyl_coa_1(fn_synthesis_of_fatty_acid_from_acetyl_coa_2(X))
& result_2(X,fn_synthesis_of_fatty_acid_from_acetyl_coa_1(X))
& raw_material_2(X,fn_synthesis_of_fatty_acid_from_acetyl_coa_2(X))
& fn_synthesis_of_fatty_acid_from_acetyl_coa_2(X) = fn_anabolic_pathway_6(X) ) ) ).
fof(a533044,axiom,
! [X,X1] :
( ( result_2(X,X1)
& produce_1(X)
& gamete_1(X1)
& exactCardinality(X,result_0,"4",gamete_0) )
=> ( synthesis_of_gamete_1(X)
& fn_synthesis_of_gamete_4(X) = X1 ) ) ).
fof(a533045,axiom,
! [X] :
( synthesis_of_gamete_1(X)
=> ( original_name_2(X,'Synthesis-Of-Gamete')
& user_description_2(X,'This is the generation of gamete by meiosis.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'gamete synthesis')
& concept2words_2(X,'gamete-synthesis')
& concept2words_2(X,'synthesis of gamete')
& concept2words_2(X,'synthesis-of-gamete')
& produce_1(X)
& ~ barr_body_formation_1(X)
& ~ synthesis_of_lysosome_1(X)
& diploid_cell_1(fn_synthesis_of_gamete_1(X))
& meiosis_1(fn_synthesis_of_gamete_2(X))
& gamete_1(fn_synthesis_of_gamete_4(X))
& object_2(X,fn_synthesis_of_gamete_1(X))
& subevent_2(X,fn_synthesis_of_gamete_2(X))
& exactCardinality(X,result_0,"4",gamete_0)
& result_2(X,fn_synthesis_of_gamete_4(X))
& fn_synthesis_of_gamete_4(X) = fn_create_1(X) ) ) ).
fof(a533046,axiom,
! [X] :
( synthesis_of_glucose_6_phosphate_from_glycogen_1(X)
=> ( original_name_2(X,'Synthesis-Of-Glucose-6-Phosphate-From-Glycogen')
& user_description_2(X,'Enzymatic catalysis of the breakdown of glycogen to produce glucose-6 phosphate.')
& concept2words_2(X,convert)
& concept2words_2(X,'synthesis of glucose 6 phosphate from glycogen')
& concept2words_2(X,'synthesis-of-glucose-6-phosphate-from-glycogen')
& synthesis_reaction_1(X)
& glycogen_breakdown_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& chemical_reaction_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_8(X))
& chemical_entity_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& molecule_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& phosphorylated_intermediate_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& glucose_1_phosphate_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& tangible_entity_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X))
& chemical_entity_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X))
& organic_molecule_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X))
& molecule_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X))
& glycogen_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X))
& water_molecule_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_11(X))
& break_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_12(X))
& chemical_energy_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_13(X))
& chemical_bond_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_14(X))
& polar_covalent_bond_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_14(X))
& kinetic_energy_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_15(X))
& constant_motion_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_16(X))
& atom_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_17(X))
& chemical_entity_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_17(X))
& hydrogen_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_18(X))
& entity_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_19(X))
& chemical_entity_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_19(X))
& atom_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_19(X))
& oxygen_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_19(X))
& hydroxyl_group_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_20(X))
& structural_complexity_value_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_21(X))
& structural_complexity_value_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_22(X))
& chemical_energy_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_23(X))
& quantity_value_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_24(X))
& quantity_value_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_25(X))
& speed_value_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_26(X))
& quantity_value_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_27(X))
& glucose_6_phosphate_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_28(X))
& monomer_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_29(X))
& monosaccharide_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_29(X))
& remove_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_30(X))
& chemical_bond_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_31(X))
& chemical_entity_1(fn_chemical_reaction_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_8(X)))
& chemical_bond_1(fn_molecule_10(fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X)))
& property_node_1(fn_exergonic_reaction_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)))
& property_node_1(fn_exergonic_reaction_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)))
& quantity_value_1(fn_exergonic_reaction_5(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)))
& quantity_value_1(fn_exergonic_reaction_4(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)))
& chemical_energy_1(fn_exergonic_reaction_3(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)))
& property_node_1(fn_phosphorylated_intermediate_15(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)))
& property_node_1(fn_phosphorylated_intermediate_14(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)))
& constant_motion_1(fn_phosphorylated_intermediate_9(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)))
& speed_value_1(fn_phosphorylated_intermediate_12(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)))
& quantity_value_1(fn_phosphorylated_intermediate_13(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)))
& kinetic_energy_1(fn_phosphorylated_intermediate_4(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_synthesis_of_glucose_6_phosphate_from_glycogen_20(X)))
& property_node_1(fn_glycogen_breakdown_28(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)))
& structural_complexity_value_1(fn_glycogen_breakdown_25(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)))
& remove_1(fn_glycogen_breakdown_20(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)))
& chemical_bond_1(fn_molecule_10(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_synthesis_of_glucose_6_phosphate_from_glycogen_20(X)))
& entity_1(fn_glucose_1_phosphate_5(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)))
& chemical_entity_1(fn_glucose_1_phosphate_5(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)))
& atom_1(fn_glucose_1_phosphate_5(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)))
& oxygen_1(fn_glucose_1_phosphate_5(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)))
& oxygen_1(fn_phosphorylated_intermediate_5(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)))
& entity_1(fn_phosphorylated_intermediate_5(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)))
& chemical_entity_1(fn_phosphorylated_intermediate_5(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)))
& atom_1(fn_phosphorylated_intermediate_5(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_synthesis_of_glucose_6_phosphate_from_glycogen_20(X)))
& property_node_1(fn_glucose_1_phosphate_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)))
& property_node_1(fn_glycogen_breakdown_29(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)))
& chemical_energy_1(fn_exergonic_reaction_6(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)))
& chemical_energy_1(fn_glycogen_breakdown_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)))
& chemical_entity_1(fn_functional_group_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_20(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_8(X)))
& glucose_1_phosphate_1(fn_glycogen_breakdown_18(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)))
& atom_1(fn_organic_molecule_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X)))
& atom_1(fn_molecule_11(fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X)))
& atom_1(fn_glycogen_breakdown_19(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)))
& chemical_entity_1(fn_glycogen_breakdown_19(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)))
& structural_complexity_value_1(fn_glucose_1_phosphate_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)))
& structural_complexity_value_1(fn_glycogen_breakdown_24(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)))
& tangible_entity_1(fn_impair_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_12(X)))
& glycogen_1(fn_glycogen_breakdown_17(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)))
& monosaccharide_1(fn_storage_polysaccharide_breakdown_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)))
& monomer_1(fn_glycogen_breakdown_21(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)))
& monosaccharide_1(fn_glycogen_breakdown_21(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)))
& subevent_2(X,fn_synthesis_of_glucose_6_phosphate_from_glycogen_8(X))
& subevent_2(X,fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& first_subevent_2(X,fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& result_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_12(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_29(X))
& result_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_12(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_11(X) != fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X)
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X) != fn_synthesis_of_glucose_6_phosphate_from_glycogen_11(X)
& possesses_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_23(X))
& has_part_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_18(X))
& next_event_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_8(X))
& causes_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_12(X))
& object_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_12(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X))
& raw_material_2(X,fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X))
& has_region_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_20(X))
& raw_material_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_8(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& result_2(X,fn_synthesis_of_glucose_6_phosphate_from_glycogen_28(X))
& result_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_8(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_28(X))
& possesses_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_14(X))
& structural_complexity_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_21(X))
& possesses_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_31(X))
& is_between_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_31(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_17(X))
& quantity_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_13(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_25(X))
& raw_material_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_11(X))
& possesses_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_11(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_23(X))
& quantity_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_23(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_24(X))
& greater_than_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_24(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_25(X))
& has_part_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_19(X))
& possesses_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_15(X))
& quantity_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_15(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_27(X))
& directly_proportional_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_26(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_27(X))
& speed_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_16(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_26(X))
& object_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_16(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& is_inside_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_19(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_20(X))
& is_inside_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_18(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_20(X))
& is_between_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_14(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_18(X))
& is_between_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_14(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_19(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_19(X) != fn_synthesis_of_glucose_6_phosphate_from_glycogen_18(X)
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_18(X) != fn_synthesis_of_glucose_6_phosphate_from_glycogen_19(X)
& possesses_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_13(X))
& has_part_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_17(X))
& has_state_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_17(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& result_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& raw_material_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X))
& result_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_29(X))
& object_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_30(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_29(X))
& base_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_30(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X))
& structural_complexity_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_22(X))
& greater_than_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_22(X),fn_synthesis_of_glucose_6_phosphate_from_glycogen_21(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X) = fn_impair_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_12(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X) = fn_chemical_reaction_2(X)
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X) = fn_functional_group_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_20(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X) = fn_chemical_reaction_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_8(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_28(X) = fn_chemical_reaction_1(X)
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_28(X) = fn_chemical_reaction_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_8(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_14(X) = fn_molecule_10(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_17(X) = fn_molecule_11(fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_31(X) = fn_molecule_10(fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_13(X) = fn_exergonic_reaction_6(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_4(X) = fn_exergonic_reaction_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_3(X) = fn_exergonic_reaction_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_25(X) = fn_exergonic_reaction_5(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_24(X) = fn_exergonic_reaction_4(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_23(X) = fn_exergonic_reaction_3(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_11(X) = fn_exergonic_reaction_10(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_6(X) = fn_phosphorylated_intermediate_15(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_19(X) = fn_glucose_1_phosphate_5(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_19(X) = fn_phosphorylated_intermediate_5(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_5(X) = fn_phosphorylated_intermediate_14(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_16(X) = fn_phosphorylated_intermediate_9(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_26(X) = fn_phosphorylated_intermediate_12(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_27(X) = fn_phosphorylated_intermediate_13(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_15(X) = fn_phosphorylated_intermediate_4(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_14(X) = fn_hydroxyl_group_7(fn_synthesis_of_glucose_6_phosphate_from_glycogen_20(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_19(X) = fn_hydroxyl_group_4(fn_synthesis_of_glucose_6_phosphate_from_glycogen_20(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_18(X) = fn_hydroxyl_group_6(fn_synthesis_of_glucose_6_phosphate_from_glycogen_20(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_2(X) = fn_glucose_1_phosphate_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_21(X) = fn_glucose_1_phosphate_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_2(X) = fn_glycogen_breakdown_29(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_13(X) = fn_glycogen_breakdown_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_1(X) = fn_glycogen_breakdown_28(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X) = fn_glycogen_breakdown_18(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_17(X) = fn_organic_molecule_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_17(X) = fn_glycogen_breakdown_19(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_21(X) = fn_glycogen_breakdown_24(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_22(X) = fn_glycogen_breakdown_25(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X) = fn_glycogen_breakdown_17(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_30(X) = fn_glycogen_breakdown_20(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_29(X) = fn_storage_polysaccharide_breakdown_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_synthesis_of_glucose_6_phosphate_from_glycogen_29(X) = fn_glycogen_breakdown_21(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_molecule_10(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)) = fn_hydroxyl_group_7(fn_synthesis_of_glucose_6_phosphate_from_glycogen_20(X))
& fn_hydroxyl_group_7(fn_synthesis_of_glucose_6_phosphate_from_glycogen_20(X)) = fn_hydroxyl_group_7(fn_synthesis_of_glucose_6_phosphate_from_glycogen_20(X))
& fn_hydroxyl_group_7(fn_synthesis_of_glucose_6_phosphate_from_glycogen_20(X)) = fn_glucose_1_phosphate_5(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& fn_glucose_1_phosphate_5(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)) = fn_phosphorylated_intermediate_5(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& fn_phosphorylated_intermediate_5(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)) = fn_phosphorylated_intermediate_5(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& fn_phosphorylated_intermediate_5(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)) = fn_hydroxyl_group_4(fn_synthesis_of_glucose_6_phosphate_from_glycogen_20(X))
& fn_hydroxyl_group_4(fn_synthesis_of_glucose_6_phosphate_from_glycogen_20(X)) = fn_hydroxyl_group_4(fn_synthesis_of_glucose_6_phosphate_from_glycogen_20(X))
& fn_hydroxyl_group_4(fn_synthesis_of_glucose_6_phosphate_from_glycogen_20(X)) = fn_glucose_1_phosphate_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& fn_glucose_1_phosphate_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)) = fn_glycogen_breakdown_29(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_glycogen_breakdown_29(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)) = fn_exergonic_reaction_6(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_exergonic_reaction_6(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)) = fn_glycogen_breakdown_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_glycogen_breakdown_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)) = fn_functional_group_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_20(X))
& fn_functional_group_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_20(X)) = fn_chemical_reaction_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_8(X))
& fn_chemical_reaction_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_8(X)) = fn_chemical_reaction_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_8(X))
& fn_chemical_reaction_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_8(X)) = fn_glycogen_breakdown_18(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_glycogen_breakdown_18(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)) = fn_glycogen_breakdown_18(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_glycogen_breakdown_18(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)) = fn_molecule_11(fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X))
& fn_molecule_11(fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X)) = fn_organic_molecule_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X))
& fn_organic_molecule_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X)) = fn_molecule_11(fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X))
& fn_molecule_11(fn_synthesis_of_glucose_6_phosphate_from_glycogen_10(X)) = fn_glycogen_breakdown_19(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_glycogen_breakdown_19(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)) = fn_glycogen_breakdown_19(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_glycogen_breakdown_19(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)) = fn_glucose_1_phosphate_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& fn_glucose_1_phosphate_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)) = fn_glucose_1_phosphate_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X))
& fn_glucose_1_phosphate_2(fn_synthesis_of_glucose_6_phosphate_from_glycogen_9(X)) = fn_glycogen_breakdown_24(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_glycogen_breakdown_24(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)) = fn_glycogen_breakdown_24(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_glycogen_breakdown_24(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)) = fn_impair_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_12(X))
& fn_impair_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_12(X)) = fn_chemical_reaction_2(X)
& fn_chemical_reaction_2(X) = fn_chemical_reaction_2(X)
& fn_chemical_reaction_2(X) = fn_glycogen_breakdown_17(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_glycogen_breakdown_17(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)) = fn_glycogen_breakdown_17(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_glycogen_breakdown_17(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)) = fn_glycogen_breakdown_21(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_glycogen_breakdown_21(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)) = fn_storage_polysaccharide_breakdown_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X))
& fn_storage_polysaccharide_breakdown_1(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)) = fn_glycogen_breakdown_21(fn_synthesis_of_glucose_6_phosphate_from_glycogen_7(X)) ) ) ).
fof(a533047,axiom,
! [X] :
( synthesis_of_glucose_from_g3p_1(X)
=> ( original_name_2(X,'Synthesis-Of-Glucose-From-G3P')
& user_description_2(X,'G3P is a 3-carbon sugar that is produced during the Calvin Cycle of photosynthesis. From this molecule glucose is formed in other metabolic pathways.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of glucose from g3p')
& concept2words_2(X,'synthesis-of-glucose-from-g3p')
& synthesis_of_carbohydrate_1(X)
& cytosol_1(fn_synthesis_of_glucose_from_g3p_1(X))
& activation_energy_1(fn_synthesis_of_glucose_from_g3p_2(X))
& glucose_1(fn_synthesis_of_glucose_from_g3p_3(X))
& glyceraldehyde_3_phosphate_1(fn_synthesis_of_glucose_from_g3p_4(X))
& raw_material_2(X,fn_synthesis_of_glucose_from_g3p_2(X))
& site_2(X,fn_synthesis_of_glucose_from_g3p_1(X))
& raw_material_2(X,fn_synthesis_of_glucose_from_g3p_4(X))
& result_2(X,fn_synthesis_of_glucose_from_g3p_3(X))
& fn_synthesis_of_glucose_from_g3p_4(X) = fn_anabolic_pathway_6(X)
& fn_synthesis_of_glucose_from_g3p_3(X) = fn_synthesis_of_carbohydrate_2(X) ) ) ).
fof(a533048,axiom,
! [X] :
( synthesis_of_glucose_from_pyruvate_1(X)
=> ( original_name_2(X,'Synthesis-Of-Glucose-From-Pyruvate')
& user_description_2(X,'This is a process of synthesis of glucose from pyruvate.')
& concept2words_2(X,synthesize)
& concept2words_2(X,convert)
& concept2words_2(X,'synthesis of glucose from pyruvate')
& concept2words_2(X,'synthesis-of-glucose-from-pyruvate')
& synthesis_of_carbohydrate_1(X)
& glucose_1(fn_synthesis_of_glucose_from_pyruvate_1(X))
& pyruvate_1(fn_synthesis_of_glucose_from_pyruvate_2(X))
& result_2(X,fn_synthesis_of_glucose_from_pyruvate_1(X))
& raw_material_2(X,fn_synthesis_of_glucose_from_pyruvate_2(X))
& fn_synthesis_of_glucose_from_pyruvate_1(X) = fn_synthesis_of_carbohydrate_2(X)
& fn_synthesis_of_glucose_from_pyruvate_2(X) = fn_anabolic_pathway_6(X) ) ) ).
fof(a533049,axiom,
! [X] :
( synthesis_of_glutamine_with_atp_1(X)
=> ( original_name_2(X,'Synthesis-Of-Glutamine-with-ATP')
& user_description_2(X,'It is the process of formation of glutamine with use of ATP.')
& concept2words_2(X,synthesize)
& concept2words_2(X,convert)
& concept2words_2(X,'synthesis of glutamine with atp')
& concept2words_2(X,'synthesis-of-glutamine-with-atp')
& energy_coupling_1(X)
& synthesis_of_amino_acid_1(X)
& ~ synthesis_of_glutamine_without_atp_1(X)
& time_interval_1(fn_synthesis_of_glutamine_with_atp_1(X))
& ammonia_1(fn_synthesis_of_glutamine_with_atp_2(X))
& activation_energy_1(fn_synthesis_of_glutamine_with_atp_3(X))
& anion_1(fn_synthesis_of_glutamine_with_atp_5(X))
& chemical_entity_1(fn_synthesis_of_glutamine_with_atp_5(X))
& inorganic_phosphate_1(fn_synthesis_of_glutamine_with_atp_5(X))
& charge_value_1(fn_synthesis_of_glutamine_with_atp_6(X))
& chemical_entity_1(fn_synthesis_of_glutamine_with_atp_11(X))
& hydrophilic_compound_1(fn_synthesis_of_glutamine_with_atp_11(X))
& molecule_1(fn_synthesis_of_glutamine_with_atp_11(X))
& water_molecule_1(fn_synthesis_of_glutamine_with_atp_11(X))
& molecule_1(fn_synthesis_of_glutamine_with_atp_12(X))
& chemical_entity_1(fn_synthesis_of_glutamine_with_atp_12(X))
& organic_molecule_1(fn_synthesis_of_glutamine_with_atp_12(X))
& ribonucleotide_1(fn_synthesis_of_glutamine_with_atp_12(X))
& nucleoside_triphosphate_1(fn_synthesis_of_glutamine_with_atp_12(X))
& atp_1(fn_synthesis_of_glutamine_with_atp_12(X))
& tangible_entity_1(fn_synthesis_of_glutamine_with_atp_13(X))
& entity_1(fn_synthesis_of_glutamine_with_atp_13(X))
& chemical_entity_1(fn_synthesis_of_glutamine_with_atp_13(X))
& atom_1(fn_synthesis_of_glutamine_with_atp_13(X))
& carbon_1(fn_synthesis_of_glutamine_with_atp_13(X))
& tangible_entity_1(fn_synthesis_of_glutamine_with_atp_14(X))
& entity_1(fn_synthesis_of_glutamine_with_atp_14(X))
& chemical_entity_1(fn_synthesis_of_glutamine_with_atp_14(X))
& atom_1(fn_synthesis_of_glutamine_with_atp_14(X))
& phosphorus_1(fn_synthesis_of_glutamine_with_atp_14(X))
& chemical_energy_1(fn_synthesis_of_glutamine_with_atp_15(X))
& atom_1(fn_synthesis_of_glutamine_with_atp_16(X))
& hydrogen_1(fn_synthesis_of_glutamine_with_atp_16(X))
& entity_1(fn_synthesis_of_glutamine_with_atp_17(X))
& chemical_entity_1(fn_synthesis_of_glutamine_with_atp_17(X))
& atom_1(fn_synthesis_of_glutamine_with_atp_17(X))
& oxygen_1(fn_synthesis_of_glutamine_with_atp_17(X))
& functional_group_1(fn_synthesis_of_glutamine_with_atp_18(X))
& hydroxyl_group_1(fn_synthesis_of_glutamine_with_atp_18(X))
& chemical_bond_1(fn_synthesis_of_glutamine_with_atp_19(X))
& polar_covalent_bond_1(fn_synthesis_of_glutamine_with_atp_19(X))
& chemical_energy_1(fn_synthesis_of_glutamine_with_atp_20(X))
& kinetic_energy_1(fn_synthesis_of_glutamine_with_atp_21(X))
& constant_motion_1(fn_synthesis_of_glutamine_with_atp_22(X))
& speed_value_1(fn_synthesis_of_glutamine_with_atp_23(X))
& quantity_value_1(fn_synthesis_of_glutamine_with_atp_24(X))
& quantity_value_1(fn_synthesis_of_glutamine_with_atp_25(X))
& quantity_value_1(fn_synthesis_of_glutamine_with_atp_26(X))
& reactant_1(fn_synthesis_of_glutamine_with_atp_33(X))
& free_energy_1(fn_synthesis_of_glutamine_with_atp_34(X))
& structural_complexity_value_1(fn_synthesis_of_glutamine_with_atp_35(X))
& structural_complexity_value_1(fn_synthesis_of_glutamine_with_atp_36(X))
& free_energy_1(fn_synthesis_of_glutamine_with_atp_37(X))
& quantity_value_1(fn_synthesis_of_glutamine_with_atp_38(X))
& quantity_value_1(fn_synthesis_of_glutamine_with_atp_39(X))
& constant_motion_1(fn_synthesis_of_glutamine_with_atp_40(X))
& kinetic_energy_1(fn_synthesis_of_glutamine_with_atp_41(X))
& covalent_bond_1(fn_synthesis_of_glutamine_with_atp_42(X))
& single_bond_1(fn_synthesis_of_glutamine_with_atp_42(X))
& entity_1(fn_synthesis_of_glutamine_with_atp_43(X))
& chemical_entity_1(fn_synthesis_of_glutamine_with_atp_43(X))
& atom_1(fn_synthesis_of_glutamine_with_atp_43(X))
& phosphorus_1(fn_synthesis_of_glutamine_with_atp_43(X))
& oxygen_1(fn_synthesis_of_glutamine_with_atp_44(X))
& entity_1(fn_synthesis_of_glutamine_with_atp_44(X))
& chemical_entity_1(fn_synthesis_of_glutamine_with_atp_44(X))
& atom_1(fn_synthesis_of_glutamine_with_atp_44(X))
& quantity_value_1(fn_synthesis_of_glutamine_with_atp_45(X))
& speed_value_1(fn_synthesis_of_glutamine_with_atp_46(X))
& entity_1(fn_synthesis_of_glutamine_with_atp_47(X))
& free_energy_1(fn_synthesis_of_glutamine_with_atp_47(X))
& phosphorylation_1(fn_synthesis_of_glutamine_with_atp_48(X))
& endergonic_process_1(fn_synthesis_of_glutamine_with_atp_48(X))
& phosphorylation_of_glutamic_acid_1(fn_synthesis_of_glutamine_with_atp_48(X))
& chemical_reaction_1(fn_synthesis_of_glutamine_with_atp_49(X))
& chemical_entity_1(fn_synthesis_of_glutamine_with_atp_50(X))
& phosphorylated_intermediate_1(fn_synthesis_of_glutamine_with_atp_50(X))
& phosphorylated_glutamic_acid_1(fn_synthesis_of_glutamine_with_atp_50(X))
& glutamine_1(fn_synthesis_of_glutamine_with_atp_51(X))
& molecule_1(fn_synthesis_of_glutamine_with_atp_52(X))
& chemical_entity_1(fn_synthesis_of_glutamine_with_atp_52(X))
& glutamic_acid_1(fn_synthesis_of_glutamine_with_atp_52(X))
& chemical_entity_1(fn_synthesis_of_glutamine_with_atp_53(X))
& molecule_1(fn_synthesis_of_glutamine_with_atp_53(X))
& nucleoside_diphosphate_1(fn_synthesis_of_glutamine_with_atp_53(X))
& ribonucleotide_1(fn_synthesis_of_glutamine_with_atp_53(X))
& adp_1(fn_synthesis_of_glutamine_with_atp_53(X))
& consume_1(fn_synthesis_of_glutamine_with_atp_54(X))
& decomposition_reaction_1(fn_synthesis_of_glutamine_with_atp_55(X))
& dephosphorylation_1(fn_synthesis_of_glutamine_with_atp_55(X))
& exergonic_process_1(fn_synthesis_of_glutamine_with_atp_55(X))
& hydrolysis_1(fn_synthesis_of_glutamine_with_atp_55(X))
& dephosphorylation_of_atp_1(fn_synthesis_of_glutamine_with_atp_55(X))
& resource_1(fn_synthesis_of_glutamine_with_atp_56(X))
& free_energy_change_value_1(fn_synthesis_of_glutamine_with_atp_57(X))
& single_bond_1(fn_phosphorylated_glutamic_acid_3(fn_synthesis_of_glutamine_with_atp_50(X)))
& property_node_1(fn_phosphorylated_intermediate_15(fn_synthesis_of_glutamine_with_atp_50(X)))
& property_node_1(fn_phosphorylated_intermediate_14(fn_synthesis_of_glutamine_with_atp_50(X)))
& constant_motion_1(fn_phosphorylated_intermediate_9(fn_synthesis_of_glutamine_with_atp_50(X)))
& speed_value_1(fn_phosphorylated_intermediate_12(fn_synthesis_of_glutamine_with_atp_50(X)))
& quantity_value_1(fn_phosphorylated_intermediate_13(fn_synthesis_of_glutamine_with_atp_50(X)))
& kinetic_energy_1(fn_phosphorylated_intermediate_4(fn_synthesis_of_glutamine_with_atp_50(X)))
& property_node_1(fn_dephosphorylation_of_atp_43(fn_synthesis_of_glutamine_with_atp_55(X)))
& property_node_1(fn_dephosphorylation_of_atp_44(fn_synthesis_of_glutamine_with_atp_55(X)))
& hydroxyl_group_1(fn_dephosphorylation_of_atp_69(fn_synthesis_of_glutamine_with_atp_55(X)))
& chemical_energy_1(fn_dephosphorylation_of_atp_73(fn_synthesis_of_glutamine_with_atp_55(X)))
& quantity_value_1(fn_dephosphorylation_of_atp_72(fn_synthesis_of_glutamine_with_atp_55(X)))
& quantity_value_1(fn_dephosphorylation_of_atp_71(fn_synthesis_of_glutamine_with_atp_55(X)))
& chemical_energy_1(fn_dephosphorylation_of_atp_70(fn_synthesis_of_glutamine_with_atp_55(X)))
& property_node_1(fn_phosphorylation_of_glutamic_acid_1(fn_synthesis_of_glutamine_with_atp_48(X)))
& charge_value_1(fn_phosphorylation_of_glutamic_acid_3(fn_synthesis_of_glutamine_with_atp_48(X)))
& property_node_1(fn_adp_10(fn_synthesis_of_glutamine_with_atp_53(X)))
& property_node_1(fn_adp_11(fn_synthesis_of_glutamine_with_atp_53(X)))
& constant_motion_1(fn_adp_23(fn_synthesis_of_glutamine_with_atp_53(X)))
& speed_value_1(fn_adp_26(fn_synthesis_of_glutamine_with_atp_53(X)))
& quantity_value_1(fn_adp_27(fn_synthesis_of_glutamine_with_atp_53(X)))
& kinetic_energy_1(fn_adp_30(fn_synthesis_of_glutamine_with_atp_53(X)))
& resource_1(fn_consume_2(fn_synthesis_of_glutamine_with_atp_54(X)))
& resource_1(fn_endergonic_process_3(fn_synthesis_of_glutamine_with_atp_48(X)))
& entity_1(fn_consume_1(fn_synthesis_of_glutamine_with_atp_54(X)))
& free_energy_1(fn_exergonic_process_3(fn_synthesis_of_glutamine_with_atp_55(X)))
& free_energy_1(fn_endergonic_process_4(fn_synthesis_of_glutamine_with_atp_48(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_synthesis_of_glutamine_with_atp_49(X)))
& chemical_reaction_1(fn_reactant_2(fn_synthesis_of_glutamine_with_atp_33(X)))
& entity_1(fn_phosphorylated_glutamic_acid_2(fn_synthesis_of_glutamine_with_atp_50(X)))
& chemical_entity_1(fn_phosphorylated_glutamic_acid_2(fn_synthesis_of_glutamine_with_atp_50(X)))
& atom_1(fn_phosphorylated_glutamic_acid_2(fn_synthesis_of_glutamine_with_atp_50(X)))
& oxygen_1(fn_phosphorylated_glutamic_acid_2(fn_synthesis_of_glutamine_with_atp_50(X)))
& oxygen_1(fn_phosphorylated_intermediate_5(fn_synthesis_of_glutamine_with_atp_50(X)))
& entity_1(fn_phosphorylated_intermediate_5(fn_synthesis_of_glutamine_with_atp_50(X)))
& chemical_entity_1(fn_phosphorylated_intermediate_5(fn_synthesis_of_glutamine_with_atp_50(X)))
& atom_1(fn_phosphorylated_intermediate_5(fn_synthesis_of_glutamine_with_atp_50(X)))
& entity_1(fn_covalent_bond_20(fn_synthesis_of_glutamine_with_atp_42(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_synthesis_of_glutamine_with_atp_42(X)))
& atom_1(fn_covalent_bond_20(fn_synthesis_of_glutamine_with_atp_42(X)))
& entity_1(fn_covalent_bond_19(fn_synthesis_of_glutamine_with_atp_42(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_synthesis_of_glutamine_with_atp_42(X)))
& atom_1(fn_covalent_bond_19(fn_synthesis_of_glutamine_with_atp_42(X)))
& phosphorus_1(fn_phosphorylated_intermediate_6(fn_synthesis_of_glutamine_with_atp_50(X)))
& water_molecule_1(fn_hydrolysis_10(fn_synthesis_of_glutamine_with_atp_55(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_51(fn_synthesis_of_glutamine_with_atp_55(X)))
& hydrophilic_compound_1(fn_dephosphorylation_of_atp_51(fn_synthesis_of_glutamine_with_atp_55(X)))
& molecule_1(fn_dephosphorylation_of_atp_51(fn_synthesis_of_glutamine_with_atp_55(X)))
& water_molecule_1(fn_dephosphorylation_of_atp_51(fn_synthesis_of_glutamine_with_atp_55(X)))
& molecule_1(fn_dephosphorylation_11(fn_synthesis_of_glutamine_with_atp_55(X)))
& chemical_entity_1(fn_dephosphorylation_11(fn_synthesis_of_glutamine_with_atp_55(X)))
& organic_molecule_1(fn_dephosphorylation_11(fn_synthesis_of_glutamine_with_atp_55(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_synthesis_of_glutamine_with_atp_55(X)))
& molecule_1(fn_dephosphorylation_of_atp_53(fn_synthesis_of_glutamine_with_atp_55(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_53(fn_synthesis_of_glutamine_with_atp_55(X)))
& organic_molecule_1(fn_dephosphorylation_of_atp_53(fn_synthesis_of_glutamine_with_atp_55(X)))
& ribonucleotide_1(fn_dephosphorylation_of_atp_53(fn_synthesis_of_glutamine_with_atp_55(X)))
& nucleoside_triphosphate_1(fn_dephosphorylation_of_atp_53(fn_synthesis_of_glutamine_with_atp_55(X)))
& atp_1(fn_dephosphorylation_of_atp_53(fn_synthesis_of_glutamine_with_atp_55(X)))
& phosphorus_1(fn_dephosphorylation_5(fn_synthesis_of_glutamine_with_atp_55(X)))
& tangible_entity_1(fn_dephosphorylation_of_atp_64(fn_synthesis_of_glutamine_with_atp_55(X)))
& entity_1(fn_dephosphorylation_of_atp_64(fn_synthesis_of_glutamine_with_atp_55(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_64(fn_synthesis_of_glutamine_with_atp_55(X)))
& atom_1(fn_dephosphorylation_of_atp_64(fn_synthesis_of_glutamine_with_atp_55(X)))
& phosphorus_1(fn_dephosphorylation_of_atp_64(fn_synthesis_of_glutamine_with_atp_55(X)))
& chemical_entity_1(fn_hydrolysis_1(fn_synthesis_of_glutamine_with_atp_55(X)))
& tangible_entity_1(fn_dephosphorylation_of_atp_65(fn_synthesis_of_glutamine_with_atp_55(X)))
& entity_1(fn_dephosphorylation_of_atp_65(fn_synthesis_of_glutamine_with_atp_55(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_65(fn_synthesis_of_glutamine_with_atp_55(X)))
& atom_1(fn_dephosphorylation_of_atp_65(fn_synthesis_of_glutamine_with_atp_55(X)))
& carbon_1(fn_dephosphorylation_of_atp_65(fn_synthesis_of_glutamine_with_atp_55(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_synthesis_of_glutamine_with_atp_55(X)))
& anion_1(fn_dephosphorylation_10(fn_synthesis_of_glutamine_with_atp_55(X)))
& inorganic_phosphate_1(fn_dephosphorylation_of_atp_76(fn_synthesis_of_glutamine_with_atp_55(X)))
& chemical_entity_1(fn_phosphorylation_of_glutamic_acid_2(fn_synthesis_of_glutamine_with_atp_48(X)))
& inorganic_phosphate_1(fn_phosphorylation_of_glutamic_acid_2(fn_synthesis_of_glutamine_with_atp_48(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_synthesis_of_glutamine_with_atp_49(X)))
& phosphorylated_glutamic_acid_1(fn_phosphorylation_of_glutamic_acid_4(fn_synthesis_of_glutamine_with_atp_48(X)))
& molecule_1(fn_phosphorylation_1(fn_synthesis_of_glutamine_with_atp_48(X)))
& chemical_entity_1(fn_reactant_3(fn_synthesis_of_glutamine_with_atp_33(X)))
& chemical_entity_1(fn_phosphorylated_intermediate_1(fn_synthesis_of_glutamine_with_atp_50(X)))
& molecule_1(fn_phosphorylated_intermediate_1(fn_synthesis_of_glutamine_with_atp_50(X)))
& molecule_1(fn_phosphorylated_intermediate_3(fn_synthesis_of_glutamine_with_atp_50(X)))
& glutamic_acid_1(fn_phosphorylation_of_glutamic_acid_5(fn_synthesis_of_glutamine_with_atp_48(X)))
& phosphorylation_1(fn_phosphorylated_intermediate_2(fn_synthesis_of_glutamine_with_atp_50(X)))
& chemical_bond_1(fn_molecule_10(fn_synthesis_of_glutamine_with_atp_53(X)))
& chemical_bond_1(fn_dephosphorylation_of_atp_68(fn_synthesis_of_glutamine_with_atp_55(X)))
& polar_covalent_bond_1(fn_dephosphorylation_of_atp_68(fn_synthesis_of_glutamine_with_atp_55(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_synthesis_of_glutamine_with_atp_18(X)))
& atom_1(fn_molecule_11(fn_synthesis_of_glutamine_with_atp_53(X)))
& hydrogen_1(fn_dephosphorylation_of_atp_48(fn_synthesis_of_glutamine_with_atp_55(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_synthesis_of_glutamine_with_atp_18(X)))
& entity_1(fn_nucleoside_diphosphate_30(fn_synthesis_of_glutamine_with_atp_53(X)))
& chemical_entity_1(fn_nucleoside_diphosphate_30(fn_synthesis_of_glutamine_with_atp_53(X)))
& atom_1(fn_nucleoside_diphosphate_30(fn_synthesis_of_glutamine_with_atp_53(X)))
& oxygen_1(fn_nucleoside_diphosphate_30(fn_synthesis_of_glutamine_with_atp_53(X)))
& oxygen_1(fn_ribonucleotide_8(fn_synthesis_of_glutamine_with_atp_53(X)))
& entity_1(fn_ribonucleotide_8(fn_synthesis_of_glutamine_with_atp_53(X)))
& chemical_entity_1(fn_ribonucleotide_8(fn_synthesis_of_glutamine_with_atp_53(X)))
& atom_1(fn_ribonucleotide_8(fn_synthesis_of_glutamine_with_atp_53(X)))
& oxygen_1(fn_adp_31(fn_synthesis_of_glutamine_with_atp_53(X)))
& entity_1(fn_adp_31(fn_synthesis_of_glutamine_with_atp_53(X)))
& chemical_entity_1(fn_adp_31(fn_synthesis_of_glutamine_with_atp_53(X)))
& atom_1(fn_adp_31(fn_synthesis_of_glutamine_with_atp_53(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_synthesis_of_glutamine_with_atp_18(X)))
& entity_1(fn_adp_43(fn_synthesis_of_glutamine_with_atp_53(X)))
& chemical_entity_1(fn_adp_43(fn_synthesis_of_glutamine_with_atp_53(X)))
& atom_1(fn_adp_43(fn_synthesis_of_glutamine_with_atp_53(X)))
& oxygen_1(fn_adp_43(fn_synthesis_of_glutamine_with_atp_53(X)))
& chemical_entity_1(fn_functional_group_1(fn_synthesis_of_glutamine_with_atp_18(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_synthesis_of_glutamine_with_atp_55(X)))
& chemical_entity_1(fn_dephosphorylation_of_atp_74(fn_synthesis_of_glutamine_with_atp_55(X)))
& molecule_1(fn_dephosphorylation_of_atp_74(fn_synthesis_of_glutamine_with_atp_55(X)))
& nucleoside_diphosphate_1(fn_dephosphorylation_of_atp_74(fn_synthesis_of_glutamine_with_atp_55(X)))
& ribonucleotide_1(fn_dephosphorylation_of_atp_74(fn_synthesis_of_glutamine_with_atp_55(X)))
& adp_1(fn_dephosphorylation_of_atp_74(fn_synthesis_of_glutamine_with_atp_55(X)))
& time_during_2(fn_synthesis_of_glutamine_with_atp_48(X),fn_synthesis_of_glutamine_with_atp_1(X))
& next_event_2(fn_synthesis_of_glutamine_with_atp_48(X),fn_synthesis_of_glutamine_with_atp_49(X))
& enables_2(fn_synthesis_of_glutamine_with_atp_48(X),fn_synthesis_of_glutamine_with_atp_49(X))
& raw_material_2(fn_synthesis_of_glutamine_with_atp_49(X),fn_synthesis_of_glutamine_with_atp_2(X))
& structural_complexity_2(fn_synthesis_of_glutamine_with_atp_51(X),fn_synthesis_of_glutamine_with_atp_36(X))
& subevent_2(X,fn_synthesis_of_glutamine_with_atp_49(X))
& raw_material_2(X,fn_synthesis_of_glutamine_with_atp_3(X))
& first_subevent_2(X,fn_synthesis_of_glutamine_with_atp_55(X))
& possesses_2(fn_synthesis_of_glutamine_with_atp_52(X),fn_synthesis_of_glutamine_with_atp_34(X))
& next_event_2(fn_synthesis_of_glutamine_with_atp_55(X),fn_synthesis_of_glutamine_with_atp_48(X))
& the_scalar_value_2(fn_synthesis_of_glutamine_with_atp_57(X),positive_energy_0)
& scalar_unit_class_2(fn_synthesis_of_glutamine_with_atp_57(X),chemical_reaction_0)
& result_2(fn_synthesis_of_glutamine_with_atp_49(X),fn_synthesis_of_glutamine_with_atp_51(X))
& subevent_2(X,fn_synthesis_of_glutamine_with_atp_48(X))
& object_2(fn_synthesis_of_glutamine_with_atp_54(X),fn_synthesis_of_glutamine_with_atp_47(X))
& raw_material_2(fn_synthesis_of_glutamine_with_atp_49(X),fn_synthesis_of_glutamine_with_atp_50(X))
& is_between_2(fn_synthesis_of_glutamine_with_atp_42(X),fn_synthesis_of_glutamine_with_atp_43(X))
& plays_2(fn_synthesis_of_glutamine_with_atp_52(X),fn_synthesis_of_glutamine_with_atp_33(X))
& subevent_2(X,fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_52(X) != fn_synthesis_of_glutamine_with_atp_50(X)
& fn_synthesis_of_glutamine_with_atp_50(X) != fn_synthesis_of_glutamine_with_atp_52(X)
& result_2(fn_synthesis_of_glutamine_with_atp_55(X),fn_synthesis_of_glutamine_with_atp_47(X))
& in_event_2(fn_synthesis_of_glutamine_with_atp_56(X),fn_synthesis_of_glutamine_with_atp_54(X))
& in_event_2(fn_synthesis_of_glutamine_with_atp_33(X),X)
& raw_material_2(X,fn_synthesis_of_glutamine_with_atp_52(X))
& structural_complexity_2(fn_synthesis_of_glutamine_with_atp_52(X),fn_synthesis_of_glutamine_with_atp_35(X))
& greater_than_2(fn_synthesis_of_glutamine_with_atp_36(X),fn_synthesis_of_glutamine_with_atp_35(X))
& object_2(X,fn_synthesis_of_glutamine_with_atp_47(X))
& raw_material_2(X,fn_synthesis_of_glutamine_with_atp_47(X))
& raw_material_2(fn_synthesis_of_glutamine_with_atp_48(X),fn_synthesis_of_glutamine_with_atp_47(X))
& plays_2(fn_synthesis_of_glutamine_with_atp_47(X),fn_synthesis_of_glutamine_with_atp_56(X))
& quantity_2(fn_synthesis_of_glutamine_with_atp_34(X),fn_synthesis_of_glutamine_with_atp_39(X))
& called_2(fn_synthesis_of_glutamine_with_atp_38(X),'FE_p')
& free_energy_change_2(X,fn_synthesis_of_glutamine_with_atp_57(X))
& result_2(X,fn_synthesis_of_glutamine_with_atp_51(X))
& possesses_2(fn_synthesis_of_glutamine_with_atp_51(X),fn_synthesis_of_glutamine_with_atp_37(X))
& quantity_2(fn_synthesis_of_glutamine_with_atp_37(X),fn_synthesis_of_glutamine_with_atp_38(X))
& greater_than_2(fn_synthesis_of_glutamine_with_atp_38(X),fn_synthesis_of_glutamine_with_atp_39(X))
& called_2(fn_synthesis_of_glutamine_with_atp_39(X),'FE_r')
& possesses_2(fn_synthesis_of_glutamine_with_atp_50(X),fn_synthesis_of_glutamine_with_atp_42(X))
& is_between_2(fn_synthesis_of_glutamine_with_atp_42(X),fn_synthesis_of_glutamine_with_atp_44(X))
& has_part_2(fn_synthesis_of_glutamine_with_atp_50(X),fn_synthesis_of_glutamine_with_atp_44(X))
& has_part_2(fn_synthesis_of_glutamine_with_atp_50(X),fn_synthesis_of_glutamine_with_atp_43(X))
& fn_synthesis_of_glutamine_with_atp_44(X) != fn_synthesis_of_glutamine_with_atp_43(X)
& fn_synthesis_of_glutamine_with_atp_43(X) != fn_synthesis_of_glutamine_with_atp_44(X)
& possesses_2(fn_synthesis_of_glutamine_with_atp_50(X),fn_synthesis_of_glutamine_with_atp_41(X))
& quantity_2(fn_synthesis_of_glutamine_with_atp_41(X),fn_synthesis_of_glutamine_with_atp_45(X))
& directly_proportional_2(fn_synthesis_of_glutamine_with_atp_46(X),fn_synthesis_of_glutamine_with_atp_45(X))
& speed_2(fn_synthesis_of_glutamine_with_atp_40(X),fn_synthesis_of_glutamine_with_atp_46(X))
& object_2(fn_synthesis_of_glutamine_with_atp_40(X),fn_synthesis_of_glutamine_with_atp_50(X))
& possesses_2(fn_synthesis_of_glutamine_with_atp_12(X),fn_synthesis_of_glutamine_with_atp_15(X))
& has_state_2(fn_synthesis_of_glutamine_with_atp_14(X),fn_synthesis_of_glutamine_with_atp_53(X))
& possesses_2(fn_synthesis_of_glutamine_with_atp_53(X),fn_synthesis_of_glutamine_with_atp_19(X))
& result_2(fn_synthesis_of_glutamine_with_atp_55(X),fn_synthesis_of_glutamine_with_atp_5(X))
& quantity_2(fn_synthesis_of_glutamine_with_atp_20(X),fn_synthesis_of_glutamine_with_atp_25(X))
& possesses_2(fn_synthesis_of_glutamine_with_atp_53(X),fn_synthesis_of_glutamine_with_atp_20(X))
& has_region_2(fn_synthesis_of_glutamine_with_atp_53(X),fn_synthesis_of_glutamine_with_atp_18(X))
& raw_material_2(fn_synthesis_of_glutamine_with_atp_55(X),fn_synthesis_of_glutamine_with_atp_11(X))
& raw_material_2(fn_synthesis_of_glutamine_with_atp_55(X),fn_synthesis_of_glutamine_with_atp_12(X))
& has_part_2(fn_synthesis_of_glutamine_with_atp_12(X),fn_synthesis_of_glutamine_with_atp_13(X))
& has_state_2(fn_synthesis_of_glutamine_with_atp_13(X),fn_synthesis_of_glutamine_with_atp_53(X))
& has_part_2(fn_synthesis_of_glutamine_with_atp_53(X),fn_synthesis_of_glutamine_with_atp_16(X))
& has_part_2(fn_synthesis_of_glutamine_with_atp_12(X),fn_synthesis_of_glutamine_with_atp_14(X))
& fn_synthesis_of_glutamine_with_atp_12(X) != fn_synthesis_of_glutamine_with_atp_11(X)
& possesses_2(fn_synthesis_of_glutamine_with_atp_11(X),fn_synthesis_of_glutamine_with_atp_15(X))
& quantity_2(fn_synthesis_of_glutamine_with_atp_15(X),fn_synthesis_of_glutamine_with_atp_26(X))
& greater_than_2(fn_synthesis_of_glutamine_with_atp_26(X),fn_synthesis_of_glutamine_with_atp_25(X))
& fn_synthesis_of_glutamine_with_atp_11(X) != fn_synthesis_of_glutamine_with_atp_12(X)
& result_2(fn_synthesis_of_glutamine_with_atp_55(X),fn_synthesis_of_glutamine_with_atp_53(X))
& fn_synthesis_of_glutamine_with_atp_13(X) != fn_synthesis_of_glutamine_with_atp_53(X)
& fn_synthesis_of_glutamine_with_atp_53(X) != fn_synthesis_of_glutamine_with_atp_13(X)
& fn_synthesis_of_glutamine_with_atp_14(X) != fn_synthesis_of_glutamine_with_atp_53(X)
& fn_synthesis_of_glutamine_with_atp_53(X) != fn_synthesis_of_glutamine_with_atp_14(X)
& raw_material_2(fn_synthesis_of_glutamine_with_atp_48(X),fn_synthesis_of_glutamine_with_atp_5(X))
& raw_material_2(fn_synthesis_of_glutamine_with_atp_48(X),fn_synthesis_of_glutamine_with_atp_52(X))
& has_state_2(fn_synthesis_of_glutamine_with_atp_52(X),fn_synthesis_of_glutamine_with_atp_50(X))
& result_2(fn_synthesis_of_glutamine_with_atp_48(X),fn_synthesis_of_glutamine_with_atp_50(X))
& fn_synthesis_of_glutamine_with_atp_5(X) != fn_synthesis_of_glutamine_with_atp_50(X)
& fn_synthesis_of_glutamine_with_atp_50(X) != fn_synthesis_of_glutamine_with_atp_5(X)
& is_inside_2(fn_synthesis_of_glutamine_with_atp_17(X),fn_synthesis_of_glutamine_with_atp_18(X))
& is_inside_2(fn_synthesis_of_glutamine_with_atp_16(X),fn_synthesis_of_glutamine_with_atp_18(X))
& is_between_2(fn_synthesis_of_glutamine_with_atp_19(X),fn_synthesis_of_glutamine_with_atp_16(X))
& is_between_2(fn_synthesis_of_glutamine_with_atp_19(X),fn_synthesis_of_glutamine_with_atp_17(X))
& fn_synthesis_of_glutamine_with_atp_17(X) != fn_synthesis_of_glutamine_with_atp_16(X)
& fn_synthesis_of_glutamine_with_atp_16(X) != fn_synthesis_of_glutamine_with_atp_17(X)
& has_part_2(fn_synthesis_of_glutamine_with_atp_53(X),fn_synthesis_of_glutamine_with_atp_17(X))
& possesses_2(fn_synthesis_of_glutamine_with_atp_53(X),fn_synthesis_of_glutamine_with_atp_21(X))
& quantity_2(fn_synthesis_of_glutamine_with_atp_21(X),fn_synthesis_of_glutamine_with_atp_24(X))
& directly_proportional_2(fn_synthesis_of_glutamine_with_atp_23(X),fn_synthesis_of_glutamine_with_atp_24(X))
& speed_2(fn_synthesis_of_glutamine_with_atp_22(X),fn_synthesis_of_glutamine_with_atp_23(X))
& object_2(fn_synthesis_of_glutamine_with_atp_22(X),fn_synthesis_of_glutamine_with_atp_53(X))
& fn_synthesis_of_glutamine_with_atp_51(X) = fn_chemical_reaction_1(fn_synthesis_of_glutamine_with_atp_49(X))
& fn_synthesis_of_glutamine_with_atp_48(X) = fn_energy_coupling_4(X)
& fn_synthesis_of_glutamine_with_atp_47(X) = fn_consume_1(fn_synthesis_of_glutamine_with_atp_54(X))
& fn_synthesis_of_glutamine_with_atp_50(X) = fn_chemical_reaction_2(fn_synthesis_of_glutamine_with_atp_49(X))
& fn_synthesis_of_glutamine_with_atp_43(X) = fn_covalent_bond_20(fn_synthesis_of_glutamine_with_atp_42(X))
& fn_synthesis_of_glutamine_with_atp_43(X) = fn_covalent_bond_19(fn_synthesis_of_glutamine_with_atp_42(X))
& fn_synthesis_of_glutamine_with_atp_52(X) = fn_phosphorylated_intermediate_3(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_synthesis_of_glutamine_with_atp_55(X) = fn_energy_coupling_3(X)
& fn_synthesis_of_glutamine_with_atp_47(X) = fn_exergonic_process_3(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_56(X) = fn_consume_2(fn_synthesis_of_glutamine_with_atp_54(X))
& fn_synthesis_of_glutamine_with_atp_30(X) = fn_anabolic_pathway_2(X)
& fn_synthesis_of_glutamine_with_atp_29(X) = fn_anabolic_pathway_1(X)
& fn_synthesis_of_glutamine_with_atp_36(X) = fn_anabolic_pathway_3(X)
& fn_synthesis_of_glutamine_with_atp_35(X) = fn_anabolic_pathway_4(X)
& X = fn_reactant_2(fn_synthesis_of_glutamine_with_atp_33(X))
& fn_synthesis_of_glutamine_with_atp_52(X) = fn_reactant_3(fn_synthesis_of_glutamine_with_atp_33(X))
& fn_synthesis_of_glutamine_with_atp_52(X) = fn_anabolic_pathway_6(X)
& X = fn_energy_coupling_4(X)
& fn_synthesis_of_glutamine_with_atp_47(X) = fn_energy_coupling_2(X)
& fn_synthesis_of_glutamine_with_atp_56(X) = fn_endergonic_process_3(fn_synthesis_of_glutamine_with_atp_48(X))
& fn_synthesis_of_glutamine_with_atp_47(X) = fn_endergonic_process_4(fn_synthesis_of_glutamine_with_atp_48(X))
& fn_synthesis_of_glutamine_with_atp_28(X) = fn_endergonic_reaction_7(X)
& fn_synthesis_of_glutamine_with_atp_34(X) = fn_endergonic_reaction_2(X)
& fn_synthesis_of_glutamine_with_atp_27(X) = fn_endergonic_reaction_6(X)
& fn_synthesis_of_glutamine_with_atp_58(X) = fn_endergonic_reaction_11(X)
& fn_synthesis_of_glutamine_with_atp_57(X) = fn_endergonic_reaction_10(X)
& fn_synthesis_of_glutamine_with_atp_39(X) = fn_endergonic_reaction_5(X)
& fn_synthesis_of_glutamine_with_atp_38(X) = fn_endergonic_reaction_4(X)
& fn_synthesis_of_glutamine_with_atp_37(X) = fn_endergonic_reaction_3(X)
& fn_synthesis_of_glutamine_with_atp_51(X) = fn_endergonic_reaction_9(X)
& fn_synthesis_of_glutamine_with_atp_42(X) = fn_phosphorylated_glutamic_acid_3(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_synthesis_of_glutamine_with_atp_32(X) = fn_phosphorylated_intermediate_15(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_synthesis_of_glutamine_with_atp_31(X) = fn_phosphorylated_intermediate_14(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_synthesis_of_glutamine_with_atp_44(X) = fn_phosphorylated_glutamic_acid_2(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_synthesis_of_glutamine_with_atp_44(X) = fn_phosphorylated_intermediate_5(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_synthesis_of_glutamine_with_atp_43(X) = fn_phosphorylated_intermediate_6(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_synthesis_of_glutamine_with_atp_40(X) = fn_phosphorylated_intermediate_9(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_synthesis_of_glutamine_with_atp_46(X) = fn_phosphorylated_intermediate_12(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_synthesis_of_glutamine_with_atp_45(X) = fn_phosphorylated_intermediate_13(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_synthesis_of_glutamine_with_atp_41(X) = fn_phosphorylated_intermediate_4(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_synthesis_of_glutamine_with_atp_8(X) = fn_dephosphorylation_of_atp_43(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_19(X) = fn_dephosphorylation_of_atp_68(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_7(X) = fn_dephosphorylation_of_atp_44(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_5(X) = fn_decomposition_reaction_4(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_5(X) = fn_dephosphorylation_10(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_5(X) = fn_dephosphorylation_of_atp_76(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_53(X) = fn_functional_group_1(fn_synthesis_of_glutamine_with_atp_18(X))
& fn_synthesis_of_glutamine_with_atp_18(X) = fn_dephosphorylation_of_atp_69(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_20(X) = fn_dephosphorylation_of_atp_73(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_16(X) = fn_dephosphorylation_of_atp_48(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_25(X) = fn_dephosphorylation_of_atp_72(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_26(X) = fn_dephosphorylation_of_atp_71(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_15(X) = fn_dephosphorylation_of_atp_70(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_12(X) = fn_hydrolysis_11(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_11(X) = fn_hydrolysis_10(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_11(X) = fn_dephosphorylation_of_atp_51(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_12(X) = fn_dephosphorylation_11(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_14(X) = fn_dephosphorylation_5(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_12(X) = fn_dephosphorylation_of_atp_53(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_14(X) = fn_dephosphorylation_of_atp_64(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_13(X) = fn_hydrolysis_1(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_13(X) = fn_dephosphorylation_of_atp_65(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_53(X) = fn_hydrolysis_9(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_53(X) = fn_dephosphorylation_of_atp_74(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_synthesis_of_glutamine_with_atp_4(X) = fn_phosphorylation_of_glutamic_acid_1(fn_synthesis_of_glutamine_with_atp_48(X))
& fn_synthesis_of_glutamine_with_atp_6(X) = fn_phosphorylation_of_glutamic_acid_3(fn_synthesis_of_glutamine_with_atp_48(X))
& fn_synthesis_of_glutamine_with_atp_5(X) = fn_phosphorylation_of_glutamic_acid_2(fn_synthesis_of_glutamine_with_atp_48(X))
& fn_synthesis_of_glutamine_with_atp_50(X) = fn_phosphorylation_of_glutamic_acid_4(fn_synthesis_of_glutamine_with_atp_48(X))
& fn_synthesis_of_glutamine_with_atp_52(X) = fn_phosphorylation_1(fn_synthesis_of_glutamine_with_atp_48(X))
& fn_synthesis_of_glutamine_with_atp_48(X) = fn_phosphorylated_intermediate_2(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_synthesis_of_glutamine_with_atp_52(X) = fn_phosphorylated_intermediate_1(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_synthesis_of_glutamine_with_atp_52(X) = fn_phosphorylation_of_glutamic_acid_5(fn_synthesis_of_glutamine_with_atp_48(X))
& fn_synthesis_of_glutamine_with_atp_19(X) = fn_molecule_10(fn_synthesis_of_glutamine_with_atp_53(X))
& fn_synthesis_of_glutamine_with_atp_16(X) = fn_molecule_11(fn_synthesis_of_glutamine_with_atp_53(X))
& fn_synthesis_of_glutamine_with_atp_19(X) = fn_hydroxyl_group_7(fn_synthesis_of_glutamine_with_atp_18(X))
& fn_synthesis_of_glutamine_with_atp_17(X) = fn_hydroxyl_group_4(fn_synthesis_of_glutamine_with_atp_18(X))
& fn_synthesis_of_glutamine_with_atp_16(X) = fn_hydroxyl_group_6(fn_synthesis_of_glutamine_with_atp_18(X))
& fn_synthesis_of_glutamine_with_atp_10(X) = fn_adp_10(fn_synthesis_of_glutamine_with_atp_53(X))
& fn_synthesis_of_glutamine_with_atp_9(X) = fn_adp_11(fn_synthesis_of_glutamine_with_atp_53(X))
& fn_synthesis_of_glutamine_with_atp_17(X) = fn_nucleoside_diphosphate_30(fn_synthesis_of_glutamine_with_atp_53(X))
& fn_synthesis_of_glutamine_with_atp_17(X) = fn_ribonucleotide_8(fn_synthesis_of_glutamine_with_atp_53(X))
& fn_synthesis_of_glutamine_with_atp_17(X) = fn_adp_31(fn_synthesis_of_glutamine_with_atp_53(X))
& fn_synthesis_of_glutamine_with_atp_17(X) = fn_adp_43(fn_synthesis_of_glutamine_with_atp_53(X))
& fn_synthesis_of_glutamine_with_atp_22(X) = fn_adp_23(fn_synthesis_of_glutamine_with_atp_53(X))
& fn_synthesis_of_glutamine_with_atp_23(X) = fn_adp_26(fn_synthesis_of_glutamine_with_atp_53(X))
& fn_synthesis_of_glutamine_with_atp_24(X) = fn_adp_27(fn_synthesis_of_glutamine_with_atp_53(X))
& fn_synthesis_of_glutamine_with_atp_21(X) = fn_adp_30(fn_synthesis_of_glutamine_with_atp_53(X))
& fn_consume_2(fn_synthesis_of_glutamine_with_atp_54(X)) = fn_endergonic_process_3(fn_synthesis_of_glutamine_with_atp_48(X))
& fn_endergonic_process_3(fn_synthesis_of_glutamine_with_atp_48(X)) = fn_consume_1(fn_synthesis_of_glutamine_with_atp_54(X))
& fn_consume_1(fn_synthesis_of_glutamine_with_atp_54(X)) = fn_exergonic_process_3(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_energy_coupling_2(X) = fn_exergonic_process_3(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_exergonic_process_3(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_energy_coupling_2(X)
& fn_energy_coupling_2(X) = fn_energy_coupling_2(X)
& fn_energy_coupling_2(X) = fn_endergonic_process_4(fn_synthesis_of_glutamine_with_atp_48(X))
& fn_endergonic_process_4(fn_synthesis_of_glutamine_with_atp_48(X)) = fn_endergonic_process_4(fn_synthesis_of_glutamine_with_atp_48(X))
& fn_endergonic_process_4(fn_synthesis_of_glutamine_with_atp_48(X)) = fn_chemical_reaction_1(fn_synthesis_of_glutamine_with_atp_49(X))
& fn_chemical_reaction_1(fn_synthesis_of_glutamine_with_atp_49(X)) = fn_endergonic_reaction_9(X)
& fn_endergonic_reaction_9(X) = fn_endergonic_reaction_9(X)
& fn_endergonic_reaction_9(X) = fn_reactant_2(fn_synthesis_of_glutamine_with_atp_33(X))
& fn_reactant_2(fn_synthesis_of_glutamine_with_atp_33(X)) = fn_reactant_2(fn_synthesis_of_glutamine_with_atp_33(X))
& fn_reactant_2(fn_synthesis_of_glutamine_with_atp_33(X)) = fn_energy_coupling_4(X)
& fn_energy_coupling_4(X) = fn_phosphorylated_glutamic_acid_2(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_phosphorylated_glutamic_acid_2(fn_synthesis_of_glutamine_with_atp_50(X)) = fn_phosphorylated_glutamic_acid_2(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_phosphorylated_glutamic_acid_2(fn_synthesis_of_glutamine_with_atp_50(X)) = fn_phosphorylated_intermediate_5(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_phosphorylated_intermediate_5(fn_synthesis_of_glutamine_with_atp_50(X)) = fn_phosphorylated_intermediate_5(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_phosphorylated_intermediate_5(fn_synthesis_of_glutamine_with_atp_50(X)) = fn_covalent_bond_20(fn_synthesis_of_glutamine_with_atp_42(X))
& fn_covalent_bond_20(fn_synthesis_of_glutamine_with_atp_42(X)) = fn_covalent_bond_19(fn_synthesis_of_glutamine_with_atp_42(X))
& fn_covalent_bond_19(fn_synthesis_of_glutamine_with_atp_42(X)) = fn_covalent_bond_19(fn_synthesis_of_glutamine_with_atp_42(X))
& fn_covalent_bond_19(fn_synthesis_of_glutamine_with_atp_42(X)) = fn_phosphorylated_intermediate_6(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_phosphorylated_intermediate_6(fn_synthesis_of_glutamine_with_atp_50(X)) = fn_phosphorylated_intermediate_6(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_phosphorylated_intermediate_6(fn_synthesis_of_glutamine_with_atp_50(X)) = fn_hydrolysis_10(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_of_atp_51(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_dephosphorylation_of_atp_51(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_of_atp_51(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_hydrolysis_10(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_hydrolysis_10(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_dephosphorylation_of_atp_51(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_of_atp_51(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_hydrolysis_11(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_11(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_hydrolysis_11(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_hydrolysis_11(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_dephosphorylation_11(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_11(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_dephosphorylation_of_atp_53(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_of_atp_53(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_hydrolysis_11(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_hydrolysis_11(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_dephosphorylation_of_atp_53(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_of_atp_53(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_dephosphorylation_of_atp_53(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_of_atp_53(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_dephosphorylation_of_atp_64(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_of_atp_64(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_dephosphorylation_5(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_5(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_dephosphorylation_of_atp_64(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_of_atp_64(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_dephosphorylation_of_atp_64(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_of_atp_64(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_dephosphorylation_of_atp_65(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_of_atp_65(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_dephosphorylation_of_atp_65(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_of_atp_65(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_hydrolysis_1(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_hydrolysis_1(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_dephosphorylation_of_atp_65(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_of_atp_65(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_decomposition_reaction_4(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_decomposition_reaction_4(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_dephosphorylation_10(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_10(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_dephosphorylation_10(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_10(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_dephosphorylation_of_atp_76(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_of_atp_76(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_dephosphorylation_of_atp_76(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_of_atp_76(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_phosphorylation_of_glutamic_acid_2(fn_synthesis_of_glutamine_with_atp_48(X))
& fn_phosphorylation_of_glutamic_acid_2(fn_synthesis_of_glutamine_with_atp_48(X)) = fn_phosphorylation_of_glutamic_acid_2(fn_synthesis_of_glutamine_with_atp_48(X))
& fn_phosphorylation_of_glutamic_acid_2(fn_synthesis_of_glutamine_with_atp_48(X)) = fn_chemical_reaction_2(fn_synthesis_of_glutamine_with_atp_49(X))
& fn_chemical_reaction_2(fn_synthesis_of_glutamine_with_atp_49(X)) = fn_phosphorylation_of_glutamic_acid_4(fn_synthesis_of_glutamine_with_atp_48(X))
& fn_phosphorylation_of_glutamic_acid_4(fn_synthesis_of_glutamine_with_atp_48(X)) = fn_phosphorylation_of_glutamic_acid_4(fn_synthesis_of_glutamine_with_atp_48(X))
& fn_phosphorylation_of_glutamic_acid_4(fn_synthesis_of_glutamine_with_atp_48(X)) = fn_reactant_3(fn_synthesis_of_glutamine_with_atp_33(X))
& fn_reactant_3(fn_synthesis_of_glutamine_with_atp_33(X)) = fn_phosphorylation_1(fn_synthesis_of_glutamine_with_atp_48(X))
& fn_phosphorylation_1(fn_synthesis_of_glutamine_with_atp_48(X)) = fn_reactant_3(fn_synthesis_of_glutamine_with_atp_33(X))
& fn_reactant_3(fn_synthesis_of_glutamine_with_atp_33(X)) = fn_reactant_3(fn_synthesis_of_glutamine_with_atp_33(X))
& fn_reactant_3(fn_synthesis_of_glutamine_with_atp_33(X)) = fn_phosphorylated_intermediate_1(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_phosphorylated_intermediate_3(fn_synthesis_of_glutamine_with_atp_50(X)) = fn_phosphorylated_intermediate_1(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_phosphorylated_intermediate_1(fn_synthesis_of_glutamine_with_atp_50(X)) = fn_phosphorylated_intermediate_1(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_phosphorylated_intermediate_1(fn_synthesis_of_glutamine_with_atp_50(X)) = fn_phosphorylated_intermediate_3(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_phosphorylated_intermediate_3(fn_synthesis_of_glutamine_with_atp_50(X)) = fn_phosphorylated_intermediate_3(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_phosphorylated_intermediate_3(fn_synthesis_of_glutamine_with_atp_50(X)) = fn_anabolic_pathway_6(X)
& fn_anabolic_pathway_6(X) = fn_anabolic_pathway_6(X)
& fn_anabolic_pathway_6(X) = fn_phosphorylation_of_glutamic_acid_5(fn_synthesis_of_glutamine_with_atp_48(X))
& fn_phosphorylation_of_glutamic_acid_5(fn_synthesis_of_glutamine_with_atp_48(X)) = fn_phosphorylation_of_glutamic_acid_5(fn_synthesis_of_glutamine_with_atp_48(X))
& fn_phosphorylation_of_glutamic_acid_5(fn_synthesis_of_glutamine_with_atp_48(X)) = fn_energy_coupling_4(X)
& fn_energy_coupling_4(X) = fn_phosphorylated_intermediate_2(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_phosphorylated_intermediate_2(fn_synthesis_of_glutamine_with_atp_50(X)) = fn_phosphorylated_intermediate_2(fn_synthesis_of_glutamine_with_atp_50(X))
& fn_phosphorylated_intermediate_2(fn_synthesis_of_glutamine_with_atp_50(X)) = fn_molecule_10(fn_synthesis_of_glutamine_with_atp_53(X))
& fn_dephosphorylation_of_atp_68(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_molecule_10(fn_synthesis_of_glutamine_with_atp_53(X))
& fn_molecule_10(fn_synthesis_of_glutamine_with_atp_53(X)) = fn_dephosphorylation_of_atp_68(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_of_atp_68(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_hydroxyl_group_7(fn_synthesis_of_glutamine_with_atp_18(X))
& fn_hydroxyl_group_7(fn_synthesis_of_glutamine_with_atp_18(X)) = fn_hydroxyl_group_7(fn_synthesis_of_glutamine_with_atp_18(X))
& fn_hydroxyl_group_7(fn_synthesis_of_glutamine_with_atp_18(X)) = fn_dephosphorylation_of_atp_48(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_of_atp_48(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_molecule_11(fn_synthesis_of_glutamine_with_atp_53(X))
& fn_molecule_11(fn_synthesis_of_glutamine_with_atp_53(X)) = fn_dephosphorylation_of_atp_48(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_of_atp_48(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_hydroxyl_group_6(fn_synthesis_of_glutamine_with_atp_18(X))
& fn_hydroxyl_group_6(fn_synthesis_of_glutamine_with_atp_18(X)) = fn_hydroxyl_group_6(fn_synthesis_of_glutamine_with_atp_18(X))
& fn_hydroxyl_group_6(fn_synthesis_of_glutamine_with_atp_18(X)) = fn_nucleoside_diphosphate_30(fn_synthesis_of_glutamine_with_atp_53(X))
& fn_nucleoside_diphosphate_30(fn_synthesis_of_glutamine_with_atp_53(X)) = fn_ribonucleotide_8(fn_synthesis_of_glutamine_with_atp_53(X))
& fn_ribonucleotide_8(fn_synthesis_of_glutamine_with_atp_53(X)) = fn_ribonucleotide_8(fn_synthesis_of_glutamine_with_atp_53(X))
& fn_ribonucleotide_8(fn_synthesis_of_glutamine_with_atp_53(X)) = fn_adp_31(fn_synthesis_of_glutamine_with_atp_53(X))
& fn_hydroxyl_group_4(fn_synthesis_of_glutamine_with_atp_18(X)) = fn_adp_31(fn_synthesis_of_glutamine_with_atp_53(X))
& fn_adp_31(fn_synthesis_of_glutamine_with_atp_53(X)) = fn_hydroxyl_group_4(fn_synthesis_of_glutamine_with_atp_18(X))
& fn_hydroxyl_group_4(fn_synthesis_of_glutamine_with_atp_18(X)) = fn_hydroxyl_group_4(fn_synthesis_of_glutamine_with_atp_18(X))
& fn_hydroxyl_group_4(fn_synthesis_of_glutamine_with_atp_18(X)) = fn_adp_43(fn_synthesis_of_glutamine_with_atp_53(X))
& fn_adp_43(fn_synthesis_of_glutamine_with_atp_53(X)) = fn_functional_group_1(fn_synthesis_of_glutamine_with_atp_18(X))
& fn_functional_group_1(fn_synthesis_of_glutamine_with_atp_18(X)) = fn_hydrolysis_9(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_hydrolysis_9(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_hydrolysis_9(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_of_atp_74(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_dephosphorylation_of_atp_74(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_dephosphorylation_of_atp_74(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_hydrolysis_9(fn_synthesis_of_glutamine_with_atp_55(X))
& fn_hydrolysis_9(fn_synthesis_of_glutamine_with_atp_55(X)) = fn_dephosphorylation_of_atp_74(fn_synthesis_of_glutamine_with_atp_55(X)) ) ) ).
fof(a533050,axiom,
! [X,X1] :
( ( result_2(X,X1)
& synthesis_of_amino_acid_1(X)
& glutamine_1(X1) )
=> ( synthesis_of_glutamine_without_atp_1(X)
& fn_synthesis_of_glutamine_without_atp_3(X) = X1 ) ) ).
fof(a533051,axiom,
! [X] :
( synthesis_of_glutamine_without_atp_1(X)
=> ( original_name_2(X,'Synthesis-Of-Glutamine-without-ATP')
& user_description_2(X,'It is the process of formation of glutamine without use of ATP.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of glutamine without atp')
& concept2words_2(X,'synthesis-of-glutamine-without-atp')
& synthesis_of_amino_acid_1(X)
& ~ synthesis_of_glutamine_with_atp_1(X)
& thermal_energy_1(fn_synthesis_of_glutamine_without_atp_1(X))
& glutamine_1(fn_synthesis_of_glutamine_without_atp_3(X))
& product_1(fn_synthesis_of_glutamine_without_atp_4(X))
& glutamic_acid_1(fn_synthesis_of_glutamine_without_atp_5(X))
& add_1(fn_synthesis_of_glutamine_without_atp_6(X))
& spatial_entity_1(fn_add_2(fn_synthesis_of_glutamine_without_atp_6(X)))
& tangible_entity_1(fn_product_1(fn_synthesis_of_glutamine_without_atp_4(X)))
& result_2(fn_synthesis_of_glutamine_without_atp_6(X),fn_synthesis_of_glutamine_without_atp_3(X))
& first_subevent_2(X,fn_synthesis_of_glutamine_without_atp_6(X))
& subevent_2(X,fn_synthesis_of_glutamine_without_atp_6(X))
& result_2(X,fn_synthesis_of_glutamine_without_atp_1(X))
& base_2(fn_synthesis_of_glutamine_without_atp_6(X),fn_synthesis_of_glutamine_without_atp_5(X))
& plays_2(fn_synthesis_of_glutamine_without_atp_3(X),fn_synthesis_of_glutamine_without_atp_4(X))
& raw_material_2(X,fn_synthesis_of_glutamine_without_atp_5(X))
& result_2(X,fn_synthesis_of_glutamine_without_atp_3(X))
& fn_synthesis_of_glutamine_without_atp_5(X) = fn_add_2(fn_synthesis_of_glutamine_without_atp_6(X))
& fn_synthesis_of_glutamine_without_atp_3(X) = fn_product_1(fn_synthesis_of_glutamine_without_atp_4(X))
& fn_synthesis_of_glutamine_without_atp_5(X) = fn_anabolic_pathway_6(X)
& fn_synthesis_of_glutamine_without_atp_3(X) = fn_synthesis_of_amino_acid_2(X)
& fn_add_2(fn_synthesis_of_glutamine_without_atp_6(X)) = fn_anabolic_pathway_6(X)
& fn_anabolic_pathway_6(X) = fn_product_1(fn_synthesis_of_glutamine_without_atp_4(X))
& fn_product_1(fn_synthesis_of_glutamine_without_atp_4(X)) = fn_synthesis_of_amino_acid_2(X) ) ) ).
fof(a533052,axiom,
! [X] :
( synthesis_of_glycoprotein_1(X)
=> ( original_name_2(X,'Synthesis-Of-Glycoprotein')
& user_description_2(X,'The formation of a protein with a carbohydrate component. The addition of the small carbohydrate molecules to proteins occurs in the rough ER during protein synthesis.')
& concept2words_2(X,synthesize)
& concept2words_2(X,convert)
& concept2words_2(X,'glycoprotein synthesis')
& concept2words_2(X,'glycoprotein-synthesis')
& concept2words_2(X,'synthesis of glycoprotein')
& concept2words_2(X,'synthesis-of-glycoprotein')
& synthesis_of_protein_1(X)
& ~ enzyme_synthesis_1(X)
& ~ synthesis_of_human_protein_in_bacteria_1(X)
& ~ synthesis_of_insulin_1(X)
& ~ synthesis_of_membrane_protein_1(X)
& protein_enzyme_1(fn_synthesis_of_glycoprotein_1(X))
& change_1(fn_synthesis_of_glycoprotein_2(X))
& time_interval_1(fn_synthesis_of_glycoprotein_3(X))
& time_interval_1(fn_synthesis_of_glycoprotein_4(X))
& time_interval_1(fn_synthesis_of_glycoprotein_5(X))
& attach_1(fn_synthesis_of_glycoprotein_6(X))
& protein_enzyme_1(fn_synthesis_of_glycoprotein_7(X))
& rough_endoplasmic_reticulum_1(fn_synthesis_of_glycoprotein_8(X))
& attach_1(fn_synthesis_of_glycoprotein_9(X))
& move_1(fn_synthesis_of_glycoprotein_10(X))
& spatial_entity_1(fn_synthesis_of_glycoprotein_11(X))
& methionine_1(fn_synthesis_of_glycoprotein_11(X))
& initiator_trna_1(fn_synthesis_of_glycoprotein_12(X))
& reactant_1(fn_synthesis_of_glycoprotein_13(X))
& condensation_reaction_1(fn_synthesis_of_glycoprotein_14(X))
& dehydration_reaction_1(fn_synthesis_of_glycoprotein_14(X))
& molecule_1(fn_synthesis_of_glycoprotein_15(X))
& polar_molecule_1(fn_synthesis_of_glycoprotein_15(X))
& chemical_entity_1(fn_synthesis_of_glycoprotein_15(X))
& water_molecule_1(fn_synthesis_of_glycoprotein_15(X))
& hydroxyl_group_1(fn_synthesis_of_glycoprotein_16(X))
& entity_1(fn_synthesis_of_glycoprotein_17(X))
& atom_1(fn_synthesis_of_glycoprotein_17(X))
& chemical_entity_1(fn_synthesis_of_glycoprotein_17(X))
& oxygen_1(fn_synthesis_of_glycoprotein_17(X))
& monomer_1(fn_synthesis_of_glycoprotein_18(X))
& molecule_1(fn_synthesis_of_glycoprotein_19(X))
& monomer_1(fn_synthesis_of_glycoprotein_19(X))
& monomer_1(fn_synthesis_of_glycoprotein_20(X))
& chemical_entity_1(fn_synthesis_of_glycoprotein_20(X))
& molecule_1(fn_synthesis_of_glycoprotein_20(X))
& monomer_1(fn_synthesis_of_glycoprotein_21(X))
& reactant_1(fn_synthesis_of_glycoprotein_28(X))
& rate_value_1(fn_synthesis_of_glycoprotein_29(X))
& tangible_entity_1(fn_synthesis_of_glycoprotein_30(X))
& cell_1(fn_synthesis_of_glycoprotein_30(X))
& eukaryotic_cell_1(fn_synthesis_of_glycoprotein_30(X))
& quantity_value_1(fn_synthesis_of_glycoprotein_31(X))
& structural_complexity_value_1(fn_synthesis_of_glycoprotein_32(X))
& free_energy_1(fn_synthesis_of_glycoprotein_33(X))
& free_energy_1(fn_synthesis_of_glycoprotein_34(X))
& hydroxyl_group_1(fn_synthesis_of_glycoprotein_35(X))
& entity_1(fn_synthesis_of_glycoprotein_36(X))
& chemical_entity_1(fn_synthesis_of_glycoprotein_36(X))
& atom_1(fn_synthesis_of_glycoprotein_36(X))
& oxygen_1(fn_synthesis_of_glycoprotein_36(X))
& chemical_bond_1(fn_synthesis_of_glycoprotein_37(X))
& polar_covalent_bond_1(fn_synthesis_of_glycoprotein_37(X))
& structural_complexity_value_1(fn_synthesis_of_glycoprotein_38(X))
& spatial_entity_1(fn_synthesis_of_glycoprotein_39(X))
& chemical_entity_1(fn_synthesis_of_glycoprotein_39(X))
& monomer_1(fn_synthesis_of_glycoprotein_39(X))
& molecule_1(fn_synthesis_of_glycoprotein_39(X))
& amino_acid_1(fn_synthesis_of_glycoprotein_39(X))
& carbohydrate_1(fn_synthesis_of_glycoprotein_39(X))
& size_value_1(fn_synthesis_of_glycoprotein_40(X))
& size_value_1(fn_synthesis_of_glycoprotein_41(X))
& condensation_reaction_1(fn_synthesis_of_glycoprotein_42(X))
& endergonic_reaction_1(fn_synthesis_of_glycoprotein_42(X))
& dehydration_reaction_1(fn_synthesis_of_glycoprotein_42(X))
& polymer_1(fn_synthesis_of_glycoprotein_43(X))
& chemical_entity_1(fn_synthesis_of_glycoprotein_43(X))
& polypeptide_1(fn_synthesis_of_glycoprotein_43(X))
& tangible_entity_1(fn_synthesis_of_glycoprotein_44(X))
& er_membrane_1(fn_synthesis_of_glycoprotein_44(X))
& biomembrane_1(fn_synthesis_of_glycoprotein_44(X))
& protein_1(fn_synthesis_of_glycoprotein_45(X))
& metabolic_pathway_1(fn_synthesis_of_glycoprotein_46(X))
& translation_1(fn_synthesis_of_glycoprotein_46(X))
& anabolic_pathway_1(fn_synthesis_of_glycoprotein_46(X))
& polymer_synthesis_1(fn_synthesis_of_glycoprotein_46(X))
& golgi_apparatus_1(fn_synthesis_of_glycoprotein_47(X))
& remove_1(fn_synthesis_of_glycoprotein_48(X))
& replace_1(fn_synthesis_of_glycoprotein_49(X))
& monosaccharide_1(fn_synthesis_of_glycoprotein_50(X))
& monosaccharide_1(fn_synthesis_of_glycoprotein_51(X))
& spatial_entity_1(fn_synthesis_of_glycoprotein_52(X))
& protein_1(fn_synthesis_of_glycoprotein_52(X))
& polymer_1(fn_synthesis_of_glycoprotein_52(X))
& chemical_entity_1(fn_synthesis_of_glycoprotein_52(X))
& glycoprotein_1(fn_synthesis_of_glycoprotein_52(X))
& detach_1(fn_synthesis_of_glycoprotein_53(X))
& attach_1(fn_synthesis_of_glycoprotein_54(X))
& attach_1(fn_synthesis_of_glycoprotein_55(X))
& rough_endoplasmic_reticulum_1(fn_synthesis_of_glycoprotein_56(X))
& post_translational_modification_1(fn_synthesis_of_glycoprotein_57(X))
& move_1(fn_synthesis_of_glycoprotein_58(X))
& move_1(fn_synthesis_of_glycoprotein_59(X))
& ribosome_1(fn_synthesis_of_glycoprotein_60(X))
& bound_ribosome_1(fn_synthesis_of_glycoprotein_60(X))
& intracellular_process_1(fn_synthesis_of_glycoprotein_61(X))
& translation_initiation_1(fn_synthesis_of_glycoprotein_61(X))
& intracellular_process_1(fn_synthesis_of_glycoprotein_62(X))
& translation_elongation_1(fn_synthesis_of_glycoprotein_62(X))
& translation_termination_1(fn_synthesis_of_glycoprotein_63(X))
& protein_enzyme_1(fn_synthesis_of_glycoprotein_64(X))
& amino_acid_1(fn_synthesis_of_glycoprotein_65(X))
& monomer_1(fn_synthesis_of_glycoprotein_65(X))
& hydrophilic_compound_1(fn_synthesis_of_glycoprotein_66(X))
& molecule_1(fn_synthesis_of_glycoprotein_66(X))
& polar_molecule_1(fn_synthesis_of_glycoprotein_66(X))
& chemical_entity_1(fn_synthesis_of_glycoprotein_66(X))
& water_molecule_1(fn_synthesis_of_glycoprotein_66(X))
& post_translational_modification_1(fn_synthesis_of_glycoprotein_67(X))
& move_1(fn_synthesis_of_glycoprotein_68(X))
& move_1(fn_synthesis_of_glycoprotein_69(X))
& glycoprotein_1(fn_synthesis_of_glycoprotein_70(X))
& exocytosis_1(fn_synthesis_of_glycoprotein_71(X))
& polypeptide_1(fn_synthesis_of_glycoprotein_72(X))
& volume_value_1(fn_synthesis_of_glycoprotein_73(X))
& size_value_1(fn_synthesis_of_glycoprotein_74(X))
& cell_pole_1(fn_synthesis_of_glycoprotein_75(X))
& metabolic_pathway_1(fn_synthesis_of_glycoprotein_76(X))
& translation_1(fn_synthesis_of_glycoprotein_76(X))
& anabolic_pathway_1(fn_synthesis_of_glycoprotein_76(X))
& polymer_synthesis_1(fn_synthesis_of_glycoprotein_76(X))
& synthesis_of_membrane_protein_1(fn_synthesis_of_glycoprotein_77(X))
& move_out_of_1(fn_synthesis_of_glycoprotein_78(X))
& transport_vesicle_1(fn_synthesis_of_glycoprotein_79(X))
& spatial_entity_1(fn_synthesis_of_glycoprotein_80(X))
& biomembrane_1(fn_synthesis_of_glycoprotein_80(X))
& plasma_membrane_1(fn_synthesis_of_glycoprotein_80(X))
& synthesis_of_atp_1(fn_synthesis_of_glycoprotein_81(X))
& synthesis_of_lipid_1(fn_synthesis_of_glycoprotein_82(X))
& rough_endoplasmic_reticulum_1(fn_synthesis_of_glycoprotein_83(X))
& smooth_endoplasmic_reticulum_1(fn_synthesis_of_glycoprotein_86(X))
& rough_endoplasmic_reticulum_1(fn_synthesis_of_glycoprotein_87(X))
& eukaryotic_chromosome_1(fn_synthesis_of_glycoprotein_88(X))
& chromosome_1(fn_synthesis_of_glycoprotein_88(X))
& cellular_work_1(fn_synthesis_of_glycoprotein_89(X))
& eukaryotic_cellular_respiration_1(fn_synthesis_of_glycoprotein_90(X))
& surface_1(fn_synthesis_of_glycoprotein_91(X))
& tangible_entity_1(fn_synthesis_of_glycoprotein_92(X))
& phospholipid_bilayer_1(fn_synthesis_of_glycoprotein_92(X))
& tangible_entity_1(fn_synthesis_of_glycoprotein_93(X))
& nucleus_1(fn_synthesis_of_glycoprotein_93(X))
& spatial_entity_1(fn_synthesis_of_glycoprotein_94(X))
& biomembrane_1(fn_synthesis_of_glycoprotein_94(X))
& plasma_membrane_1(fn_synthesis_of_glycoprotein_94(X))
& mixture_1(fn_synthesis_of_glycoprotein_95(X))
& cytoplasm_1(fn_synthesis_of_glycoprotein_95(X))
& semiautonomous_organelle_1(fn_synthesis_of_glycoprotein_96(X))
& mitochondrion_1(fn_synthesis_of_glycoprotein_96(X))
& organelle_1(fn_synthesis_of_glycoprotein_96(X))
& ribosome_1(fn_synthesis_of_glycoprotein_97(X))
& eukaryotic_ribosome_1(fn_synthesis_of_glycoprotein_97(X))
& substance_1(fn_synthesis_of_glycoprotein_98(X))
& cytosol_1(fn_synthesis_of_glycoprotein_98(X))
& synthesis_reaction_1(fn_endoplasmic_reticulum_35(fn_synthesis_of_glycoprotein_83(X)))
& spatial_entity_1(fn_attach_2(fn_synthesis_of_glycoprotein_55(X)))
& tangible_entity_1(fn_endoplasmic_reticulum_30(fn_synthesis_of_glycoprotein_56(X)))
& er_membrane_1(fn_endoplasmic_reticulum_30(fn_synthesis_of_glycoprotein_56(X)))
& biomembrane_1(fn_endoplasmic_reticulum_30(fn_synthesis_of_glycoprotein_56(X)))
& post_translational_modification_1(fn_synthesis_of_protein_12(fn_synthesis_of_glycoprotein_77(X)))
& translation_1(fn_synthesis_of_protein_13(fn_synthesis_of_glycoprotein_77(X)))
& spatial_entity_1(fn_exocytosis_26(fn_synthesis_of_glycoprotein_71(X)))
& biomembrane_1(fn_exocytosis_26(fn_synthesis_of_glycoprotein_71(X)))
& plasma_membrane_1(fn_exocytosis_26(fn_synthesis_of_glycoprotein_71(X)))
& transport_vesicle_1(fn_exocytosis_24(fn_synthesis_of_glycoprotein_71(X)))
& tangible_entity_1(fn_exocytosis_35(fn_synthesis_of_glycoprotein_71(X)))
& molecule_1(fn_exocytosis_35(fn_synthesis_of_glycoprotein_71(X)))
& organic_molecule_1(fn_exocytosis_35(fn_synthesis_of_glycoprotein_71(X)))
& ribosome_1(fn_translation_20(fn_synthesis_of_glycoprotein_46(X)))
& attach_1(fn_ribosome_9(fn_synthesis_of_glycoprotein_60(X)))
& initiator_trna_1(fn_ribosome_7(fn_synthesis_of_glycoprotein_60(X)))
& spatial_entity_1(fn_ribosome_10(fn_synthesis_of_glycoprotein_60(X)))
& methionine_1(fn_ribosome_10(fn_synthesis_of_glycoprotein_60(X)))
& move_1(fn_ribosome_11(fn_synthesis_of_glycoprotein_60(X)))
& property_node_1(fn_anabolic_pathway_2(fn_synthesis_of_glycoprotein_46(X)))
& rough_endoplasmic_reticulum_1(fn_bound_ribosome_4(fn_synthesis_of_glycoprotein_60(X)))
& cell_pole_1(fn_cell_1(fn_synthesis_of_glycoprotein_30(X)))
& property_node_1(fn_glycoprotein_9(fn_synthesis_of_glycoprotein_52(X)))
& size_value_1(fn_glycoprotein_12(fn_synthesis_of_glycoprotein_52(X)))
& property_node_1(fn_glycoprotein_8(fn_synthesis_of_glycoprotein_52(X)))
& size_value_1(fn_glycoprotein_11(fn_synthesis_of_glycoprotein_52(X)))
& hydroxyl_group_1(fn_carbohydrate_33(fn_synthesis_of_glycoprotein_39(X)))
& golgi_apparatus_1(fn_eukaryotic_cell_24(fn_synthesis_of_glycoprotein_30(X)))
& ribosome_1(fn_eukaryotic_cell_45(fn_synthesis_of_glycoprotein_30(X)))
& eukaryotic_ribosome_1(fn_eukaryotic_cell_45(fn_synthesis_of_glycoprotein_30(X)))
& tangible_entity_1(fn_eukaryotic_cell_41(fn_synthesis_of_glycoprotein_30(X)))
& phospholipid_bilayer_1(fn_eukaryotic_cell_41(fn_synthesis_of_glycoprotein_30(X)))
& surface_1(fn_eukaryotic_cell_44(fn_synthesis_of_glycoprotein_30(X)))
& rough_endoplasmic_reticulum_1(fn_eukaryotic_cell_19(fn_synthesis_of_glycoprotein_30(X)))
& smooth_endoplasmic_reticulum_1(fn_eukaryotic_cell_20(fn_synthesis_of_glycoprotein_30(X)))
& eukaryotic_cellular_respiration_1(fn_eukaryotic_cell_23(fn_synthesis_of_glycoprotein_30(X)))
& cellular_work_1(fn_eukaryotic_cell_32(fn_synthesis_of_glycoprotein_30(X)))
& semiautonomous_organelle_1(fn_eukaryotic_cell_25(fn_synthesis_of_glycoprotein_30(X)))
& mitochondrion_1(fn_eukaryotic_cell_25(fn_synthesis_of_glycoprotein_30(X)))
& organelle_1(fn_eukaryotic_cell_25(fn_synthesis_of_glycoprotein_30(X)))
& substance_1(fn_eukaryotic_cell_42(fn_synthesis_of_glycoprotein_30(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_synthesis_of_glycoprotein_30(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_synthesis_of_glycoprotein_30(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_synthesis_of_glycoprotein_30(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_synthesis_of_glycoprotein_30(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_synthesis_of_glycoprotein_30(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_synthesis_of_glycoprotein_30(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_synthesis_of_glycoprotein_30(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_synthesis_of_glycoprotein_30(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_synthesis_of_glycoprotein_30(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_synthesis_of_glycoprotein_30(X)))
& property_node_1(fn_eukaryotic_cell_60(fn_synthesis_of_glycoprotein_30(X)))
& volume_value_1(fn_eukaryotic_cell_59(fn_synthesis_of_glycoprotein_30(X)))
& property_node_1(fn_eukaryotic_cell_28(fn_synthesis_of_glycoprotein_30(X)))
& size_value_1(fn_eukaryotic_cell_27(fn_synthesis_of_glycoprotein_30(X)))
& spatial_entity_1(fn_detach_1(fn_synthesis_of_glycoprotein_53(X)))
& spatial_entity_1(fn_remove_1(fn_synthesis_of_glycoprotein_48(X)))
& spatial_entity_1(fn_replace_1(fn_synthesis_of_glycoprotein_49(X)))
& spatial_entity_1(fn_attach_1(fn_synthesis_of_glycoprotein_54(X)))
& spatial_entity_1(fn_replace_2(fn_synthesis_of_glycoprotein_49(X)))
& translation_elongation_1(fn_translation_8(fn_synthesis_of_glycoprotein_46(X)))
& translation_termination_1(fn_translation_19(fn_synthesis_of_glycoprotein_46(X)))
& translation_initiation_1(fn_translation_17(fn_synthesis_of_glycoprotein_46(X)))
& translation_initiation_1(fn_ribosome_6(fn_synthesis_of_glycoprotein_60(X)))
& molecule_1(fn_condensation_reaction_3(fn_synthesis_of_glycoprotein_14(X)))
& water_molecule_1(fn_dehydration_reaction_6(fn_synthesis_of_glycoprotein_14(X)))
& property_node_1(fn_anabolic_pathway_1(fn_synthesis_of_glycoprotein_46(X)))
& structural_complexity_value_1(fn_anabolic_pathway_4(fn_synthesis_of_glycoprotein_46(X)))
& structural_complexity_value_1(fn_protein_3(fn_synthesis_of_glycoprotein_52(X)))
& structural_complexity_value_1(fn_anabolic_pathway_3(fn_synthesis_of_glycoprotein_46(X)))
& free_energy_1(fn_polymer_synthesis_18(fn_synthesis_of_glycoprotein_46(X)))
& monomer_1(fn_polymer_synthesis_8(fn_synthesis_of_glycoprotein_46(X)))
& molecule_1(fn_condensation_reaction_2(fn_synthesis_of_glycoprotein_14(X)))
& free_energy_1(fn_polymer_synthesis_19(fn_synthesis_of_glycoprotein_46(X)))
& dehydration_reaction_1(fn_polymer_synthesis_24(fn_synthesis_of_glycoprotein_46(X)))
& chemical_reaction_1(fn_enzyme_4(fn_synthesis_of_glycoprotein_64(X)))
& synthesis_of_protein_1(fn_ribosome_2(fn_synthesis_of_glycoprotein_60(X)))
& molecule_1(fn_polymer_synthesis_11(fn_synthesis_of_glycoprotein_46(X)))
& polar_molecule_1(fn_polymer_synthesis_11(fn_synthesis_of_glycoprotein_46(X)))
& chemical_entity_1(fn_polymer_synthesis_11(fn_synthesis_of_glycoprotein_46(X)))
& water_molecule_1(fn_polymer_synthesis_11(fn_synthesis_of_glycoprotein_46(X)))
& monomer_1(fn_polymer_6(fn_synthesis_of_glycoprotein_52(X)))
& monomer_1(fn_glycoprotein_3(fn_synthesis_of_glycoprotein_52(X)))
& spatial_entity_1(fn_move_1(fn_synthesis_of_glycoprotein_68(X)))
& spatial_entity_1(fn_move_1(fn_synthesis_of_glycoprotein_69(X)))
& tangible_entity_1(fn_transport_vesicle_1(fn_synthesis_of_glycoprotein_79(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_synthesis_of_glycoprotein_76(X)))
& polymer_1(fn_polymer_synthesis_23(fn_synthesis_of_glycoprotein_76(X)))
& chemical_entity_1(fn_polymer_synthesis_23(fn_synthesis_of_glycoprotein_76(X)))
& molecule_1(fn_condensation_reaction_1(fn_synthesis_of_glycoprotein_14(X)))
& monomer_1(fn_polymer_synthesis_22(fn_synthesis_of_glycoprotein_46(X)))
& chemical_entity_1(fn_dehydration_reaction_7(fn_synthesis_of_glycoprotein_14(X)))
& molecule_1(fn_dehydration_reaction_7(fn_synthesis_of_glycoprotein_14(X)))
& molecule_1(fn_dehydration_reaction_8(fn_synthesis_of_glycoprotein_14(X)))
& monomer_1(fn_polymer_synthesis_7(fn_synthesis_of_glycoprotein_46(X)))
& spatial_entity_1(fn_detach_2(fn_synthesis_of_glycoprotein_53(X)))
& spatial_entity_1(fn_replace_3(fn_synthesis_of_glycoprotein_49(X)))
& spatial_entity_1(fn_move_1(fn_synthesis_of_glycoprotein_58(X)))
& spatial_entity_1(fn_move_1(fn_synthesis_of_glycoprotein_59(X)))
& spatial_entity_1(fn_attach_2(fn_synthesis_of_glycoprotein_54(X)))
& spatial_entity_1(fn_remove_2(fn_synthesis_of_glycoprotein_48(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_synthesis_of_glycoprotein_46(X)))
& polymer_1(fn_polymer_synthesis_23(fn_synthesis_of_glycoprotein_46(X)))
& chemical_entity_1(fn_polymer_synthesis_23(fn_synthesis_of_glycoprotein_46(X)))
& atom_1(fn_molecule_11(fn_synthesis_of_glycoprotein_39(X)))
& oxygen_1(fn_amino_acid_11(fn_synthesis_of_glycoprotein_39(X)))
& entity_1(fn_carbohydrate_39(fn_synthesis_of_glycoprotein_39(X)))
& chemical_entity_1(fn_carbohydrate_39(fn_synthesis_of_glycoprotein_39(X)))
& atom_1(fn_carbohydrate_39(fn_synthesis_of_glycoprotein_39(X)))
& oxygen_1(fn_carbohydrate_39(fn_synthesis_of_glycoprotein_39(X)))
& oxygen_1(fn_amino_acid_27(fn_synthesis_of_glycoprotein_39(X)))
& entity_1(fn_carbohydrate_38(fn_synthesis_of_glycoprotein_39(X)))
& atom_1(fn_carbohydrate_38(fn_synthesis_of_glycoprotein_39(X)))
& chemical_entity_1(fn_carbohydrate_38(fn_synthesis_of_glycoprotein_39(X)))
& oxygen_1(fn_carbohydrate_38(fn_synthesis_of_glycoprotein_39(X)))
& chemical_bond_1(fn_molecule_10(fn_synthesis_of_glycoprotein_39(X)))
& polar_covalent_bond_1(fn_carbohydrate_36(fn_synthesis_of_glycoprotein_39(X)))
& spatial_entity_1(fn_attach_1(fn_synthesis_of_glycoprotein_55(X)))
& chemical_entity_1(fn_reactant_3(fn_synthesis_of_glycoprotein_28(X)))
& monomer_1(fn_polymer_synthesis_20(fn_synthesis_of_glycoprotein_46(X)))
& tangible_entity_1(fn_move_out_of_1(fn_synthesis_of_glycoprotein_78(X)))
& cell_1(fn_metabolic_pathway_1(fn_synthesis_of_glycoprotein_81(X)))
& cell_1(fn_metabolic_pathway_1(fn_synthesis_of_glycoprotein_82(X)))
& cell_1(fn_metabolic_pathway_1(fn_synthesis_of_glycoprotein_76(X)))
& cell_1(fn_synthesis_of_protein_11(fn_synthesis_of_glycoprotein_77(X)))
& cell_1(fn_metabolic_pathway_1(fn_synthesis_of_glycoprotein_46(X)))
& is_at_2(fn_synthesis_of_glycoprotein_1(X),fn_synthesis_of_glycoprotein_44(X))
& agent_2(fn_synthesis_of_glycoprotein_46(X),fn_synthesis_of_glycoprotein_64(X))
& instrument_2(fn_synthesis_of_glycoprotein_46(X),fn_synthesis_of_glycoprotein_60(X))
& next_event_2(fn_synthesis_of_glycoprotein_46(X),fn_synthesis_of_glycoprotein_55(X))
& subevent_2(fn_synthesis_of_glycoprotein_49(X),fn_synthesis_of_glycoprotein_54(X))
& subevent_2(fn_synthesis_of_glycoprotein_49(X),fn_synthesis_of_glycoprotein_53(X))
& first_subevent_2(fn_synthesis_of_glycoprotein_49(X),fn_synthesis_of_glycoprotein_53(X))
& next_event_2(fn_synthesis_of_glycoprotein_53(X),fn_synthesis_of_glycoprotein_54(X))
& called_2(fn_synthesis_of_glycoprotein_53(X),'RemoveOld')
& called_2(fn_synthesis_of_glycoprotein_54(X),'AttachNew')
& agent_2(fn_synthesis_of_glycoprotein_55(X),fn_synthesis_of_glycoprotein_1(X))
& result_2(fn_synthesis_of_glycoprotein_55(X),fn_synthesis_of_glycoprotein_52(X))
& next_event_2(fn_synthesis_of_glycoprotein_55(X),fn_synthesis_of_glycoprotein_59(X))
& site_2(fn_synthesis_of_glycoprotein_55(X),fn_synthesis_of_glycoprotein_56(X))
& subevent_2(X,fn_synthesis_of_glycoprotein_55(X))
& subevent_2(X,fn_synthesis_of_glycoprotein_2(X))
& subevent_2(X,fn_synthesis_of_glycoprotein_59(X))
& subevent_2(X,fn_synthesis_of_glycoprotein_58(X))
& agent_2(X,fn_synthesis_of_glycoprotein_60(X))
& site_2(fn_synthesis_of_glycoprotein_2(X),fn_synthesis_of_glycoprotein_47(X))
& subevent_2(fn_synthesis_of_glycoprotein_2(X),fn_synthesis_of_glycoprotein_48(X))
& subevent_2(fn_synthesis_of_glycoprotein_2(X),fn_synthesis_of_glycoprotein_49(X))
& first_subevent_2(fn_synthesis_of_glycoprotein_2(X),fn_synthesis_of_glycoprotein_48(X))
& object_2(fn_synthesis_of_glycoprotein_57(X),fn_synthesis_of_glycoprotein_52(X))
& site_2(fn_synthesis_of_glycoprotein_57(X),fn_synthesis_of_glycoprotein_56(X))
& site_2(fn_synthesis_of_glycoprotein_58(X),fn_synthesis_of_glycoprotein_47(X))
& next_event_2(fn_synthesis_of_glycoprotein_58(X),fn_synthesis_of_glycoprotein_2(X))
& site_2(fn_synthesis_of_glycoprotein_59(X),fn_synthesis_of_glycoprotein_56(X))
& next_event_2(fn_synthesis_of_glycoprotein_59(X),fn_synthesis_of_glycoprotein_57(X))
& quantity_2(fn_synthesis_of_glycoprotein_60(X),fn_synthesis_of_glycoprotein_31(X))
& time_during_2(fn_synthesis_of_glycoprotein_61(X),fn_synthesis_of_glycoprotein_4(X))
& time_during_2(fn_synthesis_of_glycoprotein_62(X),fn_synthesis_of_glycoprotein_5(X))
& time_during_2(fn_synthesis_of_glycoprotein_63(X),fn_synthesis_of_glycoprotein_3(X))
& size_2(fn_synthesis_of_glycoprotein_65(X),fn_synthesis_of_glycoprotein_41(X))
& time_before_2(fn_synthesis_of_glycoprotein_4(X),fn_synthesis_of_glycoprotein_5(X))
& time_before_2(fn_synthesis_of_glycoprotein_5(X),fn_synthesis_of_glycoprotein_3(X))
& site_2(fn_synthesis_of_glycoprotein_6(X),fn_synthesis_of_glycoprotein_83(X))
& result_2(fn_synthesis_of_glycoprotein_6(X),fn_synthesis_of_glycoprotein_70(X))
& next_event_2(fn_synthesis_of_glycoprotein_6(X),fn_synthesis_of_glycoprotein_69(X))
& site_2(fn_synthesis_of_glycoprotein_67(X),fn_synthesis_of_glycoprotein_83(X))
& object_2(fn_synthesis_of_glycoprotein_67(X),fn_synthesis_of_glycoprotein_70(X))
& next_event_2(fn_synthesis_of_glycoprotein_69(X),fn_synthesis_of_glycoprotein_67(X))
& site_2(fn_synthesis_of_glycoprotein_69(X),fn_synthesis_of_glycoprotein_83(X))
& is_outside_2(fn_synthesis_of_glycoprotein_72(X),fn_synthesis_of_glycoprotein_30(X))
& next_event_2(fn_synthesis_of_glycoprotein_76(X),fn_synthesis_of_glycoprotein_6(X))
& site_2(fn_synthesis_of_glycoprotein_76(X),fn_synthesis_of_glycoprotein_83(X))
& path_2(fn_synthesis_of_glycoprotein_78(X),fn_synthesis_of_glycoprotein_75(X))
& agent_2(fn_synthesis_of_glycoprotein_81(X),fn_synthesis_of_glycoprotein_7(X))
& agent_2(fn_synthesis_of_glycoprotein_82(X),fn_synthesis_of_glycoprotein_7(X))
& has_function_2(fn_synthesis_of_glycoprotein_83(X),fn_synthesis_of_glycoprotein_77(X))
& object_2(fn_synthesis_of_glycoprotein_55(X),fn_synthesis_of_glycoprotein_39(X))
& site_2(fn_synthesis_of_glycoprotein_77(X),fn_synthesis_of_glycoprotein_83(X))
& base_2(fn_synthesis_of_glycoprotein_53(X),fn_synthesis_of_glycoprotein_52(X))
& object_2(fn_synthesis_of_glycoprotein_58(X),fn_synthesis_of_glycoprotein_52(X))
& base_2(fn_synthesis_of_glycoprotein_49(X),fn_synthesis_of_glycoprotein_52(X))
& object_2(fn_synthesis_of_glycoprotein_59(X),fn_synthesis_of_glycoprotein_52(X))
& base_2(fn_synthesis_of_glycoprotein_54(X),fn_synthesis_of_glycoprotein_52(X))
& object_2(fn_synthesis_of_glycoprotein_68(X),fn_synthesis_of_glycoprotein_70(X))
& base_2(fn_synthesis_of_glycoprotein_48(X),fn_synthesis_of_glycoprotein_52(X))
& object_2(fn_synthesis_of_glycoprotein_69(X),fn_synthesis_of_glycoprotein_70(X))
& plays_2(fn_synthesis_of_glycoprotein_39(X),fn_synthesis_of_glycoprotein_28(X))
& object_2(fn_synthesis_of_glycoprotein_53(X),fn_synthesis_of_glycoprotein_50(X))
& object_2(fn_synthesis_of_glycoprotein_54(X),fn_synthesis_of_glycoprotein_51(X))
& object_2(fn_synthesis_of_glycoprotein_48(X),fn_synthesis_of_glycoprotein_50(X))
& base_2(fn_synthesis_of_glycoprotein_55(X),fn_synthesis_of_glycoprotein_45(X))
& base_2(fn_synthesis_of_glycoprotein_78(X),fn_synthesis_of_glycoprotein_30(X))
& object_2(fn_synthesis_of_glycoprotein_49(X),fn_synthesis_of_glycoprotein_50(X))
& called_2(fn_synthesis_of_glycoprotein_50(X),'old entity')
& object_2(fn_synthesis_of_glycoprotein_49(X),fn_synthesis_of_glycoprotein_51(X))
& called_2(fn_synthesis_of_glycoprotein_51(X),'new entity')
& base_2(fn_synthesis_of_glycoprotein_81(X),fn_synthesis_of_glycoprotein_30(X))
& base_2(fn_synthesis_of_glycoprotein_82(X),fn_synthesis_of_glycoprotein_30(X))
& has_part_2(fn_synthesis_of_glycoprotein_56(X),fn_synthesis_of_glycoprotein_44(X))
& has_function_2(fn_synthesis_of_glycoprotein_64(X),X)
& result_2(X,fn_synthesis_of_glycoprotein_52(X))
& instrument_2(fn_synthesis_of_glycoprotein_62(X),fn_synthesis_of_glycoprotein_60(X))
& subevent_2(fn_synthesis_of_glycoprotein_77(X),fn_synthesis_of_glycoprotein_67(X))
& base_2(fn_synthesis_of_glycoprotein_77(X),fn_synthesis_of_glycoprotein_30(X))
& base_2(fn_synthesis_of_glycoprotein_76(X),fn_synthesis_of_glycoprotein_30(X))
& subevent_2(fn_synthesis_of_glycoprotein_77(X),fn_synthesis_of_glycoprotein_76(X))
& first_subevent_2(fn_synthesis_of_glycoprotein_77(X),fn_synthesis_of_glycoprotein_76(X))
& structural_complexity_2(fn_synthesis_of_glycoprotein_39(X),fn_synthesis_of_glycoprotein_38(X))
& fn_synthesis_of_glycoprotein_39(X) != fn_synthesis_of_glycoprotein_65(X)
& fn_synthesis_of_glycoprotein_65(X) != fn_synthesis_of_glycoprotein_39(X)
& base_2(fn_synthesis_of_glycoprotein_62(X),fn_synthesis_of_glycoprotein_30(X))
& base_2(fn_synthesis_of_glycoprotein_61(X),fn_synthesis_of_glycoprotein_30(X))
& base_2(X,fn_synthesis_of_glycoprotein_30(X))
& base_2(fn_synthesis_of_glycoprotein_46(X),fn_synthesis_of_glycoprotein_30(X))
& result_2(fn_synthesis_of_glycoprotein_42(X),fn_synthesis_of_glycoprotein_52(X))
& possesses_2(fn_synthesis_of_glycoprotein_52(X),fn_synthesis_of_glycoprotein_33(X))
& object_2(fn_synthesis_of_glycoprotein_71(X),fn_synthesis_of_glycoprotein_72(X))
& is_inside_2(fn_synthesis_of_glycoprotein_72(X),fn_synthesis_of_glycoprotein_79(X))
& instrument_2(fn_synthesis_of_glycoprotein_71(X),fn_synthesis_of_glycoprotein_79(X))
& in_event_2(fn_synthesis_of_glycoprotein_28(X),X)
& has_part_2(fn_synthesis_of_glycoprotein_43(X),fn_synthesis_of_glycoprotein_21(X))
& raw_material_2(fn_synthesis_of_glycoprotein_42(X),fn_synthesis_of_glycoprotein_65(X))
& next_event_2(fn_synthesis_of_glycoprotein_61(X),fn_synthesis_of_glycoprotein_62(X))
& has_state_2(fn_synthesis_of_glycoprotein_65(X),fn_synthesis_of_glycoprotein_18(X))
& result_2(fn_synthesis_of_glycoprotein_14(X),fn_synthesis_of_glycoprotein_43(X))
& possesses_2(fn_synthesis_of_glycoprotein_65(X),fn_synthesis_of_glycoprotein_34(X))
& subevent_2(X,fn_synthesis_of_glycoprotein_46(X))
& raw_material_2(fn_synthesis_of_glycoprotein_46(X),fn_synthesis_of_glycoprotein_19(X))
& rate_2(X,fn_synthesis_of_glycoprotein_29(X))
& directly_proportional_2(fn_synthesis_of_glycoprotein_31(X),fn_synthesis_of_glycoprotein_29(X))
& possesses_2(fn_synthesis_of_glycoprotein_65(X),fn_synthesis_of_glycoprotein_37(X))
& is_between_2(fn_synthesis_of_glycoprotein_37(X),fn_synthesis_of_glycoprotein_36(X))
& has_part_2(fn_synthesis_of_glycoprotein_65(X),fn_synthesis_of_glycoprotein_36(X))
& structural_complexity_2(fn_synthesis_of_glycoprotein_65(X),fn_synthesis_of_glycoprotein_38(X))
& object_2(fn_synthesis_of_glycoprotein_57(X),fn_synthesis_of_glycoprotein_43(X))
& subevent_2(X,fn_synthesis_of_glycoprotein_57(X))
& raw_material_2(X,fn_synthesis_of_glycoprotein_65(X))
& has_region_2(fn_synthesis_of_glycoprotein_65(X),fn_synthesis_of_glycoprotein_35(X))
& is_inside_2(fn_synthesis_of_glycoprotein_36(X),fn_synthesis_of_glycoprotein_35(X))
& in_event_2(fn_synthesis_of_glycoprotein_13(X),X)
& plays_2(fn_synthesis_of_glycoprotein_65(X),fn_synthesis_of_glycoprotein_13(X))
& fn_synthesis_of_glycoprotein_65(X) != fn_synthesis_of_glycoprotein_66(X)
& structural_complexity_2(fn_synthesis_of_glycoprotein_66(X),fn_synthesis_of_glycoprotein_32(X))
& the_scalar_value_2(fn_synthesis_of_glycoprotein_32(X),complex_0)
& scalar_unit_class_2(fn_synthesis_of_glycoprotein_32(X),polypeptide_0)
& fn_synthesis_of_glycoprotein_66(X) != fn_synthesis_of_glycoprotein_65(X)
& next_event_2(fn_synthesis_of_glycoprotein_62(X),fn_synthesis_of_glycoprotein_63(X))
& subevent_2(fn_synthesis_of_glycoprotein_46(X),fn_synthesis_of_glycoprotein_62(X))
& subevent_2(fn_synthesis_of_glycoprotein_46(X),fn_synthesis_of_glycoprotein_61(X))
& first_subevent_2(fn_synthesis_of_glycoprotein_46(X),fn_synthesis_of_glycoprotein_61(X))
& result_2(fn_synthesis_of_glycoprotein_46(X),fn_synthesis_of_glycoprotein_15(X))
& first_subevent_2(X,fn_synthesis_of_glycoprotein_46(X))
& subevent_2(fn_synthesis_of_glycoprotein_46(X),fn_synthesis_of_glycoprotein_63(X))
& result_2(fn_synthesis_of_glycoprotein_63(X),fn_synthesis_of_glycoprotein_43(X))
& result_2(fn_synthesis_of_glycoprotein_46(X),fn_synthesis_of_glycoprotein_43(X))
& subevent_2(fn_synthesis_of_glycoprotein_46(X),fn_synthesis_of_glycoprotein_14(X))
& has_function_2(fn_synthesis_of_glycoprotein_60(X),X)
& agent_2(fn_synthesis_of_glycoprotein_9(X),fn_synthesis_of_glycoprotein_60(X))
& site_2(fn_synthesis_of_glycoprotein_61(X),fn_synthesis_of_glycoprotein_60(X))
& subevent_2(fn_synthesis_of_glycoprotein_61(X),fn_synthesis_of_glycoprotein_9(X))
& fn_synthesis_of_glycoprotein_20(X) != fn_synthesis_of_glycoprotein_15(X)
& result_2(fn_synthesis_of_glycoprotein_14(X),fn_synthesis_of_glycoprotein_15(X))
& fn_synthesis_of_glycoprotein_15(X) != fn_synthesis_of_glycoprotein_20(X)
& structural_complexity_2(fn_synthesis_of_glycoprotein_52(X),fn_synthesis_of_glycoprotein_32(X))
& greater_than_2(fn_synthesis_of_glycoprotein_32(X),fn_synthesis_of_glycoprotein_38(X))
& raw_material_2(fn_synthesis_of_glycoprotein_42(X),fn_synthesis_of_glycoprotein_39(X))
& raw_material_2(X,fn_synthesis_of_glycoprotein_39(X))
& possesses_2(fn_synthesis_of_glycoprotein_39(X),fn_synthesis_of_glycoprotein_34(X))
& raw_material_2(fn_synthesis_of_glycoprotein_46(X),fn_synthesis_of_glycoprotein_20(X))
& has_state_2(fn_synthesis_of_glycoprotein_20(X),fn_synthesis_of_glycoprotein_21(X))
& fn_synthesis_of_glycoprotein_19(X) != fn_synthesis_of_glycoprotein_20(X)
& fn_synthesis_of_glycoprotein_20(X) != fn_synthesis_of_glycoprotein_19(X)
& fn_synthesis_of_glycoprotein_39(X) != fn_synthesis_of_glycoprotein_66(X)
& result_2(X,fn_synthesis_of_glycoprotein_66(X))
& subevent_2(X,fn_synthesis_of_glycoprotein_42(X))
& result_2(fn_synthesis_of_glycoprotein_42(X),fn_synthesis_of_glycoprotein_66(X))
& possesses_2(fn_synthesis_of_glycoprotein_66(X),fn_synthesis_of_glycoprotein_33(X))
& fn_synthesis_of_glycoprotein_66(X) != fn_synthesis_of_glycoprotein_39(X)
& has_part_2(fn_synthesis_of_glycoprotein_52(X),fn_synthesis_of_glycoprotein_18(X))
& has_part_2(fn_synthesis_of_glycoprotein_30(X),fn_synthesis_of_glycoprotein_96(X))
& has_part_2(fn_synthesis_of_glycoprotein_30(X),fn_synthesis_of_glycoprotein_47(X))
& is_inside_2(fn_synthesis_of_glycoprotein_47(X),fn_synthesis_of_glycoprotein_98(X))
& is_inside_2(fn_synthesis_of_glycoprotein_97(X),fn_synthesis_of_glycoprotein_98(X))
& has_part_2(fn_synthesis_of_glycoprotein_30(X),fn_synthesis_of_glycoprotein_97(X))
& has_part_2(fn_synthesis_of_glycoprotein_94(X),fn_synthesis_of_glycoprotein_92(X))
& has_part_2(fn_synthesis_of_glycoprotein_30(X),fn_synthesis_of_glycoprotein_94(X))
& has_part_2(fn_synthesis_of_glycoprotein_30(X),fn_synthesis_of_glycoprotein_93(X))
& is_between_2(fn_synthesis_of_glycoprotein_95(X),fn_synthesis_of_glycoprotein_93(X))
& has_part_2(fn_synthesis_of_glycoprotein_30(X),fn_synthesis_of_glycoprotein_95(X))
& abuts_2(fn_synthesis_of_glycoprotein_87(X),fn_synthesis_of_glycoprotein_86(X))
& abuts_2(fn_synthesis_of_glycoprotein_86(X),fn_synthesis_of_glycoprotein_87(X))
& has_part_2(fn_synthesis_of_glycoprotein_30(X),fn_synthesis_of_glycoprotein_87(X))
& has_region_2(fn_synthesis_of_glycoprotein_30(X),fn_synthesis_of_glycoprotein_91(X))
& is_at_2(fn_synthesis_of_glycoprotein_92(X),fn_synthesis_of_glycoprotein_91(X))
& fn_synthesis_of_glycoprotein_86(X) != fn_synthesis_of_glycoprotein_87(X)
& fn_synthesis_of_glycoprotein_87(X) != fn_synthesis_of_glycoprotein_86(X)
& has_part_2(fn_synthesis_of_glycoprotein_30(X),fn_synthesis_of_glycoprotein_86(X))
& base_2(fn_synthesis_of_glycoprotein_90(X),fn_synthesis_of_glycoprotein_30(X))
& has_function_2(fn_synthesis_of_glycoprotein_30(X),fn_synthesis_of_glycoprotein_90(X))
& volume_2(fn_synthesis_of_glycoprotein_30(X),fn_synthesis_of_glycoprotein_73(X))
& directly_proportional_2(fn_synthesis_of_glycoprotein_74(X),fn_synthesis_of_glycoprotein_73(X))
& size_2(fn_synthesis_of_glycoprotein_30(X),fn_synthesis_of_glycoprotein_74(X))
& has_function_2(fn_synthesis_of_glycoprotein_30(X),fn_synthesis_of_glycoprotein_89(X))
& base_2(fn_synthesis_of_glycoprotein_89(X),fn_synthesis_of_glycoprotein_30(X))
& is_inside_2(fn_synthesis_of_glycoprotein_96(X),fn_synthesis_of_glycoprotein_98(X))
& has_part_2(fn_synthesis_of_glycoprotein_95(X),fn_synthesis_of_glycoprotein_98(X))
& is_inside_2(fn_synthesis_of_glycoprotein_95(X),fn_synthesis_of_glycoprotein_94(X))
& is_between_2(fn_synthesis_of_glycoprotein_95(X),fn_synthesis_of_glycoprotein_94(X))
& has_part_2(fn_synthesis_of_glycoprotein_30(X),fn_synthesis_of_glycoprotein_88(X))
& is_inside_2(fn_synthesis_of_glycoprotein_88(X),fn_synthesis_of_glycoprotein_93(X))
& the_scalar_value_2(fn_synthesis_of_glycoprotein_74(X),big_0)
& scalar_unit_class_2(fn_synthesis_of_glycoprotein_74(X),prokaryote_0)
& fn_synthesis_of_glycoprotein_17(X) != fn_synthesis_of_glycoprotein_36(X)
& fn_synthesis_of_glycoprotein_36(X) != fn_synthesis_of_glycoprotein_17(X)
& is_between_2(fn_synthesis_of_glycoprotein_37(X),fn_synthesis_of_glycoprotein_17(X))
& is_inside_2(fn_synthesis_of_glycoprotein_17(X),fn_synthesis_of_glycoprotein_16(X))
& has_region_2(fn_synthesis_of_glycoprotein_39(X),fn_synthesis_of_glycoprotein_16(X))
& has_part_2(fn_synthesis_of_glycoprotein_39(X),fn_synthesis_of_glycoprotein_17(X))
& possesses_2(fn_synthesis_of_glycoprotein_39(X),fn_synthesis_of_glycoprotein_37(X))
& greater_than_2(fn_synthesis_of_glycoprotein_40(X),fn_synthesis_of_glycoprotein_41(X))
& size_2(fn_synthesis_of_glycoprotein_52(X),fn_synthesis_of_glycoprotein_40(X))
& has_region_2(fn_synthesis_of_glycoprotein_30(X),fn_synthesis_of_glycoprotein_75(X))
& has_part_2(fn_synthesis_of_glycoprotein_8(X),fn_synthesis_of_glycoprotein_60(X))
& has_state_2(fn_synthesis_of_glycoprotein_39(X),fn_synthesis_of_glycoprotein_65(X))
& has_part_2(fn_synthesis_of_glycoprotein_52(X),fn_synthesis_of_glycoprotein_65(X))
& result_2(fn_synthesis_of_glycoprotein_46(X),fn_synthesis_of_glycoprotein_52(X))
& raw_material_2(fn_synthesis_of_glycoprotein_14(X),fn_synthesis_of_glycoprotein_20(X))
& result_2(fn_synthesis_of_glycoprotein_76(X),fn_synthesis_of_glycoprotein_70(X))
& is_inside_2(fn_synthesis_of_glycoprotein_70(X),fn_synthesis_of_glycoprotein_79(X))
& fn_synthesis_of_glycoprotein_39(X) = fn_attach_1(fn_synthesis_of_glycoprotein_55(X))
& fn_synthesis_of_glycoprotein_77(X) = fn_endoplasmic_reticulum_35(fn_synthesis_of_glycoprotein_83(X))
& fn_synthesis_of_glycoprotein_52(X) = fn_detach_2(fn_synthesis_of_glycoprotein_53(X))
& fn_synthesis_of_glycoprotein_52(X) = fn_move_1(fn_synthesis_of_glycoprotein_58(X))
& fn_synthesis_of_glycoprotein_52(X) = fn_replace_3(fn_synthesis_of_glycoprotein_49(X))
& fn_synthesis_of_glycoprotein_52(X) = fn_move_1(fn_synthesis_of_glycoprotein_59(X))
& fn_synthesis_of_glycoprotein_52(X) = fn_attach_2(fn_synthesis_of_glycoprotein_54(X))
& fn_synthesis_of_glycoprotein_70(X) = fn_move_1(fn_synthesis_of_glycoprotein_68(X))
& fn_synthesis_of_glycoprotein_52(X) = fn_remove_2(fn_synthesis_of_glycoprotein_48(X))
& fn_synthesis_of_glycoprotein_70(X) = fn_move_1(fn_synthesis_of_glycoprotein_69(X))
& fn_synthesis_of_glycoprotein_39(X) = fn_reactant_3(fn_synthesis_of_glycoprotein_28(X))
& fn_synthesis_of_glycoprotein_50(X) = fn_detach_1(fn_synthesis_of_glycoprotein_53(X))
& fn_synthesis_of_glycoprotein_51(X) = fn_attach_1(fn_synthesis_of_glycoprotein_54(X))
& fn_synthesis_of_glycoprotein_50(X) = fn_remove_1(fn_synthesis_of_glycoprotein_48(X))
& fn_synthesis_of_glycoprotein_45(X) = fn_attach_2(fn_synthesis_of_glycoprotein_55(X))
& fn_synthesis_of_glycoprotein_30(X) = fn_move_out_of_1(fn_synthesis_of_glycoprotein_78(X))
& fn_synthesis_of_glycoprotein_50(X) = fn_replace_1(fn_synthesis_of_glycoprotein_49(X))
& fn_synthesis_of_glycoprotein_51(X) = fn_replace_2(fn_synthesis_of_glycoprotein_49(X))
& fn_synthesis_of_glycoprotein_30(X) = fn_metabolic_pathway_1(fn_synthesis_of_glycoprotein_81(X))
& fn_synthesis_of_glycoprotein_30(X) = fn_metabolic_pathway_1(fn_synthesis_of_glycoprotein_82(X))
& fn_synthesis_of_glycoprotein_44(X) = fn_endoplasmic_reticulum_30(fn_synthesis_of_glycoprotein_56(X))
& X = fn_enzyme_4(fn_synthesis_of_glycoprotein_64(X))
& fn_synthesis_of_glycoprotein_67(X) = fn_synthesis_of_protein_12(fn_synthesis_of_glycoprotein_77(X))
& fn_synthesis_of_glycoprotein_30(X) = fn_metabolic_pathway_1(fn_synthesis_of_glycoprotein_76(X))
& fn_synthesis_of_glycoprotein_76(X) = fn_synthesis_of_protein_13(fn_synthesis_of_glycoprotein_77(X))
& fn_synthesis_of_glycoprotein_30(X) = fn_synthesis_of_protein_11(fn_synthesis_of_glycoprotein_77(X))
& fn_synthesis_of_glycoprotein_39(X) = fn_synthesis_of_protein_31(X)
& fn_synthesis_of_glycoprotein_30(X) = fn_metabolic_pathway_1(fn_synthesis_of_glycoprotein_46(X))
& fn_synthesis_of_glycoprotein_30(X) = fn_synthesis_of_protein_11(X)
& fn_synthesis_of_glycoprotein_80(X) = fn_exocytosis_26(fn_synthesis_of_glycoprotein_71(X))
& fn_synthesis_of_glycoprotein_79(X) = fn_exocytosis_24(fn_synthesis_of_glycoprotein_71(X))
& fn_synthesis_of_glycoprotein_72(X) = fn_exocytosis_35(fn_synthesis_of_glycoprotein_71(X))
& fn_synthesis_of_glycoprotein_28(X) = fn_synthesis_of_protein_30(X)
& fn_synthesis_of_glycoprotein_21(X) = fn_synthesis_of_protein_36(X)
& fn_synthesis_of_glycoprotein_25(X) = fn_synthesis_of_protein_2(X)
& fn_synthesis_of_glycoprotein_18(X) = fn_synthesis_of_protein_29(X)
& fn_synthesis_of_glycoprotein_18(X) = fn_synthesis_of_protein_27(X)
& fn_synthesis_of_glycoprotein_34(X) = fn_synthesis_of_protein_22(X)
& fn_synthesis_of_glycoprotein_19(X) = fn_synthesis_of_protein_42(X)
& fn_synthesis_of_glycoprotein_24(X) = fn_synthesis_of_protein_4(X)
& fn_synthesis_of_glycoprotein_31(X) = fn_synthesis_of_protein_3(X)
& fn_synthesis_of_glycoprotein_29(X) = fn_synthesis_of_protein_1(X)
& fn_synthesis_of_glycoprotein_37(X) = fn_synthesis_of_protein_6(X)
& fn_synthesis_of_glycoprotein_36(X) = fn_synthesis_of_protein_28(X)
& fn_synthesis_of_glycoprotein_35(X) = fn_synthesis_of_protein_5(X)
& fn_synthesis_of_glycoprotein_57(X) = fn_synthesis_of_protein_12(X)
& fn_synthesis_of_glycoprotein_65(X) = fn_synthesis_of_protein_31(X)
& fn_synthesis_of_glycoprotein_65(X) = fn_synthesis_of_protein_8(X)
& fn_synthesis_of_glycoprotein_13(X) = fn_synthesis_of_protein_30(X)
& fn_synthesis_of_glycoprotein_15(X) = fn_synthesis_of_protein_45(X)
& fn_synthesis_of_glycoprotein_61(X) = fn_synthesis_of_protein_15(X)
& fn_synthesis_of_glycoprotein_62(X) = fn_translation_8(fn_synthesis_of_glycoprotein_46(X))
& fn_synthesis_of_glycoprotein_62(X) = fn_synthesis_of_protein_14(X)
& fn_synthesis_of_glycoprotein_14(X) = fn_synthesis_of_protein_43(X)
& fn_synthesis_of_glycoprotein_43(X) = fn_synthesis_of_protein_9(X)
& fn_synthesis_of_glycoprotein_63(X) = fn_translation_19(fn_synthesis_of_glycoprotein_46(X))
& fn_synthesis_of_glycoprotein_63(X) = fn_synthesis_of_protein_44(X)
& fn_synthesis_of_glycoprotein_46(X) = fn_synthesis_of_protein_13(X)
& X = fn_ribosome_2(fn_synthesis_of_glycoprotein_60(X))
& fn_synthesis_of_glycoprotein_61(X) = fn_translation_17(fn_synthesis_of_glycoprotein_46(X))
& fn_synthesis_of_glycoprotein_60(X) = fn_translation_20(fn_synthesis_of_glycoprotein_46(X))
& fn_synthesis_of_glycoprotein_61(X) = fn_ribosome_6(fn_synthesis_of_glycoprotein_60(X))
& fn_synthesis_of_glycoprotein_9(X) = fn_ribosome_9(fn_synthesis_of_glycoprotein_60(X))
& fn_synthesis_of_glycoprotein_12(X) = fn_ribosome_7(fn_synthesis_of_glycoprotein_60(X))
& fn_synthesis_of_glycoprotein_11(X) = fn_ribosome_10(fn_synthesis_of_glycoprotein_60(X))
& fn_synthesis_of_glycoprotein_10(X) = fn_ribosome_11(fn_synthesis_of_glycoprotein_60(X))
& fn_synthesis_of_glycoprotein_15(X) = fn_condensation_reaction_3(fn_synthesis_of_glycoprotein_14(X))
& fn_synthesis_of_glycoprotein_15(X) = fn_dehydration_reaction_6(fn_synthesis_of_glycoprotein_14(X))
& fn_synthesis_of_glycoprotein_23(X) = fn_synthesis_of_protein_34(X)
& fn_synthesis_of_glycoprotein_23(X) = fn_anabolic_pathway_1(fn_synthesis_of_glycoprotein_46(X))
& fn_synthesis_of_glycoprotein_22(X) = fn_anabolic_pathway_2(fn_synthesis_of_glycoprotein_46(X))
& fn_synthesis_of_glycoprotein_38(X) = fn_synthesis_of_protein_21(X)
& fn_synthesis_of_glycoprotein_38(X) = fn_anabolic_pathway_4(fn_synthesis_of_glycoprotein_46(X))
& fn_synthesis_of_glycoprotein_52(X) = fn_synthesis_of_protein_16(X)
& fn_synthesis_of_glycoprotein_32(X) = fn_synthesis_of_protein_20(X)
& fn_synthesis_of_glycoprotein_32(X) = fn_protein_3(fn_synthesis_of_glycoprotein_52(X))
& fn_synthesis_of_glycoprotein_32(X) = fn_anabolic_pathway_3(fn_synthesis_of_glycoprotein_46(X))
& fn_synthesis_of_glycoprotein_34(X) = fn_polymer_synthesis_18(fn_synthesis_of_glycoprotein_46(X))
& fn_synthesis_of_glycoprotein_21(X) = fn_synthesis_of_protein_37(X)
& fn_synthesis_of_glycoprotein_21(X) = fn_polymer_synthesis_8(fn_synthesis_of_glycoprotein_46(X))
& fn_synthesis_of_glycoprotein_19(X) = fn_synthesis_of_protein_41(X)
& fn_synthesis_of_glycoprotein_20(X) = fn_synthesis_of_protein_42(X)
& fn_synthesis_of_glycoprotein_20(X) = fn_condensation_reaction_1(fn_synthesis_of_glycoprotein_14(X))
& fn_synthesis_of_glycoprotein_19(X) = fn_condensation_reaction_2(fn_synthesis_of_glycoprotein_14(X))
& fn_synthesis_of_glycoprotein_19(X) = fn_polymer_synthesis_20(fn_synthesis_of_glycoprotein_46(X))
& fn_synthesis_of_glycoprotein_20(X) = fn_polymer_synthesis_22(fn_synthesis_of_glycoprotein_46(X))
& fn_synthesis_of_glycoprotein_33(X) = fn_synthesis_of_protein_19(X)
& fn_synthesis_of_glycoprotein_33(X) = fn_polymer_synthesis_19(fn_synthesis_of_glycoprotein_46(X))
& fn_synthesis_of_glycoprotein_42(X) = fn_synthesis_of_protein_17(X)
& fn_synthesis_of_glycoprotein_42(X) = fn_polymer_synthesis_24(fn_synthesis_of_glycoprotein_46(X))
& fn_synthesis_of_glycoprotein_66(X) = fn_synthesis_of_protein_7(X)
& fn_synthesis_of_glycoprotein_66(X) = fn_polymer_synthesis_11(fn_synthesis_of_glycoprotein_46(X))
& fn_synthesis_of_glycoprotein_18(X) = fn_polymer_6(fn_synthesis_of_glycoprotein_52(X))
& fn_synthesis_of_glycoprotein_18(X) = fn_glycoprotein_3(fn_synthesis_of_glycoprotein_52(X))
& fn_synthesis_of_glycoprotein_70(X) = fn_transport_vesicle_1(fn_synthesis_of_glycoprotein_79(X))
& fn_synthesis_of_glycoprotein_70(X) = fn_anabolic_pathway_5(fn_synthesis_of_glycoprotein_76(X))
& fn_synthesis_of_glycoprotein_70(X) = fn_polymer_synthesis_23(fn_synthesis_of_glycoprotein_76(X))
& fn_synthesis_of_glycoprotein_20(X) = fn_dehydration_reaction_7(fn_synthesis_of_glycoprotein_14(X))
& fn_synthesis_of_glycoprotein_20(X) = fn_dehydration_reaction_8(fn_synthesis_of_glycoprotein_14(X))
& fn_synthesis_of_glycoprotein_39(X) = fn_polymer_synthesis_20(fn_synthesis_of_glycoprotein_46(X))
& fn_synthesis_of_glycoprotein_65(X) = fn_polymer_synthesis_7(fn_synthesis_of_glycoprotein_46(X))
& fn_synthesis_of_glycoprotein_52(X) = fn_anabolic_pathway_5(fn_synthesis_of_glycoprotein_46(X))
& fn_synthesis_of_glycoprotein_52(X) = fn_polymer_synthesis_23(fn_synthesis_of_glycoprotein_46(X))
& fn_synthesis_of_glycoprotein_8(X) = fn_bound_ribosome_4(fn_synthesis_of_glycoprotein_60(X))
& fn_synthesis_of_glycoprotein_75(X) = fn_cell_1(fn_synthesis_of_glycoprotein_30(X))
& fn_synthesis_of_glycoprotein_27(X) = fn_glycoprotein_9(fn_synthesis_of_glycoprotein_52(X))
& fn_synthesis_of_glycoprotein_41(X) = fn_glycoprotein_12(fn_synthesis_of_glycoprotein_52(X))
& fn_synthesis_of_glycoprotein_26(X) = fn_glycoprotein_8(fn_synthesis_of_glycoprotein_52(X))
& fn_synthesis_of_glycoprotein_40(X) = fn_glycoprotein_11(fn_synthesis_of_glycoprotein_52(X))
& fn_synthesis_of_glycoprotein_17(X) = fn_molecule_11(fn_synthesis_of_glycoprotein_39(X))
& fn_synthesis_of_glycoprotein_36(X) = fn_amino_acid_11(fn_synthesis_of_glycoprotein_39(X))
& fn_synthesis_of_glycoprotein_36(X) = fn_carbohydrate_39(fn_synthesis_of_glycoprotein_39(X))
& fn_synthesis_of_glycoprotein_16(X) = fn_carbohydrate_33(fn_synthesis_of_glycoprotein_39(X))
& fn_synthesis_of_glycoprotein_17(X) = fn_amino_acid_11(fn_synthesis_of_glycoprotein_39(X))
& fn_synthesis_of_glycoprotein_17(X) = fn_carbohydrate_39(fn_synthesis_of_glycoprotein_39(X))
& fn_synthesis_of_glycoprotein_17(X) = fn_amino_acid_27(fn_synthesis_of_glycoprotein_39(X))
& fn_synthesis_of_glycoprotein_17(X) = fn_carbohydrate_38(fn_synthesis_of_glycoprotein_39(X))
& fn_synthesis_of_glycoprotein_37(X) = fn_molecule_10(fn_synthesis_of_glycoprotein_39(X))
& fn_synthesis_of_glycoprotein_37(X) = fn_carbohydrate_36(fn_synthesis_of_glycoprotein_39(X))
& fn_synthesis_of_glycoprotein_47(X) = fn_eukaryotic_cell_24(fn_synthesis_of_glycoprotein_30(X))
& fn_synthesis_of_glycoprotein_97(X) = fn_eukaryotic_cell_45(fn_synthesis_of_glycoprotein_30(X))
& fn_synthesis_of_glycoprotein_92(X) = fn_eukaryotic_cell_41(fn_synthesis_of_glycoprotein_30(X))
& fn_synthesis_of_glycoprotein_91(X) = fn_eukaryotic_cell_44(fn_synthesis_of_glycoprotein_30(X))
& fn_synthesis_of_glycoprotein_87(X) = fn_eukaryotic_cell_19(fn_synthesis_of_glycoprotein_30(X))
& fn_synthesis_of_glycoprotein_86(X) = fn_eukaryotic_cell_20(fn_synthesis_of_glycoprotein_30(X))
& fn_synthesis_of_glycoprotein_90(X) = fn_eukaryotic_cell_23(fn_synthesis_of_glycoprotein_30(X))
& fn_synthesis_of_glycoprotein_89(X) = fn_eukaryotic_cell_32(fn_synthesis_of_glycoprotein_30(X))
& fn_synthesis_of_glycoprotein_96(X) = fn_eukaryotic_cell_25(fn_synthesis_of_glycoprotein_30(X))
& fn_synthesis_of_glycoprotein_98(X) = fn_eukaryotic_cell_42(fn_synthesis_of_glycoprotein_30(X))
& fn_synthesis_of_glycoprotein_95(X) = fn_eukaryotic_cell_31(fn_synthesis_of_glycoprotein_30(X))
& fn_synthesis_of_glycoprotein_94(X) = fn_eukaryotic_cell_29(fn_synthesis_of_glycoprotein_30(X))
& fn_synthesis_of_glycoprotein_88(X) = fn_eukaryotic_cell_30(fn_synthesis_of_glycoprotein_30(X))
& fn_synthesis_of_glycoprotein_93(X) = fn_eukaryotic_cell_26(fn_synthesis_of_glycoprotein_30(X))
& fn_synthesis_of_glycoprotein_85(X) = fn_eukaryotic_cell_60(fn_synthesis_of_glycoprotein_30(X))
& fn_synthesis_of_glycoprotein_73(X) = fn_eukaryotic_cell_59(fn_synthesis_of_glycoprotein_30(X))
& fn_synthesis_of_glycoprotein_84(X) = fn_eukaryotic_cell_28(fn_synthesis_of_glycoprotein_30(X))
& fn_synthesis_of_glycoprotein_74(X) = fn_eukaryotic_cell_27(fn_synthesis_of_glycoprotein_30(X))
& fn_detach_1(fn_synthesis_of_glycoprotein_53(X)) = fn_remove_1(fn_synthesis_of_glycoprotein_48(X))
& fn_remove_1(fn_synthesis_of_glycoprotein_48(X)) = fn_remove_1(fn_synthesis_of_glycoprotein_48(X))
& fn_remove_1(fn_synthesis_of_glycoprotein_48(X)) = fn_replace_1(fn_synthesis_of_glycoprotein_49(X))
& fn_replace_1(fn_synthesis_of_glycoprotein_49(X)) = fn_replace_1(fn_synthesis_of_glycoprotein_49(X))
& fn_replace_1(fn_synthesis_of_glycoprotein_49(X)) = fn_attach_1(fn_synthesis_of_glycoprotein_54(X))
& fn_attach_1(fn_synthesis_of_glycoprotein_54(X)) = fn_replace_2(fn_synthesis_of_glycoprotein_49(X))
& fn_replace_2(fn_synthesis_of_glycoprotein_49(X)) = fn_replace_2(fn_synthesis_of_glycoprotein_49(X))
& fn_replace_2(fn_synthesis_of_glycoprotein_49(X)) = fn_translation_8(fn_synthesis_of_glycoprotein_46(X))
& fn_synthesis_of_protein_14(X) = fn_translation_8(fn_synthesis_of_glycoprotein_46(X))
& fn_translation_8(fn_synthesis_of_glycoprotein_46(X)) = fn_synthesis_of_protein_14(X)
& fn_synthesis_of_protein_14(X) = fn_translation_19(fn_synthesis_of_glycoprotein_46(X))
& fn_synthesis_of_protein_44(X) = fn_synthesis_of_protein_44(X)
& fn_synthesis_of_protein_44(X) = fn_translation_19(fn_synthesis_of_glycoprotein_46(X))
& fn_translation_19(fn_synthesis_of_glycoprotein_46(X)) = fn_synthesis_of_protein_44(X)
& fn_synthesis_of_protein_44(X) = fn_synthesis_of_protein_15(X)
& fn_synthesis_of_protein_15(X) = fn_translation_17(fn_synthesis_of_glycoprotein_46(X))
& fn_translation_17(fn_synthesis_of_glycoprotein_46(X)) = fn_synthesis_of_protein_15(X)
& fn_synthesis_of_protein_15(X) = fn_synthesis_of_protein_15(X)
& fn_synthesis_of_protein_15(X) = fn_ribosome_6(fn_synthesis_of_glycoprotein_60(X))
& fn_ribosome_6(fn_synthesis_of_glycoprotein_60(X)) = fn_ribosome_6(fn_synthesis_of_glycoprotein_60(X))
& fn_ribosome_6(fn_synthesis_of_glycoprotein_60(X)) = fn_synthesis_of_protein_45(X)
& fn_synthesis_of_protein_45(X) = fn_condensation_reaction_3(fn_synthesis_of_glycoprotein_14(X))
& fn_condensation_reaction_3(fn_synthesis_of_glycoprotein_14(X)) = fn_condensation_reaction_3(fn_synthesis_of_glycoprotein_14(X))
& fn_condensation_reaction_3(fn_synthesis_of_glycoprotein_14(X)) = fn_synthesis_of_protein_45(X)
& fn_synthesis_of_protein_45(X) = fn_dehydration_reaction_6(fn_synthesis_of_glycoprotein_14(X))
& fn_dehydration_reaction_6(fn_synthesis_of_glycoprotein_14(X)) = fn_dehydration_reaction_6(fn_synthesis_of_glycoprotein_14(X))
& fn_dehydration_reaction_6(fn_synthesis_of_glycoprotein_14(X)) = fn_synthesis_of_protein_34(X)
& fn_synthesis_of_protein_34(X) = fn_anabolic_pathway_1(fn_synthesis_of_glycoprotein_46(X))
& fn_anabolic_pathway_1(fn_synthesis_of_glycoprotein_46(X)) = fn_synthesis_of_protein_21(X)
& fn_synthesis_of_protein_21(X) = fn_synthesis_of_protein_21(X)
& fn_anabolic_pathway_4(fn_synthesis_of_glycoprotein_46(X)) = fn_synthesis_of_protein_21(X)
& fn_synthesis_of_protein_21(X) = fn_anabolic_pathway_4(fn_synthesis_of_glycoprotein_46(X))
& fn_anabolic_pathway_4(fn_synthesis_of_glycoprotein_46(X)) = fn_protein_3(fn_synthesis_of_glycoprotein_52(X))
& fn_synthesis_of_protein_20(X) = fn_protein_3(fn_synthesis_of_glycoprotein_52(X))
& fn_protein_3(fn_synthesis_of_glycoprotein_52(X)) = fn_synthesis_of_protein_20(X)
& fn_synthesis_of_protein_20(X) = fn_synthesis_of_protein_20(X)
& fn_anabolic_pathway_3(fn_synthesis_of_glycoprotein_46(X)) = fn_synthesis_of_protein_20(X)
& fn_synthesis_of_protein_20(X) = fn_anabolic_pathway_3(fn_synthesis_of_glycoprotein_46(X))
& fn_anabolic_pathway_3(fn_synthesis_of_glycoprotein_46(X)) = fn_synthesis_of_protein_22(X)
& fn_synthesis_of_protein_22(X) = fn_polymer_synthesis_18(fn_synthesis_of_glycoprotein_46(X))
& fn_polymer_synthesis_18(fn_synthesis_of_glycoprotein_46(X)) = fn_synthesis_of_protein_36(X)
& fn_synthesis_of_protein_36(X) = fn_synthesis_of_protein_37(X)
& fn_synthesis_of_protein_37(X) = fn_synthesis_of_protein_36(X)
& fn_synthesis_of_protein_36(X) = fn_polymer_synthesis_8(fn_synthesis_of_glycoprotein_46(X))
& fn_polymer_synthesis_8(fn_synthesis_of_glycoprotein_46(X)) = fn_synthesis_of_protein_41(X)
& fn_synthesis_of_protein_41(X) = fn_condensation_reaction_2(fn_synthesis_of_glycoprotein_14(X))
& fn_condensation_reaction_2(fn_synthesis_of_glycoprotein_14(X)) = fn_synthesis_of_protein_41(X)
& fn_synthesis_of_protein_42(X) = fn_synthesis_of_protein_41(X)
& fn_synthesis_of_protein_41(X) = fn_synthesis_of_protein_42(X)
& fn_synthesis_of_protein_42(X) = fn_polymer_synthesis_20(fn_synthesis_of_glycoprotein_46(X))
& fn_polymer_synthesis_20(fn_synthesis_of_glycoprotein_46(X)) = fn_synthesis_of_protein_19(X)
& fn_synthesis_of_protein_19(X) = fn_synthesis_of_protein_19(X)
& fn_synthesis_of_protein_19(X) = fn_polymer_synthesis_19(fn_synthesis_of_glycoprotein_46(X))
& fn_polymer_synthesis_19(fn_synthesis_of_glycoprotein_46(X)) = fn_synthesis_of_protein_17(X)
& fn_synthesis_of_protein_17(X) = fn_synthesis_of_protein_17(X)
& fn_polymer_synthesis_24(fn_synthesis_of_glycoprotein_46(X)) = fn_synthesis_of_protein_17(X)
& fn_synthesis_of_protein_17(X) = fn_polymer_synthesis_24(fn_synthesis_of_glycoprotein_46(X))
& fn_polymer_synthesis_24(fn_synthesis_of_glycoprotein_46(X)) = fn_enzyme_4(fn_synthesis_of_glycoprotein_64(X))
& fn_enzyme_4(fn_synthesis_of_glycoprotein_64(X)) = fn_ribosome_2(fn_synthesis_of_glycoprotein_60(X))
& fn_ribosome_2(fn_synthesis_of_glycoprotein_60(X)) = fn_synthesis_of_protein_7(X)
& fn_synthesis_of_protein_7(X) = fn_synthesis_of_protein_7(X)
& fn_polymer_synthesis_11(fn_synthesis_of_glycoprotein_46(X)) = fn_synthesis_of_protein_7(X)
& fn_synthesis_of_protein_7(X) = fn_polymer_synthesis_11(fn_synthesis_of_glycoprotein_46(X))
& fn_polymer_synthesis_11(fn_synthesis_of_glycoprotein_46(X)) = fn_polymer_synthesis_11(fn_synthesis_of_glycoprotein_46(X))
& fn_polymer_synthesis_11(fn_synthesis_of_glycoprotein_46(X)) = fn_synthesis_of_protein_29(X)
& fn_synthesis_of_protein_29(X) = fn_polymer_6(fn_synthesis_of_glycoprotein_52(X))
& fn_polymer_6(fn_synthesis_of_glycoprotein_52(X)) = fn_synthesis_of_protein_29(X)
& fn_synthesis_of_protein_29(X) = fn_synthesis_of_protein_27(X)
& fn_synthesis_of_protein_27(X) = fn_synthesis_of_protein_27(X)
& fn_synthesis_of_protein_27(X) = fn_glycoprotein_3(fn_synthesis_of_glycoprotein_52(X))
& fn_glycoprotein_3(fn_synthesis_of_glycoprotein_52(X)) = fn_move_1(fn_synthesis_of_glycoprotein_68(X))
& fn_move_1(fn_synthesis_of_glycoprotein_68(X)) = fn_move_1(fn_synthesis_of_glycoprotein_69(X))
& fn_move_1(fn_synthesis_of_glycoprotein_69(X)) = fn_transport_vesicle_1(fn_synthesis_of_glycoprotein_79(X))
& fn_transport_vesicle_1(fn_synthesis_of_glycoprotein_79(X)) = fn_transport_vesicle_1(fn_synthesis_of_glycoprotein_79(X))
& fn_transport_vesicle_1(fn_synthesis_of_glycoprotein_79(X)) = fn_anabolic_pathway_5(fn_synthesis_of_glycoprotein_76(X))
& fn_anabolic_pathway_5(fn_synthesis_of_glycoprotein_76(X)) = fn_anabolic_pathway_5(fn_synthesis_of_glycoprotein_76(X))
& fn_anabolic_pathway_5(fn_synthesis_of_glycoprotein_76(X)) = fn_polymer_synthesis_23(fn_synthesis_of_glycoprotein_76(X))
& fn_polymer_synthesis_23(fn_synthesis_of_glycoprotein_76(X)) = fn_condensation_reaction_1(fn_synthesis_of_glycoprotein_14(X))
& fn_synthesis_of_protein_42(X) = fn_condensation_reaction_1(fn_synthesis_of_glycoprotein_14(X))
& fn_condensation_reaction_1(fn_synthesis_of_glycoprotein_14(X)) = fn_synthesis_of_protein_42(X)
& fn_polymer_synthesis_22(fn_synthesis_of_glycoprotein_46(X)) = fn_synthesis_of_protein_42(X)
& fn_synthesis_of_protein_42(X) = fn_polymer_synthesis_22(fn_synthesis_of_glycoprotein_46(X))
& fn_dehydration_reaction_7(fn_synthesis_of_glycoprotein_14(X)) = fn_polymer_synthesis_22(fn_synthesis_of_glycoprotein_46(X))
& fn_polymer_synthesis_22(fn_synthesis_of_glycoprotein_46(X)) = fn_polymer_synthesis_22(fn_synthesis_of_glycoprotein_46(X))
& fn_polymer_synthesis_22(fn_synthesis_of_glycoprotein_46(X)) = fn_dehydration_reaction_7(fn_synthesis_of_glycoprotein_14(X))
& fn_dehydration_reaction_7(fn_synthesis_of_glycoprotein_14(X)) = fn_dehydration_reaction_7(fn_synthesis_of_glycoprotein_14(X))
& fn_dehydration_reaction_7(fn_synthesis_of_glycoprotein_14(X)) = fn_dehydration_reaction_8(fn_synthesis_of_glycoprotein_14(X))
& fn_dehydration_reaction_8(fn_synthesis_of_glycoprotein_14(X)) = fn_synthesis_of_protein_8(X)
& fn_synthesis_of_protein_8(X) = fn_synthesis_of_protein_31(X)
& fn_synthesis_of_protein_31(X) = fn_synthesis_of_protein_8(X)
& fn_synthesis_of_protein_8(X) = fn_synthesis_of_protein_8(X)
& fn_synthesis_of_protein_8(X) = fn_polymer_synthesis_7(fn_synthesis_of_glycoprotein_46(X))
& fn_polymer_synthesis_7(fn_synthesis_of_glycoprotein_46(X)) = fn_polymer_synthesis_7(fn_synthesis_of_glycoprotein_46(X))
& fn_polymer_synthesis_7(fn_synthesis_of_glycoprotein_46(X)) = fn_detach_2(fn_synthesis_of_glycoprotein_53(X))
& fn_detach_2(fn_synthesis_of_glycoprotein_53(X)) = fn_replace_3(fn_synthesis_of_glycoprotein_49(X))
& fn_replace_3(fn_synthesis_of_glycoprotein_49(X)) = fn_move_1(fn_synthesis_of_glycoprotein_58(X))
& fn_move_1(fn_synthesis_of_glycoprotein_58(X)) = fn_replace_3(fn_synthesis_of_glycoprotein_49(X))
& fn_replace_3(fn_synthesis_of_glycoprotein_49(X)) = fn_move_1(fn_synthesis_of_glycoprotein_59(X))
& fn_move_1(fn_synthesis_of_glycoprotein_59(X)) = fn_move_1(fn_synthesis_of_glycoprotein_58(X))
& fn_move_1(fn_synthesis_of_glycoprotein_58(X)) = fn_move_1(fn_synthesis_of_glycoprotein_59(X))
& fn_move_1(fn_synthesis_of_glycoprotein_59(X)) = fn_attach_2(fn_synthesis_of_glycoprotein_54(X))
& fn_attach_2(fn_synthesis_of_glycoprotein_54(X)) = fn_attach_2(fn_synthesis_of_glycoprotein_54(X))
& fn_attach_2(fn_synthesis_of_glycoprotein_54(X)) = fn_remove_2(fn_synthesis_of_glycoprotein_48(X))
& fn_remove_2(fn_synthesis_of_glycoprotein_48(X)) = fn_remove_2(fn_synthesis_of_glycoprotein_48(X))
& fn_remove_2(fn_synthesis_of_glycoprotein_48(X)) = fn_synthesis_of_protein_16(X)
& fn_synthesis_of_protein_16(X) = fn_synthesis_of_protein_16(X)
& fn_synthesis_of_protein_16(X) = fn_anabolic_pathway_5(fn_synthesis_of_glycoprotein_46(X))
& fn_anabolic_pathway_5(fn_synthesis_of_glycoprotein_46(X)) = fn_anabolic_pathway_5(fn_synthesis_of_glycoprotein_46(X))
& fn_polymer_synthesis_23(fn_synthesis_of_glycoprotein_46(X)) = fn_anabolic_pathway_5(fn_synthesis_of_glycoprotein_46(X))
& fn_anabolic_pathway_5(fn_synthesis_of_glycoprotein_46(X)) = fn_polymer_synthesis_23(fn_synthesis_of_glycoprotein_46(X))
& fn_polymer_synthesis_23(fn_synthesis_of_glycoprotein_46(X)) = fn_synthesis_of_protein_28(X)
& fn_synthesis_of_protein_28(X) = fn_synthesis_of_protein_28(X)
& fn_synthesis_of_protein_28(X) = fn_amino_acid_11(fn_synthesis_of_glycoprotein_39(X))
& fn_carbohydrate_39(fn_synthesis_of_glycoprotein_39(X)) = fn_amino_acid_11(fn_synthesis_of_glycoprotein_39(X))
& fn_carbohydrate_39(fn_synthesis_of_glycoprotein_39(X)) = fn_molecule_11(fn_synthesis_of_glycoprotein_39(X))
& fn_molecule_11(fn_synthesis_of_glycoprotein_39(X)) = fn_amino_acid_11(fn_synthesis_of_glycoprotein_39(X))
& fn_amino_acid_11(fn_synthesis_of_glycoprotein_39(X)) = fn_amino_acid_11(fn_synthesis_of_glycoprotein_39(X))
& fn_amino_acid_11(fn_synthesis_of_glycoprotein_39(X)) = fn_carbohydrate_39(fn_synthesis_of_glycoprotein_39(X))
& fn_amino_acid_27(fn_synthesis_of_glycoprotein_39(X)) = fn_amino_acid_27(fn_synthesis_of_glycoprotein_39(X))
& fn_amino_acid_27(fn_synthesis_of_glycoprotein_39(X)) = fn_carbohydrate_39(fn_synthesis_of_glycoprotein_39(X))
& fn_carbohydrate_39(fn_synthesis_of_glycoprotein_39(X)) = fn_amino_acid_27(fn_synthesis_of_glycoprotein_39(X))
& fn_carbohydrate_38(fn_synthesis_of_glycoprotein_39(X)) = fn_carbohydrate_38(fn_synthesis_of_glycoprotein_39(X))
& fn_carbohydrate_38(fn_synthesis_of_glycoprotein_39(X)) = fn_amino_acid_27(fn_synthesis_of_glycoprotein_39(X))
& fn_amino_acid_27(fn_synthesis_of_glycoprotein_39(X)) = fn_carbohydrate_38(fn_synthesis_of_glycoprotein_39(X))
& fn_carbohydrate_38(fn_synthesis_of_glycoprotein_39(X)) = fn_synthesis_of_protein_6(X)
& fn_synthesis_of_protein_6(X) = fn_synthesis_of_protein_6(X)
& fn_synthesis_of_protein_6(X) = fn_molecule_10(fn_synthesis_of_glycoprotein_39(X))
& fn_molecule_10(fn_synthesis_of_glycoprotein_39(X)) = fn_molecule_10(fn_synthesis_of_glycoprotein_39(X))
& fn_carbohydrate_36(fn_synthesis_of_glycoprotein_39(X)) = fn_molecule_10(fn_synthesis_of_glycoprotein_39(X))
& fn_molecule_10(fn_synthesis_of_glycoprotein_39(X)) = fn_carbohydrate_36(fn_synthesis_of_glycoprotein_39(X))
& fn_carbohydrate_36(fn_synthesis_of_glycoprotein_39(X)) = fn_attach_1(fn_synthesis_of_glycoprotein_55(X))
& fn_attach_1(fn_synthesis_of_glycoprotein_55(X)) = fn_reactant_3(fn_synthesis_of_glycoprotein_28(X))
& fn_reactant_3(fn_synthesis_of_glycoprotein_28(X)) = fn_reactant_3(fn_synthesis_of_glycoprotein_28(X))
& fn_reactant_3(fn_synthesis_of_glycoprotein_28(X)) = fn_synthesis_of_protein_31(X)
& fn_synthesis_of_protein_31(X) = fn_synthesis_of_protein_31(X)
& fn_synthesis_of_protein_31(X) = fn_polymer_synthesis_20(fn_synthesis_of_glycoprotein_46(X))
& fn_polymer_synthesis_20(fn_synthesis_of_glycoprotein_46(X)) = fn_polymer_synthesis_20(fn_synthesis_of_glycoprotein_46(X))
& fn_polymer_synthesis_20(fn_synthesis_of_glycoprotein_46(X)) = fn_move_out_of_1(fn_synthesis_of_glycoprotein_78(X))
& fn_move_out_of_1(fn_synthesis_of_glycoprotein_78(X)) = fn_metabolic_pathway_1(fn_synthesis_of_glycoprotein_81(X))
& fn_metabolic_pathway_1(fn_synthesis_of_glycoprotein_76(X)) = fn_metabolic_pathway_1(fn_synthesis_of_glycoprotein_46(X))
& fn_metabolic_pathway_1(fn_synthesis_of_glycoprotein_46(X)) = fn_metabolic_pathway_1(fn_synthesis_of_glycoprotein_81(X))
& fn_metabolic_pathway_1(fn_synthesis_of_glycoprotein_81(X)) = fn_metabolic_pathway_1(fn_synthesis_of_glycoprotein_82(X))
& fn_metabolic_pathway_1(fn_synthesis_of_glycoprotein_82(X)) = fn_metabolic_pathway_1(fn_synthesis_of_glycoprotein_76(X))
& fn_metabolic_pathway_1(fn_synthesis_of_glycoprotein_76(X)) = fn_synthesis_of_protein_11(fn_synthesis_of_glycoprotein_77(X))
& fn_synthesis_of_protein_11(fn_synthesis_of_glycoprotein_77(X)) = fn_synthesis_of_protein_11(fn_synthesis_of_glycoprotein_77(X))
& fn_synthesis_of_protein_11(fn_synthesis_of_glycoprotein_77(X)) = fn_synthesis_of_protein_11(X)
& fn_synthesis_of_protein_11(X) = fn_metabolic_pathway_1(fn_synthesis_of_glycoprotein_46(X))
& fn_metabolic_pathway_1(fn_synthesis_of_glycoprotein_46(X)) = fn_synthesis_of_protein_11(X)
& fn_synthesis_of_protein_11(X) = fn_synthesis_of_protein_11(X) ) ) ).
fof(a533053,axiom,
! [X,X1] :
( ( result_2(X,X1)
& synthesis_of_organic_molecule_1(X)
& gtp_1(X1) )
=> ( synthesis_of_gtp_1(X)
& fn_synthesis_of_gtp_9(X) = X1 ) ) ).
fof(a533054,axiom,
! [X] :
( synthesis_of_gtp_1(X)
=> ( original_name_2(X,'Synthesis-Of-GTP')
& user_description_2(X,'The GTP is synthesized by the addition of phosphate ion to GDP.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'gtp synthesis')
& concept2words_2(X,'gtp-synthesis')
& concept2words_2(X,'synthesis of gtp')
& concept2words_2(X,'synthesis-of-gtp')
& synthesis_of_organic_molecule_1(X)
& decrease_1(fn_synthesis_of_gtp_2(X))
& organic_molecule_1(fn_synthesis_of_gtp_3(X))
& free_energy_1(fn_synthesis_of_gtp_4(X))
& system_1(fn_synthesis_of_gtp_5(X))
& produce_1(fn_synthesis_of_gtp_6(X))
& dehydration_reaction_1(fn_synthesis_of_gtp_7(X))
& activation_energy_1(fn_synthesis_of_gtp_8(X))
& gtp_1(fn_synthesis_of_gtp_9(X))
& phosphate_ion_1(fn_synthesis_of_gtp_10(X))
& gdp_1(fn_synthesis_of_gtp_11(X))
& add_1(fn_synthesis_of_gtp_12(X))
& spatial_entity_1(fn_add_2(fn_synthesis_of_gtp_12(X)))
& spatial_entity_1(fn_add_1(fn_synthesis_of_gtp_12(X)))
& causes_2(X,fn_synthesis_of_gtp_2(X))
& causes_2(X,fn_synthesis_of_gtp_6(X))
& raw_material_2(X,fn_synthesis_of_gtp_11(X))
& raw_material_2(X,fn_synthesis_of_gtp_3(X))
& raw_material_2(X,fn_synthesis_of_gtp_8(X))
& result_2(X,fn_synthesis_of_gtp_4(X))
& subevent_2(X,fn_synthesis_of_gtp_12(X))
& subevent_2(X,fn_synthesis_of_gtp_7(X))
& object_2(fn_synthesis_of_gtp_2(X),fn_synthesis_of_gtp_4(X))
& base_2(fn_synthesis_of_gtp_12(X),fn_synthesis_of_gtp_11(X))
& object_2(fn_synthesis_of_gtp_12(X),fn_synthesis_of_gtp_10(X))
& raw_material_2(X,fn_synthesis_of_gtp_10(X))
& result_2(X,fn_synthesis_of_gtp_9(X))
& fn_synthesis_of_gtp_11(X) = fn_add_2(fn_synthesis_of_gtp_12(X))
& fn_synthesis_of_gtp_10(X) = fn_add_1(fn_synthesis_of_gtp_12(X))
& fn_synthesis_of_gtp_10(X) = fn_anabolic_pathway_6(X)
& fn_synthesis_of_gtp_9(X) = fn_synthesis_of_organic_molecule_1(X)
& fn_add_1(fn_synthesis_of_gtp_12(X)) = fn_anabolic_pathway_6(X) ) ) ).
fof(a533055,axiom,
! [X,X1] :
( ( result_2(X,X1)
& synthesis_of_organic_molecule_1(X)
& hormone_1(X1) )
=> ( synthesis_of_hormone_1(X)
& fn_synthesis_of_hormone_2(X) = X1 ) ) ).
fof(a533056,axiom,
! [X] :
( synthesis_of_hormone_1(X)
=> ( original_name_2(X,'Synthesis-Of-Hormone')
& user_description_2(X,'The production of hormone.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'hormone synthesis')
& concept2words_2(X,'hormone-synthesis')
& concept2words_2(X,'synthesis of hormone')
& concept2words_2(X,'synthesis-of-hormone')
& synthesis_of_organic_molecule_1(X)
& hormone_1(fn_synthesis_of_hormone_2(X))
& result_2(X,fn_synthesis_of_hormone_2(X))
& fn_synthesis_of_hormone_2(X) = fn_synthesis_of_organic_molecule_1(X) ) ) ).
fof(a533057,axiom,
! [X,X2,X1] :
( ( site_2(X,X1)
& result_2(X,X2)
& prokaryote_1(X1)
& synthesis_of_protein_1(X)
& human_protein_1(X2)
& functional_protein_1(X2) )
=> ( synthesis_of_human_protein_in_bacteria_1(X)
& fn_synthesis_of_human_protein_in_bacteria_2(X) = X1
& fn_synthesis_of_human_protein_in_bacteria_7(X) = X2 ) ) ).
fof(a533058,axiom,
! [X] :
( synthesis_of_human_protein_in_bacteria_1(X)
=> ( original_name_2(X,'Synthesis-of-Human-Protein-in-Bacteria')
& user_description_2(X,'Following transformation of bacteria with the addition of a gene which encodes human protein, the process of prokaryotic transcription and translation produce the human protein. Human insulin for medical treatment is made in this way.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of human protein in bacterium')
& concept2words_2(X,'synthesis-of-human-protein-in-bacteria')
& synthesis_of_protein_1(X)
& ~ enzyme_synthesis_1(X)
& ~ synthesis_of_glycoprotein_1(X)
& ~ synthesis_of_insulin_1(X)
& ~ synthesis_of_membrane_protein_1(X)
& prokaryotic_transcription_1(fn_synthesis_of_human_protein_in_bacteria_1(X))
& prokaryote_1(fn_synthesis_of_human_protein_in_bacteria_2(X))
& hydrophilic_compound_1(fn_synthesis_of_human_protein_in_bacteria_4(X))
& molecule_1(fn_synthesis_of_human_protein_in_bacteria_4(X))
& polar_molecule_1(fn_synthesis_of_human_protein_in_bacteria_4(X))
& chemical_entity_1(fn_synthesis_of_human_protein_in_bacteria_4(X))
& water_molecule_1(fn_synthesis_of_human_protein_in_bacteria_4(X))
& amino_acid_1(fn_synthesis_of_human_protein_in_bacteria_5(X))
& chemical_entity_1(fn_synthesis_of_human_protein_in_bacteria_6(X))
& molecule_1(fn_synthesis_of_human_protein_in_bacteria_6(X))
& monomer_1(fn_synthesis_of_human_protein_in_bacteria_6(X))
& human_protein_1(fn_synthesis_of_human_protein_in_bacteria_7(X))
& functional_protein_1(fn_synthesis_of_human_protein_in_bacteria_7(X))
& add_1(fn_synthesis_of_human_protein_in_bacteria_8(X))
& human_gene_1(fn_synthesis_of_human_protein_in_bacteria_9(X))
& condensation_reaction_1(fn_synthesis_of_human_protein_in_bacteria_10(X))
& endergonic_reaction_1(fn_synthesis_of_human_protein_in_bacteria_10(X))
& dehydration_reaction_1(fn_synthesis_of_human_protein_in_bacteria_10(X))
& spatial_entity_1(fn_add_1(fn_synthesis_of_human_protein_in_bacteria_8(X)))
& molecule_1(fn_dehydration_reaction_8(fn_synthesis_of_human_protein_in_bacteria_10(X)))
& chemical_entity_1(fn_dehydration_reaction_7(fn_synthesis_of_human_protein_in_bacteria_10(X)))
& molecule_1(fn_dehydration_reaction_7(fn_synthesis_of_human_protein_in_bacteria_10(X)))
& molecule_1(fn_condensation_reaction_3(fn_synthesis_of_human_protein_in_bacteria_10(X)))
& water_molecule_1(fn_dehydration_reaction_6(fn_synthesis_of_human_protein_in_bacteria_10(X)))
& next_event_2(fn_synthesis_of_human_protein_in_bacteria_8(X),fn_synthesis_of_human_protein_in_bacteria_1(X))
& raw_material_2(X,fn_synthesis_of_human_protein_in_bacteria_5(X))
& site_2(X,fn_synthesis_of_human_protein_in_bacteria_2(X))
& subevent_2(X,fn_synthesis_of_human_protein_in_bacteria_1(X))
& subevent_2(X,fn_synthesis_of_human_protein_in_bacteria_8(X))
& first_subevent_2(X,fn_synthesis_of_human_protein_in_bacteria_8(X))
& object_2(fn_synthesis_of_human_protein_in_bacteria_8(X),fn_synthesis_of_human_protein_in_bacteria_9(X))
& raw_material_2(fn_synthesis_of_human_protein_in_bacteria_10(X),fn_synthesis_of_human_protein_in_bacteria_5(X))
& fn_synthesis_of_human_protein_in_bacteria_4(X) != fn_synthesis_of_human_protein_in_bacteria_5(X)
& fn_synthesis_of_human_protein_in_bacteria_5(X) != fn_synthesis_of_human_protein_in_bacteria_4(X)
& fn_synthesis_of_human_protein_in_bacteria_6(X) != fn_synthesis_of_human_protein_in_bacteria_5(X)
& fn_synthesis_of_human_protein_in_bacteria_5(X) != fn_synthesis_of_human_protein_in_bacteria_6(X)
& has_part_2(fn_synthesis_of_human_protein_in_bacteria_7(X),fn_synthesis_of_human_protein_in_bacteria_6(X))
& result_2(X,fn_synthesis_of_human_protein_in_bacteria_7(X))
& result_2(fn_synthesis_of_human_protein_in_bacteria_10(X),fn_synthesis_of_human_protein_in_bacteria_7(X))
& subevent_2(X,fn_synthesis_of_human_protein_in_bacteria_10(X))
& raw_material_2(X,fn_synthesis_of_human_protein_in_bacteria_6(X))
& result_2(X,fn_synthesis_of_human_protein_in_bacteria_4(X))
& result_2(fn_synthesis_of_human_protein_in_bacteria_10(X),fn_synthesis_of_human_protein_in_bacteria_4(X))
& raw_material_2(fn_synthesis_of_human_protein_in_bacteria_10(X),fn_synthesis_of_human_protein_in_bacteria_6(X))
& fn_synthesis_of_human_protein_in_bacteria_6(X) != fn_synthesis_of_human_protein_in_bacteria_4(X)
& fn_synthesis_of_human_protein_in_bacteria_4(X) != fn_synthesis_of_human_protein_in_bacteria_6(X)
& fn_synthesis_of_human_protein_in_bacteria_9(X) = fn_add_1(fn_synthesis_of_human_protein_in_bacteria_8(X))
& fn_synthesis_of_human_protein_in_bacteria_6(X) = fn_dehydration_reaction_7(fn_synthesis_of_human_protein_in_bacteria_10(X))
& fn_synthesis_of_human_protein_in_bacteria_5(X) = fn_dehydration_reaction_7(fn_synthesis_of_human_protein_in_bacteria_10(X))
& fn_synthesis_of_human_protein_in_bacteria_5(X) = fn_dehydration_reaction_8(fn_synthesis_of_human_protein_in_bacteria_10(X))
& fn_synthesis_of_human_protein_in_bacteria_6(X) = fn_synthesis_of_protein_29(X)
& fn_synthesis_of_human_protein_in_bacteria_7(X) = fn_synthesis_of_protein_16(X)
& fn_synthesis_of_human_protein_in_bacteria_6(X) = fn_polymer_synthesis_22(X)
& fn_synthesis_of_human_protein_in_bacteria_4(X) = fn_condensation_reaction_3(fn_synthesis_of_human_protein_in_bacteria_10(X))
& fn_synthesis_of_human_protein_in_bacteria_4(X) = fn_dehydration_reaction_6(fn_synthesis_of_human_protein_in_bacteria_10(X))
& fn_synthesis_of_human_protein_in_bacteria_10(X) = fn_synthesis_of_protein_17(X)
& fn_synthesis_of_human_protein_in_bacteria_4(X) = fn_synthesis_of_protein_7(X)
& fn_synthesis_of_human_protein_in_bacteria_10(X) = fn_polymer_synthesis_24(X)
& fn_synthesis_of_human_protein_in_bacteria_6(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_human_protein_in_bacteria_4(X) = fn_anabolic_pathway_5(X)
& fn_synthesis_of_human_protein_in_bacteria_4(X) = fn_polymer_synthesis_11(X)
& fn_dehydration_reaction_8(fn_synthesis_of_human_protein_in_bacteria_10(X)) = fn_dehydration_reaction_8(fn_synthesis_of_human_protein_in_bacteria_10(X))
& fn_dehydration_reaction_8(fn_synthesis_of_human_protein_in_bacteria_10(X)) = fn_dehydration_reaction_7(fn_synthesis_of_human_protein_in_bacteria_10(X))
& fn_dehydration_reaction_7(fn_synthesis_of_human_protein_in_bacteria_10(X)) = fn_dehydration_reaction_8(fn_synthesis_of_human_protein_in_bacteria_10(X))
& fn_dehydration_reaction_8(fn_synthesis_of_human_protein_in_bacteria_10(X)) = fn_synthesis_of_protein_17(X)
& fn_polymer_synthesis_24(X) = fn_polymer_synthesis_24(X)
& fn_polymer_synthesis_24(X) = fn_synthesis_of_protein_17(X)
& fn_synthesis_of_protein_17(X) = fn_polymer_synthesis_24(X)
& fn_polymer_synthesis_24(X) = fn_dehydration_reaction_7(fn_synthesis_of_human_protein_in_bacteria_10(X))
& fn_dehydration_reaction_7(fn_synthesis_of_human_protein_in_bacteria_10(X)) = fn_polymer_synthesis_22(X)
& fn_polymer_synthesis_22(X) = fn_dehydration_reaction_7(fn_synthesis_of_human_protein_in_bacteria_10(X))
& fn_dehydration_reaction_7(fn_synthesis_of_human_protein_in_bacteria_10(X)) = fn_dehydration_reaction_7(fn_synthesis_of_human_protein_in_bacteria_10(X))
& fn_dehydration_reaction_7(fn_synthesis_of_human_protein_in_bacteria_10(X)) = fn_synthesis_of_protein_29(X)
& fn_synthesis_of_protein_29(X) = fn_synthesis_of_protein_29(X)
& fn_synthesis_of_protein_29(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_condensation_reaction_3(fn_synthesis_of_human_protein_in_bacteria_10(X))
& fn_condensation_reaction_3(fn_synthesis_of_human_protein_in_bacteria_10(X)) = fn_anabolic_pathway_5(X)
& fn_anabolic_pathway_5(X) = fn_dehydration_reaction_6(fn_synthesis_of_human_protein_in_bacteria_10(X))
& fn_dehydration_reaction_6(fn_synthesis_of_human_protein_in_bacteria_10(X)) = fn_condensation_reaction_3(fn_synthesis_of_human_protein_in_bacteria_10(X))
& fn_condensation_reaction_3(fn_synthesis_of_human_protein_in_bacteria_10(X)) = fn_dehydration_reaction_6(fn_synthesis_of_human_protein_in_bacteria_10(X))
& fn_dehydration_reaction_6(fn_synthesis_of_human_protein_in_bacteria_10(X)) = fn_dehydration_reaction_6(fn_synthesis_of_human_protein_in_bacteria_10(X))
& fn_dehydration_reaction_6(fn_synthesis_of_human_protein_in_bacteria_10(X)) = fn_synthesis_of_protein_7(X)
& fn_synthesis_of_protein_7(X) = fn_synthesis_of_protein_7(X)
& fn_synthesis_of_protein_7(X) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_polymer_synthesis_11(X) ) ) ).
fof(a533059,axiom,
! [X,X1] :
( ( result_2(X,X1)
& synthesis_of_organic_molecule_1(X)
& inosine_1(X1) )
=> ( synthesis_of_inosine_1(X)
& fn_synthesis_of_inosine_7(X) = X1 ) ) ).
fof(a533060,axiom,
! [X] :
( synthesis_of_inosine_1(X)
=> ( original_name_2(X,'Synthesis-of-Inosine')
& user_description_2(X,'Inosine is formed by enzymatic alteration of adenine after tRNA is synthesized.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'inosine synthesis')
& concept2words_2(X,'inosine-synthesis')
& concept2words_2(X,'synthesis of inosine')
& concept2words_2(X,'synthesis-of-inosine')
& synthesis_of_organic_molecule_1(X)
& ~ synthesis_of_carbohydrate_1(X)
& ~ synthesis_of_coenzyme_1(X)
& ~ synthesis_of_fat_1(X)
& ~ synthesis_of_fatty_acid_1(X)
& ~ synthesis_of_lipid_1(X)
& ~ synthesis_of_protein_1(X)
& change_1(fn_synthesis_of_inosine_1(X))
& adenine_1(fn_synthesis_of_inosine_3(X))
& protein_enzyme_1(fn_synthesis_of_inosine_4(X))
& trna_1(fn_synthesis_of_inosine_5(X))
& synthesis_reaction_1(fn_synthesis_of_inosine_6(X))
& inosine_1(fn_synthesis_of_inosine_7(X))
& chemical_entity_1(fn_chemical_reaction_1(fn_synthesis_of_inosine_6(X)))
& chemical_reaction_1(fn_enzyme_4(fn_synthesis_of_inosine_4(X)))
& result_2(fn_synthesis_of_inosine_1(X),fn_synthesis_of_inosine_7(X))
& agent_2(fn_synthesis_of_inosine_1(X),fn_synthesis_of_inosine_4(X))
& object_2(fn_synthesis_of_inosine_1(X),fn_synthesis_of_inosine_3(X))
& causes_2(fn_synthesis_of_inosine_6(X),fn_synthesis_of_inosine_1(X))
& is_at_2(fn_synthesis_of_inosine_3(X),fn_synthesis_of_inosine_5(X))
& subevent_2(X,fn_synthesis_of_inosine_1(X))
& result_2(fn_synthesis_of_inosine_6(X),fn_synthesis_of_inosine_5(X))
& raw_material_2(X,fn_synthesis_of_inosine_3(X))
& result_2(X,fn_synthesis_of_inosine_7(X))
& has_function_2(fn_synthesis_of_inosine_4(X),X)
& fn_synthesis_of_inosine_5(X) = fn_chemical_reaction_1(fn_synthesis_of_inosine_6(X))
& fn_synthesis_of_inosine_3(X) = fn_anabolic_pathway_6(X)
& fn_synthesis_of_inosine_7(X) = fn_synthesis_of_organic_molecule_1(X)
& X = fn_enzyme_4(fn_synthesis_of_inosine_4(X)) ) ) ).
fof(a533061,axiom,
! [X] :
( synthesis_of_insulin_1(X)
=> ( original_name_2(X,'Synthesis-Of-Insulin')
& user_description_2(X,'The protein insulin is synthesized as a single polypeptide chain but becomes active only after an enzyme cuts out a central part of the chain, leaving a protein made up of two polypeptide chains connected by disulfide bridges.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'insulin synthesis')
& concept2words_2(X,'insulin-synthesis')
& concept2words_2(X,'synthesis of insulin')
& concept2words_2(X,'synthesis-of-insulin')
& synthesis_of_hormone_1(X)
& synthesis_of_protein_1(X)
& ~ enzyme_synthesis_1(X)
& ~ synthesis_of_glycoprotein_1(X)
& ~ synthesis_of_human_protein_in_bacteria_1(X)
& ~ synthesis_of_membrane_protein_1(X)
& disulfide_bond_1(fn_synthesis_of_insulin_1(X))
& hydrophilic_compound_1(fn_synthesis_of_insulin_3(X))
& molecule_1(fn_synthesis_of_insulin_3(X))
& polar_molecule_1(fn_synthesis_of_insulin_3(X))
& chemical_entity_1(fn_synthesis_of_insulin_3(X))
& water_molecule_1(fn_synthesis_of_insulin_3(X))
& condensation_reaction_1(fn_synthesis_of_insulin_4(X))
& endergonic_reaction_1(fn_synthesis_of_insulin_4(X))
& dehydration_reaction_1(fn_synthesis_of_insulin_4(X))
& monomer_1(fn_synthesis_of_insulin_5(X))
& amino_acid_1(fn_synthesis_of_insulin_5(X))
& monomer_1(fn_synthesis_of_insulin_6(X))
& monomer_1(fn_synthesis_of_insulin_7(X))
& structural_complexity_value_1(fn_synthesis_of_insulin_8(X))
& monomer_1(fn_synthesis_of_insulin_9(X))
& attach_1(fn_synthesis_of_insulin_10(X))
& spatial_entity_1(fn_synthesis_of_insulin_11(X))
& polypeptide_1(fn_synthesis_of_insulin_11(X))
& polypeptide_1(fn_synthesis_of_insulin_12(X))
& polypeptide_1(fn_synthesis_of_insulin_13(X))
& remove_1(fn_synthesis_of_insulin_14(X))
& anabolic_pathway_1(fn_synthesis_of_insulin_15(X))
& polymer_synthesis_1(fn_synthesis_of_insulin_15(X))
& translation_1(fn_synthesis_of_insulin_15(X))
& insulin_1(fn_synthesis_of_insulin_16(X))
& spatial_entity_1(fn_attach_2(fn_synthesis_of_insulin_10(X)))
& spatial_entity_1(fn_remove_1(fn_synthesis_of_insulin_14(X)))
& spatial_entity_1(fn_attach_1(fn_synthesis_of_insulin_10(X)))
& polypeptide_1(fn_protein_8(fn_synthesis_of_insulin_16(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_synthesis_of_insulin_15(X)))
& polymer_1(fn_polymer_synthesis_23(fn_synthesis_of_insulin_15(X)))
& chemical_entity_1(fn_polymer_synthesis_23(fn_synthesis_of_insulin_15(X)))
& monomer_1(fn_polymer_6(fn_synthesis_of_insulin_16(X)))
& monomer_1(fn_polymer_4(fn_synthesis_of_insulin_16(X)))
& structural_complexity_value_1(fn_protein_3(fn_synthesis_of_insulin_16(X)))
& exactCardinality(fn_synthesis_of_insulin_16(X),has_part_0,"2",polypeptide_0)
& next_event_2(fn_synthesis_of_insulin_15(X),fn_synthesis_of_insulin_14(X))
& next_event_2(fn_synthesis_of_insulin_14(X),fn_synthesis_of_insulin_10(X))
& subevent_2(X,fn_synthesis_of_insulin_10(X))
& subevent_2(X,fn_synthesis_of_insulin_14(X))
& agent_2(fn_synthesis_of_insulin_10(X),fn_synthesis_of_insulin_1(X))
& result_2(fn_synthesis_of_insulin_10(X),fn_synthesis_of_insulin_16(X))
& result_2(fn_synthesis_of_insulin_15(X),fn_synthesis_of_insulin_16(X))
& object_2(fn_synthesis_of_insulin_10(X),fn_synthesis_of_insulin_11(X))
& base_2(fn_synthesis_of_insulin_10(X),fn_synthesis_of_insulin_12(X))
& object_2(fn_synthesis_of_insulin_14(X),fn_synthesis_of_insulin_13(X))
& result_2(X,fn_synthesis_of_insulin_16(X))
& result_2(fn_synthesis_of_insulin_4(X),fn_synthesis_of_insulin_16(X))
& has_part_2(fn_synthesis_of_insulin_16(X),fn_synthesis_of_insulin_9(X))
& has_part_2(fn_synthesis_of_insulin_16(X),fn_synthesis_of_insulin_7(X))
& structural_complexity_2(fn_synthesis_of_insulin_16(X),fn_synthesis_of_insulin_8(X))
& has_part_2(fn_synthesis_of_insulin_16(X),fn_synthesis_of_insulin_11(X))
& fn_synthesis_of_insulin_5(X) != fn_synthesis_of_insulin_6(X)
& fn_synthesis_of_insulin_6(X) != fn_synthesis_of_insulin_5(X)
& has_state_2(fn_synthesis_of_insulin_6(X),fn_synthesis_of_insulin_9(X))
& raw_material_2(X,fn_synthesis_of_insulin_6(X))
& raw_material_2(fn_synthesis_of_insulin_4(X),fn_synthesis_of_insulin_6(X))
& fn_synthesis_of_insulin_3(X) != fn_synthesis_of_insulin_6(X)
& fn_synthesis_of_insulin_6(X) != fn_synthesis_of_insulin_3(X)
& result_2(fn_synthesis_of_insulin_4(X),fn_synthesis_of_insulin_3(X))
& has_state_2(fn_synthesis_of_insulin_5(X),fn_synthesis_of_insulin_7(X))
& raw_material_2(X,fn_synthesis_of_insulin_5(X))
& raw_material_2(fn_synthesis_of_insulin_4(X),fn_synthesis_of_insulin_5(X))
& subevent_2(X,fn_synthesis_of_insulin_4(X))
& first_subevent_2(X,fn_synthesis_of_insulin_15(X))
& subevent_2(X,fn_synthesis_of_insulin_15(X))
& result_2(X,fn_synthesis_of_insulin_3(X))
& structural_complexity_2(fn_synthesis_of_insulin_3(X),fn_synthesis_of_insulin_8(X))
& the_scalar_value_2(fn_synthesis_of_insulin_8(X),complex_0)
& scalar_unit_class_2(fn_synthesis_of_insulin_8(X),polypeptide_0)
& fn_synthesis_of_insulin_5(X) != fn_synthesis_of_insulin_3(X)
& fn_synthesis_of_insulin_3(X) != fn_synthesis_of_insulin_5(X)
& fn_synthesis_of_insulin_16(X) = fn_anabolic_pathway_5(fn_synthesis_of_insulin_15(X))
& fn_synthesis_of_insulin_16(X) = fn_polymer_synthesis_23(fn_synthesis_of_insulin_15(X))
& fn_synthesis_of_insulin_11(X) = fn_attach_1(fn_synthesis_of_insulin_10(X))
& fn_synthesis_of_insulin_12(X) = fn_attach_2(fn_synthesis_of_insulin_10(X))
& fn_synthesis_of_insulin_13(X) = fn_remove_1(fn_synthesis_of_insulin_14(X))
& fn_synthesis_of_insulin_16(X) = fn_synthesis_of_protein_16(X)
& fn_synthesis_of_insulin_9(X) = fn_polymer_6(fn_synthesis_of_insulin_16(X))
& fn_synthesis_of_insulin_7(X) = fn_polymer_4(fn_synthesis_of_insulin_16(X))
& fn_synthesis_of_insulin_8(X) = fn_protein_3(fn_synthesis_of_insulin_16(X))
& fn_synthesis_of_insulin_11(X) = fn_protein_8(fn_synthesis_of_insulin_16(X))
& fn_synthesis_of_insulin_5(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_insulin_9(X) = fn_polymer_synthesis_7(X)
& fn_synthesis_of_insulin_6(X) = fn_polymer_synthesis_22(X)
& fn_synthesis_of_insulin_6(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_insulin_4(X) = fn_polymer_synthesis_24(X)
& fn_synthesis_of_insulin_3(X) = fn_polymer_synthesis_11(X)
& fn_synthesis_of_insulin_7(X) = fn_synthesis_of_protein_27(X)
& fn_synthesis_of_insulin_7(X) = fn_synthesis_of_protein_29(X)
& fn_synthesis_of_insulin_2(X) = fn_synthesis_of_protein_34(X)
& fn_synthesis_of_insulin_15(X) = fn_synthesis_of_protein_13(X)
& fn_synthesis_of_insulin_4(X) = fn_synthesis_of_protein_17(X)
& fn_synthesis_of_insulin_8(X) = fn_anabolic_pathway_3(X)
& fn_synthesis_of_insulin_8(X) = fn_synthesis_of_protein_20(X)
& fn_synthesis_of_insulin_5(X) = fn_synthesis_of_protein_31(X)
& fn_synthesis_of_insulin_5(X) = fn_synthesis_of_protein_8(X)
& fn_synthesis_of_insulin_3(X) = fn_anabolic_pathway_5(X)
& fn_synthesis_of_insulin_3(X) = fn_synthesis_of_protein_7(X)
& fn_attach_1(fn_synthesis_of_insulin_10(X)) = fn_protein_8(fn_synthesis_of_insulin_16(X))
& fn_protein_8(fn_synthesis_of_insulin_16(X)) = fn_anabolic_pathway_5(fn_synthesis_of_insulin_15(X))
& fn_anabolic_pathway_5(fn_synthesis_of_insulin_15(X)) = fn_polymer_synthesis_23(fn_synthesis_of_insulin_15(X))
& fn_polymer_synthesis_23(fn_synthesis_of_insulin_15(X)) = fn_polymer_synthesis_23(fn_synthesis_of_insulin_15(X))
& fn_polymer_synthesis_23(fn_synthesis_of_insulin_15(X)) = fn_synthesis_of_protein_16(X)
& fn_synthesis_of_protein_16(X) = fn_synthesis_of_protein_16(X)
& fn_synthesis_of_protein_16(X) = fn_polymer_6(fn_synthesis_of_insulin_16(X))
& fn_polymer_6(fn_synthesis_of_insulin_16(X)) = fn_polymer_synthesis_7(X)
& fn_polymer_synthesis_7(X) = fn_polymer_synthesis_22(X)
& fn_polymer_synthesis_22(X) = fn_polymer_synthesis_22(X)
& fn_polymer_synthesis_20(X) = fn_polymer_synthesis_22(X)
& fn_polymer_synthesis_22(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_polymer_4(fn_synthesis_of_insulin_16(X))
& fn_polymer_4(fn_synthesis_of_insulin_16(X)) = fn_synthesis_of_protein_27(X)
& fn_synthesis_of_protein_27(X) = fn_synthesis_of_protein_27(X)
& fn_synthesis_of_protein_27(X) = fn_synthesis_of_protein_29(X)
& fn_synthesis_of_protein_29(X) = fn_synthesis_of_protein_17(X)
& fn_synthesis_of_protein_17(X) = fn_polymer_synthesis_24(X)
& fn_polymer_synthesis_24(X) = fn_polymer_synthesis_24(X)
& fn_polymer_synthesis_24(X) = fn_synthesis_of_protein_17(X)
& fn_synthesis_of_protein_17(X) = fn_synthesis_of_protein_17(X)
& fn_synthesis_of_protein_17(X) = fn_protein_3(fn_synthesis_of_insulin_16(X))
& fn_protein_3(fn_synthesis_of_insulin_16(X)) = fn_anabolic_pathway_3(X)
& fn_anabolic_pathway_3(X) = fn_protein_3(fn_synthesis_of_insulin_16(X))
& fn_protein_3(fn_synthesis_of_insulin_16(X)) = fn_synthesis_of_protein_20(X)
& fn_synthesis_of_protein_20(X) = fn_synthesis_of_protein_20(X)
& fn_synthesis_of_protein_20(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_synthesis_of_protein_31(X)
& fn_synthesis_of_protein_31(X) = fn_synthesis_of_protein_31(X)
& fn_synthesis_of_protein_8(X) = fn_synthesis_of_protein_8(X)
& fn_synthesis_of_protein_8(X) = fn_synthesis_of_protein_31(X)
& fn_synthesis_of_protein_31(X) = fn_synthesis_of_protein_8(X)
& fn_synthesis_of_protein_8(X) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_anabolic_pathway_5(X)
& fn_anabolic_pathway_5(X) = fn_anabolic_pathway_5(X)
& fn_anabolic_pathway_5(X) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_synthesis_of_protein_7(X)
& fn_synthesis_of_protein_7(X) = fn_synthesis_of_protein_7(X) ) ) ).
fof(a533062,axiom,
! [X] :
( synthesis_of_insulin_by_animal_1(X)
=> ( original_name_2(X,'Synthesis-Of-Insulin-By-Animal')
& user_description_2(X,'Insulin is produced in the pancreas and released when any of the several stimuli are detected. The stimuli include ingested protein and glucose in the blood produced from digested food.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of insulin by animal')
& concept2words_2(X,'synthesis-of-insulin-by-animal')
& synthesis_of_insulin_1(X)
& time_interval_1(fn_synthesis_of_insulin_by_animal_1(X))
& time_interval_1(fn_synthesis_of_insulin_by_animal_2(X))
& time_interval_1(fn_synthesis_of_insulin_by_animal_3(X))
& time_interval_1(fn_synthesis_of_insulin_by_animal_4(X))
& time_interval_1(fn_synthesis_of_insulin_by_animal_5(X))
& time_interval_1(fn_synthesis_of_insulin_by_animal_6(X))
& regulation_1(fn_synthesis_of_insulin_by_animal_7(X))
& determined_by_1(fn_synthesis_of_insulin_by_animal_8(X))
& resource_1(fn_synthesis_of_insulin_by_animal_9(X))
& animal_1(fn_synthesis_of_insulin_by_animal_10(X))
& pancreas_cell_1(fn_synthesis_of_insulin_by_animal_11(X))
& pancreas_1(fn_synthesis_of_insulin_by_animal_12(X))
& reactant_1(fn_synthesis_of_insulin_by_animal_13(X))
& monomer_1(fn_synthesis_of_insulin_by_animal_14(X))
& amino_acid_1(fn_synthesis_of_insulin_by_animal_14(X))
& monomer_1(fn_synthesis_of_insulin_by_animal_15(X))
& amino_acid_1(fn_synthesis_of_insulin_by_animal_15(X))
& monomer_1(fn_synthesis_of_insulin_by_animal_16(X))
& monomer_1(fn_synthesis_of_insulin_by_animal_17(X))
& post_translational_modification_1(fn_synthesis_of_insulin_by_animal_18(X))
& hydrophilic_compound_1(fn_synthesis_of_insulin_by_animal_19(X))
& molecule_1(fn_synthesis_of_insulin_by_animal_19(X))
& polar_molecule_1(fn_synthesis_of_insulin_by_animal_19(X))
& chemical_entity_1(fn_synthesis_of_insulin_by_animal_19(X))
& water_molecule_1(fn_synthesis_of_insulin_by_animal_19(X))
& ribosome_1(fn_synthesis_of_insulin_by_animal_20(X))
& anabolic_pathway_1(fn_synthesis_of_insulin_by_animal_21(X))
& polymer_synthesis_1(fn_synthesis_of_insulin_by_animal_21(X))
& translation_1(fn_synthesis_of_insulin_by_animal_21(X))
& remove_1(fn_synthesis_of_insulin_by_animal_22(X))
& attach_1(fn_synthesis_of_insulin_by_animal_23(X))
& condensation_reaction_1(fn_synthesis_of_insulin_by_animal_24(X))
& endergonic_reaction_1(fn_synthesis_of_insulin_by_animal_24(X))
& dehydration_reaction_1(fn_synthesis_of_insulin_by_animal_24(X))
& spatial_entity_1(fn_synthesis_of_insulin_by_animal_25(X))
& polymer_1(fn_synthesis_of_insulin_by_animal_25(X))
& chemical_entity_1(fn_synthesis_of_insulin_by_animal_25(X))
& polypeptide_1(fn_synthesis_of_insulin_by_animal_25(X))
& hormone_1(fn_synthesis_of_insulin_by_animal_26(X))
& insulin_1(fn_synthesis_of_insulin_by_animal_26(X))
& protein_enzyme_1(fn_synthesis_of_insulin_by_animal_27(X))
& animal_cell_1(fn_synthesis_of_insulin_by_animal_28(X))
& decrease_1(fn_synthesis_of_insulin_by_animal_29(X))
& decrease_1(fn_synthesis_of_insulin_by_animal_30(X))
& intracellular_process_1(fn_synthesis_of_insulin_by_animal_31(X))
& translation_termination_1(fn_synthesis_of_insulin_by_animal_31(X))
& intracellular_process_1(fn_synthesis_of_insulin_by_animal_32(X))
& translation_elongation_1(fn_synthesis_of_insulin_by_animal_32(X))
& intracellular_process_1(fn_synthesis_of_insulin_by_animal_33(X))
& translation_initiation_1(fn_synthesis_of_insulin_by_animal_33(X))
& free_energy_1(fn_synthesis_of_insulin_by_animal_34(X))
& structural_complexity_value_1(fn_synthesis_of_insulin_by_animal_35(X))
& spatial_entity_1(fn_synthesis_of_insulin_by_animal_36(X))
& polypeptide_1(fn_synthesis_of_insulin_by_animal_36(X))
& quantity_value_1(fn_synthesis_of_insulin_by_animal_37(X))
& rate_value_1(fn_synthesis_of_insulin_by_animal_38(X))
& structural_complexity_value_1(fn_synthesis_of_insulin_by_animal_42(X))
& free_energy_1(fn_synthesis_of_insulin_by_animal_43(X))
& monomer_1(fn_synthesis_of_insulin_by_animal_44(X))
& monomer_1(fn_synthesis_of_insulin_by_animal_45(X))
& monomer_1(fn_synthesis_of_insulin_by_animal_46(X))
& monomer_1(fn_synthesis_of_insulin_by_animal_47(X))
& molecule_1(fn_synthesis_of_insulin_by_animal_48(X))
& polar_molecule_1(fn_synthesis_of_insulin_by_animal_48(X))
& chemical_entity_1(fn_synthesis_of_insulin_by_animal_48(X))
& water_molecule_1(fn_synthesis_of_insulin_by_animal_48(X))
& dehydration_reaction_1(fn_synthesis_of_insulin_by_animal_49(X))
& decrease_1(fn_enzyme_5(fn_synthesis_of_insulin_by_animal_27(X)))
& cell_1(fn_intracellular_process_1(fn_synthesis_of_insulin_by_animal_31(X)))
& decrease_1(fn_translation_termination_6(fn_synthesis_of_insulin_by_animal_31(X)))
& ribosome_1(fn_cell_14(fn_synthesis_of_insulin_by_animal_28(X)))
& polypeptide_1(fn_translation_termination_2(fn_synthesis_of_insulin_by_animal_31(X)))
& spatial_entity_1(fn_remove_2(fn_synthesis_of_insulin_by_animal_22(X)))
& chemical_reaction_1(fn_enzyme_4(fn_synthesis_of_insulin_by_animal_27(X)))
& time_before_2(fn_synthesis_of_insulin_by_animal_1(X),fn_synthesis_of_insulin_by_animal_3(X))
& time_before_2(fn_synthesis_of_insulin_by_animal_2(X),fn_synthesis_of_insulin_by_animal_1(X))
& time_during_2(fn_synthesis_of_insulin_by_animal_33(X),fn_synthesis_of_insulin_by_animal_2(X))
& time_during_2(fn_synthesis_of_insulin_by_animal_32(X),fn_synthesis_of_insulin_by_animal_1(X))
& time_during_2(fn_synthesis_of_insulin_by_animal_31(X),fn_synthesis_of_insulin_by_animal_3(X))
& time_before_2(fn_synthesis_of_insulin_by_animal_4(X),fn_synthesis_of_insulin_by_animal_5(X))
& time_before_2(fn_synthesis_of_insulin_by_animal_5(X),fn_synthesis_of_insulin_by_animal_6(X))
& supports_2(fn_synthesis_of_insulin_by_animal_7(X),X)
& object_2(fn_synthesis_of_insulin_by_animal_8(X),fn_synthesis_of_insulin_by_animal_28(X))
& by_means_of_2(fn_synthesis_of_insulin_by_animal_8(X),X)
& in_event_2(fn_synthesis_of_insulin_by_animal_9(X),X)
& has_part_2(fn_synthesis_of_insulin_by_animal_10(X),fn_synthesis_of_insulin_by_animal_12(X))
& possesses_2(fn_synthesis_of_insulin_by_animal_26(X),fn_synthesis_of_insulin_by_animal_34(X))
& experiencer_2(X,fn_synthesis_of_insulin_by_animal_10(X))
& causes_2(X,fn_synthesis_of_insulin_by_animal_8(X))
& site_2(X,fn_synthesis_of_insulin_by_animal_11(X))
& time_during_2(fn_synthesis_of_insulin_by_animal_23(X),fn_synthesis_of_insulin_by_animal_6(X))
& time_during_2(fn_synthesis_of_insulin_by_animal_22(X),fn_synthesis_of_insulin_by_animal_5(X))
& time_during_2(fn_synthesis_of_insulin_by_animal_21(X),fn_synthesis_of_insulin_by_animal_4(X))
& base_2(fn_synthesis_of_insulin_by_animal_22(X),fn_synthesis_of_insulin_by_animal_25(X))
& base_2(fn_synthesis_of_insulin_by_animal_31(X),fn_synthesis_of_insulin_by_animal_28(X))
& base_2(fn_synthesis_of_insulin_by_animal_33(X),fn_synthesis_of_insulin_by_animal_28(X))
& base_2(fn_synthesis_of_insulin_by_animal_32(X),fn_synthesis_of_insulin_by_animal_28(X))
& base_2(X,fn_synthesis_of_insulin_by_animal_28(X))
& base_2(fn_synthesis_of_insulin_by_animal_21(X),fn_synthesis_of_insulin_by_animal_28(X))
& has_part_2(fn_synthesis_of_insulin_by_animal_28(X),fn_synthesis_of_insulin_by_animal_20(X))
& has_function_2(fn_synthesis_of_insulin_by_animal_27(X),fn_synthesis_of_insulin_by_animal_29(X))
& has_function_2(fn_synthesis_of_insulin_by_animal_27(X),X)
& enables_2(fn_synthesis_of_insulin_by_animal_29(X),X)
& instrument_2(fn_synthesis_of_insulin_by_animal_32(X),fn_synthesis_of_insulin_by_animal_20(X))
& raw_material_2(fn_synthesis_of_insulin_by_animal_21(X),fn_synthesis_of_insulin_by_animal_46(X))
& result_2(fn_synthesis_of_insulin_by_animal_21(X),fn_synthesis_of_insulin_by_animal_48(X))
& subevent_2(fn_synthesis_of_insulin_by_animal_21(X),fn_synthesis_of_insulin_by_animal_49(X))
& possesses_2(fn_synthesis_of_insulin_by_animal_19(X),fn_synthesis_of_insulin_by_animal_34(X))
& has_state_2(fn_synthesis_of_insulin_by_animal_15(X),fn_synthesis_of_insulin_by_animal_16(X))
& fn_synthesis_of_insulin_by_animal_15(X) != fn_synthesis_of_insulin_by_animal_19(X)
& fn_synthesis_of_insulin_by_animal_19(X) != fn_synthesis_of_insulin_by_animal_15(X)
& subevent_2(fn_synthesis_of_insulin_by_animal_21(X),fn_synthesis_of_insulin_by_animal_32(X))
& subevent_2(fn_synthesis_of_insulin_by_animal_21(X),fn_synthesis_of_insulin_by_animal_33(X))
& first_subevent_2(fn_synthesis_of_insulin_by_animal_21(X),fn_synthesis_of_insulin_by_animal_33(X))
& raw_material_2(fn_synthesis_of_insulin_by_animal_21(X),fn_synthesis_of_insulin_by_animal_47(X))
& has_state_2(fn_synthesis_of_insulin_by_animal_47(X),fn_synthesis_of_insulin_by_animal_44(X))
& site_2(fn_synthesis_of_insulin_by_animal_33(X),fn_synthesis_of_insulin_by_animal_20(X))
& next_event_2(fn_synthesis_of_insulin_by_animal_33(X),fn_synthesis_of_insulin_by_animal_32(X))
& next_event_2(fn_synthesis_of_insulin_by_animal_32(X),fn_synthesis_of_insulin_by_animal_31(X))
& causes_2(fn_synthesis_of_insulin_by_animal_31(X),fn_synthesis_of_insulin_by_animal_30(X))
& causes_2(fn_synthesis_of_insulin_by_animal_21(X),fn_synthesis_of_insulin_by_animal_30(X))
& site_2(fn_synthesis_of_insulin_by_animal_21(X),fn_synthesis_of_insulin_by_animal_20(X))
& instrument_2(fn_synthesis_of_insulin_by_animal_21(X),fn_synthesis_of_insulin_by_animal_20(X))
& subevent_2(fn_synthesis_of_insulin_by_animal_21(X),fn_synthesis_of_insulin_by_animal_31(X))
& result_2(fn_synthesis_of_insulin_by_animal_31(X),fn_synthesis_of_insulin_by_animal_25(X))
& object_2(fn_synthesis_of_insulin_by_animal_30(X),fn_synthesis_of_insulin_by_animal_25(X))
& raw_material_2(fn_synthesis_of_insulin_by_animal_49(X),fn_synthesis_of_insulin_by_animal_47(X))
& fn_synthesis_of_insulin_by_animal_47(X) != fn_synthesis_of_insulin_by_animal_48(X)
& possesses_2(fn_synthesis_of_insulin_by_animal_48(X),fn_synthesis_of_insulin_by_animal_43(X))
& possesses_2(fn_synthesis_of_insulin_by_animal_25(X),fn_synthesis_of_insulin_by_animal_43(X))
& result_2(fn_synthesis_of_insulin_by_animal_21(X),fn_synthesis_of_insulin_by_animal_25(X))
& fn_synthesis_of_insulin_by_animal_48(X) != fn_synthesis_of_insulin_by_animal_47(X)
& has_function_2(fn_synthesis_of_insulin_by_animal_20(X),X)
& quantity_2(fn_synthesis_of_insulin_by_animal_20(X),fn_synthesis_of_insulin_by_animal_37(X))
& directly_proportional_2(fn_synthesis_of_insulin_by_animal_37(X),fn_synthesis_of_insulin_by_animal_38(X))
& rate_2(X,fn_synthesis_of_insulin_by_animal_38(X))
& raw_material_2(X,fn_synthesis_of_insulin_by_animal_14(X))
& result_2(fn_synthesis_of_insulin_by_animal_49(X),fn_synthesis_of_insulin_by_animal_25(X))
& result_2(fn_synthesis_of_insulin_by_animal_49(X),fn_synthesis_of_insulin_by_animal_48(X))
& structural_complexity_2(fn_synthesis_of_insulin_by_animal_48(X),fn_synthesis_of_insulin_by_animal_42(X))
& structural_complexity_2(fn_synthesis_of_insulin_by_animal_25(X),fn_synthesis_of_insulin_by_animal_42(X))
& has_part_2(fn_synthesis_of_insulin_by_animal_25(X),fn_synthesis_of_insulin_by_animal_44(X))
& in_event_2(fn_synthesis_of_insulin_by_animal_13(X),X)
& plays_2(fn_synthesis_of_insulin_by_animal_14(X),fn_synthesis_of_insulin_by_animal_13(X))
& raw_material_2(fn_synthesis_of_insulin_by_animal_24(X),fn_synthesis_of_insulin_by_animal_14(X))
& fn_synthesis_of_insulin_by_animal_15(X) != fn_synthesis_of_insulin_by_animal_14(X)
& fn_synthesis_of_insulin_by_animal_14(X) != fn_synthesis_of_insulin_by_animal_15(X)
& subevent_2(X,fn_synthesis_of_insulin_by_animal_18(X))
& object_2(fn_synthesis_of_insulin_by_animal_18(X),fn_synthesis_of_insulin_by_animal_25(X))
& has_part_2(fn_synthesis_of_insulin_by_animal_25(X),fn_synthesis_of_insulin_by_animal_45(X))
& has_state_2(fn_synthesis_of_insulin_by_animal_46(X),fn_synthesis_of_insulin_by_animal_45(X))
& fn_synthesis_of_insulin_by_animal_46(X) != fn_synthesis_of_insulin_by_animal_47(X)
& fn_synthesis_of_insulin_by_animal_47(X) != fn_synthesis_of_insulin_by_animal_46(X)
& subevent_2(X,fn_synthesis_of_insulin_by_animal_22(X))
& the_scalar_value_2(fn_synthesis_of_insulin_by_animal_35(X),complex_0)
& scalar_unit_class_2(fn_synthesis_of_insulin_by_animal_35(X),polypeptide_0)
& has_state_2(fn_synthesis_of_insulin_by_animal_14(X),fn_synthesis_of_insulin_by_animal_17(X))
& result_2(fn_synthesis_of_insulin_by_animal_24(X),fn_synthesis_of_insulin_by_animal_26(X))
& has_part_2(fn_synthesis_of_insulin_by_animal_26(X),fn_synthesis_of_insulin_by_animal_16(X))
& raw_material_2(X,fn_synthesis_of_insulin_by_animal_15(X))
& raw_material_2(fn_synthesis_of_insulin_by_animal_24(X),fn_synthesis_of_insulin_by_animal_15(X))
& subevent_2(X,fn_synthesis_of_insulin_by_animal_24(X))
& first_subevent_2(X,fn_synthesis_of_insulin_by_animal_21(X))
& subevent_2(X,fn_synthesis_of_insulin_by_animal_21(X))
& result_2(fn_synthesis_of_insulin_by_animal_21(X),fn_synthesis_of_insulin_by_animal_26(X))
& next_event_2(fn_synthesis_of_insulin_by_animal_21(X),fn_synthesis_of_insulin_by_animal_22(X))
& next_event_2(fn_synthesis_of_insulin_by_animal_22(X),fn_synthesis_of_insulin_by_animal_23(X))
& subevent_2(X,fn_synthesis_of_insulin_by_animal_23(X))
& result_2(X,fn_synthesis_of_insulin_by_animal_19(X))
& structural_complexity_2(fn_synthesis_of_insulin_by_animal_26(X),fn_synthesis_of_insulin_by_animal_35(X))
& structural_complexity_2(fn_synthesis_of_insulin_by_animal_19(X),fn_synthesis_of_insulin_by_animal_35(X))
& result_2(fn_synthesis_of_insulin_by_animal_24(X),fn_synthesis_of_insulin_by_animal_19(X))
& fn_synthesis_of_insulin_by_animal_14(X) != fn_synthesis_of_insulin_by_animal_19(X)
& fn_synthesis_of_insulin_by_animal_19(X) != fn_synthesis_of_insulin_by_animal_14(X)
& result_2(X,fn_synthesis_of_insulin_by_animal_26(X))
& has_part_2(fn_synthesis_of_insulin_by_animal_26(X),fn_synthesis_of_insulin_by_animal_36(X))
& object_2(fn_synthesis_of_insulin_by_animal_23(X),fn_synthesis_of_insulin_by_animal_36(X))
& result_2(fn_synthesis_of_insulin_by_animal_23(X),fn_synthesis_of_insulin_by_animal_26(X))
& has_part_2(fn_synthesis_of_insulin_by_animal_26(X),fn_synthesis_of_insulin_by_animal_17(X))
& fn_synthesis_of_insulin_by_animal_25(X) = fn_remove_2(fn_synthesis_of_insulin_by_animal_22(X))
& fn_synthesis_of_insulin_by_animal_28(X) = fn_intracellular_process_1(fn_synthesis_of_insulin_by_animal_31(X))
& fn_synthesis_of_insulin_by_animal_28(X) = fn_synthesis_of_protein_11(X)
& fn_synthesis_of_insulin_by_animal_20(X) = fn_cell_14(fn_synthesis_of_insulin_by_animal_28(X))
& fn_synthesis_of_insulin_by_animal_29(X) = fn_enzyme_5(fn_synthesis_of_insulin_by_animal_27(X))
& X = fn_enzyme_4(fn_synthesis_of_insulin_by_animal_27(X))
& fn_synthesis_of_insulin_by_animal_39(X) = fn_synthesis_of_protein_2(X)
& fn_synthesis_of_insulin_by_animal_40(X) = fn_synthesis_of_protein_4(X)
& fn_synthesis_of_insulin_by_animal_50(X) = fn_synthesis_of_protein_46(X)
& fn_synthesis_of_insulin_by_animal_34(X) = fn_synthesis_of_protein_19(X)
& fn_synthesis_of_insulin_by_animal_16(X) = fn_synthesis_of_protein_29(X)
& fn_synthesis_of_insulin_by_animal_15(X) = fn_synthesis_of_protein_8(X)
& fn_synthesis_of_insulin_by_animal_32(X) = fn_synthesis_of_protein_14(X)
& fn_synthesis_of_insulin_by_animal_33(X) = fn_synthesis_of_protein_15(X)
& fn_synthesis_of_insulin_by_animal_30(X) = fn_translation_termination_6(fn_synthesis_of_insulin_by_animal_31(X))
& fn_synthesis_of_insulin_by_animal_30(X) = fn_synthesis_of_protein_40(X)
& fn_synthesis_of_insulin_by_animal_25(X) = fn_translation_termination_2(fn_synthesis_of_insulin_by_animal_31(X))
& fn_synthesis_of_insulin_by_animal_31(X) = fn_synthesis_of_protein_44(X)
& fn_synthesis_of_insulin_by_animal_21(X) = fn_synthesis_of_protein_13(X)
& fn_synthesis_of_insulin_by_animal_43(X) = fn_synthesis_of_protein_38(X)
& fn_synthesis_of_insulin_by_animal_47(X) = fn_synthesis_of_protein_42(X)
& fn_synthesis_of_insulin_by_animal_38(X) = fn_synthesis_of_protein_1(X)
& fn_synthesis_of_insulin_by_animal_37(X) = fn_synthesis_of_protein_3(X)
& fn_synthesis_of_insulin_by_animal_20(X) = fn_synthesis_of_protein_10(X)
& fn_synthesis_of_insulin_by_animal_44(X) = fn_synthesis_of_protein_36(X)
& fn_synthesis_of_insulin_by_animal_42(X) = fn_synthesis_of_protein_39(X)
& fn_synthesis_of_insulin_by_animal_48(X) = fn_synthesis_of_protein_45(X)
& fn_synthesis_of_insulin_by_animal_49(X) = fn_synthesis_of_protein_43(X)
& fn_synthesis_of_insulin_by_animal_14(X) = fn_synthesis_of_protein_31(X)
& fn_synthesis_of_insulin_by_animal_15(X) = fn_synthesis_of_protein_31(X)
& fn_synthesis_of_insulin_by_animal_14(X) = fn_synthesis_of_protein_8(X)
& fn_synthesis_of_insulin_by_animal_13(X) = fn_synthesis_of_protein_30(X)
& fn_synthesis_of_insulin_by_animal_47(X) = fn_synthesis_of_protein_41(X)
& fn_synthesis_of_insulin_by_animal_46(X) = fn_synthesis_of_protein_42(X)
& fn_synthesis_of_insulin_by_animal_45(X) = fn_synthesis_of_protein_37(X)
& fn_synthesis_of_insulin_by_animal_25(X) = fn_synthesis_of_protein_9(X)
& fn_synthesis_of_insulin_by_animal_18(X) = fn_synthesis_of_protein_12(X)
& fn_synthesis_of_insulin_by_animal_41(X) = fn_synthesis_of_insulin_2(X)
& fn_synthesis_of_insulin_by_animal_16(X) = fn_synthesis_of_insulin_9(X)
& fn_synthesis_of_insulin_by_animal_15(X) = fn_synthesis_of_insulin_5(X)
& fn_synthesis_of_insulin_by_animal_22(X) = fn_synthesis_of_insulin_14(X)
& fn_synthesis_of_insulin_by_animal_21(X) = fn_synthesis_of_insulin_15(X)
& fn_synthesis_of_insulin_by_animal_24(X) = fn_synthesis_of_protein_17(X)
& fn_synthesis_of_insulin_by_animal_19(X) = fn_synthesis_of_protein_7(X)
& fn_synthesis_of_insulin_by_animal_24(X) = fn_synthesis_of_insulin_4(X)
& fn_synthesis_of_insulin_by_animal_14(X) = fn_synthesis_of_insulin_6(X)
& fn_synthesis_of_insulin_by_animal_14(X) = fn_synthesis_of_insulin_5(X)
& fn_synthesis_of_insulin_by_animal_19(X) = fn_synthesis_of_insulin_3(X)
& fn_synthesis_of_insulin_by_animal_35(X) = fn_synthesis_of_insulin_8(X)
& fn_synthesis_of_insulin_by_animal_17(X) = fn_synthesis_of_insulin_7(X)
& fn_synthesis_of_insulin_by_animal_23(X) = fn_synthesis_of_insulin_10(X)
& fn_synthesis_of_insulin_by_animal_36(X) = fn_synthesis_of_insulin_11(X)
& fn_synthesis_of_insulin_by_animal_26(X) = fn_synthesis_of_hormone_2(X)
& fn_synthesis_of_insulin_by_animal_26(X) = fn_synthesis_of_insulin_16(X)
& fn_intracellular_process_1(fn_synthesis_of_insulin_by_animal_31(X)) = fn_synthesis_of_protein_11(X)
& fn_synthesis_of_protein_11(X) = fn_synthesis_of_protein_11(X)
& fn_synthesis_of_protein_11(X) = fn_synthesis_of_protein_40(X)
& fn_synthesis_of_protein_40(X) = fn_translation_termination_6(fn_synthesis_of_insulin_by_animal_31(X))
& fn_translation_termination_6(fn_synthesis_of_insulin_by_animal_31(X)) = fn_synthesis_of_protein_40(X)
& fn_synthesis_of_protein_40(X) = fn_cell_14(fn_synthesis_of_insulin_by_animal_28(X))
& fn_cell_14(fn_synthesis_of_insulin_by_animal_28(X)) = fn_synthesis_of_protein_10(X)
& fn_synthesis_of_protein_10(X) = fn_synthesis_of_protein_10(X)
& fn_synthesis_of_protein_10(X) = fn_synthesis_of_protein_41(X)
& fn_synthesis_of_protein_41(X) = fn_synthesis_of_protein_41(X)
& fn_synthesis_of_protein_41(X) = fn_synthesis_of_protein_42(X)
& fn_synthesis_of_protein_42(X) = fn_synthesis_of_protein_42(X)
& fn_synthesis_of_protein_42(X) = fn_synthesis_of_protein_41(X)
& fn_synthesis_of_protein_41(X) = fn_remove_2(fn_synthesis_of_insulin_by_animal_22(X))
& fn_remove_2(fn_synthesis_of_insulin_by_animal_22(X)) = fn_translation_termination_2(fn_synthesis_of_insulin_by_animal_31(X))
& fn_translation_termination_2(fn_synthesis_of_insulin_by_animal_31(X)) = fn_translation_termination_2(fn_synthesis_of_insulin_by_animal_31(X))
& fn_translation_termination_2(fn_synthesis_of_insulin_by_animal_31(X)) = fn_remove_2(fn_synthesis_of_insulin_by_animal_22(X))
& fn_remove_2(fn_synthesis_of_insulin_by_animal_22(X)) = fn_synthesis_of_protein_9(X)
& fn_synthesis_of_protein_9(X) = fn_synthesis_of_protein_9(X)
& fn_synthesis_of_protein_9(X) = fn_synthesis_of_protein_29(X)
& fn_synthesis_of_protein_29(X) = fn_synthesis_of_insulin_9(X)
& fn_synthesis_of_insulin_9(X) = fn_synthesis_of_protein_8(X)
& fn_synthesis_of_protein_31(X) = fn_synthesis_of_protein_31(X)
& fn_synthesis_of_insulin_5(X) = fn_synthesis_of_protein_31(X)
& fn_synthesis_of_protein_31(X) = fn_synthesis_of_insulin_5(X)
& fn_synthesis_of_insulin_5(X) = fn_synthesis_of_protein_13(X)
& fn_synthesis_of_protein_13(X) = fn_synthesis_of_protein_13(X)
& fn_synthesis_of_protein_13(X) = fn_synthesis_of_insulin_15(X)
& fn_synthesis_of_insulin_15(X) = fn_synthesis_of_insulin_15(X)
& fn_synthesis_of_insulin_15(X) = fn_synthesis_of_protein_17(X)
& fn_synthesis_of_protein_17(X) = fn_synthesis_of_protein_17(X)
& fn_synthesis_of_insulin_4(X) = fn_synthesis_of_insulin_4(X)
& fn_synthesis_of_insulin_4(X) = fn_synthesis_of_protein_17(X)
& fn_synthesis_of_protein_17(X) = fn_synthesis_of_insulin_4(X)
& fn_synthesis_of_insulin_4(X) = fn_synthesis_of_insulin_6(X)
& fn_synthesis_of_insulin_6(X) = fn_synthesis_of_protein_31(X)
& fn_synthesis_of_protein_31(X) = fn_synthesis_of_insulin_6(X)
& fn_synthesis_of_insulin_6(X) = fn_synthesis_of_insulin_6(X)
& fn_synthesis_of_insulin_6(X) = fn_synthesis_of_protein_8(X)
& fn_synthesis_of_protein_8(X) = fn_synthesis_of_protein_31(X)
& fn_synthesis_of_protein_31(X) = fn_synthesis_of_protein_8(X)
& fn_synthesis_of_protein_8(X) = fn_synthesis_of_protein_8(X)
& fn_synthesis_of_protein_8(X) = fn_synthesis_of_insulin_5(X)
& fn_synthesis_of_insulin_5(X) = fn_synthesis_of_insulin_5(X)
& fn_synthesis_of_insulin_5(X) = fn_synthesis_of_protein_7(X)
& fn_synthesis_of_protein_7(X) = fn_synthesis_of_protein_7(X)
& fn_synthesis_of_insulin_3(X) = fn_synthesis_of_protein_7(X)
& fn_synthesis_of_protein_7(X) = fn_synthesis_of_insulin_3(X)
& fn_synthesis_of_insulin_3(X) = fn_synthesis_of_insulin_3(X)
& fn_synthesis_of_insulin_3(X) = fn_synthesis_of_insulin_16(X)
& fn_synthesis_of_insulin_16(X) = fn_synthesis_of_insulin_16(X)
& fn_synthesis_of_insulin_16(X) = fn_synthesis_of_hormone_2(X)
& fn_synthesis_of_hormone_2(X) = fn_synthesis_of_insulin_16(X)
& fn_enzyme_4(fn_synthesis_of_insulin_by_animal_27(X)) = fn_enzyme_4(fn_synthesis_of_insulin_by_animal_27(X)) ) ) ).
fof(a533063,axiom,
! [X,X1] :
( ( result_2(X,X1)
& synthesis_of_dna_strand_1(X)
& lagging_strand_1(X1) )
=> ( synthesis_of_lagging_strand_1(X)
& fn_synthesis_of_lagging_strand_37(X) = X1 ) ) ).
fof(a533064,axiom,
! [X] :
( synthesis_of_lagging_strand_1(X)
=> ( original_name_2(X,'Synthesis-Of-Lagging-Strand')
& user_description_2(X,'The elongation of a discontinuously synthesized DNA strand that elongates by means of Okazaki fragments, each synthesized in a 5\' - 3\' direction away from the replication fork.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of lagging strand')
& concept2words_2(X,'synthesis-of-lagging-strand')
& synthesis_of_dna_strand_1(X)
& ~ polymerase_chain_reaction_1(X)
& ~ synthesis_of_leading_strand_1(X)
& intensity_value_1(fn_synthesis_of_lagging_strand_1(X))
& intensity_value_1(fn_synthesis_of_lagging_strand_2(X))
& time_interval_1(fn_synthesis_of_lagging_strand_3(X))
& time_interval_1(fn_synthesis_of_lagging_strand_4(X))
& time_interval_1(fn_synthesis_of_lagging_strand_5(X))
& dna_polymerase_i_1(fn_synthesis_of_lagging_strand_6(X))
& dna_ligase_1(fn_synthesis_of_lagging_strand_10(X))
& attract_1(fn_synthesis_of_lagging_strand_11(X))
& attract_1(fn_synthesis_of_lagging_strand_12(X))
& free_energy_1(fn_synthesis_of_lagging_strand_13(X))
& chemical_entity_1(fn_synthesis_of_lagging_strand_14(X))
& molecule_1(fn_synthesis_of_lagging_strand_14(X))
& monomer_1(fn_synthesis_of_lagging_strand_14(X))
& tangible_entity_1(fn_synthesis_of_lagging_strand_15(X))
& entity_1(fn_synthesis_of_lagging_strand_15(X))
& chemical_entity_1(fn_synthesis_of_lagging_strand_15(X))
& atom_1(fn_synthesis_of_lagging_strand_15(X))
& hydrogen_1(fn_synthesis_of_lagging_strand_15(X))
& entity_1(fn_synthesis_of_lagging_strand_16(X))
& chemical_entity_1(fn_synthesis_of_lagging_strand_16(X))
& atom_1(fn_synthesis_of_lagging_strand_16(X))
& oxygen_1(fn_synthesis_of_lagging_strand_16(X))
& molecule_1(fn_synthesis_of_lagging_strand_17(X))
& polar_molecule_1(fn_synthesis_of_lagging_strand_17(X))
& chemical_entity_1(fn_synthesis_of_lagging_strand_17(X))
& water_molecule_1(fn_synthesis_of_lagging_strand_17(X))
& break_1(fn_synthesis_of_lagging_strand_18(X))
& dehydration_reaction_1(fn_synthesis_of_lagging_strand_19(X))
& condensation_reaction_1(fn_synthesis_of_lagging_strand_19(X))
& endergonic_reaction_1(fn_synthesis_of_lagging_strand_19(X))
& rna_priming_1(fn_synthesis_of_lagging_strand_20(X))
& add_1(fn_synthesis_of_lagging_strand_21(X))
& nucleic_acid_1(fn_synthesis_of_lagging_strand_22(X))
& spatial_entity_1(fn_synthesis_of_lagging_strand_22(X))
& rna_primer_1(fn_synthesis_of_lagging_strand_22(X))
& ribonucleoside_monophosphate_1(fn_synthesis_of_lagging_strand_23(X))
& ribonucleoside_monophosphate_1(fn_synthesis_of_lagging_strand_24(X))
& add_1(fn_synthesis_of_lagging_strand_25(X))
& ribonucleotide_1(fn_synthesis_of_lagging_strand_26(X))
& deoxyribonucleotide_1(fn_synthesis_of_lagging_strand_27(X))
& replace_1(fn_synthesis_of_lagging_strand_28(X))
& remove_1(fn_synthesis_of_lagging_strand_29(X))
& dna_piece_1(fn_synthesis_of_lagging_strand_30(X))
& dna_polymerase_1(fn_synthesis_of_lagging_strand_31(X))
& attach_1(fn_synthesis_of_lagging_strand_32(X))
& pyrophosphate_1(fn_synthesis_of_lagging_strand_33(X))
& energy_1(fn_synthesis_of_lagging_strand_34(X))
& attach_1(fn_synthesis_of_lagging_strand_35(X))
& break_1(fn_synthesis_of_lagging_strand_36(X))
& lagging_strand_1(fn_synthesis_of_lagging_strand_37(X))
& polymer_synthesis_1(fn_synthesis_of_lagging_strand_38(X))
& synthesis_of_nucleic_acid_1(fn_synthesis_of_lagging_strand_38(X))
& rna_priming_1(fn_synthesis_of_lagging_strand_38(X))
& dna_1(fn_synthesis_of_lagging_strand_39(X))
& replication_fork_1(fn_synthesis_of_lagging_strand_40(X))
& spatial_entity_1(fn_remove_1(fn_synthesis_of_lagging_strand_29(X)))
& spatial_entity_1(fn_add_1(fn_synthesis_of_lagging_strand_25(X)))
& spatial_entity_1(fn_replace_2(fn_synthesis_of_lagging_strand_28(X)))
& add_1(fn_rna_priming_9(fn_synthesis_of_lagging_strand_20(X)))
& spatial_entity_1(fn_add_1(fn_synthesis_of_lagging_strand_21(X)))
& spatial_entity_1(fn_add_2(fn_synthesis_of_lagging_strand_21(X)))
& spatial_entity_1(fn_attach_2(fn_synthesis_of_lagging_strand_32(X)))
& spatial_entity_1(fn_replace_3(fn_synthesis_of_lagging_strand_28(X)))
& polymer_1(fn_polymer_synthesis_23(fn_synthesis_of_lagging_strand_38(X)))
& chemical_entity_1(fn_polymer_synthesis_23(fn_synthesis_of_lagging_strand_38(X)))
& nucleic_acid_1(fn_synthesis_of_nucleic_acid_6(fn_synthesis_of_lagging_strand_38(X)))
& spatial_entity_1(fn_remove_2(fn_synthesis_of_lagging_strand_29(X)))
& nucleic_acid_1(fn_synthesis_of_nucleic_acid_6(fn_synthesis_of_lagging_strand_20(X)))
& spatial_entity_1(fn_replace_1(fn_synthesis_of_lagging_strand_28(X)))
& rna_primer_1(fn_rna_priming_5(fn_synthesis_of_lagging_strand_20(X)))
& atom_1(fn_dehydration_reaction_3(fn_synthesis_of_lagging_strand_19(X)))
& oxygen_1(fn_dehydration_reaction_3(fn_synthesis_of_lagging_strand_19(X)))
& hydrogen_1(fn_dehydration_reaction_4(fn_synthesis_of_lagging_strand_19(X)))
& water_molecule_1(fn_dehydration_reaction_6(fn_synthesis_of_lagging_strand_19(X)))
& chemical_entity_1(fn_dehydration_reaction_7(fn_synthesis_of_lagging_strand_19(X)))
& molecule_1(fn_dehydration_reaction_7(fn_synthesis_of_lagging_strand_19(X)))
& molecule_1(fn_dehydration_reaction_8(fn_synthesis_of_lagging_strand_19(X)))
& attach_1(fn_dna_ligase_12(fn_synthesis_of_lagging_strand_10(X)))
& attach_1(fn_dna_ligase_7(fn_synthesis_of_lagging_strand_10(X)))
& free_energy_1(fn_endergonic_reaction_3(fn_synthesis_of_lagging_strand_19(X)))
& spatial_entity_1(fn_add_2(fn_synthesis_of_lagging_strand_25(X)))
& molecule_1(fn_condensation_reaction_3(fn_synthesis_of_lagging_strand_19(X)))
& chemical_entity_1(fn_endergonic_reaction_9(fn_synthesis_of_lagging_strand_19(X)))
& dna_strand_1(fn_rna_priming_6(fn_synthesis_of_lagging_strand_38(X)))
& attach_1(fn_rna_priming_10(fn_synthesis_of_lagging_strand_38(X)))
& rna_priming_1(fn_okazaki_fragments_1(fn_synthesis_of_lagging_strand_39(X)))
& intensity_2(fn_synthesis_of_lagging_strand_11(X),fn_synthesis_of_lagging_strand_1(X))
& intensity_2(fn_synthesis_of_lagging_strand_12(X),fn_synthesis_of_lagging_strand_2(X))
& greater_than_2(fn_synthesis_of_lagging_strand_1(X),fn_synthesis_of_lagging_strand_2(X))
& time_before_2(fn_synthesis_of_lagging_strand_3(X),fn_synthesis_of_lagging_strand_5(X))
& time_before_2(fn_synthesis_of_lagging_strand_4(X),fn_synthesis_of_lagging_strand_4(X))
& time_before_2(fn_synthesis_of_lagging_strand_4(X),fn_synthesis_of_lagging_strand_3(X))
& time_during_2(fn_synthesis_of_lagging_strand_18(X),fn_synthesis_of_lagging_strand_5(X))
& next_event_2(fn_synthesis_of_lagging_strand_20(X),fn_synthesis_of_lagging_strand_36(X))
& next_event_2(fn_synthesis_of_lagging_strand_20(X),fn_synthesis_of_lagging_strand_35(X))
& next_event_2(fn_synthesis_of_lagging_strand_25(X),fn_synthesis_of_lagging_strand_29(X))
& exactCardinality(fn_synthesis_of_lagging_strand_25(X),object_0,"1",deoxyribonucleotide_0)
& time_during_2(fn_synthesis_of_lagging_strand_28(X),fn_synthesis_of_lagging_strand_4(X))
& agent_2(fn_synthesis_of_lagging_strand_28(X),fn_synthesis_of_lagging_strand_6(X))
& next_event_2(fn_synthesis_of_lagging_strand_28(X),fn_synthesis_of_lagging_strand_32(X))
& subevent_2(fn_synthesis_of_lagging_strand_28(X),fn_synthesis_of_lagging_strand_29(X))
& next_event_2(fn_synthesis_of_lagging_strand_29(X),fn_synthesis_of_lagging_strand_25(X))
& exactCardinality(fn_synthesis_of_lagging_strand_29(X),object_0,"1",ribonucleotide_0)
& is_at_2(fn_synthesis_of_lagging_strand_31(X),fn_synthesis_of_lagging_strand_40(X))
& time_during_2(fn_synthesis_of_lagging_strand_32(X),fn_synthesis_of_lagging_strand_3(X))
& result_2(fn_synthesis_of_lagging_strand_32(X),fn_synthesis_of_lagging_strand_37(X))
& agent_2(fn_synthesis_of_lagging_strand_35(X),fn_synthesis_of_lagging_strand_31(X))
& site_2(fn_synthesis_of_lagging_strand_35(X),fn_synthesis_of_lagging_strand_40(X))
& exactCardinality(fn_synthesis_of_lagging_strand_36(X),result_0,"2",phosphate_group_0)
& has_part_2(fn_synthesis_of_lagging_strand_37(X),fn_synthesis_of_lagging_strand_22(X))
& time_during_2(fn_synthesis_of_lagging_strand_38(X),fn_synthesis_of_lagging_strand_4(X))
& subevent_2(fn_synthesis_of_lagging_strand_38(X),fn_synthesis_of_lagging_strand_20(X))
& subevent_2(fn_synthesis_of_lagging_strand_38(X),fn_synthesis_of_lagging_strand_36(X))
& next_event_2(fn_synthesis_of_lagging_strand_38(X),fn_synthesis_of_lagging_strand_28(X))
& site_2(fn_synthesis_of_lagging_strand_38(X),fn_synthesis_of_lagging_strand_40(X))
& subevent_2(X,fn_synthesis_of_lagging_strand_28(X))
& minCardinality(X,subevent_0,"2",synthesis_0)
& agent_2(X,fn_synthesis_of_lagging_strand_31(X))
& base_2(fn_synthesis_of_lagging_strand_32(X),fn_synthesis_of_lagging_strand_39(X))
& base_2(fn_synthesis_of_lagging_strand_28(X),fn_synthesis_of_lagging_strand_39(X))
& base_2(fn_synthesis_of_lagging_strand_29(X),fn_synthesis_of_lagging_strand_22(X))
& base_2(fn_synthesis_of_lagging_strand_25(X),fn_synthesis_of_lagging_strand_37(X))
& object_2(fn_synthesis_of_lagging_strand_29(X),fn_synthesis_of_lagging_strand_26(X))
& object_2(fn_synthesis_of_lagging_strand_25(X),fn_synthesis_of_lagging_strand_27(X))
& object_2(fn_synthesis_of_lagging_strand_28(X),fn_synthesis_of_lagging_strand_22(X))
& called_2(fn_synthesis_of_lagging_strand_22(X),'old entity')
& object_2(fn_synthesis_of_lagging_strand_28(X),fn_synthesis_of_lagging_strand_30(X))
& called_2(fn_synthesis_of_lagging_strand_30(X),'new entity')
& result_2(X,fn_synthesis_of_lagging_strand_37(X))
& agent_2(fn_synthesis_of_lagging_strand_32(X),fn_synthesis_of_lagging_strand_10(X))
& result_2(fn_synthesis_of_lagging_strand_38(X),fn_synthesis_of_lagging_strand_39(X))
& subevent_2(fn_synthesis_of_lagging_strand_20(X),fn_synthesis_of_lagging_strand_21(X))
& result_2(fn_synthesis_of_lagging_strand_21(X),fn_synthesis_of_lagging_strand_22(X))
& result_2(fn_synthesis_of_lagging_strand_20(X),fn_synthesis_of_lagging_strand_22(X))
& agent_2(fn_synthesis_of_lagging_strand_12(X),fn_synthesis_of_lagging_strand_15(X))
& possesses_2(fn_synthesis_of_lagging_strand_17(X),fn_synthesis_of_lagging_strand_13(X))
& agent_2(fn_synthesis_of_lagging_strand_11(X),fn_synthesis_of_lagging_strand_16(X))
& raw_material_2(fn_synthesis_of_lagging_strand_19(X),fn_synthesis_of_lagging_strand_14(X))
& subevent_2(X,fn_synthesis_of_lagging_strand_19(X))
& result_2(fn_synthesis_of_lagging_strand_19(X),fn_synthesis_of_lagging_strand_17(X))
& has_part_2(fn_synthesis_of_lagging_strand_17(X),fn_synthesis_of_lagging_strand_15(X))
& fn_synthesis_of_lagging_strand_16(X) != fn_synthesis_of_lagging_strand_15(X)
& fn_synthesis_of_lagging_strand_15(X) != fn_synthesis_of_lagging_strand_16(X)
& first_subevent_2(X,fn_synthesis_of_lagging_strand_38(X))
& site_2(X,fn_synthesis_of_lagging_strand_40(X))
& agent_2(fn_synthesis_of_lagging_strand_36(X),fn_synthesis_of_lagging_strand_31(X))
& result_2(fn_synthesis_of_lagging_strand_36(X),fn_synthesis_of_lagging_strand_34(X))
& raw_material_2(fn_synthesis_of_lagging_strand_35(X),fn_synthesis_of_lagging_strand_34(X))
& result_2(fn_synthesis_of_lagging_strand_35(X),fn_synthesis_of_lagging_strand_33(X))
& object_2(fn_synthesis_of_lagging_strand_36(X),fn_synthesis_of_lagging_strand_33(X))
& fn_synthesis_of_lagging_strand_14(X) != fn_synthesis_of_lagging_strand_17(X)
& result_2(X,fn_synthesis_of_lagging_strand_17(X))
& subevent_2(X,fn_synthesis_of_lagging_strand_32(X))
& next_event_2(fn_synthesis_of_lagging_strand_32(X),fn_synthesis_of_lagging_strand_18(X))
& subevent_2(X,fn_synthesis_of_lagging_strand_18(X))
& fn_synthesis_of_lagging_strand_17(X) != fn_synthesis_of_lagging_strand_14(X)
& subevent_2(X,fn_synthesis_of_lagging_strand_38(X))
& next_event_2(fn_synthesis_of_lagging_strand_38(X),fn_synthesis_of_lagging_strand_32(X))
& agent_2(fn_synthesis_of_lagging_strand_32(X),fn_synthesis_of_lagging_strand_31(X))
& has_function_2(fn_synthesis_of_lagging_strand_31(X),X)
& raw_material_2(X,fn_synthesis_of_lagging_strand_14(X))
& base_2(fn_synthesis_of_lagging_strand_35(X),fn_synthesis_of_lagging_strand_37(X))
& subevent_2(fn_synthesis_of_lagging_strand_38(X),fn_synthesis_of_lagging_strand_35(X))
& possesses_2(fn_synthesis_of_lagging_strand_37(X),fn_synthesis_of_lagging_strand_13(X))
& result_2(fn_synthesis_of_lagging_strand_19(X),fn_synthesis_of_lagging_strand_37(X))
& base_2(fn_synthesis_of_lagging_strand_21(X),fn_synthesis_of_lagging_strand_24(X))
& object_2(fn_synthesis_of_lagging_strand_21(X),fn_synthesis_of_lagging_strand_23(X))
& fn_synthesis_of_lagging_strand_39(X) = fn_attach_2(fn_synthesis_of_lagging_strand_32(X))
& fn_synthesis_of_lagging_strand_39(X) = fn_replace_3(fn_synthesis_of_lagging_strand_28(X))
& fn_synthesis_of_lagging_strand_22(X) = fn_remove_2(fn_synthesis_of_lagging_strand_29(X))
& fn_synthesis_of_lagging_strand_37(X) = fn_add_2(fn_synthesis_of_lagging_strand_25(X))
& fn_synthesis_of_lagging_strand_26(X) = fn_remove_1(fn_synthesis_of_lagging_strand_29(X))
& fn_synthesis_of_lagging_strand_27(X) = fn_add_1(fn_synthesis_of_lagging_strand_25(X))
& fn_synthesis_of_lagging_strand_22(X) = fn_replace_1(fn_synthesis_of_lagging_strand_28(X))
& fn_synthesis_of_lagging_strand_30(X) = fn_replace_2(fn_synthesis_of_lagging_strand_28(X))
& fn_synthesis_of_lagging_strand_37(X) = fn_synthesis_of_dna_strand_9(X)
& fn_synthesis_of_lagging_strand_32(X) = fn_dna_ligase_12(fn_synthesis_of_lagging_strand_10(X))
& fn_synthesis_of_lagging_strand_32(X) = fn_dna_ligase_7(fn_synthesis_of_lagging_strand_10(X))
& fn_synthesis_of_lagging_strand_39(X) = fn_polymer_synthesis_23(fn_synthesis_of_lagging_strand_38(X))
& fn_synthesis_of_lagging_strand_39(X) = fn_synthesis_of_nucleic_acid_6(fn_synthesis_of_lagging_strand_38(X))
& fn_synthesis_of_lagging_strand_38(X) = fn_okazaki_fragments_1(fn_synthesis_of_lagging_strand_39(X))
& fn_synthesis_of_lagging_strand_22(X) = fn_synthesis_of_nucleic_acid_6(fn_synthesis_of_lagging_strand_20(X))
& fn_synthesis_of_lagging_strand_22(X) = fn_rna_priming_5(fn_synthesis_of_lagging_strand_20(X))
& fn_synthesis_of_lagging_strand_21(X) = fn_rna_priming_9(fn_synthesis_of_lagging_strand_20(X))
& fn_synthesis_of_lagging_strand_12(X) = fn_polymer_synthesis_16(X)
& fn_synthesis_of_lagging_strand_13(X) = fn_polymer_synthesis_19(X)
& fn_synthesis_of_lagging_strand_11(X) = fn_polymer_synthesis_17(X)
& fn_synthesis_of_lagging_strand_14(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_lagging_strand_16(X) = fn_dehydration_reaction_3(fn_synthesis_of_lagging_strand_19(X))
& fn_synthesis_of_lagging_strand_16(X) = fn_polymer_synthesis_25(X)
& fn_synthesis_of_lagging_strand_15(X) = fn_dehydration_reaction_4(fn_synthesis_of_lagging_strand_19(X))
& fn_synthesis_of_lagging_strand_15(X) = fn_polymer_synthesis_21(X)
& fn_synthesis_of_lagging_strand_19(X) = fn_polymer_synthesis_24(X)
& fn_synthesis_of_lagging_strand_40(X) = fn_synthesis_of_dna_strand_6(X)
& fn_synthesis_of_lagging_strand_33(X) = fn_synthesis_of_dna_strand_18(X)
& fn_synthesis_of_lagging_strand_35(X) = fn_synthesis_of_dna_strand_21(X)
& fn_synthesis_of_lagging_strand_34(X) = fn_synthesis_of_dna_strand_4(X)
& fn_synthesis_of_lagging_strand_36(X) = fn_synthesis_of_dna_strand_20(X)
& fn_synthesis_of_lagging_strand_18(X) = fn_synthesis_of_dna_strand_20(X)
& fn_synthesis_of_lagging_strand_17(X) = fn_polymer_synthesis_11(X)
& fn_synthesis_of_lagging_strand_14(X) = fn_dehydration_reaction_7(fn_synthesis_of_lagging_strand_19(X))
& fn_synthesis_of_lagging_strand_17(X) = fn_dehydration_reaction_6(fn_synthesis_of_lagging_strand_19(X))
& fn_synthesis_of_lagging_strand_14(X) = fn_dehydration_reaction_8(fn_synthesis_of_lagging_strand_19(X))
& fn_synthesis_of_lagging_strand_17(X) = fn_dehydration_reaction_7(fn_synthesis_of_lagging_strand_19(X))
& fn_synthesis_of_lagging_strand_17(X) = fn_synthesis_of_dna_strand_10(X)
& fn_synthesis_of_lagging_strand_14(X) = fn_synthesis_of_dna_strand_23(X)
& fn_synthesis_of_lagging_strand_14(X) = fn_synthesis_of_dna_strand_24(X)
& fn_synthesis_of_lagging_strand_31(X) = fn_synthesis_of_dna_strand_17(X)
& fn_synthesis_of_lagging_strand_32(X) = fn_synthesis_of_dna_strand_21(X)
& fn_synthesis_of_lagging_strand_38(X) = fn_synthesis_of_dna_strand_1(X)
& fn_synthesis_of_lagging_strand_23(X) = fn_add_1(fn_synthesis_of_lagging_strand_21(X))
& fn_synthesis_of_lagging_strand_24(X) = fn_add_2(fn_synthesis_of_lagging_strand_21(X))
& fn_synthesis_of_lagging_strand_13(X) = fn_endergonic_reaction_3(fn_synthesis_of_lagging_strand_19(X))
& fn_synthesis_of_lagging_strand_37(X) = fn_condensation_reaction_3(fn_synthesis_of_lagging_strand_19(X))
& fn_synthesis_of_lagging_strand_37(X) = fn_endergonic_reaction_9(fn_synthesis_of_lagging_strand_19(X))
& fn_synthesis_of_lagging_strand_37(X) = fn_rna_priming_6(fn_synthesis_of_lagging_strand_38(X))
& fn_synthesis_of_lagging_strand_35(X) = fn_rna_priming_10(fn_synthesis_of_lagging_strand_38(X))
& fn_attach_2(fn_synthesis_of_lagging_strand_32(X)) = fn_replace_3(fn_synthesis_of_lagging_strand_28(X))
& fn_replace_3(fn_synthesis_of_lagging_strand_28(X)) = fn_replace_3(fn_synthesis_of_lagging_strand_28(X))
& fn_replace_3(fn_synthesis_of_lagging_strand_28(X)) = fn_polymer_synthesis_23(fn_synthesis_of_lagging_strand_38(X))
& fn_polymer_synthesis_23(fn_synthesis_of_lagging_strand_38(X)) = fn_polymer_synthesis_23(fn_synthesis_of_lagging_strand_38(X))
& fn_polymer_synthesis_23(fn_synthesis_of_lagging_strand_38(X)) = fn_synthesis_of_nucleic_acid_6(fn_synthesis_of_lagging_strand_38(X))
& fn_synthesis_of_nucleic_acid_6(fn_synthesis_of_lagging_strand_38(X)) = fn_remove_2(fn_synthesis_of_lagging_strand_29(X))
& fn_remove_2(fn_synthesis_of_lagging_strand_29(X)) = fn_synthesis_of_nucleic_acid_6(fn_synthesis_of_lagging_strand_20(X))
& fn_replace_1(fn_synthesis_of_lagging_strand_28(X)) = fn_synthesis_of_nucleic_acid_6(fn_synthesis_of_lagging_strand_20(X))
& fn_synthesis_of_nucleic_acid_6(fn_synthesis_of_lagging_strand_20(X)) = fn_replace_1(fn_synthesis_of_lagging_strand_28(X))
& fn_replace_1(fn_synthesis_of_lagging_strand_28(X)) = fn_replace_1(fn_synthesis_of_lagging_strand_28(X))
& fn_replace_1(fn_synthesis_of_lagging_strand_28(X)) = fn_rna_priming_5(fn_synthesis_of_lagging_strand_20(X))
& fn_rna_priming_5(fn_synthesis_of_lagging_strand_20(X)) = fn_rna_priming_5(fn_synthesis_of_lagging_strand_20(X))
& fn_rna_priming_5(fn_synthesis_of_lagging_strand_20(X)) = fn_polymer_synthesis_25(X)
& fn_polymer_synthesis_25(X) = fn_dehydration_reaction_3(fn_synthesis_of_lagging_strand_19(X))
& fn_dehydration_reaction_3(fn_synthesis_of_lagging_strand_19(X)) = fn_polymer_synthesis_25(X)
& fn_polymer_synthesis_25(X) = fn_polymer_synthesis_21(X)
& fn_polymer_synthesis_21(X) = fn_dehydration_reaction_4(fn_synthesis_of_lagging_strand_19(X))
& fn_dehydration_reaction_4(fn_synthesis_of_lagging_strand_19(X)) = fn_polymer_synthesis_21(X)
& fn_polymer_synthesis_21(X) = fn_dehydration_reaction_7(fn_synthesis_of_lagging_strand_19(X))
& fn_dehydration_reaction_7(fn_synthesis_of_lagging_strand_19(X)) = fn_dehydration_reaction_6(fn_synthesis_of_lagging_strand_19(X))
& fn_dehydration_reaction_6(fn_synthesis_of_lagging_strand_19(X)) = fn_dehydration_reaction_7(fn_synthesis_of_lagging_strand_19(X))
& fn_polymer_synthesis_11(X) = fn_dehydration_reaction_7(fn_synthesis_of_lagging_strand_19(X))
& fn_dehydration_reaction_7(fn_synthesis_of_lagging_strand_19(X)) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_synthesis_of_dna_strand_10(X)
& fn_synthesis_of_dna_strand_10(X) = fn_synthesis_of_dna_strand_10(X)
& fn_synthesis_of_dna_strand_10(X) = fn_dehydration_reaction_7(fn_synthesis_of_lagging_strand_19(X))
& fn_dehydration_reaction_7(fn_synthesis_of_lagging_strand_19(X)) = fn_dehydration_reaction_7(fn_synthesis_of_lagging_strand_19(X))
& fn_dehydration_reaction_7(fn_synthesis_of_lagging_strand_19(X)) = fn_synthesis_of_dna_strand_23(X)
& fn_synthesis_of_dna_strand_23(X) = fn_dehydration_reaction_7(fn_synthesis_of_lagging_strand_19(X))
& fn_dehydration_reaction_8(fn_synthesis_of_lagging_strand_19(X)) = fn_dehydration_reaction_7(fn_synthesis_of_lagging_strand_19(X))
& fn_dehydration_reaction_7(fn_synthesis_of_lagging_strand_19(X)) = fn_dehydration_reaction_8(fn_synthesis_of_lagging_strand_19(X))
& fn_dehydration_reaction_8(fn_synthesis_of_lagging_strand_19(X)) = fn_dehydration_reaction_8(fn_synthesis_of_lagging_strand_19(X))
& fn_polymer_synthesis_20(X) = fn_dehydration_reaction_8(fn_synthesis_of_lagging_strand_19(X))
& fn_dehydration_reaction_8(fn_synthesis_of_lagging_strand_19(X)) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_synthesis_of_dna_strand_24(X)
& fn_synthesis_of_dna_strand_24(X) = fn_synthesis_of_dna_strand_24(X)
& fn_synthesis_of_dna_strand_24(X) = fn_dna_ligase_12(fn_synthesis_of_lagging_strand_10(X))
& fn_dna_ligase_12(fn_synthesis_of_lagging_strand_10(X)) = fn_dna_ligase_7(fn_synthesis_of_lagging_strand_10(X))
& fn_dna_ligase_7(fn_synthesis_of_lagging_strand_10(X)) = fn_dna_ligase_7(fn_synthesis_of_lagging_strand_10(X))
& fn_dna_ligase_7(fn_synthesis_of_lagging_strand_10(X)) = fn_synthesis_of_dna_strand_21(X)
& fn_synthesis_of_dna_strand_21(X) = fn_polymer_synthesis_19(X)
& fn_polymer_synthesis_19(X) = fn_endergonic_reaction_3(fn_synthesis_of_lagging_strand_19(X))
& fn_endergonic_reaction_3(fn_synthesis_of_lagging_strand_19(X)) = fn_add_2(fn_synthesis_of_lagging_strand_25(X))
& fn_add_2(fn_synthesis_of_lagging_strand_25(X)) = fn_synthesis_of_dna_strand_9(X)
& fn_synthesis_of_dna_strand_9(X) = fn_synthesis_of_dna_strand_9(X)
& fn_synthesis_of_dna_strand_9(X) = fn_condensation_reaction_3(fn_synthesis_of_lagging_strand_19(X))
& fn_endergonic_reaction_9(fn_synthesis_of_lagging_strand_19(X)) = fn_condensation_reaction_3(fn_synthesis_of_lagging_strand_19(X))
& fn_condensation_reaction_3(fn_synthesis_of_lagging_strand_19(X)) = fn_endergonic_reaction_9(fn_synthesis_of_lagging_strand_19(X))
& fn_endergonic_reaction_9(fn_synthesis_of_lagging_strand_19(X)) = fn_endergonic_reaction_9(fn_synthesis_of_lagging_strand_19(X))
& fn_endergonic_reaction_9(fn_synthesis_of_lagging_strand_19(X)) = fn_rna_priming_6(fn_synthesis_of_lagging_strand_38(X))
& fn_rna_priming_6(fn_synthesis_of_lagging_strand_38(X)) = fn_synthesis_of_dna_strand_21(X)
& fn_synthesis_of_dna_strand_21(X) = fn_synthesis_of_dna_strand_21(X)
& fn_synthesis_of_dna_strand_21(X) = fn_rna_priming_10(fn_synthesis_of_lagging_strand_38(X))
& fn_rna_priming_10(fn_synthesis_of_lagging_strand_38(X)) = fn_rna_priming_10(fn_synthesis_of_lagging_strand_38(X))
& fn_rna_priming_10(fn_synthesis_of_lagging_strand_38(X)) = fn_okazaki_fragments_1(fn_synthesis_of_lagging_strand_39(X))
& fn_okazaki_fragments_1(fn_synthesis_of_lagging_strand_39(X)) = fn_synthesis_of_dna_strand_1(X)
& fn_synthesis_of_dna_strand_1(X) = fn_synthesis_of_dna_strand_1(X) ) ) ).
fof(a533065,axiom,
! [X] :
( synthesis_of_leading_strand_1(X)
=> ( original_name_2(X,'Synthesis-Of-Leading-Strand')
& user_description_2(X,'The elongation of the new complementary DNA strand synthesized continually along the template strand toward the replication fork in the mandatory 5\' - 3\' direction.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of leading strand')
& concept2words_2(X,'synthesis-of-leading-strand')
& synthesis_of_dna_strand_1(X)
& ~ polymerase_chain_reaction_1(X)
& ~ synthesis_of_lagging_strand_1(X)
& structural_complexity_value_1(fn_synthesis_of_leading_strand_1(X))
& time_interval_1(fn_synthesis_of_leading_strand_11(X))
& time_interval_1(fn_synthesis_of_leading_strand_12(X))
& quantity_value_1(fn_synthesis_of_leading_strand_13(X))
& quantity_value_1(fn_synthesis_of_leading_strand_14(X))
& atomic_number_value_1(fn_synthesis_of_leading_strand_15(X))
& entity_1(fn_synthesis_of_leading_strand_19(X))
& chemical_entity_1(fn_synthesis_of_leading_strand_19(X))
& atom_1(fn_synthesis_of_leading_strand_19(X))
& hold_together_1(fn_synthesis_of_leading_strand_20(X))
& free_energy_1(fn_synthesis_of_leading_strand_21(X))
& quantity_value_1(fn_synthesis_of_leading_strand_22(X))
& quantity_value_1(fn_synthesis_of_leading_strand_23(X))
& entity_1(fn_synthesis_of_leading_strand_24(X))
& chemical_entity_1(fn_synthesis_of_leading_strand_24(X))
& atom_1(fn_synthesis_of_leading_strand_24(X))
& oxygen_1(fn_synthesis_of_leading_strand_24(X))
& system_1(fn_synthesis_of_leading_strand_27(X))
& valence_electron_1(fn_synthesis_of_leading_strand_29(X))
& share_1(fn_synthesis_of_leading_strand_30(X))
& valence_electron_1(fn_synthesis_of_leading_strand_31(X))
& share_1(fn_synthesis_of_leading_strand_32(X))
& quantity_value_1(fn_synthesis_of_leading_strand_33(X))
& center_1(fn_synthesis_of_leading_strand_34(X))
& chemical_entity_1(fn_synthesis_of_leading_strand_35(X))
& entity_1(fn_synthesis_of_leading_strand_35(X))
& number_5_prime_carbon_1(fn_synthesis_of_leading_strand_35(X))
& atom_1(fn_synthesis_of_leading_strand_35(X))
& carbon_1(fn_synthesis_of_leading_strand_35(X))
& number_5_prime_carbon_1(fn_synthesis_of_leading_strand_36(X))
& carbon_1(fn_synthesis_of_leading_strand_36(X))
& entity_1(fn_synthesis_of_leading_strand_36(X))
& chemical_entity_1(fn_synthesis_of_leading_strand_36(X))
& atom_1(fn_synthesis_of_leading_strand_36(X))
& carbon_skeleton_1(fn_synthesis_of_leading_strand_37(X))
& number_5_prime_region_1(fn_synthesis_of_leading_strand_38(X))
& chemical_bond_1(fn_synthesis_of_leading_strand_39(X))
& double_bond_1(fn_synthesis_of_leading_strand_39(X))
& covalent_bond_1(fn_synthesis_of_leading_strand_39(X))
& entity_1(fn_synthesis_of_leading_strand_40(X))
& atom_1(fn_synthesis_of_leading_strand_40(X))
& phosphorus_1(fn_synthesis_of_leading_strand_40(X))
& covalent_bond_1(fn_synthesis_of_leading_strand_41(X))
& single_bond_1(fn_synthesis_of_leading_strand_41(X))
& functional_group_1(fn_synthesis_of_leading_strand_42(X))
& phosphate_group_1(fn_synthesis_of_leading_strand_42(X))
& kinetic_energy_1(fn_synthesis_of_leading_strand_43(X))
& nucleoside_1(fn_synthesis_of_leading_strand_44(X))
& constant_motion_1(fn_synthesis_of_leading_strand_45(X))
& speed_value_1(fn_synthesis_of_leading_strand_46(X))
& quantity_value_1(fn_synthesis_of_leading_strand_47(X))
& deoxyribose_1(fn_synthesis_of_leading_strand_48(X))
& center_1(fn_synthesis_of_leading_strand_49(X))
& hydrogen_1(fn_synthesis_of_leading_strand_50(X))
& quantity_value_1(fn_synthesis_of_leading_strand_51(X))
& atomic_number_value_1(fn_synthesis_of_leading_strand_52(X))
& deoxyribonucleoside_monophosphate_1(fn_synthesis_of_leading_strand_53(X))
& rna_priming_1(fn_synthesis_of_leading_strand_54(X))
& reactant_1(fn_synthesis_of_leading_strand_55(X))
& monomer_1(fn_synthesis_of_leading_strand_56(X))
& free_energy_1(fn_synthesis_of_leading_strand_57(X))
& monomer_1(fn_synthesis_of_leading_strand_58(X))
& chemical_bond_1(fn_synthesis_of_leading_strand_59(X))
& polar_covalent_bond_1(fn_synthesis_of_leading_strand_59(X))
& covalent_bond_1(fn_synthesis_of_leading_strand_59(X))
& functional_group_1(fn_synthesis_of_leading_strand_60(X))
& hydroxyl_group_1(fn_synthesis_of_leading_strand_60(X))
& molecule_1(fn_synthesis_of_leading_strand_61(X))
& polar_molecule_1(fn_synthesis_of_leading_strand_61(X))
& chemical_entity_1(fn_synthesis_of_leading_strand_61(X))
& water_molecule_1(fn_synthesis_of_leading_strand_61(X))
& hydrophilic_compound_1(fn_synthesis_of_leading_strand_61(X))
& condensation_reaction_1(fn_synthesis_of_leading_strand_62(X))
& endergonic_reaction_1(fn_synthesis_of_leading_strand_62(X))
& dehydration_reaction_1(fn_synthesis_of_leading_strand_62(X))
& leading_strand_1(fn_synthesis_of_leading_strand_63(X))
& nitrogenous_base_present_in_dna_1(fn_synthesis_of_leading_strand_64(X))
& attach_1(fn_synthesis_of_leading_strand_65(X))
& nitrogenous_base_present_in_dna_1(fn_synthesis_of_leading_strand_66(X))
& attach_1(fn_synthesis_of_leading_strand_67(X))
& dna_polymerase_iii_1(fn_synthesis_of_leading_strand_68(X))
& break_1(fn_synthesis_of_leading_strand_69(X))
& replication_fork_1(fn_synthesis_of_leading_strand_70(X))
& decrease_1(fn_synthesis_of_leading_strand_71(X))
& entity_1(fn_synthesis_of_leading_strand_72(X))
& hydrophilic_region_1(fn_synthesis_of_leading_strand_72(X))
& attract_1(fn_synthesis_of_leading_strand_73(X))
& deoxyribonucleoside_monophosphate_1(fn_synthesis_of_leading_strand_74(X))
& spatial_entity_1(fn_attach_1(fn_synthesis_of_leading_strand_65(X)))
& spatial_entity_1(fn_attach_2(fn_synthesis_of_leading_strand_65(X)))
& hydroxyl_group_1(fn_dehydration_reaction_5(fn_synthesis_of_leading_strand_62(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_synthesis_of_leading_strand_60(X)))
& decrease_1(fn_dna_polymerase_25(fn_synthesis_of_leading_strand_68(X)))
& deoxyribose_1(fn_deoxyribonucleotide_8(fn_synthesis_of_leading_strand_74(X)))
& property_node_1(fn_nucleoside_monophosphate_35(fn_synthesis_of_leading_strand_74(X)))
& property_node_1(fn_nucleoside_monophosphate_36(fn_synthesis_of_leading_strand_74(X)))
& constant_motion_1(fn_nucleoside_monophosphate_12(fn_synthesis_of_leading_strand_74(X)))
& speed_value_1(fn_nucleoside_monophosphate_13(fn_synthesis_of_leading_strand_74(X)))
& quantity_value_1(fn_nucleoside_monophosphate_14(fn_synthesis_of_leading_strand_74(X)))
& kinetic_energy_1(fn_nucleoside_monophosphate_22(fn_synthesis_of_leading_strand_74(X)))
& system_1(fn_covalent_bond_5(fn_synthesis_of_leading_strand_59(X)))
& equation_set_1(fn_covalent_bond_7(fn_synthesis_of_leading_strand_59(X)))
& atomic_number_value_1(fn_covalent_bond_6(fn_synthesis_of_leading_strand_59(X)))
& quantity_value_1(fn_covalent_bond_8(fn_synthesis_of_leading_strand_59(X)))
& quantity_value_1(fn_covalent_bond_9(fn_synthesis_of_leading_strand_59(X)))
& valence_electron_1(fn_covalent_bond_18(fn_synthesis_of_leading_strand_59(X)))
& share_1(fn_covalent_bond_17(fn_synthesis_of_leading_strand_59(X)))
& system_1(fn_covalent_bond_5(fn_synthesis_of_leading_strand_39(X)))
& atomic_number_value_1(fn_covalent_bond_6(fn_synthesis_of_leading_strand_39(X)))
& equation_set_1(fn_covalent_bond_7(fn_synthesis_of_leading_strand_39(X)))
& quantity_value_1(fn_covalent_bond_8(fn_synthesis_of_leading_strand_39(X)))
& quantity_value_1(fn_covalent_bond_9(fn_synthesis_of_leading_strand_39(X)))
& attract_1(fn_hydrophilic_compound_2(fn_synthesis_of_leading_strand_61(X)))
& molecule_1(fn_condensation_reaction_3(fn_synthesis_of_leading_strand_62(X)))
& chemical_entity_1(fn_endergonic_reaction_9(fn_synthesis_of_leading_strand_62(X)))
& chemical_entity_1(fn_reactant_3(fn_synthesis_of_leading_strand_55(X)))
& molecule_1(fn_dehydration_reaction_8(fn_synthesis_of_leading_strand_62(X)))
& monomer_1(fn_polymer_6(fn_synthesis_of_leading_strand_63(X)))
& monomer_1(fn_polymer_4(fn_synthesis_of_leading_strand_63(X)))
& free_energy_1(fn_dehydration_reaction_1(fn_synthesis_of_leading_strand_62(X)))
& free_energy_1(fn_endergonic_reaction_3(fn_synthesis_of_leading_strand_62(X)))
& nucleoside_1(fn_deoxyribonucleotide_7(fn_synthesis_of_leading_strand_74(X)))
& nucleoside_1(fn_nucleoside_monophosphate_11(fn_synthesis_of_leading_strand_74(X)))
& carbon_skeleton_1(fn_nucleotide_3(fn_synthesis_of_leading_strand_74(X)))
& carbon_skeleton_1(fn_nucleoside_monophosphate_25(fn_synthesis_of_leading_strand_74(X)))
& number_5_prime_region_1(fn_deoxyribonucleotide_3(fn_synthesis_of_leading_strand_74(X)))
& number_5_prime_region_1(fn_nucleoside_monophosphate_21(fn_synthesis_of_leading_strand_74(X)))
& chemical_entity_1(fn_functional_group_1(fn_synthesis_of_leading_strand_60(X)))
& chemical_entity_1(fn_functional_group_1(fn_synthesis_of_leading_strand_42(X)))
& chemical_entity_1(fn_dehydration_reaction_7(fn_synthesis_of_leading_strand_62(X)))
& molecule_1(fn_dehydration_reaction_7(fn_synthesis_of_leading_strand_62(X)))
& covalent_bond_1(fn_deoxyribonucleotide_9(fn_synthesis_of_leading_strand_74(X)))
& single_bond_1(fn_deoxyribonucleotide_9(fn_synthesis_of_leading_strand_74(X)))
& single_bond_1(fn_nucleoside_monophosphate_23(fn_synthesis_of_leading_strand_74(X)))
& single_bond_1(fn_phosphate_group_37(fn_synthesis_of_leading_strand_42(X)))
& atom_1(fn_deoxyribonucleotide_13(fn_synthesis_of_leading_strand_74(X)))
& phosphorus_1(fn_deoxyribonucleotide_13(fn_synthesis_of_leading_strand_74(X)))
& entity_1(fn_nucleoside_monophosphate_16(fn_synthesis_of_leading_strand_74(X)))
& atom_1(fn_nucleoside_monophosphate_16(fn_synthesis_of_leading_strand_74(X)))
& phosphorus_1(fn_nucleoside_monophosphate_16(fn_synthesis_of_leading_strand_74(X)))
& phosphorus_1(fn_phosphate_group_6(fn_synthesis_of_leading_strand_42(X)))
& functional_group_1(fn_deoxyribonucleotide_11(fn_synthesis_of_leading_strand_74(X)))
& phosphate_group_1(fn_deoxyribonucleotide_11(fn_synthesis_of_leading_strand_74(X)))
& phosphate_group_1(fn_nucleoside_monophosphate_17(fn_synthesis_of_leading_strand_74(X)))
& entity_1(fn_polar_covalent_bond_19(fn_synthesis_of_leading_strand_59(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_synthesis_of_leading_strand_59(X)))
& atom_1(fn_polar_covalent_bond_19(fn_synthesis_of_leading_strand_59(X)))
& oxygen_1(fn_nucleoside_monophosphate_65(fn_synthesis_of_leading_strand_74(X)))
& entity_1(fn_nucleoside_monophosphate_65(fn_synthesis_of_leading_strand_74(X)))
& chemical_entity_1(fn_nucleoside_monophosphate_65(fn_synthesis_of_leading_strand_74(X)))
& atom_1(fn_nucleoside_monophosphate_65(fn_synthesis_of_leading_strand_74(X)))
& entity_1(fn_deoxyribonucleotide_12(fn_synthesis_of_leading_strand_74(X)))
& chemical_entity_1(fn_deoxyribonucleotide_12(fn_synthesis_of_leading_strand_74(X)))
& atom_1(fn_deoxyribonucleotide_12(fn_synthesis_of_leading_strand_74(X)))
& oxygen_1(fn_deoxyribonucleotide_12(fn_synthesis_of_leading_strand_74(X)))
& oxygen_1(fn_deoxyribonucleotide_6(fn_synthesis_of_leading_strand_74(X)))
& entity_1(fn_deoxyribonucleotide_6(fn_synthesis_of_leading_strand_74(X)))
& chemical_entity_1(fn_deoxyribonucleotide_6(fn_synthesis_of_leading_strand_74(X)))
& atom_1(fn_deoxyribonucleotide_6(fn_synthesis_of_leading_strand_74(X)))
& entity_1(fn_nucleoside_monophosphate_27(fn_synthesis_of_leading_strand_74(X)))
& chemical_entity_1(fn_nucleoside_monophosphate_27(fn_synthesis_of_leading_strand_74(X)))
& atom_1(fn_nucleoside_monophosphate_27(fn_synthesis_of_leading_strand_74(X)))
& oxygen_1(fn_nucleoside_monophosphate_27(fn_synthesis_of_leading_strand_74(X)))
& oxygen_1(fn_phosphate_group_5(fn_synthesis_of_leading_strand_42(X)))
& entity_1(fn_phosphate_group_5(fn_synthesis_of_leading_strand_42(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_synthesis_of_leading_strand_42(X)))
& atom_1(fn_phosphate_group_5(fn_synthesis_of_leading_strand_42(X)))
& entity_1(fn_phosphate_group_22(fn_synthesis_of_leading_strand_42(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_synthesis_of_leading_strand_42(X)))
& atom_1(fn_phosphate_group_22(fn_synthesis_of_leading_strand_42(X)))
& oxygen_1(fn_phosphate_group_22(fn_synthesis_of_leading_strand_42(X)))
& entity_1(fn_polar_covalent_bond_18(fn_synthesis_of_leading_strand_59(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_synthesis_of_leading_strand_59(X)))
& atom_1(fn_polar_covalent_bond_18(fn_synthesis_of_leading_strand_59(X)))
& entity_1(fn_covalent_bond_20(fn_synthesis_of_leading_strand_59(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_synthesis_of_leading_strand_59(X)))
& atom_1(fn_covalent_bond_20(fn_synthesis_of_leading_strand_59(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_synthesis_of_leading_strand_59(X)))
& hold_together_1(fn_phosphate_group_36(fn_synthesis_of_leading_strand_42(X)))
& hold_together_1(fn_covalent_bond_14(fn_synthesis_of_leading_strand_59(X)))
& center_1(fn_hydroxyl_group_10(fn_synthesis_of_leading_strand_60(X)))
& center_1(fn_covalent_bond_21(fn_synthesis_of_leading_strand_39(X)))
& center_1(fn_deoxyribonucleotide_20(fn_synthesis_of_leading_strand_74(X)))
& center_1(fn_deoxyribonucleotide_19(fn_synthesis_of_leading_strand_74(X)))
& center_1(fn_nucleoside_monophosphate_30(fn_synthesis_of_leading_strand_74(X)))
& center_1(fn_phosphate_group_17(fn_synthesis_of_leading_strand_42(X)))
& center_1(fn_covalent_bond_23(fn_synthesis_of_leading_strand_39(X)))
& valence_electron_1(fn_covalent_bond_15(fn_synthesis_of_leading_strand_59(X)))
& valence_electron_1(fn_covalent_bond_18(fn_synthesis_of_leading_strand_39(X)))
& share_1(fn_phosphate_group_35(fn_synthesis_of_leading_strand_42(X)))
& share_1(fn_covalent_bond_17(fn_synthesis_of_leading_strand_39(X)))
& entity_1(fn_deoxyribonucleotide_5(fn_synthesis_of_leading_strand_74(X)))
& chemical_entity_1(fn_deoxyribonucleotide_5(fn_synthesis_of_leading_strand_74(X)))
& atom_1(fn_deoxyribonucleotide_5(fn_synthesis_of_leading_strand_74(X)))
& carbon_1(fn_deoxyribonucleotide_5(fn_synthesis_of_leading_strand_74(X)))
& entity_1(fn_nucleoside_monophosphate_24(fn_synthesis_of_leading_strand_74(X)))
& number_5_prime_carbon_1(fn_nucleoside_monophosphate_24(fn_synthesis_of_leading_strand_74(X)))
& atom_1(fn_nucleoside_monophosphate_24(fn_synthesis_of_leading_strand_74(X)))
& carbon_1(fn_nucleoside_monophosphate_24(fn_synthesis_of_leading_strand_74(X)))
& entity_1(fn_nucleoside_monophosphate_26(fn_synthesis_of_leading_strand_74(X)))
& atom_1(fn_nucleoside_monophosphate_26(fn_synthesis_of_leading_strand_74(X)))
& number_5_prime_carbon_1(fn_nucleoside_monophosphate_26(fn_synthesis_of_leading_strand_74(X)))
& carbon_1(fn_nucleoside_monophosphate_26(fn_synthesis_of_leading_strand_74(X)))
& entity_1(fn_covalent_bond_20(fn_synthesis_of_leading_strand_39(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_synthesis_of_leading_strand_39(X)))
& atom_1(fn_covalent_bond_20(fn_synthesis_of_leading_strand_39(X)))
& entity_1(fn_covalent_bond_19(fn_synthesis_of_leading_strand_39(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_synthesis_of_leading_strand_39(X)))
& atom_1(fn_covalent_bond_19(fn_synthesis_of_leading_strand_39(X)))
& chemical_bond_1(fn_deoxyribonucleotide_10(fn_synthesis_of_leading_strand_74(X)))
& double_bond_1(fn_deoxyribonucleotide_10(fn_synthesis_of_leading_strand_74(X)))
& covalent_bond_1(fn_deoxyribonucleotide_10(fn_synthesis_of_leading_strand_74(X)))
& double_bond_1(fn_phosphate_group_41(fn_synthesis_of_leading_strand_42(X)))
& entity_1(fn_attract_2(fn_synthesis_of_leading_strand_73(X)))
& hydrophilic_region_1(fn_hydrophilic_compound_1(fn_synthesis_of_leading_strand_61(X)))
& water_molecule_1(fn_dehydration_reaction_6(fn_synthesis_of_leading_strand_62(X)))
& chemical_reaction_1(fn_dna_polymerase_24(fn_synthesis_of_leading_strand_68(X)))
& structural_complexity_2(fn_synthesis_of_leading_strand_74(X),fn_synthesis_of_leading_strand_1(X))
& time_before_2(fn_synthesis_of_leading_strand_12(X),fn_synthesis_of_leading_strand_11(X))
& time_during_2(fn_synthesis_of_leading_strand_69(X),fn_synthesis_of_leading_strand_11(X))
& is_at_2(fn_synthesis_of_leading_strand_68(X),fn_synthesis_of_leading_strand_70(X))
& site_2(fn_synthesis_of_leading_strand_67(X),fn_synthesis_of_leading_strand_70(X))
& time_during_2(fn_synthesis_of_leading_strand_67(X),fn_synthesis_of_leading_strand_12(X))
& subevent_2(fn_synthesis_of_leading_strand_67(X),fn_synthesis_of_leading_strand_65(X))
& complement_2(fn_synthesis_of_leading_strand_66(X),fn_synthesis_of_leading_strand_64(X))
& complement_2(fn_synthesis_of_leading_strand_64(X),fn_synthesis_of_leading_strand_66(X))
& structural_complexity_2(fn_synthesis_of_leading_strand_53(X),fn_synthesis_of_leading_strand_1(X))
& fn_synthesis_of_leading_strand_31(X) != fn_synthesis_of_leading_strand_29(X)
& fn_synthesis_of_leading_strand_29(X) != fn_synthesis_of_leading_strand_31(X)
& plays_2(fn_synthesis_of_leading_strand_53(X),fn_synthesis_of_leading_strand_55(X))
& object_2(fn_synthesis_of_leading_strand_65(X),fn_synthesis_of_leading_strand_66(X))
& base_2(fn_synthesis_of_leading_strand_65(X),fn_synthesis_of_leading_strand_64(X))
& result_2(fn_synthesis_of_leading_strand_62(X),fn_synthesis_of_leading_strand_63(X))
& possesses_2(fn_synthesis_of_leading_strand_63(X),fn_synthesis_of_leading_strand_21(X))
& has_part_2(fn_synthesis_of_leading_strand_63(X),fn_synthesis_of_leading_strand_58(X))
& possesses_2(fn_synthesis_of_leading_strand_53(X),fn_synthesis_of_leading_strand_57(X))
& raw_material_2(fn_synthesis_of_leading_strand_62(X),fn_synthesis_of_leading_strand_53(X))
& fn_synthesis_of_leading_strand_53(X) != fn_synthesis_of_leading_strand_74(X)
& has_region_2(fn_synthesis_of_leading_strand_74(X),fn_synthesis_of_leading_strand_60(X))
& fn_synthesis_of_leading_strand_61(X) != fn_synthesis_of_leading_strand_53(X)
& fn_synthesis_of_leading_strand_53(X) != fn_synthesis_of_leading_strand_61(X)
& fn_synthesis_of_leading_strand_74(X) != fn_synthesis_of_leading_strand_53(X)
& agent_2(fn_synthesis_of_leading_strand_69(X),fn_synthesis_of_leading_strand_68(X))
& agent_2(fn_synthesis_of_leading_strand_67(X),fn_synthesis_of_leading_strand_68(X))
& result_2(X,fn_synthesis_of_leading_strand_63(X))
& has_part_2(fn_synthesis_of_leading_strand_63(X),fn_synthesis_of_leading_strand_56(X))
& is_inside_2(fn_synthesis_of_leading_strand_50(X),fn_synthesis_of_leading_strand_60(X))
& has_region_2(fn_synthesis_of_leading_strand_50(X),fn_synthesis_of_leading_strand_49(X))
& has_function_2(fn_synthesis_of_leading_strand_68(X),fn_synthesis_of_leading_strand_71(X))
& enables_2(fn_synthesis_of_leading_strand_71(X),X)
& has_function_2(fn_synthesis_of_leading_strand_68(X),X)
& has_state_2(fn_synthesis_of_leading_strand_53(X),fn_synthesis_of_leading_strand_56(X))
& raw_material_2(X,fn_synthesis_of_leading_strand_53(X))
& has_part_2(fn_synthesis_of_leading_strand_53(X),fn_synthesis_of_leading_strand_19(X))
& possesses_2(fn_synthesis_of_leading_strand_74(X),fn_synthesis_of_leading_strand_57(X))
& raw_material_2(X,fn_synthesis_of_leading_strand_74(X))
& has_state_2(fn_synthesis_of_leading_strand_74(X),fn_synthesis_of_leading_strand_58(X))
& raw_material_2(fn_synthesis_of_leading_strand_62(X),fn_synthesis_of_leading_strand_74(X))
& possesses_2(fn_synthesis_of_leading_strand_74(X),fn_synthesis_of_leading_strand_59(X))
& is_between_2(fn_synthesis_of_leading_strand_59(X),fn_synthesis_of_leading_strand_24(X))
& fn_synthesis_of_leading_strand_61(X) != fn_synthesis_of_leading_strand_74(X)
& fn_synthesis_of_leading_strand_74(X) != fn_synthesis_of_leading_strand_61(X)
& fn_synthesis_of_leading_strand_24(X) != fn_synthesis_of_leading_strand_19(X)
& fn_synthesis_of_leading_strand_19(X) != fn_synthesis_of_leading_strand_24(X)
& possesses_2(fn_synthesis_of_leading_strand_74(X),fn_synthesis_of_leading_strand_39(X))
& has_region_2(fn_synthesis_of_leading_strand_48(X),fn_synthesis_of_leading_strand_38(X))
& has_part_2(fn_synthesis_of_leading_strand_44(X),fn_synthesis_of_leading_strand_48(X))
& called_2(fn_synthesis_of_leading_strand_22(X),'FE_p')
& called_2(fn_synthesis_of_leading_strand_23(X),'FE_r')
& quantity_2(fn_synthesis_of_leading_strand_57(X),fn_synthesis_of_leading_strand_23(X))
& subevent_2(X,fn_synthesis_of_leading_strand_62(X))
& result_2(fn_synthesis_of_leading_strand_62(X),fn_synthesis_of_leading_strand_61(X))
& possesses_2(fn_synthesis_of_leading_strand_61(X),fn_synthesis_of_leading_strand_21(X))
& quantity_2(fn_synthesis_of_leading_strand_21(X),fn_synthesis_of_leading_strand_22(X))
& greater_than_2(fn_synthesis_of_leading_strand_22(X),fn_synthesis_of_leading_strand_23(X))
& site_2(X,fn_synthesis_of_leading_strand_70(X))
& result_2(X,fn_synthesis_of_leading_strand_61(X))
& in_event_2(fn_synthesis_of_leading_strand_55(X),X)
& first_subevent_2(X,fn_synthesis_of_leading_strand_54(X))
& subevent_2(X,fn_synthesis_of_leading_strand_67(X))
& next_event_2(fn_synthesis_of_leading_strand_67(X),fn_synthesis_of_leading_strand_69(X))
& subevent_2(X,fn_synthesis_of_leading_strand_69(X))
& subevent_2(X,fn_synthesis_of_leading_strand_54(X))
& next_event_2(fn_synthesis_of_leading_strand_54(X),fn_synthesis_of_leading_strand_67(X))
& has_part_2(fn_synthesis_of_leading_strand_74(X),fn_synthesis_of_leading_strand_35(X))
& object_2(fn_synthesis_of_leading_strand_45(X),fn_synthesis_of_leading_strand_74(X))
& has_part_2(fn_synthesis_of_leading_strand_74(X),fn_synthesis_of_leading_strand_40(X))
& has_part_2(fn_synthesis_of_leading_strand_74(X),fn_synthesis_of_leading_strand_44(X))
& has_region_2(fn_synthesis_of_leading_strand_74(X),fn_synthesis_of_leading_strand_42(X))
& is_inside_2(fn_synthesis_of_leading_strand_42(X),fn_synthesis_of_leading_strand_38(X))
& has_part_2(fn_synthesis_of_leading_strand_74(X),fn_synthesis_of_leading_strand_36(X))
& called_2(fn_synthesis_of_leading_strand_36(X),'A2')
& possesses_2(fn_synthesis_of_leading_strand_74(X),fn_synthesis_of_leading_strand_41(X))
& is_between_2(fn_synthesis_of_leading_strand_41(X),fn_synthesis_of_leading_strand_35(X))
& has_region_2(fn_synthesis_of_leading_strand_74(X),fn_synthesis_of_leading_strand_37(X))
& is_inside_2(fn_synthesis_of_leading_strand_35(X),fn_synthesis_of_leading_strand_37(X))
& has_region_2(fn_synthesis_of_leading_strand_35(X),fn_synthesis_of_leading_strand_34(X))
& possesses_2(fn_synthesis_of_leading_strand_74(X),fn_synthesis_of_leading_strand_43(X))
& quantity_2(fn_synthesis_of_leading_strand_43(X),fn_synthesis_of_leading_strand_47(X))
& directly_proportional_2(fn_synthesis_of_leading_strand_46(X),fn_synthesis_of_leading_strand_47(X))
& speed_2(fn_synthesis_of_leading_strand_45(X),fn_synthesis_of_leading_strand_46(X))
& is_at_2(fn_synthesis_of_leading_strand_35(X),fn_synthesis_of_leading_strand_38(X))
& is_at_2(fn_synthesis_of_leading_strand_36(X),fn_synthesis_of_leading_strand_38(X))
& is_inside_2(fn_synthesis_of_leading_strand_36(X),fn_synthesis_of_leading_strand_37(X))
& fn_synthesis_of_leading_strand_36(X) != fn_synthesis_of_leading_strand_35(X)
& fn_synthesis_of_leading_strand_35(X) != fn_synthesis_of_leading_strand_36(X)
& has_part_2(fn_synthesis_of_leading_strand_74(X),fn_synthesis_of_leading_strand_24(X))
& fn_synthesis_of_leading_strand_35(X) != fn_synthesis_of_leading_strand_24(X)
& fn_synthesis_of_leading_strand_24(X) != fn_synthesis_of_leading_strand_35(X)
& fn_synthesis_of_leading_strand_36(X) != fn_synthesis_of_leading_strand_24(X)
& fn_synthesis_of_leading_strand_24(X) != fn_synthesis_of_leading_strand_36(X)
& has_region_2(fn_synthesis_of_leading_strand_24(X),fn_synthesis_of_leading_strand_34(X))
& is_between_2(fn_synthesis_of_leading_strand_41(X),fn_synthesis_of_leading_strand_24(X))
& object_2(fn_synthesis_of_leading_strand_20(X),fn_synthesis_of_leading_strand_24(X))
& is_inside_2(fn_synthesis_of_leading_strand_40(X),fn_synthesis_of_leading_strand_42(X))
& agent_2(fn_synthesis_of_leading_strand_32(X),fn_synthesis_of_leading_strand_40(X))
& is_inside_2(fn_synthesis_of_leading_strand_24(X),fn_synthesis_of_leading_strand_42(X))
& is_between_2(fn_synthesis_of_leading_strand_39(X),fn_synthesis_of_leading_strand_24(X))
& is_between_2(fn_synthesis_of_leading_strand_39(X),fn_synthesis_of_leading_strand_40(X))
& fn_synthesis_of_leading_strand_40(X) != fn_synthesis_of_leading_strand_24(X)
& fn_synthesis_of_leading_strand_24(X) != fn_synthesis_of_leading_strand_40(X)
& called_2(fn_synthesis_of_leading_strand_15(X),'Atomic_Number')
& called_2(fn_synthesis_of_leading_strand_14(X),'Number_Proton')
& object_2(fn_synthesis_of_leading_strand_30(X),fn_synthesis_of_leading_strand_31(X))
& is_between_2(fn_synthesis_of_leading_strand_59(X),fn_synthesis_of_leading_strand_19(X))
& has_function_2(fn_synthesis_of_leading_strand_59(X),fn_synthesis_of_leading_strand_20(X))
& agent_2(fn_synthesis_of_leading_strand_20(X),fn_synthesis_of_leading_strand_59(X))
& object_2(fn_synthesis_of_leading_strand_20(X),fn_synthesis_of_leading_strand_19(X))
& called_2(fn_synthesis_of_leading_strand_13(X),'Number_Electron')
& fn_synthesis_of_leading_strand_15(X) = fn_synthesis_of_leading_strand_14(X)
& fn_synthesis_of_leading_strand_14(X) = fn_synthesis_of_leading_strand_15(X)
& result_2(fn_synthesis_of_leading_strand_30(X),fn_synthesis_of_leading_strand_59(X))
& object_2(fn_synthesis_of_leading_strand_30(X),fn_synthesis_of_leading_strand_29(X))
& quantity_2(fn_synthesis_of_leading_strand_29(X),fn_synthesis_of_leading_strand_13(X))
& fn_synthesis_of_leading_strand_14(X) = fn_synthesis_of_leading_strand_13(X)
& fn_synthesis_of_leading_strand_13(X) = fn_synthesis_of_leading_strand_14(X)
& called_2(fn_synthesis_of_leading_strand_51(X),'Number_Proton')
& called_2(fn_synthesis_of_leading_strand_33(X),'Number_Electron')
& has_region_2(fn_synthesis_of_leading_strand_36(X),fn_synthesis_of_leading_strand_34(X))
& fn_synthesis_of_leading_strand_49(X) != fn_synthesis_of_leading_strand_34(X)
& fn_synthesis_of_leading_strand_34(X) != fn_synthesis_of_leading_strand_49(X)
& called_2(fn_synthesis_of_leading_strand_52(X),'Atomic_Number')
& fn_synthesis_of_leading_strand_51(X) = fn_synthesis_of_leading_strand_52(X)
& fn_synthesis_of_leading_strand_52(X) = fn_synthesis_of_leading_strand_51(X)
& result_2(fn_synthesis_of_leading_strand_32(X),fn_synthesis_of_leading_strand_39(X))
& object_2(fn_synthesis_of_leading_strand_32(X),fn_synthesis_of_leading_strand_31(X))
& quantity_2(fn_synthesis_of_leading_strand_31(X),fn_synthesis_of_leading_strand_33(X))
& fn_synthesis_of_leading_strand_51(X) = fn_synthesis_of_leading_strand_33(X)
& fn_synthesis_of_leading_strand_33(X) = fn_synthesis_of_leading_strand_51(X)
& site_2(fn_synthesis_of_leading_strand_73(X),fn_synthesis_of_leading_strand_72(X))
& has_function_2(fn_synthesis_of_leading_strand_61(X),fn_synthesis_of_leading_strand_73(X))
& has_region_2(fn_synthesis_of_leading_strand_61(X),fn_synthesis_of_leading_strand_72(X))
& is_between_2(fn_synthesis_of_leading_strand_39(X),fn_synthesis_of_leading_strand_36(X))
& agent_2(fn_synthesis_of_leading_strand_73(X),fn_synthesis_of_leading_strand_72(X))
& fn_synthesis_of_leading_strand_53(X) = fn_reactant_3(fn_synthesis_of_leading_strand_55(X))
& fn_synthesis_of_leading_strand_66(X) = fn_attach_1(fn_synthesis_of_leading_strand_65(X))
& fn_synthesis_of_leading_strand_64(X) = fn_attach_2(fn_synthesis_of_leading_strand_65(X))
& fn_synthesis_of_leading_strand_21(X) = fn_endergonic_reaction_3(fn_synthesis_of_leading_strand_62(X))
& fn_synthesis_of_leading_strand_63(X) = fn_condensation_reaction_3(fn_synthesis_of_leading_strand_62(X))
& fn_synthesis_of_leading_strand_63(X) = fn_endergonic_reaction_9(fn_synthesis_of_leading_strand_62(X))
& fn_synthesis_of_leading_strand_58(X) = fn_polymer_6(fn_synthesis_of_leading_strand_63(X))
& fn_synthesis_of_leading_strand_58(X) = fn_polymer_4(fn_synthesis_of_leading_strand_63(X))
& fn_synthesis_of_leading_strand_57(X) = fn_dehydration_reaction_1(fn_synthesis_of_leading_strand_62(X))
& fn_synthesis_of_leading_strand_74(X) = fn_functional_group_1(fn_synthesis_of_leading_strand_60(X))
& fn_synthesis_of_leading_strand_60(X) = fn_dehydration_reaction_5(fn_synthesis_of_leading_strand_62(X))
& fn_synthesis_of_leading_strand_74(X) = fn_dehydration_reaction_7(fn_synthesis_of_leading_strand_62(X))
& fn_synthesis_of_leading_strand_61(X) = fn_dehydration_reaction_6(fn_synthesis_of_leading_strand_62(X))
& fn_synthesis_of_leading_strand_53(X) = fn_dehydration_reaction_7(fn_synthesis_of_leading_strand_62(X))
& fn_synthesis_of_leading_strand_53(X) = fn_dehydration_reaction_8(fn_synthesis_of_leading_strand_62(X))
& fn_synthesis_of_leading_strand_56(X) = fn_synthesis_of_dna_strand_13(X)
& fn_synthesis_of_leading_strand_63(X) = fn_synthesis_of_dna_strand_9(X)
& fn_synthesis_of_leading_strand_49(X) = fn_hydroxyl_group_10(fn_synthesis_of_leading_strand_60(X))
& fn_synthesis_of_leading_strand_50(X) = fn_hydroxyl_group_6(fn_synthesis_of_leading_strand_60(X))
& fn_synthesis_of_leading_strand_68(X) = fn_synthesis_of_dna_strand_17(X)
& X = fn_dna_polymerase_24(fn_synthesis_of_leading_strand_68(X))
& fn_synthesis_of_leading_strand_71(X) = fn_dna_polymerase_25(fn_synthesis_of_leading_strand_68(X))
& fn_synthesis_of_leading_strand_56(X) = fn_polymer_synthesis_8(X)
& fn_synthesis_of_leading_strand_53(X) = fn_polymer_synthesis_22(X)
& fn_synthesis_of_leading_strand_58(X) = fn_polymer_synthesis_7(X)
& fn_synthesis_of_leading_strand_24(X) = fn_polar_covalent_bond_19(fn_synthesis_of_leading_strand_59(X))
& fn_synthesis_of_leading_strand_48(X) = fn_deoxyribonucleotide_8(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_18(X) = fn_polymer_synthesis_6(X)
& fn_synthesis_of_leading_strand_57(X) = fn_polymer_synthesis_18(X)
& fn_synthesis_of_leading_strand_17(X) = fn_polymer_synthesis_5(X)
& fn_synthesis_of_leading_strand_23(X) = fn_polymer_synthesis_10(X)
& fn_synthesis_of_leading_strand_22(X) = fn_polymer_synthesis_9(X)
& fn_synthesis_of_leading_strand_21(X) = fn_polymer_synthesis_19(X)
& fn_synthesis_of_leading_strand_62(X) = fn_polymer_synthesis_24(X)
& fn_synthesis_of_leading_strand_70(X) = fn_synthesis_of_dna_strand_6(X)
& fn_synthesis_of_leading_strand_61(X) = fn_polymer_synthesis_11(X)
& fn_synthesis_of_leading_strand_61(X) = fn_synthesis_of_dna_strand_10(X)
& fn_synthesis_of_leading_strand_55(X) = fn_synthesis_of_dna_strand_25(X)
& fn_synthesis_of_leading_strand_54(X) = fn_synthesis_of_dna_strand_1(X)
& fn_synthesis_of_leading_strand_69(X) = fn_synthesis_of_dna_strand_20(X)
& fn_synthesis_of_leading_strand_67(X) = fn_synthesis_of_dna_strand_21(X)
& fn_synthesis_of_leading_strand_35(X) = fn_nucleoside_monophosphate_26(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_26(X) = fn_nucleoside_monophosphate_35(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_44(X) = fn_deoxyribonucleotide_7(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_44(X) = fn_nucleoside_monophosphate_11(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_25(X) = fn_nucleoside_monophosphate_36(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_38(X) = fn_deoxyribonucleotide_3(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_74(X) = fn_functional_group_1(fn_synthesis_of_leading_strand_42(X))
& fn_synthesis_of_leading_strand_36(X) = fn_nucleoside_monophosphate_24(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_41(X) = fn_nucleoside_monophosphate_23(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_34(X) = fn_nucleoside_monophosphate_30(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_37(X) = fn_nucleotide_3(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_45(X) = fn_nucleoside_monophosphate_12(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_46(X) = fn_nucleoside_monophosphate_13(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_47(X) = fn_nucleoside_monophosphate_14(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_43(X) = fn_nucleoside_monophosphate_22(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_37(X) = fn_nucleoside_monophosphate_25(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_38(X) = fn_nucleoside_monophosphate_21(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_36(X) = fn_deoxyribonucleotide_5(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_36(X) = fn_nucleoside_monophosphate_26(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_35(X) = fn_deoxyribonucleotide_5(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_35(X) = fn_nucleoside_monophosphate_24(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_74(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_leading_strand_24(X) = fn_polymer_synthesis_12(X)
& fn_synthesis_of_leading_strand_24(X) = fn_nucleoside_monophosphate_27(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_34(X) = fn_deoxyribonucleotide_20(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_34(X) = fn_deoxyribonucleotide_19(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_34(X) = fn_phosphate_group_17(fn_synthesis_of_leading_strand_42(X))
& fn_synthesis_of_leading_strand_41(X) = fn_deoxyribonucleotide_9(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_41(X) = fn_phosphate_group_37(fn_synthesis_of_leading_strand_42(X))
& fn_synthesis_of_leading_strand_20(X) = fn_phosphate_group_36(fn_synthesis_of_leading_strand_42(X))
& fn_synthesis_of_leading_strand_32(X) = fn_phosphate_group_35(fn_synthesis_of_leading_strand_42(X))
& fn_synthesis_of_leading_strand_39(X) = fn_deoxyribonucleotide_10(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_39(X) = fn_phosphate_group_41(fn_synthesis_of_leading_strand_42(X))
& fn_synthesis_of_leading_strand_24(X) = fn_deoxyribonucleotide_12(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_40(X) = fn_deoxyribonucleotide_13(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_40(X) = fn_nucleoside_monophosphate_16(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_40(X) = fn_phosphate_group_6(fn_synthesis_of_leading_strand_42(X))
& fn_synthesis_of_leading_strand_24(X) = fn_deoxyribonucleotide_6(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_42(X) = fn_deoxyribonucleotide_11(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_24(X) = fn_nucleoside_monophosphate_65(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_42(X) = fn_nucleoside_monophosphate_17(fn_synthesis_of_leading_strand_74(X))
& fn_synthesis_of_leading_strand_24(X) = fn_phosphate_group_5(fn_synthesis_of_leading_strand_42(X))
& fn_synthesis_of_leading_strand_24(X) = fn_phosphate_group_22(fn_synthesis_of_leading_strand_42(X))
& fn_synthesis_of_leading_strand_31(X) = fn_covalent_bond_15(fn_synthesis_of_leading_strand_59(X))
& fn_synthesis_of_leading_strand_27(X) = fn_covalent_bond_5(fn_synthesis_of_leading_strand_59(X))
& fn_synthesis_of_leading_strand_19(X) = fn_polymer_synthesis_13(X)
& fn_synthesis_of_leading_strand_20(X) = fn_polar_covalent_bond_17(fn_synthesis_of_leading_strand_59(X))
& fn_synthesis_of_leading_strand_19(X) = fn_polar_covalent_bond_18(fn_synthesis_of_leading_strand_59(X))
& fn_synthesis_of_leading_strand_19(X) = fn_covalent_bond_20(fn_synthesis_of_leading_strand_59(X))
& fn_synthesis_of_leading_strand_20(X) = fn_polymer_synthesis_14(X)
& fn_synthesis_of_leading_strand_59(X) = fn_polymer_synthesis_15(X)
& fn_synthesis_of_leading_strand_20(X) = fn_covalent_bond_14(fn_synthesis_of_leading_strand_59(X))
& fn_synthesis_of_leading_strand_16(X) = fn_covalent_bond_7(fn_synthesis_of_leading_strand_59(X))
& fn_synthesis_of_leading_strand_15(X) = fn_covalent_bond_6(fn_synthesis_of_leading_strand_59(X))
& fn_synthesis_of_leading_strand_14(X) = fn_covalent_bond_8(fn_synthesis_of_leading_strand_59(X))
& fn_synthesis_of_leading_strand_13(X) = fn_covalent_bond_9(fn_synthesis_of_leading_strand_59(X))
& fn_synthesis_of_leading_strand_29(X) = fn_covalent_bond_18(fn_synthesis_of_leading_strand_59(X))
& fn_synthesis_of_leading_strand_30(X) = fn_covalent_bond_17(fn_synthesis_of_leading_strand_59(X))
& fn_synthesis_of_leading_strand_27(X) = fn_covalent_bond_5(fn_synthesis_of_leading_strand_39(X))
& fn_synthesis_of_leading_strand_49(X) = fn_covalent_bond_21(fn_synthesis_of_leading_strand_39(X))
& fn_synthesis_of_leading_strand_34(X) = fn_covalent_bond_23(fn_synthesis_of_leading_strand_39(X))
& fn_synthesis_of_leading_strand_52(X) = fn_covalent_bond_6(fn_synthesis_of_leading_strand_39(X))
& fn_synthesis_of_leading_strand_28(X) = fn_covalent_bond_7(fn_synthesis_of_leading_strand_39(X))
& fn_synthesis_of_leading_strand_51(X) = fn_covalent_bond_8(fn_synthesis_of_leading_strand_39(X))
& fn_synthesis_of_leading_strand_33(X) = fn_covalent_bond_9(fn_synthesis_of_leading_strand_39(X))
& fn_synthesis_of_leading_strand_31(X) = fn_covalent_bond_18(fn_synthesis_of_leading_strand_39(X))
& fn_synthesis_of_leading_strand_32(X) = fn_covalent_bond_17(fn_synthesis_of_leading_strand_39(X))
& fn_synthesis_of_leading_strand_72(X) = fn_attract_2(fn_synthesis_of_leading_strand_73(X))
& fn_synthesis_of_leading_strand_36(X) = fn_covalent_bond_20(fn_synthesis_of_leading_strand_39(X))
& fn_synthesis_of_leading_strand_36(X) = fn_covalent_bond_19(fn_synthesis_of_leading_strand_39(X))
& fn_synthesis_of_leading_strand_73(X) = fn_hydrophilic_compound_2(fn_synthesis_of_leading_strand_61(X))
& fn_synthesis_of_leading_strand_72(X) = fn_hydrophilic_compound_1(fn_synthesis_of_leading_strand_61(X))
& fn_endergonic_reaction_9(fn_synthesis_of_leading_strand_62(X)) = fn_condensation_reaction_3(fn_synthesis_of_leading_strand_62(X))
& fn_condensation_reaction_3(fn_synthesis_of_leading_strand_62(X)) = fn_endergonic_reaction_9(fn_synthesis_of_leading_strand_62(X))
& fn_endergonic_reaction_9(fn_synthesis_of_leading_strand_62(X)) = fn_endergonic_reaction_9(fn_synthesis_of_leading_strand_62(X))
& fn_endergonic_reaction_9(fn_synthesis_of_leading_strand_62(X)) = fn_synthesis_of_dna_strand_9(X)
& fn_synthesis_of_dna_strand_9(X) = fn_synthesis_of_dna_strand_9(X)
& fn_synthesis_of_dna_strand_9(X) = fn_synthesis_of_dna_strand_13(X)
& fn_synthesis_of_dna_strand_13(X) = fn_polymer_synthesis_8(X)
& fn_polymer_synthesis_8(X) = fn_reactant_3(fn_synthesis_of_leading_strand_55(X))
& fn_reactant_3(fn_synthesis_of_leading_strand_55(X)) = fn_dehydration_reaction_7(fn_synthesis_of_leading_strand_62(X))
& fn_dehydration_reaction_8(fn_synthesis_of_leading_strand_62(X)) = fn_dehydration_reaction_7(fn_synthesis_of_leading_strand_62(X))
& fn_dehydration_reaction_7(fn_synthesis_of_leading_strand_62(X)) = fn_dehydration_reaction_8(fn_synthesis_of_leading_strand_62(X))
& fn_dehydration_reaction_8(fn_synthesis_of_leading_strand_62(X)) = fn_dehydration_reaction_8(fn_synthesis_of_leading_strand_62(X))
& fn_dehydration_reaction_8(fn_synthesis_of_leading_strand_62(X)) = fn_polymer_synthesis_22(X)
& fn_polymer_synthesis_22(X) = fn_polymer_synthesis_22(X)
& fn_polymer_synthesis_22(X) = fn_polymer_6(fn_synthesis_of_leading_strand_63(X))
& fn_polymer_6(fn_synthesis_of_leading_strand_63(X)) = fn_polymer_4(fn_synthesis_of_leading_strand_63(X))
& fn_polymer_4(fn_synthesis_of_leading_strand_63(X)) = fn_polymer_4(fn_synthesis_of_leading_strand_63(X))
& fn_polymer_4(fn_synthesis_of_leading_strand_63(X)) = fn_polymer_synthesis_7(X)
& fn_polymer_synthesis_7(X) = fn_dehydration_reaction_1(fn_synthesis_of_leading_strand_62(X))
& fn_dehydration_reaction_1(fn_synthesis_of_leading_strand_62(X)) = fn_dehydration_reaction_1(fn_synthesis_of_leading_strand_62(X))
& fn_dehydration_reaction_1(fn_synthesis_of_leading_strand_62(X)) = fn_polymer_synthesis_18(X)
& fn_polymer_synthesis_18(X) = fn_polymer_synthesis_18(X)
& fn_polymer_synthesis_18(X) = fn_endergonic_reaction_3(fn_synthesis_of_leading_strand_62(X))
& fn_endergonic_reaction_3(fn_synthesis_of_leading_strand_62(X)) = fn_polymer_synthesis_19(X)
& fn_polymer_synthesis_19(X) = fn_polymer_synthesis_19(X)
& fn_polymer_synthesis_19(X) = fn_deoxyribonucleotide_7(fn_synthesis_of_leading_strand_74(X))
& fn_deoxyribonucleotide_7(fn_synthesis_of_leading_strand_74(X)) = fn_deoxyribonucleotide_7(fn_synthesis_of_leading_strand_74(X))
& fn_deoxyribonucleotide_7(fn_synthesis_of_leading_strand_74(X)) = fn_nucleoside_monophosphate_11(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_11(fn_synthesis_of_leading_strand_74(X)) = fn_nucleoside_monophosphate_25(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_25(fn_synthesis_of_leading_strand_74(X)) = fn_nucleotide_3(fn_synthesis_of_leading_strand_74(X))
& fn_nucleotide_3(fn_synthesis_of_leading_strand_74(X)) = fn_nucleoside_monophosphate_25(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_25(fn_synthesis_of_leading_strand_74(X)) = fn_nucleoside_monophosphate_25(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_25(fn_synthesis_of_leading_strand_74(X)) = fn_deoxyribonucleotide_3(fn_synthesis_of_leading_strand_74(X))
& fn_deoxyribonucleotide_3(fn_synthesis_of_leading_strand_74(X)) = fn_deoxyribonucleotide_3(fn_synthesis_of_leading_strand_74(X))
& fn_deoxyribonucleotide_3(fn_synthesis_of_leading_strand_74(X)) = fn_nucleoside_monophosphate_21(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_21(fn_synthesis_of_leading_strand_74(X)) = fn_nucleoside_monophosphate_21(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_21(fn_synthesis_of_leading_strand_74(X)) = fn_deoxyribonucleotide_5(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_26(fn_synthesis_of_leading_strand_74(X)) = fn_deoxyribonucleotide_5(fn_synthesis_of_leading_strand_74(X))
& fn_deoxyribonucleotide_5(fn_synthesis_of_leading_strand_74(X)) = fn_nucleoside_monophosphate_26(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_26(fn_synthesis_of_leading_strand_74(X)) = fn_nucleoside_monophosphate_24(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_24(fn_synthesis_of_leading_strand_74(X)) = fn_functional_group_1(fn_synthesis_of_leading_strand_60(X))
& fn_functional_group_1(fn_synthesis_of_leading_strand_60(X)) = fn_dehydration_reaction_7(fn_synthesis_of_leading_strand_62(X))
& fn_dehydration_reaction_7(fn_synthesis_of_leading_strand_62(X)) = fn_functional_group_1(fn_synthesis_of_leading_strand_42(X))
& fn_functional_group_1(fn_synthesis_of_leading_strand_42(X)) = fn_dehydration_reaction_7(fn_synthesis_of_leading_strand_62(X))
& fn_dehydration_reaction_7(fn_synthesis_of_leading_strand_62(X)) = fn_dehydration_reaction_7(fn_synthesis_of_leading_strand_62(X))
& fn_dehydration_reaction_7(fn_synthesis_of_leading_strand_62(X)) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_nucleoside_monophosphate_23(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_23(fn_synthesis_of_leading_strand_74(X)) = fn_deoxyribonucleotide_9(fn_synthesis_of_leading_strand_74(X))
& fn_deoxyribonucleotide_9(fn_synthesis_of_leading_strand_74(X)) = fn_nucleoside_monophosphate_23(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_23(fn_synthesis_of_leading_strand_74(X)) = fn_nucleoside_monophosphate_23(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_23(fn_synthesis_of_leading_strand_74(X)) = fn_phosphate_group_37(fn_synthesis_of_leading_strand_42(X))
& fn_phosphate_group_37(fn_synthesis_of_leading_strand_42(X)) = fn_deoxyribonucleotide_13(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_16(fn_synthesis_of_leading_strand_74(X)) = fn_deoxyribonucleotide_13(fn_synthesis_of_leading_strand_74(X))
& fn_deoxyribonucleotide_13(fn_synthesis_of_leading_strand_74(X)) = fn_deoxyribonucleotide_13(fn_synthesis_of_leading_strand_74(X))
& fn_deoxyribonucleotide_13(fn_synthesis_of_leading_strand_74(X)) = fn_nucleoside_monophosphate_16(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_16(fn_synthesis_of_leading_strand_74(X)) = fn_nucleoside_monophosphate_16(fn_synthesis_of_leading_strand_74(X))
& fn_phosphate_group_6(fn_synthesis_of_leading_strand_42(X)) = fn_nucleoside_monophosphate_16(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_16(fn_synthesis_of_leading_strand_74(X)) = fn_phosphate_group_6(fn_synthesis_of_leading_strand_42(X))
& fn_phosphate_group_6(fn_synthesis_of_leading_strand_42(X)) = fn_phosphate_group_6(fn_synthesis_of_leading_strand_42(X))
& fn_phosphate_group_6(fn_synthesis_of_leading_strand_42(X)) = fn_deoxyribonucleotide_11(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_17(fn_synthesis_of_leading_strand_74(X)) = fn_deoxyribonucleotide_11(fn_synthesis_of_leading_strand_74(X))
& fn_deoxyribonucleotide_11(fn_synthesis_of_leading_strand_74(X)) = fn_nucleoside_monophosphate_17(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_17(fn_synthesis_of_leading_strand_74(X)) = fn_polymer_synthesis_12(X)
& fn_polymer_synthesis_12(X) = fn_polymer_synthesis_12(X)
& fn_polar_covalent_bond_19(fn_synthesis_of_leading_strand_59(X)) = fn_polymer_synthesis_12(X)
& fn_polymer_synthesis_12(X) = fn_polar_covalent_bond_19(fn_synthesis_of_leading_strand_59(X))
& fn_polar_covalent_bond_19(fn_synthesis_of_leading_strand_59(X)) = fn_polar_covalent_bond_19(fn_synthesis_of_leading_strand_59(X))
& fn_polar_covalent_bond_19(fn_synthesis_of_leading_strand_59(X)) = fn_nucleoside_monophosphate_65(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_65(fn_synthesis_of_leading_strand_74(X)) = fn_deoxyribonucleotide_12(fn_synthesis_of_leading_strand_74(X))
& fn_deoxyribonucleotide_12(fn_synthesis_of_leading_strand_74(X)) = fn_nucleoside_monophosphate_65(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_65(fn_synthesis_of_leading_strand_74(X)) = fn_nucleoside_monophosphate_65(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_65(fn_synthesis_of_leading_strand_74(X)) = fn_deoxyribonucleotide_6(fn_synthesis_of_leading_strand_74(X))
& fn_deoxyribonucleotide_12(fn_synthesis_of_leading_strand_74(X)) = fn_deoxyribonucleotide_12(fn_synthesis_of_leading_strand_74(X))
& fn_deoxyribonucleotide_6(fn_synthesis_of_leading_strand_74(X)) = fn_deoxyribonucleotide_12(fn_synthesis_of_leading_strand_74(X))
& fn_deoxyribonucleotide_12(fn_synthesis_of_leading_strand_74(X)) = fn_deoxyribonucleotide_6(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_27(fn_synthesis_of_leading_strand_74(X)) = fn_deoxyribonucleotide_6(fn_synthesis_of_leading_strand_74(X))
& fn_deoxyribonucleotide_6(fn_synthesis_of_leading_strand_74(X)) = fn_deoxyribonucleotide_6(fn_synthesis_of_leading_strand_74(X))
& fn_deoxyribonucleotide_6(fn_synthesis_of_leading_strand_74(X)) = fn_nucleoside_monophosphate_27(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_27(fn_synthesis_of_leading_strand_74(X)) = fn_nucleoside_monophosphate_27(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_27(fn_synthesis_of_leading_strand_74(X)) = fn_phosphate_group_5(fn_synthesis_of_leading_strand_42(X))
& fn_phosphate_group_22(fn_synthesis_of_leading_strand_42(X)) = fn_phosphate_group_22(fn_synthesis_of_leading_strand_42(X))
& fn_phosphate_group_5(fn_synthesis_of_leading_strand_42(X)) = fn_phosphate_group_5(fn_synthesis_of_leading_strand_42(X))
& fn_phosphate_group_22(fn_synthesis_of_leading_strand_42(X)) = fn_phosphate_group_5(fn_synthesis_of_leading_strand_42(X))
& fn_phosphate_group_5(fn_synthesis_of_leading_strand_42(X)) = fn_phosphate_group_22(fn_synthesis_of_leading_strand_42(X))
& fn_phosphate_group_22(fn_synthesis_of_leading_strand_42(X)) = fn_polymer_synthesis_13(X)
& fn_polymer_synthesis_13(X) = fn_polymer_synthesis_13(X)
& fn_polar_covalent_bond_18(fn_synthesis_of_leading_strand_59(X)) = fn_polymer_synthesis_13(X)
& fn_polymer_synthesis_13(X) = fn_polar_covalent_bond_18(fn_synthesis_of_leading_strand_59(X))
& fn_polar_covalent_bond_18(fn_synthesis_of_leading_strand_59(X)) = fn_polar_covalent_bond_18(fn_synthesis_of_leading_strand_59(X))
& fn_covalent_bond_20(fn_synthesis_of_leading_strand_59(X)) = fn_polar_covalent_bond_18(fn_synthesis_of_leading_strand_59(X))
& fn_polar_covalent_bond_18(fn_synthesis_of_leading_strand_59(X)) = fn_covalent_bond_20(fn_synthesis_of_leading_strand_59(X))
& fn_covalent_bond_20(fn_synthesis_of_leading_strand_59(X)) = fn_polymer_synthesis_14(X)
& fn_polymer_synthesis_14(X) = fn_polymer_synthesis_14(X)
& fn_polymer_synthesis_14(X) = fn_polar_covalent_bond_17(fn_synthesis_of_leading_strand_59(X))
& fn_polar_covalent_bond_17(fn_synthesis_of_leading_strand_59(X)) = fn_polymer_synthesis_14(X)
& fn_polymer_synthesis_14(X) = fn_phosphate_group_36(fn_synthesis_of_leading_strand_42(X))
& fn_phosphate_group_36(fn_synthesis_of_leading_strand_42(X)) = fn_polar_covalent_bond_17(fn_synthesis_of_leading_strand_59(X))
& fn_polar_covalent_bond_17(fn_synthesis_of_leading_strand_59(X)) = fn_phosphate_group_36(fn_synthesis_of_leading_strand_42(X))
& fn_phosphate_group_36(fn_synthesis_of_leading_strand_42(X)) = fn_covalent_bond_14(fn_synthesis_of_leading_strand_59(X))
& fn_covalent_bond_14(fn_synthesis_of_leading_strand_59(X)) = fn_covalent_bond_14(fn_synthesis_of_leading_strand_59(X))
& fn_covalent_bond_14(fn_synthesis_of_leading_strand_59(X)) = fn_hydroxyl_group_10(fn_synthesis_of_leading_strand_60(X))
& fn_hydroxyl_group_10(fn_synthesis_of_leading_strand_60(X)) = fn_covalent_bond_21(fn_synthesis_of_leading_strand_39(X))
& fn_covalent_bond_21(fn_synthesis_of_leading_strand_39(X)) = fn_covalent_bond_21(fn_synthesis_of_leading_strand_39(X))
& fn_covalent_bond_21(fn_synthesis_of_leading_strand_39(X)) = fn_deoxyribonucleotide_20(fn_synthesis_of_leading_strand_74(X))
& fn_deoxyribonucleotide_20(fn_synthesis_of_leading_strand_74(X)) = fn_deoxyribonucleotide_19(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_30(fn_synthesis_of_leading_strand_74(X)) = fn_deoxyribonucleotide_19(fn_synthesis_of_leading_strand_74(X))
& fn_deoxyribonucleotide_19(fn_synthesis_of_leading_strand_74(X)) = fn_nucleoside_monophosphate_30(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_30(fn_synthesis_of_leading_strand_74(X)) = fn_phosphate_group_17(fn_synthesis_of_leading_strand_42(X))
& fn_phosphate_group_17(fn_synthesis_of_leading_strand_42(X)) = fn_phosphate_group_17(fn_synthesis_of_leading_strand_42(X))
& fn_phosphate_group_17(fn_synthesis_of_leading_strand_42(X)) = fn_covalent_bond_23(fn_synthesis_of_leading_strand_39(X))
& fn_covalent_bond_23(fn_synthesis_of_leading_strand_39(X)) = fn_covalent_bond_23(fn_synthesis_of_leading_strand_39(X))
& fn_covalent_bond_23(fn_synthesis_of_leading_strand_39(X)) = fn_covalent_bond_15(fn_synthesis_of_leading_strand_59(X))
& fn_covalent_bond_15(fn_synthesis_of_leading_strand_59(X)) = fn_covalent_bond_18(fn_synthesis_of_leading_strand_39(X))
& fn_covalent_bond_18(fn_synthesis_of_leading_strand_39(X)) = fn_covalent_bond_18(fn_synthesis_of_leading_strand_39(X))
& fn_covalent_bond_18(fn_synthesis_of_leading_strand_39(X)) = fn_phosphate_group_35(fn_synthesis_of_leading_strand_42(X))
& fn_phosphate_group_35(fn_synthesis_of_leading_strand_42(X)) = fn_covalent_bond_17(fn_synthesis_of_leading_strand_39(X))
& fn_covalent_bond_17(fn_synthesis_of_leading_strand_39(X)) = fn_covalent_bond_17(fn_synthesis_of_leading_strand_39(X))
& fn_covalent_bond_17(fn_synthesis_of_leading_strand_39(X)) = fn_nucleoside_monophosphate_24(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_24(fn_synthesis_of_leading_strand_74(X)) = fn_deoxyribonucleotide_5(fn_synthesis_of_leading_strand_74(X))
& fn_deoxyribonucleotide_5(fn_synthesis_of_leading_strand_74(X)) = fn_deoxyribonucleotide_5(fn_synthesis_of_leading_strand_74(X))
& fn_deoxyribonucleotide_5(fn_synthesis_of_leading_strand_74(X)) = fn_nucleoside_monophosphate_24(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_24(fn_synthesis_of_leading_strand_74(X)) = fn_nucleoside_monophosphate_24(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_24(fn_synthesis_of_leading_strand_74(X)) = fn_nucleoside_monophosphate_26(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_26(fn_synthesis_of_leading_strand_74(X)) = fn_nucleoside_monophosphate_26(fn_synthesis_of_leading_strand_74(X))
& fn_nucleoside_monophosphate_26(fn_synthesis_of_leading_strand_74(X)) = fn_covalent_bond_20(fn_synthesis_of_leading_strand_39(X))
& fn_covalent_bond_20(fn_synthesis_of_leading_strand_39(X)) = fn_covalent_bond_20(fn_synthesis_of_leading_strand_39(X))
& fn_covalent_bond_20(fn_synthesis_of_leading_strand_39(X)) = fn_covalent_bond_19(fn_synthesis_of_leading_strand_39(X))
& fn_covalent_bond_19(fn_synthesis_of_leading_strand_39(X)) = fn_deoxyribonucleotide_10(fn_synthesis_of_leading_strand_74(X))
& fn_deoxyribonucleotide_10(fn_synthesis_of_leading_strand_74(X)) = fn_deoxyribonucleotide_10(fn_synthesis_of_leading_strand_74(X))
& fn_phosphate_group_41(fn_synthesis_of_leading_strand_42(X)) = fn_deoxyribonucleotide_10(fn_synthesis_of_leading_strand_74(X))
& fn_deoxyribonucleotide_10(fn_synthesis_of_leading_strand_74(X)) = fn_phosphate_group_41(fn_synthesis_of_leading_strand_42(X))
& fn_phosphate_group_41(fn_synthesis_of_leading_strand_42(X)) = fn_attract_2(fn_synthesis_of_leading_strand_73(X))
& fn_attract_2(fn_synthesis_of_leading_strand_73(X)) = fn_hydrophilic_compound_1(fn_synthesis_of_leading_strand_61(X))
& fn_hydrophilic_compound_1(fn_synthesis_of_leading_strand_61(X)) = fn_hydrophilic_compound_1(fn_synthesis_of_leading_strand_61(X))
& fn_hydrophilic_compound_1(fn_synthesis_of_leading_strand_61(X)) = fn_dehydration_reaction_6(fn_synthesis_of_leading_strand_62(X))
& fn_dehydration_reaction_6(fn_synthesis_of_leading_strand_62(X)) = fn_dehydration_reaction_6(fn_synthesis_of_leading_strand_62(X))
& fn_dehydration_reaction_6(fn_synthesis_of_leading_strand_62(X)) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_synthesis_of_dna_strand_10(X)
& fn_dna_polymerase_24(fn_synthesis_of_leading_strand_68(X)) = fn_dna_polymerase_24(fn_synthesis_of_leading_strand_68(X)) ) ) ).
fof(a533066,axiom,
! [X,X1] :
( ( result_2(X,X1)
& synthesis_of_organic_molecule_1(X)
& lipid_1(X1) )
=> ( synthesis_of_lipid_1(X)
& fn_synthesis_of_lipid_2(X) = X1 ) ) ).
fof(a533067,axiom,
! [X] :
( synthesis_of_lipid_1(X)
=> ( original_name_2(X,'Synthesis-Of-Lipid')
& user_description_2(X,'The production of lipid.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'lipid synthesis')
& concept2words_2(X,'lipid-synthesis')
& concept2words_2(X,'synthesis of lipid')
& concept2words_2(X,'synthesis-of-lipid')
& synthesis_of_organic_molecule_1(X)
& ~ synthesis_of_carbohydrate_1(X)
& ~ synthesis_of_coenzyme_1(X)
& ~ synthesis_of_inosine_1(X)
& ~ synthesis_of_protein_1(X)
& lipid_1(fn_synthesis_of_lipid_2(X))
& result_2(X,fn_synthesis_of_lipid_2(X))
& fn_synthesis_of_lipid_2(X) = fn_synthesis_of_organic_molecule_1(X) ) ) ).
fof(a533068,axiom,
! [X,X1] :
( ( site_2(X,X1)
& synthesis_of_lipid_1(X)
& smooth_endoplasmic_reticulum_1(X1) )
=> ( synthesis_of_lipid_in_animal_cell_1(X)
& fn_synthesis_of_lipid_in_animal_cell_2(X) = X1 ) ) ).
fof(a533069,axiom,
! [X] :
( synthesis_of_lipid_in_animal_cell_1(X)
=> ( original_name_2(X,'Synthesis-of-Lipid-in-Animal-Cell')
& user_description_2(X,'The production of lipid molecules occurs in the smooth endoplasmic reticulum.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of lipid in animal cell')
& concept2words_2(X,'synthesis-of-lipid-in-animal-cell')
& synthesis_of_lipid_1(X)
& smooth_endoplasmic_reticulum_1(fn_synthesis_of_lipid_in_animal_cell_2(X))
& animal_cell_1(fn_synthesis_of_lipid_in_animal_cell_3(X))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_synthesis_of_lipid_in_animal_cell_2(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_synthesis_of_lipid_in_animal_cell_2(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_synthesis_of_lipid_in_animal_cell_2(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_synthesis_of_lipid_in_animal_cell_2(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_synthesis_of_lipid_in_animal_cell_2(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_synthesis_of_lipid_in_animal_cell_2(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_synthesis_of_lipid_in_animal_cell_2(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_synthesis_of_lipid_in_animal_cell_2(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_synthesis_of_lipid_in_animal_cell_2(X)))
& base_2(X,fn_synthesis_of_lipid_in_animal_cell_3(X))
& site_2(X,fn_synthesis_of_lipid_in_animal_cell_2(X))
& fn_synthesis_of_lipid_in_animal_cell_3(X) = fn_metabolic_pathway_1(X)
& X = fn_smooth_endoplasmic_reticulum_8(fn_synthesis_of_lipid_in_animal_cell_2(X))
& X = fn_smooth_endoplasmic_reticulum_23(fn_synthesis_of_lipid_in_animal_cell_2(X))
& X = fn_smooth_endoplasmic_reticulum_7(fn_synthesis_of_lipid_in_animal_cell_2(X))
& X = fn_smooth_endoplasmic_reticulum_42(fn_synthesis_of_lipid_in_animal_cell_2(X))
& X = fn_smooth_endoplasmic_reticulum_49(fn_synthesis_of_lipid_in_animal_cell_2(X))
& X = fn_smooth_endoplasmic_reticulum_48(fn_synthesis_of_lipid_in_animal_cell_2(X))
& fn_smooth_endoplasmic_reticulum_8(fn_synthesis_of_lipid_in_animal_cell_2(X)) = fn_smooth_endoplasmic_reticulum_23(fn_synthesis_of_lipid_in_animal_cell_2(X))
& fn_smooth_endoplasmic_reticulum_23(fn_synthesis_of_lipid_in_animal_cell_2(X)) = fn_smooth_endoplasmic_reticulum_23(fn_synthesis_of_lipid_in_animal_cell_2(X))
& fn_smooth_endoplasmic_reticulum_23(fn_synthesis_of_lipid_in_animal_cell_2(X)) = fn_smooth_endoplasmic_reticulum_7(fn_synthesis_of_lipid_in_animal_cell_2(X))
& fn_smooth_endoplasmic_reticulum_7(fn_synthesis_of_lipid_in_animal_cell_2(X)) = fn_smooth_endoplasmic_reticulum_7(fn_synthesis_of_lipid_in_animal_cell_2(X))
& fn_smooth_endoplasmic_reticulum_7(fn_synthesis_of_lipid_in_animal_cell_2(X)) = fn_smooth_endoplasmic_reticulum_42(fn_synthesis_of_lipid_in_animal_cell_2(X))
& fn_smooth_endoplasmic_reticulum_42(fn_synthesis_of_lipid_in_animal_cell_2(X)) = fn_smooth_endoplasmic_reticulum_42(fn_synthesis_of_lipid_in_animal_cell_2(X))
& fn_smooth_endoplasmic_reticulum_42(fn_synthesis_of_lipid_in_animal_cell_2(X)) = fn_smooth_endoplasmic_reticulum_49(fn_synthesis_of_lipid_in_animal_cell_2(X))
& fn_smooth_endoplasmic_reticulum_49(fn_synthesis_of_lipid_in_animal_cell_2(X)) = fn_smooth_endoplasmic_reticulum_49(fn_synthesis_of_lipid_in_animal_cell_2(X))
& fn_smooth_endoplasmic_reticulum_49(fn_synthesis_of_lipid_in_animal_cell_2(X)) = fn_smooth_endoplasmic_reticulum_48(fn_synthesis_of_lipid_in_animal_cell_2(X)) ) ) ).
fof(a533070,axiom,
! [X] :
( synthesis_of_lysosome_1(X)
=> ( original_name_2(X,'Synthesis-Of-Lysosome')
& user_description_2(X,'A process by which the vesicles detach from the trans face of the golgi apparatus to form lysosomes.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'lysosome synthesis')
& concept2words_2(X,'lysosome-synthesis')
& concept2words_2(X,'synthesis of lysosome')
& concept2words_2(X,'synthesis-of-lysosome')
& synthesis_of_organelle_1(X)
& ~ barr_body_formation_1(X)
& ~ synthesis_of_gamete_1(X)
& hydroxyl_group_1(fn_synthesis_of_lysosome_2(X))
& chemical_bond_1(fn_synthesis_of_lysosome_3(X))
& polar_covalent_bond_1(fn_synthesis_of_lysosome_3(X))
& free_energy_1(fn_synthesis_of_lysosome_4(X))
& structural_complexity_value_1(fn_synthesis_of_lysosome_5(X))
& entity_1(fn_synthesis_of_lysosome_6(X))
& chemical_entity_1(fn_synthesis_of_lysosome_6(X))
& atom_1(fn_synthesis_of_lysosome_6(X))
& oxygen_1(fn_synthesis_of_lysosome_6(X))
& entity_1(fn_synthesis_of_lysosome_7(X))
& chemical_entity_1(fn_synthesis_of_lysosome_7(X))
& atom_1(fn_synthesis_of_lysosome_7(X))
& reactant_1(fn_synthesis_of_lysosome_8(X))
& post_translational_modification_1(fn_synthesis_of_lysosome_9(X))
& ribosome_1(fn_synthesis_of_lysosome_10(X))
& cell_1(fn_synthesis_of_lysosome_11(X))
& polymer_1(fn_synthesis_of_lysosome_12(X))
& chemical_entity_1(fn_synthesis_of_lysosome_12(X))
& polypeptide_1(fn_synthesis_of_lysosome_12(X))
& polymer_synthesis_1(fn_synthesis_of_lysosome_14(X))
& anabolic_pathway_1(fn_synthesis_of_lysosome_14(X))
& synthesis_of_protein_1(fn_synthesis_of_lysosome_14(X))
& endomembranous_system_1(fn_synthesis_of_lysosome_15(X))
& mixture_1(fn_synthesis_of_lysosome_16(X))
& cytoplasm_1(fn_synthesis_of_lysosome_16(X))
& transport_vesicle_1(fn_synthesis_of_lysosome_17(X))
& remove_1(fn_synthesis_of_lysosome_18(X))
& go_to_1(fn_synthesis_of_lysosome_19(X))
& move_1(fn_synthesis_of_lysosome_20(X))
& locomotion_1(fn_synthesis_of_lysosome_20(X))
& go_to_1(fn_synthesis_of_lysosome_20(X))
& move_1(fn_synthesis_of_lysosome_21(X))
& carry_1(fn_synthesis_of_lysosome_21(X))
& substance_1(fn_synthesis_of_lysosome_22(X))
& cytosol_1(fn_synthesis_of_lysosome_22(X))
& hydrolase_1(fn_synthesis_of_lysosome_23(X))
& organic_molecule_1(fn_synthesis_of_lysosome_24(X))
& monomer_1(fn_synthesis_of_lysosome_24(X))
& amino_acid_1(fn_synthesis_of_lysosome_24(X))
& monomer_1(fn_synthesis_of_lysosome_25(X))
& amino_acid_1(fn_synthesis_of_lysosome_25(X))
& hydrophilic_compound_1(fn_synthesis_of_lysosome_26(X))
& molecule_1(fn_synthesis_of_lysosome_26(X))
& polar_molecule_1(fn_synthesis_of_lysosome_26(X))
& chemical_entity_1(fn_synthesis_of_lysosome_26(X))
& water_molecule_1(fn_synthesis_of_lysosome_26(X))
& condensation_reaction_1(fn_synthesis_of_lysosome_27(X))
& endergonic_reaction_1(fn_synthesis_of_lysosome_27(X))
& dehydration_reaction_1(fn_synthesis_of_lysosome_27(X))
& monomer_1(fn_synthesis_of_lysosome_28(X))
& structural_complexity_value_1(fn_synthesis_of_lysosome_29(X))
& monomer_1(fn_synthesis_of_lysosome_30(X))
& free_energy_1(fn_synthesis_of_lysosome_31(X))
& hydrolase_1(fn_synthesis_of_lysosome_32(X))
& tangible_entity_1(fn_synthesis_of_lysosome_33(X))
& cell_1(fn_synthesis_of_lysosome_33(X))
& eukaryotic_cell_1(fn_synthesis_of_lysosome_33(X))
& chemical_reaction_1(fn_synthesis_of_lysosome_34(X))
& container_1(fn_synthesis_of_lysosome_35(X))
& fusion_1(fn_synthesis_of_lysosome_36(X))
& spatial_entity_1(fn_synthesis_of_lysosome_37(X))
& golgi_apparatus_1(fn_synthesis_of_lysosome_37(X))
& trans_face_1(fn_synthesis_of_lysosome_38(X))
& spatial_entity_1(fn_synthesis_of_lysosome_39(X))
& organelle_1(fn_synthesis_of_lysosome_39(X))
& lysosome_1(fn_synthesis_of_lysosome_39(X))
& vesicle_1(fn_synthesis_of_lysosome_40(X))
& remove_1(fn_synthesis_of_lysosome_41(X))
& quantity_value_1(fn_synthesis_of_lysosome_42(X))
& intracellular_process_1(fn_synthesis_of_lysosome_43(X))
& translation_initiation_1(fn_synthesis_of_lysosome_43(X))
& intracellular_process_1(fn_synthesis_of_lysosome_44(X))
& translation_elongation_1(fn_synthesis_of_lysosome_44(X))
& surface_1(fn_synthesis_of_lysosome_45(X))
& outside_face_1(fn_synthesis_of_lysosome_45(X))
& synthesis_reaction_1(fn_synthesis_of_lysosome_46(X))
& metabolic_pathway_1(fn_synthesis_of_lysosome_46(X))
& anabolic_pathway_1(fn_synthesis_of_lysosome_46(X))
& polymer_synthesis_1(fn_synthesis_of_lysosome_46(X))
& translation_1(fn_synthesis_of_lysosome_46(X))
& tangible_entity_1(fn_synthesis_of_lysosome_47(X))
& biomembrane_1(fn_synthesis_of_lysosome_47(X))
& er_membrane_1(fn_synthesis_of_lysosome_47(X))
& synthesis_of_membrane_protein_1(fn_synthesis_of_lysosome_48(X))
& synthesis_of_protein_1(fn_synthesis_of_lysosome_48(X))
& chemical_reaction_1(fn_synthesis_of_lysosome_49(X))
& synthesis_of_protein_1(fn_synthesis_of_lysosome_49(X))
& polymer_synthesis_1(fn_synthesis_of_lysosome_49(X))
& synthesis_of_glycoprotein_1(fn_synthesis_of_lysosome_49(X))
& endoplasmic_reticulum_1(fn_synthesis_of_lysosome_50(X))
& rough_endoplasmic_reticulum_1(fn_synthesis_of_lysosome_50(X))
& rate_value_1(fn_synthesis_of_lysosome_51(X))
& metabolic_pathway_1(fn_synthesis_of_lysosome_52(X))
& anabolic_pathway_1(fn_synthesis_of_lysosome_52(X))
& polymer_synthesis_1(fn_synthesis_of_lysosome_52(X))
& translation_1(fn_synthesis_of_lysosome_52(X))
& chemical_entity_1(fn_chemical_reaction_1(fn_synthesis_of_lysosome_34(X)))
& trans_face_1(fn_golgi_apparatus_31(fn_synthesis_of_lysosome_37(X)))
& go_to_1(fn_endomembranous_system_56(fn_synthesis_of_lysosome_15(X)))
& remove_1(fn_endomembranous_system_57(fn_synthesis_of_lysosome_15(X)))
& transport_vesicle_1(fn_endomembranous_system_44(fn_synthesis_of_lysosome_15(X)))
& move_1(fn_endomembranous_system_43(fn_synthesis_of_lysosome_15(X)))
& carry_1(fn_endomembranous_system_43(fn_synthesis_of_lysosome_15(X)))
& mixture_1(fn_endomembranous_system_22(fn_synthesis_of_lysosome_15(X)))
& cytoplasm_1(fn_endomembranous_system_22(fn_synthesis_of_lysosome_15(X)))
& substance_1(fn_endomembranous_system_21(fn_synthesis_of_lysosome_15(X)))
& cytosol_1(fn_endomembranous_system_21(fn_synthesis_of_lysosome_15(X)))
& tangible_entity_1(fn_endomembranous_system_50(fn_synthesis_of_lysosome_15(X)))
& cell_1(fn_endomembranous_system_50(fn_synthesis_of_lysosome_15(X)))
& eukaryotic_cell_1(fn_endomembranous_system_50(fn_synthesis_of_lysosome_15(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_87(fn_synthesis_of_lysosome_50(X)))
& biomembrane_1(fn_rough_endoplasmic_reticulum_87(fn_synthesis_of_lysosome_50(X)))
& er_membrane_1(fn_rough_endoplasmic_reticulum_87(fn_synthesis_of_lysosome_50(X)))
& synthesis_of_protein_1(fn_rough_endoplasmic_reticulum_39(fn_synthesis_of_lysosome_50(X)))
& synthesis_of_membrane_protein_1(fn_rough_endoplasmic_reticulum_39(fn_synthesis_of_lysosome_50(X)))
& chemical_reaction_1(fn_rough_endoplasmic_reticulum_29(fn_synthesis_of_lysosome_50(X)))
& synthesis_of_protein_1(fn_rough_endoplasmic_reticulum_29(fn_synthesis_of_lysosome_50(X)))
& polymer_synthesis_1(fn_rough_endoplasmic_reticulum_29(fn_synthesis_of_lysosome_50(X)))
& synthesis_of_glycoprotein_1(fn_rough_endoplasmic_reticulum_29(fn_synthesis_of_lysosome_50(X)))
& anabolic_pathway_1(fn_rough_endoplasmic_reticulum_47(fn_synthesis_of_lysosome_50(X)))
& synthesis_of_protein_1(fn_rough_endoplasmic_reticulum_47(fn_synthesis_of_lysosome_50(X)))
& intracellular_process_1(fn_synthesis_of_protein_14(fn_synthesis_of_lysosome_48(X)))
& translation_elongation_1(fn_synthesis_of_protein_14(fn_synthesis_of_lysosome_48(X)))
& intracellular_process_1(fn_synthesis_of_protein_15(fn_synthesis_of_lysosome_48(X)))
& translation_initiation_1(fn_synthesis_of_protein_15(fn_synthesis_of_lysosome_48(X)))
& property_node_1(fn_synthesis_of_protein_2(fn_synthesis_of_lysosome_14(X)))
& property_node_1(fn_synthesis_of_protein_4(fn_synthesis_of_lysosome_14(X)))
& property_node_1(fn_synthesis_of_protein_34(fn_synthesis_of_lysosome_14(X)))
& property_node_1(fn_synthesis_of_protein_35(fn_synthesis_of_lysosome_14(X)))
& structural_complexity_value_1(fn_synthesis_of_protein_21(fn_synthesis_of_lysosome_14(X)))
& cell_1(fn_synthesis_of_protein_11(fn_synthesis_of_lysosome_14(X)))
& hydroxyl_group_1(fn_synthesis_of_protein_5(fn_synthesis_of_lysosome_14(X)))
& free_energy_1(fn_synthesis_of_protein_22(fn_synthesis_of_lysosome_14(X)))
& reactant_1(fn_synthesis_of_protein_30(fn_synthesis_of_lysosome_14(X)))
& post_translational_modification_1(fn_synthesis_of_protein_12(fn_synthesis_of_lysosome_14(X)))
& polymer_1(fn_synthesis_of_protein_9(fn_synthesis_of_lysosome_14(X)))
& chemical_entity_1(fn_synthesis_of_protein_9(fn_synthesis_of_lysosome_14(X)))
& polypeptide_1(fn_synthesis_of_protein_9(fn_synthesis_of_lysosome_14(X)))
& rate_value_1(fn_synthesis_of_protein_1(fn_synthesis_of_lysosome_14(X)))
& quantity_value_1(fn_synthesis_of_protein_3(fn_synthesis_of_lysosome_14(X)))
& ribosome_1(fn_synthesis_of_protein_10(fn_synthesis_of_lysosome_14(X)))
& spatial_entity_1(fn_add_1(fn_synthesis_of_lysosome_36(X)))
& spatial_entity_1(fn_remove_1(fn_synthesis_of_lysosome_41(X)))
& tangible_entity_1(fn_barrier_1(fn_synthesis_of_lysosome_35(X)))
& chemical_reaction_1(fn_golgi_apparatus_64(fn_synthesis_of_lysosome_37(X)))
& chemical_reaction_1(fn_golgi_apparatus_63(fn_synthesis_of_lysosome_37(X)))
& chemical_reaction_1(fn_golgi_apparatus_62(fn_synthesis_of_lysosome_37(X)))
& chemical_reaction_1(fn_golgi_apparatus_61(fn_synthesis_of_lysosome_37(X)))
& chemical_reaction_1(fn_golgi_apparatus_60(fn_synthesis_of_lysosome_37(X)))
& outside_face_1(fn_biomembrane_41(fn_synthesis_of_lysosome_47(X)))
& surface_1(fn_er_membrane_13(fn_synthesis_of_lysosome_47(X)))
& outside_face_1(fn_er_membrane_13(fn_synthesis_of_lysosome_47(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_synthesis_of_lysosome_34(X)))
& polymer_1(fn_polymer_synthesis_23(fn_synthesis_of_lysosome_14(X)))
& chemical_entity_1(fn_polymer_synthesis_23(fn_synthesis_of_lysosome_14(X)))
& atom_1(fn_organic_molecule_2(fn_synthesis_of_lysosome_24(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_synthesis_of_lysosome_24(X)))
& entity_1(fn_polymer_synthesis_13(fn_synthesis_of_lysosome_14(X)))
& chemical_entity_1(fn_polymer_synthesis_13(fn_synthesis_of_lysosome_14(X)))
& atom_1(fn_polymer_synthesis_13(fn_synthesis_of_lysosome_14(X)))
& move_1(fn_endomembranous_system_51(fn_synthesis_of_lysosome_15(X)))
& go_to_1(fn_endomembranous_system_51(fn_synthesis_of_lysosome_15(X)))
& locomotion_1(fn_endomembranous_system_51(fn_synthesis_of_lysosome_15(X)))
& go_to_1(fn_endomembranous_system_4(fn_synthesis_of_lysosome_15(X)))
& spatial_entity_1(fn_remove_2(fn_synthesis_of_lysosome_41(X)))
& spatial_entity_1(fn_endomembranous_system_46(fn_synthesis_of_lysosome_15(X)))
& golgi_apparatus_1(fn_endomembranous_system_46(fn_synthesis_of_lysosome_15(X)))
& spatial_entity_1(fn_add_2(fn_synthesis_of_lysosome_36(X)))
& lysosome_1(fn_endomembranous_system_3(fn_synthesis_of_lysosome_15(X)))
& rough_endoplasmic_reticulum_1(fn_endomembranous_system_1(fn_synthesis_of_lysosome_15(X)))
& endoplasmic_reticulum_1(fn_er_membrane_28(fn_synthesis_of_lysosome_47(X)))
& synthesis_reaction_1(fn_rough_endoplasmic_reticulum_22(fn_synthesis_of_lysosome_50(X)))
& translation_1(fn_synthesis_of_protein_13(fn_synthesis_of_lysosome_48(X)))
& free_energy_1(fn_polymer_synthesis_19(fn_synthesis_of_lysosome_14(X)))
& free_energy_1(fn_synthesis_of_protein_19(fn_synthesis_of_lysosome_14(X)))
& monomer_1(fn_polymer_synthesis_7(fn_synthesis_of_lysosome_14(X)))
& monomer_1(fn_synthesis_of_protein_27(fn_synthesis_of_lysosome_14(X)))
& monomer_1(fn_polymer_4(fn_synthesis_of_lysosome_23(X)))
& monomer_1(fn_protein_enzyme_9(fn_synthesis_of_lysosome_23(X)))
& monomer_1(fn_polymer_synthesis_8(fn_synthesis_of_lysosome_14(X)))
& monomer_1(fn_synthesis_of_protein_29(fn_synthesis_of_lysosome_14(X)))
& structural_complexity_value_1(fn_protein_3(fn_synthesis_of_lysosome_23(X)))
& structural_complexity_value_1(fn_synthesis_of_protein_20(fn_synthesis_of_lysosome_14(X)))
& chemical_bond_1(fn_polymer_synthesis_15(fn_synthesis_of_lysosome_14(X)))
& polar_covalent_bond_1(fn_polymer_synthesis_15(fn_synthesis_of_lysosome_14(X)))
& chemical_bond_1(fn_synthesis_of_protein_6(fn_synthesis_of_lysosome_14(X)))
& polar_covalent_bond_1(fn_synthesis_of_protein_6(fn_synthesis_of_lysosome_14(X)))
& entity_1(fn_polymer_synthesis_12(fn_synthesis_of_lysosome_14(X)))
& chemical_entity_1(fn_polymer_synthesis_12(fn_synthesis_of_lysosome_14(X)))
& atom_1(fn_polymer_synthesis_12(fn_synthesis_of_lysosome_14(X)))
& oxygen_1(fn_polymer_synthesis_12(fn_synthesis_of_lysosome_14(X)))
& entity_1(fn_synthesis_of_protein_28(fn_synthesis_of_lysosome_14(X)))
& chemical_entity_1(fn_synthesis_of_protein_28(fn_synthesis_of_lysosome_14(X)))
& atom_1(fn_synthesis_of_protein_28(fn_synthesis_of_lysosome_14(X)))
& oxygen_1(fn_synthesis_of_protein_28(fn_synthesis_of_lysosome_14(X)))
& monomer_1(fn_polymer_synthesis_22(fn_synthesis_of_lysosome_14(X)))
& monomer_1(fn_polymer_synthesis_20(fn_synthesis_of_lysosome_14(X)))
& amino_acid_1(fn_synthesis_of_protein_31(fn_synthesis_of_lysosome_14(X)))
& amino_acid_1(fn_synthesis_of_protein_8(fn_synthesis_of_lysosome_14(X)))
& molecule_1(fn_polymer_synthesis_11(fn_synthesis_of_lysosome_14(X)))
& polar_molecule_1(fn_polymer_synthesis_11(fn_synthesis_of_lysosome_14(X)))
& chemical_entity_1(fn_polymer_synthesis_11(fn_synthesis_of_lysosome_14(X)))
& water_molecule_1(fn_polymer_synthesis_11(fn_synthesis_of_lysosome_14(X)))
& hydrophilic_compound_1(fn_synthesis_of_protein_7(fn_synthesis_of_lysosome_14(X)))
& molecule_1(fn_synthesis_of_protein_7(fn_synthesis_of_lysosome_14(X)))
& polar_molecule_1(fn_synthesis_of_protein_7(fn_synthesis_of_lysosome_14(X)))
& chemical_entity_1(fn_synthesis_of_protein_7(fn_synthesis_of_lysosome_14(X)))
& water_molecule_1(fn_synthesis_of_protein_7(fn_synthesis_of_lysosome_14(X)))
& dehydration_reaction_1(fn_polymer_synthesis_24(fn_synthesis_of_lysosome_14(X)))
& condensation_reaction_1(fn_synthesis_of_protein_17(fn_synthesis_of_lysosome_14(X)))
& endergonic_reaction_1(fn_synthesis_of_protein_17(fn_synthesis_of_lysosome_14(X)))
& dehydration_reaction_1(fn_synthesis_of_protein_17(fn_synthesis_of_lysosome_14(X)))
& metabolic_pathway_1(fn_rough_endoplasmic_reticulum_58(fn_synthesis_of_lysosome_50(X)))
& anabolic_pathway_1(fn_rough_endoplasmic_reticulum_58(fn_synthesis_of_lysosome_50(X)))
& polymer_synthesis_1(fn_rough_endoplasmic_reticulum_58(fn_synthesis_of_lysosome_50(X)))
& translation_1(fn_rough_endoplasmic_reticulum_58(fn_synthesis_of_lysosome_50(X)))
& translation_1(fn_synthesis_of_protein_13(fn_synthesis_of_lysosome_14(X)))
& is_outside_2(fn_synthesis_of_lysosome_45(X),fn_synthesis_of_lysosome_47(X))
& site_2(fn_synthesis_of_lysosome_41(X),fn_synthesis_of_lysosome_38(X))
& next_event_2(fn_synthesis_of_lysosome_41(X),fn_synthesis_of_lysosome_36(X))
& base_2(X,fn_synthesis_of_lysosome_33(X))
& agent_2(X,fn_synthesis_of_lysosome_15(X))
& subevent_2(X,fn_synthesis_of_lysosome_14(X))
& subevent_2(X,fn_synthesis_of_lysosome_34(X))
& subevent_2(X,fn_synthesis_of_lysosome_36(X))
& subevent_2(X,fn_synthesis_of_lysosome_41(X))
& next_event_2(fn_synthesis_of_lysosome_34(X),fn_synthesis_of_lysosome_41(X))
& is_inside_2(fn_synthesis_of_lysosome_32(X),fn_synthesis_of_lysosome_40(X))
& structural_complexity_2(fn_synthesis_of_lysosome_24(X),fn_synthesis_of_lysosome_5(X))
& has_state_2(fn_synthesis_of_lysosome_23(X),fn_synthesis_of_lysosome_32(X))
& next_event_2(fn_synthesis_of_lysosome_14(X),fn_synthesis_of_lysosome_34(X))
& result_2(fn_synthesis_of_lysosome_34(X),fn_synthesis_of_lysosome_32(X))
& raw_material_2(fn_synthesis_of_lysosome_34(X),fn_synthesis_of_lysosome_23(X))
& base_2(fn_synthesis_of_lysosome_36(X),fn_synthesis_of_lysosome_39(X))
& base_2(fn_synthesis_of_lysosome_41(X),fn_synthesis_of_lysosome_37(X))
& object_2(fn_synthesis_of_lysosome_36(X),fn_synthesis_of_lysosome_40(X))
& object_2(fn_synthesis_of_lysosome_41(X),fn_synthesis_of_lysosome_40(X))
& plays_2(fn_synthesis_of_lysosome_40(X),fn_synthesis_of_lysosome_35(X))
& result_2(X,fn_synthesis_of_lysosome_39(X))
& has_part_2(fn_synthesis_of_lysosome_24(X),fn_synthesis_of_lysosome_7(X))
& site_2(fn_synthesis_of_lysosome_34(X),fn_synthesis_of_lysosome_37(X))
& has_region_2(fn_synthesis_of_lysosome_37(X),fn_synthesis_of_lysosome_38(X))
& structural_complexity_2(fn_synthesis_of_lysosome_23(X),fn_synthesis_of_lysosome_29(X))
& has_region_2(fn_synthesis_of_lysosome_47(X),fn_synthesis_of_lysosome_45(X))
& has_part_2(fn_synthesis_of_lysosome_23(X),fn_synthesis_of_lysosome_30(X))
& has_part_2(fn_synthesis_of_lysosome_23(X),fn_synthesis_of_lysosome_28(X))
& possesses_2(fn_synthesis_of_lysosome_23(X),fn_synthesis_of_lysosome_31(X))
& result_2(fn_synthesis_of_lysosome_14(X),fn_synthesis_of_lysosome_23(X))
& result_2(fn_synthesis_of_lysosome_27(X),fn_synthesis_of_lysosome_23(X))
& is_between_2(fn_synthesis_of_lysosome_3(X),fn_synthesis_of_lysosome_7(X))
& has_part_2(fn_synthesis_of_lysosome_25(X),fn_synthesis_of_lysosome_6(X))
& fn_synthesis_of_lysosome_7(X) != fn_synthesis_of_lysosome_6(X)
& fn_synthesis_of_lysosome_6(X) != fn_synthesis_of_lysosome_7(X)
& element_2(fn_synthesis_of_lysosome_15(X),fn_synthesis_of_lysosome_50(X))
& agent_2(fn_synthesis_of_lysosome_20(X),fn_synthesis_of_lysosome_17(X))
& object_2(fn_synthesis_of_lysosome_20(X),fn_synthesis_of_lysosome_17(X))
& is_at_2(fn_synthesis_of_lysosome_17(X),fn_synthesis_of_lysosome_33(X))
& has_part_2(fn_synthesis_of_lysosome_33(X),fn_synthesis_of_lysosome_16(X))
& first_subevent_2(fn_synthesis_of_lysosome_21(X),fn_synthesis_of_lysosome_19(X))
& subevent_2(fn_synthesis_of_lysosome_21(X),fn_synthesis_of_lysosome_18(X))
& first_subevent_2(fn_synthesis_of_lysosome_21(X),fn_synthesis_of_lysosome_18(X))
& subevent_2(fn_synthesis_of_lysosome_21(X),fn_synthesis_of_lysosome_19(X))
& next_event_2(fn_synthesis_of_lysosome_18(X),fn_synthesis_of_lysosome_19(X))
& agent_2(fn_synthesis_of_lysosome_19(X),fn_synthesis_of_lysosome_17(X))
& object_2(fn_synthesis_of_lysosome_19(X),fn_synthesis_of_lysosome_17(X))
& origin_2(fn_synthesis_of_lysosome_19(X),fn_synthesis_of_lysosome_37(X))
& destination_2(fn_synthesis_of_lysosome_20(X),fn_synthesis_of_lysosome_37(X))
& origin_2(fn_synthesis_of_lysosome_21(X),fn_synthesis_of_lysosome_37(X))
& agent_2(fn_synthesis_of_lysosome_21(X),fn_synthesis_of_lysosome_17(X))
& object_2(fn_synthesis_of_lysosome_18(X),fn_synthesis_of_lysosome_17(X))
& base_2(fn_synthesis_of_lysosome_18(X),fn_synthesis_of_lysosome_37(X))
& element_2(fn_synthesis_of_lysosome_15(X),fn_synthesis_of_lysosome_37(X))
& element_2(fn_synthesis_of_lysosome_15(X),fn_synthesis_of_lysosome_39(X))
& has_part_2(fn_synthesis_of_lysosome_33(X),fn_synthesis_of_lysosome_39(X))
& has_part_2(fn_synthesis_of_lysosome_33(X),fn_synthesis_of_lysosome_37(X))
& is_inside_2(fn_synthesis_of_lysosome_37(X),fn_synthesis_of_lysosome_22(X))
& has_part_2(fn_synthesis_of_lysosome_16(X),fn_synthesis_of_lysosome_22(X))
& site_2(fn_synthesis_of_lysosome_46(X),fn_synthesis_of_lysosome_50(X))
& site_2(fn_synthesis_of_lysosome_48(X),fn_synthesis_of_lysosome_50(X))
& has_function_2(fn_synthesis_of_lysosome_50(X),fn_synthesis_of_lysosome_48(X))
& has_part_2(fn_synthesis_of_lysosome_50(X),fn_synthesis_of_lysosome_47(X))
& has_function_2(fn_synthesis_of_lysosome_50(X),fn_synthesis_of_lysosome_49(X))
& subevent_2(fn_synthesis_of_lysosome_49(X),fn_synthesis_of_lysosome_52(X))
& first_subevent_2(fn_synthesis_of_lysosome_49(X),fn_synthesis_of_lysosome_52(X))
& fn_synthesis_of_lysosome_48(X) != fn_synthesis_of_lysosome_49(X)
& fn_synthesis_of_lysosome_49(X) != fn_synthesis_of_lysosome_48(X)
& has_function_2(fn_synthesis_of_lysosome_50(X),fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_49(X) != fn_synthesis_of_lysosome_14(X)
& fn_synthesis_of_lysosome_14(X) != fn_synthesis_of_lysosome_49(X)
& fn_synthesis_of_lysosome_48(X) != fn_synthesis_of_lysosome_14(X)
& fn_synthesis_of_lysosome_14(X) != fn_synthesis_of_lysosome_48(X)
& first_subevent_2(fn_synthesis_of_lysosome_48(X),fn_synthesis_of_lysosome_46(X))
& subevent_2(fn_synthesis_of_lysosome_48(X),fn_synthesis_of_lysosome_46(X))
& subevent_2(fn_synthesis_of_lysosome_46(X),fn_synthesis_of_lysosome_43(X))
& next_event_2(fn_synthesis_of_lysosome_43(X),fn_synthesis_of_lysosome_44(X))
& subevent_2(fn_synthesis_of_lysosome_46(X),fn_synthesis_of_lysosome_44(X))
& first_subevent_2(fn_synthesis_of_lysosome_46(X),fn_synthesis_of_lysosome_43(X))
& the_scalar_value_2(fn_synthesis_of_lysosome_29(X),complex_0)
& scalar_unit_class_2(fn_synthesis_of_lysosome_29(X),polypeptide_0)
& possesses_2(fn_synthesis_of_lysosome_26(X),fn_synthesis_of_lysosome_31(X))
& raw_material_2(fn_synthesis_of_lysosome_14(X),fn_synthesis_of_lysosome_24(X))
& raw_material_2(fn_synthesis_of_lysosome_27(X),fn_synthesis_of_lysosome_25(X))
& raw_material_2(fn_synthesis_of_lysosome_27(X),fn_synthesis_of_lysosome_24(X))
& has_state_2(fn_synthesis_of_lysosome_24(X),fn_synthesis_of_lysosome_28(X))
& result_2(fn_synthesis_of_lysosome_14(X),fn_synthesis_of_lysosome_26(X))
& raw_material_2(fn_synthesis_of_lysosome_14(X),fn_synthesis_of_lysosome_25(X))
& has_state_2(fn_synthesis_of_lysosome_25(X),fn_synthesis_of_lysosome_30(X))
& fn_synthesis_of_lysosome_24(X) != fn_synthesis_of_lysosome_25(X)
& fn_synthesis_of_lysosome_25(X) != fn_synthesis_of_lysosome_24(X)
& greater_than_2(fn_synthesis_of_lysosome_29(X),fn_synthesis_of_lysosome_5(X))
& structural_complexity_2(fn_synthesis_of_lysosome_26(X),fn_synthesis_of_lysosome_29(X))
& fn_synthesis_of_lysosome_26(X) != fn_synthesis_of_lysosome_25(X)
& fn_synthesis_of_lysosome_24(X) != fn_synthesis_of_lysosome_26(X)
& fn_synthesis_of_lysosome_26(X) != fn_synthesis_of_lysosome_24(X)
& fn_synthesis_of_lysosome_25(X) != fn_synthesis_of_lysosome_26(X)
& is_inside_2(fn_synthesis_of_lysosome_6(X),fn_synthesis_of_lysosome_2(X))
& is_between_2(fn_synthesis_of_lysosome_3(X),fn_synthesis_of_lysosome_6(X))
& possesses_2(fn_synthesis_of_lysosome_25(X),fn_synthesis_of_lysosome_3(X))
& structural_complexity_2(fn_synthesis_of_lysosome_25(X),fn_synthesis_of_lysosome_5(X))
& base_2(fn_synthesis_of_lysosome_52(X),fn_synthesis_of_lysosome_11(X))
& base_2(fn_synthesis_of_lysosome_14(X),fn_synthesis_of_lysosome_11(X))
& first_subevent_2(fn_synthesis_of_lysosome_14(X),fn_synthesis_of_lysosome_52(X))
& instrument_2(fn_synthesis_of_lysosome_52(X),fn_synthesis_of_lysosome_10(X))
& has_function_2(fn_synthesis_of_lysosome_10(X),fn_synthesis_of_lysosome_14(X))
& in_event_2(fn_synthesis_of_lysosome_8(X),fn_synthesis_of_lysosome_14(X))
& plays_2(fn_synthesis_of_lysosome_24(X),fn_synthesis_of_lysosome_8(X))
& possesses_2(fn_synthesis_of_lysosome_24(X),fn_synthesis_of_lysosome_4(X))
& possesses_2(fn_synthesis_of_lysosome_25(X),fn_synthesis_of_lysosome_4(X))
& has_region_2(fn_synthesis_of_lysosome_25(X),fn_synthesis_of_lysosome_2(X))
& result_2(fn_synthesis_of_lysosome_52(X),fn_synthesis_of_lysosome_12(X))
& object_2(fn_synthesis_of_lysosome_9(X),fn_synthesis_of_lysosome_12(X))
& subevent_2(fn_synthesis_of_lysosome_14(X),fn_synthesis_of_lysosome_9(X))
& subevent_2(fn_synthesis_of_lysosome_14(X),fn_synthesis_of_lysosome_27(X))
& result_2(fn_synthesis_of_lysosome_27(X),fn_synthesis_of_lysosome_26(X))
& subevent_2(fn_synthesis_of_lysosome_14(X),fn_synthesis_of_lysosome_52(X))
& site_2(fn_synthesis_of_lysosome_52(X),fn_synthesis_of_lysosome_10(X))
& fn_synthesis_of_lysosome_32(X) = fn_chemical_reaction_1(fn_synthesis_of_lysosome_34(X))
& fn_synthesis_of_lysosome_23(X) = fn_chemical_reaction_2(fn_synthesis_of_lysosome_34(X))
& fn_synthesis_of_lysosome_39(X) = fn_add_2(fn_synthesis_of_lysosome_36(X))
& fn_synthesis_of_lysosome_37(X) = fn_remove_2(fn_synthesis_of_lysosome_41(X))
& fn_synthesis_of_lysosome_40(X) = fn_add_1(fn_synthesis_of_lysosome_36(X))
& fn_synthesis_of_lysosome_40(X) = fn_remove_1(fn_synthesis_of_lysosome_41(X))
& fn_synthesis_of_lysosome_40(X) = fn_barrier_1(fn_synthesis_of_lysosome_35(X))
& fn_synthesis_of_lysosome_39(X) = fn_synthesis_of_organelle_1(X)
& fn_synthesis_of_lysosome_7(X) = fn_organic_molecule_2(fn_synthesis_of_lysosome_24(X))
& fn_synthesis_of_lysosome_34(X) = fn_golgi_apparatus_64(fn_synthesis_of_lysosome_37(X))
& fn_synthesis_of_lysosome_34(X) = fn_golgi_apparatus_63(fn_synthesis_of_lysosome_37(X))
& fn_synthesis_of_lysosome_34(X) = fn_golgi_apparatus_62(fn_synthesis_of_lysosome_37(X))
& fn_synthesis_of_lysosome_34(X) = fn_golgi_apparatus_61(fn_synthesis_of_lysosome_37(X))
& fn_synthesis_of_lysosome_34(X) = fn_golgi_apparatus_60(fn_synthesis_of_lysosome_37(X))
& fn_synthesis_of_lysosome_38(X) = fn_golgi_apparatus_31(fn_synthesis_of_lysosome_37(X))
& fn_synthesis_of_lysosome_29(X) = fn_protein_3(fn_synthesis_of_lysosome_23(X))
& fn_synthesis_of_lysosome_45(X) = fn_biomembrane_41(fn_synthesis_of_lysosome_47(X))
& fn_synthesis_of_lysosome_45(X) = fn_er_membrane_13(fn_synthesis_of_lysosome_47(X))
& fn_synthesis_of_lysosome_30(X) = fn_polymer_4(fn_synthesis_of_lysosome_23(X))
& fn_synthesis_of_lysosome_30(X) = fn_protein_enzyme_9(fn_synthesis_of_lysosome_23(X))
& fn_synthesis_of_lysosome_30(X) = fn_polymer_synthesis_8(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_28(X) = fn_polymer_synthesis_7(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_31(X) = fn_polymer_synthesis_19(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_23(X) = fn_polymer_synthesis_23(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_7(X) = fn_polymer_synthesis_13(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_50(X) = fn_endomembranous_system_1(fn_synthesis_of_lysosome_15(X))
& fn_synthesis_of_lysosome_20(X) = fn_endomembranous_system_51(fn_synthesis_of_lysosome_15(X))
& fn_synthesis_of_lysosome_20(X) = fn_endomembranous_system_4(fn_synthesis_of_lysosome_15(X))
& fn_synthesis_of_lysosome_19(X) = fn_endomembranous_system_56(fn_synthesis_of_lysosome_15(X))
& fn_synthesis_of_lysosome_18(X) = fn_endomembranous_system_57(fn_synthesis_of_lysosome_15(X))
& fn_synthesis_of_lysosome_17(X) = fn_endomembranous_system_44(fn_synthesis_of_lysosome_15(X))
& fn_synthesis_of_lysosome_21(X) = fn_endomembranous_system_43(fn_synthesis_of_lysosome_15(X))
& fn_synthesis_of_lysosome_16(X) = fn_endomembranous_system_22(fn_synthesis_of_lysosome_15(X))
& fn_synthesis_of_lysosome_22(X) = fn_endomembranous_system_21(fn_synthesis_of_lysosome_15(X))
& fn_synthesis_of_lysosome_37(X) = fn_endomembranous_system_46(fn_synthesis_of_lysosome_15(X))
& fn_synthesis_of_lysosome_33(X) = fn_endomembranous_system_50(fn_synthesis_of_lysosome_15(X))
& fn_synthesis_of_lysosome_39(X) = fn_endomembranous_system_3(fn_synthesis_of_lysosome_15(X))
& fn_synthesis_of_lysosome_46(X) = fn_rough_endoplasmic_reticulum_22(fn_synthesis_of_lysosome_50(X))
& fn_synthesis_of_lysosome_46(X) = fn_rough_endoplasmic_reticulum_58(fn_synthesis_of_lysosome_50(X))
& fn_synthesis_of_lysosome_50(X) = fn_er_membrane_28(fn_synthesis_of_lysosome_47(X))
& fn_synthesis_of_lysosome_47(X) = fn_rough_endoplasmic_reticulum_87(fn_synthesis_of_lysosome_50(X))
& fn_synthesis_of_lysosome_52(X) = fn_rough_endoplasmic_reticulum_58(fn_synthesis_of_lysosome_50(X))
& fn_synthesis_of_lysosome_48(X) = fn_rough_endoplasmic_reticulum_39(fn_synthesis_of_lysosome_50(X))
& fn_synthesis_of_lysosome_49(X) = fn_rough_endoplasmic_reticulum_29(fn_synthesis_of_lysosome_50(X))
& fn_synthesis_of_lysosome_14(X) = fn_rough_endoplasmic_reticulum_47(fn_synthesis_of_lysosome_50(X))
& fn_synthesis_of_lysosome_44(X) = fn_synthesis_of_protein_14(fn_synthesis_of_lysosome_48(X))
& fn_synthesis_of_lysosome_43(X) = fn_synthesis_of_protein_15(fn_synthesis_of_lysosome_48(X))
& fn_synthesis_of_lysosome_46(X) = fn_synthesis_of_protein_13(fn_synthesis_of_lysosome_48(X))
& fn_synthesis_of_lysosome_31(X) = fn_synthesis_of_protein_19(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_53(X) = fn_synthesis_of_protein_2(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_24(X) = fn_polymer_synthesis_22(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_54(X) = fn_synthesis_of_protein_4(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_13(X) = fn_synthesis_of_protein_34(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_28(X) = fn_synthesis_of_protein_27(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_30(X) = fn_synthesis_of_protein_29(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_24(X) = fn_synthesis_of_protein_31(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_25(X) = fn_synthesis_of_protein_8(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_24(X) = fn_polymer_synthesis_20(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_29(X) = fn_synthesis_of_protein_20(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_1(X) = fn_synthesis_of_protein_35(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_5(X) = fn_synthesis_of_protein_21(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_25(X) = fn_polymer_synthesis_20(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_3(X) = fn_polymer_synthesis_15(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_6(X) = fn_polymer_synthesis_12(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_3(X) = fn_synthesis_of_protein_6(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_6(X) = fn_synthesis_of_protein_28(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_11(X) = fn_synthesis_of_protein_11(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_2(X) = fn_synthesis_of_protein_5(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_25(X) = fn_synthesis_of_protein_31(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_4(X) = fn_synthesis_of_protein_22(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_24(X) = fn_synthesis_of_protein_8(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_8(X) = fn_synthesis_of_protein_30(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_27(X) = fn_polymer_synthesis_24(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_26(X) = fn_polymer_synthesis_11(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_26(X) = fn_synthesis_of_protein_7(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_27(X) = fn_synthesis_of_protein_17(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_9(X) = fn_synthesis_of_protein_12(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_12(X) = fn_synthesis_of_protein_9(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_51(X) = fn_synthesis_of_protein_1(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_42(X) = fn_synthesis_of_protein_3(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_10(X) = fn_synthesis_of_protein_10(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_lysosome_52(X) = fn_synthesis_of_protein_13(fn_synthesis_of_lysosome_14(X))
& fn_add_1(fn_synthesis_of_lysosome_36(X)) = fn_remove_1(fn_synthesis_of_lysosome_41(X))
& fn_remove_1(fn_synthesis_of_lysosome_41(X)) = fn_remove_1(fn_synthesis_of_lysosome_41(X))
& fn_remove_1(fn_synthesis_of_lysosome_41(X)) = fn_barrier_1(fn_synthesis_of_lysosome_35(X))
& fn_barrier_1(fn_synthesis_of_lysosome_35(X)) = fn_golgi_apparatus_64(fn_synthesis_of_lysosome_37(X))
& fn_golgi_apparatus_64(fn_synthesis_of_lysosome_37(X)) = fn_golgi_apparatus_63(fn_synthesis_of_lysosome_37(X))
& fn_golgi_apparatus_63(fn_synthesis_of_lysosome_37(X)) = fn_golgi_apparatus_63(fn_synthesis_of_lysosome_37(X))
& fn_golgi_apparatus_63(fn_synthesis_of_lysosome_37(X)) = fn_golgi_apparatus_62(fn_synthesis_of_lysosome_37(X))
& fn_golgi_apparatus_62(fn_synthesis_of_lysosome_37(X)) = fn_golgi_apparatus_62(fn_synthesis_of_lysosome_37(X))
& fn_golgi_apparatus_62(fn_synthesis_of_lysosome_37(X)) = fn_golgi_apparatus_61(fn_synthesis_of_lysosome_37(X))
& fn_golgi_apparatus_61(fn_synthesis_of_lysosome_37(X)) = fn_golgi_apparatus_61(fn_synthesis_of_lysosome_37(X))
& fn_golgi_apparatus_61(fn_synthesis_of_lysosome_37(X)) = fn_golgi_apparatus_60(fn_synthesis_of_lysosome_37(X))
& fn_golgi_apparatus_60(fn_synthesis_of_lysosome_37(X)) = fn_biomembrane_41(fn_synthesis_of_lysosome_47(X))
& fn_biomembrane_41(fn_synthesis_of_lysosome_47(X)) = fn_er_membrane_13(fn_synthesis_of_lysosome_47(X))
& fn_er_membrane_13(fn_synthesis_of_lysosome_47(X)) = fn_chemical_reaction_2(fn_synthesis_of_lysosome_34(X))
& fn_chemical_reaction_2(fn_synthesis_of_lysosome_34(X)) = fn_polymer_synthesis_23(fn_synthesis_of_lysosome_14(X))
& fn_polymer_synthesis_23(fn_synthesis_of_lysosome_14(X)) = fn_polymer_synthesis_23(fn_synthesis_of_lysosome_14(X))
& fn_polymer_synthesis_23(fn_synthesis_of_lysosome_14(X)) = fn_polymer_synthesis_13(fn_synthesis_of_lysosome_14(X))
& fn_polymer_synthesis_13(fn_synthesis_of_lysosome_14(X)) = fn_organic_molecule_2(fn_synthesis_of_lysosome_24(X))
& fn_organic_molecule_2(fn_synthesis_of_lysosome_24(X)) = fn_polymer_synthesis_13(fn_synthesis_of_lysosome_14(X))
& fn_polymer_synthesis_13(fn_synthesis_of_lysosome_14(X)) = fn_polymer_synthesis_13(fn_synthesis_of_lysosome_14(X))
& fn_polymer_synthesis_13(fn_synthesis_of_lysosome_14(X)) = fn_endomembranous_system_51(fn_synthesis_of_lysosome_15(X))
& fn_endomembranous_system_51(fn_synthesis_of_lysosome_15(X)) = fn_endomembranous_system_51(fn_synthesis_of_lysosome_15(X))
& fn_endomembranous_system_51(fn_synthesis_of_lysosome_15(X)) = fn_endomembranous_system_4(fn_synthesis_of_lysosome_15(X))
& fn_endomembranous_system_4(fn_synthesis_of_lysosome_15(X)) = fn_remove_2(fn_synthesis_of_lysosome_41(X))
& fn_remove_2(fn_synthesis_of_lysosome_41(X)) = fn_endomembranous_system_46(fn_synthesis_of_lysosome_15(X))
& fn_endomembranous_system_46(fn_synthesis_of_lysosome_15(X)) = fn_endomembranous_system_46(fn_synthesis_of_lysosome_15(X))
& fn_endomembranous_system_46(fn_synthesis_of_lysosome_15(X)) = fn_add_2(fn_synthesis_of_lysosome_36(X))
& fn_add_2(fn_synthesis_of_lysosome_36(X)) = fn_synthesis_of_organelle_1(X)
& fn_synthesis_of_organelle_1(X) = fn_synthesis_of_organelle_1(X)
& fn_synthesis_of_organelle_1(X) = fn_endomembranous_system_3(fn_synthesis_of_lysosome_15(X))
& fn_endomembranous_system_3(fn_synthesis_of_lysosome_15(X)) = fn_endomembranous_system_3(fn_synthesis_of_lysosome_15(X))
& fn_endomembranous_system_3(fn_synthesis_of_lysosome_15(X)) = fn_endomembranous_system_1(fn_synthesis_of_lysosome_15(X))
& fn_endomembranous_system_1(fn_synthesis_of_lysosome_15(X)) = fn_er_membrane_28(fn_synthesis_of_lysosome_47(X))
& fn_er_membrane_28(fn_synthesis_of_lysosome_47(X)) = fn_rough_endoplasmic_reticulum_22(fn_synthesis_of_lysosome_50(X))
& fn_rough_endoplasmic_reticulum_22(fn_synthesis_of_lysosome_50(X)) = fn_rough_endoplasmic_reticulum_58(fn_synthesis_of_lysosome_50(X))
& fn_rough_endoplasmic_reticulum_58(fn_synthesis_of_lysosome_50(X)) = fn_synthesis_of_protein_13(fn_synthesis_of_lysosome_48(X))
& fn_synthesis_of_protein_13(fn_synthesis_of_lysosome_48(X)) = fn_synthesis_of_protein_13(fn_synthesis_of_lysosome_48(X))
& fn_synthesis_of_protein_13(fn_synthesis_of_lysosome_48(X)) = fn_polymer_synthesis_19(fn_synthesis_of_lysosome_14(X))
& fn_polymer_synthesis_19(fn_synthesis_of_lysosome_14(X)) = fn_synthesis_of_protein_19(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_19(fn_synthesis_of_lysosome_14(X)) = fn_polymer_synthesis_7(fn_synthesis_of_lysosome_14(X))
& fn_polymer_synthesis_7(fn_synthesis_of_lysosome_14(X)) = fn_synthesis_of_protein_27(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_27(fn_synthesis_of_lysosome_14(X)) = fn_polymer_4(fn_synthesis_of_lysosome_23(X))
& fn_polymer_4(fn_synthesis_of_lysosome_23(X)) = fn_protein_enzyme_9(fn_synthesis_of_lysosome_23(X))
& fn_protein_enzyme_9(fn_synthesis_of_lysosome_23(X)) = fn_protein_enzyme_9(fn_synthesis_of_lysosome_23(X))
& fn_protein_enzyme_9(fn_synthesis_of_lysosome_23(X)) = fn_polymer_synthesis_8(fn_synthesis_of_lysosome_14(X))
& fn_polymer_synthesis_8(fn_synthesis_of_lysosome_14(X)) = fn_polymer_synthesis_8(fn_synthesis_of_lysosome_14(X))
& fn_polymer_synthesis_8(fn_synthesis_of_lysosome_14(X)) = fn_synthesis_of_protein_29(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_29(fn_synthesis_of_lysosome_14(X)) = fn_protein_3(fn_synthesis_of_lysosome_23(X))
& fn_protein_3(fn_synthesis_of_lysosome_23(X)) = fn_synthesis_of_protein_20(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_20(fn_synthesis_of_lysosome_14(X)) = fn_synthesis_of_protein_20(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_20(fn_synthesis_of_lysosome_14(X)) = fn_polymer_synthesis_15(fn_synthesis_of_lysosome_14(X))
& fn_polymer_synthesis_15(fn_synthesis_of_lysosome_14(X)) = fn_polymer_synthesis_15(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_6(fn_synthesis_of_lysosome_14(X)) = fn_polymer_synthesis_15(fn_synthesis_of_lysosome_14(X))
& fn_polymer_synthesis_15(fn_synthesis_of_lysosome_14(X)) = fn_synthesis_of_protein_6(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_6(fn_synthesis_of_lysosome_14(X)) = fn_polymer_synthesis_12(fn_synthesis_of_lysosome_14(X))
& fn_polymer_synthesis_12(fn_synthesis_of_lysosome_14(X)) = fn_polymer_synthesis_12(fn_synthesis_of_lysosome_14(X))
& fn_polymer_synthesis_12(fn_synthesis_of_lysosome_14(X)) = fn_synthesis_of_protein_28(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_28(fn_synthesis_of_lysosome_14(X)) = fn_synthesis_of_protein_28(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_28(fn_synthesis_of_lysosome_14(X)) = fn_polymer_synthesis_20(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_8(fn_synthesis_of_lysosome_14(X)) = fn_polymer_synthesis_20(fn_synthesis_of_lysosome_14(X))
& fn_polymer_synthesis_20(fn_synthesis_of_lysosome_14(X)) = fn_synthesis_of_protein_8(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_8(fn_synthesis_of_lysosome_14(X)) = fn_synthesis_of_protein_31(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_31(fn_synthesis_of_lysosome_14(X)) = fn_polymer_synthesis_22(fn_synthesis_of_lysosome_14(X))
& fn_polymer_synthesis_22(fn_synthesis_of_lysosome_14(X)) = fn_polymer_synthesis_22(fn_synthesis_of_lysosome_14(X))
& fn_polymer_synthesis_22(fn_synthesis_of_lysosome_14(X)) = fn_polymer_synthesis_20(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_31(fn_synthesis_of_lysosome_14(X)) = fn_polymer_synthesis_20(fn_synthesis_of_lysosome_14(X))
& fn_polymer_synthesis_20(fn_synthesis_of_lysosome_14(X)) = fn_polymer_synthesis_20(fn_synthesis_of_lysosome_14(X))
& fn_polymer_synthesis_20(fn_synthesis_of_lysosome_14(X)) = fn_synthesis_of_protein_31(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_31(fn_synthesis_of_lysosome_14(X)) = fn_synthesis_of_protein_31(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_31(fn_synthesis_of_lysosome_14(X)) = fn_synthesis_of_protein_8(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_8(fn_synthesis_of_lysosome_14(X)) = fn_synthesis_of_protein_8(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_8(fn_synthesis_of_lysosome_14(X)) = fn_synthesis_of_protein_7(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_7(fn_synthesis_of_lysosome_14(X)) = fn_synthesis_of_protein_7(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_7(fn_synthesis_of_lysosome_14(X)) = fn_polymer_synthesis_11(fn_synthesis_of_lysosome_14(X))
& fn_polymer_synthesis_11(fn_synthesis_of_lysosome_14(X)) = fn_synthesis_of_protein_7(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_7(fn_synthesis_of_lysosome_14(X)) = fn_polymer_synthesis_24(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_17(fn_synthesis_of_lysosome_14(X)) = fn_polymer_synthesis_24(fn_synthesis_of_lysosome_14(X))
& fn_polymer_synthesis_24(fn_synthesis_of_lysosome_14(X)) = fn_synthesis_of_protein_17(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_17(fn_synthesis_of_lysosome_14(X)) = fn_synthesis_of_protein_17(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_17(fn_synthesis_of_lysosome_14(X)) = fn_rough_endoplasmic_reticulum_58(fn_synthesis_of_lysosome_50(X))
& fn_rough_endoplasmic_reticulum_58(fn_synthesis_of_lysosome_50(X)) = fn_rough_endoplasmic_reticulum_58(fn_synthesis_of_lysosome_50(X))
& fn_rough_endoplasmic_reticulum_58(fn_synthesis_of_lysosome_50(X)) = fn_synthesis_of_protein_13(fn_synthesis_of_lysosome_14(X))
& fn_synthesis_of_protein_13(fn_synthesis_of_lysosome_14(X)) = fn_synthesis_of_protein_13(fn_synthesis_of_lysosome_14(X)) ) ) ).
fof(a533071,axiom,
! [X] :
( synthesis_of_membrane_protein_1(X)
=> ( original_name_2(X,'Synthesis-Of-Membrane-Protein')
& user_description_2(X,'The production of membrane protein.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of membrane protein')
& concept2words_2(X,'synthesis-of-membrane-protein')
& synthesis_of_protein_1(X)
& ~ enzyme_synthesis_1(X)
& ~ synthesis_of_glycoprotein_1(X)
& ~ synthesis_of_human_protein_in_bacteria_1(X)
& ~ synthesis_of_insulin_1(X)
& shape_value_1(fn_synthesis_of_membrane_protein_1(X))
& spatial_entity_1(fn_synthesis_of_membrane_protein_2(X))
& hydrophilic_face_1(fn_synthesis_of_membrane_protein_3(X))
& hydrophobic_region_1(fn_synthesis_of_membrane_protein_4(X))
& reactant_1(fn_synthesis_of_membrane_protein_7(X))
& free_energy_1(fn_synthesis_of_membrane_protein_8(X))
& chemical_bond_1(fn_synthesis_of_membrane_protein_9(X))
& polar_covalent_bond_1(fn_synthesis_of_membrane_protein_9(X))
& structural_complexity_value_1(fn_synthesis_of_membrane_protein_10(X))
& entity_1(fn_synthesis_of_membrane_protein_11(X))
& chemical_entity_1(fn_synthesis_of_membrane_protein_11(X))
& atom_1(fn_synthesis_of_membrane_protein_11(X))
& oxygen_1(fn_synthesis_of_membrane_protein_11(X))
& entity_1(fn_synthesis_of_membrane_protein_12(X))
& chemical_entity_1(fn_synthesis_of_membrane_protein_12(X))
& atom_1(fn_synthesis_of_membrane_protein_12(X))
& oxygen_1(fn_synthesis_of_membrane_protein_12(X))
& functional_group_1(fn_synthesis_of_membrane_protein_13(X))
& hydroxyl_group_1(fn_synthesis_of_membrane_protein_13(X))
& chemical_bond_1(fn_synthesis_of_membrane_protein_14(X))
& polar_covalent_bond_1(fn_synthesis_of_membrane_protein_14(X))
& surface_1(fn_synthesis_of_membrane_protein_15(X))
& enter_1(fn_synthesis_of_membrane_protein_16(X))
& spatial_entity_1(fn_synthesis_of_membrane_protein_17(X))
& biomembrane_1(fn_synthesis_of_membrane_protein_17(X))
& hydrophobic_core_1(fn_synthesis_of_membrane_protein_18(X))
& tangible_entity_1(fn_synthesis_of_membrane_protein_19(X))
& phospholipid_bilayer_1(fn_synthesis_of_membrane_protein_19(X))
& glycoprotein_1(fn_synthesis_of_membrane_protein_20(X))
& aqueous_solution_1(fn_synthesis_of_membrane_protein_21(X))
& glycolipid_1(fn_synthesis_of_membrane_protein_22(X))
& aqueous_solution_1(fn_synthesis_of_membrane_protein_23(X))
& carbohydrate_side_chain_1(fn_synthesis_of_membrane_protein_24(X))
& spatial_entity_1(fn_synthesis_of_membrane_protein_25(X))
& polymer_1(fn_synthesis_of_membrane_protein_25(X))
& chemical_entity_1(fn_synthesis_of_membrane_protein_25(X))
& tangible_entity_1(fn_synthesis_of_membrane_protein_25(X))
& membrane_protein_1(fn_synthesis_of_membrane_protein_25(X))
& protein_1(fn_synthesis_of_membrane_protein_25(X))
& add_1(fn_synthesis_of_membrane_protein_26(X))
& condensation_reaction_1(fn_synthesis_of_membrane_protein_27(X))
& endergonic_reaction_1(fn_synthesis_of_membrane_protein_27(X))
& dehydration_reaction_1(fn_synthesis_of_membrane_protein_27(X))
& free_energy_1(fn_synthesis_of_membrane_protein_28(X))
& structural_complexity_value_1(fn_synthesis_of_membrane_protein_29(X))
& monomer_1(fn_synthesis_of_membrane_protein_30(X))
& monomer_1(fn_synthesis_of_membrane_protein_31(X))
& chemical_entity_1(fn_synthesis_of_membrane_protein_32(X))
& organic_molecule_1(fn_synthesis_of_membrane_protein_32(X))
& molecule_1(fn_synthesis_of_membrane_protein_32(X))
& monomer_1(fn_synthesis_of_membrane_protein_32(X))
& amino_acid_1(fn_synthesis_of_membrane_protein_32(X))
& monomer_1(fn_synthesis_of_membrane_protein_33(X))
& amino_acid_1(fn_synthesis_of_membrane_protein_33(X))
& hydrophilic_compound_1(fn_synthesis_of_membrane_protein_34(X))
& molecule_1(fn_synthesis_of_membrane_protein_34(X))
& polar_molecule_1(fn_synthesis_of_membrane_protein_34(X))
& chemical_entity_1(fn_synthesis_of_membrane_protein_34(X))
& water_molecule_1(fn_synthesis_of_membrane_protein_34(X))
& move_through_1(fn_biomembrane_52(fn_synthesis_of_membrane_protein_17(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_synthesis_of_membrane_protein_17(X)))
& hydrophobic_core_1(fn_biomembrane_75(fn_synthesis_of_membrane_protein_17(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_synthesis_of_membrane_protein_17(X)))
& glycolipid_1(fn_biomembrane_29(fn_synthesis_of_membrane_protein_17(X)))
& glycoprotein_1(fn_biomembrane_30(fn_synthesis_of_membrane_protein_17(X)))
& surface_1(fn_glycolipid_1(fn_synthesis_of_membrane_protein_22(X)))
& surface_1(fn_glycoprotein_14(fn_synthesis_of_membrane_protein_20(X)))
& carbohydrate_side_chain_1(fn_glycoprotein_17(fn_synthesis_of_membrane_protein_20(X)))
& carbohydrate_side_chain_1(fn_biomembrane_70(fn_synthesis_of_membrane_protein_17(X)))
& spatial_entity_1(fn_locomotion_1(fn_synthesis_of_membrane_protein_16(X)))
& spatial_entity_1(fn_add_1(fn_synthesis_of_membrane_protein_26(X)))
& chemical_entity_1(fn_biomembrane_55(fn_synthesis_of_membrane_protein_17(X)))
& tangible_entity_1(fn_biomembrane_54(fn_synthesis_of_membrane_protein_17(X)))
& membrane_protein_1(fn_biomembrane_54(fn_synthesis_of_membrane_protein_17(X)))
& protein_1(fn_biomembrane_54(fn_synthesis_of_membrane_protein_17(X)))
& phospholipid_bilayer_1(fn_membrane_protein_2(fn_synthesis_of_membrane_protein_25(X)))
& tangible_entity_1(fn_biomembrane_63(fn_synthesis_of_membrane_protein_17(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_synthesis_of_membrane_protein_17(X)))
& spatial_entity_1(fn_add_2(fn_synthesis_of_membrane_protein_26(X)))
& biomembrane_1(fn_membrane_protein_1(fn_synthesis_of_membrane_protein_25(X)))
& monomer_1(fn_polymer_6(fn_synthesis_of_membrane_protein_25(X)))
& monomer_1(fn_polymer_4(fn_synthesis_of_membrane_protein_25(X)))
& atom_1(fn_organic_molecule_2(fn_synthesis_of_membrane_protein_32(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_synthesis_of_membrane_protein_32(X)))
& atom_1(fn_molecule_11(fn_synthesis_of_membrane_protein_32(X)))
& oxygen_1(fn_amino_acid_11(fn_synthesis_of_membrane_protein_32(X)))
& oxygen_1(fn_amino_acid_27(fn_synthesis_of_membrane_protein_32(X)))
& chemical_bond_1(fn_molecule_10(fn_synthesis_of_membrane_protein_32(X)))
& chemical_entity_1(fn_functional_group_1(fn_synthesis_of_membrane_protein_13(X)))
& structural_complexity_value_1(fn_protein_3(fn_synthesis_of_membrane_protein_25(X)))
& has_region_2(fn_synthesis_of_membrane_protein_25(X),fn_synthesis_of_membrane_protein_4(X))
& the_categorical_value_2(fn_synthesis_of_membrane_protein_1(X),hollow_volume_0)
& is_outside_2(fn_synthesis_of_membrane_protein_23(X),fn_synthesis_of_membrane_protein_17(X))
& is_inside_2(fn_synthesis_of_membrane_protein_2(X),fn_synthesis_of_membrane_protein_17(X))
& is_outside_2(fn_synthesis_of_membrane_protein_3(X),fn_synthesis_of_membrane_protein_21(X))
& is_inside_2(fn_synthesis_of_membrane_protein_3(X),fn_synthesis_of_membrane_protein_17(X))
& is_outside_2(fn_synthesis_of_membrane_protein_21(X),fn_synthesis_of_membrane_protein_17(X))
& abuts_2(fn_synthesis_of_membrane_protein_18(X),fn_synthesis_of_membrane_protein_4(X))
& abuts_2(fn_synthesis_of_membrane_protein_4(X),fn_synthesis_of_membrane_protein_18(X))
& shape_2(fn_synthesis_of_membrane_protein_17(X),fn_synthesis_of_membrane_protein_1(X))
& destination_2(fn_synthesis_of_membrane_protein_16(X),fn_synthesis_of_membrane_protein_2(X))
& origin_2(fn_synthesis_of_membrane_protein_16(X),fn_synthesis_of_membrane_protein_23(X))
& enables_2(fn_synthesis_of_membrane_protein_16(X),fn_synthesis_of_membrane_protein_26(X))
& agent_2(fn_synthesis_of_membrane_protein_16(X),fn_synthesis_of_membrane_protein_25(X))
& object_2(fn_synthesis_of_membrane_protein_26(X),fn_synthesis_of_membrane_protein_25(X))
& has_region_2(fn_synthesis_of_membrane_protein_32(X),fn_synthesis_of_membrane_protein_13(X))
& base_2(fn_synthesis_of_membrane_protein_26(X),fn_synthesis_of_membrane_protein_17(X))
& base_2(fn_synthesis_of_membrane_protein_16(X),fn_synthesis_of_membrane_protein_17(X))
& object_2(fn_synthesis_of_membrane_protein_16(X),fn_synthesis_of_membrane_protein_25(X))
& has_region_2(fn_synthesis_of_membrane_protein_22(X),fn_synthesis_of_membrane_protein_15(X))
& structural_complexity_2(fn_synthesis_of_membrane_protein_25(X),fn_synthesis_of_membrane_protein_29(X))
& has_part_2(fn_synthesis_of_membrane_protein_25(X),fn_synthesis_of_membrane_protein_31(X))
& has_part_2(fn_synthesis_of_membrane_protein_25(X),fn_synthesis_of_membrane_protein_30(X))
& is_between_2(fn_synthesis_of_membrane_protein_9(X),fn_synthesis_of_membrane_protein_12(X))
& possesses_2(fn_synthesis_of_membrane_protein_25(X),fn_synthesis_of_membrane_protein_28(X))
& result_2(X,fn_synthesis_of_membrane_protein_25(X))
& result_2(fn_synthesis_of_membrane_protein_27(X),fn_synthesis_of_membrane_protein_25(X))
& possesses_2(fn_synthesis_of_membrane_protein_33(X),fn_synthesis_of_membrane_protein_9(X))
& is_between_2(fn_synthesis_of_membrane_protein_9(X),fn_synthesis_of_membrane_protein_11(X))
& has_region_2(fn_synthesis_of_membrane_protein_20(X),fn_synthesis_of_membrane_protein_15(X))
& is_at_2(fn_synthesis_of_membrane_protein_24(X),fn_synthesis_of_membrane_protein_15(X))
& has_part_2(fn_synthesis_of_membrane_protein_20(X),fn_synthesis_of_membrane_protein_24(X))
& has_part_2(fn_synthesis_of_membrane_protein_32(X),fn_synthesis_of_membrane_protein_12(X))
& fn_synthesis_of_membrane_protein_11(X) != fn_synthesis_of_membrane_protein_12(X)
& fn_synthesis_of_membrane_protein_12(X) != fn_synthesis_of_membrane_protein_11(X)
& is_between_2(fn_synthesis_of_membrane_protein_17(X),fn_synthesis_of_membrane_protein_21(X))
& has_region_2(fn_synthesis_of_membrane_protein_19(X),fn_synthesis_of_membrane_protein_18(X))
& is_between_2(fn_synthesis_of_membrane_protein_17(X),fn_synthesis_of_membrane_protein_23(X))
& is_outside_2(fn_synthesis_of_membrane_protein_24(X),fn_synthesis_of_membrane_protein_17(X))
& has_part_2(fn_synthesis_of_membrane_protein_17(X),fn_synthesis_of_membrane_protein_22(X))
& has_part_2(fn_synthesis_of_membrane_protein_17(X),fn_synthesis_of_membrane_protein_20(X))
& is_inside_2(fn_synthesis_of_membrane_protein_20(X),fn_synthesis_of_membrane_protein_19(X))
& has_part_2(fn_synthesis_of_membrane_protein_17(X),fn_synthesis_of_membrane_protein_19(X))
& has_part_2(fn_synthesis_of_membrane_protein_17(X),fn_synthesis_of_membrane_protein_25(X))
& has_part_2(fn_synthesis_of_membrane_protein_33(X),fn_synthesis_of_membrane_protein_11(X))
& has_state_2(fn_synthesis_of_membrane_protein_33(X),fn_synthesis_of_membrane_protein_31(X))
& possesses_2(fn_synthesis_of_membrane_protein_33(X),fn_synthesis_of_membrane_protein_8(X))
& possesses_2(fn_synthesis_of_membrane_protein_34(X),fn_synthesis_of_membrane_protein_28(X))
& the_scalar_value_2(fn_synthesis_of_membrane_protein_29(X),complex_0)
& scalar_unit_class_2(fn_synthesis_of_membrane_protein_29(X),polypeptide_0)
& raw_material_2(fn_synthesis_of_membrane_protein_27(X),fn_synthesis_of_membrane_protein_33(X))
& raw_material_2(fn_synthesis_of_membrane_protein_27(X),fn_synthesis_of_membrane_protein_32(X))
& has_state_2(fn_synthesis_of_membrane_protein_32(X),fn_synthesis_of_membrane_protein_30(X))
& fn_synthesis_of_membrane_protein_32(X) != fn_synthesis_of_membrane_protein_33(X)
& structural_complexity_2(fn_synthesis_of_membrane_protein_33(X),fn_synthesis_of_membrane_protein_10(X))
& fn_synthesis_of_membrane_protein_32(X) != fn_synthesis_of_membrane_protein_34(X)
& fn_synthesis_of_membrane_protein_34(X) != fn_synthesis_of_membrane_protein_32(X)
& fn_synthesis_of_membrane_protein_33(X) != fn_synthesis_of_membrane_protein_32(X)
& raw_material_2(X,fn_synthesis_of_membrane_protein_33(X))
& raw_material_2(X,fn_synthesis_of_membrane_protein_32(X))
& possesses_2(fn_synthesis_of_membrane_protein_32(X),fn_synthesis_of_membrane_protein_14(X))
& is_between_2(fn_synthesis_of_membrane_protein_14(X),fn_synthesis_of_membrane_protein_12(X))
& is_inside_2(fn_synthesis_of_membrane_protein_12(X),fn_synthesis_of_membrane_protein_13(X))
& fn_synthesis_of_membrane_protein_34(X) != fn_synthesis_of_membrane_protein_33(X)
& plays_2(fn_synthesis_of_membrane_protein_33(X),fn_synthesis_of_membrane_protein_7(X))
& in_event_2(fn_synthesis_of_membrane_protein_7(X),X)
& subevent_2(X,fn_synthesis_of_membrane_protein_27(X))
& result_2(fn_synthesis_of_membrane_protein_27(X),fn_synthesis_of_membrane_protein_34(X))
& fn_synthesis_of_membrane_protein_33(X) != fn_synthesis_of_membrane_protein_34(X)
& result_2(X,fn_synthesis_of_membrane_protein_34(X))
& structural_complexity_2(fn_synthesis_of_membrane_protein_34(X),fn_synthesis_of_membrane_protein_29(X))
& greater_than_2(fn_synthesis_of_membrane_protein_29(X),fn_synthesis_of_membrane_protein_10(X))
& structural_complexity_2(fn_synthesis_of_membrane_protein_32(X),fn_synthesis_of_membrane_protein_10(X))
& possesses_2(fn_synthesis_of_membrane_protein_32(X),fn_synthesis_of_membrane_protein_8(X))
& fn_synthesis_of_membrane_protein_25(X) = fn_locomotion_1(fn_synthesis_of_membrane_protein_16(X))
& fn_synthesis_of_membrane_protein_25(X) = fn_add_1(fn_synthesis_of_membrane_protein_26(X))
& fn_synthesis_of_membrane_protein_32(X) = fn_functional_group_1(fn_synthesis_of_membrane_protein_13(X))
& fn_synthesis_of_membrane_protein_17(X) = fn_add_2(fn_synthesis_of_membrane_protein_26(X))
& fn_synthesis_of_membrane_protein_25(X) = fn_biomembrane_55(fn_synthesis_of_membrane_protein_17(X))
& fn_synthesis_of_membrane_protein_16(X) = fn_biomembrane_52(fn_synthesis_of_membrane_protein_17(X))
& fn_synthesis_of_membrane_protein_15(X) = fn_glycolipid_1(fn_synthesis_of_membrane_protein_22(X))
& fn_synthesis_of_membrane_protein_29(X) = fn_anabolic_pathway_3(X)
& fn_synthesis_of_membrane_protein_29(X) = fn_protein_3(fn_synthesis_of_membrane_protein_25(X))
& fn_synthesis_of_membrane_protein_31(X) = fn_polymer_6(fn_synthesis_of_membrane_protein_25(X))
& fn_synthesis_of_membrane_protein_31(X) = fn_polymer_4(fn_synthesis_of_membrane_protein_25(X))
& fn_synthesis_of_membrane_protein_31(X) = fn_polymer_synthesis_8(X)
& fn_synthesis_of_membrane_protein_30(X) = fn_polymer_synthesis_7(X)
& fn_synthesis_of_membrane_protein_28(X) = fn_polymer_synthesis_19(X)
& fn_synthesis_of_membrane_protein_25(X) = fn_anabolic_pathway_5(X)
& fn_synthesis_of_membrane_protein_25(X) = fn_polymer_synthesis_23(X)
& fn_synthesis_of_membrane_protein_9(X) = fn_polymer_synthesis_15(X)
& fn_synthesis_of_membrane_protein_24(X) = fn_glycoprotein_17(fn_synthesis_of_membrane_protein_20(X))
& fn_synthesis_of_membrane_protein_15(X) = fn_glycoprotein_14(fn_synthesis_of_membrane_protein_20(X))
& fn_synthesis_of_membrane_protein_12(X) = fn_polymer_synthesis_13(X)
& fn_synthesis_of_membrane_protein_11(X) = fn_polymer_synthesis_12(X)
& fn_synthesis_of_membrane_protein_11(X) = fn_amino_acid_11(fn_synthesis_of_membrane_protein_32(X))
& fn_synthesis_of_membrane_protein_12(X) = fn_organic_molecule_2(fn_synthesis_of_membrane_protein_32(X))
& fn_synthesis_of_membrane_protein_12(X) = fn_amino_acid_11(fn_synthesis_of_membrane_protein_32(X))
& fn_synthesis_of_membrane_protein_12(X) = fn_polymer_synthesis_12(X)
& fn_synthesis_of_membrane_protein_12(X) = fn_amino_acid_27(fn_synthesis_of_membrane_protein_32(X))
& fn_synthesis_of_membrane_protein_21(X) = fn_biomembrane_15(fn_synthesis_of_membrane_protein_17(X))
& fn_synthesis_of_membrane_protein_18(X) = fn_biomembrane_75(fn_synthesis_of_membrane_protein_17(X))
& fn_synthesis_of_membrane_protein_23(X) = fn_biomembrane_14(fn_synthesis_of_membrane_protein_17(X))
& fn_synthesis_of_membrane_protein_24(X) = fn_biomembrane_70(fn_synthesis_of_membrane_protein_17(X))
& fn_synthesis_of_membrane_protein_22(X) = fn_biomembrane_29(fn_synthesis_of_membrane_protein_17(X))
& fn_synthesis_of_membrane_protein_25(X) = fn_biomembrane_54(fn_synthesis_of_membrane_protein_17(X))
& fn_synthesis_of_membrane_protein_17(X) = fn_membrane_protein_1(fn_synthesis_of_membrane_protein_25(X))
& fn_synthesis_of_membrane_protein_19(X) = fn_membrane_protein_2(fn_synthesis_of_membrane_protein_25(X))
& fn_synthesis_of_membrane_protein_19(X) = fn_biomembrane_63(fn_synthesis_of_membrane_protein_17(X))
& fn_synthesis_of_membrane_protein_20(X) = fn_biomembrane_30(fn_synthesis_of_membrane_protein_17(X))
& fn_synthesis_of_membrane_protein_11(X) = fn_synthesis_of_protein_28(X)
& fn_synthesis_of_membrane_protein_31(X) = fn_synthesis_of_protein_27(X)
& fn_synthesis_of_membrane_protein_28(X) = fn_synthesis_of_protein_19(X)
& fn_synthesis_of_membrane_protein_35(X) = fn_synthesis_of_protein_34(X)
& fn_synthesis_of_membrane_protein_30(X) = fn_synthesis_of_protein_29(X)
& fn_synthesis_of_membrane_protein_6(X) = fn_synthesis_of_protein_35(X)
& fn_synthesis_of_membrane_protein_33(X) = fn_synthesis_of_protein_31(X)
& fn_synthesis_of_membrane_protein_32(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_membrane_protein_13(X) = fn_synthesis_of_protein_5(X)
& fn_synthesis_of_membrane_protein_12(X) = fn_molecule_11(fn_synthesis_of_membrane_protein_32(X))
& fn_synthesis_of_membrane_protein_12(X) = fn_synthesis_of_protein_28(X)
& fn_synthesis_of_membrane_protein_14(X) = fn_molecule_10(fn_synthesis_of_membrane_protein_32(X))
& fn_synthesis_of_membrane_protein_14(X) = fn_synthesis_of_protein_6(X)
& fn_synthesis_of_membrane_protein_32(X) = fn_synthesis_of_protein_31(X)
& fn_synthesis_of_membrane_protein_33(X) = fn_polymer_synthesis_22(X)
& fn_synthesis_of_membrane_protein_33(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_membrane_protein_27(X) = fn_polymer_synthesis_24(X)
& fn_synthesis_of_membrane_protein_34(X) = fn_polymer_synthesis_11(X)
& fn_synthesis_of_membrane_protein_27(X) = fn_synthesis_of_protein_17(X)
& fn_synthesis_of_membrane_protein_7(X) = fn_synthesis_of_protein_30(X)
& fn_synthesis_of_membrane_protein_33(X) = fn_synthesis_of_protein_8(X)
& fn_synthesis_of_membrane_protein_8(X) = fn_synthesis_of_protein_22(X)
& fn_synthesis_of_membrane_protein_32(X) = fn_synthesis_of_protein_8(X)
& fn_synthesis_of_membrane_protein_10(X) = fn_synthesis_of_protein_21(X)
& fn_synthesis_of_membrane_protein_29(X) = fn_synthesis_of_protein_20(X)
& fn_synthesis_of_membrane_protein_34(X) = fn_synthesis_of_protein_7(X)
& fn_glycolipid_1(fn_synthesis_of_membrane_protein_22(X)) = fn_glycoprotein_14(fn_synthesis_of_membrane_protein_20(X))
& fn_glycoprotein_14(fn_synthesis_of_membrane_protein_20(X)) = fn_glycoprotein_14(fn_synthesis_of_membrane_protein_20(X))
& fn_glycoprotein_14(fn_synthesis_of_membrane_protein_20(X)) = fn_glycoprotein_17(fn_synthesis_of_membrane_protein_20(X))
& fn_glycoprotein_17(fn_synthesis_of_membrane_protein_20(X)) = fn_glycoprotein_17(fn_synthesis_of_membrane_protein_20(X))
& fn_glycoprotein_17(fn_synthesis_of_membrane_protein_20(X)) = fn_biomembrane_70(fn_synthesis_of_membrane_protein_17(X))
& fn_biomembrane_70(fn_synthesis_of_membrane_protein_17(X)) = fn_locomotion_1(fn_synthesis_of_membrane_protein_16(X))
& fn_locomotion_1(fn_synthesis_of_membrane_protein_16(X)) = fn_add_1(fn_synthesis_of_membrane_protein_26(X))
& fn_add_1(fn_synthesis_of_membrane_protein_26(X)) = fn_add_1(fn_synthesis_of_membrane_protein_26(X))
& fn_add_1(fn_synthesis_of_membrane_protein_26(X)) = fn_biomembrane_55(fn_synthesis_of_membrane_protein_17(X))
& fn_biomembrane_55(fn_synthesis_of_membrane_protein_17(X)) = fn_biomembrane_55(fn_synthesis_of_membrane_protein_17(X))
& fn_biomembrane_55(fn_synthesis_of_membrane_protein_17(X)) = fn_anabolic_pathway_5(X)
& fn_anabolic_pathway_5(X) = fn_anabolic_pathway_5(X)
& fn_polymer_synthesis_23(X) = fn_anabolic_pathway_5(X)
& fn_anabolic_pathway_5(X) = fn_polymer_synthesis_23(X)
& fn_polymer_synthesis_23(X) = fn_polymer_synthesis_23(X)
& fn_polymer_synthesis_23(X) = fn_biomembrane_54(fn_synthesis_of_membrane_protein_17(X))
& fn_biomembrane_54(fn_synthesis_of_membrane_protein_17(X)) = fn_biomembrane_63(fn_synthesis_of_membrane_protein_17(X))
& fn_biomembrane_63(fn_synthesis_of_membrane_protein_17(X)) = fn_membrane_protein_2(fn_synthesis_of_membrane_protein_25(X))
& fn_membrane_protein_2(fn_synthesis_of_membrane_protein_25(X)) = fn_biomembrane_63(fn_synthesis_of_membrane_protein_17(X))
& fn_biomembrane_63(fn_synthesis_of_membrane_protein_17(X)) = fn_biomembrane_63(fn_synthesis_of_membrane_protein_17(X))
& fn_biomembrane_63(fn_synthesis_of_membrane_protein_17(X)) = fn_add_2(fn_synthesis_of_membrane_protein_26(X))
& fn_add_2(fn_synthesis_of_membrane_protein_26(X)) = fn_membrane_protein_1(fn_synthesis_of_membrane_protein_25(X))
& fn_membrane_protein_1(fn_synthesis_of_membrane_protein_25(X)) = fn_membrane_protein_1(fn_synthesis_of_membrane_protein_25(X))
& fn_membrane_protein_1(fn_synthesis_of_membrane_protein_25(X)) = fn_polymer_synthesis_12(X)
& fn_amino_acid_11(fn_synthesis_of_membrane_protein_32(X)) = fn_amino_acid_11(fn_synthesis_of_membrane_protein_32(X))
& fn_amino_acid_11(fn_synthesis_of_membrane_protein_32(X)) = fn_synthesis_of_protein_28(X)
& fn_synthesis_of_protein_28(X) = fn_polymer_6(fn_synthesis_of_membrane_protein_25(X))
& fn_polymer_6(fn_synthesis_of_membrane_protein_25(X)) = fn_polymer_4(fn_synthesis_of_membrane_protein_25(X))
& fn_polymer_4(fn_synthesis_of_membrane_protein_25(X)) = fn_polymer_4(fn_synthesis_of_membrane_protein_25(X))
& fn_polymer_4(fn_synthesis_of_membrane_protein_25(X)) = fn_polymer_synthesis_8(X)
& fn_polymer_synthesis_8(X) = fn_polymer_synthesis_8(X)
& fn_polymer_synthesis_8(X) = fn_synthesis_of_protein_27(X)
& fn_synthesis_of_protein_27(X) = fn_polymer_synthesis_19(X)
& fn_polymer_synthesis_19(X) = fn_synthesis_of_protein_19(X)
& fn_synthesis_of_protein_19(X) = fn_polymer_synthesis_7(X)
& fn_polymer_synthesis_7(X) = fn_synthesis_of_protein_29(X)
& fn_synthesis_of_protein_29(X) = fn_organic_molecule_2(fn_synthesis_of_membrane_protein_32(X))
& fn_organic_molecule_2(fn_synthesis_of_membrane_protein_32(X)) = fn_molecule_11(fn_synthesis_of_membrane_protein_32(X))
& fn_molecule_11(fn_synthesis_of_membrane_protein_32(X)) = fn_amino_acid_11(fn_synthesis_of_membrane_protein_32(X))
& fn_amino_acid_11(fn_synthesis_of_membrane_protein_32(X)) = fn_molecule_11(fn_synthesis_of_membrane_protein_32(X))
& fn_molecule_11(fn_synthesis_of_membrane_protein_32(X)) = fn_polymer_synthesis_12(X)
& fn_polymer_synthesis_12(X) = fn_amino_acid_11(fn_synthesis_of_membrane_protein_32(X))
& fn_amino_acid_11(fn_synthesis_of_membrane_protein_32(X)) = fn_polymer_synthesis_12(X)
& fn_polymer_synthesis_12(X) = fn_polymer_synthesis_12(X)
& fn_polymer_synthesis_13(X) = fn_polymer_synthesis_13(X)
& fn_polymer_synthesis_13(X) = fn_polymer_synthesis_12(X)
& fn_polymer_synthesis_12(X) = fn_polymer_synthesis_13(X)
& fn_amino_acid_27(fn_synthesis_of_membrane_protein_32(X)) = fn_polymer_synthesis_13(X)
& fn_polymer_synthesis_13(X) = fn_amino_acid_27(fn_synthesis_of_membrane_protein_32(X))
& fn_amino_acid_27(fn_synthesis_of_membrane_protein_32(X)) = fn_amino_acid_27(fn_synthesis_of_membrane_protein_32(X))
& fn_amino_acid_27(fn_synthesis_of_membrane_protein_32(X)) = fn_synthesis_of_protein_28(X)
& fn_synthesis_of_protein_28(X) = fn_synthesis_of_protein_28(X)
& fn_synthesis_of_protein_28(X) = fn_molecule_10(fn_synthesis_of_membrane_protein_32(X))
& fn_synthesis_of_protein_6(X) = fn_molecule_10(fn_synthesis_of_membrane_protein_32(X))
& fn_molecule_10(fn_synthesis_of_membrane_protein_32(X)) = fn_synthesis_of_protein_6(X)
& fn_synthesis_of_protein_6(X) = fn_polymer_synthesis_24(X)
& fn_synthesis_of_protein_17(X) = fn_polymer_synthesis_24(X)
& fn_polymer_synthesis_24(X) = fn_synthesis_of_protein_17(X)
& fn_synthesis_of_protein_17(X) = fn_synthesis_of_protein_17(X)
& fn_synthesis_of_protein_17(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_polymer_synthesis_22(X)
& fn_polymer_synthesis_22(X) = fn_polymer_synthesis_22(X)
& fn_polymer_synthesis_22(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_protein_31(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_protein_8(X) = fn_functional_group_1(fn_synthesis_of_membrane_protein_13(X))
& fn_functional_group_1(fn_synthesis_of_membrane_protein_13(X)) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_synthesis_of_protein_31(X)
& fn_synthesis_of_protein_8(X) = fn_synthesis_of_protein_31(X)
& fn_synthesis_of_protein_31(X) = fn_synthesis_of_protein_31(X)
& fn_synthesis_of_protein_31(X) = fn_synthesis_of_protein_8(X)
& fn_synthesis_of_protein_8(X) = fn_synthesis_of_protein_8(X)
& fn_synthesis_of_protein_8(X) = fn_anabolic_pathway_3(X)
& fn_anabolic_pathway_3(X) = fn_protein_3(fn_synthesis_of_membrane_protein_25(X))
& fn_protein_3(fn_synthesis_of_membrane_protein_25(X)) = fn_protein_3(fn_synthesis_of_membrane_protein_25(X))
& fn_protein_3(fn_synthesis_of_membrane_protein_25(X)) = fn_synthesis_of_protein_20(X)
& fn_synthesis_of_protein_20(X) = fn_synthesis_of_protein_20(X)
& fn_synthesis_of_protein_20(X) = fn_synthesis_of_protein_7(X)
& fn_synthesis_of_protein_7(X) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_synthesis_of_protein_7(X)
& fn_synthesis_of_protein_7(X) = fn_synthesis_of_protein_7(X) ) ) ).
fof(a533072,axiom,
! [X,X1] :
( ( result_2(X,X1)
& synthesis_of_rna_1(X)
& mrna_1(X1) )
=> ( synthesis_of_mrna_1(X)
& fn_synthesis_of_mrna_3(X) = X1 ) ) ).
fof(a533073,axiom,
! [X] :
( synthesis_of_mrna_1(X)
=> ( original_name_2(X,'Synthesis-Of-mRNA')
& user_description_2(X,'The process of synthesis of mRNA (Messenger-RNA) using a gene on a template DNA strand as the base.')
& concept2words_2(X,'synthesis of messenger rna')
& concept2words_2(X,'synthesis-of-messenger-rna')
& concept2words_2(X,synthesize)
& concept2words_2(X,'mrna synthesis')
& concept2words_2(X,'mrna-synthesis')
& concept2words_2(X,'synthesis of mrna')
& concept2words_2(X,'synthesis-of-mrna')
& synthesis_of_rna_1(X)
& transcription_1(fn_synthesis_of_mrna_2(X))
& mrna_1(fn_synthesis_of_mrna_3(X))
& cell_1(fn_synthesis_of_mrna_4(X))
& cell_1(fn_transcription_22(fn_synthesis_of_mrna_2(X)))
& first_subevent_2(X,fn_synthesis_of_mrna_2(X))
& subevent_2(X,fn_synthesis_of_mrna_2(X))
& result_2(X,fn_synthesis_of_mrna_3(X))
& base_2(fn_synthesis_of_mrna_2(X),fn_synthesis_of_mrna_4(X))
& base_2(X,fn_synthesis_of_mrna_4(X))
& fn_synthesis_of_mrna_3(X) = fn_polymer_synthesis_23(X)
& fn_synthesis_of_mrna_3(X) = fn_synthesis_of_rna_8(X)
& fn_synthesis_of_mrna_4(X) = fn_transcription_22(fn_synthesis_of_mrna_2(X))
& fn_synthesis_of_mrna_4(X) = fn_metabolic_pathway_1(X)
& fn_polymer_synthesis_23(X) = fn_synthesis_of_rna_8(X)
& fn_synthesis_of_rna_8(X) = fn_transcription_22(fn_synthesis_of_mrna_2(X))
& fn_transcription_22(fn_synthesis_of_mrna_2(X)) = fn_metabolic_pathway_1(X) ) ) ).
fof(a533074,axiom,
! [X] :
( synthesis_of_mrna_in_eukaryote_1(X)
=> ( original_name_2(X,'Synthesis-Of-mRNA-In-Eukaryote')
& user_description_2(X,'The synthesis of mRNA in eukaryote follows the eukaryotic transcription process followed by the RNA processing. The mRNA finally synthesized moves out from the nucleus to the cytoplasm.')
& concept2words_2(X,synthesize)
& concept2words_2(X,convert)
& concept2words_2(X,'synthesis of mrna in eukaryote')
& concept2words_2(X,'synthesis-of-mrna-in-eukaryote')
& synthesis_of_rna_in_eukaryote_1(X)
& synthesis_of_mrna_1(X)
& ~ synthesis_of_mrna_in_prokaryote_1(X)
& rna_processing_1(fn_synthesis_of_mrna_in_eukaryote_1(X))
& shape_value_1(fn_synthesis_of_mrna_in_eukaryote_2(X))
& structural_complexity_value_1(fn_synthesis_of_mrna_in_eukaryote_4(X))
& free_energy_1(fn_synthesis_of_mrna_in_eukaryote_6(X))
& semiautonomous_organelle_1(fn_synthesis_of_mrna_in_eukaryote_7(X))
& mitochondrion_1(fn_synthesis_of_mrna_in_eukaryote_7(X))
& organelle_1(fn_synthesis_of_mrna_in_eukaryote_7(X))
& er_membrane_1(fn_synthesis_of_mrna_in_eukaryote_8(X))
& surface_1(fn_synthesis_of_mrna_in_eukaryote_9(X))
& cytoplasmic_side_1(fn_synthesis_of_mrna_in_eukaryote_9(X))
& substance_1(fn_synthesis_of_mrna_in_eukaryote_10(X))
& cytosol_1(fn_synthesis_of_mrna_in_eukaryote_10(X))
& protein_enzyme_1(fn_synthesis_of_mrna_in_eukaryote_11(X))
& spatial_entity_1(fn_synthesis_of_mrna_in_eukaryote_12(X))
& biomembrane_1(fn_synthesis_of_mrna_in_eukaryote_12(X))
& plasma_membrane_1(fn_synthesis_of_mrna_in_eukaryote_12(X))
& chromosome_1(fn_synthesis_of_mrna_in_eukaryote_13(X))
& eukaryotic_chromosome_1(fn_synthesis_of_mrna_in_eukaryote_13(X))
& nuclear_membrane_1(fn_synthesis_of_mrna_in_eukaryote_14(X))
& biomembrane_1(fn_synthesis_of_mrna_in_eukaryote_14(X))
& eukaryotic_ribosome_1(fn_synthesis_of_mrna_in_eukaryote_15(X))
& mixture_1(fn_synthesis_of_mrna_in_eukaryote_16(X))
& cytoplasm_1(fn_synthesis_of_mrna_in_eukaryote_16(X))
& move_out_of_1(fn_synthesis_of_mrna_in_eukaryote_17(X))
& spatial_entity_1(fn_synthesis_of_mrna_in_eukaryote_18(X))
& molecule_1(fn_synthesis_of_mrna_in_eukaryote_18(X))
& rna_1(fn_synthesis_of_mrna_in_eukaryote_18(X))
& polymer_1(fn_synthesis_of_mrna_in_eukaryote_18(X))
& chemical_entity_1(fn_synthesis_of_mrna_in_eukaryote_18(X))
& nucleic_acid_1(fn_synthesis_of_mrna_in_eukaryote_18(X))
& mrna_1(fn_synthesis_of_mrna_in_eukaryote_18(X))
& eukaryotic_transcription_1(fn_synthesis_of_mrna_in_eukaryote_19(X))
& nuclear_pore_1(fn_synthesis_of_mrna_in_eukaryote_20(X))
& portal_1(fn_synthesis_of_mrna_in_eukaryote_21(X))
& eukaryotic_cell_1(fn_synthesis_of_mrna_in_eukaryote_22(X))
& cell_1(fn_synthesis_of_mrna_in_eukaryote_22(X))
& nucleolus_1(fn_synthesis_of_mrna_in_eukaryote_23(X))
& nuclear_matrix_1(fn_synthesis_of_mrna_in_eukaryote_24(X))
& tangible_entity_1(fn_synthesis_of_mrna_in_eukaryote_25(X))
& nucleus_1(fn_synthesis_of_mrna_in_eukaryote_25(X))
& hydrophilic_compound_1(fn_synthesis_of_mrna_in_eukaryote_26(X))
& molecule_1(fn_synthesis_of_mrna_in_eukaryote_26(X))
& polar_molecule_1(fn_synthesis_of_mrna_in_eukaryote_26(X))
& chemical_entity_1(fn_synthesis_of_mrna_in_eukaryote_26(X))
& water_molecule_1(fn_synthesis_of_mrna_in_eukaryote_26(X))
& rna_polymerase_1(fn_synthesis_of_mrna_in_eukaryote_27(X))
& tangible_entity_1(fn_synthesis_of_mrna_in_eukaryote_28(X))
& entity_1(fn_synthesis_of_mrna_in_eukaryote_28(X))
& chemical_entity_1(fn_synthesis_of_mrna_in_eukaryote_28(X))
& hydrogen_1(fn_synthesis_of_mrna_in_eukaryote_28(X))
& atom_1(fn_synthesis_of_mrna_in_eukaryote_28(X))
& electron_shell_1(fn_synthesis_of_mrna_in_eukaryote_29(X))
& electron_shell_1(fn_synthesis_of_mrna_in_eukaryote_30(X))
& valence_shell_1(fn_synthesis_of_mrna_in_eukaryote_30(X))
& entity_1(fn_synthesis_of_mrna_in_eukaryote_31(X))
& chemical_entity_1(fn_synthesis_of_mrna_in_eukaryote_31(X))
& atom_1(fn_synthesis_of_mrna_in_eukaryote_31(X))
& oxygen_1(fn_synthesis_of_mrna_in_eukaryote_31(X))
& monomer_1(fn_synthesis_of_mrna_in_eukaryote_32(X))
& nucleoside_monophosphate_1(fn_synthesis_of_mrna_in_eukaryote_32(X))
& monomer_1(fn_synthesis_of_mrna_in_eukaryote_33(X))
& structural_complexity_value_1(fn_synthesis_of_mrna_in_eukaryote_34(X))
& chemical_entity_1(fn_synthesis_of_mrna_in_eukaryote_35(X))
& monomer_1(fn_synthesis_of_mrna_in_eukaryote_35(X))
& atp_1(fn_synthesis_of_mrna_in_eukaryote_36(X))
& monomer_1(fn_synthesis_of_mrna_in_eukaryote_36(X))
& condensation_reaction_1(fn_synthesis_of_mrna_in_eukaryote_37(X))
& dehydration_reaction_1(fn_synthesis_of_mrna_in_eukaryote_37(X))
& spatial_entity_1(fn_conduit_1(fn_synthesis_of_mrna_in_eukaryote_21(X)))
& electron_shell_1(fn_water_molecule_70(fn_synthesis_of_mrna_in_eukaryote_26(X)))
& valence_shell_1(fn_water_molecule_70(fn_synthesis_of_mrna_in_eukaryote_26(X)))
& entity_1(fn_water_molecule_72(fn_synthesis_of_mrna_in_eukaryote_26(X)))
& chemical_entity_1(fn_water_molecule_72(fn_synthesis_of_mrna_in_eukaryote_26(X)))
& atom_1(fn_water_molecule_72(fn_synthesis_of_mrna_in_eukaryote_26(X)))
& oxygen_1(fn_water_molecule_72(fn_synthesis_of_mrna_in_eukaryote_26(X)))
& semiautonomous_organelle_1(fn_eukaryotic_cell_25(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& mitochondrion_1(fn_eukaryotic_cell_25(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& organelle_1(fn_eukaryotic_cell_25(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& er_membrane_1(fn_eukaryotic_cell_39(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& synthesis_of_rna_1(fn_nucleus_3(fn_synthesis_of_mrna_in_eukaryote_25(X)))
& electron_shell_1(fn_atom_9(fn_synthesis_of_mrna_in_eukaryote_28(X)))
& ribosome_1(fn_cell_14(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& nucleolus_1(fn_nucleus_5(fn_synthesis_of_mrna_in_eukaryote_25(X)))
& nuclear_matrix_1(fn_nucleus_10(fn_synthesis_of_mrna_in_eukaryote_25(X)))
& surface_1(fn_cell_27(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& cytoplasmic_side_1(fn_cell_27(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& spatial_entity_1(fn_move_1(fn_synthesis_of_mrna_in_eukaryote_17(X)))
& entity_1(fn_polar_molecule_2(fn_synthesis_of_mrna_in_eukaryote_26(X)))
& atom_1(fn_polar_molecule_2(fn_synthesis_of_mrna_in_eukaryote_26(X)))
& entity_1(fn_water_molecule_63(fn_synthesis_of_mrna_in_eukaryote_26(X)))
& atom_1(fn_water_molecule_63(fn_synthesis_of_mrna_in_eukaryote_26(X)))
& hydrogen_1(fn_water_molecule_63(fn_synthesis_of_mrna_in_eukaryote_26(X)))
& tangible_entity_1(fn_water_molecule_64(fn_synthesis_of_mrna_in_eukaryote_26(X)))
& entity_1(fn_water_molecule_64(fn_synthesis_of_mrna_in_eukaryote_26(X)))
& chemical_entity_1(fn_water_molecule_64(fn_synthesis_of_mrna_in_eukaryote_26(X)))
& atom_1(fn_water_molecule_64(fn_synthesis_of_mrna_in_eukaryote_26(X)))
& hydrogen_1(fn_water_molecule_64(fn_synthesis_of_mrna_in_eukaryote_26(X)))
& nuclear_membrane_1(fn_eukaryotic_cell_37(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& biomembrane_1(fn_eukaryotic_cell_37(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_synthesis_of_mrna_in_eukaryote_25(X)))
& biomembrane_1(fn_nucleus_13(fn_synthesis_of_mrna_in_eukaryote_25(X)))
& tangible_entity_1(fn_move_out_of_1(fn_synthesis_of_mrna_in_eukaryote_17(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& chromosome_1(fn_cell_25(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& eukaryotic_chromosome_1(fn_nucleus_6(fn_synthesis_of_mrna_in_eukaryote_25(X)))
& substance_1(fn_eukaryotic_cell_42(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& substance_1(fn_cell_29(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& cytosol_1(fn_cell_29(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& plasma_membrane_1(fn_cell_30(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& protein_enzyme_1(fn_eukaryotic_cell_21(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& protein_enzyme_1(fn_cell_9(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& mixture_1(fn_cell_28(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& cytoplasm_1(fn_cell_28(fn_synthesis_of_mrna_in_eukaryote_22(X)))
& next_event_2(fn_synthesis_of_mrna_in_eukaryote_37(X),fn_synthesis_of_mrna_in_eukaryote_17(X))
& has_state_2(fn_synthesis_of_mrna_in_eukaryote_36(X),fn_synthesis_of_mrna_in_eukaryote_33(X))
& greater_than_2(fn_synthesis_of_mrna_in_eukaryote_4(X),fn_synthesis_of_mrna_in_eukaryote_34(X))
& fn_synthesis_of_mrna_in_eukaryote_30(X) != fn_synthesis_of_mrna_in_eukaryote_29(X)
& fn_synthesis_of_mrna_in_eukaryote_29(X) != fn_synthesis_of_mrna_in_eukaryote_30(X)
& shape_2(fn_synthesis_of_mrna_in_eukaryote_25(X),fn_synthesis_of_mrna_in_eukaryote_2(X))
& is_inside_2(fn_synthesis_of_mrna_in_eukaryote_25(X),fn_synthesis_of_mrna_in_eukaryote_22(X))
& has_region_2(fn_synthesis_of_mrna_in_eukaryote_25(X),fn_synthesis_of_mrna_in_eukaryote_20(X))
& the_categorical_value_2(fn_synthesis_of_mrna_in_eukaryote_2(X),hollow_volume_0)
& agent_2(fn_synthesis_of_mrna_in_eukaryote_19(X),fn_synthesis_of_mrna_in_eukaryote_27(X))
& next_event_2(fn_synthesis_of_mrna_in_eukaryote_19(X),fn_synthesis_of_mrna_in_eukaryote_1(X))
& raw_material_2(X,fn_synthesis_of_mrna_in_eukaryote_36(X))
& subevent_2(X,fn_synthesis_of_mrna_in_eukaryote_1(X))
& subevent_2(X,fn_synthesis_of_mrna_in_eukaryote_17(X))
& structural_complexity_2(fn_synthesis_of_mrna_in_eukaryote_18(X),fn_synthesis_of_mrna_in_eukaryote_4(X))
& is_inside_2(fn_synthesis_of_mrna_in_eukaryote_18(X),fn_synthesis_of_mrna_in_eukaryote_25(X))
& result_2(fn_synthesis_of_mrna_in_eukaryote_1(X),fn_synthesis_of_mrna_in_eukaryote_18(X))
& next_event_2(fn_synthesis_of_mrna_in_eukaryote_1(X),fn_synthesis_of_mrna_in_eukaryote_17(X))
& path_2(fn_synthesis_of_mrna_in_eukaryote_17(X),fn_synthesis_of_mrna_in_eukaryote_20(X))
& origin_2(fn_synthesis_of_mrna_in_eukaryote_17(X),fn_synthesis_of_mrna_in_eukaryote_24(X))
& destination_2(fn_synthesis_of_mrna_in_eukaryote_17(X),fn_synthesis_of_mrna_in_eukaryote_16(X))
& is_outside_2(fn_synthesis_of_mrna_in_eukaryote_16(X),fn_synthesis_of_mrna_in_eukaryote_25(X))
& object_2(fn_synthesis_of_mrna_in_eukaryote_17(X),fn_synthesis_of_mrna_in_eukaryote_18(X))
& base_2(fn_synthesis_of_mrna_in_eukaryote_17(X),fn_synthesis_of_mrna_in_eukaryote_25(X))
& plays_2(fn_synthesis_of_mrna_in_eukaryote_20(X),fn_synthesis_of_mrna_in_eukaryote_21(X))
& first_subevent_2(X,fn_synthesis_of_mrna_in_eukaryote_19(X))
& possesses_2(fn_synthesis_of_mrna_in_eukaryote_18(X),fn_synthesis_of_mrna_in_eukaryote_6(X))
& possesses_2(fn_synthesis_of_mrna_in_eukaryote_26(X),fn_synthesis_of_mrna_in_eukaryote_6(X))
& has_part_2(fn_synthesis_of_mrna_in_eukaryote_18(X),fn_synthesis_of_mrna_in_eukaryote_33(X))
& has_part_2(fn_synthesis_of_mrna_in_eukaryote_18(X),fn_synthesis_of_mrna_in_eukaryote_32(X))
& result_2(fn_synthesis_of_mrna_in_eukaryote_37(X),fn_synthesis_of_mrna_in_eukaryote_18(X))
& base_2(fn_synthesis_of_mrna_in_eukaryote_19(X),fn_synthesis_of_mrna_in_eukaryote_22(X))
& subevent_2(X,fn_synthesis_of_mrna_in_eukaryote_19(X))
& result_2(X,fn_synthesis_of_mrna_in_eukaryote_18(X))
& has_region_2(fn_synthesis_of_mrna_in_eukaryote_31(X),fn_synthesis_of_mrna_in_eukaryote_30(X))
& has_part_2(fn_synthesis_of_mrna_in_eukaryote_26(X),fn_synthesis_of_mrna_in_eukaryote_28(X))
& fn_synthesis_of_mrna_in_eukaryote_31(X) != fn_synthesis_of_mrna_in_eukaryote_28(X)
& fn_synthesis_of_mrna_in_eukaryote_28(X) != fn_synthesis_of_mrna_in_eukaryote_31(X)
& is_inside_2(fn_synthesis_of_mrna_in_eukaryote_11(X),fn_synthesis_of_mrna_in_eukaryote_8(X))
& is_between_2(fn_synthesis_of_mrna_in_eukaryote_16(X),fn_synthesis_of_mrna_in_eukaryote_25(X))
& is_between_2(fn_synthesis_of_mrna_in_eukaryote_16(X),fn_synthesis_of_mrna_in_eukaryote_12(X))
& has_part_2(fn_synthesis_of_mrna_in_eukaryote_22(X),fn_synthesis_of_mrna_in_eukaryote_7(X))
& is_inside_2(fn_synthesis_of_mrna_in_eukaryote_7(X),fn_synthesis_of_mrna_in_eukaryote_10(X))
& abuts_2(fn_synthesis_of_mrna_in_eukaryote_8(X),fn_synthesis_of_mrna_in_eukaryote_14(X))
& abuts_2(fn_synthesis_of_mrna_in_eukaryote_14(X),fn_synthesis_of_mrna_in_eukaryote_8(X))
& has_function_2(fn_synthesis_of_mrna_in_eukaryote_27(X),X)
& subevent_2(X,fn_synthesis_of_mrna_in_eukaryote_37(X))
& result_2(fn_synthesis_of_mrna_in_eukaryote_37(X),fn_synthesis_of_mrna_in_eukaryote_26(X))
& structural_complexity_2(fn_synthesis_of_mrna_in_eukaryote_36(X),fn_synthesis_of_mrna_in_eukaryote_34(X))
& structural_complexity_2(fn_synthesis_of_mrna_in_eukaryote_35(X),fn_synthesis_of_mrna_in_eukaryote_34(X))
& raw_material_2(X,fn_synthesis_of_mrna_in_eukaryote_35(X))
& base_2(X,fn_synthesis_of_mrna_in_eukaryote_22(X))
& has_part_2(fn_synthesis_of_mrna_in_eukaryote_22(X),fn_synthesis_of_mrna_in_eukaryote_25(X))
& raw_material_2(fn_synthesis_of_mrna_in_eukaryote_37(X),fn_synthesis_of_mrna_in_eukaryote_36(X))
& raw_material_2(fn_synthesis_of_mrna_in_eukaryote_37(X),fn_synthesis_of_mrna_in_eukaryote_35(X))
& has_state_2(fn_synthesis_of_mrna_in_eukaryote_35(X),fn_synthesis_of_mrna_in_eukaryote_32(X))
& fn_synthesis_of_mrna_in_eukaryote_36(X) != fn_synthesis_of_mrna_in_eukaryote_35(X)
& fn_synthesis_of_mrna_in_eukaryote_35(X) != fn_synthesis_of_mrna_in_eukaryote_36(X)
& result_2(X,fn_synthesis_of_mrna_in_eukaryote_26(X))
& fn_synthesis_of_mrna_in_eukaryote_36(X) != fn_synthesis_of_mrna_in_eukaryote_26(X)
& fn_synthesis_of_mrna_in_eukaryote_26(X) != fn_synthesis_of_mrna_in_eukaryote_36(X)
& fn_synthesis_of_mrna_in_eukaryote_35(X) != fn_synthesis_of_mrna_in_eukaryote_26(X)
& fn_synthesis_of_mrna_in_eukaryote_26(X) != fn_synthesis_of_mrna_in_eukaryote_35(X)
& site_2(X,fn_synthesis_of_mrna_in_eukaryote_25(X))
& has_part_2(fn_synthesis_of_mrna_in_eukaryote_16(X),fn_synthesis_of_mrna_in_eukaryote_10(X))
& is_facing_2(fn_synthesis_of_mrna_in_eukaryote_9(X),fn_synthesis_of_mrna_in_eukaryote_16(X))
& has_region_2(fn_synthesis_of_mrna_in_eukaryote_12(X),fn_synthesis_of_mrna_in_eukaryote_9(X))
& is_inside_2(fn_synthesis_of_mrna_in_eukaryote_16(X),fn_synthesis_of_mrna_in_eukaryote_12(X))
& has_part_2(fn_synthesis_of_mrna_in_eukaryote_22(X),fn_synthesis_of_mrna_in_eukaryote_16(X))
& has_part_2(fn_synthesis_of_mrna_in_eukaryote_22(X),fn_synthesis_of_mrna_in_eukaryote_12(X))
& is_oriented_toward_2(fn_synthesis_of_mrna_in_eukaryote_9(X),fn_synthesis_of_mrna_in_eukaryote_16(X))
& has_part_2(fn_synthesis_of_mrna_in_eukaryote_16(X),fn_synthesis_of_mrna_in_eukaryote_11(X))
& has_part_2(fn_synthesis_of_mrna_in_eukaryote_25(X),fn_synthesis_of_mrna_in_eukaryote_14(X))
& is_inside_2(fn_synthesis_of_mrna_in_eukaryote_23(X),fn_synthesis_of_mrna_in_eukaryote_25(X))
& has_part_2(fn_synthesis_of_mrna_in_eukaryote_25(X),fn_synthesis_of_mrna_in_eukaryote_23(X))
& has_region_2(fn_synthesis_of_mrna_in_eukaryote_25(X),fn_synthesis_of_mrna_in_eukaryote_24(X))
& is_inside_2(fn_synthesis_of_mrna_in_eukaryote_13(X),fn_synthesis_of_mrna_in_eukaryote_25(X))
& is_inside_2(fn_synthesis_of_mrna_in_eukaryote_15(X),fn_synthesis_of_mrna_in_eukaryote_10(X))
& has_part_2(fn_synthesis_of_mrna_in_eukaryote_22(X),fn_synthesis_of_mrna_in_eukaryote_15(X))
& has_region_2(fn_synthesis_of_mrna_in_eukaryote_28(X),fn_synthesis_of_mrna_in_eukaryote_29(X))
& has_part_2(fn_synthesis_of_mrna_in_eukaryote_22(X),fn_synthesis_of_mrna_in_eukaryote_13(X))
& fn_synthesis_of_mrna_in_eukaryote_18(X) = fn_move_1(fn_synthesis_of_mrna_in_eukaryote_17(X))
& fn_synthesis_of_mrna_in_eukaryote_25(X) = fn_move_out_of_1(fn_synthesis_of_mrna_in_eukaryote_17(X))
& fn_synthesis_of_mrna_in_eukaryote_20(X) = fn_conduit_1(fn_synthesis_of_mrna_in_eukaryote_21(X))
& fn_synthesis_of_mrna_in_eukaryote_26(X) = fn_polymer_synthesis_11(X)
& fn_synthesis_of_mrna_in_eukaryote_6(X) = fn_polymer_synthesis_19(X)
& fn_synthesis_of_mrna_in_eukaryote_33(X) = fn_synthesis_of_nucleic_acid_10(X)
& fn_synthesis_of_mrna_in_eukaryote_18(X) = fn_polymer_synthesis_23(X)
& fn_synthesis_of_mrna_in_eukaryote_18(X) = fn_synthesis_of_nucleic_acid_6(X)
& fn_synthesis_of_mrna_in_eukaryote_18(X) = fn_synthesis_of_rna_in_eukaryote_7(X)
& fn_synthesis_of_mrna_in_eukaryote_18(X) = fn_synthesis_of_mrna_3(X)
& fn_synthesis_of_mrna_in_eukaryote_19(X) = fn_synthesis_of_mrna_2(X)
& fn_synthesis_of_mrna_in_eukaryote_30(X) = fn_water_molecule_70(fn_synthesis_of_mrna_in_eukaryote_26(X))
& fn_synthesis_of_mrna_in_eukaryote_31(X) = fn_water_molecule_72(fn_synthesis_of_mrna_in_eukaryote_26(X))
& fn_synthesis_of_mrna_in_eukaryote_28(X) = fn_polar_molecule_2(fn_synthesis_of_mrna_in_eukaryote_26(X))
& fn_synthesis_of_mrna_in_eukaryote_28(X) = fn_water_molecule_63(fn_synthesis_of_mrna_in_eukaryote_26(X))
& fn_synthesis_of_mrna_in_eukaryote_28(X) = fn_water_molecule_64(fn_synthesis_of_mrna_in_eukaryote_26(X))
& fn_synthesis_of_mrna_in_eukaryote_11(X) = fn_eukaryotic_cell_21(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_synthesis_of_mrna_in_eukaryote_12(X) = fn_eukaryotic_cell_29(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_synthesis_of_mrna_in_eukaryote_16(X) = fn_eukaryotic_cell_31(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_synthesis_of_mrna_in_eukaryote_10(X) = fn_eukaryotic_cell_42(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_synthesis_of_mrna_in_eukaryote_7(X) = fn_eukaryotic_cell_25(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_synthesis_of_mrna_in_eukaryote_8(X) = fn_eukaryotic_cell_39(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_synthesis_of_mrna_in_eukaryote_38(X) = fn_synthesis_of_nucleic_acid_1(X)
& fn_synthesis_of_mrna_in_eukaryote_38(X) = fn_synthesis_of_rna_in_eukaryote_15(X)
& fn_synthesis_of_mrna_in_eukaryote_27(X) = fn_synthesis_of_rna_in_eukaryote_4(X)
& fn_synthesis_of_mrna_in_eukaryote_37(X) = fn_synthesis_of_nucleic_acid_13(X)
& fn_synthesis_of_mrna_in_eukaryote_26(X) = fn_synthesis_of_nucleic_acid_7(X)
& fn_synthesis_of_mrna_in_eukaryote_25(X) = fn_synthesis_of_rna_in_eukaryote_6(X)
& fn_synthesis_of_mrna_in_eukaryote_22(X) = fn_synthesis_of_mrna_4(X)
& fn_synthesis_of_mrna_in_eukaryote_22(X) = fn_synthesis_of_rna_in_eukaryote_5(X)
& fn_synthesis_of_mrna_in_eukaryote_35(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_synthesis_of_mrna_in_eukaryote_34(X) = fn_synthesis_of_nucleic_acid_2(X)
& fn_synthesis_of_mrna_in_eukaryote_34(X) = fn_synthesis_of_rna_in_eukaryote_8(X)
& fn_synthesis_of_mrna_in_eukaryote_35(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_mrna_in_eukaryote_32(X) = fn_polymer_synthesis_7(X)
& fn_synthesis_of_mrna_in_eukaryote_35(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_mrna_in_eukaryote_32(X) = fn_synthesis_of_nucleic_acid_11(X)
& fn_synthesis_of_mrna_in_eukaryote_32(X) = fn_synthesis_of_rna_in_eukaryote_3(X)
& fn_synthesis_of_mrna_in_eukaryote_37(X) = fn_synthesis_of_rna_in_eukaryote_11(X)
& fn_synthesis_of_mrna_in_eukaryote_35(X) = fn_synthesis_of_rna_in_eukaryote_12(X)
& fn_synthesis_of_mrna_in_eukaryote_36(X) = fn_synthesis_of_rna_in_eukaryote_13(X)
& fn_synthesis_of_mrna_in_eukaryote_26(X) = fn_synthesis_of_rna_in_eukaryote_14(X)
& X = fn_nucleus_3(fn_synthesis_of_mrna_in_eukaryote_25(X))
& fn_synthesis_of_mrna_in_eukaryote_13(X) = fn_cell_25(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_synthesis_of_mrna_in_eukaryote_29(X) = fn_atom_9(fn_synthesis_of_mrna_in_eukaryote_28(X))
& fn_synthesis_of_mrna_in_eukaryote_15(X) = fn_cell_14(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_synthesis_of_mrna_in_eukaryote_25(X) = fn_eukaryotic_cell_26(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_synthesis_of_mrna_in_eukaryote_14(X) = fn_eukaryotic_cell_37(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_synthesis_of_mrna_in_eukaryote_14(X) = fn_nucleus_13(fn_synthesis_of_mrna_in_eukaryote_25(X))
& fn_synthesis_of_mrna_in_eukaryote_23(X) = fn_nucleus_5(fn_synthesis_of_mrna_in_eukaryote_25(X))
& fn_synthesis_of_mrna_in_eukaryote_24(X) = fn_nucleus_10(fn_synthesis_of_mrna_in_eukaryote_25(X))
& fn_synthesis_of_mrna_in_eukaryote_13(X) = fn_nucleus_6(fn_synthesis_of_mrna_in_eukaryote_25(X))
& fn_synthesis_of_mrna_in_eukaryote_10(X) = fn_cell_29(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_synthesis_of_mrna_in_eukaryote_12(X) = fn_cell_30(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_synthesis_of_mrna_in_eukaryote_9(X) = fn_cell_27(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_synthesis_of_mrna_in_eukaryote_16(X) = fn_cell_28(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_synthesis_of_mrna_in_eukaryote_11(X) = fn_cell_9(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_move_1(fn_synthesis_of_mrna_in_eukaryote_17(X)) = fn_synthesis_of_rna_in_eukaryote_7(X)
& fn_synthesis_of_rna_in_eukaryote_7(X) = fn_synthesis_of_rna_in_eukaryote_7(X)
& fn_polymer_synthesis_23(X) = fn_synthesis_of_rna_in_eukaryote_7(X)
& fn_synthesis_of_rna_in_eukaryote_7(X) = fn_polymer_synthesis_23(X)
& fn_synthesis_of_nucleic_acid_6(X) = fn_polymer_synthesis_23(X)
& fn_polymer_synthesis_23(X) = fn_synthesis_of_nucleic_acid_6(X)
& fn_synthesis_of_nucleic_acid_6(X) = fn_synthesis_of_nucleic_acid_6(X)
& fn_synthesis_of_nucleic_acid_6(X) = fn_synthesis_of_mrna_3(X)
& fn_synthesis_of_mrna_3(X) = fn_synthesis_of_nucleic_acid_1(X)
& fn_synthesis_of_nucleic_acid_1(X) = fn_synthesis_of_rna_in_eukaryote_15(X)
& fn_synthesis_of_rna_in_eukaryote_15(X) = fn_synthesis_of_nucleic_acid_2(X)
& fn_synthesis_of_rna_in_eukaryote_8(X) = fn_synthesis_of_nucleic_acid_2(X)
& fn_synthesis_of_nucleic_acid_2(X) = fn_synthesis_of_rna_in_eukaryote_8(X)
& fn_synthesis_of_rna_in_eukaryote_8(X) = fn_synthesis_of_rna_in_eukaryote_8(X)
& fn_synthesis_of_rna_in_eukaryote_8(X) = fn_polymer_synthesis_7(X)
& fn_synthesis_of_nucleic_acid_11(X) = fn_polymer_synthesis_7(X)
& fn_polymer_synthesis_7(X) = fn_synthesis_of_nucleic_acid_11(X)
& fn_synthesis_of_nucleic_acid_11(X) = fn_synthesis_of_nucleic_acid_11(X)
& fn_synthesis_of_nucleic_acid_11(X) = fn_synthesis_of_rna_in_eukaryote_3(X)
& fn_synthesis_of_rna_in_eukaryote_3(X) = fn_synthesis_of_rna_in_eukaryote_11(X)
& fn_synthesis_of_rna_in_eukaryote_11(X) = fn_synthesis_of_nucleic_acid_13(X)
& fn_synthesis_of_nucleic_acid_13(X) = fn_synthesis_of_nucleic_acid_13(X)
& fn_synthesis_of_nucleic_acid_13(X) = fn_synthesis_of_rna_in_eukaryote_11(X)
& fn_synthesis_of_rna_in_eukaryote_11(X) = fn_synthesis_of_rna_in_eukaryote_11(X)
& fn_synthesis_of_rna_in_eukaryote_11(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_nucleic_acid_14(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_nucleic_acid_14(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_nucleic_acid_9(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_synthesis_of_nucleic_acid_9(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_nucleic_acid_14(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_synthesis_of_rna_in_eukaryote_12(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_synthesis_of_nucleic_acid_9(X) = fn_synthesis_of_rna_in_eukaryote_12(X)
& fn_synthesis_of_rna_in_eukaryote_12(X) = fn_synthesis_of_rna_in_eukaryote_12(X)
& fn_synthesis_of_rna_in_eukaryote_12(X) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_synthesis_of_nucleic_acid_7(X)
& fn_synthesis_of_nucleic_acid_7(X) = fn_synthesis_of_nucleic_acid_7(X)
& fn_synthesis_of_nucleic_acid_7(X) = fn_synthesis_of_rna_in_eukaryote_14(X)
& fn_synthesis_of_rna_in_eukaryote_14(X) = fn_synthesis_of_rna_in_eukaryote_14(X)
& fn_synthesis_of_rna_in_eukaryote_14(X) = fn_water_molecule_63(fn_synthesis_of_mrna_in_eukaryote_26(X))
& fn_water_molecule_63(fn_synthesis_of_mrna_in_eukaryote_26(X)) = fn_polar_molecule_2(fn_synthesis_of_mrna_in_eukaryote_26(X))
& fn_polar_molecule_2(fn_synthesis_of_mrna_in_eukaryote_26(X)) = fn_water_molecule_63(fn_synthesis_of_mrna_in_eukaryote_26(X))
& fn_water_molecule_63(fn_synthesis_of_mrna_in_eukaryote_26(X)) = fn_water_molecule_63(fn_synthesis_of_mrna_in_eukaryote_26(X))
& fn_water_molecule_64(fn_synthesis_of_mrna_in_eukaryote_26(X)) = fn_water_molecule_63(fn_synthesis_of_mrna_in_eukaryote_26(X))
& fn_water_molecule_63(fn_synthesis_of_mrna_in_eukaryote_26(X)) = fn_water_molecule_64(fn_synthesis_of_mrna_in_eukaryote_26(X))
& fn_water_molecule_64(fn_synthesis_of_mrna_in_eukaryote_26(X)) = fn_eukaryotic_cell_37(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_eukaryotic_cell_37(fn_synthesis_of_mrna_in_eukaryote_22(X)) = fn_eukaryotic_cell_37(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_eukaryotic_cell_37(fn_synthesis_of_mrna_in_eukaryote_22(X)) = fn_nucleus_13(fn_synthesis_of_mrna_in_eukaryote_25(X))
& fn_nucleus_13(fn_synthesis_of_mrna_in_eukaryote_25(X)) = fn_move_out_of_1(fn_synthesis_of_mrna_in_eukaryote_17(X))
& fn_move_out_of_1(fn_synthesis_of_mrna_in_eukaryote_17(X)) = fn_eukaryotic_cell_26(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_eukaryotic_cell_26(fn_synthesis_of_mrna_in_eukaryote_22(X)) = fn_eukaryotic_cell_26(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_eukaryotic_cell_26(fn_synthesis_of_mrna_in_eukaryote_22(X)) = fn_synthesis_of_rna_in_eukaryote_6(X)
& fn_synthesis_of_rna_in_eukaryote_6(X) = fn_eukaryotic_cell_26(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_eukaryotic_cell_26(fn_synthesis_of_mrna_in_eukaryote_22(X)) = fn_cell_25(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_cell_25(fn_synthesis_of_mrna_in_eukaryote_22(X)) = fn_nucleus_6(fn_synthesis_of_mrna_in_eukaryote_25(X))
& fn_nucleus_6(fn_synthesis_of_mrna_in_eukaryote_25(X)) = fn_eukaryotic_cell_42(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_eukaryotic_cell_42(fn_synthesis_of_mrna_in_eukaryote_22(X)) = fn_cell_29(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_cell_29(fn_synthesis_of_mrna_in_eukaryote_22(X)) = fn_cell_29(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_cell_29(fn_synthesis_of_mrna_in_eukaryote_22(X)) = fn_eukaryotic_cell_29(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_eukaryotic_cell_29(fn_synthesis_of_mrna_in_eukaryote_22(X)) = fn_cell_30(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_cell_30(fn_synthesis_of_mrna_in_eukaryote_22(X)) = fn_cell_30(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_cell_30(fn_synthesis_of_mrna_in_eukaryote_22(X)) = fn_synthesis_of_mrna_4(X)
& fn_synthesis_of_rna_in_eukaryote_5(X) = fn_synthesis_of_mrna_4(X)
& fn_synthesis_of_mrna_4(X) = fn_synthesis_of_rna_in_eukaryote_5(X)
& fn_synthesis_of_rna_in_eukaryote_5(X) = fn_eukaryotic_cell_21(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_eukaryotic_cell_21(fn_synthesis_of_mrna_in_eukaryote_22(X)) = fn_cell_9(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_cell_9(fn_synthesis_of_mrna_in_eukaryote_22(X)) = fn_eukaryotic_cell_31(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_eukaryotic_cell_31(fn_synthesis_of_mrna_in_eukaryote_22(X)) = fn_eukaryotic_cell_31(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_eukaryotic_cell_31(fn_synthesis_of_mrna_in_eukaryote_22(X)) = fn_cell_28(fn_synthesis_of_mrna_in_eukaryote_22(X))
& fn_cell_28(fn_synthesis_of_mrna_in_eukaryote_22(X)) = fn_cell_28(fn_synthesis_of_mrna_in_eukaryote_22(X)) ) ) ).
fof(a533075,axiom,
! [X,X1,X2] :
( ( experiencer_2(X,X1)
& result_2(X,X2)
& prokaryote_1(X1)
& synthesis_of_mrna_1(X)
& mrna_1(X2) )
=> ( synthesis_of_mrna_in_prokaryote_1(X)
& fn_synthesis_of_mrna_in_prokaryote_3(X) = X2
& fn_synthesis_of_mrna_in_prokaryote_2(X) = X1 ) ) ).
fof(a533076,axiom,
! [X] :
( synthesis_of_mrna_in_prokaryote_1(X)
=> ( original_name_2(X,'Synthesis-Of-mRNA-In-Prokaryote')
& user_description_2(X,'Transcription in a prokaryotic cell where an mRNA molecule that is complementary to the DNA template is synthesized and used directly in translation omitting post-transcriptional modification as in eukaryotic cells.')
& concept2words_2(X,'transcription in prokaryote')
& concept2words_2(X,'transcription-in-prokaryote')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of mrna in prokaryote')
& concept2words_2(X,'synthesis-of-mrna-in-prokaryote')
& synthesis_of_mrna_1(X)
& ~ synthesis_of_mrna_in_eukaryote_1(X)
& prokaryote_1(fn_synthesis_of_mrna_in_prokaryote_2(X))
& rna_1(fn_synthesis_of_mrna_in_prokaryote_3(X))
& mrna_1(fn_synthesis_of_mrna_in_prokaryote_3(X))
& experiencer_2(X,fn_synthesis_of_mrna_in_prokaryote_2(X))
& site_2(X,fn_synthesis_of_mrna_in_prokaryote_2(X))
& result_2(X,fn_synthesis_of_mrna_in_prokaryote_3(X))
& fn_synthesis_of_mrna_in_prokaryote_3(X) = fn_synthesis_of_rna_8(X)
& fn_synthesis_of_mrna_in_prokaryote_3(X) = fn_synthesis_of_mrna_3(X)
& fn_synthesis_of_rna_8(X) = fn_synthesis_of_mrna_3(X) ) ) ).
fof(a533077,axiom,
! [X] :
( synthesis_of_nad_plus_1(X)
=> ( original_name_2(X,'Synthesis-Of-NAD-Plus')
& user_description_2(X,'The biological synthesis of NAD+ either de novo from amino acids or from recycled components such as nicotinamide.')
& concept2words_2(X,'synthesis of nad plus')
& concept2words_2(X,'synthesis-of-nad-plus')
& synthesis_of_organic_molecule_1(X)
& vitamin_b3_1(fn_synthesis_of_nad_plus_1(X))
& nicotinamide_1(fn_synthesis_of_nad_plus_2(X))
& nad_plus_1(fn_synthesis_of_nad_plus_3(X))
& raw_material_2(X,fn_synthesis_of_nad_plus_1(X))
& raw_material_2(X,fn_synthesis_of_nad_plus_2(X))
& result_2(X,fn_synthesis_of_nad_plus_3(X))
& fn_synthesis_of_nad_plus_2(X) = fn_anabolic_pathway_6(X)
& fn_synthesis_of_nad_plus_3(X) = fn_synthesis_of_organic_molecule_1(X) ) ) ).
fof(a533078,axiom,
! [X] :
( synthesis_of_nadh_1(X)
=> ( original_name_2(X,'Synthesis-Of-NADH')
& user_description_2(X,'The formation of NADH by the reduction of NAD+.')
& concept2words_2(X,'nadh synthesis')
& concept2words_2(X,'nadh-synthesis')
& concept2words_2(X,'synthesis of nadh')
& concept2words_2(X,'synthesis-of-nadh')
& synthesis_of_organic_molecule_1(X)
& vitamin_b3_1(fn_synthesis_of_nadh_1(X))
& nicotinamide_1(fn_synthesis_of_nadh_2(X))
& nadh_1(fn_synthesis_of_nadh_3(X))
& raw_material_2(X,fn_synthesis_of_nadh_1(X))
& raw_material_2(X,fn_synthesis_of_nadh_2(X))
& result_2(X,fn_synthesis_of_nadh_3(X))
& fn_synthesis_of_nadh_2(X) = fn_anabolic_pathway_6(X)
& fn_synthesis_of_nadh_3(X) = fn_synthesis_of_organic_molecule_1(X) ) ) ).
fof(a533079,axiom,
! [X] :
( synthesis_of_nucleic_acid_1(X)
=> ( original_name_2(X,'Synthesis-Of-Nucleic-Acid')
& user_description_2(X,'The production of nucleic acid.')
& concept2words_2(X,'synthesis of polynucleotide')
& concept2words_2(X,'polynucleotide synthesis')
& concept2words_2(X,'polynucleotide-synthesis')
& concept2words_2(X,'synthesis-of-polynucleotide')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of nucleic acid')
& concept2words_2(X,'synthesis-of-nucleic-acid')
& polymer_synthesis_1(X)
& synthesis_of_organic_molecule_1(X)
& structural_complexity_value_1(fn_synthesis_of_nucleic_acid_2(X))
& tangible_entity_1(fn_synthesis_of_nucleic_acid_3(X))
& entity_1(fn_synthesis_of_nucleic_acid_3(X))
& chemical_entity_1(fn_synthesis_of_nucleic_acid_3(X))
& atom_1(fn_synthesis_of_nucleic_acid_3(X))
& hydrogen_1(fn_synthesis_of_nucleic_acid_3(X))
& attract_1(fn_synthesis_of_nucleic_acid_4(X))
& entity_1(fn_synthesis_of_nucleic_acid_5(X))
& hydrophilic_region_1(fn_synthesis_of_nucleic_acid_5(X))
& nucleic_acid_1(fn_synthesis_of_nucleic_acid_6(X))
& hydrophilic_compound_1(fn_synthesis_of_nucleic_acid_7(X))
& molecule_1(fn_synthesis_of_nucleic_acid_7(X))
& polar_molecule_1(fn_synthesis_of_nucleic_acid_7(X))
& chemical_entity_1(fn_synthesis_of_nucleic_acid_7(X))
& water_molecule_1(fn_synthesis_of_nucleic_acid_7(X))
& free_energy_1(fn_synthesis_of_nucleic_acid_8(X))
& chemical_entity_1(fn_synthesis_of_nucleic_acid_9(X))
& monomer_1(fn_synthesis_of_nucleic_acid_9(X))
& monomer_1(fn_synthesis_of_nucleic_acid_10(X))
& monomer_1(fn_synthesis_of_nucleic_acid_11(X))
& reactant_1(fn_synthesis_of_nucleic_acid_12(X))
& dehydration_reaction_1(fn_synthesis_of_nucleic_acid_13(X))
& monomer_1(fn_synthesis_of_nucleic_acid_14(X))
& attract_1(fn_hydrophilic_compound_2(fn_synthesis_of_nucleic_acid_7(X)))
& entity_1(fn_attract_2(fn_synthesis_of_nucleic_acid_4(X)))
& hydrophilic_region_1(fn_hydrophilic_compound_1(fn_synthesis_of_nucleic_acid_7(X)))
& entity_1(fn_polar_molecule_2(fn_synthesis_of_nucleic_acid_7(X)))
& atom_1(fn_polar_molecule_2(fn_synthesis_of_nucleic_acid_7(X)))
& entity_1(fn_water_molecule_63(fn_synthesis_of_nucleic_acid_7(X)))
& atom_1(fn_water_molecule_63(fn_synthesis_of_nucleic_acid_7(X)))
& hydrogen_1(fn_water_molecule_63(fn_synthesis_of_nucleic_acid_7(X)))
& tangible_entity_1(fn_water_molecule_64(fn_synthesis_of_nucleic_acid_7(X)))
& entity_1(fn_water_molecule_64(fn_synthesis_of_nucleic_acid_7(X)))
& chemical_entity_1(fn_water_molecule_64(fn_synthesis_of_nucleic_acid_7(X)))
& atom_1(fn_water_molecule_64(fn_synthesis_of_nucleic_acid_7(X)))
& hydrogen_1(fn_water_molecule_64(fn_synthesis_of_nucleic_acid_7(X)))
& monomer_1(fn_polymer_6(fn_synthesis_of_nucleic_acid_6(X)))
& monomer_1(fn_polymer_4(fn_synthesis_of_nucleic_acid_6(X)))
& chemical_entity_1(fn_reactant_3(fn_synthesis_of_nucleic_acid_12(X)))
& chemical_reaction_1(fn_reactant_2(fn_synthesis_of_nucleic_acid_12(X)))
& structural_complexity_2(fn_synthesis_of_nucleic_acid_14(X),fn_synthesis_of_nucleic_acid_2(X))
& possesses_2(fn_synthesis_of_nucleic_acid_14(X),fn_synthesis_of_nucleic_acid_8(X))
& structural_complexity_2(fn_synthesis_of_nucleic_acid_9(X),fn_synthesis_of_nucleic_acid_2(X))
& agent_2(fn_synthesis_of_nucleic_acid_4(X),fn_synthesis_of_nucleic_acid_5(X))
& plays_2(fn_synthesis_of_nucleic_acid_9(X),fn_synthesis_of_nucleic_acid_12(X))
& result_2(X,fn_synthesis_of_nucleic_acid_6(X))
& result_2(fn_synthesis_of_nucleic_acid_13(X),fn_synthesis_of_nucleic_acid_6(X))
& in_event_2(fn_synthesis_of_nucleic_acid_12(X),X)
& has_part_2(fn_synthesis_of_nucleic_acid_6(X),fn_synthesis_of_nucleic_acid_10(X))
& has_part_2(fn_synthesis_of_nucleic_acid_6(X),fn_synthesis_of_nucleic_acid_11(X))
& has_region_2(fn_synthesis_of_nucleic_acid_7(X),fn_synthesis_of_nucleic_acid_5(X))
& has_function_2(fn_synthesis_of_nucleic_acid_7(X),fn_synthesis_of_nucleic_acid_4(X))
& site_2(fn_synthesis_of_nucleic_acid_4(X),fn_synthesis_of_nucleic_acid_5(X))
& possesses_2(fn_synthesis_of_nucleic_acid_9(X),fn_synthesis_of_nucleic_acid_8(X))
& has_part_2(fn_synthesis_of_nucleic_acid_7(X),fn_synthesis_of_nucleic_acid_3(X))
& has_state_2(fn_synthesis_of_nucleic_acid_9(X),fn_synthesis_of_nucleic_acid_10(X))
& subevent_2(X,fn_synthesis_of_nucleic_acid_13(X))
& raw_material_2(X,fn_synthesis_of_nucleic_acid_14(X))
& raw_material_2(X,fn_synthesis_of_nucleic_acid_9(X))
& has_state_2(fn_synthesis_of_nucleic_acid_14(X),fn_synthesis_of_nucleic_acid_11(X))
& fn_synthesis_of_nucleic_acid_9(X) != fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_nucleic_acid_14(X) != fn_synthesis_of_nucleic_acid_9(X)
& result_2(X,fn_synthesis_of_nucleic_acid_7(X))
& result_2(fn_synthesis_of_nucleic_acid_13(X),fn_synthesis_of_nucleic_acid_7(X))
& raw_material_2(fn_synthesis_of_nucleic_acid_13(X),fn_synthesis_of_nucleic_acid_9(X))
& fn_synthesis_of_nucleic_acid_9(X) != fn_synthesis_of_nucleic_acid_7(X)
& fn_synthesis_of_nucleic_acid_7(X) != fn_synthesis_of_nucleic_acid_9(X)
& fn_synthesis_of_nucleic_acid_5(X) = fn_attract_2(fn_synthesis_of_nucleic_acid_4(X))
& fn_synthesis_of_nucleic_acid_6(X) = fn_synthesis_of_organic_molecule_1(X)
& fn_synthesis_of_nucleic_acid_6(X) = fn_polymer_synthesis_23(X)
& fn_synthesis_of_nucleic_acid_10(X) = fn_polymer_6(fn_synthesis_of_nucleic_acid_6(X))
& fn_synthesis_of_nucleic_acid_11(X) = fn_polymer_4(fn_synthesis_of_nucleic_acid_6(X))
& fn_synthesis_of_nucleic_acid_5(X) = fn_hydrophilic_compound_1(fn_synthesis_of_nucleic_acid_7(X))
& fn_synthesis_of_nucleic_acid_4(X) = fn_hydrophilic_compound_2(fn_synthesis_of_nucleic_acid_7(X))
& fn_synthesis_of_nucleic_acid_8(X) = fn_polymer_synthesis_18(X)
& fn_synthesis_of_nucleic_acid_3(X) = fn_polar_molecule_2(fn_synthesis_of_nucleic_acid_7(X))
& fn_synthesis_of_nucleic_acid_3(X) = fn_water_molecule_63(fn_synthesis_of_nucleic_acid_7(X))
& fn_synthesis_of_nucleic_acid_3(X) = fn_water_molecule_64(fn_synthesis_of_nucleic_acid_7(X))
& fn_synthesis_of_nucleic_acid_3(X) = fn_polymer_synthesis_21(X)
& fn_synthesis_of_nucleic_acid_10(X) = fn_polymer_synthesis_7(X)
& fn_synthesis_of_nucleic_acid_11(X) = fn_polymer_synthesis_8(X)
& X = fn_reactant_2(fn_synthesis_of_nucleic_acid_12(X))
& fn_synthesis_of_nucleic_acid_9(X) = fn_reactant_3(fn_synthesis_of_nucleic_acid_12(X))
& fn_synthesis_of_nucleic_acid_14(X) = fn_polymer_synthesis_22(X)
& fn_synthesis_of_nucleic_acid_13(X) = fn_polymer_synthesis_24(X)
& fn_synthesis_of_nucleic_acid_9(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_nucleic_acid_7(X) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_23(X) = fn_synthesis_of_organic_molecule_1(X)
& fn_synthesis_of_organic_molecule_1(X) = fn_polymer_synthesis_23(X)
& fn_polymer_synthesis_23(X) = fn_attract_2(fn_synthesis_of_nucleic_acid_4(X))
& fn_attract_2(fn_synthesis_of_nucleic_acid_4(X)) = fn_hydrophilic_compound_1(fn_synthesis_of_nucleic_acid_7(X))
& fn_hydrophilic_compound_1(fn_synthesis_of_nucleic_acid_7(X)) = fn_hydrophilic_compound_1(fn_synthesis_of_nucleic_acid_7(X))
& fn_hydrophilic_compound_1(fn_synthesis_of_nucleic_acid_7(X)) = fn_polar_molecule_2(fn_synthesis_of_nucleic_acid_7(X))
& fn_polar_molecule_2(fn_synthesis_of_nucleic_acid_7(X)) = fn_water_molecule_63(fn_synthesis_of_nucleic_acid_7(X))
& fn_water_molecule_63(fn_synthesis_of_nucleic_acid_7(X)) = fn_water_molecule_63(fn_synthesis_of_nucleic_acid_7(X))
& fn_water_molecule_63(fn_synthesis_of_nucleic_acid_7(X)) = fn_water_molecule_64(fn_synthesis_of_nucleic_acid_7(X))
& fn_water_molecule_64(fn_synthesis_of_nucleic_acid_7(X)) = fn_water_molecule_64(fn_synthesis_of_nucleic_acid_7(X))
& fn_water_molecule_64(fn_synthesis_of_nucleic_acid_7(X)) = fn_polymer_synthesis_21(X)
& fn_polymer_synthesis_21(X) = fn_polymer_6(fn_synthesis_of_nucleic_acid_6(X))
& fn_polymer_6(fn_synthesis_of_nucleic_acid_6(X)) = fn_polymer_synthesis_7(X)
& fn_polymer_synthesis_7(X) = fn_polymer_4(fn_synthesis_of_nucleic_acid_6(X))
& fn_polymer_4(fn_synthesis_of_nucleic_acid_6(X)) = fn_polymer_synthesis_8(X)
& fn_polymer_synthesis_8(X) = fn_reactant_3(fn_synthesis_of_nucleic_acid_12(X))
& fn_polymer_synthesis_20(X) = fn_reactant_3(fn_synthesis_of_nucleic_acid_12(X))
& fn_reactant_3(fn_synthesis_of_nucleic_acid_12(X)) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_polymer_synthesis_20(X)
& fn_reactant_2(fn_synthesis_of_nucleic_acid_12(X)) = fn_reactant_2(fn_synthesis_of_nucleic_acid_12(X)) ) ) ).
fof(a533080,axiom,
! [X] :
( synthesis_of_organelle_1(X)
=> ( original_name_2(X,'Synthesis-Of-Organelle')
& user_description_2(X,'The creation of organelles and cellular parts within cells.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'organelle synthesis')
& concept2words_2(X,'organelle-synthesis')
& concept2words_2(X,'synthesis of organelle')
& concept2words_2(X,'synthesis-of-organelle')
& produce_1(X)
& organelle_1(fn_synthesis_of_organelle_1(X))
& organic_molecule_1(fn_synthesis_of_organelle_2(X))
& result_2(X,fn_synthesis_of_organelle_1(X))
& raw_material_2(X,fn_synthesis_of_organelle_2(X))
& fn_synthesis_of_organelle_1(X) = fn_create_1(X)
& fn_synthesis_of_organelle_2(X) = fn_produce_1(X) ) ) ).
fof(a533081,axiom,
! [X] :
( synthesis_of_organic_molecule_1(X)
=> ( original_name_2(X,'Synthesis-Of-Organic-Molecule')
& user_description_2(X,'The production of a carbon-containing molecule.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of organic molecule')
& concept2words_2(X,'synthesis-of-organic-molecule')
& synthesis_reaction_1(X)
& anabolic_pathway_1(X)
& organic_molecule_1(fn_synthesis_of_organic_molecule_1(X))
& result_2(X,fn_synthesis_of_organic_molecule_1(X))
& fn_synthesis_of_organic_molecule_1(X) = fn_anabolic_pathway_5(X) ) ) ).
fof(a533082,axiom,
! [X] :
( synthesis_of_platelet_derived_growth_factor_1(X)
=> ( original_name_2(X,'Synthesis-Of-Platelet-Derived-Growth-Factor')
& user_description_2(X,'The process of production of platelet derived growth factor, an important signaling molecule in wound healing.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of platelet derived growth factor')
& concept2words_2(X,'synthesis-of-platelet-derived-growth-factor')
& produce_1(X)
& platelet_1(fn_synthesis_of_platelet_derived_growth_factor_1(X))
& platelet_derived_growth_factor_1(fn_synthesis_of_platelet_derived_growth_factor_2(X))
& base_2(X,fn_synthesis_of_platelet_derived_growth_factor_1(X))
& result_2(X,fn_synthesis_of_platelet_derived_growth_factor_2(X))
& fn_synthesis_of_platelet_derived_growth_factor_2(X) = fn_create_1(X) ) ) ).
fof(a533083,axiom,
! [X] :
( synthesis_of_protein_1(X)
=> ( original_name_2(X,'Synthesis-Of-Protein')
& user_description_2(X,'The process by which a protein molecule is synthesized from amino acids at a ribosome.')
& concept2words_2(X,'protein synthesis')
& concept2words_2(X,synthesize)
& concept2words_2(X,convert)
& concept2words_2(X,'protein-synthesis')
& concept2words_2(X,'synthesis of protein')
& concept2words_2(X,'synthesis-of-protein')
& polymer_synthesis_1(X)
& ~ oxidative_phosphorylation_1(X)
& ~ synthesis_of_amino_acid_1(X)
& ~ synthesis_of_cellulose_1(X)
& ~ synthesis_of_carbohydrate_1(X)
& ~ synthesis_of_coenzyme_1(X)
& ~ synthesis_of_fat_1(X)
& ~ synthesis_of_fatty_acid_1(X)
& ~ synthesis_of_inosine_1(X)
& ~ synthesis_of_lipid_1(X)
& rate_value_1(fn_synthesis_of_protein_1(X))
& quantity_value_1(fn_synthesis_of_protein_3(X))
& hydroxyl_group_1(fn_synthesis_of_protein_5(X))
& chemical_bond_1(fn_synthesis_of_protein_6(X))
& polar_covalent_bond_1(fn_synthesis_of_protein_6(X))
& hydrophilic_compound_1(fn_synthesis_of_protein_7(X))
& molecule_1(fn_synthesis_of_protein_7(X))
& polar_molecule_1(fn_synthesis_of_protein_7(X))
& chemical_entity_1(fn_synthesis_of_protein_7(X))
& water_molecule_1(fn_synthesis_of_protein_7(X))
& amino_acid_1(fn_synthesis_of_protein_8(X))
& polymer_1(fn_synthesis_of_protein_9(X))
& chemical_entity_1(fn_synthesis_of_protein_9(X))
& polypeptide_1(fn_synthesis_of_protein_9(X))
& ribosome_1(fn_synthesis_of_protein_10(X))
& cell_1(fn_synthesis_of_protein_11(X))
& post_translational_modification_1(fn_synthesis_of_protein_12(X))
& translation_1(fn_synthesis_of_protein_13(X))
& intracellular_process_1(fn_synthesis_of_protein_14(X))
& translation_elongation_1(fn_synthesis_of_protein_14(X))
& intracellular_process_1(fn_synthesis_of_protein_15(X))
& translation_initiation_1(fn_synthesis_of_protein_15(X))
& protein_1(fn_synthesis_of_protein_16(X))
& condensation_reaction_1(fn_synthesis_of_protein_17(X))
& endergonic_reaction_1(fn_synthesis_of_protein_17(X))
& dehydration_reaction_1(fn_synthesis_of_protein_17(X))
& tangible_entity_1(fn_synthesis_of_protein_18(X))
& entity_1(fn_synthesis_of_protein_18(X))
& chemical_entity_1(fn_synthesis_of_protein_18(X))
& atom_1(fn_synthesis_of_protein_18(X))
& hydrogen_1(fn_synthesis_of_protein_18(X))
& free_energy_1(fn_synthesis_of_protein_19(X))
& structural_complexity_value_1(fn_synthesis_of_protein_20(X))
& structural_complexity_value_1(fn_synthesis_of_protein_21(X))
& free_energy_1(fn_synthesis_of_protein_22(X))
& entity_1(fn_synthesis_of_protein_23(X))
& hydrophilic_region_1(fn_synthesis_of_protein_23(X))
& attract_1(fn_synthesis_of_protein_24(X))
& quantity_value_1(fn_synthesis_of_protein_25(X))
& quantity_value_1(fn_synthesis_of_protein_26(X))
& monomer_1(fn_synthesis_of_protein_27(X))
& entity_1(fn_synthesis_of_protein_28(X))
& chemical_entity_1(fn_synthesis_of_protein_28(X))
& atom_1(fn_synthesis_of_protein_28(X))
& oxygen_1(fn_synthesis_of_protein_28(X))
& monomer_1(fn_synthesis_of_protein_29(X))
& reactant_1(fn_synthesis_of_protein_30(X))
& amino_acid_1(fn_synthesis_of_protein_31(X))
& monomer_1(fn_synthesis_of_protein_36(X))
& monomer_1(fn_synthesis_of_protein_37(X))
& free_energy_1(fn_synthesis_of_protein_38(X))
& structural_complexity_value_1(fn_synthesis_of_protein_39(X))
& decrease_1(fn_synthesis_of_protein_40(X))
& monomer_1(fn_synthesis_of_protein_41(X))
& monomer_1(fn_synthesis_of_protein_42(X))
& dehydration_reaction_1(fn_synthesis_of_protein_43(X))
& translation_termination_1(fn_synthesis_of_protein_44(X))
& molecule_1(fn_synthesis_of_protein_45(X))
& polar_molecule_1(fn_synthesis_of_protein_45(X))
& chemical_entity_1(fn_synthesis_of_protein_45(X))
& water_molecule_1(fn_synthesis_of_protein_45(X))
& hydroxyl_group_1(fn_dehydration_reaction_5(fn_synthesis_of_protein_17(X)))
& attract_1(fn_hydrophilic_compound_2(fn_synthesis_of_protein_7(X)))
& property_node_1(fn_translation_37(fn_synthesis_of_protein_13(X)))
& translation_elongation_1(fn_translation_8(fn_synthesis_of_protein_13(X)))
& dehydration_reaction_1(fn_translation_12(fn_synthesis_of_protein_13(X)))
& decrease_1(fn_translation_21(fn_synthesis_of_protein_13(X)))
& translation_termination_1(fn_translation_19(fn_synthesis_of_protein_13(X)))
& monomer_1(fn_translation_15(fn_synthesis_of_protein_13(X)))
& monomer_1(fn_translation_11(fn_synthesis_of_protein_13(X)))
& monomer_1(fn_translation_36(fn_synthesis_of_protein_13(X)))
& monomer_1(fn_translation_14(fn_synthesis_of_protein_13(X)))
& free_energy_1(fn_translation_28(fn_synthesis_of_protein_13(X)))
& molecule_1(fn_translation_16(fn_synthesis_of_protein_13(X)))
& polar_molecule_1(fn_translation_16(fn_synthesis_of_protein_13(X)))
& chemical_entity_1(fn_translation_16(fn_synthesis_of_protein_13(X)))
& water_molecule_1(fn_translation_16(fn_synthesis_of_protein_13(X)))
& structural_complexity_value_1(fn_translation_29(fn_synthesis_of_protein_13(X)))
& cell_1(fn_metabolic_pathway_1(fn_synthesis_of_protein_13(X)))
& cell_1(fn_intracellular_process_1(fn_synthesis_of_protein_14(X)))
& cell_1(fn_intracellular_process_1(fn_synthesis_of_protein_15(X)))
& entity_1(fn_attract_2(fn_synthesis_of_protein_24(X)))
& hydrophilic_region_1(fn_hydrophilic_compound_1(fn_synthesis_of_protein_7(X)))
& chemical_entity_1(fn_endergonic_reaction_9(fn_synthesis_of_protein_17(X)))
& atom_1(fn_dehydration_reaction_3(fn_synthesis_of_protein_17(X)))
& oxygen_1(fn_dehydration_reaction_3(fn_synthesis_of_protein_17(X)))
& chemical_bond_1(fn_dehydration_reaction_2(fn_synthesis_of_protein_17(X)))
& polar_covalent_bond_1(fn_dehydration_reaction_2(fn_synthesis_of_protein_17(X)))
& molecule_1(fn_condensation_reaction_1(fn_synthesis_of_protein_17(X)))
& chemical_entity_1(fn_reactant_3(fn_synthesis_of_protein_30(X)))
& molecule_1(fn_condensation_reaction_2(fn_synthesis_of_protein_17(X)))
& chemical_entity_1(fn_dehydration_reaction_7(fn_synthesis_of_protein_17(X)))
& molecule_1(fn_dehydration_reaction_7(fn_synthesis_of_protein_17(X)))
& molecule_1(fn_dehydration_reaction_8(fn_synthesis_of_protein_17(X)))
& ribosome_1(fn_translation_initiation_11(fn_synthesis_of_protein_15(X)))
& ribosome_1(fn_translation_20(fn_synthesis_of_protein_13(X)))
& translation_initiation_1(fn_ribosome_6(fn_synthesis_of_protein_10(X)))
& translation_initiation_1(fn_translation_17(fn_synthesis_of_protein_13(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_synthesis_of_protein_13(X)))
& polypeptide_1(fn_post_translational_modification_10(fn_synthesis_of_protein_12(X)))
& polymer_1(fn_translation_23(fn_synthesis_of_protein_13(X)))
& chemical_entity_1(fn_translation_23(fn_synthesis_of_protein_13(X)))
& polypeptide_1(fn_translation_23(fn_synthesis_of_protein_13(X)))
& free_energy_1(fn_dehydration_reaction_1(fn_synthesis_of_protein_17(X)))
& entity_1(fn_polar_molecule_2(fn_synthesis_of_protein_7(X)))
& atom_1(fn_polar_molecule_2(fn_synthesis_of_protein_7(X)))
& entity_1(fn_water_molecule_63(fn_synthesis_of_protein_7(X)))
& atom_1(fn_water_molecule_63(fn_synthesis_of_protein_7(X)))
& hydrogen_1(fn_water_molecule_63(fn_synthesis_of_protein_7(X)))
& tangible_entity_1(fn_water_molecule_64(fn_synthesis_of_protein_7(X)))
& entity_1(fn_water_molecule_64(fn_synthesis_of_protein_7(X)))
& chemical_entity_1(fn_water_molecule_64(fn_synthesis_of_protein_7(X)))
& atom_1(fn_water_molecule_64(fn_synthesis_of_protein_7(X)))
& hydrogen_1(fn_water_molecule_64(fn_synthesis_of_protein_7(X)))
& quantity_value_1(fn_endergonic_reaction_5(fn_synthesis_of_protein_17(X)))
& quantity_value_1(fn_endergonic_reaction_4(fn_synthesis_of_protein_17(X)))
& free_energy_1(fn_endergonic_reaction_3(fn_synthesis_of_protein_17(X)))
& molecule_1(fn_condensation_reaction_3(fn_synthesis_of_protein_17(X)))
& water_molecule_1(fn_dehydration_reaction_6(fn_synthesis_of_protein_17(X)))
& synthesis_of_protein_1(fn_ribosome_2(fn_synthesis_of_protein_10(X)))
& chemical_reaction_1(fn_reactant_2(fn_synthesis_of_protein_30(X)))
& structural_complexity_2(fn_synthesis_of_protein_7(X),fn_synthesis_of_protein_20(X))
& structural_complexity_2(fn_synthesis_of_protein_8(X),fn_synthesis_of_protein_21(X))
& directly_proportional_2(fn_synthesis_of_protein_3(X),fn_synthesis_of_protein_1(X))
& quantity_2(fn_synthesis_of_protein_10(X),fn_synthesis_of_protein_3(X))
& subevent_2(X,fn_synthesis_of_protein_13(X))
& subevent_2(X,fn_synthesis_of_protein_12(X))
& first_subevent_2(X,fn_synthesis_of_protein_13(X))
& rate_2(X,fn_synthesis_of_protein_1(X))
& raw_material_2(X,fn_synthesis_of_protein_31(X))
& site_2(fn_synthesis_of_protein_13(X),fn_synthesis_of_protein_10(X))
& instrument_2(fn_synthesis_of_protein_13(X),fn_synthesis_of_protein_10(X))
& the_scalar_value_2(fn_synthesis_of_protein_20(X),complex_0)
& scalar_unit_class_2(fn_synthesis_of_protein_20(X),polypeptide_0)
& structural_complexity_2(fn_synthesis_of_protein_31(X),fn_synthesis_of_protein_21(X))
& agent_2(fn_synthesis_of_protein_24(X),fn_synthesis_of_protein_23(X))
& plays_2(fn_synthesis_of_protein_8(X),fn_synthesis_of_protein_30(X))
& object_2(fn_synthesis_of_protein_12(X),fn_synthesis_of_protein_9(X))
& base_2(fn_synthesis_of_protein_13(X),fn_synthesis_of_protein_11(X))
& has_function_2(fn_synthesis_of_protein_10(X),X)
& base_2(fn_synthesis_of_protein_14(X),fn_synthesis_of_protein_11(X))
& base_2(X,fn_synthesis_of_protein_11(X))
& base_2(fn_synthesis_of_protein_15(X),fn_synthesis_of_protein_11(X))
& in_event_2(fn_synthesis_of_protein_30(X),X)
& possesses_2(fn_synthesis_of_protein_31(X),fn_synthesis_of_protein_22(X))
& raw_material_2(fn_synthesis_of_protein_17(X),fn_synthesis_of_protein_8(X))
& fn_synthesis_of_protein_8(X) != fn_synthesis_of_protein_31(X)
& has_region_2(fn_synthesis_of_protein_31(X),fn_synthesis_of_protein_5(X))
& is_inside_2(fn_synthesis_of_protein_28(X),fn_synthesis_of_protein_5(X))
& fn_synthesis_of_protein_31(X) != fn_synthesis_of_protein_8(X)
& possesses_2(fn_synthesis_of_protein_16(X),fn_synthesis_of_protein_19(X))
& has_part_2(fn_synthesis_of_protein_16(X),fn_synthesis_of_protein_29(X))
& result_2(fn_synthesis_of_protein_17(X),fn_synthesis_of_protein_16(X))
& has_part_2(fn_synthesis_of_protein_16(X),fn_synthesis_of_protein_27(X))
& has_state_2(fn_synthesis_of_protein_31(X),fn_synthesis_of_protein_27(X))
& has_region_2(fn_synthesis_of_protein_7(X),fn_synthesis_of_protein_23(X))
& has_function_2(fn_synthesis_of_protein_7(X),fn_synthesis_of_protein_24(X))
& site_2(fn_synthesis_of_protein_24(X),fn_synthesis_of_protein_23(X))
& result_2(X,fn_synthesis_of_protein_16(X))
& structural_complexity_2(fn_synthesis_of_protein_16(X),fn_synthesis_of_protein_20(X))
& greater_than_2(fn_synthesis_of_protein_20(X),fn_synthesis_of_protein_21(X))
& raw_material_2(fn_synthesis_of_protein_17(X),fn_synthesis_of_protein_31(X))
& possesses_2(fn_synthesis_of_protein_8(X),fn_synthesis_of_protein_22(X))
& has_part_2(fn_synthesis_of_protein_31(X),fn_synthesis_of_protein_28(X))
& has_state_2(fn_synthesis_of_protein_8(X),fn_synthesis_of_protein_29(X))
& raw_material_2(X,fn_synthesis_of_protein_8(X))
& fn_synthesis_of_protein_8(X) != fn_synthesis_of_protein_7(X)
& fn_synthesis_of_protein_7(X) != fn_synthesis_of_protein_31(X)
& possesses_2(fn_synthesis_of_protein_31(X),fn_synthesis_of_protein_6(X))
& is_between_2(fn_synthesis_of_protein_6(X),fn_synthesis_of_protein_28(X))
& fn_synthesis_of_protein_7(X) != fn_synthesis_of_protein_8(X)
& fn_synthesis_of_protein_31(X) != fn_synthesis_of_protein_7(X)
& result_2(fn_synthesis_of_protein_43(X),fn_synthesis_of_protein_9(X))
& result_2(fn_synthesis_of_protein_43(X),fn_synthesis_of_protein_45(X))
& raw_material_2(fn_synthesis_of_protein_13(X),fn_synthesis_of_protein_41(X))
& next_event_2(fn_synthesis_of_protein_14(X),fn_synthesis_of_protein_44(X))
& instrument_2(fn_synthesis_of_protein_14(X),fn_synthesis_of_protein_10(X))
& causes_2(fn_synthesis_of_protein_44(X),fn_synthesis_of_protein_40(X))
& causes_2(fn_synthesis_of_protein_13(X),fn_synthesis_of_protein_40(X))
& subevent_2(fn_synthesis_of_protein_13(X),fn_synthesis_of_protein_14(X))
& next_event_2(fn_synthesis_of_protein_15(X),fn_synthesis_of_protein_14(X))
& first_subevent_2(fn_synthesis_of_protein_13(X),fn_synthesis_of_protein_15(X))
& subevent_2(fn_synthesis_of_protein_13(X),fn_synthesis_of_protein_43(X))
& raw_material_2(fn_synthesis_of_protein_43(X),fn_synthesis_of_protein_42(X))
& raw_material_2(fn_synthesis_of_protein_13(X),fn_synthesis_of_protein_42(X))
& subevent_2(fn_synthesis_of_protein_13(X),fn_synthesis_of_protein_15(X))
& site_2(fn_synthesis_of_protein_15(X),fn_synthesis_of_protein_10(X))
& fn_synthesis_of_protein_45(X) != fn_synthesis_of_protein_42(X)
& result_2(fn_synthesis_of_protein_13(X),fn_synthesis_of_protein_45(X))
& subevent_2(fn_synthesis_of_protein_13(X),fn_synthesis_of_protein_44(X))
& result_2(fn_synthesis_of_protein_44(X),fn_synthesis_of_protein_9(X))
& object_2(fn_synthesis_of_protein_40(X),fn_synthesis_of_protein_9(X))
& fn_synthesis_of_protein_42(X) != fn_synthesis_of_protein_45(X)
& has_part_2(fn_synthesis_of_protein_9(X),fn_synthesis_of_protein_37(X))
& has_state_2(fn_synthesis_of_protein_42(X),fn_synthesis_of_protein_37(X))
& fn_synthesis_of_protein_42(X) != fn_synthesis_of_protein_41(X)
& has_state_2(fn_synthesis_of_protein_41(X),fn_synthesis_of_protein_36(X))
& has_part_2(fn_synthesis_of_protein_9(X),fn_synthesis_of_protein_36(X))
& fn_synthesis_of_protein_41(X) != fn_synthesis_of_protein_42(X)
& result_2(fn_synthesis_of_protein_13(X),fn_synthesis_of_protein_9(X))
& structural_complexity_2(fn_synthesis_of_protein_9(X),fn_synthesis_of_protein_39(X))
& structural_complexity_2(fn_synthesis_of_protein_45(X),fn_synthesis_of_protein_39(X))
& possesses_2(fn_synthesis_of_protein_45(X),fn_synthesis_of_protein_38(X))
& possesses_2(fn_synthesis_of_protein_9(X),fn_synthesis_of_protein_38(X))
& called_2(fn_synthesis_of_protein_26(X),'FE_r')
& called_2(fn_synthesis_of_protein_25(X),'FE_p')
& quantity_2(fn_synthesis_of_protein_22(X),fn_synthesis_of_protein_26(X))
& result_2(X,fn_synthesis_of_protein_7(X))
& has_part_2(fn_synthesis_of_protein_7(X),fn_synthesis_of_protein_18(X))
& subevent_2(X,fn_synthesis_of_protein_17(X))
& result_2(fn_synthesis_of_protein_17(X),fn_synthesis_of_protein_7(X))
& possesses_2(fn_synthesis_of_protein_7(X),fn_synthesis_of_protein_19(X))
& quantity_2(fn_synthesis_of_protein_19(X),fn_synthesis_of_protein_25(X))
& greater_than_2(fn_synthesis_of_protein_25(X),fn_synthesis_of_protein_26(X))
& fn_synthesis_of_protein_23(X) = fn_attract_2(fn_synthesis_of_protein_24(X))
& fn_synthesis_of_protein_9(X) = fn_post_translational_modification_10(fn_synthesis_of_protein_12(X))
& fn_synthesis_of_protein_11(X) = fn_metabolic_pathway_1(fn_synthesis_of_protein_13(X))
& X = fn_ribosome_2(fn_synthesis_of_protein_10(X))
& fn_synthesis_of_protein_11(X) = fn_intracellular_process_1(fn_synthesis_of_protein_14(X))
& fn_synthesis_of_protein_11(X) = fn_metabolic_pathway_1(X)
& fn_synthesis_of_protein_11(X) = fn_intracellular_process_1(fn_synthesis_of_protein_15(X))
& fn_synthesis_of_protein_22(X) = fn_dehydration_reaction_1(fn_synthesis_of_protein_17(X))
& fn_synthesis_of_protein_5(X) = fn_dehydration_reaction_5(fn_synthesis_of_protein_17(X))
& fn_synthesis_of_protein_8(X) = fn_condensation_reaction_2(fn_synthesis_of_protein_17(X))
& fn_synthesis_of_protein_8(X) = fn_dehydration_reaction_8(fn_synthesis_of_protein_17(X))
& fn_synthesis_of_protein_16(X) = fn_endergonic_reaction_9(fn_synthesis_of_protein_17(X))
& fn_synthesis_of_protein_27(X) = fn_polymer_synthesis_8(X)
& fn_synthesis_of_protein_23(X) = fn_hydrophilic_compound_1(fn_synthesis_of_protein_7(X))
& fn_synthesis_of_protein_24(X) = fn_hydrophilic_compound_2(fn_synthesis_of_protein_7(X))
& fn_synthesis_of_protein_34(X) = fn_anabolic_pathway_1(X)
& fn_synthesis_of_protein_35(X) = fn_anabolic_pathway_2(X)
& fn_synthesis_of_protein_21(X) = fn_anabolic_pathway_4(X)
& fn_synthesis_of_protein_20(X) = fn_anabolic_pathway_3(X)
& fn_synthesis_of_protein_16(X) = fn_polymer_synthesis_23(X)
& fn_synthesis_of_protein_16(X) = fn_anabolic_pathway_5(X)
& fn_synthesis_of_protein_31(X) = fn_polymer_synthesis_22(X)
& fn_synthesis_of_protein_29(X) = fn_polymer_synthesis_7(X)
& fn_synthesis_of_protein_28(X) = fn_dehydration_reaction_3(fn_synthesis_of_protein_17(X))
& fn_synthesis_of_protein_28(X) = fn_polymer_synthesis_13(X)
& fn_synthesis_of_protein_28(X) = fn_polymer_synthesis_12(X)
& fn_synthesis_of_protein_6(X) = fn_dehydration_reaction_2(fn_synthesis_of_protein_17(X))
& fn_synthesis_of_protein_6(X) = fn_polymer_synthesis_15(X)
& fn_synthesis_of_protein_31(X) = fn_condensation_reaction_1(fn_synthesis_of_protein_17(X))
& fn_synthesis_of_protein_31(X) = fn_dehydration_reaction_7(fn_synthesis_of_protein_17(X))
& fn_synthesis_of_protein_31(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_protein_8(X) = fn_dehydration_reaction_7(fn_synthesis_of_protein_17(X))
& fn_synthesis_of_protein_7(X) = fn_dehydration_reaction_6(fn_synthesis_of_protein_17(X))
& X = fn_reactant_2(fn_synthesis_of_protein_30(X))
& fn_synthesis_of_protein_8(X) = fn_reactant_3(fn_synthesis_of_protein_30(X))
& fn_synthesis_of_protein_8(X) = fn_polymer_synthesis_22(X)
& fn_synthesis_of_protein_8(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_protein_46(X) = fn_translation_37(fn_synthesis_of_protein_13(X))
& fn_synthesis_of_protein_14(X) = fn_translation_8(fn_synthesis_of_protein_13(X))
& fn_synthesis_of_protein_15(X) = fn_ribosome_6(fn_synthesis_of_protein_10(X))
& fn_synthesis_of_protein_10(X) = fn_translation_initiation_11(fn_synthesis_of_protein_15(X))
& fn_synthesis_of_protein_10(X) = fn_translation_20(fn_synthesis_of_protein_13(X))
& fn_synthesis_of_protein_15(X) = fn_translation_17(fn_synthesis_of_protein_13(X))
& fn_synthesis_of_protein_43(X) = fn_translation_12(fn_synthesis_of_protein_13(X))
& fn_synthesis_of_protein_40(X) = fn_translation_21(fn_synthesis_of_protein_13(X))
& fn_synthesis_of_protein_44(X) = fn_translation_19(fn_synthesis_of_protein_13(X))
& fn_synthesis_of_protein_36(X) = fn_translation_15(fn_synthesis_of_protein_13(X))
& fn_synthesis_of_protein_41(X) = fn_translation_11(fn_synthesis_of_protein_13(X))
& fn_synthesis_of_protein_42(X) = fn_translation_36(fn_synthesis_of_protein_13(X))
& fn_synthesis_of_protein_37(X) = fn_translation_14(fn_synthesis_of_protein_13(X))
& fn_synthesis_of_protein_38(X) = fn_translation_28(fn_synthesis_of_protein_13(X))
& fn_synthesis_of_protein_45(X) = fn_translation_16(fn_synthesis_of_protein_13(X))
& fn_synthesis_of_protein_39(X) = fn_translation_29(fn_synthesis_of_protein_13(X))
& fn_synthesis_of_protein_9(X) = fn_anabolic_pathway_5(fn_synthesis_of_protein_13(X))
& fn_synthesis_of_protein_9(X) = fn_translation_23(fn_synthesis_of_protein_13(X))
& fn_synthesis_of_protein_32(X) = fn_polymer_synthesis_5(X)
& fn_synthesis_of_protein_33(X) = fn_polymer_synthesis_6(X)
& fn_synthesis_of_protein_22(X) = fn_polymer_synthesis_18(X)
& fn_synthesis_of_protein_18(X) = fn_polar_molecule_2(fn_synthesis_of_protein_7(X))
& fn_synthesis_of_protein_18(X) = fn_water_molecule_63(fn_synthesis_of_protein_7(X))
& fn_synthesis_of_protein_18(X) = fn_water_molecule_64(fn_synthesis_of_protein_7(X))
& fn_synthesis_of_protein_18(X) = fn_polymer_synthesis_21(X)
& fn_synthesis_of_protein_26(X) = fn_endergonic_reaction_5(fn_synthesis_of_protein_17(X))
& fn_synthesis_of_protein_26(X) = fn_polymer_synthesis_10(X)
& fn_synthesis_of_protein_19(X) = fn_endergonic_reaction_3(fn_synthesis_of_protein_17(X))
& fn_synthesis_of_protein_25(X) = fn_endergonic_reaction_4(fn_synthesis_of_protein_17(X))
& fn_synthesis_of_protein_25(X) = fn_polymer_synthesis_9(X)
& fn_synthesis_of_protein_19(X) = fn_polymer_synthesis_19(X)
& fn_synthesis_of_protein_7(X) = fn_condensation_reaction_3(fn_synthesis_of_protein_17(X))
& fn_synthesis_of_protein_7(X) = fn_polymer_synthesis_11(X)
& fn_synthesis_of_protein_17(X) = fn_polymer_synthesis_24(X)
& fn_metabolic_pathway_1(fn_synthesis_of_protein_13(X)) = fn_intracellular_process_1(fn_synthesis_of_protein_14(X))
& fn_intracellular_process_1(fn_synthesis_of_protein_14(X)) = fn_metabolic_pathway_1(X)
& fn_metabolic_pathway_1(X) = fn_intracellular_process_1(fn_synthesis_of_protein_15(X))
& fn_intracellular_process_1(fn_synthesis_of_protein_15(X)) = fn_attract_2(fn_synthesis_of_protein_24(X))
& fn_attract_2(fn_synthesis_of_protein_24(X)) = fn_hydrophilic_compound_1(fn_synthesis_of_protein_7(X))
& fn_hydrophilic_compound_1(fn_synthesis_of_protein_7(X)) = fn_hydrophilic_compound_1(fn_synthesis_of_protein_7(X))
& fn_hydrophilic_compound_1(fn_synthesis_of_protein_7(X)) = fn_endergonic_reaction_9(fn_synthesis_of_protein_17(X))
& fn_polymer_synthesis_23(X) = fn_endergonic_reaction_9(fn_synthesis_of_protein_17(X))
& fn_endergonic_reaction_9(fn_synthesis_of_protein_17(X)) = fn_polymer_synthesis_23(X)
& fn_polymer_synthesis_23(X) = fn_polymer_synthesis_23(X)
& fn_anabolic_pathway_5(X) = fn_polymer_synthesis_23(X)
& fn_polymer_synthesis_23(X) = fn_anabolic_pathway_5(X)
& fn_anabolic_pathway_5(X) = fn_dehydration_reaction_3(fn_synthesis_of_protein_17(X))
& fn_polymer_synthesis_13(X) = fn_dehydration_reaction_3(fn_synthesis_of_protein_17(X))
& fn_dehydration_reaction_3(fn_synthesis_of_protein_17(X)) = fn_polymer_synthesis_13(X)
& fn_polymer_synthesis_13(X) = fn_polymer_synthesis_13(X)
& fn_polymer_synthesis_12(X) = fn_polymer_synthesis_13(X)
& fn_polymer_synthesis_13(X) = fn_polymer_synthesis_12(X)
& fn_polymer_synthesis_12(X) = fn_dehydration_reaction_2(fn_synthesis_of_protein_17(X))
& fn_polymer_synthesis_15(X) = fn_polymer_synthesis_15(X)
& fn_polymer_synthesis_15(X) = fn_dehydration_reaction_2(fn_synthesis_of_protein_17(X))
& fn_dehydration_reaction_2(fn_synthesis_of_protein_17(X)) = fn_polymer_synthesis_15(X)
& fn_polymer_synthesis_15(X) = fn_dehydration_reaction_7(fn_synthesis_of_protein_17(X))
& fn_dehydration_reaction_7(fn_synthesis_of_protein_17(X)) = fn_condensation_reaction_1(fn_synthesis_of_protein_17(X))
& fn_condensation_reaction_1(fn_synthesis_of_protein_17(X)) = fn_dehydration_reaction_7(fn_synthesis_of_protein_17(X))
& fn_dehydration_reaction_7(fn_synthesis_of_protein_17(X)) = fn_polymer_synthesis_22(X)
& fn_polymer_synthesis_22(X) = fn_dehydration_reaction_7(fn_synthesis_of_protein_17(X))
& fn_dehydration_reaction_7(fn_synthesis_of_protein_17(X)) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_polymer_synthesis_22(X)
& fn_polymer_synthesis_22(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_reactant_3(fn_synthesis_of_protein_30(X))
& fn_polymer_synthesis_22(X) = fn_reactant_3(fn_synthesis_of_protein_30(X))
& fn_reactant_3(fn_synthesis_of_protein_30(X)) = fn_polymer_synthesis_22(X)
& fn_polymer_synthesis_22(X) = fn_polymer_synthesis_22(X)
& fn_condensation_reaction_2(fn_synthesis_of_protein_17(X)) = fn_polymer_synthesis_22(X)
& fn_polymer_synthesis_22(X) = fn_condensation_reaction_2(fn_synthesis_of_protein_17(X))
& fn_condensation_reaction_2(fn_synthesis_of_protein_17(X)) = fn_dehydration_reaction_7(fn_synthesis_of_protein_17(X))
& fn_dehydration_reaction_7(fn_synthesis_of_protein_17(X)) = fn_dehydration_reaction_7(fn_synthesis_of_protein_17(X))
& fn_dehydration_reaction_8(fn_synthesis_of_protein_17(X)) = fn_dehydration_reaction_7(fn_synthesis_of_protein_17(X))
& fn_dehydration_reaction_7(fn_synthesis_of_protein_17(X)) = fn_dehydration_reaction_8(fn_synthesis_of_protein_17(X))
& fn_dehydration_reaction_8(fn_synthesis_of_protein_17(X)) = fn_dehydration_reaction_8(fn_synthesis_of_protein_17(X))
& fn_dehydration_reaction_8(fn_synthesis_of_protein_17(X)) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_translation_20(fn_synthesis_of_protein_13(X))
& fn_translation_20(fn_synthesis_of_protein_13(X)) = fn_translation_initiation_11(fn_synthesis_of_protein_15(X))
& fn_translation_initiation_11(fn_synthesis_of_protein_15(X)) = fn_translation_20(fn_synthesis_of_protein_13(X))
& fn_translation_20(fn_synthesis_of_protein_13(X)) = fn_translation_17(fn_synthesis_of_protein_13(X))
& fn_translation_17(fn_synthesis_of_protein_13(X)) = fn_ribosome_6(fn_synthesis_of_protein_10(X))
& fn_ribosome_6(fn_synthesis_of_protein_10(X)) = fn_translation_17(fn_synthesis_of_protein_13(X))
& fn_translation_17(fn_synthesis_of_protein_13(X)) = fn_translation_17(fn_synthesis_of_protein_13(X))
& fn_translation_17(fn_synthesis_of_protein_13(X)) = fn_post_translational_modification_10(fn_synthesis_of_protein_12(X))
& fn_post_translational_modification_10(fn_synthesis_of_protein_12(X)) = fn_anabolic_pathway_5(fn_synthesis_of_protein_13(X))
& fn_anabolic_pathway_5(fn_synthesis_of_protein_13(X)) = fn_post_translational_modification_10(fn_synthesis_of_protein_12(X))
& fn_post_translational_modification_10(fn_synthesis_of_protein_12(X)) = fn_translation_23(fn_synthesis_of_protein_13(X))
& fn_translation_23(fn_synthesis_of_protein_13(X)) = fn_translation_23(fn_synthesis_of_protein_13(X))
& fn_translation_23(fn_synthesis_of_protein_13(X)) = fn_dehydration_reaction_1(fn_synthesis_of_protein_17(X))
& fn_dehydration_reaction_1(fn_synthesis_of_protein_17(X)) = fn_polymer_synthesis_18(X)
& fn_polymer_synthesis_18(X) = fn_polymer_synthesis_18(X)
& fn_polymer_synthesis_18(X) = fn_polar_molecule_2(fn_synthesis_of_protein_7(X))
& fn_polar_molecule_2(fn_synthesis_of_protein_7(X)) = fn_water_molecule_63(fn_synthesis_of_protein_7(X))
& fn_water_molecule_63(fn_synthesis_of_protein_7(X)) = fn_water_molecule_63(fn_synthesis_of_protein_7(X))
& fn_water_molecule_63(fn_synthesis_of_protein_7(X)) = fn_water_molecule_64(fn_synthesis_of_protein_7(X))
& fn_water_molecule_64(fn_synthesis_of_protein_7(X)) = fn_water_molecule_64(fn_synthesis_of_protein_7(X))
& fn_water_molecule_64(fn_synthesis_of_protein_7(X)) = fn_polymer_synthesis_21(X)
& fn_polymer_synthesis_21(X) = fn_endergonic_reaction_5(fn_synthesis_of_protein_17(X))
& fn_polymer_synthesis_10(X) = fn_polymer_synthesis_10(X)
& fn_polymer_synthesis_10(X) = fn_endergonic_reaction_5(fn_synthesis_of_protein_17(X))
& fn_endergonic_reaction_5(fn_synthesis_of_protein_17(X)) = fn_polymer_synthesis_10(X)
& fn_polymer_synthesis_10(X) = fn_polymer_synthesis_9(X)
& fn_polymer_synthesis_9(X) = fn_polymer_synthesis_9(X)
& fn_polymer_synthesis_9(X) = fn_endergonic_reaction_4(fn_synthesis_of_protein_17(X))
& fn_endergonic_reaction_4(fn_synthesis_of_protein_17(X)) = fn_polymer_synthesis_9(X)
& fn_polymer_synthesis_9(X) = fn_endergonic_reaction_3(fn_synthesis_of_protein_17(X))
& fn_polymer_synthesis_19(X) = fn_endergonic_reaction_3(fn_synthesis_of_protein_17(X))
& fn_endergonic_reaction_3(fn_synthesis_of_protein_17(X)) = fn_polymer_synthesis_19(X)
& fn_polymer_synthesis_19(X) = fn_polymer_synthesis_19(X)
& fn_polymer_synthesis_19(X) = fn_condensation_reaction_3(fn_synthesis_of_protein_17(X))
& fn_dehydration_reaction_6(fn_synthesis_of_protein_17(X)) = fn_dehydration_reaction_6(fn_synthesis_of_protein_17(X))
& fn_dehydration_reaction_6(fn_synthesis_of_protein_17(X)) = fn_condensation_reaction_3(fn_synthesis_of_protein_17(X))
& fn_condensation_reaction_3(fn_synthesis_of_protein_17(X)) = fn_dehydration_reaction_6(fn_synthesis_of_protein_17(X))
& fn_polymer_synthesis_11(X) = fn_dehydration_reaction_6(fn_synthesis_of_protein_17(X))
& fn_dehydration_reaction_6(fn_synthesis_of_protein_17(X)) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_ribosome_2(fn_synthesis_of_protein_10(X))
& fn_ribosome_2(fn_synthesis_of_protein_10(X)) = fn_reactant_2(fn_synthesis_of_protein_30(X))
& fn_reactant_2(fn_synthesis_of_protein_30(X)) = fn_reactant_2(fn_synthesis_of_protein_30(X)) ) ) ).
fof(a533084,axiom,
! [X] :
( synthesis_of_protein_in_eukaryotes_1(X)
=> ( original_name_2(X,'Synthesis-Of-Protein-in-Eukaryotes')
& user_description_2(X,'The production of functional proteins from polypeptides in eukayotes.')
& concept2words_2(X,'eukaryotic protein synthesis')
& concept2words_2(X,'eukaryotic-protein-synthesis')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of protein in eukaryote')
& concept2words_2(X,'synthesis-of-protein-in-eukaryote')
& synthesis_of_protein_1(X)
& eukaryotic_gene_expression_1(fn_synthesis_of_protein_in_eukaryotes_1(X))
& endoplasmic_reticulum_1(fn_synthesis_of_protein_in_eukaryotes_2(X))
& golgi_apparatus_1(fn_synthesis_of_protein_in_eukaryotes_3(X))
& post_translational_modification_1(fn_synthesis_of_protein_in_eukaryotes_4(X))
& eukaryotic_translation_1(fn_synthesis_of_protein_in_eukaryotes_5(X))
& next_event_2(fn_synthesis_of_protein_in_eukaryotes_5(X),fn_synthesis_of_protein_in_eukaryotes_4(X))
& enables_2(X,fn_synthesis_of_protein_in_eukaryotes_1(X))
& site_2(fn_synthesis_of_protein_in_eukaryotes_4(X),fn_synthesis_of_protein_in_eukaryotes_2(X))
& site_2(fn_synthesis_of_protein_in_eukaryotes_4(X),fn_synthesis_of_protein_in_eukaryotes_3(X))
& first_subevent_2(X,fn_synthesis_of_protein_in_eukaryotes_5(X))
& subevent_2(X,fn_synthesis_of_protein_in_eukaryotes_5(X))
& subevent_2(X,fn_synthesis_of_protein_in_eukaryotes_4(X))
& fn_synthesis_of_protein_in_eukaryotes_4(X) = fn_synthesis_of_protein_12(X)
& fn_synthesis_of_protein_in_eukaryotes_5(X) = fn_synthesis_of_protein_13(X) ) ) ).
fof(a533085,axiom,
! [X] :
( synthesis_of_ribosomal_subunit_1(X)
=> ( original_name_2(X,'Synthesis-Of-Ribosomal-Subunit')
& user_description_2(X,'The formation of a ribosomal subunit that is composed of proteins and one or more rRNAs.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of ribosomal subunit')
& concept2words_2(X,'synthesis-of-ribosomal-subunit')
& produce_1(X)
& small_ribosomal_subunit_1(fn_synthesis_of_ribosomal_subunit_1(X))
& change_1(fn_synthesis_of_ribosomal_subunit_2(X))
& nuclear_pore_1(fn_synthesis_of_ribosomal_subunit_3(X))
& move_out_of_1(fn_synthesis_of_ribosomal_subunit_4(X))
& large_ribosomal_subunit_1(fn_synthesis_of_ribosomal_subunit_5(X))
& free_energy_1(fn_synthesis_of_ribosomal_subunit_6(X))
& protein_1(fn_synthesis_of_ribosomal_subunit_7(X))
& spatial_entity_1(fn_synthesis_of_ribosomal_subunit_8(X))
& rna_1(fn_synthesis_of_ribosomal_subunit_8(X))
& attach_1(fn_synthesis_of_ribosomal_subunit_9(X))
& synthesis_of_rrna_1(fn_synthesis_of_ribosomal_subunit_10(X))
& spatial_entity_1(fn_attach_2(fn_synthesis_of_ribosomal_subunit_9(X)))
& spatial_entity_1(fn_attach_1(fn_synthesis_of_ribosomal_subunit_9(X)))
& rna_1(fn_synthesis_of_rna_8(fn_synthesis_of_ribosomal_subunit_10(X)))
& path_2(fn_synthesis_of_ribosomal_subunit_4(X),fn_synthesis_of_ribosomal_subunit_3(X))
& next_event_2(fn_synthesis_of_ribosomal_subunit_10(X),fn_synthesis_of_ribosomal_subunit_2(X))
& next_event_2(fn_synthesis_of_ribosomal_subunit_2(X),fn_synthesis_of_ribosomal_subunit_9(X))
& object_2(fn_synthesis_of_ribosomal_subunit_2(X),fn_synthesis_of_ribosomal_subunit_8(X))
& subevent_2(X,fn_synthesis_of_ribosomal_subunit_9(X))
& subevent_2(X,fn_synthesis_of_ribosomal_subunit_2(X))
& subevent_2(X,fn_synthesis_of_ribosomal_subunit_10(X))
& subevent_2(X,fn_synthesis_of_ribosomal_subunit_4(X))
& result_2(X,fn_synthesis_of_ribosomal_subunit_1(X))
& object_2(fn_synthesis_of_ribosomal_subunit_9(X),fn_synthesis_of_ribosomal_subunit_8(X))
& base_2(fn_synthesis_of_ribosomal_subunit_9(X),fn_synthesis_of_ribosomal_subunit_7(X))
& result_2(X,fn_synthesis_of_ribosomal_subunit_5(X))
& raw_material_2(X,fn_synthesis_of_ribosomal_subunit_6(X))
& result_2(fn_synthesis_of_ribosomal_subunit_10(X),fn_synthesis_of_ribosomal_subunit_8(X))
& fn_synthesis_of_ribosomal_subunit_8(X) = fn_attach_1(fn_synthesis_of_ribosomal_subunit_9(X))
& fn_synthesis_of_ribosomal_subunit_7(X) = fn_attach_2(fn_synthesis_of_ribosomal_subunit_9(X))
& fn_synthesis_of_ribosomal_subunit_5(X) = fn_create_1(X)
& fn_synthesis_of_ribosomal_subunit_6(X) = fn_produce_1(X)
& fn_synthesis_of_ribosomal_subunit_8(X) = fn_synthesis_of_rna_8(fn_synthesis_of_ribosomal_subunit_10(X))
& fn_attach_1(fn_synthesis_of_ribosomal_subunit_9(X)) = fn_synthesis_of_rna_8(fn_synthesis_of_ribosomal_subunit_10(X)) ) ) ).
fof(a533086,axiom,
! [X] :
( synthesis_of_ribosome_1(X)
=> ( original_name_2(X,'Synthesis-Of-Ribosome')
& user_description_2(X,'A ribosome is an organelle found in the cytoplasm. The ribosomal subunits pass through the nuclear pores to the cytoplasm, where they can combine to form ribosomes.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'ribosome synthesis')
& concept2words_2(X,'ribosome-synthesis')
& concept2words_2(X,'synthesis of ribosome')
& concept2words_2(X,'synthesis-of-ribosome')
& produce_1(X)
& cytoplasm_1(fn_synthesis_of_ribosome_1(X))
& entity_1(fn_synthesis_of_ribosome_2(X))
& ribosome_1(fn_synthesis_of_ribosome_2(X))
& spatial_entity_1(fn_synthesis_of_ribosome_3(X))
& tangible_entity_1(fn_synthesis_of_ribosome_3(X))
& large_ribosomal_subunit_1(fn_synthesis_of_ribosome_3(X))
& attach_1(fn_synthesis_of_ribosome_4(X))
& synthesis_of_ribosomal_subunit_1(fn_synthesis_of_ribosome_5(X))
& spatial_entity_1(fn_synthesis_of_ribosome_6(X))
& small_ribosomal_subunit_1(fn_synthesis_of_ribosome_6(X))
& spatial_entity_1(fn_attach_1(fn_synthesis_of_ribosome_4(X)))
& small_ribosomal_subunit_1(fn_ribosome_3(fn_synthesis_of_ribosome_2(X)))
& small_ribosomal_subunit_1(fn_synthesis_of_ribosomal_subunit_1(fn_synthesis_of_ribosome_5(X)))
& spatial_entity_1(fn_attach_2(fn_synthesis_of_ribosome_4(X)))
& large_ribosomal_subunit_1(fn_synthesis_of_ribosomal_subunit_5(fn_synthesis_of_ribosome_5(X)))
& first_subevent_2(X,fn_synthesis_of_ribosome_5(X))
& subevent_2(X,fn_synthesis_of_ribosome_4(X))
& subevent_2(X,fn_synthesis_of_ribosome_5(X))
& result_2(fn_synthesis_of_ribosome_4(X),fn_synthesis_of_ribosome_2(X))
& site_2(fn_synthesis_of_ribosome_4(X),fn_synthesis_of_ribosome_1(X))
& has_part_2(fn_synthesis_of_ribosome_2(X),fn_synthesis_of_ribosome_3(X))
& result_2(X,fn_synthesis_of_ribosome_2(X))
& object_2(fn_synthesis_of_ribosome_4(X),fn_synthesis_of_ribosome_6(X))
& base_2(fn_synthesis_of_ribosome_4(X),fn_synthesis_of_ribosome_3(X))
& raw_material_2(X,fn_synthesis_of_ribosome_3(X))
& has_part_2(fn_synthesis_of_ribosome_2(X),fn_synthesis_of_ribosome_6(X))
& result_2(fn_synthesis_of_ribosome_5(X),fn_synthesis_of_ribosome_6(X))
& result_2(fn_synthesis_of_ribosome_5(X),fn_synthesis_of_ribosome_3(X))
& fn_synthesis_of_ribosome_2(X) = fn_create_1(X)
& fn_synthesis_of_ribosome_6(X) = fn_attach_1(fn_synthesis_of_ribosome_4(X))
& fn_synthesis_of_ribosome_3(X) = fn_attach_2(fn_synthesis_of_ribosome_4(X))
& fn_synthesis_of_ribosome_3(X) = fn_produce_1(X)
& fn_synthesis_of_ribosome_6(X) = fn_ribosome_3(fn_synthesis_of_ribosome_2(X))
& fn_synthesis_of_ribosome_6(X) = fn_synthesis_of_ribosomal_subunit_1(fn_synthesis_of_ribosome_5(X))
& fn_synthesis_of_ribosome_3(X) = fn_synthesis_of_ribosomal_subunit_5(fn_synthesis_of_ribosome_5(X))
& fn_attach_1(fn_synthesis_of_ribosome_4(X)) = fn_ribosome_3(fn_synthesis_of_ribosome_2(X))
& fn_ribosome_3(fn_synthesis_of_ribosome_2(X)) = fn_ribosome_3(fn_synthesis_of_ribosome_2(X))
& fn_ribosome_3(fn_synthesis_of_ribosome_2(X)) = fn_synthesis_of_ribosomal_subunit_1(fn_synthesis_of_ribosome_5(X))
& fn_synthesis_of_ribosomal_subunit_1(fn_synthesis_of_ribosome_5(X)) = fn_attach_2(fn_synthesis_of_ribosome_4(X))
& fn_attach_2(fn_synthesis_of_ribosome_4(X)) = fn_produce_1(X)
& fn_produce_1(X) = fn_produce_1(X)
& fn_produce_1(X) = fn_synthesis_of_ribosomal_subunit_5(fn_synthesis_of_ribosome_5(X)) ) ) ).
fof(a533087,axiom,
! [X] :
( synthesis_of_ribosome_in_eukaryotes_1(X)
=> ( original_name_2(X,'Synthesis-Of-Ribosome-In-Eukaryotes')
& user_description_2(X,'The formation of a complete ribosome composed of a large and small subunit that join to form a functional ribosome when they attach to an mRNA molecule.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of ribosome in eukaryote')
& concept2words_2(X,'synthesis-of-ribosome-in-eukaryote')
& synthesis_of_ribosome_1(X)
& nuclear_pore_1(fn_synthesis_of_ribosome_in_eukaryotes_1(X))
& spatial_entity_1(fn_synthesis_of_ribosome_in_eukaryotes_2(X))
& spatial_entity_1(fn_synthesis_of_ribosome_in_eukaryotes_3(X))
& eukaryote_1(fn_synthesis_of_ribosome_in_eukaryotes_4(X))
& tangible_entity_1(fn_synthesis_of_ribosome_in_eukaryotes_5(X))
& nucleus_1(fn_synthesis_of_ribosome_in_eukaryotes_5(X))
& tangible_entity_1(fn_synthesis_of_ribosome_in_eukaryotes_6(X))
& nucleus_1(fn_synthesis_of_ribosome_in_eukaryotes_6(X))
& mixture_1(fn_synthesis_of_ribosome_in_eukaryotes_7(X))
& cytoplasm_1(fn_synthesis_of_ribosome_in_eukaryotes_7(X))
& tangible_entity_1(fn_synthesis_of_ribosome_in_eukaryotes_8(X))
& spatial_entity_1(fn_synthesis_of_ribosome_in_eukaryotes_8(X))
& small_ribosomal_subunit_1(fn_synthesis_of_ribosome_in_eukaryotes_8(X))
& eukaryotic_ribosome_1(fn_synthesis_of_ribosome_in_eukaryotes_9(X))
& attach_1(fn_synthesis_of_ribosome_in_eukaryotes_10(X))
& synthesis_of_ribosomal_subunit_1(fn_synthesis_of_ribosome_in_eukaryotes_11(X))
& eukaryotic_cell_1(fn_synthesis_of_ribosome_in_eukaryotes_12(X))
& nucleolus_1(fn_synthesis_of_ribosome_in_eukaryotes_13(X))
& move_out_of_1(fn_synthesis_of_ribosome_in_eukaryotes_14(X))
& substance_1(fn_synthesis_of_ribosome_in_eukaryotes_15(X))
& cytosol_1(fn_synthesis_of_ribosome_in_eukaryotes_15(X))
& surface_1(fn_synthesis_of_ribosome_in_eukaryotes_16(X))
& cytoplasmic_side_1(fn_synthesis_of_ribosome_in_eukaryotes_16(X))
& ribosome_1(fn_synthesis_of_ribosome_in_eukaryotes_17(X))
& eukaryotic_ribosome_1(fn_synthesis_of_ribosome_in_eukaryotes_17(X))
& spatial_entity_1(fn_synthesis_of_ribosome_in_eukaryotes_18(X))
& biomembrane_1(fn_synthesis_of_ribosome_in_eukaryotes_18(X))
& plasma_membrane_1(fn_synthesis_of_ribosome_in_eukaryotes_18(X))
& tangible_entity_1(fn_move_out_of_1(fn_synthesis_of_ribosome_in_eukaryotes_14(X)))
& ribosome_1(fn_eukaryotic_cell_45(fn_synthesis_of_ribosome_in_eukaryotes_12(X)))
& eukaryotic_ribosome_1(fn_eukaryotic_cell_45(fn_synthesis_of_ribosome_in_eukaryotes_12(X)))
& substance_1(fn_eukaryotic_cell_42(fn_synthesis_of_ribosome_in_eukaryotes_12(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_synthesis_of_ribosome_in_eukaryotes_12(X)))
& surface_1(fn_eukaryotic_cell_46(fn_synthesis_of_ribosome_in_eukaryotes_12(X)))
& cytoplasmic_side_1(fn_eukaryotic_cell_46(fn_synthesis_of_ribosome_in_eukaryotes_12(X)))
& spatial_entity_1(fn_eukaryotic_cell_29(fn_synthesis_of_ribosome_in_eukaryotes_12(X)))
& biomembrane_1(fn_eukaryotic_cell_29(fn_synthesis_of_ribosome_in_eukaryotes_12(X)))
& plasma_membrane_1(fn_eukaryotic_cell_29(fn_synthesis_of_ribosome_in_eukaryotes_12(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_synthesis_of_ribosome_in_eukaryotes_12(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_synthesis_of_ribosome_in_eukaryotes_12(X)))
& nucleolus_1(fn_nucleus_5(fn_synthesis_of_ribosome_in_eukaryotes_6(X)))
& spatial_entity_1(fn_move_1(fn_synthesis_of_ribosome_in_eukaryotes_14(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_synthesis_of_ribosome_in_eukaryotes_12(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_synthesis_of_ribosome_in_eukaryotes_12(X)))
& synthesis_of_ribosomal_subunit_1(fn_nucleolus_4(fn_synthesis_of_ribosome_in_eukaryotes_13(X)))
& origin_2(fn_synthesis_of_ribosome_in_eukaryotes_14(X),fn_synthesis_of_ribosome_in_eukaryotes_13(X))
& next_event_2(fn_synthesis_of_ribosome_in_eukaryotes_14(X),fn_synthesis_of_ribosome_in_eukaryotes_10(X))
& destination_2(fn_synthesis_of_ribosome_in_eukaryotes_14(X),fn_synthesis_of_ribosome_in_eukaryotes_7(X))
& path_2(fn_synthesis_of_ribosome_in_eukaryotes_14(X),fn_synthesis_of_ribosome_in_eukaryotes_1(X))
& has_part_2(fn_synthesis_of_ribosome_in_eukaryotes_12(X),fn_synthesis_of_ribosome_in_eukaryotes_13(X))
& is_inside_2(fn_synthesis_of_ribosome_in_eukaryotes_8(X),fn_synthesis_of_ribosome_in_eukaryotes_6(X))
& is_outside_2(fn_synthesis_of_ribosome_in_eukaryotes_7(X),fn_synthesis_of_ribosome_in_eukaryotes_6(X))
& base_2(X,fn_synthesis_of_ribosome_in_eukaryotes_12(X))
& experiencer_2(X,fn_synthesis_of_ribosome_in_eukaryotes_4(X))
& is_outside_2(fn_synthesis_of_ribosome_in_eukaryotes_3(X),fn_synthesis_of_ribosome_in_eukaryotes_6(X))
& is_inside_2(fn_synthesis_of_ribosome_in_eukaryotes_2(X),fn_synthesis_of_ribosome_in_eukaryotes_6(X))
& has_region_2(fn_synthesis_of_ribosome_in_eukaryotes_6(X),fn_synthesis_of_ribosome_in_eukaryotes_1(X))
& is_between_2(fn_synthesis_of_ribosome_in_eukaryotes_6(X),fn_synthesis_of_ribosome_in_eukaryotes_2(X))
& is_between_2(fn_synthesis_of_ribosome_in_eukaryotes_6(X),fn_synthesis_of_ribosome_in_eukaryotes_3(X))
& is_between_2(fn_synthesis_of_ribosome_in_eukaryotes_6(X),fn_synthesis_of_ribosome_in_eukaryotes_7(X))
& is_between_2(fn_synthesis_of_ribosome_in_eukaryotes_6(X),fn_synthesis_of_ribosome_in_eukaryotes_8(X))
& is_between_2(fn_synthesis_of_ribosome_in_eukaryotes_6(X),fn_synthesis_of_ribosome_in_eukaryotes_13(X))
& object_2(fn_synthesis_of_ribosome_in_eukaryotes_14(X),fn_synthesis_of_ribosome_in_eukaryotes_8(X))
& base_2(fn_synthesis_of_ribosome_in_eukaryotes_14(X),fn_synthesis_of_ribosome_in_eukaryotes_6(X))
& raw_material_2(X,fn_synthesis_of_ribosome_in_eukaryotes_8(X))
& result_2(fn_synthesis_of_ribosome_in_eukaryotes_10(X),fn_synthesis_of_ribosome_in_eukaryotes_9(X))
& result_2(X,fn_synthesis_of_ribosome_in_eukaryotes_9(X))
& has_part_2(fn_synthesis_of_ribosome_in_eukaryotes_9(X),fn_synthesis_of_ribosome_in_eukaryotes_8(X))
& site_2(fn_synthesis_of_ribosome_in_eukaryotes_10(X),fn_synthesis_of_ribosome_in_eukaryotes_7(X))
& first_subevent_2(X,fn_synthesis_of_ribosome_in_eukaryotes_11(X))
& result_2(fn_synthesis_of_ribosome_in_eukaryotes_11(X),fn_synthesis_of_ribosome_in_eukaryotes_8(X))
& object_2(fn_synthesis_of_ribosome_in_eukaryotes_10(X),fn_synthesis_of_ribosome_in_eukaryotes_8(X))
& subevent_2(X,fn_synthesis_of_ribosome_in_eukaryotes_10(X))
& subevent_2(X,fn_synthesis_of_ribosome_in_eukaryotes_11(X))
& has_part_2(fn_synthesis_of_ribosome_in_eukaryotes_12(X),fn_synthesis_of_ribosome_in_eukaryotes_17(X))
& is_oriented_toward_2(fn_synthesis_of_ribosome_in_eukaryotes_16(X),fn_synthesis_of_ribosome_in_eukaryotes_7(X))
& is_inside_2(fn_synthesis_of_ribosome_in_eukaryotes_7(X),fn_synthesis_of_ribosome_in_eukaryotes_18(X))
& has_part_2(fn_synthesis_of_ribosome_in_eukaryotes_12(X),fn_synthesis_of_ribosome_in_eukaryotes_18(X))
& has_part_2(fn_synthesis_of_ribosome_in_eukaryotes_12(X),fn_synthesis_of_ribosome_in_eukaryotes_7(X))
& has_part_2(fn_synthesis_of_ribosome_in_eukaryotes_7(X),fn_synthesis_of_ribosome_in_eukaryotes_15(X))
& is_inside_2(fn_synthesis_of_ribosome_in_eukaryotes_17(X),fn_synthesis_of_ribosome_in_eukaryotes_15(X))
& has_part_2(fn_synthesis_of_ribosome_in_eukaryotes_12(X),fn_synthesis_of_ribosome_in_eukaryotes_5(X))
& is_between_2(fn_synthesis_of_ribosome_in_eukaryotes_7(X),fn_synthesis_of_ribosome_in_eukaryotes_5(X))
& is_between_2(fn_synthesis_of_ribosome_in_eukaryotes_7(X),fn_synthesis_of_ribosome_in_eukaryotes_18(X))
& has_region_2(fn_synthesis_of_ribosome_in_eukaryotes_18(X),fn_synthesis_of_ribosome_in_eukaryotes_16(X))
& is_facing_2(fn_synthesis_of_ribosome_in_eukaryotes_16(X),fn_synthesis_of_ribosome_in_eukaryotes_7(X))
& site_2(fn_synthesis_of_ribosome_in_eukaryotes_11(X),fn_synthesis_of_ribosome_in_eukaryotes_13(X))
& is_inside_2(fn_synthesis_of_ribosome_in_eukaryotes_13(X),fn_synthesis_of_ribosome_in_eukaryotes_6(X))
& fn_synthesis_of_ribosome_in_eukaryotes_8(X) = fn_move_1(fn_synthesis_of_ribosome_in_eukaryotes_14(X))
& fn_synthesis_of_ribosome_in_eukaryotes_6(X) = fn_move_out_of_1(fn_synthesis_of_ribosome_in_eukaryotes_14(X))
& fn_synthesis_of_ribosome_in_eukaryotes_8(X) = fn_produce_1(X)
& fn_synthesis_of_ribosome_in_eukaryotes_9(X) = fn_synthesis_of_ribosome_2(X)
& fn_synthesis_of_ribosome_in_eukaryotes_7(X) = fn_synthesis_of_ribosome_1(X)
& fn_synthesis_of_ribosome_in_eukaryotes_10(X) = fn_synthesis_of_ribosome_4(X)
& fn_synthesis_of_ribosome_in_eukaryotes_8(X) = fn_synthesis_of_ribosome_6(X)
& fn_synthesis_of_ribosome_in_eukaryotes_11(X) = fn_synthesis_of_ribosome_5(X)
& fn_synthesis_of_ribosome_in_eukaryotes_17(X) = fn_eukaryotic_cell_45(fn_synthesis_of_ribosome_in_eukaryotes_12(X))
& fn_synthesis_of_ribosome_in_eukaryotes_15(X) = fn_eukaryotic_cell_42(fn_synthesis_of_ribosome_in_eukaryotes_12(X))
& fn_synthesis_of_ribosome_in_eukaryotes_16(X) = fn_eukaryotic_cell_46(fn_synthesis_of_ribosome_in_eukaryotes_12(X))
& fn_synthesis_of_ribosome_in_eukaryotes_18(X) = fn_eukaryotic_cell_29(fn_synthesis_of_ribosome_in_eukaryotes_12(X))
& fn_synthesis_of_ribosome_in_eukaryotes_7(X) = fn_eukaryotic_cell_31(fn_synthesis_of_ribosome_in_eukaryotes_12(X))
& fn_synthesis_of_ribosome_in_eukaryotes_5(X) = fn_eukaryotic_cell_26(fn_synthesis_of_ribosome_in_eukaryotes_12(X))
& fn_synthesis_of_ribosome_in_eukaryotes_13(X) = fn_nucleus_5(fn_synthesis_of_ribosome_in_eukaryotes_6(X))
& fn_synthesis_of_ribosome_in_eukaryotes_11(X) = fn_nucleolus_4(fn_synthesis_of_ribosome_in_eukaryotes_13(X))
& fn_move_1(fn_synthesis_of_ribosome_in_eukaryotes_14(X)) = fn_produce_1(X)
& fn_produce_1(X) = fn_produce_1(X)
& fn_produce_1(X) = fn_synthesis_of_ribosome_6(X)
& fn_synthesis_of_ribosome_6(X) = fn_synthesis_of_ribosome_6(X)
& fn_synthesis_of_ribosome_6(X) = fn_synthesis_of_ribosome_1(X)
& fn_synthesis_of_ribosome_1(X) = fn_eukaryotic_cell_31(fn_synthesis_of_ribosome_in_eukaryotes_12(X))
& fn_eukaryotic_cell_31(fn_synthesis_of_ribosome_in_eukaryotes_12(X)) = fn_eukaryotic_cell_31(fn_synthesis_of_ribosome_in_eukaryotes_12(X))
& fn_eukaryotic_cell_31(fn_synthesis_of_ribosome_in_eukaryotes_12(X)) = fn_synthesis_of_ribosome_5(X)
& fn_synthesis_of_ribosome_5(X) = fn_synthesis_of_ribosome_5(X)
& fn_synthesis_of_ribosome_5(X) = fn_nucleolus_4(fn_synthesis_of_ribosome_in_eukaryotes_13(X)) ) ) ).
fof(a533088,axiom,
! [X] :
( synthesis_of_rna_1(X)
=> ( original_name_2(X,'Synthesis-Of-RNA')
& user_description_2(X,'The formation of RNA molecules from genes that are transcribed from the organisms chromosomes.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'rna synthesis')
& concept2words_2(X,'rna-synthesis')
& concept2words_2(X,'synthesis of rna')
& concept2words_2(X,'synthesis-of-rna')
& synthesis_of_nucleic_acid_1(X)
& dehydration_reaction_1(fn_synthesis_of_rna_1(X))
& catalyst_1(fn_synthesis_of_rna_2(X))
& atp_1(fn_synthesis_of_rna_3(X))
& rna_polymerase_1(fn_synthesis_of_rna_4(X))
& hydrophilic_compound_1(fn_synthesis_of_rna_5(X))
& molecule_1(fn_synthesis_of_rna_5(X))
& polar_molecule_1(fn_synthesis_of_rna_5(X))
& chemical_entity_1(fn_synthesis_of_rna_5(X))
& water_molecule_1(fn_synthesis_of_rna_5(X))
& free_energy_1(fn_synthesis_of_rna_6(X))
& chemical_entity_1(fn_synthesis_of_rna_7(X))
& monomer_1(fn_synthesis_of_rna_7(X))
& rna_1(fn_synthesis_of_rna_8(X))
& catalyst_1(fn_enzyme_6(fn_synthesis_of_rna_4(X)))
& chemical_reaction_1(fn_enzyme_4(fn_synthesis_of_rna_4(X)))
& possesses_2(fn_synthesis_of_rna_3(X),fn_synthesis_of_rna_6(X))
& raw_material_2(X,fn_synthesis_of_rna_3(X))
& result_2(X,fn_synthesis_of_rna_8(X))
& result_2(fn_synthesis_of_rna_1(X),fn_synthesis_of_rna_8(X))
& plays_2(fn_synthesis_of_rna_4(X),fn_synthesis_of_rna_2(X))
& has_function_2(fn_synthesis_of_rna_4(X),X)
& in_event_2(fn_synthesis_of_rna_2(X),X)
& subevent_2(X,fn_synthesis_of_rna_1(X))
& raw_material_2(X,fn_synthesis_of_rna_7(X))
& possesses_2(fn_synthesis_of_rna_7(X),fn_synthesis_of_rna_6(X))
& result_2(X,fn_synthesis_of_rna_5(X))
& result_2(fn_synthesis_of_rna_1(X),fn_synthesis_of_rna_5(X))
& raw_material_2(fn_synthesis_of_rna_1(X),fn_synthesis_of_rna_7(X))
& fn_synthesis_of_rna_7(X) != fn_synthesis_of_rna_5(X)
& fn_synthesis_of_rna_5(X) != fn_synthesis_of_rna_7(X)
& fn_synthesis_of_rna_3(X) = fn_anabolic_pathway_6(X)
& fn_synthesis_of_rna_8(X) = fn_polymer_synthesis_23(X)
& fn_synthesis_of_rna_8(X) = fn_synthesis_of_nucleic_acid_6(X)
& fn_synthesis_of_rna_2(X) = fn_enzyme_6(fn_synthesis_of_rna_4(X))
& X = fn_enzyme_4(fn_synthesis_of_rna_4(X))
& fn_synthesis_of_rna_6(X) = fn_synthesis_of_nucleic_acid_8(X)
& fn_synthesis_of_rna_7(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_rna_1(X) = fn_synthesis_of_nucleic_acid_13(X)
& fn_synthesis_of_rna_7(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_synthesis_of_rna_5(X) = fn_synthesis_of_nucleic_acid_7(X)
& fn_synthesis_of_nucleic_acid_6(X) = fn_polymer_synthesis_23(X)
& fn_polymer_synthesis_23(X) = fn_synthesis_of_nucleic_acid_6(X)
& fn_synthesis_of_nucleic_acid_6(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_nucleic_acid_9(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_nucleic_acid_14(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_synthesis_of_nucleic_acid_9(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_enzyme_4(fn_synthesis_of_rna_4(X)) = fn_enzyme_4(fn_synthesis_of_rna_4(X)) ) ) ).
fof(a533089,axiom,
! [X] :
( synthesis_of_rna_in_eukaryote_1(X)
=> ( original_name_2(X,'Synthesis-Of-RNA-In-Eukaryote')
& user_description_2(X,'The formation of rRNA molecules by the transcription of rRNA genes.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of rna in eukaryote')
& concept2words_2(X,'synthesis-of-rna-in-eukaryote')
& synthesis_of_rna_1(X)
& time_interval_1(fn_synthesis_of_rna_in_eukaryote_1(X))
& time_interval_1(fn_synthesis_of_rna_in_eukaryote_2(X))
& monomer_1(fn_synthesis_of_rna_in_eukaryote_3(X))
& nucleoside_monophosphate_1(fn_synthesis_of_rna_in_eukaryote_3(X))
& rna_polymerase_1(fn_synthesis_of_rna_in_eukaryote_4(X))
& cell_1(fn_synthesis_of_rna_in_eukaryote_5(X))
& eukaryotic_cell_1(fn_synthesis_of_rna_in_eukaryote_5(X))
& tangible_entity_1(fn_synthesis_of_rna_in_eukaryote_6(X))
& nucleus_1(fn_synthesis_of_rna_in_eukaryote_6(X))
& molecule_1(fn_synthesis_of_rna_in_eukaryote_7(X))
& polymer_1(fn_synthesis_of_rna_in_eukaryote_7(X))
& nucleic_acid_1(fn_synthesis_of_rna_in_eukaryote_7(X))
& rna_1(fn_synthesis_of_rna_in_eukaryote_7(X))
& structural_complexity_value_1(fn_synthesis_of_rna_in_eukaryote_8(X))
& reactant_1(fn_synthesis_of_rna_in_eukaryote_9(X))
& catalyst_1(fn_synthesis_of_rna_in_eukaryote_10(X))
& condensation_reaction_1(fn_synthesis_of_rna_in_eukaryote_11(X))
& dehydration_reaction_1(fn_synthesis_of_rna_in_eukaryote_11(X))
& chemical_entity_1(fn_synthesis_of_rna_in_eukaryote_12(X))
& monomer_1(fn_synthesis_of_rna_in_eukaryote_12(X))
& atp_1(fn_synthesis_of_rna_in_eukaryote_13(X))
& monomer_1(fn_synthesis_of_rna_in_eukaryote_13(X))
& hydrophilic_compound_1(fn_synthesis_of_rna_in_eukaryote_14(X))
& molecule_1(fn_synthesis_of_rna_in_eukaryote_14(X))
& polar_molecule_1(fn_synthesis_of_rna_in_eukaryote_14(X))
& chemical_entity_1(fn_synthesis_of_rna_in_eukaryote_14(X))
& water_molecule_1(fn_synthesis_of_rna_in_eukaryote_14(X))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_synthesis_of_rna_in_eukaryote_5(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_synthesis_of_rna_in_eukaryote_5(X)))
& monomer_1(fn_polymer_4(fn_synthesis_of_rna_in_eukaryote_7(X)))
& nucleoside_monophosphate_1(fn_nucleic_acid_20(fn_synthesis_of_rna_in_eukaryote_7(X)))
& molecule_1(fn_condensation_reaction_3(fn_synthesis_of_rna_in_eukaryote_11(X)))
& synthesis_of_rna_1(fn_nucleus_3(fn_synthesis_of_rna_in_eukaryote_6(X)))
& chemical_reaction_1(fn_reactant_2(fn_synthesis_of_rna_in_eukaryote_9(X)))
& water_molecule_1(fn_dehydration_reaction_6(fn_synthesis_of_rna_in_eukaryote_11(X)))
& chemical_entity_1(fn_reactant_3(fn_synthesis_of_rna_in_eukaryote_9(X)))
& chemical_entity_1(fn_dehydration_reaction_7(fn_synthesis_of_rna_in_eukaryote_11(X)))
& molecule_1(fn_dehydration_reaction_7(fn_synthesis_of_rna_in_eukaryote_11(X)))
& molecule_1(fn_dehydration_reaction_8(fn_synthesis_of_rna_in_eukaryote_11(X)))
& time_before_2(fn_synthesis_of_rna_in_eukaryote_1(X),fn_synthesis_of_rna_in_eukaryote_2(X))
& time_during_2(X,fn_synthesis_of_rna_in_eukaryote_1(X))
& has_state_2(fn_synthesis_of_rna_in_eukaryote_12(X),fn_synthesis_of_rna_in_eukaryote_3(X))
& fn_synthesis_of_rna_in_eukaryote_12(X) != fn_synthesis_of_rna_in_eukaryote_13(X)
& structural_complexity_2(fn_synthesis_of_rna_in_eukaryote_13(X),fn_synthesis_of_rna_in_eukaryote_8(X))
& fn_synthesis_of_rna_in_eukaryote_13(X) != fn_synthesis_of_rna_in_eukaryote_12(X)
& base_2(X,fn_synthesis_of_rna_in_eukaryote_5(X))
& has_part_2(fn_synthesis_of_rna_in_eukaryote_5(X),fn_synthesis_of_rna_in_eukaryote_6(X))
& site_2(X,fn_synthesis_of_rna_in_eukaryote_6(X))
& has_part_2(fn_synthesis_of_rna_in_eukaryote_7(X),fn_synthesis_of_rna_in_eukaryote_3(X))
& structural_complexity_2(fn_synthesis_of_rna_in_eukaryote_12(X),fn_synthesis_of_rna_in_eukaryote_8(X))
& raw_material_2(X,fn_synthesis_of_rna_in_eukaryote_12(X))
& has_function_2(fn_synthesis_of_rna_in_eukaryote_4(X),X)
& plays_2(fn_synthesis_of_rna_in_eukaryote_4(X),fn_synthesis_of_rna_in_eukaryote_10(X))
& in_event_2(fn_synthesis_of_rna_in_eukaryote_10(X),X)
& subevent_2(X,fn_synthesis_of_rna_in_eukaryote_11(X))
& result_2(X,fn_synthesis_of_rna_in_eukaryote_14(X))
& fn_synthesis_of_rna_in_eukaryote_14(X) != fn_synthesis_of_rna_in_eukaryote_12(X)
& raw_material_2(fn_synthesis_of_rna_in_eukaryote_11(X),fn_synthesis_of_rna_in_eukaryote_12(X))
& result_2(fn_synthesis_of_rna_in_eukaryote_11(X),fn_synthesis_of_rna_in_eukaryote_7(X))
& result_2(X,fn_synthesis_of_rna_in_eukaryote_7(X))
& fn_synthesis_of_rna_in_eukaryote_12(X) != fn_synthesis_of_rna_in_eukaryote_14(X)
& result_2(fn_synthesis_of_rna_in_eukaryote_11(X),fn_synthesis_of_rna_in_eukaryote_14(X))
& raw_material_2(X,fn_synthesis_of_rna_in_eukaryote_13(X))
& in_event_2(fn_synthesis_of_rna_in_eukaryote_9(X),X)
& fn_synthesis_of_rna_in_eukaryote_13(X) != fn_synthesis_of_rna_in_eukaryote_14(X)
& fn_synthesis_of_rna_in_eukaryote_14(X) != fn_synthesis_of_rna_in_eukaryote_13(X)
& raw_material_2(fn_synthesis_of_rna_in_eukaryote_11(X),fn_synthesis_of_rna_in_eukaryote_13(X))
& plays_2(fn_synthesis_of_rna_in_eukaryote_13(X),fn_synthesis_of_rna_in_eukaryote_9(X))
& fn_synthesis_of_rna_in_eukaryote_5(X) = fn_metabolic_pathway_1(X)
& fn_synthesis_of_rna_in_eukaryote_6(X) = fn_eukaryotic_cell_26(fn_synthesis_of_rna_in_eukaryote_5(X))
& X = fn_nucleus_3(fn_synthesis_of_rna_in_eukaryote_6(X))
& fn_synthesis_of_rna_in_eukaryote_3(X) = fn_polymer_4(fn_synthesis_of_rna_in_eukaryote_7(X))
& fn_synthesis_of_rna_in_eukaryote_3(X) = fn_nucleic_acid_20(fn_synthesis_of_rna_in_eukaryote_7(X))
& fn_synthesis_of_rna_in_eukaryote_15(X) = fn_anabolic_pathway_2(X)
& fn_synthesis_of_rna_in_eukaryote_8(X) = fn_anabolic_pathway_4(X)
& fn_synthesis_of_rna_in_eukaryote_12(X) = fn_anabolic_pathway_6(X)
& fn_synthesis_of_rna_in_eukaryote_10(X) = fn_synthesis_of_rna_2(X)
& fn_synthesis_of_rna_in_eukaryote_4(X) = fn_synthesis_of_rna_4(X)
& fn_synthesis_of_rna_in_eukaryote_7(X) = fn_condensation_reaction_3(fn_synthesis_of_rna_in_eukaryote_11(X))
& fn_synthesis_of_rna_in_eukaryote_7(X) = fn_synthesis_of_rna_8(X)
& fn_synthesis_of_rna_in_eukaryote_11(X) = fn_synthesis_of_rna_1(X)
& fn_synthesis_of_rna_in_eukaryote_12(X) = fn_synthesis_of_rna_7(X)
& fn_synthesis_of_rna_in_eukaryote_14(X) = fn_synthesis_of_rna_5(X)
& X = fn_reactant_2(fn_synthesis_of_rna_in_eukaryote_9(X))
& fn_synthesis_of_rna_in_eukaryote_13(X) = fn_reactant_3(fn_synthesis_of_rna_in_eukaryote_9(X))
& fn_synthesis_of_rna_in_eukaryote_14(X) = fn_dehydration_reaction_6(fn_synthesis_of_rna_in_eukaryote_11(X))
& fn_synthesis_of_rna_in_eukaryote_13(X) = fn_dehydration_reaction_7(fn_synthesis_of_rna_in_eukaryote_11(X))
& fn_synthesis_of_rna_in_eukaryote_13(X) = fn_dehydration_reaction_8(fn_synthesis_of_rna_in_eukaryote_11(X))
& fn_polymer_4(fn_synthesis_of_rna_in_eukaryote_7(X)) = fn_nucleic_acid_20(fn_synthesis_of_rna_in_eukaryote_7(X))
& fn_nucleic_acid_20(fn_synthesis_of_rna_in_eukaryote_7(X)) = fn_synthesis_of_rna_8(X)
& fn_synthesis_of_rna_8(X) = fn_condensation_reaction_3(fn_synthesis_of_rna_in_eukaryote_11(X))
& fn_condensation_reaction_3(fn_synthesis_of_rna_in_eukaryote_11(X)) = fn_synthesis_of_rna_8(X)
& fn_synthesis_of_rna_8(X) = fn_anabolic_pathway_6(X)
& fn_anabolic_pathway_6(X) = fn_anabolic_pathway_6(X)
& fn_anabolic_pathway_6(X) = fn_synthesis_of_rna_7(X)
& fn_synthesis_of_rna_7(X) = fn_synthesis_of_rna_7(X)
& fn_synthesis_of_rna_7(X) = fn_nucleus_3(fn_synthesis_of_rna_in_eukaryote_6(X))
& fn_nucleus_3(fn_synthesis_of_rna_in_eukaryote_6(X)) = fn_reactant_2(fn_synthesis_of_rna_in_eukaryote_9(X))
& fn_reactant_2(fn_synthesis_of_rna_in_eukaryote_9(X)) = fn_reactant_2(fn_synthesis_of_rna_in_eukaryote_9(X))
& fn_reactant_2(fn_synthesis_of_rna_in_eukaryote_9(X)) = fn_synthesis_of_rna_5(X)
& fn_synthesis_of_rna_5(X) = fn_synthesis_of_rna_5(X)
& fn_synthesis_of_rna_5(X) = fn_dehydration_reaction_6(fn_synthesis_of_rna_in_eukaryote_11(X))
& fn_dehydration_reaction_6(fn_synthesis_of_rna_in_eukaryote_11(X)) = fn_dehydration_reaction_6(fn_synthesis_of_rna_in_eukaryote_11(X))
& fn_dehydration_reaction_6(fn_synthesis_of_rna_in_eukaryote_11(X)) = fn_reactant_3(fn_synthesis_of_rna_in_eukaryote_9(X))
& fn_reactant_3(fn_synthesis_of_rna_in_eukaryote_9(X)) = fn_reactant_3(fn_synthesis_of_rna_in_eukaryote_9(X))
& fn_reactant_3(fn_synthesis_of_rna_in_eukaryote_9(X)) = fn_dehydration_reaction_7(fn_synthesis_of_rna_in_eukaryote_11(X))
& fn_dehydration_reaction_7(fn_synthesis_of_rna_in_eukaryote_11(X)) = fn_dehydration_reaction_7(fn_synthesis_of_rna_in_eukaryote_11(X))
& fn_dehydration_reaction_8(fn_synthesis_of_rna_in_eukaryote_11(X)) = fn_dehydration_reaction_7(fn_synthesis_of_rna_in_eukaryote_11(X))
& fn_dehydration_reaction_7(fn_synthesis_of_rna_in_eukaryote_11(X)) = fn_dehydration_reaction_8(fn_synthesis_of_rna_in_eukaryote_11(X)) ) ) ).
fof(a533090,axiom,
! [X,X1] :
( ( result_2(X,X1)
& synthesis_of_rna_1(X)
& ribosomal_rna_1(X1) )
=> ( synthesis_of_rrna_1(X)
& fn_synthesis_of_rrna_4(X) = X1 ) ) ).
fof(a533091,axiom,
! [X] :
( synthesis_of_rrna_1(X)
=> ( original_name_2(X,'Synthesis-Of-rRNA')
& user_description_2(X,'The process of synthesis of rRNA (Ribosomal-RNA) using a gene on a template DNA strand as the base.')
& concept2words_2(X,'synthesis of ribosomal rna')
& concept2words_2(X,'synthesis-of-ribosomal-rna')
& concept2words_2(X,synthesize)
& concept2words_2(X,'rrna synthesis')
& concept2words_2(X,'rrna-synthesis')
& concept2words_2(X,'synthesis of rrna')
& concept2words_2(X,'synthesis-of-rrna')
& synthesis_of_rna_1(X)
& thermal_energy_1(fn_synthesis_of_rrna_2(X))
& decrease_1(fn_synthesis_of_rrna_3(X))
& ribosomal_rna_1(fn_synthesis_of_rrna_4(X))
& causes_2(X,fn_synthesis_of_rrna_3(X))
& object_2(fn_synthesis_of_rrna_3(X),fn_synthesis_of_rrna_2(X))
& result_2(X,fn_synthesis_of_rrna_4(X))
& fn_synthesis_of_rrna_4(X) = fn_synthesis_of_rna_8(X) ) ) ).
fof(a533092,axiom,
! [X] :
( synthesis_of_rrna_in_eukaryote_1(X)
=> ( original_name_2(X,'Synthesis-of-rRNA-In-Eukaryote')
& user_description_2(X,'In eukaryotic cells of plants and animals the 18S and 28S rRNA molecules also transcribed by rDNA of nucleolar organizer (No) region of chromo some and nucleolus acts as a site of synthesis and maturation of these rRNA molecules. 5S rRNA is transcribed by rDNA occur outside the nucleolar organizer region.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of rrna in eukaryote')
& concept2words_2(X,'synthesis-of-rrna-in-eukaryote')
& synthesis_of_rna_in_eukaryote_1(X)
& synthesis_of_rrna_1(X)
& structural_complexity_value_1(fn_synthesis_of_rrna_in_eukaryote_2(X))
& er_membrane_1(fn_synthesis_of_rrna_in_eukaryote_3(X))
& move_out_of_1(fn_synthesis_of_rrna_in_eukaryote_4(X))
& eukaryotic_cell_1(fn_synthesis_of_rrna_in_eukaryote_5(X))
& cell_1(fn_synthesis_of_rrna_in_eukaryote_5(X))
& tangible_entity_1(fn_synthesis_of_rrna_in_eukaryote_6(X))
& nucleus_1(fn_synthesis_of_rrna_in_eukaryote_6(X))
& nuclear_membrane_1(fn_synthesis_of_rrna_in_eukaryote_7(X))
& biomembrane_1(fn_synthesis_of_rrna_in_eukaryote_7(X))
& mixture_1(fn_synthesis_of_rrna_in_eukaryote_8(X))
& cytoplasm_1(fn_synthesis_of_rrna_in_eukaryote_8(X))
& chromosome_1(fn_synthesis_of_rrna_in_eukaryote_9(X))
& eukaryotic_chromosome_1(fn_synthesis_of_rrna_in_eukaryote_9(X))
& container_1(fn_synthesis_of_rrna_in_eukaryote_10(X))
& protein_enzyme_1(fn_synthesis_of_rrna_in_eukaryote_11(X))
& free_energy_1(fn_synthesis_of_rrna_in_eukaryote_12(X))
& reactant_1(fn_synthesis_of_rrna_in_eukaryote_13(X))
& chemical_bond_1(fn_synthesis_of_rrna_in_eukaryote_14(X))
& polar_covalent_bond_1(fn_synthesis_of_rrna_in_eukaryote_14(X))
& oxygen_1(fn_synthesis_of_rrna_in_eukaryote_15(X))
& entity_1(fn_synthesis_of_rrna_in_eukaryote_15(X))
& chemical_entity_1(fn_synthesis_of_rrna_in_eukaryote_15(X))
& atom_1(fn_synthesis_of_rrna_in_eukaryote_15(X))
& chemical_entity_1(fn_synthesis_of_rrna_in_eukaryote_16(X))
& molecule_1(fn_synthesis_of_rrna_in_eukaryote_16(X))
& monomer_1(fn_synthesis_of_rrna_in_eukaryote_16(X))
& ribonucleotide_1(fn_synthesis_of_rrna_in_eukaryote_16(X))
& nucleoside_triphosphate_1(fn_synthesis_of_rrna_in_eukaryote_16(X))
& atp_1(fn_synthesis_of_rrna_in_eukaryote_16(X))
& chemical_entity_1(fn_synthesis_of_rrna_in_eukaryote_17(X))
& monomer_1(fn_synthesis_of_rrna_in_eukaryote_17(X))
& ribosomal_rna_1(fn_synthesis_of_rrna_in_eukaryote_18(X))
& hydrophilic_compound_1(fn_synthesis_of_rrna_in_eukaryote_19(X))
& molecule_1(fn_synthesis_of_rrna_in_eukaryote_19(X))
& polar_molecule_1(fn_synthesis_of_rrna_in_eukaryote_19(X))
& chemical_entity_1(fn_synthesis_of_rrna_in_eukaryote_19(X))
& water_molecule_1(fn_synthesis_of_rrna_in_eukaryote_19(X))
& condensation_reaction_1(fn_synthesis_of_rrna_in_eukaryote_20(X))
& dehydration_reaction_1(fn_synthesis_of_rrna_in_eukaryote_20(X))
& reactant_1(fn_synthesis_of_rrna_in_eukaryote_21(X))
& oxygen_1(fn_synthesis_of_rrna_in_eukaryote_22(X))
& entity_1(fn_synthesis_of_rrna_in_eukaryote_22(X))
& chemical_entity_1(fn_synthesis_of_rrna_in_eukaryote_22(X))
& atom_1(fn_synthesis_of_rrna_in_eukaryote_22(X))
& hydroxyl_group_1(fn_synthesis_of_rrna_in_eukaryote_23(X))
& polar_covalent_bond_1(fn_synthesis_of_rrna_in_eukaryote_24(X))
& monomer_1(fn_synthesis_of_rrna_in_eukaryote_25(X))
& nucleoside_monophosphate_1(fn_synthesis_of_rrna_in_eukaryote_25(X))
& monomer_1(fn_synthesis_of_rrna_in_eukaryote_26(X))
& nucleoside_monophosphate_1(fn_synthesis_of_rrna_in_eukaryote_26(X))
& structural_complexity_value_1(fn_synthesis_of_rrna_in_eukaryote_27(X))
& free_energy_1(fn_synthesis_of_rrna_in_eukaryote_28(X))
& chemical_bond_1(fn_molecule_10(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& container_1(fn_move_out_of_2(fn_synthesis_of_rrna_in_eukaryote_4(X)))
& er_membrane_1(fn_eukaryotic_cell_39(fn_synthesis_of_rrna_in_eukaryote_5(X)))
& synthesis_of_rna_1(fn_nucleus_3(fn_synthesis_of_rrna_in_eukaryote_6(X)))
& monomer_1(fn_polymer_4(fn_synthesis_of_rrna_in_eukaryote_18(X)))
& nucleoside_monophosphate_1(fn_nucleic_acid_20(fn_synthesis_of_rrna_in_eukaryote_18(X)))
& spatial_entity_1(fn_move_1(fn_synthesis_of_rrna_in_eukaryote_4(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_synthesis_of_rrna_in_eukaryote_23(X)))
& nuclear_membrane_1(fn_eukaryotic_cell_37(fn_synthesis_of_rrna_in_eukaryote_5(X)))
& biomembrane_1(fn_eukaryotic_cell_37(fn_synthesis_of_rrna_in_eukaryote_5(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_synthesis_of_rrna_in_eukaryote_6(X)))
& biomembrane_1(fn_nucleus_13(fn_synthesis_of_rrna_in_eukaryote_6(X)))
& tangible_entity_1(fn_move_out_of_1(fn_synthesis_of_rrna_in_eukaryote_4(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_synthesis_of_rrna_in_eukaryote_5(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_synthesis_of_rrna_in_eukaryote_5(X)))
& chromosome_1(fn_cell_25(fn_synthesis_of_rrna_in_eukaryote_5(X)))
& eukaryotic_chromosome_1(fn_nucleus_6(fn_synthesis_of_rrna_in_eukaryote_6(X)))
& protein_enzyme_1(fn_eukaryotic_cell_21(fn_synthesis_of_rrna_in_eukaryote_5(X)))
& protein_enzyme_1(fn_cell_9(fn_synthesis_of_rrna_in_eukaryote_5(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_synthesis_of_rrna_in_eukaryote_5(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_synthesis_of_rrna_in_eukaryote_5(X)))
& mixture_1(fn_cell_28(fn_synthesis_of_rrna_in_eukaryote_5(X)))
& cytoplasm_1(fn_cell_28(fn_synthesis_of_rrna_in_eukaryote_5(X)))
& entity_1(fn_ribonucleotide_16(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& chemical_entity_1(fn_ribonucleotide_16(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& atom_1(fn_ribonucleotide_16(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& oxygen_1(fn_ribonucleotide_16(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& entity_1(fn_nucleoside_triphosphate_29(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_29(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& atom_1(fn_nucleoside_triphosphate_29(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& oxygen_1(fn_nucleoside_triphosphate_29(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& atom_1(fn_molecule_11(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_synthesis_of_rrna_in_eukaryote_23(X)))
& oxygen_1(fn_atp_37(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& entity_1(fn_atp_37(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& chemical_entity_1(fn_atp_37(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& atom_1(fn_atp_37(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& oxygen_1(fn_ribonucleotide_8(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& entity_1(fn_ribonucleotide_8(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& chemical_entity_1(fn_ribonucleotide_8(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& atom_1(fn_ribonucleotide_8(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& oxygen_1(fn_nucleoside_triphosphate_32(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& entity_1(fn_nucleoside_triphosphate_32(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_32(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& atom_1(fn_nucleoside_triphosphate_32(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& oxygen_1(fn_atp_35(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& entity_1(fn_atp_35(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& chemical_entity_1(fn_atp_35(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& atom_1(fn_atp_35(fn_synthesis_of_rrna_in_eukaryote_16(X)))
& chemical_entity_1(fn_functional_group_1(fn_synthesis_of_rrna_in_eukaryote_23(X)))
& subevent_2(X,fn_synthesis_of_rrna_in_eukaryote_4(X))
& next_event_2(fn_synthesis_of_rrna_in_eukaryote_20(X),fn_synthesis_of_rrna_in_eukaryote_4(X))
& structural_complexity_2(fn_synthesis_of_rrna_in_eukaryote_18(X),fn_synthesis_of_rrna_in_eukaryote_2(X))
& has_state_2(fn_synthesis_of_rrna_in_eukaryote_16(X),fn_synthesis_of_rrna_in_eukaryote_26(X))
& greater_than_2(fn_synthesis_of_rrna_in_eukaryote_2(X),fn_synthesis_of_rrna_in_eukaryote_27(X))
& destination_2(fn_synthesis_of_rrna_in_eukaryote_4(X),fn_synthesis_of_rrna_in_eukaryote_8(X))
& origin_2(fn_synthesis_of_rrna_in_eukaryote_4(X),fn_synthesis_of_rrna_in_eukaryote_6(X))
& has_region_2(fn_synthesis_of_rrna_in_eukaryote_16(X),fn_synthesis_of_rrna_in_eukaryote_23(X))
& object_2(fn_synthesis_of_rrna_in_eukaryote_4(X),fn_synthesis_of_rrna_in_eukaryote_18(X))
& possesses_2(fn_synthesis_of_rrna_in_eukaryote_16(X),fn_synthesis_of_rrna_in_eukaryote_24(X))
& is_between_2(fn_synthesis_of_rrna_in_eukaryote_24(X),fn_synthesis_of_rrna_in_eukaryote_22(X))
& has_part_2(fn_synthesis_of_rrna_in_eukaryote_18(X),fn_synthesis_of_rrna_in_eukaryote_26(X))
& possesses_2(fn_synthesis_of_rrna_in_eukaryote_18(X),fn_synthesis_of_rrna_in_eukaryote_12(X))
& possesses_2(fn_synthesis_of_rrna_in_eukaryote_19(X),fn_synthesis_of_rrna_in_eukaryote_12(X))
& base_2(fn_synthesis_of_rrna_in_eukaryote_4(X),fn_synthesis_of_rrna_in_eukaryote_6(X))
& plays_2(fn_synthesis_of_rrna_in_eukaryote_6(X),fn_synthesis_of_rrna_in_eukaryote_10(X))
& in_event_2(fn_synthesis_of_rrna_in_eukaryote_10(X),fn_synthesis_of_rrna_in_eukaryote_4(X))
& raw_material_2(X,fn_synthesis_of_rrna_in_eukaryote_16(X))
& possesses_2(fn_synthesis_of_rrna_in_eukaryote_16(X),fn_synthesis_of_rrna_in_eukaryote_28(X))
& result_2(X,fn_synthesis_of_rrna_in_eukaryote_18(X))
& is_inside_2(fn_synthesis_of_rrna_in_eukaryote_22(X),fn_synthesis_of_rrna_in_eukaryote_23(X))
& is_between_2(fn_synthesis_of_rrna_in_eukaryote_14(X),fn_synthesis_of_rrna_in_eukaryote_22(X))
& has_part_2(fn_synthesis_of_rrna_in_eukaryote_18(X),fn_synthesis_of_rrna_in_eukaryote_25(X))
& result_2(fn_synthesis_of_rrna_in_eukaryote_20(X),fn_synthesis_of_rrna_in_eukaryote_18(X))
& plays_2(fn_synthesis_of_rrna_in_eukaryote_17(X),fn_synthesis_of_rrna_in_eukaryote_13(X))
& in_event_2(fn_synthesis_of_rrna_in_eukaryote_13(X),X)
& is_inside_2(fn_synthesis_of_rrna_in_eukaryote_11(X),fn_synthesis_of_rrna_in_eukaryote_3(X))
& is_between_2(fn_synthesis_of_rrna_in_eukaryote_8(X),fn_synthesis_of_rrna_in_eukaryote_6(X))
& abuts_2(fn_synthesis_of_rrna_in_eukaryote_3(X),fn_synthesis_of_rrna_in_eukaryote_7(X))
& abuts_2(fn_synthesis_of_rrna_in_eukaryote_7(X),fn_synthesis_of_rrna_in_eukaryote_3(X))
& has_part_2(fn_synthesis_of_rrna_in_eukaryote_17(X),fn_synthesis_of_rrna_in_eukaryote_15(X))
& is_between_2(fn_synthesis_of_rrna_in_eukaryote_14(X),fn_synthesis_of_rrna_in_eukaryote_15(X))
& possesses_2(fn_synthesis_of_rrna_in_eukaryote_17(X),fn_synthesis_of_rrna_in_eukaryote_14(X))
& possesses_2(fn_synthesis_of_rrna_in_eukaryote_17(X),fn_synthesis_of_rrna_in_eukaryote_28(X))
& raw_material_2(fn_synthesis_of_rrna_in_eukaryote_20(X),fn_synthesis_of_rrna_in_eukaryote_16(X))
& result_2(fn_synthesis_of_rrna_in_eukaryote_20(X),fn_synthesis_of_rrna_in_eukaryote_19(X))
& base_2(X,fn_synthesis_of_rrna_in_eukaryote_5(X))
& has_part_2(fn_synthesis_of_rrna_in_eukaryote_5(X),fn_synthesis_of_rrna_in_eukaryote_6(X))
& plays_2(fn_synthesis_of_rrna_in_eukaryote_16(X),fn_synthesis_of_rrna_in_eukaryote_21(X))
& in_event_2(fn_synthesis_of_rrna_in_eukaryote_21(X),X)
& result_2(X,fn_synthesis_of_rrna_in_eukaryote_19(X))
& fn_synthesis_of_rrna_in_eukaryote_16(X) != fn_synthesis_of_rrna_in_eukaryote_19(X)
& fn_synthesis_of_rrna_in_eukaryote_19(X) != fn_synthesis_of_rrna_in_eukaryote_16(X)
& subevent_2(X,fn_synthesis_of_rrna_in_eukaryote_20(X))
& raw_material_2(fn_synthesis_of_rrna_in_eukaryote_20(X),fn_synthesis_of_rrna_in_eukaryote_17(X))
& has_state_2(fn_synthesis_of_rrna_in_eukaryote_17(X),fn_synthesis_of_rrna_in_eukaryote_25(X))
& fn_synthesis_of_rrna_in_eukaryote_19(X) != fn_synthesis_of_rrna_in_eukaryote_17(X)
& fn_synthesis_of_rrna_in_eukaryote_17(X) != fn_synthesis_of_rrna_in_eukaryote_19(X)
& raw_material_2(X,fn_synthesis_of_rrna_in_eukaryote_17(X))
& structural_complexity_2(fn_synthesis_of_rrna_in_eukaryote_17(X),fn_synthesis_of_rrna_in_eukaryote_27(X))
& structural_complexity_2(fn_synthesis_of_rrna_in_eukaryote_16(X),fn_synthesis_of_rrna_in_eukaryote_27(X))
& fn_synthesis_of_rrna_in_eukaryote_16(X) != fn_synthesis_of_rrna_in_eukaryote_17(X)
& fn_synthesis_of_rrna_in_eukaryote_17(X) != fn_synthesis_of_rrna_in_eukaryote_16(X)
& site_2(X,fn_synthesis_of_rrna_in_eukaryote_6(X))
& fn_synthesis_of_rrna_in_eukaryote_22(X) != fn_synthesis_of_rrna_in_eukaryote_15(X)
& fn_synthesis_of_rrna_in_eukaryote_15(X) != fn_synthesis_of_rrna_in_eukaryote_22(X)
& has_part_2(fn_synthesis_of_rrna_in_eukaryote_16(X),fn_synthesis_of_rrna_in_eukaryote_22(X))
& has_part_2(fn_synthesis_of_rrna_in_eukaryote_8(X),fn_synthesis_of_rrna_in_eukaryote_11(X))
& has_part_2(fn_synthesis_of_rrna_in_eukaryote_5(X),fn_synthesis_of_rrna_in_eukaryote_8(X))
& has_part_2(fn_synthesis_of_rrna_in_eukaryote_6(X),fn_synthesis_of_rrna_in_eukaryote_7(X))
& is_inside_2(fn_synthesis_of_rrna_in_eukaryote_9(X),fn_synthesis_of_rrna_in_eukaryote_6(X))
& has_part_2(fn_synthesis_of_rrna_in_eukaryote_5(X),fn_synthesis_of_rrna_in_eukaryote_9(X))
& fn_synthesis_of_rrna_in_eukaryote_16(X) = fn_functional_group_1(fn_synthesis_of_rrna_in_eukaryote_23(X))
& fn_synthesis_of_rrna_in_eukaryote_18(X) = fn_move_1(fn_synthesis_of_rrna_in_eukaryote_4(X))
& fn_synthesis_of_rrna_in_eukaryote_22(X) = fn_molecule_11(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_synthesis_of_rrna_in_eukaryote_24(X) = fn_molecule_10(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_synthesis_of_rrna_in_eukaryote_26(X) = fn_polymer_4(fn_synthesis_of_rrna_in_eukaryote_18(X))
& fn_synthesis_of_rrna_in_eukaryote_26(X) = fn_nucleic_acid_20(fn_synthesis_of_rrna_in_eukaryote_18(X))
& fn_synthesis_of_rrna_in_eukaryote_19(X) = fn_polymer_synthesis_11(X)
& fn_synthesis_of_rrna_in_eukaryote_12(X) = fn_polymer_synthesis_19(X)
& fn_synthesis_of_rrna_in_eukaryote_10(X) = fn_move_out_of_2(fn_synthesis_of_rrna_in_eukaryote_4(X))
& fn_synthesis_of_rrna_in_eukaryote_6(X) = fn_move_out_of_1(fn_synthesis_of_rrna_in_eukaryote_4(X))
& fn_synthesis_of_rrna_in_eukaryote_28(X) = fn_synthesis_of_nucleic_acid_8(X)
& fn_synthesis_of_rrna_in_eukaryote_18(X) = fn_polymer_synthesis_23(X)
& fn_synthesis_of_rrna_in_eukaryote_14(X) = fn_hydroxyl_group_7(fn_synthesis_of_rrna_in_eukaryote_23(X))
& fn_synthesis_of_rrna_in_eukaryote_22(X) = fn_hydroxyl_group_4(fn_synthesis_of_rrna_in_eukaryote_23(X))
& fn_synthesis_of_rrna_in_eukaryote_18(X) = fn_synthesis_of_nucleic_acid_6(X)
& fn_synthesis_of_rrna_in_eukaryote_13(X) = fn_synthesis_of_nucleic_acid_12(X)
& fn_synthesis_of_rrna_in_eukaryote_11(X) = fn_eukaryotic_cell_21(fn_synthesis_of_rrna_in_eukaryote_5(X))
& fn_synthesis_of_rrna_in_eukaryote_8(X) = fn_eukaryotic_cell_31(fn_synthesis_of_rrna_in_eukaryote_5(X))
& fn_synthesis_of_rrna_in_eukaryote_3(X) = fn_eukaryotic_cell_39(fn_synthesis_of_rrna_in_eukaryote_5(X))
& fn_synthesis_of_rrna_in_eukaryote_28(X) = fn_polymer_synthesis_18(X)
& fn_synthesis_of_rrna_in_eukaryote_14(X) = fn_polymer_synthesis_15(X)
& fn_synthesis_of_rrna_in_eukaryote_15(X) = fn_polymer_synthesis_12(X)
& fn_synthesis_of_rrna_in_eukaryote_29(X) = fn_synthesis_of_nucleic_acid_1(X)
& fn_synthesis_of_rrna_in_eukaryote_29(X) = fn_synthesis_of_rna_in_eukaryote_15(X)
& fn_synthesis_of_rrna_in_eukaryote_20(X) = fn_synthesis_of_nucleic_acid_13(X)
& fn_synthesis_of_rrna_in_eukaryote_19(X) = fn_synthesis_of_nucleic_acid_7(X)
& fn_synthesis_of_rrna_in_eukaryote_6(X) = fn_synthesis_of_rna_in_eukaryote_6(X)
& fn_synthesis_of_rrna_in_eukaryote_5(X) = fn_synthesis_of_rna_in_eukaryote_5(X)
& fn_synthesis_of_rrna_in_eukaryote_21(X) = fn_synthesis_of_rna_in_eukaryote_9(X)
& fn_synthesis_of_rrna_in_eukaryote_25(X) = fn_synthesis_of_nucleic_acid_10(X)
& fn_synthesis_of_rrna_in_eukaryote_25(X) = fn_synthesis_of_nucleic_acid_11(X)
& fn_synthesis_of_rrna_in_eukaryote_25(X) = fn_synthesis_of_rna_in_eukaryote_3(X)
& fn_synthesis_of_rrna_in_eukaryote_19(X) = fn_synthesis_of_rna_in_eukaryote_14(X)
& fn_synthesis_of_rrna_in_eukaryote_20(X) = fn_synthesis_of_rna_in_eukaryote_11(X)
& fn_synthesis_of_rrna_in_eukaryote_27(X) = fn_synthesis_of_nucleic_acid_2(X)
& fn_synthesis_of_rrna_in_eukaryote_27(X) = fn_synthesis_of_rna_in_eukaryote_8(X)
& fn_synthesis_of_rrna_in_eukaryote_16(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_rrna_in_eukaryote_16(X) = fn_synthesis_of_rna_in_eukaryote_13(X)
& fn_synthesis_of_rrna_in_eukaryote_17(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_rrna_in_eukaryote_17(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_synthesis_of_rrna_in_eukaryote_17(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_rrna_in_eukaryote_17(X) = fn_synthesis_of_rna_in_eukaryote_12(X)
& X = fn_nucleus_3(fn_synthesis_of_rrna_in_eukaryote_6(X))
& fn_synthesis_of_rrna_in_eukaryote_9(X) = fn_cell_25(fn_synthesis_of_rrna_in_eukaryote_5(X))
& fn_synthesis_of_rrna_in_eukaryote_6(X) = fn_eukaryotic_cell_26(fn_synthesis_of_rrna_in_eukaryote_5(X))
& fn_synthesis_of_rrna_in_eukaryote_7(X) = fn_eukaryotic_cell_37(fn_synthesis_of_rrna_in_eukaryote_5(X))
& fn_synthesis_of_rrna_in_eukaryote_7(X) = fn_nucleus_13(fn_synthesis_of_rrna_in_eukaryote_6(X))
& fn_synthesis_of_rrna_in_eukaryote_9(X) = fn_nucleus_6(fn_synthesis_of_rrna_in_eukaryote_6(X))
& fn_synthesis_of_rrna_in_eukaryote_11(X) = fn_cell_9(fn_synthesis_of_rrna_in_eukaryote_5(X))
& fn_synthesis_of_rrna_in_eukaryote_8(X) = fn_cell_28(fn_synthesis_of_rrna_in_eukaryote_5(X))
& fn_synthesis_of_rrna_in_eukaryote_15(X) = fn_ribonucleotide_16(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_synthesis_of_rrna_in_eukaryote_15(X) = fn_nucleoside_triphosphate_29(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_synthesis_of_rrna_in_eukaryote_15(X) = fn_atp_37(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_synthesis_of_rrna_in_eukaryote_22(X) = fn_atp_37(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_synthesis_of_rrna_in_eukaryote_22(X) = fn_ribonucleotide_8(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_synthesis_of_rrna_in_eukaryote_22(X) = fn_nucleoside_triphosphate_32(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_synthesis_of_rrna_in_eukaryote_22(X) = fn_atp_35(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_polymer_4(fn_synthesis_of_rrna_in_eukaryote_18(X)) = fn_nucleic_acid_20(fn_synthesis_of_rrna_in_eukaryote_18(X))
& fn_nucleic_acid_20(fn_synthesis_of_rrna_in_eukaryote_18(X)) = fn_move_1(fn_synthesis_of_rrna_in_eukaryote_4(X))
& fn_move_1(fn_synthesis_of_rrna_in_eukaryote_4(X)) = fn_polymer_synthesis_23(X)
& fn_polymer_synthesis_23(X) = fn_polymer_synthesis_23(X)
& fn_polymer_synthesis_23(X) = fn_synthesis_of_nucleic_acid_6(X)
& fn_synthesis_of_nucleic_acid_6(X) = fn_synthesis_of_nucleic_acid_6(X)
& fn_synthesis_of_nucleic_acid_6(X) = fn_synthesis_of_nucleic_acid_8(X)
& fn_synthesis_of_nucleic_acid_8(X) = fn_polymer_synthesis_18(X)
& fn_polymer_synthesis_18(X) = fn_hydroxyl_group_7(fn_synthesis_of_rrna_in_eukaryote_23(X))
& fn_hydroxyl_group_7(fn_synthesis_of_rrna_in_eukaryote_23(X)) = fn_polymer_synthesis_15(X)
& fn_polymer_synthesis_15(X) = fn_polymer_synthesis_15(X)
& fn_polymer_synthesis_15(X) = fn_synthesis_of_nucleic_acid_1(X)
& fn_synthesis_of_nucleic_acid_1(X) = fn_synthesis_of_rna_in_eukaryote_15(X)
& fn_synthesis_of_rna_in_eukaryote_15(X) = fn_synthesis_of_nucleic_acid_10(X)
& fn_synthesis_of_nucleic_acid_11(X) = fn_synthesis_of_nucleic_acid_10(X)
& fn_synthesis_of_nucleic_acid_10(X) = fn_synthesis_of_nucleic_acid_11(X)
& fn_synthesis_of_nucleic_acid_11(X) = fn_synthesis_of_nucleic_acid_11(X)
& fn_synthesis_of_nucleic_acid_11(X) = fn_synthesis_of_rna_in_eukaryote_3(X)
& fn_synthesis_of_rna_in_eukaryote_3(X) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_synthesis_of_nucleic_acid_7(X)
& fn_synthesis_of_nucleic_acid_7(X) = fn_synthesis_of_nucleic_acid_7(X)
& fn_synthesis_of_nucleic_acid_7(X) = fn_synthesis_of_rna_in_eukaryote_14(X)
& fn_synthesis_of_rna_in_eukaryote_14(X) = fn_synthesis_of_rna_in_eukaryote_14(X)
& fn_synthesis_of_rna_in_eukaryote_14(X) = fn_synthesis_of_nucleic_acid_13(X)
& fn_synthesis_of_nucleic_acid_13(X) = fn_synthesis_of_nucleic_acid_13(X)
& fn_synthesis_of_nucleic_acid_13(X) = fn_synthesis_of_rna_in_eukaryote_11(X)
& fn_synthesis_of_rna_in_eukaryote_11(X) = fn_synthesis_of_rna_in_eukaryote_11(X)
& fn_synthesis_of_rna_in_eukaryote_11(X) = fn_synthesis_of_nucleic_acid_2(X)
& fn_synthesis_of_rna_in_eukaryote_8(X) = fn_synthesis_of_rna_in_eukaryote_8(X)
& fn_synthesis_of_rna_in_eukaryote_8(X) = fn_synthesis_of_nucleic_acid_2(X)
& fn_synthesis_of_nucleic_acid_2(X) = fn_synthesis_of_rna_in_eukaryote_8(X)
& fn_synthesis_of_rna_in_eukaryote_8(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_synthesis_of_nucleic_acid_9(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_nucleic_acid_14(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_polymer_synthesis_20(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_synthesis_of_nucleic_acid_9(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_synthesis_of_nucleic_acid_9(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_rna_in_eukaryote_12(X) = fn_synthesis_of_rna_in_eukaryote_12(X)
& fn_synthesis_of_rna_in_eukaryote_12(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_synthesis_of_rna_in_eukaryote_12(X)
& fn_synthesis_of_rna_in_eukaryote_12(X) = fn_eukaryotic_cell_37(fn_synthesis_of_rrna_in_eukaryote_5(X))
& fn_eukaryotic_cell_37(fn_synthesis_of_rrna_in_eukaryote_5(X)) = fn_eukaryotic_cell_37(fn_synthesis_of_rrna_in_eukaryote_5(X))
& fn_eukaryotic_cell_37(fn_synthesis_of_rrna_in_eukaryote_5(X)) = fn_nucleus_13(fn_synthesis_of_rrna_in_eukaryote_6(X))
& fn_nucleus_13(fn_synthesis_of_rrna_in_eukaryote_6(X)) = fn_move_out_of_1(fn_synthesis_of_rrna_in_eukaryote_4(X))
& fn_move_out_of_1(fn_synthesis_of_rrna_in_eukaryote_4(X)) = fn_move_out_of_1(fn_synthesis_of_rrna_in_eukaryote_4(X))
& fn_move_out_of_1(fn_synthesis_of_rrna_in_eukaryote_4(X)) = fn_eukaryotic_cell_26(fn_synthesis_of_rrna_in_eukaryote_5(X))
& fn_eukaryotic_cell_26(fn_synthesis_of_rrna_in_eukaryote_5(X)) = fn_eukaryotic_cell_26(fn_synthesis_of_rrna_in_eukaryote_5(X))
& fn_eukaryotic_cell_26(fn_synthesis_of_rrna_in_eukaryote_5(X)) = fn_synthesis_of_rna_in_eukaryote_6(X)
& fn_synthesis_of_rna_in_eukaryote_6(X) = fn_eukaryotic_cell_26(fn_synthesis_of_rrna_in_eukaryote_5(X))
& fn_eukaryotic_cell_26(fn_synthesis_of_rrna_in_eukaryote_5(X)) = fn_cell_25(fn_synthesis_of_rrna_in_eukaryote_5(X))
& fn_cell_25(fn_synthesis_of_rrna_in_eukaryote_5(X)) = fn_nucleus_6(fn_synthesis_of_rrna_in_eukaryote_6(X))
& fn_nucleus_6(fn_synthesis_of_rrna_in_eukaryote_6(X)) = fn_eukaryotic_cell_21(fn_synthesis_of_rrna_in_eukaryote_5(X))
& fn_eukaryotic_cell_21(fn_synthesis_of_rrna_in_eukaryote_5(X)) = fn_cell_9(fn_synthesis_of_rrna_in_eukaryote_5(X))
& fn_cell_9(fn_synthesis_of_rrna_in_eukaryote_5(X)) = fn_eukaryotic_cell_31(fn_synthesis_of_rrna_in_eukaryote_5(X))
& fn_eukaryotic_cell_31(fn_synthesis_of_rrna_in_eukaryote_5(X)) = fn_cell_28(fn_synthesis_of_rrna_in_eukaryote_5(X))
& fn_cell_28(fn_synthesis_of_rrna_in_eukaryote_5(X)) = fn_cell_28(fn_synthesis_of_rrna_in_eukaryote_5(X))
& fn_cell_28(fn_synthesis_of_rrna_in_eukaryote_5(X)) = fn_polymer_synthesis_12(X)
& fn_polymer_synthesis_12(X) = fn_polymer_synthesis_12(X)
& fn_polymer_synthesis_12(X) = fn_ribonucleotide_16(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_ribonucleotide_16(fn_synthesis_of_rrna_in_eukaryote_16(X)) = fn_ribonucleotide_16(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_nucleoside_triphosphate_29(fn_synthesis_of_rrna_in_eukaryote_16(X)) = fn_ribonucleotide_16(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_ribonucleotide_16(fn_synthesis_of_rrna_in_eukaryote_16(X)) = fn_nucleoside_triphosphate_29(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_nucleoside_triphosphate_29(fn_synthesis_of_rrna_in_eukaryote_16(X)) = fn_nucleoside_triphosphate_29(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_atp_37(fn_synthesis_of_rrna_in_eukaryote_16(X)) = fn_nucleoside_triphosphate_29(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_nucleoside_triphosphate_29(fn_synthesis_of_rrna_in_eukaryote_16(X)) = fn_atp_37(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_atp_37(fn_synthesis_of_rrna_in_eukaryote_16(X)) = fn_molecule_11(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_molecule_11(fn_synthesis_of_rrna_in_eukaryote_16(X)) = fn_hydroxyl_group_4(fn_synthesis_of_rrna_in_eukaryote_23(X))
& fn_hydroxyl_group_4(fn_synthesis_of_rrna_in_eukaryote_23(X)) = fn_hydroxyl_group_4(fn_synthesis_of_rrna_in_eukaryote_23(X))
& fn_hydroxyl_group_4(fn_synthesis_of_rrna_in_eukaryote_23(X)) = fn_atp_37(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_ribonucleotide_8(fn_synthesis_of_rrna_in_eukaryote_16(X)) = fn_atp_37(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_atp_37(fn_synthesis_of_rrna_in_eukaryote_16(X)) = fn_ribonucleotide_8(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_ribonucleotide_8(fn_synthesis_of_rrna_in_eukaryote_16(X)) = fn_ribonucleotide_8(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_nucleoside_triphosphate_32(fn_synthesis_of_rrna_in_eukaryote_16(X)) = fn_ribonucleotide_8(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_ribonucleotide_8(fn_synthesis_of_rrna_in_eukaryote_16(X)) = fn_nucleoside_triphosphate_32(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_nucleoside_triphosphate_32(fn_synthesis_of_rrna_in_eukaryote_16(X)) = fn_nucleoside_triphosphate_32(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_atp_35(fn_synthesis_of_rrna_in_eukaryote_16(X)) = fn_nucleoside_triphosphate_32(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_nucleoside_triphosphate_32(fn_synthesis_of_rrna_in_eukaryote_16(X)) = fn_atp_35(fn_synthesis_of_rrna_in_eukaryote_16(X))
& fn_atp_35(fn_synthesis_of_rrna_in_eukaryote_16(X)) = fn_functional_group_1(fn_synthesis_of_rrna_in_eukaryote_23(X))
& fn_functional_group_1(fn_synthesis_of_rrna_in_eukaryote_23(X)) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_nucleic_acid_14(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_rna_in_eukaryote_13(X) = fn_synthesis_of_rna_in_eukaryote_13(X)
& fn_synthesis_of_rna_in_eukaryote_13(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_nucleic_acid_14(X) = fn_synthesis_of_rna_in_eukaryote_13(X) ) ) ).
fof(a533093,axiom,
! [X,X1] :
( ( result_2(X,X1)
& synthesis_of_hormone_1(X)
& sex_hormone_1(X1) )
=> ( synthesis_of_sex_hormone_1(X)
& fn_synthesis_of_sex_hormone_5(X) = X1 ) ) ).
fof(a533094,axiom,
! [X] :
( synthesis_of_sex_hormone_1(X)
=> ( original_name_2(X,'Synthesis-of-Sex-Hormone')
& user_description_2(X,'The process of synthesis of sex-hormone is called synthesis of sex hormone.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of sex hormone')
& concept2words_2(X,'synthesis-of-sex-hormone')
& synthesis_of_hormone_1(X)
& quantity_value_1(fn_synthesis_of_sex_hormone_2(X))
& smooth_endoplasmic_reticulum_1(fn_synthesis_of_sex_hormone_4(X))
& sex_hormone_1(fn_synthesis_of_sex_hormone_5(X))
& cholesterol_1(fn_synthesis_of_sex_hormone_6(X))
& eukaryotic_cell_1(fn_synthesis_of_sex_hormone_7(X))
& cell_1(fn_synthesis_of_sex_hormone_7(X))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_synthesis_of_sex_hormone_4(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_synthesis_of_sex_hormone_4(X)))
& the_scalar_value_2(fn_synthesis_of_sex_hormone_2(X),numerous_0)
& scalar_unit_class_2(fn_synthesis_of_sex_hormone_2(X),organelle_0)
& quantity_2(fn_synthesis_of_sex_hormone_4(X),fn_synthesis_of_sex_hormone_2(X))
& raw_material_2(X,fn_synthesis_of_sex_hormone_6(X))
& result_2(X,fn_synthesis_of_sex_hormone_5(X))
& base_2(X,fn_synthesis_of_sex_hormone_7(X))
& has_part_2(fn_synthesis_of_sex_hormone_7(X),fn_synthesis_of_sex_hormone_4(X))
& fn_synthesis_of_sex_hormone_6(X) = fn_anabolic_pathway_6(X)
& fn_synthesis_of_sex_hormone_5(X) = fn_synthesis_of_hormone_2(X)
& fn_synthesis_of_sex_hormone_7(X) = fn_metabolic_pathway_1(X)
& fn_synthesis_of_sex_hormone_7(X) = fn_smooth_endoplasmic_reticulum_33(fn_synthesis_of_sex_hormone_4(X))
& fn_metabolic_pathway_1(X) = fn_smooth_endoplasmic_reticulum_33(fn_synthesis_of_sex_hormone_4(X)) ) ) ).
fof(a533095,axiom,
! [X] :
( synthesis_of_starch_1(X)
=> ( original_name_2(X,'Synthesis-Of-Starch')
& user_description_2(X,'The enzymatic process of making starch, a polysaccharide, from monosaccharide monomers of glucose.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'starch synthesis')
& concept2words_2(X,'starch-synthesis')
& concept2words_2(X,'synthesis of starch')
& concept2words_2(X,'synthesis-of-starch')
& synthesis_reaction_1(X)
& glucose_1(fn_synthesis_of_starch_1(X))
& plant_1(fn_synthesis_of_starch_2(X))
& starch_storage_by_plant_1(fn_synthesis_of_starch_3(X))
& polysaccharide_1(fn_synthesis_of_starch_4(X))
& storage_polysaccharide_1(fn_synthesis_of_starch_4(X))
& starch_1(fn_synthesis_of_starch_4(X))
& monosaccharide_1(fn_synthesis_of_starch_5(X))
& alpha_glucose_1(fn_synthesis_of_starch_6(X))
& starch_1(fn_synthesis_of_starch_7(X))
& store_1(fn_synthesis_of_starch_8(X))
& plant_1(fn_starch_storage_by_plant_3(fn_synthesis_of_starch_3(X)))
& starch_1(fn_starch_storage_by_plant_9(fn_synthesis_of_starch_3(X)))
& monosaccharide_1(fn_polysaccharide_23(fn_synthesis_of_starch_4(X)))
& monosaccharide_1(fn_storage_polysaccharide_38(fn_synthesis_of_starch_4(X)))
& store_1(fn_starch_storage_by_plant_5(fn_synthesis_of_starch_3(X)))
& store_1(fn_starch_storage_by_plant_6(fn_synthesis_of_starch_3(X)))
& has_part_2(fn_synthesis_of_starch_4(X),fn_synthesis_of_starch_1(X))
& minCardinality(X,raw_material_0,"2",alpha_glucose_0)
& base_2(X,fn_synthesis_of_starch_2(X))
& enables_2(X,fn_synthesis_of_starch_3(X))
& raw_material_2(X,fn_synthesis_of_starch_6(X))
& result_2(X,fn_synthesis_of_starch_7(X))
& has_part_2(fn_synthesis_of_starch_4(X),fn_synthesis_of_starch_5(X))
& object_2(fn_synthesis_of_starch_3(X),fn_synthesis_of_starch_4(X))
& object_2(fn_synthesis_of_starch_8(X),fn_synthesis_of_starch_4(X))
& subevent_2(fn_synthesis_of_starch_3(X),fn_synthesis_of_starch_8(X))
& agent_2(fn_synthesis_of_starch_3(X),fn_synthesis_of_starch_2(X))
& fn_synthesis_of_starch_6(X) = fn_chemical_reaction_2(X)
& fn_synthesis_of_starch_7(X) = fn_chemical_reaction_1(X)
& fn_synthesis_of_starch_5(X) = fn_polysaccharide_23(fn_synthesis_of_starch_4(X))
& fn_synthesis_of_starch_5(X) = fn_storage_polysaccharide_38(fn_synthesis_of_starch_4(X))
& fn_synthesis_of_starch_2(X) = fn_starch_storage_by_plant_3(fn_synthesis_of_starch_3(X))
& fn_synthesis_of_starch_8(X) = fn_starch_storage_by_plant_5(fn_synthesis_of_starch_3(X))
& fn_synthesis_of_starch_8(X) = fn_starch_storage_by_plant_6(fn_synthesis_of_starch_3(X))
& fn_synthesis_of_starch_4(X) = fn_starch_storage_by_plant_9(fn_synthesis_of_starch_3(X))
& fn_polysaccharide_23(fn_synthesis_of_starch_4(X)) = fn_storage_polysaccharide_38(fn_synthesis_of_starch_4(X))
& fn_storage_polysaccharide_38(fn_synthesis_of_starch_4(X)) = fn_starch_storage_by_plant_5(fn_synthesis_of_starch_3(X))
& fn_starch_storage_by_plant_5(fn_synthesis_of_starch_3(X)) = fn_starch_storage_by_plant_6(fn_synthesis_of_starch_3(X))
& fn_starch_storage_by_plant_6(fn_synthesis_of_starch_3(X)) = fn_starch_storage_by_plant_6(fn_synthesis_of_starch_3(X)) ) ) ).
fof(a533096,axiom,
! [X,X1] :
( ( result_2(X,X1)
& synthesis_of_lipid_1(X)
& steroid_1(X1) )
=> ( synthesis_of_steroid_1(X)
& fn_synthesis_of_steroid_2(X) = X1 ) ) ).
fof(a533097,axiom,
! [X] :
( synthesis_of_steroid_1(X)
=> ( original_name_2(X,'Synthesis-of-Steroid')
& user_description_2(X,'The process of producing the specialized lipids called steroids.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'steroid synthesis')
& concept2words_2(X,'steroid-synthesis')
& concept2words_2(X,'synthesis of steroid')
& concept2words_2(X,'synthesis-of-steroid')
& synthesis_of_lipid_1(X)
& steroid_1(fn_synthesis_of_steroid_2(X))
& cholesterol_1(fn_synthesis_of_steroid_3(X))
& raw_material_2(X,fn_synthesis_of_steroid_3(X))
& result_2(X,fn_synthesis_of_steroid_2(X))
& fn_synthesis_of_steroid_3(X) = fn_anabolic_pathway_6(X)
& fn_synthesis_of_steroid_2(X) = fn_synthesis_of_lipid_2(X) ) ) ).
fof(a533098,axiom,
! [X,X1] :
( ( result_2(X,X1)
& synthesis_of_rna_1(X)
& trna_1(X1) )
=> ( synthesis_of_trna_1(X)
& fn_synthesis_of_trna_2(X) = X1 ) ) ).
fof(a533099,axiom,
! [X] :
( synthesis_of_trna_1(X)
=> ( original_name_2(X,'Synthesis-Of-tRNA')
& user_description_2(X,'The process of synthesis of tRNA (Transfer-RNA) using a gene on a template DNA strand as the base.')
& concept2words_2(X,'synthesis of transfer rna')
& concept2words_2(X,'synthesis-of-transfer-rna')
& concept2words_2(X,synthesize)
& concept2words_2(X,'trna synthesis')
& concept2words_2(X,'trna-synthesis')
& concept2words_2(X,'synthesis of trna')
& concept2words_2(X,'synthesis-of-trna')
& synthesis_of_rna_1(X)
& trna_1(fn_synthesis_of_trna_2(X))
& result_2(X,fn_synthesis_of_trna_2(X))
& fn_synthesis_of_trna_2(X) = fn_polymer_synthesis_23(X)
& fn_synthesis_of_trna_2(X) = fn_synthesis_of_rna_8(X)
& fn_polymer_synthesis_23(X) = fn_synthesis_of_rna_8(X) ) ) ).
fof(a533100,axiom,
! [X] :
( synthesis_of_trna_in_eukaryote_1(X)
=> ( original_name_2(X,'Synthesis-of-tRNA-In-Eukaryote')
& user_description_2(X,'The synthesis of tRNA in eukaryote follows the eukaryotic transcription process followed by the RNA processing. The tRNA finally synthesized moves out from the nucleus to the cytoplasm.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'synthesis of trna in eukaryote')
& concept2words_2(X,'synthesis-of-trna-in-eukaryote')
& synthesis_of_rna_in_eukaryote_1(X)
& synthesis_of_trna_1(X)
& structural_complexity_value_1(fn_synthesis_of_trna_in_eukaryote_2(X))
& er_membrane_1(fn_synthesis_of_trna_in_eukaryote_3(X))
& atp_1(fn_synthesis_of_trna_in_eukaryote_5(X))
& monomer_1(fn_synthesis_of_trna_in_eukaryote_5(X))
& chemical_entity_1(fn_synthesis_of_trna_in_eukaryote_6(X))
& monomer_1(fn_synthesis_of_trna_in_eukaryote_6(X))
& hydrophilic_compound_1(fn_synthesis_of_trna_in_eukaryote_7(X))
& molecule_1(fn_synthesis_of_trna_in_eukaryote_7(X))
& polar_molecule_1(fn_synthesis_of_trna_in_eukaryote_7(X))
& chemical_entity_1(fn_synthesis_of_trna_in_eukaryote_7(X))
& water_molecule_1(fn_synthesis_of_trna_in_eukaryote_7(X))
& spatial_entity_1(fn_synthesis_of_trna_in_eukaryote_8(X))
& trna_1(fn_synthesis_of_trna_in_eukaryote_8(X))
& polymer_1(fn_synthesis_of_trna_in_eukaryote_8(X))
& chemical_entity_1(fn_synthesis_of_trna_in_eukaryote_8(X))
& nucleic_acid_1(fn_synthesis_of_trna_in_eukaryote_8(X))
& eukaryotic_cell_1(fn_synthesis_of_trna_in_eukaryote_9(X))
& cell_1(fn_synthesis_of_trna_in_eukaryote_9(X))
& tangible_entity_1(fn_synthesis_of_trna_in_eukaryote_10(X))
& nucleus_1(fn_synthesis_of_trna_in_eukaryote_10(X))
& structural_complexity_value_1(fn_synthesis_of_trna_in_eukaryote_11(X))
& monomer_1(fn_synthesis_of_trna_in_eukaryote_12(X))
& monomer_1(fn_synthesis_of_trna_in_eukaryote_13(X))
& nucleoside_monophosphate_1(fn_synthesis_of_trna_in_eukaryote_13(X))
& free_energy_1(fn_synthesis_of_trna_in_eukaryote_14(X))
& container_1(fn_synthesis_of_trna_in_eukaryote_15(X))
& mixture_1(fn_synthesis_of_trna_in_eukaryote_16(X))
& cytoplasm_1(fn_synthesis_of_trna_in_eukaryote_16(X))
& protein_enzyme_1(fn_synthesis_of_trna_in_eukaryote_17(X))
& chromosome_1(fn_synthesis_of_trna_in_eukaryote_18(X))
& eukaryotic_chromosome_1(fn_synthesis_of_trna_in_eukaryote_18(X))
& nuclear_membrane_1(fn_synthesis_of_trna_in_eukaryote_19(X))
& biomembrane_1(fn_synthesis_of_trna_in_eukaryote_19(X))
& move_out_of_1(fn_synthesis_of_trna_in_eukaryote_20(X))
& condensation_reaction_1(fn_synthesis_of_trna_in_eukaryote_21(X))
& dehydration_reaction_1(fn_synthesis_of_trna_in_eukaryote_21(X))
& container_1(fn_move_out_of_2(fn_synthesis_of_trna_in_eukaryote_20(X)))
& er_membrane_1(fn_eukaryotic_cell_39(fn_synthesis_of_trna_in_eukaryote_9(X)))
& synthesis_of_rna_1(fn_nucleus_3(fn_synthesis_of_trna_in_eukaryote_10(X)))
& spatial_entity_1(fn_move_1(fn_synthesis_of_trna_in_eukaryote_20(X)))
& nuclear_membrane_1(fn_eukaryotic_cell_37(fn_synthesis_of_trna_in_eukaryote_9(X)))
& biomembrane_1(fn_eukaryotic_cell_37(fn_synthesis_of_trna_in_eukaryote_9(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_synthesis_of_trna_in_eukaryote_10(X)))
& biomembrane_1(fn_nucleus_13(fn_synthesis_of_trna_in_eukaryote_10(X)))
& tangible_entity_1(fn_move_out_of_1(fn_synthesis_of_trna_in_eukaryote_20(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_synthesis_of_trna_in_eukaryote_9(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_synthesis_of_trna_in_eukaryote_9(X)))
& chromosome_1(fn_cell_25(fn_synthesis_of_trna_in_eukaryote_9(X)))
& eukaryotic_chromosome_1(fn_nucleus_6(fn_synthesis_of_trna_in_eukaryote_10(X)))
& protein_enzyme_1(fn_eukaryotic_cell_21(fn_synthesis_of_trna_in_eukaryote_9(X)))
& protein_enzyme_1(fn_cell_9(fn_synthesis_of_trna_in_eukaryote_9(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_synthesis_of_trna_in_eukaryote_9(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_synthesis_of_trna_in_eukaryote_9(X)))
& mixture_1(fn_cell_28(fn_synthesis_of_trna_in_eukaryote_9(X)))
& cytoplasm_1(fn_cell_28(fn_synthesis_of_trna_in_eukaryote_9(X)))
& has_state_2(fn_synthesis_of_trna_in_eukaryote_5(X),fn_synthesis_of_trna_in_eukaryote_12(X))
& structural_complexity_2(fn_synthesis_of_trna_in_eukaryote_8(X),fn_synthesis_of_trna_in_eukaryote_2(X))
& greater_than_2(fn_synthesis_of_trna_in_eukaryote_2(X),fn_synthesis_of_trna_in_eukaryote_11(X))
& subevent_2(X,fn_synthesis_of_trna_in_eukaryote_20(X))
& raw_material_2(X,fn_synthesis_of_trna_in_eukaryote_5(X))
& origin_2(fn_synthesis_of_trna_in_eukaryote_20(X),fn_synthesis_of_trna_in_eukaryote_10(X))
& destination_2(fn_synthesis_of_trna_in_eukaryote_20(X),fn_synthesis_of_trna_in_eukaryote_16(X))
& next_event_2(fn_synthesis_of_trna_in_eukaryote_21(X),fn_synthesis_of_trna_in_eukaryote_20(X))
& object_2(fn_synthesis_of_trna_in_eukaryote_20(X),fn_synthesis_of_trna_in_eukaryote_8(X))
& base_2(fn_synthesis_of_trna_in_eukaryote_20(X),fn_synthesis_of_trna_in_eukaryote_10(X))
& plays_2(fn_synthesis_of_trna_in_eukaryote_10(X),fn_synthesis_of_trna_in_eukaryote_15(X))
& in_event_2(fn_synthesis_of_trna_in_eukaryote_15(X),fn_synthesis_of_trna_in_eukaryote_20(X))
& possesses_2(fn_synthesis_of_trna_in_eukaryote_8(X),fn_synthesis_of_trna_in_eukaryote_14(X))
& possesses_2(fn_synthesis_of_trna_in_eukaryote_7(X),fn_synthesis_of_trna_in_eukaryote_14(X))
& result_2(X,fn_synthesis_of_trna_in_eukaryote_8(X))
& has_part_2(fn_synthesis_of_trna_in_eukaryote_8(X),fn_synthesis_of_trna_in_eukaryote_12(X))
& has_part_2(fn_synthesis_of_trna_in_eukaryote_8(X),fn_synthesis_of_trna_in_eukaryote_13(X))
& result_2(fn_synthesis_of_trna_in_eukaryote_21(X),fn_synthesis_of_trna_in_eukaryote_8(X))
& is_between_2(fn_synthesis_of_trna_in_eukaryote_16(X),fn_synthesis_of_trna_in_eukaryote_10(X))
& is_inside_2(fn_synthesis_of_trna_in_eukaryote_17(X),fn_synthesis_of_trna_in_eukaryote_3(X))
& abuts_2(fn_synthesis_of_trna_in_eukaryote_3(X),fn_synthesis_of_trna_in_eukaryote_19(X))
& abuts_2(fn_synthesis_of_trna_in_eukaryote_19(X),fn_synthesis_of_trna_in_eukaryote_3(X))
& raw_material_2(fn_synthesis_of_trna_in_eukaryote_21(X),fn_synthesis_of_trna_in_eukaryote_6(X))
& has_state_2(fn_synthesis_of_trna_in_eukaryote_6(X),fn_synthesis_of_trna_in_eukaryote_13(X))
& base_2(X,fn_synthesis_of_trna_in_eukaryote_9(X))
& has_part_2(fn_synthesis_of_trna_in_eukaryote_9(X),fn_synthesis_of_trna_in_eukaryote_10(X))
& result_2(X,fn_synthesis_of_trna_in_eukaryote_7(X))
& raw_material_2(X,fn_synthesis_of_trna_in_eukaryote_6(X))
& structural_complexity_2(fn_synthesis_of_trna_in_eukaryote_6(X),fn_synthesis_of_trna_in_eukaryote_11(X))
& result_2(fn_synthesis_of_trna_in_eukaryote_21(X),fn_synthesis_of_trna_in_eukaryote_7(X))
& fn_synthesis_of_trna_in_eukaryote_6(X) != fn_synthesis_of_trna_in_eukaryote_7(X)
& fn_synthesis_of_trna_in_eukaryote_7(X) != fn_synthesis_of_trna_in_eukaryote_6(X)
& fn_synthesis_of_trna_in_eukaryote_5(X) != fn_synthesis_of_trna_in_eukaryote_7(X)
& fn_synthesis_of_trna_in_eukaryote_7(X) != fn_synthesis_of_trna_in_eukaryote_5(X)
& subevent_2(X,fn_synthesis_of_trna_in_eukaryote_21(X))
& raw_material_2(fn_synthesis_of_trna_in_eukaryote_21(X),fn_synthesis_of_trna_in_eukaryote_5(X))
& structural_complexity_2(fn_synthesis_of_trna_in_eukaryote_5(X),fn_synthesis_of_trna_in_eukaryote_11(X))
& fn_synthesis_of_trna_in_eukaryote_6(X) != fn_synthesis_of_trna_in_eukaryote_5(X)
& fn_synthesis_of_trna_in_eukaryote_5(X) != fn_synthesis_of_trna_in_eukaryote_6(X)
& site_2(X,fn_synthesis_of_trna_in_eukaryote_10(X))
& has_part_2(fn_synthesis_of_trna_in_eukaryote_16(X),fn_synthesis_of_trna_in_eukaryote_17(X))
& has_part_2(fn_synthesis_of_trna_in_eukaryote_9(X),fn_synthesis_of_trna_in_eukaryote_16(X))
& has_part_2(fn_synthesis_of_trna_in_eukaryote_10(X),fn_synthesis_of_trna_in_eukaryote_19(X))
& is_inside_2(fn_synthesis_of_trna_in_eukaryote_18(X),fn_synthesis_of_trna_in_eukaryote_10(X))
& has_part_2(fn_synthesis_of_trna_in_eukaryote_9(X),fn_synthesis_of_trna_in_eukaryote_18(X))
& fn_synthesis_of_trna_in_eukaryote_8(X) = fn_move_1(fn_synthesis_of_trna_in_eukaryote_20(X))
& fn_synthesis_of_trna_in_eukaryote_15(X) = fn_move_out_of_2(fn_synthesis_of_trna_in_eukaryote_20(X))
& fn_synthesis_of_trna_in_eukaryote_10(X) = fn_move_out_of_1(fn_synthesis_of_trna_in_eukaryote_20(X))
& fn_synthesis_of_trna_in_eukaryote_7(X) = fn_polymer_synthesis_11(X)
& fn_synthesis_of_trna_in_eukaryote_14(X) = fn_polymer_synthesis_19(X)
& fn_synthesis_of_trna_in_eukaryote_8(X) = fn_synthesis_of_trna_2(X)
& fn_synthesis_of_trna_in_eukaryote_12(X) = fn_synthesis_of_nucleic_acid_10(X)
& fn_synthesis_of_trna_in_eukaryote_8(X) = fn_polymer_synthesis_23(X)
& fn_synthesis_of_trna_in_eukaryote_8(X) = fn_synthesis_of_nucleic_acid_6(X)
& fn_synthesis_of_trna_in_eukaryote_16(X) = fn_eukaryotic_cell_31(fn_synthesis_of_trna_in_eukaryote_9(X))
& fn_synthesis_of_trna_in_eukaryote_17(X) = fn_eukaryotic_cell_21(fn_synthesis_of_trna_in_eukaryote_9(X))
& fn_synthesis_of_trna_in_eukaryote_3(X) = fn_eukaryotic_cell_39(fn_synthesis_of_trna_in_eukaryote_9(X))
& fn_synthesis_of_trna_in_eukaryote_13(X) = fn_polymer_synthesis_7(X)
& fn_synthesis_of_trna_in_eukaryote_13(X) = fn_synthesis_of_nucleic_acid_11(X)
& fn_synthesis_of_trna_in_eukaryote_13(X) = fn_synthesis_of_rna_in_eukaryote_3(X)
& fn_synthesis_of_trna_in_eukaryote_10(X) = fn_synthesis_of_rna_in_eukaryote_6(X)
& fn_synthesis_of_trna_in_eukaryote_9(X) = fn_synthesis_of_rna_in_eukaryote_5(X)
& fn_synthesis_of_trna_in_eukaryote_4(X) = fn_synthesis_of_nucleic_acid_1(X)
& fn_synthesis_of_trna_in_eukaryote_4(X) = fn_synthesis_of_rna_in_eukaryote_15(X)
& fn_synthesis_of_trna_in_eukaryote_11(X) = fn_synthesis_of_nucleic_acid_2(X)
& fn_synthesis_of_trna_in_eukaryote_6(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_trna_in_eukaryote_6(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_trna_in_eukaryote_6(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_synthesis_of_trna_in_eukaryote_21(X) = fn_synthesis_of_nucleic_acid_13(X)
& fn_synthesis_of_trna_in_eukaryote_7(X) = fn_synthesis_of_nucleic_acid_7(X)
& fn_synthesis_of_trna_in_eukaryote_7(X) = fn_synthesis_of_rna_in_eukaryote_14(X)
& fn_synthesis_of_trna_in_eukaryote_11(X) = fn_synthesis_of_rna_in_eukaryote_8(X)
& fn_synthesis_of_trna_in_eukaryote_6(X) = fn_synthesis_of_rna_in_eukaryote_12(X)
& fn_synthesis_of_trna_in_eukaryote_5(X) = fn_synthesis_of_rna_in_eukaryote_13(X)
& fn_synthesis_of_trna_in_eukaryote_21(X) = fn_synthesis_of_rna_in_eukaryote_11(X)
& X = fn_nucleus_3(fn_synthesis_of_trna_in_eukaryote_10(X))
& fn_synthesis_of_trna_in_eukaryote_18(X) = fn_cell_25(fn_synthesis_of_trna_in_eukaryote_9(X))
& fn_synthesis_of_trna_in_eukaryote_10(X) = fn_eukaryotic_cell_26(fn_synthesis_of_trna_in_eukaryote_9(X))
& fn_synthesis_of_trna_in_eukaryote_19(X) = fn_eukaryotic_cell_37(fn_synthesis_of_trna_in_eukaryote_9(X))
& fn_synthesis_of_trna_in_eukaryote_19(X) = fn_nucleus_13(fn_synthesis_of_trna_in_eukaryote_10(X))
& fn_synthesis_of_trna_in_eukaryote_18(X) = fn_nucleus_6(fn_synthesis_of_trna_in_eukaryote_10(X))
& fn_synthesis_of_trna_in_eukaryote_17(X) = fn_cell_9(fn_synthesis_of_trna_in_eukaryote_9(X))
& fn_synthesis_of_trna_in_eukaryote_16(X) = fn_cell_28(fn_synthesis_of_trna_in_eukaryote_9(X))
& fn_move_1(fn_synthesis_of_trna_in_eukaryote_20(X)) = fn_synthesis_of_trna_2(X)
& fn_polymer_synthesis_23(X) = fn_synthesis_of_trna_2(X)
& fn_synthesis_of_trna_2(X) = fn_polymer_synthesis_23(X)
& fn_polymer_synthesis_23(X) = fn_polymer_synthesis_23(X)
& fn_synthesis_of_nucleic_acid_6(X) = fn_synthesis_of_nucleic_acid_6(X)
& fn_synthesis_of_nucleic_acid_6(X) = fn_polymer_synthesis_23(X)
& fn_polymer_synthesis_23(X) = fn_synthesis_of_nucleic_acid_6(X)
& fn_synthesis_of_nucleic_acid_6(X) = fn_polymer_synthesis_7(X)
& fn_synthesis_of_nucleic_acid_11(X) = fn_polymer_synthesis_7(X)
& fn_polymer_synthesis_7(X) = fn_synthesis_of_nucleic_acid_11(X)
& fn_synthesis_of_nucleic_acid_11(X) = fn_synthesis_of_nucleic_acid_11(X)
& fn_synthesis_of_nucleic_acid_11(X) = fn_synthesis_of_rna_in_eukaryote_3(X)
& fn_synthesis_of_rna_in_eukaryote_3(X) = fn_synthesis_of_nucleic_acid_1(X)
& fn_synthesis_of_nucleic_acid_1(X) = fn_synthesis_of_rna_in_eukaryote_15(X)
& fn_synthesis_of_rna_in_eukaryote_15(X) = fn_polymer_synthesis_11(X)
& fn_polymer_synthesis_11(X) = fn_synthesis_of_nucleic_acid_7(X)
& fn_synthesis_of_rna_in_eukaryote_14(X) = fn_synthesis_of_rna_in_eukaryote_14(X)
& fn_synthesis_of_rna_in_eukaryote_14(X) = fn_synthesis_of_nucleic_acid_7(X)
& fn_synthesis_of_nucleic_acid_7(X) = fn_synthesis_of_rna_in_eukaryote_14(X)
& fn_synthesis_of_rna_in_eukaryote_14(X) = fn_synthesis_of_nucleic_acid_2(X)
& fn_synthesis_of_rna_in_eukaryote_8(X) = fn_synthesis_of_nucleic_acid_2(X)
& fn_synthesis_of_nucleic_acid_2(X) = fn_synthesis_of_rna_in_eukaryote_8(X)
& fn_synthesis_of_rna_in_eukaryote_8(X) = fn_synthesis_of_rna_in_eukaryote_8(X)
& fn_synthesis_of_rna_in_eukaryote_8(X) = fn_polymer_synthesis_20(X)
& fn_synthesis_of_nucleic_acid_14(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_nucleic_acid_14(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_nucleic_acid_9(X) = fn_synthesis_of_nucleic_acid_14(X)
& fn_synthesis_of_nucleic_acid_14(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_synthesis_of_rna_in_eukaryote_12(X) = fn_synthesis_of_nucleic_acid_9(X)
& fn_synthesis_of_nucleic_acid_9(X) = fn_synthesis_of_rna_in_eukaryote_12(X)
& fn_synthesis_of_rna_in_eukaryote_12(X) = fn_synthesis_of_rna_in_eukaryote_12(X)
& fn_synthesis_of_rna_in_eukaryote_12(X) = fn_synthesis_of_nucleic_acid_13(X)
& fn_synthesis_of_rna_in_eukaryote_11(X) = fn_synthesis_of_nucleic_acid_13(X)
& fn_synthesis_of_nucleic_acid_13(X) = fn_synthesis_of_rna_in_eukaryote_11(X)
& fn_synthesis_of_rna_in_eukaryote_11(X) = fn_synthesis_of_rna_in_eukaryote_11(X)
& fn_synthesis_of_rna_in_eukaryote_11(X) = fn_eukaryotic_cell_37(fn_synthesis_of_trna_in_eukaryote_9(X))
& fn_eukaryotic_cell_37(fn_synthesis_of_trna_in_eukaryote_9(X)) = fn_eukaryotic_cell_37(fn_synthesis_of_trna_in_eukaryote_9(X))
& fn_eukaryotic_cell_37(fn_synthesis_of_trna_in_eukaryote_9(X)) = fn_nucleus_13(fn_synthesis_of_trna_in_eukaryote_10(X))
& fn_nucleus_13(fn_synthesis_of_trna_in_eukaryote_10(X)) = fn_move_out_of_1(fn_synthesis_of_trna_in_eukaryote_20(X))
& fn_move_out_of_1(fn_synthesis_of_trna_in_eukaryote_20(X)) = fn_move_out_of_1(fn_synthesis_of_trna_in_eukaryote_20(X))
& fn_move_out_of_1(fn_synthesis_of_trna_in_eukaryote_20(X)) = fn_eukaryotic_cell_26(fn_synthesis_of_trna_in_eukaryote_9(X))
& fn_eukaryotic_cell_26(fn_synthesis_of_trna_in_eukaryote_9(X)) = fn_eukaryotic_cell_26(fn_synthesis_of_trna_in_eukaryote_9(X))
& fn_eukaryotic_cell_26(fn_synthesis_of_trna_in_eukaryote_9(X)) = fn_synthesis_of_rna_in_eukaryote_6(X)
& fn_synthesis_of_rna_in_eukaryote_6(X) = fn_eukaryotic_cell_26(fn_synthesis_of_trna_in_eukaryote_9(X))
& fn_eukaryotic_cell_26(fn_synthesis_of_trna_in_eukaryote_9(X)) = fn_cell_25(fn_synthesis_of_trna_in_eukaryote_9(X))
& fn_cell_25(fn_synthesis_of_trna_in_eukaryote_9(X)) = fn_nucleus_6(fn_synthesis_of_trna_in_eukaryote_10(X))
& fn_nucleus_6(fn_synthesis_of_trna_in_eukaryote_10(X)) = fn_eukaryotic_cell_21(fn_synthesis_of_trna_in_eukaryote_9(X))
& fn_eukaryotic_cell_21(fn_synthesis_of_trna_in_eukaryote_9(X)) = fn_cell_9(fn_synthesis_of_trna_in_eukaryote_9(X))
& fn_cell_9(fn_synthesis_of_trna_in_eukaryote_9(X)) = fn_eukaryotic_cell_31(fn_synthesis_of_trna_in_eukaryote_9(X))
& fn_eukaryotic_cell_31(fn_synthesis_of_trna_in_eukaryote_9(X)) = fn_cell_28(fn_synthesis_of_trna_in_eukaryote_9(X))
& fn_cell_28(fn_synthesis_of_trna_in_eukaryote_9(X)) = fn_cell_28(fn_synthesis_of_trna_in_eukaryote_9(X)) ) ) ).
fof(a533101,axiom,
! [X] :
( synthesis_of_vacuole_1(X)
=> ( original_name_2(X,'Synthesis-Of-Vacuole')
& user_description_2(X,'A vacuole is formed by pinching off the surface of an endoplasmic reticulum and golgi-apparatus.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'vacuole synthesis')
& concept2words_2(X,'vacuole-synthesis')
& concept2words_2(X,'synthesis of vacuole')
& concept2words_2(X,'synthesis-of-vacuole')
& synthesis_of_organelle_1(X)
& endoplasmic_reticulum_1(fn_synthesis_of_vacuole_1(X))
& trans_face_1(fn_synthesis_of_vacuole_2(X))
& free_energy_1(fn_synthesis_of_vacuole_3(X))
& spatial_entity_1(fn_synthesis_of_vacuole_4(X))
& golgi_apparatus_1(fn_synthesis_of_vacuole_4(X))
& vacuole_1(fn_synthesis_of_vacuole_5(X))
& vesicle_1(fn_synthesis_of_vacuole_6(X))
& vesicle_1(fn_synthesis_of_vacuole_7(X))
& fusion_1(fn_synthesis_of_vacuole_8(X))
& remove_1(fn_synthesis_of_vacuole_9(X))
& spatial_entity_1(fn_remove_2(fn_synthesis_of_vacuole_9(X)))
& spatial_entity_1(fn_add_2(fn_synthesis_of_vacuole_8(X)))
& trans_face_1(fn_golgi_apparatus_31(fn_synthesis_of_vacuole_4(X)))
& spatial_entity_1(fn_add_1(fn_synthesis_of_vacuole_8(X)))
& spatial_entity_1(fn_remove_1(fn_synthesis_of_vacuole_9(X)))
& create_1(fn_golgi_apparatus_51(fn_synthesis_of_vacuole_4(X)))
& produce_1(fn_golgi_apparatus_51(fn_synthesis_of_vacuole_4(X)))
& create_1(fn_golgi_apparatus_40(fn_synthesis_of_vacuole_4(X)))
& produce_1(fn_golgi_apparatus_40(fn_synthesis_of_vacuole_4(X)))
& site_2(fn_synthesis_of_vacuole_9(X),fn_synthesis_of_vacuole_2(X))
& next_event_2(fn_synthesis_of_vacuole_9(X),fn_synthesis_of_vacuole_8(X))
& result_2(fn_synthesis_of_vacuole_8(X),fn_synthesis_of_vacuole_5(X))
& agent_2(X,fn_synthesis_of_vacuole_1(X))
& subevent_2(X,fn_synthesis_of_vacuole_8(X))
& subevent_2(X,fn_synthesis_of_vacuole_9(X))
& base_2(fn_synthesis_of_vacuole_9(X),fn_synthesis_of_vacuole_4(X))
& object_2(fn_synthesis_of_vacuole_8(X),fn_synthesis_of_vacuole_7(X))
& base_2(fn_synthesis_of_vacuole_8(X),fn_synthesis_of_vacuole_6(X))
& object_2(fn_synthesis_of_vacuole_9(X),fn_synthesis_of_vacuole_7(X))
& raw_material_2(X,fn_synthesis_of_vacuole_3(X))
& result_2(X,fn_synthesis_of_vacuole_5(X))
& agent_2(X,fn_synthesis_of_vacuole_4(X))
& has_region_2(fn_synthesis_of_vacuole_4(X),fn_synthesis_of_vacuole_2(X))
& fn_synthesis_of_vacuole_4(X) = fn_remove_2(fn_synthesis_of_vacuole_9(X))
& fn_synthesis_of_vacuole_7(X) = fn_add_1(fn_synthesis_of_vacuole_8(X))
& fn_synthesis_of_vacuole_6(X) = fn_add_2(fn_synthesis_of_vacuole_8(X))
& fn_synthesis_of_vacuole_7(X) = fn_remove_1(fn_synthesis_of_vacuole_9(X))
& fn_synthesis_of_vacuole_3(X) = fn_produce_1(X)
& fn_synthesis_of_vacuole_5(X) = fn_synthesis_of_organelle_1(X)
& X = fn_golgi_apparatus_51(fn_synthesis_of_vacuole_4(X))
& X = fn_golgi_apparatus_40(fn_synthesis_of_vacuole_4(X))
& fn_synthesis_of_vacuole_2(X) = fn_golgi_apparatus_31(fn_synthesis_of_vacuole_4(X))
& fn_add_1(fn_synthesis_of_vacuole_8(X)) = fn_remove_1(fn_synthesis_of_vacuole_9(X))
& fn_remove_1(fn_synthesis_of_vacuole_9(X)) = fn_golgi_apparatus_51(fn_synthesis_of_vacuole_4(X))
& fn_golgi_apparatus_51(fn_synthesis_of_vacuole_4(X)) = fn_golgi_apparatus_40(fn_synthesis_of_vacuole_4(X)) ) ) ).
fof(a533102,axiom,
! [X] :
( synthesis_reaction_1(X)
=> ( original_name_2(X,'Synthesis-Reaction')
& user_description_2(X,'Synthesis reactions are reactions that produce new molecules from two or more reactants.')
& concept2words_2(X,synthesize)
& concept2words_2(X,'reaction of synthesis')
& concept2words_2(X,'synthesis reaction')
& concept2words_2(X,'synthesis-reaction')
& chemical_reaction_1(X) ) ) ).
fof(a533103,axiom,
! [X] :
( synthetic_endorphins_1(X)
=> ( original_name_2(X,'Synthetic-Endorphins')
& user_description_2(X,'Certain opiates which attach to and mimic the effects of naturally occuring endorphins.')
& concept2words_2(X,'synthetic endorphins')
& concept2words_2(X,'synthetic endorphin')
& concept2words_2(X,'synthetic-endorphin')
& endorphin_1(X) ) ) ).
fof(a533104,axiom,
! [X] :
( syringe_1(X)
=> ( original_name_2(X,'Syringe')
& user_description_2(X,'A device used for injecting or drawing fluids through a membrane.')
& concept2words_2(X,syringe)
& scientific_device_1(X) ) ) ).
fof(a533105,axiom,
! [X] :
( system_1(X)
=> ( original_name_2(X,'System')
& concept2words_2(X,system)
& thing_1(X) ) ) ).
fof(a533106,axiom,
! [X] :
( systematics_1(X)
=> ( original_name_2(X,'Systematics')
& user_description_2(X,'The scientific study of the classification of organisms and determination of the evolutionary relationships among organisms.')
& concept2words_2(X,systematics)
& inquiry_1(X) ) ) ).
fof(a533107,axiom,
! [X] :
( systemic_acquired_resistance_1(X)
=> ( original_name_2(X,'Systemic-Acquired-Resistance')
& user_description_2(X,'Response in plants which have been infected by a pathogen that prevents further infection by that pathogen.')
& concept2words_2(X,'systemic acquired resistance')
& concept2words_2(X,'systemic-acquired-resistance')
& immune_response_1(X) ) ) ).
fof(a533108,axiom,
! [X] :
( systemic_circuit_1(X)
=> ( original_name_2(X,'Systemic-Circuit')
& user_description_2(X,'The branch of the circulatory system that pumps oxygenated blood to all organs and tissues of the body.')
& concept2words_2(X,'systemic circuit')
& concept2words_2(X,'systemic-circuit')
& circuit_1(X) ) ) ).
fof(a533109,axiom,
! [X] :
( systems_biology_1(X)
=> ( original_name_2(X,'Systems-Biology')
& user_description_2(X,'An approach to the study of biology whose goal is to understand entire biological systems, rather than focusing only on parts of systems.')
& concept2words_2(X,'systems biology')
& concept2words_2(X,'systems-biology')
& biology_1(X) ) ) ).
fof(a533110,axiom,
! [X] :
( systole_1(X)
=> ( original_name_2(X,'Systole')
& user_description_2(X,'The part of the cardiac cycle when the left ventricle contracts and pumps blood through the aorta. More generally, systole can refer to the contraction of any of the heart chambers.')
& concept2words_2(X,systole)
& cardiovascular_process_1(X) ) ) ).
fof(a533111,axiom,
! [X] :
( t_cell_receptor_1(X)
=> ( original_name_2(X,'T-Cell-Receptor')
& user_description_2(X,'A molecule on the surface of a T cell that recognizes antigens presented by major histocompatibility complex (MHC) molecules.')
& concept2words_2(X,'t cell receptor')
& concept2words_2(X,'t-cell receptor')
& concept2words_2(X,'t-cell-receptor')
& receptor_protein_1(X)
& hydrophobic_region_1(fn_t_cell_receptor_1(X))
& has_region_2(X,fn_t_cell_receptor_1(X)) ) ) ).
fof(a533112,axiom,
! [X] :
( t_cells_1(X)
=> ( original_name_2(X,'T-Cells')
& user_description_2(X,'Lymphocytes that mature in the thymus gland, distinguished from other lymphocytes by the presence of T-cell receptors on the surface. T cells function in cell-mediated immunity; some are helper cells in adaptive immunity.')
& concept2words_2(X,'t cells')
& concept2words_2(X,'t-cells')
& concept2words_2(X,'t cell')
& concept2words_2(X,'t-cell')
& lymphocyte_1(X) ) ) ).
fof(a533113,axiom,
! [X] :
( t2_phage_1(X)
=> ( original_name_2(X,'T2-Phage')
& user_description_2(X,'The virus used in the Hershey-Chase experiment to determine whether protein or DNA was the source of genetic information.')
& concept2words_2(X,'t2 phage')
& concept2words_2(X,'t2-phage')
& phage_1(X) ) ) ).
fof(a533114,axiom,
! [X] :
( t3_1(X)
=> ( original_name_2(X,'T3')
& user_description_2(X,'Triiodothyronine, one of the hormones secreted by the thyroid gland in vertebrates. It regulates metabolism, development, and maturation.')
& concept2words_2(X,triiodothyronine)
& concept2words_2(X,t3)
& thyroid_hormone_1(X)
& amino_acid_hormone_1(X)
& ~ catecholamine_1(X)
& ~ dopamine_1(X)
& ~ epinephrine_1(X)
& ~ melatonin_1(X)
& ~ norepinephrine_1(X)
& ~ t4_1(X)
& iodine_1(fn_t3_1(X))
& exactCardinality(X,has_part_0,"3",iodine_0)
& has_part_2(X,fn_t3_1(X))
& fn_t3_1(X) = fn_thyroid_hormone_11(X) ) ) ).
fof(a533115,axiom,
! [X] :
( t4_1(X)
=> ( original_name_2(X,'T4')
& user_description_2(X,'Thyroxine, one of the hormones secreted by the thyroid gland in vertebrates. Thyroxine is the form that circulates in the blood, but is converted to T3 (triiodothyronine) by the target cells.')
& concept2words_2(X,thyroxine)
& concept2words_2(X,t4)
& thyroid_hormone_1(X)
& amino_acid_hormone_1(X)
& ~ catecholamine_1(X)
& ~ dopamine_1(X)
& ~ epinephrine_1(X)
& ~ melatonin_1(X)
& ~ norepinephrine_1(X)
& ~ t3_1(X)
& iodine_1(fn_t4_1(X))
& exactCardinality(X,has_part_0,"4",iodine_0)
& has_part_2(X,fn_t4_1(X))
& fn_t4_1(X) = fn_thyroid_hormone_11(X) ) ) ).
fof(a533116,axiom,
! [X] :
( t4_phage_1(X)
=> ( original_name_2(X,'T4-Phage')
& user_description_2(X,'Among the largest of the bacteriophages. It has a tail sheath and infects E. Coli bacteria.')
& concept2words_2(X,t4)
& concept2words_2(X,'t4 bacteriophage')
& concept2words_2(X,'phage t4')
& concept2words_2(X,'phage of t4')
& concept2words_2(X,'t4 phage')
& concept2words_2(X,'t4-phage')
& virulent_phage_1(X) ) ) ).
fof(a533117,axiom,
! [X] :
( tadpole_1(X)
=> ( original_name_2(X,'Tadpole')
& user_description_2(X,'A larval frog or toad is called the tadpole.')
& concept2words_2(X,polywog)
& concept2words_2(X,tadpole)
& anuran_1(X)
& tail_1(fn_tadpole_1(X))
& has_part_2(X,fn_tadpole_1(X)) ) ) ).
fof(a533118,axiom,
! [X] :
( tail_1(X)
=> ( original_name_2(X,'Tail')
& user_description_2(X,'The tail is the section at the rear end of an animal\'s body; in general, the term refers to a distinct, flexible appendage to the torso.')
& concept2words_2(X,tail)
& vertebrate_appendage_1(X) ) ) ).
fof(a533119,axiom,
! [X] :
( tail_region_1(X)
=> ( original_name_2(X,'Tail-Region')
& user_description_2(X,'The end or most posterior region.')
& concept2words_2(X,'region of tail')
& concept2words_2(X,'tail region')
& concept2words_2(X,'tail-region')
& end_1(X) ) ) ).
fof(a533120,axiom,
! [X] :
( take_1(X)
=> ( original_name_2(X,'Take')
& concept2words_2(X,take)
& obtain_1(X)
& tangible_entity_1(fn_take_1(X))
& donor_2(X,fn_take_1(X)) ) ) ).
fof(a533121,axiom,
! [X] :
( take_apart_1(X)
=> ( original_name_2(X,'Take-Apart')
& concept2words_2(X,'take apart')
& concept2words_2(X,take_apart)
& concept2words_2(X,'break apart')
& concept2words_2(X,break_apart)
& concept2words_2(X,'break up')
& concept2words_2(X,break_up)
& concept2words_2(X,disassemble)
& concept2words_2(X,dismantle)
& concept2words_2(X,'break down')
& concept2words_2(X,'take-apart')
& break_1(X) ) ) ).
fof(a533122,axiom,
! [X] :
( take_control_1(X)
=> ( original_name_2(X,'Take-Control')
& concept2words_2(X,control)
& concept2words_2(X,command)
& concept2words_2(X,'take control')
& concept2words_2(X,take_control)
& concept2words_2(X,'take charge')
& concept2words_2(X,take_charge)
& concept2words_2(X,'take hold')
& concept2words_2(X,take_hold)
& concept2words_2(X,'take control of')
& concept2words_2(X,'control of take')
& concept2words_2(X,'take-control')
& action_1(X)
& entity_1(fn_take_control_1(X))
& entity_1(fn_take_control_2(X))
& agent_2(X,fn_take_control_2(X))
& object_2(X,fn_take_control_1(X)) ) ) ).
fof(a533123,axiom,
! [X] :
( take_in_1(X)
=> ( original_name_2(X,'Take-In')
& concept2words_2(X,sorb)
& concept2words_2(X,'take up')
& concept2words_2(X,take_up)
& concept2words_2(X,consume)
& concept2words_2(X,ingest)
& concept2words_2(X,'take in')
& concept2words_2(X,take)
& concept2words_2(X,have)
& concept2words_2(X,'take-in')
& move_into_1(X)
& ~ load_1(X)
& ~ enter_1(X)
& ~ capillary_action_1(X)
& ~ implant_1(X)
& ~ package_recombinants_in_capsid_1(X)
& tangible_entity_1(fn_take_in_1(X))
& agent_2(X,fn_take_in_1(X))
& base_2(X,fn_take_in_1(X))
& fn_take_in_1(X) = fn_move_into_1(X) ) ) ).
fof(a533124,axiom,
! [X] :
( tamoxifen_1(X)
=> ( original_name_2(X,'Tamoxifen')
& user_description_2(X,'Drug used in the treatment of some forms of breast cancer.')
& concept2words_2(X,tamoxifen)
& chemotherapeutic_drug_1(X)
& block_1(fn_tamoxifen_1(X))
& estrogen_receptor_1(fn_tamoxifen_2(X))
& spatial_entity_1(fn_block_1(fn_tamoxifen_1(X)))
& agent_2(fn_tamoxifen_1(X),X)
& has_function_2(X,fn_tamoxifen_1(X))
& object_2(fn_tamoxifen_1(X),fn_tamoxifen_2(X))
& fn_tamoxifen_2(X) = fn_block_1(fn_tamoxifen_1(X)) ) ) ).
fof(a533125,axiom,
! [X] :
( tandemly_repeated_dna_1(X)
=> ( original_name_2(X,'Tandemly-Repeated-DNA')
& user_description_2(X,'Repeated short sequences of DNA.')
& concept2words_2(X,'satellite dna')
& concept2words_2(X,'satellite-dna')
& concept2words_2(X,'tandemly repeated dna')
& concept2words_2(X,'tandemly-repeated-dna')
& eukaryote_dna_sequence_1(X)
& tandemly_repeated_dna_1(fn_tandemly_repeated_dna_1(X))
& phosphodiester_bond_1(fn_tandemly_repeated_dna_2(X))
& deoxyribose_1(fn_tandemly_repeated_dna_3(X))
& chemical_bond_1(fn_molecule_10(fn_tandemly_repeated_dna_3(X)))
& abuts_2(fn_tandemly_repeated_dna_1(X),X)
& abuts_2(X,fn_tandemly_repeated_dna_1(X))
& possesses_2(X,fn_tandemly_repeated_dna_2(X))
& possesses_2(fn_tandemly_repeated_dna_3(X),fn_tandemly_repeated_dna_2(X))
& fn_tandemly_repeated_dna_2(X) = fn_molecule_10(fn_tandemly_repeated_dna_3(X)) ) ) ).
fof(a533126,axiom,
! [X] :
( tangible_entity_1(X)
=> ( original_name_2(X,'Tangible-Entity')
& concept2words_2(X,object)
& concept2words_2(X,part)
& concept2words_2(X,structure)
& concept2words_2(X,substrate)
& concept2words_2(X,reactant)
& concept2words_2(X,'material of raw')
& concept2words_2(X,'raw material')
& concept2words_2(X,'raw-material')
& concept2words_2(X,material)
& concept2words_2(X,portion)
& concept2words_2(X,component)
& concept2words_2(X,'has part')
& concept2words_2(X,'has-part')
& concept2words_2(X,thing)
& concept2words_2(X,fragment)
& concept2words_2(X,'tangible entity')
& concept2words_2(X,'tangible-entity')
& spatial_entity_1(X)
& ~ region_1(X)
& ~ map_unit_1(X)
& ~ band_pattern_1(X)
& ~ chiasma_1(X)
& ~ distance_between_genes_1(X)
& ~ thermodynamic_system_1(X)
& ~ waste_product_1(X) ) ) ).
fof(a533127,axiom,
! [X] :
( tantalum_1(X)
=> ( original_name_2(X,'Tantalum')
& user_description_2(X,'Tantalum is a metal atom with atomic number 73. It is represented by the symbol Ta.')
& concept2words_2(X,tantalum)
& concept2words_2(X,'Ta')
& metal_atom_1(X)
& neutron_1(fn_tantalum_3(X))
& atomic_mass_value_1(fn_tantalum_4(X))
& electronegativity_value_1(fn_tantalum_5(X))
& valence_electron_1(fn_tantalum_9(X))
& atomic_weight_value_1(fn_tantalum_10(X))
& atomic_number_value_1(fn_tantalum_11(X))
& quantity_value_1(fn_tantalum_12(X))
& electronegativity_2(X,fn_tantalum_5(X))
& mass_number_2(X,fn_tantalum_4(X))
& exactCardinality(X,has_part_0,"108",neutron_0)
& exactCardinality(X,has_part_0,"73",proton_0)
& exactCardinality(X,has_part_0,"73",electron_0)
& has_part_2(X,fn_tantalum_3(X))
& the_cardinal_value_2(fn_tantalum_12(X),"5")
& cardinal_unit_class_2(fn_tantalum_12(X),unity_0)
& the_cardinal_value_2(fn_tantalum_5(X),"1.5")
& cardinal_unit_class_2(fn_tantalum_5(X),unity_0)
& the_cardinal_value_2(fn_tantalum_4(X),"181")
& cardinal_unit_class_2(fn_tantalum_4(X),unity_0)
& the_cardinal_value_2(fn_tantalum_11(X),"73")
& cardinal_unit_class_2(fn_tantalum_11(X),unity_0)
& the_cardinal_value_2(fn_tantalum_10(X),"180.9")
& cardinal_unit_class_2(fn_tantalum_10(X),dalton_0)
& atomic_number_2(X,fn_tantalum_11(X))
& atomic_weight_2(X,fn_tantalum_10(X))
& has_part_2(X,fn_tantalum_9(X))
& quantity_2(fn_tantalum_9(X),fn_tantalum_12(X))
& fn_tantalum_7(X) = fn_atom_12(X)
& fn_tantalum_11(X) = fn_atom_17(X)
& fn_tantalum_8(X) = fn_atom_13(X)
& fn_tantalum_10(X) = fn_atom_16(X)
& fn_tantalum_6(X) = fn_atom_1(X)
& fn_tantalum_12(X) = fn_atom_5(X)
& fn_tantalum_9(X) = fn_atom_14(X) ) ) ).
fof(a533128,axiom,
! [X] :
( tapeworm_1(X)
=> ( original_name_2(X,'Tapeworm')
& user_description_2(X,'A member of a class of parasitic flatworms, inhabiting the intestines of vertebrate hosts.')
& concept2words_2(X,tapeworm)
& flatworm_1(X)
& ~ planarian_1(X)
& ~ trematode_1(X)
& ~ turbellarian_1(X) ) ) ).
fof(a533129,axiom,
! [X] :
( taproot_1(X)
=> ( original_name_2(X,'Taproot')
& user_description_2(X,'A large, downward growing vertical root from which lateral roots arise.')
& concept2words_2(X,taproot)
& root_1(X)
& ~ adventitious_root_1(X)
& ~ carrot_1(X)
& ~ fibrous_root_1(X)
& ~ lateral_root_1(X)
& ~ radicle_1(X) ) ) ).
fof(a533130,axiom,
! [X] :
( taq_polymerase_1(X)
=> ( original_name_2(X,'Taq-Polymerase')
& user_description_2(X,'Taq polymerase is a thermostable DNA polymerase frequently used in polymerase chain reaction (PCR), methods for greatly amplifying short segments of DNA.')
& concept2words_2(X,'taq polymerase')
& concept2words_2(X,'taq-polymerase')
& dna_polymerase_1(X)
& ~ dna_polymerase_i_1(X)
& ~ dna_polymerase_ii_1(X)
& ~ dna_polymerase_iii_1(X)
& break_1(fn_taq_polymerase_1(X))
& constant_motion_1(fn_taq_polymerase_6(X))
& size_value_1(fn_taq_polymerase_7(X))
& protein_domain_1(fn_taq_polymerase_8(X))
& hydrophilic_region_1(fn_taq_polymerase_9(X))
& surface_1(fn_taq_polymerase_10(X))
& carbon_skeleton_1(fn_taq_polymerase_11(X))
& active_site_1(fn_taq_polymerase_12(X))
& polypeptide_1(fn_taq_polymerase_13(X))
& carbon_1(fn_taq_polymerase_14(X))
& atom_1(fn_taq_polymerase_15(X))
& chemical_entity_1(fn_taq_polymerase_15(X))
& monomer_1(fn_taq_polymerase_16(X))
& kinetic_energy_1(fn_taq_polymerase_17(X))
& decrease_1(fn_taq_polymerase_18(X))
& catalyst_1(fn_taq_polymerase_19(X))
& attach_1(fn_taq_polymerase_20(X))
& spatial_entity_1(fn_taq_polymerase_21(X))
& chemical_entity_1(fn_taq_polymerase_21(X))
& monomer_1(fn_taq_polymerase_21(X))
& molecule_1(fn_taq_polymerase_21(X))
& amino_acid_1(fn_taq_polymerase_21(X))
& quantity_value_1(fn_taq_polymerase_22(X))
& speed_value_1(fn_taq_polymerase_23(X))
& size_value_1(fn_taq_polymerase_24(X))
& thermocycler_1(fn_taq_polymerase_25(X))
& chemical_reaction_1(fn_taq_polymerase_26(X))
& polymerase_chain_reaction_1(fn_taq_polymerase_26(X))
& synthesis_of_dna_strand_1(fn_taq_polymerase_26(X))
& collecting_1(fn_taq_polymerase_27(X))
& bacterium_1(fn_taq_polymerase_28(X))
& extreme_thermophile_1(fn_taq_polymerase_29(X))
& prokaryote_1(fn_extremophile_1(fn_taq_polymerase_29(X)))
& attach_1(fn_synthesis_of_dna_strand_21(fn_taq_polymerase_26(X)))
& break_1(fn_synthesis_of_dna_strand_20(fn_taq_polymerase_26(X)))
& polymerase_chain_reaction_1(fn_thermocycler_1(fn_taq_polymerase_25(X)))
& entity_1(fn_collecting_1(fn_taq_polymerase_27(X)))
& dna_polymerase_1(fn_synthesis_of_dna_strand_17(fn_taq_polymerase_26(X)))
& base_2(fn_taq_polymerase_27(X),fn_taq_polymerase_28(X))
& in_event_2(fn_taq_polymerase_19(X),fn_taq_polymerase_26(X))
& site_2(fn_taq_polymerase_26(X),fn_taq_polymerase_12(X))
& facilitates_2(fn_taq_polymerase_12(X),fn_taq_polymerase_26(X))
& enables_2(fn_taq_polymerase_18(X),fn_taq_polymerase_26(X))
& plays_2(fn_taq_polymerase_28(X),fn_taq_polymerase_29(X))
& instrument_2(fn_taq_polymerase_26(X),fn_taq_polymerase_25(X))
& object_2(fn_taq_polymerase_27(X),X)
& has_function_2(X,fn_taq_polymerase_26(X))
& subevent_2(fn_taq_polymerase_26(X),fn_taq_polymerase_20(X))
& subevent_2(fn_taq_polymerase_26(X),fn_taq_polymerase_1(X))
& agent_2(fn_taq_polymerase_1(X),X)
& agent_2(fn_taq_polymerase_20(X),X)
& next_event_2(fn_taq_polymerase_20(X),fn_taq_polymerase_1(X))
& the_scalar_value_2(fn_taq_polymerase_7(X),big_0)
& scalar_unit_class_2(fn_taq_polymerase_7(X),polypeptide_0)
& has_region_2(X,fn_taq_polymerase_12(X))
& has_part_2(X,fn_taq_polymerase_14(X))
& has_function_2(X,fn_taq_polymerase_18(X))
& plays_2(X,fn_taq_polymerase_19(X))
& has_part_2(X,fn_taq_polymerase_15(X))
& fn_taq_polymerase_15(X) != fn_taq_polymerase_14(X)
& is_inside_2(fn_taq_polymerase_14(X),fn_taq_polymerase_11(X))
& has_region_2(X,fn_taq_polymerase_11(X))
& has_region_2(X,fn_taq_polymerase_10(X))
& fn_taq_polymerase_14(X) != fn_taq_polymerase_15(X)
& is_at_2(fn_taq_polymerase_21(X),fn_taq_polymerase_8(X))
& has_part_2(fn_taq_polymerase_13(X),fn_taq_polymerase_21(X))
& has_part_2(X,fn_taq_polymerase_13(X))
& has_region_2(X,fn_taq_polymerase_9(X))
& is_at_2(fn_taq_polymerase_9(X),fn_taq_polymerase_10(X))
& possesses_2(X,fn_taq_polymerase_17(X))
& quantity_2(fn_taq_polymerase_17(X),fn_taq_polymerase_22(X))
& directly_proportional_2(fn_taq_polymerase_23(X),fn_taq_polymerase_22(X))
& speed_2(fn_taq_polymerase_6(X),fn_taq_polymerase_23(X))
& object_2(fn_taq_polymerase_6(X),X)
& size_2(X,fn_taq_polymerase_7(X))
& greater_than_2(fn_taq_polymerase_7(X),fn_taq_polymerase_24(X))
& size_2(fn_taq_polymerase_16(X),fn_taq_polymerase_24(X))
& has_part_2(X,fn_taq_polymerase_16(X))
& has_region_2(X,fn_taq_polymerase_8(X))
& fn_taq_polymerase_28(X) = fn_extremophile_1(fn_taq_polymerase_29(X))
& fn_taq_polymerase_26(X) = fn_thermocycler_1(fn_taq_polymerase_25(X))
& X = fn_collecting_1(fn_taq_polymerase_27(X))
& fn_taq_polymerase_26(X) = fn_dna_polymerase_24(X)
& fn_taq_polymerase_20(X) = fn_synthesis_of_dna_strand_21(fn_taq_polymerase_26(X))
& X = fn_synthesis_of_dna_strand_17(fn_taq_polymerase_26(X))
& fn_taq_polymerase_1(X) = fn_synthesis_of_dna_strand_20(fn_taq_polymerase_26(X))
& fn_taq_polymerase_12(X) = fn_dna_polymerase_30(X)
& fn_taq_polymerase_5(X) = fn_dna_polymerase_48(X)
& fn_taq_polymerase_4(X) = fn_dna_polymerase_50(X)
& fn_taq_polymerase_18(X) = fn_dna_polymerase_25(X)
& fn_taq_polymerase_3(X) = fn_dna_polymerase_49(X)
& fn_taq_polymerase_19(X) = fn_dna_polymerase_26(X)
& fn_taq_polymerase_2(X) = fn_dna_polymerase_23(X)
& fn_taq_polymerase_14(X) = fn_protein_enzyme_7(X)
& fn_taq_polymerase_11(X) = fn_protein_enzyme_6(X)
& fn_taq_polymerase_11(X) = fn_dna_polymerase_47(X)
& fn_taq_polymerase_14(X) = fn_dna_polymerase_46(X)
& fn_taq_polymerase_15(X) = fn_dna_polymerase_45(X)
& fn_taq_polymerase_10(X) = fn_dna_polymerase_29(X)
& fn_taq_polymerase_9(X) = fn_dna_polymerase_28(X)
& fn_taq_polymerase_13(X) = fn_dna_polymerase_31(X)
& fn_taq_polymerase_21(X) = fn_dna_polymerase_38(X)
& fn_taq_polymerase_6(X) = fn_dna_polymerase_43(X)
& fn_taq_polymerase_23(X) = fn_dna_polymerase_42(X)
& fn_taq_polymerase_22(X) = fn_dna_polymerase_41(X)
& fn_taq_polymerase_17(X) = fn_dna_polymerase_44(X)
& fn_taq_polymerase_8(X) = fn_dna_polymerase_27(X)
& fn_taq_polymerase_16(X) = fn_protein_enzyme_9(X)
& fn_taq_polymerase_16(X) = fn_dna_polymerase_32(X)
& fn_taq_polymerase_24(X) = fn_dna_polymerase_39(X)
& fn_taq_polymerase_7(X) = fn_protein_enzyme_3(X)
& fn_taq_polymerase_7(X) = fn_dna_polymerase_40(X)
& fn_dna_polymerase_24(X) = fn_dna_polymerase_24(X)
& fn_dna_polymerase_24(X) = fn_thermocycler_1(fn_taq_polymerase_25(X))
& fn_thermocycler_1(fn_taq_polymerase_25(X)) = fn_dna_polymerase_24(X)
& fn_dna_polymerase_24(X) = fn_protein_enzyme_6(X)
& fn_dna_polymerase_47(X) = fn_protein_enzyme_6(X)
& fn_protein_enzyme_6(X) = fn_dna_polymerase_47(X)
& fn_dna_polymerase_47(X) = fn_protein_enzyme_7(X)
& fn_dna_polymerase_46(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_dna_polymerase_46(X)
& fn_dna_polymerase_46(X) = fn_dna_polymerase_46(X)
& fn_dna_polymerase_46(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_dna_polymerase_32(X)
& fn_dna_polymerase_32(X) = fn_dna_polymerase_32(X)
& fn_dna_polymerase_32(X) = fn_protein_enzyme_3(X)
& fn_dna_polymerase_40(X) = fn_dna_polymerase_40(X)
& fn_dna_polymerase_40(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_dna_polymerase_40(X)
& fn_dna_polymerase_40(X) = fn_collecting_1(fn_taq_polymerase_27(X))
& fn_collecting_1(fn_taq_polymerase_27(X)) = fn_synthesis_of_dna_strand_17(fn_taq_polymerase_26(X))
& fn_synthesis_of_dna_strand_17(fn_taq_polymerase_26(X)) = fn_synthesis_of_dna_strand_17(fn_taq_polymerase_26(X)) ) ) ).
fof(a533131,axiom,
! [X] :
( tardigrade_1(X)
=> ( original_name_2(X,'Tardigrade')
& user_description_2(X,'A member of the phylum Tardigrada, part of the superphylum Ecdysozoa. They are microscopic, water-dwelling, segmented animals with four pairs of stubb legs. Tardigrades are known for their ability to dehydrate into a dormant resting stage called a tun, which can withstand extreme high and low temperatures, high levels of radiation, and anoxic conditions.')
& concept2words_2(X,tardigrade)
& ecdysozoan_1(X) ) ) ).
fof(a533132,axiom,
! [X] :
( target_1(X)
=> ( original_name_2(X,'Target')
& concept2words_2(X,target)
& role_1(X)
& spatial_entity_1(fn_target_1(X))
& plays_2(fn_target_1(X),X) ) ) ).
fof(a533133,axiom,
! [X] :
( target_cell_1(X)
=> ( original_name_2(X,'Target-Cell')
& user_description_2(X,'A cell that has receptors for a particular signaling molecule such as a hormone.')
& concept2words_2(X,'cell of target')
& concept2words_2(X,'target cell')
& concept2words_2(X,'target-cell')
& target_1(X)
& cell_1(fn_target_cell_1(X))
& transmitting_cell_1(fn_target_cell_2(X))
& cell_1(fn_target_cell_3(X))
& cell_1(fn_transmitting_cell_2(fn_target_cell_2(X)))
& fn_target_cell_1(X) != fn_target_cell_3(X)
& fn_target_cell_3(X) != fn_target_cell_1(X)
& plays_2(fn_target_cell_3(X),X)
& plays_2(fn_target_cell_1(X),fn_target_cell_2(X))
& fn_target_cell_3(X) = fn_target_1(X)
& fn_target_cell_1(X) = fn_transmitting_cell_2(fn_target_cell_2(X)) ) ) ).
fof(a533134,axiom,
! [X,X1] :
( ( plays_2(X,X1)
& cellular_region_1(X)
& target_1(X1) )
=> ( target_destination_1(X)
& fn_target_destination_5(X) = X1 ) ) ).
fof(a533135,axiom,
! [X] :
( target_destination_1(X)
=> ( original_name_2(X,'Target-Destination')
& user_description_2(X,'A cell site where substances, such as proteins, must be transported in order to become functional.')
& concept2words_2(X,'destination of target')
& concept2words_2(X,'target destination')
& concept2words_2(X,'target-destination')
& cellular_region_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ thylakoid_space_1(X)
& ~ trans_face_1(X)
& functional_protein_1(fn_target_destination_2(X))
& activity_1(fn_target_destination_3(X))
& cell_1(fn_target_destination_4(X))
& target_1(fn_target_destination_5(X))
& spatial_entity_1(fn_target_1(fn_target_destination_5(X)))
& agent_2(fn_target_destination_3(X),fn_target_destination_2(X))
& site_2(fn_target_destination_3(X),X)
& is_inside_2(X,fn_target_destination_4(X))
& plays_2(X,fn_target_destination_5(X))
& X = fn_target_1(fn_target_destination_5(X)) ) ) ).
fof(a533136,axiom,
! [X] :
( tastant_1(X)
=> ( original_name_2(X,'Tastant')
& user_description_2(X,'Any chemical that initiates the sense of taste by stimulating the receptors in a taste bud.')
& role_1(X) ) ) ).
fof(a533137,axiom,
! [X] :
( taste_bud_1(X)
=> ( original_name_2(X,'Taste-Bud')
& user_description_2(X,'One of many small papillae on the tongue that contain the receptors for taste.')
& concept2words_2(X,'bud of taste')
& concept2words_2(X,'taste bud')
& concept2words_2(X,'taste-bud')
& vertebrate_appendage_1(X) ) ) ).
fof(a533138,axiom,
! [X] :
( taste_constant_1(X)
=> ( original_name_2(X,'Taste-Constant')
& concept2words_2(X,'constant of taste')
& concept2words_2(X,'taste constant')
& concept2words_2(X,'taste-constant')
& constant_1(X) ) ) ).
fof(a533139,axiom,
! [X] :
( taste_value_1(X)
=> ( original_name_2(X,'Taste-Value')
& description_2(X,'the sensation that results when taste buds in the tongue and throat convey information about the chemical composition of a soluble stimulus')
& concept2words_2(X,'taste sensation')
& concept2words_2(X,'gustatory sensation')
& concept2words_2(X,'taste perception')
& concept2words_2(X,'gustatory perception')
& concept2words_2(X,taste)
& concept2words_2(X,'value of taste')
& concept2words_2(X,'taste value')
& concept2words_2(X,'taste-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a533140,axiom,
! [X,X4,X1,X2,X3] :
( ( object_2(X1,X2)
& base_2(X1,X)
& next_element_2(X3,X4)
& next_element_2(X,X3)
& rna_polymerase_1(X2)
& attach_1(X1)
& start_codon_1(X4)
& control_element_1(X)
& promoter_1(X3) )
=> ( tata_box_1(X)
& fn_tata_box_5(X) = X3
& fn_tata_box_7(X) = X2
& fn_tata_box_6(X) = X1
& fn_tata_box_4(X) = X4 ) ) ).
fof(a533141,axiom,
! [X] :
( tata_box_1(X)
=> ( original_name_2(X,'TATA-Box')
& user_description_2(X,'A DNA sequence found in the promoter region of genes. It is involved in initiating transcription.')
& concept2words_2(X,'goldberg hogness box')
& concept2words_2(X,'goldberg-hogness-box')
& concept2words_2(X,'tata box')
& concept2words_2(X,'tata-box')
& control_element_1(X)
& ~ constant_region_dna_sequence_1(X)
& ~ dna_strand_1(X)
& ~ episome_1(X)
& ~ genetic_marker_1(X)
& ~ pseudogene_1(X)
& ~ restriction_fragment_length_polymorphism_1(X)
& ~ restriction_site_1(X)
& ~ telomere_1(X)
& ~ transcription_unit_1(X)
& ~ transposon_1(X)
& ~ ttaggg_1(X)
& ~ variable_region_dna_sequence_1(X)
& length_value_1(fn_tata_box_3(X))
& start_codon_1(fn_tata_box_4(X))
& promoter_1(fn_tata_box_5(X))
& attach_1(fn_tata_box_6(X))
& rna_polymerase_1(fn_tata_box_7(X))
& spatial_entity_1(fn_attach_1(fn_tata_box_6(X)))
& spatial_entity_1(fn_attach_2(fn_tata_box_6(X)))
& the_scalar_value_2(fn_tata_box_3(X),short_0)
& scalar_unit_class_2(fn_tata_box_3(X),dna_0)
& next_element_2(X,fn_tata_box_5(X))
& length_2(X,fn_tata_box_3(X))
& has_part_2(fn_tata_box_5(X),X)
& next_element_2(fn_tata_box_5(X),fn_tata_box_4(X))
& object_2(fn_tata_box_6(X),fn_tata_box_7(X))
& base_2(fn_tata_box_6(X),X)
& fn_tata_box_7(X) = fn_attach_1(fn_tata_box_6(X))
& X = fn_attach_2(fn_tata_box_6(X)) ) ) ).
fof(a533142,axiom,
! [X] :
( taxis_1(X)
=> ( original_name_2(X,'Taxis')
& user_description_2(X,'A behavioral response involving movement toward or away from a stimulus.')
& concept2words_2(X,taxi)
& behavior_1(X) ) ) ).
fof(a533143,axiom,
! [X] :
( taxol_1(X)
=> ( original_name_2(X,'Taxol')
& user_description_2(X,'Drug used in the treatment of certain cancers, derived from the yew tree.')
& concept2words_2(X,taxol)
& chemotherapeutic_drug_1(X) ) ) ).
fof(a533144,axiom,
! [X] :
( taxon_1(X)
=> ( original_name_2(X,'Taxon')
& user_description_2(X,'A named group of one or more populations, judged by a taxonomist to be a unit.')
& concept2words_2(X,taxon)
& classification_unit_1(X) ) ) ).
fof(a533145,axiom,
! [X] :
( taxonomy_1(X)
=> ( original_name_2(X,'Taxonomy')
& user_description_2(X,'The scientific discipline of identifying and naming groups of organisms.')
& concept2words_2(X,inquire)
& concept2words_2(X,taxonomy)
& classification_system_1(X)
& ~ branch_point_1(X)
& ~ cladistics_1(X)
& ~ deep_green_1(X)
& ~ molecular_systematics_1(X)
& ~ paraphyletic_1(X)
& ~ phylocode_1(X)
& ~ phylogenetic_bracketing_1(X)
& ~ phylogeny_1(X) ) ) ).
fof(a533146,axiom,
! [X] :
( tay_sachs_disease_1(X)
=> ( original_name_2(X,'Tay-Sachs-disease')
& user_description_2(X,'Tay-Sachs disease is an autosomal recessive genetic disorder in the family of lysosomal storage diseases caused by a deficiency in the lipid digesting enzyme. The lysosomes become engorged with indigestible substrates, that interfere in cellular activities')
& concept2words_2(X,tsd)
& concept2words_2(X,'gm2 gangliosidosis')
& concept2words_2(X,'hexosaminidase a deficiency')
& concept2words_2(X,'tay sachs')
& concept2words_2(X,'tay-sachs')
& concept2words_2(X,'tay sachs disease')
& concept2words_2(X,'tay-sachs-disease')
& lysosomal_disorder_1(X)
& ~ achondroplasia_1(X)
& ~ alkaptonuria_1(X)
& ~ angelman_syndrome_1(X)
& ~ cri_du_chat_syndrome_1(X)
& ~ cystic_fibrosis_1(X)
& ~ down_syndrome_1(X)
& ~ huntingtons_disease_1(X)
& ~ klinefelter_syndrome_1(X)
& ~ multifactorial_genetic_disorder_1(X)
& ~ phenylketonuria_1(X)
& ~ polydactyly_1(X)
& ~ prader_willi_syndrome_1(X)
& ~ sex_linked_human_genetic_disorder_1(X)
& ~ sickle_cell_anemia_1(X)
& ~ triple_x_1(X)
& ~ turner_syndrome_1(X)
& codominance_1(fn_tay_sachs_disease_1(X))
& recessive_allele_1(fn_tay_sachs_disease_2(X))
& entity_1(fn_inheritance_4(fn_tay_sachs_disease_1(X)))
& gene_1(fn_inheritance_4(fn_tay_sachs_disease_1(X)))
& object_2(fn_tay_sachs_disease_1(X),fn_tay_sachs_disease_2(X))
& result_2(fn_tay_sachs_disease_1(X),X)
& fn_tay_sachs_disease_2(X) = fn_inheritance_4(fn_tay_sachs_disease_1(X))
& fn_tay_sachs_disease_1(X) = fn_human_genetic_disorder_1(X) ) ) ).
fof(a533147,axiom,
! [X] :
( teach_1(X)
=> ( original_name_2(X,'Teach')
& concept2words_2(X,teach)
& concept2words_2(X,learn)
& concept2words_2(X,instruct)
& concept2words_2(X,communicate)
& communicate_1(X)
& ~ suggest_1(X)
& ~ make_request_1(X)
& tangible_entity_1(fn_teach_1(X))
& tangible_entity_1(fn_teach_2(X))
& teacher_1(fn_teach_3(X))
& pupil_1(fn_teach_4(X))
& tangible_entity_1(fn_teacher_1(fn_teach_3(X)))
& tangible_entity_1(fn_pupil_1(fn_teach_4(X)))
& in_event_2(fn_teach_3(X),X)
& in_event_2(fn_teach_4(X),X)
& agent_2(X,fn_teach_2(X))
& donor_2(X,fn_teach_2(X))
& plays_2(fn_teach_2(X),fn_teach_3(X))
& recipient_2(X,fn_teach_1(X))
& plays_2(fn_teach_1(X),fn_teach_4(X))
& fn_teach_2(X) = fn_teacher_1(fn_teach_3(X))
& fn_teach_1(X) = fn_communicate_1(X)
& fn_teach_1(X) = fn_pupil_1(fn_teach_4(X))
& fn_communicate_1(X) = fn_pupil_1(fn_teach_4(X)) ) ) ).
fof(a533148,axiom,
! [X] :
( teacher_1(X)
=> ( original_name_2(X,'Teacher')
& concept2words_2(X,teacher)
& concept2words_2(X,instructor)
& role_1(X)
& tangible_entity_1(fn_teacher_1(X))
& plays_2(fn_teacher_1(X),X) ) ) ).
fof(a533149,axiom,
! [X] :
( team_1(X)
=> ( original_name_2(X,'Team')
& description_2(X,'a relatively small organization of Roles with a goal')
& concept2words_2(X,team)
& concept2words_2(X,squad)
& group_1(X) ) ) ).
fof(a533150,axiom,
! [X] :
( tear_1(X)
=> ( original_name_2(X,'Tear')
& user_description_2(X,'Bodily fluid secreted by the lacrimal glands of eye.')
& concept2words_2(X,tear)
& bodily_fluid_1(X)
& lysozyme_1(fn_tear_1(X))
& has_part_2(X,fn_tear_1(X)) ) ) ).
fof(a533151,axiom,
! [X] :
( technetium_1(X)
=> ( original_name_2(X,'Technetium')
& user_description_2(X,'Technetium is a metal atom with atomic number 43. It is represented by the symbol Tc.')
& concept2words_2(X,technetium)
& concept2words_2(X,'Tc')
& metal_atom_1(X)
& neutron_1(fn_technetium_4(X))
& atomic_mass_value_1(fn_technetium_5(X))
& valence_value_1(fn_technetium_6(X))
& electronegativity_value_1(fn_technetium_7(X))
& valence_electron_1(fn_technetium_11(X))
& atomic_weight_value_1(fn_technetium_12(X))
& atomic_number_value_1(fn_technetium_13(X))
& quantity_value_1(fn_technetium_14(X))
& electronegativity_2(X,fn_technetium_7(X))
& valence_2(X,fn_technetium_6(X))
& mass_number_2(X,fn_technetium_5(X))
& exactCardinality(X,has_part_0,"55",neutron_0)
& exactCardinality(X,has_part_0,"43",proton_0)
& exactCardinality(X,has_part_0,"43",electron_0)
& has_part_2(X,fn_technetium_4(X))
& the_cardinal_value_2(fn_technetium_14(X),"7")
& cardinal_unit_class_2(fn_technetium_14(X),unity_0)
& the_cardinal_value_2(fn_technetium_7(X),"1.9")
& cardinal_unit_class_2(fn_technetium_7(X),unity_0)
& the_cardinal_value_2(fn_technetium_6(X),"6")
& cardinal_unit_class_2(fn_technetium_6(X),unity_0)
& the_cardinal_value_2(fn_technetium_5(X),"98")
& cardinal_unit_class_2(fn_technetium_5(X),unity_0)
& the_cardinal_value_2(fn_technetium_13(X),"43")
& cardinal_unit_class_2(fn_technetium_13(X),unity_0)
& the_cardinal_value_2(fn_technetium_12(X),"98")
& cardinal_unit_class_2(fn_technetium_12(X),dalton_0)
& atomic_number_2(X,fn_technetium_13(X))
& atomic_weight_2(X,fn_technetium_12(X))
& has_part_2(X,fn_technetium_11(X))
& quantity_2(fn_technetium_11(X),fn_technetium_14(X))
& fn_technetium_9(X) = fn_atom_12(X)
& fn_technetium_13(X) = fn_atom_17(X)
& fn_technetium_10(X) = fn_atom_13(X)
& fn_technetium_12(X) = fn_atom_16(X)
& fn_technetium_8(X) = fn_atom_1(X)
& fn_technetium_14(X) = fn_atom_5(X)
& fn_technetium_11(X) = fn_atom_14(X) ) ) ).
fof(a533152,axiom,
! [X] :
( technique_1(X)
=> ( original_name_2(X,'Technique')
& user_description_2(X,'The procedure used to perform a particular task.')
& concept2words_2(X,inquire)
& concept2words_2(X,technique)
& inquiry_1(X) ) ) ).
fof(a533153,axiom,
! [X] :
( tellurium_1(X)
=> ( original_name_2(X,'Tellurium')
& user_description_2(X,'Tellurium is a metalloid atom with atomic number 52. It is represented by the symbol Te.')
& concept2words_2(X,tellurium)
& concept2words_2(X,'Te')
& metalloid_atom_1(X)
& neutron_1(fn_tellurium_3(X))
& atomic_mass_value_1(fn_tellurium_4(X))
& electronegativity_value_1(fn_tellurium_5(X))
& valence_electron_1(fn_tellurium_9(X))
& atomic_weight_value_1(fn_tellurium_10(X))
& atomic_number_value_1(fn_tellurium_11(X))
& quantity_value_1(fn_tellurium_12(X))
& electronegativity_2(X,fn_tellurium_5(X))
& mass_number_2(X,fn_tellurium_4(X))
& exactCardinality(X,has_part_0,"76",neutron_0)
& exactCardinality(X,has_part_0,"52",proton_0)
& exactCardinality(X,has_part_0,"52",electron_0)
& has_part_2(X,fn_tellurium_3(X))
& the_cardinal_value_2(fn_tellurium_12(X),"6")
& cardinal_unit_class_2(fn_tellurium_12(X),unity_0)
& the_cardinal_value_2(fn_tellurium_5(X),"2.1")
& cardinal_unit_class_2(fn_tellurium_5(X),unity_0)
& the_cardinal_value_2(fn_tellurium_4(X),"128")
& cardinal_unit_class_2(fn_tellurium_4(X),unity_0)
& the_cardinal_value_2(fn_tellurium_11(X),"52")
& cardinal_unit_class_2(fn_tellurium_11(X),unity_0)
& the_cardinal_value_2(fn_tellurium_10(X),"127.6")
& cardinal_unit_class_2(fn_tellurium_10(X),dalton_0)
& atomic_number_2(X,fn_tellurium_11(X))
& atomic_weight_2(X,fn_tellurium_10(X))
& has_part_2(X,fn_tellurium_9(X))
& quantity_2(fn_tellurium_9(X),fn_tellurium_12(X))
& fn_tellurium_7(X) = fn_atom_12(X)
& fn_tellurium_11(X) = fn_atom_17(X)
& fn_tellurium_8(X) = fn_atom_13(X)
& fn_tellurium_10(X) = fn_atom_16(X)
& fn_tellurium_6(X) = fn_atom_1(X)
& fn_tellurium_12(X) = fn_atom_5(X)
& fn_tellurium_9(X) = fn_atom_14(X) ) ) ).
fof(a533154,axiom,
! [X] :
( telomerase_1(X)
=> ( original_name_2(X,'Telomerase')
& user_description_2(X,'Telomerase is an enzyme which adds noncoding DNA to telomeres in a eukaryotic organism in oder to replace DNA lost during cell division.')
& concept2words_2(X,telomerase)
& transferase_1(X)
& decrease_1(fn_telomerase_1(X))
& rna_1(fn_telomerase_2(X))
& dna_with_shortened_telomere_1(fn_telomerase_3(X))
& increase_1(fn_telomerase_4(X))
& dna_1(fn_telomerase_5(X))
& chromosome_1(fn_telomerase_6(X))
& length_value_1(fn_telomerase_7(X))
& maintenance_1(fn_telomerase_8(X))
& dna_replication_1(fn_telomerase_10(X))
& r_group_1(fn_telomerase_12(X))
& size_value_1(fn_telomerase_13(X))
& quantity_value_1(fn_telomerase_14(X))
& speed_value_1(fn_telomerase_15(X))
& spatial_entity_1(fn_telomerase_16(X))
& chemical_entity_1(fn_telomerase_16(X))
& monomer_1(fn_telomerase_16(X))
& molecule_1(fn_telomerase_16(X))
& amino_acid_1(fn_telomerase_16(X))
& catalyst_1(fn_telomerase_17(X))
& decrease_1(fn_telomerase_18(X))
& chemical_reaction_1(fn_telomerase_19(X))
& constant_motion_1(fn_telomerase_20(X))
& kinetic_energy_1(fn_telomerase_21(X))
& active_site_1(fn_telomerase_22(X))
& carbon_skeleton_1(fn_telomerase_23(X))
& surface_1(fn_telomerase_24(X))
& hydrophilic_region_1(fn_telomerase_25(X))
& protein_domain_1(fn_telomerase_26(X))
& size_value_1(fn_telomerase_27(X))
& monomer_1(fn_telomerase_28(X))
& atom_1(fn_telomerase_29(X))
& chemical_entity_1(fn_telomerase_29(X))
& carbon_1(fn_telomerase_30(X))
& polypeptide_1(fn_telomerase_31(X))
& carbon_1(fn_carbon_skeleton_4(fn_telomerase_23(X)))
& atom_1(fn_carbon_skeleton_2(fn_telomerase_23(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_telomerase_23(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_telomerase_23(X)))
& subevent_2(fn_telomerase_10(X),fn_telomerase_8(X))
& subevent_2(fn_telomerase_10(X),fn_telomerase_4(X))
& object_2(fn_telomerase_8(X),fn_telomerase_6(X))
& subevent_2(fn_telomerase_8(X),fn_telomerase_4(X))
& subevent_2(fn_telomerase_8(X),fn_telomerase_1(X))
& agent_2(fn_telomerase_8(X),X)
& length_2(fn_telomerase_6(X),fn_telomerase_7(X))
& result_2(fn_telomerase_4(X),fn_telomerase_5(X))
& base_2(fn_telomerase_4(X),fn_telomerase_3(X))
& agent_2(fn_telomerase_4(X),X)
& has_part_2(X,fn_telomerase_2(X))
& result_2(fn_telomerase_1(X),fn_telomerase_5(X))
& agent_2(fn_telomerase_1(X),X)
& possesses_2(X,fn_telomerase_21(X))
& quantity_2(fn_telomerase_21(X),fn_telomerase_14(X))
& directly_proportional_2(fn_telomerase_15(X),fn_telomerase_14(X))
& speed_2(fn_telomerase_20(X),fn_telomerase_15(X))
& object_2(fn_telomerase_20(X),X)
& enables_2(fn_telomerase_18(X),fn_telomerase_19(X))
& has_function_2(X,fn_telomerase_18(X))
& plays_2(X,fn_telomerase_17(X))
& in_event_2(fn_telomerase_17(X),fn_telomerase_19(X))
& site_2(fn_telomerase_19(X),fn_telomerase_22(X))
& facilitates_2(fn_telomerase_22(X),fn_telomerase_19(X))
& has_function_2(X,fn_telomerase_19(X))
& has_region_2(X,fn_telomerase_24(X))
& is_at_2(fn_telomerase_25(X),fn_telomerase_24(X))
& has_region_2(X,fn_telomerase_25(X))
& has_part_2(X,fn_telomerase_31(X))
& has_part_2(fn_telomerase_31(X),fn_telomerase_16(X))
& the_scalar_value_2(fn_telomerase_27(X),big_0)
& scalar_unit_class_2(fn_telomerase_27(X),polypeptide_0)
& size_2(X,fn_telomerase_27(X))
& greater_than_2(fn_telomerase_27(X),fn_telomerase_13(X))
& size_2(fn_telomerase_28(X),fn_telomerase_13(X))
& has_part_2(X,fn_telomerase_28(X))
& has_part_2(X,fn_telomerase_29(X))
& has_region_2(X,fn_telomerase_26(X))
& is_at_2(fn_telomerase_16(X),fn_telomerase_26(X))
& has_region_2(fn_telomerase_16(X),fn_telomerase_12(X))
& is_inside_2(fn_telomerase_12(X),fn_telomerase_22(X))
& has_region_2(X,fn_telomerase_22(X))
& has_region_2(X,fn_telomerase_23(X))
& has_part_2(X,fn_telomerase_30(X))
& is_inside_2(fn_telomerase_30(X),fn_telomerase_23(X))
& fn_telomerase_29(X) != fn_telomerase_30(X)
& fn_telomerase_30(X) != fn_telomerase_29(X)
& fn_telomerase_32(X) = fn_protein_10(X)
& fn_telomerase_33(X) = fn_molecule_1(X)
& fn_telomerase_34(X) = fn_molecule_2(X)
& fn_telomerase_20(X) = fn_molecule_8(X)
& fn_telomerase_15(X) = fn_molecule_3(X)
& fn_telomerase_14(X) = fn_molecule_4(X)
& fn_telomerase_21(X) = fn_molecule_12(X)
& fn_telomerase_18(X) = fn_enzyme_5(X)
& fn_telomerase_22(X) = fn_enzyme_2(X)
& fn_telomerase_19(X) = fn_enzyme_4(X)
& fn_telomerase_17(X) = fn_enzyme_6(X)
& fn_telomerase_16(X) = fn_protein_14(X)
& fn_telomerase_31(X) = fn_protein_8(X)
& fn_telomerase_25(X) = fn_protein_1(X)
& fn_telomerase_24(X) = fn_protein_5(X)
& fn_telomerase_29(X) = fn_protein_enzyme_8(X)
& fn_telomerase_28(X) = fn_polymer_4(X)
& fn_telomerase_28(X) = fn_protein_enzyme_9(X)
& fn_telomerase_13(X) = fn_protein_enzyme_4(X)
& fn_telomerase_27(X) = fn_protein_9(X)
& fn_telomerase_27(X) = fn_protein_enzyme_3(X)
& fn_telomerase_22(X) = fn_protein_enzyme_10(X)
& fn_telomerase_12(X) = fn_protein_enzyme_12(X)
& fn_telomerase_16(X) = fn_protein_enzyme_11(X)
& fn_telomerase_26(X) = fn_protein_enzyme_5(X)
& fn_telomerase_29(X) = fn_carbon_skeleton_2(fn_telomerase_23(X))
& fn_telomerase_30(X) = fn_carbon_skeleton_4(fn_telomerase_23(X))
& X = fn_carbon_skeleton_3(fn_telomerase_23(X))
& fn_polymer_4(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_14(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_carbon_skeleton_2(fn_telomerase_23(X))
& fn_carbon_skeleton_2(fn_telomerase_23(X)) = fn_carbon_skeleton_2(fn_telomerase_23(X))
& fn_carbon_skeleton_3(fn_telomerase_23(X)) = fn_carbon_skeleton_3(fn_telomerase_23(X)) ) ) ).
fof(a533155,axiom,
! [X] :
( telomere_1(X)
=> ( original_name_2(X,'Telomere')
& user_description_2(X,'A region of repetitive DNA at the tips of a chromatid. It protects the tip of the chromosome from degradation, safeguards the integrity of genes at the end of the chromosome, and prevents fusion with another chromosome.')
& concept2words_2(X,'cellular clock')
& concept2words_2(X,'cellular-clock')
& concept2words_2(X,telomere)
& dna_sequence_1(X)
& ~ control_element_1(X)
& ~ dna_strand_1(X)
& ~ episome_1(X)
& ~ genetic_marker_1(X)
& ~ pseudogene_1(X)
& ~ restriction_fragment_length_polymorphism_1(X)
& ~ restriction_site_1(X)
& ~ tata_box_1(X)
& ~ transcription_unit_1(X)
& ~ transposon_1(X)
& ~ ttaggg_1(X)
& ~ variable_region_dna_sequence_1(X)
& ~ constant_region_dna_sequence_1(X)
& end_1(fn_telomere_1(X))
& defense_1(fn_telomere_2(X))
& eukaryotic_chromosome_1(fn_telomere_3(X))
& entity_1(fn_telomere_6(X))
& nucleoside_monophosphate_1(fn_telomere_6(X))
& deoxyribonucleoside_monophosphate_1(fn_telomere_6(X))
& deoxyribonucleoside_monophosphate_1(fn_telomere_7(X))
& size_value_1(fn_telomere_8(X))
& size_value_1(fn_telomere_9(X))
& has_goal_2(X,fn_telomere_2(X))
& is_at_2(X,fn_telomere_3(X))
& is_at_2(X,fn_telomere_1(X))
& agent_2(fn_telomere_2(X),X)
& base_2(fn_telomere_2(X),fn_telomere_3(X))
& has_part_2(fn_telomere_3(X),X)
& has_region_2(fn_telomere_3(X),fn_telomere_1(X))
& size_2(X,fn_telomere_8(X))
& greater_than_2(fn_telomere_8(X),fn_telomere_9(X))
& size_2(fn_telomere_6(X),fn_telomere_9(X))
& first_element_2(X,fn_telomere_6(X))
& next_element_2(fn_telomere_6(X),fn_telomere_7(X))
& element_2(X,fn_telomere_7(X))
& element_2(X,fn_telomere_6(X))
& fn_telomere_4(X) = fn_nucleic_acid_sequence_3(X)
& fn_telomere_5(X) = fn_nucleic_acid_sequence_4(X)
& fn_telomere_6(X) = fn_nucleic_acid_sequence_5(X)
& fn_telomere_9(X) = fn_nucleic_acid_sequence_1(X)
& fn_telomere_8(X) = fn_nucleic_acid_sequence_2(X)
& fn_telomere_7(X) = fn_dna_sequence_2(X)
& fn_telomere_6(X) = fn_dna_sequence_1(X)
& fn_nucleic_acid_sequence_5(X) = fn_dna_sequence_1(X)
& fn_dna_sequence_1(X) = fn_dna_sequence_1(X) ) ) ).
fof(a533156,axiom,
! [X] :
( telomere_with_3_prime_overhang_1(X)
=> ( original_name_2(X,'Telomere-With-3-Prime-Overhang')
& user_description_2(X,'This is telomere region of the replicated DNA strand present at terminal ends with an RNA stretch added to it by telomerase. It is formed during DNA replication termination in eukaryotes')
& concept2words_2(X,'telomere with 3 prime overhang')
& concept2words_2(X,'telomere-with-3-prime-overhang')
& dna_sequence_1(X)
& ~ genetic_code_1(X)
& ~ information_sequence_1(X)
& ~ coding_segment_1(X)
& ~ leader_segment_1(X) ) ) ).
fof(a533157,axiom,
! [X] :
( telophase_1(X)
=> ( original_name_2(X,'Telophase')
& user_description_2(X,'Telophase is the final stage of mitosis during which diagnostic processes occur including cytokinesis, unravelling of condense chromosomes, and formation of daughter nuclei.')
& concept2words_2(X,'undergo telophase')
& concept2words_2(X,telophase)
& mitotic_stage_1(X)
& tubulin_1(fn_telophase_1(X))
& daughter_nucleus_1(fn_telophase_2(X))
& protein_enzyme_1(fn_telophase_3(X))
& er_membrane_1(fn_telophase_4(X))
& tangible_entity_1(fn_telophase_5(X))
& spatial_entity_1(fn_telophase_5(X))
& biomembrane_1(fn_telophase_5(X))
& plasma_membrane_1(fn_telophase_5(X))
& nuclear_membrane_1(fn_telophase_6(X))
& biomembrane_1(fn_telophase_6(X))
& endomembranous_system_1(fn_telophase_7(X))
& create_1(fn_telophase_8(X))
& biomembrane_1(fn_telophase_9(X))
& eukaryotic_cell_1(fn_telophase_10(X))
& take_apart_1(fn_telophase_11(X))
& take_apart_1(fn_telophase_12(X))
& mitotic_spindle_1(fn_telophase_13(X))
& microtubule_1(fn_telophase_14(X))
& cell_1(fn_telophase_15(X))
& produce_1(fn_telophase_16(X))
& entity_1(fn_telophase_17(X))
& nuclear_membrane_1(fn_telophase_17(X))
& biomembrane_1(fn_telophase_17(X))
& entity_1(fn_telophase_18(X))
& tangible_entity_1(fn_telophase_18(X))
& nucleus_1(fn_telophase_18(X))
& carbon_skeleton_1(fn_telophase_19(X))
& lipid_1(fn_telophase_20(X))
& glycolipid_1(fn_telophase_20(X))
& protein_enzyme_1(fn_telophase_21(X))
& chemical_entity_1(fn_telophase_22(X))
& entity_1(fn_telophase_22(X))
& atom_1(fn_telophase_22(X))
& carbon_1(fn_telophase_22(X))
& dna_polymerase_iii_1(fn_telophase_23(X))
& dna_replication_in_eukaryotes_1(fn_telophase_24(X))
& chromosome_1(fn_telophase_25(X))
& eukaryotic_chromosome_1(fn_telophase_25(X))
& mixture_1(fn_telophase_26(X))
& cytoplasm_1(fn_telophase_26(X))
& aqueous_solution_1(fn_telophase_27(X))
& nuclear_lamina_1(fn_telophase_28(X))
& tangible_entity_1(fn_impair_1(fn_telophase_12(X)))
& tangible_entity_1(fn_produce_1(fn_telophase_16(X)))
& tangible_entity_1(fn_impair_1(fn_telophase_11(X)))
& tangible_entity_1(fn_endomembranous_system_47(fn_telophase_7(X)))
& spatial_entity_1(fn_endomembranous_system_47(fn_telophase_7(X)))
& biomembrane_1(fn_endomembranous_system_47(fn_telophase_7(X)))
& plasma_membrane_1(fn_endomembranous_system_47(fn_telophase_7(X)))
& nuclear_membrane_1(fn_endomembranous_system_45(fn_telophase_7(X)))
& biomembrane_1(fn_endomembranous_system_45(fn_telophase_7(X)))
& er_membrane_1(fn_eukaryotic_cell_39(fn_telophase_10(X)))
& protein_enzyme_1(fn_eukaryotic_cell_21(fn_telophase_10(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_telophase_10(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_telophase_10(X)))
& glycolipid_1(fn_biomembrane_29(fn_telophase_17(X)))
& nuclear_lamina_1(fn_nucleus_14(fn_telophase_18(X)))
& dna_replication_in_eukaryotes_1(fn_nucleus_11(fn_telophase_18(X)))
& dna_polymerase_iii_1(fn_nucleus_18(fn_telophase_18(X)))
& atom_1(fn_glycolipid_7(fn_telophase_20(X)))
& chemical_entity_1(fn_glycolipid_7(fn_telophase_20(X)))
& entity_1(fn_glycolipid_13(fn_telophase_20(X)))
& atom_1(fn_glycolipid_13(fn_telophase_20(X)))
& carbon_1(fn_glycolipid_13(fn_telophase_20(X)))
& carbon_skeleton_1(fn_lipid_14(fn_telophase_20(X)))
& carbon_skeleton_1(fn_biomembrane_71(fn_telophase_17(X)))
& carbon_skeleton_1(fn_glycolipid_4(fn_telophase_20(X)))
& entity_1(fn_create_1(fn_telophase_16(X)))
& nuclear_membrane_1(fn_eukaryotic_cell_37(fn_telophase_10(X)))
& biomembrane_1(fn_eukaryotic_cell_37(fn_telophase_10(X)))
& nuclear_membrane_1(fn_nucleus_13(fn_telophase_18(X)))
& biomembrane_1(fn_nucleus_13(fn_telophase_18(X)))
& aqueous_solution_1(fn_nuclear_membrane_18(fn_telophase_17(X)))
& aqueous_solution_1(fn_nucleus_17(fn_telophase_18(X)))
& entity_1(fn_create_1(fn_telophase_8(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_telophase_10(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_telophase_10(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_telophase_10(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_telophase_10(X)))
& eukaryotic_chromosome_1(fn_nucleus_6(fn_telophase_18(X)))
& exactCardinality(fn_telophase_8(X),result_0,"2",nucleus_0)
& next_event_2(fn_telophase_8(X),fn_telophase_11(X))
& base_2(fn_telophase_8(X),fn_telophase_10(X))
& element_2(fn_telophase_7(X),fn_telophase_9(X))
& base_2(fn_telophase_11(X),fn_telophase_10(X))
& result_2(fn_telophase_11(X),fn_telophase_1(X))
& causes_2(fn_telophase_11(X),fn_telophase_12(X))
& next_event_2(fn_telophase_11(X),fn_telophase_12(X))
& base_2(fn_telophase_12(X),fn_telophase_10(X))
& has_state_2(fn_telophase_15(X),fn_telophase_10(X))
& next_event_2(fn_telophase_16(X),fn_telophase_8(X))
& base_2(fn_telophase_16(X),fn_telophase_15(X))
& plays_2(fn_telophase_18(X),fn_telophase_2(X))
& subevent_2(X,fn_telophase_16(X))
& subevent_2(X,fn_telophase_8(X))
& subevent_2(X,fn_telophase_11(X))
& subevent_2(X,fn_telophase_12(X))
& result_2(X,fn_telophase_18(X))
& exactCardinality(X,result_0,"2",nucleus_0)
& first_subevent_2(X,fn_telophase_16(X))
& is_inside_2(fn_telophase_3(X),fn_telophase_4(X))
& result_2(fn_telophase_16(X),fn_telophase_17(X))
& result_2(fn_telophase_8(X),fn_telophase_18(X))
& object_2(fn_telophase_12(X),fn_telophase_13(X))
& raw_material_2(fn_telophase_16(X),fn_telophase_9(X))
& object_2(fn_telophase_11(X),fn_telophase_14(X))
& base_2(X,fn_telophase_15(X))
& element_2(fn_telophase_7(X),fn_telophase_5(X))
& element_2(fn_telophase_7(X),fn_telophase_6(X))
& has_part_2(fn_telophase_10(X),fn_telophase_25(X))
& has_part_2(fn_telophase_10(X),fn_telophase_26(X))
& has_part_2(fn_telophase_10(X),fn_telophase_18(X))
& is_between_2(fn_telophase_26(X),fn_telophase_18(X))
& has_part_2(fn_telophase_26(X),fn_telophase_21(X))
& is_inside_2(fn_telophase_21(X),fn_telophase_4(X))
& abuts_2(fn_telophase_4(X),fn_telophase_17(X))
& abuts_2(fn_telophase_17(X),fn_telophase_4(X))
& is_along_2(fn_telophase_17(X),fn_telophase_28(X))
& is_along_2(fn_telophase_28(X),fn_telophase_17(X))
& has_part_2(fn_telophase_18(X),fn_telophase_27(X))
& is_between_2(fn_telophase_17(X),fn_telophase_27(X))
& has_part_2(fn_telophase_18(X),fn_telophase_17(X))
& has_part_2(fn_telophase_18(X),fn_telophase_28(X))
& site_2(fn_telophase_24(X),fn_telophase_18(X))
& agent_2(fn_telophase_24(X),fn_telophase_23(X))
& is_inside_2(fn_telophase_23(X),fn_telophase_27(X))
& is_inside_2(fn_telophase_25(X),fn_telophase_18(X))
& has_part_2(fn_telophase_20(X),fn_telophase_22(X))
& is_inside_2(fn_telophase_22(X),fn_telophase_19(X))
& has_region_2(fn_telophase_20(X),fn_telophase_19(X))
& has_part_2(fn_telophase_17(X),fn_telophase_20(X))
& is_inside_2(fn_telophase_19(X),fn_telophase_17(X))
& fn_telophase_17(X) = fn_create_1(fn_telophase_16(X))
& fn_telophase_18(X) = fn_create_1(fn_telophase_8(X))
& fn_telophase_13(X) = fn_impair_1(fn_telophase_12(X))
& fn_telophase_9(X) = fn_produce_1(fn_telophase_16(X))
& fn_telophase_14(X) = fn_impair_1(fn_telophase_11(X))
& fn_telophase_15(X) = fn_mitotic_stage_1(X)
& fn_telophase_5(X) = fn_endomembranous_system_47(fn_telophase_7(X))
& fn_telophase_6(X) = fn_endomembranous_system_45(fn_telophase_7(X))
& fn_telophase_25(X) = fn_eukaryotic_cell_30(fn_telophase_10(X))
& fn_telophase_17(X) = fn_eukaryotic_cell_37(fn_telophase_10(X))
& fn_telophase_4(X) = fn_eukaryotic_cell_39(fn_telophase_10(X))
& fn_telophase_21(X) = fn_eukaryotic_cell_21(fn_telophase_10(X))
& fn_telophase_26(X) = fn_eukaryotic_cell_31(fn_telophase_10(X))
& fn_telophase_18(X) = fn_eukaryotic_cell_26(fn_telophase_10(X))
& fn_telophase_20(X) = fn_biomembrane_29(fn_telophase_17(X))
& fn_telophase_19(X) = fn_biomembrane_71(fn_telophase_17(X))
& fn_telophase_22(X) = fn_glycolipid_7(fn_telophase_20(X))
& fn_telophase_22(X) = fn_glycolipid_13(fn_telophase_20(X))
& fn_telophase_19(X) = fn_lipid_14(fn_telophase_20(X))
& fn_telophase_19(X) = fn_glycolipid_4(fn_telophase_20(X))
& fn_telophase_27(X) = fn_nuclear_membrane_18(fn_telophase_17(X))
& fn_telophase_17(X) = fn_nucleus_13(fn_telophase_18(X))
& fn_telophase_28(X) = fn_nucleus_14(fn_telophase_18(X))
& fn_telophase_24(X) = fn_nucleus_11(fn_telophase_18(X))
& fn_telophase_23(X) = fn_nucleus_18(fn_telophase_18(X))
& fn_telophase_27(X) = fn_nucleus_17(fn_telophase_18(X))
& fn_telophase_25(X) = fn_nucleus_6(fn_telophase_18(X))
& fn_glycolipid_7(fn_telophase_20(X)) = fn_glycolipid_13(fn_telophase_20(X))
& fn_glycolipid_13(fn_telophase_20(X)) = fn_glycolipid_13(fn_telophase_20(X))
& fn_glycolipid_13(fn_telophase_20(X)) = fn_biomembrane_71(fn_telophase_17(X))
& fn_biomembrane_71(fn_telophase_17(X)) = fn_lipid_14(fn_telophase_20(X))
& fn_lipid_14(fn_telophase_20(X)) = fn_biomembrane_71(fn_telophase_17(X))
& fn_biomembrane_71(fn_telophase_17(X)) = fn_glycolipid_4(fn_telophase_20(X))
& fn_glycolipid_4(fn_telophase_20(X)) = fn_glycolipid_4(fn_telophase_20(X))
& fn_glycolipid_4(fn_telophase_20(X)) = fn_create_1(fn_telophase_16(X))
& fn_create_1(fn_telophase_16(X)) = fn_eukaryotic_cell_37(fn_telophase_10(X))
& fn_eukaryotic_cell_37(fn_telophase_10(X)) = fn_eukaryotic_cell_37(fn_telophase_10(X))
& fn_eukaryotic_cell_37(fn_telophase_10(X)) = fn_nucleus_13(fn_telophase_18(X))
& fn_nucleus_13(fn_telophase_18(X)) = fn_nucleus_13(fn_telophase_18(X))
& fn_nucleus_13(fn_telophase_18(X)) = fn_nucleus_17(fn_telophase_18(X))
& fn_nucleus_17(fn_telophase_18(X)) = fn_nuclear_membrane_18(fn_telophase_17(X))
& fn_nuclear_membrane_18(fn_telophase_17(X)) = fn_nucleus_17(fn_telophase_18(X))
& fn_nucleus_17(fn_telophase_18(X)) = fn_nucleus_17(fn_telophase_18(X))
& fn_nucleus_17(fn_telophase_18(X)) = fn_create_1(fn_telophase_8(X))
& fn_create_1(fn_telophase_8(X)) = fn_eukaryotic_cell_26(fn_telophase_10(X))
& fn_eukaryotic_cell_26(fn_telophase_10(X)) = fn_eukaryotic_cell_26(fn_telophase_10(X))
& fn_eukaryotic_cell_26(fn_telophase_10(X)) = fn_eukaryotic_cell_30(fn_telophase_10(X))
& fn_eukaryotic_cell_30(fn_telophase_10(X)) = fn_nucleus_6(fn_telophase_18(X)) ) ) ).
fof(a533158,axiom,
! [X] :
( telophase_i_1(X)
=> ( original_name_2(X,'Telophase-I')
& user_description_2(X,'The homologous chromosomes continue to move-apart until they reach the poles of the cell. Each pole, has a haploid chromosome set.')
& concept2words_2(X,'undergo telophase i')
& concept2words_2(X,'undergo telophase-i')
& concept2words_2(X,'telophase i')
& concept2words_2(X,'telophase-i')
& meiotic_event_1(X)
& chromatid_1(fn_telophase_i_1(X))
& chromatid_1(fn_telophase_i_2(X))
& cell_opposite_pole_1(fn_telophase_i_3(X))
& chromosome_1(fn_telophase_i_4(X))
& chromosome_1(fn_telophase_i_5(X))
& collecting_1(fn_telophase_i_6(X))
& move_apart_1(fn_telophase_i_7(X))
& haploid_cell_1(fn_telophase_i_8(X))
& eukaryotic_cell_1(fn_telophase_i_9(X))
& homologous_chromosome_1(fn_telophase_i_10(X))
& chromosome_1(fn_cell_25(fn_telophase_i_8(X)))
& chromosome_1(fn_cell_25(fn_telophase_i_9(X)))
& entity_1(fn_collecting_1(fn_telophase_i_6(X)))
& spatial_entity_1(fn_move_apart_2(fn_telophase_i_7(X)))
& spatial_entity_1(fn_move_apart_1(fn_telophase_i_7(X)))
& exactCardinality(X,result_0,"2",eukaryotic_cell_0)
& result_2(X,fn_telophase_i_8(X))
& result_2(X,fn_telophase_i_9(X))
& first_subevent_2(X,fn_telophase_i_7(X))
& subevent_2(X,fn_telophase_i_6(X))
& subevent_2(X,fn_telophase_i_7(X))
& next_event_2(fn_telophase_i_7(X),fn_telophase_i_6(X))
& destination_2(fn_telophase_i_6(X),fn_telophase_i_3(X))
& exactCardinality(fn_telophase_i_5(X),has_part_0,"2",chromatid_0)
& has_part_2(fn_telophase_i_5(X),fn_telophase_i_2(X))
& exactCardinality(fn_telophase_i_4(X),has_part_0,"2",chromatid_0)
& has_part_2(fn_telophase_i_4(X),fn_telophase_i_1(X))
& object_2(fn_telophase_i_6(X),fn_telophase_i_10(X))
& object_2(fn_telophase_i_7(X),fn_telophase_i_10(X))
& has_part_2(fn_telophase_i_8(X),fn_telophase_i_4(X))
& has_part_2(fn_telophase_i_9(X),fn_telophase_i_5(X))
& fn_telophase_i_10(X) = fn_collecting_1(fn_telophase_i_6(X))
& fn_telophase_i_10(X) = fn_move_apart_2(fn_telophase_i_7(X))
& fn_telophase_i_10(X) = fn_move_apart_1(fn_telophase_i_7(X))
& fn_telophase_i_4(X) = fn_cell_25(fn_telophase_i_8(X))
& fn_telophase_i_5(X) = fn_cell_25(fn_telophase_i_9(X))
& fn_collecting_1(fn_telophase_i_6(X)) = fn_move_apart_2(fn_telophase_i_7(X))
& fn_move_apart_2(fn_telophase_i_7(X)) = fn_move_apart_2(fn_telophase_i_7(X))
& fn_move_apart_2(fn_telophase_i_7(X)) = fn_move_apart_1(fn_telophase_i_7(X)) ) ) ).
fof(a533159,axiom,
! [X] :
( telophase_ii_1(X)
=> ( original_name_2(X,'Telophase-II')
& user_description_2(X,'Nuclei form at the opposite poles of the cell.')
& concept2words_2(X,'undergo telophase ii')
& concept2words_2(X,'undergo telophase-ii')
& concept2words_2(X,'telophase ii')
& concept2words_2(X,'telophase-ii')
& meiotic_event_1(X)
& cell_opposite_pole_1(fn_telophase_ii_1(X))
& create_1(fn_telophase_ii_2(X))
& nucleus_1(fn_telophase_ii_3(X))
& nuclear_membrane_1(fn_telophase_ii_4(X))
& create_1(fn_telophase_ii_5(X))
& entity_1(fn_create_1(fn_telophase_ii_5(X)))
& entity_1(fn_create_1(fn_telophase_ii_2(X)))
& site_2(fn_telophase_ii_2(X),fn_telophase_ii_1(X))
& subevent_2(X,fn_telophase_ii_5(X))
& subevent_2(X,fn_telophase_ii_2(X))
& first_subevent_2(X,fn_telophase_ii_5(X))
& next_event_2(fn_telophase_ii_5(X),fn_telophase_ii_2(X))
& result_2(fn_telophase_ii_5(X),fn_telophase_ii_4(X))
& result_2(fn_telophase_ii_2(X),fn_telophase_ii_3(X))
& fn_telophase_ii_4(X) = fn_create_1(fn_telophase_ii_5(X))
& fn_telophase_ii_3(X) = fn_create_1(fn_telophase_ii_2(X)) ) ) ).
fof(a533160,axiom,
! [X] :
( temperate_broadleaf_forest_1(X)
=> ( original_name_2(X,'Temperate-Broadleaf-Forest')
& user_description_2(X,'A temperate biome of midlatitude regions, characterized by distinct warm and cool seasons and enough rainfall to support large, broadleaf deciduous trees such as oaks, beeches, and maples.')
& concept2words_2(X,'temperate broadleaf forest')
& concept2words_2(X,'temperate-broadleaf-forest')
& terrestrial_biome_1(X)
& ~ chaparral_1(X)
& ~ desert_1(X)
& ~ northern_coniferous_1(X)
& ~ savanna_1(X)
& ~ temperate_grassland_1(X)
& ~ tropical_rain_forest_1(X)
& ~ tropics_1(X)
& ~ tundra_1(X) ) ) ).
fof(a533161,axiom,
! [X] :
( temperate_grassland_1(X)
=> ( original_name_2(X,'Temperate-Grassland')
& user_description_2(X,'A biome in which grasses and forbs are the dominant vegetation.')
& concept2words_2(X,'temperate grassland')
& concept2words_2(X,'temperate-grassland')
& terrestrial_biome_1(X)
& ~ chaparral_1(X)
& ~ desert_1(X)
& ~ northern_coniferous_1(X)
& ~ savanna_1(X)
& ~ temperate_broadleaf_forest_1(X)
& ~ tropical_rain_forest_1(X)
& ~ tropics_1(X)
& ~ tundra_1(X) ) ) ).
fof(a533162,axiom,
! [X] :
( temperate_phage_1(X)
=> ( original_name_2(X,'Temperate-Phage')
& user_description_2(X,'A phage that is capable of reproducing by either a lytic or lysogenic cycle.')
& concept2words_2(X,'temperate virus')
& concept2words_2(X,'lysogenic virus')
& concept2words_2(X,'temperate phage')
& concept2words_2(X,'temperate-phage')
& phage_1(X)
& lytic_cycle_1(fn_temperate_phage_1(X))
& lysogenic_cycle_1(fn_temperate_phage_2(X))
& viral_infection_1(fn_temperate_phage_3(X))
& infection_1(fn_temperate_phage_3(X))
& phage_1(fn_lytic_cycle_2(fn_temperate_phage_1(X)))
& temperate_phage_1(fn_lysogenic_cycle_5(fn_temperate_phage_2(X)))
& next_event_2(fn_temperate_phage_1(X),fn_temperate_phage_2(X))
& object_2(fn_temperate_phage_3(X),X)
& agent_2(fn_temperate_phage_1(X),X)
& agent_2(fn_temperate_phage_2(X),X)
& agent_2(fn_temperate_phage_3(X),X)
& X = fn_lytic_cycle_2(fn_temperate_phage_1(X))
& X = fn_lysogenic_cycle_5(fn_temperate_phage_2(X))
& fn_temperate_phage_3(X) = fn_phage_2(X)
& fn_lytic_cycle_2(fn_temperate_phage_1(X)) = fn_lysogenic_cycle_5(fn_temperate_phage_2(X)) ) ) ).
fof(a533163,axiom,
! [X] :
( temperature_categorical_constant_1(X)
=> ( original_name_2(X,'Temperature-Categorical-Constant')
& concept2words_2(X,'temperature categorical constant')
& concept2words_2(X,'temperature-categorical-constant')
& constant_1(X) ) ) ).
fof(a533164,axiom,
! [X] :
( temperature_constant_1(X)
=> ( original_name_2(X,'Temperature-Constant')
& concept2words_2(X,'constant of temperature')
& concept2words_2(X,'temperature constant')
& concept2words_2(X,'temperature-constant')
& constant_1(X) ) ) ).
fof(a533165,axiom,
! [X] :
( temperature_fluctuation_1(X)
=> ( original_name_2(X,'Temperature-Fluctuation')
& user_description_2(X,'A change in temperature.')
& concept2words_2(X,'fluctuation of temperature')
& concept2words_2(X,'temperature fluctuation')
& concept2words_2(X,'temperature-fluctuation')
& physical_change_1(X)
& ~ alteration_of_mrna_ends_1(X)
& ~ coil_1(X)
& ~ conformational_change_1(X)
& ~ conversion_to_isomer_1(X)
& ~ detoxification_1(X)
& ~ evaporation_1(X)
& ~ fold_1(X)
& ~ freezing_1(X)
& ~ gene_therapy_1(X)
& ~ melting_1(X)
& ~ metamorphosis_1(X)
& ~ mutation_1(X)
& ~ post_translational_modification_1(X)
& ~ refract_1(X)
& ~ transformation_1(X)
& ~ twist_1(X)
& temperature_value_1(fn_temperature_fluctuation_2(X))
& tangible_entity_1(fn_temperature_fluctuation_3(X))
& temperature_value_1(fn_temperature_fluctuation_4(X))
& tangible_entity_1(fn_temperature_fluctuation_5(X))
& temperature_2(fn_temperature_fluctuation_5(X),fn_temperature_fluctuation_4(X))
& fn_temperature_fluctuation_4(X) != fn_temperature_fluctuation_2(X)
& object_2(X,fn_temperature_fluctuation_3(X))
& result_2(X,fn_temperature_fluctuation_5(X))
& has_state_2(fn_temperature_fluctuation_3(X),fn_temperature_fluctuation_5(X))
& temperature_2(fn_temperature_fluctuation_3(X),fn_temperature_fluctuation_2(X))
& fn_temperature_fluctuation_2(X) != fn_temperature_fluctuation_4(X) ) ) ).
fof(a533166,axiom,
! [X] :
( temperature_scale_1(X)
=> ( original_name_2(X,'Temperature-Scale')
& concept2words_2(X,'scale of temperature')
& concept2words_2(X,'temperature scale')
& concept2words_2(X,'temperature-scale')
& scale_1(X) ) ) ).
fof(a533167,axiom,
! [X] :
( temperature_value_1(X)
=> ( original_name_2(X,'Temperature-Value')
& description_2(X,'the degree of hotness or coldness of a body or environment')
& concept2words_2(X,temperature)
& concept2words_2(X,'value of temperature')
& concept2words_2(X,'temperature value')
& concept2words_2(X,'temperature-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a533168,axiom,
! [X] :
( template_1(X)
=> ( original_name_2(X,'Template')
& description_2(X,'A role played by an object in a copy event, serving as the thing from which a copy is made.')
& concept2words_2(X,template)
& role_1(X)
& tangible_entity_1(fn_template_1(X))
& plays_2(fn_template_1(X),X) ) ) ).
fof(a533169,axiom,
! [X] :
( temporal_entity_1(X)
=> ( original_name_2(X,'Temporal-Entity')
& concept2words_2(X,'time before')
& concept2words_2(X,'time-before')
& concept2words_2(X,'entity of temporal')
& concept2words_2(X,'temporal entity')
& concept2words_2(X,'temporal-entity')
& thing_1(X)
& ~ concept_word_frame_1(X)
& ~ role_1(X)
& ~ event_1(X)
& ~ entity_1(X) ) ) ).
fof(a533170,axiom,
! [X] :
( temporal_isolation_1(X)
=> ( original_name_2(X,'Temporal-Isolation')
& user_description_2(X,'A type of reporductive isolation in which two species breed during different times of the day, different seasons, or different years, and thus cannot interbreed.')
& concept2words_2(X,'isolation of temporal')
& concept2words_2(X,'temporal isolation')
& concept2words_2(X,'temporal-isolation')
& reproductive_isolation_1(X)
& ~ hybrid_breakdown_1(X)
& ~ hybrid_reduced_fertility_1(X)
& ~ hybrid_reduced_viability_1(X) ) ) ).
fof(a533171,axiom,
! [X] :
( temporal_lobe_1(X)
=> ( original_name_2(X,'Temporal-Lobe')
& user_description_2(X,'Lateral region of the cerebral cortex responsible for hearing and language comprehension.')
& concept2words_2(X,'lobe of temporal')
& concept2words_2(X,'temporal lobe')
& concept2words_2(X,'temporal-lobe')
& cerebral_cortex_1(X) ) ) ).
fof(a533172,axiom,
! [X] :
( temporal_relation_1(X)
=> ( original_name_2(X,'Temporal-Relation')
& user_description_2(X,'A temporal relation is a relation between an entity or event, and a temporal entity. In such relations, the entity or event is placed in absolute or relative position to the time denoted by the temporal entity. If a relation is a temporal relation, then its inverse is also a temporal relation.')
& concept2words_2(X,'relation of temporal')
& concept2words_2(X,'temporal relation')
& concept2words_2(X,'temporal-relation')
& relation_1(X) ) ) ).
fof(a533173,axiom,
! [X] :
( temporal_summation_1(X)
=> ( original_name_2(X,'Temporal-Summation')
& user_description_2(X,'A result of neural integration in which a rapid succession of multiple EPSPs and IPSPs determine the membrane potential of a postsynaptic cell.')
& concept2words_2(X,'summation of temporal')
& concept2words_2(X,'temporal summation')
& concept2words_2(X,'temporal-summation')
& change_in_membrane_potential_1(X) ) ) ).
fof(a533174,axiom,
! [X] :
( tendon_1(X)
=> ( original_name_2(X,'Tendon')
& user_description_2(X,'A tough band of fibrous connective tissue that attaches muscle to bone.')
& concept2words_2(X,tendon)
& fibrous_connective_tissue_1(X)
& ~ ligament_1(X)
& connective_tissue_1(fn_tendon_1(X))
& collagen_1(fn_tendon_2(X))
& has_part_2(X,fn_tendon_1(X))
& has_part_2(fn_tendon_1(X),fn_tendon_2(X)) ) ) ).
fof(a533175,axiom,
! [X] :
( tentacle_1(X)
=> ( original_name_2(X,'Tentacle')
& user_description_2(X,'Flexible, elongated appendage in animals specialzed for locomotion or capturing prey.')
& concept2words_2(X,tentacle)
& animal_structure_1(X) ) ) ).
fof(a533176,axiom,
! [X] :
( teratogen_1(X)
=> ( original_name_2(X,'Teratogen')
& user_description_2(X,'A chemical or physical agent that interferes with development; a chemical that causes birth defects.')
& concept2words_2(X,teratogen)
& drug_1(X) ) ) ).
fof(a533177,axiom,
! [X] :
( terbium_1(X)
=> ( original_name_2(X,'Terbium')
& user_description_2(X,'Terbium is a metal atom with atomic number 65. It is represented by the symbol Tb.')
& concept2words_2(X,terbium)
& concept2words_2(X,tb)
& metal_atom_1(X)
& neutron_1(fn_terbium_3(X))
& atomic_mass_value_1(fn_terbium_4(X))
& electronegativity_value_1(fn_terbium_5(X))
& valence_electron_1(fn_terbium_9(X))
& atomic_weight_value_1(fn_terbium_10(X))
& atomic_number_value_1(fn_terbium_11(X))
& quantity_value_1(fn_terbium_12(X))
& electronegativity_2(X,fn_terbium_5(X))
& mass_number_2(X,fn_terbium_4(X))
& exactCardinality(X,has_part_0,"94",neutron_0)
& exactCardinality(X,has_part_0,"65",proton_0)
& exactCardinality(X,has_part_0,"65",electron_0)
& has_part_2(X,fn_terbium_3(X))
& the_cardinal_value_2(fn_terbium_12(X),"11")
& cardinal_unit_class_2(fn_terbium_12(X),unity_0)
& the_cardinal_value_2(fn_terbium_5(X),"1.1")
& cardinal_unit_class_2(fn_terbium_5(X),unity_0)
& the_cardinal_value_2(fn_terbium_4(X),"159")
& cardinal_unit_class_2(fn_terbium_4(X),unity_0)
& the_cardinal_value_2(fn_terbium_11(X),"65")
& cardinal_unit_class_2(fn_terbium_11(X),unity_0)
& the_cardinal_value_2(fn_terbium_10(X),"158.9")
& cardinal_unit_class_2(fn_terbium_10(X),dalton_0)
& atomic_number_2(X,fn_terbium_11(X))
& atomic_weight_2(X,fn_terbium_10(X))
& has_part_2(X,fn_terbium_9(X))
& quantity_2(fn_terbium_9(X),fn_terbium_12(X))
& fn_terbium_7(X) = fn_atom_12(X)
& fn_terbium_11(X) = fn_atom_17(X)
& fn_terbium_8(X) = fn_atom_13(X)
& fn_terbium_10(X) = fn_atom_16(X)
& fn_terbium_6(X) = fn_atom_1(X)
& fn_terbium_12(X) = fn_atom_5(X)
& fn_terbium_9(X) = fn_atom_14(X) ) ) ).
fof(a533178,axiom,
! [X] :
( terminate_1(X)
=> ( original_name_2(X,'Terminate')
& user_description_2(X,'To bring to an end.')
& concept2words_2(X,terminate)
& action_1(X) ) ) ).
fof(a533179,axiom,
! [X] :
( termination_1(X)
=> ( original_name_2(X,'Termination')
& user_description_2(X,'The ending phase of a cellular process.')
& concept2words_2(X,terminate)
& concept2words_2(X,termination)
& terminate_1(X) ) ) ).
fof(a533180,axiom,
! [X] :
( terminator_sequence_1(X)
=> ( original_name_2(X,'Terminator-Sequence')
& user_description_2(X,'A sequence of nucleotides that indicates the end of a gene. This sequence causes the RNA polymerase to detach from the DNA transcript and thus ends transcription.')
& concept2words_2(X,terminator)
& concept2words_2(X,'transcriptional terminator sequence')
& concept2words_2(X,'transcriptional-terminator-sequence')
& concept2words_2(X,'sequence of terminator')
& concept2words_2(X,'terminator sequence')
& concept2words_2(X,'terminator-sequence')
& dna_sequence_1(X)
& ~ genetic_code_1(X)
& ~ information_sequence_1(X)
& ~ coding_segment_1(X)
& ~ leader_segment_1(X) ) ) ).
fof(a533181,axiom,
! [X] :
( termite_1(X)
=> ( original_name_2(X,'Termite')
& user_description_2(X,'Termites are pale-colored, usually soft-bodied social insects of the order Isoptera that live mostly in warm regions')
& concept2words_2(X,termite)
& isoptera_1(X)
& time_interval_1(fn_termite_1(X))
& time_interval_1(fn_termite_2(X))
& free_energy_1(fn_termite_3(X))
& cell_1(fn_termite_4(X))
& chemical_bond_1(fn_termite_5(X))
& chemical_entity_1(fn_termite_6(X))
& nutrient_1(fn_termite_7(X))
& molecule_1(fn_termite_8(X))
& chemical_entity_1(fn_termite_9(X))
& active_site_1(fn_termite_10(X))
& exoskeleton_1(fn_termite_13(X))
& locomotion_1(fn_termite_14(X))
& support_1(fn_termite_15(X))
& feed_1(fn_termite_16(X))
& move_1(fn_termite_17(X))
& move_into_1(fn_termite_17(X))
& take_in_1(fn_termite_17(X))
& chemical_entity_1(fn_termite_18(X))
& tangible_entity_1(fn_termite_18(X))
& entity_1(fn_termite_18(X))
& atom_1(fn_termite_18(X))
& nitrogen_1(fn_termite_18(X))
& entity_1(fn_termite_19(X))
& chemical_entity_1(fn_termite_19(X))
& atom_1(fn_termite_19(X))
& hydrogen_1(fn_termite_19(X))
& oxygen_1(fn_termite_20(X))
& protein_1(fn_termite_21(X))
& spatial_entity_1(fn_termite_22(X))
& chemical_entity_1(fn_termite_22(X))
& monomer_1(fn_termite_22(X))
& molecule_1(fn_termite_22(X))
& amino_acid_1(fn_termite_22(X))
& polypeptide_1(fn_termite_23(X))
& length_value_1(fn_termite_24(X))
& enzyme_1(fn_termite_25(X))
& cellulase_1(fn_termite_25(X))
& cellulose_digestion_1(fn_termite_26(X))
& spatial_entity_1(fn_termite_27(X))
& tangible_entity_1(fn_termite_27(X))
& chemical_entity_1(fn_termite_27(X))
& glucose_1(fn_termite_27(X))
& monomer_1(fn_termite_27(X))
& aldehyde_1(fn_termite_27(X))
& decrease_1(fn_termite_28(X))
& catalyst_1(fn_termite_29(X))
& cell_1(fn_termite_30(X))
& cellulase_1(fn_termite_31(X))
& carbon_skeleton_1(fn_termite_32(X))
& hydrophilic_region_1(fn_termite_33(X))
& surface_1(fn_termite_34(X))
& carbon_1(fn_termite_35(X))
& atom_1(fn_termite_36(X))
& chemical_entity_1(fn_termite_36(X))
& genome_1(fn_termite_37(X))
& genotype_1(fn_termite_37(X))
& symbiosis_1(fn_termite_38(X))
& mutualism_1(fn_termite_38(X))
& symbiosis_1(fn_termite_39(X))
& mutualism_1(fn_termite_39(X))
& prokaryote_1(fn_termite_40(X))
& organism_1(fn_termite_40(X))
& bacterium_1(fn_termite_40(X))
& protist_1(fn_termite_41(X))
& gastric_cecum_1(fn_termite_42(X))
& water_1(fn_termite_43(X))
& animal_cell_1(fn_termite_44(X))
& mouth_1(fn_termite_45(X))
& heterotroph_1(fn_termite_46(X))
& herbivore_1(fn_termite_46(X))
& substance_1(fn_termite_47(X))
& esophagus_1(fn_termite_48(X))
& rectum_1(fn_termite_49(X))
& anus_1(fn_termite_50(X))
& spatial_entity_1(fn_termite_51(X))
& diet_1(fn_termite_51(X))
& wood_1(fn_termite_52(X))
& algae_1(fn_termite_53(X))
& specific_heat_value_1(fn_termite_54(X))
& alimentary_canal_1(fn_termite_55(X))
& length_value_1(fn_termite_56(X))
& organism_1(fn_termite_57(X))
& bacterium_1(fn_termite_57(X))
& bacterium_1(fn_termite_58(X))
& temperature_value_1(fn_termite_59(X))
& foregut_1(fn_termite_60(X))
& hindgut_1(fn_termite_61(X))
& digestive_system_1(fn_termite_62(X))
& nutrition_1(fn_termite_63(X))
& symbiosis_1(fn_termite_64(X))
& symbiosis_1(fn_termite_65(X))
& intestine_1(fn_termite_66(X))
& food_1(fn_termite_67(X))
& atom_1(fn_termite_68(X))
& chemical_entity_1(fn_termite_68(X))
& reactant_1(fn_termite_69(X))
& protein_1(fn_termite_70(X))
& tangible_entity_1(fn_termite_71(X))
& chemical_entity_1(fn_termite_71(X))
& water_molecule_1(fn_termite_71(X))
& attach_1(fn_termite_72(X))
& chemical_1(fn_termite_73(X))
& barrier_1(fn_termite_74(X))
& container_1(fn_termite_75(X))
& spatial_entity_1(fn_termite_76(X))
& spatial_entity_1(fn_termite_77(X))
& entity_1(fn_termite_78(X))
& chemical_entity_1(fn_termite_78(X))
& atom_1(fn_termite_78(X))
& carbon_1(fn_termite_78(X))
& entity_1(fn_termite_79(X))
& chemical_entity_1(fn_termite_79(X))
& atom_1(fn_termite_79(X))
& hydrogen_1(fn_termite_79(X))
& midgut_1(fn_termite_80(X))
& structural_complexity_value_1(fn_termite_83(X))
& hold_1(fn_termite_84(X))
& carry_1(fn_termite_85(X))
& hold_1(fn_termite_86(X))
& carry_1(fn_termite_87(X))
& remove_1(fn_termite_88(X))
& structural_complexity_value_1(fn_termite_89(X))
& hydrolysis_1(fn_termite_90(X))
& cellulose_1(fn_termite_91(X))
& digestion_1(fn_termite_92(X))
& atom_1(fn_termite_95(X))
& carbon_1(fn_termite_95(X))
& chemical_entity_1(fn_chemical_3(fn_termite_73(X)))
& protein_enzyme_1(fn_prokaryote_3(fn_termite_40(X)))
& decrease_1(fn_enzyme_5(fn_termite_25(X)))
& container_1(fn_move_into_2(fn_termite_17(X)))
& entity_1(fn_amino_acid_24(fn_termite_22(X)))
& chemical_entity_1(fn_amino_acid_24(fn_termite_22(X)))
& atom_1(fn_amino_acid_24(fn_termite_22(X)))
& carbon_1(fn_amino_acid_24(fn_termite_22(X)))
& property_node_1(fn_herbivore_11(fn_termite_46(X)))
& property_node_1(fn_herbivore_1(fn_termite_46(X)))
& algae_1(fn_herbivore_7(fn_termite_46(X)))
& intestine_1(fn_herbivore_13(fn_termite_46(X)))
& symbiosis_1(fn_herbivore_27(fn_termite_46(X)))
& length_value_1(fn_herbivore_10(fn_termite_46(X)))
& length_value_1(fn_herbivore_2(fn_termite_46(X)))
& symbiosis_1(fn_herbivore_25(fn_termite_46(X)))
& organism_1(fn_herbivore_24(fn_termite_46(X)))
& bacterium_1(fn_herbivore_24(fn_termite_46(X)))
& bacterium_1(fn_herbivore_26(fn_termite_46(X)))
& cellulase_1(fn_cellulose_digestion_14(fn_termite_26(X)))
& property_node_1(fn_cellulose_digestion_2(fn_termite_26(X)))
& cell_1(fn_cellulose_digestion_4(fn_termite_26(X)))
& carry_1(fn_cellulose_digestion_17(fn_termite_26(X)))
& hold_1(fn_cellulose_digestion_16(fn_termite_26(X)))
& carry_1(fn_cellulose_digestion_24(fn_termite_26(X)))
& hold_1(fn_cellulose_digestion_23(fn_termite_26(X)))
& remove_1(fn_cellulose_digestion_19(fn_termite_26(X)))
& hydrolysis_1(fn_cellulose_digestion_21(fn_termite_26(X)))
& structural_complexity_value_1(fn_cellulose_digestion_6(fn_termite_26(X)))
& cellulose_1(fn_cellulose_digestion_15(fn_termite_26(X)))
& decrease_1(fn_enzyme_5(fn_termite_31(X)))
& atom_1(fn_aldehyde_5(fn_termite_27(X)))
& chemical_entity_1(fn_aldehyde_5(fn_termite_27(X)))
& surface_1(fn_protein_5(fn_termite_31(X)))
& hydrophilic_region_1(fn_protein_1(fn_termite_31(X)))
& digestion_1(fn_gastric_cecum_1(fn_termite_42(X)))
& genotype_1(fn_organism_3(fn_termite_40(X)))
& genome_1(fn_bacterium_13(fn_termite_40(X)))
& genotype_1(fn_bacterium_13(fn_termite_40(X)))
& tangible_entity_1(fn_feed_4(fn_termite_16(X)))
& organism_1(fn_symbiosis_1(fn_termite_39(X)))
& organism_1(fn_symbiosis_2(fn_termite_38(X)))
& oxygen_1(fn_amino_acid_27(fn_termite_22(X)))
& oxygen_1(fn_amino_acid_11(fn_termite_22(X)))
& entity_1(fn_polypeptide_90(fn_termite_23(X)))
& chemical_entity_1(fn_polypeptide_90(fn_termite_23(X)))
& atom_1(fn_polypeptide_90(fn_termite_23(X)))
& hydrogen_1(fn_polypeptide_90(fn_termite_23(X)))
& entity_1(fn_polypeptide_89(fn_termite_23(X)))
& chemical_entity_1(fn_polypeptide_89(fn_termite_23(X)))
& atom_1(fn_polypeptide_89(fn_termite_23(X)))
& hydrogen_1(fn_polypeptide_89(fn_termite_23(X)))
& entity_1(fn_amino_acid_22(fn_termite_22(X)))
& chemical_entity_1(fn_amino_acid_22(fn_termite_22(X)))
& atom_1(fn_amino_acid_22(fn_termite_22(X)))
& hydrogen_1(fn_amino_acid_22(fn_termite_22(X)))
& entity_1(fn_amino_acid_28(fn_termite_22(X)))
& chemical_entity_1(fn_amino_acid_28(fn_termite_22(X)))
& atom_1(fn_amino_acid_28(fn_termite_22(X)))
& hydrogen_1(fn_amino_acid_28(fn_termite_22(X)))
& tangible_entity_1(fn_polypeptide_91(fn_termite_23(X)))
& entity_1(fn_polypeptide_91(fn_termite_23(X)))
& chemical_entity_1(fn_polypeptide_91(fn_termite_23(X)))
& atom_1(fn_polypeptide_91(fn_termite_23(X)))
& nitrogen_1(fn_polypeptide_91(fn_termite_23(X)))
& chemical_entity_1(fn_amino_acid_17(fn_termite_22(X)))
& tangible_entity_1(fn_amino_acid_17(fn_termite_22(X)))
& entity_1(fn_amino_acid_17(fn_termite_22(X)))
& atom_1(fn_amino_acid_17(fn_termite_22(X)))
& nitrogen_1(fn_amino_acid_17(fn_termite_22(X)))
& chemical_entity_1(fn_polypeptide_82(fn_termite_23(X)))
& monomer_1(fn_polypeptide_82(fn_termite_23(X)))
& molecule_1(fn_polypeptide_82(fn_termite_23(X)))
& amino_acid_1(fn_polypeptide_82(fn_termite_23(X)))
& spatial_entity_1(fn_polypeptide_83(fn_termite_23(X)))
& chemical_entity_1(fn_polypeptide_83(fn_termite_23(X)))
& monomer_1(fn_polypeptide_83(fn_termite_23(X)))
& molecule_1(fn_polypeptide_83(fn_termite_23(X)))
& amino_acid_1(fn_polypeptide_83(fn_termite_23(X)))
& spatial_entity_1(fn_move_1(fn_termite_17(X)))
& property_node_1(fn_glucose_1(fn_termite_27(X)))
& property_node_1(fn_cellulose_digestion_8(fn_termite_26(X)))
& structural_complexity_value_1(fn_glucose_2(fn_termite_27(X)))
& structural_complexity_value_1(fn_cellulose_digestion_12(fn_termite_26(X)))
& tangible_entity_1(fn_chemical_digestion_1(fn_termite_26(X)))
& chemical_entity_1(fn_cellulose_digestion_13(fn_termite_26(X)))
& water_molecule_1(fn_cellulose_digestion_13(fn_termite_26(X)))
& nutrition_1(fn_herbivore_18(fn_termite_46(X)))
& alimentary_canal_1(fn_herbivore_9(fn_termite_46(X)))
& digestive_system_1(fn_herbivore_20(fn_termite_46(X)))
& tangible_entity_1(fn_barrier_1(fn_termite_74(X)))
& tangible_entity_1(fn_take_in_1(fn_termite_17(X)))
& organism_1(fn_symbiosis_2(fn_termite_39(X)))
& tangible_entity_1(fn_move_into_1(fn_termite_17(X)))
& organism_1(fn_symbiosis_1(fn_termite_38(X)))
& organism_1(fn_mutualism_2(fn_termite_39(X)))
& organism_1(fn_mutualism_2(fn_termite_38(X)))
& organism_1(fn_mutualism_1(fn_termite_39(X)))
& entity_1(fn_herbivore_17(fn_termite_46(X)))
& organism_1(fn_herbivore_17(fn_termite_46(X)))
& animal_1(fn_herbivore_17(fn_termite_46(X)))
& organism_1(fn_cellulose_digestion_3(fn_termite_26(X)))
& catalyst_1(fn_cellulose_digestion_11(fn_termite_26(X)))
& catalyst_1(fn_enzyme_6(fn_termite_31(X)))
& spatial_entity_1(fn_attach_1(fn_termite_72(X)))
& tangible_entity_1(fn_food_3(fn_termite_67(X)))
& chemical_entity_1(fn_reactant_3(fn_termite_69(X)))
& monomer_1(fn_cellulose_digestion_9(fn_termite_26(X)))
& carbon_1(fn_organic_molecule_1(fn_termite_31(X)))
& carbon_1(fn_protein_enzyme_7(fn_termite_31(X)))
& carbon_skeleton_1(fn_organic_molecule_3(fn_termite_31(X)))
& carbon_skeleton_1(fn_protein_enzyme_6(fn_termite_31(X)))
& atom_1(fn_organic_molecule_2(fn_termite_31(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_termite_31(X)))
& atom_1(fn_protein_enzyme_8(fn_termite_31(X)))
& chemical_entity_1(fn_protein_enzyme_8(fn_termite_31(X)))
& time_before_2(fn_termite_2(X),fn_termite_1(X))
& origin_2(fn_termite_17(X),fn_termite_77(X))
& destination_2(fn_termite_17(X),fn_termite_76(X))
& fn_termite_25(X) != fn_termite_31(X)
& time_during_2(fn_termite_26(X),fn_termite_1(X))
& fn_termite_26(X) != fn_termite_92(X)
& site_2(fn_termite_26(X),fn_termite_42(X))
& agent_2(fn_termite_26(X),fn_termite_31(X))
& result_2(fn_termite_26(X),fn_termite_3(X))
& called_2(fn_termite_26(X),'Termite')
& fn_termite_27(X) != fn_termite_71(X)
& has_part_2(fn_termite_27(X),fn_termite_6(X))
& enables_2(fn_termite_28(X),fn_termite_26(X))
& fn_termite_31(X) != fn_termite_25(X)
& has_function_2(fn_termite_31(X),fn_termite_26(X))
& is_specific_to_2(fn_termite_31(X),fn_termite_70(X))
& base_2(fn_termite_38(X),fn_termite_40(X))
& beneficiary_2(fn_termite_38(X),fn_termite_40(X))
& agent_2(fn_termite_38(X),fn_termite_40(X))
& beneficiary_2(fn_termite_39(X),fn_termite_41(X))
& is_inside_2(fn_termite_40(X),fn_termite_55(X))
& has_part_2(fn_termite_41(X),fn_termite_25(X))
& is_inside_2(fn_termite_41(X),fn_termite_55(X))
& has_function_2(fn_termite_42(X),fn_termite_26(X))
& fn_termite_4(X) != fn_termite_44(X)
& possesses_2(X,fn_termite_5(X))
& X != fn_termite_58(X)
& fn_termite_44(X) != fn_termite_4(X)
& has_part_2(fn_termite_47(X),fn_termite_73(X))
& element_2(fn_termite_51(X),fn_termite_53(X))
& fn_termite_58(X) != X
& has_state_2(fn_termite_6(X),fn_termite_8(X))
& has_state_2(fn_termite_68(X),fn_termite_9(X))
& fn_termite_70(X) != fn_termite_71(X)
& plays_2(fn_termite_9(X),fn_termite_7(X))
& fn_termite_71(X) != fn_termite_27(X)
& fn_termite_71(X) != fn_termite_70(X)
& site_2(fn_termite_72(X),fn_termite_10(X))
& fn_termite_92(X) != fn_termite_26(X)
& object_2(fn_termite_72(X),fn_termite_27(X))
& plays_2(fn_termite_27(X),fn_termite_67(X))
& plays_2(fn_termite_27(X),fn_termite_69(X))
& object_2(fn_termite_16(X),fn_termite_47(X))
& has_part_2(fn_termite_73(X),fn_termite_70(X))
& has_part_2(fn_termite_40(X),fn_termite_31(X))
& has_part_2(fn_termite_40(X),fn_termite_37(X))
& has_function_2(fn_termite_25(X),fn_termite_28(X))
& plays_2(X,fn_termite_74(X))
& has_part_2(fn_termite_23(X),fn_termite_22(X))
& has_part_2(X,fn_termite_47(X))
& is_inside_2(fn_termite_47(X),fn_termite_60(X))
& raw_material_2(fn_termite_63(X),fn_termite_52(X))
& element_2(fn_termite_51(X),fn_termite_52(X))
& base_2(fn_termite_39(X),X)
& in_event_2(fn_termite_75(X),fn_termite_17(X))
& plays_2(X,fn_termite_75(X))
& base_2(fn_termite_38(X),X)
& agent_2(fn_termite_39(X),fn_termite_41(X))
& base_2(fn_termite_39(X),fn_termite_41(X))
& fn_termite_41(X) != X
& X != fn_termite_41(X)
& agent_2(fn_termite_39(X),X)
& beneficiary_2(fn_termite_38(X),X)
& agent_2(fn_termite_38(X),X)
& beneficiary_2(fn_termite_39(X),X)
& is_outside_2(fn_termite_77(X),X)
& has_part_2(X,fn_termite_13(X))
& has_function_2(fn_termite_13(X),fn_termite_15(X))
& object_2(fn_termite_15(X),X)
& is_inside_2(fn_termite_76(X),X)
& has_part_2(fn_termite_22(X),fn_termite_20(X))
& has_part_2(fn_termite_22(X),fn_termite_79(X))
& has_part_2(fn_termite_22(X),fn_termite_19(X))
& has_part_2(fn_termite_22(X),fn_termite_78(X))
& fn_termite_78(X) != fn_termite_79(X)
& fn_termite_20(X) != fn_termite_78(X)
& fn_termite_19(X) != fn_termite_20(X)
& fn_termite_20(X) != fn_termite_19(X)
& fn_termite_78(X) != fn_termite_20(X)
& fn_termite_79(X) != fn_termite_78(X)
& fn_termite_18(X) != fn_termite_78(X)
& fn_termite_79(X) != fn_termite_18(X)
& fn_termite_18(X) != fn_termite_79(X)
& fn_termite_78(X) != fn_termite_18(X)
& fn_termite_19(X) != fn_termite_78(X)
& fn_termite_78(X) != fn_termite_19(X)
& has_part_2(fn_termite_22(X),fn_termite_18(X))
& fn_termite_19(X) != fn_termite_18(X)
& fn_termite_79(X) != fn_termite_19(X)
& fn_termite_19(X) != fn_termite_79(X)
& fn_termite_18(X) != fn_termite_19(X)
& length_2(fn_termite_55(X),fn_termite_56(X))
& in_event_2(fn_termite_46(X),fn_termite_63(X))
& raw_material_2(fn_termite_63(X),fn_termite_53(X))
& has_part_2(X,fn_termite_66(X))
& element_2(fn_termite_62(X),fn_termite_66(X))
& base_2(fn_termite_65(X),X)
& agent_2(fn_termite_65(X),fn_termite_58(X))
& agent_2(fn_termite_64(X),fn_termite_57(X))
& base_2(fn_termite_64(X),X)
& length_2(X,fn_termite_24(X))
& greater_than_2(fn_termite_56(X),fn_termite_24(X))
& the_scalar_value_2(fn_termite_56(X),long_0)
& scalar_unit_class_2(fn_termite_56(X),digestive_tract_0)
& plays_2(X,fn_termite_46(X))
& fn_termite_40(X) != X
& X != fn_termite_40(X)
& fn_termite_57(X) != X
& X != fn_termite_57(X)
& object_2(fn_termite_17(X),fn_termite_51(X))
& element_2(fn_termite_51(X),fn_termite_95(X))
& raw_material_2(fn_termite_63(X),fn_termite_95(X))
& result_2(fn_termite_63(X),fn_termite_21(X))
& has_part_2(fn_termite_21(X),fn_termite_23(X))
& agent_2(fn_termite_17(X),X)
& base_2(fn_termite_17(X),X)
& object_2(fn_termite_14(X),X)
& agent_2(fn_termite_14(X),X)
& has_part_2(X,fn_termite_44(X))
& in_event_2(fn_termite_29(X),fn_termite_26(X))
& first_subevent_2(fn_termite_85(X),fn_termite_84(X))
& has_function_2(fn_termite_25(X),fn_termite_26(X))
& subevent_2(fn_termite_26(X),fn_termite_90(X))
& first_subevent_2(fn_termite_87(X),fn_termite_86(X))
& object_2(fn_termite_87(X),fn_termite_27(X))
& object_2(fn_termite_84(X),fn_termite_27(X))
& subevent_2(fn_termite_85(X),fn_termite_84(X))
& object_2(fn_termite_85(X),fn_termite_27(X))
& object_2(fn_termite_86(X),fn_termite_27(X))
& subevent_2(fn_termite_87(X),fn_termite_86(X))
& raw_material_2(fn_termite_90(X),fn_termite_91(X))
& base_2(fn_termite_88(X),fn_termite_91(X))
& object_2(fn_termite_88(X),fn_termite_27(X))
& result_2(fn_termite_26(X),fn_termite_27(X))
& beneficiary_2(fn_termite_26(X),X)
& raw_material_2(fn_termite_26(X),fn_termite_71(X))
& raw_material_2(fn_termite_90(X),fn_termite_71(X))
& result_2(fn_termite_90(X),fn_termite_27(X))
& structural_complexity_2(fn_termite_27(X),fn_termite_83(X))
& raw_material_2(fn_termite_26(X),fn_termite_91(X))
& structural_complexity_2(fn_termite_91(X),fn_termite_89(X))
& greater_than_2(fn_termite_89(X),fn_termite_83(X))
& fn_termite_71(X) != fn_termite_91(X)
& fn_termite_91(X) != fn_termite_71(X)
& specific_heat_2(fn_termite_43(X),fn_termite_54(X))
& agent_2(fn_termite_63(X),X)
& has_region_2(fn_termite_55(X),fn_termite_61(X))
& has_region_2(fn_termite_55(X),fn_termite_60(X))
& next_element_2(fn_termite_60(X),fn_termite_80(X))
& element_2(fn_termite_62(X),fn_termite_60(X))
& element_2(fn_termite_62(X),fn_termite_61(X))
& is_inside_2(fn_termite_50(X),fn_termite_61(X))
& has_part_2(X,fn_termite_50(X))
& has_part_2(X,fn_termite_49(X))
& has_part_2(X,fn_termite_48(X))
& is_inside_2(fn_termite_48(X),fn_termite_60(X))
& is_inside_2(fn_termite_45(X),fn_termite_60(X))
& has_part_2(X,fn_termite_45(X))
& has_part_2(X,fn_termite_43(X))
& element_2(fn_termite_62(X),fn_termite_80(X))
& is_inside_2(fn_termite_42(X),fn_termite_80(X))
& has_part_2(X,fn_termite_42(X))
& temperature_2(X,fn_termite_59(X))
& correspondence_2(fn_termite_59(X),fn_termite_54(X))
& has_region_2(X,fn_termite_62(X))
& has_region_2(fn_termite_62(X),fn_termite_55(X))
& has_region_2(fn_termite_55(X),fn_termite_80(X))
& next_element_2(fn_termite_80(X),fn_termite_61(X))
& is_inside_2(fn_termite_49(X),fn_termite_61(X))
& plays_2(fn_termite_31(X),fn_termite_29(X))
& fn_termite_35(X) != fn_termite_36(X)
& fn_termite_36(X) != fn_termite_35(X)
& is_inside_2(fn_termite_35(X),fn_termite_32(X))
& has_part_2(fn_termite_31(X),fn_termite_35(X))
& has_region_2(fn_termite_31(X),fn_termite_32(X))
& has_part_2(fn_termite_31(X),fn_termite_36(X))
& site_2(fn_termite_92(X),fn_termite_42(X))
& has_function_2(fn_termite_42(X),fn_termite_92(X))
& has_part_2(fn_termite_27(X),fn_termite_68(X))
& has_function_2(fn_termite_31(X),fn_termite_28(X))
& fn_termite_27(X) = fn_attach_1(fn_termite_72(X))
& fn_termite_27(X) = fn_food_3(fn_termite_67(X))
& fn_termite_27(X) = fn_reactant_3(fn_termite_69(X))
& fn_termite_47(X) = fn_feed_4(fn_termite_16(X))
& fn_termite_70(X) = fn_chemical_3(fn_termite_73(X))
& fn_termite_31(X) = fn_prokaryote_3(fn_termite_40(X))
& fn_termite_37(X) = fn_organism_3(fn_termite_40(X))
& fn_termite_37(X) = fn_bacterium_13(fn_termite_40(X))
& fn_termite_28(X) = fn_enzyme_5(fn_termite_25(X))
& X = fn_barrier_1(fn_termite_74(X))
& fn_termite_22(X) = fn_polypeptide_82(fn_termite_23(X))
& fn_termite_47(X) = fn_insect_20(X)
& fn_termite_52(X) = fn_animal_1(X)
& X = fn_move_into_1(fn_termite_17(X))
& fn_termite_75(X) = fn_move_into_2(fn_termite_17(X))
& X = fn_symbiosis_2(fn_termite_39(X))
& fn_termite_41(X) = fn_symbiosis_1(fn_termite_39(X))
& fn_termite_41(X) = fn_symbiosis_2(fn_termite_38(X))
& X = fn_symbiosis_1(fn_termite_38(X))
& X = fn_mutualism_2(fn_termite_39(X))
& X = fn_mutualism_2(fn_termite_38(X))
& X = fn_mutualism_1(fn_termite_39(X))
& fn_termite_77(X) = fn_arthropod_2(X)
& fn_termite_76(X) = fn_arthropod_1(X)
& fn_termite_15(X) = fn_arthropod_7(X)
& fn_termite_13(X) = fn_arthropod_8(X)
& fn_termite_79(X) = fn_amino_acid_28(fn_termite_22(X))
& fn_termite_20(X) = fn_amino_acid_27(fn_termite_22(X))
& fn_termite_20(X) = fn_amino_acid_11(fn_termite_22(X))
& fn_termite_19(X) = fn_amino_acid_22(fn_termite_22(X))
& fn_termite_78(X) = fn_amino_acid_24(fn_termite_22(X))
& fn_termite_79(X) = fn_polypeptide_90(fn_termite_23(X))
& fn_termite_79(X) = fn_amino_acid_22(fn_termite_22(X))
& fn_termite_19(X) = fn_polypeptide_89(fn_termite_23(X))
& fn_termite_19(X) = fn_amino_acid_28(fn_termite_22(X))
& fn_termite_22(X) = fn_polypeptide_83(fn_termite_23(X))
& fn_termite_18(X) = fn_polypeptide_91(fn_termite_23(X))
& fn_termite_18(X) = fn_amino_acid_17(fn_termite_22(X))
& fn_termite_81(X) = fn_herbivore_11(fn_termite_46(X))
& fn_termite_82(X) = fn_herbivore_1(fn_termite_46(X))
& fn_termite_55(X) = fn_herbivore_9(fn_termite_46(X))
& fn_termite_53(X) = fn_herbivore_7(fn_termite_46(X))
& fn_termite_63(X) = fn_herbivore_18(fn_termite_46(X))
& fn_termite_62(X) = fn_herbivore_20(fn_termite_46(X))
& fn_termite_66(X) = fn_herbivore_13(fn_termite_46(X))
& fn_termite_58(X) = fn_herbivore_26(fn_termite_46(X))
& fn_termite_65(X) = fn_herbivore_27(fn_termite_46(X))
& fn_termite_56(X) = fn_herbivore_10(fn_termite_46(X))
& fn_termite_24(X) = fn_herbivore_2(fn_termite_46(X))
& fn_termite_64(X) = fn_herbivore_25(fn_termite_46(X))
& fn_termite_57(X) = fn_herbivore_24(fn_termite_46(X))
& fn_termite_40(X) = fn_herbivore_26(fn_termite_46(X))
& fn_termite_46(X) = fn_animal_18(X)
& X = fn_herbivore_17(fn_termite_46(X))
& fn_termite_23(X) = fn_animal_15(X)
& fn_termite_21(X) = fn_animal_7(X)
& fn_termite_63(X) = fn_animal_19(X)
& fn_termite_95(X) = fn_animal_6(X)
& fn_termite_51(X) = fn_move_1(fn_termite_17(X))
& fn_termite_51(X) = fn_animal_10(X)
& fn_termite_44(X) = fn_animal_21(X)
& fn_termite_14(X) = fn_animal_22(X)
& X = fn_take_in_1(fn_termite_17(X))
& fn_termite_17(X) = fn_animal_9(X)
& fn_termite_29(X) = fn_cellulose_digestion_11(fn_termite_26(X))
& fn_termite_25(X) = fn_cellulose_digestion_14(fn_termite_26(X))
& fn_termite_93(X) = fn_cellulose_digestion_2(fn_termite_26(X))
& fn_termite_30(X) = fn_cellulose_digestion_4(fn_termite_26(X))
& fn_termite_87(X) = fn_cellulose_digestion_17(fn_termite_26(X))
& fn_termite_86(X) = fn_cellulose_digestion_16(fn_termite_26(X))
& fn_termite_85(X) = fn_cellulose_digestion_24(fn_termite_26(X))
& fn_termite_84(X) = fn_cellulose_digestion_23(fn_termite_26(X))
& X = fn_cellulose_digestion_3(fn_termite_26(X))
& fn_termite_88(X) = fn_cellulose_digestion_19(fn_termite_26(X))
& fn_termite_94(X) = fn_glucose_1(fn_termite_27(X))
& fn_termite_94(X) = fn_cellulose_digestion_8(fn_termite_26(X))
& fn_termite_83(X) = fn_glucose_2(fn_termite_27(X))
& fn_termite_27(X) = fn_cellulose_digestion_9(fn_termite_26(X))
& fn_termite_90(X) = fn_cellulose_digestion_21(fn_termite_26(X))
& fn_termite_71(X) = fn_chemical_digestion_1(fn_termite_26(X))
& fn_termite_83(X) = fn_cellulose_digestion_12(fn_termite_26(X))
& fn_termite_89(X) = fn_cellulose_digestion_6(fn_termite_26(X))
& fn_termite_71(X) = fn_cellulose_digestion_13(fn_termite_26(X))
& fn_termite_91(X) = fn_cellulose_digestion_15(fn_termite_26(X))
& fn_termite_63(X) = fn_insect_17(X)
& fn_termite_50(X) = fn_insect_4(X)
& fn_termite_43(X) = fn_insect_18(X)
& fn_termite_45(X) = fn_insect_11(X)
& fn_termite_60(X) = fn_insect_12(X)
& fn_termite_48(X) = fn_insect_6(X)
& fn_termite_54(X) = fn_insect_23(X)
& fn_termite_59(X) = fn_insect_25(X)
& fn_termite_42(X) = fn_insect_5(X)
& fn_termite_49(X) = fn_insect_3(X)
& fn_termite_61(X) = fn_insect_14(X)
& fn_termite_80(X) = fn_insect_13(X)
& fn_termite_55(X) = fn_insect_9(X)
& fn_termite_62(X) = fn_insect_19(X)
& fn_termite_29(X) = fn_enzyme_6(fn_termite_31(X))
& fn_termite_28(X) = fn_enzyme_5(fn_termite_31(X))
& fn_termite_68(X) = fn_aldehyde_5(fn_termite_27(X))
& fn_termite_34(X) = fn_protein_5(fn_termite_31(X))
& fn_termite_33(X) = fn_protein_1(fn_termite_31(X))
& fn_termite_92(X) = fn_gastric_cecum_1(fn_termite_42(X))
& fn_termite_36(X) = fn_organic_molecule_2(fn_termite_31(X))
& fn_termite_35(X) = fn_organic_molecule_1(fn_termite_31(X))
& fn_termite_35(X) = fn_protein_enzyme_7(fn_termite_31(X))
& fn_termite_32(X) = fn_organic_molecule_3(fn_termite_31(X))
& fn_termite_32(X) = fn_protein_enzyme_6(fn_termite_31(X))
& fn_termite_36(X) = fn_protein_enzyme_8(fn_termite_31(X))
& fn_organism_3(fn_termite_40(X)) = fn_bacterium_13(fn_termite_40(X))
& fn_bacterium_13(fn_termite_40(X)) = fn_feed_4(fn_termite_16(X))
& fn_feed_4(fn_termite_16(X)) = fn_insect_20(X)
& fn_insect_20(X) = fn_insect_20(X)
& fn_insect_20(X) = fn_symbiosis_1(fn_termite_39(X))
& fn_symbiosis_2(fn_termite_38(X)) = fn_symbiosis_2(fn_termite_38(X))
& fn_symbiosis_2(fn_termite_38(X)) = fn_symbiosis_1(fn_termite_39(X))
& fn_symbiosis_1(fn_termite_39(X)) = fn_symbiosis_2(fn_termite_38(X))
& fn_symbiosis_2(fn_termite_38(X)) = fn_amino_acid_27(fn_termite_22(X))
& fn_amino_acid_11(fn_termite_22(X)) = fn_amino_acid_11(fn_termite_22(X))
& fn_amino_acid_11(fn_termite_22(X)) = fn_amino_acid_27(fn_termite_22(X))
& fn_amino_acid_27(fn_termite_22(X)) = fn_amino_acid_11(fn_termite_22(X))
& fn_amino_acid_11(fn_termite_22(X)) = fn_amino_acid_28(fn_termite_22(X))
& fn_amino_acid_28(fn_termite_22(X)) = fn_polypeptide_90(fn_termite_23(X))
& fn_polypeptide_90(fn_termite_23(X)) = fn_polypeptide_90(fn_termite_23(X))
& fn_polypeptide_90(fn_termite_23(X)) = fn_amino_acid_22(fn_termite_22(X))
& fn_amino_acid_22(fn_termite_22(X)) = fn_polypeptide_89(fn_termite_23(X))
& fn_polypeptide_89(fn_termite_23(X)) = fn_polypeptide_89(fn_termite_23(X))
& fn_polypeptide_89(fn_termite_23(X)) = fn_amino_acid_28(fn_termite_22(X))
& fn_amino_acid_28(fn_termite_22(X)) = fn_amino_acid_22(fn_termite_22(X))
& fn_amino_acid_22(fn_termite_22(X)) = fn_amino_acid_22(fn_termite_22(X))
& fn_amino_acid_22(fn_termite_22(X)) = fn_amino_acid_28(fn_termite_22(X))
& fn_amino_acid_28(fn_termite_22(X)) = fn_amino_acid_28(fn_termite_22(X))
& fn_amino_acid_28(fn_termite_22(X)) = fn_amino_acid_17(fn_termite_22(X))
& fn_amino_acid_17(fn_termite_22(X)) = fn_amino_acid_17(fn_termite_22(X))
& fn_amino_acid_17(fn_termite_22(X)) = fn_polypeptide_91(fn_termite_23(X))
& fn_polypeptide_91(fn_termite_23(X)) = fn_amino_acid_17(fn_termite_22(X))
& fn_amino_acid_17(fn_termite_22(X)) = fn_polypeptide_83(fn_termite_23(X))
& fn_polypeptide_83(fn_termite_23(X)) = fn_polypeptide_82(fn_termite_23(X))
& fn_polypeptide_82(fn_termite_23(X)) = fn_polypeptide_83(fn_termite_23(X))
& fn_polypeptide_83(fn_termite_23(X)) = fn_animal_10(X)
& fn_animal_10(X) = fn_animal_10(X)
& fn_animal_10(X) = fn_move_1(fn_termite_17(X))
& fn_move_1(fn_termite_17(X)) = fn_animal_10(X)
& fn_animal_10(X) = fn_glucose_1(fn_termite_27(X))
& fn_glucose_1(fn_termite_27(X)) = fn_cellulose_digestion_8(fn_termite_26(X))
& fn_cellulose_digestion_8(fn_termite_26(X)) = fn_glucose_2(fn_termite_27(X))
& fn_cellulose_digestion_12(fn_termite_26(X)) = fn_glucose_2(fn_termite_27(X))
& fn_glucose_2(fn_termite_27(X)) = fn_cellulose_digestion_12(fn_termite_26(X))
& fn_cellulose_digestion_12(fn_termite_26(X)) = fn_cellulose_digestion_12(fn_termite_26(X))
& fn_cellulose_digestion_12(fn_termite_26(X)) = fn_cellulose_digestion_13(fn_termite_26(X))
& fn_cellulose_digestion_13(fn_termite_26(X)) = fn_chemical_digestion_1(fn_termite_26(X))
& fn_chemical_digestion_1(fn_termite_26(X)) = fn_cellulose_digestion_13(fn_termite_26(X))
& fn_cellulose_digestion_13(fn_termite_26(X)) = fn_cellulose_digestion_13(fn_termite_26(X))
& fn_cellulose_digestion_13(fn_termite_26(X)) = fn_animal_19(X)
& fn_animal_19(X) = fn_herbivore_18(fn_termite_46(X))
& fn_herbivore_18(fn_termite_46(X)) = fn_animal_19(X)
& fn_animal_19(X) = fn_animal_19(X)
& fn_animal_19(X) = fn_insect_17(X)
& fn_insect_17(X) = fn_herbivore_9(fn_termite_46(X))
& fn_herbivore_9(fn_termite_46(X)) = fn_insect_9(X)
& fn_insect_9(X) = fn_insect_9(X)
& fn_insect_9(X) = fn_herbivore_20(fn_termite_46(X))
& fn_herbivore_20(fn_termite_46(X)) = fn_insect_19(X)
& fn_insect_19(X) = fn_insect_19(X)
& fn_insect_19(X) = fn_barrier_1(fn_termite_74(X))
& fn_barrier_1(fn_termite_74(X)) = fn_take_in_1(fn_termite_17(X))
& fn_symbiosis_2(fn_termite_39(X)) = fn_take_in_1(fn_termite_17(X))
& fn_take_in_1(fn_termite_17(X)) = fn_take_in_1(fn_termite_17(X))
& fn_take_in_1(fn_termite_17(X)) = fn_symbiosis_2(fn_termite_39(X))
& fn_move_into_1(fn_termite_17(X)) = fn_symbiosis_2(fn_termite_39(X))
& fn_symbiosis_2(fn_termite_39(X)) = fn_symbiosis_2(fn_termite_39(X))
& fn_symbiosis_2(fn_termite_39(X)) = fn_move_into_1(fn_termite_17(X))
& fn_move_into_1(fn_termite_17(X)) = fn_symbiosis_1(fn_termite_38(X))
& fn_symbiosis_1(fn_termite_38(X)) = fn_symbiosis_1(fn_termite_38(X))
& fn_symbiosis_1(fn_termite_38(X)) = fn_mutualism_2(fn_termite_39(X))
& fn_mutualism_2(fn_termite_38(X)) = fn_mutualism_2(fn_termite_38(X))
& fn_mutualism_2(fn_termite_38(X)) = fn_mutualism_2(fn_termite_39(X))
& fn_mutualism_2(fn_termite_39(X)) = fn_mutualism_2(fn_termite_39(X))
& fn_mutualism_2(fn_termite_39(X)) = fn_mutualism_2(fn_termite_38(X))
& fn_mutualism_1(fn_termite_39(X)) = fn_mutualism_2(fn_termite_38(X))
& fn_mutualism_2(fn_termite_38(X)) = fn_mutualism_1(fn_termite_39(X))
& fn_mutualism_1(fn_termite_39(X)) = fn_mutualism_1(fn_termite_39(X))
& fn_mutualism_1(fn_termite_39(X)) = fn_herbivore_17(fn_termite_46(X))
& fn_herbivore_17(fn_termite_46(X)) = fn_herbivore_17(fn_termite_46(X))
& fn_herbivore_17(fn_termite_46(X)) = fn_cellulose_digestion_3(fn_termite_26(X))
& fn_cellulose_digestion_3(fn_termite_26(X)) = fn_cellulose_digestion_11(fn_termite_26(X))
& fn_cellulose_digestion_11(fn_termite_26(X)) = fn_enzyme_6(fn_termite_31(X))
& fn_enzyme_6(fn_termite_31(X)) = fn_attach_1(fn_termite_72(X))
& fn_attach_1(fn_termite_72(X)) = fn_food_3(fn_termite_67(X))
& fn_food_3(fn_termite_67(X)) = fn_food_3(fn_termite_67(X))
& fn_food_3(fn_termite_67(X)) = fn_reactant_3(fn_termite_69(X))
& fn_reactant_3(fn_termite_69(X)) = fn_reactant_3(fn_termite_69(X))
& fn_reactant_3(fn_termite_69(X)) = fn_cellulose_digestion_9(fn_termite_26(X))
& fn_cellulose_digestion_9(fn_termite_26(X)) = fn_cellulose_digestion_9(fn_termite_26(X))
& fn_cellulose_digestion_9(fn_termite_26(X)) = fn_organic_molecule_1(fn_termite_31(X))
& fn_protein_enzyme_7(fn_termite_31(X)) = fn_organic_molecule_1(fn_termite_31(X))
& fn_organic_molecule_1(fn_termite_31(X)) = fn_protein_enzyme_7(fn_termite_31(X))
& fn_protein_enzyme_7(fn_termite_31(X)) = fn_organic_molecule_3(fn_termite_31(X))
& fn_protein_enzyme_6(fn_termite_31(X)) = fn_organic_molecule_3(fn_termite_31(X))
& fn_organic_molecule_3(fn_termite_31(X)) = fn_protein_enzyme_6(fn_termite_31(X))
& fn_protein_enzyme_6(fn_termite_31(X)) = fn_organic_molecule_2(fn_termite_31(X))
& fn_protein_enzyme_8(fn_termite_31(X)) = fn_organic_molecule_2(fn_termite_31(X))
& fn_organic_molecule_2(fn_termite_31(X)) = fn_protein_enzyme_8(fn_termite_31(X))
& fn_protein_enzyme_8(fn_termite_31(X)) = fn_protein_enzyme_8(fn_termite_31(X)) ) ) ).
fof(a533182,axiom,
! [X] :
( terrestrial_biome_1(X)
=> ( original_name_2(X,'Terrestrial-Biome')
& user_description_2(X,'A biome on land.')
& concept2words_2(X,'terrestrial biome')
& concept2words_2(X,'terrestrial-biome')
& biome_1(X)
& ~ freshwater_biome_1(X)
& ~ marine_biome_1(X) ) ) ).
fof(a533183,axiom,
! [X] :
( terrestrial_ecosystem_1(X)
=> ( original_name_2(X,'Terrestrial-Ecosystem')
& user_description_2(X,'An ecosystem located primarily on land.')
& concept2words_2(X,'terrestrial ecosystem')
& concept2words_2(X,'terrestrial-ecosystem')
& ecosystem_1(X) ) ) ).
fof(a533184,axiom,
! [X] :
( terrestrial_nitrogen_cycle_1(X)
=> ( original_name_2(X,'Terrestrial-Nitrogen-Cycle')
& user_description_2(X,'The portion of the nitrogen cycle that occurs on land.')
& concept2words_2(X,'undergo the terrestrial nitrogen cycle')
& concept2words_2(X,'terrestrial nitrogen cycle')
& concept2words_2(X,'terrestrial-nitrogen-cycle')
& local_biogeochemical_cycle_1(X)
& electron_1(fn_terrestrial_nitrogen_cycle_1(X))
& time_interval_1(fn_terrestrial_nitrogen_cycle_2(X))
& time_interval_1(fn_terrestrial_nitrogen_cycle_3(X))
& quantity_value_1(fn_terrestrial_nitrogen_cycle_5(X))
& fertilizer_1(fn_terrestrial_nitrogen_cycle_6(X))
& abiotic_factor_1(fn_terrestrial_nitrogen_cycle_7(X))
& quantity_value_1(fn_terrestrial_nitrogen_cycle_9(X))
& block_1(fn_terrestrial_nitrogen_cycle_10(X))
& biotic_factor_1(fn_terrestrial_nitrogen_cycle_11(X))
& epidermal_cell_1(fn_terrestrial_nitrogen_cycle_12(X))
& abiotic_factor_1(fn_terrestrial_nitrogen_cycle_13(X))
& root_system_1(fn_terrestrial_nitrogen_cycle_14(X))
& consume_1(fn_terrestrial_nitrogen_cycle_15(X))
& fixation_1(fn_terrestrial_nitrogen_cycle_16(X))
& add_1(fn_terrestrial_nitrogen_cycle_17(X))
& nitrogen_1(fn_terrestrial_nitrogen_cycle_18(X))
& spatial_entity_1(fn_terrestrial_nitrogen_cycle_19(X))
& chemical_entity_1(fn_terrestrial_nitrogen_cycle_19(X))
& nitrogenous_compound_1(fn_terrestrial_nitrogen_cycle_19(X))
& move_1(fn_terrestrial_nitrogen_cycle_20(X))
& move_into_1(fn_terrestrial_nitrogen_cycle_20(X))
& take_in_1(fn_terrestrial_nitrogen_cycle_20(X))
& amino_acid_1(fn_terrestrial_nitrogen_cycle_21(X))
& container_1(fn_terrestrial_nitrogen_cycle_22(X))
& nitrification_1(fn_terrestrial_nitrogen_cycle_23(X))
& oxidation_1(fn_terrestrial_nitrogen_cycle_24(X))
& no2_minus_1(fn_terrestrial_nitrogen_cycle_25(X))
& electron_1(fn_terrestrial_nitrogen_cycle_26(X))
& oxidation_1(fn_terrestrial_nitrogen_cycle_27(X))
& chemical_reaction_1(fn_terrestrial_nitrogen_cycle_28(X))
& substance_1(fn_terrestrial_nitrogen_cycle_29(X))
& chemical_1(fn_terrestrial_nitrogen_cycle_29(X))
& water_1(fn_terrestrial_nitrogen_cycle_29(X))
& hydrogen_ion_1(fn_terrestrial_nitrogen_cycle_30(X))
& nh4_plus_1(fn_terrestrial_nitrogen_cycle_31(X))
& chemical_entity_1(fn_terrestrial_nitrogen_cycle_31(X))
& reducing_agent_1(fn_terrestrial_nitrogen_cycle_32(X))
& chemical_1(fn_terrestrial_nitrogen_cycle_33(X))
& mineral_1(fn_terrestrial_nitrogen_cycle_33(X))
& spatial_entity_1(fn_terrestrial_nitrogen_cycle_34(X))
& solution_1(fn_terrestrial_nitrogen_cycle_34(X))
& aqueous_solution_1(fn_terrestrial_nitrogen_cycle_34(X))
& soil_solution_1(fn_terrestrial_nitrogen_cycle_34(X))
& chemical_1(fn_terrestrial_nitrogen_cycle_35(X))
& water_1(fn_terrestrial_nitrogen_cycle_35(X))
& decomposition_1(fn_terrestrial_nitrogen_cycle_36(X))
& ammonification_1(fn_terrestrial_nitrogen_cycle_37(X))
& organic_molecule_1(fn_terrestrial_nitrogen_cycle_38(X))
& living_entity_1(fn_terrestrial_nitrogen_cycle_39(X))
& tangible_entity_1(fn_terrestrial_nitrogen_cycle_39(X))
& organism_1(fn_terrestrial_nitrogen_cycle_39(X))
& prokaryote_1(fn_terrestrial_nitrogen_cycle_39(X))
& ammonifying_bacterium_1(fn_terrestrial_nitrogen_cycle_39(X))
& humus_1(fn_terrestrial_nitrogen_cycle_40(X))
& dead_organism_1(fn_terrestrial_nitrogen_cycle_41(X))
& nitrogen_fixation_1(fn_terrestrial_nitrogen_cycle_42(X))
& spatial_entity_1(fn_terrestrial_nitrogen_cycle_43(X))
& mixture_1(fn_terrestrial_nitrogen_cycle_43(X))
& soil_1(fn_terrestrial_nitrogen_cycle_43(X))
& ammonia_1(fn_terrestrial_nitrogen_cycle_44(X))
& barrier_1(fn_terrestrial_nitrogen_cycle_45(X))
& container_1(fn_terrestrial_nitrogen_cycle_46(X))
& tangible_entity_1(fn_terrestrial_nitrogen_cycle_47(X))
& root_hair_1(fn_terrestrial_nitrogen_cycle_47(X))
& move_1(fn_terrestrial_nitrogen_cycle_48(X))
& move_into_1(fn_terrestrial_nitrogen_cycle_48(X))
& take_in_1(fn_terrestrial_nitrogen_cycle_48(X))
& chemical_entity_1(fn_terrestrial_nitrogen_cycle_49(X))
& electron_1(fn_terrestrial_nitrogen_cycle_49(X))
& oxidizing_agent_1(fn_terrestrial_nitrogen_cycle_50(X))
& chemical_entity_1(fn_terrestrial_nitrogen_cycle_51(X))
& nitrate_ion_1(fn_terrestrial_nitrogen_cycle_51(X))
& nh4_plus_1(fn_terrestrial_nitrogen_cycle_52(X))
& chemical_reaction_1(fn_terrestrial_nitrogen_cycle_53(X))
& factory_1(fn_terrestrial_nitrogen_cycle_54(X))
& nitric_oxide_gas_1(fn_terrestrial_nitrogen_cycle_55(X))
& atmosphere_1(fn_terrestrial_nitrogen_cycle_56(X))
& n2_gas_1(fn_terrestrial_nitrogen_cycle_57(X))
& chemical_entity_1(fn_terrestrial_nitrogen_cycle_58(X))
& molecule_1(fn_terrestrial_nitrogen_cycle_58(X))
& nitrogen_molecule_1(fn_terrestrial_nitrogen_cycle_58(X))
& release_1(fn_terrestrial_nitrogen_cycle_59(X))
& specific_heat_value_1(fn_terrestrial_nitrogen_cycle_60(X))
& store_1(fn_terrestrial_nitrogen_cycle_61(X))
& starch_storage_by_plant_1(fn_terrestrial_nitrogen_cycle_61(X))
& temperature_value_1(fn_terrestrial_nitrogen_cycle_62(X))
& water_1(fn_terrestrial_nitrogen_cycle_63(X))
& resource_1(fn_terrestrial_nitrogen_cycle_64(X))
& entity_1(fn_terrestrial_nitrogen_cycle_65(X))
& plant_1(fn_terrestrial_nitrogen_cycle_65(X))
& organism_1(fn_terrestrial_nitrogen_cycle_65(X))
& organism_1(fn_terrestrial_nitrogen_cycle_66(X))
& death_1(fn_terrestrial_nitrogen_cycle_67(X))
& root_1(fn_terrestrial_nitrogen_cycle_68(X))
& autotroph_1(fn_terrestrial_nitrogen_cycle_69(X))
& chemical_entity_1(fn_terrestrial_nitrogen_cycle_70(X))
& tangible_entity_1(fn_terrestrial_nitrogen_cycle_70(X))
& inorganic_molecule_1(fn_terrestrial_nitrogen_cycle_70(X))
& organic_molecule_1(fn_terrestrial_nitrogen_cycle_71(X))
& chemical_reaction_1(fn_terrestrial_nitrogen_cycle_72(X))
& nutrition_1(fn_terrestrial_nitrogen_cycle_73(X))
& tangible_entity_1(fn_release_2(fn_terrestrial_nitrogen_cycle_59(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_terrestrial_nitrogen_cycle_53(X)))
& tangible_entity_1(fn_release_1(fn_terrestrial_nitrogen_cycle_59(X)))
& tangible_entity_1(fn_death_1(fn_terrestrial_nitrogen_cycle_67(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_terrestrial_nitrogen_cycle_72(X)))
& resource_1(fn_consume_2(fn_terrestrial_nitrogen_cycle_15(X)))
& root_system_1(fn_plant_1(fn_terrestrial_nitrogen_cycle_65(X)))
& root_1(fn_starch_storage_by_plant_2(fn_terrestrial_nitrogen_cycle_61(X)))
& atmosphere_1(fn_nitrogen_fixation_6(fn_terrestrial_nitrogen_cycle_42(X)))
& n2_gas_1(fn_nitrogen_fixation_3(fn_terrestrial_nitrogen_cycle_42(X)))
& chemical_entity_1(fn_nitrification_8(fn_terrestrial_nitrogen_cycle_23(X)))
& electron_1(fn_nitrification_8(fn_terrestrial_nitrogen_cycle_23(X)))
& no2_minus_1(fn_nitrification_10(fn_terrestrial_nitrogen_cycle_23(X)))
& electron_1(fn_nitrification_6(fn_terrestrial_nitrogen_cycle_23(X)))
& oxidation_1(fn_nitrification_12(fn_terrestrial_nitrogen_cycle_23(X)))
& spatial_entity_1(fn_move_1(fn_terrestrial_nitrogen_cycle_20(X)))
& nitrogen_1(fn_nitrogenous_compound_1(fn_terrestrial_nitrogen_cycle_19(X)))
& container_1(fn_move_into_2(fn_terrestrial_nitrogen_cycle_20(X)))
& container_1(fn_move_into_2(fn_terrestrial_nitrogen_cycle_48(X)))
& property_node_1(fn_organism_1(fn_terrestrial_nitrogen_cycle_65(X)))
& water_1(fn_organism_4(fn_terrestrial_nitrogen_cycle_65(X)))
& property_node_1(fn_organism_6(fn_terrestrial_nitrogen_cycle_65(X)))
& specific_heat_value_1(fn_organism_5(fn_terrestrial_nitrogen_cycle_65(X)))
& temperature_value_1(fn_organism_2(fn_terrestrial_nitrogen_cycle_65(X)))
& take_in_1(fn_root_hair_3(fn_terrestrial_nitrogen_cycle_47(X)))
& tangible_entity_1(fn_death_2(fn_terrestrial_nitrogen_cycle_67(X)))
& detritus_1(fn_decomposition_3(fn_terrestrial_nitrogen_cycle_36(X)))
& living_entity_1(fn_decomposition_7(fn_terrestrial_nitrogen_cycle_37(X)))
& tangible_entity_1(fn_decomposition_7(fn_terrestrial_nitrogen_cycle_37(X)))
& organism_1(fn_decomposition_7(fn_terrestrial_nitrogen_cycle_37(X)))
& prokaryote_1(fn_decomposition_7(fn_terrestrial_nitrogen_cycle_37(X)))
& ammonifying_bacterium_1(fn_ammonification_5(fn_terrestrial_nitrogen_cycle_37(X)))
& organic_molecule_1(fn_humus_1(fn_terrestrial_nitrogen_cycle_40(X)))
& organic_molecule_1(fn_ammonification_1(fn_terrestrial_nitrogen_cycle_37(X)))
& organic_molecule_1(fn_decomposition_1(fn_terrestrial_nitrogen_cycle_36(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_terrestrial_nitrogen_cycle_72(X)))
& tangible_entity_1(fn_autotroph_1(fn_terrestrial_nitrogen_cycle_69(X)))
& inorganic_molecule_1(fn_autotroph_22(fn_terrestrial_nitrogen_cycle_69(X)))
& nutrition_1(fn_plant_19(fn_terrestrial_nitrogen_cycle_65(X)))
& nutrition_1(fn_autotroph_7(fn_terrestrial_nitrogen_cycle_69(X)))
& store_1(fn_root_33(fn_terrestrial_nitrogen_cycle_68(X)))
& store_1(fn_root_28(fn_terrestrial_nitrogen_cycle_68(X)))
& starch_storage_by_plant_1(fn_plant_17(fn_terrestrial_nitrogen_cycle_65(X)))
& ammonia_1(fn_ammonification_4(fn_terrestrial_nitrogen_cycle_37(X)))
& ammonia_1(fn_nitrogen_fixation_5(fn_terrestrial_nitrogen_cycle_42(X)))
& molecule_1(fn_fixation_1(fn_terrestrial_nitrogen_cycle_16(X)))
& molecule_1(fn_nitrogen_fixation_4(fn_terrestrial_nitrogen_cycle_42(X)))
& nitrogen_molecule_1(fn_nitrogen_fixation_4(fn_terrestrial_nitrogen_cycle_42(X)))
& chemical_entity_1(fn_oxidizing_agent_1(fn_terrestrial_nitrogen_cycle_50(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_terrestrial_nitrogen_cycle_53(X)))
& nitrate_ion_1(fn_nitrification_9(fn_terrestrial_nitrogen_cycle_23(X)))
& oxidation_1(fn_oxidizing_agent_2(fn_terrestrial_nitrogen_cycle_50(X)))
& oxidation_1(fn_nitrification_11(fn_terrestrial_nitrogen_cycle_23(X)))
& chemical_entity_1(fn_reducing_agent_2(fn_terrestrial_nitrogen_cycle_32(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_terrestrial_nitrogen_cycle_28(X)))
& nh4_plus_1(fn_nitrification_7(fn_terrestrial_nitrogen_cycle_23(X)))
& chemical_entity_1(fn_chemical_3(fn_terrestrial_nitrogen_cycle_33(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_terrestrial_nitrogen_cycle_28(X)))
& chemical_entity_1(fn_chemical_3(fn_terrestrial_nitrogen_cycle_29(X)))
& substance_1(fn_mixture_1(fn_terrestrial_nitrogen_cycle_43(X)))
& water_1(fn_soil_3(fn_terrestrial_nitrogen_cycle_43(X)))
& spatial_entity_1(fn_add_1(fn_terrestrial_nitrogen_cycle_17(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_terrestrial_nitrogen_cycle_16(X)))
& chemical_1(fn_solution_6(fn_terrestrial_nitrogen_cycle_34(X)))
& water_1(fn_aqueous_solution_14(fn_terrestrial_nitrogen_cycle_34(X)))
& chemical_1(fn_solution_5(fn_terrestrial_nitrogen_cycle_34(X)))
& mineral_1(fn_soil_solution_1(fn_terrestrial_nitrogen_cycle_34(X)))
& entity_1(fn_consume_1(fn_terrestrial_nitrogen_cycle_15(X)))
& organism_1(fn_autotroph_11(fn_terrestrial_nitrogen_cycle_69(X)))
& plant_1(fn_starch_storage_by_plant_3(fn_terrestrial_nitrogen_cycle_61(X)))
& spatial_entity_1(fn_move_1(fn_terrestrial_nitrogen_cycle_48(X)))
& soil_solution_1(fn_root_hair_2(fn_terrestrial_nitrogen_cycle_47(X)))
& spatial_entity_1(fn_add_2(fn_terrestrial_nitrogen_cycle_17(X)))
& soil_1(fn_root_hair_1(fn_terrestrial_nitrogen_cycle_47(X)))
& tangible_entity_1(fn_barrier_1(fn_terrestrial_nitrogen_cycle_45(X)))
& tangible_entity_1(fn_barrier_1(fn_terrestrial_nitrogen_cycle_46(X)))
& tangible_entity_1(fn_take_in_1(fn_terrestrial_nitrogen_cycle_48(X)))
& tangible_entity_1(fn_move_into_1(fn_terrestrial_nitrogen_cycle_48(X)))
& tangible_entity_1(fn_move_into_1(fn_terrestrial_nitrogen_cycle_20(X)))
& tangible_entity_1(fn_take_in_1(fn_terrestrial_nitrogen_cycle_20(X)))
& base_2(fn_terrestrial_nitrogen_cycle_72(X),fn_terrestrial_nitrogen_cycle_65(X))
& is_inside_2(fn_terrestrial_nitrogen_cycle_68(X),fn_terrestrial_nitrogen_cycle_14(X))
& has_part_2(fn_terrestrial_nitrogen_cycle_68(X),fn_terrestrial_nitrogen_cycle_47(X))
& destination_2(fn_terrestrial_nitrogen_cycle_59(X),fn_terrestrial_nitrogen_cycle_56(X))
& is_inside_2(fn_terrestrial_nitrogen_cycle_55(X),fn_terrestrial_nitrogen_cycle_54(X))
& called_2(fn_terrestrial_nitrogen_cycle_53(X),"2")
& next_event_2(fn_terrestrial_nitrogen_cycle_48(X),fn_terrestrial_nitrogen_cycle_53(X))
& destination_2(fn_terrestrial_nitrogen_cycle_48(X),fn_terrestrial_nitrogen_cycle_12(X))
& fn_terrestrial_nitrogen_cycle_48(X) != fn_terrestrial_nitrogen_cycle_20(X)
& time_during_2(fn_terrestrial_nitrogen_cycle_48(X),fn_terrestrial_nitrogen_cycle_3(X))
& plays_2(fn_terrestrial_nitrogen_cycle_47(X),fn_terrestrial_nitrogen_cycle_11(X))
& is_inside_2(fn_terrestrial_nitrogen_cycle_12(X),fn_terrestrial_nitrogen_cycle_47(X))
& in_event_2(fn_terrestrial_nitrogen_cycle_46(X),fn_terrestrial_nitrogen_cycle_48(X))
& in_event_2(fn_terrestrial_nitrogen_cycle_45(X),fn_terrestrial_nitrogen_cycle_10(X))
& instrument_2(fn_terrestrial_nitrogen_cycle_10(X),fn_terrestrial_nitrogen_cycle_47(X))
& base_2(X,fn_terrestrial_nitrogen_cycle_43(X))
& subevent_2(X,fn_terrestrial_nitrogen_cycle_15(X))
& subevent_2(X,fn_terrestrial_nitrogen_cycle_16(X))
& subevent_2(X,fn_terrestrial_nitrogen_cycle_59(X))
& subevent_2(X,fn_terrestrial_nitrogen_cycle_17(X))
& subevent_2(X,fn_terrestrial_nitrogen_cycle_20(X))
& subevent_2(X,fn_terrestrial_nitrogen_cycle_53(X))
& subevent_2(X,fn_terrestrial_nitrogen_cycle_48(X))
& subevent_2(X,fn_terrestrial_nitrogen_cycle_42(X))
& subevent_2(X,fn_terrestrial_nitrogen_cycle_37(X))
& subevent_2(X,fn_terrestrial_nitrogen_cycle_36(X))
& subevent_2(X,fn_terrestrial_nitrogen_cycle_28(X))
& subevent_2(X,fn_terrestrial_nitrogen_cycle_23(X))
& quantity_2(fn_terrestrial_nitrogen_cycle_44(X),fn_terrestrial_nitrogen_cycle_9(X))
& fn_terrestrial_nitrogen_cycle_44(X) != fn_terrestrial_nitrogen_cycle_1(X)
& fn_terrestrial_nitrogen_cycle_44(X) != fn_terrestrial_nitrogen_cycle_31(X)
& plays_2(fn_terrestrial_nitrogen_cycle_43(X),fn_terrestrial_nitrogen_cycle_13(X))
& base_2(fn_terrestrial_nitrogen_cycle_42(X),fn_terrestrial_nitrogen_cycle_43(X))
& next_event_2(fn_terrestrial_nitrogen_cycle_42(X),fn_terrestrial_nitrogen_cycle_28(X))
& has_part_2(fn_terrestrial_nitrogen_cycle_40(X),fn_terrestrial_nitrogen_cycle_39(X))
& has_part_2(fn_terrestrial_nitrogen_cycle_40(X),fn_terrestrial_nitrogen_cycle_21(X))
& next_event_2(fn_terrestrial_nitrogen_cycle_37(X),fn_terrestrial_nitrogen_cycle_28(X))
& next_event_2(fn_terrestrial_nitrogen_cycle_36(X),fn_terrestrial_nitrogen_cycle_37(X))
& plays_2(fn_terrestrial_nitrogen_cycle_35(X),fn_terrestrial_nitrogen_cycle_7(X))
& has_part_2(fn_terrestrial_nitrogen_cycle_33(X),fn_terrestrial_nitrogen_cycle_51(X))
& fn_terrestrial_nitrogen_cycle_1(X) != fn_terrestrial_nitrogen_cycle_44(X)
& fn_terrestrial_nitrogen_cycle_1(X) != fn_terrestrial_nitrogen_cycle_31(X)
& fn_terrestrial_nitrogen_cycle_31(X) != fn_terrestrial_nitrogen_cycle_1(X)
& fn_terrestrial_nitrogen_cycle_31(X) != fn_terrestrial_nitrogen_cycle_44(X)
& called_2(fn_terrestrial_nitrogen_cycle_28(X),'NH4-Plus')
& raw_material_2(fn_terrestrial_nitrogen_cycle_28(X),fn_terrestrial_nitrogen_cycle_44(X))
& next_event_2(fn_terrestrial_nitrogen_cycle_28(X),fn_terrestrial_nitrogen_cycle_48(X))
& time_during_2(fn_terrestrial_nitrogen_cycle_28(X),fn_terrestrial_nitrogen_cycle_2(X))
& next_event_2(fn_terrestrial_nitrogen_cycle_23(X),fn_terrestrial_nitrogen_cycle_48(X))
& time_during_2(fn_terrestrial_nitrogen_cycle_23(X),fn_terrestrial_nitrogen_cycle_2(X))
& origin_2(fn_terrestrial_nitrogen_cycle_20(X),fn_terrestrial_nitrogen_cycle_43(X))
& destination_2(fn_terrestrial_nitrogen_cycle_20(X),fn_terrestrial_nitrogen_cycle_12(X))
& fn_terrestrial_nitrogen_cycle_20(X) != fn_terrestrial_nitrogen_cycle_48(X)
& element_2(fn_terrestrial_nitrogen_cycle_6(X),fn_terrestrial_nitrogen_cycle_19(X))
& quantity_2(fn_terrestrial_nitrogen_cycle_18(X),fn_terrestrial_nitrogen_cycle_5(X))
& greater_than_2(fn_terrestrial_nitrogen_cycle_5(X),fn_terrestrial_nitrogen_cycle_9(X))
& base_2(fn_terrestrial_nitrogen_cycle_16(X),fn_terrestrial_nitrogen_cycle_54(X))
& agent_2(fn_terrestrial_nitrogen_cycle_15(X),fn_terrestrial_nitrogen_cycle_66(X))
& base_2(fn_terrestrial_nitrogen_cycle_15(X),fn_terrestrial_nitrogen_cycle_66(X))
& next_event_2(fn_terrestrial_nitrogen_cycle_15(X),fn_terrestrial_nitrogen_cycle_67(X))
& time_before_2(fn_terrestrial_nitrogen_cycle_2(X),fn_terrestrial_nitrogen_cycle_3(X))
& object_2(X,fn_terrestrial_nitrogen_cycle_58(X))
& object_2(fn_terrestrial_nitrogen_cycle_17(X),fn_terrestrial_nitrogen_cycle_19(X))
& plays_2(fn_terrestrial_nitrogen_cycle_47(X),fn_terrestrial_nitrogen_cycle_45(X))
& base_2(fn_terrestrial_nitrogen_cycle_17(X),fn_terrestrial_nitrogen_cycle_43(X))
& plays_2(fn_terrestrial_nitrogen_cycle_47(X),fn_terrestrial_nitrogen_cycle_46(X))
& raw_material_2(fn_terrestrial_nitrogen_cycle_16(X),fn_terrestrial_nitrogen_cycle_58(X))
& base_2(fn_terrestrial_nitrogen_cycle_59(X),fn_terrestrial_nitrogen_cycle_54(X))
& result_2(fn_terrestrial_nitrogen_cycle_67(X),fn_terrestrial_nitrogen_cycle_41(X))
& plays_2(fn_terrestrial_nitrogen_cycle_51(X),fn_terrestrial_nitrogen_cycle_50(X))
& result_2(fn_terrestrial_nitrogen_cycle_53(X),fn_terrestrial_nitrogen_cycle_52(X))
& plays_2(fn_terrestrial_nitrogen_cycle_31(X),fn_terrestrial_nitrogen_cycle_32(X))
& raw_material_2(fn_terrestrial_nitrogen_cycle_53(X),fn_terrestrial_nitrogen_cycle_51(X))
& result_2(fn_terrestrial_nitrogen_cycle_28(X),fn_terrestrial_nitrogen_cycle_31(X))
& object_2(fn_terrestrial_nitrogen_cycle_59(X),fn_terrestrial_nitrogen_cycle_55(X))
& raw_material_2(fn_terrestrial_nitrogen_cycle_28(X),fn_terrestrial_nitrogen_cycle_30(X))
& site_2(fn_terrestrial_nitrogen_cycle_61(X),fn_terrestrial_nitrogen_cycle_68(X))
& object_2(fn_terrestrial_nitrogen_cycle_67(X),fn_terrestrial_nitrogen_cycle_66(X))
& object_2(fn_terrestrial_nitrogen_cycle_36(X),fn_terrestrial_nitrogen_cycle_41(X))
& result_2(fn_terrestrial_nitrogen_cycle_72(X),fn_terrestrial_nitrogen_cycle_71(X))
& raw_material_2(fn_terrestrial_nitrogen_cycle_72(X),fn_terrestrial_nitrogen_cycle_70(X))
& result_2(fn_terrestrial_nitrogen_cycle_16(X),fn_terrestrial_nitrogen_cycle_19(X))
& object_2(fn_terrestrial_nitrogen_cycle_15(X),fn_terrestrial_nitrogen_cycle_65(X))
& plays_2(fn_terrestrial_nitrogen_cycle_65(X),fn_terrestrial_nitrogen_cycle_64(X))
& plays_2(fn_terrestrial_nitrogen_cycle_65(X),fn_terrestrial_nitrogen_cycle_69(X))
& has_part_2(fn_terrestrial_nitrogen_cycle_40(X),fn_terrestrial_nitrogen_cycle_38(X))
& agent_2(fn_terrestrial_nitrogen_cycle_37(X),fn_terrestrial_nitrogen_cycle_39(X))
& raw_material_2(fn_terrestrial_nitrogen_cycle_37(X),fn_terrestrial_nitrogen_cycle_38(X))
& result_2(fn_terrestrial_nitrogen_cycle_37(X),fn_terrestrial_nitrogen_cycle_44(X))
& in_event_2(fn_terrestrial_nitrogen_cycle_50(X),fn_terrestrial_nitrogen_cycle_27(X))
& result_2(fn_terrestrial_nitrogen_cycle_36(X),fn_terrestrial_nitrogen_cycle_38(X))
& in_event_2(fn_terrestrial_nitrogen_cycle_64(X),fn_terrestrial_nitrogen_cycle_15(X))
& agent_2(fn_terrestrial_nitrogen_cycle_73(X),fn_terrestrial_nitrogen_cycle_65(X))
& has_region_2(fn_terrestrial_nitrogen_cycle_65(X),fn_terrestrial_nitrogen_cycle_14(X))
& in_event_2(fn_terrestrial_nitrogen_cycle_69(X),fn_terrestrial_nitrogen_cycle_73(X))
& raw_material_2(fn_terrestrial_nitrogen_cycle_73(X),fn_terrestrial_nitrogen_cycle_70(X))
& agent_2(fn_terrestrial_nitrogen_cycle_61(X),fn_terrestrial_nitrogen_cycle_65(X))
& has_part_2(fn_terrestrial_nitrogen_cycle_65(X),fn_terrestrial_nitrogen_cycle_68(X))
& result_2(fn_terrestrial_nitrogen_cycle_42(X),fn_terrestrial_nitrogen_cycle_44(X))
& raw_material_2(fn_terrestrial_nitrogen_cycle_42(X),fn_terrestrial_nitrogen_cycle_58(X))
& has_part_2(fn_terrestrial_nitrogen_cycle_57(X),fn_terrestrial_nitrogen_cycle_58(X))
& is_inside_2(fn_terrestrial_nitrogen_cycle_57(X),fn_terrestrial_nitrogen_cycle_56(X))
& recipient_2(fn_terrestrial_nitrogen_cycle_24(X),fn_terrestrial_nitrogen_cycle_25(X))
& donor_2(fn_terrestrial_nitrogen_cycle_24(X),fn_terrestrial_nitrogen_cycle_31(X))
& called_2(fn_terrestrial_nitrogen_cycle_24(X),"1")
& subevent_2(fn_terrestrial_nitrogen_cycle_23(X),fn_terrestrial_nitrogen_cycle_24(X))
& next_event_2(fn_terrestrial_nitrogen_cycle_24(X),fn_terrestrial_nitrogen_cycle_27(X))
& called_2(fn_terrestrial_nitrogen_cycle_27(X),"2")
& fn_terrestrial_nitrogen_cycle_51(X) != fn_terrestrial_nitrogen_cycle_49(X)
& recipient_2(fn_terrestrial_nitrogen_cycle_27(X),fn_terrestrial_nitrogen_cycle_51(X))
& donor_2(fn_terrestrial_nitrogen_cycle_27(X),fn_terrestrial_nitrogen_cycle_25(X))
& fn_terrestrial_nitrogen_cycle_49(X) != fn_terrestrial_nitrogen_cycle_51(X)
& fn_terrestrial_nitrogen_cycle_31(X) != fn_terrestrial_nitrogen_cycle_25(X)
& fn_terrestrial_nitrogen_cycle_25(X) != fn_terrestrial_nitrogen_cycle_31(X)
& subevent_2(fn_terrestrial_nitrogen_cycle_23(X),fn_terrestrial_nitrogen_cycle_27(X))
& object_2(fn_terrestrial_nitrogen_cycle_27(X),fn_terrestrial_nitrogen_cycle_49(X))
& fn_terrestrial_nitrogen_cycle_49(X) != fn_terrestrial_nitrogen_cycle_25(X)
& fn_terrestrial_nitrogen_cycle_25(X) != fn_terrestrial_nitrogen_cycle_49(X)
& fn_terrestrial_nitrogen_cycle_51(X) != fn_terrestrial_nitrogen_cycle_25(X)
& fn_terrestrial_nitrogen_cycle_25(X) != fn_terrestrial_nitrogen_cycle_51(X)
& first_subevent_2(fn_terrestrial_nitrogen_cycle_23(X),fn_terrestrial_nitrogen_cycle_24(X))
& object_2(fn_terrestrial_nitrogen_cycle_24(X),fn_terrestrial_nitrogen_cycle_26(X))
& fn_terrestrial_nitrogen_cycle_26(X) != fn_terrestrial_nitrogen_cycle_25(X)
& fn_terrestrial_nitrogen_cycle_31(X) != fn_terrestrial_nitrogen_cycle_26(X)
& fn_terrestrial_nitrogen_cycle_26(X) != fn_terrestrial_nitrogen_cycle_31(X)
& fn_terrestrial_nitrogen_cycle_25(X) != fn_terrestrial_nitrogen_cycle_26(X)
& object_2(fn_terrestrial_nitrogen_cycle_48(X),fn_terrestrial_nitrogen_cycle_34(X))
& origin_2(fn_terrestrial_nitrogen_cycle_48(X),fn_terrestrial_nitrogen_cycle_43(X))
& is_outside_2(fn_terrestrial_nitrogen_cycle_43(X),fn_terrestrial_nitrogen_cycle_47(X))
& base_2(fn_terrestrial_nitrogen_cycle_20(X),fn_terrestrial_nitrogen_cycle_47(X))
& agent_2(fn_terrestrial_nitrogen_cycle_20(X),fn_terrestrial_nitrogen_cycle_47(X))
& correspondence_2(fn_terrestrial_nitrogen_cycle_62(X),fn_terrestrial_nitrogen_cycle_60(X))
& specific_heat_2(fn_terrestrial_nitrogen_cycle_63(X),fn_terrestrial_nitrogen_cycle_60(X))
& has_part_2(fn_terrestrial_nitrogen_cycle_65(X),fn_terrestrial_nitrogen_cycle_63(X))
& temperature_2(fn_terrestrial_nitrogen_cycle_65(X),fn_terrestrial_nitrogen_cycle_62(X))
& has_solute_2(fn_terrestrial_nitrogen_cycle_34(X),fn_terrestrial_nitrogen_cycle_33(X))
& has_part_2(fn_terrestrial_nitrogen_cycle_34(X),fn_terrestrial_nitrogen_cycle_33(X))
& has_solvent_2(fn_terrestrial_nitrogen_cycle_34(X),fn_terrestrial_nitrogen_cycle_35(X))
& has_part_2(fn_terrestrial_nitrogen_cycle_34(X),fn_terrestrial_nitrogen_cycle_35(X))
& in_event_2(fn_terrestrial_nitrogen_cycle_22(X),fn_terrestrial_nitrogen_cycle_20(X))
& plays_2(fn_terrestrial_nitrogen_cycle_47(X),fn_terrestrial_nitrogen_cycle_22(X))
& base_2(fn_terrestrial_nitrogen_cycle_48(X),fn_terrestrial_nitrogen_cycle_47(X))
& has_part_2(fn_terrestrial_nitrogen_cycle_19(X),fn_terrestrial_nitrogen_cycle_18(X))
& has_part_2(fn_terrestrial_nitrogen_cycle_43(X),fn_terrestrial_nitrogen_cycle_29(X))
& fn_terrestrial_nitrogen_cycle_35(X) != fn_terrestrial_nitrogen_cycle_33(X)
& fn_terrestrial_nitrogen_cycle_33(X) != fn_terrestrial_nitrogen_cycle_35(X)
& has_part_2(fn_terrestrial_nitrogen_cycle_29(X),fn_terrestrial_nitrogen_cycle_30(X))
& has_part_2(fn_terrestrial_nitrogen_cycle_33(X),fn_terrestrial_nitrogen_cycle_31(X))
& agent_2(fn_terrestrial_nitrogen_cycle_48(X),fn_terrestrial_nitrogen_cycle_47(X))
& object_2(fn_terrestrial_nitrogen_cycle_20(X),fn_terrestrial_nitrogen_cycle_21(X))
& fn_terrestrial_nitrogen_cycle_58(X) = fn_local_biogeochemical_cycle_2(X)
& fn_terrestrial_nitrogen_cycle_19(X) = fn_add_1(fn_terrestrial_nitrogen_cycle_17(X))
& fn_terrestrial_nitrogen_cycle_47(X) = fn_barrier_1(fn_terrestrial_nitrogen_cycle_45(X))
& fn_terrestrial_nitrogen_cycle_43(X) = fn_add_2(fn_terrestrial_nitrogen_cycle_17(X))
& fn_terrestrial_nitrogen_cycle_47(X) = fn_barrier_1(fn_terrestrial_nitrogen_cycle_46(X))
& fn_terrestrial_nitrogen_cycle_58(X) = fn_fixation_1(fn_terrestrial_nitrogen_cycle_16(X))
& fn_terrestrial_nitrogen_cycle_54(X) = fn_release_2(fn_terrestrial_nitrogen_cycle_59(X))
& fn_terrestrial_nitrogen_cycle_41(X) = fn_death_2(fn_terrestrial_nitrogen_cycle_67(X))
& fn_terrestrial_nitrogen_cycle_51(X) = fn_oxidizing_agent_1(fn_terrestrial_nitrogen_cycle_50(X))
& fn_terrestrial_nitrogen_cycle_52(X) = fn_chemical_reaction_1(fn_terrestrial_nitrogen_cycle_53(X))
& fn_terrestrial_nitrogen_cycle_31(X) = fn_reducing_agent_2(fn_terrestrial_nitrogen_cycle_32(X))
& fn_terrestrial_nitrogen_cycle_51(X) = fn_chemical_reaction_2(fn_terrestrial_nitrogen_cycle_53(X))
& fn_terrestrial_nitrogen_cycle_31(X) = fn_chemical_reaction_1(fn_terrestrial_nitrogen_cycle_28(X))
& fn_terrestrial_nitrogen_cycle_55(X) = fn_release_1(fn_terrestrial_nitrogen_cycle_59(X))
& fn_terrestrial_nitrogen_cycle_30(X) = fn_chemical_reaction_2(fn_terrestrial_nitrogen_cycle_28(X))
& fn_terrestrial_nitrogen_cycle_61(X) = fn_root_33(fn_terrestrial_nitrogen_cycle_68(X))
& fn_terrestrial_nitrogen_cycle_61(X) = fn_root_28(fn_terrestrial_nitrogen_cycle_68(X))
& fn_terrestrial_nitrogen_cycle_66(X) = fn_death_1(fn_terrestrial_nitrogen_cycle_67(X))
& fn_terrestrial_nitrogen_cycle_41(X) = fn_decomposition_3(fn_terrestrial_nitrogen_cycle_36(X))
& fn_terrestrial_nitrogen_cycle_71(X) = fn_chemical_reaction_1(fn_terrestrial_nitrogen_cycle_72(X))
& fn_terrestrial_nitrogen_cycle_70(X) = fn_chemical_reaction_2(fn_terrestrial_nitrogen_cycle_72(X))
& fn_terrestrial_nitrogen_cycle_19(X) = fn_chemical_reaction_1(fn_terrestrial_nitrogen_cycle_16(X))
& fn_terrestrial_nitrogen_cycle_65(X) = fn_consume_1(fn_terrestrial_nitrogen_cycle_15(X))
& fn_terrestrial_nitrogen_cycle_38(X) = fn_humus_1(fn_terrestrial_nitrogen_cycle_40(X))
& fn_terrestrial_nitrogen_cycle_39(X) = fn_decomposition_7(fn_terrestrial_nitrogen_cycle_37(X))
& fn_terrestrial_nitrogen_cycle_39(X) = fn_ammonification_5(fn_terrestrial_nitrogen_cycle_37(X))
& fn_terrestrial_nitrogen_cycle_38(X) = fn_ammonification_1(fn_terrestrial_nitrogen_cycle_37(X))
& fn_terrestrial_nitrogen_cycle_44(X) = fn_ammonification_4(fn_terrestrial_nitrogen_cycle_37(X))
& fn_terrestrial_nitrogen_cycle_27(X) = fn_oxidizing_agent_2(fn_terrestrial_nitrogen_cycle_50(X))
& fn_terrestrial_nitrogen_cycle_38(X) = fn_decomposition_1(fn_terrestrial_nitrogen_cycle_36(X))
& fn_terrestrial_nitrogen_cycle_64(X) = fn_consume_2(fn_terrestrial_nitrogen_cycle_15(X))
& fn_terrestrial_nitrogen_cycle_65(X) = fn_autotroph_11(fn_terrestrial_nitrogen_cycle_69(X))
& fn_terrestrial_nitrogen_cycle_73(X) = fn_plant_19(fn_terrestrial_nitrogen_cycle_65(X))
& fn_terrestrial_nitrogen_cycle_14(X) = fn_plant_1(fn_terrestrial_nitrogen_cycle_65(X))
& fn_terrestrial_nitrogen_cycle_70(X) = fn_autotroph_1(fn_terrestrial_nitrogen_cycle_69(X))
& fn_terrestrial_nitrogen_cycle_70(X) = fn_autotroph_22(fn_terrestrial_nitrogen_cycle_69(X))
& fn_terrestrial_nitrogen_cycle_73(X) = fn_autotroph_7(fn_terrestrial_nitrogen_cycle_69(X))
& fn_terrestrial_nitrogen_cycle_68(X) = fn_starch_storage_by_plant_2(fn_terrestrial_nitrogen_cycle_61(X))
& fn_terrestrial_nitrogen_cycle_61(X) = fn_plant_17(fn_terrestrial_nitrogen_cycle_65(X))
& fn_terrestrial_nitrogen_cycle_65(X) = fn_starch_storage_by_plant_3(fn_terrestrial_nitrogen_cycle_61(X))
& fn_terrestrial_nitrogen_cycle_44(X) = fn_nitrogen_fixation_5(fn_terrestrial_nitrogen_cycle_42(X))
& fn_terrestrial_nitrogen_cycle_56(X) = fn_nitrogen_fixation_6(fn_terrestrial_nitrogen_cycle_42(X))
& fn_terrestrial_nitrogen_cycle_57(X) = fn_nitrogen_fixation_3(fn_terrestrial_nitrogen_cycle_42(X))
& fn_terrestrial_nitrogen_cycle_58(X) = fn_nitrogen_fixation_4(fn_terrestrial_nitrogen_cycle_42(X))
& fn_terrestrial_nitrogen_cycle_51(X) = fn_nitrification_9(fn_terrestrial_nitrogen_cycle_23(X))
& fn_terrestrial_nitrogen_cycle_49(X) = fn_nitrification_8(fn_terrestrial_nitrogen_cycle_23(X))
& fn_terrestrial_nitrogen_cycle_27(X) = fn_nitrification_11(fn_terrestrial_nitrogen_cycle_23(X))
& fn_terrestrial_nitrogen_cycle_25(X) = fn_nitrification_10(fn_terrestrial_nitrogen_cycle_23(X))
& fn_terrestrial_nitrogen_cycle_31(X) = fn_nitrification_7(fn_terrestrial_nitrogen_cycle_23(X))
& fn_terrestrial_nitrogen_cycle_26(X) = fn_nitrification_6(fn_terrestrial_nitrogen_cycle_23(X))
& fn_terrestrial_nitrogen_cycle_24(X) = fn_nitrification_12(fn_terrestrial_nitrogen_cycle_23(X))
& fn_terrestrial_nitrogen_cycle_21(X) = fn_move_1(fn_terrestrial_nitrogen_cycle_20(X))
& fn_terrestrial_nitrogen_cycle_47(X) = fn_take_in_1(fn_terrestrial_nitrogen_cycle_48(X))
& fn_terrestrial_nitrogen_cycle_31(X) = fn_chemical_3(fn_terrestrial_nitrogen_cycle_33(X))
& fn_terrestrial_nitrogen_cycle_30(X) = fn_chemical_3(fn_terrestrial_nitrogen_cycle_29(X))
& fn_terrestrial_nitrogen_cycle_33(X) = fn_solution_5(fn_terrestrial_nitrogen_cycle_34(X))
& fn_terrestrial_nitrogen_cycle_29(X) = fn_mixture_1(fn_terrestrial_nitrogen_cycle_43(X))
& fn_terrestrial_nitrogen_cycle_29(X) = fn_soil_3(fn_terrestrial_nitrogen_cycle_43(X))
& fn_terrestrial_nitrogen_cycle_18(X) = fn_nitrogenous_compound_1(fn_terrestrial_nitrogen_cycle_19(X))
& fn_terrestrial_nitrogen_cycle_22(X) = fn_move_into_2(fn_terrestrial_nitrogen_cycle_20(X))
& fn_terrestrial_nitrogen_cycle_22(X) = fn_move_into_2(fn_terrestrial_nitrogen_cycle_48(X))
& fn_terrestrial_nitrogen_cycle_47(X) = fn_move_into_1(fn_terrestrial_nitrogen_cycle_48(X))
& fn_terrestrial_nitrogen_cycle_35(X) = fn_solution_6(fn_terrestrial_nitrogen_cycle_34(X))
& fn_terrestrial_nitrogen_cycle_35(X) = fn_aqueous_solution_14(fn_terrestrial_nitrogen_cycle_34(X))
& fn_terrestrial_nitrogen_cycle_33(X) = fn_soil_solution_1(fn_terrestrial_nitrogen_cycle_34(X))
& fn_terrestrial_nitrogen_cycle_75(X) = fn_organism_1(fn_terrestrial_nitrogen_cycle_65(X))
& fn_terrestrial_nitrogen_cycle_63(X) = fn_organism_4(fn_terrestrial_nitrogen_cycle_65(X))
& fn_terrestrial_nitrogen_cycle_74(X) = fn_organism_6(fn_terrestrial_nitrogen_cycle_65(X))
& fn_terrestrial_nitrogen_cycle_60(X) = fn_organism_5(fn_terrestrial_nitrogen_cycle_65(X))
& fn_terrestrial_nitrogen_cycle_62(X) = fn_organism_2(fn_terrestrial_nitrogen_cycle_65(X))
& fn_terrestrial_nitrogen_cycle_34(X) = fn_move_1(fn_terrestrial_nitrogen_cycle_48(X))
& fn_terrestrial_nitrogen_cycle_34(X) = fn_root_hair_2(fn_terrestrial_nitrogen_cycle_47(X))
& fn_terrestrial_nitrogen_cycle_48(X) = fn_root_hair_3(fn_terrestrial_nitrogen_cycle_47(X))
& fn_terrestrial_nitrogen_cycle_43(X) = fn_root_hair_1(fn_terrestrial_nitrogen_cycle_47(X))
& fn_terrestrial_nitrogen_cycle_47(X) = fn_move_into_1(fn_terrestrial_nitrogen_cycle_20(X))
& fn_terrestrial_nitrogen_cycle_47(X) = fn_take_in_1(fn_terrestrial_nitrogen_cycle_20(X))
& fn_terrestrial_nitrogen_cycle_20(X) = fn_root_hair_3(fn_terrestrial_nitrogen_cycle_47(X))
& fn_death_2(fn_terrestrial_nitrogen_cycle_67(X)) = fn_decomposition_3(fn_terrestrial_nitrogen_cycle_36(X))
& fn_decomposition_3(fn_terrestrial_nitrogen_cycle_36(X)) = fn_decomposition_7(fn_terrestrial_nitrogen_cycle_37(X))
& fn_decomposition_7(fn_terrestrial_nitrogen_cycle_37(X)) = fn_ammonification_5(fn_terrestrial_nitrogen_cycle_37(X))
& fn_ammonification_5(fn_terrestrial_nitrogen_cycle_37(X)) = fn_humus_1(fn_terrestrial_nitrogen_cycle_40(X))
& fn_humus_1(fn_terrestrial_nitrogen_cycle_40(X)) = fn_ammonification_1(fn_terrestrial_nitrogen_cycle_37(X))
& fn_ammonification_1(fn_terrestrial_nitrogen_cycle_37(X)) = fn_ammonification_1(fn_terrestrial_nitrogen_cycle_37(X))
& fn_ammonification_1(fn_terrestrial_nitrogen_cycle_37(X)) = fn_decomposition_1(fn_terrestrial_nitrogen_cycle_36(X))
& fn_decomposition_1(fn_terrestrial_nitrogen_cycle_36(X)) = fn_chemical_reaction_2(fn_terrestrial_nitrogen_cycle_72(X))
& fn_chemical_reaction_2(fn_terrestrial_nitrogen_cycle_72(X)) = fn_autotroph_1(fn_terrestrial_nitrogen_cycle_69(X))
& fn_autotroph_1(fn_terrestrial_nitrogen_cycle_69(X)) = fn_autotroph_1(fn_terrestrial_nitrogen_cycle_69(X))
& fn_autotroph_1(fn_terrestrial_nitrogen_cycle_69(X)) = fn_autotroph_22(fn_terrestrial_nitrogen_cycle_69(X))
& fn_autotroph_22(fn_terrestrial_nitrogen_cycle_69(X)) = fn_autotroph_7(fn_terrestrial_nitrogen_cycle_69(X))
& fn_autotroph_7(fn_terrestrial_nitrogen_cycle_69(X)) = fn_plant_19(fn_terrestrial_nitrogen_cycle_65(X))
& fn_plant_19(fn_terrestrial_nitrogen_cycle_65(X)) = fn_autotroph_7(fn_terrestrial_nitrogen_cycle_69(X))
& fn_autotroph_7(fn_terrestrial_nitrogen_cycle_69(X)) = fn_autotroph_7(fn_terrestrial_nitrogen_cycle_69(X))
& fn_autotroph_7(fn_terrestrial_nitrogen_cycle_69(X)) = fn_root_33(fn_terrestrial_nitrogen_cycle_68(X))
& fn_root_33(fn_terrestrial_nitrogen_cycle_68(X)) = fn_root_28(fn_terrestrial_nitrogen_cycle_68(X))
& fn_root_28(fn_terrestrial_nitrogen_cycle_68(X)) = fn_root_28(fn_terrestrial_nitrogen_cycle_68(X))
& fn_root_28(fn_terrestrial_nitrogen_cycle_68(X)) = fn_plant_17(fn_terrestrial_nitrogen_cycle_65(X))
& fn_plant_17(fn_terrestrial_nitrogen_cycle_65(X)) = fn_ammonification_4(fn_terrestrial_nitrogen_cycle_37(X))
& fn_ammonification_4(fn_terrestrial_nitrogen_cycle_37(X)) = fn_nitrogen_fixation_5(fn_terrestrial_nitrogen_cycle_42(X))
& fn_nitrogen_fixation_5(fn_terrestrial_nitrogen_cycle_42(X)) = fn_local_biogeochemical_cycle_2(X)
& fn_local_biogeochemical_cycle_2(X) = fn_fixation_1(fn_terrestrial_nitrogen_cycle_16(X))
& fn_fixation_1(fn_terrestrial_nitrogen_cycle_16(X)) = fn_fixation_1(fn_terrestrial_nitrogen_cycle_16(X))
& fn_fixation_1(fn_terrestrial_nitrogen_cycle_16(X)) = fn_nitrogen_fixation_4(fn_terrestrial_nitrogen_cycle_42(X))
& fn_nitrogen_fixation_4(fn_terrestrial_nitrogen_cycle_42(X)) = fn_nitrogen_fixation_4(fn_terrestrial_nitrogen_cycle_42(X))
& fn_nitrogen_fixation_4(fn_terrestrial_nitrogen_cycle_42(X)) = fn_oxidizing_agent_1(fn_terrestrial_nitrogen_cycle_50(X))
& fn_oxidizing_agent_1(fn_terrestrial_nitrogen_cycle_50(X)) = fn_chemical_reaction_2(fn_terrestrial_nitrogen_cycle_53(X))
& fn_chemical_reaction_2(fn_terrestrial_nitrogen_cycle_53(X)) = fn_chemical_reaction_2(fn_terrestrial_nitrogen_cycle_53(X))
& fn_chemical_reaction_2(fn_terrestrial_nitrogen_cycle_53(X)) = fn_nitrification_9(fn_terrestrial_nitrogen_cycle_23(X))
& fn_nitrification_9(fn_terrestrial_nitrogen_cycle_23(X)) = fn_nitrification_9(fn_terrestrial_nitrogen_cycle_23(X))
& fn_nitrification_9(fn_terrestrial_nitrogen_cycle_23(X)) = fn_oxidizing_agent_2(fn_terrestrial_nitrogen_cycle_50(X))
& fn_oxidizing_agent_2(fn_terrestrial_nitrogen_cycle_50(X)) = fn_nitrification_11(fn_terrestrial_nitrogen_cycle_23(X))
& fn_nitrification_11(fn_terrestrial_nitrogen_cycle_23(X)) = fn_nitrification_11(fn_terrestrial_nitrogen_cycle_23(X))
& fn_nitrification_11(fn_terrestrial_nitrogen_cycle_23(X)) = fn_reducing_agent_2(fn_terrestrial_nitrogen_cycle_32(X))
& fn_reducing_agent_2(fn_terrestrial_nitrogen_cycle_32(X)) = fn_chemical_reaction_1(fn_terrestrial_nitrogen_cycle_28(X))
& fn_chemical_reaction_1(fn_terrestrial_nitrogen_cycle_28(X)) = fn_chemical_reaction_1(fn_terrestrial_nitrogen_cycle_28(X))
& fn_chemical_reaction_1(fn_terrestrial_nitrogen_cycle_28(X)) = fn_nitrification_7(fn_terrestrial_nitrogen_cycle_23(X))
& fn_nitrification_7(fn_terrestrial_nitrogen_cycle_23(X)) = fn_nitrification_7(fn_terrestrial_nitrogen_cycle_23(X))
& fn_nitrification_7(fn_terrestrial_nitrogen_cycle_23(X)) = fn_chemical_3(fn_terrestrial_nitrogen_cycle_33(X))
& fn_chemical_3(fn_terrestrial_nitrogen_cycle_33(X)) = fn_chemical_reaction_2(fn_terrestrial_nitrogen_cycle_28(X))
& fn_chemical_reaction_2(fn_terrestrial_nitrogen_cycle_28(X)) = fn_chemical_3(fn_terrestrial_nitrogen_cycle_29(X))
& fn_chemical_3(fn_terrestrial_nitrogen_cycle_29(X)) = fn_mixture_1(fn_terrestrial_nitrogen_cycle_43(X))
& fn_mixture_1(fn_terrestrial_nitrogen_cycle_43(X)) = fn_soil_3(fn_terrestrial_nitrogen_cycle_43(X))
& fn_soil_3(fn_terrestrial_nitrogen_cycle_43(X)) = fn_add_1(fn_terrestrial_nitrogen_cycle_17(X))
& fn_add_1(fn_terrestrial_nitrogen_cycle_17(X)) = fn_chemical_reaction_1(fn_terrestrial_nitrogen_cycle_16(X))
& fn_chemical_reaction_1(fn_terrestrial_nitrogen_cycle_16(X)) = fn_solution_6(fn_terrestrial_nitrogen_cycle_34(X))
& fn_solution_6(fn_terrestrial_nitrogen_cycle_34(X)) = fn_solution_6(fn_terrestrial_nitrogen_cycle_34(X))
& fn_aqueous_solution_14(fn_terrestrial_nitrogen_cycle_34(X)) = fn_solution_6(fn_terrestrial_nitrogen_cycle_34(X))
& fn_solution_6(fn_terrestrial_nitrogen_cycle_34(X)) = fn_aqueous_solution_14(fn_terrestrial_nitrogen_cycle_34(X))
& fn_aqueous_solution_14(fn_terrestrial_nitrogen_cycle_34(X)) = fn_solution_5(fn_terrestrial_nitrogen_cycle_34(X))
& fn_solution_5(fn_terrestrial_nitrogen_cycle_34(X)) = fn_solution_5(fn_terrestrial_nitrogen_cycle_34(X))
& fn_solution_5(fn_terrestrial_nitrogen_cycle_34(X)) = fn_soil_solution_1(fn_terrestrial_nitrogen_cycle_34(X))
& fn_soil_solution_1(fn_terrestrial_nitrogen_cycle_34(X)) = fn_soil_solution_1(fn_terrestrial_nitrogen_cycle_34(X))
& fn_soil_solution_1(fn_terrestrial_nitrogen_cycle_34(X)) = fn_consume_1(fn_terrestrial_nitrogen_cycle_15(X))
& fn_consume_1(fn_terrestrial_nitrogen_cycle_15(X)) = fn_consume_1(fn_terrestrial_nitrogen_cycle_15(X))
& fn_consume_1(fn_terrestrial_nitrogen_cycle_15(X)) = fn_autotroph_11(fn_terrestrial_nitrogen_cycle_69(X))
& fn_autotroph_11(fn_terrestrial_nitrogen_cycle_69(X)) = fn_autotroph_11(fn_terrestrial_nitrogen_cycle_69(X))
& fn_autotroph_11(fn_terrestrial_nitrogen_cycle_69(X)) = fn_starch_storage_by_plant_3(fn_terrestrial_nitrogen_cycle_61(X))
& fn_starch_storage_by_plant_3(fn_terrestrial_nitrogen_cycle_61(X)) = fn_starch_storage_by_plant_3(fn_terrestrial_nitrogen_cycle_61(X))
& fn_starch_storage_by_plant_3(fn_terrestrial_nitrogen_cycle_61(X)) = fn_move_1(fn_terrestrial_nitrogen_cycle_48(X))
& fn_move_1(fn_terrestrial_nitrogen_cycle_48(X)) = fn_root_hair_2(fn_terrestrial_nitrogen_cycle_47(X))
& fn_root_hair_2(fn_terrestrial_nitrogen_cycle_47(X)) = fn_add_2(fn_terrestrial_nitrogen_cycle_17(X))
& fn_add_2(fn_terrestrial_nitrogen_cycle_17(X)) = fn_root_hair_1(fn_terrestrial_nitrogen_cycle_47(X))
& fn_root_hair_1(fn_terrestrial_nitrogen_cycle_47(X)) = fn_root_hair_1(fn_terrestrial_nitrogen_cycle_47(X))
& fn_root_hair_1(fn_terrestrial_nitrogen_cycle_47(X)) = fn_barrier_1(fn_terrestrial_nitrogen_cycle_45(X))
& fn_barrier_1(fn_terrestrial_nitrogen_cycle_45(X)) = fn_barrier_1(fn_terrestrial_nitrogen_cycle_46(X))
& fn_barrier_1(fn_terrestrial_nitrogen_cycle_46(X)) = fn_take_in_1(fn_terrestrial_nitrogen_cycle_48(X))
& fn_take_in_1(fn_terrestrial_nitrogen_cycle_48(X)) = fn_take_in_1(fn_terrestrial_nitrogen_cycle_20(X))
& fn_take_in_1(fn_terrestrial_nitrogen_cycle_20(X)) = fn_take_in_1(fn_terrestrial_nitrogen_cycle_48(X))
& fn_take_in_1(fn_terrestrial_nitrogen_cycle_48(X)) = fn_move_into_1(fn_terrestrial_nitrogen_cycle_20(X))
& fn_move_into_1(fn_terrestrial_nitrogen_cycle_20(X)) = fn_move_into_1(fn_terrestrial_nitrogen_cycle_48(X))
& fn_move_into_1(fn_terrestrial_nitrogen_cycle_48(X)) = fn_move_into_1(fn_terrestrial_nitrogen_cycle_48(X))
& fn_move_into_1(fn_terrestrial_nitrogen_cycle_48(X)) = fn_move_into_1(fn_terrestrial_nitrogen_cycle_20(X))
& fn_move_into_1(fn_terrestrial_nitrogen_cycle_20(X)) = fn_take_in_1(fn_terrestrial_nitrogen_cycle_20(X)) ) ) ).
fof(a533185,axiom,
! [X] :
( terrestrial_organism_1(X)
=> ( original_name_2(X,'Terrestrial-Organism')
& user_description_2(X,'A living thing adapted to live on land.')
& concept2words_2(X,'land dwelling organism')
& concept2words_2(X,'terrestrial organism')
& concept2words_2(X,'terrestrial-organism')
& organism_1(X) ) ) ).
fof(a533186,axiom,
! [X] :
( terrestrial_plant_1(X)
=> ( original_name_2(X,'Terrestrial-Plant')
& user_description_2(X,'A plant adapted to live on land.')
& concept2words_2(X,embryophyte)
& concept2words_2(X,'terrestrial plant')
& concept2words_2(X,'terrestrial-plant')
& terrestrial_organism_1(X)
& plant_1(X)
& ~ person_1(X) ) ) ).
fof(a533187,axiom,
! [X] :
( territoriality_1(X)
=> ( original_name_2(X,'Territoriality')
& user_description_2(X,'A competitive behavior in which an animal excludes other individuals from a physical space that it claims as its territory.')
& concept2words_2(X,territoriality)
& social_behavior_1(X) ) ) ).
fof(a533188,axiom,
! [X] :
( territory_1(X)
=> ( original_name_2(X,'Territory')
& description_2(X,'a relatively large Region delineated on some dimension (administrative, strategic, commercial, private, geographical, ...)')
& concept2words_2(X,territory)
& concept2words_2(X,district)
& concept2words_2(X,'territorial dominion')
& concept2words_2(X,territorial_dominion)
& concept2words_2(X,dominion)
& concept2words_2(X,soil)
& region_1(X) ) ) ).
fof(a533189,axiom,
! [X] :
( tertiary_consumer_1(X)
=> ( original_name_2(X,'Tertiary-Consumer')
& user_description_2(X,'A member of a trophic chain that is above secondary consumers; an animal that feeds on other carnivores.')
& concept2words_2(X,'consumer of tertiary')
& concept2words_2(X,'tertiary consumer')
& concept2words_2(X,'tertiary-consumer')
& heterotroph_1(X)
& ~ secondary_consumer_1(X)
& ~ chemoheterotroph_1(X)
& ~ decomposer_1(X)
& ~ facultative_anaerobe_1(X)
& ~ obligate_aerobe_1(X)
& ~ obligate_anaerobe_1(X)
& ~ parasite_1(X)
& ~ photoheterotroph_1(X)
& ~ primary_consumer_1(X)
& organism_1(fn_tertiary_consumer_1(X))
& food_1(fn_tertiary_consumer_2(X))
& polymer_1(fn_tertiary_consumer_3(X))
& organic_molecule_1(fn_tertiary_consumer_4(X))
& nutrition_1(fn_tertiary_consumer_5(X))
& organism_1(fn_tertiary_consumer_6(X))
& nutrition_1(fn_tertiary_consumer_7(X))
& secondary_consumer_1(fn_tertiary_consumer_8(X))
& tangible_entity_1(fn_food_3(fn_tertiary_consumer_2(X)))
& polymer_1(fn_food_2(fn_tertiary_consumer_2(X)))
& nutrition_1(fn_secondary_consumer_8(fn_tertiary_consumer_8(X)))
& organic_molecule_1(fn_food_4(fn_tertiary_consumer_2(X)))
& nutrition_1(fn_food_1(fn_tertiary_consumer_2(X)))
& nutrition_1(fn_secondary_consumer_5(fn_tertiary_consumer_8(X)))
& has_part_2(fn_tertiary_consumer_6(X),fn_tertiary_consumer_4(X))
& in_event_2(fn_tertiary_consumer_2(X),fn_tertiary_consumer_7(X))
& raw_material_2(fn_tertiary_consumer_7(X),fn_tertiary_consumer_3(X))
& has_part_2(fn_tertiary_consumer_6(X),fn_tertiary_consumer_3(X))
& plays_2(fn_tertiary_consumer_6(X),fn_tertiary_consumer_2(X))
& in_event_2(fn_tertiary_consumer_8(X),fn_tertiary_consumer_5(X))
& fn_tertiary_consumer_7(X) != fn_tertiary_consumer_5(X)
& fn_tertiary_consumer_5(X) != fn_tertiary_consumer_7(X)
& raw_material_2(fn_tertiary_consumer_7(X),fn_tertiary_consumer_4(X))
& in_event_2(X,fn_tertiary_consumer_7(X))
& agent_2(fn_tertiary_consumer_7(X),fn_tertiary_consumer_1(X))
& plays_2(fn_tertiary_consumer_1(X),X)
& fn_tertiary_consumer_4(X) = fn_food_4(fn_tertiary_consumer_2(X))
& fn_tertiary_consumer_6(X) = fn_food_3(fn_tertiary_consumer_2(X))
& fn_tertiary_consumer_3(X) = fn_food_2(fn_tertiary_consumer_2(X))
& fn_tertiary_consumer_7(X) = fn_food_1(fn_tertiary_consumer_2(X))
& fn_tertiary_consumer_7(X) = fn_secondary_consumer_5(fn_tertiary_consumer_8(X))
& fn_tertiary_consumer_5(X) = fn_secondary_consumer_8(fn_tertiary_consumer_8(X))
& fn_tertiary_consumer_4(X) = fn_heterotroph_6(X)
& fn_tertiary_consumer_1(X) = fn_heterotroph_2(X)
& fn_tertiary_consumer_7(X) = fn_heterotroph_3(X)
& fn_food_4(fn_tertiary_consumer_2(X)) = fn_heterotroph_6(X)
& fn_heterotroph_6(X) = fn_food_1(fn_tertiary_consumer_2(X))
& fn_food_1(fn_tertiary_consumer_2(X)) = fn_food_1(fn_tertiary_consumer_2(X))
& fn_food_1(fn_tertiary_consumer_2(X)) = fn_secondary_consumer_5(fn_tertiary_consumer_8(X))
& fn_secondary_consumer_5(fn_tertiary_consumer_8(X)) = fn_secondary_consumer_5(fn_tertiary_consumer_8(X))
& fn_secondary_consumer_5(fn_tertiary_consumer_8(X)) = fn_heterotroph_3(X)
& fn_heterotroph_3(X) = fn_heterotroph_3(X) ) ) ).
fof(a533190,axiom,
! [X] :
( tertiary_consumers_1(X)
=> ( original_name_2(X,'Tertiary-Consumers')
& user_description_2(X,'Group of organisms in an ecosystem which feeds directly on secondary consumers.')
& concept2words_2(X,'tertiary consumer')
& concept2words_2(X,'tertiary-consumer')
& consumers_1(X) ) ) ).
fof(a533191,axiom,
! [X] :
( tertiary_protein_structure_1(X)
=> ( original_name_2(X,'Tertiary-Protein-Structure')
& user_description_2(X,'The overall shape of a protein molecule due to interactions of amino acid side chains, including hydrophobic interactions, ionic bonds, hydrogen bonds, and disulfide bridges.')
& concept2words_2(X,'third stage of protein folding')
& concept2words_2(X,'tertiary structure')
& concept2words_2(X,'tertiary protein structure')
& concept2words_2(X,'tertiary-protein-structure')
& molecular_region_1(X)
& hydrophilic_region_1(fn_tertiary_protein_structure_1(X))
& ionic_bond_1(fn_tertiary_protein_structure_2(X))
& center_1(fn_tertiary_protein_structure_3(X))
& spatial_entity_1(fn_tertiary_protein_structure_6(X))
& chemical_entity_1(fn_tertiary_protein_structure_6(X))
& monomer_1(fn_tertiary_protein_structure_6(X))
& molecule_1(fn_tertiary_protein_structure_6(X))
& amino_acid_1(fn_tertiary_protein_structure_6(X))
& chemical_entity_1(fn_tertiary_protein_structure_7(X))
& tangible_entity_1(fn_tertiary_protein_structure_7(X))
& entity_1(fn_tertiary_protein_structure_7(X))
& atom_1(fn_tertiary_protein_structure_7(X))
& nitrogen_1(fn_tertiary_protein_structure_7(X))
& unequal_sharing_1(fn_tertiary_protein_structure_8(X))
& share_1(fn_tertiary_protein_structure_8(X))
& share_1(fn_tertiary_protein_structure_9(X))
& share_1(fn_tertiary_protein_structure_10(X))
& hold_together_1(fn_tertiary_protein_structure_11(X))
& hold_1(fn_tertiary_protein_structure_12(X))
& hold_together_1(fn_tertiary_protein_structure_12(X))
& hold_1(fn_tertiary_protein_structure_13(X))
& hold_together_1(fn_tertiary_protein_structure_13(X))
& electron_shell_1(fn_tertiary_protein_structure_14(X))
& share_1(fn_tertiary_protein_structure_15(X))
& tangible_entity_1(fn_tertiary_protein_structure_16(X))
& electron_1(fn_tertiary_protein_structure_16(X))
& entity_1(fn_tertiary_protein_structure_16(X))
& valence_electron_1(fn_tertiary_protein_structure_16(X))
& amino_group_1(fn_tertiary_protein_structure_17(X))
& hold_1(fn_tertiary_protein_structure_18(X))
& hold_together_1(fn_tertiary_protein_structure_18(X))
& chemical_bond_1(fn_tertiary_protein_structure_19(X))
& covalent_bond_1(fn_tertiary_protein_structure_19(X))
& single_bond_1(fn_tertiary_protein_structure_19(X))
& entity_1(fn_tertiary_protein_structure_20(X))
& chemical_entity_1(fn_tertiary_protein_structure_20(X))
& atom_1(fn_tertiary_protein_structure_20(X))
& hydrogen_1(fn_tertiary_protein_structure_20(X))
& entity_1(fn_tertiary_protein_structure_21(X))
& chemical_entity_1(fn_tertiary_protein_structure_21(X))
& atom_1(fn_tertiary_protein_structure_21(X))
& carbon_1(fn_tertiary_protein_structure_21(X))
& entity_1(fn_tertiary_protein_structure_22(X))
& chemical_entity_1(fn_tertiary_protein_structure_22(X))
& atom_1(fn_tertiary_protein_structure_22(X))
& hydrogen_1(fn_tertiary_protein_structure_22(X))
& entity_1(fn_tertiary_protein_structure_23(X))
& atom_1(fn_tertiary_protein_structure_23(X))
& oxygen_1(fn_tertiary_protein_structure_23(X))
& functional_group_1(fn_tertiary_protein_structure_24(X))
& carboxyl_group_1(fn_tertiary_protein_structure_24(X))
& oxygen_1(fn_tertiary_protein_structure_25(X))
& electronegativity_value_1(fn_tertiary_protein_structure_26(X))
& hold_together_1(fn_tertiary_protein_structure_27(X))
& attract_1(fn_tertiary_protein_structure_28(X))
& electronegativity_value_1(fn_tertiary_protein_structure_29(X))
& atomic_nucleus_1(fn_tertiary_protein_structure_30(X))
& center_1(fn_tertiary_protein_structure_31(X))
& electron_shell_1(fn_tertiary_protein_structure_32(X))
& first_electron_shell_1(fn_tertiary_protein_structure_32(X))
& functional_group_1(fn_tertiary_protein_structure_33(X))
& electron_shell_1(fn_tertiary_protein_structure_34(X))
& secondary_protein_structure_1(fn_tertiary_protein_structure_35(X))
& electron_shell_1(fn_tertiary_protein_structure_36(X))
& entity_1(fn_tertiary_protein_structure_37(X))
& tangible_entity_1(fn_tertiary_protein_structure_37(X))
& electron_1(fn_tertiary_protein_structure_37(X))
& valence_electron_1(fn_tertiary_protein_structure_37(X))
& tangible_entity_1(fn_tertiary_protein_structure_38(X))
& entity_1(fn_tertiary_protein_structure_38(X))
& electron_1(fn_tertiary_protein_structure_38(X))
& valence_electron_1(fn_tertiary_protein_structure_38(X))
& center_1(fn_tertiary_protein_structure_39(X))
& electronegativity_value_1(fn_tertiary_protein_structure_40(X))
& tangible_entity_1(fn_tertiary_protein_structure_41(X))
& electron_1(fn_tertiary_protein_structure_41(X))
& entity_1(fn_tertiary_protein_structure_41(X))
& valence_electron_1(fn_tertiary_protein_structure_41(X))
& electron_shell_1(fn_tertiary_protein_structure_42(X))
& electron_shell_1(fn_tertiary_protein_structure_43(X))
& center_1(fn_tertiary_protein_structure_44(X))
& share_1(fn_tertiary_protein_structure_45(X))
& unequal_sharing_1(fn_tertiary_protein_structure_45(X))
& share_1(fn_tertiary_protein_structure_46(X))
& attract_1(fn_tertiary_protein_structure_47(X))
& hold_1(fn_tertiary_protein_structure_48(X))
& hold_together_1(fn_tertiary_protein_structure_48(X))
& hold_1(fn_tertiary_protein_structure_49(X))
& hold_together_1(fn_tertiary_protein_structure_49(X))
& functional_group_1(fn_tertiary_protein_structure_50(X))
& polar_side_chain_1(fn_tertiary_protein_structure_51(X))
& carboxyl_group_1(fn_tertiary_protein_structure_52(X))
& double_bond_1(fn_tertiary_protein_structure_53(X))
& chemical_entity_1(fn_tertiary_protein_structure_54(X))
& atom_1(fn_tertiary_protein_structure_54(X))
& entity_1(fn_tertiary_protein_structure_54(X))
& oxygen_1(fn_tertiary_protein_structure_54(X))
& tangible_entity_1(fn_tertiary_protein_structure_55(X))
& chemical_entity_1(fn_tertiary_protein_structure_55(X))
& atom_1(fn_tertiary_protein_structure_55(X))
& entity_1(fn_tertiary_protein_structure_55(X))
& oxygen_1(fn_tertiary_protein_structure_55(X))
& covalent_bond_1(fn_tertiary_protein_structure_56(X))
& single_bond_1(fn_tertiary_protein_structure_56(X))
& entity_1(fn_tertiary_protein_structure_57(X))
& chemical_entity_1(fn_tertiary_protein_structure_57(X))
& atom_1(fn_tertiary_protein_structure_57(X))
& hydrogen_1(fn_tertiary_protein_structure_57(X))
& tangible_entity_1(fn_tertiary_protein_structure_58(X))
& entity_1(fn_tertiary_protein_structure_58(X))
& chemical_entity_1(fn_tertiary_protein_structure_58(X))
& atom_1(fn_tertiary_protein_structure_58(X))
& carbon_1(fn_tertiary_protein_structure_58(X))
& entity_1(fn_tertiary_protein_structure_59(X))
& chemical_entity_1(fn_tertiary_protein_structure_59(X))
& atom_1(fn_tertiary_protein_structure_59(X))
& hydrogen_1(fn_tertiary_protein_structure_59(X))
& organic_molecule_1(fn_tertiary_protein_structure_60(X))
& molecule_1(fn_tertiary_protein_structure_60(X))
& hydrophilic_amino_acid_1(fn_tertiary_protein_structure_60(X))
& monomer_1(fn_tertiary_protein_structure_60(X))
& polypeptide_1(fn_tertiary_protein_structure_61(X))
& coil_1(fn_tertiary_protein_structure_62(X))
& fold_1(fn_tertiary_protein_structure_63(X))
& chemical_bond_1(fn_tertiary_protein_structure_64(X))
& hydrogen_bond_1(fn_tertiary_protein_structure_64(X))
& molecule_1(fn_tertiary_protein_structure_65(X))
& folded_protein_1(fn_tertiary_protein_structure_65(X))
& hydrophobic_interaction_1(fn_tertiary_protein_structure_66(X))
& electron_shell_1(fn_tertiary_protein_structure_67(X))
& tangible_entity_1(fn_tertiary_protein_structure_68(X))
& electron_1(fn_tertiary_protein_structure_68(X))
& entity_1(fn_tertiary_protein_structure_68(X))
& valence_electron_1(fn_tertiary_protein_structure_68(X))
& entity_1(fn_tertiary_protein_structure_69(X))
& tangible_entity_1(fn_tertiary_protein_structure_69(X))
& electron_1(fn_tertiary_protein_structure_69(X))
& valence_electron_1(fn_tertiary_protein_structure_69(X))
& electron_shell_1(fn_tertiary_protein_structure_70(X))
& center_1(fn_tertiary_protein_structure_71(X))
& center_1(fn_tertiary_protein_structure_72(X))
& unequal_sharing_1(fn_tertiary_protein_structure_73(X))
& share_1(fn_tertiary_protein_structure_74(X))
& share_1(fn_tertiary_protein_structure_75(X))
& hold_together_1(fn_tertiary_protein_structure_76(X))
& hold_1(fn_tertiary_protein_structure_77(X))
& hold_together_1(fn_tertiary_protein_structure_77(X))
& electron_1(fn_tertiary_protein_structure_78(X))
& valence_electron_1(fn_tertiary_protein_structure_79(X))
& center_1(fn_tertiary_protein_structure_80(X))
& center_1(fn_tertiary_protein_structure_81(X))
& atomic_nucleus_1(fn_tertiary_protein_structure_82(X))
& valence_electron_1(fn_tertiary_protein_structure_83(X))
& share_1(fn_tertiary_protein_structure_84(X))
& tangible_entity_1(fn_tertiary_protein_structure_85(X))
& entity_1(fn_tertiary_protein_structure_85(X))
& chemical_entity_1(fn_tertiary_protein_structure_85(X))
& atom_1(fn_tertiary_protein_structure_85(X))
& hydrogen_1(fn_tertiary_protein_structure_85(X))
& entity_1(fn_tertiary_protein_structure_86(X))
& tangible_entity_1(fn_tertiary_protein_structure_86(X))
& atom_1(fn_tertiary_protein_structure_86(X))
& oxygen_1(fn_tertiary_protein_structure_86(X))
& entity_1(fn_tertiary_protein_structure_87(X))
& tangible_entity_1(fn_tertiary_protein_structure_87(X))
& oxygen_1(fn_tertiary_protein_structure_87(X))
& tangible_entity_1(fn_tertiary_protein_structure_88(X))
& entity_1(fn_tertiary_protein_structure_88(X))
& chemical_entity_1(fn_tertiary_protein_structure_88(X))
& atom_1(fn_tertiary_protein_structure_88(X))
& hydrogen_1(fn_tertiary_protein_structure_88(X))
& tangible_entity_1(fn_tertiary_protein_structure_89(X))
& entity_1(fn_tertiary_protein_structure_89(X))
& chemical_entity_1(fn_tertiary_protein_structure_89(X))
& atom_1(fn_tertiary_protein_structure_89(X))
& carbon_1(fn_tertiary_protein_structure_89(X))
& functional_group_1(fn_tertiary_protein_structure_90(X))
& amino_group_1(fn_tertiary_protein_structure_91(X))
& carboxyl_group_1(fn_tertiary_protein_structure_92(X))
& carbon_skeleton_1(fn_tertiary_protein_structure_93(X))
& single_bond_1(fn_tertiary_protein_structure_94(X))
& covalent_bond_1(fn_tertiary_protein_structure_94(X))
& hydrophobic_region_1(fn_tertiary_protein_structure_95(X))
& non_polar_side_chain_1(fn_tertiary_protein_structure_96(X))
& tangible_entity_1(fn_tertiary_protein_structure_97(X))
& entity_1(fn_tertiary_protein_structure_97(X))
& chemical_entity_1(fn_tertiary_protein_structure_97(X))
& atom_1(fn_tertiary_protein_structure_97(X))
& hydrogen_1(fn_tertiary_protein_structure_97(X))
& atom_1(fn_tertiary_protein_structure_98(X))
& entity_1(fn_tertiary_protein_structure_98(X))
& tangible_entity_1(fn_tertiary_protein_structure_98(X))
& oxygen_1(fn_tertiary_protein_structure_98(X))
& entity_1(fn_tertiary_protein_structure_99(X))
& tangible_entity_1(fn_tertiary_protein_structure_99(X))
& atom_1(fn_tertiary_protein_structure_99(X))
& oxygen_1(fn_tertiary_protein_structure_99(X))
& tangible_entity_1(fn_tertiary_protein_structure_100(X))
& entity_1(fn_tertiary_protein_structure_100(X))
& chemical_entity_1(fn_tertiary_protein_structure_100(X))
& atom_1(fn_tertiary_protein_structure_100(X))
& hydrogen_1(fn_tertiary_protein_structure_100(X))
& tangible_entity_1(fn_tertiary_protein_structure_101(X))
& entity_1(fn_tertiary_protein_structure_101(X))
& chemical_entity_1(fn_tertiary_protein_structure_101(X))
& atom_1(fn_tertiary_protein_structure_101(X))
& carbon_1(fn_tertiary_protein_structure_101(X))
& hydrophobic_region_1(fn_tertiary_protein_structure_102(X))
& functional_group_1(fn_tertiary_protein_structure_103(X))
& non_polar_side_chain_1(fn_tertiary_protein_structure_104(X))
& amino_group_1(fn_tertiary_protein_structure_105(X))
& carboxyl_group_1(fn_tertiary_protein_structure_106(X))
& carbon_skeleton_1(fn_tertiary_protein_structure_107(X))
& single_bond_1(fn_tertiary_protein_structure_108(X))
& end_1(fn_tertiary_protein_structure_109(X))
& chemical_entity_1(fn_tertiary_protein_structure_110(X))
& amino_acid_1(fn_tertiary_protein_structure_110(X))
& hydrophobic_amino_acid_1(fn_tertiary_protein_structure_110(X))
& chemical_entity_1(fn_tertiary_protein_structure_111(X))
& amino_acid_1(fn_tertiary_protein_structure_111(X))
& hydrophobic_amino_acid_1(fn_tertiary_protein_structure_111(X))
& hold_1(fn_tertiary_protein_structure_112(X))
& hold_together_1(fn_tertiary_protein_structure_112(X))
& van_der_waal_interaction_1(fn_tertiary_protein_structure_113(X))
& attract_1(fn_tertiary_protein_structure_114(X))
& hold_together_1(fn_tertiary_protein_structure_115(X))
& polar_covalent_bond_1(fn_tertiary_protein_structure_116(X))
& chemical_bond_1(fn_tertiary_protein_structure_117(X))
& hydrogen_bond_1(fn_tertiary_protein_structure_117(X))
& chemical_bond_1(fn_molecule_10(fn_tertiary_protein_structure_65(X)))
& chemical_bond_1(fn_molecule_10(fn_tertiary_protein_structure_60(X)))
& r_group_1(fn_hydrophilic_amino_acid_24(fn_tertiary_protein_structure_60(X)))
& electron_1(fn_atomic_nucleus_8(fn_tertiary_protein_structure_82(X)))
& amino_group_1(fn_amino_acid_25(fn_tertiary_protein_structure_111(X)))
& end_1(fn_hydrophilic_amino_acid_23(fn_tertiary_protein_structure_60(X)))
& amino_group_1(fn_amino_acid_25(fn_tertiary_protein_structure_110(X)))
& center_1(fn_hydrophobic_amino_acid_52(fn_tertiary_protein_structure_110(X)))
& hydrophobic_region_1(fn_hydrophobic_amino_acid_29(fn_tertiary_protein_structure_110(X)))
& non_polar_side_chain_1(fn_hydrophobic_amino_acid_28(fn_tertiary_protein_structure_110(X)))
& entity_1(fn_hydrophobic_amino_acid_32(fn_tertiary_protein_structure_110(X)))
& tangible_entity_1(fn_hydrophobic_amino_acid_32(fn_tertiary_protein_structure_110(X)))
& electron_1(fn_hydrophobic_amino_acid_32(fn_tertiary_protein_structure_110(X)))
& valence_electron_1(fn_hydrophobic_amino_acid_32(fn_tertiary_protein_structure_110(X)))
& carbon_skeleton_1(fn_hydrophobic_amino_acid_69(fn_tertiary_protein_structure_110(X)))
& carboxyl_group_1(fn_hydrophobic_amino_acid_27(fn_tertiary_protein_structure_110(X)))
& single_bond_1(fn_hydrophobic_amino_acid_18(fn_tertiary_protein_structure_110(X)))
& center_1(fn_hydrophobic_amino_acid_60(fn_tertiary_protein_structure_110(X)))
& electron_shell_1(fn_hydrophobic_amino_acid_34(fn_tertiary_protein_structure_110(X)))
& single_bond_1(fn_hydrophobic_amino_acid_18(fn_tertiary_protein_structure_111(X)))
& carbon_skeleton_1(fn_hydrophobic_amino_acid_69(fn_tertiary_protein_structure_111(X)))
& hydrophobic_region_1(fn_hydrophobic_amino_acid_29(fn_tertiary_protein_structure_111(X)))
& non_polar_side_chain_1(fn_hydrophobic_amino_acid_28(fn_tertiary_protein_structure_111(X)))
& entity_1(fn_hydrophobic_amino_acid_23(fn_tertiary_protein_structure_111(X)))
& tangible_entity_1(fn_hydrophobic_amino_acid_23(fn_tertiary_protein_structure_111(X)))
& oxygen_1(fn_hydrophobic_amino_acid_23(fn_tertiary_protein_structure_111(X)))
& carboxyl_group_1(fn_hydrophobic_amino_acid_27(fn_tertiary_protein_structure_111(X)))
& entity_1(fn_hydrophobic_amino_acid_22(fn_tertiary_protein_structure_111(X)))
& tangible_entity_1(fn_hydrophobic_amino_acid_22(fn_tertiary_protein_structure_111(X)))
& atom_1(fn_hydrophobic_amino_acid_22(fn_tertiary_protein_structure_111(X)))
& oxygen_1(fn_hydrophobic_amino_acid_22(fn_tertiary_protein_structure_111(X)))
& functional_group_1(fn_secondary_protein_structure_42(fn_tertiary_protein_structure_35(X)))
& fold_1(fn_secondary_protein_structure_6(fn_tertiary_protein_structure_35(X)))
& property_node_1(fn_secondary_protein_structure_4(fn_tertiary_protein_structure_35(X)))
& attract_1(fn_secondary_protein_structure_29(fn_tertiary_protein_structure_35(X)))
& monomer_1(fn_secondary_protein_structure_19(fn_tertiary_protein_structure_35(X)))
& polypeptide_1(fn_secondary_protein_structure_20(fn_tertiary_protein_structure_35(X)))
& folded_protein_1(fn_secondary_protein_structure_22(fn_tertiary_protein_structure_35(X)))
& coil_1(fn_secondary_protein_structure_7(fn_tertiary_protein_structure_35(X)))
& property_node_1(fn_hydrogen_bond_5(fn_tertiary_protein_structure_117(X)))
& property_node_1(fn_hydrogen_bond_1(fn_tertiary_protein_structure_117(X)))
& attract_1(fn_hydrogen_bond_13(fn_tertiary_protein_structure_117(X)))
& electron_shell_1(fn_hydrogen_bond_9(fn_tertiary_protein_structure_117(X)))
& first_electron_shell_1(fn_hydrogen_bond_9(fn_tertiary_protein_structure_117(X)))
& amino_group_1(fn_amino_acid_25(fn_tertiary_protein_structure_6(X)))
& share_1(fn_hydrophilic_amino_acid_3(fn_tertiary_protein_structure_60(X)))
& share_1(fn_hydrophilic_amino_acid_17(fn_tertiary_protein_structure_60(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_tertiary_protein_structure_116(X)))
& hold_together_1(fn_chemical_bond_3(fn_tertiary_protein_structure_113(X)))
& hold_1(fn_hydrophobic_amino_acid_2(fn_tertiary_protein_structure_110(X)))
& hold_together_1(fn_hydrophobic_amino_acid_2(fn_tertiary_protein_structure_110(X)))
& entity_1(fn_hydrophobic_amino_acid_23(fn_tertiary_protein_structure_110(X)))
& tangible_entity_1(fn_hydrophobic_amino_acid_23(fn_tertiary_protein_structure_110(X)))
& oxygen_1(fn_hydrophobic_amino_acid_23(fn_tertiary_protein_structure_110(X)))
& entity_1(fn_hydrophobic_amino_acid_22(fn_tertiary_protein_structure_110(X)))
& tangible_entity_1(fn_hydrophobic_amino_acid_22(fn_tertiary_protein_structure_110(X)))
& atom_1(fn_hydrophobic_amino_acid_22(fn_tertiary_protein_structure_110(X)))
& oxygen_1(fn_hydrophobic_amino_acid_22(fn_tertiary_protein_structure_110(X)))
& hold_together_1(fn_hydrophobic_amino_acid_13(fn_tertiary_protein_structure_110(X)))
& hold_1(fn_hydrophobic_amino_acid_7(fn_tertiary_protein_structure_110(X)))
& hold_together_1(fn_hydrophobic_amino_acid_7(fn_tertiary_protein_structure_110(X)))
& hold_together_1(fn_hydrophobic_amino_acid_1(fn_tertiary_protein_structure_110(X)))
& entity_1(fn_share_3(fn_tertiary_protein_structure_73(X)))
& share_1(fn_hydrophobic_amino_acid_35(fn_tertiary_protein_structure_110(X)))
& share_1(fn_hydrophobic_amino_acid_4(fn_tertiary_protein_structure_110(X)))
& entity_1(fn_share_2(fn_tertiary_protein_structure_73(X)))
& entity_1(fn_amino_acid_19(fn_tertiary_protein_structure_110(X)))
& tangible_entity_1(fn_amino_acid_19(fn_tertiary_protein_structure_110(X)))
& electron_1(fn_amino_acid_19(fn_tertiary_protein_structure_110(X)))
& valence_electron_1(fn_amino_acid_19(fn_tertiary_protein_structure_110(X)))
& tangible_entity_1(fn_hydrophobic_amino_acid_33(fn_tertiary_protein_structure_110(X)))
& electron_1(fn_hydrophobic_amino_acid_33(fn_tertiary_protein_structure_110(X)))
& entity_1(fn_hydrophobic_amino_acid_33(fn_tertiary_protein_structure_110(X)))
& valence_electron_1(fn_hydrophobic_amino_acid_33(fn_tertiary_protein_structure_110(X)))
& tangible_entity_1(fn_hydrophobic_amino_acid_6(fn_tertiary_protein_structure_110(X)))
& electron_1(fn_hydrophobic_amino_acid_6(fn_tertiary_protein_structure_110(X)))
& entity_1(fn_hydrophobic_amino_acid_6(fn_tertiary_protein_structure_110(X)))
& valence_electron_1(fn_hydrophobic_amino_acid_6(fn_tertiary_protein_structure_110(X)))
& share_1(fn_amino_acid_12(fn_tertiary_protein_structure_110(X)))
& share_1(fn_hydrophobic_amino_acid_31(fn_tertiary_protein_structure_110(X)))
& share_1(fn_hydrophobic_amino_acid_3(fn_tertiary_protein_structure_110(X)))
& electron_shell_1(fn_hydrophobic_amino_acid_30(fn_tertiary_protein_structure_110(X)))
& electron_shell_1(fn_hydrophobic_amino_acid_59(fn_tertiary_protein_structure_110(X)))
& entity_1(fn_share_1(fn_tertiary_protein_structure_73(X)))
& atom_1(fn_van_der_waal_interaction_2(fn_tertiary_protein_structure_113(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_tertiary_protein_structure_113(X)))
& entity_1(fn_amino_acid_24(fn_tertiary_protein_structure_110(X)))
& chemical_entity_1(fn_amino_acid_24(fn_tertiary_protein_structure_110(X)))
& atom_1(fn_amino_acid_24(fn_tertiary_protein_structure_110(X)))
& carbon_1(fn_amino_acid_24(fn_tertiary_protein_structure_110(X)))
& tangible_entity_1(fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_110(X)))
& entity_1(fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_110(X)))
& chemical_entity_1(fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_110(X)))
& atom_1(fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_110(X)))
& carbon_1(fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_110(X)))
& entity_1(fn_amino_acid_22(fn_tertiary_protein_structure_110(X)))
& chemical_entity_1(fn_amino_acid_22(fn_tertiary_protein_structure_110(X)))
& atom_1(fn_amino_acid_22(fn_tertiary_protein_structure_110(X)))
& hydrogen_1(fn_amino_acid_22(fn_tertiary_protein_structure_110(X)))
& tangible_entity_1(fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_110(X)))
& entity_1(fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_110(X)))
& chemical_entity_1(fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_110(X)))
& atom_1(fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_110(X)))
& hydrogen_1(fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_110(X)))
& entity_1(fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_110(X)))
& chemical_entity_1(fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_110(X)))
& atom_1(fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_110(X)))
& hydrogen_1(fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_110(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_tertiary_protein_structure_66(X)))
& chemical_entity_1(fn_functional_group_1(fn_tertiary_protein_structure_103(X)))
& entity_1(fn_amino_acid_28(fn_tertiary_protein_structure_111(X)))
& chemical_entity_1(fn_amino_acid_28(fn_tertiary_protein_structure_111(X)))
& atom_1(fn_amino_acid_28(fn_tertiary_protein_structure_111(X)))
& hydrogen_1(fn_amino_acid_28(fn_tertiary_protein_structure_111(X)))
& tangible_entity_1(fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_111(X)))
& entity_1(fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_111(X)))
& chemical_entity_1(fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_111(X)))
& atom_1(fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_111(X)))
& carbon_1(fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_111(X)))
& entity_1(fn_covalent_bond_20(fn_tertiary_protein_structure_94(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_tertiary_protein_structure_94(X)))
& atom_1(fn_covalent_bond_20(fn_tertiary_protein_structure_94(X)))
& entity_1(fn_amino_acid_22(fn_tertiary_protein_structure_111(X)))
& chemical_entity_1(fn_amino_acid_22(fn_tertiary_protein_structure_111(X)))
& atom_1(fn_amino_acid_22(fn_tertiary_protein_structure_111(X)))
& hydrogen_1(fn_amino_acid_22(fn_tertiary_protein_structure_111(X)))
& entity_1(fn_covalent_bond_19(fn_tertiary_protein_structure_94(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_tertiary_protein_structure_94(X)))
& atom_1(fn_covalent_bond_19(fn_tertiary_protein_structure_94(X)))
& tangible_entity_1(fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_111(X)))
& entity_1(fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_111(X)))
& chemical_entity_1(fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_111(X)))
& atom_1(fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_111(X)))
& hydrogen_1(fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_111(X)))
& entity_1(fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_111(X)))
& chemical_entity_1(fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_111(X)))
& atom_1(fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_111(X)))
& hydrogen_1(fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_111(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_tertiary_protein_structure_66(X)))
& chemical_entity_1(fn_functional_group_1(fn_tertiary_protein_structure_90(X)))
& valence_electron_1(fn_hydrophobic_amino_acid_36(fn_tertiary_protein_structure_111(X)))
& center_1(fn_atomic_nucleus_3(fn_tertiary_protein_structure_82(X)))
& center_1(fn_covalent_bond_23(fn_tertiary_protein_structure_94(X)))
& center_1(fn_covalent_bond_21(fn_tertiary_protein_structure_94(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_tertiary_protein_structure_94(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_tertiary_protein_structure_94(X)))
& valence_electron_1(fn_covalent_bond_15(fn_tertiary_protein_structure_94(X)))
& valence_electron_1(fn_hydrophobic_amino_acid_39(fn_tertiary_protein_structure_111(X)))
& valence_electron_1(fn_covalent_bond_18(fn_tertiary_protein_structure_94(X)))
& share_1(fn_hydrophobic_amino_acid_40(fn_tertiary_protein_structure_111(X)))
& share_1(fn_covalent_bond_17(fn_tertiary_protein_structure_94(X)))
& center_1(fn_nitrogen_11(fn_tertiary_protein_structure_7(X)))
& center_1(fn_polar_covalent_bond_23(fn_tertiary_protein_structure_116(X)))
& center_1(fn_covalent_bond_21(fn_tertiary_protein_structure_116(X)))
& electronegativity_value_1(fn_carbon_2(fn_tertiary_protein_structure_58(X)))
& electronegativity_value_1(fn_secondary_protein_structure_23(fn_tertiary_protein_structure_35(X)))
& chemical_bond_1(fn_molecule_10(fn_tertiary_protein_structure_6(X)))
& chemical_bond_1(fn_polypeptide_84(fn_tertiary_protein_structure_61(X)))
& single_bond_1(fn_polypeptide_84(fn_tertiary_protein_structure_61(X)))
& covalent_bond_1(fn_polypeptide_108(fn_tertiary_protein_structure_61(X)))
& single_bond_1(fn_polypeptide_108(fn_tertiary_protein_structure_61(X)))
& single_bond_1(fn_secondary_protein_structure_46(fn_tertiary_protein_structure_35(X)))
& center_1(fn_covalent_bond_21(fn_tertiary_protein_structure_53(X)))
& center_1(fn_polar_covalent_bond_21(fn_tertiary_protein_structure_116(X)))
& center_1(fn_covalent_bond_23(fn_tertiary_protein_structure_56(X)))
& center_1(fn_covalent_bond_23(fn_tertiary_protein_structure_116(X)))
& center_1(fn_covalent_bond_23(fn_tertiary_protein_structure_53(X)))
& center_1(fn_secondary_protein_structure_38(fn_tertiary_protein_structure_35(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_tertiary_protein_structure_116(X)))
& electron_1(fn_secondary_protein_structure_27(fn_tertiary_protein_structure_35(X)))
& valence_electron_1(fn_secondary_protein_structure_27(fn_tertiary_protein_structure_35(X)))
& chemical_bond_1(fn_secondary_protein_structure_52(fn_tertiary_protein_structure_35(X)))
& hydrogen_bond_1(fn_secondary_protein_structure_52(fn_tertiary_protein_structure_35(X)))
& hydrogen_bond_1(fn_secondary_protein_structure_3(fn_tertiary_protein_structure_35(X)))
& hold_1(fn_polypeptide_71(fn_tertiary_protein_structure_61(X)))
& hold_together_1(fn_polypeptide_71(fn_tertiary_protein_structure_61(X)))
& hold_together_1(fn_polypeptide_107(fn_tertiary_protein_structure_61(X)))
& electronegativity_value_1(fn_carboxyl_group_60(fn_tertiary_protein_structure_24(X)))
& electronegativity_value_1(fn_hydrogen_bond_2(fn_tertiary_protein_structure_117(X)))
& electronegativity_value_1(fn_hydrogen_bond_6(fn_tertiary_protein_structure_117(X)))
& hold_together_1(fn_carboxyl_group_67(fn_tertiary_protein_structure_24(X)))
& hold_together_1(fn_carboxyl_group_47(fn_tertiary_protein_structure_24(X)))
& hold_together_1(fn_carboxyl_group_55(fn_tertiary_protein_structure_24(X)))
& hold_together_1(fn_hydrogen_bond_14(fn_tertiary_protein_structure_117(X)))
& center_1(fn_hydrogen_bond_21(fn_tertiary_protein_structure_117(X)))
& center_1(fn_hydrogen_bond_8(fn_tertiary_protein_structure_117(X)))
& atomic_nucleus_1(fn_hydrogen_bond_22(fn_tertiary_protein_structure_117(X)))
& atomic_nucleus_1(fn_hydrogen_bond_7(fn_tertiary_protein_structure_117(X)))
& hold_1(fn_secondary_protein_structure_30(fn_tertiary_protein_structure_35(X)))
& hold_together_1(fn_secondary_protein_structure_30(fn_tertiary_protein_structure_35(X)))
& electron_shell_1(fn_nitrogen_14(fn_tertiary_protein_structure_7(X)))
& electron_shell_1(fn_secondary_protein_structure_24(fn_tertiary_protein_structure_35(X)))
& electron_shell_1(fn_secondary_protein_structure_25(fn_tertiary_protein_structure_35(X)))
& electron_shell_1(fn_amino_acid_9(fn_tertiary_protein_structure_6(X)))
& electron_shell_1(fn_atom_9(fn_tertiary_protein_structure_58(X)))
& electron_shell_1(fn_secondary_protein_structure_37(fn_tertiary_protein_structure_35(X)))
& electron_shell_1(fn_amino_acid_8(fn_tertiary_protein_structure_6(X)))
& share_1(fn_covalent_bond_17(fn_tertiary_protein_structure_56(X)))
& share_1(fn_amino_acid_18(fn_tertiary_protein_structure_6(X)))
& share_1(fn_secondary_protein_structure_26(fn_tertiary_protein_structure_35(X)))
& electron_1(fn_carboxyl_group_62(fn_tertiary_protein_structure_24(X)))
& valence_electron_1(fn_carboxyl_group_62(fn_tertiary_protein_structure_24(X)))
& electron_1(fn_polar_covalent_bond_11(fn_tertiary_protein_structure_116(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_tertiary_protein_structure_116(X)))
& tangible_entity_1(fn_secondary_protein_structure_36(fn_tertiary_protein_structure_35(X)))
& electron_1(fn_secondary_protein_structure_36(fn_tertiary_protein_structure_35(X)))
& entity_1(fn_secondary_protein_structure_36(fn_tertiary_protein_structure_35(X)))
& valence_electron_1(fn_secondary_protein_structure_36(fn_tertiary_protein_structure_35(X)))
& entity_1(fn_amino_acid_19(fn_tertiary_protein_structure_6(X)))
& tangible_entity_1(fn_amino_acid_19(fn_tertiary_protein_structure_6(X)))
& electron_1(fn_amino_acid_19(fn_tertiary_protein_structure_6(X)))
& valence_electron_1(fn_amino_acid_19(fn_tertiary_protein_structure_6(X)))
& tangible_entity_1(fn_hydrophilic_amino_acid_6(fn_tertiary_protein_structure_60(X)))
& electron_1(fn_hydrophilic_amino_acid_6(fn_tertiary_protein_structure_60(X)))
& entity_1(fn_hydrophilic_amino_acid_6(fn_tertiary_protein_structure_60(X)))
& valence_electron_1(fn_hydrophilic_amino_acid_6(fn_tertiary_protein_structure_60(X)))
& entity_1(fn_hydrophilic_amino_acid_22(fn_tertiary_protein_structure_60(X)))
& tangible_entity_1(fn_hydrophilic_amino_acid_22(fn_tertiary_protein_structure_60(X)))
& electron_1(fn_hydrophilic_amino_acid_22(fn_tertiary_protein_structure_60(X)))
& valence_electron_1(fn_hydrophilic_amino_acid_22(fn_tertiary_protein_structure_60(X)))
& entity_1(fn_secondary_protein_structure_35(fn_tertiary_protein_structure_35(X)))
& electron_1(fn_secondary_protein_structure_35(fn_tertiary_protein_structure_35(X)))
& valence_electron_1(fn_secondary_protein_structure_35(fn_tertiary_protein_structure_35(X)))
& tangible_entity_1(fn_amino_acid_20(fn_tertiary_protein_structure_6(X)))
& electron_1(fn_amino_acid_20(fn_tertiary_protein_structure_6(X)))
& entity_1(fn_amino_acid_20(fn_tertiary_protein_structure_6(X)))
& valence_electron_1(fn_amino_acid_20(fn_tertiary_protein_structure_6(X)))
& hold_together_1(fn_secondary_protein_structure_41(fn_tertiary_protein_structure_35(X)))
& hold_together_1(fn_amino_acid_14(fn_tertiary_protein_structure_6(X)))
& share_1(fn_amino_acid_12(fn_tertiary_protein_structure_6(X)))
& hold_together_1(fn_covalent_bond_14(fn_tertiary_protein_structure_53(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_tertiary_protein_structure_116(X)))
& hold_1(fn_secondary_protein_structure_40(fn_tertiary_protein_structure_35(X)))
& hold_together_1(fn_secondary_protein_structure_40(fn_tertiary_protein_structure_35(X)))
& hold_1(fn_secondary_protein_structure_28(fn_tertiary_protein_structure_35(X)))
& hold_together_1(fn_secondary_protein_structure_28(fn_tertiary_protein_structure_35(X)))
& hold_together_1(fn_amino_acid_13(fn_tertiary_protein_structure_6(X)))
& entity_1(fn_attract_2(fn_tertiary_protein_structure_28(X)))
& atom_1(fn_molecule_11(fn_tertiary_protein_structure_65(X)))
& oxygen_1(fn_carboxyl_group_24(fn_tertiary_protein_structure_24(X)))
& share_1(fn_covalent_bond_17(fn_tertiary_protein_structure_53(X)))
& share_1(fn_secondary_protein_structure_39(fn_tertiary_protein_structure_35(X)))
& share_1(fn_amino_acid_10(fn_tertiary_protein_structure_6(X)))
& oxygen_1(fn_carboxyl_group_23(fn_tertiary_protein_structure_24(X)))
& electron_shell_1(fn_secondary_protein_structure_34(fn_tertiary_protein_structure_35(X)))
& electron_shell_1(fn_amino_acid_15(fn_tertiary_protein_structure_6(X)))
& electron_shell_1(fn_amino_acid_21(fn_tertiary_protein_structure_6(X)))
& entity_1(fn_covalent_bond_20(fn_tertiary_protein_structure_56(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_tertiary_protein_structure_56(X)))
& atom_1(fn_covalent_bond_20(fn_tertiary_protein_structure_56(X)))
& entity_1(fn_hydrophilic_amino_acid_31(fn_tertiary_protein_structure_60(X)))
& oxygen_1(fn_hydrophilic_amino_acid_31(fn_tertiary_protein_structure_60(X)))
& tangible_entity_1(fn_secondary_protein_structure_48(fn_tertiary_protein_structure_35(X)))
& entity_1(fn_secondary_protein_structure_48(fn_tertiary_protein_structure_35(X)))
& oxygen_1(fn_secondary_protein_structure_48(fn_tertiary_protein_structure_35(X)))
& entity_1(fn_hydrogen_bond_11(fn_tertiary_protein_structure_117(X)))
& chemical_entity_1(fn_hydrogen_bond_11(fn_tertiary_protein_structure_117(X)))
& atom_1(fn_hydrogen_bond_11(fn_tertiary_protein_structure_117(X)))
& entity_1(fn_polypeptide_90(fn_tertiary_protein_structure_61(X)))
& chemical_entity_1(fn_polypeptide_90(fn_tertiary_protein_structure_61(X)))
& atom_1(fn_polypeptide_90(fn_tertiary_protein_structure_61(X)))
& hydrogen_1(fn_polypeptide_90(fn_tertiary_protein_structure_61(X)))
& entity_1(fn_polypeptide_118(fn_tertiary_protein_structure_61(X)))
& chemical_entity_1(fn_polypeptide_118(fn_tertiary_protein_structure_61(X)))
& atom_1(fn_polypeptide_118(fn_tertiary_protein_structure_61(X)))
& hydrogen_1(fn_polypeptide_118(fn_tertiary_protein_structure_61(X)))
& entity_1(fn_hydrogen_bond_12(fn_tertiary_protein_structure_117(X)))
& atom_1(fn_hydrogen_bond_12(fn_tertiary_protein_structure_117(X)))
& chemical_entity_1(fn_hydrogen_bond_12(fn_tertiary_protein_structure_117(X)))
& hydrogen_1(fn_hydrogen_bond_12(fn_tertiary_protein_structure_117(X)))
& entity_1(fn_carboxyl_group_25(fn_tertiary_protein_structure_24(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_tertiary_protein_structure_24(X)))
& atom_1(fn_carboxyl_group_25(fn_tertiary_protein_structure_24(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_tertiary_protein_structure_24(X)))
& carboxyl_group_1(fn_secondary_protein_structure_43(fn_tertiary_protein_structure_35(X)))
& carboxyl_group_1(fn_amino_acid_26(fn_tertiary_protein_structure_6(X)))
& entity_1(fn_share_3(fn_tertiary_protein_structure_8(X)))
& entity_1(fn_share_1(fn_tertiary_protein_structure_45(X)))
& entity_1(fn_share_1(fn_tertiary_protein_structure_8(X)))
& entity_1(fn_secondary_protein_structure_51(fn_tertiary_protein_structure_35(X)))
& chemical_entity_1(fn_secondary_protein_structure_51(fn_tertiary_protein_structure_35(X)))
& atom_1(fn_secondary_protein_structure_51(fn_tertiary_protein_structure_35(X)))
& hydrogen_1(fn_secondary_protein_structure_51(fn_tertiary_protein_structure_35(X)))
& entity_1(fn_amino_acid_28(fn_tertiary_protein_structure_6(X)))
& chemical_entity_1(fn_amino_acid_28(fn_tertiary_protein_structure_6(X)))
& atom_1(fn_amino_acid_28(fn_tertiary_protein_structure_6(X)))
& hydrogen_1(fn_amino_acid_28(fn_tertiary_protein_structure_6(X)))
& entity_1(fn_attract_1(fn_tertiary_protein_structure_47(X)))
& entity_1(fn_covalent_bond_20(fn_tertiary_protein_structure_116(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_tertiary_protein_structure_116(X)))
& atom_1(fn_covalent_bond_20(fn_tertiary_protein_structure_116(X)))
& entity_1(fn_polar_covalent_bond_18(fn_tertiary_protein_structure_116(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_tertiary_protein_structure_116(X)))
& atom_1(fn_polar_covalent_bond_18(fn_tertiary_protein_structure_116(X)))
& entity_1(fn_secondary_protein_structure_49(fn_tertiary_protein_structure_35(X)))
& chemical_entity_1(fn_secondary_protein_structure_49(fn_tertiary_protein_structure_35(X)))
& atom_1(fn_secondary_protein_structure_49(fn_tertiary_protein_structure_35(X)))
& hydrogen_1(fn_secondary_protein_structure_49(fn_tertiary_protein_structure_35(X)))
& entity_1(fn_amino_acid_22(fn_tertiary_protein_structure_6(X)))
& chemical_entity_1(fn_amino_acid_22(fn_tertiary_protein_structure_6(X)))
& atom_1(fn_amino_acid_22(fn_tertiary_protein_structure_6(X)))
& hydrogen_1(fn_amino_acid_22(fn_tertiary_protein_structure_6(X)))
& entity_1(fn_attract_2(fn_tertiary_protein_structure_47(X)))
& atom_1(fn_molecule_11(fn_tertiary_protein_structure_60(X)))
& entity_1(fn_covalent_bond_19(fn_tertiary_protein_structure_56(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_tertiary_protein_structure_56(X)))
& atom_1(fn_covalent_bond_19(fn_tertiary_protein_structure_56(X)))
& entity_1(fn_polar_covalent_bond_19(fn_tertiary_protein_structure_116(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_tertiary_protein_structure_116(X)))
& atom_1(fn_polar_covalent_bond_19(fn_tertiary_protein_structure_116(X)))
& chemical_entity_1(fn_secondary_protein_structure_47(fn_tertiary_protein_structure_35(X)))
& atom_1(fn_secondary_protein_structure_47(fn_tertiary_protein_structure_35(X)))
& entity_1(fn_secondary_protein_structure_47(fn_tertiary_protein_structure_35(X)))
& oxygen_1(fn_secondary_protein_structure_47(fn_tertiary_protein_structure_35(X)))
& oxygen_1(fn_amino_acid_27(fn_tertiary_protein_structure_6(X)))
& oxygen_1(fn_amino_acid_11(fn_tertiary_protein_structure_6(X)))
& entity_1(fn_share_3(fn_tertiary_protein_structure_45(X)))
& atom_1(fn_organic_molecule_2(fn_tertiary_protein_structure_60(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_tertiary_protein_structure_60(X)))
& entity_1(fn_covalent_bond_20(fn_tertiary_protein_structure_53(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_tertiary_protein_structure_53(X)))
& atom_1(fn_covalent_bond_20(fn_tertiary_protein_structure_53(X)))
& entity_1(fn_covalent_bond_19(fn_tertiary_protein_structure_53(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_tertiary_protein_structure_53(X)))
& atom_1(fn_covalent_bond_19(fn_tertiary_protein_structure_53(X)))
& tangible_entity_1(fn_hydrophilic_amino_acid_34(fn_tertiary_protein_structure_60(X)))
& entity_1(fn_hydrophilic_amino_acid_34(fn_tertiary_protein_structure_60(X)))
& chemical_entity_1(fn_hydrophilic_amino_acid_34(fn_tertiary_protein_structure_60(X)))
& atom_1(fn_hydrophilic_amino_acid_34(fn_tertiary_protein_structure_60(X)))
& carbon_1(fn_hydrophilic_amino_acid_34(fn_tertiary_protein_structure_60(X)))
& tangible_entity_1(fn_secondary_protein_structure_50(fn_tertiary_protein_structure_35(X)))
& entity_1(fn_secondary_protein_structure_50(fn_tertiary_protein_structure_35(X)))
& chemical_entity_1(fn_secondary_protein_structure_50(fn_tertiary_protein_structure_35(X)))
& atom_1(fn_secondary_protein_structure_50(fn_tertiary_protein_structure_35(X)))
& carbon_1(fn_secondary_protein_structure_50(fn_tertiary_protein_structure_35(X)))
& atom_1(fn_molecule_11(fn_tertiary_protein_structure_6(X)))
& chemical_entity_1(fn_secondary_protein_structure_18(fn_tertiary_protein_structure_35(X)))
& tangible_entity_1(fn_secondary_protein_structure_18(fn_tertiary_protein_structure_35(X)))
& entity_1(fn_secondary_protein_structure_18(fn_tertiary_protein_structure_35(X)))
& atom_1(fn_secondary_protein_structure_18(fn_tertiary_protein_structure_35(X)))
& nitrogen_1(fn_secondary_protein_structure_18(fn_tertiary_protein_structure_35(X)))
& chemical_entity_1(fn_amino_acid_17(fn_tertiary_protein_structure_6(X)))
& tangible_entity_1(fn_amino_acid_17(fn_tertiary_protein_structure_6(X)))
& entity_1(fn_amino_acid_17(fn_tertiary_protein_structure_6(X)))
& atom_1(fn_amino_acid_17(fn_tertiary_protein_structure_6(X)))
& nitrogen_1(fn_amino_acid_17(fn_tertiary_protein_structure_6(X)))
& entity_1(fn_carboxyl_group_19(fn_tertiary_protein_structure_24(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_tertiary_protein_structure_24(X)))
& atom_1(fn_carboxyl_group_19(fn_tertiary_protein_structure_24(X)))
& carbon_1(fn_carboxyl_group_19(fn_tertiary_protein_structure_24(X)))
& entity_1(fn_amino_acid_24(fn_tertiary_protein_structure_6(X)))
& chemical_entity_1(fn_amino_acid_24(fn_tertiary_protein_structure_6(X)))
& atom_1(fn_amino_acid_24(fn_tertiary_protein_structure_6(X)))
& carbon_1(fn_amino_acid_24(fn_tertiary_protein_structure_6(X)))
& chemical_entity_1(fn_functional_group_1(fn_tertiary_protein_structure_33(X)))
& chemical_entity_1(fn_functional_group_1(fn_tertiary_protein_structure_24(X)))
& spatial_entity_1(fn_polypeptide_83(fn_tertiary_protein_structure_61(X)))
& chemical_entity_1(fn_polypeptide_83(fn_tertiary_protein_structure_61(X)))
& monomer_1(fn_polypeptide_83(fn_tertiary_protein_structure_61(X)))
& molecule_1(fn_polypeptide_83(fn_tertiary_protein_structure_61(X)))
& amino_acid_1(fn_polypeptide_83(fn_tertiary_protein_structure_61(X)))
& chemical_entity_1(fn_polypeptide_82(fn_tertiary_protein_structure_61(X)))
& monomer_1(fn_polypeptide_82(fn_tertiary_protein_structure_61(X)))
& molecule_1(fn_polypeptide_82(fn_tertiary_protein_structure_61(X)))
& amino_acid_1(fn_polypeptide_82(fn_tertiary_protein_structure_61(X)))
& is_inside_2(fn_tertiary_protein_structure_35(X),X)
& the_cardinal_value_2(fn_tertiary_protein_structure_40(X),"3.44")
& cardinal_unit_class_2(fn_tertiary_protein_structure_40(X),unity_0)
& result_2(fn_tertiary_protein_structure_45(X),fn_tertiary_protein_structure_56(X))
& agent_2(fn_tertiary_protein_structure_45(X),fn_tertiary_protein_structure_54(X))
& is_at_2(fn_tertiary_protein_structure_50(X),fn_tertiary_protein_structure_109(X))
& is_between_2(fn_tertiary_protein_structure_56(X),fn_tertiary_protein_structure_58(X))
& has_region_2(fn_tertiary_protein_structure_60(X),fn_tertiary_protein_structure_1(X))
& possesses_2(fn_tertiary_protein_structure_60(X),fn_tertiary_protein_structure_116(X))
& has_part_2(fn_tertiary_protein_structure_61(X),fn_tertiary_protein_structure_111(X))
& has_part_2(fn_tertiary_protein_structure_61(X),fn_tertiary_protein_structure_110(X))
& has_region_2(fn_tertiary_protein_structure_65(X),X)
& has_region_2(fn_tertiary_protein_structure_65(X),fn_tertiary_protein_structure_3(X))
& possesses_2(fn_tertiary_protein_structure_65(X),fn_tertiary_protein_structure_66(X))
& possesses_2(fn_tertiary_protein_structure_65(X),fn_tertiary_protein_structure_113(X))
& possesses_2(fn_tertiary_protein_structure_65(X),fn_tertiary_protein_structure_2(X))
& is_inside_2(fn_tertiary_protein_structure_66(X),X)
& object_2(fn_tertiary_protein_structure_73(X),fn_tertiary_protein_structure_69(X))
& agent_2(fn_tertiary_protein_structure_73(X),fn_tertiary_protein_structure_99(X))
& agent_2(fn_tertiary_protein_structure_73(X),fn_tertiary_protein_structure_98(X))
& fn_tertiary_protein_structure_78(X) != fn_tertiary_protein_structure_83(X)
& fn_tertiary_protein_structure_83(X) != fn_tertiary_protein_structure_78(X)
& is_inside_2(fn_tertiary_protein_structure_96(X),fn_tertiary_protein_structure_3(X))
& has_region_2(fn_tertiary_protein_structure_98(X),fn_tertiary_protein_structure_71(X))
& has_region_2(fn_tertiary_protein_structure_98(X),fn_tertiary_protein_structure_72(X))
& has_region_2(fn_tertiary_protein_structure_99(X),fn_tertiary_protein_structure_71(X))
& has_region_2(fn_tertiary_protein_structure_99(X),fn_tertiary_protein_structure_72(X))
& has_region_2(fn_tertiary_protein_structure_101(X),fn_tertiary_protein_structure_72(X))
& is_inside_2(fn_tertiary_protein_structure_104(X),fn_tertiary_protein_structure_3(X))
& is_inside_2(fn_tertiary_protein_structure_113(X),X)
& is_between_2(fn_tertiary_protein_structure_116(X),fn_tertiary_protein_structure_58(X))
& is_inside_2(fn_tertiary_protein_structure_1(X),fn_tertiary_protein_structure_51(X))
& is_inside_2(fn_tertiary_protein_structure_117(X),X)
& object_2(fn_tertiary_protein_structure_73(X),fn_tertiary_protein_structure_68(X))
& agent_2(fn_tertiary_protein_structure_45(X),fn_tertiary_protein_structure_58(X))
& agent_2(fn_tertiary_protein_structure_47(X),fn_tertiary_protein_structure_54(X))
& agent_2(fn_tertiary_protein_structure_45(X),fn_tertiary_protein_structure_59(X))
& object_2(fn_tertiary_protein_structure_47(X),fn_tertiary_protein_structure_57(X))
& agent_2(fn_tertiary_protein_structure_28(X),fn_tertiary_protein_structure_23(X))
& agent_2(fn_tertiary_protein_structure_73(X),fn_tertiary_protein_structure_100(X))
& agent_2(fn_tertiary_protein_structure_8(X),fn_tertiary_protein_structure_59(X))
& agent_2(fn_tertiary_protein_structure_73(X),fn_tertiary_protein_structure_101(X))
& has_region_2(fn_tertiary_protein_structure_6(X),fn_tertiary_protein_structure_33(X))
& is_between_2(fn_tertiary_protein_structure_66(X),fn_tertiary_protein_structure_110(X))
& has_region_2(fn_tertiary_protein_structure_110(X),fn_tertiary_protein_structure_103(X))
& is_between_2(fn_tertiary_protein_structure_66(X),fn_tertiary_protein_structure_111(X))
& has_region_2(fn_tertiary_protein_structure_111(X),fn_tertiary_protein_structure_90(X))
& possesses_2(fn_tertiary_protein_structure_65(X),fn_tertiary_protein_structure_117(X))
& is_between_2(fn_tertiary_protein_structure_117(X),fn_tertiary_protein_structure_23(X))
& possesses_2(fn_tertiary_protein_structure_60(X),fn_tertiary_protein_structure_53(X))
& is_between_2(fn_tertiary_protein_structure_53(X),fn_tertiary_protein_structure_54(X))
& electronegativity_2(fn_tertiary_protein_structure_58(X),fn_tertiary_protein_structure_40(X))
& has_region_2(fn_tertiary_protein_structure_7(X),fn_tertiary_protein_structure_44(X))
& has_function_2(fn_tertiary_protein_structure_113(X),fn_tertiary_protein_structure_112(X))
& agent_2(fn_tertiary_protein_structure_112(X),fn_tertiary_protein_structure_113(X))
& is_between_2(fn_tertiary_protein_structure_113(X),fn_tertiary_protein_structure_101(X))
& has_region_2(fn_tertiary_protein_structure_60(X),fn_tertiary_protein_structure_51(X))
& is_inside_2(fn_tertiary_protein_structure_109(X),fn_tertiary_protein_structure_51(X))
& result_2(fn_tertiary_protein_structure_10(X),fn_tertiary_protein_structure_53(X))
& is_near_2(fn_tertiary_protein_structure_78(X),fn_tertiary_protein_structure_82(X))
& is_near_2(fn_tertiary_protein_structure_82(X),fn_tertiary_protein_structure_78(X))
& is_between_2(fn_tertiary_protein_structure_56(X),fn_tertiary_protein_structure_54(X))
& agent_2(fn_tertiary_protein_structure_46(X),fn_tertiary_protein_structure_54(X))
& result_2(fn_tertiary_protein_structure_46(X),fn_tertiary_protein_structure_53(X))
& is_between_2(fn_tertiary_protein_structure_53(X),fn_tertiary_protein_structure_55(X))
& has_region_2(fn_tertiary_protein_structure_55(X),fn_tertiary_protein_structure_39(X))
& agent_2(fn_tertiary_protein_structure_45(X),fn_tertiary_protein_structure_57(X))
& object_2(fn_tertiary_protein_structure_49(X),fn_tertiary_protein_structure_54(X))
& object_2(fn_tertiary_protein_structure_8(X),fn_tertiary_protein_structure_37(X))
& is_between_2(fn_tertiary_protein_structure_116(X),fn_tertiary_protein_structure_57(X))
& has_region_2(fn_tertiary_protein_structure_57(X),fn_tertiary_protein_structure_39(X))
& has_region_2(fn_tertiary_protein_structure_54(X),fn_tertiary_protein_structure_44(X))
& agent_2(fn_tertiary_protein_structure_8(X),fn_tertiary_protein_structure_54(X))
& has_region_2(fn_tertiary_protein_structure_111(X),fn_tertiary_protein_structure_91(X))
& is_inside_2(fn_tertiary_protein_structure_85(X),fn_tertiary_protein_structure_91(X))
& result_2(fn_tertiary_protein_structure_9(X),fn_tertiary_protein_structure_53(X))
& has_function_2(fn_tertiary_protein_structure_53(X),fn_tertiary_protein_structure_48(X))
& agent_2(fn_tertiary_protein_structure_48(X),fn_tertiary_protein_structure_53(X))
& is_between_2(fn_tertiary_protein_structure_53(X),fn_tertiary_protein_structure_58(X))
& has_region_2(fn_tertiary_protein_structure_58(X),fn_tertiary_protein_structure_44(X))
& fn_tertiary_protein_structure_44(X) != fn_tertiary_protein_structure_39(X)
& fn_tertiary_protein_structure_39(X) != fn_tertiary_protein_structure_44(X)
& has_region_2(fn_tertiary_protein_structure_85(X),fn_tertiary_protein_structure_80(X))
& has_region_2(fn_tertiary_protein_structure_60(X),fn_tertiary_protein_structure_109(X))
& object_2(fn_tertiary_protein_structure_8(X),fn_tertiary_protein_structure_41(X))
& has_part_2(fn_tertiary_protein_structure_60(X),fn_tertiary_protein_structure_58(X))
& agent_2(fn_tertiary_protein_structure_8(X),fn_tertiary_protein_structure_58(X))
& agent_2(fn_tertiary_protein_structure_8(X),fn_tertiary_protein_structure_55(X))
& agent_2(fn_tertiary_protein_structure_45(X),fn_tertiary_protein_structure_55(X))
& object_2(fn_tertiary_protein_structure_45(X),fn_tertiary_protein_structure_41(X))
& object_2(fn_tertiary_protein_structure_45(X),fn_tertiary_protein_structure_38(X))
& has_function_2(fn_tertiary_protein_structure_116(X),fn_tertiary_protein_structure_48(X))
& agent_2(fn_tertiary_protein_structure_48(X),fn_tertiary_protein_structure_116(X))
& result_2(fn_tertiary_protein_structure_45(X),fn_tertiary_protein_structure_116(X))
& object_2(fn_tertiary_protein_structure_45(X),fn_tertiary_protein_structure_37(X))
& has_region_2(fn_tertiary_protein_structure_110(X),fn_tertiary_protein_structure_105(X))
& is_inside_2(fn_tertiary_protein_structure_97(X),fn_tertiary_protein_structure_105(X))
& has_part_2(fn_tertiary_protein_structure_110(X),fn_tertiary_protein_structure_100(X))
& object_2(fn_tertiary_protein_structure_112(X),fn_tertiary_protein_structure_101(X))
& is_inside_2(fn_tertiary_protein_structure_101(X),fn_tertiary_protein_structure_106(X))
& fn_tertiary_protein_structure_71(X) != fn_tertiary_protein_structure_72(X)
& fn_tertiary_protein_structure_72(X) != fn_tertiary_protein_structure_71(X)
& object_2(fn_tertiary_protein_structure_77(X),fn_tertiary_protein_structure_101(X))
& has_part_2(fn_tertiary_protein_structure_110(X),fn_tertiary_protein_structure_101(X))
& has_part_2(fn_tertiary_protein_structure_110(X),fn_tertiary_protein_structure_99(X))
& has_region_2(fn_tertiary_protein_structure_110(X),fn_tertiary_protein_structure_104(X))
& is_inside_2(fn_tertiary_protein_structure_102(X),fn_tertiary_protein_structure_104(X))
& has_region_2(fn_tertiary_protein_structure_110(X),fn_tertiary_protein_structure_102(X))
& has_part_2(fn_tertiary_protein_structure_110(X),fn_tertiary_protein_structure_98(X))
& object_2(fn_tertiary_protein_structure_77(X),fn_tertiary_protein_structure_98(X))
& object_2(fn_tertiary_protein_structure_76(X),fn_tertiary_protein_structure_101(X))
& object_2(fn_tertiary_protein_structure_76(X),fn_tertiary_protein_structure_99(X))
& object_2(fn_tertiary_protein_structure_77(X),fn_tertiary_protein_structure_99(X))
& fn_tertiary_protein_structure_98(X) != fn_tertiary_protein_structure_99(X)
& fn_tertiary_protein_structure_99(X) != fn_tertiary_protein_structure_98(X)
& has_region_2(fn_tertiary_protein_structure_110(X),fn_tertiary_protein_structure_106(X))
& is_inside_2(fn_tertiary_protein_structure_100(X),fn_tertiary_protein_structure_106(X))
& fn_tertiary_protein_structure_101(X) != fn_tertiary_protein_structure_100(X)
& fn_tertiary_protein_structure_98(X) != fn_tertiary_protein_structure_100(X)
& fn_tertiary_protein_structure_100(X) != fn_tertiary_protein_structure_98(X)
& fn_tertiary_protein_structure_100(X) != fn_tertiary_protein_structure_101(X)
& agent_2(fn_tertiary_protein_structure_75(X),fn_tertiary_protein_structure_98(X))
& object_2(fn_tertiary_protein_structure_75(X),fn_tertiary_protein_structure_69(X))
& object_2(fn_tertiary_protein_structure_74(X),fn_tertiary_protein_structure_69(X))
& fn_tertiary_protein_structure_68(X) != fn_tertiary_protein_structure_69(X)
& fn_tertiary_protein_structure_69(X) != fn_tertiary_protein_structure_68(X)
& has_region_2(fn_tertiary_protein_structure_110(X),fn_tertiary_protein_structure_107(X))
& is_inside_2(fn_tertiary_protein_structure_101(X),fn_tertiary_protein_structure_107(X))
& fn_tertiary_protein_structure_101(X) != fn_tertiary_protein_structure_99(X)
& fn_tertiary_protein_structure_98(X) != fn_tertiary_protein_structure_101(X)
& fn_tertiary_protein_structure_101(X) != fn_tertiary_protein_structure_98(X)
& fn_tertiary_protein_structure_99(X) != fn_tertiary_protein_structure_101(X)
& agent_2(fn_tertiary_protein_structure_74(X),fn_tertiary_protein_structure_99(X))
& has_region_2(fn_tertiary_protein_structure_99(X),fn_tertiary_protein_structure_67(X))
& has_region_2(fn_tertiary_protein_structure_98(X),fn_tertiary_protein_structure_67(X))
& is_inside_2(fn_tertiary_protein_structure_98(X),fn_tertiary_protein_structure_106(X))
& is_inside_2(fn_tertiary_protein_structure_99(X),fn_tertiary_protein_structure_106(X))
& possesses_2(fn_tertiary_protein_structure_110(X),fn_tertiary_protein_structure_108(X))
& is_between_2(fn_tertiary_protein_structure_108(X),fn_tertiary_protein_structure_97(X))
& object_2(fn_tertiary_protein_structure_77(X),fn_tertiary_protein_structure_97(X))
& fn_tertiary_protein_structure_100(X) != fn_tertiary_protein_structure_97(X)
& fn_tertiary_protein_structure_97(X) != fn_tertiary_protein_structure_100(X)
& agent_2(fn_tertiary_protein_structure_74(X),fn_tertiary_protein_structure_101(X))
& object_2(fn_tertiary_protein_structure_74(X),fn_tertiary_protein_structure_68(X))
& object_2(fn_tertiary_protein_structure_75(X),fn_tertiary_protein_structure_68(X))
& agent_2(fn_tertiary_protein_structure_75(X),fn_tertiary_protein_structure_101(X))
& has_region_2(fn_tertiary_protein_structure_101(X),fn_tertiary_protein_structure_71(X))
& has_part_2(fn_tertiary_protein_structure_110(X),fn_tertiary_protein_structure_97(X))
& fn_tertiary_protein_structure_97(X) != fn_tertiary_protein_structure_101(X)
& has_region_2(fn_tertiary_protein_structure_101(X),fn_tertiary_protein_structure_70(X))
& fn_tertiary_protein_structure_101(X) != fn_tertiary_protein_structure_97(X)
& fn_tertiary_protein_structure_67(X) != fn_tertiary_protein_structure_70(X)
& fn_tertiary_protein_structure_70(X) != fn_tertiary_protein_structure_67(X)
& has_part_2(fn_tertiary_protein_structure_61(X),fn_tertiary_protein_structure_6(X))
& possesses_2(fn_tertiary_protein_structure_6(X),fn_tertiary_protein_structure_19(X))
& has_function_2(fn_tertiary_protein_structure_19(X),fn_tertiary_protein_structure_18(X))
& agent_2(fn_tertiary_protein_structure_18(X),fn_tertiary_protein_structure_19(X))
& is_between_2(fn_tertiary_protein_structure_19(X),fn_tertiary_protein_structure_20(X))
& is_inside_2(fn_tertiary_protein_structure_88(X),fn_tertiary_protein_structure_92(X))
& possesses_2(fn_tertiary_protein_structure_111(X),fn_tertiary_protein_structure_94(X))
& is_between_2(fn_tertiary_protein_structure_94(X),fn_tertiary_protein_structure_85(X))
& agent_2(fn_tertiary_protein_structure_84(X),fn_tertiary_protein_structure_85(X))
& has_region_2(fn_tertiary_protein_structure_111(X),fn_tertiary_protein_structure_93(X))
& is_inside_2(fn_tertiary_protein_structure_89(X),fn_tertiary_protein_structure_93(X))
& is_inside_2(fn_tertiary_protein_structure_89(X),fn_tertiary_protein_structure_92(X))
& has_region_2(fn_tertiary_protein_structure_111(X),fn_tertiary_protein_structure_92(X))
& has_part_2(fn_tertiary_protein_structure_111(X),fn_tertiary_protein_structure_89(X))
& fn_tertiary_protein_structure_86(X) != fn_tertiary_protein_structure_87(X)
& has_part_2(fn_tertiary_protein_structure_111(X),fn_tertiary_protein_structure_87(X))
& has_part_2(fn_tertiary_protein_structure_111(X),fn_tertiary_protein_structure_88(X))
& fn_tertiary_protein_structure_87(X) != fn_tertiary_protein_structure_86(X)
& fn_tertiary_protein_structure_89(X) != fn_tertiary_protein_structure_87(X)
& fn_tertiary_protein_structure_87(X) != fn_tertiary_protein_structure_89(X)
& has_region_2(fn_tertiary_protein_structure_111(X),fn_tertiary_protein_structure_96(X))
& is_inside_2(fn_tertiary_protein_structure_95(X),fn_tertiary_protein_structure_96(X))
& has_region_2(fn_tertiary_protein_structure_111(X),fn_tertiary_protein_structure_95(X))
& has_part_2(fn_tertiary_protein_structure_111(X),fn_tertiary_protein_structure_86(X))
& fn_tertiary_protein_structure_86(X) != fn_tertiary_protein_structure_88(X)
& fn_tertiary_protein_structure_88(X) != fn_tertiary_protein_structure_86(X)
& fn_tertiary_protein_structure_85(X) != fn_tertiary_protein_structure_88(X)
& fn_tertiary_protein_structure_88(X) != fn_tertiary_protein_structure_89(X)
& fn_tertiary_protein_structure_89(X) != fn_tertiary_protein_structure_86(X)
& is_inside_2(fn_tertiary_protein_structure_86(X),fn_tertiary_protein_structure_92(X))
& is_inside_2(fn_tertiary_protein_structure_87(X),fn_tertiary_protein_structure_92(X))
& fn_tertiary_protein_structure_88(X) != fn_tertiary_protein_structure_85(X)
& fn_tertiary_protein_structure_89(X) != fn_tertiary_protein_structure_88(X)
& fn_tertiary_protein_structure_86(X) != fn_tertiary_protein_structure_89(X)
& has_part_2(fn_tertiary_protein_structure_111(X),fn_tertiary_protein_structure_85(X))
& has_part_2(fn_tertiary_protein_structure_85(X),fn_tertiary_protein_structure_79(X))
& fn_tertiary_protein_structure_79(X) != fn_tertiary_protein_structure_83(X)
& fn_tertiary_protein_structure_89(X) != fn_tertiary_protein_structure_85(X)
& fn_tertiary_protein_structure_85(X) != fn_tertiary_protein_structure_89(X)
& fn_tertiary_protein_structure_83(X) != fn_tertiary_protein_structure_79(X)
& object_2(fn_tertiary_protein_structure_84(X),fn_tertiary_protein_structure_79(X))
& result_2(fn_tertiary_protein_structure_84(X),fn_tertiary_protein_structure_94(X))
& object_2(fn_tertiary_protein_structure_84(X),fn_tertiary_protein_structure_83(X))
& is_near_2(fn_tertiary_protein_structure_83(X),fn_tertiary_protein_structure_82(X))
& is_at_2(fn_tertiary_protein_structure_82(X),fn_tertiary_protein_structure_81(X))
& fn_tertiary_protein_structure_81(X) != fn_tertiary_protein_structure_80(X)
& is_near_2(fn_tertiary_protein_structure_82(X),fn_tertiary_protein_structure_83(X))
& fn_tertiary_protein_structure_80(X) != fn_tertiary_protein_structure_81(X)
& object_2(fn_tertiary_protein_structure_18(X),fn_tertiary_protein_structure_7(X))
& object_2(fn_tertiary_protein_structure_46(X),fn_tertiary_protein_structure_41(X))
& agent_2(fn_tertiary_protein_structure_15(X),fn_tertiary_protein_structure_20(X))
& object_2(fn_tertiary_protein_structure_49(X),fn_tertiary_protein_structure_57(X))
& object_2(fn_tertiary_protein_structure_13(X),fn_tertiary_protein_structure_54(X))
& has_region_2(fn_tertiary_protein_structure_55(X),fn_tertiary_protein_structure_44(X))
& object_2(fn_tertiary_protein_structure_11(X),fn_tertiary_protein_structure_58(X))
& has_region_2(fn_tertiary_protein_structure_60(X),fn_tertiary_protein_structure_52(X))
& object_2(fn_tertiary_protein_structure_10(X),fn_tertiary_protein_structure_37(X))
& has_region_2(fn_tertiary_protein_structure_60(X),fn_tertiary_protein_structure_50(X))
& result_2(fn_tertiary_protein_structure_63(X),fn_tertiary_protein_structure_65(X))
& agent_2(fn_tertiary_protein_structure_63(X),fn_tertiary_protein_structure_64(X))
& is_between_2(fn_tertiary_protein_structure_64(X),fn_tertiary_protein_structure_57(X))
& result_2(fn_tertiary_protein_structure_47(X),fn_tertiary_protein_structure_64(X))
& electronegativity_2(fn_tertiary_protein_structure_54(X),fn_tertiary_protein_structure_40(X))
& is_between_2(fn_tertiary_protein_structure_19(X),fn_tertiary_protein_structure_7(X))
& result_2(fn_tertiary_protein_structure_15(X),fn_tertiary_protein_structure_19(X))
& agent_2(fn_tertiary_protein_structure_15(X),fn_tertiary_protein_structure_7(X))
& has_region_2(fn_tertiary_protein_structure_7(X),fn_tertiary_protein_structure_14(X))
& object_2(fn_tertiary_protein_structure_48(X),fn_tertiary_protein_structure_57(X))
& object_2(fn_tertiary_protein_structure_48(X),fn_tertiary_protein_structure_55(X))
& has_part_2(fn_tertiary_protein_structure_60(X),fn_tertiary_protein_structure_55(X))
& has_part_2(fn_tertiary_protein_structure_60(X),fn_tertiary_protein_structure_54(X))
& has_region_2(fn_tertiary_protein_structure_54(X),fn_tertiary_protein_structure_43(X))
& has_part_2(fn_tertiary_protein_structure_60(X),fn_tertiary_protein_structure_57(X))
& possesses_2(fn_tertiary_protein_structure_60(X),fn_tertiary_protein_structure_56(X))
& has_function_2(fn_tertiary_protein_structure_56(X),fn_tertiary_protein_structure_48(X))
& agent_2(fn_tertiary_protein_structure_48(X),fn_tertiary_protein_structure_56(X))
& is_between_2(fn_tertiary_protein_structure_56(X),fn_tertiary_protein_structure_57(X))
& object_2(fn_tertiary_protein_structure_13(X),fn_tertiary_protein_structure_57(X))
& object_2(fn_tertiary_protein_structure_13(X),fn_tertiary_protein_structure_55(X))
& is_inside_2(fn_tertiary_protein_structure_55(X),fn_tertiary_protein_structure_52(X))
& is_inside_2(fn_tertiary_protein_structure_58(X),fn_tertiary_protein_structure_52(X))
& has_region_2(fn_tertiary_protein_structure_58(X),fn_tertiary_protein_structure_39(X))
& has_part_2(fn_tertiary_protein_structure_60(X),fn_tertiary_protein_structure_59(X))
& fn_tertiary_protein_structure_59(X) != fn_tertiary_protein_structure_54(X)
& has_region_2(fn_tertiary_protein_structure_54(X),fn_tertiary_protein_structure_42(X))
& fn_tertiary_protein_structure_42(X) != fn_tertiary_protein_structure_43(X)
& fn_tertiary_protein_structure_43(X) != fn_tertiary_protein_structure_36(X)
& fn_tertiary_protein_structure_54(X) != fn_tertiary_protein_structure_59(X)
& fn_tertiary_protein_structure_43(X) != fn_tertiary_protein_structure_42(X)
& fn_tertiary_protein_structure_36(X) != fn_tertiary_protein_structure_43(X)
& object_2(fn_tertiary_protein_structure_12(X),fn_tertiary_protein_structure_54(X))
& object_2(fn_tertiary_protein_structure_12(X),fn_tertiary_protein_structure_58(X))
& has_region_2(fn_tertiary_protein_structure_58(X),fn_tertiary_protein_structure_36(X))
& fn_tertiary_protein_structure_57(X) != fn_tertiary_protein_structure_58(X)
& fn_tertiary_protein_structure_58(X) != fn_tertiary_protein_structure_57(X)
& agent_2(fn_tertiary_protein_structure_114(X),fn_tertiary_protein_structure_54(X))
& object_2(fn_tertiary_protein_structure_114(X),fn_tertiary_protein_structure_57(X))
& fn_tertiary_protein_structure_57(X) != fn_tertiary_protein_structure_54(X)
& has_region_2(fn_tertiary_protein_structure_54(X),fn_tertiary_protein_structure_39(X))
& has_region_2(fn_tertiary_protein_structure_7(X),fn_tertiary_protein_structure_39(X))
& fn_tertiary_protein_structure_54(X) != fn_tertiary_protein_structure_57(X)
& agent_2(fn_tertiary_protein_structure_10(X),fn_tertiary_protein_structure_54(X))
& object_2(fn_tertiary_protein_structure_10(X),fn_tertiary_protein_structure_41(X))
& fn_tertiary_protein_structure_41(X) != fn_tertiary_protein_structure_38(X)
& fn_tertiary_protein_structure_38(X) != fn_tertiary_protein_structure_41(X)
& fn_tertiary_protein_structure_37(X) != fn_tertiary_protein_structure_38(X)
& fn_tertiary_protein_structure_38(X) != fn_tertiary_protein_structure_37(X)
& has_region_2(fn_tertiary_protein_structure_65(X),fn_tertiary_protein_structure_35(X))
& possesses_2(fn_tertiary_protein_structure_65(X),fn_tertiary_protein_structure_64(X))
& has_function_2(fn_tertiary_protein_structure_64(X),fn_tertiary_protein_structure_49(X))
& agent_2(fn_tertiary_protein_structure_49(X),fn_tertiary_protein_structure_64(X))
& is_between_2(fn_tertiary_protein_structure_64(X),fn_tertiary_protein_structure_54(X))
& is_inside_2(fn_tertiary_protein_structure_64(X),fn_tertiary_protein_structure_35(X))
& agent_2(fn_tertiary_protein_structure_62(X),fn_tertiary_protein_structure_64(X))
& result_2(fn_tertiary_protein_structure_62(X),fn_tertiary_protein_structure_65(X))
& has_part_2(fn_tertiary_protein_structure_65(X),fn_tertiary_protein_structure_61(X))
& has_part_2(fn_tertiary_protein_structure_61(X),fn_tertiary_protein_structure_60(X))
& is_inside_2(fn_tertiary_protein_structure_22(X),fn_tertiary_protein_structure_24(X))
& has_part_2(fn_tertiary_protein_structure_20(X),fn_tertiary_protein_structure_16(X))
& electronegativity_2(fn_tertiary_protein_structure_23(X),fn_tertiary_protein_structure_26(X))
& object_2(fn_tertiary_protein_structure_18(X),fn_tertiary_protein_structure_20(X))
& object_2(fn_tertiary_protein_structure_27(X),fn_tertiary_protein_structure_23(X))
& is_inside_2(fn_tertiary_protein_structure_23(X),fn_tertiary_protein_structure_24(X))
& fn_tertiary_protein_structure_20(X) != fn_tertiary_protein_structure_23(X)
& fn_tertiary_protein_structure_23(X) != fn_tertiary_protein_structure_20(X)
& fn_tertiary_protein_structure_25(X) != fn_tertiary_protein_structure_23(X)
& fn_tertiary_protein_structure_23(X) != fn_tertiary_protein_structure_25(X)
& has_function_2(fn_tertiary_protein_structure_117(X),fn_tertiary_protein_structure_27(X))
& electronegativity_2(fn_tertiary_protein_structure_20(X),fn_tertiary_protein_structure_29(X))
& greater_than_2(fn_tertiary_protein_structure_26(X),fn_tertiary_protein_structure_29(X))
& object_2(fn_tertiary_protein_structure_27(X),fn_tertiary_protein_structure_20(X))
& agent_2(fn_tertiary_protein_structure_27(X),fn_tertiary_protein_structure_117(X))
& result_2(fn_tertiary_protein_structure_28(X),fn_tertiary_protein_structure_117(X))
& object_2(fn_tertiary_protein_structure_28(X),fn_tertiary_protein_structure_20(X))
& has_region_2(fn_tertiary_protein_structure_20(X),fn_tertiary_protein_structure_30(X))
& is_between_2(fn_tertiary_protein_structure_117(X),fn_tertiary_protein_structure_20(X))
& has_region_2(fn_tertiary_protein_structure_20(X),fn_tertiary_protein_structure_32(X))
& is_inside_2(fn_tertiary_protein_structure_30(X),fn_tertiary_protein_structure_32(X))
& is_at_2(fn_tertiary_protein_structure_30(X),fn_tertiary_protein_structure_31(X))
& has_region_2(fn_tertiary_protein_structure_20(X),fn_tertiary_protein_structure_31(X))
& has_part_2(fn_tertiary_protein_structure_6(X),fn_tertiary_protein_structure_20(X))
& object_2(fn_tertiary_protein_structure_13(X),fn_tertiary_protein_structure_58(X))
& has_part_2(fn_tertiary_protein_structure_6(X),fn_tertiary_protein_structure_22(X))
& is_inside_2(fn_tertiary_protein_structure_25(X),fn_tertiary_protein_structure_24(X))
& has_part_2(fn_tertiary_protein_structure_6(X),fn_tertiary_protein_structure_23(X))
& has_region_2(fn_tertiary_protein_structure_55(X),fn_tertiary_protein_structure_43(X))
& has_part_2(fn_tertiary_protein_structure_6(X),fn_tertiary_protein_structure_7(X))
& has_region_2(fn_tertiary_protein_structure_7(X),fn_tertiary_protein_structure_36(X))
& fn_tertiary_protein_structure_14(X) != fn_tertiary_protein_structure_36(X)
& fn_tertiary_protein_structure_36(X) != fn_tertiary_protein_structure_14(X)
& object_2(fn_tertiary_protein_structure_9(X),fn_tertiary_protein_structure_37(X))
& object_2(fn_tertiary_protein_structure_46(X),fn_tertiary_protein_structure_37(X))
& agent_2(fn_tertiary_protein_structure_46(X),fn_tertiary_protein_structure_58(X))
& has_region_2(fn_tertiary_protein_structure_58(X),fn_tertiary_protein_structure_14(X))
& object_2(fn_tertiary_protein_structure_9(X),fn_tertiary_protein_structure_41(X))
& fn_tertiary_protein_structure_41(X) != fn_tertiary_protein_structure_37(X)
& fn_tertiary_protein_structure_37(X) != fn_tertiary_protein_structure_16(X)
& object_2(fn_tertiary_protein_structure_15(X),fn_tertiary_protein_structure_16(X))
& object_2(fn_tertiary_protein_structure_15(X),fn_tertiary_protein_structure_37(X))
& fn_tertiary_protein_structure_37(X) != fn_tertiary_protein_structure_41(X)
& fn_tertiary_protein_structure_16(X) != fn_tertiary_protein_structure_37(X)
& object_2(fn_tertiary_protein_structure_48(X),fn_tertiary_protein_structure_54(X))
& object_2(fn_tertiary_protein_structure_48(X),fn_tertiary_protein_structure_58(X))
& agent_2(fn_tertiary_protein_structure_9(X),fn_tertiary_protein_structure_58(X))
& agent_2(fn_tertiary_protein_structure_9(X),fn_tertiary_protein_structure_54(X))
& object_2(fn_tertiary_protein_structure_11(X),fn_tertiary_protein_structure_54(X))
& has_part_2(fn_tertiary_protein_structure_6(X),fn_tertiary_protein_structure_21(X))
& fn_tertiary_protein_structure_23(X) != fn_tertiary_protein_structure_21(X)
& fn_tertiary_protein_structure_23(X) != fn_tertiary_protein_structure_22(X)
& fn_tertiary_protein_structure_22(X) != fn_tertiary_protein_structure_20(X)
& is_inside_2(fn_tertiary_protein_structure_20(X),fn_tertiary_protein_structure_17(X))
& fn_tertiary_protein_structure_21(X) != fn_tertiary_protein_structure_23(X)
& fn_tertiary_protein_structure_22(X) != fn_tertiary_protein_structure_23(X)
& fn_tertiary_protein_structure_20(X) != fn_tertiary_protein_structure_22(X)
& fn_tertiary_protein_structure_59(X) != fn_tertiary_protein_structure_55(X)
& agent_2(fn_tertiary_protein_structure_10(X),fn_tertiary_protein_structure_55(X))
& agent_2(fn_tertiary_protein_structure_10(X),fn_tertiary_protein_structure_58(X))
& fn_tertiary_protein_structure_55(X) != fn_tertiary_protein_structure_59(X)
& fn_tertiary_protein_structure_54(X) != fn_tertiary_protein_structure_55(X)
& fn_tertiary_protein_structure_55(X) != fn_tertiary_protein_structure_54(X)
& has_part_2(fn_tertiary_protein_structure_6(X),fn_tertiary_protein_structure_25(X))
& fn_tertiary_protein_structure_25(X) != fn_tertiary_protein_structure_21(X)
& fn_tertiary_protein_structure_21(X) != fn_tertiary_protein_structure_22(X)
& fn_tertiary_protein_structure_21(X) != fn_tertiary_protein_structure_25(X)
& fn_tertiary_protein_structure_20(X) != fn_tertiary_protein_structure_21(X)
& fn_tertiary_protein_structure_21(X) != fn_tertiary_protein_structure_20(X)
& fn_tertiary_protein_structure_22(X) != fn_tertiary_protein_structure_21(X)
& fn_tertiary_protein_structure_59(X) != fn_tertiary_protein_structure_58(X)
& fn_tertiary_protein_structure_58(X) != fn_tertiary_protein_structure_55(X)
& has_region_2(fn_tertiary_protein_structure_55(X),fn_tertiary_protein_structure_34(X))
& fn_tertiary_protein_structure_58(X) != fn_tertiary_protein_structure_59(X)
& fn_tertiary_protein_structure_55(X) != fn_tertiary_protein_structure_58(X)
& fn_tertiary_protein_structure_43(X) != fn_tertiary_protein_structure_34(X)
& fn_tertiary_protein_structure_34(X) != fn_tertiary_protein_structure_43(X)
& has_region_2(fn_tertiary_protein_structure_6(X),fn_tertiary_protein_structure_17(X))
& is_inside_2(fn_tertiary_protein_structure_7(X),fn_tertiary_protein_structure_17(X))
& fn_tertiary_protein_structure_7(X) != fn_tertiary_protein_structure_20(X)
& fn_tertiary_protein_structure_22(X) != fn_tertiary_protein_structure_7(X)
& fn_tertiary_protein_structure_7(X) != fn_tertiary_protein_structure_22(X)
& fn_tertiary_protein_structure_20(X) != fn_tertiary_protein_structure_7(X)
& object_2(fn_tertiary_protein_structure_115(X),fn_tertiary_protein_structure_54(X))
& object_2(fn_tertiary_protein_structure_115(X),fn_tertiary_protein_structure_57(X))
& fn_tertiary_protein_structure_57(X) != fn_tertiary_protein_structure_59(X)
& is_inside_2(fn_tertiary_protein_structure_59(X),fn_tertiary_protein_structure_52(X))
& is_inside_2(fn_tertiary_protein_structure_54(X),fn_tertiary_protein_structure_52(X))
& fn_tertiary_protein_structure_59(X) != fn_tertiary_protein_structure_57(X)
& has_region_2(fn_tertiary_protein_structure_6(X),fn_tertiary_protein_structure_24(X))
& is_inside_2(fn_tertiary_protein_structure_21(X),fn_tertiary_protein_structure_24(X))
& fn_tertiary_protein_structure_21(X) != fn_tertiary_protein_structure_7(X)
& fn_tertiary_protein_structure_7(X) != fn_tertiary_protein_structure_58(X)
& fn_tertiary_protein_structure_58(X) != fn_tertiary_protein_structure_54(X)
& fn_tertiary_protein_structure_7(X) != fn_tertiary_protein_structure_21(X)
& fn_tertiary_protein_structure_58(X) != fn_tertiary_protein_structure_7(X)
& fn_tertiary_protein_structure_54(X) != fn_tertiary_protein_structure_58(X)
& fn_tertiary_protein_structure_68(X) = fn_share_2(fn_tertiary_protein_structure_73(X))
& fn_tertiary_protein_structure_58(X) = fn_share_3(fn_tertiary_protein_structure_45(X))
& fn_tertiary_protein_structure_54(X) = fn_attract_2(fn_tertiary_protein_structure_47(X))
& fn_tertiary_protein_structure_59(X) = fn_share_1(fn_tertiary_protein_structure_45(X))
& fn_tertiary_protein_structure_57(X) = fn_attract_1(fn_tertiary_protein_structure_47(X))
& fn_tertiary_protein_structure_23(X) = fn_attract_2(fn_tertiary_protein_structure_28(X))
& fn_tertiary_protein_structure_100(X) = fn_share_3(fn_tertiary_protein_structure_73(X))
& fn_tertiary_protein_structure_59(X) = fn_share_3(fn_tertiary_protein_structure_8(X))
& fn_tertiary_protein_structure_59(X) = fn_share_1(fn_tertiary_protein_structure_8(X))
& fn_tertiary_protein_structure_101(X) = fn_share_1(fn_tertiary_protein_structure_73(X))
& fn_tertiary_protein_structure_6(X) = fn_functional_group_1(fn_tertiary_protein_structure_33(X))
& fn_tertiary_protein_structure_110(X) = fn_chemical_bond_1(fn_tertiary_protein_structure_66(X))
& fn_tertiary_protein_structure_110(X) = fn_functional_group_1(fn_tertiary_protein_structure_103(X))
& fn_tertiary_protein_structure_111(X) = fn_chemical_bond_4(fn_tertiary_protein_structure_66(X))
& fn_tertiary_protein_structure_111(X) = fn_functional_group_1(fn_tertiary_protein_structure_90(X))
& fn_tertiary_protein_structure_23(X) = fn_molecule_11(fn_tertiary_protein_structure_65(X))
& fn_tertiary_protein_structure_117(X) = fn_molecule_10(fn_tertiary_protein_structure_65(X))
& fn_tertiary_protein_structure_54(X) = fn_molecule_11(fn_tertiary_protein_structure_60(X))
& fn_tertiary_protein_structure_53(X) = fn_molecule_10(fn_tertiary_protein_structure_60(X))
& fn_tertiary_protein_structure_40(X) = fn_carbon_2(fn_tertiary_protein_structure_58(X))
& fn_tertiary_protein_structure_44(X) = fn_nitrogen_11(fn_tertiary_protein_structure_7(X))
& fn_tertiary_protein_structure_101(X) = fn_van_der_waal_interaction_2(fn_tertiary_protein_structure_113(X))
& fn_tertiary_protein_structure_101(X) = fn_chemical_bond_4(fn_tertiary_protein_structure_113(X))
& fn_tertiary_protein_structure_112(X) = fn_chemical_bond_3(fn_tertiary_protein_structure_113(X))
& fn_tertiary_protein_structure_51(X) = fn_hydrophilic_amino_acid_24(fn_tertiary_protein_structure_60(X))
& fn_tertiary_protein_structure_10(X) = fn_covalent_bond_17(fn_tertiary_protein_structure_53(X))
& fn_tertiary_protein_structure_78(X) = fn_atomic_nucleus_8(fn_tertiary_protein_structure_82(X))
& fn_tertiary_protein_structure_39(X) = fn_covalent_bond_23(fn_tertiary_protein_structure_56(X))
& fn_tertiary_protein_structure_55(X) = fn_covalent_bond_20(fn_tertiary_protein_structure_56(X))
& fn_tertiary_protein_structure_46(X) = fn_covalent_bond_17(fn_tertiary_protein_structure_56(X))
& fn_tertiary_protein_structure_54(X) = fn_covalent_bond_19(fn_tertiary_protein_structure_56(X))
& fn_tertiary_protein_structure_49(X) = fn_polar_covalent_bond_17(fn_tertiary_protein_structure_116(X))
& fn_tertiary_protein_structure_8(X) = fn_polar_covalent_bond_16(fn_tertiary_protein_structure_116(X))
& fn_tertiary_protein_structure_54(X) = fn_polar_covalent_bond_19(fn_tertiary_protein_structure_116(X))
& fn_tertiary_protein_structure_57(X) = fn_covalent_bond_20(fn_tertiary_protein_structure_116(X))
& fn_tertiary_protein_structure_57(X) = fn_polar_covalent_bond_18(fn_tertiary_protein_structure_116(X))
& fn_tertiary_protein_structure_91(X) = fn_amino_acid_25(fn_tertiary_protein_structure_111(X))
& fn_tertiary_protein_structure_9(X) = fn_covalent_bond_17(fn_tertiary_protein_structure_53(X))
& fn_tertiary_protein_structure_39(X) = fn_covalent_bond_21(fn_tertiary_protein_structure_53(X))
& fn_tertiary_protein_structure_44(X) = fn_covalent_bond_21(fn_tertiary_protein_structure_116(X))
& fn_tertiary_protein_structure_39(X) = fn_covalent_bond_23(fn_tertiary_protein_structure_116(X))
& fn_tertiary_protein_structure_44(X) = fn_polar_covalent_bond_23(fn_tertiary_protein_structure_116(X))
& fn_tertiary_protein_structure_39(X) = fn_polar_covalent_bond_21(fn_tertiary_protein_structure_116(X))
& fn_tertiary_protein_structure_39(X) = fn_covalent_bond_23(fn_tertiary_protein_structure_53(X))
& fn_tertiary_protein_structure_44(X) = fn_covalent_bond_23(fn_tertiary_protein_structure_53(X))
& fn_tertiary_protein_structure_44(X) = fn_covalent_bond_21(fn_tertiary_protein_structure_53(X))
& fn_tertiary_protein_structure_58(X) = fn_covalent_bond_20(fn_tertiary_protein_structure_53(X))
& fn_tertiary_protein_structure_58(X) = fn_covalent_bond_19(fn_tertiary_protein_structure_53(X))
& fn_tertiary_protein_structure_48(X) = fn_covalent_bond_14(fn_tertiary_protein_structure_53(X))
& fn_tertiary_protein_structure_109(X) = fn_hydrophilic_amino_acid_23(fn_tertiary_protein_structure_60(X))
& fn_tertiary_protein_structure_41(X) = fn_hydrophilic_amino_acid_6(fn_tertiary_protein_structure_60(X))
& fn_tertiary_protein_structure_41(X) = fn_hydrophilic_amino_acid_22(fn_tertiary_protein_structure_60(X))
& fn_tertiary_protein_structure_45(X) = fn_hydrophilic_amino_acid_17(fn_tertiary_protein_structure_60(X))
& fn_tertiary_protein_structure_55(X) = fn_hydrophilic_amino_acid_31(fn_tertiary_protein_structure_60(X))
& fn_tertiary_protein_structure_8(X) = fn_hydrophilic_amino_acid_3(fn_tertiary_protein_structure_60(X))
& fn_tertiary_protein_structure_58(X) = fn_organic_molecule_2(fn_tertiary_protein_structure_60(X))
& fn_tertiary_protein_structure_58(X) = fn_hydrophilic_amino_acid_34(fn_tertiary_protein_structure_60(X))
& fn_tertiary_protein_structure_38(X) = fn_polar_covalent_bond_12(fn_tertiary_protein_structure_116(X))
& fn_tertiary_protein_structure_37(X) = fn_polar_covalent_bond_11(fn_tertiary_protein_structure_116(X))
& fn_tertiary_protein_structure_45(X) = fn_polar_covalent_bond_16(fn_tertiary_protein_structure_116(X))
& fn_tertiary_protein_structure_48(X) = fn_polar_covalent_bond_17(fn_tertiary_protein_structure_116(X))
& fn_tertiary_protein_structure_105(X) = fn_amino_acid_25(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_100(X) = fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_112(X) = fn_hydrophobic_amino_acid_2(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_72(X) = fn_hydrophobic_amino_acid_52(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_77(X) = fn_hydrophobic_amino_acid_13(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_102(X) = fn_hydrophobic_amino_acid_29(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_104(X) = fn_hydrophobic_amino_acid_28(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_77(X) = fn_hydrophobic_amino_acid_7(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_76(X) = fn_hydrophobic_amino_acid_1(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_74(X) = fn_hydrophobic_amino_acid_31(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_68(X) = fn_hydrophobic_amino_acid_33(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_69(X) = fn_hydrophobic_amino_acid_32(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_75(X) = fn_hydrophobic_amino_acid_35(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_99(X) = fn_hydrophobic_amino_acid_23(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_98(X) = fn_hydrophobic_amino_acid_22(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_107(X) = fn_hydrophobic_amino_acid_69(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_106(X) = fn_hydrophobic_amino_acid_27(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_98(X) = fn_hydrophobic_amino_acid_23(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_99(X) = fn_hydrophobic_amino_acid_22(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_77(X) = fn_hydrophobic_amino_acid_1(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_100(X) = fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_97(X) = fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_108(X) = fn_hydrophobic_amino_acid_18(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_71(X) = fn_hydrophobic_amino_acid_60(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_75(X) = fn_hydrophobic_amino_acid_4(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_68(X) = fn_amino_acid_19(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_68(X) = fn_hydrophobic_amino_acid_6(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_74(X) = fn_amino_acid_12(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_74(X) = fn_hydrophobic_amino_acid_3(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_70(X) = fn_hydrophobic_amino_acid_30(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_67(X) = fn_hydrophobic_amino_acid_34(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_70(X) = fn_hydrophobic_amino_acid_59(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_97(X) = fn_amino_acid_22(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_101(X) = fn_amino_acid_24(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_101(X) = fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_97(X) = fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_110(X))
& fn_tertiary_protein_structure_20(X) = fn_polypeptide_90(fn_tertiary_protein_structure_61(X))
& fn_tertiary_protein_structure_20(X) = fn_polypeptide_118(fn_tertiary_protein_structure_61(X))
& fn_tertiary_protein_structure_18(X) = fn_polypeptide_71(fn_tertiary_protein_structure_61(X))
& fn_tertiary_protein_structure_18(X) = fn_polypeptide_107(fn_tertiary_protein_structure_61(X))
& fn_tertiary_protein_structure_19(X) = fn_polypeptide_84(fn_tertiary_protein_structure_61(X))
& fn_tertiary_protein_structure_19(X) = fn_polypeptide_108(fn_tertiary_protein_structure_61(X))
& fn_tertiary_protein_structure_6(X) = fn_polypeptide_83(fn_tertiary_protein_structure_61(X))
& fn_tertiary_protein_structure_6(X) = fn_polypeptide_82(fn_tertiary_protein_structure_61(X))
& fn_tertiary_protein_structure_84(X) = fn_hydrophobic_amino_acid_40(fn_tertiary_protein_structure_111(X))
& fn_tertiary_protein_structure_85(X) = fn_covalent_bond_19(fn_tertiary_protein_structure_94(X))
& fn_tertiary_protein_structure_94(X) = fn_hydrophobic_amino_acid_18(fn_tertiary_protein_structure_111(X))
& fn_tertiary_protein_structure_93(X) = fn_hydrophobic_amino_acid_69(fn_tertiary_protein_structure_111(X))
& fn_tertiary_protein_structure_88(X) = fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_111(X))
& fn_tertiary_protein_structure_95(X) = fn_hydrophobic_amino_acid_29(fn_tertiary_protein_structure_111(X))
& fn_tertiary_protein_structure_96(X) = fn_hydrophobic_amino_acid_28(fn_tertiary_protein_structure_111(X))
& fn_tertiary_protein_structure_87(X) = fn_hydrophobic_amino_acid_23(fn_tertiary_protein_structure_111(X))
& fn_tertiary_protein_structure_92(X) = fn_hydrophobic_amino_acid_27(fn_tertiary_protein_structure_111(X))
& fn_tertiary_protein_structure_86(X) = fn_hydrophobic_amino_acid_22(fn_tertiary_protein_structure_111(X))
& fn_tertiary_protein_structure_85(X) = fn_amino_acid_22(fn_tertiary_protein_structure_111(X))
& fn_tertiary_protein_structure_88(X) = fn_amino_acid_28(fn_tertiary_protein_structure_111(X))
& fn_tertiary_protein_structure_88(X) = fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_111(X))
& fn_tertiary_protein_structure_83(X) = fn_hydrophobic_amino_acid_39(fn_tertiary_protein_structure_111(X))
& fn_tertiary_protein_structure_79(X) = fn_hydrophobic_amino_acid_36(fn_tertiary_protein_structure_111(X))
& fn_tertiary_protein_structure_85(X) = fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_111(X))
& fn_tertiary_protein_structure_85(X) = fn_covalent_bond_20(fn_tertiary_protein_structure_94(X))
& fn_tertiary_protein_structure_89(X) = fn_covalent_bond_19(fn_tertiary_protein_structure_94(X))
& fn_tertiary_protein_structure_89(X) = fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_111(X))
& fn_tertiary_protein_structure_85(X) = fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_111(X))
& fn_tertiary_protein_structure_79(X) = fn_covalent_bond_15(fn_tertiary_protein_structure_94(X))
& fn_tertiary_protein_structure_80(X) = fn_covalent_bond_21(fn_tertiary_protein_structure_94(X))
& fn_tertiary_protein_structure_80(X) = fn_covalent_bond_23(fn_tertiary_protein_structure_94(X))
& fn_tertiary_protein_structure_81(X) = fn_atomic_nucleus_3(fn_tertiary_protein_structure_82(X))
& fn_tertiary_protein_structure_81(X) = fn_covalent_bond_23(fn_tertiary_protein_structure_94(X))
& fn_tertiary_protein_structure_81(X) = fn_covalent_bond_21(fn_tertiary_protein_structure_94(X))
& fn_tertiary_protein_structure_83(X) = fn_covalent_bond_15(fn_tertiary_protein_structure_94(X))
& fn_tertiary_protein_structure_82(X) = fn_covalent_bond_24(fn_tertiary_protein_structure_94(X))
& fn_tertiary_protein_structure_82(X) = fn_covalent_bond_22(fn_tertiary_protein_structure_94(X))
& fn_tertiary_protein_structure_83(X) = fn_covalent_bond_18(fn_tertiary_protein_structure_94(X))
& fn_tertiary_protein_structure_84(X) = fn_covalent_bond_17(fn_tertiary_protein_structure_94(X))
& fn_tertiary_protein_structure_18(X) = fn_secondary_protein_structure_28(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_46(X) = fn_secondary_protein_structure_26(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_20(X) = fn_secondary_protein_structure_49(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_49(X) = fn_secondary_protein_structure_28(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_13(X) = fn_secondary_protein_structure_41(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_44(X) = fn_secondary_protein_structure_38(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_11(X) = fn_secondary_protein_structure_41(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_37(X) = fn_secondary_protein_structure_36(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_50(X) = fn_secondary_protein_structure_42(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_63(X) = fn_secondary_protein_structure_6(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_47(X) = fn_secondary_protein_structure_29(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_118(X) = fn_secondary_protein_structure_4(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_40(X) = fn_secondary_protein_structure_23(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_14(X) = fn_secondary_protein_structure_37(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_15(X) = fn_secondary_protein_structure_26(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_19(X) = fn_molecule_10(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_7(X) = fn_molecule_11(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_19(X) = fn_secondary_protein_structure_46(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_55(X) = fn_secondary_protein_structure_48(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_48(X) = fn_secondary_protein_structure_40(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_48(X) = fn_secondary_protein_structure_28(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_56(X) = fn_secondary_protein_structure_46(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_52(X) = fn_secondary_protein_structure_43(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_55(X) = fn_secondary_protein_structure_47(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_13(X) = fn_secondary_protein_structure_30(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_36(X) = fn_secondary_protein_structure_24(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_43(X) = fn_secondary_protein_structure_34(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_42(X) = fn_secondary_protein_structure_24(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_59(X) = fn_secondary_protein_structure_51(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_36(X) = fn_secondary_protein_structure_25(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_58(X) = fn_secondary_protein_structure_50(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_12(X) = fn_secondary_protein_structure_40(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_7(X) = fn_secondary_protein_structure_18(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_39(X) = fn_secondary_protein_structure_38(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_57(X) = fn_secondary_protein_structure_49(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_114(X) = fn_secondary_protein_structure_29(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_38(X) = fn_secondary_protein_structure_36(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_37(X) = fn_secondary_protein_structure_35(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_38(X) = fn_secondary_protein_structure_27(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_41(X) = fn_secondary_protein_structure_35(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_10(X) = fn_secondary_protein_structure_39(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_54(X) = fn_secondary_protein_structure_47(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_49(X) = fn_secondary_protein_structure_30(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_64(X) = fn_secondary_protein_structure_52(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_60(X) = fn_secondary_protein_structure_19(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_61(X) = fn_secondary_protein_structure_20(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_65(X) = fn_secondary_protein_structure_22(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_62(X) = fn_secondary_protein_structure_7(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_64(X) = fn_secondary_protein_structure_3(fn_tertiary_protein_structure_35(X))
& fn_tertiary_protein_structure_22(X) = fn_carboxyl_group_25(fn_tertiary_protein_structure_24(X))
& fn_tertiary_protein_structure_16(X) = fn_carboxyl_group_62(fn_tertiary_protein_structure_24(X))
& fn_tertiary_protein_structure_26(X) = fn_carboxyl_group_60(fn_tertiary_protein_structure_24(X))
& fn_tertiary_protein_structure_18(X) = fn_carboxyl_group_67(fn_tertiary_protein_structure_24(X))
& fn_tertiary_protein_structure_27(X) = fn_carboxyl_group_67(fn_tertiary_protein_structure_24(X))
& fn_tertiary_protein_structure_27(X) = fn_carboxyl_group_47(fn_tertiary_protein_structure_24(X))
& fn_tertiary_protein_structure_27(X) = fn_carboxyl_group_55(fn_tertiary_protein_structure_24(X))
& fn_tertiary_protein_structure_25(X) = fn_carboxyl_group_23(fn_tertiary_protein_structure_24(X))
& fn_tertiary_protein_structure_20(X) = fn_carboxyl_group_25(fn_tertiary_protein_structure_24(X))
& fn_tertiary_protein_structure_23(X) = fn_carboxyl_group_23(fn_tertiary_protein_structure_24(X))
& fn_tertiary_protein_structure_4(X) = fn_hydrogen_bond_5(fn_tertiary_protein_structure_117(X))
& fn_tertiary_protein_structure_5(X) = fn_hydrogen_bond_1(fn_tertiary_protein_structure_117(X))
& fn_tertiary_protein_structure_26(X) = fn_hydrogen_bond_2(fn_tertiary_protein_structure_117(X))
& fn_tertiary_protein_structure_29(X) = fn_hydrogen_bond_2(fn_tertiary_protein_structure_117(X))
& fn_tertiary_protein_structure_29(X) = fn_hydrogen_bond_6(fn_tertiary_protein_structure_117(X))
& fn_tertiary_protein_structure_28(X) = fn_hydrogen_bond_13(fn_tertiary_protein_structure_117(X))
& fn_tertiary_protein_structure_27(X) = fn_hydrogen_bond_14(fn_tertiary_protein_structure_117(X))
& fn_tertiary_protein_structure_30(X) = fn_hydrogen_bond_22(fn_tertiary_protein_structure_117(X))
& fn_tertiary_protein_structure_31(X) = fn_hydrogen_bond_21(fn_tertiary_protein_structure_117(X))
& fn_tertiary_protein_structure_31(X) = fn_hydrogen_bond_8(fn_tertiary_protein_structure_117(X))
& fn_tertiary_protein_structure_30(X) = fn_hydrogen_bond_7(fn_tertiary_protein_structure_117(X))
& fn_tertiary_protein_structure_32(X) = fn_hydrogen_bond_9(fn_tertiary_protein_structure_117(X))
& fn_tertiary_protein_structure_20(X) = fn_hydrogen_bond_11(fn_tertiary_protein_structure_117(X))
& fn_tertiary_protein_structure_20(X) = fn_hydrogen_bond_12(fn_tertiary_protein_structure_117(X))
& fn_tertiary_protein_structure_13(X) = fn_amino_acid_14(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_43(X) = fn_amino_acid_15(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_14(X) = fn_amino_acid_8(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_36(X) = fn_nitrogen_14(fn_tertiary_protein_structure_7(X))
& fn_tertiary_protein_structure_36(X) = fn_amino_acid_9(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_14(X) = fn_atom_9(fn_tertiary_protein_structure_58(X))
& fn_tertiary_protein_structure_14(X) = fn_amino_acid_21(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_46(X) = fn_amino_acid_18(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_15(X) = fn_amino_acid_10(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_16(X) = fn_amino_acid_20(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_37(X) = fn_amino_acid_19(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_41(X) = fn_amino_acid_20(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_11(X) = fn_amino_acid_14(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_9(X) = fn_amino_acid_12(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_48(X) = fn_amino_acid_13(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_23(X) = fn_carboxyl_group_24(fn_tertiary_protein_structure_24(X))
& fn_tertiary_protein_structure_23(X) = fn_amino_acid_11(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_10(X) = fn_amino_acid_10(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_54(X) = fn_amino_acid_27(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_55(X) = fn_amino_acid_11(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_25(X) = fn_amino_acid_27(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_43(X) = fn_amino_acid_21(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_34(X) = fn_amino_acid_15(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_55(X) = fn_amino_acid_27(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_20(X) = fn_amino_acid_22(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_22(X) = fn_amino_acid_28(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_17(X) = fn_amino_acid_25(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_52(X) = fn_amino_acid_26(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_59(X) = fn_amino_acid_28(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_57(X) = fn_amino_acid_22(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_115(X) = fn_amino_acid_13(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_54(X) = fn_amino_acid_11(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_58(X) = fn_amino_acid_24(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_7(X) = fn_amino_acid_17(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_21(X) = fn_carboxyl_group_19(fn_tertiary_protein_structure_24(X))
& fn_tertiary_protein_structure_21(X) = fn_amino_acid_24(fn_tertiary_protein_structure_6(X))
& fn_tertiary_protein_structure_6(X) = fn_functional_group_1(fn_tertiary_protein_structure_24(X))
& fn_tertiary_protein_structure_24(X) = fn_amino_acid_26(fn_tertiary_protein_structure_6(X))
& fn_polar_covalent_bond_16(fn_tertiary_protein_structure_116(X)) = fn_hydrophilic_amino_acid_3(fn_tertiary_protein_structure_60(X))
& fn_hydrophilic_amino_acid_3(fn_tertiary_protein_structure_60(X)) = fn_hydrophilic_amino_acid_3(fn_tertiary_protein_structure_60(X))
& fn_hydrophilic_amino_acid_3(fn_tertiary_protein_structure_60(X)) = fn_polar_covalent_bond_16(fn_tertiary_protein_structure_116(X))
& fn_polar_covalent_bond_16(fn_tertiary_protein_structure_116(X)) = fn_hydrophilic_amino_acid_17(fn_tertiary_protein_structure_60(X))
& fn_hydrophilic_amino_acid_17(fn_tertiary_protein_structure_60(X)) = fn_hydrophilic_amino_acid_17(fn_tertiary_protein_structure_60(X))
& fn_hydrophilic_amino_acid_17(fn_tertiary_protein_structure_60(X)) = fn_polar_covalent_bond_16(fn_tertiary_protein_structure_116(X))
& fn_polar_covalent_bond_16(fn_tertiary_protein_structure_116(X)) = fn_polar_covalent_bond_16(fn_tertiary_protein_structure_116(X))
& fn_polar_covalent_bond_16(fn_tertiary_protein_structure_116(X)) = fn_chemical_bond_3(fn_tertiary_protein_structure_113(X))
& fn_chemical_bond_3(fn_tertiary_protein_structure_113(X)) = fn_chemical_bond_3(fn_tertiary_protein_structure_113(X))
& fn_chemical_bond_3(fn_tertiary_protein_structure_113(X)) = fn_hydrophobic_amino_acid_2(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_2(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_22(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_23(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_23(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_22(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_23(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_23(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_22(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_22(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_22(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_22(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_13(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_13(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_13(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_13(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_7(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_7(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_7(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_7(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_1(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_1(fn_tertiary_protein_structure_110(X)) = fn_share_3(fn_tertiary_protein_structure_73(X))
& fn_share_3(fn_tertiary_protein_structure_73(X)) = fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_35(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_35(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_35(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_35(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_4(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_4(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_4(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_4(fn_tertiary_protein_structure_110(X)) = fn_share_2(fn_tertiary_protein_structure_73(X))
& fn_share_2(fn_tertiary_protein_structure_73(X)) = fn_amino_acid_19(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_33(fn_tertiary_protein_structure_110(X)) = fn_amino_acid_19(fn_tertiary_protein_structure_110(X))
& fn_amino_acid_19(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_33(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_33(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_33(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_33(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_6(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_6(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_6(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_6(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_31(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_31(fn_tertiary_protein_structure_110(X)) = fn_amino_acid_12(fn_tertiary_protein_structure_110(X))
& fn_amino_acid_12(fn_tertiary_protein_structure_110(X)) = fn_amino_acid_12(fn_tertiary_protein_structure_110(X))
& fn_amino_acid_12(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_31(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_31(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_3(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_3(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_3(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_3(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_30(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_30(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_59(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_59(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_59(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_59(fn_tertiary_protein_structure_110(X)) = fn_share_1(fn_tertiary_protein_structure_73(X))
& fn_share_1(fn_tertiary_protein_structure_73(X)) = fn_van_der_waal_interaction_2(fn_tertiary_protein_structure_113(X))
& fn_van_der_waal_interaction_2(fn_tertiary_protein_structure_113(X)) = fn_van_der_waal_interaction_2(fn_tertiary_protein_structure_113(X))
& fn_van_der_waal_interaction_2(fn_tertiary_protein_structure_113(X)) = fn_chemical_bond_4(fn_tertiary_protein_structure_113(X))
& fn_chemical_bond_4(fn_tertiary_protein_structure_113(X)) = fn_chemical_bond_4(fn_tertiary_protein_structure_113(X))
& fn_chemical_bond_4(fn_tertiary_protein_structure_113(X)) = fn_amino_acid_24(fn_tertiary_protein_structure_110(X))
& fn_amino_acid_24(fn_tertiary_protein_structure_110(X)) = fn_amino_acid_24(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_110(X)) = fn_amino_acid_24(fn_tertiary_protein_structure_110(X))
& fn_amino_acid_24(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_110(X)) = fn_amino_acid_22(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_110(X)) = fn_amino_acid_22(fn_tertiary_protein_structure_110(X))
& fn_amino_acid_22(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_110(X)) = fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_110(X))
& fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_110(X)) = fn_chemical_bond_1(fn_tertiary_protein_structure_66(X))
& fn_chemical_bond_1(fn_tertiary_protein_structure_66(X)) = fn_functional_group_1(fn_tertiary_protein_structure_103(X))
& fn_functional_group_1(fn_tertiary_protein_structure_103(X)) = fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_111(X))
& fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_111(X)) = fn_amino_acid_28(fn_tertiary_protein_structure_111(X))
& fn_amino_acid_28(fn_tertiary_protein_structure_111(X)) = fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_111(X))
& fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_111(X)) = fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_111(X))
& fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_111(X)) = fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_111(X))
& fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_111(X)) = fn_covalent_bond_19(fn_tertiary_protein_structure_94(X))
& fn_covalent_bond_19(fn_tertiary_protein_structure_94(X)) = fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_111(X))
& fn_hydrophobic_amino_acid_20(fn_tertiary_protein_structure_111(X)) = fn_amino_acid_22(fn_tertiary_protein_structure_111(X))
& fn_amino_acid_22(fn_tertiary_protein_structure_111(X)) = fn_covalent_bond_20(fn_tertiary_protein_structure_94(X))
& fn_covalent_bond_20(fn_tertiary_protein_structure_94(X)) = fn_covalent_bond_20(fn_tertiary_protein_structure_94(X))
& fn_covalent_bond_20(fn_tertiary_protein_structure_94(X)) = fn_amino_acid_22(fn_tertiary_protein_structure_111(X))
& fn_covalent_bond_19(fn_tertiary_protein_structure_94(X)) = fn_covalent_bond_19(fn_tertiary_protein_structure_94(X))
& fn_covalent_bond_19(fn_tertiary_protein_structure_94(X)) = fn_amino_acid_22(fn_tertiary_protein_structure_111(X))
& fn_amino_acid_22(fn_tertiary_protein_structure_111(X)) = fn_covalent_bond_19(fn_tertiary_protein_structure_94(X))
& fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_111(X)) = fn_covalent_bond_19(fn_tertiary_protein_structure_94(X))
& fn_covalent_bond_19(fn_tertiary_protein_structure_94(X)) = fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_111(X))
& fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_111(X)) = fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_111(X))
& fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_111(X)) = fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_111(X))
& fn_hydrophobic_amino_acid_24(fn_tertiary_protein_structure_111(X)) = fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_111(X))
& fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_111(X)) = fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_111(X))
& fn_hydrophobic_amino_acid_21(fn_tertiary_protein_structure_111(X)) = fn_chemical_bond_4(fn_tertiary_protein_structure_66(X))
& fn_chemical_bond_4(fn_tertiary_protein_structure_66(X)) = fn_functional_group_1(fn_tertiary_protein_structure_90(X))
& fn_functional_group_1(fn_tertiary_protein_structure_90(X)) = fn_hydrophobic_amino_acid_36(fn_tertiary_protein_structure_111(X))
& fn_covalent_bond_15(fn_tertiary_protein_structure_94(X)) = fn_hydrophobic_amino_acid_36(fn_tertiary_protein_structure_111(X))
& fn_hydrophobic_amino_acid_36(fn_tertiary_protein_structure_111(X)) = fn_covalent_bond_15(fn_tertiary_protein_structure_94(X))
& fn_covalent_bond_15(fn_tertiary_protein_structure_94(X)) = fn_covalent_bond_21(fn_tertiary_protein_structure_94(X))
& fn_covalent_bond_21(fn_tertiary_protein_structure_94(X)) = fn_covalent_bond_21(fn_tertiary_protein_structure_94(X))
& fn_covalent_bond_23(fn_tertiary_protein_structure_94(X)) = fn_atomic_nucleus_3(fn_tertiary_protein_structure_82(X))
& fn_atomic_nucleus_3(fn_tertiary_protein_structure_82(X)) = fn_covalent_bond_23(fn_tertiary_protein_structure_94(X))
& fn_covalent_bond_23(fn_tertiary_protein_structure_94(X)) = fn_covalent_bond_23(fn_tertiary_protein_structure_94(X))
& fn_covalent_bond_21(fn_tertiary_protein_structure_94(X)) = fn_covalent_bond_23(fn_tertiary_protein_structure_94(X))
& fn_covalent_bond_23(fn_tertiary_protein_structure_94(X)) = fn_covalent_bond_21(fn_tertiary_protein_structure_94(X))
& fn_covalent_bond_21(fn_tertiary_protein_structure_94(X)) = fn_covalent_bond_24(fn_tertiary_protein_structure_94(X))
& fn_covalent_bond_22(fn_tertiary_protein_structure_94(X)) = fn_covalent_bond_24(fn_tertiary_protein_structure_94(X))
& fn_covalent_bond_24(fn_tertiary_protein_structure_94(X)) = fn_covalent_bond_22(fn_tertiary_protein_structure_94(X))
& fn_covalent_bond_22(fn_tertiary_protein_structure_94(X)) = fn_hydrophobic_amino_acid_39(fn_tertiary_protein_structure_111(X))
& fn_hydrophobic_amino_acid_39(fn_tertiary_protein_structure_111(X)) = fn_covalent_bond_15(fn_tertiary_protein_structure_94(X))
& fn_covalent_bond_15(fn_tertiary_protein_structure_94(X)) = fn_hydrophobic_amino_acid_39(fn_tertiary_protein_structure_111(X))
& fn_hydrophobic_amino_acid_39(fn_tertiary_protein_structure_111(X)) = fn_covalent_bond_18(fn_tertiary_protein_structure_94(X))
& fn_covalent_bond_18(fn_tertiary_protein_structure_94(X)) = fn_covalent_bond_18(fn_tertiary_protein_structure_94(X))
& fn_covalent_bond_18(fn_tertiary_protein_structure_94(X)) = fn_hydrophobic_amino_acid_40(fn_tertiary_protein_structure_111(X))
& fn_hydrophobic_amino_acid_40(fn_tertiary_protein_structure_111(X)) = fn_covalent_bond_17(fn_tertiary_protein_structure_94(X))
& fn_covalent_bond_17(fn_tertiary_protein_structure_94(X)) = fn_covalent_bond_17(fn_tertiary_protein_structure_94(X))
& fn_covalent_bond_17(fn_tertiary_protein_structure_94(X)) = fn_nitrogen_11(fn_tertiary_protein_structure_7(X))
& fn_nitrogen_11(fn_tertiary_protein_structure_7(X)) = fn_covalent_bond_23(fn_tertiary_protein_structure_53(X))
& fn_covalent_bond_23(fn_tertiary_protein_structure_53(X)) = fn_covalent_bond_23(fn_tertiary_protein_structure_53(X))
& fn_polar_covalent_bond_23(fn_tertiary_protein_structure_116(X)) = fn_covalent_bond_23(fn_tertiary_protein_structure_53(X))
& fn_covalent_bond_23(fn_tertiary_protein_structure_53(X)) = fn_polar_covalent_bond_23(fn_tertiary_protein_structure_116(X))
& fn_polar_covalent_bond_23(fn_tertiary_protein_structure_116(X)) = fn_covalent_bond_21(fn_tertiary_protein_structure_116(X))
& fn_covalent_bond_21(fn_tertiary_protein_structure_116(X)) = fn_polar_covalent_bond_23(fn_tertiary_protein_structure_116(X))
& fn_polar_covalent_bond_23(fn_tertiary_protein_structure_116(X)) = fn_covalent_bond_21(fn_tertiary_protein_structure_53(X))
& fn_covalent_bond_21(fn_tertiary_protein_structure_53(X)) = fn_covalent_bond_21(fn_tertiary_protein_structure_116(X))
& fn_covalent_bond_21(fn_tertiary_protein_structure_116(X)) = fn_covalent_bond_21(fn_tertiary_protein_structure_53(X))
& fn_covalent_bond_21(fn_tertiary_protein_structure_53(X)) = fn_covalent_bond_21(fn_tertiary_protein_structure_53(X))
& fn_covalent_bond_21(fn_tertiary_protein_structure_53(X)) = fn_secondary_protein_structure_38(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_38(fn_tertiary_protein_structure_35(X)) = fn_carbon_2(fn_tertiary_protein_structure_58(X))
& fn_carbon_2(fn_tertiary_protein_structure_58(X)) = fn_secondary_protein_structure_23(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_23(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_23(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_23(fn_tertiary_protein_structure_35(X)) = fn_polypeptide_84(fn_tertiary_protein_structure_61(X))
& fn_polypeptide_84(fn_tertiary_protein_structure_61(X)) = fn_polypeptide_84(fn_tertiary_protein_structure_61(X))
& fn_polypeptide_84(fn_tertiary_protein_structure_61(X)) = fn_molecule_10(fn_tertiary_protein_structure_6(X))
& fn_molecule_10(fn_tertiary_protein_structure_6(X)) = fn_polypeptide_84(fn_tertiary_protein_structure_61(X))
& fn_polypeptide_108(fn_tertiary_protein_structure_61(X)) = fn_polypeptide_84(fn_tertiary_protein_structure_61(X))
& fn_polypeptide_84(fn_tertiary_protein_structure_61(X)) = fn_polypeptide_108(fn_tertiary_protein_structure_61(X))
& fn_polypeptide_108(fn_tertiary_protein_structure_61(X)) = fn_polypeptide_108(fn_tertiary_protein_structure_61(X))
& fn_polypeptide_108(fn_tertiary_protein_structure_61(X)) = fn_secondary_protein_structure_46(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_46(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_46(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_46(fn_tertiary_protein_structure_35(X)) = fn_polar_covalent_bond_21(fn_tertiary_protein_structure_116(X))
& fn_polar_covalent_bond_21(fn_tertiary_protein_structure_116(X)) = fn_covalent_bond_21(fn_tertiary_protein_structure_53(X))
& fn_covalent_bond_21(fn_tertiary_protein_structure_53(X)) = fn_polar_covalent_bond_21(fn_tertiary_protein_structure_116(X))
& fn_polar_covalent_bond_21(fn_tertiary_protein_structure_116(X)) = fn_covalent_bond_23(fn_tertiary_protein_structure_56(X))
& fn_polar_covalent_bond_21(fn_tertiary_protein_structure_116(X)) = fn_covalent_bond_23(fn_tertiary_protein_structure_116(X))
& fn_covalent_bond_23(fn_tertiary_protein_structure_116(X)) = fn_polar_covalent_bond_21(fn_tertiary_protein_structure_116(X))
& fn_polar_covalent_bond_21(fn_tertiary_protein_structure_116(X)) = fn_covalent_bond_23(fn_tertiary_protein_structure_53(X))
& fn_covalent_bond_23(fn_tertiary_protein_structure_53(X)) = fn_covalent_bond_23(fn_tertiary_protein_structure_56(X))
& fn_covalent_bond_23(fn_tertiary_protein_structure_56(X)) = fn_covalent_bond_23(fn_tertiary_protein_structure_116(X))
& fn_covalent_bond_23(fn_tertiary_protein_structure_116(X)) = fn_covalent_bond_23(fn_tertiary_protein_structure_116(X))
& fn_covalent_bond_23(fn_tertiary_protein_structure_116(X)) = fn_covalent_bond_23(fn_tertiary_protein_structure_53(X))
& fn_covalent_bond_23(fn_tertiary_protein_structure_53(X)) = fn_secondary_protein_structure_38(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_38(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_38(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_38(fn_tertiary_protein_structure_35(X)) = fn_polar_covalent_bond_12(fn_tertiary_protein_structure_116(X))
& fn_polar_covalent_bond_12(fn_tertiary_protein_structure_116(X)) = fn_secondary_protein_structure_36(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_36(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_27(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_27(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_27(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_27(fn_tertiary_protein_structure_35(X)) = fn_polar_covalent_bond_17(fn_tertiary_protein_structure_116(X))
& fn_polar_covalent_bond_17(fn_tertiary_protein_structure_116(X)) = fn_secondary_protein_structure_28(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_28(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_30(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_30(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_3(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_3(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_52(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_52(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_52(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_52(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_3(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_3(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_3(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_3(fn_tertiary_protein_structure_35(X)) = fn_polypeptide_71(fn_tertiary_protein_structure_61(X))
& fn_polypeptide_107(fn_tertiary_protein_structure_61(X)) = fn_polypeptide_71(fn_tertiary_protein_structure_61(X))
& fn_polypeptide_71(fn_tertiary_protein_structure_61(X)) = fn_polypeptide_107(fn_tertiary_protein_structure_61(X))
& fn_polypeptide_107(fn_tertiary_protein_structure_61(X)) = fn_polypeptide_107(fn_tertiary_protein_structure_61(X))
& fn_polypeptide_107(fn_tertiary_protein_structure_61(X)) = fn_secondary_protein_structure_28(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_28(fn_tertiary_protein_structure_35(X)) = fn_carboxyl_group_67(fn_tertiary_protein_structure_24(X))
& fn_carboxyl_group_67(fn_tertiary_protein_structure_24(X)) = fn_carboxyl_group_60(fn_tertiary_protein_structure_24(X))
& fn_carboxyl_group_60(fn_tertiary_protein_structure_24(X)) = fn_hydrogen_bond_2(fn_tertiary_protein_structure_117(X))
& fn_hydrogen_bond_2(fn_tertiary_protein_structure_117(X)) = fn_hydrogen_bond_2(fn_tertiary_protein_structure_117(X))
& fn_hydrogen_bond_6(fn_tertiary_protein_structure_117(X)) = fn_hydrogen_bond_6(fn_tertiary_protein_structure_117(X))
& fn_hydrogen_bond_6(fn_tertiary_protein_structure_117(X)) = fn_hydrogen_bond_2(fn_tertiary_protein_structure_117(X))
& fn_hydrogen_bond_2(fn_tertiary_protein_structure_117(X)) = fn_hydrogen_bond_6(fn_tertiary_protein_structure_117(X))
& fn_hydrogen_bond_6(fn_tertiary_protein_structure_117(X)) = fn_carboxyl_group_67(fn_tertiary_protein_structure_24(X))
& fn_carboxyl_group_67(fn_tertiary_protein_structure_24(X)) = fn_carboxyl_group_47(fn_tertiary_protein_structure_24(X))
& fn_carboxyl_group_47(fn_tertiary_protein_structure_24(X)) = fn_carboxyl_group_47(fn_tertiary_protein_structure_24(X))
& fn_carboxyl_group_47(fn_tertiary_protein_structure_24(X)) = fn_carboxyl_group_55(fn_tertiary_protein_structure_24(X))
& fn_carboxyl_group_55(fn_tertiary_protein_structure_24(X)) = fn_carboxyl_group_55(fn_tertiary_protein_structure_24(X))
& fn_carboxyl_group_55(fn_tertiary_protein_structure_24(X)) = fn_hydrogen_bond_14(fn_tertiary_protein_structure_117(X))
& fn_hydrogen_bond_14(fn_tertiary_protein_structure_117(X)) = fn_hydrogen_bond_14(fn_tertiary_protein_structure_117(X))
& fn_hydrogen_bond_14(fn_tertiary_protein_structure_117(X)) = fn_hydrogen_bond_21(fn_tertiary_protein_structure_117(X))
& fn_hydrogen_bond_8(fn_tertiary_protein_structure_117(X)) = fn_hydrogen_bond_21(fn_tertiary_protein_structure_117(X))
& fn_hydrogen_bond_21(fn_tertiary_protein_structure_117(X)) = fn_hydrogen_bond_8(fn_tertiary_protein_structure_117(X))
& fn_hydrogen_bond_8(fn_tertiary_protein_structure_117(X)) = fn_hydrogen_bond_22(fn_tertiary_protein_structure_117(X))
& fn_hydrogen_bond_7(fn_tertiary_protein_structure_117(X)) = fn_hydrogen_bond_22(fn_tertiary_protein_structure_117(X))
& fn_hydrogen_bond_22(fn_tertiary_protein_structure_117(X)) = fn_hydrogen_bond_7(fn_tertiary_protein_structure_117(X))
& fn_hydrogen_bond_7(fn_tertiary_protein_structure_117(X)) = fn_hydrogen_bond_7(fn_tertiary_protein_structure_117(X))
& fn_hydrogen_bond_7(fn_tertiary_protein_structure_117(X)) = fn_secondary_protein_structure_41(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_41(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_30(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_30(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_30(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_30(fn_tertiary_protein_structure_35(X)) = fn_amino_acid_14(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_14(fn_tertiary_protein_structure_6(X)) = fn_secondary_protein_structure_24(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_24(fn_tertiary_protein_structure_35(X)) = fn_nitrogen_14(fn_tertiary_protein_structure_7(X))
& fn_nitrogen_14(fn_tertiary_protein_structure_7(X)) = fn_secondary_protein_structure_24(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_24(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_25(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_25(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_25(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_25(fn_tertiary_protein_structure_35(X)) = fn_amino_acid_9(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_9(fn_tertiary_protein_structure_6(X)) = fn_amino_acid_9(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_9(fn_tertiary_protein_structure_6(X)) = fn_secondary_protein_structure_37(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_37(fn_tertiary_protein_structure_35(X)) = fn_atom_9(fn_tertiary_protein_structure_58(X))
& fn_atom_9(fn_tertiary_protein_structure_58(X)) = fn_secondary_protein_structure_37(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_37(fn_tertiary_protein_structure_35(X)) = fn_amino_acid_8(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_8(fn_tertiary_protein_structure_6(X)) = fn_amino_acid_8(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_8(fn_tertiary_protein_structure_6(X)) = fn_amino_acid_21(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_21(fn_tertiary_protein_structure_6(X)) = fn_covalent_bond_17(fn_tertiary_protein_structure_56(X))
& fn_covalent_bond_17(fn_tertiary_protein_structure_56(X)) = fn_covalent_bond_17(fn_tertiary_protein_structure_56(X))
& fn_covalent_bond_17(fn_tertiary_protein_structure_56(X)) = fn_secondary_protein_structure_26(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_26(fn_tertiary_protein_structure_35(X)) = fn_amino_acid_18(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_18(fn_tertiary_protein_structure_6(X)) = fn_amino_acid_18(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_18(fn_tertiary_protein_structure_6(X)) = fn_secondary_protein_structure_26(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_26(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_26(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_26(fn_tertiary_protein_structure_35(X)) = fn_amino_acid_10(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_10(fn_tertiary_protein_structure_6(X)) = fn_carboxyl_group_62(fn_tertiary_protein_structure_24(X))
& fn_carboxyl_group_62(fn_tertiary_protein_structure_24(X)) = fn_amino_acid_20(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_20(fn_tertiary_protein_structure_6(X)) = fn_polar_covalent_bond_11(fn_tertiary_protein_structure_116(X))
& fn_polar_covalent_bond_11(fn_tertiary_protein_structure_116(X)) = fn_polar_covalent_bond_11(fn_tertiary_protein_structure_116(X))
& fn_polar_covalent_bond_11(fn_tertiary_protein_structure_116(X)) = fn_secondary_protein_structure_36(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_36(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_36(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_36(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_35(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_35(fn_tertiary_protein_structure_35(X)) = fn_amino_acid_19(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_19(fn_tertiary_protein_structure_6(X)) = fn_amino_acid_19(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_19(fn_tertiary_protein_structure_6(X)) = fn_hydrophilic_amino_acid_6(fn_tertiary_protein_structure_60(X))
& fn_hydrophilic_amino_acid_6(fn_tertiary_protein_structure_60(X)) = fn_hydrophilic_amino_acid_22(fn_tertiary_protein_structure_60(X))
& fn_hydrophilic_amino_acid_22(fn_tertiary_protein_structure_60(X)) = fn_hydrophilic_amino_acid_22(fn_tertiary_protein_structure_60(X))
& fn_hydrophilic_amino_acid_22(fn_tertiary_protein_structure_60(X)) = fn_secondary_protein_structure_35(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_35(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_35(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_35(fn_tertiary_protein_structure_35(X)) = fn_amino_acid_20(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_20(fn_tertiary_protein_structure_6(X)) = fn_amino_acid_20(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_20(fn_tertiary_protein_structure_6(X)) = fn_secondary_protein_structure_41(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_41(fn_tertiary_protein_structure_35(X)) = fn_amino_acid_14(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_14(fn_tertiary_protein_structure_6(X)) = fn_covalent_bond_17(fn_tertiary_protein_structure_53(X))
& fn_covalent_bond_17(fn_tertiary_protein_structure_53(X)) = fn_amino_acid_12(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_12(fn_tertiary_protein_structure_6(X)) = fn_amino_acid_12(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_12(fn_tertiary_protein_structure_6(X)) = fn_covalent_bond_14(fn_tertiary_protein_structure_53(X))
& fn_covalent_bond_14(fn_tertiary_protein_structure_53(X)) = fn_covalent_bond_14(fn_tertiary_protein_structure_53(X))
& fn_covalent_bond_14(fn_tertiary_protein_structure_53(X)) = fn_polar_covalent_bond_17(fn_tertiary_protein_structure_116(X))
& fn_polar_covalent_bond_17(fn_tertiary_protein_structure_116(X)) = fn_polar_covalent_bond_17(fn_tertiary_protein_structure_116(X))
& fn_polar_covalent_bond_17(fn_tertiary_protein_structure_116(X)) = fn_secondary_protein_structure_40(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_40(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_40(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_40(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_28(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_28(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_28(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_28(fn_tertiary_protein_structure_35(X)) = fn_amino_acid_13(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_13(fn_tertiary_protein_structure_6(X)) = fn_amino_acid_13(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_13(fn_tertiary_protein_structure_6(X)) = fn_attract_2(fn_tertiary_protein_structure_28(X))
& fn_attract_2(fn_tertiary_protein_structure_28(X)) = fn_molecule_11(fn_tertiary_protein_structure_65(X))
& fn_molecule_11(fn_tertiary_protein_structure_65(X)) = fn_molecule_11(fn_tertiary_protein_structure_65(X))
& fn_molecule_11(fn_tertiary_protein_structure_65(X)) = fn_carboxyl_group_23(fn_tertiary_protein_structure_24(X))
& fn_carboxyl_group_24(fn_tertiary_protein_structure_24(X)) = fn_carboxyl_group_23(fn_tertiary_protein_structure_24(X))
& fn_carboxyl_group_23(fn_tertiary_protein_structure_24(X)) = fn_carboxyl_group_24(fn_tertiary_protein_structure_24(X))
& fn_carboxyl_group_24(fn_tertiary_protein_structure_24(X)) = fn_carboxyl_group_24(fn_tertiary_protein_structure_24(X))
& fn_amino_acid_11(fn_tertiary_protein_structure_6(X)) = fn_carboxyl_group_24(fn_tertiary_protein_structure_24(X))
& fn_carboxyl_group_24(fn_tertiary_protein_structure_24(X)) = fn_amino_acid_11(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_11(fn_tertiary_protein_structure_6(X)) = fn_covalent_bond_17(fn_tertiary_protein_structure_53(X))
& fn_covalent_bond_17(fn_tertiary_protein_structure_53(X)) = fn_secondary_protein_structure_39(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_39(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_39(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_39(fn_tertiary_protein_structure_35(X)) = fn_amino_acid_10(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_10(fn_tertiary_protein_structure_6(X)) = fn_amino_acid_10(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_10(fn_tertiary_protein_structure_6(X)) = fn_carboxyl_group_23(fn_tertiary_protein_structure_24(X))
& fn_carboxyl_group_23(fn_tertiary_protein_structure_24(X)) = fn_carboxyl_group_23(fn_tertiary_protein_structure_24(X))
& fn_carboxyl_group_23(fn_tertiary_protein_structure_24(X)) = fn_amino_acid_27(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_27(fn_tertiary_protein_structure_6(X)) = fn_secondary_protein_structure_34(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_34(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_34(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_34(fn_tertiary_protein_structure_35(X)) = fn_amino_acid_15(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_15(fn_tertiary_protein_structure_6(X)) = fn_amino_acid_15(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_15(fn_tertiary_protein_structure_6(X)) = fn_amino_acid_21(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_21(fn_tertiary_protein_structure_6(X)) = fn_amino_acid_21(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_21(fn_tertiary_protein_structure_6(X)) = fn_covalent_bond_20(fn_tertiary_protein_structure_56(X))
& fn_covalent_bond_20(fn_tertiary_protein_structure_56(X)) = fn_covalent_bond_20(fn_tertiary_protein_structure_56(X))
& fn_covalent_bond_20(fn_tertiary_protein_structure_56(X)) = fn_hydrophilic_amino_acid_31(fn_tertiary_protein_structure_60(X))
& fn_hydrophilic_amino_acid_31(fn_tertiary_protein_structure_60(X)) = fn_hydrophilic_amino_acid_31(fn_tertiary_protein_structure_60(X))
& fn_hydrophilic_amino_acid_31(fn_tertiary_protein_structure_60(X)) = fn_secondary_protein_structure_48(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_48(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_48(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_48(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_47(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_47(fn_tertiary_protein_structure_35(X)) = fn_amino_acid_11(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_11(fn_tertiary_protein_structure_6(X)) = fn_amino_acid_27(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_27(fn_tertiary_protein_structure_6(X)) = fn_polypeptide_90(fn_tertiary_protein_structure_61(X))
& fn_polypeptide_90(fn_tertiary_protein_structure_61(X)) = fn_hydrogen_bond_11(fn_tertiary_protein_structure_117(X))
& fn_hydrogen_bond_11(fn_tertiary_protein_structure_117(X)) = fn_hydrogen_bond_11(fn_tertiary_protein_structure_117(X))
& fn_hydrogen_bond_11(fn_tertiary_protein_structure_117(X)) = fn_polypeptide_90(fn_tertiary_protein_structure_61(X))
& fn_polypeptide_90(fn_tertiary_protein_structure_61(X)) = fn_polypeptide_118(fn_tertiary_protein_structure_61(X))
& fn_polypeptide_118(fn_tertiary_protein_structure_61(X)) = fn_polypeptide_118(fn_tertiary_protein_structure_61(X))
& fn_polypeptide_118(fn_tertiary_protein_structure_61(X)) = fn_secondary_protein_structure_49(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_49(fn_tertiary_protein_structure_35(X)) = fn_carboxyl_group_25(fn_tertiary_protein_structure_24(X))
& fn_carboxyl_group_25(fn_tertiary_protein_structure_24(X)) = fn_carboxyl_group_25(fn_tertiary_protein_structure_24(X))
& fn_carboxyl_group_25(fn_tertiary_protein_structure_24(X)) = fn_hydrogen_bond_12(fn_tertiary_protein_structure_117(X))
& fn_hydrogen_bond_12(fn_tertiary_protein_structure_117(X)) = fn_hydrogen_bond_12(fn_tertiary_protein_structure_117(X))
& fn_hydrogen_bond_12(fn_tertiary_protein_structure_117(X)) = fn_amino_acid_22(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_22(fn_tertiary_protein_structure_6(X)) = fn_carboxyl_group_25(fn_tertiary_protein_structure_24(X))
& fn_carboxyl_group_25(fn_tertiary_protein_structure_24(X)) = fn_amino_acid_28(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_28(fn_tertiary_protein_structure_6(X)) = fn_secondary_protein_structure_43(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_43(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_43(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_43(fn_tertiary_protein_structure_35(X)) = fn_amino_acid_26(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_26(fn_tertiary_protein_structure_6(X)) = fn_amino_acid_26(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_26(fn_tertiary_protein_structure_6(X)) = fn_share_1(fn_tertiary_protein_structure_45(X))
& fn_share_1(fn_tertiary_protein_structure_45(X)) = fn_share_3(fn_tertiary_protein_structure_8(X))
& fn_share_3(fn_tertiary_protein_structure_8(X)) = fn_share_1(fn_tertiary_protein_structure_8(X))
& fn_share_1(fn_tertiary_protein_structure_8(X)) = fn_share_1(fn_tertiary_protein_structure_45(X))
& fn_share_1(fn_tertiary_protein_structure_45(X)) = fn_share_1(fn_tertiary_protein_structure_8(X))
& fn_share_1(fn_tertiary_protein_structure_8(X)) = fn_secondary_protein_structure_51(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_51(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_51(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_51(fn_tertiary_protein_structure_35(X)) = fn_amino_acid_28(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_28(fn_tertiary_protein_structure_6(X)) = fn_amino_acid_28(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_28(fn_tertiary_protein_structure_6(X)) = fn_attract_1(fn_tertiary_protein_structure_47(X))
& fn_attract_1(fn_tertiary_protein_structure_47(X)) = fn_covalent_bond_20(fn_tertiary_protein_structure_116(X))
& fn_covalent_bond_20(fn_tertiary_protein_structure_116(X)) = fn_covalent_bond_20(fn_tertiary_protein_structure_116(X))
& fn_polar_covalent_bond_18(fn_tertiary_protein_structure_116(X)) = fn_covalent_bond_20(fn_tertiary_protein_structure_116(X))
& fn_covalent_bond_20(fn_tertiary_protein_structure_116(X)) = fn_polar_covalent_bond_18(fn_tertiary_protein_structure_116(X))
& fn_polar_covalent_bond_18(fn_tertiary_protein_structure_116(X)) = fn_polar_covalent_bond_18(fn_tertiary_protein_structure_116(X))
& fn_polar_covalent_bond_18(fn_tertiary_protein_structure_116(X)) = fn_secondary_protein_structure_49(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_49(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_49(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_49(fn_tertiary_protein_structure_35(X)) = fn_amino_acid_22(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_22(fn_tertiary_protein_structure_6(X)) = fn_amino_acid_22(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_22(fn_tertiary_protein_structure_6(X)) = fn_attract_2(fn_tertiary_protein_structure_47(X))
& fn_attract_2(fn_tertiary_protein_structure_47(X)) = fn_molecule_11(fn_tertiary_protein_structure_60(X))
& fn_molecule_11(fn_tertiary_protein_structure_60(X)) = fn_molecule_11(fn_tertiary_protein_structure_60(X))
& fn_molecule_11(fn_tertiary_protein_structure_60(X)) = fn_covalent_bond_19(fn_tertiary_protein_structure_56(X))
& fn_covalent_bond_19(fn_tertiary_protein_structure_56(X)) = fn_covalent_bond_19(fn_tertiary_protein_structure_56(X))
& fn_covalent_bond_19(fn_tertiary_protein_structure_56(X)) = fn_polar_covalent_bond_19(fn_tertiary_protein_structure_116(X))
& fn_polar_covalent_bond_19(fn_tertiary_protein_structure_116(X)) = fn_polar_covalent_bond_19(fn_tertiary_protein_structure_116(X))
& fn_polar_covalent_bond_19(fn_tertiary_protein_structure_116(X)) = fn_secondary_protein_structure_47(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_47(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_47(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_47(fn_tertiary_protein_structure_35(X)) = fn_amino_acid_27(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_27(fn_tertiary_protein_structure_6(X)) = fn_amino_acid_27(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_27(fn_tertiary_protein_structure_6(X)) = fn_amino_acid_11(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_11(fn_tertiary_protein_structure_6(X)) = fn_amino_acid_11(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_11(fn_tertiary_protein_structure_6(X)) = fn_share_3(fn_tertiary_protein_structure_45(X))
& fn_share_3(fn_tertiary_protein_structure_45(X)) = fn_organic_molecule_2(fn_tertiary_protein_structure_60(X))
& fn_covalent_bond_20(fn_tertiary_protein_structure_53(X)) = fn_covalent_bond_20(fn_tertiary_protein_structure_53(X))
& fn_covalent_bond_20(fn_tertiary_protein_structure_53(X)) = fn_organic_molecule_2(fn_tertiary_protein_structure_60(X))
& fn_organic_molecule_2(fn_tertiary_protein_structure_60(X)) = fn_covalent_bond_20(fn_tertiary_protein_structure_53(X))
& fn_covalent_bond_19(fn_tertiary_protein_structure_53(X)) = fn_covalent_bond_20(fn_tertiary_protein_structure_53(X))
& fn_covalent_bond_20(fn_tertiary_protein_structure_53(X)) = fn_covalent_bond_19(fn_tertiary_protein_structure_53(X))
& fn_covalent_bond_19(fn_tertiary_protein_structure_53(X)) = fn_covalent_bond_19(fn_tertiary_protein_structure_53(X))
& fn_covalent_bond_19(fn_tertiary_protein_structure_53(X)) = fn_hydrophilic_amino_acid_34(fn_tertiary_protein_structure_60(X))
& fn_hydrophilic_amino_acid_34(fn_tertiary_protein_structure_60(X)) = fn_hydrophilic_amino_acid_34(fn_tertiary_protein_structure_60(X))
& fn_hydrophilic_amino_acid_34(fn_tertiary_protein_structure_60(X)) = fn_secondary_protein_structure_50(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_50(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_50(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_50(fn_tertiary_protein_structure_35(X)) = fn_amino_acid_24(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_24(fn_tertiary_protein_structure_6(X)) = fn_secondary_protein_structure_18(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_18(fn_tertiary_protein_structure_35(X)) = fn_molecule_11(fn_tertiary_protein_structure_6(X))
& fn_molecule_11(fn_tertiary_protein_structure_6(X)) = fn_secondary_protein_structure_18(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_18(fn_tertiary_protein_structure_35(X)) = fn_secondary_protein_structure_18(fn_tertiary_protein_structure_35(X))
& fn_secondary_protein_structure_18(fn_tertiary_protein_structure_35(X)) = fn_amino_acid_17(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_17(fn_tertiary_protein_structure_6(X)) = fn_amino_acid_17(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_17(fn_tertiary_protein_structure_6(X)) = fn_carboxyl_group_19(fn_tertiary_protein_structure_24(X))
& fn_amino_acid_24(fn_tertiary_protein_structure_6(X)) = fn_amino_acid_24(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_24(fn_tertiary_protein_structure_6(X)) = fn_carboxyl_group_19(fn_tertiary_protein_structure_24(X))
& fn_carboxyl_group_19(fn_tertiary_protein_structure_24(X)) = fn_amino_acid_24(fn_tertiary_protein_structure_6(X))
& fn_amino_acid_24(fn_tertiary_protein_structure_6(X)) = fn_functional_group_1(fn_tertiary_protein_structure_33(X))
& fn_functional_group_1(fn_tertiary_protein_structure_33(X)) = fn_polypeptide_83(fn_tertiary_protein_structure_61(X))
& fn_polypeptide_83(fn_tertiary_protein_structure_61(X)) = fn_polypeptide_83(fn_tertiary_protein_structure_61(X))
& fn_polypeptide_83(fn_tertiary_protein_structure_61(X)) = fn_functional_group_1(fn_tertiary_protein_structure_24(X))
& fn_functional_group_1(fn_tertiary_protein_structure_24(X)) = fn_polypeptide_83(fn_tertiary_protein_structure_61(X))
& fn_polypeptide_82(fn_tertiary_protein_structure_61(X)) = fn_polypeptide_83(fn_tertiary_protein_structure_61(X))
& fn_polypeptide_83(fn_tertiary_protein_structure_61(X)) = fn_polypeptide_82(fn_tertiary_protein_structure_61(X)) ) ) ).
fof(a533192,axiom,
! [X] :
( test_tube_1(X)
=> ( original_name_2(X,'Test-Tube')
& user_description_2(X,'Test tube is a cylindrical container used to carry a material on which a study is done.')
& concept2words_2(X,'tube of test')
& concept2words_2(X,'test tube')
& concept2words_2(X,'test-tube')
& device_1(X)
& ~ automobile_1(X)
& ~ centrifuge_1(X)
& ~ needle_1(X)
& ~ optical_device_1(X) ) ) ).
fof(a533193,axiom,
! [X] :
( test_tube_cloning_1(X)
=> ( original_name_2(X,'Test-Tube-Cloning')
& user_description_2(X,'The in vitro method of cloning an organism using tissue from the original organism and an artificial medium containing nutrients.')
& concept2words_2(X,clone)
& concept2words_2(X,'test tube cloning')
& concept2words_2(X,'test-tube-cloning')
& reproductive_cloning_1(X) ) ) ).
fof(a533194,axiom,
! [X] :
( testcross_1(X)
=> ( original_name_2(X,'Testcross')
& user_description_2(X,'Breeding an organism of unknown genotype with a homozygous recessive individual to determine the unknown genotype. The ratio of phenotypes in the offspring reveals the unknown genotype.')
& concept2words_2(X,'test cross')
& concept2words_2(X,testcross)
& controlled_experiment_1(X)
& technique_1(X)
& cross_breeding_event_1(X)
& ~ hershey_chase_experiment_1(X)
& ~ absolute_dating_1(X)
& ~ atomic_tracking_1(X)
& ~ autoradiography_1(X)
& ~ cloning_1(X)
& ~ dna_mapping_1(X)
& ~ dna_microarray_1(X)
& ~ fetoscopy_1(X)
& ~ genetic_linkage_mapping_1(X)
& ~ gram_stain_1(X)
& ~ in_situ_hybridization_1(X)
& ~ in_vitro_hybridization_1(X)
& ~ mark_recapture_method_1(X)
& ~ microscopy_1(X)
& ~ molecular_clock_1(X)
& ~ nuclear_transplantation_1(X)
& ~ population_viability_analysis_1(X)
& ~ positron_emission_tomography_1(X)
& ~ radiometric_dating_1(X)
& ~ rule_of_addition_1(X)
& ~ shotgun_sequencing_1(X)
& ~ x_ray_crystallography_1(X)
& ~ codominance_cross_breeding_event_1(X)
& ~ complete_dominance_cross_breeding_event_1(X)
& ~ homozygous_dominant_cross_1(X)
& ~ homozygous_recessive_cross_1(X)
& ~ hybridization_1(X)
& ~ incomplete_dominance_cross_breeding_event_1(X)
& ~ sex_linkage_cross_breeding_event_1(X)
& cross_breeding_event_1(fn_testcross_1(X))
& generation_1(fn_testcross_2(X))
& generation_1(fn_testcross_3(X))
& by_means_of_2(X,fn_testcross_1(X))
& result_2(fn_testcross_1(X),fn_testcross_2(X))
& agent_2(fn_testcross_1(X),fn_testcross_3(X)) ) ) ).
fof(a533195,axiom,
! [X] :
( testes_1(X)
=> ( original_name_2(X,'Testes')
& user_description_2(X,'Male gonads, where reproductive hormones and sperm are produced.')
& concept2words_2(X,testis)
& gonad_1(X)
& ~ ovary_1(X)
& smooth_endoplasmic_reticulum_1(fn_testes_1(X))
& sex_hormone_1(fn_testes_2(X))
& chemical_reaction_1(fn_testes_3(X))
& synthesis_reaction_1(fn_testes_3(X))
& release_1(fn_testes_4(X))
& tangible_entity_1(fn_release_2(fn_testes_4(X)))
& tangible_entity_1(fn_release_1(fn_testes_4(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_testes_3(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_testes_1(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_testes_1(X)))
& is_inside_2(fn_testes_2(X),X)
& object_2(fn_testes_4(X),fn_testes_2(X))
& result_2(fn_testes_3(X),fn_testes_2(X))
& site_2(fn_testes_3(X),fn_testes_1(X))
& base_2(fn_testes_4(X),X)
& fn_testes_2(X) = fn_release_1(fn_testes_4(X))
& fn_testes_2(X) = fn_chemical_reaction_1(fn_testes_3(X))
& fn_testes_3(X) = fn_smooth_endoplasmic_reticulum_23(fn_testes_1(X))
& fn_testes_3(X) = fn_smooth_endoplasmic_reticulum_7(fn_testes_1(X))
& X = fn_release_2(fn_testes_4(X))
& fn_release_1(fn_testes_4(X)) = fn_chemical_reaction_1(fn_testes_3(X))
& fn_chemical_reaction_1(fn_testes_3(X)) = fn_smooth_endoplasmic_reticulum_23(fn_testes_1(X))
& fn_smooth_endoplasmic_reticulum_23(fn_testes_1(X)) = fn_smooth_endoplasmic_reticulum_7(fn_testes_1(X)) ) ) ).
fof(a533196,axiom,
! [X] :
( testosterone_1(X)
=> ( original_name_2(X,'Testosterone')
& user_description_2(X,'Testosterone is a steroid hormone from the androgen group and is found in mammals, reptiles, birds,and other vertebrates.')
& concept2words_2(X,'male sex hormone')
& concept2words_2(X,'male-sex-hormone')
& concept2words_2(X,testosterone)
& androgen_1(X)
& ~ aldosterone_1(X)
& ~ brassinosteroid_1(X)
& ~ corticosteroid_1(X)
& ~ ecdysone_1(X)
& ~ estradiol_1(X)
& ~ progesterone_1(X)
& constant_motion_1(fn_testosterone_3(X))
& kinetic_energy_1(fn_testosterone_4(X))
& quantity_value_1(fn_testosterone_5(X))
& speed_value_1(fn_testosterone_6(X))
& carbon_skeleton_1(fn_testosterone_7(X))
& repel_1(fn_testosterone_8(X))
& carbon_skeleton_1(fn_testosterone_9(X))
& hydrophobic_region_1(fn_testosterone_10(X))
& cyclohexane_1(fn_testosterone_11(X))
& atom_1(fn_testosterone_12(X))
& chemical_entity_1(fn_testosterone_12(X))
& cyclopentane_1(fn_testosterone_13(X))
& carbon_1(fn_testosterone_14(X))
& atom_1(fn_carbon_skeleton_2(fn_testosterone_9(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_testosterone_9(X)))
& carbon_1(fn_carbon_skeleton_4(fn_testosterone_9(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_testosterone_9(X)))
& is_at_2(fn_testosterone_13(X),fn_testosterone_10(X))
& has_function_2(fn_testosterone_13(X),fn_testosterone_8(X))
& is_inside_2(fn_testosterone_7(X),fn_testosterone_9(X))
& possesses_2(X,fn_testosterone_4(X))
& quantity_2(fn_testosterone_4(X),fn_testosterone_5(X))
& directly_proportional_2(fn_testosterone_6(X),fn_testosterone_5(X))
& speed_2(fn_testosterone_3(X),fn_testosterone_6(X))
& object_2(fn_testosterone_3(X),X)
& has_part_2(X,fn_testosterone_13(X))
& has_region_2(fn_testosterone_13(X),fn_testosterone_7(X))
& has_region_2(fn_testosterone_11(X),fn_testosterone_7(X))
& has_part_2(X,fn_testosterone_11(X))
& has_part_2(X,fn_testosterone_12(X))
& has_region_2(X,fn_testosterone_9(X))
& has_part_2(X,fn_testosterone_14(X))
& is_inside_2(fn_testosterone_14(X),fn_testosterone_9(X))
& fn_testosterone_12(X) != fn_testosterone_14(X)
& fn_testosterone_14(X) != fn_testosterone_12(X)
& has_region_2(X,fn_testosterone_10(X))
& facilitates_2(fn_testosterone_10(X),fn_testosterone_8(X))
& agent_2(fn_testosterone_8(X),X)
& has_function_2(X,fn_testosterone_8(X))
& site_2(fn_testosterone_8(X),fn_testosterone_10(X))
& fn_testosterone_2(X) = fn_steroid_4(X)
& fn_testosterone_1(X) = fn_steroid_3(X)
& fn_testosterone_3(X) = fn_steroid_5(X)
& fn_testosterone_6(X) = fn_steroid_8(X)
& fn_testosterone_5(X) = fn_steroid_7(X)
& fn_testosterone_4(X) = fn_steroid_6(X)
& fn_testosterone_11(X) = fn_steroid_14(X)
& fn_testosterone_7(X) = fn_steroid_16(X)
& fn_testosterone_13(X) = fn_steroid_15(X)
& fn_testosterone_12(X) = fn_steroid_12(X)
& fn_testosterone_12(X) = fn_hormone_3(X)
& fn_testosterone_12(X) = fn_carbon_skeleton_2(fn_testosterone_9(X))
& fn_testosterone_14(X) = fn_steroid_11(X)
& fn_testosterone_14(X) = fn_hormone_2(X)
& fn_testosterone_14(X) = fn_carbon_skeleton_4(fn_testosterone_9(X))
& fn_testosterone_9(X) = fn_steroid_13(X)
& fn_testosterone_9(X) = fn_hormone_1(X)
& X = fn_carbon_skeleton_3(fn_testosterone_9(X))
& fn_testosterone_8(X) = fn_steroid_10(X)
& fn_testosterone_8(X) = fn_hydrophobic_compound_2(X)
& fn_testosterone_10(X) = fn_steroid_9(X)
& fn_testosterone_10(X) = fn_hydrophobic_compound_3(X)
& fn_steroid_12(X) = fn_hormone_3(X)
& fn_hormone_3(X) = fn_steroid_12(X)
& fn_steroid_12(X) = fn_steroid_12(X)
& fn_carbon_skeleton_2(fn_testosterone_9(X)) = fn_steroid_12(X)
& fn_steroid_12(X) = fn_carbon_skeleton_2(fn_testosterone_9(X))
& fn_carbon_skeleton_2(fn_testosterone_9(X)) = fn_steroid_11(X)
& fn_hormone_2(X) = fn_steroid_11(X)
& fn_steroid_11(X) = fn_hormone_2(X)
& fn_hormone_2(X) = fn_hormone_2(X)
& fn_carbon_skeleton_4(fn_testosterone_9(X)) = fn_hormone_2(X)
& fn_hormone_2(X) = fn_carbon_skeleton_4(fn_testosterone_9(X))
& fn_carbon_skeleton_4(fn_testosterone_9(X)) = fn_steroid_13(X)
& fn_steroid_13(X) = fn_steroid_13(X)
& fn_hormone_1(X) = fn_steroid_13(X)
& fn_steroid_13(X) = fn_hormone_1(X)
& fn_hormone_1(X) = fn_steroid_10(X)
& fn_hydrophobic_compound_2(X) = fn_steroid_10(X)
& fn_steroid_10(X) = fn_hydrophobic_compound_2(X)
& fn_hydrophobic_compound_2(X) = fn_steroid_9(X)
& fn_hydrophobic_compound_3(X) = fn_steroid_9(X)
& fn_steroid_9(X) = fn_hydrophobic_compound_3(X)
& fn_carbon_skeleton_3(fn_testosterone_9(X)) = fn_carbon_skeleton_3(fn_testosterone_9(X)) ) ) ).
fof(a533197,axiom,
! [X] :
( testosterone_receptor_1(X)
=> ( original_name_2(X,'Testosterone-Receptor')
& user_description_2(X,'Receptor that testosterone binds to to initiate a cell signal transduction event.')
& concept2words_2(X,'receptor of testosterone')
& concept2words_2(X,'testosterone receptor')
& concept2words_2(X,'testosterone-receptor')
& intracellular_receptor_1(X)
& hormone_receptor_1(X) ) ) ).
fof(a533198,axiom,
! [X] :
( testosterone_secretion_in_males_1(X)
=> ( original_name_2(X,'Testosterone-Secretion-In-Males')
& user_description_2(X,'The process of producing and releasing testosterone from the testis.')
& concept2words_2(X,secrete)
& concept2words_2(X,'testosterone secretion in male')
& concept2words_2(X,'testosterone-secretion-in-male')
& secretion_1(X)
& leydig_cell_1(fn_testosterone_secretion_in_males_1(X))
& secretor_1(fn_testosterone_secretion_in_males_2(X))
& testosterone_1(fn_testosterone_secretion_in_males_3(X))
& tissue_1(fn_testosterone_secretion_in_males_4(X))
& testes_1(fn_testosterone_secretion_in_males_5(X))
& tissue_1(fn_organ_1(fn_testosterone_secretion_in_males_5(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_testosterone_secretion_in_males_4(X)))
& object_2(X,fn_testosterone_secretion_in_males_3(X))
& base_2(X,fn_testosterone_secretion_in_males_1(X))
& plays_2(fn_testosterone_secretion_in_males_1(X),fn_testosterone_secretion_in_males_2(X))
& has_part_2(fn_testosterone_secretion_in_males_5(X),fn_testosterone_secretion_in_males_4(X))
& in_event_2(fn_testosterone_secretion_in_males_2(X),X)
& has_part_2(fn_testosterone_secretion_in_males_4(X),fn_testosterone_secretion_in_males_1(X))
& fn_testosterone_secretion_in_males_3(X) = fn_secretion_1(X)
& fn_testosterone_secretion_in_males_1(X) = fn_secretion_2(X)
& fn_testosterone_secretion_in_males_4(X) = fn_organ_1(fn_testosterone_secretion_in_males_5(X))
& fn_testosterone_secretion_in_males_2(X) = fn_secretion_3(X)
& fn_testosterone_secretion_in_males_1(X) = fn_tissue_1(fn_testosterone_secretion_in_males_4(X))
& fn_secretion_2(X) = fn_secretion_2(X)
& fn_secretion_2(X) = fn_tissue_1(fn_testosterone_secretion_in_males_4(X)) ) ) ).
fof(a533199,axiom,
! [X] :
( tetanus_1(X)
=> ( original_name_2(X,'Tetanus')
& user_description_2(X,'The prolonged maximal contraction of a skeletal muscle, usually caused by toxins produced by the bacterium Clostridium tetani.')
& concept2words_2(X,lockjaw)
& concept2words_2(X,tetanus)
& bacterial_disease_1(X)
& ~ african_sleeping_sickness_1(X)
& ~ aids_1(X)
& ~ cholera_1(X)
& ~ cowpox_1(X)
& ~ encephalitis_1(X)
& ~ gastric_ulcer_1(X)
& ~ gonorrhea_1(X)
& ~ hemorrhagic_fever_1(X)
& ~ influenza_1(X)
& ~ lyme_disease_1(X)
& ~ malaria_1(X)
& ~ mycosis_1(X)
& ~ smallpox_1(X)
& ~ tobacco_mosaic_disease_1(X)
& ~ tuberculosis_1(X) ) ) ).
fof(a533200,axiom,
! [X] :
( tetracycline_1(X)
=> ( original_name_2(X,'Tetracycline')
& user_description_2(X,'A broad spectrum antibiotic used to treat bacterial infections, including pneumonia and other respiratory tract infections; acne; infections of skin, genital and urinary systems; and the infection that causes stomach ulcers.')
& concept2words_2(X,tetracycline)
& antibiotic_1(X)
& ~ ampicillin_1(X)
& ~ antimicrobial_protein_1(X)
& ~ erythromycin_1(X)
& ~ penicillin_1(X)
& ~ vancomycin_1(X) ) ) ).
fof(a533201,axiom,
! [X] :
( tetrad_1(X)
=> ( original_name_2(X,'Tetrad')
& user_description_2(X,'Complex of homologous chromosomes formed during synapsis, totalling 4 chromatids.')
& concept2words_2(X,'pair of homologous chromosome')
& concept2words_2(X,'pair-of-homologous-chromosome')
& concept2words_2(X,'homologous chromosome pair')
& concept2words_2(X,'homologous-chromosome-pair')
& concept2words_2(X,tetrad)
& gene_related_aggregates_1(X)
& homologous_chromosome_1(fn_tetrad_1(X))
& homologous_chromosome_1(fn_tetrad_2(X))
& has_part_2(X,fn_tetrad_2(X))
& has_part_2(X,fn_tetrad_1(X)) ) ) ).
fof(a533202,axiom,
! [X] :
( tetrapod_1(X)
=> ( original_name_2(X,'Tetrapod')
& user_description_2(X,'A vertebrate with two pairs of limbs; includes reptiles, birds, amphibians, and mammals.')
& concept2words_2(X,tetrapod)
& vertebrate_1(X) ) ) ).
fof(a533203,axiom,
! [X] :
( tetrapod_fish_1(X)
=> ( original_name_2(X,'Tetrapod-Fish')
& user_description_2(X,'Member of an extinct tetrapod, Acanthostega, which was one of the first vertebrates to have recognizable limbs.')
& concept2words_2(X,acanthostega)
& concept2words_2(X,lobster)
& concept2words_2(X,'fish of tetrapod')
& concept2words_2(X,'tetrapod fish')
& concept2words_2(X,'tetrapod-fish')
& fish_1(X)
& ~ bony_fish_1(X)
& ~ cartilaginous_fish_1(X)
& ~ lobe_fin_fish_1(X) ) ) ).
fof(a533204,axiom,
! [X] :
( text_field_1(X)
=> ( original_name_2(X,'Text-Field')
& description_2(X,'a message field whose content is a text constant')
& concept2words_2(X,'field of text')
& concept2words_2(X,'text field')
& concept2words_2(X,'text-field')
& message_field_1(X)
& ~ number_field_1(X) ) ) ).
fof(a533205,axiom,
! [X] :
( texture_constant_1(X)
=> ( original_name_2(X,'Texture-Constant')
& concept2words_2(X,'constant of texture')
& concept2words_2(X,'texture constant')
& concept2words_2(X,'texture-constant')
& constant_1(X) ) ) ).
fof(a533206,axiom,
! [X] :
( texture_value_1(X)
=> ( original_name_2(X,'Texture-Value')
& description_2(X,'the feel of a surface or a fabric')
& concept2words_2(X,texture)
& concept2words_2(X,'value of texture')
& concept2words_2(X,'texture value')
& concept2words_2(X,'texture-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a533207,axiom,
! [X] :
( thalamus_1(X)
=> ( original_name_2(X,'Thalamus')
& user_description_2(X,'A structure in the vertebrate brain, located between the cerebral cortex and the midbrain. It functions as a relay station, directing sensory and motor signals to the cerebral cortex and regulating consciousness, sleep, and alertness.')
& concept2words_2(X,thalamus)
& diencephalon_1(X)
& ~ reticular_formation_1(X)
& ~ primary_visual_cortex_1(X)
& ~ brainstem_1(X)
& ~ cerebellum_1(X)
& ~ cerebrum_1(X)
& ~ forebrain_1(X)
& ~ hindbrain_1(X)
& ~ hypothalamus_1(X)
& ~ medulla_oblongata_1(X)
& ~ midbrain_1(X)
& ~ pons_1(X)
& ~ posterior_pituitary_1(X)
& ~ primary_motor_cortex_1(X)
& ~ reticular_system_1(X)
& ~ suprachiasmatic_nucleus_1(X)
& ~ lateral_geniculate_1(X)
& ~ corpus_callosum_1(X)
& ~ cerebral_cortex_1(X) ) ) ).
fof(a533208,axiom,
! [X] :
( thalidomide_1(X)
=> ( original_name_2(X,'Thalidomide')
& user_description_2(X,'A drug prescribed to pregnant women in the 1950s and 1960s, to prevent or reduce morning sickness. It was later found to be a teratogen that caused severe birth defects.')
& concept2words_2(X,thalidomide)
& drug_1(X) ) ) ).
fof(a533209,axiom,
! [X] :
( thallium_1(X)
=> ( original_name_2(X,'Thallium')
& user_description_2(X,'Thallium is a metal atom with atomic number 81. It is represented by the symbol Tl.')
& concept2words_2(X,thallium)
& concept2words_2(X,'Tl')
& metal_atom_1(X)
& neutron_1(fn_thallium_3(X))
& atomic_mass_value_1(fn_thallium_4(X))
& electronegativity_value_1(fn_thallium_5(X))
& valence_electron_1(fn_thallium_9(X))
& atomic_weight_value_1(fn_thallium_10(X))
& atomic_number_value_1(fn_thallium_11(X))
& quantity_value_1(fn_thallium_12(X))
& electronegativity_2(X,fn_thallium_5(X))
& mass_number_2(X,fn_thallium_4(X))
& exactCardinality(X,has_part_0,"123",neutron_0)
& exactCardinality(X,has_part_0,"81",proton_0)
& exactCardinality(X,has_part_0,"81",electron_0)
& has_part_2(X,fn_thallium_3(X))
& the_cardinal_value_2(fn_thallium_12(X),"3")
& cardinal_unit_class_2(fn_thallium_12(X),unity_0)
& the_cardinal_value_2(fn_thallium_5(X),"2.04")
& cardinal_unit_class_2(fn_thallium_5(X),unity_0)
& the_cardinal_value_2(fn_thallium_4(X),"204")
& cardinal_unit_class_2(fn_thallium_4(X),unity_0)
& the_cardinal_value_2(fn_thallium_11(X),"81")
& cardinal_unit_class_2(fn_thallium_11(X),unity_0)
& the_cardinal_value_2(fn_thallium_10(X),"204.4")
& cardinal_unit_class_2(fn_thallium_10(X),dalton_0)
& atomic_number_2(X,fn_thallium_11(X))
& atomic_weight_2(X,fn_thallium_10(X))
& has_part_2(X,fn_thallium_9(X))
& quantity_2(fn_thallium_9(X),fn_thallium_12(X))
& fn_thallium_7(X) = fn_atom_12(X)
& fn_thallium_11(X) = fn_atom_17(X)
& fn_thallium_8(X) = fn_atom_13(X)
& fn_thallium_10(X) = fn_atom_16(X)
& fn_thallium_6(X) = fn_atom_1(X)
& fn_thallium_12(X) = fn_atom_5(X)
& fn_thallium_9(X) = fn_atom_14(X) ) ) ).
fof(a533210,axiom,
! [X] :
( thallus_1(X)
=> ( original_name_2(X,'Thallus')
& user_description_2(X,'The body of a seaweed, consisting of a holdfast, stipe, and blades. Lacks plant structures such as roots, leaves, and stems.')
& concept2words_2(X,thallus)
& protist_structure_1(X) ) ) ).
fof(a533211,axiom,
! [X] :
( theory_1(X)
=> ( original_name_2(X,'Theory')
& user_description_2(X,'In science, an explanation of a natural phenomenon that is broad in scope, supported by much evidence, and from which new hypotheses are generated.')
& concept2words_2(X,theory)
& information_1(X) ) ) ).
fof(a533212,axiom,
! [X] :
( therapeutic_cloning_1(X)
=> ( original_name_2(X,'Therapeutic-Cloning')
& user_description_2(X,'A technique to create a cloned ovum that has a donor nucleus.')
& concept2words_2(X,'somatic cell nuclear transfer')
& concept2words_2(X,clone)
& concept2words_2(X,'therapeutic cloning')
& concept2words_2(X,'therapeutic-cloning')
& cloning_1(X)
& organism_1(fn_therapeutic_cloning_1(X))
& role_1(fn_therapeutic_cloning_2(X))
& repair_1(fn_therapeutic_cloning_3(X))
& medical_procedure_1(fn_therapeutic_cloning_4(X))
& stem_cell_1(fn_therapeutic_cloning_5(X))
& embryo_1(fn_therapeutic_cloning_6(X))
& entity_1(fn_therapeutic_cloning_6(X))
& embryonic_stem_cell_1(fn_therapeutic_cloning_7(X))
& create_1(fn_therapeutic_cloning_8(X))
& eukaryotic_cell_1(fn_embryo_1(fn_therapeutic_cloning_6(X)))
& entity_1(fn_create_1(fn_therapeutic_cloning_8(X)))
& purpose_2(fn_therapeutic_cloning_5(X),fn_therapeutic_cloning_4(X))
& base_2(fn_therapeutic_cloning_3(X),fn_therapeutic_cloning_1(X))
& raw_material_2(fn_therapeutic_cloning_3(X),fn_therapeutic_cloning_7(X))
& in_event_2(fn_therapeutic_cloning_2(X),fn_therapeutic_cloning_3(X))
& plays_2(fn_therapeutic_cloning_6(X),fn_therapeutic_cloning_2(X))
& supports_2(X,fn_therapeutic_cloning_4(X))
& agent_2(X,fn_therapeutic_cloning_5(X))
& objective_2(X,fn_therapeutic_cloning_3(X))
& subevent_2(X,fn_therapeutic_cloning_8(X))
& result_2(fn_therapeutic_cloning_8(X),fn_therapeutic_cloning_6(X))
& has_part_2(fn_therapeutic_cloning_6(X),fn_therapeutic_cloning_7(X))
& fn_therapeutic_cloning_8(X) = fn_cloning_3(X)
& fn_therapeutic_cloning_7(X) = fn_embryo_1(fn_therapeutic_cloning_6(X))
& fn_therapeutic_cloning_6(X) = fn_create_1(fn_therapeutic_cloning_8(X)) ) ) ).
fof(a533213,axiom,
! [X] :
( thermal_energy_1(X)
=> ( original_name_2(X,'Thermal-Energy')
& user_description_2(X,'Energy that produces heat is thermal energy.')
& concept2words_2(X,'heat energy')
& concept2words_2(X,'heat-energy')
& concept2words_2(X,heat)
& concept2words_2(X,'energy of thermal')
& concept2words_2(X,'thermal energy')
& concept2words_2(X,'thermal-energy')
& kinetic_energy_1(X)
& ~ light_1(X) ) ) ).
fof(a533214,axiom,
! [X] :
( thermal_energy_increase_in_organism_1(X)
=> ( original_name_2(X,'Thermal-Energy-Increase-In-Organism')
& user_description_2(X,'An increase in thermal energy increases the temperature of an organism.')
& concept2words_2(X,'thermal energy increase in organism')
& concept2words_2(X,'thermal-energy-increase-in-organism')
& increase_1(X)
& tangible_entity_1(fn_thermal_energy_increase_in_organism_1(X))
& thermal_energy_1(fn_thermal_energy_increase_in_organism_2(X))
& organism_1(fn_thermal_energy_increase_in_organism_3(X))
& temperature_value_1(fn_thermal_energy_increase_in_organism_6(X))
& temperature_value_1(fn_thermal_energy_increase_in_organism_7(X))
& experiencer_2(X,fn_thermal_energy_increase_in_organism_3(X))
& object_2(X,fn_thermal_energy_increase_in_organism_2(X))
& base_2(X,fn_thermal_energy_increase_in_organism_1(X))
& to_value_2(X,fn_thermal_energy_increase_in_organism_7(X))
& from_value_2(X,fn_thermal_energy_increase_in_organism_6(X))
& greater_than_2(fn_thermal_energy_increase_in_organism_7(X),fn_thermal_energy_increase_in_organism_6(X))
& fn_thermal_energy_increase_in_organism_5(X) = fn_increase_2(X)
& fn_thermal_energy_increase_in_organism_4(X) = fn_increase_1(X)
& fn_thermal_energy_increase_in_organism_7(X) = fn_increase_4(X)
& fn_thermal_energy_increase_in_organism_6(X) = fn_increase_3(X) ) ) ).
fof(a533215,axiom,
! [X] :
( thermal_motion_1(X)
=> ( original_name_2(X,'Thermal-Motion')
& user_description_2(X,'The constant, random movement of molecules.')
& concept2words_2(X,'motion of thermal')
& concept2words_2(X,'thermal motion')
& concept2words_2(X,'thermal-motion')
& random_motion_1(X)
& speed_value_1(fn_thermal_motion_1(X))
& speed_value_1(fn_thermal_motion_2(X))
& spatial_entity_1(fn_thermal_motion_5(X))
& tangible_entity_1(fn_thermal_motion_5(X))
& thermal_energy_1(fn_thermal_motion_6(X))
& tangible_entity_1(fn_kinetic_energy_2(fn_thermal_motion_6(X)))
& speed_2(X,fn_thermal_motion_2(X))
& agent_2(X,fn_thermal_motion_6(X))
& the_cardinal_value_2(fn_thermal_motion_1(X),"0.0e0")
& cardinal_unit_class_2(fn_thermal_motion_1(X),meter_per_second_0)
& greater_than_2(fn_thermal_motion_2(X),fn_thermal_motion_1(X))
& object_2(X,fn_thermal_motion_5(X))
& possesses_2(fn_thermal_motion_5(X),fn_thermal_motion_6(X))
& fn_thermal_motion_5(X) = fn_move_1(X)
& fn_thermal_motion_5(X) = fn_kinetic_energy_2(fn_thermal_motion_6(X))
& fn_move_1(X) = fn_kinetic_energy_2(fn_thermal_motion_6(X)) ) ) ).
fof(a533216,axiom,
! [X] :
( thermocline_1(X)
=> ( original_name_2(X,'Thermocline')
& user_description_2(X,'A thin layer in a large body of water or air in which the temperature changes more rapidly with depth than in the layers above and below.')
& concept2words_2(X,thermocline)
& cline_1(X) ) ) ).
fof(a533217,axiom,
! [X] :
( thermocycler_1(X)
=> ( original_name_2(X,'Thermocycler')
& user_description_2(X,'The thermocycler is a laboratory apparatus used to amplify segments of DNA via the polymerase chain reaction (PCR) process.')
& concept2words_2(X,'pcr machine')
& concept2words_2(X,thermalcycler)
& concept2words_2(X,'thermal cycler')
& concept2words_2(X,'thermal-cycler')
& concept2words_2(X,thermocycler)
& scientific_device_1(X)
& polymerase_chain_reaction_1(fn_thermocycler_1(X))
& temperature_value_1(fn_thermocycler_2(X))
& solution_1(fn_thermocycler_3(X))
& heat_1(fn_thermocycler_4(X))
& tangible_entity_1(fn_heat_1(fn_thermocycler_4(X)))
& property_node_1(fn_heat_2(fn_thermocycler_4(X)))
& temperature_value_1(fn_heat_5(fn_thermocycler_4(X)))
& instrument_2(fn_thermocycler_1(X),X)
& agent_2(fn_thermocycler_4(X),X)
& the_cardinal_value_2(fn_thermocycler_2(X),"75.0e0")
& cardinal_unit_class_2(fn_thermocycler_2(X),celsius_0)
& base_2(fn_thermocycler_4(X),fn_thermocycler_3(X))
& to_value_2(fn_thermocycler_4(X),fn_thermocycler_2(X))
& fn_thermocycler_3(X) = fn_heat_1(fn_thermocycler_4(X))
& fn_thermocycler_5(X) = fn_heat_2(fn_thermocycler_4(X))
& fn_thermocycler_2(X) = fn_heat_5(fn_thermocycler_4(X)) ) ) ).
fof(a533218,axiom,
! [X] :
( thermodynamic_system_1(X)
=> ( original_name_2(X,'Thermodynamic-System')
& user_description_2(X,'A thermodynamic system is a precisely defined macroscopic region of the universe, often called a physical system, that is studied using the principles of thermodynamics.')
& concept2words_2(X,system)
& concept2words_2(X,'thermodynamic system')
& concept2words_2(X,'thermodynamic-system')
& model_1(X)
& ~ cognitive_map_1(X)
& ~ ecological_model_1(X)
& ~ five_kingdom_system_1(X)
& ~ fluid_mosaic_model_1(X)
& ~ molecular_formula_1(X)
& ~ redundancy_model_1(X)
& ~ representation_of_data_1(X)
& ~ rivet_model_1(X)
& ~ sandwich_model_1(X)
& ~ tangible_entity_1(X)
& ~ region_1(X)
& ~ band_pattern_1(X)
& ~ chiasma_1(X)
& ~ distance_between_genes_1(X)
& ~ map_unit_1(X)
& ~ nicks_in_damaged_dna_1(X)
& ~ replication_fork_1(X)
& ~ waste_product_1(X) ) ) ).
fof(a533219,axiom,
! [X] :
( thermodynamics_1(X)
=> ( original_name_2(X,'Thermodynamics')
& user_description_2(X,'The branch of science that studies the energy transformations that occur in physical systems.')
& concept2words_2(X,thermodynamics)
& inquiry_1(X)
& transformation_1(fn_thermodynamics_1(X))
& mechanical_energy_1(fn_thermodynamics_2(X))
& thermal_energy_1(fn_thermodynamics_3(X))
& substance_1(fn_thermodynamics_4(X))
& tangible_entity_1(fn_kinetic_energy_2(fn_thermodynamics_3(X)))
& subevent_2(X,fn_thermodynamics_1(X))
& result_2(fn_thermodynamics_1(X),fn_thermodynamics_2(X))
& object_2(fn_thermodynamics_1(X),fn_thermodynamics_3(X))
& base_2(fn_thermodynamics_1(X),fn_thermodynamics_4(X))
& possesses_2(fn_thermodynamics_4(X),fn_thermodynamics_3(X))
& fn_thermodynamics_4(X) = fn_kinetic_energy_2(fn_thermodynamics_3(X)) ) ) ).
fof(a533220,axiom,
! [X] :
( thermoreceptor_1(X)
=> ( original_name_2(X,'Thermoreceptor')
& user_description_2(X,'A sensory receptor that is stimulated by either heat or cold.')
& concept2words_2(X,thermoreceptor)
& sensory_receptor_1(X)
& ~ chemoreceptor_1(X)
& ~ electromagnetic_receptor_1(X)
& ~ exteroceptor_1(X)
& ~ mechanoreceptor_1(X)
& ~ nociceptor_1(X)
& ~ pain_receptor_1(X) ) ) ).
fof(a533221,axiom,
! [X] :
( thermoregulation_1(X)
=> ( original_name_2(X,'Thermoregulation')
& user_description_2(X,'The ability to maintain the internal body temperature within a range in which physiological processes can occur normally.')
& concept2words_2(X,thermoregulation)
& regulation_1(X)
& homeostatic_response_1(X)
& ~ acclimatization_1(X)
& ~ biological_clock_1(X)
& ~ hibernation_1(X)
& ~ negative_feedback_1(X)
& ~ plant_response_1(X) ) ) ).
fof(a533222,axiom,
! [X] :
( theropod_1(X)
=> ( original_name_2(X,'Theropod')
& user_description_2(X,'Member of a clade that includes saurischian dinosaurs (bipedal carnivores such as T. rex) and birds.')
& concept2words_2(X,theropod)
& dinosaur_1(X) ) ) ).
fof(a533223,axiom,
! [X] :
( thick_filament_1(X)
=> ( original_name_2(X,'Thick-Filament')
& user_description_2(X,'In muscle fibers, a filament made of arrangements of myosin molecules.')
& concept2words_2(X,'thick fiber')
& concept2words_2(X,'thick-fiber')
& concept2words_2(X,'filament of thick')
& concept2words_2(X,'thick filament')
& concept2words_2(X,'thick-filament')
& filament_protein_1(X)
& ~ anaphase_promoting_complex_1(X)
& ~ capsomere_1(X)
& ~ complement_system_1(X)
& ~ light_harvesting_complex_1(X)
& ~ membrane_attack_complex_1(X)
& ~ myofibril_1(X)
& ~ proteasome_1(X)
& ~ protein_core_1(X)
& ~ reaction_center_complex_1(X)
& ~ rosette_cellulose_synthesizing_complex_1(X)
& ~ thin_filament_1(X)
& ~ troponin_complex_1(X) ) ) ).
fof(a533224,axiom,
! [X] :
( thickness_constant_1(X)
=> ( original_name_2(X,'Thickness-Constant')
& concept2words_2(X,thickness)
& concept2words_2(X,'constant of thickness')
& concept2words_2(X,'thickness constant')
& concept2words_2(X,'thickness-constant')
& constant_1(X) ) ) ).
fof(a533225,axiom,
! [X] :
( thickness_scale_1(X)
=> ( original_name_2(X,'Thickness-Scale')
& concept2words_2(X,'scale of thickness')
& concept2words_2(X,'thickness scale')
& concept2words_2(X,'thickness-scale')
& scale_1(X) ) ) ).
fof(a533226,axiom,
! [X] :
( thigmomorphogenesis_1(X)
=> ( original_name_2(X,'Thigmomorphogenesis')
& user_description_2(X,'In plants, an altered growth pattern in response to a mechanical stimulus, such as consistent strong winds.')
& concept2words_2(X,thigmomorphogenesis)
& plant_intercellular_process_1(X)
& ~ photoperiodism_1(X)
& ~ positive_feedback_1(X)
& ~ reflex_1(X)
& ~ triple_response_1(X)
& ~ tropism_1(X) ) ) ).
fof(a533227,axiom,
! [X] :
( thigmotropism_1(X)
=> ( original_name_2(X,'Thigmotropism')
& user_description_2(X,'In plants, directional movement or growth in response to a mechanical stimulus.')
& concept2words_2(X,thigmotropism)
& tropism_1(X)
& ~ gravitropism_1(X)
& ~ phototropism_1(X) ) ) ).
fof(a533228,axiom,
! [X] :
( thin_filament_1(X)
=> ( original_name_2(X,'Thin-Filament')
& user_description_2(X,'In muscle fibers, a filament made of paired strands of actin and protein coiled together.')
& concept2words_2(X,'thin fiber')
& concept2words_2(X,'thin-fiber')
& concept2words_2(X,'thin filament')
& concept2words_2(X,'thin-filament')
& filament_protein_1(X)
& ~ anaphase_promoting_complex_1(X)
& ~ capsomere_1(X)
& ~ complement_system_1(X)
& ~ light_harvesting_complex_1(X)
& ~ membrane_attack_complex_1(X)
& ~ myofibril_1(X)
& ~ proteasome_1(X)
& ~ protein_core_1(X)
& ~ reaction_center_complex_1(X)
& ~ rosette_cellulose_synthesizing_complex_1(X)
& ~ thick_filament_1(X)
& ~ troponin_complex_1(X) ) ) ).
fof(a533229,axiom,
! [X] :
( thiol_1(X)
=> ( original_name_2(X,'Thiol')
& user_description_2(X,'A thiol is an organosulfur compound that contains a sulfur-hydrogen bond (S-H).')
& concept2words_2(X,thiol)
& organic_molecule_1(X)
& carbon_1(fn_thiol_3(X))
& carbon_skeleton_1(fn_thiol_4(X))
& kinetic_energy_1(fn_thiol_5(X))
& constant_motion_1(fn_thiol_6(X))
& speed_value_1(fn_thiol_7(X))
& quantity_value_1(fn_thiol_8(X))
& entity_1(fn_thiol_9(X))
& hydrogen_1(fn_thiol_9(X))
& atom_1(fn_thiol_9(X))
& chemical_entity_1(fn_thiol_9(X))
& covalent_bond_1(fn_thiol_10(X))
& chemical_bond_1(fn_thiol_10(X))
& sulfhydryl_group_1(fn_thiol_11(X))
& atom_1(fn_thiol_12(X))
& sulfur_1(fn_thiol_12(X))
& chemical_entity_1(fn_functional_group_1(fn_thiol_11(X)))
& sulfur_1(fn_sulfhydryl_group_6(fn_thiol_11(X)))
& entity_1(fn_covalent_bond_20(fn_thiol_10(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_thiol_10(X)))
& atom_1(fn_covalent_bond_20(fn_thiol_10(X)))
& entity_1(fn_covalent_bond_19(fn_thiol_10(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_thiol_10(X)))
& atom_1(fn_covalent_bond_19(fn_thiol_10(X)))
& hydrogen_1(fn_sulfhydryl_group_7(fn_thiol_11(X)))
& has_part_2(X,fn_thiol_12(X))
& is_between_2(fn_thiol_10(X),fn_thiol_9(X))
& possesses_2(X,fn_thiol_10(X))
& is_between_2(fn_thiol_10(X),fn_thiol_12(X))
& has_region_2(X,fn_thiol_11(X))
& is_inside_2(fn_thiol_12(X),fn_thiol_11(X))
& is_inside_2(fn_thiol_9(X),fn_thiol_11(X))
& fn_thiol_12(X) != fn_thiol_9(X)
& fn_thiol_9(X) != fn_thiol_12(X)
& has_part_2(X,fn_thiol_9(X))
& fn_thiol_9(X) != fn_thiol_3(X)
& is_inside_2(fn_thiol_3(X),fn_thiol_4(X))
& has_region_2(X,fn_thiol_4(X))
& has_part_2(X,fn_thiol_3(X))
& fn_thiol_3(X) != fn_thiol_9(X)
& possesses_2(X,fn_thiol_5(X))
& quantity_2(fn_thiol_5(X),fn_thiol_8(X))
& directly_proportional_2(fn_thiol_7(X),fn_thiol_8(X))
& speed_2(fn_thiol_6(X),fn_thiol_7(X))
& object_2(fn_thiol_6(X),X)
& fn_thiol_9(X) = fn_covalent_bond_20(fn_thiol_10(X))
& fn_thiol_9(X) = fn_covalent_bond_19(fn_thiol_10(X))
& fn_thiol_12(X) = fn_molecule_11(X)
& fn_thiol_10(X) = fn_molecule_10(X)
& X = fn_functional_group_1(fn_thiol_11(X))
& fn_thiol_12(X) = fn_sulfhydryl_group_6(fn_thiol_11(X))
& fn_thiol_9(X) = fn_sulfhydryl_group_7(fn_thiol_11(X))
& fn_thiol_4(X) = fn_organic_molecule_3(X)
& fn_thiol_3(X) = fn_organic_molecule_1(X)
& fn_thiol_9(X) = fn_organic_molecule_2(X)
& fn_thiol_1(X) = fn_molecule_2(X)
& fn_thiol_2(X) = fn_molecule_1(X)
& fn_thiol_6(X) = fn_molecule_8(X)
& fn_thiol_7(X) = fn_molecule_3(X)
& fn_thiol_8(X) = fn_molecule_4(X)
& fn_thiol_5(X) = fn_molecule_12(X)
& fn_molecule_11(X) = fn_sulfhydryl_group_6(fn_thiol_11(X))
& fn_sulfhydryl_group_6(fn_thiol_11(X)) = fn_sulfhydryl_group_6(fn_thiol_11(X))
& fn_sulfhydryl_group_6(fn_thiol_11(X)) = fn_covalent_bond_20(fn_thiol_10(X))
& fn_covalent_bond_20(fn_thiol_10(X)) = fn_covalent_bond_19(fn_thiol_10(X))
& fn_covalent_bond_19(fn_thiol_10(X)) = fn_covalent_bond_19(fn_thiol_10(X))
& fn_covalent_bond_19(fn_thiol_10(X)) = fn_sulfhydryl_group_7(fn_thiol_11(X))
& fn_sulfhydryl_group_7(fn_thiol_11(X)) = fn_sulfhydryl_group_7(fn_thiol_11(X))
& fn_sulfhydryl_group_7(fn_thiol_11(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X) ) ) ).
fof(a533230,axiom,
! [X] :
( third_electron_shell_1(X)
=> ( original_name_2(X,'Third-Electron-Shell')
& user_description_2(X,'The third energy shell of an atom, containing the valence electrons involved in the chemical reactions of that atom.')
& concept2words_2(X,'third electron shell')
& concept2words_2(X,'third electron-shell')
& concept2words_2(X,'third-electron-shell')
& electron_shell_1(X)
& ~ first_electron_shell_1(X)
& ~ second_electron_shell_1(X)
& p_orbital_1(fn_third_electron_shell_1(X))
& s_orbital_1(fn_third_electron_shell_2(X))
& electron_1(fn_third_electron_shell_3(X))
& atom_1(fn_third_electron_shell_4(X))
& has_region_2(X,fn_third_electron_shell_1(X))
& has_region_2(X,fn_third_electron_shell_2(X))
& fn_third_electron_shell_4(X) = fn_electron_shell_1(X)
& fn_third_electron_shell_3(X) = fn_electron_shell_2(X)
& fn_third_electron_shell_2(X) = fn_electron_shell_3(X) ) ) ).
fof(a533231,axiom,
! [X] :
( thorax_1(X)
=> ( original_name_2(X,'Thorax')
& user_description_2(X,'The thorax is a division of an animal\'s body that lies between the head and the abdomen.')
& concept2words_2(X,thorax)
& body_segment_1(X)
& ~ abdomen_1(X)
& ~ head_1(X) ) ) ).
fof(a533232,axiom,
! [X] :
( thorium_1(X)
=> ( original_name_2(X,'Thorium')
& user_description_2(X,'Thorium is a metal atom with atomic number 90. It is represented by the symbol Th.')
& concept2words_2(X,thorium)
& concept2words_2(X,th)
& metal_atom_1(X)
& neutron_1(fn_thorium_4(X))
& atomic_mass_value_1(fn_thorium_5(X))
& valence_value_1(fn_thorium_6(X))
& electronegativity_value_1(fn_thorium_7(X))
& valence_electron_1(fn_thorium_11(X))
& atomic_weight_value_1(fn_thorium_12(X))
& atomic_number_value_1(fn_thorium_13(X))
& quantity_value_1(fn_thorium_14(X))
& electronegativity_2(X,fn_thorium_7(X))
& valence_2(X,fn_thorium_6(X))
& mass_number_2(X,fn_thorium_5(X))
& exactCardinality(X,has_part_0,"142",neutron_0)
& exactCardinality(X,has_part_0,"90",proton_0)
& exactCardinality(X,has_part_0,"90",electron_0)
& has_part_2(X,fn_thorium_4(X))
& the_cardinal_value_2(fn_thorium_14(X),"4")
& cardinal_unit_class_2(fn_thorium_14(X),unity_0)
& the_cardinal_value_2(fn_thorium_7(X),"1.3")
& cardinal_unit_class_2(fn_thorium_7(X),unity_0)
& the_cardinal_value_2(fn_thorium_6(X),"4")
& cardinal_unit_class_2(fn_thorium_6(X),unity_0)
& the_cardinal_value_2(fn_thorium_5(X),"232")
& cardinal_unit_class_2(fn_thorium_5(X),unity_0)
& the_cardinal_value_2(fn_thorium_13(X),"90")
& cardinal_unit_class_2(fn_thorium_13(X),unity_0)
& the_cardinal_value_2(fn_thorium_12(X),"232")
& cardinal_unit_class_2(fn_thorium_12(X),dalton_0)
& atomic_number_2(X,fn_thorium_13(X))
& atomic_weight_2(X,fn_thorium_12(X))
& has_part_2(X,fn_thorium_11(X))
& quantity_2(fn_thorium_11(X),fn_thorium_14(X))
& fn_thorium_9(X) = fn_atom_12(X)
& fn_thorium_13(X) = fn_atom_17(X)
& fn_thorium_10(X) = fn_atom_13(X)
& fn_thorium_12(X) = fn_atom_16(X)
& fn_thorium_8(X) = fn_atom_1(X)
& fn_thorium_14(X) = fn_atom_5(X)
& fn_thorium_11(X) = fn_atom_14(X) ) ) ).
fof(a533233,axiom,
! [X] :
( threatened_species_1(X)
=> ( original_name_2(X,'Threatened-Species')
& user_description_2(X,'Any species that may become endangered in the near future.')
& concept2words_2(X,'threatened species')
& concept2words_2(X,'threatened-specy')
& ecological_species_1(X)
& ~ introduced_species_1(X)
& ~ invasive_species_1(X) ) ) ).
fof(a533234,axiom,
! [X] :
( three_phosphoglycerate_1(X)
=> ( original_name_2(X,'Three-Phosphoglycerate')
& user_description_2(X,'Phosphorylated intermediate molecule produced through carbon-fixation in the first phase of photosynthesis.')
& concept2words_2(X,'3 phosphoglycerate')
& concept2words_2(X,'3-phosphoglycerate')
& concept2words_2(X,'3 phosphoglyceric acid')
& concept2words_2(X,'3-phosphoglyceric-acid')
& concept2words_2(X,'3pg')
& concept2words_2(X,'glycerate 3 phosphate')
& concept2words_2(X,'glycerate-3-phosphate')
& concept2words_2(X,gp)
& concept2words_2(X,'three phosphoglycerate')
& concept2words_2(X,'three-phosphoglycerate')
& organic_molecule_1(X)
& entity_1(fn_three_phosphoglycerate_3(X))
& chemical_entity_1(fn_three_phosphoglycerate_3(X))
& atom_1(fn_three_phosphoglycerate_3(X))
& carbon_1(fn_three_phosphoglycerate_3(X))
& entity_1(fn_three_phosphoglycerate_4(X))
& chemical_entity_1(fn_three_phosphoglycerate_4(X))
& atom_1(fn_three_phosphoglycerate_4(X))
& oxygen_1(fn_three_phosphoglycerate_4(X))
& carbon_skeleton_1(fn_three_phosphoglycerate_5(X))
& carboxyl_group_1(fn_three_phosphoglycerate_6(X))
& double_bond_1(fn_three_phosphoglycerate_7(X))
& single_bond_1(fn_three_phosphoglycerate_8(X))
& double_bond_1(fn_three_phosphoglycerate_9(X))
& functional_group_1(fn_three_phosphoglycerate_10(X))
& phosphate_group_1(fn_three_phosphoglycerate_10(X))
& entity_1(fn_three_phosphoglycerate_11(X))
& chemical_entity_1(fn_three_phosphoglycerate_11(X))
& atom_1(fn_three_phosphoglycerate_11(X))
& hydrogen_1(fn_three_phosphoglycerate_11(X))
& entity_1(fn_three_phosphoglycerate_12(X))
& chemical_entity_1(fn_three_phosphoglycerate_12(X))
& atom_1(fn_three_phosphoglycerate_12(X))
& oxygen_1(fn_three_phosphoglycerate_12(X))
& phosphorus_1(fn_three_phosphoglycerate_13(X))
& quantity_value_1(fn_three_phosphoglycerate_14(X))
& speed_value_1(fn_three_phosphoglycerate_15(X))
& chemical_entity_1(fn_three_phosphoglycerate_16(X))
& molecule_1(fn_three_phosphoglycerate_16(X))
& phosphorylation_1(fn_three_phosphoglycerate_17(X))
& molecule_1(fn_three_phosphoglycerate_18(X))
& constant_motion_1(fn_three_phosphoglycerate_19(X))
& kinetic_energy_1(fn_three_phosphoglycerate_20(X))
& phosphate_group_1(fn_phosphorylation_3(fn_three_phosphoglycerate_17(X)))
& phosphorus_1(fn_phosphate_group_6(fn_three_phosphoglycerate_10(X)))
& entity_1(fn_carboxyl_group_25(fn_three_phosphoglycerate_6(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_three_phosphoglycerate_6(X)))
& atom_1(fn_carboxyl_group_25(fn_three_phosphoglycerate_6(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_three_phosphoglycerate_6(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_three_phosphoglycerate_17(X)))
& molecule_1(fn_phosphorylation_1(fn_three_phosphoglycerate_17(X)))
& chemical_entity_1(fn_functional_group_1(fn_three_phosphoglycerate_6(X)))
& chemical_entity_1(fn_functional_group_1(fn_three_phosphoglycerate_10(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_three_phosphoglycerate_17(X)))
& single_bond_1(fn_phosphate_group_37(fn_three_phosphoglycerate_10(X)))
& single_bond_1(fn_carboxyl_group_69(fn_three_phosphoglycerate_6(X)))
& double_bond_1(fn_phosphate_group_41(fn_three_phosphoglycerate_10(X)))
& double_bond_1(fn_carboxyl_group_70(fn_three_phosphoglycerate_6(X)))
& entity_1(fn_covalent_bond_20(fn_three_phosphoglycerate_7(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_three_phosphoglycerate_7(X)))
& atom_1(fn_covalent_bond_20(fn_three_phosphoglycerate_7(X)))
& entity_1(fn_covalent_bond_19(fn_three_phosphoglycerate_7(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_three_phosphoglycerate_7(X)))
& atom_1(fn_covalent_bond_19(fn_three_phosphoglycerate_7(X)))
& oxygen_1(fn_phosphate_group_5(fn_three_phosphoglycerate_10(X)))
& entity_1(fn_phosphate_group_5(fn_three_phosphoglycerate_10(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_three_phosphoglycerate_10(X)))
& atom_1(fn_phosphate_group_5(fn_three_phosphoglycerate_10(X)))
& entity_1(fn_phosphate_group_22(fn_three_phosphoglycerate_10(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_three_phosphoglycerate_10(X)))
& atom_1(fn_phosphate_group_22(fn_three_phosphoglycerate_10(X)))
& oxygen_1(fn_phosphate_group_22(fn_three_phosphoglycerate_10(X)))
& oxygen_1(fn_carboxyl_group_23(fn_three_phosphoglycerate_6(X)))
& oxygen_1(fn_carboxyl_group_24(fn_three_phosphoglycerate_6(X)))
& entity_1(fn_carboxyl_group_19(fn_three_phosphoglycerate_6(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_three_phosphoglycerate_6(X)))
& atom_1(fn_carboxyl_group_19(fn_three_phosphoglycerate_6(X)))
& carbon_1(fn_carboxyl_group_19(fn_three_phosphoglycerate_6(X)))
& has_state_2(fn_three_phosphoglycerate_18(X),X)
& fn_three_phosphoglycerate_16(X) != X
& X != fn_three_phosphoglycerate_16(X)
& possesses_2(X,fn_three_phosphoglycerate_8(X))
& possesses_2(X,fn_three_phosphoglycerate_9(X))
& has_part_2(X,fn_three_phosphoglycerate_11(X))
& has_part_2(X,fn_three_phosphoglycerate_12(X))
& has_part_2(X,fn_three_phosphoglycerate_13(X))
& is_between_2(fn_three_phosphoglycerate_7(X),fn_three_phosphoglycerate_4(X))
& raw_material_2(fn_three_phosphoglycerate_17(X),fn_three_phosphoglycerate_18(X))
& possesses_2(X,fn_three_phosphoglycerate_7(X))
& is_between_2(fn_three_phosphoglycerate_7(X),fn_three_phosphoglycerate_3(X))
& has_part_2(X,fn_three_phosphoglycerate_4(X))
& has_region_2(X,fn_three_phosphoglycerate_6(X))
& raw_material_2(fn_three_phosphoglycerate_17(X),fn_three_phosphoglycerate_16(X))
& result_2(fn_three_phosphoglycerate_17(X),X)
& has_region_2(X,fn_three_phosphoglycerate_10(X))
& has_part_2(X,fn_three_phosphoglycerate_3(X))
& is_inside_2(fn_three_phosphoglycerate_3(X),fn_three_phosphoglycerate_5(X))
& has_region_2(X,fn_three_phosphoglycerate_5(X))
& is_inside_2(fn_three_phosphoglycerate_12(X),fn_three_phosphoglycerate_10(X))
& is_inside_2(fn_three_phosphoglycerate_13(X),fn_three_phosphoglycerate_10(X))
& is_between_2(fn_three_phosphoglycerate_8(X),fn_three_phosphoglycerate_13(X))
& is_between_2(fn_three_phosphoglycerate_8(X),fn_three_phosphoglycerate_4(X))
& fn_three_phosphoglycerate_12(X) != fn_three_phosphoglycerate_13(X)
& fn_three_phosphoglycerate_13(X) != fn_three_phosphoglycerate_12(X)
& is_inside_2(fn_three_phosphoglycerate_4(X),fn_three_phosphoglycerate_10(X))
& is_between_2(fn_three_phosphoglycerate_9(X),fn_three_phosphoglycerate_4(X))
& is_between_2(fn_three_phosphoglycerate_9(X),fn_three_phosphoglycerate_13(X))
& fn_three_phosphoglycerate_13(X) != fn_three_phosphoglycerate_4(X)
& fn_three_phosphoglycerate_4(X) != fn_three_phosphoglycerate_13(X)
& possesses_2(X,fn_three_phosphoglycerate_20(X))
& quantity_2(fn_three_phosphoglycerate_20(X),fn_three_phosphoglycerate_14(X))
& directly_proportional_2(fn_three_phosphoglycerate_15(X),fn_three_phosphoglycerate_14(X))
& speed_2(fn_three_phosphoglycerate_19(X),fn_three_phosphoglycerate_15(X))
& object_2(fn_three_phosphoglycerate_19(X),X)
& is_between_2(fn_three_phosphoglycerate_8(X),fn_three_phosphoglycerate_3(X))
& is_between_2(fn_three_phosphoglycerate_8(X),fn_three_phosphoglycerate_12(X))
& fn_three_phosphoglycerate_12(X) != fn_three_phosphoglycerate_11(X)
& is_inside_2(fn_three_phosphoglycerate_11(X),fn_three_phosphoglycerate_6(X))
& is_inside_2(fn_three_phosphoglycerate_4(X),fn_three_phosphoglycerate_6(X))
& fn_three_phosphoglycerate_11(X) != fn_three_phosphoglycerate_12(X)
& is_inside_2(fn_three_phosphoglycerate_12(X),fn_three_phosphoglycerate_6(X))
& is_between_2(fn_three_phosphoglycerate_9(X),fn_three_phosphoglycerate_12(X))
& is_between_2(fn_three_phosphoglycerate_9(X),fn_three_phosphoglycerate_3(X))
& fn_three_phosphoglycerate_4(X) != fn_three_phosphoglycerate_12(X)
& fn_three_phosphoglycerate_12(X) != fn_three_phosphoglycerate_4(X)
& is_inside_2(fn_three_phosphoglycerate_3(X),fn_three_phosphoglycerate_6(X))
& fn_three_phosphoglycerate_12(X) != fn_three_phosphoglycerate_3(X)
& fn_three_phosphoglycerate_3(X) != fn_three_phosphoglycerate_12(X)
& fn_three_phosphoglycerate_4(X) != fn_three_phosphoglycerate_3(X)
& fn_three_phosphoglycerate_3(X) != fn_three_phosphoglycerate_4(X)
& fn_three_phosphoglycerate_4(X) = fn_covalent_bond_20(fn_three_phosphoglycerate_7(X))
& fn_three_phosphoglycerate_4(X) = fn_covalent_bond_19(fn_three_phosphoglycerate_7(X))
& fn_three_phosphoglycerate_18(X) = fn_phosphorylation_1(fn_three_phosphoglycerate_17(X))
& fn_three_phosphoglycerate_3(X) = fn_molecule_11(X)
& fn_three_phosphoglycerate_7(X) = fn_molecule_10(X)
& X = fn_functional_group_1(fn_three_phosphoglycerate_6(X))
& fn_three_phosphoglycerate_16(X) = fn_phosphorylation_5(fn_three_phosphoglycerate_17(X))
& fn_three_phosphoglycerate_16(X) = fn_phosphorylation_1(fn_three_phosphoglycerate_17(X))
& X = fn_functional_group_1(fn_three_phosphoglycerate_10(X))
& fn_three_phosphoglycerate_10(X) = fn_phosphorylation_3(fn_three_phosphoglycerate_17(X))
& X = fn_phosphorylation_2(fn_three_phosphoglycerate_17(X))
& fn_three_phosphoglycerate_5(X) = fn_organic_molecule_3(X)
& fn_three_phosphoglycerate_4(X) = fn_phosphate_group_22(fn_three_phosphoglycerate_10(X))
& fn_three_phosphoglycerate_8(X) = fn_phosphate_group_37(fn_three_phosphoglycerate_10(X))
& fn_three_phosphoglycerate_12(X) = fn_phosphate_group_22(fn_three_phosphoglycerate_10(X))
& fn_three_phosphoglycerate_9(X) = fn_phosphate_group_41(fn_three_phosphoglycerate_10(X))
& fn_three_phosphoglycerate_13(X) = fn_phosphate_group_6(fn_three_phosphoglycerate_10(X))
& fn_three_phosphoglycerate_4(X) = fn_phosphate_group_5(fn_three_phosphoglycerate_10(X))
& fn_three_phosphoglycerate_2(X) = fn_molecule_2(X)
& fn_three_phosphoglycerate_1(X) = fn_molecule_1(X)
& fn_three_phosphoglycerate_19(X) = fn_molecule_8(X)
& fn_three_phosphoglycerate_15(X) = fn_molecule_3(X)
& fn_three_phosphoglycerate_14(X) = fn_molecule_4(X)
& fn_three_phosphoglycerate_20(X) = fn_molecule_12(X)
& fn_three_phosphoglycerate_11(X) = fn_carboxyl_group_25(fn_three_phosphoglycerate_6(X))
& fn_three_phosphoglycerate_8(X) = fn_carboxyl_group_69(fn_three_phosphoglycerate_6(X))
& fn_three_phosphoglycerate_9(X) = fn_carboxyl_group_70(fn_three_phosphoglycerate_6(X))
& fn_three_phosphoglycerate_4(X) = fn_carboxyl_group_24(fn_three_phosphoglycerate_6(X))
& fn_three_phosphoglycerate_12(X) = fn_carboxyl_group_23(fn_three_phosphoglycerate_6(X))
& fn_three_phosphoglycerate_4(X) = fn_organic_molecule_2(X)
& fn_three_phosphoglycerate_4(X) = fn_carboxyl_group_23(fn_three_phosphoglycerate_6(X))
& fn_three_phosphoglycerate_3(X) = fn_organic_molecule_1(X)
& fn_three_phosphoglycerate_12(X) = fn_organic_molecule_2(X)
& fn_three_phosphoglycerate_12(X) = fn_carboxyl_group_24(fn_three_phosphoglycerate_6(X))
& fn_three_phosphoglycerate_3(X) = fn_carboxyl_group_19(fn_three_phosphoglycerate_6(X))
& fn_phosphorylation_5(fn_three_phosphoglycerate_17(X)) = fn_phosphorylation_1(fn_three_phosphoglycerate_17(X))
& fn_phosphorylation_1(fn_three_phosphoglycerate_17(X)) = fn_functional_group_1(fn_three_phosphoglycerate_6(X))
& fn_functional_group_1(fn_three_phosphoglycerate_6(X)) = fn_functional_group_1(fn_three_phosphoglycerate_10(X))
& fn_functional_group_1(fn_three_phosphoglycerate_10(X)) = fn_phosphorylation_2(fn_three_phosphoglycerate_17(X))
& fn_phosphorylation_2(fn_three_phosphoglycerate_17(X)) = fn_phosphorylation_2(fn_three_phosphoglycerate_17(X))
& fn_phosphorylation_2(fn_three_phosphoglycerate_17(X)) = fn_phosphate_group_37(fn_three_phosphoglycerate_10(X))
& fn_phosphate_group_37(fn_three_phosphoglycerate_10(X)) = fn_phosphate_group_37(fn_three_phosphoglycerate_10(X))
& fn_phosphate_group_37(fn_three_phosphoglycerate_10(X)) = fn_carboxyl_group_69(fn_three_phosphoglycerate_6(X))
& fn_carboxyl_group_69(fn_three_phosphoglycerate_6(X)) = fn_carboxyl_group_69(fn_three_phosphoglycerate_6(X))
& fn_carboxyl_group_69(fn_three_phosphoglycerate_6(X)) = fn_phosphate_group_41(fn_three_phosphoglycerate_10(X))
& fn_phosphate_group_41(fn_three_phosphoglycerate_10(X)) = fn_phosphate_group_41(fn_three_phosphoglycerate_10(X))
& fn_phosphate_group_41(fn_three_phosphoglycerate_10(X)) = fn_carboxyl_group_70(fn_three_phosphoglycerate_6(X))
& fn_carboxyl_group_70(fn_three_phosphoglycerate_6(X)) = fn_carboxyl_group_70(fn_three_phosphoglycerate_6(X))
& fn_carboxyl_group_70(fn_three_phosphoglycerate_6(X)) = fn_covalent_bond_20(fn_three_phosphoglycerate_7(X))
& fn_covalent_bond_20(fn_three_phosphoglycerate_7(X)) = fn_covalent_bond_19(fn_three_phosphoglycerate_7(X))
& fn_covalent_bond_19(fn_three_phosphoglycerate_7(X)) = fn_covalent_bond_19(fn_three_phosphoglycerate_7(X))
& fn_covalent_bond_19(fn_three_phosphoglycerate_7(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_phosphate_group_22(fn_three_phosphoglycerate_10(X)) = fn_phosphate_group_5(fn_three_phosphoglycerate_10(X))
& fn_phosphate_group_5(fn_three_phosphoglycerate_10(X)) = fn_phosphate_group_5(fn_three_phosphoglycerate_10(X))
& fn_phosphate_group_5(fn_three_phosphoglycerate_10(X)) = fn_carboxyl_group_24(fn_three_phosphoglycerate_6(X))
& fn_carboxyl_group_23(fn_three_phosphoglycerate_6(X)) = fn_phosphate_group_22(fn_three_phosphoglycerate_10(X))
& fn_phosphate_group_22(fn_three_phosphoglycerate_10(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_phosphate_group_22(fn_three_phosphoglycerate_10(X))
& fn_phosphate_group_22(fn_three_phosphoglycerate_10(X)) = fn_phosphate_group_22(fn_three_phosphoglycerate_10(X))
& fn_phosphate_group_22(fn_three_phosphoglycerate_10(X)) = fn_carboxyl_group_23(fn_three_phosphoglycerate_6(X))
& fn_carboxyl_group_24(fn_three_phosphoglycerate_6(X)) = fn_carboxyl_group_23(fn_three_phosphoglycerate_6(X))
& fn_carboxyl_group_23(fn_three_phosphoglycerate_6(X)) = fn_carboxyl_group_23(fn_three_phosphoglycerate_6(X))
& fn_carboxyl_group_23(fn_three_phosphoglycerate_6(X)) = fn_carboxyl_group_24(fn_three_phosphoglycerate_6(X))
& fn_carboxyl_group_24(fn_three_phosphoglycerate_6(X)) = fn_carboxyl_group_24(fn_three_phosphoglycerate_6(X))
& fn_carboxyl_group_24(fn_three_phosphoglycerate_6(X)) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_1(X)
& fn_carboxyl_group_19(fn_three_phosphoglycerate_6(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_carboxyl_group_19(fn_three_phosphoglycerate_6(X))
& fn_carboxyl_group_19(fn_three_phosphoglycerate_6(X)) = fn_carboxyl_group_19(fn_three_phosphoglycerate_6(X)) ) ) ).
fof(a533235,axiom,
! [X] :
( three_prime_end_of_mrna_1(X)
=> ( original_name_2(X,'Three-Prime-End-of-mRNA')
& user_description_2(X,'The end of the mRNA molecule to which nucleotides are added as it is synthesized during transcription.')
& concept2words_2(X,'three prime end of mrna')
& concept2words_2(X,'three-prime-end-of-mrna')
& number_3_prime_end_1(X) ) ) ).
fof(a533236,axiom,
! [X] :
( three_prime_nucleotide_1(X)
=> ( original_name_2(X,'Three-Prime-Nucleotide')
& user_description_2(X,'Nucleotide at the 3\' end of a sequence.')
& concept2words_2(X,'3\' nucleotide')
& concept2words_2(X,'three prime base')
& concept2words_2(X,'3\' base')
& concept2words_2(X,'3 prime nucleotide')
& concept2words_2(X,'3-prime-nucleotide')
& concept2words_2(X,'three prime nucleotide')
& concept2words_2(X,'three-prime-nucleotide')
& nucleotide_1(X)
& number_3_prime_end_1(fn_three_prime_nucleotide_1(X))
& is_at_2(X,fn_three_prime_nucleotide_1(X)) ) ) ).
fof(a533237,axiom,
! [X] :
( threonine_1(X)
=> ( original_name_2(X,'Threonine')
& user_description_2(X,'One of the 20 most common amino acids which make up proteins.')
& concept2words_2(X,thr)
& concept2words_2(X,t)
& concept2words_2(X,threonine)
& polar_amino_acid_1(X) ) ) ).
fof(a533238,axiom,
! [X] :
( threshold_potential_1(X)
=> ( original_name_2(X,'Threshold-Potential')
& user_description_2(X,'In excitable cells such as neurons and muscle cells, the membrane potential that must be reached before an action potential is generated.')
& concept2words_2(X,'potential of threshold')
& concept2words_2(X,'threshold potential')
& concept2words_2(X,'threshold-potential')
& membrane_potential_1(X) ) ) ).
fof(a533239,axiom,
! [X] :
( thrombus_1(X)
=> ( original_name_2(X,'Thrombus')
& user_description_2(X,'A solid mass of platelets and fibrin that blocks the flow of blood through a blood vessel.')
& concept2words_2(X,'blood clot')
& concept2words_2(X,'blood-clot')
& concept2words_2(X,thrombus)
& cardiovascular_disease_1(X)
& ~ arteriosclerosis_1(X)
& ~ atherosclerosis_1(X)
& ~ stroke_1(X) ) ) ).
fof(a533240,axiom,
! [X] :
( throw_1(X)
=> ( original_name_2(X,'Throw')
& concept2words_2(X,throw)
& move_1(X) ) ) ).
fof(a533241,axiom,
! [X] :
( thulium_1(X)
=> ( original_name_2(X,'Thulium')
& user_description_2(X,'Thulium is a metal atom with atomic number 69. It is represented by the symbol Tm.')
& concept2words_2(X,thulium)
& concept2words_2(X,tm)
& metal_atom_1(X)
& neutron_1(fn_thulium_3(X))
& atomic_mass_value_1(fn_thulium_4(X))
& electronegativity_value_1(fn_thulium_5(X))
& valence_electron_1(fn_thulium_9(X))
& atomic_weight_value_1(fn_thulium_10(X))
& atomic_number_value_1(fn_thulium_11(X))
& quantity_value_1(fn_thulium_12(X))
& electronegativity_2(X,fn_thulium_5(X))
& mass_number_2(X,fn_thulium_4(X))
& exactCardinality(X,has_part_0,"100",neutron_0)
& exactCardinality(X,has_part_0,"69",proton_0)
& exactCardinality(X,has_part_0,"69",electron_0)
& has_part_2(X,fn_thulium_3(X))
& the_cardinal_value_2(fn_thulium_12(X),"15")
& cardinal_unit_class_2(fn_thulium_12(X),unity_0)
& the_cardinal_value_2(fn_thulium_5(X),"1.25")
& cardinal_unit_class_2(fn_thulium_5(X),unity_0)
& the_cardinal_value_2(fn_thulium_4(X),"169")
& cardinal_unit_class_2(fn_thulium_4(X),unity_0)
& the_cardinal_value_2(fn_thulium_11(X),"69")
& cardinal_unit_class_2(fn_thulium_11(X),unity_0)
& the_cardinal_value_2(fn_thulium_10(X),"168.9")
& cardinal_unit_class_2(fn_thulium_10(X),dalton_0)
& atomic_number_2(X,fn_thulium_11(X))
& atomic_weight_2(X,fn_thulium_10(X))
& has_part_2(X,fn_thulium_9(X))
& quantity_2(fn_thulium_9(X),fn_thulium_12(X))
& fn_thulium_7(X) = fn_atom_12(X)
& fn_thulium_11(X) = fn_atom_17(X)
& fn_thulium_8(X) = fn_atom_13(X)
& fn_thulium_10(X) = fn_atom_16(X)
& fn_thulium_6(X) = fn_atom_1(X)
& fn_thulium_12(X) = fn_atom_5(X)
& fn_thulium_9(X) = fn_atom_14(X) ) ) ).
fof(a533242,axiom,
! [X] :
( thylakoid_1(X)
=> ( original_name_2(X,'Thylakoid')
& user_description_2(X,'Thylakoid is a membrane-bound compartment inside chloroplast. It is the site of light dependent reaction of photosynthesis')
& concept2words_2(X,thylakoid)
& concept2words_2(X,thylakoids)
& concept2words_2(X,'thylakoid sac')
& cellular_structure_1(X)
& stroma_1(fn_thylakoid_1(X))
& granum_1(fn_thylakoid_2(X))
& light_reaction_1(fn_thylakoid_3(X))
& chloroplast_1(fn_thylakoid_4(X))
& thylakoid_membrane_1(fn_thylakoid_5(X))
& thylakoid_space_1(fn_thylakoid_6(X))
& thylakoid_membrane_1(fn_light_reaction_51(fn_thylakoid_3(X)))
& chloroplast_1(fn_stroma_7(fn_thylakoid_1(X)))
& thylakoid_1(fn_granum_2(fn_thylakoid_2(X)))
& thylakoid_1(fn_granum_1(fn_thylakoid_2(X)))
& thylakoid_1(fn_thylakoid_space_4(fn_thylakoid_6(X)))
& thylakoid_1(fn_granum_3(fn_thylakoid_2(X)))
& is_between_2(fn_thylakoid_1(X),X)
& has_part_2(fn_thylakoid_4(X),fn_thylakoid_2(X))
& facilitates_2(fn_thylakoid_5(X),fn_thylakoid_3(X))
& has_part_2(X,fn_thylakoid_5(X))
& has_function_2(X,fn_thylakoid_3(X))
& has_region_2(X,fn_thylakoid_6(X))
& site_2(fn_thylakoid_3(X),fn_thylakoid_5(X))
& element_2(fn_thylakoid_2(X),X)
& is_inside_2(fn_thylakoid_1(X),fn_thylakoid_4(X))
& has_part_2(fn_thylakoid_4(X),fn_thylakoid_1(X))
& X = fn_thylakoid_space_4(fn_thylakoid_6(X))
& fn_thylakoid_5(X) = fn_light_reaction_51(fn_thylakoid_3(X))
& X = fn_granum_2(fn_thylakoid_2(X))
& X = fn_granum_1(fn_thylakoid_2(X))
& X = fn_granum_3(fn_thylakoid_2(X))
& fn_thylakoid_4(X) = fn_stroma_7(fn_thylakoid_1(X))
& fn_granum_2(fn_thylakoid_2(X)) = fn_granum_1(fn_thylakoid_2(X))
& fn_thylakoid_space_4(fn_thylakoid_6(X)) = fn_granum_1(fn_thylakoid_2(X))
& fn_granum_1(fn_thylakoid_2(X)) = fn_thylakoid_space_4(fn_thylakoid_6(X))
& fn_thylakoid_space_4(fn_thylakoid_6(X)) = fn_granum_3(fn_thylakoid_2(X)) ) ) ).
fof(a533243,axiom,
! [X] :
( thylakoid_electron_transport_chain_1(X)
=> ( original_name_2(X,'Thylakoid-Electron-Transport-Chain')
& user_description_2(X,'A series of membrane proteins found in the thylakoid membrane that couples electron transfer from a donor molecule to a acceptor molecule with the transfer of protons across a membrane.')
& concept2words_2(X,'electron transport chain in chloroplast')
& concept2words_2(X,'thylakoid electron transport chain')
& concept2words_2(X,'thylakoid-electron-transport-chain')
& electron_transport_chain_1(X)
& ~ chylomicron_1(X)
& ~ cytochrome_complex_1(X)
& ~ electron_shuttle_system_1(X)
& ~ microfibril_1(X)
& ~ signal_recognition_particle_1(X)
& block_1(fn_thylakoid_electron_transport_chain_1(X))
& block_1(fn_thylakoid_electron_transport_chain_2(X))
& block_1(fn_thylakoid_electron_transport_chain_3(X))
& hydrophobic_core_1(fn_thylakoid_electron_transport_chain_4(X))
& hydrophilic_face_1(fn_thylakoid_electron_transport_chain_5(X))
& phospholipid_layer_1(fn_thylakoid_electron_transport_chain_6(X))
& phospholipid_layer_1(fn_thylakoid_electron_transport_chain_7(X))
& cytochrome_complex_1(fn_thylakoid_electron_transport_chain_8(X))
& ferredoxin_1(fn_thylakoid_electron_transport_chain_9(X))
& plastocyanin_1(fn_thylakoid_electron_transport_chain_10(X))
& organic_molecule_1(fn_thylakoid_electron_transport_chain_11(X))
& plastoquinone_1(fn_thylakoid_electron_transport_chain_11(X))
& attach_1(fn_thylakoid_electron_transport_chain_12(X))
& attach_1(fn_thylakoid_electron_transport_chain_13(X))
& aqueous_solution_1(fn_thylakoid_electron_transport_chain_14(X))
& carbohydrate_side_chain_1(fn_thylakoid_electron_transport_chain_15(X))
& carbohydrate_side_chain_1(fn_thylakoid_electron_transport_chain_16(X))
& carbon_skeleton_1(fn_thylakoid_electron_transport_chain_17(X))
& carbon_skeleton_1(fn_thylakoid_electron_transport_chain_18(X))
& surface_1(fn_thylakoid_electron_transport_chain_19(X))
& outside_face_1(fn_thylakoid_electron_transport_chain_19(X))
& inside_face_1(fn_thylakoid_electron_transport_chain_20(X))
& barrier_1(fn_thylakoid_electron_transport_chain_21(X))
& block_1(fn_thylakoid_electron_transport_chain_22(X))
& atp_synthase_1(fn_thylakoid_electron_transport_chain_23(X))
& hydrophilic_compound_1(fn_thylakoid_electron_transport_chain_24(X))
& membrane_1(fn_thylakoid_electron_transport_chain_25(X))
& spatial_entity_1(fn_thylakoid_electron_transport_chain_25(X))
& biomembrane_1(fn_thylakoid_electron_transport_chain_25(X))
& thylakoid_membrane_1(fn_thylakoid_electron_transport_chain_25(X))
& attach_1(fn_thylakoid_electron_transport_chain_26(X))
& carbon_skeleton_1(fn_thylakoid_electron_transport_chain_27(X))
& carbohydrate_side_chain_1(fn_thylakoid_electron_transport_chain_28(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_thylakoid_electron_transport_chain_29(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_thylakoid_electron_transport_chain_30(X))
& barrier_1(fn_biomembrane_49(fn_thylakoid_electron_transport_chain_25(X)))
& block_1(fn_biomembrane_50(fn_thylakoid_electron_transport_chain_25(X)))
& hydrophilic_compound_1(fn_biomembrane_72(fn_thylakoid_electron_transport_chain_25(X)))
& carbon_skeleton_1(fn_biomembrane_71(fn_thylakoid_electron_transport_chain_25(X)))
& attach_1(fn_biomembrane_73(fn_thylakoid_electron_transport_chain_25(X)))
& carbohydrate_side_chain_1(fn_biomembrane_70(fn_thylakoid_electron_transport_chain_25(X)))
& inside_face_1(fn_biomembrane_42(fn_thylakoid_electron_transport_chain_25(X)))
& thylakoid_electron_transport_chain_1(fn_thylakoid_membrane_6(fn_thylakoid_electron_transport_chain_25(X)))
& phospholipid_layer_1(fn_thylakoid_membrane_11(fn_thylakoid_electron_transport_chain_25(X)))
& phospholipid_layer_1(fn_thylakoid_membrane_10(fn_thylakoid_electron_transport_chain_25(X)))
& atp_synthase_1(fn_thylakoid_membrane_9(fn_thylakoid_electron_transport_chain_25(X)))
& hydrophobic_core_1(fn_thylakoid_membrane_1(fn_thylakoid_electron_transport_chain_25(X)))
& surface_1(fn_biomembrane_47(fn_thylakoid_electron_transport_chain_25(X)))
& outside_face_1(fn_atp_synthase_11(fn_thylakoid_electron_transport_chain_23(X)))
& outside_face_1(fn_biomembrane_41(fn_thylakoid_electron_transport_chain_25(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_thylakoid_electron_transport_chain_25(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_thylakoid_electron_transport_chain_25(X)))
& plastoquinone_1(fn_thylakoid_membrane_7(fn_thylakoid_electron_transport_chain_25(X)))
& block_1(fn_biomembrane_101(fn_thylakoid_electron_transport_chain_25(X)))
& block_1(fn_thylakoid_membrane_12(fn_thylakoid_electron_transport_chain_25(X)))
& hydrophilic_face_1(fn_biomembrane_83(fn_thylakoid_electron_transport_chain_25(X)))
& hydrophilic_face_1(fn_biomembrane_81(fn_thylakoid_electron_transport_chain_25(X)))
& hydrophilic_face_1(fn_thylakoid_membrane_2(fn_thylakoid_electron_transport_chain_25(X)))
& hydrophilic_face_1(fn_thylakoid_membrane_3(fn_thylakoid_electron_transport_chain_25(X)))
& block_1(fn_biomembrane_100(fn_thylakoid_electron_transport_chain_25(X)))
& block_1(fn_thylakoid_membrane_13(fn_thylakoid_electron_transport_chain_25(X)))
& block_1(fn_thylakoid_membrane_14(fn_thylakoid_electron_transport_chain_25(X)))
& membrane_1(fn_active_movement_of_ions_19(fn_thylakoid_electron_transport_chain_29(X)))
& spatial_entity_1(fn_active_movement_of_ions_19(fn_thylakoid_electron_transport_chain_29(X)))
& biomembrane_1(fn_active_movement_of_ions_19(fn_thylakoid_electron_transport_chain_29(X)))
& membrane_1(fn_active_movement_of_ions_19(fn_thylakoid_electron_transport_chain_30(X)))
& spatial_entity_1(fn_active_movement_of_ions_19(fn_thylakoid_electron_transport_chain_30(X)))
& biomembrane_1(fn_active_movement_of_ions_19(fn_thylakoid_electron_transport_chain_30(X)))
& spatial_entity_1(fn_atp_synthase_37(fn_thylakoid_electron_transport_chain_23(X)))
& biomembrane_1(fn_atp_synthase_37(fn_thylakoid_electron_transport_chain_23(X)))
& agent_2(fn_thylakoid_electron_transport_chain_30(X),fn_thylakoid_electron_transport_chain_23(X))
& agent_2(fn_thylakoid_electron_transport_chain_29(X),fn_thylakoid_electron_transport_chain_23(X))
& has_part_2(fn_thylakoid_electron_transport_chain_25(X),fn_thylakoid_electron_transport_chain_8(X))
& instrument_2(fn_thylakoid_electron_transport_chain_22(X),fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_10(X) != fn_thylakoid_electron_transport_chain_9(X)
& fn_thylakoid_electron_transport_chain_9(X) != fn_thylakoid_electron_transport_chain_10(X)
& fn_thylakoid_electron_transport_chain_9(X) != fn_thylakoid_electron_transport_chain_8(X)
& fn_thylakoid_electron_transport_chain_8(X) != fn_thylakoid_electron_transport_chain_9(X)
& called_2(fn_thylakoid_electron_transport_chain_1(X),"1")
& is_inside_2(fn_thylakoid_electron_transport_chain_17(X),fn_thylakoid_electron_transport_chain_25(X))
& is_outside_2(fn_thylakoid_electron_transport_chain_28(X),fn_thylakoid_electron_transport_chain_25(X))
& object_2(fn_thylakoid_electron_transport_chain_26(X),fn_thylakoid_electron_transport_chain_28(X))
& base_2(fn_thylakoid_electron_transport_chain_26(X),fn_thylakoid_electron_transport_chain_27(X))
& path_2(fn_thylakoid_electron_transport_chain_29(X),fn_thylakoid_electron_transport_chain_25(X))
& path_2(fn_thylakoid_electron_transport_chain_30(X),fn_thylakoid_electron_transport_chain_25(X))
& is_inside_2(fn_thylakoid_electron_transport_chain_18(X),fn_thylakoid_electron_transport_chain_25(X))
& is_outside_2(fn_thylakoid_electron_transport_chain_16(X),fn_thylakoid_electron_transport_chain_25(X))
& object_2(fn_thylakoid_electron_transport_chain_12(X),fn_thylakoid_electron_transport_chain_16(X))
& base_2(fn_thylakoid_electron_transport_chain_12(X),fn_thylakoid_electron_transport_chain_18(X))
& has_region_2(fn_thylakoid_electron_transport_chain_23(X),fn_thylakoid_electron_transport_chain_19(X))
& element_2(X,fn_thylakoid_electron_transport_chain_9(X))
& has_part_2(fn_thylakoid_electron_transport_chain_25(X),fn_thylakoid_electron_transport_chain_9(X))
& has_part_2(fn_thylakoid_electron_transport_chain_25(X),fn_thylakoid_electron_transport_chain_10(X))
& fn_thylakoid_electron_transport_chain_11(X) != fn_thylakoid_electron_transport_chain_10(X)
& fn_thylakoid_electron_transport_chain_10(X) != fn_thylakoid_electron_transport_chain_11(X)
& element_2(X,fn_thylakoid_electron_transport_chain_10(X))
& fn_thylakoid_electron_transport_chain_10(X) != fn_thylakoid_electron_transport_chain_8(X)
& element_2(X,fn_thylakoid_electron_transport_chain_8(X))
& fn_thylakoid_electron_transport_chain_8(X) != fn_thylakoid_electron_transport_chain_10(X)
& fn_thylakoid_electron_transport_chain_11(X) != fn_thylakoid_electron_transport_chain_8(X)
& fn_thylakoid_electron_transport_chain_8(X) != fn_thylakoid_electron_transport_chain_11(X)
& plays_2(fn_thylakoid_electron_transport_chain_25(X),fn_thylakoid_electron_transport_chain_21(X))
& has_region_2(fn_thylakoid_electron_transport_chain_25(X),fn_thylakoid_electron_transport_chain_19(X))
& is_inside_2(fn_thylakoid_electron_transport_chain_27(X),fn_thylakoid_electron_transport_chain_25(X))
& is_between_2(fn_thylakoid_electron_transport_chain_25(X),fn_thylakoid_electron_transport_chain_14(X))
& is_inside_2(fn_thylakoid_electron_transport_chain_19(X),fn_thylakoid_electron_transport_chain_14(X))
& is_inside_2(fn_thylakoid_electron_transport_chain_5(X),fn_thylakoid_electron_transport_chain_19(X))
& is_impermeable_to_2(fn_thylakoid_electron_transport_chain_25(X),fn_thylakoid_electron_transport_chain_24(X))
& object_2(fn_thylakoid_electron_transport_chain_22(X),fn_thylakoid_electron_transport_chain_24(X))
& in_event_2(fn_thylakoid_electron_transport_chain_21(X),fn_thylakoid_electron_transport_chain_22(X))
& is_outside_2(fn_thylakoid_electron_transport_chain_15(X),fn_thylakoid_electron_transport_chain_25(X))
& object_2(fn_thylakoid_electron_transport_chain_13(X),fn_thylakoid_electron_transport_chain_15(X))
& base_2(fn_thylakoid_electron_transport_chain_13(X),fn_thylakoid_electron_transport_chain_17(X))
& has_region_2(fn_thylakoid_electron_transport_chain_25(X),fn_thylakoid_electron_transport_chain_20(X))
& is_inside_2(fn_thylakoid_electron_transport_chain_5(X),fn_thylakoid_electron_transport_chain_20(X))
& called_2(fn_thylakoid_electron_transport_chain_2(X),"2")
& has_function_2(fn_thylakoid_electron_transport_chain_25(X),fn_thylakoid_electron_transport_chain_3(X))
& fn_thylakoid_electron_transport_chain_7(X) != fn_thylakoid_electron_transport_chain_6(X)
& fn_thylakoid_electron_transport_chain_6(X) != fn_thylakoid_electron_transport_chain_7(X)
& has_part_2(fn_thylakoid_electron_transport_chain_25(X),fn_thylakoid_electron_transport_chain_11(X))
& element_2(X,fn_thylakoid_electron_transport_chain_11(X))
& has_region_2(fn_thylakoid_electron_transport_chain_6(X),fn_thylakoid_electron_transport_chain_5(X))
& is_along_2(fn_thylakoid_electron_transport_chain_6(X),fn_thylakoid_electron_transport_chain_7(X))
& has_region_2(fn_thylakoid_electron_transport_chain_7(X),fn_thylakoid_electron_transport_chain_5(X))
& agent_2(fn_thylakoid_electron_transport_chain_3(X),fn_thylakoid_electron_transport_chain_5(X))
& called_2(fn_thylakoid_electron_transport_chain_3(X),"3")
& is_along_2(fn_thylakoid_electron_transport_chain_7(X),fn_thylakoid_electron_transport_chain_6(X))
& has_part_2(fn_thylakoid_electron_transport_chain_25(X),fn_thylakoid_electron_transport_chain_23(X))
& is_across_2(fn_thylakoid_electron_transport_chain_23(X),fn_thylakoid_electron_transport_chain_25(X))
& has_function_2(fn_thylakoid_electron_transport_chain_25(X),fn_thylakoid_electron_transport_chain_2(X))
& fn_thylakoid_electron_transport_chain_2(X) != fn_thylakoid_electron_transport_chain_3(X)
& fn_thylakoid_electron_transport_chain_3(X) != fn_thylakoid_electron_transport_chain_1(X)
& fn_thylakoid_electron_transport_chain_3(X) != fn_thylakoid_electron_transport_chain_2(X)
& fn_thylakoid_electron_transport_chain_1(X) != fn_thylakoid_electron_transport_chain_3(X)
& has_function_2(fn_thylakoid_electron_transport_chain_25(X),fn_thylakoid_electron_transport_chain_1(X))
& agent_2(fn_thylakoid_electron_transport_chain_1(X),fn_thylakoid_electron_transport_chain_4(X))
& is_between_2(fn_thylakoid_electron_transport_chain_4(X),fn_thylakoid_electron_transport_chain_5(X))
& agent_2(fn_thylakoid_electron_transport_chain_2(X),fn_thylakoid_electron_transport_chain_5(X))
& fn_thylakoid_electron_transport_chain_2(X) != fn_thylakoid_electron_transport_chain_1(X)
& fn_thylakoid_electron_transport_chain_1(X) != fn_thylakoid_electron_transport_chain_2(X)
& fn_thylakoid_electron_transport_chain_26(X) = fn_biomembrane_73(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_28(X) = fn_biomembrane_70(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_25(X) = fn_active_movement_of_ions_19(fn_thylakoid_electron_transport_chain_29(X))
& fn_thylakoid_electron_transport_chain_25(X) = fn_active_movement_of_ions_19(fn_thylakoid_electron_transport_chain_30(X))
& fn_thylakoid_electron_transport_chain_18(X) = fn_biomembrane_71(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_12(X) = fn_biomembrane_73(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_16(X) = fn_biomembrane_70(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_19(X) = fn_atp_synthase_11(fn_thylakoid_electron_transport_chain_23(X))
& fn_thylakoid_electron_transport_chain_25(X) = fn_electron_transport_chain_5(X)
& fn_thylakoid_electron_transport_chain_9(X) = fn_electron_transport_chain_4(X)
& fn_thylakoid_electron_transport_chain_11(X) = fn_electron_transport_chain_4(X)
& fn_thylakoid_electron_transport_chain_8(X) = fn_electron_transport_chain_3(X)
& fn_thylakoid_electron_transport_chain_10(X) = fn_electron_transport_chain_2(X)
& fn_thylakoid_electron_transport_chain_19(X) = fn_biomembrane_47(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_27(X) = fn_biomembrane_71(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_5(X) = fn_biomembrane_83(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_19(X) = fn_biomembrane_41(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_14(X) = fn_biomembrane_14(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_14(X) = fn_biomembrane_15(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_21(X) = fn_biomembrane_49(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_22(X) = fn_biomembrane_50(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_24(X) = fn_biomembrane_72(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_17(X) = fn_biomembrane_71(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_13(X) = fn_biomembrane_73(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_15(X) = fn_biomembrane_70(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_20(X) = fn_biomembrane_42(fn_thylakoid_electron_transport_chain_25(X))
& X = fn_thylakoid_membrane_6(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_11(X) = fn_thylakoid_membrane_7(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_3(X) = fn_thylakoid_membrane_13(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_5(X) = fn_thylakoid_membrane_2(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_7(X) = fn_thylakoid_membrane_11(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_6(X) = fn_thylakoid_membrane_10(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_1(X) = fn_biomembrane_100(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_1(X) = fn_thylakoid_membrane_13(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_3(X) = fn_biomembrane_101(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_3(X) = fn_thylakoid_membrane_12(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_2(X) = fn_thylakoid_membrane_13(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_25(X) = fn_atp_synthase_37(fn_thylakoid_electron_transport_chain_23(X))
& fn_thylakoid_electron_transport_chain_23(X) = fn_thylakoid_membrane_9(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_2(X) = fn_biomembrane_100(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_5(X) = fn_biomembrane_81(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_2(X) = fn_thylakoid_membrane_12(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_5(X) = fn_thylakoid_membrane_3(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_4(X) = fn_thylakoid_membrane_1(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_electron_transport_chain_1(X) = fn_thylakoid_membrane_14(fn_thylakoid_electron_transport_chain_25(X))
& fn_atp_synthase_11(fn_thylakoid_electron_transport_chain_23(X)) = fn_biomembrane_47(fn_thylakoid_electron_transport_chain_25(X))
& fn_biomembrane_47(fn_thylakoid_electron_transport_chain_25(X)) = fn_atp_synthase_11(fn_thylakoid_electron_transport_chain_23(X))
& fn_atp_synthase_11(fn_thylakoid_electron_transport_chain_23(X)) = fn_biomembrane_41(fn_thylakoid_electron_transport_chain_25(X))
& fn_biomembrane_41(fn_thylakoid_electron_transport_chain_25(X)) = fn_biomembrane_41(fn_thylakoid_electron_transport_chain_25(X))
& fn_biomembrane_41(fn_thylakoid_electron_transport_chain_25(X)) = fn_biomembrane_15(fn_thylakoid_electron_transport_chain_25(X))
& fn_biomembrane_15(fn_thylakoid_electron_transport_chain_25(X)) = fn_biomembrane_14(fn_thylakoid_electron_transport_chain_25(X))
& fn_biomembrane_14(fn_thylakoid_electron_transport_chain_25(X)) = fn_biomembrane_15(fn_thylakoid_electron_transport_chain_25(X))
& fn_biomembrane_15(fn_thylakoid_electron_transport_chain_25(X)) = fn_electron_transport_chain_4(X)
& fn_electron_transport_chain_4(X) = fn_electron_transport_chain_4(X)
& fn_electron_transport_chain_4(X) = fn_thylakoid_membrane_7(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_membrane_7(fn_thylakoid_electron_transport_chain_25(X)) = fn_thylakoid_membrane_7(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_membrane_7(fn_thylakoid_electron_transport_chain_25(X)) = fn_thylakoid_membrane_13(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_membrane_13(fn_thylakoid_electron_transport_chain_25(X)) = fn_biomembrane_101(fn_thylakoid_electron_transport_chain_25(X))
& fn_biomembrane_101(fn_thylakoid_electron_transport_chain_25(X)) = fn_biomembrane_101(fn_thylakoid_electron_transport_chain_25(X))
& fn_biomembrane_101(fn_thylakoid_electron_transport_chain_25(X)) = fn_thylakoid_membrane_12(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_membrane_12(fn_thylakoid_electron_transport_chain_25(X)) = fn_thylakoid_membrane_13(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_membrane_13(fn_thylakoid_electron_transport_chain_25(X)) = fn_biomembrane_100(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_membrane_13(fn_thylakoid_electron_transport_chain_25(X)) = fn_thylakoid_membrane_12(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_membrane_12(fn_thylakoid_electron_transport_chain_25(X)) = fn_thylakoid_membrane_12(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_membrane_12(fn_thylakoid_electron_transport_chain_25(X)) = fn_biomembrane_83(fn_thylakoid_electron_transport_chain_25(X))
& fn_biomembrane_83(fn_thylakoid_electron_transport_chain_25(X)) = fn_biomembrane_81(fn_thylakoid_electron_transport_chain_25(X))
& fn_biomembrane_81(fn_thylakoid_electron_transport_chain_25(X)) = fn_biomembrane_81(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_membrane_2(fn_thylakoid_electron_transport_chain_25(X)) = fn_biomembrane_81(fn_thylakoid_electron_transport_chain_25(X))
& fn_biomembrane_81(fn_thylakoid_electron_transport_chain_25(X)) = fn_thylakoid_membrane_2(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_membrane_2(fn_thylakoid_electron_transport_chain_25(X)) = fn_thylakoid_membrane_2(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_membrane_2(fn_thylakoid_electron_transport_chain_25(X)) = fn_thylakoid_membrane_3(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_membrane_3(fn_thylakoid_electron_transport_chain_25(X)) = fn_thylakoid_membrane_3(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_membrane_3(fn_thylakoid_electron_transport_chain_25(X)) = fn_biomembrane_100(fn_thylakoid_electron_transport_chain_25(X))
& fn_biomembrane_100(fn_thylakoid_electron_transport_chain_25(X)) = fn_thylakoid_membrane_13(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_membrane_13(fn_thylakoid_electron_transport_chain_25(X)) = fn_thylakoid_membrane_13(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_membrane_13(fn_thylakoid_electron_transport_chain_25(X)) = fn_thylakoid_membrane_14(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_membrane_14(fn_thylakoid_electron_transport_chain_25(X)) = fn_thylakoid_membrane_14(fn_thylakoid_electron_transport_chain_25(X))
& fn_thylakoid_membrane_14(fn_thylakoid_electron_transport_chain_25(X)) = fn_active_movement_of_ions_19(fn_thylakoid_electron_transport_chain_29(X))
& fn_active_movement_of_ions_19(fn_thylakoid_electron_transport_chain_29(X)) = fn_active_movement_of_ions_19(fn_thylakoid_electron_transport_chain_30(X))
& fn_active_movement_of_ions_19(fn_thylakoid_electron_transport_chain_30(X)) = fn_atp_synthase_37(fn_thylakoid_electron_transport_chain_23(X))
& fn_atp_synthase_37(fn_thylakoid_electron_transport_chain_23(X)) = fn_electron_transport_chain_5(X)
& fn_electron_transport_chain_5(X) = fn_electron_transport_chain_5(X)
& fn_electron_transport_chain_5(X) = fn_atp_synthase_37(fn_thylakoid_electron_transport_chain_23(X))
& fn_atp_synthase_37(fn_thylakoid_electron_transport_chain_23(X)) = fn_atp_synthase_37(fn_thylakoid_electron_transport_chain_23(X)) ) ) ).
fof(a533244,axiom,
! [X] :
( thylakoid_membrane_1(X)
=> ( original_name_2(X,'Thylakoid-Membrane')
& user_description_2(X,'Thylakoid membrane contains photosystem and electron transport chain, which perform light reaction.')
& concept2words_2(X,'membrane of thylakoid')
& concept2words_2(X,'thylakoid membrane')
& concept2words_2(X,'thylakoid-membrane')
& biomembrane_1(X)
& hydrophobic_core_1(fn_thylakoid_membrane_1(X))
& hydrophilic_face_1(fn_thylakoid_membrane_2(X))
& hydrophilic_face_1(fn_thylakoid_membrane_3(X))
& hydrophilic_head_1(fn_thylakoid_membrane_4(X))
& lipid_1(fn_thylakoid_membrane_5(X))
& spatial_entity_1(fn_thylakoid_membrane_5(X))
& phospholipid_1(fn_thylakoid_membrane_5(X))
& thylakoid_electron_transport_chain_1(fn_thylakoid_membrane_6(X))
& plastoquinone_1(fn_thylakoid_membrane_7(X))
& tangible_entity_1(fn_thylakoid_membrane_8(X))
& phospholipid_bilayer_1(fn_thylakoid_membrane_8(X))
& atp_synthase_1(fn_thylakoid_membrane_9(X))
& phospholipid_layer_1(fn_thylakoid_membrane_10(X))
& phospholipid_layer_1(fn_thylakoid_membrane_11(X))
& block_1(fn_thylakoid_membrane_12(X))
& block_1(fn_thylakoid_membrane_13(X))
& block_1(fn_thylakoid_membrane_14(X))
& hydrophilic_head_1(fn_thylakoid_membrane_15(X))
& photosystem_i_1(fn_thylakoid_membrane_16(X))
& phospholipid_1(fn_thylakoid_membrane_17(X))
& move_apart_1(fn_thylakoid_membrane_18(X))
& spatial_entity_1(fn_move_apart_2(fn_thylakoid_membrane_18(X)))
& organic_molecule_1(fn_electron_transport_chain_4(fn_thylakoid_membrane_6(X)))
& spatial_entity_1(fn_move_apart_1(fn_thylakoid_membrane_18(X)))
& tangible_entity_1(fn_atp_synthase_40(fn_thylakoid_membrane_9(X)))
& phospholipid_bilayer_1(fn_atp_synthase_40(fn_thylakoid_membrane_9(X)))
& thylakoid_membrane_1(fn_photosystem_i_5(fn_thylakoid_membrane_16(X)))
& biomembrane_1(fn_electron_transport_chain_5(fn_thylakoid_membrane_6(X)))
& spatial_entity_1(fn_atp_synthase_37(fn_thylakoid_membrane_9(X)))
& biomembrane_1(fn_atp_synthase_37(fn_thylakoid_membrane_9(X)))
& called_2(fn_thylakoid_membrane_17(X),'P2')
& is_inside_2(fn_thylakoid_membrane_17(X),fn_thylakoid_membrane_11(X))
& is_at_2(fn_thylakoid_membrane_15(X),fn_thylakoid_membrane_2(X))
& called_2(fn_thylakoid_membrane_14(X),"3")
& instrument_2(fn_thylakoid_membrane_14(X),fn_thylakoid_membrane_15(X))
& called_2(fn_thylakoid_membrane_13(X),"3")
& called_2(fn_thylakoid_membrane_12(X),"2")
& called_2(fn_thylakoid_membrane_12(X),"1")
& instrument_2(fn_thylakoid_membrane_12(X),fn_thylakoid_membrane_4(X))
& agent_2(fn_thylakoid_membrane_12(X),fn_thylakoid_membrane_3(X))
& minCardinality(X,has_part_0,"1",atp_synthase_0)
& has_part_2(X,fn_thylakoid_membrane_6(X))
& called_2(fn_thylakoid_membrane_5(X),'P1')
& object_2(fn_thylakoid_membrane_18(X),fn_thylakoid_membrane_17(X))
& object_2(fn_thylakoid_membrane_18(X),fn_thylakoid_membrane_5(X))
& is_across_2(fn_thylakoid_membrane_16(X),X)
& element_2(fn_thylakoid_membrane_6(X),fn_thylakoid_membrane_7(X))
& has_part_2(X,fn_thylakoid_membrane_7(X))
& is_across_2(fn_thylakoid_membrane_9(X),X)
& has_part_2(X,fn_thylakoid_membrane_9(X))
& is_inside_2(fn_thylakoid_membrane_9(X),fn_thylakoid_membrane_8(X))
& has_function_2(X,fn_thylakoid_membrane_12(X))
& agent_2(fn_thylakoid_membrane_13(X),fn_thylakoid_membrane_2(X))
& called_2(fn_thylakoid_membrane_5(X),'P4')
& instrument_2(fn_thylakoid_membrane_13(X),fn_thylakoid_membrane_15(X))
& has_function_2(X,fn_thylakoid_membrane_13(X))
& called_2(fn_thylakoid_membrane_13(X),"2")
& has_region_2(fn_thylakoid_membrane_8(X),fn_thylakoid_membrane_10(X))
& has_region_2(fn_thylakoid_membrane_8(X),fn_thylakoid_membrane_1(X))
& agent_2(fn_thylakoid_membrane_14(X),fn_thylakoid_membrane_1(X))
& called_2(fn_thylakoid_membrane_14(X),"1")
& has_function_2(X,fn_thylakoid_membrane_14(X))
& fn_thylakoid_membrane_14(X) != fn_thylakoid_membrane_13(X)
& fn_thylakoid_membrane_13(X) != fn_thylakoid_membrane_12(X)
& fn_thylakoid_membrane_12(X) != fn_thylakoid_membrane_14(X)
& fn_thylakoid_membrane_14(X) != fn_thylakoid_membrane_12(X)
& fn_thylakoid_membrane_13(X) != fn_thylakoid_membrane_14(X)
& fn_thylakoid_membrane_12(X) != fn_thylakoid_membrane_13(X)
& is_inside_2(fn_thylakoid_membrane_15(X),fn_thylakoid_membrane_2(X))
& has_region_2(fn_thylakoid_membrane_5(X),fn_thylakoid_membrane_15(X))
& element_2(fn_thylakoid_membrane_11(X),fn_thylakoid_membrane_5(X))
& fn_thylakoid_membrane_10(X) != fn_thylakoid_membrane_11(X)
& fn_thylakoid_membrane_11(X) != fn_thylakoid_membrane_10(X)
& is_inside_2(fn_thylakoid_membrane_4(X),fn_thylakoid_membrane_3(X))
& is_at_2(fn_thylakoid_membrane_4(X),fn_thylakoid_membrane_3(X))
& has_region_2(fn_thylakoid_membrane_10(X),fn_thylakoid_membrane_3(X))
& is_along_2(fn_thylakoid_membrane_11(X),fn_thylakoid_membrane_10(X))
& is_along_2(fn_thylakoid_membrane_10(X),fn_thylakoid_membrane_11(X))
& has_part_2(X,fn_thylakoid_membrane_8(X))
& has_region_2(fn_thylakoid_membrane_8(X),fn_thylakoid_membrane_11(X))
& has_region_2(fn_thylakoid_membrane_11(X),fn_thylakoid_membrane_2(X))
& is_between_2(fn_thylakoid_membrane_1(X),fn_thylakoid_membrane_2(X))
& is_between_2(fn_thylakoid_membrane_1(X),fn_thylakoid_membrane_3(X))
& fn_thylakoid_membrane_17(X) = fn_move_apart_2(fn_thylakoid_membrane_18(X))
& fn_thylakoid_membrane_5(X) = fn_move_apart_1(fn_thylakoid_membrane_18(X))
& X = fn_photosystem_i_5(fn_thylakoid_membrane_16(X))
& X = fn_electron_transport_chain_5(fn_thylakoid_membrane_6(X))
& fn_thylakoid_membrane_7(X) = fn_electron_transport_chain_4(fn_thylakoid_membrane_6(X))
& fn_thylakoid_membrane_8(X) = fn_atp_synthase_40(fn_thylakoid_membrane_9(X))
& X = fn_atp_synthase_37(fn_thylakoid_membrane_9(X))
& fn_thylakoid_membrane_12(X) = fn_biomembrane_102(X)
& fn_thylakoid_membrane_2(X) = fn_biomembrane_83(X)
& fn_thylakoid_membrane_15(X) = fn_biomembrane_82(X)
& fn_thylakoid_membrane_12(X) = fn_biomembrane_100(X)
& fn_thylakoid_membrane_13(X) = fn_biomembrane_101(X)
& fn_thylakoid_membrane_14(X) = fn_biomembrane_102(X)
& fn_thylakoid_membrane_12(X) = fn_biomembrane_101(X)
& fn_thylakoid_membrane_14(X) = fn_biomembrane_100(X)
& fn_thylakoid_membrane_5(X) = fn_biomembrane_65(X)
& fn_thylakoid_membrane_15(X) = fn_biomembrane_80(X)
& fn_thylakoid_membrane_10(X) = fn_biomembrane_62(X)
& fn_thylakoid_membrane_4(X) = fn_biomembrane_82(X)
& fn_thylakoid_membrane_3(X) = fn_biomembrane_83(X)
& fn_thylakoid_membrane_1(X) = fn_biomembrane_75(X)
& fn_thylakoid_membrane_2(X) = fn_biomembrane_81(X)
& fn_thylakoid_membrane_11(X) = fn_biomembrane_61(X)
& fn_thylakoid_membrane_8(X) = fn_biomembrane_63(X)
& fn_biomembrane_100(X) = fn_biomembrane_101(X)
& fn_biomembrane_101(X) = fn_biomembrane_101(X)
& fn_biomembrane_101(X) = fn_biomembrane_102(X)
& fn_biomembrane_102(X) = fn_biomembrane_102(X)
& fn_biomembrane_102(X) = fn_biomembrane_100(X)
& fn_biomembrane_100(X) = fn_biomembrane_100(X)
& fn_biomembrane_100(X) = fn_move_apart_1(fn_thylakoid_membrane_18(X))
& fn_move_apart_1(fn_thylakoid_membrane_18(X)) = fn_biomembrane_65(X)
& fn_biomembrane_65(X) = fn_biomembrane_65(X)
& fn_biomembrane_65(X) = fn_biomembrane_82(X)
& fn_biomembrane_82(X) = fn_biomembrane_80(X)
& fn_biomembrane_80(X) = fn_biomembrane_80(X)
& fn_biomembrane_80(X) = fn_biomembrane_83(X)
& fn_biomembrane_83(X) = fn_biomembrane_81(X)
& fn_biomembrane_81(X) = fn_biomembrane_81(X)
& fn_biomembrane_81(X) = fn_atp_synthase_40(fn_thylakoid_membrane_9(X))
& fn_atp_synthase_40(fn_thylakoid_membrane_9(X)) = fn_biomembrane_63(X)
& fn_biomembrane_63(X) = fn_biomembrane_63(X)
& fn_biomembrane_63(X) = fn_photosystem_i_5(fn_thylakoid_membrane_16(X))
& fn_photosystem_i_5(fn_thylakoid_membrane_16(X)) = fn_electron_transport_chain_5(fn_thylakoid_membrane_6(X))
& fn_electron_transport_chain_5(fn_thylakoid_membrane_6(X)) = fn_electron_transport_chain_5(fn_thylakoid_membrane_6(X))
& fn_electron_transport_chain_5(fn_thylakoid_membrane_6(X)) = fn_atp_synthase_37(fn_thylakoid_membrane_9(X))
& fn_atp_synthase_37(fn_thylakoid_membrane_9(X)) = fn_atp_synthase_37(fn_thylakoid_membrane_9(X)) ) ) ).
fof(a533245,axiom,
! [X] :
( thylakoid_space_1(X)
=> ( original_name_2(X,'Thylakoid-Space')
& user_description_2(X,'The lumen or space inside a thylakoid.')
& concept2words_2(X,'thylakoid lumen')
& concept2words_2(X,'space of thylakoid')
& concept2words_2(X,'thylakoid space')
& concept2words_2(X,'thylakoid-space')
& subcellular_region_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ trans_face_1(X)
& thylakoid_1(fn_thylakoid_space_1(X))
& aqueous_solution_1(fn_thylakoid_space_2(X))
& aqueous_solution_1(fn_thylakoid_space_3(X))
& thylakoid_1(fn_thylakoid_space_4(X))
& is_inside_2(fn_thylakoid_space_2(X),X)
& is_inside_2(fn_thylakoid_space_3(X),X)
& has_region_2(fn_thylakoid_space_4(X),X) ) ) ).
fof(a533246,axiom,
! [X] :
( thymine_1(X)
=> ( original_name_2(X,'Thymine')
& user_description_2(X,'One of the five most common nitrogenous bases which make up nucleotide monomers of nucleic acids. Thymine is present only in DNA.')
& concept2words_2(X,t)
& concept2words_2(X,thymine)
& pyrimidine_1(X)
& nitrogenous_base_present_in_dna_1(X)
& ~ adenine_at_dna_strand_1(X)
& ~ cytosine_at_dna_strand_1(X)
& ~ guanine_at_dna_strand_1(X)
& ~ cytosine_1(X)
& ~ uracil_1(X) ) ) ).
fof(a533247,axiom,
! [X] :
( thymine_at_dna_strand_opposite_to_dna_strand_1(X)
=> ( original_name_2(X,'Thymine-At-DNA-Strand-Opposite-To-DNA-Strand')
& user_description_2(X,'This is a situation in which the thymine at DNA stand is opposite to DNA Strand having Adenine.')
& concept2words_2(X,'thymine at dna strand opposite to dna strand')
& concept2words_2(X,'thymine-at-dna-strand-opposite-to-dna-strand')
& thymine_1(X)
& ~ thymine_at_dna_strand_opposite_to_rna_strand_1(X)
& adenine_at_dna_strand_opposite_to_dna_strand_1(fn_thymine_at_dna_strand_opposite_to_dna_strand_1(X))
& thymine_at_dna_strand_opposite_to_dna_strand_1(fn_adenine_at_dna_strand_opposite_to_dna_strand_4(fn_thymine_at_dna_strand_opposite_to_dna_strand_1(X)))
& complement_2(X,fn_thymine_at_dna_strand_opposite_to_dna_strand_1(X))
& complement_2(fn_thymine_at_dna_strand_opposite_to_dna_strand_1(X),X)
& X = fn_adenine_at_dna_strand_opposite_to_dna_strand_4(fn_thymine_at_dna_strand_opposite_to_dna_strand_1(X))
& fn_adenine_at_dna_strand_opposite_to_dna_strand_4(fn_thymine_at_dna_strand_opposite_to_dna_strand_1(X)) = fn_adenine_at_dna_strand_opposite_to_dna_strand_4(fn_thymine_at_dna_strand_opposite_to_dna_strand_1(X)) ) ) ).
fof(a533248,axiom,
! [X] :
( thymine_at_dna_strand_opposite_to_rna_strand_1(X)
=> ( original_name_2(X,'Thymine-At-DNA-Strand-Opposite-To-RNA-Strand')
& user_description_2(X,'This is a situation in which the thymine at DNA stand is opposite to RNA Strand')
& concept2words_2(X,'thymine at dna strand opposite to rna strand')
& concept2words_2(X,'thymine-at-dna-strand-opposite-to-rna-strand')
& thymine_1(X)
& ~ thymine_at_dna_strand_opposite_to_dna_strand_1(X)
& adenine_at_rna_strand_opposite_to_dna_strand_1(fn_thymine_at_dna_strand_opposite_to_rna_strand_1(X))
& complement_2(X,fn_thymine_at_dna_strand_opposite_to_rna_strand_1(X))
& complement_2(fn_thymine_at_dna_strand_opposite_to_rna_strand_1(X),X) ) ) ).
fof(a533249,axiom,
! [X] :
( thymine_dimer_1(X)
=> ( original_name_2(X,'Thymine-Dimer')
& user_description_2(X,'Thymine dimer is a deformity in DNA resulted from joining of two thymine nucleotides present consecutively on the DNA. It is formed by the reaction of high energy radiations or highly reactive chemical molecules with DNA')
& concept2words_2(X,'dimer of thymine')
& concept2words_2(X,'thymine dimer')
& concept2words_2(X,'thymine-dimer')
& damaged_dna_strand_1(X)
& thymine_1(fn_thymine_dimer_1(X))
& chemical_bond_1(fn_thymine_dimer_2(X))
& covalent_bond_1(fn_thymine_dimer_2(X))
& hold_1(fn_thymine_dimer_3(X))
& hold_together_1(fn_thymine_dimer_3(X))
& share_1(fn_thymine_dimer_4(X))
& entity_1(fn_thymine_dimer_5(X))
& chemical_entity_1(fn_thymine_dimer_5(X))
& atom_1(fn_thymine_dimer_5(X))
& hydrogen_1(fn_thymine_dimer_5(X))
& tangible_entity_1(fn_thymine_dimer_6(X))
& entity_1(fn_thymine_dimer_6(X))
& atom_1(fn_thymine_dimer_6(X))
& nitrogen_1(fn_thymine_dimer_6(X))
& atomic_nucleus_1(fn_thymine_dimer_7(X))
& center_1(fn_thymine_dimer_8(X))
& electron_shell_1(fn_thymine_dimer_9(X))
& electron_1(fn_thymine_dimer_10(X))
& valence_electron_1(fn_thymine_dimer_10(X))
& nitrogen_1(fn_thymine_dimer_11(X))
& carbon_1(fn_thymine_dimer_12(X))
& carbon_1(fn_thymine_dimer_13(X))
& entity_1(fn_thymine_dimer_14(X))
& hydrogen_1(fn_thymine_dimer_14(X))
& proton_1(fn_thymine_dimer_15(X))
& valence_electron_1(fn_thymine_dimer_16(X))
& system_1(fn_thymine_dimer_17(X))
& atomic_number_value_1(fn_thymine_dimer_18(X))
& atomic_nucleus_1(fn_thymine_dimer_19(X))
& center_1(fn_thymine_dimer_20(X))
& electron_shell_1(fn_thymine_dimer_21(X))
& thymine_1(fn_thymine_dimer_23(X))
& nitrogen_1(fn_nitrogenous_compound_1(fn_thymine_dimer_23(X)))
& carbon_1(fn_nitrogenous_base_1(fn_thymine_dimer_23(X)))
& carbon_1(fn_nitrogenous_base_1(fn_thymine_dimer_1(X)))
& share_1(fn_covalent_bond_17(fn_thymine_dimer_2(X)))
& hold_together_1(fn_covalent_bond_14(fn_thymine_dimer_2(X)))
& hydrogen_1(fn_nitrogenous_base_2(fn_thymine_dimer_1(X)))
& electron_shell_1(fn_atom_9(fn_thymine_dimer_5(X)))
& electron_shell_1(fn_covalent_bond_12(fn_thymine_dimer_2(X)))
& system_1(fn_covalent_bond_5(fn_thymine_dimer_2(X)))
& system_1(fn_hydrogen_19(fn_thymine_dimer_5(X)))
& equation_set_1(fn_covalent_bond_7(fn_thymine_dimer_2(X)))
& equation_set_1(fn_hydrogen_18(fn_thymine_dimer_5(X)))
& atomic_number_value_1(fn_covalent_bond_6(fn_thymine_dimer_2(X)))
& atomic_number_value_1(fn_hydrogen_10(fn_thymine_dimer_5(X)))
& hydrogen_1(fn_nitrogenous_base_2(fn_thymine_dimer_23(X)))
& entity_1(fn_covalent_bond_20(fn_thymine_dimer_2(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_thymine_dimer_2(X)))
& atom_1(fn_covalent_bond_20(fn_thymine_dimer_2(X)))
& entity_1(fn_covalent_bond_19(fn_thymine_dimer_2(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_thymine_dimer_2(X)))
& atom_1(fn_covalent_bond_19(fn_thymine_dimer_2(X)))
& proton_1(fn_hydrogen_13(fn_thymine_dimer_5(X)))
& proton_1(fn_covalent_bond_4(fn_thymine_dimer_2(X)))
& center_1(fn_hydrogen_14(fn_thymine_dimer_5(X)))
& center_1(fn_covalent_bond_21(fn_thymine_dimer_2(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_thymine_dimer_5(X)))
& atomic_nucleus_1(fn_covalent_bond_22(fn_thymine_dimer_2(X)))
& valence_electron_1(fn_hydrogen_12(fn_thymine_dimer_5(X)))
& valence_electron_1(fn_covalent_bond_18(fn_thymine_dimer_2(X)))
& electron_shell_1(fn_covalent_bond_11(fn_thymine_dimer_2(X)))
& electron_shell_1(fn_nitrogen_14(fn_thymine_dimer_6(X)))
& center_1(fn_covalent_bond_23(fn_thymine_dimer_2(X)))
& center_1(fn_nitrogen_11(fn_thymine_dimer_6(X)))
& valence_electron_1(fn_nitrogen_18(fn_thymine_dimer_6(X)))
& electron_1(fn_atom_14(fn_thymine_dimer_6(X)))
& valence_electron_1(fn_covalent_bond_15(fn_thymine_dimer_2(X)))
& valence_electron_1(fn_nitrogen_13(fn_thymine_dimer_6(X)))
& atomic_nucleus_1(fn_atom_18(fn_thymine_dimer_6(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_thymine_dimer_2(X)))
& atomic_nucleus_1(fn_nitrogen_10(fn_thymine_dimer_6(X)))
& entity_1(fn_share_3(fn_thymine_dimer_4(X)))
& tangible_entity_1(fn_hold_2(fn_thymine_dimer_3(X)))
& entity_1(fn_share_1(fn_thymine_dimer_4(X)))
& nitrogen_1(fn_nitrogenous_compound_1(fn_thymine_dimer_1(X)))
& exactCardinality(X,has_part_0,"2",thymine_0)
& has_part_2(X,fn_thymine_dimer_1(X))
& has_part_2(X,fn_thymine_dimer_23(X))
& fn_thymine_dimer_13(X) != fn_thymine_dimer_12(X)
& fn_thymine_dimer_12(X) != fn_thymine_dimer_13(X)
& fn_thymine_dimer_11(X) != fn_thymine_dimer_6(X)
& fn_thymine_dimer_6(X) != fn_thymine_dimer_11(X)
& object_2(fn_thymine_dimer_3(X),fn_thymine_dimer_6(X))
& agent_2(fn_thymine_dimer_4(X),fn_thymine_dimer_6(X))
& fn_thymine_dimer_6(X) != fn_thymine_dimer_5(X)
& fn_thymine_dimer_5(X) != fn_thymine_dimer_14(X)
& fn_thymine_dimer_5(X) != fn_thymine_dimer_6(X)
& fn_thymine_dimer_14(X) != fn_thymine_dimer_5(X)
& is_between_2(fn_thymine_dimer_2(X),fn_thymine_dimer_6(X))
& has_part_2(fn_thymine_dimer_23(X),fn_thymine_dimer_11(X))
& has_part_2(fn_thymine_dimer_23(X),fn_thymine_dimer_12(X))
& has_part_2(fn_thymine_dimer_23(X),fn_thymine_dimer_5(X))
& has_part_2(fn_thymine_dimer_1(X),fn_thymine_dimer_6(X))
& has_part_2(fn_thymine_dimer_1(X),fn_thymine_dimer_13(X))
& has_part_2(fn_thymine_dimer_1(X),fn_thymine_dimer_14(X))
& possesses_2(X,fn_thymine_dimer_2(X))
& object_2(fn_thymine_dimer_3(X),fn_thymine_dimer_5(X))
& agent_2(fn_thymine_dimer_4(X),fn_thymine_dimer_5(X))
& has_region_2(fn_thymine_dimer_5(X),fn_thymine_dimer_21(X))
& fn_thymine_dimer_9(X) != fn_thymine_dimer_21(X)
& fn_thymine_dimer_21(X) != fn_thymine_dimer_9(X)
& is_between_2(fn_thymine_dimer_2(X),fn_thymine_dimer_5(X))
& called_2(fn_thymine_dimer_18(X),'Atomic_Number')
& has_region_2(fn_thymine_dimer_5(X),fn_thymine_dimer_20(X))
& has_region_2(fn_thymine_dimer_5(X),fn_thymine_dimer_19(X))
& has_part_2(fn_thymine_dimer_5(X),fn_thymine_dimer_16(X))
& atomic_number_2(fn_thymine_dimer_5(X),fn_thymine_dimer_18(X))
& has_part_2(fn_thymine_dimer_5(X),fn_thymine_dimer_15(X))
& object_2(fn_thymine_dimer_4(X),fn_thymine_dimer_10(X))
& is_inside_2(fn_thymine_dimer_15(X),fn_thymine_dimer_19(X))
& is_at_2(fn_thymine_dimer_19(X),fn_thymine_dimer_20(X))
& fn_thymine_dimer_19(X) != fn_thymine_dimer_7(X)
& fn_thymine_dimer_7(X) != fn_thymine_dimer_19(X)
& fn_thymine_dimer_8(X) != fn_thymine_dimer_20(X)
& fn_thymine_dimer_20(X) != fn_thymine_dimer_8(X)
& has_function_2(fn_thymine_dimer_2(X),fn_thymine_dimer_3(X))
& agent_2(fn_thymine_dimer_3(X),fn_thymine_dimer_2(X))
& result_2(fn_thymine_dimer_4(X),fn_thymine_dimer_2(X))
& object_2(fn_thymine_dimer_4(X),fn_thymine_dimer_16(X))
& is_near_2(fn_thymine_dimer_16(X),fn_thymine_dimer_19(X))
& is_near_2(fn_thymine_dimer_19(X),fn_thymine_dimer_16(X))
& has_region_2(fn_thymine_dimer_6(X),fn_thymine_dimer_9(X))
& has_part_2(fn_thymine_dimer_6(X),fn_thymine_dimer_10(X))
& has_region_2(fn_thymine_dimer_6(X),fn_thymine_dimer_7(X))
& is_at_2(fn_thymine_dimer_7(X),fn_thymine_dimer_8(X))
& has_region_2(fn_thymine_dimer_6(X),fn_thymine_dimer_8(X))
& is_near_2(fn_thymine_dimer_10(X),fn_thymine_dimer_7(X))
& is_near_2(fn_thymine_dimer_7(X),fn_thymine_dimer_10(X))
& fn_thymine_dimer_6(X) = fn_hold_2(fn_thymine_dimer_3(X))
& fn_thymine_dimer_14(X) = fn_share_1(fn_thymine_dimer_4(X))
& fn_thymine_dimer_5(X) = fn_share_3(fn_thymine_dimer_4(X))
& fn_thymine_dimer_6(X) = fn_share_3(fn_thymine_dimer_4(X))
& fn_thymine_dimer_6(X) = fn_share_1(fn_thymine_dimer_4(X))
& fn_thymine_dimer_6(X) = fn_molecule_11(X)
& fn_thymine_dimer_11(X) = fn_nitrogenous_compound_1(fn_thymine_dimer_23(X))
& fn_thymine_dimer_12(X) = fn_nitrogenous_base_1(fn_thymine_dimer_23(X))
& fn_thymine_dimer_5(X) = fn_nitrogenous_base_2(fn_thymine_dimer_23(X))
& fn_thymine_dimer_6(X) = fn_nitrogenous_compound_1(fn_thymine_dimer_1(X))
& fn_thymine_dimer_13(X) = fn_nitrogenous_base_1(fn_thymine_dimer_1(X))
& fn_thymine_dimer_14(X) = fn_nitrogenous_base_2(fn_thymine_dimer_1(X))
& fn_thymine_dimer_2(X) = fn_molecule_10(X)
& fn_thymine_dimer_2(X) = fn_polymer_1(X)
& fn_thymine_dimer_9(X) = fn_covalent_bond_11(fn_thymine_dimer_2(X))
& fn_thymine_dimer_21(X) = fn_atom_9(fn_thymine_dimer_5(X))
& fn_thymine_dimer_21(X) = fn_covalent_bond_12(fn_thymine_dimer_2(X))
& fn_thymine_dimer_20(X) = fn_hydrogen_14(fn_thymine_dimer_5(X))
& fn_thymine_dimer_19(X) = fn_hydrogen_15(fn_thymine_dimer_5(X))
& fn_thymine_dimer_5(X) = fn_covalent_bond_20(fn_thymine_dimer_2(X))
& fn_thymine_dimer_16(X) = fn_hydrogen_12(fn_thymine_dimer_5(X))
& fn_thymine_dimer_15(X) = fn_hydrogen_13(fn_thymine_dimer_5(X))
& fn_thymine_dimer_17(X) = fn_covalent_bond_5(fn_thymine_dimer_2(X))
& fn_thymine_dimer_17(X) = fn_hydrogen_19(fn_thymine_dimer_5(X))
& fn_thymine_dimer_22(X) = fn_covalent_bond_7(fn_thymine_dimer_2(X))
& fn_thymine_dimer_22(X) = fn_hydrogen_18(fn_thymine_dimer_5(X))
& fn_thymine_dimer_5(X) = fn_covalent_bond_19(fn_thymine_dimer_2(X))
& fn_thymine_dimer_18(X) = fn_covalent_bond_6(fn_thymine_dimer_2(X))
& fn_thymine_dimer_18(X) = fn_hydrogen_10(fn_thymine_dimer_5(X))
& fn_thymine_dimer_10(X) = fn_covalent_bond_15(fn_thymine_dimer_2(X))
& fn_thymine_dimer_15(X) = fn_covalent_bond_4(fn_thymine_dimer_2(X))
& fn_thymine_dimer_8(X) = fn_covalent_bond_23(fn_thymine_dimer_2(X))
& fn_thymine_dimer_20(X) = fn_covalent_bond_23(fn_thymine_dimer_2(X))
& fn_thymine_dimer_20(X) = fn_covalent_bond_21(fn_thymine_dimer_2(X))
& fn_thymine_dimer_7(X) = fn_covalent_bond_24(fn_thymine_dimer_2(X))
& fn_thymine_dimer_16(X) = fn_covalent_bond_15(fn_thymine_dimer_2(X))
& fn_thymine_dimer_19(X) = fn_covalent_bond_24(fn_thymine_dimer_2(X))
& fn_thymine_dimer_19(X) = fn_covalent_bond_22(fn_thymine_dimer_2(X))
& fn_thymine_dimer_16(X) = fn_covalent_bond_18(fn_thymine_dimer_2(X))
& fn_thymine_dimer_4(X) = fn_covalent_bond_17(fn_thymine_dimer_2(X))
& fn_thymine_dimer_3(X) = fn_covalent_bond_14(fn_thymine_dimer_2(X))
& fn_thymine_dimer_9(X) = fn_nitrogen_14(fn_thymine_dimer_6(X))
& fn_thymine_dimer_10(X) = fn_nitrogen_18(fn_thymine_dimer_6(X))
& fn_thymine_dimer_8(X) = fn_nitrogen_11(fn_thymine_dimer_6(X))
& fn_thymine_dimer_10(X) = fn_atom_14(fn_thymine_dimer_6(X))
& fn_thymine_dimer_10(X) = fn_nitrogen_13(fn_thymine_dimer_6(X))
& fn_thymine_dimer_7(X) = fn_atom_18(fn_thymine_dimer_6(X))
& fn_thymine_dimer_7(X) = fn_nitrogen_10(fn_thymine_dimer_6(X))
& fn_share_1(fn_thymine_dimer_4(X)) = fn_nitrogenous_base_2(fn_thymine_dimer_1(X))
& fn_nitrogenous_base_2(fn_thymine_dimer_1(X)) = fn_covalent_bond_12(fn_thymine_dimer_2(X))
& fn_covalent_bond_12(fn_thymine_dimer_2(X)) = fn_covalent_bond_12(fn_thymine_dimer_2(X))
& fn_covalent_bond_12(fn_thymine_dimer_2(X)) = fn_atom_9(fn_thymine_dimer_5(X))
& fn_atom_9(fn_thymine_dimer_5(X)) = fn_covalent_bond_12(fn_thymine_dimer_2(X))
& fn_covalent_bond_12(fn_thymine_dimer_2(X)) = fn_covalent_bond_5(fn_thymine_dimer_2(X))
& fn_hydrogen_19(fn_thymine_dimer_5(X)) = fn_covalent_bond_5(fn_thymine_dimer_2(X))
& fn_covalent_bond_5(fn_thymine_dimer_2(X)) = fn_hydrogen_19(fn_thymine_dimer_5(X))
& fn_hydrogen_19(fn_thymine_dimer_5(X)) = fn_hydrogen_18(fn_thymine_dimer_5(X))
& fn_hydrogen_18(fn_thymine_dimer_5(X)) = fn_hydrogen_18(fn_thymine_dimer_5(X))
& fn_hydrogen_18(fn_thymine_dimer_5(X)) = fn_covalent_bond_7(fn_thymine_dimer_2(X))
& fn_covalent_bond_7(fn_thymine_dimer_2(X)) = fn_hydrogen_18(fn_thymine_dimer_5(X))
& fn_hydrogen_18(fn_thymine_dimer_5(X)) = fn_hydrogen_10(fn_thymine_dimer_5(X))
& fn_hydrogen_10(fn_thymine_dimer_5(X)) = fn_covalent_bond_6(fn_thymine_dimer_2(X))
& fn_covalent_bond_6(fn_thymine_dimer_2(X)) = fn_hydrogen_10(fn_thymine_dimer_5(X))
& fn_hydrogen_10(fn_thymine_dimer_5(X)) = fn_share_3(fn_thymine_dimer_4(X))
& fn_share_3(fn_thymine_dimer_4(X)) = fn_share_3(fn_thymine_dimer_4(X))
& fn_share_3(fn_thymine_dimer_4(X)) = fn_nitrogenous_base_2(fn_thymine_dimer_23(X))
& fn_nitrogenous_base_2(fn_thymine_dimer_23(X)) = fn_nitrogenous_base_2(fn_thymine_dimer_23(X))
& fn_nitrogenous_base_2(fn_thymine_dimer_23(X)) = fn_covalent_bond_20(fn_thymine_dimer_2(X))
& fn_covalent_bond_19(fn_thymine_dimer_2(X)) = fn_covalent_bond_20(fn_thymine_dimer_2(X))
& fn_covalent_bond_20(fn_thymine_dimer_2(X)) = fn_covalent_bond_20(fn_thymine_dimer_2(X))
& fn_covalent_bond_20(fn_thymine_dimer_2(X)) = fn_covalent_bond_19(fn_thymine_dimer_2(X))
& fn_covalent_bond_19(fn_thymine_dimer_2(X)) = fn_covalent_bond_19(fn_thymine_dimer_2(X))
& fn_covalent_bond_19(fn_thymine_dimer_2(X)) = fn_hydrogen_13(fn_thymine_dimer_5(X))
& fn_hydrogen_13(fn_thymine_dimer_5(X)) = fn_covalent_bond_4(fn_thymine_dimer_2(X))
& fn_covalent_bond_4(fn_thymine_dimer_2(X)) = fn_covalent_bond_23(fn_thymine_dimer_2(X))
& fn_hydrogen_14(fn_thymine_dimer_5(X)) = fn_covalent_bond_23(fn_thymine_dimer_2(X))
& fn_covalent_bond_23(fn_thymine_dimer_2(X)) = fn_hydrogen_14(fn_thymine_dimer_5(X))
& fn_hydrogen_14(fn_thymine_dimer_5(X)) = fn_covalent_bond_21(fn_thymine_dimer_2(X))
& fn_covalent_bond_21(fn_thymine_dimer_2(X)) = fn_covalent_bond_21(fn_thymine_dimer_2(X))
& fn_covalent_bond_21(fn_thymine_dimer_2(X)) = fn_hydrogen_15(fn_thymine_dimer_5(X))
& fn_hydrogen_15(fn_thymine_dimer_5(X)) = fn_covalent_bond_24(fn_thymine_dimer_2(X))
& fn_covalent_bond_24(fn_thymine_dimer_2(X)) = fn_hydrogen_15(fn_thymine_dimer_5(X))
& fn_hydrogen_15(fn_thymine_dimer_5(X)) = fn_covalent_bond_22(fn_thymine_dimer_2(X))
& fn_covalent_bond_22(fn_thymine_dimer_2(X)) = fn_covalent_bond_22(fn_thymine_dimer_2(X))
& fn_covalent_bond_22(fn_thymine_dimer_2(X)) = fn_covalent_bond_15(fn_thymine_dimer_2(X))
& fn_hydrogen_12(fn_thymine_dimer_5(X)) = fn_covalent_bond_15(fn_thymine_dimer_2(X))
& fn_covalent_bond_15(fn_thymine_dimer_2(X)) = fn_hydrogen_12(fn_thymine_dimer_5(X))
& fn_hydrogen_12(fn_thymine_dimer_5(X)) = fn_covalent_bond_18(fn_thymine_dimer_2(X))
& fn_covalent_bond_18(fn_thymine_dimer_2(X)) = fn_covalent_bond_18(fn_thymine_dimer_2(X))
& fn_covalent_bond_18(fn_thymine_dimer_2(X)) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_molecule_10(X)
& fn_molecule_10(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_covalent_bond_11(fn_thymine_dimer_2(X))
& fn_covalent_bond_11(fn_thymine_dimer_2(X)) = fn_covalent_bond_11(fn_thymine_dimer_2(X))
& fn_covalent_bond_11(fn_thymine_dimer_2(X)) = fn_nitrogen_14(fn_thymine_dimer_6(X))
& fn_nitrogen_14(fn_thymine_dimer_6(X)) = fn_covalent_bond_23(fn_thymine_dimer_2(X))
& fn_covalent_bond_23(fn_thymine_dimer_2(X)) = fn_covalent_bond_23(fn_thymine_dimer_2(X))
& fn_covalent_bond_23(fn_thymine_dimer_2(X)) = fn_nitrogen_11(fn_thymine_dimer_6(X))
& fn_nitrogen_11(fn_thymine_dimer_6(X)) = fn_nitrogen_11(fn_thymine_dimer_6(X))
& fn_nitrogen_11(fn_thymine_dimer_6(X)) = fn_nitrogen_18(fn_thymine_dimer_6(X))
& fn_nitrogen_18(fn_thymine_dimer_6(X)) = fn_atom_14(fn_thymine_dimer_6(X))
& fn_covalent_bond_15(fn_thymine_dimer_2(X)) = fn_atom_14(fn_thymine_dimer_6(X))
& fn_atom_14(fn_thymine_dimer_6(X)) = fn_atom_14(fn_thymine_dimer_6(X))
& fn_atom_14(fn_thymine_dimer_6(X)) = fn_covalent_bond_15(fn_thymine_dimer_2(X))
& fn_covalent_bond_15(fn_thymine_dimer_2(X)) = fn_nitrogen_13(fn_thymine_dimer_6(X))
& fn_nitrogen_13(fn_thymine_dimer_6(X)) = fn_nitrogen_13(fn_thymine_dimer_6(X))
& fn_nitrogen_13(fn_thymine_dimer_6(X)) = fn_covalent_bond_24(fn_thymine_dimer_2(X))
& fn_covalent_bond_24(fn_thymine_dimer_2(X)) = fn_atom_18(fn_thymine_dimer_6(X))
& fn_atom_18(fn_thymine_dimer_6(X)) = fn_atom_18(fn_thymine_dimer_6(X))
& fn_atom_18(fn_thymine_dimer_6(X)) = fn_covalent_bond_24(fn_thymine_dimer_2(X))
& fn_covalent_bond_24(fn_thymine_dimer_2(X)) = fn_covalent_bond_24(fn_thymine_dimer_2(X))
& fn_covalent_bond_24(fn_thymine_dimer_2(X)) = fn_nitrogen_10(fn_thymine_dimer_6(X))
& fn_nitrogen_10(fn_thymine_dimer_6(X)) = fn_nitrogen_10(fn_thymine_dimer_6(X))
& fn_nitrogen_10(fn_thymine_dimer_6(X)) = fn_hold_2(fn_thymine_dimer_3(X))
& fn_hold_2(fn_thymine_dimer_3(X)) = fn_share_3(fn_thymine_dimer_4(X))
& fn_share_3(fn_thymine_dimer_4(X)) = fn_hold_2(fn_thymine_dimer_3(X))
& fn_hold_2(fn_thymine_dimer_3(X)) = fn_share_1(fn_thymine_dimer_4(X))
& fn_share_1(fn_thymine_dimer_4(X)) = fn_share_1(fn_thymine_dimer_4(X))
& fn_share_1(fn_thymine_dimer_4(X)) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_nitrogenous_compound_1(fn_thymine_dimer_1(X)) ) ) ).
fof(a533250,axiom,
! [X] :
( thymus_1(X)
=> ( original_name_2(X,'Thymus')
& user_description_2(X,'In vertebrates, an organ in the thoracic cavity that is the site of T cell maturation.')
& concept2words_2(X,thymus)
& immune_organ_1(X) ) ) ).
fof(a533251,axiom,
! [X] :
( thyroid_gland_1(X)
=> ( original_name_2(X,'Thyroid-Gland')
& user_description_2(X,'An endocrine gland located in the neck, below the thyroid cartilage. It secretes the hormones triidiothyronine (T3) and thyroxine (T2), which regulate the metabolic rate. It also secretes the hormone calcitonin, which is involved in the regulation of calcium in the body.')
& concept2words_2(X,'gland of thyroid')
& concept2words_2(X,'thyroid gland')
& concept2words_2(X,'thyroid-gland')
& endocrine_gland_1(X)
& ~ adrenal_gland_1(X)
& ~ parathyroid_gland_1(X)
& ~ pineal_gland_1(X)
& ~ pituitary_gland_1(X)
& secretion_1(fn_thyroid_gland_1(X))
& secretor_1(fn_thyroid_gland_2(X))
& thyroid_hormone_1(fn_thyroid_gland_3(X))
& chemical_reaction_1(fn_thyroid_gland_4(X))
& synthesis_reaction_1(fn_thyroid_gland_4(X))
& iodine_1(fn_thyroid_gland_5(X))
& chemical_entity_1(fn_chemical_reaction_2(fn_thyroid_gland_4(X)))
& secretor_1(fn_secretion_3(fn_thyroid_gland_1(X)))
& secretion_1(fn_thyroid_hormone_14(fn_thyroid_gland_3(X)))
& synthesis_reaction_1(fn_thyroid_hormone_13(fn_thyroid_gland_3(X)))
& living_entity_1(fn_secretion_2(fn_thyroid_gland_1(X)))
& thyroid_gland_1(fn_thyroid_hormone_12(fn_thyroid_gland_3(X)))
& raw_material_2(fn_thyroid_gland_4(X),fn_thyroid_gland_5(X))
& in_event_2(fn_thyroid_gland_2(X),fn_thyroid_gland_1(X))
& plays_2(X,fn_thyroid_gland_2(X))
& result_2(fn_thyroid_gland_4(X),fn_thyroid_gland_3(X))
& enables_2(fn_thyroid_gland_4(X),fn_thyroid_gland_1(X))
& object_2(fn_thyroid_gland_1(X),fn_thyroid_gland_3(X))
& is_inside_2(fn_thyroid_gland_3(X),X)
& has_function_2(X,fn_thyroid_gland_4(X))
& base_2(fn_thyroid_gland_4(X),X)
& has_function_2(X,fn_thyroid_gland_1(X))
& base_2(fn_thyroid_gland_1(X),X)
& fn_thyroid_gland_5(X) = fn_chemical_reaction_2(fn_thyroid_gland_4(X))
& X = fn_secretion_2(fn_thyroid_gland_1(X))
& fn_thyroid_gland_2(X) = fn_secretion_3(fn_thyroid_gland_1(X))
& fn_thyroid_gland_1(X) = fn_thyroid_hormone_14(fn_thyroid_gland_3(X))
& fn_thyroid_gland_4(X) = fn_thyroid_hormone_13(fn_thyroid_gland_3(X))
& X = fn_thyroid_hormone_12(fn_thyroid_gland_3(X))
& fn_secretion_2(fn_thyroid_gland_1(X)) = fn_thyroid_hormone_12(fn_thyroid_gland_3(X))
& fn_thyroid_hormone_12(fn_thyroid_gland_3(X)) = fn_thyroid_hormone_12(fn_thyroid_gland_3(X)) ) ) ).
fof(a533252,axiom,
! [X] :
( thyroid_hormone_1(X)
=> ( original_name_2(X,'Thyroid-Hormone')
& user_description_2(X,'A hormone produced by the thyroid gland. The thyroid hormones are thyroxine (T4) and triiodothyronine (T3).')
& concept2words_2(X,'hormone of thyroid')
& concept2words_2(X,'thyroid hormone')
& concept2words_2(X,'thyroid-hormone')
& hormone_1(X)
& hydrophobic_compound_1(X)
& ~ steroid_hormone_1(X)
& hold_together_1(fn_thyroid_hormone_1(X))
& constant_motion_1(fn_thyroid_hormone_2(X))
& speed_value_1(fn_thyroid_hormone_3(X))
& quantity_value_1(fn_thyroid_hormone_4(X))
& kinetic_energy_1(fn_thyroid_hormone_5(X))
& repel_1(fn_thyroid_hormone_6(X))
& hydrophobic_region_1(fn_thyroid_hormone_7(X))
& carbon_1(fn_thyroid_hormone_8(X))
& chemical_entity_1(fn_thyroid_hormone_8(X))
& chemical_bond_1(fn_thyroid_hormone_9(X))
& carbon_skeleton_1(fn_thyroid_hormone_10(X))
& atom_1(fn_thyroid_hormone_11(X))
& chemical_entity_1(fn_thyroid_hormone_11(X))
& thyroid_gland_1(fn_thyroid_hormone_12(X))
& synthesis_reaction_1(fn_thyroid_hormone_13(X))
& secretion_1(fn_thyroid_hormone_14(X))
& living_entity_1(fn_secretion_2(fn_thyroid_hormone_14(X)))
& hold_together_1(fn_chemical_bond_3(fn_thyroid_hormone_9(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_thyroid_hormone_13(X)))
& tangible_entity_1(fn_secretion_1(fn_thyroid_hormone_14(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_thyroid_hormone_9(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_thyroid_hormone_9(X)))
& is_inside_2(X,fn_thyroid_hormone_12(X))
& has_function_2(fn_thyroid_hormone_12(X),fn_thyroid_hormone_14(X))
& has_function_2(fn_thyroid_hormone_12(X),fn_thyroid_hormone_13(X))
& base_2(fn_thyroid_hormone_13(X),fn_thyroid_hormone_12(X))
& enables_2(fn_thyroid_hormone_13(X),fn_thyroid_hormone_14(X))
& base_2(fn_thyroid_hormone_14(X),fn_thyroid_hormone_12(X))
& result_2(fn_thyroid_hormone_13(X),X)
& object_2(fn_thyroid_hormone_14(X),X)
& possesses_2(X,fn_thyroid_hormone_9(X))
& is_between_2(fn_thyroid_hormone_9(X),fn_thyroid_hormone_11(X))
& possesses_2(X,fn_thyroid_hormone_5(X))
& quantity_2(fn_thyroid_hormone_5(X),fn_thyroid_hormone_4(X))
& directly_proportional_2(fn_thyroid_hormone_3(X),fn_thyroid_hormone_4(X))
& speed_2(fn_thyroid_hormone_2(X),fn_thyroid_hormone_3(X))
& object_2(fn_thyroid_hormone_2(X),X)
& has_part_2(X,fn_thyroid_hormone_11(X))
& has_part_2(X,fn_thyroid_hormone_8(X))
& is_inside_2(fn_thyroid_hormone_8(X),fn_thyroid_hormone_10(X))
& has_region_2(X,fn_thyroid_hormone_10(X))
& fn_thyroid_hormone_11(X) != fn_thyroid_hormone_8(X)
& fn_thyroid_hormone_8(X) != fn_thyroid_hormone_11(X)
& has_function_2(X,fn_thyroid_hormone_6(X))
& site_2(fn_thyroid_hormone_6(X),fn_thyroid_hormone_7(X))
& facilitates_2(fn_thyroid_hormone_7(X),fn_thyroid_hormone_6(X))
& agent_2(fn_thyroid_hormone_6(X),X)
& has_region_2(X,fn_thyroid_hormone_7(X))
& object_2(fn_thyroid_hormone_1(X),fn_thyroid_hormone_11(X))
& object_2(fn_thyroid_hormone_1(X),fn_thyroid_hormone_8(X))
& is_between_2(fn_thyroid_hormone_9(X),fn_thyroid_hormone_8(X))
& agent_2(fn_thyroid_hormone_1(X),fn_thyroid_hormone_9(X))
& has_function_2(fn_thyroid_hormone_9(X),fn_thyroid_hormone_1(X))
& fn_thyroid_hormone_12(X) = fn_secretion_2(fn_thyroid_hormone_14(X))
& X = fn_chemical_reaction_1(fn_thyroid_hormone_13(X))
& X = fn_secretion_1(fn_thyroid_hormone_14(X))
& fn_thyroid_hormone_16(X) = fn_molecule_2(X)
& fn_thyroid_hormone_15(X) = fn_molecule_1(X)
& fn_thyroid_hormone_11(X) = fn_molecule_11(X)
& fn_thyroid_hormone_9(X) = fn_molecule_10(X)
& fn_thyroid_hormone_2(X) = fn_molecule_8(X)
& fn_thyroid_hormone_3(X) = fn_molecule_3(X)
& fn_thyroid_hormone_4(X) = fn_molecule_4(X)
& fn_thyroid_hormone_5(X) = fn_molecule_12(X)
& fn_thyroid_hormone_10(X) = fn_hormone_1(X)
& fn_thyroid_hormone_11(X) = fn_hormone_3(X)
& fn_thyroid_hormone_8(X) = fn_hormone_2(X)
& fn_thyroid_hormone_7(X) = fn_hydrophobic_compound_3(X)
& fn_thyroid_hormone_6(X) = fn_hydrophobic_compound_2(X)
& fn_thyroid_hormone_11(X) = fn_chemical_bond_1(fn_thyroid_hormone_9(X))
& fn_thyroid_hormone_8(X) = fn_chemical_bond_1(fn_thyroid_hormone_9(X))
& fn_thyroid_hormone_8(X) = fn_chemical_bond_4(fn_thyroid_hormone_9(X))
& fn_thyroid_hormone_1(X) = fn_chemical_bond_3(fn_thyroid_hormone_9(X))
& fn_chemical_reaction_1(fn_thyroid_hormone_13(X)) = fn_secretion_1(fn_thyroid_hormone_14(X))
& fn_secretion_1(fn_thyroid_hormone_14(X)) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_hormone_3(X)
& fn_hormone_3(X) = fn_hormone_3(X)
& fn_hormone_3(X) = fn_chemical_bond_1(fn_thyroid_hormone_9(X))
& fn_chemical_bond_1(fn_thyroid_hormone_9(X)) = fn_hormone_2(X)
& fn_hormone_2(X) = fn_hormone_2(X)
& fn_hormone_2(X) = fn_chemical_bond_1(fn_thyroid_hormone_9(X))
& fn_chemical_bond_4(fn_thyroid_hormone_9(X)) = fn_chemical_bond_1(fn_thyroid_hormone_9(X))
& fn_chemical_bond_1(fn_thyroid_hormone_9(X)) = fn_chemical_bond_4(fn_thyroid_hormone_9(X)) ) ) ).
fof(a533253,axiom,
! [X] :
( thyroid_hormone_receptor_1(X)
=> ( original_name_2(X,'Thyroid-Hormone-Receptor')
& user_description_2(X,'A receptor protein on the surface of a cell or in its interior that binds to thyroid hormone.')
& concept2words_2(X,'thyroid hormone receptor')
& concept2words_2(X,'thyroid-hormone-receptor')
& intracellular_receptor_1(X)
& hormone_receptor_1(X) ) ) ).
fof(a533254,axiom,
! [X] :
( thyroid_peptide_hormone_1(X)
=> ( original_name_2(X,'Thyroid-Peptide-Hormone')
& user_description_2(X,'Peptide hormones secreted by the thyroid gland.')
& concept2words_2(X,'thyroid peptide hormone')
& concept2words_2(X,'thyroid-peptide-hormone')
& peptide_hormone_1(X) ) ) ).
fof(a533255,axiom,
! [X] :
( ti_plasmid_1(X)
=> ( original_name_2(X,'Ti-Plasmid')
& user_description_2(X,'A circular plasmid found in the genome of Agrobacterium, a bacterium that causes tumors in the plants it infects. Because the plasmid is readily passed from the bacterial genome to the host genome, it is commonly used as a genetic vector in genetic engineering.')
& concept2words_2(X,'plasmid of ti')
& concept2words_2(X,'ti plasmid')
& concept2words_2(X,'ti-plasmid')
& plasmid_1(X)
& ~ f_plasmid_1(X)
& ~ r_plasmid_1(X) ) ) ).
fof(a533256,axiom,
! [X] :
( tick_1(X)
=> ( original_name_2(X,'Tick')
& user_description_2(X,'A small arachnid in the order Ixodida. They are external parasites and feed on the blood of mammals, birds, and reptiles.')
& concept2words_2(X,tick)
& arachnid_1(X)
& ~ mite_1(X)
& ~ scorpion_1(X)
& ~ spider_1(X) ) ) ).
fof(a533257,axiom,
! [X] :
( tight_junction_1(X)
=> ( original_name_2(X,'Tight-Junction')
& user_description_2(X,'A type of intercellular junction in animal cells where adjacent cells are tightly bound together and material cannot pass through the extracellular matrix between them.')
& concept2words_2(X,'tight junction')
& concept2words_2(X,'tight-junction')
& intercellular_junction_1(X)
& ~ desmosome_1(X)
& ~ intercalated_disc_1(X)
& hydrophilic_face_1(fn_tight_junction_1(X))
& facilitated_diffusion_of_polar_molecule_1(fn_tight_junction_2(X))
& hydrophobic_core_1(fn_tight_junction_3(X))
& move_1(fn_tight_junction_4(X))
& move_through_1(fn_tight_junction_4(X))
& carbon_skeleton_1(fn_tight_junction_5(X))
& outside_face_1(fn_tight_junction_6(X))
& extracellular_side_1(fn_tight_junction_6(X))
& surface_1(fn_tight_junction_6(X))
& tangible_entity_1(fn_tight_junction_7(X))
& membrane_protein_1(fn_tight_junction_7(X))
& spatial_entity_1(fn_tight_junction_7(X))
& polymer_1(fn_tight_junction_7(X))
& protein_1(fn_tight_junction_7(X))
& organic_molecule_1(fn_tight_junction_7(X))
& tangible_entity_1(fn_tight_junction_8(X))
& oxygen_molecule_1(fn_tight_junction_8(X))
& spatial_entity_1(fn_tight_junction_8(X))
& chemical_entity_1(fn_tight_junction_8(X))
& spatial_entity_1(fn_tight_junction_9(X))
& polymer_1(fn_tight_junction_9(X))
& tangible_entity_1(fn_tight_junction_9(X))
& membrane_protein_1(fn_tight_junction_9(X))
& protein_1(fn_tight_junction_9(X))
& protein_pump_1(fn_tight_junction_9(X))
& transport_protein_1(fn_tight_junction_9(X))
& integral_protein_1(fn_tight_junction_9(X))
& carrier_protein_1(fn_tight_junction_9(X))
& electrogenic_pump_1(fn_tight_junction_9(X))
& sodium_potassium_pump_1(fn_tight_junction_9(X))
& attach_1(fn_tight_junction_10(X))
& aqueous_solution_1(fn_tight_junction_11(X))
& substance_1(fn_tight_junction_12(X))
& aqueous_solution_1(fn_tight_junction_12(X))
& extra_cellular_fluid_1(fn_tight_junction_12(X))
& hydrophilic_face_1(fn_tight_junction_13(X))
& spatial_entity_1(fn_tight_junction_14(X))
& hydrophilic_compound_1(fn_tight_junction_14(X))
& hydrophobic_compound_1(fn_tight_junction_15(X))
& block_1(fn_tight_junction_16(X))
& cell_1(fn_tight_junction_17(X))
& animal_cell_1(fn_tight_junction_17(X))
& tangible_entity_1(fn_tight_junction_18(X))
& spatial_entity_1(fn_tight_junction_18(X))
& membrane_1(fn_tight_junction_18(X))
& biomembrane_1(fn_tight_junction_18(X))
& plasma_membrane_1(fn_tight_junction_18(X))
& animal_plasma_membrane_1(fn_tight_junction_18(X))
& spatial_entity_1(fn_tight_junction_19(X))
& tangible_entity_1(fn_tight_junction_19(X))
& biomembrane_1(fn_tight_junction_19(X))
& plasma_membrane_1(fn_tight_junction_19(X))
& animal_plasma_membrane_1(fn_tight_junction_19(X))
& tangible_entity_1(fn_tight_junction_20(X))
& phospholipid_bilayer_1(fn_tight_junction_20(X))
& carbohydrate_side_chain_1(fn_tight_junction_21(X))
& glycoprotein_1(fn_tight_junction_22(X))
& tangible_entity_1(fn_tight_junction_23(X))
& phospholipid_bilayer_1(fn_tight_junction_23(X))
& block_1(fn_tight_junction_24(X))
& spatial_entity_1(fn_tight_junction_25(X))
& hydrophobic_compound_1(fn_tight_junction_25(X))
& hydrophilic_compound_1(fn_tight_junction_26(X))
& sodium_potassium_pump_1(fn_tight_junction_27(X))
& protein_1(fn_tight_junction_27(X))
& organic_molecule_1(fn_tight_junction_27(X))
& polymer_1(fn_tight_junction_27(X))
& spatial_entity_1(fn_tight_junction_27(X))
& membrane_protein_1(fn_tight_junction_27(X))
& tangible_entity_1(fn_tight_junction_27(X))
& transmembrane_protein_1(fn_tight_junction_27(X))
& integral_protein_1(fn_tight_junction_27(X))
& transport_protein_1(fn_tight_junction_27(X))
& move_1(fn_tight_junction_28(X))
& move_through_1(fn_tight_junction_28(X))
& integrin_1(fn_tight_junction_29(X))
& tangible_entity_1(fn_tight_junction_30(X))
& membrane_protein_1(fn_tight_junction_30(X))
& spatial_entity_1(fn_tight_junction_30(X))
& polymer_1(fn_tight_junction_30(X))
& protein_1(fn_tight_junction_30(X))
& organic_molecule_1(fn_tight_junction_30(X))
& hold_1(fn_tight_junction_31(X))
& hold_together_1(fn_tight_junction_31(X))
& block_1(fn_tight_junction_32(X))
& carbon_skeleton_1(fn_tight_junction_33(X))
& outside_face_1(fn_tight_junction_34(X))
& extracellular_side_1(fn_tight_junction_34(X))
& surface_1(fn_tight_junction_34(X))
& hydrophobic_core_1(fn_tight_junction_35(X))
& mixture_1(fn_tight_junction_36(X))
& cytoplasm_1(fn_tight_junction_36(X))
& membrane_1(fn_tight_junction_37(X))
& phospholipid_layer_1(fn_tight_junction_38(X))
& phospholipid_layer_1(fn_tight_junction_39(X))
& spatial_entity_1(fn_tight_junction_40(X))
& phospholipid_1(fn_tight_junction_40(X))
& lipid_1(fn_tight_junction_41(X))
& size_value_1(fn_tight_junction_42(X))
& quantity_value_1(fn_tight_junction_43(X))
& monomer_1(fn_tight_junction_44(X))
& entity_1(fn_tight_junction_45(X))
& atom_1(fn_tight_junction_45(X))
& chemical_entity_1(fn_tight_junction_45(X))
& carbon_1(fn_tight_junction_45(X))
& monomer_1(fn_tight_junction_46(X))
& size_value_1(fn_tight_junction_47(X))
& move_1(fn_tight_junction_48(X))
& attach_1(fn_tight_junction_49(X))
& attach_1(fn_tight_junction_50(X))
& tangible_entity_1(fn_tight_junction_51(X))
& lipid_1(fn_tight_junction_52(X))
& tangible_entity_1(fn_tight_junction_52(X))
& organic_molecule_1(fn_tight_junction_52(X))
& spatial_entity_1(fn_tight_junction_52(X))
& phospholipid_1(fn_tight_junction_52(X))
& hydrophilic_head_1(fn_tight_junction_53(X))
& fatty_acid_tail_1(fn_tight_junction_54(X))
& barrier_1(fn_tight_junction_55(X))
& attach_1(fn_tight_junction_56(X))
& protein_1(fn_tight_junction_57(X))
& polymer_1(fn_tight_junction_57(X))
& spatial_entity_1(fn_tight_junction_57(X))
& membrane_protein_1(fn_tight_junction_57(X))
& tangible_entity_1(fn_tight_junction_57(X))
& transmembrane_protein_1(fn_tight_junction_57(X))
& integral_protein_1(fn_tight_junction_57(X))
& transport_protein_1(fn_tight_junction_57(X))
& block_1(fn_tight_junction_58(X))
& block_1(fn_tight_junction_59(X))
& inside_face_1(fn_tight_junction_60(X))
& cytoplasmic_side_1(fn_tight_junction_60(X))
& support_1(fn_tight_junction_61(X))
& attach_1(fn_tight_junction_62(X))
& surface_1(fn_tight_junction_63(X))
& inside_face_1(fn_tight_junction_63(X))
& cytoplasmic_side_1(fn_tight_junction_63(X))
& cell_1(fn_tight_junction_64(X))
& animal_cell_1(fn_tight_junction_64(X))
& tangible_entity_1(fn_plasma_membrane_54(fn_tight_junction_19(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_tight_junction_19(X)))
& protein_1(fn_plasma_membrane_54(fn_tight_junction_19(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_tight_junction_19(X)))
& polymer_1(fn_plasma_membrane_54(fn_tight_junction_19(X)))
& facilitated_diffusion_1(fn_electrogenic_pump_40(fn_tight_junction_9(X)))
& hold_together_1(fn_biomembrane_57(fn_tight_junction_19(X)))
& glycoprotein_1(fn_animal_plasma_membrane_76(fn_tight_junction_19(X)))
& hydrophilic_compound_1(fn_animal_plasma_membrane_31(fn_tight_junction_19(X)))
& move_1(fn_animal_plasma_membrane_50(fn_tight_junction_19(X)))
& move_through_1(fn_animal_plasma_membrane_50(fn_tight_junction_19(X)))
& carbon_skeleton_1(fn_animal_plasma_membrane_57(fn_tight_junction_19(X)))
& block_1(fn_animal_plasma_membrane_114(fn_tight_junction_19(X)))
& hydrophobic_core_1(fn_animal_plasma_membrane_51(fn_tight_junction_18(X)))
& hydrophilic_face_1(fn_animal_plasma_membrane_5(fn_tight_junction_18(X)))
& tangible_entity_1(fn_animal_plasma_membrane_67(fn_tight_junction_18(X)))
& attach_1(fn_animal_plasma_membrane_66(fn_tight_junction_18(X)))
& move_1(fn_animal_plasma_membrane_49(fn_tight_junction_18(X)))
& barrier_1(fn_animal_plasma_membrane_113(fn_tight_junction_18(X)))
& attach_1(fn_animal_plasma_membrane_52(fn_tight_junction_18(X)))
& property_node_1(fn_animal_plasma_membrane_85(fn_tight_junction_18(X)))
& aqueous_solution_1(fn_animal_plasma_membrane_78(fn_tight_junction_18(X)))
& property_node_1(fn_animal_plasma_membrane_87(fn_tight_junction_18(X)))
& attach_1(fn_animal_plasma_membrane_23(fn_tight_junction_18(X)))
& attach_1(fn_animal_plasma_membrane_77(fn_tight_junction_18(X)))
& support_1(fn_animal_cell_61(fn_tight_junction_17(X)))
& support_1(fn_animal_cell_76(fn_tight_junction_17(X)))
& lipid_1(fn_phospholipid_bilayer_2(fn_tight_junction_20(X)))
& lipid_1(fn_phospholipid_bilayer_46(fn_tight_junction_20(X)))
& lipid_1(fn_phospholipid_bilayer_44(fn_tight_junction_20(X)))
& lipid_1(fn_phospholipid_bilayer_1(fn_tight_junction_20(X)))
& spatial_entity_1(fn_membrane_5(fn_tight_junction_37(X)))
& tangible_entity_1(fn_membrane_5(fn_tight_junction_37(X)))
& chemical_entity_1(fn_protein_pump_4(fn_tight_junction_9(X)))
& oxygen_molecule_1(fn_plasma_membrane_72(fn_tight_junction_18(X)))
& spatial_entity_1(fn_plasma_membrane_72(fn_tight_junction_18(X)))
& chemical_entity_1(fn_plasma_membrane_73(fn_tight_junction_18(X)))
& spatial_entity_1(fn_attach_1(fn_tight_junction_56(X)))
& spatial_entity_1(fn_attach_1(fn_tight_junction_50(X)))
& protein_1(fn_animal_cell_75(fn_tight_junction_17(X)))
& organic_molecule_1(fn_animal_cell_75(fn_tight_junction_17(X)))
& polymer_1(fn_animal_cell_75(fn_tight_junction_17(X)))
& spatial_entity_1(fn_animal_cell_75(fn_tight_junction_17(X)))
& membrane_protein_1(fn_animal_cell_75(fn_tight_junction_17(X)))
& tangible_entity_1(fn_animal_cell_75(fn_tight_junction_17(X)))
& transmembrane_protein_1(fn_animal_cell_75(fn_tight_junction_17(X)))
& integral_protein_1(fn_animal_cell_75(fn_tight_junction_17(X)))
& transport_protein_1(fn_animal_cell_75(fn_tight_junction_17(X)))
& sodium_potassium_pump_1(fn_animal_cell_75(fn_tight_junction_17(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_tight_junction_19(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_tight_junction_19(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_tight_junction_19(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_tight_junction_19(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_tight_junction_19(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_tight_junction_19(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_tight_junction_19(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_tight_junction_19(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_tight_junction_19(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_tight_junction_19(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_tight_junction_19(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_tight_junction_19(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_tight_junction_19(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_tight_junction_19(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_tight_junction_19(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_tight_junction_19(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_tight_junction_19(X)))
& mixture_1(fn_animal_cell_79(fn_tight_junction_17(X)))
& cytoplasm_1(fn_animal_cell_79(fn_tight_junction_17(X)))
& mixture_1(fn_cell_28(fn_tight_junction_17(X)))
& cytoplasm_1(fn_cell_28(fn_tight_junction_17(X)))
& fatty_acid_tail_1(fn_phospholipid_bilayer_25(fn_tight_junction_20(X)))
& fatty_acid_tail_1(fn_phospholipid_bilayer_18(fn_tight_junction_20(X)))
& fatty_acid_tail_1(fn_biomembrane_79(fn_tight_junction_18(X)))
& tangible_entity_1(fn_animal_cell_58(fn_tight_junction_17(X)))
& phospholipid_bilayer_1(fn_animal_cell_58(fn_tight_junction_17(X)))
& tangible_entity_1(fn_biomembrane_63(fn_tight_junction_19(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_tight_junction_19(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_tight_junction_19(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_tight_junction_19(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_tight_junction_19(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_tight_junction_19(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_tight_junction_19(X)))
& outside_face_1(fn_animal_plasma_membrane_55(fn_tight_junction_19(X)))
& extracellular_side_1(fn_animal_plasma_membrane_55(fn_tight_junction_19(X)))
& surface_1(fn_animal_plasma_membrane_55(fn_tight_junction_19(X)))
& block_1(fn_biomembrane_100(fn_tight_junction_19(X)))
& block_1(fn_biomembrane_101(fn_tight_junction_19(X)))
& block_1(fn_animal_plasma_membrane_115(fn_tight_junction_19(X)))
& tangible_entity_1(fn_hold_1(fn_tight_junction_31(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_tight_junction_19(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_tight_junction_19(X)))
& protein_1(fn_plasma_membrane_68(fn_tight_junction_19(X)))
& tangible_entity_1(fn_biomembrane_54(fn_tight_junction_19(X)))
& membrane_protein_1(fn_biomembrane_54(fn_tight_junction_19(X)))
& protein_1(fn_biomembrane_54(fn_tight_junction_19(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_tight_junction_19(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_tight_junction_19(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_tight_junction_19(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_tight_junction_19(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_tight_junction_19(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_tight_junction_19(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_tight_junction_19(X)))
& attach_1(fn_animal_plasma_membrane_66(fn_tight_junction_19(X)))
& attach_1(fn_animal_plasma_membrane_77(fn_tight_junction_19(X)))
& attach_1(fn_animal_plasma_membrane_52(fn_tight_junction_19(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_tight_junction_19(X)))
& surface_1(fn_cell_27(fn_tight_junction_17(X)))
& cytoplasmic_side_1(fn_cell_27(fn_tight_junction_17(X)))
& inside_face_1(fn_animal_plasma_membrane_58(fn_tight_junction_19(X)))
& cytoplasmic_side_1(fn_animal_plasma_membrane_58(fn_tight_junction_19(X)))
& hydrophobic_core_1(fn_animal_cell_85(fn_tight_junction_17(X)))
& hydrophobic_core_1(fn_animal_plasma_membrane_51(fn_tight_junction_19(X)))
& spatial_entity_1(fn_block_1(fn_tight_junction_32(X)))
& hydrophobic_compound_1(fn_biomembrane_98(fn_tight_junction_19(X)))
& hydrophobic_compound_1(fn_biomembrane_99(fn_tight_junction_19(X)))
& hydrophobic_compound_1(fn_animal_plasma_membrane_13(fn_tight_junction_19(X)))
& tangible_entity_1(fn_animal_cell_73(fn_tight_junction_17(X)))
& spatial_entity_1(fn_animal_cell_73(fn_tight_junction_17(X)))
& biomembrane_1(fn_animal_cell_73(fn_tight_junction_17(X)))
& animal_plasma_membrane_1(fn_animal_cell_73(fn_tight_junction_17(X)))
& plasma_membrane_1(fn_animal_cell_73(fn_tight_junction_17(X)))
& tangible_entity_1(fn_animal_plasma_membrane_67(fn_tight_junction_19(X)))
& plasma_membrane_1(fn_cell_30(fn_tight_junction_17(X)))
& carbohydrate_side_chain_1(fn_glycoprotein_17(fn_tight_junction_22(X)))
& carbohydrate_side_chain_1(fn_animal_plasma_membrane_43(fn_tight_junction_19(X)))
& move_through_1(fn_protein_pump_1(fn_tight_junction_9(X)))
& move_1(fn_protein_pump_1(fn_tight_junction_9(X)))
& move_through_1(fn_electrogenic_pump_5(fn_tight_junction_9(X)))
& move_through_1(fn_transport_protein_34(fn_tight_junction_9(X)))
& move_through_1(fn_carrier_protein_4(fn_tight_junction_9(X)))
& move_through_1(fn_electrogenic_pump_35(fn_tight_junction_9(X)))
& move_1(fn_electrogenic_pump_35(fn_tight_junction_9(X)))
& move_through_1(fn_plasma_membrane_74(fn_tight_junction_18(X)))
& move_1(fn_plasma_membrane_74(fn_tight_junction_18(X)))
& move_1(fn_animal_plasma_membrane_50(fn_tight_junction_18(X)))
& move_through_1(fn_animal_plasma_membrane_50(fn_tight_junction_18(X)))
& monomer_1(fn_plasma_membrane_86(fn_tight_junction_18(X)))
& monomer_1(fn_animal_plasma_membrane_68(fn_tight_junction_18(X)))
& hydrophilic_compound_1(fn_protein_pump_5(fn_tight_junction_9(X)))
& spatial_entity_1(fn_protein_pump_5(fn_tight_junction_9(X)))
& spatial_entity_1(fn_carrier_protein_20(fn_tight_junction_9(X)))
& hydrophilic_compound_1(fn_carrier_protein_20(fn_tight_junction_9(X)))
& hydrophilic_compound_1(fn_electrogenic_pump_24(fn_tight_junction_9(X)))
& spatial_entity_1(fn_electrogenic_pump_24(fn_tight_junction_9(X)))
& hydrophilic_compound_1(fn_plasma_membrane_50(fn_tight_junction_18(X)))
& hydrophilic_compound_1(fn_animal_plasma_membrane_31(fn_tight_junction_18(X)))
& tangible_entity_1(fn_electrogenic_pump_19(fn_tight_junction_9(X)))
& phospholipid_bilayer_1(fn_electrogenic_pump_19(fn_tight_junction_9(X)))
& tangible_entity_1(fn_carrier_protein_16(fn_tight_junction_9(X)))
& phospholipid_bilayer_1(fn_carrier_protein_16(fn_tight_junction_9(X)))
& tangible_entity_1(fn_integral_protein_27(fn_tight_junction_9(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_tight_junction_9(X)))
& tangible_entity_1(fn_sodium_potassium_pump_22(fn_tight_junction_9(X)))
& phospholipid_bilayer_1(fn_sodium_potassium_pump_22(fn_tight_junction_9(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_tight_junction_18(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_tight_junction_18(X)))
& tangible_entity_1(fn_biomembrane_63(fn_tight_junction_18(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_tight_junction_18(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_tight_junction_18(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_tight_junction_18(X)))
& hydrophilic_head_1(fn_biomembrane_82(fn_tight_junction_18(X)))
& hydrophilic_head_1(fn_animal_plasma_membrane_37(fn_tight_junction_18(X)))
& substance_1(fn_plasma_membrane_70(fn_tight_junction_18(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_tight_junction_18(X)))
& extra_cellular_fluid_1(fn_animal_plasma_membrane_38(fn_tight_junction_18(X)))
& block_1(fn_biomembrane_102(fn_tight_junction_18(X)))
& block_1(fn_membrane_2(fn_tight_junction_37(X)))
& block_1(fn_transport_protein_31(fn_tight_junction_9(X)))
& block_1(fn_carrier_protein_17(fn_tight_junction_9(X)))
& block_1(fn_electrogenic_pump_9(fn_tight_junction_9(X)))
& block_1(fn_biomembrane_101(fn_tight_junction_18(X)))
& block_1(fn_animal_plasma_membrane_29(fn_tight_junction_18(X)))
& block_1(fn_animal_plasma_membrane_115(fn_tight_junction_18(X)))
& block_1(fn_animal_plasma_membrane_30(fn_tight_junction_18(X)))
& block_1(fn_animal_plasma_membrane_114(fn_tight_junction_18(X)))
& spatial_entity_1(fn_biomembrane_66(fn_tight_junction_18(X)))
& tangible_entity_1(fn_biomembrane_66(fn_tight_junction_18(X)))
& organic_molecule_1(fn_biomembrane_66(fn_tight_junction_18(X)))
& phospholipid_1(fn_biomembrane_66(fn_tight_junction_18(X)))
& lipid_1(fn_animal_plasma_membrane_102(fn_tight_junction_18(X)))
& tangible_entity_1(fn_animal_plasma_membrane_102(fn_tight_junction_18(X)))
& organic_molecule_1(fn_animal_plasma_membrane_102(fn_tight_junction_18(X)))
& spatial_entity_1(fn_animal_plasma_membrane_102(fn_tight_junction_18(X)))
& phospholipid_1(fn_animal_plasma_membrane_102(fn_tight_junction_18(X)))
& phospholipid_layer_1(fn_phospholipid_bilayer_33(fn_tight_junction_20(X)))
& phospholipid_layer_1(fn_integral_protein_11(fn_tight_junction_9(X)))
& phospholipid_layer_1(fn_plasma_membrane_51(fn_tight_junction_18(X)))
& phospholipid_layer_1(fn_biomembrane_61(fn_tight_junction_18(X)))
& phospholipid_layer_1(fn_animal_plasma_membrane_60(fn_tight_junction_18(X)))
& phospholipid_layer_1(fn_phospholipid_bilayer_34(fn_tight_junction_20(X)))
& phospholipid_layer_1(fn_integral_protein_12(fn_tight_junction_9(X)))
& phospholipid_layer_1(fn_biomembrane_62(fn_tight_junction_18(X)))
& phospholipid_layer_1(fn_animal_plasma_membrane_59(fn_tight_junction_18(X)))
& spatial_entity_1(fn_phospholipid_bilayer_32(fn_tight_junction_20(X)))
& phospholipid_1(fn_phospholipid_bilayer_32(fn_tight_junction_20(X)))
& spatial_entity_1(fn_phospholipid_bilayer_55(fn_tight_junction_20(X)))
& phospholipid_1(fn_phospholipid_bilayer_55(fn_tight_junction_20(X)))
& phospholipid_1(fn_phospholipid_bilayer_24(fn_tight_junction_20(X)))
& phospholipid_1(fn_animal_plasma_membrane_84(fn_tight_junction_18(X)))
& entity_1(fn_carrier_protein_32(fn_tight_junction_9(X)))
& atom_1(fn_carrier_protein_32(fn_tight_junction_9(X)))
& chemical_entity_1(fn_carrier_protein_32(fn_tight_junction_9(X)))
& entity_1(fn_electrogenic_pump_14(fn_tight_junction_9(X)))
& atom_1(fn_electrogenic_pump_14(fn_tight_junction_9(X)))
& chemical_entity_1(fn_electrogenic_pump_14(fn_tight_junction_9(X)))
& carbon_1(fn_carrier_protein_34(fn_tight_junction_9(X)))
& carbon_1(fn_electrogenic_pump_15(fn_tight_junction_9(X)))
& entity_1(fn_sodium_potassium_pump_26(fn_tight_junction_9(X)))
& chemical_entity_1(fn_sodium_potassium_pump_26(fn_tight_junction_9(X)))
& atom_1(fn_sodium_potassium_pump_26(fn_tight_junction_9(X)))
& carbon_1(fn_sodium_potassium_pump_26(fn_tight_junction_9(X)))
& entity_1(fn_animal_plasma_membrane_91(fn_tight_junction_18(X)))
& atom_1(fn_animal_plasma_membrane_91(fn_tight_junction_18(X)))
& chemical_entity_1(fn_animal_plasma_membrane_91(fn_tight_junction_18(X)))
& carbon_1(fn_animal_plasma_membrane_91(fn_tight_junction_18(X)))
& entity_1(fn_animal_plasma_membrane_70(fn_tight_junction_18(X)))
& atom_1(fn_animal_plasma_membrane_70(fn_tight_junction_18(X)))
& chemical_entity_1(fn_animal_plasma_membrane_70(fn_tight_junction_18(X)))
& carbon_1(fn_animal_plasma_membrane_70(fn_tight_junction_18(X)))
& carbon_skeleton_1(fn_carrier_protein_24(fn_tight_junction_9(X)))
& carbon_skeleton_1(fn_electrogenic_pump_11(fn_tight_junction_9(X)))
& carbon_skeleton_1(fn_sodium_potassium_pump_28(fn_tight_junction_9(X)))
& carbon_skeleton_1(fn_animal_plasma_membrane_57(fn_tight_junction_18(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_tight_junction_18(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_tight_junction_18(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_tight_junction_18(X)))
& protein_1(fn_plasma_membrane_68(fn_tight_junction_18(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_tight_junction_18(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_tight_junction_18(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_tight_junction_18(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_tight_junction_18(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_tight_junction_18(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_tight_junction_18(X)))
& size_value_1(fn_transport_protein_20(fn_tight_junction_9(X)))
& size_value_1(fn_carrier_protein_40(fn_tight_junction_9(X)))
& size_value_1(fn_electrogenic_pump_18(fn_tight_junction_9(X)))
& size_value_1(fn_sodium_potassium_pump_8(fn_tight_junction_9(X)))
& size_value_1(fn_plasma_membrane_85(fn_tight_junction_18(X)))
& size_value_1(fn_animal_plasma_membrane_69(fn_tight_junction_18(X)))
& property_node_1(fn_carrier_protein_9(fn_tight_junction_9(X)))
& property_node_1(fn_electrogenic_pump_39(fn_tight_junction_9(X)))
& property_node_1(fn_animal_plasma_membrane_86(fn_tight_junction_18(X)))
& quantity_value_1(fn_carrier_protein_2(fn_tight_junction_9(X)))
& quantity_value_1(fn_animal_plasma_membrane_36(fn_tight_junction_18(X)))
& hydrophobic_compound_1(fn_transport_protein_11(fn_tight_junction_9(X)))
& hydrophobic_compound_1(fn_plasma_membrane_98(fn_tight_junction_18(X)))
& hydrophobic_compound_1(fn_biomembrane_99(fn_tight_junction_18(X)))
& hydrophobic_compound_1(fn_animal_plasma_membrane_13(fn_tight_junction_18(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_tight_junction_18(X)))
& size_value_1(fn_carrier_protein_39(fn_tight_junction_9(X)))
& size_value_1(fn_electrogenic_pump_25(fn_tight_junction_9(X)))
& size_value_1(fn_plasma_membrane_84(fn_tight_junction_18(X)))
& size_value_1(fn_animal_plasma_membrane_72(fn_tight_junction_18(X)))
& monomer_1(fn_polymer_6(fn_tight_junction_9(X)))
& monomer_1(fn_carrier_protein_33(fn_tight_junction_9(X)))
& monomer_1(fn_electrogenic_pump_16(fn_tight_junction_9(X)))
& monomer_1(fn_sodium_potassium_pump_13(fn_tight_junction_9(X)))
& monomer_1(fn_animal_plasma_membrane_22(fn_tight_junction_18(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_tight_junction_18(X)))
& inside_face_1(fn_animal_plasma_membrane_58(fn_tight_junction_18(X)))
& cytoplasmic_side_1(fn_animal_plasma_membrane_58(fn_tight_junction_18(X)))
& surface_1(fn_electrogenic_pump_4(fn_tight_junction_9(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_tight_junction_18(X)))
& outside_face_1(fn_animal_plasma_membrane_55(fn_tight_junction_18(X)))
& extracellular_side_1(fn_animal_plasma_membrane_55(fn_tight_junction_18(X)))
& surface_1(fn_animal_plasma_membrane_55(fn_tight_junction_18(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_tight_junction_18(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_tight_junction_18(X)))
& protein_1(fn_plasma_membrane_54(fn_tight_junction_18(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_tight_junction_18(X)))
& polymer_1(fn_plasma_membrane_54(fn_tight_junction_18(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_tight_junction_18(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_tight_junction_18(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_tight_junction_18(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_tight_junction_18(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_tight_junction_18(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_tight_junction_18(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_tight_junction_18(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_tight_junction_18(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_tight_junction_18(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_tight_junction_18(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_tight_junction_18(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_tight_junction_18(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_tight_junction_18(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_tight_junction_18(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_tight_junction_18(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_tight_junction_18(X)))
& spatial_entity_1(fn_attach_2(fn_tight_junction_56(X)))
& tangible_entity_1(fn_hold_2(fn_tight_junction_31(X)))
& spatial_entity_1(fn_protein_pump_3(fn_tight_junction_9(X)))
& biomembrane_1(fn_protein_pump_3(fn_tight_junction_9(X)))
& spatial_entity_1(fn_transport_protein_35(fn_tight_junction_9(X)))
& biomembrane_1(fn_transport_protein_35(fn_tight_junction_9(X)))
& membrane_1(fn_carrier_protein_18(fn_tight_junction_9(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_tight_junction_9(X)))
& biomembrane_1(fn_carrier_protein_18(fn_tight_junction_9(X)))
& membrane_1(fn_electrogenic_pump_30(fn_tight_junction_9(X)))
& spatial_entity_1(fn_electrogenic_pump_30(fn_tight_junction_9(X)))
& biomembrane_1(fn_electrogenic_pump_30(fn_tight_junction_9(X)))
& spatial_entity_1(fn_sodium_potassium_pump_41(fn_tight_junction_9(X)))
& membrane_1(fn_sodium_potassium_pump_41(fn_tight_junction_9(X)))
& biomembrane_1(fn_sodium_potassium_pump_41(fn_tight_junction_9(X)))
& biomembrane_1(fn_integral_protein_24(fn_tight_junction_9(X)))
& is_across_2(fn_tight_junction_3(X),fn_tight_junction_9(X))
& fn_tight_junction_7(X) != fn_tight_junction_9(X)
& is_across_2(fn_tight_junction_9(X),fn_tight_junction_3(X))
& fn_tight_junction_9(X) != fn_tight_junction_7(X)
& is_at_2(fn_tight_junction_9(X),fn_tight_junction_20(X))
& is_at_2(fn_tight_junction_9(X),fn_tight_junction_18(X))
& is_outside_2(fn_tight_junction_1(X),fn_tight_junction_11(X))
& is_inside_2(fn_tight_junction_1(X),fn_tight_junction_18(X))
& instrument_2(fn_tight_junction_16(X),fn_tight_junction_54(X))
& abuts_2(fn_tight_junction_18(X),X)
& has_region_2(fn_tight_junction_18(X),fn_tight_junction_13(X))
& has_region_2(fn_tight_junction_18(X),fn_tight_junction_1(X))
& abuts_2(fn_tight_junction_19(X),X)
& abuts_2(X,fn_tight_junction_18(X))
& abuts_2(X,fn_tight_junction_19(X))
& is_inside_2(X,fn_tight_junction_20(X))
& result_2(fn_tight_junction_31(X),X)
& object_2(fn_tight_junction_31(X),fn_tight_junction_19(X))
& is_at_2(fn_tight_junction_40(X),fn_tight_junction_38(X))
& is_at_2(fn_tight_junction_40(X),fn_tight_junction_39(X))
& is_inside_2(fn_tight_junction_41(X),fn_tight_junction_38(X))
& is_inside_2(fn_tight_junction_41(X),fn_tight_junction_39(X))
& instrument_2(fn_tight_junction_58(X),fn_tight_junction_53(X))
& called_2(fn_tight_junction_58(X),"3")
& is_impermeable_to_2(fn_tight_junction_37(X),fn_tight_junction_8(X))
& object_2(fn_tight_junction_16(X),fn_tight_junction_8(X))
& is_between_2(X,fn_tight_junction_64(X))
& fn_tight_junction_64(X) != fn_tight_junction_17(X)
& is_between_2(X,fn_tight_junction_17(X))
& fn_tight_junction_17(X) != fn_tight_junction_64(X)
& abuts_2(fn_tight_junction_64(X),fn_tight_junction_17(X))
& abuts_2(fn_tight_junction_17(X),fn_tight_junction_64(X))
& is_between_2(fn_tight_junction_36(X),fn_tight_junction_19(X))
& object_2(fn_tight_junction_61(X),fn_tight_junction_17(X))
& agent_2(fn_tight_junction_61(X),fn_tight_junction_19(X))
& has_region_2(fn_tight_junction_18(X),fn_tight_junction_6(X))
& base_2(fn_tight_junction_4(X),fn_tight_junction_18(X))
& path_2(fn_tight_junction_4(X),fn_tight_junction_60(X))
& is_between_2(fn_tight_junction_3(X),fn_tight_junction_60(X))
& has_region_2(fn_tight_junction_18(X),fn_tight_junction_3(X))
& has_region_2(fn_tight_junction_18(X),fn_tight_junction_60(X))
& is_outside_2(fn_tight_junction_6(X),fn_tight_junction_18(X))
& is_between_2(fn_tight_junction_3(X),fn_tight_junction_6(X))
& is_across_2(fn_tight_junction_57(X),fn_tight_junction_3(X))
& is_at_2(fn_tight_junction_57(X),fn_tight_junction_18(X))
& is_across_2(fn_tight_junction_7(X),fn_tight_junction_3(X))
& agent_2(fn_tight_junction_4(X),fn_tight_junction_7(X))
& has_function_2(fn_tight_junction_18(X),fn_tight_junction_4(X))
& is_across_2(fn_tight_junction_7(X),fn_tight_junction_18(X))
& is_across_2(fn_tight_junction_3(X),fn_tight_junction_7(X))
& facilitates_2(fn_tight_junction_7(X),fn_tight_junction_4(X))
& has_part_2(fn_tight_junction_7(X),fn_tight_junction_46(X))
& size_2(fn_tight_junction_46(X),fn_tight_junction_42(X))
& greater_than_2(fn_tight_junction_47(X),fn_tight_junction_42(X))
& size_2(fn_tight_junction_57(X),fn_tight_junction_47(X))
& fn_tight_junction_11(X) != fn_tight_junction_12(X)
& fn_tight_junction_12(X) != fn_tight_junction_11(X)
& is_inside_2(fn_tight_junction_6(X),fn_tight_junction_12(X))
& has_region_2(fn_tight_junction_7(X),fn_tight_junction_6(X))
& has_region_2(fn_tight_junction_7(X),fn_tight_junction_5(X))
& is_inside_2(fn_tight_junction_5(X),fn_tight_junction_18(X))
& fn_tight_junction_38(X) != fn_tight_junction_39(X)
& has_region_2(fn_tight_junction_52(X),fn_tight_junction_53(X))
& element_2(fn_tight_junction_38(X),fn_tight_junction_52(X))
& fn_tight_junction_39(X) != fn_tight_junction_38(X)
& has_region_2(fn_tight_junction_20(X),fn_tight_junction_39(X))
& is_inside_2(fn_tight_junction_57(X),fn_tight_junction_20(X))
& is_along_2(fn_tight_junction_38(X),fn_tight_junction_39(X))
& is_along_2(fn_tight_junction_39(X),fn_tight_junction_38(X))
& fn_tight_junction_57(X) != fn_tight_junction_7(X)
& has_region_2(fn_tight_junction_20(X),fn_tight_junction_38(X))
& is_inside_2(fn_tight_junction_7(X),fn_tight_junction_20(X))
& fn_tight_junction_7(X) != fn_tight_junction_57(X)
& fn_tight_junction_16(X) != fn_tight_junction_59(X)
& has_function_2(fn_tight_junction_18(X),fn_tight_junction_16(X))
& is_impermeable_to_2(fn_tight_junction_18(X),fn_tight_junction_14(X))
& object_2(fn_tight_junction_16(X),fn_tight_junction_14(X))
& fn_tight_junction_59(X) != fn_tight_junction_16(X)
& instrument_2(fn_tight_junction_59(X),fn_tight_junction_53(X))
& fn_tight_junction_16(X) != fn_tight_junction_58(X)
& fn_tight_junction_58(X) != fn_tight_junction_59(X)
& fn_tight_junction_58(X) != fn_tight_junction_16(X)
& fn_tight_junction_59(X) != fn_tight_junction_58(X)
& has_function_2(fn_tight_junction_18(X),fn_tight_junction_59(X))
& has_part_2(fn_tight_junction_18(X),fn_tight_junction_20(X))
& is_at_2(fn_tight_junction_7(X),fn_tight_junction_20(X))
& the_scalar_value_2(fn_tight_junction_47(X),big_0)
& scalar_unit_class_2(fn_tight_junction_47(X),polypeptide_0)
& size_2(fn_tight_junction_7(X),fn_tight_junction_47(X))
& has_part_2(fn_tight_junction_18(X),fn_tight_junction_7(X))
& has_part_2(fn_tight_junction_18(X),fn_tight_junction_57(X))
& is_across_2(fn_tight_junction_57(X),fn_tight_junction_18(X))
& abuts_2(fn_tight_junction_53(X),fn_tight_junction_11(X))
& abuts_2(fn_tight_junction_11(X),fn_tight_junction_53(X))
& is_inside_2(fn_tight_junction_11(X),fn_tight_junction_60(X))
& site_2(fn_tight_junction_10(X),fn_tight_junction_60(X))
& object_2(fn_tight_junction_10(X),fn_tight_junction_7(X))
& is_at_2(fn_tight_junction_7(X),fn_tight_junction_18(X))
& abuts_2(fn_tight_junction_53(X),fn_tight_junction_12(X))
& abuts_2(fn_tight_junction_12(X),fn_tight_junction_53(X))
& is_between_2(fn_tight_junction_18(X),fn_tight_junction_12(X))
& is_outside_2(fn_tight_junction_13(X),fn_tight_junction_18(X))
& is_inside_2(fn_tight_junction_13(X),fn_tight_junction_12(X))
& is_inside_2(fn_tight_junction_51(X),fn_tight_junction_12(X))
& base_2(fn_tight_junction_49(X),fn_tight_junction_51(X))
& object_2(fn_tight_junction_49(X),fn_tight_junction_7(X))
& object_2(fn_tight_junction_48(X),fn_tight_junction_7(X))
& prevents_2(fn_tight_junction_10(X),fn_tight_junction_48(X))
& has_function_2(fn_tight_junction_18(X),fn_tight_junction_58(X))
& instrument_2(fn_tight_junction_16(X),fn_tight_junction_18(X))
& in_event_2(fn_tight_junction_55(X),fn_tight_junction_16(X))
& plays_2(fn_tight_junction_18(X),fn_tight_junction_55(X))
& base_2(fn_tight_junction_10(X),fn_tight_junction_18(X))
& called_2(fn_tight_junction_52(X),'P1')
& element_2(fn_tight_junction_39(X),fn_tight_junction_52(X))
& is_inside_2(fn_tight_junction_40(X),fn_tight_junction_39(X))
& is_inside_2(fn_tight_junction_40(X),fn_tight_junction_38(X))
& the_scalar_value_2(fn_tight_junction_43(X),high_0)
& scalar_unit_class_2(fn_tight_junction_43(X),lipid_0)
& quantity_2(fn_tight_junction_57(X),fn_tight_junction_43(X))
& is_inside_2(fn_tight_junction_45(X),fn_tight_junction_5(X))
& has_region_2(fn_tight_junction_57(X),fn_tight_junction_5(X))
& called_2(fn_tight_junction_7(X),'MP2')
& is_between_2(fn_tight_junction_18(X),fn_tight_junction_11(X))
& is_impermeable_to_2(fn_tight_junction_18(X),fn_tight_junction_15(X))
& has_part_2(fn_tight_junction_64(X),fn_tight_junction_18(X))
& size_2(fn_tight_junction_44(X),fn_tight_junction_42(X))
& called_2(fn_tight_junction_57(X),'MP1')
& site_2(fn_tight_junction_50(X),fn_tight_junction_60(X))
& has_region_2(fn_tight_junction_57(X),fn_tight_junction_6(X))
& base_2(fn_tight_junction_56(X),fn_tight_junction_18(X))
& has_part_2(fn_tight_junction_19(X),fn_tight_junction_22(X))
& is_inside_2(fn_tight_junction_22(X),fn_tight_junction_23(X))
& has_part_2(fn_tight_junction_19(X),fn_tight_junction_23(X))
& is_outside_2(fn_tight_junction_34(X),fn_tight_junction_19(X))
& has_region_2(fn_tight_junction_19(X),fn_tight_junction_34(X))
& is_impermeable_to_2(fn_tight_junction_19(X),fn_tight_junction_26(X))
& object_2(fn_tight_junction_24(X),fn_tight_junction_26(X))
& has_function_2(fn_tight_junction_19(X),fn_tight_junction_24(X))
& base_2(fn_tight_junction_28(X),fn_tight_junction_19(X))
& has_function_2(fn_tight_junction_19(X),fn_tight_junction_28(X))
& called_2(fn_tight_junction_30(X),'MP1')
& has_part_2(fn_tight_junction_19(X),fn_tight_junction_30(X))
& has_part_2(fn_tight_junction_17(X),fn_tight_junction_19(X))
& base_2(fn_tight_junction_62(X),fn_tight_junction_19(X))
& has_region_2(fn_tight_junction_19(X),fn_tight_junction_63(X))
& is_inside_2(fn_tight_junction_33(X),fn_tight_junction_19(X))
& has_region_2(fn_tight_junction_19(X),fn_tight_junction_35(X))
& instrument_2(fn_tight_junction_32(X),fn_tight_junction_19(X))
& is_impermeable_to_2(fn_tight_junction_19(X),fn_tight_junction_25(X))
& is_outside_2(fn_tight_junction_21(X),fn_tight_junction_19(X))
& called_2(fn_tight_junction_59(X),"2")
& object_2(fn_tight_junction_16(X),fn_tight_junction_15(X))
& has_region_2(fn_tight_junction_52(X),fn_tight_junction_54(X))
& is_inside_2(fn_tight_junction_36(X),fn_tight_junction_19(X))
& is_oriented_toward_2(fn_tight_junction_63(X),fn_tight_junction_36(X))
& is_facing_2(fn_tight_junction_63(X),fn_tight_junction_36(X))
& has_part_2(fn_tight_junction_17(X),fn_tight_junction_36(X))
& agent_2(fn_tight_junction_31(X),fn_tight_junction_30(X))
& object_2(fn_tight_junction_24(X),fn_tight_junction_25(X))
& is_across_2(fn_tight_junction_27(X),fn_tight_junction_35(X))
& object_2(fn_tight_junction_62(X),fn_tight_junction_27(X))
& is_at_2(fn_tight_junction_27(X),fn_tight_junction_19(X))
& is_across_2(fn_tight_junction_27(X),fn_tight_junction_19(X))
& is_inside_2(fn_tight_junction_27(X),fn_tight_junction_23(X))
& fn_tight_junction_27(X) != fn_tight_junction_30(X)
& fn_tight_junction_30(X) != fn_tight_junction_27(X)
& has_part_2(fn_tight_junction_19(X),fn_tight_junction_27(X))
& called_2(fn_tight_junction_27(X),'MP1')
& has_region_2(fn_tight_junction_27(X),fn_tight_junction_34(X))
& has_region_2(fn_tight_junction_27(X),fn_tight_junction_33(X))
& has_region_2(fn_tight_junction_9(X),fn_tight_junction_5(X))
& has_part_2(fn_tight_junction_18(X),fn_tight_junction_9(X))
& is_across_2(fn_tight_junction_9(X),fn_tight_junction_18(X))
& is_inside_2(fn_tight_junction_9(X),fn_tight_junction_20(X))
& size_2(fn_tight_junction_9(X),fn_tight_junction_47(X))
& has_part_2(fn_tight_junction_9(X),fn_tight_junction_44(X))
& has_part_2(fn_tight_junction_9(X),fn_tight_junction_45(X))
& fn_tight_junction_8(X) != fn_tight_junction_14(X)
& fn_tight_junction_14(X) != fn_tight_junction_8(X)
& object_2(fn_tight_junction_4(X),fn_tight_junction_8(X))
& is_permeable_to_2(fn_tight_junction_18(X),fn_tight_junction_8(X))
& fn_tight_junction_15(X) != fn_tight_junction_8(X)
& fn_tight_junction_8(X) != fn_tight_junction_15(X)
& quantity_2(fn_tight_junction_9(X),fn_tight_junction_43(X))
& called_2(fn_tight_junction_16(X),"1")
& path_2(fn_tight_junction_2(X),fn_tight_junction_18(X))
& subevent_2(fn_tight_junction_2(X),fn_tight_junction_4(X))
& fn_tight_junction_29(X) != fn_tight_junction_27(X)
& has_part_2(fn_tight_junction_19(X),fn_tight_junction_29(X))
& fn_tight_junction_27(X) != fn_tight_junction_29(X)
& fn_tight_junction_30(X) != fn_tight_junction_29(X)
& fn_tight_junction_29(X) != fn_tight_junction_30(X)
& called_2(fn_tight_junction_29(X),'MP2')
& fn_tight_junction_9(X) != fn_tight_junction_57(X)
& called_2(fn_tight_junction_9(X),'MP1')
& fn_tight_junction_57(X) != fn_tight_junction_9(X)
& has_part_2(fn_tight_junction_20(X),fn_tight_junction_41(X))
& has_part_2(fn_tight_junction_20(X),fn_tight_junction_40(X))
& has_part_2(fn_tight_junction_22(X),fn_tight_junction_21(X))
& has_region_2(fn_tight_junction_9(X),fn_tight_junction_6(X))
& object_2(fn_tight_junction_32(X),fn_tight_junction_25(X))
& object_2(fn_tight_junction_31(X),fn_tight_junction_18(X))
& object_2(fn_tight_junction_50(X),fn_tight_junction_9(X))
& object_2(fn_tight_junction_56(X),fn_tight_junction_9(X))
& fn_tight_junction_16(X) = fn_membrane_2(fn_tight_junction_37(X))
& fn_tight_junction_8(X) = fn_membrane_5(fn_tight_junction_37(X))
& fn_tight_junction_17(X) = fn_intercellular_junction_2(X)
& fn_tight_junction_64(X) = fn_intercellular_junction_1(X)
& fn_tight_junction_36(X) = fn_animal_cell_79(fn_tight_junction_17(X))
& fn_tight_junction_61(X) = fn_animal_cell_61(fn_tight_junction_17(X))
& fn_tight_junction_61(X) = fn_animal_cell_76(fn_tight_junction_17(X))
& fn_tight_junction_9(X) = fn_attach_1(fn_tight_junction_56(X))
& fn_tight_junction_9(X) = fn_attach_1(fn_tight_junction_50(X))
& fn_tight_junction_18(X) = fn_hold_2(fn_tight_junction_31(X))
& fn_tight_junction_25(X) = fn_block_1(fn_tight_junction_32(X))
& fn_tight_junction_6(X) = fn_electrogenic_pump_4(fn_tight_junction_9(X))
& fn_tight_junction_21(X) = fn_glycoprotein_17(fn_tight_junction_22(X))
& fn_tight_junction_41(X) = fn_phospholipid_bilayer_2(fn_tight_junction_20(X))
& fn_tight_junction_41(X) = fn_phospholipid_bilayer_46(fn_tight_junction_20(X))
& fn_tight_junction_41(X) = fn_phospholipid_bilayer_44(fn_tight_junction_20(X))
& fn_tight_junction_41(X) = fn_phospholipid_bilayer_1(fn_tight_junction_20(X))
& fn_tight_junction_40(X) = fn_phospholipid_bilayer_32(fn_tight_junction_20(X))
& fn_tight_junction_40(X) = fn_phospholipid_bilayer_55(fn_tight_junction_20(X))
& fn_tight_junction_40(X) = fn_phospholipid_bilayer_24(fn_tight_junction_20(X))
& fn_tight_junction_9(X) = fn_plasma_membrane_68(fn_tight_junction_18(X))
& fn_tight_junction_30(X) = fn_plasma_membrane_68(fn_tight_junction_19(X))
& fn_tight_junction_29(X) = fn_plasma_membrane_54(fn_tight_junction_19(X))
& fn_tight_junction_2(X) = fn_electrogenic_pump_40(fn_tight_junction_9(X))
& fn_tight_junction_43(X) = fn_carrier_protein_2(fn_tight_junction_9(X))
& fn_tight_junction_4(X) = fn_plasma_membrane_74(fn_tight_junction_18(X))
& fn_tight_junction_8(X) = fn_plasma_membrane_72(fn_tight_junction_18(X))
& fn_tight_junction_8(X) = fn_protein_pump_4(fn_tight_junction_9(X))
& fn_tight_junction_14(X) = fn_protein_pump_5(fn_tight_junction_9(X))
& fn_tight_junction_14(X) = fn_plasma_membrane_50(fn_tight_junction_18(X))
& fn_tight_junction_8(X) = fn_plasma_membrane_73(fn_tight_junction_18(X))
& fn_tight_junction_15(X) = fn_plasma_membrane_98(fn_tight_junction_18(X))
& fn_tight_junction_5(X) = fn_sodium_potassium_pump_28(fn_tight_junction_9(X))
& fn_tight_junction_18(X) = fn_sodium_potassium_pump_41(fn_tight_junction_9(X))
& fn_tight_junction_20(X) = fn_electrogenic_pump_19(fn_tight_junction_9(X))
& fn_tight_junction_20(X) = fn_sodium_potassium_pump_22(fn_tight_junction_9(X))
& fn_tight_junction_47(X) = fn_sodium_potassium_pump_8(fn_tight_junction_9(X))
& fn_tight_junction_44(X) = fn_polymer_6(fn_tight_junction_9(X))
& fn_tight_junction_44(X) = fn_sodium_potassium_pump_13(fn_tight_junction_9(X))
& fn_tight_junction_45(X) = fn_carrier_protein_32(fn_tight_junction_9(X))
& fn_tight_junction_45(X) = fn_electrogenic_pump_14(fn_tight_junction_9(X))
& fn_tight_junction_45(X) = fn_sodium_potassium_pump_26(fn_tight_junction_9(X))
& fn_tight_junction_35(X) = fn_animal_cell_85(fn_tight_junction_17(X))
& fn_tight_junction_27(X) = fn_plasma_membrane_3(fn_tight_junction_19(X))
& fn_tight_junction_27(X) = fn_animal_plasma_membrane_47(fn_tight_junction_19(X))
& fn_tight_junction_27(X) = fn_animal_cell_75(fn_tight_junction_17(X))
& fn_tight_junction_27(X) = fn_animal_plasma_membrane_62(fn_tight_junction_19(X))
& fn_tight_junction_27(X) = fn_plasma_membrane_55(fn_tight_junction_19(X))
& fn_tight_junction_27(X) = fn_animal_plasma_membrane_53(fn_tight_junction_19(X))
& fn_tight_junction_25(X) = fn_biomembrane_98(fn_tight_junction_19(X))
& fn_tight_junction_25(X) = fn_biomembrane_99(fn_tight_junction_19(X))
& fn_tight_junction_30(X) = fn_hold_1(fn_tight_junction_31(X))
& fn_tight_junction_31(X) = fn_biomembrane_57(fn_tight_junction_19(X))
& fn_tight_junction_36(X) = fn_cell_28(fn_tight_junction_17(X))
& fn_tight_junction_15(X) = fn_transport_protein_11(fn_tight_junction_9(X))
& fn_tight_junction_15(X) = fn_biomembrane_99(fn_tight_junction_18(X))
& fn_tight_junction_54(X) = fn_phospholipid_bilayer_25(fn_tight_junction_20(X))
& fn_tight_junction_54(X) = fn_phospholipid_bilayer_18(fn_tight_junction_20(X))
& fn_tight_junction_54(X) = fn_biomembrane_79(fn_tight_junction_18(X))
& fn_tight_junction_22(X) = fn_animal_plasma_membrane_76(fn_tight_junction_19(X))
& fn_tight_junction_19(X) = fn_animal_cell_73(fn_tight_junction_17(X))
& fn_tight_junction_23(X) = fn_animal_cell_58(fn_tight_junction_17(X))
& fn_tight_junction_23(X) = fn_biomembrane_63(fn_tight_junction_19(X))
& fn_tight_junction_23(X) = fn_plasma_membrane_71(fn_tight_junction_19(X))
& fn_tight_junction_23(X) = fn_animal_plasma_membrane_54(fn_tight_junction_19(X))
& fn_tight_junction_34(X) = fn_plasma_membrane_65(fn_tight_junction_19(X))
& fn_tight_junction_34(X) = fn_animal_plasma_membrane_55(fn_tight_junction_19(X))
& fn_tight_junction_26(X) = fn_animal_plasma_membrane_31(fn_tight_junction_19(X))
& fn_tight_junction_24(X) = fn_biomembrane_100(fn_tight_junction_19(X))
& fn_tight_junction_24(X) = fn_biomembrane_101(fn_tight_junction_19(X))
& fn_tight_junction_24(X) = fn_animal_plasma_membrane_115(fn_tight_junction_19(X))
& fn_tight_junction_28(X) = fn_animal_plasma_membrane_50(fn_tight_junction_19(X))
& fn_tight_junction_30(X) = fn_biomembrane_54(fn_tight_junction_19(X))
& fn_tight_junction_30(X) = fn_animal_plasma_membrane_47(fn_tight_junction_19(X))
& fn_tight_junction_17(X) = fn_animal_plasma_membrane_56(fn_tight_junction_19(X))
& fn_tight_junction_62(X) = fn_animal_plasma_membrane_66(fn_tight_junction_19(X))
& fn_tight_junction_19(X) = fn_animal_plasma_membrane_67(fn_tight_junction_19(X))
& fn_tight_junction_62(X) = fn_animal_plasma_membrane_77(fn_tight_junction_19(X))
& fn_tight_junction_62(X) = fn_animal_plasma_membrane_52(fn_tight_junction_19(X))
& fn_tight_junction_19(X) = fn_cell_30(fn_tight_junction_17(X))
& fn_tight_junction_63(X) = fn_cell_27(fn_tight_junction_17(X))
& fn_tight_junction_63(X) = fn_plasma_membrane_66(fn_tight_junction_19(X))
& fn_tight_junction_63(X) = fn_animal_plasma_membrane_58(fn_tight_junction_19(X))
& fn_tight_junction_33(X) = fn_animal_plasma_membrane_57(fn_tight_junction_19(X))
& fn_tight_junction_35(X) = fn_animal_plasma_membrane_51(fn_tight_junction_19(X))
& fn_tight_junction_32(X) = fn_animal_plasma_membrane_114(fn_tight_junction_19(X))
& fn_tight_junction_25(X) = fn_animal_plasma_membrane_13(fn_tight_junction_19(X))
& fn_tight_junction_21(X) = fn_animal_plasma_membrane_43(fn_tight_junction_19(X))
& fn_tight_junction_60(X) = fn_plasma_membrane_66(fn_tight_junction_18(X))
& fn_tight_junction_18(X) = fn_protein_pump_3(fn_tight_junction_9(X))
& fn_tight_junction_4(X) = fn_protein_pump_1(fn_tight_junction_9(X))
& fn_tight_junction_4(X) = fn_electrogenic_pump_5(fn_tight_junction_9(X))
& fn_tight_junction_4(X) = fn_transport_protein_34(fn_tight_junction_9(X))
& fn_tight_junction_4(X) = fn_carrier_protein_4(fn_tight_junction_9(X))
& fn_tight_junction_4(X) = fn_electrogenic_pump_35(fn_tight_junction_9(X))
& fn_tight_junction_3(X) = fn_animal_plasma_membrane_51(fn_tight_junction_18(X))
& fn_tight_junction_4(X) = fn_animal_plasma_membrane_50(fn_tight_junction_18(X))
& fn_tight_junction_46(X) = fn_plasma_membrane_86(fn_tight_junction_18(X))
& fn_tight_junction_46(X) = fn_animal_plasma_membrane_68(fn_tight_junction_18(X))
& fn_tight_junction_42(X) = fn_plasma_membrane_84(fn_tight_junction_18(X))
& fn_tight_junction_38(X) = fn_biomembrane_62(fn_tight_junction_18(X))
& fn_tight_junction_39(X) = fn_plasma_membrane_51(fn_tight_junction_18(X))
& fn_tight_junction_39(X) = fn_biomembrane_61(fn_tight_junction_18(X))
& fn_tight_junction_38(X) = fn_phospholipid_bilayer_34(fn_tight_junction_20(X))
& fn_tight_junction_38(X) = fn_integral_protein_12(fn_tight_junction_9(X))
& fn_tight_junction_39(X) = fn_integral_protein_11(fn_tight_junction_9(X))
& fn_tight_junction_57(X) = fn_plasma_membrane_54(fn_tight_junction_18(X))
& fn_tight_junction_18(X) = fn_transport_protein_35(fn_tight_junction_9(X))
& fn_tight_junction_16(X) = fn_transport_protein_31(fn_tight_junction_9(X))
& fn_tight_junction_16(X) = fn_animal_plasma_membrane_29(fn_tight_junction_18(X))
& fn_tight_junction_14(X) = fn_carrier_protein_20(fn_tight_junction_9(X))
& fn_tight_junction_14(X) = fn_electrogenic_pump_24(fn_tight_junction_9(X))
& fn_tight_junction_14(X) = fn_animal_plasma_membrane_31(fn_tight_junction_18(X))
& fn_tight_junction_16(X) = fn_animal_plasma_membrane_115(fn_tight_junction_18(X))
& fn_tight_junction_53(X) = fn_biomembrane_82(fn_tight_junction_18(X))
& fn_tight_junction_59(X) = fn_animal_plasma_membrane_29(fn_tight_junction_18(X))
& fn_tight_junction_16(X) = fn_biomembrane_101(fn_tight_junction_18(X))
& fn_tight_junction_16(X) = fn_animal_plasma_membrane_30(fn_tight_junction_18(X))
& fn_tight_junction_59(X) = fn_biomembrane_101(fn_tight_junction_18(X))
& fn_tight_junction_58(X) = fn_biomembrane_102(fn_tight_junction_18(X))
& fn_tight_junction_58(X) = fn_animal_plasma_membrane_29(fn_tight_junction_18(X))
& fn_tight_junction_59(X) = fn_animal_plasma_membrane_30(fn_tight_junction_18(X))
& fn_tight_junction_20(X) = fn_carrier_protein_16(fn_tight_junction_9(X))
& fn_tight_junction_18(X) = fn_integral_protein_24(fn_tight_junction_9(X))
& fn_tight_junction_20(X) = fn_integral_protein_27(fn_tight_junction_9(X))
& fn_tight_junction_20(X) = fn_plasma_membrane_71(fn_tight_junction_18(X))
& fn_tight_junction_20(X) = fn_biomembrane_63(fn_tight_junction_18(X))
& fn_tight_junction_20(X) = fn_animal_plasma_membrane_54(fn_tight_junction_18(X))
& fn_tight_junction_47(X) = fn_transport_protein_20(fn_tight_junction_9(X))
& fn_tight_junction_47(X) = fn_plasma_membrane_85(fn_tight_junction_18(X))
& fn_tight_junction_7(X) = fn_plasma_membrane_68(fn_tight_junction_18(X))
& fn_tight_junction_7(X) = fn_plasma_membrane_54(fn_tight_junction_18(X))
& fn_tight_junction_7(X) = fn_plasma_membrane_3(fn_tight_junction_18(X))
& fn_tight_junction_12(X) = fn_plasma_membrane_70(fn_tight_junction_18(X))
& fn_tight_junction_13(X) = fn_animal_plasma_membrane_5(fn_tight_junction_18(X))
& fn_tight_junction_53(X) = fn_animal_plasma_membrane_37(fn_tight_junction_18(X))
& fn_tight_junction_12(X) = fn_animal_plasma_membrane_38(fn_tight_junction_18(X))
& fn_tight_junction_51(X) = fn_animal_plasma_membrane_67(fn_tight_junction_18(X))
& fn_tight_junction_49(X) = fn_animal_plasma_membrane_66(fn_tight_junction_18(X))
& fn_tight_junction_48(X) = fn_animal_plasma_membrane_49(fn_tight_junction_18(X))
& fn_tight_junction_58(X) = fn_animal_plasma_membrane_115(fn_tight_junction_18(X))
& fn_tight_junction_16(X) = fn_electrogenic_pump_9(fn_tight_junction_9(X))
& fn_tight_junction_18(X) = fn_electrogenic_pump_30(fn_tight_junction_9(X))
& fn_tight_junction_16(X) = fn_carrier_protein_17(fn_tight_junction_9(X))
& fn_tight_junction_18(X) = fn_carrier_protein_18(fn_tight_junction_9(X))
& fn_tight_junction_16(X) = fn_animal_plasma_membrane_114(fn_tight_junction_18(X))
& fn_tight_junction_55(X) = fn_animal_plasma_membrane_113(fn_tight_junction_18(X))
& fn_tight_junction_10(X) = fn_animal_plasma_membrane_52(fn_tight_junction_18(X))
& fn_tight_junction_52(X) = fn_biomembrane_66(fn_tight_junction_18(X))
& fn_tight_junction_39(X) = fn_phospholipid_bilayer_34(fn_tight_junction_20(X))
& fn_tight_junction_52(X) = fn_phospholipid_bilayer_24(fn_tight_junction_20(X))
& fn_tight_junction_39(X) = fn_phospholipid_bilayer_33(fn_tight_junction_20(X))
& fn_tight_junction_52(X) = fn_phospholipid_bilayer_32(fn_tight_junction_20(X))
& fn_tight_junction_52(X) = fn_animal_plasma_membrane_102(fn_tight_junction_18(X))
& fn_tight_junction_39(X) = fn_animal_plasma_membrane_60(fn_tight_junction_18(X))
& fn_tight_junction_40(X) = fn_animal_plasma_membrane_84(fn_tight_junction_18(X))
& fn_tight_junction_38(X) = fn_animal_plasma_membrane_59(fn_tight_junction_18(X))
& fn_tight_junction_45(X) = fn_carrier_protein_34(fn_tight_junction_9(X))
& fn_tight_junction_5(X) = fn_carrier_protein_24(fn_tight_junction_9(X))
& fn_tight_junction_45(X) = fn_electrogenic_pump_15(fn_tight_junction_9(X))
& fn_tight_junction_5(X) = fn_electrogenic_pump_11(fn_tight_junction_9(X))
& fn_tight_junction_45(X) = fn_animal_plasma_membrane_91(fn_tight_junction_18(X))
& fn_tight_junction_45(X) = fn_animal_plasma_membrane_70(fn_tight_junction_18(X))
& fn_tight_junction_57(X) = fn_animal_plasma_membrane_62(fn_tight_junction_18(X))
& fn_tight_junction_5(X) = fn_animal_plasma_membrane_57(fn_tight_junction_18(X))
& fn_tight_junction_67(X) = fn_animal_plasma_membrane_85(fn_tight_junction_18(X))
& fn_tight_junction_7(X) = fn_animal_plasma_membrane_47(fn_tight_junction_18(X))
& fn_tight_junction_66(X) = fn_carrier_protein_9(fn_tight_junction_9(X))
& fn_tight_junction_47(X) = fn_carrier_protein_40(fn_tight_junction_9(X))
& fn_tight_junction_66(X) = fn_electrogenic_pump_39(fn_tight_junction_9(X))
& fn_tight_junction_47(X) = fn_electrogenic_pump_18(fn_tight_junction_9(X))
& fn_tight_junction_66(X) = fn_animal_plasma_membrane_86(fn_tight_junction_18(X))
& fn_tight_junction_47(X) = fn_animal_plasma_membrane_69(fn_tight_junction_18(X))
& fn_tight_junction_11(X) = fn_animal_plasma_membrane_78(fn_tight_junction_18(X))
& fn_tight_junction_65(X) = fn_animal_plasma_membrane_87(fn_tight_junction_18(X))
& fn_tight_junction_43(X) = fn_animal_plasma_membrane_36(fn_tight_junction_18(X))
& fn_tight_junction_15(X) = fn_animal_plasma_membrane_13(fn_tight_junction_18(X))
& fn_tight_junction_64(X) = fn_animal_plasma_membrane_56(fn_tight_junction_18(X))
& fn_tight_junction_44(X) = fn_carrier_protein_33(fn_tight_junction_9(X))
& fn_tight_junction_42(X) = fn_carrier_protein_39(fn_tight_junction_9(X))
& fn_tight_junction_44(X) = fn_electrogenic_pump_16(fn_tight_junction_9(X))
& fn_tight_junction_42(X) = fn_electrogenic_pump_25(fn_tight_junction_9(X))
& fn_tight_junction_44(X) = fn_animal_plasma_membrane_22(fn_tight_junction_18(X))
& fn_tight_junction_42(X) = fn_animal_plasma_membrane_72(fn_tight_junction_18(X))
& fn_tight_junction_50(X) = fn_animal_plasma_membrane_23(fn_tight_junction_18(X))
& fn_tight_junction_60(X) = fn_animal_plasma_membrane_58(fn_tight_junction_18(X))
& fn_tight_junction_57(X) = fn_plasma_membrane_55(fn_tight_junction_18(X))
& fn_tight_junction_6(X) = fn_plasma_membrane_65(fn_tight_junction_18(X))
& fn_tight_junction_57(X) = fn_animal_plasma_membrane_53(fn_tight_junction_18(X))
& fn_tight_junction_6(X) = fn_animal_plasma_membrane_55(fn_tight_junction_18(X))
& fn_tight_junction_18(X) = fn_attach_2(fn_tight_junction_56(X))
& fn_tight_junction_56(X) = fn_animal_plasma_membrane_77(fn_tight_junction_18(X))
& fn_animal_cell_76(fn_tight_junction_17(X)) = fn_animal_cell_61(fn_tight_junction_17(X))
& fn_animal_cell_61(fn_tight_junction_17(X)) = fn_animal_cell_76(fn_tight_junction_17(X))
& fn_animal_cell_76(fn_tight_junction_17(X)) = fn_phospholipid_bilayer_2(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_2(fn_tight_junction_20(X)) = fn_phospholipid_bilayer_46(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_46(fn_tight_junction_20(X)) = fn_phospholipid_bilayer_46(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_46(fn_tight_junction_20(X)) = fn_phospholipid_bilayer_44(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_44(fn_tight_junction_20(X)) = fn_phospholipid_bilayer_44(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_44(fn_tight_junction_20(X)) = fn_phospholipid_bilayer_1(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_1(fn_tight_junction_20(X)) = fn_membrane_5(fn_tight_junction_37(X))
& fn_membrane_5(fn_tight_junction_37(X)) = fn_membrane_5(fn_tight_junction_37(X))
& fn_membrane_5(fn_tight_junction_37(X)) = fn_protein_pump_4(fn_tight_junction_9(X))
& fn_protein_pump_4(fn_tight_junction_9(X)) = fn_protein_pump_4(fn_tight_junction_9(X))
& fn_plasma_membrane_72(fn_tight_junction_18(X)) = fn_protein_pump_4(fn_tight_junction_9(X))
& fn_protein_pump_4(fn_tight_junction_9(X)) = fn_plasma_membrane_72(fn_tight_junction_18(X))
& fn_plasma_membrane_72(fn_tight_junction_18(X)) = fn_plasma_membrane_72(fn_tight_junction_18(X))
& fn_plasma_membrane_72(fn_tight_junction_18(X)) = fn_plasma_membrane_73(fn_tight_junction_18(X))
& fn_plasma_membrane_73(fn_tight_junction_18(X)) = fn_plasma_membrane_73(fn_tight_junction_18(X))
& fn_plasma_membrane_73(fn_tight_junction_18(X)) = fn_attach_1(fn_tight_junction_56(X))
& fn_attach_1(fn_tight_junction_56(X)) = fn_attach_1(fn_tight_junction_50(X))
& fn_attach_1(fn_tight_junction_50(X)) = fn_plasma_membrane_68(fn_tight_junction_18(X))
& fn_plasma_membrane_68(fn_tight_junction_18(X)) = fn_animal_cell_75(fn_tight_junction_17(X))
& fn_animal_cell_75(fn_tight_junction_17(X)) = fn_plasma_membrane_3(fn_tight_junction_19(X))
& fn_plasma_membrane_3(fn_tight_junction_19(X)) = fn_animal_cell_75(fn_tight_junction_17(X))
& fn_animal_cell_75(fn_tight_junction_17(X)) = fn_animal_plasma_membrane_47(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_47(fn_tight_junction_19(X)) = fn_plasma_membrane_3(fn_tight_junction_19(X))
& fn_plasma_membrane_3(fn_tight_junction_19(X)) = fn_animal_plasma_membrane_47(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_47(fn_tight_junction_19(X)) = fn_animal_plasma_membrane_47(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_62(fn_tight_junction_19(X)) = fn_animal_plasma_membrane_47(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_47(fn_tight_junction_19(X)) = fn_animal_plasma_membrane_62(fn_tight_junction_19(X))
& fn_plasma_membrane_55(fn_tight_junction_19(X)) = fn_animal_plasma_membrane_62(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_62(fn_tight_junction_19(X)) = fn_animal_plasma_membrane_62(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_62(fn_tight_junction_19(X)) = fn_plasma_membrane_55(fn_tight_junction_19(X))
& fn_plasma_membrane_55(fn_tight_junction_19(X)) = fn_plasma_membrane_55(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_53(fn_tight_junction_19(X)) = fn_plasma_membrane_55(fn_tight_junction_19(X))
& fn_plasma_membrane_55(fn_tight_junction_19(X)) = fn_animal_plasma_membrane_53(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_53(fn_tight_junction_19(X)) = fn_animal_plasma_membrane_53(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_53(fn_tight_junction_19(X)) = fn_animal_cell_79(fn_tight_junction_17(X))
& fn_animal_cell_79(fn_tight_junction_17(X)) = fn_cell_28(fn_tight_junction_17(X))
& fn_cell_28(fn_tight_junction_17(X)) = fn_cell_28(fn_tight_junction_17(X))
& fn_cell_28(fn_tight_junction_17(X)) = fn_phospholipid_bilayer_25(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_25(fn_tight_junction_20(X)) = fn_phospholipid_bilayer_18(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_18(fn_tight_junction_20(X)) = fn_phospholipid_bilayer_18(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_18(fn_tight_junction_20(X)) = fn_biomembrane_79(fn_tight_junction_18(X))
& fn_biomembrane_79(fn_tight_junction_18(X)) = fn_animal_cell_58(fn_tight_junction_17(X))
& fn_animal_cell_58(fn_tight_junction_17(X)) = fn_animal_cell_58(fn_tight_junction_17(X))
& fn_animal_cell_58(fn_tight_junction_17(X)) = fn_biomembrane_63(fn_tight_junction_19(X))
& fn_biomembrane_63(fn_tight_junction_19(X)) = fn_biomembrane_63(fn_tight_junction_19(X))
& fn_biomembrane_63(fn_tight_junction_19(X)) = fn_plasma_membrane_71(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_54(fn_tight_junction_19(X)) = fn_animal_plasma_membrane_54(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_54(fn_tight_junction_19(X)) = fn_plasma_membrane_71(fn_tight_junction_19(X))
& fn_plasma_membrane_71(fn_tight_junction_19(X)) = fn_animal_plasma_membrane_54(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_54(fn_tight_junction_19(X)) = fn_plasma_membrane_65(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_55(fn_tight_junction_19(X)) = fn_animal_plasma_membrane_55(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_55(fn_tight_junction_19(X)) = fn_plasma_membrane_65(fn_tight_junction_19(X))
& fn_plasma_membrane_65(fn_tight_junction_19(X)) = fn_animal_plasma_membrane_55(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_55(fn_tight_junction_19(X)) = fn_biomembrane_100(fn_tight_junction_19(X))
& fn_biomembrane_101(fn_tight_junction_19(X)) = fn_biomembrane_100(fn_tight_junction_19(X))
& fn_biomembrane_100(fn_tight_junction_19(X)) = fn_biomembrane_101(fn_tight_junction_19(X))
& fn_biomembrane_101(fn_tight_junction_19(X)) = fn_biomembrane_101(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_115(fn_tight_junction_19(X)) = fn_biomembrane_101(fn_tight_junction_19(X))
& fn_biomembrane_101(fn_tight_junction_19(X)) = fn_animal_plasma_membrane_115(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_115(fn_tight_junction_19(X)) = fn_plasma_membrane_68(fn_tight_junction_19(X))
& fn_plasma_membrane_68(fn_tight_junction_19(X)) = fn_hold_1(fn_tight_junction_31(X))
& fn_hold_1(fn_tight_junction_31(X)) = fn_plasma_membrane_68(fn_tight_junction_19(X))
& fn_plasma_membrane_68(fn_tight_junction_19(X)) = fn_biomembrane_54(fn_tight_junction_19(X))
& fn_biomembrane_54(fn_tight_junction_19(X)) = fn_biomembrane_54(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_47(fn_tight_junction_19(X)) = fn_biomembrane_54(fn_tight_junction_19(X))
& fn_biomembrane_54(fn_tight_junction_19(X)) = fn_animal_plasma_membrane_47(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_47(fn_tight_junction_19(X)) = fn_intercellular_junction_2(X)
& fn_intercellular_junction_2(X) = fn_intercellular_junction_2(X)
& fn_intercellular_junction_2(X) = fn_animal_plasma_membrane_56(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_56(fn_tight_junction_19(X)) = fn_animal_plasma_membrane_66(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_77(fn_tight_junction_19(X)) = fn_animal_plasma_membrane_66(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_66(fn_tight_junction_19(X)) = fn_animal_plasma_membrane_77(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_77(fn_tight_junction_19(X)) = fn_animal_plasma_membrane_77(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_77(fn_tight_junction_19(X)) = fn_animal_plasma_membrane_52(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_52(fn_tight_junction_19(X)) = fn_cell_27(fn_tight_junction_17(X))
& fn_cell_27(fn_tight_junction_17(X)) = fn_plasma_membrane_66(fn_tight_junction_19(X))
& fn_plasma_membrane_66(fn_tight_junction_19(X)) = fn_cell_27(fn_tight_junction_17(X))
& fn_cell_27(fn_tight_junction_17(X)) = fn_cell_27(fn_tight_junction_17(X))
& fn_cell_27(fn_tight_junction_17(X)) = fn_animal_plasma_membrane_58(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_58(fn_tight_junction_19(X)) = fn_animal_cell_85(fn_tight_junction_17(X))
& fn_animal_cell_85(fn_tight_junction_17(X)) = fn_animal_plasma_membrane_51(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_51(fn_tight_junction_19(X)) = fn_animal_plasma_membrane_51(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_51(fn_tight_junction_19(X)) = fn_block_1(fn_tight_junction_32(X))
& fn_block_1(fn_tight_junction_32(X)) = fn_biomembrane_98(fn_tight_junction_19(X))
& fn_biomembrane_98(fn_tight_junction_19(X)) = fn_biomembrane_98(fn_tight_junction_19(X))
& fn_biomembrane_98(fn_tight_junction_19(X)) = fn_biomembrane_99(fn_tight_junction_19(X))
& fn_biomembrane_99(fn_tight_junction_19(X)) = fn_biomembrane_99(fn_tight_junction_19(X))
& fn_biomembrane_99(fn_tight_junction_19(X)) = fn_animal_plasma_membrane_13(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_13(fn_tight_junction_19(X)) = fn_animal_cell_73(fn_tight_junction_17(X))
& fn_animal_cell_73(fn_tight_junction_17(X)) = fn_animal_cell_73(fn_tight_junction_17(X))
& fn_animal_cell_73(fn_tight_junction_17(X)) = fn_animal_plasma_membrane_67(fn_tight_junction_19(X))
& fn_cell_30(fn_tight_junction_17(X)) = fn_cell_30(fn_tight_junction_17(X))
& fn_cell_30(fn_tight_junction_17(X)) = fn_animal_plasma_membrane_67(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_67(fn_tight_junction_19(X)) = fn_cell_30(fn_tight_junction_17(X))
& fn_cell_30(fn_tight_junction_17(X)) = fn_glycoprotein_17(fn_tight_junction_22(X))
& fn_glycoprotein_17(fn_tight_junction_22(X)) = fn_animal_plasma_membrane_43(fn_tight_junction_19(X))
& fn_animal_plasma_membrane_43(fn_tight_junction_19(X)) = fn_electrogenic_pump_5(fn_tight_junction_9(X))
& fn_electrogenic_pump_5(fn_tight_junction_9(X)) = fn_protein_pump_1(fn_tight_junction_9(X))
& fn_protein_pump_1(fn_tight_junction_9(X)) = fn_protein_pump_1(fn_tight_junction_9(X))
& fn_protein_pump_1(fn_tight_junction_9(X)) = fn_electrogenic_pump_5(fn_tight_junction_9(X))
& fn_electrogenic_pump_5(fn_tight_junction_9(X)) = fn_electrogenic_pump_5(fn_tight_junction_9(X))
& fn_transport_protein_34(fn_tight_junction_9(X)) = fn_electrogenic_pump_5(fn_tight_junction_9(X))
& fn_electrogenic_pump_5(fn_tight_junction_9(X)) = fn_transport_protein_34(fn_tight_junction_9(X))
& fn_transport_protein_34(fn_tight_junction_9(X)) = fn_transport_protein_34(fn_tight_junction_9(X))
& fn_carrier_protein_4(fn_tight_junction_9(X)) = fn_transport_protein_34(fn_tight_junction_9(X))
& fn_transport_protein_34(fn_tight_junction_9(X)) = fn_carrier_protein_4(fn_tight_junction_9(X))
& fn_carrier_protein_4(fn_tight_junction_9(X)) = fn_carrier_protein_4(fn_tight_junction_9(X))
& fn_electrogenic_pump_35(fn_tight_junction_9(X)) = fn_carrier_protein_4(fn_tight_junction_9(X))
& fn_carrier_protein_4(fn_tight_junction_9(X)) = fn_electrogenic_pump_35(fn_tight_junction_9(X))
& fn_plasma_membrane_74(fn_tight_junction_18(X)) = fn_electrogenic_pump_35(fn_tight_junction_9(X))
& fn_electrogenic_pump_35(fn_tight_junction_9(X)) = fn_electrogenic_pump_35(fn_tight_junction_9(X))
& fn_electrogenic_pump_35(fn_tight_junction_9(X)) = fn_plasma_membrane_74(fn_tight_junction_18(X))
& fn_plasma_membrane_74(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_50(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_50(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_50(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_50(fn_tight_junction_18(X)) = fn_plasma_membrane_86(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_68(fn_tight_junction_18(X)) = fn_plasma_membrane_86(fn_tight_junction_18(X))
& fn_plasma_membrane_86(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_68(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_68(fn_tight_junction_18(X)) = fn_protein_pump_5(fn_tight_junction_9(X))
& fn_protein_pump_5(fn_tight_junction_9(X)) = fn_protein_pump_5(fn_tight_junction_9(X))
& fn_protein_pump_5(fn_tight_junction_9(X)) = fn_carrier_protein_20(fn_tight_junction_9(X))
& fn_carrier_protein_20(fn_tight_junction_9(X)) = fn_carrier_protein_20(fn_tight_junction_9(X))
& fn_carrier_protein_20(fn_tight_junction_9(X)) = fn_electrogenic_pump_24(fn_tight_junction_9(X))
& fn_plasma_membrane_50(fn_tight_junction_18(X)) = fn_electrogenic_pump_24(fn_tight_junction_9(X))
& fn_electrogenic_pump_24(fn_tight_junction_9(X)) = fn_plasma_membrane_50(fn_tight_junction_18(X))
& fn_plasma_membrane_50(fn_tight_junction_18(X)) = fn_plasma_membrane_50(fn_tight_junction_18(X))
& fn_plasma_membrane_50(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_31(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_31(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_31(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_31(fn_tight_junction_18(X)) = fn_biomembrane_101(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_29(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_30(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_30(fn_tight_junction_18(X)) = fn_electrogenic_pump_19(fn_tight_junction_9(X))
& fn_electrogenic_pump_19(fn_tight_junction_9(X)) = fn_carrier_protein_16(fn_tight_junction_9(X))
& fn_carrier_protein_16(fn_tight_junction_9(X)) = fn_carrier_protein_16(fn_tight_junction_9(X))
& fn_integral_protein_27(fn_tight_junction_9(X)) = fn_carrier_protein_16(fn_tight_junction_9(X))
& fn_carrier_protein_16(fn_tight_junction_9(X)) = fn_integral_protein_27(fn_tight_junction_9(X))
& fn_sodium_potassium_pump_22(fn_tight_junction_9(X)) = fn_integral_protein_27(fn_tight_junction_9(X))
& fn_integral_protein_27(fn_tight_junction_9(X)) = fn_integral_protein_27(fn_tight_junction_9(X))
& fn_integral_protein_27(fn_tight_junction_9(X)) = fn_sodium_potassium_pump_22(fn_tight_junction_9(X))
& fn_sodium_potassium_pump_22(fn_tight_junction_9(X)) = fn_plasma_membrane_71(fn_tight_junction_18(X))
& fn_plasma_membrane_71(fn_tight_junction_18(X)) = fn_plasma_membrane_71(fn_tight_junction_18(X))
& fn_biomembrane_63(fn_tight_junction_18(X)) = fn_plasma_membrane_71(fn_tight_junction_18(X))
& fn_plasma_membrane_71(fn_tight_junction_18(X)) = fn_biomembrane_63(fn_tight_junction_18(X))
& fn_biomembrane_63(fn_tight_junction_18(X)) = fn_biomembrane_63(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_54(fn_tight_junction_18(X)) = fn_biomembrane_63(fn_tight_junction_18(X))
& fn_biomembrane_63(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_54(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_54(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_54(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_54(fn_tight_junction_18(X)) = fn_biomembrane_82(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_37(fn_tight_junction_18(X)) = fn_biomembrane_82(fn_tight_junction_18(X))
& fn_biomembrane_82(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_37(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_37(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_37(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_37(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_38(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_38(fn_tight_junction_18(X)) = fn_plasma_membrane_70(fn_tight_junction_18(X))
& fn_plasma_membrane_70(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_38(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_38(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_38(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_38(fn_tight_junction_18(X)) = fn_biomembrane_102(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_29(fn_tight_junction_18(X)) = fn_biomembrane_102(fn_tight_junction_18(X))
& fn_biomembrane_102(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_29(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_29(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_29(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_115(fn_tight_junction_18(X)) = fn_membrane_2(fn_tight_junction_37(X))
& fn_membrane_2(fn_tight_junction_37(X)) = fn_transport_protein_31(fn_tight_junction_9(X))
& fn_carrier_protein_17(fn_tight_junction_9(X)) = fn_transport_protein_31(fn_tight_junction_9(X))
& fn_transport_protein_31(fn_tight_junction_9(X)) = fn_transport_protein_31(fn_tight_junction_9(X))
& fn_transport_protein_31(fn_tight_junction_9(X)) = fn_carrier_protein_17(fn_tight_junction_9(X))
& fn_carrier_protein_17(fn_tight_junction_9(X)) = fn_carrier_protein_17(fn_tight_junction_9(X))
& fn_electrogenic_pump_9(fn_tight_junction_9(X)) = fn_electrogenic_pump_9(fn_tight_junction_9(X))
& fn_electrogenic_pump_9(fn_tight_junction_9(X)) = fn_carrier_protein_17(fn_tight_junction_9(X))
& fn_carrier_protein_17(fn_tight_junction_9(X)) = fn_electrogenic_pump_9(fn_tight_junction_9(X))
& fn_biomembrane_101(fn_tight_junction_18(X)) = fn_electrogenic_pump_9(fn_tight_junction_9(X))
& fn_electrogenic_pump_9(fn_tight_junction_9(X)) = fn_biomembrane_101(fn_tight_junction_18(X))
& fn_biomembrane_101(fn_tight_junction_18(X)) = fn_biomembrane_101(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_29(fn_tight_junction_18(X)) = fn_biomembrane_101(fn_tight_junction_18(X))
& fn_biomembrane_101(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_29(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_29(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_115(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_115(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_115(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_115(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_30(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_30(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_30(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_30(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_114(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_114(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_114(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_114(fn_tight_junction_18(X)) = fn_phospholipid_bilayer_24(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_32(fn_tight_junction_20(X)) = fn_phospholipid_bilayer_24(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_24(fn_tight_junction_20(X)) = fn_phospholipid_bilayer_32(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_32(fn_tight_junction_20(X)) = fn_phospholipid_bilayer_32(fn_tight_junction_20(X))
& fn_biomembrane_66(fn_tight_junction_18(X)) = fn_phospholipid_bilayer_32(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_32(fn_tight_junction_20(X)) = fn_biomembrane_66(fn_tight_junction_18(X))
& fn_biomembrane_66(fn_tight_junction_18(X)) = fn_biomembrane_66(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_102(fn_tight_junction_18(X)) = fn_biomembrane_66(fn_tight_junction_18(X))
& fn_biomembrane_66(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_102(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_102(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_102(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_102(fn_tight_junction_18(X)) = fn_phospholipid_bilayer_34(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_33(fn_tight_junction_20(X)) = fn_phospholipid_bilayer_34(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_34(fn_tight_junction_20(X)) = fn_phospholipid_bilayer_33(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_33(fn_tight_junction_20(X)) = fn_phospholipid_bilayer_33(fn_tight_junction_20(X))
& fn_integral_protein_11(fn_tight_junction_9(X)) = fn_phospholipid_bilayer_33(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_33(fn_tight_junction_20(X)) = fn_integral_protein_11(fn_tight_junction_9(X))
& fn_integral_protein_11(fn_tight_junction_9(X)) = fn_integral_protein_11(fn_tight_junction_9(X))
& fn_integral_protein_11(fn_tight_junction_9(X)) = fn_plasma_membrane_51(fn_tight_junction_18(X))
& fn_plasma_membrane_51(fn_tight_junction_18(X)) = fn_integral_protein_11(fn_tight_junction_9(X))
& fn_integral_protein_11(fn_tight_junction_9(X)) = fn_biomembrane_61(fn_tight_junction_18(X))
& fn_biomembrane_61(fn_tight_junction_18(X)) = fn_plasma_membrane_51(fn_tight_junction_18(X))
& fn_plasma_membrane_51(fn_tight_junction_18(X)) = fn_biomembrane_61(fn_tight_junction_18(X))
& fn_biomembrane_61(fn_tight_junction_18(X)) = fn_biomembrane_61(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_60(fn_tight_junction_18(X)) = fn_biomembrane_61(fn_tight_junction_18(X))
& fn_biomembrane_61(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_60(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_60(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_60(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_60(fn_tight_junction_18(X)) = fn_integral_protein_12(fn_tight_junction_9(X))
& fn_integral_protein_12(fn_tight_junction_9(X)) = fn_phospholipid_bilayer_34(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_34(fn_tight_junction_20(X)) = fn_phospholipid_bilayer_34(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_34(fn_tight_junction_20(X)) = fn_integral_protein_12(fn_tight_junction_9(X))
& fn_biomembrane_62(fn_tight_junction_18(X)) = fn_integral_protein_12(fn_tight_junction_9(X))
& fn_integral_protein_12(fn_tight_junction_9(X)) = fn_biomembrane_62(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_59(fn_tight_junction_18(X)) = fn_biomembrane_62(fn_tight_junction_18(X))
& fn_biomembrane_62(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_59(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_59(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_59(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_59(fn_tight_junction_18(X)) = fn_phospholipid_bilayer_32(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_32(fn_tight_junction_20(X)) = fn_phospholipid_bilayer_55(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_55(fn_tight_junction_20(X)) = fn_phospholipid_bilayer_55(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_55(fn_tight_junction_20(X)) = fn_phospholipid_bilayer_24(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_24(fn_tight_junction_20(X)) = fn_phospholipid_bilayer_24(fn_tight_junction_20(X))
& fn_phospholipid_bilayer_24(fn_tight_junction_20(X)) = fn_animal_plasma_membrane_84(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_84(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_84(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_84(fn_tight_junction_18(X)) = fn_carrier_protein_32(fn_tight_junction_9(X))
& fn_carrier_protein_32(fn_tight_junction_9(X)) = fn_electrogenic_pump_14(fn_tight_junction_9(X))
& fn_electrogenic_pump_14(fn_tight_junction_9(X)) = fn_electrogenic_pump_14(fn_tight_junction_9(X))
& fn_electrogenic_pump_14(fn_tight_junction_9(X)) = fn_carrier_protein_34(fn_tight_junction_9(X))
& fn_electrogenic_pump_15(fn_tight_junction_9(X)) = fn_carrier_protein_34(fn_tight_junction_9(X))
& fn_carrier_protein_34(fn_tight_junction_9(X)) = fn_electrogenic_pump_15(fn_tight_junction_9(X))
& fn_electrogenic_pump_15(fn_tight_junction_9(X)) = fn_electrogenic_pump_15(fn_tight_junction_9(X))
& fn_sodium_potassium_pump_26(fn_tight_junction_9(X)) = fn_electrogenic_pump_15(fn_tight_junction_9(X))
& fn_electrogenic_pump_15(fn_tight_junction_9(X)) = fn_sodium_potassium_pump_26(fn_tight_junction_9(X))
& fn_sodium_potassium_pump_26(fn_tight_junction_9(X)) = fn_animal_plasma_membrane_91(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_91(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_91(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_91(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_70(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_70(fn_tight_junction_18(X)) = fn_carrier_protein_24(fn_tight_junction_9(X))
& fn_electrogenic_pump_11(fn_tight_junction_9(X)) = fn_carrier_protein_24(fn_tight_junction_9(X))
& fn_carrier_protein_24(fn_tight_junction_9(X)) = fn_electrogenic_pump_11(fn_tight_junction_9(X))
& fn_electrogenic_pump_11(fn_tight_junction_9(X)) = fn_electrogenic_pump_11(fn_tight_junction_9(X))
& fn_sodium_potassium_pump_28(fn_tight_junction_9(X)) = fn_electrogenic_pump_11(fn_tight_junction_9(X))
& fn_electrogenic_pump_11(fn_tight_junction_9(X)) = fn_sodium_potassium_pump_28(fn_tight_junction_9(X))
& fn_sodium_potassium_pump_28(fn_tight_junction_9(X)) = fn_animal_plasma_membrane_57(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_57(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_57(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_57(fn_tight_junction_18(X)) = fn_plasma_membrane_68(fn_tight_junction_18(X))
& fn_plasma_membrane_68(fn_tight_junction_18(X)) = fn_plasma_membrane_68(fn_tight_junction_18(X))
& fn_plasma_membrane_68(fn_tight_junction_18(X)) = fn_plasma_membrane_3(fn_tight_junction_18(X))
& fn_plasma_membrane_3(fn_tight_junction_18(X)) = fn_plasma_membrane_54(fn_tight_junction_18(X))
& fn_plasma_membrane_54(fn_tight_junction_18(X)) = fn_plasma_membrane_68(fn_tight_junction_18(X))
& fn_plasma_membrane_68(fn_tight_junction_18(X)) = fn_plasma_membrane_54(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_47(fn_tight_junction_18(X)) = fn_plasma_membrane_54(fn_tight_junction_18(X))
& fn_plasma_membrane_54(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_47(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_47(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_47(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_47(fn_tight_junction_18(X)) = fn_transport_protein_20(fn_tight_junction_9(X))
& fn_carrier_protein_40(fn_tight_junction_9(X)) = fn_transport_protein_20(fn_tight_junction_9(X))
& fn_transport_protein_20(fn_tight_junction_9(X)) = fn_carrier_protein_40(fn_tight_junction_9(X))
& fn_carrier_protein_40(fn_tight_junction_9(X)) = fn_carrier_protein_40(fn_tight_junction_9(X))
& fn_electrogenic_pump_18(fn_tight_junction_9(X)) = fn_carrier_protein_40(fn_tight_junction_9(X))
& fn_carrier_protein_40(fn_tight_junction_9(X)) = fn_electrogenic_pump_18(fn_tight_junction_9(X))
& fn_sodium_potassium_pump_8(fn_tight_junction_9(X)) = fn_electrogenic_pump_18(fn_tight_junction_9(X))
& fn_electrogenic_pump_18(fn_tight_junction_9(X)) = fn_electrogenic_pump_18(fn_tight_junction_9(X))
& fn_electrogenic_pump_18(fn_tight_junction_9(X)) = fn_sodium_potassium_pump_8(fn_tight_junction_9(X))
& fn_sodium_potassium_pump_8(fn_tight_junction_9(X)) = fn_plasma_membrane_85(fn_tight_junction_18(X))
& fn_plasma_membrane_85(fn_tight_junction_18(X)) = fn_plasma_membrane_85(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_69(fn_tight_junction_18(X)) = fn_plasma_membrane_85(fn_tight_junction_18(X))
& fn_plasma_membrane_85(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_69(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_69(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_69(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_69(fn_tight_junction_18(X)) = fn_carrier_protein_9(fn_tight_junction_9(X))
& fn_carrier_protein_9(fn_tight_junction_9(X)) = fn_electrogenic_pump_39(fn_tight_junction_9(X))
& fn_electrogenic_pump_39(fn_tight_junction_9(X)) = fn_electrogenic_pump_39(fn_tight_junction_9(X))
& fn_electrogenic_pump_39(fn_tight_junction_9(X)) = fn_animal_plasma_membrane_86(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_86(fn_tight_junction_18(X)) = fn_carrier_protein_2(fn_tight_junction_9(X))
& fn_carrier_protein_2(fn_tight_junction_9(X)) = fn_animal_plasma_membrane_36(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_36(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_36(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_36(fn_tight_junction_18(X)) = fn_plasma_membrane_98(fn_tight_junction_18(X))
& fn_plasma_membrane_98(fn_tight_junction_18(X)) = fn_transport_protein_11(fn_tight_junction_9(X))
& fn_transport_protein_11(fn_tight_junction_9(X)) = fn_plasma_membrane_98(fn_tight_junction_18(X))
& fn_plasma_membrane_98(fn_tight_junction_18(X)) = fn_biomembrane_99(fn_tight_junction_18(X))
& fn_biomembrane_99(fn_tight_junction_18(X)) = fn_biomembrane_99(fn_tight_junction_18(X))
& fn_biomembrane_99(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_13(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_13(fn_tight_junction_18(X)) = fn_intercellular_junction_1(X)
& fn_intercellular_junction_1(X) = fn_intercellular_junction_1(X)
& fn_intercellular_junction_1(X) = fn_animal_plasma_membrane_56(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_56(fn_tight_junction_18(X)) = fn_carrier_protein_39(fn_tight_junction_9(X))
& fn_electrogenic_pump_25(fn_tight_junction_9(X)) = fn_carrier_protein_39(fn_tight_junction_9(X))
& fn_carrier_protein_39(fn_tight_junction_9(X)) = fn_electrogenic_pump_25(fn_tight_junction_9(X))
& fn_plasma_membrane_84(fn_tight_junction_18(X)) = fn_electrogenic_pump_25(fn_tight_junction_9(X))
& fn_electrogenic_pump_25(fn_tight_junction_9(X)) = fn_plasma_membrane_84(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_72(fn_tight_junction_18(X)) = fn_plasma_membrane_84(fn_tight_junction_18(X))
& fn_plasma_membrane_84(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_72(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_72(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_72(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_72(fn_tight_junction_18(X)) = fn_polymer_6(fn_tight_junction_9(X))
& fn_polymer_6(fn_tight_junction_9(X)) = fn_carrier_protein_33(fn_tight_junction_9(X))
& fn_carrier_protein_33(fn_tight_junction_9(X)) = fn_carrier_protein_33(fn_tight_junction_9(X))
& fn_electrogenic_pump_16(fn_tight_junction_9(X)) = fn_carrier_protein_33(fn_tight_junction_9(X))
& fn_carrier_protein_33(fn_tight_junction_9(X)) = fn_electrogenic_pump_16(fn_tight_junction_9(X))
& fn_electrogenic_pump_16(fn_tight_junction_9(X)) = fn_electrogenic_pump_16(fn_tight_junction_9(X))
& fn_sodium_potassium_pump_13(fn_tight_junction_9(X)) = fn_electrogenic_pump_16(fn_tight_junction_9(X))
& fn_electrogenic_pump_16(fn_tight_junction_9(X)) = fn_sodium_potassium_pump_13(fn_tight_junction_9(X))
& fn_sodium_potassium_pump_13(fn_tight_junction_9(X)) = fn_animal_plasma_membrane_22(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_22(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_58(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_58(fn_tight_junction_18(X)) = fn_plasma_membrane_66(fn_tight_junction_18(X))
& fn_plasma_membrane_66(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_58(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_58(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_58(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_58(fn_tight_junction_18(X)) = fn_electrogenic_pump_4(fn_tight_junction_9(X))
& fn_electrogenic_pump_4(fn_tight_junction_9(X)) = fn_plasma_membrane_65(fn_tight_junction_18(X))
& fn_plasma_membrane_65(fn_tight_junction_18(X)) = fn_plasma_membrane_65(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_55(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_55(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_55(fn_tight_junction_18(X)) = fn_plasma_membrane_65(fn_tight_junction_18(X))
& fn_plasma_membrane_65(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_55(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_55(fn_tight_junction_18(X)) = fn_plasma_membrane_54(fn_tight_junction_18(X))
& fn_plasma_membrane_54(fn_tight_junction_18(X)) = fn_plasma_membrane_54(fn_tight_junction_18(X))
& fn_plasma_membrane_54(fn_tight_junction_18(X)) = fn_plasma_membrane_55(fn_tight_junction_18(X))
& fn_plasma_membrane_55(fn_tight_junction_18(X)) = fn_plasma_membrane_55(fn_tight_junction_18(X))
& fn_plasma_membrane_55(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_62(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_62(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_62(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_62(fn_tight_junction_18(X)) = fn_plasma_membrane_55(fn_tight_junction_18(X))
& fn_plasma_membrane_55(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_53(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_53(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_62(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_62(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_53(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_53(fn_tight_junction_18(X)) = fn_animal_plasma_membrane_53(fn_tight_junction_18(X))
& fn_animal_plasma_membrane_53(fn_tight_junction_18(X)) = fn_hold_2(fn_tight_junction_31(X))
& fn_hold_2(fn_tight_junction_31(X)) = fn_attach_2(fn_tight_junction_56(X))
& fn_attach_2(fn_tight_junction_56(X)) = fn_hold_2(fn_tight_junction_31(X))
& fn_hold_2(fn_tight_junction_31(X)) = fn_protein_pump_3(fn_tight_junction_9(X))
& fn_protein_pump_3(fn_tight_junction_9(X)) = fn_protein_pump_3(fn_tight_junction_9(X))
& fn_transport_protein_35(fn_tight_junction_9(X)) = fn_protein_pump_3(fn_tight_junction_9(X))
& fn_protein_pump_3(fn_tight_junction_9(X)) = fn_transport_protein_35(fn_tight_junction_9(X))
& fn_transport_protein_35(fn_tight_junction_9(X)) = fn_transport_protein_35(fn_tight_junction_9(X))
& fn_carrier_protein_18(fn_tight_junction_9(X)) = fn_transport_protein_35(fn_tight_junction_9(X))
& fn_transport_protein_35(fn_tight_junction_9(X)) = fn_carrier_protein_18(fn_tight_junction_9(X))
& fn_carrier_protein_18(fn_tight_junction_9(X)) = fn_carrier_protein_18(fn_tight_junction_9(X))
& fn_electrogenic_pump_30(fn_tight_junction_9(X)) = fn_carrier_protein_18(fn_tight_junction_9(X))
& fn_carrier_protein_18(fn_tight_junction_9(X)) = fn_electrogenic_pump_30(fn_tight_junction_9(X))
& fn_electrogenic_pump_30(fn_tight_junction_9(X)) = fn_electrogenic_pump_30(fn_tight_junction_9(X))
& fn_integral_protein_24(fn_tight_junction_9(X)) = fn_electrogenic_pump_30(fn_tight_junction_9(X))
& fn_electrogenic_pump_30(fn_tight_junction_9(X)) = fn_integral_protein_24(fn_tight_junction_9(X))
& fn_integral_protein_24(fn_tight_junction_9(X)) = fn_sodium_potassium_pump_41(fn_tight_junction_9(X))
& fn_sodium_potassium_pump_41(fn_tight_junction_9(X)) = fn_sodium_potassium_pump_41(fn_tight_junction_9(X))
& fn_sodium_potassium_pump_41(fn_tight_junction_9(X)) = fn_integral_protein_24(fn_tight_junction_9(X)) ) ) ).
fof(a533258,axiom,
! [X] :
( time_instant_1(X)
=> ( original_name_2(X,'Time-Instant')
& concept2words_2(X,time)
& concept2words_2(X,'inside of time')
& concept2words_2(X,'time inside')
& concept2words_2(X,'time-inside')
& concept2words_2(X,'time end')
& concept2words_2(X,'time-end')
& concept2words_2(X,'time between')
& concept2words_2(X,'time-between')
& concept2words_2(X,'time begins or in')
& concept2words_2(X,'time-begins-or-in')
& concept2words_2(X,'time begin')
& concept2words_2(X,'time-begin')
& concept2words_2(X,'at of time')
& concept2words_2(X,'time at')
& concept2words_2(X,'time-at')
& concept2words_2(X,'point in time')
& concept2words_2(X,point_in_time)
& concept2words_2(X,'instant of time')
& concept2words_2(X,'time instant')
& concept2words_2(X,'time-instant')
& temporal_entity_1(X)
& time_begins_2(X,X)
& time_ends_2(X,X) ) ) ).
fof(a533259,axiom,
! [X] :
( time_interval_1(X)
=> ( original_name_2(X,'Time-Interval')
& concept2words_2(X,'existence time')
& concept2words_2(X,'existence-time')
& concept2words_2(X,'time of existence')
& concept2words_2(X,'time-of-existence')
& concept2words_2(X,'time int start')
& concept2words_2(X,'time-int-start')
& concept2words_2(X,'time int overlap')
& concept2words_2(X,'time-int-overlap')
& concept2words_2(X,'time int meet')
& concept2words_2(X,'time-int-meet')
& concept2words_2(X,'time int finish')
& concept2words_2(X,'time-int-finishe')
& concept2words_2(X,'time int equal')
& concept2words_2(X,'time-int-equal')
& concept2words_2(X,'time int during')
& concept2words_2(X,'time-int-during')
& concept2words_2(X,'time int before')
& concept2words_2(X,'time-int-before')
& concept2words_2(X,'during of time')
& concept2words_2(X,'time during')
& concept2words_2(X,'time-during')
& concept2words_2(X,'time interval')
& concept2words_2(X,time_interval)
& concept2words_2(X,interval)
& concept2words_2(X,'interval of time')
& concept2words_2(X,'time-interval')
& temporal_entity_1(X) ) ) ).
fof(a533260,axiom,
! [X] :
( time_span_1(X)
=> ( original_name_2(X,'Time-Span')
& user_description_2(X,'Division of time.')
& concept2words_2(X,'span of time')
& concept2words_2(X,'time span')
& concept2words_2(X,'time-span')
& geologic_process_1(X) ) ) ).
fof(a533261,axiom,
! [X] :
( time_zone_constant_1(X)
=> ( original_name_2(X,'Time-Zone-Constant')
& concept2words_2(X,'time zone constant')
& concept2words_2(X,'time-zone-constant')
& constant_1(X) ) ) ).
fof(a533262,axiom,
! [X] :
( tin_1(X)
=> ( original_name_2(X,'Tin')
& user_description_2(X,'Tin is a metal atom with atomic number 50. It is represented by the symbol Sn.')
& concept2words_2(X,tin)
& concept2words_2(X,'Sn')
& metal_atom_1(X)
& neutron_1(fn_tin_3(X))
& atomic_mass_value_1(fn_tin_4(X))
& electronegativity_value_1(fn_tin_5(X))
& valence_electron_1(fn_tin_9(X))
& atomic_weight_value_1(fn_tin_10(X))
& atomic_number_value_1(fn_tin_11(X))
& quantity_value_1(fn_tin_12(X))
& electronegativity_2(X,fn_tin_5(X))
& mass_number_2(X,fn_tin_4(X))
& exactCardinality(X,has_part_0,"69",neutron_0)
& exactCardinality(X,has_part_0,"50",proton_0)
& exactCardinality(X,has_part_0,"50",electron_0)
& has_part_2(X,fn_tin_3(X))
& the_cardinal_value_2(fn_tin_12(X),"4")
& cardinal_unit_class_2(fn_tin_12(X),unity_0)
& the_cardinal_value_2(fn_tin_5(X),"1.96")
& cardinal_unit_class_2(fn_tin_5(X),unity_0)
& the_cardinal_value_2(fn_tin_4(X),"119")
& cardinal_unit_class_2(fn_tin_4(X),unity_0)
& the_cardinal_value_2(fn_tin_11(X),"50")
& cardinal_unit_class_2(fn_tin_11(X),unity_0)
& the_cardinal_value_2(fn_tin_10(X),"118.7")
& cardinal_unit_class_2(fn_tin_10(X),dalton_0)
& atomic_number_2(X,fn_tin_11(X))
& atomic_weight_2(X,fn_tin_10(X))
& has_part_2(X,fn_tin_9(X))
& quantity_2(fn_tin_9(X),fn_tin_12(X))
& fn_tin_7(X) = fn_atom_12(X)
& fn_tin_11(X) = fn_atom_17(X)
& fn_tin_8(X) = fn_atom_13(X)
& fn_tin_10(X) = fn_atom_16(X)
& fn_tin_6(X) = fn_atom_1(X)
& fn_tin_12(X) = fn_atom_5(X)
& fn_tin_9(X) = fn_atom_14(X) ) ) ).
fof(a533263,axiom,
! [X] :
( tip_1(X)
=> ( original_name_2(X,'Tip')
& user_description_2(X,'The top or extremepoint of something is called as tip.')
& concept2words_2(X,tip)
& region_1(X) ) ) ).
fof(a533264,axiom,
! [X] :
( tissue_1(X)
=> ( original_name_2(X,'Tissue')
& user_description_2(X,'A tissue is a group of cells derived from a common developmental origon which conduct a similar physiological role in an organism .')
& concept2words_2(X,tissue)
& suborganismal_entity_1(X)
& ~ wood_1(X)
& ~ stone_1(X)
& ~ rubber_1(X)
& ~ plastic_1(X)
& ~ paper_1(X)
& ~ glass_1(X)
& ~ pellet_1(X)
& ~ solid_support_1(X)
& ~ organ_1(X)
& eukaryotic_cell_1(fn_tissue_1(X))
& has_part_2(X,fn_tissue_1(X))
& minCardinality(X,has_part_0,"1",eukaryotic_cell_0) ) ) ).
fof(a533265,axiom,
! [X,X1] :
( ( object_2(X,X1)
& move_1(X)
& tissue_1(X1) )
=> ( tissue_movement_1(X)
& fn_tissue_movement_2(X) = X1 ) ) ).
fof(a533266,axiom,
! [X] :
( tissue_movement_1(X)
=> ( original_name_2(X,'Tissue-Movement')
& user_description_2(X,'Movements of tissues in the course of development is called as tissue movement.')
& concept2words_2(X,move)
& concept2words_2(X,'movement of tissue')
& concept2words_2(X,'tissue movement')
& concept2words_2(X,'tissue-movement')
& move_1(X)
& tissue_1(fn_tissue_movement_2(X))
& object_2(X,fn_tissue_movement_2(X))
& fn_tissue_movement_2(X) = fn_move_1(X) ) ) ).
fof(a533267,axiom,
! [X] :
( tissue_repair_1(X)
=> ( original_name_2(X,'Tissue-Repair')
& user_description_2(X,'The process in which cell signaling and cell division result in healing and repair of damaged tissue.')
& concept2words_2(X,'repair of tissue')
& concept2words_2(X,'tissue repair')
& concept2words_2(X,'tissue-repair')
& biological_process_1(X)
& organism_1(fn_tissue_repair_1(X))
& replace_1(fn_tissue_repair_2(X))
& replace_1(fn_tissue_repair_3(X))
& damaged_cell_1(fn_tissue_repair_4(X))
& spatial_entity_1(fn_tissue_repair_5(X))
& cell_1(fn_tissue_repair_5(X))
& cell_1(fn_tissue_repair_6(X))
& spatial_entity_1(fn_tissue_repair_6(X))
& dead_cell_1(fn_tissue_repair_7(X))
& cell_1(fn_tissue_repair_8(X))
& eukaryotic_cell_1(fn_tissue_repair_8(X))
& tissue_1(fn_tissue_repair_9(X))
& cell_division_1(fn_tissue_repair_10(X))
& spatial_entity_1(fn_replace_1(fn_tissue_repair_3(X)))
& spatial_entity_1(fn_replace_1(fn_tissue_repair_2(X)))
& spatial_entity_1(fn_replace_2(fn_tissue_repair_2(X)))
& cell_1(fn_cell_division_3(fn_tissue_repair_10(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_tissue_repair_9(X)))
& spatial_entity_1(fn_replace_2(fn_tissue_repair_3(X)))
& cell_1(fn_cell_division_2(fn_tissue_repair_10(X)))
& by_means_of_2(X,fn_tissue_repair_10(X))
& experiencer_2(X,fn_tissue_repair_1(X))
& subevent_2(X,fn_tissue_repair_2(X))
& subevent_2(X,fn_tissue_repair_3(X))
& has_part_2(fn_tissue_repair_1(X),fn_tissue_repair_9(X))
& enables_2(fn_tissue_repair_10(X),fn_tissue_repair_2(X))
& enables_2(fn_tissue_repair_10(X),fn_tissue_repair_3(X))
& object_2(fn_tissue_repair_3(X),fn_tissue_repair_4(X))
& called_2(fn_tissue_repair_4(X),'old entity')
& object_2(fn_tissue_repair_2(X),fn_tissue_repair_7(X))
& called_2(fn_tissue_repair_7(X),'old entity')
& result_2(fn_tissue_repair_10(X),fn_tissue_repair_6(X))
& object_2(fn_tissue_repair_10(X),fn_tissue_repair_8(X))
& object_2(fn_tissue_repair_2(X),fn_tissue_repair_6(X))
& called_2(fn_tissue_repair_6(X),'new entity')
& object_2(fn_tissue_repair_3(X),fn_tissue_repair_5(X))
& called_2(fn_tissue_repair_5(X),'new entity')
& has_part_2(fn_tissue_repair_9(X),fn_tissue_repair_8(X))
& result_2(fn_tissue_repair_10(X),fn_tissue_repair_5(X))
& fn_tissue_repair_4(X) = fn_replace_1(fn_tissue_repair_3(X))
& fn_tissue_repair_7(X) = fn_replace_1(fn_tissue_repair_2(X))
& fn_tissue_repair_6(X) = fn_cell_division_2(fn_tissue_repair_10(X))
& fn_tissue_repair_8(X) = fn_cell_division_3(fn_tissue_repair_10(X))
& fn_tissue_repair_6(X) = fn_replace_2(fn_tissue_repair_2(X))
& fn_tissue_repair_5(X) = fn_replace_2(fn_tissue_repair_3(X))
& fn_tissue_repair_8(X) = fn_tissue_1(fn_tissue_repair_9(X))
& fn_tissue_repair_5(X) = fn_cell_division_2(fn_tissue_repair_10(X))
& fn_cell_division_2(fn_tissue_repair_10(X)) = fn_replace_2(fn_tissue_repair_2(X))
& fn_replace_2(fn_tissue_repair_2(X)) = fn_replace_2(fn_tissue_repair_2(X))
& fn_replace_2(fn_tissue_repair_2(X)) = fn_cell_division_3(fn_tissue_repair_10(X))
& fn_cell_division_3(fn_tissue_repair_10(X)) = fn_tissue_1(fn_tissue_repair_9(X))
& fn_tissue_1(fn_tissue_repair_9(X)) = fn_replace_2(fn_tissue_repair_3(X))
& fn_replace_2(fn_tissue_repair_3(X)) = fn_replace_2(fn_tissue_repair_3(X))
& fn_replace_2(fn_tissue_repair_3(X)) = fn_cell_division_2(fn_tissue_repair_10(X)) ) ) ).
fof(a533268,axiom,
! [X,X2,X3,X1] :
( ( base_2(X1,X2)
& has_part_2(X3,X2)
& result_2(X1,X)
& tissue_1(X3)
& eukaryotic_cell_1(X2)
& synthesis_of_protein_1(X1)
& protein_1(X) )
=> ( tissue_specific_protein_1(X)
& fn_tissue_specific_protein_4(X) = X1
& fn_tissue_specific_protein_3(X) = X3
& fn_tissue_specific_protein_2(X) = X2 ) ) ).
fof(a533269,axiom,
! [X] :
( tissue_specific_protein_1(X)
=> ( original_name_2(X,'Tissue-Specific-Protein')
& user_description_2(X,'A protein specific to the definite kind of tissue.')
& concept2words_2(X,'tissue specific protein')
& concept2words_2(X,'tissue-specific-protein')
& protein_1(X)
& cell_1(fn_tissue_specific_protein_2(X))
& eukaryotic_cell_1(fn_tissue_specific_protein_2(X))
& tissue_1(fn_tissue_specific_protein_3(X))
& synthesis_of_protein_1(fn_tissue_specific_protein_4(X))
& cell_1(fn_synthesis_of_protein_11(fn_tissue_specific_protein_4(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_tissue_specific_protein_3(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_tissue_specific_protein_4(X)))
& protein_1(fn_synthesis_of_protein_16(fn_tissue_specific_protein_4(X)))
& base_2(fn_tissue_specific_protein_4(X),fn_tissue_specific_protein_2(X))
& has_part_2(fn_tissue_specific_protein_3(X),fn_tissue_specific_protein_2(X))
& result_2(fn_tissue_specific_protein_4(X),X)
& fn_tissue_specific_protein_2(X) = fn_synthesis_of_protein_11(fn_tissue_specific_protein_4(X))
& fn_tissue_specific_protein_2(X) = fn_tissue_1(fn_tissue_specific_protein_3(X))
& X = fn_anabolic_pathway_5(fn_tissue_specific_protein_4(X))
& X = fn_synthesis_of_protein_16(fn_tissue_specific_protein_4(X))
& fn_synthesis_of_protein_11(fn_tissue_specific_protein_4(X)) = fn_tissue_1(fn_tissue_specific_protein_3(X))
& fn_tissue_1(fn_tissue_specific_protein_3(X)) = fn_anabolic_pathway_5(fn_tissue_specific_protein_4(X))
& fn_anabolic_pathway_5(fn_tissue_specific_protein_4(X)) = fn_synthesis_of_protein_16(fn_tissue_specific_protein_4(X)) ) ) ).
fof(a533270,axiom,
! [X] :
( tissue_system_1(X)
=> ( original_name_2(X,'Tissue-System')
& user_description_2(X,'A collection of tissues that form a functional unit connecting a subset of the organs in a plant.')
& concept2words_2(X,'system of tissue')
& concept2words_2(X,'tissue system')
& concept2words_2(X,'tissue-system')
& organismal_region_1(X)
& aggregate_1(X) ) ) ).
fof(a533271,axiom,
! [X] :
( titanium_1(X)
=> ( original_name_2(X,'Titanium')
& user_description_2(X,'Titanium is a metal atom with atomic number 22. It is represented by the symbol Ti.')
& concept2words_2(X,titanium)
& concept2words_2(X,'Ti')
& metal_atom_1(X)
& neutron_1(fn_titanium_3(X))
& atomic_mass_value_1(fn_titanium_4(X))
& electronegativity_value_1(fn_titanium_5(X))
& valence_electron_1(fn_titanium_9(X))
& atomic_weight_value_1(fn_titanium_10(X))
& atomic_number_value_1(fn_titanium_11(X))
& quantity_value_1(fn_titanium_12(X))
& electronegativity_2(X,fn_titanium_5(X))
& mass_number_2(X,fn_titanium_4(X))
& exactCardinality(X,has_part_0,"26",neutron_0)
& exactCardinality(X,has_part_0,"22",proton_0)
& exactCardinality(X,has_part_0,"22",electron_0)
& has_part_2(X,fn_titanium_3(X))
& the_cardinal_value_2(fn_titanium_12(X),"4")
& cardinal_unit_class_2(fn_titanium_12(X),unity_0)
& the_cardinal_value_2(fn_titanium_5(X),"1.54")
& cardinal_unit_class_2(fn_titanium_5(X),unity_0)
& the_cardinal_value_2(fn_titanium_4(X),"48")
& cardinal_unit_class_2(fn_titanium_4(X),unity_0)
& the_cardinal_value_2(fn_titanium_11(X),"22")
& cardinal_unit_class_2(fn_titanium_11(X),unity_0)
& the_cardinal_value_2(fn_titanium_10(X),"47.87")
& cardinal_unit_class_2(fn_titanium_10(X),dalton_0)
& atomic_number_2(X,fn_titanium_11(X))
& atomic_weight_2(X,fn_titanium_10(X))
& has_part_2(X,fn_titanium_9(X))
& quantity_2(fn_titanium_9(X),fn_titanium_12(X))
& fn_titanium_7(X) = fn_atom_12(X)
& fn_titanium_11(X) = fn_atom_17(X)
& fn_titanium_8(X) = fn_atom_13(X)
& fn_titanium_10(X) = fn_atom_16(X)
& fn_titanium_6(X) = fn_atom_1(X)
& fn_titanium_12(X) = fn_atom_5(X)
& fn_titanium_9(X) = fn_atom_14(X) ) ) ).
fof(a533272,axiom,
! [X] :
( tlr_1(X)
=> ( original_name_2(X,'TLR')
& user_description_2(X,'Toll-like receptor; one of a class of transmembrane proteins found on phagocytic cells such as macrophages. TLRs recognize molecules derived from pathogenic microbes.')
& concept2words_2(X,'toll like receptor')
& concept2words_2(X,'toll-like-receptor')
& concept2words_2(X,tlr)
& receptor_protein_1(X)
& hydrophobic_region_1(fn_tlr_1(X))
& protein_domain_1(fn_tlr_2(X))
& hydrophilic_region_1(fn_tlr_3(X))
& surface_1(fn_tlr_4(X))
& carbon_skeleton_1(fn_tlr_5(X))
& kinetic_energy_1(fn_tlr_6(X))
& polypeptide_1(fn_tlr_7(X))
& monomer_1(fn_tlr_8(X))
& atom_1(fn_tlr_9(X))
& chemical_entity_1(fn_tlr_9(X))
& carbon_1(fn_tlr_10(X))
& size_value_1(fn_tlr_11(X))
& constant_motion_1(fn_tlr_12(X))
& speed_value_1(fn_tlr_13(X))
& quantity_value_1(fn_tlr_14(X))
& size_value_1(fn_tlr_15(X))
& spatial_entity_1(fn_tlr_16(X))
& chemical_entity_1(fn_tlr_16(X))
& monomer_1(fn_tlr_16(X))
& molecule_1(fn_tlr_16(X))
& amino_acid_1(fn_tlr_16(X))
& chemical_bond_1(fn_tlr_17(X))
& covalent_bond_1(fn_tlr_17(X))
& disulfide_bond_1(fn_tlr_17(X))
& carbon_1(fn_carbon_skeleton_4(fn_tlr_5(X)))
& protein_1(fn_disulfide_bond_3(fn_tlr_17(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_tlr_5(X)))
& atom_1(fn_carbon_skeleton_2(fn_tlr_5(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_tlr_5(X)))
& has_region_2(X,fn_tlr_1(X))
& possesses_2(X,fn_tlr_17(X))
& has_part_2(X,fn_tlr_8(X))
& size_2(fn_tlr_8(X),fn_tlr_15(X))
& greater_than_2(fn_tlr_11(X),fn_tlr_15(X))
& has_part_2(X,fn_tlr_9(X))
& possesses_2(X,fn_tlr_6(X))
& quantity_2(fn_tlr_6(X),fn_tlr_14(X))
& directly_proportional_2(fn_tlr_13(X),fn_tlr_14(X))
& speed_2(fn_tlr_12(X),fn_tlr_13(X))
& object_2(fn_tlr_12(X),X)
& is_at_2(fn_tlr_3(X),fn_tlr_4(X))
& has_region_2(X,fn_tlr_4(X))
& size_2(X,fn_tlr_11(X))
& the_scalar_value_2(fn_tlr_11(X),big_0)
& scalar_unit_class_2(fn_tlr_11(X),polypeptide_0)
& has_region_2(X,fn_tlr_2(X))
& is_at_2(fn_tlr_16(X),fn_tlr_2(X))
& has_part_2(fn_tlr_7(X),fn_tlr_16(X))
& has_part_2(X,fn_tlr_7(X))
& has_region_2(X,fn_tlr_3(X))
& is_inside_2(fn_tlr_10(X),fn_tlr_5(X))
& has_part_2(X,fn_tlr_10(X))
& has_region_2(X,fn_tlr_5(X))
& fn_tlr_9(X) != fn_tlr_10(X)
& fn_tlr_10(X) != fn_tlr_9(X)
& fn_tlr_17(X) = fn_molecule_10(X)
& fn_tlr_17(X) = fn_polymer_1(X)
& X = fn_disulfide_bond_3(fn_tlr_17(X))
& fn_tlr_11(X) = fn_receptor_protein_3(X)
& fn_tlr_15(X) = fn_receptor_protein_4(X)
& fn_tlr_8(X) = fn_polymer_4(X)
& fn_tlr_8(X) = fn_receptor_protein_5(X)
& fn_tlr_9(X) = fn_molecule_7(X)
& fn_tlr_12(X) = fn_molecule_8(X)
& fn_tlr_13(X) = fn_molecule_3(X)
& fn_tlr_14(X) = fn_molecule_4(X)
& fn_tlr_6(X) = fn_molecule_12(X)
& fn_tlr_11(X) = fn_protein_9(X)
& fn_tlr_4(X) = fn_protein_5(X)
& fn_tlr_3(X) = fn_protein_1(X)
& fn_tlr_7(X) = fn_protein_8(X)
& fn_tlr_16(X) = fn_protein_14(X)
& fn_tlr_2(X) = fn_protein_7(X)
& X = fn_carbon_skeleton_3(fn_tlr_5(X))
& fn_tlr_9(X) = fn_carbon_skeleton_2(fn_tlr_5(X))
& fn_tlr_10(X) = fn_carbon_skeleton_4(fn_tlr_5(X))
& fn_molecule_10(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_receptor_protein_5(X)
& fn_receptor_protein_5(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_receptor_protein_5(X)
& fn_receptor_protein_5(X) = fn_receptor_protein_3(X)
& fn_receptor_protein_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_disulfide_bond_3(fn_tlr_17(X))
& fn_disulfide_bond_3(fn_tlr_17(X)) = fn_carbon_skeleton_3(fn_tlr_5(X))
& fn_carbon_skeleton_3(fn_tlr_5(X)) = fn_carbon_skeleton_3(fn_tlr_5(X))
& fn_carbon_skeleton_3(fn_tlr_5(X)) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_carbon_skeleton_2(fn_tlr_5(X))
& fn_carbon_skeleton_2(fn_tlr_5(X)) = fn_carbon_skeleton_2(fn_tlr_5(X)) ) ) ).
fof(a533273,axiom,
! [X] :
( tobacco_mosaic_disease_1(X)
=> ( original_name_2(X,'Tobacco-Mosaic-Disease')
& user_description_2(X,'An RNA virus that infects plants in the family Solanaceae, including tobacco. It causes distinctive patterns of mottling and discoloration of the leaves.')
& concept2words_2(X,tmd)
& concept2words_2(X,'tobacco mosaic disease')
& concept2words_2(X,'tobacco-mosaic-disease')
& plant_disease_1(X)
& ~ african_sleeping_sickness_1(X)
& ~ aids_1(X)
& ~ cholera_1(X)
& ~ cowpox_1(X)
& ~ encephalitis_1(X)
& ~ gastric_ulcer_1(X)
& ~ gonorrhea_1(X)
& ~ hemorrhagic_fever_1(X)
& ~ influenza_1(X)
& ~ lyme_disease_1(X)
& ~ malaria_1(X)
& ~ mycosis_1(X)
& ~ smallpox_1(X)
& ~ tetanus_1(X)
& ~ tuberculosis_1(X) ) ) ).
fof(a533274,axiom,
! [X] :
( tobacco_plant_1(X)
=> ( original_name_2(X,'Tobacco-Plant')
& user_description_2(X,'It is a herbaceous plant which belong to family Solanaceae.')
& concept2words_2(X,'plant of tobacco')
& concept2words_2(X,'tobacco plant')
& concept2words_2(X,'tobacco-plant')
& angiosperm_1(X)
& water_molecule_1(fn_tobacco_plant_1(X))
& hydrogen_ion_1(fn_tobacco_plant_2(X))
& length_value_1(fn_tobacco_plant_5(X))
& length_value_1(fn_tobacco_plant_6(X))
& stem_1(fn_tobacco_plant_7(X))
& store_1(fn_tobacco_plant_8(X))
& shoot_1(fn_tobacco_plant_15(X))
& organelle_1(fn_tobacco_plant_16(X))
& mitochondrion_1(fn_tobacco_plant_16(X))
& semiautonomous_organelle_1(fn_tobacco_plant_16(X))
& organic_molecule_1(fn_tobacco_plant_17(X))
& chemical_entity_1(fn_tobacco_plant_17(X))
& pyruvate_1(fn_tobacco_plant_17(X))
& chemical_entity_1(fn_tobacco_plant_18(X))
& organic_molecule_1(fn_tobacco_plant_18(X))
& molecule_1(fn_tobacco_plant_18(X))
& entity_1(fn_tobacco_plant_18(X))
& nadh_1(fn_tobacco_plant_18(X))
& oxygen_molecule_1(fn_tobacco_plant_19(X))
& exergonic_reaction_1(fn_tobacco_plant_20(X))
& glycolysis_1(fn_tobacco_plant_20(X))
& chemical_reaction_1(fn_tobacco_plant_21(X))
& oxidative_phosphorylation_1(fn_tobacco_plant_21(X))
& eukaryotic_oxidative_phosphorylation_1(fn_tobacco_plant_21(X))
& exergonic_reaction_1(fn_tobacco_plant_22(X))
& pyruvate_oxidation_1(fn_tobacco_plant_22(X))
& chemical_energy_1(fn_tobacco_plant_23(X))
& free_energy_1(fn_tobacco_plant_24(X))
& structural_complexity_value_1(fn_tobacco_plant_25(X))
& size_value_1(fn_tobacco_plant_26(X))
& size_value_1(fn_tobacco_plant_27(X))
& store_1(fn_tobacco_plant_28(X))
& free_energy_1(fn_tobacco_plant_29(X))
& structural_complexity_value_1(fn_tobacco_plant_30(X))
& quantity_value_1(fn_tobacco_plant_31(X))
& quantity_value_1(fn_tobacco_plant_32(X))
& entity_1(fn_tobacco_plant_33(X))
& chemical_energy_1(fn_tobacco_plant_33(X))
& surface_1(fn_tobacco_plant_34(X))
& cytoplasmic_side_1(fn_tobacco_plant_34(X))
& aqueous_solution_1(fn_tobacco_plant_35(X))
& liquid_substance_1(fn_tobacco_plant_35(X))
& solution_1(fn_tobacco_plant_35(X))
& substance_1(fn_tobacco_plant_35(X))
& cytosol_1(fn_tobacco_plant_35(X))
& protein_enzyme_1(fn_tobacco_plant_36(X))
& substance_1(fn_tobacco_plant_37(X))
& solid_substance_1(fn_tobacco_plant_37(X))
& protein_enzyme_1(fn_tobacco_plant_38(X))
& tangible_entity_1(fn_tobacco_plant_39(X))
& nucleus_1(fn_tobacco_plant_39(X))
& cytoplasmic_streaming_1(fn_tobacco_plant_40(X))
& move_through_1(fn_tobacco_plant_41(X))
& transfer_1(fn_tobacco_plant_42(X))
& transfer_1(fn_tobacco_plant_43(X))
& exchange_1(fn_tobacco_plant_44(X))
& energy_transformation_by_organism_1(fn_tobacco_plant_45(X))
& hold_together_1(fn_tobacco_plant_48(X))
& oxidation_1(fn_tobacco_plant_49(X))
& chemical_entity_1(fn_tobacco_plant_50(X))
& entity_1(fn_tobacco_plant_51(X))
& chemical_entity_1(fn_tobacco_plant_51(X))
& atom_1(fn_tobacco_plant_51(X))
& oxygen_1(fn_tobacco_plant_51(X))
& entity_1(fn_tobacco_plant_52(X))
& chemical_entity_1(fn_tobacco_plant_52(X))
& atom_1(fn_tobacco_plant_52(X))
& oxygen_1(fn_tobacco_plant_52(X))
& double_bond_1(fn_tobacco_plant_53(X))
& root_system_1(fn_tobacco_plant_54(X))
& root_1(fn_tobacco_plant_55(X))
& spatial_entity_1(fn_tobacco_plant_56(X))
& mixture_1(fn_tobacco_plant_56(X))
& suspension_1(fn_tobacco_plant_56(X))
& colloid_1(fn_tobacco_plant_56(X))
& cytoplasm_1(fn_tobacco_plant_56(X))
& membrane_1(fn_tobacco_plant_57(X))
& spatial_entity_1(fn_tobacco_plant_57(X))
& biomembrane_1(fn_tobacco_plant_57(X))
& plasma_membrane_1(fn_tobacco_plant_57(X))
& oxygen_molecule_1(fn_tobacco_plant_58(X))
& spatial_entity_1(fn_tobacco_plant_59(X))
& tangible_entity_1(fn_tobacco_plant_59(X))
& chemical_entity_1(fn_tobacco_plant_59(X))
& sugar_1(fn_tobacco_plant_59(X))
& glucose_1(fn_tobacco_plant_59(X))
& chemical_entity_1(fn_tobacco_plant_60(X))
& electron_1(fn_tobacco_plant_60(X))
& spatial_entity_1(fn_tobacco_plant_61(X))
& chemical_entity_1(fn_tobacco_plant_61(X))
& hydrophobic_compound_1(fn_tobacco_plant_61(X))
& molecule_1(fn_tobacco_plant_61(X))
& tangible_entity_1(fn_tobacco_plant_61(X))
& carbon_dioxide_1(fn_tobacco_plant_61(X))
& starch_storage_by_plant_1(fn_tobacco_plant_62(X))
& specific_heat_value_1(fn_tobacco_plant_63(X))
& temperature_value_1(fn_tobacco_plant_64(X))
& water_1(fn_tobacco_plant_65(X))
& shoot_system_1(fn_tobacco_plant_66(X))
& visible_light_1(fn_tobacco_plant_67(X))
& energy_1(fn_tobacco_plant_67(X))
& chemical_energy_1(fn_tobacco_plant_68(X))
& cellular_respiration_1(fn_tobacco_plant_69(X))
& metabolic_pathway_1(fn_tobacco_plant_69(X))
& eukaryotic_cellular_respiration_1(fn_tobacco_plant_69(X))
& cytoplasmic_streaming_1(fn_tobacco_plant_70(X))
& anabolic_pathway_1(fn_tobacco_plant_71(X))
& metabolic_pathway_1(fn_tobacco_plant_71(X))
& photosynthesis_1(fn_tobacco_plant_71(X))
& photoautotroph_1(fn_tobacco_plant_72(X))
& nutrition_1(fn_tobacco_plant_73(X))
& cell_1(fn_tobacco_plant_74(X))
& eukaryotic_cell_1(fn_tobacco_plant_74(X))
& plant_cell_1(fn_tobacco_plant_74(X))
& store_1(fn_tobacco_plant_75(X))
& tuber_1(fn_tobacco_plant_76(X))
& container_1(fn_tobacco_plant_77(X))
& chemical_bond_1(fn_molecule_10(fn_tobacco_plant_58(X)))
& container_1(fn_store_3(fn_tobacco_plant_8(X)))
& container_1(fn_store_3(fn_tobacco_plant_28(X)))
& oxygen_molecule_1(fn_cellular_respiration_68(fn_tobacco_plant_69(X)))
& free_energy_1(fn_photosynthesis_53(fn_tobacco_plant_71(X)))
& property_node_1(fn_photosynthesis_5(fn_tobacco_plant_71(X)))
& property_node_1(fn_photosynthesis_56(fn_tobacco_plant_71(X)))
& property_node_1(fn_photosynthesis_55(fn_tobacco_plant_71(X)))
& property_node_1(fn_photosynthesis_57(fn_tobacco_plant_71(X)))
& property_node_1(fn_photosynthesis_6(fn_tobacco_plant_71(X)))
& size_value_1(fn_photosynthesis_4(fn_tobacco_plant_71(X)))
& size_value_1(fn_photosynthesis_3(fn_tobacco_plant_71(X)))
& energy_transformation_by_organism_1(fn_photosynthesis_31(fn_tobacco_plant_71(X)))
& visible_light_1(fn_photosynthesis_34(fn_tobacco_plant_71(X)))
& energy_1(fn_photosynthesis_34(fn_tobacco_plant_71(X)))
& property_node_1(fn_photosynthesis_54(fn_tobacco_plant_71(X)))
& structural_complexity_value_1(fn_photosynthesis_24(fn_tobacco_plant_71(X)))
& oxidation_1(fn_photosynthesis_46(fn_tobacco_plant_71(X)))
& quantity_value_1(fn_photosynthesis_52(fn_tobacco_plant_71(X)))
& quantity_value_1(fn_photosynthesis_51(fn_tobacco_plant_71(X)))
& free_energy_1(fn_photosynthesis_50(fn_tobacco_plant_71(X)))
& transfer_1(fn_plant_cell_73(fn_tobacco_plant_74(X)))
& transfer_1(fn_plant_cell_74(fn_tobacco_plant_74(X)))
& exchange_1(fn_plant_cell_71(fn_tobacco_plant_74(X)))
& move_through_1(fn_plant_cell_72(fn_tobacco_plant_74(X)))
& cytoplasmic_streaming_1(fn_plant_cell_89(fn_tobacco_plant_74(X)))
& protein_enzyme_1(fn_plant_cell_11(fn_tobacco_plant_74(X)))
& protein_enzyme_1(fn_plant_cell_92(fn_tobacco_plant_74(X)))
& substance_1(fn_plant_cell_25(fn_tobacco_plant_74(X)))
& solid_substance_1(fn_plant_cell_25(fn_tobacco_plant_74(X)))
& surface_1(fn_plant_cell_64(fn_tobacco_plant_74(X)))
& cytoplasmic_side_1(fn_plant_cell_64(fn_tobacco_plant_74(X)))
& membrane_1(fn_plant_cell_97(fn_tobacco_plant_74(X)))
& spatial_entity_1(fn_plant_cell_97(fn_tobacco_plant_74(X)))
& biomembrane_1(fn_plant_cell_97(fn_tobacco_plant_74(X)))
& plasma_membrane_1(fn_plant_cell_97(fn_tobacco_plant_74(X)))
& pyruvate_oxidation_1(fn_eukaryotic_cellular_respiration_94(fn_tobacco_plant_69(X)))
& glycolysis_1(fn_eukaryotic_cellular_respiration_82(fn_tobacco_plant_69(X)))
& spatial_entity_1(fn_store_2(fn_tobacco_plant_8(X)))
& spatial_entity_1(fn_store_2(fn_tobacco_plant_28(X)))
& tangible_entity_1(fn_photosynthesis_37(fn_tobacco_plant_71(X)))
& chemical_entity_1(fn_photosynthesis_37(fn_tobacco_plant_71(X)))
& sugar_1(fn_photosynthesis_37(fn_tobacco_plant_71(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_tobacco_plant_71(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_tobacco_plant_20(X)))
& pyruvate_1(fn_glycolysis_55(fn_tobacco_plant_20(X)))
& chemical_entity_1(fn_glycolysis_55(fn_tobacco_plant_20(X)))
& organic_molecule_1(fn_pyruvate_oxidation_85(fn_tobacco_plant_22(X)))
& chemical_entity_1(fn_pyruvate_oxidation_85(fn_tobacco_plant_22(X)))
& pyruvate_1(fn_pyruvate_oxidation_85(fn_tobacco_plant_22(X)))
& electron_1(fn_oxidation_9(fn_tobacco_plant_49(X)))
& hold_together_1(fn_covalent_bond_14(fn_tobacco_plant_53(X)))
& hold_together_1(fn_oxygen_molecule_11(fn_tobacco_plant_58(X)))
& entity_1(fn_covalent_bond_20(fn_tobacco_plant_53(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_tobacco_plant_53(X)))
& atom_1(fn_covalent_bond_20(fn_tobacco_plant_53(X)))
& oxygen_1(fn_oxygen_molecule_15(fn_tobacco_plant_58(X)))
& entity_1(fn_covalent_bond_19(fn_tobacco_plant_53(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_tobacco_plant_53(X)))
& atom_1(fn_covalent_bond_19(fn_tobacco_plant_53(X)))
& atom_1(fn_molecule_11(fn_tobacco_plant_58(X)))
& oxygen_1(fn_oxygen_molecule_16(fn_tobacco_plant_58(X)))
& structural_complexity_value_1(fn_anabolic_pathway_3(fn_tobacco_plant_71(X)))
& structural_complexity_value_1(fn_glucose_2(fn_tobacco_plant_59(X)))
& structural_complexity_value_1(fn_photosynthesis_25(fn_tobacco_plant_71(X)))
& chemical_energy_1(fn_photosynthesis_1(fn_tobacco_plant_71(X)))
& entity_1(fn_store_1(fn_tobacco_plant_28(X)))
& entity_1(fn_store_1(fn_tobacco_plant_8(X)))
& chemical_energy_1(fn_photosynthesis_40(fn_tobacco_plant_71(X)))
& chemical_entity_1(fn_oxidation_10(fn_tobacco_plant_49(X)))
& chemical_entity_1(fn_photosynthesis_47(fn_tobacco_plant_71(X)))
& mixture_1(fn_cytoplasmic_streaming_12(fn_tobacco_plant_70(X)))
& cytoplasm_1(fn_cytoplasmic_streaming_12(fn_tobacco_plant_70(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_tobacco_plant_74(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_tobacco_plant_74(X)))
& spatial_entity_1(fn_plant_cell_83(fn_tobacco_plant_74(X)))
& mixture_1(fn_plant_cell_83(fn_tobacco_plant_74(X)))
& suspension_1(fn_plant_cell_83(fn_tobacco_plant_74(X)))
& colloid_1(fn_plant_cell_83(fn_tobacco_plant_74(X)))
& cytoplasm_1(fn_plant_cell_83(fn_tobacco_plant_74(X)))
& substance_1(fn_eukaryotic_cell_42(fn_tobacco_plant_74(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_tobacco_plant_74(X)))
& aqueous_solution_1(fn_plant_cell_91(fn_tobacco_plant_74(X)))
& liquid_substance_1(fn_plant_cell_91(fn_tobacco_plant_74(X)))
& solution_1(fn_plant_cell_91(fn_tobacco_plant_74(X)))
& substance_1(fn_plant_cell_91(fn_tobacco_plant_74(X)))
& cytosol_1(fn_plant_cell_91(fn_tobacco_plant_74(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_tobacco_plant_74(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_tobacco_plant_74(X)))
& tangible_entity_1(fn_plant_cell_84(fn_tobacco_plant_74(X)))
& nucleus_1(fn_plant_cell_84(fn_tobacco_plant_74(X)))
& cell_1(fn_metabolic_pathway_1(fn_tobacco_plant_71(X)))
& cell_1(fn_metabolic_pathway_1(fn_tobacco_plant_69(X)))
& organelle_1(fn_plant_cell_59(fn_tobacco_plant_74(X)))
& mitochondrion_1(fn_plant_cell_59(fn_tobacco_plant_74(X)))
& semiautonomous_organelle_1(fn_plant_cell_59(fn_tobacco_plant_74(X)))
& organelle_1(fn_eukaryotic_cellular_respiration_101(fn_tobacco_plant_69(X)))
& mitochondrion_1(fn_eukaryotic_cellular_respiration_101(fn_tobacco_plant_69(X)))
& semiautonomous_organelle_1(fn_eukaryotic_cellular_respiration_101(fn_tobacco_plant_69(X)))
& oxidative_phosphorylation_1(fn_cellular_respiration_63(fn_tobacco_plant_69(X)))
& chemical_reaction_1(fn_eukaryotic_cellular_respiration_96(fn_tobacco_plant_69(X)))
& oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_tobacco_plant_69(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_tobacco_plant_69(X)))
& chemical_entity_1(fn_oxidation_7(fn_tobacco_plant_49(X)))
& spatial_entity_1(fn_photosynthesis_38(fn_tobacco_plant_71(X)))
& tangible_entity_1(fn_photosynthesis_38(fn_tobacco_plant_71(X)))
& chemical_entity_1(fn_photosynthesis_38(fn_tobacco_plant_71(X)))
& hydrophobic_compound_1(fn_photosynthesis_38(fn_tobacco_plant_71(X)))
& molecule_1(fn_photosynthesis_38(fn_tobacco_plant_71(X)))
& carbon_dioxide_1(fn_photosynthesis_38(fn_tobacco_plant_71(X)))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_62(fn_tobacco_plant_69(X)))
& carbon_dioxide_1(fn_eukaryotic_cellular_respiration_62(fn_tobacco_plant_69(X)))
& chemical_energy_1(fn_exergonic_reaction_6(fn_tobacco_plant_20(X)))
& chemical_energy_1(fn_exergonic_reaction_6(fn_tobacco_plant_22(X)))
& chemical_energy_1(fn_pyruvate_oxidation_7(fn_tobacco_plant_22(X)))
& chemical_energy_1(fn_pyruvate_oxidation_3(fn_tobacco_plant_22(X)))
& chemical_energy_1(fn_eukaryotic_cellular_respiration_68(fn_tobacco_plant_69(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_tobacco_plant_22(X)))
& nadh_1(fn_pyruvate_oxidation_84(fn_tobacco_plant_22(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_42(fn_tobacco_plant_69(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_42(fn_tobacco_plant_69(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_42(fn_tobacco_plant_69(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_42(fn_tobacco_plant_69(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_111(fn_tobacco_plant_69(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_111(fn_tobacco_plant_69(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_111(fn_tobacco_plant_69(X)))
& entity_1(fn_eukaryotic_cellular_respiration_111(fn_tobacco_plant_69(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_111(fn_tobacco_plant_69(X)))
& eukaryotic_cellular_respiration_1(fn_eukaryotic_cell_23(fn_tobacco_plant_74(X)))
& metabolic_pathway_1(fn_plant_cell_63(fn_tobacco_plant_74(X)))
& eukaryotic_cellular_respiration_1(fn_plant_cell_63(fn_tobacco_plant_74(X)))
& object_2(fn_tobacco_plant_49(X),fn_tobacco_plant_2(X))
& has_function_2(fn_tobacco_plant_61(X),fn_tobacco_plant_49(X))
& site_2(fn_tobacco_plant_62(X),fn_tobacco_plant_55(X))
& fn_tobacco_plant_67(X) != fn_tobacco_plant_68(X)
& fn_tobacco_plant_68(X) != fn_tobacco_plant_67(X)
& result_2(fn_tobacco_plant_69(X),fn_tobacco_plant_17(X))
& site_2(fn_tobacco_plant_71(X),fn_tobacco_plant_56(X))
& result_2(fn_tobacco_plant_71(X),fn_tobacco_plant_58(X))
& raw_material_2(fn_tobacco_plant_71(X),fn_tobacco_plant_1(X))
& base_2(fn_tobacco_plant_8(X),fn_tobacco_plant_59(X))
& object_2(fn_tobacco_plant_28(X),fn_tobacco_plant_33(X))
& object_2(fn_tobacco_plant_8(X),fn_tobacco_plant_33(X))
& base_2(fn_tobacco_plant_28(X),fn_tobacco_plant_59(X))
& plays_2(fn_tobacco_plant_59(X),fn_tobacco_plant_77(X))
& is_between_2(fn_tobacco_plant_53(X),fn_tobacco_plant_52(X))
& possesses_2(fn_tobacco_plant_58(X),fn_tobacco_plant_53(X))
& is_between_2(fn_tobacco_plant_53(X),fn_tobacco_plant_51(X))
& fn_tobacco_plant_61(X) != fn_tobacco_plant_60(X)
& fn_tobacco_plant_60(X) != fn_tobacco_plant_61(X)
& possesses_2(fn_tobacco_plant_59(X),fn_tobacco_plant_29(X))
& result_2(fn_tobacco_plant_71(X),fn_tobacco_plant_59(X))
& size_2(fn_tobacco_plant_59(X),fn_tobacco_plant_27(X))
& agent_2(fn_tobacco_plant_48(X),fn_tobacco_plant_53(X))
& object_2(fn_tobacco_plant_70(X),fn_tobacco_plant_56(X))
& result_2(fn_tobacco_plant_20(X),fn_tobacco_plant_17(X))
& in_event_2(fn_tobacco_plant_77(X),fn_tobacco_plant_28(X))
& structural_complexity_2(fn_tobacco_plant_59(X),fn_tobacco_plant_30(X))
& raw_material_2(fn_tobacco_plant_69(X),fn_tobacco_plant_19(X))
& raw_material_2(fn_tobacco_plant_21(X),fn_tobacco_plant_19(X))
& raw_material_2(fn_tobacco_plant_22(X),fn_tobacco_plant_17(X))
& possesses_2(fn_tobacco_plant_17(X),fn_tobacco_plant_23(X))
& object_2(fn_tobacco_plant_49(X),fn_tobacco_plant_60(X))
& fn_tobacco_plant_50(X) != fn_tobacco_plant_60(X)
& fn_tobacco_plant_60(X) != fn_tobacco_plant_50(X)
& height_2(X,fn_tobacco_plant_5(X))
& directly_proportional_2(fn_tobacco_plant_6(X),fn_tobacco_plant_5(X))
& thickness_2(fn_tobacco_plant_7(X),fn_tobacco_plant_6(X))
& has_part_2(fn_tobacco_plant_15(X),fn_tobacco_plant_7(X))
& has_part_2(fn_tobacco_plant_58(X),fn_tobacco_plant_52(X))
& has_part_2(fn_tobacco_plant_58(X),fn_tobacco_plant_51(X))
& object_2(fn_tobacco_plant_48(X),fn_tobacco_plant_51(X))
& object_2(fn_tobacco_plant_48(X),fn_tobacco_plant_52(X))
& fn_tobacco_plant_52(X) != fn_tobacco_plant_51(X)
& fn_tobacco_plant_51(X) != fn_tobacco_plant_52(X)
& agent_2(fn_tobacco_plant_62(X),X)
& has_function_2(X,fn_tobacco_plant_62(X))
& base_2(fn_tobacco_plant_62(X),X)
& has_part_2(X,fn_tobacco_plant_15(X))
& experiencer_2(fn_tobacco_plant_71(X),X)
& has_part_2(X,fn_tobacco_plant_74(X))
& base_2(fn_tobacco_plant_71(X),fn_tobacco_plant_74(X))
& has_function_2(X,fn_tobacco_plant_71(X))
& has_part_2(X,fn_tobacco_plant_55(X))
& has_region_2(X,fn_tobacco_plant_66(X))
& is_inside_2(fn_tobacco_plant_15(X),fn_tobacco_plant_66(X))
& quantity_2(fn_tobacco_plant_29(X),fn_tobacco_plant_31(X))
& called_2(fn_tobacco_plant_32(X),'FE_r')
& object_2(fn_tobacco_plant_45(X),fn_tobacco_plant_67(X))
& result_2(fn_tobacco_plant_71(X),fn_tobacco_plant_68(X))
& greater_than_2(fn_tobacco_plant_30(X),fn_tobacco_plant_25(X))
& size_2(fn_tobacco_plant_61(X),fn_tobacco_plant_26(X))
& greater_than_2(fn_tobacco_plant_27(X),fn_tobacco_plant_26(X))
& raw_material_2(fn_tobacco_plant_71(X),fn_tobacco_plant_67(X))
& raw_material_2(fn_tobacco_plant_45(X),fn_tobacco_plant_67(X))
& result_2(fn_tobacco_plant_45(X),fn_tobacco_plant_68(X))
& fn_tobacco_plant_33(X) != fn_tobacco_plant_67(X)
& fn_tobacco_plant_67(X) != fn_tobacco_plant_33(X)
& recipient_2(fn_tobacco_plant_49(X),fn_tobacco_plant_61(X))
& donor_2(fn_tobacco_plant_49(X),fn_tobacco_plant_50(X))
& fn_tobacco_plant_50(X) != fn_tobacco_plant_61(X)
& structural_complexity_2(fn_tobacco_plant_61(X),fn_tobacco_plant_25(X))
& fn_tobacco_plant_61(X) != fn_tobacco_plant_50(X)
& raw_material_2(fn_tobacco_plant_71(X),fn_tobacco_plant_61(X))
& possesses_2(fn_tobacco_plant_61(X),fn_tobacco_plant_24(X))
& quantity_2(fn_tobacco_plant_24(X),fn_tobacco_plant_32(X))
& greater_than_2(fn_tobacco_plant_31(X),fn_tobacco_plant_32(X))
& called_2(fn_tobacco_plant_31(X),'FE_p')
& has_function_2(fn_tobacco_plant_74(X),fn_tobacco_plant_69(X))
& agent_2(fn_tobacco_plant_44(X),fn_tobacco_plant_74(X))
& base_2(fn_tobacco_plant_44(X),fn_tobacco_plant_74(X))
& subevent_2(fn_tobacco_plant_44(X),fn_tobacco_plant_43(X))
& origin_2(fn_tobacco_plant_43(X),fn_tobacco_plant_56(X))
& object_2(fn_tobacco_plant_41(X),fn_tobacco_plant_56(X))
& causes_2(fn_tobacco_plant_41(X),fn_tobacco_plant_44(X))
& subevent_2(fn_tobacco_plant_44(X),fn_tobacco_plant_42(X))
& origin_2(fn_tobacco_plant_42(X),fn_tobacco_plant_56(X))
& is_between_2(fn_tobacco_plant_56(X),fn_tobacco_plant_39(X))
& has_part_2(fn_tobacco_plant_74(X),fn_tobacco_plant_56(X))
& base_2(fn_tobacco_plant_40(X),fn_tobacco_plant_74(X))
& object_2(fn_tobacco_plant_40(X),fn_tobacco_plant_56(X))
& is_between_2(fn_tobacco_plant_56(X),fn_tobacco_plant_57(X))
& is_inside_2(fn_tobacco_plant_56(X),fn_tobacco_plant_57(X))
& is_oriented_toward_2(fn_tobacco_plant_34(X),fn_tobacco_plant_56(X))
& has_part_2(fn_tobacco_plant_56(X),fn_tobacco_plant_36(X))
& fn_tobacco_plant_36(X) != fn_tobacco_plant_38(X)
& has_part_2(fn_tobacco_plant_56(X),fn_tobacco_plant_38(X))
& has_part_2(fn_tobacco_plant_56(X),fn_tobacco_plant_37(X))
& fn_tobacco_plant_38(X) != fn_tobacco_plant_36(X)
& has_part_2(fn_tobacco_plant_74(X),fn_tobacco_plant_57(X))
& has_region_2(fn_tobacco_plant_57(X),fn_tobacco_plant_34(X))
& is_facing_2(fn_tobacco_plant_34(X),fn_tobacco_plant_56(X))
& has_part_2(fn_tobacco_plant_56(X),fn_tobacco_plant_35(X))
& is_inside_2(fn_tobacco_plant_37(X),fn_tobacco_plant_35(X))
& has_part_2(fn_tobacco_plant_74(X),fn_tobacco_plant_16(X))
& has_function_2(fn_tobacco_plant_16(X),fn_tobacco_plant_69(X))
& base_2(fn_tobacco_plant_69(X),fn_tobacco_plant_74(X))
& has_part_2(fn_tobacco_plant_74(X),fn_tobacco_plant_39(X))
& is_inside_2(fn_tobacco_plant_39(X),fn_tobacco_plant_35(X))
& result_2(fn_tobacco_plant_22(X),fn_tobacco_plant_18(X))
& next_event_2(fn_tobacco_plant_20(X),fn_tobacco_plant_22(X))
& site_2(fn_tobacco_plant_22(X),fn_tobacco_plant_16(X))
& first_subevent_2(fn_tobacco_plant_69(X),fn_tobacco_plant_20(X))
& result_2(fn_tobacco_plant_20(X),fn_tobacco_plant_18(X))
& raw_material_2(fn_tobacco_plant_21(X),fn_tobacco_plant_18(X))
& subevent_2(fn_tobacco_plant_69(X),fn_tobacco_plant_21(X))
& subevent_2(fn_tobacco_plant_69(X),fn_tobacco_plant_22(X))
& result_2(fn_tobacco_plant_69(X),fn_tobacco_plant_18(X))
& possesses_2(fn_tobacco_plant_18(X),fn_tobacco_plant_23(X))
& possesses_2(fn_tobacco_plant_61(X),fn_tobacco_plant_23(X))
& result_2(fn_tobacco_plant_69(X),fn_tobacco_plant_61(X))
& subevent_2(fn_tobacco_plant_69(X),fn_tobacco_plant_20(X))
& fn_tobacco_plant_33(X) = fn_store_1(fn_tobacco_plant_28(X))
& fn_tobacco_plant_33(X) = fn_store_1(fn_tobacco_plant_8(X))
& fn_tobacco_plant_59(X) = fn_store_2(fn_tobacco_plant_8(X))
& fn_tobacco_plant_59(X) = fn_store_2(fn_tobacco_plant_28(X))
& fn_tobacco_plant_51(X) = fn_molecule_11(fn_tobacco_plant_58(X))
& fn_tobacco_plant_53(X) = fn_molecule_10(fn_tobacco_plant_58(X))
& fn_tobacco_plant_59(X) = fn_photosynthesis_37(fn_tobacco_plant_71(X))
& fn_tobacco_plant_56(X) = fn_cytoplasmic_streaming_12(fn_tobacco_plant_70(X))
& fn_tobacco_plant_17(X) = fn_glycolysis_55(fn_tobacco_plant_20(X))
& fn_tobacco_plant_77(X) = fn_store_3(fn_tobacco_plant_8(X))
& fn_tobacco_plant_77(X) = fn_store_3(fn_tobacco_plant_28(X))
& fn_tobacco_plant_59(X) = fn_anabolic_pathway_5(fn_tobacco_plant_71(X))
& fn_tobacco_plant_30(X) = fn_anabolic_pathway_3(fn_tobacco_plant_71(X))
& fn_tobacco_plant_30(X) = fn_glucose_2(fn_tobacco_plant_59(X))
& fn_tobacco_plant_21(X) = fn_cellular_respiration_63(fn_tobacco_plant_69(X))
& fn_tobacco_plant_19(X) = fn_cellular_respiration_68(fn_tobacco_plant_69(X))
& fn_tobacco_plant_17(X) = fn_exergonic_reaction_11(fn_tobacco_plant_20(X))
& fn_tobacco_plant_23(X) = fn_exergonic_reaction_6(fn_tobacco_plant_20(X))
& fn_tobacco_plant_23(X) = fn_pyruvate_oxidation_3(fn_tobacco_plant_22(X))
& fn_tobacco_plant_17(X) = fn_pyruvate_oxidation_85(fn_tobacco_plant_22(X))
& fn_tobacco_plant_60(X) = fn_oxidation_10(fn_tobacco_plant_49(X))
& fn_tobacco_plant_50(X) = fn_oxidation_7(fn_tobacco_plant_49(X))
& fn_tobacco_plant_60(X) = fn_oxidation_9(fn_tobacco_plant_49(X))
& fn_tobacco_plant_4(X) = fn_vascular_plant_7(X)
& fn_tobacco_plant_3(X) = fn_vascular_plant_1(X)
& fn_tobacco_plant_15(X) = fn_vascular_plant_26(X)
& fn_tobacco_plant_7(X) = fn_vascular_plant_11(X)
& fn_tobacco_plant_6(X) = fn_vascular_plant_2(X)
& fn_tobacco_plant_5(X) = fn_vascular_plant_8(X)
& fn_tobacco_plant_48(X) = fn_covalent_bond_14(fn_tobacco_plant_53(X))
& fn_tobacco_plant_48(X) = fn_oxygen_molecule_11(fn_tobacco_plant_58(X))
& fn_tobacco_plant_51(X) = fn_covalent_bond_19(fn_tobacco_plant_53(X))
& fn_tobacco_plant_52(X) = fn_covalent_bond_20(fn_tobacco_plant_53(X))
& fn_tobacco_plant_52(X) = fn_oxygen_molecule_15(fn_tobacco_plant_58(X))
& fn_tobacco_plant_51(X) = fn_oxygen_molecule_16(fn_tobacco_plant_58(X))
& fn_tobacco_plant_46(X) = fn_seed_plant_16(X)
& fn_tobacco_plant_47(X) = fn_seed_plant_17(X)
& fn_tobacco_plant_64(X) = fn_seed_plant_12(X)
& fn_tobacco_plant_62(X) = fn_seed_plant_3(X)
& fn_tobacco_plant_75(X) = fn_seed_plant_4(X)
& fn_tobacco_plant_76(X) = fn_seed_plant_1(X)
& fn_tobacco_plant_74(X) = fn_metabolic_pathway_1(fn_tobacco_plant_71(X))
& fn_tobacco_plant_74(X) = fn_seed_plant_13(X)
& fn_tobacco_plant_71(X) = fn_seed_plant_7(X)
& fn_tobacco_plant_63(X) = fn_seed_plant_6(X)
& fn_tobacco_plant_65(X) = fn_seed_plant_14(X)
& fn_tobacco_plant_73(X) = fn_seed_plant_10(X)
& fn_tobacco_plant_72(X) = fn_seed_plant_11(X)
& fn_tobacco_plant_15(X) = fn_seed_plant_2(X)
& fn_tobacco_plant_66(X) = fn_seed_plant_8(X)
& fn_tobacco_plant_55(X) = fn_seed_plant_15(X)
& fn_tobacco_plant_54(X) = fn_seed_plant_9(X)
& fn_tobacco_plant_29(X) = fn_photosynthesis_53(fn_tobacco_plant_71(X))
& fn_tobacco_plant_13(X) = fn_photosynthesis_5(fn_tobacco_plant_71(X))
& fn_tobacco_plant_10(X) = fn_photosynthesis_56(fn_tobacco_plant_71(X))
& fn_tobacco_plant_68(X) = fn_photosynthesis_1(fn_tobacco_plant_71(X))
& fn_tobacco_plant_9(X) = fn_photosynthesis_55(fn_tobacco_plant_71(X))
& fn_tobacco_plant_11(X) = fn_photosynthesis_57(fn_tobacco_plant_71(X))
& fn_tobacco_plant_30(X) = fn_photosynthesis_25(fn_tobacco_plant_71(X))
& fn_tobacco_plant_12(X) = fn_photosynthesis_6(fn_tobacco_plant_71(X))
& fn_tobacco_plant_27(X) = fn_photosynthesis_4(fn_tobacco_plant_71(X))
& fn_tobacco_plant_26(X) = fn_photosynthesis_3(fn_tobacco_plant_71(X))
& fn_tobacco_plant_68(X) = fn_photosynthesis_40(fn_tobacco_plant_71(X))
& fn_tobacco_plant_45(X) = fn_photosynthesis_31(fn_tobacco_plant_71(X))
& fn_tobacco_plant_33(X) = fn_photosynthesis_40(fn_tobacco_plant_71(X))
& fn_tobacco_plant_67(X) = fn_photosynthesis_34(fn_tobacco_plant_71(X))
& fn_tobacco_plant_14(X) = fn_photosynthesis_54(fn_tobacco_plant_71(X))
& fn_tobacco_plant_25(X) = fn_photosynthesis_24(fn_tobacco_plant_71(X))
& fn_tobacco_plant_50(X) = fn_oxidation_10(fn_tobacco_plant_49(X))
& fn_tobacco_plant_50(X) = fn_photosynthesis_47(fn_tobacco_plant_71(X))
& fn_tobacco_plant_61(X) = fn_oxidation_7(fn_tobacco_plant_49(X))
& fn_tobacco_plant_49(X) = fn_photosynthesis_46(fn_tobacco_plant_71(X))
& fn_tobacco_plant_31(X) = fn_photosynthesis_52(fn_tobacco_plant_71(X))
& fn_tobacco_plant_32(X) = fn_photosynthesis_51(fn_tobacco_plant_71(X))
& fn_tobacco_plant_24(X) = fn_photosynthesis_50(fn_tobacco_plant_71(X))
& fn_tobacco_plant_61(X) = fn_photosynthesis_38(fn_tobacco_plant_71(X))
& fn_tobacco_plant_43(X) = fn_plant_cell_73(fn_tobacco_plant_74(X))
& fn_tobacco_plant_42(X) = fn_plant_cell_74(fn_tobacco_plant_74(X))
& fn_tobacco_plant_44(X) = fn_plant_cell_71(fn_tobacco_plant_74(X))
& fn_tobacco_plant_41(X) = fn_plant_cell_72(fn_tobacco_plant_74(X))
& fn_tobacco_plant_40(X) = fn_plant_cell_89(fn_tobacco_plant_74(X))
& fn_tobacco_plant_38(X) = fn_plant_cell_11(fn_tobacco_plant_74(X))
& fn_tobacco_plant_36(X) = fn_plant_cell_92(fn_tobacco_plant_74(X))
& fn_tobacco_plant_37(X) = fn_plant_cell_25(fn_tobacco_plant_74(X))
& fn_tobacco_plant_56(X) = fn_eukaryotic_cell_31(fn_tobacco_plant_74(X))
& fn_tobacco_plant_35(X) = fn_eukaryotic_cell_42(fn_tobacco_plant_74(X))
& fn_tobacco_plant_56(X) = fn_plant_cell_83(fn_tobacco_plant_74(X))
& fn_tobacco_plant_34(X) = fn_plant_cell_64(fn_tobacco_plant_74(X))
& fn_tobacco_plant_57(X) = fn_plant_cell_97(fn_tobacco_plant_74(X))
& fn_tobacco_plant_35(X) = fn_plant_cell_91(fn_tobacco_plant_74(X))
& fn_tobacco_plant_39(X) = fn_eukaryotic_cell_26(fn_tobacco_plant_74(X))
& fn_tobacco_plant_39(X) = fn_plant_cell_84(fn_tobacco_plant_74(X))
& fn_tobacco_plant_74(X) = fn_metabolic_pathway_1(fn_tobacco_plant_69(X))
& fn_tobacco_plant_69(X) = fn_eukaryotic_cell_23(fn_tobacco_plant_74(X))
& fn_tobacco_plant_69(X) = fn_plant_cell_63(fn_tobacco_plant_74(X))
& fn_tobacco_plant_16(X) = fn_plant_cell_59(fn_tobacco_plant_74(X))
& fn_tobacco_plant_16(X) = fn_eukaryotic_cellular_respiration_101(fn_tobacco_plant_69(X))
& fn_tobacco_plant_22(X) = fn_eukaryotic_cellular_respiration_94(fn_tobacco_plant_69(X))
& fn_tobacco_plant_21(X) = fn_eukaryotic_cellular_respiration_96(fn_tobacco_plant_69(X))
& fn_tobacco_plant_20(X) = fn_eukaryotic_cellular_respiration_82(fn_tobacco_plant_69(X))
& fn_tobacco_plant_61(X) = fn_eukaryotic_cellular_respiration_62(fn_tobacco_plant_69(X))
& fn_tobacco_plant_18(X) = fn_exergonic_reaction_11(fn_tobacco_plant_22(X))
& fn_tobacco_plant_23(X) = fn_exergonic_reaction_6(fn_tobacco_plant_22(X))
& fn_tobacco_plant_18(X) = fn_pyruvate_oxidation_84(fn_tobacco_plant_22(X))
& fn_tobacco_plant_23(X) = fn_pyruvate_oxidation_7(fn_tobacco_plant_22(X))
& fn_tobacco_plant_23(X) = fn_eukaryotic_cellular_respiration_68(fn_tobacco_plant_69(X))
& fn_tobacco_plant_18(X) = fn_eukaryotic_cellular_respiration_42(fn_tobacco_plant_69(X))
& fn_tobacco_plant_18(X) = fn_eukaryotic_cellular_respiration_111(fn_tobacco_plant_69(X))
& fn_store_2(fn_tobacco_plant_8(X)) = fn_store_2(fn_tobacco_plant_8(X))
& fn_store_2(fn_tobacco_plant_8(X)) = fn_store_2(fn_tobacco_plant_28(X))
& fn_store_2(fn_tobacco_plant_28(X)) = fn_store_2(fn_tobacco_plant_28(X))
& fn_store_2(fn_tobacco_plant_28(X)) = fn_anabolic_pathway_5(fn_tobacco_plant_71(X))
& fn_anabolic_pathway_5(fn_tobacco_plant_71(X)) = fn_anabolic_pathway_5(fn_tobacco_plant_71(X))
& fn_photosynthesis_37(fn_tobacco_plant_71(X)) = fn_photosynthesis_37(fn_tobacco_plant_71(X))
& fn_anabolic_pathway_5(fn_tobacco_plant_71(X)) = fn_photosynthesis_37(fn_tobacco_plant_71(X))
& fn_photosynthesis_37(fn_tobacco_plant_71(X)) = fn_anabolic_pathway_5(fn_tobacco_plant_71(X))
& fn_anabolic_pathway_5(fn_tobacco_plant_71(X)) = fn_exergonic_reaction_11(fn_tobacco_plant_20(X))
& fn_glycolysis_55(fn_tobacco_plant_20(X)) = fn_exergonic_reaction_11(fn_tobacco_plant_20(X))
& fn_exergonic_reaction_11(fn_tobacco_plant_20(X)) = fn_glycolysis_55(fn_tobacco_plant_20(X))
& fn_glycolysis_55(fn_tobacco_plant_20(X)) = fn_pyruvate_oxidation_85(fn_tobacco_plant_22(X))
& fn_pyruvate_oxidation_85(fn_tobacco_plant_22(X)) = fn_pyruvate_oxidation_85(fn_tobacco_plant_22(X))
& fn_pyruvate_oxidation_85(fn_tobacco_plant_22(X)) = fn_oxidation_10(fn_tobacco_plant_49(X))
& fn_oxidation_9(fn_tobacco_plant_49(X)) = fn_oxidation_10(fn_tobacco_plant_49(X))
& fn_oxidation_10(fn_tobacco_plant_49(X)) = fn_oxidation_9(fn_tobacco_plant_49(X))
& fn_oxidation_9(fn_tobacco_plant_49(X)) = fn_oxidation_9(fn_tobacco_plant_49(X))
& fn_oxidation_9(fn_tobacco_plant_49(X)) = fn_covalent_bond_14(fn_tobacco_plant_53(X))
& fn_covalent_bond_14(fn_tobacco_plant_53(X)) = fn_covalent_bond_14(fn_tobacco_plant_53(X))
& fn_oxygen_molecule_11(fn_tobacco_plant_58(X)) = fn_covalent_bond_14(fn_tobacco_plant_53(X))
& fn_covalent_bond_14(fn_tobacco_plant_53(X)) = fn_oxygen_molecule_11(fn_tobacco_plant_58(X))
& fn_oxygen_molecule_11(fn_tobacco_plant_58(X)) = fn_covalent_bond_20(fn_tobacco_plant_53(X))
& fn_oxygen_molecule_15(fn_tobacco_plant_58(X)) = fn_covalent_bond_20(fn_tobacco_plant_53(X))
& fn_covalent_bond_20(fn_tobacco_plant_53(X)) = fn_oxygen_molecule_15(fn_tobacco_plant_58(X))
& fn_oxygen_molecule_15(fn_tobacco_plant_58(X)) = fn_covalent_bond_19(fn_tobacco_plant_53(X))
& fn_molecule_11(fn_tobacco_plant_58(X)) = fn_covalent_bond_19(fn_tobacco_plant_53(X))
& fn_covalent_bond_19(fn_tobacco_plant_53(X)) = fn_covalent_bond_19(fn_tobacco_plant_53(X))
& fn_covalent_bond_19(fn_tobacco_plant_53(X)) = fn_molecule_11(fn_tobacco_plant_58(X))
& fn_molecule_11(fn_tobacco_plant_58(X)) = fn_oxygen_molecule_16(fn_tobacco_plant_58(X))
& fn_oxygen_molecule_16(fn_tobacco_plant_58(X)) = fn_oxygen_molecule_16(fn_tobacco_plant_58(X))
& fn_oxygen_molecule_16(fn_tobacco_plant_58(X)) = fn_vascular_plant_26(X)
& fn_vascular_plant_26(X) = fn_seed_plant_2(X)
& fn_seed_plant_2(X) = fn_seed_plant_2(X)
& fn_seed_plant_2(X) = fn_anabolic_pathway_3(fn_tobacco_plant_71(X))
& fn_anabolic_pathway_3(fn_tobacco_plant_71(X)) = fn_glucose_2(fn_tobacco_plant_59(X))
& fn_glucose_2(fn_tobacco_plant_59(X)) = fn_glucose_2(fn_tobacco_plant_59(X))
& fn_glucose_2(fn_tobacco_plant_59(X)) = fn_photosynthesis_25(fn_tobacco_plant_71(X))
& fn_photosynthesis_25(fn_tobacco_plant_71(X)) = fn_photosynthesis_25(fn_tobacco_plant_71(X))
& fn_photosynthesis_25(fn_tobacco_plant_71(X)) = fn_photosynthesis_1(fn_tobacco_plant_71(X))
& fn_photosynthesis_1(fn_tobacco_plant_71(X)) = fn_photosynthesis_40(fn_tobacco_plant_71(X))
& fn_photosynthesis_40(fn_tobacco_plant_71(X)) = fn_store_1(fn_tobacco_plant_28(X))
& fn_store_1(fn_tobacco_plant_28(X)) = fn_store_1(fn_tobacco_plant_8(X))
& fn_store_1(fn_tobacco_plant_8(X)) = fn_photosynthesis_40(fn_tobacco_plant_71(X))
& fn_photosynthesis_40(fn_tobacco_plant_71(X)) = fn_photosynthesis_40(fn_tobacco_plant_71(X))
& fn_photosynthesis_40(fn_tobacco_plant_71(X)) = fn_oxidation_10(fn_tobacco_plant_49(X))
& fn_oxidation_7(fn_tobacco_plant_49(X)) = fn_oxidation_10(fn_tobacco_plant_49(X))
& fn_oxidation_10(fn_tobacco_plant_49(X)) = fn_oxidation_7(fn_tobacco_plant_49(X))
& fn_oxidation_7(fn_tobacco_plant_49(X)) = fn_oxidation_7(fn_tobacco_plant_49(X))
& fn_oxidation_7(fn_tobacco_plant_49(X)) = fn_photosynthesis_47(fn_tobacco_plant_71(X))
& fn_photosynthesis_47(fn_tobacco_plant_71(X)) = fn_photosynthesis_47(fn_tobacco_plant_71(X))
& fn_photosynthesis_47(fn_tobacco_plant_71(X)) = fn_cytoplasmic_streaming_12(fn_tobacco_plant_70(X))
& fn_cytoplasmic_streaming_12(fn_tobacco_plant_70(X)) = fn_eukaryotic_cell_31(fn_tobacco_plant_74(X))
& fn_eukaryotic_cell_31(fn_tobacco_plant_74(X)) = fn_eukaryotic_cell_31(fn_tobacco_plant_74(X))
& fn_plant_cell_83(fn_tobacco_plant_74(X)) = fn_eukaryotic_cell_31(fn_tobacco_plant_74(X))
& fn_eukaryotic_cell_31(fn_tobacco_plant_74(X)) = fn_plant_cell_83(fn_tobacco_plant_74(X))
& fn_plant_cell_83(fn_tobacco_plant_74(X)) = fn_plant_cell_83(fn_tobacco_plant_74(X))
& fn_plant_cell_83(fn_tobacco_plant_74(X)) = fn_plant_cell_91(fn_tobacco_plant_74(X))
& fn_plant_cell_91(fn_tobacco_plant_74(X)) = fn_eukaryotic_cell_42(fn_tobacco_plant_74(X))
& fn_eukaryotic_cell_42(fn_tobacco_plant_74(X)) = fn_plant_cell_91(fn_tobacco_plant_74(X))
& fn_plant_cell_91(fn_tobacco_plant_74(X)) = fn_plant_cell_91(fn_tobacco_plant_74(X))
& fn_plant_cell_91(fn_tobacco_plant_74(X)) = fn_plant_cell_84(fn_tobacco_plant_74(X))
& fn_plant_cell_84(fn_tobacco_plant_74(X)) = fn_plant_cell_84(fn_tobacco_plant_74(X))
& fn_plant_cell_84(fn_tobacco_plant_74(X)) = fn_eukaryotic_cell_26(fn_tobacco_plant_74(X))
& fn_eukaryotic_cell_26(fn_tobacco_plant_74(X)) = fn_plant_cell_84(fn_tobacco_plant_74(X))
& fn_plant_cell_84(fn_tobacco_plant_74(X)) = fn_metabolic_pathway_1(fn_tobacco_plant_71(X))
& fn_metabolic_pathway_1(fn_tobacco_plant_71(X)) = fn_seed_plant_13(X)
& fn_seed_plant_13(X) = fn_seed_plant_13(X)
& fn_seed_plant_13(X) = fn_metabolic_pathway_1(fn_tobacco_plant_69(X))
& fn_metabolic_pathway_1(fn_tobacco_plant_69(X)) = fn_plant_cell_59(fn_tobacco_plant_74(X))
& fn_plant_cell_59(fn_tobacco_plant_74(X)) = fn_plant_cell_59(fn_tobacco_plant_74(X))
& fn_plant_cell_59(fn_tobacco_plant_74(X)) = fn_eukaryotic_cellular_respiration_101(fn_tobacco_plant_69(X))
& fn_eukaryotic_cellular_respiration_101(fn_tobacco_plant_69(X)) = fn_cellular_respiration_63(fn_tobacco_plant_69(X))
& fn_cellular_respiration_63(fn_tobacco_plant_69(X)) = fn_eukaryotic_cellular_respiration_96(fn_tobacco_plant_69(X))
& fn_eukaryotic_cellular_respiration_96(fn_tobacco_plant_69(X)) = fn_eukaryotic_cellular_respiration_96(fn_tobacco_plant_69(X))
& fn_eukaryotic_cellular_respiration_96(fn_tobacco_plant_69(X)) = fn_oxidation_7(fn_tobacco_plant_49(X))
& fn_photosynthesis_38(fn_tobacco_plant_71(X)) = fn_oxidation_7(fn_tobacco_plant_49(X))
& fn_oxidation_7(fn_tobacco_plant_49(X)) = fn_photosynthesis_38(fn_tobacco_plant_71(X))
& fn_photosynthesis_38(fn_tobacco_plant_71(X)) = fn_photosynthesis_38(fn_tobacco_plant_71(X))
& fn_photosynthesis_38(fn_tobacco_plant_71(X)) = fn_eukaryotic_cellular_respiration_62(fn_tobacco_plant_69(X))
& fn_eukaryotic_cellular_respiration_62(fn_tobacco_plant_69(X)) = fn_eukaryotic_cellular_respiration_62(fn_tobacco_plant_69(X))
& fn_eukaryotic_cellular_respiration_62(fn_tobacco_plant_69(X)) = fn_exergonic_reaction_6(fn_tobacco_plant_20(X))
& fn_exergonic_reaction_6(fn_tobacco_plant_20(X)) = fn_exergonic_reaction_6(fn_tobacco_plant_22(X))
& fn_exergonic_reaction_6(fn_tobacco_plant_22(X)) = fn_pyruvate_oxidation_7(fn_tobacco_plant_22(X))
& fn_pyruvate_oxidation_3(fn_tobacco_plant_22(X)) = fn_pyruvate_oxidation_7(fn_tobacco_plant_22(X))
& fn_pyruvate_oxidation_7(fn_tobacco_plant_22(X)) = fn_pyruvate_oxidation_3(fn_tobacco_plant_22(X))
& fn_pyruvate_oxidation_3(fn_tobacco_plant_22(X)) = fn_eukaryotic_cellular_respiration_68(fn_tobacco_plant_69(X))
& fn_eukaryotic_cellular_respiration_68(fn_tobacco_plant_69(X)) = fn_eukaryotic_cellular_respiration_68(fn_tobacco_plant_69(X))
& fn_eukaryotic_cellular_respiration_68(fn_tobacco_plant_69(X)) = fn_exergonic_reaction_11(fn_tobacco_plant_22(X))
& fn_pyruvate_oxidation_84(fn_tobacco_plant_22(X)) = fn_exergonic_reaction_11(fn_tobacco_plant_22(X))
& fn_exergonic_reaction_11(fn_tobacco_plant_22(X)) = fn_pyruvate_oxidation_84(fn_tobacco_plant_22(X))
& fn_pyruvate_oxidation_84(fn_tobacco_plant_22(X)) = fn_pyruvate_oxidation_84(fn_tobacco_plant_22(X))
& fn_pyruvate_oxidation_84(fn_tobacco_plant_22(X)) = fn_eukaryotic_cellular_respiration_42(fn_tobacco_plant_69(X))
& fn_eukaryotic_cellular_respiration_42(fn_tobacco_plant_69(X)) = fn_eukaryotic_cellular_respiration_42(fn_tobacco_plant_69(X))
& fn_eukaryotic_cellular_respiration_111(fn_tobacco_plant_69(X)) = fn_eukaryotic_cellular_respiration_111(fn_tobacco_plant_69(X))
& fn_eukaryotic_cellular_respiration_111(fn_tobacco_plant_69(X)) = fn_eukaryotic_cellular_respiration_42(fn_tobacco_plant_69(X))
& fn_eukaryotic_cellular_respiration_42(fn_tobacco_plant_69(X)) = fn_eukaryotic_cellular_respiration_111(fn_tobacco_plant_69(X))
& fn_eukaryotic_cellular_respiration_111(fn_tobacco_plant_69(X)) = fn_plant_cell_63(fn_tobacco_plant_74(X))
& fn_plant_cell_63(fn_tobacco_plant_74(X)) = fn_eukaryotic_cell_23(fn_tobacco_plant_74(X))
& fn_eukaryotic_cell_23(fn_tobacco_plant_74(X)) = fn_plant_cell_63(fn_tobacco_plant_74(X))
& fn_plant_cell_63(fn_tobacco_plant_74(X)) = fn_plant_cell_63(fn_tobacco_plant_74(X)) ) ) ).
fof(a533275,axiom,
! [X] :
( toe_1(X)
=> ( original_name_2(X,'Toe')
& user_description_2(X,'Any of the digits at the end of a human foot.')
& concept2words_2(X,toe)
& digit_1(X) ) ) ).
fof(a533276,axiom,
! [X] :
( tomato_chimera_1(X)
=> ( original_name_2(X,'Tomato-Chimera')
& user_description_2(X,'A tomato plant with a mix of genetially different cells from different origins.')
& concept2words_2(X,'chimera of tomato')
& concept2words_2(X,'tomato chimera')
& concept2words_2(X,'tomato-chimera')
& chimera_plant_1(X)
& tomato_plant_1(X) ) ) ).
fof(a533277,axiom,
! [X] :
( tomato_chimera_experiment_1(X)
=> ( original_name_2(X,'Tomato-Chimera-Experiment')
& user_description_2(X,'Experiment in which the process of flower development was studied by combining genetically different tomato plants to create a tomato chimera.')
& concept2words_2(X,'tomato chimera experiment')
& concept2words_2(X,'tomato-chimera-experiment')
& experiment_1(X)
& ~ anchor_cell_destruction_experiment_1(X)
& ~ bicoid_protein_hypothesis_experiment_1(X)
& ~ controlled_experiment_1(X)
& ~ meselson_and_stahl_experiment_1(X)
& ~ steward_experiment_on_carrot_1(X)
& ~ study_on_drosophila_by_morgan_1(X)
& ~ undifferentiated_cell_nucleus_transplantation_to_frog_egg_1(X)
& study_1(fn_tomato_chimera_experiment_1(X))
& entity_1(fn_tomato_chimera_experiment_2(X))
& flower_1(fn_tomato_chimera_experiment_2(X))
& flower_development_1(fn_tomato_chimera_experiment_3(X))
& tomato_chimera_1(fn_tomato_chimera_experiment_4(X))
& create_1(fn_tomato_chimera_experiment_5(X))
& entity_1(fn_create_1(fn_tomato_chimera_experiment_5(X)))
& entity_1(fn_flower_development_11(fn_tomato_chimera_experiment_3(X)))
& flower_1(fn_flower_development_11(fn_tomato_chimera_experiment_3(X)))
& object_2(fn_tomato_chimera_experiment_1(X),fn_tomato_chimera_experiment_2(X))
& supports_2(fn_tomato_chimera_experiment_3(X),fn_tomato_chimera_experiment_1(X))
& enables_2(X,fn_tomato_chimera_experiment_1(X))
& objective_2(X,fn_tomato_chimera_experiment_1(X))
& result_2(X,fn_tomato_chimera_experiment_4(X))
& subevent_2(X,fn_tomato_chimera_experiment_5(X))
& result_2(fn_tomato_chimera_experiment_5(X),fn_tomato_chimera_experiment_4(X))
& result_2(fn_tomato_chimera_experiment_3(X),fn_tomato_chimera_experiment_2(X))
& fn_tomato_chimera_experiment_4(X) = fn_create_1(fn_tomato_chimera_experiment_5(X))
& fn_tomato_chimera_experiment_2(X) = fn_flower_development_11(fn_tomato_chimera_experiment_3(X)) ) ) ).
fof(a533278,axiom,
! [X] :
( tomato_fasciated_gene_1(X)
=> ( original_name_2(X,'Tomato-Fasciated-Gene')
& user_description_2(X,'The gene that is most often used to confer size to tomatoes is the Fasciated gene.')
& concept2words_2(X,'tomato fasciated gene')
& concept2words_2(X,'tomato-fasciated-gene')
& fasciated_gene_1(X)
& genotype_1(fn_tomato_fasciated_gene_1(X))
& gene_related_aggregates_1(fn_tomato_fasciated_gene_1(X))
& tomato_plant_1(fn_tomato_fasciated_gene_2(X))
& genotype_1(fn_organism_3(fn_tomato_fasciated_gene_2(X)))
& has_part_2(fn_tomato_fasciated_gene_2(X),fn_tomato_fasciated_gene_1(X))
& element_2(fn_tomato_fasciated_gene_1(X),X)
& fn_tomato_fasciated_gene_1(X) = fn_organism_3(fn_tomato_fasciated_gene_2(X))
& fn_tomato_fasciated_gene_1(X) = fn_fasciated_gene_37(X)
& fn_organism_3(fn_tomato_fasciated_gene_2(X)) = fn_fasciated_gene_37(X) ) ) ).
fof(a533279,axiom,
! [X] :
( tomato_plant_1(X)
=> ( original_name_2(X,'Tomato-Plant')
& user_description_2(X,'The tomato plant belongs to the nightshade family. It is a perennial in its native habitat and provides edible fruits.')
& concept2words_2(X,'plant of tomato')
& concept2words_2(X,'tomato plant')
& concept2words_2(X,'tomato-plant')
& dicot_1(X)
& food_plant_1(X)
& perennial_1(X)
& lateral_root_1(fn_tomato_plant_1(X))
& shoot_1(fn_tomato_plant_2(X))
& taproot_1(fn_tomato_plant_3(X))
& cell_1(fn_tomato_plant_4(X))
& eukaryotic_cell_1(fn_tomato_plant_4(X))
& plant_cell_1(fn_tomato_plant_4(X))
& photoautotroph_1(fn_tomato_plant_5(X))
& nutrition_1(fn_tomato_plant_6(X))
& photosynthesis_1(fn_tomato_plant_7(X))
& anabolic_pathway_1(fn_tomato_plant_7(X))
& metabolic_pathway_1(fn_tomato_plant_7(X))
& root_system_1(fn_tomato_plant_8(X))
& lateral_root_1(fn_tomato_plant_9(X))
& tangible_entity_1(fn_tomato_plant_10(X))
& microfibril_1(fn_tomato_plant_10(X))
& cell_wall_1(fn_tomato_plant_11(X))
& plant_cell_wall_1(fn_tomato_plant_11(X))
& store_1(fn_tomato_plant_12(X))
& starch_storage_by_plant_1(fn_tomato_plant_12(X))
& container_1(fn_tomato_plant_13(X))
& specific_heat_value_1(fn_tomato_plant_14(X))
& temperature_value_1(fn_tomato_plant_15(X))
& water_1(fn_tomato_plant_16(X))
& shoot_system_1(fn_tomato_plant_17(X))
& store_1(fn_tomato_plant_20(X))
& carbohydrate_1(fn_tomato_plant_21(X))
& hydrophilic_compound_1(fn_tomato_plant_21(X))
& polar_molecule_1(fn_tomato_plant_21(X))
& polysaccharide_1(fn_tomato_plant_21(X))
& cellulose_1(fn_tomato_plant_21(X))
& defense_1(fn_tomato_plant_22(X))
& support_1(fn_tomato_plant_23(X))
& maintenance_1(fn_tomato_plant_24(X))
& membrane_1(fn_tomato_plant_25(X))
& spatial_entity_1(fn_tomato_plant_25(X))
& biomembrane_1(fn_tomato_plant_25(X))
& plasma_membrane_1(fn_tomato_plant_25(X))
& tuber_1(fn_tomato_plant_26(X))
& spatial_entity_1(fn_store_2(fn_tomato_plant_12(X)))
& container_1(fn_store_3(fn_tomato_plant_12(X)))
& defense_1(fn_plant_cell_78(fn_tomato_plant_4(X)))
& support_1(fn_plant_cell_21(fn_tomato_plant_4(X)))
& maintenance_1(fn_plant_cell_1(fn_tomato_plant_4(X)))
& tangible_entity_1(fn_plant_cell_23(fn_tomato_plant_4(X)))
& microfibril_1(fn_plant_cell_23(fn_tomato_plant_4(X)))
& carbohydrate_1(fn_plant_cell_22(fn_tomato_plant_4(X)))
& hydrophilic_compound_1(fn_plant_cell_22(fn_tomato_plant_4(X)))
& polar_molecule_1(fn_plant_cell_22(fn_tomato_plant_4(X)))
& polysaccharide_1(fn_plant_cell_22(fn_tomato_plant_4(X)))
& cellulose_1(fn_plant_cell_22(fn_tomato_plant_4(X)))
& cell_wall_1(fn_plant_cell_82(fn_tomato_plant_4(X)))
& plant_cell_wall_1(fn_plant_cell_82(fn_tomato_plant_4(X)))
& membrane_1(fn_plant_cell_97(fn_tomato_plant_4(X)))
& spatial_entity_1(fn_plant_cell_97(fn_tomato_plant_4(X)))
& biomembrane_1(fn_plant_cell_97(fn_tomato_plant_4(X)))
& plasma_membrane_1(fn_plant_cell_97(fn_tomato_plant_4(X)))
& store_1(fn_root_33(fn_tomato_plant_9(X)))
& store_1(fn_root_28(fn_tomato_plant_9(X)))
& has_part_2(X,fn_tomato_plant_1(X))
& site_2(fn_tomato_plant_12(X),fn_tomato_plant_9(X))
& in_event_2(fn_tomato_plant_13(X),fn_tomato_plant_12(X))
& plays_2(X,fn_tomato_plant_13(X))
& has_function_2(X,fn_tomato_plant_12(X))
& agent_2(fn_tomato_plant_12(X),X)
& base_2(fn_tomato_plant_12(X),X)
& subevent_2(fn_tomato_plant_12(X),fn_tomato_plant_20(X))
& has_part_2(X,fn_tomato_plant_3(X))
& has_part_2(X,fn_tomato_plant_9(X))
& is_inside_2(fn_tomato_plant_3(X),fn_tomato_plant_8(X))
& is_inside_2(fn_tomato_plant_9(X),fn_tomato_plant_8(X))
& fn_tomato_plant_3(X) != fn_tomato_plant_9(X)
& fn_tomato_plant_9(X) != fn_tomato_plant_3(X)
& has_part_2(X,fn_tomato_plant_26(X))
& site_2(fn_tomato_plant_20(X),fn_tomato_plant_26(X))
& temperature_2(X,fn_tomato_plant_15(X))
& agent_2(fn_tomato_plant_6(X),X)
& by_means_of_2(fn_tomato_plant_6(X),fn_tomato_plant_7(X))
& base_2(fn_tomato_plant_7(X),fn_tomato_plant_4(X))
& has_part_2(X,fn_tomato_plant_4(X))
& has_region_2(X,fn_tomato_plant_8(X))
& has_function_2(X,fn_tomato_plant_7(X))
& experiencer_2(fn_tomato_plant_7(X),X)
& has_part_2(X,fn_tomato_plant_16(X))
& specific_heat_2(fn_tomato_plant_16(X),fn_tomato_plant_14(X))
& correspondence_2(fn_tomato_plant_15(X),fn_tomato_plant_14(X))
& has_region_2(X,fn_tomato_plant_17(X))
& is_inside_2(fn_tomato_plant_2(X),fn_tomato_plant_17(X))
& has_part_2(X,fn_tomato_plant_2(X))
& plays_2(X,fn_tomato_plant_5(X))
& in_event_2(fn_tomato_plant_5(X),fn_tomato_plant_6(X))
& fn_tomato_plant_12(X) = fn_root_33(fn_tomato_plant_9(X))
& fn_tomato_plant_12(X) = fn_root_28(fn_tomato_plant_9(X))
& X = fn_store_2(fn_tomato_plant_12(X))
& fn_tomato_plant_13(X) = fn_store_3(fn_tomato_plant_12(X))
& fn_tomato_plant_12(X) = fn_seed_plant_3(X)
& fn_tomato_plant_8(X) = fn_dicot_3(X)
& fn_tomato_plant_3(X) = fn_dicot_2(X)
& fn_tomato_plant_9(X) = fn_dicot_1(X)
& fn_tomato_plant_18(X) = fn_seed_plant_17(X)
& fn_tomato_plant_20(X) = fn_seed_plant_4(X)
& fn_tomato_plant_26(X) = fn_seed_plant_1(X)
& fn_tomato_plant_19(X) = fn_seed_plant_16(X)
& fn_tomato_plant_8(X) = fn_seed_plant_9(X)
& fn_tomato_plant_4(X) = fn_seed_plant_13(X)
& fn_tomato_plant_15(X) = fn_seed_plant_12(X)
& fn_tomato_plant_14(X) = fn_seed_plant_6(X)
& fn_tomato_plant_16(X) = fn_seed_plant_14(X)
& fn_tomato_plant_7(X) = fn_seed_plant_7(X)
& fn_tomato_plant_6(X) = fn_seed_plant_10(X)
& fn_tomato_plant_5(X) = fn_seed_plant_11(X)
& fn_tomato_plant_2(X) = fn_seed_plant_2(X)
& fn_tomato_plant_17(X) = fn_seed_plant_8(X)
& fn_tomato_plant_22(X) = fn_plant_cell_78(fn_tomato_plant_4(X))
& fn_tomato_plant_23(X) = fn_plant_cell_21(fn_tomato_plant_4(X))
& fn_tomato_plant_24(X) = fn_plant_cell_1(fn_tomato_plant_4(X))
& fn_tomato_plant_10(X) = fn_plant_cell_23(fn_tomato_plant_4(X))
& fn_tomato_plant_21(X) = fn_plant_cell_22(fn_tomato_plant_4(X))
& fn_tomato_plant_11(X) = fn_plant_cell_82(fn_tomato_plant_4(X))
& fn_tomato_plant_25(X) = fn_plant_cell_97(fn_tomato_plant_4(X))
& fn_root_33(fn_tomato_plant_9(X)) = fn_root_28(fn_tomato_plant_9(X))
& fn_root_28(fn_tomato_plant_9(X)) = fn_root_28(fn_tomato_plant_9(X))
& fn_root_28(fn_tomato_plant_9(X)) = fn_seed_plant_3(X)
& fn_seed_plant_3(X) = fn_seed_plant_3(X)
& fn_seed_plant_3(X) = fn_dicot_3(X)
& fn_dicot_3(X) = fn_dicot_3(X)
& fn_dicot_3(X) = fn_seed_plant_9(X) ) ) ).
fof(a533280,axiom,
! [X] :
( tongue_1(X)
=> ( original_name_2(X,'Tongue')
& user_description_2(X,'Muscular organ in the mouth of vertebrates which functions in the sensation of taste and in digestion. In some animals, it also functions in communication.')
& concept2words_2(X,tongue)
& animal_organ_1(X) ) ) ).
fof(a533281,axiom,
! [X] :
( tonicity_1(X)
=> ( original_name_2(X,'Tonicity')
& user_description_2(X,'A measure of the osmotic pressure gradient between two liquids separated by a semi-permeable membrane.')
& concept2words_2(X,tonicity)
& state_1(X) ) ) ).
fof(a533282,axiom,
! [X] :
( tonoplast_1(X)
=> ( original_name_2(X,'Tonoplast')
& user_description_2(X,'The tonoplast is the cytoplasmic membrane surrounding a vacuole, separating the vacuolar contents from the cell\'s cytoplasm. It helps in selective transfer of solutes.')
& concept2words_2(X,'vacuolar membrane')
& concept2words_2(X,tonoplast)
& biomembrane_1(X)
& transfer_1(fn_tonoplast_1(X))
& agent_2(fn_tonoplast_1(X),X) ) ) ).
fof(a533283,axiom,
! [X] :
( tooth_1(X)
=> ( original_name_2(X,'Tooth')
& user_description_2(X,'A small, calcified structure in the jaws of many vertebrate animals, used to rip, shred, bite, or chew food.')
& concept2words_2(X,tooth)
& animal_structure_1(X)
& mixed_tissue_1(X) ) ) ).
fof(a533284,axiom,
! [X] :
( tooth_brushing_1(X)
=> ( original_name_2(X,'Tooth-Brushing')
& user_description_2(X,'Cleaning of the teeth with a brush.')
& concept2words_2(X,'brushing of tooth')
& concept2words_2(X,'tooth brushing')
& concept2words_2(X,'tooth-brushing')
& activity_1(X)
& break_1(fn_tooth_brushing_1(X))
& biofilm_1(fn_tooth_brushing_2(X))
& tangible_entity_1(fn_impair_1(fn_tooth_brushing_1(X)))
& causes_2(X,fn_tooth_brushing_1(X))
& object_2(fn_tooth_brushing_1(X),fn_tooth_brushing_2(X))
& fn_tooth_brushing_2(X) = fn_impair_1(fn_tooth_brushing_1(X)) ) ) ).
fof(a533285,axiom,
! [X] :
( tooth_flossing_1(X)
=> ( original_name_2(X,'Tooth-Flossing')
& user_description_2(X,'Cleaning of the teeth and between the teeth with a length of floss.')
& concept2words_2(X,'tooth flossing')
& concept2words_2(X,'tooth-flossing')
& activity_1(X)
& break_1(fn_tooth_flossing_1(X))
& biofilm_1(fn_tooth_flossing_2(X))
& tangible_entity_1(fn_impair_1(fn_tooth_flossing_1(X)))
& causes_2(X,fn_tooth_flossing_1(X))
& object_2(fn_tooth_flossing_1(X),fn_tooth_flossing_2(X))
& fn_tooth_flossing_2(X) = fn_impair_1(fn_tooth_flossing_1(X)) ) ) ).
fof(a533286,axiom,
! [X] :
( topoisomerase_1(X)
=> ( original_name_2(X,'Topoisomerase')
& user_description_2(X,'An enzyme that oversees the unwinding of DNA strands during DNA replication.')
& concept2words_2(X,topoisomerase)
& isomerase_1(X)
& disulfide_bond_1(fn_topoisomerase_1(X))
& catalyst_1(fn_topoisomerase_2(X))
& size_value_1(fn_topoisomerase_3(X))
& spatial_entity_1(fn_topoisomerase_4(X))
& chemical_entity_1(fn_topoisomerase_4(X))
& monomer_1(fn_topoisomerase_4(X))
& molecule_1(fn_topoisomerase_4(X))
& amino_acid_1(fn_topoisomerase_4(X))
& quantity_value_1(fn_topoisomerase_5(X))
& speed_value_1(fn_topoisomerase_6(X))
& constant_motion_1(fn_topoisomerase_7(X))
& decrease_1(fn_topoisomerase_8(X))
& chemical_reaction_1(fn_topoisomerase_9(X))
& size_value_1(fn_topoisomerase_10(X))
& atom_1(fn_topoisomerase_11(X))
& chemical_entity_1(fn_topoisomerase_11(X))
& carbon_1(fn_topoisomerase_12(X))
& monomer_1(fn_topoisomerase_13(X))
& polypeptide_1(fn_topoisomerase_14(X))
& active_site_1(fn_topoisomerase_15(X))
& carbon_skeleton_1(fn_topoisomerase_16(X))
& surface_1(fn_topoisomerase_17(X))
& hydrophilic_region_1(fn_topoisomerase_18(X))
& protein_domain_1(fn_topoisomerase_19(X))
& kinetic_energy_1(fn_topoisomerase_20(X))
& protein_1(fn_disulfide_bond_3(fn_topoisomerase_1(X)))
& possesses_2(X,fn_topoisomerase_1(X))
& possesses_2(X,fn_topoisomerase_20(X))
& quantity_2(fn_topoisomerase_20(X),fn_topoisomerase_5(X))
& directly_proportional_2(fn_topoisomerase_6(X),fn_topoisomerase_5(X))
& speed_2(fn_topoisomerase_7(X),fn_topoisomerase_6(X))
& object_2(fn_topoisomerase_7(X),X)
& has_function_2(X,fn_topoisomerase_8(X))
& enables_2(fn_topoisomerase_8(X),fn_topoisomerase_9(X))
& plays_2(X,fn_topoisomerase_2(X))
& in_event_2(fn_topoisomerase_2(X),fn_topoisomerase_9(X))
& site_2(fn_topoisomerase_9(X),fn_topoisomerase_15(X))
& facilitates_2(fn_topoisomerase_15(X),fn_topoisomerase_9(X))
& has_function_2(X,fn_topoisomerase_9(X))
& has_region_2(X,fn_topoisomerase_18(X))
& is_at_2(fn_topoisomerase_18(X),fn_topoisomerase_17(X))
& has_region_2(X,fn_topoisomerase_17(X))
& has_part_2(X,fn_topoisomerase_14(X))
& has_part_2(fn_topoisomerase_14(X),fn_topoisomerase_4(X))
& is_at_2(fn_topoisomerase_4(X),fn_topoisomerase_19(X))
& has_part_2(X,fn_topoisomerase_11(X))
& the_scalar_value_2(fn_topoisomerase_10(X),big_0)
& scalar_unit_class_2(fn_topoisomerase_10(X),polypeptide_0)
& has_region_2(X,fn_topoisomerase_15(X))
& size_2(X,fn_topoisomerase_10(X))
& greater_than_2(fn_topoisomerase_10(X),fn_topoisomerase_3(X))
& size_2(fn_topoisomerase_13(X),fn_topoisomerase_3(X))
& has_part_2(X,fn_topoisomerase_13(X))
& has_region_2(X,fn_topoisomerase_19(X))
& has_region_2(X,fn_topoisomerase_16(X))
& is_inside_2(fn_topoisomerase_12(X),fn_topoisomerase_16(X))
& has_part_2(X,fn_topoisomerase_12(X))
& fn_topoisomerase_11(X) != fn_topoisomerase_12(X)
& fn_topoisomerase_12(X) != fn_topoisomerase_11(X)
& X = fn_disulfide_bond_3(fn_topoisomerase_1(X))
& fn_topoisomerase_7(X) = fn_molecule_8(X)
& fn_topoisomerase_6(X) = fn_molecule_3(X)
& fn_topoisomerase_5(X) = fn_molecule_4(X)
& fn_topoisomerase_20(X) = fn_molecule_12(X)
& fn_topoisomerase_8(X) = fn_enzyme_5(X)
& fn_topoisomerase_15(X) = fn_enzyme_2(X)
& fn_topoisomerase_9(X) = fn_enzyme_4(X)
& fn_topoisomerase_2(X) = fn_enzyme_6(X)
& fn_topoisomerase_4(X) = fn_protein_14(X)
& fn_topoisomerase_14(X) = fn_protein_8(X)
& fn_topoisomerase_17(X) = fn_protein_5(X)
& fn_topoisomerase_18(X) = fn_protein_1(X)
& fn_topoisomerase_4(X) = fn_protein_enzyme_11(X)
& fn_topoisomerase_15(X) = fn_protein_enzyme_10(X)
& fn_topoisomerase_19(X) = fn_protein_enzyme_5(X)
& fn_topoisomerase_13(X) = fn_protein_enzyme_9(X)
& fn_topoisomerase_3(X) = fn_protein_enzyme_4(X)
& fn_topoisomerase_10(X) = fn_protein_9(X)
& fn_topoisomerase_10(X) = fn_protein_enzyme_3(X)
& fn_topoisomerase_11(X) = fn_organic_molecule_2(X)
& fn_topoisomerase_11(X) = fn_protein_enzyme_8(X)
& fn_topoisomerase_12(X) = fn_organic_molecule_1(X)
& fn_topoisomerase_12(X) = fn_protein_enzyme_7(X)
& fn_topoisomerase_16(X) = fn_organic_molecule_3(X)
& fn_topoisomerase_16(X) = fn_protein_enzyme_6(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_1(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_3(X)
& fn_protein_enzyme_6(X) = fn_organic_molecule_3(X)
& fn_organic_molecule_3(X) = fn_protein_enzyme_6(X) ) ) ).
fof(a533287,axiom,
! [X] :
( topsoil_1(X)
=> ( original_name_2(X,'Topsoil')
& user_description_2(X,'The uppermost layer of soil, containing the highest concentration of organic matter and microbes. Topsoil is the most biologically active of Earth\'s soils.')
& concept2words_2(X,topsoil)
& soil_1(X)
& ~ suspension_1(X)
& ~ acid_chyme_1(X)
& ~ detritus_1(X)
& ~ feces_1(X)
& ~ homogenate_1(X)
& ~ homogeneous_mixture_1(X)
& ~ loam_1(X)
& ~ mesohyl_1(X)
& ~ peat_1(X)
& ~ protobiont_1(X)
& ~ saliva_1(X) ) ) ).
fof(a533288,axiom,
! [X] :
( torpor_1(X)
=> ( original_name_2(X,'Torpor')
& user_description_2(X,'In animals, a state of decreased physiological activity and metabolism.')
& concept2words_2(X,torpor)
& condition_1(X) ) ) ).
fof(a533289,axiom,
! [X] :
( torsion_1(X)
=> ( original_name_2(X,'Torsion')
& user_description_2(X,'In the larval development of gastropod molluscs, a 180-degree rotation of the visceral mass and associated organs, resulting in the positioning of the mantle cavity and anus over the animal\'s head.')
& concept2words_2(X,torsion)
& protostome_development_1(X)
& ~ cell_determination_1(X)
& ~ childbirth_1(X)
& ~ compaction_1(X)
& ~ gastrulation_1(X)
& ~ gestation_1(X)
& ~ molting_1(X)
& ~ morphogenesis_1(X)
& ~ organogenesis_1(X)
& ~ oviparous_1(X)
& ~ ovoviviparous_1(X)
& ~ ovulation_1(X)
& ~ paedomorphosis_1(X)
& ~ pattern_formation_1(X)
& ~ phase_change_1(X)
& ~ primary_growth_1(X)
& ~ radial_cleavage_1(X)
& ~ senescence_1(X)
& ~ viviparous_1(X) ) ) ).
fof(a533290,axiom,
! [X] :
( totipotent_1(X)
=> ( original_name_2(X,'Totipotent')
& user_description_2(X,'Term used to describe a cell that can give rise to all the differentiated cells in an organism, including the extraembryonic membranes in species that have them.')
& concept2words_2(X,totipotent)
& stem_cell_1(X) ) ) ).
fof(a533291,axiom,
! [X] :
( totipotent_cell_1(X)
=> ( original_name_2(X,'Totipotent-Cell')
& user_description_2(X,'The cell that is capable of developing into any cell type is called totipotent cell.')
& concept2words_2(X,'totipotent stem cell')
& concept2words_2(X,'cell of totipotent')
& concept2words_2(X,'totipotent cell')
& concept2words_2(X,'totipotent-cell')
& eukaryotic_cell_1(X)
& facilitated_diffusion_of_polar_molecule_1(fn_totipotent_cell_1(X))
& membrane_1(fn_totipotent_cell_2(X))
& spatial_entity_1(fn_totipotent_cell_2(X))
& biomembrane_1(fn_totipotent_cell_2(X))
& plasma_membrane_1(fn_totipotent_cell_2(X))
& tangible_entity_1(fn_totipotent_cell_3(X))
& phospholipid_bilayer_1(fn_totipotent_cell_3(X))
& cell_differentiation_1(fn_totipotent_cell_4(X))
& multicellular_organism_1(fn_totipotent_cell_5(X))
& create_1(fn_totipotent_cell_6(X))
& attach_1(fn_totipotent_cell_7(X))
& outside_face_1(fn_totipotent_cell_8(X))
& extracellular_side_1(fn_totipotent_cell_8(X))
& hydrophobic_core_1(fn_totipotent_cell_9(X))
& tangible_entity_1(fn_totipotent_cell_10(X))
& membrane_protein_1(fn_totipotent_cell_10(X))
& protein_1(fn_totipotent_cell_10(X))
& spatial_entity_1(fn_totipotent_cell_10(X))
& polymer_1(fn_totipotent_cell_10(X))
& protein_1(fn_totipotent_cell_11(X))
& polymer_1(fn_totipotent_cell_11(X))
& spatial_entity_1(fn_totipotent_cell_11(X))
& membrane_protein_1(fn_totipotent_cell_11(X))
& tangible_entity_1(fn_totipotent_cell_11(X))
& transmembrane_protein_1(fn_totipotent_cell_11(X))
& integral_protein_1(fn_totipotent_cell_11(X))
& transport_protein_1(fn_totipotent_cell_11(X))
& entity_1(fn_create_1(fn_totipotent_cell_6(X)))
& eukaryotic_cell_1(fn_cell_differentiation_19(fn_totipotent_cell_4(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_totipotent_cell_2(X)))
& attach_1(fn_plasma_membrane_52(fn_totipotent_cell_2(X)))
& tangible_entity_1(fn_biomembrane_63(fn_totipotent_cell_2(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_totipotent_cell_2(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_totipotent_cell_2(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_totipotent_cell_2(X)))
& outside_face_1(fn_biomembrane_41(fn_totipotent_cell_2(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_totipotent_cell_2(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_totipotent_cell_2(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_totipotent_cell_2(X)))
& protein_1(fn_plasma_membrane_68(fn_totipotent_cell_2(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_totipotent_cell_2(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_totipotent_cell_2(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_totipotent_cell_2(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_totipotent_cell_2(X)))
& protein_1(fn_plasma_membrane_54(fn_totipotent_cell_2(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_totipotent_cell_2(X)))
& polymer_1(fn_plasma_membrane_54(fn_totipotent_cell_2(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_totipotent_cell_2(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_totipotent_cell_2(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_totipotent_cell_2(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_totipotent_cell_2(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_totipotent_cell_1(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_totipotent_cell_1(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_totipotent_cell_1(X)))
& base_2(fn_totipotent_cell_6(X),X)
& subevent_2(fn_totipotent_cell_6(X),fn_totipotent_cell_4(X))
& result_2(fn_totipotent_cell_6(X),fn_totipotent_cell_5(X))
& path_2(fn_totipotent_cell_1(X),fn_totipotent_cell_2(X))
& object_2(fn_totipotent_cell_4(X),X)
& has_part_2(X,fn_totipotent_cell_2(X))
& base_2(fn_totipotent_cell_7(X),fn_totipotent_cell_2(X))
& object_2(fn_totipotent_cell_7(X),fn_totipotent_cell_11(X))
& called_2(fn_totipotent_cell_10(X),'MP2')
& has_region_2(fn_totipotent_cell_2(X),fn_totipotent_cell_8(X))
& has_region_2(fn_totipotent_cell_2(X),fn_totipotent_cell_9(X))
& has_region_2(fn_totipotent_cell_11(X),fn_totipotent_cell_8(X))
& is_outside_2(fn_totipotent_cell_8(X),fn_totipotent_cell_2(X))
& has_part_2(fn_totipotent_cell_2(X),fn_totipotent_cell_3(X))
& is_inside_2(fn_totipotent_cell_11(X),fn_totipotent_cell_3(X))
& is_at_2(fn_totipotent_cell_11(X),fn_totipotent_cell_2(X))
& has_part_2(fn_totipotent_cell_2(X),fn_totipotent_cell_11(X))
& is_across_2(fn_totipotent_cell_11(X),fn_totipotent_cell_2(X))
& has_part_2(fn_totipotent_cell_2(X),fn_totipotent_cell_10(X))
& fn_totipotent_cell_10(X) != fn_totipotent_cell_11(X)
& is_across_2(fn_totipotent_cell_11(X),fn_totipotent_cell_9(X))
& fn_totipotent_cell_11(X) != fn_totipotent_cell_10(X)
& fn_totipotent_cell_5(X) = fn_create_1(fn_totipotent_cell_6(X))
& fn_totipotent_cell_2(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_totipotent_cell_1(X))
& X = fn_cell_differentiation_19(fn_totipotent_cell_4(X))
& fn_totipotent_cell_7(X) = fn_plasma_membrane_52(fn_totipotent_cell_2(X))
& fn_totipotent_cell_11(X) = fn_eukaryotic_cell_15(X)
& fn_totipotent_cell_7(X) = fn_eukaryotic_cell_16(X)
& fn_totipotent_cell_2(X) = fn_eukaryotic_cell_29(X)
& fn_totipotent_cell_8(X) = fn_biomembrane_41(fn_totipotent_cell_2(X))
& fn_totipotent_cell_11(X) = fn_plasma_membrane_4(fn_totipotent_cell_2(X))
& fn_totipotent_cell_11(X) = fn_plasma_membrane_3(fn_totipotent_cell_2(X))
& fn_totipotent_cell_3(X) = fn_biomembrane_63(fn_totipotent_cell_2(X))
& fn_totipotent_cell_3(X) = fn_plasma_membrane_71(fn_totipotent_cell_2(X))
& fn_totipotent_cell_8(X) = fn_plasma_membrane_65(fn_totipotent_cell_2(X))
& fn_totipotent_cell_9(X) = fn_plasma_membrane_6(fn_totipotent_cell_2(X))
& fn_totipotent_cell_11(X) = fn_plasma_membrane_54(fn_totipotent_cell_2(X))
& fn_totipotent_cell_10(X) = fn_plasma_membrane_68(fn_totipotent_cell_2(X))
& fn_totipotent_cell_10(X) = fn_plasma_membrane_54(fn_totipotent_cell_2(X))
& fn_totipotent_cell_11(X) = fn_plasma_membrane_55(fn_totipotent_cell_2(X))
& fn_plasma_membrane_52(fn_totipotent_cell_2(X)) = fn_eukaryotic_cell_16(X)
& fn_eukaryotic_cell_16(X) = fn_eukaryotic_cell_16(X)
& fn_eukaryotic_cell_16(X) = fn_plasma_membrane_71(fn_totipotent_cell_2(X))
& fn_plasma_membrane_71(fn_totipotent_cell_2(X)) = fn_biomembrane_63(fn_totipotent_cell_2(X))
& fn_biomembrane_63(fn_totipotent_cell_2(X)) = fn_plasma_membrane_71(fn_totipotent_cell_2(X))
& fn_plasma_membrane_71(fn_totipotent_cell_2(X)) = fn_biomembrane_41(fn_totipotent_cell_2(X))
& fn_biomembrane_41(fn_totipotent_cell_2(X)) = fn_plasma_membrane_65(fn_totipotent_cell_2(X))
& fn_plasma_membrane_65(fn_totipotent_cell_2(X)) = fn_plasma_membrane_65(fn_totipotent_cell_2(X))
& fn_plasma_membrane_65(fn_totipotent_cell_2(X)) = fn_plasma_membrane_54(fn_totipotent_cell_2(X))
& fn_plasma_membrane_54(fn_totipotent_cell_2(X)) = fn_plasma_membrane_68(fn_totipotent_cell_2(X))
& fn_plasma_membrane_68(fn_totipotent_cell_2(X)) = fn_plasma_membrane_54(fn_totipotent_cell_2(X))
& fn_plasma_membrane_54(fn_totipotent_cell_2(X)) = fn_plasma_membrane_4(fn_totipotent_cell_2(X))
& fn_plasma_membrane_4(fn_totipotent_cell_2(X)) = fn_plasma_membrane_3(fn_totipotent_cell_2(X))
& fn_plasma_membrane_54(fn_totipotent_cell_2(X)) = fn_plasma_membrane_3(fn_totipotent_cell_2(X))
& fn_plasma_membrane_3(fn_totipotent_cell_2(X)) = fn_plasma_membrane_54(fn_totipotent_cell_2(X))
& fn_plasma_membrane_54(fn_totipotent_cell_2(X)) = fn_plasma_membrane_54(fn_totipotent_cell_2(X))
& fn_eukaryotic_cell_15(X) = fn_plasma_membrane_54(fn_totipotent_cell_2(X))
& fn_plasma_membrane_54(fn_totipotent_cell_2(X)) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_plasma_membrane_55(fn_totipotent_cell_2(X))
& fn_plasma_membrane_55(fn_totipotent_cell_2(X)) = fn_plasma_membrane_55(fn_totipotent_cell_2(X))
& fn_plasma_membrane_55(fn_totipotent_cell_2(X)) = fn_facilitated_diffusion_of_polar_molecule_5(fn_totipotent_cell_1(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_totipotent_cell_1(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_eukaryotic_cell_29(X) ) ) ).
fof(a533292,axiom,
! [X] :
( touch_1(X)
=> ( original_name_2(X,'Touch')
& user_description_2(X,'The process of interpreting information from the effects of receptors in the skin and other mucous membranes being activated - primarily by contact.')
& concept2words_2(X,touch)
& sensory_process_1(X)
& ~ color_vision_1(X)
& ~ de_etiolation_1(X)
& ~ gustation_1(X)
& ~ lateral_line_system_1(X)
& ~ olfaction_1(X)
& ~ sight_1(X) ) ) ).
fof(a533293,axiom,
! [X] :
( toxin_1(X)
=> ( original_name_2(X,'Toxin')
& user_description_2(X,'A substance produced by a living organism that induces injury or illness if ingested or otherwise introduced into the body of another organism.')
& concept2words_2(X,poison)
& concept2words_2(X,toxin)
& role_1(X)
& tangible_entity_1(fn_toxin_1(X))
& plays_2(fn_toxin_1(X),X) ) ) ).
fof(a533294,axiom,
! [X] :
( trace_chemical_entity_1(X)
=> ( original_name_2(X,'Trace-Chemical-Entity')
& user_description_2(X,'An element required for life, but in very small amounts.')
& concept2words_2(X,'trace chemical entity')
& concept2words_2(X,'trace-chemical-entity')
& chemical_entity_1(X)
& life_cycle_1(fn_trace_chemical_entity_1(X))
& raw_material_2(fn_trace_chemical_entity_1(X),X) ) ) ).
fof(a533295,axiom,
! [X] :
( trace_element_1(X)
=> ( original_name_2(X,'Trace-Element')
& user_description_2(X,'A trace element is an element in a sample that has an average concentration of less than 100 parts per million measured in atomic count, or less than 100 micrograms per gram.')
& concept2words_2(X,'element of trace')
& concept2words_2(X,'trace element')
& concept2words_2(X,'trace-element')
& chemical_element_1(X)
& density_value_1(fn_trace_element_2(X))
& tangible_entity_1(fn_trace_element_3(X))
& has_part_2(fn_trace_element_3(X),X)
& density_2(X,fn_trace_element_2(X)) ) ) ).
fof(a533296,axiom,
! [X] :
( trachea_1(X)
=> ( original_name_2(X,'Trachea')
& user_description_2(X,'The largest tube of the vertebrate respiratory system; it conducts air between the mouth and nasal cavities and the bronchi.')
& concept2words_2(X,windpipe)
& concept2words_2(X,trachea)
& respiratory_organ_1(X)
& biological_region_1(fn_trachea_2(X))
& spatial_entity_1(fn_trachea_3(X))
& spatial_entity_1(fn_trachea_4(X))
& shape_value_1(fn_trachea_5(X))
& motile_cilium_1(fn_trachea_6(X))
& debris_1(fn_trachea_7(X))
& move_out_of_1(fn_trachea_8(X))
& eukaryotic_cell_1(fn_trachea_9(X))
& tissue_1(fn_trachea_10(X))
& spatial_entity_1(fn_move_1(fn_trachea_8(X)))
& tangible_entity_1(fn_move_out_of_1(fn_trachea_8(X)))
& eukaryotic_cell_1(fn_motile_cilium_10(fn_trachea_6(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_trachea_10(X)))
& has_function_2(fn_trachea_6(X),fn_trachea_8(X))
& is_inside_2(fn_trachea_3(X),X)
& is_inside_2(fn_trachea_7(X),X)
& agent_2(fn_trachea_8(X),fn_trachea_6(X))
& path_2(fn_trachea_8(X),fn_trachea_2(X))
& origin_2(fn_trachea_8(X),fn_trachea_3(X))
& destination_2(fn_trachea_8(X),fn_trachea_4(X))
& is_outside_2(fn_trachea_4(X),X)
& the_categorical_value_2(fn_trachea_5(X),hollow_volume_0)
& has_region_2(X,fn_trachea_2(X))
& shape_2(X,fn_trachea_5(X))
& object_2(fn_trachea_8(X),fn_trachea_7(X))
& has_part_2(X,fn_trachea_10(X))
& base_2(fn_trachea_8(X),X)
& has_part_2(fn_trachea_9(X),fn_trachea_6(X))
& has_part_2(fn_trachea_10(X),fn_trachea_9(X))
& fn_trachea_7(X) = fn_move_1(fn_trachea_8(X))
& fn_trachea_10(X) = fn_organ_1(X)
& X = fn_move_out_of_1(fn_trachea_8(X))
& fn_trachea_9(X) = fn_motile_cilium_10(fn_trachea_6(X))
& fn_trachea_9(X) = fn_tissue_1(fn_trachea_10(X))
& fn_motile_cilium_10(fn_trachea_6(X)) = fn_tissue_1(fn_trachea_10(X)) ) ) ).
fof(a533297,axiom,
! [X] :
( tracheal_system_1(X)
=> ( original_name_2(X,'Tracheal-System')
& user_description_2(X,'In terrestrial arthropods such as insects and spiders, a system of highly branched tubules that open to the outside and deliver oxygen to individual cells.')
& concept2words_2(X,'tracheal system')
& concept2words_2(X,'tracheal-system')
& respiratory_system_1(X) ) ) ).
fof(a533298,axiom,
! [X] :
( tracheid_1(X)
=> ( original_name_2(X,'Tracheid')
& user_description_2(X,'A long cell found in the xylem of vascular plants. Tracheids function in the transport of water and dissolved minerals through the plant and are dead in their functional state.')
& concept2words_2(X,tracheid)
& water_conducting_cell_1(X)
& ~ bundle_sheath_cell_1(X)
& ~ collenchyma_cell_1(X)
& ~ companion_cell_1(X)
& ~ fiber_cell_1(X)
& ~ fusiform_initials_1(X)
& ~ guard_cell_1(X)
& ~ initial_meristem_1(X)
& ~ mesophyll_cell_1(X)
& ~ parenchyma_cell_1(X)
& ~ placental_transfer_cell_1(X)
& ~ plant_cell_inside_hypertonic_solution_1(X)
& ~ plant_cell_inside_hypotonic_solution_1(X)
& ~ plant_cell_inside_isotonic_solution_1(X)
& ~ rhizoid_1(X)
& ~ sclereid_1(X)
& ~ sclerenchyma_cell_1(X)
& ~ sieve_tube_element_1(X)
& ~ vessel_element_1(X)
& cytosol_1(fn_tracheid_1(X))
& end_1(fn_tracheid_2(X))
& end_1(fn_tracheid_3(X))
& length_value_1(fn_tracheid_4(X))
& length_value_1(fn_tracheid_5(X))
& increase_1(fn_tracheid_6(X))
& er_membrane_1(fn_tracheid_7(X))
& cavity_1(fn_tracheid_8(X))
& length_value_1(fn_tracheid_9(X))
& lignin_1(fn_tracheid_10(X))
& shape_value_1(fn_tracheid_11(X))
& shape_value_1(fn_tracheid_12(X))
& consistency_value_1(fn_tracheid_18(X))
& lipid_1(fn_tracheid_22(X))
& size_value_1(fn_tracheid_23(X))
& size_value_1(fn_tracheid_24(X))
& grow_1(fn_tracheid_25(X))
& absorb_1(fn_tracheid_26(X))
& golgi_apparatus_1(fn_tracheid_27(X))
& ribosome_1(fn_tracheid_28(X))
& eukaryotic_ribosome_1(fn_tracheid_28(X))
& cytoskeleton_1(fn_tracheid_29(X))
& rough_endoplasmic_reticulum_1(fn_tracheid_30(X))
& endoplasmic_reticulum_1(fn_tracheid_30(X))
& smooth_endoplasmic_reticulum_1(fn_tracheid_31(X))
& spatial_entity_1(fn_tracheid_32(X))
& vacuole_1(fn_tracheid_32(X))
& central_vacuole_1(fn_tracheid_32(X))
& spatial_entity_1(fn_tracheid_33(X))
& vesicle_1(fn_tracheid_33(X))
& central_vacuole_1(fn_tracheid_33(X))
& peroxisome_1(fn_tracheid_34(X))
& surface_1(fn_tracheid_35(X))
& volume_value_1(fn_tracheid_36(X))
& size_value_1(fn_tracheid_37(X))
& exchange_1(fn_tracheid_38(X))
& synthesis_reaction_1(fn_tracheid_39(X))
& metabolic_pathway_1(fn_tracheid_39(X))
& chemical_reaction_1(fn_tracheid_39(X))
& anabolic_pathway_1(fn_tracheid_39(X))
& synthesis_of_lipid_1(fn_tracheid_39(X))
& aqueous_solution_1(fn_tracheid_40(X))
& liquid_substance_1(fn_tracheid_40(X))
& solution_1(fn_tracheid_40(X))
& substance_1(fn_tracheid_40(X))
& cytosol_1(fn_tracheid_40(X))
& tangible_entity_1(fn_tracheid_41(X))
& membrane_protein_1(fn_tracheid_41(X))
& protein_1(fn_tracheid_41(X))
& spatial_entity_1(fn_tracheid_41(X))
& polymer_1(fn_tracheid_41(X))
& tangible_entity_1(fn_tracheid_42(X))
& phospholipid_bilayer_1(fn_tracheid_42(X))
& tangible_entity_1(fn_tracheid_43(X))
& membrane_protein_1(fn_tracheid_43(X))
& protein_1(fn_tracheid_43(X))
& spatial_entity_1(fn_tracheid_43(X))
& polymer_1(fn_tracheid_43(X))
& surface_1(fn_tracheid_44(X))
& outside_face_1(fn_tracheid_44(X))
& extracellular_side_1(fn_tracheid_44(X))
& membrane_protein_1(fn_tracheid_45(X))
& protein_pump_1(fn_tracheid_45(X))
& tangible_entity_1(fn_tracheid_45(X))
& transmembrane_protein_1(fn_tracheid_45(X))
& transport_protein_1(fn_tracheid_45(X))
& carrier_protein_1(fn_tracheid_45(X))
& integral_protein_1(fn_tracheid_45(X))
& electrogenic_pump_1(fn_tracheid_45(X))
& proton_pump_1(fn_tracheid_45(X))
& spatial_entity_1(fn_tracheid_45(X))
& extra_cellular_fluid_1(fn_tracheid_47(X))
& chemical_entity_1(fn_tracheid_48(X))
& spatial_entity_1(fn_tracheid_49(X))
& mixture_1(fn_tracheid_49(X))
& suspension_1(fn_tracheid_49(X))
& colloid_1(fn_tracheid_49(X))
& cytoplasm_1(fn_tracheid_49(X))
& eukaryotic_chromosome_1(fn_tracheid_50(X))
& chromosome_1(fn_tracheid_50(X))
& tangible_entity_1(fn_tracheid_51(X))
& nucleus_1(fn_tracheid_51(X))
& secondary_cell_wall_1(fn_tracheid_52(X))
& organelle_1(fn_tracheid_53(X))
& mitochondrion_1(fn_tracheid_53(X))
& semiautonomous_organelle_1(fn_tracheid_53(X))
& shape_value_1(fn_tracheid_54(X))
& defense_1(fn_tracheid_55(X))
& support_1(fn_tracheid_56(X))
& defense_1(fn_tracheid_57(X))
& catabolic_pathway_1(fn_tracheid_58(X))
& metabolic_pathway_1(fn_tracheid_58(X))
& eukaryotic_cellular_respiration_1(fn_tracheid_58(X))
& synthesis_of_atp_1(fn_tracheid_59(X))
& facilitated_diffusion_of_polar_molecule_1(fn_tracheid_60(X))
& protein_enzyme_1(fn_tracheid_61(X))
& protein_enzyme_1(fn_tracheid_62(X))
& transport_vesicle_1(fn_tracheid_63(X))
& primary_cell_wall_1(fn_tracheid_64(X))
& cell_pole_1(fn_tracheid_65(X))
& membrane_1(fn_tracheid_66(X))
& spatial_entity_1(fn_tracheid_66(X))
& biomembrane_1(fn_tracheid_66(X))
& plasma_membrane_1(fn_tracheid_66(X))
& organic_molecule_1(fn_tracheid_67(X))
& phospholipid_layer_1(fn_tracheid_70(X))
& tangible_entity_1(fn_tracheid_71(X))
& organic_molecule_1(fn_tracheid_71(X))
& spatial_entity_1(fn_tracheid_71(X))
& phospholipid_1(fn_tracheid_71(X))
& lipid_1(fn_tracheid_71(X))
& quantity_value_1(fn_tracheid_72(X))
& tangible_entity_1(fn_tracheid_74(X))
& microfibril_1(fn_tracheid_74(X))
& carbohydrate_1(fn_tracheid_75(X))
& hydrophilic_compound_1(fn_tracheid_75(X))
& polar_molecule_1(fn_tracheid_75(X))
& polysaccharide_1(fn_tracheid_75(X))
& cellulose_1(fn_tracheid_75(X))
& chemical_reaction_1(fn_tracheid_76(X))
& oxidative_phosphorylation_1(fn_tracheid_76(X))
& eukaryotic_oxidative_phosphorylation_1(fn_tracheid_76(X))
& maintenance_1(fn_tracheid_77(X))
& cellular_work_1(fn_tracheid_78(X))
& cytoplasmic_streaming_1(fn_tracheid_79(X))
& organic_molecule_1(fn_catabolic_pathway_10(fn_tracheid_58(X)))
& chemical_entity_1(fn_anabolic_pathway_6(fn_tracheid_59(X)))
& aqueous_solution_1(fn_facilitated_diffusion_15(fn_tracheid_60(X)))
& defense_1(fn_plant_cell_wall_17(fn_tracheid_64(X)))
& cell_pole_1(fn_facilitated_diffusion_of_polar_molecule_2(fn_tracheid_60(X)))
& cell_pole_1(fn_facilitated_diffusion_of_polar_molecule_1(fn_tracheid_60(X)))
& tangible_entity_1(fn_plant_cell_wall_23(fn_tracheid_52(X)))
& microfibril_1(fn_plant_cell_wall_23(fn_tracheid_52(X)))
& polysaccharide_1(fn_plant_cell_wall_10(fn_tracheid_52(X)))
& carbohydrate_1(fn_plant_cell_wall_21(fn_tracheid_52(X)))
& hydrophilic_compound_1(fn_plant_cell_wall_21(fn_tracheid_52(X)))
& polar_molecule_1(fn_plant_cell_wall_21(fn_tracheid_52(X)))
& polysaccharide_1(fn_plant_cell_wall_21(fn_tracheid_52(X)))
& cellulose_1(fn_plant_cell_wall_21(fn_tracheid_52(X)))
& support_1(fn_plant_cell_wall_27(fn_tracheid_64(X)))
& support_1(fn_plant_cell_wall_27(fn_tracheid_52(X)))
& defense_1(fn_plant_cell_wall_17(fn_tracheid_52(X)))
& surface_1(fn_facilitated_diffusion_17(fn_tracheid_60(X)))
& outside_face_1(fn_facilitated_diffusion_17(fn_tracheid_60(X)))
& spatial_entity_1(fn_facilitated_diffusion_49(fn_tracheid_60(X)))
& biomembrane_1(fn_facilitated_diffusion_49(fn_tracheid_60(X)))
& membrane_1(fn_plant_cell_wall_26(fn_tracheid_52(X)))
& spatial_entity_1(fn_plant_cell_wall_26(fn_tracheid_52(X)))
& biomembrane_1(fn_plant_cell_wall_26(fn_tracheid_52(X)))
& plasma_membrane_1(fn_plant_cell_wall_26(fn_tracheid_52(X)))
& organelle_1(fn_eukaryotic_cellular_respiration_101(fn_tracheid_58(X)))
& mitochondrion_1(fn_eukaryotic_cellular_respiration_101(fn_tracheid_58(X)))
& semiautonomous_organelle_1(fn_eukaryotic_cellular_respiration_101(fn_tracheid_58(X)))
& chemical_reaction_1(fn_eukaryotic_cellular_respiration_96(fn_tracheid_58(X)))
& oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_tracheid_58(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_tracheid_58(X)))
& cell_1(fn_metabolic_pathway_1(fn_tracheid_58(X)))
& cell_1(fn_transport_vesicle_9(fn_tracheid_63(X)))
& plant_cell_1(fn_plant_cell_wall_24(fn_tracheid_52(X)))
& is_inside_2(fn_tracheid_66(X),fn_tracheid_52(X))
& is_inside_2(fn_tracheid_66(X),fn_tracheid_47(X))
& fn_tracheid_2(X) != fn_tracheid_3(X)
& shape_2(fn_tracheid_2(X),fn_tracheid_11(X))
& fn_tracheid_3(X) != fn_tracheid_2(X)
& shape_2(fn_tracheid_3(X),fn_tracheid_12(X))
& the_scalar_value_2(fn_tracheid_4(X),thin_0)
& scalar_unit_class_2(fn_tracheid_4(X),plant_cell_0)
& the_scalar_value_2(fn_tracheid_5(X),thin_0)
& scalar_unit_class_2(fn_tracheid_5(X),cavity_0)
& abuts_2(fn_tracheid_64(X),fn_tracheid_8(X))
& fn_tracheid_64(X) != fn_tracheid_52(X)
& is_inside_2(fn_tracheid_62(X),fn_tracheid_7(X))
& is_inside_2(fn_tracheid_61(X),fn_tracheid_7(X))
& agent_2(fn_tracheid_60(X),fn_tracheid_45(X))
& agent_2(fn_tracheid_59(X),fn_tracheid_61(X))
& fn_tracheid_57(X) != fn_tracheid_55(X)
& fn_tracheid_55(X) != fn_tracheid_57(X)
& agent_2(fn_tracheid_6(X),fn_tracheid_64(X))
& agent_2(fn_tracheid_6(X),fn_tracheid_52(X))
& abuts_2(fn_tracheid_8(X),fn_tracheid_64(X))
& thickness_2(fn_tracheid_8(X),fn_tracheid_5(X))
& consistency_2(X,fn_tracheid_18(X))
& length_2(X,fn_tracheid_9(X))
& thickness_2(X,fn_tracheid_4(X))
& has_region_2(X,fn_tracheid_3(X))
& has_region_2(X,fn_tracheid_2(X))
& the_scalar_value_2(fn_tracheid_9(X),long_0)
& scalar_unit_class_2(fn_tracheid_9(X),plant_transport_cell_0)
& the_categorical_value_2(fn_tracheid_54(X),tube_0)
& has_region_2(fn_tracheid_52(X),fn_tracheid_8(X))
& fn_tracheid_52(X) != fn_tracheid_64(X)
& is_inside_2(fn_tracheid_52(X),fn_tracheid_64(X))
& has_part_2(fn_tracheid_52(X),fn_tracheid_10(X))
& the_categorical_value_2(fn_tracheid_11(X),tapered_0)
& the_categorical_value_2(fn_tracheid_12(X),tapered_0)
& is_inside_2(fn_tracheid_48(X),fn_tracheid_1(X))
& the_categorical_value_2(fn_tracheid_18(X),elastic_0)
& called_2(fn_tracheid_45(X),'MP1')
& raw_material_2(fn_tracheid_59(X),fn_tracheid_48(X))
& has_part_2(X,fn_tracheid_63(X))
& path_2(fn_tracheid_60(X),fn_tracheid_65(X))
& path_2(fn_tracheid_60(X),fn_tracheid_66(X))
& is_between_2(fn_tracheid_66(X),fn_tracheid_47(X))
& is_inside_2(fn_tracheid_44(X),fn_tracheid_47(X))
& shape_2(X,fn_tracheid_54(X))
& has_function_2(fn_tracheid_64(X),fn_tracheid_55(X))
& agent_2(fn_tracheid_55(X),fn_tracheid_64(X))
& has_function_2(fn_tracheid_64(X),fn_tracheid_56(X))
& agent_2(fn_tracheid_56(X),fn_tracheid_64(X))
& agent_2(fn_tracheid_77(X),fn_tracheid_52(X))
& has_function_2(fn_tracheid_52(X),fn_tracheid_56(X))
& has_part_2(X,fn_tracheid_52(X))
& is_outside_2(fn_tracheid_52(X),fn_tracheid_66(X))
& agent_2(fn_tracheid_56(X),fn_tracheid_52(X))
& has_part_2(fn_tracheid_52(X),fn_tracheid_75(X))
& element_2(fn_tracheid_74(X),fn_tracheid_75(X))
& has_part_2(fn_tracheid_52(X),fn_tracheid_74(X))
& has_function_2(fn_tracheid_52(X),fn_tracheid_57(X))
& agent_2(fn_tracheid_57(X),fn_tracheid_52(X))
& has_region_2(fn_tracheid_45(X),fn_tracheid_44(X))
& has_part_2(X,fn_tracheid_30(X))
& called_2(fn_tracheid_43(X),'MP1')
& has_part_2(X,fn_tracheid_33(X))
& has_region_2(fn_tracheid_42(X),fn_tracheid_70(X))
& object_2(fn_tracheid_56(X),X)
& is_at_2(fn_tracheid_42(X),fn_tracheid_35(X))
& object_2(fn_tracheid_57(X),X)
& called_2(fn_tracheid_41(X),'MP2')
& the_scalar_value_2(fn_tracheid_37(X),big_0)
& scalar_unit_class_2(fn_tracheid_37(X),prokaryote_0)
& the_scalar_value_2(fn_tracheid_24(X),big_0)
& scalar_unit_class_2(fn_tracheid_24(X),polypeptide_0)
& object_2(fn_tracheid_77(X),X)
& is_across_2(fn_tracheid_45(X),fn_tracheid_66(X))
& is_between_2(fn_tracheid_49(X),fn_tracheid_66(X))
& is_at_2(fn_tracheid_45(X),fn_tracheid_66(X))
& is_inside_2(fn_tracheid_34(X),fn_tracheid_40(X))
& has_part_2(X,fn_tracheid_34(X))
& base_2(fn_tracheid_38(X),X)
& agent_2(fn_tracheid_38(X),X)
& has_part_2(X,fn_tracheid_28(X))
& size_2(X,fn_tracheid_37(X))
& directly_proportional_2(fn_tracheid_37(X),fn_tracheid_36(X))
& volume_2(X,fn_tracheid_36(X))
& has_part_2(X,fn_tracheid_31(X))
& site_2(fn_tracheid_39(X),fn_tracheid_31(X))
& is_inside_2(fn_tracheid_31(X),fn_tracheid_40(X))
& has_function_2(fn_tracheid_31(X),fn_tracheid_39(X))
& base_2(fn_tracheid_39(X),X)
& has_part_2(X,fn_tracheid_66(X))
& has_part_2(fn_tracheid_66(X),fn_tracheid_43(X))
& has_part_2(fn_tracheid_66(X),fn_tracheid_45(X))
& fn_tracheid_43(X) != fn_tracheid_45(X)
& fn_tracheid_41(X) != fn_tracheid_43(X)
& fn_tracheid_43(X) != fn_tracheid_41(X)
& fn_tracheid_45(X) != fn_tracheid_43(X)
& is_inside_2(fn_tracheid_30(X),fn_tracheid_40(X))
& abuts_2(fn_tracheid_31(X),fn_tracheid_30(X))
& abuts_2(fn_tracheid_30(X),fn_tracheid_31(X))
& fn_tracheid_31(X) != fn_tracheid_30(X)
& fn_tracheid_30(X) != fn_tracheid_31(X)
& has_region_2(fn_tracheid_66(X),fn_tracheid_44(X))
& is_outside_2(fn_tracheid_44(X),fn_tracheid_66(X))
& has_part_2(fn_tracheid_66(X),fn_tracheid_42(X))
& is_inside_2(fn_tracheid_45(X),fn_tracheid_42(X))
& fn_tracheid_45(X) != fn_tracheid_41(X)
& fn_tracheid_41(X) != fn_tracheid_45(X)
& greater_than_2(fn_tracheid_24(X),fn_tracheid_23(X))
& size_2(fn_tracheid_22(X),fn_tracheid_23(X))
& element_2(fn_tracheid_70(X),fn_tracheid_22(X))
& fn_tracheid_62(X) != fn_tracheid_61(X)
& has_part_2(fn_tracheid_49(X),fn_tracheid_62(X))
& is_inside_2(fn_tracheid_49(X),fn_tracheid_66(X))
& has_part_2(fn_tracheid_66(X),fn_tracheid_41(X))
& size_2(fn_tracheid_41(X),fn_tracheid_24(X))
& fn_tracheid_61(X) != fn_tracheid_62(X)
& is_inside_2(fn_tracheid_29(X),fn_tracheid_40(X))
& has_part_2(X,fn_tracheid_29(X))
& has_part_2(X,fn_tracheid_50(X))
& is_inside_2(fn_tracheid_50(X),fn_tracheid_51(X))
& is_between_2(fn_tracheid_49(X),fn_tracheid_51(X))
& subevent_2(fn_tracheid_58(X),fn_tracheid_76(X))
& has_function_2(fn_tracheid_53(X),fn_tracheid_58(X))
& has_part_2(X,fn_tracheid_53(X))
& has_part_2(X,fn_tracheid_49(X))
& has_part_2(fn_tracheid_49(X),fn_tracheid_61(X))
& agent_2(fn_tracheid_26(X),fn_tracheid_32(X))
& has_part_2(X,fn_tracheid_32(X))
& has_part_2(X,fn_tracheid_51(X))
& is_inside_2(fn_tracheid_51(X),fn_tracheid_40(X))
& is_inside_2(fn_tracheid_28(X),fn_tracheid_40(X))
& base_2(fn_tracheid_76(X),X)
& has_function_2(fn_tracheid_53(X),fn_tracheid_76(X))
& is_inside_2(fn_tracheid_53(X),fn_tracheid_40(X))
& is_inside_2(fn_tracheid_27(X),fn_tracheid_40(X))
& has_part_2(X,fn_tracheid_27(X))
& object_2(fn_tracheid_25(X),X)
& causes_2(fn_tracheid_26(X),fn_tracheid_25(X))
& agent_2(fn_tracheid_26(X),fn_tracheid_33(X))
& fn_tracheid_32(X) != fn_tracheid_33(X)
& fn_tracheid_33(X) != fn_tracheid_32(X)
& base_2(fn_tracheid_79(X),X)
& agent_2(fn_tracheid_79(X),fn_tracheid_29(X))
& has_function_2(fn_tracheid_29(X),fn_tracheid_79(X))
& object_2(fn_tracheid_79(X),fn_tracheid_49(X))
& has_part_2(fn_tracheid_49(X),fn_tracheid_40(X))
& has_function_2(X,fn_tracheid_78(X))
& base_2(fn_tracheid_78(X),X)
& has_function_2(X,fn_tracheid_58(X))
& base_2(fn_tracheid_58(X),X)
& has_region_2(X,fn_tracheid_35(X))
& fn_tracheid_67(X) = fn_catabolic_pathway_10(fn_tracheid_58(X))
& fn_tracheid_48(X) = fn_anabolic_pathway_6(fn_tracheid_59(X))
& X = fn_transport_vesicle_9(fn_tracheid_63(X))
& fn_tracheid_65(X) = fn_facilitated_diffusion_of_polar_molecule_2(fn_tracheid_60(X))
& fn_tracheid_65(X) = fn_facilitated_diffusion_of_polar_molecule_1(fn_tracheid_60(X))
& fn_tracheid_44(X) = fn_facilitated_diffusion_17(fn_tracheid_60(X))
& fn_tracheid_47(X) = fn_facilitated_diffusion_15(fn_tracheid_60(X))
& fn_tracheid_66(X) = fn_facilitated_diffusion_49(fn_tracheid_60(X))
& fn_tracheid_46(X) = fn_cell_3(X)
& fn_tracheid_54(X) = fn_cell_5(X)
& fn_tracheid_56(X) = fn_plant_cell_wall_27(fn_tracheid_64(X))
& fn_tracheid_55(X) = fn_plant_cell_wall_17(fn_tracheid_64(X))
& X = fn_plant_cell_wall_24(fn_tracheid_52(X))
& fn_tracheid_66(X) = fn_plant_cell_wall_26(fn_tracheid_52(X))
& fn_tracheid_56(X) = fn_plant_cell_wall_27(fn_tracheid_52(X))
& fn_tracheid_57(X) = fn_plant_cell_wall_17(fn_tracheid_52(X))
& fn_tracheid_74(X) = fn_plant_cell_23(X)
& fn_tracheid_74(X) = fn_plant_cell_wall_23(fn_tracheid_52(X))
& fn_tracheid_75(X) = fn_plant_cell_wall_10(fn_tracheid_52(X))
& fn_tracheid_52(X) = fn_plant_cell_82(X)
& fn_tracheid_75(X) = fn_plant_cell_22(X)
& fn_tracheid_75(X) = fn_plant_cell_wall_21(fn_tracheid_52(X))
& fn_tracheid_30(X) = fn_eukaryotic_cell_19(X)
& fn_tracheid_56(X) = fn_plant_cell_21(X)
& fn_tracheid_57(X) = fn_plant_cell_78(X)
& fn_tracheid_68(X) = fn_plant_cell_57(X)
& fn_tracheid_69(X) = fn_plant_cell_56(X)
& fn_tracheid_21(X) = fn_plant_cell_37(X)
& fn_tracheid_73(X) = fn_plant_cell_34(X)
& fn_tracheid_20(X) = fn_plant_cell_36(X)
& fn_tracheid_77(X) = fn_plant_cell_1(X)
& fn_tracheid_38(X) = fn_plant_cell_71(X)
& fn_tracheid_34(X) = fn_plant_cell_93(X)
& fn_tracheid_31(X) = fn_eukaryotic_cell_20(X)
& fn_tracheid_36(X) = fn_plant_cell_60(X)
& fn_tracheid_37(X) = fn_plant_cell_62(X)
& fn_tracheid_43(X) = fn_plant_cell_98(X)
& fn_tracheid_39(X) = fn_plant_cell_76(X)
& fn_tracheid_43(X) = fn_plant_cell_99(X)
& fn_tracheid_31(X) = fn_plant_cell_77(X)
& fn_tracheid_30(X) = fn_plant_cell_90(X)
& fn_tracheid_41(X) = fn_plant_cell_98(X)
& fn_tracheid_45(X) = fn_plant_cell_110(X)
& fn_tracheid_42(X) = fn_plant_cell_65(X)
& fn_tracheid_44(X) = fn_plant_cell_67(X)
& fn_tracheid_72(X) = fn_plant_cell_46(X)
& fn_tracheid_71(X) = fn_plant_cell_39(X)
& fn_tracheid_70(X) = fn_plant_cell_109(X)
& fn_tracheid_22(X) = fn_plant_cell_38(X)
& fn_tracheid_23(X) = fn_plant_cell_40(X)
& fn_tracheid_24(X) = fn_plant_cell_41(X)
& fn_tracheid_41(X) = fn_plant_cell_99(X)
& fn_tracheid_66(X) = fn_plant_cell_97(X)
& fn_tracheid_62(X) = fn_plant_cell_11(X)
& fn_tracheid_50(X) = fn_plant_cell_95(X)
& fn_tracheid_61(X) = fn_plant_cell_92(X)
& fn_tracheid_28(X) = fn_eukaryotic_cell_45(X)
& fn_tracheid_28(X) = fn_plant_cell_58(X)
& fn_tracheid_51(X) = fn_eukaryotic_cell_26(X)
& fn_tracheid_51(X) = fn_plant_cell_84(X)
& fn_tracheid_27(X) = fn_eukaryotic_cell_24(X)
& fn_tracheid_27(X) = fn_plant_cell_100(X)
& fn_tracheid_53(X) = fn_eukaryotic_cellular_respiration_101(fn_tracheid_58(X))
& fn_tracheid_76(X) = fn_eukaryotic_cellular_respiration_96(fn_tracheid_58(X))
& fn_tracheid_53(X) = fn_plant_cell_59(X)
& fn_tracheid_76(X) = fn_plant_cell_80(X)
& fn_tracheid_32(X) = fn_plant_cell_81(X)
& fn_tracheid_33(X) = fn_plant_cell_87(X)
& fn_tracheid_26(X) = fn_plant_cell_27(X)
& fn_tracheid_25(X) = fn_plant_cell_24(X)
& fn_tracheid_49(X) = fn_eukaryotic_cell_31(X)
& fn_tracheid_40(X) = fn_eukaryotic_cell_42(X)
& fn_tracheid_40(X) = fn_plant_cell_91(X)
& fn_tracheid_49(X) = fn_plant_cell_83(X)
& fn_tracheid_29(X) = fn_plant_cell_94(X)
& fn_tracheid_79(X) = fn_plant_cell_89(X)
& fn_tracheid_35(X) = fn_plant_cell_61(X)
& X = fn_metabolic_pathway_1(fn_tracheid_58(X))
& fn_tracheid_58(X) = fn_eukaryotic_cell_23(X)
& fn_tracheid_58(X) = fn_plant_cell_63(X)
& fn_tracheid_78(X) = fn_plant_cell_15(X)
& fn_facilitated_diffusion_of_polar_molecule_2(fn_tracheid_60(X)) = fn_facilitated_diffusion_of_polar_molecule_1(fn_tracheid_60(X))
& fn_facilitated_diffusion_of_polar_molecule_1(fn_tracheid_60(X)) = fn_plant_cell_23(X)
& fn_plant_cell_wall_23(fn_tracheid_52(X)) = fn_plant_cell_23(X)
& fn_plant_cell_23(X) = fn_plant_cell_wall_23(fn_tracheid_52(X))
& fn_plant_cell_wall_23(fn_tracheid_52(X)) = fn_plant_cell_22(X)
& fn_plant_cell_22(X) = fn_plant_cell_wall_10(fn_tracheid_52(X))
& fn_plant_cell_wall_10(fn_tracheid_52(X)) = fn_plant_cell_22(X)
& fn_plant_cell_22(X) = fn_plant_cell_22(X)
& fn_plant_cell_wall_21(fn_tracheid_52(X)) = fn_plant_cell_22(X)
& fn_plant_cell_22(X) = fn_plant_cell_wall_21(fn_tracheid_52(X))
& fn_plant_cell_wall_21(fn_tracheid_52(X)) = fn_plant_cell_wall_27(fn_tracheid_64(X))
& fn_plant_cell_wall_27(fn_tracheid_64(X)) = fn_plant_cell_wall_27(fn_tracheid_64(X))
& fn_plant_cell_wall_27(fn_tracheid_64(X)) = fn_plant_cell_wall_27(fn_tracheid_52(X))
& fn_plant_cell_wall_27(fn_tracheid_52(X)) = fn_plant_cell_wall_27(fn_tracheid_52(X))
& fn_plant_cell_wall_27(fn_tracheid_52(X)) = fn_plant_cell_21(X)
& fn_plant_cell_21(X) = fn_plant_cell_wall_17(fn_tracheid_52(X))
& fn_plant_cell_wall_17(fn_tracheid_52(X)) = fn_plant_cell_wall_17(fn_tracheid_52(X))
& fn_plant_cell_wall_17(fn_tracheid_52(X)) = fn_plant_cell_78(X)
& fn_plant_cell_78(X) = fn_plant_cell_98(X)
& fn_plant_cell_99(X) = fn_plant_cell_77(X)
& fn_plant_cell_77(X) = fn_eukaryotic_cell_20(X)
& fn_eukaryotic_cell_20(X) = fn_plant_cell_77(X)
& fn_plant_cell_77(X) = fn_plant_cell_77(X)
& fn_plant_cell_77(X) = fn_eukaryotic_cell_19(X)
& fn_eukaryotic_cell_19(X) = fn_plant_cell_90(X)
& fn_plant_cell_90(X) = fn_plant_cell_90(X)
& fn_plant_cell_90(X) = fn_facilitated_diffusion_17(fn_tracheid_60(X))
& fn_facilitated_diffusion_17(fn_tracheid_60(X)) = fn_plant_cell_67(X)
& fn_plant_cell_67(X) = fn_plant_cell_67(X)
& fn_plant_cell_67(X) = fn_plant_cell_98(X)
& fn_plant_cell_98(X) = fn_plant_cell_98(X)
& fn_plant_cell_98(X) = fn_plant_cell_99(X)
& fn_plant_cell_99(X) = fn_plant_cell_99(X)
& fn_plant_cell_99(X) = fn_facilitated_diffusion_49(fn_tracheid_60(X))
& fn_facilitated_diffusion_49(fn_tracheid_60(X)) = fn_facilitated_diffusion_49(fn_tracheid_60(X))
& fn_facilitated_diffusion_49(fn_tracheid_60(X)) = fn_plant_cell_wall_26(fn_tracheid_52(X))
& fn_plant_cell_97(X) = fn_plant_cell_wall_26(fn_tracheid_52(X))
& fn_plant_cell_wall_26(fn_tracheid_52(X)) = fn_plant_cell_97(X)
& fn_plant_cell_97(X) = fn_plant_cell_97(X)
& fn_plant_cell_97(X) = fn_eukaryotic_cell_45(X)
& fn_plant_cell_58(X) = fn_eukaryotic_cell_45(X)
& fn_eukaryotic_cell_45(X) = fn_plant_cell_58(X)
& fn_plant_cell_58(X) = fn_plant_cell_84(X)
& fn_plant_cell_84(X) = fn_plant_cell_84(X)
& fn_plant_cell_84(X) = fn_eukaryotic_cell_26(X)
& fn_eukaryotic_cell_26(X) = fn_plant_cell_84(X)
& fn_plant_cell_84(X) = fn_eukaryotic_cell_24(X)
& fn_plant_cell_100(X) = fn_eukaryotic_cell_24(X)
& fn_eukaryotic_cell_24(X) = fn_plant_cell_100(X)
& fn_plant_cell_100(X) = fn_plant_cell_59(X)
& fn_plant_cell_59(X) = fn_plant_cell_59(X)
& fn_plant_cell_59(X) = fn_eukaryotic_cellular_respiration_101(fn_tracheid_58(X))
& fn_eukaryotic_cellular_respiration_101(fn_tracheid_58(X)) = fn_plant_cell_59(X)
& fn_plant_cell_59(X) = fn_eukaryotic_cellular_respiration_96(fn_tracheid_58(X))
& fn_plant_cell_80(X) = fn_eukaryotic_cellular_respiration_96(fn_tracheid_58(X))
& fn_eukaryotic_cellular_respiration_96(fn_tracheid_58(X)) = fn_plant_cell_80(X)
& fn_plant_cell_80(X) = fn_plant_cell_80(X)
& fn_plant_cell_80(X) = fn_plant_cell_91(X)
& fn_plant_cell_91(X) = fn_plant_cell_91(X)
& fn_plant_cell_91(X) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_plant_cell_91(X)
& fn_plant_cell_91(X) = fn_plant_cell_83(X)
& fn_plant_cell_83(X) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_plant_cell_83(X)
& fn_plant_cell_83(X) = fn_plant_cell_83(X)
& fn_plant_cell_83(X) = fn_plant_cell_63(X)
& fn_plant_cell_63(X) = fn_eukaryotic_cell_23(X)
& fn_eukaryotic_cell_23(X) = fn_plant_cell_63(X)
& fn_plant_cell_63(X) = fn_plant_cell_63(X)
& fn_plant_cell_63(X) = fn_transport_vesicle_9(fn_tracheid_63(X))
& fn_transport_vesicle_9(fn_tracheid_63(X)) = fn_metabolic_pathway_1(fn_tracheid_58(X))
& fn_metabolic_pathway_1(fn_tracheid_58(X)) = fn_transport_vesicle_9(fn_tracheid_63(X))
& fn_transport_vesicle_9(fn_tracheid_63(X)) = fn_plant_cell_wall_24(fn_tracheid_52(X)) ) ) ).
fof(a533299,axiom,
! [X] :
( trade_1(X)
=> ( original_name_2(X,'Trade')
& user_description_2(X,'Trade is the transfer of ownership of goods and services from one person to another.')
& concept2words_2(X,trade)
& interact_1(X) ) ) ).
fof(a533300,axiom,
! [X] :
( trailer_segment_1(X)
=> ( original_name_2(X,'Trailer-segment')
& user_description_2(X,'Trailer segment is a sequence at mRNA which contains the \'stop codon\' serving as termination signal for protein/polypeptide synthesis')
& concept2words_2(X,'segment of trailer')
& concept2words_2(X,'trailer segment')
& concept2words_2(X,'trailer-segment')
& rna_sequence_1(X) ) ) ).
fof(a533301,axiom,
! [X] :
( training_1(X)
=> ( original_name_2(X,'Training')
& concept2words_2(X,training)
& concept2words_2(X,preparation)
& concept2words_2(X,grooming)
& concept2words_2(X,train)
& activity_1(X) ) ) ).
fof(a533302,axiom,
! [X] :
( trait_1(X)
=> ( original_name_2(X,'Trait')
& user_description_2(X,'A physical or physiological variant of a character.')
& concept2words_2(X,attribute)
& concept2words_2(X,feature)
& concept2words_2(X,'heritable feature')
& concept2words_2(X,'discrete trait')
& concept2words_2(X,'physical feature')
& concept2words_2(X,variant)
& concept2words_2(X,adaptation)
& concept2words_2(X,'evolutionary adaptation')
& concept2words_2(X,trait)
& character_1(X) ) ) ).
fof(a533303,axiom,
! [X] :
( trait_constant_1(X)
=> ( original_name_2(X,'Trait-Constant')
& concept2words_2(X,'constant of trait')
& concept2words_2(X,'trait constant')
& concept2words_2(X,'trait-constant')
& constant_1(X) ) ) ).
fof(a533304,axiom,
! [X] :
( trait_on_a_range_1(X)
=> ( original_name_2(X,'Trait-On-A-Range')
& user_description_2(X,'It refers to ranging of a phenotypic trait.')
& concept2words_2(X,'trait on a range')
& concept2words_2(X,'trait-on-a-range')
& phenotype_1(X)
& ~ autosomal_dominant_trait_1(X)
& ~ blood_type_phenotype_1(X)
& ~ dominant_phenotype_1(X)
& ~ codominant_1(X)
& ~ multifactorial_phenotype_1(X)
& ~ mutant_phenotype_1(X)
& ~ mutant_type_1(X)
& ~ parental_type_1(X)
& ~ phenotype_of_offspring_1(X)
& ~ phenotype_of_parent_1(X)
& ~ trait_on_a_scale_1(X)
& ~ wild_type_1(X)
& ~ x_chromosome_phenotype_dominant_1(X)
& ~ x_chromosome_phenotype_recessive_1(X) ) ) ).
fof(a533305,axiom,
! [X] :
( trait_on_a_scale_1(X)
=> ( original_name_2(X,'Trait-On-A-Scale')
& user_description_2(X,'Scoring of a trait on certain scale.')
& concept2words_2(X,'trait on a scale')
& concept2words_2(X,'trait-on-a-scale')
& phenotype_1(X)
& ~ autosomal_dominant_trait_1(X)
& ~ blood_type_phenotype_1(X)
& ~ dominant_phenotype_1(X)
& ~ codominant_1(X)
& ~ multifactorial_phenotype_1(X)
& ~ mutant_phenotype_1(X)
& ~ mutant_type_1(X)
& ~ parental_type_1(X)
& ~ phenotype_of_offspring_1(X)
& ~ phenotype_of_parent_1(X)
& ~ trait_on_a_range_1(X)
& ~ wild_type_1(X)
& ~ x_chromosome_phenotype_dominant_1(X)
& ~ x_chromosome_phenotype_recessive_1(X) ) ) ).
fof(a533306,axiom,
! [X] :
( trait_on_one_end_of_a_range_1(X)
=> ( original_name_2(X,'Trait-On-One-End-Of-A-Range')
& user_description_2(X,'It refers to phenotypic trait at an end of a defined range.')
& concept2words_2(X,'trait on one end of a range')
& concept2words_2(X,'trait-on-one-end-of-a-range')
& trait_on_a_range_1(X)
& ~ trait_on_the_middle_of_the_range_1(X) ) ) ).
fof(a533307,axiom,
! [X] :
( trait_on_the_middle_of_the_range_1(X)
=> ( original_name_2(X,'Trait-On-The-Middle-Of-The-Range')
& user_description_2(X,'It refers to phenotypic trait at the middle of defined range.')
& concept2words_2(X,'trait on the middle of the range')
& concept2words_2(X,'trait-on-the-middle-of-the-range')
& trait_on_a_range_1(X)
& ~ trait_on_one_end_of_a_range_1(X) ) ) ).
fof(a533308,axiom,
! [X] :
( trait_value_1(X)
=> ( original_name_2(X,'Trait-Value')
& description_2(X,'a distinguishing feature of personal nature')
& concept2words_2(X,trait)
& concept2words_2(X,'value of trait')
& concept2words_2(X,'trait value')
& concept2words_2(X,'trait-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a533309,axiom,
! [X,X1] :
( ( site_2(X,X1)
& transcription_1(X)
& mitochondrion_1(X1) )
=> ( trancription_in_mitochondria_1(X)
& fn_trancription_in_mitochondria_1(X) = X1 ) ) ).
fof(a533310,axiom,
! [X] :
( trancription_in_mitochondria_1(X)
=> ( original_name_2(X,'Trancription-In-Mitochondria')
& user_description_2(X,'The synthesis of RNA using mitochondrial DNA as a template.')
& concept2words_2(X,'trancription in mitochondrion')
& concept2words_2(X,'trancription-in-mitochondria')
& transcription_1(X)
& mitochondrion_1(fn_trancription_in_mitochondria_1(X))
& site_2(X,fn_trancription_in_mitochondria_1(X)) ) ) ).
fof(a533311,axiom,
! [X] :
( trans_face_1(X)
=> ( original_name_2(X,'Trans-face')
& user_description_2(X,'Trans face is one of the faces of the organelles.')
& concept2words_2(X,'trans face')
& concept2words_2(X,'trans-face')
& subcellular_region_1(X)
& face_region_1(X)
& ~ number_3_prime_end_1(X)
& ~ number_5_prime_end_1(X)
& ~ a_site_1(X)
& ~ e_site_1(X)
& ~ p_site_1(X)
& ~ active_site_1(X)
& ~ amino_end_1(X)
& ~ carboxyl_end_1(X)
& ~ cell_equator_1(X)
& ~ cell_opposite_pole_1(X)
& ~ cell_pole_1(X)
& ~ centromere_1(X)
& ~ cis_face_1(X)
& ~ cisternal_space_1(X)
& ~ cleavage_furrow_1(X)
& ~ cytoplasmic_side_1(X)
& ~ inside_face_1(X)
& ~ intermembrane_space_1(X)
& ~ metaphase_plate_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ origin_of_replication_1(X)
& ~ plasmodesmata_1(X)
& ~ poly_a__tail_1(X)
& ~ splice_site_1(X)
& ~ target_destination_1(X)
& ~ thylakoid_space_1(X)
& plasma_membrane_1(fn_trans_face_1(X))
& vesicle_1(fn_trans_face_2(X))
& create_1(fn_trans_face_3(X))
& locomotion_1(fn_trans_face_4(X))
& entity_1(fn_create_1(fn_trans_face_3(X)))
& spatial_entity_1(fn_locomotion_1(fn_trans_face_4(X)))
& origin_2(fn_trans_face_4(X),X)
& agent_2(fn_trans_face_3(X),X)
& has_function_2(X,fn_trans_face_3(X))
& is_oriented_toward_2(X,fn_trans_face_1(X))
& is_facing_2(X,fn_trans_face_1(X))
& result_2(fn_trans_face_3(X),fn_trans_face_2(X))
& object_2(fn_trans_face_4(X),fn_trans_face_2(X))
& agent_2(fn_trans_face_4(X),fn_trans_face_2(X))
& fn_trans_face_2(X) = fn_create_1(fn_trans_face_3(X))
& fn_trans_face_2(X) = fn_locomotion_1(fn_trans_face_4(X))
& fn_create_1(fn_trans_face_3(X)) = fn_locomotion_1(fn_trans_face_4(X))
& fn_locomotion_1(fn_trans_face_4(X)) = fn_locomotion_1(fn_trans_face_4(X)) ) ) ).
fof(a533312,axiom,
! [X] :
( trans_fat_1(X)
=> ( original_name_2(X,'Trans-Fat')
& user_description_2(X,'An unsaturated fat containing one or more trans double bonds.')
& concept2words_2(X,'trans fat')
& concept2words_2(X,'trans-fat')
& unsaturated_fat_1(X)
& ~ fish_fat_1(X)
& ~ plant_fat_1(X) ) ) ).
fof(a533313,axiom,
! [X] :
( transcribed_terminator_1(X)
=> ( original_name_2(X,'Transcribed-Terminator')
& user_description_2(X,'A sequence of nucleotides in DNA that marks the end of a gene and signals RNA polymerase to release the newly made RNA molecule and detach from the DNA.')
& concept2words_2(X,terminator)
& concept2words_2(X,'transcribed terminator')
& concept2words_2(X,'transcribed-terminator')
& rna_sequence_1(X)
& ~ regulatory_sequence_of_rna_1(X)
& pre_mrna_1(fn_transcribed_terminator_1(X))
& speed_value_1(fn_transcribed_terminator_2(X))
& quantity_value_1(fn_transcribed_terminator_3(X))
& constant_motion_1(fn_transcribed_terminator_4(X))
& carbon_skeleton_1(fn_transcribed_terminator_5(X))
& kinetic_energy_1(fn_transcribed_terminator_6(X))
& atom_1(fn_transcribed_terminator_7(X))
& chemical_entity_1(fn_transcribed_terminator_7(X))
& monomer_1(fn_transcribed_terminator_8(X))
& carbon_1(fn_transcribed_terminator_9(X))
& size_value_1(fn_transcribed_terminator_10(X))
& entity_1(fn_transcribed_terminator_11(X))
& entity_1(fn_transcribed_terminator_12(X))
& size_value_1(fn_transcribed_terminator_13(X))
& constant_motion_1(fn_kinetic_energy_1(fn_transcribed_terminator_6(X)))
& atom_1(fn_carbon_skeleton_2(fn_transcribed_terminator_5(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_transcribed_terminator_5(X)))
& carbon_1(fn_carbon_skeleton_4(fn_transcribed_terminator_5(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_transcribed_terminator_6(X)))
& has_part_2(fn_transcribed_terminator_1(X),X)
& has_part_2(X,fn_transcribed_terminator_9(X))
& has_part_2(X,fn_transcribed_terminator_8(X))
& has_part_2(X,fn_transcribed_terminator_7(X))
& has_region_2(X,fn_transcribed_terminator_5(X))
& directly_proportional_2(fn_transcribed_terminator_2(X),fn_transcribed_terminator_3(X))
& quantity_2(fn_transcribed_terminator_6(X),fn_transcribed_terminator_3(X))
& speed_2(fn_transcribed_terminator_4(X),fn_transcribed_terminator_2(X))
& possesses_2(X,fn_transcribed_terminator_6(X))
& object_2(fn_transcribed_terminator_4(X),X)
& size_2(X,fn_transcribed_terminator_10(X))
& greater_than_2(fn_transcribed_terminator_10(X),fn_transcribed_terminator_13(X))
& size_2(fn_transcribed_terminator_8(X),fn_transcribed_terminator_13(X))
& is_inside_2(fn_transcribed_terminator_9(X),fn_transcribed_terminator_5(X))
& fn_transcribed_terminator_7(X) != fn_transcribed_terminator_9(X)
& fn_transcribed_terminator_9(X) != fn_transcribed_terminator_7(X)
& first_element_2(X,fn_transcribed_terminator_11(X))
& next_element_2(fn_transcribed_terminator_11(X),fn_transcribed_terminator_12(X))
& element_2(X,fn_transcribed_terminator_12(X))
& element_2(X,fn_transcribed_terminator_11(X))
& fn_transcribed_terminator_4(X) = fn_kinetic_energy_1(fn_transcribed_terminator_6(X))
& X = fn_kinetic_energy_2(fn_transcribed_terminator_6(X))
& fn_transcribed_terminator_8(X) = fn_nucleic_acid_sequence_5(X)
& fn_transcribed_terminator_13(X) = fn_nucleic_acid_sequence_1(X)
& fn_transcribed_terminator_10(X) = fn_nucleic_acid_sequence_2(X)
& fn_transcribed_terminator_7(X) = fn_carbon_skeleton_2(fn_transcribed_terminator_5(X))
& fn_transcribed_terminator_9(X) = fn_carbon_skeleton_4(fn_transcribed_terminator_5(X))
& fn_transcribed_terminator_12(X) = fn_sequence_1(X)
& fn_transcribed_terminator_11(X) = fn_sequence_2(X)
& fn_kinetic_energy_2(fn_transcribed_terminator_6(X)) = fn_kinetic_energy_2(fn_transcribed_terminator_6(X)) ) ) ).
fof(a533314,axiom,
! [X] :
( transcription_1(X)
=> ( original_name_2(X,'Transcription')
& user_description_2(X,'The production of an mRNA transcript from a DNA strand that is used as a template.')
& concept2words_2(X,'rna synthesis')
& concept2words_2(X,'pre mrna synthesis')
& concept2words_2(X,'pre-mrna-synthesis')
& concept2words_2(X,'synthesis of rna from dna template')
& concept2words_2(X,'synthesis of rna from a dna template')
& concept2words_2(X,synthesize)
& concept2words_2(X,transcribe)
& concept2words_2(X,transcription)
& synthesis_of_rna_1(X)
& ~ dna_replication_1(X)
& ~ reverse_transcription_1(X)
& ~ translation_1(X)
& transcription_initiation_1(fn_transcription_1(X))
& number_5_prime_end_1(fn_transcription_3(X))
& length_value_1(fn_transcription_4(X))
& number_3_prime_end_1(fn_transcription_5(X))
& transcription_factor_1(fn_transcription_6(X))
& gene_1(fn_transcription_7(X))
& chemical_entity_1(fn_transcription_10(X))
& atp_1(fn_transcription_10(X))
& structural_complexity_value_1(fn_transcription_11(X))
& structural_complexity_value_1(fn_transcription_12(X))
& gene_1(fn_transcription_13(X))
& move_1(fn_transcription_14(X))
& add_1(fn_transcription_15(X))
& spatial_entity_1(fn_transcription_16(X))
& rna_polymerase_1(fn_transcription_16(X))
& detach_1(fn_transcription_17(X))
& transcription_elongation_1(fn_transcription_18(X))
& transcription_unit_1(fn_transcription_19(X))
& transcription_termination_1(fn_transcription_20(X))
& rna_1(fn_transcription_21(X))
& cell_1(fn_transcription_22(X))
& gene_1(fn_transcription_unit_1(fn_transcription_19(X)))
& add_1(fn_transcription_elongation_6(fn_transcription_18(X)))
& move_1(fn_transcription_elongation_7(fn_transcription_18(X)))
& detach_1(fn_transcription_termination_1(fn_transcription_20(X)))
& detach_1(fn_transcription_termination_2(fn_transcription_20(X)))
& rna_polymerase_1(fn_transcription_termination_3(fn_transcription_20(X)))
& spatial_entity_1(fn_transcription_elongation_4(fn_transcription_18(X)))
& rna_polymerase_1(fn_transcription_elongation_4(fn_transcription_18(X)))
& instrument_2(fn_transcription_18(X),fn_transcription_7(X))
& next_event_2(fn_transcription_18(X),fn_transcription_20(X))
& subevent_2(X,fn_transcription_1(X))
& subevent_2(X,fn_transcription_20(X))
& subevent_2(X,fn_transcription_18(X))
& base_2(X,fn_transcription_19(X))
& agent_2(X,fn_transcription_6(X))
& origin_2(X,fn_transcription_3(X))
& distance_2(X,fn_transcription_4(X))
& destination_2(X,fn_transcription_5(X))
& experiencer_2(X,fn_transcription_22(X))
& object_2(X,fn_transcription_13(X))
& first_subevent_2(X,fn_transcription_1(X))
& next_event_2(fn_transcription_1(X),fn_transcription_18(X))
& structural_complexity_2(fn_transcription_10(X),fn_transcription_11(X))
& base_2(X,fn_transcription_22(X))
& has_part_2(fn_transcription_19(X),fn_transcription_13(X))
& raw_material_2(X,fn_transcription_10(X))
& result_2(X,fn_transcription_21(X))
& structural_complexity_2(fn_transcription_21(X),fn_transcription_12(X))
& greater_than_2(fn_transcription_12(X),fn_transcription_11(X))
& subevent_2(fn_transcription_20(X),fn_transcription_17(X))
& object_2(fn_transcription_17(X),fn_transcription_16(X))
& subevent_2(fn_transcription_18(X),fn_transcription_15(X))
& first_subevent_2(fn_transcription_18(X),fn_transcription_14(X))
& object_2(fn_transcription_14(X),fn_transcription_16(X))
& agent_2(fn_transcription_15(X),fn_transcription_16(X))
& next_event_2(fn_transcription_14(X),fn_transcription_15(X))
& subevent_2(fn_transcription_18(X),fn_transcription_14(X))
& fn_transcription_22(X) = fn_metabolic_pathway_1(X)
& fn_transcription_13(X) = fn_transcription_unit_1(fn_transcription_19(X))
& fn_transcription_10(X) = fn_anabolic_pathway_6(X)
& fn_transcription_10(X) = fn_synthesis_of_rna_3(X)
& fn_transcription_8(X) = fn_anabolic_pathway_1(X)
& fn_transcription_9(X) = fn_anabolic_pathway_2(X)
& fn_transcription_11(X) = fn_anabolic_pathway_4(X)
& fn_transcription_12(X) = fn_anabolic_pathway_3(X)
& fn_transcription_21(X) = fn_polymer_synthesis_23(X)
& fn_transcription_21(X) = fn_anabolic_pathway_5(X)
& fn_transcription_16(X) = fn_transcription_termination_3(fn_transcription_20(X))
& fn_transcription_17(X) = fn_transcription_termination_1(fn_transcription_20(X))
& fn_transcription_17(X) = fn_transcription_termination_2(fn_transcription_20(X))
& fn_transcription_15(X) = fn_transcription_elongation_6(fn_transcription_18(X))
& fn_transcription_16(X) = fn_transcription_elongation_4(fn_transcription_18(X))
& fn_transcription_14(X) = fn_transcription_elongation_7(fn_transcription_18(X))
& fn_anabolic_pathway_6(X) = fn_anabolic_pathway_6(X)
& fn_anabolic_pathway_6(X) = fn_synthesis_of_rna_3(X)
& fn_synthesis_of_rna_3(X) = fn_anabolic_pathway_5(X)
& fn_anabolic_pathway_5(X) = fn_polymer_synthesis_23(X)
& fn_polymer_synthesis_23(X) = fn_anabolic_pathway_5(X)
& fn_anabolic_pathway_5(X) = fn_transcription_termination_2(fn_transcription_20(X))
& fn_transcription_termination_2(fn_transcription_20(X)) = fn_transcription_termination_1(fn_transcription_20(X))
& fn_transcription_termination_1(fn_transcription_20(X)) = fn_transcription_termination_2(fn_transcription_20(X))
& fn_transcription_termination_2(fn_transcription_20(X)) = fn_transcription_termination_3(fn_transcription_20(X))
& fn_transcription_termination_3(fn_transcription_20(X)) = fn_transcription_elongation_4(fn_transcription_18(X))
& fn_transcription_elongation_4(fn_transcription_18(X)) = fn_transcription_elongation_4(fn_transcription_18(X)) ) ) ).
fof(a533315,axiom,
! [X] :
( transcription_elongation_1(X)
=> ( original_name_2(X,'Transcription-Elongation')
& user_description_2(X,'The continuous addition of RNA nucleotides to the 3\' end of the mRNA transcript that is being formed.')
& concept2words_2(X,'rna synthesis elongation')
& concept2words_2(X,'elongation of transcription')
& concept2words_2(X,'transcription elongation')
& concept2words_2(X,'transcription-elongation')
& transcription_phase_1(X)
& elongation_1(fn_transcription_elongation_1(X))
& dna_1(fn_transcription_elongation_2(X))
& attach_1(fn_transcription_elongation_3(X))
& spatial_entity_1(fn_transcription_elongation_4(X))
& rna_polymerase_1(fn_transcription_elongation_4(X))
& break_contact_1(fn_transcription_elongation_5(X))
& add_1(fn_transcription_elongation_6(X))
& move_1(fn_transcription_elongation_7(X))
& nucleotide_1(fn_transcription_elongation_8(X))
& spatial_entity_1(fn_transcription_elongation_9(X))
& pre_mrna_1(fn_transcription_elongation_9(X))
& spatial_entity_1(fn_move_1(fn_transcription_elongation_7(X)))
& spatial_entity_1(fn_add_1(fn_transcription_elongation_6(X)))
& add_1(fn_rna_polymerase_11(fn_transcription_elongation_4(X)))
& spatial_entity_1(fn_break_contact_1(fn_transcription_elongation_5(X)))
& pre_mrna_1(fn_rna_polymerase_9(fn_transcription_elongation_4(X)))
& next_event_2(fn_transcription_elongation_7(X),fn_transcription_elongation_6(X))
& next_event_2(fn_transcription_elongation_6(X),fn_transcription_elongation_1(X))
& object_2(fn_transcription_elongation_1(X),fn_transcription_elongation_9(X))
& next_event_2(fn_transcription_elongation_1(X),fn_transcription_elongation_5(X))
& next_event_2(fn_transcription_elongation_1(X),fn_transcription_elongation_3(X))
& is_along_2(fn_transcription_elongation_4(X),fn_transcription_elongation_2(X))
& is_along_2(fn_transcription_elongation_2(X),fn_transcription_elongation_4(X))
& subevent_2(X,fn_transcription_elongation_3(X))
& subevent_2(X,fn_transcription_elongation_5(X))
& subevent_2(X,fn_transcription_elongation_1(X))
& subevent_2(X,fn_transcription_elongation_6(X))
& subevent_2(X,fn_transcription_elongation_7(X))
& first_subevent_2(X,fn_transcription_elongation_7(X))
& result_2(fn_transcription_elongation_3(X),fn_transcription_elongation_2(X))
& object_2(fn_transcription_elongation_7(X),fn_transcription_elongation_4(X))
& object_2(fn_transcription_elongation_5(X),fn_transcription_elongation_9(X))
& object_2(fn_transcription_elongation_6(X),fn_transcription_elongation_8(X))
& agent_2(fn_transcription_elongation_6(X),fn_transcription_elongation_4(X))
& base_2(fn_transcription_elongation_6(X),fn_transcription_elongation_9(X))
& fn_transcription_elongation_4(X) = fn_move_1(fn_transcription_elongation_7(X))
& fn_transcription_elongation_9(X) = fn_break_contact_1(fn_transcription_elongation_5(X))
& fn_transcription_elongation_8(X) = fn_add_1(fn_transcription_elongation_6(X))
& fn_transcription_elongation_9(X) = fn_rna_polymerase_9(fn_transcription_elongation_4(X))
& fn_transcription_elongation_6(X) = fn_rna_polymerase_11(fn_transcription_elongation_4(X))
& fn_break_contact_1(fn_transcription_elongation_5(X)) = fn_rna_polymerase_9(fn_transcription_elongation_4(X)) ) ) ).
fof(a533316,axiom,
! [X] :
( transcription_factor_1(X)
=> ( original_name_2(X,'Transcription-Factor')
& user_description_2(X,'A protein that binds to a specific DNA sequence and thus affects the transcription of that particular gene.')
& concept2words_2(X,'sequence specific dna binding factor')
& concept2words_2(X,'sequence-specific dna binding factor')
& concept2words_2(X,'general transcription factor')
& concept2words_2(X,'sequence specific dna binding factor')
& concept2words_2(X,'sequence-specific dna binding factor')
& concept2words_2(X,'factor of transcription')
& concept2words_2(X,'transcription factor')
& concept2words_2(X,'transcription-factor')
& regulatory_protein_1(X)
& ~ camp_receptor_protein_1(X)
& ~ cyclin_1(X)
& ~ cytokine_1(X)
& ~ interferon_1(X)
& ~ mpf_1(X)
& ~ tropomyosin_1(X)
& ~ ubiquitin_1(X)
& gene_regulation_1(fn_transcription_factor_1(X))
& dna_sequence_1(fn_transcription_factor_2(X))
& gene_activation_1(fn_transcription_factor_3(X))
& monomer_1(fn_transcription_factor_4(X))
& size_value_1(fn_transcription_factor_5(X))
& size_value_1(fn_transcription_factor_6(X))
& binding_site_1(fn_transcription_factor_7(X))
& attach_1(fn_transcription_factor_8(X))
& binding_site_1(fn_transcription_factor_9(X))
& spatial_entity_1(fn_attach_2(fn_transcription_factor_8(X)))
& spatial_entity_1(fn_attach_1(fn_transcription_factor_8(X)))
& agent_2(fn_transcription_factor_3(X),X)
& has_region_2(X,fn_transcription_factor_7(X))
& has_region_2(fn_transcription_factor_2(X),fn_transcription_factor_9(X))
& agent_2(fn_transcription_factor_8(X),X)
& agent_2(fn_transcription_factor_1(X),X)
& base_2(fn_transcription_factor_8(X),fn_transcription_factor_9(X))
& object_2(fn_transcription_factor_8(X),fn_transcription_factor_7(X))
& has_part_2(X,fn_transcription_factor_4(X))
& size_2(fn_transcription_factor_4(X),fn_transcription_factor_6(X))
& greater_than_2(fn_transcription_factor_5(X),fn_transcription_factor_6(X))
& size_2(X,fn_transcription_factor_5(X))
& the_scalar_value_2(fn_transcription_factor_5(X),big_0)
& scalar_unit_class_2(fn_transcription_factor_5(X),polypeptide_0)
& fn_transcription_factor_9(X) = fn_attach_2(fn_transcription_factor_8(X))
& fn_transcription_factor_7(X) = fn_attach_1(fn_transcription_factor_8(X))
& fn_transcription_factor_5(X) = fn_polymer_8(X)
& fn_transcription_factor_6(X) = fn_polymer_7(X)
& fn_transcription_factor_4(X) = fn_polymer_6(X)
& fn_transcription_factor_4(X) = fn_polymer_4(X)
& fn_transcription_factor_5(X) = fn_protein_9(X)
& fn_polymer_4(X) = fn_polymer_6(X)
& fn_polymer_6(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_polymer_8(X)
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X) ) ) ).
fof(a533317,axiom,
! [X] :
( transcription_factor_gene_1(X)
=> ( original_name_2(X,'Transcription-Factor-Gene')
& user_description_2(X,'A gene that codes for Transcription factor.')
& concept2words_2(X,'transcription factor gene')
& concept2words_2(X,'transcription-factor-gene')
& regulatory_gene_1(X)
& code_for_1(fn_transcription_factor_gene_1(X))
& transcription_factor_1(fn_transcription_factor_gene_2(X))
& has_function_2(X,fn_transcription_factor_gene_1(X))
& agent_2(fn_transcription_factor_gene_1(X),X)
& donor_2(fn_transcription_factor_gene_1(X),X)
& result_2(fn_transcription_factor_gene_1(X),fn_transcription_factor_gene_2(X))
& fn_transcription_factor_gene_2(X) = fn_regulatory_gene_2(X)
& fn_transcription_factor_gene_1(X) = fn_regulatory_gene_1(X) ) ) ).
fof(a533318,axiom,
! [X,X1] :
( ( site_2(X,X1)
& transcription_1(X)
& chloroplast_1(X1) )
=> ( transcription_in_chloroplast_1(X)
& fn_transcription_in_chloroplast_1(X) = X1 ) ) ).
fof(a533319,axiom,
! [X] :
( transcription_in_chloroplast_1(X)
=> ( original_name_2(X,'Transcription-In-Chloroplast')
& user_description_2(X,'Transcription, the first step of protein synthesis, uses DNA as the template to form mRNA. Because chloroplasts have their own DNA, some proteins are synthesized in the chloroplast.')
& concept2words_2(X,'transcription in chloroplast')
& concept2words_2(X,'transcription-in-chloroplast')
& transcription_1(X)
& chloroplast_1(fn_transcription_in_chloroplast_1(X))
& site_2(X,fn_transcription_in_chloroplast_1(X)) ) ) ).
fof(a533320,axiom,
! [X] :
( transcription_initiation_1(X)
=> ( original_name_2(X,'Transcription-Initiation')
& user_description_2(X,'The commencement of transcription which begins when transcription factors bind to the promoter on the DNA, which mediates the binding of RNA polymerase to the DNA, forming a transcription initiation complex.')
& concept2words_2(X,'rna synthesis initiation')
& concept2words_2(X,'rna synthesis-initiation')
& concept2words_2(X,'initiation of transcription')
& concept2words_2(X,'transcription initiation')
& concept2words_2(X,'transcription-initiation')
& transcription_phase_1(X)
& break_contact_1(fn_transcription_initiation_1(X))
& create_1(fn_transcription_initiation_2(X))
& spatial_entity_1(fn_transcription_initiation_3(X))
& rna_polymerase_1(fn_transcription_initiation_4(X))
& detach_1(fn_transcription_initiation_5(X))
& add_1(fn_transcription_initiation_6(X))
& gene_activation_1(fn_transcription_initiation_7(X))
& attach_1(fn_transcription_initiation_8(X))
& ribonucleoside_monophosphate_1(fn_transcription_initiation_9(X))
& entity_1(fn_transcription_initiation_10(X))
& gene_1(fn_transcription_initiation_10(X))
& control_element_1(fn_transcription_initiation_11(X))
& tata_box_1(fn_transcription_initiation_11(X))
& move_1(fn_transcription_initiation_12(X))
& ribonucleoside_monophosphate_1(fn_transcription_initiation_13(X))
& transcription_initiation_complex_1(fn_transcription_initiation_14(X))
& spatial_entity_1(fn_transcription_initiation_15(X))
& rna_polymerase_1(fn_transcription_initiation_15(X))
& spatial_entity_1(fn_transcription_initiation_16(X))
& promoter_1(fn_transcription_initiation_16(X))
& attach_1(fn_transcription_initiation_17(X))
& transcription_factor_1(fn_transcription_initiation_18(X))
& spatial_entity_1(fn_attach_1(fn_transcription_initiation_8(X)))
& tata_box_1(fn_promoter_2(fn_transcription_initiation_16(X)))
& transcription_factor_1(fn_transcription_initiation_complex_1(fn_transcription_initiation_14(X)))
& ribonucleoside_monophosphate_1(fn_rna_polymerase_10(fn_transcription_initiation_15(X)))
& add_1(fn_rna_polymerase_11(fn_transcription_initiation_15(X)))
& spatial_entity_1(fn_attach_2(fn_transcription_initiation_17(X)))
& promoter_1(fn_transcription_initiation_complex_3(fn_transcription_initiation_14(X)))
& gene_1(fn_gene_regulation_1(fn_transcription_initiation_7(X)))
& entity_1(fn_gene_activation_10(fn_transcription_initiation_7(X)))
& gene_1(fn_gene_activation_10(fn_transcription_initiation_7(X)))
& attach_1(fn_control_element_1(fn_transcription_initiation_11(X)))
& attach_1(fn_transcription_factor_8(fn_transcription_initiation_18(X)))
& spatial_entity_1(fn_move_1(fn_transcription_initiation_12(X)))
& spatial_entity_1(fn_attach_1(fn_transcription_initiation_17(X)))
& rna_polymerase_1(fn_transcription_initiation_complex_2(fn_transcription_initiation_14(X)))
& next_event_2(fn_transcription_initiation_7(X),fn_transcription_initiation_5(X))
& next_event_2(fn_transcription_initiation_5(X),fn_transcription_initiation_8(X))
& agent_2(fn_transcription_initiation_8(X),fn_transcription_initiation_4(X))
& abuts_2(fn_transcription_initiation_10(X),fn_transcription_initiation_18(X))
& origin_2(fn_transcription_initiation_12(X),fn_transcription_initiation_16(X))
& destination_2(fn_transcription_initiation_12(X),fn_transcription_initiation_3(X))
& agent_2(fn_transcription_initiation_2(X),fn_transcription_initiation_15(X))
& raw_material_2(fn_transcription_initiation_2(X),fn_transcription_initiation_13(X))
& next_event_2(fn_transcription_initiation_1(X),fn_transcription_initiation_12(X))
& next_event_2(fn_transcription_initiation_1(X),fn_transcription_initiation_2(X))
& next_event_2(fn_transcription_initiation_17(X),fn_transcription_initiation_1(X))
& result_2(fn_transcription_initiation_17(X),fn_transcription_initiation_14(X))
& subevent_2(X,fn_transcription_initiation_7(X))
& subevent_2(X,fn_transcription_initiation_5(X))
& subevent_2(X,fn_transcription_initiation_8(X))
& subevent_2(X,fn_transcription_initiation_2(X))
& subevent_2(X,fn_transcription_initiation_1(X))
& subevent_2(X,fn_transcription_initiation_17(X))
& result_2(X,fn_transcription_initiation_14(X))
& agent_2(X,fn_transcription_initiation_18(X))
& minCardinality(X,agent_0,"1",transcription_factor_0)
& instrument_2(X,fn_transcription_initiation_10(X))
& abuts_2(fn_transcription_initiation_18(X),fn_transcription_initiation_10(X))
& object_2(fn_transcription_initiation_12(X),fn_transcription_initiation_15(X))
& object_2(fn_transcription_initiation_17(X),fn_transcription_initiation_15(X))
& object_2(fn_transcription_initiation_8(X),fn_transcription_initiation_9(X))
& base_2(fn_transcription_initiation_17(X),fn_transcription_initiation_16(X))
& agent_2(fn_transcription_initiation_17(X),fn_transcription_initiation_11(X))
& has_part_2(fn_transcription_initiation_16(X),fn_transcription_initiation_11(X))
& element_2(fn_transcription_initiation_14(X),fn_transcription_initiation_15(X))
& element_2(fn_transcription_initiation_14(X),fn_transcription_initiation_16(X))
& element_2(fn_transcription_initiation_14(X),fn_transcription_initiation_18(X))
& object_2(fn_transcription_initiation_7(X),fn_transcription_initiation_10(X))
& agent_2(fn_transcription_initiation_17(X),fn_transcription_initiation_18(X))
& agent_2(fn_transcription_initiation_6(X),fn_transcription_initiation_15(X))
& object_2(fn_transcription_initiation_6(X),fn_transcription_initiation_13(X))
& fn_transcription_initiation_15(X) = fn_move_1(fn_transcription_initiation_12(X))
& fn_transcription_initiation_15(X) = fn_attach_1(fn_transcription_initiation_17(X))
& fn_transcription_initiation_9(X) = fn_attach_1(fn_transcription_initiation_8(X))
& fn_transcription_initiation_16(X) = fn_attach_2(fn_transcription_initiation_17(X))
& fn_transcription_initiation_17(X) = fn_control_element_1(fn_transcription_initiation_11(X))
& fn_transcription_initiation_11(X) = fn_promoter_2(fn_transcription_initiation_16(X))
& fn_transcription_initiation_15(X) = fn_transcription_initiation_complex_2(fn_transcription_initiation_14(X))
& fn_transcription_initiation_16(X) = fn_transcription_initiation_complex_3(fn_transcription_initiation_14(X))
& fn_transcription_initiation_18(X) = fn_transcription_initiation_complex_1(fn_transcription_initiation_14(X))
& fn_transcription_initiation_10(X) = fn_gene_regulation_1(fn_transcription_initiation_7(X))
& fn_transcription_initiation_10(X) = fn_gene_activation_10(fn_transcription_initiation_7(X))
& fn_transcription_initiation_17(X) = fn_transcription_factor_8(fn_transcription_initiation_18(X))
& fn_transcription_initiation_13(X) = fn_rna_polymerase_10(fn_transcription_initiation_15(X))
& fn_transcription_initiation_6(X) = fn_rna_polymerase_11(fn_transcription_initiation_15(X))
& fn_attach_2(fn_transcription_initiation_17(X)) = fn_transcription_initiation_complex_3(fn_transcription_initiation_14(X))
& fn_transcription_initiation_complex_3(fn_transcription_initiation_14(X)) = fn_gene_regulation_1(fn_transcription_initiation_7(X))
& fn_gene_regulation_1(fn_transcription_initiation_7(X)) = fn_gene_activation_10(fn_transcription_initiation_7(X))
& fn_gene_activation_10(fn_transcription_initiation_7(X)) = fn_control_element_1(fn_transcription_initiation_11(X))
& fn_control_element_1(fn_transcription_initiation_11(X)) = fn_transcription_factor_8(fn_transcription_initiation_18(X))
& fn_transcription_factor_8(fn_transcription_initiation_18(X)) = fn_move_1(fn_transcription_initiation_12(X))
& fn_move_1(fn_transcription_initiation_12(X)) = fn_attach_1(fn_transcription_initiation_17(X))
& fn_attach_1(fn_transcription_initiation_17(X)) = fn_attach_1(fn_transcription_initiation_17(X))
& fn_attach_1(fn_transcription_initiation_17(X)) = fn_transcription_initiation_complex_2(fn_transcription_initiation_14(X)) ) ) ).
fof(a533321,axiom,
! [X] :
( transcription_initiation_complex_1(X)
=> ( original_name_2(X,'Transcription-Initiation-complex')
& user_description_2(X,'It is a complex formed by joining of transcription factor and RNA polymerase on promoter')
& concept2words_2(X,'transcription initiation complex')
& concept2words_2(X,'transcription-initiation-complex')
& protein_related_aggregates_1(X)
& transcription_factor_1(fn_transcription_initiation_complex_1(X))
& rna_polymerase_1(fn_transcription_initiation_complex_2(X))
& promoter_1(fn_transcription_initiation_complex_3(X))
& element_2(X,fn_transcription_initiation_complex_3(X))
& element_2(X,fn_transcription_initiation_complex_2(X))
& element_2(X,fn_transcription_initiation_complex_1(X)) ) ) ).
fof(a533322,axiom,
! [X] :
( transcription_of_bicoid_gene_1(X)
=> ( original_name_2(X,'Transcription-Of-Bicoid-Gene')
& user_description_2(X,'Transcription of the bicoid gene, or Bicoid RNA synthesis, is the process of creating an equivalent Bicoid RNA copy of a sequence of DNA.')
& concept2words_2(X,'transcription of bicoid gene')
& concept2words_2(X,'transcription-of-bicoid-gene')
& transcription_1(X)
& ovary_1(fn_transcription_of_bicoid_gene_1(X))
& nurse_cell_1(fn_transcription_of_bicoid_gene_2(X))
& synthesis_of_mrna_1(fn_transcription_of_bicoid_gene_3(X))
& transcription_1(fn_synthesis_of_mrna_2(fn_transcription_of_bicoid_gene_3(X)))
& has_part_2(fn_transcription_of_bicoid_gene_1(X),fn_transcription_of_bicoid_gene_2(X))
& site_2(X,fn_transcription_of_bicoid_gene_2(X))
& first_subevent_2(fn_transcription_of_bicoid_gene_3(X),X)
& subevent_2(fn_transcription_of_bicoid_gene_3(X),X)
& X = fn_synthesis_of_mrna_2(fn_transcription_of_bicoid_gene_3(X))
& fn_synthesis_of_mrna_2(fn_transcription_of_bicoid_gene_3(X)) = fn_synthesis_of_mrna_2(fn_transcription_of_bicoid_gene_3(X)) ) ) ).
fof(a533323,axiom,
! [X] :
( transcription_phase_1(X)
=> ( original_name_2(X,'Transcription-Phase')
& user_description_2(X,'Phase of Transcription')
& concept2words_2(X,'undergo the transcription phase')
& concept2words_2(X,'phase of transcription')
& concept2words_2(X,'transcription phase')
& concept2words_2(X,'transcription-phase')
& nucleic_acid_process_1(X) ) ) ).
fof(a533324,axiom,
! [X] :
( transcription_termination_1(X)
=> ( original_name_2(X,'Transcription-Termination')
& user_description_2(X,'The process of terminating the transcription of DNA, signaled when the RNA polymerase transcribes a terminator sequence in the DNA.')
& concept2words_2(X,'rna synthesis termination')
& concept2words_2(X,'termination of transcription')
& concept2words_2(X,'transcription termination')
& concept2words_2(X,'transcription-termination')
& transcription_phase_1(X)
& detach_1(fn_transcription_termination_1(X))
& detach_1(fn_transcription_termination_2(X))
& rna_polymerase_1(fn_transcription_termination_3(X))
& dna_strand_1(fn_transcription_termination_4(X))
& pre_mrna_1(fn_transcription_termination_5(X))
& spatial_entity_1(fn_detach_1(fn_transcription_termination_2(X)))
& spatial_entity_1(fn_detach_2(fn_transcription_termination_1(X)))
& spatial_entity_1(fn_detach_2(fn_transcription_termination_2(X)))
& spatial_entity_1(fn_detach_1(fn_transcription_termination_1(X)))
& result_2(X,fn_transcription_termination_5(X))
& subevent_2(X,fn_transcription_termination_2(X))
& subevent_2(X,fn_transcription_termination_1(X))
& next_event_2(fn_transcription_termination_1(X),fn_transcription_termination_2(X))
& object_2(fn_transcription_termination_2(X),fn_transcription_termination_3(X))
& base_2(fn_transcription_termination_1(X),fn_transcription_termination_4(X))
& base_2(fn_transcription_termination_2(X),fn_transcription_termination_4(X))
& object_2(fn_transcription_termination_1(X),fn_transcription_termination_5(X))
& fn_transcription_termination_3(X) = fn_detach_1(fn_transcription_termination_2(X))
& fn_transcription_termination_4(X) = fn_detach_2(fn_transcription_termination_1(X))
& fn_transcription_termination_4(X) = fn_detach_2(fn_transcription_termination_2(X))
& fn_transcription_termination_5(X) = fn_detach_1(fn_transcription_termination_1(X)) ) ) ).
fof(a533325,axiom,
! [X,X1] :
( ( experiencer_2(X,X1)
& transcription_termination_1(X)
& eukaryote_1(X1) )
=> ( transcription_termination_in_eukaryotes_1(X)
& fn_transcription_termination_in_eukaryotes_1(X) = X1 ) ) ).
fof(a533326,axiom,
! [X] :
( transcription_termination_in_eukaryotes_1(X)
=> ( original_name_2(X,'Transcription-Termination-in-Eukaryotes')
& user_description_2(X,'The completion of transcription in nucleated cells. The release of the DNA from the RNA transcript occurs after RNA polymerase reaches the termination sequence and adds 10-35 ribonucleotides to the mRNA following the termination sequence.')
& concept2words_2(X,'transcription termination in eukaryote')
& concept2words_2(X,'transcription-termination-in-eukaryote')
& transcription_termination_1(X)
& ~ transcription_termination_in_prokaryotes_1(X)
& eukaryote_1(fn_transcription_termination_in_eukaryotes_1(X))
& experiencer_2(X,fn_transcription_termination_in_eukaryotes_1(X)) ) ) ).
fof(a533327,axiom,
! [X,X1] :
( ( experiencer_2(X,X1)
& transcription_termination_1(X)
& prokaryote_1(X1) )
=> ( transcription_termination_in_prokaryotes_1(X)
& fn_transcription_termination_in_prokaryotes_1(X) = X1 ) ) ).
fof(a533328,axiom,
! [X] :
( transcription_termination_in_prokaryotes_1(X)
=> ( original_name_2(X,'Transcription-Termination-in-Prokaryotes')
& user_description_2(X,'The completion of transcription in prokaryotes occurring when the RNA polymerase reaches the termination signal releasing the DNA and RNA.')
& concept2words_2(X,'transcription termination in prokaryote')
& concept2words_2(X,'transcription-termination-in-prokaryote')
& transcription_termination_1(X)
& ~ transcription_termination_in_eukaryotes_1(X)
& prokaryote_1(fn_transcription_termination_in_prokaryotes_1(X))
& experiencer_2(X,fn_transcription_termination_in_prokaryotes_1(X)) ) ) ).
fof(a533329,axiom,
! [X] :
( transcription_unit_1(X)
=> ( original_name_2(X,'Transcription-Unit')
& user_description_2(X,'A region of DNA that is transcribed into mRNA.')
& concept2words_2(X,'unit of transcription')
& concept2words_2(X,'transcription unit')
& concept2words_2(X,'transcription-unit')
& dna_sequence_1(X)
& ~ control_element_1(X)
& ~ episome_1(X)
& ~ genetic_marker_1(X)
& ~ pseudogene_1(X)
& ~ restriction_fragment_length_polymorphism_1(X)
& ~ restriction_site_1(X)
& ~ tata_box_1(X)
& ~ telomere_1(X)
& ~ transposon_1(X)
& ~ ttaggg_1(X)
& ~ variable_region_dna_sequence_1(X)
& ~ dna_strand_1(X)
& ~ constant_region_dna_sequence_1(X)
& gene_1(fn_transcription_unit_1(X))
& carbon_skeleton_1(fn_transcription_unit_2(X))
& speed_value_1(fn_transcription_unit_3(X))
& quantity_value_1(fn_transcription_unit_4(X))
& exon_1(fn_transcription_unit_5(X))
& promoter_1(fn_transcription_unit_6(X))
& terminator_sequence_1(fn_transcription_unit_7(X))
& deoxyribose_1(fn_transcription_unit_8(X))
& exon_1(fn_transcription_unit_9(X))
& intron_1(fn_transcription_unit_10(X))
& kinetic_energy_1(fn_transcription_unit_11(X))
& constant_motion_1(fn_transcription_unit_12(X))
& deoxyribonucleoside_monophosphate_1(fn_transcription_unit_13(X))
& attach_1(fn_transcription_unit_14(X))
& number_5_prime_carbon_1(fn_transcription_unit_15(X))
& nucleoside_1(fn_transcription_unit_16(X))
& deoxyribose_1(fn_transcription_unit_17(X))
& phosphodiester_bond_1(fn_transcription_unit_18(X))
& chemical_bond_1(fn_molecule_10(fn_transcription_unit_17(X)))
& spatial_entity_1(fn_nucleoside_20(fn_transcription_unit_16(X)))
& molecule_1(fn_nucleoside_20(fn_transcription_unit_16(X)))
& organic_molecule_1(fn_nucleoside_20(fn_transcription_unit_16(X)))
& pentose_1(fn_nucleoside_20(fn_transcription_unit_16(X)))
& exon_1(fn_intron_6(fn_transcription_unit_10(X)))
& constant_motion_1(fn_kinetic_energy_1(fn_transcription_unit_11(X)))
& spatial_entity_1(fn_attach_1(fn_transcription_unit_14(X)))
& chemical_entity_1(fn_chemical_bond_1(fn_transcription_unit_18(X)))
& chemical_entity_1(fn_chemical_bond_4(fn_transcription_unit_18(X)))
& atom_1(fn_organic_molecule_2(fn_transcription_unit_16(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_transcription_unit_16(X)))
& carbon_1(fn_organic_molecule_1(fn_transcription_unit_16(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_transcription_unit_11(X)))
& is_between_2(fn_transcription_unit_10(X),fn_transcription_unit_5(X))
& has_region_2(X,fn_transcription_unit_2(X))
& possesses_2(X,fn_transcription_unit_18(X))
& minCardinality(X,has_part_0,"1",exon_0)
& minCardinality(X,has_part_0,"1",intron_0)
& has_part_2(X,fn_transcription_unit_1(X))
& has_part_2(X,fn_transcription_unit_8(X))
& has_part_2(X,fn_transcription_unit_5(X))
& has_part_2(X,fn_transcription_unit_10(X))
& has_part_2(X,fn_transcription_unit_9(X))
& has_part_2(X,fn_transcription_unit_7(X))
& has_part_2(X,fn_transcription_unit_6(X))
& has_part_2(X,fn_transcription_unit_13(X))
& directly_proportional_2(fn_transcription_unit_3(X),fn_transcription_unit_4(X))
& speed_2(fn_transcription_unit_12(X),fn_transcription_unit_3(X))
& quantity_2(fn_transcription_unit_11(X),fn_transcription_unit_4(X))
& object_2(fn_transcription_unit_14(X),fn_transcription_unit_13(X))
& is_between_2(fn_transcription_unit_18(X),fn_transcription_unit_13(X))
& possesses_2(fn_transcription_unit_17(X),fn_transcription_unit_18(X))
& has_part_2(fn_transcription_unit_16(X),fn_transcription_unit_15(X))
& has_part_2(fn_transcription_unit_16(X),fn_transcription_unit_17(X))
& is_between_2(fn_transcription_unit_10(X),fn_transcription_unit_9(X))
& possesses_2(X,fn_transcription_unit_11(X))
& object_2(fn_transcription_unit_12(X),X)
& fn_transcription_unit_13(X) = fn_attach_1(fn_transcription_unit_14(X))
& fn_transcription_unit_13(X) = fn_chemical_bond_1(fn_transcription_unit_18(X))
& fn_transcription_unit_13(X) = fn_chemical_bond_4(fn_transcription_unit_18(X))
& fn_transcription_unit_18(X) = fn_molecule_10(fn_transcription_unit_17(X))
& fn_transcription_unit_15(X) = fn_organic_molecule_2(fn_transcription_unit_16(X))
& fn_transcription_unit_15(X) = fn_organic_molecule_1(fn_transcription_unit_16(X))
& fn_transcription_unit_17(X) = fn_nucleoside_20(fn_transcription_unit_16(X))
& fn_transcription_unit_9(X) = fn_intron_6(fn_transcription_unit_10(X))
& fn_transcription_unit_12(X) = fn_kinetic_energy_1(fn_transcription_unit_11(X))
& X = fn_kinetic_energy_2(fn_transcription_unit_11(X))
& fn_attach_1(fn_transcription_unit_14(X)) = fn_chemical_bond_1(fn_transcription_unit_18(X))
& fn_chemical_bond_1(fn_transcription_unit_18(X)) = fn_chemical_bond_1(fn_transcription_unit_18(X))
& fn_chemical_bond_1(fn_transcription_unit_18(X)) = fn_chemical_bond_4(fn_transcription_unit_18(X))
& fn_chemical_bond_4(fn_transcription_unit_18(X)) = fn_organic_molecule_2(fn_transcription_unit_16(X))
& fn_organic_molecule_2(fn_transcription_unit_16(X)) = fn_organic_molecule_1(fn_transcription_unit_16(X))
& fn_kinetic_energy_2(fn_transcription_unit_11(X)) = fn_kinetic_energy_2(fn_transcription_unit_11(X)) ) ) ).
fof(a533330,axiom,
! [X] :
( transcriptional_activation_1(X)
=> ( original_name_2(X,'Transcriptional-Activation')
& user_description_2(X,'Transcriptional Activation is a method of inducible expression where transcription is reversibly turned on or off.')
& concept2words_2(X,'transcriptional activation')
& concept2words_2(X,'transcriptional-activation')
& transcriptional_regulation_1(X)
& ~ transcriptional_inhibition_1(X)
& entity_1(fn_transcriptional_activation_1(X))
& gene_1(fn_transcriptional_activation_1(X))
& gene_activation_1(fn_transcriptional_activation_2(X))
& gene_1(fn_gene_regulation_1(fn_transcriptional_activation_2(X)))
& entity_1(fn_gene_activation_10(fn_transcriptional_activation_2(X)))
& gene_1(fn_gene_activation_10(fn_transcriptional_activation_2(X)))
& object_2(X,fn_transcriptional_activation_1(X))
& subevent_2(X,fn_transcriptional_activation_2(X))
& object_2(fn_transcriptional_activation_2(X),fn_transcriptional_activation_1(X))
& fn_transcriptional_activation_1(X) = fn_gene_regulation_1(fn_transcriptional_activation_2(X))
& fn_transcriptional_activation_1(X) = fn_gene_activation_10(fn_transcriptional_activation_2(X))
& fn_gene_regulation_1(fn_transcriptional_activation_2(X)) = fn_gene_activation_10(fn_transcriptional_activation_2(X)) ) ) ).
fof(a533331,axiom,
! [X] :
( transcriptional_inhibition_1(X)
=> ( original_name_2(X,'Transcriptional-Inhibition')
& user_description_2(X,'The inhibition of transcription, the first spet in protein synthesis.')
& concept2words_2(X,'transcriptional inhibition')
& concept2words_2(X,'transcriptional-inhibition')
& inhibition_1(X)
& transcriptional_regulation_1(X)
& ~ transcriptional_activation_1(X)
& gene_1(fn_transcriptional_inhibition_1(X))
& gene_expression_1(fn_transcriptional_inhibition_2(X))
& gene_1(fn_gene_expression_6(fn_transcriptional_inhibition_2(X)))
& prevents_2(X,fn_transcriptional_inhibition_2(X))
& object_2(X,fn_transcriptional_inhibition_1(X))
& object_2(fn_transcriptional_inhibition_2(X),fn_transcriptional_inhibition_1(X))
& fn_transcriptional_inhibition_1(X) = fn_gene_expression_6(fn_transcriptional_inhibition_2(X)) ) ) ).
fof(a533332,axiom,
! [X] :
( transcriptional_regulation_1(X)
=> ( original_name_2(X,'Transcriptional-Regulation')
& user_description_2(X,'Transcriptional regulation is the change in gene expression levels by altering transcription rates.')
& concept2words_2(X,'transcriptional regulation')
& concept2words_2(X,'transcriptional-regulation')
& regulation_1(X)
& transcription_1(fn_transcriptional_regulation_1(X))
& supports_2(X,fn_transcriptional_regulation_1(X)) ) ) ).
fof(a533333,axiom,
! [X] :
( transducin_1(X)
=> ( original_name_2(X,'Transducin')
& user_description_2(X,'A G-Protein that activates an enzyme that chemically alters the second messenger in the rod cell.')
& concept2words_2(X,transducin)
& g_protein_1(X) ) ) ).
fof(a533334,axiom,
! [X] :
( transduction_1(X)
=> ( original_name_2(X,'Transduction')
& user_description_2(X,'The use of a bacteriophage vector to transfer viral, bacterial, or both bacterial and viral DNA from one cell to another.')
& concept2words_2(X,transduce)
& concept2words_2(X,transduction)
& horizontal_gene_transfer_1(X)
& ~ control_of_eukaryotic_translation_initiation_1(X)
& ~ epistasis_1(X)
& ~ gene_cloning_1(X)
& ~ gene_expression_1(X)
& ~ gene_for_gene_recognition_1(X)
& ~ gene_inactivation_1(X)
& ~ gene_regulation_1(X)
& ~ histone_acetylation_1(X)
& ~ polygenic_inheritance_1(X)
& ~ proofreading_of_dna_replication_1(X)
& ~ rna_interference_1(X)
& ~ transformation_of_cell_to_cancerous_cell_1(X) ) ) ).
fof(a533335,axiom,
! [X] :
( transduction_gene_transfer_1(X)
=> ( original_name_2(X,'Transduction-Gene-Transfer')
& user_description_2(X,'A type of horizontal gene transfer in which phages (viruses) carry bacterial DNA from one host cell to another.')
& concept2words_2(X,transfer)
& concept2words_2(X,'transduction gene transfer')
& concept2words_2(X,'transduction-gene-transfer')
& dna_transfer_1(X)
& ~ conjugation_1(X)
& ~ transformation_in_bacterial_genetics_1(X)
& entity_1(fn_transduction_gene_transfer_1(X))
& entity_1(fn_transduction_gene_transfer_2(X))
& gene_1(fn_transduction_gene_transfer_3(X))
& phage_reproduction_cycle_1(fn_transduction_gene_transfer_4(X))
& prokaryote_1(fn_transduction_gene_transfer_5(X))
& make_error_1(fn_transduction_gene_transfer_6(X))
& phage_1(fn_transduction_gene_transfer_7(X))
& spatial_entity_1(fn_transduction_gene_transfer_8(X))
& dna_piece_1(fn_transduction_gene_transfer_8(X))
& carry_1(fn_transduction_gene_transfer_9(X))
& tangible_entity_1(fn_carry_1(fn_transduction_gene_transfer_9(X)))
& spatial_entity_1(fn_move_1(fn_transduction_gene_transfer_9(X)))
& enables_2(fn_transduction_gene_transfer_6(X),fn_transduction_gene_transfer_9(X))
& origin_2(fn_transduction_gene_transfer_9(X),fn_transduction_gene_transfer_5(X))
& object_2(fn_transduction_gene_transfer_9(X),fn_transduction_gene_transfer_3(X))
& agent_2(fn_transduction_gene_transfer_4(X),fn_transduction_gene_transfer_7(X))
& subevent_2(fn_transduction_gene_transfer_4(X),fn_transduction_gene_transfer_6(X))
& subevent_2(X,fn_transduction_gene_transfer_4(X))
& instrument_2(X,fn_transduction_gene_transfer_2(X))
& agent_2(X,fn_transduction_gene_transfer_1(X))
& agent_2(X,fn_transduction_gene_transfer_7(X))
& origin_2(X,fn_transduction_gene_transfer_5(X))
& object_2(X,fn_transduction_gene_transfer_3(X))
& by_means_of_2(X,fn_transduction_gene_transfer_6(X))
& object_2(fn_transduction_gene_transfer_9(X),fn_transduction_gene_transfer_8(X))
& agent_2(fn_transduction_gene_transfer_9(X),fn_transduction_gene_transfer_7(X))
& object_2(X,fn_transduction_gene_transfer_8(X))
& fn_transduction_gene_transfer_8(X) = fn_move_1(fn_transduction_gene_transfer_9(X))
& fn_transduction_gene_transfer_7(X) = fn_carry_1(fn_transduction_gene_transfer_9(X))
& fn_transduction_gene_transfer_8(X) = fn_dna_transfer_7(X)
& fn_move_1(fn_transduction_gene_transfer_9(X)) = fn_dna_transfer_7(X) ) ) ).
fof(a533336,axiom,
! [X] :
( transfer_1(X)
=> ( original_name_2(X,'Transfer')
& concept2words_2(X,transfer)
& action_1(X)
& entity_1(fn_transfer_1(X))
& object_2(X,fn_transfer_1(X)) ) ) ).
fof(a533337,axiom,
! [X] :
( transfer_cell_1(X)
=> ( original_name_2(X,'Transfer-Cell')
& user_description_2(X,'In a plant, a companion cell with numerous ingrowths of its wall, which increase the cell\'s surface area and the transfer of solutes between apoplast and symplast.')
& concept2words_2(X,'cell of transfer')
& concept2words_2(X,'transfer cell')
& concept2words_2(X,'transfer-cell')
& companion_cell_1(X) ) ) ).
fof(a533338,axiom,
! [X] :
( transfer_of_malate_to_bundle_sheath_cell_1(X)
=> ( original_name_2(X,'Transfer-Of-Malate-To-Bundle-Sheath-Cell')
& user_description_2(X,'The transfer of malate synthesized in mesophyll cells to bundle sheath cells through plasmodesmata.')
& concept2words_2(X,transfer)
& concept2words_2(X,'transfer of malate to bundle sheath cell')
& concept2words_2(X,'transfer-of-malate-to-bundle-sheath-cell')
& transfer_1(X)
& bundle_sheath_cell_1(fn_transfer_of_malate_to_bundle_sheath_cell_1(X))
& mesophyll_cell_1(fn_transfer_of_malate_to_bundle_sheath_cell_2(X))
& plasmodesmata_1(fn_transfer_of_malate_to_bundle_sheath_cell_3(X))
& malate_1(fn_transfer_of_malate_to_bundle_sheath_cell_4(X))
& path_2(X,fn_transfer_of_malate_to_bundle_sheath_cell_3(X))
& origin_2(X,fn_transfer_of_malate_to_bundle_sheath_cell_2(X))
& destination_2(X,fn_transfer_of_malate_to_bundle_sheath_cell_1(X))
& object_2(X,fn_transfer_of_malate_to_bundle_sheath_cell_4(X))
& fn_transfer_of_malate_to_bundle_sheath_cell_4(X) = fn_transfer_1(X) ) ) ).
fof(a533339,axiom,
! [X] :
( transferase_1(X)
=> ( original_name_2(X,'Transferase')
& user_description_2(X,'Enzymes which catalyze the transfer a functional group (e.g. a methyl or phosphate group).')
& concept2words_2(X,transferase)
& protein_enzyme_1(X) ) ) ).
fof(a533340,axiom,
! [X] :
( transformation_1(X)
=> ( original_name_2(X,'Transformation')
& user_description_2(X,'(1) The conversion of a normal animal cell to a cancerous cell. (2) A change in genotype and phenotype due to the assimilation of external DNA by a cell. When the external DNA is from a member of a different species, transformation results in horizontal gene transfer.')
& concept2words_2(X,transform)
& concept2words_2(X,transformation)
& genetic_process_1(X)
& change_of_state_1(X)
& ~ alteration_of_mrna_ends_1(X)
& ~ coil_1(X)
& ~ conformational_change_1(X)
& ~ conversion_to_isomer_1(X)
& ~ detoxification_1(X)
& ~ evaporation_1(X)
& ~ fold_1(X)
& ~ freezing_1(X)
& ~ gene_therapy_1(X)
& ~ melting_1(X)
& ~ metamorphosis_1(X)
& ~ mutation_1(X)
& ~ post_translational_modification_1(X)
& ~ refract_1(X)
& ~ temperature_fluctuation_1(X)
& ~ twist_1(X) ) ) ).
fof(a533341,axiom,
! [X] :
( transformation_in_bacterial_genetics_1(X)
=> ( original_name_2(X,'Transformation-In-Bacterial-Genetics')
& user_description_2(X,'A change in genotype and phenotype due to the assimilation of external DNA by a cell.')
& concept2words_2(X,'transformation in bacterial genetics')
& concept2words_2(X,'transformation-in-bacterial-genetic')
& dna_transfer_1(X)
& transformation_1(X)
& ~ energy_transformation_by_organism_1(X)
& ~ conjugation_1(X)
& ~ transduction_gene_transfer_1(X)
& environment_1(fn_transformation_in_bacterial_genetics_1(X))
& change_1(fn_transformation_in_bacterial_genetics_2(X))
& chemical_1(fn_transformation_in_bacterial_genetics_3(X))
& dissolve_1(fn_transformation_in_bacterial_genetics_4(X))
& genotype_1(fn_transformation_in_bacterial_genetics_5(X))
& spatial_entity_1(fn_transformation_in_bacterial_genetics_6(X))
& genome_1(fn_transformation_in_bacterial_genetics_6(X))
& foreign_dna_1(fn_transformation_in_bacterial_genetics_7(X))
& tangible_entity_1(fn_transformation_in_bacterial_genetics_8(X))
& organism_1(fn_transformation_in_bacterial_genetics_8(X))
& cell_1(fn_transformation_in_bacterial_genetics_8(X))
& prokaryote_1(fn_transformation_in_bacterial_genetics_8(X))
& take_in_1(fn_transformation_in_bacterial_genetics_9(X))
& attach_1(fn_transformation_in_bacterial_genetics_10(X))
& biomembrane_1(fn_transformation_in_bacterial_genetics_11(X))
& plasma_membrane_1(fn_transformation_in_bacterial_genetics_11(X))
& entity_1(fn_transformation_in_bacterial_genetics_12(X))
& suspension_1(fn_transformation_in_bacterial_genetics_12(X))
& colloid_1(fn_transformation_in_bacterial_genetics_12(X))
& mixture_1(fn_transformation_in_bacterial_genetics_12(X))
& cytoplasm_1(fn_transformation_in_bacterial_genetics_12(X))
& substance_1(fn_transformation_in_bacterial_genetics_13(X))
& solid_substance_1(fn_transformation_in_bacterial_genetics_13(X))
& prokaryotic_ribosome_1(fn_transformation_in_bacterial_genetics_14(X))
& substance_1(fn_transformation_in_bacterial_genetics_15(X))
& cytosol_1(fn_transformation_in_bacterial_genetics_15(X))
& dissolve_1(fn_transformation_in_bacterial_genetics_16(X))
& genotype_1(fn_organism_3(fn_transformation_in_bacterial_genetics_8(X)))
& biomembrane_1(fn_prokaryote_13(fn_transformation_in_bacterial_genetics_8(X)))
& plasma_membrane_1(fn_prokaryote_13(fn_transformation_in_bacterial_genetics_8(X)))
& ribosome_1(fn_prokaryote_8(fn_transformation_in_bacterial_genetics_8(X)))
& spatial_entity_1(fn_move_1(fn_transformation_in_bacterial_genetics_9(X)))
& spatial_entity_1(fn_attach_1(fn_transformation_in_bacterial_genetics_10(X)))
& substance_1(fn_dissolve_5(fn_transformation_in_bacterial_genetics_16(X)))
& substance_1(fn_dissolve_4(fn_transformation_in_bacterial_genetics_4(X)))
& solid_substance_1(fn_suspension_1(fn_transformation_in_bacterial_genetics_12(X)))
& substance_1(fn_colloid_4(fn_transformation_in_bacterial_genetics_12(X)))
& solid_substance_1(fn_colloid_4(fn_transformation_in_bacterial_genetics_12(X)))
& spatial_entity_1(fn_attach_2(fn_transformation_in_bacterial_genetics_10(X)))
& genome_1(fn_cell_24(fn_transformation_in_bacterial_genetics_8(X)))
& cytosol_1(fn_cytoplasm_8(fn_transformation_in_bacterial_genetics_12(X)))
& substance_1(fn_cell_29(fn_transformation_in_bacterial_genetics_8(X)))
& cytosol_1(fn_cell_29(fn_transformation_in_bacterial_genetics_8(X)))
& substance_1(fn_prokaryote_10(fn_transformation_in_bacterial_genetics_8(X)))
& cytosol_1(fn_prokaryote_10(fn_transformation_in_bacterial_genetics_8(X)))
& entity_1(fn_create_1(fn_transformation_in_bacterial_genetics_16(X)))
& entity_1(fn_create_1(fn_transformation_in_bacterial_genetics_4(X)))
& mixture_1(fn_cell_28(fn_transformation_in_bacterial_genetics_8(X)))
& cytoplasm_1(fn_cell_28(fn_transformation_in_bacterial_genetics_8(X)))
& mixture_1(fn_prokaryote_12(fn_transformation_in_bacterial_genetics_8(X)))
& cytoplasm_1(fn_prokaryote_12(fn_transformation_in_bacterial_genetics_8(X)))
& tangible_entity_1(fn_take_in_1(fn_transformation_in_bacterial_genetics_9(X)))
& cell_1(fn_cytoplasm_7(fn_transformation_in_bacterial_genetics_12(X)))
& subevent_2(X,fn_transformation_in_bacterial_genetics_9(X))
& subevent_2(X,fn_transformation_in_bacterial_genetics_2(X))
& subevent_2(X,fn_transformation_in_bacterial_genetics_10(X))
& first_subevent_2(X,fn_transformation_in_bacterial_genetics_9(X))
& origin_2(fn_transformation_in_bacterial_genetics_9(X),fn_transformation_in_bacterial_genetics_1(X))
& destination_2(fn_transformation_in_bacterial_genetics_9(X),fn_transformation_in_bacterial_genetics_15(X))
& next_event_2(fn_transformation_in_bacterial_genetics_9(X),fn_transformation_in_bacterial_genetics_10(X))
& next_event_2(fn_transformation_in_bacterial_genetics_10(X),fn_transformation_in_bacterial_genetics_2(X))
& object_2(fn_transformation_in_bacterial_genetics_2(X),fn_transformation_in_bacterial_genetics_5(X))
& agent_2(fn_transformation_in_bacterial_genetics_2(X),fn_transformation_in_bacterial_genetics_7(X))
& has_part_2(fn_transformation_in_bacterial_genetics_12(X),fn_transformation_in_bacterial_genetics_3(X))
& is_inside_2(fn_transformation_in_bacterial_genetics_13(X),fn_transformation_in_bacterial_genetics_15(X))
& is_inside_2(fn_transformation_in_bacterial_genetics_15(X),fn_transformation_in_bacterial_genetics_8(X))
& is_outside_2(fn_transformation_in_bacterial_genetics_1(X),fn_transformation_in_bacterial_genetics_8(X))
& object_2(fn_transformation_in_bacterial_genetics_9(X),fn_transformation_in_bacterial_genetics_7(X))
& object_2(fn_transformation_in_bacterial_genetics_10(X),fn_transformation_in_bacterial_genetics_7(X))
& base_2(fn_transformation_in_bacterial_genetics_10(X),fn_transformation_in_bacterial_genetics_6(X))
& result_2(fn_transformation_in_bacterial_genetics_16(X),fn_transformation_in_bacterial_genetics_12(X))
& result_2(fn_transformation_in_bacterial_genetics_4(X),fn_transformation_in_bacterial_genetics_12(X))
& agent_2(fn_transformation_in_bacterial_genetics_9(X),fn_transformation_in_bacterial_genetics_8(X))
& base_2(fn_transformation_in_bacterial_genetics_9(X),fn_transformation_in_bacterial_genetics_8(X))
& base_2(fn_transformation_in_bacterial_genetics_16(X),fn_transformation_in_bacterial_genetics_3(X))
& object_2(fn_transformation_in_bacterial_genetics_4(X),fn_transformation_in_bacterial_genetics_3(X))
& has_part_2(fn_transformation_in_bacterial_genetics_8(X),fn_transformation_in_bacterial_genetics_5(X))
& has_part_2(fn_transformation_in_bacterial_genetics_12(X),fn_transformation_in_bacterial_genetics_13(X))
& has_part_2(fn_transformation_in_bacterial_genetics_8(X),fn_transformation_in_bacterial_genetics_6(X))
& is_inside_2(fn_transformation_in_bacterial_genetics_12(X),fn_transformation_in_bacterial_genetics_11(X))
& has_part_2(fn_transformation_in_bacterial_genetics_8(X),fn_transformation_in_bacterial_genetics_12(X))
& has_part_2(fn_transformation_in_bacterial_genetics_12(X),fn_transformation_in_bacterial_genetics_15(X))
& is_inside_2(fn_transformation_in_bacterial_genetics_14(X),fn_transformation_in_bacterial_genetics_15(X))
& has_part_2(fn_transformation_in_bacterial_genetics_8(X),fn_transformation_in_bacterial_genetics_14(X))
& has_part_2(fn_transformation_in_bacterial_genetics_8(X),fn_transformation_in_bacterial_genetics_11(X))
& fn_transformation_in_bacterial_genetics_7(X) = fn_move_1(fn_transformation_in_bacterial_genetics_9(X))
& fn_transformation_in_bacterial_genetics_7(X) = fn_attach_1(fn_transformation_in_bacterial_genetics_10(X))
& fn_transformation_in_bacterial_genetics_6(X) = fn_attach_2(fn_transformation_in_bacterial_genetics_10(X))
& fn_transformation_in_bacterial_genetics_12(X) = fn_create_1(fn_transformation_in_bacterial_genetics_16(X))
& fn_transformation_in_bacterial_genetics_12(X) = fn_create_1(fn_transformation_in_bacterial_genetics_4(X))
& fn_transformation_in_bacterial_genetics_8(X) = fn_take_in_1(fn_transformation_in_bacterial_genetics_9(X))
& fn_transformation_in_bacterial_genetics_3(X) = fn_dissolve_5(fn_transformation_in_bacterial_genetics_16(X))
& fn_transformation_in_bacterial_genetics_3(X) = fn_dissolve_4(fn_transformation_in_bacterial_genetics_4(X))
& fn_transformation_in_bacterial_genetics_5(X) = fn_organism_3(fn_transformation_in_bacterial_genetics_8(X))
& fn_transformation_in_bacterial_genetics_13(X) = fn_suspension_1(fn_transformation_in_bacterial_genetics_12(X))
& fn_transformation_in_bacterial_genetics_13(X) = fn_colloid_4(fn_transformation_in_bacterial_genetics_12(X))
& fn_transformation_in_bacterial_genetics_6(X) = fn_cell_24(fn_transformation_in_bacterial_genetics_8(X))
& fn_transformation_in_bacterial_genetics_11(X) = fn_prokaryote_13(fn_transformation_in_bacterial_genetics_8(X))
& fn_transformation_in_bacterial_genetics_14(X) = fn_prokaryote_8(fn_transformation_in_bacterial_genetics_8(X))
& fn_transformation_in_bacterial_genetics_15(X) = fn_cytoplasm_8(fn_transformation_in_bacterial_genetics_12(X))
& fn_transformation_in_bacterial_genetics_15(X) = fn_cell_29(fn_transformation_in_bacterial_genetics_8(X))
& fn_transformation_in_bacterial_genetics_15(X) = fn_prokaryote_10(fn_transformation_in_bacterial_genetics_8(X))
& fn_transformation_in_bacterial_genetics_8(X) = fn_cytoplasm_7(fn_transformation_in_bacterial_genetics_12(X))
& fn_transformation_in_bacterial_genetics_12(X) = fn_cell_28(fn_transformation_in_bacterial_genetics_8(X))
& fn_transformation_in_bacterial_genetics_12(X) = fn_prokaryote_12(fn_transformation_in_bacterial_genetics_8(X))
& fn_move_1(fn_transformation_in_bacterial_genetics_9(X)) = fn_attach_1(fn_transformation_in_bacterial_genetics_10(X))
& fn_attach_1(fn_transformation_in_bacterial_genetics_10(X)) = fn_dissolve_5(fn_transformation_in_bacterial_genetics_16(X))
& fn_dissolve_5(fn_transformation_in_bacterial_genetics_16(X)) = fn_dissolve_4(fn_transformation_in_bacterial_genetics_4(X))
& fn_dissolve_4(fn_transformation_in_bacterial_genetics_4(X)) = fn_suspension_1(fn_transformation_in_bacterial_genetics_12(X))
& fn_suspension_1(fn_transformation_in_bacterial_genetics_12(X)) = fn_colloid_4(fn_transformation_in_bacterial_genetics_12(X))
& fn_colloid_4(fn_transformation_in_bacterial_genetics_12(X)) = fn_attach_2(fn_transformation_in_bacterial_genetics_10(X))
& fn_attach_2(fn_transformation_in_bacterial_genetics_10(X)) = fn_cell_24(fn_transformation_in_bacterial_genetics_8(X))
& fn_cell_24(fn_transformation_in_bacterial_genetics_8(X)) = fn_cytoplasm_8(fn_transformation_in_bacterial_genetics_12(X))
& fn_cytoplasm_8(fn_transformation_in_bacterial_genetics_12(X)) = fn_cell_29(fn_transformation_in_bacterial_genetics_8(X))
& fn_prokaryote_10(fn_transformation_in_bacterial_genetics_8(X)) = fn_cell_29(fn_transformation_in_bacterial_genetics_8(X))
& fn_cell_29(fn_transformation_in_bacterial_genetics_8(X)) = fn_prokaryote_10(fn_transformation_in_bacterial_genetics_8(X))
& fn_prokaryote_10(fn_transformation_in_bacterial_genetics_8(X)) = fn_create_1(fn_transformation_in_bacterial_genetics_16(X))
& fn_create_1(fn_transformation_in_bacterial_genetics_16(X)) = fn_create_1(fn_transformation_in_bacterial_genetics_4(X))
& fn_create_1(fn_transformation_in_bacterial_genetics_4(X)) = fn_cell_28(fn_transformation_in_bacterial_genetics_8(X))
& fn_cell_28(fn_transformation_in_bacterial_genetics_8(X)) = fn_cell_28(fn_transformation_in_bacterial_genetics_8(X))
& fn_prokaryote_12(fn_transformation_in_bacterial_genetics_8(X)) = fn_cell_28(fn_transformation_in_bacterial_genetics_8(X))
& fn_cell_28(fn_transformation_in_bacterial_genetics_8(X)) = fn_prokaryote_12(fn_transformation_in_bacterial_genetics_8(X))
& fn_prokaryote_12(fn_transformation_in_bacterial_genetics_8(X)) = fn_take_in_1(fn_transformation_in_bacterial_genetics_9(X))
& fn_take_in_1(fn_transformation_in_bacterial_genetics_9(X)) = fn_take_in_1(fn_transformation_in_bacterial_genetics_9(X))
& fn_take_in_1(fn_transformation_in_bacterial_genetics_9(X)) = fn_cytoplasm_7(fn_transformation_in_bacterial_genetics_12(X)) ) ) ).
fof(a533342,axiom,
! [X] :
( transformation_lab_technique_1(X)
=> ( original_name_2(X,'Transformation-Lab-Technique')
& user_description_2(X,'A laboratory procedure used to introduce a foreign plasmid into a bacteria and to use that bacteria to amplify the plasmid in order to make large quantities of it.')
& concept2words_2(X,'transformation lab technique')
& concept2words_2(X,'transformation-lab-technique')
& transformation_in_bacterial_genetics_1(X)
& untransformed_bacterial_cell_1(fn_transformation_lab_technique_1(X))
& recombinant_plasmid_1(fn_transformation_lab_technique_2(X))
& transformed_bacterial_cell_1(fn_transformation_lab_technique_3(X))
& transformation_lab_technique_1(fn_transformed_bacterial_cell_16(fn_transformation_lab_technique_3(X)))
& result_2(X,fn_transformation_lab_technique_1(X))
& object_2(X,fn_transformation_lab_technique_2(X))
& result_2(X,fn_transformation_lab_technique_3(X))
& fn_transformation_lab_technique_2(X) = fn_transfer_1(X)
& X = fn_transformed_bacterial_cell_16(fn_transformation_lab_technique_3(X)) ) ) ).
fof(a533343,axiom,
! [X] :
( transformation_of_cell_to_cancerous_cell_1(X)
=> ( original_name_2(X,'Transformation-Of-Cell-To-Cancerous-Cell')
& user_description_2(X,'The conversion of a normal animal cell to a cancerous cell.')
& concept2words_2(X,transform)
& concept2words_2(X,'transformation of cell to cancerous cell')
& concept2words_2(X,'transformation-of-cell-to-cancerous-cell')
& transformation_1(X)
& ~ control_of_eukaryotic_translation_initiation_1(X)
& ~ epistasis_1(X)
& ~ gene_cloning_1(X)
& ~ gene_expression_1(X)
& ~ gene_for_gene_recognition_1(X)
& ~ gene_inactivation_1(X)
& ~ gene_regulation_1(X)
& ~ histone_acetylation_1(X)
& ~ horizontal_gene_transfer_1(X)
& ~ polygenic_inheritance_1(X)
& ~ proofreading_of_dna_replication_1(X)
& ~ rna_interference_1(X)
& ~ transduction_1(X)
& cancer_cell_1(fn_transformation_of_cell_to_cancerous_cell_1(X))
& centrosome_1(fn_transformation_of_cell_to_cancerous_cell_2(X))
& mutation_1(fn_transformation_of_cell_to_cancerous_cell_3(X))
& tangible_entity_1(fn_transformation_of_cell_to_cancerous_cell_4(X))
& nucleus_1(fn_transformation_of_cell_to_cancerous_cell_4(X))
& golgi_apparatus_1(fn_transformation_of_cell_to_cancerous_cell_5(X))
& surface_1(fn_transformation_of_cell_to_cancerous_cell_6(X))
& cell_pole_1(fn_transformation_of_cell_to_cancerous_cell_7(X))
& cell_pole_1(fn_transformation_of_cell_to_cancerous_cell_8(X))
& plasma_membrane_1(fn_transformation_of_cell_to_cancerous_cell_9(X))
& eukaryotic_ribosome_1(fn_transformation_of_cell_to_cancerous_cell_10(X))
& tangible_entity_1(fn_transformation_of_cell_to_cancerous_cell_11(X))
& phospholipid_bilayer_1(fn_transformation_of_cell_to_cancerous_cell_11(X))
& substance_1(fn_transformation_of_cell_to_cancerous_cell_12(X))
& cytosol_1(fn_transformation_of_cell_to_cancerous_cell_12(X))
& tangible_entity_1(fn_transformation_of_cell_to_cancerous_cell_13(X))
& eukaryotic_cell_1(fn_transformation_of_cell_to_cancerous_cell_13(X))
& cell_1(fn_transformation_of_cell_to_cancerous_cell_13(X))
& tissue_1(fn_transformation_of_cell_to_cancerous_cell_14(X))
& golgi_apparatus_1(fn_eukaryotic_cell_24(fn_transformation_of_cell_to_cancerous_cell_13(X)))
& ribosome_1(fn_cell_14(fn_transformation_of_cell_to_cancerous_cell_13(X)))
& cell_pole_1(fn_cell_1(fn_transformation_of_cell_to_cancerous_cell_13(X)))
& plasma_membrane_1(fn_cell_30(fn_transformation_of_cell_to_cancerous_cell_13(X)))
& tangible_entity_1(fn_cell_26(fn_transformation_of_cell_to_cancerous_cell_13(X)))
& phospholipid_bilayer_1(fn_cell_26(fn_transformation_of_cell_to_cancerous_cell_13(X)))
& surface_1(fn_cell_4(fn_transformation_of_cell_to_cancerous_cell_13(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_transformation_of_cell_to_cancerous_cell_13(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_transformation_of_cell_to_cancerous_cell_13(X)))
& tangible_entity_1(fn_golgi_apparatus_90(fn_transformation_of_cell_to_cancerous_cell_5(X)))
& nucleus_1(fn_golgi_apparatus_90(fn_transformation_of_cell_to_cancerous_cell_5(X)))
& substance_1(fn_eukaryotic_cell_42(fn_transformation_of_cell_to_cancerous_cell_13(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_transformation_of_cell_to_cancerous_cell_13(X)))
& substance_1(fn_golgi_apparatus_91(fn_transformation_of_cell_to_cancerous_cell_5(X)))
& cytosol_1(fn_golgi_apparatus_91(fn_transformation_of_cell_to_cancerous_cell_5(X)))
& substance_1(fn_cell_29(fn_transformation_of_cell_to_cancerous_cell_13(X)))
& cytosol_1(fn_cell_29(fn_transformation_of_cell_to_cancerous_cell_13(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_transformation_of_cell_to_cancerous_cell_14(X)))
& tangible_entity_1(fn_golgi_apparatus_22(fn_transformation_of_cell_to_cancerous_cell_5(X)))
& cell_1(fn_golgi_apparatus_22(fn_transformation_of_cell_to_cancerous_cell_5(X)))
& eukaryotic_cell_1(fn_golgi_apparatus_22(fn_transformation_of_cell_to_cancerous_cell_5(X)))
& is_opposite_2(fn_transformation_of_cell_to_cancerous_cell_7(X),fn_transformation_of_cell_to_cancerous_cell_8(X))
& is_opposite_2(fn_transformation_of_cell_to_cancerous_cell_8(X),fn_transformation_of_cell_to_cancerous_cell_7(X))
& is_near_2(fn_transformation_of_cell_to_cancerous_cell_4(X),fn_transformation_of_cell_to_cancerous_cell_2(X))
& is_near_2(fn_transformation_of_cell_to_cancerous_cell_2(X),fn_transformation_of_cell_to_cancerous_cell_4(X))
& has_part_2(fn_transformation_of_cell_to_cancerous_cell_13(X),fn_transformation_of_cell_to_cancerous_cell_2(X))
& site_2(fn_transformation_of_cell_to_cancerous_cell_3(X),fn_transformation_of_cell_to_cancerous_cell_13(X))
& base_2(X,fn_transformation_of_cell_to_cancerous_cell_14(X))
& subevent_2(X,fn_transformation_of_cell_to_cancerous_cell_3(X))
& result_2(X,fn_transformation_of_cell_to_cancerous_cell_1(X))
& object_2(X,fn_transformation_of_cell_to_cancerous_cell_13(X))
& has_part_2(fn_transformation_of_cell_to_cancerous_cell_14(X),fn_transformation_of_cell_to_cancerous_cell_13(X))
& is_inside_2(fn_transformation_of_cell_to_cancerous_cell_5(X),fn_transformation_of_cell_to_cancerous_cell_12(X))
& is_inside_2(fn_transformation_of_cell_to_cancerous_cell_4(X),fn_transformation_of_cell_to_cancerous_cell_12(X))
& has_part_2(fn_transformation_of_cell_to_cancerous_cell_13(X),fn_transformation_of_cell_to_cancerous_cell_4(X))
& has_part_2(fn_transformation_of_cell_to_cancerous_cell_13(X),fn_transformation_of_cell_to_cancerous_cell_5(X))
& has_region_2(fn_transformation_of_cell_to_cancerous_cell_13(X),fn_transformation_of_cell_to_cancerous_cell_7(X))
& has_part_2(fn_transformation_of_cell_to_cancerous_cell_13(X),fn_transformation_of_cell_to_cancerous_cell_9(X))
& has_part_2(fn_transformation_of_cell_to_cancerous_cell_9(X),fn_transformation_of_cell_to_cancerous_cell_11(X))
& is_at_2(fn_transformation_of_cell_to_cancerous_cell_11(X),fn_transformation_of_cell_to_cancerous_cell_6(X))
& has_region_2(fn_transformation_of_cell_to_cancerous_cell_13(X),fn_transformation_of_cell_to_cancerous_cell_6(X))
& is_inside_2(fn_transformation_of_cell_to_cancerous_cell_10(X),fn_transformation_of_cell_to_cancerous_cell_12(X))
& has_part_2(fn_transformation_of_cell_to_cancerous_cell_13(X),fn_transformation_of_cell_to_cancerous_cell_10(X))
& has_region_2(fn_transformation_of_cell_to_cancerous_cell_13(X),fn_transformation_of_cell_to_cancerous_cell_8(X))
& fn_transformation_of_cell_to_cancerous_cell_13(X) = fn_tissue_1(fn_transformation_of_cell_to_cancerous_cell_14(X))
& fn_transformation_of_cell_to_cancerous_cell_4(X) = fn_eukaryotic_cell_26(fn_transformation_of_cell_to_cancerous_cell_13(X))
& fn_transformation_of_cell_to_cancerous_cell_13(X) = fn_golgi_apparatus_22(fn_transformation_of_cell_to_cancerous_cell_5(X))
& fn_transformation_of_cell_to_cancerous_cell_4(X) = fn_golgi_apparatus_90(fn_transformation_of_cell_to_cancerous_cell_5(X))
& fn_transformation_of_cell_to_cancerous_cell_5(X) = fn_eukaryotic_cell_24(fn_transformation_of_cell_to_cancerous_cell_13(X))
& fn_transformation_of_cell_to_cancerous_cell_12(X) = fn_eukaryotic_cell_42(fn_transformation_of_cell_to_cancerous_cell_13(X))
& fn_transformation_of_cell_to_cancerous_cell_12(X) = fn_golgi_apparatus_91(fn_transformation_of_cell_to_cancerous_cell_5(X))
& fn_transformation_of_cell_to_cancerous_cell_12(X) = fn_cell_29(fn_transformation_of_cell_to_cancerous_cell_13(X))
& fn_transformation_of_cell_to_cancerous_cell_10(X) = fn_cell_14(fn_transformation_of_cell_to_cancerous_cell_13(X))
& fn_transformation_of_cell_to_cancerous_cell_8(X) = fn_cell_1(fn_transformation_of_cell_to_cancerous_cell_13(X))
& fn_transformation_of_cell_to_cancerous_cell_7(X) = fn_cell_1(fn_transformation_of_cell_to_cancerous_cell_13(X))
& fn_transformation_of_cell_to_cancerous_cell_9(X) = fn_cell_30(fn_transformation_of_cell_to_cancerous_cell_13(X))
& fn_transformation_of_cell_to_cancerous_cell_11(X) = fn_cell_26(fn_transformation_of_cell_to_cancerous_cell_13(X))
& fn_transformation_of_cell_to_cancerous_cell_6(X) = fn_cell_4(fn_transformation_of_cell_to_cancerous_cell_13(X))
& fn_eukaryotic_cell_26(fn_transformation_of_cell_to_cancerous_cell_13(X)) = fn_golgi_apparatus_90(fn_transformation_of_cell_to_cancerous_cell_5(X))
& fn_golgi_apparatus_90(fn_transformation_of_cell_to_cancerous_cell_5(X)) = fn_golgi_apparatus_90(fn_transformation_of_cell_to_cancerous_cell_5(X))
& fn_golgi_apparatus_90(fn_transformation_of_cell_to_cancerous_cell_5(X)) = fn_golgi_apparatus_91(fn_transformation_of_cell_to_cancerous_cell_5(X))
& fn_golgi_apparatus_91(fn_transformation_of_cell_to_cancerous_cell_5(X)) = fn_eukaryotic_cell_42(fn_transformation_of_cell_to_cancerous_cell_13(X))
& fn_eukaryotic_cell_42(fn_transformation_of_cell_to_cancerous_cell_13(X)) = fn_golgi_apparatus_91(fn_transformation_of_cell_to_cancerous_cell_5(X))
& fn_golgi_apparatus_91(fn_transformation_of_cell_to_cancerous_cell_5(X)) = fn_golgi_apparatus_91(fn_transformation_of_cell_to_cancerous_cell_5(X))
& fn_golgi_apparatus_91(fn_transformation_of_cell_to_cancerous_cell_5(X)) = fn_cell_29(fn_transformation_of_cell_to_cancerous_cell_13(X))
& fn_cell_29(fn_transformation_of_cell_to_cancerous_cell_13(X)) = fn_tissue_1(fn_transformation_of_cell_to_cancerous_cell_14(X))
& fn_tissue_1(fn_transformation_of_cell_to_cancerous_cell_14(X)) = fn_golgi_apparatus_22(fn_transformation_of_cell_to_cancerous_cell_5(X))
& fn_golgi_apparatus_22(fn_transformation_of_cell_to_cancerous_cell_5(X)) = fn_golgi_apparatus_22(fn_transformation_of_cell_to_cancerous_cell_5(X)) ) ) ).
fof(a533344,axiom,
! [X] :
( transformed_bacterial_cell_1(X)
=> ( original_name_2(X,'Transformed-Bacterial-Cell')
& user_description_2(X,'Recombinant bacterial cell that is the result of the Transformation lab technique. This cell has a recombinant plasmid.')
& concept2words_2(X,'transformed cell')
& concept2words_2(X,'recombinant bacteria')
& concept2words_2(X,'transformed bacterial cell')
& concept2words_2(X,'transformed-bacterial-cell')
& recombinant_1(X)
& ~ untransformed_bacterial_cell_1(X)
& cell_wall_1(fn_transformed_bacterial_cell_1(X))
& cellular_work_1(fn_transformed_bacterial_cell_2(X))
& recombinant_plasmid_1(fn_transformed_bacterial_cell_3(X))
& surface_1(fn_transformed_bacterial_cell_4(X))
& prokaryotic_ribosome_1(fn_transformed_bacterial_cell_5(X))
& size_value_1(fn_transformed_bacterial_cell_6(X))
& volume_value_1(fn_transformed_bacterial_cell_7(X))
& mixture_1(fn_transformed_bacterial_cell_10(X))
& cytoplasm_1(fn_transformed_bacterial_cell_10(X))
& membrane_1(fn_transformed_bacterial_cell_11(X))
& spatial_entity_1(fn_transformed_bacterial_cell_11(X))
& biomembrane_1(fn_transformed_bacterial_cell_11(X))
& plasma_membrane_1(fn_transformed_bacterial_cell_11(X))
& metabolism_1(fn_transformed_bacterial_cell_12(X))
& facilitated_diffusion_of_polar_molecule_1(fn_transformed_bacterial_cell_13(X))
& binary_fission_1(fn_transformed_bacterial_cell_14(X))
& metabolism_1(fn_transformed_bacterial_cell_15(X))
& transformation_lab_technique_1(fn_transformed_bacterial_cell_16(X))
& substance_1(fn_transformed_bacterial_cell_17(X))
& cytosol_1(fn_transformed_bacterial_cell_17(X))
& negatively_charged_region_1(fn_transformed_bacterial_cell_18(X))
& surface_1(fn_transformed_bacterial_cell_19(X))
& cytoplasmic_side_1(fn_transformed_bacterial_cell_19(X))
& tangible_entity_1(fn_transformed_bacterial_cell_20(X))
& phospholipid_bilayer_1(fn_transformed_bacterial_cell_20(X))
& specific_heat_value_1(fn_transformed_bacterial_cell_21(X))
& temperature_value_1(fn_transformed_bacterial_cell_22(X))
& water_1(fn_transformed_bacterial_cell_23(X))
& nucleoid_1(fn_transformed_bacterial_cell_26(X))
& prokaryotic_chromosome_1(fn_transformed_bacterial_cell_27(X))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_transformed_bacterial_cell_13(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_transformed_bacterial_cell_13(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_transformed_bacterial_cell_13(X)))
& prokaryotic_chromosome_1(fn_nucleoid_1(fn_transformed_bacterial_cell_26(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_transformed_bacterial_cell_19(X)))
& negatively_charged_region_1(fn_cytoplasm_3(fn_transformed_bacterial_cell_10(X)))
& organism_1(fn_asexual_reproduction_1(fn_transformed_bacterial_cell_14(X)))
& organism_1(fn_metabolism_1(fn_transformed_bacterial_cell_15(X)))
& recombinant_1(fn_dna_transfer_2(fn_transformed_bacterial_cell_16(X)))
& organism_1(fn_metabolism_1(fn_transformed_bacterial_cell_12(X)))
& tangible_entity_1(fn_biomembrane_63(fn_transformed_bacterial_cell_11(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_transformed_bacterial_cell_11(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_transformed_bacterial_cell_11(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_transformed_bacterial_cell_11(X)))
& surface_1(fn_biomembrane_47(fn_transformed_bacterial_cell_11(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_transformed_bacterial_cell_11(X)))
& substance_1(fn_mixture_1(fn_transformed_bacterial_cell_10(X)))
& cytosol_1(fn_cytoplasm_8(fn_transformed_bacterial_cell_10(X)))
& directly_proportional_2(fn_transformed_bacterial_cell_6(X),fn_transformed_bacterial_cell_7(X))
& is_inside_2(fn_transformed_bacterial_cell_5(X),fn_transformed_bacterial_cell_17(X))
& is_at_2(fn_transformed_bacterial_cell_20(X),fn_transformed_bacterial_cell_4(X))
& is_along_2(fn_transformed_bacterial_cell_19(X),fn_transformed_bacterial_cell_18(X))
& is_oriented_toward_2(fn_transformed_bacterial_cell_19(X),fn_transformed_bacterial_cell_10(X))
& is_along_2(fn_transformed_bacterial_cell_18(X),fn_transformed_bacterial_cell_19(X))
& size_2(X,fn_transformed_bacterial_cell_6(X))
& volume_2(X,fn_transformed_bacterial_cell_7(X))
& has_region_2(X,fn_transformed_bacterial_cell_4(X))
& has_region_2(X,fn_transformed_bacterial_cell_26(X))
& has_function_2(X,fn_transformed_bacterial_cell_2(X))
& has_part_2(X,fn_transformed_bacterial_cell_27(X))
& has_part_2(X,fn_transformed_bacterial_cell_5(X))
& has_part_2(X,fn_transformed_bacterial_cell_3(X))
& has_part_2(X,fn_transformed_bacterial_cell_1(X))
& has_part_2(X,fn_transformed_bacterial_cell_11(X))
& has_part_2(X,fn_transformed_bacterial_cell_10(X))
& site_2(fn_transformed_bacterial_cell_15(X),fn_transformed_bacterial_cell_10(X))
& object_2(fn_transformed_bacterial_cell_14(X),X)
& base_2(fn_transformed_bacterial_cell_2(X),X)
& site_2(fn_transformed_bacterial_cell_12(X),fn_transformed_bacterial_cell_10(X))
& is_inside_2(fn_transformed_bacterial_cell_11(X),fn_transformed_bacterial_cell_1(X))
& is_inside_2(fn_transformed_bacterial_cell_10(X),fn_transformed_bacterial_cell_11(X))
& path_2(fn_transformed_bacterial_cell_13(X),fn_transformed_bacterial_cell_11(X))
& base_2(fn_transformed_bacterial_cell_15(X),X)
& base_2(fn_transformed_bacterial_cell_14(X),X)
& result_2(fn_transformed_bacterial_cell_16(X),X)
& base_2(fn_transformed_bacterial_cell_12(X),X)
& is_inside_2(fn_transformed_bacterial_cell_27(X),fn_transformed_bacterial_cell_26(X))
& temperature_2(X,fn_transformed_bacterial_cell_22(X))
& correspondence_2(fn_transformed_bacterial_cell_22(X),fn_transformed_bacterial_cell_21(X))
& specific_heat_2(fn_transformed_bacterial_cell_23(X),fn_transformed_bacterial_cell_21(X))
& has_part_2(X,fn_transformed_bacterial_cell_23(X))
& has_part_2(fn_transformed_bacterial_cell_11(X),fn_transformed_bacterial_cell_20(X))
& has_region_2(fn_transformed_bacterial_cell_10(X),fn_transformed_bacterial_cell_18(X))
& has_part_2(fn_transformed_bacterial_cell_10(X),fn_transformed_bacterial_cell_17(X))
& has_region_2(fn_transformed_bacterial_cell_11(X),fn_transformed_bacterial_cell_19(X))
& is_facing_2(fn_transformed_bacterial_cell_19(X),fn_transformed_bacterial_cell_10(X))
& fn_transformed_bacterial_cell_11(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_transformed_bacterial_cell_13(X))
& X = fn_metabolism_1(fn_transformed_bacterial_cell_15(X))
& X = fn_asexual_reproduction_1(fn_transformed_bacterial_cell_14(X))
& X = fn_dna_transfer_2(fn_transformed_bacterial_cell_16(X))
& X = fn_metabolism_1(fn_transformed_bacterial_cell_12(X))
& fn_transformed_bacterial_cell_27(X) = fn_nucleoid_1(fn_transformed_bacterial_cell_26(X))
& fn_transformed_bacterial_cell_24(X) = fn_organism_1(X)
& fn_transformed_bacterial_cell_25(X) = fn_organism_6(X)
& fn_transformed_bacterial_cell_23(X) = fn_organism_4(X)
& fn_transformed_bacterial_cell_21(X) = fn_organism_5(X)
& fn_transformed_bacterial_cell_22(X) = fn_organism_2(X)
& fn_transformed_bacterial_cell_20(X) = fn_biomembrane_63(fn_transformed_bacterial_cell_11(X))
& fn_transformed_bacterial_cell_20(X) = fn_plasma_membrane_71(fn_transformed_bacterial_cell_11(X))
& fn_transformed_bacterial_cell_10(X) = fn_cytoplasmic_side_1(fn_transformed_bacterial_cell_19(X))
& fn_transformed_bacterial_cell_19(X) = fn_biomembrane_47(fn_transformed_bacterial_cell_11(X))
& fn_transformed_bacterial_cell_19(X) = fn_plasma_membrane_66(fn_transformed_bacterial_cell_11(X))
& fn_transformed_bacterial_cell_18(X) = fn_cytoplasm_3(fn_transformed_bacterial_cell_10(X))
& fn_transformed_bacterial_cell_17(X) = fn_mixture_1(fn_transformed_bacterial_cell_10(X))
& fn_transformed_bacterial_cell_17(X) = fn_cytoplasm_8(fn_transformed_bacterial_cell_10(X))
& fn_asexual_reproduction_1(fn_transformed_bacterial_cell_14(X)) = fn_dna_transfer_2(fn_transformed_bacterial_cell_16(X))
& fn_dna_transfer_2(fn_transformed_bacterial_cell_16(X)) = fn_metabolism_1(fn_transformed_bacterial_cell_15(X))
& fn_metabolism_1(fn_transformed_bacterial_cell_15(X)) = fn_dna_transfer_2(fn_transformed_bacterial_cell_16(X))
& fn_dna_transfer_2(fn_transformed_bacterial_cell_16(X)) = fn_metabolism_1(fn_transformed_bacterial_cell_12(X))
& fn_metabolism_1(fn_transformed_bacterial_cell_12(X)) = fn_biomembrane_63(fn_transformed_bacterial_cell_11(X))
& fn_biomembrane_63(fn_transformed_bacterial_cell_11(X)) = fn_plasma_membrane_71(fn_transformed_bacterial_cell_11(X))
& fn_plasma_membrane_71(fn_transformed_bacterial_cell_11(X)) = fn_biomembrane_47(fn_transformed_bacterial_cell_11(X))
& fn_biomembrane_47(fn_transformed_bacterial_cell_11(X)) = fn_plasma_membrane_66(fn_transformed_bacterial_cell_11(X))
& fn_plasma_membrane_66(fn_transformed_bacterial_cell_11(X)) = fn_mixture_1(fn_transformed_bacterial_cell_10(X))
& fn_mixture_1(fn_transformed_bacterial_cell_10(X)) = fn_cytoplasm_8(fn_transformed_bacterial_cell_10(X)) ) ) ).
fof(a533345,axiom,
! [X] :
( transgenic_organism_1(X)
=> ( original_name_2(X,'Transgenic-Organism')
& user_description_2(X,'A biotechnology method using a transgenic mammalian organism for the production of blood clotting factors.')
& concept2words_2(X,'transgenic organism')
& concept2words_2(X,'transgenic-organism')
& genetically_modified_organism_1(X) ) ) ).
fof(a533346,axiom,
! [X,X1] :
( ( agent_2(X1,X)
& secretion_1(X1)
& transgenic_organism_1(X) )
=> ( transgenic_organism_for_clotting_factor_manufacture_1(X)
& fn_transgenic_organism_for_clotting_factor_manufacture_2(X) = X1 ) ) ).
fof(a533347,axiom,
! [X] :
( transgenic_organism_for_clotting_factor_manufacture_1(X)
=> ( original_name_2(X,'Transgenic-Organism-For-Clotting-Factor-Manufacture')
& user_description_2(X,'A biotechnology method using a transgenic mammalian organism for the production of blood clotting factors.')
& concept2words_2(X,'transgenic organism for clotting factor manufacture')
& concept2words_2(X,'transgenic-organism-for-clotting-factor-manufacture')
& transgenic_organism_1(X)
& ~ transgenic_organism_for_drug_manufacture_1(X)
& ~ transgenic_organism_for_hormone_manufacture_1(X)
& secretion_1(fn_transgenic_organism_for_clotting_factor_manufacture_2(X))
& clotting_factor_1(fn_transgenic_organism_for_clotting_factor_manufacture_3(X))
& tangible_entity_1(fn_secretion_1(fn_transgenic_organism_for_clotting_factor_manufacture_2(X)))
& agent_2(fn_transgenic_organism_for_clotting_factor_manufacture_2(X),X)
& object_2(fn_transgenic_organism_for_clotting_factor_manufacture_2(X),fn_transgenic_organism_for_clotting_factor_manufacture_3(X))
& fn_transgenic_organism_for_clotting_factor_manufacture_3(X) = fn_secretion_1(fn_transgenic_organism_for_clotting_factor_manufacture_2(X)) ) ) ).
fof(a533348,axiom,
! [X] :
( transgenic_organism_for_drug_manufacture_1(X)
=> ( original_name_2(X,'Transgenic-Organism-For-Drug-Manufacture')
& user_description_2(X,'A biotechnology method using a transgenic organism for the production of pharmaceutical products.')
& concept2words_2(X,'transgenic organism for drug manufacture')
& concept2words_2(X,'transgenic-organism-for-drug-manufacture')
& transgenic_organism_1(X)
& ~ transgenic_organism_for_clotting_factor_manufacture_1(X)
& ~ transgenic_organism_for_hormone_manufacture_1(X) ) ) ).
fof(a533349,axiom,
! [X] :
( transgenic_organism_for_hormone_manufacture_1(X)
=> ( original_name_2(X,'Transgenic-Organism-For-Hormone-Manufacture')
& user_description_2(X,'A biotechnology method using a transgenic organism for the production of hormonel products.')
& concept2words_2(X,'transgenic organism for hormone manufacture')
& concept2words_2(X,'transgenic-organism-for-hormone-manufacture')
& transgenic_organism_1(X)
& ~ transgenic_organism_for_clotting_factor_manufacture_1(X)
& ~ transgenic_organism_for_drug_manufacture_1(X) ) ) ).
fof(a533350,axiom,
! [X] :
( transitional_endoplasmic_reticulum_1(X)
=> ( original_name_2(X,'Transitional-Endoplasmic-Reticulum')
& user_description_2(X,'It is a specialized region of Endoplasmic Reticulum from where vesicles bud off.')
& concept2words_2(X,'transitional endoplasmic reticulum')
& concept2words_2(X,'transitional-endoplasmic-reticulum')
& subcellular_region_1(X)
& endoplasmic_reticulum_1(fn_transitional_endoplasmic_reticulum_1(X))
& release_1(fn_transitional_endoplasmic_reticulum_2(X))
& vesicle_1(fn_transitional_endoplasmic_reticulum_3(X))
& tangible_entity_1(fn_release_1(fn_transitional_endoplasmic_reticulum_2(X)))
& release_1(fn_endoplasmic_reticulum_36(fn_transitional_endoplasmic_reticulum_1(X)))
& has_region_2(fn_transitional_endoplasmic_reticulum_1(X),X)
& site_2(fn_transitional_endoplasmic_reticulum_2(X),X)
& is_inside_2(fn_transitional_endoplasmic_reticulum_3(X),fn_transitional_endoplasmic_reticulum_1(X))
& has_function_2(X,fn_transitional_endoplasmic_reticulum_2(X))
& object_2(fn_transitional_endoplasmic_reticulum_2(X),fn_transitional_endoplasmic_reticulum_3(X))
& base_2(fn_transitional_endoplasmic_reticulum_2(X),fn_transitional_endoplasmic_reticulum_1(X))
& fn_transitional_endoplasmic_reticulum_3(X) = fn_release_1(fn_transitional_endoplasmic_reticulum_2(X))
& fn_transitional_endoplasmic_reticulum_2(X) = fn_endoplasmic_reticulum_36(fn_transitional_endoplasmic_reticulum_1(X)) ) ) ).
fof(a533351,axiom,
! [X] :
( translation_1(X)
=> ( original_name_2(X,'Translation')
& user_description_2(X,'The construction of a polypeptide chain, adding amino acids in the order prescribed by the information in an mRNA transcript. During the process of translation, the language of nucleotides is')
& concept2words_2(X,'synthesis of polypeptide')
& concept2words_2(X,translation)
& concept2words_2(X,convert)
& concept2words_2(X,translate)
& polymer_synthesis_1(X)
& ~ dna_replication_1(X)
& ~ reverse_transcription_1(X)
& ~ transcription_1(X)
& atomic_mass_value_1(fn_translation_2(X))
& trna_1(fn_translation_3(X))
& cytoplasm_1(fn_translation_4(X))
& release_factor_1(fn_translation_5(X))
& elongation_factor_1(fn_translation_6(X))
& mrna_1(fn_translation_7(X))
& translation_elongation_1(fn_translation_8(X))
& gtp_1(fn_translation_9(X))
& monomer_1(fn_translation_11(X))
& dehydration_reaction_1(fn_translation_12(X))
& reactant_1(fn_translation_13(X))
& monomer_1(fn_translation_14(X))
& monomer_1(fn_translation_15(X))
& molecule_1(fn_translation_16(X))
& polar_molecule_1(fn_translation_16(X))
& chemical_entity_1(fn_translation_16(X))
& water_molecule_1(fn_translation_16(X))
& translation_initiation_1(fn_translation_17(X))
& amino_acid_1(fn_translation_18(X))
& translation_termination_1(fn_translation_19(X))
& ribosome_1(fn_translation_20(X))
& decrease_1(fn_translation_21(X))
& entity_1(fn_translation_22(X))
& thermal_energy_1(fn_translation_22(X))
& polymer_1(fn_translation_23(X))
& chemical_entity_1(fn_translation_23(X))
& polypeptide_1(fn_translation_23(X))
& entity_1(fn_translation_24(X))
& chemical_entity_1(fn_translation_24(X))
& atom_1(fn_translation_24(X))
& oxygen_1(fn_translation_24(X))
& tangible_entity_1(fn_translation_25(X))
& entity_1(fn_translation_25(X))
& chemical_entity_1(fn_translation_25(X))
& atom_1(fn_translation_25(X))
& hydrogen_1(fn_translation_25(X))
& structural_complexity_value_1(fn_translation_26(X))
& free_energy_1(fn_translation_27(X))
& free_energy_1(fn_translation_28(X))
& structural_complexity_value_1(fn_translation_29(X))
& center_1(fn_translation_30(X))
& atomic_nucleus_1(fn_translation_31(X))
& electron_shell_1(fn_translation_32(X))
& electron_shell_1(fn_translation_33(X))
& valence_shell_1(fn_translation_33(X))
& center_1(fn_translation_34(X))
& atomic_nucleus_1(fn_translation_35(X))
& monomer_1(fn_translation_36(X))
& translation_initiation_1(fn_ribosome_6(fn_translation_20(X)))
& electron_shell_1(fn_atom_9(fn_translation_25(X)))
& chemical_entity_1(fn_reactant_3(fn_translation_13(X)))
& entity_1(fn_translation_termination_37(fn_translation_19(X)))
& thermal_energy_1(fn_translation_termination_37(fn_translation_19(X)))
& decrease_1(fn_translation_termination_6(fn_translation_19(X)))
& electron_shell_1(fn_water_molecule_70(fn_translation_16(X)))
& valence_shell_1(fn_water_molecule_70(fn_translation_16(X)))
& center_1(fn_water_molecule_69(fn_translation_16(X)))
& atomic_nucleus_1(fn_water_molecule_68(fn_translation_16(X)))
& entity_1(fn_water_molecule_72(fn_translation_16(X)))
& chemical_entity_1(fn_water_molecule_72(fn_translation_16(X)))
& atom_1(fn_water_molecule_72(fn_translation_16(X)))
& oxygen_1(fn_water_molecule_72(fn_translation_16(X)))
& monomer_1(fn_polymer_4(fn_translation_23(X)))
& monomer_1(fn_polymer_6(fn_translation_23(X)))
& polypeptide_1(fn_translation_termination_2(fn_translation_19(X)))
& center_1(fn_hydrogen_14(fn_translation_25(X)))
& center_1(fn_water_molecule_52(fn_translation_16(X)))
& center_1(fn_water_molecule_44(fn_translation_16(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_translation_25(X)))
& atomic_nucleus_1(fn_water_molecule_51(fn_translation_16(X)))
& atomic_nucleus_1(fn_water_molecule_43(fn_translation_16(X)))
& atom_1(fn_molecule_7(fn_translation_16(X)))
& entity_1(fn_water_molecule_63(fn_translation_16(X)))
& atom_1(fn_water_molecule_63(fn_translation_16(X)))
& hydrogen_1(fn_water_molecule_63(fn_translation_16(X)))
& tangible_entity_1(fn_water_molecule_64(fn_translation_16(X)))
& entity_1(fn_water_molecule_64(fn_translation_16(X)))
& chemical_entity_1(fn_water_molecule_64(fn_translation_16(X)))
& atom_1(fn_water_molecule_64(fn_translation_16(X)))
& hydrogen_1(fn_water_molecule_64(fn_translation_16(X)))
& chemical_reaction_1(fn_reactant_2(fn_translation_13(X)))
& fn_translation_33(X) != fn_translation_32(X)
& fn_translation_32(X) != fn_translation_33(X)
& the_cardinal_value_2(fn_translation_2(X),"1.0e0")
& cardinal_unit_class_2(fn_translation_2(X),unity_0)
& mass_number_2(fn_translation_25(X),fn_translation_2(X))
& is_at_2(fn_translation_23(X),fn_translation_4(X))
& base_2(fn_translation_19(X),fn_translation_7(X))
& instrument_2(fn_translation_19(X),fn_translation_5(X))
& next_event_2(fn_translation_8(X),fn_translation_19(X))
& base_2(fn_translation_8(X),fn_translation_7(X))
& instrument_2(fn_translation_8(X),fn_translation_20(X))
& instrument_2(fn_translation_8(X),fn_translation_6(X))
& instrument_2(X,fn_translation_7(X))
& agent_2(X,fn_translation_20(X))
& agent_2(X,fn_translation_3(X))
& causes_2(X,fn_translation_21(X))
& first_subevent_2(X,fn_translation_17(X))
& raw_material_2(X,fn_translation_9(X))
& subevent_2(X,fn_translation_8(X))
& subevent_2(X,fn_translation_19(X))
& subevent_2(X,fn_translation_17(X))
& result_2(X,fn_translation_22(X))
& structural_complexity_2(fn_translation_18(X),fn_translation_26(X))
& possesses_2(fn_translation_18(X),fn_translation_27(X))
& fn_translation_18(X) != fn_translation_16(X)
& next_event_2(fn_translation_17(X),fn_translation_8(X))
& structural_complexity_2(fn_translation_16(X),fn_translation_29(X))
& fn_translation_16(X) != fn_translation_18(X)
& structural_complexity_2(fn_translation_11(X),fn_translation_26(X))
& possesses_2(fn_translation_23(X),fn_translation_28(X))
& result_2(fn_translation_12(X),fn_translation_23(X))
& site_2(fn_translation_17(X),fn_translation_20(X))
& has_part_2(fn_translation_23(X),fn_translation_15(X))
& has_part_2(fn_translation_23(X),fn_translation_14(X))
& has_region_2(fn_translation_25(X),fn_translation_32(X))
& in_event_2(fn_translation_13(X),X)
& raw_material_2(X,fn_translation_18(X))
& plays_2(fn_translation_18(X),fn_translation_13(X))
& result_2(X,fn_translation_23(X))
& structural_complexity_2(fn_translation_23(X),fn_translation_29(X))
& greater_than_2(fn_translation_29(X),fn_translation_26(X))
& has_state_2(fn_translation_36(X),fn_translation_14(X))
& possesses_2(fn_translation_36(X),fn_translation_27(X))
& result_2(fn_translation_12(X),fn_translation_16(X))
& possesses_2(fn_translation_16(X),fn_translation_28(X))
& raw_material_2(X,fn_translation_36(X))
& raw_material_2(fn_translation_12(X),fn_translation_36(X))
& subevent_2(X,fn_translation_12(X))
& raw_material_2(X,fn_translation_11(X))
& has_state_2(fn_translation_11(X),fn_translation_15(X))
& result_2(X,fn_translation_16(X))
& fn_translation_36(X) != fn_translation_16(X)
& fn_translation_11(X) != fn_translation_36(X)
& fn_translation_36(X) != fn_translation_11(X)
& fn_translation_16(X) != fn_translation_36(X)
& result_2(fn_translation_19(X),fn_translation_23(X))
& object_2(fn_translation_21(X),fn_translation_23(X))
& object_2(fn_translation_21(X),fn_translation_22(X))
& result_2(fn_translation_19(X),fn_translation_22(X))
& causes_2(fn_translation_19(X),fn_translation_21(X))
& has_region_2(fn_translation_25(X),fn_translation_30(X))
& has_region_2(fn_translation_25(X),fn_translation_31(X))
& is_at_2(fn_translation_35(X),fn_translation_34(X))
& has_region_2(fn_translation_24(X),fn_translation_34(X))
& has_region_2(fn_translation_24(X),fn_translation_33(X))
& fn_translation_30(X) != fn_translation_34(X)
& fn_translation_34(X) != fn_translation_30(X)
& has_part_2(fn_translation_16(X),fn_translation_25(X))
& fn_translation_25(X) != fn_translation_24(X)
& has_region_2(fn_translation_24(X),fn_translation_35(X))
& fn_translation_35(X) != fn_translation_31(X)
& is_at_2(fn_translation_31(X),fn_translation_30(X))
& fn_translation_24(X) != fn_translation_25(X)
& fn_translation_31(X) != fn_translation_35(X)
& fn_translation_17(X) = fn_ribosome_6(fn_translation_20(X))
& fn_translation_15(X) = fn_polymer_6(fn_translation_23(X))
& fn_translation_14(X) = fn_polymer_4(fn_translation_23(X))
& fn_translation_32(X) = fn_atom_9(fn_translation_25(X))
& fn_translation_18(X) = fn_reactant_3(fn_translation_13(X))
& X = fn_reactant_2(fn_translation_13(X))
& fn_translation_37(X) = fn_anabolic_pathway_1(X)
& fn_translation_10(X) = fn_anabolic_pathway_2(X)
& fn_translation_26(X) = fn_anabolic_pathway_4(X)
& fn_translation_29(X) = fn_anabolic_pathway_3(X)
& fn_translation_23(X) = fn_polymer_synthesis_23(X)
& fn_translation_23(X) = fn_anabolic_pathway_5(X)
& fn_translation_14(X) = fn_polymer_synthesis_7(X)
& fn_translation_27(X) = fn_polymer_synthesis_18(X)
& fn_translation_28(X) = fn_polymer_synthesis_19(X)
& fn_translation_15(X) = fn_polymer_synthesis_8(X)
& fn_translation_12(X) = fn_polymer_synthesis_24(X)
& fn_translation_11(X) = fn_polymer_synthesis_22(X)
& fn_translation_36(X) = fn_polymer_synthesis_20(X)
& fn_translation_16(X) = fn_polymer_synthesis_11(X)
& fn_translation_22(X) = fn_translation_termination_37(fn_translation_19(X))
& fn_translation_21(X) = fn_translation_termination_6(fn_translation_19(X))
& fn_translation_23(X) = fn_translation_termination_2(fn_translation_19(X))
& fn_translation_33(X) = fn_water_molecule_70(fn_translation_16(X))
& fn_translation_34(X) = fn_water_molecule_69(fn_translation_16(X))
& fn_translation_31(X) = fn_hydrogen_15(fn_translation_25(X))
& fn_translation_30(X) = fn_hydrogen_14(fn_translation_25(X))
& fn_translation_31(X) = fn_water_molecule_51(fn_translation_16(X))
& fn_translation_30(X) = fn_water_molecule_52(fn_translation_16(X))
& fn_translation_30(X) = fn_water_molecule_44(fn_translation_16(X))
& fn_translation_31(X) = fn_water_molecule_43(fn_translation_16(X))
& fn_translation_35(X) = fn_water_molecule_68(fn_translation_16(X))
& fn_translation_24(X) = fn_water_molecule_72(fn_translation_16(X))
& fn_translation_25(X) = fn_molecule_7(fn_translation_16(X))
& fn_translation_25(X) = fn_water_molecule_63(fn_translation_16(X))
& fn_translation_25(X) = fn_water_molecule_64(fn_translation_16(X))
& fn_polymer_synthesis_7(X) = fn_polymer_4(fn_translation_23(X))
& fn_polymer_4(fn_translation_23(X)) = fn_polymer_synthesis_7(X)
& fn_polymer_synthesis_7(X) = fn_polymer_6(fn_translation_23(X))
& fn_polymer_6(fn_translation_23(X)) = fn_polymer_synthesis_8(X)
& fn_polymer_synthesis_8(X) = fn_polymer_synthesis_23(X)
& fn_polymer_synthesis_23(X) = fn_polymer_synthesis_23(X)
& fn_anabolic_pathway_5(X) = fn_polymer_synthesis_23(X)
& fn_polymer_synthesis_23(X) = fn_anabolic_pathway_5(X)
& fn_anabolic_pathway_5(X) = fn_anabolic_pathway_5(X)
& fn_anabolic_pathway_5(X) = fn_translation_termination_2(fn_translation_19(X))
& fn_translation_termination_2(fn_translation_19(X)) = fn_translation_termination_2(fn_translation_19(X))
& fn_translation_termination_2(fn_translation_19(X)) = fn_hydrogen_14(fn_translation_25(X))
& fn_water_molecule_52(fn_translation_16(X)) = fn_water_molecule_52(fn_translation_16(X))
& fn_water_molecule_52(fn_translation_16(X)) = fn_hydrogen_14(fn_translation_25(X))
& fn_hydrogen_14(fn_translation_25(X)) = fn_water_molecule_52(fn_translation_16(X))
& fn_water_molecule_44(fn_translation_16(X)) = fn_water_molecule_52(fn_translation_16(X))
& fn_water_molecule_52(fn_translation_16(X)) = fn_water_molecule_44(fn_translation_16(X))
& fn_water_molecule_44(fn_translation_16(X)) = fn_hydrogen_15(fn_translation_25(X))
& fn_water_molecule_51(fn_translation_16(X)) = fn_hydrogen_15(fn_translation_25(X))
& fn_hydrogen_15(fn_translation_25(X)) = fn_water_molecule_51(fn_translation_16(X))
& fn_water_molecule_51(fn_translation_16(X)) = fn_water_molecule_51(fn_translation_16(X))
& fn_water_molecule_43(fn_translation_16(X)) = fn_water_molecule_51(fn_translation_16(X))
& fn_water_molecule_51(fn_translation_16(X)) = fn_water_molecule_43(fn_translation_16(X))
& fn_water_molecule_43(fn_translation_16(X)) = fn_water_molecule_43(fn_translation_16(X))
& fn_water_molecule_43(fn_translation_16(X)) = fn_water_molecule_63(fn_translation_16(X))
& fn_water_molecule_63(fn_translation_16(X)) = fn_molecule_7(fn_translation_16(X))
& fn_molecule_7(fn_translation_16(X)) = fn_water_molecule_63(fn_translation_16(X))
& fn_water_molecule_63(fn_translation_16(X)) = fn_water_molecule_63(fn_translation_16(X))
& fn_water_molecule_64(fn_translation_16(X)) = fn_water_molecule_64(fn_translation_16(X))
& fn_water_molecule_64(fn_translation_16(X)) = fn_water_molecule_63(fn_translation_16(X))
& fn_water_molecule_63(fn_translation_16(X)) = fn_water_molecule_64(fn_translation_16(X))
& fn_reactant_2(fn_translation_13(X)) = fn_reactant_2(fn_translation_13(X)) ) ) ).
fof(a533352,axiom,
! [X] :
( translation_elongation_1(X)
=> ( original_name_2(X,'Translation-Elongation')
& user_description_2(X,'Translation-Elongation is the phase of actual synthesis of polypeptide. It is preceded by the Translation-Initiation phase and is followed by the Translation-Termination')
& concept2words_2(X,'translation elongation')
& concept2words_2(X,'translation-elongation')
& concept2words_2(X,convert)
& concept2words_2(X,'elongation of translation')
& translation_phase_1(X)
& peptide_bond_formation_1(fn_translation_elongation_2(X))
& gtp_1(fn_translation_elongation_3(X))
& trna_1(fn_translation_elongation_4(X))
& anticodon_1(fn_translation_elongation_5(X))
& translocation_during_translation_1(fn_translation_elongation_6(X))
& decrease_1(fn_translation_elongation_7(X))
& amino_acid_1(fn_translation_elongation_8(X))
& attach_1(fn_translation_elongation_9(X))
& p_site_1(fn_translation_elongation_10(X))
& a_site_1(fn_translation_elongation_11(X))
& translation_initiation_1(fn_translation_elongation_12(X))
& move_1(fn_translation_elongation_13(X))
& amino_acid_1(fn_translation_elongation_14(X))
& spatial_entity_1(fn_translation_elongation_14(X))
& methionine_1(fn_translation_elongation_14(X))
& aminoacyl_trna_1(fn_translation_elongation_15(X))
& initiator_trna_1(fn_translation_elongation_16(X))
& attach_1(fn_translation_elongation_17(X))
& gtp_1(fn_translation_elongation_18(X))
& attach_1(fn_translation_elongation_19(X))
& attach_1(fn_translation_elongation_20(X))
& ribosome_1(fn_translation_elongation_21(X))
& codon_recognition_1(fn_translation_elongation_22(X))
& produce_1(fn_translation_elongation_23(X))
& polypeptide_1(fn_translation_elongation_24(X))
& entity_1(fn_create_1(fn_translation_elongation_23(X)))
& p_site_1(fn_translation_initiation_12(fn_translation_elongation_12(X)))
& gtp_1(fn_translation_initiation_15(fn_translation_elongation_12(X)))
& ribosome_1(fn_translation_initiation_11(fn_translation_elongation_12(X)))
& translation_initiation_1(fn_ribosome_6(fn_translation_elongation_21(X)))
& a_site_1(fn_ribosome_8(fn_translation_elongation_21(X)))
& move_1(fn_ribosome_11(fn_translation_elongation_21(X)))
& attach_1(fn_translation_initiation_10(fn_translation_elongation_12(X)))
& spatial_entity_1(fn_attach_1(fn_translation_elongation_9(X)))
& amino_acid_1(fn_aminoacyl_trna_1(fn_translation_elongation_15(X)))
& methionine_1(fn_translation_initiation_4(fn_translation_elongation_12(X)))
& spatial_entity_1(fn_ribosome_10(fn_translation_elongation_21(X)))
& methionine_1(fn_ribosome_10(fn_translation_elongation_21(X)))
& initiator_trna_1(fn_translation_initiation_13(fn_translation_elongation_12(X)))
& initiator_trna_1(fn_ribosome_7(fn_translation_elongation_21(X)))
& attach_1(fn_codon_recognition_9(fn_translation_elongation_22(X)))
& attach_1(fn_translation_initiation_8(fn_translation_elongation_12(X)))
& attach_1(fn_ribosome_9(fn_translation_elongation_21(X)))
& object_2(fn_translation_elongation_7(X),fn_translation_elongation_24(X))
& is_at_2(fn_translation_elongation_5(X),fn_translation_elongation_4(X))
& site_2(X,fn_translation_elongation_21(X))
& causes_2(X,fn_translation_elongation_7(X))
& causes_2(X,fn_translation_elongation_23(X))
& result_2(X,fn_translation_elongation_24(X))
& raw_material_2(X,fn_translation_elongation_8(X))
& raw_material_2(X,fn_translation_elongation_3(X))
& first_subevent_2(X,fn_translation_elongation_22(X))
& instrument_2(X,fn_translation_elongation_4(X))
& minCardinality(X,subevent_0,"2",peptide_bond_formation_0)
& subevent_2(X,fn_translation_elongation_6(X))
& subevent_2(X,fn_translation_elongation_2(X))
& subevent_2(X,fn_translation_elongation_22(X))
& next_event_2(fn_translation_elongation_22(X),fn_translation_elongation_2(X))
& site_2(fn_translation_elongation_22(X),fn_translation_elongation_21(X))
& next_event_2(fn_translation_elongation_2(X),fn_translation_elongation_6(X))
& agent_2(fn_translation_elongation_2(X),fn_translation_elongation_21(X))
& subevent_2(fn_translation_elongation_2(X),fn_translation_elongation_9(X))
& next_event_2(fn_translation_elongation_20(X),fn_translation_elongation_17(X))
& is_at_2(fn_translation_elongation_15(X),fn_translation_elongation_11(X))
& instrument_2(fn_translation_elongation_9(X),fn_translation_elongation_21(X))
& object_2(fn_translation_elongation_9(X),fn_translation_elongation_14(X))
& result_2(fn_translation_elongation_23(X),fn_translation_elongation_24(X))
& subevent_2(fn_translation_elongation_22(X),fn_translation_elongation_20(X))
& has_part_2(fn_translation_elongation_15(X),fn_translation_elongation_14(X))
& is_at_2(fn_translation_elongation_14(X),fn_translation_elongation_15(X))
& raw_material_2(fn_translation_elongation_20(X),fn_translation_elongation_18(X))
& next_event_2(fn_translation_elongation_19(X),fn_translation_elongation_20(X))
& has_region_2(fn_translation_elongation_21(X),fn_translation_elongation_10(X))
& site_2(fn_translation_elongation_20(X),fn_translation_elongation_10(X))
& object_2(fn_translation_elongation_13(X),fn_translation_elongation_14(X))
& is_at_2(fn_translation_elongation_14(X),fn_translation_elongation_16(X))
& object_2(fn_translation_elongation_20(X),fn_translation_elongation_16(X))
& subevent_2(fn_translation_elongation_12(X),fn_translation_elongation_20(X))
& site_2(fn_translation_elongation_12(X),fn_translation_elongation_21(X))
& has_region_2(fn_translation_elongation_21(X),fn_translation_elongation_11(X))
& destination_2(fn_translation_elongation_13(X),fn_translation_elongation_21(X))
& agent_2(fn_translation_elongation_20(X),fn_translation_elongation_21(X))
& raw_material_2(fn_translation_elongation_19(X),fn_translation_elongation_18(X))
& subevent_2(fn_translation_elongation_12(X),fn_translation_elongation_19(X))
& agent_2(fn_translation_elongation_12(X),fn_translation_elongation_18(X))
& raw_material_2(fn_translation_elongation_17(X),fn_translation_elongation_18(X))
& subevent_2(fn_translation_elongation_12(X),fn_translation_elongation_17(X))
& fn_translation_elongation_14(X) = fn_attach_1(fn_translation_elongation_9(X))
& fn_translation_elongation_24(X) = fn_create_1(fn_translation_elongation_23(X))
& fn_translation_elongation_20(X) = fn_codon_recognition_9(fn_translation_elongation_22(X))
& fn_translation_elongation_14(X) = fn_aminoacyl_trna_1(fn_translation_elongation_15(X))
& fn_translation_elongation_19(X) = fn_translation_initiation_10(fn_translation_elongation_12(X))
& fn_translation_elongation_10(X) = fn_translation_initiation_12(fn_translation_elongation_12(X))
& fn_translation_elongation_19(X) = fn_translation_initiation_8(fn_translation_elongation_12(X))
& fn_translation_elongation_18(X) = fn_translation_initiation_15(fn_translation_elongation_12(X))
& fn_translation_elongation_17(X) = fn_translation_initiation_10(fn_translation_elongation_12(X))
& fn_translation_elongation_14(X) = fn_translation_initiation_4(fn_translation_elongation_12(X))
& fn_translation_elongation_14(X) = fn_ribosome_10(fn_translation_elongation_21(X))
& fn_translation_elongation_20(X) = fn_translation_initiation_8(fn_translation_elongation_12(X))
& fn_translation_elongation_16(X) = fn_translation_initiation_13(fn_translation_elongation_12(X))
& fn_translation_elongation_16(X) = fn_ribosome_7(fn_translation_elongation_21(X))
& fn_translation_elongation_21(X) = fn_translation_initiation_11(fn_translation_elongation_12(X))
& fn_translation_elongation_12(X) = fn_ribosome_6(fn_translation_elongation_21(X))
& fn_translation_elongation_11(X) = fn_ribosome_8(fn_translation_elongation_21(X))
& fn_translation_elongation_13(X) = fn_ribosome_11(fn_translation_elongation_21(X))
& fn_translation_elongation_20(X) = fn_ribosome_9(fn_translation_elongation_21(X))
& fn_translation_initiation_10(fn_translation_elongation_12(X)) = fn_translation_initiation_8(fn_translation_elongation_12(X))
& fn_translation_initiation_8(fn_translation_elongation_12(X)) = fn_attach_1(fn_translation_elongation_9(X))
& fn_attach_1(fn_translation_elongation_9(X)) = fn_aminoacyl_trna_1(fn_translation_elongation_15(X))
& fn_aminoacyl_trna_1(fn_translation_elongation_15(X)) = fn_aminoacyl_trna_1(fn_translation_elongation_15(X))
& fn_aminoacyl_trna_1(fn_translation_elongation_15(X)) = fn_translation_initiation_4(fn_translation_elongation_12(X))
& fn_ribosome_10(fn_translation_elongation_21(X)) = fn_translation_initiation_4(fn_translation_elongation_12(X))
& fn_translation_initiation_4(fn_translation_elongation_12(X)) = fn_ribosome_10(fn_translation_elongation_21(X))
& fn_ribosome_10(fn_translation_elongation_21(X)) = fn_translation_initiation_13(fn_translation_elongation_12(X))
& fn_ribosome_7(fn_translation_elongation_21(X)) = fn_translation_initiation_13(fn_translation_elongation_12(X))
& fn_translation_initiation_13(fn_translation_elongation_12(X)) = fn_ribosome_7(fn_translation_elongation_21(X))
& fn_ribosome_7(fn_translation_elongation_21(X)) = fn_codon_recognition_9(fn_translation_elongation_22(X))
& fn_codon_recognition_9(fn_translation_elongation_22(X)) = fn_translation_initiation_8(fn_translation_elongation_12(X))
& fn_translation_initiation_8(fn_translation_elongation_12(X)) = fn_translation_initiation_8(fn_translation_elongation_12(X))
& fn_translation_initiation_8(fn_translation_elongation_12(X)) = fn_ribosome_9(fn_translation_elongation_21(X))
& fn_ribosome_9(fn_translation_elongation_21(X)) = fn_ribosome_9(fn_translation_elongation_21(X)) ) ) ).
fof(a533353,axiom,
! [X,X1] :
( ( site_2(X,X1)
& eukaryotic_translation_1(X)
& chloroplast_1(X1) )
=> ( translation_in_chloroplast_1(X)
& fn_translation_in_chloroplast_1(X) = X1 ) ) ).
fof(a533354,axiom,
! [X] :
( translation_in_chloroplast_1(X)
=> ( original_name_2(X,'Translation-In-Chloroplast')
& user_description_2(X,'Translation, the second step of protein synthesis, uses mRNA as the template to form polypeptides. Because chloroplasts have their own DNA, some proteins are synthesized in the chloroplast.')
& concept2words_2(X,'translation in chloroplast')
& concept2words_2(X,'translation-in-chloroplast')
& eukaryotic_translation_1(X)
& ~ translation_in_mitochondria_1(X)
& ~ translation_in_prokaryotes_1(X)
& ~ translation_of_bicoid_mrna_1(X)
& chloroplast_1(fn_translation_in_chloroplast_1(X))
& site_2(X,fn_translation_in_chloroplast_1(X)) ) ) ).
fof(a533355,axiom,
! [X,X1] :
( ( site_2(X,X1)
& eukaryotic_translation_1(X)
& mitochondrion_1(X1) )
=> ( translation_in_mitochondria_1(X)
& fn_translation_in_mitochondria_2(X) = X1 ) ) ).
fof(a533356,axiom,
! [X] :
( translation_in_mitochondria_1(X)
=> ( original_name_2(X,'Translation-In-Mitochondria')
& user_description_2(X,'The second step of protein synthesis where mRNA transcribed from mitochondrial DNA is used as the template to form polypeptides in the mitochondria.')
& concept2words_2(X,'translation in mitochondrion')
& concept2words_2(X,'translation-in-mitochondria')
& eukaryotic_translation_1(X)
& ~ translation_in_chloroplast_1(X)
& ~ translation_in_prokaryotes_1(X)
& ~ translation_of_bicoid_mrna_1(X)
& mitochondrion_1(fn_translation_in_mitochondria_2(X))
& site_2(X,fn_translation_in_mitochondria_2(X)) ) ) ).
fof(a533357,axiom,
! [X] :
( translation_in_prokaryotes_1(X)
=> ( original_name_2(X,'Translation-In-Prokaryotes')
& user_description_2(X,'Prokaryotic translation is the process by which messenger RNA is translated into proteins in prokaryotes.')
& concept2words_2(X,'protein synthesis in prokaryotes')
& concept2words_2(X,'translation in prokaryote')
& concept2words_2(X,'translation-in-prokaryote')
& translation_1(X)
& ~ translation_in_chloroplast_1(X)
& ~ translation_in_mitochondria_1(X)
& ~ translation_of_bicoid_mrna_1(X)
& cytosol_1(fn_translation_in_prokaryotes_1(X))
& time_interval_1(fn_translation_in_prokaryotes_2(X))
& time_interval_1(fn_translation_in_prokaryotes_3(X))
& time_interval_1(fn_translation_in_prokaryotes_4(X))
& translation_elongation_1(fn_translation_in_prokaryotes_7(X))
& reactant_1(fn_translation_in_prokaryotes_8(X))
& atom_1(fn_translation_in_prokaryotes_9(X))
& oxygen_1(fn_translation_in_prokaryotes_9(X))
& molecule_1(fn_translation_in_prokaryotes_10(X))
& chemical_entity_1(fn_translation_in_prokaryotes_10(X))
& monomer_1(fn_translation_in_prokaryotes_10(X))
& attract_1(fn_translation_in_prokaryotes_11(X))
& entity_1(fn_translation_in_prokaryotes_12(X))
& hydrophilic_region_1(fn_translation_in_prokaryotes_12(X))
& polymer_1(fn_translation_in_prokaryotes_13(X))
& chemical_entity_1(fn_translation_in_prokaryotes_13(X))
& polypeptide_1(fn_translation_in_prokaryotes_13(X))
& entity_1(fn_translation_in_prokaryotes_14(X))
& thermal_energy_1(fn_translation_in_prokaryotes_14(X))
& hydrophilic_compound_1(fn_translation_in_prokaryotes_15(X))
& molecule_1(fn_translation_in_prokaryotes_15(X))
& polar_molecule_1(fn_translation_in_prokaryotes_15(X))
& chemical_entity_1(fn_translation_in_prokaryotes_15(X))
& water_molecule_1(fn_translation_in_prokaryotes_15(X))
& decrease_1(fn_translation_in_prokaryotes_16(X))
& produce_1(fn_translation_in_prokaryotes_17(X))
& translation_initiation_1(fn_translation_in_prokaryotes_18(X))
& translation_termination_1(fn_translation_in_prokaryotes_19(X))
& dehydration_reaction_1(fn_translation_in_prokaryotes_20(X))
& protein_enzyme_1(fn_translation_in_prokaryotes_21(X))
& electron_transport_chain_reaction_in_prokaryote_1(fn_translation_in_prokaryotes_22(X))
& cell_1(fn_translation_in_prokaryotes_23(X))
& prokaryote_1(fn_translation_in_prokaryotes_23(X))
& structural_complexity_value_1(fn_translation_in_prokaryotes_24(X))
& free_energy_1(fn_translation_in_prokaryotes_25(X))
& monomer_1(fn_translation_in_prokaryotes_26(X))
& monomer_1(fn_translation_in_prokaryotes_27(X))
& free_energy_1(fn_translation_in_prokaryotes_28(X))
& structural_complexity_value_1(fn_translation_in_prokaryotes_29(X))
& ribosome_1(fn_translation_in_prokaryotes_30(X))
& monomer_1(fn_translation_in_prokaryotes_31(X))
& chemical_entity_1(fn_translation_in_prokaryotes_32(X))
& molecule_1(fn_translation_in_prokaryotes_32(X))
& gtp_1(fn_translation_in_prokaryotes_32(X))
& amino_acid_1(fn_translation_in_prokaryotes_32(X))
& hydroxyl_group_1(fn_translation_in_prokaryotes_33(X))
& chemical_bond_1(fn_translation_in_prokaryotes_34(X))
& polar_covalent_bond_1(fn_translation_in_prokaryotes_34(X))
& chemical_reaction_1(fn_enzyme_4(fn_translation_in_prokaryotes_21(X)))
& attract_1(fn_hydrophilic_compound_2(fn_translation_in_prokaryotes_15(X)))
& produce_1(fn_translation_termination_36(fn_translation_in_prokaryotes_19(X)))
& prokaryote_1(fn_electron_transport_chain_reaction_in_prokaryote_31(fn_translation_in_prokaryotes_22(X)))
& chemical_entity_1(fn_dehydration_reaction_7(fn_translation_in_prokaryotes_20(X)))
& molecule_1(fn_dehydration_reaction_7(fn_translation_in_prokaryotes_20(X)))
& molecule_1(fn_dehydration_reaction_8(fn_translation_in_prokaryotes_20(X)))
& chemical_bond_1(fn_molecule_10(fn_translation_in_prokaryotes_10(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_translation_in_prokaryotes_33(X)))
& atom_1(fn_molecule_7(fn_translation_in_prokaryotes_10(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_translation_in_prokaryotes_33(X)))
& entity_1(fn_attract_2(fn_translation_in_prokaryotes_11(X)))
& hydrophilic_region_1(fn_hydrophilic_compound_1(fn_translation_in_prokaryotes_15(X)))
& chemical_entity_1(fn_functional_group_1(fn_translation_in_prokaryotes_33(X)))
& entity_1(fn_translation_termination_37(fn_translation_in_prokaryotes_19(X)))
& thermal_energy_1(fn_translation_termination_37(fn_translation_in_prokaryotes_19(X)))
& decrease_1(fn_translation_termination_6(fn_translation_in_prokaryotes_19(X)))
& polypeptide_1(fn_translation_termination_2(fn_translation_in_prokaryotes_19(X)))
& site_2(X,fn_translation_in_prokaryotes_1(X))
& site_2(X,fn_translation_in_prokaryotes_30(X))
& experiencer_2(X,fn_translation_in_prokaryotes_23(X))
& agent_2(fn_translation_in_prokaryotes_22(X),fn_translation_in_prokaryotes_21(X))
& time_during_2(fn_translation_in_prokaryotes_19(X),fn_translation_in_prokaryotes_2(X))
& time_during_2(fn_translation_in_prokaryotes_18(X),fn_translation_in_prokaryotes_3(X))
& time_before_2(fn_translation_in_prokaryotes_3(X),fn_translation_in_prokaryotes_4(X))
& time_before_2(fn_translation_in_prokaryotes_4(X),fn_translation_in_prokaryotes_2(X))
& raw_material_2(fn_translation_in_prokaryotes_20(X),fn_translation_in_prokaryotes_32(X))
& agent_2(fn_translation_in_prokaryotes_11(X),fn_translation_in_prokaryotes_12(X))
& base_2(X,fn_translation_in_prokaryotes_23(X))
& possesses_2(fn_translation_in_prokaryotes_10(X),fn_translation_in_prokaryotes_34(X))
& has_part_2(fn_translation_in_prokaryotes_10(X),fn_translation_in_prokaryotes_9(X))
& has_region_2(fn_translation_in_prokaryotes_10(X),fn_translation_in_prokaryotes_33(X))
& has_function_2(fn_translation_in_prokaryotes_21(X),X)
& base_2(fn_translation_in_prokaryotes_22(X),fn_translation_in_prokaryotes_23(X))
& structural_complexity_2(fn_translation_in_prokaryotes_32(X),fn_translation_in_prokaryotes_24(X))
& possesses_2(fn_translation_in_prokaryotes_32(X),fn_translation_in_prokaryotes_25(X))
& possesses_2(fn_translation_in_prokaryotes_31(X),fn_translation_in_prokaryotes_25(X))
& raw_material_2(fn_translation_in_prokaryotes_20(X),fn_translation_in_prokaryotes_31(X))
& raw_material_2(X,fn_translation_in_prokaryotes_32(X))
& plays_2(fn_translation_in_prokaryotes_32(X),fn_translation_in_prokaryotes_8(X))
& fn_translation_in_prokaryotes_15(X) != fn_translation_in_prokaryotes_32(X)
& fn_translation_in_prokaryotes_32(X) != fn_translation_in_prokaryotes_15(X)
& is_inside_2(fn_translation_in_prokaryotes_9(X),fn_translation_in_prokaryotes_33(X))
& is_between_2(fn_translation_in_prokaryotes_34(X),fn_translation_in_prokaryotes_9(X))
& has_region_2(fn_translation_in_prokaryotes_15(X),fn_translation_in_prokaryotes_12(X))
& has_function_2(fn_translation_in_prokaryotes_15(X),fn_translation_in_prokaryotes_11(X))
& site_2(fn_translation_in_prokaryotes_11(X),fn_translation_in_prokaryotes_12(X))
& result_2(X,fn_translation_in_prokaryotes_13(X))
& result_2(X,fn_translation_in_prokaryotes_14(X))
& subevent_2(X,fn_translation_in_prokaryotes_7(X))
& causes_2(X,fn_translation_in_prokaryotes_16(X))
& in_event_2(fn_translation_in_prokaryotes_8(X),X)
& has_state_2(fn_translation_in_prokaryotes_10(X),fn_translation_in_prokaryotes_27(X))
& raw_material_2(X,fn_translation_in_prokaryotes_10(X))
& result_2(X,fn_translation_in_prokaryotes_15(X))
& structural_complexity_2(fn_translation_in_prokaryotes_15(X),fn_translation_in_prokaryotes_29(X))
& possesses_2(fn_translation_in_prokaryotes_13(X),fn_translation_in_prokaryotes_28(X))
& possesses_2(fn_translation_in_prokaryotes_15(X),fn_translation_in_prokaryotes_28(X))
& result_2(fn_translation_in_prokaryotes_20(X),fn_translation_in_prokaryotes_15(X))
& result_2(fn_translation_in_prokaryotes_20(X),fn_translation_in_prokaryotes_13(X))
& has_part_2(fn_translation_in_prokaryotes_13(X),fn_translation_in_prokaryotes_27(X))
& has_state_2(fn_translation_in_prokaryotes_31(X),fn_translation_in_prokaryotes_26(X))
& has_part_2(fn_translation_in_prokaryotes_13(X),fn_translation_in_prokaryotes_26(X))
& structural_complexity_2(fn_translation_in_prokaryotes_13(X),fn_translation_in_prokaryotes_29(X))
& greater_than_2(fn_translation_in_prokaryotes_29(X),fn_translation_in_prokaryotes_24(X))
& next_event_2(fn_translation_in_prokaryotes_7(X),fn_translation_in_prokaryotes_19(X))
& subevent_2(X,fn_translation_in_prokaryotes_19(X))
& subevent_2(X,fn_translation_in_prokaryotes_20(X))
& raw_material_2(fn_translation_in_prokaryotes_20(X),fn_translation_in_prokaryotes_10(X))
& possesses_2(fn_translation_in_prokaryotes_10(X),fn_translation_in_prokaryotes_25(X))
& raw_material_2(X,fn_translation_in_prokaryotes_31(X))
& fn_translation_in_prokaryotes_31(X) != fn_translation_in_prokaryotes_15(X)
& fn_translation_in_prokaryotes_15(X) != fn_translation_in_prokaryotes_10(X)
& fn_translation_in_prokaryotes_10(X) != fn_translation_in_prokaryotes_31(X)
& fn_translation_in_prokaryotes_31(X) != fn_translation_in_prokaryotes_10(X)
& fn_translation_in_prokaryotes_15(X) != fn_translation_in_prokaryotes_31(X)
& fn_translation_in_prokaryotes_10(X) != fn_translation_in_prokaryotes_15(X)
& subevent_2(X,fn_translation_in_prokaryotes_18(X))
& next_event_2(fn_translation_in_prokaryotes_18(X),fn_translation_in_prokaryotes_7(X))
& instrument_2(fn_translation_in_prokaryotes_7(X),fn_translation_in_prokaryotes_30(X))
& site_2(fn_translation_in_prokaryotes_18(X),fn_translation_in_prokaryotes_30(X))
& first_subevent_2(X,fn_translation_in_prokaryotes_18(X))
& causes_2(fn_translation_in_prokaryotes_19(X),fn_translation_in_prokaryotes_16(X))
& result_2(fn_translation_in_prokaryotes_19(X),fn_translation_in_prokaryotes_14(X))
& causes_2(fn_translation_in_prokaryotes_19(X),fn_translation_in_prokaryotes_17(X))
& result_2(fn_translation_in_prokaryotes_19(X),fn_translation_in_prokaryotes_13(X))
& object_2(fn_translation_in_prokaryotes_16(X),fn_translation_in_prokaryotes_13(X))
& object_2(fn_translation_in_prokaryotes_16(X),fn_translation_in_prokaryotes_14(X))
& result_2(fn_translation_in_prokaryotes_17(X),fn_translation_in_prokaryotes_14(X))
& result_2(fn_translation_in_prokaryotes_17(X),fn_translation_in_prokaryotes_13(X))
& fn_translation_in_prokaryotes_32(X) = fn_dehydration_reaction_7(fn_translation_in_prokaryotes_20(X))
& fn_translation_in_prokaryotes_32(X) = fn_dehydration_reaction_8(fn_translation_in_prokaryotes_20(X))
& fn_translation_in_prokaryotes_12(X) = fn_attract_2(fn_translation_in_prokaryotes_11(X))
& fn_translation_in_prokaryotes_23(X) = fn_metabolic_pathway_1(X)
& fn_translation_in_prokaryotes_34(X) = fn_molecule_10(fn_translation_in_prokaryotes_10(X))
& fn_translation_in_prokaryotes_9(X) = fn_molecule_7(fn_translation_in_prokaryotes_10(X))
& fn_translation_in_prokaryotes_10(X) = fn_functional_group_1(fn_translation_in_prokaryotes_33(X))
& X = fn_enzyme_4(fn_translation_in_prokaryotes_21(X))
& fn_translation_in_prokaryotes_23(X) = fn_electron_transport_chain_reaction_in_prokaryote_31(fn_translation_in_prokaryotes_22(X))
& fn_translation_in_prokaryotes_32(X) = fn_translation_9(X)
& fn_translation_in_prokaryotes_32(X) = fn_translation_18(X)
& fn_translation_in_prokaryotes_34(X) = fn_hydroxyl_group_7(fn_translation_in_prokaryotes_33(X))
& fn_translation_in_prokaryotes_9(X) = fn_hydroxyl_group_4(fn_translation_in_prokaryotes_33(X))
& fn_translation_in_prokaryotes_12(X) = fn_hydrophilic_compound_1(fn_translation_in_prokaryotes_15(X))
& fn_translation_in_prokaryotes_11(X) = fn_hydrophilic_compound_2(fn_translation_in_prokaryotes_15(X))
& fn_translation_in_prokaryotes_13(X) = fn_anabolic_pathway_5(X)
& fn_translation_in_prokaryotes_14(X) = fn_translation_22(X)
& fn_translation_in_prokaryotes_16(X) = fn_translation_21(X)
& fn_translation_in_prokaryotes_8(X) = fn_translation_13(X)
& fn_translation_in_prokaryotes_5(X) = fn_translation_37(X)
& fn_translation_in_prokaryotes_27(X) = fn_translation_15(X)
& fn_translation_in_prokaryotes_28(X) = fn_translation_28(X)
& fn_translation_in_prokaryotes_6(X) = fn_translation_10(X)
& fn_translation_in_prokaryotes_24(X) = fn_translation_26(X)
& fn_translation_in_prokaryotes_29(X) = fn_translation_29(X)
& fn_translation_in_prokaryotes_13(X) = fn_translation_23(X)
& fn_translation_in_prokaryotes_26(X) = fn_translation_14(X)
& fn_translation_in_prokaryotes_25(X) = fn_translation_27(X)
& fn_translation_in_prokaryotes_20(X) = fn_translation_12(X)
& fn_translation_in_prokaryotes_19(X) = fn_translation_19(X)
& fn_translation_in_prokaryotes_10(X) = fn_translation_36(X)
& fn_translation_in_prokaryotes_15(X) = fn_translation_16(X)
& fn_translation_in_prokaryotes_10(X) = fn_translation_11(X)
& fn_translation_in_prokaryotes_31(X) = fn_translation_36(X)
& fn_translation_in_prokaryotes_30(X) = fn_translation_20(X)
& fn_translation_in_prokaryotes_7(X) = fn_translation_8(X)
& fn_translation_in_prokaryotes_18(X) = fn_translation_17(X)
& fn_translation_in_prokaryotes_17(X) = fn_translation_termination_36(fn_translation_in_prokaryotes_19(X))
& fn_translation_in_prokaryotes_14(X) = fn_translation_termination_37(fn_translation_in_prokaryotes_19(X))
& fn_translation_in_prokaryotes_16(X) = fn_translation_termination_6(fn_translation_in_prokaryotes_19(X))
& fn_translation_in_prokaryotes_13(X) = fn_translation_termination_2(fn_translation_in_prokaryotes_19(X))
& fn_metabolic_pathway_1(X) = fn_electron_transport_chain_reaction_in_prokaryote_31(fn_translation_in_prokaryotes_22(X))
& fn_electron_transport_chain_reaction_in_prokaryote_31(fn_translation_in_prokaryotes_22(X)) = fn_dehydration_reaction_7(fn_translation_in_prokaryotes_20(X))
& fn_dehydration_reaction_7(fn_translation_in_prokaryotes_20(X)) = fn_dehydration_reaction_8(fn_translation_in_prokaryotes_20(X))
& fn_dehydration_reaction_8(fn_translation_in_prokaryotes_20(X)) = fn_dehydration_reaction_8(fn_translation_in_prokaryotes_20(X))
& fn_dehydration_reaction_8(fn_translation_in_prokaryotes_20(X)) = fn_translation_9(X)
& fn_translation_18(X) = fn_translation_18(X)
& fn_translation_18(X) = fn_translation_9(X)
& fn_translation_9(X) = fn_translation_18(X)
& fn_translation_18(X) = fn_molecule_10(fn_translation_in_prokaryotes_10(X))
& fn_molecule_10(fn_translation_in_prokaryotes_10(X)) = fn_hydroxyl_group_7(fn_translation_in_prokaryotes_33(X))
& fn_hydroxyl_group_7(fn_translation_in_prokaryotes_33(X)) = fn_molecule_7(fn_translation_in_prokaryotes_10(X))
& fn_molecule_7(fn_translation_in_prokaryotes_10(X)) = fn_hydroxyl_group_4(fn_translation_in_prokaryotes_33(X))
& fn_hydroxyl_group_4(fn_translation_in_prokaryotes_33(X)) = fn_hydroxyl_group_4(fn_translation_in_prokaryotes_33(X))
& fn_hydroxyl_group_4(fn_translation_in_prokaryotes_33(X)) = fn_attract_2(fn_translation_in_prokaryotes_11(X))
& fn_attract_2(fn_translation_in_prokaryotes_11(X)) = fn_hydrophilic_compound_1(fn_translation_in_prokaryotes_15(X))
& fn_hydrophilic_compound_1(fn_translation_in_prokaryotes_15(X)) = fn_hydrophilic_compound_1(fn_translation_in_prokaryotes_15(X))
& fn_hydrophilic_compound_1(fn_translation_in_prokaryotes_15(X)) = fn_functional_group_1(fn_translation_in_prokaryotes_33(X))
& fn_functional_group_1(fn_translation_in_prokaryotes_33(X)) = fn_translation_36(X)
& fn_translation_11(X) = fn_translation_36(X)
& fn_translation_36(X) = fn_translation_36(X)
& fn_translation_36(X) = fn_translation_11(X)
& fn_translation_11(X) = fn_translation_11(X)
& fn_translation_11(X) = fn_translation_22(X)
& fn_translation_22(X) = fn_translation_termination_37(fn_translation_in_prokaryotes_19(X))
& fn_translation_termination_37(fn_translation_in_prokaryotes_19(X)) = fn_translation_termination_37(fn_translation_in_prokaryotes_19(X))
& fn_translation_termination_37(fn_translation_in_prokaryotes_19(X)) = fn_translation_21(X)
& fn_translation_21(X) = fn_translation_termination_6(fn_translation_in_prokaryotes_19(X))
& fn_translation_termination_6(fn_translation_in_prokaryotes_19(X)) = fn_translation_termination_6(fn_translation_in_prokaryotes_19(X))
& fn_translation_termination_6(fn_translation_in_prokaryotes_19(X)) = fn_anabolic_pathway_5(X)
& fn_anabolic_pathway_5(X) = fn_translation_23(X)
& fn_translation_23(X) = fn_translation_23(X)
& fn_translation_23(X) = fn_translation_termination_2(fn_translation_in_prokaryotes_19(X))
& fn_translation_termination_2(fn_translation_in_prokaryotes_19(X)) = fn_translation_termination_2(fn_translation_in_prokaryotes_19(X)) ) ) ).
fof(a533358,axiom,
! [X] :
( translation_initiation_1(X)
=> ( original_name_2(X,'Translation-Initiation')
& user_description_2(X,'Translation-initiation is the phase of start of protein synthesis i.e. Translation. Here the ribosome machinery is build up on the template mRNA to start the translation process')
& concept2words_2(X,'translation initiation')
& concept2words_2(X,'translation-initiation')
& concept2words_2(X,'initiate translation')
& concept2words_2(X,'initiation of translation')
& translation_phase_1(X)
& gdp_1(fn_translation_initiation_1(X))
& phosphate_ion_1(fn_translation_initiation_2(X))
& leader_segment_1(fn_translation_initiation_3(X))
& methionine_1(fn_translation_initiation_4(X))
& initiation_factor_1(fn_translation_initiation_5(X))
& amino_end_1(fn_translation_initiation_6(X))
& five_prime_cap_1(fn_translation_initiation_7(X))
& attach_1(fn_translation_initiation_8(X))
& aug_1(fn_translation_initiation_9(X))
& attach_1(fn_translation_initiation_10(X))
& ribosome_1(fn_translation_initiation_11(X))
& p_site_1(fn_translation_initiation_12(X))
& initiator_trna_1(fn_translation_initiation_13(X))
& translation_initiation_complex_1(fn_translation_initiation_14(X))
& gtp_1(fn_translation_initiation_15(X))
& spatial_entity_1(fn_translation_initiation_16(X))
& mrna_1(fn_translation_initiation_16(X))
& break_1(fn_translation_initiation_17(X))
& free_energy_1(fn_translation_initiation_18(X))
& polypeptide_1(fn_translation_initiation_19(X))
& synthesis_reaction_1(fn_translation_initiation_20(X))
& poly_a__tail_1(fn_translation_initiation_21(X))
& tangible_entity_1(fn_impair_1(fn_translation_initiation_17(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_translation_initiation_20(X)))
& ribosome_1(fn_p_site_4(fn_translation_initiation_12(X)))
& attach_1(fn_p_site_6(fn_translation_initiation_12(X)))
& spatial_entity_1(fn_attach_1(fn_translation_initiation_8(X)))
& spatial_entity_1(fn_attach_2(fn_translation_initiation_8(X)))
& poly_a__tail_1(fn_mrna_4(fn_translation_initiation_16(X)))
& spatial_entity_1(fn_attach_2(fn_translation_initiation_10(X)))
& mrna_1(fn_translation_initiation_complex_2(fn_translation_initiation_14(X)))
& site_2(fn_translation_initiation_20(X),fn_translation_initiation_6(X))
& result_2(fn_translation_initiation_17(X),fn_translation_initiation_2(X))
& result_2(fn_translation_initiation_17(X),fn_translation_initiation_1(X))
& is_at_2(fn_translation_initiation_4(X),fn_translation_initiation_13(X))
& possesses_2(fn_translation_initiation_15(X),fn_translation_initiation_18(X))
& site_2(X,fn_translation_initiation_11(X))
& agent_2(X,fn_translation_initiation_15(X))
& agent_2(X,fn_translation_initiation_5(X))
& result_2(X,fn_translation_initiation_14(X))
& subevent_2(X,fn_translation_initiation_20(X))
& subevent_2(X,fn_translation_initiation_8(X))
& subevent_2(X,fn_translation_initiation_10(X))
& subevent_2(X,fn_translation_initiation_17(X))
& first_subevent_2(X,fn_translation_initiation_17(X))
& site_2(fn_translation_initiation_10(X),fn_translation_initiation_3(X))
& raw_material_2(fn_translation_initiation_10(X),fn_translation_initiation_15(X))
& agent_2(fn_translation_initiation_10(X),fn_translation_initiation_5(X))
& agent_2(fn_translation_initiation_10(X),fn_translation_initiation_21(X))
& agent_2(fn_translation_initiation_10(X),fn_translation_initiation_7(X))
& next_event_2(fn_translation_initiation_10(X),fn_translation_initiation_8(X))
& is_at_2(fn_translation_initiation_9(X),fn_translation_initiation_16(X))
& raw_material_2(fn_translation_initiation_8(X),fn_translation_initiation_15(X))
& base_2(fn_translation_initiation_10(X),fn_translation_initiation_16(X))
& object_2(fn_translation_initiation_17(X),fn_translation_initiation_15(X))
& result_2(fn_translation_initiation_20(X),fn_translation_initiation_19(X))
& raw_material_2(X,fn_translation_initiation_18(X))
& has_region_2(fn_translation_initiation_11(X),fn_translation_initiation_12(X))
& site_2(fn_translation_initiation_8(X),fn_translation_initiation_12(X))
& has_part_2(fn_translation_initiation_14(X),fn_translation_initiation_16(X))
& has_part_2(fn_translation_initiation_16(X),fn_translation_initiation_21(X))
& base_2(fn_translation_initiation_8(X),fn_translation_initiation_9(X))
& object_2(fn_translation_initiation_8(X),fn_translation_initiation_13(X))
& fn_translation_initiation_16(X) = fn_attach_2(fn_translation_initiation_10(X))
& fn_translation_initiation_15(X) = fn_impair_1(fn_translation_initiation_17(X))
& fn_translation_initiation_19(X) = fn_chemical_reaction_1(fn_translation_initiation_20(X))
& fn_translation_initiation_18(X) = fn_translation_phase_2(X)
& fn_translation_initiation_11(X) = fn_p_site_4(fn_translation_initiation_12(X))
& fn_translation_initiation_8(X) = fn_p_site_6(fn_translation_initiation_12(X))
& fn_translation_initiation_16(X) = fn_translation_initiation_complex_2(fn_translation_initiation_14(X))
& fn_translation_initiation_13(X) = fn_attach_1(fn_translation_initiation_8(X))
& fn_translation_initiation_9(X) = fn_attach_2(fn_translation_initiation_8(X))
& fn_translation_initiation_21(X) = fn_mrna_4(fn_translation_initiation_16(X))
& fn_attach_2(fn_translation_initiation_10(X)) = fn_translation_initiation_complex_2(fn_translation_initiation_14(X)) ) ) ).
fof(a533359,axiom,
! [X] :
( translation_initiation_complex_1(X)
=> ( original_name_2(X,'Translation-Initiation-Complex')
& user_description_2(X,'A translation initiation complex is an assembly of mRMA, initiator tRNA, a small ribosomal subunit and a large ribosomal subunit.')
& concept2words_2(X,'translation assembly')
& concept2words_2(X,'translation initiation complex')
& concept2words_2(X,'translation-initiation-complex')
& molecular_assembly_1(X)
& ~ large_ribosomal_subunit_1(X)
& ~ multienzyme_complex_1(X)
& ~ small_ribosomal_subunit_1(X)
& initiator_trna_1(fn_translation_initiation_complex_1(X))
& mrna_1(fn_translation_initiation_complex_2(X))
& large_ribosomal_subunit_1(fn_translation_initiation_complex_3(X))
& small_ribosomal_subunit_1(fn_translation_initiation_complex_4(X))
& has_part_2(X,fn_translation_initiation_complex_4(X))
& has_part_2(X,fn_translation_initiation_complex_3(X))
& has_part_2(X,fn_translation_initiation_complex_2(X))
& has_part_2(X,fn_translation_initiation_complex_1(X)) ) ) ).
fof(a533360,axiom,
! [X] :
( translation_of_bicoid_mrna_1(X)
=> ( original_name_2(X,'Translation-Of-Bicoid-mRNA')
& user_description_2(X,'Translation of bicoid mRNA uses bicoid mRNA as the template which direct the bicoid protein synthesis.')
& concept2words_2(X,convert)
& concept2words_2(X,'translation of bicoid mrna')
& concept2words_2(X,'translation-of-bicoid-mrna')
& eukaryotic_translation_1(X)
& ~ translation_in_chloroplast_1(X)
& ~ translation_in_mitochondria_1(X)
& ~ translation_in_prokaryotes_1(X)
& ribosome_1(fn_translation_of_bicoid_mrna_1(X))
& mixture_1(fn_translation_of_bicoid_mrna_2(X))
& cytoplasm_1(fn_translation_of_bicoid_mrna_2(X))
& cell_1(fn_translation_of_bicoid_mrna_3(X))
& eukaryotic_cell_1(fn_translation_of_bicoid_mrna_3(X))
& entity_1(fn_translation_of_bicoid_mrna_4(X))
& thermal_energy_1(fn_translation_of_bicoid_mrna_4(X))
& molecule_1(fn_translation_of_bicoid_mrna_5(X))
& polar_molecule_1(fn_translation_of_bicoid_mrna_5(X))
& chemical_entity_1(fn_translation_of_bicoid_mrna_5(X))
& water_molecule_1(fn_translation_of_bicoid_mrna_5(X))
& monomer_1(fn_translation_of_bicoid_mrna_6(X))
& enzyme_1(fn_translation_of_bicoid_mrna_7(X))
& protein_enzyme_1(fn_translation_of_bicoid_mrna_7(X))
& decrease_1(fn_translation_of_bicoid_mrna_8(X))
& translation_initiation_1(fn_translation_of_bicoid_mrna_9(X))
& translation_termination_1(fn_translation_of_bicoid_mrna_10(X))
& intracellular_process_1(fn_translation_of_bicoid_mrna_11(X))
& translation_elongation_1(fn_translation_of_bicoid_mrna_11(X))
& dehydration_reaction_1(fn_translation_of_bicoid_mrna_12(X))
& structural_complexity_value_1(fn_translation_of_bicoid_mrna_13(X))
& free_energy_1(fn_translation_of_bicoid_mrna_14(X))
& monomer_1(fn_translation_of_bicoid_mrna_15(X))
& zygote_1(fn_translation_of_bicoid_mrna_16(X))
& synthesis_of_protein_1(fn_translation_of_bicoid_mrna_17(X))
& fertilization_1(fn_translation_of_bicoid_mrna_18(X))
& sperm_cell_1(fn_translation_of_bicoid_mrna_19(X))
& egg_1(fn_translation_of_bicoid_mrna_20(X))
& polypeptide_1(fn_translation_of_bicoid_mrna_21(X))
& polymer_1(fn_translation_of_bicoid_mrna_21(X))
& chemical_entity_1(fn_translation_of_bicoid_mrna_21(X))
& bicoid_mrna_1(fn_translation_of_bicoid_mrna_22(X))
& bicoid_protein_1(fn_translation_of_bicoid_mrna_23(X))
& time_interval_1(fn_translation_of_bicoid_mrna_24(X))
& time_interval_1(fn_translation_of_bicoid_mrna_25(X))
& free_energy_1(fn_translation_of_bicoid_mrna_26(X))
& quantity_value_1(fn_translation_of_bicoid_mrna_27(X))
& quantity_value_1(fn_translation_of_bicoid_mrna_28(X))
& structural_complexity_value_1(fn_translation_of_bicoid_mrna_32(X))
& spatial_entity_1(fn_add_2(fn_translation_of_bicoid_mrna_18(X)))
& gamete_1(fn_fertilization_2(fn_translation_of_bicoid_mrna_18(X)))
& zygote_1(fn_fertilization_1(fn_translation_of_bicoid_mrna_18(X)))
& protein_enzyme_1(fn_eukaryotic_cell_21(fn_translation_of_bicoid_mrna_3(X)))
& property_node_1(fn_anabolic_pathway_1(fn_translation_of_bicoid_mrna_17(X)))
& property_node_1(fn_polymer_synthesis_6(fn_translation_of_bicoid_mrna_17(X)))
& property_node_1(fn_polymer_synthesis_5(fn_translation_of_bicoid_mrna_17(X)))
& free_energy_1(fn_polymer_synthesis_18(fn_translation_of_bicoid_mrna_17(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_translation_of_bicoid_mrna_3(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_translation_of_bicoid_mrna_3(X)))
& translation_termination_1(fn_synthesis_of_protein_44(fn_translation_of_bicoid_mrna_17(X)))
& intracellular_process_1(fn_synthesis_of_protein_14(fn_translation_of_bicoid_mrna_17(X)))
& translation_elongation_1(fn_synthesis_of_protein_14(fn_translation_of_bicoid_mrna_17(X)))
& ribosome_1(fn_cell_14(fn_translation_of_bicoid_mrna_3(X)))
& ribosome_1(fn_synthesis_of_protein_10(fn_translation_of_bicoid_mrna_17(X)))
& property_node_1(fn_anabolic_pathway_2(fn_translation_of_bicoid_mrna_17(X)))
& structural_complexity_value_1(fn_anabolic_pathway_4(fn_translation_of_bicoid_mrna_17(X)))
& structural_complexity_value_1(fn_anabolic_pathway_3(fn_translation_of_bicoid_mrna_17(X)))
& quantity_value_1(fn_polymer_synthesis_10(fn_translation_of_bicoid_mrna_17(X)))
& chemical_reaction_1(fn_enzyme_4(fn_translation_of_bicoid_mrna_7(X)))
& translation_1(fn_synthesis_of_protein_13(fn_translation_of_bicoid_mrna_17(X)))
& dehydration_reaction_1(fn_polymer_synthesis_24(fn_translation_of_bicoid_mrna_17(X)))
& quantity_value_1(fn_polymer_synthesis_9(fn_translation_of_bicoid_mrna_17(X)))
& free_energy_1(fn_polymer_synthesis_19(fn_translation_of_bicoid_mrna_17(X)))
& molecule_1(fn_polymer_synthesis_11(fn_translation_of_bicoid_mrna_17(X)))
& polar_molecule_1(fn_polymer_synthesis_11(fn_translation_of_bicoid_mrna_17(X)))
& chemical_entity_1(fn_polymer_synthesis_11(fn_translation_of_bicoid_mrna_17(X)))
& water_molecule_1(fn_polymer_synthesis_11(fn_translation_of_bicoid_mrna_17(X)))
& monomer_1(fn_polymer_synthesis_20(fn_translation_of_bicoid_mrna_17(X)))
& monomer_1(fn_polymer_synthesis_7(fn_translation_of_bicoid_mrna_17(X)))
& polypeptide_1(fn_protein_8(fn_translation_of_bicoid_mrna_23(X)))
& polymer_1(fn_synthesis_of_protein_9(fn_translation_of_bicoid_mrna_17(X)))
& chemical_entity_1(fn_synthesis_of_protein_9(fn_translation_of_bicoid_mrna_17(X)))
& polypeptide_1(fn_synthesis_of_protein_9(fn_translation_of_bicoid_mrna_17(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_translation_of_bicoid_mrna_17(X)))
& polymer_1(fn_polymer_synthesis_23(fn_translation_of_bicoid_mrna_17(X)))
& chemical_entity_1(fn_polymer_synthesis_23(fn_translation_of_bicoid_mrna_17(X)))
& enables_2(fn_translation_of_bicoid_mrna_18(X),X)
& site_2(X,fn_translation_of_bicoid_mrna_16(X))
& base_2(fn_translation_of_bicoid_mrna_18(X),fn_translation_of_bicoid_mrna_20(X))
& object_2(fn_translation_of_bicoid_mrna_18(X),fn_translation_of_bicoid_mrna_19(X))
& result_2(fn_translation_of_bicoid_mrna_18(X),fn_translation_of_bicoid_mrna_16(X))
& has_function_2(fn_translation_of_bicoid_mrna_7(X),X)
& has_part_2(fn_translation_of_bicoid_mrna_23(X),fn_translation_of_bicoid_mrna_21(X))
& base_2(fn_translation_of_bicoid_mrna_11(X),fn_translation_of_bicoid_mrna_22(X))
& instrument_2(X,fn_translation_of_bicoid_mrna_22(X))
& base_2(fn_translation_of_bicoid_mrna_10(X),fn_translation_of_bicoid_mrna_22(X))
& has_part_2(fn_translation_of_bicoid_mrna_3(X),fn_translation_of_bicoid_mrna_2(X))
& has_part_2(fn_translation_of_bicoid_mrna_2(X),fn_translation_of_bicoid_mrna_7(X))
& structural_complexity_2(fn_translation_of_bicoid_mrna_6(X),fn_translation_of_bicoid_mrna_32(X))
& structural_complexity_2(fn_translation_of_bicoid_mrna_5(X),fn_translation_of_bicoid_mrna_13(X))
& subevent_2(fn_translation_of_bicoid_mrna_17(X),X)
& first_subevent_2(fn_translation_of_bicoid_mrna_17(X),X)
& result_2(X,fn_translation_of_bicoid_mrna_4(X))
& causes_2(X,fn_translation_of_bicoid_mrna_8(X))
& object_2(fn_translation_of_bicoid_mrna_8(X),fn_translation_of_bicoid_mrna_4(X))
& result_2(fn_translation_of_bicoid_mrna_10(X),fn_translation_of_bicoid_mrna_4(X))
& causes_2(fn_translation_of_bicoid_mrna_10(X),fn_translation_of_bicoid_mrna_8(X))
& object_2(fn_translation_of_bicoid_mrna_8(X),fn_translation_of_bicoid_mrna_21(X))
& next_event_2(fn_translation_of_bicoid_mrna_9(X),fn_translation_of_bicoid_mrna_11(X))
& subevent_2(X,fn_translation_of_bicoid_mrna_9(X))
& subevent_2(X,fn_translation_of_bicoid_mrna_10(X))
& time_during_2(fn_translation_of_bicoid_mrna_9(X),fn_translation_of_bicoid_mrna_24(X))
& time_before_2(fn_translation_of_bicoid_mrna_24(X),fn_translation_of_bicoid_mrna_25(X))
& time_during_2(fn_translation_of_bicoid_mrna_11(X),fn_translation_of_bicoid_mrna_25(X))
& instrument_2(fn_translation_of_bicoid_mrna_11(X),fn_translation_of_bicoid_mrna_1(X))
& instrument_2(X,fn_translation_of_bicoid_mrna_1(X))
& subevent_2(X,fn_translation_of_bicoid_mrna_11(X))
& next_event_2(fn_translation_of_bicoid_mrna_11(X),fn_translation_of_bicoid_mrna_10(X))
& result_2(fn_translation_of_bicoid_mrna_10(X),fn_translation_of_bicoid_mrna_21(X))
& result_2(X,fn_translation_of_bicoid_mrna_21(X))
& site_2(X,fn_translation_of_bicoid_mrna_2(X))
& base_2(X,fn_translation_of_bicoid_mrna_3(X))
& has_part_2(fn_translation_of_bicoid_mrna_3(X),fn_translation_of_bicoid_mrna_1(X))
& site_2(X,fn_translation_of_bicoid_mrna_1(X))
& first_subevent_2(X,fn_translation_of_bicoid_mrna_9(X))
& site_2(fn_translation_of_bicoid_mrna_9(X),fn_translation_of_bicoid_mrna_1(X))
& structural_complexity_2(fn_translation_of_bicoid_mrna_21(X),fn_translation_of_bicoid_mrna_13(X))
& greater_than_2(fn_translation_of_bicoid_mrna_13(X),fn_translation_of_bicoid_mrna_32(X))
& called_2(fn_translation_of_bicoid_mrna_27(X),'FE_r')
& possesses_2(fn_translation_of_bicoid_mrna_21(X),fn_translation_of_bicoid_mrna_14(X))
& raw_material_2(X,fn_translation_of_bicoid_mrna_6(X))
& possesses_2(fn_translation_of_bicoid_mrna_6(X),fn_translation_of_bicoid_mrna_26(X))
& quantity_2(fn_translation_of_bicoid_mrna_26(X),fn_translation_of_bicoid_mrna_27(X))
& greater_than_2(fn_translation_of_bicoid_mrna_28(X),fn_translation_of_bicoid_mrna_27(X))
& called_2(fn_translation_of_bicoid_mrna_28(X),'FE_p')
& result_2(fn_translation_of_bicoid_mrna_12(X),fn_translation_of_bicoid_mrna_21(X))
& result_2(fn_translation_of_bicoid_mrna_12(X),fn_translation_of_bicoid_mrna_5(X))
& result_2(X,fn_translation_of_bicoid_mrna_5(X))
& subevent_2(X,fn_translation_of_bicoid_mrna_12(X))
& raw_material_2(fn_translation_of_bicoid_mrna_12(X),fn_translation_of_bicoid_mrna_6(X))
& has_part_2(fn_translation_of_bicoid_mrna_21(X),fn_translation_of_bicoid_mrna_15(X))
& has_state_2(fn_translation_of_bicoid_mrna_6(X),fn_translation_of_bicoid_mrna_15(X))
& fn_translation_of_bicoid_mrna_6(X) != fn_translation_of_bicoid_mrna_5(X)
& possesses_2(fn_translation_of_bicoid_mrna_5(X),fn_translation_of_bicoid_mrna_14(X))
& quantity_2(fn_translation_of_bicoid_mrna_14(X),fn_translation_of_bicoid_mrna_28(X))
& fn_translation_of_bicoid_mrna_5(X) != fn_translation_of_bicoid_mrna_6(X)
& result_2(fn_translation_of_bicoid_mrna_17(X),fn_translation_of_bicoid_mrna_21(X))
& fn_translation_of_bicoid_mrna_20(X) = fn_add_2(fn_translation_of_bicoid_mrna_18(X))
& fn_translation_of_bicoid_mrna_19(X) = fn_fertilization_2(fn_translation_of_bicoid_mrna_18(X))
& fn_translation_of_bicoid_mrna_16(X) = fn_fertilization_1(fn_translation_of_bicoid_mrna_18(X))
& X = fn_enzyme_4(fn_translation_of_bicoid_mrna_7(X))
& fn_translation_of_bicoid_mrna_21(X) = fn_protein_8(fn_translation_of_bicoid_mrna_23(X))
& fn_translation_of_bicoid_mrna_11(X) = fn_translation_8(X)
& fn_translation_of_bicoid_mrna_22(X) = fn_translation_7(X)
& fn_translation_of_bicoid_mrna_7(X) = fn_eukaryotic_cell_21(fn_translation_of_bicoid_mrna_3(X))
& fn_translation_of_bicoid_mrna_2(X) = fn_eukaryotic_cell_31(fn_translation_of_bicoid_mrna_3(X))
& fn_translation_of_bicoid_mrna_32(X) = fn_translation_26(X)
& fn_translation_of_bicoid_mrna_10(X) = fn_translation_19(X)
& fn_translation_of_bicoid_mrna_4(X) = fn_translation_22(X)
& fn_translation_of_bicoid_mrna_8(X) = fn_translation_21(X)
& fn_translation_of_bicoid_mrna_25(X) = fn_eukaryotic_translation_6(X)
& fn_translation_of_bicoid_mrna_24(X) = fn_eukaryotic_translation_5(X)
& fn_translation_of_bicoid_mrna_2(X) = fn_eukaryotic_translation_24(X)
& fn_translation_of_bicoid_mrna_21(X) = fn_synthesis_of_protein_9(fn_translation_of_bicoid_mrna_17(X))
& fn_translation_of_bicoid_mrna_11(X) = fn_synthesis_of_protein_14(fn_translation_of_bicoid_mrna_17(X))
& fn_translation_of_bicoid_mrna_10(X) = fn_synthesis_of_protein_44(fn_translation_of_bicoid_mrna_17(X))
& fn_translation_of_bicoid_mrna_10(X) = fn_eukaryotic_translation_28(X)
& fn_translation_of_bicoid_mrna_11(X) = fn_eukaryotic_translation_27(X)
& fn_translation_of_bicoid_mrna_9(X) = fn_eukaryotic_translation_29(X)
& X = fn_synthesis_of_protein_13(fn_translation_of_bicoid_mrna_17(X))
& fn_translation_of_bicoid_mrna_1(X) = fn_synthesis_of_protein_10(fn_translation_of_bicoid_mrna_17(X))
& fn_translation_of_bicoid_mrna_1(X) = fn_cell_14(fn_translation_of_bicoid_mrna_3(X))
& fn_translation_of_bicoid_mrna_1(X) = fn_eukaryotic_translation_23(X)
& fn_translation_of_bicoid_mrna_3(X) = fn_eukaryotic_translation_20(X)
& fn_translation_of_bicoid_mrna_29(X) = fn_anabolic_pathway_1(fn_translation_of_bicoid_mrna_17(X))
& fn_translation_of_bicoid_mrna_33(X) = fn_eukaryotic_translation_7(X)
& fn_translation_of_bicoid_mrna_33(X) = fn_anabolic_pathway_2(fn_translation_of_bicoid_mrna_17(X))
& fn_translation_of_bicoid_mrna_32(X) = fn_eukaryotic_translation_11(X)
& fn_translation_of_bicoid_mrna_32(X) = fn_anabolic_pathway_4(fn_translation_of_bicoid_mrna_17(X))
& fn_translation_of_bicoid_mrna_13(X) = fn_eukaryotic_translation_33(X)
& fn_translation_of_bicoid_mrna_13(X) = fn_anabolic_pathway_3(fn_translation_of_bicoid_mrna_17(X))
& fn_translation_of_bicoid_mrna_30(X) = fn_polymer_synthesis_6(fn_translation_of_bicoid_mrna_17(X))
& fn_translation_of_bicoid_mrna_31(X) = fn_polymer_synthesis_5(X)
& fn_translation_of_bicoid_mrna_31(X) = fn_polymer_synthesis_5(fn_translation_of_bicoid_mrna_17(X))
& fn_translation_of_bicoid_mrna_14(X) = fn_translation_28(X)
& fn_translation_of_bicoid_mrna_27(X) = fn_eukaryotic_translation_19(X)
& fn_translation_of_bicoid_mrna_27(X) = fn_polymer_synthesis_10(X)
& fn_translation_of_bicoid_mrna_27(X) = fn_polymer_synthesis_10(fn_translation_of_bicoid_mrna_17(X))
& fn_translation_of_bicoid_mrna_26(X) = fn_polymer_synthesis_18(X)
& fn_translation_of_bicoid_mrna_26(X) = fn_polymer_synthesis_18(fn_translation_of_bicoid_mrna_17(X))
& fn_translation_of_bicoid_mrna_6(X) = fn_polymer_synthesis_20(X)
& fn_translation_of_bicoid_mrna_12(X) = fn_translation_12(X)
& fn_translation_of_bicoid_mrna_12(X) = fn_eukaryotic_translation_26(X)
& fn_translation_of_bicoid_mrna_21(X) = fn_eukaryotic_translation_25(X)
& fn_translation_of_bicoid_mrna_12(X) = fn_polymer_synthesis_24(fn_translation_of_bicoid_mrna_17(X))
& fn_translation_of_bicoid_mrna_28(X) = fn_eukaryotic_translation_18(X)
& fn_translation_of_bicoid_mrna_28(X) = fn_polymer_synthesis_9(fn_translation_of_bicoid_mrna_17(X))
& fn_translation_of_bicoid_mrna_5(X) = fn_eukaryotic_translation_35(X)
& fn_translation_of_bicoid_mrna_14(X) = fn_eukaryotic_translation_32(X)
& fn_translation_of_bicoid_mrna_14(X) = fn_polymer_synthesis_19(fn_translation_of_bicoid_mrna_17(X))
& fn_translation_of_bicoid_mrna_5(X) = fn_translation_16(X)
& fn_translation_of_bicoid_mrna_5(X) = fn_polymer_synthesis_11(fn_translation_of_bicoid_mrna_17(X))
& fn_translation_of_bicoid_mrna_6(X) = fn_translation_11(X)
& fn_translation_of_bicoid_mrna_6(X) = fn_translation_36(X)
& fn_translation_of_bicoid_mrna_6(X) = fn_polymer_synthesis_20(fn_translation_of_bicoid_mrna_17(X))
& fn_translation_of_bicoid_mrna_15(X) = fn_translation_15(X)
& fn_translation_of_bicoid_mrna_21(X) = fn_translation_23(X)
& fn_translation_of_bicoid_mrna_15(X) = fn_translation_14(X)
& fn_translation_of_bicoid_mrna_15(X) = fn_polymer_synthesis_7(fn_translation_of_bicoid_mrna_17(X))
& fn_translation_of_bicoid_mrna_21(X) = fn_anabolic_pathway_5(fn_translation_of_bicoid_mrna_17(X))
& fn_translation_of_bicoid_mrna_21(X) = fn_polymer_synthesis_23(fn_translation_of_bicoid_mrna_17(X))
& fn_eukaryotic_cell_31(fn_translation_of_bicoid_mrna_3(X)) = fn_eukaryotic_cell_31(fn_translation_of_bicoid_mrna_3(X))
& fn_eukaryotic_cell_31(fn_translation_of_bicoid_mrna_3(X)) = fn_eukaryotic_translation_24(X)
& fn_eukaryotic_translation_24(X) = fn_translation_19(X)
& fn_translation_19(X) = fn_synthesis_of_protein_44(fn_translation_of_bicoid_mrna_17(X))
& fn_synthesis_of_protein_44(fn_translation_of_bicoid_mrna_17(X)) = fn_synthesis_of_protein_44(fn_translation_of_bicoid_mrna_17(X))
& fn_synthesis_of_protein_44(fn_translation_of_bicoid_mrna_17(X)) = fn_translation_19(X)
& fn_translation_19(X) = fn_translation_19(X)
& fn_translation_19(X) = fn_eukaryotic_translation_28(X)
& fn_eukaryotic_translation_28(X) = fn_eukaryotic_translation_28(X)
& fn_eukaryotic_translation_28(X) = fn_translation_8(X)
& fn_translation_8(X) = fn_synthesis_of_protein_14(fn_translation_of_bicoid_mrna_17(X))
& fn_synthesis_of_protein_14(fn_translation_of_bicoid_mrna_17(X)) = fn_synthesis_of_protein_14(fn_translation_of_bicoid_mrna_17(X))
& fn_eukaryotic_translation_27(X) = fn_synthesis_of_protein_14(fn_translation_of_bicoid_mrna_17(X))
& fn_synthesis_of_protein_14(fn_translation_of_bicoid_mrna_17(X)) = fn_eukaryotic_translation_27(X)
& fn_eukaryotic_translation_27(X) = fn_eukaryotic_translation_27(X)
& fn_eukaryotic_translation_27(X) = fn_synthesis_of_protein_10(fn_translation_of_bicoid_mrna_17(X))
& fn_synthesis_of_protein_10(fn_translation_of_bicoid_mrna_17(X)) = fn_synthesis_of_protein_10(fn_translation_of_bicoid_mrna_17(X))
& fn_synthesis_of_protein_10(fn_translation_of_bicoid_mrna_17(X)) = fn_cell_14(fn_translation_of_bicoid_mrna_3(X))
& fn_cell_14(fn_translation_of_bicoid_mrna_3(X)) = fn_eukaryotic_translation_23(X)
& fn_eukaryotic_translation_23(X) = fn_synthesis_of_protein_10(fn_translation_of_bicoid_mrna_17(X))
& fn_synthesis_of_protein_10(fn_translation_of_bicoid_mrna_17(X)) = fn_eukaryotic_translation_23(X)
& fn_eukaryotic_translation_23(X) = fn_eukaryotic_translation_23(X)
& fn_eukaryotic_translation_23(X) = fn_eukaryotic_translation_7(X)
& fn_eukaryotic_translation_7(X) = fn_anabolic_pathway_2(fn_translation_of_bicoid_mrna_17(X))
& fn_anabolic_pathway_2(fn_translation_of_bicoid_mrna_17(X)) = fn_translation_26(X)
& fn_translation_26(X) = fn_eukaryotic_translation_11(X)
& fn_eukaryotic_translation_11(X) = fn_eukaryotic_translation_11(X)
& fn_anabolic_pathway_4(fn_translation_of_bicoid_mrna_17(X)) = fn_eukaryotic_translation_11(X)
& fn_eukaryotic_translation_11(X) = fn_anabolic_pathway_4(fn_translation_of_bicoid_mrna_17(X))
& fn_anabolic_pathway_4(fn_translation_of_bicoid_mrna_17(X)) = fn_eukaryotic_translation_33(X)
& fn_anabolic_pathway_3(fn_translation_of_bicoid_mrna_17(X)) = fn_eukaryotic_translation_33(X)
& fn_eukaryotic_translation_33(X) = fn_anabolic_pathway_3(fn_translation_of_bicoid_mrna_17(X))
& fn_anabolic_pathway_3(fn_translation_of_bicoid_mrna_17(X)) = fn_eukaryotic_translation_19(X)
& fn_polymer_synthesis_10(fn_translation_of_bicoid_mrna_17(X)) = fn_eukaryotic_translation_19(X)
& fn_eukaryotic_translation_19(X) = fn_polymer_synthesis_10(fn_translation_of_bicoid_mrna_17(X))
& fn_polymer_synthesis_10(fn_translation_of_bicoid_mrna_17(X)) = fn_polymer_synthesis_10(X)
& fn_polymer_synthesis_10(X) = fn_polymer_synthesis_10(fn_translation_of_bicoid_mrna_17(X))
& fn_polymer_synthesis_10(fn_translation_of_bicoid_mrna_17(X)) = fn_enzyme_4(fn_translation_of_bicoid_mrna_7(X))
& fn_enzyme_4(fn_translation_of_bicoid_mrna_7(X)) = fn_synthesis_of_protein_13(fn_translation_of_bicoid_mrna_17(X))
& fn_synthesis_of_protein_13(fn_translation_of_bicoid_mrna_17(X)) = fn_synthesis_of_protein_13(fn_translation_of_bicoid_mrna_17(X))
& fn_synthesis_of_protein_13(fn_translation_of_bicoid_mrna_17(X)) = fn_eukaryotic_translation_26(X)
& fn_eukaryotic_translation_26(X) = fn_translation_12(X)
& fn_translation_12(X) = fn_eukaryotic_translation_26(X)
& fn_polymer_synthesis_24(fn_translation_of_bicoid_mrna_17(X)) = fn_polymer_synthesis_24(fn_translation_of_bicoid_mrna_17(X))
& fn_polymer_synthesis_24(fn_translation_of_bicoid_mrna_17(X)) = fn_eukaryotic_translation_26(X)
& fn_eukaryotic_translation_26(X) = fn_polymer_synthesis_24(fn_translation_of_bicoid_mrna_17(X))
& fn_polymer_synthesis_24(fn_translation_of_bicoid_mrna_17(X)) = fn_polymer_synthesis_9(fn_translation_of_bicoid_mrna_17(X))
& fn_polymer_synthesis_9(fn_translation_of_bicoid_mrna_17(X)) = fn_polymer_synthesis_9(fn_translation_of_bicoid_mrna_17(X))
& fn_polymer_synthesis_9(fn_translation_of_bicoid_mrna_17(X)) = fn_eukaryotic_translation_18(X)
& fn_eukaryotic_translation_18(X) = fn_polymer_synthesis_9(fn_translation_of_bicoid_mrna_17(X))
& fn_polymer_synthesis_9(fn_translation_of_bicoid_mrna_17(X)) = fn_translation_28(X)
& fn_translation_28(X) = fn_eukaryotic_translation_32(X)
& fn_eukaryotic_translation_32(X) = fn_eukaryotic_translation_32(X)
& fn_polymer_synthesis_19(fn_translation_of_bicoid_mrna_17(X)) = fn_eukaryotic_translation_32(X)
& fn_eukaryotic_translation_32(X) = fn_polymer_synthesis_19(fn_translation_of_bicoid_mrna_17(X))
& fn_polymer_synthesis_19(fn_translation_of_bicoid_mrna_17(X)) = fn_eukaryotic_translation_35(X)
& fn_eukaryotic_translation_35(X) = fn_translation_16(X)
& fn_translation_16(X) = fn_eukaryotic_translation_35(X)
& fn_eukaryotic_translation_35(X) = fn_eukaryotic_translation_35(X)
& fn_polymer_synthesis_11(fn_translation_of_bicoid_mrna_17(X)) = fn_eukaryotic_translation_35(X)
& fn_eukaryotic_translation_35(X) = fn_polymer_synthesis_11(fn_translation_of_bicoid_mrna_17(X))
& fn_polymer_synthesis_11(fn_translation_of_bicoid_mrna_17(X)) = fn_polymer_synthesis_11(fn_translation_of_bicoid_mrna_17(X))
& fn_polymer_synthesis_11(fn_translation_of_bicoid_mrna_17(X)) = fn_translation_11(X)
& fn_translation_11(X) = fn_translation_11(X)
& fn_translation_36(X) = fn_translation_11(X)
& fn_translation_11(X) = fn_translation_36(X)
& fn_translation_36(X) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(fn_translation_of_bicoid_mrna_17(X)) = fn_polymer_synthesis_20(X)
& fn_polymer_synthesis_20(X) = fn_polymer_synthesis_20(fn_translation_of_bicoid_mrna_17(X))
& fn_polymer_synthesis_20(fn_translation_of_bicoid_mrna_17(X)) = fn_polymer_synthesis_20(fn_translation_of_bicoid_mrna_17(X))
& fn_polymer_synthesis_20(fn_translation_of_bicoid_mrna_17(X)) = fn_translation_36(X)
& fn_translation_36(X) = fn_polymer_synthesis_20(fn_translation_of_bicoid_mrna_17(X))
& fn_polymer_synthesis_20(fn_translation_of_bicoid_mrna_17(X)) = fn_translation_15(X)
& fn_translation_14(X) = fn_translation_15(X)
& fn_translation_15(X) = fn_translation_14(X)
& fn_translation_14(X) = fn_translation_14(X)
& fn_polymer_synthesis_7(fn_translation_of_bicoid_mrna_17(X)) = fn_translation_14(X)
& fn_translation_14(X) = fn_polymer_synthesis_7(fn_translation_of_bicoid_mrna_17(X))
& fn_polymer_synthesis_7(fn_translation_of_bicoid_mrna_17(X)) = fn_protein_8(fn_translation_of_bicoid_mrna_23(X))
& fn_protein_8(fn_translation_of_bicoid_mrna_23(X)) = fn_synthesis_of_protein_9(fn_translation_of_bicoid_mrna_17(X))
& fn_translation_23(X) = fn_synthesis_of_protein_9(fn_translation_of_bicoid_mrna_17(X))
& fn_synthesis_of_protein_9(fn_translation_of_bicoid_mrna_17(X)) = fn_translation_23(X)
& fn_eukaryotic_translation_25(X) = fn_translation_23(X)
& fn_translation_23(X) = fn_translation_23(X)
& fn_translation_23(X) = fn_eukaryotic_translation_25(X)
& fn_eukaryotic_translation_25(X) = fn_eukaryotic_translation_25(X)
& fn_anabolic_pathway_5(fn_translation_of_bicoid_mrna_17(X)) = fn_eukaryotic_translation_25(X)
& fn_eukaryotic_translation_25(X) = fn_anabolic_pathway_5(fn_translation_of_bicoid_mrna_17(X))
& fn_anabolic_pathway_5(fn_translation_of_bicoid_mrna_17(X)) = fn_anabolic_pathway_5(fn_translation_of_bicoid_mrna_17(X))
& fn_polymer_synthesis_23(fn_translation_of_bicoid_mrna_17(X)) = fn_polymer_synthesis_23(fn_translation_of_bicoid_mrna_17(X))
& fn_polymer_synthesis_23(fn_translation_of_bicoid_mrna_17(X)) = fn_anabolic_pathway_5(fn_translation_of_bicoid_mrna_17(X))
& fn_anabolic_pathway_5(fn_translation_of_bicoid_mrna_17(X)) = fn_polymer_synthesis_23(fn_translation_of_bicoid_mrna_17(X)) ) ) ).
fof(a533361,axiom,
! [X] :
( translation_phase_1(X)
=> ( original_name_2(X,'Translation-Phase')
& user_description_2(X,'Steps in the process of translation RNA to polypeptide.')
& concept2words_2(X,'undergo the translation phase')
& concept2words_2(X,'phase of translation')
& concept2words_2(X,'translation phase')
& concept2words_2(X,'translation-phase')
& nucleic_acid_process_1(X)
& thermal_energy_1(fn_translation_phase_1(X))
& free_energy_1(fn_translation_phase_2(X))
& raw_material_2(X,fn_translation_phase_2(X))
& result_2(X,fn_translation_phase_1(X)) ) ) ).
fof(a533362,axiom,
! [X] :
( translation_termination_1(X)
=> ( original_name_2(X,'Translation-Termination')
& user_description_2(X,'Translation-Termination is the terminal phase of the Translation. It brings about the termination of synthesis of polypeptide. This phase is preceded by the Translation-elongation')
& concept2words_2(X,'translation termination')
& concept2words_2(X,'translation-termination')
& concept2words_2(X,'end of translation')
& concept2words_2(X,'termination of translation')
& translation_phase_1(X)
& cytoplasm_1(fn_translation_termination_1(X))
& polypeptide_1(fn_translation_termination_2(X))
& cytoplasm_1(fn_translation_termination_3(X))
& cytoplasm_1(fn_translation_termination_4(X))
& polypeptide_1(fn_translation_termination_5(X))
& decrease_1(fn_translation_termination_6(X))
& gtp_1(fn_translation_termination_7(X))
& amino_acid_1(fn_translation_termination_8(X))
& stop_codon_1(fn_translation_termination_9(X))
& release_factor_1(fn_translation_termination_10(X))
& a_site_1(fn_translation_termination_11(X))
& water_1(fn_translation_termination_12(X))
& polypeptide_1(fn_translation_termination_13(X))
& trna_1(fn_translation_termination_14(X))
& p_site_1(fn_translation_termination_15(X))
& translation_initiation_complex_1(fn_translation_termination_16(X))
& tangible_entity_1(fn_translation_termination_17(X))
& ribosome_1(fn_translation_termination_17(X))
& attach_1(fn_translation_termination_18(X))
& move_into_1(fn_translation_termination_19(X))
& move_1(fn_translation_termination_19(X))
& attach_1(fn_translation_termination_20(X))
& break_contact_1(fn_translation_termination_21(X))
& take_apart_1(fn_translation_termination_22(X))
& water_1(fn_translation_termination_23(X))
& translation_initiation_complex_1(fn_translation_termination_24(X))
& polypeptide_1(fn_translation_termination_25(X))
& trna_1(fn_translation_termination_26(X))
& p_site_1(fn_translation_termination_27(X))
& tangible_entity_1(fn_translation_termination_28(X))
& ribosome_1(fn_translation_termination_28(X))
& take_apart_1(fn_translation_termination_29(X))
& break_contact_1(fn_translation_termination_30(X))
& attach_1(fn_translation_termination_31(X))
& a_site_1(fn_translation_termination_32(X))
& release_factor_1(fn_translation_termination_33(X))
& attach_1(fn_translation_termination_34(X))
& move_into_1(fn_translation_termination_35(X))
& move_1(fn_translation_termination_35(X))
& produce_1(fn_translation_termination_36(X))
& entity_1(fn_translation_termination_37(X))
& thermal_energy_1(fn_translation_termination_37(X))
& spatial_entity_1(fn_break_contact_1(fn_translation_termination_21(X)))
& spatial_entity_1(fn_break_contact_1(fn_translation_termination_30(X)))
& spatial_entity_1(fn_attach_1(fn_translation_termination_18(X)))
& spatial_entity_1(fn_attach_1(fn_translation_termination_31(X)))
& tangible_entity_1(fn_impair_1(fn_translation_termination_29(X)))
& tangible_entity_1(fn_impair_1(fn_translation_termination_22(X)))
& attach_1(fn_a_site_6(fn_translation_termination_11(X)))
& move_1(fn_a_site_8(fn_translation_termination_11(X)))
& move_into_1(fn_a_site_8(fn_translation_termination_11(X)))
& attach_1(fn_a_site_6(fn_translation_termination_32(X)))
& move_1(fn_a_site_8(fn_translation_termination_32(X)))
& move_into_1(fn_a_site_8(fn_translation_termination_32(X)))
& spatial_entity_1(fn_attach_1(fn_translation_termination_34(X)))
& spatial_entity_1(fn_break_contact_2(fn_translation_termination_21(X)))
& spatial_entity_1(fn_attach_2(fn_translation_termination_18(X)))
& spatial_entity_1(fn_break_contact_2(fn_translation_termination_30(X)))
& spatial_entity_1(fn_attach_2(fn_translation_termination_31(X)))
& entity_1(fn_create_1(fn_translation_termination_36(X)))
& tangible_entity_1(fn_move_into_1(fn_translation_termination_19(X)))
& ribosome_1(fn_p_site_4(fn_translation_termination_15(X)))
& ribosome_1(fn_a_site_3(fn_translation_termination_11(X)))
& tangible_entity_1(fn_move_into_1(fn_translation_termination_35(X)))
& ribosome_1(fn_p_site_4(fn_translation_termination_27(X)))
& ribosome_1(fn_a_site_3(fn_translation_termination_32(X)))
& spatial_entity_1(fn_attach_2(fn_translation_termination_34(X)))
& spatial_entity_1(fn_attach_1(fn_translation_termination_20(X)))
& spatial_entity_1(fn_move_1(fn_translation_termination_35(X)))
& spatial_entity_1(fn_attach_2(fn_translation_termination_20(X)))
& spatial_entity_1(fn_move_1(fn_translation_termination_19(X)))
& is_along_2(fn_translation_termination_13(X),fn_translation_termination_14(X))
& is_along_2(fn_translation_termination_14(X),fn_translation_termination_13(X))
& is_at_2(fn_translation_termination_14(X),fn_translation_termination_15(X))
& is_outside_2(fn_translation_termination_1(X),fn_translation_termination_17(X))
& agent_2(fn_translation_termination_18(X),fn_translation_termination_10(X))
& minCardinality(fn_translation_termination_18(X),object_0,"1",water_0)
& next_event_2(fn_translation_termination_18(X),fn_translation_termination_21(X))
& origin_2(fn_translation_termination_19(X),fn_translation_termination_1(X))
& site_2(fn_translation_termination_20(X),fn_translation_termination_11(X))
& next_event_2(fn_translation_termination_20(X),fn_translation_termination_18(X))
& site_2(fn_translation_termination_21(X),fn_translation_termination_15(X))
& result_2(fn_translation_termination_21(X),fn_translation_termination_2(X))
& next_event_2(fn_translation_termination_21(X),fn_translation_termination_22(X))
& subevent_2(X,fn_translation_termination_19(X))
& subevent_2(X,fn_translation_termination_18(X))
& subevent_2(X,fn_translation_termination_20(X))
& subevent_2(X,fn_translation_termination_21(X))
& subevent_2(X,fn_translation_termination_22(X))
& result_2(X,fn_translation_termination_2(X))
& agent_2(X,fn_translation_termination_9(X))
& first_subevent_2(X,fn_translation_termination_19(X))
& raw_material_2(X,fn_translation_termination_8(X))
& raw_material_2(X,fn_translation_termination_7(X))
& causes_2(X,fn_translation_termination_36(X))
& causes_2(X,fn_translation_termination_6(X))
& site_2(X,fn_translation_termination_17(X))
& is_at_2(fn_translation_termination_26(X),fn_translation_termination_27(X))
& is_outside_2(fn_translation_termination_4(X),fn_translation_termination_28(X))
& site_2(fn_translation_termination_30(X),fn_translation_termination_27(X))
& next_event_2(fn_translation_termination_30(X),fn_translation_termination_29(X))
& result_2(fn_translation_termination_30(X),fn_translation_termination_5(X))
& is_inside_2(fn_translation_termination_5(X),fn_translation_termination_3(X))
& minCardinality(fn_translation_termination_31(X),object_0,"1",water_0)
& next_event_2(fn_translation_termination_31(X),fn_translation_termination_30(X))
& next_event_2(fn_translation_termination_34(X),fn_translation_termination_31(X))
& site_2(fn_translation_termination_34(X),fn_translation_termination_32(X))
& origin_2(fn_translation_termination_35(X),fn_translation_termination_4(X))
& object_2(fn_translation_termination_6(X),fn_translation_termination_2(X))
& object_2(fn_translation_termination_6(X),fn_translation_termination_37(X))
& result_2(fn_translation_termination_36(X),fn_translation_termination_2(X))
& object_2(fn_translation_termination_21(X),fn_translation_termination_14(X))
& object_2(fn_translation_termination_30(X),fn_translation_termination_26(X))
& base_2(fn_translation_termination_21(X),fn_translation_termination_13(X))
& base_2(fn_translation_termination_30(X),fn_translation_termination_25(X))
& base_2(fn_translation_termination_18(X),fn_translation_termination_13(X))
& base_2(fn_translation_termination_31(X),fn_translation_termination_25(X))
& object_2(fn_translation_termination_18(X),fn_translation_termination_12(X))
& object_2(fn_translation_termination_31(X),fn_translation_termination_23(X))
& object_2(fn_translation_termination_29(X),fn_translation_termination_24(X))
& result_2(fn_translation_termination_36(X),fn_translation_termination_37(X))
& object_2(fn_translation_termination_22(X),fn_translation_termination_16(X))
& result_2(X,fn_translation_termination_37(X))
& has_region_2(fn_translation_termination_17(X),fn_translation_termination_15(X))
& has_region_2(fn_translation_termination_28(X),fn_translation_termination_27(X))
& has_region_2(fn_translation_termination_17(X),fn_translation_termination_11(X))
& is_inside_2(fn_translation_termination_11(X),fn_translation_termination_17(X))
& base_2(fn_translation_termination_19(X),fn_translation_termination_17(X))
& path_2(fn_translation_termination_19(X),fn_translation_termination_11(X))
& destination_2(fn_translation_termination_19(X),fn_translation_termination_11(X))
& next_event_2(fn_translation_termination_19(X),fn_translation_termination_20(X))
& has_region_2(fn_translation_termination_28(X),fn_translation_termination_32(X))
& is_inside_2(fn_translation_termination_32(X),fn_translation_termination_28(X))
& base_2(fn_translation_termination_35(X),fn_translation_termination_28(X))
& path_2(fn_translation_termination_35(X),fn_translation_termination_32(X))
& destination_2(fn_translation_termination_35(X),fn_translation_termination_32(X))
& next_event_2(fn_translation_termination_35(X),fn_translation_termination_34(X))
& object_2(fn_translation_termination_19(X),fn_translation_termination_9(X))
& base_2(fn_translation_termination_20(X),fn_translation_termination_9(X))
& object_2(fn_translation_termination_35(X),fn_translation_termination_10(X))
& object_2(fn_translation_termination_20(X),fn_translation_termination_10(X))
& base_2(fn_translation_termination_34(X),fn_translation_termination_10(X))
& object_2(fn_translation_termination_34(X),fn_translation_termination_33(X))
& fn_translation_termination_14(X) = fn_break_contact_1(fn_translation_termination_21(X))
& fn_translation_termination_26(X) = fn_break_contact_1(fn_translation_termination_30(X))
& fn_translation_termination_13(X) = fn_break_contact_2(fn_translation_termination_21(X))
& fn_translation_termination_25(X) = fn_break_contact_2(fn_translation_termination_30(X))
& fn_translation_termination_13(X) = fn_attach_2(fn_translation_termination_18(X))
& fn_translation_termination_25(X) = fn_attach_2(fn_translation_termination_31(X))
& fn_translation_termination_12(X) = fn_attach_1(fn_translation_termination_18(X))
& fn_translation_termination_23(X) = fn_attach_1(fn_translation_termination_31(X))
& fn_translation_termination_24(X) = fn_impair_1(fn_translation_termination_29(X))
& fn_translation_termination_37(X) = fn_create_1(fn_translation_termination_36(X))
& fn_translation_termination_16(X) = fn_impair_1(fn_translation_termination_22(X))
& fn_translation_termination_37(X) = fn_translation_phase_1(X)
& fn_translation_termination_17(X) = fn_p_site_4(fn_translation_termination_15(X))
& fn_translation_termination_28(X) = fn_p_site_4(fn_translation_termination_27(X))
& fn_translation_termination_20(X) = fn_a_site_6(fn_translation_termination_11(X))
& fn_translation_termination_17(X) = fn_move_into_1(fn_translation_termination_19(X))
& fn_translation_termination_19(X) = fn_a_site_8(fn_translation_termination_11(X))
& fn_translation_termination_17(X) = fn_a_site_3(fn_translation_termination_11(X))
& fn_translation_termination_34(X) = fn_a_site_6(fn_translation_termination_32(X))
& fn_translation_termination_28(X) = fn_move_into_1(fn_translation_termination_35(X))
& fn_translation_termination_35(X) = fn_a_site_8(fn_translation_termination_32(X))
& fn_translation_termination_28(X) = fn_a_site_3(fn_translation_termination_32(X))
& fn_translation_termination_33(X) = fn_attach_1(fn_translation_termination_34(X))
& fn_translation_termination_10(X) = fn_attach_2(fn_translation_termination_34(X))
& fn_translation_termination_10(X) = fn_attach_1(fn_translation_termination_20(X))
& fn_translation_termination_10(X) = fn_move_1(fn_translation_termination_35(X))
& fn_translation_termination_9(X) = fn_attach_2(fn_translation_termination_20(X))
& fn_translation_termination_9(X) = fn_move_1(fn_translation_termination_19(X))
& fn_break_contact_2(fn_translation_termination_21(X)) = fn_attach_2(fn_translation_termination_18(X))
& fn_attach_2(fn_translation_termination_18(X)) = fn_break_contact_2(fn_translation_termination_30(X))
& fn_break_contact_2(fn_translation_termination_30(X)) = fn_attach_2(fn_translation_termination_31(X))
& fn_attach_2(fn_translation_termination_31(X)) = fn_create_1(fn_translation_termination_36(X))
& fn_create_1(fn_translation_termination_36(X)) = fn_translation_phase_1(X)
& fn_translation_phase_1(X) = fn_p_site_4(fn_translation_termination_15(X))
& fn_p_site_4(fn_translation_termination_15(X)) = fn_move_into_1(fn_translation_termination_19(X))
& fn_move_into_1(fn_translation_termination_19(X)) = fn_p_site_4(fn_translation_termination_15(X))
& fn_p_site_4(fn_translation_termination_15(X)) = fn_a_site_3(fn_translation_termination_11(X))
& fn_a_site_3(fn_translation_termination_11(X)) = fn_a_site_3(fn_translation_termination_11(X))
& fn_a_site_3(fn_translation_termination_11(X)) = fn_p_site_4(fn_translation_termination_27(X))
& fn_p_site_4(fn_translation_termination_27(X)) = fn_move_into_1(fn_translation_termination_35(X))
& fn_move_into_1(fn_translation_termination_35(X)) = fn_p_site_4(fn_translation_termination_27(X))
& fn_p_site_4(fn_translation_termination_27(X)) = fn_a_site_3(fn_translation_termination_32(X))
& fn_a_site_3(fn_translation_termination_32(X)) = fn_a_site_3(fn_translation_termination_32(X))
& fn_a_site_3(fn_translation_termination_32(X)) = fn_attach_2(fn_translation_termination_34(X))
& fn_attach_2(fn_translation_termination_34(X)) = fn_attach_1(fn_translation_termination_20(X))
& fn_attach_1(fn_translation_termination_20(X)) = fn_attach_1(fn_translation_termination_20(X))
& fn_attach_1(fn_translation_termination_20(X)) = fn_move_1(fn_translation_termination_35(X))
& fn_move_1(fn_translation_termination_35(X)) = fn_attach_2(fn_translation_termination_20(X))
& fn_attach_2(fn_translation_termination_20(X)) = fn_move_1(fn_translation_termination_19(X)) ) ) ).
fof(a533363,axiom,
! [X] :
( translocation_1(X)
=> ( original_name_2(X,'Translocation')
& user_description_2(X,'(1) A rearrangement of parts between nonhomologous chromosomes. (2) In protein synthesis, the third stage in the construction of a growing polypeptide chain, when the RNA carrying the polypeptide chain moves from the A spot to the P spot on the ribosome. (3) The movement of organic materials in the phloem of vascular plants.')
& concept2words_2(X,translocate)
& concept2words_2(X,translocation)
& biological_process_1(X) ) ) ).
fof(a533364,axiom,
! [X] :
( translocation_during_translation_1(X)
=> ( original_name_2(X,'Translocation-During-Translation')
& user_description_2(X,'During protein synthesis, the third stage in the elongation cycle, when the RNA carrying the growing polypeptide moves from the A site to the P site on the ribosome.')
& concept2words_2(X,'translocation during translation')
& concept2words_2(X,'translocation-during-translation')
& translocation_1(X)
& hydrogen_bond_1(fn_translocation_during_translation_1(X))
& polypeptide_1(fn_translocation_during_translation_2(X))
& cytoplasm_1(fn_translocation_during_translation_3(X))
& nucleic_acid_sequence_1(fn_translocation_during_translation_4(X))
& phosphate_ion_1(fn_translocation_during_translation_5(X))
& gdp_1(fn_translocation_during_translation_6(X))
& e_site_1(fn_translocation_during_translation_7(X))
& attach_1(fn_translocation_during_translation_8(X))
& exit_1(fn_translocation_during_translation_9(X))
& spatial_entity_1(fn_translocation_during_translation_10(X))
& anticodon_1(fn_translocation_during_translation_10(X))
& break_1(fn_translocation_during_translation_11(X))
& move_together_1(fn_translocation_during_translation_12(X))
& move_into_1(fn_translocation_during_translation_13(X))
& move_1(fn_translocation_during_translation_14(X))
& gtp_1(fn_translocation_during_translation_15(X))
& spatial_entity_1(fn_translocation_during_translation_16(X))
& trna_1(fn_translocation_during_translation_16(X))
& mrna_1(fn_translocation_during_translation_17(X))
& tangible_entity_1(fn_translocation_during_translation_18(X))
& ribosome_1(fn_translocation_during_translation_18(X))
& aminoacyl_trna_1(fn_translocation_during_translation_19(X))
& spatial_entity_1(fn_translocation_during_translation_20(X))
& p_site_1(fn_translocation_during_translation_20(X))
& trna_1(fn_translocation_during_translation_21(X))
& spatial_entity_1(fn_move_1(fn_translocation_during_translation_13(X)))
& spatial_entity_1(fn_move_together_2(fn_translocation_during_translation_12(X)))
& spatial_entity_1(fn_move_together_1(fn_translocation_during_translation_12(X)))
& tangible_entity_1(fn_impair_1(fn_translocation_during_translation_11(X)))
& spatial_entity_1(fn_move_together_3(fn_translocation_during_translation_12(X)))
& e_site_1(fn_ribosome_4(fn_translocation_during_translation_18(X)))
& spatial_entity_1(fn_move_1(fn_translocation_during_translation_14(X)))
& spatial_entity_1(fn_locomotion_1(fn_translocation_during_translation_9(X)))
& spatial_entity_1(fn_attach_1(fn_translocation_during_translation_8(X)))
& anticodon_1(fn_trna_4(fn_translocation_during_translation_16(X)))
& tangible_entity_1(fn_move_out_of_1(fn_translocation_during_translation_9(X)))
& tangible_entity_1(fn_move_into_1(fn_translocation_during_translation_13(X)))
& ribosome_1(fn_p_site_4(fn_translocation_during_translation_20(X)))
& site_2(X,fn_translocation_during_translation_18(X))
& first_subevent_2(X,fn_translocation_during_translation_11(X))
& subevent_2(X,fn_translocation_during_translation_14(X))
& subevent_2(X,fn_translocation_during_translation_13(X))
& subevent_2(X,fn_translocation_during_translation_12(X))
& subevent_2(X,fn_translocation_during_translation_9(X))
& subevent_2(X,fn_translocation_during_translation_11(X))
& object_2(X,fn_translocation_during_translation_21(X))
& is_inside_2(fn_translocation_during_translation_21(X),fn_translocation_during_translation_18(X))
& is_inside_2(fn_translocation_during_translation_7(X),fn_translocation_during_translation_18(X))
& is_outside_2(fn_translocation_during_translation_3(X),fn_translocation_during_translation_18(X))
& destination_2(fn_translocation_during_translation_14(X),fn_translocation_during_translation_7(X))
& origin_2(fn_translocation_during_translation_14(X),fn_translocation_during_translation_20(X))
& next_event_2(fn_translocation_during_translation_14(X),fn_translocation_during_translation_9(X))
& next_event_2(fn_translocation_during_translation_13(X),fn_translocation_during_translation_14(X))
& origin_2(fn_translocation_during_translation_13(X),fn_translocation_during_translation_3(X))
& next_event_2(fn_translocation_during_translation_12(X),fn_translocation_during_translation_13(X))
& by_means_of_2(fn_translocation_during_translation_12(X),fn_translocation_during_translation_8(X))
& next_event_2(fn_translocation_during_translation_11(X),fn_translocation_during_translation_12(X))
& exactCardinality(fn_translocation_during_translation_11(X),object_0,"2",gtp_0)
& result_2(fn_translocation_during_translation_11(X),fn_translocation_during_translation_5(X))
& result_2(fn_translocation_during_translation_11(X),fn_translocation_during_translation_6(X))
& is_at_2(fn_translocation_during_translation_2(X),fn_translocation_during_translation_16(X))
& is_at_2(fn_translocation_during_translation_10(X),fn_translocation_during_translation_4(X))
& destination_2(fn_translocation_during_translation_9(X),fn_translocation_during_translation_3(X))
& origin_2(fn_translocation_during_translation_9(X),fn_translocation_during_translation_7(X))
& path_2(fn_translocation_during_translation_9(X),fn_translocation_during_translation_20(X))
& instrument_2(fn_translocation_during_translation_8(X),fn_translocation_during_translation_1(X))
& object_2(fn_translocation_during_translation_13(X),fn_translocation_during_translation_19(X))
& object_2(fn_translocation_during_translation_12(X),fn_translocation_during_translation_16(X))
& object_2(fn_translocation_during_translation_14(X),fn_translocation_during_translation_21(X))
& object_2(fn_translocation_during_translation_12(X),fn_translocation_during_translation_17(X))
& object_2(fn_translocation_during_translation_11(X),fn_translocation_during_translation_15(X))
& object_2(fn_translocation_during_translation_8(X),fn_translocation_during_translation_10(X))
& destination_2(fn_translocation_during_translation_12(X),fn_translocation_during_translation_20(X))
& base_2(fn_translocation_during_translation_9(X),fn_translocation_during_translation_18(X))
& base_2(fn_translocation_during_translation_13(X),fn_translocation_during_translation_18(X))
& agent_2(fn_translocation_during_translation_9(X),fn_translocation_during_translation_21(X))
& object_2(fn_translocation_during_translation_9(X),fn_translocation_during_translation_21(X))
& has_region_2(fn_translocation_during_translation_18(X),fn_translocation_during_translation_7(X))
& has_region_2(fn_translocation_during_translation_18(X),fn_translocation_during_translation_20(X))
& has_part_2(fn_translocation_during_translation_16(X),fn_translocation_during_translation_10(X))
& fn_translocation_during_translation_19(X) = fn_move_1(fn_translocation_during_translation_13(X))
& fn_translocation_during_translation_16(X) = fn_move_together_2(fn_translocation_during_translation_12(X))
& fn_translocation_during_translation_21(X) = fn_move_1(fn_translocation_during_translation_14(X))
& fn_translocation_during_translation_17(X) = fn_move_together_1(fn_translocation_during_translation_12(X))
& fn_translocation_during_translation_15(X) = fn_impair_1(fn_translocation_during_translation_11(X))
& fn_translocation_during_translation_10(X) = fn_attach_1(fn_translocation_during_translation_8(X))
& fn_translocation_during_translation_20(X) = fn_move_together_3(fn_translocation_during_translation_12(X))
& fn_translocation_during_translation_18(X) = fn_move_out_of_1(fn_translocation_during_translation_9(X))
& fn_translocation_during_translation_18(X) = fn_move_into_1(fn_translocation_during_translation_13(X))
& fn_translocation_during_translation_21(X) = fn_locomotion_1(fn_translocation_during_translation_9(X))
& fn_translocation_during_translation_7(X) = fn_ribosome_4(fn_translocation_during_translation_18(X))
& fn_translocation_during_translation_10(X) = fn_trna_4(fn_translocation_during_translation_16(X))
& fn_translocation_during_translation_18(X) = fn_p_site_4(fn_translocation_during_translation_20(X))
& fn_move_1(fn_translocation_during_translation_14(X)) = fn_locomotion_1(fn_translocation_during_translation_9(X))
& fn_locomotion_1(fn_translocation_during_translation_9(X)) = fn_locomotion_1(fn_translocation_during_translation_9(X))
& fn_locomotion_1(fn_translocation_during_translation_9(X)) = fn_attach_1(fn_translocation_during_translation_8(X))
& fn_attach_1(fn_translocation_during_translation_8(X)) = fn_trna_4(fn_translocation_during_translation_16(X))
& fn_trna_4(fn_translocation_during_translation_16(X)) = fn_move_out_of_1(fn_translocation_during_translation_9(X))
& fn_move_out_of_1(fn_translocation_during_translation_9(X)) = fn_move_into_1(fn_translocation_during_translation_13(X))
& fn_move_into_1(fn_translocation_during_translation_13(X)) = fn_move_into_1(fn_translocation_during_translation_13(X))
& fn_move_into_1(fn_translocation_during_translation_13(X)) = fn_p_site_4(fn_translocation_during_translation_20(X)) ) ) ).
fof(a533365,axiom,
! [X] :
( translocation_of_phloem_sap_1(X)
=> ( original_name_2(X,'Translocation-Of-Phloem-Sap')
& user_description_2(X,'The transport of organic nutrients in the phloem of vascular plants.')
& concept2words_2(X,translocate)
& concept2words_2(X,'translocation of phloem sap')
& concept2words_2(X,'translocation-of-phloem-sap')
& translocation_1(X)
& plant_transport_1(X)
& pressure_flow_1(fn_translocation_of_phloem_sap_3(X))
& hydrophilic_face_1(fn_translocation_of_phloem_sap_4(X))
& length_value_1(fn_translocation_of_phloem_sap_5(X))
& length_value_1(fn_translocation_of_phloem_sap_6(X))
& length_value_1(fn_translocation_of_phloem_sap_7(X))
& length_value_1(fn_translocation_of_phloem_sap_8(X))
& potential_value_1(fn_translocation_of_phloem_sap_13(X))
& potential_value_1(fn_translocation_of_phloem_sap_14(X))
& rate_value_1(fn_translocation_of_phloem_sap_15(X))
& time_interval_1(fn_translocation_of_phloem_sap_17(X))
& time_interval_1(fn_translocation_of_phloem_sap_18(X))
& quantity_value_1(fn_translocation_of_phloem_sap_19(X))
& turgor_pressure_1(fn_translocation_of_phloem_sap_20(X))
& chemical_1(fn_translocation_of_phloem_sap_22(X))
& substance_1(fn_translocation_of_phloem_sap_25(X))
& chemical_1(fn_translocation_of_phloem_sap_25(X))
& water_1(fn_translocation_of_phloem_sap_26(X))
& chemical_1(fn_translocation_of_phloem_sap_26(X))
& concentration_value_1(fn_translocation_of_phloem_sap_27(X))
& concentration_value_1(fn_translocation_of_phloem_sap_28(X))
& sieve_tube_1(fn_translocation_of_phloem_sap_29(X))
& chemical_1(fn_translocation_of_phloem_sap_30(X))
& phloem_1(fn_translocation_of_phloem_sap_31(X))
& diffusion_1(fn_translocation_of_phloem_sap_32(X))
& plant_organ_1(fn_translocation_of_phloem_sap_33(X))
& plant_organ_1(fn_translocation_of_phloem_sap_34(X))
& sugar_sink_1(fn_translocation_of_phloem_sap_35(X))
& sugar_source_1(fn_translocation_of_phloem_sap_36(X))
& phloem_sap_1(fn_translocation_of_phloem_sap_37(X))
& loading_of_sugar_into_sieve_tube_element_1(fn_translocation_of_phloem_sap_38(X))
& osmosis_1(fn_translocation_of_phloem_sap_39(X))
& event_1(fn_translocation_of_phloem_sap_40(X))
& unloading_of_sugar_at_sugar_sink_1(fn_translocation_of_phloem_sap_40(X))
& mixture_1(fn_translocation_of_phloem_sap_41(X))
& aqueous_solution_1(fn_translocation_of_phloem_sap_41(X))
& hypotonic_solution_1(fn_translocation_of_phloem_sap_41(X))
& mixture_1(fn_translocation_of_phloem_sap_42(X))
& aqueous_solution_1(fn_translocation_of_phloem_sap_42(X))
& hypertonic_solution_1(fn_translocation_of_phloem_sap_42(X))
& spatial_entity_1(fn_translocation_of_phloem_sap_43(X))
& biomembrane_1(fn_translocation_of_phloem_sap_43(X))
& companion_cell_1(fn_translocation_of_phloem_sap_44(X))
& sieve_tube_element_1(fn_translocation_of_phloem_sap_45(X))
& sieve_tube_1(fn_translocation_of_phloem_sap_46(X))
& cell_1(fn_translocation_of_phloem_sap_47(X))
& gradient_1(fn_translocation_of_phloem_sap_48(X))
& concentration_gradient_1(fn_translocation_of_phloem_sap_48(X))
& chemical_1(fn_translocation_of_phloem_sap_49(X))
& water_1(fn_translocation_of_phloem_sap_49(X))
& rate_value_1(fn_translocation_of_phloem_sap_50(X))
& diffusion_1(fn_translocation_of_phloem_sap_52(X))
& event_1(fn_sugar_source_1(fn_translocation_of_phloem_sap_36(X)))
& event_1(fn_sugar_sink_2(fn_translocation_of_phloem_sap_35(X)))
& plant_organ_1(fn_sugar_sink_1(fn_translocation_of_phloem_sap_35(X)))
& sieve_tube_1(fn_phloem_1(fn_translocation_of_phloem_sap_31(X)))
& translocation_of_phloem_sap_1(fn_phloem_2(fn_translocation_of_phloem_sap_31(X)))
& plant_organ_1(fn_sugar_source_2(fn_translocation_of_phloem_sap_36(X)))
& cell_1(fn_passive_transport_1(fn_translocation_of_phloem_sap_39(X)))
& spatial_entity_1(fn_passive_transport_25(fn_translocation_of_phloem_sap_39(X)))
& biomembrane_1(fn_passive_transport_25(fn_translocation_of_phloem_sap_39(X)))
& property_node_1(fn_passive_transport_7(fn_translocation_of_phloem_sap_39(X)))
& rate_value_1(fn_passive_transport_6(fn_translocation_of_phloem_sap_39(X)))
& gradient_1(fn_passive_transport_of_water_3(fn_translocation_of_phloem_sap_39(X)))
& concentration_gradient_1(fn_passive_transport_of_water_3(fn_translocation_of_phloem_sap_39(X)))
& sieve_tube_1(fn_unloading_of_sugar_at_sugar_sink_1(fn_translocation_of_phloem_sap_40(X)))
& property_node_1(fn_hypertonic_solution_1(fn_translocation_of_phloem_sap_42(X)))
& concentration_value_1(fn_hypertonic_solution_3(fn_translocation_of_phloem_sap_42(X)))
& property_node_1(fn_hypertonic_solution_2(fn_translocation_of_phloem_sap_42(X)))
& chemical_1(fn_solution_6(fn_translocation_of_phloem_sap_37(X)))
& chemical_1(fn_solution_5(fn_translocation_of_phloem_sap_37(X)))
& water_1(fn_aqueous_solution_14(fn_translocation_of_phloem_sap_41(X)))
& chemical_1(fn_hypotonic_solution_3(fn_translocation_of_phloem_sap_41(X)))
& water_1(fn_hypotonic_solution_3(fn_translocation_of_phloem_sap_41(X)))
& companion_cell_1(fn_sieve_tube_5(fn_translocation_of_phloem_sap_46(X)))
& companion_cell_1(fn_sieve_tube_14(fn_translocation_of_phloem_sap_46(X)))
& sieve_tube_element_1(fn_sieve_tube_1(fn_translocation_of_phloem_sap_46(X)))
& sieve_tube_element_1(fn_sieve_tube_13(fn_translocation_of_phloem_sap_46(X)))
& chemical_1(fn_hypotonic_solution_7(fn_translocation_of_phloem_sap_41(X)))
& chemical_1(fn_hypertonic_solution_5(fn_translocation_of_phloem_sap_42(X)))
& mixture_1(fn_diffusion_2(fn_translocation_of_phloem_sap_32(X)))
& mixture_1(fn_diffusion_2(fn_translocation_of_phloem_sap_52(X)))
& hypotonic_solution_1(fn_passive_transport_of_water_1(fn_translocation_of_phloem_sap_39(X)))
& aqueous_solution_1(fn_passive_transport_of_water_1(fn_translocation_of_phloem_sap_39(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_translocation_of_phloem_sap_43(X)))
& hypotonic_solution_1(fn_hypertonic_solution_6(fn_translocation_of_phloem_sap_42(X)))
& water_1(fn_aqueous_solution_14(fn_translocation_of_phloem_sap_42(X)))
& water_1(fn_hypertonic_solution_7(fn_translocation_of_phloem_sap_42(X)))
& chemical_1(fn_hypertonic_solution_7(fn_translocation_of_phloem_sap_42(X)))
& concentration_value_1(fn_hypotonic_solution_5(fn_translocation_of_phloem_sap_41(X)))
& concentration_value_1(fn_hypertonic_solution_4(fn_translocation_of_phloem_sap_42(X)))
& substance_1(fn_hypotonic_solution_4(fn_translocation_of_phloem_sap_41(X)))
& chemical_1(fn_hypotonic_solution_4(fn_translocation_of_phloem_sap_41(X)))
& chemical_1(fn_hypertonic_solution_8(fn_translocation_of_phloem_sap_42(X)))
& mixture_1(fn_diffusion_1(fn_translocation_of_phloem_sap_52(X)))
& mixture_1(fn_diffusion_1(fn_translocation_of_phloem_sap_32(X)))
& hypertonic_solution_1(fn_passive_transport_of_water_2(fn_translocation_of_phloem_sap_39(X)))
& aqueous_solution_1(fn_passive_transport_of_water_2(fn_translocation_of_phloem_sap_39(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_translocation_of_phloem_sap_43(X)))
& hypertonic_solution_1(fn_hypotonic_solution_2(fn_translocation_of_phloem_sap_41(X)))
& agent_2(fn_translocation_of_phloem_sap_52(X),fn_translocation_of_phloem_sap_48(X))
& quantity_2(fn_translocation_of_phloem_sap_20(X),fn_translocation_of_phloem_sap_19(X))
& the_cardinal_value_2(fn_translocation_of_phloem_sap_19(X),"0.5e0")
& cardinal_unit_class_2(fn_translocation_of_phloem_sap_19(X),megapascal_0)
& time_before_2(fn_translocation_of_phloem_sap_17(X),fn_translocation_of_phloem_sap_18(X))
& greater_than_2(fn_translocation_of_phloem_sap_15(X),fn_translocation_of_phloem_sap_50(X))
& concentration_2(fn_translocation_of_phloem_sap_49(X),fn_translocation_of_phloem_sap_28(X))
& possesses_2(fn_translocation_of_phloem_sap_47(X),fn_translocation_of_phloem_sap_20(X))
& has_part_2(fn_translocation_of_phloem_sap_47(X),fn_translocation_of_phloem_sap_43(X))
& greater_than_2(fn_translocation_of_phloem_sap_14(X),fn_translocation_of_phloem_sap_13(X))
& called_2(fn_translocation_of_phloem_sap_13(X),'Waterpotential')
& the_scalar_value_2(fn_translocation_of_phloem_sap_8(X),long_0)
& scalar_unit_class_2(fn_translocation_of_phloem_sap_8(X),plant_transport_0)
& the_scalar_value_2(fn_translocation_of_phloem_sap_7(X),short_0)
& scalar_unit_class_2(fn_translocation_of_phloem_sap_7(X),translocation_of_phloem_sap_0)
& the_scalar_value_2(fn_translocation_of_phloem_sap_6(X),short_0)
& scalar_unit_class_2(fn_translocation_of_phloem_sap_6(X),diffusion_0)
& the_scalar_value_2(fn_translocation_of_phloem_sap_5(X),short_0)
& scalar_unit_class_2(fn_translocation_of_phloem_sap_5(X),plant_transport_0)
& water_potential_2(fn_translocation_of_phloem_sap_42(X),fn_translocation_of_phloem_sap_13(X))
& water_potential_2(fn_translocation_of_phloem_sap_41(X),fn_translocation_of_phloem_sap_14(X))
& is_outside_2(fn_translocation_of_phloem_sap_4(X),fn_translocation_of_phloem_sap_41(X))
& is_outside_2(fn_translocation_of_phloem_sap_4(X),fn_translocation_of_phloem_sap_42(X))
& is_inside_2(fn_translocation_of_phloem_sap_4(X),fn_translocation_of_phloem_sap_43(X))
& distance_2(fn_translocation_of_phloem_sap_40(X),fn_translocation_of_phloem_sap_5(X))
& distance_2(fn_translocation_of_phloem_sap_39(X),fn_translocation_of_phloem_sap_6(X))
& object_2(fn_translocation_of_phloem_sap_39(X),fn_translocation_of_phloem_sap_49(X))
& time_during_2(fn_translocation_of_phloem_sap_39(X),fn_translocation_of_phloem_sap_18(X))
& next_event_2(fn_translocation_of_phloem_sap_39(X),fn_translocation_of_phloem_sap_3(X))
& causes_2(fn_translocation_of_phloem_sap_39(X),fn_translocation_of_phloem_sap_3(X))
& enables_2(fn_translocation_of_phloem_sap_3(X),fn_translocation_of_phloem_sap_40(X))
& next_event_2(fn_translocation_of_phloem_sap_3(X),fn_translocation_of_phloem_sap_40(X))
& path_2(fn_translocation_of_phloem_sap_3(X),fn_translocation_of_phloem_sap_46(X))
& object_2(fn_translocation_of_phloem_sap_3(X),fn_translocation_of_phloem_sap_37(X))
& destination_2(fn_translocation_of_phloem_sap_3(X),fn_translocation_of_phloem_sap_34(X))
& origin_2(fn_translocation_of_phloem_sap_3(X),fn_translocation_of_phloem_sap_33(X))
& rate_2(X,fn_translocation_of_phloem_sap_15(X))
& distance_2(X,fn_translocation_of_phloem_sap_8(X))
& destination_2(X,fn_translocation_of_phloem_sap_34(X))
& origin_2(X,fn_translocation_of_phloem_sap_33(X))
& object_2(X,fn_translocation_of_phloem_sap_37(X))
& first_subevent_2(X,fn_translocation_of_phloem_sap_38(X))
& subevent_2(X,fn_translocation_of_phloem_sap_3(X))
& subevent_2(X,fn_translocation_of_phloem_sap_39(X))
& subevent_2(X,fn_translocation_of_phloem_sap_40(X))
& subevent_2(X,fn_translocation_of_phloem_sap_38(X))
& next_event_2(fn_translocation_of_phloem_sap_38(X),fn_translocation_of_phloem_sap_39(X))
& distance_2(fn_translocation_of_phloem_sap_38(X),fn_translocation_of_phloem_sap_7(X))
& time_during_2(fn_translocation_of_phloem_sap_38(X),fn_translocation_of_phloem_sap_17(X))
& is_inside_2(fn_translocation_of_phloem_sap_37(X),fn_translocation_of_phloem_sap_29(X))
& agent_2(fn_translocation_of_phloem_sap_32(X),fn_translocation_of_phloem_sap_48(X))
& origin_2(fn_translocation_of_phloem_sap_52(X),fn_translocation_of_phloem_sap_42(X))
& destination_2(fn_translocation_of_phloem_sap_32(X),fn_translocation_of_phloem_sap_41(X))
& destination_2(fn_translocation_of_phloem_sap_52(X),fn_translocation_of_phloem_sap_41(X))
& origin_2(fn_translocation_of_phloem_sap_32(X),fn_translocation_of_phloem_sap_42(X))
& in_event_2(fn_translocation_of_phloem_sap_36(X),fn_translocation_of_phloem_sap_40(X))
& in_event_2(fn_translocation_of_phloem_sap_35(X),fn_translocation_of_phloem_sap_38(X))
& plays_2(fn_translocation_of_phloem_sap_34(X),fn_translocation_of_phloem_sap_35(X))
& has_part_2(fn_translocation_of_phloem_sap_31(X),fn_translocation_of_phloem_sap_46(X))
& has_function_2(fn_translocation_of_phloem_sap_31(X),X)
& plays_2(fn_translocation_of_phloem_sap_33(X),fn_translocation_of_phloem_sap_36(X))
& has_part_2(fn_translocation_of_phloem_sap_37(X),fn_translocation_of_phloem_sap_30(X))
& has_solute_2(fn_translocation_of_phloem_sap_37(X),fn_translocation_of_phloem_sap_30(X))
& base_2(fn_translocation_of_phloem_sap_39(X),fn_translocation_of_phloem_sap_47(X))
& path_2(fn_translocation_of_phloem_sap_39(X),fn_translocation_of_phloem_sap_43(X))
& rate_2(fn_translocation_of_phloem_sap_39(X),fn_translocation_of_phloem_sap_50(X))
& destination_2(fn_translocation_of_phloem_sap_39(X),fn_translocation_of_phloem_sap_42(X))
& is_between_2(fn_translocation_of_phloem_sap_48(X),fn_translocation_of_phloem_sap_42(X))
& is_between_2(fn_translocation_of_phloem_sap_48(X),fn_translocation_of_phloem_sap_41(X))
& origin_2(fn_translocation_of_phloem_sap_39(X),fn_translocation_of_phloem_sap_41(X))
& agent_2(fn_translocation_of_phloem_sap_39(X),fn_translocation_of_phloem_sap_48(X))
& fn_translocation_of_phloem_sap_25(X) != fn_translocation_of_phloem_sap_26(X)
& fn_translocation_of_phloem_sap_26(X) != fn_translocation_of_phloem_sap_25(X)
& greater_than_2(fn_translocation_of_phloem_sap_27(X),fn_translocation_of_phloem_sap_28(X))
& concentration_2(fn_translocation_of_phloem_sap_25(X),fn_translocation_of_phloem_sap_27(X))
& has_part_2(fn_translocation_of_phloem_sap_42(X),fn_translocation_of_phloem_sap_25(X))
& is_hypertonic_to_2(fn_translocation_of_phloem_sap_42(X),fn_translocation_of_phloem_sap_41(X))
& is_hypotonic_to_2(fn_translocation_of_phloem_sap_41(X),fn_translocation_of_phloem_sap_42(X))
& has_part_2(fn_translocation_of_phloem_sap_42(X),fn_translocation_of_phloem_sap_26(X))
& has_solute_2(fn_translocation_of_phloem_sap_41(X),fn_translocation_of_phloem_sap_22(X))
& has_part_2(fn_translocation_of_phloem_sap_41(X),fn_translocation_of_phloem_sap_22(X))
& greater_than_or_equal_to_2(fn_translocation_of_phloem_sap_27(X),fn_translocation_of_phloem_sap_28(X))
& has_solvent_2(fn_translocation_of_phloem_sap_42(X),fn_translocation_of_phloem_sap_26(X))
& has_solute_2(fn_translocation_of_phloem_sap_42(X),fn_translocation_of_phloem_sap_25(X))
& is_along_2(fn_translocation_of_phloem_sap_44(X),fn_translocation_of_phloem_sap_45(X))
& is_along_2(fn_translocation_of_phloem_sap_45(X),fn_translocation_of_phloem_sap_44(X))
& element_2(fn_translocation_of_phloem_sap_46(X),fn_translocation_of_phloem_sap_44(X))
& element_2(fn_translocation_of_phloem_sap_46(X),fn_translocation_of_phloem_sap_45(X))
& has_solvent_2(fn_translocation_of_phloem_sap_41(X),fn_translocation_of_phloem_sap_49(X))
& has_part_2(fn_translocation_of_phloem_sap_41(X),fn_translocation_of_phloem_sap_49(X))
& origin_2(fn_translocation_of_phloem_sap_40(X),fn_translocation_of_phloem_sap_29(X))
& is_between_2(fn_translocation_of_phloem_sap_43(X),fn_translocation_of_phloem_sap_41(X))
& is_between_2(fn_translocation_of_phloem_sap_43(X),fn_translocation_of_phloem_sap_42(X))
& fn_translocation_of_phloem_sap_42(X) = fn_diffusion_1(fn_translocation_of_phloem_sap_52(X))
& fn_translocation_of_phloem_sap_41(X) = fn_diffusion_2(fn_translocation_of_phloem_sap_32(X))
& fn_translocation_of_phloem_sap_41(X) = fn_diffusion_2(fn_translocation_of_phloem_sap_52(X))
& fn_translocation_of_phloem_sap_42(X) = fn_diffusion_1(fn_translocation_of_phloem_sap_32(X))
& fn_translocation_of_phloem_sap_40(X) = fn_sugar_source_1(fn_translocation_of_phloem_sap_36(X))
& fn_translocation_of_phloem_sap_38(X) = fn_sugar_sink_2(fn_translocation_of_phloem_sap_35(X))
& fn_translocation_of_phloem_sap_34(X) = fn_sugar_sink_1(fn_translocation_of_phloem_sap_35(X))
& fn_translocation_of_phloem_sap_46(X) = fn_phloem_1(fn_translocation_of_phloem_sap_31(X))
& X = fn_phloem_2(fn_translocation_of_phloem_sap_31(X))
& fn_translocation_of_phloem_sap_33(X) = fn_sugar_source_2(fn_translocation_of_phloem_sap_36(X))
& fn_translocation_of_phloem_sap_30(X) = fn_solution_6(fn_translocation_of_phloem_sap_37(X))
& fn_translocation_of_phloem_sap_30(X) = fn_solution_5(fn_translocation_of_phloem_sap_37(X))
& fn_translocation_of_phloem_sap_47(X) = fn_passive_transport_1(fn_translocation_of_phloem_sap_39(X))
& fn_translocation_of_phloem_sap_43(X) = fn_passive_transport_25(fn_translocation_of_phloem_sap_39(X))
& fn_translocation_of_phloem_sap_51(X) = fn_passive_transport_7(fn_translocation_of_phloem_sap_39(X))
& fn_translocation_of_phloem_sap_50(X) = fn_passive_transport_6(fn_translocation_of_phloem_sap_39(X))
& fn_translocation_of_phloem_sap_41(X) = fn_passive_transport_of_water_1(fn_translocation_of_phloem_sap_39(X))
& fn_translocation_of_phloem_sap_48(X) = fn_passive_transport_of_water_3(fn_translocation_of_phloem_sap_39(X))
& fn_translocation_of_phloem_sap_42(X) = fn_passive_transport_of_water_2(fn_translocation_of_phloem_sap_39(X))
& fn_translocation_of_phloem_sap_42(X) = fn_biomembrane_15(fn_translocation_of_phloem_sap_43(X))
& fn_translocation_of_phloem_sap_41(X) = fn_biomembrane_14(fn_translocation_of_phloem_sap_43(X))
& fn_translocation_of_phloem_sap_29(X) = fn_unloading_of_sugar_at_sugar_sink_1(fn_translocation_of_phloem_sap_40(X))
& fn_translocation_of_phloem_sap_49(X) = fn_aqueous_solution_14(fn_translocation_of_phloem_sap_41(X))
& fn_translocation_of_phloem_sap_49(X) = fn_hypotonic_solution_3(fn_translocation_of_phloem_sap_41(X))
& fn_translocation_of_phloem_sap_44(X) = fn_sieve_tube_5(fn_translocation_of_phloem_sap_46(X))
& fn_translocation_of_phloem_sap_44(X) = fn_sieve_tube_14(fn_translocation_of_phloem_sap_46(X))
& fn_translocation_of_phloem_sap_45(X) = fn_sieve_tube_1(fn_translocation_of_phloem_sap_46(X))
& fn_translocation_of_phloem_sap_45(X) = fn_sieve_tube_13(fn_translocation_of_phloem_sap_46(X))
& fn_translocation_of_phloem_sap_27(X) = fn_hypotonic_solution_5(fn_translocation_of_phloem_sap_41(X))
& fn_translocation_of_phloem_sap_26(X) = fn_aqueous_solution_14(fn_translocation_of_phloem_sap_42(X))
& fn_translocation_of_phloem_sap_22(X) = fn_hypotonic_solution_7(fn_translocation_of_phloem_sap_41(X))
& fn_translocation_of_phloem_sap_22(X) = fn_hypertonic_solution_5(fn_translocation_of_phloem_sap_42(X))
& fn_translocation_of_phloem_sap_41(X) = fn_hypertonic_solution_6(fn_translocation_of_phloem_sap_42(X))
& fn_translocation_of_phloem_sap_23(X) = fn_hypertonic_solution_1(fn_translocation_of_phloem_sap_42(X))
& fn_translocation_of_phloem_sap_28(X) = fn_hypertonic_solution_3(fn_translocation_of_phloem_sap_42(X))
& fn_translocation_of_phloem_sap_26(X) = fn_hypertonic_solution_7(fn_translocation_of_phloem_sap_42(X))
& fn_translocation_of_phloem_sap_24(X) = fn_hypertonic_solution_2(fn_translocation_of_phloem_sap_42(X))
& fn_translocation_of_phloem_sap_27(X) = fn_hypertonic_solution_4(fn_translocation_of_phloem_sap_42(X))
& fn_translocation_of_phloem_sap_42(X) = fn_hypotonic_solution_2(fn_translocation_of_phloem_sap_41(X))
& fn_translocation_of_phloem_sap_25(X) = fn_hypotonic_solution_4(fn_translocation_of_phloem_sap_41(X))
& fn_translocation_of_phloem_sap_25(X) = fn_hypertonic_solution_8(fn_translocation_of_phloem_sap_42(X))
& fn_solution_6(fn_translocation_of_phloem_sap_37(X)) = fn_solution_5(fn_translocation_of_phloem_sap_37(X))
& fn_solution_5(fn_translocation_of_phloem_sap_37(X)) = fn_solution_5(fn_translocation_of_phloem_sap_37(X))
& fn_solution_5(fn_translocation_of_phloem_sap_37(X)) = fn_hypotonic_solution_3(fn_translocation_of_phloem_sap_41(X))
& fn_hypotonic_solution_3(fn_translocation_of_phloem_sap_41(X)) = fn_aqueous_solution_14(fn_translocation_of_phloem_sap_41(X))
& fn_aqueous_solution_14(fn_translocation_of_phloem_sap_41(X)) = fn_hypotonic_solution_3(fn_translocation_of_phloem_sap_41(X))
& fn_hypotonic_solution_3(fn_translocation_of_phloem_sap_41(X)) = fn_sieve_tube_5(fn_translocation_of_phloem_sap_46(X))
& fn_sieve_tube_14(fn_translocation_of_phloem_sap_46(X)) = fn_sieve_tube_5(fn_translocation_of_phloem_sap_46(X))
& fn_sieve_tube_5(fn_translocation_of_phloem_sap_46(X)) = fn_sieve_tube_14(fn_translocation_of_phloem_sap_46(X))
& fn_sieve_tube_14(fn_translocation_of_phloem_sap_46(X)) = fn_sieve_tube_1(fn_translocation_of_phloem_sap_46(X))
& fn_sieve_tube_13(fn_translocation_of_phloem_sap_46(X)) = fn_sieve_tube_1(fn_translocation_of_phloem_sap_46(X))
& fn_sieve_tube_1(fn_translocation_of_phloem_sap_46(X)) = fn_sieve_tube_13(fn_translocation_of_phloem_sap_46(X))
& fn_sieve_tube_13(fn_translocation_of_phloem_sap_46(X)) = fn_hypotonic_solution_7(fn_translocation_of_phloem_sap_41(X))
& fn_hypertonic_solution_5(fn_translocation_of_phloem_sap_42(X)) = fn_hypotonic_solution_7(fn_translocation_of_phloem_sap_41(X))
& fn_hypotonic_solution_7(fn_translocation_of_phloem_sap_41(X)) = fn_hypertonic_solution_5(fn_translocation_of_phloem_sap_42(X))
& fn_hypertonic_solution_5(fn_translocation_of_phloem_sap_42(X)) = fn_diffusion_2(fn_translocation_of_phloem_sap_32(X))
& fn_diffusion_2(fn_translocation_of_phloem_sap_32(X)) = fn_diffusion_2(fn_translocation_of_phloem_sap_52(X))
& fn_diffusion_2(fn_translocation_of_phloem_sap_52(X)) = fn_passive_transport_of_water_1(fn_translocation_of_phloem_sap_39(X))
& fn_passive_transport_of_water_1(fn_translocation_of_phloem_sap_39(X)) = fn_passive_transport_of_water_1(fn_translocation_of_phloem_sap_39(X))
& fn_passive_transport_of_water_1(fn_translocation_of_phloem_sap_39(X)) = fn_biomembrane_14(fn_translocation_of_phloem_sap_43(X))
& fn_biomembrane_14(fn_translocation_of_phloem_sap_43(X)) = fn_biomembrane_14(fn_translocation_of_phloem_sap_43(X))
& fn_biomembrane_14(fn_translocation_of_phloem_sap_43(X)) = fn_hypertonic_solution_6(fn_translocation_of_phloem_sap_42(X))
& fn_hypertonic_solution_6(fn_translocation_of_phloem_sap_42(X)) = fn_hypertonic_solution_6(fn_translocation_of_phloem_sap_42(X))
& fn_hypertonic_solution_6(fn_translocation_of_phloem_sap_42(X)) = fn_hypertonic_solution_7(fn_translocation_of_phloem_sap_42(X))
& fn_hypertonic_solution_7(fn_translocation_of_phloem_sap_42(X)) = fn_aqueous_solution_14(fn_translocation_of_phloem_sap_42(X))
& fn_aqueous_solution_14(fn_translocation_of_phloem_sap_42(X)) = fn_hypertonic_solution_7(fn_translocation_of_phloem_sap_42(X))
& fn_hypertonic_solution_7(fn_translocation_of_phloem_sap_42(X)) = fn_hypertonic_solution_7(fn_translocation_of_phloem_sap_42(X))
& fn_hypertonic_solution_7(fn_translocation_of_phloem_sap_42(X)) = fn_hypertonic_solution_4(fn_translocation_of_phloem_sap_42(X))
& fn_hypertonic_solution_4(fn_translocation_of_phloem_sap_42(X)) = fn_hypotonic_solution_5(fn_translocation_of_phloem_sap_41(X))
& fn_hypotonic_solution_5(fn_translocation_of_phloem_sap_41(X)) = fn_hypertonic_solution_4(fn_translocation_of_phloem_sap_42(X))
& fn_hypertonic_solution_4(fn_translocation_of_phloem_sap_42(X)) = fn_hypertonic_solution_4(fn_translocation_of_phloem_sap_42(X))
& fn_hypertonic_solution_4(fn_translocation_of_phloem_sap_42(X)) = fn_hypotonic_solution_4(fn_translocation_of_phloem_sap_41(X))
& fn_hypertonic_solution_8(fn_translocation_of_phloem_sap_42(X)) = fn_hypertonic_solution_8(fn_translocation_of_phloem_sap_42(X))
& fn_hypertonic_solution_8(fn_translocation_of_phloem_sap_42(X)) = fn_hypotonic_solution_4(fn_translocation_of_phloem_sap_41(X))
& fn_hypotonic_solution_4(fn_translocation_of_phloem_sap_41(X)) = fn_hypertonic_solution_8(fn_translocation_of_phloem_sap_42(X))
& fn_hypertonic_solution_8(fn_translocation_of_phloem_sap_42(X)) = fn_diffusion_1(fn_translocation_of_phloem_sap_52(X))
& fn_diffusion_1(fn_translocation_of_phloem_sap_52(X)) = fn_diffusion_1(fn_translocation_of_phloem_sap_32(X))
& fn_diffusion_1(fn_translocation_of_phloem_sap_32(X)) = fn_passive_transport_of_water_2(fn_translocation_of_phloem_sap_39(X))
& fn_passive_transport_of_water_2(fn_translocation_of_phloem_sap_39(X)) = fn_passive_transport_of_water_2(fn_translocation_of_phloem_sap_39(X))
& fn_passive_transport_of_water_2(fn_translocation_of_phloem_sap_39(X)) = fn_biomembrane_15(fn_translocation_of_phloem_sap_43(X))
& fn_biomembrane_15(fn_translocation_of_phloem_sap_43(X)) = fn_biomembrane_15(fn_translocation_of_phloem_sap_43(X))
& fn_biomembrane_15(fn_translocation_of_phloem_sap_43(X)) = fn_hypotonic_solution_2(fn_translocation_of_phloem_sap_41(X))
& fn_hypotonic_solution_2(fn_translocation_of_phloem_sap_41(X)) = fn_hypotonic_solution_2(fn_translocation_of_phloem_sap_41(X)) ) ) ).
fof(a533366,axiom,
! [X] :
( transmembrane_protein_1(X)
=> ( original_name_2(X,'Transmembrane-Protein')
& user_description_2(X,'A protein that goes from one side of a membrane through to the other side of the membrane.')
& concept2words_2(X,tp)
& concept2words_2(X,'transmembrane protein')
& concept2words_2(X,'transmembrane-protein')
& integral_protein_1(X)
& inside_face_1(fn_transmembrane_protein_1(X))
& hydrophilic_end_1(fn_transmembrane_protein_2(X))
& hydrophilic_end_1(fn_transmembrane_protein_3(X))
& biomembrane_1(fn_transmembrane_protein_4(X))
& surface_1(fn_transmembrane_protein_5(X))
& outside_face_1(fn_transmembrane_protein_5(X))
& inside_face_1(fn_transmembrane_protein_6(X))
& inside_face_1(fn_biomembrane_42(fn_transmembrane_protein_4(X)))
& tangible_entity_1(fn_biomembrane_54(fn_transmembrane_protein_4(X)))
& membrane_protein_1(fn_biomembrane_54(fn_transmembrane_protein_4(X)))
& protein_1(fn_biomembrane_54(fn_transmembrane_protein_4(X)))
& surface_1(fn_biomembrane_47(fn_transmembrane_protein_4(X)))
& outside_face_1(fn_biomembrane_41(fn_transmembrane_protein_4(X)))
& is_across_2(X,fn_transmembrane_protein_4(X))
& is_inside_2(fn_transmembrane_protein_2(X),fn_transmembrane_protein_6(X))
& is_opposite_2(fn_transmembrane_protein_2(X),fn_transmembrane_protein_3(X))
& is_opposite_2(fn_transmembrane_protein_3(X),fn_transmembrane_protein_2(X))
& is_inside_2(fn_transmembrane_protein_3(X),fn_transmembrane_protein_5(X))
& has_region_2(X,fn_transmembrane_protein_3(X))
& has_region_2(X,fn_transmembrane_protein_2(X))
& is_at_2(fn_transmembrane_protein_2(X),fn_transmembrane_protein_1(X))
& has_region_2(fn_transmembrane_protein_4(X),fn_transmembrane_protein_5(X))
& has_region_2(fn_transmembrane_protein_4(X),fn_transmembrane_protein_6(X))
& has_part_2(fn_transmembrane_protein_4(X),X)
& fn_transmembrane_protein_3(X) = fn_protein_1(X)
& fn_transmembrane_protein_1(X) = fn_integral_protein_29(X)
& fn_transmembrane_protein_2(X) = fn_integral_protein_23(X)
& fn_transmembrane_protein_5(X) = fn_biomembrane_47(fn_transmembrane_protein_4(X))
& fn_transmembrane_protein_5(X) = fn_biomembrane_41(fn_transmembrane_protein_4(X))
& fn_transmembrane_protein_6(X) = fn_biomembrane_42(fn_transmembrane_protein_4(X))
& X = fn_biomembrane_54(fn_transmembrane_protein_4(X))
& fn_transmembrane_protein_4(X) = fn_integral_protein_24(X)
& fn_biomembrane_47(fn_transmembrane_protein_4(X)) = fn_biomembrane_41(fn_transmembrane_protein_4(X)) ) ) ).
fof(a533367,axiom,
! [X] :
( transmembrane_transport_1(X)
=> ( original_name_2(X,'Transmembrane-Transport')
& user_description_2(X,'Route of transport of water and solutes from one cell to another in vascular plants which follows a path requiring repeated crossings of plasma membranes.')
& concept2words_2(X,'transmembrane transport')
& concept2words_2(X,'transmembrane-transport')
& plant_transport_1(X)
& biological_region_1(fn_transmembrane_transport_1(X))
& move_through_1(fn_transmembrane_transport_2(X))
& move_1(fn_transmembrane_transport_2(X))
& aqueous_solution_1(fn_transmembrane_transport_3(X))
& plasma_membrane_1(fn_transmembrane_transport_4(X))
& move_through_1(fn_plasma_membrane_74(fn_transmembrane_transport_4(X)))
& move_1(fn_plasma_membrane_74(fn_transmembrane_transport_4(X)))
& spatial_entity_1(fn_move_1(fn_transmembrane_transport_2(X)))
& subevent_2(X,fn_transmembrane_transport_2(X))
& has_region_2(fn_transmembrane_transport_4(X),fn_transmembrane_transport_1(X))
& base_2(fn_transmembrane_transport_2(X),fn_transmembrane_transport_4(X))
& object_2(fn_transmembrane_transport_2(X),fn_transmembrane_transport_3(X))
& fn_transmembrane_transport_2(X) = fn_plasma_membrane_74(fn_transmembrane_transport_4(X))
& fn_transmembrane_transport_3(X) = fn_move_1(fn_transmembrane_transport_2(X)) ) ) ).
fof(a533368,axiom,
! [X] :
( transmission_electron_microscope_1(X)
=> ( original_name_2(X,'Transmission-Electron-Microscope')
& user_description_2(X,'An microscope used in transmission electron microscopy, a technique whereby a beam of electrons is transmitted through an ultra thin specimen, interacting with the specimen as it passes through. An image is formed from the interaction of the electrons transmitted through the specimen; the image is magnified and focused onto an imaging device, such as a fluorescent screen, on a layer of photographic film, or to be detected by a sensor such as a CCD camera.')
& concept2words_2(X,'transmission electron microscope')
& concept2words_2(X,'transmission-electron-microscope')
& microscope_1(X)
& ~ electron_microscope_1(X)
& ~ light_microscope_1(X) ) ) ).
fof(a533369,axiom,
! [X] :
( transmission_electron_microscopy_1(X)
=> ( original_name_2(X,'Transmission-Electron-Microscopy')
& user_description_2(X,'Transmission electron microscopy (TEM) is a microscopy technique whereby a beam of electrons is transmitted through an ultra thin specimen, interacting with the specimen as it passes through. An image is formed from the interaction of the electrons transmitted through the specimen; the image is magnified and focused onto an imaging device, such as a fluorescent screen, on a layer of photographic film, or to be detected by a sensor such as a CCD camera.')
& concept2words_2(X,inquire)
& concept2words_2(X,'transmission electron microscopy')
& concept2words_2(X,'transmission-electron-microscopy')
& electron_microscopy_1(X)
& ~ scanning_electron_microscopy_1(X)
& move_through_1(fn_transmission_electron_microscopy_1(X))
& produce_1(fn_transmission_electron_microscopy_2(X))
& create_1(fn_transmission_electron_microscopy_2(X))
& next_event_2(fn_transmission_electron_microscopy_1(X),fn_transmission_electron_microscopy_2(X))
& subevent_2(X,fn_transmission_electron_microscopy_1(X))
& subevent_2(X,fn_transmission_electron_microscopy_2(X))
& fn_transmission_electron_microscopy_2(X) = fn_electron_microscopy_10(X) ) ) ).
fof(a533370,axiom,
! [X] :
( transmission_of_information_1(X)
=> ( original_name_2(X,'Transmission-Of-Information')
& user_description_2(X,'The process of moving information from one location to another or one person to another.')
& concept2words_2(X,'information transmission')
& concept2words_2(X,'information-transmission')
& concept2words_2(X,'transmission of information')
& concept2words_2(X,'transmission-of-information')
& interact_1(X)
& information_1(fn_transmission_of_information_1(X))
& object_2(X,fn_transmission_of_information_1(X)) ) ) ).
fof(a533371,axiom,
! [X] :
( transmit_1(X)
=> ( original_name_2(X,'Transmit')
& concept2words_2(X,transmission)
& concept2words_2(X,transmit)
& concept2words_2(X,convey)
& concept2words_2(X,communicate)
& concept2words_2(X,conduct)
& concept2words_2(X,carry)
& concept2words_2(X,channel)
& concept2words_2(X,transfer)
& concept2words_2(X,transport)
& concept2words_2(X,channelize)
& move_1(X)
& signal_1(fn_transmit_1(X))
& tangible_entity_1(fn_transmit_2(X))
& plays_2(fn_transmit_2(X),fn_transmit_1(X))
& in_event_2(fn_transmit_1(X),X)
& object_2(X,fn_transmit_2(X))
& fn_transmit_2(X) = fn_move_1(X) ) ) ).
fof(a533372,axiom,
! [X] :
( transmit_as_cellular_process_1(X)
=> ( original_name_2(X,'Transmit-As-Cellular-Process')
& user_description_2(X,'The passage of a nerve impulse along the axon of a neuron.')
& concept2words_2(X,transmit)
& concept2words_2(X,'transmit as cellular process')
& concept2words_2(X,'transmit-as-cellular-process')
& nerve_related_intercellular_process_1(X) ) ) ).
fof(a533373,axiom,
! [X] :
( transmittance_scalar_constant_1(X)
=> ( original_name_2(X,'Transmittance-Scalar-Constant')
& concept2words_2(X,'transmittance scalar constant')
& concept2words_2(X,'transmittance-scalar-constant')
& constant_1(X) ) ) ).
fof(a533374,axiom,
! [X] :
( transmittance_scale_1(X)
=> ( original_name_2(X,'Transmittance-Scale')
& concept2words_2(X,'scale of transmittance')
& concept2words_2(X,'transmittance scale')
& concept2words_2(X,'transmittance-scale')
& scale_1(X) ) ) ).
fof(a533375,axiom,
! [X] :
( transmittance_value_1(X)
=> ( original_name_2(X,'Transmittance-Value')
& concept2words_2(X,infection)
& concept2words_2(X,contagion)
& concept2words_2(X,transmission)
& concept2words_2(X,transmittance)
& concept2words_2(X,'value of transmittance')
& concept2words_2(X,'transmittance value')
& concept2words_2(X,'transmittance-value')
& property_value_1(X) ) ) ).
fof(a533376,axiom,
! [X] :
( transmitting_cell_1(X)
=> ( original_name_2(X,'Transmitting-Cell')
& user_description_2(X,'The cell that is secreting the chemical signal to be received by a target cell.')
& concept2words_2(X,'cell of transmitting')
& concept2words_2(X,'transmitting cell')
& concept2words_2(X,'transmitting-cell')
& role_1(X)
& cell_signaling_1(fn_transmitting_cell_1(X))
& cell_1(fn_transmitting_cell_2(X))
& information_1(fn_transmitting_cell_3(X))
& object_2(fn_transmitting_cell_1(X),fn_transmitting_cell_3(X))
& agent_2(fn_transmitting_cell_1(X),fn_transmitting_cell_2(X))
& plays_2(fn_transmitting_cell_2(X),X)
& in_event_2(X,fn_transmitting_cell_1(X)) ) ) ).
fof(a533377,axiom,
! [X] :
( transpiration_1(X)
=> ( original_name_2(X,'Transpiration')
& user_description_2(X,'Part of the water cycle that involves the loss of water from plants due to evaporation.')
& concept2words_2(X,evaporate)
& concept2words_2(X,transpire)
& concept2words_2(X,transpiration)
& water_evaporation_1(X)
& water_cycle_process_1(X)
& ~ evapotranspiration_1(X)
& atmosphere_1(fn_transpiration_2(X))
& biological_region_1(fn_transpiration_3(X))
& air_space_1(fn_transpiration_4(X))
& plant_cell_1(fn_transpiration_5(X))
& plant_vein_1(fn_transpiration_6(X))
& bundle_sheath_cell_1(fn_transpiration_7(X))
& bundle_sheath_1(fn_transpiration_8(X))
& block_1(fn_transpiration_9(X))
& quantity_value_1(fn_transpiration_10(X))
& time_interval_1(fn_transpiration_11(X))
& spatial_entity_1(fn_transpiration_12(X))
& move_into_1(fn_transpiration_14(X))
& surface_1(fn_transpiration_15(X))
& barrier_1(fn_transpiration_16(X))
& plant_organ_1(fn_transpiration_17(X))
& epidermis_1(fn_transpiration_18(X))
& time_interval_1(fn_transpiration_19(X))
& time_interval_1(fn_transpiration_20(X))
& stoma_1(fn_transpiration_21(X))
& liquid_substance_1(fn_transpiration_22(X))
& water_1(fn_transpiration_22(X))
& move_1(fn_transpiration_23(X))
& leave_1(fn_transpiration_23(X))
& portal_1(fn_transpiration_24(X))
& spatial_entity_1(fn_conduit_1(fn_transpiration_24(X)))
& stoma_1(fn_epidermis_1(fn_transpiration_18(X)))
& tangible_entity_1(fn_move_into_1(fn_transpiration_14(X)))
& tangible_entity_1(fn_barrier_1(fn_transpiration_16(X)))
& is_outside_2(fn_transpiration_12(X),fn_transpiration_17(X))
& origin_2(fn_transpiration_14(X),fn_transpiration_12(X))
& instrument_2(fn_transpiration_9(X),fn_transpiration_17(X))
& is_outside_2(fn_transpiration_8(X),fn_transpiration_6(X))
& is_inside_2(fn_transpiration_7(X),fn_transpiration_8(X))
& abuts_2(fn_transpiration_7(X),fn_transpiration_5(X))
& fn_transpiration_7(X) != fn_transpiration_5(X)
& is_inside_2(fn_transpiration_6(X),fn_transpiration_8(X))
& in_event_2(fn_transpiration_16(X),fn_transpiration_9(X))
& abuts_2(fn_transpiration_5(X),fn_transpiration_7(X))
& fn_transpiration_5(X) != fn_transpiration_7(X)
& is_inside_2(fn_transpiration_4(X),fn_transpiration_17(X))
& has_region_2(fn_transpiration_17(X),fn_transpiration_15(X))
& has_region_2(fn_transpiration_17(X),fn_transpiration_8(X))
& has_part_2(fn_transpiration_17(X),fn_transpiration_6(X))
& time_before_2(fn_transpiration_20(X),fn_transpiration_11(X))
& base_2(X,fn_transpiration_17(X))
& site_2(X,fn_transpiration_21(X))
& has_function_2(fn_transpiration_21(X),X)
& quantity_2(fn_transpiration_22(X),fn_transpiration_10(X))
& is_inside_2(fn_transpiration_22(X),fn_transpiration_4(X))
& base_2(fn_transpiration_23(X),fn_transpiration_17(X))
& path_2(fn_transpiration_23(X),fn_transpiration_21(X))
& destination_2(fn_transpiration_23(X),fn_transpiration_2(X))
& is_inside_2(fn_transpiration_3(X),fn_transpiration_18(X))
& base_2(fn_transpiration_14(X),fn_transpiration_17(X))
& plays_2(fn_transpiration_17(X),fn_transpiration_16(X))
& plays_2(fn_transpiration_15(X),fn_transpiration_24(X))
& has_region_2(fn_transpiration_18(X),fn_transpiration_21(X))
& subevent_2(X,fn_transpiration_23(X))
& object_2(X,fn_transpiration_22(X))
& origin_2(fn_transpiration_23(X),fn_transpiration_22(X))
& time_during_2(fn_transpiration_23(X),fn_transpiration_20(X))
& time_before_2(fn_transpiration_20(X),fn_transpiration_19(X))
& time_before_2(fn_transpiration_19(X),fn_transpiration_20(X))
& fn_transpiration_17(X) = fn_move_into_1(fn_transpiration_14(X))
& fn_transpiration_17(X) = fn_barrier_1(fn_transpiration_16(X))
& fn_transpiration_15(X) = fn_conduit_1(fn_transpiration_24(X))
& fn_transpiration_21(X) = fn_epidermis_1(fn_transpiration_18(X))
& fn_transpiration_23(X) = fn_evaporation_12(X)
& fn_transpiration_19(X) = fn_water_evaporation_15(X)
& fn_transpiration_20(X) = fn_water_evaporation_14(X)
& fn_transpiration_23(X) = fn_water_evaporation_13(X)
& fn_transpiration_22(X) = fn_water_evaporation_9(X)
& fn_move_into_1(fn_transpiration_14(X)) = fn_barrier_1(fn_transpiration_16(X))
& fn_barrier_1(fn_transpiration_16(X)) = fn_evaporation_12(X)
& fn_evaporation_12(X) = fn_water_evaporation_13(X)
& fn_water_evaporation_13(X) = fn_water_evaporation_13(X) ) ) ).
fof(a533378,axiom,
! [X] :
( transpirational_pull_1(X)
=> ( original_name_2(X,'Transpirational-Pull')
& user_description_2(X,'Transpirational pull is the pull exerted on xylem sap due to transpiration. This pull is responsible for the upward movement of xylem sap from root towards leaves.')
& concept2words_2(X,'transpirational pull')
& concept2words_2(X,'transpirational-pull')
& plant_process_1(X)
& air_water_interface_1(fn_transpirational_pull_1(X))
& cellulose_1(fn_transpirational_pull_2(X))
& mesophyll_1(fn_transpirational_pull_3(X))
& time_interval_1(fn_transpirational_pull_4(X))
& time_interval_1(fn_transpirational_pull_5(X))
& potential_value_1(fn_transpirational_pull_6(X))
& potential_value_1(fn_transpirational_pull_7(X))
& aqueous_solution_1(fn_transpirational_pull_10(X))
& cohesion_1(fn_transpirational_pull_11(X))
& attract_1(fn_transpirational_pull_11(X))
& lose_1(fn_transpirational_pull_12(X))
& cohesion_1(fn_transpirational_pull_13(X))
& attract_1(fn_transpirational_pull_13(X))
& move_1(fn_transpirational_pull_14(X))
& move_1(fn_transpirational_pull_15(X))
& tangible_entity_1(fn_transpirational_pull_16(X))
& nucleus_1(fn_transpirational_pull_16(X))
& spatial_entity_1(fn_transpirational_pull_17(X))
& mixture_1(fn_transpirational_pull_17(X))
& suspension_1(fn_transpirational_pull_17(X))
& colloid_1(fn_transpirational_pull_17(X))
& cytoplasm_1(fn_transpirational_pull_17(X))
& aqueous_solution_1(fn_transpirational_pull_18(X))
& liquid_substance_1(fn_transpirational_pull_18(X))
& solution_1(fn_transpirational_pull_18(X))
& substance_1(fn_transpirational_pull_18(X))
& cytosol_1(fn_transpirational_pull_18(X))
& mesophyll_cell_1(fn_transpirational_pull_19(X))
& air_space_1(fn_transpirational_pull_20(X))
& spatial_entity_1(fn_transpirational_pull_21(X))
& substance_1(fn_transpirational_pull_21(X))
& chemical_1(fn_transpirational_pull_21(X))
& entity_1(fn_transpirational_pull_21(X))
& water_1(fn_transpirational_pull_21(X))
& pull_1(fn_transpirational_pull_22(X))
& protein_enzyme_1(fn_transpirational_pull_23(X))
& protein_enzyme_1(fn_transpirational_pull_24(X))
& oxidative_phosphorylation_1(fn_transpirational_pull_25(X))
& synthesis_reaction_1(fn_transpirational_pull_26(X))
& metabolic_pathway_1(fn_transpirational_pull_26(X))
& chemical_reaction_1(fn_transpirational_pull_26(X))
& anabolic_pathway_1(fn_transpirational_pull_26(X))
& synthesis_of_lipid_1(fn_transpirational_pull_26(X))
& exchange_1(fn_transpirational_pull_27(X))
& cell_wall_1(fn_transpirational_pull_28(X))
& plant_cell_wall_1(fn_transpirational_pull_28(X))
& spatial_entity_1(fn_transpirational_pull_29(X))
& mixture_1(fn_transpirational_pull_29(X))
& suspension_1(fn_transpirational_pull_29(X))
& colloid_1(fn_transpirational_pull_29(X))
& cytoplasm_1(fn_transpirational_pull_29(X))
& endoplasmic_reticulum_1(fn_transpirational_pull_30(X))
& smooth_endoplasmic_reticulum_1(fn_transpirational_pull_30(X))
& plant_cell_1(fn_transpirational_pull_31(X))
& pull_1(fn_transpirational_pull_32(X))
& thermal_energy_1(fn_transpirational_pull_33(X))
& entity_1(fn_transpirational_pull_34(X))
& hydrophilic_region_1(fn_transpirational_pull_34(X))
& tangible_entity_1(fn_transpirational_pull_35(X))
& entity_1(fn_transpirational_pull_35(X))
& chemical_entity_1(fn_transpirational_pull_35(X))
& atom_1(fn_transpirational_pull_35(X))
& hydrogen_1(fn_transpirational_pull_35(X))
& tangible_entity_1(fn_transpirational_pull_36(X))
& entity_1(fn_transpirational_pull_36(X))
& chemical_entity_1(fn_transpirational_pull_36(X))
& atom_1(fn_transpirational_pull_36(X))
& hydrogen_1(fn_transpirational_pull_36(X))
& tangible_entity_1(fn_transpirational_pull_37(X))
& entity_1(fn_transpirational_pull_37(X))
& chemical_entity_1(fn_transpirational_pull_37(X))
& atom_1(fn_transpirational_pull_37(X))
& hydrogen_1(fn_transpirational_pull_37(X))
& attract_1(fn_transpirational_pull_38(X))
& tangible_entity_1(fn_transpirational_pull_39(X))
& chemical_entity_1(fn_transpirational_pull_39(X))
& entity_1(fn_transpirational_pull_39(X))
& atom_1(fn_transpirational_pull_39(X))
& hydrogen_1(fn_transpirational_pull_39(X))
& entity_1(fn_transpirational_pull_40(X))
& chemical_entity_1(fn_transpirational_pull_40(X))
& atom_1(fn_transpirational_pull_40(X))
& oxygen_1(fn_transpirational_pull_40(X))
& attach_1(fn_transpirational_pull_41(X))
& hydrogen_bond_1(fn_transpirational_pull_42(X))
& surface_1(fn_transpirational_pull_43(X))
& spatial_entity_1(fn_transpirational_pull_44(X))
& tangible_entity_1(fn_transpirational_pull_44(X))
& polar_molecule_1(fn_transpirational_pull_44(X))
& hydrophilic_compound_1(fn_transpirational_pull_44(X))
& water_molecule_1(fn_transpirational_pull_44(X))
& hydrophilic_compound_1(fn_transpirational_pull_45(X))
& entity_1(fn_transpirational_pull_45(X))
& spatial_entity_1(fn_transpirational_pull_45(X))
& chemical_entity_1(fn_transpirational_pull_45(X))
& tangible_entity_1(fn_transpirational_pull_45(X))
& polar_molecule_1(fn_transpirational_pull_45(X))
& water_molecule_1(fn_transpirational_pull_45(X))
& cohesion_1(fn_transpirational_pull_46(X))
& attract_1(fn_transpirational_pull_46(X))
& heat_1(fn_transpirational_pull_47(X))
& move_1(fn_transpirational_pull_48(X))
& enzyme_1(fn_transpirational_pull_49(X))
& protein_enzyme_1(fn_transpirational_pull_49(X))
& transfer_1(fn_transpirational_pull_50(X))
& carbohydrate_1(fn_transpirational_pull_51(X))
& hydrophilic_compound_1(fn_transpirational_pull_51(X))
& polar_molecule_1(fn_transpirational_pull_51(X))
& polysaccharide_1(fn_transpirational_pull_51(X))
& cellulose_1(fn_transpirational_pull_51(X))
& spatial_entity_1(fn_pull_3(fn_transpirational_pull_22(X)))
& attract_1(fn_water_molecule_75(fn_transpirational_pull_44(X)))
& attract_1(fn_water_molecule_75(fn_transpirational_pull_45(X)))
& carbohydrate_1(fn_plant_cell_22(fn_transpirational_pull_19(X)))
& hydrophilic_compound_1(fn_plant_cell_22(fn_transpirational_pull_19(X)))
& polar_molecule_1(fn_plant_cell_22(fn_transpirational_pull_19(X)))
& polysaccharide_1(fn_plant_cell_22(fn_transpirational_pull_19(X)))
& cellulose_1(fn_plant_cell_22(fn_transpirational_pull_19(X)))
& cell_wall_1(fn_plant_cell_82(fn_transpirational_pull_19(X)))
& plant_cell_wall_1(fn_plant_cell_82(fn_transpirational_pull_19(X)))
& protein_enzyme_1(fn_plant_cell_92(fn_transpirational_pull_19(X)))
& attach_1(fn_water_114(fn_transpirational_pull_21(X)))
& entity_1(fn_water_79(fn_transpirational_pull_21(X)))
& chemical_entity_1(fn_water_79(fn_transpirational_pull_21(X)))
& atom_1(fn_water_79(fn_transpirational_pull_21(X)))
& oxygen_1(fn_water_79(fn_transpirational_pull_21(X)))
& hydrogen_bond_1(fn_water_107(fn_transpirational_pull_21(X)))
& surface_1(fn_water_14(fn_transpirational_pull_21(X)))
& heat_1(fn_water_101(fn_transpirational_pull_21(X)))
& cohesion_1(fn_water_78(fn_transpirational_pull_21(X)))
& attract_1(fn_water_78(fn_transpirational_pull_21(X)))
& lose_1(fn_water_94(fn_transpirational_pull_21(X)))
& thermal_energy_1(fn_water_96(fn_transpirational_pull_21(X)))
& move_1(fn_water_95(fn_transpirational_pull_21(X)))
& entity_1(fn_attract_2(fn_transpirational_pull_38(X)))
& hydrophilic_region_1(fn_hydrophilic_compound_1(fn_transpirational_pull_45(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_transpirational_pull_31(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_transpirational_pull_31(X)))
& spatial_entity_1(fn_plant_cell_83(fn_transpirational_pull_31(X)))
& mixture_1(fn_plant_cell_83(fn_transpirational_pull_31(X)))
& suspension_1(fn_plant_cell_83(fn_transpirational_pull_31(X)))
& colloid_1(fn_plant_cell_83(fn_transpirational_pull_31(X)))
& cytoplasm_1(fn_plant_cell_83(fn_transpirational_pull_31(X)))
& substance_1(fn_eukaryotic_cell_42(fn_transpirational_pull_31(X)))
& cytosol_1(fn_eukaryotic_cell_42(fn_transpirational_pull_31(X)))
& aqueous_solution_1(fn_plant_cell_91(fn_transpirational_pull_31(X)))
& liquid_substance_1(fn_plant_cell_91(fn_transpirational_pull_31(X)))
& solution_1(fn_plant_cell_91(fn_transpirational_pull_31(X)))
& substance_1(fn_plant_cell_91(fn_transpirational_pull_31(X)))
& cytosol_1(fn_plant_cell_91(fn_transpirational_pull_31(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_transpirational_pull_31(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_transpirational_pull_31(X)))
& tangible_entity_1(fn_plant_cell_84(fn_transpirational_pull_31(X)))
& nucleus_1(fn_plant_cell_84(fn_transpirational_pull_31(X)))
& protein_enzyme_1(fn_smooth_endoplasmic_reticulum_50(fn_transpirational_pull_30(X)))
& enzyme_1(fn_smooth_endoplasmic_reticulum_50(fn_transpirational_pull_30(X)))
& protein_enzyme_1(fn_smooth_endoplasmic_reticulum_37(fn_transpirational_pull_30(X)))
& enzyme_1(fn_smooth_endoplasmic_reticulum_37(fn_transpirational_pull_30(X)))
& protein_enzyme_1(fn_plant_cell_11(fn_transpirational_pull_19(X)))
& exchange_1(fn_parenchyma_cell_23(fn_transpirational_pull_19(X)))
& exchange_1(fn_plant_cell_71(fn_transpirational_pull_19(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_23(fn_transpirational_pull_30(X)))
& synthesis_reaction_1(fn_smooth_endoplasmic_reticulum_7(fn_transpirational_pull_30(X)))
& synthesis_of_lipid_1(fn_endoplasmic_reticulum_23(fn_transpirational_pull_30(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_49(fn_transpirational_pull_30(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_49(fn_transpirational_pull_30(X)))
& chemical_reaction_1(fn_smooth_endoplasmic_reticulum_48(fn_transpirational_pull_30(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_48(fn_transpirational_pull_30(X)))
& anabolic_pathway_1(fn_smooth_endoplasmic_reticulum_48(fn_transpirational_pull_30(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_8(fn_transpirational_pull_30(X)))
& synthesis_of_lipid_1(fn_smooth_endoplasmic_reticulum_42(fn_transpirational_pull_30(X)))
& synthesis_reaction_1(fn_plant_metabolic_cell_35(fn_transpirational_pull_19(X)))
& metabolic_pathway_1(fn_plant_metabolic_cell_35(fn_transpirational_pull_19(X)))
& chemical_reaction_1(fn_plant_metabolic_cell_35(fn_transpirational_pull_19(X)))
& anabolic_pathway_1(fn_plant_metabolic_cell_35(fn_transpirational_pull_19(X)))
& synthesis_of_lipid_1(fn_plant_metabolic_cell_35(fn_transpirational_pull_19(X)))
& synthesis_reaction_1(fn_plant_cell_76(fn_transpirational_pull_19(X)))
& metabolic_pathway_1(fn_plant_cell_76(fn_transpirational_pull_19(X)))
& chemical_reaction_1(fn_plant_cell_76(fn_transpirational_pull_19(X)))
& anabolic_pathway_1(fn_plant_cell_76(fn_transpirational_pull_19(X)))
& synthesis_of_lipid_1(fn_plant_cell_76(fn_transpirational_pull_19(X)))
& endoplasmic_reticulum_1(fn_plant_metabolic_cell_22(fn_transpirational_pull_19(X)))
& smooth_endoplasmic_reticulum_1(fn_plant_metabolic_cell_22(fn_transpirational_pull_19(X)))
& smooth_endoplasmic_reticulum_1(fn_plant_cell_77(fn_transpirational_pull_19(X)))
& transfer_1(fn_plant_cell_74(fn_transpirational_pull_19(X)))
& transfer_1(fn_plant_cell_73(fn_transpirational_pull_19(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_transpirational_pull_19(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_transpirational_pull_19(X)))
& spatial_entity_1(fn_plant_metabolic_cell_17(fn_transpirational_pull_19(X)))
& mixture_1(fn_plant_metabolic_cell_17(fn_transpirational_pull_19(X)))
& suspension_1(fn_plant_metabolic_cell_17(fn_transpirational_pull_19(X)))
& colloid_1(fn_plant_metabolic_cell_17(fn_transpirational_pull_19(X)))
& cytoplasm_1(fn_plant_metabolic_cell_17(fn_transpirational_pull_19(X)))
& spatial_entity_1(fn_parenchyma_cell_40(fn_transpirational_pull_19(X)))
& mixture_1(fn_parenchyma_cell_40(fn_transpirational_pull_19(X)))
& suspension_1(fn_parenchyma_cell_40(fn_transpirational_pull_19(X)))
& colloid_1(fn_parenchyma_cell_40(fn_transpirational_pull_19(X)))
& cytoplasm_1(fn_parenchyma_cell_40(fn_transpirational_pull_19(X)))
& spatial_entity_1(fn_plant_cell_83(fn_transpirational_pull_19(X)))
& mixture_1(fn_plant_cell_83(fn_transpirational_pull_19(X)))
& suspension_1(fn_plant_cell_83(fn_transpirational_pull_19(X)))
& colloid_1(fn_plant_cell_83(fn_transpirational_pull_19(X)))
& cytoplasm_1(fn_plant_cell_83(fn_transpirational_pull_19(X)))
& cell_1(fn_oxidative_phosphorylation_15(fn_transpirational_pull_25(X)))
& spatial_entity_1(fn_pull_3(fn_transpirational_pull_32(X)))
& eukaryotic_cell_1(fn_endoplasmic_reticulum_11(fn_transpirational_pull_30(X)))
& cell_1(fn_endoplasmic_reticulum_11(fn_transpirational_pull_30(X)))
& attract_1(fn_hydrophilic_compound_2(fn_transpirational_pull_45(X)))
& attract_1(fn_water_105(fn_transpirational_pull_21(X)))
& tangible_entity_1(fn_water_106(fn_transpirational_pull_21(X)))
& entity_1(fn_water_106(fn_transpirational_pull_21(X)))
& chemical_entity_1(fn_water_106(fn_transpirational_pull_21(X)))
& atom_1(fn_water_106(fn_transpirational_pull_21(X)))
& hydrogen_1(fn_water_106(fn_transpirational_pull_21(X)))
& entity_1(fn_water_84(fn_transpirational_pull_21(X)))
& atom_1(fn_water_84(fn_transpirational_pull_21(X)))
& hydrogen_1(fn_water_84(fn_transpirational_pull_21(X)))
& tangible_entity_1(fn_cohesion_2(fn_transpirational_pull_46(X)))
& tangible_entity_1(fn_cohesion_3(fn_transpirational_pull_46(X)))
& water_molecule_1(fn_water_molecule_74(fn_transpirational_pull_44(X)))
& spatial_entity_1(fn_water_83(fn_transpirational_pull_21(X)))
& tangible_entity_1(fn_water_83(fn_transpirational_pull_21(X)))
& polar_molecule_1(fn_water_83(fn_transpirational_pull_21(X)))
& hydrophilic_compound_1(fn_water_83(fn_transpirational_pull_21(X)))
& water_molecule_1(fn_water_83(fn_transpirational_pull_21(X)))
& tangible_entity_1(fn_water_81(fn_transpirational_pull_21(X)))
& entity_1(fn_water_81(fn_transpirational_pull_21(X)))
& chemical_entity_1(fn_water_81(fn_transpirational_pull_21(X)))
& atom_1(fn_water_81(fn_transpirational_pull_21(X)))
& hydrogen_1(fn_water_81(fn_transpirational_pull_21(X)))
& tangible_entity_1(fn_water_80(fn_transpirational_pull_21(X)))
& entity_1(fn_water_80(fn_transpirational_pull_21(X)))
& chemical_entity_1(fn_water_80(fn_transpirational_pull_21(X)))
& atom_1(fn_water_80(fn_transpirational_pull_21(X)))
& hydrogen_1(fn_water_80(fn_transpirational_pull_21(X)))
& water_molecule_1(fn_water_molecule_74(fn_transpirational_pull_45(X)))
& entity_1(fn_water_98(fn_transpirational_pull_21(X)))
& spatial_entity_1(fn_water_98(fn_transpirational_pull_21(X)))
& chemical_entity_1(fn_water_98(fn_transpirational_pull_21(X)))
& tangible_entity_1(fn_water_98(fn_transpirational_pull_21(X)))
& polar_molecule_1(fn_water_98(fn_transpirational_pull_21(X)))
& water_molecule_1(fn_water_98(fn_transpirational_pull_21(X)))
& spatial_entity_1(fn_move_1(fn_transpirational_pull_14(X)))
& spatial_entity_1(fn_move_1(fn_transpirational_pull_15(X)))
& substance_1(fn_cohesion_1(fn_transpirational_pull_13(X)))
& substance_1(fn_cohesion_1(fn_transpirational_pull_11(X)))
& chemical_1(fn_solution_6(fn_transpirational_pull_10(X)))
& entity_1(fn_pull_2(fn_transpirational_pull_32(X)))
& entity_1(fn_pull_2(fn_transpirational_pull_22(X)))
& water_1(fn_aqueous_solution_14(fn_transpirational_pull_10(X)))
& is_parallel_to_2(fn_transpirational_pull_2(X),fn_transpirational_pull_51(X))
& abuts_2(fn_transpirational_pull_2(X),fn_transpirational_pull_21(X))
& is_parallel_to_2(fn_transpirational_pull_51(X),fn_transpirational_pull_2(X))
& fn_transpirational_pull_49(X) != fn_transpirational_pull_24(X)
& agent_2(fn_transpirational_pull_46(X),fn_transpirational_pull_45(X))
& object_2(fn_transpirational_pull_46(X),fn_transpirational_pull_45(X))
& called_2(fn_transpirational_pull_32(X),'P2')
& by_means_of_2(fn_transpirational_pull_32(X),fn_transpirational_pull_46(X))
& origin_2(fn_transpirational_pull_32(X),fn_transpirational_pull_31(X))
& time_during_2(fn_transpirational_pull_32(X),fn_transpirational_pull_4(X))
& has_region_2(fn_transpirational_pull_28(X),fn_transpirational_pull_1(X))
& agent_2(fn_transpirational_pull_26(X),fn_transpirational_pull_24(X))
& agent_2(fn_transpirational_pull_26(X),fn_transpirational_pull_23(X))
& fn_transpirational_pull_24(X) != fn_transpirational_pull_49(X)
& called_2(fn_transpirational_pull_22(X),'P1')
& next_event_2(fn_transpirational_pull_22(X),fn_transpirational_pull_32(X))
& origin_2(fn_transpirational_pull_22(X),fn_transpirational_pull_1(X))
& time_during_2(fn_transpirational_pull_22(X),fn_transpirational_pull_5(X))
& abuts_2(fn_transpirational_pull_21(X),fn_transpirational_pull_2(X))
& has_region_2(fn_transpirational_pull_3(X),fn_transpirational_pull_20(X))
& first_subevent_2(X,fn_transpirational_pull_22(X))
& subevent_2(X,fn_transpirational_pull_32(X))
& subevent_2(X,fn_transpirational_pull_22(X))
& water_potential_2(fn_transpirational_pull_18(X),fn_transpirational_pull_7(X))
& time_before_2(fn_transpirational_pull_5(X),fn_transpirational_pull_4(X))
& agent_2(fn_transpirational_pull_15(X),fn_transpirational_pull_33(X))
& agent_2(fn_transpirational_pull_14(X),fn_transpirational_pull_33(X))
& instrument_2(fn_transpirational_pull_13(X),fn_transpirational_pull_42(X))
& instrument_2(fn_transpirational_pull_11(X),fn_transpirational_pull_42(X))
& is_inside_2(fn_transpirational_pull_10(X),fn_transpirational_pull_1(X))
& water_potential_2(fn_transpirational_pull_10(X),fn_transpirational_pull_6(X))
& greater_than_2(fn_transpirational_pull_7(X),fn_transpirational_pull_6(X))
& agent_2(fn_transpirational_pull_46(X),fn_transpirational_pull_44(X))
& base_2(fn_transpirational_pull_25(X),fn_transpirational_pull_19(X))
& object_2(fn_transpirational_pull_46(X),fn_transpirational_pull_44(X))
& object_2(fn_transpirational_pull_14(X),fn_transpirational_pull_21(X))
& object_2(fn_transpirational_pull_15(X),fn_transpirational_pull_21(X))
& base_2(fn_transpirational_pull_13(X),fn_transpirational_pull_21(X))
& agent_2(fn_transpirational_pull_38(X),fn_transpirational_pull_34(X))
& base_2(fn_transpirational_pull_11(X),fn_transpirational_pull_21(X))
& agent_2(fn_transpirational_pull_32(X),fn_transpirational_pull_19(X))
& toward_2(fn_transpirational_pull_32(X),fn_transpirational_pull_19(X))
& object_2(fn_transpirational_pull_32(X),fn_transpirational_pull_21(X))
& agent_2(fn_transpirational_pull_22(X),fn_transpirational_pull_20(X))
& toward_2(fn_transpirational_pull_22(X),fn_transpirational_pull_20(X))
& object_2(fn_transpirational_pull_22(X),fn_transpirational_pull_21(X))
& has_part_2(fn_transpirational_pull_30(X),fn_transpirational_pull_49(X))
& agent_2(fn_transpirational_pull_13(X),fn_transpirational_pull_44(X))
& object_2(fn_transpirational_pull_13(X),fn_transpirational_pull_44(X))
& agent_2(fn_transpirational_pull_13(X),fn_transpirational_pull_45(X))
& object_2(fn_transpirational_pull_13(X),fn_transpirational_pull_45(X))
& has_region_2(fn_transpirational_pull_45(X),fn_transpirational_pull_34(X))
& site_2(fn_transpirational_pull_38(X),fn_transpirational_pull_34(X))
& has_solvent_2(fn_transpirational_pull_10(X),fn_transpirational_pull_21(X))
& has_part_2(fn_transpirational_pull_10(X),fn_transpirational_pull_21(X))
& has_part_2(fn_transpirational_pull_31(X),fn_transpirational_pull_17(X))
& has_part_2(fn_transpirational_pull_31(X),fn_transpirational_pull_16(X))
& is_inside_2(fn_transpirational_pull_16(X),fn_transpirational_pull_18(X))
& has_part_2(fn_transpirational_pull_17(X),fn_transpirational_pull_18(X))
& is_between_2(fn_transpirational_pull_17(X),fn_transpirational_pull_16(X))
& agent_2(fn_transpirational_pull_27(X),fn_transpirational_pull_19(X))
& base_2(fn_transpirational_pull_26(X),fn_transpirational_pull_19(X))
& fn_transpirational_pull_49(X) != fn_transpirational_pull_23(X)
& fn_transpirational_pull_23(X) != fn_transpirational_pull_49(X)
& has_part_2(fn_transpirational_pull_19(X),fn_transpirational_pull_28(X))
& has_part_2(fn_transpirational_pull_28(X),fn_transpirational_pull_51(X))
& base_2(fn_transpirational_pull_27(X),fn_transpirational_pull_19(X))
& subevent_2(fn_transpirational_pull_27(X),fn_transpirational_pull_50(X))
& has_part_2(fn_transpirational_pull_19(X),fn_transpirational_pull_30(X))
& has_function_2(fn_transpirational_pull_30(X),fn_transpirational_pull_26(X))
& site_2(fn_transpirational_pull_26(X),fn_transpirational_pull_30(X))
& has_part_2(fn_transpirational_pull_19(X),fn_transpirational_pull_29(X))
& has_part_2(fn_transpirational_pull_29(X),fn_transpirational_pull_23(X))
& fn_transpirational_pull_23(X) != fn_transpirational_pull_24(X)
& has_part_2(fn_transpirational_pull_29(X),fn_transpirational_pull_24(X))
& origin_2(fn_transpirational_pull_50(X),fn_transpirational_pull_29(X))
& fn_transpirational_pull_24(X) != fn_transpirational_pull_23(X)
& object_2(fn_transpirational_pull_41(X),fn_transpirational_pull_44(X))
& called_2(fn_transpirational_pull_45(X),"1")
& donor_2(fn_transpirational_pull_12(X),fn_transpirational_pull_21(X))
& instrument_2(fn_transpirational_pull_41(X),fn_transpirational_pull_42(X))
& base_2(fn_transpirational_pull_41(X),fn_transpirational_pull_45(X))
& is_at_2(fn_transpirational_pull_45(X),fn_transpirational_pull_43(X))
& agent_2(fn_transpirational_pull_11(X),fn_transpirational_pull_44(X))
& same_type_2(fn_transpirational_pull_44(X),fn_transpirational_pull_45(X))
& has_function_2(fn_transpirational_pull_45(X),fn_transpirational_pull_38(X))
& object_2(fn_transpirational_pull_38(X),fn_transpirational_pull_44(X))
& has_part_2(fn_transpirational_pull_44(X),fn_transpirational_pull_40(X))
& same_type_2(fn_transpirational_pull_45(X),fn_transpirational_pull_44(X))
& instrument_2(fn_transpirational_pull_46(X),fn_transpirational_pull_42(X))
& base_2(fn_transpirational_pull_46(X),fn_transpirational_pull_21(X))
& possesses_2(fn_transpirational_pull_21(X),fn_transpirational_pull_42(X))
& is_between_2(fn_transpirational_pull_42(X),fn_transpirational_pull_40(X))
& fn_transpirational_pull_40(X) != fn_transpirational_pull_36(X)
& fn_transpirational_pull_36(X) != fn_transpirational_pull_40(X)
& agent_2(fn_transpirational_pull_11(X),fn_transpirational_pull_45(X))
& has_part_2(fn_transpirational_pull_45(X),fn_transpirational_pull_39(X))
& is_between_2(fn_transpirational_pull_42(X),fn_transpirational_pull_39(X))
& fn_transpirational_pull_37(X) != fn_transpirational_pull_39(X)
& fn_transpirational_pull_39(X) != fn_transpirational_pull_37(X)
& agent_2(fn_transpirational_pull_47(X),fn_transpirational_pull_33(X))
& object_2(fn_transpirational_pull_47(X),fn_transpirational_pull_21(X))
& has_region_2(fn_transpirational_pull_21(X),fn_transpirational_pull_43(X))
& is_above_2(fn_transpirational_pull_43(X),fn_transpirational_pull_44(X))
& has_part_2(fn_transpirational_pull_44(X),fn_transpirational_pull_37(X))
& object_2(fn_transpirational_pull_11(X),fn_transpirational_pull_45(X))
& object_2(fn_transpirational_pull_11(X),fn_transpirational_pull_44(X))
& has_part_2(fn_transpirational_pull_44(X),fn_transpirational_pull_36(X))
& fn_transpirational_pull_39(X) != fn_transpirational_pull_36(X)
& fn_transpirational_pull_36(X) != fn_transpirational_pull_39(X)
& object_2(fn_transpirational_pull_48(X),fn_transpirational_pull_21(X))
& agent_2(fn_transpirational_pull_48(X),fn_transpirational_pull_33(X))
& object_2(fn_transpirational_pull_12(X),fn_transpirational_pull_33(X))
& base_2(fn_transpirational_pull_12(X),fn_transpirational_pull_21(X))
& has_part_2(fn_transpirational_pull_21(X),fn_transpirational_pull_44(X))
& has_part_2(fn_transpirational_pull_21(X),fn_transpirational_pull_45(X))
& has_part_2(fn_transpirational_pull_45(X),fn_transpirational_pull_35(X))
& fn_transpirational_pull_35(X) != fn_transpirational_pull_36(X)
& fn_transpirational_pull_37(X) != fn_transpirational_pull_35(X)
& fn_transpirational_pull_35(X) != fn_transpirational_pull_37(X)
& fn_transpirational_pull_36(X) != fn_transpirational_pull_35(X)
& fn_transpirational_pull_44(X) = fn_cohesion_2(fn_transpirational_pull_46(X))
& fn_transpirational_pull_19(X) = fn_oxidative_phosphorylation_15(fn_transpirational_pull_25(X))
& fn_transpirational_pull_44(X) = fn_cohesion_3(fn_transpirational_pull_46(X))
& fn_transpirational_pull_21(X) = fn_move_1(fn_transpirational_pull_14(X))
& fn_transpirational_pull_21(X) = fn_move_1(fn_transpirational_pull_15(X))
& fn_transpirational_pull_21(X) = fn_cohesion_1(fn_transpirational_pull_13(X))
& fn_transpirational_pull_34(X) = fn_attract_2(fn_transpirational_pull_38(X))
& fn_transpirational_pull_21(X) = fn_cohesion_1(fn_transpirational_pull_11(X))
& fn_transpirational_pull_21(X) = fn_pull_2(fn_transpirational_pull_32(X))
& fn_transpirational_pull_19(X) = fn_pull_3(fn_transpirational_pull_32(X))
& fn_transpirational_pull_21(X) = fn_pull_2(fn_transpirational_pull_22(X))
& fn_transpirational_pull_20(X) = fn_pull_3(fn_transpirational_pull_22(X))
& fn_transpirational_pull_49(X) = fn_smooth_endoplasmic_reticulum_50(fn_transpirational_pull_30(X))
& fn_transpirational_pull_49(X) = fn_smooth_endoplasmic_reticulum_37(fn_transpirational_pull_30(X))
& fn_transpirational_pull_44(X) = fn_water_molecule_74(fn_transpirational_pull_44(X))
& fn_transpirational_pull_13(X) = fn_water_molecule_75(fn_transpirational_pull_44(X))
& fn_transpirational_pull_45(X) = fn_water_molecule_74(fn_transpirational_pull_45(X))
& fn_transpirational_pull_13(X) = fn_water_molecule_75(fn_transpirational_pull_45(X))
& fn_transpirational_pull_38(X) = fn_hydrophilic_compound_2(fn_transpirational_pull_45(X))
& fn_transpirational_pull_34(X) = fn_hydrophilic_compound_1(fn_transpirational_pull_45(X))
& fn_transpirational_pull_21(X) = fn_solution_6(fn_transpirational_pull_10(X))
& fn_transpirational_pull_21(X) = fn_aqueous_solution_14(fn_transpirational_pull_10(X))
& fn_transpirational_pull_17(X) = fn_eukaryotic_cell_31(fn_transpirational_pull_31(X))
& fn_transpirational_pull_18(X) = fn_eukaryotic_cell_42(fn_transpirational_pull_31(X))
& fn_transpirational_pull_17(X) = fn_plant_cell_83(fn_transpirational_pull_31(X))
& fn_transpirational_pull_18(X) = fn_plant_cell_91(fn_transpirational_pull_31(X))
& fn_transpirational_pull_16(X) = fn_eukaryotic_cell_26(fn_transpirational_pull_31(X))
& fn_transpirational_pull_16(X) = fn_plant_cell_84(fn_transpirational_pull_31(X))
& fn_transpirational_pull_26(X) = fn_endoplasmic_reticulum_23(fn_transpirational_pull_30(X))
& fn_transpirational_pull_49(X) = fn_plant_cell_11(fn_transpirational_pull_19(X))
& fn_transpirational_pull_51(X) = fn_plant_cell_22(fn_transpirational_pull_19(X))
& fn_transpirational_pull_28(X) = fn_plant_cell_82(fn_transpirational_pull_19(X))
& fn_transpirational_pull_50(X) = fn_plant_cell_74(fn_transpirational_pull_19(X))
& fn_transpirational_pull_27(X) = fn_parenchyma_cell_23(fn_transpirational_pull_19(X))
& fn_transpirational_pull_27(X) = fn_plant_cell_71(fn_transpirational_pull_19(X))
& fn_transpirational_pull_26(X) = fn_smooth_endoplasmic_reticulum_23(fn_transpirational_pull_30(X))
& fn_transpirational_pull_26(X) = fn_smooth_endoplasmic_reticulum_7(fn_transpirational_pull_30(X))
& fn_transpirational_pull_26(X) = fn_smooth_endoplasmic_reticulum_49(fn_transpirational_pull_30(X))
& fn_transpirational_pull_26(X) = fn_smooth_endoplasmic_reticulum_48(fn_transpirational_pull_30(X))
& fn_transpirational_pull_26(X) = fn_smooth_endoplasmic_reticulum_8(fn_transpirational_pull_30(X))
& fn_transpirational_pull_26(X) = fn_smooth_endoplasmic_reticulum_42(fn_transpirational_pull_30(X))
& fn_transpirational_pull_26(X) = fn_plant_metabolic_cell_35(fn_transpirational_pull_19(X))
& fn_transpirational_pull_26(X) = fn_plant_cell_76(fn_transpirational_pull_19(X))
& fn_transpirational_pull_19(X) = fn_endoplasmic_reticulum_11(fn_transpirational_pull_30(X))
& fn_transpirational_pull_30(X) = fn_plant_metabolic_cell_22(fn_transpirational_pull_19(X))
& fn_transpirational_pull_30(X) = fn_plant_cell_77(fn_transpirational_pull_19(X))
& fn_transpirational_pull_50(X) = fn_plant_cell_73(fn_transpirational_pull_19(X))
& fn_transpirational_pull_24(X) = fn_plant_cell_11(fn_transpirational_pull_19(X))
& fn_transpirational_pull_23(X) = fn_plant_cell_92(fn_transpirational_pull_19(X))
& fn_transpirational_pull_29(X) = fn_eukaryotic_cell_31(fn_transpirational_pull_19(X))
& fn_transpirational_pull_29(X) = fn_plant_metabolic_cell_17(fn_transpirational_pull_19(X))
& fn_transpirational_pull_29(X) = fn_parenchyma_cell_40(fn_transpirational_pull_19(X))
& fn_transpirational_pull_29(X) = fn_plant_cell_83(fn_transpirational_pull_19(X))
& fn_transpirational_pull_41(X) = fn_water_114(fn_transpirational_pull_21(X))
& fn_transpirational_pull_38(X) = fn_water_105(fn_transpirational_pull_21(X))
& fn_transpirational_pull_40(X) = fn_water_79(fn_transpirational_pull_21(X))
& fn_transpirational_pull_46(X) = fn_water_78(fn_transpirational_pull_21(X))
& fn_transpirational_pull_42(X) = fn_water_107(fn_transpirational_pull_21(X))
& fn_transpirational_pull_39(X) = fn_water_106(fn_transpirational_pull_21(X))
& fn_transpirational_pull_37(X) = fn_water_81(fn_transpirational_pull_21(X))
& fn_transpirational_pull_43(X) = fn_water_14(fn_transpirational_pull_21(X))
& fn_transpirational_pull_47(X) = fn_water_101(fn_transpirational_pull_21(X))
& fn_transpirational_pull_39(X) = fn_water_84(fn_transpirational_pull_21(X))
& fn_transpirational_pull_36(X) = fn_water_80(fn_transpirational_pull_21(X))
& fn_transpirational_pull_11(X) = fn_water_78(fn_transpirational_pull_21(X))
& fn_transpirational_pull_44(X) = fn_water_83(fn_transpirational_pull_21(X))
& fn_transpirational_pull_12(X) = fn_water_94(fn_transpirational_pull_21(X))
& fn_transpirational_pull_33(X) = fn_water_96(fn_transpirational_pull_21(X))
& fn_transpirational_pull_48(X) = fn_water_95(fn_transpirational_pull_21(X))
& fn_transpirational_pull_36(X) = fn_water_81(fn_transpirational_pull_21(X))
& fn_transpirational_pull_37(X) = fn_water_80(fn_transpirational_pull_21(X))
& fn_transpirational_pull_35(X) = fn_water_106(fn_transpirational_pull_21(X))
& fn_transpirational_pull_45(X) = fn_water_98(fn_transpirational_pull_21(X))
& fn_attract_2(fn_transpirational_pull_38(X)) = fn_hydrophilic_compound_1(fn_transpirational_pull_45(X))
& fn_hydrophilic_compound_1(fn_transpirational_pull_45(X)) = fn_hydrophilic_compound_1(fn_transpirational_pull_45(X))
& fn_hydrophilic_compound_1(fn_transpirational_pull_45(X)) = fn_eukaryotic_cell_31(fn_transpirational_pull_31(X))
& fn_plant_cell_83(fn_transpirational_pull_31(X)) = fn_plant_cell_83(fn_transpirational_pull_31(X))
& fn_plant_cell_83(fn_transpirational_pull_31(X)) = fn_eukaryotic_cell_31(fn_transpirational_pull_31(X))
& fn_eukaryotic_cell_31(fn_transpirational_pull_31(X)) = fn_plant_cell_83(fn_transpirational_pull_31(X))
& fn_plant_cell_83(fn_transpirational_pull_31(X)) = fn_eukaryotic_cell_42(fn_transpirational_pull_31(X))
& fn_eukaryotic_cell_42(fn_transpirational_pull_31(X)) = fn_plant_cell_91(fn_transpirational_pull_31(X))
& fn_plant_cell_91(fn_transpirational_pull_31(X)) = fn_plant_cell_91(fn_transpirational_pull_31(X))
& fn_plant_cell_91(fn_transpirational_pull_31(X)) = fn_plant_cell_84(fn_transpirational_pull_31(X))
& fn_plant_cell_84(fn_transpirational_pull_31(X)) = fn_plant_cell_84(fn_transpirational_pull_31(X))
& fn_plant_cell_84(fn_transpirational_pull_31(X)) = fn_eukaryotic_cell_26(fn_transpirational_pull_31(X))
& fn_eukaryotic_cell_26(fn_transpirational_pull_31(X)) = fn_plant_cell_84(fn_transpirational_pull_31(X))
& fn_plant_cell_84(fn_transpirational_pull_31(X)) = fn_smooth_endoplasmic_reticulum_50(fn_transpirational_pull_30(X))
& fn_smooth_endoplasmic_reticulum_50(fn_transpirational_pull_30(X)) = fn_smooth_endoplasmic_reticulum_37(fn_transpirational_pull_30(X))
& fn_smooth_endoplasmic_reticulum_37(fn_transpirational_pull_30(X)) = fn_smooth_endoplasmic_reticulum_37(fn_transpirational_pull_30(X))
& fn_smooth_endoplasmic_reticulum_37(fn_transpirational_pull_30(X)) = fn_plant_cell_11(fn_transpirational_pull_19(X))
& fn_plant_cell_11(fn_transpirational_pull_19(X)) = fn_parenchyma_cell_23(fn_transpirational_pull_19(X))
& fn_plant_cell_71(fn_transpirational_pull_19(X)) = fn_plant_cell_71(fn_transpirational_pull_19(X))
& fn_plant_cell_71(fn_transpirational_pull_19(X)) = fn_parenchyma_cell_23(fn_transpirational_pull_19(X))
& fn_parenchyma_cell_23(fn_transpirational_pull_19(X)) = fn_plant_cell_71(fn_transpirational_pull_19(X))
& fn_plant_cell_71(fn_transpirational_pull_19(X)) = fn_smooth_endoplasmic_reticulum_23(fn_transpirational_pull_30(X))
& fn_smooth_endoplasmic_reticulum_23(fn_transpirational_pull_30(X)) = fn_smooth_endoplasmic_reticulum_7(fn_transpirational_pull_30(X))
& fn_endoplasmic_reticulum_23(fn_transpirational_pull_30(X)) = fn_smooth_endoplasmic_reticulum_7(fn_transpirational_pull_30(X))
& fn_smooth_endoplasmic_reticulum_7(fn_transpirational_pull_30(X)) = fn_endoplasmic_reticulum_23(fn_transpirational_pull_30(X))
& fn_endoplasmic_reticulum_23(fn_transpirational_pull_30(X)) = fn_smooth_endoplasmic_reticulum_49(fn_transpirational_pull_30(X))
& fn_smooth_endoplasmic_reticulum_49(fn_transpirational_pull_30(X)) = fn_smooth_endoplasmic_reticulum_49(fn_transpirational_pull_30(X))
& fn_smooth_endoplasmic_reticulum_49(fn_transpirational_pull_30(X)) = fn_smooth_endoplasmic_reticulum_48(fn_transpirational_pull_30(X))
& fn_smooth_endoplasmic_reticulum_48(fn_transpirational_pull_30(X)) = fn_smooth_endoplasmic_reticulum_48(fn_transpirational_pull_30(X))
& fn_smooth_endoplasmic_reticulum_48(fn_transpirational_pull_30(X)) = fn_smooth_endoplasmic_reticulum_8(fn_transpirational_pull_30(X))
& fn_smooth_endoplasmic_reticulum_8(fn_transpirational_pull_30(X)) = fn_smooth_endoplasmic_reticulum_8(fn_transpirational_pull_30(X))
& fn_smooth_endoplasmic_reticulum_42(fn_transpirational_pull_30(X)) = fn_smooth_endoplasmic_reticulum_8(fn_transpirational_pull_30(X))
& fn_smooth_endoplasmic_reticulum_8(fn_transpirational_pull_30(X)) = fn_smooth_endoplasmic_reticulum_42(fn_transpirational_pull_30(X))
& fn_plant_metabolic_cell_35(fn_transpirational_pull_19(X)) = fn_smooth_endoplasmic_reticulum_42(fn_transpirational_pull_30(X))
& fn_smooth_endoplasmic_reticulum_42(fn_transpirational_pull_30(X)) = fn_plant_metabolic_cell_35(fn_transpirational_pull_19(X))
& fn_plant_metabolic_cell_35(fn_transpirational_pull_19(X)) = fn_plant_metabolic_cell_35(fn_transpirational_pull_19(X))
& fn_plant_cell_76(fn_transpirational_pull_19(X)) = fn_plant_metabolic_cell_35(fn_transpirational_pull_19(X))
& fn_plant_metabolic_cell_35(fn_transpirational_pull_19(X)) = fn_plant_cell_76(fn_transpirational_pull_19(X))
& fn_plant_cell_76(fn_transpirational_pull_19(X)) = fn_plant_metabolic_cell_22(fn_transpirational_pull_19(X))
& fn_plant_cell_77(fn_transpirational_pull_19(X)) = fn_plant_metabolic_cell_22(fn_transpirational_pull_19(X))
& fn_plant_metabolic_cell_22(fn_transpirational_pull_19(X)) = fn_plant_cell_77(fn_transpirational_pull_19(X))
& fn_plant_cell_77(fn_transpirational_pull_19(X)) = fn_plant_cell_74(fn_transpirational_pull_19(X))
& fn_plant_cell_74(fn_transpirational_pull_19(X)) = fn_plant_cell_73(fn_transpirational_pull_19(X))
& fn_plant_cell_73(fn_transpirational_pull_19(X)) = fn_eukaryotic_cell_31(fn_transpirational_pull_19(X))
& fn_eukaryotic_cell_31(fn_transpirational_pull_19(X)) = fn_plant_metabolic_cell_17(fn_transpirational_pull_19(X))
& fn_plant_metabolic_cell_17(fn_transpirational_pull_19(X)) = fn_plant_metabolic_cell_17(fn_transpirational_pull_19(X))
& fn_plant_metabolic_cell_17(fn_transpirational_pull_19(X)) = fn_parenchyma_cell_40(fn_transpirational_pull_19(X))
& fn_plant_cell_83(fn_transpirational_pull_19(X)) = fn_plant_cell_83(fn_transpirational_pull_19(X))
& fn_plant_cell_83(fn_transpirational_pull_19(X)) = fn_parenchyma_cell_40(fn_transpirational_pull_19(X))
& fn_parenchyma_cell_40(fn_transpirational_pull_19(X)) = fn_plant_cell_83(fn_transpirational_pull_19(X))
& fn_plant_cell_83(fn_transpirational_pull_19(X)) = fn_oxidative_phosphorylation_15(fn_transpirational_pull_25(X))
& fn_oxidative_phosphorylation_15(fn_transpirational_pull_25(X)) = fn_pull_3(fn_transpirational_pull_32(X))
& fn_pull_3(fn_transpirational_pull_32(X)) = fn_pull_3(fn_transpirational_pull_32(X))
& fn_pull_3(fn_transpirational_pull_32(X)) = fn_endoplasmic_reticulum_11(fn_transpirational_pull_30(X))
& fn_endoplasmic_reticulum_11(fn_transpirational_pull_30(X)) = fn_endoplasmic_reticulum_11(fn_transpirational_pull_30(X))
& fn_endoplasmic_reticulum_11(fn_transpirational_pull_30(X)) = fn_hydrophilic_compound_2(fn_transpirational_pull_45(X))
& fn_hydrophilic_compound_2(fn_transpirational_pull_45(X)) = fn_water_105(fn_transpirational_pull_21(X))
& fn_water_105(fn_transpirational_pull_21(X)) = fn_water_105(fn_transpirational_pull_21(X))
& fn_water_105(fn_transpirational_pull_21(X)) = fn_water_106(fn_transpirational_pull_21(X))
& fn_water_106(fn_transpirational_pull_21(X)) = fn_water_106(fn_transpirational_pull_21(X))
& fn_water_106(fn_transpirational_pull_21(X)) = fn_water_84(fn_transpirational_pull_21(X))
& fn_water_84(fn_transpirational_pull_21(X)) = fn_water_84(fn_transpirational_pull_21(X))
& fn_water_84(fn_transpirational_pull_21(X)) = fn_cohesion_2(fn_transpirational_pull_46(X))
& fn_cohesion_2(fn_transpirational_pull_46(X)) = fn_cohesion_3(fn_transpirational_pull_46(X))
& fn_cohesion_3(fn_transpirational_pull_46(X)) = fn_cohesion_3(fn_transpirational_pull_46(X))
& fn_cohesion_3(fn_transpirational_pull_46(X)) = fn_water_molecule_74(fn_transpirational_pull_44(X))
& fn_water_molecule_74(fn_transpirational_pull_44(X)) = fn_water_molecule_74(fn_transpirational_pull_44(X))
& fn_water_molecule_74(fn_transpirational_pull_44(X)) = fn_water_83(fn_transpirational_pull_21(X))
& fn_water_83(fn_transpirational_pull_21(X)) = fn_water_83(fn_transpirational_pull_21(X))
& fn_water_83(fn_transpirational_pull_21(X)) = fn_water_81(fn_transpirational_pull_21(X))
& fn_water_80(fn_transpirational_pull_21(X)) = fn_water_81(fn_transpirational_pull_21(X))
& fn_water_81(fn_transpirational_pull_21(X)) = fn_water_81(fn_transpirational_pull_21(X))
& fn_water_81(fn_transpirational_pull_21(X)) = fn_water_80(fn_transpirational_pull_21(X))
& fn_water_80(fn_transpirational_pull_21(X)) = fn_water_80(fn_transpirational_pull_21(X))
& fn_water_80(fn_transpirational_pull_21(X)) = fn_water_molecule_74(fn_transpirational_pull_45(X))
& fn_water_molecule_74(fn_transpirational_pull_45(X)) = fn_water_98(fn_transpirational_pull_21(X))
& fn_water_98(fn_transpirational_pull_21(X)) = fn_water_98(fn_transpirational_pull_21(X))
& fn_water_98(fn_transpirational_pull_21(X)) = fn_move_1(fn_transpirational_pull_14(X))
& fn_move_1(fn_transpirational_pull_14(X)) = fn_move_1(fn_transpirational_pull_15(X))
& fn_move_1(fn_transpirational_pull_15(X)) = fn_cohesion_1(fn_transpirational_pull_13(X))
& fn_cohesion_1(fn_transpirational_pull_11(X)) = fn_cohesion_1(fn_transpirational_pull_13(X))
& fn_cohesion_1(fn_transpirational_pull_13(X)) = fn_cohesion_1(fn_transpirational_pull_11(X))
& fn_cohesion_1(fn_transpirational_pull_11(X)) = fn_solution_6(fn_transpirational_pull_10(X))
& fn_pull_2(fn_transpirational_pull_22(X)) = fn_solution_6(fn_transpirational_pull_10(X))
& fn_solution_6(fn_transpirational_pull_10(X)) = fn_pull_2(fn_transpirational_pull_32(X))
& fn_pull_2(fn_transpirational_pull_32(X)) = fn_pull_2(fn_transpirational_pull_22(X))
& fn_pull_2(fn_transpirational_pull_22(X)) = fn_aqueous_solution_14(fn_transpirational_pull_10(X))
& fn_aqueous_solution_14(fn_transpirational_pull_10(X)) = fn_aqueous_solution_14(fn_transpirational_pull_10(X)) ) ) ).
fof(a533379,axiom,
! [X,X3,X5,X1,X4,X2] :
( ( agent_2(X,X1)
& subevent_2(X,X2)
& recipient_2(X2,X3)
& object_2(X2,X4)
& object_2(X5,X4)
& subevent_2(X,X5)
& immune_system_1(X1)
& vertebrate_1(X3)
& receive_1(X2)
& living_entity_1(X4)
& defense_1(X)
& damage_1(X5) )
=> ( transplant_rejection_1(X)
& fn_transplant_rejection_3(X) = X2
& fn_transplant_rejection_5(X) = X4
& fn_transplant_rejection_2(X) = X1
& fn_transplant_rejection_4(X) = X5
& fn_transplant_rejection_6(X) = X3 ) ) ).
fof(a533380,axiom,
! [X] :
( transplant_rejection_1(X)
=> ( original_name_2(X,'Transplant-Rejection')
& user_description_2(X,'Transplant rejection occurs when a transplanted organ or tissue is not accepted by the body of the transplant recipient. This is explained by the concept that the immune system of the recipient attacks the transplanted organ or tissue.')
& concept2words_2(X,reject)
& concept2words_2(X,'rejection of transplant')
& concept2words_2(X,'transplant rejection')
& concept2words_2(X,'transplant-rejection')
& defense_1(X)
& immune_system_1(fn_transplant_rejection_2(X))
& receive_1(fn_transplant_rejection_3(X))
& damage_1(fn_transplant_rejection_4(X))
& living_entity_1(fn_transplant_rejection_5(X))
& entity_1(fn_transplant_rejection_6(X))
& vertebrate_1(fn_transplant_rejection_6(X))
& entity_1(fn_transfer_1(fn_transplant_rejection_3(X)))
& tangible_entity_1(fn_impair_1(fn_transplant_rejection_4(X)))
& defense_1(fn_immune_system_4(fn_transplant_rejection_2(X)))
& defense_1(fn_immune_system_2(fn_transplant_rejection_2(X)))
& defense_1(fn_immune_system_1(fn_transplant_rejection_2(X)))
& entity_1(fn_receive_1(fn_transplant_rejection_3(X)))
& vertebrate_1(fn_immune_system_11(fn_transplant_rejection_2(X)))
& subevent_2(X,fn_transplant_rejection_4(X))
& subevent_2(X,fn_transplant_rejection_3(X))
& object_2(X,fn_transplant_rejection_5(X))
& base_2(X,fn_transplant_rejection_6(X))
& next_event_2(fn_transplant_rejection_3(X),fn_transplant_rejection_4(X))
& recipient_2(fn_transplant_rejection_3(X),fn_transplant_rejection_6(X))
& object_2(fn_transplant_rejection_3(X),fn_transplant_rejection_5(X))
& object_2(fn_transplant_rejection_4(X),fn_transplant_rejection_5(X))
& agent_2(X,fn_transplant_rejection_2(X))
& has_region_2(fn_transplant_rejection_6(X),fn_transplant_rejection_2(X))
& fn_transplant_rejection_6(X) = fn_receive_1(fn_transplant_rejection_3(X))
& fn_transplant_rejection_5(X) = fn_transfer_1(fn_transplant_rejection_3(X))
& fn_transplant_rejection_5(X) = fn_impair_1(fn_transplant_rejection_4(X))
& X = fn_immune_system_4(fn_transplant_rejection_2(X))
& X = fn_immune_system_2(fn_transplant_rejection_2(X))
& X = fn_immune_system_1(fn_transplant_rejection_2(X))
& fn_transplant_rejection_6(X) = fn_immune_system_11(fn_transplant_rejection_2(X))
& fn_transfer_1(fn_transplant_rejection_3(X)) = fn_impair_1(fn_transplant_rejection_4(X))
& fn_impair_1(fn_transplant_rejection_4(X)) = fn_immune_system_4(fn_transplant_rejection_2(X))
& fn_immune_system_4(fn_transplant_rejection_2(X)) = fn_immune_system_2(fn_transplant_rejection_2(X))
& fn_immune_system_2(fn_transplant_rejection_2(X)) = fn_immune_system_2(fn_transplant_rejection_2(X))
& fn_immune_system_2(fn_transplant_rejection_2(X)) = fn_immune_system_1(fn_transplant_rejection_2(X))
& fn_immune_system_1(fn_transplant_rejection_2(X)) = fn_receive_1(fn_transplant_rejection_3(X))
& fn_receive_1(fn_transplant_rejection_3(X)) = fn_immune_system_11(fn_transplant_rejection_2(X)) ) ) ).
fof(a533381,axiom,
! [X] :
( transplanted_species_1(X)
=> ( original_name_2(X,'Transplanted-Species')
& user_description_2(X,'A species that has been moved into a new environment')
& concept2words_2(X,'transplanted species')
& concept2words_2(X,'transplanted-specy')
& ecological_species_1(X) ) ) ).
fof(a533382,axiom,
! [X] :
( transport_epithelium_1(X)
=> ( original_name_2(X,'Transport-Epithelium')
& user_description_2(X,'Layers of epithelial cells specialized to regulate the movement of solutes.')
& concept2words_2(X,'epithelium of transport')
& concept2words_2(X,'transport epithelium')
& concept2words_2(X,'transport-epithelium')
& epithelium_1(X)
& ~ columnlike_epithelium_1(X)
& ~ cuboidal_epithelium_1(X)
& ~ simple_squamous_epithelium_1(X)
& ~ stratified_squamous_epithelium_1(X) ) ) ).
fof(a533383,axiom,
! [X,X1] :
( ( base_2(X,X1)
& carry_1(X)
& blood_1(X1) )
=> ( transport_of_cholesterol_in_blood_1(X)
& fn_transport_of_cholesterol_in_blood_1(X) = X1 ) ) ).
fof(a533384,axiom,
! [X] :
( transport_of_cholesterol_in_blood_1(X)
=> ( original_name_2(X,'Transport-Of-Cholesterol-In-Blood')
& user_description_2(X,'Cholesterol travels in the blood in particles called low-density lipoproteins (LDLs), complexes of lipids and proteins.')
& concept2words_2(X,transport)
& concept2words_2(X,'transport of cholesterol in blood')
& concept2words_2(X,'transport-of-cholesterol-in-blood')
& carry_1(X)
& blood_1(fn_transport_of_cholesterol_in_blood_1(X))
& low_density_lipoprotein_1(fn_transport_of_cholesterol_in_blood_3(X))
& cholesterol_1(fn_transport_of_cholesterol_in_blood_4(X))
& base_2(X,fn_transport_of_cholesterol_in_blood_1(X))
& object_2(X,fn_transport_of_cholesterol_in_blood_4(X))
& agent_2(X,fn_transport_of_cholesterol_in_blood_3(X))
& fn_transport_of_cholesterol_in_blood_4(X) = fn_move_1(X)
& fn_transport_of_cholesterol_in_blood_3(X) = fn_carry_1(X) ) ) ).
fof(a533385,axiom,
! [X] :
( transport_of_pyruvate_from_cytosol_to_mitochondrion_1(X)
=> ( original_name_2(X,'Transport-Of-Pyruvate-From-Cytosol-To-Mitochondrion')
& user_description_2(X,'In eukaryotic cells the Swanson conversion occurs inside the mitochondria, after transport of the substrate, pyruvate, from the cytosol. The transport of pyruvate into the mitochondria is via a transport protein and is active, consuming energy.')
& concept2words_2(X,transport)
& concept2words_2(X,'transport of pyruvate from cytosol to mitochondrion')
& concept2words_2(X,'transport-of-pyruvate-from-cytosol-to-mitochondrion')
& active_transport_1(X)
& proton_motive_force_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_1(X))
& time_interval_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_2(X))
& time_interval_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_3(X))
& mitochondrial_matrix_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_4(X))
& carrier_protein_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_7(X))
& rate_value_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_8(X))
& concentration_value_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_9(X))
& constant_motion_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_12(X))
& carbon_skeleton_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_13(X))
& carboxyl_group_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_14(X))
& kinetic_energy_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_15(X))
& atom_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_16(X))
& chemical_entity_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_16(X))
& oxygen_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_16(X))
& entity_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_17(X))
& chemical_entity_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_17(X))
& atom_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_17(X))
& hydrogen_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_17(X))
& atom_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_18(X))
& chemical_entity_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_18(X))
& oxygen_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_18(X))
& entity_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_19(X))
& chemical_entity_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_19(X))
& atom_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_19(X))
& carbon_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_19(X))
& quantity_value_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_20(X))
& speed_value_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_21(X))
& mitochondrial_membrane_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_22(X))
& move_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_23(X))
& move_through_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_23(X))
& organic_molecule_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& chemical_entity_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& pyruvate_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& solution_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X))
& aqueous_solution_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X))
& structural_complexity_value_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_26(X))
& glycolysis_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X))
& concentration_gradient_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_29(X))
& chemical_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_30(X))
& water_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_30(X))
& chemical_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_31(X))
& energy_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_32(X))
& entity_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_32(X))
& chemical_energy_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_32(X))
& organic_molecule_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_33(X))
& release_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_34(X))
& consume_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_35(X))
& cytosol_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_36(X))
& chemical_1(fn_solution_5(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X)))
& carbon_skeleton_1(fn_pyruvate_12(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)))
& entity_1(fn_pyruvate_11(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)))
& chemical_entity_1(fn_pyruvate_11(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)))
& atom_1(fn_pyruvate_11(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)))
& carbon_1(fn_pyruvate_11(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)))
& kinetic_energy_1(fn_pyruvate_4(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)))
& constant_motion_1(fn_pyruvate_5(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)))
& property_node_1(fn_pyruvate_17(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)))
& speed_value_1(fn_pyruvate_6(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)))
& entity_1(fn_pyruvate_14(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)))
& chemical_entity_1(fn_pyruvate_14(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)))
& atom_1(fn_pyruvate_14(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)))
& hydrogen_1(fn_pyruvate_14(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)))
& property_node_1(fn_pyruvate_16(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)))
& quantity_value_1(fn_pyruvate_7(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)))
& carboxyl_group_1(fn_pyruvate_8(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)))
& property_node_1(fn_catabolic_pathway_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X)))
& property_node_1(fn_glycolysis_5(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X)))
& structural_complexity_value_1(fn_catabolic_pathway_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X)))
& structural_complexity_value_1(fn_glycolysis_48(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X)))
& chemical_1(fn_solution_6(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X)))
& water_1(fn_aqueous_solution_14(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X)))
& aqueous_solution_1(fn_mitochondrial_matrix_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_4(X)))
& oxygen_1(fn_pyruvate_13(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)))
& atom_1(fn_pyruvate_15(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)))
& chemical_entity_1(fn_pyruvate_15(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)))
& oxygen_1(fn_pyruvate_15(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)))
& organic_molecule_1(fn_catabolic_pathway_9(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X)))
& pyruvate_1(fn_glycolysis_55(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X)))
& chemical_entity_1(fn_glycolysis_55(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X)))
& agent_2(X,fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_1(X))
& the_scalar_value_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_26(X),simple_0)
& scalar_unit_class_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_26(X),molecule_0)
& facilitates_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_29(X),X)
& time_during_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_34(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_3(X))
& time_during_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_35(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_2(X))
& time_before_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_2(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_3(X))
& is_between_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_29(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_36(X))
& origin_2(X,fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_36(X))
& origin_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_23(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_36(X))
& is_inside_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_4(X))
& object_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_23(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& concentration_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_9(X))
& is_between_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_29(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X))
& destination_2(X,fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X))
& destination_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_23(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X))
& base_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_23(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_22(X))
& path_2(X,fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_22(X))
& object_2(X,fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& result_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& structural_complexity_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_26(X))
& next_event_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_35(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_34(X))
& subevent_2(X,fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_35(X))
& subevent_2(X,fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_34(X))
& base_2(X,fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_29(X))
& positive_influence_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_9(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_8(X))
& subevent_2(X,fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_23(X))
& rate_2(X,fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_8(X))
& has_part_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_31(X))
& has_solute_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_31(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_19(X) != fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_16(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_16(X) != fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_19(X)
& is_inside_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_16(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_14(X))
& is_inside_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_19(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_14(X))
& is_inside_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_19(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_13(X))
& has_region_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_13(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_17(X) != fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_18(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_18(X) != fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_16(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_16(X) != fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_18(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_18(X) != fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_19(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_18(X) != fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_17(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_19(X) != fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_18(X)
& has_part_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_19(X))
& possesses_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_15(X))
& quantity_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_15(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_20(X))
& directly_proportional_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_21(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_20(X))
& speed_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_12(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_21(X))
& object_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_12(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_16(X) != fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_17(X)
& has_part_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_16(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_17(X) != fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_16(X)
& is_inside_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_17(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_14(X))
& is_inside_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_18(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_14(X))
& has_part_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_18(X))
& has_part_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_17(X))
& has_region_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_14(X))
& has_solvent_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_30(X))
& has_part_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X),fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_30(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_30(X) != fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_31(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_31(X) != fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_30(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_36(X) = fn_active_transport_20(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X) = fn_mitochondrial_matrix_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_4(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X) = fn_active_transport_19(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_22(X) = fn_active_transport_18(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X) = fn_active_transport_21(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_28(X) = fn_catabolic_pathway_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_28(X) = fn_glycolysis_5(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_26(X) = fn_catabolic_pathway_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_26(X) = fn_glycolysis_48(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X) = fn_catabolic_pathway_9(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X) = fn_glycolysis_55(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_35(X) = fn_cellular_work_11(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_32(X) = fn_cellular_work_15(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_33(X) = fn_cellular_work_10(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_34(X) = fn_cellular_work_12(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_29(X) = fn_active_transport_25(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_5(X) = fn_active_transport_15(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_9(X) = fn_active_transport_14(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_6(X) = fn_active_transport_16(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_8(X) = fn_active_transport_17(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_7(X) = fn_active_transport_26(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_23(X) = fn_active_transport_22(X)
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_31(X) = fn_solution_5(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_30(X) = fn_solution_6(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_30(X) = fn_aqueous_solution_14(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_13(X) = fn_pyruvate_12(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_16(X) = fn_pyruvate_15(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_18(X) = fn_pyruvate_13(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_19(X) = fn_pyruvate_11(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_15(X) = fn_pyruvate_4(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_12(X) = fn_pyruvate_5(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_16(X) = fn_pyruvate_13(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_18(X) = fn_pyruvate_15(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_10(X) = fn_pyruvate_17(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_21(X) = fn_pyruvate_6(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_17(X) = fn_pyruvate_14(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_11(X) = fn_pyruvate_16(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_20(X) = fn_pyruvate_7(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_14(X) = fn_pyruvate_8(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& fn_catabolic_pathway_1(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X)) = fn_glycolysis_5(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X))
& fn_glycolysis_5(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X)) = fn_catabolic_pathway_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X))
& fn_glycolysis_48(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X)) = fn_catabolic_pathway_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X))
& fn_catabolic_pathway_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X)) = fn_glycolysis_48(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X))
& fn_glycolysis_48(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X)) = fn_solution_6(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X))
& fn_solution_6(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X)) = fn_solution_6(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X))
& fn_aqueous_solution_14(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X)) = fn_solution_6(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X))
& fn_solution_6(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X)) = fn_aqueous_solution_14(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X))
& fn_aqueous_solution_14(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_25(X)) = fn_mitochondrial_matrix_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_4(X))
& fn_mitochondrial_matrix_2(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_4(X)) = fn_active_transport_21(X)
& fn_active_transport_21(X) = fn_active_transport_21(X)
& fn_active_transport_21(X) = fn_pyruvate_13(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& fn_pyruvate_15(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)) = fn_pyruvate_13(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& fn_pyruvate_13(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)) = fn_pyruvate_13(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& fn_pyruvate_13(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)) = fn_pyruvate_15(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& fn_pyruvate_15(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)) = fn_pyruvate_15(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X))
& fn_pyruvate_15(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_24(X)) = fn_active_transport_19(X)
& fn_active_transport_19(X) = fn_active_transport_19(X)
& fn_active_transport_19(X) = fn_catabolic_pathway_9(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X))
& fn_catabolic_pathway_9(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X)) = fn_catabolic_pathway_9(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X))
& fn_glycolysis_55(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X)) = fn_catabolic_pathway_9(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X))
& fn_catabolic_pathway_9(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X)) = fn_glycolysis_55(fn_transport_of_pyruvate_from_cytosol_to_mitochondrion_27(X)) ) ) ).
fof(a533386,axiom,
! [X] :
( transport_protein_1(X)
=> ( original_name_2(X,'Transport-Protein')
& user_description_2(X,'A transmembrane protein that helps a certain type of molecule to cross a biomembrane.')
& concept2words_2(X,'protein of transport')
& concept2words_2(X,'transport protein')
& concept2words_2(X,'transport-protein')
& transmembrane_protein_1(X)
& functional_region_1(fn_transport_protein_1(X))
& spatial_entity_1(fn_transport_protein_2(X))
& spatial_entity_1(fn_transport_protein_3(X))
& attract_1(fn_transport_protein_4(X))
& repel_1(fn_transport_protein_5(X))
& protein_domain_1(fn_transport_protein_6(X))
& polypeptide_1(fn_transport_protein_7(X))
& spatial_entity_1(fn_transport_protein_8(X))
& chemical_entity_1(fn_transport_protein_8(X))
& monomer_1(fn_transport_protein_8(X))
& molecule_1(fn_transport_protein_8(X))
& amino_acid_1(fn_transport_protein_8(X))
& peptide_bond_1(fn_transport_protein_9(X))
& move_through_1(fn_transport_protein_10(X))
& hydrophobic_compound_1(fn_transport_protein_11(X))
& tangible_entity_1(fn_transport_protein_12(X))
& phospholipid_bilayer_1(fn_transport_protein_12(X))
& hydrophobic_amino_acid_1(fn_transport_protein_13(X))
& carbon_1(fn_transport_protein_14(X))
& hydrophobic_region_1(fn_transport_protein_15(X))
& hydrophilic_end_1(fn_transport_protein_16(X))
& entity_1(fn_transport_protein_17(X))
& atom_1(fn_transport_protein_17(X))
& chemical_entity_1(fn_transport_protein_17(X))
& carbon_skeleton_1(fn_transport_protein_18(X))
& size_value_1(fn_transport_protein_19(X))
& size_value_1(fn_transport_protein_20(X))
& monomer_1(fn_transport_protein_21(X))
& quantity_value_1(fn_transport_protein_24(X))
& speed_value_1(fn_transport_protein_25(X))
& constant_motion_1(fn_transport_protein_26(X))
& kinetic_energy_1(fn_transport_protein_27(X))
& facilitated_diffusion_1(fn_transport_protein_28(X))
& block_1(fn_transport_protein_31(X))
& polar_amino_acid_1(fn_transport_protein_32(X))
& hydrophilic_region_1(fn_transport_protein_33(X))
& hydrophilic_end_1(fn_transport_protein_33(X))
& move_through_1(fn_transport_protein_34(X))
& spatial_entity_1(fn_transport_protein_35(X))
& biomembrane_1(fn_transport_protein_35(X))
& move_through_1(fn_biomembrane_52(fn_transport_protein_35(X)))
& move_through_1(fn_facilitated_diffusion_55(fn_transport_protein_28(X)))
& hydrophobic_compound_1(fn_biomembrane_98(fn_transport_protein_35(X)))
& hydrophobic_compound_1(fn_biomembrane_99(fn_transport_protein_35(X)))
& block_1(fn_biomembrane_100(fn_transport_protein_35(X)))
& block_1(fn_biomembrane_101(fn_transport_protein_35(X)))
& block_1(fn_biomembrane_102(fn_transport_protein_35(X)))
& tangible_entity_1(fn_biomembrane_63(fn_transport_protein_35(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_transport_protein_35(X)))
& size_value_1(fn_biomembrane_56(fn_transport_protein_35(X)))
& entity_1(fn_polar_covalent_bond_18(fn_transport_protein_9(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_transport_protein_9(X)))
& atom_1(fn_polar_covalent_bond_18(fn_transport_protein_9(X)))
& carbon_1(fn_peptide_bond_32(fn_transport_protein_9(X)))
& attract_1(fn_hydrophilic_region_2(fn_transport_protein_33(X)))
& spatial_entity_1(fn_facilitated_diffusion_49(fn_transport_protein_28(X)))
& biomembrane_1(fn_facilitated_diffusion_49(fn_transport_protein_28(X)))
& transport_protein_1(fn_facilitated_diffusion_25(fn_transport_protein_28(X)))
& tangible_entity_1(fn_biomembrane_54(fn_transport_protein_35(X)))
& membrane_protein_1(fn_biomembrane_54(fn_transport_protein_35(X)))
& protein_1(fn_biomembrane_54(fn_transport_protein_35(X)))
& fn_transport_protein_34(X) != fn_transport_protein_10(X)
& has_function_2(X,fn_transport_protein_28(X))
& has_region_2(X,fn_transport_protein_1(X))
& facilitates_2(fn_transport_protein_33(X),fn_transport_protein_4(X))
& is_at_2(fn_transport_protein_32(X),fn_transport_protein_33(X))
& destination_2(fn_transport_protein_10(X),fn_transport_protein_3(X))
& origin_2(fn_transport_protein_10(X),fn_transport_protein_2(X))
& fn_transport_protein_10(X) != fn_transport_protein_34(X)
& object_2(fn_transport_protein_31(X),fn_transport_protein_11(X))
& is_between_2(fn_transport_protein_9(X),fn_transport_protein_17(X))
& is_between_2(fn_transport_protein_9(X),fn_transport_protein_14(X))
& site_2(fn_transport_protein_4(X),fn_transport_protein_33(X))
& has_function_2(fn_transport_protein_35(X),fn_transport_protein_10(X))
& base_2(fn_transport_protein_10(X),fn_transport_protein_35(X))
& subevent_2(fn_transport_protein_28(X),fn_transport_protein_34(X))
& path_2(fn_transport_protein_28(X),fn_transport_protein_35(X))
& instrument_2(fn_transport_protein_28(X),X)
& facilitates_2(X,fn_transport_protein_34(X))
& base_2(fn_transport_protein_34(X),fn_transport_protein_35(X))
& has_function_2(fn_transport_protein_35(X),fn_transport_protein_34(X))
& agent_2(fn_transport_protein_34(X),X)
& called_2(fn_transport_protein_31(X),"1")
& has_part_2(X,fn_transport_protein_17(X))
& the_scalar_value_2(fn_transport_protein_20(X),big_0)
& scalar_unit_class_2(fn_transport_protein_20(X),polypeptide_0)
& has_part_2(X,fn_transport_protein_32(X))
& is_inside_2(fn_transport_protein_13(X),fn_transport_protein_15(X))
& is_inside_2(X,fn_transport_protein_12(X))
& has_part_2(fn_transport_protein_35(X),fn_transport_protein_12(X))
& has_function_2(fn_transport_protein_35(X),fn_transport_protein_31(X))
& instrument_2(fn_transport_protein_31(X),fn_transport_protein_35(X))
& is_inside_2(fn_transport_protein_15(X),fn_transport_protein_35(X))
& agent_2(fn_transport_protein_5(X),X)
& site_2(fn_transport_protein_5(X),fn_transport_protein_15(X))
& facilitates_2(fn_transport_protein_15(X),fn_transport_protein_5(X))
& has_function_2(X,fn_transport_protein_5(X))
& has_part_2(X,fn_transport_protein_14(X))
& size_2(X,fn_transport_protein_20(X))
& greater_than_2(fn_transport_protein_20(X),fn_transport_protein_19(X))
& size_2(fn_transport_protein_21(X),fn_transport_protein_19(X))
& has_part_2(X,fn_transport_protein_21(X))
& has_part_2(X,fn_transport_protein_13(X))
& agent_2(fn_transport_protein_4(X),X)
& has_function_2(X,fn_transport_protein_4(X))
& has_region_2(X,fn_transport_protein_18(X))
& is_inside_2(fn_transport_protein_14(X),fn_transport_protein_18(X))
& fn_transport_protein_14(X) != fn_transport_protein_17(X)
& fn_transport_protein_17(X) != fn_transport_protein_14(X)
& possesses_2(X,fn_transport_protein_27(X))
& quantity_2(fn_transport_protein_27(X),fn_transport_protein_24(X))
& directly_proportional_2(fn_transport_protein_25(X),fn_transport_protein_24(X))
& speed_2(fn_transport_protein_26(X),fn_transport_protein_25(X))
& object_2(fn_transport_protein_26(X),X)
& has_region_2(X,fn_transport_protein_6(X))
& is_at_2(fn_transport_protein_8(X),fn_transport_protein_6(X))
& has_part_2(fn_transport_protein_7(X),fn_transport_protein_8(X))
& has_part_2(X,fn_transport_protein_7(X))
& has_region_2(X,fn_transport_protein_15(X))
& has_region_2(X,fn_transport_protein_33(X))
& is_across_2(X,fn_transport_protein_35(X))
& has_part_2(fn_transport_protein_35(X),X)
& has_region_2(X,fn_transport_protein_16(X))
& is_opposite_2(fn_transport_protein_33(X),fn_transport_protein_16(X))
& is_opposite_2(fn_transport_protein_16(X),fn_transport_protein_33(X))
& fn_transport_protein_11(X) = fn_biomembrane_98(fn_transport_protein_35(X))
& fn_transport_protein_11(X) = fn_biomembrane_99(fn_transport_protein_35(X))
& fn_transport_protein_17(X) = fn_polar_covalent_bond_18(fn_transport_protein_9(X))
& fn_transport_protein_14(X) = fn_peptide_bond_32(fn_transport_protein_9(X))
& fn_transport_protein_4(X) = fn_hydrophilic_region_2(fn_transport_protein_33(X))
& fn_transport_protein_10(X) = fn_biomembrane_52(fn_transport_protein_35(X))
& fn_transport_protein_35(X) = fn_facilitated_diffusion_49(fn_transport_protein_28(X))
& fn_transport_protein_34(X) = fn_facilitated_diffusion_55(fn_transport_protein_28(X))
& X = fn_facilitated_diffusion_25(fn_transport_protein_28(X))
& fn_transport_protein_29(X) = fn_integral_protein_35(X)
& fn_transport_protein_30(X) = fn_integral_protein_36(X)
& fn_transport_protein_23(X) = fn_integral_protein_34(X)
& fn_transport_protein_22(X) = fn_integral_protein_37(X)
& fn_transport_protein_32(X) = fn_integral_protein_6(X)
& fn_transport_protein_31(X) = fn_biomembrane_100(fn_transport_protein_35(X))
& fn_transport_protein_31(X) = fn_biomembrane_101(fn_transport_protein_35(X))
& fn_transport_protein_31(X) = fn_biomembrane_102(fn_transport_protein_35(X))
& fn_transport_protein_31(X) = fn_integral_protein_25(X)
& fn_transport_protein_12(X) = fn_biomembrane_63(fn_transport_protein_35(X))
& fn_transport_protein_12(X) = fn_integral_protein_27(X)
& fn_transport_protein_5(X) = fn_integral_protein_8(X)
& fn_transport_protein_13(X) = fn_integral_protein_5(X)
& fn_transport_protein_21(X) = fn_integral_protein_30(X)
& fn_transport_protein_19(X) = fn_integral_protein_20(X)
& fn_transport_protein_20(X) = fn_biomembrane_56(fn_transport_protein_35(X))
& fn_transport_protein_20(X) = fn_integral_protein_16(X)
& fn_transport_protein_17(X) = fn_integral_protein_33(X)
& fn_transport_protein_14(X) = fn_integral_protein_31(X)
& fn_transport_protein_18(X) = fn_integral_protein_32(X)
& fn_transport_protein_4(X) = fn_integral_protein_7(X)
& fn_transport_protein_26(X) = fn_integral_protein_15(X)
& fn_transport_protein_25(X) = fn_integral_protein_19(X)
& fn_transport_protein_24(X) = fn_integral_protein_18(X)
& fn_transport_protein_27(X) = fn_integral_protein_17(X)
& fn_transport_protein_15(X) = fn_integral_protein_28(X)
& fn_transport_protein_7(X) = fn_integral_protein_13(X)
& fn_transport_protein_8(X) = fn_integral_protein_21(X)
& fn_transport_protein_6(X) = fn_integral_protein_14(X)
& fn_transport_protein_33(X) = fn_transmembrane_protein_2(X)
& fn_transport_protein_16(X) = fn_transmembrane_protein_3(X)
& X = fn_biomembrane_54(fn_transport_protein_35(X))
& fn_transport_protein_35(X) = fn_integral_protein_24(X)
& fn_transport_protein_35(X) = fn_transmembrane_protein_4(X)
& fn_biomembrane_98(fn_transport_protein_35(X)) = fn_biomembrane_99(fn_transport_protein_35(X))
& fn_biomembrane_99(fn_transport_protein_35(X)) = fn_biomembrane_100(fn_transport_protein_35(X))
& fn_biomembrane_101(fn_transport_protein_35(X)) = fn_biomembrane_100(fn_transport_protein_35(X))
& fn_biomembrane_100(fn_transport_protein_35(X)) = fn_biomembrane_101(fn_transport_protein_35(X))
& fn_biomembrane_101(fn_transport_protein_35(X)) = fn_biomembrane_101(fn_transport_protein_35(X))
& fn_biomembrane_102(fn_transport_protein_35(X)) = fn_biomembrane_101(fn_transport_protein_35(X))
& fn_biomembrane_101(fn_transport_protein_35(X)) = fn_biomembrane_102(fn_transport_protein_35(X))
& fn_biomembrane_102(fn_transport_protein_35(X)) = fn_biomembrane_102(fn_transport_protein_35(X))
& fn_integral_protein_25(X) = fn_integral_protein_25(X)
& fn_integral_protein_25(X) = fn_biomembrane_102(fn_transport_protein_35(X))
& fn_biomembrane_102(fn_transport_protein_35(X)) = fn_integral_protein_25(X)
& fn_integral_protein_25(X) = fn_biomembrane_63(fn_transport_protein_35(X))
& fn_biomembrane_63(fn_transport_protein_35(X)) = fn_integral_protein_27(X)
& fn_integral_protein_27(X) = fn_integral_protein_27(X)
& fn_integral_protein_27(X) = fn_integral_protein_16(X)
& fn_integral_protein_16(X) = fn_integral_protein_16(X)
& fn_integral_protein_16(X) = fn_biomembrane_56(fn_transport_protein_35(X))
& fn_biomembrane_56(fn_transport_protein_35(X)) = fn_integral_protein_16(X)
& fn_integral_protein_16(X) = fn_polar_covalent_bond_18(fn_transport_protein_9(X))
& fn_polar_covalent_bond_18(fn_transport_protein_9(X)) = fn_integral_protein_33(X)
& fn_integral_protein_33(X) = fn_integral_protein_33(X)
& fn_integral_protein_33(X) = fn_peptide_bond_32(fn_transport_protein_9(X))
& fn_peptide_bond_32(fn_transport_protein_9(X)) = fn_integral_protein_31(X)
& fn_integral_protein_31(X) = fn_integral_protein_31(X)
& fn_integral_protein_31(X) = fn_hydrophilic_region_2(fn_transport_protein_33(X))
& fn_hydrophilic_region_2(fn_transport_protein_33(X)) = fn_integral_protein_7(X)
& fn_integral_protein_7(X) = fn_integral_protein_7(X)
& fn_integral_protein_7(X) = fn_facilitated_diffusion_49(fn_transport_protein_28(X))
& fn_facilitated_diffusion_49(fn_transport_protein_28(X)) = fn_facilitated_diffusion_49(fn_transport_protein_28(X))
& fn_facilitated_diffusion_49(fn_transport_protein_28(X)) = fn_integral_protein_24(X)
& fn_integral_protein_24(X) = fn_integral_protein_24(X)
& fn_integral_protein_24(X) = fn_transmembrane_protein_4(X)
& fn_transmembrane_protein_4(X) = fn_transmembrane_protein_4(X)
& fn_transmembrane_protein_4(X) = fn_facilitated_diffusion_25(fn_transport_protein_28(X))
& fn_facilitated_diffusion_25(fn_transport_protein_28(X)) = fn_facilitated_diffusion_25(fn_transport_protein_28(X))
& fn_facilitated_diffusion_25(fn_transport_protein_28(X)) = fn_biomembrane_54(fn_transport_protein_35(X))
& fn_biomembrane_54(fn_transport_protein_35(X)) = fn_biomembrane_54(fn_transport_protein_35(X)) ) ) ).
fof(a533387,axiom,
! [X] :
( transport_vesicle_1(X)
=> ( original_name_2(X,'Transport-Vesicle')
& user_description_2(X,'Transport vesicle is a vesicle which transits from one part of the cell to another')
& concept2words_2(X,'vesicle of transport')
& concept2words_2(X,'transport vesicle')
& concept2words_2(X,'transport-vesicle')
& vesicle_1(X)
& ~ acrosome_1(X)
& ~ cortical_granule_1(X)
& ~ lysosome_1(X)
& ~ synaptic_vesicle_1(X)
& ~ vacuole_1(X)
& tangible_entity_1(fn_transport_vesicle_1(X))
& container_1(fn_transport_vesicle_2(X))
& carrier_1(fn_transport_vesicle_3(X))
& carry_1(fn_transport_vesicle_4(X))
& aqueous_solution_1(fn_transport_vesicle_5(X))
& biomembrane_1(fn_transport_vesicle_6(X))
& aqueous_solution_1(fn_transport_vesicle_7(X))
& liquid_substance_1(fn_transport_vesicle_7(X))
& cytosol_1(fn_transport_vesicle_7(X))
& solution_1(fn_transport_vesicle_7(X))
& suspension_1(fn_transport_vesicle_8(X))
& colloid_1(fn_transport_vesicle_8(X))
& cytoplasm_1(fn_transport_vesicle_8(X))
& cell_1(fn_transport_vesicle_9(X))
& entity_1(fn_carrier_1(fn_transport_vesicle_3(X)))
& tangible_entity_1(fn_barrier_1(fn_transport_vesicle_2(X)))
& tangible_entity_1(fn_carry_1(fn_transport_vesicle_4(X)))
& in_event_2(fn_transport_vesicle_3(X),fn_transport_vesicle_4(X))
& has_function_2(X,fn_transport_vesicle_4(X))
& is_inside_2(fn_transport_vesicle_1(X),X)
& plays_2(X,fn_transport_vesicle_3(X))
& plays_2(X,fn_transport_vesicle_2(X))
& agent_2(fn_transport_vesicle_4(X),X)
& has_part_2(fn_transport_vesicle_9(X),X)
& has_part_2(X,fn_transport_vesicle_6(X))
& has_part_2(X,fn_transport_vesicle_5(X))
& is_between_2(fn_transport_vesicle_6(X),fn_transport_vesicle_5(X))
& is_between_2(fn_transport_vesicle_6(X),fn_transport_vesicle_7(X))
& has_part_2(fn_transport_vesicle_8(X),fn_transport_vesicle_7(X))
& has_part_2(fn_transport_vesicle_9(X),fn_transport_vesicle_8(X))
& X = fn_carrier_1(fn_transport_vesicle_3(X))
& X = fn_barrier_1(fn_transport_vesicle_2(X))
& X = fn_carry_1(fn_transport_vesicle_4(X))
& fn_transport_vesicle_9(X) = fn_vesicle_5(X)
& fn_transport_vesicle_8(X) = fn_vesicle_8(X)
& fn_transport_vesicle_7(X) = fn_vesicle_7(X)
& fn_transport_vesicle_6(X) = fn_vesicle_9(X)
& fn_transport_vesicle_5(X) = fn_vesicle_10(X)
& fn_carrier_1(fn_transport_vesicle_3(X)) = fn_barrier_1(fn_transport_vesicle_2(X))
& fn_barrier_1(fn_transport_vesicle_2(X)) = fn_barrier_1(fn_transport_vesicle_2(X))
& fn_barrier_1(fn_transport_vesicle_2(X)) = fn_carry_1(fn_transport_vesicle_4(X)) ) ) ).
fof(a533388,axiom,
! [X] :
( transport_work_1(X)
=> ( original_name_2(X,'Transport-Work')
& user_description_2(X,'In cells and organisms, transport work is the process of using energy to move or transport molecules or objects into, out of, or around in the cell.')
& concept2words_2(X,transport)
& concept2words_2(X,'work of transport')
& concept2words_2(X,'transport work')
& concept2words_2(X,'transport-work')
& cellular_work_1(X) ) ) ).
fof(a533389,axiom,
! [X] :
( transposase_1(X)
=> ( original_name_2(X,'Transposase')
& user_description_2(X,'An enzyme that acts on transposable elements in DNA mutagenesis.')
& concept2words_2(X,transposase)
& transferase_1(X)
& chromosome_1(fn_transposase_1(X))
& locus_1(fn_transposase_2(X))
& locus_1(fn_transposase_3(X))
& genetic_variation_1(fn_transposase_4(X))
& move_1(fn_transposase_5(X))
& transposon_1(fn_transposase_6(X))
& spatial_entity_1(fn_move_1(fn_transposase_5(X)))
& has_function_2(X,fn_transposase_5(X))
& causes_2(fn_transposase_5(X),fn_transposase_4(X))
& origin_2(fn_transposase_5(X),fn_transposase_3(X))
& destination_2(fn_transposase_5(X),fn_transposase_2(X))
& agent_2(fn_transposase_5(X),X)
& agent_2(fn_transposase_4(X),fn_transposase_6(X))
& fn_transposase_3(X) != fn_transposase_2(X)
& fn_transposase_2(X) != fn_transposase_3(X)
& has_region_2(fn_transposase_1(X),fn_transposase_3(X))
& has_region_2(fn_transposase_1(X),fn_transposase_2(X))
& object_2(fn_transposase_5(X),fn_transposase_6(X))
& fn_transposase_6(X) = fn_move_1(fn_transposase_5(X)) ) ) ).
fof(a533390,axiom,
! [X] :
( transposon_1(X)
=> ( original_name_2(X,'Transposon')
& user_description_2(X,'A transposable element that moves within a genome by means of a DNA intermediate.')
& concept2words_2(X,'jumping gene')
& concept2words_2(X,'jumping-gene')
& concept2words_2(X,'transposable genetic element')
& concept2words_2(X,'transposable-genetic-element')
& concept2words_2(X,'mobile genetic element')
& concept2words_2(X,'mobile-genetic-element')
& concept2words_2(X,'transposable element transposon')
& concept2words_2(X,'transposable-element-transposon')
& concept2words_2(X,'mobile segment')
& concept2words_2(X,'mobile-segment')
& concept2words_2(X,'mobile segment of dna')
& concept2words_2(X,'mobile-segment-of-dna')
& concept2words_2(X,transposon)
& eukaryote_dna_sequence_1(X)
& ~ control_element_1(X)
& ~ episome_1(X)
& ~ genetic_marker_1(X)
& ~ pseudogene_1(X)
& ~ restriction_fragment_length_polymorphism_1(X)
& ~ restriction_site_1(X)
& ~ tata_box_1(X)
& ~ telomere_1(X)
& ~ transcription_unit_1(X)
& ~ ttaggg_1(X)
& ~ variable_region_dna_sequence_1(X)
& ~ dna_strand_1(X)
& ~ constant_region_dna_sequence_1(X)
& covalent_bond_1(fn_transposon_3(X))
& evolution_1(fn_transposon_4(X))
& virus_1(fn_transposon_5(X))
& chromosome_1(fn_transposon_6(X))
& carbon_skeleton_1(fn_transposon_7(X))
& quantity_value_1(fn_transposon_8(X))
& speed_value_1(fn_transposon_9(X))
& monomer_1(fn_transposon_10(X))
& nucleoside_monophosphate_1(fn_transposon_10(X))
& monomer_1(fn_transposon_11(X))
& gene_rearrangement_1(fn_transposon_12(X))
& kinetic_energy_1(fn_transposon_13(X))
& phosphodiester_bond_1(fn_transposon_14(X))
& deoxyribonucleoside_monophosphate_1(fn_transposon_15(X))
& transposase_1(fn_transposon_16(X))
& genetic_variation_1(fn_transposon_17(X))
& move_1(fn_transposon_18(X))
& locus_1(fn_transposon_19(X))
& locus_1(fn_transposon_20(X))
& attach_1(fn_transposon_21(X))
& share_1(fn_transposon_22(X))
& entity_1(fn_transposon_23(X))
& oxygen_1(fn_transposon_23(X))
& entity_1(fn_transposon_24(X))
& chemical_entity_1(fn_transposon_24(X))
& atom_1(fn_transposon_24(X))
& carbon_1(fn_transposon_24(X))
& nitrogen_1(fn_transposon_25(X))
& entity_1(fn_transposon_26(X))
& carbon_1(fn_transposon_26(X))
& atom_1(fn_transposon_26(X))
& chemical_entity_1(fn_transposon_26(X))
& entity_1(fn_transposon_27(X))
& number_5_prime_carbon_1(fn_transposon_27(X))
& atom_1(fn_transposon_27(X))
& carbon_1(fn_transposon_27(X))
& constant_motion_1(fn_transposon_28(X))
& share_1(fn_transposon_29(X))
& unequal_sharing_1(fn_transposon_29(X))
& entity_1(fn_transposon_30(X))
& electron_1(fn_transposon_30(X))
& valence_electron_1(fn_transposon_30(X))
& ester_linkage_1(fn_transposon_31(X))
& size_value_1(fn_transposon_32(X))
& size_value_1(fn_transposon_33(X))
& deoxyribonucleoside_monophosphate_1(fn_transposon_36(X))
& deoxyribonucleoside_monophosphate_1(fn_transposon_37(X))
& spatial_entity_1(fn_attach_2(fn_transposon_21(X)))
& constant_motion_1(fn_kinetic_energy_1(fn_transposon_13(X)))
& locus_1(fn_transposase_3(fn_transposon_16(X)))
& locus_1(fn_transposase_2(fn_transposon_16(X)))
& genetic_variation_1(fn_transposase_4(fn_transposon_16(X)))
& move_1(fn_transposase_5(fn_transposon_16(X)))
& unequal_sharing_1(fn_ester_linkage_32(fn_transposon_31(X)))
& entity_1(fn_deoxyribonucleotide_5(fn_transposon_15(X)))
& chemical_entity_1(fn_deoxyribonucleotide_5(fn_transposon_15(X)))
& atom_1(fn_deoxyribonucleotide_5(fn_transposon_15(X)))
& carbon_1(fn_deoxyribonucleotide_5(fn_transposon_15(X)))
& atom_1(fn_organic_molecule_2(fn_transposon_15(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_transposon_15(X)))
& entity_1(fn_nucleoside_monophosphate_26(fn_transposon_15(X)))
& atom_1(fn_nucleoside_monophosphate_26(fn_transposon_15(X)))
& number_5_prime_carbon_1(fn_nucleoside_monophosphate_26(fn_transposon_15(X)))
& carbon_1(fn_nucleoside_monophosphate_26(fn_transposon_15(X)))
& carbon_1(fn_organic_molecule_1(fn_transposon_15(X)))
& entity_1(fn_nucleoside_monophosphate_24(fn_transposon_15(X)))
& number_5_prime_carbon_1(fn_nucleoside_monophosphate_24(fn_transposon_15(X)))
& atom_1(fn_nucleoside_monophosphate_24(fn_transposon_15(X)))
& carbon_1(fn_nucleoside_monophosphate_24(fn_transposon_15(X)))
& tangible_entity_1(fn_gene_rearrangement_7(fn_transposon_12(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_transposon_13(X)))
& transposon_1(fn_transposase_6(fn_transposon_16(X)))
& entity_1(fn_covalent_bond_19(fn_transposon_14(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_transposon_14(X)))
& atom_1(fn_covalent_bond_19(fn_transposon_14(X)))
& entity_1(fn_share_3(fn_transposon_29(X)))
& entity_1(fn_share_1(fn_transposon_29(X)))
& share_1(fn_covalent_bond_17(fn_transposon_14(X)))
& share_1(fn_phosphodiester_bond_6(fn_transposon_14(X)))
& entity_1(fn_share_3(fn_transposon_22(X)))
& entity_1(fn_share_1(fn_transposon_22(X)))
& oxygen_1(fn_ester_linkage_27(fn_transposon_31(X)))
& entity_1(fn_share_2(fn_transposon_22(X)))
& entity_1(fn_share_2(fn_transposon_29(X)))
& valence_electron_1(fn_covalent_bond_15(fn_transposon_14(X)))
& electron_1(fn_phosphodiester_bond_23(fn_transposon_14(X)))
& valence_electron_1(fn_phosphodiester_bond_23(fn_transposon_14(X)))
& electron_1(fn_ester_linkage_29(fn_transposon_31(X)))
& valence_electron_1(fn_ester_linkage_29(fn_transposon_31(X)))
& entity_1(fn_covalent_bond_20(fn_transposon_14(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_transposon_14(X)))
& atom_1(fn_covalent_bond_20(fn_transposon_14(X)))
& entity_1(fn_phosphodiester_bond_15(fn_transposon_14(X)))
& chemical_entity_1(fn_phosphodiester_bond_15(fn_transposon_14(X)))
& atom_1(fn_phosphodiester_bond_15(fn_transposon_14(X)))
& carbon_1(fn_phosphodiester_bond_15(fn_transposon_14(X)))
& entity_1(fn_ester_linkage_28(fn_transposon_31(X)))
& chemical_entity_1(fn_ester_linkage_28(fn_transposon_31(X)))
& atom_1(fn_ester_linkage_28(fn_transposon_31(X)))
& carbon_1(fn_ester_linkage_28(fn_transposon_31(X)))
& ester_linkage_1(fn_phosphodiester_bond_29(fn_transposon_14(X)))
& ester_linkage_1(fn_phosphodiester_bond_30(fn_transposon_14(X)))
& quantity_2(fn_transposon_13(X),fn_transposon_8(X))
& is_between_2(fn_transposon_14(X),fn_transposon_25(X))
& is_between_2(fn_transposon_14(X),fn_transposon_15(X))
& origin_2(fn_transposon_4(X),X)
& object_2(fn_transposon_4(X),fn_transposon_5(X))
& subevent_2(fn_transposon_18(X),fn_transposon_17(X))
& path_2(fn_transposon_18(X),fn_transposon_6(X))
& is_at_2(fn_transposon_19(X),fn_transposon_6(X))
& is_at_2(fn_transposon_20(X),fn_transposon_6(X))
& has_region_2(X,fn_transposon_7(X))
& possesses_2(X,fn_transposon_3(X))
& possesses_2(X,fn_transposon_14(X))
& element_2(X,fn_transposon_10(X))
& result_2(fn_transposon_22(X),fn_transposon_31(X))
& called_2(fn_transposon_26(X),'A2')
& directly_proportional_2(fn_transposon_9(X),fn_transposon_8(X))
& speed_2(fn_transposon_28(X),fn_transposon_9(X))
& next_element_2(fn_transposon_11(X),fn_transposon_10(X))
& size_2(fn_transposon_37(X),fn_transposon_32(X))
& base_2(fn_transposon_21(X),fn_transposon_15(X))
& agent_2(fn_transposon_12(X),X)
& has_part_2(fn_transposon_15(X),fn_transposon_26(X))
& fn_transposon_27(X) != fn_transposon_26(X)
& fn_transposon_26(X) != fn_transposon_27(X)
& possesses_2(X,fn_transposon_13(X))
& object_2(fn_transposon_28(X),X)
& has_part_2(fn_transposon_15(X),fn_transposon_27(X))
& called_2(fn_transposon_27(X),'A2')
& first_element_2(X,fn_transposon_37(X))
& element_2(X,fn_transposon_37(X))
& element_2(X,fn_transposon_36(X))
& next_element_2(fn_transposon_37(X),fn_transposon_36(X))
& fn_transposon_25(X) != fn_transposon_24(X)
& fn_transposon_24(X) != fn_transposon_25(X)
& size_2(fn_transposon_11(X),fn_transposon_32(X))
& element_2(X,fn_transposon_11(X))
& first_element_2(X,fn_transposon_11(X))
& size_2(X,fn_transposon_33(X))
& greater_than_2(fn_transposon_33(X),fn_transposon_32(X))
& origin_2(fn_transposon_18(X),fn_transposon_19(X))
& agent_2(fn_transposon_18(X),fn_transposon_16(X))
& causes_2(fn_transposon_18(X),fn_transposon_17(X))
& agent_2(fn_transposon_17(X),X)
& object_2(fn_transposon_18(X),X)
& destination_2(fn_transposon_18(X),fn_transposon_20(X))
& object_2(fn_transposon_22(X),fn_transposon_30(X))
& is_between_2(fn_transposon_14(X),fn_transposon_24(X))
& agent_2(fn_transposon_22(X),fn_transposon_24(X))
& result_2(fn_transposon_22(X),fn_transposon_14(X))
& element_2(fn_transposon_14(X),fn_transposon_31(X))
& called_2(fn_transposon_31(X),"2")
& fn_transposon_23(X) != fn_transposon_24(X)
& fn_transposon_24(X) != fn_transposon_23(X)
& agent_2(fn_transposon_29(X),fn_transposon_24(X))
& agent_2(fn_transposon_29(X),fn_transposon_23(X))
& is_between_2(fn_transposon_31(X),fn_transposon_23(X))
& result_2(fn_transposon_29(X),fn_transposon_31(X))
& object_2(fn_transposon_29(X),fn_transposon_30(X))
& has_part_2(fn_transposon_24(X),fn_transposon_30(X))
& is_between_2(fn_transposon_31(X),fn_transposon_24(X))
& agent_2(fn_transposon_22(X),fn_transposon_23(X))
& agent_2(fn_transposon_29(X),fn_transposon_25(X))
& fn_transposon_15(X) = fn_attach_2(fn_transposon_21(X))
& X = fn_gene_rearrangement_7(fn_transposon_12(X))
& fn_transposon_27(X) = fn_organic_molecule_1(fn_transposon_15(X))
& fn_transposon_26(X) = fn_deoxyribonucleotide_5(fn_transposon_15(X))
& fn_transposon_26(X) = fn_organic_molecule_2(fn_transposon_15(X))
& fn_transposon_28(X) = fn_kinetic_energy_1(fn_transposon_13(X))
& X = fn_kinetic_energy_2(fn_transposon_13(X))
& fn_transposon_27(X) = fn_nucleoside_monophosphate_26(fn_transposon_15(X))
& fn_transposon_27(X) = fn_nucleoside_monophosphate_24(fn_transposon_15(X))
& fn_transposon_37(X) = fn_dna_sequence_1(X)
& fn_transposon_36(X) = fn_dna_sequence_2(X)
& fn_transposon_25(X) = fn_covalent_bond_19(fn_transposon_14(X))
& fn_transposon_34(X) = fn_nucleic_acid_sequence_4(X)
& fn_transposon_35(X) = fn_nucleic_acid_sequence_3(X)
& fn_transposon_32(X) = fn_nucleic_acid_sequence_1(X)
& fn_transposon_33(X) = fn_nucleic_acid_sequence_2(X)
& fn_transposon_11(X) = fn_nucleic_acid_sequence_5(X)
& fn_transposon_19(X) = fn_transposase_3(fn_transposon_16(X))
& fn_transposon_20(X) = fn_transposase_2(fn_transposon_16(X))
& X = fn_transposase_6(fn_transposon_16(X))
& fn_transposon_17(X) = fn_transposase_4(fn_transposon_16(X))
& fn_transposon_18(X) = fn_transposase_5(fn_transposon_16(X))
& fn_transposon_30(X) = fn_share_2(fn_transposon_22(X))
& fn_transposon_30(X) = fn_covalent_bond_15(fn_transposon_14(X))
& fn_transposon_30(X) = fn_phosphodiester_bond_23(fn_transposon_14(X))
& fn_transposon_31(X) = fn_phosphodiester_bond_29(fn_transposon_14(X))
& fn_transposon_31(X) = fn_phosphodiester_bond_30(fn_transposon_14(X))
& fn_transposon_22(X) = fn_covalent_bond_17(fn_transposon_14(X))
& fn_transposon_22(X) = fn_phosphodiester_bond_6(fn_transposon_14(X))
& fn_transposon_24(X) = fn_covalent_bond_20(fn_transposon_14(X))
& fn_transposon_24(X) = fn_phosphodiester_bond_15(fn_transposon_14(X))
& fn_transposon_25(X) = fn_share_3(fn_transposon_29(X))
& fn_transposon_25(X) = fn_share_1(fn_transposon_29(X))
& fn_transposon_23(X) = fn_share_3(fn_transposon_22(X))
& fn_transposon_23(X) = fn_share_1(fn_transposon_22(X))
& fn_transposon_23(X) = fn_ester_linkage_27(fn_transposon_31(X))
& fn_transposon_30(X) = fn_share_2(fn_transposon_29(X))
& fn_transposon_29(X) = fn_ester_linkage_32(fn_transposon_31(X))
& fn_transposon_30(X) = fn_ester_linkage_29(fn_transposon_31(X))
& fn_transposon_24(X) = fn_ester_linkage_28(fn_transposon_31(X))
& fn_organic_molecule_2(fn_transposon_15(X)) = fn_organic_molecule_2(fn_transposon_15(X))
& fn_organic_molecule_2(fn_transposon_15(X)) = fn_deoxyribonucleotide_5(fn_transposon_15(X))
& fn_deoxyribonucleotide_5(fn_transposon_15(X)) = fn_organic_molecule_2(fn_transposon_15(X))
& fn_organic_molecule_2(fn_transposon_15(X)) = fn_organic_molecule_1(fn_transposon_15(X))
& fn_organic_molecule_1(fn_transposon_15(X)) = fn_nucleoside_monophosphate_26(fn_transposon_15(X))
& fn_nucleoside_monophosphate_26(fn_transposon_15(X)) = fn_organic_molecule_1(fn_transposon_15(X))
& fn_organic_molecule_1(fn_transposon_15(X)) = fn_organic_molecule_1(fn_transposon_15(X))
& fn_organic_molecule_1(fn_transposon_15(X)) = fn_nucleoside_monophosphate_24(fn_transposon_15(X))
& fn_nucleoside_monophosphate_24(fn_transposon_15(X)) = fn_nucleoside_monophosphate_24(fn_transposon_15(X))
& fn_nucleoside_monophosphate_24(fn_transposon_15(X)) = fn_gene_rearrangement_7(fn_transposon_12(X))
& fn_gene_rearrangement_7(fn_transposon_12(X)) = fn_kinetic_energy_2(fn_transposon_13(X))
& fn_kinetic_energy_2(fn_transposon_13(X)) = fn_kinetic_energy_2(fn_transposon_13(X))
& fn_kinetic_energy_2(fn_transposon_13(X)) = fn_transposase_6(fn_transposon_16(X))
& fn_transposase_6(fn_transposon_16(X)) = fn_transposase_6(fn_transposon_16(X))
& fn_transposase_6(fn_transposon_16(X)) = fn_covalent_bond_19(fn_transposon_14(X))
& fn_covalent_bond_19(fn_transposon_14(X)) = fn_covalent_bond_19(fn_transposon_14(X))
& fn_covalent_bond_19(fn_transposon_14(X)) = fn_share_3(fn_transposon_29(X))
& fn_share_3(fn_transposon_29(X)) = fn_share_3(fn_transposon_29(X))
& fn_share_3(fn_transposon_29(X)) = fn_share_1(fn_transposon_29(X))
& fn_share_1(fn_transposon_29(X)) = fn_covalent_bond_17(fn_transposon_14(X))
& fn_phosphodiester_bond_6(fn_transposon_14(X)) = fn_phosphodiester_bond_6(fn_transposon_14(X))
& fn_phosphodiester_bond_6(fn_transposon_14(X)) = fn_covalent_bond_17(fn_transposon_14(X))
& fn_covalent_bond_17(fn_transposon_14(X)) = fn_phosphodiester_bond_6(fn_transposon_14(X))
& fn_phosphodiester_bond_6(fn_transposon_14(X)) = fn_share_3(fn_transposon_22(X))
& fn_share_3(fn_transposon_22(X)) = fn_share_1(fn_transposon_22(X))
& fn_share_1(fn_transposon_22(X)) = fn_share_1(fn_transposon_22(X))
& fn_share_1(fn_transposon_22(X)) = fn_ester_linkage_27(fn_transposon_31(X))
& fn_ester_linkage_27(fn_transposon_31(X)) = fn_ester_linkage_27(fn_transposon_31(X))
& fn_ester_linkage_27(fn_transposon_31(X)) = fn_share_2(fn_transposon_22(X))
& fn_share_2(fn_transposon_22(X)) = fn_covalent_bond_15(fn_transposon_14(X))
& fn_covalent_bond_15(fn_transposon_14(X)) = fn_share_2(fn_transposon_29(X))
& fn_share_2(fn_transposon_29(X)) = fn_covalent_bond_15(fn_transposon_14(X))
& fn_covalent_bond_15(fn_transposon_14(X)) = fn_phosphodiester_bond_23(fn_transposon_14(X))
& fn_phosphodiester_bond_23(fn_transposon_14(X)) = fn_phosphodiester_bond_23(fn_transposon_14(X))
& fn_phosphodiester_bond_23(fn_transposon_14(X)) = fn_ester_linkage_29(fn_transposon_31(X))
& fn_ester_linkage_29(fn_transposon_31(X)) = fn_ester_linkage_29(fn_transposon_31(X))
& fn_ester_linkage_29(fn_transposon_31(X)) = fn_covalent_bond_20(fn_transposon_14(X))
& fn_covalent_bond_20(fn_transposon_14(X)) = fn_covalent_bond_20(fn_transposon_14(X))
& fn_phosphodiester_bond_15(fn_transposon_14(X)) = fn_covalent_bond_20(fn_transposon_14(X))
& fn_covalent_bond_20(fn_transposon_14(X)) = fn_phosphodiester_bond_15(fn_transposon_14(X))
& fn_phosphodiester_bond_15(fn_transposon_14(X)) = fn_phosphodiester_bond_15(fn_transposon_14(X))
& fn_phosphodiester_bond_15(fn_transposon_14(X)) = fn_ester_linkage_28(fn_transposon_31(X))
& fn_ester_linkage_28(fn_transposon_31(X)) = fn_ester_linkage_28(fn_transposon_31(X))
& fn_ester_linkage_28(fn_transposon_31(X)) = fn_phosphodiester_bond_30(fn_transposon_14(X))
& fn_phosphodiester_bond_30(fn_transposon_14(X)) = fn_phosphodiester_bond_29(fn_transposon_14(X))
& fn_phosphodiester_bond_29(fn_transposon_14(X)) = fn_phosphodiester_bond_30(fn_transposon_14(X)) ) ) ).
fof(a533391,axiom,
! [X] :
( transverse_1(X)
=> ( original_name_2(X,'Transverse')
& user_description_2(X,'Region spanning the width of an organism or entity, as from dorsal to ventral.')
& concept2words_2(X,transverse)
& anatomical_region_1(X) ) ) ).
fof(a533392,axiom,
! [X] :
( transverse_tubule_1(X)
=> ( original_name_2(X,'Transverse-Tubule')
& user_description_2(X,'A deep invagination in the plasma membrane of a muscle fiber cell; it allows the membrane depolarization to penetrate quickly into the interior of the cell.')
& concept2words_2(X,'t tubule')
& concept2words_2(X,'t-tubule')
& concept2words_2(X,'tubule of transverse')
& concept2words_2(X,'transverse tubule')
& concept2words_2(X,'transverse-tubule')
& tubule_1(X)
& animal_cell_structure_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ z_line_filament_1(X) ) ) ).
fof(a533393,axiom,
! [X] :
( tree_1(X)
=> ( original_name_2(X,'Tree')
& user_description_2(X,'A perennial woody plant with an elongated trunk that supports branches and leaves.')
& concept2words_2(X,tree)
& woody_plant_1(X) ) ) ).
fof(a533394,axiom,
! [X] :
( tree_branch_1(X)
=> ( original_name_2(X,'Tree-Branch')
& user_description_2(X,'A limb of a tree arising from the trunk.')
& concept2words_2(X,branch)
& concept2words_2(X,'branch of tree')
& concept2words_2(X,'tree branch')
& concept2words_2(X,'tree-branch')
& stem_1(X) ) ) ).
fof(a533395,axiom,
! [X] :
( tree_of_life_1(X)
=> ( original_name_2(X,'Tree-Of-Life')
& user_description_2(X,'A branching diagram that represents the evolutionary history of all life forms.')
& concept2words_2(X,'life tree')
& concept2words_2(X,'life-tree')
& concept2words_2(X,'tree of life')
& concept2words_2(X,'tree-of-life')
& evolutionary_representation_1(X)
& ~ action_spectrum_1(X)
& ~ age_structure_diagram_1(X)
& ~ cell_lineage_1(X)
& ~ cladogram_1(X)
& ~ climograph_1(X)
& ~ fate_map_1(X)
& ~ genetic_map_1(X)
& ~ genomic_representation_1(X)
& ~ genotypic_ratio_1(X)
& ~ life_table_1(X)
& ~ pedigree_1(X)
& ~ periodic_table_1(X)
& ~ phenotypic_ratio_1(X)
& ~ phylogenetic_tree_1(X)
& ~ punnett_square_1(X)
& ~ reproductive_table_1(X)
& ~ species_area_curve_1(X)
& ~ survivorship_curve_1(X) ) ) ).
fof(a533396,axiom,
! [X] :
( tree_trunk_1(X)
=> ( original_name_2(X,'Tree-Trunk')
& user_description_2(X,'The bark covered stem of a tree.')
& concept2words_2(X,trunk)
& concept2words_2(X,'trunk of tree')
& concept2words_2(X,'tree trunk')
& concept2words_2(X,'tree-trunk')
& stem_1(X) ) ) ).
fof(a533397,axiom,
! [X] :
( trematode_1(X)
=> ( original_name_2(X,'Trematode')
& user_description_2(X,'A parasitic flatworm in the class Trematoda, commonly referred to as flukes. In humans, different species of flukes can parasite the liver, intestines, blood, and lungs.')
& concept2words_2(X,fluke)
& concept2words_2(X,trematode)
& flatworm_1(X)
& ~ planarian_1(X)
& ~ tapeworm_1(X)
& ~ turbellarian_1(X) ) ) ).
fof(a533398,axiom,
! [X] :
( trespass_1(X)
=> ( original_name_2(X,'Trespass')
& concept2words_2(X,trespass)
& concept2words_2(X,intrude)
& concept2words_2(X,transgress)
& concept2words_2(X,overstep)
& go_to_1(X)
& unauthorized_1(X) ) ) ).
fof(a533399,axiom,
! [X] :
( trichome_1(X)
=> ( original_name_2(X,'Trichome')
& user_description_2(X,'Trichomes are hairlike outgrowths in plants.')
& concept2words_2(X,trichome)
& plant_structure_1(X) ) ) ).
fof(a533400,axiom,
! [X] :
( trichomonad_1(X)
=> ( original_name_2(X,'Trichomonad')
& user_description_2(X,'An order of anaerobic protists, most of which are parasites or other endosymbionts of animals.')
& concept2words_2(X,trichomonad)
& parabasalid_1(X) ) ) ).
fof(a533401,axiom,
! [X] :
( trichoptera_1(X)
=> ( original_name_2(X,'Trichoptera')
& user_description_2(X,'Order of the class Insecta having two pairs of hairy wings, chewing mouthparts, and aquatic larvae.')
& concept2words_2(X,caddisflies)
& concept2words_2(X,trichoptera)
& insect_1(X) ) ) ).
fof(a533402,axiom,
! [X] :
( trigger_node_1(X)
=> ( original_name_2(X,'Trigger-Node')
& concept2words_2(X,'node of trigger')
& concept2words_2(X,'trigger node')
& concept2words_2(X,'trigger-node')
& group_node_1(X) ) ) ).
fof(a533403,axiom,
! [X] :
( trilobite_1(X)
=> ( original_name_2(X,'Trilobite')
& user_description_2(X,'A well-studied group (subphylum or class) of extinct marine arthropods.')
& concept2words_2(X,trilobite)
& arthropod_1(X)
& extinct_invertebrate_1(X)
& ~ cheliceriform_1(X)
& ~ crustacean_1(X)
& ~ daphnia_1(X)
& ~ diplopode_1(X)
& ~ hexapod_1(X)
& ~ myriapod_1(X)
& ~ acanthodian_1(X)
& ~ ammonite_1(X)
& ~ anapsid_1(X)
& ~ archaeopteryx_1(X)
& ~ conodont_1(X)
& ~ cooksonia_1(X)
& ~ dinosaur_1(X)
& ~ eurypterid_1(X)
& ~ great_auk_1(X)
& ~ neanderthal_1(X)
& ~ paranthropus_boisei_1(X)
& ~ parareptile_1(X)
& ~ placoderm_1(X)
& ~ pterosaur_1(X) ) ) ).
fof(a533404,axiom,
! [X] :
( trimer_1(X)
=> ( original_name_2(X,'Trimer')
& user_description_2(X,'A molecule made up of three smaller, identical molecules.')
& concept2words_2(X,trimer)
& molecule_1(X)
& molecule_1(fn_trimer_1(X))
& exactCardinality(X,has_part_0,"3",molecule_0)
& has_part_2(X,fn_trimer_1(X)) ) ) ).
fof(a533405,axiom,
! [X] :
( triose_1(X)
=> ( original_name_2(X,'Triose')
& user_description_2(X,'A triose is a monosaccharide containing three carbon atoms. There are only two trioses, an aldotriose (glyceraldehyde) and a ketotriose (dihydroxyacetone).')
& concept2words_2(X,'three carbon sugar')
& concept2words_2(X,'three-carbon-sugar')
& concept2words_2(X,triose)
& monosaccharide_1(X)
& attract_1(fn_triose_1(X))
& quantity_value_1(fn_triose_2(X))
& entity_1(fn_triose_6(X))
& chemical_entity_1(fn_triose_6(X))
& atom_1(fn_triose_6(X))
& carbon_1(fn_triose_6(X))
& carbon_skeleton_1(fn_triose_7(X))
& entity_1(fn_triose_8(X))
& chemical_entity_1(fn_triose_8(X))
& atom_1(fn_triose_8(X))
& hydrogen_1(fn_triose_8(X))
& entity_1(fn_triose_9(X))
& atom_1(fn_triose_9(X))
& chemical_entity_1(fn_triose_9(X))
& oxygen_1(fn_triose_9(X))
& polar_covalent_bond_1(fn_triose_10(X))
& double_bond_1(fn_triose_11(X))
& functional_group_1(fn_triose_12(X))
& carbonyl_group_1(fn_triose_12(X))
& functional_group_1(fn_triose_13(X))
& hydroxyl_group_1(fn_triose_13(X))
& entity_1(fn_triose_14(X))
& chemical_entity_1(fn_triose_14(X))
& atom_1(fn_triose_14(X))
& oxygen_1(fn_triose_14(X))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_triose_13(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_triose_13(X)))
& double_bond_1(fn_carbonyl_group_8(fn_triose_12(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_triose_13(X)))
& oxygen_1(fn_carbonyl_group_9(fn_triose_12(X)))
& entity_1(fn_carbonyl_group_7(fn_triose_12(X)))
& chemical_entity_1(fn_carbonyl_group_7(fn_triose_12(X)))
& atom_1(fn_carbonyl_group_7(fn_triose_12(X)))
& carbon_1(fn_carbonyl_group_7(fn_triose_12(X)))
& chemical_entity_1(fn_functional_group_1(fn_triose_12(X)))
& chemical_entity_1(fn_functional_group_1(fn_triose_13(X)))
& exactCardinality(X,has_part_0,"3",carbon_0)
& called_2(fn_triose_2(X),'Number_Electron')
& has_region_2(X,fn_triose_12(X))
& has_part_2(X,fn_triose_6(X))
& is_between_2(fn_triose_11(X),fn_triose_9(X))
& possesses_2(X,fn_triose_11(X))
& possesses_2(X,fn_triose_10(X))
& is_between_2(fn_triose_10(X),fn_triose_14(X))
& is_inside_2(fn_triose_6(X),fn_triose_7(X))
& has_region_2(X,fn_triose_7(X))
& has_region_2(X,fn_triose_13(X))
& is_inside_2(fn_triose_9(X),fn_triose_13(X))
& is_inside_2(fn_triose_9(X),fn_triose_12(X))
& fn_triose_14(X) != fn_triose_9(X)
& has_part_2(X,fn_triose_14(X))
& has_part_2(X,fn_triose_8(X))
& fn_triose_9(X) != fn_triose_14(X)
& fn_triose_9(X) != fn_triose_8(X)
& fn_triose_8(X) != fn_triose_9(X)
& has_part_2(X,fn_triose_9(X))
& fn_triose_6(X) != fn_triose_9(X)
& fn_triose_8(X) != fn_triose_6(X)
& fn_triose_6(X) != fn_triose_8(X)
& fn_triose_9(X) != fn_triose_6(X)
& is_inside_2(fn_triose_14(X),fn_triose_13(X))
& is_inside_2(fn_triose_8(X),fn_triose_13(X))
& is_between_2(fn_triose_10(X),fn_triose_8(X))
& is_between_2(fn_triose_10(X),fn_triose_9(X))
& fn_triose_14(X) != fn_triose_8(X)
& fn_triose_8(X) != fn_triose_14(X)
& is_inside_2(fn_triose_14(X),fn_triose_12(X))
& is_inside_2(fn_triose_6(X),fn_triose_12(X))
& is_between_2(fn_triose_11(X),fn_triose_6(X))
& is_between_2(fn_triose_11(X),fn_triose_14(X))
& fn_triose_14(X) != fn_triose_6(X)
& fn_triose_6(X) != fn_triose_14(X)
& X = fn_functional_group_1(fn_triose_12(X))
& fn_triose_14(X) = fn_monosaccharide_18(X)
& fn_triose_10(X) = fn_monosaccharide_12(X)
& fn_triose_11(X) = fn_carbohydrate_35(X)
& fn_triose_11(X) = fn_monosaccharide_16(X)
& fn_triose_12(X) = fn_carbohydrate_34(X)
& fn_triose_12(X) = fn_monosaccharide_17(X)
& fn_triose_9(X) = fn_monosaccharide_13(X)
& X = fn_functional_group_1(fn_triose_13(X))
& fn_triose_13(X) = fn_carbohydrate_33(X)
& fn_triose_13(X) = fn_monosaccharide_10(X)
& fn_triose_7(X) = fn_monosaccharide_6(X)
& fn_triose_8(X) = fn_carbohydrate_32(X)
& fn_triose_9(X) = fn_carbohydrate_39(X)
& fn_triose_14(X) = fn_monosaccharide_13(X)
& fn_triose_8(X) = fn_monosaccharide_9(X)
& fn_triose_6(X) = fn_monosaccharide_5(X)
& fn_triose_9(X) = fn_monosaccharide_18(X)
& fn_triose_9(X) = fn_hydroxyl_group_4(fn_triose_13(X))
& fn_triose_10(X) = fn_hydroxyl_group_7(fn_triose_13(X))
& fn_triose_14(X) = fn_hydroxyl_group_4(fn_triose_13(X))
& fn_triose_8(X) = fn_hydroxyl_group_6(fn_triose_13(X))
& fn_triose_11(X) = fn_carbonyl_group_8(fn_triose_12(X))
& fn_triose_14(X) = fn_carbonyl_group_9(fn_triose_12(X))
& fn_triose_6(X) = fn_carbonyl_group_7(fn_triose_12(X))
& fn_monosaccharide_13(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_carbohydrate_39(X)
& fn_carbohydrate_39(X) = fn_monosaccharide_13(X)
& fn_monosaccharide_13(X) = fn_monosaccharide_18(X)
& fn_monosaccharide_18(X) = fn_monosaccharide_18(X)
& fn_monosaccharide_18(X) = fn_hydroxyl_group_4(fn_triose_13(X))
& fn_hydroxyl_group_4(fn_triose_13(X)) = fn_monosaccharide_12(X)
& fn_monosaccharide_12(X) = fn_monosaccharide_12(X)
& fn_monosaccharide_12(X) = fn_hydroxyl_group_7(fn_triose_13(X))
& fn_hydroxyl_group_7(fn_triose_13(X)) = fn_hydroxyl_group_7(fn_triose_13(X))
& fn_hydroxyl_group_7(fn_triose_13(X)) = fn_monosaccharide_10(X)
& fn_monosaccharide_10(X) = fn_carbohydrate_33(X)
& fn_carbohydrate_33(X) = fn_monosaccharide_10(X)
& fn_monosaccharide_10(X) = fn_carbohydrate_32(X)
& fn_monosaccharide_9(X) = fn_carbohydrate_32(X)
& fn_carbohydrate_32(X) = fn_monosaccharide_9(X)
& fn_monosaccharide_9(X) = fn_monosaccharide_9(X)
& fn_monosaccharide_9(X) = fn_hydroxyl_group_6(fn_triose_13(X))
& fn_hydroxyl_group_6(fn_triose_13(X)) = fn_hydroxyl_group_6(fn_triose_13(X))
& fn_hydroxyl_group_6(fn_triose_13(X)) = fn_monosaccharide_16(X)
& fn_monosaccharide_16(X) = fn_carbohydrate_35(X)
& fn_carbohydrate_35(X) = fn_monosaccharide_16(X)
& fn_monosaccharide_16(X) = fn_monosaccharide_16(X)
& fn_monosaccharide_16(X) = fn_carbonyl_group_8(fn_triose_12(X))
& fn_carbonyl_group_8(fn_triose_12(X)) = fn_carbonyl_group_8(fn_triose_12(X))
& fn_carbonyl_group_8(fn_triose_12(X)) = fn_monosaccharide_18(X)
& fn_monosaccharide_18(X) = fn_monosaccharide_13(X)
& fn_monosaccharide_13(X) = fn_monosaccharide_13(X)
& fn_monosaccharide_13(X) = fn_hydroxyl_group_4(fn_triose_13(X))
& fn_hydroxyl_group_4(fn_triose_13(X)) = fn_hydroxyl_group_4(fn_triose_13(X))
& fn_hydroxyl_group_4(fn_triose_13(X)) = fn_carbonyl_group_9(fn_triose_12(X))
& fn_carbonyl_group_9(fn_triose_12(X)) = fn_carbonyl_group_9(fn_triose_12(X))
& fn_carbonyl_group_9(fn_triose_12(X)) = fn_carbohydrate_34(X)
& fn_monosaccharide_17(X) = fn_carbohydrate_34(X)
& fn_carbohydrate_34(X) = fn_monosaccharide_17(X)
& fn_monosaccharide_17(X) = fn_monosaccharide_5(X)
& fn_monosaccharide_5(X) = fn_monosaccharide_5(X)
& fn_monosaccharide_5(X) = fn_carbonyl_group_7(fn_triose_12(X))
& fn_carbonyl_group_7(fn_triose_12(X)) = fn_carbonyl_group_7(fn_triose_12(X))
& fn_functional_group_1(fn_triose_12(X)) = fn_functional_group_1(fn_triose_13(X)) ) ) ).
fof(a533406,axiom,
! [X] :
( triose_phosphate_dehydrogenase_1(X)
=> ( original_name_2(X,'Triose-Phosphate-Dehydrogenase')
& user_description_2(X,'The enzyme that catalyzes the sixth step of glycolysis where, first, a hydrogen from glyceraldehyde-3-phosphate is transferred to NAD+ to form NADH, and second, it adds a phosphate from the cytosol to the oxidized glyceraldehyde-3-phosphate to form 1,3-bisphosphoglycerate.')
& concept2words_2(X,'triose phosphate dehydrogenase')
& concept2words_2(X,'triose-phosphate-dehydrogenase')
& dehydrogenase_1(X)
& tangible_entity_1(fn_triose_phosphate_dehydrogenase_3(X))
& electron_1(fn_triose_phosphate_dehydrogenase_3(X))
& chemical_entity_1(fn_triose_phosphate_dehydrogenase_4(X))
& quantity_value_1(fn_triose_phosphate_dehydrogenase_5(X))
& redox_reaction_1(fn_triose_phosphate_dehydrogenase_6(X))
& chemical_reaction_1(fn_triose_phosphate_dehydrogenase_7(X))
& decrease_1(fn_triose_phosphate_dehydrogenase_8(X))
& catalyst_1(fn_triose_phosphate_dehydrogenase_9(X))
& rate_value_1(fn_triose_phosphate_dehydrogenase_10(X))
& active_site_1(fn_triose_phosphate_dehydrogenase_11(X))
& attach_1(fn_triose_phosphate_dehydrogenase_12(X))
& organic_molecule_1(fn_triose_phosphate_dehydrogenase_13(X))
& spatial_entity_1(fn_triose_phosphate_dehydrogenase_14(X))
& chemical_entity_1(fn_triose_phosphate_dehydrogenase_14(X))
& monomer_1(fn_triose_phosphate_dehydrogenase_14(X))
& molecule_1(fn_triose_phosphate_dehydrogenase_14(X))
& amino_acid_1(fn_triose_phosphate_dehydrogenase_14(X))
& size_value_1(fn_triose_phosphate_dehydrogenase_15(X))
& quantity_value_1(fn_triose_phosphate_dehydrogenase_16(X))
& speed_value_1(fn_triose_phosphate_dehydrogenase_17(X))
& constant_motion_1(fn_triose_phosphate_dehydrogenase_18(X))
& size_value_1(fn_triose_phosphate_dehydrogenase_19(X))
& atom_1(fn_triose_phosphate_dehydrogenase_20(X))
& chemical_entity_1(fn_triose_phosphate_dehydrogenase_20(X))
& carbon_1(fn_triose_phosphate_dehydrogenase_20(X))
& atom_1(fn_triose_phosphate_dehydrogenase_21(X))
& chemical_entity_1(fn_triose_phosphate_dehydrogenase_21(X))
& carbon_1(fn_triose_phosphate_dehydrogenase_21(X))
& monomer_1(fn_triose_phosphate_dehydrogenase_22(X))
& polypeptide_1(fn_triose_phosphate_dehydrogenase_23(X))
& kinetic_energy_1(fn_triose_phosphate_dehydrogenase_24(X))
& carbon_skeleton_1(fn_triose_phosphate_dehydrogenase_25(X))
& surface_1(fn_triose_phosphate_dehydrogenase_26(X))
& hydrophilic_region_1(fn_triose_phosphate_dehydrogenase_27(X))
& protein_domain_1(fn_triose_phosphate_dehydrogenase_28(X))
& fn_triose_phosphate_dehydrogenase_29(X) = fn_dehydrogenase_41(X)
& fn_triose_phosphate_dehydrogenase_30(X) = fn_dehydrogenase_40(X)
& fn_triose_phosphate_dehydrogenase_31(X) = fn_dehydrogenase_39(X)
& fn_triose_phosphate_dehydrogenase_1(X) = fn_dehydrogenase_2(X)
& fn_triose_phosphate_dehydrogenase_32(X) = fn_dehydrogenase_38(X)
& fn_triose_phosphate_dehydrogenase_15(X) = fn_dehydrogenase_33(X)
& fn_triose_phosphate_dehydrogenase_19(X) = fn_dehydrogenase_18(X)
& fn_triose_phosphate_dehydrogenase_22(X) = fn_dehydrogenase_10(X)
& fn_triose_phosphate_dehydrogenase_8(X) = fn_dehydrogenase_31(X)
& fn_triose_phosphate_dehydrogenase_9(X) = fn_dehydrogenase_27(X)
& fn_triose_phosphate_dehydrogenase_12(X) = fn_dehydrogenase_9(X)
& fn_triose_phosphate_dehydrogenase_6(X) = fn_dehydrogenase_29(X)
& fn_triose_phosphate_dehydrogenase_21(X) = fn_dehydrogenase_28(X)
& fn_triose_phosphate_dehydrogenase_20(X) = fn_dehydrogenase_11(X)
& fn_triose_phosphate_dehydrogenase_25(X) = fn_dehydrogenase_14(X)
& fn_triose_phosphate_dehydrogenase_13(X) = fn_dehydrogenase_22(X)
& fn_triose_phosphate_dehydrogenase_26(X) = fn_dehydrogenase_16(X)
& fn_triose_phosphate_dehydrogenase_27(X) = fn_dehydrogenase_15(X)
& fn_triose_phosphate_dehydrogenase_23(X) = fn_dehydrogenase_37(X)
& fn_triose_phosphate_dehydrogenase_14(X) = fn_dehydrogenase_34(X)
& fn_triose_phosphate_dehydrogenase_28(X) = fn_dehydrogenase_13(X)
& fn_triose_phosphate_dehydrogenase_4(X) = fn_dehydrogenase_30(X)
& fn_triose_phosphate_dehydrogenase_3(X) = fn_dehydrogenase_20(X)
& fn_triose_phosphate_dehydrogenase_24(X) = fn_dehydrogenase_12(X)
& fn_triose_phosphate_dehydrogenase_16(X) = fn_dehydrogenase_35(X)
& fn_triose_phosphate_dehydrogenase_17(X) = fn_dehydrogenase_36(X)
& fn_triose_phosphate_dehydrogenase_18(X) = fn_dehydrogenase_32(X)
& fn_triose_phosphate_dehydrogenase_2(X) = fn_dehydrogenase_1(X)
& fn_triose_phosphate_dehydrogenase_5(X) = fn_dehydrogenase_7(X)
& fn_triose_phosphate_dehydrogenase_10(X) = fn_dehydrogenase_6(X)
& fn_triose_phosphate_dehydrogenase_7(X) = fn_dehydrogenase_19(X)
& fn_triose_phosphate_dehydrogenase_11(X) = fn_dehydrogenase_17(X) ) ) ).
fof(a533407,axiom,
! [X] :
( triple_response_1(X)
=> ( original_name_2(X,'Triple-Response')
& user_description_2(X,'A plant seedling growth response to a mechanical stress such as a solid object above. The triple response involves a decrease of stem elongation, a strengthening of the stem by growing thicker, and horizontal growth until the shoot has grown beyond the obstruction and resumes growing upright.')
& concept2words_2(X,'response of triple')
& concept2words_2(X,'triple response')
& concept2words_2(X,'triple-response')
& cellular_response_1(X)
& ~ photoperiodism_1(X)
& ~ positive_feedback_1(X)
& ~ reflex_1(X)
& ~ thigmomorphogenesis_1(X)
& ~ tropism_1(X) ) ) ).
fof(a533408,axiom,
! [X] :
( triple_x_1(X)
=> ( original_name_2(X,'Triple-X')
& user_description_2(X,'In humans, a female born with three X chromosomes.')
& concept2words_2(X,'triple x')
& concept2words_2(X,'triple-x')
& concept2words_2(X,'xxx female')
& concept2words_2(X,'xxx-female')
& concept2words_2(X,xxx)
& concept2words_2(X,'x of triple')
& chromosomal_disorder_1(X)
& ~ achondroplasia_1(X)
& ~ alkaptonuria_1(X)
& ~ angelman_syndrome_1(X)
& ~ cri_du_chat_syndrome_1(X)
& ~ cystic_fibrosis_1(X)
& ~ down_syndrome_1(X)
& ~ huntingtons_disease_1(X)
& ~ klinefelter_syndrome_1(X)
& ~ multifactorial_genetic_disorder_1(X)
& ~ phenylketonuria_1(X)
& ~ polydactyly_1(X)
& ~ prader_willi_syndrome_1(X)
& ~ sex_linked_human_genetic_disorder_1(X)
& ~ sickle_cell_anemia_1(X)
& ~ tay_sachs_disease_1(X)
& ~ turner_syndrome_1(X) ) ) ).
fof(a533409,axiom,
! [X] :
( triplet_code_1(X)
=> ( original_name_2(X,'Triplet-Code')
& user_description_2(X,'The genetic code, in which a grouping of three nucleotides specifies an amino acid to be incorporated into a polypeptide chain.')
& concept2words_2(X,'code of triplet')
& concept2words_2(X,'triplet code')
& concept2words_2(X,'triplet-code')
& nucleic_acid_sequence_1(X) ) ) ).
fof(a533410,axiom,
! [X] :
( triploblastic_1(X)
=> ( original_name_2(X,'Triploblastic')
& user_description_2(X,'Having tissues derived from three embryonic germ layers: endoderm, mesoderm, and ectoderm. Most animals are triploblastic.')
& concept2words_2(X,triploblastic)
& eumetazoan_1(X)
& ~ bilaterian_1(X)
& ~ chordate_1(X)
& ~ invertebrate_1(X)
& ~ radiata_1(X) ) ) ).
fof(a533411,axiom,
! [X] :
( trisomic_1(X)
=> ( original_name_2(X,'Trisomic')
& user_description_2(X,'Having three copies of a chromosome instead of the normal two copies found in a diploid cell.')
& concept2words_2(X,trisomic)
& diploid_cell_1(X) ) ) ).
fof(a533412,axiom,
! [X] :
( trisomy_1(X)
=> ( original_name_2(X,'Trisomy')
& user_description_2(X,'The possession of three copies of a chromosome, instead of the usual diploid number of two.')
& concept2words_2(X,trisomy)
& polyploidy_1(X) ) ) ).
fof(a533413,axiom,
! [X] :
( trna_1(X)
=> ( original_name_2(X,'TRNA')
& user_description_2(X,'tRNA is a type of RNA which functions as the bearer of the amino acid moeities to the polypeptide synthesis site on ribosome during translation process')
& concept2words_2(X,'transfer ribo nucleic acid')
& concept2words_2(X,'transfer ribo-nucleic acid')
& concept2words_2(X,'transfer ribonucleic acid')
& concept2words_2(X,trna)
& concept2words_2(X,'transfer rna')
& concept2words_2(X,'transfer-rna')
& rna_1(X)
& shape_value_1(fn_trna_3(X))
& anticodon_1(fn_trna_4(X))
& charge_value_1(fn_trna_5(X))
& kinetic_energy_1(fn_trna_6(X))
& constant_motion_1(fn_trna_7(X))
& speed_value_1(fn_trna_8(X))
& quantity_value_1(fn_trna_9(X))
& amino_acid_1(fn_trna_10(X))
& go_to_1(fn_trna_11(X))
& nucleotide_1(fn_trna_12(X))
& atom_1(fn_trna_13(X))
& chemical_entity_1(fn_trna_13(X))
& nucleoside_monophosphate_1(fn_trna_14(X))
& carbon_1(fn_trna_15(X))
& size_value_1(fn_trna_16(X))
& size_value_1(fn_trna_17(X))
& carbon_skeleton_1(fn_trna_18(X))
& spatial_entity_1(fn_locomotion_1(fn_trna_11(X)))
& spatial_entity_1(fn_go_to_1(fn_trna_11(X)))
& the_cardinal_value_2(fn_trna_5(X),"0.0e0")
& cardinal_unit_class_2(fn_trna_5(X),unity_0)
& the_categorical_value_2(fn_trna_5(X),partial_positive_0)
& the_categorical_value_2(fn_trna_5(X),partial_negative_0)
& has_part_2(X,fn_trna_4(X))
& exactCardinality(X,has_part_0,"80",nucleotide_0)
& shape_2(X,fn_trna_3(X))
& the_categorical_value_2(fn_trna_3(X),l_like_0)
& fn_trna_12(X) != fn_trna_14(X)
& fn_trna_14(X) != fn_trna_12(X)
& has_part_2(X,fn_trna_12(X))
& object_2(fn_trna_11(X),fn_trna_10(X))
& agent_2(fn_trna_11(X),fn_trna_10(X))
& destination_2(fn_trna_11(X),X)
& has_part_2(X,fn_trna_14(X))
& size_2(fn_trna_14(X),fn_trna_16(X))
& greater_than_2(fn_trna_17(X),fn_trna_16(X))
& size_2(X,fn_trna_17(X))
& possesses_2(X,fn_trna_6(X))
& quantity_2(fn_trna_6(X),fn_trna_9(X))
& directly_proportional_2(fn_trna_8(X),fn_trna_9(X))
& speed_2(fn_trna_7(X),fn_trna_8(X))
& object_2(fn_trna_7(X),X)
& has_part_2(X,fn_trna_13(X))
& has_part_2(X,fn_trna_15(X))
& is_inside_2(fn_trna_15(X),fn_trna_18(X))
& has_region_2(X,fn_trna_18(X))
& fn_trna_13(X) != fn_trna_15(X)
& fn_trna_15(X) != fn_trna_13(X)
& fn_trna_12(X) = fn_polymer_4(X)
& fn_trna_10(X) = fn_locomotion_1(fn_trna_11(X))
& X = fn_go_to_1(fn_trna_11(X))
& fn_trna_22(X) = fn_nucleic_acid_33(X)
& fn_trna_21(X) = fn_nucleic_acid_34(X)
& fn_trna_17(X) = fn_nucleic_acid_29(X)
& fn_trna_16(X) = fn_nucleic_acid_28(X)
& fn_trna_14(X) = fn_nucleic_acid_20(X)
& fn_trna_19(X) = fn_molecule_2(X)
& fn_trna_20(X) = fn_molecule_1(X)
& fn_trna_7(X) = fn_molecule_8(X)
& fn_trna_8(X) = fn_molecule_3(X)
& fn_trna_9(X) = fn_molecule_4(X)
& fn_trna_6(X) = fn_molecule_12(X)
& fn_trna_18(X) = fn_organic_molecule_3(X)
& fn_trna_13(X) = fn_organic_molecule_2(X)
& fn_trna_15(X) = fn_organic_molecule_1(X) ) ) ).
fof(a533414,axiom,
! [X] :
( trochophore_larva_1(X)
=> ( original_name_2(X,'Trochophore-Larva')
& user_description_2(X,'Larval form of annelids and molluscs, characterized by a ciliated band called a prototroch. The trochophore is one of the traits used to group animals into the clade Lophotrochozoa.')
& concept2words_2(X,'trochophore larva')
& concept2words_2(X,'trochophore-larva')
& larva_1(X)
& cell_1(fn_trochophore_larva_1(X))
& has_part_2(X,fn_trochophore_larva_1(X)) ) ) ).
fof(a533415,axiom,
! [X] :
( trophic_cascade_model_1(X)
=> ( original_name_2(X,'Trophic-Cascade-Model')
& user_description_2(X,'A top-down model that states that predation is the primary factor of community structure because predators control the populations of herbivores, which control the population of plants, which in turn control nutrient levels in the community.')
& concept2words_2(X,'trophic cascade model')
& concept2words_2(X,'trophic-cascade-model')
& ecological_model_1(X)
& ~ ecological_pyramid_1(X)
& ~ trophic_structure_1(X) ) ) ).
fof(a533416,axiom,
! [X] :
( trophic_level_1(X)
=> ( original_name_2(X,'Trophic-Level')
& user_description_2(X,'Ecological grouping of organisms which is based upon the source of the organism\'s energy.')
& concept2words_2(X,'trophic level')
& concept2words_2(X,'trophic-level')
& organism_group_1(X) ) ) ).
fof(a533417,axiom,
! [X] :
( trophic_structure_1(X)
=> ( original_name_2(X,'Trophic-Structure')
& user_description_2(X,'The feeding relationships among organisms in an ecosystem. These relationships determine the pattern of energy flow and chemical cycling through the ecosystem.')
& concept2words_2(X,'trophic structure')
& concept2words_2(X,'trophic-structure')
& ecological_model_1(X)
& ~ ecological_pyramid_1(X)
& ~ trophic_cascade_model_1(X) ) ) ).
fof(a533418,axiom,
! [X] :
( trophoblast_1(X)
=> ( original_name_2(X,'Trophoblast')
& user_description_2(X,'A cell forming the outer layer of a mammalian blastocyst. It will develop into the fetal part of the placenta but is not part of the embryo itself.')
& concept2words_2(X,trophoblast)
& simple_squamous_epithelium_1(X)
& ~ alveolus_1(X)
& ~ blood_brain_barrier_1(X)
& ~ bowmans_capsule_1(X)
& ~ bronchiole_1(X)
& ~ bronchus_1(X)
& ~ capillary_1(X)
& ~ cervix_1(X)
& ~ choroid_1(X)
& ~ ciliary_body_1(X)
& ~ collecting_duct_1(X)
& ~ conjunctiva_1(X)
& ~ cornea_1(X)
& ~ corpus_luteum_1(X)
& ~ distal_tubule_1(X)
& ~ ejaculatory_duct_1(X)
& ~ endometrium_1(X)
& ~ endothelium_1(X)
& ~ epidermis_1(X)
& ~ glans_1(X)
& ~ hymen_1(X)
& ~ iris_1(X)
& ~ islets_of_langerhans_1(X)
& ~ labia_majora_1(X)
& ~ labia_minora_1(X)
& ~ lacteal_1(X)
& ~ loop_of_henle_1(X)
& ~ prepuce_1(X)
& ~ proximal_tubule_1(X)
& ~ rectum_1(X)
& ~ renal_cortex_1(X)
& ~ seminiferous_tubule_1(X) ) ) ).
fof(a533419,axiom,
! [X] :
( tropic_hormone_1(X)
=> ( original_name_2(X,'Tropic-Hormone')
& user_description_2(X,'A hormone whose target is another endocrine gland.')
& concept2words_2(X,'hormone of tropic')
& concept2words_2(X,'tropic hormone')
& concept2words_2(X,'tropic-hormone')
& hormone_1(X) ) ) ).
fof(a533420,axiom,
! [X] :
( tropical_air_1(X)
=> ( original_name_2(X,'Tropical-Air')
& user_description_2(X,'Warm and humid air from tropical and subtropical regions.')
& concept2words_2(X,'tropical air')
& concept2words_2(X,'tropical-air')
& air_1(X)
& earth_pole_1(fn_tropical_air_1(X))
& earth_1(fn_tropical_air_2(X))
& thermal_energy_1(fn_tropical_air_3(X))
& release_1(fn_tropical_air_4(X))
& condense_1(fn_tropical_air_5(X))
& move_1(fn_tropical_air_6(X))
& tropical_region_1(fn_tropical_air_7(X))
& precipitation_1(fn_tropical_air_8(X))
& water_vapor_1(fn_tropical_air_9(X))
& density_value_1(fn_tropical_air_10(X))
& tangible_entity_1(fn_release_1(fn_tropical_air_4(X)))
& water_vapor_1(fn_precipitation_5(fn_tropical_air_8(X)))
& condense_1(fn_precipitation_3(fn_tropical_air_8(X)))
& property_node_1(fn_condense_3(fn_tropical_air_5(X)))
& density_value_1(fn_condense_4(fn_tropical_air_5(X)))
& spatial_entity_1(fn_move_1(fn_tropical_air_6(X)))
& tropical_air_1(fn_tropical_region_1(fn_tropical_air_7(X)))
& tangible_entity_1(fn_condense_1(fn_tropical_air_5(X)))
& density_2(X,fn_tropical_air_10(X))
& has_region_2(fn_tropical_air_2(X),fn_tropical_air_1(X))
& toward_2(fn_tropical_air_6(X),fn_tropical_air_1(X))
& causes_2(fn_tropical_air_6(X),fn_tropical_air_4(X))
& causes_2(fn_tropical_air_6(X),fn_tropical_air_5(X))
& density_2(fn_tropical_air_9(X),fn_tropical_air_10(X))
& object_2(fn_tropical_air_4(X),fn_tropical_air_3(X))
& object_2(fn_tropical_air_6(X),X)
& is_at_2(X,fn_tropical_air_7(X))
& first_subevent_2(fn_tropical_air_8(X),fn_tropical_air_5(X))
& subevent_2(fn_tropical_air_8(X),fn_tropical_air_5(X))
& base_2(fn_tropical_air_5(X),fn_tropical_air_9(X))
& base_2(fn_tropical_air_5(X),X)
& from_value_2(fn_tropical_air_5(X),fn_tropical_air_10(X))
& fn_tropical_air_3(X) = fn_release_1(fn_tropical_air_4(X))
& X = fn_move_1(fn_tropical_air_6(X))
& X = fn_tropical_region_1(fn_tropical_air_7(X))
& fn_tropical_air_9(X) = fn_precipitation_5(fn_tropical_air_8(X))
& fn_tropical_air_5(X) = fn_precipitation_3(fn_tropical_air_8(X))
& X = fn_condense_1(fn_tropical_air_5(X))
& fn_tropical_air_11(X) = fn_condense_3(fn_tropical_air_5(X))
& fn_tropical_air_10(X) = fn_condense_4(fn_tropical_air_5(X))
& fn_move_1(fn_tropical_air_6(X)) = fn_tropical_region_1(fn_tropical_air_7(X))
& fn_tropical_region_1(fn_tropical_air_7(X)) = fn_tropical_region_1(fn_tropical_air_7(X))
& fn_tropical_region_1(fn_tropical_air_7(X)) = fn_condense_1(fn_tropical_air_5(X)) ) ) ).
fof(a533421,axiom,
! [X] :
( tropical_rain_forest_1(X)
=> ( original_name_2(X,'Tropical-Rain-Forest')
& user_description_2(X,'A terrestrial biome occurring the Tropic of Cancer and the Tropic of Capricorn, characterized by high average temperatures and high levels of rain.')
& concept2words_2(X,'tropical rain forest')
& concept2words_2(X,'tropical-rain-forest')
& terrestrial_biome_1(X)
& ~ chaparral_1(X)
& ~ desert_1(X)
& ~ northern_coniferous_1(X)
& ~ savanna_1(X)
& ~ temperate_broadleaf_forest_1(X)
& ~ temperate_grassland_1(X)
& ~ tropics_1(X)
& ~ tundra_1(X)
& energy_transformation_by_organism_1(fn_tropical_rain_forest_1(X))
& plant_1(fn_tropical_rain_forest_2(X))
& anabolic_pathway_1(fn_tropical_rain_forest_3(X))
& metabolic_pathway_1(fn_tropical_rain_forest_3(X))
& photosynthesis_1(fn_tropical_rain_forest_3(X))
& chemical_energy_1(fn_tropical_rain_forest_4(X))
& visible_light_1(fn_tropical_rain_forest_5(X))
& energy_1(fn_tropical_rain_forest_5(X))
& energy_transformation_by_organism_1(fn_photosynthesis_31(fn_tropical_rain_forest_3(X)))
& visible_light_1(fn_photosynthesis_34(fn_tropical_rain_forest_3(X)))
& energy_1(fn_photosynthesis_34(fn_tropical_rain_forest_3(X)))
& chemical_energy_1(fn_photosynthesis_1(fn_tropical_rain_forest_3(X)))
& chemical_energy_1(fn_photosynthesis_40(fn_tropical_rain_forest_3(X)))
& element_2(X,fn_tropical_rain_forest_2(X))
& has_function_2(fn_tropical_rain_forest_2(X),fn_tropical_rain_forest_3(X))
& object_2(fn_tropical_rain_forest_1(X),fn_tropical_rain_forest_5(X))
& result_2(fn_tropical_rain_forest_3(X),fn_tropical_rain_forest_4(X))
& raw_material_2(fn_tropical_rain_forest_3(X),fn_tropical_rain_forest_5(X))
& raw_material_2(fn_tropical_rain_forest_1(X),fn_tropical_rain_forest_5(X))
& result_2(fn_tropical_rain_forest_1(X),fn_tropical_rain_forest_4(X))
& fn_tropical_rain_forest_4(X) != fn_tropical_rain_forest_5(X)
& fn_tropical_rain_forest_5(X) != fn_tropical_rain_forest_4(X)
& fn_tropical_rain_forest_3(X) = fn_biome_8(X)
& fn_tropical_rain_forest_2(X) = fn_biome_3(X)
& fn_tropical_rain_forest_4(X) = fn_photosynthesis_1(fn_tropical_rain_forest_3(X))
& fn_tropical_rain_forest_1(X) = fn_photosynthesis_31(fn_tropical_rain_forest_3(X))
& fn_tropical_rain_forest_4(X) = fn_photosynthesis_40(fn_tropical_rain_forest_3(X))
& fn_tropical_rain_forest_5(X) = fn_photosynthesis_34(fn_tropical_rain_forest_3(X))
& fn_photosynthesis_1(fn_tropical_rain_forest_3(X)) = fn_photosynthesis_40(fn_tropical_rain_forest_3(X))
& fn_photosynthesis_40(fn_tropical_rain_forest_3(X)) = fn_photosynthesis_40(fn_tropical_rain_forest_3(X)) ) ) ).
fof(a533422,axiom,
! [X] :
( tropical_region_1(X)
=> ( original_name_2(X,'Tropical-Region')
& user_description_2(X,'The part of the earth that is between the Tropic of Cancer and the Tropic of Capricorn.')
& concept2words_2(X,'tropical region')
& concept2words_2(X,'tropical-region')
& geographic_region_1(X)
& ~ earth_pole_1(X)
& ~ glacier_1(X)
& tropical_air_1(fn_tropical_region_1(X))
& is_at_2(fn_tropical_region_1(X),X) ) ) ).
fof(a533423,axiom,
! [X] :
( tropical_sea_1(X)
=> ( original_name_2(X,'Tropical-Sea')
& user_description_2(X,'A sea found in the tropic region, surrounding the equator.')
& concept2words_2(X,'tropical sea')
& concept2words_2(X,'tropical-sea')
& sea_1(X)
& ~ antarctic_sea_1(X) ) ) ).
fof(a533424,axiom,
! [X] :
( tropics_1(X)
=> ( original_name_2(X,'Tropics')
& user_description_2(X,'The latitudes between the Tropic of Cancer (23.5 degrees north) and the Tropic of Capricorn (23.4 degrees south).')
& concept2words_2(X,tropics)
& concept2words_2(X,tropic)
& terrestrial_biome_1(X)
& ~ chaparral_1(X)
& ~ desert_1(X)
& ~ northern_coniferous_1(X)
& ~ savanna_1(X)
& ~ temperate_broadleaf_forest_1(X)
& ~ temperate_grassland_1(X)
& ~ tropical_rain_forest_1(X)
& ~ tundra_1(X) ) ) ).
fof(a533425,axiom,
! [X] :
( tropism_1(X)
=> ( original_name_2(X,'Tropism')
& user_description_2(X,'Tropism describes plant growth toward or away from various types of stimuli.')
& concept2words_2(X,tropism)
& cellular_response_1(X)
& ~ photoperiodism_1(X)
& ~ positive_feedback_1(X)
& ~ reflex_1(X)
& ~ thigmomorphogenesis_1(X)
& ~ triple_response_1(X) ) ) ).
fof(a533426,axiom,
! [X] :
( tropomyosin_1(X)
=> ( original_name_2(X,'Tropomyosin')
& user_description_2(X,'A protein found in muscle tissue that inhibits muscle contraction by preventing myosin from binding to actin.')
& concept2words_2(X,tropomyosin)
& regulatory_protein_1(X)
& ~ camp_receptor_protein_1(X)
& ~ cyclin_1(X)
& ~ cytokine_1(X)
& ~ interferon_1(X)
& ~ mpf_1(X)
& ~ transcription_factor_1(X)
& ~ ubiquitin_1(X) ) ) ).
fof(a533427,axiom,
! [X] :
( troponin_complex_1(X)
=> ( original_name_2(X,'Troponin-Complex')
& user_description_2(X,'A group of proteins that regulate where tropomyosin attaches on a thin filament in muscle fibers.')
& concept2words_2(X,'troponin complex')
& concept2words_2(X,'troponin-complex')
& protein_complex_1(X)
& ~ anaphase_promoting_complex_1(X)
& ~ capsomere_1(X)
& ~ complement_system_1(X)
& ~ light_harvesting_complex_1(X)
& ~ membrane_attack_complex_1(X)
& ~ myofibril_1(X)
& ~ proteasome_1(X)
& ~ protein_core_1(X)
& ~ reaction_center_complex_1(X)
& ~ rosette_cellulose_synthesizing_complex_1(X)
& ~ thick_filament_1(X)
& ~ thin_filament_1(X) ) ) ).
fof(a533428,axiom,
! [X] :
( trp_operon_1(X)
=> ( original_name_2(X,'Trp-Operon')
& user_description_2(X,'A group of genes that regulates the synthesis of the amino acid - tryptophan in prokaryotes.')
& concept2words_2(X,'trp operon')
& concept2words_2(X,'trp-operon')
& repressible_operon_1(X)
& negative_gene_regulation_1(fn_trp_operon_1(X))
& trpr_1(fn_trp_operon_2(X))
& code_for_1(fn_trp_operon_3(X))
& protein_enzyme_1(fn_trp_operon_4(X))
& synthesis_of_amino_acid_1(fn_trp_operon_5(X))
& tryptophan_1(fn_trp_operon_6(X))
& create_1(fn_trp_operon_7(X))
& entity_1(fn_code_for_2(fn_trp_operon_3(X)))
& entity_1(fn_code_for_1(fn_trp_operon_3(X)))
& entity_1(fn_create_1(fn_trp_operon_7(X)))
& amino_acid_1(fn_synthesis_of_amino_acid_2(fn_trp_operon_5(X)))
& donor_2(fn_trp_operon_3(X),X)
& minCardinality(fn_trp_operon_3(X),result_0,"1",protein_enzyme_0)
& object_2(fn_trp_operon_1(X),X)
& agent_2(fn_trp_operon_1(X),fn_trp_operon_2(X))
& agent_2(fn_trp_operon_7(X),X)
& result_2(fn_trp_operon_3(X),fn_trp_operon_4(X))
& result_2(fn_trp_operon_7(X),fn_trp_operon_6(X))
& result_2(fn_trp_operon_5(X),fn_trp_operon_6(X))
& agent_2(fn_trp_operon_3(X),X)
& fn_trp_operon_4(X) = fn_code_for_2(fn_trp_operon_3(X))
& fn_trp_operon_6(X) = fn_create_1(fn_trp_operon_7(X))
& fn_trp_operon_6(X) = fn_synthesis_of_amino_acid_2(fn_trp_operon_5(X))
& X = fn_code_for_1(fn_trp_operon_3(X))
& fn_create_1(fn_trp_operon_7(X)) = fn_synthesis_of_amino_acid_2(fn_trp_operon_5(X)) ) ) ).
fof(a533429,axiom,
! [X,X1] :
( ( object_2(X,X1)
& negative_gene_regulation_1(X)
& trp_operon_1(X1) )
=> ( trp_operon_regulation_1(X)
& fn_trp_operon_regulation_2(X) = X1 ) ) ).
fof(a533430,axiom,
! [X] :
( trp_operon_regulation_1(X)
=> ( original_name_2(X,'Trp-Operon-Regulation')
& user_description_2(X,'Regulation of the trp operon mediated by the TrpR gene.')
& concept2words_2(X,'regulation of the trp operon')
& concept2words_2(X,regulate)
& concept2words_2(X,'trp operon regulation')
& concept2words_2(X,'trp-operon-regulation')
& negative_gene_regulation_1(X)
& ~ lac_operon_regulation_1(X)
& trp_operon_1(fn_trp_operon_regulation_2(X))
& negative_gene_regulation_1(fn_trp_operon_1(fn_trp_operon_regulation_2(X)))
& object_2(X,fn_trp_operon_regulation_2(X))
& X = fn_trp_operon_1(fn_trp_operon_regulation_2(X)) ) ) ).
fof(a533431,axiom,
! [X] :
( trpr_1(X)
=> ( original_name_2(X,'TrpR')
& user_description_2(X,'DNA-binding transcriptional repressor, tryptophan-binding')
& concept2words_2(X,'regulatory gene for trp operon')
& concept2words_2(X,'trp regulatory gene')
& concept2words_2(X,'trpr regulatory gene')
& concept2words_2(X,trpr)
& regulatory_gene_1(X)
& ~ gap_gene_1(X)
& ~ laci_1(X)
& ~ master_control_gene_1(X)
& ~ operon_1(X)
& ~ sonic_hedgehog_factor_1(X)
& speed_value_1(fn_trpr_3(X))
& quantity_value_1(fn_trpr_4(X))
& carbon_skeleton_1(fn_trpr_5(X))
& monomer_1(fn_trpr_8(X))
& phosphodiester_bond_1(fn_trpr_9(X))
& monomer_1(fn_trpr_10(X))
& exon_1(fn_trpr_11(X))
& intron_1(fn_trpr_12(X))
& exon_1(fn_trpr_13(X))
& size_value_1(fn_trpr_14(X))
& size_value_1(fn_trpr_15(X))
& inactive_repressor_1(fn_trpr_16(X))
& trp_operon_1(fn_trpr_17(X))
& negative_gene_regulation_1(fn_trpr_18(X))
& code_for_1(fn_trpr_19(X))
& kinetic_energy_1(fn_trpr_20(X))
& constant_motion_1(fn_trpr_21(X))
& negative_gene_regulation_1(fn_trp_operon_1(fn_trpr_17(X)))
& constant_motion_1(fn_kinetic_energy_1(fn_trpr_20(X)))
& code_for_1(fn_repressor_7(fn_trpr_16(X)))
& trpr_1(fn_trp_operon_2(fn_trpr_17(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_trpr_20(X)))
& speed_2(fn_trpr_21(X),fn_trpr_3(X))
& quantity_2(fn_trpr_20(X),fn_trpr_4(X))
& directly_proportional_2(fn_trpr_3(X),fn_trpr_4(X))
& has_region_2(X,fn_trpr_5(X))
& result_2(fn_trpr_19(X),fn_trpr_16(X))
& object_2(fn_trpr_18(X),fn_trpr_17(X))
& agent_2(fn_trpr_18(X),X)
& possesses_2(X,fn_trpr_20(X))
& object_2(fn_trpr_21(X),X)
& element_2(X,fn_trpr_13(X))
& first_element_2(X,fn_trpr_8(X))
& has_function_2(X,fn_trpr_19(X))
& donor_2(fn_trpr_19(X),X)
& agent_2(fn_trpr_19(X),X)
& element_2(X,fn_trpr_12(X))
& is_between_2(fn_trpr_12(X),fn_trpr_13(X))
& next_element_2(fn_trpr_13(X),fn_trpr_12(X))
& size_2(fn_trpr_8(X),fn_trpr_15(X))
& greater_than_2(fn_trpr_14(X),fn_trpr_15(X))
& size_2(X,fn_trpr_14(X))
& element_2(X,fn_trpr_11(X))
& next_element_2(fn_trpr_12(X),fn_trpr_11(X))
& element_2(X,fn_trpr_8(X))
& next_element_2(fn_trpr_8(X),fn_trpr_10(X))
& element_2(X,fn_trpr_10(X))
& possesses_2(X,fn_trpr_9(X))
& is_between_2(fn_trpr_9(X),fn_trpr_8(X))
& fn_trpr_19(X) = fn_repressor_7(fn_trpr_16(X))
& X = fn_trp_operon_2(fn_trpr_17(X))
& fn_trpr_18(X) = fn_trp_operon_1(fn_trpr_17(X))
& fn_trpr_21(X) = fn_kinetic_energy_1(fn_trpr_20(X))
& X = fn_kinetic_energy_2(fn_trpr_20(X))
& fn_trpr_7(X) = fn_regulatory_gene_12(X)
& fn_trpr_6(X) = fn_regulatory_gene_13(X)
& fn_trpr_13(X) = fn_regulatory_gene_7(X)
& fn_trpr_19(X) = fn_regulatory_gene_1(X)
& fn_trpr_12(X) = fn_regulatory_gene_8(X)
& fn_trpr_11(X) = fn_regulatory_gene_9(X)
& fn_trpr_14(X) = fn_regulatory_gene_5(X)
& fn_trpr_15(X) = fn_regulatory_gene_4(X)
& fn_trpr_9(X) = fn_regulatory_gene_6(X)
& fn_trpr_10(X) = fn_regulatory_gene_10(X)
& fn_trpr_8(X) = fn_regulatory_gene_11(X)
& fn_repressor_7(fn_trpr_16(X)) = fn_regulatory_gene_1(X)
& fn_regulatory_gene_1(X) = fn_regulatory_gene_1(X)
& fn_regulatory_gene_1(X) = fn_trp_operon_2(fn_trpr_17(X))
& fn_trp_operon_2(fn_trpr_17(X)) = fn_kinetic_energy_2(fn_trpr_20(X))
& fn_kinetic_energy_2(fn_trpr_20(X)) = fn_kinetic_energy_2(fn_trpr_20(X)) ) ) ).
fof(a533432,axiom,
! [X] :
( true_breeding_1(X)
=> ( original_name_2(X,'True-breeding')
& user_description_2(X,'Plants that produce offspring of the same variety when they self-pollinate.')
& concept2words_2(X,'breeding of true')
& concept2words_2(X,'true breeding')
& concept2words_2(X,'true-breeding')
& angiosperm_1(X)
& hydrogen_ion_1(fn_true_breeding_1(X))
& self_pollination_1(fn_true_breeding_2(X))
& cytoplasm_1(fn_true_breeding_3(X))
& plasma_membrane_1(fn_true_breeding_4(X))
& length_value_1(fn_true_breeding_7(X))
& length_value_1(fn_true_breeding_8(X))
& stem_1(fn_true_breeding_9(X))
& store_1(fn_true_breeding_10(X))
& shoot_1(fn_true_breeding_17(X))
& visible_light_1(fn_true_breeding_18(X))
& energy_1(fn_true_breeding_18(X))
& chemical_energy_1(fn_true_breeding_19(X))
& free_energy_1(fn_true_breeding_20(X))
& structural_complexity_value_1(fn_true_breeding_21(X))
& size_value_1(fn_true_breeding_22(X))
& organic_molecule_1(fn_true_breeding_23(X))
& chemical_entity_1(fn_true_breeding_23(X))
& pyruvate_1(fn_true_breeding_23(X))
& entity_1(fn_true_breeding_24(X))
& chemical_entity_1(fn_true_breeding_24(X))
& organic_molecule_1(fn_true_breeding_24(X))
& molecule_1(fn_true_breeding_24(X))
& nadh_1(fn_true_breeding_24(X))
& organelle_1(fn_true_breeding_25(X))
& mitochondrion_1(fn_true_breeding_25(X))
& semiautonomous_organelle_1(fn_true_breeding_25(X))
& oxygen_molecule_1(fn_true_breeding_26(X))
& glycolysis_1(fn_true_breeding_27(X))
& chemical_reaction_1(fn_true_breeding_28(X))
& oxidative_phosphorylation_1(fn_true_breeding_28(X))
& eukaryotic_oxidative_phosphorylation_1(fn_true_breeding_28(X))
& exergonic_reaction_1(fn_true_breeding_29(X))
& pyruvate_oxidation_1(fn_true_breeding_29(X))
& size_value_1(fn_true_breeding_30(X))
& free_energy_1(fn_true_breeding_31(X))
& structural_complexity_value_1(fn_true_breeding_32(X))
& quantity_value_1(fn_true_breeding_33(X))
& quantity_value_1(fn_true_breeding_34(X))
& entity_1(fn_true_breeding_35(X))
& chemical_energy_1(fn_true_breeding_35(X))
& nutrition_1(fn_true_breeding_36(X))
& photoautotroph_1(fn_true_breeding_37(X))
& plant_cell_1(fn_true_breeding_38(X))
& cell_1(fn_true_breeding_38(X))
& eukaryotic_cell_1(fn_true_breeding_38(X))
& shoot_system_1(fn_true_breeding_39(X))
& water_1(fn_true_breeding_40(X))
& temperature_value_1(fn_true_breeding_41(X))
& specific_heat_value_1(fn_true_breeding_42(X))
& store_1(fn_true_breeding_43(X))
& store_1(fn_true_breeding_44(X))
& plant_statolith_1(fn_true_breeding_45(X))
& root_system_1(fn_true_breeding_46(X))
& root_1(fn_true_breeding_47(X))
& cellular_respiration_1(fn_true_breeding_48(X))
& metabolic_pathway_1(fn_true_breeding_48(X))
& eukaryotic_cellular_respiration_1(fn_true_breeding_48(X))
& photosynthesis_1(fn_true_breeding_49(X))
& anabolic_pathway_1(fn_true_breeding_49(X))
& metabolic_pathway_1(fn_true_breeding_49(X))
& organism_1(fn_true_breeding_50(X))
& organism_1(fn_true_breeding_51(X))
& offspring_1(fn_true_breeding_52(X))
& offspring_1(fn_true_breeding_53(X))
& plant_fertilization_1(fn_true_breeding_54(X))
& container_1(fn_true_breeding_55(X))
& oxygen_molecule_1(fn_true_breeding_56(X))
& spatial_entity_1(fn_true_breeding_57(X))
& tangible_entity_1(fn_true_breeding_57(X))
& chemical_entity_1(fn_true_breeding_57(X))
& sugar_1(fn_true_breeding_57(X))
& glucose_1(fn_true_breeding_57(X))
& chemical_entity_1(fn_true_breeding_58(X))
& electron_1(fn_true_breeding_58(X))
& spatial_entity_1(fn_true_breeding_59(X))
& chemical_entity_1(fn_true_breeding_59(X))
& hydrophobic_compound_1(fn_true_breeding_59(X))
& molecule_1(fn_true_breeding_59(X))
& tangible_entity_1(fn_true_breeding_59(X))
& carbon_dioxide_1(fn_true_breeding_59(X))
& double_bond_1(fn_true_breeding_60(X))
& entity_1(fn_true_breeding_61(X))
& chemical_entity_1(fn_true_breeding_61(X))
& atom_1(fn_true_breeding_61(X))
& oxygen_1(fn_true_breeding_61(X))
& entity_1(fn_true_breeding_62(X))
& chemical_entity_1(fn_true_breeding_62(X))
& atom_1(fn_true_breeding_62(X))
& oxygen_1(fn_true_breeding_62(X))
& oxidation_1(fn_true_breeding_63(X))
& chemical_entity_1(fn_true_breeding_64(X))
& hold_together_1(fn_true_breeding_65(X))
& tuber_1(fn_true_breeding_68(X))
& starch_storage_by_plant_1(fn_true_breeding_69(X))
& event_1(fn_organism_role_2(fn_true_breeding_52(X)))
& event_1(fn_organism_role_2(fn_true_breeding_53(X)))
& chemical_bond_1(fn_molecule_10(fn_true_breeding_56(X)))
& organism_1(fn_organism_role_1(fn_true_breeding_52(X)))
& spatial_entity_1(fn_store_2(fn_true_breeding_43(X)))
& organism_1(fn_organism_role_1(fn_true_breeding_53(X)))
& container_1(fn_store_3(fn_true_breeding_44(X)))
& spatial_entity_1(fn_store_2(fn_true_breeding_44(X)))
& oxygen_molecule_1(fn_cellular_respiration_68(fn_true_breeding_48(X)))
& property_node_1(fn_photosynthesis_5(fn_true_breeding_49(X)))
& property_node_1(fn_photosynthesis_54(fn_true_breeding_49(X)))
& property_node_1(fn_photosynthesis_55(fn_true_breeding_49(X)))
& free_energy_1(fn_photosynthesis_53(fn_true_breeding_49(X)))
& property_node_1(fn_photosynthesis_56(fn_true_breeding_49(X)))
& visible_light_1(fn_photosynthesis_34(fn_true_breeding_49(X)))
& energy_1(fn_photosynthesis_34(fn_true_breeding_49(X)))
& property_node_1(fn_photosynthesis_6(fn_true_breeding_49(X)))
& size_value_1(fn_photosynthesis_4(fn_true_breeding_49(X)))
& size_value_1(fn_photosynthesis_3(fn_true_breeding_49(X)))
& oxidation_1(fn_photosynthesis_46(fn_true_breeding_49(X)))
& property_node_1(fn_photosynthesis_57(fn_true_breeding_49(X)))
& structural_complexity_value_1(fn_photosynthesis_24(fn_true_breeding_49(X)))
& quantity_value_1(fn_photosynthesis_52(fn_true_breeding_49(X)))
& quantity_value_1(fn_photosynthesis_51(fn_true_breeding_49(X)))
& free_energy_1(fn_photosynthesis_50(fn_true_breeding_49(X)))
& pyruvate_oxidation_1(fn_eukaryotic_cellular_respiration_94(fn_true_breeding_48(X)))
& glycolysis_1(fn_eukaryotic_cellular_respiration_82(fn_true_breeding_48(X)))
& spatial_entity_1(fn_store_2(fn_true_breeding_10(X)))
& tangible_entity_1(fn_photosynthesis_37(fn_true_breeding_49(X)))
& chemical_entity_1(fn_photosynthesis_37(fn_true_breeding_49(X)))
& sugar_1(fn_photosynthesis_37(fn_true_breeding_49(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_true_breeding_49(X)))
& pyruvate_1(fn_glycolysis_55(fn_true_breeding_27(X)))
& chemical_entity_1(fn_glycolysis_55(fn_true_breeding_27(X)))
& organic_molecule_1(fn_pyruvate_oxidation_85(fn_true_breeding_29(X)))
& chemical_entity_1(fn_pyruvate_oxidation_85(fn_true_breeding_29(X)))
& pyruvate_1(fn_pyruvate_oxidation_85(fn_true_breeding_29(X)))
& electron_1(fn_oxidation_9(fn_true_breeding_63(X)))
& entity_1(fn_store_1(fn_true_breeding_10(X)))
& chemical_energy_1(fn_photosynthesis_40(fn_true_breeding_49(X)))
& structural_complexity_value_1(fn_anabolic_pathway_3(fn_true_breeding_49(X)))
& structural_complexity_value_1(fn_glucose_2(fn_true_breeding_57(X)))
& structural_complexity_value_1(fn_photosynthesis_25(fn_true_breeding_49(X)))
& chemical_entity_1(fn_oxidation_10(fn_true_breeding_63(X)))
& chemical_entity_1(fn_photosynthesis_47(fn_true_breeding_49(X)))
& hold_together_1(fn_covalent_bond_14(fn_true_breeding_60(X)))
& hold_together_1(fn_oxygen_molecule_11(fn_true_breeding_56(X)))
& entity_1(fn_covalent_bond_20(fn_true_breeding_60(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_true_breeding_60(X)))
& atom_1(fn_covalent_bond_20(fn_true_breeding_60(X)))
& oxygen_1(fn_oxygen_molecule_15(fn_true_breeding_56(X)))
& entity_1(fn_covalent_bond_19(fn_true_breeding_60(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_true_breeding_60(X)))
& atom_1(fn_covalent_bond_19(fn_true_breeding_60(X)))
& atom_1(fn_molecule_11(fn_true_breeding_56(X)))
& oxygen_1(fn_oxygen_molecule_16(fn_true_breeding_56(X)))
& cell_1(fn_metabolic_pathway_1(fn_true_breeding_48(X)))
& cell_1(fn_metabolic_pathway_1(fn_true_breeding_49(X)))
& organelle_1(fn_plant_cell_59(fn_true_breeding_38(X)))
& mitochondrion_1(fn_plant_cell_59(fn_true_breeding_38(X)))
& semiautonomous_organelle_1(fn_plant_cell_59(fn_true_breeding_38(X)))
& organelle_1(fn_eukaryotic_cellular_respiration_101(fn_true_breeding_48(X)))
& mitochondrion_1(fn_eukaryotic_cellular_respiration_101(fn_true_breeding_48(X)))
& semiautonomous_organelle_1(fn_eukaryotic_cellular_respiration_101(fn_true_breeding_48(X)))
& oxidative_phosphorylation_1(fn_cellular_respiration_63(fn_true_breeding_48(X)))
& chemical_reaction_1(fn_eukaryotic_cellular_respiration_96(fn_true_breeding_48(X)))
& oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_true_breeding_48(X)))
& eukaryotic_oxidative_phosphorylation_1(fn_eukaryotic_cellular_respiration_96(fn_true_breeding_48(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_true_breeding_29(X)))
& organic_molecule_1(fn_glycolysis_74(fn_true_breeding_27(X)))
& nadh_1(fn_glycolysis_74(fn_true_breeding_27(X)))
& molecule_1(fn_glycolysis_74(fn_true_breeding_27(X)))
& nadh_1(fn_pyruvate_oxidation_84(fn_true_breeding_29(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_111(fn_true_breeding_48(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_111(fn_true_breeding_48(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_111(fn_true_breeding_48(X)))
& entity_1(fn_eukaryotic_cellular_respiration_111(fn_true_breeding_48(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_111(fn_true_breeding_48(X)))
& chemical_entity_1(fn_eukaryotic_cellular_respiration_42(fn_true_breeding_48(X)))
& organic_molecule_1(fn_eukaryotic_cellular_respiration_42(fn_true_breeding_48(X)))
& molecule_1(fn_eukaryotic_cellular_respiration_42(fn_true_breeding_48(X)))
& nadh_1(fn_eukaryotic_cellular_respiration_42(fn_true_breeding_48(X)))
& chemical_energy_1(fn_exergonic_reaction_6(fn_true_breeding_29(X)))
& chemical_energy_1(fn_glycolysis_108(fn_true_breeding_27(X)))
& chemical_energy_1(fn_pyruvate_oxidation_7(fn_true_breeding_29(X)))
& chemical_energy_1(fn_pyruvate_oxidation_3(fn_true_breeding_29(X)))
& chemical_energy_1(fn_eukaryotic_cellular_respiration_68(fn_true_breeding_48(X)))
& chemical_entity_1(fn_oxidation_7(fn_true_breeding_63(X)))
& spatial_entity_1(fn_photosynthesis_38(fn_true_breeding_49(X)))
& tangible_entity_1(fn_photosynthesis_38(fn_true_breeding_49(X)))
& chemical_entity_1(fn_photosynthesis_38(fn_true_breeding_49(X)))
& hydrophobic_compound_1(fn_photosynthesis_38(fn_true_breeding_49(X)))
& molecule_1(fn_photosynthesis_38(fn_true_breeding_49(X)))
& carbon_dioxide_1(fn_photosynthesis_38(fn_true_breeding_49(X)))
& tangible_entity_1(fn_eukaryotic_cellular_respiration_62(fn_true_breeding_48(X)))
& carbon_dioxide_1(fn_eukaryotic_cellular_respiration_62(fn_true_breeding_48(X)))
& eukaryotic_cellular_respiration_1(fn_eukaryotic_cell_23(fn_true_breeding_38(X)))
& metabolic_pathway_1(fn_plant_cell_63(fn_true_breeding_38(X)))
& eukaryotic_cellular_respiration_1(fn_plant_cell_63(fn_true_breeding_38(X)))
& object_2(fn_true_breeding_63(X),fn_true_breeding_1(X))
& has_function_2(fn_true_breeding_59(X),fn_true_breeding_63(X))
& result_2(fn_true_breeding_54(X),fn_true_breeding_51(X))
& result_2(fn_true_breeding_54(X),fn_true_breeding_50(X))
& subevent_2(fn_true_breeding_2(X),fn_true_breeding_54(X))
& agent_2(fn_true_breeding_2(X),X)
& is_inside_2(fn_true_breeding_3(X),fn_true_breeding_4(X))
& site_2(fn_true_breeding_49(X),fn_true_breeding_3(X))
& result_2(fn_true_breeding_49(X),fn_true_breeding_56(X))
& site_2(fn_true_breeding_48(X),fn_true_breeding_3(X))
& result_2(fn_true_breeding_48(X),fn_true_breeding_23(X))
& base_2(fn_true_breeding_10(X),fn_true_breeding_57(X))
& in_event_2(fn_true_breeding_52(X),fn_true_breeding_54(X))
& in_event_2(fn_true_breeding_53(X),fn_true_breeding_54(X))
& object_2(fn_true_breeding_10(X),fn_true_breeding_35(X))
& is_between_2(fn_true_breeding_60(X),fn_true_breeding_61(X))
& fn_true_breeding_59(X) != fn_true_breeding_58(X)
& fn_true_breeding_58(X) != fn_true_breeding_59(X)
& possesses_2(fn_true_breeding_57(X),fn_true_breeding_31(X))
& result_2(fn_true_breeding_49(X),fn_true_breeding_57(X))
& size_2(fn_true_breeding_57(X),fn_true_breeding_30(X))
& possesses_2(fn_true_breeding_56(X),fn_true_breeding_60(X))
& is_between_2(fn_true_breeding_60(X),fn_true_breeding_62(X))
& plays_2(fn_true_breeding_51(X),fn_true_breeding_52(X))
& base_2(fn_true_breeding_43(X),X)
& plays_2(fn_true_breeding_50(X),fn_true_breeding_53(X))
& result_2(fn_true_breeding_27(X),fn_true_breeding_23(X))
& agent_2(fn_true_breeding_65(X),fn_true_breeding_60(X))
& structural_complexity_2(fn_true_breeding_57(X),fn_true_breeding_32(X))
& base_2(fn_true_breeding_44(X),fn_true_breeding_45(X))
& raw_material_2(fn_true_breeding_48(X),fn_true_breeding_26(X))
& raw_material_2(fn_true_breeding_28(X),fn_true_breeding_26(X))
& raw_material_2(fn_true_breeding_29(X),fn_true_breeding_23(X))
& possesses_2(fn_true_breeding_23(X),fn_true_breeding_19(X))
& object_2(fn_true_breeding_63(X),fn_true_breeding_58(X))
& fn_true_breeding_64(X) != fn_true_breeding_58(X)
& fn_true_breeding_58(X) != fn_true_breeding_64(X)
& has_part_2(fn_true_breeding_38(X),fn_true_breeding_25(X))
& has_function_2(fn_true_breeding_25(X),fn_true_breeding_48(X))
& base_2(fn_true_breeding_48(X),fn_true_breeding_38(X))
& has_function_2(fn_true_breeding_38(X),fn_true_breeding_48(X))
& height_2(X,fn_true_breeding_7(X))
& directly_proportional_2(fn_true_breeding_8(X),fn_true_breeding_7(X))
& thickness_2(fn_true_breeding_9(X),fn_true_breeding_8(X))
& has_part_2(fn_true_breeding_17(X),fn_true_breeding_9(X))
& quantity_2(fn_true_breeding_31(X),fn_true_breeding_33(X))
& called_2(fn_true_breeding_34(X),'FE_r')
& raw_material_2(fn_true_breeding_49(X),fn_true_breeding_18(X))
& fn_true_breeding_35(X) != fn_true_breeding_18(X)
& fn_true_breeding_18(X) != fn_true_breeding_35(X)
& donor_2(fn_true_breeding_63(X),fn_true_breeding_64(X))
& recipient_2(fn_true_breeding_63(X),fn_true_breeding_59(X))
& size_2(fn_true_breeding_59(X),fn_true_breeding_22(X))
& greater_than_2(fn_true_breeding_30(X),fn_true_breeding_22(X))
& structural_complexity_2(fn_true_breeding_59(X),fn_true_breeding_21(X))
& greater_than_2(fn_true_breeding_32(X),fn_true_breeding_21(X))
& fn_true_breeding_64(X) != fn_true_breeding_59(X)
& fn_true_breeding_59(X) != fn_true_breeding_64(X)
& raw_material_2(fn_true_breeding_49(X),fn_true_breeding_59(X))
& possesses_2(fn_true_breeding_59(X),fn_true_breeding_20(X))
& quantity_2(fn_true_breeding_20(X),fn_true_breeding_34(X))
& greater_than_2(fn_true_breeding_33(X),fn_true_breeding_34(X))
& called_2(fn_true_breeding_33(X),'FE_p')
& has_part_2(fn_true_breeding_56(X),fn_true_breeding_61(X))
& has_part_2(fn_true_breeding_56(X),fn_true_breeding_62(X))
& object_2(fn_true_breeding_65(X),fn_true_breeding_62(X))
& object_2(fn_true_breeding_65(X),fn_true_breeding_61(X))
& fn_true_breeding_61(X) != fn_true_breeding_62(X)
& fn_true_breeding_62(X) != fn_true_breeding_61(X)
& has_part_2(X,fn_true_breeding_47(X))
& has_function_2(X,fn_true_breeding_69(X))
& temperature_2(X,fn_true_breeding_41(X))
& correspondence_2(fn_true_breeding_41(X),fn_true_breeding_42(X))
& subevent_2(fn_true_breeding_69(X),fn_true_breeding_44(X))
& site_2(fn_true_breeding_44(X),fn_true_breeding_68(X))
& has_part_2(X,fn_true_breeding_68(X))
& has_part_2(X,fn_true_breeding_40(X))
& specific_heat_2(fn_true_breeding_40(X),fn_true_breeding_42(X))
& by_means_of_2(fn_true_breeding_36(X),fn_true_breeding_49(X))
& experiencer_2(fn_true_breeding_49(X),X)
& has_part_2(X,fn_true_breeding_38(X))
& base_2(fn_true_breeding_49(X),fn_true_breeding_38(X))
& has_function_2(X,fn_true_breeding_49(X))
& base_2(fn_true_breeding_69(X),X)
& agent_2(fn_true_breeding_69(X),X)
& plays_2(X,fn_true_breeding_37(X))
& in_event_2(fn_true_breeding_37(X),fn_true_breeding_36(X))
& agent_2(fn_true_breeding_36(X),X)
& has_region_2(X,fn_true_breeding_39(X))
& is_inside_2(fn_true_breeding_17(X),fn_true_breeding_39(X))
& has_part_2(X,fn_true_breeding_17(X))
& has_region_2(X,fn_true_breeding_46(X))
& is_inside_2(fn_true_breeding_47(X),fn_true_breeding_46(X))
& subevent_2(fn_true_breeding_48(X),fn_true_breeding_29(X))
& result_2(fn_true_breeding_29(X),fn_true_breeding_24(X))
& site_2(fn_true_breeding_29(X),fn_true_breeding_25(X))
& first_subevent_2(fn_true_breeding_48(X),fn_true_breeding_27(X))
& subevent_2(fn_true_breeding_48(X),fn_true_breeding_27(X))
& result_2(fn_true_breeding_48(X),fn_true_breeding_24(X))
& raw_material_2(fn_true_breeding_28(X),fn_true_breeding_24(X))
& subevent_2(fn_true_breeding_48(X),fn_true_breeding_28(X))
& result_2(fn_true_breeding_48(X),fn_true_breeding_59(X))
& possesses_2(fn_true_breeding_59(X),fn_true_breeding_19(X))
& possesses_2(fn_true_breeding_24(X),fn_true_breeding_19(X))
& result_2(fn_true_breeding_27(X),fn_true_breeding_24(X))
& next_event_2(fn_true_breeding_27(X),fn_true_breeding_29(X))
& fn_true_breeding_57(X) = fn_store_2(fn_true_breeding_10(X))
& fn_true_breeding_54(X) = fn_organism_role_2(fn_true_breeding_52(X))
& fn_true_breeding_54(X) = fn_organism_role_2(fn_true_breeding_53(X))
& fn_true_breeding_35(X) = fn_store_1(fn_true_breeding_10(X))
& fn_true_breeding_57(X) = fn_photosynthesis_37(fn_true_breeding_49(X))
& fn_true_breeding_62(X) = fn_molecule_11(fn_true_breeding_56(X))
& fn_true_breeding_60(X) = fn_molecule_10(fn_true_breeding_56(X))
& fn_true_breeding_51(X) = fn_organism_role_1(fn_true_breeding_52(X))
& X = fn_store_2(fn_true_breeding_43(X))
& fn_true_breeding_50(X) = fn_organism_role_1(fn_true_breeding_53(X))
& fn_true_breeding_23(X) = fn_glycolysis_55(fn_true_breeding_27(X))
& fn_true_breeding_57(X) = fn_anabolic_pathway_5(fn_true_breeding_49(X))
& fn_true_breeding_32(X) = fn_anabolic_pathway_3(fn_true_breeding_49(X))
& fn_true_breeding_32(X) = fn_glucose_2(fn_true_breeding_57(X))
& fn_true_breeding_55(X) = fn_store_3(fn_true_breeding_44(X))
& fn_true_breeding_45(X) = fn_store_2(fn_true_breeding_44(X))
& fn_true_breeding_28(X) = fn_cellular_respiration_63(fn_true_breeding_48(X))
& fn_true_breeding_26(X) = fn_cellular_respiration_68(fn_true_breeding_48(X))
& fn_true_breeding_19(X) = fn_pyruvate_oxidation_3(fn_true_breeding_29(X))
& fn_true_breeding_23(X) = fn_pyruvate_oxidation_85(fn_true_breeding_29(X))
& fn_true_breeding_58(X) = fn_oxidation_10(fn_true_breeding_63(X))
& fn_true_breeding_64(X) = fn_oxidation_7(fn_true_breeding_63(X))
& fn_true_breeding_58(X) = fn_oxidation_9(fn_true_breeding_63(X))
& fn_true_breeding_38(X) = fn_metabolic_pathway_1(fn_true_breeding_48(X))
& fn_true_breeding_48(X) = fn_eukaryotic_cell_23(fn_true_breeding_38(X))
& fn_true_breeding_48(X) = fn_plant_cell_63(fn_true_breeding_38(X))
& fn_true_breeding_25(X) = fn_plant_cell_59(fn_true_breeding_38(X))
& fn_true_breeding_6(X) = fn_vascular_plant_7(X)
& fn_true_breeding_5(X) = fn_vascular_plant_1(X)
& fn_true_breeding_17(X) = fn_vascular_plant_26(X)
& fn_true_breeding_9(X) = fn_vascular_plant_11(X)
& fn_true_breeding_8(X) = fn_vascular_plant_2(X)
& fn_true_breeding_7(X) = fn_vascular_plant_8(X)
& fn_true_breeding_13(X) = fn_photosynthesis_5(fn_true_breeding_49(X))
& fn_true_breeding_14(X) = fn_photosynthesis_54(fn_true_breeding_49(X))
& fn_true_breeding_12(X) = fn_photosynthesis_55(fn_true_breeding_49(X))
& fn_true_breeding_31(X) = fn_photosynthesis_53(fn_true_breeding_49(X))
& fn_true_breeding_11(X) = fn_photosynthesis_56(fn_true_breeding_49(X))
& fn_true_breeding_35(X) = fn_photosynthesis_40(fn_true_breeding_49(X))
& fn_true_breeding_18(X) = fn_photosynthesis_34(fn_true_breeding_49(X))
& fn_true_breeding_16(X) = fn_photosynthesis_6(fn_true_breeding_49(X))
& fn_true_breeding_30(X) = fn_photosynthesis_4(fn_true_breeding_49(X))
& fn_true_breeding_22(X) = fn_photosynthesis_3(fn_true_breeding_49(X))
& fn_true_breeding_59(X) = fn_oxidation_7(fn_true_breeding_63(X))
& fn_true_breeding_64(X) = fn_oxidation_10(fn_true_breeding_63(X))
& fn_true_breeding_63(X) = fn_photosynthesis_46(fn_true_breeding_49(X))
& fn_true_breeding_15(X) = fn_photosynthesis_57(fn_true_breeding_49(X))
& fn_true_breeding_32(X) = fn_photosynthesis_25(fn_true_breeding_49(X))
& fn_true_breeding_21(X) = fn_photosynthesis_24(fn_true_breeding_49(X))
& fn_true_breeding_64(X) = fn_photosynthesis_47(fn_true_breeding_49(X))
& fn_true_breeding_33(X) = fn_photosynthesis_52(fn_true_breeding_49(X))
& fn_true_breeding_34(X) = fn_photosynthesis_51(fn_true_breeding_49(X))
& fn_true_breeding_20(X) = fn_photosynthesis_50(fn_true_breeding_49(X))
& fn_true_breeding_59(X) = fn_photosynthesis_38(fn_true_breeding_49(X))
& fn_true_breeding_65(X) = fn_covalent_bond_14(fn_true_breeding_60(X))
& fn_true_breeding_65(X) = fn_oxygen_molecule_11(fn_true_breeding_56(X))
& fn_true_breeding_62(X) = fn_covalent_bond_19(fn_true_breeding_60(X))
& fn_true_breeding_61(X) = fn_covalent_bond_20(fn_true_breeding_60(X))
& fn_true_breeding_61(X) = fn_oxygen_molecule_15(fn_true_breeding_56(X))
& fn_true_breeding_62(X) = fn_oxygen_molecule_16(fn_true_breeding_56(X))
& fn_true_breeding_67(X) = fn_seed_plant_16(X)
& fn_true_breeding_66(X) = fn_seed_plant_17(X)
& fn_true_breeding_41(X) = fn_seed_plant_12(X)
& fn_true_breeding_42(X) = fn_seed_plant_6(X)
& fn_true_breeding_40(X) = fn_seed_plant_14(X)
& fn_true_breeding_68(X) = fn_seed_plant_1(X)
& fn_true_breeding_44(X) = fn_seed_plant_4(X)
& fn_true_breeding_38(X) = fn_metabolic_pathway_1(fn_true_breeding_49(X))
& fn_true_breeding_38(X) = fn_seed_plant_13(X)
& fn_true_breeding_49(X) = fn_seed_plant_7(X)
& fn_true_breeding_36(X) = fn_seed_plant_10(X)
& fn_true_breeding_37(X) = fn_seed_plant_11(X)
& fn_true_breeding_69(X) = fn_seed_plant_3(X)
& fn_true_breeding_47(X) = fn_seed_plant_15(X)
& fn_true_breeding_46(X) = fn_seed_plant_9(X)
& fn_true_breeding_17(X) = fn_seed_plant_2(X)
& fn_true_breeding_39(X) = fn_seed_plant_8(X)
& fn_true_breeding_25(X) = fn_eukaryotic_cellular_respiration_101(fn_true_breeding_48(X))
& fn_true_breeding_28(X) = fn_eukaryotic_cellular_respiration_96(fn_true_breeding_48(X))
& fn_true_breeding_24(X) = fn_eukaryotic_cellular_respiration_111(fn_true_breeding_48(X))
& fn_true_breeding_29(X) = fn_eukaryotic_cellular_respiration_94(fn_true_breeding_48(X))
& fn_true_breeding_27(X) = fn_eukaryotic_cellular_respiration_82(fn_true_breeding_48(X))
& fn_true_breeding_24(X) = fn_exergonic_reaction_11(fn_true_breeding_29(X))
& fn_true_breeding_19(X) = fn_exergonic_reaction_6(fn_true_breeding_29(X))
& fn_true_breeding_24(X) = fn_glycolysis_74(fn_true_breeding_27(X))
& fn_true_breeding_19(X) = fn_glycolysis_108(fn_true_breeding_27(X))
& fn_true_breeding_24(X) = fn_pyruvate_oxidation_84(fn_true_breeding_29(X))
& fn_true_breeding_19(X) = fn_pyruvate_oxidation_7(fn_true_breeding_29(X))
& fn_true_breeding_24(X) = fn_eukaryotic_cellular_respiration_42(fn_true_breeding_48(X))
& fn_true_breeding_19(X) = fn_eukaryotic_cellular_respiration_68(fn_true_breeding_48(X))
& fn_true_breeding_59(X) = fn_eukaryotic_cellular_respiration_62(fn_true_breeding_48(X))
& fn_store_2(fn_true_breeding_10(X)) = fn_anabolic_pathway_5(fn_true_breeding_49(X))
& fn_anabolic_pathway_5(fn_true_breeding_49(X)) = fn_anabolic_pathway_5(fn_true_breeding_49(X))
& fn_photosynthesis_37(fn_true_breeding_49(X)) = fn_photosynthesis_37(fn_true_breeding_49(X))
& fn_anabolic_pathway_5(fn_true_breeding_49(X)) = fn_photosynthesis_37(fn_true_breeding_49(X))
& fn_photosynthesis_37(fn_true_breeding_49(X)) = fn_anabolic_pathway_5(fn_true_breeding_49(X))
& fn_anabolic_pathway_5(fn_true_breeding_49(X)) = fn_glycolysis_55(fn_true_breeding_27(X))
& fn_glycolysis_55(fn_true_breeding_27(X)) = fn_pyruvate_oxidation_85(fn_true_breeding_29(X))
& fn_pyruvate_oxidation_85(fn_true_breeding_29(X)) = fn_pyruvate_oxidation_85(fn_true_breeding_29(X))
& fn_pyruvate_oxidation_85(fn_true_breeding_29(X)) = fn_oxidation_10(fn_true_breeding_63(X))
& fn_oxidation_9(fn_true_breeding_63(X)) = fn_oxidation_10(fn_true_breeding_63(X))
& fn_oxidation_10(fn_true_breeding_63(X)) = fn_oxidation_9(fn_true_breeding_63(X))
& fn_oxidation_9(fn_true_breeding_63(X)) = fn_oxidation_9(fn_true_breeding_63(X))
& fn_oxidation_9(fn_true_breeding_63(X)) = fn_store_1(fn_true_breeding_10(X))
& fn_store_1(fn_true_breeding_10(X)) = fn_photosynthesis_40(fn_true_breeding_49(X))
& fn_photosynthesis_40(fn_true_breeding_49(X)) = fn_photosynthesis_40(fn_true_breeding_49(X))
& fn_photosynthesis_40(fn_true_breeding_49(X)) = fn_anabolic_pathway_3(fn_true_breeding_49(X))
& fn_anabolic_pathway_3(fn_true_breeding_49(X)) = fn_glucose_2(fn_true_breeding_57(X))
& fn_glucose_2(fn_true_breeding_57(X)) = fn_glucose_2(fn_true_breeding_57(X))
& fn_glucose_2(fn_true_breeding_57(X)) = fn_photosynthesis_25(fn_true_breeding_49(X))
& fn_photosynthesis_25(fn_true_breeding_49(X)) = fn_photosynthesis_25(fn_true_breeding_49(X))
& fn_photosynthesis_25(fn_true_breeding_49(X)) = fn_oxidation_10(fn_true_breeding_63(X))
& fn_oxidation_7(fn_true_breeding_63(X)) = fn_oxidation_10(fn_true_breeding_63(X))
& fn_oxidation_10(fn_true_breeding_63(X)) = fn_oxidation_7(fn_true_breeding_63(X))
& fn_oxidation_7(fn_true_breeding_63(X)) = fn_oxidation_7(fn_true_breeding_63(X))
& fn_oxidation_7(fn_true_breeding_63(X)) = fn_photosynthesis_47(fn_true_breeding_49(X))
& fn_photosynthesis_47(fn_true_breeding_49(X)) = fn_photosynthesis_47(fn_true_breeding_49(X))
& fn_photosynthesis_47(fn_true_breeding_49(X)) = fn_covalent_bond_14(fn_true_breeding_60(X))
& fn_covalent_bond_14(fn_true_breeding_60(X)) = fn_covalent_bond_14(fn_true_breeding_60(X))
& fn_oxygen_molecule_11(fn_true_breeding_56(X)) = fn_covalent_bond_14(fn_true_breeding_60(X))
& fn_covalent_bond_14(fn_true_breeding_60(X)) = fn_oxygen_molecule_11(fn_true_breeding_56(X))
& fn_oxygen_molecule_11(fn_true_breeding_56(X)) = fn_covalent_bond_20(fn_true_breeding_60(X))
& fn_oxygen_molecule_15(fn_true_breeding_56(X)) = fn_covalent_bond_20(fn_true_breeding_60(X))
& fn_covalent_bond_20(fn_true_breeding_60(X)) = fn_oxygen_molecule_15(fn_true_breeding_56(X))
& fn_oxygen_molecule_15(fn_true_breeding_56(X)) = fn_covalent_bond_19(fn_true_breeding_60(X))
& fn_molecule_11(fn_true_breeding_56(X)) = fn_covalent_bond_19(fn_true_breeding_60(X))
& fn_covalent_bond_19(fn_true_breeding_60(X)) = fn_covalent_bond_19(fn_true_breeding_60(X))
& fn_covalent_bond_19(fn_true_breeding_60(X)) = fn_molecule_11(fn_true_breeding_56(X))
& fn_molecule_11(fn_true_breeding_56(X)) = fn_oxygen_molecule_16(fn_true_breeding_56(X))
& fn_oxygen_molecule_16(fn_true_breeding_56(X)) = fn_oxygen_molecule_16(fn_true_breeding_56(X))
& fn_oxygen_molecule_16(fn_true_breeding_56(X)) = fn_metabolic_pathway_1(fn_true_breeding_48(X))
& fn_metabolic_pathway_1(fn_true_breeding_48(X)) = fn_metabolic_pathway_1(fn_true_breeding_49(X))
& fn_metabolic_pathway_1(fn_true_breeding_49(X)) = fn_seed_plant_13(X)
& fn_seed_plant_13(X) = fn_seed_plant_13(X)
& fn_seed_plant_13(X) = fn_vascular_plant_26(X)
& fn_vascular_plant_26(X) = fn_seed_plant_2(X)
& fn_seed_plant_2(X) = fn_seed_plant_2(X)
& fn_seed_plant_2(X) = fn_plant_cell_59(fn_true_breeding_38(X))
& fn_plant_cell_59(fn_true_breeding_38(X)) = fn_plant_cell_59(fn_true_breeding_38(X))
& fn_plant_cell_59(fn_true_breeding_38(X)) = fn_eukaryotic_cellular_respiration_101(fn_true_breeding_48(X))
& fn_eukaryotic_cellular_respiration_101(fn_true_breeding_48(X)) = fn_cellular_respiration_63(fn_true_breeding_48(X))
& fn_cellular_respiration_63(fn_true_breeding_48(X)) = fn_eukaryotic_cellular_respiration_96(fn_true_breeding_48(X))
& fn_eukaryotic_cellular_respiration_96(fn_true_breeding_48(X)) = fn_eukaryotic_cellular_respiration_96(fn_true_breeding_48(X))
& fn_eukaryotic_cellular_respiration_96(fn_true_breeding_48(X)) = fn_exergonic_reaction_11(fn_true_breeding_29(X))
& fn_glycolysis_74(fn_true_breeding_27(X)) = fn_exergonic_reaction_11(fn_true_breeding_29(X))
& fn_exergonic_reaction_11(fn_true_breeding_29(X)) = fn_glycolysis_74(fn_true_breeding_27(X))
& fn_pyruvate_oxidation_84(fn_true_breeding_29(X)) = fn_glycolysis_74(fn_true_breeding_27(X))
& fn_glycolysis_74(fn_true_breeding_27(X)) = fn_glycolysis_74(fn_true_breeding_27(X))
& fn_glycolysis_74(fn_true_breeding_27(X)) = fn_pyruvate_oxidation_84(fn_true_breeding_29(X))
& fn_pyruvate_oxidation_84(fn_true_breeding_29(X)) = fn_pyruvate_oxidation_84(fn_true_breeding_29(X))
& fn_eukaryotic_cellular_respiration_111(fn_true_breeding_48(X)) = fn_pyruvate_oxidation_84(fn_true_breeding_29(X))
& fn_pyruvate_oxidation_84(fn_true_breeding_29(X)) = fn_eukaryotic_cellular_respiration_111(fn_true_breeding_48(X))
& fn_eukaryotic_cellular_respiration_111(fn_true_breeding_48(X)) = fn_eukaryotic_cellular_respiration_111(fn_true_breeding_48(X))
& fn_eukaryotic_cellular_respiration_42(fn_true_breeding_48(X)) = fn_eukaryotic_cellular_respiration_111(fn_true_breeding_48(X))
& fn_eukaryotic_cellular_respiration_111(fn_true_breeding_48(X)) = fn_eukaryotic_cellular_respiration_42(fn_true_breeding_48(X))
& fn_eukaryotic_cellular_respiration_42(fn_true_breeding_48(X)) = fn_eukaryotic_cellular_respiration_42(fn_true_breeding_48(X))
& fn_eukaryotic_cellular_respiration_42(fn_true_breeding_48(X)) = fn_exergonic_reaction_6(fn_true_breeding_29(X))
& fn_exergonic_reaction_6(fn_true_breeding_29(X)) = fn_glycolysis_108(fn_true_breeding_27(X))
& fn_glycolysis_108(fn_true_breeding_27(X)) = fn_glycolysis_108(fn_true_breeding_27(X))
& fn_glycolysis_108(fn_true_breeding_27(X)) = fn_pyruvate_oxidation_7(fn_true_breeding_29(X))
& fn_pyruvate_oxidation_3(fn_true_breeding_29(X)) = fn_pyruvate_oxidation_7(fn_true_breeding_29(X))
& fn_pyruvate_oxidation_7(fn_true_breeding_29(X)) = fn_pyruvate_oxidation_3(fn_true_breeding_29(X))
& fn_pyruvate_oxidation_3(fn_true_breeding_29(X)) = fn_eukaryotic_cellular_respiration_68(fn_true_breeding_48(X))
& fn_eukaryotic_cellular_respiration_68(fn_true_breeding_48(X)) = fn_eukaryotic_cellular_respiration_68(fn_true_breeding_48(X))
& fn_eukaryotic_cellular_respiration_68(fn_true_breeding_48(X)) = fn_oxidation_7(fn_true_breeding_63(X))
& fn_photosynthesis_38(fn_true_breeding_49(X)) = fn_oxidation_7(fn_true_breeding_63(X))
& fn_oxidation_7(fn_true_breeding_63(X)) = fn_photosynthesis_38(fn_true_breeding_49(X))
& fn_photosynthesis_38(fn_true_breeding_49(X)) = fn_photosynthesis_38(fn_true_breeding_49(X))
& fn_photosynthesis_38(fn_true_breeding_49(X)) = fn_eukaryotic_cellular_respiration_62(fn_true_breeding_48(X))
& fn_eukaryotic_cellular_respiration_62(fn_true_breeding_48(X)) = fn_eukaryotic_cellular_respiration_62(fn_true_breeding_48(X))
& fn_eukaryotic_cellular_respiration_62(fn_true_breeding_48(X)) = fn_plant_cell_63(fn_true_breeding_38(X))
& fn_plant_cell_63(fn_true_breeding_38(X)) = fn_eukaryotic_cell_23(fn_true_breeding_38(X))
& fn_eukaryotic_cell_23(fn_true_breeding_38(X)) = fn_plant_cell_63(fn_true_breeding_38(X))
& fn_plant_cell_63(fn_true_breeding_38(X)) = fn_plant_cell_63(fn_true_breeding_38(X)) ) ) ).
fof(a533433,axiom,
! [X] :
( truffle_1(X)
=> ( original_name_2(X,'Truffle')
& user_description_2(X,'The fruiting body of certain types of underground fungi. Fungal spores are dispersed when an animal digs up and eats the truffle.')
& concept2words_2(X,truffle)
& fungal_organ_1(X)
& ~ ascocarp_1(X)
& ~ basidiocarp_1(X) ) ) ).
fof(a533434,axiom,
! [X] :
( truth_constant_1(X)
=> ( original_name_2(X,'Truth-Constant')
& concept2words_2(X,'constant of truth')
& concept2words_2(X,'truth constant')
& concept2words_2(X,'truth-constant')
& constant_1(X) ) ) ).
fof(a533435,axiom,
! [X] :
( truth_value_1(X)
=> ( original_name_2(X,'Truth-Value')
& description_2(X,'the truth value of an information')
& concept2words_2(X,'the true')
& concept2words_2(X,verity)
& concept2words_2(X,accuracy)
& concept2words_2(X,truth)
& concept2words_2(X,'value of truth')
& concept2words_2(X,'truth value')
& concept2words_2(X,'truth-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a533436,axiom,
! [X] :
( trypanosome_1(X)
=> ( original_name_2(X,'Trypanosome')
& user_description_2(X,'A parasitic protozoan of the class Kinetoplastida. In humans, trypanosomes causes sleeping sickness and Chagas disease.')
& concept2words_2(X,trypanosome)
& kinetoplastid_1(X)
& ~ euglena_1(X)
& ~ euglenid_1(X) ) ) ).
fof(a533437,axiom,
! [X] :
( trypsin_1(X)
=> ( original_name_2(X,'Trypsin')
& user_description_2(X,'Trypsin is a digestive enzyme that hydrolyzes proteins. The enzyme is produced in the pancreas from the inactive proenzyme trypsinogen.')
& concept2words_2(X,trypsin)
& protease_1(X)
& digestive_enzyme_1(X)
& chemical_entity_1(fn_trypsin_1(X))
& reactant_1(fn_trypsin_2(X))
& atom_1(fn_trypsin_3(X))
& chemical_entity_1(fn_trypsin_3(X))
& chemical_entity_1(fn_trypsin_4(X))
& leave_1(fn_trypsin_5(X))
& protein_1(fn_trypsin_6(X))
& reactant_1(fn_trypsin_7(X))
& r_group_1(fn_trypsin_8(X))
& spatial_entity_1(fn_trypsin_9(X))
& chemical_entity_1(fn_trypsin_9(X))
& monomer_1(fn_trypsin_9(X))
& molecule_1(fn_trypsin_9(X))
& amino_acid_1(fn_trypsin_9(X))
& atom_1(fn_trypsin_10(X))
& chemical_entity_1(fn_trypsin_10(X))
& carbon_1(fn_trypsin_10(X))
& carbon_skeleton_1(fn_trypsin_11(X))
& protein_domain_1(fn_trypsin_12(X))
& spatial_entity_1(fn_trypsin_13(X))
& active_site_1(fn_trypsin_13(X))
& exergonic_reaction_1(fn_trypsin_14(X))
& hydrolysis_1(fn_trypsin_14(X))
& chemical_reaction_1(fn_trypsin_14(X))
& chemical_entity_1(fn_reactant_3(fn_trypsin_7(X)))
& spatial_entity_1(fn_locomotion_1(fn_trypsin_5(X)))
& atom_1(fn_organic_molecule_2(fn_trypsin_6(X)))
& chemical_entity_1(fn_organic_molecule_2(fn_trypsin_6(X)))
& chemical_reaction_1(fn_reactant_2(fn_trypsin_2(X)))
& spatial_entity_1(fn_leave_1(fn_trypsin_5(X)))
& has_part_2(fn_trypsin_6(X),fn_trypsin_1(X))
& is_specific_to_2(X,fn_trypsin_6(X))
& has_state_2(fn_trypsin_3(X),fn_trypsin_4(X))
& in_event_2(fn_trypsin_2(X),fn_trypsin_14(X))
& origin_2(fn_trypsin_5(X),fn_trypsin_13(X))
& plays_2(fn_trypsin_6(X),fn_trypsin_7(X))
& object_2(fn_trypsin_5(X),fn_trypsin_4(X))
& agent_2(fn_trypsin_5(X),fn_trypsin_4(X))
& has_part_2(fn_trypsin_6(X),fn_trypsin_3(X))
& site_2(fn_trypsin_14(X),fn_trypsin_13(X))
& has_function_2(X,fn_trypsin_14(X))
& has_region_2(X,fn_trypsin_11(X))
& is_inside_2(fn_trypsin_10(X),fn_trypsin_11(X))
& has_part_2(X,fn_trypsin_10(X))
& has_region_2(X,fn_trypsin_13(X))
& is_inside_2(fn_trypsin_8(X),fn_trypsin_13(X))
& has_region_2(fn_trypsin_9(X),fn_trypsin_8(X))
& is_at_2(fn_trypsin_9(X),fn_trypsin_12(X))
& has_region_2(X,fn_trypsin_12(X))
& fn_trypsin_14(X) = fn_reactant_2(fn_trypsin_2(X))
& fn_trypsin_13(X) = fn_leave_1(fn_trypsin_5(X))
& fn_trypsin_6(X) = fn_reactant_3(fn_trypsin_7(X))
& fn_trypsin_4(X) = fn_locomotion_1(fn_trypsin_5(X))
& fn_trypsin_3(X) = fn_organic_molecule_2(fn_trypsin_6(X))
& fn_trypsin_10(X) = fn_protease_26(X)
& fn_trypsin_10(X) = fn_protein_enzyme_7(X)
& fn_trypsin_10(X) = fn_protease_28(X)
& fn_trypsin_11(X) = fn_protein_enzyme_6(X)
& fn_trypsin_11(X) = fn_protease_21(X)
& fn_trypsin_14(X) = fn_hydrolase_1(X)
& fn_trypsin_14(X) = fn_protease_17(X)
& fn_trypsin_12(X) = fn_protease_22(X)
& fn_trypsin_9(X) = fn_protease_19(X)
& fn_trypsin_8(X) = fn_protease_18(X)
& fn_trypsin_13(X) = fn_protease_23(X)
& fn_protease_26(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_protein_enzyme_7(X)
& fn_protease_28(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_protease_28(X)
& fn_protease_28(X) = fn_protein_enzyme_6(X)
& fn_protease_21(X) = fn_protein_enzyme_6(X)
& fn_protein_enzyme_6(X) = fn_protease_21(X)
& fn_protease_21(X) = fn_reactant_2(fn_trypsin_2(X))
& fn_reactant_2(fn_trypsin_2(X)) = fn_hydrolase_1(X)
& fn_hydrolase_1(X) = fn_hydrolase_1(X)
& fn_hydrolase_1(X) = fn_protease_17(X)
& fn_protease_17(X) = fn_protease_17(X)
& fn_protease_17(X) = fn_leave_1(fn_trypsin_5(X))
& fn_leave_1(fn_trypsin_5(X)) = fn_protease_23(X)
& fn_protease_23(X) = fn_protease_23(X) ) ) ).
fof(a533438,axiom,
! [X] :
( tryptophan_1(X)
=> ( original_name_2(X,'Tryptophan')
& user_description_2(X,'One of the 20 most common amino acids that make up proteins.')
& concept2words_2(X,trp)
& concept2words_2(X,'W')
& concept2words_2(X,tryptophan)
& hydrophobic_amino_acid_1(X) ) ) ).
fof(a533439,axiom,
! [X] :
( ttaggg_1(X)
=> ( original_name_2(X,'TTAGGG')
& user_description_2(X,'The short DNA sequence that is repeated and added to the end of the chromosome molecule to prevent the eroding of the chromosomes after successive rounds of DNA replication.')
& concept2words_2(X,ttaggg)
& dna_sequence_1(X)
& ~ control_element_1(X)
& ~ episome_1(X)
& ~ genetic_marker_1(X)
& ~ pseudogene_1(X)
& ~ restriction_fragment_length_polymorphism_1(X)
& ~ restriction_site_1(X)
& ~ tata_box_1(X)
& ~ telomere_1(X)
& ~ transcription_unit_1(X)
& ~ transposon_1(X)
& ~ variable_region_dna_sequence_1(X)
& ~ dna_strand_1(X)
& ~ constant_region_dna_sequence_1(X)
& nucleotide_1(fn_ttaggg_1(X))
& exactCardinality(X,has_part_0,"6",deoxyribonucleotide_0)
& has_part_2(X,fn_ttaggg_1(X)) ) ) ).
fof(a533440,axiom,
! [X] :
( tuatara_1(X)
=> ( original_name_2(X,'Tuatara')
& user_description_2(X,'A reptile that is found only in New Zealand and is the last living representative of its order.')
& concept2words_2(X,tuatara)
& lepidosaur_1(X)
& ~ squamata_1(X) ) ) ).
fof(a533441,axiom,
! [X] :
( tubal_ligation_1(X)
=> ( original_name_2(X,'Tubal-Ligation')
& user_description_2(X,'A permanent means of birth control in which a woman\'s fallopian tubes are either clamped and blocked or severed and sealed, preventing an egg from passing through the tubes.')
& concept2words_2(X,tubectomy)
& concept2words_2(X,'getting tubes tied')
& concept2words_2(X,'getting-tubes-tied')
& concept2words_2(X,'getting tubes tied')
& concept2words_2(X,'getting-tubes-tied')
& concept2words_2(X,'tubal ligation')
& concept2words_2(X,'tubal-ligation')
& contraceptive_procedure_1(X)
& ~ abortion_1(X)
& ~ assisted_reproductive_technology_1(X)
& ~ electrocardiogram_1(X)
& ~ genetic_testing_1(X)
& ~ immunization_1(X)
& ~ newborn_screening_1(X)
& ~ paternity_testing_1(X)
& ~ ultrasound_imaging_1(X)
& ~ vasectomy_1(X) ) ) ).
fof(a533442,axiom,
! [X] :
( tube_foot_1(X)
=> ( original_name_2(X,'Tube-Foot')
& user_description_2(X,'One of many external extensions of the water vascular system in echinoderms. Echinoderms use their tube feet for locomotion, feeding, or both. Tube feet also function as gas exchange surfaces.')
& concept2words_2(X,'foot of tube')
& concept2words_2(X,'tube foot')
& concept2words_2(X,'tube-foot')
& invertebrate_appendage_1(X) ) ) ).
fof(a533443,axiom,
! [X] :
( tuber_1(X)
=> ( original_name_2(X,'Tuber')
& user_description_2(X,'A fleshy underground stem or root serving for reproductive and food storage')
& concept2words_2(X,tuber)
& root_organ_1(X)
& plant_cell_1(fn_tuber_1(X))
& tissue_1(fn_tuber_2(X))
& amyloplast_1(fn_tuber_3(X))
& store_1(fn_tuber_4(X))
& store_1(fn_amyloplast_7(fn_tuber_3(X)))
& eukaryotic_cell_1(fn_tissue_1(fn_tuber_2(X)))
& has_part_2(fn_tuber_1(X),fn_tuber_3(X))
& site_2(fn_tuber_4(X),X)
& has_part_2(X,fn_tuber_2(X))
& base_2(fn_tuber_4(X),fn_tuber_3(X))
& has_part_2(fn_tuber_2(X),fn_tuber_1(X))
& fn_tuber_2(X) = fn_organ_1(X)
& fn_tuber_4(X) = fn_amyloplast_7(fn_tuber_3(X))
& fn_tuber_1(X) = fn_tissue_1(fn_tuber_2(X)) ) ) ).
fof(a533444,axiom,
! [X] :
( tuberculosis_1(X)
=> ( original_name_2(X,'Tuberculosis')
& user_description_2(X,'An infectious and highly contagious disease caused by the bacterium Mycobacterium tuberculosis. The disease usually attacks the lungs and is spread when an infected person sneezes or coughs. Drug-resistant tuberculosis is becoming a problem throughout the world.')
& concept2words_2(X,tb)
& concept2words_2(X,mtb)
& concept2words_2(X,consumption)
& concept2words_2(X,tuberculosis)
& bacterial_disease_1(X)
& ~ african_sleeping_sickness_1(X)
& ~ aids_1(X)
& ~ cholera_1(X)
& ~ cowpox_1(X)
& ~ encephalitis_1(X)
& ~ gastric_ulcer_1(X)
& ~ gonorrhea_1(X)
& ~ hemorrhagic_fever_1(X)
& ~ influenza_1(X)
& ~ lyme_disease_1(X)
& ~ malaria_1(X)
& ~ mycosis_1(X)
& ~ smallpox_1(X)
& ~ tetanus_1(X)
& ~ tobacco_mosaic_disease_1(X) ) ) ).
fof(a533445,axiom,
! [X] :
( tubule_1(X)
=> ( original_name_2(X,'Tubule')
& user_description_2(X,'A small anatomical tube that is lined with glandular epithelium.')
& concept2words_2(X,tubule)
& anatomical_structure_1(X) ) ) ).
fof(a533446,axiom,
! [X] :
( tubulin_1(X)
=> ( original_name_2(X,'Tubulin')
& user_description_2(X,'Tubulin is a protein which serves as a building block of Microtubule')
& concept2words_2(X,'tubulin dimer')
& concept2words_2(X,'tubulin-dimer')
& concept2words_2(X,tubulin)
& globular_protein_1(X)
& monomer_1(fn_tubulin_5(X))
& atom_1(fn_tubulin_6(X))
& chemical_entity_1(fn_tubulin_6(X))
& carbon_1(fn_tubulin_7(X))
& kinetic_energy_1(fn_tubulin_8(X))
& size_value_1(fn_tubulin_9(X))
& protein_domain_1(fn_tubulin_10(X))
& ionic_region_1(fn_tubulin_11(X))
& surface_1(fn_tubulin_12(X))
& carbon_skeleton_1(fn_tubulin_13(X))
& constant_motion_1(fn_tubulin_14(X))
& speed_value_1(fn_tubulin_15(X))
& quantity_value_1(fn_tubulin_16(X))
& spatial_entity_1(fn_tubulin_17(X))
& chemical_entity_1(fn_tubulin_17(X))
& monomer_1(fn_tubulin_17(X))
& molecule_1(fn_tubulin_17(X))
& amino_acid_1(fn_tubulin_17(X))
& size_value_1(fn_tubulin_18(X))
& beta_tubulin_1(fn_tubulin_19(X))
& alpha_tubulin_1(fn_tubulin_20(X))
& carbon_1(fn_carbon_skeleton_4(fn_tubulin_13(X)))
& tubulin_1(fn_alpha_tubulin_82(fn_tubulin_20(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_tubulin_13(X)))
& atom_1(fn_carbon_skeleton_2(fn_tubulin_13(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_tubulin_13(X)))
& exactCardinality(X,has_part_0,"2",polypeptide_0)
& has_part_2(X,fn_tubulin_20(X))
& has_region_2(X,fn_tubulin_11(X))
& is_at_2(fn_tubulin_11(X),fn_tubulin_12(X))
& greater_than_2(fn_tubulin_9(X),fn_tubulin_18(X))
& has_part_2(X,fn_tubulin_5(X))
& size_2(fn_tubulin_5(X),fn_tubulin_18(X))
& the_scalar_value_2(fn_tubulin_9(X),big_0)
& scalar_unit_class_2(fn_tubulin_9(X),polypeptide_0)
& has_region_2(X,fn_tubulin_12(X))
& has_part_2(X,fn_tubulin_19(X))
& has_part_2(fn_tubulin_19(X),fn_tubulin_17(X))
& is_at_2(fn_tubulin_17(X),fn_tubulin_10(X))
& has_region_2(X,fn_tubulin_10(X))
& size_2(X,fn_tubulin_9(X))
& has_part_2(X,fn_tubulin_6(X))
& possesses_2(X,fn_tubulin_8(X))
& quantity_2(fn_tubulin_8(X),fn_tubulin_16(X))
& directly_proportional_2(fn_tubulin_15(X),fn_tubulin_16(X))
& speed_2(fn_tubulin_14(X),fn_tubulin_15(X))
& object_2(fn_tubulin_14(X),X)
& is_inside_2(fn_tubulin_7(X),fn_tubulin_13(X))
& has_part_2(X,fn_tubulin_7(X))
& has_region_2(X,fn_tubulin_13(X))
& fn_tubulin_6(X) != fn_tubulin_7(X)
& fn_tubulin_7(X) != fn_tubulin_6(X)
& X = fn_alpha_tubulin_82(fn_tubulin_20(X))
& fn_tubulin_11(X) = fn_protein_1(X)
& fn_tubulin_9(X) = fn_polymer_8(X)
& fn_tubulin_1(X) = fn_polymer_10(X)
& fn_tubulin_18(X) = fn_polymer_7(X)
& fn_tubulin_5(X) = fn_polymer_4(X)
& fn_tubulin_12(X) = fn_protein_5(X)
& fn_tubulin_4(X) = fn_protein_10(X)
& fn_tubulin_9(X) = fn_protein_9(X)
& fn_tubulin_10(X) = fn_protein_7(X)
& fn_tubulin_17(X) = fn_protein_14(X)
& fn_tubulin_19(X) = fn_protein_8(X)
& fn_tubulin_3(X) = fn_molecule_1(X)
& fn_tubulin_6(X) = fn_molecule_7(X)
& fn_tubulin_2(X) = fn_molecule_2(X)
& fn_tubulin_14(X) = fn_molecule_8(X)
& fn_tubulin_15(X) = fn_molecule_3(X)
& fn_tubulin_16(X) = fn_molecule_4(X)
& fn_tubulin_8(X) = fn_molecule_12(X)
& X = fn_carbon_skeleton_3(fn_tubulin_13(X))
& fn_tubulin_6(X) = fn_carbon_skeleton_2(fn_tubulin_13(X))
& fn_tubulin_7(X) = fn_carbon_skeleton_4(fn_tubulin_13(X))
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_alpha_tubulin_82(fn_tubulin_20(X))
& fn_alpha_tubulin_82(fn_tubulin_20(X)) = fn_carbon_skeleton_3(fn_tubulin_13(X))
& fn_carbon_skeleton_3(fn_tubulin_13(X)) = fn_carbon_skeleton_3(fn_tubulin_13(X))
& fn_carbon_skeleton_3(fn_tubulin_13(X)) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_carbon_skeleton_2(fn_tubulin_13(X))
& fn_carbon_skeleton_2(fn_tubulin_13(X)) = fn_carbon_skeleton_2(fn_tubulin_13(X)) ) ) ).
fof(a533447,axiom,
! [X] :
( tumor_1(X)
=> ( original_name_2(X,'Tumor')
& user_description_2(X,'An abnormal mass of tissue as a result of neoplasia, the abnormal proliferation of cells.')
& concept2words_2(X,neoplasm)
& concept2words_2(X,tumor)
& aggregate_1(X)
& suborganismal_entity_1(X) ) ) ).
fof(a533448,axiom,
! [X] :
( tumor_characterization_1(X)
=> ( original_name_2(X,'Tumor-Characterization')
& user_description_2(X,'Technique of clinical medicine which identifies tumor type and characteristics for more effective treatment.')
& concept2words_2(X,'characterization of tumor')
& concept2words_2(X,'tumor characterization')
& concept2words_2(X,'tumor-characterization')
& dna_technique_1(X)
& tumor_1(fn_tumor_characterization_1(X))
& dna_piece_1(fn_tumor_characterization_2(X))
& dna_sequencing_1(fn_tumor_characterization_3(X))
& entity_1(fn_tumor_characterization_4(X))
& dna_1(fn_tumor_characterization_4(X))
& eukaryotic_chromosome_1(fn_tumor_characterization_5(X))
& chromosome_1(fn_tumor_characterization_5(X))
& cancer_cell_1(fn_tumor_characterization_6(X))
& dna_sequence_1(fn_tumor_characterization_7(X))
& dna_piece_1(fn_tumor_characterization_8(X))
& dna_sequence_1(fn_dna_sequencing_4(fn_tumor_characterization_3(X)))
& entity_1(fn_eukaryotic_cell_56(fn_tumor_characterization_6(X)))
& dna_1(fn_eukaryotic_cell_56(fn_tumor_characterization_6(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_tumor_characterization_6(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_tumor_characterization_6(X)))
& dna_piece_1(fn_dna_sequencing_5(fn_tumor_characterization_3(X)))
& dna_piece_1(fn_dna_sequencing_6(fn_tumor_characterization_3(X)))
& fn_tumor_characterization_7(X) != fn_tumor_characterization_6(X)
& fn_tumor_characterization_6(X) != fn_tumor_characterization_7(X)
& has_part_2(fn_tumor_characterization_1(X),fn_tumor_characterization_6(X))
& has_part_2(fn_tumor_characterization_4(X),fn_tumor_characterization_2(X))
& has_state_2(fn_tumor_characterization_2(X),fn_tumor_characterization_8(X))
& by_means_of_2(X,fn_tumor_characterization_3(X))
& result_2(fn_tumor_characterization_3(X),fn_tumor_characterization_7(X))
& object_2(fn_tumor_characterization_3(X),fn_tumor_characterization_8(X))
& has_part_2(fn_tumor_characterization_6(X),fn_tumor_characterization_5(X))
& has_part_2(fn_tumor_characterization_5(X),fn_tumor_characterization_4(X))
& fn_tumor_characterization_7(X) = fn_dna_sequencing_4(fn_tumor_characterization_3(X))
& fn_tumor_characterization_8(X) = fn_dna_sequencing_5(fn_tumor_characterization_3(X))
& fn_tumor_characterization_8(X) = fn_dna_sequencing_6(fn_tumor_characterization_3(X))
& fn_tumor_characterization_4(X) = fn_eukaryotic_cell_56(fn_tumor_characterization_6(X))
& fn_tumor_characterization_5(X) = fn_eukaryotic_cell_30(fn_tumor_characterization_6(X))
& fn_dna_sequencing_5(fn_tumor_characterization_3(X)) = fn_dna_sequencing_6(fn_tumor_characterization_3(X)) ) ) ).
fof(a533449,axiom,
! [X] :
( tumor_growth_1(X)
=> ( original_name_2(X,'Tumor-Growth')
& user_description_2(X,'Uncontrolled cell division of cancerous cells, resulting in the growth of a tumor. Tumor growth often also includes growth of supporting tissues, such as blood vessels.')
& concept2words_2(X,'growth of tumor')
& concept2words_2(X,'tumor growth')
& concept2words_2(X,'tumor-growth')
& biological_process_1(X)
& cancer_cell_1(fn_tumor_growth_1(X))
& tumor_1(fn_tumor_growth_2(X))
& organism_1(fn_tumor_growth_3(X))
& blood_vessel_1(fn_tumor_growth_4(X))
& growth_1(fn_tumor_growth_5(X))
& cell_division_1(fn_tumor_growth_6(X))
& cancer_cell_1(fn_tumor_growth_7(X))
& cancer_cell_1(fn_tumor_growth_8(X))
& growth_factor_1(fn_tumor_growth_9(X))
& produce_1(fn_tumor_growth_10(X))
& entity_1(fn_create_1(fn_tumor_growth_10(X)))
& cell_1(fn_cell_division_2(fn_tumor_growth_6(X)))
& cell_1(fn_cell_division_3(fn_tumor_growth_6(X)))
& object_2(fn_tumor_growth_5(X),fn_tumor_growth_4(X))
& toward_2(fn_tumor_growth_5(X),fn_tumor_growth_2(X))
& causes_2(fn_tumor_growth_10(X),fn_tumor_growth_5(X))
& agent_2(fn_tumor_growth_10(X),fn_tumor_growth_1(X))
& has_part_2(fn_tumor_growth_3(X),fn_tumor_growth_2(X))
& has_part_2(fn_tumor_growth_2(X),fn_tumor_growth_1(X))
& base_2(X,fn_tumor_growth_3(X))
& subevent_2(X,fn_tumor_growth_5(X))
& subevent_2(X,fn_tumor_growth_6(X))
& subevent_2(X,fn_tumor_growth_10(X))
& fn_tumor_growth_8(X) != fn_tumor_growth_7(X)
& fn_tumor_growth_7(X) != fn_tumor_growth_8(X)
& base_2(fn_tumor_growth_6(X),fn_tumor_growth_8(X))
& enables_2(fn_tumor_growth_6(X),X)
& result_2(fn_tumor_growth_10(X),fn_tumor_growth_9(X))
& result_2(fn_tumor_growth_6(X),fn_tumor_growth_7(X))
& object_2(fn_tumor_growth_6(X),fn_tumor_growth_8(X))
& fn_tumor_growth_9(X) = fn_create_1(fn_tumor_growth_10(X))
& fn_tumor_growth_7(X) = fn_cell_division_2(fn_tumor_growth_6(X))
& fn_tumor_growth_8(X) = fn_cell_division_3(fn_tumor_growth_6(X)) ) ) ).
fof(a533450,axiom,
! [X] :
( tumor_suppression_1(X)
=> ( original_name_2(X,'Tumor-Suppression')
& user_description_2(X,'Inhibition of uncontrolled cell growth that contributes to cancer by inhibiting cell division.')
& concept2words_2(X,'suppression of tumor')
& concept2words_2(X,'tumor suppression')
& concept2words_2(X,'tumor-suppression')
& inhibition_1(X) ) ) ).
fof(a533451,axiom,
! [X] :
( tumor_suppressor_gene_1(X)
=> ( original_name_2(X,'Tumor-Suppressor-Gene')
& user_description_2(X,'Genes whose normal products inhibit cell division.')
& concept2words_2(X,'tumor suppressor gene')
& concept2words_2(X,'tumor-suppressor gene')
& concept2words_2(X,'tumor-suppressor-gene')
& eukaryotic_gene_1(X)
& carbon_skeleton_1(fn_tumor_suppressor_gene_1(X))
& cell_division_1(fn_tumor_suppressor_gene_2(X))
& malignant_tumor_1(fn_tumor_suppressor_gene_3(X))
& cancer_cell_1(fn_tumor_suppressor_gene_4(X))
& activity_1(fn_tumor_suppressor_gene_5(X))
& growth_1(fn_tumor_suppressor_gene_6(X))
& cancer_1(fn_tumor_suppressor_gene_7(X))
& cell_cycle_1(fn_tumor_suppressor_gene_8(X))
& cell_1(fn_tumor_suppressor_gene_9(X))
& stop_1(fn_tumor_suppressor_gene_10(X))
& quantity_value_1(fn_tumor_suppressor_gene_11(X))
& speed_value_1(fn_tumor_suppressor_gene_12(X))
& chemical_entity_1(fn_tumor_suppressor_gene_17(X))
& deoxyribonucleoside_monophosphate_1(fn_tumor_suppressor_gene_17(X))
& deoxyribonucleoside_monophosphate_1(fn_tumor_suppressor_gene_18(X))
& size_value_1(fn_tumor_suppressor_gene_19(X))
& size_value_1(fn_tumor_suppressor_gene_20(X))
& intron_1(fn_tumor_suppressor_gene_21(X))
& exon_1(fn_tumor_suppressor_gene_22(X))
& exon_1(fn_tumor_suppressor_gene_23(X))
& phosphodiester_bond_1(fn_tumor_suppressor_gene_24(X))
& covalent_bond_1(fn_tumor_suppressor_gene_24(X))
& nitrogen_1(fn_tumor_suppressor_gene_25(X))
& carbon_1(fn_tumor_suppressor_gene_26(X))
& dna_repair_1(fn_tumor_suppressor_gene_27(X))
& protein_1(fn_tumor_suppressor_gene_28(X))
& code_for_1(fn_tumor_suppressor_gene_29(X))
& cell_1(fn_tumor_suppressor_gene_30(X))
& polar_molecule_1(fn_tumor_suppressor_gene_30(X))
& adhesion_1(fn_tumor_suppressor_gene_31(X))
& constant_motion_1(fn_tumor_suppressor_gene_32(X))
& kinetic_energy_1(fn_tumor_suppressor_gene_33(X))
& molecule_1(fn_adhesion_1(fn_tumor_suppressor_gene_31(X)))
& constant_motion_1(fn_kinetic_energy_1(fn_tumor_suppressor_gene_33(X)))
& entity_1(fn_covalent_bond_20(fn_tumor_suppressor_gene_24(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_tumor_suppressor_gene_24(X)))
& atom_1(fn_covalent_bond_20(fn_tumor_suppressor_gene_24(X)))
& entity_1(fn_covalent_bond_19(fn_tumor_suppressor_gene_24(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_tumor_suppressor_gene_24(X)))
& atom_1(fn_covalent_bond_19(fn_tumor_suppressor_gene_24(X)))
& protein_1(fn_dna_repair_5(fn_tumor_suppressor_gene_27(X)))
& entity_1(fn_attract_2(fn_tumor_suppressor_gene_31(X)))
& tangible_entity_1(fn_kinetic_energy_2(fn_tumor_suppressor_gene_33(X)))
& exon_1(fn_intron_6(fn_tumor_suppressor_gene_21(X)))
& quantity_2(fn_tumor_suppressor_gene_33(X),fn_tumor_suppressor_gene_11(X))
& speed_2(fn_tumor_suppressor_gene_32(X),fn_tumor_suppressor_gene_12(X))
& directly_proportional_2(fn_tumor_suppressor_gene_12(X),fn_tumor_suppressor_gene_11(X))
& object_2(fn_tumor_suppressor_gene_10(X),fn_tumor_suppressor_gene_7(X))
& agent_2(fn_tumor_suppressor_gene_10(X),X)
& base_2(fn_tumor_suppressor_gene_31(X),fn_tumor_suppressor_gene_9(X))
& inhibits_2(fn_tumor_suppressor_gene_29(X),fn_tumor_suppressor_gene_8(X))
& inhibits_2(fn_tumor_suppressor_gene_29(X),fn_tumor_suppressor_gene_6(X))
& donor_2(fn_tumor_suppressor_gene_29(X),X)
& agent_2(fn_tumor_suppressor_gene_6(X),fn_tumor_suppressor_gene_4(X))
& object_2(fn_tumor_suppressor_gene_6(X),fn_tumor_suppressor_gene_3(X))
& agent_2(fn_tumor_suppressor_gene_5(X),fn_tumor_suppressor_gene_28(X))
& inhibits_2(fn_tumor_suppressor_gene_5(X),fn_tumor_suppressor_gene_2(X))
& inhibits_2(fn_tumor_suppressor_gene_5(X),fn_tumor_suppressor_gene_6(X))
& agent_2(fn_tumor_suppressor_gene_27(X),X)
& has_region_2(X,fn_tumor_suppressor_gene_1(X))
& is_between_2(fn_tumor_suppressor_gene_21(X),fn_tumor_suppressor_gene_22(X))
& object_2(fn_tumor_suppressor_gene_31(X),fn_tumor_suppressor_gene_30(X))
& agent_2(fn_tumor_suppressor_gene_27(X),fn_tumor_suppressor_gene_28(X))
& agent_2(fn_tumor_suppressor_gene_31(X),X)
& possesses_2(X,fn_tumor_suppressor_gene_33(X))
& object_2(fn_tumor_suppressor_gene_32(X),X)
& next_element_2(fn_tumor_suppressor_gene_23(X),fn_tumor_suppressor_gene_21(X))
& result_2(fn_tumor_suppressor_gene_29(X),fn_tumor_suppressor_gene_28(X))
& agent_2(fn_tumor_suppressor_gene_29(X),X)
& has_function_2(X,fn_tumor_suppressor_gene_29(X))
& element_2(X,fn_tumor_suppressor_gene_17(X))
& first_element_2(X,fn_tumor_suppressor_gene_17(X))
& element_2(X,fn_tumor_suppressor_gene_23(X))
& size_2(fn_tumor_suppressor_gene_17(X),fn_tumor_suppressor_gene_20(X))
& greater_than_2(fn_tumor_suppressor_gene_19(X),fn_tumor_suppressor_gene_20(X))
& size_2(X,fn_tumor_suppressor_gene_19(X))
& possesses_2(X,fn_tumor_suppressor_gene_24(X))
& is_between_2(fn_tumor_suppressor_gene_24(X),fn_tumor_suppressor_gene_17(X))
& element_2(X,fn_tumor_suppressor_gene_22(X))
& next_element_2(fn_tumor_suppressor_gene_21(X),fn_tumor_suppressor_gene_22(X))
& element_2(X,fn_tumor_suppressor_gene_21(X))
& element_2(X,fn_tumor_suppressor_gene_18(X))
& next_element_2(fn_tumor_suppressor_gene_17(X),fn_tumor_suppressor_gene_18(X))
& fn_tumor_suppressor_gene_26(X) != fn_tumor_suppressor_gene_25(X)
& fn_tumor_suppressor_gene_25(X) != fn_tumor_suppressor_gene_26(X)
& is_between_2(fn_tumor_suppressor_gene_24(X),fn_tumor_suppressor_gene_26(X))
& is_between_2(fn_tumor_suppressor_gene_21(X),fn_tumor_suppressor_gene_23(X))
& is_between_2(fn_tumor_suppressor_gene_24(X),fn_tumor_suppressor_gene_25(X))
& fn_tumor_suppressor_gene_30(X) = fn_adhesion_1(fn_tumor_suppressor_gene_31(X))
& fn_tumor_suppressor_gene_28(X) = fn_dna_repair_5(fn_tumor_suppressor_gene_27(X))
& X = fn_attract_2(fn_tumor_suppressor_gene_31(X))
& fn_tumor_suppressor_gene_32(X) = fn_kinetic_energy_1(fn_tumor_suppressor_gene_33(X))
& X = fn_kinetic_energy_2(fn_tumor_suppressor_gene_33(X))
& fn_tumor_suppressor_gene_16(X) = fn_gene_9(X)
& fn_tumor_suppressor_gene_28(X) = fn_gene_6(X)
& fn_tumor_suppressor_gene_15(X) = fn_gene_8(X)
& fn_tumor_suppressor_gene_23(X) = fn_gene_3(X)
& fn_tumor_suppressor_gene_29(X) = fn_gene_13(X)
& fn_tumor_suppressor_gene_24(X) = fn_gene_16(X)
& fn_tumor_suppressor_gene_19(X) = fn_gene_11(X)
& fn_tumor_suppressor_gene_20(X) = fn_gene_12(X)
& fn_tumor_suppressor_gene_17(X) = fn_gene_17(X)
& fn_tumor_suppressor_gene_18(X) = fn_gene_10(X)
& fn_tumor_suppressor_gene_21(X) = fn_gene_4(X)
& fn_tumor_suppressor_gene_22(X) = fn_gene_5(X)
& fn_tumor_suppressor_gene_23(X) = fn_intron_6(fn_tumor_suppressor_gene_21(X))
& fn_tumor_suppressor_gene_25(X) = fn_covalent_bond_20(fn_tumor_suppressor_gene_24(X))
& fn_tumor_suppressor_gene_26(X) = fn_covalent_bond_19(fn_tumor_suppressor_gene_24(X))
& fn_dna_repair_5(fn_tumor_suppressor_gene_27(X)) = fn_gene_6(X)
& fn_gene_6(X) = fn_attract_2(fn_tumor_suppressor_gene_31(X))
& fn_attract_2(fn_tumor_suppressor_gene_31(X)) = fn_kinetic_energy_2(fn_tumor_suppressor_gene_33(X))
& fn_kinetic_energy_2(fn_tumor_suppressor_gene_33(X)) = fn_kinetic_energy_2(fn_tumor_suppressor_gene_33(X))
& fn_kinetic_energy_2(fn_tumor_suppressor_gene_33(X)) = fn_gene_3(X)
& fn_gene_3(X) = fn_gene_3(X)
& fn_gene_3(X) = fn_intron_6(fn_tumor_suppressor_gene_21(X)) ) ) ).
fof(a533452,axiom,
! [X] :
( tumor_virus_1(X)
=> ( original_name_2(X,'Tumor-Virus')
& user_description_2(X,'Viruses that can cause tumors in animals.')
& concept2words_2(X,'cancer virus')
& concept2words_2(X,'virus associated with cancer')
& concept2words_2(X,'virus of tumor')
& concept2words_2(X,'tumor virus')
& concept2words_2(X,'tumor-virus')
& virus_1(X)
& gene_expression_1(fn_tumor_virus_1(X))
& viral_infection_1(fn_tumor_virus_2(X))
& gene_related_aggregates_1(fn_tumor_virus_3(X))
& genome_1(fn_tumor_virus_3(X))
& attach_1(fn_tumor_virus_4(X))
& spatial_entity_1(fn_tumor_virus_5(X))
& gene_1(fn_tumor_virus_5(X))
& oncogene_1(fn_tumor_virus_5(X))
& dna_1(fn_tumor_virus_6(X))
& change_1(fn_tumor_virus_7(X))
& cell_1(fn_tumor_virus_8(X))
& spatial_entity_1(fn_attach_2(fn_tumor_virus_4(X)))
& cell_1(fn_oncogene_15(fn_tumor_virus_5(X)))
& change_1(fn_oncogene_5(fn_tumor_virus_5(X)))
& genome_1(fn_viral_infection_14(fn_tumor_virus_2(X)))
& spatial_entity_1(fn_attach_1(fn_tumor_virus_4(X)))
& gene_1(fn_gene_related_aggregates_1(fn_tumor_virus_3(X)))
& virus_1(fn_viral_infection_15(fn_tumor_virus_2(X)))
& agent_2(fn_tumor_virus_1(X),X)
& enables_2(fn_tumor_virus_2(X),fn_tumor_virus_7(X))
& enables_2(fn_tumor_virus_4(X),fn_tumor_virus_7(X))
& has_part_2(fn_tumor_virus_8(X),fn_tumor_virus_6(X))
& base_2(fn_tumor_virus_4(X),fn_tumor_virus_6(X))
& object_2(fn_tumor_virus_4(X),fn_tumor_virus_5(X))
& element_2(fn_tumor_virus_3(X),fn_tumor_virus_5(X))
& agent_2(fn_tumor_virus_7(X),fn_tumor_virus_5(X))
& object_2(fn_tumor_virus_7(X),fn_tumor_virus_8(X))
& agent_2(fn_tumor_virus_2(X),X)
& has_part_2(X,fn_tumor_virus_3(X))
& fn_tumor_virus_6(X) = fn_attach_2(fn_tumor_virus_4(X))
& fn_tumor_virus_5(X) = fn_attach_1(fn_tumor_virus_4(X))
& fn_tumor_virus_5(X) = fn_gene_related_aggregates_1(fn_tumor_virus_3(X))
& fn_tumor_virus_8(X) = fn_oncogene_15(fn_tumor_virus_5(X))
& fn_tumor_virus_7(X) = fn_oncogene_5(fn_tumor_virus_5(X))
& fn_tumor_virus_3(X) = fn_viral_infection_14(fn_tumor_virus_2(X))
& X = fn_viral_infection_15(fn_tumor_virus_2(X))
& fn_attach_1(fn_tumor_virus_4(X)) = fn_gene_related_aggregates_1(fn_tumor_virus_3(X))
& fn_viral_infection_15(fn_tumor_virus_2(X)) = fn_viral_infection_15(fn_tumor_virus_2(X)) ) ) ).
fof(a533453,axiom,
! [X] :
( tundra_1(X)
=> ( original_name_2(X,'Tundra')
& user_description_2(X,'A biome where plant growth is limited because of low temperature and a short growing season. Arctic tundra occurs at extreme northern latitudes, and alpine tundra occurs at high altitudes.')
& concept2words_2(X,tundra)
& terrestrial_biome_1(X)
& ~ chaparral_1(X)
& ~ desert_1(X)
& ~ northern_coniferous_1(X)
& ~ savanna_1(X)
& ~ temperate_broadleaf_forest_1(X)
& ~ temperate_grassland_1(X)
& ~ tropical_rain_forest_1(X)
& ~ tropics_1(X)
& energy_transformation_by_organism_1(fn_tundra_1(X))
& plant_1(fn_tundra_2(X))
& anabolic_pathway_1(fn_tundra_3(X))
& metabolic_pathway_1(fn_tundra_3(X))
& photosynthesis_1(fn_tundra_3(X))
& chemical_energy_1(fn_tundra_4(X))
& visible_light_1(fn_tundra_5(X))
& energy_1(fn_tundra_5(X))
& energy_transformation_by_organism_1(fn_photosynthesis_31(fn_tundra_3(X)))
& visible_light_1(fn_photosynthesis_34(fn_tundra_3(X)))
& energy_1(fn_photosynthesis_34(fn_tundra_3(X)))
& chemical_energy_1(fn_photosynthesis_1(fn_tundra_3(X)))
& chemical_energy_1(fn_photosynthesis_40(fn_tundra_3(X)))
& element_2(X,fn_tundra_2(X))
& has_function_2(fn_tundra_2(X),fn_tundra_3(X))
& object_2(fn_tundra_1(X),fn_tundra_5(X))
& result_2(fn_tundra_3(X),fn_tundra_4(X))
& raw_material_2(fn_tundra_3(X),fn_tundra_5(X))
& raw_material_2(fn_tundra_1(X),fn_tundra_5(X))
& result_2(fn_tundra_1(X),fn_tundra_4(X))
& fn_tundra_4(X) != fn_tundra_5(X)
& fn_tundra_5(X) != fn_tundra_4(X)
& fn_tundra_3(X) = fn_biome_8(X)
& fn_tundra_2(X) = fn_biome_3(X)
& fn_tundra_4(X) = fn_photosynthesis_1(fn_tundra_3(X))
& fn_tundra_1(X) = fn_photosynthesis_31(fn_tundra_3(X))
& fn_tundra_4(X) = fn_photosynthesis_40(fn_tundra_3(X))
& fn_tundra_5(X) = fn_photosynthesis_34(fn_tundra_3(X))
& fn_photosynthesis_1(fn_tundra_3(X)) = fn_photosynthesis_40(fn_tundra_3(X))
& fn_photosynthesis_40(fn_tundra_3(X)) = fn_photosynthesis_40(fn_tundra_3(X)) ) ) ).
fof(a533454,axiom,
! [X] :
( tungsten_1(X)
=> ( original_name_2(X,'Tungsten')
& user_description_2(X,'Tungsten is a metal atom with atomic number 74. It is represented by the symbol W.')
& concept2words_2(X,tungsten)
& concept2words_2(X,'W')
& metal_atom_1(X)
& neutron_1(fn_tungsten_3(X))
& atomic_mass_value_1(fn_tungsten_4(X))
& electronegativity_value_1(fn_tungsten_5(X))
& valence_electron_1(fn_tungsten_9(X))
& atomic_weight_value_1(fn_tungsten_10(X))
& atomic_number_value_1(fn_tungsten_11(X))
& quantity_value_1(fn_tungsten_12(X))
& electronegativity_2(X,fn_tungsten_5(X))
& mass_number_2(X,fn_tungsten_4(X))
& exactCardinality(X,has_part_0,"110",neutron_0)
& exactCardinality(X,has_part_0,"74",proton_0)
& exactCardinality(X,has_part_0,"74",electron_0)
& has_part_2(X,fn_tungsten_3(X))
& the_cardinal_value_2(fn_tungsten_12(X),"6")
& cardinal_unit_class_2(fn_tungsten_12(X),unity_0)
& the_cardinal_value_2(fn_tungsten_5(X),"2.36")
& cardinal_unit_class_2(fn_tungsten_5(X),unity_0)
& the_cardinal_value_2(fn_tungsten_4(X),"184")
& cardinal_unit_class_2(fn_tungsten_4(X),unity_0)
& the_cardinal_value_2(fn_tungsten_11(X),"74")
& cardinal_unit_class_2(fn_tungsten_11(X),unity_0)
& the_cardinal_value_2(fn_tungsten_10(X),"183.8")
& cardinal_unit_class_2(fn_tungsten_10(X),dalton_0)
& atomic_number_2(X,fn_tungsten_11(X))
& atomic_weight_2(X,fn_tungsten_10(X))
& has_part_2(X,fn_tungsten_9(X))
& quantity_2(fn_tungsten_9(X),fn_tungsten_12(X))
& fn_tungsten_7(X) = fn_atom_12(X)
& fn_tungsten_11(X) = fn_atom_17(X)
& fn_tungsten_8(X) = fn_atom_13(X)
& fn_tungsten_10(X) = fn_atom_16(X)
& fn_tungsten_6(X) = fn_atom_1(X)
& fn_tungsten_12(X) = fn_atom_5(X)
& fn_tungsten_9(X) = fn_atom_14(X) ) ) ).
fof(a533455,axiom,
! [X] :
( tunicate_1(X)
=> ( original_name_2(X,'Tunicate')
& user_description_2(X,'A benthic member of the subphylum Urochordata, commonly called a sea squirt. Tunicates are sessile marine organisms whose bodies are covered in a saclike tunic.')
& concept2words_2(X,tunicate)
& chordate_1(X)
& ~ cephalochordate_1(X)
& ~ craniate_1(X)
& ~ vertebrate_1(X) ) ) ).
fof(a533456,axiom,
! [X] :
( turbellarian_1(X)
=> ( original_name_2(X,'Turbellarian')
& user_description_2(X,'A member of the platyhelminth class Turbellaria, consisting of free-living marine and freshwater flatworms.')
& concept2words_2(X,turbellarian)
& flatworm_1(X)
& ~ planarian_1(X)
& ~ tapeworm_1(X)
& ~ trematode_1(X) ) ) ).
fof(a533457,axiom,
! [X] :
( turgid_1(X)
=> ( original_name_2(X,'Turgid')
& user_description_2(X,'Swollen, or filled with fluid. A plant cell is said to be turgid if osmotic conditions cause water to enter the cell and cause it to swell.')
& concept2words_2(X,turgid)
& condition_1(X) ) ) ).
fof(a533458,axiom,
! [X] :
( turgid_cell_1(X)
=> ( original_name_2(X,'Turgid-Cell')
& user_description_2(X,'A turgid cell is a walled cell which has high turgor pressure due to osmosis and is rigid and firm. This is the healthy state for most walled cells.')
& concept2words_2(X,'swollen cell')
& concept2words_2(X,'swollen-cell')
& concept2words_2(X,'turgid cell')
& concept2words_2(X,'turgid-cell')
& walled_cell_1(X)
& system_1(fn_turgid_cell_5(X))
& potential_value_1(fn_turgid_cell_7(X))
& potential_value_1(fn_turgid_cell_8(X))
& potential_value_1(fn_turgid_cell_9(X))
& potential_value_1(fn_turgid_cell_14(X))
& potential_value_1(fn_turgid_cell_15(X))
& stop_1(fn_turgid_cell_16(X))
& stop_1(fn_turgid_cell_17(X))
& turgor_pressure_1(fn_turgid_cell_18(X))
& metabolism_1(fn_turgid_cell_19(X))
& turgor_pressure_1(fn_turgid_cell_20(X))
& organic_molecule_1(fn_turgid_cell_21(X))
& resource_1(fn_turgid_cell_22(X))
& potential_value_1(fn_turgid_cell_24(X))
& thermal_motion_1(fn_turgid_cell_25(X))
& extra_cellular_matrix_1(fn_turgid_cell_26(X))
& potential_value_1(fn_turgid_cell_27(X))
& hydrogen_bond_1(fn_turgid_cell_31(X))
& heat_1(fn_turgid_cell_32(X))
& entity_1(fn_turgid_cell_33(X))
& spatial_entity_1(fn_turgid_cell_33(X))
& chemical_entity_1(fn_turgid_cell_33(X))
& tangible_entity_1(fn_turgid_cell_33(X))
& polar_molecule_1(fn_turgid_cell_33(X))
& water_molecule_1(fn_turgid_cell_33(X))
& surface_1(fn_turgid_cell_34(X))
& temperature_value_1(fn_turgid_cell_35(X))
& lose_1(fn_turgid_cell_36(X))
& cohesion_1(fn_turgid_cell_37(X))
& attract_1(fn_turgid_cell_37(X))
& expand_1(fn_turgid_cell_38(X))
& contract_1(fn_turgid_cell_39(X))
& volume_value_1(fn_turgid_cell_40(X))
& decrease_1(fn_turgid_cell_41(X))
& concentration_value_1(fn_turgid_cell_47(X))
& quantity_value_1(fn_turgid_cell_48(X))
& hypotonic_solution_1(fn_turgid_cell_49(X))
& solution_1(fn_turgid_cell_49(X))
& aqueous_solution_1(fn_turgid_cell_49(X))
& hypertonic_solution_1(fn_turgid_cell_50(X))
& solution_1(fn_turgid_cell_50(X))
& substance_1(fn_turgid_cell_50(X))
& aqueous_solution_1(fn_turgid_cell_50(X))
& membrane_potential_1(fn_turgid_cell_51(X))
& spatial_entity_1(fn_turgid_cell_52(X))
& membrane_protein_1(fn_turgid_cell_52(X))
& tangible_entity_1(fn_turgid_cell_52(X))
& transmembrane_protein_1(fn_turgid_cell_52(X))
& integral_protein_1(fn_turgid_cell_52(X))
& transport_protein_1(fn_turgid_cell_52(X))
& hydrophobic_core_1(fn_turgid_cell_53(X))
& outside_face_1(fn_turgid_cell_54(X))
& extracellular_side_1(fn_turgid_cell_54(X))
& surface_1(fn_turgid_cell_55(X))
& cytoplasmic_side_1(fn_turgid_cell_55(X))
& attach_1(fn_turgid_cell_56(X))
& move_through_1(fn_turgid_cell_57(X))
& move_1(fn_turgid_cell_57(X))
& block_1(fn_turgid_cell_58(X))
& hydrophilic_compound_1(fn_turgid_cell_59(X))
& spatial_entity_1(fn_turgid_cell_60(X))
& hydrophobic_compound_1(fn_turgid_cell_60(X))
& barrier_1(fn_turgid_cell_61(X))
& block_1(fn_turgid_cell_62(X))
& spatial_entity_1(fn_turgid_cell_63(X))
& tangible_entity_1(fn_turgid_cell_63(X))
& polar_molecule_1(fn_turgid_cell_63(X))
& hydrophilic_compound_1(fn_turgid_cell_63(X))
& water_molecule_1(fn_turgid_cell_63(X))
& volume_value_1(fn_turgid_cell_64(X))
& expand_1(fn_turgid_cell_65(X))
& chemical_1(fn_turgid_cell_66(X))
& spatial_entity_1(fn_turgid_cell_66(X))
& tangible_entity_1(fn_turgid_cell_66(X))
& water_1(fn_turgid_cell_66(X))
& increase_1(fn_turgid_cell_67(X))
& osmosis_1(fn_turgid_cell_68(X))
& mixture_1(fn_turgid_cell_69(X))
& cytoplasm_1(fn_turgid_cell_69(X))
& substance_1(fn_turgid_cell_69(X))
& walled_cell_inside_hypotonic_solution_1(fn_turgid_cell_70(X))
& mixture_1(fn_turgid_cell_71(X))
& cytoplasm_1(fn_turgid_cell_71(X))
& substance_1(fn_turgid_cell_71(X))
& intensity_value_1(fn_turgid_cell_72(X))
& intensity_value_1(fn_turgid_cell_74(X))
& volume_value_1(fn_turgid_cell_76(X))
& volume_value_1(fn_turgid_cell_78(X))
& size_value_1(fn_turgid_cell_80(X))
& volume_value_1(fn_turgid_cell_81(X))
& spatial_entity_1(fn_turgid_cell_82(X))
& biomembrane_1(fn_turgid_cell_82(X))
& plasma_membrane_1(fn_turgid_cell_82(X))
& facilitated_diffusion_of_polar_molecule_1(fn_turgid_cell_83(X))
& cell_wall_1(fn_turgid_cell_84(X))
& ribosome_1(fn_turgid_cell_85(X))
& substance_1(fn_turgid_cell_86(X))
& cytosol_1(fn_turgid_cell_86(X))
& tangible_entity_1(fn_turgid_cell_87(X))
& membrane_protein_1(fn_turgid_cell_87(X))
& protein_1(fn_turgid_cell_87(X))
& spatial_entity_1(fn_turgid_cell_87(X))
& polymer_1(fn_turgid_cell_87(X))
& tangible_entity_1(fn_turgid_cell_88(X))
& membrane_protein_1(fn_turgid_cell_88(X))
& protein_1(fn_turgid_cell_88(X))
& spatial_entity_1(fn_turgid_cell_88(X))
& polymer_1(fn_turgid_cell_88(X))
& glycoprotein_1(fn_turgid_cell_89(X))
& tangible_entity_1(fn_turgid_cell_90(X))
& phospholipid_bilayer_1(fn_turgid_cell_90(X))
& surface_1(fn_turgid_cell_91(X))
& gradient_1(fn_turgid_cell_92(X))
& concentration_gradient_1(fn_turgid_cell_92(X))
& chemical_1(fn_turgid_cell_93(X))
& concentration_value_1(fn_turgid_cell_94(X))
& symmetrical_distribution_1(fn_turgid_cell_95(X))
& rate_value_1(fn_turgid_cell_96(X))
& thermal_motion_1(fn_turgid_cell_97(X))
& gradient_1(fn_turgid_cell_98(X))
& concentration_gradient_1(fn_turgid_cell_98(X))
& move_through_1(fn_turgid_cell_99(X))
& move_1(fn_turgid_cell_99(X))
& spatial_entity_1(fn_turgid_cell_100(X))
& biomembrane_1(fn_turgid_cell_100(X))
& plasma_membrane_1(fn_turgid_cell_100(X))
& substance_1(fn_turgid_cell_101(X))
& cytosol_1(fn_turgid_cell_101(X))
& mixture_1(fn_turgid_cell_102(X))
& cytoplasm_1(fn_turgid_cell_102(X))
& turgid_cell_1(fn_turgid_cell_103(X))
& expand_1(fn_turgid_cell_104(X))
& gradient_1(fn_passive_transport_of_solute_3(fn_turgid_cell_83(X)))
& concentration_gradient_1(fn_passive_transport_of_solute_3(fn_turgid_cell_83(X)))
& property_node_1(fn_increase_1(fn_turgid_cell_67(X)))
& property_node_1(fn_increase_2(fn_turgid_cell_67(X)))
& property_value_1(fn_increase_3(fn_turgid_cell_67(X)))
& property_value_1(fn_increase_4(fn_turgid_cell_67(X)))
& substance_1(fn_cell_29(fn_turgid_cell_103(X)))
& cytosol_1(fn_cell_29(fn_turgid_cell_103(X)))
& mixture_1(fn_cell_28(fn_turgid_cell_103(X)))
& cytoplasm_1(fn_cell_28(fn_turgid_cell_103(X)))
& property_node_1(fn_cell_23(fn_turgid_cell_70(X)))
& mixture_1(fn_cell_28(fn_turgid_cell_70(X)))
& cytoplasm_1(fn_cell_28(fn_turgid_cell_70(X)))
& property_node_1(fn_passive_transport_9(fn_turgid_cell_68(X)))
& symmetrical_distribution_1(fn_passive_transport_29(fn_turgid_cell_68(X)))
& property_node_1(fn_passive_transport_7(fn_turgid_cell_68(X)))
& concentration_value_1(fn_passive_transport_8(fn_turgid_cell_68(X)))
& rate_value_1(fn_passive_transport_6(fn_turgid_cell_68(X)))
& thermal_motion_1(fn_passive_transport_22(fn_turgid_cell_68(X)))
& gradient_1(fn_passive_transport_of_water_3(fn_turgid_cell_68(X)))
& concentration_gradient_1(fn_passive_transport_of_water_3(fn_turgid_cell_68(X)))
& property_node_1(fn_substance_4(fn_turgid_cell_71(X)))
& volume_value_1(fn_substance_3(fn_turgid_cell_71(X)))
& property_node_1(fn_concentration_gradient_10(fn_turgid_cell_92(X)))
& quantity_value_1(fn_concentration_gradient_7(fn_turgid_cell_92(X)))
& property_node_1(fn_substance_4(fn_turgid_cell_69(X)))
& volume_value_1(fn_substance_3(fn_turgid_cell_69(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_turgid_cell_82(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_turgid_cell_82(X)))
& hydrophilic_compound_1(fn_plasma_membrane_50(fn_turgid_cell_82(X)))
& move_through_1(fn_plasma_membrane_74(fn_turgid_cell_82(X)))
& move_1(fn_plasma_membrane_74(fn_turgid_cell_82(X)))
& block_1(fn_plasma_membrane_31(fn_turgid_cell_82(X)))
& barrier_1(fn_plasma_membrane_30(fn_turgid_cell_82(X)))
& hydrogen_bond_1(fn_water_107(fn_turgid_cell_66(X)))
& surface_1(fn_water_14(fn_turgid_cell_66(X)))
& heat_1(fn_water_101(fn_turgid_cell_66(X)))
& expand_1(fn_water_87(fn_turgid_cell_66(X)))
& lose_1(fn_water_94(fn_turgid_cell_66(X)))
& decrease_1(fn_water_97(fn_turgid_cell_66(X)))
& property_node_1(fn_water_76(fn_turgid_cell_66(X)))
& volume_value_1(fn_water_89(fn_turgid_cell_66(X)))
& contract_1(fn_water_88(fn_turgid_cell_66(X)))
& entity_1(fn_water_98(fn_turgid_cell_66(X)))
& spatial_entity_1(fn_water_98(fn_turgid_cell_66(X)))
& chemical_entity_1(fn_water_98(fn_turgid_cell_66(X)))
& tangible_entity_1(fn_water_98(fn_turgid_cell_66(X)))
& polar_molecule_1(fn_water_98(fn_turgid_cell_66(X)))
& water_molecule_1(fn_water_98(fn_turgid_cell_66(X)))
& property_node_1(fn_water_92(fn_turgid_cell_66(X)))
& temperature_value_1(fn_water_93(fn_turgid_cell_66(X)))
& cohesion_1(fn_water_78(fn_turgid_cell_66(X)))
& attract_1(fn_water_78(fn_turgid_cell_66(X)))
& volume_value_1(fn_expand_4(fn_turgid_cell_65(X)))
& volume_value_1(fn_cell_22(fn_turgid_cell_70(X)))
& tangible_entity_1(fn_expand_1(fn_turgid_cell_65(X)))
& cell_1(fn_passive_transport_1(fn_turgid_cell_68(X)))
& cell_1(fn_cytoplasm_7(fn_turgid_cell_69(X)))
& substance_1(fn_mixture_1(fn_turgid_cell_71(X)))
& cytosol_1(fn_cytoplasm_8(fn_turgid_cell_71(X)))
& tangible_entity_1(fn_expand_1(fn_turgid_cell_104(X)))
& cell_1(fn_cytoplasm_7(fn_turgid_cell_71(X)))
& property_node_1(fn_hypotonic_solution_8(fn_turgid_cell_49(X)))
& property_node_1(fn_concentration_gradient_2(fn_turgid_cell_92(X)))
& property_node_1(fn_concentration_gradient_1(fn_turgid_cell_92(X)))
& chemical_1(fn_concentration_gradient_6(fn_turgid_cell_92(X)))
& chemical_1(fn_concentration_gradient_5(fn_turgid_cell_98(X)))
& chemical_1(fn_hypotonic_solution_7(fn_turgid_cell_49(X)))
& chemical_1(fn_concentration_gradient_5(fn_turgid_cell_92(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_turgid_cell_82(X)))
& move_through_1(fn_passive_transport_24(fn_turgid_cell_68(X)))
& move_through_1(fn_plasma_membrane_74(fn_turgid_cell_100(X)))
& move_1(fn_plasma_membrane_74(fn_turgid_cell_100(X)))
& move_1(fn_water_95(fn_turgid_cell_66(X)))
& hypertonic_solution_1(fn_passive_transport_of_water_2(fn_turgid_cell_68(X)))
& aqueous_solution_1(fn_passive_transport_of_water_2(fn_turgid_cell_68(X)))
& hypertonic_solution_1(fn_hypotonic_solution_2(fn_turgid_cell_49(X)))
& solution_1(fn_concentration_gradient_8(fn_turgid_cell_98(X)))
& substance_1(fn_plasma_membrane_70(fn_turgid_cell_82(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_turgid_cell_82(X)))
& substance_1(fn_plasma_membrane_70(fn_turgid_cell_100(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_turgid_cell_100(X)))
& solution_1(fn_concentration_gradient_8(fn_turgid_cell_92(X)))
& hypotonic_solution_1(fn_passive_transport_of_water_1(fn_turgid_cell_68(X)))
& aqueous_solution_1(fn_passive_transport_of_water_1(fn_turgid_cell_68(X)))
& solution_1(fn_concentration_gradient_9(fn_turgid_cell_92(X)))
& solution_1(fn_concentration_gradient_9(fn_turgid_cell_98(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_turgid_cell_82(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_turgid_cell_100(X)))
& spatial_entity_1(fn_osmosis_22(fn_turgid_cell_68(X)))
& biomembrane_1(fn_osmosis_22(fn_turgid_cell_68(X)))
& plasma_membrane_1(fn_cell_30(fn_turgid_cell_70(X)))
& concentration_value_1(fn_hypotonic_solution_6(fn_turgid_cell_49(X)))
& concentration_value_1(fn_concentration_gradient_4(fn_turgid_cell_92(X)))
& concentration_value_1(fn_concentration_gradient_3(fn_turgid_cell_92(X)))
& tangible_entity_1(fn_biomembrane_63(fn_turgid_cell_82(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_turgid_cell_82(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_turgid_cell_82(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_turgid_cell_82(X)))
& block_1(fn_biomembrane_102(fn_turgid_cell_82(X)))
& block_1(fn_plasma_membrane_96(fn_turgid_cell_82(X)))
& block_1(fn_biomembrane_101(fn_turgid_cell_82(X)))
& block_1(fn_plasma_membrane_33(fn_turgid_cell_82(X)))
& outside_face_1(fn_biomembrane_41(fn_turgid_cell_82(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_turgid_cell_82(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_turgid_cell_82(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_turgid_cell_82(X)))
& protein_1(fn_plasma_membrane_68(fn_turgid_cell_82(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_turgid_cell_82(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_turgid_cell_82(X)))
& protein_1(fn_plasma_membrane_54(fn_turgid_cell_82(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_turgid_cell_82(X)))
& polymer_1(fn_plasma_membrane_54(fn_turgid_cell_82(X)))
& spatial_entity_1(fn_attach_1(fn_turgid_cell_56(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_turgid_cell_82(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_turgid_cell_82(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_turgid_cell_82(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_turgid_cell_82(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_turgid_cell_82(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_turgid_cell_82(X)))
& spatial_entity_1(fn_block_1(fn_turgid_cell_62(X)))
& hydrophobic_compound_1(fn_biomembrane_99(fn_turgid_cell_82(X)))
& hydrophobic_compound_1(fn_plasma_membrane_98(fn_turgid_cell_82(X)))
& spatial_entity_1(fn_attach_2(fn_turgid_cell_56(X)))
& water_1(fn_aqueous_solution_14(fn_turgid_cell_49(X)))
& chemical_1(fn_hypotonic_solution_3(fn_turgid_cell_49(X)))
& water_1(fn_hypotonic_solution_3(fn_turgid_cell_49(X)))
& spatial_entity_1(fn_thermal_motion_5(fn_turgid_cell_97(X)))
& tangible_entity_1(fn_thermal_motion_5(fn_turgid_cell_97(X)))
& spatial_entity_1(fn_move_1(fn_turgid_cell_57(X)))
& spatial_entity_1(fn_water_83(fn_turgid_cell_66(X)))
& tangible_entity_1(fn_water_83(fn_turgid_cell_66(X)))
& polar_molecule_1(fn_water_83(fn_turgid_cell_66(X)))
& hydrophilic_compound_1(fn_water_83(fn_turgid_cell_66(X)))
& water_molecule_1(fn_water_83(fn_turgid_cell_66(X)))
& result_2(fn_turgid_cell_104(X),fn_turgid_cell_103(X))
& enables_2(fn_turgid_cell_104(X),fn_turgid_cell_16(X))
& water_potential_2(fn_turgid_cell_101(X),fn_turgid_cell_27(X))
& greater_than_or_equal_to_2(fn_turgid_cell_27(X),fn_turgid_cell_15(X))
& object_2(fn_turgid_cell_95(X),fn_turgid_cell_66(X))
& is_outside_2(fn_turgid_cell_26(X),X)
& causes_2(fn_turgid_cell_25(X),fn_turgid_cell_57(X))
& called_2(fn_turgid_cell_87(X),'MP1')
& in_event_2(fn_turgid_cell_22(X),fn_turgid_cell_19(X))
& plays_2(fn_turgid_cell_21(X),fn_turgid_cell_22(X))
& intensity_2(fn_turgid_cell_20(X),fn_turgid_cell_74(X))
& raw_material_2(fn_turgid_cell_19(X),fn_turgid_cell_21(X))
& site_2(fn_turgid_cell_19(X),fn_turgid_cell_71(X))
& greater_than_2(fn_turgid_cell_78(X),fn_turgid_cell_76(X))
& greater_than_or_equal_to_2(fn_turgid_cell_72(X),fn_turgid_cell_74(X))
& intensity_2(fn_turgid_cell_18(X),fn_turgid_cell_72(X))
& possesses_2(fn_turgid_cell_70(X),fn_turgid_cell_20(X))
& is_between_2(fn_turgid_cell_70(X),fn_turgid_cell_50(X))
& is_between_2(fn_turgid_cell_70(X),fn_turgid_cell_49(X))
& is_inside_2(fn_turgid_cell_70(X),fn_turgid_cell_49(X))
& has_state_2(fn_turgid_cell_70(X),X)
& is_inside_2(X,fn_turgid_cell_49(X))
& possesses_2(X,fn_turgid_cell_18(X))
& causes_2(fn_turgid_cell_68(X),fn_turgid_cell_67(X))
& object_2(fn_turgid_cell_68(X),fn_turgid_cell_66(X))
& next_event_2(fn_turgid_cell_68(X),fn_turgid_cell_65(X))
& result_2(fn_turgid_cell_67(X),X)
& inhibits_2(fn_turgid_cell_17(X),fn_turgid_cell_68(X))
& concentration_2(fn_turgid_cell_66(X),fn_turgid_cell_94(X))
& agent_2(fn_turgid_cell_65(X),fn_turgid_cell_66(X))
& enables_2(fn_turgid_cell_65(X),fn_turgid_cell_17(X))
& result_2(fn_turgid_cell_65(X),X)
& greater_than_or_equal_to_2(fn_turgid_cell_64(X),fn_turgid_cell_81(X))
& greater_than_2(fn_turgid_cell_64(X),fn_turgid_cell_81(X))
& fn_turgid_cell_63(X) != fn_turgid_cell_60(X)
& fn_turgid_cell_63(X) != fn_turgid_cell_59(X)
& instrument_2(fn_turgid_cell_62(X),fn_turgid_cell_82(X))
& fn_turgid_cell_60(X) != fn_turgid_cell_63(X)
& fn_turgid_cell_59(X) != fn_turgid_cell_63(X)
& is_across_2(fn_turgid_cell_51(X),fn_turgid_cell_82(X))
& agent_2(fn_turgid_cell_16(X),fn_turgid_cell_84(X))
& greater_than_2(fn_turgid_cell_15(X),fn_turgid_cell_7(X))
& is_inside_2(fn_turgid_cell_50(X),fn_turgid_cell_70(X))
& is_inside_2(fn_turgid_cell_50(X),X)
& water_potential_2(fn_turgid_cell_49(X),fn_turgid_cell_15(X))
& pressure_potential_2(fn_turgid_cell_49(X),fn_turgid_cell_24(X))
& is_outside_2(fn_turgid_cell_49(X),fn_turgid_cell_70(X))
& is_outside_2(fn_turgid_cell_49(X),X)
& called_2(fn_turgid_cell_9(X),'Pressurepotential')
& called_2(fn_turgid_cell_8(X),'Solutepotential')
& called_2(fn_turgid_cell_7(X),'Waterpotential')
& object_2(fn_turgid_cell_56(X),fn_turgid_cell_52(X))
& base_2(fn_turgid_cell_65(X),fn_turgid_cell_70(X))
& base_2(fn_turgid_cell_56(X),fn_turgid_cell_82(X))
& base_2(fn_turgid_cell_68(X),fn_turgid_cell_70(X))
& agent_2(fn_turgid_cell_83(X),fn_turgid_cell_51(X))
& path_2(fn_turgid_cell_68(X),fn_turgid_cell_100(X))
& from_value_2(fn_turgid_cell_65(X),fn_turgid_cell_64(X))
& has_part_2(X,fn_turgid_cell_84(X))
& base_2(fn_turgid_cell_104(X),X)
& to_value_2(fn_turgid_cell_67(X),fn_turgid_cell_72(X))
& greater_than_2(fn_turgid_cell_72(X),fn_turgid_cell_74(X))
& from_value_2(fn_turgid_cell_67(X),fn_turgid_cell_74(X))
& has_part_2(fn_turgid_cell_103(X),fn_turgid_cell_102(X))
& has_part_2(fn_turgid_cell_102(X),fn_turgid_cell_101(X))
& has_part_2(fn_turgid_cell_70(X),fn_turgid_cell_69(X))
& is_inside_2(fn_turgid_cell_69(X),fn_turgid_cell_100(X))
& has_part_2(fn_turgid_cell_70(X),fn_turgid_cell_100(X))
& volume_2(fn_turgid_cell_70(X),fn_turgid_cell_64(X))
& objective_2(fn_turgid_cell_68(X),fn_turgid_cell_95(X))
& by_means_of_2(fn_turgid_cell_68(X),fn_turgid_cell_97(X))
& causes_2(fn_turgid_cell_97(X),fn_turgid_cell_99(X))
& subevent_2(fn_turgid_cell_68(X),fn_turgid_cell_99(X))
& rate_2(fn_turgid_cell_68(X),fn_turgid_cell_96(X))
& positive_influence_2(fn_turgid_cell_94(X),fn_turgid_cell_96(X))
& destination_2(fn_turgid_cell_68(X),fn_turgid_cell_50(X))
& is_between_2(fn_turgid_cell_92(X),fn_turgid_cell_50(X))
& is_between_2(fn_turgid_cell_92(X),fn_turgid_cell_49(X))
& origin_2(fn_turgid_cell_68(X),fn_turgid_cell_49(X))
& agent_2(fn_turgid_cell_68(X),fn_turgid_cell_98(X))
& has_part_2(fn_turgid_cell_49(X),fn_turgid_cell_66(X))
& has_solvent_2(fn_turgid_cell_49(X),fn_turgid_cell_66(X))
& is_hypertonic_to_2(fn_turgid_cell_50(X),fn_turgid_cell_49(X))
& is_hypotonic_to_2(fn_turgid_cell_49(X),fn_turgid_cell_50(X))
& fn_turgid_cell_93(X) != fn_turgid_cell_66(X)
& fn_turgid_cell_66(X) != fn_turgid_cell_93(X)
& is_facing_2(fn_turgid_cell_55(X),fn_turgid_cell_71(X))
& is_oriented_toward_2(fn_turgid_cell_55(X),fn_turgid_cell_71(X))
& is_inside_2(fn_turgid_cell_71(X),fn_turgid_cell_82(X))
& has_part_2(X,fn_turgid_cell_71(X))
& has_part_2(fn_turgid_cell_71(X),fn_turgid_cell_86(X))
& is_inside_2(fn_turgid_cell_85(X),fn_turgid_cell_86(X))
& has_part_2(X,fn_turgid_cell_85(X))
& has_part_2(X,fn_turgid_cell_82(X))
& volume_2(X,fn_turgid_cell_81(X))
& directly_proportional_2(fn_turgid_cell_80(X),fn_turgid_cell_81(X))
& size_2(X,fn_turgid_cell_80(X))
& has_region_2(X,fn_turgid_cell_91(X))
& is_at_2(fn_turgid_cell_90(X),fn_turgid_cell_91(X))
& has_solute_2(fn_turgid_cell_49(X),fn_turgid_cell_93(X))
& has_part_2(fn_turgid_cell_49(X),fn_turgid_cell_93(X))
& has_function_2(fn_turgid_cell_100(X),fn_turgid_cell_99(X))
& base_2(fn_turgid_cell_99(X),fn_turgid_cell_100(X))
& concentration_2(fn_turgid_cell_93(X),fn_turgid_cell_47(X))
& has_part_2(fn_turgid_cell_82(X),fn_turgid_cell_90(X))
& has_region_2(fn_turgid_cell_82(X),fn_turgid_cell_55(X))
& same_type_2(fn_turgid_cell_33(X),fn_turgid_cell_63(X))
& same_type_2(fn_turgid_cell_63(X),fn_turgid_cell_33(X))
& object_2(fn_turgid_cell_37(X),fn_turgid_cell_33(X))
& instrument_2(fn_turgid_cell_37(X),fn_turgid_cell_31(X))
& possesses_2(fn_turgid_cell_66(X),fn_turgid_cell_31(X))
& is_at_2(fn_turgid_cell_33(X),fn_turgid_cell_34(X))
& has_part_2(fn_turgid_cell_66(X),fn_turgid_cell_33(X))
& base_2(fn_turgid_cell_38(X),fn_turgid_cell_66(X))
& from_value_2(fn_turgid_cell_38(X),fn_turgid_cell_40(X))
& volume_2(fn_turgid_cell_66(X),fn_turgid_cell_40(X))
& has_region_2(fn_turgid_cell_66(X),fn_turgid_cell_34(X))
& is_above_2(fn_turgid_cell_34(X),fn_turgid_cell_63(X))
& has_part_2(fn_turgid_cell_66(X),fn_turgid_cell_63(X))
& object_2(fn_turgid_cell_32(X),fn_turgid_cell_66(X))
& causes_2(fn_turgid_cell_32(X),fn_turgid_cell_38(X))
& base_2(fn_turgid_cell_36(X),fn_turgid_cell_66(X))
& donor_2(fn_turgid_cell_36(X),fn_turgid_cell_66(X))
& by_means_of_2(fn_turgid_cell_41(X),fn_turgid_cell_36(X))
& from_value_2(fn_turgid_cell_41(X),fn_turgid_cell_35(X))
& temperature_2(fn_turgid_cell_66(X),fn_turgid_cell_35(X))
& from_value_2(fn_turgid_cell_39(X),fn_turgid_cell_40(X))
& base_2(fn_turgid_cell_39(X),fn_turgid_cell_66(X))
& base_2(fn_turgid_cell_37(X),fn_turgid_cell_66(X))
& object_2(fn_turgid_cell_37(X),fn_turgid_cell_63(X))
& called_2(fn_turgid_cell_33(X),"1")
& agent_2(fn_turgid_cell_37(X),fn_turgid_cell_33(X))
& agent_2(fn_turgid_cell_37(X),fn_turgid_cell_63(X))
& has_part_2(fn_turgid_cell_82(X),fn_turgid_cell_52(X))
& is_across_2(fn_turgid_cell_52(X),fn_turgid_cell_82(X))
& is_inside_2(fn_turgid_cell_52(X),fn_turgid_cell_90(X))
& is_inside_2(fn_turgid_cell_89(X),fn_turgid_cell_90(X))
& has_part_2(fn_turgid_cell_82(X),fn_turgid_cell_89(X))
& fn_turgid_cell_52(X) != fn_turgid_cell_87(X)
& fn_turgid_cell_87(X) != fn_turgid_cell_88(X)
& fn_turgid_cell_87(X) != fn_turgid_cell_52(X)
& fn_turgid_cell_88(X) != fn_turgid_cell_87(X)
& has_part_2(fn_turgid_cell_82(X),fn_turgid_cell_88(X))
& has_region_2(fn_turgid_cell_82(X),fn_turgid_cell_53(X))
& is_across_2(fn_turgid_cell_52(X),fn_turgid_cell_53(X))
& is_outside_2(fn_turgid_cell_54(X),fn_turgid_cell_82(X))
& has_region_2(fn_turgid_cell_82(X),fn_turgid_cell_54(X))
& has_function_2(fn_turgid_cell_82(X),fn_turgid_cell_58(X))
& object_2(fn_turgid_cell_58(X),fn_turgid_cell_59(X))
& is_impermeable_to_2(fn_turgid_cell_82(X),fn_turgid_cell_59(X))
& has_part_2(fn_turgid_cell_82(X),fn_turgid_cell_87(X))
& base_2(fn_turgid_cell_57(X),fn_turgid_cell_82(X))
& has_function_2(fn_turgid_cell_82(X),fn_turgid_cell_57(X))
& is_at_2(fn_turgid_cell_52(X),fn_turgid_cell_82(X))
& has_region_2(fn_turgid_cell_52(X),fn_turgid_cell_54(X))
& in_event_2(fn_turgid_cell_61(X),fn_turgid_cell_62(X))
& plays_2(fn_turgid_cell_82(X),fn_turgid_cell_61(X))
& fn_turgid_cell_88(X) != fn_turgid_cell_52(X)
& called_2(fn_turgid_cell_88(X),'MP2')
& fn_turgid_cell_52(X) != fn_turgid_cell_88(X)
& is_impermeable_to_2(fn_turgid_cell_82(X),fn_turgid_cell_60(X))
& volume_2(fn_turgid_cell_69(X),fn_turgid_cell_76(X))
& quantity_2(fn_turgid_cell_92(X),fn_turgid_cell_48(X))
& directly_proportional_2(fn_turgid_cell_47(X),fn_turgid_cell_48(X))
& volume_2(fn_turgid_cell_71(X),fn_turgid_cell_78(X))
& object_2(fn_turgid_cell_58(X),fn_turgid_cell_60(X))
& is_between_2(fn_turgid_cell_100(X),fn_turgid_cell_49(X))
& is_between_2(fn_turgid_cell_82(X),fn_turgid_cell_49(X))
& is_between_2(fn_turgid_cell_100(X),fn_turgid_cell_50(X))
& is_between_2(fn_turgid_cell_82(X),fn_turgid_cell_50(X))
& object_2(fn_turgid_cell_99(X),fn_turgid_cell_66(X))
& is_between_2(fn_turgid_cell_98(X),fn_turgid_cell_49(X))
& is_between_2(fn_turgid_cell_98(X),fn_turgid_cell_50(X))
& object_2(fn_turgid_cell_97(X),fn_turgid_cell_66(X))
& object_2(fn_turgid_cell_62(X),fn_turgid_cell_60(X))
& object_2(fn_turgid_cell_57(X),fn_turgid_cell_63(X))
& fn_turgid_cell_52(X) = fn_attach_1(fn_turgid_cell_56(X))
& fn_turgid_cell_70(X) = fn_expand_1(fn_turgid_cell_65(X))
& fn_turgid_cell_82(X) = fn_attach_2(fn_turgid_cell_56(X))
& fn_turgid_cell_70(X) = fn_passive_transport_1(fn_turgid_cell_68(X))
& fn_turgid_cell_51(X) = fn_passive_transport_of_solute_3(fn_turgid_cell_83(X))
& fn_turgid_cell_100(X) = fn_osmosis_22(fn_turgid_cell_68(X))
& fn_turgid_cell_64(X) = fn_expand_4(fn_turgid_cell_65(X))
& fn_turgid_cell_84(X) = fn_walled_cell_1(X)
& X = fn_expand_1(fn_turgid_cell_104(X))
& fn_turgid_cell_73(X) = fn_increase_1(fn_turgid_cell_67(X))
& fn_turgid_cell_75(X) = fn_increase_2(fn_turgid_cell_67(X))
& fn_turgid_cell_74(X) = fn_increase_3(fn_turgid_cell_67(X))
& fn_turgid_cell_72(X) = fn_increase_4(fn_turgid_cell_67(X))
& fn_turgid_cell_101(X) = fn_cell_29(fn_turgid_cell_103(X))
& fn_turgid_cell_102(X) = fn_cell_28(fn_turgid_cell_103(X))
& fn_turgid_cell_46(X) = fn_cell_23(fn_turgid_cell_70(X))
& fn_turgid_cell_64(X) = fn_cell_22(fn_turgid_cell_70(X))
& fn_turgid_cell_100(X) = fn_cell_30(fn_turgid_cell_70(X))
& fn_turgid_cell_70(X) = fn_cytoplasm_7(fn_turgid_cell_69(X))
& fn_turgid_cell_69(X) = fn_cell_28(fn_turgid_cell_70(X))
& fn_turgid_cell_105(X) = fn_passive_transport_9(fn_turgid_cell_68(X))
& fn_turgid_cell_95(X) = fn_passive_transport_29(fn_turgid_cell_68(X))
& fn_turgid_cell_106(X) = fn_passive_transport_7(fn_turgid_cell_68(X))
& fn_turgid_cell_94(X) = fn_passive_transport_8(fn_turgid_cell_68(X))
& fn_turgid_cell_96(X) = fn_passive_transport_6(fn_turgid_cell_68(X))
& fn_turgid_cell_99(X) = fn_passive_transport_24(fn_turgid_cell_68(X))
& fn_turgid_cell_97(X) = fn_passive_transport_22(fn_turgid_cell_68(X))
& fn_turgid_cell_98(X) = fn_passive_transport_of_water_3(fn_turgid_cell_68(X))
& fn_turgid_cell_49(X) = fn_passive_transport_of_water_1(fn_turgid_cell_68(X))
& fn_turgid_cell_92(X) = fn_passive_transport_of_water_3(fn_turgid_cell_68(X))
& fn_turgid_cell_50(X) = fn_passive_transport_of_water_2(fn_turgid_cell_68(X))
& fn_turgid_cell_66(X) = fn_aqueous_solution_14(fn_turgid_cell_49(X))
& fn_turgid_cell_66(X) = fn_hypotonic_solution_3(fn_turgid_cell_49(X))
& fn_turgid_cell_50(X) = fn_hypotonic_solution_2(fn_turgid_cell_49(X))
& fn_turgid_cell_44(X) = fn_cell_23(X)
& fn_turgid_cell_45(X) = fn_cell_10(X)
& fn_turgid_cell_55(X) = fn_cell_27(X)
& fn_turgid_cell_82(X) = fn_cell_30(X)
& fn_turgid_cell_85(X) = fn_cell_14(X)
& fn_turgid_cell_86(X) = fn_mixture_1(fn_turgid_cell_71(X))
& fn_turgid_cell_86(X) = fn_cytoplasm_8(fn_turgid_cell_71(X))
& fn_turgid_cell_86(X) = fn_cell_29(X)
& X = fn_cytoplasm_7(fn_turgid_cell_71(X))
& fn_turgid_cell_71(X) = fn_cell_28(X)
& fn_turgid_cell_90(X) = fn_cell_26(X)
& fn_turgid_cell_91(X) = fn_cell_4(X)
& fn_turgid_cell_80(X) = fn_cell_11(X)
& fn_turgid_cell_81(X) = fn_cell_22(X)
& fn_turgid_cell_49(X) = fn_concentration_gradient_9(fn_turgid_cell_92(X))
& fn_turgid_cell_49(X) = fn_concentration_gradient_8(fn_turgid_cell_92(X))
& fn_turgid_cell_93(X) = fn_concentration_gradient_5(fn_turgid_cell_98(X))
& fn_turgid_cell_99(X) = fn_plasma_membrane_74(fn_turgid_cell_100(X))
& fn_turgid_cell_43(X) = fn_hypotonic_solution_8(fn_turgid_cell_49(X))
& fn_turgid_cell_43(X) = fn_concentration_gradient_2(fn_turgid_cell_92(X))
& fn_turgid_cell_43(X) = fn_concentration_gradient_1(fn_turgid_cell_92(X))
& fn_turgid_cell_93(X) = fn_hypotonic_solution_7(fn_turgid_cell_49(X))
& fn_turgid_cell_47(X) = fn_hypotonic_solution_6(fn_turgid_cell_49(X))
& fn_turgid_cell_93(X) = fn_concentration_gradient_6(fn_turgid_cell_92(X))
& fn_turgid_cell_47(X) = fn_concentration_gradient_4(fn_turgid_cell_92(X))
& fn_turgid_cell_93(X) = fn_concentration_gradient_5(fn_turgid_cell_92(X))
& fn_turgid_cell_90(X) = fn_biomembrane_63(fn_turgid_cell_82(X))
& fn_turgid_cell_55(X) = fn_plasma_membrane_66(fn_turgid_cell_82(X))
& fn_turgid_cell_63(X) = fn_move_1(fn_turgid_cell_57(X))
& fn_turgid_cell_60(X) = fn_block_1(fn_turgid_cell_62(X))
& fn_turgid_cell_66(X) = fn_thermal_motion_5(fn_turgid_cell_97(X))
& fn_turgid_cell_50(X) = fn_concentration_gradient_8(fn_turgid_cell_98(X))
& fn_turgid_cell_49(X) = fn_concentration_gradient_9(fn_turgid_cell_98(X))
& fn_turgid_cell_99(X) = fn_water_95(fn_turgid_cell_66(X))
& fn_turgid_cell_50(X) = fn_plasma_membrane_70(fn_turgid_cell_82(X))
& fn_turgid_cell_50(X) = fn_plasma_membrane_70(fn_turgid_cell_100(X))
& fn_turgid_cell_49(X) = fn_plasma_membrane_77(fn_turgid_cell_82(X))
& fn_turgid_cell_49(X) = fn_plasma_membrane_77(fn_turgid_cell_100(X))
& fn_turgid_cell_60(X) = fn_biomembrane_99(fn_turgid_cell_82(X))
& fn_turgid_cell_79(X) = fn_substance_4(fn_turgid_cell_71(X))
& fn_turgid_cell_78(X) = fn_substance_3(fn_turgid_cell_71(X))
& fn_turgid_cell_42(X) = fn_concentration_gradient_10(fn_turgid_cell_92(X))
& fn_turgid_cell_47(X) = fn_concentration_gradient_3(fn_turgid_cell_92(X))
& fn_turgid_cell_48(X) = fn_concentration_gradient_7(fn_turgid_cell_92(X))
& fn_turgid_cell_77(X) = fn_substance_4(fn_turgid_cell_69(X))
& fn_turgid_cell_76(X) = fn_substance_3(fn_turgid_cell_69(X))
& fn_turgid_cell_90(X) = fn_plasma_membrane_71(fn_turgid_cell_82(X))
& fn_turgid_cell_89(X) = fn_plasma_membrane_34(fn_turgid_cell_82(X))
& fn_turgid_cell_88(X) = fn_plasma_membrane_68(fn_turgid_cell_82(X))
& fn_turgid_cell_53(X) = fn_plasma_membrane_6(fn_turgid_cell_82(X))
& fn_turgid_cell_54(X) = fn_biomembrane_41(fn_turgid_cell_82(X))
& fn_turgid_cell_58(X) = fn_biomembrane_102(fn_turgid_cell_82(X))
& fn_turgid_cell_58(X) = fn_plasma_membrane_96(fn_turgid_cell_82(X))
& fn_turgid_cell_58(X) = fn_biomembrane_101(fn_turgid_cell_82(X))
& fn_turgid_cell_58(X) = fn_plasma_membrane_33(fn_turgid_cell_82(X))
& fn_turgid_cell_59(X) = fn_plasma_membrane_50(fn_turgid_cell_82(X))
& fn_turgid_cell_87(X) = fn_plasma_membrane_54(fn_turgid_cell_82(X))
& fn_turgid_cell_57(X) = fn_plasma_membrane_74(fn_turgid_cell_82(X))
& fn_turgid_cell_52(X) = fn_plasma_membrane_4(fn_turgid_cell_82(X))
& fn_turgid_cell_52(X) = fn_plasma_membrane_3(fn_turgid_cell_82(X))
& fn_turgid_cell_54(X) = fn_plasma_membrane_65(fn_turgid_cell_82(X))
& fn_turgid_cell_62(X) = fn_plasma_membrane_31(fn_turgid_cell_82(X))
& fn_turgid_cell_61(X) = fn_plasma_membrane_30(fn_turgid_cell_82(X))
& fn_turgid_cell_52(X) = fn_plasma_membrane_55(fn_turgid_cell_82(X))
& fn_turgid_cell_88(X) = fn_plasma_membrane_54(fn_turgid_cell_82(X))
& fn_turgid_cell_60(X) = fn_plasma_membrane_98(fn_turgid_cell_82(X))
& fn_turgid_cell_31(X) = fn_water_107(fn_turgid_cell_66(X))
& fn_turgid_cell_34(X) = fn_water_14(fn_turgid_cell_66(X))
& fn_turgid_cell_32(X) = fn_water_101(fn_turgid_cell_66(X))
& fn_turgid_cell_38(X) = fn_water_87(fn_turgid_cell_66(X))
& fn_turgid_cell_36(X) = fn_water_94(fn_turgid_cell_66(X))
& fn_turgid_cell_41(X) = fn_water_97(fn_turgid_cell_66(X))
& fn_turgid_cell_29(X) = fn_water_76(fn_turgid_cell_66(X))
& fn_turgid_cell_40(X) = fn_water_89(fn_turgid_cell_66(X))
& fn_turgid_cell_39(X) = fn_water_88(fn_turgid_cell_66(X))
& fn_turgid_cell_33(X) = fn_water_98(fn_turgid_cell_66(X))
& fn_turgid_cell_30(X) = fn_water_92(fn_turgid_cell_66(X))
& fn_turgid_cell_35(X) = fn_water_93(fn_turgid_cell_66(X))
& fn_turgid_cell_37(X) = fn_water_78(fn_turgid_cell_66(X))
& fn_turgid_cell_63(X) = fn_water_83(fn_turgid_cell_66(X))
& fn_expand_4(fn_turgid_cell_65(X)) = fn_cell_22(fn_turgid_cell_70(X))
& fn_cell_22(fn_turgid_cell_70(X)) = fn_cell_22(fn_turgid_cell_70(X))
& fn_cell_22(fn_turgid_cell_70(X)) = fn_expand_1(fn_turgid_cell_65(X))
& fn_expand_1(fn_turgid_cell_65(X)) = fn_cytoplasm_7(fn_turgid_cell_69(X))
& fn_cytoplasm_7(fn_turgid_cell_69(X)) = fn_passive_transport_1(fn_turgid_cell_68(X))
& fn_passive_transport_1(fn_turgid_cell_68(X)) = fn_cytoplasm_7(fn_turgid_cell_69(X))
& fn_cytoplasm_7(fn_turgid_cell_69(X)) = fn_mixture_1(fn_turgid_cell_71(X))
& fn_mixture_1(fn_turgid_cell_71(X)) = fn_cytoplasm_8(fn_turgid_cell_71(X))
& fn_cell_29(X) = fn_cytoplasm_8(fn_turgid_cell_71(X))
& fn_cytoplasm_8(fn_turgid_cell_71(X)) = fn_cell_29(X)
& fn_cell_29(X) = fn_expand_1(fn_turgid_cell_104(X))
& fn_expand_1(fn_turgid_cell_104(X)) = fn_cytoplasm_7(fn_turgid_cell_71(X))
& fn_cytoplasm_7(fn_turgid_cell_71(X)) = fn_hypotonic_solution_8(fn_turgid_cell_49(X))
& fn_hypotonic_solution_8(fn_turgid_cell_49(X)) = fn_concentration_gradient_2(fn_turgid_cell_92(X))
& fn_concentration_gradient_2(fn_turgid_cell_92(X)) = fn_concentration_gradient_2(fn_turgid_cell_92(X))
& fn_concentration_gradient_2(fn_turgid_cell_92(X)) = fn_concentration_gradient_1(fn_turgid_cell_92(X))
& fn_concentration_gradient_1(fn_turgid_cell_92(X)) = fn_hypotonic_solution_7(fn_turgid_cell_49(X))
& fn_hypotonic_solution_7(fn_turgid_cell_49(X)) = fn_concentration_gradient_6(fn_turgid_cell_92(X))
& fn_concentration_gradient_6(fn_turgid_cell_92(X)) = fn_hypotonic_solution_7(fn_turgid_cell_49(X))
& fn_hypotonic_solution_7(fn_turgid_cell_49(X)) = fn_hypotonic_solution_7(fn_turgid_cell_49(X))
& fn_concentration_gradient_5(fn_turgid_cell_92(X)) = fn_concentration_gradient_5(fn_turgid_cell_98(X))
& fn_concentration_gradient_5(fn_turgid_cell_98(X)) = fn_concentration_gradient_5(fn_turgid_cell_92(X))
& fn_concentration_gradient_5(fn_turgid_cell_92(X)) = fn_hypotonic_solution_7(fn_turgid_cell_49(X))
& fn_hypotonic_solution_7(fn_turgid_cell_49(X)) = fn_concentration_gradient_5(fn_turgid_cell_98(X))
& fn_concentration_gradient_5(fn_turgid_cell_98(X)) = fn_hypotonic_solution_7(fn_turgid_cell_49(X))
& fn_hypotonic_solution_7(fn_turgid_cell_49(X)) = fn_concentration_gradient_5(fn_turgid_cell_92(X))
& fn_concentration_gradient_5(fn_turgid_cell_92(X)) = fn_cell_27(X)
& fn_cell_27(X) = fn_cell_27(X)
& fn_cell_27(X) = fn_plasma_membrane_66(fn_turgid_cell_82(X))
& fn_plasma_membrane_66(fn_turgid_cell_82(X)) = fn_passive_transport_24(fn_turgid_cell_68(X))
& fn_passive_transport_24(fn_turgid_cell_68(X)) = fn_passive_transport_24(fn_turgid_cell_68(X))
& fn_passive_transport_24(fn_turgid_cell_68(X)) = fn_plasma_membrane_74(fn_turgid_cell_100(X))
& fn_plasma_membrane_74(fn_turgid_cell_100(X)) = fn_plasma_membrane_74(fn_turgid_cell_100(X))
& fn_plasma_membrane_74(fn_turgid_cell_100(X)) = fn_water_95(fn_turgid_cell_66(X))
& fn_water_95(fn_turgid_cell_66(X)) = fn_passive_transport_of_water_2(fn_turgid_cell_68(X))
& fn_passive_transport_of_water_2(fn_turgid_cell_68(X)) = fn_passive_transport_of_water_2(fn_turgid_cell_68(X))
& fn_passive_transport_of_water_2(fn_turgid_cell_68(X)) = fn_hypotonic_solution_2(fn_turgid_cell_49(X))
& fn_hypotonic_solution_2(fn_turgid_cell_49(X)) = fn_hypotonic_solution_2(fn_turgid_cell_49(X))
& fn_hypotonic_solution_2(fn_turgid_cell_49(X)) = fn_concentration_gradient_8(fn_turgid_cell_98(X))
& fn_concentration_gradient_8(fn_turgid_cell_98(X)) = fn_concentration_gradient_8(fn_turgid_cell_98(X))
& fn_concentration_gradient_8(fn_turgid_cell_98(X)) = fn_plasma_membrane_70(fn_turgid_cell_82(X))
& fn_plasma_membrane_70(fn_turgid_cell_82(X)) = fn_plasma_membrane_70(fn_turgid_cell_100(X))
& fn_plasma_membrane_70(fn_turgid_cell_100(X)) = fn_passive_transport_of_water_1(fn_turgid_cell_68(X))
& fn_passive_transport_of_water_1(fn_turgid_cell_68(X)) = fn_concentration_gradient_8(fn_turgid_cell_92(X))
& fn_concentration_gradient_8(fn_turgid_cell_92(X)) = fn_passive_transport_of_water_1(fn_turgid_cell_68(X))
& fn_concentration_gradient_9(fn_turgid_cell_92(X)) = fn_passive_transport_of_water_1(fn_turgid_cell_68(X))
& fn_passive_transport_of_water_1(fn_turgid_cell_68(X)) = fn_concentration_gradient_9(fn_turgid_cell_92(X))
& fn_concentration_gradient_9(fn_turgid_cell_92(X)) = fn_concentration_gradient_9(fn_turgid_cell_92(X))
& fn_concentration_gradient_9(fn_turgid_cell_98(X)) = fn_concentration_gradient_9(fn_turgid_cell_92(X))
& fn_concentration_gradient_9(fn_turgid_cell_92(X)) = fn_concentration_gradient_9(fn_turgid_cell_98(X))
& fn_concentration_gradient_9(fn_turgid_cell_98(X)) = fn_concentration_gradient_9(fn_turgid_cell_98(X))
& fn_concentration_gradient_9(fn_turgid_cell_98(X)) = fn_plasma_membrane_77(fn_turgid_cell_82(X))
& fn_plasma_membrane_77(fn_turgid_cell_82(X)) = fn_plasma_membrane_77(fn_turgid_cell_100(X))
& fn_plasma_membrane_77(fn_turgid_cell_100(X)) = fn_osmosis_22(fn_turgid_cell_68(X))
& fn_osmosis_22(fn_turgid_cell_68(X)) = fn_cell_30(fn_turgid_cell_70(X))
& fn_cell_30(fn_turgid_cell_70(X)) = fn_cell_30(fn_turgid_cell_70(X))
& fn_cell_30(fn_turgid_cell_70(X)) = fn_hypotonic_solution_6(fn_turgid_cell_49(X))
& fn_concentration_gradient_4(fn_turgid_cell_92(X)) = fn_hypotonic_solution_6(fn_turgid_cell_49(X))
& fn_hypotonic_solution_6(fn_turgid_cell_49(X)) = fn_concentration_gradient_4(fn_turgid_cell_92(X))
& fn_concentration_gradient_4(fn_turgid_cell_92(X)) = fn_concentration_gradient_4(fn_turgid_cell_92(X))
& fn_concentration_gradient_3(fn_turgid_cell_92(X)) = fn_concentration_gradient_4(fn_turgid_cell_92(X))
& fn_concentration_gradient_4(fn_turgid_cell_92(X)) = fn_concentration_gradient_3(fn_turgid_cell_92(X))
& fn_concentration_gradient_3(fn_turgid_cell_92(X)) = fn_concentration_gradient_3(fn_turgid_cell_92(X))
& fn_concentration_gradient_3(fn_turgid_cell_92(X)) = fn_cell_26(X)
& fn_cell_26(X) = fn_biomembrane_63(fn_turgid_cell_82(X))
& fn_biomembrane_63(fn_turgid_cell_82(X)) = fn_cell_26(X)
& fn_cell_26(X) = fn_plasma_membrane_71(fn_turgid_cell_82(X))
& fn_plasma_membrane_71(fn_turgid_cell_82(X)) = fn_plasma_membrane_71(fn_turgid_cell_82(X))
& fn_plasma_membrane_71(fn_turgid_cell_82(X)) = fn_biomembrane_102(fn_turgid_cell_82(X))
& fn_biomembrane_102(fn_turgid_cell_82(X)) = fn_plasma_membrane_96(fn_turgid_cell_82(X))
& fn_biomembrane_101(fn_turgid_cell_82(X)) = fn_plasma_membrane_96(fn_turgid_cell_82(X))
& fn_plasma_membrane_96(fn_turgid_cell_82(X)) = fn_biomembrane_101(fn_turgid_cell_82(X))
& fn_biomembrane_101(fn_turgid_cell_82(X)) = fn_biomembrane_101(fn_turgid_cell_82(X))
& fn_biomembrane_101(fn_turgid_cell_82(X)) = fn_plasma_membrane_33(fn_turgid_cell_82(X))
& fn_plasma_membrane_33(fn_turgid_cell_82(X)) = fn_plasma_membrane_33(fn_turgid_cell_82(X))
& fn_plasma_membrane_33(fn_turgid_cell_82(X)) = fn_plasma_membrane_65(fn_turgid_cell_82(X))
& fn_plasma_membrane_65(fn_turgid_cell_82(X)) = fn_biomembrane_41(fn_turgid_cell_82(X))
& fn_biomembrane_41(fn_turgid_cell_82(X)) = fn_plasma_membrane_65(fn_turgid_cell_82(X))
& fn_plasma_membrane_65(fn_turgid_cell_82(X)) = fn_plasma_membrane_65(fn_turgid_cell_82(X))
& fn_plasma_membrane_65(fn_turgid_cell_82(X)) = fn_plasma_membrane_68(fn_turgid_cell_82(X))
& fn_plasma_membrane_68(fn_turgid_cell_82(X)) = fn_plasma_membrane_68(fn_turgid_cell_82(X))
& fn_plasma_membrane_68(fn_turgid_cell_82(X)) = fn_plasma_membrane_54(fn_turgid_cell_82(X))
& fn_plasma_membrane_54(fn_turgid_cell_82(X)) = fn_plasma_membrane_54(fn_turgid_cell_82(X))
& fn_plasma_membrane_54(fn_turgid_cell_82(X)) = fn_attach_1(fn_turgid_cell_56(X))
& fn_attach_1(fn_turgid_cell_56(X)) = fn_plasma_membrane_4(fn_turgid_cell_82(X))
& fn_plasma_membrane_4(fn_turgid_cell_82(X)) = fn_plasma_membrane_4(fn_turgid_cell_82(X))
& fn_plasma_membrane_4(fn_turgid_cell_82(X)) = fn_plasma_membrane_3(fn_turgid_cell_82(X))
& fn_plasma_membrane_55(fn_turgid_cell_82(X)) = fn_plasma_membrane_3(fn_turgid_cell_82(X))
& fn_plasma_membrane_3(fn_turgid_cell_82(X)) = fn_plasma_membrane_55(fn_turgid_cell_82(X))
& fn_plasma_membrane_55(fn_turgid_cell_82(X)) = fn_plasma_membrane_55(fn_turgid_cell_82(X))
& fn_plasma_membrane_55(fn_turgid_cell_82(X)) = fn_block_1(fn_turgid_cell_62(X))
& fn_block_1(fn_turgid_cell_62(X)) = fn_biomembrane_99(fn_turgid_cell_82(X))
& fn_biomembrane_99(fn_turgid_cell_82(X)) = fn_biomembrane_99(fn_turgid_cell_82(X))
& fn_biomembrane_99(fn_turgid_cell_82(X)) = fn_plasma_membrane_98(fn_turgid_cell_82(X))
& fn_plasma_membrane_98(fn_turgid_cell_82(X)) = fn_attach_2(fn_turgid_cell_56(X))
& fn_attach_2(fn_turgid_cell_56(X)) = fn_cell_30(X)
& fn_cell_30(X) = fn_cell_30(X)
& fn_cell_30(X) = fn_aqueous_solution_14(fn_turgid_cell_49(X))
& fn_aqueous_solution_14(fn_turgid_cell_49(X)) = fn_hypotonic_solution_3(fn_turgid_cell_49(X))
& fn_hypotonic_solution_3(fn_turgid_cell_49(X)) = fn_hypotonic_solution_3(fn_turgid_cell_49(X))
& fn_hypotonic_solution_3(fn_turgid_cell_49(X)) = fn_thermal_motion_5(fn_turgid_cell_97(X))
& fn_thermal_motion_5(fn_turgid_cell_97(X)) = fn_move_1(fn_turgid_cell_57(X))
& fn_move_1(fn_turgid_cell_57(X)) = fn_water_83(fn_turgid_cell_66(X))
& fn_water_83(fn_turgid_cell_66(X)) = fn_water_83(fn_turgid_cell_66(X)) ) ) ).
fof(a533459,axiom,
! [X] :
( turgor_pressure_1(X)
=> ( original_name_2(X,'Turgor-Pressure')
& user_description_2(X,'Turgor Pressure is the pressure of the cell contents against the cell wall in plant cells.')
& concept2words_2(X,turgidity)
& concept2words_2(X,'pressure of turgor')
& concept2words_2(X,'turgor pressure')
& concept2words_2(X,'turgor-pressure')
& force_1(X) ) ) ).
fof(a533460,axiom,
! [X] :
( turner_syndrome_1(X)
=> ( original_name_2(X,'Turner-Syndrome')
& user_description_2(X,'a chromosomal abnormality in which all or part of one of the sex chromosomes is absent. Also refered to as Monosomy X.')
& concept2words_2(X,xo)
& concept2words_2(X,'syndrome of turner')
& concept2words_2(X,'turner syndrome')
& concept2words_2(X,'turner-syndrome')
& chromosomal_disorder_1(X)
& ~ achondroplasia_1(X)
& ~ alkaptonuria_1(X)
& ~ angelman_syndrome_1(X)
& ~ cri_du_chat_syndrome_1(X)
& ~ cystic_fibrosis_1(X)
& ~ down_syndrome_1(X)
& ~ huntingtons_disease_1(X)
& ~ klinefelter_syndrome_1(X)
& ~ multifactorial_genetic_disorder_1(X)
& ~ phenylketonuria_1(X)
& ~ polydactyly_1(X)
& ~ prader_willi_syndrome_1(X)
& ~ sex_linked_human_genetic_disorder_1(X)
& ~ sickle_cell_anemia_1(X)
& ~ tay_sachs_disease_1(X)
& ~ triple_x_1(X)
& person_1(fn_turner_syndrome_2(X))
& fertility_value_1(fn_turner_syndrome_3(X))
& has_condition_1(fn_turner_syndrome_5(X))
& person_1(fn_turner_syndrome_6(X))
& sex_value_1(fn_turner_syndrome_7(X))
& x_chromosome_1(fn_turner_syndrome_8(X))
& fertility_2(fn_turner_syndrome_2(X),fn_turner_syndrome_3(X))
& the_categorical_value_2(fn_turner_syndrome_3(X),sterile_0)
& object_2(fn_turner_syndrome_5(X),X)
& result_2(fn_turner_syndrome_5(X),fn_turner_syndrome_2(X))
& experiencer_2(fn_turner_syndrome_5(X),fn_turner_syndrome_6(X))
& has_part_2(fn_turner_syndrome_6(X),fn_turner_syndrome_8(X))
& exactCardinality(fn_turner_syndrome_6(X),has_part_0,"1",sex_chromosome_0)
& sex_2(fn_turner_syndrome_6(X),fn_turner_syndrome_7(X))
& the_categorical_value_2(fn_turner_syndrome_7(X),female_0) ) ) ).
fof(a533461,axiom,
! [X] :
( turnover_1(X)
=> ( original_name_2(X,'Turnover')
& user_description_2(X,'Vertical mixing of water in a lake, which occurs when surface water cools, becomes dense, and sinks.')
& concept2words_2(X,'turn over')
& concept2words_2(X,turnover)
& ecological_process_1(X) ) ) ).
fof(a533462,axiom,
! [X] :
( twenty_letter_amino_acid_code_1(X)
=> ( original_name_2(X,'Twenty-Letter-Amino-Acid-Code')
& user_description_2(X,'The code used to refer to amino acids which provides short names (one to three letters) for each amino acid.')
& concept2words_2(X,'twenty letter amino acid code')
& concept2words_2(X,'twenty-letter-amino-acid-code')
& chemical_representation_1(X) ) ) ).
fof(a533463,axiom,
! [X] :
( twin_study_1(X)
=> ( original_name_2(X,'Twin-Study')
& user_description_2(X,'A study that compares identical twins reared apart, to investigate the effects of genetics and environment on behavior and other traits.')
& concept2words_2(X,'study of twin')
& concept2words_2(X,'twin study')
& concept2words_2(X,'twin-study')
& discovery_science_1(X) ) ) ).
fof(a533464,axiom,
! [X] :
( twist_1(X)
=> ( original_name_2(X,'Twist')
& user_description_2(X,'The act of object being exerted pressure to modify itself or distort its shape.')
& concept2words_2(X,twist)
& change_of_shape_1(X)
& ~ alteration_of_mrna_ends_1(X)
& ~ coil_1(X)
& ~ conformational_change_1(X)
& ~ conversion_to_isomer_1(X)
& ~ detoxification_1(X)
& ~ evaporation_1(X)
& ~ fold_1(X)
& ~ freezing_1(X)
& ~ gene_therapy_1(X)
& ~ melting_1(X)
& ~ metamorphosis_1(X)
& ~ mutation_1(X)
& ~ post_translational_modification_1(X)
& ~ refract_1(X)
& ~ temperature_fluctuation_1(X)
& ~ transformation_1(X)
& entity_1(fn_twist_1(X))
& object_2(X,fn_twist_1(X)) ) ) ).
fof(a533465,axiom,
! [X] :
( two_cell_embryo_1(X)
=> ( original_name_2(X,'Two-Cell-Embryo')
& user_description_2(X,'An embryo that has divided into two cells is called a two cell embryo.')
& concept2words_2(X,'two cell embryo')
& concept2words_2(X,'two-cell-embryo')
& embryo_1(X)
& ~ abnormal_cloned_embryo_1(X)
& ~ animal_embryo_1(X)
& ~ cloned_embryo_1(X)
& ~ early_embryo_1(X)
& ~ eight_cell_embryo_1(X)
& ~ embryoid_1(X)
& ~ plant_embryo_1(X)
& ~ segmented_embryo_1(X)
& cell_1(fn_two_cell_embryo_1(X))
& has_part_2(X,fn_two_cell_embryo_1(X))
& exactCardinality(X,has_part_0,"2",cell_0) ) ) ).
fof(a533466,axiom,
! [X] :
( two_cell_stage_1(X)
=> ( original_name_2(X,'Two-Cell-Stage')
& user_description_2(X,'The developmental stage of an organism where the embryo has divided into two cells is called a two cell stage.')
& concept2words_2(X,'undergo the two cell stage')
& concept2words_2(X,'two cell stage')
& concept2words_2(X,'two-cell-stage')
& developmental_stage_1(X)
& ~ adulthood_1(X)
& ~ algae_bloom_1(X)
& ~ axes_formation_1(X)
& ~ blastulation_1(X)
& ~ eight_cell_stage_1(X)
& ~ embryogenesis_1(X)
& ~ fetal_stage_1(X)
& ~ follicular_phase_1(X)
& ~ juvenile_stage_1(X)
& ~ larval_stage_1(X)
& ~ menopause_1(X)
& ~ multinucleated_stage_1(X)
& ~ segment_formation_1(X)
& ~ sensitive_period_1(X)
& embryogenesis_1(fn_two_cell_stage_1(X))
& two_cell_embryo_1(fn_two_cell_stage_2(X))
& result_2(X,fn_two_cell_stage_2(X))
& subevent_2(fn_two_cell_stage_1(X),X) ) ) ).
fof(a533467,axiom,
! [X] :
( two_phosphoglycerate_1(X)
=> ( original_name_2(X,'Two-Phosphoglycerate')
& user_description_2(X,'In glycolysis, during energy payoff phase 2-phosphoglycerate is formed from 3-phosphoglycerate.')
& concept2words_2(X,'2 phosphoglycerate')
& concept2words_2(X,'2-phosphoglycerate')
& concept2words_2(X,'2 phosphoglyceric acid')
& concept2words_2(X,'2-phosphoglyceric-acid')
& concept2words_2(X,'2pg')
& concept2words_2(X,'glyceral 2 phosphate')
& concept2words_2(X,'glyceral-2-phosphate')
& concept2words_2(X,gp)
& concept2words_2(X,'two phosphoglycerate')
& concept2words_2(X,'two-phosphoglycerate')
& organic_molecule_1(X)
& phosphorylated_intermediate_1(X) ) ) ).
fof(a533468,axiom,
! [X] :
( tympanic_membrane_1(X)
=> ( original_name_2(X,'Tympanic-Membrane')
& user_description_2(X,'The eardrum; a membrane that separates the outer and middle portions of the ear.')
& concept2words_2(X,'ear drum')
& concept2words_2(X,'ear-drum')
& concept2words_2(X,'tympanic membrane')
& concept2words_2(X,'tympanic-membrane')
& sensory_organ_1(X) ) ) ).
fof(a533469,axiom,
! [X] :
( type_1_diabetes_mellitus_1(X)
=> ( original_name_2(X,'Type-1-Diabetes-Mellitus')
& user_description_2(X,'A form of diabetes that is caused by an autoimmune attack on the insulin-secreting cells of the pancreas.')
& concept2words_2(X,'type 1 diabetes mellitus')
& concept2words_2(X,'type-1-diabetes-mellitus')
& diabetes_mellitus_1(X)
& autoimmune_disease_1(X)
& ~ immunodeficiency_1(X)
& ~ lupus_1(X)
& ~ rheumatoid_arthritis_1(X)
& ~ type_2_diabetes_mellitus_1(X)
& ~ type_3_diabetes_mellitus_1(X) ) ) ).
fof(a533470,axiom,
! [X] :
( type_2_diabetes_mellitus_1(X)
=> ( original_name_2(X,'Type-2-Diabetes-Mellitus')
& user_description_2(X,'A form of diabetes that is caused by lifestyle factors such as obesity and diet.')
& concept2words_2(X,'type 2 diabetes mellitus')
& concept2words_2(X,'type-2-diabetes-mellitus')
& diabetes_mellitus_1(X)
& ~ type_1_diabetes_mellitus_1(X)
& ~ type_3_diabetes_mellitus_1(X) ) ) ).
fof(a533471,axiom,
! [X] :
( type_3_diabetes_mellitus_1(X)
=> ( original_name_2(X,'Type-3-Diabetes-Mellitus')
& user_description_2(X,'A form of diabetes that occurs in pregnancy, also known as gestational diabetes.')
& concept2words_2(X,'type 3 diabetes mellitus')
& concept2words_2(X,'type-3-diabetes-mellitus')
& diabetes_mellitus_1(X)
& ~ type_1_diabetes_mellitus_1(X)
& ~ type_2_diabetes_mellitus_1(X) ) ) ).
fof(a533472,axiom,
! [X] :
( tyrosine_1(X)
=> ( original_name_2(X,'Tyrosine')
& user_description_2(X,'One of the 20 most common amino acids which make up proteins.')
& concept2words_2(X,tyr)
& concept2words_2(X,tyrosine)
& polar_amino_acid_1(X)
& intensity_value_1(fn_tyrosine_3(X))
& intensity_value_1(fn_tyrosine_4(X))
& share_1(fn_tyrosine_5(X))
& hold_together_1(fn_tyrosine_6(X))
& hold_1(fn_tyrosine_7(X))
& hold_together_1(fn_tyrosine_7(X))
& share_1(fn_tyrosine_8(X))
& share_1(fn_tyrosine_9(X))
& share_1(fn_tyrosine_10(X))
& share_1(fn_tyrosine_11(X))
& share_1(fn_tyrosine_12(X))
& share_1(fn_tyrosine_13(X))
& hold_1(fn_tyrosine_14(X))
& hold_together_1(fn_tyrosine_14(X))
& hold_together_1(fn_tyrosine_15(X))
& hold_together_1(fn_tyrosine_16(X))
& entity_1(fn_tyrosine_17(X))
& tangible_entity_1(fn_tyrosine_17(X))
& electron_1(fn_tyrosine_17(X))
& valence_electron_1(fn_tyrosine_17(X))
& tangible_entity_1(fn_tyrosine_18(X))
& electron_1(fn_tyrosine_18(X))
& entity_1(fn_tyrosine_18(X))
& valence_electron_1(fn_tyrosine_18(X))
& kinetic_energy_1(fn_tyrosine_19(X))
& covalent_bond_1(fn_tyrosine_20(X))
& single_bond_1(fn_tyrosine_20(X))
& carboxyl_group_1(fn_tyrosine_21(X))
& amino_group_1(fn_tyrosine_22(X))
& polar_side_chain_1(fn_tyrosine_23(X))
& end_1(fn_tyrosine_24(X))
& polar_region_1(fn_tyrosine_25(X))
& constant_motion_1(fn_tyrosine_26(X))
& speed_value_1(fn_tyrosine_27(X))
& quantity_value_1(fn_tyrosine_28(X))
& hold_1(fn_tyrosine_29(X))
& hold_together_1(fn_tyrosine_29(X))
& hold_together_1(fn_tyrosine_30(X))
& hold_1(fn_tyrosine_31(X))
& hold_together_1(fn_tyrosine_31(X))
& electron_shell_1(fn_tyrosine_32(X))
& electron_shell_1(fn_tyrosine_33(X))
& electron_shell_1(fn_tyrosine_34(X))
& atomic_nucleus_1(fn_tyrosine_35(X))
& attract_1(fn_tyrosine_36(X))
& attract_1(fn_tyrosine_37(X))
& nonpolar_covalent_bond_1(fn_tyrosine_38(X))
& chemical_entity_1(fn_tyrosine_39(X))
& atom_1(fn_tyrosine_39(X))
& entity_1(fn_tyrosine_39(X))
& oxygen_1(fn_tyrosine_39(X))
& chemical_entity_1(fn_tyrosine_40(X))
& atom_1(fn_tyrosine_40(X))
& entity_1(fn_tyrosine_40(X))
& oxygen_1(fn_tyrosine_40(X))
& entity_1(fn_tyrosine_41(X))
& chemical_entity_1(fn_tyrosine_41(X))
& atom_1(fn_tyrosine_41(X))
& hydrogen_1(fn_tyrosine_41(X))
& chemical_entity_1(fn_tyrosine_42(X))
& tangible_entity_1(fn_tyrosine_42(X))
& entity_1(fn_tyrosine_42(X))
& atom_1(fn_tyrosine_42(X))
& nitrogen_1(fn_tyrosine_42(X))
& phosphoenolpyruvate_1(fn_tyrosine_43(X))
& synthesis_reaction_1(fn_tyrosine_44(X))
& repel_1(fn_tyrosine_45(X))
& hydrophobic_region_1(fn_tyrosine_46(X))
& carbon_skeleton_1(fn_tyrosine_47(X))
& entity_1(fn_tyrosine_48(X))
& chemical_entity_1(fn_tyrosine_48(X))
& atom_1(fn_tyrosine_48(X))
& hydrogen_1(fn_tyrosine_48(X))
& tangible_entity_1(fn_tyrosine_49(X))
& entity_1(fn_tyrosine_49(X))
& chemical_entity_1(fn_tyrosine_49(X))
& atom_1(fn_tyrosine_49(X))
& carbon_1(fn_tyrosine_49(X))
& solubility_value_1(fn_tyrosine_50(X))
& hydroxyl_group_1(fn_tyrosine_52(X))
& valence_electron_1(fn_tyrosine_53(X))
& share_1(fn_tyrosine_54(X))
& unequal_sharing_1(fn_tyrosine_54(X))
& covalent_bond_1(fn_tyrosine_55(X))
& polar_covalent_bond_1(fn_tyrosine_55(X))
& entity_1(fn_tyrosine_56(X))
& electron_1(fn_tyrosine_56(X))
& valence_electron_1(fn_tyrosine_56(X))
& share_1(fn_tyrosine_57(X))
& equal_sharing_1(fn_tyrosine_57(X))
& electron_1(fn_tyrosine_58(X))
& valence_electron_1(fn_tyrosine_58(X))
& share_1(fn_tyrosine_59(X))
& chemical_entity_1(fn_chemical_reaction_2(fn_tyrosine_44(X)))
& repel_1(fn_hydrophobic_region_2(fn_tyrosine_46(X)))
& property_node_1(fn_solubility_value_1(fn_tyrosine_50(X)))
& polar_covalent_bond_1(fn_hydroxyl_group_7(fn_tyrosine_52(X)))
& hold_together_1(fn_covalent_bond_14(fn_tyrosine_20(X)))
& hold_together_1(fn_covalent_bond_14(fn_tyrosine_55(X)))
& share_1(fn_covalent_bond_17(fn_tyrosine_55(X)))
& equal_sharing_1(fn_nonpolar_covalent_bond_27(fn_tyrosine_38(X)))
& entity_1(fn_share_2(fn_tyrosine_59(X)))
& valence_electron_1(fn_hydrogen_12(fn_tyrosine_41(X)))
& valence_electron_1(fn_covalent_bond_18(fn_tyrosine_55(X)))
& electron_1(fn_hydroxyl_group_8(fn_tyrosine_52(X)))
& valence_electron_1(fn_hydroxyl_group_8(fn_tyrosine_52(X)))
& share_1(fn_covalent_bond_17(fn_tyrosine_20(X)))
& unequal_sharing_1(fn_hydroxyl_group_5(fn_tyrosine_52(X)))
& hold_together_1(fn_nonpolar_covalent_bond_5(fn_tyrosine_38(X)))
& valence_electron_1(fn_covalent_bond_15(fn_tyrosine_20(X)))
& valence_electron_1(fn_nonpolar_covalent_bond_22(fn_tyrosine_38(X)))
& valence_electron_1(fn_covalent_bond_18(fn_tyrosine_20(X)))
& electron_1(fn_nonpolar_covalent_bond_26(fn_tyrosine_38(X)))
& valence_electron_1(fn_nonpolar_covalent_bond_26(fn_tyrosine_38(X)))
& atomic_nucleus_1(fn_nonpolar_covalent_bond_23(fn_tyrosine_38(X)))
& electron_shell_1(fn_covalent_bond_11(fn_tyrosine_20(X)))
& electron_shell_1(fn_covalent_bond_11(fn_tyrosine_55(X)))
& entity_1(fn_covalent_bond_20(fn_tyrosine_20(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_tyrosine_20(X)))
& atom_1(fn_covalent_bond_20(fn_tyrosine_20(X)))
& electron_shell_1(fn_nonpolar_covalent_bond_21(fn_tyrosine_38(X)))
& electron_shell_1(fn_covalent_bond_12(fn_tyrosine_55(X)))
& electron_shell_1(fn_nonpolar_covalent_bond_25(fn_tyrosine_38(X)))
& entity_1(fn_attract_2(fn_tyrosine_37(X)))
& entity_1(fn_covalent_bond_20(fn_tyrosine_55(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_tyrosine_55(X)))
& atom_1(fn_covalent_bond_20(fn_tyrosine_55(X)))
& oxygen_1(fn_hydroxyl_group_4(fn_tyrosine_52(X)))
& entity_1(fn_share_3(fn_tyrosine_54(X)))
& entity_1(fn_share_3(fn_tyrosine_59(X)))
& entity_1(fn_share_1(fn_tyrosine_59(X)))
& tangible_entity_1(fn_hold_2(fn_tyrosine_30(X)))
& tangible_entity_1(fn_hold_2(fn_tyrosine_31(X)))
& tangible_entity_1(fn_hold_2(fn_tyrosine_29(X)))
& entity_1(fn_nonpolar_covalent_bond_28(fn_tyrosine_38(X)))
& chemical_entity_1(fn_nonpolar_covalent_bond_28(fn_tyrosine_38(X)))
& atom_1(fn_nonpolar_covalent_bond_28(fn_tyrosine_38(X)))
& entity_1(fn_attract_2(fn_tyrosine_36(X)))
& entity_1(fn_share_1(fn_tyrosine_54(X)))
& entity_1(fn_nonpolar_covalent_bond_29(fn_tyrosine_38(X)))
& chemical_entity_1(fn_nonpolar_covalent_bond_29(fn_tyrosine_38(X)))
& atom_1(fn_nonpolar_covalent_bond_29(fn_tyrosine_38(X)))
& hydrogen_1(fn_hydroxyl_group_6(fn_tyrosine_52(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_tyrosine_44(X)))
& chemical_entity_1(fn_functional_group_1(fn_tyrosine_52(X)))
& agent_2(fn_tyrosine_54(X),fn_tyrosine_48(X))
& result_2(fn_tyrosine_54(X),fn_tyrosine_38(X))
& the_scalar_value_2(fn_tyrosine_50(X),insoluble_0)
& scalar_unit_class_2(fn_tyrosine_50(X),molecule_0)
& facilitates_2(fn_tyrosine_46(X),fn_tyrosine_45(X))
& agent_2(fn_tyrosine_45(X),X)
& solubility_in_water_2(X,fn_tyrosine_50(X))
& has_function_2(X,fn_tyrosine_45(X))
& has_region_2(X,fn_tyrosine_46(X))
& possesses_2(X,fn_tyrosine_55(X))
& possesses_2(X,fn_tyrosine_38(X))
& fn_tyrosine_41(X) != fn_tyrosine_40(X)
& fn_tyrosine_40(X) != fn_tyrosine_41(X)
& is_between_2(fn_tyrosine_38(X),fn_tyrosine_39(X))
& greater_than_2(fn_tyrosine_3(X),fn_tyrosine_4(X))
& intensity_2(fn_tyrosine_37(X),fn_tyrosine_4(X))
& intensity_2(fn_tyrosine_36(X),fn_tyrosine_3(X))
& object_2(fn_tyrosine_30(X),fn_tyrosine_39(X))
& object_2(fn_tyrosine_29(X),fn_tyrosine_42(X))
& is_inside_2(fn_tyrosine_24(X),fn_tyrosine_23(X))
& object_2(fn_tyrosine_59(X),fn_tyrosine_56(X))
& agent_2(fn_tyrosine_54(X),fn_tyrosine_49(X))
& agent_2(fn_tyrosine_37(X),fn_tyrosine_39(X))
& agent_2(fn_tyrosine_54(X),fn_tyrosine_42(X))
& agent_2(fn_tyrosine_36(X),fn_tyrosine_41(X))
& agent_2(fn_tyrosine_59(X),fn_tyrosine_49(X))
& object_2(fn_tyrosine_30(X),fn_tyrosine_49(X))
& object_2(fn_tyrosine_31(X),fn_tyrosine_49(X))
& object_2(fn_tyrosine_29(X),fn_tyrosine_49(X))
& raw_material_2(fn_tyrosine_44(X),fn_tyrosine_43(X))
& result_2(fn_tyrosine_44(X),X)
& site_2(fn_tyrosine_45(X),fn_tyrosine_46(X))
& has_region_2(X,fn_tyrosine_52(X))
& has_part_2(fn_tyrosine_41(X),fn_tyrosine_56(X))
& object_2(fn_tyrosine_29(X),fn_tyrosine_48(X))
& agent_2(fn_tyrosine_57(X),fn_tyrosine_40(X))
& object_2(fn_tyrosine_29(X),fn_tyrosine_40(X))
& agent_2(fn_tyrosine_57(X),fn_tyrosine_49(X))
& is_between_2(fn_tyrosine_38(X),fn_tyrosine_40(X))
& object_2(fn_tyrosine_54(X),fn_tyrosine_53(X))
& object_2(fn_tyrosine_31(X),fn_tyrosine_40(X))
& object_2(fn_tyrosine_54(X),fn_tyrosine_58(X))
& has_function_2(fn_tyrosine_20(X),fn_tyrosine_29(X))
& agent_2(fn_tyrosine_29(X),fn_tyrosine_20(X))
& result_2(fn_tyrosine_54(X),fn_tyrosine_20(X))
& agent_2(fn_tyrosine_54(X),fn_tyrosine_40(X))
& has_region_2(fn_tyrosine_40(X),fn_tyrosine_34(X))
& has_region_2(X,fn_tyrosine_23(X))
& is_inside_2(fn_tyrosine_25(X),fn_tyrosine_23(X))
& has_region_2(X,fn_tyrosine_25(X))
& object_2(fn_tyrosine_29(X),fn_tyrosine_39(X))
& object_2(fn_tyrosine_57(X),fn_tyrosine_56(X))
& result_2(fn_tyrosine_57(X),fn_tyrosine_55(X))
& agent_2(fn_tyrosine_57(X),fn_tyrosine_39(X))
& has_region_2(fn_tyrosine_39(X),fn_tyrosine_34(X))
& fn_tyrosine_32(X) != fn_tyrosine_34(X)
& fn_tyrosine_34(X) != fn_tyrosine_32(X)
& object_2(fn_tyrosine_57(X),fn_tyrosine_58(X))
& result_2(fn_tyrosine_57(X),fn_tyrosine_38(X))
& object_2(fn_tyrosine_57(X),fn_tyrosine_53(X))
& fn_tyrosine_56(X) != fn_tyrosine_53(X)
& fn_tyrosine_53(X) != fn_tyrosine_56(X)
& is_inside_2(fn_tyrosine_41(X),fn_tyrosine_52(X))
& agent_2(fn_tyrosine_54(X),fn_tyrosine_41(X))
& object_2(fn_tyrosine_54(X),fn_tyrosine_56(X))
& is_inside_2(fn_tyrosine_39(X),fn_tyrosine_52(X))
& agent_2(fn_tyrosine_54(X),fn_tyrosine_39(X))
& result_2(fn_tyrosine_54(X),fn_tyrosine_55(X))
& fn_tyrosine_48(X) != fn_tyrosine_39(X)
& fn_tyrosine_39(X) != fn_tyrosine_48(X)
& possesses_2(X,fn_tyrosine_19(X))
& quantity_2(fn_tyrosine_19(X),fn_tyrosine_28(X))
& directly_proportional_2(fn_tyrosine_27(X),fn_tyrosine_28(X))
& speed_2(fn_tyrosine_26(X),fn_tyrosine_27(X))
& object_2(fn_tyrosine_26(X),X)
& object_2(fn_tyrosine_12(X),fn_tyrosine_17(X))
& has_region_2(X,fn_tyrosine_21(X))
& object_2(fn_tyrosine_9(X),fn_tyrosine_18(X))
& has_region_2(X,fn_tyrosine_22(X))
& object_2(fn_tyrosine_8(X),fn_tyrosine_18(X))
& has_region_2(X,fn_tyrosine_24(X))
& object_2(fn_tyrosine_7(X),fn_tyrosine_48(X))
& has_part_2(X,fn_tyrosine_41(X))
& has_part_2(X,fn_tyrosine_48(X))
& has_part_2(fn_tyrosine_48(X),fn_tyrosine_58(X))
& has_part_2(X,fn_tyrosine_39(X))
& object_2(fn_tyrosine_15(X),fn_tyrosine_39(X))
& object_2(fn_tyrosine_15(X),fn_tyrosine_49(X))
& object_2(fn_tyrosine_16(X),fn_tyrosine_49(X))
& object_2(fn_tyrosine_16(X),fn_tyrosine_40(X))
& object_2(fn_tyrosine_11(X),fn_tyrosine_17(X))
& object_2(fn_tyrosine_13(X),fn_tyrosine_17(X))
& agent_2(fn_tyrosine_13(X),fn_tyrosine_49(X))
& object_2(fn_tyrosine_14(X),fn_tyrosine_49(X))
& object_2(fn_tyrosine_14(X),fn_tyrosine_40(X))
& has_part_2(X,fn_tyrosine_40(X))
& agent_2(fn_tyrosine_12(X),fn_tyrosine_40(X))
& agent_2(fn_tyrosine_12(X),fn_tyrosine_49(X))
& agent_2(fn_tyrosine_10(X),fn_tyrosine_49(X))
& object_2(fn_tyrosine_10(X),fn_tyrosine_18(X))
& agent_2(fn_tyrosine_8(X),fn_tyrosine_49(X))
& agent_2(fn_tyrosine_8(X),fn_tyrosine_39(X))
& agent_2(fn_tyrosine_11(X),fn_tyrosine_39(X))
& agent_2(fn_tyrosine_11(X),fn_tyrosine_49(X))
& agent_2(fn_tyrosine_9(X),fn_tyrosine_49(X))
& has_part_2(X,fn_tyrosine_42(X))
& has_part_2(X,fn_tyrosine_49(X))
& object_2(fn_tyrosine_7(X),fn_tyrosine_49(X))
& object_2(fn_tyrosine_7(X),fn_tyrosine_40(X))
& agent_2(fn_tyrosine_9(X),fn_tyrosine_40(X))
& object_2(fn_tyrosine_6(X),fn_tyrosine_39(X))
& object_2(fn_tyrosine_6(X),fn_tyrosine_48(X))
& fn_tyrosine_48(X) != fn_tyrosine_41(X)
& fn_tyrosine_41(X) != fn_tyrosine_39(X)
& object_2(fn_tyrosine_7(X),fn_tyrosine_39(X))
& fn_tyrosine_41(X) != fn_tyrosine_48(X)
& fn_tyrosine_39(X) != fn_tyrosine_41(X)
& has_region_2(fn_tyrosine_49(X),fn_tyrosine_32(X))
& fn_tyrosine_40(X) != fn_tyrosine_49(X)
& fn_tyrosine_49(X) != fn_tyrosine_40(X)
& fn_tyrosine_39(X) != fn_tyrosine_49(X)
& fn_tyrosine_49(X) != fn_tyrosine_39(X)
& object_2(fn_tyrosine_6(X),fn_tyrosine_49(X))
& object_2(fn_tyrosine_6(X),fn_tyrosine_40(X))
& fn_tyrosine_40(X) != fn_tyrosine_48(X)
& fn_tyrosine_39(X) != fn_tyrosine_40(X)
& fn_tyrosine_40(X) != fn_tyrosine_39(X)
& fn_tyrosine_48(X) != fn_tyrosine_40(X)
& object_2(fn_tyrosine_5(X),fn_tyrosine_58(X))
& object_2(fn_tyrosine_5(X),fn_tyrosine_53(X))
& has_part_2(fn_tyrosine_42(X),fn_tyrosine_53(X))
& fn_tyrosine_53(X) != fn_tyrosine_58(X)
& fn_tyrosine_58(X) != fn_tyrosine_53(X)
& result_2(fn_tyrosine_5(X),fn_tyrosine_20(X))
& is_between_2(fn_tyrosine_20(X),fn_tyrosine_42(X))
& fn_tyrosine_42(X) != fn_tyrosine_48(X)
& has_region_2(fn_tyrosine_48(X),fn_tyrosine_35(X))
& is_near_2(fn_tyrosine_35(X),fn_tyrosine_58(X))
& fn_tyrosine_48(X) != fn_tyrosine_42(X)
& is_near_2(fn_tyrosine_58(X),fn_tyrosine_35(X))
& fn_tyrosine_49(X) != fn_tyrosine_41(X)
& is_inside_2(fn_tyrosine_41(X),fn_tyrosine_21(X))
& is_inside_2(fn_tyrosine_40(X),fn_tyrosine_21(X))
& has_region_2(fn_tyrosine_40(X),fn_tyrosine_33(X))
& fn_tyrosine_34(X) != fn_tyrosine_33(X)
& fn_tyrosine_41(X) != fn_tyrosine_49(X)
& fn_tyrosine_33(X) != fn_tyrosine_34(X)
& agent_2(fn_tyrosine_5(X),fn_tyrosine_48(X))
& agent_2(fn_tyrosine_5(X),fn_tyrosine_42(X))
& fn_tyrosine_42(X) != fn_tyrosine_49(X)
& is_inside_2(fn_tyrosine_49(X),fn_tyrosine_47(X))
& has_region_2(X,fn_tyrosine_47(X))
& fn_tyrosine_49(X) != fn_tyrosine_42(X)
& fn_tyrosine_49(X) != fn_tyrosine_48(X)
& is_inside_2(fn_tyrosine_49(X),fn_tyrosine_21(X))
& is_inside_2(fn_tyrosine_39(X),fn_tyrosine_21(X))
& has_region_2(fn_tyrosine_39(X),fn_tyrosine_33(X))
& fn_tyrosine_33(X) != fn_tyrosine_32(X)
& fn_tyrosine_48(X) != fn_tyrosine_49(X)
& fn_tyrosine_32(X) != fn_tyrosine_33(X)
& possesses_2(X,fn_tyrosine_20(X))
& is_between_2(fn_tyrosine_20(X),fn_tyrosine_48(X))
& is_inside_2(fn_tyrosine_48(X),fn_tyrosine_22(X))
& is_inside_2(fn_tyrosine_42(X),fn_tyrosine_22(X))
& fn_tyrosine_42(X) != fn_tyrosine_41(X)
& fn_tyrosine_41(X) != fn_tyrosine_42(X)
& fn_tyrosine_56(X) = fn_share_2(fn_tyrosine_59(X))
& fn_tyrosine_49(X) = fn_share_3(fn_tyrosine_54(X))
& fn_tyrosine_39(X) = fn_attract_2(fn_tyrosine_37(X))
& fn_tyrosine_42(X) = fn_share_1(fn_tyrosine_54(X))
& fn_tyrosine_41(X) = fn_attract_2(fn_tyrosine_36(X))
& fn_tyrosine_49(X) = fn_share_3(fn_tyrosine_59(X))
& fn_tyrosine_49(X) = fn_share_1(fn_tyrosine_59(X))
& fn_tyrosine_49(X) = fn_hold_2(fn_tyrosine_30(X))
& fn_tyrosine_49(X) = fn_hold_2(fn_tyrosine_31(X))
& fn_tyrosine_49(X) = fn_hold_2(fn_tyrosine_29(X))
& fn_tyrosine_43(X) = fn_chemical_reaction_2(fn_tyrosine_44(X))
& X = fn_chemical_reaction_1(fn_tyrosine_44(X))
& fn_tyrosine_45(X) = fn_hydrophobic_region_2(fn_tyrosine_46(X))
& X = fn_functional_group_1(fn_tyrosine_52(X))
& fn_tyrosine_51(X) = fn_solubility_value_1(fn_tyrosine_50(X))
& fn_tyrosine_56(X) = fn_hydrogen_12(fn_tyrosine_41(X))
& fn_tyrosine_29(X) = fn_nonpolar_covalent_bond_5(fn_tyrosine_38(X))
& fn_tyrosine_53(X) = fn_covalent_bond_15(fn_tyrosine_20(X))
& fn_tyrosine_31(X) = fn_covalent_bond_14(fn_tyrosine_20(X))
& fn_tyrosine_58(X) = fn_covalent_bond_18(fn_tyrosine_20(X))
& fn_tyrosine_34(X) = fn_covalent_bond_11(fn_tyrosine_20(X))
& fn_tyrosine_40(X) = fn_covalent_bond_20(fn_tyrosine_20(X))
& fn_tyrosine_54(X) = fn_covalent_bond_17(fn_tyrosine_20(X))
& fn_tyrosine_29(X) = fn_covalent_bond_14(fn_tyrosine_20(X))
& fn_tyrosine_25(X) = fn_polar_amino_acid_1(X)
& fn_tyrosine_23(X) = fn_polar_amino_acid_2(X)
& fn_tyrosine_29(X) = fn_covalent_bond_14(fn_tyrosine_55(X))
& fn_tyrosine_56(X) = fn_covalent_bond_18(fn_tyrosine_55(X))
& fn_tyrosine_32(X) = fn_covalent_bond_12(fn_tyrosine_55(X))
& fn_tyrosine_34(X) = fn_covalent_bond_11(fn_tyrosine_55(X))
& fn_tyrosine_39(X) = fn_covalent_bond_20(fn_tyrosine_55(X))
& fn_tyrosine_57(X) = fn_covalent_bond_17(fn_tyrosine_55(X))
& fn_tyrosine_56(X) = fn_nonpolar_covalent_bond_26(fn_tyrosine_38(X))
& fn_tyrosine_53(X) = fn_nonpolar_covalent_bond_22(fn_tyrosine_38(X))
& fn_tyrosine_57(X) = fn_nonpolar_covalent_bond_27(fn_tyrosine_38(X))
& fn_tyrosine_56(X) = fn_hydroxyl_group_8(fn_tyrosine_52(X))
& fn_tyrosine_41(X) = fn_hydroxyl_group_6(fn_tyrosine_52(X))
& fn_tyrosine_55(X) = fn_hydroxyl_group_7(fn_tyrosine_52(X))
& fn_tyrosine_54(X) = fn_hydroxyl_group_5(fn_tyrosine_52(X))
& fn_tyrosine_48(X) = fn_hydroxyl_group_6(fn_tyrosine_52(X))
& fn_tyrosine_39(X) = fn_hydroxyl_group_4(fn_tyrosine_52(X))
& fn_tyrosine_61(X) = fn_amino_acid_3(X)
& fn_tyrosine_60(X) = fn_amino_acid_4(X)
& fn_tyrosine_26(X) = fn_amino_acid_5(X)
& fn_tyrosine_27(X) = fn_amino_acid_6(X)
& fn_tyrosine_28(X) = fn_amino_acid_7(X)
& fn_tyrosine_19(X) = fn_amino_acid_16(X)
& fn_tyrosine_24(X) = fn_hydrophilic_amino_acid_23(X)
& fn_tyrosine_16(X) = fn_hydrophilic_amino_acid_16(X)
& fn_tyrosine_15(X) = fn_hydrophilic_amino_acid_15(X)
& fn_tyrosine_14(X) = fn_hydrophilic_amino_acid_7(X)
& fn_tyrosine_13(X) = fn_hydrophilic_amino_acid_19(X)
& fn_tyrosine_17(X) = fn_hydrophilic_amino_acid_22(X)
& fn_tyrosine_18(X) = fn_hydrophilic_amino_acid_6(X)
& fn_tyrosine_10(X) = fn_hydrophilic_amino_acid_5(X)
& fn_tyrosine_12(X) = fn_hydrophilic_amino_acid_18(X)
& fn_tyrosine_11(X) = fn_hydrophilic_amino_acid_17(X)
& fn_tyrosine_8(X) = fn_hydrophilic_amino_acid_3(X)
& fn_tyrosine_9(X) = fn_hydrophilic_amino_acid_4(X)
& fn_tyrosine_7(X) = fn_hydrophilic_amino_acid_2(X)
& fn_tyrosine_7(X) = fn_hydrophilic_amino_acid_7(X)
& fn_tyrosine_40(X) = fn_nonpolar_covalent_bond_28(fn_tyrosine_38(X))
& fn_tyrosine_48(X) = fn_hydrophilic_amino_acid_33(X)
& fn_tyrosine_39(X) = fn_hydrophilic_amino_acid_32(X)
& fn_tyrosine_40(X) = fn_hydrophilic_amino_acid_31(X)
& fn_tyrosine_6(X) = fn_nonpolar_covalent_bond_5(fn_tyrosine_38(X))
& fn_tyrosine_49(X) = fn_nonpolar_covalent_bond_28(fn_tyrosine_38(X))
& fn_tyrosine_6(X) = fn_hydrophilic_amino_acid_1(X)
& fn_tyrosine_53(X) = fn_hydrophilic_amino_acid_12(X)
& fn_tyrosine_58(X) = fn_nonpolar_covalent_bond_26(fn_tyrosine_38(X))
& fn_tyrosine_58(X) = fn_hydrophilic_amino_acid_11(X)
& fn_tyrosine_48(X) = fn_nonpolar_covalent_bond_29(fn_tyrosine_38(X))
& fn_tyrosine_35(X) = fn_nonpolar_covalent_bond_23(fn_tyrosine_38(X))
& fn_tyrosine_35(X) = fn_hydrophilic_amino_acid_9(X)
& fn_tyrosine_34(X) = fn_hydrophilic_amino_acid_20(X)
& fn_tyrosine_40(X) = fn_nonpolar_covalent_bond_29(fn_tyrosine_38(X))
& fn_tyrosine_40(X) = fn_hydrophilic_amino_acid_32(X)
& fn_tyrosine_47(X) = fn_hydrophilic_amino_acid_27(X)
& fn_tyrosine_5(X) = fn_hydrophilic_amino_acid_8(X)
& fn_tyrosine_33(X) = fn_nonpolar_covalent_bond_25(fn_tyrosine_38(X))
& fn_tyrosine_32(X) = fn_nonpolar_covalent_bond_21(fn_tyrosine_38(X))
& fn_tyrosine_32(X) = fn_hydrophilic_amino_acid_20(X)
& fn_tyrosine_33(X) = fn_hydrophilic_amino_acid_21(X)
& fn_tyrosine_39(X) = fn_hydrophilic_amino_acid_31(X)
& fn_tyrosine_21(X) = fn_hydrophilic_amino_acid_26(X)
& fn_tyrosine_49(X) = fn_hydrophilic_amino_acid_34(X)
& fn_tyrosine_41(X) = fn_hydrophilic_amino_acid_33(X)
& fn_tyrosine_42(X) = fn_hydrophilic_amino_acid_29(X)
& fn_tyrosine_22(X) = fn_hydrophilic_amino_acid_25(X)
& fn_tyrosine_48(X) = fn_hydrophilic_amino_acid_30(X)
& fn_tyrosine_20(X) = fn_hydrophilic_amino_acid_28(X)
& fn_nonpolar_covalent_bond_5(fn_tyrosine_38(X)) = fn_nonpolar_covalent_bond_5(fn_tyrosine_38(X))
& fn_nonpolar_covalent_bond_5(fn_tyrosine_38(X)) = fn_covalent_bond_14(fn_tyrosine_20(X))
& fn_covalent_bond_14(fn_tyrosine_20(X)) = fn_covalent_bond_14(fn_tyrosine_20(X))
& fn_covalent_bond_14(fn_tyrosine_20(X)) = fn_covalent_bond_14(fn_tyrosine_55(X))
& fn_covalent_bond_14(fn_tyrosine_55(X)) = fn_nonpolar_covalent_bond_27(fn_tyrosine_38(X))
& fn_nonpolar_covalent_bond_27(fn_tyrosine_38(X)) = fn_covalent_bond_17(fn_tyrosine_55(X))
& fn_covalent_bond_17(fn_tyrosine_55(X)) = fn_covalent_bond_17(fn_tyrosine_55(X))
& fn_covalent_bond_17(fn_tyrosine_55(X)) = fn_nonpolar_covalent_bond_27(fn_tyrosine_38(X))
& fn_nonpolar_covalent_bond_27(fn_tyrosine_38(X)) = fn_nonpolar_covalent_bond_27(fn_tyrosine_38(X))
& fn_nonpolar_covalent_bond_27(fn_tyrosine_38(X)) = fn_share_2(fn_tyrosine_59(X))
& fn_share_2(fn_tyrosine_59(X)) = fn_hydrogen_12(fn_tyrosine_41(X))
& fn_hydrogen_12(fn_tyrosine_41(X)) = fn_hydrogen_12(fn_tyrosine_41(X))
& fn_hydrogen_12(fn_tyrosine_41(X)) = fn_covalent_bond_18(fn_tyrosine_55(X))
& fn_covalent_bond_18(fn_tyrosine_55(X)) = fn_covalent_bond_18(fn_tyrosine_55(X))
& fn_covalent_bond_18(fn_tyrosine_55(X)) = fn_nonpolar_covalent_bond_26(fn_tyrosine_38(X))
& fn_nonpolar_covalent_bond_26(fn_tyrosine_38(X)) = fn_hydroxyl_group_8(fn_tyrosine_52(X))
& fn_hydroxyl_group_8(fn_tyrosine_52(X)) = fn_covalent_bond_17(fn_tyrosine_20(X))
& fn_covalent_bond_17(fn_tyrosine_20(X)) = fn_covalent_bond_17(fn_tyrosine_20(X))
& fn_covalent_bond_17(fn_tyrosine_20(X)) = fn_hydroxyl_group_5(fn_tyrosine_52(X))
& fn_hydroxyl_group_5(fn_tyrosine_52(X)) = fn_hydroxyl_group_5(fn_tyrosine_52(X))
& fn_hydroxyl_group_5(fn_tyrosine_52(X)) = fn_hydrophilic_amino_acid_7(X)
& fn_hydrophilic_amino_acid_7(X) = fn_hydrophilic_amino_acid_2(X)
& fn_hydrophilic_amino_acid_2(X) = fn_hydrophilic_amino_acid_2(X)
& fn_hydrophilic_amino_acid_2(X) = fn_hydrophilic_amino_acid_7(X)
& fn_hydrophilic_amino_acid_7(X) = fn_hydrophilic_amino_acid_1(X)
& fn_hydrophilic_amino_acid_1(X) = fn_hydrophilic_amino_acid_1(X)
& fn_hydrophilic_amino_acid_1(X) = fn_nonpolar_covalent_bond_5(fn_tyrosine_38(X))
& fn_nonpolar_covalent_bond_5(fn_tyrosine_38(X)) = fn_hydrophilic_amino_acid_1(X)
& fn_hydrophilic_amino_acid_1(X) = fn_covalent_bond_15(fn_tyrosine_20(X))
& fn_covalent_bond_15(fn_tyrosine_20(X)) = fn_nonpolar_covalent_bond_22(fn_tyrosine_38(X))
& fn_nonpolar_covalent_bond_22(fn_tyrosine_38(X)) = fn_nonpolar_covalent_bond_22(fn_tyrosine_38(X))
& fn_nonpolar_covalent_bond_22(fn_tyrosine_38(X)) = fn_hydrophilic_amino_acid_12(X)
& fn_hydrophilic_amino_acid_12(X) = fn_hydrophilic_amino_acid_12(X)
& fn_hydrophilic_amino_acid_12(X) = fn_covalent_bond_18(fn_tyrosine_20(X))
& fn_covalent_bond_18(fn_tyrosine_20(X)) = fn_nonpolar_covalent_bond_26(fn_tyrosine_38(X))
& fn_nonpolar_covalent_bond_26(fn_tyrosine_38(X)) = fn_nonpolar_covalent_bond_26(fn_tyrosine_38(X))
& fn_hydrophilic_amino_acid_11(X) = fn_hydrophilic_amino_acid_11(X)
& fn_hydrophilic_amino_acid_11(X) = fn_nonpolar_covalent_bond_26(fn_tyrosine_38(X))
& fn_nonpolar_covalent_bond_26(fn_tyrosine_38(X)) = fn_hydrophilic_amino_acid_11(X)
& fn_hydrophilic_amino_acid_11(X) = fn_nonpolar_covalent_bond_23(fn_tyrosine_38(X))
& fn_hydrophilic_amino_acid_9(X) = fn_nonpolar_covalent_bond_23(fn_tyrosine_38(X))
& fn_nonpolar_covalent_bond_23(fn_tyrosine_38(X)) = fn_hydrophilic_amino_acid_9(X)
& fn_hydrophilic_amino_acid_9(X) = fn_covalent_bond_11(fn_tyrosine_20(X))
& fn_covalent_bond_11(fn_tyrosine_20(X)) = fn_covalent_bond_11(fn_tyrosine_55(X))
& fn_covalent_bond_11(fn_tyrosine_55(X)) = fn_covalent_bond_11(fn_tyrosine_55(X))
& fn_covalent_bond_11(fn_tyrosine_55(X)) = fn_hydrophilic_amino_acid_20(X)
& fn_hydrophilic_amino_acid_20(X) = fn_nonpolar_covalent_bond_29(fn_tyrosine_38(X))
& fn_nonpolar_covalent_bond_29(fn_tyrosine_38(X)) = fn_nonpolar_covalent_bond_28(fn_tyrosine_38(X))
& fn_nonpolar_covalent_bond_28(fn_tyrosine_38(X)) = fn_nonpolar_covalent_bond_29(fn_tyrosine_38(X))
& fn_covalent_bond_20(fn_tyrosine_20(X)) = fn_nonpolar_covalent_bond_29(fn_tyrosine_38(X))
& fn_nonpolar_covalent_bond_29(fn_tyrosine_38(X)) = fn_covalent_bond_20(fn_tyrosine_20(X))
& fn_covalent_bond_20(fn_tyrosine_20(X)) = fn_covalent_bond_20(fn_tyrosine_20(X))
& fn_covalent_bond_20(fn_tyrosine_20(X)) = fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_32(X) = fn_covalent_bond_12(fn_tyrosine_55(X))
& fn_covalent_bond_12(fn_tyrosine_55(X)) = fn_nonpolar_covalent_bond_21(fn_tyrosine_38(X))
& fn_nonpolar_covalent_bond_21(fn_tyrosine_38(X)) = fn_nonpolar_covalent_bond_21(fn_tyrosine_38(X))
& fn_nonpolar_covalent_bond_21(fn_tyrosine_38(X)) = fn_covalent_bond_12(fn_tyrosine_55(X))
& fn_covalent_bond_12(fn_tyrosine_55(X)) = fn_covalent_bond_12(fn_tyrosine_55(X))
& fn_covalent_bond_12(fn_tyrosine_55(X)) = fn_hydrophilic_amino_acid_20(X)
& fn_hydrophilic_amino_acid_20(X) = fn_hydrophilic_amino_acid_20(X)
& fn_hydrophilic_amino_acid_20(X) = fn_hydrophilic_amino_acid_21(X)
& fn_hydrophilic_amino_acid_21(X) = fn_nonpolar_covalent_bond_25(fn_tyrosine_38(X))
& fn_nonpolar_covalent_bond_25(fn_tyrosine_38(X)) = fn_hydrophilic_amino_acid_21(X)
& fn_hydrophilic_amino_acid_21(X) = fn_hydrophilic_amino_acid_21(X)
& fn_hydrophilic_amino_acid_21(X) = fn_attract_2(fn_tyrosine_37(X))
& fn_attract_2(fn_tyrosine_37(X)) = fn_covalent_bond_20(fn_tyrosine_55(X))
& fn_covalent_bond_20(fn_tyrosine_55(X)) = fn_covalent_bond_20(fn_tyrosine_55(X))
& fn_covalent_bond_20(fn_tyrosine_55(X)) = fn_hydroxyl_group_4(fn_tyrosine_52(X))
& fn_hydroxyl_group_4(fn_tyrosine_52(X)) = fn_hydroxyl_group_4(fn_tyrosine_52(X))
& fn_hydroxyl_group_4(fn_tyrosine_52(X)) = fn_hydrophilic_amino_acid_32(X)
& fn_hydrophilic_amino_acid_31(X) = fn_hydrophilic_amino_acid_32(X)
& fn_hydrophilic_amino_acid_32(X) = fn_hydrophilic_amino_acid_32(X)
& fn_hydrophilic_amino_acid_32(X) = fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_31(X) = fn_hydrophilic_amino_acid_31(X)
& fn_hydrophilic_amino_acid_31(X) = fn_share_3(fn_tyrosine_54(X))
& fn_share_3(fn_tyrosine_54(X)) = fn_share_3(fn_tyrosine_59(X))
& fn_share_3(fn_tyrosine_59(X)) = fn_share_1(fn_tyrosine_59(X))
& fn_share_1(fn_tyrosine_59(X)) = fn_share_1(fn_tyrosine_59(X))
& fn_share_1(fn_tyrosine_59(X)) = fn_hold_2(fn_tyrosine_30(X))
& fn_hold_2(fn_tyrosine_29(X)) = fn_hold_2(fn_tyrosine_30(X))
& fn_hold_2(fn_tyrosine_30(X)) = fn_hold_2(fn_tyrosine_31(X))
& fn_hold_2(fn_tyrosine_31(X)) = fn_hold_2(fn_tyrosine_29(X))
& fn_hold_2(fn_tyrosine_29(X)) = fn_nonpolar_covalent_bond_28(fn_tyrosine_38(X))
& fn_nonpolar_covalent_bond_28(fn_tyrosine_38(X)) = fn_nonpolar_covalent_bond_28(fn_tyrosine_38(X))
& fn_hydrophilic_amino_acid_34(X) = fn_nonpolar_covalent_bond_28(fn_tyrosine_38(X))
& fn_nonpolar_covalent_bond_28(fn_tyrosine_38(X)) = fn_hydrophilic_amino_acid_34(X)
& fn_hydrophilic_amino_acid_34(X) = fn_hydrophilic_amino_acid_34(X)
& fn_hydrophilic_amino_acid_34(X) = fn_attract_2(fn_tyrosine_36(X))
& fn_attract_2(fn_tyrosine_36(X)) = fn_hydroxyl_group_6(fn_tyrosine_52(X))
& fn_hydrophilic_amino_acid_33(X) = fn_hydrophilic_amino_acid_33(X)
& fn_hydrophilic_amino_acid_33(X) = fn_share_1(fn_tyrosine_54(X))
& fn_share_1(fn_tyrosine_54(X)) = fn_hydrophilic_amino_acid_29(X)
& fn_hydrophilic_amino_acid_29(X) = fn_hydrophilic_amino_acid_29(X)
& fn_hydrophilic_amino_acid_29(X) = fn_nonpolar_covalent_bond_29(fn_tyrosine_38(X))
& fn_hydroxyl_group_6(fn_tyrosine_52(X)) = fn_nonpolar_covalent_bond_29(fn_tyrosine_38(X))
& fn_nonpolar_covalent_bond_29(fn_tyrosine_38(X)) = fn_nonpolar_covalent_bond_29(fn_tyrosine_38(X))
& fn_nonpolar_covalent_bond_29(fn_tyrosine_38(X)) = fn_hydroxyl_group_6(fn_tyrosine_52(X))
& fn_hydroxyl_group_6(fn_tyrosine_52(X)) = fn_hydroxyl_group_6(fn_tyrosine_52(X))
& fn_hydroxyl_group_6(fn_tyrosine_52(X)) = fn_hydrophilic_amino_acid_33(X)
& fn_hydrophilic_amino_acid_30(X) = fn_hydrophilic_amino_acid_33(X)
& fn_hydrophilic_amino_acid_33(X) = fn_hydrophilic_amino_acid_30(X)
& fn_hydrophilic_amino_acid_30(X) = fn_hydrophilic_amino_acid_30(X)
& fn_hydrophilic_amino_acid_30(X) = fn_chemical_reaction_1(fn_tyrosine_44(X))
& fn_chemical_reaction_1(fn_tyrosine_44(X)) = fn_functional_group_1(fn_tyrosine_52(X)) ) ) ).
fof(a533473,axiom,
! [X] :
( tyrosine_kinase_1(X)
=> ( original_name_2(X,'Tyrosine-Kinase')
& user_description_2(X,'Enzyme which transfers a phosphate group from ATP to a protein.')
& concept2words_2(X,'kinase of tyrosine')
& concept2words_2(X,'tyrosine kinase')
& concept2words_2(X,'tyrosine-kinase')
& protein_kinase_1(X)
& ~ cyclin_dependent_kinase_1(X)
& ~ cytoplasmic_protein_kinase_1(X)
& tyrosine_1(fn_tyrosine_kinase_1(X))
& tyrosine_1(fn_tyrosine_kinase_2(X))
& hydrophobic_region_1(fn_tyrosine_kinase_3(X))
& polar_amino_acid_1(fn_tyrosine_kinase_4(X))
& polypeptide_1(fn_tyrosine_kinase_5(X))
& polar_amino_acid_1(fn_tyrosine_kinase_6(X))
& phosphate_group_1(fn_tyrosine_kinase_7(X))
& polypeptide_1(fn_tyrosine_kinase_8(X))
& chemical_entity_1(fn_tyrosine_kinase_9(X))
& protein_1(fn_tyrosine_kinase_9(X))
& chemical_entity_1(fn_tyrosine_kinase_10(X))
& molecule_1(fn_tyrosine_kinase_10(X))
& protein_1(fn_tyrosine_kinase_10(X))
& phosphorylation_1(fn_tyrosine_kinase_11(X))
& phosphate_group_1(fn_phosphorylation_3(fn_tyrosine_kinase_11(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_tyrosine_kinase_11(X)))
& polar_amino_acid_1(fn_protein_4(fn_tyrosine_kinase_10(X)))
& polypeptide_1(fn_protein_8(fn_tyrosine_kinase_10(X)))
& polar_amino_acid_1(fn_protein_4(fn_tyrosine_kinase_9(X)))
& polypeptide_1(fn_protein_8(fn_tyrosine_kinase_9(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_tyrosine_kinase_11(X)))
& molecule_1(fn_phosphorylation_1(fn_tyrosine_kinase_11(X)))
& has_state_2(fn_tyrosine_kinase_10(X),fn_tyrosine_kinase_9(X))
& has_part_2(fn_tyrosine_kinase_8(X),fn_tyrosine_kinase_1(X))
& is_at_2(fn_tyrosine_kinase_7(X),fn_tyrosine_kinase_1(X))
& has_part_2(fn_tyrosine_kinase_5(X),fn_tyrosine_kinase_2(X))
& has_region_2(X,fn_tyrosine_kinase_3(X))
& raw_material_2(fn_tyrosine_kinase_11(X),fn_tyrosine_kinase_10(X))
& result_2(fn_tyrosine_kinase_11(X),fn_tyrosine_kinase_9(X))
& has_region_2(fn_tyrosine_kinase_9(X),fn_tyrosine_kinase_7(X))
& has_function_2(X,fn_tyrosine_kinase_11(X))
& has_part_2(fn_tyrosine_kinase_10(X),fn_tyrosine_kinase_5(X))
& has_part_2(fn_tyrosine_kinase_5(X),fn_tyrosine_kinase_4(X))
& has_part_2(fn_tyrosine_kinase_9(X),fn_tyrosine_kinase_8(X))
& has_part_2(fn_tyrosine_kinase_8(X),fn_tyrosine_kinase_6(X))
& fn_tyrosine_kinase_10(X) = fn_phosphorylation_5(fn_tyrosine_kinase_11(X))
& fn_tyrosine_kinase_10(X) = fn_phosphorylation_1(fn_tyrosine_kinase_11(X))
& fn_tyrosine_kinase_7(X) = fn_phosphorylation_3(fn_tyrosine_kinase_11(X))
& fn_tyrosine_kinase_9(X) = fn_phosphorylation_2(fn_tyrosine_kinase_11(X))
& fn_tyrosine_kinase_11(X) = fn_kinase_1(X)
& fn_tyrosine_kinase_4(X) = fn_protein_4(fn_tyrosine_kinase_10(X))
& fn_tyrosine_kinase_5(X) = fn_protein_8(fn_tyrosine_kinase_10(X))
& fn_tyrosine_kinase_6(X) = fn_protein_4(fn_tyrosine_kinase_9(X))
& fn_tyrosine_kinase_8(X) = fn_protein_8(fn_tyrosine_kinase_9(X))
& fn_phosphorylation_5(fn_tyrosine_kinase_11(X)) = fn_phosphorylation_1(fn_tyrosine_kinase_11(X)) ) ) ).
fof(a533474,axiom,
! [X] :
( uaa_1(X)
=> ( original_name_2(X,'UAA')
& user_description_2(X,'A stop codon.')
& concept2words_2(X,uaa)
& stop_codon_1(X)
& ~ uag_1(X)
& ~ uga_1(X) ) ) ).
fof(a533475,axiom,
! [X] :
( uag_1(X)
=> ( original_name_2(X,'UAG')
& user_description_2(X,'A stop codon.')
& concept2words_2(X,uag)
& stop_codon_1(X)
& ~ uaa_1(X)
& ~ uga_1(X) ) ) ).
fof(a533476,axiom,
! [X] :
( ubiquinone_1(X)
=> ( original_name_2(X,'Ubiquinone')
& user_description_2(X,'A quinone compound that serves as an electron carrier between flavoproteins and in cellular respiration.')
& concept2words_2(X,coq)
& concept2words_2(X,'coenzyme q')
& concept2words_2(X,ubiquinone)
& lipid_1(X)
& coenzyme_1(fn_ubiquinone_1(X))
& electron_carrier_1(fn_ubiquinone_2(X))
& organic_molecule_1(fn_coenzyme_1(fn_ubiquinone_1(X)))
& chemical_entity_1(fn_electron_carrier_1(fn_ubiquinone_2(X)))
& plays_2(X,fn_ubiquinone_1(X))
& plays_2(X,fn_ubiquinone_2(X))
& X = fn_coenzyme_1(fn_ubiquinone_1(X))
& X = fn_electron_carrier_1(fn_ubiquinone_2(X))
& fn_coenzyme_1(fn_ubiquinone_1(X)) = fn_electron_carrier_1(fn_ubiquinone_2(X)) ) ) ).
fof(a533477,axiom,
! [X] :
( ubiquitin_1(X)
=> ( original_name_2(X,'Ubiquitin')
& user_description_2(X,'Ubiquitin is a small regulatory protein that has been found in almost all tissues of eukaryotic organisms.')
& concept2words_2(X,ubiquitin)
& regulatory_protein_1(X)
& ~ camp_receptor_protein_1(X)
& ~ cyclin_1(X)
& ~ cytokine_1(X)
& ~ interferon_1(X)
& ~ mpf_1(X)
& ~ transcription_factor_1(X)
& ~ tropomyosin_1(X)
& selective_degradation_1(fn_ubiquitin_1(X))
& attach_1(fn_ubiquitin_2(X))
& recognize_1(fn_ubiquitin_3(X))
& hydrolysis_1(fn_ubiquitin_4(X))
& monomer_1(fn_ubiquitin_5(X))
& polypeptide_1(fn_ubiquitin_5(X))
& damage_1(fn_ubiquitin_6(X))
& protein_1(fn_ubiquitin_7(X))
& hydrophilic_region_1(fn_ubiquitin_8(X))
& surface_1(fn_ubiquitin_9(X))
& carbon_skeleton_1(fn_ubiquitin_10(X))
& carbon_1(fn_ubiquitin_11(X))
& monomer_1(fn_ubiquitin_12(X))
& atom_1(fn_ubiquitin_13(X))
& chemical_entity_1(fn_ubiquitin_13(X))
& spatial_entity_1(fn_ubiquitin_14(X))
& chemical_entity_1(fn_ubiquitin_14(X))
& monomer_1(fn_ubiquitin_14(X))
& molecule_1(fn_ubiquitin_14(X))
& amino_acid_1(fn_ubiquitin_14(X))
& size_value_1(fn_ubiquitin_15(X))
& speed_value_1(fn_ubiquitin_16(X))
& quantity_value_1(fn_ubiquitin_17(X))
& kinetic_energy_1(fn_ubiquitin_18(X))
& size_value_1(fn_ubiquitin_19(X))
& constant_motion_1(fn_ubiquitin_20(X))
& polypeptide_1(fn_ubiquitin_21(X))
& protein_domain_1(fn_ubiquitin_22(X))
& spatial_entity_1(fn_attach_1(fn_ubiquitin_2(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_ubiquitin_4(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_ubiquitin_4(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_ubiquitin_4(X)))
& entity_1(fn_perceive_1(fn_ubiquitin_3(X)))
& spatial_entity_1(fn_attach_2(fn_ubiquitin_2(X)))
& tangible_entity_1(fn_impair_1(fn_ubiquitin_6(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_ubiquitin_4(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_ubiquitin_4(X)))
& has_function_2(X,fn_ubiquitin_1(X))
& causes_2(fn_ubiquitin_6(X),fn_ubiquitin_1(X))
& causes_2(fn_ubiquitin_3(X),fn_ubiquitin_4(X))
& next_event_2(fn_ubiquitin_3(X),fn_ubiquitin_4(X))
& agent_2(fn_ubiquitin_3(X),X)
& raw_material_2(fn_ubiquitin_1(X),fn_ubiquitin_7(X))
& result_2(fn_ubiquitin_1(X),fn_ubiquitin_5(X))
& subevent_2(fn_ubiquitin_1(X),fn_ubiquitin_4(X))
& subevent_2(fn_ubiquitin_1(X),fn_ubiquitin_3(X))
& subevent_2(fn_ubiquitin_1(X),fn_ubiquitin_2(X))
& first_subevent_2(fn_ubiquitin_1(X),fn_ubiquitin_2(X))
& agent_2(fn_ubiquitin_1(X),X)
& next_event_2(fn_ubiquitin_2(X),fn_ubiquitin_3(X))
& object_2(fn_ubiquitin_3(X),fn_ubiquitin_7(X))
& base_2(fn_ubiquitin_2(X),fn_ubiquitin_7(X))
& object_2(fn_ubiquitin_6(X),fn_ubiquitin_7(X))
& result_2(fn_ubiquitin_4(X),fn_ubiquitin_5(X))
& raw_material_2(fn_ubiquitin_4(X),fn_ubiquitin_7(X))
& object_2(fn_ubiquitin_2(X),X)
& has_part_2(X,fn_ubiquitin_12(X))
& size_2(fn_ubiquitin_12(X),fn_ubiquitin_15(X))
& greater_than_2(fn_ubiquitin_19(X),fn_ubiquitin_15(X))
& possesses_2(X,fn_ubiquitin_18(X))
& quantity_2(fn_ubiquitin_18(X),fn_ubiquitin_17(X))
& directly_proportional_2(fn_ubiquitin_16(X),fn_ubiquitin_17(X))
& speed_2(fn_ubiquitin_20(X),fn_ubiquitin_16(X))
& object_2(fn_ubiquitin_20(X),X)
& has_part_2(X,fn_ubiquitin_13(X))
& has_part_2(X,fn_ubiquitin_11(X))
& is_inside_2(fn_ubiquitin_11(X),fn_ubiquitin_10(X))
& has_region_2(X,fn_ubiquitin_10(X))
& fn_ubiquitin_13(X) != fn_ubiquitin_11(X)
& fn_ubiquitin_11(X) != fn_ubiquitin_13(X)
& is_at_2(fn_ubiquitin_8(X),fn_ubiquitin_9(X))
& has_region_2(X,fn_ubiquitin_8(X))
& size_2(X,fn_ubiquitin_19(X))
& the_scalar_value_2(fn_ubiquitin_19(X),big_0)
& scalar_unit_class_2(fn_ubiquitin_19(X),polypeptide_0)
& has_region_2(X,fn_ubiquitin_22(X))
& is_at_2(fn_ubiquitin_14(X),fn_ubiquitin_22(X))
& has_part_2(fn_ubiquitin_21(X),fn_ubiquitin_14(X))
& has_part_2(X,fn_ubiquitin_21(X))
& has_region_2(X,fn_ubiquitin_9(X))
& fn_ubiquitin_7(X) = fn_perceive_1(fn_ubiquitin_3(X))
& fn_ubiquitin_7(X) = fn_attach_2(fn_ubiquitin_2(X))
& fn_ubiquitin_7(X) = fn_impair_1(fn_ubiquitin_6(X))
& fn_ubiquitin_5(X) = fn_decomposition_reaction_4(fn_ubiquitin_4(X))
& fn_ubiquitin_5(X) = fn_exergonic_reaction_11(fn_ubiquitin_4(X))
& fn_ubiquitin_5(X) = fn_hydrolysis_9(fn_ubiquitin_4(X))
& fn_ubiquitin_7(X) = fn_exergonic_reaction_10(fn_ubiquitin_4(X))
& fn_ubiquitin_7(X) = fn_hydrolysis_11(fn_ubiquitin_4(X))
& X = fn_attach_1(fn_ubiquitin_2(X))
& fn_ubiquitin_26(X) = fn_polymer_10(X)
& fn_ubiquitin_19(X) = fn_polymer_8(X)
& fn_ubiquitin_15(X) = fn_polymer_7(X)
& fn_ubiquitin_12(X) = fn_polymer_4(X)
& fn_ubiquitin_24(X) = fn_molecule_2(X)
& fn_ubiquitin_25(X) = fn_molecule_1(X)
& fn_ubiquitin_20(X) = fn_molecule_8(X)
& fn_ubiquitin_16(X) = fn_molecule_3(X)
& fn_ubiquitin_17(X) = fn_molecule_4(X)
& fn_ubiquitin_18(X) = fn_molecule_12(X)
& fn_ubiquitin_10(X) = fn_organic_molecule_3(X)
& fn_ubiquitin_13(X) = fn_organic_molecule_2(X)
& fn_ubiquitin_11(X) = fn_organic_molecule_1(X)
& fn_ubiquitin_23(X) = fn_protein_10(X)
& fn_ubiquitin_19(X) = fn_protein_9(X)
& fn_ubiquitin_8(X) = fn_protein_1(X)
& fn_ubiquitin_9(X) = fn_protein_5(X)
& fn_ubiquitin_21(X) = fn_protein_8(X)
& fn_ubiquitin_14(X) = fn_protein_14(X)
& fn_ubiquitin_22(X) = fn_protein_7(X)
& fn_decomposition_reaction_4(fn_ubiquitin_4(X)) = fn_exergonic_reaction_11(fn_ubiquitin_4(X))
& fn_exergonic_reaction_11(fn_ubiquitin_4(X)) = fn_exergonic_reaction_11(fn_ubiquitin_4(X))
& fn_exergonic_reaction_11(fn_ubiquitin_4(X)) = fn_hydrolysis_9(fn_ubiquitin_4(X))
& fn_hydrolysis_9(fn_ubiquitin_4(X)) = fn_perceive_1(fn_ubiquitin_3(X))
& fn_perceive_1(fn_ubiquitin_3(X)) = fn_attach_2(fn_ubiquitin_2(X))
& fn_attach_2(fn_ubiquitin_2(X)) = fn_attach_2(fn_ubiquitin_2(X))
& fn_attach_2(fn_ubiquitin_2(X)) = fn_impair_1(fn_ubiquitin_6(X))
& fn_impair_1(fn_ubiquitin_6(X)) = fn_impair_1(fn_ubiquitin_6(X))
& fn_impair_1(fn_ubiquitin_6(X)) = fn_exergonic_reaction_10(fn_ubiquitin_4(X))
& fn_exergonic_reaction_10(fn_ubiquitin_4(X)) = fn_exergonic_reaction_10(fn_ubiquitin_4(X))
& fn_exergonic_reaction_10(fn_ubiquitin_4(X)) = fn_hydrolysis_11(fn_ubiquitin_4(X))
& fn_hydrolysis_11(fn_ubiquitin_4(X)) = fn_polymer_8(X)
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X) ) ) ).
fof(a533478,axiom,
! [X] :
( ubiquitin_conjugating_enzyme_1(X)
=> ( original_name_2(X,'Ubiquitin-Conjugating-Enzyme')
& user_description_2(X,'An enzyme that attaches molecules of a small protein called ubiquitin to proteins to mark them for degradation.')
& concept2words_2(X,'e2 enzymes')
& concept2words_2(X,'e2-enzymes')
& concept2words_2(X,'ubiquitin carrier enzymes')
& concept2words_2(X,'ubiquitin-carrier-enzymes')
& concept2words_2(X,'ubiquitin conjugating enzyme')
& concept2words_2(X,'ubiquitin-conjugating-enzyme')
& ligase_1(X)
& eukaryotic_cell_1(fn_ubiquitin_conjugating_enzyme_1(X))
& polypeptide_1(fn_ubiquitin_conjugating_enzyme_2(X))
& kinetic_energy_1(fn_ubiquitin_conjugating_enzyme_3(X))
& protein_domain_1(fn_ubiquitin_conjugating_enzyme_4(X))
& hydrophilic_region_1(fn_ubiquitin_conjugating_enzyme_5(X))
& surface_1(fn_ubiquitin_conjugating_enzyme_6(X))
& carbon_skeleton_1(fn_ubiquitin_conjugating_enzyme_7(X))
& active_site_1(fn_ubiquitin_conjugating_enzyme_8(X))
& monomer_1(fn_ubiquitin_conjugating_enzyme_9(X))
& carbon_1(fn_ubiquitin_conjugating_enzyme_10(X))
& atom_1(fn_ubiquitin_conjugating_enzyme_11(X))
& chemical_entity_1(fn_ubiquitin_conjugating_enzyme_11(X))
& size_value_1(fn_ubiquitin_conjugating_enzyme_12(X))
& chemical_reaction_1(fn_ubiquitin_conjugating_enzyme_13(X))
& decrease_1(fn_ubiquitin_conjugating_enzyme_14(X))
& constant_motion_1(fn_ubiquitin_conjugating_enzyme_15(X))
& catalyst_1(fn_ubiquitin_conjugating_enzyme_16(X))
& spatial_entity_1(fn_ubiquitin_conjugating_enzyme_17(X))
& chemical_entity_1(fn_ubiquitin_conjugating_enzyme_17(X))
& monomer_1(fn_ubiquitin_conjugating_enzyme_17(X))
& molecule_1(fn_ubiquitin_conjugating_enzyme_17(X))
& amino_acid_1(fn_ubiquitin_conjugating_enzyme_17(X))
& speed_value_1(fn_ubiquitin_conjugating_enzyme_18(X))
& quantity_value_1(fn_ubiquitin_conjugating_enzyme_19(X))
& size_value_1(fn_ubiquitin_conjugating_enzyme_20(X))
& chemical_bond_1(fn_ubiquitin_conjugating_enzyme_21(X))
& covalent_bond_1(fn_ubiquitin_conjugating_enzyme_21(X))
& disulfide_bond_1(fn_ubiquitin_conjugating_enzyme_21(X))
& r_group_1(fn_ubiquitin_conjugating_enzyme_22(X))
& reactant_1(fn_ubiquitin_conjugating_enzyme_23(X))
& protein_1(fn_disulfide_bond_3(fn_ubiquitin_conjugating_enzyme_21(X)))
& has_part_2(fn_ubiquitin_conjugating_enzyme_1(X),X)
& possesses_2(X,fn_ubiquitin_conjugating_enzyme_21(X))
& possesses_2(X,fn_ubiquitin_conjugating_enzyme_3(X))
& quantity_2(fn_ubiquitin_conjugating_enzyme_3(X),fn_ubiquitin_conjugating_enzyme_19(X))
& directly_proportional_2(fn_ubiquitin_conjugating_enzyme_18(X),fn_ubiquitin_conjugating_enzyme_19(X))
& speed_2(fn_ubiquitin_conjugating_enzyme_15(X),fn_ubiquitin_conjugating_enzyme_18(X))
& object_2(fn_ubiquitin_conjugating_enzyme_15(X),X)
& plays_2(X,fn_ubiquitin_conjugating_enzyme_16(X))
& in_event_2(fn_ubiquitin_conjugating_enzyme_16(X),fn_ubiquitin_conjugating_enzyme_13(X))
& has_function_2(X,fn_ubiquitin_conjugating_enzyme_14(X))
& enables_2(fn_ubiquitin_conjugating_enzyme_14(X),fn_ubiquitin_conjugating_enzyme_13(X))
& site_2(fn_ubiquitin_conjugating_enzyme_13(X),fn_ubiquitin_conjugating_enzyme_8(X))
& facilitates_2(fn_ubiquitin_conjugating_enzyme_8(X),fn_ubiquitin_conjugating_enzyme_13(X))
& has_function_2(X,fn_ubiquitin_conjugating_enzyme_13(X))
& has_region_2(X,fn_ubiquitin_conjugating_enzyme_6(X))
& is_at_2(fn_ubiquitin_conjugating_enzyme_5(X),fn_ubiquitin_conjugating_enzyme_6(X))
& has_region_2(X,fn_ubiquitin_conjugating_enzyme_5(X))
& has_part_2(X,fn_ubiquitin_conjugating_enzyme_2(X))
& has_part_2(fn_ubiquitin_conjugating_enzyme_2(X),fn_ubiquitin_conjugating_enzyme_17(X))
& the_scalar_value_2(fn_ubiquitin_conjugating_enzyme_12(X),big_0)
& scalar_unit_class_2(fn_ubiquitin_conjugating_enzyme_12(X),polypeptide_0)
& size_2(X,fn_ubiquitin_conjugating_enzyme_12(X))
& greater_than_2(fn_ubiquitin_conjugating_enzyme_12(X),fn_ubiquitin_conjugating_enzyme_20(X))
& size_2(fn_ubiquitin_conjugating_enzyme_9(X),fn_ubiquitin_conjugating_enzyme_20(X))
& has_part_2(X,fn_ubiquitin_conjugating_enzyme_9(X))
& has_part_2(X,fn_ubiquitin_conjugating_enzyme_11(X))
& has_region_2(X,fn_ubiquitin_conjugating_enzyme_4(X))
& is_at_2(fn_ubiquitin_conjugating_enzyme_17(X),fn_ubiquitin_conjugating_enzyme_4(X))
& has_region_2(fn_ubiquitin_conjugating_enzyme_17(X),fn_ubiquitin_conjugating_enzyme_22(X))
& is_inside_2(fn_ubiquitin_conjugating_enzyme_22(X),fn_ubiquitin_conjugating_enzyme_8(X))
& has_region_2(X,fn_ubiquitin_conjugating_enzyme_8(X))
& has_region_2(X,fn_ubiquitin_conjugating_enzyme_7(X))
& is_inside_2(fn_ubiquitin_conjugating_enzyme_10(X),fn_ubiquitin_conjugating_enzyme_7(X))
& has_part_2(X,fn_ubiquitin_conjugating_enzyme_10(X))
& fn_ubiquitin_conjugating_enzyme_11(X) != fn_ubiquitin_conjugating_enzyme_10(X)
& fn_ubiquitin_conjugating_enzyme_10(X) != fn_ubiquitin_conjugating_enzyme_11(X)
& fn_ubiquitin_conjugating_enzyme_21(X) = fn_molecule_10(X)
& fn_ubiquitin_conjugating_enzyme_21(X) = fn_polymer_1(X)
& X = fn_disulfide_bond_3(fn_ubiquitin_conjugating_enzyme_21(X))
& fn_ubiquitin_conjugating_enzyme_15(X) = fn_molecule_8(X)
& fn_ubiquitin_conjugating_enzyme_18(X) = fn_molecule_3(X)
& fn_ubiquitin_conjugating_enzyme_19(X) = fn_molecule_4(X)
& fn_ubiquitin_conjugating_enzyme_3(X) = fn_molecule_12(X)
& fn_ubiquitin_conjugating_enzyme_23(X) = fn_enzyme_7(X)
& fn_ubiquitin_conjugating_enzyme_16(X) = fn_enzyme_6(X)
& fn_ubiquitin_conjugating_enzyme_8(X) = fn_enzyme_2(X)
& fn_ubiquitin_conjugating_enzyme_13(X) = fn_enzyme_4(X)
& fn_ubiquitin_conjugating_enzyme_14(X) = fn_enzyme_5(X)
& fn_ubiquitin_conjugating_enzyme_17(X) = fn_protein_14(X)
& fn_ubiquitin_conjugating_enzyme_2(X) = fn_protein_8(X)
& fn_ubiquitin_conjugating_enzyme_5(X) = fn_protein_1(X)
& fn_ubiquitin_conjugating_enzyme_6(X) = fn_protein_5(X)
& fn_ubiquitin_conjugating_enzyme_9(X) = fn_polymer_4(X)
& fn_ubiquitin_conjugating_enzyme_9(X) = fn_protein_enzyme_9(X)
& fn_ubiquitin_conjugating_enzyme_20(X) = fn_protein_enzyme_4(X)
& fn_ubiquitin_conjugating_enzyme_12(X) = fn_protein_9(X)
& fn_ubiquitin_conjugating_enzyme_12(X) = fn_protein_enzyme_3(X)
& fn_ubiquitin_conjugating_enzyme_8(X) = fn_ligase_1(X)
& fn_ubiquitin_conjugating_enzyme_8(X) = fn_protein_enzyme_10(X)
& fn_ubiquitin_conjugating_enzyme_22(X) = fn_protein_enzyme_12(X)
& fn_ubiquitin_conjugating_enzyme_17(X) = fn_protein_enzyme_11(X)
& fn_ubiquitin_conjugating_enzyme_4(X) = fn_protein_enzyme_5(X)
& fn_ubiquitin_conjugating_enzyme_11(X) = fn_organic_molecule_2(X)
& fn_ubiquitin_conjugating_enzyme_11(X) = fn_protein_enzyme_8(X)
& fn_ubiquitin_conjugating_enzyme_10(X) = fn_organic_molecule_1(X)
& fn_ubiquitin_conjugating_enzyme_10(X) = fn_protein_enzyme_7(X)
& fn_ubiquitin_conjugating_enzyme_7(X) = fn_organic_molecule_3(X)
& fn_ubiquitin_conjugating_enzyme_7(X) = fn_protein_enzyme_6(X)
& fn_molecule_10(X) = fn_polymer_1(X)
& fn_polymer_1(X) = fn_polymer_4(X)
& fn_polymer_4(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_enzyme_9(X)
& fn_protein_enzyme_9(X) = fn_protein_9(X)
& fn_protein_enzyme_3(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_enzyme_3(X)
& fn_protein_enzyme_3(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_ligase_1(X)
& fn_ligase_1(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_enzyme_2(X)
& fn_enzyme_2(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_enzyme_10(X)
& fn_protein_enzyme_10(X) = fn_protein_14(X)
& fn_protein_14(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_protein_enzyme_11(X)
& fn_protein_enzyme_11(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_protein_enzyme_8(X)
& fn_protein_enzyme_8(X) = fn_organic_molecule_1(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_protein_enzyme_7(X)
& fn_protein_enzyme_7(X) = fn_organic_molecule_3(X)
& fn_protein_enzyme_6(X) = fn_organic_molecule_3(X)
& fn_organic_molecule_3(X) = fn_protein_enzyme_6(X) ) ) ).
fof(a533479,axiom,
! [X] :
( udder_1(X)
=> ( original_name_2(X,'Udder')
& user_description_2(X,'An udder is an organ formed of the mammary glands of female quadruped mammals, especially ruminants such as cattle, goats, sheep and deer.')
& concept2words_2(X,udder)
& secretory_organ_1(X) ) ) ).
fof(a533480,axiom,
! [X] :
( uga_1(X)
=> ( original_name_2(X,'UGA')
& user_description_2(X,'A stop codon.')
& concept2words_2(X,uga)
& stop_codon_1(X)
& ~ uaa_1(X)
& ~ uag_1(X) ) ) ).
fof(a533481,axiom,
! [X] :
( ultrametric_tree_1(X)
=> ( original_name_2(X,'Ultrametric-Tree')
& user_description_2(X,'A tree with equal root-to-tip path lengths for all lineages, for example one built with the assumption of a molecular clock.')
& concept2words_2(X,'ultrametric tree')
& concept2words_2(X,'ultrametric-tree')
& phylogenetic_tree_1(X)
& ~ phylogram_1(X)
& ~ rooted_1(X) ) ) ).
fof(a533482,axiom,
! [X] :
( ultrasound_imaging_1(X)
=> ( original_name_2(X,'Ultrasound-Imaging')
& user_description_2(X,'The use of high-frequency sound waves to visualize soft tissues such as muscles and internal organs.')
& concept2words_2(X,'imaging of ultrasound')
& concept2words_2(X,'ultrasound imaging')
& concept2words_2(X,'ultrasound-imaging')
& diagnostic_procedure_1(X)
& ~ abortion_1(X)
& ~ assisted_reproductive_technology_1(X)
& ~ electrocardiogram_1(X)
& ~ genetic_testing_1(X)
& ~ immunization_1(X)
& ~ newborn_screening_1(X)
& ~ paternity_testing_1(X)
& ~ tubal_ligation_1(X)
& ~ vasectomy_1(X) ) ) ).
fof(a533483,axiom,
! [X] :
( ultraviolet_rays_1(X)
=> ( original_name_2(X,'Ultraviolet-Rays')
& user_description_2(X,'Electromagnetic radiation with a wavelength shorter than that of visible light, but longer than x-rays.')
& concept2words_2(X,'ultraviolet ray')
& concept2words_2(X,'ultraviolet-ray')
& light_1(X)
& ~ electron_beam_1(X)
& ~ radioactive_emissions_1(X)
& ~ visible_light_1(X)
& length_value_1(fn_ultraviolet_rays_3(X))
& length_value_1(fn_ultraviolet_rays_4(X))
& electromagnetic_spectrum_1(fn_ultraviolet_rays_5(X))
& length_value_1(fn_ultraviolet_rays_7(X))
& element_2(fn_ultraviolet_rays_5(X),X)
& the_cardinal_value_2(fn_ultraviolet_rays_4(X),"380.0e0")
& cardinal_unit_class_2(fn_ultraviolet_rays_4(X),nanometer_0)
& greater_than_or_equal_to_2(fn_ultraviolet_rays_4(X),fn_ultraviolet_rays_7(X))
& the_cardinal_value_2(fn_ultraviolet_rays_3(X),"1.0e0")
& cardinal_unit_class_2(fn_ultraviolet_rays_3(X),nanometer_0)
& greater_than_or_equal_to_2(fn_ultraviolet_rays_7(X),fn_ultraviolet_rays_3(X))
& wavelength_2(X,fn_ultraviolet_rays_7(X))
& fn_ultraviolet_rays_6(X) = fn_electromagnetic_energy_1(X)
& fn_ultraviolet_rays_7(X) = fn_electromagnetic_energy_4(X) ) ) ).
fof(a533484,axiom,
! [X] :
( unauthorized_1(X)
=> ( original_name_2(X,'Unauthorized')
& concept2words_2(X,unauthorized)
& concept2words_2(X,unauthorised)
& concept2words_2(X,wildcat)
& cliche_1(X) ) ) ).
fof(a533485,axiom,
! [X] :
( unblock_1(X)
=> ( original_name_2(X,'Unblock')
& concept2words_2(X,clear)
& concept2words_2(X,unblock)
& make_accessible_1(X)
& ~ unobstruct_1(X)
& ~ expose_1(X)
& ~ activate_1(X)
& spatial_entity_1(fn_unblock_1(X))
& object_2(X,fn_unblock_1(X))
& fn_unblock_1(X) = fn_make_accessible_1(X) ) ) ).
fof(a533486,axiom,
! [X] :
( uncoupling_protein_1(X)
=> ( original_name_2(X,'Uncoupling-Protein')
& user_description_2(X,'Protein present in mitochndrial membranes of some organisms which stops oxidative phosphorylation by eliminating the proton gradient.')
& concept2words_2(X,'uncoupling protein')
& concept2words_2(X,'uncoupling-protein')
& channel_protein_1(X) ) ) ).
fof(a533487,axiom,
! [X] :
( undernourishment_1(X)
=> ( original_name_2(X,'Undernourishment')
& user_description_2(X,'A chronic lack of sufficient calories in the diet.')
& concept2words_2(X,undernourishment)
& nutrition_1(X)
& ~ malnourishment_1(X)
& ~ overnourishment_1(X) ) ) ).
fof(a533488,axiom,
! [X] :
( undifferentiated_cell_1(X)
=> ( original_name_2(X,'Undifferentiated-Cell')
& user_description_2(X,'A cell that has not yet expressed signs of its future specific type is called as an undifferentiated cell.')
& concept2words_2(X,'undifferentiated cell')
& concept2words_2(X,'undifferentiated-cell')
& animal_development_cell_1(X) ) ) ).
fof(a533489,axiom,
! [X] :
( undifferentiated_cell_nuclear_transplantation_1(X)
=> ( original_name_2(X,'Undifferentiated-Cell-Nuclear-Transplantation')
& user_description_2(X,'The technique of placing a nucleus from undifferentiated cell into an enucleated cell.')
& concept2words_2(X,transplant)
& concept2words_2(X,'undifferentiated cell nuclear transplantation')
& concept2words_2(X,'undifferentiated-cell-nuclear-transplantation')
& nuclear_transplantation_1(X)
& undifferentiated_cell_1(fn_undifferentiated_cell_nuclear_transplantation_1(X))
& base_2(X,fn_undifferentiated_cell_nuclear_transplantation_1(X)) ) ) ).
fof(a533490,axiom,
! [X] :
( undifferentiated_cell_nucleus_transplantation_to_frog_egg_1(X)
=> ( original_name_2(X,'Undifferentiated-Cell-Nucleus-Transplantation-To-Frog-Egg')
& user_description_2(X,'Animal researchers have approached the genomic equivalence question by replacing the nucleus of an unfertilized egg cell or zygote with the nucleus of a differentiated cell.')
& concept2words_2(X,transplant)
& concept2words_2(X,'undifferentiated cell nucleus transplantation to frog egg')
& concept2words_2(X,'undifferentiated-cell-nucleus-transplantation-to-frog-egg')
& experiment_1(X)
& nuclear_transplantation_in_animal_1(X)
& undifferentiated_cell_nuclear_transplantation_1(X)
& ~ nuclear_transplantation_in_animal_zygote_1(X)
& ~ nuclear_transplantation_in_unfertilized_animal_egg_cell_1(X)
& ~ anchor_cell_destruction_experiment_1(X)
& ~ bicoid_protein_hypothesis_experiment_1(X)
& ~ controlled_experiment_1(X)
& ~ meselson_and_stahl_experiment_1(X)
& ~ steward_experiment_on_carrot_1(X)
& ~ study_on_drosophila_by_morgan_1(X)
& ~ tomato_chimera_experiment_1(X)
& frog_egg_1(fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_1(X))
& add_1(fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_2(X))
& create_1(fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_3(X))
& tadpole_1(fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_4(X))
& frog_egg_1(fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_5(X))
& entity_1(fn_create_1(fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_3(X)))
& spatial_entity_1(fn_add_2(fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_2(X)))
& recipient_2(fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_2(X),fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_5(X))
& result_2(fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_2(X),fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_1(X))
& causes_2(fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_2(X),fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_3(X))
& base_2(fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_3(X),fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_1(X))
& subevent_2(X,fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_3(X))
& result_2(fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_3(X),fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_4(X))
& subevent_2(X,fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_2(X))
& base_2(fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_2(X),fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_5(X))
& fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_4(X) = fn_create_1(fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_3(X))
& fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_2(X) = fn_nuclear_transplantation_3(X)
& fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_5(X) = fn_add_2(fn_undifferentiated_cell_nucleus_transplantation_to_frog_egg_2(X)) ) ) ).
fof(a533491,axiom,
! [X] :
( undifferentiated_embryonic_cell_1(X)
=> ( original_name_2(X,'Undifferentiated-Embryonic-Cell')
& user_description_2(X,'An undifferentiated cell of the embryo.')
& concept2words_2(X,'undifferentiated embryonic cell')
& concept2words_2(X,'undifferentiated-embryonic-cell')
& undifferentiated_cell_1(X)
& embryonic_cell_1(X)
& ~ differentiated_embryonic_cell_1(X)
& ~ embryonic_stem_cell_1(X) ) ) ).
fof(a533492,axiom,
! [X] :
( unequal_sharing_1(X)
=> ( original_name_2(X,'Unequal-Sharing')
& user_description_2(X,'This is the unequal distribution of resources among the entities.')
& concept2words_2(X,share)
& concept2words_2(X,'unequal sharing')
& concept2words_2(X,'unequal-sharing')
& share_1(X)
& ~ equal_sharing_1(X) ) ) ).
fof(a533493,axiom,
! [X] :
( unequal_sharing_of_electrons_1(X)
=> ( original_name_2(X,'Unequal-Sharing-of-Electrons')
& user_description_2(X,'An unequal sharing of electrons between two atoms in a molecule results in a polar covalent bond.')
& concept2words_2(X,'unequal sharing of electron')
& concept2words_2(X,'unequal-sharing-of-electron')
& unequal_sharing_1(X) ) ) ).
fof(a533494,axiom,
! [X] :
( unfertilized_egg_1(X)
=> ( original_name_2(X,'Unfertilized-Egg')
& user_description_2(X,'An egg which has not been fertilized by a male gamete.')
& concept2words_2(X,'unfertilized egg')
& concept2words_2(X,'unfertilized-egg')
& egg_1(X) ) ) ).
fof(a533495,axiom,
! [X] :
( unfolded_protein_1(X)
=> ( original_name_2(X,'Unfolded-Protein')
& user_description_2(X,'A protein that is not folded.')
& concept2words_2(X,'unfolded protein')
& concept2words_2(X,'unfolded-protein')
& protein_1(X) ) ) ).
fof(a533496,axiom,
! [X] :
( ungulate_1(X)
=> ( original_name_2(X,'Ungulate')
& user_description_2(X,'Superorder of mammals which contains animals which walk on their toes. Most ungulates are hoofed animals.')
& concept2words_2(X,ungulate)
& placental_mammal_1(X)
& ~ bat_1(X)
& ~ edentata_1(X)
& ~ elephant_1(X)
& ~ primate_1(X)
& ~ rodent_1(X) ) ) ).
fof(a533497,axiom,
! [X] :
( unicellular_organism_1(X)
=> ( original_name_2(X,'Unicellular-Organism')
& description_2(X,'An organism consisting of a single cell.')
& user_description_2(X,'A unicelluar organism is an organism that is composed of only one cell.')
& concept2words_2(X,microbe)
& concept2words_2(X,'unicellular organism')
& concept2words_2(X,'unicellular-organism')
& cell_1(X)
& organism_1(X) ) ) ).
fof(a533498,axiom,
! [X] :
( uniform_pattern_of_dispersion_1(X)
=> ( original_name_2(X,'Uniform-Pattern-Of-Dispersion')
& user_description_2(X,'A pattern in which indivduals are evenly distributed in a population.')
& concept2words_2(X,keep)
& concept2words_2(X,'uniform pattern of dispersion')
& concept2words_2(X,'uniform-pattern-of-dispersion')
& state_1(X) ) ) ).
fof(a533499,axiom,
! [X] :
( uniformitarianism_1(X)
=> ( original_name_2(X,'Uniformitarianism')
& user_description_2(X,'The assumption that the natural laws now operating in the universe are constant over time.')
& concept2words_2(X,uniformitarianism)
& geologic_process_1(X)
& ~ biogeochemical_cycle_1(X)
& ~ catastrophism_1(X)
& ~ climate_1(X)
& ~ continental_drift_1(X)
& ~ plate_tectonics_1(X) ) ) ).
fof(a533500,axiom,
! [X] :
( unikonta_1(X)
=> ( original_name_2(X,'Unikonta')
& user_description_2(X,'A proposed taxonomic grouping that includes amoebas and opisthokonts.')
& concept2words_2(X,unikonta)
& eukaryotic_clade_1(X)
& ~ archaeplastid_1(X)
& ~ excavata_1(X)
& ~ rhizaria_1(X) ) ) ).
fof(a533501,axiom,
! [X] :
( unit_conversion_1(X)
=> ( original_name_2(X,'Unit-Conversion')
& description_2(X,'converts one property value directed by a given unit of measurement')
& concept2words_2(X,'conversion of unit')
& concept2words_2(X,'unit conversion')
& concept2words_2(X,'unit-conversion')
& method_1(X) ) ) ).
fof(a533502,axiom,
! [X] :
( unit_of_measurement_1(X)
=> ( original_name_2(X,'Unit-of-Measurement')
& property_group_1(X) ) ) ).
fof(a533503,axiom,
! [X] :
( unitless_value_1(X)
=> ( original_name_2(X,'Unitless-Value')
& concept2words_2(X,number)
& concept2words_2(X,gradient)
& concept2words_2(X,slope)
& concept2words_2(X,precedence)
& concept2words_2(X,precedency)
& concept2words_2(X,priority)
& concept2words_2(X,magnification)
& concept2words_2(X,importance)
& concept2words_2(X,'unitless value')
& concept2words_2(X,'unitless-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a533504,axiom,
! [X] :
( university_1(X)
=> ( original_name_2(X,'University')
& description_2(X,'a higher-institution of teaching, studying, research, etc.')
& concept2words_2(X,university)
& educational_institution_1(X) ) ) ).
fof(a533505,axiom,
! [X] :
( unlinked_gene_1(X)
=> ( original_name_2(X,'Unlinked-Gene')
& user_description_2(X,'Genes that are located on two different chromosomes.')
& concept2words_2(X,'unlinked gene')
& concept2words_2(X,'unlinked-gene')
& eukaryotic_gene_1(X)
& thing_1(fn_unlinked_gene_1(X))
& random_recombination_1(fn_unlinked_gene_1(X))
& map_unit_1(fn_unlinked_gene_2(X))
& spatial_entity_1(fn_unlinked_gene_3(X))
& code_for_1(fn_unlinked_gene_4(X))
& spatial_entity_1(fn_map_unit_7(fn_unlinked_gene_2(X)))
& thing_1(fn_map_unit_12(fn_unlinked_gene_2(X)))
& random_recombination_1(fn_map_unit_12(fn_unlinked_gene_2(X)))
& gene_1(fn_map_unit_1(fn_unlinked_gene_2(X)))
& donor_2(fn_unlinked_gene_4(X),X)
& agent_2(fn_unlinked_gene_4(X),X)
& information_content_2(fn_unlinked_gene_2(X),fn_unlinked_gene_1(X))
& object_2(fn_unlinked_gene_1(X),X)
& is_between_2(fn_unlinked_gene_3(X),X)
& information_content_2(fn_unlinked_gene_2(X),fn_unlinked_gene_3(X))
& fn_unlinked_gene_4(X) = fn_gene_13(X)
& fn_unlinked_gene_3(X) = fn_map_unit_7(fn_unlinked_gene_2(X))
& X = fn_map_unit_1(fn_unlinked_gene_2(X))
& fn_unlinked_gene_1(X) = fn_map_unit_12(fn_unlinked_gene_2(X))
& fn_map_unit_1(fn_unlinked_gene_2(X)) = fn_map_unit_1(fn_unlinked_gene_2(X)) ) ) ).
fof(a533506,axiom,
! [X] :
( unloading_of_sugar_at_sugar_sink_1(X)
=> ( original_name_2(X,'Unloading-Of-Sugar-At-Sugar-Sink')
& user_description_2(X,'It involves the unloading of sugar into sugar sink during the process of Translocation of phloem sap.')
& concept2words_2(X,unload)
& concept2words_2(X,'unloading of sugar at sugar sink')
& concept2words_2(X,'unloading-of-sugar-at-sugar-sink')
& plant_transport_1(X)
& sieve_tube_1(fn_unloading_of_sugar_at_sugar_sink_1(X))
& sugar_sink_1(fn_unloading_of_sugar_at_sugar_sink_2(X))
& phloem_sap_1(fn_unloading_of_sugar_at_sugar_sink_3(X))
& sugar_substance_1(fn_unloading_of_sugar_at_sugar_sink_4(X))
& chemical_1(fn_unloading_of_sugar_at_sugar_sink_5(X))
& plant_organ_1(fn_unloading_of_sugar_at_sugar_sink_6(X))
& sugar_substance_1(fn_phloem_sap_21(fn_unloading_of_sugar_at_sugar_sink_3(X)))
& plant_organ_1(fn_sugar_sink_1(fn_unloading_of_sugar_at_sugar_sink_2(X)))
& event_1(fn_sugar_sink_2(fn_unloading_of_sugar_at_sugar_sink_2(X)))
& chemical_1(fn_solution_6(fn_unloading_of_sugar_at_sugar_sink_3(X)))
& chemical_1(fn_solution_5(fn_unloading_of_sugar_at_sugar_sink_3(X)))
& origin_2(X,fn_unloading_of_sugar_at_sugar_sink_1(X))
& object_2(X,fn_unloading_of_sugar_at_sugar_sink_4(X))
& destination_2(X,fn_unloading_of_sugar_at_sugar_sink_6(X))
& has_part_2(fn_unloading_of_sugar_at_sugar_sink_3(X),fn_unloading_of_sugar_at_sugar_sink_5(X))
& has_solute_2(fn_unloading_of_sugar_at_sugar_sink_3(X),fn_unloading_of_sugar_at_sugar_sink_5(X))
& has_part_2(fn_unloading_of_sugar_at_sugar_sink_3(X),fn_unloading_of_sugar_at_sugar_sink_4(X))
& plays_2(fn_unloading_of_sugar_at_sugar_sink_6(X),fn_unloading_of_sugar_at_sugar_sink_2(X))
& in_event_2(fn_unloading_of_sugar_at_sugar_sink_2(X),X)
& fn_unloading_of_sugar_at_sugar_sink_5(X) = fn_solution_6(fn_unloading_of_sugar_at_sugar_sink_3(X))
& fn_unloading_of_sugar_at_sugar_sink_5(X) = fn_solution_5(fn_unloading_of_sugar_at_sugar_sink_3(X))
& fn_unloading_of_sugar_at_sugar_sink_4(X) = fn_phloem_sap_21(fn_unloading_of_sugar_at_sugar_sink_3(X))
& fn_unloading_of_sugar_at_sugar_sink_6(X) = fn_sugar_sink_1(fn_unloading_of_sugar_at_sugar_sink_2(X))
& X = fn_sugar_sink_2(fn_unloading_of_sugar_at_sugar_sink_2(X))
& fn_solution_6(fn_unloading_of_sugar_at_sugar_sink_3(X)) = fn_solution_5(fn_unloading_of_sugar_at_sugar_sink_3(X))
& fn_solution_5(fn_unloading_of_sugar_at_sugar_sink_3(X)) = fn_solution_5(fn_unloading_of_sugar_at_sugar_sink_3(X)) ) ) ).
fof(a533507,axiom,
! [X] :
( unobstruct_1(X)
=> ( original_name_2(X,'Unobstruct')
& concept2words_2(X,disengage)
& concept2words_2(X,free)
& concept2words_2(X,unobstruct)
& make_accessible_1(X)
& ~ unblock_1(X)
& ~ expose_1(X)
& ~ activate_1(X)
& spatial_entity_1(fn_unobstruct_1(X))
& object_2(X,fn_unobstruct_1(X))
& fn_unobstruct_1(X) = fn_make_accessible_1(X) ) ) ).
fof(a533508,axiom,
! [X] :
( unpaired_electron_1(X)
=> ( original_name_2(X,'Unpaired-Electron')
& user_description_2(X,'An electron that occupies an orbital singly, rather than as part of an electron pair.')
& concept2words_2(X,'unpaired electron')
& concept2words_2(X,'unpaired-electron')
& electron_1(X)
& ~ paired_electron_1(X) ) ) ).
fof(a533509,axiom,
! [X] :
( unrestrain_1(X)
=> ( original_name_2(X,'Unrestrain')
& concept2words_2(X,'let loose')
& concept2words_2(X,let_loose)
& concept2words_2(X,loose)
& concept2words_2(X,unleash)
& concept2words_2(X,unrestrain)
& unobstruct_1(X)
& tangible_entity_1(fn_unrestrain_1(X))
& object_2(X,fn_unrestrain_1(X))
& fn_unrestrain_1(X) = fn_unobstruct_1(X) ) ) ).
fof(a533510,axiom,
! [X] :
( unripened_fruit_1(X)
=> ( original_name_2(X,'Unripened-Fruit')
& user_description_2(X,'The fruits that are not ripe or have not matured are unripened fruits.')
& concept2words_2(X,'unripened fruit')
& concept2words_2(X,'unripened-fruit')
& fruit_1(X) ) ) ).
fof(a533511,axiom,
! [X] :
( unsaturated_fat_1(X)
=> ( original_name_2(X,'Unsaturated-Fat')
& user_description_2(X,'An unsaturated fat is a fat or fatty acid in which there is at least one double bond within the fatty acid chain.')
& concept2words_2(X,'unsaturated fat')
& concept2words_2(X,'unsaturated-fat')
& fat_1(X)
& ~ saturated_fat_1(X)
& double_bond_1(fn_unsaturated_fat_1(X))
& carbon_1(fn_unsaturated_fat_2(X))
& carbon_1(fn_unsaturated_fat_3(X))
& unsaturated_fatty_acid_1(fn_unsaturated_fat_4(X))
& entity_1(fn_covalent_bond_20(fn_unsaturated_fat_1(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_unsaturated_fat_1(X)))
& atom_1(fn_covalent_bond_20(fn_unsaturated_fat_1(X)))
& entity_1(fn_covalent_bond_19(fn_unsaturated_fat_1(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_unsaturated_fat_1(X)))
& atom_1(fn_covalent_bond_19(fn_unsaturated_fat_1(X)))
& called_2(X,"1")
& is_between_2(fn_unsaturated_fat_1(X),fn_unsaturated_fat_3(X))
& has_part_2(X,fn_unsaturated_fat_4(X))
& possesses_2(X,fn_unsaturated_fat_1(X))
& is_between_2(fn_unsaturated_fat_1(X),fn_unsaturated_fat_2(X))
& fn_unsaturated_fat_3(X) = fn_covalent_bond_20(fn_unsaturated_fat_1(X))
& fn_unsaturated_fat_3(X) = fn_covalent_bond_19(fn_unsaturated_fat_1(X))
& fn_unsaturated_fat_4(X) = fn_fat_14(X)
& fn_unsaturated_fat_2(X) = fn_molecule_11(X)
& fn_unsaturated_fat_1(X) = fn_molecule_10(X)
& fn_covalent_bond_20(fn_unsaturated_fat_1(X)) = fn_covalent_bond_19(fn_unsaturated_fat_1(X)) ) ) ).
fof(a533512,axiom,
! [X] :
( unsaturated_fatty_acid_1(X)
=> ( original_name_2(X,'Unsaturated-Fatty-Acid')
& user_description_2(X,'Unsaturated fatty acids are fatty acids,with one or more double-bonds.')
& concept2words_2(X,'unsaturated fatty acid tail')
& concept2words_2(X,'unsaturated-fatty-acid-tail')
& concept2words_2(X,'unsaturated hydrocarbon tail')
& concept2words_2(X,'unsaturated phospholipid')
& concept2words_2(X,'unsaturated hydrocarbon')
& concept2words_2(X,'unsaturated fatty acid')
& concept2words_2(X,'unsaturated-fatty-acid')
& fatty_acid_1(X)
& ~ saturated_fatty_acid_1(X)
& shape_value_1(fn_unsaturated_fatty_acid_2(X))
& electron_1(fn_unsaturated_fatty_acid_3(X))
& hold_1(fn_unsaturated_fatty_acid_4(X))
& hold_together_1(fn_unsaturated_fatty_acid_4(X))
& share_1(fn_unsaturated_fatty_acid_5(X))
& share_1(fn_unsaturated_fatty_acid_6(X))
& share_1(fn_unsaturated_fatty_acid_7(X))
& share_1(fn_unsaturated_fatty_acid_8(X))
& share_1(fn_unsaturated_fatty_acid_9(X))
& share_1(fn_unsaturated_fatty_acid_10(X))
& hold_1(fn_unsaturated_fatty_acid_11(X))
& hold_together_1(fn_unsaturated_fatty_acid_11(X))
& hold_together_1(fn_unsaturated_fatty_acid_12(X))
& hold_1(fn_unsaturated_fatty_acid_13(X))
& hold_together_1(fn_unsaturated_fatty_acid_13(X))
& hold_1(fn_unsaturated_fatty_acid_14(X))
& hold_together_1(fn_unsaturated_fatty_acid_14(X))
& hold_1(fn_unsaturated_fatty_acid_15(X))
& hold_together_1(fn_unsaturated_fatty_acid_15(X))
& hold_together_1(fn_unsaturated_fatty_acid_16(X))
& atomic_nucleus_1(fn_unsaturated_fatty_acid_17(X))
& share_1(fn_unsaturated_fatty_acid_18(X))
& equal_sharing_1(fn_unsaturated_fatty_acid_18(X))
& tangible_entity_1(fn_unsaturated_fatty_acid_19(X))
& electron_1(fn_unsaturated_fatty_acid_19(X))
& entity_1(fn_unsaturated_fatty_acid_19(X))
& valence_electron_1(fn_unsaturated_fatty_acid_19(X))
& tangible_entity_1(fn_unsaturated_fatty_acid_20(X))
& electron_1(fn_unsaturated_fatty_acid_20(X))
& entity_1(fn_unsaturated_fatty_acid_20(X))
& valence_electron_1(fn_unsaturated_fatty_acid_20(X))
& center_1(fn_unsaturated_fatty_acid_21(X))
& electron_shell_1(fn_unsaturated_fatty_acid_22(X))
& first_electron_shell_1(fn_unsaturated_fatty_acid_22(X))
& entity_1(fn_unsaturated_fatty_acid_23(X))
& proton_1(fn_unsaturated_fatty_acid_23(X))
& electron_shell_1(fn_unsaturated_fatty_acid_24(X))
& entity_1(fn_unsaturated_fatty_acid_25(X))
& proton_1(fn_unsaturated_fatty_acid_25(X))
& atom_1(fn_unsaturated_fatty_acid_26(X))
& chemical_entity_1(fn_unsaturated_fatty_acid_26(X))
& entity_1(fn_unsaturated_fatty_acid_26(X))
& tangible_entity_1(fn_unsaturated_fatty_acid_26(X))
& oxygen_1(fn_unsaturated_fatty_acid_26(X))
& functional_group_1(fn_unsaturated_fatty_acid_27(X))
& carboxyl_group_1(fn_unsaturated_fatty_acid_27(X))
& center_1(fn_unsaturated_fatty_acid_28(X))
& tangible_entity_1(fn_unsaturated_fatty_acid_29(X))
& entity_1(fn_unsaturated_fatty_acid_29(X))
& chemical_entity_1(fn_unsaturated_fatty_acid_29(X))
& atom_1(fn_unsaturated_fatty_acid_29(X))
& hydrogen_1(fn_unsaturated_fatty_acid_29(X))
& double_bond_1(fn_unsaturated_fatty_acid_30(X))
& entity_1(fn_unsaturated_fatty_acid_31(X))
& chemical_entity_1(fn_unsaturated_fatty_acid_31(X))
& atom_1(fn_unsaturated_fatty_acid_31(X))
& carbon_1(fn_unsaturated_fatty_acid_31(X))
& entity_1(fn_unsaturated_fatty_acid_32(X))
& atom_1(fn_unsaturated_fatty_acid_32(X))
& chemical_entity_1(fn_unsaturated_fatty_acid_32(X))
& hydrogen_1(fn_unsaturated_fatty_acid_32(X))
& tangible_entity_1(fn_unsaturated_fatty_acid_33(X))
& entity_1(fn_unsaturated_fatty_acid_33(X))
& chemical_entity_1(fn_unsaturated_fatty_acid_33(X))
& atom_1(fn_unsaturated_fatty_acid_33(X))
& carbon_1(fn_unsaturated_fatty_acid_33(X))
& carbon_skeleton_1(fn_unsaturated_fatty_acid_34(X))
& share_1(fn_unsaturated_fatty_acid_35(X))
& equal_sharing_1(fn_unsaturated_fatty_acid_35(X))
& hold_1(fn_unsaturated_fatty_acid_36(X))
& hold_together_1(fn_unsaturated_fatty_acid_36(X))
& atomic_nucleus_1(fn_unsaturated_fatty_acid_37(X))
& center_1(fn_unsaturated_fatty_acid_38(X))
& electron_1(fn_unsaturated_fatty_acid_39(X))
& valence_electron_1(fn_unsaturated_fatty_acid_39(X))
& entity_1(fn_unsaturated_fatty_acid_40(X))
& valence_electron_1(fn_unsaturated_fatty_acid_40(X))
& electron_1(fn_unsaturated_fatty_acid_40(X))
& electron_1(fn_unsaturated_fatty_acid_41(X))
& valence_electron_1(fn_unsaturated_fatty_acid_41(X))
& center_1(fn_unsaturated_fatty_acid_42(X))
& electron_shell_1(fn_unsaturated_fatty_acid_43(X))
& functional_group_1(fn_unsaturated_fatty_acid_44(X))
& carboxyl_group_1(fn_unsaturated_fatty_acid_44(X))
& share_1(fn_unsaturated_fatty_acid_45(X))
& spatial_entity_1(fn_unsaturated_fatty_acid_46(X))
& entity_1(fn_unsaturated_fatty_acid_46(X))
& chemical_entity_1(fn_unsaturated_fatty_acid_46(X))
& atom_1(fn_unsaturated_fatty_acid_46(X))
& hydrogen_1(fn_unsaturated_fatty_acid_46(X))
& attach_1(fn_unsaturated_fatty_acid_47(X))
& carbon_skeleton_1(fn_unsaturated_fatty_acid_48(X))
& center_1(fn_unsaturated_fatty_acid_49(X))
& tangible_entity_1(fn_unsaturated_fatty_acid_50(X))
& entity_1(fn_unsaturated_fatty_acid_50(X))
& chemical_entity_1(fn_unsaturated_fatty_acid_50(X))
& atom_1(fn_unsaturated_fatty_acid_50(X))
& carbon_1(fn_unsaturated_fatty_acid_50(X))
& entity_1(fn_unsaturated_fatty_acid_51(X))
& chemical_entity_1(fn_unsaturated_fatty_acid_51(X))
& atom_1(fn_unsaturated_fatty_acid_51(X))
& carbon_1(fn_unsaturated_fatty_acid_51(X))
& spatial_entity_1(fn_unsaturated_fatty_acid_52(X))
& atom_1(fn_unsaturated_fatty_acid_52(X))
& chemical_entity_1(fn_unsaturated_fatty_acid_52(X))
& entity_1(fn_unsaturated_fatty_acid_52(X))
& tangible_entity_1(fn_unsaturated_fatty_acid_52(X))
& oxygen_1(fn_unsaturated_fatty_acid_52(X))
& molecule_1(fn_unsaturated_fatty_acid_53(X))
& hydrocarbon_molecule_1(fn_unsaturated_fatty_acid_53(X))
& hydrocarbon_chain_1(fn_unsaturated_fatty_acid_53(X))
& kinetic_energy_1(fn_unsaturated_fatty_acid_54(X))
& tangible_entity_1(fn_unsaturated_fatty_acid_55(X))
& entity_1(fn_unsaturated_fatty_acid_55(X))
& chemical_entity_1(fn_unsaturated_fatty_acid_55(X))
& atom_1(fn_unsaturated_fatty_acid_55(X))
& carbon_1(fn_unsaturated_fatty_acid_55(X))
& electron_shell_1(fn_unsaturated_fatty_acid_56(X))
& first_electron_shell_1(fn_unsaturated_fatty_acid_56(X))
& end_1(fn_unsaturated_fatty_acid_57(X))
& entity_1(fn_unsaturated_fatty_acid_58(X))
& tangible_entity_1(fn_unsaturated_fatty_acid_58(X))
& electron_1(fn_unsaturated_fatty_acid_58(X))
& valence_electron_1(fn_unsaturated_fatty_acid_58(X))
& carboxyl_group_1(fn_unsaturated_fatty_acid_59(X))
& electron_shell_1(fn_unsaturated_fatty_acid_60(X))
& second_electron_shell_1(fn_unsaturated_fatty_acid_60(X))
& hold_1(fn_unsaturated_fatty_acid_61(X))
& hold_together_1(fn_unsaturated_fatty_acid_61(X))
& attract_1(fn_unsaturated_fatty_acid_62(X))
& tangible_entity_1(fn_unsaturated_fatty_acid_63(X))
& electron_1(fn_unsaturated_fatty_acid_63(X))
& entity_1(fn_unsaturated_fatty_acid_63(X))
& valence_electron_1(fn_unsaturated_fatty_acid_63(X))
& electron_shell_1(fn_unsaturated_fatty_acid_64(X))
& first_electron_shell_1(fn_unsaturated_fatty_acid_64(X))
& atomic_nucleus_1(fn_unsaturated_fatty_acid_65(X))
& hold_1(fn_unsaturated_fatty_acid_66(X))
& hold_together_1(fn_unsaturated_fatty_acid_66(X))
& atomic_nucleus_1(fn_unsaturated_fatty_acid_67(X))
& atomic_nucleus_1(fn_unsaturated_fatty_acid_68(X))
& share_1(fn_unsaturated_fatty_acid_69(X))
& equal_sharing_1(fn_unsaturated_fatty_acid_69(X))
& hold_together_1(fn_unsaturated_fatty_acid_70(X))
& hold_1(fn_unsaturated_fatty_acid_71(X))
& hold_together_1(fn_unsaturated_fatty_acid_71(X))
& hold_1(fn_unsaturated_fatty_acid_72(X))
& hold_together_1(fn_unsaturated_fatty_acid_72(X))
& hold_1(fn_unsaturated_fatty_acid_73(X))
& hold_together_1(fn_unsaturated_fatty_acid_73(X))
& share_1(fn_unsaturated_fatty_acid_74(X))
& share_1(fn_unsaturated_fatty_acid_75(X))
& share_1(fn_unsaturated_fatty_acid_76(X))
& second_electron_shell_1(fn_unsaturated_fatty_acid_77(X))
& quantity_value_1(fn_unsaturated_fatty_acid_78(X))
& speed_value_1(fn_unsaturated_fatty_acid_79(X))
& repel_1(fn_unsaturated_fatty_acid_80(X))
& constant_motion_1(fn_unsaturated_fatty_acid_81(X))
& hydrophobic_region_1(fn_unsaturated_fatty_acid_82(X))
& chemical_bond_1(fn_molecule_10(fn_unsaturated_fatty_acid_53(X)))
& electron_shell_1(fn_atom_9(fn_unsaturated_fatty_acid_55(X)))
& carbon_skeleton_1(fn_hydrocarbon_molecule_17(fn_unsaturated_fatty_acid_53(X)))
& attract_1(fn_carboxyl_group_34(fn_unsaturated_fatty_acid_44(X)))
& chemical_entity_1(fn_functional_group_1(fn_unsaturated_fatty_acid_44(X)))
& entity_1(fn_carboxyl_group_42(fn_unsaturated_fatty_acid_59(X)))
& proton_1(fn_carboxyl_group_42(fn_unsaturated_fatty_acid_59(X)))
& hold_together_1(fn_covalent_bond_14(fn_unsaturated_fatty_acid_30(X)))
& hold_together_1(fn_hydrocarbon_molecule_21(fn_unsaturated_fatty_acid_53(X)))
& share_1(fn_covalent_bond_17(fn_unsaturated_fatty_acid_30(X)))
& tangible_entity_1(fn_hold_2(fn_unsaturated_fatty_acid_36(X)))
& hold_together_1(fn_carboxyl_group_67(fn_unsaturated_fatty_acid_44(X)))
& hold_together_1(fn_carboxyl_group_47(fn_unsaturated_fatty_acid_44(X)))
& hold_together_1(fn_carboxyl_group_55(fn_unsaturated_fatty_acid_44(X)))
& share_1(fn_carboxyl_group_49(fn_unsaturated_fatty_acid_44(X)))
& electron_shell_1(fn_atom_9(fn_unsaturated_fatty_acid_32(X)))
& electron_shell_1(fn_hydrocarbon_molecule_20(fn_unsaturated_fatty_acid_53(X)))
& equal_sharing_1(fn_hydrocarbon_molecule_22(fn_unsaturated_fatty_acid_53(X)))
& entity_1(fn_share_2(fn_unsaturated_fatty_acid_18(X)))
& entity_1(fn_share_2(fn_unsaturated_fatty_acid_35(X)))
& electron_1(fn_hydrocarbon_molecule_11(fn_unsaturated_fatty_acid_53(X)))
& valence_electron_1(fn_hydrocarbon_molecule_11(fn_unsaturated_fatty_acid_53(X)))
& atomic_nucleus_1(fn_hydrocarbon_molecule_18(fn_unsaturated_fatty_acid_53(X)))
& entity_1(fn_share_3(fn_unsaturated_fatty_acid_35(X)))
& entity_1(fn_share_1(fn_unsaturated_fatty_acid_35(X)))
& entity_1(fn_hydrocarbon_molecule_16(fn_unsaturated_fatty_acid_53(X)))
& chemical_entity_1(fn_hydrocarbon_molecule_16(fn_unsaturated_fatty_acid_53(X)))
& atom_1(fn_hydrocarbon_molecule_16(fn_unsaturated_fatty_acid_53(X)))
& carbon_1(fn_hydrocarbon_molecule_16(fn_unsaturated_fatty_acid_53(X)))
& entity_1(fn_carboxyl_group_38(fn_unsaturated_fatty_acid_44(X)))
& proton_1(fn_carboxyl_group_38(fn_unsaturated_fatty_acid_44(X)))
& spatial_entity_1(fn_attach_2(fn_unsaturated_fatty_acid_47(X)))
& share_1(fn_carboxyl_group_56(fn_unsaturated_fatty_acid_44(X)))
& electron_shell_1(fn_atom_9(fn_unsaturated_fatty_acid_50(X)))
& electron_shell_1(fn_atom_9(fn_unsaturated_fatty_acid_26(X)))
& electron_shell_1(fn_atom_9(fn_unsaturated_fatty_acid_52(X)))
& first_electron_shell_1(fn_second_electron_shell_21(fn_unsaturated_fatty_acid_60(X)))
& atom_1(fn_second_electron_shell_13(fn_unsaturated_fatty_acid_60(X)))
& tangible_entity_1(fn_hold_2(fn_unsaturated_fatty_acid_61(X)))
& entity_1(fn_carboxyl_group_25(fn_unsaturated_fatty_acid_59(X)))
& chemical_entity_1(fn_carboxyl_group_25(fn_unsaturated_fatty_acid_59(X)))
& atom_1(fn_carboxyl_group_25(fn_unsaturated_fatty_acid_59(X)))
& hydrogen_1(fn_carboxyl_group_25(fn_unsaturated_fatty_acid_59(X)))
& hold_together_1(fn_carboxyl_group_67(fn_unsaturated_fatty_acid_59(X)))
& spatial_entity_1(fn_attach_1(fn_unsaturated_fatty_acid_47(X)))
& atom_1(fn_first_electron_shell_3(fn_unsaturated_fatty_acid_64(X)))
& oxygen_1(fn_carboxyl_group_23(fn_unsaturated_fatty_acid_44(X)))
& oxygen_1(fn_carboxyl_group_24(fn_unsaturated_fatty_acid_44(X)))
& center_1(fn_second_electron_shell_9(fn_unsaturated_fatty_acid_60(X)))
& center_1(fn_carboxyl_group_20(fn_unsaturated_fatty_acid_44(X)))
& center_1(fn_carboxyl_group_18(fn_unsaturated_fatty_acid_44(X)))
& center_1(fn_carboxyl_group_18(fn_unsaturated_fatty_acid_59(X)))
& center_1(fn_carboxyl_group_64(fn_unsaturated_fatty_acid_59(X)))
& center_1(fn_carboxyl_group_20(fn_unsaturated_fatty_acid_59(X)))
& tangible_entity_1(fn_hold_2(fn_unsaturated_fatty_acid_11(X)))
& entity_1(fn_share_2(fn_unsaturated_fatty_acid_74(X)))
& electron_1(fn_carboxyl_group_45(fn_unsaturated_fatty_acid_44(X)))
& valence_electron_1(fn_carboxyl_group_45(fn_unsaturated_fatty_acid_44(X)))
& tangible_entity_1(fn_carboxyl_group_58(fn_unsaturated_fatty_acid_59(X)))
& electron_1(fn_carboxyl_group_58(fn_unsaturated_fatty_acid_59(X)))
& valence_electron_1(fn_carboxyl_group_58(fn_unsaturated_fatty_acid_59(X)))
& atom_1(fn_first_electron_shell_3(fn_unsaturated_fatty_acid_22(X)))
& entity_1(fn_carboxyl_group_19(fn_unsaturated_fatty_acid_44(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_unsaturated_fatty_acid_44(X)))
& atom_1(fn_carboxyl_group_19(fn_unsaturated_fatty_acid_44(X)))
& carbon_1(fn_carboxyl_group_19(fn_unsaturated_fatty_acid_44(X)))
& entity_1(fn_carboxyl_group_19(fn_unsaturated_fatty_acid_59(X)))
& chemical_entity_1(fn_carboxyl_group_19(fn_unsaturated_fatty_acid_59(X)))
& atom_1(fn_carboxyl_group_19(fn_unsaturated_fatty_acid_59(X)))
& carbon_1(fn_carboxyl_group_19(fn_unsaturated_fatty_acid_59(X)))
& hold_together_1(fn_carboxyl_group_55(fn_unsaturated_fatty_acid_59(X)))
& hold_together_1(fn_carboxyl_group_47(fn_unsaturated_fatty_acid_59(X)))
& entity_1(fn_share_2(fn_unsaturated_fatty_acid_9(X)))
& entity_1(fn_carboxyl_group_21(fn_unsaturated_fatty_acid_44(X)))
& valence_electron_1(fn_carboxyl_group_21(fn_unsaturated_fatty_acid_44(X)))
& electron_1(fn_carboxyl_group_45(fn_unsaturated_fatty_acid_59(X)))
& valence_electron_1(fn_carboxyl_group_45(fn_unsaturated_fatty_acid_59(X)))
& electron_1(fn_carboxyl_group_40(fn_unsaturated_fatty_acid_59(X)))
& valence_electron_1(fn_carboxyl_group_40(fn_unsaturated_fatty_acid_59(X)))
& share_1(fn_carboxyl_group_56(fn_unsaturated_fatty_acid_59(X)))
& share_1(fn_carboxyl_group_49(fn_unsaturated_fatty_acid_59(X)))
& atomic_nucleus_1(fn_carboxyl_group_46(fn_unsaturated_fatty_acid_59(X)))
& atomic_nucleus_1(fn_first_electron_shell_7(fn_unsaturated_fatty_acid_22(X)))
& atomic_nucleus_1(fn_carboxyl_group_46(fn_unsaturated_fatty_acid_44(X)))
& atomic_nucleus_1(fn_carboxyl_group_57(fn_unsaturated_fatty_acid_59(X)))
& atomic_nucleus_1(fn_carboxyl_group_48(fn_unsaturated_fatty_acid_59(X)))
& entity_1(fn_carboxyl_group_17(fn_unsaturated_fatty_acid_59(X)))
& tangible_entity_1(fn_carboxyl_group_17(fn_unsaturated_fatty_acid_59(X)))
& electron_1(fn_carboxyl_group_17(fn_unsaturated_fatty_acid_59(X)))
& valence_electron_1(fn_carboxyl_group_17(fn_unsaturated_fatty_acid_59(X)))
& entity_1(fn_carboxyl_group_21(fn_unsaturated_fatty_acid_59(X)))
& valence_electron_1(fn_carboxyl_group_21(fn_unsaturated_fatty_acid_59(X)))
& oxygen_1(fn_carboxyl_group_24(fn_unsaturated_fatty_acid_59(X)))
& oxygen_1(fn_carboxyl_group_23(fn_unsaturated_fatty_acid_59(X)))
& center_1(fn_hydrocarbon_molecule_19(fn_unsaturated_fatty_acid_53(X)))
& center_1(fn_hydrogen_14(fn_unsaturated_fatty_acid_32(X)))
& valence_electron_1(fn_covalent_bond_18(fn_unsaturated_fatty_acid_30(X)))
& valence_electron_1(fn_hydrocarbon_molecule_8(fn_unsaturated_fatty_acid_53(X)))
& electron_1(fn_hydrocarbon_molecule_8(fn_unsaturated_fatty_acid_53(X)))
& valence_electron_1(fn_hydrogen_12(fn_unsaturated_fatty_acid_32(X)))
& atomic_nucleus_1(fn_hydrocarbon_molecule_23(fn_unsaturated_fatty_acid_53(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_unsaturated_fatty_acid_32(X)))
& entity_1(fn_hydrocarbon_molecule_15(fn_unsaturated_fatty_acid_53(X)))
& atom_1(fn_hydrocarbon_molecule_15(fn_unsaturated_fatty_acid_53(X)))
& chemical_entity_1(fn_hydrocarbon_molecule_15(fn_unsaturated_fatty_acid_53(X)))
& hydrogen_1(fn_hydrocarbon_molecule_15(fn_unsaturated_fatty_acid_53(X)))
& object_2(fn_unsaturated_fatty_acid_18(X),fn_unsaturated_fatty_acid_39(X))
& fn_unsaturated_fatty_acid_22(X) != fn_unsaturated_fatty_acid_64(X)
& fn_unsaturated_fatty_acid_22(X) != fn_unsaturated_fatty_acid_60(X)
& fn_unsaturated_fatty_acid_41(X) != fn_unsaturated_fatty_acid_3(X)
& fn_unsaturated_fatty_acid_3(X) != fn_unsaturated_fatty_acid_41(X)
& shape_2(X,fn_unsaturated_fatty_acid_2(X))
& minCardinality(X,possesses_0,"1",double_bond_0)
& the_categorical_value_2(fn_unsaturated_fatty_acid_2(X),kink_0)
& has_region_2(fn_unsaturated_fatty_acid_50(X),fn_unsaturated_fatty_acid_21(X))
& is_at_2(fn_unsaturated_fatty_acid_50(X),fn_unsaturated_fatty_acid_57(X))
& called_2(fn_unsaturated_fatty_acid_50(X),'C1')
& fn_unsaturated_fatty_acid_51(X) != fn_unsaturated_fatty_acid_55(X)
& has_region_2(fn_unsaturated_fatty_acid_51(X),fn_unsaturated_fatty_acid_49(X))
& is_at_2(fn_unsaturated_fatty_acid_51(X),fn_unsaturated_fatty_acid_57(X))
& called_2(fn_unsaturated_fatty_acid_51(X),'C2')
& has_region_2(fn_unsaturated_fatty_acid_52(X),fn_unsaturated_fatty_acid_60(X))
& has_region_2(fn_unsaturated_fatty_acid_52(X),fn_unsaturated_fatty_acid_22(X))
& fn_unsaturated_fatty_acid_55(X) != fn_unsaturated_fatty_acid_51(X)
& called_2(fn_unsaturated_fatty_acid_55(X),'C3')
& fn_unsaturated_fatty_acid_56(X) != fn_unsaturated_fatty_acid_77(X)
& fn_unsaturated_fatty_acid_56(X) != fn_unsaturated_fatty_acid_64(X)
& fn_unsaturated_fatty_acid_56(X) != fn_unsaturated_fatty_acid_60(X)
& fn_unsaturated_fatty_acid_60(X) != fn_unsaturated_fatty_acid_22(X)
& fn_unsaturated_fatty_acid_60(X) != fn_unsaturated_fatty_acid_56(X)
& fn_unsaturated_fatty_acid_60(X) != fn_unsaturated_fatty_acid_77(X)
& fn_unsaturated_fatty_acid_60(X) != fn_unsaturated_fatty_acid_64(X)
& fn_unsaturated_fatty_acid_64(X) != fn_unsaturated_fatty_acid_22(X)
& fn_unsaturated_fatty_acid_64(X) != fn_unsaturated_fatty_acid_56(X)
& fn_unsaturated_fatty_acid_64(X) != fn_unsaturated_fatty_acid_60(X)
& fn_unsaturated_fatty_acid_64(X) != fn_unsaturated_fatty_acid_77(X)
& is_inside_2(fn_unsaturated_fatty_acid_64(X),fn_unsaturated_fatty_acid_60(X))
& fn_unsaturated_fatty_acid_77(X) != fn_unsaturated_fatty_acid_56(X)
& fn_unsaturated_fatty_acid_77(X) != fn_unsaturated_fatty_acid_60(X)
& fn_unsaturated_fatty_acid_77(X) != fn_unsaturated_fatty_acid_64(X)
& object_2(fn_unsaturated_fatty_acid_18(X),fn_unsaturated_fatty_acid_40(X))
& object_2(fn_unsaturated_fatty_acid_9(X),fn_unsaturated_fatty_acid_58(X))
& object_2(fn_unsaturated_fatty_acid_74(X),fn_unsaturated_fatty_acid_63(X))
& object_2(fn_unsaturated_fatty_acid_47(X),fn_unsaturated_fatty_acid_52(X))
& base_2(fn_unsaturated_fatty_acid_47(X),fn_unsaturated_fatty_acid_46(X))
& object_2(fn_unsaturated_fatty_acid_36(X),fn_unsaturated_fatty_acid_33(X))
& object_2(fn_unsaturated_fatty_acid_11(X),fn_unsaturated_fatty_acid_55(X))
& object_2(fn_unsaturated_fatty_acid_61(X),fn_unsaturated_fatty_acid_29(X))
& possesses_2(fn_unsaturated_fatty_acid_53(X),fn_unsaturated_fatty_acid_30(X))
& has_region_2(fn_unsaturated_fatty_acid_52(X),fn_unsaturated_fatty_acid_64(X))
& agent_2(fn_unsaturated_fatty_acid_35(X),fn_unsaturated_fatty_acid_31(X))
& fn_unsaturated_fatty_acid_33(X) != fn_unsaturated_fatty_acid_31(X)
& fn_unsaturated_fatty_acid_31(X) != fn_unsaturated_fatty_acid_33(X)
& has_region_2(fn_unsaturated_fatty_acid_50(X),fn_unsaturated_fatty_acid_56(X))
& has_region_2(fn_unsaturated_fatty_acid_26(X),fn_unsaturated_fatty_acid_56(X))
& has_region_2(fn_unsaturated_fatty_acid_52(X),fn_unsaturated_fatty_acid_56(X))
& has_region_2(fn_unsaturated_fatty_acid_55(X),fn_unsaturated_fatty_acid_60(X))
& has_region_2(fn_unsaturated_fatty_acid_50(X),fn_unsaturated_fatty_acid_22(X))
& is_inside_2(fn_unsaturated_fatty_acid_68(X),fn_unsaturated_fatty_acid_22(X))
& has_region_2(fn_unsaturated_fatty_acid_51(X),fn_unsaturated_fatty_acid_28(X))
& has_region_2(fn_unsaturated_fatty_acid_51(X),fn_unsaturated_fatty_acid_60(X))
& has_region_2(fn_unsaturated_fatty_acid_51(X),fn_unsaturated_fatty_acid_56(X))
& is_inside_2(fn_unsaturated_fatty_acid_56(X),fn_unsaturated_fatty_acid_60(X))
& has_function_2(fn_unsaturated_fatty_acid_30(X),fn_unsaturated_fatty_acid_36(X))
& agent_2(fn_unsaturated_fatty_acid_36(X),fn_unsaturated_fatty_acid_30(X))
& result_2(fn_unsaturated_fatty_acid_35(X),fn_unsaturated_fatty_acid_30(X))
& object_2(fn_unsaturated_fatty_acid_35(X),fn_unsaturated_fatty_acid_41(X))
& object_2(fn_unsaturated_fatty_acid_69(X),fn_unsaturated_fatty_acid_41(X))
& agent_2(fn_unsaturated_fatty_acid_69(X),fn_unsaturated_fatty_acid_32(X))
& agent_2(fn_unsaturated_fatty_acid_69(X),fn_unsaturated_fatty_acid_31(X))
& object_2(fn_unsaturated_fatty_acid_61(X),fn_unsaturated_fatty_acid_55(X))
& quantity_2(fn_unsaturated_fatty_acid_54(X),fn_unsaturated_fatty_acid_78(X))
& is_inside_2(fn_unsaturated_fatty_acid_52(X),fn_unsaturated_fatty_acid_27(X))
& is_inside_2(fn_unsaturated_fatty_acid_55(X),fn_unsaturated_fatty_acid_44(X))
& object_2(fn_unsaturated_fatty_acid_16(X),fn_unsaturated_fatty_acid_26(X))
& is_inside_2(fn_unsaturated_fatty_acid_55(X),fn_unsaturated_fatty_acid_48(X))
& object_2(fn_unsaturated_fatty_acid_15(X),fn_unsaturated_fatty_acid_52(X))
& object_2(fn_unsaturated_fatty_acid_70(X),fn_unsaturated_fatty_acid_55(X))
& agent_2(fn_unsaturated_fatty_acid_10(X),fn_unsaturated_fatty_acid_26(X))
& agent_2(fn_unsaturated_fatty_acid_5(X),fn_unsaturated_fatty_acid_52(X))
& object_2(fn_unsaturated_fatty_acid_66(X),fn_unsaturated_fatty_acid_50(X))
& has_part_2(X,fn_unsaturated_fatty_acid_50(X))
& object_2(fn_unsaturated_fatty_acid_81(X),X)
& speed_2(fn_unsaturated_fatty_acid_81(X),fn_unsaturated_fatty_acid_79(X))
& directly_proportional_2(fn_unsaturated_fatty_acid_79(X),fn_unsaturated_fatty_acid_78(X))
& object_2(fn_unsaturated_fatty_acid_66(X),fn_unsaturated_fatty_acid_52(X))
& object_2(fn_unsaturated_fatty_acid_66(X),fn_unsaturated_fatty_acid_26(X))
& object_2(fn_unsaturated_fatty_acid_61(X),fn_unsaturated_fatty_acid_26(X))
& object_2(fn_unsaturated_fatty_acid_61(X),fn_unsaturated_fatty_acid_51(X))
& agent_2(fn_unsaturated_fatty_acid_45(X),fn_unsaturated_fatty_acid_51(X))
& agent_2(fn_unsaturated_fatty_acid_9(X),fn_unsaturated_fatty_acid_55(X))
& agent_2(fn_unsaturated_fatty_acid_45(X),fn_unsaturated_fatty_acid_55(X))
& agent_2(fn_unsaturated_fatty_acid_45(X),fn_unsaturated_fatty_acid_26(X))
& fn_unsaturated_fatty_acid_29(X) != fn_unsaturated_fatty_acid_55(X)
& fn_unsaturated_fatty_acid_55(X) != fn_unsaturated_fatty_acid_29(X)
& agent_2(fn_unsaturated_fatty_acid_74(X),fn_unsaturated_fatty_acid_26(X))
& object_2(fn_unsaturated_fatty_acid_74(X),fn_unsaturated_fatty_acid_20(X))
& object_2(fn_unsaturated_fatty_acid_75(X),fn_unsaturated_fatty_acid_20(X))
& object_2(fn_unsaturated_fatty_acid_75(X),fn_unsaturated_fatty_acid_63(X))
& object_2(fn_unsaturated_fatty_acid_9(X),fn_unsaturated_fatty_acid_63(X))
& object_2(fn_unsaturated_fatty_acid_35(X),fn_unsaturated_fatty_acid_40(X))
& has_region_2(fn_unsaturated_fatty_acid_33(X),fn_unsaturated_fatty_acid_42(X))
& object_2(fn_unsaturated_fatty_acid_35(X),fn_unsaturated_fatty_acid_39(X))
& has_region_2(fn_unsaturated_fatty_acid_33(X),fn_unsaturated_fatty_acid_43(X))
& has_region_2(fn_unsaturated_fatty_acid_53(X),fn_unsaturated_fatty_acid_34(X))
& is_inside_2(fn_unsaturated_fatty_acid_31(X),fn_unsaturated_fatty_acid_34(X))
& has_part_2(fn_unsaturated_fatty_acid_53(X),fn_unsaturated_fatty_acid_33(X))
& agent_2(fn_unsaturated_fatty_acid_35(X),fn_unsaturated_fatty_acid_33(X))
& agent_2(fn_unsaturated_fatty_acid_35(X),fn_unsaturated_fatty_acid_32(X))
& object_2(fn_unsaturated_fatty_acid_36(X),fn_unsaturated_fatty_acid_32(X))
& object_2(fn_unsaturated_fatty_acid_36(X),fn_unsaturated_fatty_acid_31(X))
& has_region_2(fn_unsaturated_fatty_acid_50(X),fn_unsaturated_fatty_acid_67(X))
& has_region_2(fn_unsaturated_fatty_acid_50(X),fn_unsaturated_fatty_acid_28(X))
& object_2(fn_unsaturated_fatty_acid_70(X),fn_unsaturated_fatty_acid_52(X))
& object_2(fn_unsaturated_fatty_acid_10(X),fn_unsaturated_fatty_acid_63(X))
& agent_2(fn_unsaturated_fatty_acid_45(X),fn_unsaturated_fatty_acid_52(X))
& agent_2(fn_unsaturated_fatty_acid_45(X),fn_unsaturated_fatty_acid_50(X))
& object_2(fn_unsaturated_fatty_acid_61(X),fn_unsaturated_fatty_acid_50(X))
& object_2(fn_unsaturated_fatty_acid_61(X),fn_unsaturated_fatty_acid_52(X))
& has_region_2(fn_unsaturated_fatty_acid_52(X),fn_unsaturated_fatty_acid_21(X))
& agent_2(fn_unsaturated_fatty_acid_10(X),fn_unsaturated_fatty_acid_55(X))
& object_2(fn_unsaturated_fatty_acid_16(X),fn_unsaturated_fatty_acid_55(X))
& object_2(fn_unsaturated_fatty_acid_16(X),fn_unsaturated_fatty_acid_52(X))
& is_inside_2(fn_unsaturated_fatty_acid_52(X),fn_unsaturated_fatty_acid_59(X))
& is_inside_2(fn_unsaturated_fatty_acid_51(X),fn_unsaturated_fatty_acid_59(X))
& is_inside_2(fn_unsaturated_fatty_acid_52(X),fn_unsaturated_fatty_acid_44(X))
& agent_2(fn_unsaturated_fatty_acid_10(X),fn_unsaturated_fatty_acid_52(X))
& object_2(fn_unsaturated_fatty_acid_10(X),fn_unsaturated_fatty_acid_58(X))
& object_2(fn_unsaturated_fatty_acid_62(X),fn_unsaturated_fatty_acid_58(X))
& agent_2(fn_unsaturated_fatty_acid_62(X),fn_unsaturated_fatty_acid_25(X))
& has_region_2(X,fn_unsaturated_fatty_acid_82(X))
& facilitates_2(fn_unsaturated_fatty_acid_82(X),fn_unsaturated_fatty_acid_80(X))
& agent_2(fn_unsaturated_fatty_acid_80(X),X)
& has_function_2(X,fn_unsaturated_fatty_acid_80(X))
& site_2(fn_unsaturated_fatty_acid_80(X),fn_unsaturated_fatty_acid_82(X))
& possesses_2(X,fn_unsaturated_fatty_acid_54(X))
& has_region_2(fn_unsaturated_fatty_acid_31(X),fn_unsaturated_fatty_acid_37(X))
& has_region_2(fn_unsaturated_fatty_acid_52(X),fn_unsaturated_fatty_acid_67(X))
& object_2(fn_unsaturated_fatty_acid_12(X),fn_unsaturated_fatty_acid_52(X))
& object_2(fn_unsaturated_fatty_acid_71(X),fn_unsaturated_fatty_acid_26(X))
& agent_2(fn_unsaturated_fatty_acid_8(X),fn_unsaturated_fatty_acid_55(X))
& object_2(fn_unsaturated_fatty_acid_73(X),fn_unsaturated_fatty_acid_50(X))
& agent_2(fn_unsaturated_fatty_acid_7(X),fn_unsaturated_fatty_acid_50(X))
& has_part_2(X,fn_unsaturated_fatty_acid_29(X))
& object_2(fn_unsaturated_fatty_acid_4(X),fn_unsaturated_fatty_acid_29(X))
& has_part_2(fn_unsaturated_fatty_acid_31(X),fn_unsaturated_fatty_acid_39(X))
& has_region_2(fn_unsaturated_fatty_acid_31(X),fn_unsaturated_fatty_acid_24(X))
& fn_unsaturated_fatty_acid_24(X) != fn_unsaturated_fatty_acid_43(X)
& has_region_2(fn_unsaturated_fatty_acid_32(X),fn_unsaturated_fatty_acid_43(X))
& has_part_2(fn_unsaturated_fatty_acid_53(X),fn_unsaturated_fatty_acid_32(X))
& fn_unsaturated_fatty_acid_43(X) != fn_unsaturated_fatty_acid_24(X)
& object_2(fn_unsaturated_fatty_acid_69(X),fn_unsaturated_fatty_acid_39(X))
& object_2(fn_unsaturated_fatty_acid_69(X),fn_unsaturated_fatty_acid_40(X))
& has_part_2(fn_unsaturated_fatty_acid_31(X),fn_unsaturated_fatty_acid_40(X))
& fn_unsaturated_fatty_acid_41(X) != fn_unsaturated_fatty_acid_40(X)
& fn_unsaturated_fatty_acid_40(X) != fn_unsaturated_fatty_acid_41(X)
& object_2(fn_unsaturated_fatty_acid_18(X),fn_unsaturated_fatty_acid_41(X))
& fn_unsaturated_fatty_acid_41(X) != fn_unsaturated_fatty_acid_39(X)
& fn_unsaturated_fatty_acid_39(X) != fn_unsaturated_fatty_acid_40(X)
& fn_unsaturated_fatty_acid_39(X) != fn_unsaturated_fatty_acid_41(X)
& is_near_2(fn_unsaturated_fatty_acid_37(X),fn_unsaturated_fatty_acid_39(X))
& is_near_2(fn_unsaturated_fatty_acid_39(X),fn_unsaturated_fatty_acid_37(X))
& fn_unsaturated_fatty_acid_40(X) != fn_unsaturated_fatty_acid_39(X)
& is_at_2(fn_unsaturated_fatty_acid_37(X),fn_unsaturated_fatty_acid_38(X))
& fn_unsaturated_fatty_acid_65(X) != fn_unsaturated_fatty_acid_37(X)
& fn_unsaturated_fatty_acid_37(X) != fn_unsaturated_fatty_acid_65(X)
& is_near_2(fn_unsaturated_fatty_acid_40(X),fn_unsaturated_fatty_acid_37(X))
& is_near_2(fn_unsaturated_fatty_acid_37(X),fn_unsaturated_fatty_acid_40(X))
& agent_2(fn_unsaturated_fatty_acid_18(X),fn_unsaturated_fatty_acid_31(X))
& agent_2(fn_unsaturated_fatty_acid_18(X),fn_unsaturated_fatty_acid_32(X))
& fn_unsaturated_fatty_acid_32(X) != fn_unsaturated_fatty_acid_31(X)
& has_region_2(fn_unsaturated_fatty_acid_31(X),fn_unsaturated_fatty_acid_38(X))
& fn_unsaturated_fatty_acid_38(X) != fn_unsaturated_fatty_acid_42(X)
& fn_unsaturated_fatty_acid_31(X) != fn_unsaturated_fatty_acid_32(X)
& fn_unsaturated_fatty_acid_42(X) != fn_unsaturated_fatty_acid_38(X)
& object_2(fn_unsaturated_fatty_acid_71(X),fn_unsaturated_fatty_acid_50(X))
& object_2(fn_unsaturated_fatty_acid_71(X),fn_unsaturated_fatty_acid_52(X))
& has_part_2(X,fn_unsaturated_fatty_acid_52(X))
& has_part_2(X,fn_unsaturated_fatty_acid_53(X))
& has_part_2(fn_unsaturated_fatty_acid_53(X),fn_unsaturated_fatty_acid_31(X))
& object_2(fn_unsaturated_fatty_acid_14(X),fn_unsaturated_fatty_acid_52(X))
& object_2(fn_unsaturated_fatty_acid_14(X),fn_unsaturated_fatty_acid_55(X))
& object_2(fn_unsaturated_fatty_acid_15(X),fn_unsaturated_fatty_acid_55(X))
& object_2(fn_unsaturated_fatty_acid_15(X),fn_unsaturated_fatty_acid_26(X))
& object_2(fn_unsaturated_fatty_acid_14(X),fn_unsaturated_fatty_acid_26(X))
& object_2(fn_unsaturated_fatty_acid_72(X),fn_unsaturated_fatty_acid_50(X))
& is_inside_2(fn_unsaturated_fatty_acid_50(X),fn_unsaturated_fatty_acid_48(X))
& has_region_2(X,fn_unsaturated_fatty_acid_48(X))
& has_part_2(X,fn_unsaturated_fatty_acid_26(X))
& agent_2(fn_unsaturated_fatty_acid_6(X),fn_unsaturated_fatty_acid_26(X))
& object_2(fn_unsaturated_fatty_acid_13(X),fn_unsaturated_fatty_acid_52(X))
& object_2(fn_unsaturated_fatty_acid_13(X),fn_unsaturated_fatty_acid_55(X))
& is_at_2(fn_unsaturated_fatty_acid_55(X),fn_unsaturated_fatty_acid_57(X))
& has_region_2(X,fn_unsaturated_fatty_acid_57(X))
& has_part_2(X,fn_unsaturated_fatty_acid_51(X))
& object_2(fn_unsaturated_fatty_acid_72(X),fn_unsaturated_fatty_acid_52(X))
& object_2(fn_unsaturated_fatty_acid_72(X),fn_unsaturated_fatty_acid_26(X))
& object_2(fn_unsaturated_fatty_acid_12(X),fn_unsaturated_fatty_acid_26(X))
& object_2(fn_unsaturated_fatty_acid_12(X),fn_unsaturated_fatty_acid_55(X))
& has_region_2(fn_unsaturated_fatty_acid_55(X),fn_unsaturated_fatty_acid_21(X))
& agent_2(fn_unsaturated_fatty_acid_9(X),fn_unsaturated_fatty_acid_26(X))
& agent_2(fn_unsaturated_fatty_acid_9(X),fn_unsaturated_fatty_acid_52(X))
& object_2(fn_unsaturated_fatty_acid_11(X),fn_unsaturated_fatty_acid_52(X))
& object_2(fn_unsaturated_fatty_acid_11(X),fn_unsaturated_fatty_acid_26(X))
& has_region_2(fn_unsaturated_fatty_acid_26(X),fn_unsaturated_fatty_acid_28(X))
& object_2(fn_unsaturated_fatty_acid_73(X),fn_unsaturated_fatty_acid_55(X))
& object_2(fn_unsaturated_fatty_acid_73(X),fn_unsaturated_fatty_acid_26(X))
& agent_2(fn_unsaturated_fatty_acid_8(X),fn_unsaturated_fatty_acid_26(X))
& agent_2(fn_unsaturated_fatty_acid_8(X),fn_unsaturated_fatty_acid_52(X))
& has_region_2(fn_unsaturated_fatty_acid_52(X),fn_unsaturated_fatty_acid_28(X))
& agent_2(fn_unsaturated_fatty_acid_7(X),fn_unsaturated_fatty_acid_55(X))
& has_part_2(fn_unsaturated_fatty_acid_55(X),fn_unsaturated_fatty_acid_25(X))
& is_inside_2(fn_unsaturated_fatty_acid_25(X),fn_unsaturated_fatty_acid_68(X))
& fn_unsaturated_fatty_acid_52(X) != fn_unsaturated_fatty_acid_55(X)
& fn_unsaturated_fatty_acid_55(X) != fn_unsaturated_fatty_acid_52(X)
& agent_2(fn_unsaturated_fatty_acid_74(X),fn_unsaturated_fatty_acid_52(X))
& agent_2(fn_unsaturated_fatty_acid_74(X),fn_unsaturated_fatty_acid_50(X))
& is_inside_2(fn_unsaturated_fatty_acid_50(X),fn_unsaturated_fatty_acid_44(X))
& is_inside_2(fn_unsaturated_fatty_acid_51(X),fn_unsaturated_fatty_acid_44(X))
& is_inside_2(fn_unsaturated_fatty_acid_51(X),fn_unsaturated_fatty_acid_48(X))
& agent_2(fn_unsaturated_fatty_acid_7(X),fn_unsaturated_fatty_acid_52(X))
& fn_unsaturated_fatty_acid_52(X) != fn_unsaturated_fatty_acid_51(X)
& fn_unsaturated_fatty_acid_51(X) != fn_unsaturated_fatty_acid_50(X)
& fn_unsaturated_fatty_acid_50(X) != fn_unsaturated_fatty_acid_55(X)
& has_region_2(fn_unsaturated_fatty_acid_55(X),fn_unsaturated_fatty_acid_28(X))
& fn_unsaturated_fatty_acid_51(X) != fn_unsaturated_fatty_acid_52(X)
& fn_unsaturated_fatty_acid_50(X) != fn_unsaturated_fatty_acid_51(X)
& fn_unsaturated_fatty_acid_55(X) != fn_unsaturated_fatty_acid_50(X)
& agent_2(fn_unsaturated_fatty_acid_75(X),fn_unsaturated_fatty_acid_50(X))
& fn_unsaturated_fatty_acid_29(X) != fn_unsaturated_fatty_acid_50(X)
& fn_unsaturated_fatty_acid_51(X) != fn_unsaturated_fatty_acid_29(X)
& fn_unsaturated_fatty_acid_29(X) != fn_unsaturated_fatty_acid_51(X)
& fn_unsaturated_fatty_acid_50(X) != fn_unsaturated_fatty_acid_29(X)
& agent_2(fn_unsaturated_fatty_acid_7(X),fn_unsaturated_fatty_acid_26(X))
& object_2(fn_unsaturated_fatty_acid_7(X),fn_unsaturated_fatty_acid_20(X))
& object_2(fn_unsaturated_fatty_acid_45(X),fn_unsaturated_fatty_acid_20(X))
& object_2(fn_unsaturated_fatty_acid_45(X),fn_unsaturated_fatty_acid_58(X))
& object_2(fn_unsaturated_fatty_acid_7(X),fn_unsaturated_fatty_acid_58(X))
& agent_2(fn_unsaturated_fatty_acid_75(X),fn_unsaturated_fatty_acid_52(X))
& agent_2(fn_unsaturated_fatty_acid_75(X),fn_unsaturated_fatty_acid_26(X))
& fn_unsaturated_fatty_acid_26(X) != fn_unsaturated_fatty_acid_55(X)
& has_part_2(fn_unsaturated_fatty_acid_55(X),fn_unsaturated_fatty_acid_58(X))
& object_2(fn_unsaturated_fatty_acid_6(X),fn_unsaturated_fatty_acid_58(X))
& fn_unsaturated_fatty_acid_55(X) != fn_unsaturated_fatty_acid_26(X)
& agent_2(fn_unsaturated_fatty_acid_5(X),fn_unsaturated_fatty_acid_26(X))
& has_region_2(fn_unsaturated_fatty_acid_26(X),fn_unsaturated_fatty_acid_64(X))
& has_region_2(fn_unsaturated_fatty_acid_55(X),fn_unsaturated_fatty_acid_64(X))
& has_region_2(fn_unsaturated_fatty_acid_55(X),fn_unsaturated_fatty_acid_68(X))
& is_at_2(fn_unsaturated_fatty_acid_68(X),fn_unsaturated_fatty_acid_21(X))
& agent_2(fn_unsaturated_fatty_acid_76(X),fn_unsaturated_fatty_acid_50(X))
& object_2(fn_unsaturated_fatty_acid_76(X),fn_unsaturated_fatty_acid_63(X))
& object_2(fn_unsaturated_fatty_acid_8(X),fn_unsaturated_fatty_acid_63(X))
& object_2(fn_unsaturated_fatty_acid_8(X),fn_unsaturated_fatty_acid_58(X))
& object_2(fn_unsaturated_fatty_acid_5(X),fn_unsaturated_fatty_acid_58(X))
& agent_2(fn_unsaturated_fatty_acid_6(X),fn_unsaturated_fatty_acid_52(X))
& fn_unsaturated_fatty_acid_52(X) != fn_unsaturated_fatty_acid_46(X)
& fn_unsaturated_fatty_acid_46(X) != fn_unsaturated_fatty_acid_26(X)
& is_inside_2(fn_unsaturated_fatty_acid_26(X),fn_unsaturated_fatty_acid_44(X))
& has_region_2(X,fn_unsaturated_fatty_acid_44(X))
& fn_unsaturated_fatty_acid_46(X) != fn_unsaturated_fatty_acid_52(X)
& fn_unsaturated_fatty_acid_26(X) != fn_unsaturated_fatty_acid_46(X)
& is_inside_2(fn_unsaturated_fatty_acid_22(X),fn_unsaturated_fatty_acid_77(X))
& has_region_2(fn_unsaturated_fatty_acid_50(X),fn_unsaturated_fatty_acid_77(X))
& has_region_2(fn_unsaturated_fatty_acid_50(X),fn_unsaturated_fatty_acid_49(X))
& fn_unsaturated_fatty_acid_22(X) != fn_unsaturated_fatty_acid_77(X)
& fn_unsaturated_fatty_acid_77(X) != fn_unsaturated_fatty_acid_22(X)
& agent_2(fn_unsaturated_fatty_acid_6(X),fn_unsaturated_fatty_acid_55(X))
& object_2(fn_unsaturated_fatty_acid_6(X),fn_unsaturated_fatty_acid_19(X))
& object_2(fn_unsaturated_fatty_acid_45(X),fn_unsaturated_fatty_acid_19(X))
& object_2(fn_unsaturated_fatty_acid_45(X),fn_unsaturated_fatty_acid_63(X))
& object_2(fn_unsaturated_fatty_acid_7(X),fn_unsaturated_fatty_acid_63(X))
& has_part_2(X,fn_unsaturated_fatty_acid_55(X))
& has_region_2(fn_unsaturated_fatty_acid_55(X),fn_unsaturated_fatty_acid_56(X))
& is_inside_2(fn_unsaturated_fatty_acid_68(X),fn_unsaturated_fatty_acid_56(X))
& fn_unsaturated_fatty_acid_22(X) != fn_unsaturated_fatty_acid_56(X)
& fn_unsaturated_fatty_acid_56(X) != fn_unsaturated_fatty_acid_22(X)
& is_inside_2(fn_unsaturated_fatty_acid_29(X),fn_unsaturated_fatty_acid_44(X))
& is_at_2(fn_unsaturated_fatty_acid_68(X),fn_unsaturated_fatty_acid_28(X))
& fn_unsaturated_fatty_acid_21(X) != fn_unsaturated_fatty_acid_28(X)
& fn_unsaturated_fatty_acid_28(X) != fn_unsaturated_fatty_acid_21(X)
& is_inside_2(fn_unsaturated_fatty_acid_23(X),fn_unsaturated_fatty_acid_68(X))
& has_region_2(fn_unsaturated_fatty_acid_50(X),fn_unsaturated_fatty_acid_68(X))
& fn_unsaturated_fatty_acid_50(X) != fn_unsaturated_fatty_acid_26(X)
& fn_unsaturated_fatty_acid_26(X) != fn_unsaturated_fatty_acid_50(X)
& fn_unsaturated_fatty_acid_51(X) != fn_unsaturated_fatty_acid_26(X)
& fn_unsaturated_fatty_acid_26(X) != fn_unsaturated_fatty_acid_51(X)
& has_part_2(fn_unsaturated_fatty_acid_52(X),fn_unsaturated_fatty_acid_63(X))
& fn_unsaturated_fatty_acid_52(X) != fn_unsaturated_fatty_acid_50(X)
& has_part_2(fn_unsaturated_fatty_acid_50(X),fn_unsaturated_fatty_acid_23(X))
& fn_unsaturated_fatty_acid_58(X) != fn_unsaturated_fatty_acid_63(X)
& fn_unsaturated_fatty_acid_63(X) != fn_unsaturated_fatty_acid_58(X)
& fn_unsaturated_fatty_acid_50(X) != fn_unsaturated_fatty_acid_52(X)
& is_at_2(fn_unsaturated_fatty_acid_17(X),fn_unsaturated_fatty_acid_28(X))
& has_region_2(fn_unsaturated_fatty_acid_52(X),fn_unsaturated_fatty_acid_17(X))
& fn_unsaturated_fatty_acid_52(X) != fn_unsaturated_fatty_acid_29(X)
& fn_unsaturated_fatty_acid_26(X) != fn_unsaturated_fatty_acid_52(X)
& fn_unsaturated_fatty_acid_52(X) != fn_unsaturated_fatty_acid_26(X)
& fn_unsaturated_fatty_acid_29(X) != fn_unsaturated_fatty_acid_52(X)
& object_2(fn_unsaturated_fatty_acid_73(X),fn_unsaturated_fatty_acid_52(X))
& object_2(fn_unsaturated_fatty_acid_73(X),fn_unsaturated_fatty_acid_29(X))
& fn_unsaturated_fatty_acid_29(X) != fn_unsaturated_fatty_acid_26(X)
& is_inside_2(fn_unsaturated_fatty_acid_26(X),fn_unsaturated_fatty_acid_27(X))
& is_inside_2(fn_unsaturated_fatty_acid_51(X),fn_unsaturated_fatty_acid_27(X))
& fn_unsaturated_fatty_acid_26(X) != fn_unsaturated_fatty_acid_29(X)
& agent_2(fn_unsaturated_fatty_acid_5(X),fn_unsaturated_fatty_acid_55(X))
& object_2(fn_unsaturated_fatty_acid_5(X),fn_unsaturated_fatty_acid_63(X))
& is_near_2(fn_unsaturated_fatty_acid_63(X),fn_unsaturated_fatty_acid_67(X))
& is_near_2(fn_unsaturated_fatty_acid_67(X),fn_unsaturated_fatty_acid_20(X))
& is_near_2(fn_unsaturated_fatty_acid_20(X),fn_unsaturated_fatty_acid_68(X))
& is_near_2(fn_unsaturated_fatty_acid_67(X),fn_unsaturated_fatty_acid_63(X))
& is_near_2(fn_unsaturated_fatty_acid_20(X),fn_unsaturated_fatty_acid_67(X))
& is_near_2(fn_unsaturated_fatty_acid_68(X),fn_unsaturated_fatty_acid_20(X))
& agent_2(fn_unsaturated_fatty_acid_76(X),fn_unsaturated_fatty_acid_52(X))
& object_2(fn_unsaturated_fatty_acid_76(X),fn_unsaturated_fatty_acid_58(X))
& is_near_2(fn_unsaturated_fatty_acid_58(X),fn_unsaturated_fatty_acid_68(X))
& fn_unsaturated_fatty_acid_68(X) != fn_unsaturated_fatty_acid_67(X)
& is_at_2(fn_unsaturated_fatty_acid_67(X),fn_unsaturated_fatty_acid_49(X))
& is_near_2(fn_unsaturated_fatty_acid_68(X),fn_unsaturated_fatty_acid_58(X))
& fn_unsaturated_fatty_acid_67(X) != fn_unsaturated_fatty_acid_68(X)
& object_2(fn_unsaturated_fatty_acid_4(X),fn_unsaturated_fatty_acid_55(X))
& object_2(fn_unsaturated_fatty_acid_4(X),fn_unsaturated_fatty_acid_52(X))
& has_region_2(fn_unsaturated_fatty_acid_52(X),fn_unsaturated_fatty_acid_49(X))
& has_region_2(fn_unsaturated_fatty_acid_26(X),fn_unsaturated_fatty_acid_49(X))
& has_region_2(fn_unsaturated_fatty_acid_26(X),fn_unsaturated_fatty_acid_67(X))
& agent_2(fn_unsaturated_fatty_acid_76(X),fn_unsaturated_fatty_acid_55(X))
& has_region_2(fn_unsaturated_fatty_acid_55(X),fn_unsaturated_fatty_acid_49(X))
& fn_unsaturated_fatty_acid_49(X) != fn_unsaturated_fatty_acid_28(X)
& fn_unsaturated_fatty_acid_21(X) != fn_unsaturated_fatty_acid_49(X)
& fn_unsaturated_fatty_acid_49(X) != fn_unsaturated_fatty_acid_21(X)
& fn_unsaturated_fatty_acid_28(X) != fn_unsaturated_fatty_acid_49(X)
& object_2(fn_unsaturated_fatty_acid_4(X),fn_unsaturated_fatty_acid_26(X))
& object_2(fn_unsaturated_fatty_acid_4(X),fn_unsaturated_fatty_acid_50(X))
& has_part_2(fn_unsaturated_fatty_acid_50(X),fn_unsaturated_fatty_acid_20(X))
& fn_unsaturated_fatty_acid_20(X) != fn_unsaturated_fatty_acid_63(X)
& is_near_2(fn_unsaturated_fatty_acid_17(X),fn_unsaturated_fatty_acid_63(X))
& fn_unsaturated_fatty_acid_63(X) != fn_unsaturated_fatty_acid_20(X)
& is_near_2(fn_unsaturated_fatty_acid_63(X),fn_unsaturated_fatty_acid_17(X))
& agent_2(fn_unsaturated_fatty_acid_76(X),fn_unsaturated_fatty_acid_26(X))
& object_2(fn_unsaturated_fatty_acid_76(X),fn_unsaturated_fatty_acid_20(X))
& fn_unsaturated_fatty_acid_20(X) != fn_unsaturated_fatty_acid_19(X)
& fn_unsaturated_fatty_acid_19(X) != fn_unsaturated_fatty_acid_20(X)
& fn_unsaturated_fatty_acid_58(X) != fn_unsaturated_fatty_acid_19(X)
& fn_unsaturated_fatty_acid_19(X) != fn_unsaturated_fatty_acid_58(X)
& is_inside_2(fn_unsaturated_fatty_acid_26(X),fn_unsaturated_fatty_acid_59(X))
& has_part_2(fn_unsaturated_fatty_acid_26(X),fn_unsaturated_fatty_acid_19(X))
& is_near_2(fn_unsaturated_fatty_acid_19(X),fn_unsaturated_fatty_acid_67(X))
& fn_unsaturated_fatty_acid_67(X) != fn_unsaturated_fatty_acid_17(X)
& fn_unsaturated_fatty_acid_17(X) != fn_unsaturated_fatty_acid_68(X)
& is_near_2(fn_unsaturated_fatty_acid_67(X),fn_unsaturated_fatty_acid_19(X))
& fn_unsaturated_fatty_acid_17(X) != fn_unsaturated_fatty_acid_67(X)
& fn_unsaturated_fatty_acid_68(X) != fn_unsaturated_fatty_acid_17(X)
& has_part_2(fn_unsaturated_fatty_acid_32(X),fn_unsaturated_fatty_acid_41(X))
& has_region_2(fn_unsaturated_fatty_acid_32(X),fn_unsaturated_fatty_acid_65(X))
& is_at_2(fn_unsaturated_fatty_acid_65(X),fn_unsaturated_fatty_acid_42(X))
& has_region_2(fn_unsaturated_fatty_acid_32(X),fn_unsaturated_fatty_acid_42(X))
& is_near_2(fn_unsaturated_fatty_acid_41(X),fn_unsaturated_fatty_acid_65(X))
& is_near_2(fn_unsaturated_fatty_acid_65(X),fn_unsaturated_fatty_acid_41(X))
& fn_unsaturated_fatty_acid_40(X) = fn_share_2(fn_unsaturated_fatty_acid_18(X))
& fn_unsaturated_fatty_acid_58(X) = fn_share_2(fn_unsaturated_fatty_acid_9(X))
& fn_unsaturated_fatty_acid_63(X) = fn_share_2(fn_unsaturated_fatty_acid_74(X))
& fn_unsaturated_fatty_acid_52(X) = fn_attach_1(fn_unsaturated_fatty_acid_47(X))
& fn_unsaturated_fatty_acid_46(X) = fn_attach_2(fn_unsaturated_fatty_acid_47(X))
& fn_unsaturated_fatty_acid_33(X) = fn_hold_2(fn_unsaturated_fatty_acid_36(X))
& fn_unsaturated_fatty_acid_55(X) = fn_hold_2(fn_unsaturated_fatty_acid_11(X))
& fn_unsaturated_fatty_acid_29(X) = fn_hold_2(fn_unsaturated_fatty_acid_61(X))
& fn_unsaturated_fatty_acid_30(X) = fn_molecule_10(fn_unsaturated_fatty_acid_53(X))
& fn_unsaturated_fatty_acid_52(X) = fn_first_electron_shell_3(fn_unsaturated_fatty_acid_64(X))
& fn_unsaturated_fatty_acid_33(X) = fn_share_3(fn_unsaturated_fatty_acid_35(X))
& fn_unsaturated_fatty_acid_31(X) = fn_share_3(fn_unsaturated_fatty_acid_35(X))
& fn_unsaturated_fatty_acid_31(X) = fn_share_1(fn_unsaturated_fatty_acid_35(X))
& fn_unsaturated_fatty_acid_56(X) = fn_atom_9(fn_unsaturated_fatty_acid_50(X))
& fn_unsaturated_fatty_acid_56(X) = fn_atom_9(fn_unsaturated_fatty_acid_26(X))
& fn_unsaturated_fatty_acid_56(X) = fn_atom_9(fn_unsaturated_fatty_acid_52(X))
& fn_unsaturated_fatty_acid_60(X) = fn_atom_9(fn_unsaturated_fatty_acid_55(X))
& fn_unsaturated_fatty_acid_68(X) = fn_first_electron_shell_7(fn_unsaturated_fatty_acid_22(X))
& fn_unsaturated_fatty_acid_28(X) = fn_second_electron_shell_9(fn_unsaturated_fatty_acid_60(X))
& fn_unsaturated_fatty_acid_56(X) = fn_second_electron_shell_21(fn_unsaturated_fatty_acid_60(X))
& fn_unsaturated_fatty_acid_51(X) = fn_second_electron_shell_13(fn_unsaturated_fatty_acid_60(X))
& fn_unsaturated_fatty_acid_41(X) = fn_covalent_bond_18(fn_unsaturated_fatty_acid_30(X))
& fn_unsaturated_fatty_acid_35(X) = fn_covalent_bond_17(fn_unsaturated_fatty_acid_30(X))
& fn_unsaturated_fatty_acid_36(X) = fn_covalent_bond_14(fn_unsaturated_fatty_acid_30(X))
& fn_unsaturated_fatty_acid_41(X) = fn_hydrocarbon_molecule_8(fn_unsaturated_fatty_acid_53(X))
& fn_unsaturated_fatty_acid_69(X) = fn_hydrocarbon_molecule_22(fn_unsaturated_fatty_acid_53(X))
& fn_unsaturated_fatty_acid_61(X) = fn_organic_acid_1(X)
& fn_unsaturated_fatty_acid_54(X) = fn_carboxylic_acid_23(X)
& fn_unsaturated_fatty_acid_27(X) = fn_carboxylic_acid_6(X)
& fn_unsaturated_fatty_acid_16(X) = fn_carboxylic_acid_25(X)
& fn_unsaturated_fatty_acid_48(X) = fn_carboxylic_acid_10(X)
& fn_unsaturated_fatty_acid_15(X) = fn_carboxylic_acid_19(X)
& fn_unsaturated_fatty_acid_70(X) = fn_carboxylic_acid_25(X)
& fn_unsaturated_fatty_acid_10(X) = fn_carboxylic_acid_24(X)
& fn_unsaturated_fatty_acid_83(X) = fn_carboxylic_acid_27(X)
& fn_unsaturated_fatty_acid_5(X) = fn_carboxylic_acid_3(X)
& fn_unsaturated_fatty_acid_84(X) = fn_carboxylic_acid_26(X)
& fn_unsaturated_fatty_acid_78(X) = fn_carboxylic_acid_20(X)
& fn_unsaturated_fatty_acid_79(X) = fn_carboxylic_acid_21(X)
& fn_unsaturated_fatty_acid_81(X) = fn_carboxylic_acid_22(X)
& fn_unsaturated_fatty_acid_50(X) = fn_carboxylic_acid_9(X)
& fn_unsaturated_fatty_acid_45(X) = fn_carboxylic_acid_24(X)
& fn_unsaturated_fatty_acid_51(X) = fn_carboxylic_acid_9(X)
& fn_unsaturated_fatty_acid_61(X) = fn_carboxylic_acid_19(X)
& fn_unsaturated_fatty_acid_66(X) = fn_carboxylic_acid_2(X)
& fn_unsaturated_fatty_acid_45(X) = fn_carboxylic_acid_16(X)
& fn_unsaturated_fatty_acid_29(X) = fn_carboxylic_acid_11(X)
& fn_unsaturated_fatty_acid_9(X) = fn_carboxylic_acid_3(X)
& fn_unsaturated_fatty_acid_63(X) = fn_carboxylic_acid_18(X)
& fn_unsaturated_fatty_acid_75(X) = fn_carboxylic_acid_16(X)
& fn_unsaturated_fatty_acid_20(X) = fn_carboxylic_acid_15(X)
& fn_unsaturated_fatty_acid_74(X) = fn_carboxylic_acid_3(X)
& fn_unsaturated_fatty_acid_40(X) = fn_share_2(fn_unsaturated_fatty_acid_35(X))
& fn_unsaturated_fatty_acid_40(X) = fn_hydrocarbon_molecule_11(fn_unsaturated_fatty_acid_53(X))
& fn_unsaturated_fatty_acid_42(X) = fn_hydrocarbon_molecule_19(fn_unsaturated_fatty_acid_53(X))
& fn_unsaturated_fatty_acid_39(X) = fn_hydrocarbon_molecule_8(fn_unsaturated_fatty_acid_53(X))
& fn_unsaturated_fatty_acid_43(X) = fn_hydrocarbon_molecule_20(fn_unsaturated_fatty_acid_53(X))
& fn_unsaturated_fatty_acid_34(X) = fn_hydrocarbon_molecule_17(fn_unsaturated_fatty_acid_53(X))
& fn_unsaturated_fatty_acid_36(X) = fn_hydrocarbon_molecule_21(fn_unsaturated_fatty_acid_53(X))
& fn_unsaturated_fatty_acid_35(X) = fn_hydrocarbon_molecule_22(fn_unsaturated_fatty_acid_53(X))
& fn_unsaturated_fatty_acid_33(X) = fn_hydrocarbon_molecule_16(fn_unsaturated_fatty_acid_53(X))
& fn_unsaturated_fatty_acid_50(X) = fn_first_electron_shell_3(fn_unsaturated_fatty_acid_22(X))
& fn_unsaturated_fatty_acid_67(X) = fn_first_electron_shell_7(fn_unsaturated_fatty_acid_22(X))
& fn_unsaturated_fatty_acid_67(X) = fn_carboxyl_group_46(fn_unsaturated_fatty_acid_44(X))
& fn_unsaturated_fatty_acid_28(X) = fn_carboxyl_group_20(fn_unsaturated_fatty_acid_44(X))
& fn_unsaturated_fatty_acid_70(X) = fn_carboxyl_group_67(fn_unsaturated_fatty_acid_44(X))
& fn_unsaturated_fatty_acid_63(X) = fn_carboxyl_group_45(fn_unsaturated_fatty_acid_44(X))
& fn_unsaturated_fatty_acid_21(X) = fn_carboxyl_group_18(fn_unsaturated_fatty_acid_44(X))
& fn_unsaturated_fatty_acid_61(X) = fn_carboxyl_group_47(fn_unsaturated_fatty_acid_44(X))
& fn_unsaturated_fatty_acid_50(X) = fn_carboxyl_group_19(fn_unsaturated_fatty_acid_44(X))
& fn_unsaturated_fatty_acid_45(X) = fn_carboxyl_group_56(fn_unsaturated_fatty_acid_44(X))
& fn_unsaturated_fatty_acid_51(X) = fn_carboxyl_group_19(fn_unsaturated_fatty_acid_44(X))
& fn_unsaturated_fatty_acid_52(X) = fn_carboxyl_group_24(fn_unsaturated_fatty_acid_44(X))
& fn_unsaturated_fatty_acid_16(X) = fn_carboxyl_group_55(fn_unsaturated_fatty_acid_44(X))
& fn_unsaturated_fatty_acid_55(X) = fn_carboxyl_group_19(fn_unsaturated_fatty_acid_44(X))
& fn_unsaturated_fatty_acid_25(X) = fn_carboxyl_group_38(fn_unsaturated_fatty_acid_44(X))
& fn_unsaturated_fatty_acid_62(X) = fn_carboxyl_group_34(fn_unsaturated_fatty_acid_44(X))
& fn_unsaturated_fatty_acid_58(X) = fn_carboxyl_group_21(fn_unsaturated_fatty_acid_44(X))
& fn_unsaturated_fatty_acid_10(X) = fn_carboxyl_group_49(fn_unsaturated_fatty_acid_44(X))
& fn_unsaturated_fatty_acid_52(X) = fn_carboxyl_group_23(fn_unsaturated_fatty_acid_44(X))
& fn_unsaturated_fatty_acid_80(X) = fn_hydrophobic_compound_2(X)
& fn_unsaturated_fatty_acid_82(X) = fn_hydrophobic_compound_3(X)
& fn_unsaturated_fatty_acid_54(X) = fn_fatty_acid_42(X)
& fn_unsaturated_fatty_acid_67(X) = fn_fatty_acid_60(X)
& fn_unsaturated_fatty_acid_12(X) = fn_fatty_acid_11(X)
& fn_unsaturated_fatty_acid_73(X) = fn_fatty_acid_12(X)
& fn_unsaturated_fatty_acid_7(X) = fn_fatty_acid_63(X)
& fn_unsaturated_fatty_acid_4(X) = fn_fatty_acid_41(X)
& fn_unsaturated_fatty_acid_43(X) = fn_atom_9(fn_unsaturated_fatty_acid_32(X))
& fn_unsaturated_fatty_acid_43(X) = fn_fatty_acid_47(X)
& fn_unsaturated_fatty_acid_24(X) = fn_fatty_acid_52(X)
& fn_unsaturated_fatty_acid_69(X) = fn_fatty_acid_55(X)
& fn_unsaturated_fatty_acid_40(X) = fn_fatty_acid_49(X)
& fn_unsaturated_fatty_acid_39(X) = fn_fatty_acid_51(X)
& fn_unsaturated_fatty_acid_41(X) = fn_fatty_acid_49(X)
& fn_unsaturated_fatty_acid_40(X) = fn_fatty_acid_50(X)
& fn_unsaturated_fatty_acid_37(X) = fn_hydrocarbon_molecule_18(fn_unsaturated_fatty_acid_53(X))
& fn_unsaturated_fatty_acid_65(X) = fn_hydrocarbon_molecule_23(fn_unsaturated_fatty_acid_53(X))
& fn_unsaturated_fatty_acid_65(X) = fn_fatty_acid_48(X)
& fn_unsaturated_fatty_acid_37(X) = fn_fatty_acid_54(X)
& fn_unsaturated_fatty_acid_42(X) = fn_fatty_acid_46(X)
& fn_unsaturated_fatty_acid_38(X) = fn_fatty_acid_53(X)
& fn_unsaturated_fatty_acid_32(X) = fn_hydrocarbon_molecule_15(fn_unsaturated_fatty_acid_53(X))
& fn_unsaturated_fatty_acid_31(X) = fn_hydrocarbon_molecule_16(fn_unsaturated_fatty_acid_53(X))
& fn_unsaturated_fatty_acid_32(X) = fn_fatty_acid_28(X)
& fn_unsaturated_fatty_acid_18(X) = fn_fatty_acid_55(X)
& fn_unsaturated_fatty_acid_31(X) = fn_fatty_acid_56(X)
& fn_unsaturated_fatty_acid_53(X) = fn_fatty_acid_29(X)
& fn_unsaturated_fatty_acid_71(X) = fn_fatty_acid_66(X)
& fn_unsaturated_fatty_acid_15(X) = fn_fatty_acid_41(X)
& fn_unsaturated_fatty_acid_14(X) = fn_fatty_acid_65(X)
& fn_unsaturated_fatty_acid_57(X) = fn_fatty_acid_3(X)
& fn_unsaturated_fatty_acid_13(X) = fn_fatty_acid_41(X)
& fn_unsaturated_fatty_acid_21(X) = fn_fatty_acid_36(X)
& fn_unsaturated_fatty_acid_12(X) = fn_fatty_acid_32(X)
& fn_unsaturated_fatty_acid_72(X) = fn_fatty_acid_13(X)
& fn_unsaturated_fatty_acid_28(X) = fn_fatty_acid_38(X)
& fn_unsaturated_fatty_acid_11(X) = fn_fatty_acid_12(X)
& fn_unsaturated_fatty_acid_9(X) = fn_fatty_acid_64(X)
& fn_unsaturated_fatty_acid_28(X) = fn_carboxylic_acid_12(X)
& fn_unsaturated_fatty_acid_28(X) = fn_fatty_acid_59(X)
& fn_unsaturated_fatty_acid_8(X) = fn_fatty_acid_63(X)
& fn_unsaturated_fatty_acid_73(X) = fn_fatty_acid_11(X)
& fn_unsaturated_fatty_acid_25(X) = fn_fatty_acid_35(X)
& fn_unsaturated_fatty_acid_52(X) = fn_carboxylic_acid_5(X)
& fn_unsaturated_fatty_acid_48(X) = fn_fatty_acid_27(X)
& fn_unsaturated_fatty_acid_74(X) = fn_fatty_acid_16(X)
& fn_unsaturated_fatty_acid_28(X) = fn_fatty_acid_57(X)
& fn_unsaturated_fatty_acid_51(X) = fn_fatty_acid_33(X)
& fn_unsaturated_fatty_acid_29(X) = fn_fatty_acid_44(X)
& fn_unsaturated_fatty_acid_50(X) = fn_fatty_acid_34(X)
& fn_unsaturated_fatty_acid_7(X) = fn_fatty_acid_16(X)
& fn_unsaturated_fatty_acid_58(X) = fn_fatty_acid_62(X)
& fn_unsaturated_fatty_acid_45(X) = fn_fatty_acid_63(X)
& fn_unsaturated_fatty_acid_20(X) = fn_fatty_acid_58(X)
& fn_unsaturated_fatty_acid_7(X) = fn_fatty_acid_40(X)
& fn_unsaturated_fatty_acid_6(X) = fn_fatty_acid_40(X)
& fn_unsaturated_fatty_acid_58(X) = fn_fatty_acid_45(X)
& fn_unsaturated_fatty_acid_55(X) = fn_organic_acid_14(X)
& fn_unsaturated_fatty_acid_55(X) = fn_carboxylic_acid_9(X)
& fn_unsaturated_fatty_acid_75(X) = fn_fatty_acid_15(X)
& fn_unsaturated_fatty_acid_21(X) = fn_fatty_acid_38(X)
& fn_unsaturated_fatty_acid_68(X) = fn_fatty_acid_18(X)
& fn_unsaturated_fatty_acid_55(X) = fn_fatty_acid_33(X)
& fn_unsaturated_fatty_acid_64(X) = fn_fatty_acid_22(X)
& fn_unsaturated_fatty_acid_26(X) = fn_fatty_acid_31(X)
& fn_unsaturated_fatty_acid_5(X) = fn_organic_acid_15(X)
& fn_unsaturated_fatty_acid_58(X) = fn_organic_acid_6(X)
& fn_unsaturated_fatty_acid_5(X) = fn_fatty_acid_16(X)
& fn_unsaturated_fatty_acid_58(X) = fn_fatty_acid_58(X)
& fn_unsaturated_fatty_acid_8(X) = fn_fatty_acid_64(X)
& fn_unsaturated_fatty_acid_63(X) = fn_fatty_acid_26(X)
& fn_unsaturated_fatty_acid_76(X) = fn_fatty_acid_40(X)
& X = fn_functional_group_1(fn_unsaturated_fatty_acid_44(X))
& fn_unsaturated_fatty_acid_26(X) = fn_organic_acid_10(X)
& fn_unsaturated_fatty_acid_44(X) = fn_organic_acid_11(X)
& fn_unsaturated_fatty_acid_26(X) = fn_carboxylic_acid_4(X)
& fn_unsaturated_fatty_acid_44(X) = fn_carboxylic_acid_6(X)
& fn_unsaturated_fatty_acid_44(X) = fn_fatty_acid_43(X)
& fn_unsaturated_fatty_acid_26(X) = fn_fatty_acid_21(X)
& fn_unsaturated_fatty_acid_46(X) = fn_fatty_acid_44(X)
& fn_unsaturated_fatty_acid_52(X) = fn_fatty_acid_21(X)
& fn_unsaturated_fatty_acid_49(X) = fn_fatty_acid_38(X)
& fn_unsaturated_fatty_acid_50(X) = fn_fatty_acid_33(X)
& fn_unsaturated_fatty_acid_77(X) = fn_fatty_acid_23(X)
& fn_unsaturated_fatty_acid_7(X) = fn_fatty_acid_14(X)
& fn_unsaturated_fatty_acid_63(X) = fn_fatty_acid_58(X)
& fn_unsaturated_fatty_acid_45(X) = fn_fatty_acid_15(X)
& fn_unsaturated_fatty_acid_19(X) = fn_fatty_acid_26(X)
& fn_unsaturated_fatty_acid_6(X) = fn_fatty_acid_14(X)
& fn_unsaturated_fatty_acid_68(X) = fn_fatty_acid_37(X)
& fn_unsaturated_fatty_acid_22(X) = fn_fatty_acid_22(X)
& fn_unsaturated_fatty_acid_56(X) = fn_fatty_acid_24(X)
& fn_unsaturated_fatty_acid_55(X) = fn_fatty_acid_34(X)
& fn_unsaturated_fatty_acid_28(X) = fn_carboxyl_group_20(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_23(X) = fn_carboxyl_group_42(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_58(X) = fn_carboxyl_group_40(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_17(X) = fn_carboxyl_group_57(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_51(X) = fn_carboxyl_group_19(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_26(X) = fn_carboxyl_group_24(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_29(X) = fn_carboxyl_group_25(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_73(X) = fn_carboxyl_group_67(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_20(X) = fn_carboxyl_group_40(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_67(X) = fn_carboxyl_group_57(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_63(X) = fn_carboxyl_group_58(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_5(X) = fn_carboxyl_group_56(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_68(X) = fn_carboxyl_group_46(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_58(X) = fn_carboxyl_group_17(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_76(X) = fn_carboxyl_group_56(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_49(X) = fn_carboxyl_group_18(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_52(X) = fn_carboxyl_group_24(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_4(X) = fn_carboxyl_group_55(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_28(X) = fn_carboxyl_group_18(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_49(X) = fn_carboxyl_group_64(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_21(X) = fn_carboxyl_group_18(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_49(X) = fn_carboxyl_group_20(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_55(X) = fn_carboxyl_group_19(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_17(X) = fn_carboxyl_group_48(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_63(X) = fn_carboxyl_group_21(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_20(X) = fn_carboxyl_group_17(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_50(X) = fn_carboxyl_group_19(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_4(X) = fn_carboxyl_group_47(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_58(X) = fn_carboxyl_group_45(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_19(X) = fn_carboxyl_group_17(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_20(X) = fn_carboxyl_group_21(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_76(X) = fn_carboxyl_group_49(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_68(X) = fn_carboxyl_group_57(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_17(X) = fn_carboxyl_group_46(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_67(X) = fn_carboxyl_group_48(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_19(X) = fn_carboxyl_group_21(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_26(X) = fn_carboxyl_group_23(fn_unsaturated_fatty_acid_59(X))
& fn_unsaturated_fatty_acid_42(X) = fn_hydrogen_14(fn_unsaturated_fatty_acid_32(X))
& fn_unsaturated_fatty_acid_41(X) = fn_hydrogen_12(fn_unsaturated_fatty_acid_32(X))
& fn_unsaturated_fatty_acid_65(X) = fn_hydrogen_15(fn_unsaturated_fatty_acid_32(X))
& fn_covalent_bond_14(fn_unsaturated_fatty_acid_30(X)) = fn_covalent_bond_14(fn_unsaturated_fatty_acid_30(X))
& fn_covalent_bond_14(fn_unsaturated_fatty_acid_30(X)) = fn_hydrocarbon_molecule_21(fn_unsaturated_fatty_acid_53(X))
& fn_hydrocarbon_molecule_21(fn_unsaturated_fatty_acid_53(X)) = fn_hydrocarbon_molecule_21(fn_unsaturated_fatty_acid_53(X))
& fn_hydrocarbon_molecule_21(fn_unsaturated_fatty_acid_53(X)) = fn_covalent_bond_17(fn_unsaturated_fatty_acid_30(X))
& fn_covalent_bond_17(fn_unsaturated_fatty_acid_30(X)) = fn_covalent_bond_17(fn_unsaturated_fatty_acid_30(X))
& fn_covalent_bond_17(fn_unsaturated_fatty_acid_30(X)) = fn_hydrocarbon_molecule_22(fn_unsaturated_fatty_acid_53(X))
& fn_hydrocarbon_molecule_22(fn_unsaturated_fatty_acid_53(X)) = fn_hold_2(fn_unsaturated_fatty_acid_36(X))
& fn_hold_2(fn_unsaturated_fatty_acid_36(X)) = fn_share_3(fn_unsaturated_fatty_acid_35(X))
& fn_share_3(fn_unsaturated_fatty_acid_35(X)) = fn_share_3(fn_unsaturated_fatty_acid_35(X))
& fn_share_3(fn_unsaturated_fatty_acid_35(X)) = fn_hydrocarbon_molecule_16(fn_unsaturated_fatty_acid_53(X))
& fn_hydrocarbon_molecule_16(fn_unsaturated_fatty_acid_53(X)) = fn_carboxylic_acid_25(X)
& fn_carboxylic_acid_25(X) = fn_carboxyl_group_67(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_67(fn_unsaturated_fatty_acid_44(X)) = fn_organic_acid_1(X)
& fn_organic_acid_1(X) = fn_carboxylic_acid_19(X)
& fn_carboxylic_acid_19(X) = fn_carboxylic_acid_19(X)
& fn_carboxylic_acid_19(X) = fn_carboxyl_group_47(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_47(fn_unsaturated_fatty_acid_44(X)) = fn_carboxyl_group_47(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_47(fn_unsaturated_fatty_acid_44(X)) = fn_carboxylic_acid_25(X)
& fn_carboxylic_acid_25(X) = fn_carboxyl_group_55(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_55(fn_unsaturated_fatty_acid_44(X)) = fn_carboxyl_group_55(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_55(fn_unsaturated_fatty_acid_44(X)) = fn_carboxylic_acid_24(X)
& fn_carboxylic_acid_24(X) = fn_carboxyl_group_49(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_49(fn_unsaturated_fatty_acid_44(X)) = fn_carboxyl_group_49(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_49(fn_unsaturated_fatty_acid_44(X)) = fn_carboxylic_acid_23(X)
& fn_carboxylic_acid_23(X) = fn_fatty_acid_42(X)
& fn_fatty_acid_42(X) = fn_hydrocarbon_molecule_20(fn_unsaturated_fatty_acid_53(X))
& fn_hydrocarbon_molecule_20(fn_unsaturated_fatty_acid_53(X)) = fn_atom_9(fn_unsaturated_fatty_acid_32(X))
& fn_atom_9(fn_unsaturated_fatty_acid_32(X)) = fn_hydrocarbon_molecule_20(fn_unsaturated_fatty_acid_53(X))
& fn_hydrocarbon_molecule_20(fn_unsaturated_fatty_acid_53(X)) = fn_fatty_acid_47(X)
& fn_fatty_acid_47(X) = fn_fatty_acid_47(X)
& fn_fatty_acid_47(X) = fn_hydrocarbon_molecule_22(fn_unsaturated_fatty_acid_53(X))
& fn_hydrocarbon_molecule_22(fn_unsaturated_fatty_acid_53(X)) = fn_hydrocarbon_molecule_22(fn_unsaturated_fatty_acid_53(X))
& fn_hydrocarbon_molecule_22(fn_unsaturated_fatty_acid_53(X)) = fn_fatty_acid_55(X)
& fn_fatty_acid_55(X) = fn_fatty_acid_55(X)
& fn_fatty_acid_55(X) = fn_hydrocarbon_molecule_8(fn_unsaturated_fatty_acid_53(X))
& fn_hydrocarbon_molecule_8(fn_unsaturated_fatty_acid_53(X)) = fn_fatty_acid_51(X)
& fn_fatty_acid_51(X) = fn_fatty_acid_51(X)
& fn_fatty_acid_51(X) = fn_share_2(fn_unsaturated_fatty_acid_18(X))
& fn_share_2(fn_unsaturated_fatty_acid_18(X)) = fn_share_2(fn_unsaturated_fatty_acid_35(X))
& fn_share_2(fn_unsaturated_fatty_acid_35(X)) = fn_hydrocarbon_molecule_11(fn_unsaturated_fatty_acid_53(X))
& fn_hydrocarbon_molecule_11(fn_unsaturated_fatty_acid_53(X)) = fn_hydrocarbon_molecule_11(fn_unsaturated_fatty_acid_53(X))
& fn_hydrocarbon_molecule_11(fn_unsaturated_fatty_acid_53(X)) = fn_fatty_acid_49(X)
& fn_fatty_acid_50(X) = fn_fatty_acid_49(X)
& fn_fatty_acid_49(X) = fn_fatty_acid_50(X)
& fn_fatty_acid_50(X) = fn_fatty_acid_50(X)
& fn_fatty_acid_50(X) = fn_hydrocarbon_molecule_18(fn_unsaturated_fatty_acid_53(X))
& fn_fatty_acid_54(X) = fn_hydrocarbon_molecule_18(fn_unsaturated_fatty_acid_53(X))
& fn_hydrocarbon_molecule_18(fn_unsaturated_fatty_acid_53(X)) = fn_fatty_acid_54(X)
& fn_fatty_acid_54(X) = fn_fatty_acid_54(X)
& fn_fatty_acid_54(X) = fn_share_1(fn_unsaturated_fatty_acid_35(X))
& fn_share_1(fn_unsaturated_fatty_acid_35(X)) = fn_share_3(fn_unsaturated_fatty_acid_35(X))
& fn_share_3(fn_unsaturated_fatty_acid_35(X)) = fn_share_1(fn_unsaturated_fatty_acid_35(X))
& fn_share_1(fn_unsaturated_fatty_acid_35(X)) = fn_share_1(fn_unsaturated_fatty_acid_35(X))
& fn_share_1(fn_unsaturated_fatty_acid_35(X)) = fn_hydrocarbon_molecule_16(fn_unsaturated_fatty_acid_53(X))
& fn_hydrocarbon_molecule_16(fn_unsaturated_fatty_acid_53(X)) = fn_hydrocarbon_molecule_16(fn_unsaturated_fatty_acid_53(X))
& fn_fatty_acid_56(X) = fn_hydrocarbon_molecule_16(fn_unsaturated_fatty_acid_53(X))
& fn_hydrocarbon_molecule_16(fn_unsaturated_fatty_acid_53(X)) = fn_fatty_acid_56(X)
& fn_fatty_acid_56(X) = fn_fatty_acid_56(X)
& fn_fatty_acid_56(X) = fn_carboxylic_acid_19(X)
& fn_carboxylic_acid_19(X) = fn_fatty_acid_41(X)
& fn_fatty_acid_41(X) = fn_fatty_acid_41(X)
& fn_fatty_acid_41(X) = fn_fatty_acid_11(X)
& fn_fatty_acid_11(X) = fn_fatty_acid_32(X)
& fn_fatty_acid_32(X) = fn_fatty_acid_32(X)
& fn_fatty_acid_32(X) = fn_carboxylic_acid_3(X)
& fn_carboxylic_acid_3(X) = fn_fatty_acid_64(X)
& fn_fatty_acid_64(X) = fn_carboxyl_group_38(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_38(fn_unsaturated_fatty_acid_44(X)) = fn_fatty_acid_35(X)
& fn_fatty_acid_35(X) = fn_fatty_acid_35(X)
& fn_fatty_acid_35(X) = fn_carboxylic_acid_10(X)
& fn_carboxylic_acid_10(X) = fn_fatty_acid_27(X)
& fn_fatty_acid_27(X) = fn_fatty_acid_27(X)
& fn_fatty_acid_27(X) = fn_carboxylic_acid_3(X)
& fn_carboxylic_acid_3(X) = fn_carboxylic_acid_3(X)
& fn_fatty_acid_16(X) = fn_carboxylic_acid_16(X)
& fn_carboxylic_acid_16(X) = fn_fatty_acid_15(X)
& fn_fatty_acid_15(X) = fn_fatty_acid_64(X)
& fn_fatty_acid_64(X) = fn_fatty_acid_63(X)
& fn_fatty_acid_63(X) = fn_fatty_acid_64(X)
& fn_fatty_acid_64(X) = fn_fatty_acid_64(X)
& fn_fatty_acid_64(X) = fn_attach_2(fn_unsaturated_fatty_acid_47(X))
& fn_attach_2(fn_unsaturated_fatty_acid_47(X)) = fn_fatty_acid_44(X)
& fn_fatty_acid_44(X) = fn_fatty_acid_63(X)
& fn_fatty_acid_63(X) = fn_fatty_acid_16(X)
& fn_fatty_acid_40(X) = fn_fatty_acid_16(X)
& fn_fatty_acid_16(X) = fn_fatty_acid_40(X)
& fn_fatty_acid_14(X) = fn_carboxylic_acid_24(X)
& fn_carboxylic_acid_24(X) = fn_carboxylic_acid_16(X)
& fn_carboxylic_acid_16(X) = fn_carboxylic_acid_16(X)
& fn_carboxylic_acid_16(X) = fn_carboxyl_group_56(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_56(fn_unsaturated_fatty_acid_44(X)) = fn_carboxyl_group_56(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_56(fn_unsaturated_fatty_acid_44(X)) = fn_fatty_acid_63(X)
& fn_fatty_acid_63(X) = fn_fatty_acid_63(X)
& fn_fatty_acid_63(X) = fn_fatty_acid_15(X)
& fn_fatty_acid_15(X) = fn_fatty_acid_15(X)
& fn_fatty_acid_15(X) = fn_fatty_acid_14(X)
& fn_fatty_acid_14(X) = fn_fatty_acid_40(X)
& fn_fatty_acid_40(X) = fn_fatty_acid_14(X)
& fn_fatty_acid_14(X) = fn_fatty_acid_14(X)
& fn_fatty_acid_14(X) = fn_atom_9(fn_unsaturated_fatty_acid_50(X))
& fn_atom_9(fn_unsaturated_fatty_acid_50(X)) = fn_atom_9(fn_unsaturated_fatty_acid_26(X))
& fn_atom_9(fn_unsaturated_fatty_acid_26(X)) = fn_atom_9(fn_unsaturated_fatty_acid_52(X))
& fn_atom_9(fn_unsaturated_fatty_acid_52(X)) = fn_second_electron_shell_21(fn_unsaturated_fatty_acid_60(X))
& fn_second_electron_shell_21(fn_unsaturated_fatty_acid_60(X)) = fn_second_electron_shell_21(fn_unsaturated_fatty_acid_60(X))
& fn_second_electron_shell_21(fn_unsaturated_fatty_acid_60(X)) = fn_fatty_acid_24(X)
& fn_fatty_acid_24(X) = fn_fatty_acid_24(X)
& fn_fatty_acid_24(X) = fn_carboxylic_acid_6(X)
& fn_carboxylic_acid_6(X) = fn_organic_acid_11(X)
& fn_organic_acid_11(X) = fn_carboxylic_acid_6(X)
& fn_carboxylic_acid_6(X) = fn_carboxylic_acid_6(X)
& fn_fatty_acid_43(X) = fn_fatty_acid_43(X)
& fn_fatty_acid_43(X) = fn_carboxylic_acid_6(X)
& fn_carboxylic_acid_6(X) = fn_fatty_acid_43(X)
& fn_fatty_acid_43(X) = fn_second_electron_shell_13(fn_unsaturated_fatty_acid_60(X))
& fn_second_electron_shell_13(fn_unsaturated_fatty_acid_60(X)) = fn_second_electron_shell_13(fn_unsaturated_fatty_acid_60(X))
& fn_second_electron_shell_13(fn_unsaturated_fatty_acid_60(X)) = fn_carboxylic_acid_9(X)
& fn_carboxyl_group_19(fn_unsaturated_fatty_acid_59(X)) = fn_hold_2(fn_unsaturated_fatty_acid_61(X))
& fn_hold_2(fn_unsaturated_fatty_acid_61(X)) = fn_carboxylic_acid_11(X)
& fn_carboxylic_acid_11(X) = fn_carboxylic_acid_11(X)
& fn_carboxylic_acid_11(X) = fn_fatty_acid_44(X)
& fn_fatty_acid_44(X) = fn_fatty_acid_44(X)
& fn_fatty_acid_44(X) = fn_carboxyl_group_25(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_25(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_25(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_25(fn_unsaturated_fatty_acid_59(X)) = fn_fatty_acid_12(X)
& fn_fatty_acid_12(X) = fn_fatty_acid_11(X)
& fn_fatty_acid_11(X) = fn_fatty_acid_11(X)
& fn_fatty_acid_11(X) = fn_carboxyl_group_67(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_67(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_67(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_67(fn_unsaturated_fatty_acid_59(X)) = fn_carboxylic_acid_3(X)
& fn_carboxylic_acid_3(X) = fn_organic_acid_15(X)
& fn_organic_acid_15(X) = fn_carboxylic_acid_3(X)
& fn_carboxylic_acid_3(X) = fn_fatty_acid_16(X)
& fn_fatty_acid_16(X) = fn_fatty_acid_16(X)
& fn_fatty_acid_16(X) = fn_carboxyl_group_56(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_56(fn_unsaturated_fatty_acid_59(X)) = fn_attach_1(fn_unsaturated_fatty_acid_47(X))
& fn_attach_1(fn_unsaturated_fatty_acid_47(X)) = fn_first_electron_shell_3(fn_unsaturated_fatty_acid_64(X))
& fn_first_electron_shell_3(fn_unsaturated_fatty_acid_64(X)) = fn_first_electron_shell_3(fn_unsaturated_fatty_acid_64(X))
& fn_first_electron_shell_3(fn_unsaturated_fatty_acid_64(X)) = fn_carboxylic_acid_5(X)
& fn_carboxyl_group_23(fn_unsaturated_fatty_acid_44(X)) = fn_carboxylic_acid_5(X)
& fn_carboxylic_acid_5(X) = fn_carboxylic_acid_5(X)
& fn_carboxylic_acid_5(X) = fn_carboxyl_group_23(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_23(fn_unsaturated_fatty_acid_44(X)) = fn_carboxyl_group_23(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_23(fn_unsaturated_fatty_acid_44(X)) = fn_fatty_acid_21(X)
& fn_fatty_acid_21(X) = fn_carboxyl_group_24(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_24(fn_unsaturated_fatty_acid_44(X)) = fn_carboxyl_group_24(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_24(fn_unsaturated_fatty_acid_44(X)) = fn_fatty_acid_21(X)
& fn_carboxyl_group_24(fn_unsaturated_fatty_acid_59(X)) = fn_second_electron_shell_9(fn_unsaturated_fatty_acid_60(X))
& fn_second_electron_shell_9(fn_unsaturated_fatty_acid_60(X)) = fn_carboxylic_acid_12(X)
& fn_fatty_acid_38(X) = fn_carboxylic_acid_12(X)
& fn_carboxylic_acid_12(X) = fn_fatty_acid_38(X)
& fn_fatty_acid_38(X) = fn_fatty_acid_59(X)
& fn_fatty_acid_59(X) = fn_fatty_acid_59(X)
& fn_fatty_acid_59(X) = fn_fatty_acid_57(X)
& fn_fatty_acid_57(X) = fn_carboxyl_group_20(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_20(fn_unsaturated_fatty_acid_44(X)) = fn_fatty_acid_57(X)
& fn_fatty_acid_57(X) = fn_carboxyl_group_20(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_20(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_20(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_20(fn_unsaturated_fatty_acid_44(X)) = fn_carboxyl_group_20(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_20(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_18(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_18(fn_unsaturated_fatty_acid_59(X)) = fn_fatty_acid_36(X)
& fn_fatty_acid_36(X) = fn_fatty_acid_38(X)
& fn_fatty_acid_38(X) = fn_carboxyl_group_18(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_18(fn_unsaturated_fatty_acid_44(X)) = fn_fatty_acid_38(X)
& fn_carboxyl_group_18(fn_unsaturated_fatty_acid_59(X)) = fn_fatty_acid_38(X)
& fn_fatty_acid_38(X) = fn_carboxyl_group_18(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_18(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_18(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_18(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_64(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_64(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_64(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_64(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_20(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_20(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_20(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_20(fn_unsaturated_fatty_acid_59(X)) = fn_hold_2(fn_unsaturated_fatty_acid_11(X))
& fn_hold_2(fn_unsaturated_fatty_acid_11(X)) = fn_organic_acid_14(X)
& fn_carboxylic_acid_9(X) = fn_organic_acid_14(X)
& fn_organic_acid_14(X) = fn_organic_acid_14(X)
& fn_organic_acid_14(X) = fn_carboxylic_acid_9(X)
& fn_fatty_acid_33(X) = fn_carboxylic_acid_9(X)
& fn_carboxylic_acid_9(X) = fn_fatty_acid_33(X)
& fn_fatty_acid_33(X) = fn_fatty_acid_34(X)
& fn_fatty_acid_34(X) = fn_carboxyl_group_19(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_19(fn_unsaturated_fatty_acid_44(X)) = fn_fatty_acid_34(X)
& fn_fatty_acid_34(X) = fn_carboxyl_group_19(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_19(fn_unsaturated_fatty_acid_59(X)) = fn_share_2(fn_unsaturated_fatty_acid_74(X))
& fn_share_2(fn_unsaturated_fatty_acid_74(X)) = fn_carboxylic_acid_18(X)
& fn_carboxylic_acid_18(X) = fn_carboxylic_acid_18(X)
& fn_carboxylic_acid_18(X) = fn_carboxyl_group_45(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_45(fn_unsaturated_fatty_acid_44(X)) = fn_carboxyl_group_45(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_45(fn_unsaturated_fatty_acid_44(X)) = fn_fatty_acid_26(X)
& fn_fatty_acid_26(X) = fn_fatty_acid_58(X)
& fn_fatty_acid_58(X) = fn_carboxyl_group_58(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_58(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_58(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_58(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_21(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_21(fn_unsaturated_fatty_acid_59(X)) = fn_first_electron_shell_3(fn_unsaturated_fatty_acid_22(X))
& fn_carboxylic_acid_9(X) = fn_first_electron_shell_3(fn_unsaturated_fatty_acid_22(X))
& fn_first_electron_shell_3(fn_unsaturated_fatty_acid_22(X)) = fn_carboxylic_acid_9(X)
& fn_carboxylic_acid_9(X) = fn_carboxylic_acid_9(X)
& fn_carboxylic_acid_9(X) = fn_fatty_acid_34(X)
& fn_fatty_acid_34(X) = fn_fatty_acid_34(X)
& fn_fatty_acid_34(X) = fn_fatty_acid_33(X)
& fn_fatty_acid_33(X) = fn_carboxyl_group_19(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_19(fn_unsaturated_fatty_acid_44(X)) = fn_carboxyl_group_19(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_19(fn_unsaturated_fatty_acid_44(X)) = fn_fatty_acid_33(X)
& fn_fatty_acid_33(X) = fn_fatty_acid_33(X)
& fn_fatty_acid_33(X) = fn_carboxyl_group_19(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_19(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_19(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_19(fn_unsaturated_fatty_acid_59(X)) = fn_fatty_acid_41(X)
& fn_fatty_acid_41(X) = fn_carboxyl_group_55(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_55(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_55(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_55(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_47(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_47(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_47(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_47(fn_unsaturated_fatty_acid_59(X)) = fn_share_2(fn_unsaturated_fatty_acid_9(X))
& fn_share_2(fn_unsaturated_fatty_acid_9(X)) = fn_organic_acid_6(X)
& fn_carboxyl_group_21(fn_unsaturated_fatty_acid_44(X)) = fn_organic_acid_6(X)
& fn_organic_acid_6(X) = fn_organic_acid_6(X)
& fn_organic_acid_6(X) = fn_carboxyl_group_21(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_21(fn_unsaturated_fatty_acid_44(X)) = fn_carboxyl_group_21(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_21(fn_unsaturated_fatty_acid_44(X)) = fn_fatty_acid_62(X)
& fn_fatty_acid_62(X) = fn_fatty_acid_62(X)
& fn_fatty_acid_62(X) = fn_fatty_acid_45(X)
& fn_fatty_acid_45(X) = fn_fatty_acid_45(X)
& fn_fatty_acid_45(X) = fn_fatty_acid_58(X)
& fn_carboxyl_group_17(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_45(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_45(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_45(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_45(fn_unsaturated_fatty_acid_59(X)) = fn_carboxylic_acid_15(X)
& fn_carboxylic_acid_15(X) = fn_carboxylic_acid_15(X)
& fn_carboxylic_acid_15(X) = fn_fatty_acid_58(X)
& fn_fatty_acid_58(X) = fn_fatty_acid_58(X)
& fn_fatty_acid_58(X) = fn_carboxyl_group_40(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_40(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_40(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_40(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_17(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_21(fn_unsaturated_fatty_acid_59(X)) = fn_fatty_acid_40(X)
& fn_fatty_acid_40(X) = fn_fatty_acid_40(X)
& fn_fatty_acid_40(X) = fn_carboxyl_group_56(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_56(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_56(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_56(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_49(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_49(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_49(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_49(fn_unsaturated_fatty_acid_59(X)) = fn_first_electron_shell_7(fn_unsaturated_fatty_acid_22(X))
& fn_first_electron_shell_7(fn_unsaturated_fatty_acid_22(X)) = fn_fatty_acid_18(X)
& fn_fatty_acid_37(X) = fn_fatty_acid_18(X)
& fn_fatty_acid_18(X) = fn_fatty_acid_18(X)
& fn_fatty_acid_18(X) = fn_fatty_acid_37(X)
& fn_fatty_acid_37(X) = fn_fatty_acid_37(X)
& fn_fatty_acid_37(X) = fn_carboxyl_group_46(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_57(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_46(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_46(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_57(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_48(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_46(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_46(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_46(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_46(fn_unsaturated_fatty_acid_59(X)) = fn_first_electron_shell_7(fn_unsaturated_fatty_acid_22(X))
& fn_first_electron_shell_7(fn_unsaturated_fatty_acid_22(X)) = fn_carboxyl_group_46(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_46(fn_unsaturated_fatty_acid_44(X)) = fn_carboxyl_group_46(fn_unsaturated_fatty_acid_44(X))
& fn_carboxyl_group_46(fn_unsaturated_fatty_acid_44(X)) = fn_fatty_acid_60(X)
& fn_fatty_acid_60(X) = fn_fatty_acid_60(X)
& fn_fatty_acid_60(X) = fn_carboxyl_group_57(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_57(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_57(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_57(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_48(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_48(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_48(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_48(fn_unsaturated_fatty_acid_59(X)) = fn_fatty_acid_26(X)
& fn_fatty_acid_26(X) = fn_fatty_acid_26(X)
& fn_fatty_acid_26(X) = fn_carboxyl_group_17(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_17(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_17(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_17(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_21(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_21(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_21(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_21(fn_unsaturated_fatty_acid_59(X)) = fn_carboxylic_acid_4(X)
& fn_carboxylic_acid_4(X) = fn_organic_acid_10(X)
& fn_organic_acid_10(X) = fn_carboxylic_acid_4(X)
& fn_carboxylic_acid_4(X) = fn_carboxylic_acid_4(X)
& fn_fatty_acid_31(X) = fn_carboxylic_acid_4(X)
& fn_carboxylic_acid_4(X) = fn_fatty_acid_31(X)
& fn_fatty_acid_31(X) = fn_fatty_acid_31(X)
& fn_fatty_acid_31(X) = fn_fatty_acid_21(X)
& fn_fatty_acid_21(X) = fn_fatty_acid_21(X)
& fn_fatty_acid_21(X) = fn_carboxyl_group_24(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_23(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_24(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_24(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_24(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_24(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_23(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_23(fn_unsaturated_fatty_acid_59(X)) = fn_carboxyl_group_23(fn_unsaturated_fatty_acid_59(X))
& fn_carboxyl_group_23(fn_unsaturated_fatty_acid_59(X)) = fn_hydrocarbon_molecule_19(fn_unsaturated_fatty_acid_53(X))
& fn_hydrocarbon_molecule_19(fn_unsaturated_fatty_acid_53(X)) = fn_fatty_acid_46(X)
& fn_fatty_acid_46(X) = fn_fatty_acid_46(X)
& fn_fatty_acid_46(X) = fn_hydrogen_14(fn_unsaturated_fatty_acid_32(X))
& fn_hydrogen_14(fn_unsaturated_fatty_acid_32(X)) = fn_hydrogen_14(fn_unsaturated_fatty_acid_32(X))
& fn_hydrogen_14(fn_unsaturated_fatty_acid_32(X)) = fn_covalent_bond_18(fn_unsaturated_fatty_acid_30(X))
& fn_covalent_bond_18(fn_unsaturated_fatty_acid_30(X)) = fn_hydrocarbon_molecule_8(fn_unsaturated_fatty_acid_53(X))
& fn_hydrocarbon_molecule_8(fn_unsaturated_fatty_acid_53(X)) = fn_hydrocarbon_molecule_8(fn_unsaturated_fatty_acid_53(X))
& fn_hydrocarbon_molecule_8(fn_unsaturated_fatty_acid_53(X)) = fn_fatty_acid_49(X)
& fn_fatty_acid_49(X) = fn_fatty_acid_49(X)
& fn_fatty_acid_49(X) = fn_hydrogen_12(fn_unsaturated_fatty_acid_32(X))
& fn_hydrogen_12(fn_unsaturated_fatty_acid_32(X)) = fn_hydrogen_12(fn_unsaturated_fatty_acid_32(X))
& fn_hydrogen_12(fn_unsaturated_fatty_acid_32(X)) = fn_hydrocarbon_molecule_23(fn_unsaturated_fatty_acid_53(X))
& fn_fatty_acid_48(X) = fn_hydrocarbon_molecule_23(fn_unsaturated_fatty_acid_53(X))
& fn_hydrocarbon_molecule_23(fn_unsaturated_fatty_acid_53(X)) = fn_fatty_acid_48(X)
& fn_fatty_acid_48(X) = fn_fatty_acid_48(X)
& fn_fatty_acid_48(X) = fn_hydrogen_15(fn_unsaturated_fatty_acid_32(X))
& fn_hydrogen_15(fn_unsaturated_fatty_acid_32(X)) = fn_hydrogen_15(fn_unsaturated_fatty_acid_32(X))
& fn_hydrogen_15(fn_unsaturated_fatty_acid_32(X)) = fn_hydrocarbon_molecule_15(fn_unsaturated_fatty_acid_53(X))
& fn_hydrocarbon_molecule_15(fn_unsaturated_fatty_acid_53(X)) = fn_hydrocarbon_molecule_15(fn_unsaturated_fatty_acid_53(X))
& fn_fatty_acid_28(X) = fn_hydrocarbon_molecule_15(fn_unsaturated_fatty_acid_53(X))
& fn_hydrocarbon_molecule_15(fn_unsaturated_fatty_acid_53(X)) = fn_fatty_acid_28(X)
& fn_fatty_acid_28(X) = fn_fatty_acid_28(X) ) ) ).
fof(a533513,axiom,
! [X] :
( unstable_system_1(X)
=> ( original_name_2(X,'Unstable-System')
& user_description_2(X,'The system which is not stable is unstable system. The instability is due to randomness in free energy.')
& concept2words_2(X,object)
& concept2words_2(X,'unstable system')
& concept2words_2(X,'unstable-system')
& thermodynamic_system_1(X)
& ~ closed_system_1(X)
& ~ cognitive_map_1(X)
& ~ ecological_model_1(X)
& ~ five_kingdom_system_1(X)
& ~ fluid_mosaic_model_1(X)
& ~ molecular_formula_1(X)
& ~ open_system_1(X)
& ~ redundancy_model_1(X)
& ~ representation_of_data_1(X)
& ~ rivet_model_1(X)
& ~ sandwich_model_1(X)
& ~ stable_system_1(X) ) ) ).
fof(a533514,axiom,
! [X] :
( untransformed_bacterial_cell_1(X)
=> ( original_name_2(X,'Untransformed-Bacterial-Cell')
& user_description_2(X,'A cultured bacterial cell that has not incorporated a foreign plasmid\'s genome during a transformation proceudre. The resultant untransformed bacterial cell will be genetically identical to the parent bacterial cell.')
& concept2words_2(X,'untransformed cell')
& concept2words_2(X,'untransformed bacterial cell')
& concept2words_2(X,'untransformed-bacterial-cell')
& prokaryote_1(X)
& ~ transformed_bacterial_cell_1(X)
& energy_1(fn_untransformed_bacterial_cell_1(X))
& organic_molecule_1(fn_untransformed_bacterial_cell_2(X))
& metabolism_1(fn_untransformed_bacterial_cell_3(X))
& facilitated_diffusion_of_polar_molecule_1(fn_untransformed_bacterial_cell_4(X))
& transformation_lab_technique_1(fn_untransformed_bacterial_cell_4(X))
& surface_1(fn_untransformed_bacterial_cell_9(X))
& tangible_entity_1(fn_untransformed_bacterial_cell_10(X))
& phospholipid_bilayer_1(fn_untransformed_bacterial_cell_10(X))
& tangible_entity_1(fn_untransformed_bacterial_cell_11(X))
& transmembrane_protein_1(fn_untransformed_bacterial_cell_11(X))
& integral_protein_1(fn_untransformed_bacterial_cell_11(X))
& transport_protein_1(fn_untransformed_bacterial_cell_11(X))
& glycoprotein_1(fn_untransformed_bacterial_cell_12(X))
& tangible_entity_1(fn_untransformed_bacterial_cell_13(X))
& membrane_protein_1(fn_untransformed_bacterial_cell_13(X))
& protein_1(fn_untransformed_bacterial_cell_13(X))
& spatial_entity_1(fn_untransformed_bacterial_cell_13(X))
& polymer_1(fn_untransformed_bacterial_cell_13(X))
& tangible_entity_1(fn_untransformed_bacterial_cell_14(X))
& membrane_protein_1(fn_untransformed_bacterial_cell_14(X))
& protein_1(fn_untransformed_bacterial_cell_14(X))
& spatial_entity_1(fn_untransformed_bacterial_cell_14(X))
& polymer_1(fn_untransformed_bacterial_cell_14(X))
& membrane_potential_1(fn_untransformed_bacterial_cell_15(X))
& hydrophobic_core_1(fn_untransformed_bacterial_cell_16(X))
& outside_face_1(fn_untransformed_bacterial_cell_17(X))
& extracellular_side_1(fn_untransformed_bacterial_cell_17(X))
& substance_1(fn_untransformed_bacterial_cell_18(X))
& cytosol_1(fn_untransformed_bacterial_cell_18(X))
& resource_1(fn_untransformed_bacterial_cell_19(X))
& prokaryotic_ribosome_1(fn_untransformed_bacterial_cell_20(X))
& genome_1(fn_untransformed_bacterial_cell_21(X))
& genotype_1(fn_untransformed_bacterial_cell_21(X))
& water_1(fn_untransformed_bacterial_cell_22(X))
& metabolism_1(fn_untransformed_bacterial_cell_23(X))
& facilitated_diffusion_of_polar_molecule_1(fn_untransformed_bacterial_cell_24(X))
& cell_pole_1(fn_untransformed_bacterial_cell_25(X))
& volume_value_1(fn_untransformed_bacterial_cell_26(X))
& size_value_1(fn_untransformed_bacterial_cell_27(X))
& binary_fission_1(fn_untransformed_bacterial_cell_28(X))
& cell_wall_1(fn_untransformed_bacterial_cell_29(X))
& membrane_1(fn_untransformed_bacterial_cell_30(X))
& spatial_entity_1(fn_untransformed_bacterial_cell_30(X))
& biomembrane_1(fn_untransformed_bacterial_cell_30(X))
& plasma_membrane_1(fn_untransformed_bacterial_cell_30(X))
& mixture_1(fn_untransformed_bacterial_cell_31(X))
& cytoplasm_1(fn_untransformed_bacterial_cell_31(X))
& surface_1(fn_untransformed_bacterial_cell_32(X))
& cytoplasmic_side_1(fn_untransformed_bacterial_cell_32(X))
& specific_heat_value_1(fn_untransformed_bacterial_cell_33(X))
& temperature_value_1(fn_untransformed_bacterial_cell_34(X))
& chromosome_1(fn_untransformed_bacterial_cell_35(X))
& prokaryotic_chromosome_1(fn_untransformed_bacterial_cell_35(X))
& nucleoid_1(fn_untransformed_bacterial_cell_36(X))
& gradient_1(fn_passive_transport_of_solute_3(fn_untransformed_bacterial_cell_24(X)))
& concentration_gradient_1(fn_passive_transport_of_solute_3(fn_untransformed_bacterial_cell_24(X)))
& resource_1(fn_cell_division_1(fn_untransformed_bacterial_cell_28(X)))
& property_node_1(fn_binary_fission_26(fn_untransformed_bacterial_cell_28(X)))
& property_node_1(fn_binary_fission_27(fn_untransformed_bacterial_cell_28(X)))
& property_node_1(fn_binary_fission_12(fn_untransformed_bacterial_cell_28(X)))
& property_node_1(fn_binary_fission_28(fn_untransformed_bacterial_cell_28(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_untransformed_bacterial_cell_30(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_untransformed_bacterial_cell_30(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_untransformed_bacterial_cell_30(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_untransformed_bacterial_cell_30(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_untransformed_bacterial_cell_30(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_untransformed_bacterial_cell_30(X)))
& cell_pole_1(fn_facilitated_diffusion_of_polar_molecule_2(fn_untransformed_bacterial_cell_24(X)))
& cell_pole_1(fn_facilitated_diffusion_of_polar_molecule_1(fn_untransformed_bacterial_cell_24(X)))
& substance_1(fn_binary_fission_15(fn_untransformed_bacterial_cell_28(X)))
& cytosol_1(fn_binary_fission_15(fn_untransformed_bacterial_cell_28(X)))
& size_value_1(fn_binary_fission_11(fn_untransformed_bacterial_cell_28(X)))
& volume_value_1(fn_binary_fission_18(fn_untransformed_bacterial_cell_28(X)))
& surface_1(fn_binary_fission_17(fn_untransformed_bacterial_cell_28(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_untransformed_bacterial_cell_32(X)))
& mixture_1(fn_binary_fission_21(fn_untransformed_bacterial_cell_28(X)))
& cytoplasm_1(fn_binary_fission_21(fn_untransformed_bacterial_cell_28(X)))
& temperature_value_1(fn_binary_fission_7(fn_untransformed_bacterial_cell_28(X)))
& specific_heat_value_1(fn_binary_fission_8(fn_untransformed_bacterial_cell_28(X)))
& water_1(fn_binary_fission_6(fn_untransformed_bacterial_cell_28(X)))
& organism_1(fn_metabolism_1(fn_untransformed_bacterial_cell_23(X)))
& untransformed_bacterial_cell_1(fn_transformation_lab_technique_1(fn_untransformed_bacterial_cell_4(X)))
& unicellular_organism_1(fn_binary_fission_10(fn_untransformed_bacterial_cell_28(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_untransformed_bacterial_cell_30(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_untransformed_bacterial_cell_30(X)))
& protein_1(fn_plasma_membrane_68(fn_untransformed_bacterial_cell_30(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_untransformed_bacterial_cell_30(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_untransformed_bacterial_cell_30(X)))
& protein_1(fn_plasma_membrane_54(fn_untransformed_bacterial_cell_30(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_untransformed_bacterial_cell_30(X)))
& polymer_1(fn_plasma_membrane_54(fn_untransformed_bacterial_cell_30(X)))
& outside_face_1(fn_biomembrane_41(fn_untransformed_bacterial_cell_30(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_untransformed_bacterial_cell_30(X)))
& tangible_entity_1(fn_binary_fission_16(fn_untransformed_bacterial_cell_28(X)))
& phospholipid_bilayer_1(fn_binary_fission_16(fn_untransformed_bacterial_cell_28(X)))
& tangible_entity_1(fn_biomembrane_63(fn_untransformed_bacterial_cell_30(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_untransformed_bacterial_cell_30(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_untransformed_bacterial_cell_30(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_untransformed_bacterial_cell_30(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_untransformed_bacterial_cell_30(X)))
& membrane_1(fn_binary_fission_20(fn_untransformed_bacterial_cell_28(X)))
& spatial_entity_1(fn_binary_fission_20(fn_untransformed_bacterial_cell_28(X)))
& biomembrane_1(fn_binary_fission_20(fn_untransformed_bacterial_cell_28(X)))
& plasma_membrane_1(fn_binary_fission_20(fn_untransformed_bacterial_cell_28(X)))
& raw_material_2(fn_untransformed_bacterial_cell_28(X),fn_untransformed_bacterial_cell_2(X))
& raw_material_2(fn_untransformed_bacterial_cell_28(X),fn_untransformed_bacterial_cell_1(X))
& site_2(fn_untransformed_bacterial_cell_3(X),fn_untransformed_bacterial_cell_31(X))
& site_2(fn_untransformed_bacterial_cell_23(X),fn_untransformed_bacterial_cell_31(X))
& plays_2(fn_untransformed_bacterial_cell_2(X),fn_untransformed_bacterial_cell_19(X))
& is_across_2(fn_untransformed_bacterial_cell_15(X),fn_untransformed_bacterial_cell_30(X))
& called_2(fn_untransformed_bacterial_cell_14(X),'MP1')
& agent_2(fn_untransformed_bacterial_cell_24(X),fn_untransformed_bacterial_cell_15(X))
& path_2(fn_untransformed_bacterial_cell_24(X),fn_untransformed_bacterial_cell_25(X))
& base_2(fn_untransformed_bacterial_cell_23(X),X)
& result_2(fn_untransformed_bacterial_cell_4(X),X)
& has_part_2(X,fn_untransformed_bacterial_cell_21(X))
& is_oriented_toward_2(fn_untransformed_bacterial_cell_32(X),fn_untransformed_bacterial_cell_31(X))
& in_event_2(fn_untransformed_bacterial_cell_19(X),fn_untransformed_bacterial_cell_28(X))
& is_facing_2(fn_untransformed_bacterial_cell_32(X),fn_untransformed_bacterial_cell_31(X))
& has_part_2(X,fn_untransformed_bacterial_cell_20(X))
& is_inside_2(fn_untransformed_bacterial_cell_20(X),fn_untransformed_bacterial_cell_18(X))
& has_region_2(X,fn_untransformed_bacterial_cell_36(X))
& is_inside_2(fn_untransformed_bacterial_cell_35(X),fn_untransformed_bacterial_cell_36(X))
& has_part_2(X,fn_untransformed_bacterial_cell_35(X))
& has_part_2(X,fn_untransformed_bacterial_cell_29(X))
& is_inside_2(fn_untransformed_bacterial_cell_30(X),fn_untransformed_bacterial_cell_29(X))
& object_2(fn_untransformed_bacterial_cell_28(X),X)
& has_part_2(fn_untransformed_bacterial_cell_31(X),fn_untransformed_bacterial_cell_18(X))
& volume_2(X,fn_untransformed_bacterial_cell_26(X))
& directly_proportional_2(fn_untransformed_bacterial_cell_27(X),fn_untransformed_bacterial_cell_26(X))
& size_2(X,fn_untransformed_bacterial_cell_27(X))
& temperature_2(X,fn_untransformed_bacterial_cell_34(X))
& has_part_2(X,fn_untransformed_bacterial_cell_31(X))
& is_inside_2(fn_untransformed_bacterial_cell_31(X),fn_untransformed_bacterial_cell_30(X))
& has_part_2(X,fn_untransformed_bacterial_cell_30(X))
& has_region_2(X,fn_untransformed_bacterial_cell_9(X))
& is_at_2(fn_untransformed_bacterial_cell_10(X),fn_untransformed_bacterial_cell_9(X))
& base_2(fn_untransformed_bacterial_cell_28(X),X)
& has_part_2(X,fn_untransformed_bacterial_cell_22(X))
& specific_heat_2(fn_untransformed_bacterial_cell_22(X),fn_untransformed_bacterial_cell_33(X))
& correspondence_2(fn_untransformed_bacterial_cell_34(X),fn_untransformed_bacterial_cell_33(X))
& is_across_2(fn_untransformed_bacterial_cell_11(X),fn_untransformed_bacterial_cell_16(X))
& has_part_2(fn_untransformed_bacterial_cell_30(X),fn_untransformed_bacterial_cell_11(X))
& is_across_2(fn_untransformed_bacterial_cell_11(X),fn_untransformed_bacterial_cell_30(X))
& is_inside_2(fn_untransformed_bacterial_cell_11(X),fn_untransformed_bacterial_cell_10(X))
& has_part_2(fn_untransformed_bacterial_cell_30(X),fn_untransformed_bacterial_cell_10(X))
& fn_untransformed_bacterial_cell_11(X) != fn_untransformed_bacterial_cell_14(X)
& fn_untransformed_bacterial_cell_14(X) != fn_untransformed_bacterial_cell_13(X)
& fn_untransformed_bacterial_cell_14(X) != fn_untransformed_bacterial_cell_11(X)
& fn_untransformed_bacterial_cell_13(X) != fn_untransformed_bacterial_cell_14(X)
& has_part_2(fn_untransformed_bacterial_cell_30(X),fn_untransformed_bacterial_cell_13(X))
& is_outside_2(fn_untransformed_bacterial_cell_17(X),fn_untransformed_bacterial_cell_30(X))
& has_region_2(fn_untransformed_bacterial_cell_30(X),fn_untransformed_bacterial_cell_17(X))
& fn_untransformed_bacterial_cell_13(X) != fn_untransformed_bacterial_cell_11(X)
& called_2(fn_untransformed_bacterial_cell_13(X),'MP2')
& fn_untransformed_bacterial_cell_11(X) != fn_untransformed_bacterial_cell_13(X)
& has_region_2(fn_untransformed_bacterial_cell_11(X),fn_untransformed_bacterial_cell_17(X))
& has_part_2(fn_untransformed_bacterial_cell_30(X),fn_untransformed_bacterial_cell_14(X))
& has_part_2(fn_untransformed_bacterial_cell_30(X),fn_untransformed_bacterial_cell_12(X))
& is_inside_2(fn_untransformed_bacterial_cell_12(X),fn_untransformed_bacterial_cell_10(X))
& has_region_2(fn_untransformed_bacterial_cell_30(X),fn_untransformed_bacterial_cell_16(X))
& has_region_2(fn_untransformed_bacterial_cell_30(X),fn_untransformed_bacterial_cell_32(X))
& fn_untransformed_bacterial_cell_15(X) = fn_passive_transport_of_solute_3(fn_untransformed_bacterial_cell_24(X))
& fn_untransformed_bacterial_cell_25(X) = fn_facilitated_diffusion_of_polar_molecule_2(fn_untransformed_bacterial_cell_24(X))
& fn_untransformed_bacterial_cell_25(X) = fn_facilitated_diffusion_of_polar_molecule_1(fn_untransformed_bacterial_cell_24(X))
& X = fn_metabolism_1(fn_untransformed_bacterial_cell_23(X))
& X = fn_transformation_lab_technique_1(fn_untransformed_bacterial_cell_4(X))
& fn_untransformed_bacterial_cell_21(X) = fn_cell_24(X)
& fn_untransformed_bacterial_cell_21(X) = fn_organism_3(X)
& fn_untransformed_bacterial_cell_19(X) = fn_cell_division_1(fn_untransformed_bacterial_cell_28(X))
& fn_untransformed_bacterial_cell_32(X) = fn_prokaryote_16(X)
& fn_untransformed_bacterial_cell_31(X) = fn_cytoplasmic_side_1(fn_untransformed_bacterial_cell_32(X))
& fn_untransformed_bacterial_cell_20(X) = fn_prokaryote_8(X)
& fn_untransformed_bacterial_cell_29(X) = fn_prokaryote_14(X)
& fn_untransformed_bacterial_cell_35(X) = fn_prokaryote_9(X)
& fn_untransformed_bacterial_cell_36(X) = fn_prokaryote_18(X)
& fn_untransformed_bacterial_cell_8(X) = fn_binary_fission_26(fn_untransformed_bacterial_cell_28(X))
& fn_untransformed_bacterial_cell_7(X) = fn_binary_fission_27(fn_untransformed_bacterial_cell_28(X))
& fn_untransformed_bacterial_cell_18(X) = fn_cell_29(X)
& fn_untransformed_bacterial_cell_18(X) = fn_prokaryote_10(X)
& fn_untransformed_bacterial_cell_18(X) = fn_binary_fission_15(fn_untransformed_bacterial_cell_28(X))
& fn_untransformed_bacterial_cell_6(X) = fn_binary_fission_12(fn_untransformed_bacterial_cell_28(X))
& fn_untransformed_bacterial_cell_27(X) = fn_cell_11(X)
& fn_untransformed_bacterial_cell_27(X) = fn_binary_fission_11(fn_untransformed_bacterial_cell_28(X))
& fn_untransformed_bacterial_cell_26(X) = fn_cell_22(X)
& fn_untransformed_bacterial_cell_26(X) = fn_binary_fission_18(fn_untransformed_bacterial_cell_28(X))
& fn_untransformed_bacterial_cell_10(X) = fn_cell_26(X)
& fn_untransformed_bacterial_cell_10(X) = fn_binary_fission_16(fn_untransformed_bacterial_cell_28(X))
& fn_untransformed_bacterial_cell_9(X) = fn_cell_4(X)
& fn_untransformed_bacterial_cell_9(X) = fn_binary_fission_17(fn_untransformed_bacterial_cell_28(X))
& fn_untransformed_bacterial_cell_30(X) = fn_prokaryote_13(X)
& fn_untransformed_bacterial_cell_30(X) = fn_binary_fission_20(fn_untransformed_bacterial_cell_28(X))
& fn_untransformed_bacterial_cell_31(X) = fn_prokaryote_12(X)
& fn_untransformed_bacterial_cell_31(X) = fn_cell_28(X)
& fn_untransformed_bacterial_cell_31(X) = fn_binary_fission_21(fn_untransformed_bacterial_cell_28(X))
& fn_untransformed_bacterial_cell_5(X) = fn_binary_fission_28(fn_untransformed_bacterial_cell_28(X))
& fn_untransformed_bacterial_cell_34(X) = fn_organism_2(X)
& fn_untransformed_bacterial_cell_34(X) = fn_binary_fission_7(fn_untransformed_bacterial_cell_28(X))
& fn_untransformed_bacterial_cell_33(X) = fn_organism_5(X)
& fn_untransformed_bacterial_cell_33(X) = fn_binary_fission_8(fn_untransformed_bacterial_cell_28(X))
& fn_untransformed_bacterial_cell_22(X) = fn_organism_4(X)
& fn_untransformed_bacterial_cell_22(X) = fn_binary_fission_6(fn_untransformed_bacterial_cell_28(X))
& X = fn_binary_fission_10(fn_untransformed_bacterial_cell_28(X))
& fn_untransformed_bacterial_cell_10(X) = fn_biomembrane_63(fn_untransformed_bacterial_cell_30(X))
& fn_untransformed_bacterial_cell_13(X) = fn_plasma_membrane_68(fn_untransformed_bacterial_cell_30(X))
& fn_untransformed_bacterial_cell_17(X) = fn_biomembrane_41(fn_untransformed_bacterial_cell_30(X))
& fn_untransformed_bacterial_cell_13(X) = fn_plasma_membrane_54(fn_untransformed_bacterial_cell_30(X))
& fn_untransformed_bacterial_cell_11(X) = fn_plasma_membrane_55(fn_untransformed_bacterial_cell_30(X))
& fn_untransformed_bacterial_cell_17(X) = fn_plasma_membrane_65(fn_untransformed_bacterial_cell_30(X))
& fn_untransformed_bacterial_cell_14(X) = fn_plasma_membrane_54(fn_untransformed_bacterial_cell_30(X))
& fn_untransformed_bacterial_cell_12(X) = fn_plasma_membrane_34(fn_untransformed_bacterial_cell_30(X))
& fn_untransformed_bacterial_cell_10(X) = fn_plasma_membrane_71(fn_untransformed_bacterial_cell_30(X))
& fn_untransformed_bacterial_cell_16(X) = fn_plasma_membrane_6(fn_untransformed_bacterial_cell_30(X))
& fn_untransformed_bacterial_cell_32(X) = fn_plasma_membrane_66(fn_untransformed_bacterial_cell_30(X))
& fn_facilitated_diffusion_of_polar_molecule_2(fn_untransformed_bacterial_cell_24(X)) = fn_facilitated_diffusion_of_polar_molecule_1(fn_untransformed_bacterial_cell_24(X))
& fn_facilitated_diffusion_of_polar_molecule_1(fn_untransformed_bacterial_cell_24(X)) = fn_cell_24(X)
& fn_cell_24(X) = fn_organism_3(X)
& fn_organism_3(X) = fn_prokaryote_10(X)
& fn_prokaryote_10(X) = fn_cell_29(X)
& fn_cell_29(X) = fn_prokaryote_10(X)
& fn_prokaryote_10(X) = fn_prokaryote_10(X)
& fn_prokaryote_10(X) = fn_binary_fission_15(fn_untransformed_bacterial_cell_28(X))
& fn_binary_fission_15(fn_untransformed_bacterial_cell_28(X)) = fn_binary_fission_11(fn_untransformed_bacterial_cell_28(X))
& fn_binary_fission_11(fn_untransformed_bacterial_cell_28(X)) = fn_cell_11(X)
& fn_cell_11(X) = fn_binary_fission_11(fn_untransformed_bacterial_cell_28(X))
& fn_binary_fission_11(fn_untransformed_bacterial_cell_28(X)) = fn_binary_fission_18(fn_untransformed_bacterial_cell_28(X))
& fn_binary_fission_18(fn_untransformed_bacterial_cell_28(X)) = fn_cell_22(X)
& fn_cell_22(X) = fn_binary_fission_18(fn_untransformed_bacterial_cell_28(X))
& fn_binary_fission_18(fn_untransformed_bacterial_cell_28(X)) = fn_cell_4(X)
& fn_binary_fission_17(fn_untransformed_bacterial_cell_28(X)) = fn_cell_4(X)
& fn_cell_4(X) = fn_binary_fission_17(fn_untransformed_bacterial_cell_28(X))
& fn_binary_fission_17(fn_untransformed_bacterial_cell_28(X)) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_cell_28(X)
& fn_cell_28(X) = fn_prokaryote_12(X)
& fn_cytoplasmic_side_1(fn_untransformed_bacterial_cell_32(X)) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_prokaryote_12(X)
& fn_prokaryote_12(X) = fn_cytoplasmic_side_1(fn_untransformed_bacterial_cell_32(X))
& fn_cytoplasmic_side_1(fn_untransformed_bacterial_cell_32(X)) = fn_binary_fission_21(fn_untransformed_bacterial_cell_28(X))
& fn_binary_fission_21(fn_untransformed_bacterial_cell_28(X)) = fn_binary_fission_21(fn_untransformed_bacterial_cell_28(X))
& fn_binary_fission_21(fn_untransformed_bacterial_cell_28(X)) = fn_organism_2(X)
& fn_binary_fission_7(fn_untransformed_bacterial_cell_28(X)) = fn_binary_fission_7(fn_untransformed_bacterial_cell_28(X))
& fn_binary_fission_7(fn_untransformed_bacterial_cell_28(X)) = fn_organism_2(X)
& fn_organism_2(X) = fn_binary_fission_7(fn_untransformed_bacterial_cell_28(X))
& fn_binary_fission_7(fn_untransformed_bacterial_cell_28(X)) = fn_binary_fission_8(fn_untransformed_bacterial_cell_28(X))
& fn_binary_fission_8(fn_untransformed_bacterial_cell_28(X)) = fn_organism_5(X)
& fn_organism_5(X) = fn_binary_fission_8(fn_untransformed_bacterial_cell_28(X))
& fn_binary_fission_8(fn_untransformed_bacterial_cell_28(X)) = fn_organism_4(X)
& fn_binary_fission_6(fn_untransformed_bacterial_cell_28(X)) = fn_organism_4(X)
& fn_organism_4(X) = fn_binary_fission_6(fn_untransformed_bacterial_cell_28(X))
& fn_binary_fission_6(fn_untransformed_bacterial_cell_28(X)) = fn_metabolism_1(fn_untransformed_bacterial_cell_23(X))
& fn_metabolism_1(fn_untransformed_bacterial_cell_23(X)) = fn_transformation_lab_technique_1(fn_untransformed_bacterial_cell_4(X))
& fn_transformation_lab_technique_1(fn_untransformed_bacterial_cell_4(X)) = fn_transformation_lab_technique_1(fn_untransformed_bacterial_cell_4(X))
& fn_transformation_lab_technique_1(fn_untransformed_bacterial_cell_4(X)) = fn_binary_fission_10(fn_untransformed_bacterial_cell_28(X))
& fn_binary_fission_10(fn_untransformed_bacterial_cell_28(X)) = fn_binary_fission_10(fn_untransformed_bacterial_cell_28(X))
& fn_binary_fission_10(fn_untransformed_bacterial_cell_28(X)) = fn_plasma_membrane_68(fn_untransformed_bacterial_cell_30(X))
& fn_plasma_membrane_68(fn_untransformed_bacterial_cell_30(X)) = fn_plasma_membrane_68(fn_untransformed_bacterial_cell_30(X))
& fn_plasma_membrane_68(fn_untransformed_bacterial_cell_30(X)) = fn_plasma_membrane_54(fn_untransformed_bacterial_cell_30(X))
& fn_plasma_membrane_54(fn_untransformed_bacterial_cell_30(X)) = fn_plasma_membrane_54(fn_untransformed_bacterial_cell_30(X))
& fn_plasma_membrane_54(fn_untransformed_bacterial_cell_30(X)) = fn_plasma_membrane_65(fn_untransformed_bacterial_cell_30(X))
& fn_plasma_membrane_65(fn_untransformed_bacterial_cell_30(X)) = fn_biomembrane_41(fn_untransformed_bacterial_cell_30(X))
& fn_biomembrane_41(fn_untransformed_bacterial_cell_30(X)) = fn_plasma_membrane_65(fn_untransformed_bacterial_cell_30(X))
& fn_plasma_membrane_65(fn_untransformed_bacterial_cell_30(X)) = fn_plasma_membrane_65(fn_untransformed_bacterial_cell_30(X))
& fn_plasma_membrane_65(fn_untransformed_bacterial_cell_30(X)) = fn_cell_26(X)
& fn_cell_26(X) = fn_binary_fission_16(fn_untransformed_bacterial_cell_28(X))
& fn_binary_fission_16(fn_untransformed_bacterial_cell_28(X)) = fn_binary_fission_16(fn_untransformed_bacterial_cell_28(X))
& fn_binary_fission_16(fn_untransformed_bacterial_cell_28(X)) = fn_biomembrane_63(fn_untransformed_bacterial_cell_30(X))
& fn_plasma_membrane_71(fn_untransformed_bacterial_cell_30(X)) = fn_biomembrane_63(fn_untransformed_bacterial_cell_30(X))
& fn_biomembrane_63(fn_untransformed_bacterial_cell_30(X)) = fn_plasma_membrane_71(fn_untransformed_bacterial_cell_30(X))
& fn_plasma_membrane_71(fn_untransformed_bacterial_cell_30(X)) = fn_plasma_membrane_71(fn_untransformed_bacterial_cell_30(X))
& fn_plasma_membrane_71(fn_untransformed_bacterial_cell_30(X)) = fn_prokaryote_16(X)
& fn_prokaryote_16(X) = fn_prokaryote_16(X)
& fn_prokaryote_16(X) = fn_plasma_membrane_66(fn_untransformed_bacterial_cell_30(X))
& fn_plasma_membrane_66(fn_untransformed_bacterial_cell_30(X)) = fn_prokaryote_13(X)
& fn_prokaryote_13(X) = fn_prokaryote_13(X)
& fn_binary_fission_20(fn_untransformed_bacterial_cell_28(X)) = fn_prokaryote_13(X)
& fn_prokaryote_13(X) = fn_binary_fission_20(fn_untransformed_bacterial_cell_28(X)) ) ) ).
fof(a533515,axiom,
! [X] :
( uom_acceleration_magnitude_1(X)
=> ( original_name_2(X,'UoM-Acceleration-Magnitude')
& concept2words_2(X,'uom acceleration magnitude')
& concept2words_2(X,'uom-acceleration-magnitude')
& unit_of_measurement_1(X) ) ) ).
fof(a533516,axiom,
! [X] :
( uom_angle_1(X)
=> ( original_name_2(X,'UoM-Angle')
& concept2words_2(X,'uom angle')
& concept2words_2(X,'uom-angle')
& unit_of_measurement_1(X) ) ) ).
fof(a533517,axiom,
! [X] :
( uom_area_1(X)
=> ( original_name_2(X,'UoM-Area')
& concept2words_2(X,'uom area')
& concept2words_2(X,'uom-area')
& unit_of_measurement_1(X) ) ) ).
fof(a533518,axiom,
! [X] :
( uom_brightness_1(X)
=> ( original_name_2(X,'UoM-Brightness')
& concept2words_2(X,'uom brightness')
& concept2words_2(X,'uom-brightness')
& unit_of_measurement_1(X) ) ) ).
fof(a533519,axiom,
! [X] :
( uom_concentration_1(X)
=> ( original_name_2(X,'UoM-Concentration')
& concept2words_2(X,'uom concentration')
& concept2words_2(X,'uom-concentration')
& unit_of_measurement_1(X) ) ) ).
fof(a533520,axiom,
! [X] :
( uom_conductivity_1(X)
=> ( original_name_2(X,'UoM-Conductivity')
& concept2words_2(X,'uom conductivity')
& concept2words_2(X,'uom-conductivity')
& unit_of_measurement_1(X) ) ) ).
fof(a533521,axiom,
! [X] :
( uom_coordinate_1(X)
=> ( original_name_2(X,'UoM-Coordinate')
& concept2words_2(X,degree)
& concept2words_2(X,arcminute)
& concept2words_2(X,arcsecond)
& concept2words_2(X,degrees)
& concept2words_2(X,arcminutes)
& concept2words_2(X,arcseconds)
& concept2words_2(X,'uom coordinate')
& concept2words_2(X,'uom-coordinate')
& unit_of_measurement_1(X) ) ) ).
fof(a533522,axiom,
! [X] :
( uom_density_1(X)
=> ( original_name_2(X,'UoM-Density')
& concept2words_2(X,'uom density')
& concept2words_2(X,'uom-density')
& unit_of_measurement_1(X) ) ) ).
fof(a533523,axiom,
! [X] :
( uom_duration_1(X)
=> ( original_name_2(X,'UoM-Duration')
& concept2words_2(X,'uom duration')
& concept2words_2(X,'uom-duration')
& unit_of_measurement_1(X) ) ) ).
fof(a533524,axiom,
! [X] :
( uom_energy_1(X)
=> ( original_name_2(X,'UoM-Energy')
& concept2words_2(X,'uom energy')
& concept2words_2(X,'uom-energy')
& unit_of_measurement_1(X) ) ) ).
fof(a533525,axiom,
! [X] :
( uom_frequency_1(X)
=> ( original_name_2(X,'UoM-Frequency')
& concept2words_2(X,'uom frequency')
& concept2words_2(X,'uom-frequency')
& unit_of_measurement_1(X) ) ) ).
fof(a533526,axiom,
! [X] :
( uom_heat_of_vaporization_1(X)
=> ( original_name_2(X,'UoM-Heat-of-Vaporization')
& concept2words_2(X,'uom heat of vaporization')
& concept2words_2(X,'uom-heat-of-vaporization')
& unit_of_measurement_1(X) ) ) ).
fof(a533527,axiom,
! [X] :
( uom_intensity_1(X)
=> ( original_name_2(X,'UoM-Intensity')
& concept2words_2(X,'uom intensity')
& concept2words_2(X,'uom-intensity')
& unit_of_measurement_1(X) ) ) ).
fof(a533528,axiom,
! [X] :
( uom_length_1(X)
=> ( original_name_2(X,'UoM-Length')
& concept2words_2(X,'uom length')
& concept2words_2(X,'uom-length')
& unit_of_measurement_1(X) ) ) ).
fof(a533529,axiom,
! [X] :
( uom_luminance_1(X)
=> ( original_name_2(X,'UoM-Luminance')
& concept2words_2(X,'uom luminance')
& concept2words_2(X,'uom-luminance')
& unit_of_measurement_1(X) ) ) ).
fof(a533530,axiom,
! [X] :
( uom_luminous_flux_1(X)
=> ( original_name_2(X,'UoM-Luminous-Flux')
& concept2words_2(X,'uom luminous flux')
& concept2words_2(X,'uom-luminous-flux')
& unit_of_measurement_1(X) ) ) ).
fof(a533531,axiom,
! [X] :
( uom_luminous_intensity_1(X)
=> ( original_name_2(X,'UoM-Luminous-Intensity')
& concept2words_2(X,'uom luminous intensity')
& concept2words_2(X,'uom-luminous-intensity')
& unit_of_measurement_1(X) ) ) ).
fof(a533532,axiom,
! [X] :
( uom_mass_1(X)
=> ( original_name_2(X,'UoM-Mass')
& concept2words_2(X,'uom mass')
& concept2words_2(X,'uom-mass')
& unit_of_measurement_1(X) ) ) ).
fof(a533533,axiom,
! [X] :
( uom_moment_of_inertia_1(X)
=> ( original_name_2(X,'UoM-Moment-of-Inertia')
& concept2words_2(X,'uom moment of inertia')
& concept2words_2(X,'uom-moment-of-inertia')
& unit_of_measurement_1(X) ) ) ).
fof(a533534,axiom,
! [X] :
( uom_momentum_1(X)
=> ( original_name_2(X,'UoM-Momentum')
& concept2words_2(X,'uom momentum')
& concept2words_2(X,'uom-momentum')
& unit_of_measurement_1(X) ) ) ).
fof(a533535,axiom,
! [X] :
( uom_potential_quantity_1(X)
=> ( original_name_2(X,'UoM-Potential-Quantity')
& concept2words_2(X,'uom potential quantity')
& concept2words_2(X,'uom-potential-quantity')
& uom_quantity_1(X) ) ) ).
fof(a533536,axiom,
! [X] :
( uom_power_1(X)
=> ( original_name_2(X,'UoM-Power')
& concept2words_2(X,'uom power')
& concept2words_2(X,'uom-power')
& unit_of_measurement_1(X) ) ) ).
fof(a533537,axiom,
! [X] :
( uom_pressure_1(X)
=> ( original_name_2(X,'UoM-Pressure')
& concept2words_2(X,'uom pressure')
& concept2words_2(X,'uom-pressure')
& unit_of_measurement_1(X) ) ) ).
fof(a533538,axiom,
! [X] :
( uom_quantity_1(X)
=> ( original_name_2(X,'UoM-Quantity')
& concept2words_2(X,'uom quantity')
& concept2words_2(X,'uom-quantity')
& unit_of_measurement_1(X) ) ) ).
fof(a533539,axiom,
! [X] :
( uom_rate_1(X)
=> ( original_name_2(X,'UoM-Rate')
& concept2words_2(X,'uom rate')
& concept2words_2(X,'uom-rate')
& unit_of_measurement_1(X) ) ) ).
fof(a533540,axiom,
! [X] :
( uom_rotational_rate_1(X)
=> ( original_name_2(X,'UoM-Rotational-Rate')
& concept2words_2(X,'uom rotational rate')
& concept2words_2(X,'uom-rotational-rate')
& unit_of_measurement_1(X) ) ) ).
fof(a533541,axiom,
! [X] :
( uom_specific_heat_1(X)
=> ( original_name_2(X,'UoM-Specific-Heat')
& concept2words_2(X,'uom specific heat')
& concept2words_2(X,'uom-specific-heat')
& unit_of_measurement_1(X) ) ) ).
fof(a533542,axiom,
! [X] :
( uom_specific_surface_area_1(X)
=> ( original_name_2(X,'UoM-Specific-Surface-Area')
& concept2words_2(X,'uom specific surface area')
& concept2words_2(X,'uom-specific-surface-area')
& unit_of_measurement_1(X) ) ) ).
fof(a533543,axiom,
! [X] :
( uom_speed_1(X)
=> ( original_name_2(X,'UoM-Speed')
& concept2words_2(X,'uom speed')
& concept2words_2(X,'uom-speed')
& unit_of_measurement_1(X) ) ) ).
fof(a533544,axiom,
! [X] :
( uom_surface_area_1(X)
=> ( original_name_2(X,'UoM-Surface-Area')
& concept2words_2(X,'uom surface area')
& concept2words_2(X,'uom-surface-area')
& unit_of_measurement_1(X) ) ) ).
fof(a533545,axiom,
! [X] :
( uom_temperature_1(X)
=> ( original_name_2(X,'UoM-Temperature')
& concept2words_2(X,'uom temperature')
& concept2words_2(X,'uom-temperature')
& unit_of_measurement_1(X) ) ) ).
fof(a533546,axiom,
! [X] :
( uom_time_1(X)
=> ( original_name_2(X,'UoM-Time')
& concept2words_2(X,'uom time')
& concept2words_2(X,'uom-time')
& unit_of_measurement_1(X) ) ) ).
fof(a533547,axiom,
! [X] :
( uom_unitless_1(X)
=> ( original_name_2(X,'UoM-Unitless')
& concept2words_2(X,'uom unitless')
& concept2words_2(X,'uom-unitless')
& unit_of_measurement_1(X) ) ) ).
fof(a533548,axiom,
! [X] :
( uom_voltage_1(X)
=> ( original_name_2(X,'UoM-Voltage')
& concept2words_2(X,'uom voltage')
& concept2words_2(X,'uom-voltage')
& unit_of_measurement_1(X) ) ) ).
fof(a533549,axiom,
! [X] :
( uom_volume_1(X)
=> ( original_name_2(X,'UoM-Volume')
& concept2words_2(X,'uom volume')
& concept2words_2(X,'uom-volume')
& unit_of_measurement_1(X) ) ) ).
fof(a533550,axiom,
! [X] :
( uom_worth_1(X)
=> ( original_name_2(X,'UoM-Worth')
& concept2words_2(X,'uom worth')
& concept2words_2(X,'uom-worth')
& unit_of_measurement_1(X) ) ) ).
fof(a533551,axiom,
! [X] :
( uptake_of_calcium_ion_by_chloroplast_1(X)
=> ( original_name_2(X,'Uptake-Of-Calcium-Ion-By-Chloroplast')
& user_description_2(X,'The active transport of Ca2+ ions from cytosol into the chloropast.')
& concept2words_2(X,absorb)
& concept2words_2(X,'uptake of calcium ion by chloroplast')
& concept2words_2(X,'uptake-of-calcium-ion-by-chloroplast')
& active_movement_of_ions_1(X)
& ~ uptake_of_calcium_ion_by_endoplasmic_reticulum_1(X)
& ~ uptake_of_calcium_ion_by_mitochondria_1(X)
& hydrogen_1(fn_uptake_of_calcium_ion_by_chloroplast_1(X))
& oxygen_1(fn_uptake_of_calcium_ion_by_chloroplast_2(X))
& time_interval_1(fn_uptake_of_calcium_ion_by_chloroplast_3(X))
& time_interval_1(fn_uptake_of_calcium_ion_by_chloroplast_4(X))
& change_1(fn_uptake_of_calcium_ion_by_chloroplast_5(X))
& quantity_value_1(fn_uptake_of_calcium_ion_by_chloroplast_6(X))
& shape_value_1(fn_uptake_of_calcium_ion_by_chloroplast_8(X))
& phosphorylation_1(fn_uptake_of_calcium_ion_by_chloroplast_14(X))
& carbon_skeleton_1(fn_uptake_of_calcium_ion_by_chloroplast_15(X))
& hydrophobic_region_1(fn_uptake_of_calcium_ion_by_chloroplast_16(X))
& protein_domain_1(fn_uptake_of_calcium_ion_by_chloroplast_17(X))
& constant_motion_1(fn_uptake_of_calcium_ion_by_chloroplast_18(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_chloroplast_19(X))
& molecule_1(fn_uptake_of_calcium_ion_by_chloroplast_19(X))
& oxygen_1(fn_uptake_of_calcium_ion_by_chloroplast_20(X))
& carbon_1(fn_uptake_of_calcium_ion_by_chloroplast_21(X))
& entity_1(fn_uptake_of_calcium_ion_by_chloroplast_21(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_chloroplast_21(X))
& atom_1(fn_uptake_of_calcium_ion_by_chloroplast_21(X))
& monomer_1(fn_uptake_of_calcium_ion_by_chloroplast_22(X))
& hydrophobic_amino_acid_1(fn_uptake_of_calcium_ion_by_chloroplast_23(X))
& polypeptide_1(fn_uptake_of_calcium_ion_by_chloroplast_24(X))
& phosphorus_1(fn_uptake_of_calcium_ion_by_chloroplast_25(X))
& kinetic_energy_1(fn_uptake_of_calcium_ion_by_chloroplast_26(X))
& chemical_bond_1(fn_uptake_of_calcium_ion_by_chloroplast_27(X))
& covalent_bond_1(fn_uptake_of_calcium_ion_by_chloroplast_27(X))
& size_value_1(fn_uptake_of_calcium_ion_by_chloroplast_28(X))
& size_value_1(fn_uptake_of_calcium_ion_by_chloroplast_29(X))
& quantity_value_1(fn_uptake_of_calcium_ion_by_chloroplast_30(X))
& speed_value_1(fn_uptake_of_calcium_ion_by_chloroplast_31(X))
& spatial_entity_1(fn_uptake_of_calcium_ion_by_chloroplast_32(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_chloroplast_32(X))
& monomer_1(fn_uptake_of_calcium_ion_by_chloroplast_32(X))
& molecule_1(fn_uptake_of_calcium_ion_by_chloroplast_32(X))
& amino_acid_1(fn_uptake_of_calcium_ion_by_chloroplast_32(X))
& polar_amino_acid_1(fn_uptake_of_calcium_ion_by_chloroplast_33(X))
& detach_1(fn_uptake_of_calcium_ion_by_chloroplast_34(X))
& detach_1(fn_uptake_of_calcium_ion_by_chloroplast_35(X))
& protein_domain_1(fn_uptake_of_calcium_ion_by_chloroplast_36(X))
& expose_1(fn_uptake_of_calcium_ion_by_chloroplast_37(X))
& polymer_1(fn_uptake_of_calcium_ion_by_chloroplast_38(X))
& polypeptide_1(fn_uptake_of_calcium_ion_by_chloroplast_38(X))
& size_value_1(fn_uptake_of_calcium_ion_by_chloroplast_39(X))
& size_value_1(fn_uptake_of_calcium_ion_by_chloroplast_40(X))
& produce_1(fn_uptake_of_calcium_ion_by_chloroplast_41(X))
& hydrophilic_face_1(fn_uptake_of_calcium_ion_by_chloroplast_42(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_chloroplast_43(X))
& enzyme_1(fn_uptake_of_calcium_ion_by_chloroplast_43(X))
& polymer_1(fn_uptake_of_calcium_ion_by_chloroplast_43(X))
& protein_1(fn_uptake_of_calcium_ion_by_chloroplast_43(X))
& protein_enzyme_1(fn_uptake_of_calcium_ion_by_chloroplast_43(X))
& polymer_1(fn_uptake_of_calcium_ion_by_chloroplast_44(X))
& enzyme_1(fn_uptake_of_calcium_ion_by_chloroplast_44(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_chloroplast_44(X))
& protein_1(fn_uptake_of_calcium_ion_by_chloroplast_44(X))
& protein_enzyme_1(fn_uptake_of_calcium_ion_by_chloroplast_44(X))
& photosynthesis_1(fn_uptake_of_calcium_ion_by_chloroplast_45(X))
& spatial_entity_1(fn_uptake_of_calcium_ion_by_chloroplast_46(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_chloroplast_46(X))
& monomer_1(fn_uptake_of_calcium_ion_by_chloroplast_46(X))
& molecule_1(fn_uptake_of_calcium_ion_by_chloroplast_46(X))
& amino_acid_1(fn_uptake_of_calcium_ion_by_chloroplast_46(X))
& constant_motion_1(fn_uptake_of_calcium_ion_by_chloroplast_47(X))
& shape_value_1(fn_uptake_of_calcium_ion_by_chloroplast_48(X))
& covalent_bond_1(fn_uptake_of_calcium_ion_by_chloroplast_49(X))
& single_bond_1(fn_uptake_of_calcium_ion_by_chloroplast_49(X))
& phosphate_group_1(fn_uptake_of_calcium_ion_by_chloroplast_50(X))
& phosphate_group_1(fn_uptake_of_calcium_ion_by_chloroplast_51(X))
& phosphate_group_1(fn_uptake_of_calcium_ion_by_chloroplast_52(X))
& phosphorus_1(fn_uptake_of_calcium_ion_by_chloroplast_53(X))
& entity_1(fn_uptake_of_calcium_ion_by_chloroplast_54(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_chloroplast_54(X))
& atom_1(fn_uptake_of_calcium_ion_by_chloroplast_54(X))
& oxygen_1(fn_uptake_of_calcium_ion_by_chloroplast_54(X))
& nucleoside_1(fn_uptake_of_calcium_ion_by_chloroplast_55(X))
& resource_1(fn_uptake_of_calcium_ion_by_chloroplast_56(X))
& resource_1(fn_uptake_of_calcium_ion_by_chloroplast_57(X))
& number_5_prime_region_1(fn_uptake_of_calcium_ion_by_chloroplast_58(X))
& ribose_1(fn_uptake_of_calcium_ion_by_chloroplast_59(X))
& quantity_value_1(fn_uptake_of_calcium_ion_by_chloroplast_60(X))
& speed_value_1(fn_uptake_of_calcium_ion_by_chloroplast_61(X))
& cell_1(fn_uptake_of_calcium_ion_by_chloroplast_62(X))
& plant_cell_1(fn_uptake_of_calcium_ion_by_chloroplast_62(X))
& protein_pump_1(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& tangible_entity_1(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& membrane_protein_1(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& protein_1(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& molecule_1(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& polymer_1(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& transport_protein_1(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& integral_protein_1(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& carrier_protein_1(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& tangible_entity_1(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& plastid_1(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& chloroplast_1(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& mixture_1(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& aqueous_solution_1(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& stroma_1(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& solution_1(fn_uptake_of_calcium_ion_by_chloroplast_66(X))
& aqueous_solution_1(fn_uptake_of_calcium_ion_by_chloroplast_66(X))
& substance_1(fn_uptake_of_calcium_ion_by_chloroplast_67(X))
& solution_1(fn_uptake_of_calcium_ion_by_chloroplast_67(X))
& aqueous_solution_1(fn_uptake_of_calcium_ion_by_chloroplast_67(X))
& concentration_gradient_1(fn_uptake_of_calcium_ion_by_chloroplast_68(X))
& chemical_1(fn_uptake_of_calcium_ion_by_chloroplast_69(X))
& water_1(fn_uptake_of_calcium_ion_by_chloroplast_69(X))
& chemical_1(fn_uptake_of_calcium_ion_by_chloroplast_70(X))
& water_1(fn_uptake_of_calcium_ion_by_chloroplast_70(X))
& chemical_1(fn_uptake_of_calcium_ion_by_chloroplast_71(X))
& entity_1(fn_uptake_of_calcium_ion_by_chloroplast_72(X))
& tangible_entity_1(fn_uptake_of_calcium_ion_by_chloroplast_72(X))
& phospholipid_bilayer_1(fn_uptake_of_calcium_ion_by_chloroplast_72(X))
& free_energy_1(fn_uptake_of_calcium_ion_by_chloroplast_73(X))
& entity_1(fn_uptake_of_calcium_ion_by_chloroplast_73(X))
& energy_1(fn_uptake_of_calcium_ion_by_chloroplast_74(X))
& entity_1(fn_uptake_of_calcium_ion_by_chloroplast_74(X))
& chemical_energy_1(fn_uptake_of_calcium_ion_by_chloroplast_74(X))
& membrane_1(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& spatial_entity_1(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& biomembrane_1(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& entity_1(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& chloroplast_membrane_1(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& release_1(fn_uptake_of_calcium_ion_by_chloroplast_76(X))
& consume_1(fn_uptake_of_calcium_ion_by_chloroplast_77(X))
& move_1(fn_uptake_of_calcium_ion_by_chloroplast_78(X))
& move_through_1(fn_uptake_of_calcium_ion_by_chloroplast_78(X))
& surface_1(fn_uptake_of_calcium_ion_by_chloroplast_79(X))
& inside_face_1(fn_uptake_of_calcium_ion_by_chloroplast_79(X))
& chemical_bond_1(fn_uptake_of_calcium_ion_by_chloroplast_80(X))
& covalent_bond_1(fn_uptake_of_calcium_ion_by_chloroplast_80(X))
& single_bond_1(fn_uptake_of_calcium_ion_by_chloroplast_80(X))
& covalent_bond_1(fn_uptake_of_calcium_ion_by_chloroplast_81(X))
& chemical_bond_1(fn_uptake_of_calcium_ion_by_chloroplast_81(X))
& double_bond_1(fn_uptake_of_calcium_ion_by_chloroplast_81(X))
& kinetic_energy_1(fn_uptake_of_calcium_ion_by_chloroplast_82(X))
& polar_amino_acid_1(fn_uptake_of_calcium_ion_by_chloroplast_83(X))
& hydrophobic_amino_acid_1(fn_uptake_of_calcium_ion_by_chloroplast_84(X))
& oxygen_1(fn_uptake_of_calcium_ion_by_chloroplast_85(X))
& entity_1(fn_uptake_of_calcium_ion_by_chloroplast_85(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_chloroplast_85(X))
& atom_1(fn_uptake_of_calcium_ion_by_chloroplast_85(X))
& phosphorus_1(fn_uptake_of_calcium_ion_by_chloroplast_86(X))
& entity_1(fn_uptake_of_calcium_ion_by_chloroplast_87(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_chloroplast_87(X))
& atom_1(fn_uptake_of_calcium_ion_by_chloroplast_87(X))
& oxygen_1(fn_uptake_of_calcium_ion_by_chloroplast_87(X))
& monomer_1(fn_uptake_of_calcium_ion_by_chloroplast_88(X))
& entity_1(fn_uptake_of_calcium_ion_by_chloroplast_89(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_chloroplast_89(X))
& atom_1(fn_uptake_of_calcium_ion_by_chloroplast_89(X))
& carbon_1(fn_uptake_of_calcium_ion_by_chloroplast_89(X))
& functional_group_1(fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& phosphate_group_1(fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& hydrophobic_region_1(fn_uptake_of_calcium_ion_by_chloroplast_91(X))
& surface_1(fn_uptake_of_calcium_ion_by_chloroplast_92(X))
& outside_face_1(fn_uptake_of_calcium_ion_by_chloroplast_92(X))
& carbon_skeleton_1(fn_uptake_of_calcium_ion_by_chloroplast_93(X))
& oxygen_1(fn_uptake_of_calcium_ion_by_chloroplast_94(X))
& entity_1(fn_uptake_of_calcium_ion_by_chloroplast_94(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_chloroplast_94(X))
& atom_1(fn_uptake_of_calcium_ion_by_chloroplast_94(X))
& carbon_1(fn_uptake_of_calcium_ion_by_chloroplast_95(X))
& carbon_skeleton_1(fn_uptake_of_calcium_ion_by_chloroplast_96(X))
& thermal_energy_1(fn_uptake_of_calcium_ion_by_chloroplast_97(X))
& covalent_bond_1(fn_uptake_of_calcium_ion_by_chloroplast_98(X))
& double_bond_1(fn_uptake_of_calcium_ion_by_chloroplast_98(X))
& chemical_bond_1(fn_uptake_of_calcium_ion_by_chloroplast_98(X))
& number_5_prime_carbon_1(fn_uptake_of_calcium_ion_by_chloroplast_99(X))
& spatial_entity_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& transmembrane_protein_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& membrane_protein_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& protein_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& integral_protein_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& protein_pump_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& transport_protein_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& tangible_entity_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& molecule_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& polymer_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& hydrophilic_region_1(fn_uptake_of_calcium_ion_by_chloroplast_106(X))
& hydrophilic_end_1(fn_uptake_of_calcium_ion_by_chloroplast_106(X))
& hydrophilic_region_1(fn_uptake_of_calcium_ion_by_chloroplast_107(X))
& hydrophilic_end_1(fn_uptake_of_calcium_ion_by_chloroplast_107(X))
& organic_molecule_1(fn_uptake_of_calcium_ion_by_chloroplast_108(X))
& molecule_1(fn_uptake_of_calcium_ion_by_chloroplast_108(X))
& phosphorylation_1(fn_uptake_of_calcium_ion_by_chloroplast_109(X))
& hydrophilic_region_1(fn_uptake_of_calcium_ion_by_chloroplast_110(X))
& hydrophilic_end_1(fn_uptake_of_calcium_ion_by_chloroplast_110(X))
& hydrophilic_region_1(fn_uptake_of_calcium_ion_by_chloroplast_111(X))
& hydrophilic_end_1(fn_uptake_of_calcium_ion_by_chloroplast_111(X))
& chemical_1(fn_uptake_of_calcium_ion_by_chloroplast_112(X))
& calcium_ion_1(fn_uptake_of_calcium_ion_by_chloroplast_113(X))
& spatial_entity_1(fn_nucleoside_20(fn_uptake_of_calcium_ion_by_chloroplast_55(X)))
& molecule_1(fn_nucleoside_20(fn_uptake_of_calcium_ion_by_chloroplast_55(X)))
& organic_molecule_1(fn_nucleoside_20(fn_uptake_of_calcium_ion_by_chloroplast_55(X)))
& pentose_1(fn_nucleoside_20(fn_uptake_of_calcium_ion_by_chloroplast_55(X)))
& phosphorus_1(fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_chloroplast_52(X)))
& carbon_1(fn_carbon_skeleton_4(fn_uptake_of_calcium_ion_by_chloroplast_96(X)))
& phosphorus_1(fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_chloroplast_51(X)))
& single_bond_1(fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_chloroplast_51(X)))
& property_node_1(fn_carrier_protein_10(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& property_node_1(fn_carrier_protein_12(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& property_node_1(fn_carrier_protein_11(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& hydrophobic_region_1(fn_carrier_protein_21(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& hydrophobic_amino_acid_1(fn_carrier_protein_31(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& carbon_skeleton_1(fn_carrier_protein_24(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& property_node_1(fn_carrier_protein_9(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& protein_domain_1(fn_carrier_protein_25(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& property_node_1(fn_carrier_protein_8(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& shape_value_1(fn_carrier_protein_13(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& hydrophilic_region_1(fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& hydrophilic_end_1(fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& size_value_1(fn_carrier_protein_39(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& monomer_1(fn_carrier_protein_33(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& constant_motion_1(fn_carrier_protein_42(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& spatial_entity_1(fn_carrier_protein_27(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& chemical_entity_1(fn_carrier_protein_27(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& monomer_1(fn_carrier_protein_27(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& molecule_1(fn_carrier_protein_27(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& amino_acid_1(fn_carrier_protein_27(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& polymer_1(fn_carrier_protein_35(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& polypeptide_1(fn_carrier_protein_35(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& hydrophobic_region_1(fn_transport_protein_15(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& hydrophobic_amino_acid_1(fn_transport_protein_13(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& polar_amino_acid_1(fn_transport_protein_32(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& carbon_skeleton_1(fn_transport_protein_18(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& protein_domain_1(fn_transport_protein_6(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& spatial_entity_1(fn_transport_protein_8(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& chemical_entity_1(fn_transport_protein_8(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& monomer_1(fn_transport_protein_8(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& molecule_1(fn_transport_protein_8(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& amino_acid_1(fn_transport_protein_8(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& polypeptide_1(fn_transport_protein_7(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& photosynthesis_1(fn_chloroplast_79(fn_uptake_of_calcium_ion_by_chloroplast_64(X)))
& property_node_1(fn_molecule_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& kinetic_energy_1(fn_molecule_12(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& property_node_1(fn_molecule_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& quantity_value_1(fn_molecule_4(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& speed_value_1(fn_molecule_3(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& constant_motion_1(fn_molecule_8(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& property_node_1(fn_polymer_10(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& property_node_1(fn_polymer_9(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& size_value_1(fn_polymer_7(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& monomer_1(fn_polymer_4(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& single_bond_1(fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_chloroplast_50(X)))
& phosphorus_1(fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_chloroplast_50(X)))
& chemical_entity_1(fn_phosphorylation_5(fn_uptake_of_calcium_ion_by_chloroplast_14(X)))
& molecule_1(fn_phosphorylation_1(fn_uptake_of_calcium_ion_by_chloroplast_14(X)))
& number_5_prime_region_1(fn_nucleoside_5(fn_uptake_of_calcium_ion_by_chloroplast_55(X)))
& number_5_prime_region_1(fn_5_prime_carbon_1(fn_uptake_of_calcium_ion_by_chloroplast_99(X)))
& chemical_1(fn_solution_6(fn_uptake_of_calcium_ion_by_chloroplast_67(X)))
& water_1(fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_chloroplast_67(X)))
& chemical_1(fn_solution_5(fn_uptake_of_calcium_ion_by_chloroplast_67(X)))
& chemical_1(fn_concentration_gradient_6(fn_uptake_of_calcium_ion_by_chloroplast_68(X)))
& entity_1(fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& atom_1(fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& chemical_entity_1(fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& carbon_1(fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& size_value_1(fn_transport_protein_20(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& size_value_1(fn_carrier_protein_40(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& kinetic_energy_1(fn_carrier_protein_41(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& quantity_value_1(fn_carrier_protein_38(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& speed_value_1(fn_carrier_protein_37(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& polar_amino_acid_1(fn_integral_protein_6(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& polar_amino_acid_1(fn_integral_protein_6(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& polar_amino_acid_1(fn_carrier_protein_30(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_uptake_of_calcium_ion_by_chloroplast_109(X)))
& chemical_entity_1(fn_functional_group_1(fn_uptake_of_calcium_ion_by_chloroplast_90(X)))
& molecule_1(fn_phosphorylation_1(fn_uptake_of_calcium_ion_by_chloroplast_109(X)))
& hydrophilic_region_1(fn_integral_protein_23(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& hydrophilic_region_1(fn_integral_protein_23(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& hydrophilic_end_1(fn_transport_protein_16(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& hydrophilic_region_1(fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& hydrophilic_end_1(fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& hydrophilic_region_1(fn_transport_protein_33(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& hydrophilic_end_1(fn_transport_protein_33(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& cellular_work_1(fn_plant_cell_15(fn_uptake_of_calcium_ion_by_chloroplast_62(X)))
& work_1(fn_free_energy_2(fn_uptake_of_calcium_ion_by_chloroplast_73(X)))
& active_transport_1(fn_protein_pump_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& active_transport_1(fn_protein_pump_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& substance_1(fn_mixture_2(fn_uptake_of_calcium_ion_by_chloroplast_65(X)))
& substance_1(fn_mixture_1(fn_uptake_of_calcium_ion_by_chloroplast_65(X)))
& solution_1(fn_concentration_gradient_9(fn_uptake_of_calcium_ion_by_chloroplast_68(X)))
& solution_1(fn_concentration_gradient_8(fn_uptake_of_calcium_ion_by_chloroplast_68(X)))
& aqueous_solution_1(fn_chloroplast_59(fn_uptake_of_calcium_ion_by_chloroplast_64(X)))
& produce_1(fn_chloroplast_98(fn_uptake_of_calcium_ion_by_chloroplast_64(X)))
& produce_1(fn_chloroplast_75(fn_uptake_of_calcium_ion_by_chloroplast_64(X)))
& chemical_entity_1(fn_stroma_1(fn_uptake_of_calcium_ion_by_chloroplast_65(X)))
& protein_1(fn_stroma_1(fn_uptake_of_calcium_ion_by_chloroplast_65(X)))
& protein_enzyme_1(fn_stroma_1(fn_uptake_of_calcium_ion_by_chloroplast_65(X)))
& chemical_entity_1(fn_chloroplast_83(fn_uptake_of_calcium_ion_by_chloroplast_64(X)))
& protein_1(fn_chloroplast_83(fn_uptake_of_calcium_ion_by_chloroplast_64(X)))
& protein_enzyme_1(fn_chloroplast_83(fn_uptake_of_calcium_ion_by_chloroplast_64(X)))
& chemical_entity_1(fn_chloroplast_74(fn_uptake_of_calcium_ion_by_chloroplast_64(X)))
& enzyme_1(fn_chloroplast_74(fn_uptake_of_calcium_ion_by_chloroplast_64(X)))
& protein_1(fn_chloroplast_74(fn_uptake_of_calcium_ion_by_chloroplast_64(X)))
& protein_enzyme_1(fn_chloroplast_74(fn_uptake_of_calcium_ion_by_chloroplast_64(X)))
& enzyme_1(fn_chloroplast_55(fn_uptake_of_calcium_ion_by_chloroplast_64(X)))
& polymer_1(fn_chloroplast_55(fn_uptake_of_calcium_ion_by_chloroplast_64(X)))
& protein_1(fn_chloroplast_55(fn_uptake_of_calcium_ion_by_chloroplast_64(X)))
& protein_enzyme_1(fn_chloroplast_55(fn_uptake_of_calcium_ion_by_chloroplast_64(X)))
& protein_enzyme_1(fn_stroma_6(fn_uptake_of_calcium_ion_by_chloroplast_65(X)))
& protein_enzyme_1(fn_stroma_4(fn_uptake_of_calcium_ion_by_chloroplast_65(X)))
& outside_face_1(fn_biomembrane_41(fn_uptake_of_calcium_ion_by_chloroplast_75(X)))
& surface_1(fn_integral_protein_29(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& surface_1(fn_integral_protein_29(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& surface_1(fn_chloroplast_membrane_42(fn_uptake_of_calcium_ion_by_chloroplast_75(X)))
& outside_face_1(fn_chloroplast_membrane_42(fn_uptake_of_calcium_ion_by_chloroplast_75(X)))
& tangible_entity_1(fn_integral_protein_27(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& tangible_entity_1(fn_integral_protein_27(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& tangible_entity_1(fn_carrier_protein_16(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& phospholipid_bilayer_1(fn_carrier_protein_16(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& tangible_entity_1(fn_transport_protein_12(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& entity_1(fn_chloroplast_membrane_23(fn_uptake_of_calcium_ion_by_chloroplast_75(X)))
& tangible_entity_1(fn_chloroplast_membrane_23(fn_uptake_of_calcium_ion_by_chloroplast_75(X)))
& phospholipid_bilayer_1(fn_chloroplast_membrane_23(fn_uptake_of_calcium_ion_by_chloroplast_75(X)))
& inside_face_1(fn_transmembrane_protein_6(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& surface_1(fn_chloroplast_membrane_43(fn_uptake_of_calcium_ion_by_chloroplast_75(X)))
& inside_face_1(fn_chloroplast_membrane_43(fn_uptake_of_calcium_ion_by_chloroplast_75(X)))
& hydrophilic_face_1(fn_chloroplast_31(fn_uptake_of_calcium_ion_by_chloroplast_64(X)))
& hydrophilic_face_1(fn_chloroplast_membrane_39(fn_uptake_of_calcium_ion_by_chloroplast_75(X)))
& aqueous_solution_1(fn_chloroplast_membrane_30(fn_uptake_of_calcium_ion_by_chloroplast_75(X)))
& aqueous_solution_1(fn_chloroplast_membrane_40(fn_uptake_of_calcium_ion_by_chloroplast_75(X)))
& mixture_1(fn_chloroplast_96(fn_uptake_of_calcium_ion_by_chloroplast_64(X)))
& aqueous_solution_1(fn_chloroplast_96(fn_uptake_of_calcium_ion_by_chloroplast_64(X)))
& stroma_1(fn_chloroplast_96(fn_uptake_of_calcium_ion_by_chloroplast_64(X)))
& aqueous_solution_1(fn_chloroplast_membrane_29(fn_uptake_of_calcium_ion_by_chloroplast_75(X)))
& stroma_1(fn_chloroplast_membrane_29(fn_uptake_of_calcium_ion_by_chloroplast_75(X)))
& chloroplast_1(fn_plant_cell_6(fn_uptake_of_calcium_ion_by_chloroplast_62(X)))
& chloroplast_1(fn_stroma_7(fn_uptake_of_calcium_ion_by_chloroplast_65(X)))
& tangible_entity_1(fn_chloroplast_membrane_27(fn_uptake_of_calcium_ion_by_chloroplast_75(X)))
& plastid_1(fn_chloroplast_membrane_27(fn_uptake_of_calcium_ion_by_chloroplast_75(X)))
& chloroplast_1(fn_chloroplast_membrane_27(fn_uptake_of_calcium_ion_by_chloroplast_75(X)))
& move_through_1(fn_transport_protein_34(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& move_through_1(fn_transport_protein_34(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& move_through_1(fn_protein_pump_1(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& move_1(fn_protein_pump_1(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& move_through_1(fn_protein_pump_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& move_1(fn_protein_pump_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& move_through_1(fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& move_through_1(fn_chloroplast_membrane_32(fn_uptake_of_calcium_ion_by_chloroplast_75(X)))
& biomembrane_1(fn_integral_protein_24(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& biomembrane_1(fn_integral_protein_24(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& biomembrane_1(fn_transmembrane_protein_4(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& membrane_1(fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& biomembrane_1(fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& spatial_entity_1(fn_transport_protein_35(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& biomembrane_1(fn_transport_protein_35(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& spatial_entity_1(fn_transport_protein_35(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& biomembrane_1(fn_transport_protein_35(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& spatial_entity_1(fn_protein_pump_3(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& biomembrane_1(fn_protein_pump_3(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& spatial_entity_1(fn_protein_pump_3(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& biomembrane_1(fn_protein_pump_3(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& entity_1(fn_chloroplast_80(fn_uptake_of_calcium_ion_by_chloroplast_64(X)))
& chloroplast_membrane_1(fn_chloroplast_80(fn_uptake_of_calcium_ion_by_chloroplast_64(X)))
& resource_1(fn_consume_2(fn_uptake_of_calcium_ion_by_chloroplast_77(X)))
& size_value_1(fn_biomembrane_56(fn_uptake_of_calcium_ion_by_chloroplast_75(X)))
& size_value_1(fn_polymer_8(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& entity_1(fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_chloroplast_98(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_chloroplast_98(X)))
& atom_1(fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_chloroplast_98(X)))
& oxygen_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_51(X)))
& entity_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_51(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_51(X)))
& atom_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_51(X)))
& entity_1(fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_chloroplast_98(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_chloroplast_98(X)))
& atom_1(fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_chloroplast_98(X)))
& atom_1(fn_carbon_skeleton_2(fn_uptake_of_calcium_ion_by_chloroplast_96(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_uptake_of_calcium_ion_by_chloroplast_96(X)))
& entity_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_51(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_51(X)))
& atom_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_51(X)))
& oxygen_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_51(X)))
& entity_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_50(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_50(X)))
& atom_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_50(X)))
& oxygen_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_50(X)))
& oxygen_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_50(X)))
& entity_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_50(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_50(X)))
& atom_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_50(X)))
& entity_1(fn_consume_1(fn_uptake_of_calcium_ion_by_chloroplast_77(X)))
& carbon_1(fn_transport_protein_14(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& entity_1(fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_chloroplast_27(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_chloroplast_27(X)))
& atom_1(fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_chloroplast_27(X)))
& chemical_energy_1(fn_chemical_bond_2(fn_uptake_of_calcium_ion_by_chloroplast_98(X)))
& double_bond_1(fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_chloroplast_50(X)))
& chemical_bond_1(fn_molecule_10(fn_uptake_of_calcium_ion_by_chloroplast_108(X)))
& spatial_entity_1(fn_detach_2(fn_uptake_of_calcium_ion_by_chloroplast_35(X)))
& spatial_entity_1(fn_detach_2(fn_uptake_of_calcium_ion_by_chloroplast_34(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_uptake_of_calcium_ion_by_chloroplast_109(X)))
& chemical_entity_1(fn_phosphorylation_2(fn_uptake_of_calcium_ion_by_chloroplast_14(X)))
& tangible_entity_1(fn_biomembrane_54(fn_uptake_of_calcium_ion_by_chloroplast_75(X)))
& membrane_protein_1(fn_biomembrane_54(fn_uptake_of_calcium_ion_by_chloroplast_75(X)))
& protein_1(fn_biomembrane_54(fn_uptake_of_calcium_ion_by_chloroplast_75(X)))
& tangible_entity_1(fn_expose_1(fn_uptake_of_calcium_ion_by_chloroplast_37(X)))
& chemical_1(fn_concentration_gradient_5(fn_uptake_of_calcium_ion_by_chloroplast_68(X)))
& chemical_1(fn_solution_5(fn_uptake_of_calcium_ion_by_chloroplast_66(X)))
& atom_1(fn_molecule_11(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& entity_1(fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_chloroplast_27(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_chloroplast_27(X)))
& atom_1(fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_chloroplast_27(X)))
& covalent_bond_1(fn_polymer_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& chemical_bond_1(fn_molecule_10(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& chemical_1(fn_solution_6(fn_uptake_of_calcium_ion_by_chloroplast_66(X)))
& water_1(fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_chloroplast_66(X)))
& covalent_bond_1(fn_polymer_1(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& chemical_bond_1(fn_molecule_10(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& single_bond_1(fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_chloroplast_90(X)))
& phosphorus_1(fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_chloroplast_90(X)))
& atom_1(fn_molecule_11(fn_uptake_of_calcium_ion_by_chloroplast_63(X)))
& oxygen_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_90(X)))
& entity_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_90(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_90(X)))
& atom_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_90(X)))
& double_bond_1(fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_chloroplast_90(X)))
& entity_1(fn_transport_protein_17(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& atom_1(fn_transport_protein_17(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& chemical_entity_1(fn_transport_protein_17(fn_uptake_of_calcium_ion_by_chloroplast_105(X)))
& entity_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_90(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_90(X)))
& atom_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_90(X)))
& oxygen_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_90(X)))
& raw_material_2(fn_uptake_of_calcium_ion_by_chloroplast_14(X),fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_19(X) != fn_uptake_of_calcium_ion_by_chloroplast_105(X)
& fn_uptake_of_calcium_ion_by_chloroplast_20(X) != fn_uptake_of_calcium_ion_by_chloroplast_2(X)
& fn_uptake_of_calcium_ion_by_chloroplast_20(X) != fn_uptake_of_calcium_ion_by_chloroplast_21(X)
& fn_uptake_of_calcium_ion_by_chloroplast_21(X) != fn_uptake_of_calcium_ion_by_chloroplast_20(X)
& fn_uptake_of_calcium_ion_by_chloroplast_2(X) != fn_uptake_of_calcium_ion_by_chloroplast_20(X)
& fn_uptake_of_calcium_ion_by_chloroplast_2(X) != fn_uptake_of_calcium_ion_by_chloroplast_25(X)
& fn_uptake_of_calcium_ion_by_chloroplast_25(X) != fn_uptake_of_calcium_ion_by_chloroplast_2(X)
& site_2(fn_uptake_of_calcium_ion_by_chloroplast_37(X),fn_uptake_of_calcium_ion_by_chloroplast_106(X))
& time_before_2(fn_uptake_of_calcium_ion_by_chloroplast_4(X),fn_uptake_of_calcium_ion_by_chloroplast_3(X))
& fn_uptake_of_calcium_ion_by_chloroplast_48(X) != fn_uptake_of_calcium_ion_by_chloroplast_8(X)
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_50(X),fn_uptake_of_calcium_ion_by_chloroplast_58(X))
& fn_uptake_of_calcium_ion_by_chloroplast_50(X) != fn_uptake_of_calcium_ion_by_chloroplast_52(X)
& fn_uptake_of_calcium_ion_by_chloroplast_50(X) != fn_uptake_of_calcium_ion_by_chloroplast_51(X)
& called_2(fn_uptake_of_calcium_ion_by_chloroplast_50(X),'Terminal PO4 Group')
& fn_uptake_of_calcium_ion_by_chloroplast_51(X) != fn_uptake_of_calcium_ion_by_chloroplast_50(X)
& fn_uptake_of_calcium_ion_by_chloroplast_51(X) != fn_uptake_of_calcium_ion_by_chloroplast_52(X)
& fn_uptake_of_calcium_ion_by_chloroplast_52(X) != fn_uptake_of_calcium_ion_by_chloroplast_50(X)
& fn_uptake_of_calcium_ion_by_chloroplast_52(X) != fn_uptake_of_calcium_ion_by_chloroplast_51(X)
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_54(X),fn_uptake_of_calcium_ion_by_chloroplast_50(X))
& fn_uptake_of_calcium_ion_by_chloroplast_1(X) != fn_uptake_of_calcium_ion_by_chloroplast_95(X)
& result_2(fn_uptake_of_calcium_ion_by_chloroplast_5(X),fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& next_event_2(fn_uptake_of_calcium_ion_by_chloroplast_5(X),fn_uptake_of_calcium_ion_by_chloroplast_78(X))
& object_2(fn_uptake_of_calcium_ion_by_chloroplast_5(X),fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_63(X) != fn_uptake_of_calcium_ion_by_chloroplast_105(X)
& has_state_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& base_2(X,fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& instrument_2(X,fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& subevent_2(X,fn_uptake_of_calcium_ion_by_chloroplast_5(X))
& same_type_2(fn_uptake_of_calcium_ion_by_chloroplast_69(X),fn_uptake_of_calcium_ion_by_chloroplast_71(X))
& same_type_2(fn_uptake_of_calcium_ion_by_chloroplast_69(X),fn_uptake_of_calcium_ion_by_chloroplast_70(X))
& same_type_2(fn_uptake_of_calcium_ion_by_chloroplast_70(X),fn_uptake_of_calcium_ion_by_chloroplast_69(X))
& same_type_2(fn_uptake_of_calcium_ion_by_chloroplast_71(X),fn_uptake_of_calcium_ion_by_chloroplast_69(X))
& time_during_2(fn_uptake_of_calcium_ion_by_chloroplast_76(X),fn_uptake_of_calcium_ion_by_chloroplast_3(X))
& time_during_2(fn_uptake_of_calcium_ion_by_chloroplast_77(X),fn_uptake_of_calcium_ion_by_chloroplast_4(X))
& next_event_2(fn_uptake_of_calcium_ion_by_chloroplast_78(X),fn_uptake_of_calcium_ion_by_chloroplast_35(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_94(X),fn_uptake_of_calcium_ion_by_chloroplast_50(X))
& fn_uptake_of_calcium_ion_by_chloroplast_94(X) != fn_uptake_of_calcium_ion_by_chloroplast_99(X)
& fn_uptake_of_calcium_ion_by_chloroplast_95(X) != fn_uptake_of_calcium_ion_by_chloroplast_1(X)
& quantity_2(fn_uptake_of_calcium_ion_by_chloroplast_97(X),fn_uptake_of_calcium_ion_by_chloroplast_6(X))
& fn_uptake_of_calcium_ion_by_chloroplast_99(X) != fn_uptake_of_calcium_ion_by_chloroplast_94(X)
& fn_uptake_of_calcium_ion_by_chloroplast_105(X) != fn_uptake_of_calcium_ion_by_chloroplast_19(X)
& fn_uptake_of_calcium_ion_by_chloroplast_105(X) != fn_uptake_of_calcium_ion_by_chloroplast_63(X)
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X),fn_uptake_of_calcium_ion_by_chloroplast_20(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X),fn_uptake_of_calcium_ion_by_chloroplast_2(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X),fn_uptake_of_calcium_ion_by_chloroplast_25(X))
& shape_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X),fn_uptake_of_calcium_ion_by_chloroplast_8(X))
& fn_uptake_of_calcium_ion_by_chloroplast_8(X) != fn_uptake_of_calcium_ion_by_chloroplast_48(X)
& is_at_2(fn_uptake_of_calcium_ion_by_chloroplast_106(X),fn_uptake_of_calcium_ion_by_chloroplast_79(X))
& raw_material_2(fn_uptake_of_calcium_ion_by_chloroplast_109(X),fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& base_2(fn_uptake_of_calcium_ion_by_chloroplast_35(X),fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& base_2(fn_uptake_of_calcium_ion_by_chloroplast_34(X),fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& result_2(fn_uptake_of_calcium_ion_by_chloroplast_109(X),fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& result_2(fn_uptake_of_calcium_ion_by_chloroplast_14(X),fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_55(X),fn_uptake_of_calcium_ion_by_chloroplast_59(X))
& has_region_2(fn_uptake_of_calcium_ion_by_chloroplast_59(X),fn_uptake_of_calcium_ion_by_chloroplast_58(X))
& base_2(X,fn_uptake_of_calcium_ion_by_chloroplast_62(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_62(X),fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_53(X),fn_uptake_of_calcium_ion_by_chloroplast_52(X))
& raw_material_2(X,fn_uptake_of_calcium_ion_by_chloroplast_73(X))
& raw_material_2(fn_uptake_of_calcium_ion_by_chloroplast_14(X),fn_uptake_of_calcium_ion_by_chloroplast_19(X))
& is_at_2(fn_uptake_of_calcium_ion_by_chloroplast_99(X),fn_uptake_of_calcium_ion_by_chloroplast_58(X))
& fn_uptake_of_calcium_ion_by_chloroplast_71(X) != fn_uptake_of_calcium_ion_by_chloroplast_70(X)
& fn_uptake_of_calcium_ion_by_chloroplast_70(X) != fn_uptake_of_calcium_ion_by_chloroplast_71(X)
& object_2(X,fn_uptake_of_calcium_ion_by_chloroplast_113(X))
& object_2(fn_uptake_of_calcium_ion_by_chloroplast_78(X),fn_uptake_of_calcium_ion_by_chloroplast_113(X))
& the_scalar_value_2(fn_uptake_of_calcium_ion_by_chloroplast_28(X),big_0)
& scalar_unit_class_2(fn_uptake_of_calcium_ion_by_chloroplast_28(X),polypeptide_0)
& has_region_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X),fn_uptake_of_calcium_ion_by_chloroplast_92(X))
& is_at_2(fn_uptake_of_calcium_ion_by_chloroplast_107(X),fn_uptake_of_calcium_ion_by_chloroplast_92(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_95(X),fn_uptake_of_calcium_ion_by_chloroplast_96(X))
& fn_uptake_of_calcium_ion_by_chloroplast_94(X) != fn_uptake_of_calcium_ion_by_chloroplast_95(X)
& fn_uptake_of_calcium_ion_by_chloroplast_95(X) != fn_uptake_of_calcium_ion_by_chloroplast_94(X)
& has_solvent_2(fn_uptake_of_calcium_ion_by_chloroplast_67(X),fn_uptake_of_calcium_ion_by_chloroplast_70(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_67(X),fn_uptake_of_calcium_ion_by_chloroplast_70(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_53(X),fn_uptake_of_calcium_ion_by_chloroplast_51(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_54(X),fn_uptake_of_calcium_ion_by_chloroplast_51(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_94(X),fn_uptake_of_calcium_ion_by_chloroplast_51(X))
& is_between_2(fn_uptake_of_calcium_ion_by_chloroplast_49(X),fn_uptake_of_calcium_ion_by_chloroplast_94(X))
& origin_2(fn_uptake_of_calcium_ion_by_chloroplast_78(X),fn_uptake_of_calcium_ion_by_chloroplast_66(X))
& origin_2(X,fn_uptake_of_calcium_ion_by_chloroplast_66(X))
& is_between_2(fn_uptake_of_calcium_ion_by_chloroplast_68(X),fn_uptake_of_calcium_ion_by_chloroplast_66(X))
& base_2(X,fn_uptake_of_calcium_ion_by_chloroplast_68(X))
& destination_2(X,fn_uptake_of_calcium_ion_by_chloroplast_67(X))
& destination_2(fn_uptake_of_calcium_ion_by_chloroplast_78(X),fn_uptake_of_calcium_ion_by_chloroplast_67(X))
& is_between_2(fn_uptake_of_calcium_ion_by_chloroplast_68(X),fn_uptake_of_calcium_ion_by_chloroplast_67(X))
& has_solute_2(fn_uptake_of_calcium_ion_by_chloroplast_67(X),fn_uptake_of_calcium_ion_by_chloroplast_71(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_67(X),fn_uptake_of_calcium_ion_by_chloroplast_71(X))
& same_type_2(fn_uptake_of_calcium_ion_by_chloroplast_112(X),fn_uptake_of_calcium_ion_by_chloroplast_71(X))
& same_type_2(fn_uptake_of_calcium_ion_by_chloroplast_71(X),fn_uptake_of_calcium_ion_by_chloroplast_112(X))
& is_across_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_75(X),fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& is_across_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X),fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& subevent_2(X,fn_uptake_of_calcium_ion_by_chloroplast_78(X))
& has_region_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_110(X))
& is_at_2(fn_uptake_of_calcium_ion_by_chloroplast_110(X),fn_uptake_of_calcium_ion_by_chloroplast_92(X))
& path_2(X,fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_75(X),fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_87(X))
& has_region_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_86(X))
& has_region_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_92(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_85(X))
& has_region_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_107(X))
& is_at_2(fn_uptake_of_calcium_ion_by_chloroplast_107(X),fn_uptake_of_calcium_ion_by_chloroplast_79(X))
& possesses_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_81(X))
& is_between_2(fn_uptake_of_calcium_ion_by_chloroplast_81(X),fn_uptake_of_calcium_ion_by_chloroplast_89(X))
& object_2(fn_uptake_of_calcium_ion_by_chloroplast_37(X),fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& site_2(fn_uptake_of_calcium_ion_by_chloroplast_37(X),fn_uptake_of_calcium_ion_by_chloroplast_107(X))
& is_at_2(fn_uptake_of_calcium_ion_by_chloroplast_83(X),fn_uptake_of_calcium_ion_by_chloroplast_107(X))
& possesses_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_80(X))
& is_between_2(fn_uptake_of_calcium_ion_by_chloroplast_80(X),fn_uptake_of_calcium_ion_by_chloroplast_85(X))
& fn_uptake_of_calcium_ion_by_chloroplast_85(X) != fn_uptake_of_calcium_ion_by_chloroplast_89(X)
& fn_uptake_of_calcium_ion_by_chloroplast_89(X) != fn_uptake_of_calcium_ion_by_chloroplast_87(X)
& is_between_2(fn_uptake_of_calcium_ion_by_chloroplast_81(X),fn_uptake_of_calcium_ion_by_chloroplast_87(X))
& fn_uptake_of_calcium_ion_by_chloroplast_89(X) != fn_uptake_of_calcium_ion_by_chloroplast_85(X)
& fn_uptake_of_calcium_ion_by_chloroplast_87(X) != fn_uptake_of_calcium_ion_by_chloroplast_89(X)
& agent_2(X,fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& is_at_2(fn_uptake_of_calcium_ion_by_chloroplast_106(X),fn_uptake_of_calcium_ion_by_chloroplast_92(X))
& agent_2(fn_uptake_of_calcium_ion_by_chloroplast_78(X),fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_72(X))
& possesses_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_82(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_89(X))
& has_region_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_91(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_84(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_84(X),fn_uptake_of_calcium_ion_by_chloroplast_91(X))
& has_region_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_93(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_89(X),fn_uptake_of_calcium_ion_by_chloroplast_93(X))
& size_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_39(X))
& has_region_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_36(X))
& is_at_2(fn_uptake_of_calcium_ion_by_chloroplast_46(X),fn_uptake_of_calcium_ion_by_chloroplast_36(X))
& shape_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_48(X))
& has_region_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_111(X))
& is_opposite_2(fn_uptake_of_calcium_ion_by_chloroplast_110(X),fn_uptake_of_calcium_ion_by_chloroplast_111(X))
& is_opposite_2(fn_uptake_of_calcium_ion_by_chloroplast_111(X),fn_uptake_of_calcium_ion_by_chloroplast_110(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_88(X))
& size_2(fn_uptake_of_calcium_ion_by_chloroplast_88(X),fn_uptake_of_calcium_ion_by_chloroplast_40(X))
& greater_than_2(fn_uptake_of_calcium_ion_by_chloroplast_39(X),fn_uptake_of_calcium_ion_by_chloroplast_40(X))
& the_scalar_value_2(fn_uptake_of_calcium_ion_by_chloroplast_39(X),big_0)
& scalar_unit_class_2(fn_uptake_of_calcium_ion_by_chloroplast_39(X),polypeptide_0)
& object_2(fn_uptake_of_calcium_ion_by_chloroplast_47(X),fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& speed_2(fn_uptake_of_calcium_ion_by_chloroplast_47(X),fn_uptake_of_calcium_ion_by_chloroplast_61(X))
& directly_proportional_2(fn_uptake_of_calcium_ion_by_chloroplast_61(X),fn_uptake_of_calcium_ion_by_chloroplast_60(X))
& quantity_2(fn_uptake_of_calcium_ion_by_chloroplast_82(X),fn_uptake_of_calcium_ion_by_chloroplast_60(X))
& has_region_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_106(X))
& is_at_2(fn_uptake_of_calcium_ion_by_chloroplast_83(X),fn_uptake_of_calcium_ion_by_chloroplast_106(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_83(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X),fn_uptake_of_calcium_ion_by_chloroplast_38(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_38(X),fn_uptake_of_calcium_ion_by_chloroplast_46(X))
& has_region_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X),fn_uptake_of_calcium_ion_by_chloroplast_107(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X),fn_uptake_of_calcium_ion_by_chloroplast_33(X))
& has_region_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X),fn_uptake_of_calcium_ion_by_chloroplast_16(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X),fn_uptake_of_calcium_ion_by_chloroplast_72(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X),fn_uptake_of_calcium_ion_by_chloroplast_21(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_21(X),fn_uptake_of_calcium_ion_by_chloroplast_15(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X),fn_uptake_of_calcium_ion_by_chloroplast_23(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_23(X),fn_uptake_of_calcium_ion_by_chloroplast_16(X))
& has_region_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X),fn_uptake_of_calcium_ion_by_chloroplast_106(X))
& is_at_2(fn_uptake_of_calcium_ion_by_chloroplast_33(X),fn_uptake_of_calcium_ion_by_chloroplast_106(X))
& is_opposite_2(fn_uptake_of_calcium_ion_by_chloroplast_107(X),fn_uptake_of_calcium_ion_by_chloroplast_106(X))
& is_opposite_2(fn_uptake_of_calcium_ion_by_chloroplast_106(X),fn_uptake_of_calcium_ion_by_chloroplast_107(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X),fn_uptake_of_calcium_ion_by_chloroplast_24(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_24(X),fn_uptake_of_calcium_ion_by_chloroplast_32(X))
& is_at_2(fn_uptake_of_calcium_ion_by_chloroplast_32(X),fn_uptake_of_calcium_ion_by_chloroplast_17(X))
& has_region_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X),fn_uptake_of_calcium_ion_by_chloroplast_17(X))
& has_region_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X),fn_uptake_of_calcium_ion_by_chloroplast_15(X))
& subevent_2(X,fn_uptake_of_calcium_ion_by_chloroplast_76(X))
& object_2(fn_uptake_of_calcium_ion_by_chloroplast_76(X),fn_uptake_of_calcium_ion_by_chloroplast_97(X))
& object_2(fn_uptake_of_calcium_ion_by_chloroplast_77(X),fn_uptake_of_calcium_ion_by_chloroplast_74(X))
& plays_2(fn_uptake_of_calcium_ion_by_chloroplast_74(X),fn_uptake_of_calcium_ion_by_chloroplast_56(X))
& subevent_2(X,fn_uptake_of_calcium_ion_by_chloroplast_77(X))
& next_event_2(fn_uptake_of_calcium_ion_by_chloroplast_77(X),fn_uptake_of_calcium_ion_by_chloroplast_76(X))
& base_2(fn_uptake_of_calcium_ion_by_chloroplast_76(X),fn_uptake_of_calcium_ion_by_chloroplast_108(X))
& raw_material_2(X,fn_uptake_of_calcium_ion_by_chloroplast_108(X))
& raw_material_2(X,fn_uptake_of_calcium_ion_by_chloroplast_74(X))
& site_2(fn_uptake_of_calcium_ion_by_chloroplast_45(X),fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_42(X),fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_65(X),fn_uptake_of_calcium_ion_by_chloroplast_67(X))
& has_function_2(fn_uptake_of_calcium_ion_by_chloroplast_64(X),fn_uptake_of_calcium_ion_by_chloroplast_45(X))
& facilitates_2(fn_uptake_of_calcium_ion_by_chloroplast_65(X),fn_uptake_of_calcium_ion_by_chloroplast_45(X))
& is_between_2(fn_uptake_of_calcium_ion_by_chloroplast_75(X),fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& result_2(fn_uptake_of_calcium_ion_by_chloroplast_41(X),fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& agent_2(fn_uptake_of_calcium_ion_by_chloroplast_41(X),fn_uptake_of_calcium_ion_by_chloroplast_44(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_44(X),fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_43(X),fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_64(X),fn_uptake_of_calcium_ion_by_chloroplast_43(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_64(X),fn_uptake_of_calcium_ion_by_chloroplast_44(X))
& fn_uptake_of_calcium_ion_by_chloroplast_44(X) != fn_uptake_of_calcium_ion_by_chloroplast_43(X)
& fn_uptake_of_calcium_ion_by_chloroplast_43(X) != fn_uptake_of_calcium_ion_by_chloroplast_44(X)
& has_region_2(fn_uptake_of_calcium_ion_by_chloroplast_75(X),fn_uptake_of_calcium_ion_by_chloroplast_92(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_75(X),fn_uptake_of_calcium_ion_by_chloroplast_72(X))
& has_region_2(fn_uptake_of_calcium_ion_by_chloroplast_75(X),fn_uptake_of_calcium_ion_by_chloroplast_79(X))
& is_outside_2(fn_uptake_of_calcium_ion_by_chloroplast_42(X),fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& has_function_2(fn_uptake_of_calcium_ion_by_chloroplast_75(X),fn_uptake_of_calcium_ion_by_chloroplast_78(X))
& base_2(fn_uptake_of_calcium_ion_by_chloroplast_78(X),fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_64(X),fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_64(X),fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_65(X),fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& in_event_2(fn_uptake_of_calcium_ion_by_chloroplast_56(X),fn_uptake_of_calcium_ion_by_chloroplast_77(X))
& plays_2(fn_uptake_of_calcium_ion_by_chloroplast_73(X),fn_uptake_of_calcium_ion_by_chloroplast_57(X))
& has_solute_2(fn_uptake_of_calcium_ion_by_chloroplast_66(X),fn_uptake_of_calcium_ion_by_chloroplast_112(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_66(X),fn_uptake_of_calcium_ion_by_chloroplast_112(X))
& possesses_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X),fn_uptake_of_calcium_ion_by_chloroplast_26(X))
& quantity_2(fn_uptake_of_calcium_ion_by_chloroplast_26(X),fn_uptake_of_calcium_ion_by_chloroplast_30(X))
& object_2(fn_uptake_of_calcium_ion_by_chloroplast_18(X),fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& speed_2(fn_uptake_of_calcium_ion_by_chloroplast_18(X),fn_uptake_of_calcium_ion_by_chloroplast_31(X))
& directly_proportional_2(fn_uptake_of_calcium_ion_by_chloroplast_31(X),fn_uptake_of_calcium_ion_by_chloroplast_30(X))
& size_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X),fn_uptake_of_calcium_ion_by_chloroplast_28(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X),fn_uptake_of_calcium_ion_by_chloroplast_22(X))
& size_2(fn_uptake_of_calcium_ion_by_chloroplast_22(X),fn_uptake_of_calcium_ion_by_chloroplast_29(X))
& greater_than_2(fn_uptake_of_calcium_ion_by_chloroplast_28(X),fn_uptake_of_calcium_ion_by_chloroplast_29(X))
& is_between_2(fn_uptake_of_calcium_ion_by_chloroplast_49(X),fn_uptake_of_calcium_ion_by_chloroplast_54(X))
& is_between_2(fn_uptake_of_calcium_ion_by_chloroplast_49(X),fn_uptake_of_calcium_ion_by_chloroplast_53(X))
& fn_uptake_of_calcium_ion_by_chloroplast_53(X) != fn_uptake_of_calcium_ion_by_chloroplast_94(X)
& fn_uptake_of_calcium_ion_by_chloroplast_94(X) != fn_uptake_of_calcium_ion_by_chloroplast_53(X)
& fn_uptake_of_calcium_ion_by_chloroplast_54(X) != fn_uptake_of_calcium_ion_by_chloroplast_94(X)
& fn_uptake_of_calcium_ion_by_chloroplast_94(X) != fn_uptake_of_calcium_ion_by_chloroplast_54(X)
& is_between_2(fn_uptake_of_calcium_ion_by_chloroplast_98(X),fn_uptake_of_calcium_ion_by_chloroplast_53(X))
& is_between_2(fn_uptake_of_calcium_ion_by_chloroplast_98(X),fn_uptake_of_calcium_ion_by_chloroplast_94(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_94(X),fn_uptake_of_calcium_ion_by_chloroplast_52(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_54(X),fn_uptake_of_calcium_ion_by_chloroplast_52(X))
& fn_uptake_of_calcium_ion_by_chloroplast_54(X) != fn_uptake_of_calcium_ion_by_chloroplast_53(X)
& fn_uptake_of_calcium_ion_by_chloroplast_53(X) != fn_uptake_of_calcium_ion_by_chloroplast_54(X)
& fn_uptake_of_calcium_ion_by_chloroplast_85(X) != fn_uptake_of_calcium_ion_by_chloroplast_86(X)
& fn_uptake_of_calcium_ion_by_chloroplast_86(X) != fn_uptake_of_calcium_ion_by_chloroplast_85(X)
& fn_uptake_of_calcium_ion_by_chloroplast_85(X) != fn_uptake_of_calcium_ion_by_chloroplast_87(X)
& fn_uptake_of_calcium_ion_by_chloroplast_87(X) != fn_uptake_of_calcium_ion_by_chloroplast_85(X)
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_85(X),fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& fn_uptake_of_calcium_ion_by_chloroplast_86(X) != fn_uptake_of_calcium_ion_by_chloroplast_87(X)
& fn_uptake_of_calcium_ion_by_chloroplast_87(X) != fn_uptake_of_calcium_ion_by_chloroplast_86(X)
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_86(X),fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& is_between_2(fn_uptake_of_calcium_ion_by_chloroplast_80(X),fn_uptake_of_calcium_ion_by_chloroplast_86(X))
& is_between_2(fn_uptake_of_calcium_ion_by_chloroplast_80(X),fn_uptake_of_calcium_ion_by_chloroplast_87(X))
& is_between_2(fn_uptake_of_calcium_ion_by_chloroplast_81(X),fn_uptake_of_calcium_ion_by_chloroplast_86(X))
& is_between_2(fn_uptake_of_calcium_ion_by_chloroplast_81(X),fn_uptake_of_calcium_ion_by_chloroplast_85(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_87(X),fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& has_solvent_2(fn_uptake_of_calcium_ion_by_chloroplast_66(X),fn_uptake_of_calcium_ion_by_chloroplast_69(X))
& has_part_2(fn_uptake_of_calcium_ion_by_chloroplast_66(X),fn_uptake_of_calcium_ion_by_chloroplast_69(X))
& fn_uptake_of_calcium_ion_by_chloroplast_20(X) != fn_uptake_of_calcium_ion_by_chloroplast_25(X)
& fn_uptake_of_calcium_ion_by_chloroplast_25(X) != fn_uptake_of_calcium_ion_by_chloroplast_20(X)
& is_between_2(fn_uptake_of_calcium_ion_by_chloroplast_27(X),fn_uptake_of_calcium_ion_by_chloroplast_20(X))
& fn_uptake_of_calcium_ion_by_chloroplast_69(X) != fn_uptake_of_calcium_ion_by_chloroplast_112(X)
& fn_uptake_of_calcium_ion_by_chloroplast_112(X) != fn_uptake_of_calcium_ion_by_chloroplast_69(X)
& possesses_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X),fn_uptake_of_calcium_ion_by_chloroplast_27(X))
& possesses_2(fn_uptake_of_calcium_ion_by_chloroplast_98(X),fn_uptake_of_calcium_ion_by_chloroplast_74(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_chloroplast_53(X),fn_uptake_of_calcium_ion_by_chloroplast_50(X))
& in_event_2(fn_uptake_of_calcium_ion_by_chloroplast_57(X),fn_uptake_of_calcium_ion_by_chloroplast_77(X))
& possesses_2(fn_uptake_of_calcium_ion_by_chloroplast_108(X),fn_uptake_of_calcium_ion_by_chloroplast_98(X))
& is_between_2(fn_uptake_of_calcium_ion_by_chloroplast_27(X),fn_uptake_of_calcium_ion_by_chloroplast_21(X))
& object_2(fn_uptake_of_calcium_ion_by_chloroplast_77(X),fn_uptake_of_calcium_ion_by_chloroplast_73(X))
& object_2(fn_uptake_of_calcium_ion_by_chloroplast_37(X),fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_63(X) = fn_chemical_reaction_2(fn_uptake_of_calcium_ion_by_chloroplast_109(X))
& fn_uptake_of_calcium_ion_by_chloroplast_63(X) = fn_phosphorylation_1(fn_uptake_of_calcium_ion_by_chloroplast_109(X))
& fn_uptake_of_calcium_ion_by_chloroplast_105(X) = fn_detach_2(fn_uptake_of_calcium_ion_by_chloroplast_35(X))
& fn_uptake_of_calcium_ion_by_chloroplast_105(X) = fn_detach_2(fn_uptake_of_calcium_ion_by_chloroplast_34(X))
& fn_uptake_of_calcium_ion_by_chloroplast_105(X) = fn_phosphorylation_2(fn_uptake_of_calcium_ion_by_chloroplast_109(X))
& fn_uptake_of_calcium_ion_by_chloroplast_105(X) = fn_phosphorylation_2(fn_uptake_of_calcium_ion_by_chloroplast_14(X))
& fn_uptake_of_calcium_ion_by_chloroplast_58(X) = fn_nucleoside_5(fn_uptake_of_calcium_ion_by_chloroplast_55(X))
& fn_uptake_of_calcium_ion_by_chloroplast_59(X) = fn_nucleoside_20(fn_uptake_of_calcium_ion_by_chloroplast_55(X))
& fn_uptake_of_calcium_ion_by_chloroplast_62(X) = fn_cellular_work_2(X)
& X = fn_plant_cell_15(fn_uptake_of_calcium_ion_by_chloroplast_62(X))
& fn_uptake_of_calcium_ion_by_chloroplast_64(X) = fn_plant_cell_6(fn_uptake_of_calcium_ion_by_chloroplast_62(X))
& fn_uptake_of_calcium_ion_by_chloroplast_53(X) = fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_chloroplast_52(X))
& fn_uptake_of_calcium_ion_by_chloroplast_73(X) = fn_endergonic_process_4(X)
& X = fn_free_energy_2(fn_uptake_of_calcium_ion_by_chloroplast_73(X))
& fn_uptake_of_calcium_ion_by_chloroplast_19(X) = fn_phosphorylation_5(fn_uptake_of_calcium_ion_by_chloroplast_14(X))
& fn_uptake_of_calcium_ion_by_chloroplast_19(X) = fn_phosphorylation_1(fn_uptake_of_calcium_ion_by_chloroplast_14(X))
& fn_uptake_of_calcium_ion_by_chloroplast_58(X) = fn_5_prime_carbon_1(fn_uptake_of_calcium_ion_by_chloroplast_99(X))
& fn_uptake_of_calcium_ion_by_chloroplast_71(X) = fn_solution_5(fn_uptake_of_calcium_ion_by_chloroplast_67(X))
& fn_uptake_of_calcium_ion_by_chloroplast_113(X) = fn_active_transport_19(X)
& fn_uptake_of_calcium_ion_by_chloroplast_92(X) = fn_integral_protein_29(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_94(X) = fn_carbon_skeleton_2(fn_uptake_of_calcium_ion_by_chloroplast_96(X))
& fn_uptake_of_calcium_ion_by_chloroplast_95(X) = fn_carbon_skeleton_4(fn_uptake_of_calcium_ion_by_chloroplast_96(X))
& fn_uptake_of_calcium_ion_by_chloroplast_70(X) = fn_solution_6(fn_uptake_of_calcium_ion_by_chloroplast_67(X))
& fn_uptake_of_calcium_ion_by_chloroplast_70(X) = fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_chloroplast_67(X))
& fn_uptake_of_calcium_ion_by_chloroplast_53(X) = fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_chloroplast_51(X))
& fn_uptake_of_calcium_ion_by_chloroplast_54(X) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_51(X))
& fn_uptake_of_calcium_ion_by_chloroplast_49(X) = fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_chloroplast_51(X))
& fn_uptake_of_calcium_ion_by_chloroplast_94(X) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_51(X))
& fn_uptake_of_calcium_ion_by_chloroplast_67(X) = fn_active_transport_21(X)
& fn_uptake_of_calcium_ion_by_chloroplast_68(X) = fn_active_transport_25(X)
& fn_uptake_of_calcium_ion_by_chloroplast_66(X) = fn_active_transport_20(X)
& fn_uptake_of_calcium_ion_by_chloroplast_112(X) = fn_concentration_gradient_5(fn_uptake_of_calcium_ion_by_chloroplast_68(X))
& fn_uptake_of_calcium_ion_by_chloroplast_71(X) = fn_concentration_gradient_5(fn_uptake_of_calcium_ion_by_chloroplast_68(X))
& fn_uptake_of_calcium_ion_by_chloroplast_71(X) = fn_concentration_gradient_6(fn_uptake_of_calcium_ion_by_chloroplast_68(X))
& fn_uptake_of_calcium_ion_by_chloroplast_67(X) = fn_concentration_gradient_9(fn_uptake_of_calcium_ion_by_chloroplast_68(X))
& fn_uptake_of_calcium_ion_by_chloroplast_67(X) = fn_concentration_gradient_8(fn_uptake_of_calcium_ion_by_chloroplast_68(X))
& fn_uptake_of_calcium_ion_by_chloroplast_110(X) = fn_active_movement_of_ions_12(X)
& X = fn_protein_pump_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& X = fn_protein_pump_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_75(X) = fn_active_movement_of_ions_19(X)
& fn_uptake_of_calcium_ion_by_chloroplast_63(X) = fn_functional_group_1(fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& fn_uptake_of_calcium_ion_by_chloroplast_90(X) = fn_active_movement_of_ions_16(X)
& fn_uptake_of_calcium_ion_by_chloroplast_86(X) = fn_active_movement_of_ions_6(X)
& fn_uptake_of_calcium_ion_by_chloroplast_92(X) = fn_integral_protein_29(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_85(X) = fn_active_movement_of_ions_7(X)
& fn_uptake_of_calcium_ion_by_chloroplast_79(X) = fn_active_movement_of_ions_18(X)
& fn_uptake_of_calcium_ion_by_chloroplast_83(X) = fn_integral_protein_6(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_107(X) = fn_integral_protein_23(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_83(X) = fn_integral_protein_6(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_107(X) = fn_integral_protein_23(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_83(X) = fn_active_movement_of_ions_20(X)
& fn_uptake_of_calcium_ion_by_chloroplast_107(X) = fn_active_movement_of_ions_12(X)
& fn_uptake_of_calcium_ion_by_chloroplast_37(X) = fn_active_movement_of_ions_24(X)
& fn_uptake_of_calcium_ion_by_chloroplast_81(X) = fn_active_movement_of_ions_3(X)
& fn_uptake_of_calcium_ion_by_chloroplast_89(X) = fn_transport_protein_14(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_87(X) = fn_transport_protein_17(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_87(X) = fn_active_movement_of_ions_5(X)
& fn_uptake_of_calcium_ion_by_chloroplast_89(X) = fn_active_movement_of_ions_23(X)
& fn_uptake_of_calcium_ion_by_chloroplast_85(X) = fn_molecule_11(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_85(X) = fn_active_movement_of_ions_5(X)
& fn_uptake_of_calcium_ion_by_chloroplast_80(X) = fn_polymer_1(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_80(X) = fn_molecule_10(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_80(X) = fn_active_movement_of_ions_4(X)
& fn_uptake_of_calcium_ion_by_chloroplast_92(X) = fn_active_movement_of_ions_13(X)
& fn_uptake_of_calcium_ion_by_chloroplast_63(X) = fn_active_transport_26(X)
& fn_uptake_of_calcium_ion_by_chloroplast_72(X) = fn_carrier_protein_16(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_100(X) = fn_carrier_protein_10(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_101(X) = fn_carrier_protein_12(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_89(X) = fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_102(X) = fn_carrier_protein_11(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_91(X) = fn_carrier_protein_21(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_84(X) = fn_carrier_protein_31(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_89(X) = fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_93(X) = fn_carrier_protein_24(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_104(X) = fn_carrier_protein_9(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_36(X) = fn_carrier_protein_25(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_103(X) = fn_carrier_protein_8(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_48(X) = fn_carrier_protein_13(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_110(X) = fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_111(X) = fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_39(X) = fn_transport_protein_20(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_39(X) = fn_carrier_protein_40(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_40(X) = fn_carrier_protein_39(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_88(X) = fn_carrier_protein_33(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_82(X) = fn_active_movement_of_ions_2(X)
& fn_uptake_of_calcium_ion_by_chloroplast_82(X) = fn_carrier_protein_41(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_61(X) = fn_active_movement_of_ions_9(X)
& fn_uptake_of_calcium_ion_by_chloroplast_60(X) = fn_active_movement_of_ions_8(X)
& fn_uptake_of_calcium_ion_by_chloroplast_60(X) = fn_carrier_protein_38(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_61(X) = fn_carrier_protein_37(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_47(X) = fn_carrier_protein_42(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_46(X) = fn_carrier_protein_27(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_38(X) = fn_carrier_protein_35(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_83(X) = fn_carrier_protein_30(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_63(X) = fn_active_movement_of_ions_10(X)
& fn_uptake_of_calcium_ion_by_chloroplast_106(X) = fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_72(X) = fn_transport_protein_12(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_21(X) = fn_transport_protein_14(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_16(X) = fn_transport_protein_15(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_23(X) = fn_transport_protein_13(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_33(X) = fn_transport_protein_32(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_106(X) = fn_active_movement_of_ions_12(X)
& fn_uptake_of_calcium_ion_by_chloroplast_107(X) = fn_active_movement_of_ions_14(X)
& fn_uptake_of_calcium_ion_by_chloroplast_107(X) = fn_transport_protein_16(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_106(X) = fn_transport_protein_33(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_15(X) = fn_transport_protein_18(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_17(X) = fn_transport_protein_6(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_32(X) = fn_transport_protein_8(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_24(X) = fn_transport_protein_7(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_97(X) = fn_cellular_work_13(X)
& fn_uptake_of_calcium_ion_by_chloroplast_56(X) = fn_cellular_work_14(X)
& fn_uptake_of_calcium_ion_by_chloroplast_74(X) = fn_cellular_work_15(X)
& fn_uptake_of_calcium_ion_by_chloroplast_108(X) = fn_cellular_work_10(X)
& fn_uptake_of_calcium_ion_by_chloroplast_76(X) = fn_cellular_work_12(X)
& fn_uptake_of_calcium_ion_by_chloroplast_77(X) = fn_cellular_work_11(X)
& fn_uptake_of_calcium_ion_by_chloroplast_42(X) = fn_chloroplast_31(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_uptake_of_calcium_ion_by_chloroplast_67(X) = fn_mixture_2(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_uptake_of_calcium_ion_by_chloroplast_67(X) = fn_mixture_1(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_uptake_of_calcium_ion_by_chloroplast_67(X) = fn_chloroplast_59(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_uptake_of_calcium_ion_by_chloroplast_41(X) = fn_chloroplast_98(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_uptake_of_calcium_ion_by_chloroplast_41(X) = fn_chloroplast_75(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_uptake_of_calcium_ion_by_chloroplast_65(X) = fn_chloroplast_membrane_30(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_uptake_of_calcium_ion_by_chloroplast_65(X) = fn_chloroplast_membrane_40(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_uptake_of_calcium_ion_by_chloroplast_45(X) = fn_chloroplast_79(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_uptake_of_calcium_ion_by_chloroplast_44(X) = fn_stroma_6(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_uptake_of_calcium_ion_by_chloroplast_44(X) = fn_stroma_4(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_uptake_of_calcium_ion_by_chloroplast_44(X) = fn_chloroplast_55(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_uptake_of_calcium_ion_by_chloroplast_43(X) = fn_chloroplast_83(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_uptake_of_calcium_ion_by_chloroplast_44(X) = fn_chloroplast_74(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_uptake_of_calcium_ion_by_chloroplast_43(X) = fn_chloroplast_55(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_uptake_of_calcium_ion_by_chloroplast_44(X) = fn_chloroplast_83(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_uptake_of_calcium_ion_by_chloroplast_43(X) = fn_stroma_6(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_uptake_of_calcium_ion_by_chloroplast_44(X) = fn_stroma_1(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_uptake_of_calcium_ion_by_chloroplast_43(X) = fn_chloroplast_74(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_uptake_of_calcium_ion_by_chloroplast_43(X) = fn_stroma_4(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_uptake_of_calcium_ion_by_chloroplast_92(X) = fn_biomembrane_41(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_uptake_of_calcium_ion_by_chloroplast_92(X) = fn_chloroplast_membrane_42(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_uptake_of_calcium_ion_by_chloroplast_75(X) = fn_integral_protein_24(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_72(X) = fn_integral_protein_27(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_75(X) = fn_integral_protein_24(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_72(X) = fn_integral_protein_27(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_72(X) = fn_chloroplast_membrane_23(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_uptake_of_calcium_ion_by_chloroplast_75(X) = fn_transmembrane_protein_4(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_79(X) = fn_transmembrane_protein_6(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_79(X) = fn_chloroplast_membrane_43(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_uptake_of_calcium_ion_by_chloroplast_42(X) = fn_chloroplast_membrane_39(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_uptake_of_calcium_ion_by_chloroplast_64(X) = fn_stroma_7(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_uptake_of_calcium_ion_by_chloroplast_65(X) = fn_chloroplast_96(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_uptake_of_calcium_ion_by_chloroplast_65(X) = fn_chloroplast_membrane_29(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_uptake_of_calcium_ion_by_chloroplast_75(X) = fn_chloroplast_80(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_uptake_of_calcium_ion_by_chloroplast_64(X) = fn_chloroplast_membrane_27(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_uptake_of_calcium_ion_by_chloroplast_78(X) = fn_active_transport_22(X)
& fn_uptake_of_calcium_ion_by_chloroplast_75(X) = fn_active_transport_18(X)
& fn_uptake_of_calcium_ion_by_chloroplast_75(X) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_78(X) = fn_transport_protein_34(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_75(X) = fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_78(X) = fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_75(X) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_78(X) = fn_transport_protein_34(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_75(X) = fn_protein_pump_3(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_78(X) = fn_protein_pump_1(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_uptake_of_calcium_ion_by_chloroplast_75(X) = fn_protein_pump_3(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_78(X) = fn_protein_pump_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_78(X) = fn_chloroplast_membrane_32(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_uptake_of_calcium_ion_by_chloroplast_56(X) = fn_consume_2(fn_uptake_of_calcium_ion_by_chloroplast_77(X))
& fn_uptake_of_calcium_ion_by_chloroplast_13(X) = fn_molecule_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_26(X) = fn_molecule_12(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_12(X) = fn_molecule_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_30(X) = fn_molecule_4(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_31(X) = fn_molecule_3(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_18(X) = fn_molecule_8(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_105(X) = fn_biomembrane_54(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_uptake_of_calcium_ion_by_chloroplast_28(X) = fn_biomembrane_56(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_uptake_of_calcium_ion_by_chloroplast_11(X) = fn_polymer_10(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_10(X) = fn_polymer_9(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_28(X) = fn_polymer_8(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_29(X) = fn_polymer_7(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_22(X) = fn_polymer_4(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_54(X) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_50(X))
& fn_uptake_of_calcium_ion_by_chloroplast_94(X) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_50(X))
& fn_uptake_of_calcium_ion_by_chloroplast_54(X) = fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_chloroplast_98(X))
& fn_uptake_of_calcium_ion_by_chloroplast_49(X) = fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_chloroplast_50(X))
& fn_uptake_of_calcium_ion_by_chloroplast_54(X) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_50(X))
& fn_uptake_of_calcium_ion_by_chloroplast_94(X) = fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_chloroplast_98(X))
& fn_uptake_of_calcium_ion_by_chloroplast_94(X) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_50(X))
& fn_uptake_of_calcium_ion_by_chloroplast_98(X) = fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_chloroplast_50(X))
& fn_uptake_of_calcium_ion_by_chloroplast_105(X) = fn_expose_1(fn_uptake_of_calcium_ion_by_chloroplast_37(X))
& fn_uptake_of_calcium_ion_by_chloroplast_73(X) = fn_consume_1(fn_uptake_of_calcium_ion_by_chloroplast_77(X))
& fn_uptake_of_calcium_ion_by_chloroplast_21(X) = fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_chloroplast_27(X))
& fn_uptake_of_calcium_ion_by_chloroplast_98(X) = fn_molecule_10(fn_uptake_of_calcium_ion_by_chloroplast_108(X))
& fn_uptake_of_calcium_ion_by_chloroplast_57(X) = fn_consume_2(fn_uptake_of_calcium_ion_by_chloroplast_77(X))
& fn_uptake_of_calcium_ion_by_chloroplast_53(X) = fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_chloroplast_50(X))
& fn_uptake_of_calcium_ion_by_chloroplast_74(X) = fn_chemical_bond_2(fn_uptake_of_calcium_ion_by_chloroplast_98(X))
& fn_uptake_of_calcium_ion_by_chloroplast_27(X) = fn_polymer_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_112(X) = fn_solution_5(fn_uptake_of_calcium_ion_by_chloroplast_66(X))
& fn_uptake_of_calcium_ion_by_chloroplast_25(X) = fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_chloroplast_27(X))
& fn_uptake_of_calcium_ion_by_chloroplast_27(X) = fn_molecule_10(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_20(X) = fn_molecule_11(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_uptake_of_calcium_ion_by_chloroplast_20(X) = fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_chloroplast_27(X))
& fn_uptake_of_calcium_ion_by_chloroplast_69(X) = fn_solution_6(fn_uptake_of_calcium_ion_by_chloroplast_66(X))
& fn_uptake_of_calcium_ion_by_chloroplast_69(X) = fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_chloroplast_66(X))
& fn_uptake_of_calcium_ion_by_chloroplast_80(X) = fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& fn_uptake_of_calcium_ion_by_chloroplast_86(X) = fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& fn_uptake_of_calcium_ion_by_chloroplast_81(X) = fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& fn_uptake_of_calcium_ion_by_chloroplast_85(X) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& fn_uptake_of_calcium_ion_by_chloroplast_87(X) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& fn_phosphorylation_5(fn_uptake_of_calcium_ion_by_chloroplast_14(X)) = fn_phosphorylation_1(fn_uptake_of_calcium_ion_by_chloroplast_14(X))
& fn_phosphorylation_1(fn_uptake_of_calcium_ion_by_chloroplast_14(X)) = fn_nucleoside_5(fn_uptake_of_calcium_ion_by_chloroplast_55(X))
& fn_nucleoside_5(fn_uptake_of_calcium_ion_by_chloroplast_55(X)) = fn_5_prime_carbon_1(fn_uptake_of_calcium_ion_by_chloroplast_99(X))
& fn_5_prime_carbon_1(fn_uptake_of_calcium_ion_by_chloroplast_99(X)) = fn_solution_6(fn_uptake_of_calcium_ion_by_chloroplast_67(X))
& fn_solution_6(fn_uptake_of_calcium_ion_by_chloroplast_67(X)) = fn_solution_6(fn_uptake_of_calcium_ion_by_chloroplast_67(X))
& fn_solution_6(fn_uptake_of_calcium_ion_by_chloroplast_67(X)) = fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_chloroplast_67(X))
& fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_chloroplast_67(X)) = fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_chloroplast_67(X))
& fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_chloroplast_67(X)) = fn_solution_5(fn_uptake_of_calcium_ion_by_chloroplast_67(X))
& fn_solution_5(fn_uptake_of_calcium_ion_by_chloroplast_67(X)) = fn_solution_5(fn_uptake_of_calcium_ion_by_chloroplast_67(X))
& fn_solution_5(fn_uptake_of_calcium_ion_by_chloroplast_67(X)) = fn_concentration_gradient_5(fn_uptake_of_calcium_ion_by_chloroplast_68(X))
& fn_concentration_gradient_6(fn_uptake_of_calcium_ion_by_chloroplast_68(X)) = fn_concentration_gradient_6(fn_uptake_of_calcium_ion_by_chloroplast_68(X))
& fn_concentration_gradient_6(fn_uptake_of_calcium_ion_by_chloroplast_68(X)) = fn_concentration_gradient_5(fn_uptake_of_calcium_ion_by_chloroplast_68(X))
& fn_concentration_gradient_5(fn_uptake_of_calcium_ion_by_chloroplast_68(X)) = fn_concentration_gradient_6(fn_uptake_of_calcium_ion_by_chloroplast_68(X))
& fn_concentration_gradient_6(fn_uptake_of_calcium_ion_by_chloroplast_68(X)) = fn_transport_protein_14(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_transport_protein_14(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_active_movement_of_ions_23(X)
& fn_active_movement_of_ions_23(X) = fn_transport_protein_14(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_transport_protein_14(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_active_movement_of_ions_23(X)
& fn_active_movement_of_ions_23(X) = fn_active_movement_of_ions_23(X)
& fn_active_movement_of_ions_23(X) = fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_active_movement_of_ions_12(X)
& fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_carrier_protein_40(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_40(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_transport_protein_20(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_transport_protein_20(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_carrier_protein_40(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_40(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_carrier_protein_40(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_40(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_active_movement_of_ions_2(X)
& fn_carrier_protein_41(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_active_movement_of_ions_2(X)
& fn_active_movement_of_ions_2(X) = fn_carrier_protein_41(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_41(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_carrier_protein_38(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_38(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_active_movement_of_ions_8(X)
& fn_active_movement_of_ions_8(X) = fn_carrier_protein_38(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_38(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_carrier_protein_37(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_37(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_active_movement_of_ions_9(X)
& fn_active_movement_of_ions_9(X) = fn_carrier_protein_37(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_37(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_carrier_protein_37(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_37(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_integral_protein_6(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_integral_protein_6(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_integral_protein_6(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_integral_protein_6(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_active_movement_of_ions_20(X)
& fn_active_movement_of_ions_20(X) = fn_active_movement_of_ions_20(X)
& fn_active_movement_of_ions_20(X) = fn_carrier_protein_30(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_30(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_carrier_protein_30(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_30(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_chemical_reaction_2(fn_uptake_of_calcium_ion_by_chloroplast_109(X))
& fn_chemical_reaction_2(fn_uptake_of_calcium_ion_by_chloroplast_109(X)) = fn_functional_group_1(fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& fn_phosphorylation_1(fn_uptake_of_calcium_ion_by_chloroplast_109(X)) = fn_functional_group_1(fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& fn_functional_group_1(fn_uptake_of_calcium_ion_by_chloroplast_90(X)) = fn_phosphorylation_1(fn_uptake_of_calcium_ion_by_chloroplast_109(X))
& fn_phosphorylation_1(fn_uptake_of_calcium_ion_by_chloroplast_109(X)) = fn_active_transport_26(X)
& fn_active_movement_of_ions_10(X) = fn_active_transport_26(X)
& fn_active_transport_26(X) = fn_active_movement_of_ions_10(X)
& fn_active_movement_of_ions_10(X) = fn_active_movement_of_ions_10(X)
& fn_active_movement_of_ions_10(X) = fn_integral_protein_23(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_integral_protein_23(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_integral_protein_23(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_integral_protein_23(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_integral_protein_23(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_integral_protein_23(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_active_movement_of_ions_12(X)
& fn_active_movement_of_ions_14(X) = fn_active_movement_of_ions_12(X)
& fn_active_movement_of_ions_12(X) = fn_active_movement_of_ions_14(X)
& fn_active_movement_of_ions_14(X) = fn_active_movement_of_ions_14(X)
& fn_transport_protein_16(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_active_movement_of_ions_14(X)
& fn_active_movement_of_ions_14(X) = fn_transport_protein_16(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_transport_protein_16(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_active_movement_of_ions_12(X)
& fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_active_movement_of_ions_12(X)
& fn_active_movement_of_ions_12(X) = fn_active_movement_of_ions_12(X)
& fn_active_movement_of_ions_12(X) = fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_transport_protein_33(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_transport_protein_33(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_transport_protein_33(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_transport_protein_33(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_plant_cell_15(fn_uptake_of_calcium_ion_by_chloroplast_62(X))
& fn_plant_cell_15(fn_uptake_of_calcium_ion_by_chloroplast_62(X)) = fn_free_energy_2(fn_uptake_of_calcium_ion_by_chloroplast_73(X))
& fn_free_energy_2(fn_uptake_of_calcium_ion_by_chloroplast_73(X)) = fn_free_energy_2(fn_uptake_of_calcium_ion_by_chloroplast_73(X))
& fn_free_energy_2(fn_uptake_of_calcium_ion_by_chloroplast_73(X)) = fn_protein_pump_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_protein_pump_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_protein_pump_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_protein_pump_2(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_protein_pump_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_protein_pump_2(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_mixture_2(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_mixture_2(fn_uptake_of_calcium_ion_by_chloroplast_65(X)) = fn_mixture_1(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_mixture_1(fn_uptake_of_calcium_ion_by_chloroplast_65(X)) = fn_concentration_gradient_9(fn_uptake_of_calcium_ion_by_chloroplast_68(X))
& fn_concentration_gradient_9(fn_uptake_of_calcium_ion_by_chloroplast_68(X)) = fn_mixture_1(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_mixture_1(fn_uptake_of_calcium_ion_by_chloroplast_65(X)) = fn_active_transport_21(X)
& fn_active_transport_21(X) = fn_concentration_gradient_9(fn_uptake_of_calcium_ion_by_chloroplast_68(X))
& fn_concentration_gradient_9(fn_uptake_of_calcium_ion_by_chloroplast_68(X)) = fn_concentration_gradient_9(fn_uptake_of_calcium_ion_by_chloroplast_68(X))
& fn_concentration_gradient_9(fn_uptake_of_calcium_ion_by_chloroplast_68(X)) = fn_active_transport_21(X)
& fn_active_transport_21(X) = fn_active_transport_21(X)
& fn_active_transport_21(X) = fn_concentration_gradient_8(fn_uptake_of_calcium_ion_by_chloroplast_68(X))
& fn_concentration_gradient_8(fn_uptake_of_calcium_ion_by_chloroplast_68(X)) = fn_concentration_gradient_8(fn_uptake_of_calcium_ion_by_chloroplast_68(X))
& fn_concentration_gradient_8(fn_uptake_of_calcium_ion_by_chloroplast_68(X)) = fn_chloroplast_59(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_chloroplast_59(fn_uptake_of_calcium_ion_by_chloroplast_64(X)) = fn_chloroplast_98(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_chloroplast_75(fn_uptake_of_calcium_ion_by_chloroplast_64(X)) = fn_chloroplast_98(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_chloroplast_98(fn_uptake_of_calcium_ion_by_chloroplast_64(X)) = fn_chloroplast_75(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_chloroplast_75(fn_uptake_of_calcium_ion_by_chloroplast_64(X)) = fn_chloroplast_55(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_chloroplast_74(fn_uptake_of_calcium_ion_by_chloroplast_64(X)) = fn_stroma_4(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_stroma_4(fn_uptake_of_calcium_ion_by_chloroplast_65(X)) = fn_chloroplast_74(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_chloroplast_83(fn_uptake_of_calcium_ion_by_chloroplast_64(X)) = fn_stroma_4(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_stroma_4(fn_uptake_of_calcium_ion_by_chloroplast_65(X)) = fn_chloroplast_83(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_stroma_6(fn_uptake_of_calcium_ion_by_chloroplast_65(X)) = fn_chloroplast_83(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_chloroplast_83(fn_uptake_of_calcium_ion_by_chloroplast_64(X)) = fn_chloroplast_83(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_chloroplast_83(fn_uptake_of_calcium_ion_by_chloroplast_64(X)) = fn_stroma_6(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_stroma_6(fn_uptake_of_calcium_ion_by_chloroplast_65(X)) = fn_stroma_1(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_stroma_1(fn_uptake_of_calcium_ion_by_chloroplast_65(X)) = fn_stroma_1(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_stroma_1(fn_uptake_of_calcium_ion_by_chloroplast_65(X)) = fn_chloroplast_74(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_chloroplast_74(fn_uptake_of_calcium_ion_by_chloroplast_64(X)) = fn_chloroplast_83(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_chloroplast_83(fn_uptake_of_calcium_ion_by_chloroplast_64(X)) = fn_chloroplast_74(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_chloroplast_74(fn_uptake_of_calcium_ion_by_chloroplast_64(X)) = fn_chloroplast_74(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_chloroplast_74(fn_uptake_of_calcium_ion_by_chloroplast_64(X)) = fn_chloroplast_55(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_chloroplast_55(fn_uptake_of_calcium_ion_by_chloroplast_64(X)) = fn_chloroplast_74(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_chloroplast_74(fn_uptake_of_calcium_ion_by_chloroplast_64(X)) = fn_stroma_6(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_stroma_6(fn_uptake_of_calcium_ion_by_chloroplast_65(X)) = fn_chloroplast_55(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_chloroplast_55(fn_uptake_of_calcium_ion_by_chloroplast_64(X)) = fn_stroma_6(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_stroma_6(fn_uptake_of_calcium_ion_by_chloroplast_65(X)) = fn_stroma_6(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_stroma_6(fn_uptake_of_calcium_ion_by_chloroplast_65(X)) = fn_stroma_4(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_stroma_4(fn_uptake_of_calcium_ion_by_chloroplast_65(X)) = fn_stroma_4(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_stroma_4(fn_uptake_of_calcium_ion_by_chloroplast_65(X)) = fn_integral_protein_29(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_integral_protein_29(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_integral_protein_29(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_integral_protein_29(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_biomembrane_41(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_biomembrane_41(fn_uptake_of_calcium_ion_by_chloroplast_75(X)) = fn_integral_protein_29(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_integral_protein_29(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_integral_protein_29(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_integral_protein_29(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_integral_protein_29(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_integral_protein_29(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_active_movement_of_ions_13(X)
& fn_active_movement_of_ions_13(X) = fn_integral_protein_29(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_integral_protein_29(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_active_movement_of_ions_13(X)
& fn_active_movement_of_ions_13(X) = fn_active_movement_of_ions_13(X)
& fn_active_movement_of_ions_13(X) = fn_chloroplast_membrane_42(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_chloroplast_membrane_42(fn_uptake_of_calcium_ion_by_chloroplast_75(X)) = fn_carrier_protein_16(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_16(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_integral_protein_27(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_integral_protein_27(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_integral_protein_27(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_integral_protein_27(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_carrier_protein_16(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_16(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_transport_protein_12(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_transport_protein_12(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_transport_protein_12(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_transport_protein_12(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_chloroplast_membrane_23(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_chloroplast_membrane_23(fn_uptake_of_calcium_ion_by_chloroplast_75(X)) = fn_active_movement_of_ions_18(X)
& fn_active_movement_of_ions_18(X) = fn_transmembrane_protein_6(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_transmembrane_protein_6(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_active_movement_of_ions_18(X)
& fn_active_movement_of_ions_18(X) = fn_chloroplast_membrane_43(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_chloroplast_membrane_43(fn_uptake_of_calcium_ion_by_chloroplast_75(X)) = fn_chloroplast_membrane_39(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_chloroplast_membrane_39(fn_uptake_of_calcium_ion_by_chloroplast_75(X)) = fn_chloroplast_31(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_chloroplast_31(fn_uptake_of_calcium_ion_by_chloroplast_64(X)) = fn_chloroplast_membrane_39(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_chloroplast_membrane_39(fn_uptake_of_calcium_ion_by_chloroplast_75(X)) = fn_chloroplast_membrane_40(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_chloroplast_membrane_40(fn_uptake_of_calcium_ion_by_chloroplast_75(X)) = fn_chloroplast_membrane_30(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_chloroplast_membrane_30(fn_uptake_of_calcium_ion_by_chloroplast_75(X)) = fn_chloroplast_membrane_40(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_chloroplast_membrane_40(fn_uptake_of_calcium_ion_by_chloroplast_75(X)) = fn_chloroplast_membrane_40(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_chloroplast_96(fn_uptake_of_calcium_ion_by_chloroplast_64(X)) = fn_chloroplast_membrane_40(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_chloroplast_membrane_40(fn_uptake_of_calcium_ion_by_chloroplast_75(X)) = fn_chloroplast_96(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_chloroplast_96(fn_uptake_of_calcium_ion_by_chloroplast_64(X)) = fn_chloroplast_96(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_chloroplast_membrane_29(fn_uptake_of_calcium_ion_by_chloroplast_75(X)) = fn_chloroplast_96(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_chloroplast_96(fn_uptake_of_calcium_ion_by_chloroplast_64(X)) = fn_chloroplast_membrane_29(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_chloroplast_membrane_29(fn_uptake_of_calcium_ion_by_chloroplast_75(X)) = fn_plant_cell_6(fn_uptake_of_calcium_ion_by_chloroplast_62(X))
& fn_plant_cell_6(fn_uptake_of_calcium_ion_by_chloroplast_62(X)) = fn_stroma_7(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_stroma_7(fn_uptake_of_calcium_ion_by_chloroplast_65(X)) = fn_stroma_7(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_chloroplast_membrane_27(fn_uptake_of_calcium_ion_by_chloroplast_75(X)) = fn_stroma_7(fn_uptake_of_calcium_ion_by_chloroplast_65(X))
& fn_stroma_7(fn_uptake_of_calcium_ion_by_chloroplast_65(X)) = fn_chloroplast_membrane_27(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_chloroplast_membrane_27(fn_uptake_of_calcium_ion_by_chloroplast_75(X)) = fn_chloroplast_membrane_27(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_chloroplast_membrane_27(fn_uptake_of_calcium_ion_by_chloroplast_75(X)) = fn_active_transport_22(X)
& fn_active_transport_22(X) = fn_transport_protein_34(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_active_transport_22(X) = fn_transport_protein_34(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_transport_protein_34(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_transport_protein_34(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_transport_protein_34(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_transport_protein_34(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_transport_protein_34(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_active_transport_22(X)
& fn_protein_pump_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_active_transport_22(X)
& fn_active_transport_22(X) = fn_active_transport_22(X)
& fn_active_transport_22(X) = fn_protein_pump_1(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_protein_pump_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_protein_pump_1(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_protein_pump_1(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_protein_pump_1(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_protein_pump_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_protein_pump_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_chloroplast_membrane_32(fn_uptake_of_calcium_ion_by_chloroplast_75(X)) = fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_chloroplast_membrane_32(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_chloroplast_membrane_32(fn_uptake_of_calcium_ion_by_chloroplast_75(X)) = fn_integral_protein_24(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_integral_protein_24(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_integral_protein_24(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_integral_protein_24(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_active_transport_18(X)
& fn_active_transport_18(X) = fn_integral_protein_24(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_transmembrane_protein_4(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_integral_protein_24(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_integral_protein_24(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_integral_protein_24(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_integral_protein_24(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_integral_protein_24(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_integral_protein_24(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_transmembrane_protein_4(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_transmembrane_protein_4(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_transmembrane_protein_4(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_transport_protein_35(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_transport_protein_35(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_protein_pump_3(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_transport_protein_35(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_protein_pump_3(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_protein_pump_3(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_transport_protein_35(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_protein_pump_3(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_protein_pump_3(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_transport_protein_35(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_transport_protein_35(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_protein_pump_3(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_protein_pump_3(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_protein_pump_3(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_protein_pump_3(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_active_movement_of_ions_19(X)
& fn_active_movement_of_ions_19(X) = fn_protein_pump_3(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_protein_pump_3(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_protein_pump_3(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_protein_pump_3(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_protein_pump_3(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_protein_pump_3(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_active_movement_of_ions_19(X)
& fn_active_movement_of_ions_19(X) = fn_active_movement_of_ions_19(X)
& fn_active_movement_of_ions_19(X) = fn_chloroplast_80(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_chloroplast_80(fn_uptake_of_calcium_ion_by_chloroplast_64(X)) = fn_chloroplast_80(fn_uptake_of_calcium_ion_by_chloroplast_64(X))
& fn_chloroplast_80(fn_uptake_of_calcium_ion_by_chloroplast_64(X)) = fn_cellular_work_14(X)
& fn_cellular_work_14(X) = fn_consume_2(fn_uptake_of_calcium_ion_by_chloroplast_77(X))
& fn_consume_2(fn_uptake_of_calcium_ion_by_chloroplast_77(X)) = fn_biomembrane_56(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_biomembrane_56(fn_uptake_of_calcium_ion_by_chloroplast_75(X)) = fn_biomembrane_56(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_biomembrane_56(fn_uptake_of_calcium_ion_by_chloroplast_75(X)) = fn_polymer_8(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_polymer_8(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_polymer_8(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_polymer_8(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_51(X))
& fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_chloroplast_98(X)) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_50(X))
& fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_50(X)) = fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_chloroplast_98(X))
& fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_chloroplast_98(X)) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_51(X))
& fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_51(X)) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_50(X))
& fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_50(X)) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_50(X))
& fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_50(X)) = fn_carbon_skeleton_2(fn_uptake_of_calcium_ion_by_chloroplast_96(X))
& fn_carbon_skeleton_2(fn_uptake_of_calcium_ion_by_chloroplast_96(X)) = fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_chloroplast_98(X))
& fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_chloroplast_98(X)) = fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_chloroplast_98(X))
& fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_chloroplast_98(X)) = fn_carbon_skeleton_2(fn_uptake_of_calcium_ion_by_chloroplast_96(X))
& fn_carbon_skeleton_2(fn_uptake_of_calcium_ion_by_chloroplast_96(X)) = fn_carbon_skeleton_2(fn_uptake_of_calcium_ion_by_chloroplast_96(X))
& fn_carbon_skeleton_2(fn_uptake_of_calcium_ion_by_chloroplast_96(X)) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_51(X))
& fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_50(X)) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_51(X))
& fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_51(X)) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_51(X))
& fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_51(X)) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_50(X))
& fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_50(X)) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_50(X))
& fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_50(X)) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_50(X))
& fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_50(X)) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_50(X))
& fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_50(X)) = fn_endergonic_process_4(X)
& fn_endergonic_process_4(X) = fn_consume_1(fn_uptake_of_calcium_ion_by_chloroplast_77(X))
& fn_consume_1(fn_uptake_of_calcium_ion_by_chloroplast_77(X)) = fn_consume_1(fn_uptake_of_calcium_ion_by_chloroplast_77(X))
& fn_consume_1(fn_uptake_of_calcium_ion_by_chloroplast_77(X)) = fn_transport_protein_14(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_transport_protein_14(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_transport_protein_14(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_transport_protein_14(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_chloroplast_27(X))
& fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_chloroplast_27(X)) = fn_cellular_work_15(X)
& fn_cellular_work_15(X) = fn_cellular_work_15(X)
& fn_cellular_work_15(X) = fn_chemical_bond_2(fn_uptake_of_calcium_ion_by_chloroplast_98(X))
& fn_chemical_bond_2(fn_uptake_of_calcium_ion_by_chloroplast_98(X)) = fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_chloroplast_50(X))
& fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_chloroplast_50(X)) = fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_chloroplast_50(X))
& fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_chloroplast_50(X)) = fn_molecule_10(fn_uptake_of_calcium_ion_by_chloroplast_108(X))
& fn_molecule_10(fn_uptake_of_calcium_ion_by_chloroplast_108(X)) = fn_detach_2(fn_uptake_of_calcium_ion_by_chloroplast_35(X))
& fn_detach_2(fn_uptake_of_calcium_ion_by_chloroplast_35(X)) = fn_detach_2(fn_uptake_of_calcium_ion_by_chloroplast_34(X))
& fn_detach_2(fn_uptake_of_calcium_ion_by_chloroplast_34(X)) = fn_phosphorylation_2(fn_uptake_of_calcium_ion_by_chloroplast_109(X))
& fn_phosphorylation_2(fn_uptake_of_calcium_ion_by_chloroplast_14(X)) = fn_phosphorylation_2(fn_uptake_of_calcium_ion_by_chloroplast_109(X))
& fn_phosphorylation_2(fn_uptake_of_calcium_ion_by_chloroplast_109(X)) = fn_phosphorylation_2(fn_uptake_of_calcium_ion_by_chloroplast_14(X))
& fn_phosphorylation_2(fn_uptake_of_calcium_ion_by_chloroplast_14(X)) = fn_biomembrane_54(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_biomembrane_54(fn_uptake_of_calcium_ion_by_chloroplast_75(X)) = fn_biomembrane_54(fn_uptake_of_calcium_ion_by_chloroplast_75(X))
& fn_biomembrane_54(fn_uptake_of_calcium_ion_by_chloroplast_75(X)) = fn_expose_1(fn_uptake_of_calcium_ion_by_chloroplast_37(X))
& fn_expose_1(fn_uptake_of_calcium_ion_by_chloroplast_37(X)) = fn_concentration_gradient_5(fn_uptake_of_calcium_ion_by_chloroplast_68(X))
& fn_concentration_gradient_5(fn_uptake_of_calcium_ion_by_chloroplast_68(X)) = fn_concentration_gradient_5(fn_uptake_of_calcium_ion_by_chloroplast_68(X))
& fn_concentration_gradient_5(fn_uptake_of_calcium_ion_by_chloroplast_68(X)) = fn_solution_5(fn_uptake_of_calcium_ion_by_chloroplast_66(X))
& fn_solution_5(fn_uptake_of_calcium_ion_by_chloroplast_66(X)) = fn_solution_5(fn_uptake_of_calcium_ion_by_chloroplast_66(X))
& fn_solution_5(fn_uptake_of_calcium_ion_by_chloroplast_66(X)) = fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_chloroplast_27(X))
& fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_chloroplast_27(X)) = fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_chloroplast_27(X))
& fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_chloroplast_27(X)) = fn_molecule_11(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_molecule_11(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_chloroplast_27(X))
& fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_chloroplast_27(X)) = fn_molecule_10(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_molecule_10(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_polymer_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_polymer_1(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_molecule_10(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_molecule_10(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_solution_6(fn_uptake_of_calcium_ion_by_chloroplast_66(X))
& fn_solution_6(fn_uptake_of_calcium_ion_by_chloroplast_66(X)) = fn_solution_6(fn_uptake_of_calcium_ion_by_chloroplast_66(X))
& fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_chloroplast_66(X)) = fn_solution_6(fn_uptake_of_calcium_ion_by_chloroplast_66(X))
& fn_solution_6(fn_uptake_of_calcium_ion_by_chloroplast_66(X)) = fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_chloroplast_66(X))
& fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_chloroplast_66(X)) = fn_molecule_10(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_molecule_10(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_polymer_1(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_polymer_1(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_molecule_10(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_molecule_10(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_molecule_10(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_active_movement_of_ions_4(X) = fn_molecule_10(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_molecule_10(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_active_movement_of_ions_4(X)
& fn_active_movement_of_ions_4(X) = fn_active_movement_of_ions_4(X)
& fn_active_movement_of_ions_4(X) = fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_chloroplast_90(X)) = fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_chloroplast_90(X)) = fn_active_movement_of_ions_6(X)
& fn_active_movement_of_ions_6(X) = fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_chloroplast_90(X)) = fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_chloroplast_90(X)) = fn_active_movement_of_ions_7(X)
& fn_active_movement_of_ions_7(X) = fn_molecule_11(fn_uptake_of_calcium_ion_by_chloroplast_63(X))
& fn_molecule_11(fn_uptake_of_calcium_ion_by_chloroplast_63(X)) = fn_active_movement_of_ions_7(X)
& fn_active_movement_of_ions_7(X) = fn_active_movement_of_ions_5(X)
& fn_active_movement_of_ions_5(X) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_90(X)) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_chloroplast_90(X)) = fn_active_movement_of_ions_3(X)
& fn_active_movement_of_ions_3(X) = fn_active_movement_of_ions_3(X)
& fn_active_movement_of_ions_3(X) = fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_chloroplast_90(X)) = fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_chloroplast_90(X)) = fn_transport_protein_17(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_active_movement_of_ions_5(X) = fn_transport_protein_17(fn_uptake_of_calcium_ion_by_chloroplast_105(X))
& fn_transport_protein_17(fn_uptake_of_calcium_ion_by_chloroplast_105(X)) = fn_active_movement_of_ions_5(X)
& fn_active_movement_of_ions_5(X) = fn_active_movement_of_ions_5(X)
& fn_active_movement_of_ions_5(X) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_90(X))
& fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_90(X)) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_chloroplast_90(X)) ) ) ).
fof(a533552,axiom,
! [X] :
( uptake_of_calcium_ion_by_endoplasmic_reticulum_1(X)
=> ( original_name_2(X,'Uptake-Of-Calcium-Ion-By-Endoplasmic-Reticulum')
& user_description_2(X,'The active transport of Ca2+ ions from cytosol into the endoplasmic reticulum.')
& concept2words_2(X,absorb)
& concept2words_2(X,'uptake of calcium ion by endoplasmic reticulum')
& concept2words_2(X,'uptake-of-calcium-ion-by-endoplasmic-reticulum')
& active_transport_using_atp_1(X)
& active_movement_of_ions_1(X)
& ~ uptake_of_calcium_ion_by_chloroplast_1(X)
& ~ uptake_of_calcium_ion_by_mitochondria_1(X)
& entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_1(X))
& free_energy_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_1(X))
& detach_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_2(X))
& polar_amino_acid_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_3(X))
& water_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_4(X))
& chemical_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_4(X))
& spatial_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_5(X))
& hydrophilic_compound_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_5(X))
& hydrophobic_compound_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_6(X))
& aqueous_solution_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(X))
& solution_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(X))
& substance_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(X))
& cytosol_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(X))
& tangible_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_11(X))
& nucleus_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_11(X))
& hydrophilic_face_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_12(X))
& inside_face_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& barrier_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_14(X))
& container_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_14(X))
& block_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_15(X))
& constant_motion_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_16(X))
& shape_value_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_17(X))
& quantity_value_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_18(X))
& speed_value_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_19(X))
& kinetic_energy_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_20(X))
& container_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_21(X))
& barrier_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_21(X))
& hydrophilic_region_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_22(X))
& hydrophilic_end_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_22(X))
& hydrophilic_region_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_23(X))
& hydrophilic_end_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_23(X))
& expose_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_24(X))
& move_through_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X))
& move_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X))
& move_into_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X))
& polar_amino_acid_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_26(X))
& membrane_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& spatial_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& tangible_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& er_membrane_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& biomembrane_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& kinetic_energy_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_28(X))
& thermal_energy_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_28(X))
& consume_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_29(X))
& release_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_30(X))
& protein_pump_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& membrane_protein_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& protein_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& integral_protein_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& transport_protein_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& tangible_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& polymer_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& molecule_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& carrier_protein_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& energy_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_32(X))
& entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_32(X))
& chemical_energy_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_32(X))
& solution_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X))
& aqueous_solution_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X))
& tangible_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& eukaryotic_cell_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& cell_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& hydrophobic_amino_acid_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_35(X))
& atom_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_36(X))
& carbon_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_36(X))
& oxygen_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_37(X))
& entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_37(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_37(X))
& atom_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_37(X))
& phosphorus_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_38(X))
& entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_39(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_39(X))
& atom_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_39(X))
& oxygen_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_39(X))
& carbon_skeleton_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_40(X))
& hydrophobic_region_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_41(X))
& functional_group_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& phosphate_group_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& covalent_bond_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& single_bond_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& covalent_bond_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X))
& chemical_bond_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X))
& double_bond_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X))
& surface_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_45(X))
& outside_face_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_45(X))
& tangible_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_46(X))
& phospholipid_bilayer_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_46(X))
& block_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& spatial_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& tangible_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& membrane_protein_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& protein_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& molecule_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& polymer_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& transport_protein_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& integral_protein_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& carrier_protein_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& phosphorylation_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_49(X))
& speed_value_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_50(X))
& quantity_value_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_51(X))
& constant_motion_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_52(X))
& expose_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_53(X))
& shape_value_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_54(X))
& chemical_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_55(X))
& chemical_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_56(X))
& concentration_gradient_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X))
& spatial_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& molecule_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& organic_molecule_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& ribonucleotide_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& nucleoside_triphosphate_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& atp_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& cisterna_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_62(X))
& biomembrane_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_63(X))
& spatial_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_64(X))
& biomembrane_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_64(X))
& nuclear_membrane_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_64(X))
& spatial_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_65(X))
& cisternal_space_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_65(X))
& protein_enzyme_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_66(X))
& endoplasmic_reticulum_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& smooth_endoplasmic_reticulum_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& rough_endoplasmic_reticulum_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X))
& mixture_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_69(X))
& cytoplasm_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_69(X))
& phosphate_ion_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_70(X))
& remove_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_71(X))
& aldehyde_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_72(X))
& aldose_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_72(X))
& spatial_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_72(X))
& molecule_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_72(X))
& organic_molecule_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_72(X))
& pentose_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_72(X))
& ribose_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_72(X))
& number_5_prime_region_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_73(X))
& hydrogen_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_74(X))
& nucleoside_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_75(X))
& oxygen_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_76(X))
& entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_76(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_76(X))
& atom_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_76(X))
& tangible_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_77(X))
& entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_77(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_77(X))
& atom_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_77(X))
& phosphorus_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_77(X))
& oxygen_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_78(X))
& entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_78(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_78(X))
& atom_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_78(X))
& tangible_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_79(X))
& entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_79(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_79(X))
& atom_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_79(X))
& carbon_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_79(X))
& functional_group_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_80(X))
& phosphate_group_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_80(X))
& functional_group_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_81(X))
& phosphate_group_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_81(X))
& carbon_skeleton_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_82(X))
& functional_group_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_83(X))
& phosphate_group_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_83(X))
& water_molecule_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_84(X))
& remove_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_85(X))
& covalent_bond_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X))
& chemical_bond_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X))
& single_bond_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X))
& chemical_bond_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_87(X))
& double_bond_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_87(X))
& covalent_bond_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_87(X))
& speed_value_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_88(X))
& quantity_value_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_89(X))
& chemical_bond_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_90(X))
& covalent_bond_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_90(X))
& single_bond_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_90(X))
& covalent_bond_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_91(X))
& chemical_bond_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_91(X))
& double_bond_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_91(X))
& kinetic_energy_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_92(X))
& constant_motion_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_93(X))
& hydrophobic_region_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_94(X))
& functional_group_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X))
& phosphate_group_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X))
& carbon_skeleton_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_96(X))
& hydrophobic_amino_acid_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_97(X))
& atom_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_98(X))
& carbon_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_98(X))
& oxygen_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_99(X))
& entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_99(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_99(X))
& atom_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_99(X))
& phosphorus_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_100(X))
& entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_101(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_101(X))
& atom_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_101(X))
& oxygen_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_101(X))
& calcium_ion_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_104(X))
& rough_endoplasmic_reticulum_1(fn_eukaryotic_cell_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)))
& property_node_1(fn_carrier_protein_11(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& property_node_1(fn_carrier_protein_12(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& property_node_1(fn_carrier_protein_8(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& shape_value_1(fn_carrier_protein_13(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& constant_motion_1(fn_carrier_protein_42(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& speed_value_1(fn_carrier_protein_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& hydrophobic_region_1(fn_carrier_protein_21(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& hydrophobic_amino_acid_1(fn_carrier_protein_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& carbon_skeleton_1(fn_carrier_protein_24(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& quantity_value_1(fn_carrier_protein_38(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& kinetic_energy_1(fn_carrier_protein_41(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& polar_amino_acid_1(fn_carrier_protein_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& hydrophilic_face_1(fn_er_membrane_7(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& nucleoside_1(fn_ribonucleotide_9(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& chemical_1(fn_concentration_gradient_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X)))
& constant_motion_1(fn_carrier_protein_42(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& property_node_1(fn_carrier_protein_8(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& shape_value_1(fn_carrier_protein_13(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& hydrophobic_amino_acid_1(fn_carrier_protein_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& property_node_1(fn_carrier_protein_12(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& property_node_1(fn_carrier_protein_11(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& carbon_skeleton_1(fn_carrier_protein_24(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& hydrophobic_region_1(fn_carrier_protein_21(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& biomembrane_1(fn_smooth_endoplasmic_reticulum_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)))
& constant_motion_1(fn_atp_68(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& hydrogen_1(fn_atp_7(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& number_5_prime_region_1(fn_atp_25(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& property_node_1(fn_atp_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& speed_value_1(fn_atp_67(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& property_node_1(fn_atp_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& chemical_1(fn_solution_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X)))
& water_1(fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X)))
& hydrophilic_compound_1(fn_biomembrane_105(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& spatial_entity_1(fn_carrier_protein_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& hydrophilic_compound_1(fn_carrier_protein_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& spatial_entity_1(fn_carrier_protein_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& hydrophilic_compound_1(fn_carrier_protein_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& kinetic_energy_1(fn_atp_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& active_transport_1(fn_protein_pump_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& cellular_work_1(fn_eukaryotic_cell_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)))
& carbon_1(fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& chemical_entity_1(fn_functional_group_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)))
& tangible_entity_1(fn_biomembrane_54(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& membrane_protein_1(fn_biomembrane_54(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& protein_1(fn_biomembrane_54(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& hydrophobic_compound_1(fn_biomembrane_99(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& hydrophobic_compound_1(fn_carrier_protein_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& hydrophobic_compound_1(fn_carrier_protein_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& hydrophobic_compound_1(fn_biomembrane_98(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& block_1(fn_biomembrane_102(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& block_1(fn_transport_protein_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& block_1(fn_transport_protein_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& block_1(fn_biomembrane_101(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& block_1(fn_carrier_protein_17(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& block_1(fn_carrier_protein_17(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& block_1(fn_biomembrane_100(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& inside_face_1(fn_er_membrane_12(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& outside_face_1(fn_biomembrane_41(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& surface_1(fn_integral_protein_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& surface_1(fn_integral_protein_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& surface_1(fn_er_membrane_13(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& outside_face_1(fn_er_membrane_13(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& spatial_entity_1(fn_move_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X)))
& move_through_1(fn_transport_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& move_through_1(fn_transport_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& move_through_1(fn_biomembrane_52(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& move_through_1(fn_protein_pump_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& move_1(fn_protein_pump_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& move_through_1(fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& move_through_1(fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& chemical_1(fn_solution_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X)))
& chemical_1(fn_concentration_gradient_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X)))
& block_1(fn_biomembrane_50(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& container_1(fn_move_into_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X)))
& barrier_1(fn_biomembrane_49(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& protein_enzyme_1(fn_eukaryotic_cell_21(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)))
& protein_enzyme_1(fn_cell_9(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)))
& mixture_1(fn_rough_endoplasmic_reticulum_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X)))
& cytoplasm_1(fn_rough_endoplasmic_reticulum_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X)))
& mixture_1(fn_eukaryotic_cell_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)))
& cytoplasm_1(fn_eukaryotic_cell_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)))
& mixture_1(fn_cell_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)))
& cytoplasm_1(fn_cell_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)))
& kinetic_energy_1(fn_carrier_protein_41(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& hydrophilic_region_1(fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& hydrophilic_end_1(fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& hydrophilic_region_1(fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& hydrophilic_end_1(fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& atom_1(fn_molecule_11(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& carbon_1(fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& speed_value_1(fn_carrier_protein_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& tangible_entity_1(fn_integral_protein_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& tangible_entity_1(fn_integral_protein_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& tangible_entity_1(fn_carrier_protein_16(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& phospholipid_bilayer_1(fn_carrier_protein_16(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& tangible_entity_1(fn_er_membrane_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& phospholipid_bilayer_1(fn_er_membrane_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& tangible_entity_1(fn_carrier_protein_16(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& phospholipid_bilayer_1(fn_carrier_protein_16(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& quantity_value_1(fn_carrier_protein_38(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& polar_amino_acid_1(fn_integral_protein_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& polar_amino_acid_1(fn_integral_protein_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& polar_amino_acid_1(fn_carrier_protein_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& hydrophilic_region_1(fn_integral_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& hydrophilic_region_1(fn_integral_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& hydrophilic_region_1(fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& hydrophilic_end_1(fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& hydrophilic_region_1(fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& hydrophilic_end_1(fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& chemical_entity_1(fn_functional_group_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)))
& tangible_entity_1(fn_expose_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_24(X)))
& entity_1(fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& atom_1(fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& entity_1(fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& atom_1(fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X)))
& oxygen_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)))
& entity_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)))
& atom_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)))
& phosphorus_1(fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)))
& chemical_bond_1(fn_molecule_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& double_bond_1(fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)))
& entity_1(fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& atom_1(fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& chemical_entity_1(fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& entity_1(fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X)))
& atom_1(fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X)))
& entity_1(fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X)))
& atom_1(fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X)))
& entity_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)))
& atom_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)))
& oxygen_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)))
& covalent_bond_1(fn_polymer_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& single_bond_1(fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_62(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X)))
& eukaryotic_cell_1(fn_rough_endoplasmic_reticulum_62(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X)))
& cell_1(fn_rough_endoplasmic_reticulum_62(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X)))
& eukaryotic_cell_1(fn_smooth_endoplasmic_reticulum_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)))
& cell_1(fn_smooth_endoplasmic_reticulum_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)))
& substance_1(fn_rough_endoplasmic_reticulum_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X)))
& cytosol_1(fn_rough_endoplasmic_reticulum_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X)))
& solution_1(fn_concentration_gradient_9(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X)))
& substance_1(fn_cell_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)))
& cytosol_1(fn_cell_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)))
& substance_1(fn_smooth_endoplasmic_reticulum_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)))
& cytosol_1(fn_smooth_endoplasmic_reticulum_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)))
& cisterna_1(fn_endoplasmic_reticulum_3(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)))
& cisterna_1(fn_smooth_endoplasmic_reticulum_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)))
& solution_1(fn_concentration_gradient_8(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X)))
& aqueous_solution_1(fn_eukaryotic_cell_38(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)))
& aqueous_solution_1(fn_er_membrane_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& aqueous_solution_1(fn_er_membrane_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& aqueous_solution_1(fn_smooth_endoplasmic_reticulum_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)))
& tangible_entity_1(fn_barrier_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_14(X)))
& tangible_entity_1(fn_move_into_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X)))
& biomembrane_1(fn_integral_protein_24(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& biomembrane_1(fn_integral_protein_24(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& spatial_entity_1(fn_transport_protein_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& biomembrane_1(fn_transport_protein_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& spatial_entity_1(fn_transport_protein_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& biomembrane_1(fn_transport_protein_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& spatial_entity_1(fn_protein_pump_3(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& biomembrane_1(fn_protein_pump_3(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& membrane_1(fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& biomembrane_1(fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& membrane_1(fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& biomembrane_1(fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)))
& er_membrane_1(fn_eukaryotic_cell_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)))
& tangible_entity_1(fn_smooth_endoplasmic_reticulum_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)))
& er_membrane_1(fn_smooth_endoplasmic_reticulum_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)))
& biomembrane_1(fn_smooth_endoplasmic_reticulum_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)))
& spatial_entity_1(fn_rough_endoplasmic_reticulum_52(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X)))
& cisternal_space_1(fn_rough_endoplasmic_reticulum_52(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X)))
& cisternal_space_1(fn_er_membrane_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& cisternal_space_1(fn_smooth_endoplasmic_reticulum_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)))
& smooth_endoplasmic_reticulum_1(fn_eukaryotic_cell_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)))
& endoplasmic_reticulum_1(fn_er_membrane_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)))
& nuclear_membrane_1(fn_eukaryotic_cell_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)))
& biomembrane_1(fn_eukaryotic_cell_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)))
& spatial_entity_1(fn_smooth_endoplasmic_reticulum_36(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)))
& biomembrane_1(fn_smooth_endoplasmic_reticulum_36(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)))
& nuclear_membrane_1(fn_smooth_endoplasmic_reticulum_36(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X)))
& nucleus_1(fn_rough_endoplasmic_reticulum_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)))
& nucleus_1(fn_smooth_endoplasmic_reticulum_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)))
& chemical_bond_1(fn_ribonucleotide_13(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& double_bond_1(fn_ribonucleotide_13(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& covalent_bond_1(fn_ribonucleotide_13(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& chemical_bond_1(fn_nucleoside_triphosphate_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& double_bond_1(fn_nucleoside_triphosphate_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& covalent_bond_1(fn_nucleoside_triphosphate_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& chemical_bond_1(fn_atp_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& double_bond_1(fn_atp_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& covalent_bond_1(fn_atp_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& covalent_bond_1(fn_ribonucleotide_12(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& single_bond_1(fn_ribonucleotide_12(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& single_bond_1(fn_nucleoside_triphosphate_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& covalent_bond_1(fn_atp_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& chemical_bond_1(fn_atp_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& single_bond_1(fn_atp_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& entity_1(fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X)))
& atom_1(fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X)))
& entity_1(fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X)))
& atom_1(fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X)))
& atom_1(fn_ribonucleotide_17(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& phosphorus_1(fn_ribonucleotide_17(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& tangible_entity_1(fn_nucleoside_triphosphate_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& entity_1(fn_nucleoside_triphosphate_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& atom_1(fn_nucleoside_triphosphate_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& phosphorus_1(fn_nucleoside_triphosphate_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& tangible_entity_1(fn_atp_36(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& entity_1(fn_atp_36(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& chemical_entity_1(fn_atp_36(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& atom_1(fn_atp_36(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& phosphorus_1(fn_atp_36(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& carbon_skeleton_1(fn_nucleoside_triphosphate_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& carbon_skeleton_1(fn_atp_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& carbon_1(fn_nucleoside_triphosphate_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& tangible_entity_1(fn_atp_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& entity_1(fn_atp_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& chemical_entity_1(fn_atp_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& atom_1(fn_atp_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& carbon_1(fn_atp_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& entity_1(fn_ribonucleotide_16(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& chemical_entity_1(fn_ribonucleotide_16(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& atom_1(fn_ribonucleotide_16(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& oxygen_1(fn_ribonucleotide_16(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& phosphate_group_1(fn_nucleoside_triphosphate_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& functional_group_1(fn_atp_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& phosphate_group_1(fn_atp_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& ribose_1(fn_ribonucleotide_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& aldehyde_1(fn_atp_50(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& aldose_1(fn_atp_50(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& spatial_entity_1(fn_atp_50(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& molecule_1(fn_atp_50(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& organic_molecule_1(fn_atp_50(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& pentose_1(fn_atp_50(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& ribose_1(fn_atp_50(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& entity_1(fn_nucleoside_triphosphate_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& atom_1(fn_nucleoside_triphosphate_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& oxygen_1(fn_nucleoside_triphosphate_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& oxygen_1(fn_ribonucleotide_8(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& entity_1(fn_ribonucleotide_8(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& chemical_entity_1(fn_ribonucleotide_8(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& atom_1(fn_ribonucleotide_8(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& oxygen_1(fn_nucleoside_triphosphate_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& entity_1(fn_nucleoside_triphosphate_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& chemical_entity_1(fn_nucleoside_triphosphate_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& atom_1(fn_nucleoside_triphosphate_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& oxygen_1(fn_atp_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& entity_1(fn_atp_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& chemical_entity_1(fn_atp_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& atom_1(fn_atp_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& oxygen_1(fn_atp_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& entity_1(fn_atp_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& chemical_entity_1(fn_atp_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& atom_1(fn_atp_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& functional_group_1(fn_ribonucleotide_14(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& phosphate_group_1(fn_ribonucleotide_14(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& functional_group_1(fn_atp_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& phosphate_group_1(fn_atp_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& functional_group_1(fn_atp_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& phosphate_group_1(fn_atp_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& quantity_value_1(fn_atp_66(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)))
& phosphorus_1(fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)))
& entity_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)))
& atom_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)))
& oxygen_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)))
& covalent_bond_1(fn_polymer_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& chemical_bond_1(fn_molecule_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& single_bond_1(fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)))
& atom_1(fn_molecule_11(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& entity_1(fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& atom_1(fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& chemical_entity_1(fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)))
& oxygen_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)))
& entity_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)))
& atom_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)))
& double_bond_1(fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)))
& called_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_80(X),'Terminal PO4 Group')
& different_type_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_54(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_17(X))
& has_region_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_12(X))
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(X))
& agent_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& is_at_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_23(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& different_type_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_17(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_54(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_12(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(X))
& is_outside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& plays_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_14(X))
& has_region_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_65(X))
& object_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_2(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_104(X))
& object_2(X,fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_104(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_104(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_6(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_5(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_104(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_104(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_5(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_6(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_104(X)
& has_solvent_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_4(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_4(X))
& origin_2(X,fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(X))
& origin_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(X))
& has_solute_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_55(X))
& base_2(X,fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X))
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_55(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_4(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_55(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_55(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_4(X)
& is_across_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& is_at_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_22(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& site_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_24(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_23(X))
& next_event_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_2(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X))
& destination_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X))
& subevent_2(X,fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X))
& facilitates_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X))
& has_function_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X))
& base_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_37(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_38(X))
& has_state_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& has_region_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_45(X))
& agent_2(X,fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& has_region_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& raw_material_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_49(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& instrument_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_15(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& object_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_53(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& site_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_53(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_23(X))
& is_at_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_23(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_45(X))
& path_2(X,fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_39(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_39(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_36(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_36(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_39(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_5(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_6(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_6(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_5(X)
& facilitates_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X))
& agent_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& is_across_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& instrument_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_47(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& object_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_47(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_5(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_66(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_69(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_11(X))
& abuts_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_64(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& abuts_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_64(X))
& destination_2(X,fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X))
& base_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_30(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& next_event_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_49(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_2(X))
& next_event_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_29(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_30(X))
& object_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_29(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_1(X))
& raw_material_2(X,fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_1(X))
& raw_material_2(X,fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_32(X))
& possesses_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_87(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_32(X))
& raw_material_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_49(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& subevent_2(X,fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_49(X))
& subevent_2(X,fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_30(X))
& object_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_30(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_28(X))
& quantity_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_28(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_51(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_28(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& possesses_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_28(X))
& raw_material_2(X,fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& subevent_2(X,fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_29(X))
& object_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_29(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_32(X))
& subevent_2(X,fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_2(X))
& base_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_2(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& result_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_49(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)
& possesses_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_91(X))
& is_at_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_26(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_22(X))
& possesses_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_90(X))
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_90(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_99(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_99(X))
& has_region_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X))
& object_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_24(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& site_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_24(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_22(X))
& is_at_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_22(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_45(X))
& has_region_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_45(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_100(X))
& agent_2(X,fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_101(X))
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_91(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_101(X))
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_91(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_98(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_98(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_99(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_99(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_98(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X)
& has_function_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X),X)
& base_2(X,fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X))
& abuts_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X))
& abuts_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_46(X))
& has_region_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_94(X))
& has_region_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_22(X))
& directly_proportional_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_88(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_89(X))
& speed_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_93(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_88(X))
& object_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_93(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& shape_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_54(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_98(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_98(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_96(X))
& has_region_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_96(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_97(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_97(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_94(X))
& has_region_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_23(X))
& is_at_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_3(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_23(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_3(X))
& possesses_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_92(X))
& quantity_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_92(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_89(X))
& has_function_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_47(X))
& object_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_47(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_6(X))
& has_region_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_13(X))
& has_region_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_45(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_12(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X))
& is_outside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_12(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_46(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_75(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_75(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_72(X))
& is_opposite_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_22(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_23(X))
& is_opposite_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_23(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_22(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_99(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_100(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_101(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_99(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_100(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_99(X)
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_100(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_101(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_99(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_101(X)
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_99(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_100(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_101(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_101(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_100(X)
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_91(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_100(X))
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_90(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_100(X))
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_90(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_101(X))
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_91(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_99(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_76(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_77(X)
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_80(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_73(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_76(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_80(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_77(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_76(X)
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_87(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_77(X))
& possesses_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_87(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_81(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_80(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_80(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_83(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_76(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_78(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_80(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_81(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_83(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_80(X)
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_76(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_83(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_78(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_76(X)
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_87(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_78(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_81(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_83(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_83(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_81(X)
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_76(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_81(X))
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_76(X))
& possesses_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_74(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_79(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_79(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_78(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_78(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_77(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_77(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_78(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_79(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_74(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_78(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_79(X)
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_78(X))
& has_region_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_82(X))
& has_region_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_80(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_77(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_80(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_77(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_83(X))
& has_region_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_83(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_77(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_77(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_81(X))
& has_region_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_81(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_79(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_79(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_82(X))
& directly_proportional_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_50(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_51(X))
& speed_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_52(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_50(X))
& object_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_52(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_78(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_78(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_81(X))
& called_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_83(X),'Terminal PO4 Group')
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_76(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_78(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_80(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_74(X))
& has_region_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_72(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_73(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_78(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_83(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_83(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_73(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_11(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_11(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(X))
& is_at_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_63(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_62(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_63(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_62(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X))
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_65(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& has_region_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_65(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_11(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_64(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_37(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_38(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_38(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_37(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_37(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_39(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_39(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_37(X)
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_37(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_38(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_39(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_39(X) != fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_38(X)
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_38(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_39(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_38(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_37(X))
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_38(X))
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_39(X))
& object_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_16(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& speed_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_16(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_19(X))
& directly_proportional_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_19(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_18(X))
& quantity_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_20(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_18(X))
& possesses_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_20(X))
& shape_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_17(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_35(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_41(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_35(X))
& is_at_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_26(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_23(X))
& has_region_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_23(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_36(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_40(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_36(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_46(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_26(X))
& has_region_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_22(X))
& has_region_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_40(X))
& has_region_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_41(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_69(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_69(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_69(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_66(X))
& in_event_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_21(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_15(X))
& plays_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_21(X))
& same_type_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_56(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_55(X))
& same_type_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_55(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_56(X))
& has_solute_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_56(X))
& has_part_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_56(X))
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(X))
& in_event_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_14(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X))
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_36(X))
& possesses_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X))
& possesses_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_37(X))
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_77(X))
& is_between_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_39(X))
& object_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_104(X))
& object_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_24(X),fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X) = fn_barrier_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_14(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_65(X) = fn_rough_endoplasmic_reticulum_52(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_104(X) = fn_active_movement_of_ions_25(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_104(X) = fn_active_transport_using_atp_46(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_4(X) = fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(X) = fn_active_transport_using_atp_92(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_55(X) = fn_solution_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_4(X) = fn_solution_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_4(X) = fn_active_transport_24(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_55(X) = fn_active_transport_23(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X) = fn_concentration_gradient_8(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X) = fn_active_transport_21(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X) = fn_active_transport_25(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_13(X) = fn_active_transport_using_atp_40(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X) = fn_transport_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X) = fn_transport_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X) = fn_biomembrane_52(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X) = fn_protein_pump_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_37(X) = fn_active_transport_using_atp_52(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_38(X) = fn_active_transport_using_atp_53(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X) = fn_functional_group_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X) = fn_active_transport_using_atp_41(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_15(X) = fn_active_transport_using_atp_39(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_53(X) = fn_active_transport_using_atp_26(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_36(X) = fn_active_transport_using_atp_27(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_39(X) = fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_39(X) = fn_active_transport_using_atp_54(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X) = fn_active_transport_using_atp_48(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X) = fn_biomembrane_54(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& X = fn_protein_pump_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X) = fn_protein_pump_3(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X) = fn_active_movement_of_ions_19(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_5(X) = fn_biomembrane_105(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_5(X) = fn_active_transport_using_atp_10(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_5(X) = fn_carrier_protein_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_5(X) = fn_carrier_protein_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X) = fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X) = fn_active_transport_using_atp_31(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X) = fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_66(X) = fn_eukaryotic_cell_21(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_69(X) = fn_eukaryotic_cell_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X) = fn_active_transport_using_atp_24(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_87(X) = fn_active_transport_using_atp_15(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_1(X) = fn_active_transport_using_atp_25(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_51(X) = fn_active_transport_using_atp_22(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_30(X) = fn_active_transport_using_atp_49(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_32(X) = fn_active_transport_using_atp_14(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_29(X) = fn_active_transport_using_atp_50(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_28(X) = fn_atp_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_28(X) = fn_active_transport_using_atp_16(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_84(X) = fn_active_transport_using_atp_47(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_71(X) = fn_active_transport_using_atp_57(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_70(X) = fn_active_transport_using_atp_51(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_85(X) = fn_active_transport_using_atp_67(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_49(X) = fn_active_transport_using_atp_91(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X) = fn_active_transport_using_atp_45(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X) = fn_active_transport_using_atp_78(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_2(X) = fn_active_transport_using_atp_44(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_26(X) = fn_integral_protein_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_26(X) = fn_integral_protein_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_26(X) = fn_active_movement_of_ions_20(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X) = fn_functional_group_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X) = fn_active_movement_of_ions_16(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_99(X) = fn_molecule_11(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_90(X) = fn_polymer_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_90(X) = fn_molecule_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_90(X) = fn_active_movement_of_ions_4(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_100(X) = fn_active_movement_of_ions_6(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_22(X) = fn_integral_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_45(X) = fn_integral_protein_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_22(X) = fn_integral_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_45(X) = fn_integral_protein_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_45(X) = fn_active_transport_using_atp_35(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_45(X) = fn_active_movement_of_ions_13(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_22(X) = fn_active_transport_using_atp_34(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_22(X) = fn_active_movement_of_ions_12(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_24(X) = fn_active_transport_using_atp_26(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_24(X) = fn_active_movement_of_ions_24(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_99(X) = fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_99(X) = fn_active_movement_of_ions_5(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_98(X) = fn_active_movement_of_ions_23(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_91(X) = fn_active_movement_of_ions_3(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_101(X) = fn_active_movement_of_ions_7(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X) = fn_active_movement_of_ions_10(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X) = fn_eukaryotic_cell_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X) = fn_cellular_work_2(X)
& X = fn_eukaryotic_cell_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_46(X) = fn_carrier_protein_16(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_102(X) = fn_carrier_protein_11(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_103(X) = fn_carrier_protein_12(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_22(X) = fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_59(X) = fn_carrier_protein_8(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_54(X) = fn_carrier_protein_13(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_93(X) = fn_carrier_protein_42(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_88(X) = fn_carrier_protein_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_94(X) = fn_carrier_protein_21(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_97(X) = fn_carrier_protein_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_96(X) = fn_carrier_protein_24(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_98(X) = fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_89(X) = fn_carrier_protein_38(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_92(X) = fn_carrier_protein_41(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_3(X) = fn_carrier_protein_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X) = fn_active_transport_using_atp_48(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_23(X) = fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_6(X) = fn_active_transport_using_atp_23(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_6(X) = fn_biomembrane_99(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_6(X) = fn_carrier_protein_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_6(X) = fn_carrier_protein_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_6(X) = fn_biomembrane_98(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_47(X) = fn_biomembrane_102(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X) = fn_active_transport_using_atp_32(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_47(X) = fn_active_transport_using_atp_39(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_47(X) = fn_transport_protein_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_47(X) = fn_transport_protein_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_47(X) = fn_biomembrane_101(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X) = fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_47(X) = fn_carrier_protein_17(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X) = fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_47(X) = fn_carrier_protein_17(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_47(X) = fn_biomembrane_100(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_13(X) = fn_er_membrane_12(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_45(X) = fn_biomembrane_41(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_45(X) = fn_er_membrane_13(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X) = fn_integral_protein_24(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_46(X) = fn_integral_protein_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X) = fn_integral_protein_24(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_46(X) = fn_integral_protein_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_46(X) = fn_er_membrane_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_12(X) = fn_er_membrane_7(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_72(X) = fn_ribonucleotide_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_75(X) = fn_ribonucleotide_9(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_23(X) = fn_active_transport_using_atp_34(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_22(X) = fn_active_transport_using_atp_36(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X) = fn_expose_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_24(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_104(X) = fn_move_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_39(X) = fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_39(X) = fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_77(X) = fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_77(X) = fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_37(X) = fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_37(X) = fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X) = fn_polymer_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_36(X) = fn_molecule_11(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X) = fn_molecule_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_14(X) = fn_move_into_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_55(X) = fn_concentration_gradient_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_56(X) = fn_concentration_gradient_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(X) = fn_concentration_gradient_9(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_15(X) = fn_biomembrane_50(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X) = fn_move_into_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_21(X) = fn_move_into_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_21(X) = fn_biomembrane_49(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_69(X) = fn_rough_endoplasmic_reticulum_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(X) = fn_rough_endoplasmic_reticulum_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(X) = fn_cell_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_69(X) = fn_cell_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_66(X) = fn_cell_9(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_16(X) = fn_carrier_protein_42(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_19(X) = fn_active_movement_of_ions_9(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_18(X) = fn_active_movement_of_ions_8(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X) = fn_active_movement_of_ions_10(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_20(X) = fn_active_movement_of_ions_2(X)
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_20(X) = fn_carrier_protein_41(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_7(X) = fn_carrier_protein_8(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_17(X) = fn_carrier_protein_13(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_35(X) = fn_carrier_protein_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_23(X) = fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_36(X) = fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_8(X) = fn_carrier_protein_12(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_19(X) = fn_carrier_protein_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_46(X) = fn_carrier_protein_16(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_9(X) = fn_carrier_protein_11(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_18(X) = fn_carrier_protein_38(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_26(X) = fn_carrier_protein_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_22(X) = fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_40(X) = fn_carrier_protein_24(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_41(X) = fn_carrier_protein_21(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_37(X) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X) = fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_38(X) = fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X) = fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_39(X) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X) = fn_eukaryotic_cell_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X) = fn_rough_endoplasmic_reticulum_62(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_11(X) = fn_rough_endoplasmic_reticulum_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X) = fn_smooth_endoplasmic_reticulum_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_10(X) = fn_smooth_endoplasmic_reticulum_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_63(X) = fn_smooth_endoplasmic_reticulum_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_62(X) = fn_endoplasmic_reticulum_3(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_62(X) = fn_smooth_endoplasmic_reticulum_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X) = fn_eukaryotic_cell_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X) = fn_eukaryotic_cell_38(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X) = fn_er_membrane_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X) = fn_er_membrane_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X) = fn_smooth_endoplasmic_reticulum_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X) = fn_smooth_endoplasmic_reticulum_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X) = fn_er_membrane_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_65(X) = fn_er_membrane_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_65(X) = fn_smooth_endoplasmic_reticulum_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_11(X) = fn_eukaryotic_cell_26(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_64(X) = fn_eukaryotic_cell_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_11(X) = fn_smooth_endoplasmic_reticulum_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_64(X) = fn_smooth_endoplasmic_reticulum_36(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_80(X) = fn_atp_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_76(X) = fn_atp_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_87(X) = fn_nucleoside_triphosphate_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_81(X) = fn_atp_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_80(X) = fn_atp_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_76(X) = fn_ribonucleotide_16(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_76(X) = fn_nucleoside_triphosphate_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_87(X) = fn_ribonucleotide_13(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_87(X) = fn_atp_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_81(X) = fn_atp_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_76(X) = fn_nucleoside_triphosphate_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X) = fn_nucleoside_triphosphate_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_78(X) = fn_nucleoside_triphosphate_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_77(X) = fn_ribonucleotide_17(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X) = fn_ribonucleotide_12(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X) = fn_atp_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_80(X) = fn_nucleoside_triphosphate_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_83(X) = fn_ribonucleotide_14(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_77(X) = fn_nucleoside_triphosphate_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_77(X) = fn_atp_36(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_79(X) = fn_nucleoside_triphosphate_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_82(X) = fn_nucleoside_triphosphate_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_79(X) = fn_atp_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_82(X) = fn_atp_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_52(X) = fn_atp_68(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_78(X) = fn_nucleoside_triphosphate_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_78(X) = fn_ribonucleotide_8(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_81(X) = fn_atp_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_83(X) = fn_atp_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_76(X) = fn_atp_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_78(X) = fn_atp_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_80(X) = fn_atp_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_74(X) = fn_atp_7(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_72(X) = fn_atp_50(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_78(X) = fn_atp_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_83(X) = fn_atp_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_73(X) = fn_atp_25(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_61(X) = fn_atp_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_50(X) = fn_atp_67(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_60(X) = fn_atp_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_51(X) = fn_atp_66(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_100(X) = fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_90(X) = fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_101(X) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_91(X) = fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X))
& fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_99(X) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X))
& fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X)) = fn_solution_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X))
& fn_solution_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X)) = fn_solution_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X))
& fn_solution_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X)) = fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X))
& fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X)) = fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X))
& fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X)) = fn_active_transport_24(X)
& fn_active_transport_24(X) = fn_active_transport_24(X)
& fn_active_transport_24(X) = fn_active_transport_using_atp_10(X)
& fn_active_transport_using_atp_10(X) = fn_biomembrane_105(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_biomembrane_105(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_active_transport_using_atp_10(X)
& fn_active_transport_using_atp_10(X) = fn_active_transport_using_atp_10(X)
& fn_carrier_protein_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_carrier_protein_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_carrier_protein_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_active_transport_using_atp_10(X)
& fn_active_transport_using_atp_10(X) = fn_carrier_protein_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_carrier_protein_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_carrier_protein_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_atp_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_active_transport_using_atp_16(X) = fn_atp_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_active_transport_using_atp_16(X)
& fn_active_transport_using_atp_16(X) = fn_active_transport_using_atp_16(X)
& fn_active_transport_using_atp_16(X) = fn_protein_pump_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_protein_pump_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_protein_pump_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_protein_pump_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_eukaryotic_cell_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_eukaryotic_cell_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)) = fn_eukaryotic_cell_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_eukaryotic_cell_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)) = fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_active_movement_of_ions_23(X)
& fn_active_movement_of_ions_23(X) = fn_active_movement_of_ions_23(X)
& fn_active_movement_of_ions_23(X) = fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_biomembrane_54(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_biomembrane_54(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_functional_group_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X))
& fn_functional_group_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)) = fn_biomembrane_54(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_biomembrane_54(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_active_transport_using_atp_48(X)
& fn_active_transport_using_atp_78(X) = fn_active_transport_using_atp_48(X)
& fn_active_transport_using_atp_48(X) = fn_active_transport_using_atp_78(X)
& fn_active_transport_using_atp_78(X) = fn_active_transport_using_atp_78(X)
& fn_active_transport_using_atp_78(X) = fn_active_movement_of_ions_10(X)
& fn_active_movement_of_ions_10(X) = fn_active_transport_using_atp_23(X)
& fn_active_transport_using_atp_23(X) = fn_active_transport_using_atp_23(X)
& fn_active_transport_using_atp_23(X) = fn_biomembrane_99(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_carrier_protein_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_biomembrane_99(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_biomembrane_99(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_carrier_protein_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_carrier_protein_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_carrier_protein_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_carrier_protein_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_carrier_protein_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_biomembrane_98(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_biomembrane_98(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_biomembrane_102(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_active_transport_using_atp_39(X) = fn_biomembrane_102(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_biomembrane_102(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_active_transport_using_atp_39(X)
& fn_active_transport_using_atp_39(X) = fn_active_transport_using_atp_39(X)
& fn_active_transport_using_atp_39(X) = fn_transport_protein_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_biomembrane_101(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_transport_protein_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_transport_protein_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_transport_protein_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_transport_protein_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_biomembrane_101(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_carrier_protein_17(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_biomembrane_101(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_biomembrane_101(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_carrier_protein_17(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_carrier_protein_17(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_carrier_protein_17(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_biomembrane_100(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_carrier_protein_17(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_carrier_protein_17(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_carrier_protein_17(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_17(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_biomembrane_100(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_biomembrane_100(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_active_transport_using_atp_40(X)
& fn_active_transport_using_atp_40(X) = fn_er_membrane_12(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_er_membrane_12(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_integral_protein_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_integral_protein_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_integral_protein_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_integral_protein_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_integral_protein_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_integral_protein_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_biomembrane_41(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_biomembrane_41(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_integral_protein_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_integral_protein_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_active_transport_using_atp_35(X)
& fn_active_transport_using_atp_35(X) = fn_integral_protein_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_integral_protein_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_integral_protein_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_integral_protein_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_active_transport_using_atp_35(X)
& fn_active_transport_using_atp_35(X) = fn_active_transport_using_atp_35(X)
& fn_active_movement_of_ions_13(X) = fn_active_transport_using_atp_35(X)
& fn_active_transport_using_atp_35(X) = fn_active_movement_of_ions_13(X)
& fn_active_movement_of_ions_13(X) = fn_active_movement_of_ions_13(X)
& fn_active_movement_of_ions_13(X) = fn_er_membrane_13(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_er_membrane_13(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_active_transport_using_atp_26(X)
& fn_active_transport_using_atp_26(X) = fn_active_transport_using_atp_26(X)
& fn_active_movement_of_ions_24(X) = fn_active_transport_using_atp_26(X)
& fn_active_transport_using_atp_26(X) = fn_active_movement_of_ions_24(X)
& fn_active_movement_of_ions_24(X) = fn_active_transport_using_atp_46(X)
& fn_active_transport_using_atp_46(X) = fn_active_movement_of_ions_25(X)
& fn_active_movement_of_ions_25(X) = fn_active_transport_using_atp_46(X)
& fn_active_transport_using_atp_46(X) = fn_active_transport_using_atp_46(X)
& fn_active_transport_using_atp_46(X) = fn_move_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X))
& fn_move_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X)) = fn_transport_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_biomembrane_52(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_transport_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_transport_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_transport_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_transport_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_biomembrane_52(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_protein_pump_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_biomembrane_52(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_biomembrane_52(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_protein_pump_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_active_transport_using_atp_31(X) = fn_protein_pump_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_protein_pump_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_protein_pump_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_protein_pump_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_active_transport_using_atp_31(X)
& fn_active_transport_using_atp_31(X) = fn_active_transport_using_atp_31(X)
& fn_active_transport_using_atp_31(X) = fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_active_transport_using_atp_31(X)
& fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_active_transport_using_atp_31(X)
& fn_active_transport_using_atp_31(X) = fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_active_transport_23(X)
& fn_active_transport_23(X) = fn_solution_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X))
& fn_solution_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_33(X)) = fn_active_transport_23(X)
& fn_active_transport_23(X) = fn_active_transport_23(X)
& fn_concentration_gradient_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X)) = fn_active_transport_23(X)
& fn_active_transport_23(X) = fn_concentration_gradient_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X))
& fn_concentration_gradient_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X)) = fn_concentration_gradient_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X))
& fn_concentration_gradient_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X)) = fn_active_transport_using_atp_39(X)
& fn_active_transport_using_atp_39(X) = fn_biomembrane_50(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_biomembrane_50(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_biomembrane_49(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_biomembrane_49(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_move_into_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X))
& fn_move_into_2(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X)) = fn_biomembrane_49(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_biomembrane_49(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_eukaryotic_cell_21(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_eukaryotic_cell_21(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)) = fn_cell_9(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_cell_9(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)) = fn_rough_endoplasmic_reticulum_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X))
& fn_eukaryotic_cell_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)) = fn_rough_endoplasmic_reticulum_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X))
& fn_rough_endoplasmic_reticulum_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X)) = fn_eukaryotic_cell_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_eukaryotic_cell_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)) = fn_cell_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_cell_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)) = fn_cell_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_cell_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)) = fn_active_movement_of_ions_2(X)
& fn_carrier_protein_41(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_active_movement_of_ions_2(X)
& fn_active_movement_of_ions_2(X) = fn_carrier_protein_41(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_41(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_active_transport_using_atp_34(X)
& fn_active_transport_using_atp_34(X) = fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_active_transport_using_atp_34(X)
& fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_active_transport_using_atp_34(X)
& fn_active_transport_using_atp_34(X) = fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_active_transport_using_atp_27(X)
& fn_active_transport_using_atp_27(X) = fn_molecule_11(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_molecule_11(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_molecule_11(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_carrier_protein_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_active_movement_of_ions_9(X)
& fn_active_movement_of_ions_9(X) = fn_carrier_protein_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_carrier_protein_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_integral_protein_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_integral_protein_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_integral_protein_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_integral_protein_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_er_membrane_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_er_membrane_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_carrier_protein_16(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_carrier_protein_16(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_er_membrane_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_er_membrane_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_carrier_protein_16(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_16(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_active_movement_of_ions_8(X)
& fn_carrier_protein_38(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_active_movement_of_ions_8(X)
& fn_active_movement_of_ions_8(X) = fn_carrier_protein_38(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_38(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_carrier_protein_38(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_38(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_integral_protein_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_integral_protein_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_integral_protein_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_integral_protein_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_active_movement_of_ions_20(X)
& fn_active_movement_of_ions_20(X) = fn_active_movement_of_ions_20(X)
& fn_active_movement_of_ions_20(X) = fn_carrier_protein_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_carrier_protein_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_active_transport_using_atp_36(X)
& fn_active_transport_using_atp_36(X) = fn_integral_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_integral_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_integral_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_integral_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_integral_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_integral_protein_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_active_transport_using_atp_36(X)
& fn_active_transport_using_atp_36(X) = fn_active_transport_using_atp_34(X)
& fn_active_transport_using_atp_34(X) = fn_active_transport_using_atp_34(X)
& fn_active_transport_using_atp_34(X) = fn_active_transport_using_atp_36(X)
& fn_active_transport_using_atp_36(X) = fn_active_transport_using_atp_36(X)
& fn_active_transport_using_atp_36(X) = fn_active_movement_of_ions_12(X)
& fn_active_movement_of_ions_12(X) = fn_active_transport_using_atp_34(X)
& fn_active_transport_using_atp_34(X) = fn_active_movement_of_ions_12(X)
& fn_active_movement_of_ions_12(X) = fn_active_movement_of_ions_12(X)
& fn_active_movement_of_ions_12(X) = fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_active_movement_of_ions_10(X)
& fn_active_movement_of_ions_10(X) = fn_functional_group_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& fn_functional_group_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)) = fn_active_movement_of_ions_10(X)
& fn_active_movement_of_ions_10(X) = fn_active_movement_of_ions_10(X)
& fn_active_transport_using_atp_48(X) = fn_active_movement_of_ions_10(X)
& fn_active_movement_of_ions_10(X) = fn_active_transport_using_atp_48(X)
& fn_active_transport_using_atp_48(X) = fn_active_transport_using_atp_48(X)
& fn_active_transport_using_atp_48(X) = fn_expose_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_24(X))
& fn_expose_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_24(X)) = fn_active_transport_using_atp_52(X)
& fn_active_transport_using_atp_52(X) = fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X))
& fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_43(X)) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)) = fn_active_transport_using_atp_53(X)
& fn_active_transport_using_atp_53(X) = fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)) = fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)) = fn_molecule_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_molecule_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_molecule_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_molecule_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)) = fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)) = fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_active_transport_using_atp_54(X) = fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_active_transport_using_atp_54(X)
& fn_active_transport_using_atp_54(X) = fn_active_transport_using_atp_54(X)
& fn_active_transport_using_atp_54(X) = fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X))
& fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X)) = fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X))
& fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X)) = fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X))
& fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X)) = fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X))
& fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_44(X)) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)) = fn_polymer_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_polymer_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)) = fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X))
& fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_42(X)) = fn_rough_endoplasmic_reticulum_62(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X))
& fn_rough_endoplasmic_reticulum_62(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X)) = fn_cellular_work_2(X)
& fn_cellular_work_2(X) = fn_rough_endoplasmic_reticulum_62(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X))
& fn_rough_endoplasmic_reticulum_62(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X)) = fn_rough_endoplasmic_reticulum_62(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X))
& fn_smooth_endoplasmic_reticulum_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)) = fn_rough_endoplasmic_reticulum_62(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X))
& fn_rough_endoplasmic_reticulum_62(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X)) = fn_smooth_endoplasmic_reticulum_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_smooth_endoplasmic_reticulum_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)) = fn_active_transport_using_atp_92(X)
& fn_active_transport_using_atp_92(X) = fn_rough_endoplasmic_reticulum_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X))
& fn_rough_endoplasmic_reticulum_23(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X)) = fn_active_transport_using_atp_92(X)
& fn_active_transport_using_atp_92(X) = fn_active_transport_using_atp_92(X)
& fn_active_transport_using_atp_92(X) = fn_concentration_gradient_9(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X))
& fn_concentration_gradient_9(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X)) = fn_concentration_gradient_9(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X))
& fn_concentration_gradient_9(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X)) = fn_cell_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_cell_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)) = fn_cell_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_cell_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)) = fn_smooth_endoplasmic_reticulum_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_smooth_endoplasmic_reticulum_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)) = fn_smooth_endoplasmic_reticulum_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_smooth_endoplasmic_reticulum_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)) = fn_smooth_endoplasmic_reticulum_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_smooth_endoplasmic_reticulum_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)) = fn_endoplasmic_reticulum_3(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_endoplasmic_reticulum_3(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)) = fn_smooth_endoplasmic_reticulum_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_smooth_endoplasmic_reticulum_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)) = fn_concentration_gradient_8(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X))
& fn_active_transport_21(X) = fn_concentration_gradient_8(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X))
& fn_concentration_gradient_8(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_57(X)) = fn_active_transport_21(X)
& fn_active_transport_21(X) = fn_active_transport_21(X)
& fn_active_transport_21(X) = fn_eukaryotic_cell_38(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_eukaryotic_cell_38(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)) = fn_eukaryotic_cell_38(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_active_transport_using_atp_24(X) = fn_eukaryotic_cell_38(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_eukaryotic_cell_38(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)) = fn_active_transport_using_atp_24(X)
& fn_active_transport_using_atp_24(X) = fn_active_transport_using_atp_24(X)
& fn_active_transport_using_atp_24(X) = fn_er_membrane_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_er_membrane_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_er_membrane_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_er_membrane_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_er_membrane_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_er_membrane_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_er_membrane_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_smooth_endoplasmic_reticulum_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)) = fn_er_membrane_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_er_membrane_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_smooth_endoplasmic_reticulum_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_smooth_endoplasmic_reticulum_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)) = fn_barrier_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_14(X))
& fn_barrier_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_14(X)) = fn_move_into_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X))
& fn_move_into_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X)) = fn_move_into_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X))
& fn_move_into_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X)) = fn_integral_protein_24(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_integral_protein_24(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_integral_protein_24(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_integral_protein_24(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_integral_protein_24(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_integral_protein_24(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_move_into_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X))
& fn_move_into_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_25(X)) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_transport_protein_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_integral_protein_24(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_integral_protein_24(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_integral_protein_24(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_transport_protein_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_transport_protein_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_integral_protein_24(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_integral_protein_24(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_integral_protein_24(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_integral_protein_24(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_protein_pump_3(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_protein_pump_3(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_transport_protein_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_transport_protein_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_protein_pump_3(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_protein_pump_3(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_transport_protein_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_transport_protein_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_protein_pump_3(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_protein_pump_3(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_protein_pump_3(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_active_movement_of_ions_19(X) = fn_protein_pump_3(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_protein_pump_3(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_active_movement_of_ions_19(X)
& fn_active_transport_using_atp_32(X) = fn_active_movement_of_ions_19(X)
& fn_active_movement_of_ions_19(X) = fn_active_transport_using_atp_32(X)
& fn_active_transport_using_atp_32(X) = fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_active_transport_using_atp_32(X)
& fn_active_transport_using_atp_32(X) = fn_active_transport_using_atp_32(X)
& fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_active_transport_using_atp_32(X)
& fn_active_transport_using_atp_32(X) = fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_eukaryotic_cell_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)) = fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X))
& fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_31(X)) = fn_eukaryotic_cell_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_eukaryotic_cell_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)) = fn_eukaryotic_cell_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_smooth_endoplasmic_reticulum_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)) = fn_eukaryotic_cell_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_eukaryotic_cell_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)) = fn_smooth_endoplasmic_reticulum_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_smooth_endoplasmic_reticulum_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)) = fn_smooth_endoplasmic_reticulum_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_smooth_endoplasmic_reticulum_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)) = fn_rough_endoplasmic_reticulum_52(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X))
& fn_rough_endoplasmic_reticulum_52(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X)) = fn_er_membrane_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_er_membrane_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_er_membrane_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_smooth_endoplasmic_reticulum_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)) = fn_er_membrane_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_er_membrane_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_smooth_endoplasmic_reticulum_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_smooth_endoplasmic_reticulum_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)) = fn_eukaryotic_cell_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_eukaryotic_cell_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)) = fn_eukaryotic_cell_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_er_membrane_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_eukaryotic_cell_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_eukaryotic_cell_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)) = fn_er_membrane_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X))
& fn_er_membrane_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_27(X)) = fn_eukaryotic_cell_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_eukaryotic_cell_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)) = fn_eukaryotic_cell_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_eukaryotic_cell_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)) = fn_smooth_endoplasmic_reticulum_36(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_smooth_endoplasmic_reticulum_36(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)) = fn_rough_endoplasmic_reticulum_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X))
& fn_eukaryotic_cell_26(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)) = fn_rough_endoplasmic_reticulum_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X))
& fn_rough_endoplasmic_reticulum_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_68(X)) = fn_eukaryotic_cell_26(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_eukaryotic_cell_26(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)) = fn_eukaryotic_cell_26(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_smooth_endoplasmic_reticulum_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)) = fn_smooth_endoplasmic_reticulum_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_smooth_endoplasmic_reticulum_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)) = fn_eukaryotic_cell_26(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X))
& fn_eukaryotic_cell_26(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_34(X)) = fn_smooth_endoplasmic_reticulum_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X))
& fn_smooth_endoplasmic_reticulum_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_67(X)) = fn_active_transport_using_atp_15(X)
& fn_active_transport_using_atp_15(X) = fn_ribonucleotide_13(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_ribonucleotide_13(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_ribonucleotide_13(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_nucleoside_triphosphate_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_nucleoside_triphosphate_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_ribonucleotide_13(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_ribonucleotide_13(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_nucleoside_triphosphate_28(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_nucleoside_triphosphate_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_nucleoside_triphosphate_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_ribonucleotide_12(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_ribonucleotide_12(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_nucleoside_triphosphate_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X))
& fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X)) = fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X))
& fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X)) = fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X))
& fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_86(X)) = fn_ribonucleotide_17(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_ribonucleotide_17(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_ribonucleotide_17(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_nucleoside_triphosphate_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_ribonucleotide_17(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_ribonucleotide_17(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_nucleoside_triphosphate_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_36(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_nucleoside_triphosphate_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_36(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_36(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_36(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_36(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_nucleoside_triphosphate_30(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_nucleoside_triphosphate_31(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_39(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_nucleoside_triphosphate_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_ribonucleotide_16(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_ribonucleotide_16(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_nucleoside_triphosphate_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_nucleoside_triphosphate_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_nucleoside_triphosphate_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_nucleoside_triphosphate_27(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_33(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_ribonucleotide_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_ribonucleotide_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_50(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_50(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_ribonucleotide_8(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_nucleoside_triphosphate_29(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_ribonucleotide_8(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_ribonucleotide_8(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_ribonucleotide_8(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_nucleoside_triphosphate_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_ribonucleotide_8(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_ribonucleotide_8(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_nucleoside_triphosphate_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_nucleoside_triphosphate_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_nucleoside_triphosphate_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_35(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_ribonucleotide_14(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_ribonucleotide_14(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_34(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_66(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_66(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_active_transport_using_atp_22(X)
& fn_active_transport_using_atp_22(X) = fn_atp_66(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_66(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_atp_66(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X))
& fn_atp_66(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_58(X)) = fn_active_movement_of_ions_6(X)
& fn_active_movement_of_ions_6(X) = fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X))
& fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)) = fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X))
& fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)) = fn_active_movement_of_ions_7(X)
& fn_active_movement_of_ions_7(X) = fn_active_movement_of_ions_7(X)
& fn_active_movement_of_ions_7(X) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X))
& fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X))
& fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)) = fn_molecule_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_molecule_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_polymer_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_polymer_1(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_molecule_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_molecule_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_molecule_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_active_movement_of_ions_4(X) = fn_molecule_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_molecule_10(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_active_movement_of_ions_4(X)
& fn_active_movement_of_ions_4(X) = fn_active_movement_of_ions_4(X)
& fn_active_movement_of_ions_4(X) = fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X))
& fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)) = fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X))
& fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)) = fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_molecule_11(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_molecule_11(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_active_movement_of_ions_5(X) = fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X))
& fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_48(X)) = fn_active_movement_of_ions_5(X)
& fn_active_movement_of_ions_5(X) = fn_active_movement_of_ions_5(X)
& fn_active_movement_of_ions_5(X) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X))
& fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X))
& fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)) = fn_active_movement_of_ions_3(X)
& fn_active_movement_of_ions_3(X) = fn_active_movement_of_ions_3(X)
& fn_active_movement_of_ions_3(X) = fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X))
& fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)) = fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_endoplasmic_reticulum_95(X)) ) ) ).
fof(a533553,axiom,
! [X] :
( uptake_of_calcium_ion_by_mitochondria_1(X)
=> ( original_name_2(X,'Uptake-Of-Calcium-Ion-By-Mitochondria')
& user_description_2(X,'The active transport of Ca2+ ions from cytosol into the mitochondria.')
& concept2words_2(X,absorb)
& concept2words_2(X,'uptake of calcium ion by mitochondrion')
& concept2words_2(X,'uptake-of-calcium-ion-by-mitochondria')
& active_movement_of_ions_1(X)
& ~ uptake_of_calcium_ion_by_chloroplast_1(X)
& ~ uptake_of_calcium_ion_by_endoplasmic_reticulum_1(X)
& hydrogen_1(fn_uptake_of_calcium_ion_by_mitochondria_1(X))
& quantity_value_1(fn_uptake_of_calcium_ion_by_mitochondria_3(X))
& time_interval_1(fn_uptake_of_calcium_ion_by_mitochondria_4(X))
& time_interval_1(fn_uptake_of_calcium_ion_by_mitochondria_5(X))
& time_interval_1(fn_uptake_of_calcium_ion_by_mitochondria_6(X))
& shape_value_1(fn_uptake_of_calcium_ion_by_mitochondria_7(X))
& number_5_prime_carbon_1(fn_uptake_of_calcium_ion_by_mitochondria_12(X))
& covalent_bond_1(fn_uptake_of_calcium_ion_by_mitochondria_13(X))
& double_bond_1(fn_uptake_of_calcium_ion_by_mitochondria_13(X))
& chemical_bond_1(fn_uptake_of_calcium_ion_by_mitochondria_13(X))
& thermal_energy_1(fn_uptake_of_calcium_ion_by_mitochondria_14(X))
& carbon_skeleton_1(fn_uptake_of_calcium_ion_by_mitochondria_15(X))
& carbon_1(fn_uptake_of_calcium_ion_by_mitochondria_16(X))
& entity_1(fn_uptake_of_calcium_ion_by_mitochondria_17(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_mitochondria_17(X))
& atom_1(fn_uptake_of_calcium_ion_by_mitochondria_17(X))
& oxygen_1(fn_uptake_of_calcium_ion_by_mitochondria_17(X))
& carbon_skeleton_1(fn_uptake_of_calcium_ion_by_mitochondria_18(X))
& hydrophobic_region_1(fn_uptake_of_calcium_ion_by_mitochondria_19(X))
& functional_group_1(fn_uptake_of_calcium_ion_by_mitochondria_20(X))
& phosphate_group_1(fn_uptake_of_calcium_ion_by_mitochondria_20(X))
& expose_1(fn_uptake_of_calcium_ion_by_mitochondria_21(X))
& atom_1(fn_uptake_of_calcium_ion_by_mitochondria_22(X))
& carbon_1(fn_uptake_of_calcium_ion_by_mitochondria_22(X))
& oxygen_1(fn_uptake_of_calcium_ion_by_mitochondria_23(X))
& entity_1(fn_uptake_of_calcium_ion_by_mitochondria_23(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_mitochondria_23(X))
& atom_1(fn_uptake_of_calcium_ion_by_mitochondria_23(X))
& phosphorus_1(fn_uptake_of_calcium_ion_by_mitochondria_24(X))
& entity_1(fn_uptake_of_calcium_ion_by_mitochondria_25(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_mitochondria_25(X))
& atom_1(fn_uptake_of_calcium_ion_by_mitochondria_25(X))
& oxygen_1(fn_uptake_of_calcium_ion_by_mitochondria_25(X))
& hydrophobic_amino_acid_1(fn_uptake_of_calcium_ion_by_mitochondria_26(X))
& polar_amino_acid_1(fn_uptake_of_calcium_ion_by_mitochondria_27(X))
& kinetic_energy_1(fn_uptake_of_calcium_ion_by_mitochondria_28(X))
& covalent_bond_1(fn_uptake_of_calcium_ion_by_mitochondria_29(X))
& chemical_bond_1(fn_uptake_of_calcium_ion_by_mitochondria_29(X))
& double_bond_1(fn_uptake_of_calcium_ion_by_mitochondria_29(X))
& chemical_bond_1(fn_uptake_of_calcium_ion_by_mitochondria_30(X))
& covalent_bond_1(fn_uptake_of_calcium_ion_by_mitochondria_30(X))
& single_bond_1(fn_uptake_of_calcium_ion_by_mitochondria_30(X))
& inside_face_1(fn_uptake_of_calcium_ion_by_mitochondria_31(X))
& move_1(fn_uptake_of_calcium_ion_by_mitochondria_32(X))
& move_through_1(fn_uptake_of_calcium_ion_by_mitochondria_32(X))
& consume_1(fn_uptake_of_calcium_ion_by_mitochondria_33(X))
& release_1(fn_uptake_of_calcium_ion_by_mitochondria_34(X))
& membrane_1(fn_uptake_of_calcium_ion_by_mitochondria_35(X))
& spatial_entity_1(fn_uptake_of_calcium_ion_by_mitochondria_35(X))
& entity_1(fn_uptake_of_calcium_ion_by_mitochondria_35(X))
& mitochondrial_membrane_1(fn_uptake_of_calcium_ion_by_mitochondria_35(X))
& biomembrane_1(fn_uptake_of_calcium_ion_by_mitochondria_35(X))
& energy_1(fn_uptake_of_calcium_ion_by_mitochondria_36(X))
& entity_1(fn_uptake_of_calcium_ion_by_mitochondria_36(X))
& chemical_energy_1(fn_uptake_of_calcium_ion_by_mitochondria_36(X))
& entity_1(fn_uptake_of_calcium_ion_by_mitochondria_37(X))
& free_energy_1(fn_uptake_of_calcium_ion_by_mitochondria_37(X))
& tangible_entity_1(fn_uptake_of_calcium_ion_by_mitochondria_38(X))
& phospholipid_bilayer_1(fn_uptake_of_calcium_ion_by_mitochondria_38(X))
& chemical_1(fn_uptake_of_calcium_ion_by_mitochondria_39(X))
& chemical_1(fn_uptake_of_calcium_ion_by_mitochondria_40(X))
& water_1(fn_uptake_of_calcium_ion_by_mitochondria_40(X))
& chemical_1(fn_uptake_of_calcium_ion_by_mitochondria_41(X))
& chemical_1(fn_uptake_of_calcium_ion_by_mitochondria_42(X))
& water_1(fn_uptake_of_calcium_ion_by_mitochondria_42(X))
& mitochondrion_1(fn_uptake_of_calcium_ion_by_mitochondria_43(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& tangible_entity_1(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& membrane_protein_1(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& protein_1(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& molecule_1(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& polymer_1(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& transport_protein_1(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& integral_protein_1(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& carrier_protein_1(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& cell_1(fn_uptake_of_calcium_ion_by_mitochondria_45(X))
& eukaryotic_cell_1(fn_uptake_of_calcium_ion_by_mitochondria_45(X))
& solution_1(fn_uptake_of_calcium_ion_by_mitochondria_46(X))
& aqueous_solution_1(fn_uptake_of_calcium_ion_by_mitochondria_46(X))
& speed_value_1(fn_uptake_of_calcium_ion_by_mitochondria_47(X))
& quantity_value_1(fn_uptake_of_calcium_ion_by_mitochondria_48(X))
& ribose_1(fn_uptake_of_calcium_ion_by_mitochondria_49(X))
& number_5_prime_region_1(fn_uptake_of_calcium_ion_by_mitochondria_50(X))
& resource_1(fn_uptake_of_calcium_ion_by_mitochondria_51(X))
& resource_1(fn_uptake_of_calcium_ion_by_mitochondria_52(X))
& nucleoside_1(fn_uptake_of_calcium_ion_by_mitochondria_53(X))
& oxygen_1(fn_uptake_of_calcium_ion_by_mitochondria_54(X))
& entity_1(fn_uptake_of_calcium_ion_by_mitochondria_54(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_mitochondria_54(X))
& atom_1(fn_uptake_of_calcium_ion_by_mitochondria_54(X))
& entity_1(fn_uptake_of_calcium_ion_by_mitochondria_55(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_mitochondria_55(X))
& atom_1(fn_uptake_of_calcium_ion_by_mitochondria_55(X))
& phosphorus_1(fn_uptake_of_calcium_ion_by_mitochondria_55(X))
& phosphate_group_1(fn_uptake_of_calcium_ion_by_mitochondria_56(X))
& phosphate_group_1(fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& phosphate_group_1(fn_uptake_of_calcium_ion_by_mitochondria_58(X))
& covalent_bond_1(fn_uptake_of_calcium_ion_by_mitochondria_59(X))
& single_bond_1(fn_uptake_of_calcium_ion_by_mitochondria_59(X))
& shape_value_1(fn_uptake_of_calcium_ion_by_mitochondria_60(X))
& constant_motion_1(fn_uptake_of_calcium_ion_by_mitochondria_61(X))
& calcium_ion_1(fn_uptake_of_calcium_ion_by_mitochondria_62(X))
& hydrophobic_compound_1(fn_uptake_of_calcium_ion_by_mitochondria_63(X))
& spatial_entity_1(fn_uptake_of_calcium_ion_by_mitochondria_63(X))
& block_1(fn_uptake_of_calcium_ion_by_mitochondria_64(X))
& monomer_1(fn_uptake_of_calcium_ion_by_mitochondria_65(X))
& organic_molecule_1(fn_uptake_of_calcium_ion_by_mitochondria_66(X))
& molecule_1(fn_uptake_of_calcium_ion_by_mitochondria_66(X))
& spatial_entity_1(fn_uptake_of_calcium_ion_by_mitochondria_67(X))
& chemical_entity_1(fn_uptake_of_calcium_ion_by_mitochondria_67(X))
& monomer_1(fn_uptake_of_calcium_ion_by_mitochondria_67(X))
& molecule_1(fn_uptake_of_calcium_ion_by_mitochondria_67(X))
& amino_acid_1(fn_uptake_of_calcium_ion_by_mitochondria_67(X))
& size_value_1(fn_uptake_of_calcium_ion_by_mitochondria_68(X))
& size_value_1(fn_uptake_of_calcium_ion_by_mitochondria_69(X))
& polymer_1(fn_uptake_of_calcium_ion_by_mitochondria_70(X))
& polypeptide_1(fn_uptake_of_calcium_ion_by_mitochondria_70(X))
& protein_domain_1(fn_uptake_of_calcium_ion_by_mitochondria_71(X))
& hydrophilic_region_1(fn_uptake_of_calcium_ion_by_mitochondria_74(X))
& hydrophilic_end_1(fn_uptake_of_calcium_ion_by_mitochondria_74(X))
& surface_1(fn_uptake_of_calcium_ion_by_mitochondria_75(X))
& outside_face_1(fn_uptake_of_calcium_ion_by_mitochondria_75(X))
& hydrophilic_region_1(fn_uptake_of_calcium_ion_by_mitochondria_76(X))
& hydrophilic_end_1(fn_uptake_of_calcium_ion_by_mitochondria_76(X))
& solution_1(fn_uptake_of_calcium_ion_by_mitochondria_77(X))
& aqueous_solution_1(fn_uptake_of_calcium_ion_by_mitochondria_77(X))
& spatial_entity_1(fn_nucleoside_20(fn_uptake_of_calcium_ion_by_mitochondria_53(X)))
& molecule_1(fn_nucleoside_20(fn_uptake_of_calcium_ion_by_mitochondria_53(X)))
& organic_molecule_1(fn_nucleoside_20(fn_uptake_of_calcium_ion_by_mitochondria_53(X)))
& pentose_1(fn_nucleoside_20(fn_uptake_of_calcium_ion_by_mitochondria_53(X)))
& cellular_work_1(fn_eukaryotic_cell_32(fn_uptake_of_calcium_ion_by_mitochondria_45(X)))
& carbon_1(fn_carbon_skeleton_4(fn_uptake_of_calcium_ion_by_mitochondria_15(X)))
& property_node_1(fn_carrier_protein_12(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& property_node_1(fn_carrier_protein_10(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& property_node_1(fn_carrier_protein_11(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& property_node_1(fn_carrier_protein_9(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& property_node_1(fn_carrier_protein_8(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& shape_value_1(fn_carrier_protein_13(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& monomer_1(fn_carrier_protein_33(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& size_value_1(fn_carrier_protein_39(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& polymer_1(fn_carrier_protein_35(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& polypeptide_1(fn_carrier_protein_35(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& spatial_entity_1(fn_carrier_protein_27(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& chemical_entity_1(fn_carrier_protein_27(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& monomer_1(fn_carrier_protein_27(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& molecule_1(fn_carrier_protein_27(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& amino_acid_1(fn_carrier_protein_27(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& protein_domain_1(fn_carrier_protein_25(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& kinetic_energy_1(fn_carrier_protein_41(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& quantity_value_1(fn_carrier_protein_38(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& speed_value_1(fn_carrier_protein_37(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& constant_motion_1(fn_carrier_protein_42(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& hydrophobic_region_1(fn_carrier_protein_21(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& hydrophobic_amino_acid_1(fn_carrier_protein_31(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& carbon_skeleton_1(fn_carrier_protein_24(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& single_bond_1(fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_mitochondria_57(X)))
& chemical_1(fn_solution_5(fn_uptake_of_calcium_ion_by_mitochondria_46(X)))
& chemical_1(fn_solution_5(fn_uptake_of_calcium_ion_by_mitochondria_77(X)))
& number_5_prime_region_1(fn_nucleoside_5(fn_uptake_of_calcium_ion_by_mitochondria_53(X)))
& number_5_prime_region_1(fn_5_prime_carbon_1(fn_uptake_of_calcium_ion_by_mitochondria_12(X)))
& entity_1(fn_consume_1(fn_uptake_of_calcium_ion_by_mitochondria_33(X)))
& inside_face_1(fn_mitochondrion_104(fn_uptake_of_calcium_ion_by_mitochondria_43(X)))
& eukaryotic_cell_1(fn_mitochondrion_51(fn_uptake_of_calcium_ion_by_mitochondria_43(X)))
& surface_1(fn_integral_protein_29(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& surface_1(fn_mitochondrion_103(fn_uptake_of_calcium_ion_by_mitochondria_43(X)))
& outside_face_1(fn_mitochondrion_103(fn_uptake_of_calcium_ion_by_mitochondria_43(X)))
& hydrophobic_compound_1(fn_carrier_protein_19(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& hydrophobic_compound_1(fn_mitochondrion_105(fn_uptake_of_calcium_ion_by_mitochondria_43(X)))
& spatial_entity_1(fn_mitochondrion_105(fn_uptake_of_calcium_ion_by_mitochondria_43(X)))
& block_1(fn_transport_protein_31(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& block_1(fn_carrier_protein_17(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& block_1(fn_mitochondrion_98(fn_uptake_of_calcium_ion_by_mitochondria_43(X)))
& move_through_1(fn_transport_protein_34(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& move_through_1(fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& move_through_1(fn_mitochondrion_97(fn_uptake_of_calcium_ion_by_mitochondria_43(X)))
& biomembrane_1(fn_integral_protein_24(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& spatial_entity_1(fn_transport_protein_35(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& biomembrane_1(fn_transport_protein_35(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& membrane_1(fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& biomembrane_1(fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& entity_1(fn_mitochondrion_63(fn_uptake_of_calcium_ion_by_mitochondria_43(X)))
& mitochondrial_membrane_1(fn_mitochondrion_63(fn_uptake_of_calcium_ion_by_mitochondria_43(X)))
& biomembrane_1(fn_mitochondrion_63(fn_uptake_of_calcium_ion_by_mitochondria_43(X)))
& tangible_entity_1(fn_integral_protein_27(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& tangible_entity_1(fn_mitochondrion_110(fn_uptake_of_calcium_ion_by_mitochondria_43(X)))
& phospholipid_bilayer_1(fn_mitochondrion_110(fn_uptake_of_calcium_ion_by_mitochondria_43(X)))
& tangible_entity_1(fn_carrier_protein_16(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& phospholipid_bilayer_1(fn_carrier_protein_16(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& size_value_1(fn_transport_protein_20(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& size_value_1(fn_carrier_protein_40(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& carbon_1(fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& polar_amino_acid_1(fn_integral_protein_6(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& polar_amino_acid_1(fn_carrier_protein_30(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& hydrophilic_region_1(fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& hydrophilic_end_1(fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& hydrophilic_region_1(fn_integral_protein_23(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& hydrophilic_region_1(fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& hydrophilic_end_1(fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& chemical_entity_1(fn_functional_group_1(fn_uptake_of_calcium_ion_by_mitochondria_20(X)))
& entity_1(fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_mitochondria_13(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_mitochondria_13(X)))
& atom_1(fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_mitochondria_13(X)))
& atom_1(fn_carbon_skeleton_2(fn_uptake_of_calcium_ion_by_mitochondria_15(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_uptake_of_calcium_ion_by_mitochondria_15(X)))
& oxygen_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_56(X)))
& entity_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_56(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_56(X)))
& atom_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_56(X)))
& oxygen_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_58(X)))
& entity_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_58(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_58(X)))
& atom_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_58(X)))
& entity_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_58(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_58(X)))
& atom_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_58(X)))
& oxygen_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_58(X)))
& phosphorus_1(fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_mitochondria_56(X)))
& entity_1(fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_mitochondria_13(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_mitochondria_13(X)))
& atom_1(fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_mitochondria_13(X)))
& phosphorus_1(fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_mitochondria_57(X)))
& resource_1(fn_consume_2(fn_uptake_of_calcium_ion_by_mitochondria_33(X)))
& entity_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_56(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_56(X)))
& atom_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_56(X)))
& oxygen_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_56(X)))
& entity_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_57(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_57(X)))
& atom_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_57(X)))
& oxygen_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_57(X)))
& oxygen_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_57(X)))
& entity_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_57(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_57(X)))
& atom_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_57(X)))
& chemical_energy_1(fn_chemical_bond_2(fn_uptake_of_calcium_ion_by_mitochondria_13(X)))
& double_bond_1(fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_mitochondria_57(X)))
& chemical_bond_1(fn_molecule_10(fn_uptake_of_calcium_ion_by_mitochondria_66(X)))
& chemical_1(fn_solution_6(fn_uptake_of_calcium_ion_by_mitochondria_46(X)))
& water_1(fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_mitochondria_46(X)))
& chemical_1(fn_solution_6(fn_uptake_of_calcium_ion_by_mitochondria_77(X)))
& water_1(fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_mitochondria_77(X)))
& phosphorus_1(fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_mitochondria_20(X)))
& entity_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_20(X)))
& chemical_entity_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_20(X)))
& atom_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_20(X)))
& oxygen_1(fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_20(X)))
& covalent_bond_1(fn_polymer_1(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& chemical_bond_1(fn_molecule_10(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& single_bond_1(fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_mitochondria_20(X)))
& atom_1(fn_molecule_11(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& entity_1(fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& atom_1(fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& chemical_entity_1(fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_mitochondria_44(X)))
& oxygen_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_20(X)))
& entity_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_20(X)))
& chemical_entity_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_20(X)))
& atom_1(fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_20(X)))
& double_bond_1(fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_mitochondria_20(X)))
& is_at_2(fn_uptake_of_calcium_ion_by_mitochondria_76(X),fn_uptake_of_calcium_ion_by_mitochondria_75(X))
& is_at_2(fn_uptake_of_calcium_ion_by_mitochondria_74(X),fn_uptake_of_calcium_ion_by_mitochondria_31(X))
& fn_uptake_of_calcium_ion_by_mitochondria_7(X) != fn_uptake_of_calcium_ion_by_mitochondria_60(X)
& time_before_2(fn_uptake_of_calcium_ion_by_mitochondria_5(X),fn_uptake_of_calcium_ion_by_mitochondria_6(X))
& fn_uptake_of_calcium_ion_by_mitochondria_63(X) != fn_uptake_of_calcium_ion_by_mitochondria_62(X)
& fn_uptake_of_calcium_ion_by_mitochondria_62(X) != fn_uptake_of_calcium_ion_by_mitochondria_63(X)
& fn_uptake_of_calcium_ion_by_mitochondria_60(X) != fn_uptake_of_calcium_ion_by_mitochondria_7(X)
& called_2(fn_uptake_of_calcium_ion_by_mitochondria_58(X),'Terminal PO4 Group')
& fn_uptake_of_calcium_ion_by_mitochondria_58(X) != fn_uptake_of_calcium_ion_by_mitochondria_57(X)
& fn_uptake_of_calcium_ion_by_mitochondria_58(X) != fn_uptake_of_calcium_ion_by_mitochondria_56(X)
& is_inside_2(fn_uptake_of_calcium_ion_by_mitochondria_58(X),fn_uptake_of_calcium_ion_by_mitochondria_50(X))
& fn_uptake_of_calcium_ion_by_mitochondria_57(X) != fn_uptake_of_calcium_ion_by_mitochondria_58(X)
& fn_uptake_of_calcium_ion_by_mitochondria_57(X) != fn_uptake_of_calcium_ion_by_mitochondria_56(X)
& fn_uptake_of_calcium_ion_by_mitochondria_56(X) != fn_uptake_of_calcium_ion_by_mitochondria_57(X)
& fn_uptake_of_calcium_ion_by_mitochondria_56(X) != fn_uptake_of_calcium_ion_by_mitochondria_58(X)
& fn_uptake_of_calcium_ion_by_mitochondria_1(X) != fn_uptake_of_calcium_ion_by_mitochondria_16(X)
& time_before_2(fn_uptake_of_calcium_ion_by_mitochondria_4(X),fn_uptake_of_calcium_ion_by_mitochondria_4(X))
& same_type_2(fn_uptake_of_calcium_ion_by_mitochondria_42(X),fn_uptake_of_calcium_ion_by_mitochondria_40(X))
& same_type_2(fn_uptake_of_calcium_ion_by_mitochondria_42(X),fn_uptake_of_calcium_ion_by_mitochondria_39(X))
& same_type_2(fn_uptake_of_calcium_ion_by_mitochondria_41(X),fn_uptake_of_calcium_ion_by_mitochondria_40(X))
& same_type_2(fn_uptake_of_calcium_ion_by_mitochondria_41(X),fn_uptake_of_calcium_ion_by_mitochondria_39(X))
& same_type_2(fn_uptake_of_calcium_ion_by_mitochondria_40(X),fn_uptake_of_calcium_ion_by_mitochondria_41(X))
& same_type_2(fn_uptake_of_calcium_ion_by_mitochondria_40(X),fn_uptake_of_calcium_ion_by_mitochondria_42(X))
& same_type_2(fn_uptake_of_calcium_ion_by_mitochondria_39(X),fn_uptake_of_calcium_ion_by_mitochondria_41(X))
& same_type_2(fn_uptake_of_calcium_ion_by_mitochondria_39(X),fn_uptake_of_calcium_ion_by_mitochondria_42(X))
& time_during_2(fn_uptake_of_calcium_ion_by_mitochondria_34(X),fn_uptake_of_calcium_ion_by_mitochondria_6(X))
& time_during_2(fn_uptake_of_calcium_ion_by_mitochondria_33(X),fn_uptake_of_calcium_ion_by_mitochondria_5(X))
& time_during_2(fn_uptake_of_calcium_ion_by_mitochondria_32(X),fn_uptake_of_calcium_ion_by_mitochondria_4(X))
& is_at_2(fn_uptake_of_calcium_ion_by_mitochondria_27(X),fn_uptake_of_calcium_ion_by_mitochondria_76(X))
& site_2(fn_uptake_of_calcium_ion_by_mitochondria_21(X),fn_uptake_of_calcium_ion_by_mitochondria_76(X))
& fn_uptake_of_calcium_ion_by_mitochondria_17(X) != fn_uptake_of_calcium_ion_by_mitochondria_12(X)
& fn_uptake_of_calcium_ion_by_mitochondria_16(X) != fn_uptake_of_calcium_ion_by_mitochondria_1(X)
& quantity_2(fn_uptake_of_calcium_ion_by_mitochondria_14(X),fn_uptake_of_calcium_ion_by_mitochondria_3(X))
& fn_uptake_of_calcium_ion_by_mitochondria_12(X) != fn_uptake_of_calcium_ion_by_mitochondria_17(X)
& object_2(fn_uptake_of_calcium_ion_by_mitochondria_33(X),fn_uptake_of_calcium_ion_by_mitochondria_37(X))
& has_part_2(fn_uptake_of_calcium_ion_by_mitochondria_53(X),fn_uptake_of_calcium_ion_by_mitochondria_49(X))
& has_region_2(fn_uptake_of_calcium_ion_by_mitochondria_49(X),fn_uptake_of_calcium_ion_by_mitochondria_50(X))
& base_2(X,fn_uptake_of_calcium_ion_by_mitochondria_45(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_mitochondria_55(X),fn_uptake_of_calcium_ion_by_mitochondria_56(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_mitochondria_17(X),fn_uptake_of_calcium_ion_by_mitochondria_56(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_mitochondria_54(X),fn_uptake_of_calcium_ion_by_mitochondria_56(X))
& is_at_2(fn_uptake_of_calcium_ion_by_mitochondria_12(X),fn_uptake_of_calcium_ion_by_mitochondria_50(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_mitochondria_17(X),fn_uptake_of_calcium_ion_by_mitochondria_58(X))
& object_2(X,fn_uptake_of_calcium_ion_by_mitochondria_62(X))
& object_2(fn_uptake_of_calcium_ion_by_mitochondria_32(X),fn_uptake_of_calcium_ion_by_mitochondria_62(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_mitochondria_16(X),fn_uptake_of_calcium_ion_by_mitochondria_15(X))
& fn_uptake_of_calcium_ion_by_mitochondria_17(X) != fn_uptake_of_calcium_ion_by_mitochondria_16(X)
& fn_uptake_of_calcium_ion_by_mitochondria_16(X) != fn_uptake_of_calcium_ion_by_mitochondria_17(X)
& raw_material_2(X,fn_uptake_of_calcium_ion_by_mitochondria_37(X))
& plays_2(fn_uptake_of_calcium_ion_by_mitochondria_37(X),fn_uptake_of_calcium_ion_by_mitochondria_51(X))
& subevent_2(X,fn_uptake_of_calcium_ion_by_mitochondria_32(X))
& destination_2(fn_uptake_of_calcium_ion_by_mitochondria_32(X),fn_uptake_of_calcium_ion_by_mitochondria_46(X))
& destination_2(X,fn_uptake_of_calcium_ion_by_mitochondria_46(X))
& origin_2(X,fn_uptake_of_calcium_ion_by_mitochondria_77(X))
& origin_2(fn_uptake_of_calcium_ion_by_mitochondria_32(X),fn_uptake_of_calcium_ion_by_mitochondria_77(X))
& path_2(X,fn_uptake_of_calcium_ion_by_mitochondria_35(X))
& is_at_2(fn_uptake_of_calcium_ion_by_mitochondria_76(X),fn_uptake_of_calcium_ion_by_mitochondria_31(X))
& instrument_2(fn_uptake_of_calcium_ion_by_mitochondria_64(X),fn_uptake_of_calcium_ion_by_mitochondria_35(X))
& has_part_2(fn_uptake_of_calcium_ion_by_mitochondria_35(X),fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& is_across_2(fn_uptake_of_calcium_ion_by_mitochondria_44(X),fn_uptake_of_calcium_ion_by_mitochondria_35(X))
& subevent_2(X,fn_uptake_of_calcium_ion_by_mitochondria_34(X))
& object_2(fn_uptake_of_calcium_ion_by_mitochondria_34(X),fn_uptake_of_calcium_ion_by_mitochondria_14(X))
& in_event_2(fn_uptake_of_calcium_ion_by_mitochondria_52(X),fn_uptake_of_calcium_ion_by_mitochondria_33(X))
& plays_2(fn_uptake_of_calcium_ion_by_mitochondria_36(X),fn_uptake_of_calcium_ion_by_mitochondria_52(X))
& object_2(fn_uptake_of_calcium_ion_by_mitochondria_33(X),fn_uptake_of_calcium_ion_by_mitochondria_36(X))
& subevent_2(X,fn_uptake_of_calcium_ion_by_mitochondria_33(X))
& next_event_2(fn_uptake_of_calcium_ion_by_mitochondria_33(X),fn_uptake_of_calcium_ion_by_mitochondria_34(X))
& base_2(fn_uptake_of_calcium_ion_by_mitochondria_34(X),fn_uptake_of_calcium_ion_by_mitochondria_66(X))
& raw_material_2(X,fn_uptake_of_calcium_ion_by_mitochondria_66(X))
& raw_material_2(X,fn_uptake_of_calcium_ion_by_mitochondria_36(X))
& is_between_2(fn_uptake_of_calcium_ion_by_mitochondria_29(X),fn_uptake_of_calcium_ion_by_mitochondria_25(X))
& fn_uptake_of_calcium_ion_by_mitochondria_22(X) != fn_uptake_of_calcium_ion_by_mitochondria_23(X)
& fn_uptake_of_calcium_ion_by_mitochondria_23(X) != fn_uptake_of_calcium_ion_by_mitochondria_22(X)
& has_part_2(fn_uptake_of_calcium_ion_by_mitochondria_44(X),fn_uptake_of_calcium_ion_by_mitochondria_24(X))
& is_between_2(fn_uptake_of_calcium_ion_by_mitochondria_29(X),fn_uptake_of_calcium_ion_by_mitochondria_22(X))
& possesses_2(fn_uptake_of_calcium_ion_by_mitochondria_44(X),fn_uptake_of_calcium_ion_by_mitochondria_29(X))
& has_region_2(fn_uptake_of_calcium_ion_by_mitochondria_44(X),fn_uptake_of_calcium_ion_by_mitochondria_20(X))
& possesses_2(fn_uptake_of_calcium_ion_by_mitochondria_44(X),fn_uptake_of_calcium_ion_by_mitochondria_30(X))
& is_between_2(fn_uptake_of_calcium_ion_by_mitochondria_30(X),fn_uptake_of_calcium_ion_by_mitochondria_23(X))
& has_part_2(fn_uptake_of_calcium_ion_by_mitochondria_44(X),fn_uptake_of_calcium_ion_by_mitochondria_23(X))
& has_part_2(fn_uptake_of_calcium_ion_by_mitochondria_44(X),fn_uptake_of_calcium_ion_by_mitochondria_25(X))
& fn_uptake_of_calcium_ion_by_mitochondria_25(X) != fn_uptake_of_calcium_ion_by_mitochondria_22(X)
& fn_uptake_of_calcium_ion_by_mitochondria_22(X) != fn_uptake_of_calcium_ion_by_mitochondria_25(X)
& agent_2(X,fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& has_region_2(fn_uptake_of_calcium_ion_by_mitochondria_44(X),fn_uptake_of_calcium_ion_by_mitochondria_75(X))
& is_at_2(fn_uptake_of_calcium_ion_by_mitochondria_74(X),fn_uptake_of_calcium_ion_by_mitochondria_75(X))
& site_2(fn_uptake_of_calcium_ion_by_mitochondria_21(X),fn_uptake_of_calcium_ion_by_mitochondria_74(X))
& object_2(fn_uptake_of_calcium_ion_by_mitochondria_21(X),fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& has_part_2(fn_uptake_of_calcium_ion_by_mitochondria_35(X),fn_uptake_of_calcium_ion_by_mitochondria_38(X))
& has_region_2(fn_uptake_of_calcium_ion_by_mitochondria_35(X),fn_uptake_of_calcium_ion_by_mitochondria_31(X))
& has_part_2(fn_uptake_of_calcium_ion_by_mitochondria_45(X),fn_uptake_of_calcium_ion_by_mitochondria_43(X))
& has_region_2(fn_uptake_of_calcium_ion_by_mitochondria_35(X),fn_uptake_of_calcium_ion_by_mitochondria_75(X))
& has_part_2(fn_uptake_of_calcium_ion_by_mitochondria_43(X),fn_uptake_of_calcium_ion_by_mitochondria_35(X))
& has_function_2(fn_uptake_of_calcium_ion_by_mitochondria_35(X),fn_uptake_of_calcium_ion_by_mitochondria_32(X))
& base_2(fn_uptake_of_calcium_ion_by_mitochondria_32(X),fn_uptake_of_calcium_ion_by_mitochondria_35(X))
& has_function_2(fn_uptake_of_calcium_ion_by_mitochondria_35(X),fn_uptake_of_calcium_ion_by_mitochondria_64(X))
& object_2(fn_uptake_of_calcium_ion_by_mitochondria_64(X),fn_uptake_of_calcium_ion_by_mitochondria_63(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_mitochondria_44(X),fn_uptake_of_calcium_ion_by_mitochondria_38(X))
& the_scalar_value_2(fn_uptake_of_calcium_ion_by_mitochondria_69(X),big_0)
& scalar_unit_class_2(fn_uptake_of_calcium_ion_by_mitochondria_69(X),polypeptide_0)
& shape_2(fn_uptake_of_calcium_ion_by_mitochondria_44(X),fn_uptake_of_calcium_ion_by_mitochondria_60(X))
& size_2(fn_uptake_of_calcium_ion_by_mitochondria_44(X),fn_uptake_of_calcium_ion_by_mitochondria_69(X))
& greater_than_2(fn_uptake_of_calcium_ion_by_mitochondria_69(X),fn_uptake_of_calcium_ion_by_mitochondria_68(X))
& size_2(fn_uptake_of_calcium_ion_by_mitochondria_65(X),fn_uptake_of_calcium_ion_by_mitochondria_68(X))
& has_part_2(fn_uptake_of_calcium_ion_by_mitochondria_44(X),fn_uptake_of_calcium_ion_by_mitochondria_65(X))
& has_region_2(fn_uptake_of_calcium_ion_by_mitochondria_44(X),fn_uptake_of_calcium_ion_by_mitochondria_76(X))
& has_region_2(fn_uptake_of_calcium_ion_by_mitochondria_44(X),fn_uptake_of_calcium_ion_by_mitochondria_71(X))
& is_at_2(fn_uptake_of_calcium_ion_by_mitochondria_67(X),fn_uptake_of_calcium_ion_by_mitochondria_71(X))
& has_part_2(fn_uptake_of_calcium_ion_by_mitochondria_70(X),fn_uptake_of_calcium_ion_by_mitochondria_67(X))
& has_part_2(fn_uptake_of_calcium_ion_by_mitochondria_44(X),fn_uptake_of_calcium_ion_by_mitochondria_70(X))
& has_region_2(fn_uptake_of_calcium_ion_by_mitochondria_44(X),fn_uptake_of_calcium_ion_by_mitochondria_19(X))
& object_2(fn_uptake_of_calcium_ion_by_mitochondria_61(X),fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& speed_2(fn_uptake_of_calcium_ion_by_mitochondria_61(X),fn_uptake_of_calcium_ion_by_mitochondria_47(X))
& directly_proportional_2(fn_uptake_of_calcium_ion_by_mitochondria_47(X),fn_uptake_of_calcium_ion_by_mitochondria_48(X))
& quantity_2(fn_uptake_of_calcium_ion_by_mitochondria_28(X),fn_uptake_of_calcium_ion_by_mitochondria_48(X))
& possesses_2(fn_uptake_of_calcium_ion_by_mitochondria_44(X),fn_uptake_of_calcium_ion_by_mitochondria_28(X))
& has_region_2(fn_uptake_of_calcium_ion_by_mitochondria_44(X),fn_uptake_of_calcium_ion_by_mitochondria_18(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_mitochondria_22(X),fn_uptake_of_calcium_ion_by_mitochondria_18(X))
& has_part_2(fn_uptake_of_calcium_ion_by_mitochondria_44(X),fn_uptake_of_calcium_ion_by_mitochondria_22(X))
& has_part_2(fn_uptake_of_calcium_ion_by_mitochondria_44(X),fn_uptake_of_calcium_ion_by_mitochondria_26(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_mitochondria_26(X),fn_uptake_of_calcium_ion_by_mitochondria_19(X))
& has_region_2(fn_uptake_of_calcium_ion_by_mitochondria_44(X),fn_uptake_of_calcium_ion_by_mitochondria_74(X))
& is_at_2(fn_uptake_of_calcium_ion_by_mitochondria_27(X),fn_uptake_of_calcium_ion_by_mitochondria_74(X))
& has_part_2(fn_uptake_of_calcium_ion_by_mitochondria_44(X),fn_uptake_of_calcium_ion_by_mitochondria_27(X))
& is_opposite_2(fn_uptake_of_calcium_ion_by_mitochondria_76(X),fn_uptake_of_calcium_ion_by_mitochondria_74(X))
& is_opposite_2(fn_uptake_of_calcium_ion_by_mitochondria_74(X),fn_uptake_of_calcium_ion_by_mitochondria_76(X))
& has_part_2(fn_uptake_of_calcium_ion_by_mitochondria_46(X),fn_uptake_of_calcium_ion_by_mitochondria_39(X))
& has_solute_2(fn_uptake_of_calcium_ion_by_mitochondria_46(X),fn_uptake_of_calcium_ion_by_mitochondria_39(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_mitochondria_55(X),fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_mitochondria_17(X),fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& is_between_2(fn_uptake_of_calcium_ion_by_mitochondria_59(X),fn_uptake_of_calcium_ion_by_mitochondria_17(X))
& is_between_2(fn_uptake_of_calcium_ion_by_mitochondria_13(X),fn_uptake_of_calcium_ion_by_mitochondria_55(X))
& is_between_2(fn_uptake_of_calcium_ion_by_mitochondria_13(X),fn_uptake_of_calcium_ion_by_mitochondria_17(X))
& fn_uptake_of_calcium_ion_by_mitochondria_17(X) != fn_uptake_of_calcium_ion_by_mitochondria_55(X)
& fn_uptake_of_calcium_ion_by_mitochondria_55(X) != fn_uptake_of_calcium_ion_by_mitochondria_17(X)
& fn_uptake_of_calcium_ion_by_mitochondria_54(X) != fn_uptake_of_calcium_ion_by_mitochondria_55(X)
& fn_uptake_of_calcium_ion_by_mitochondria_55(X) != fn_uptake_of_calcium_ion_by_mitochondria_54(X)
& is_between_2(fn_uptake_of_calcium_ion_by_mitochondria_59(X),fn_uptake_of_calcium_ion_by_mitochondria_54(X))
& is_between_2(fn_uptake_of_calcium_ion_by_mitochondria_59(X),fn_uptake_of_calcium_ion_by_mitochondria_55(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_mitochondria_55(X),fn_uptake_of_calcium_ion_by_mitochondria_58(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_mitochondria_54(X),fn_uptake_of_calcium_ion_by_mitochondria_58(X))
& fn_uptake_of_calcium_ion_by_mitochondria_54(X) != fn_uptake_of_calcium_ion_by_mitochondria_17(X)
& fn_uptake_of_calcium_ion_by_mitochondria_17(X) != fn_uptake_of_calcium_ion_by_mitochondria_54(X)
& fn_uptake_of_calcium_ion_by_mitochondria_23(X) != fn_uptake_of_calcium_ion_by_mitochondria_24(X)
& fn_uptake_of_calcium_ion_by_mitochondria_25(X) != fn_uptake_of_calcium_ion_by_mitochondria_23(X)
& fn_uptake_of_calcium_ion_by_mitochondria_24(X) != fn_uptake_of_calcium_ion_by_mitochondria_23(X)
& is_inside_2(fn_uptake_of_calcium_ion_by_mitochondria_24(X),fn_uptake_of_calcium_ion_by_mitochondria_20(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_mitochondria_25(X),fn_uptake_of_calcium_ion_by_mitochondria_20(X))
& fn_uptake_of_calcium_ion_by_mitochondria_23(X) != fn_uptake_of_calcium_ion_by_mitochondria_25(X)
& is_inside_2(fn_uptake_of_calcium_ion_by_mitochondria_23(X),fn_uptake_of_calcium_ion_by_mitochondria_20(X))
& fn_uptake_of_calcium_ion_by_mitochondria_24(X) != fn_uptake_of_calcium_ion_by_mitochondria_25(X)
& fn_uptake_of_calcium_ion_by_mitochondria_25(X) != fn_uptake_of_calcium_ion_by_mitochondria_24(X)
& is_between_2(fn_uptake_of_calcium_ion_by_mitochondria_29(X),fn_uptake_of_calcium_ion_by_mitochondria_24(X))
& is_between_2(fn_uptake_of_calcium_ion_by_mitochondria_30(X),fn_uptake_of_calcium_ion_by_mitochondria_24(X))
& is_between_2(fn_uptake_of_calcium_ion_by_mitochondria_30(X),fn_uptake_of_calcium_ion_by_mitochondria_25(X))
& is_between_2(fn_uptake_of_calcium_ion_by_mitochondria_29(X),fn_uptake_of_calcium_ion_by_mitochondria_23(X))
& has_solvent_2(fn_uptake_of_calcium_ion_by_mitochondria_77(X),fn_uptake_of_calcium_ion_by_mitochondria_42(X))
& has_part_2(fn_uptake_of_calcium_ion_by_mitochondria_77(X),fn_uptake_of_calcium_ion_by_mitochondria_42(X))
& has_solvent_2(fn_uptake_of_calcium_ion_by_mitochondria_46(X),fn_uptake_of_calcium_ion_by_mitochondria_40(X))
& has_part_2(fn_uptake_of_calcium_ion_by_mitochondria_46(X),fn_uptake_of_calcium_ion_by_mitochondria_40(X))
& fn_uptake_of_calcium_ion_by_mitochondria_42(X) != fn_uptake_of_calcium_ion_by_mitochondria_41(X)
& fn_uptake_of_calcium_ion_by_mitochondria_41(X) != fn_uptake_of_calcium_ion_by_mitochondria_42(X)
& has_part_2(fn_uptake_of_calcium_ion_by_mitochondria_77(X),fn_uptake_of_calcium_ion_by_mitochondria_41(X))
& has_solute_2(fn_uptake_of_calcium_ion_by_mitochondria_77(X),fn_uptake_of_calcium_ion_by_mitochondria_41(X))
& fn_uptake_of_calcium_ion_by_mitochondria_40(X) != fn_uptake_of_calcium_ion_by_mitochondria_39(X)
& fn_uptake_of_calcium_ion_by_mitochondria_39(X) != fn_uptake_of_calcium_ion_by_mitochondria_40(X)
& possesses_2(fn_uptake_of_calcium_ion_by_mitochondria_13(X),fn_uptake_of_calcium_ion_by_mitochondria_36(X))
& is_inside_2(fn_uptake_of_calcium_ion_by_mitochondria_54(X),fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& in_event_2(fn_uptake_of_calcium_ion_by_mitochondria_51(X),fn_uptake_of_calcium_ion_by_mitochondria_33(X))
& possesses_2(fn_uptake_of_calcium_ion_by_mitochondria_66(X),fn_uptake_of_calcium_ion_by_mitochondria_13(X))
& fn_uptake_of_calcium_ion_by_mitochondria_50(X) = fn_nucleoside_5(fn_uptake_of_calcium_ion_by_mitochondria_53(X))
& fn_uptake_of_calcium_ion_by_mitochondria_49(X) = fn_nucleoside_20(fn_uptake_of_calcium_ion_by_mitochondria_53(X))
& fn_uptake_of_calcium_ion_by_mitochondria_45(X) = fn_cellular_work_2(X)
& X = fn_eukaryotic_cell_32(fn_uptake_of_calcium_ion_by_mitochondria_45(X))
& fn_uptake_of_calcium_ion_by_mitochondria_55(X) = fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_mitochondria_56(X))
& fn_uptake_of_calcium_ion_by_mitochondria_17(X) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_56(X))
& fn_uptake_of_calcium_ion_by_mitochondria_54(X) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_56(X))
& fn_uptake_of_calcium_ion_by_mitochondria_50(X) = fn_5_prime_carbon_1(fn_uptake_of_calcium_ion_by_mitochondria_12(X))
& fn_uptake_of_calcium_ion_by_mitochondria_17(X) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_58(X))
& fn_uptake_of_calcium_ion_by_mitochondria_17(X) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_58(X))
& fn_uptake_of_calcium_ion_by_mitochondria_62(X) = fn_active_transport_19(X)
& fn_uptake_of_calcium_ion_by_mitochondria_17(X) = fn_carbon_skeleton_2(fn_uptake_of_calcium_ion_by_mitochondria_15(X))
& fn_uptake_of_calcium_ion_by_mitochondria_16(X) = fn_carbon_skeleton_4(fn_uptake_of_calcium_ion_by_mitochondria_15(X))
& fn_uptake_of_calcium_ion_by_mitochondria_37(X) = fn_consume_1(fn_uptake_of_calcium_ion_by_mitochondria_33(X))
& fn_uptake_of_calcium_ion_by_mitochondria_51(X) = fn_endergonic_process_3(X)
& fn_uptake_of_calcium_ion_by_mitochondria_37(X) = fn_endergonic_process_4(X)
& fn_uptake_of_calcium_ion_by_mitochondria_77(X) = fn_active_transport_20(X)
& fn_uptake_of_calcium_ion_by_mitochondria_46(X) = fn_active_transport_21(X)
& fn_uptake_of_calcium_ion_by_mitochondria_31(X) = fn_active_movement_of_ions_18(X)
& fn_uptake_of_calcium_ion_by_mitochondria_35(X) = fn_active_movement_of_ions_19(X)
& fn_uptake_of_calcium_ion_by_mitochondria_14(X) = fn_cellular_work_13(X)
& fn_uptake_of_calcium_ion_by_mitochondria_52(X) = fn_cellular_work_14(X)
& fn_uptake_of_calcium_ion_by_mitochondria_36(X) = fn_cellular_work_15(X)
& fn_uptake_of_calcium_ion_by_mitochondria_66(X) = fn_cellular_work_10(X)
& fn_uptake_of_calcium_ion_by_mitochondria_34(X) = fn_cellular_work_12(X)
& fn_uptake_of_calcium_ion_by_mitochondria_33(X) = fn_cellular_work_11(X)
& fn_uptake_of_calcium_ion_by_mitochondria_23(X) = fn_active_movement_of_ions_5(X)
& fn_uptake_of_calcium_ion_by_mitochondria_24(X) = fn_active_movement_of_ions_6(X)
& fn_uptake_of_calcium_ion_by_mitochondria_44(X) = fn_functional_group_1(fn_uptake_of_calcium_ion_by_mitochondria_20(X))
& fn_uptake_of_calcium_ion_by_mitochondria_20(X) = fn_active_movement_of_ions_16(X)
& fn_uptake_of_calcium_ion_by_mitochondria_29(X) = fn_active_movement_of_ions_3(X)
& fn_uptake_of_calcium_ion_by_mitochondria_25(X) = fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_22(X) = fn_active_movement_of_ions_23(X)
& fn_uptake_of_calcium_ion_by_mitochondria_25(X) = fn_active_movement_of_ions_5(X)
& fn_uptake_of_calcium_ion_by_mitochondria_23(X) = fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_23(X) = fn_molecule_11(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_23(X) = fn_active_movement_of_ions_7(X)
& fn_uptake_of_calcium_ion_by_mitochondria_30(X) = fn_polymer_1(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_30(X) = fn_molecule_10(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_30(X) = fn_active_movement_of_ions_4(X)
& fn_uptake_of_calcium_ion_by_mitochondria_21(X) = fn_active_movement_of_ions_24(X)
& fn_uptake_of_calcium_ion_by_mitochondria_75(X) = fn_integral_protein_29(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_75(X) = fn_active_movement_of_ions_13(X)
& fn_uptake_of_calcium_ion_by_mitochondria_35(X) = fn_integral_protein_24(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_38(X) = fn_integral_protein_27(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_38(X) = fn_mitochondrion_110(fn_uptake_of_calcium_ion_by_mitochondria_43(X))
& fn_uptake_of_calcium_ion_by_mitochondria_31(X) = fn_mitochondrion_104(fn_uptake_of_calcium_ion_by_mitochondria_43(X))
& fn_uptake_of_calcium_ion_by_mitochondria_45(X) = fn_mitochondrion_51(fn_uptake_of_calcium_ion_by_mitochondria_43(X))
& fn_uptake_of_calcium_ion_by_mitochondria_75(X) = fn_mitochondrion_103(fn_uptake_of_calcium_ion_by_mitochondria_43(X))
& fn_uptake_of_calcium_ion_by_mitochondria_63(X) = fn_carrier_protein_19(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_63(X) = fn_mitochondrion_105(fn_uptake_of_calcium_ion_by_mitochondria_43(X))
& fn_uptake_of_calcium_ion_by_mitochondria_64(X) = fn_transport_protein_31(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_64(X) = fn_carrier_protein_17(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_64(X) = fn_mitochondrion_98(fn_uptake_of_calcium_ion_by_mitochondria_43(X))
& fn_uptake_of_calcium_ion_by_mitochondria_32(X) = fn_active_transport_22(X)
& fn_uptake_of_calcium_ion_by_mitochondria_35(X) = fn_active_transport_18(X)
& fn_uptake_of_calcium_ion_by_mitochondria_35(X) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_32(X) = fn_transport_protein_34(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_35(X) = fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_32(X) = fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_32(X) = fn_mitochondrion_97(fn_uptake_of_calcium_ion_by_mitochondria_43(X))
& fn_uptake_of_calcium_ion_by_mitochondria_35(X) = fn_mitochondrion_63(fn_uptake_of_calcium_ion_by_mitochondria_43(X))
& fn_uptake_of_calcium_ion_by_mitochondria_38(X) = fn_carrier_protein_16(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_11(X) = fn_carrier_protein_12(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_72(X) = fn_carrier_protein_10(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_10(X) = fn_carrier_protein_11(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_73(X) = fn_carrier_protein_9(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_9(X) = fn_carrier_protein_8(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_60(X) = fn_carrier_protein_13(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_65(X) = fn_carrier_protein_33(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_68(X) = fn_carrier_protein_39(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_69(X) = fn_transport_protein_20(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_69(X) = fn_carrier_protein_40(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_70(X) = fn_carrier_protein_35(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_67(X) = fn_carrier_protein_27(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_71(X) = fn_carrier_protein_25(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_28(X) = fn_carrier_protein_41(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_48(X) = fn_carrier_protein_38(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_47(X) = fn_carrier_protein_37(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_61(X) = fn_carrier_protein_42(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_19(X) = fn_carrier_protein_21(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_26(X) = fn_carrier_protein_31(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_22(X) = fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_18(X) = fn_carrier_protein_24(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_27(X) = fn_integral_protein_6(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_74(X) = fn_integral_protein_23(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_27(X) = fn_carrier_protein_30(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_76(X) = fn_active_movement_of_ions_14(X)
& fn_uptake_of_calcium_ion_by_mitochondria_76(X) = fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_44(X) = fn_active_movement_of_ions_10(X)
& fn_uptake_of_calcium_ion_by_mitochondria_74(X) = fn_active_movement_of_ions_12(X)
& fn_uptake_of_calcium_ion_by_mitochondria_74(X) = fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_uptake_of_calcium_ion_by_mitochondria_17(X) = fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_mitochondria_13(X))
& fn_uptake_of_calcium_ion_by_mitochondria_17(X) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& fn_uptake_of_calcium_ion_by_mitochondria_13(X) = fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& fn_uptake_of_calcium_ion_by_mitochondria_17(X) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& fn_uptake_of_calcium_ion_by_mitochondria_55(X) = fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_mitochondria_13(X))
& fn_uptake_of_calcium_ion_by_mitochondria_55(X) = fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& fn_uptake_of_calcium_ion_by_mitochondria_59(X) = fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& fn_uptake_of_calcium_ion_by_mitochondria_13(X) = fn_molecule_10(fn_uptake_of_calcium_ion_by_mitochondria_66(X))
& fn_uptake_of_calcium_ion_by_mitochondria_51(X) = fn_consume_2(fn_uptake_of_calcium_ion_by_mitochondria_33(X))
& fn_uptake_of_calcium_ion_by_mitochondria_54(X) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& fn_uptake_of_calcium_ion_by_mitochondria_54(X) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& fn_uptake_of_calcium_ion_by_mitochondria_36(X) = fn_chemical_bond_2(fn_uptake_of_calcium_ion_by_mitochondria_13(X))
& fn_uptake_of_calcium_ion_by_mitochondria_39(X) = fn_solution_5(fn_uptake_of_calcium_ion_by_mitochondria_46(X))
& fn_uptake_of_calcium_ion_by_mitochondria_41(X) = fn_solution_5(fn_uptake_of_calcium_ion_by_mitochondria_77(X))
& fn_uptake_of_calcium_ion_by_mitochondria_40(X) = fn_solution_6(fn_uptake_of_calcium_ion_by_mitochondria_46(X))
& fn_uptake_of_calcium_ion_by_mitochondria_40(X) = fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_mitochondria_46(X))
& fn_uptake_of_calcium_ion_by_mitochondria_42(X) = fn_solution_6(fn_uptake_of_calcium_ion_by_mitochondria_77(X))
& fn_uptake_of_calcium_ion_by_mitochondria_42(X) = fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_mitochondria_77(X))
& fn_uptake_of_calcium_ion_by_mitochondria_24(X) = fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_mitochondria_20(X))
& fn_uptake_of_calcium_ion_by_mitochondria_30(X) = fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_mitochondria_20(X))
& fn_uptake_of_calcium_ion_by_mitochondria_25(X) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_20(X))
& fn_uptake_of_calcium_ion_by_mitochondria_29(X) = fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_mitochondria_20(X))
& fn_uptake_of_calcium_ion_by_mitochondria_23(X) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_20(X))
& fn_nucleoside_5(fn_uptake_of_calcium_ion_by_mitochondria_53(X)) = fn_5_prime_carbon_1(fn_uptake_of_calcium_ion_by_mitochondria_12(X))
& fn_5_prime_carbon_1(fn_uptake_of_calcium_ion_by_mitochondria_12(X)) = fn_consume_1(fn_uptake_of_calcium_ion_by_mitochondria_33(X))
& fn_consume_1(fn_uptake_of_calcium_ion_by_mitochondria_33(X)) = fn_consume_1(fn_uptake_of_calcium_ion_by_mitochondria_33(X))
& fn_consume_1(fn_uptake_of_calcium_ion_by_mitochondria_33(X)) = fn_endergonic_process_4(X)
& fn_endergonic_process_4(X) = fn_endergonic_process_4(X)
& fn_endergonic_process_4(X) = fn_active_movement_of_ions_18(X)
& fn_active_movement_of_ions_18(X) = fn_mitochondrion_104(fn_uptake_of_calcium_ion_by_mitochondria_43(X))
& fn_mitochondrion_104(fn_uptake_of_calcium_ion_by_mitochondria_43(X)) = fn_cellular_work_2(X)
& fn_cellular_work_2(X) = fn_mitochondrion_51(fn_uptake_of_calcium_ion_by_mitochondria_43(X))
& fn_mitochondrion_51(fn_uptake_of_calcium_ion_by_mitochondria_43(X)) = fn_integral_protein_29(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_active_movement_of_ions_13(X) = fn_integral_protein_29(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_integral_protein_29(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_active_movement_of_ions_13(X)
& fn_active_movement_of_ions_13(X) = fn_active_movement_of_ions_13(X)
& fn_active_movement_of_ions_13(X) = fn_mitochondrion_103(fn_uptake_of_calcium_ion_by_mitochondria_43(X))
& fn_mitochondrion_103(fn_uptake_of_calcium_ion_by_mitochondria_43(X)) = fn_carrier_protein_19(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_19(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_mitochondrion_105(fn_uptake_of_calcium_ion_by_mitochondria_43(X))
& fn_mitochondrion_105(fn_uptake_of_calcium_ion_by_mitochondria_43(X)) = fn_carrier_protein_17(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_17(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_transport_protein_31(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_transport_protein_31(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_carrier_protein_17(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_17(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_carrier_protein_17(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_mitochondrion_98(fn_uptake_of_calcium_ion_by_mitochondria_43(X)) = fn_carrier_protein_17(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_17(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_mitochondrion_98(fn_uptake_of_calcium_ion_by_mitochondria_43(X))
& fn_mitochondrion_98(fn_uptake_of_calcium_ion_by_mitochondria_43(X)) = fn_active_transport_22(X)
& fn_active_transport_22(X) = fn_transport_protein_34(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_transport_protein_34(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_transport_protein_34(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_transport_protein_34(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_active_transport_22(X)
& fn_active_transport_22(X) = fn_active_transport_22(X)
& fn_active_transport_22(X) = fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_mitochondrion_97(fn_uptake_of_calcium_ion_by_mitochondria_43(X)) = fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_4(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_mitochondrion_97(fn_uptake_of_calcium_ion_by_mitochondria_43(X))
& fn_mitochondrion_97(fn_uptake_of_calcium_ion_by_mitochondria_43(X)) = fn_integral_protein_24(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_integral_protein_24(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_integral_protein_24(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_integral_protein_24(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_active_transport_18(X)
& fn_active_transport_18(X) = fn_integral_protein_24(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_transport_protein_35(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_integral_protein_24(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_integral_protein_24(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_active_movement_of_ions_19(X) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_transport_protein_35(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_transport_protein_35(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_transport_protein_35(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_active_movement_of_ions_19(X)
& fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_active_movement_of_ions_19(X)
& fn_active_movement_of_ions_19(X) = fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_mitochondrion_63(fn_uptake_of_calcium_ion_by_mitochondria_43(X)) = fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_18(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_mitochondrion_63(fn_uptake_of_calcium_ion_by_mitochondria_43(X))
& fn_mitochondrion_63(fn_uptake_of_calcium_ion_by_mitochondria_43(X)) = fn_mitochondrion_63(fn_uptake_of_calcium_ion_by_mitochondria_43(X))
& fn_mitochondrion_63(fn_uptake_of_calcium_ion_by_mitochondria_43(X)) = fn_integral_protein_27(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_integral_protein_27(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_mitochondrion_110(fn_uptake_of_calcium_ion_by_mitochondria_43(X))
& fn_mitochondrion_110(fn_uptake_of_calcium_ion_by_mitochondria_43(X)) = fn_mitochondrion_110(fn_uptake_of_calcium_ion_by_mitochondria_43(X))
& fn_mitochondrion_110(fn_uptake_of_calcium_ion_by_mitochondria_43(X)) = fn_carrier_protein_16(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_16(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_transport_protein_20(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_40(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_carrier_protein_40(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_40(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_transport_protein_20(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_transport_protein_20(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_carrier_protein_40(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_40(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_active_movement_of_ions_23(X) = fn_active_movement_of_ions_23(X)
& fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_active_movement_of_ions_23(X)
& fn_active_movement_of_ions_23(X) = fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_34(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_carrier_protein_30(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_30(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_integral_protein_6(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_integral_protein_6(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_carrier_protein_30(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_30(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_active_movement_of_ions_14(X)
& fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_active_movement_of_ions_14(X)
& fn_active_movement_of_ions_14(X) = fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_22(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_active_movement_of_ions_12(X)
& fn_active_movement_of_ions_12(X) = fn_integral_protein_23(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_integral_protein_23(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_active_movement_of_ions_12(X)
& fn_active_movement_of_ions_12(X) = fn_active_movement_of_ions_12(X)
& fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_active_movement_of_ions_12(X)
& fn_active_movement_of_ions_12(X) = fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_23(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_active_movement_of_ions_10(X)
& fn_active_movement_of_ions_10(X) = fn_functional_group_1(fn_uptake_of_calcium_ion_by_mitochondria_20(X))
& fn_functional_group_1(fn_uptake_of_calcium_ion_by_mitochondria_20(X)) = fn_active_movement_of_ions_10(X)
& fn_active_movement_of_ions_10(X) = fn_active_movement_of_ions_10(X)
& fn_active_movement_of_ions_10(X) = fn_carbon_skeleton_2(fn_uptake_of_calcium_ion_by_mitochondria_15(X))
& fn_carbon_skeleton_2(fn_uptake_of_calcium_ion_by_mitochondria_15(X)) = fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_mitochondria_13(X))
& fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_mitochondria_13(X)) = fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_mitochondria_13(X))
& fn_covalent_bond_20(fn_uptake_of_calcium_ion_by_mitochondria_13(X)) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_56(X))
& fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_58(X)) = fn_carbon_skeleton_2(fn_uptake_of_calcium_ion_by_mitochondria_15(X))
& fn_carbon_skeleton_2(fn_uptake_of_calcium_ion_by_mitochondria_15(X)) = fn_carbon_skeleton_2(fn_uptake_of_calcium_ion_by_mitochondria_15(X))
& fn_carbon_skeleton_2(fn_uptake_of_calcium_ion_by_mitochondria_15(X)) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_57(X)) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_56(X))
& fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_56(X)) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_58(X))
& fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_58(X)) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_58(X))
& fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_58(X)) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_57(X)) = fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_mitochondria_56(X))
& fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_mitochondria_56(X)) = fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_mitochondria_57(X)) = fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_mitochondria_57(X)) = fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_mitochondria_13(X))
& fn_covalent_bond_19(fn_uptake_of_calcium_ion_by_mitochondria_13(X)) = fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_mitochondria_57(X)) = fn_consume_2(fn_uptake_of_calcium_ion_by_mitochondria_33(X))
& fn_consume_2(fn_uptake_of_calcium_ion_by_mitochondria_33(X)) = fn_endergonic_process_3(X)
& fn_endergonic_process_3(X) = fn_consume_2(fn_uptake_of_calcium_ion_by_mitochondria_33(X))
& fn_consume_2(fn_uptake_of_calcium_ion_by_mitochondria_33(X)) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_56(X))
& fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_56(X)) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_57(X)) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_57(X)) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_57(X)) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_57(X)) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_57(X)) = fn_cellular_work_15(X)
& fn_cellular_work_15(X) = fn_cellular_work_15(X)
& fn_cellular_work_15(X) = fn_chemical_bond_2(fn_uptake_of_calcium_ion_by_mitochondria_13(X))
& fn_chemical_bond_2(fn_uptake_of_calcium_ion_by_mitochondria_13(X)) = fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_mitochondria_57(X)) = fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_mitochondria_57(X))
& fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_mitochondria_57(X)) = fn_molecule_10(fn_uptake_of_calcium_ion_by_mitochondria_66(X))
& fn_molecule_10(fn_uptake_of_calcium_ion_by_mitochondria_66(X)) = fn_solution_6(fn_uptake_of_calcium_ion_by_mitochondria_46(X))
& fn_solution_6(fn_uptake_of_calcium_ion_by_mitochondria_46(X)) = fn_solution_6(fn_uptake_of_calcium_ion_by_mitochondria_46(X))
& fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_mitochondria_46(X)) = fn_solution_6(fn_uptake_of_calcium_ion_by_mitochondria_46(X))
& fn_solution_6(fn_uptake_of_calcium_ion_by_mitochondria_46(X)) = fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_mitochondria_46(X))
& fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_mitochondria_46(X)) = fn_solution_6(fn_uptake_of_calcium_ion_by_mitochondria_77(X))
& fn_solution_6(fn_uptake_of_calcium_ion_by_mitochondria_77(X)) = fn_solution_6(fn_uptake_of_calcium_ion_by_mitochondria_77(X))
& fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_mitochondria_77(X)) = fn_solution_6(fn_uptake_of_calcium_ion_by_mitochondria_77(X))
& fn_solution_6(fn_uptake_of_calcium_ion_by_mitochondria_77(X)) = fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_mitochondria_77(X))
& fn_aqueous_solution_14(fn_uptake_of_calcium_ion_by_mitochondria_77(X)) = fn_active_movement_of_ions_6(X)
& fn_active_movement_of_ions_6(X) = fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_mitochondria_20(X))
& fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_mitochondria_20(X)) = fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_mitochondria_20(X))
& fn_phosphate_group_6(fn_uptake_of_calcium_ion_by_mitochondria_20(X)) = fn_active_movement_of_ions_5(X)
& fn_active_movement_of_ions_5(X) = fn_active_movement_of_ions_5(X)
& fn_active_movement_of_ions_5(X) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_20(X))
& fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_20(X)) = fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_20(X))
& fn_phosphate_group_22(fn_uptake_of_calcium_ion_by_mitochondria_20(X)) = fn_molecule_10(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_molecule_10(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_polymer_1(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_polymer_1(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_molecule_10(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_molecule_10(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_molecule_10(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_active_movement_of_ions_4(X) = fn_molecule_10(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_molecule_10(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_active_movement_of_ions_4(X)
& fn_active_movement_of_ions_4(X) = fn_active_movement_of_ions_4(X)
& fn_active_movement_of_ions_4(X) = fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_mitochondria_20(X))
& fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_mitochondria_20(X)) = fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_mitochondria_20(X))
& fn_phosphate_group_37(fn_uptake_of_calcium_ion_by_mitochondria_20(X)) = fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_molecule_11(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_molecule_11(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_active_movement_of_ions_5(X) = fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_mitochondria_44(X))
& fn_carrier_protein_32(fn_uptake_of_calcium_ion_by_mitochondria_44(X)) = fn_active_movement_of_ions_5(X)
& fn_active_movement_of_ions_5(X) = fn_active_movement_of_ions_7(X)
& fn_active_movement_of_ions_7(X) = fn_active_movement_of_ions_7(X)
& fn_active_movement_of_ions_7(X) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_20(X))
& fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_20(X)) = fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_20(X))
& fn_phosphate_group_5(fn_uptake_of_calcium_ion_by_mitochondria_20(X)) = fn_active_movement_of_ions_3(X)
& fn_active_movement_of_ions_3(X) = fn_active_movement_of_ions_3(X)
& fn_active_movement_of_ions_3(X) = fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_mitochondria_20(X))
& fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_mitochondria_20(X)) = fn_phosphate_group_41(fn_uptake_of_calcium_ion_by_mitochondria_20(X)) ) ) ).
fof(a533554,axiom,
! [X] :
( uptake_of_cholesterol_by_human_cell_1(X)
=> ( original_name_2(X,'Uptake-Of-Cholesterol-By-Human-Cell')
& user_description_2(X,'Human cells use the process to take in cholesterol for use in the synthesis of membranes and as a precursor for the synthesis of other steroids.')
& concept2words_2(X,'cholesterol uptake')
& concept2words_2(X,absorb)
& concept2words_2(X,transport)
& concept2words_2(X,'uptake of cholesterol by human cell')
& concept2words_2(X,'uptake-of-cholesterol-by-human-cell')
& receptor_mediated_endocytosis_1(X)
& cholesterol_1(fn_uptake_of_cholesterol_by_human_cell_1(X))
& human_cell_1(fn_uptake_of_cholesterol_by_human_cell_2(X))
& cellular_work_1(fn_eukaryotic_cell_32(fn_uptake_of_cholesterol_by_human_cell_2(X)))
& agent_2(X,fn_uptake_of_cholesterol_by_human_cell_2(X))
& object_2(X,fn_uptake_of_cholesterol_by_human_cell_1(X))
& base_2(X,fn_uptake_of_cholesterol_by_human_cell_2(X))
& fn_uptake_of_cholesterol_by_human_cell_1(X) = fn_receptor_mediated_endocytosis_85(X)
& X = fn_eukaryotic_cell_32(fn_uptake_of_cholesterol_by_human_cell_2(X)) ) ) ).
fof(a533555,axiom,
! [X] :
( uptake_of_hydrogen_ion_by_base_1(X)
=> ( original_name_2(X,'Uptake-Of-Hydrogen-Ion-By-Base')
& user_description_2(X,'The process by which a base, with its OH- functional group, takes up a hydrogen ion (H+) to form water and a salt.')
& concept2words_2(X,'neutralization of base')
& concept2words_2(X,'neutralization-of-base')
& concept2words_2(X,absorb)
& concept2words_2(X,'uptake of hydrogen ion by base')
& concept2words_2(X,'uptake-of-hydrogen-ion-by-base')
& general_chemical_process_1(X)
& chemical_entity_1(fn_uptake_of_hydrogen_ion_by_base_1(X))
& water_1(fn_uptake_of_hydrogen_ion_by_base_2(X))
& property_value_1(fn_uptake_of_hydrogen_ion_by_base_4(X))
& hydrogen_ion_1(fn_uptake_of_hydrogen_ion_by_base_5(X))
& add_1(fn_uptake_of_hydrogen_ion_by_base_8(X))
& spatial_entity_1(fn_uptake_of_hydrogen_ion_by_base_9(X))
& chemical_1(fn_uptake_of_hydrogen_ion_by_base_9(X))
& base_1(fn_uptake_of_hydrogen_ion_by_base_9(X))
& basic_solution_1(fn_uptake_of_hydrogen_ion_by_base_10(X))
& increase_1(fn_uptake_of_hydrogen_ion_by_base_11(X))
& decrease_1(fn_uptake_of_hydrogen_ion_by_base_12(X))
& quantity_value_1(fn_uptake_of_hydrogen_ion_by_base_13(X))
& quantity_value_1(fn_uptake_of_hydrogen_ion_by_base_14(X))
& spatial_entity_1(fn_add_1(fn_uptake_of_hydrogen_ion_by_base_8(X)))
& property_node_1(fn_decrease_1(fn_uptake_of_hydrogen_ion_by_base_12(X)))
& property_value_1(fn_decrease_4(fn_uptake_of_hydrogen_ion_by_base_12(X)))
& property_node_1(fn_increase_1(fn_uptake_of_hydrogen_ion_by_base_11(X)))
& property_node_1(fn_increase_2(fn_uptake_of_hydrogen_ion_by_base_11(X)))
& property_value_1(fn_increase_3(fn_uptake_of_hydrogen_ion_by_base_11(X)))
& property_value_1(fn_increase_4(fn_uptake_of_hydrogen_ion_by_base_11(X)))
& spatial_entity_1(fn_add_2(fn_uptake_of_hydrogen_ion_by_base_8(X)))
& chemical_1(fn_solution_6(fn_uptake_of_hydrogen_ion_by_base_10(X)))
& chemical_1(fn_basic_solution_23(fn_uptake_of_hydrogen_ion_by_base_10(X)))
& base_1(fn_basic_solution_23(fn_uptake_of_hydrogen_ion_by_base_10(X)))
& result_2(X,fn_uptake_of_hydrogen_ion_by_base_1(X))
& base_2(X,fn_uptake_of_hydrogen_ion_by_base_9(X))
& subevent_2(X,fn_uptake_of_hydrogen_ion_by_base_8(X))
& greater_than_or_equal_to_2(fn_uptake_of_hydrogen_ion_by_base_14(X),fn_uptake_of_hydrogen_ion_by_base_13(X))
& greater_than_2(fn_uptake_of_hydrogen_ion_by_base_14(X),fn_uptake_of_hydrogen_ion_by_base_13(X))
& agent_2(fn_uptake_of_hydrogen_ion_by_base_12(X),fn_uptake_of_hydrogen_ion_by_base_9(X))
& agent_2(fn_uptake_of_hydrogen_ion_by_base_11(X),fn_uptake_of_hydrogen_ion_by_base_9(X))
& result_2(fn_uptake_of_hydrogen_ion_by_base_8(X),fn_uptake_of_hydrogen_ion_by_base_2(X))
& result_2(fn_uptake_of_hydrogen_ion_by_base_8(X),fn_uptake_of_hydrogen_ion_by_base_1(X))
& greater_than_or_equal_to_2(fn_uptake_of_hydrogen_ion_by_base_4(X),fn_uptake_of_hydrogen_ion_by_base_14(X))
& object_2(fn_uptake_of_hydrogen_ion_by_base_8(X),fn_uptake_of_hydrogen_ion_by_base_5(X))
& base_2(fn_uptake_of_hydrogen_ion_by_base_8(X),fn_uptake_of_hydrogen_ion_by_base_9(X))
& from_value_2(fn_uptake_of_hydrogen_ion_by_base_11(X),fn_uptake_of_hydrogen_ion_by_base_14(X))
& to_value_2(fn_uptake_of_hydrogen_ion_by_base_12(X),fn_uptake_of_hydrogen_ion_by_base_13(X))
& has_part_2(fn_uptake_of_hydrogen_ion_by_base_10(X),fn_uptake_of_hydrogen_ion_by_base_9(X))
& has_solute_2(fn_uptake_of_hydrogen_ion_by_base_10(X),fn_uptake_of_hydrogen_ion_by_base_9(X))
& to_value_2(fn_uptake_of_hydrogen_ion_by_base_11(X),fn_uptake_of_hydrogen_ion_by_base_4(X))
& greater_than_2(fn_uptake_of_hydrogen_ion_by_base_4(X),fn_uptake_of_hydrogen_ion_by_base_14(X))
& fn_uptake_of_hydrogen_ion_by_base_5(X) = fn_add_1(fn_uptake_of_hydrogen_ion_by_base_8(X))
& fn_uptake_of_hydrogen_ion_by_base_9(X) = fn_add_2(fn_uptake_of_hydrogen_ion_by_base_8(X))
& fn_uptake_of_hydrogen_ion_by_base_7(X) = fn_decrease_1(fn_uptake_of_hydrogen_ion_by_base_12(X))
& fn_uptake_of_hydrogen_ion_by_base_13(X) = fn_decrease_4(fn_uptake_of_hydrogen_ion_by_base_12(X))
& fn_uptake_of_hydrogen_ion_by_base_9(X) = fn_solution_6(fn_uptake_of_hydrogen_ion_by_base_10(X))
& fn_uptake_of_hydrogen_ion_by_base_9(X) = fn_basic_solution_23(fn_uptake_of_hydrogen_ion_by_base_10(X))
& fn_uptake_of_hydrogen_ion_by_base_3(X) = fn_increase_1(fn_uptake_of_hydrogen_ion_by_base_11(X))
& fn_uptake_of_hydrogen_ion_by_base_6(X) = fn_increase_2(fn_uptake_of_hydrogen_ion_by_base_11(X))
& fn_uptake_of_hydrogen_ion_by_base_14(X) = fn_increase_3(fn_uptake_of_hydrogen_ion_by_base_11(X))
& fn_uptake_of_hydrogen_ion_by_base_4(X) = fn_increase_4(fn_uptake_of_hydrogen_ion_by_base_11(X))
& fn_add_2(fn_uptake_of_hydrogen_ion_by_base_8(X)) = fn_solution_6(fn_uptake_of_hydrogen_ion_by_base_10(X))
& fn_basic_solution_23(fn_uptake_of_hydrogen_ion_by_base_10(X)) = fn_solution_6(fn_uptake_of_hydrogen_ion_by_base_10(X))
& fn_solution_6(fn_uptake_of_hydrogen_ion_by_base_10(X)) = fn_basic_solution_23(fn_uptake_of_hydrogen_ion_by_base_10(X)) ) ) ).
fof(a533556,axiom,
! [X] :
( uptake_of_nutrient_by_cell_using_proton_pump_1(X)
=> ( original_name_2(X,'Uptake-Of-Nutrient-By-Cell-Using-Proton-Pump')
& user_description_2(X,'The voltage and H+ gradient represents a dual energy source that can drive other processes, such as the uptake of nutrients.')
& concept2words_2(X,absorb)
& concept2words_2(X,'uptake of nutrient by cell using proton pump')
& concept2words_2(X,'uptake-of-nutrient-by-cell-using-proton-pump')
& cotransport_using_proton_pump_1(X)
& nutrient_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_1(X))
& energy_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_2(X))
& entity_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_2(X))
& free_energy_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_2(X))
& tangible_entity_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_3(X))
& spatial_entity_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_3(X))
& chemical_entity_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_3(X))
& hydrogen_ion_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_3(X))
& tangible_entity_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_4(X))
& spatial_entity_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_4(X))
& chemical_entity_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_4(X))
& passive_transport_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X))
& exergonic_process_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X))
& facilitated_diffusion_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X))
& endergonic_process_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X))
& work_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X))
& cellular_work_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X))
& active_transport_using_atp_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X))
& membrane_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X))
& spatial_entity_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X))
& biomembrane_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X))
& tangible_entity_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& membrane_protein_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& protein_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& chemical_entity_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& polymer_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& integral_protein_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& carrier_protein_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& transport_protein_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& cotransporter_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& cell_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_9(X))
& facilitated_diffusion_1(fn_transport_protein_28(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)))
& spatial_entity_1(fn_facilitated_diffusion_26(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)))
& tangible_entity_1(fn_facilitated_diffusion_26(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)))
& chemical_entity_1(fn_facilitated_diffusion_26(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)))
& cell_1(fn_cellular_work_2(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)))
& cell_1(fn_passive_transport_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)))
& cell_1(fn_cotransporter_9(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)))
& spatial_entity_1(fn_active_transport_using_atp_46(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)))
& chemical_entity_1(fn_active_transport_using_atp_46(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)))
& tangible_entity_1(fn_cotransporter_6(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)))
& spatial_entity_1(fn_cotransporter_6(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)))
& chemical_entity_1(fn_cotransporter_6(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)))
& spatial_entity_1(fn_facilitated_diffusion_49(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)))
& biomembrane_1(fn_facilitated_diffusion_49(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)))
& membrane_1(fn_active_transport_using_atp_32(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)))
& spatial_entity_1(fn_active_transport_using_atp_32(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)))
& biomembrane_1(fn_active_transport_using_atp_32(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)))
& membrane_1(fn_carrier_protein_18(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)))
& biomembrane_1(fn_carrier_protein_18(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)))
& spatial_entity_1(fn_transport_protein_35(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)))
& biomembrane_1(fn_transport_protein_35(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)))
& membrane_1(fn_cotransporter_4(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)))
& spatial_entity_1(fn_cotransporter_4(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)))
& biomembrane_1(fn_cotransporter_4(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)))
& endergonic_process_1(fn_cotransporter_16(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)))
& work_1(fn_cotransporter_16(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)))
& cellular_work_1(fn_cotransporter_16(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)))
& active_transport_using_atp_1(fn_cotransporter_16(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)))
& energy_1(fn_work_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)))
& free_energy_1(fn_exergonic_process_3(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)))
& entity_1(fn_active_transport_using_atp_25(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)))
& free_energy_1(fn_active_transport_using_atp_25(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)))
& free_energy_1(fn_passive_transport_17(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)))
& energy_1(fn_cotransporter_10(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)))
& entity_1(fn_cotransporter_10(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)))
& free_energy_1(fn_cotransporter_10(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)))
& transport_protein_1(fn_facilitated_diffusion_25(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)))
& tangible_entity_1(fn_active_transport_using_atp_48(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)))
& membrane_protein_1(fn_active_transport_using_atp_48(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)))
& protein_1(fn_active_transport_using_atp_48(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)))
& chemical_entity_1(fn_active_transport_using_atp_48(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)))
& polymer_1(fn_active_transport_using_atp_48(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)))
& integral_protein_1(fn_active_transport_using_atp_48(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)))
& transport_protein_1(fn_active_transport_using_atp_48(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)))
& carrier_protein_1(fn_active_transport_using_atp_48(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)))
& cotransport_1(fn_cotransporter_12(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)))
& base_2(X,fn_uptake_of_nutrient_by_cell_using_proton_pump_9(X))
& plays_2(fn_uptake_of_nutrient_by_cell_using_proton_pump_4(X),fn_uptake_of_nutrient_by_cell_using_proton_pump_1(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_4(X) != fn_uptake_of_nutrient_by_cell_using_proton_pump_3(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_3(X) != fn_uptake_of_nutrient_by_cell_using_proton_pump_4(X)
& object_2(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X),fn_uptake_of_nutrient_by_cell_using_proton_pump_4(X))
& base_2(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X),fn_uptake_of_nutrient_by_cell_using_proton_pump_9(X))
& result_2(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X),fn_uptake_of_nutrient_by_cell_using_proton_pump_2(X))
& called_2(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X),'AT2')
& instrument_2(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X),fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& subevent_2(X,fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X))
& object_2(X,fn_uptake_of_nutrient_by_cell_using_proton_pump_3(X))
& object_2(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X),fn_uptake_of_nutrient_by_cell_using_proton_pump_3(X))
& path_2(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X),fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X))
& path_2(X,fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X))
& base_2(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X),fn_uptake_of_nutrient_by_cell_using_proton_pump_9(X))
& agent_2(X,fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& has_part_2(fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X),fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& path_2(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X),fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X))
& subevent_2(X,fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X))
& object_2(X,fn_uptake_of_nutrient_by_cell_using_proton_pump_4(X))
& has_function_2(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X),X)
& object_2(X,fn_uptake_of_nutrient_by_cell_using_proton_pump_2(X))
& raw_material_2(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X),fn_uptake_of_nutrient_by_cell_using_proton_pump_2(X))
& agent_2(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X),fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& is_across_2(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X),fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_4(X) = fn_active_transport_using_atp_46(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_9(X) = fn_passive_transport_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_2(X) = fn_exergonic_process_3(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_2(X) = fn_passive_transport_17(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X) = fn_transport_protein_28(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X) = fn_cotransport_using_proton_pump_14(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_3(X) = fn_facilitated_diffusion_26(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X) = fn_cotransport_using_proton_pump_20(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_3(X) = fn_cotransport_using_proton_pump_11(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_9(X) = fn_cellular_work_2(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_9(X) = fn_cotransport_59(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_9(X) = fn_cotransporter_9(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_4(X) = fn_cotransporter_6(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X) = fn_carrier_protein_18(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X) = fn_transport_protein_35(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X) = fn_facilitated_diffusion_25(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X) = fn_facilitated_diffusion_49(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X) = fn_active_transport_using_atp_32(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X) = fn_cotransport_18(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X) = fn_cotransporter_4(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X) = fn_active_transport_using_atp_48(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_2(X) = fn_work_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_2(X) = fn_active_transport_using_atp_25(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X) = fn_cotransport_15(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X) = fn_cotransporter_16(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_2(X) = fn_cotransport_13(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_2(X) = fn_cotransporter_10(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X) = fn_cotransport_53(X)
& X = fn_cotransporter_12(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& fn_cotransport_using_proton_pump_20(X) = fn_transport_protein_28(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& fn_transport_protein_28(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)) = fn_cotransport_using_proton_pump_20(X)
& fn_cotransport_using_proton_pump_20(X) = fn_cotransport_using_proton_pump_20(X)
& fn_cotransport_using_proton_pump_20(X) = fn_facilitated_diffusion_26(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X))
& fn_facilitated_diffusion_26(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)) = fn_cotransport_using_proton_pump_11(X)
& fn_cotransport_using_proton_pump_11(X) = fn_cotransport_using_proton_pump_11(X)
& fn_cotransport_using_proton_pump_11(X) = fn_passive_transport_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X))
& fn_passive_transport_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)) = fn_cellular_work_2(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X))
& fn_cellular_work_2(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)) = fn_passive_transport_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X))
& fn_passive_transport_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)) = fn_cotransport_59(X)
& fn_cotransport_59(X) = fn_cotransport_59(X)
& fn_cotransport_59(X) = fn_cotransporter_9(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& fn_cotransporter_9(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)) = fn_active_transport_using_atp_46(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X))
& fn_active_transport_using_atp_46(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)) = fn_cotransporter_6(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& fn_cotransporter_6(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)) = fn_facilitated_diffusion_49(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X))
& fn_active_transport_using_atp_32(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)) = fn_facilitated_diffusion_49(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X))
& fn_facilitated_diffusion_49(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)) = fn_facilitated_diffusion_49(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X))
& fn_facilitated_diffusion_49(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)) = fn_active_transport_using_atp_32(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X))
& fn_active_transport_using_atp_32(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)) = fn_active_transport_using_atp_32(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X))
& fn_active_transport_using_atp_32(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)) = fn_carrier_protein_18(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& fn_carrier_protein_18(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)) = fn_active_transport_using_atp_32(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X))
& fn_active_transport_using_atp_32(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)) = fn_cotransport_18(X)
& fn_cotransport_18(X) = fn_carrier_protein_18(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& fn_carrier_protein_18(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)) = fn_cotransport_18(X)
& fn_cotransport_18(X) = fn_cotransport_18(X)
& fn_transport_protein_35(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)) = fn_cotransport_18(X)
& fn_cotransport_18(X) = fn_transport_protein_35(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& fn_cotransport_using_proton_pump_14(X) = fn_transport_protein_35(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& fn_transport_protein_35(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)) = fn_cotransport_using_proton_pump_14(X)
& fn_cotransport_using_proton_pump_14(X) = fn_cotransporter_4(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& fn_cotransporter_4(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)) = fn_cotransporter_4(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& fn_cotransporter_4(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)) = fn_cotransport_15(X)
& fn_cotransport_15(X) = fn_cotransport_15(X)
& fn_cotransporter_16(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)) = fn_cotransport_15(X)
& fn_cotransport_15(X) = fn_cotransporter_16(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& fn_cotransporter_16(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)) = fn_exergonic_process_3(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X))
& fn_exergonic_process_3(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)) = fn_work_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X))
& fn_work_1(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)) = fn_exergonic_process_3(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X))
& fn_exergonic_process_3(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)) = fn_active_transport_using_atp_25(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X))
& fn_passive_transport_17(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)) = fn_active_transport_using_atp_25(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X))
& fn_active_transport_using_atp_25(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)) = fn_passive_transport_17(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X))
& fn_passive_transport_17(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)) = fn_cotransport_13(X)
& fn_cotransport_13(X) = fn_cotransport_13(X)
& fn_cotransporter_10(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)) = fn_cotransport_13(X)
& fn_cotransport_13(X) = fn_cotransporter_10(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X))
& fn_cotransporter_10(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)) = fn_facilitated_diffusion_25(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X))
& fn_facilitated_diffusion_25(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)) = fn_facilitated_diffusion_25(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X))
& fn_facilitated_diffusion_25(fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)) = fn_active_transport_using_atp_48(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X))
& fn_active_transport_using_atp_48(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)) = fn_active_transport_using_atp_48(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X))
& fn_cotransport_53(X) = fn_active_transport_using_atp_48(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X))
& fn_active_transport_using_atp_48(fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)) = fn_cotransport_53(X)
& fn_cotransport_53(X) = fn_cotransport_53(X)
& fn_cotransporter_12(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)) = fn_cotransporter_12(fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)) ) ) ).
fof(a533557,axiom,
! [X] :
( uptake_of_nutrient_by_plant_cell_using_proton_pump_1(X)
=> ( original_name_2(X,'Uptake-Of-Nutrient-By-Plant-Cell-Using-Proton-Pump')
& user_description_2(X,'The voltage and H+ gradient represents a dual energy source that can drive other processes, such as the uptake of nutrients.')
& concept2words_2(X,absorb)
& concept2words_2(X,'uptake of nutrient by plant cell using proton pump')
& concept2words_2(X,'uptake-of-nutrient-by-plant-cell-using-proton-pump')
& uptake_of_nutrient_by_cell_using_proton_pump_1(X)
& energy_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_1(X))
& entity_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_1(X))
& free_energy_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_1(X))
& tangible_entity_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_2(X))
& spatial_entity_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_2(X))
& chemical_entity_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_2(X))
& hydrogen_ion_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_2(X))
& tangible_entity_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_3(X))
& spatial_entity_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_3(X))
& chemical_entity_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_3(X))
& passive_transport_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(X))
& exergonic_process_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(X))
& facilitated_diffusion_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(X))
& endergonic_process_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(X))
& work_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(X))
& cellular_work_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(X))
& active_transport_using_atp_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(X))
& membrane_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_6(X))
& spatial_entity_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_6(X))
& biomembrane_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_6(X))
& molecule_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_7(X))
& spatial_entity_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_7(X))
& tangible_entity_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_7(X))
& membrane_protein_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_7(X))
& protein_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_7(X))
& chemical_entity_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_7(X))
& polymer_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_7(X))
& integral_protein_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_7(X))
& carrier_protein_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_7(X))
& transport_protein_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_7(X))
& cotransporter_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_7(X))
& cell_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_8(X))
& plant_cell_1(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_8(X))
& cellular_work_1(fn_plant_cell_15(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_8(X)))
& base_2(X,fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_8(X))
& base_2(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(X),fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_8(X))
& base_2(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(X),fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_8(X))
& subevent_2(X,fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(X))
& instrument_2(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(X),fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_7(X))
& path_2(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(X),fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_6(X))
& path_2(X,fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_6(X))
& subevent_2(X,fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(X))
& called_2(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(X),'AT2')
& agent_2(X,fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_7(X))
& has_function_2(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_7(X),X)
& object_2(X,fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_3(X))
& object_2(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(X),fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_3(X))
& path_2(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(X),fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_6(X))
& result_2(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(X),fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_1(X))
& object_2(X,fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_1(X))
& raw_material_2(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(X),fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_1(X))
& agent_2(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(X),fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_7(X))
& is_across_2(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_7(X),fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_6(X))
& has_part_2(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_6(X),fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_7(X))
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_8(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_9(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(X) = fn_plant_cell_15(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_8(X))
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(X) = fn_cotransport_using_proton_pump_1(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_3(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_4(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_2(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_3(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_4(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_5(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_7(X) = fn_cotransport_using_proton_pump_15(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_6(X) = fn_cotransport_using_proton_pump_14(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_6(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_7(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_5(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)
& fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_1(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_2(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X) = fn_cotransport_using_proton_pump_14(X)
& fn_cotransport_using_proton_pump_14(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_7(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X) = fn_cotransport_using_proton_pump_15(X)
& fn_cotransport_using_proton_pump_15(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_8(X) = fn_plant_cell_15(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_8(X))
& fn_plant_cell_15(fn_uptake_of_nutrient_by_plant_cell_using_proton_pump_8(X)) = fn_cotransport_using_proton_pump_1(X)
& fn_cotransport_using_proton_pump_1(X) = fn_cotransport_using_proton_pump_1(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X) = fn_cotransport_using_proton_pump_1(X)
& fn_cotransport_using_proton_pump_1(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X)
& fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_6(X) ) ) ).
fof(a533558,axiom,
! [X] :
( uptake_of_nutrient_by_prokaryote_using_proton_motive_force_1(X)
=> ( original_name_2(X,'Uptake-Of-Nutrient-By-Prokaryote-Using-Proton-Motive-Force')
& user_description_2(X,'This is the uptake of nutrient by prokaryote using proton motive force.')
& concept2words_2(X,absorb)
& concept2words_2(X,transport)
& concept2words_2(X,'uptake a nutrient')
& concept2words_2(X,'uptake of nutrient by prokaryote using proton motive force')
& concept2words_2(X,'uptake-of-nutrient-by-prokaryote-using-proton-motive-force')
& uptake_of_nutrient_by_cell_using_proton_pump_1(X)
& prokaryote_1(fn_uptake_of_nutrient_by_prokaryote_using_proton_motive_force_1(X))
& base_2(X,fn_uptake_of_nutrient_by_prokaryote_using_proton_motive_force_1(X))
& fn_uptake_of_nutrient_by_prokaryote_using_proton_motive_force_1(X) = fn_uptake_of_nutrient_by_cell_using_proton_pump_9(X) ) ) ).
fof(a533559,axiom,
! [X] :
( uracil_1(X)
=> ( original_name_2(X,'Uracil')
& user_description_2(X,'One of the five most common nitrogenous bases which make up nucleotide monomers of nucleic acids. Uracil is present only in RNA.')
& concept2words_2(X,uracil)
& nitrogenous_base_present_in_rna_1(X)
& pyrimidine_1(X)
& ~ cytosine_1(X)
& ~ thymine_1(X) ) ) ).
fof(a533560,axiom,
! [X,X1,X2] :
( ( is_at_2(X,X1)
& is_opposite_2(X2,X1)
& nitrogenous_base_present_in_rna_1(X)
& dna_strand_1(X2)
& rna_strand_1(X1)
& uracil_1(X) )
=> ( uracil_at_rna_strand_opposite_to_dna_strand_1(X)
& fn_uracil_at_rna_strand_opposite_to_dna_strand_4(X) = X2
& fn_uracil_at_rna_strand_opposite_to_dna_strand_3(X) = X1 ) ) ).
fof(a533561,axiom,
! [X] :
( uracil_at_rna_strand_opposite_to_dna_strand_1(X)
=> ( original_name_2(X,'Uracil-At-RNA-Strand-Opposite-To-DNA-Strand')
& user_description_2(X,'This is a situation in which uracil at RNA strand is opposite to DNA strand having Adenine.')
& concept2words_2(X,'uracil at rna strand opposite to dna strand')
& concept2words_2(X,'uracil-at-rna-strand-opposite-to-dna-strand')
& uracil_1(X)
& ~ uracil_at_rna_strand_opposite_to_rna_strand_1(X)
& ~ adenine_at_rna_strand_1(X)
& ~ cytosine_at_rna_strand_1(X)
& ~ guanine_at_rna_strand_1(X)
& adenine_at_dna_strand_opposite_to_rna_strand_1(fn_uracil_at_rna_strand_opposite_to_dna_strand_2(X))
& rna_strand_1(fn_uracil_at_rna_strand_opposite_to_dna_strand_3(X))
& dna_strand_1(fn_uracil_at_rna_strand_opposite_to_dna_strand_4(X))
& dna_strand_1(fn_adenine_at_dna_strand_opposite_to_rna_strand_5(fn_uracil_at_rna_strand_opposite_to_dna_strand_2(X)))
& rna_strand_1(fn_adenine_at_dna_strand_opposite_to_rna_strand_3(fn_uracil_at_rna_strand_opposite_to_dna_strand_2(X)))
& uracil_at_rna_strand_opposite_to_dna_strand_1(fn_adenine_at_dna_strand_opposite_to_rna_strand_4(fn_uracil_at_rna_strand_opposite_to_dna_strand_2(X)))
& is_at_2(fn_uracil_at_rna_strand_opposite_to_dna_strand_2(X),fn_uracil_at_rna_strand_opposite_to_dna_strand_4(X))
& complement_2(fn_uracil_at_rna_strand_opposite_to_dna_strand_2(X),X)
& is_at_2(X,fn_uracil_at_rna_strand_opposite_to_dna_strand_3(X))
& complement_2(fn_uracil_at_rna_strand_opposite_to_dna_strand_3(X),fn_uracil_at_rna_strand_opposite_to_dna_strand_4(X))
& complement_2(X,fn_uracil_at_rna_strand_opposite_to_dna_strand_2(X))
& is_opposite_2(fn_uracil_at_rna_strand_opposite_to_dna_strand_4(X),fn_uracil_at_rna_strand_opposite_to_dna_strand_3(X))
& is_opposite_2(fn_uracil_at_rna_strand_opposite_to_dna_strand_3(X),fn_uracil_at_rna_strand_opposite_to_dna_strand_4(X))
& complement_2(fn_uracil_at_rna_strand_opposite_to_dna_strand_4(X),fn_uracil_at_rna_strand_opposite_to_dna_strand_3(X))
& fn_uracil_at_rna_strand_opposite_to_dna_strand_4(X) = fn_adenine_at_dna_strand_opposite_to_rna_strand_5(fn_uracil_at_rna_strand_opposite_to_dna_strand_2(X))
& fn_uracil_at_rna_strand_opposite_to_dna_strand_3(X) = fn_adenine_at_dna_strand_opposite_to_rna_strand_3(fn_uracil_at_rna_strand_opposite_to_dna_strand_2(X))
& X = fn_adenine_at_dna_strand_opposite_to_rna_strand_4(fn_uracil_at_rna_strand_opposite_to_dna_strand_2(X))
& fn_adenine_at_dna_strand_opposite_to_rna_strand_4(fn_uracil_at_rna_strand_opposite_to_dna_strand_2(X)) = fn_adenine_at_dna_strand_opposite_to_rna_strand_4(fn_uracil_at_rna_strand_opposite_to_dna_strand_2(X)) ) ) ).
fof(a533562,axiom,
! [X,X1,X2] :
( ( is_at_2(X,X1)
& is_opposite_2(X1,X2)
& uracil_1(X)
& rna_strand_1(X1)
& rna_strand_1(X2) )
=> ( uracil_at_rna_strand_opposite_to_rna_strand_1(X)
& fn_uracil_at_rna_strand_opposite_to_rna_strand_3(X) = X2
& fn_uracil_at_rna_strand_opposite_to_rna_strand_2(X) = X1 ) ) ).
fof(a533563,axiom,
! [X] :
( uracil_at_rna_strand_opposite_to_rna_strand_1(X)
=> ( original_name_2(X,'Uracil-At-RNA-Strand-Opposite-To-RNA-Strand')
& user_description_2(X,'This is a situation in which Uracil at RNA strand is located opposite to RNA Strand having Adenine.')
& concept2words_2(X,'uracil at rna strand opposite to rna strand')
& concept2words_2(X,'uracil-at-rna-strand-opposite-to-rna-strand')
& uracil_1(X)
& ~ uracil_at_rna_strand_opposite_to_dna_strand_1(X)
& ~ adenine_at_rna_strand_1(X)
& ~ cytosine_at_rna_strand_1(X)
& ~ guanine_at_rna_strand_1(X)
& rna_strand_1(fn_uracil_at_rna_strand_opposite_to_rna_strand_2(X))
& rna_strand_1(fn_uracil_at_rna_strand_opposite_to_rna_strand_3(X))
& adenine_at_rna_strand_opposite_to_rna_strand_1(fn_uracil_at_rna_strand_opposite_to_rna_strand_4(X))
& rna_strand_1(fn_adenine_at_rna_strand_opposite_to_rna_strand_4(fn_uracil_at_rna_strand_opposite_to_rna_strand_4(X)))
& rna_strand_1(fn_adenine_at_rna_strand_opposite_to_rna_strand_2(fn_uracil_at_rna_strand_opposite_to_rna_strand_4(X)))
& uracil_at_rna_strand_opposite_to_rna_strand_1(fn_adenine_at_rna_strand_opposite_to_rna_strand_3(fn_uracil_at_rna_strand_opposite_to_rna_strand_4(X)))
& is_at_2(fn_uracil_at_rna_strand_opposite_to_rna_strand_4(X),fn_uracil_at_rna_strand_opposite_to_rna_strand_3(X))
& complement_2(fn_uracil_at_rna_strand_opposite_to_rna_strand_4(X),X)
& is_at_2(X,fn_uracil_at_rna_strand_opposite_to_rna_strand_2(X))
& complement_2(fn_uracil_at_rna_strand_opposite_to_rna_strand_2(X),fn_uracil_at_rna_strand_opposite_to_rna_strand_3(X))
& complement_2(X,fn_uracil_at_rna_strand_opposite_to_rna_strand_4(X))
& is_opposite_2(fn_uracil_at_rna_strand_opposite_to_rna_strand_3(X),fn_uracil_at_rna_strand_opposite_to_rna_strand_2(X))
& is_opposite_2(fn_uracil_at_rna_strand_opposite_to_rna_strand_2(X),fn_uracil_at_rna_strand_opposite_to_rna_strand_3(X))
& complement_2(fn_uracil_at_rna_strand_opposite_to_rna_strand_3(X),fn_uracil_at_rna_strand_opposite_to_rna_strand_2(X))
& fn_uracil_at_rna_strand_opposite_to_rna_strand_3(X) = fn_adenine_at_rna_strand_opposite_to_rna_strand_4(fn_uracil_at_rna_strand_opposite_to_rna_strand_4(X))
& fn_uracil_at_rna_strand_opposite_to_rna_strand_2(X) = fn_adenine_at_rna_strand_opposite_to_rna_strand_2(fn_uracil_at_rna_strand_opposite_to_rna_strand_4(X))
& X = fn_adenine_at_rna_strand_opposite_to_rna_strand_3(fn_uracil_at_rna_strand_opposite_to_rna_strand_4(X))
& fn_adenine_at_rna_strand_opposite_to_rna_strand_3(fn_uracil_at_rna_strand_opposite_to_rna_strand_4(X)) = fn_adenine_at_rna_strand_opposite_to_rna_strand_3(fn_uracil_at_rna_strand_opposite_to_rna_strand_4(X)) ) ) ).
fof(a533564,axiom,
! [X] :
( uranium_1(X)
=> ( original_name_2(X,'Uranium')
& user_description_2(X,'Uranium is a naturally-ocurring radioactive element with different isotopes including Uranium 238 which has a half-life of 4.5 billion years')
& concept2words_2(X,u)
& concept2words_2(X,uranium)
& metal_atom_1(X)
& valence_electron_1(fn_uranium_1(X))
& atomic_mass_value_1(fn_uranium_3(X))
& electronegativity_value_1(fn_uranium_4(X))
& neutron_1(fn_uranium_6(X))
& quantity_value_1(fn_uranium_7(X))
& atomic_number_value_1(fn_uranium_8(X))
& atomic_weight_value_1(fn_uranium_9(X))
& valence_electron_1(fn_uranium_10(X))
& the_cardinal_value_2(fn_uranium_3(X),"238.0e0")
& cardinal_unit_class_2(fn_uranium_3(X),unity_0)
& has_part_2(X,fn_uranium_1(X))
& has_part_2(X,fn_uranium_6(X))
& exactCardinality(X,has_part_0,"92",electron_0)
& exactCardinality(X,has_part_0,"92",proton_0)
& minCardinality(X,has_part_0,"143",neutron_0)
& maxCardinality(X,has_part_0,"146",neutron_0)
& mass_number_2(X,fn_uranium_3(X))
& electronegativity_2(X,fn_uranium_4(X))
& the_cardinal_value_2(fn_uranium_7(X),"6")
& cardinal_unit_class_2(fn_uranium_7(X),unity_0)
& the_cardinal_value_2(fn_uranium_4(X),"1.38")
& cardinal_unit_class_2(fn_uranium_4(X),unity_0)
& the_cardinal_value_2(fn_uranium_8(X),"92")
& cardinal_unit_class_2(fn_uranium_8(X),unity_0)
& the_cardinal_value_2(fn_uranium_9(X),"238")
& cardinal_unit_class_2(fn_uranium_9(X),dalton_0)
& atomic_number_2(X,fn_uranium_8(X))
& called_2(fn_uranium_8(X),'Atomic_Number')
& atomic_weight_2(X,fn_uranium_9(X))
& has_part_2(X,fn_uranium_10(X))
& quantity_2(fn_uranium_10(X),fn_uranium_7(X))
& fn_uranium_12(X) = fn_atom_12(X)
& fn_uranium_8(X) = fn_atom_17(X)
& fn_uranium_11(X) = fn_atom_13(X)
& fn_uranium_9(X) = fn_atom_16(X)
& fn_uranium_13(X) = fn_atom_1(X)
& fn_uranium_7(X) = fn_atom_5(X)
& fn_uranium_10(X) = fn_atom_14(X) ) ) ).
fof(a533565,axiom,
! [X] :
( uranium_235_1(X)
=> ( original_name_2(X,'Uranium-235')
& user_description_2(X,'This is one of the Phosphorous isotopes that possess one hundred forty three neutrons.')
& concept2words_2(X,'uranium 235')
& concept2words_2(X,'uranium-235')
& uranium_isotope_1(X)
& atomic_weight_value_1(fn_uranium_235_2(X))
& neutron_1(fn_uranium_235_3(X))
& exactCardinality(X,has_part_0,"143",neutron_0)
& the_cardinal_value_2(fn_uranium_235_2(X),"235.044e0")
& cardinal_unit_class_2(fn_uranium_235_2(X),dalton_0)
& has_part_2(X,fn_uranium_235_3(X))
& atomic_weight_2(X,fn_uranium_235_2(X))
& fn_uranium_235_3(X) = fn_uranium_isotope_3(X)
& fn_uranium_235_1(X) = fn_atom_13(X)
& fn_uranium_235_2(X) = fn_atom_16(X) ) ) ).
fof(a533566,axiom,
! [X] :
( uranium_238_1(X)
=> ( original_name_2(X,'Uranium-238')
& user_description_2(X,'This is one of the Phosphorous isotopes that possess one hundred forty six neutrons.')
& concept2words_2(X,'uranium 238')
& concept2words_2(X,'uranium-238')
& uranium_isotope_1(X)
& atomic_weight_value_1(fn_uranium_238_2(X))
& neutron_1(fn_uranium_238_3(X))
& exactCardinality(X,has_part_0,"146",neutron_0)
& the_cardinal_value_2(fn_uranium_238_2(X),"237.049e0")
& cardinal_unit_class_2(fn_uranium_238_2(X),dalton_0)
& has_part_2(X,fn_uranium_238_3(X))
& atomic_weight_2(X,fn_uranium_238_2(X))
& fn_uranium_238_3(X) = fn_uranium_isotope_3(X)
& fn_uranium_238_1(X) = fn_atom_13(X)
& fn_uranium_238_2(X) = fn_atom_16(X) ) ) ).
fof(a533567,axiom,
! [X] :
( uranium_isotope_1(X)
=> ( original_name_2(X,'Uranium-Isotope')
& user_description_2(X,'All the uranium isoptopes have 92 protons and 92 electrons. They differ in their neutron number.')
& concept2words_2(X,'isotope of uranium')
& concept2words_2(X,'uranium isotope')
& concept2words_2(X,'uranium-isotope')
& metal_atom_1(X)
& isotope_1(X)
& uranium_1(fn_uranium_isotope_1(X))
& electronegativity_value_1(fn_uranium_isotope_2(X))
& neutron_1(fn_uranium_isotope_3(X))
& atomic_number_value_1(fn_uranium_isotope_6(X))
& electronegativity_2(X,fn_uranium_isotope_2(X))
& maxCardinality(X,has_part_0,"146",neutron_0)
& minCardinality(X,has_part_0,"143",neutron_0)
& exactCardinality(X,has_part_0,"92",proton_0)
& exactCardinality(X,has_part_0,"92",electron_0)
& has_part_2(X,fn_uranium_isotope_3(X))
& has_state_2(fn_uranium_isotope_1(X),X)
& has_isotope_2(fn_uranium_isotope_1(X),X)
& the_cardinal_value_2(fn_uranium_isotope_2(X),"1.38e0")
& cardinal_unit_class_2(fn_uranium_isotope_2(X),unity_0)
& the_cardinal_value_2(fn_uranium_isotope_6(X),"92.0e0")
& cardinal_unit_class_2(fn_uranium_isotope_6(X),unity_0)
& atomic_number_2(X,fn_uranium_isotope_6(X))
& called_2(fn_uranium_isotope_6(X),'Atomic_Number')
& fn_uranium_isotope_5(X) = fn_atom_12(X)
& fn_uranium_isotope_6(X) = fn_atom_17(X) ) ) ).
fof(a533568,axiom,
! [X] :
( urea_1(X)
=> ( original_name_2(X,'Urea')
& user_description_2(X,'A soluble nitrogenous waste molecule from the catabolism of protein and nucleic acids produced in the liverand excreted by the kidneys of some types of vertebrates.')
& concept2words_2(X,'urea nitrogen')
& concept2words_2(X,'urea-nitrogen')
& concept2words_2(X,'co(nh2)2')
& concept2words_2(X,urea)
& organic_molecule_1(X)
& amine_1(X)
& carbon_1(fn_urea_1(X))
& oxygen_1(fn_urea_2(X))
& exactCardinality(X,has_part_0,"1",carbon_0)
& has_part_2(X,fn_urea_2(X))
& has_part_2(X,fn_urea_1(X))
& fn_urea_2(X) != fn_urea_1(X)
& fn_urea_1(X) != fn_urea_2(X)
& fn_urea_2(X) = fn_organic_molecule_2(X)
& fn_urea_1(X) = fn_organic_molecule_1(X) ) ) ).
fof(a533569,axiom,
! [X] :
( urea_substance_1(X)
=> ( original_name_2(X,'Urea-Substance')
& user_description_2(X,'Substance consisting of urea molecules.')
& concept2words_2(X,'substance of urea')
& concept2words_2(X,'urea substance')
& concept2words_2(X,'urea-substance')
& substance_1(X)
& urea_1(fn_urea_substance_1(X))
& solubility_value_1(fn_urea_substance_3(X))
& property_node_1(fn_solubility_value_1(fn_urea_substance_3(X)))
& the_scalar_value_2(fn_urea_substance_3(X),soluble_0)
& scalar_unit_class_2(fn_urea_substance_3(X),substance_0)
& has_part_2(X,fn_urea_substance_1(X))
& solubility_in_water_2(X,fn_urea_substance_3(X))
& fn_urea_substance_2(X) = fn_solubility_value_1(fn_urea_substance_3(X)) ) ) ).
fof(a533570,axiom,
! [X] :
( ureter_1(X)
=> ( original_name_2(X,'Ureter')
& user_description_2(X,'A tube that carries filtrate from the kidney to the urinary bladder.')
& concept2words_2(X,ureter)
& excretory_organ_1(X) ) ) ).
fof(a533571,axiom,
! [X] :
( urethra_1(X)
=> ( original_name_2(X,'Urethra')
& user_description_2(X,'A tube that drains the urinary bladder. In male mammals the urethra is also the tube from which semen is ejaculated.')
& concept2words_2(X,urethra)
& excretory_organ_1(X) ) ) ).
fof(a533572,axiom,
! [X] :
( uric_acid_1(X)
=> ( original_name_2(X,'Uric-Acid')
& user_description_2(X,'A waste product from the digestion of proteins and nucleic acids in reptiles (including birds) and terrestrial invertebrates. Compared to other forms of nitrogenous waste, uric acid is the most water-conserving and the least toxic.')
& concept2words_2(X,'uric acid')
& concept2words_2(X,'uric-acid')
& organic_acid_1(X)
& ~ lignin_1(X)
& ~ phytochrome_1(X) ) ) ).
fof(a533573,axiom,
! [X] :
( urinary_bladder_1(X)
=> ( original_name_2(X,'Urinary-Bladder')
& user_description_2(X,'The organ that collects urine from the kidneys and stores it prior to urination.')
& concept2words_2(X,bladder)
& concept2words_2(X,'urinary bladder')
& concept2words_2(X,'urinary-bladder')
& excretory_organ_1(X) ) ) ).
fof(a533574,axiom,
! [X] :
( urine_1(X)
=> ( original_name_2(X,'Urine')
& user_description_2(X,'A liquid form of exrement containing water, salts, and urea. Urine is produced by the kidneys and is stored in the bladder before being eliminated by urination.')
& concept2words_2(X,urine)
& detritus_1(X)
& excreted_fluid_1(X)
& ~ amniotic_fluid_1(X)
& ~ aqueous_humor_1(X)
& ~ bile_1(X)
& ~ cerebrospinal_fluid_1(X)
& ~ colloid_1(X)
& ~ filtrate_1(X)
& ~ gastric_juice_1(X)
& ~ hemolymph_1(X)
& ~ interstitial_fluid_1(X)
& ~ lymph_1(X)
& ~ mucus_1(X)
& ~ plasma_1(X)
& ~ semen_1(X)
& ~ sweat_1(X)
& ~ vitreous_humor_1(X)
& urea_1(fn_urine_1(X))
& has_part_2(X,fn_urine_1(X)) ) ) ).
fof(a533575,axiom,
! [X] :
( useful_product_1(X)
=> ( original_name_2(X,'Useful-Product')
& user_description_2(X,'A product with practical value and that is beneficial.')
& concept2words_2(X,'useful product')
& concept2words_2(X,'useful-product')
& artifact_1(X)
& ~ physical_document_1(X)
& ~ furnishing_1(X)
& ~ device_1(X)
& ~ architectural_structure_1(X)
& ~ pharmaceutical_product_1(X)
& ~ photographic_film_1(X)
& ~ scientific_device_1(X) ) ) ).
fof(a533576,axiom,
! [X] :
( uterus_1(X)
=> ( original_name_2(X,'Uterus')
& user_description_2(X,'An organ in female animals in which eggs are fertilized and/or offspring develop.')
& concept2words_2(X,uterus)
& reproductive_organ_1(X) ) ) ).
fof(a533577,axiom,
! [X] :
( utricle_1(X)
=> ( original_name_2(X,'Utricle')
& user_description_2(X,'In the vertebrate ear, one of two chambers containing sensory cells that translate movements of the head to neural impulses. The utricle is part of the vestibular system, which is important in maintaining the sense of balance, or equilibrium.')
& concept2words_2(X,utricle)
& auditory_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ ventricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a533578,axiom,
! [X] :
( va_element_1(X)
=> ( original_name_2(X,'VA-Element')
& user_description_2(X,'Elements in group 5A of the periodic table are N, P, As, Sb and Bi.')
& concept2words_2(X,va)
& concept2words_2(X,'group va elements')
& concept2words_2(X,'group-va-elements')
& concept2words_2(X,'group 15 elements')
& concept2words_2(X,'group-15-elements')
& concept2words_2(X,'element of va')
& concept2words_2(X,'va element')
& concept2words_2(X,'va-element')
& chemical_element_1(X) ) ) ).
fof(a533579,axiom,
! [X] :
( vaccine_1(X)
=> ( original_name_2(X,'Vaccine')
& user_description_2(X,'A harmless variant or derivative of a pathogen that stimulates a host\'s immune system to mount defenses against the pathogen.')
& concept2words_2(X,'medical weapon used to fight virus')
& concept2words_2(X,'medical weapon used to fight viral infections')
& concept2words_2(X,innoculation)
& concept2words_2(X,vaccine)
& scientific_device_1(X)
& person_1(fn_vaccine_1(X))
& infection_1(fn_vaccine_2(X))
& immune_response_1(fn_vaccine_3(X))
& tangible_entity_1(fn_vaccine_4(X))
& infectious_particle_1(fn_vaccine_4(X))
& infection_1(fn_vaccine_5(X))
& damage_1(fn_vaccine_6(X))
& tangible_entity_1(fn_impair_1(fn_vaccine_6(X)))
& infection_1(fn_infectious_particle_3(fn_vaccine_4(X)))
& result_2(fn_vaccine_6(X),X)
& object_2(fn_vaccine_3(X),fn_vaccine_1(X))
& inhibits_2(fn_vaccine_3(X),fn_vaccine_5(X))
& causes_2(fn_vaccine_2(X),fn_vaccine_3(X))
& object_2(fn_vaccine_2(X),fn_vaccine_1(X))
& agent_2(fn_vaccine_2(X),fn_vaccine_4(X))
& has_goal_2(X,fn_vaccine_3(X))
& object_2(fn_vaccine_6(X),fn_vaccine_4(X))
& agent_2(fn_vaccine_5(X),fn_vaccine_4(X))
& fn_vaccine_4(X) = fn_impair_1(fn_vaccine_6(X))
& fn_vaccine_5(X) = fn_infectious_particle_3(fn_vaccine_4(X)) ) ) ).
fof(a533580,axiom,
! [X] :
( vacuole_1(X)
=> ( original_name_2(X,'Vacuole')
& user_description_2(X,'A membrane-bound sac whose specialized function varies in different kinds of cells. Vacuoles are larger than vesicles, which are structurally similar.')
& concept2words_2(X,vacuole)
& organelle_1(X)
& vesicle_1(X)
& ~ acrosome_1(X)
& ~ cortical_granule_1(X)
& ~ lysosome_1(X)
& ~ synaptic_vesicle_1(X)
& ~ transport_vesicle_1(X)
& synthesis_of_endomembranous_system_membrane_1(fn_vacuole_1(X))
& aqueous_solution_1(fn_vacuole_2(X))
& store_1(fn_vacuole_3(X))
& size_value_1(fn_vacuole_4(X))
& tangible_entity_1(fn_vacuole_6(X))
& biomembrane_1(fn_vacuole_7(X))
& surface_1(fn_vacuole_8(X))
& outside_face_1(fn_vacuole_8(X))
& aqueous_solution_1(fn_vacuole_9(X))
& liquid_substance_1(fn_vacuole_9(X))
& cytosol_1(fn_vacuole_9(X))
& solution_1(fn_vacuole_9(X))
& suspension_1(fn_vacuole_10(X))
& colloid_1(fn_vacuole_10(X))
& cytoplasm_1(fn_vacuole_10(X))
& container_1(fn_vacuole_11(X))
& cell_1(fn_vacuole_12(X))
& entity_1(fn_store_1(fn_vacuole_3(X)))
& container_1(fn_store_3(fn_vacuole_3(X)))
& spatial_entity_1(fn_store_2(fn_vacuole_3(X)))
& result_2(fn_vacuole_1(X),X)
& has_function_2(X,fn_vacuole_3(X))
& the_scalar_value_2(fn_vacuole_4(X),big_0)
& scalar_unit_class_2(fn_vacuole_4(X),vesicle_0)
& is_inside_2(fn_vacuole_6(X),X)
& object_2(fn_vacuole_3(X),fn_vacuole_6(X))
& base_2(fn_vacuole_3(X),X)
& plays_2(X,fn_vacuole_11(X))
& in_event_2(fn_vacuole_11(X),fn_vacuole_3(X))
& has_part_2(X,fn_vacuole_7(X))
& has_part_2(fn_vacuole_10(X),fn_vacuole_9(X))
& has_part_2(fn_vacuole_12(X),fn_vacuole_10(X))
& has_part_2(fn_vacuole_12(X),X)
& size_2(X,fn_vacuole_4(X))
& has_part_2(X,fn_vacuole_2(X))
& is_between_2(fn_vacuole_7(X),fn_vacuole_2(X))
& has_region_2(fn_vacuole_7(X),fn_vacuole_8(X))
& is_inside_2(fn_vacuole_8(X),fn_vacuole_9(X))
& is_between_2(fn_vacuole_7(X),fn_vacuole_9(X))
& fn_vacuole_6(X) = fn_store_1(fn_vacuole_3(X))
& fn_vacuole_11(X) = fn_store_3(fn_vacuole_3(X))
& X = fn_store_2(fn_vacuole_3(X))
& fn_vacuole_5(X) = fn_vesicle_4(X)
& fn_vacuole_4(X) = fn_vesicle_3(X)
& fn_vacuole_12(X) = fn_vesicle_5(X)
& fn_vacuole_10(X) = fn_vesicle_8(X)
& fn_vacuole_9(X) = fn_vesicle_7(X)
& fn_vacuole_8(X) = fn_vesicle_13(X)
& fn_vacuole_7(X) = fn_organelle_1(X)
& fn_vacuole_7(X) = fn_vesicle_9(X)
& fn_vacuole_2(X) = fn_organelle_2(X)
& fn_vacuole_2(X) = fn_vesicle_10(X)
& fn_vesicle_9(X) = fn_vesicle_9(X)
& fn_vesicle_9(X) = fn_organelle_1(X)
& fn_organelle_1(X) = fn_vesicle_9(X)
& fn_vesicle_9(X) = fn_organelle_2(X)
& fn_vesicle_10(X) = fn_organelle_2(X)
& fn_organelle_2(X) = fn_vesicle_10(X)
& fn_store_2(fn_vacuole_3(X)) = fn_store_2(fn_vacuole_3(X)) ) ) ).
fof(a533581,axiom,
! [X] :
( vacuole_content_1(X)
=> ( original_name_2(X,'Vacuole-content')
& user_description_2(X,'The contents inside the vacuole')
& concept2words_2(X,'content of vacuole')
& concept2words_2(X,'vacuole content')
& concept2words_2(X,'vacuole-content')
& contained_volume_1(X) ) ) ).
fof(a533582,axiom,
! [X] :
( vagina_1(X)
=> ( original_name_2(X,'Vagina')
& user_description_2(X,'A muscular tract between the uterus and the outside of the body; in mammals, young are born through the vagina.')
& concept2words_2(X,vagina)
& reproductive_organ_1(X) ) ) ).
fof(a533583,axiom,
! [X,X1,X2] :
( ( is_inside_2(X,X1)
& has_region_2(X2,X1)
& valence_shell_1(X2)
& atomic_orbital_1(X1)
& electron_1(X) )
=> ( valence_electron_1(X)
& fn_valence_electron_2(X) = X2
& fn_valence_electron_3(X) = X1 ) ) ).
fof(a533584,axiom,
! [X] :
( valence_electron_1(X)
=> ( original_name_2(X,'Valence-Electron')
& user_description_2(X,'An electron in the outermost electron shell of an atom. Valence electrons can participate in bonds with other atoms.')
& concept2words_2(X,'outer electron')
& concept2words_2(X,'electron of valence')
& concept2words_2(X,'valence electron')
& concept2words_2(X,'valence-electron')
& electron_1(X)
& valence_shell_1(fn_valence_electron_2(X))
& atomic_orbital_1(fn_valence_electron_3(X))
& valence_electron_1(fn_valence_shell_4(fn_valence_electron_2(X)))
& atomic_orbital_1(fn_valence_shell_5(fn_valence_electron_2(X)))
& has_region_2(fn_valence_electron_2(X),fn_valence_electron_3(X))
& is_inside_2(X,fn_valence_electron_3(X))
& X = fn_valence_shell_4(fn_valence_electron_2(X))
& fn_valence_electron_3(X) = fn_valence_shell_5(fn_valence_electron_2(X)) ) ) ).
fof(a533585,axiom,
! [X,X1,X2] :
( ( has_region_2(X,X1)
& is_inside_2(X2,X1)
& valence_shell_1(X)
& valence_electron_1(X2)
& atomic_orbital_1(X1)
& electron_shell_1(X) )
=> ( valence_shell_1(X)
& fn_valence_shell_4(X) = X2
& fn_valence_shell_5(X) = X1 ) ) ).
fof(a533586,axiom,
! [X] :
( valence_shell_1(X)
=> ( original_name_2(X,'Valence-Shell')
& user_description_2(X,'The outermost shell of an atom. It contains the valence electrons that determine the chemical reactivity of the atom.')
& concept2words_2(X,'outermost shell')
& concept2words_2(X,'outermost energy shell')
& concept2words_2(X,'valence energy level')
& concept2words_2(X,'valence energy shell')
& concept2words_2(X,'shell of valence')
& concept2words_2(X,'valence shell')
& concept2words_2(X,'valence-shell')
& electron_shell_1(X)
& atom_1(fn_valence_shell_2(X))
& atomic_nucleus_1(fn_valence_shell_3(X))
& valence_electron_1(fn_valence_shell_4(X))
& atomic_orbital_1(fn_valence_shell_5(X))
& electron_shell_1(fn_atom_9(fn_valence_shell_2(X)))
& atomic_nucleus_1(fn_atom_18(fn_valence_shell_2(X)))
& electron_1(fn_atom_14(fn_valence_shell_2(X)))
& has_region_2(X,fn_valence_shell_5(X))
& is_inside_2(fn_valence_shell_4(X),fn_valence_shell_5(X))
& has_region_2(fn_valence_shell_2(X),X)
& is_near_2(fn_valence_shell_3(X),fn_valence_shell_4(X))
& is_near_2(fn_valence_shell_4(X),fn_valence_shell_3(X))
& has_region_2(fn_valence_shell_2(X),fn_valence_shell_3(X))
& fn_valence_shell_4(X) = fn_electron_shell_2(X)
& fn_valence_shell_5(X) = fn_electron_shell_3(X)
& X = fn_atom_9(fn_valence_shell_2(X))
& fn_valence_shell_4(X) = fn_atom_14(fn_valence_shell_2(X))
& fn_valence_shell_3(X) = fn_atom_18(fn_valence_shell_2(X))
& fn_electron_shell_2(X) = fn_atom_14(fn_valence_shell_2(X))
& fn_atom_14(fn_valence_shell_2(X)) = fn_atom_14(fn_valence_shell_2(X)) ) ) ).
fof(a533587,axiom,
! [X] :
( valence_value_1(X)
=> ( original_name_2(X,'Valence-Value')
& concept2words_2(X,valency)
& concept2words_2(X,'bonding capacity')
& concept2words_2(X,valence)
& concept2words_2(X,'value of valence')
& concept2words_2(X,'valence value')
& concept2words_2(X,'valence-value')
& property_value_1(X) ) ) ).
fof(a533588,axiom,
! [X] :
( valine_1(X)
=> ( original_name_2(X,'Valine')
& user_description_2(X,'One of the 20 most common amino acids that make up proteins.')
& concept2words_2(X,valine)
& hydrophobic_amino_acid_1(X) ) ) ).
fof(a533589,axiom,
! [X] :
( valve_1(X)
=> ( original_name_2(X,'Valve')
& user_description_2(X,'A device that regulates, directs or controls the flow of a fluid by opening, closing, or partially obstructing various passageways.')
& concept2words_2(X,valve)
& anatomical_structure_1(X) ) ) ).
fof(a533590,axiom,
! [X] :
( van_der_waal_interaction_1(X)
=> ( original_name_2(X,'Van-Der-Waal-Interaction')
& user_description_2(X,'Weak attractions between molecules or parts of molecules that result from the transient local partial charges.')
& concept2words_2(X,'van der waal\'s force')
& concept2words_2(X,'van der waal force')
& concept2words_2(X,'van der waals force')
& concept2words_2(X,'van der waals interaction')
& concept2words_2(X,'van der waal interaction')
& concept2words_2(X,'van-der-waal-interaction')
& weak_interaction_1(X)
& atom_1(fn_van_der_waal_interaction_1(X))
& atom_1(fn_van_der_waal_interaction_2(X))
& positively_charged_region_1(fn_van_der_waal_interaction_3(X))
& negatively_charged_region_1(fn_van_der_waal_interaction_4(X))
& chemical_entity_1(fn_positively_charged_region_4(fn_van_der_waal_interaction_3(X)))
& chemical_entity_1(fn_negatively_charged_region_3(fn_van_der_waal_interaction_4(X)))
& is_near_2(fn_van_der_waal_interaction_2(X),fn_van_der_waal_interaction_1(X))
& is_near_2(fn_van_der_waal_interaction_1(X),fn_van_der_waal_interaction_2(X))
& is_between_2(X,fn_van_der_waal_interaction_2(X))
& is_at_2(fn_van_der_waal_interaction_2(X),fn_van_der_waal_interaction_3(X))
& is_between_2(X,fn_van_der_waal_interaction_1(X))
& is_at_2(fn_van_der_waal_interaction_1(X),fn_van_der_waal_interaction_4(X))
& fn_van_der_waal_interaction_2(X) = fn_chemical_bond_1(X)
& fn_van_der_waal_interaction_2(X) = fn_positively_charged_region_4(fn_van_der_waal_interaction_3(X))
& fn_van_der_waal_interaction_1(X) = fn_chemical_bond_4(X)
& fn_van_der_waal_interaction_1(X) = fn_negatively_charged_region_3(fn_van_der_waal_interaction_4(X))
& fn_chemical_bond_1(X) = fn_positively_charged_region_4(fn_van_der_waal_interaction_3(X))
& fn_positively_charged_region_4(fn_van_der_waal_interaction_3(X)) = fn_chemical_bond_4(X)
& fn_chemical_bond_4(X) = fn_negatively_charged_region_3(fn_van_der_waal_interaction_4(X)) ) ) ).
fof(a533591,axiom,
! [X] :
( vanadium_1(X)
=> ( original_name_2(X,'Vanadium')
& user_description_2(X,'Vanadium is a metal atom with atomic number 23. It is represented by the symbol V.')
& concept2words_2(X,vanadium)
& concept2words_2(X,'V')
& metal_atom_1(X)
& neutron_1(fn_vanadium_3(X))
& atomic_mass_value_1(fn_vanadium_4(X))
& electronegativity_value_1(fn_vanadium_5(X))
& valence_electron_1(fn_vanadium_9(X))
& atomic_weight_value_1(fn_vanadium_10(X))
& atomic_number_value_1(fn_vanadium_11(X))
& quantity_value_1(fn_vanadium_12(X))
& electronegativity_2(X,fn_vanadium_5(X))
& mass_number_2(X,fn_vanadium_4(X))
& exactCardinality(X,has_part_0,"28",neutron_0)
& exactCardinality(X,has_part_0,"23",proton_0)
& exactCardinality(X,has_part_0,"23",electron_0)
& has_part_2(X,fn_vanadium_3(X))
& the_cardinal_value_2(fn_vanadium_12(X),"5")
& cardinal_unit_class_2(fn_vanadium_12(X),unity_0)
& the_cardinal_value_2(fn_vanadium_5(X),"1.63")
& cardinal_unit_class_2(fn_vanadium_5(X),unity_0)
& the_cardinal_value_2(fn_vanadium_4(X),"51")
& cardinal_unit_class_2(fn_vanadium_4(X),unity_0)
& the_cardinal_value_2(fn_vanadium_11(X),"23")
& cardinal_unit_class_2(fn_vanadium_11(X),unity_0)
& the_cardinal_value_2(fn_vanadium_10(X),"50.94")
& cardinal_unit_class_2(fn_vanadium_10(X),dalton_0)
& atomic_number_2(X,fn_vanadium_11(X))
& atomic_weight_2(X,fn_vanadium_10(X))
& has_part_2(X,fn_vanadium_9(X))
& quantity_2(fn_vanadium_9(X),fn_vanadium_12(X))
& fn_vanadium_7(X) = fn_atom_12(X)
& fn_vanadium_11(X) = fn_atom_17(X)
& fn_vanadium_8(X) = fn_atom_13(X)
& fn_vanadium_10(X) = fn_atom_16(X)
& fn_vanadium_6(X) = fn_atom_1(X)
& fn_vanadium_12(X) = fn_atom_5(X)
& fn_vanadium_9(X) = fn_atom_14(X) ) ) ).
fof(a533592,axiom,
! [X] :
( vancomycin_1(X)
=> ( original_name_2(X,'Vancomycin')
& user_description_2(X,'An antibiotic used in the treatment of bacterial infections.')
& concept2words_2(X,vancomycin)
& antibiotic_1(X)
& ~ ampicillin_1(X)
& ~ antimicrobial_protein_1(X)
& ~ erythromycin_1(X)
& ~ penicillin_1(X)
& ~ tetracycline_1(X) ) ) ).
fof(a533593,axiom,
! [X] :
( vapor_1(X)
=> ( original_name_2(X,'Vapor')
& user_description_2(X,'A substance that is usually a solid or liquid suspended in air.')
& concept2words_2(X,vapour)
& concept2words_2(X,vapor)
& gas_substance_1(X)
& ~ air_1(X)
& ~ nitric_oxide_gas_1(X) ) ) ).
fof(a533594,axiom,
! [X] :
( variable_domain_1(X)
=> ( original_name_2(X,'Variable-Domain')
& user_description_2(X,'A type of protein domain present in a homeodomain protein')
& concept2words_2(X,'domain of variable')
& concept2words_2(X,'variable domain')
& concept2words_2(X,'variable-domain')
& protein_domain_1(X)
& ~ dna_binding_domain_1(X)
& protein_domain_1(fn_variable_domain_3(X))
& hydrophilic_region_1(fn_variable_domain_4(X))
& structural_complexity_value_1(fn_variable_domain_5(X))
& polypeptide_1(fn_variable_domain_6(X))
& shape_value_1(fn_variable_domain_7(X))
& gene_activation_1(fn_variable_domain_8(X))
& eukaryotic_gene_regulation_1(fn_variable_domain_9(X))
& attach_1(fn_variable_domain_10(X))
& binding_site_1(fn_variable_domain_11(X))
& spatial_entity_1(fn_attach_1(fn_variable_domain_10(X)))
& has_region_2(X,fn_variable_domain_3(X))
& has_region_2(X,fn_variable_domain_4(X))
& has_region_2(X,fn_variable_domain_11(X))
& shape_2(X,fn_variable_domain_7(X))
& agent_2(fn_variable_domain_10(X),X)
& agent_2(fn_variable_domain_9(X),X)
& agent_2(fn_variable_domain_8(X),X)
& is_inside_2(fn_variable_domain_6(X),X)
& structural_complexity_2(fn_variable_domain_6(X),fn_variable_domain_5(X))
& the_scalar_value_2(fn_variable_domain_5(X),complex_0)
& scalar_unit_class_2(fn_variable_domain_5(X),polypeptide_0)
& object_2(fn_variable_domain_10(X),fn_variable_domain_11(X))
& fn_variable_domain_11(X) = fn_attach_1(fn_variable_domain_10(X)) ) ) ).
fof(a533595,axiom,
! [X] :
( variable_region_1(X)
=> ( original_name_2(X,'Variable-Region')
& user_description_2(X,'A region on an immunoglobulin polypeptide chain which gives a particular antibody its unique function.')
& concept2words_2(X,'v region')
& concept2words_2(X,'region of variable')
& concept2words_2(X,'variable region')
& concept2words_2(X,'variable-region')
& molecular_region_1(X)
& role_1(fn_variable_region_1(X))
& change_1(fn_variable_region_2(X))
& cell_cell_recognition_1(fn_variable_region_3(X))
& specify_1(fn_variable_region_4(X))
& binding_site_1(fn_variable_region_5(X))
& attach_1(fn_variable_region_6(X))
& foreign_substance_1(fn_variable_region_7(X))
& immunoglobulin_protein_1(fn_variable_region_8(X))
& polypeptide_1(fn_variable_region_9(X))
& spatial_entity_1(fn_attach_1(fn_variable_region_6(X)))
& spatial_entity_1(fn_attach_2(fn_variable_region_6(X)))
& polypeptide_1(fn_protein_8(fn_variable_region_8(X)))
& has_region_2(fn_variable_region_9(X),X)
& has_region_2(fn_variable_region_8(X),fn_variable_region_5(X))
& by_means_of_2(fn_variable_region_4(X),fn_variable_region_2(X))
& object_2(fn_variable_region_3(X),fn_variable_region_7(X))
& enables_2(fn_variable_region_6(X),fn_variable_region_3(X))
& object_2(fn_variable_region_2(X),fn_variable_region_5(X))
& in_event_2(fn_variable_region_1(X),fn_variable_region_4(X))
& object_2(fn_variable_region_6(X),fn_variable_region_7(X))
& base_2(fn_variable_region_6(X),fn_variable_region_5(X))
& has_part_2(fn_variable_region_8(X),fn_variable_region_9(X))
& fn_variable_region_7(X) = fn_attach_1(fn_variable_region_6(X))
& fn_variable_region_5(X) = fn_attach_2(fn_variable_region_6(X))
& fn_variable_region_9(X) = fn_protein_8(fn_variable_region_8(X)) ) ) ).
fof(a533596,axiom,
! [X] :
( variable_region_dna_sequence_1(X)
=> ( original_name_2(X,'Variable-Region-DNA-Sequence')
& user_description_2(X,'A sequence of DNA providing the code for the variable region on an immunoglobulin polypeptide chain.')
& concept2words_2(X,'variable region dna sequence')
& concept2words_2(X,'variable-region-dna-sequence')
& eukaryote_dna_sequence_1(X)
& ~ control_element_1(X)
& ~ episome_1(X)
& ~ genetic_marker_1(X)
& ~ pseudogene_1(X)
& ~ restriction_fragment_length_polymorphism_1(X)
& ~ restriction_site_1(X)
& ~ tata_box_1(X)
& ~ telomere_1(X)
& ~ transcription_unit_1(X)
& ~ transposon_1(X)
& ~ ttaggg_1(X)
& embryo_1(fn_variable_region_dna_sequence_1(X))
& cell_1(fn_variable_region_dna_sequence_2(X))
& variable_region_1(fn_variable_region_dna_sequence_3(X))
& entity_1(fn_variable_region_dna_sequence_4(X))
& genome_1(fn_variable_region_dna_sequence_4(X))
& code_for_1(fn_variable_region_dna_sequence_5(X))
& entity_1(fn_code_for_2(fn_variable_region_dna_sequence_5(X)))
& entity_1(fn_code_for_1(fn_variable_region_dna_sequence_5(X)))
& genome_1(fn_cell_24(fn_variable_region_dna_sequence_2(X)))
& has_part_2(fn_variable_region_dna_sequence_1(X),fn_variable_region_dna_sequence_2(X))
& minCardinality(fn_variable_region_dna_sequence_5(X),result_0,"100",variable_region_0)
& minCardinality(fn_variable_region_dna_sequence_5(X),agent_0,"100",variable_region_dna_sequence_0)
& element_2(X,fn_variable_region_dna_sequence_4(X))
& result_2(fn_variable_region_dna_sequence_5(X),fn_variable_region_dna_sequence_3(X))
& agent_2(fn_variable_region_dna_sequence_5(X),X)
& has_part_2(fn_variable_region_dna_sequence_2(X),fn_variable_region_dna_sequence_4(X))
& fn_variable_region_dna_sequence_4(X) = fn_sequence_1(X)
& fn_variable_region_dna_sequence_4(X) = fn_sequence_2(X)
& fn_variable_region_dna_sequence_3(X) = fn_code_for_2(fn_variable_region_dna_sequence_5(X))
& X = fn_code_for_1(fn_variable_region_dna_sequence_5(X))
& fn_variable_region_dna_sequence_4(X) = fn_cell_24(fn_variable_region_dna_sequence_2(X))
& fn_sequence_1(X) = fn_sequence_2(X)
& fn_sequence_2(X) = fn_sequence_2(X)
& fn_sequence_2(X) = fn_cell_24(fn_variable_region_dna_sequence_2(X)) ) ) ).
fof(a533597,axiom,
! [X] :
( vas_deferens_1(X)
=> ( original_name_2(X,'Vas-Deferens')
& user_description_2(X,'In male manmals, the tube that transports sperm from the epididymis to the urethra.')
& concept2words_2(X,'vas deferens')
& concept2words_2(X,'vas-deferens')
& concept2words_2(X,'vas-deferen')
& reproductive_organ_1(X) ) ) ).
fof(a533598,axiom,
! [X] :
( vasa_recta_1(X)
=> ( original_name_2(X,'Vasa-Recta')
& user_description_2(X,'A series of capillaries in the medulla of the kidney that lie parallel to and serve the loop of Henle.')
& concept2words_2(X,'vasa rectum')
& concept2words_2(X,'vasa-recta')
& capillary_1(X)
& ~ glomerulus_1(X)
& ~ peritubular_capillary_1(X) ) ) ).
fof(a533599,axiom,
! [X] :
( vascular_cambium_1(X)
=> ( original_name_2(X,'Vascular-Cambium')
& user_description_2(X,'A lateral meristem in woody plants that gives rise to secondary xylem and secondary phloem.')
& concept2words_2(X,'vascular cambium')
& concept2words_2(X,'vascular-cambium')
& cambium_1(X)
& lateral_meristem_1(X)
& ~ pericycle_1(X)
& ~ phloem_1(X)
& ~ scion_1(X)
& ~ secondary_plant_tissue_1(X)
& ~ sieve_plate_1(X)
& ~ stele_1(X)
& ~ water_vascular_system_1(X)
& ~ xylem_1(X) ) ) ).
fof(a533600,axiom,
! [X] :
( vascular_plant_1(X)
=> ( original_name_2(X,'Vascular-Plant')
& user_description_2(X,'A plant that has vascular tissue. Most living plant species are vascular plants; exceptions include mosses, hornworts, and liverworts.')
& concept2words_2(X,'vascular plant')
& concept2words_2(X,'vascular-plant')
& plant_1(X)
& length_value_1(fn_vascular_plant_2(X))
& growth_1(fn_vascular_plant_3(X))
& energy_related_process_1(fn_vascular_plant_4(X))
& sugar_1(fn_vascular_plant_5(X))
& ground_1(fn_vascular_plant_6(X))
& length_value_1(fn_vascular_plant_8(X))
& root_1(fn_vascular_plant_9(X))
& tip_1(fn_vascular_plant_10(X))
& stem_1(fn_vascular_plant_11(X))
& water_1(fn_vascular_plant_12(X))
& temperature_value_1(fn_vascular_plant_13(X))
& specific_heat_value_1(fn_vascular_plant_14(X))
& shoot_system_1(fn_vascular_plant_15(X))
& root_system_1(fn_vascular_plant_16(X))
& photosynthesis_1(fn_vascular_plant_17(X))
& anabolic_pathway_1(fn_vascular_plant_17(X))
& metabolic_pathway_1(fn_vascular_plant_17(X))
& nutrition_1(fn_vascular_plant_18(X))
& photoautotroph_1(fn_vascular_plant_19(X))
& plant_cell_1(fn_vascular_plant_20(X))
& cell_1(fn_vascular_plant_20(X))
& eukaryotic_cell_1(fn_vascular_plant_20(X))
& store_1(fn_vascular_plant_23(X))
& starch_storage_by_plant_1(fn_vascular_plant_24(X))
& tuber_1(fn_vascular_plant_25(X))
& shoot_1(fn_vascular_plant_26(X))
& tip_1(fn_root_3(fn_vascular_plant_9(X)))
& stem_1(fn_shoot_1(fn_vascular_plant_26(X)))
& directly_proportional_2(fn_vascular_plant_2(X),fn_vascular_plant_8(X))
& thickness_2(fn_vascular_plant_11(X),fn_vascular_plant_2(X))
& object_2(fn_vascular_plant_3(X),fn_vascular_plant_10(X))
& raw_material_2(fn_vascular_plant_3(X),fn_vascular_plant_5(X))
& site_2(fn_vascular_plant_4(X),fn_vascular_plant_10(X))
& raw_material_2(fn_vascular_plant_4(X),fn_vascular_plant_5(X))
& has_part_2(X,fn_vascular_plant_9(X))
& has_part_2(X,fn_vascular_plant_26(X))
& height_2(X,fn_vascular_plant_8(X))
& is_inside_2(fn_vascular_plant_9(X),fn_vascular_plant_16(X))
& is_above_2(fn_vascular_plant_15(X),fn_vascular_plant_6(X))
& is_inside_2(fn_vascular_plant_16(X),fn_vascular_plant_6(X))
& is_inside_2(fn_vascular_plant_26(X),fn_vascular_plant_15(X))
& has_region_2(fn_vascular_plant_9(X),fn_vascular_plant_10(X))
& has_part_2(fn_vascular_plant_26(X),fn_vascular_plant_11(X))
& has_region_2(X,fn_vascular_plant_15(X))
& has_region_2(X,fn_vascular_plant_16(X))
& fn_vascular_plant_10(X) = fn_root_3(fn_vascular_plant_9(X))
& fn_vascular_plant_11(X) = fn_shoot_1(fn_vascular_plant_26(X))
& fn_vascular_plant_21(X) = fn_plant_21(X)
& fn_vascular_plant_22(X) = fn_plant_22(X)
& fn_vascular_plant_15(X) = fn_plant_2(X)
& fn_vascular_plant_16(X) = fn_plant_1(X)
& fn_vascular_plant_18(X) = fn_plant_19(X)
& fn_vascular_plant_24(X) = fn_plant_17(X)
& fn_vascular_plant_23(X) = fn_plant_11(X)
& fn_vascular_plant_25(X) = fn_plant_12(X)
& fn_vascular_plant_17(X) = fn_plant_18(X)
& fn_vascular_plant_20(X) = fn_plant_20(X)
& fn_vascular_plant_19(X) = fn_plant_16(X)
& fn_vascular_plant_13(X) = fn_plant_14(X)
& fn_vascular_plant_14(X) = fn_plant_15(X)
& fn_vascular_plant_12(X) = fn_plant_13(X) ) ) ).
fof(a533601,axiom,
! [X] :
( vascular_tissue_1(X)
=> ( original_name_2(X,'Vascular-Tissue')
& user_description_2(X,'In plants, tissue that consists of cells joined into tubes for the transport of water and nutrients throughout the plant.')
& concept2words_2(X,'vascular tissue')
& concept2words_2(X,'vascular-tissue')
& plant_specific_tissue_1(X)
& ~ dermal_tissue_1(X)
& ~ ground_tissue_1(X)
& plant_cell_1(fn_vascular_tissue_1(X))
& has_part_2(X,fn_vascular_tissue_1(X))
& fn_vascular_tissue_1(X) = fn_tissue_1(X) ) ) ).
fof(a533602,axiom,
! [X] :
( vascular_tissue_system_1(X)
=> ( original_name_2(X,'Vascular-Tissue-System')
& user_description_2(X,'Vascular tissue system connects leaves and roots, allowing sugars to move from leaves to roots in the phloem and allowing water and minerals to move to the leaves in the xylem.')
& concept2words_2(X,'vascular tissue system')
& concept2words_2(X,'vascular-tissue-system')
& tissue_system_1(X) ) ) ).
fof(a533603,axiom,
! [X] :
( vasectomy_1(X)
=> ( original_name_2(X,'Vasectomy')
& user_description_2(X,'A form of permanent male sterilization in which each vas deferens is cut and sealed to prevent the passage of sperm to the urethra.')
& concept2words_2(X,vasectomize)
& concept2words_2(X,vasectomy)
& contraceptive_procedure_1(X)
& contraception_1(X)
& ~ intrauterine_device_1(X)
& ~ natural_family_planning_1(X)
& ~ prezygotic_barrier_1(X)
& ~ rhythm_method_1(X)
& ~ abortion_1(X)
& ~ assisted_reproductive_technology_1(X)
& ~ electrocardiogram_1(X)
& ~ genetic_testing_1(X)
& ~ immunization_1(X)
& ~ newborn_screening_1(X)
& ~ paternity_testing_1(X)
& ~ tubal_ligation_1(X)
& ~ ultrasound_imaging_1(X) ) ) ).
fof(a533604,axiom,
! [X] :
( vasocongestion_1(X)
=> ( original_name_2(X,'Vasocongestion')
& user_description_2(X,'A localized swelling of tissues caused by increased blood flow and blood pressure to the area.')
& concept2words_2(X,vasocongestion)
& cardiovascular_related_intercellular_process_1(X) ) ) ).
fof(a533605,axiom,
! [X] :
( vasoconstriction_1(X)
=> ( original_name_2(X,'Vasoconstriction')
& user_description_2(X,'A narrowing of blood vessel diameter caused by muscular contraction of the walls of the vessels.')
& concept2words_2(X,'blood vessel constriction')
& concept2words_2(X,vasoconstriction)
& cardiovascular_related_intercellular_process_1(X) ) ) ).
fof(a533606,axiom,
! [X] :
( vasodilation_1(X)
=> ( original_name_2(X,'Vasodilation')
& user_description_2(X,'A widening of blood vessel diameter caused by relaxation of muscles in the walls of the vessels.')
& concept2words_2(X,'blood vessel dilation')
& concept2words_2(X,vasodilation)
& cardiovascular_related_intercellular_process_1(X) ) ) ).
fof(a533607,axiom,
! [X] :
( vector_1(X)
=> ( original_name_2(X,'Vector')
& user_description_2(X,'An organism that transmits pathogens from a reservoir to a new host.')
& concept2words_2(X,vector)
& organism_role_1(X) ) ) ).
fof(a533608,axiom,
! [X] :
( vegetable_1(X)
=> ( original_name_2(X,'Vegetable')
& user_description_2(X,'The part of a plant that is used for food, exclusive of fruit and seeds.')
& concept2words_2(X,vegetable)
& plant_organ_1(X)
& cellulose_1(fn_vegetable_2(X))
& quantity_value_1(fn_vegetable_3(X))
& omega_3_fatty_acid_1(fn_vegetable_4(X))
& tissue_1(fn_vegetable_5(X))
& plant_cell_1(fn_vegetable_6(X))
& eukaryotic_cell_1(fn_tissue_1(fn_vegetable_5(X)))
& has_part_2(X,fn_vegetable_2(X))
& has_part_2(X,fn_vegetable_4(X))
& the_scalar_value_2(fn_vegetable_3(X),high_0)
& scalar_unit_class_2(fn_vegetable_3(X),organic_molecule_0)
& quantity_2(fn_vegetable_2(X),fn_vegetable_3(X))
& has_part_2(X,fn_vegetable_5(X))
& has_part_2(fn_vegetable_5(X),fn_vegetable_6(X))
& fn_vegetable_5(X) = fn_organ_1(X)
& fn_vegetable_6(X) = fn_tissue_1(fn_vegetable_5(X)) ) ) ).
fof(a533609,axiom,
! [X] :
( vegetable_oil_1(X)
=> ( original_name_2(X,'Vegetable-Oil')
& user_description_2(X,'It is a form of lipid present generally in seeds.')
& concept2words_2(X,'oil of vegetable')
& concept2words_2(X,'vegetable oil')
& concept2words_2(X,'vegetable-oil')
& liquid_substance_1(X)
& agricultural_product_1(X)
& unsaturated_fat_1(fn_vegetable_oil_1(X))
& plant_fat_1(fn_vegetable_oil_2(X))
& seed_1(fn_vegetable_oil_3(X))
& agricultural_process_1(fn_vegetable_oil_4(X))
& has_part_2(X,fn_vegetable_oil_1(X))
& has_part_2(X,fn_vegetable_oil_2(X))
& raw_material_2(fn_vegetable_oil_4(X),fn_vegetable_oil_3(X))
& result_2(fn_vegetable_oil_4(X),X)
& fn_vegetable_oil_4(X) = fn_agricultural_product_1(X) ) ) ).
fof(a533610,axiom,
! [X] :
( vegetal_pole_1(X)
=> ( original_name_2(X,'Vegetal-Pole')
& user_description_2(X,'The pole in the hemisphere of an egg that contains the highest concentration of yolk.')
& concept2words_2(X,'vegetal pole')
& concept2words_2(X,'vegetal-pole')
& pole_1(X) ) ) ).
fof(a533611,axiom,
! [X] :
( vegetation_1(X)
=> ( original_name_2(X,'Vegetation')
& user_description_2(X,'All the plant life in a particular geographic region or time period.')
& concept2words_2(X,'plant life')
& concept2words_2(X,'plant community')
& concept2words_2(X,flora)
& concept2words_2(X,vegetation)
& ecological_community_1(X)
& ~ benthos_1(X)
& ~ biofilm_1(X) ) ) ).
fof(a533612,axiom,
! [X] :
( vegetative_reproduction_1(X)
=> ( original_name_2(X,'Vegetative-Reproduction')
& user_description_2(X,'A form of asexual reproduction in plants, in which new individuals are formed without the use of seeds or spores.')
& concept2words_2(X,reproduce)
& concept2words_2(X,'vegetative reproduction')
& concept2words_2(X,'vegetative-reproduction')
& asexual_reproduction_1(X)
& ~ budding_1(X)
& ~ cross_breeding_event_1(X)
& ~ iteroparity_1(X)
& ~ plant_reproduction_1(X)
& ~ semelparity_1(X) ) ) ).
fof(a533613,axiom,
! [X] :
( vehicle_1(X)
=> ( original_name_2(X,'Vehicle')
& description_2(X,'The object or medium which transports the object moved during a move event.')
& concept2words_2(X,vehicle)
& concept2words_2(X,fomite)
& role_1(X)
& tangible_entity_1(fn_vehicle_1(X))
& plays_2(fn_vehicle_1(X),X) ) ) ).
fof(a533614,axiom,
! [X] :
( vein_1(X)
=> ( original_name_2(X,'Vein')
& user_description_2(X,'(1) In animals, a blood vessel that transports blood towards the heart; (2) in plants, a vascular bundle in a leaf.')
& concept2words_2(X,vein)
& blood_vessel_1(X) ) ) ).
fof(a533615,axiom,
! [X] :
( velocity_constant_1(X)
=> ( original_name_2(X,'Velocity-Constant')
& concept2words_2(X,'constant of velocity')
& concept2words_2(X,'velocity constant')
& concept2words_2(X,'velocity-constant')
& constant_1(X) ) ) ).
fof(a533616,axiom,
! [X] :
( velocity_scale_1(X)
=> ( original_name_2(X,'Velocity-Scale')
& concept2words_2(X,'scale of velocity')
& concept2words_2(X,'velocity scale')
& concept2words_2(X,'velocity-scale')
& scale_1(X) ) ) ).
fof(a533617,axiom,
! [X] :
( venomous_organism_1(X)
=> ( original_name_2(X,'Venomous-Organism')
& user_description_2(X,'Organism which actively produces and delivers venom as a defense or predation mechanism.')
& concept2words_2(X,'venomous organism')
& concept2words_2(X,'venomous-organism')
& organism_1(X) ) ) ).
fof(a533618,axiom,
! [X] :
( ventilation_1(X)
=> ( original_name_2(X,'Ventilation')
& user_description_2(X,'The active movement of water or air over a gas exchange surface.')
& concept2words_2(X,'flow of air')
& concept2words_2(X,ventilate)
& concept2words_2(X,ventilation)
& respiratory_process_1(X) ) ) ).
fof(a533619,axiom,
! [X] :
( ventral_1(X)
=> ( original_name_2(X,'Ventral')
& user_description_2(X,'Region on the belly side of the body. Opposite of dorsal.')
& concept2words_2(X,'belly side,')
& concept2words_2(X,'front side')
& concept2words_2(X,'belly side')
& concept2words_2(X,ventral)
& anatomical_region_1(X) ) ) ).
fof(a533620,axiom,
! [X] :
( ventral_surface_1(X)
=> ( original_name_2(X,'Ventral-Surface')
& user_description_2(X,'The anterior surface or the front side of an animal is called the ventral surface.')
& concept2words_2(X,'surface of ventral')
& concept2words_2(X,'ventral surface')
& concept2words_2(X,'ventral-surface')
& ventral_1(X)
& surface_1(X) ) ) ).
fof(a533621,axiom,
! [X] :
( ventricle_1(X)
=> ( original_name_2(X,'Ventricle')
& user_description_2(X,'(1) The heart chamber that is contractile and pumps blood; (2) one of a system of structures in the brain that are continuous with the central canal of the spinal cord and filled with cerebrospinal fluid.')
& concept2words_2(X,ventricle)
& organ_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ vestibule_of_the_ear_1(X) ) ) ).
fof(a533622,axiom,
! [X] :
( venule_1(X)
=> ( original_name_2(X,'Venule')
& user_description_2(X,'A tiny vessel that carries blood returning from a capillary bed to a vein.')
& concept2words_2(X,venule)
& vein_1(X)
& ~ pulmonary_vein_1(X)
& ~ renal_vein_1(X) ) ) ).
fof(a533623,axiom,
! [X] :
( vernalization_1(X)
=> ( original_name_2(X,'Vernalization')
& user_description_2(X,'The requirement of a period of exposure to cold temperatures before some plants will flower.')
& concept2words_2(X,'cold induced flowering')
& concept2words_2(X,'cold-induced flowering')
& concept2words_2(X,vernalization)
& agricultural_process_1(X)
& ~ animal_husbandry_1(X)
& ~ crop_rotation_1(X)
& ~ hydroponic_culture_1(X)
& ~ irrigation_1(X)
& ~ logging_1(X)
& ~ monoculture_1(X)
& ~ no_till_agriculture_1(X)
& ~ sustainable_agriculture_1(X) ) ) ).
fof(a533624,axiom,
! [X] :
( version_1(X)
=> ( original_name_2(X,'Version')
& description_2(X,'Tue Mar 19 14:08:44 PDT 2013')
& concept2words_2(X,version)
& km_class_1(X) ) ) ).
fof(a533625,axiom,
! [X] :
( vertebrate_1(X)
=> ( original_name_2(X,'Vertebrate')
& user_description_2(X,'Animals in the Phylum Chordata which have diagnostic characteristics including a well-developed skull and a backbone composed of vertebrae.')
& concept2words_2(X,vertebrate)
& chordate_1(X)
& ~ cephalochordate_1(X)
& ~ craniate_1(X)
& ~ tunicate_1(X)
& digestive_enzyme_1(fn_vertebrate_1(X))
& water_molecule_1(fn_vertebrate_2(X))
& protein_1(fn_vertebrate_3(X))
& trachea_1(fn_vertebrate_4(X))
& lung_1(fn_vertebrate_5(X))
& respiratory_system_1(fn_vertebrate_6(X))
& quantity_value_1(fn_vertebrate_9(X))
& quantity_value_1(fn_vertebrate_10(X))
& secretor_1(fn_vertebrate_11(X))
& inside_face_1(fn_vertebrate_12(X))
& immune_system_1(fn_vertebrate_13(X))
& system_1(fn_vertebrate_14(X))
& liver_1(fn_vertebrate_15(X))
& pancreas_1(fn_vertebrate_16(X))
& gallbladder_1(fn_vertebrate_17(X))
& stomach_1(fn_vertebrate_18(X))
& pharynx_1(fn_vertebrate_19(X))
& cellulase_1(fn_vertebrate_20(X))
& endocrine_system_1(fn_vertebrate_21(X))
& lymphatic_system_1(fn_vertebrate_22(X))
& chemical_entity_1(fn_vertebrate_23(X))
& carbohydrate_1(fn_vertebrate_23(X))
& entity_1(fn_vertebrate_24(X))
& chemical_entity_1(fn_vertebrate_24(X))
& atom_1(fn_vertebrate_24(X))
& carbon_1(fn_vertebrate_24(X))
& nutrition_1(fn_vertebrate_25(X))
& esophagus_1(fn_vertebrate_26(X))
& tissue_1(fn_vertebrate_27(X))
& bone_1(fn_vertebrate_27(X))
& bone_formation_1(fn_vertebrate_28(X))
& calcium_1(fn_vertebrate_29(X))
& phosphorus_1(fn_vertebrate_30(X))
& animal_nutritional_requirement_1(fn_vertebrate_31(X))
& agent_role_1(fn_vertebrate_32(X))
& move_through_1(fn_vertebrate_33(X))
& abrade_1(fn_vertebrate_34(X))
& cellulose_1(fn_vertebrate_35(X))
& lining_1(fn_vertebrate_36(X))
& produce_1(fn_vertebrate_37(X))
& release_1(fn_vertebrate_38(X))
& entity_1(fn_vertebrate_39(X))
& tangible_entity_1(fn_vertebrate_39(X))
& digestive_system_1(fn_vertebrate_40(X))
& mouth_1(fn_vertebrate_41(X))
& oral_cavity_1(fn_vertebrate_42(X))
& tongue_1(fn_vertebrate_43(X))
& polymer_1(fn_vertebrate_44(X))
& chemical_energy_1(fn_vertebrate_45(X))
& remove_1(fn_vertebrate_46(X))
& catabolic_pathway_1(fn_vertebrate_47(X))
& polymer_breakdown_1(fn_vertebrate_48(X))
& hydrolysis_1(fn_vertebrate_49(X))
& break_1(fn_vertebrate_50(X))
& chemical_entity_1(fn_vertebrate_51(X))
& water_molecule_1(fn_vertebrate_51(X))
& monomer_1(fn_vertebrate_52(X))
& glucose_1(fn_vertebrate_53(X))
& specific_heat_value_1(fn_vertebrate_54(X))
& temperature_value_1(fn_vertebrate_55(X))
& heterotroph_1(fn_vertebrate_56(X))
& water_1(fn_vertebrate_57(X))
& take_in_1(fn_vertebrate_58(X))
& locomotion_1(fn_vertebrate_59(X))
& spatial_entity_1(fn_make_contact_2(fn_vertebrate_34(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_vertebrate_48(X)))
& phosphorus_1(fn_nutritional_requirement_5(fn_vertebrate_31(X)))
& calcium_1(fn_nutritional_requirement_3(fn_vertebrate_31(X)))
& entity_1(fn_agent_role_1(fn_vertebrate_32(X)))
& oral_cavity_1(fn_mouth_3(fn_vertebrate_41(X)))
& tongue_1(fn_mouth_1(fn_vertebrate_41(X)))
& digestive_organ_1(fn_digestive_system_1(fn_vertebrate_40(X)))
& spatial_entity_1(fn_remove_1(fn_vertebrate_46(X)))
& organic_molecule_1(fn_catabolic_pathway_9(fn_vertebrate_47(X)))
& organic_molecule_1(fn_catabolic_pathway_9(fn_vertebrate_48(X)))
& entity_1(fn_create_1(fn_vertebrate_37(X)))
& tangible_entity_1(fn_release_1(fn_vertebrate_38(X)))
& bone_1(fn_bone_formation_1(fn_vertebrate_28(X)))
& chemical_energy_1(fn_exergonic_reaction_3(fn_vertebrate_49(X)))
& chemical_energy_1(fn_hydrolysis_17(fn_vertebrate_49(X)))
& chemical_entity_1(fn_decomposition_reaction_4(fn_vertebrate_49(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_vertebrate_49(X)))
& chemical_entity_1(fn_hydrolysis_9(fn_vertebrate_49(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_vertebrate_49(X)))
& water_molecule_1(fn_hydrolysis_10(fn_vertebrate_49(X)))
& spatial_entity_1(fn_make_contact_1(fn_vertebrate_34(X)))
& spatial_entity_1(fn_remove_2(fn_vertebrate_46(X)))
& spatial_entity_1(fn_move_1(fn_vertebrate_33(X)))
& tangible_entity_1(fn_impair_1(fn_vertebrate_50(X)))
& organic_molecule_1(fn_catabolic_pathway_10(fn_vertebrate_47(X)))
& chemical_entity_1(fn_hydrolysis_11(fn_vertebrate_49(X)))
& is_specific_to_2(fn_vertebrate_1(X),fn_vertebrate_3(X))
& fn_vertebrate_2(X) != fn_vertebrate_53(X)
& fn_vertebrate_2(X) != fn_vertebrate_3(X)
& fn_vertebrate_3(X) != fn_vertebrate_2(X)
& abuts_2(fn_vertebrate_4(X),fn_vertebrate_19(X))
& next_element_2(fn_vertebrate_4(X),fn_vertebrate_5(X))
& abuts_2(fn_vertebrate_26(X),fn_vertebrate_18(X))
& element_2(fn_vertebrate_6(X),fn_vertebrate_4(X))
& element_2(fn_vertebrate_6(X),fn_vertebrate_5(X))
& raw_material_2(fn_vertebrate_28(X),fn_vertebrate_30(X))
& raw_material_2(fn_vertebrate_28(X),fn_vertebrate_29(X))
& quantity_2(fn_vertebrate_29(X),fn_vertebrate_10(X))
& quantity_2(fn_vertebrate_30(X),fn_vertebrate_9(X))
& the_scalar_value_2(fn_vertebrate_9(X),high_0)
& scalar_unit_class_2(fn_vertebrate_9(X),atom_0)
& the_scalar_value_2(fn_vertebrate_10(X),high_0)
& scalar_unit_class_2(fn_vertebrate_10(X),atom_0)
& path_2(fn_vertebrate_33(X),X)
& base_2(fn_vertebrate_33(X),fn_vertebrate_40(X))
& enables_2(fn_vertebrate_33(X),fn_vertebrate_34(X))
& path_2(fn_vertebrate_34(X),X)
& abuts_2(fn_vertebrate_36(X),fn_vertebrate_12(X))
& plays_2(fn_vertebrate_36(X),fn_vertebrate_11(X))
& next_event_2(fn_vertebrate_37(X),fn_vertebrate_38(X))
& base_2(fn_vertebrate_38(X),fn_vertebrate_36(X))
& is_inside_2(fn_vertebrate_39(X),fn_vertebrate_36(X))
& abuts_2(fn_vertebrate_12(X),fn_vertebrate_36(X))
& element_2(fn_vertebrate_40(X),fn_vertebrate_17(X))
& element_2(fn_vertebrate_40(X),fn_vertebrate_16(X))
& element_2(fn_vertebrate_40(X),fn_vertebrate_15(X))
& element_2(fn_vertebrate_40(X),fn_vertebrate_19(X))
& element_2(fn_vertebrate_40(X),fn_vertebrate_18(X))
& has_region_2(X,fn_vertebrate_13(X))
& has_region_2(X,fn_vertebrate_6(X))
& has_region_2(X,fn_vertebrate_21(X))
& has_region_2(X,fn_vertebrate_22(X))
& has_part_2(X,fn_vertebrate_17(X))
& has_part_2(X,fn_vertebrate_16(X))
& has_part_2(X,fn_vertebrate_15(X))
& has_part_2(X,fn_vertebrate_4(X))
& has_part_2(X,fn_vertebrate_5(X))
& has_part_2(X,fn_vertebrate_26(X))
& has_part_2(X,fn_vertebrate_19(X))
& has_part_2(X,fn_vertebrate_18(X))
& has_part_2(X,fn_vertebrate_41(X))
& exactCardinality(X,has_part_0,"2",lung_0)
& abuts_2(fn_vertebrate_18(X),fn_vertebrate_26(X))
& abuts_2(fn_vertebrate_19(X),fn_vertebrate_4(X))
& next_element_2(fn_vertebrate_19(X),fn_vertebrate_26(X))
& is_inside_2(fn_vertebrate_43(X),fn_vertebrate_42(X))
& agent_2(fn_vertebrate_47(X),fn_vertebrate_20(X))
& raw_material_2(fn_vertebrate_48(X),fn_vertebrate_35(X))
& result_2(fn_vertebrate_49(X),fn_vertebrate_53(X))
& agent_2(fn_vertebrate_50(X),fn_vertebrate_20(X))
& fn_vertebrate_53(X) != fn_vertebrate_2(X)
& object_2(fn_vertebrate_34(X),fn_vertebrate_35(X))
& base_2(fn_vertebrate_46(X),fn_vertebrate_35(X))
& object_2(fn_vertebrate_33(X),fn_vertebrate_35(X))
& object_2(fn_vertebrate_50(X),fn_vertebrate_35(X))
& object_2(fn_vertebrate_46(X),fn_vertebrate_53(X))
& raw_material_2(fn_vertebrate_47(X),fn_vertebrate_35(X))
& result_2(fn_vertebrate_47(X),fn_vertebrate_53(X))
& result_2(fn_vertebrate_48(X),fn_vertebrate_53(X))
& possesses_2(fn_vertebrate_51(X),fn_vertebrate_45(X))
& base_2(fn_vertebrate_34(X),fn_vertebrate_36(X))
& result_2(fn_vertebrate_37(X),fn_vertebrate_39(X))
& has_part_2(X,fn_vertebrate_27(X))
& raw_material_2(fn_vertebrate_48(X),fn_vertebrate_44(X))
& object_2(fn_vertebrate_38(X),fn_vertebrate_39(X))
& element_2(fn_vertebrate_31(X),fn_vertebrate_30(X))
& element_2(fn_vertebrate_31(X),fn_vertebrate_29(X))
& plays_2(X,fn_vertebrate_32(X))
& has_region_2(fn_vertebrate_41(X),fn_vertebrate_42(X))
& has_part_2(fn_vertebrate_41(X),fn_vertebrate_43(X))
& result_2(fn_vertebrate_28(X),fn_vertebrate_27(X))
& possesses_2(fn_vertebrate_35(X),fn_vertebrate_45(X))
& raw_material_2(fn_vertebrate_49(X),fn_vertebrate_35(X))
& fn_vertebrate_35(X) != fn_vertebrate_51(X)
& raw_material_2(fn_vertebrate_49(X),fn_vertebrate_51(X))
& result_2(fn_vertebrate_49(X),fn_vertebrate_52(X))
& fn_vertebrate_51(X) != fn_vertebrate_35(X)
& result_2(fn_vertebrate_25(X),fn_vertebrate_23(X))
& has_part_2(fn_vertebrate_23(X),fn_vertebrate_24(X))
& base_2(fn_vertebrate_58(X),X)
& agent_2(fn_vertebrate_58(X),X)
& agent_2(fn_vertebrate_25(X),X)
& in_event_2(fn_vertebrate_56(X),fn_vertebrate_25(X))
& plays_2(X,fn_vertebrate_56(X))
& agent_2(fn_vertebrate_59(X),X)
& object_2(fn_vertebrate_59(X),X)
& temperature_2(X,fn_vertebrate_55(X))
& correspondence_2(fn_vertebrate_55(X),fn_vertebrate_54(X))
& specific_heat_2(fn_vertebrate_57(X),fn_vertebrate_54(X))
& has_part_2(X,fn_vertebrate_57(X))
& has_region_2(X,fn_vertebrate_40(X))
& element_2(fn_vertebrate_40(X),fn_vertebrate_26(X))
& fn_vertebrate_35(X) = fn_make_contact_1(fn_vertebrate_34(X))
& fn_vertebrate_35(X) = fn_remove_2(fn_vertebrate_46(X))
& fn_vertebrate_35(X) = fn_move_1(fn_vertebrate_33(X))
& fn_vertebrate_35(X) = fn_impair_1(fn_vertebrate_50(X))
& fn_vertebrate_53(X) = fn_remove_1(fn_vertebrate_46(X))
& fn_vertebrate_35(X) = fn_catabolic_pathway_10(fn_vertebrate_47(X))
& fn_vertebrate_53(X) = fn_catabolic_pathway_9(fn_vertebrate_47(X))
& fn_vertebrate_53(X) = fn_catabolic_pathway_9(fn_vertebrate_48(X))
& fn_vertebrate_45(X) = fn_exergonic_reaction_3(fn_vertebrate_49(X))
& fn_vertebrate_36(X) = fn_make_contact_2(fn_vertebrate_34(X))
& fn_vertebrate_39(X) = fn_create_1(fn_vertebrate_37(X))
& fn_vertebrate_27(X) = fn_eumetazoan_20(X)
& fn_vertebrate_44(X) = fn_exergonic_reaction_10(fn_vertebrate_48(X))
& fn_vertebrate_39(X) = fn_release_1(fn_vertebrate_38(X))
& fn_vertebrate_30(X) = fn_nutritional_requirement_5(fn_vertebrate_31(X))
& fn_vertebrate_29(X) = fn_nutritional_requirement_3(fn_vertebrate_31(X))
& X = fn_agent_role_1(fn_vertebrate_32(X))
& fn_vertebrate_42(X) = fn_mouth_3(fn_vertebrate_41(X))
& fn_vertebrate_43(X) = fn_mouth_1(fn_vertebrate_41(X))
& fn_vertebrate_27(X) = fn_bone_formation_1(fn_vertebrate_28(X))
& fn_vertebrate_45(X) = fn_hydrolysis_17(fn_vertebrate_49(X))
& fn_vertebrate_52(X) = fn_decomposition_reaction_4(fn_vertebrate_49(X))
& fn_vertebrate_52(X) = fn_exergonic_reaction_11(fn_vertebrate_49(X))
& fn_vertebrate_52(X) = fn_hydrolysis_9(fn_vertebrate_49(X))
& fn_vertebrate_51(X) = fn_exergonic_reaction_10(fn_vertebrate_49(X))
& fn_vertebrate_51(X) = fn_hydrolysis_10(fn_vertebrate_49(X))
& fn_vertebrate_35(X) = fn_hydrolysis_11(fn_vertebrate_49(X))
& fn_vertebrate_60(X) = fn_animal_28(X)
& fn_vertebrate_61(X) = fn_animal_27(X)
& fn_vertebrate_24(X) = fn_eumetazoan_6(X)
& fn_vertebrate_24(X) = fn_animal_12(X)
& fn_vertebrate_23(X) = fn_eumetazoan_2(X)
& fn_vertebrate_23(X) = fn_animal_8(X)
& fn_vertebrate_58(X) = fn_animal_9(X)
& fn_vertebrate_59(X) = fn_animal_22(X)
& fn_vertebrate_56(X) = fn_animal_18(X)
& fn_vertebrate_25(X) = fn_eumetazoan_22(X)
& fn_vertebrate_25(X) = fn_animal_19(X)
& fn_vertebrate_40(X) = fn_animal_5(X)
& fn_vertebrate_57(X) = fn_animal_20(X)
& fn_vertebrate_54(X) = fn_animal_25(X)
& fn_vertebrate_55(X) = fn_animal_26(X)
& fn_vertebrate_26(X) = fn_digestive_system_1(fn_vertebrate_40(X))
& fn_remove_1(fn_vertebrate_46(X)) = fn_catabolic_pathway_9(fn_vertebrate_47(X))
& fn_catabolic_pathway_9(fn_vertebrate_47(X)) = fn_catabolic_pathway_9(fn_vertebrate_48(X))
& fn_catabolic_pathway_9(fn_vertebrate_48(X)) = fn_create_1(fn_vertebrate_37(X))
& fn_create_1(fn_vertebrate_37(X)) = fn_release_1(fn_vertebrate_38(X))
& fn_release_1(fn_vertebrate_38(X)) = fn_eumetazoan_20(X)
& fn_eumetazoan_20(X) = fn_bone_formation_1(fn_vertebrate_28(X))
& fn_bone_formation_1(fn_vertebrate_28(X)) = fn_exergonic_reaction_3(fn_vertebrate_49(X))
& fn_exergonic_reaction_3(fn_vertebrate_49(X)) = fn_hydrolysis_17(fn_vertebrate_49(X))
& fn_hydrolysis_17(fn_vertebrate_49(X)) = fn_decomposition_reaction_4(fn_vertebrate_49(X))
& fn_decomposition_reaction_4(fn_vertebrate_49(X)) = fn_exergonic_reaction_11(fn_vertebrate_49(X))
& fn_exergonic_reaction_11(fn_vertebrate_49(X)) = fn_exergonic_reaction_11(fn_vertebrate_49(X))
& fn_exergonic_reaction_11(fn_vertebrate_49(X)) = fn_hydrolysis_9(fn_vertebrate_49(X))
& fn_hydrolysis_9(fn_vertebrate_49(X)) = fn_exergonic_reaction_10(fn_vertebrate_49(X))
& fn_exergonic_reaction_10(fn_vertebrate_49(X)) = fn_exergonic_reaction_10(fn_vertebrate_49(X))
& fn_exergonic_reaction_10(fn_vertebrate_49(X)) = fn_hydrolysis_10(fn_vertebrate_49(X))
& fn_hydrolysis_10(fn_vertebrate_49(X)) = fn_hydrolysis_10(fn_vertebrate_49(X))
& fn_hydrolysis_10(fn_vertebrate_49(X)) = fn_make_contact_1(fn_vertebrate_34(X))
& fn_make_contact_1(fn_vertebrate_34(X)) = fn_remove_2(fn_vertebrate_46(X))
& fn_remove_2(fn_vertebrate_46(X)) = fn_remove_2(fn_vertebrate_46(X))
& fn_remove_2(fn_vertebrate_46(X)) = fn_move_1(fn_vertebrate_33(X))
& fn_move_1(fn_vertebrate_33(X)) = fn_move_1(fn_vertebrate_33(X))
& fn_move_1(fn_vertebrate_33(X)) = fn_impair_1(fn_vertebrate_50(X))
& fn_impair_1(fn_vertebrate_50(X)) = fn_impair_1(fn_vertebrate_50(X))
& fn_impair_1(fn_vertebrate_50(X)) = fn_catabolic_pathway_10(fn_vertebrate_47(X))
& fn_catabolic_pathway_10(fn_vertebrate_47(X)) = fn_catabolic_pathway_10(fn_vertebrate_47(X))
& fn_catabolic_pathway_10(fn_vertebrate_47(X)) = fn_hydrolysis_11(fn_vertebrate_49(X))
& fn_hydrolysis_11(fn_vertebrate_49(X)) = fn_hydrolysis_11(fn_vertebrate_49(X))
& fn_hydrolysis_11(fn_vertebrate_49(X)) = fn_eumetazoan_6(X)
& fn_eumetazoan_6(X) = fn_animal_12(X)
& fn_animal_12(X) = fn_eumetazoan_2(X)
& fn_animal_8(X) = fn_eumetazoan_2(X)
& fn_eumetazoan_2(X) = fn_animal_8(X)
& fn_animal_8(X) = fn_eumetazoan_22(X)
& fn_animal_19(X) = fn_animal_19(X)
& fn_animal_19(X) = fn_eumetazoan_22(X)
& fn_eumetazoan_22(X) = fn_animal_19(X) ) ) ).
fof(a533626,axiom,
! [X] :
( vertebrate_appendage_1(X)
=> ( original_name_2(X,'Vertebrate-Appendage')
& user_description_2(X,'An external body part, or natural prolongation, that protrudes from a vertebrate\'s body.')
& concept2words_2(X,'appendage of vertebrate')
& concept2words_2(X,'vertebrate appendage')
& concept2words_2(X,'vertebrate-appendage')
& animal_appendage_1(X) ) ) ).
fof(a533627,axiom,
! [X] :
( vertebrate_cell_1(X)
=> ( original_name_2(X,'Vertebrate-Cell')
& user_description_2(X,'The cell of a vertebrate animal.')
& concept2words_2(X,'cell of a vertebrate')
& concept2words_2(X,'cell-of-a-vertebrate')
& concept2words_2(X,'cell of vertebrate')
& concept2words_2(X,'vertebrate cell')
& concept2words_2(X,'vertebrate-cell')
& animal_cell_1(X)
& electron_transport_chain_pathway_1(fn_vertebrate_cell_1(X))
& eukaryotic_oxidative_phosphorylation_1(fn_vertebrate_cell_2(X))
& metabolic_pathway_1(fn_vertebrate_cell_3(X))
& endergonic_process_1(fn_vertebrate_cell_3(X))
& chemical_reaction_1(fn_vertebrate_cell_3(X))
& synthesis_of_organic_molecule_1(fn_vertebrate_cell_3(X))
& anabolic_pathway_1(fn_vertebrate_cell_3(X))
& synthesis_of_atp_1(fn_vertebrate_cell_3(X))
& catabolic_pathway_1(fn_vertebrate_cell_4(X))
& non_motile_cilium_1(fn_vertebrate_cell_5(X))
& tangible_entity_1(fn_vertebrate_cell_6(X))
& phospholipid_bilayer_1(fn_vertebrate_cell_6(X))
& microtubule_1(fn_vertebrate_cell_7(X))
& create_1(fn_vertebrate_cell_8(X))
& produce_1(fn_vertebrate_cell_8(X))
& substance_1(fn_vertebrate_cell_9(X))
& cytosol_1(fn_vertebrate_cell_9(X))
& eukaryotic_cellular_respiration_1(fn_vertebrate_cell_10(X))
& support_1(fn_vertebrate_cell_11(X))
& support_1(fn_vertebrate_cell_12(X))
& volume_value_1(fn_vertebrate_cell_13(X))
& size_value_1(fn_vertebrate_cell_14(X))
& cell_pole_1(fn_vertebrate_cell_15(X))
& cell_pole_1(fn_vertebrate_cell_16(X))
& surface_1(fn_vertebrate_cell_17(X))
& golgi_apparatus_1(fn_vertebrate_cell_18(X))
& smooth_endoplasmic_reticulum_1(fn_vertebrate_cell_19(X))
& endoplasmic_reticulum_1(fn_vertebrate_cell_20(X))
& rough_endoplasmic_reticulum_1(fn_vertebrate_cell_20(X))
& semiautonomous_organelle_1(fn_vertebrate_cell_21(X))
& organelle_1(fn_vertebrate_cell_21(X))
& mitochondrion_1(fn_vertebrate_cell_21(X))
& tangible_entity_1(fn_vertebrate_cell_22(X))
& nucleus_1(fn_vertebrate_cell_22(X))
& centrosome_1(fn_vertebrate_cell_23(X))
& eukaryotic_chromosome_1(fn_vertebrate_cell_24(X))
& chromosome_1(fn_vertebrate_cell_24(X))
& ribosome_1(fn_vertebrate_cell_25(X))
& eukaryotic_ribosome_1(fn_vertebrate_cell_25(X))
& tangible_entity_1(fn_vertebrate_cell_26(X))
& spatial_entity_1(fn_vertebrate_cell_26(X))
& biomembrane_1(fn_vertebrate_cell_26(X))
& animal_plasma_membrane_1(fn_vertebrate_cell_26(X))
& plasma_membrane_1(fn_vertebrate_cell_26(X))
& mixture_1(fn_vertebrate_cell_27(X))
& cytoplasm_1(fn_vertebrate_cell_27(X))
& cellular_work_1(fn_vertebrate_cell_30(X))
& active_transport_1(fn_vertebrate_cell_30(X))
& active_movement_of_ions_1(fn_vertebrate_cell_30(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_vertebrate_cell_30(X))
& move_1(fn_vertebrate_cell_31(X))
& peroxisome_1(fn_vertebrate_cell_32(X))
& eukaryotic_cell_1(fn_non_motile_cilium_6(fn_vertebrate_cell_5(X)))
& cell_1(fn_non_motile_cilium_6(fn_vertebrate_cell_5(X)))
& has_part_2(X,fn_vertebrate_cell_5(X))
& is_between_2(fn_vertebrate_cell_27(X),fn_vertebrate_cell_26(X))
& the_scalar_value_2(fn_vertebrate_cell_14(X),big_0)
& scalar_unit_class_2(fn_vertebrate_cell_14(X),prokaryote_0)
& site_2(fn_vertebrate_cell_4(X),fn_vertebrate_cell_21(X))
& has_function_2(X,fn_vertebrate_cell_10(X))
& base_2(fn_vertebrate_cell_10(X),X)
& object_2(fn_vertebrate_cell_12(X),X)
& has_function_2(fn_vertebrate_cell_7(X),fn_vertebrate_cell_12(X))
& result_2(fn_vertebrate_cell_8(X),fn_vertebrate_cell_7(X))
& fn_vertebrate_cell_20(X) != fn_vertebrate_cell_19(X)
& has_part_2(X,fn_vertebrate_cell_19(X))
& size_2(X,fn_vertebrate_cell_14(X))
& directly_proportional_2(fn_vertebrate_cell_14(X),fn_vertebrate_cell_13(X))
& volume_2(X,fn_vertebrate_cell_13(X))
& fn_vertebrate_cell_19(X) != fn_vertebrate_cell_20(X)
& has_region_2(X,fn_vertebrate_cell_16(X))
& is_opposite_2(fn_vertebrate_cell_16(X),fn_vertebrate_cell_15(X))
& has_region_2(X,fn_vertebrate_cell_15(X))
& has_part_2(X,fn_vertebrate_cell_21(X))
& has_function_2(fn_vertebrate_cell_21(X),fn_vertebrate_cell_2(X))
& is_opposite_2(fn_vertebrate_cell_15(X),fn_vertebrate_cell_16(X))
& is_inside_2(fn_vertebrate_cell_27(X),fn_vertebrate_cell_26(X))
& is_between_2(fn_vertebrate_cell_27(X),fn_vertebrate_cell_22(X))
& is_inside_2(fn_vertebrate_cell_22(X),fn_vertebrate_cell_9(X))
& is_near_2(fn_vertebrate_cell_23(X),fn_vertebrate_cell_22(X))
& is_near_2(fn_vertebrate_cell_22(X),fn_vertebrate_cell_23(X))
& has_region_2(X,fn_vertebrate_cell_17(X))
& is_at_2(fn_vertebrate_cell_6(X),fn_vertebrate_cell_17(X))
& has_part_2(fn_vertebrate_cell_26(X),fn_vertebrate_cell_6(X))
& agent_2(fn_vertebrate_cell_11(X),fn_vertebrate_cell_26(X))
& object_2(fn_vertebrate_cell_11(X),X)
& origin_2(fn_vertebrate_cell_31(X),fn_vertebrate_cell_32(X))
& has_part_2(X,fn_vertebrate_cell_32(X))
& has_part_2(X,fn_vertebrate_cell_20(X))
& abuts_2(fn_vertebrate_cell_19(X),fn_vertebrate_cell_20(X))
& abuts_2(fn_vertebrate_cell_20(X),fn_vertebrate_cell_19(X))
& first_subevent_2(fn_vertebrate_cell_2(X),fn_vertebrate_cell_1(X))
& site_2(fn_vertebrate_cell_2(X),fn_vertebrate_cell_21(X))
& site_2(fn_vertebrate_cell_3(X),fn_vertebrate_cell_21(X))
& base_2(fn_vertebrate_cell_3(X),X)
& has_part_2(X,fn_vertebrate_cell_22(X))
& destination_2(fn_vertebrate_cell_31(X),fn_vertebrate_cell_21(X))
& causes_2(fn_vertebrate_cell_31(X),fn_vertebrate_cell_4(X))
& base_2(fn_vertebrate_cell_4(X),X)
& has_part_2(X,fn_vertebrate_cell_23(X))
& has_function_2(fn_vertebrate_cell_23(X),fn_vertebrate_cell_8(X))
& base_2(fn_vertebrate_cell_1(X),X)
& subevent_2(fn_vertebrate_cell_2(X),fn_vertebrate_cell_1(X))
& base_2(fn_vertebrate_cell_2(X),X)
& has_part_2(X,fn_vertebrate_cell_24(X))
& is_inside_2(fn_vertebrate_cell_24(X),fn_vertebrate_cell_22(X))
& base_2(fn_vertebrate_cell_30(X),X)
& has_function_2(X,fn_vertebrate_cell_30(X))
& has_part_2(X,fn_vertebrate_cell_25(X))
& is_inside_2(fn_vertebrate_cell_25(X),fn_vertebrate_cell_9(X))
& is_inside_2(fn_vertebrate_cell_21(X),fn_vertebrate_cell_9(X))
& has_part_2(X,fn_vertebrate_cell_27(X))
& has_part_2(fn_vertebrate_cell_27(X),fn_vertebrate_cell_9(X))
& is_inside_2(fn_vertebrate_cell_18(X),fn_vertebrate_cell_9(X))
& has_part_2(X,fn_vertebrate_cell_18(X))
& has_part_2(X,fn_vertebrate_cell_26(X))
& X = fn_non_motile_cilium_6(fn_vertebrate_cell_5(X))
& fn_vertebrate_cell_28(X) = fn_animal_cell_49(X)
& fn_vertebrate_cell_29(X) = fn_animal_cell_50(X)
& fn_vertebrate_cell_7(X) = fn_animal_cell_63(X)
& fn_vertebrate_cell_12(X) = fn_animal_cell_61(X)
& fn_vertebrate_cell_10(X) = fn_animal_cell_81(X)
& fn_vertebrate_cell_13(X) = fn_animal_cell_56(X)
& fn_vertebrate_cell_14(X) = fn_animal_cell_57(X)
& fn_vertebrate_cell_15(X) = fn_animal_cell_13(X)
& fn_vertebrate_cell_16(X) = fn_animal_cell_1(X)
& fn_vertebrate_cell_11(X) = fn_animal_cell_76(X)
& fn_vertebrate_cell_6(X) = fn_animal_cell_58(X)
& fn_vertebrate_cell_17(X) = fn_animal_cell_55(X)
& fn_vertebrate_cell_19(X) = fn_animal_cell_54(X)
& fn_vertebrate_cell_20(X) = fn_animal_cell_53(X)
& fn_vertebrate_cell_32(X) = fn_animal_cell_45(X)
& fn_vertebrate_cell_3(X) = fn_animal_cell_20(X)
& fn_vertebrate_cell_8(X) = fn_animal_cell_64(X)
& fn_vertebrate_cell_23(X) = fn_animal_cell_74(X)
& fn_vertebrate_cell_4(X) = fn_animal_cell_21(X)
& fn_vertebrate_cell_31(X) = fn_animal_cell_22(X)
& fn_vertebrate_cell_22(X) = fn_animal_cell_78(X)
& fn_vertebrate_cell_24(X) = fn_animal_cell_52(X)
& fn_vertebrate_cell_2(X) = fn_animal_cell_19(X)
& fn_vertebrate_cell_1(X) = fn_animal_cell_18(X)
& fn_vertebrate_cell_21(X) = fn_animal_cell_59(X)
& fn_vertebrate_cell_25(X) = fn_animal_cell_51(X)
& fn_vertebrate_cell_30(X) = fn_animal_cell_90(X)
& fn_vertebrate_cell_26(X) = fn_animal_cell_73(X)
& fn_vertebrate_cell_18(X) = fn_animal_cell_82(X)
& fn_vertebrate_cell_9(X) = fn_animal_cell_62(X)
& fn_vertebrate_cell_27(X) = fn_animal_cell_79(X) ) ) ).
fof(a533628,axiom,
! [X] :
( vertebrate_homeotic_gene_1(X)
=> ( original_name_2(X,'Vertebrate-Homeotic-Gene')
& user_description_2(X,'Homeotic gene present in vertebrates.')
& concept2words_2(X,'vertebrate homeotic gene')
& concept2words_2(X,'vertebrate-homeotic-gene')
& homeotic_gene_1(X)
& system_1(fn_vertebrate_homeotic_gene_1(X))
& monomer_1(fn_vertebrate_homeotic_gene_6(X))
& intron_1(fn_vertebrate_homeotic_gene_7(X))
& exon_1(fn_vertebrate_homeotic_gene_8(X))
& exon_1(fn_vertebrate_homeotic_gene_9(X))
& monomer_1(fn_vertebrate_homeotic_gene_10(X))
& phosphodiester_bond_1(fn_vertebrate_homeotic_gene_11(X))
& kinetic_energy_1(fn_vertebrate_homeotic_gene_12(X))
& size_value_1(fn_vertebrate_homeotic_gene_13(X))
& constant_motion_1(fn_vertebrate_homeotic_gene_14(X))
& speed_value_1(fn_vertebrate_homeotic_gene_15(X))
& quantity_value_1(fn_vertebrate_homeotic_gene_16(X))
& size_value_1(fn_vertebrate_homeotic_gene_17(X))
& vertebrate_1(fn_vertebrate_homeotic_gene_18(X))
& gene_related_aggregates_1(fn_vertebrate_homeotic_gene_19(X))
& genotype_1(fn_vertebrate_homeotic_gene_19(X))
& animal_development_1(fn_vertebrate_homeotic_gene_20(X))
& regulation_1(fn_vertebrate_homeotic_gene_21(X))
& code_for_1(fn_vertebrate_homeotic_gene_22(X))
& homeobox_1(fn_vertebrate_homeotic_gene_23(X))
& animal_1(fn_animal_development_17(fn_vertebrate_homeotic_gene_20(X)))
& gene_1(fn_gene_related_aggregates_1(fn_vertebrate_homeotic_gene_19(X)))
& genotype_1(fn_organism_3(fn_vertebrate_homeotic_gene_18(X)))
& agent_2(fn_vertebrate_homeotic_gene_20(X),X)
& experiencer_2(fn_vertebrate_homeotic_gene_20(X),fn_vertebrate_homeotic_gene_18(X))
& element_2(fn_vertebrate_homeotic_gene_19(X),X)
& has_function_2(X,fn_vertebrate_homeotic_gene_21(X))
& has_part_2(fn_vertebrate_homeotic_gene_18(X),fn_vertebrate_homeotic_gene_19(X))
& next_element_2(fn_vertebrate_homeotic_gene_8(X),fn_vertebrate_homeotic_gene_7(X))
& speed_2(fn_vertebrate_homeotic_gene_14(X),fn_vertebrate_homeotic_gene_15(X))
& object_2(fn_vertebrate_homeotic_gene_14(X),X)
& agent_2(fn_vertebrate_homeotic_gene_21(X),X)
& is_between_2(fn_vertebrate_homeotic_gene_7(X),fn_vertebrate_homeotic_gene_8(X))
& element_2(X,fn_vertebrate_homeotic_gene_8(X))
& possesses_2(X,fn_vertebrate_homeotic_gene_12(X))
& quantity_2(fn_vertebrate_homeotic_gene_12(X),fn_vertebrate_homeotic_gene_16(X))
& directly_proportional_2(fn_vertebrate_homeotic_gene_15(X),fn_vertebrate_homeotic_gene_16(X))
& donor_2(fn_vertebrate_homeotic_gene_22(X),X)
& agent_2(fn_vertebrate_homeotic_gene_22(X),X)
& element_2(X,fn_vertebrate_homeotic_gene_6(X))
& is_between_2(fn_vertebrate_homeotic_gene_11(X),fn_vertebrate_homeotic_gene_6(X))
& possesses_2(X,fn_vertebrate_homeotic_gene_11(X))
& next_element_2(fn_vertebrate_homeotic_gene_6(X),fn_vertebrate_homeotic_gene_10(X))
& element_2(X,fn_vertebrate_homeotic_gene_10(X))
& element_2(X,fn_vertebrate_homeotic_gene_7(X))
& next_element_2(fn_vertebrate_homeotic_gene_7(X),fn_vertebrate_homeotic_gene_9(X))
& element_2(X,fn_vertebrate_homeotic_gene_9(X))
& first_element_2(X,fn_vertebrate_homeotic_gene_6(X))
& size_2(fn_vertebrate_homeotic_gene_6(X),fn_vertebrate_homeotic_gene_17(X))
& greater_than_2(fn_vertebrate_homeotic_gene_13(X),fn_vertebrate_homeotic_gene_17(X))
& size_2(X,fn_vertebrate_homeotic_gene_13(X))
& has_function_2(X,fn_vertebrate_homeotic_gene_22(X))
& fn_vertebrate_homeotic_gene_18(X) = fn_animal_development_17(fn_vertebrate_homeotic_gene_20(X))
& X = fn_gene_related_aggregates_1(fn_vertebrate_homeotic_gene_19(X))
& fn_vertebrate_homeotic_gene_23(X) = fn_homeotic_gene_4(X)
& fn_vertebrate_homeotic_gene_21(X) = fn_homeotic_gene_7(X)
& fn_vertebrate_homeotic_gene_19(X) = fn_organism_3(fn_vertebrate_homeotic_gene_18(X))
& fn_vertebrate_homeotic_gene_4(X) = fn_master_control_gene_1(X)
& fn_vertebrate_homeotic_gene_5(X) = fn_master_control_gene_22(X)
& fn_vertebrate_homeotic_gene_3(X) = fn_master_control_gene_2(X)
& fn_vertebrate_homeotic_gene_2(X) = fn_master_control_gene_23(X)
& fn_vertebrate_homeotic_gene_21(X) = fn_master_control_gene_4(X)
& fn_vertebrate_homeotic_gene_14(X) = fn_master_control_gene_12(X)
& fn_vertebrate_homeotic_gene_15(X) = fn_master_control_gene_6(X)
& fn_vertebrate_homeotic_gene_16(X) = fn_master_control_gene_5(X)
& fn_vertebrate_homeotic_gene_12(X) = fn_master_control_gene_13(X)
& fn_vertebrate_homeotic_gene_8(X) = fn_master_control_gene_19(X)
& fn_vertebrate_homeotic_gene_11(X) = fn_master_control_gene_14(X)
& fn_vertebrate_homeotic_gene_9(X) = fn_master_control_gene_18(X)
& fn_vertebrate_homeotic_gene_7(X) = fn_master_control_gene_20(X)
& fn_vertebrate_homeotic_gene_10(X) = fn_master_control_gene_17(X)
& fn_vertebrate_homeotic_gene_22(X) = fn_master_control_gene_8(X)
& fn_vertebrate_homeotic_gene_13(X) = fn_master_control_gene_16(X)
& fn_vertebrate_homeotic_gene_17(X) = fn_master_control_gene_15(X)
& fn_vertebrate_homeotic_gene_6(X) = fn_master_control_gene_21(X)
& fn_homeotic_gene_7(X) = fn_master_control_gene_4(X) ) ) ).
fof(a533629,axiom,
! [X] :
( vertical_transmission_1(X)
=> ( original_name_2(X,'Vertical-Transmission')
& user_description_2(X,'The inheritance or transmission of a viral infection from the parent to the offspring.')
& concept2words_2(X,'vertical gene transfer')
& concept2words_2(X,transmit)
& concept2words_2(X,'transmission of vertical')
& concept2words_2(X,'vertical transmission')
& concept2words_2(X,'vertical-transmission')
& viral_infection_1(X)
& ~ horizontal_transmission_1(X)
& ~ phage_reproduction_cycle_1(X)
& plant_1(fn_vertical_transmission_1(X))
& plant_1(fn_vertical_transmission_2(X))
& move_through_1(fn_vertical_transmission_3(X))
& move_1(fn_vertical_transmission_3(X))
& take_control_1(fn_vertical_transmission_4(X))
& come_together_1(fn_vertical_transmission_5(X))
& leave_1(fn_vertical_transmission_6(X))
& virus_1(fn_vertical_transmission_7(X))
& host_1(fn_vertical_transmission_8(X))
& cell_1(fn_vertical_transmission_9(X))
& inheritance_1(fn_vertical_transmission_10(X))
& entity_1(fn_vertical_transmission_11(X))
& tangible_entity_1(fn_vertical_transmission_11(X))
& plant_virus_1(fn_vertical_transmission_11(X))
& entity_1(fn_vertical_transmission_12(X))
& organism_1(fn_vertical_transmission_12(X))
& viral_infection_1(fn_vertical_transmission_13(X))
& infection_1(fn_vertical_transmission_13(X))
& organism_1(fn_vertical_transmission_14(X))
& transmit_1(fn_vertical_transmission_15(X))
& offspring_1(fn_vertical_transmission_16(X))
& viral_infection_1(fn_plant_virus_7(fn_vertical_transmission_11(X)))
& infection_1(fn_plant_virus_7(fn_vertical_transmission_11(X)))
& event_1(fn_organism_role_2(fn_vertical_transmission_16(X)))
& organism_1(fn_inheritance_3(fn_vertical_transmission_10(X)))
& entity_1(fn_transfer_1(fn_vertical_transmission_10(X)))
& tangible_entity_1(fn_transmit_2(fn_vertical_transmission_15(X)))
& entity_1(fn_inheritance_1(fn_vertical_transmission_10(X)))
& organism_1(fn_organism_role_1(fn_vertical_transmission_16(X)))
& recipient_2(fn_vertical_transmission_10(X),fn_vertical_transmission_2(X))
& same_type_2(fn_vertical_transmission_12(X),fn_vertical_transmission_2(X))
& by_means_of_2(X,fn_vertical_transmission_10(X))
& by_means_of_2(X,fn_vertical_transmission_15(X))
& recipient_2(X,fn_vertical_transmission_12(X))
& recipient_2(X,fn_vertical_transmission_2(X))
& donor_2(X,fn_vertical_transmission_1(X))
& donor_2(X,fn_vertical_transmission_14(X))
& object_2(X,fn_vertical_transmission_11(X))
& base_2(X,fn_vertical_transmission_1(X))
& base_2(X,fn_vertical_transmission_14(X))
& object_2(fn_vertical_transmission_13(X),fn_vertical_transmission_14(X))
& object_2(fn_vertical_transmission_13(X),fn_vertical_transmission_12(X))
& same_type_2(fn_vertical_transmission_14(X),fn_vertical_transmission_1(X))
& destination_2(fn_vertical_transmission_15(X),fn_vertical_transmission_12(X))
& origin_2(fn_vertical_transmission_15(X),fn_vertical_transmission_14(X))
& same_type_2(fn_vertical_transmission_1(X),fn_vertical_transmission_14(X))
& same_type_2(fn_vertical_transmission_2(X),fn_vertical_transmission_12(X))
& object_2(fn_vertical_transmission_10(X),fn_vertical_transmission_11(X))
& object_2(fn_vertical_transmission_15(X),fn_vertical_transmission_11(X))
& recipient_2(fn_vertical_transmission_10(X),fn_vertical_transmission_12(X))
& agent_2(fn_vertical_transmission_13(X),fn_vertical_transmission_11(X))
& plays_2(fn_vertical_transmission_12(X),fn_vertical_transmission_16(X))
& in_event_2(fn_vertical_transmission_16(X),X)
& donor_2(fn_vertical_transmission_10(X),fn_vertical_transmission_14(X))
& subevent_2(X,fn_vertical_transmission_5(X))
& in_event_2(fn_vertical_transmission_8(X),X)
& first_subevent_2(X,fn_vertical_transmission_3(X))
& agent_2(X,fn_vertical_transmission_7(X))
& next_event_2(fn_vertical_transmission_3(X),fn_vertical_transmission_4(X))
& subevent_2(X,fn_vertical_transmission_4(X))
& subevent_2(X,fn_vertical_transmission_6(X))
& away_from_2(fn_vertical_transmission_6(X),fn_vertical_transmission_9(X))
& plays_2(fn_vertical_transmission_9(X),fn_vertical_transmission_8(X))
& subevent_2(X,fn_vertical_transmission_3(X))
& agent_2(fn_vertical_transmission_3(X),fn_vertical_transmission_7(X))
& agent_2(fn_vertical_transmission_4(X),fn_vertical_transmission_7(X))
& next_event_2(fn_vertical_transmission_4(X),fn_vertical_transmission_5(X))
& next_event_2(fn_vertical_transmission_5(X),fn_vertical_transmission_6(X))
& fn_vertical_transmission_11(X) = fn_transfer_1(fn_vertical_transmission_10(X))
& fn_vertical_transmission_11(X) = fn_transmit_2(fn_vertical_transmission_15(X))
& fn_vertical_transmission_12(X) = fn_inheritance_1(fn_vertical_transmission_10(X))
& fn_vertical_transmission_13(X) = fn_plant_virus_7(fn_vertical_transmission_11(X))
& fn_vertical_transmission_12(X) = fn_organism_role_1(fn_vertical_transmission_16(X))
& X = fn_organism_role_2(fn_vertical_transmission_16(X))
& fn_vertical_transmission_14(X) = fn_inheritance_3(fn_vertical_transmission_10(X))
& fn_vertical_transmission_8(X) = fn_viral_infection_10(X)
& fn_vertical_transmission_9(X) = fn_viral_infection_16(X)
& fn_vertical_transmission_6(X) = fn_viral_infection_22(X)
& fn_vertical_transmission_5(X) = fn_viral_infection_23(X)
& fn_vertical_transmission_4(X) = fn_viral_infection_24(X)
& fn_vertical_transmission_7(X) = fn_viral_infection_15(X)
& fn_vertical_transmission_3(X) = fn_viral_infection_12(X)
& fn_transfer_1(fn_vertical_transmission_10(X)) = fn_transmit_2(fn_vertical_transmission_15(X))
& fn_transmit_2(fn_vertical_transmission_15(X)) = fn_inheritance_1(fn_vertical_transmission_10(X))
& fn_inheritance_1(fn_vertical_transmission_10(X)) = fn_organism_role_1(fn_vertical_transmission_16(X)) ) ) ).
fof(a533630,axiom,
! [X] :
( vervet_1(X)
=> ( original_name_2(X,'Vervet')
& user_description_2(X,'Chlorocebus pygerythrus, an Old World monkey used in studies of learning and social behavior.')
& concept2words_2(X,vervet)
& monkey_1(X) ) ) ).
fof(a533631,axiom,
! [X] :
( vesicle_1(X)
=> ( original_name_2(X,'Vesicle')
& user_description_2(X,'Vesicle is a small membrane-bound sac. Its main purpose is to store and transport material from one site to another site inside a cell')
& concept2words_2(X,vesicle)
& cellular_structure_1(X)
& ~ endoplasmic_reticulum_1(X)
& ~ golgi_apparatus_1(X)
& ~ mitochondrion_1(X)
& ~ nucleus_1(X)
& ~ plastid_1(X)
& shape_value_1(fn_vesicle_2(X))
& size_value_1(fn_vesicle_3(X))
& cell_1(fn_vesicle_5(X))
& substance_1(fn_vesicle_6(X))
& solid_substance_1(fn_vesicle_6(X))
& aqueous_solution_1(fn_vesicle_7(X))
& liquid_substance_1(fn_vesicle_7(X))
& cytosol_1(fn_vesicle_7(X))
& solution_1(fn_vesicle_7(X))
& suspension_1(fn_vesicle_8(X))
& colloid_1(fn_vesicle_8(X))
& cytoplasm_1(fn_vesicle_8(X))
& biomembrane_1(fn_vesicle_9(X))
& aqueous_solution_1(fn_vesicle_10(X))
& water_1(fn_vesicle_11(X))
& chemical_1(fn_vesicle_12(X))
& surface_1(fn_vesicle_13(X))
& outside_face_1(fn_vesicle_13(X))
& cell_1(fn_cytoplasm_7(fn_vesicle_8(X)))
& aqueous_solution_1(fn_biomembrane_14(fn_vesicle_9(X)))
& cytoplasm_1(fn_cytosol_1(fn_vesicle_7(X)))
& chemical_1(fn_solution_6(fn_vesicle_7(X)))
& chemical_1(fn_solution_5(fn_vesicle_7(X)))
& surface_1(fn_biomembrane_47(fn_vesicle_9(X)))
& outside_face_1(fn_biomembrane_41(fn_vesicle_9(X)))
& solid_substance_1(fn_suspension_1(fn_vesicle_8(X)))
& substance_1(fn_colloid_4(fn_vesicle_8(X)))
& solid_substance_1(fn_colloid_4(fn_vesicle_8(X)))
& aqueous_solution_1(fn_biomembrane_15(fn_vesicle_9(X)))
& liquid_substance_1(fn_suspension_2(fn_vesicle_8(X)))
& the_scalar_value_2(fn_vesicle_3(X),small_0)
& scalar_unit_class_2(fn_vesicle_3(X),vacuole_0)
& has_part_2(X,fn_vesicle_10(X))
& has_part_2(X,fn_vesicle_9(X))
& size_2(X,fn_vesicle_3(X))
& shape_2(X,fn_vesicle_2(X))
& the_categorical_value_2(fn_vesicle_2(X),hollow_volume_0)
& has_part_2(fn_vesicle_5(X),X)
& has_part_2(fn_vesicle_5(X),fn_vesicle_8(X))
& has_region_2(fn_vesicle_9(X),fn_vesicle_13(X))
& is_inside_2(fn_vesicle_13(X),fn_vesicle_7(X))
& is_between_2(fn_vesicle_9(X),fn_vesicle_7(X))
& is_between_2(fn_vesicle_9(X),fn_vesicle_10(X))
& fn_vesicle_12(X) != fn_vesicle_11(X)
& fn_vesicle_11(X) != fn_vesicle_12(X)
& has_part_2(fn_vesicle_7(X),fn_vesicle_11(X))
& has_part_2(fn_vesicle_7(X),fn_vesicle_12(X))
& has_solute_2(fn_vesicle_7(X),fn_vesicle_12(X))
& has_part_2(fn_vesicle_8(X),fn_vesicle_7(X))
& has_part_2(fn_vesicle_8(X),fn_vesicle_6(X))
& has_solvent_2(fn_vesicle_7(X),fn_vesicle_11(X))
& is_inside_2(fn_vesicle_6(X),fn_vesicle_7(X))
& fn_vesicle_5(X) = fn_cytoplasm_7(fn_vesicle_8(X))
& fn_vesicle_10(X) = fn_biomembrane_14(fn_vesicle_9(X))
& fn_vesicle_7(X) = fn_biomembrane_15(fn_vesicle_9(X))
& fn_vesicle_13(X) = fn_biomembrane_47(fn_vesicle_9(X))
& fn_vesicle_13(X) = fn_biomembrane_41(fn_vesicle_9(X))
& fn_vesicle_6(X) = fn_suspension_1(fn_vesicle_8(X))
& fn_vesicle_6(X) = fn_colloid_4(fn_vesicle_8(X))
& fn_vesicle_7(X) = fn_suspension_2(fn_vesicle_8(X))
& fn_vesicle_8(X) = fn_cytosol_1(fn_vesicle_7(X))
& fn_vesicle_11(X) = fn_solution_6(fn_vesicle_7(X))
& fn_vesicle_12(X) = fn_solution_5(fn_vesicle_7(X))
& fn_biomembrane_41(fn_vesicle_9(X)) = fn_biomembrane_47(fn_vesicle_9(X))
& fn_biomembrane_47(fn_vesicle_9(X)) = fn_biomembrane_41(fn_vesicle_9(X))
& fn_biomembrane_41(fn_vesicle_9(X)) = fn_suspension_1(fn_vesicle_8(X))
& fn_suspension_1(fn_vesicle_8(X)) = fn_suspension_1(fn_vesicle_8(X))
& fn_suspension_1(fn_vesicle_8(X)) = fn_colloid_4(fn_vesicle_8(X))
& fn_colloid_4(fn_vesicle_8(X)) = fn_biomembrane_15(fn_vesicle_9(X))
& fn_biomembrane_15(fn_vesicle_9(X)) = fn_biomembrane_15(fn_vesicle_9(X))
& fn_biomembrane_15(fn_vesicle_9(X)) = fn_suspension_2(fn_vesicle_8(X))
& fn_suspension_2(fn_vesicle_8(X)) = fn_suspension_2(fn_vesicle_8(X)) ) ) ).
fof(a533632,axiom,
! [X] :
( vessel_1(X)
=> ( original_name_2(X,'Vessel')
& user_description_2(X,'A water-transporting tube in vascular plants.')
& concept2words_2(X,vessel)
& tangible_entity_1(X)
& aggregate_1(X)
& ~ endosperm_1(X)
& ~ integument_1(X)
& ~ leaf_primordium_1(X)
& ~ meristem_1(X)
& ~ mesophyll_1(X)
& ~ phloem_1(X)
& ~ primary_plant_body_1(X)
& ~ primary_plant_1(X)
& ~ protonema_1(X)
& ~ receptacle_1(X)
& length_value_1(fn_vessel_2(X))
& region_1(fn_vessel_4(X))
& cavity_1(fn_vessel_5(X))
& angle_value_1(fn_vessel_6(X))
& vessel_element_1(fn_vessel_7(X))
& vessel_element_1(fn_vessel_8(X))
& move_through_1(fn_vessel_9(X))
& water_1(fn_vessel_10(X))
& membrane_1(fn_vessel_11(X))
& spatial_entity_1(fn_vessel_11(X))
& biomembrane_1(fn_vessel_11(X))
& plasma_membrane_1(fn_vessel_11(X))
& secondary_cell_wall_1(fn_vessel_12(X))
& secondary_cell_wall_1(fn_vessel_13(X))
& transport_vesicle_1(fn_vessel_14(X))
& cell_1(fn_vessel_15(X))
& plant_cell_1(fn_vessel_15(X))
& vessel_element_1(fn_vessel_15(X))
& move_1(fn_water_95(fn_vessel_10(X)))
& membrane_1(fn_vessel_element_59(fn_vessel_15(X)))
& spatial_entity_1(fn_vessel_element_59(fn_vessel_15(X)))
& biomembrane_1(fn_vessel_element_59(fn_vessel_15(X)))
& plasma_membrane_1(fn_vessel_element_59(fn_vessel_15(X)))
& secondary_cell_wall_1(fn_vessel_element_54(fn_vessel_15(X)))
& cell_1(fn_transport_vesicle_9(fn_vessel_14(X)))
& plant_cell_1(fn_plant_cell_wall_24(fn_vessel_13(X)))
& the_scalar_value_2(fn_vessel_2(X),long_0)
& scalar_unit_class_2(fn_vessel_2(X),tangible_entity_0)
& base_2(fn_vessel_9(X),X)
& destination_2(fn_vessel_9(X),fn_vessel_7(X))
& origin_2(fn_vessel_9(X),fn_vessel_15(X))
& direction_2(fn_vessel_9(X),fn_vessel_6(X))
& path_2(fn_vessel_9(X),fn_vessel_5(X))
& the_scalar_value_2(fn_vessel_6(X),lateral_0)
& scalar_unit_class_2(fn_vessel_6(X),action_0)
& is_inside_2(fn_vessel_11(X),fn_vessel_12(X))
& has_region_2(fn_vessel_12(X),fn_vessel_5(X))
& fn_vessel_15(X) != fn_vessel_8(X)
& fn_vessel_15(X) != fn_vessel_7(X)
& is_above_2(fn_vessel_15(X),fn_vessel_7(X))
& element_2(X,fn_vessel_15(X))
& element_2(X,fn_vessel_8(X))
& element_2(X,fn_vessel_7(X))
& has_region_2(X,fn_vessel_4(X))
& length_2(X,fn_vessel_2(X))
& fn_vessel_7(X) != fn_vessel_15(X)
& fn_vessel_7(X) != fn_vessel_8(X)
& abuts_2(fn_vessel_7(X),fn_vessel_8(X))
& is_above_2(fn_vessel_7(X),fn_vessel_8(X))
& fn_vessel_8(X) != fn_vessel_15(X)
& fn_vessel_8(X) != fn_vessel_7(X)
& abuts_2(fn_vessel_8(X),fn_vessel_7(X))
& has_part_2(fn_vessel_15(X),fn_vessel_14(X))
& has_part_2(fn_vessel_15(X),fn_vessel_13(X))
& object_2(fn_vessel_9(X),fn_vessel_10(X))
& has_part_2(fn_vessel_15(X),fn_vessel_12(X))
& is_outside_2(fn_vessel_12(X),fn_vessel_11(X))
& fn_vessel_15(X) = fn_transport_vesicle_9(fn_vessel_14(X))
& fn_vessel_15(X) = fn_plant_cell_wall_24(fn_vessel_13(X))
& fn_vessel_9(X) = fn_water_95(fn_vessel_10(X))
& fn_vessel_11(X) = fn_vessel_element_59(fn_vessel_15(X))
& fn_vessel_12(X) = fn_vessel_element_54(fn_vessel_15(X))
& fn_transport_vesicle_9(fn_vessel_14(X)) = fn_plant_cell_wall_24(fn_vessel_13(X)) ) ) ).
fof(a533633,axiom,
! [X] :
( vessel_element_1(X)
=> ( original_name_2(X,'Vessel-Element')
& user_description_2(X,'A water-transporting cell in vascular plants. Vessel elements are dead when functionally mature, and are aligned end-to-end to form the vessels that conduct water through the plant\'s body.')
& concept2words_2(X,'element of vessel')
& concept2words_2(X,'vessel element')
& concept2words_2(X,'vessel-element')
& water_conducting_cell_1(X)
& ~ bundle_sheath_cell_1(X)
& ~ collenchyma_cell_1(X)
& ~ companion_cell_1(X)
& ~ fiber_cell_1(X)
& ~ fusiform_initials_1(X)
& ~ guard_cell_1(X)
& ~ initial_meristem_1(X)
& ~ mesophyll_cell_1(X)
& ~ parenchyma_cell_1(X)
& ~ placental_transfer_cell_1(X)
& ~ plant_cell_inside_hypertonic_solution_1(X)
& ~ plant_cell_inside_hypotonic_solution_1(X)
& ~ plant_cell_inside_isotonic_solution_1(X)
& ~ rhizoid_1(X)
& ~ sclereid_1(X)
& ~ sclerenchyma_cell_1(X)
& ~ sieve_tube_element_1(X)
& ~ tracheid_1(X)
& consistency_value_1(fn_vessel_element_2(X))
& length_value_1(fn_vessel_element_4(X))
& length_value_1(fn_vessel_element_6(X))
& length_value_1(fn_vessel_element_8(X))
& cavity_1(fn_vessel_element_9(X))
& lignin_1(fn_vessel_element_10(X))
& cytosol_1(fn_vessel_element_11(X))
& biomembrane_1(fn_vessel_element_12(X))
& tonoplast_1(fn_vessel_element_12(X))
& cytoplasmic_streaming_1(fn_vessel_element_13(X))
& cellular_work_1(fn_vessel_element_14(X))
& maintenance_1(fn_vessel_element_15(X))
& chemical_reaction_1(fn_vessel_element_16(X))
& oxidative_phosphorylation_1(fn_vessel_element_16(X))
& eukaryotic_oxidative_phosphorylation_1(fn_vessel_element_16(X))
& container_1(fn_vessel_element_17(X))
& store_1(fn_vessel_element_18(X))
& store_1(fn_vessel_element_19(X))
& store_1(fn_vessel_element_20(X))
& store_1(fn_vessel_element_21(X))
& store_1(fn_vessel_element_22(X))
& eukaryotic_chromosome_1(fn_vessel_element_25(X))
& chromosome_1(fn_vessel_element_25(X))
& cytoskeleton_1(fn_vessel_element_26(X))
& tangible_entity_1(fn_vessel_element_27(X))
& nucleus_1(fn_vessel_element_27(X))
& vesicle_1(fn_vessel_element_28(X))
& spatial_entity_1(fn_vessel_element_28(X))
& vacuole_1(fn_vessel_element_28(X))
& central_vacuole_1(fn_vessel_element_28(X))
& spatial_entity_1(fn_vessel_element_29(X))
& vacuole_1(fn_vessel_element_29(X))
& central_vacuole_1(fn_vessel_element_29(X))
& peroxisome_1(fn_vessel_element_30(X))
& organelle_1(fn_vessel_element_31(X))
& mitochondrion_1(fn_vessel_element_31(X))
& semiautonomous_organelle_1(fn_vessel_element_31(X))
& synthesis_reaction_1(fn_vessel_element_32(X))
& metabolic_pathway_1(fn_vessel_element_32(X))
& chemical_reaction_1(fn_vessel_element_32(X))
& anabolic_pathway_1(fn_vessel_element_32(X))
& synthesis_of_lipid_1(fn_vessel_element_32(X))
& defense_1(fn_vessel_element_33(X))
& volume_value_1(fn_vessel_element_34(X))
& surface_1(fn_vessel_element_35(X))
& size_value_1(fn_vessel_element_36(X))
& metabolic_pathway_1(fn_vessel_element_37(X))
& eukaryotic_cellular_respiration_1(fn_vessel_element_37(X))
& tangible_entity_1(fn_vessel_element_38(X))
& membrane_protein_1(fn_vessel_element_38(X))
& protein_1(fn_vessel_element_38(X))
& spatial_entity_1(fn_vessel_element_38(X))
& polymer_1(fn_vessel_element_38(X))
& tangible_entity_1(fn_vessel_element_39(X))
& phospholipid_bilayer_1(fn_vessel_element_39(X))
& tangible_entity_1(fn_vessel_element_40(X))
& membrane_protein_1(fn_vessel_element_40(X))
& protein_1(fn_vessel_element_40(X))
& spatial_entity_1(fn_vessel_element_40(X))
& polymer_1(fn_vessel_element_40(X))
& facilitated_diffusion_of_polar_molecule_1(fn_vessel_element_41(X))
& membrane_protein_1(fn_vessel_element_42(X))
& protein_pump_1(fn_vessel_element_42(X))
& tangible_entity_1(fn_vessel_element_42(X))
& transmembrane_protein_1(fn_vessel_element_42(X))
& transport_protein_1(fn_vessel_element_42(X))
& carrier_protein_1(fn_vessel_element_42(X))
& integral_protein_1(fn_vessel_element_42(X))
& electrogenic_pump_1(fn_vessel_element_42(X))
& proton_pump_1(fn_vessel_element_42(X))
& spatial_entity_1(fn_vessel_element_42(X))
& transfer_1(fn_vessel_element_43(X))
& aqueous_solution_1(fn_vessel_element_44(X))
& liquid_substance_1(fn_vessel_element_44(X))
& solution_1(fn_vessel_element_44(X))
& substance_1(fn_vessel_element_44(X))
& cytosol_1(fn_vessel_element_44(X))
& chemical_entity_1(fn_vessel_element_45(X))
& primary_cell_wall_1(fn_vessel_element_46(X))
& protein_enzyme_1(fn_vessel_element_47(X))
& synthesis_of_atp_1(fn_vessel_element_48(X))
& exchange_1(fn_vessel_element_49(X))
& support_1(fn_vessel_element_50(X))
& shape_value_1(fn_vessel_element_51(X))
& golgi_apparatus_1(fn_vessel_element_53(X))
& secondary_cell_wall_1(fn_vessel_element_54(X))
& plasmodesmata_1(fn_vessel_element_55(X))
& spatial_entity_1(fn_vessel_element_56(X))
& mixture_1(fn_vessel_element_56(X))
& suspension_1(fn_vessel_element_56(X))
& colloid_1(fn_vessel_element_56(X))
& cytoplasm_1(fn_vessel_element_56(X))
& length_value_1(fn_vessel_element_57(X))
& membrane_1(fn_vessel_element_59(X))
& spatial_entity_1(fn_vessel_element_59(X))
& biomembrane_1(fn_vessel_element_59(X))
& plasma_membrane_1(fn_vessel_element_59(X))
& ribosome_1(fn_vessel_element_60(X))
& eukaryotic_ribosome_1(fn_vessel_element_60(X))
& smooth_endoplasmic_reticulum_1(fn_vessel_element_61(X))
& transfer_1(fn_vessel_element_62(X))
& tangible_entity_1(fn_vessel_element_63(X))
& absorb_1(fn_vessel_element_64(X))
& size_value_1(fn_vessel_element_65(X))
& container_1(fn_vessel_element_66(X))
& container_1(fn_vessel_element_67(X))
& release_1(fn_vessel_element_68(X))
& substance_1(fn_vessel_element_69(X))
& solid_substance_1(fn_vessel_element_69(X))
& grow_1(fn_vessel_element_70(X))
& rough_endoplasmic_reticulum_1(fn_vessel_element_72(X))
& endoplasmic_reticulum_1(fn_vessel_element_72(X))
& size_value_1(fn_vessel_element_73(X))
& size_value_1(fn_vessel_element_74(X))
& lipid_1(fn_vessel_element_75(X))
& phospholipid_layer_1(fn_vessel_element_76(X))
& attach_1(fn_vessel_element_79(X))
& myosin_1(fn_vessel_element_80(X))
& organelle_1(fn_vessel_element_81(X))
& chemical_entity_1(fn_anabolic_pathway_6(fn_vessel_element_48(X)))
& size_value_1(fn_central_vacuole_16(fn_vessel_element_29(X)))
& container_1(fn_store_3(fn_vessel_element_21(X)))
& plasmodesmata_1(fn_plant_cell_wall_22(fn_vessel_element_46(X)))
& property_node_1(fn_plant_cell_wall_8(fn_vessel_element_46(X)))
& length_value_1(fn_plant_cell_wall_7(fn_vessel_element_46(X)))
& container_1(fn_vacuole_11(fn_vessel_element_28(X)))
& plasmodesmata_1(fn_plant_cell_wall_22(fn_vessel_element_54(X)))
& property_node_1(fn_central_vacuole_15(fn_vessel_element_28(X)))
& size_value_1(fn_central_vacuole_16(fn_vessel_element_28(X)))
& release_1(fn_central_vacuole_22(fn_vessel_element_28(X)))
& tangible_entity_1(fn_central_vacuole_21(fn_vessel_element_28(X)))
& support_1(fn_plant_cell_wall_27(fn_vessel_element_46(X)))
& support_1(fn_plant_cell_wall_27(fn_vessel_element_54(X)))
& defense_1(fn_plant_cell_wall_17(fn_vessel_element_54(X)))
& transfer_1(fn_plasmodesmata_8(fn_vessel_element_55(X)))
& exchange_1(fn_plasmodesmata_11(fn_vessel_element_55(X)))
& transfer_1(fn_plasmodesmata_7(fn_vessel_element_55(X)))
& absorb_1(fn_central_vacuole_17(fn_vessel_element_29(X)))
& absorb_1(fn_central_vacuole_17(fn_vessel_element_28(X)))
& grow_1(fn_central_vacuole_7(fn_vessel_element_29(X)))
& grow_1(fn_central_vacuole_7(fn_vessel_element_28(X)))
& container_1(fn_vacuole_11(fn_vessel_element_29(X)))
& store_1(fn_vacuole_3(fn_vessel_element_29(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_vessel_element_41(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_vessel_element_41(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_vessel_element_41(X)))
& membrane_1(fn_plant_cell_wall_26(fn_vessel_element_54(X)))
& spatial_entity_1(fn_plant_cell_wall_26(fn_vessel_element_54(X)))
& biomembrane_1(fn_plant_cell_wall_26(fn_vessel_element_54(X)))
& plasma_membrane_1(fn_plant_cell_wall_26(fn_vessel_element_54(X)))
& spatial_entity_1(fn_plasmodesmata_17(fn_vessel_element_55(X)))
& mixture_1(fn_plasmodesmata_17(fn_vessel_element_55(X)))
& suspension_1(fn_plasmodesmata_17(fn_vessel_element_55(X)))
& colloid_1(fn_plasmodesmata_17(fn_vessel_element_55(X)))
& cytoplasm_1(fn_plasmodesmata_17(fn_vessel_element_55(X)))
& suspension_1(fn_vacuole_10(fn_vessel_element_29(X)))
& colloid_1(fn_vacuole_10(fn_vessel_element_29(X)))
& cytoplasm_1(fn_vacuole_10(fn_vessel_element_29(X)))
& suspension_1(fn_vacuole_10(fn_vessel_element_28(X)))
& colloid_1(fn_vacuole_10(fn_vessel_element_28(X)))
& cytoplasm_1(fn_vacuole_10(fn_vessel_element_28(X)))
& store_1(fn_central_vacuole_9(fn_vessel_element_29(X)))
& store_1(fn_vacuole_3(fn_vessel_element_28(X)))
& store_1(fn_central_vacuole_9(fn_vessel_element_28(X)))
& spatial_entity_1(fn_store_2(fn_vessel_element_21(X)))
& biomembrane_1(fn_vacuole_7(fn_vessel_element_28(X)))
& tonoplast_1(fn_central_vacuole_18(fn_vessel_element_29(X)))
& tonoplast_1(fn_central_vacuole_18(fn_vessel_element_28(X)))
& aqueous_solution_1(fn_vacuole_9(fn_vessel_element_28(X)))
& liquid_substance_1(fn_vacuole_9(fn_vessel_element_28(X)))
& cytosol_1(fn_vacuole_9(fn_vessel_element_28(X)))
& solution_1(fn_vacuole_9(fn_vessel_element_28(X)))
& eukaryotic_cell_1(fn_plasmodesmata_18(fn_vessel_element_55(X)))
& cell_1(fn_plasmodesmata_18(fn_vessel_element_55(X)))
& plant_cell_1(fn_plasmodesmata_18(fn_vessel_element_55(X)))
& eukaryotic_cell_1(fn_plasmodesmata_19(fn_vessel_element_55(X)))
& cell_1(fn_plasmodesmata_19(fn_vessel_element_55(X)))
& plant_cell_1(fn_plasmodesmata_19(fn_vessel_element_55(X)))
& cell_1(fn_vacuole_12(fn_vessel_element_29(X)))
& cell_1(fn_vacuole_12(fn_vessel_element_28(X)))
& plant_cell_1(fn_plant_cell_wall_24(fn_vessel_element_54(X)))
& plant_cell_1(fn_central_vacuole_12(fn_vessel_element_29(X)))
& plant_cell_1(fn_central_vacuole_12(fn_vessel_element_28(X)))
& the_categorical_value_2(fn_vessel_element_2(X),elastic_0)
& the_scalar_value_2(fn_vessel_element_4(X),wide_0)
& scalar_unit_class_2(fn_vessel_element_4(X),tracheid_0)
& the_scalar_value_2(fn_vessel_element_57(X),thin_0)
& scalar_unit_class_2(fn_vessel_element_57(X),cell_wall_0)
& the_scalar_value_2(fn_vessel_element_6(X),thin_0)
& scalar_unit_class_2(fn_vessel_element_6(X),cavity_0)
& fn_vessel_element_54(X) != fn_vessel_element_46(X)
& has_part_2(fn_vessel_element_54(X),fn_vessel_element_10(X))
& the_categorical_value_2(fn_vessel_element_51(X),tube_0)
& the_scalar_value_2(fn_vessel_element_8(X),long_0)
& scalar_unit_class_2(fn_vessel_element_8(X),plant_transport_cell_0)
& consistency_2(X,fn_vessel_element_2(X))
& width_2(X,fn_vessel_element_4(X))
& length_2(X,fn_vessel_element_8(X))
& thickness_2(fn_vessel_element_9(X),fn_vessel_element_6(X))
& abuts_2(fn_vessel_element_9(X),fn_vessel_element_46(X))
& agent_2(fn_vessel_element_48(X),fn_vessel_element_47(X))
& abuts_2(fn_vessel_element_46(X),fn_vessel_element_9(X))
& fn_vessel_element_46(X) != fn_vessel_element_54(X)
& is_inside_2(fn_vessel_element_45(X),fn_vessel_element_11(X))
& agent_2(fn_vessel_element_41(X),fn_vessel_element_42(X))
& fn_vessel_element_22(X) != fn_vessel_element_20(X)
& fn_vessel_element_21(X) != fn_vessel_element_20(X)
& fn_vessel_element_20(X) != fn_vessel_element_21(X)
& fn_vessel_element_20(X) != fn_vessel_element_22(X)
& fn_vessel_element_20(X) != fn_vessel_element_19(X)
& fn_vessel_element_19(X) != fn_vessel_element_20(X)
& plays_2(fn_vessel_element_28(X),fn_vessel_element_67(X))
& path_2(fn_vessel_element_41(X),fn_vessel_element_59(X))
& path_2(fn_vessel_element_49(X),fn_vessel_element_55(X))
& is_between_2(fn_vessel_element_55(X),X)
& raw_material_2(fn_vessel_element_48(X),fn_vessel_element_45(X))
& size_2(fn_vessel_element_29(X),fn_vessel_element_65(X))
& has_function_2(fn_vessel_element_29(X),fn_vessel_element_18(X))
& in_event_2(fn_vessel_element_67(X),fn_vessel_element_21(X))
& shape_2(X,fn_vessel_element_51(X))
& agent_2(fn_vessel_element_15(X),fn_vessel_element_54(X))
& is_at_2(fn_vessel_element_55(X),fn_vessel_element_46(X))
& has_function_2(fn_vessel_element_46(X),fn_vessel_element_50(X))
& agent_2(fn_vessel_element_50(X),fn_vessel_element_46(X))
& thickness_2(fn_vessel_element_46(X),fn_vessel_element_57(X))
& plays_2(fn_vessel_element_28(X),fn_vessel_element_66(X))
& in_event_2(fn_vessel_element_66(X),fn_vessel_element_20(X))
& is_at_2(fn_vessel_element_55(X),fn_vessel_element_54(X))
& has_part_2(X,fn_vessel_element_54(X))
& has_function_2(fn_vessel_element_54(X),fn_vessel_element_33(X))
& agent_2(fn_vessel_element_33(X),fn_vessel_element_54(X))
& has_function_2(fn_vessel_element_54(X),fn_vessel_element_50(X))
& agent_2(fn_vessel_element_50(X),fn_vessel_element_54(X))
& is_outside_2(fn_vessel_element_54(X),fn_vessel_element_59(X))
& has_function_2(fn_vessel_element_28(X),fn_vessel_element_22(X))
& base_2(fn_vessel_element_20(X),fn_vessel_element_28(X))
& is_inside_2(fn_vessel_element_63(X),fn_vessel_element_28(X))
& object_2(fn_vessel_element_68(X),fn_vessel_element_63(X))
& base_2(fn_vessel_element_68(X),fn_vessel_element_28(X))
& size_2(fn_vessel_element_28(X),fn_vessel_element_65(X))
& the_scalar_value_2(fn_vessel_element_65(X),big_0)
& scalar_unit_class_2(fn_vessel_element_65(X),vesicle_0)
& object_2(fn_vessel_element_50(X),X)
& has_part_2(X,fn_vessel_element_72(X))
& called_2(fn_vessel_element_38(X),'MP2')
& has_region_2(X,fn_vessel_element_35(X))
& object_2(fn_vessel_element_33(X),X)
& has_part_2(fn_vessel_element_56(X),fn_vessel_element_47(X))
& site_2(fn_vessel_element_32(X),fn_vessel_element_61(X))
& the_scalar_value_2(fn_vessel_element_73(X),big_0)
& scalar_unit_class_2(fn_vessel_element_73(X),polypeptide_0)
& object_2(fn_vessel_element_15(X),X)
& agent_2(fn_vessel_element_13(X),fn_vessel_element_26(X))
& size_2(X,fn_vessel_element_36(X))
& has_part_2(X,fn_vessel_element_29(X))
& agent_2(fn_vessel_element_64(X),fn_vessel_element_29(X))
& is_inside_2(fn_vessel_element_56(X),fn_vessel_element_59(X))
& is_at_2(fn_vessel_element_42(X),fn_vessel_element_59(X))
& is_across_2(fn_vessel_element_42(X),fn_vessel_element_59(X))
& has_part_2(fn_vessel_element_59(X),fn_vessel_element_40(X))
& called_2(fn_vessel_element_40(X),'MP1')
& subevent_2(fn_vessel_element_37(X),fn_vessel_element_16(X))
& has_function_2(X,fn_vessel_element_37(X))
& agent_2(fn_vessel_element_49(X),X)
& subevent_2(fn_vessel_element_49(X),fn_vessel_element_43(X))
& origin_2(fn_vessel_element_43(X),fn_vessel_element_56(X))
& has_part_2(fn_vessel_element_59(X),fn_vessel_element_42(X))
& fn_vessel_element_42(X) != fn_vessel_element_40(X)
& fn_vessel_element_40(X) != fn_vessel_element_38(X)
& fn_vessel_element_38(X) != fn_vessel_element_42(X)
& fn_vessel_element_42(X) != fn_vessel_element_38(X)
& fn_vessel_element_40(X) != fn_vessel_element_42(X)
& fn_vessel_element_38(X) != fn_vessel_element_40(X)
& is_inside_2(fn_vessel_element_31(X),fn_vessel_element_44(X))
& has_part_2(X,fn_vessel_element_31(X))
& volume_2(X,fn_vessel_element_34(X))
& directly_proportional_2(fn_vessel_element_36(X),fn_vessel_element_34(X))
& the_scalar_value_2(fn_vessel_element_36(X),big_0)
& scalar_unit_class_2(fn_vessel_element_36(X),prokaryote_0)
& origin_2(fn_vessel_element_62(X),fn_vessel_element_56(X))
& subevent_2(fn_vessel_element_49(X),fn_vessel_element_62(X))
& base_2(fn_vessel_element_49(X),X)
& has_part_2(X,fn_vessel_element_26(X))
& has_part_2(fn_vessel_element_26(X),fn_vessel_element_80(X))
& is_inside_2(fn_vessel_element_30(X),fn_vessel_element_44(X))
& has_part_2(X,fn_vessel_element_30(X))
& has_part_2(X,fn_vessel_element_27(X))
& is_between_2(fn_vessel_element_56(X),fn_vessel_element_27(X))
& has_part_2(fn_vessel_element_56(X),fn_vessel_element_44(X))
& is_inside_2(fn_vessel_element_69(X),fn_vessel_element_44(X))
& has_part_2(fn_vessel_element_56(X),fn_vessel_element_69(X))
& is_between_2(fn_vessel_element_56(X),fn_vessel_element_59(X))
& has_part_2(fn_vessel_element_59(X),fn_vessel_element_39(X))
& is_inside_2(fn_vessel_element_42(X),fn_vessel_element_39(X))
& has_part_2(X,fn_vessel_element_28(X))
& has_part_2(X,fn_vessel_element_53(X))
& is_inside_2(fn_vessel_element_53(X),fn_vessel_element_44(X))
& fn_vessel_element_29(X) != fn_vessel_element_28(X)
& fn_vessel_element_28(X) != fn_vessel_element_29(X)
& object_2(fn_vessel_element_70(X),X)
& causes_2(fn_vessel_element_64(X),fn_vessel_element_70(X))
& agent_2(fn_vessel_element_64(X),fn_vessel_element_28(X))
& has_function_2(fn_vessel_element_28(X),fn_vessel_element_21(X))
& base_2(fn_vessel_element_21(X),fn_vessel_element_28(X))
& fn_vessel_element_18(X) != fn_vessel_element_19(X)
& base_2(fn_vessel_element_19(X),fn_vessel_element_29(X))
& plays_2(fn_vessel_element_29(X),fn_vessel_element_17(X))
& in_event_2(fn_vessel_element_17(X),fn_vessel_element_19(X))
& has_function_2(fn_vessel_element_29(X),fn_vessel_element_19(X))
& fn_vessel_element_19(X) != fn_vessel_element_18(X)
& abuts_2(fn_vessel_element_72(X),fn_vessel_element_61(X))
& is_inside_2(fn_vessel_element_61(X),fn_vessel_element_44(X))
& is_inside_2(fn_vessel_element_27(X),fn_vessel_element_44(X))
& is_inside_2(fn_vessel_element_25(X),fn_vessel_element_27(X))
& has_part_2(X,fn_vessel_element_25(X))
& abuts_2(fn_vessel_element_61(X),fn_vessel_element_72(X))
& base_2(fn_vessel_element_16(X),X)
& has_function_2(fn_vessel_element_31(X),fn_vessel_element_16(X))
& has_function_2(fn_vessel_element_31(X),fn_vessel_element_37(X))
& base_2(fn_vessel_element_37(X),X)
& has_part_2(X,fn_vessel_element_56(X))
& greater_than_2(fn_vessel_element_73(X),fn_vessel_element_74(X))
& size_2(fn_vessel_element_75(X),fn_vessel_element_74(X))
& element_2(fn_vessel_element_76(X),fn_vessel_element_75(X))
& has_region_2(fn_vessel_element_39(X),fn_vessel_element_76(X))
& is_at_2(fn_vessel_element_39(X),fn_vessel_element_35(X))
& base_2(fn_vessel_element_14(X),X)
& has_function_2(X,fn_vessel_element_14(X))
& has_part_2(X,fn_vessel_element_59(X))
& has_part_2(fn_vessel_element_59(X),fn_vessel_element_38(X))
& size_2(fn_vessel_element_38(X),fn_vessel_element_73(X))
& fn_vessel_element_72(X) != fn_vessel_element_61(X)
& is_inside_2(fn_vessel_element_72(X),fn_vessel_element_44(X))
& is_inside_2(fn_vessel_element_26(X),fn_vessel_element_44(X))
& has_function_2(fn_vessel_element_26(X),fn_vessel_element_13(X))
& object_2(fn_vessel_element_13(X),fn_vessel_element_56(X))
& fn_vessel_element_61(X) != fn_vessel_element_72(X)
& is_between_2(fn_vessel_element_12(X),fn_vessel_element_44(X))
& has_part_2(fn_vessel_element_28(X),fn_vessel_element_12(X))
& has_function_2(fn_vessel_element_28(X),fn_vessel_element_20(X))
& fn_vessel_element_20(X) != fn_vessel_element_18(X)
& base_2(fn_vessel_element_18(X),fn_vessel_element_29(X))
& fn_vessel_element_18(X) != fn_vessel_element_20(X)
& is_inside_2(fn_vessel_element_81(X),fn_vessel_element_44(X))
& base_2(fn_vessel_element_79(X),fn_vessel_element_81(X))
& object_2(fn_vessel_element_79(X),fn_vessel_element_80(X))
& facilitates_2(fn_vessel_element_80(X),fn_vessel_element_13(X))
& base_2(fn_vessel_element_13(X),X)
& has_part_2(X,fn_vessel_element_61(X))
& has_function_2(fn_vessel_element_61(X),fn_vessel_element_32(X))
& base_2(fn_vessel_element_32(X),X)
& has_part_2(X,fn_vessel_element_60(X))
& is_inside_2(fn_vessel_element_60(X),fn_vessel_element_44(X))
& fn_vessel_element_59(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_vessel_element_41(X))
& X = fn_plasmodesmata_19(fn_vessel_element_55(X))
& fn_vessel_element_45(X) = fn_anabolic_pathway_6(fn_vessel_element_48(X))
& fn_vessel_element_65(X) = fn_central_vacuole_16(fn_vessel_element_29(X))
& fn_vessel_element_18(X) = fn_central_vacuole_9(fn_vessel_element_29(X))
& fn_vessel_element_67(X) = fn_store_3(fn_vessel_element_21(X))
& fn_vessel_element_52(X) = fn_cell_3(X)
& fn_vessel_element_51(X) = fn_cell_5(X)
& fn_vessel_element_55(X) = fn_plant_cell_wall_22(fn_vessel_element_46(X))
& fn_vessel_element_58(X) = fn_plant_cell_wall_8(fn_vessel_element_46(X))
& fn_vessel_element_57(X) = fn_plant_cell_wall_7(fn_vessel_element_46(X))
& fn_vessel_element_50(X) = fn_plant_cell_wall_27(fn_vessel_element_46(X))
& fn_vessel_element_20(X) = fn_vacuole_3(fn_vessel_element_28(X))
& fn_vessel_element_66(X) = fn_vacuole_11(fn_vessel_element_28(X))
& fn_vessel_element_55(X) = fn_plant_cell_wall_22(fn_vessel_element_54(X))
& X = fn_plant_cell_wall_24(fn_vessel_element_54(X))
& fn_vessel_element_59(X) = fn_plant_cell_wall_26(fn_vessel_element_54(X))
& fn_vessel_element_50(X) = fn_plant_cell_wall_27(fn_vessel_element_54(X))
& fn_vessel_element_54(X) = fn_plant_cell_82(X)
& fn_vessel_element_33(X) = fn_plant_cell_wall_17(fn_vessel_element_54(X))
& fn_vessel_element_22(X) = fn_central_vacuole_9(fn_vessel_element_28(X))
& fn_vessel_element_71(X) = fn_central_vacuole_15(fn_vessel_element_28(X))
& fn_vessel_element_20(X) = fn_central_vacuole_9(fn_vessel_element_28(X))
& fn_vessel_element_65(X) = fn_central_vacuole_16(fn_vessel_element_28(X))
& fn_vessel_element_68(X) = fn_central_vacuole_22(fn_vessel_element_28(X))
& fn_vessel_element_63(X) = fn_central_vacuole_21(fn_vessel_element_28(X))
& fn_vessel_element_50(X) = fn_plant_cell_21(X)
& fn_vessel_element_72(X) = fn_eukaryotic_cell_19(X)
& fn_vessel_element_33(X) = fn_plant_cell_78(X)
& fn_vessel_element_47(X) = fn_plant_cell_92(X)
& fn_vessel_element_24(X) = fn_plant_cell_56(X)
& fn_vessel_element_77(X) = fn_plant_cell_37(X)
& fn_vessel_element_15(X) = fn_plant_cell_1(X)
& fn_vessel_element_78(X) = fn_plant_cell_36(X)
& fn_vessel_element_23(X) = fn_plant_cell_57(X)
& fn_vessel_element_40(X) = fn_plant_cell_98(X)
& fn_vessel_element_43(X) = fn_plasmodesmata_8(fn_vessel_element_55(X))
& fn_vessel_element_43(X) = fn_plant_cell_74(X)
& fn_vessel_element_40(X) = fn_plant_cell_99(X)
& fn_vessel_element_38(X) = fn_plant_cell_98(X)
& fn_vessel_element_36(X) = fn_plant_cell_62(X)
& fn_vessel_element_34(X) = fn_plant_cell_60(X)
& fn_vessel_element_49(X) = fn_plasmodesmata_11(fn_vessel_element_55(X))
& fn_vessel_element_62(X) = fn_plasmodesmata_7(fn_vessel_element_55(X))
& fn_vessel_element_49(X) = fn_plant_cell_71(X)
& fn_vessel_element_62(X) = fn_plant_cell_73(X)
& fn_vessel_element_30(X) = fn_plant_cell_93(X)
& fn_vessel_element_42(X) = fn_plant_cell_110(X)
& fn_vessel_element_69(X) = fn_plant_cell_25(X)
& fn_vessel_element_53(X) = fn_eukaryotic_cell_24(X)
& fn_vessel_element_53(X) = fn_plant_cell_100(X)
& fn_vessel_element_28(X) = fn_store_2(fn_vessel_element_21(X))
& fn_vessel_element_21(X) = fn_plant_cell_86(X)
& fn_vessel_element_28(X) = fn_plant_cell_87(X)
& fn_vessel_element_64(X) = fn_central_vacuole_17(fn_vessel_element_29(X))
& fn_vessel_element_64(X) = fn_central_vacuole_17(fn_vessel_element_28(X))
& fn_vessel_element_64(X) = fn_plant_cell_27(X)
& fn_vessel_element_70(X) = fn_central_vacuole_7(fn_vessel_element_29(X))
& X = fn_central_vacuole_12(fn_vessel_element_29(X))
& fn_vessel_element_70(X) = fn_central_vacuole_7(fn_vessel_element_28(X))
& X = fn_central_vacuole_12(fn_vessel_element_28(X))
& fn_vessel_element_70(X) = fn_plant_cell_24(X)
& fn_vessel_element_19(X) = fn_plant_cell_79(X)
& fn_vessel_element_17(X) = fn_vacuole_11(fn_vessel_element_29(X))
& fn_vessel_element_17(X) = fn_plant_cell_29(X)
& fn_vessel_element_19(X) = fn_vacuole_3(fn_vessel_element_29(X))
& fn_vessel_element_19(X) = fn_plant_cell_28(X)
& fn_vessel_element_25(X) = fn_eukaryotic_cell_30(X)
& fn_vessel_element_27(X) = fn_eukaryotic_cell_26(X)
& fn_vessel_element_25(X) = fn_plant_cell_95(X)
& fn_vessel_element_27(X) = fn_plant_cell_84(X)
& X = fn_vacuole_12(fn_vessel_element_29(X))
& fn_vessel_element_56(X) = fn_vacuole_10(fn_vessel_element_29(X))
& X = fn_plasmodesmata_18(fn_vessel_element_55(X))
& fn_vessel_element_56(X) = fn_plasmodesmata_17(fn_vessel_element_55(X))
& fn_vessel_element_56(X) = fn_eukaryotic_cell_31(X)
& X = fn_vacuole_12(fn_vessel_element_28(X))
& fn_vessel_element_56(X) = fn_vacuole_10(fn_vessel_element_28(X))
& fn_vessel_element_37(X) = fn_eukaryotic_cell_23(X)
& fn_vessel_element_37(X) = fn_plant_cell_63(X)
& fn_vessel_element_31(X) = fn_plant_cell_59(X)
& fn_vessel_element_16(X) = fn_plant_cell_80(X)
& fn_vessel_element_35(X) = fn_plant_cell_61(X)
& fn_vessel_element_39(X) = fn_plant_cell_65(X)
& fn_vessel_element_76(X) = fn_plant_cell_109(X)
& fn_vessel_element_75(X) = fn_plant_cell_38(X)
& fn_vessel_element_74(X) = fn_plant_cell_40(X)
& fn_vessel_element_73(X) = fn_plant_cell_41(X)
& fn_vessel_element_38(X) = fn_plant_cell_99(X)
& fn_vessel_element_59(X) = fn_plant_cell_97(X)
& fn_vessel_element_14(X) = fn_plant_cell_15(X)
& fn_vessel_element_56(X) = fn_plant_cell_83(X)
& fn_vessel_element_26(X) = fn_plant_cell_94(X)
& fn_vessel_element_72(X) = fn_plant_cell_90(X)
& fn_vessel_element_29(X) = fn_plant_cell_81(X)
& fn_vessel_element_18(X) = fn_plant_cell_79(X)
& fn_vessel_element_20(X) = fn_plant_cell_28(X)
& fn_vessel_element_12(X) = fn_central_vacuole_18(fn_vessel_element_29(X))
& fn_vessel_element_12(X) = fn_central_vacuole_18(fn_vessel_element_28(X))
& fn_vessel_element_28(X) = fn_plant_cell_81(X)
& fn_vessel_element_12(X) = fn_vacuole_7(fn_vessel_element_28(X))
& fn_vessel_element_44(X) = fn_vacuole_9(fn_vessel_element_28(X))
& fn_vessel_element_12(X) = fn_plant_cell_26(X)
& fn_vessel_element_13(X) = fn_plant_cell_89(X)
& fn_vessel_element_80(X) = fn_plant_cell_12(X)
& fn_vessel_element_79(X) = fn_plant_cell_13(X)
& fn_vessel_element_81(X) = fn_plant_cell_14(X)
& fn_vessel_element_44(X) = fn_eukaryotic_cell_42(X)
& fn_vessel_element_44(X) = fn_plant_cell_91(X)
& fn_vessel_element_60(X) = fn_eukaryotic_cell_45(X)
& fn_vessel_element_60(X) = fn_plant_cell_58(X)
& fn_vessel_element_32(X) = fn_plant_cell_76(X)
& fn_vessel_element_61(X) = fn_eukaryotic_cell_20(X)
& fn_vessel_element_61(X) = fn_plant_cell_77(X)
& fn_plant_cell_wall_27(fn_vessel_element_46(X)) = fn_plant_cell_wall_27(fn_vessel_element_46(X))
& fn_plant_cell_wall_27(fn_vessel_element_46(X)) = fn_plant_cell_21(X)
& fn_plant_cell_21(X) = fn_plant_cell_wall_27(fn_vessel_element_54(X))
& fn_plant_cell_wall_27(fn_vessel_element_54(X)) = fn_plant_cell_21(X)
& fn_plant_cell_21(X) = fn_plant_cell_78(X)
& fn_plant_cell_78(X) = fn_plant_cell_wall_17(fn_vessel_element_54(X))
& fn_plant_cell_wall_17(fn_vessel_element_54(X)) = fn_plant_cell_78(X)
& fn_plant_cell_78(X) = fn_plasmodesmata_8(fn_vessel_element_55(X))
& fn_plant_cell_74(X) = fn_plasmodesmata_8(fn_vessel_element_55(X))
& fn_plasmodesmata_8(fn_vessel_element_55(X)) = fn_plant_cell_74(X)
& fn_plant_cell_74(X) = fn_plant_cell_98(X)
& fn_plant_cell_99(X) = fn_plasmodesmata_11(fn_vessel_element_55(X))
& fn_plasmodesmata_11(fn_vessel_element_55(X)) = fn_plasmodesmata_11(fn_vessel_element_55(X))
& fn_plant_cell_71(X) = fn_plant_cell_71(X)
& fn_plant_cell_71(X) = fn_plasmodesmata_11(fn_vessel_element_55(X))
& fn_plasmodesmata_11(fn_vessel_element_55(X)) = fn_plant_cell_71(X)
& fn_plant_cell_71(X) = fn_plasmodesmata_7(fn_vessel_element_55(X))
& fn_plasmodesmata_7(fn_vessel_element_55(X)) = fn_plant_cell_73(X)
& fn_plant_cell_73(X) = fn_plant_cell_73(X)
& fn_plant_cell_73(X) = fn_eukaryotic_cell_24(X)
& fn_plant_cell_100(X) = fn_eukaryotic_cell_24(X)
& fn_eukaryotic_cell_24(X) = fn_plant_cell_100(X)
& fn_plant_cell_100(X) = fn_plant_cell_27(X)
& fn_plant_cell_27(X) = fn_central_vacuole_17(fn_vessel_element_29(X))
& fn_central_vacuole_17(fn_vessel_element_29(X)) = fn_central_vacuole_17(fn_vessel_element_28(X))
& fn_central_vacuole_17(fn_vessel_element_28(X)) = fn_plant_cell_27(X)
& fn_plant_cell_27(X) = fn_central_vacuole_7(fn_vessel_element_29(X))
& fn_plant_cell_24(X) = fn_central_vacuole_7(fn_vessel_element_29(X))
& fn_central_vacuole_7(fn_vessel_element_29(X)) = fn_central_vacuole_7(fn_vessel_element_28(X))
& fn_central_vacuole_7(fn_vessel_element_28(X)) = fn_plant_cell_24(X)
& fn_plant_cell_24(X) = fn_vacuole_11(fn_vessel_element_29(X))
& fn_plant_cell_29(X) = fn_vacuole_11(fn_vessel_element_29(X))
& fn_vacuole_11(fn_vessel_element_29(X)) = fn_plant_cell_29(X)
& fn_plant_cell_29(X) = fn_plant_cell_79(X)
& fn_plant_cell_79(X) = fn_vacuole_3(fn_vessel_element_29(X))
& fn_vacuole_3(fn_vessel_element_29(X)) = fn_plant_cell_79(X)
& fn_plant_cell_79(X) = fn_plant_cell_28(X)
& fn_plant_cell_28(X) = fn_plant_cell_95(X)
& fn_plant_cell_95(X) = fn_eukaryotic_cell_30(X)
& fn_eukaryotic_cell_30(X) = fn_plant_cell_95(X)
& fn_plant_cell_95(X) = fn_plant_cell_84(X)
& fn_plant_cell_84(X) = fn_eukaryotic_cell_26(X)
& fn_eukaryotic_cell_26(X) = fn_plant_cell_84(X)
& fn_plant_cell_84(X) = fn_plant_cell_84(X)
& fn_plant_cell_84(X) = fn_plant_cell_63(X)
& fn_plant_cell_63(X) = fn_eukaryotic_cell_23(X)
& fn_eukaryotic_cell_23(X) = fn_plant_cell_63(X)
& fn_plant_cell_63(X) = fn_plant_cell_63(X)
& fn_plant_cell_63(X) = fn_plant_cell_98(X)
& fn_plant_cell_98(X) = fn_plant_cell_98(X)
& fn_plant_cell_98(X) = fn_plant_cell_99(X)
& fn_plant_cell_99(X) = fn_plant_cell_99(X)
& fn_plant_cell_99(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_vessel_element_41(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_vessel_element_41(X)) = fn_plant_cell_wall_26(fn_vessel_element_54(X))
& fn_plant_cell_wall_26(fn_vessel_element_54(X)) = fn_plant_cell_wall_26(fn_vessel_element_54(X))
& fn_plant_cell_wall_26(fn_vessel_element_54(X)) = fn_plant_cell_97(X)
& fn_plant_cell_97(X) = fn_plant_cell_97(X)
& fn_plant_cell_97(X) = fn_plasmodesmata_17(fn_vessel_element_55(X))
& fn_eukaryotic_cell_31(X) = fn_plasmodesmata_17(fn_vessel_element_55(X))
& fn_plasmodesmata_17(fn_vessel_element_55(X)) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_eukaryotic_cell_31(X)
& fn_vacuole_10(fn_vessel_element_28(X)) = fn_vacuole_10(fn_vessel_element_29(X))
& fn_vacuole_10(fn_vessel_element_29(X)) = fn_eukaryotic_cell_31(X)
& fn_eukaryotic_cell_31(X) = fn_vacuole_10(fn_vessel_element_28(X))
& fn_plant_cell_83(X) = fn_vacuole_10(fn_vessel_element_28(X))
& fn_plant_cell_83(X) = fn_vacuole_10(fn_vessel_element_29(X))
& fn_vacuole_10(fn_vessel_element_29(X)) = fn_vacuole_10(fn_vessel_element_28(X))
& fn_vacuole_10(fn_vessel_element_28(X)) = fn_plant_cell_83(X)
& fn_plant_cell_83(X) = fn_plant_cell_83(X)
& fn_plant_cell_83(X) = fn_eukaryotic_cell_19(X)
& fn_eukaryotic_cell_19(X) = fn_plant_cell_90(X)
& fn_plant_cell_90(X) = fn_plant_cell_90(X)
& fn_plant_cell_90(X) = fn_central_vacuole_9(fn_vessel_element_29(X))
& fn_central_vacuole_9(fn_vessel_element_29(X)) = fn_plant_cell_79(X)
& fn_plant_cell_79(X) = fn_plant_cell_79(X)
& fn_plant_cell_79(X) = fn_vacuole_3(fn_vessel_element_28(X))
& fn_vacuole_3(fn_vessel_element_28(X)) = fn_central_vacuole_9(fn_vessel_element_28(X))
& fn_central_vacuole_9(fn_vessel_element_28(X)) = fn_central_vacuole_9(fn_vessel_element_28(X))
& fn_central_vacuole_9(fn_vessel_element_28(X)) = fn_plant_cell_28(X)
& fn_plant_cell_28(X) = fn_plant_cell_28(X)
& fn_plant_cell_28(X) = fn_store_2(fn_vessel_element_21(X))
& fn_plant_cell_87(X) = fn_store_2(fn_vessel_element_21(X))
& fn_store_2(fn_vessel_element_21(X)) = fn_plant_cell_87(X)
& fn_plant_cell_87(X) = fn_plant_cell_87(X)
& fn_plant_cell_87(X) = fn_plant_cell_81(X)
& fn_plant_cell_81(X) = fn_plant_cell_81(X)
& fn_plant_cell_81(X) = fn_central_vacuole_18(fn_vessel_element_29(X))
& fn_central_vacuole_18(fn_vessel_element_29(X)) = fn_vacuole_7(fn_vessel_element_28(X))
& fn_vacuole_7(fn_vessel_element_28(X)) = fn_central_vacuole_18(fn_vessel_element_28(X))
& fn_central_vacuole_18(fn_vessel_element_28(X)) = fn_vacuole_7(fn_vessel_element_28(X))
& fn_vacuole_7(fn_vessel_element_28(X)) = fn_central_vacuole_18(fn_vessel_element_29(X))
& fn_central_vacuole_18(fn_vessel_element_29(X)) = fn_central_vacuole_18(fn_vessel_element_28(X))
& fn_central_vacuole_18(fn_vessel_element_28(X)) = fn_plant_cell_26(X)
& fn_plant_cell_26(X) = fn_plant_cell_26(X)
& fn_plant_cell_26(X) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_vacuole_9(fn_vessel_element_28(X))
& fn_vacuole_9(fn_vessel_element_28(X)) = fn_eukaryotic_cell_42(X)
& fn_plant_cell_91(X) = fn_plant_cell_91(X)
& fn_plant_cell_91(X) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_plant_cell_91(X)
& fn_plant_cell_91(X) = fn_eukaryotic_cell_45(X)
& fn_plant_cell_58(X) = fn_eukaryotic_cell_45(X)
& fn_eukaryotic_cell_45(X) = fn_plant_cell_58(X)
& fn_plant_cell_58(X) = fn_plant_cell_77(X)
& fn_plant_cell_77(X) = fn_plant_cell_77(X)
& fn_plant_cell_77(X) = fn_eukaryotic_cell_20(X)
& fn_eukaryotic_cell_20(X) = fn_plant_cell_77(X)
& fn_plant_cell_77(X) = fn_plasmodesmata_18(fn_vessel_element_55(X))
& fn_plasmodesmata_19(fn_vessel_element_55(X)) = fn_plasmodesmata_18(fn_vessel_element_55(X))
& fn_plasmodesmata_18(fn_vessel_element_55(X)) = fn_plasmodesmata_19(fn_vessel_element_55(X))
& fn_plasmodesmata_19(fn_vessel_element_55(X)) = fn_vacuole_12(fn_vessel_element_29(X))
& fn_plant_cell_wall_24(fn_vessel_element_54(X)) = fn_vacuole_12(fn_vessel_element_29(X))
& fn_vacuole_12(fn_vessel_element_28(X)) = fn_vacuole_12(fn_vessel_element_29(X))
& fn_vacuole_12(fn_vessel_element_29(X)) = fn_vacuole_12(fn_vessel_element_28(X))
& fn_vacuole_12(fn_vessel_element_28(X)) = fn_plant_cell_wall_24(fn_vessel_element_54(X))
& fn_plant_cell_wall_24(fn_vessel_element_54(X)) = fn_central_vacuole_12(fn_vessel_element_29(X))
& fn_central_vacuole_12(fn_vessel_element_28(X)) = fn_central_vacuole_12(fn_vessel_element_29(X))
& fn_central_vacuole_12(fn_vessel_element_29(X)) = fn_central_vacuole_12(fn_vessel_element_28(X)) ) ) ).
fof(a533634,axiom,
! [X] :
( vestibule_of_the_ear_1(X)
=> ( original_name_2(X,'Vestibule-Of-The-Ear')
& user_description_2(X,'Region of the inner ear, related to maintaining balance, in which the semi-circular canals converge.')
& concept2words_2(X,'ear vestibule')
& concept2words_2(X,vestibule)
& concept2words_2(X,vestibule)
& concept2words_2(X,'vestibule of the ear')
& concept2words_2(X,'vestibule-of-the-ear')
& auditory_space_1(X)
& ~ abdominal_cavity_1(X)
& ~ antheridium_1(X)
& ~ archegonium_1(X)
& ~ atrium_1(X)
& ~ blastocoel_1(X)
& ~ blastopore_1(X)
& ~ body_cavity_1(X)
& ~ central_canal_1(X)
& ~ cloaca_1(X)
& ~ duodenum_1(X)
& ~ gastrovascular_cavity_1(X)
& ~ micropyle_1(X)
& ~ middle_ear_1(X)
& ~ mitochondrial_matrix_1(X)
& ~ optic_chiasm_1(X)
& ~ oral_cavity_1(X)
& ~ osculum_1(X)
& ~ outer_ear_1(X)
& ~ oval_window_1(X)
& ~ pharyngeal_cleft_1(X)
& ~ pharyngeal_slit_1(X)
& ~ pupil_of_an_eye_1(X)
& ~ renal_medulla_1(X)
& ~ renal_pelvis_1(X)
& ~ round_window_1(X)
& ~ saccule_1(X)
& ~ semicircular_canal_1(X)
& ~ spongocoel_1(X)
& ~ stoma_1(X)
& ~ synapse_1(X)
& ~ synaptic_cleft_1(X)
& ~ utricle_1(X)
& ~ ventricle_1(X) ) ) ).
fof(a533635,axiom,
! [X] :
( via_chalcogen_element_1(X)
=> ( original_name_2(X,'VIA-Chalcogen-Element')
& user_description_2(X,'Elements in group 6A of the periodic table called the chalcogens. They are O, S, Se, Te, Po and the unnamed element 116.')
& concept2words_2(X,chalcogen)
& concept2words_2(X,via)
& concept2words_2(X,'group via elements')
& concept2words_2(X,'group-via-elements')
& concept2words_2(X,'group 16 elements')
& concept2words_2(X,'group-16-elements')
& concept2words_2(X,'via chalcogen element')
& concept2words_2(X,'via-chalcogen-element')
& chemical_element_1(X) ) ) ).
fof(a533636,axiom,
! [X] :
( viagra_1(X)
=> ( original_name_2(X,'Viagra')
& user_description_2(X,'A drug, sildenafil, that allows increased blood flow into the penis; used to treat erectile impotence in men.')
& concept2words_2(X,sildenafil)
& concept2words_2(X,viagra)
& drug_1(X) ) ) ).
fof(a533637,axiom,
! [X] :
( vibrio_cholerae_1(X)
=> ( original_name_2(X,'Vibrio-Cholerae')
& user_description_2(X,'A proteobacterium that causes the disease cholera.')
& concept2words_2(X,'cholera causing agent')
& concept2words_2(X,'cholera causing bacteria')
& concept2words_2(X,'cholera bacteria')
& concept2words_2(X,'vibrio cholerae')
& concept2words_2(X,'vibrio-cholerae')
& proteobacteria_1(X) ) ) ).
fof(a533638,axiom,
! [X] :
( view_1(X)
=> ( original_name_2(X,'View')
& concept2words_2(X,position)
& concept2words_2(X,view)
& concept2words_2(X,perspective)
& aggregate_1(X) ) ) ).
fof(a533639,axiom,
! [X] :
( viewpoint_1(X)
=> ( original_name_2(X,'Viewpoint')
& concept2words_2(X,viewpoint)
& km_class_1(X) ) ) ).
fof(a533640,axiom,
! [X] :
( viewpoint_query_type_1(X)
=> ( original_name_2(X,'Viewpoint-Query-Type')
& concept2words_2(X,'viewpoint query type')
& concept2words_2(X,'viewpoint-query-type')
& km_class_1(X) ) ) ).
fof(a533641,axiom,
! [X] :
( viia_halogen_element_1(X)
=> ( original_name_2(X,'VIIA-Halogen-Element')
& user_description_2(X,'Elements in group 7A of the periodic table are called the halogens. They are F, Cl, Br, I and At.')
& concept2words_2(X,'viia halogen element')
& concept2words_2(X,'viia-halogen-element')
& chemical_element_1(X) ) ) ).
fof(a533642,axiom,
! [X] :
( villus_1(X)
=> ( original_name_2(X,'Villus')
& user_description_2(X,'Small, finger-like projection that increases the surface area of an epithelium such as the lining of the small intestine and the fetal chorion in mammals.')
& concept2words_2(X,villi)
& concept2words_2(X,villus)
& vertebrate_appendage_1(X)
& anterior_1(fn_villus_1(X))
& lacteal_1(fn_villus_2(X))
& microvillus_1(fn_villus_3(X))
& eukaryotic_cell_1(fn_villus_4(X))
& cell_1(fn_villus_4(X))
& animal_cell_1(fn_villus_4(X))
& epithelium_1(fn_villus_5(X))
& eukaryotic_cell_1(fn_epithelium_83(fn_villus_5(X)))
& cell_1(fn_epithelium_83(fn_villus_5(X)))
& animal_cell_1(fn_epithelium_83(fn_villus_5(X)))
& cell_1(fn_epithelium_98(fn_villus_5(X)))
& animal_cell_1(fn_epithelium_98(fn_villus_5(X)))
& has_region_2(fn_villus_4(X),fn_villus_1(X))
& is_at_2(fn_villus_3(X),fn_villus_1(X))
& has_part_2(X,fn_villus_2(X))
& has_part_2(X,fn_villus_5(X))
& has_part_2(X,fn_villus_3(X))
& has_part_2(fn_villus_5(X),fn_villus_4(X))
& fn_villus_4(X) = fn_epithelium_83(fn_villus_5(X))
& fn_villus_4(X) = fn_epithelium_98(fn_villus_5(X))
& fn_epithelium_83(fn_villus_5(X)) = fn_epithelium_98(fn_villus_5(X)) ) ) ).
fof(a533643,axiom,
! [X] :
( vinegar_1(X)
=> ( original_name_2(X,'Vinegar')
& user_description_2(X,'Vinegar is an acidic liquid produced from the fermentation of ethanol in a process that yields its key ingredient, acetic acid (ethanoic acid). It also may come in a diluted form.')
& concept2words_2(X,vinegar)
& liquid_substance_1(X)
& ~ water_1(X)
& ~ biological_fluid_1(X)
& acetic_acid_1(fn_vinegar_2(X))
& taste_value_1(fn_vinegar_3(X))
& property_node_1(fn_acetic_acid_2(fn_vinegar_2(X)))
& taste_value_1(fn_acetic_acid_1(fn_vinegar_2(X)))
& has_part_2(X,fn_vinegar_2(X))
& taste_2(X,fn_vinegar_3(X))
& taste_2(fn_vinegar_2(X),fn_vinegar_3(X))
& fn_vinegar_1(X) = fn_acetic_acid_2(fn_vinegar_2(X))
& fn_vinegar_3(X) = fn_acetic_acid_1(fn_vinegar_2(X)) ) ) ).
fof(a533644,axiom,
! [X] :
( violet_blue_light_1(X)
=> ( original_name_2(X,'Violet-Blue-Light')
& user_description_2(X,'The portion of the electromagnetic spectrum that can be detected as violet-blue by the human eye, ranging in wavelength from about 410 nm to 450 nm.')
& concept2words_2(X,'violet blue light')
& concept2words_2(X,'violet-blue-light')
& light_1(X)
& length_value_1(fn_violet_blue_light_3(X))
& length_value_1(fn_violet_blue_light_4(X))
& length_value_1(fn_violet_blue_light_5(X))
& the_cardinal_value_2(fn_violet_blue_light_4(X),"410.0e0")
& cardinal_unit_class_2(fn_violet_blue_light_4(X),nanometer_0)
& greater_than_or_equal_to_2(fn_violet_blue_light_3(X),fn_violet_blue_light_5(X))
& the_cardinal_value_2(fn_violet_blue_light_3(X),"450.0e0")
& cardinal_unit_class_2(fn_violet_blue_light_3(X),nanometer_0)
& greater_than_or_equal_to_2(fn_violet_blue_light_5(X),fn_violet_blue_light_4(X))
& wavelength_2(X,fn_violet_blue_light_5(X))
& fn_violet_blue_light_6(X) = fn_electromagnetic_energy_1(X)
& fn_violet_blue_light_5(X) = fn_electromagnetic_energy_4(X) ) ) ).
fof(a533645,axiom,
! [X] :
( violet_light_1(X)
=> ( original_name_2(X,'Violet-Light')
& user_description_2(X,'The portion of the electromagnetic spectrum that can be detected as violet, ranging in wavelength from about 380 nm to 450 nm.')
& concept2words_2(X,'light of violet')
& concept2words_2(X,'violet light')
& concept2words_2(X,'violet-light')
& light_1(X)
& visible_light_1(fn_violet_light_1(X))
& length_value_1(fn_violet_light_2(X))
& length_value_1(fn_violet_light_3(X))
& quantity_value_1(fn_violet_light_7(X))
& move_1(fn_violet_light_8(X))
& length_value_1(fn_violet_light_9(X))
& spatial_entity_1(fn_move_1(fn_violet_light_8(X)))
& has_part_2(fn_violet_light_1(X),X)
& greater_than_or_equal_to_2(fn_violet_light_2(X),fn_violet_light_9(X))
& the_cardinal_value_2(fn_violet_light_2(X),"450.0e0")
& cardinal_unit_class_2(fn_violet_light_2(X),nanometer_0)
& the_cardinal_value_2(fn_violet_light_3(X),"380.0e0")
& cardinal_unit_class_2(fn_violet_light_3(X),nanometer_0)
& greater_than_or_equal_to_2(fn_violet_light_9(X),fn_violet_light_3(X))
& object_2(fn_violet_light_8(X),X)
& quantity_2(X,fn_violet_light_7(X))
& wavelength_2(X,fn_violet_light_9(X))
& inversely_proportional_2(fn_violet_light_7(X),fn_violet_light_9(X))
& X = fn_move_1(fn_violet_light_8(X))
& fn_violet_light_10(X) = fn_electromagnetic_energy_1(X)
& fn_violet_light_6(X) = fn_electromagnetic_energy_2(X)
& fn_violet_light_7(X) = fn_electromagnetic_energy_3(X)
& fn_violet_light_9(X) = fn_electromagnetic_energy_4(X) ) ) ).
fof(a533646,axiom,
! [X] :
( viral_disease_1(X)
=> ( original_name_2(X,'Viral-Disease')
& user_description_2(X,'Abnormal condition in an organism, caused by infection with a virus.')
& concept2words_2(X,'viral disease')
& concept2words_2(X,'viral-disease')
& infectious_disease_1(X) ) ) ).
fof(a533647,axiom,
! [X] :
( viral_envelope_1(X)
=> ( original_name_2(X,'Viral-Envelope')
& user_description_2(X,'A membrane that cloaks the capsid that in turn encloses a viral genome.')
& concept2words_2(X,'viral envelope')
& concept2words_2(X,'viral-envelope')
& non_living_structure_1(X)
& glycolipid_1(fn_viral_envelope_1(X))
& fat_1(fn_viral_envelope_2(X))
& glycoprotein_1(fn_viral_envelope_3(X))
& phospholipid_layer_1(fn_viral_envelope_4(X))
& tangible_entity_1(fn_viral_envelope_5(X))
& phospholipid_bilayer_1(fn_viral_envelope_5(X))
& membrane_protein_1(fn_viral_envelope_6(X))
& tangible_entity_1(fn_viral_envelope_6(X))
& transmembrane_protein_1(fn_viral_envelope_6(X))
& integral_protein_1(fn_viral_envelope_6(X))
& transport_protein_1(fn_viral_envelope_6(X))
& tangible_entity_1(fn_viral_envelope_7(X))
& membrane_protein_1(fn_viral_envelope_7(X))
& protein_1(fn_viral_envelope_7(X))
& spatial_entity_1(fn_viral_envelope_7(X))
& polymer_1(fn_viral_envelope_7(X))
& tangible_entity_1(fn_viral_envelope_8(X))
& membrane_protein_1(fn_viral_envelope_8(X))
& protein_1(fn_viral_envelope_8(X))
& spatial_entity_1(fn_viral_envelope_8(X))
& polymer_1(fn_viral_envelope_8(X))
& biomembrane_1(fn_viral_envelope_9(X))
& plasma_membrane_1(fn_viral_envelope_9(X))
& mixture_1(fn_viral_envelope_10(X))
& cytoplasm_1(fn_viral_envelope_10(X))
& capsid_1(fn_viral_envelope_11(X))
& living_entity_1(fn_viral_envelope_12(X))
& tangible_entity_1(fn_viral_envelope_12(X))
& cell_1(fn_viral_envelope_12(X))
& glycoprotein_1(fn_viral_envelope_13(X))
& glycolipid_1(fn_viral_envelope_14(X))
& fat_1(fn_viral_envelope_15(X))
& conceal_1(fn_viral_envelope_16(X))
& virus_1(fn_viral_envelope_17(X))
& give_1(fn_viral_envelope_18(X))
& host_1(fn_viral_envelope_19(X))
& tangible_entity_1(fn_conceal_1(fn_viral_envelope_16(X)))
& tangible_entity_1(fn_give_1(fn_viral_envelope_18(X)))
& glycolipid_1(fn_biomembrane_29(fn_viral_envelope_9(X)))
& mixture_1(fn_cell_28(fn_viral_envelope_12(X)))
& cytoplasm_1(fn_cell_28(fn_viral_envelope_12(X)))
& plasma_membrane_1(fn_cell_30(fn_viral_envelope_12(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_viral_envelope_9(X)))
& entity_1(fn_transfer_1(fn_viral_envelope_18(X)))
& lipid_1(fn_phospholipid_layer_20(fn_viral_envelope_4(X)))
& living_entity_1(fn_host_1(fn_viral_envelope_19(X)))
& tangible_entity_1(fn_relinquish_1(fn_viral_envelope_18(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_viral_envelope_9(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_viral_envelope_9(X)))
& protein_1(fn_plasma_membrane_68(fn_viral_envelope_9(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_viral_envelope_9(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_viral_envelope_9(X)))
& protein_1(fn_plasma_membrane_54(fn_viral_envelope_9(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_viral_envelope_9(X)))
& polymer_1(fn_plasma_membrane_54(fn_viral_envelope_9(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_viral_envelope_9(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_viral_envelope_9(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_viral_envelope_9(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_viral_envelope_9(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_viral_envelope_9(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_viral_envelope_9(X)))
& phospholipid_layer_1(fn_biomembrane_61(fn_viral_envelope_9(X)))
& phospholipid_layer_1(fn_plasma_membrane_51(fn_viral_envelope_9(X)))
& tangible_entity_1(fn_biomembrane_63(fn_viral_envelope_9(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_viral_envelope_9(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_viral_envelope_9(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_viral_envelope_9(X)))
& object_2(fn_viral_envelope_18(X),fn_viral_envelope_14(X))
& object_2(fn_viral_envelope_18(X),fn_viral_envelope_13(X))
& has_part_2(fn_viral_envelope_17(X),X)
& agent_2(fn_viral_envelope_16(X),X)
& has_part_2(X,fn_viral_envelope_3(X))
& has_part_2(X,fn_viral_envelope_2(X))
& has_part_2(X,fn_viral_envelope_1(X))
& is_over_2(X,fn_viral_envelope_11(X))
& called_2(fn_viral_envelope_8(X),'MP1')
& object_2(fn_viral_envelope_18(X),fn_viral_envelope_15(X))
& object_2(fn_viral_envelope_16(X),fn_viral_envelope_11(X))
& recipient_2(fn_viral_envelope_18(X),fn_viral_envelope_17(X))
& plays_2(fn_viral_envelope_12(X),fn_viral_envelope_19(X))
& donor_2(fn_viral_envelope_18(X),fn_viral_envelope_12(X))
& agent_2(fn_viral_envelope_18(X),fn_viral_envelope_12(X))
& fn_viral_envelope_8(X) != fn_viral_envelope_7(X)
& fn_viral_envelope_7(X) != fn_viral_envelope_8(X)
& has_part_2(fn_viral_envelope_9(X),fn_viral_envelope_7(X))
& has_part_2(fn_viral_envelope_9(X),fn_viral_envelope_5(X))
& is_inside_2(fn_viral_envelope_6(X),fn_viral_envelope_5(X))
& has_part_2(fn_viral_envelope_9(X),fn_viral_envelope_6(X))
& fn_viral_envelope_6(X) != fn_viral_envelope_8(X)
& is_at_2(fn_viral_envelope_6(X),fn_viral_envelope_9(X))
& fn_viral_envelope_8(X) != fn_viral_envelope_6(X)
& has_part_2(fn_viral_envelope_9(X),fn_viral_envelope_8(X))
& has_part_2(fn_viral_envelope_9(X),fn_viral_envelope_13(X))
& is_inside_2(fn_viral_envelope_13(X),fn_viral_envelope_5(X))
& fn_viral_envelope_7(X) != fn_viral_envelope_6(X)
& called_2(fn_viral_envelope_7(X),'MP2')
& fn_viral_envelope_6(X) != fn_viral_envelope_7(X)
& is_across_2(fn_viral_envelope_6(X),fn_viral_envelope_9(X))
& has_region_2(fn_viral_envelope_5(X),fn_viral_envelope_4(X))
& has_part_2(fn_viral_envelope_12(X),fn_viral_envelope_10(X))
& is_inside_2(fn_viral_envelope_10(X),fn_viral_envelope_9(X))
& has_part_2(fn_viral_envelope_12(X),fn_viral_envelope_9(X))
& has_part_2(fn_viral_envelope_9(X),fn_viral_envelope_14(X))
& element_2(fn_viral_envelope_4(X),fn_viral_envelope_15(X))
& fn_viral_envelope_15(X) = fn_transfer_1(fn_viral_envelope_18(X))
& fn_viral_envelope_11(X) = fn_conceal_1(fn_viral_envelope_16(X))
& fn_viral_envelope_17(X) = fn_give_1(fn_viral_envelope_18(X))
& fn_viral_envelope_12(X) = fn_host_1(fn_viral_envelope_19(X))
& fn_viral_envelope_12(X) = fn_relinquish_1(fn_viral_envelope_18(X))
& fn_viral_envelope_15(X) = fn_phospholipid_layer_20(fn_viral_envelope_4(X))
& fn_viral_envelope_14(X) = fn_biomembrane_29(fn_viral_envelope_9(X))
& fn_viral_envelope_10(X) = fn_cell_28(fn_viral_envelope_12(X))
& fn_viral_envelope_9(X) = fn_cell_30(fn_viral_envelope_12(X))
& fn_viral_envelope_7(X) = fn_plasma_membrane_68(fn_viral_envelope_9(X))
& fn_viral_envelope_6(X) = fn_plasma_membrane_4(fn_viral_envelope_9(X))
& fn_viral_envelope_6(X) = fn_plasma_membrane_3(fn_viral_envelope_9(X))
& fn_viral_envelope_8(X) = fn_plasma_membrane_54(fn_viral_envelope_9(X))
& fn_viral_envelope_13(X) = fn_plasma_membrane_34(fn_viral_envelope_9(X))
& fn_viral_envelope_7(X) = fn_plasma_membrane_54(fn_viral_envelope_9(X))
& fn_viral_envelope_6(X) = fn_plasma_membrane_55(fn_viral_envelope_9(X))
& fn_viral_envelope_5(X) = fn_biomembrane_63(fn_viral_envelope_9(X))
& fn_viral_envelope_4(X) = fn_biomembrane_61(fn_viral_envelope_9(X))
& fn_viral_envelope_5(X) = fn_plasma_membrane_71(fn_viral_envelope_9(X))
& fn_viral_envelope_4(X) = fn_plasma_membrane_51(fn_viral_envelope_9(X))
& fn_transfer_1(fn_viral_envelope_18(X)) = fn_phospholipid_layer_20(fn_viral_envelope_4(X))
& fn_phospholipid_layer_20(fn_viral_envelope_4(X)) = fn_host_1(fn_viral_envelope_19(X))
& fn_host_1(fn_viral_envelope_19(X)) = fn_relinquish_1(fn_viral_envelope_18(X))
& fn_relinquish_1(fn_viral_envelope_18(X)) = fn_relinquish_1(fn_viral_envelope_18(X))
& fn_relinquish_1(fn_viral_envelope_18(X)) = fn_plasma_membrane_68(fn_viral_envelope_9(X))
& fn_plasma_membrane_68(fn_viral_envelope_9(X)) = fn_plasma_membrane_68(fn_viral_envelope_9(X))
& fn_plasma_membrane_68(fn_viral_envelope_9(X)) = fn_plasma_membrane_54(fn_viral_envelope_9(X))
& fn_plasma_membrane_54(fn_viral_envelope_9(X)) = fn_plasma_membrane_54(fn_viral_envelope_9(X))
& fn_plasma_membrane_54(fn_viral_envelope_9(X)) = fn_plasma_membrane_4(fn_viral_envelope_9(X))
& fn_plasma_membrane_4(fn_viral_envelope_9(X)) = fn_plasma_membrane_3(fn_viral_envelope_9(X))
& fn_plasma_membrane_55(fn_viral_envelope_9(X)) = fn_plasma_membrane_3(fn_viral_envelope_9(X))
& fn_plasma_membrane_3(fn_viral_envelope_9(X)) = fn_plasma_membrane_55(fn_viral_envelope_9(X))
& fn_plasma_membrane_55(fn_viral_envelope_9(X)) = fn_plasma_membrane_55(fn_viral_envelope_9(X))
& fn_plasma_membrane_55(fn_viral_envelope_9(X)) = fn_biomembrane_61(fn_viral_envelope_9(X))
& fn_biomembrane_61(fn_viral_envelope_9(X)) = fn_plasma_membrane_51(fn_viral_envelope_9(X))
& fn_plasma_membrane_51(fn_viral_envelope_9(X)) = fn_biomembrane_63(fn_viral_envelope_9(X))
& fn_plasma_membrane_71(fn_viral_envelope_9(X)) = fn_plasma_membrane_71(fn_viral_envelope_9(X))
& fn_plasma_membrane_71(fn_viral_envelope_9(X)) = fn_biomembrane_63(fn_viral_envelope_9(X))
& fn_biomembrane_63(fn_viral_envelope_9(X)) = fn_plasma_membrane_71(fn_viral_envelope_9(X)) ) ) ).
fof(a533648,axiom,
! [X] :
( viral_infection_1(X)
=> ( original_name_2(X,'Viral-Infection')
& user_description_2(X,'Infection caused by a virus.')
& concept2words_2(X,'viral infection')
& concept2words_2(X,'viral replication')
& concept2words_2(X,'virus spread')
& concept2words_2(X,'virus replication')
& concept2words_2(X,'viral spread')
& concept2words_2(X,'viral reproduction')
& concept2words_2(X,'virus reproduction')
& concept2words_2(X,infect)
& concept2words_2(X,'viral-infection')
& infection_1(X)
& protein_enzyme_1(fn_viral_infection_1(X))
& rna_polymerase_1(fn_viral_infection_2(X))
& dna_polymerase_1(fn_viral_infection_3(X))
& synthesis_of_dna_strand_1(fn_viral_infection_4(X))
& synthesis_of_protein_1(fn_viral_infection_5(X))
& synthesis_of_dna_strand_1(fn_viral_infection_6(X))
& metabolism_1(fn_viral_infection_7(X))
& atp_1(fn_viral_infection_8(X))
& trna_1(fn_viral_infection_9(X))
& host_1(fn_viral_infection_10(X))
& produce_1(fn_viral_infection_11(X))
& move_through_1(fn_viral_infection_12(X))
& move_1(fn_viral_infection_12(X))
& plasma_membrane_1(fn_viral_infection_13(X))
& genome_1(fn_viral_infection_14(X))
& virus_1(fn_viral_infection_15(X))
& cell_1(fn_viral_infection_16(X))
& synthesis_of_protein_1(fn_viral_infection_17(X))
& amino_acid_1(fn_viral_infection_18(X))
& genome_1(fn_viral_infection_19(X))
& spatial_entity_1(fn_viral_infection_20(X))
& chemical_entity_1(fn_viral_infection_20(X))
& protein_1(fn_viral_infection_20(X))
& capsid_1(fn_viral_infection_20(X))
& spatial_entity_1(fn_viral_infection_21(X))
& virus_1(fn_viral_infection_21(X))
& leave_1(fn_viral_infection_22(X))
& come_together_1(fn_viral_infection_23(X))
& take_control_1(fn_viral_infection_24(X))
& entity_1(fn_take_control_1(fn_viral_infection_24(X)))
& entity_1(fn_take_control_2(fn_viral_infection_24(X)))
& spatial_entity_1(fn_locomotion_1(fn_viral_infection_22(X)))
& move_through_1(fn_plasma_membrane_74(fn_viral_infection_13(X)))
& move_1(fn_plasma_membrane_74(fn_viral_infection_13(X)))
& cell_1(fn_infectious_particle_2(fn_viral_infection_15(X)))
& host_1(fn_infectious_particle_1(fn_viral_infection_15(X)))
& spatial_entity_1(fn_move_1(fn_viral_infection_12(X)))
& entity_1(fn_create_1(fn_viral_infection_11(X)))
& spatial_entity_1(fn_come_together_1(fn_viral_infection_23(X)))
& spatial_entity_1(fn_come_together_2(fn_viral_infection_23(X)))
& chemical_entity_1(fn_anabolic_pathway_5(fn_viral_infection_17(X)))
& protein_1(fn_synthesis_of_protein_16(fn_viral_infection_17(X)))
& capsid_1(fn_virus_21(fn_viral_infection_21(X)))
& infection_1(fn_infectious_particle_3(fn_viral_infection_15(X)))
& next_event_2(fn_viral_infection_24(X),fn_viral_infection_23(X))
& enables_2(fn_viral_infection_24(X),fn_viral_infection_7(X))
& enables_2(fn_viral_infection_24(X),fn_viral_infection_6(X))
& enables_2(fn_viral_infection_24(X),fn_viral_infection_17(X))
& inhibits_2(fn_viral_infection_24(X),fn_viral_infection_5(X))
& inhibits_2(fn_viral_infection_24(X),fn_viral_infection_4(X))
& object_2(fn_viral_infection_24(X),fn_viral_infection_9(X))
& object_2(fn_viral_infection_24(X),fn_viral_infection_8(X))
& object_2(fn_viral_infection_24(X),fn_viral_infection_1(X))
& agent_2(fn_viral_infection_24(X),fn_viral_infection_14(X))
& next_event_2(fn_viral_infection_23(X),fn_viral_infection_22(X))
& minCardinality(fn_viral_infection_23(X),result_0,"10",virus_0)
& result_2(fn_viral_infection_23(X),fn_viral_infection_21(X))
& away_from_2(fn_viral_infection_22(X),fn_viral_infection_16(X))
& has_part_2(fn_viral_infection_21(X),fn_viral_infection_19(X))
& object_2(fn_viral_infection_7(X),fn_viral_infection_16(X))
& causes_2(fn_viral_infection_6(X),fn_viral_infection_11(X))
& minCardinality(fn_viral_infection_17(X),result_0,"10",capsid_0)
& agent_2(fn_viral_infection_17(X),fn_viral_infection_2(X))
& agent_2(fn_viral_infection_5(X),fn_viral_infection_2(X))
& subevent_2(X,fn_viral_infection_22(X))
& subevent_2(X,fn_viral_infection_23(X))
& subevent_2(X,fn_viral_infection_24(X))
& subevent_2(X,fn_viral_infection_12(X))
& first_subevent_2(X,fn_viral_infection_12(X))
& has_part_2(fn_viral_infection_16(X),fn_viral_infection_1(X))
& has_part_2(fn_viral_infection_16(X),fn_viral_infection_2(X))
& has_part_2(fn_viral_infection_16(X),fn_viral_infection_3(X))
& has_part_2(fn_viral_infection_16(X),fn_viral_infection_8(X))
& has_part_2(fn_viral_infection_16(X),fn_viral_infection_18(X))
& has_part_2(fn_viral_infection_16(X),fn_viral_infection_9(X))
& has_part_2(fn_viral_infection_15(X),fn_viral_infection_14(X))
& agent_2(fn_viral_infection_12(X),fn_viral_infection_15(X))
& next_event_2(fn_viral_infection_12(X),fn_viral_infection_24(X))
& object_2(fn_viral_infection_23(X),fn_viral_infection_20(X))
& result_2(fn_viral_infection_11(X),fn_viral_infection_19(X))
& object_2(fn_viral_infection_24(X),fn_viral_infection_18(X))
& agent_2(fn_viral_infection_24(X),fn_viral_infection_15(X))
& object_2(fn_viral_infection_23(X),fn_viral_infection_19(X))
& result_2(fn_viral_infection_17(X),fn_viral_infection_20(X))
& agent_2(fn_viral_infection_22(X),fn_viral_infection_21(X))
& object_2(fn_viral_infection_22(X),fn_viral_infection_21(X))
& has_part_2(fn_viral_infection_21(X),fn_viral_infection_20(X))
& base_2(fn_viral_infection_12(X),fn_viral_infection_13(X))
& agent_2(X,fn_viral_infection_15(X))
& in_event_2(fn_viral_infection_10(X),X)
& plays_2(fn_viral_infection_16(X),fn_viral_infection_10(X))
& object_2(fn_viral_infection_12(X),fn_viral_infection_14(X))
& fn_viral_infection_20(X) = fn_come_together_2(fn_viral_infection_23(X))
& fn_viral_infection_19(X) = fn_create_1(fn_viral_infection_11(X))
& fn_viral_infection_18(X) = fn_take_control_1(fn_viral_infection_24(X))
& fn_viral_infection_15(X) = fn_take_control_2(fn_viral_infection_24(X))
& fn_viral_infection_19(X) = fn_come_together_1(fn_viral_infection_23(X))
& fn_viral_infection_20(X) = fn_anabolic_pathway_5(fn_viral_infection_17(X))
& fn_viral_infection_20(X) = fn_synthesis_of_protein_16(fn_viral_infection_17(X))
& fn_viral_infection_21(X) = fn_locomotion_1(fn_viral_infection_22(X))
& fn_viral_infection_20(X) = fn_virus_21(fn_viral_infection_21(X))
& fn_viral_infection_12(X) = fn_plasma_membrane_74(fn_viral_infection_13(X))
& fn_viral_infection_16(X) = fn_infectious_particle_2(fn_viral_infection_15(X))
& fn_viral_infection_10(X) = fn_infectious_particle_1(fn_viral_infection_15(X))
& X = fn_infectious_particle_3(fn_viral_infection_15(X))
& fn_viral_infection_14(X) = fn_move_1(fn_viral_infection_12(X))
& fn_create_1(fn_viral_infection_11(X)) = fn_come_together_1(fn_viral_infection_23(X))
& fn_come_together_1(fn_viral_infection_23(X)) = fn_come_together_2(fn_viral_infection_23(X))
& fn_come_together_2(fn_viral_infection_23(X)) = fn_anabolic_pathway_5(fn_viral_infection_17(X))
& fn_anabolic_pathway_5(fn_viral_infection_17(X)) = fn_anabolic_pathway_5(fn_viral_infection_17(X))
& fn_anabolic_pathway_5(fn_viral_infection_17(X)) = fn_synthesis_of_protein_16(fn_viral_infection_17(X))
& fn_synthesis_of_protein_16(fn_viral_infection_17(X)) = fn_synthesis_of_protein_16(fn_viral_infection_17(X))
& fn_synthesis_of_protein_16(fn_viral_infection_17(X)) = fn_virus_21(fn_viral_infection_21(X))
& fn_infectious_particle_3(fn_viral_infection_15(X)) = fn_infectious_particle_3(fn_viral_infection_15(X)) ) ) ).
fof(a533649,axiom,
! [X] :
( viroid_1(X)
=> ( original_name_2(X,'Viroid')
& user_description_2(X,'A plant pathogen consisting of a molecule of naked, circular RNA a few hundred nucleotides long.')
& concept2words_2(X,viroid)
& rna_1(X)
& infectious_particle_1(X)
& ~ prion_1(X)
& ~ virus_1(X)
& system_1(fn_viroid_1(X))
& system_1(fn_viroid_2(X))
& system_1(fn_viroid_3(X))
& system_1(fn_viroid_4(X))
& system_1(fn_viroid_5(X))
& system_1(fn_viroid_6(X))
& system_1(fn_viroid_7(X))
& system_1(fn_viroid_8(X))
& system_1(fn_viroid_9(X))
& system_1(fn_viroid_10(X))
& system_1(fn_viroid_11(X))
& system_1(fn_viroid_12(X))
& system_1(fn_viroid_13(X))
& system_1(fn_viroid_14(X))
& system_1(fn_viroid_15(X))
& system_1(fn_viroid_16(X))
& system_1(fn_viroid_17(X))
& system_1(fn_viroid_18(X))
& protein_enzyme_1(fn_viroid_19(X))
& plant_1(fn_viroid_20(X))
& regulatory_system_1(fn_viroid_21(X))
& metabolism_1(fn_viroid_22(X))
& growth_1(fn_viroid_23(X))
& development_1(fn_viroid_24(X))
& impair_1(fn_viroid_25(X))
& replication_1(fn_viroid_26(X))
& viroid_1(fn_viroid_27(X))
& system_1(fn_viroid_28(X))
& system_1(fn_viroid_29(X))
& unequal_sharing_1(fn_viroid_30(X))
& share_1(fn_viroid_30(X))
& asymmetrical_distribution_1(fn_viroid_31(X))
& constant_motion_1(fn_viroid_32(X))
& phosphodiester_bond_1(fn_viroid_33(X))
& share_1(fn_viroid_34(X))
& phosphodiester_bond_1(fn_viroid_35(X))
& unequal_sharing_1(fn_viroid_36(X))
& asymmetrical_distribution_1(fn_viroid_37(X))
& constant_motion_1(fn_viroid_38(X))
& share_1(fn_viroid_39(X))
& ribose_1(fn_viroid_40(X))
& ribonucleoside_monophosphate_1(fn_viroid_46(X))
& carbon_skeleton_1(fn_viroid_47(X))
& entity_1(fn_viroid_48(X))
& chemical_entity_1(fn_viroid_48(X))
& atom_1(fn_viroid_48(X))
& oxygen_1(fn_viroid_48(X))
& hydrogen_1(fn_viroid_49(X))
& chemical_entity_1(fn_viroid_49(X))
& atom_1(fn_viroid_49(X))
& entity_1(fn_viroid_49(X))
& chemical_entity_1(fn_viroid_50(X))
& atom_1(fn_viroid_50(X))
& oxygen_1(fn_viroid_50(X))
& entity_1(fn_viroid_50(X))
& system_1(fn_viroid_51(X))
& atomic_number_value_1(fn_viroid_52(X))
& phosphodiester_bond_1(fn_viroid_53(X))
& unequal_sharing_1(fn_viroid_54(X))
& electron_1(fn_viroid_55(X))
& valence_electron_1(fn_viroid_55(X))
& entity_1(fn_viroid_55(X))
& quantity_value_1(fn_viroid_56(X))
& quantity_value_1(fn_viroid_58(X))
& hold_together_1(fn_viroid_59(X))
& size_value_1(fn_viroid_61(X))
& infection_1(fn_viroid_62(X))
& atom_1(fn_viroid_63(X))
& chemical_entity_1(fn_viroid_63(X))
& carbon_1(fn_viroid_63(X))
& chemical_entity_1(fn_viroid_64(X))
& atom_1(fn_viroid_64(X))
& ribonucleoside_monophosphate_1(fn_viroid_65(X))
& covalent_bond_1(fn_viroid_66(X))
& chemical_bond_1(fn_viroid_66(X))
& phosphodiester_bond_1(fn_viroid_66(X))
& size_value_1(fn_viroid_67(X))
& share_1(fn_viroid_68(X))
& electron_1(fn_viroid_69(X))
& electron_1(fn_viroid_70(X))
& valence_electron_1(fn_viroid_70(X))
& share_1(fn_viroid_71(X))
& unequal_sharing_1(fn_viroid_71(X))
& polar_covalent_bond_1(fn_viroid_72(X))
& ester_linkage_1(fn_viroid_72(X))
& entity_1(fn_viroid_73(X))
& chemical_entity_1(fn_viroid_73(X))
& atom_1(fn_viroid_73(X))
& carbon_1(fn_viroid_73(X))
& entity_1(fn_viroid_74(X))
& chemical_entity_1(fn_viroid_74(X))
& atom_1(fn_viroid_74(X))
& nitrogen_1(fn_viroid_74(X))
& entity_1(fn_viroid_75(X))
& tangible_entity_1(fn_viroid_75(X))
& electron_1(fn_viroid_75(X))
& valence_electron_1(fn_viroid_75(X))
& speed_value_1(fn_viroid_76(X))
& quantity_value_1(fn_viroid_77(X))
& kinetic_energy_1(fn_viroid_78(X))
& constant_motion_1(fn_viroid_79(X))
& unequal_sharing_1(fn_viroid_82(X))
& phosphodiester_bond_1(fn_viroid_83(X))
& constant_motion_1(fn_viroid_84(X))
& asymmetrical_distribution_1(fn_viroid_85(X))
& unequal_sharing_1(fn_viroid_86(X))
& share_1(fn_viroid_86(X))
& chemical_bond_1(fn_viroid_87(X))
& covalent_bond_1(fn_viroid_87(X))
& phosphodiester_bond_1(fn_viroid_87(X))
& share_1(fn_viroid_88(X))
& share_1(fn_covalent_bond_17(fn_viroid_53(X)))
& share_1(fn_covalent_bond_17(fn_viroid_35(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_viroid_47(X)))
& constant_motion_1(fn_covalent_bond_16(fn_viroid_33(X)))
& asymmetrical_distribution_1(fn_covalent_bond_1(fn_viroid_33(X)))
& asymmetrical_distribution_1(fn_covalent_bond_1(fn_viroid_83(X)))
& constant_motion_1(fn_covalent_bond_16(fn_viroid_83(X)))
& share_1(fn_phosphodiester_bond_6(fn_viroid_66(X)))
& electron_1(fn_phosphodiester_bond_25(fn_viroid_66(X)))
& electron_1(fn_ester_linkage_20(fn_viroid_72(X)))
& electron_1(fn_polar_covalent_bond_11(fn_viroid_72(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_viroid_72(X)))
& electron_1(fn_phosphodiester_bond_23(fn_viroid_66(X)))
& valence_electron_1(fn_phosphodiester_bond_23(fn_viroid_66(X)))
& electron_1(fn_ester_linkage_29(fn_viroid_72(X)))
& valence_electron_1(fn_ester_linkage_29(fn_viroid_72(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_viroid_72(X)))
& unequal_sharing_1(fn_ester_linkage_32(fn_viroid_72(X)))
& atom_1(fn_carbon_skeleton_2(fn_viroid_47(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_viroid_47(X)))
& entity_1(fn_covalent_bond_19(fn_viroid_35(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_viroid_35(X)))
& atom_1(fn_covalent_bond_19(fn_viroid_35(X)))
& entity_1(fn_covalent_bond_19(fn_viroid_33(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_viroid_33(X)))
& atom_1(fn_covalent_bond_19(fn_viroid_33(X)))
& entity_1(fn_covalent_bond_19(fn_viroid_83(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_viroid_83(X)))
& atom_1(fn_covalent_bond_19(fn_viroid_83(X)))
& entity_1(fn_covalent_bond_20(fn_viroid_53(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_viroid_53(X)))
& atom_1(fn_covalent_bond_20(fn_viroid_53(X)))
& entity_1(fn_covalent_bond_20(fn_viroid_35(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_viroid_35(X)))
& atom_1(fn_covalent_bond_20(fn_viroid_35(X)))
& entity_1(fn_share_2(fn_viroid_30(X)))
& valence_electron_1(fn_covalent_bond_18(fn_viroid_35(X)))
& valence_electron_1(fn_covalent_bond_18(fn_viroid_33(X)))
& valence_electron_1(fn_covalent_bond_18(fn_viroid_83(X)))
& carbon_1(fn_carbon_skeleton_4(fn_viroid_47(X)))
& entity_1(fn_share_3(fn_viroid_71(X)))
& entity_1(fn_share_1(fn_viroid_71(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_viroid_72(X)))
& hold_together_1(fn_ester_linkage_19(fn_viroid_72(X)))
& hold_together_1(fn_phosphodiester_bond_14(fn_viroid_66(X)))
& hold_together_1(fn_phosphodiester_bond_17(fn_viroid_66(X)))
& ester_linkage_1(fn_phosphodiester_bond_30(fn_viroid_66(X)))
& ester_linkage_1(fn_phosphodiester_bond_29(fn_viroid_66(X)))
& valence_electron_1(fn_covalent_bond_15(fn_viroid_35(X)))
& valence_electron_1(fn_covalent_bond_15(fn_viroid_33(X)))
& valence_electron_1(fn_covalent_bond_15(fn_viroid_83(X)))
& entity_1(fn_share_2(fn_viroid_86(X)))
& entity_1(fn_share_3(fn_viroid_54(X)))
& entity_1(fn_share_1(fn_viroid_54(X)))
& entity_1(fn_share_3(fn_viroid_82(X)))
& entity_1(fn_share_1(fn_viroid_36(X)))
& entity_1(fn_share_3(fn_viroid_86(X)))
& entity_1(fn_share_1(fn_viroid_86(X)))
& share_1(fn_covalent_bond_17(fn_viroid_33(X)))
& share_1(fn_covalent_bond_17(fn_viroid_83(X)))
& entity_1(fn_covalent_bond_19(fn_viroid_53(X)))
& chemical_entity_1(fn_covalent_bond_19(fn_viroid_53(X)))
& atom_1(fn_covalent_bond_19(fn_viroid_53(X)))
& entity_1(fn_covalent_bond_20(fn_viroid_33(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_viroid_33(X)))
& atom_1(fn_covalent_bond_20(fn_viroid_33(X)))
& entity_1(fn_covalent_bond_20(fn_viroid_83(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_viroid_83(X)))
& atom_1(fn_covalent_bond_20(fn_viroid_83(X)))
& entity_1(fn_share_3(fn_viroid_36(X)))
& entity_1(fn_share_1(fn_viroid_82(X)))
& entity_1(fn_share_3(fn_viroid_30(X)))
& entity_1(fn_share_1(fn_viroid_30(X)))
& entity_1(fn_polar_covalent_bond_18(fn_viroid_72(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_viroid_72(X)))
& atom_1(fn_polar_covalent_bond_18(fn_viroid_72(X)))
& entity_1(fn_polar_covalent_bond_19(fn_viroid_72(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_viroid_72(X)))
& atom_1(fn_polar_covalent_bond_19(fn_viroid_72(X)))
& entity_1(fn_phosphodiester_bond_15(fn_viroid_66(X)))
& chemical_entity_1(fn_phosphodiester_bond_15(fn_viroid_66(X)))
& atom_1(fn_phosphodiester_bond_15(fn_viroid_66(X)))
& carbon_1(fn_phosphodiester_bond_15(fn_viroid_66(X)))
& entity_1(fn_ester_linkage_28(fn_viroid_72(X)))
& chemical_entity_1(fn_ester_linkage_28(fn_viroid_72(X)))
& atom_1(fn_ester_linkage_28(fn_viroid_72(X)))
& carbon_1(fn_ester_linkage_28(fn_viroid_72(X)))
& entity_1(fn_phosphodiester_bond_16(fn_viroid_66(X)))
& chemical_entity_1(fn_phosphodiester_bond_16(fn_viroid_66(X)))
& atom_1(fn_phosphodiester_bond_16(fn_viroid_66(X)))
& carbon_1(fn_phosphodiester_bond_16(fn_viroid_66(X)))
& result_2(fn_viroid_68(X),fn_viroid_72(X))
& size_2(fn_viroid_65(X),fn_viroid_67(X))
& causes_2(fn_viroid_62(X),fn_viroid_25(X))
& object_2(fn_viroid_62(X),fn_viroid_20(X))
& result_2(fn_viroid_26(X),fn_viroid_27(X))
& object_2(fn_viroid_26(X),X)
& inhibits_2(fn_viroid_25(X),fn_viroid_24(X))
& inhibits_2(fn_viroid_25(X),fn_viroid_23(X))
& inhibits_2(fn_viroid_25(X),fn_viroid_22(X))
& object_2(fn_viroid_25(X),fn_viroid_21(X))
& agent_2(fn_viroid_25(X),X)
& object_2(fn_viroid_24(X),fn_viroid_20(X))
& object_2(fn_viroid_23(X),fn_viroid_20(X))
& object_2(fn_viroid_22(X),fn_viroid_20(X))
& has_region_2(fn_viroid_20(X),fn_viroid_21(X))
& has_part_2(fn_viroid_20(X),fn_viroid_19(X))
& the_scalar_value_2(fn_viroid_61(X),tiny_0)
& scalar_unit_class_2(fn_viroid_61(X),virus_0)
& size_2(fn_viroid_46(X),fn_viroid_67(X))
& result_2(fn_viroid_36(X),fn_viroid_35(X))
& result_2(fn_viroid_30(X),fn_viroid_33(X))
& object_2(fn_viroid_30(X),fn_viroid_75(X))
& agent_2(fn_viroid_54(X),fn_viroid_50(X))
& agent_2(fn_viroid_71(X),fn_viroid_74(X))
& agent_2(fn_viroid_36(X),fn_viroid_49(X))
& agent_2(fn_viroid_82(X),fn_viroid_50(X))
& agent_2(fn_viroid_36(X),fn_viroid_50(X))
& agent_2(fn_viroid_82(X),fn_viroid_49(X))
& is_between_2(fn_viroid_53(X),fn_viroid_48(X))
& result_2(fn_viroid_54(X),fn_viroid_53(X))
& agent_2(fn_viroid_54(X),fn_viroid_49(X))
& agent_2(fn_viroid_62(X),X)
& result_2(fn_viroid_82(X),fn_viroid_83(X))
& object_2(fn_viroid_82(X),fn_viroid_75(X))
& is_between_2(fn_viroid_35(X),fn_viroid_48(X))
& agent_2(fn_viroid_82(X),fn_viroid_48(X))
& object_2(fn_viroid_82(X),fn_viroid_55(X))
& agent_2(fn_viroid_86(X),fn_viroid_48(X))
& object_2(fn_viroid_59(X),fn_viroid_74(X))
& result_2(fn_viroid_88(X),fn_viroid_66(X))
& agent_2(fn_viroid_88(X),fn_viroid_73(X))
& has_region_2(X,fn_viroid_47(X))
& is_inside_2(fn_viroid_63(X),fn_viroid_47(X))
& fn_viroid_64(X) != fn_viroid_63(X)
& fn_viroid_63(X) != fn_viroid_64(X)
& object_2(fn_viroid_38(X),fn_viroid_75(X))
& object_2(fn_viroid_54(X),fn_viroid_55(X))
& is_between_2(fn_viroid_33(X),fn_viroid_48(X))
& agent_2(fn_viroid_54(X),fn_viroid_48(X))
& object_2(fn_viroid_54(X),fn_viroid_75(X))
& object_2(fn_viroid_37(X),fn_viroid_75(X))
& causes_2(fn_viroid_38(X),fn_viroid_37(X))
& object_2(fn_viroid_85(X),fn_viroid_75(X))
& object_2(fn_viroid_36(X),fn_viroid_55(X))
& is_between_2(fn_viroid_83(X),fn_viroid_48(X))
& agent_2(fn_viroid_36(X),fn_viroid_48(X))
& object_2(fn_viroid_36(X),fn_viroid_75(X))
& object_2(fn_viroid_84(X),fn_viroid_75(X))
& causes_2(fn_viroid_84(X),fn_viroid_85(X))
& called_2(fn_viroid_72(X),"2")
& result_2(fn_viroid_68(X),fn_viroid_66(X))
& agent_2(fn_viroid_68(X),fn_viroid_73(X))
& object_2(fn_viroid_68(X),fn_viroid_70(X))
& agent_2(fn_viroid_71(X),fn_viroid_73(X))
& has_part_2(fn_viroid_73(X),fn_viroid_69(X))
& result_2(fn_viroid_71(X),fn_viroid_72(X))
& object_2(fn_viroid_71(X),fn_viroid_70(X))
& has_part_2(fn_viroid_73(X),fn_viroid_70(X))
& fn_viroid_69(X) != fn_viroid_70(X)
& fn_viroid_70(X) != fn_viroid_69(X)
& has_part_2(X,fn_viroid_64(X))
& possesses_2(X,fn_viroid_78(X))
& quantity_2(fn_viroid_78(X),fn_viroid_77(X))
& directly_proportional_2(fn_viroid_76(X),fn_viroid_77(X))
& speed_2(fn_viroid_79(X),fn_viroid_76(X))
& object_2(fn_viroid_79(X),X)
& called_2(fn_viroid_52(X),'Atomic_Number')
& called_2(fn_viroid_58(X),'Number_Proton')
& causes_2(fn_viroid_32(X),fn_viroid_31(X))
& object_2(fn_viroid_32(X),fn_viroid_75(X))
& is_between_2(fn_viroid_87(X),fn_viroid_48(X))
& result_2(fn_viroid_86(X),fn_viroid_87(X))
& size_2(X,fn_viroid_61(X))
& greater_than_2(fn_viroid_61(X),fn_viroid_67(X))
& object_2(fn_viroid_86(X),fn_viroid_75(X))
& agent_2(fn_viroid_86(X),fn_viroid_49(X))
& fn_viroid_49(X) != fn_viroid_50(X)
& fn_viroid_50(X) != fn_viroid_49(X)
& fn_viroid_48(X) != fn_viroid_50(X)
& fn_viroid_50(X) != fn_viroid_48(X)
& agent_2(fn_viroid_30(X),fn_viroid_48(X))
& has_part_2(fn_viroid_48(X),fn_viroid_75(X))
& object_2(fn_viroid_31(X),fn_viroid_75(X))
& fn_viroid_49(X) != fn_viroid_48(X)
& fn_viroid_48(X) != fn_viroid_49(X)
& quantity_2(fn_viroid_55(X),fn_viroid_56(X))
& object_2(fn_viroid_30(X),fn_viroid_55(X))
& agent_2(fn_viroid_30(X),fn_viroid_50(X))
& fn_viroid_75(X) != fn_viroid_55(X)
& fn_viroid_55(X) != fn_viroid_75(X)
& called_2(fn_viroid_56(X),'Number_Electron')
& fn_viroid_58(X) = fn_viroid_56(X)
& fn_viroid_56(X) = fn_viroid_58(X)
& fn_viroid_58(X) = fn_viroid_52(X)
& fn_viroid_52(X) = fn_viroid_58(X)
& agent_2(fn_viroid_39(X),fn_viroid_73(X))
& result_2(fn_viroid_39(X),fn_viroid_66(X))
& has_part_2(X,fn_viroid_46(X))
& fn_viroid_46(X) != fn_viroid_65(X)
& has_part_2(X,fn_viroid_65(X))
& has_part_2(X,fn_viroid_63(X))
& fn_viroid_65(X) != fn_viroid_46(X)
& possesses_2(X,fn_viroid_66(X))
& is_between_2(fn_viroid_66(X),fn_viroid_74(X))
& fn_viroid_74(X) != fn_viroid_73(X)
& has_part_2(fn_viroid_40(X),fn_viroid_73(X))
& possesses_2(fn_viroid_40(X),fn_viroid_66(X))
& fn_viroid_73(X) != fn_viroid_74(X)
& agent_2(fn_viroid_59(X),fn_viroid_72(X))
& element_2(fn_viroid_66(X),fn_viroid_72(X))
& agent_2(fn_viroid_59(X),fn_viroid_66(X))
& is_between_2(fn_viroid_72(X),fn_viroid_73(X))
& has_function_2(fn_viroid_72(X),fn_viroid_59(X))
& object_2(fn_viroid_59(X),fn_viroid_73(X))
& is_between_2(fn_viroid_66(X),fn_viroid_73(X))
& has_function_2(fn_viroid_66(X),fn_viroid_59(X))
& agent_2(fn_viroid_34(X),fn_viroid_73(X))
& result_2(fn_viroid_34(X),fn_viroid_66(X))
& agent_2(fn_viroid_30(X),fn_viroid_49(X))
& agent_2(fn_viroid_86(X),fn_viroid_50(X))
& object_2(fn_viroid_86(X),fn_viroid_55(X))
& fn_viroid_75(X) = fn_share_2(fn_viroid_30(X))
& fn_viroid_50(X) = fn_share_3(fn_viroid_54(X))
& fn_viroid_50(X) = fn_share_1(fn_viroid_54(X))
& fn_viroid_74(X) = fn_share_3(fn_viroid_71(X))
& fn_viroid_74(X) = fn_share_1(fn_viroid_71(X))
& fn_viroid_49(X) = fn_share_3(fn_viroid_36(X))
& fn_viroid_50(X) = fn_share_3(fn_viroid_82(X))
& fn_viroid_50(X) = fn_share_1(fn_viroid_36(X))
& fn_viroid_49(X) = fn_share_1(fn_viroid_82(X))
& fn_viroid_48(X) = fn_covalent_bond_19(fn_viroid_53(X))
& fn_viroid_48(X) = fn_covalent_bond_20(fn_viroid_53(X))
& fn_viroid_49(X) = fn_covalent_bond_19(fn_viroid_53(X))
& fn_viroid_54(X) = fn_covalent_bond_17(fn_viroid_53(X))
& fn_viroid_62(X) = fn_infectious_particle_3(X)
& fn_viroid_75(X) = fn_covalent_bond_18(fn_viroid_35(X))
& fn_viroid_55(X) = fn_covalent_bond_15(fn_viroid_35(X))
& fn_viroid_82(X) = fn_covalent_bond_17(fn_viroid_35(X))
& fn_viroid_48(X) = fn_covalent_bond_19(fn_viroid_35(X))
& fn_viroid_48(X) = fn_covalent_bond_20(fn_viroid_35(X))
& fn_viroid_59(X) = fn_polar_covalent_bond_17(fn_viroid_72(X))
& fn_viroid_88(X) = fn_phosphodiester_bond_6(fn_viroid_66(X))
& X = fn_carbon_skeleton_3(fn_viroid_47(X))
& fn_viroid_64(X) = fn_organic_molecule_2(X)
& fn_viroid_64(X) = fn_carbon_skeleton_2(fn_viroid_47(X))
& fn_viroid_63(X) = fn_organic_molecule_1(X)
& fn_viroid_47(X) = fn_organic_molecule_3(X)
& fn_viroid_63(X) = fn_carbon_skeleton_4(fn_viroid_47(X))
& fn_viroid_55(X) = fn_covalent_bond_15(fn_viroid_33(X))
& fn_viroid_38(X) = fn_covalent_bond_16(fn_viroid_33(X))
& fn_viroid_37(X) = fn_covalent_bond_1(fn_viroid_33(X))
& fn_viroid_75(X) = fn_covalent_bond_18(fn_viroid_33(X))
& fn_viroid_54(X) = fn_covalent_bond_17(fn_viroid_33(X))
& fn_viroid_48(X) = fn_covalent_bond_20(fn_viroid_33(X))
& fn_viroid_55(X) = fn_covalent_bond_15(fn_viroid_83(X))
& fn_viroid_85(X) = fn_covalent_bond_1(fn_viroid_83(X))
& fn_viroid_84(X) = fn_covalent_bond_16(fn_viroid_83(X))
& fn_viroid_75(X) = fn_covalent_bond_18(fn_viroid_83(X))
& fn_viroid_36(X) = fn_covalent_bond_17(fn_viroid_83(X))
& fn_viroid_48(X) = fn_covalent_bond_20(fn_viroid_83(X))
& fn_viroid_29(X) = fn_nucleic_acid_35(X)
& fn_viroid_68(X) = fn_phosphodiester_bond_6(fn_viroid_66(X))
& fn_viroid_70(X) = fn_phosphodiester_bond_23(fn_viroid_66(X))
& fn_viroid_69(X) = fn_phosphodiester_bond_25(fn_viroid_66(X))
& fn_viroid_69(X) = fn_ester_linkage_20(fn_viroid_72(X))
& fn_viroid_71(X) = fn_polar_covalent_bond_16(fn_viroid_72(X))
& fn_viroid_70(X) = fn_polar_covalent_bond_11(fn_viroid_72(X))
& fn_viroid_70(X) = fn_ester_linkage_29(fn_viroid_72(X))
& fn_viroid_71(X) = fn_ester_linkage_32(fn_viroid_72(X))
& fn_viroid_80(X) = fn_molecule_2(X)
& fn_viroid_81(X) = fn_molecule_1(X)
& fn_viroid_64(X) = fn_molecule_7(X)
& fn_viroid_79(X) = fn_molecule_8(X)
& fn_viroid_76(X) = fn_molecule_3(X)
& fn_viroid_77(X) = fn_molecule_4(X)
& fn_viroid_78(X) = fn_molecule_12(X)
& fn_viroid_44(X) = fn_nucleic_acid_32(X)
& fn_viroid_43(X) = fn_nucleic_acid_31(X)
& fn_viroid_60(X) = fn_nucleic_acid_33(X)
& fn_viroid_41(X) = fn_nucleic_acid_30(X)
& fn_viroid_51(X) = fn_nucleic_acid_35(X)
& fn_viroid_42(X) = fn_nucleic_acid_36(X)
& fn_viroid_32(X) = fn_nucleic_acid_12(X)
& fn_viroid_86(X) = fn_covalent_bond_17(fn_viroid_33(X))
& fn_viroid_86(X) = fn_covalent_bond_17(fn_viroid_83(X))
& fn_viroid_87(X) = fn_nucleic_acid_22(X)
& fn_viroid_45(X) = fn_nucleic_acid_34(X)
& fn_viroid_67(X) = fn_nucleic_acid_28(X)
& fn_viroid_61(X) = fn_nucleic_acid_29(X)
& fn_viroid_50(X) = fn_nucleic_acid_26(X)
& fn_viroid_86(X) = fn_nucleic_acid_23(X)
& fn_viroid_31(X) = fn_nucleic_acid_11(X)
& fn_viroid_48(X) = fn_nucleic_acid_27(X)
& fn_viroid_48(X) = fn_covalent_bond_19(fn_viroid_33(X))
& fn_viroid_49(X) = fn_covalent_bond_20(fn_viroid_33(X))
& fn_viroid_48(X) = fn_covalent_bond_19(fn_viroid_83(X))
& fn_viroid_49(X) = fn_covalent_bond_20(fn_viroid_83(X))
& fn_viroid_49(X) = fn_nucleic_acid_6(X)
& fn_viroid_48(X) = fn_nucleic_acid_26(X)
& fn_viroid_50(X) = fn_nucleic_acid_27(X)
& fn_viroid_30(X) = fn_nucleic_acid_23(X)
& fn_viroid_75(X) = fn_nucleic_acid_25(X)
& fn_viroid_55(X) = fn_nucleic_acid_24(X)
& fn_viroid_56(X) = fn_nucleic_acid_10(X)
& fn_viroid_58(X) = fn_nucleic_acid_9(X)
& fn_viroid_52(X) = fn_nucleic_acid_7(X)
& fn_viroid_57(X) = fn_nucleic_acid_8(X)
& fn_viroid_28(X) = fn_nucleic_acid_35(X)
& fn_viroid_39(X) = fn_rna_6(X)
& fn_viroid_63(X) = fn_rna_9(X)
& fn_viroid_65(X) = fn_rna_3(X)
& fn_viroid_46(X) = fn_rna_10(X)
& fn_viroid_40(X) = fn_rna_7(X)
& fn_viroid_74(X) = fn_polar_covalent_bond_19(fn_viroid_72(X))
& fn_viroid_73(X) = fn_polar_covalent_bond_18(fn_viroid_72(X))
& fn_viroid_73(X) = fn_rna_5(X)
& fn_viroid_74(X) = fn_rna_4(X)
& fn_viroid_66(X) = fn_rna_8(X)
& fn_viroid_72(X) = fn_nucleic_acid_16(X)
& fn_viroid_59(X) = fn_phosphodiester_bond_14(fn_viroid_66(X))
& fn_viroid_66(X) = fn_nucleic_acid_19(X)
& fn_viroid_59(X) = fn_nucleic_acid_14(X)
& fn_viroid_73(X) = fn_nucleic_acid_15(X)
& fn_viroid_59(X) = fn_ester_linkage_19(fn_viroid_72(X))
& fn_viroid_59(X) = fn_phosphodiester_bond_17(fn_viroid_66(X))
& fn_viroid_73(X) = fn_polar_covalent_bond_19(fn_viroid_72(X))
& fn_viroid_72(X) = fn_phosphodiester_bond_30(fn_viroid_66(X))
& fn_viroid_73(X) = fn_phosphodiester_bond_15(fn_viroid_66(X))
& fn_viroid_73(X) = fn_ester_linkage_28(fn_viroid_72(X))
& fn_viroid_72(X) = fn_phosphodiester_bond_29(fn_viroid_66(X))
& fn_viroid_55(X) = fn_share_2(fn_viroid_86(X))
& fn_viroid_50(X) = fn_share_3(fn_viroid_86(X))
& fn_viroid_50(X) = fn_share_1(fn_viroid_86(X))
& fn_viroid_49(X) = fn_share_3(fn_viroid_30(X))
& fn_viroid_49(X) = fn_share_1(fn_viroid_30(X))
& fn_viroid_73(X) = fn_phosphodiester_bond_16(fn_viroid_66(X))
& fn_viroid_34(X) = fn_phosphodiester_bond_6(fn_viroid_66(X))
& fn_ester_linkage_20(fn_viroid_72(X)) = fn_phosphodiester_bond_25(fn_viroid_66(X))
& fn_phosphodiester_bond_25(fn_viroid_66(X)) = fn_ester_linkage_20(fn_viroid_72(X))
& fn_ester_linkage_20(fn_viroid_72(X)) = fn_phosphodiester_bond_23(fn_viroid_66(X))
& fn_phosphodiester_bond_23(fn_viroid_66(X)) = fn_polar_covalent_bond_11(fn_viroid_72(X))
& fn_polar_covalent_bond_11(fn_viroid_72(X)) = fn_phosphodiester_bond_23(fn_viroid_66(X))
& fn_phosphodiester_bond_23(fn_viroid_66(X)) = fn_phosphodiester_bond_23(fn_viroid_66(X))
& fn_ester_linkage_29(fn_viroid_72(X)) = fn_phosphodiester_bond_23(fn_viroid_66(X))
& fn_phosphodiester_bond_23(fn_viroid_66(X)) = fn_ester_linkage_29(fn_viroid_72(X))
& fn_ester_linkage_29(fn_viroid_72(X)) = fn_ester_linkage_29(fn_viroid_72(X))
& fn_ester_linkage_29(fn_viroid_72(X)) = fn_polar_covalent_bond_16(fn_viroid_72(X))
& fn_ester_linkage_32(fn_viroid_72(X)) = fn_polar_covalent_bond_16(fn_viroid_72(X))
& fn_polar_covalent_bond_16(fn_viroid_72(X)) = fn_ester_linkage_32(fn_viroid_72(X))
& fn_ester_linkage_32(fn_viroid_72(X)) = fn_ester_linkage_32(fn_viroid_72(X))
& fn_ester_linkage_32(fn_viroid_72(X)) = fn_carbon_skeleton_2(fn_viroid_47(X))
& fn_carbon_skeleton_2(fn_viroid_47(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_carbon_skeleton_2(fn_viroid_47(X))
& fn_carbon_skeleton_2(fn_viroid_47(X)) = fn_carbon_skeleton_2(fn_viroid_47(X))
& fn_carbon_skeleton_2(fn_viroid_47(X)) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_covalent_bond_19(fn_viroid_53(X))
& fn_covalent_bond_19(fn_viroid_53(X)) = fn_covalent_bond_20(fn_viroid_53(X))
& fn_covalent_bond_20(fn_viroid_53(X)) = fn_covalent_bond_19(fn_viroid_35(X))
& fn_covalent_bond_20(fn_viroid_35(X)) = fn_covalent_bond_19(fn_viroid_35(X))
& fn_covalent_bond_19(fn_viroid_35(X)) = fn_covalent_bond_20(fn_viroid_35(X))
& fn_covalent_bond_20(fn_viroid_35(X)) = fn_covalent_bond_19(fn_viroid_33(X))
& fn_covalent_bond_19(fn_viroid_83(X)) = fn_covalent_bond_20(fn_viroid_33(X))
& fn_covalent_bond_20(fn_viroid_33(X)) = fn_covalent_bond_19(fn_viroid_33(X))
& fn_covalent_bond_19(fn_viroid_33(X)) = fn_covalent_bond_20(fn_viroid_33(X))
& fn_covalent_bond_20(fn_viroid_83(X)) = fn_covalent_bond_19(fn_viroid_83(X))
& fn_covalent_bond_19(fn_viroid_83(X)) = fn_covalent_bond_20(fn_viroid_83(X))
& fn_covalent_bond_20(fn_viroid_83(X)) = fn_covalent_bond_19(fn_viroid_33(X))
& fn_covalent_bond_19(fn_viroid_83(X)) = fn_covalent_bond_19(fn_viroid_33(X))
& fn_covalent_bond_19(fn_viroid_33(X)) = fn_covalent_bond_19(fn_viroid_83(X))
& fn_covalent_bond_19(fn_viroid_83(X)) = fn_covalent_bond_20(fn_viroid_53(X))
& fn_covalent_bond_20(fn_viroid_53(X)) = fn_covalent_bond_20(fn_viroid_35(X))
& fn_covalent_bond_20(fn_viroid_35(X)) = fn_covalent_bond_20(fn_viroid_35(X))
& fn_covalent_bond_20(fn_viroid_35(X)) = fn_covalent_bond_20(fn_viroid_33(X))
& fn_covalent_bond_20(fn_viroid_33(X)) = fn_covalent_bond_20(fn_viroid_33(X))
& fn_covalent_bond_20(fn_viroid_83(X)) = fn_covalent_bond_20(fn_viroid_83(X))
& fn_covalent_bond_20(fn_viroid_83(X)) = fn_nucleic_acid_27(X)
& fn_nucleic_acid_27(X) = fn_nucleic_acid_27(X)
& fn_nucleic_acid_27(X) = fn_nucleic_acid_26(X)
& fn_nucleic_acid_26(X) = fn_share_2(fn_viroid_30(X))
& fn_share_2(fn_viroid_30(X)) = fn_covalent_bond_18(fn_viroid_35(X))
& fn_covalent_bond_18(fn_viroid_83(X)) = fn_covalent_bond_18(fn_viroid_35(X))
& fn_covalent_bond_18(fn_viroid_35(X)) = fn_covalent_bond_18(fn_viroid_33(X))
& fn_covalent_bond_18(fn_viroid_33(X)) = fn_covalent_bond_18(fn_viroid_33(X))
& fn_covalent_bond_18(fn_viroid_33(X)) = fn_covalent_bond_18(fn_viroid_83(X))
& fn_covalent_bond_18(fn_viroid_83(X)) = fn_covalent_bond_18(fn_viroid_83(X))
& fn_covalent_bond_18(fn_viroid_83(X)) = fn_nucleic_acid_25(X)
& fn_nucleic_acid_25(X) = fn_nucleic_acid_25(X)
& fn_nucleic_acid_25(X) = fn_carbon_skeleton_4(fn_viroid_47(X))
& fn_carbon_skeleton_4(fn_viroid_47(X)) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_carbon_skeleton_4(fn_viroid_47(X))
& fn_carbon_skeleton_4(fn_viroid_47(X)) = fn_carbon_skeleton_4(fn_viroid_47(X))
& fn_carbon_skeleton_4(fn_viroid_47(X)) = fn_rna_9(X)
& fn_rna_9(X) = fn_share_3(fn_viroid_71(X))
& fn_share_3(fn_viroid_71(X)) = fn_share_1(fn_viroid_71(X))
& fn_share_1(fn_viroid_71(X)) = fn_share_1(fn_viroid_71(X))
& fn_share_1(fn_viroid_71(X)) = fn_polar_covalent_bond_19(fn_viroid_72(X))
& fn_polar_covalent_bond_19(fn_viroid_72(X)) = fn_rna_4(X)
& fn_rna_4(X) = fn_rna_4(X)
& fn_rna_4(X) = fn_polar_covalent_bond_17(fn_viroid_72(X))
& fn_polar_covalent_bond_17(fn_viroid_72(X)) = fn_ester_linkage_19(fn_viroid_72(X))
& fn_ester_linkage_19(fn_viroid_72(X)) = fn_ester_linkage_19(fn_viroid_72(X))
& fn_ester_linkage_19(fn_viroid_72(X)) = fn_nucleic_acid_14(X)
& fn_nucleic_acid_14(X) = fn_ester_linkage_19(fn_viroid_72(X))
& fn_ester_linkage_19(fn_viroid_72(X)) = fn_phosphodiester_bond_14(fn_viroid_66(X))
& fn_nucleic_acid_14(X) = fn_phosphodiester_bond_14(fn_viroid_66(X))
& fn_phosphodiester_bond_14(fn_viroid_66(X)) = fn_nucleic_acid_14(X)
& fn_nucleic_acid_14(X) = fn_phosphodiester_bond_17(fn_viroid_66(X))
& fn_phosphodiester_bond_17(fn_viroid_66(X)) = fn_phosphodiester_bond_14(fn_viroid_66(X))
& fn_phosphodiester_bond_14(fn_viroid_66(X)) = fn_phosphodiester_bond_14(fn_viroid_66(X))
& fn_phosphodiester_bond_14(fn_viroid_66(X)) = fn_phosphodiester_bond_17(fn_viroid_66(X))
& fn_phosphodiester_bond_17(fn_viroid_66(X)) = fn_phosphodiester_bond_17(fn_viroid_66(X))
& fn_phosphodiester_bond_17(fn_viroid_66(X)) = fn_nucleic_acid_16(X)
& fn_nucleic_acid_16(X) = fn_phosphodiester_bond_30(fn_viroid_66(X))
& fn_phosphodiester_bond_30(fn_viroid_66(X)) = fn_nucleic_acid_16(X)
& fn_phosphodiester_bond_29(fn_viroid_66(X)) = fn_nucleic_acid_16(X)
& fn_nucleic_acid_16(X) = fn_phosphodiester_bond_29(fn_viroid_66(X))
& fn_phosphodiester_bond_29(fn_viroid_66(X)) = fn_phosphodiester_bond_29(fn_viroid_66(X))
& fn_phosphodiester_bond_29(fn_viroid_66(X)) = fn_covalent_bond_15(fn_viroid_35(X))
& fn_covalent_bond_15(fn_viroid_35(X)) = fn_covalent_bond_15(fn_viroid_33(X))
& fn_covalent_bond_15(fn_viroid_33(X)) = fn_covalent_bond_15(fn_viroid_83(X))
& fn_covalent_bond_15(fn_viroid_83(X)) = fn_nucleic_acid_24(X)
& fn_nucleic_acid_24(X) = fn_nucleic_acid_24(X)
& fn_nucleic_acid_24(X) = fn_share_2(fn_viroid_86(X))
& fn_share_2(fn_viroid_86(X)) = fn_nucleic_acid_26(X)
& fn_nucleic_acid_26(X) = fn_nucleic_acid_26(X)
& fn_nucleic_acid_26(X) = fn_nucleic_acid_27(X)
& fn_nucleic_acid_27(X) = fn_share_3(fn_viroid_54(X))
& fn_share_3(fn_viroid_54(X)) = fn_share_3(fn_viroid_82(X))
& fn_share_3(fn_viroid_82(X)) = fn_nucleic_acid_27(X)
& fn_nucleic_acid_27(X) = fn_share_3(fn_viroid_86(X))
& fn_share_3(fn_viroid_86(X)) = fn_share_3(fn_viroid_54(X))
& fn_share_3(fn_viroid_54(X)) = fn_share_1(fn_viroid_54(X))
& fn_share_1(fn_viroid_54(X)) = fn_share_3(fn_viroid_82(X))
& fn_share_3(fn_viroid_82(X)) = fn_share_1(fn_viroid_36(X))
& fn_share_1(fn_viroid_36(X)) = fn_share_3(fn_viroid_86(X))
& fn_share_3(fn_viroid_86(X)) = fn_share_1(fn_viroid_86(X))
& fn_share_1(fn_viroid_86(X)) = fn_covalent_bond_17(fn_viroid_33(X))
& fn_covalent_bond_17(fn_viroid_83(X)) = fn_covalent_bond_17(fn_viroid_33(X))
& fn_covalent_bond_17(fn_viroid_33(X)) = fn_covalent_bond_17(fn_viroid_83(X))
& fn_covalent_bond_17(fn_viroid_83(X)) = fn_nucleic_acid_23(X)
& fn_nucleic_acid_23(X) = fn_nucleic_acid_23(X)
& fn_nucleic_acid_23(X) = fn_covalent_bond_19(fn_viroid_53(X))
& fn_covalent_bond_19(fn_viroid_53(X)) = fn_covalent_bond_20(fn_viroid_33(X))
& fn_covalent_bond_20(fn_viroid_83(X)) = fn_covalent_bond_20(fn_viroid_33(X))
& fn_nucleic_acid_6(X) = fn_covalent_bond_20(fn_viroid_33(X))
& fn_covalent_bond_20(fn_viroid_33(X)) = fn_covalent_bond_20(fn_viroid_83(X))
& fn_covalent_bond_20(fn_viroid_83(X)) = fn_nucleic_acid_6(X)
& fn_nucleic_acid_6(X) = fn_share_3(fn_viroid_36(X))
& fn_share_3(fn_viroid_36(X)) = fn_nucleic_acid_6(X)
& fn_nucleic_acid_6(X) = fn_nucleic_acid_6(X)
& fn_nucleic_acid_6(X) = fn_share_3(fn_viroid_30(X))
& fn_share_3(fn_viroid_30(X)) = fn_share_3(fn_viroid_36(X))
& fn_share_3(fn_viroid_36(X)) = fn_share_1(fn_viroid_82(X))
& fn_share_1(fn_viroid_82(X)) = fn_share_3(fn_viroid_30(X))
& fn_share_3(fn_viroid_30(X)) = fn_share_1(fn_viroid_30(X))
& fn_share_1(fn_viroid_30(X)) = fn_polar_covalent_bond_19(fn_viroid_72(X))
& fn_polar_covalent_bond_19(fn_viroid_72(X)) = fn_polar_covalent_bond_18(fn_viroid_72(X))
& fn_polar_covalent_bond_18(fn_viroid_72(X)) = fn_polar_covalent_bond_18(fn_viroid_72(X))
& fn_polar_covalent_bond_18(fn_viroid_72(X)) = fn_polar_covalent_bond_19(fn_viroid_72(X))
& fn_polar_covalent_bond_19(fn_viroid_72(X)) = fn_polar_covalent_bond_19(fn_viroid_72(X))
& fn_polar_covalent_bond_19(fn_viroid_72(X)) = fn_nucleic_acid_15(X)
& fn_nucleic_acid_15(X) = fn_nucleic_acid_15(X)
& fn_nucleic_acid_15(X) = fn_polar_covalent_bond_19(fn_viroid_72(X))
& fn_polar_covalent_bond_19(fn_viroid_72(X)) = fn_phosphodiester_bond_15(fn_viroid_66(X))
& fn_phosphodiester_bond_15(fn_viroid_66(X)) = fn_nucleic_acid_15(X)
& fn_nucleic_acid_15(X) = fn_phosphodiester_bond_15(fn_viroid_66(X))
& fn_phosphodiester_bond_15(fn_viroid_66(X)) = fn_phosphodiester_bond_15(fn_viroid_66(X))
& fn_ester_linkage_28(fn_viroid_72(X)) = fn_phosphodiester_bond_15(fn_viroid_66(X))
& fn_phosphodiester_bond_15(fn_viroid_66(X)) = fn_ester_linkage_28(fn_viroid_72(X))
& fn_ester_linkage_28(fn_viroid_72(X)) = fn_rna_5(X)
& fn_rna_5(X) = fn_ester_linkage_28(fn_viroid_72(X))
& fn_ester_linkage_28(fn_viroid_72(X)) = fn_ester_linkage_28(fn_viroid_72(X))
& fn_ester_linkage_28(fn_viroid_72(X)) = fn_phosphodiester_bond_16(fn_viroid_66(X))
& fn_phosphodiester_bond_16(fn_viroid_66(X)) = fn_rna_5(X)
& fn_rna_5(X) = fn_rna_5(X)
& fn_rna_5(X) = fn_phosphodiester_bond_16(fn_viroid_66(X))
& fn_phosphodiester_bond_16(fn_viroid_66(X)) = fn_phosphodiester_bond_16(fn_viroid_66(X))
& fn_phosphodiester_bond_16(fn_viroid_66(X)) = fn_rna_8(X)
& fn_rna_8(X) = fn_rna_8(X)
& fn_nucleic_acid_19(X) = fn_rna_8(X)
& fn_rna_8(X) = fn_nucleic_acid_19(X)
& fn_nucleic_acid_19(X) = fn_nucleic_acid_19(X) ) ) ).
fof(a533650,axiom,
! [X] :
( virulent_1(X)
=> ( original_name_2(X,'Virulent')
& user_description_2(X,'Term used to describe a pathogen that is highly infective and extremely harmful in its effects.')
& concept2words_2(X,virulent)
& pathogen_1(X)
& ~ avirulent_1(X)
& ~ opportunistic_pathogen_1(X)
& ~ zoonotic_pathogen_1(X) ) ) ).
fof(a533651,axiom,
! [X] :
( virulent_phage_1(X)
=> ( original_name_2(X,'Virulent-Phage')
& user_description_2(X,'A phage that reproduces only by a lytic cycle.')
& concept2words_2(X,'virulent virus')
& concept2words_2(X,'lytic virus')
& concept2words_2(X,'phage of virulent')
& concept2words_2(X,'virulent phage')
& concept2words_2(X,'virulent-phage')
& phage_1(X)
& viral_infection_1(fn_virulent_phage_1(X))
& lytic_cycle_1(fn_virulent_phage_1(X))
& virus_1(fn_viral_infection_15(fn_virulent_phage_1(X)))
& phage_1(fn_lytic_cycle_2(fn_virulent_phage_1(X)))
& object_2(fn_virulent_phage_1(X),X)
& agent_2(fn_virulent_phage_1(X),X)
& X = fn_viral_infection_15(fn_virulent_phage_1(X))
& X = fn_lytic_cycle_2(fn_virulent_phage_1(X))
& fn_viral_infection_15(fn_virulent_phage_1(X)) = fn_lytic_cycle_2(fn_virulent_phage_1(X)) ) ) ).
fof(a533652,axiom,
! [X] :
( virus_1(X)
=> ( original_name_2(X,'Virus')
& user_description_2(X,'A small infective agent that consists of a bit of nucleic acid wrapped in a protein coat. Viruses can replicate only inside a living cell.')
& concept2words_2(X,virus)
& infectious_particle_1(X)
& ~ prion_1(X)
& ~ viroid_1(X)
& replication_1(fn_virus_1(X))
& virus_1(fn_virus_4(X))
& length_value_1(fn_virus_5(X))
& capsid_1(fn_virus_6(X))
& length_value_1(fn_virus_7(X))
& discovery_1(fn_virus_8(X))
& plant_disease_1(fn_virus_9(X))
& length_value_1(fn_virus_13(X))
& length_value_1(fn_virus_14(X))
& length_value_1(fn_virus_15(X))
& organic_molecule_1(fn_virus_16(X))
& polypeptide_1(fn_virus_16(X))
& monomer_1(fn_virus_17(X))
& antigen_1(fn_virus_18(X))
& evolution_1(fn_virus_19(X))
& transposon_1(fn_virus_20(X))
& capsid_1(fn_virus_21(X))
& viral_infection_1(fn_virus_22(X))
& infection_1(fn_virus_22(X))
& cell_1(fn_virus_23(X))
& study_1(fn_virus_24(X))
& scientist_1(fn_virus_25(X))
& virus_1(fn_virus_26(X))
& virus_1(fn_viral_infection_15(fn_virus_22(X)))
& study_1(fn_scientist_2(fn_virus_25(X)))
& virus_1(fn_transposon_5(fn_virus_20(X)))
& evolution_1(fn_transposon_4(fn_virus_20(X)))
& monomer_1(fn_polymer_6(fn_virus_21(X)))
& monomer_1(fn_polymer_4(fn_virus_21(X)))
& organic_molecule_1(fn_antigen_1(fn_virus_18(X)))
& polypeptide_1(fn_protein_8(fn_virus_21(X)))
& site_2(fn_virus_1(X),fn_virus_23(X))
& agent_2(fn_virus_1(X),X)
& has_part_2(fn_virus_26(X),fn_virus_6(X))
& diameter_2(fn_virus_26(X),fn_virus_7(X))
& diameter_2(fn_virus_4(X),fn_virus_5(X))
& agent_2(fn_virus_8(X),fn_virus_25(X))
& by_means_of_2(fn_virus_8(X),fn_virus_24(X))
& object_2(fn_virus_8(X),X)
& object_2(fn_virus_24(X),fn_virus_9(X))
& greater_than_or_equal_to_2(fn_virus_13(X),fn_virus_14(X))
& the_cardinal_value_2(fn_virus_14(X),"5.0e0")
& cardinal_unit_class_2(fn_virus_14(X),nanometer_0)
& the_cardinal_value_2(fn_virus_15(X),"300.0e0")
& cardinal_unit_class_2(fn_virus_15(X),nanometer_0)
& greater_than_or_equal_to_2(fn_virus_15(X),fn_virus_13(X))
& has_part_2(X,fn_virus_21(X))
& diameter_2(X,fn_virus_13(X))
& plays_2(fn_virus_16(X),fn_virus_18(X))
& agent_2(fn_virus_22(X),fn_virus_26(X))
& has_part_2(fn_virus_21(X),fn_virus_17(X))
& agent_2(fn_virus_24(X),fn_virus_25(X))
& has_part_2(fn_virus_21(X),fn_virus_16(X))
& agent_2(fn_virus_22(X),X)
& object_2(fn_virus_22(X),fn_virus_23(X))
& origin_2(fn_virus_19(X),fn_virus_20(X))
& object_2(fn_virus_19(X),X)
& fn_virus_16(X) = fn_antigen_1(fn_virus_18(X))
& fn_virus_26(X) = fn_viral_infection_15(fn_virus_22(X))
& fn_virus_17(X) = fn_polymer_6(fn_virus_21(X))
& fn_virus_17(X) = fn_polymer_4(fn_virus_21(X))
& fn_virus_24(X) = fn_scientist_2(fn_virus_25(X))
& fn_virus_16(X) = fn_protein_8(fn_virus_21(X))
& fn_virus_23(X) = fn_infectious_particle_2(X)
& fn_virus_22(X) = fn_infectious_particle_3(X)
& X = fn_transposon_5(fn_virus_20(X))
& fn_virus_19(X) = fn_transposon_4(fn_virus_20(X))
& fn_polymer_6(fn_virus_21(X)) = fn_polymer_4(fn_virus_21(X))
& fn_polymer_4(fn_virus_21(X)) = fn_antigen_1(fn_virus_18(X))
& fn_antigen_1(fn_virus_18(X)) = fn_protein_8(fn_virus_21(X)) ) ) ).
fof(a533653,axiom,
! [X] :
( visceral_mass_1(X)
=> ( original_name_2(X,'Visceral-Mass')
& user_description_2(X,'One of the main parts of a mollusc\'s body, containing most of the soft viscera.')
& concept2words_2(X,'visceral mass')
& concept2words_2(X,'visceral-mass')
& specialised_organ_1(X) ) ) ).
fof(a533654,axiom,
! [X] :
( visibility_constant_1(X)
=> ( original_name_2(X,'Visibility-Constant')
& concept2words_2(X,'constant of visibility')
& concept2words_2(X,'visibility constant')
& concept2words_2(X,'visibility-constant')
& constant_1(X) ) ) ).
fof(a533655,axiom,
! [X] :
( visibility_scalar_constant_1(X)
=> ( original_name_2(X,'Visibility-Scalar-Constant')
& concept2words_2(X,'visibility scalar constant')
& concept2words_2(X,'visibility-scalar-constant')
& constant_1(X) ) ) ).
fof(a533656,axiom,
! [X] :
( visibility_scale_1(X)
=> ( original_name_2(X,'Visibility-Scale')
& concept2words_2(X,'scale of visibility')
& concept2words_2(X,'visibility scale')
& concept2words_2(X,'visibility-scale')
& scale_1(X) ) ) ).
fof(a533657,axiom,
! [X] :
( visibility_value_1(X)
=> ( original_name_2(X,'Visibility-Value')
& concept2words_2(X,visible)
& concept2words_2(X,visibility)
& concept2words_2(X,'value of visibility')
& concept2words_2(X,'visibility value')
& concept2words_2(X,'visibility-value')
& property_value_1(X) ) ) ).
fof(a533658,axiom,
! [X] :
( visible_light_1(X)
=> ( original_name_2(X,'Visible-Light')
& user_description_2(X,'The wavelengths, from about 380 nm to 750 nm, within the electromagnetic spectrum that are detectable to the human eye as colors.')
& concept2words_2(X,'white light')
& concept2words_2(X,'visible light spectrum')
& concept2words_2(X,'white light spectrum')
& concept2words_2(X,'visible spectrum')
& concept2words_2(X,'white spectrum')
& concept2words_2(X,'visible electromagnetic spectrum')
& concept2words_2(X,'white electromagnetic spectrum')
& concept2words_2(X,'visible light electromagnetic spectrum')
& concept2words_2(X,'white light electromagnetic spectrum')
& concept2words_2(X,'light of visible')
& concept2words_2(X,'visible light')
& concept2words_2(X,'visible-light')
& aggregate_1(X)
& light_1(X)
& ~ electron_beam_1(X)
& ~ radioactive_emissions_1(X)
& ~ ultraviolet_rays_1(X)
& green_light_1(fn_visible_light_1(X))
& photon_1(fn_visible_light_2(X))
& violet_light_1(fn_visible_light_3(X))
& red_light_1(fn_visible_light_4(X))
& orange_light_1(fn_visible_light_5(X))
& yellow_light_1(fn_visible_light_6(X))
& electromagnetic_spectrum_1(fn_visible_light_7(X))
& detect_1(fn_visible_light_8(X))
& eye_1(fn_visible_light_9(X))
& length_value_1(fn_visible_light_12(X))
& length_value_1(fn_visible_light_13(X))
& quantity_value_1(fn_visible_light_15(X))
& move_1(fn_visible_light_16(X))
& blue_light_1(fn_visible_light_18(X))
& length_value_1(fn_visible_light_19(X))
& spatial_entity_1(fn_move_1(fn_visible_light_16(X)))
& element_2(fn_visible_light_7(X),X)
& object_2(fn_visible_light_8(X),X)
& agent_2(fn_visible_light_8(X),fn_visible_light_9(X))
& greater_than_or_equal_to_2(fn_visible_light_19(X),fn_visible_light_12(X))
& the_cardinal_value_2(fn_visible_light_12(X),"750.0e0")
& cardinal_unit_class_2(fn_visible_light_12(X),nanometer_0)
& greater_than_or_equal_to_2(fn_visible_light_13(X),fn_visible_light_19(X))
& the_cardinal_value_2(fn_visible_light_13(X),"380.0e0")
& cardinal_unit_class_2(fn_visible_light_13(X),nanometer_0)
& element_2(X,fn_visible_light_2(X))
& element_2(X,fn_visible_light_3(X))
& element_2(X,fn_visible_light_4(X))
& element_2(X,fn_visible_light_5(X))
& element_2(X,fn_visible_light_6(X))
& element_2(X,fn_visible_light_18(X))
& element_2(X,fn_visible_light_1(X))
& object_2(fn_visible_light_16(X),fn_visible_light_18(X))
& wavelength_2(X,fn_visible_light_19(X))
& fn_visible_light_18(X) = fn_move_1(fn_visible_light_16(X))
& fn_visible_light_17(X) = fn_electromagnetic_energy_1(X)
& fn_visible_light_14(X) = fn_electromagnetic_energy_2(X)
& fn_visible_light_15(X) = fn_electromagnetic_energy_3(X)
& fn_visible_light_19(X) = fn_electromagnetic_energy_4(X) ) ) ).
fof(a533659,axiom,
! [X] :
( visual_pigment_1(X)
=> ( original_name_2(X,'Visual-Pigment')
& user_description_2(X,'Pigment which functions in light absoprtion during animal vision.')
& concept2words_2(X,'visual pigment')
& concept2words_2(X,'visual-pigment')
& pigment_1(X) ) ) ).
fof(a533660,axiom,
! [X] :
( vitamin_1(X)
=> ( original_name_2(X,'Vitamin')
& user_description_2(X,'An organic compound that an organism requires as a nutrient in limited amounts.')
& concept2words_2(X,vitamin)
& organic_molecule_1(X)
& micronutrient_1(fn_vitamin_1(X))
& cofactor_1(fn_vitamin_2(X))
& chemical_entity_1(fn_cofactor_1(fn_vitamin_2(X)))
& plays_2(X,fn_vitamin_1(X))
& plays_2(X,fn_vitamin_2(X))
& X = fn_cofactor_1(fn_vitamin_2(X)) ) ) ).
fof(a533661,axiom,
! [X] :
( vitamin_a_1(X)
=> ( original_name_2(X,'Vitamin-A')
& user_description_2(X,'Retinol (Vitamin A) serves as a component of visual pigments and a coenzyme in the maintenance of epithelial tissues. Major dietary sources include dark green and orange vegetables and fruits and dairy products.')
& concept2words_2(X,'vitamin a')
& concept2words_2(X,'vitamin-a')
& fat_soluble_vitamin_1(X) ) ) ).
fof(a533662,axiom,
! [X] :
( vitamin_b_1(X)
=> ( original_name_2(X,'Vitamin-B')
& user_description_2(X,'Water soluble vitamins that act as cofactors in metabolic pathways.')
& concept2words_2(X,'b of vitamin')
& concept2words_2(X,'vitamin b')
& concept2words_2(X,'vitamin-b')
& water_soluble_vitamin_1(X) ) ) ).
fof(a533663,axiom,
! [X] :
( vitamin_b1_1(X)
=> ( original_name_2(X,'Vitamin-B1')
& user_description_2(X,'Thymine (Vitamin B1) serves as a coenzyme in the removal of carbon dioxide from organic compounds. Major dietary sources include pork, legumes, peanuts and whole grains.')
& concept2words_2(X,'vitamin b1')
& concept2words_2(X,'vitamin-b1')
& vitamin_b_1(X)
& decarboxylation_1(fn_vitamin_b1_1(X))
& coenzyme_1(fn_vitamin_b1_2(X))
& organic_molecule_1(fn_coenzyme_1(fn_vitamin_b1_2(X)))
& has_function_2(X,fn_vitamin_b1_1(X))
& agent_2(fn_vitamin_b1_1(X),X)
& in_event_2(fn_vitamin_b1_2(X),fn_vitamin_b1_1(X))
& plays_2(X,fn_vitamin_b1_2(X))
& X = fn_coenzyme_1(fn_vitamin_b1_2(X)) ) ) ).
fof(a533664,axiom,
! [X] :
( vitamin_b2_1(X)
=> ( original_name_2(X,'Vitamin-B2')
& user_description_2(X,'A nutrient that is the central component of the coenzymes FAD and FMN. It is also called riboflavin, and is found in meats, dairy products, legumes, and leafy vegetables.')
& concept2words_2(X,riboflavin)
& concept2words_2(X,'vitamin b2')
& concept2words_2(X,'vitamin-b2')
& vitamin_b_1(X)
& fad_1(fn_vitamin_b2_1(X))
& synthesis_of_coenzyme_1(fn_vitamin_b2_2(X))
& carbon_skeleton_1(fn_vitamin_b2_3(X))
& organic_molecule_1(fn_synthesis_of_organic_molecule_1(fn_vitamin_b2_2(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_vitamin_b2_3(X)))
& organic_molecule_1(fn_synthesis_of_coenzyme_1(fn_vitamin_b2_2(X)))
& result_2(fn_vitamin_b2_2(X),fn_vitamin_b2_1(X))
& has_region_2(X,fn_vitamin_b2_3(X))
& raw_material_2(fn_vitamin_b2_2(X),X)
& fn_vitamin_b2_1(X) = fn_synthesis_of_organic_molecule_1(fn_vitamin_b2_2(X))
& X = fn_carbon_skeleton_3(fn_vitamin_b2_3(X))
& X = fn_synthesis_of_coenzyme_1(fn_vitamin_b2_2(X))
& fn_carbon_skeleton_3(fn_vitamin_b2_3(X)) = fn_synthesis_of_coenzyme_1(fn_vitamin_b2_2(X)) ) ) ).
fof(a533665,axiom,
! [X] :
( vitamin_b3_1(X)
=> ( original_name_2(X,'Vitamin-B3')
& user_description_2(X,'Niacin is an essential B vitamin and the precursor molecule for the formation of the electron carrier NAD+.')
& concept2words_2(X,niacin)
& concept2words_2(X,'vitamin b3')
& concept2words_2(X,'vitamin-b3')
& vitamin_b_1(X)
& nutrition_1(fn_vitamin_b3_1(X))
& micronutrient_1(fn_vitamin_b3_2(X))
& in_event_2(fn_vitamin_b3_2(X),fn_vitamin_b3_1(X))
& plays_2(X,fn_vitamin_b3_2(X))
& fn_vitamin_b3_2(X) = fn_vitamin_1(X) ) ) ).
fof(a533666,axiom,
! [X] :
( vitamin_b5_1(X)
=> ( original_name_2(X,'Vitamin-B5')
& user_description_2(X,'Panthothhenic acid (vitamin B5) serves as a component of coenzyme A. Major dietary sources includemeats, dairy products, whole grains, fruits and vegetables.')
& concept2words_2(X,'vitamin b5')
& concept2words_2(X,'vitamin-b5')
& vitamin_b_1(X) ) ) ).
fof(a533667,axiom,
! [X] :
( vitamin_b7_1(X)
=> ( original_name_2(X,'Vitamin-B7')
& user_description_2(X,'Biotin (Vitamin B7) serves as a coenzyme in the synthesis of fat, glycogen and amino acids. Major dietary sources include legumes, vegetables and meats.')
& concept2words_2(X,'vitamin b7')
& concept2words_2(X,'vitamin-b7')
& vitamin_b_1(X) ) ) ).
fof(a533668,axiom,
! [X] :
( vitamin_b9_1(X)
=> ( original_name_2(X,'Vitamin-B9')
& user_description_2(X,'Folic Acid (Vitamin B9) serves as a coenzyme in nucleic acid and amino acid metabolism. Major dietary sources include green vegetables, oranges, nuts, legumes and whole grains.')
& concept2words_2(X,'vitamin b9')
& concept2words_2(X,'vitamin-b9')
& vitamin_b_1(X) ) ) ).
fof(a533669,axiom,
! [X] :
( vitamin_c_1(X)
=> ( original_name_2(X,'Vitamin-C')
& user_description_2(X,'Ascorbic acid (Vitamin C) serves as an antioxidant and a coenzyme in collagen synthesis. Major dietary sources include citrus fruits, broccoli, and tomatoes.')
& concept2words_2(X,'c of vitamin')
& concept2words_2(X,'vitamin c')
& concept2words_2(X,'vitamin-c')
& water_soluble_vitamin_1(X)
& antioxidant_1(fn_vitamin_c_1(X))
& entity_1(fn_agent_role_1(fn_vitamin_c_1(X)))
& plays_2(X,fn_vitamin_c_1(X))
& X = fn_agent_role_1(fn_vitamin_c_1(X)) ) ) ).
fof(a533670,axiom,
! [X] :
( vitamin_d_1(X)
=> ( original_name_2(X,'Vitamin-D')
& user_description_2(X,'Vitamin D serves as a coenzyme in the absorption and use of calcium and phosphorus. Major dietary sources include dairy products and egg yolks.')
& concept2words_2(X,'d of vitamin')
& concept2words_2(X,'vitamin d')
& concept2words_2(X,'vitamin-d')
& fat_soluble_vitamin_1(X) ) ) ).
fof(a533671,axiom,
! [X] :
( vitamin_e_1(X)
=> ( original_name_2(X,'Vitamin-E')
& user_description_2(X,'Tocopherol (Vitamin E) serves as an antioxidant which helps prevent damage to cell membranes. Major dietary sources include vegetable oils, nuts and seeds.')
& concept2words_2(X,'e of vitamin')
& concept2words_2(X,'vitamin e')
& concept2words_2(X,'vitamin-e')
& fat_soluble_vitamin_1(X)
& antioxidant_1(fn_vitamin_e_1(X))
& carbon_skeleton_1(fn_vitamin_e_2(X))
& carbon_1(fn_vitamin_e_3(X))
& atom_1(fn_vitamin_e_4(X))
& chemical_entity_1(fn_vitamin_e_4(X))
& coenzyme_1(fn_vitamin_e_5(X))
& carbon_1(fn_carbon_skeleton_4(fn_vitamin_e_2(X)))
& organic_molecule_1(fn_coenzyme_1(fn_vitamin_e_5(X)))
& entity_1(fn_agent_role_1(fn_vitamin_e_1(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_vitamin_e_2(X)))
& atom_1(fn_carbon_skeleton_2(fn_vitamin_e_2(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_vitamin_e_2(X)))
& plays_2(X,fn_vitamin_e_5(X))
& has_part_2(X,fn_vitamin_e_4(X))
& plays_2(X,fn_vitamin_e_1(X))
& is_inside_2(fn_vitamin_e_3(X),fn_vitamin_e_2(X))
& has_part_2(X,fn_vitamin_e_3(X))
& has_region_2(X,fn_vitamin_e_2(X))
& fn_vitamin_e_4(X) != fn_vitamin_e_3(X)
& fn_vitamin_e_3(X) != fn_vitamin_e_4(X)
& X = fn_coenzyme_1(fn_vitamin_e_5(X))
& fn_vitamin_e_4(X) = fn_organic_molecule_2(X)
& X = fn_agent_role_1(fn_vitamin_e_1(X))
& X = fn_carbon_skeleton_3(fn_vitamin_e_2(X))
& fn_vitamin_e_4(X) = fn_carbon_skeleton_2(fn_vitamin_e_2(X))
& fn_vitamin_e_3(X) = fn_carbon_skeleton_4(fn_vitamin_e_2(X))
& fn_coenzyme_1(fn_vitamin_e_5(X)) = fn_agent_role_1(fn_vitamin_e_1(X))
& fn_agent_role_1(fn_vitamin_e_1(X)) = fn_agent_role_1(fn_vitamin_e_1(X))
& fn_agent_role_1(fn_vitamin_e_1(X)) = fn_carbon_skeleton_3(fn_vitamin_e_2(X))
& fn_carbon_skeleton_3(fn_vitamin_e_2(X)) = fn_carbon_skeleton_3(fn_vitamin_e_2(X))
& fn_carbon_skeleton_3(fn_vitamin_e_2(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_carbon_skeleton_2(fn_vitamin_e_2(X))
& fn_carbon_skeleton_2(fn_vitamin_e_2(X)) = fn_carbon_skeleton_2(fn_vitamin_e_2(X)) ) ) ).
fof(a533672,axiom,
! [X] :
( vitamin_k_1(X)
=> ( original_name_2(X,'Vitamin-K')
& user_description_2(X,'Phylloquinone (Vitamin K) serves as a coenzyme in the process of blood clotting. Major dietary sources include green vegetables and tea; it is also made by symbiotic bacteria in the colon of animals.')
& concept2words_2(X,'k of vitamin')
& concept2words_2(X,'vitamin k')
& concept2words_2(X,'vitamin-k')
& fat_soluble_vitamin_1(X) ) ) ).
fof(a533673,axiom,
! [X] :
( vitreous_humor_1(X)
=> ( original_name_2(X,'Vitreous-Humor')
& user_description_2(X,'The clear gel that fills the space between the lens and the retina in the vertebrate eye.')
& concept2words_2(X,'vitreous humor')
& concept2words_2(X,'vitreous-humor')
& extra_cellular_fluid_1(X)
& ~ amniotic_fluid_1(X)
& ~ aqueous_humor_1(X)
& ~ bile_1(X)
& ~ cerebrospinal_fluid_1(X)
& ~ colloid_1(X)
& ~ filtrate_1(X)
& ~ gastric_juice_1(X)
& ~ hemolymph_1(X)
& ~ interstitial_fluid_1(X)
& ~ lymph_1(X)
& ~ mucus_1(X)
& ~ plasma_1(X)
& ~ semen_1(X)
& ~ sweat_1(X)
& ~ urine_1(X) ) ) ).
fof(a533674,axiom,
! [X] :
( viviparous_1(X)
=> ( original_name_2(X,'Viviparous')
& user_description_2(X,'Giving birth to live young that developed within the mother\'s body and obtained some degree of nourishment from her instead of relying solely on energy and nutrients provided in the egg.')
& concept2words_2(X,viviparous)
& concept2words_2(X,'live bearing')
& concept2words_2(X,'live-bearing')
& reproductive_process_1(X)
& ~ cell_determination_1(X)
& ~ childbirth_1(X)
& ~ compaction_1(X)
& ~ gastrulation_1(X)
& ~ gestation_1(X)
& ~ molting_1(X)
& ~ morphogenesis_1(X)
& ~ organogenesis_1(X)
& ~ oviparous_1(X)
& ~ ovoviviparous_1(X)
& ~ ovulation_1(X)
& ~ paedomorphosis_1(X)
& ~ pattern_formation_1(X)
& ~ phase_change_1(X)
& ~ primary_growth_1(X)
& ~ protostome_development_1(X)
& ~ radial_cleavage_1(X)
& ~ senescence_1(X)
& ~ torsion_1(X) ) ) ).
fof(a533675,axiom,
! [X] :
( vocal_cord_1(X)
=> ( original_name_2(X,'Vocal-Cord')
& user_description_2(X,'One of a pair of bands of mucous membrane in the larynx. During phonation, the vocal cords vibrate as air is pushed over them and generate sound.')
& concept2words_2(X,'vocal folds')
& concept2words_2(X,'vocal-folds')
& concept2words_2(X,'vocal cord')
& concept2words_2(X,'vocal-cord')
& cord_1(X)
& connective_tissue_1(X)
& ~ adipose_tissue_1(X)
& ~ av_valve_1(X)
& ~ bone_1(X)
& ~ cartilage_1(X)
& ~ fibrous_connective_tissue_1(X)
& ~ loose_connective_tissue_1(X)
& ~ sclera_1(X)
& ~ semilunar_valve_1(X)
& ~ submucosa_1(X) ) ) ).
fof(a533676,axiom,
! [X] :
( voltage_1(X)
=> ( original_name_2(X,'Voltage')
& user_description_2(X,'Electrical potential energy and a separation of opposite charges.')
& concept2words_2(X,'electrical potential energy')
& concept2words_2(X,'electrical-potential-energy')
& concept2words_2(X,'electrical potential')
& concept2words_2(X,'electrical-potential')
& concept2words_2(X,voltage)
& gradient_1(X)
& resource_1(fn_voltage_1(X))
& concentration_value_1(fn_voltage_2(X))
& concentration_value_1(fn_voltage_3(X))
& chemical_entity_1(fn_voltage_6(X))
& chemical_entity_1(fn_voltage_7(X))
& quantity_value_1(fn_voltage_9(X))
& concentration_2(fn_voltage_7(X),fn_voltage_3(X))
& concentration_2(fn_voltage_6(X),fn_voltage_2(X))
& inversely_proportional_2(fn_voltage_3(X),fn_voltage_9(X))
& directly_proportional_2(fn_voltage_2(X),fn_voltage_9(X))
& greater_than_2(fn_voltage_2(X),fn_voltage_3(X))
& greater_than_or_equal_to_2(fn_voltage_2(X),fn_voltage_3(X))
& plays_2(X,fn_voltage_1(X))
& quantity_2(X,fn_voltage_9(X))
& fn_voltage_8(X) = fn_gradient_5(X)
& fn_voltage_9(X) = fn_gradient_3(X) ) ) ).
fof(a533677,axiom,
! [X] :
( voltage_constant_1(X)
=> ( original_name_2(X,'Voltage-Constant')
& concept2words_2(X,'constant of voltage')
& concept2words_2(X,'voltage constant')
& concept2words_2(X,'voltage-constant')
& constant_1(X) ) ) ).
fof(a533678,axiom,
! [X] :
( voltage_gated_ion_channel_1(X)
=> ( original_name_2(X,'Voltage-Gated-Ion-Channel')
& user_description_2(X,'A transport protein with voltage-sensitive gates that is closed in the resting state and opens slowly in response to depolarization.')
& concept2words_2(X,'voltage gated ion channel')
& concept2words_2(X,'voltage-gated ion-channel')
& concept2words_2(X,'voltage-gated-ion-channel')
& gated_ion_channel_1(X) ) ) ).
fof(a533679,axiom,
! [X] :
( voltage_value_1(X)
=> ( original_name_2(X,'Voltage-Value')
& description_2(X,'the rate at which energy is drawn from a source that produces a flow of electricity in a circuit')
& concept2words_2(X,'electromotive force')
& concept2words_2(X,emf)
& concept2words_2(X,'electric potential')
& concept2words_2(X,potential)
& concept2words_2(X,'potential difference')
& concept2words_2(X,'potential drop')
& concept2words_2(X,voltage)
& concept2words_2(X,'value of voltage')
& concept2words_2(X,'voltage value')
& concept2words_2(X,'voltage-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ wetness_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a533680,axiom,
! [X] :
( volume_constant_1(X)
=> ( original_name_2(X,'Volume-Constant')
& concept2words_2(X,'constant of volume')
& concept2words_2(X,'volume constant')
& concept2words_2(X,'volume-constant')
& constant_1(X) ) ) ).
fof(a533681,axiom,
! [X] :
( volume_scale_1(X)
=> ( original_name_2(X,'Volume-Scale')
& concept2words_2(X,'scale of volume')
& concept2words_2(X,'volume scale')
& concept2words_2(X,'volume-scale')
& scale_1(X) ) ) ).
fof(a533682,axiom,
! [X] :
( volume_value_1(X)
=> ( original_name_2(X,'Volume-Value')
& description_2(X,'volume is a property for describing the amount of space occupied by a three-dimensional object as measured in cubic units')
& concept2words_2(X,volume)
& concept2words_2(X,'value of volume')
& concept2words_2(X,'volume value')
& concept2words_2(X,'volume-value')
& magnitude_value_1(X)
& ~ speed_value_1(X)
& ~ length_value_1(X)
& ~ acceleration_magnitude_value_1(X)
& ~ size_value_1(X) ) ) ).
fof(a533683,axiom,
! [X] :
( vulva_1(X)
=> ( original_name_2(X,'Vulva')
& user_description_2(X,'The external genitals of female mammals.')
& concept2words_2(X,vulva)
& reproductive_organ_1(X)
& epidermis_1(fn_vulva_1(X))
& outer_vulva_1(fn_vulva_2(X))
& inner_vulva_1(fn_vulva_3(X))
& outer_vulva_1(fn_vulva_4(X))
& pore_1(fn_vulva_5(X))
& epidermis_1(fn_vulva_6(X))
& abuts_2(fn_vulva_4(X),fn_vulva_3(X))
& abuts_2(fn_vulva_4(X),fn_vulva_6(X))
& abuts_2(fn_vulva_3(X),fn_vulva_2(X))
& abuts_2(fn_vulva_3(X),fn_vulva_4(X))
& abuts_2(fn_vulva_2(X),fn_vulva_1(X))
& abuts_2(fn_vulva_2(X),fn_vulva_3(X))
& abuts_2(fn_vulva_1(X),fn_vulva_2(X))
& abuts_2(fn_vulva_6(X),fn_vulva_4(X))
& has_part_2(X,fn_vulva_1(X))
& has_part_2(X,fn_vulva_2(X))
& has_part_2(X,fn_vulva_3(X))
& has_part_2(X,fn_vulva_4(X))
& has_region_2(X,fn_vulva_5(X))
& has_part_2(X,fn_vulva_6(X))
& fn_vulva_6(X) = fn_organ_1(X) ) ) ).
fof(a533684,axiom,
! [X] :
( vulva_development_1(X)
=> ( original_name_2(X,'Vulva-Development')
& user_description_2(X,'The macrophysiological process involved in development of vulva.')
& concept2words_2(X,'vulva formation')
& concept2words_2(X,develop)
& concept2words_2(X,'development of vulva')
& concept2words_2(X,'vulva development')
& concept2words_2(X,'vulva-development')
& animal_development_1(X)
& create_1(fn_vulva_development_1(X))
& vulva_1(fn_vulva_development_2(X))
& entity_1(fn_create_1(fn_vulva_development_1(X)))
& result_2(X,fn_vulva_development_2(X))
& subevent_2(X,fn_vulva_development_1(X))
& result_2(fn_vulva_development_1(X),fn_vulva_development_2(X))
& fn_vulva_development_2(X) = fn_create_1(fn_vulva_development_1(X)) ) ) ).
fof(a533685,axiom,
! [X] :
( vulval_precursor_cell_1(X)
=> ( original_name_2(X,'Vulval-Precursor-Cell')
& user_description_2(X,'The vulva of an organism develops from vulvalprecursor cells.')
& concept2words_2(X,'vulval precursor cell')
& concept2words_2(X,'vulval-precursor-cell')
& animal_development_cell_1(X)
& phospholipid_1(fn_vulval_precursor_cell_1(X))
& phospholipid_1(fn_vulval_precursor_cell_2(X))
& cholesterol_1(fn_vulval_precursor_cell_3(X))
& hydrophobic_core_1(fn_vulval_precursor_cell_4(X))
& restrain_1(fn_vulval_precursor_cell_5(X))
& electron_transport_chain_pathway_1(fn_vulval_precursor_cell_6(X))
& eukaryotic_oxidative_phosphorylation_1(fn_vulval_precursor_cell_7(X))
& metabolic_pathway_1(fn_vulval_precursor_cell_8(X))
& endergonic_process_1(fn_vulval_precursor_cell_8(X))
& chemical_reaction_1(fn_vulval_precursor_cell_8(X))
& synthesis_of_organic_molecule_1(fn_vulval_precursor_cell_8(X))
& anabolic_pathway_1(fn_vulval_precursor_cell_8(X))
& synthesis_of_atp_1(fn_vulval_precursor_cell_8(X))
& catabolic_pathway_1(fn_vulval_precursor_cell_9(X))
& eukaryotic_cellular_respiration_1(fn_vulval_precursor_cell_10(X))
& semiautonomous_organelle_1(fn_vulval_precursor_cell_11(X))
& organelle_1(fn_vulval_precursor_cell_11(X))
& mitochondrion_1(fn_vulval_precursor_cell_11(X))
& surface_1(fn_vulval_precursor_cell_12(X))
& tangible_entity_1(fn_vulval_precursor_cell_13(X))
& phospholipid_bilayer_1(fn_vulval_precursor_cell_13(X))
& hydrophobic_core_1(fn_vulval_precursor_cell_14(X))
& outside_face_1(fn_vulval_precursor_cell_15(X))
& extracellular_side_1(fn_vulval_precursor_cell_15(X))
& surface_1(fn_vulval_precursor_cell_15(X))
& golgi_apparatus_1(fn_vulval_precursor_cell_16(X))
& mixture_1(fn_vulval_precursor_cell_17(X))
& cytoplasm_1(fn_vulval_precursor_cell_17(X))
& ribosome_1(fn_vulval_precursor_cell_18(X))
& eukaryotic_ribosome_1(fn_vulval_precursor_cell_18(X))
& endoplasmic_reticulum_1(fn_vulval_precursor_cell_19(X))
& rough_endoplasmic_reticulum_1(fn_vulval_precursor_cell_19(X))
& tangible_entity_1(fn_vulval_precursor_cell_20(X))
& nucleus_1(fn_vulval_precursor_cell_20(X))
& smooth_endoplasmic_reticulum_1(fn_vulval_precursor_cell_21(X))
& centrosome_1(fn_vulval_precursor_cell_22(X))
& support_1(fn_vulval_precursor_cell_23(X))
& support_1(fn_vulval_precursor_cell_24(X))
& cell_pole_1(fn_vulval_precursor_cell_25(X))
& cell_pole_1(fn_vulval_precursor_cell_26(X))
& volume_value_1(fn_vulval_precursor_cell_27(X))
& size_value_1(fn_vulval_precursor_cell_28(X))
& substance_1(fn_vulval_precursor_cell_29(X))
& cytosol_1(fn_vulval_precursor_cell_29(X))
& create_1(fn_vulval_precursor_cell_30(X))
& produce_1(fn_vulval_precursor_cell_30(X))
& microtubule_1(fn_vulval_precursor_cell_31(X))
& eukaryotic_chromosome_1(fn_vulval_precursor_cell_32(X))
& chromosome_1(fn_vulval_precursor_cell_32(X))
& phospholipid_layer_1(fn_vulval_precursor_cell_33(X))
& phospholipid_layer_1(fn_vulval_precursor_cell_34(X))
& hydrophilic_face_1(fn_vulval_precursor_cell_35(X))
& organic_molecule_1(fn_vulval_precursor_cell_36(X))
& transmembrane_protein_1(fn_vulval_precursor_cell_36(X))
& tangible_entity_1(fn_vulval_precursor_cell_36(X))
& membrane_protein_1(fn_vulval_precursor_cell_36(X))
& protein_1(fn_vulval_precursor_cell_36(X))
& spatial_entity_1(fn_vulval_precursor_cell_36(X))
& polymer_1(fn_vulval_precursor_cell_36(X))
& integrin_1(fn_vulval_precursor_cell_36(X))
& membrane_1(fn_vulval_precursor_cell_37(X))
& tangible_entity_1(fn_vulval_precursor_cell_37(X))
& spatial_entity_1(fn_vulval_precursor_cell_37(X))
& biomembrane_1(fn_vulval_precursor_cell_37(X))
& animal_plasma_membrane_1(fn_vulval_precursor_cell_37(X))
& plasma_membrane_1(fn_vulval_precursor_cell_37(X))
& carrier_protein_1(fn_vulval_precursor_cell_38(X))
& electrogenic_pump_1(fn_vulval_precursor_cell_38(X))
& protein_1(fn_vulval_precursor_cell_38(X))
& organic_molecule_1(fn_vulval_precursor_cell_38(X))
& polymer_1(fn_vulval_precursor_cell_38(X))
& spatial_entity_1(fn_vulval_precursor_cell_38(X))
& membrane_protein_1(fn_vulval_precursor_cell_38(X))
& tangible_entity_1(fn_vulval_precursor_cell_38(X))
& transmembrane_protein_1(fn_vulval_precursor_cell_38(X))
& integral_protein_1(fn_vulval_precursor_cell_38(X))
& transport_protein_1(fn_vulval_precursor_cell_38(X))
& sodium_potassium_pump_1(fn_vulval_precursor_cell_38(X))
& precursor_1(fn_vulval_precursor_cell_39(X))
& hydrophobic_face_1(fn_vulval_precursor_cell_40(X))
& hydrophobic_face_1(fn_vulval_precursor_cell_41(X))
& maintenance_1(fn_vulval_precursor_cell_42(X))
& protein_pump_1(fn_vulval_precursor_cell_43(X))
& carrier_protein_1(fn_vulval_precursor_cell_43(X))
& electrogenic_pump_1(fn_vulval_precursor_cell_43(X))
& protein_1(fn_vulval_precursor_cell_43(X))
& organic_molecule_1(fn_vulval_precursor_cell_43(X))
& polymer_1(fn_vulval_precursor_cell_43(X))
& spatial_entity_1(fn_vulval_precursor_cell_43(X))
& membrane_protein_1(fn_vulval_precursor_cell_43(X))
& tangible_entity_1(fn_vulval_precursor_cell_43(X))
& transmembrane_protein_1(fn_vulval_precursor_cell_43(X))
& integral_protein_1(fn_vulval_precursor_cell_43(X))
& transport_protein_1(fn_vulval_precursor_cell_43(X))
& sodium_potassium_pump_1(fn_vulval_precursor_cell_43(X))
& attach_1(fn_vulval_precursor_cell_44(X))
& attach_1(fn_vulval_precursor_cell_47(X))
& cellular_work_1(fn_vulval_precursor_cell_48(X))
& active_transport_1(fn_vulval_precursor_cell_48(X))
& active_movement_of_ions_1(fn_vulval_precursor_cell_48(X))
& generation_of_hydrogen_ion_gradient_across_biomembrane_1(fn_vulval_precursor_cell_48(X))
& attach_1(fn_vulval_precursor_cell_49(X))
& move_1(fn_vulval_precursor_cell_50(X))
& peroxisome_1(fn_vulval_precursor_cell_51(X))
& hydrophilic_face_1(fn_phospholipid_layer_2(fn_vulval_precursor_cell_34(X)))
& hydrophobic_face_1(fn_phospholipid_layer_1(fn_vulval_precursor_cell_34(X)))
& hydrophilic_face_1(fn_phospholipid_layer_2(fn_vulval_precursor_cell_33(X)))
& hydrophobic_face_1(fn_phospholipid_layer_1(fn_vulval_precursor_cell_33(X)))
& maintenance_1(fn_animal_plasma_membrane_3(fn_vulval_precursor_cell_37(X)))
& attach_1(fn_animal_plasma_membrane_77(fn_vulval_precursor_cell_37(X)))
& attach_1(fn_plasma_membrane_52(fn_vulval_precursor_cell_37(X)))
& attach_1(fn_animal_plasma_membrane_52(fn_vulval_precursor_cell_37(X)))
& attach_1(fn_animal_plasma_membrane_23(fn_vulval_precursor_cell_37(X)))
& surface_1(fn_electrogenic_pump_4(fn_vulval_precursor_cell_43(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_vulval_precursor_cell_37(X)))
& outside_face_1(fn_animal_plasma_membrane_55(fn_vulval_precursor_cell_37(X)))
& extracellular_side_1(fn_animal_plasma_membrane_55(fn_vulval_precursor_cell_37(X)))
& surface_1(fn_animal_plasma_membrane_55(fn_vulval_precursor_cell_37(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_vulval_precursor_cell_37(X)))
& hydrophobic_core_1(fn_animal_plasma_membrane_51(fn_vulval_precursor_cell_37(X)))
& tangible_entity_1(fn_biomembrane_63(fn_vulval_precursor_cell_37(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_vulval_precursor_cell_37(X)))
& tangible_entity_1(fn_integral_protein_27(fn_vulval_precursor_cell_43(X)))
& phospholipid_bilayer_1(fn_integral_protein_27(fn_vulval_precursor_cell_43(X)))
& tangible_entity_1(fn_transport_protein_12(fn_vulval_precursor_cell_43(X)))
& phospholipid_bilayer_1(fn_transport_protein_12(fn_vulval_precursor_cell_43(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_vulval_precursor_cell_37(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_vulval_precursor_cell_37(X)))
& tangible_entity_1(fn_animal_plasma_membrane_54(fn_vulval_precursor_cell_37(X)))
& phospholipid_bilayer_1(fn_animal_plasma_membrane_54(fn_vulval_precursor_cell_37(X)))
& tangible_entity_1(fn_carrier_protein_16(fn_vulval_precursor_cell_43(X)))
& phospholipid_bilayer_1(fn_carrier_protein_16(fn_vulval_precursor_cell_43(X)))
& tangible_entity_1(fn_electrogenic_pump_19(fn_vulval_precursor_cell_43(X)))
& phospholipid_bilayer_1(fn_electrogenic_pump_19(fn_vulval_precursor_cell_43(X)))
& tangible_entity_1(fn_sodium_potassium_pump_22(fn_vulval_precursor_cell_43(X)))
& phospholipid_bilayer_1(fn_sodium_potassium_pump_22(fn_vulval_precursor_cell_43(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_vulval_precursor_cell_37(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_vulval_precursor_cell_37(X)))
& protein_1(fn_plasma_membrane_68(fn_vulval_precursor_cell_37(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_vulval_precursor_cell_37(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_vulval_precursor_cell_37(X)))
& protein_1(fn_plasma_membrane_54(fn_vulval_precursor_cell_37(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_vulval_precursor_cell_37(X)))
& polymer_1(fn_plasma_membrane_54(fn_vulval_precursor_cell_37(X)))
& tangible_entity_1(fn_animal_plasma_membrane_47(fn_vulval_precursor_cell_37(X)))
& membrane_protein_1(fn_animal_plasma_membrane_47(fn_vulval_precursor_cell_37(X)))
& spatial_entity_1(fn_animal_plasma_membrane_47(fn_vulval_precursor_cell_37(X)))
& polymer_1(fn_animal_plasma_membrane_47(fn_vulval_precursor_cell_37(X)))
& protein_1(fn_animal_plasma_membrane_47(fn_vulval_precursor_cell_37(X)))
& organic_molecule_1(fn_animal_plasma_membrane_47(fn_vulval_precursor_cell_37(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_vulval_precursor_cell_37(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_vulval_precursor_cell_37(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_vulval_precursor_cell_37(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_vulval_precursor_cell_37(X)))
& polymer_1(fn_animal_plasma_membrane_53(fn_vulval_precursor_cell_37(X)))
& spatial_entity_1(fn_animal_plasma_membrane_53(fn_vulval_precursor_cell_37(X)))
& membrane_protein_1(fn_animal_plasma_membrane_53(fn_vulval_precursor_cell_37(X)))
& tangible_entity_1(fn_animal_plasma_membrane_53(fn_vulval_precursor_cell_37(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_53(fn_vulval_precursor_cell_37(X)))
& integral_protein_1(fn_animal_plasma_membrane_53(fn_vulval_precursor_cell_37(X)))
& transport_protein_1(fn_animal_plasma_membrane_53(fn_vulval_precursor_cell_37(X)))
& spatial_entity_1(fn_animal_plasma_membrane_62(fn_vulval_precursor_cell_37(X)))
& tangible_entity_1(fn_animal_plasma_membrane_62(fn_vulval_precursor_cell_37(X)))
& transmembrane_protein_1(fn_animal_plasma_membrane_62(fn_vulval_precursor_cell_37(X)))
& integral_protein_1(fn_animal_plasma_membrane_62(fn_vulval_precursor_cell_37(X)))
& transport_protein_1(fn_animal_plasma_membrane_62(fn_vulval_precursor_cell_37(X)))
& spatial_entity_1(fn_protein_pump_3(fn_vulval_precursor_cell_43(X)))
& biomembrane_1(fn_protein_pump_3(fn_vulval_precursor_cell_43(X)))
& biomembrane_1(fn_integral_protein_24(fn_vulval_precursor_cell_43(X)))
& spatial_entity_1(fn_transport_protein_35(fn_vulval_precursor_cell_43(X)))
& biomembrane_1(fn_transport_protein_35(fn_vulval_precursor_cell_43(X)))
& membrane_1(fn_carrier_protein_18(fn_vulval_precursor_cell_43(X)))
& spatial_entity_1(fn_carrier_protein_18(fn_vulval_precursor_cell_43(X)))
& biomembrane_1(fn_carrier_protein_18(fn_vulval_precursor_cell_43(X)))
& membrane_1(fn_electrogenic_pump_30(fn_vulval_precursor_cell_43(X)))
& spatial_entity_1(fn_electrogenic_pump_30(fn_vulval_precursor_cell_43(X)))
& biomembrane_1(fn_electrogenic_pump_30(fn_vulval_precursor_cell_43(X)))
& spatial_entity_1(fn_sodium_potassium_pump_41(fn_vulval_precursor_cell_43(X)))
& membrane_1(fn_sodium_potassium_pump_41(fn_vulval_precursor_cell_43(X)))
& biomembrane_1(fn_sodium_potassium_pump_41(fn_vulval_precursor_cell_43(X)))
& tangible_entity_1(fn_precursor_1(fn_vulval_precursor_cell_39(X)))
& animal_cell_1(fn_animal_plasma_membrane_56(fn_vulval_precursor_cell_37(X)))
& agent_2(fn_vulval_precursor_cell_42(X),fn_vulval_precursor_cell_3(X))
& called_2(fn_vulval_precursor_cell_1(X),'P3')
& fn_vulval_precursor_cell_1(X) != fn_vulval_precursor_cell_2(X)
& fn_vulval_precursor_cell_1(X) != fn_vulval_precursor_cell_3(X)
& is_at_2(fn_vulval_precursor_cell_1(X),fn_vulval_precursor_cell_34(X))
& is_at_2(fn_vulval_precursor_cell_1(X),fn_vulval_precursor_cell_33(X))
& is_inside_2(fn_vulval_precursor_cell_1(X),fn_vulval_precursor_cell_34(X))
& is_inside_2(fn_vulval_precursor_cell_1(X),fn_vulval_precursor_cell_33(X))
& called_2(fn_vulval_precursor_cell_2(X),'P4')
& fn_vulval_precursor_cell_2(X) != fn_vulval_precursor_cell_1(X)
& fn_vulval_precursor_cell_2(X) != fn_vulval_precursor_cell_3(X)
& is_at_2(fn_vulval_precursor_cell_2(X),fn_vulval_precursor_cell_33(X))
& is_inside_2(fn_vulval_precursor_cell_2(X),fn_vulval_precursor_cell_34(X))
& is_inside_2(fn_vulval_precursor_cell_2(X),fn_vulval_precursor_cell_33(X))
& fn_vulval_precursor_cell_3(X) != fn_vulval_precursor_cell_2(X)
& fn_vulval_precursor_cell_3(X) != fn_vulval_precursor_cell_1(X)
& is_along_2(fn_vulval_precursor_cell_41(X),fn_vulval_precursor_cell_40(X))
& is_at_2(fn_vulval_precursor_cell_41(X),fn_vulval_precursor_cell_4(X))
& is_along_2(fn_vulval_precursor_cell_40(X),fn_vulval_precursor_cell_41(X))
& is_at_2(fn_vulval_precursor_cell_40(X),fn_vulval_precursor_cell_4(X))
& is_between_2(fn_vulval_precursor_cell_4(X),fn_vulval_precursor_cell_35(X))
& away_from_2(fn_vulval_precursor_cell_5(X),fn_vulval_precursor_cell_4(X))
& agent_2(fn_vulval_precursor_cell_5(X),fn_vulval_precursor_cell_35(X))
& has_function_2(fn_vulval_precursor_cell_35(X),fn_vulval_precursor_cell_5(X))
& is_along_2(fn_vulval_precursor_cell_34(X),fn_vulval_precursor_cell_33(X))
& fn_vulval_precursor_cell_34(X) != fn_vulval_precursor_cell_33(X)
& is_along_2(fn_vulval_precursor_cell_33(X),fn_vulval_precursor_cell_34(X))
& fn_vulval_precursor_cell_33(X) != fn_vulval_precursor_cell_34(X)
& called_2(fn_vulval_precursor_cell_36(X),'MP2')
& plays_2(X,fn_vulval_precursor_cell_39(X))
& has_region_2(fn_vulval_precursor_cell_34(X),fn_vulval_precursor_cell_35(X))
& has_region_2(fn_vulval_precursor_cell_34(X),fn_vulval_precursor_cell_41(X))
& has_region_2(fn_vulval_precursor_cell_33(X),fn_vulval_precursor_cell_35(X))
& has_region_2(fn_vulval_precursor_cell_33(X),fn_vulval_precursor_cell_40(X))
& called_2(fn_vulval_precursor_cell_43(X),'MP1')
& object_2(fn_vulval_precursor_cell_42(X),fn_vulval_precursor_cell_37(X))
& base_2(fn_vulval_precursor_cell_44(X),fn_vulval_precursor_cell_37(X))
& is_at_2(fn_vulval_precursor_cell_38(X),fn_vulval_precursor_cell_37(X))
& object_2(fn_vulval_precursor_cell_47(X),fn_vulval_precursor_cell_38(X))
& fn_vulval_precursor_cell_43(X) != fn_vulval_precursor_cell_38(X)
& fn_vulval_precursor_cell_38(X) != fn_vulval_precursor_cell_43(X)
& is_across_2(fn_vulval_precursor_cell_43(X),fn_vulval_precursor_cell_37(X))
& has_part_2(fn_vulval_precursor_cell_37(X),fn_vulval_precursor_cell_38(X))
& is_inside_2(fn_vulval_precursor_cell_38(X),fn_vulval_precursor_cell_13(X))
& has_region_2(fn_vulval_precursor_cell_43(X),fn_vulval_precursor_cell_15(X))
& object_2(fn_vulval_precursor_cell_44(X),fn_vulval_precursor_cell_43(X))
& is_across_2(fn_vulval_precursor_cell_43(X),fn_vulval_precursor_cell_14(X))
& base_2(fn_vulval_precursor_cell_47(X),fn_vulval_precursor_cell_37(X))
& has_region_2(X,fn_vulval_precursor_cell_26(X))
& called_2(fn_vulval_precursor_cell_38(X),'MP1')
& the_scalar_value_2(fn_vulval_precursor_cell_28(X),big_0)
& scalar_unit_class_2(fn_vulval_precursor_cell_28(X),prokaryote_0)
& has_part_2(fn_vulval_precursor_cell_17(X),fn_vulval_precursor_cell_29(X))
& fn_vulval_precursor_cell_19(X) != fn_vulval_precursor_cell_21(X)
& fn_vulval_precursor_cell_21(X) != fn_vulval_precursor_cell_19(X)
& is_between_2(fn_vulval_precursor_cell_17(X),fn_vulval_precursor_cell_37(X))
& is_between_2(fn_vulval_precursor_cell_17(X),fn_vulval_precursor_cell_20(X))
& has_region_2(fn_vulval_precursor_cell_38(X),fn_vulval_precursor_cell_15(X))
& fn_vulval_precursor_cell_38(X) != fn_vulval_precursor_cell_36(X)
& called_2(fn_vulval_precursor_cell_36(X),'MP1')
& fn_vulval_precursor_cell_36(X) != fn_vulval_precursor_cell_38(X)
& has_function_2(fn_vulval_precursor_cell_31(X),fn_vulval_precursor_cell_24(X))
& object_2(fn_vulval_precursor_cell_24(X),X)
& has_region_2(X,fn_vulval_precursor_cell_25(X))
& is_opposite_2(fn_vulval_precursor_cell_26(X),fn_vulval_precursor_cell_25(X))
& is_opposite_2(fn_vulval_precursor_cell_25(X),fn_vulval_precursor_cell_26(X))
& size_2(X,fn_vulval_precursor_cell_28(X))
& directly_proportional_2(fn_vulval_precursor_cell_28(X),fn_vulval_precursor_cell_27(X))
& volume_2(X,fn_vulval_precursor_cell_27(X))
& has_part_2(X,fn_vulval_precursor_cell_11(X))
& site_2(fn_vulval_precursor_cell_9(X),fn_vulval_precursor_cell_11(X))
& is_outside_2(fn_vulval_precursor_cell_15(X),fn_vulval_precursor_cell_37(X))
& has_region_2(fn_vulval_precursor_cell_37(X),fn_vulval_precursor_cell_15(X))
& agent_2(fn_vulval_precursor_cell_23(X),fn_vulval_precursor_cell_37(X))
& object_2(fn_vulval_precursor_cell_23(X),X)
& has_part_2(X,fn_vulval_precursor_cell_16(X))
& is_at_2(fn_vulval_precursor_cell_43(X),fn_vulval_precursor_cell_37(X))
& has_region_2(fn_vulval_precursor_cell_37(X),fn_vulval_precursor_cell_14(X))
& is_across_2(fn_vulval_precursor_cell_38(X),fn_vulval_precursor_cell_14(X))
& is_across_2(fn_vulval_precursor_cell_38(X),fn_vulval_precursor_cell_37(X))
& has_part_2(fn_vulval_precursor_cell_37(X),fn_vulval_precursor_cell_13(X))
& is_at_2(fn_vulval_precursor_cell_13(X),fn_vulval_precursor_cell_12(X))
& has_region_2(X,fn_vulval_precursor_cell_12(X))
& has_part_2(X,fn_vulval_precursor_cell_22(X))
& has_function_2(fn_vulval_precursor_cell_22(X),fn_vulval_precursor_cell_30(X))
& result_2(fn_vulval_precursor_cell_30(X),fn_vulval_precursor_cell_31(X))
& base_2(fn_vulval_precursor_cell_48(X),X)
& has_function_2(X,fn_vulval_precursor_cell_48(X))
& has_part_2(X,fn_vulval_precursor_cell_21(X))
& abuts_2(fn_vulval_precursor_cell_19(X),fn_vulval_precursor_cell_21(X))
& abuts_2(fn_vulval_precursor_cell_21(X),fn_vulval_precursor_cell_19(X))
& base_2(fn_vulval_precursor_cell_10(X),X)
& has_function_2(X,fn_vulval_precursor_cell_10(X))
& has_part_2(X,fn_vulval_precursor_cell_20(X))
& is_near_2(fn_vulval_precursor_cell_22(X),fn_vulval_precursor_cell_20(X))
& is_near_2(fn_vulval_precursor_cell_20(X),fn_vulval_precursor_cell_22(X))
& object_2(fn_vulval_precursor_cell_49(X),fn_vulval_precursor_cell_43(X))
& base_2(fn_vulval_precursor_cell_49(X),fn_vulval_precursor_cell_37(X))
& has_part_2(fn_vulval_precursor_cell_37(X),fn_vulval_precursor_cell_36(X))
& fn_vulval_precursor_cell_36(X) != fn_vulval_precursor_cell_43(X)
& is_inside_2(fn_vulval_precursor_cell_43(X),fn_vulval_precursor_cell_13(X))
& fn_vulval_precursor_cell_43(X) != fn_vulval_precursor_cell_36(X)
& first_subevent_2(fn_vulval_precursor_cell_7(X),fn_vulval_precursor_cell_6(X))
& site_2(fn_vulval_precursor_cell_7(X),fn_vulval_precursor_cell_11(X))
& site_2(fn_vulval_precursor_cell_8(X),fn_vulval_precursor_cell_11(X))
& base_2(fn_vulval_precursor_cell_8(X),X)
& has_part_2(X,fn_vulval_precursor_cell_19(X))
& origin_2(fn_vulval_precursor_cell_50(X),fn_vulval_precursor_cell_51(X))
& has_part_2(X,fn_vulval_precursor_cell_51(X))
& has_part_2(X,fn_vulval_precursor_cell_18(X))
& is_inside_2(fn_vulval_precursor_cell_18(X),fn_vulval_precursor_cell_29(X))
& is_inside_2(fn_vulval_precursor_cell_16(X),fn_vulval_precursor_cell_29(X))
& base_2(fn_vulval_precursor_cell_6(X),X)
& subevent_2(fn_vulval_precursor_cell_7(X),fn_vulval_precursor_cell_6(X))
& base_2(fn_vulval_precursor_cell_7(X),X)
& has_part_2(X,fn_vulval_precursor_cell_17(X))
& is_inside_2(fn_vulval_precursor_cell_17(X),fn_vulval_precursor_cell_37(X))
& destination_2(fn_vulval_precursor_cell_50(X),fn_vulval_precursor_cell_11(X))
& causes_2(fn_vulval_precursor_cell_50(X),fn_vulval_precursor_cell_9(X))
& base_2(fn_vulval_precursor_cell_9(X),X)
& has_part_2(X,fn_vulval_precursor_cell_37(X))
& has_part_2(fn_vulval_precursor_cell_37(X),fn_vulval_precursor_cell_43(X))
& has_part_2(X,fn_vulval_precursor_cell_32(X))
& is_inside_2(fn_vulval_precursor_cell_32(X),fn_vulval_precursor_cell_20(X))
& is_inside_2(fn_vulval_precursor_cell_20(X),fn_vulval_precursor_cell_29(X))
& is_inside_2(fn_vulval_precursor_cell_11(X),fn_vulval_precursor_cell_29(X))
& has_function_2(fn_vulval_precursor_cell_11(X),fn_vulval_precursor_cell_7(X))
& X = fn_precursor_1(fn_vulval_precursor_cell_39(X))
& fn_vulval_precursor_cell_35(X) = fn_phospholipid_layer_2(fn_vulval_precursor_cell_34(X))
& fn_vulval_precursor_cell_41(X) = fn_phospholipid_layer_1(fn_vulval_precursor_cell_34(X))
& fn_vulval_precursor_cell_35(X) = fn_phospholipid_layer_2(fn_vulval_precursor_cell_33(X))
& fn_vulval_precursor_cell_40(X) = fn_phospholipid_layer_1(fn_vulval_precursor_cell_33(X))
& fn_vulval_precursor_cell_42(X) = fn_animal_plasma_membrane_3(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_44(X) = fn_animal_plasma_membrane_77(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_44(X) = fn_animal_plasma_membrane_52(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_47(X) = fn_plasma_membrane_52(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_47(X) = fn_animal_plasma_membrane_52(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_47(X) = fn_animal_plasma_membrane_23(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_38(X) = fn_plasma_membrane_3(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_13(X) = fn_carrier_protein_16(fn_vulval_precursor_cell_43(X))
& fn_vulval_precursor_cell_13(X) = fn_electrogenic_pump_19(fn_vulval_precursor_cell_43(X))
& fn_vulval_precursor_cell_13(X) = fn_sodium_potassium_pump_22(fn_vulval_precursor_cell_43(X))
& fn_vulval_precursor_cell_37(X) = fn_carrier_protein_18(fn_vulval_precursor_cell_43(X))
& fn_vulval_precursor_cell_37(X) = fn_electrogenic_pump_30(fn_vulval_precursor_cell_43(X))
& fn_vulval_precursor_cell_37(X) = fn_sodium_potassium_pump_41(fn_vulval_precursor_cell_43(X))
& fn_vulval_precursor_cell_15(X) = fn_electrogenic_pump_4(fn_vulval_precursor_cell_43(X))
& fn_vulval_precursor_cell_15(X) = fn_eukaryotic_cell_47(X)
& fn_vulval_precursor_cell_44(X) = fn_eukaryotic_cell_16(X)
& fn_vulval_precursor_cell_47(X) = fn_eukaryotic_cell_16(X)
& fn_vulval_precursor_cell_45(X) = fn_animal_cell_49(X)
& fn_vulval_precursor_cell_46(X) = fn_animal_cell_50(X)
& fn_vulval_precursor_cell_38(X) = fn_plasma_membrane_54(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_38(X) = fn_plasma_membrane_55(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_26(X) = fn_animal_cell_13(X)
& fn_vulval_precursor_cell_25(X) = fn_animal_cell_1(X)
& fn_vulval_precursor_cell_24(X) = fn_animal_cell_61(X)
& fn_vulval_precursor_cell_11(X) = fn_eukaryotic_cell_25(X)
& fn_vulval_precursor_cell_27(X) = fn_animal_cell_56(X)
& fn_vulval_precursor_cell_28(X) = fn_animal_cell_57(X)
& fn_vulval_precursor_cell_23(X) = fn_animal_cell_76(X)
& fn_vulval_precursor_cell_15(X) = fn_plasma_membrane_65(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_15(X) = fn_animal_plasma_membrane_55(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_15(X) = fn_animal_cell_84(X)
& fn_vulval_precursor_cell_13(X) = fn_biomembrane_63(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_13(X) = fn_integral_protein_27(fn_vulval_precursor_cell_43(X))
& fn_vulval_precursor_cell_13(X) = fn_transport_protein_12(fn_vulval_precursor_cell_43(X))
& fn_vulval_precursor_cell_38(X) = fn_animal_plasma_membrane_47(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_38(X) = fn_animal_plasma_membrane_53(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_38(X) = fn_animal_plasma_membrane_62(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_38(X) = fn_animal_cell_75(X)
& fn_vulval_precursor_cell_14(X) = fn_animal_plasma_membrane_51(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_14(X) = fn_eukaryotic_cell_48(X)
& fn_vulval_precursor_cell_14(X) = fn_animal_cell_85(X)
& fn_vulval_precursor_cell_31(X) = fn_animal_cell_63(X)
& fn_vulval_precursor_cell_30(X) = fn_animal_cell_64(X)
& fn_vulval_precursor_cell_12(X) = fn_animal_cell_55(X)
& fn_vulval_precursor_cell_21(X) = fn_animal_cell_54(X)
& fn_vulval_precursor_cell_48(X) = fn_animal_cell_90(X)
& fn_vulval_precursor_cell_22(X) = fn_animal_cell_74(X)
& fn_vulval_precursor_cell_10(X) = fn_animal_cell_81(X)
& fn_vulval_precursor_cell_13(X) = fn_animal_plasma_membrane_54(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_13(X) = fn_plasma_membrane_71(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_13(X) = fn_eukaryotic_cell_41(X)
& fn_vulval_precursor_cell_13(X) = fn_animal_cell_58(X)
& fn_vulval_precursor_cell_36(X) = fn_animal_plasma_membrane_47(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_36(X) = fn_plasma_membrane_68(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_36(X) = fn_animal_cell_80(X)
& fn_vulval_precursor_cell_49(X) = fn_animal_cell_83(X)
& fn_vulval_precursor_cell_19(X) = fn_animal_cell_53(X)
& fn_vulval_precursor_cell_8(X) = fn_animal_cell_20(X)
& fn_vulval_precursor_cell_16(X) = fn_animal_cell_82(X)
& fn_vulval_precursor_cell_18(X) = fn_animal_cell_51(X)
& fn_vulval_precursor_cell_51(X) = fn_animal_cell_45(X)
& fn_vulval_precursor_cell_17(X) = fn_animal_cell_79(X)
& fn_vulval_precursor_cell_6(X) = fn_animal_cell_18(X)
& fn_vulval_precursor_cell_37(X) = fn_protein_pump_3(fn_vulval_precursor_cell_43(X))
& fn_vulval_precursor_cell_43(X) = fn_plasma_membrane_54(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_37(X) = fn_integral_protein_24(fn_vulval_precursor_cell_43(X))
& fn_vulval_precursor_cell_37(X) = fn_transport_protein_35(fn_vulval_precursor_cell_43(X))
& fn_vulval_precursor_cell_43(X) = fn_animal_plasma_membrane_62(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_43(X) = fn_animal_plasma_membrane_47(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_43(X) = fn_plasma_membrane_55(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_43(X) = fn_animal_plasma_membrane_53(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_43(X) = fn_eukaryotic_cell_15(X)
& fn_vulval_precursor_cell_43(X) = fn_animal_cell_75(X)
& X = fn_animal_plasma_membrane_56(fn_vulval_precursor_cell_37(X))
& fn_vulval_precursor_cell_37(X) = fn_eukaryotic_cell_29(X)
& fn_vulval_precursor_cell_37(X) = fn_animal_cell_73(X)
& fn_vulval_precursor_cell_9(X) = fn_animal_cell_21(X)
& fn_vulval_precursor_cell_50(X) = fn_animal_cell_22(X)
& fn_vulval_precursor_cell_7(X) = fn_animal_cell_19(X)
& fn_vulval_precursor_cell_11(X) = fn_animal_cell_59(X)
& fn_vulval_precursor_cell_29(X) = fn_animal_cell_62(X)
& fn_vulval_precursor_cell_20(X) = fn_animal_cell_78(X)
& fn_vulval_precursor_cell_32(X) = fn_animal_cell_52(X)
& fn_animal_plasma_membrane_77(fn_vulval_precursor_cell_37(X)) = fn_animal_plasma_membrane_52(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_52(fn_vulval_precursor_cell_37(X)) = fn_eukaryotic_cell_16(X)
& fn_eukaryotic_cell_16(X) = fn_plasma_membrane_52(fn_vulval_precursor_cell_37(X))
& fn_plasma_membrane_52(fn_vulval_precursor_cell_37(X)) = fn_animal_plasma_membrane_52(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_52(fn_vulval_precursor_cell_37(X)) = fn_animal_plasma_membrane_52(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_52(fn_vulval_precursor_cell_37(X)) = fn_animal_plasma_membrane_23(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_23(fn_vulval_precursor_cell_37(X)) = fn_animal_plasma_membrane_23(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_23(fn_vulval_precursor_cell_37(X)) = fn_eukaryotic_cell_16(X)
& fn_eukaryotic_cell_16(X) = fn_electrogenic_pump_4(fn_vulval_precursor_cell_43(X))
& fn_electrogenic_pump_4(fn_vulval_precursor_cell_43(X)) = fn_plasma_membrane_65(fn_vulval_precursor_cell_37(X))
& fn_plasma_membrane_65(fn_vulval_precursor_cell_37(X)) = fn_plasma_membrane_65(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_55(fn_vulval_precursor_cell_37(X)) = fn_plasma_membrane_65(fn_vulval_precursor_cell_37(X))
& fn_plasma_membrane_65(fn_vulval_precursor_cell_37(X)) = fn_animal_plasma_membrane_55(fn_vulval_precursor_cell_37(X))
& fn_eukaryotic_cell_47(X) = fn_animal_plasma_membrane_55(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_55(fn_vulval_precursor_cell_37(X)) = fn_animal_plasma_membrane_55(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_55(fn_vulval_precursor_cell_37(X)) = fn_eukaryotic_cell_47(X)
& fn_eukaryotic_cell_47(X) = fn_animal_cell_84(X)
& fn_animal_cell_84(X) = fn_animal_cell_84(X)
& fn_animal_cell_84(X) = fn_plasma_membrane_54(fn_vulval_precursor_cell_37(X))
& fn_plasma_membrane_54(fn_vulval_precursor_cell_37(X)) = fn_plasma_membrane_3(fn_vulval_precursor_cell_37(X))
& fn_plasma_membrane_3(fn_vulval_precursor_cell_37(X)) = fn_plasma_membrane_54(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_62(fn_vulval_precursor_cell_37(X)) = fn_animal_plasma_membrane_47(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_47(fn_vulval_precursor_cell_37(X)) = fn_animal_plasma_membrane_62(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_62(fn_vulval_precursor_cell_37(X)) = fn_plasma_membrane_55(fn_vulval_precursor_cell_37(X))
& fn_plasma_membrane_55(fn_vulval_precursor_cell_37(X)) = fn_animal_plasma_membrane_62(fn_vulval_precursor_cell_37(X))
& fn_animal_cell_75(X) = fn_animal_plasma_membrane_53(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_53(fn_vulval_precursor_cell_37(X)) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_animal_plasma_membrane_51(fn_vulval_precursor_cell_37(X))
& fn_eukaryotic_cell_48(X) = fn_animal_plasma_membrane_51(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_51(fn_vulval_precursor_cell_37(X)) = fn_animal_plasma_membrane_51(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_51(fn_vulval_precursor_cell_37(X)) = fn_eukaryotic_cell_48(X)
& fn_eukaryotic_cell_48(X) = fn_eukaryotic_cell_48(X)
& fn_animal_cell_85(X) = fn_eukaryotic_cell_48(X)
& fn_eukaryotic_cell_48(X) = fn_animal_cell_85(X)
& fn_animal_cell_85(X) = fn_biomembrane_63(fn_vulval_precursor_cell_37(X))
& fn_biomembrane_63(fn_vulval_precursor_cell_37(X)) = fn_integral_protein_27(fn_vulval_precursor_cell_43(X))
& fn_integral_protein_27(fn_vulval_precursor_cell_43(X)) = fn_integral_protein_27(fn_vulval_precursor_cell_43(X))
& fn_integral_protein_27(fn_vulval_precursor_cell_43(X)) = fn_transport_protein_12(fn_vulval_precursor_cell_43(X))
& fn_transport_protein_12(fn_vulval_precursor_cell_43(X)) = fn_transport_protein_12(fn_vulval_precursor_cell_43(X))
& fn_transport_protein_12(fn_vulval_precursor_cell_43(X)) = fn_plasma_membrane_71(fn_vulval_precursor_cell_37(X))
& fn_plasma_membrane_71(fn_vulval_precursor_cell_37(X)) = fn_plasma_membrane_71(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_54(fn_vulval_precursor_cell_37(X)) = fn_plasma_membrane_71(fn_vulval_precursor_cell_37(X))
& fn_plasma_membrane_71(fn_vulval_precursor_cell_37(X)) = fn_animal_plasma_membrane_54(fn_vulval_precursor_cell_37(X))
& fn_carrier_protein_16(fn_vulval_precursor_cell_43(X)) = fn_animal_plasma_membrane_54(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_54(fn_vulval_precursor_cell_37(X)) = fn_animal_plasma_membrane_54(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_54(fn_vulval_precursor_cell_37(X)) = fn_carrier_protein_16(fn_vulval_precursor_cell_43(X))
& fn_carrier_protein_16(fn_vulval_precursor_cell_43(X)) = fn_electrogenic_pump_19(fn_vulval_precursor_cell_43(X))
& fn_electrogenic_pump_19(fn_vulval_precursor_cell_43(X)) = fn_electrogenic_pump_19(fn_vulval_precursor_cell_43(X))
& fn_electrogenic_pump_19(fn_vulval_precursor_cell_43(X)) = fn_sodium_potassium_pump_22(fn_vulval_precursor_cell_43(X))
& fn_sodium_potassium_pump_22(fn_vulval_precursor_cell_43(X)) = fn_sodium_potassium_pump_22(fn_vulval_precursor_cell_43(X))
& fn_sodium_potassium_pump_22(fn_vulval_precursor_cell_43(X)) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_eukaryotic_cell_41(X)
& fn_animal_cell_58(X) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_eukaryotic_cell_41(X)
& fn_eukaryotic_cell_41(X) = fn_animal_cell_58(X)
& fn_animal_cell_58(X) = fn_animal_plasma_membrane_47(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_47(fn_vulval_precursor_cell_37(X)) = fn_plasma_membrane_68(fn_vulval_precursor_cell_37(X))
& fn_plasma_membrane_68(fn_vulval_precursor_cell_37(X)) = fn_animal_plasma_membrane_47(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_47(fn_vulval_precursor_cell_37(X)) = fn_animal_cell_80(X)
& fn_animal_cell_80(X) = fn_animal_cell_80(X)
& fn_animal_cell_80(X) = fn_animal_plasma_membrane_47(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_47(fn_vulval_precursor_cell_37(X)) = fn_plasma_membrane_54(fn_vulval_precursor_cell_37(X))
& fn_plasma_membrane_54(fn_vulval_precursor_cell_37(X)) = fn_plasma_membrane_54(fn_vulval_precursor_cell_37(X))
& fn_plasma_membrane_54(fn_vulval_precursor_cell_37(X)) = fn_animal_plasma_membrane_47(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_47(fn_vulval_precursor_cell_37(X)) = fn_animal_plasma_membrane_47(fn_vulval_precursor_cell_37(X))
& fn_plasma_membrane_55(fn_vulval_precursor_cell_37(X)) = fn_animal_plasma_membrane_47(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_47(fn_vulval_precursor_cell_37(X)) = fn_plasma_membrane_55(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_53(fn_vulval_precursor_cell_37(X)) = fn_animal_plasma_membrane_53(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_53(fn_vulval_precursor_cell_37(X)) = fn_plasma_membrane_55(fn_vulval_precursor_cell_37(X))
& fn_plasma_membrane_55(fn_vulval_precursor_cell_37(X)) = fn_animal_plasma_membrane_53(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_62(fn_vulval_precursor_cell_37(X)) = fn_animal_plasma_membrane_53(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_53(fn_vulval_precursor_cell_37(X)) = fn_animal_plasma_membrane_62(fn_vulval_precursor_cell_37(X))
& fn_eukaryotic_cell_15(X) = fn_animal_plasma_membrane_62(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_62(fn_vulval_precursor_cell_37(X)) = fn_animal_plasma_membrane_62(fn_vulval_precursor_cell_37(X))
& fn_animal_plasma_membrane_62(fn_vulval_precursor_cell_37(X)) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_eukaryotic_cell_15(X)
& fn_animal_cell_75(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_eukaryotic_cell_15(X)
& fn_eukaryotic_cell_15(X) = fn_animal_cell_75(X)
& fn_animal_cell_75(X) = fn_integral_protein_24(fn_vulval_precursor_cell_43(X))
& fn_integral_protein_24(fn_vulval_precursor_cell_43(X)) = fn_protein_pump_3(fn_vulval_precursor_cell_43(X))
& fn_protein_pump_3(fn_vulval_precursor_cell_43(X)) = fn_integral_protein_24(fn_vulval_precursor_cell_43(X))
& fn_integral_protein_24(fn_vulval_precursor_cell_43(X)) = fn_integral_protein_24(fn_vulval_precursor_cell_43(X))
& fn_transport_protein_35(fn_vulval_precursor_cell_43(X)) = fn_integral_protein_24(fn_vulval_precursor_cell_43(X))
& fn_integral_protein_24(fn_vulval_precursor_cell_43(X)) = fn_transport_protein_35(fn_vulval_precursor_cell_43(X))
& fn_carrier_protein_18(fn_vulval_precursor_cell_43(X)) = fn_carrier_protein_18(fn_vulval_precursor_cell_43(X))
& fn_carrier_protein_18(fn_vulval_precursor_cell_43(X)) = fn_transport_protein_35(fn_vulval_precursor_cell_43(X))
& fn_transport_protein_35(fn_vulval_precursor_cell_43(X)) = fn_transport_protein_35(fn_vulval_precursor_cell_43(X))
& fn_transport_protein_35(fn_vulval_precursor_cell_43(X)) = fn_carrier_protein_18(fn_vulval_precursor_cell_43(X))
& fn_electrogenic_pump_30(fn_vulval_precursor_cell_43(X)) = fn_carrier_protein_18(fn_vulval_precursor_cell_43(X))
& fn_carrier_protein_18(fn_vulval_precursor_cell_43(X)) = fn_electrogenic_pump_30(fn_vulval_precursor_cell_43(X))
& fn_electrogenic_pump_30(fn_vulval_precursor_cell_43(X)) = fn_electrogenic_pump_30(fn_vulval_precursor_cell_43(X))
& fn_sodium_potassium_pump_41(fn_vulval_precursor_cell_43(X)) = fn_electrogenic_pump_30(fn_vulval_precursor_cell_43(X))
& fn_electrogenic_pump_30(fn_vulval_precursor_cell_43(X)) = fn_sodium_potassium_pump_41(fn_vulval_precursor_cell_43(X))
& fn_sodium_potassium_pump_41(fn_vulval_precursor_cell_43(X)) = fn_sodium_potassium_pump_41(fn_vulval_precursor_cell_43(X))
& fn_sodium_potassium_pump_41(fn_vulval_precursor_cell_43(X)) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_eukaryotic_cell_29(X)
& fn_animal_cell_73(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_eukaryotic_cell_29(X)
& fn_eukaryotic_cell_29(X) = fn_animal_cell_73(X)
& fn_animal_cell_73(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_eukaryotic_cell_25(X)
& fn_eukaryotic_cell_25(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_animal_cell_59(X)
& fn_animal_cell_59(X) = fn_precursor_1(fn_vulval_precursor_cell_39(X))
& fn_precursor_1(fn_vulval_precursor_cell_39(X)) = fn_animal_plasma_membrane_56(fn_vulval_precursor_cell_37(X)) ) ) ).
fof(a533686,axiom,
! [X] :
( walk_1(X)
=> ( original_name_2(X,'Walk')
& concept2words_2(X,walk)
& locomotion_1(X)
& ~ flight_1(X)
& animal_1(fn_walk_1(X))
& agent_2(X,fn_walk_1(X))
& object_2(X,fn_walk_1(X))
& fn_walk_1(X) = fn_locomotion_1(X) ) ) ).
fof(a533687,axiom,
! [X] :
( wall_1(X)
=> ( original_name_2(X,'Wall')
& description_2(X,'a vertical architectural structure that acts as a barrier')
& concept2words_2(X,wall)
& architectural_structure_1(X)
& ~ room_1(X)
& ~ roof_1(X)
& ~ platform_1(X)
& ~ parkinglot_1(X)
& ~ door_1(X)
& ~ ceiling_1(X)
& ~ building_1(X)
& ~ building_complex_1(X)
& ~ bridge_1(X)
& ~ electrical_power_plant_1(X)
& ~ factory_1(X)
& ~ laboratory_1(X)
& angle_value_1(fn_wall_1(X))
& barrier_1(fn_wall_3(X))
& tangible_entity_1(fn_barrier_1(fn_wall_3(X)))
& the_scalar_value_2(fn_wall_1(X),vertical_0)
& scalar_unit_class_2(fn_wall_1(X),entity_0)
& orientation_2(X,fn_wall_1(X))
& plays_2(X,fn_wall_3(X))
& X = fn_barrier_1(fn_wall_3(X)) ) ) ).
fof(a533688,axiom,
! [X] :
( walled_cell_1(X)
=> ( original_name_2(X,'Walled-Cell')
& user_description_2(X,'A cell with cell wall is a walled cell.')
& concept2words_2(X,'cell with a cell wall')
& concept2words_2(X,'cell-with-a-cell-wall')
& concept2words_2(X,'walled cell')
& concept2words_2(X,'walled-cell')
& cell_state_1(X)
& ~ cell_without_cell_wall_1(X)
& cell_wall_1(fn_walled_cell_1(X))
& tangible_entity_1(fn_cell_wall_13(fn_walled_cell_1(X)))
& cell_1(fn_cell_wall_13(fn_walled_cell_1(X)))
& has_part_2(X,fn_walled_cell_1(X))
& X = fn_cell_wall_13(fn_walled_cell_1(X)) ) ) ).
fof(a533689,axiom,
! [X] :
( walled_cell_inside_hypertonic_solution_1(X)
=> ( original_name_2(X,'Walled-Cell-Inside-Hypertonic-Solution')
& user_description_2(X,'This is the situation when walled cell is placed inside hypertonic solution.')
& concept2words_2(X,'walled cell inside hypertonic solution')
& concept2words_2(X,'walled-cell-inside-hypertonic-solution')
& walled_cell_1(X)
& resource_1(fn_walled_cell_inside_hypertonic_solution_1(X))
& organic_molecule_1(fn_walled_cell_inside_hypertonic_solution_2(X))
& extra_cellular_matrix_1(fn_walled_cell_inside_hypertonic_solution_3(X))
& hydrophilic_face_1(fn_walled_cell_inside_hypertonic_solution_4(X))
& potential_value_1(fn_walled_cell_inside_hypertonic_solution_5(X))
& turgor_pressure_1(fn_walled_cell_inside_hypertonic_solution_6(X))
& metabolism_1(fn_walled_cell_inside_hypertonic_solution_7(X))
& protoplast_1(fn_walled_cell_inside_hypertonic_solution_9(X))
& water_1(fn_walled_cell_inside_hypertonic_solution_10(X))
& chemical_1(fn_walled_cell_inside_hypertonic_solution_10(X))
& substance_1(fn_walled_cell_inside_hypertonic_solution_11(X))
& chemical_1(fn_walled_cell_inside_hypertonic_solution_11(X))
& chemical_1(fn_walled_cell_inside_hypertonic_solution_12(X))
& water_1(fn_walled_cell_inside_hypertonic_solution_12(X))
& outside_face_1(fn_walled_cell_inside_hypertonic_solution_13(X))
& extracellular_side_1(fn_walled_cell_inside_hypertonic_solution_13(X))
& hydrophobic_core_1(fn_walled_cell_inside_hypertonic_solution_14(X))
& intensity_value_1(fn_walled_cell_inside_hypertonic_solution_16(X))
& substance_1(fn_walled_cell_inside_hypertonic_solution_17(X))
& aqueous_solution_1(fn_walled_cell_inside_hypertonic_solution_17(X))
& hypertonic_solution_1(fn_walled_cell_inside_hypertonic_solution_17(X))
& aqueous_solution_1(fn_walled_cell_inside_hypertonic_solution_18(X))
& hypotonic_solution_1(fn_walled_cell_inside_hypertonic_solution_18(X))
& plasmolysis_1(fn_walled_cell_inside_hypertonic_solution_19(X))
& passive_transport_of_water_1(fn_walled_cell_inside_hypertonic_solution_20(X))
& osmosis_1(fn_walled_cell_inside_hypertonic_solution_20(X))
& passive_transport_1(fn_walled_cell_inside_hypertonic_solution_20(X))
& substance_1(fn_walled_cell_inside_hypertonic_solution_21(X))
& cytosol_1(fn_walled_cell_inside_hypertonic_solution_21(X))
& ribosome_1(fn_walled_cell_inside_hypertonic_solution_22(X))
& mixture_1(fn_walled_cell_inside_hypertonic_solution_23(X))
& cytoplasm_1(fn_walled_cell_inside_hypertonic_solution_23(X))
& damaged_cell_1(fn_walled_cell_inside_hypertonic_solution_24(X))
& cell_1(fn_walled_cell_inside_hypertonic_solution_24(X))
& tangible_entity_1(fn_walled_cell_inside_hypertonic_solution_25(X))
& membrane_protein_1(fn_walled_cell_inside_hypertonic_solution_25(X))
& protein_1(fn_walled_cell_inside_hypertonic_solution_25(X))
& spatial_entity_1(fn_walled_cell_inside_hypertonic_solution_25(X))
& polymer_1(fn_walled_cell_inside_hypertonic_solution_25(X))
& tangible_entity_1(fn_walled_cell_inside_hypertonic_solution_26(X))
& phospholipid_bilayer_1(fn_walled_cell_inside_hypertonic_solution_26(X))
& tangible_entity_1(fn_walled_cell_inside_hypertonic_solution_27(X))
& membrane_protein_1(fn_walled_cell_inside_hypertonic_solution_27(X))
& protein_1(fn_walled_cell_inside_hypertonic_solution_27(X))
& spatial_entity_1(fn_walled_cell_inside_hypertonic_solution_27(X))
& polymer_1(fn_walled_cell_inside_hypertonic_solution_27(X))
& membrane_protein_1(fn_walled_cell_inside_hypertonic_solution_28(X))
& tangible_entity_1(fn_walled_cell_inside_hypertonic_solution_28(X))
& transmembrane_protein_1(fn_walled_cell_inside_hypertonic_solution_28(X))
& integral_protein_1(fn_walled_cell_inside_hypertonic_solution_28(X))
& transport_protein_1(fn_walled_cell_inside_hypertonic_solution_28(X))
& move_1(fn_walled_cell_inside_hypertonic_solution_29(X))
& symmetrical_distribution_1(fn_walled_cell_inside_hypertonic_solution_30(X))
& gradient_1(fn_walled_cell_inside_hypertonic_solution_31(X))
& concentration_gradient_1(fn_walled_cell_inside_hypertonic_solution_31(X))
& decrease_1(fn_walled_cell_inside_hypertonic_solution_32(X))
& spatial_entity_1(fn_walled_cell_inside_hypertonic_solution_33(X))
& biomembrane_1(fn_walled_cell_inside_hypertonic_solution_33(X))
& plasma_membrane_1(fn_walled_cell_inside_hypertonic_solution_33(X))
& mixture_1(fn_walled_cell_inside_hypertonic_solution_34(X))
& cytoplasm_1(fn_walled_cell_inside_hypertonic_solution_34(X))
& cell_wall_1(fn_walled_cell_inside_hypertonic_solution_35(X))
& diffusion_of_anion_across_plasma_membrane_1(fn_walled_cell_inside_hypertonic_solution_36(X))
& chemical_1(fn_walled_cell_inside_hypertonic_solution_37(X))
& potential_value_1(fn_walled_cell_inside_hypertonic_solution_38(X))
& potential_value_1(fn_walled_cell_inside_hypertonic_solution_39(X))
& water_molecule_1(fn_walled_cell_inside_hypertonic_solution_40(X))
& property_node_1(fn_plasmolysis_2(fn_walled_cell_inside_hypertonic_solution_19(X)))
& mixture_1(fn_plasmolysis_18(fn_walled_cell_inside_hypertonic_solution_19(X)))
& cytoplasm_1(fn_plasmolysis_18(fn_walled_cell_inside_hypertonic_solution_19(X)))
& property_node_1(fn_plasmolysis_1(fn_walled_cell_inside_hypertonic_solution_19(X)))
& potential_value_1(fn_plasmolysis_4(fn_walled_cell_inside_hypertonic_solution_19(X)))
& potential_value_1(fn_plasmolysis_3(fn_walled_cell_inside_hypertonic_solution_19(X)))
& water_1(fn_plasmolysis_25(fn_walled_cell_inside_hypertonic_solution_19(X)))
& chemical_1(fn_plasmolysis_25(fn_walled_cell_inside_hypertonic_solution_19(X)))
& osmosis_1(fn_plasmolysis_8(fn_walled_cell_inside_hypertonic_solution_19(X)))
& move_1(fn_plasmolysis_6(fn_walled_cell_inside_hypertonic_solution_19(X)))
& damaged_cell_1(fn_plasmolysis_22(fn_walled_cell_inside_hypertonic_solution_19(X)))
& ribosome_1(fn_cell_14(fn_walled_cell_inside_hypertonic_solution_24(X)))
& property_node_1(fn_decrease_2(fn_walled_cell_inside_hypertonic_solution_32(X)))
& property_value_1(fn_decrease_3(fn_walled_cell_inside_hypertonic_solution_32(X)))
& mixture_1(fn_cell_28(fn_walled_cell_inside_hypertonic_solution_24(X)))
& cytoplasm_1(fn_cell_28(fn_walled_cell_inside_hypertonic_solution_24(X)))
& decrease_1(fn_passive_transport_23(fn_walled_cell_inside_hypertonic_solution_20(X)))
& symmetrical_distribution_1(fn_passive_transport_29(fn_walled_cell_inside_hypertonic_solution_20(X)))
& spatial_entity_1(fn_passive_transport_14(fn_walled_cell_inside_hypertonic_solution_20(X)))
& tangible_entity_1(fn_passive_transport_14(fn_walled_cell_inside_hypertonic_solution_20(X)))
& chemical_entity_1(fn_passive_transport_14(fn_walled_cell_inside_hypertonic_solution_20(X)))
& chemical_1(fn_hypotonic_solution_7(fn_walled_cell_inside_hypertonic_solution_18(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_walled_cell_inside_hypertonic_solution_33(X)))
& cell_1(fn_passive_transport_1(fn_walled_cell_inside_hypertonic_solution_36(X)))
& walled_cell_inside_hypertonic_solution_1(fn_plasmolysis_5(fn_walled_cell_inside_hypertonic_solution_19(X)))
& cell_1(fn_passive_transport_1(fn_walled_cell_inside_hypertonic_solution_20(X)))
& substance_1(fn_plasmolysis_20(fn_walled_cell_inside_hypertonic_solution_19(X)))
& cytosol_1(fn_plasmolysis_20(fn_walled_cell_inside_hypertonic_solution_19(X)))
& substance_1(fn_cell_29(fn_walled_cell_inside_hypertonic_solution_24(X)))
& cytosol_1(fn_cell_29(fn_walled_cell_inside_hypertonic_solution_24(X)))
& gradient_1(fn_passive_transport_of_water_3(fn_walled_cell_inside_hypertonic_solution_20(X)))
& concentration_gradient_1(fn_passive_transport_of_water_3(fn_walled_cell_inside_hypertonic_solution_20(X)))
& gradient_1(fn_plasmolysis_28(fn_walled_cell_inside_hypertonic_solution_19(X)))
& concentration_gradient_1(fn_plasmolysis_28(fn_walled_cell_inside_hypertonic_solution_19(X)))
& gradient_1(fn_passive_transport_26(fn_walled_cell_inside_hypertonic_solution_20(X)))
& concentration_gradient_1(fn_passive_transport_26(fn_walled_cell_inside_hypertonic_solution_20(X)))
& water_1(fn_aqueous_solution_14(fn_walled_cell_inside_hypertonic_solution_18(X)))
& chemical_1(fn_hypotonic_solution_3(fn_walled_cell_inside_hypertonic_solution_18(X)))
& water_1(fn_hypotonic_solution_3(fn_walled_cell_inside_hypertonic_solution_18(X)))
& chemical_1(fn_plasmolysis_26(fn_walled_cell_inside_hypertonic_solution_19(X)))
& substance_1(fn_hypotonic_solution_4(fn_walled_cell_inside_hypertonic_solution_18(X)))
& chemical_1(fn_hypotonic_solution_4(fn_walled_cell_inside_hypertonic_solution_18(X)))
& aqueous_solution_1(fn_diffusion_of_anion_across_plasma_membrane_9(fn_walled_cell_inside_hypertonic_solution_36(X)))
& hypotonic_solution_1(fn_passive_transport_of_water_1(fn_walled_cell_inside_hypertonic_solution_20(X)))
& aqueous_solution_1(fn_passive_transport_of_water_1(fn_walled_cell_inside_hypertonic_solution_20(X)))
& aqueous_solution_1(fn_plasmolysis_27(fn_walled_cell_inside_hypertonic_solution_19(X)))
& hypotonic_solution_1(fn_plasmolysis_27(fn_walled_cell_inside_hypertonic_solution_19(X)))
& substance_1(fn_plasma_membrane_70(fn_walled_cell_inside_hypertonic_solution_33(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_walled_cell_inside_hypertonic_solution_33(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_walled_cell_inside_hypertonic_solution_33(X)))
& aqueous_solution_1(fn_osmosis_23(fn_walled_cell_inside_hypertonic_solution_20(X)))
& hypertonic_solution_1(fn_passive_transport_of_water_2(fn_walled_cell_inside_hypertonic_solution_20(X)))
& aqueous_solution_1(fn_passive_transport_of_water_2(fn_walled_cell_inside_hypertonic_solution_20(X)))
& substance_1(fn_plasmolysis_19(fn_walled_cell_inside_hypertonic_solution_19(X)))
& aqueous_solution_1(fn_plasmolysis_19(fn_walled_cell_inside_hypertonic_solution_19(X)))
& hypertonic_solution_1(fn_plasmolysis_19(fn_walled_cell_inside_hypertonic_solution_19(X)))
& hypertonic_solution_1(fn_hypotonic_solution_2(fn_walled_cell_inside_hypertonic_solution_18(X)))
& outside_face_1(fn_biomembrane_41(fn_walled_cell_inside_hypertonic_solution_33(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_walled_cell_inside_hypertonic_solution_33(X)))
& tangible_entity_1(fn_biomembrane_63(fn_walled_cell_inside_hypertonic_solution_33(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_walled_cell_inside_hypertonic_solution_33(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_walled_cell_inside_hypertonic_solution_33(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_walled_cell_inside_hypertonic_solution_33(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_walled_cell_inside_hypertonic_solution_33(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_walled_cell_inside_hypertonic_solution_33(X)))
& protein_1(fn_plasma_membrane_68(fn_walled_cell_inside_hypertonic_solution_33(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_walled_cell_inside_hypertonic_solution_33(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_walled_cell_inside_hypertonic_solution_33(X)))
& protein_1(fn_plasma_membrane_54(fn_walled_cell_inside_hypertonic_solution_33(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_walled_cell_inside_hypertonic_solution_33(X)))
& polymer_1(fn_plasma_membrane_54(fn_walled_cell_inside_hypertonic_solution_33(X)))
& spatial_entity_1(fn_osmosis_22(fn_walled_cell_inside_hypertonic_solution_20(X)))
& biomembrane_1(fn_osmosis_22(fn_walled_cell_inside_hypertonic_solution_20(X)))
& spatial_entity_1(fn_diffusion_of_anion_across_plasma_membrane_28(fn_walled_cell_inside_hypertonic_solution_36(X)))
& biomembrane_1(fn_diffusion_of_anion_across_plasma_membrane_28(fn_walled_cell_inside_hypertonic_solution_36(X)))
& plasma_membrane_1(fn_diffusion_of_anion_across_plasma_membrane_28(fn_walled_cell_inside_hypertonic_solution_36(X)))
& spatial_entity_1(fn_plasmolysis_7(fn_walled_cell_inside_hypertonic_solution_19(X)))
& biomembrane_1(fn_plasmolysis_7(fn_walled_cell_inside_hypertonic_solution_19(X)))
& plasma_membrane_1(fn_plasmolysis_7(fn_walled_cell_inside_hypertonic_solution_19(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_walled_cell_inside_hypertonic_solution_33(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_walled_cell_inside_hypertonic_solution_33(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_walled_cell_inside_hypertonic_solution_33(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_walled_cell_inside_hypertonic_solution_33(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_walled_cell_inside_hypertonic_solution_33(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_walled_cell_inside_hypertonic_solution_33(X)))
& site_2(fn_walled_cell_inside_hypertonic_solution_7(X),fn_walled_cell_inside_hypertonic_solution_34(X))
& raw_material_2(fn_walled_cell_inside_hypertonic_solution_7(X),fn_walled_cell_inside_hypertonic_solution_2(X))
& base_2(fn_walled_cell_inside_hypertonic_solution_7(X),X)
& is_inside_2(fn_walled_cell_inside_hypertonic_solution_35(X),fn_walled_cell_inside_hypertonic_solution_9(X))
& is_inside_2(fn_walled_cell_inside_hypertonic_solution_34(X),fn_walled_cell_inside_hypertonic_solution_9(X))
& is_inside_2(fn_walled_cell_inside_hypertonic_solution_34(X),fn_walled_cell_inside_hypertonic_solution_33(X))
& has_region_2(fn_walled_cell_inside_hypertonic_solution_33(X),fn_walled_cell_inside_hypertonic_solution_4(X))
& intensity_2(fn_walled_cell_inside_hypertonic_solution_6(X),fn_walled_cell_inside_hypertonic_solution_16(X))
& away_from_2(fn_walled_cell_inside_hypertonic_solution_29(X),fn_walled_cell_inside_hypertonic_solution_35(X))
& is_inside_2(fn_walled_cell_inside_hypertonic_solution_4(X),fn_walled_cell_inside_hypertonic_solution_33(X))
& is_outside_2(fn_walled_cell_inside_hypertonic_solution_4(X),fn_walled_cell_inside_hypertonic_solution_18(X))
& fn_walled_cell_inside_hypertonic_solution_28(X) != fn_walled_cell_inside_hypertonic_solution_27(X)
& fn_walled_cell_inside_hypertonic_solution_27(X) != fn_walled_cell_inside_hypertonic_solution_28(X)
& called_2(fn_walled_cell_inside_hypertonic_solution_25(X),'MP1')
& is_outside_2(fn_walled_cell_inside_hypertonic_solution_3(X),fn_walled_cell_inside_hypertonic_solution_33(X))
& is_outside_2(fn_walled_cell_inside_hypertonic_solution_3(X),X)
& water_potential_2(fn_walled_cell_inside_hypertonic_solution_18(X),fn_walled_cell_inside_hypertonic_solution_5(X))
& is_inside_2(fn_walled_cell_inside_hypertonic_solution_18(X),X)
& possesses_2(X,fn_walled_cell_inside_hypertonic_solution_6(X))
& has_region_2(X,fn_walled_cell_inside_hypertonic_solution_9(X))
& plays_2(fn_walled_cell_inside_hypertonic_solution_2(X),fn_walled_cell_inside_hypertonic_solution_1(X))
& in_event_2(fn_walled_cell_inside_hypertonic_solution_1(X),fn_walled_cell_inside_hypertonic_solution_7(X))
& base_2(fn_walled_cell_inside_hypertonic_solution_36(X),X)
& has_part_2(X,fn_walled_cell_inside_hypertonic_solution_35(X))
& path_2(fn_walled_cell_inside_hypertonic_solution_36(X),fn_walled_cell_inside_hypertonic_solution_33(X))
& is_between_2(fn_walled_cell_inside_hypertonic_solution_33(X),fn_walled_cell_inside_hypertonic_solution_18(X))
& called_2(fn_walled_cell_inside_hypertonic_solution_38(X),'Waterpotential')
& has_part_2(X,fn_walled_cell_inside_hypertonic_solution_34(X))
& greater_than_or_equal_to_2(fn_walled_cell_inside_hypertonic_solution_39(X),fn_walled_cell_inside_hypertonic_solution_38(X))
& water_potential_2(fn_walled_cell_inside_hypertonic_solution_21(X),fn_walled_cell_inside_hypertonic_solution_39(X))
& agent_2(fn_walled_cell_inside_hypertonic_solution_20(X),fn_walled_cell_inside_hypertonic_solution_31(X))
& first_subevent_2(fn_walled_cell_inside_hypertonic_solution_19(X),fn_walled_cell_inside_hypertonic_solution_20(X))
& subevent_2(fn_walled_cell_inside_hypertonic_solution_19(X),fn_walled_cell_inside_hypertonic_solution_20(X))
& next_event_2(fn_walled_cell_inside_hypertonic_solution_20(X),fn_walled_cell_inside_hypertonic_solution_29(X))
& has_solvent_2(fn_walled_cell_inside_hypertonic_solution_17(X),fn_walled_cell_inside_hypertonic_solution_10(X))
& water_potential_2(fn_walled_cell_inside_hypertonic_solution_17(X),fn_walled_cell_inside_hypertonic_solution_38(X))
& greater_than_or_equal_to_2(fn_walled_cell_inside_hypertonic_solution_38(X),fn_walled_cell_inside_hypertonic_solution_39(X))
& fn_walled_cell_inside_hypertonic_solution_11(X) != fn_walled_cell_inside_hypertonic_solution_10(X)
& fn_walled_cell_inside_hypertonic_solution_10(X) != fn_walled_cell_inside_hypertonic_solution_11(X)
& is_between_2(fn_walled_cell_inside_hypertonic_solution_31(X),fn_walled_cell_inside_hypertonic_solution_17(X))
& is_between_2(fn_walled_cell_inside_hypertonic_solution_31(X),fn_walled_cell_inside_hypertonic_solution_18(X))
& origin_2(fn_walled_cell_inside_hypertonic_solution_20(X),fn_walled_cell_inside_hypertonic_solution_18(X))
& destination_2(fn_walled_cell_inside_hypertonic_solution_20(X),fn_walled_cell_inside_hypertonic_solution_17(X))
& has_part_2(fn_walled_cell_inside_hypertonic_solution_17(X),fn_walled_cell_inside_hypertonic_solution_10(X))
& has_state_2(X,fn_walled_cell_inside_hypertonic_solution_24(X))
& result_2(fn_walled_cell_inside_hypertonic_solution_19(X),fn_walled_cell_inside_hypertonic_solution_24(X))
& subevent_2(fn_walled_cell_inside_hypertonic_solution_19(X),fn_walled_cell_inside_hypertonic_solution_29(X))
& object_2(fn_walled_cell_inside_hypertonic_solution_29(X),fn_walled_cell_inside_hypertonic_solution_33(X))
& path_2(fn_walled_cell_inside_hypertonic_solution_20(X),fn_walled_cell_inside_hypertonic_solution_33(X))
& base_2(fn_walled_cell_inside_hypertonic_solution_19(X),X)
& has_part_2(X,fn_walled_cell_inside_hypertonic_solution_33(X))
& is_between_2(fn_walled_cell_inside_hypertonic_solution_33(X),fn_walled_cell_inside_hypertonic_solution_17(X))
& is_outside_2(fn_walled_cell_inside_hypertonic_solution_17(X),X)
& is_inside_2(X,fn_walled_cell_inside_hypertonic_solution_17(X))
& base_2(fn_walled_cell_inside_hypertonic_solution_20(X),X)
& has_part_2(fn_walled_cell_inside_hypertonic_solution_24(X),fn_walled_cell_inside_hypertonic_solution_22(X))
& is_inside_2(fn_walled_cell_inside_hypertonic_solution_22(X),fn_walled_cell_inside_hypertonic_solution_21(X))
& has_region_2(fn_walled_cell_inside_hypertonic_solution_28(X),fn_walled_cell_inside_hypertonic_solution_13(X))
& is_across_2(fn_walled_cell_inside_hypertonic_solution_28(X),fn_walled_cell_inside_hypertonic_solution_14(X))
& has_region_2(fn_walled_cell_inside_hypertonic_solution_33(X),fn_walled_cell_inside_hypertonic_solution_14(X))
& is_outside_2(fn_walled_cell_inside_hypertonic_solution_13(X),fn_walled_cell_inside_hypertonic_solution_33(X))
& has_region_2(fn_walled_cell_inside_hypertonic_solution_33(X),fn_walled_cell_inside_hypertonic_solution_13(X))
& fn_walled_cell_inside_hypertonic_solution_25(X) != fn_walled_cell_inside_hypertonic_solution_27(X)
& fn_walled_cell_inside_hypertonic_solution_27(X) != fn_walled_cell_inside_hypertonic_solution_25(X)
& has_part_2(fn_walled_cell_inside_hypertonic_solution_33(X),fn_walled_cell_inside_hypertonic_solution_25(X))
& is_across_2(fn_walled_cell_inside_hypertonic_solution_28(X),fn_walled_cell_inside_hypertonic_solution_33(X))
& has_part_2(fn_walled_cell_inside_hypertonic_solution_33(X),fn_walled_cell_inside_hypertonic_solution_28(X))
& fn_walled_cell_inside_hypertonic_solution_25(X) != fn_walled_cell_inside_hypertonic_solution_28(X)
& fn_walled_cell_inside_hypertonic_solution_28(X) != fn_walled_cell_inside_hypertonic_solution_25(X)
& has_part_2(fn_walled_cell_inside_hypertonic_solution_33(X),fn_walled_cell_inside_hypertonic_solution_27(X))
& has_part_2(fn_walled_cell_inside_hypertonic_solution_33(X),fn_walled_cell_inside_hypertonic_solution_26(X))
& is_inside_2(fn_walled_cell_inside_hypertonic_solution_28(X),fn_walled_cell_inside_hypertonic_solution_26(X))
& is_at_2(fn_walled_cell_inside_hypertonic_solution_28(X),fn_walled_cell_inside_hypertonic_solution_33(X))
& called_2(fn_walled_cell_inside_hypertonic_solution_27(X),'MP2')
& fn_walled_cell_inside_hypertonic_solution_12(X) != fn_walled_cell_inside_hypertonic_solution_37(X)
& fn_walled_cell_inside_hypertonic_solution_37(X) != fn_walled_cell_inside_hypertonic_solution_12(X)
& has_part_2(fn_walled_cell_inside_hypertonic_solution_18(X),fn_walled_cell_inside_hypertonic_solution_37(X))
& has_solvent_2(fn_walled_cell_inside_hypertonic_solution_18(X),fn_walled_cell_inside_hypertonic_solution_12(X))
& has_part_2(fn_walled_cell_inside_hypertonic_solution_18(X),fn_walled_cell_inside_hypertonic_solution_12(X))
& is_hypertonic_to_2(fn_walled_cell_inside_hypertonic_solution_17(X),fn_walled_cell_inside_hypertonic_solution_18(X))
& is_hypotonic_to_2(fn_walled_cell_inside_hypertonic_solution_18(X),fn_walled_cell_inside_hypertonic_solution_17(X))
& has_solute_2(fn_walled_cell_inside_hypertonic_solution_18(X),fn_walled_cell_inside_hypertonic_solution_37(X))
& has_solute_2(fn_walled_cell_inside_hypertonic_solution_17(X),fn_walled_cell_inside_hypertonic_solution_11(X))
& has_part_2(fn_walled_cell_inside_hypertonic_solution_17(X),fn_walled_cell_inside_hypertonic_solution_11(X))
& object_2(fn_walled_cell_inside_hypertonic_solution_32(X),fn_walled_cell_inside_hypertonic_solution_31(X))
& causes_2(fn_walled_cell_inside_hypertonic_solution_20(X),fn_walled_cell_inside_hypertonic_solution_32(X))
& object_2(fn_walled_cell_inside_hypertonic_solution_20(X),fn_walled_cell_inside_hypertonic_solution_40(X))
& has_part_2(fn_walled_cell_inside_hypertonic_solution_23(X),fn_walled_cell_inside_hypertonic_solution_21(X))
& has_part_2(fn_walled_cell_inside_hypertonic_solution_24(X),fn_walled_cell_inside_hypertonic_solution_23(X))
& from_value_2(fn_walled_cell_inside_hypertonic_solution_32(X),fn_walled_cell_inside_hypertonic_solution_16(X))
& X = fn_passive_transport_1(fn_walled_cell_inside_hypertonic_solution_36(X))
& fn_walled_cell_inside_hypertonic_solution_35(X) = fn_walled_cell_1(X)
& fn_walled_cell_inside_hypertonic_solution_18(X) = fn_diffusion_of_anion_across_plasma_membrane_9(fn_walled_cell_inside_hypertonic_solution_36(X))
& fn_walled_cell_inside_hypertonic_solution_33(X) = fn_diffusion_of_anion_across_plasma_membrane_28(fn_walled_cell_inside_hypertonic_solution_36(X))
& fn_walled_cell_inside_hypertonic_solution_41(X) = fn_plasmolysis_2(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_walled_cell_inside_hypertonic_solution_34(X) = fn_plasmolysis_18(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_walled_cell_inside_hypertonic_solution_42(X) = fn_plasmolysis_1(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_walled_cell_inside_hypertonic_solution_21(X) = fn_plasmolysis_20(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_walled_cell_inside_hypertonic_solution_39(X) = fn_plasmolysis_4(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_walled_cell_inside_hypertonic_solution_38(X) = fn_plasmolysis_3(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_walled_cell_inside_hypertonic_solution_11(X) = fn_plasmolysis_26(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_walled_cell_inside_hypertonic_solution_10(X) = fn_plasmolysis_25(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_walled_cell_inside_hypertonic_solution_18(X) = fn_passive_transport_of_water_1(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_walled_cell_inside_hypertonic_solution_18(X) = fn_plasmolysis_27(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_walled_cell_inside_hypertonic_solution_31(X) = fn_passive_transport_of_water_3(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_walled_cell_inside_hypertonic_solution_17(X) = fn_passive_transport_of_water_2(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_walled_cell_inside_hypertonic_solution_31(X) = fn_plasmolysis_28(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_walled_cell_inside_hypertonic_solution_20(X) = fn_plasmolysis_8(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_walled_cell_inside_hypertonic_solution_29(X) = fn_plasmolysis_6(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_walled_cell_inside_hypertonic_solution_24(X) = fn_plasmolysis_22(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_walled_cell_inside_hypertonic_solution_17(X) = fn_plasma_membrane_70(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_walled_cell_inside_hypertonic_solution_17(X) = fn_plasma_membrane_77(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_walled_cell_inside_hypertonic_solution_33(X) = fn_osmosis_22(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_walled_cell_inside_hypertonic_solution_17(X) = fn_osmosis_23(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_walled_cell_inside_hypertonic_solution_17(X) = fn_plasmolysis_19(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_walled_cell_inside_hypertonic_solution_33(X) = fn_plasmolysis_7(fn_walled_cell_inside_hypertonic_solution_19(X))
& X = fn_plasmolysis_5(fn_walled_cell_inside_hypertonic_solution_19(X))
& X = fn_passive_transport_1(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_walled_cell_inside_hypertonic_solution_22(X) = fn_cell_14(fn_walled_cell_inside_hypertonic_solution_24(X))
& fn_walled_cell_inside_hypertonic_solution_15(X) = fn_decrease_2(fn_walled_cell_inside_hypertonic_solution_32(X))
& fn_walled_cell_inside_hypertonic_solution_16(X) = fn_decrease_3(fn_walled_cell_inside_hypertonic_solution_32(X))
& fn_walled_cell_inside_hypertonic_solution_21(X) = fn_cell_29(fn_walled_cell_inside_hypertonic_solution_24(X))
& fn_walled_cell_inside_hypertonic_solution_23(X) = fn_cell_28(fn_walled_cell_inside_hypertonic_solution_24(X))
& fn_walled_cell_inside_hypertonic_solution_31(X) = fn_passive_transport_26(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_walled_cell_inside_hypertonic_solution_32(X) = fn_passive_transport_23(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_walled_cell_inside_hypertonic_solution_30(X) = fn_passive_transport_29(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_walled_cell_inside_hypertonic_solution_40(X) = fn_passive_transport_14(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_walled_cell_inside_hypertonic_solution_12(X) = fn_aqueous_solution_14(fn_walled_cell_inside_hypertonic_solution_18(X))
& fn_walled_cell_inside_hypertonic_solution_12(X) = fn_hypotonic_solution_3(fn_walled_cell_inside_hypertonic_solution_18(X))
& fn_walled_cell_inside_hypertonic_solution_37(X) = fn_hypotonic_solution_7(fn_walled_cell_inside_hypertonic_solution_18(X))
& fn_walled_cell_inside_hypertonic_solution_11(X) = fn_hypotonic_solution_4(fn_walled_cell_inside_hypertonic_solution_18(X))
& fn_walled_cell_inside_hypertonic_solution_17(X) = fn_hypotonic_solution_2(fn_walled_cell_inside_hypertonic_solution_18(X))
& fn_walled_cell_inside_hypertonic_solution_14(X) = fn_plasma_membrane_6(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_walled_cell_inside_hypertonic_solution_13(X) = fn_biomembrane_41(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_walled_cell_inside_hypertonic_solution_13(X) = fn_plasma_membrane_65(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_walled_cell_inside_hypertonic_solution_25(X) = fn_plasma_membrane_68(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_walled_cell_inside_hypertonic_solution_26(X) = fn_biomembrane_63(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_walled_cell_inside_hypertonic_solution_26(X) = fn_plasma_membrane_71(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_walled_cell_inside_hypertonic_solution_25(X) = fn_plasma_membrane_54(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_walled_cell_inside_hypertonic_solution_28(X) = fn_plasma_membrane_4(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_walled_cell_inside_hypertonic_solution_28(X) = fn_plasma_membrane_3(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_walled_cell_inside_hypertonic_solution_28(X) = fn_plasma_membrane_55(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_walled_cell_inside_hypertonic_solution_27(X) = fn_plasma_membrane_54(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_passive_transport_1(fn_walled_cell_inside_hypertonic_solution_36(X)) = fn_plasmolysis_5(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_plasmolysis_5(fn_walled_cell_inside_hypertonic_solution_19(X)) = fn_plasmolysis_5(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_plasmolysis_5(fn_walled_cell_inside_hypertonic_solution_19(X)) = fn_passive_transport_1(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_passive_transport_1(fn_walled_cell_inside_hypertonic_solution_20(X)) = fn_plasmolysis_20(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_plasmolysis_20(fn_walled_cell_inside_hypertonic_solution_19(X)) = fn_cell_29(fn_walled_cell_inside_hypertonic_solution_24(X))
& fn_cell_29(fn_walled_cell_inside_hypertonic_solution_24(X)) = fn_cell_29(fn_walled_cell_inside_hypertonic_solution_24(X))
& fn_cell_29(fn_walled_cell_inside_hypertonic_solution_24(X)) = fn_passive_transport_of_water_3(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_plasmolysis_28(fn_walled_cell_inside_hypertonic_solution_19(X)) = fn_passive_transport_of_water_3(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_passive_transport_of_water_3(fn_walled_cell_inside_hypertonic_solution_20(X)) = fn_plasmolysis_28(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_plasmolysis_28(fn_walled_cell_inside_hypertonic_solution_19(X)) = fn_plasmolysis_28(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_plasmolysis_28(fn_walled_cell_inside_hypertonic_solution_19(X)) = fn_passive_transport_26(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_passive_transport_26(fn_walled_cell_inside_hypertonic_solution_20(X)) = fn_hypotonic_solution_3(fn_walled_cell_inside_hypertonic_solution_18(X))
& fn_hypotonic_solution_3(fn_walled_cell_inside_hypertonic_solution_18(X)) = fn_hypotonic_solution_3(fn_walled_cell_inside_hypertonic_solution_18(X))
& fn_hypotonic_solution_3(fn_walled_cell_inside_hypertonic_solution_18(X)) = fn_aqueous_solution_14(fn_walled_cell_inside_hypertonic_solution_18(X))
& fn_aqueous_solution_14(fn_walled_cell_inside_hypertonic_solution_18(X)) = fn_hypotonic_solution_3(fn_walled_cell_inside_hypertonic_solution_18(X))
& fn_hypotonic_solution_3(fn_walled_cell_inside_hypertonic_solution_18(X)) = fn_plasmolysis_26(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_plasmolysis_26(fn_walled_cell_inside_hypertonic_solution_19(X)) = fn_plasmolysis_26(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_plasmolysis_26(fn_walled_cell_inside_hypertonic_solution_19(X)) = fn_hypotonic_solution_4(fn_walled_cell_inside_hypertonic_solution_18(X))
& fn_hypotonic_solution_4(fn_walled_cell_inside_hypertonic_solution_18(X)) = fn_hypotonic_solution_4(fn_walled_cell_inside_hypertonic_solution_18(X))
& fn_hypotonic_solution_4(fn_walled_cell_inside_hypertonic_solution_18(X)) = fn_diffusion_of_anion_across_plasma_membrane_9(fn_walled_cell_inside_hypertonic_solution_36(X))
& fn_diffusion_of_anion_across_plasma_membrane_9(fn_walled_cell_inside_hypertonic_solution_36(X)) = fn_passive_transport_of_water_1(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_passive_transport_of_water_1(fn_walled_cell_inside_hypertonic_solution_20(X)) = fn_passive_transport_of_water_1(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_plasmolysis_27(fn_walled_cell_inside_hypertonic_solution_19(X)) = fn_passive_transport_of_water_1(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_passive_transport_of_water_1(fn_walled_cell_inside_hypertonic_solution_20(X)) = fn_plasmolysis_27(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_plasmolysis_27(fn_walled_cell_inside_hypertonic_solution_19(X)) = fn_plasma_membrane_70(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_plasma_membrane_70(fn_walled_cell_inside_hypertonic_solution_33(X)) = fn_plasma_membrane_77(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_plasma_membrane_77(fn_walled_cell_inside_hypertonic_solution_33(X)) = fn_plasma_membrane_77(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_plasma_membrane_77(fn_walled_cell_inside_hypertonic_solution_33(X)) = fn_osmosis_23(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_osmosis_23(fn_walled_cell_inside_hypertonic_solution_20(X)) = fn_passive_transport_of_water_2(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_passive_transport_of_water_2(fn_walled_cell_inside_hypertonic_solution_20(X)) = fn_passive_transport_of_water_2(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_passive_transport_of_water_2(fn_walled_cell_inside_hypertonic_solution_20(X)) = fn_osmosis_23(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_osmosis_23(fn_walled_cell_inside_hypertonic_solution_20(X)) = fn_plasmolysis_19(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_plasmolysis_19(fn_walled_cell_inside_hypertonic_solution_19(X)) = fn_passive_transport_of_water_2(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_passive_transport_of_water_2(fn_walled_cell_inside_hypertonic_solution_20(X)) = fn_plasmolysis_19(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_plasmolysis_19(fn_walled_cell_inside_hypertonic_solution_19(X)) = fn_plasmolysis_19(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_plasmolysis_19(fn_walled_cell_inside_hypertonic_solution_19(X)) = fn_hypotonic_solution_2(fn_walled_cell_inside_hypertonic_solution_18(X))
& fn_hypotonic_solution_2(fn_walled_cell_inside_hypertonic_solution_18(X)) = fn_hypotonic_solution_2(fn_walled_cell_inside_hypertonic_solution_18(X))
& fn_hypotonic_solution_2(fn_walled_cell_inside_hypertonic_solution_18(X)) = fn_plasma_membrane_65(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_plasma_membrane_65(fn_walled_cell_inside_hypertonic_solution_33(X)) = fn_plasma_membrane_65(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_plasma_membrane_65(fn_walled_cell_inside_hypertonic_solution_33(X)) = fn_biomembrane_41(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_biomembrane_41(fn_walled_cell_inside_hypertonic_solution_33(X)) = fn_plasma_membrane_65(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_plasma_membrane_65(fn_walled_cell_inside_hypertonic_solution_33(X)) = fn_biomembrane_63(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_biomembrane_63(fn_walled_cell_inside_hypertonic_solution_33(X)) = fn_plasma_membrane_71(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_plasma_membrane_71(fn_walled_cell_inside_hypertonic_solution_33(X)) = fn_plasma_membrane_71(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_plasma_membrane_71(fn_walled_cell_inside_hypertonic_solution_33(X)) = fn_plasma_membrane_68(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_plasma_membrane_68(fn_walled_cell_inside_hypertonic_solution_33(X)) = fn_plasma_membrane_68(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_plasma_membrane_68(fn_walled_cell_inside_hypertonic_solution_33(X)) = fn_plasma_membrane_54(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_plasma_membrane_54(fn_walled_cell_inside_hypertonic_solution_33(X)) = fn_plasma_membrane_54(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_plasma_membrane_54(fn_walled_cell_inside_hypertonic_solution_33(X)) = fn_diffusion_of_anion_across_plasma_membrane_28(fn_walled_cell_inside_hypertonic_solution_36(X))
& fn_diffusion_of_anion_across_plasma_membrane_28(fn_walled_cell_inside_hypertonic_solution_36(X)) = fn_osmosis_22(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_osmosis_22(fn_walled_cell_inside_hypertonic_solution_20(X)) = fn_osmosis_22(fn_walled_cell_inside_hypertonic_solution_20(X))
& fn_osmosis_22(fn_walled_cell_inside_hypertonic_solution_20(X)) = fn_diffusion_of_anion_across_plasma_membrane_28(fn_walled_cell_inside_hypertonic_solution_36(X))
& fn_diffusion_of_anion_across_plasma_membrane_28(fn_walled_cell_inside_hypertonic_solution_36(X)) = fn_diffusion_of_anion_across_plasma_membrane_28(fn_walled_cell_inside_hypertonic_solution_36(X))
& fn_diffusion_of_anion_across_plasma_membrane_28(fn_walled_cell_inside_hypertonic_solution_36(X)) = fn_plasmolysis_7(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_plasmolysis_7(fn_walled_cell_inside_hypertonic_solution_19(X)) = fn_plasmolysis_7(fn_walled_cell_inside_hypertonic_solution_19(X))
& fn_plasmolysis_7(fn_walled_cell_inside_hypertonic_solution_19(X)) = fn_plasma_membrane_4(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_plasma_membrane_4(fn_walled_cell_inside_hypertonic_solution_33(X)) = fn_plasma_membrane_3(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_plasma_membrane_55(fn_walled_cell_inside_hypertonic_solution_33(X)) = fn_plasma_membrane_55(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_plasma_membrane_55(fn_walled_cell_inside_hypertonic_solution_33(X)) = fn_plasma_membrane_3(fn_walled_cell_inside_hypertonic_solution_33(X))
& fn_plasma_membrane_3(fn_walled_cell_inside_hypertonic_solution_33(X)) = fn_plasma_membrane_55(fn_walled_cell_inside_hypertonic_solution_33(X)) ) ) ).
fof(a533690,axiom,
! [X] :
( walled_cell_inside_hypotonic_solution_1(X)
=> ( original_name_2(X,'Walled-Cell-Inside-Hypotonic-Solution')
& user_description_2(X,'This is the situation in which walled cell is placed inside hypotonic solution.')
& concept2words_2(X,'walled cell inside hypotonic solution')
& concept2words_2(X,'walled-cell-inside-hypotonic-solution')
& walled_cell_1(X)
& potential_value_1(fn_walled_cell_inside_hypotonic_solution_1(X))
& potential_value_1(fn_walled_cell_inside_hypotonic_solution_2(X))
& time_interval_1(fn_walled_cell_inside_hypotonic_solution_5(X))
& time_interval_1(fn_walled_cell_inside_hypotonic_solution_6(X))
& extra_cellular_matrix_1(fn_walled_cell_inside_hypotonic_solution_7(X))
& concentration_gradient_1(fn_walled_cell_inside_hypotonic_solution_8(X))
& membrane_potential_1(fn_walled_cell_inside_hypotonic_solution_8(X))
& potential_value_1(fn_walled_cell_inside_hypotonic_solution_10(X))
& potential_value_1(fn_walled_cell_inside_hypotonic_solution_11(X))
& substance_1(fn_walled_cell_inside_hypotonic_solution_13(X))
& solid_substance_1(fn_walled_cell_inside_hypotonic_solution_13(X))
& gradient_1(fn_walled_cell_inside_hypotonic_solution_18(X))
& concentration_gradient_1(fn_walled_cell_inside_hypotonic_solution_18(X))
& free_energy_1(fn_walled_cell_inside_hypotonic_solution_19(X))
& potential_energy_1(fn_walled_cell_inside_hypotonic_solution_20(X))
& thermal_motion_1(fn_walled_cell_inside_hypotonic_solution_21(X))
& move_through_1(fn_walled_cell_inside_hypotonic_solution_22(X))
& move_1(fn_walled_cell_inside_hypotonic_solution_22(X))
& spatial_entity_1(fn_walled_cell_inside_hypotonic_solution_23(X))
& biomembrane_1(fn_walled_cell_inside_hypotonic_solution_23(X))
& plasma_membrane_1(fn_walled_cell_inside_hypotonic_solution_23(X))
& chemical_1(fn_walled_cell_inside_hypotonic_solution_24(X))
& spatial_entity_1(fn_walled_cell_inside_hypotonic_solution_24(X))
& tangible_entity_1(fn_walled_cell_inside_hypotonic_solution_24(X))
& water_1(fn_walled_cell_inside_hypotonic_solution_24(X))
& rate_value_1(fn_walled_cell_inside_hypotonic_solution_25(X))
& solution_1(fn_walled_cell_inside_hypotonic_solution_26(X))
& aqueous_solution_1(fn_walled_cell_inside_hypotonic_solution_26(X))
& hypotonic_solution_1(fn_walled_cell_inside_hypotonic_solution_26(X))
& solution_1(fn_walled_cell_inside_hypotonic_solution_27(X))
& substance_1(fn_walled_cell_inside_hypotonic_solution_27(X))
& aqueous_solution_1(fn_walled_cell_inside_hypotonic_solution_27(X))
& mixture_1(fn_walled_cell_inside_hypotonic_solution_27(X))
& hypertonic_solution_1(fn_walled_cell_inside_hypotonic_solution_27(X))
& symmetrical_distribution_1(fn_walled_cell_inside_hypotonic_solution_28(X))
& concentration_value_1(fn_walled_cell_inside_hypotonic_solution_29(X))
& quantity_value_1(fn_walled_cell_inside_hypotonic_solution_30(X))
& quantity_value_1(fn_walled_cell_inside_hypotonic_solution_31(X))
& turgor_pressure_1(fn_walled_cell_inside_hypotonic_solution_33(X))
& intensity_value_1(fn_walled_cell_inside_hypotonic_solution_34(X))
& increase_1(fn_walled_cell_inside_hypotonic_solution_35(X))
& spatial_entity_1(fn_walled_cell_inside_hypotonic_solution_36(X))
& biomembrane_1(fn_walled_cell_inside_hypotonic_solution_36(X))
& plasma_membrane_1(fn_walled_cell_inside_hypotonic_solution_36(X))
& ribosome_1(fn_walled_cell_inside_hypotonic_solution_37(X))
& cell_wall_1(fn_walled_cell_inside_hypotonic_solution_38(X))
& expand_1(fn_walled_cell_inside_hypotonic_solution_39(X))
& hypotonic_solution_1(fn_walled_cell_inside_hypotonic_solution_40(X))
& solution_1(fn_walled_cell_inside_hypotonic_solution_40(X))
& aqueous_solution_1(fn_walled_cell_inside_hypotonic_solution_40(X))
& membrane_protein_1(fn_walled_cell_inside_hypotonic_solution_41(X))
& protein_1(fn_walled_cell_inside_hypotonic_solution_41(X))
& spatial_entity_1(fn_walled_cell_inside_hypotonic_solution_41(X))
& polymer_1(fn_walled_cell_inside_hypotonic_solution_41(X))
& tangible_entity_1(fn_walled_cell_inside_hypotonic_solution_41(X))
& transmembrane_protein_1(fn_walled_cell_inside_hypotonic_solution_41(X))
& integral_protein_1(fn_walled_cell_inside_hypotonic_solution_41(X))
& transport_protein_1(fn_walled_cell_inside_hypotonic_solution_41(X))
& tangible_entity_1(fn_walled_cell_inside_hypotonic_solution_42(X))
& membrane_protein_1(fn_walled_cell_inside_hypotonic_solution_42(X))
& protein_1(fn_walled_cell_inside_hypotonic_solution_42(X))
& spatial_entity_1(fn_walled_cell_inside_hypotonic_solution_42(X))
& polymer_1(fn_walled_cell_inside_hypotonic_solution_42(X))
& stop_1(fn_walled_cell_inside_hypotonic_solution_43(X))
& turgid_cell_1(fn_walled_cell_inside_hypotonic_solution_44(X))
& mixture_1(fn_walled_cell_inside_hypotonic_solution_45(X))
& cytoplasm_1(fn_walled_cell_inside_hypotonic_solution_45(X))
& substance_1(fn_walled_cell_inside_hypotonic_solution_46(X))
& cytosol_1(fn_walled_cell_inside_hypotonic_solution_46(X))
& ribosome_1(fn_walled_cell_inside_hypotonic_solution_54(X))
& substance_1(fn_walled_cell_inside_hypotonic_solution_55(X))
& cytosol_1(fn_walled_cell_inside_hypotonic_solution_55(X))
& volume_value_1(fn_walled_cell_inside_hypotonic_solution_56(X))
& hydrophilic_compound_1(fn_walled_cell_inside_hypotonic_solution_57(X))
& spatial_entity_1(fn_walled_cell_inside_hypotonic_solution_58(X))
& hydrophobic_compound_1(fn_walled_cell_inside_hypotonic_solution_58(X))
& block_1(fn_walled_cell_inside_hypotonic_solution_59(X))
& barrier_1(fn_walled_cell_inside_hypotonic_solution_60(X))
& block_1(fn_walled_cell_inside_hypotonic_solution_61(X))
& quantity_value_1(fn_walled_cell_inside_hypotonic_solution_62(X))
& volume_value_1(fn_walled_cell_inside_hypotonic_solution_63(X))
& turgid_cell_1(fn_walled_cell_inside_hypotonic_solution_64(X))
& passive_transport_of_water_1(fn_walled_cell_inside_hypotonic_solution_65(X))
& osmosis_1(fn_walled_cell_inside_hypotonic_solution_65(X))
& passive_transport_1(fn_walled_cell_inside_hypotonic_solution_65(X))
& stop_1(fn_walled_cell_inside_hypotonic_solution_66(X))
& cell_wall_1(fn_walled_cell_inside_hypotonic_solution_67(X))
& expand_1(fn_walled_cell_inside_hypotonic_solution_68(X))
& volume_value_1(fn_walled_cell_inside_hypotonic_solution_69(X))
& volume_value_1(fn_walled_cell_inside_hypotonic_solution_70(X))
& substance_1(fn_walled_cell_inside_hypotonic_solution_71(X))
& mixture_1(fn_walled_cell_inside_hypotonic_solution_71(X))
& cytoplasm_1(fn_walled_cell_inside_hypotonic_solution_71(X))
& suspension_1(fn_walled_cell_inside_hypotonic_solution_71(X))
& colloid_1(fn_walled_cell_inside_hypotonic_solution_71(X))
& mixture_1(fn_walled_cell_inside_hypotonic_solution_72(X))
& cytoplasm_1(fn_walled_cell_inside_hypotonic_solution_72(X))
& substance_1(fn_walled_cell_inside_hypotonic_solution_72(X))
& outside_face_1(fn_walled_cell_inside_hypotonic_solution_73(X))
& extracellular_side_1(fn_walled_cell_inside_hypotonic_solution_73(X))
& hydrophobic_core_1(fn_walled_cell_inside_hypotonic_solution_74(X))
& glycoprotein_1(fn_walled_cell_inside_hypotonic_solution_75(X))
& tangible_entity_1(fn_walled_cell_inside_hypotonic_solution_76(X))
& membrane_protein_1(fn_walled_cell_inside_hypotonic_solution_76(X))
& protein_1(fn_walled_cell_inside_hypotonic_solution_76(X))
& spatial_entity_1(fn_walled_cell_inside_hypotonic_solution_76(X))
& polymer_1(fn_walled_cell_inside_hypotonic_solution_76(X))
& tangible_entity_1(fn_walled_cell_inside_hypotonic_solution_77(X))
& phospholipid_bilayer_1(fn_walled_cell_inside_hypotonic_solution_77(X))
& tangible_entity_1(fn_walled_cell_inside_hypotonic_solution_78(X))
& membrane_protein_1(fn_walled_cell_inside_hypotonic_solution_78(X))
& protein_1(fn_walled_cell_inside_hypotonic_solution_78(X))
& tangible_entity_1(fn_walled_cell_inside_hypotonic_solution_79(X))
& transmembrane_protein_1(fn_walled_cell_inside_hypotonic_solution_79(X))
& integral_protein_1(fn_walled_cell_inside_hypotonic_solution_79(X))
& transport_protein_1(fn_walled_cell_inside_hypotonic_solution_79(X))
& surface_1(fn_walled_cell_inside_hypotonic_solution_80(X))
& cytoplasmic_side_1(fn_walled_cell_inside_hypotonic_solution_80(X))
& surface_1(fn_walled_cell_inside_hypotonic_solution_81(X))
& substance_1(fn_walled_cell_inside_hypotonic_solution_82(X))
& cytosol_1(fn_walled_cell_inside_hypotonic_solution_82(X))
& membrane_protein_1(fn_walled_cell_inside_hypotonic_solution_83(X))
& attach_1(fn_walled_cell_inside_hypotonic_solution_84(X))
& potential_value_1(fn_walled_cell_inside_hypotonic_solution_85(X))
& size_value_1(fn_walled_cell_inside_hypotonic_solution_86(X))
& substance_1(fn_walled_cell_inside_hypotonic_solution_87(X))
& chemical_1(fn_walled_cell_inside_hypotonic_solution_87(X))
& concentration_value_1(fn_walled_cell_inside_hypotonic_solution_88(X))
& chemical_1(fn_walled_cell_inside_hypotonic_solution_89(X))
& attach_1(fn_passive_transport_20(fn_walled_cell_inside_hypotonic_solution_65(X)))
& property_node_1(fn_turgid_cell_13(fn_walled_cell_inside_hypotonic_solution_64(X)))
& property_node_1(fn_turgid_cell_79(fn_walled_cell_inside_hypotonic_solution_64(X)))
& property_node_1(fn_turgid_cell_75(fn_walled_cell_inside_hypotonic_solution_64(X)))
& property_node_1(fn_turgid_cell_28(fn_walled_cell_inside_hypotonic_solution_64(X)))
& volume_value_1(fn_turgid_cell_78(fn_walled_cell_inside_hypotonic_solution_64(X)))
& mixture_1(fn_turgid_cell_102(fn_walled_cell_inside_hypotonic_solution_64(X)))
& cytoplasm_1(fn_turgid_cell_102(fn_walled_cell_inside_hypotonic_solution_64(X)))
& turgid_cell_1(fn_turgid_cell_103(fn_walled_cell_inside_hypotonic_solution_64(X)))
& expand_1(fn_turgid_cell_104(fn_walled_cell_inside_hypotonic_solution_64(X)))
& stop_1(fn_turgid_cell_16(fn_walled_cell_inside_hypotonic_solution_64(X)))
& cell_wall_1(fn_turgid_cell_84(fn_walled_cell_inside_hypotonic_solution_64(X)))
& increase_1(fn_turgid_cell_67(fn_walled_cell_inside_hypotonic_solution_64(X)))
& property_node_1(fn_turgid_cell_12(fn_walled_cell_inside_hypotonic_solution_64(X)))
& potential_value_1(fn_turgid_cell_24(fn_walled_cell_inside_hypotonic_solution_64(X)))
& osmosis_1(fn_turgid_cell_68(fn_walled_cell_inside_hypotonic_solution_64(X)))
& stop_1(fn_turgid_cell_17(fn_walled_cell_inside_hypotonic_solution_64(X)))
& expand_1(fn_turgid_cell_65(fn_walled_cell_inside_hypotonic_solution_64(X)))
& chemical_1(fn_turgid_cell_66(fn_walled_cell_inside_hypotonic_solution_64(X)))
& spatial_entity_1(fn_turgid_cell_66(fn_walled_cell_inside_hypotonic_solution_64(X)))
& tangible_entity_1(fn_turgid_cell_66(fn_walled_cell_inside_hypotonic_solution_64(X)))
& water_1(fn_turgid_cell_66(fn_walled_cell_inside_hypotonic_solution_64(X)))
& intensity_value_1(fn_turgid_cell_74(fn_walled_cell_inside_hypotonic_solution_64(X)))
& turgor_pressure_1(fn_turgid_cell_20(fn_walled_cell_inside_hypotonic_solution_64(X)))
& potential_value_1(fn_turgid_cell_27(fn_walled_cell_inside_hypotonic_solution_64(X)))
& potential_value_1(fn_turgid_cell_15(fn_walled_cell_inside_hypotonic_solution_64(X)))
& ribosome_1(fn_turgid_cell_85(fn_walled_cell_inside_hypotonic_solution_64(X)))
& spatial_entity_1(fn_turgid_cell_82(fn_walled_cell_inside_hypotonic_solution_64(X)))
& biomembrane_1(fn_turgid_cell_82(fn_walled_cell_inside_hypotonic_solution_64(X)))
& plasma_membrane_1(fn_turgid_cell_82(fn_walled_cell_inside_hypotonic_solution_64(X)))
& mixture_1(fn_turgid_cell_71(fn_walled_cell_inside_hypotonic_solution_64(X)))
& cytoplasm_1(fn_turgid_cell_71(fn_walled_cell_inside_hypotonic_solution_64(X)))
& substance_1(fn_turgid_cell_71(fn_walled_cell_inside_hypotonic_solution_64(X)))
& property_node_1(fn_expand_3(fn_walled_cell_inside_hypotonic_solution_68(X)))
& property_node_1(fn_passive_transport_7(fn_walled_cell_inside_hypotonic_solution_65(X)))
& rate_value_1(fn_passive_transport_6(fn_walled_cell_inside_hypotonic_solution_65(X)))
& property_node_1(fn_expand_2(fn_walled_cell_inside_hypotonic_solution_68(X)))
& volume_value_1(fn_expand_5(fn_walled_cell_inside_hypotonic_solution_68(X)))
& free_energy_1(fn_passive_transport_17(fn_walled_cell_inside_hypotonic_solution_65(X)))
& property_node_1(fn_passive_transport_30(fn_walled_cell_inside_hypotonic_solution_65(X)))
& quantity_value_1(fn_passive_transport_28(fn_walled_cell_inside_hypotonic_solution_65(X)))
& potential_energy_1(fn_passive_transport_27(fn_walled_cell_inside_hypotonic_solution_65(X)))
& property_node_1(fn_passive_transport_15(fn_walled_cell_inside_hypotonic_solution_65(X)))
& quantity_value_1(fn_passive_transport_19(fn_walled_cell_inside_hypotonic_solution_65(X)))
& property_node_1(fn_passive_transport_16(fn_walled_cell_inside_hypotonic_solution_65(X)))
& quantity_value_1(fn_passive_transport_18(fn_walled_cell_inside_hypotonic_solution_65(X)))
& hydrophilic_compound_1(fn_plasma_membrane_50(fn_walled_cell_inside_hypotonic_solution_23(X)))
& hydrophobic_core_1(fn_plasma_membrane_6(fn_walled_cell_inside_hypotonic_solution_23(X)))
& glycoprotein_1(fn_plasma_membrane_34(fn_walled_cell_inside_hypotonic_solution_23(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_walled_cell_inside_hypotonic_solution_23(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_walled_cell_inside_hypotonic_solution_23(X)))
& protein_1(fn_plasma_membrane_54(fn_walled_cell_inside_hypotonic_solution_23(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_walled_cell_inside_hypotonic_solution_23(X)))
& polymer_1(fn_plasma_membrane_54(fn_walled_cell_inside_hypotonic_solution_23(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_walled_cell_inside_hypotonic_solution_23(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_walled_cell_inside_hypotonic_solution_23(X)))
& protein_1(fn_plasma_membrane_68(fn_walled_cell_inside_hypotonic_solution_23(X)))
& block_1(fn_plasma_membrane_31(fn_walled_cell_inside_hypotonic_solution_23(X)))
& barrier_1(fn_plasma_membrane_30(fn_walled_cell_inside_hypotonic_solution_23(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_walled_cell_inside_hypotonic_solution_23(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_walled_cell_inside_hypotonic_solution_23(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_walled_cell_inside_hypotonic_solution_23(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_walled_cell_inside_hypotonic_solution_23(X)))
& property_node_1(fn_hypertonic_solution_1(fn_walled_cell_inside_hypotonic_solution_27(X)))
& property_node_1(fn_hypertonic_solution_2(fn_walled_cell_inside_hypotonic_solution_27(X)))
& concentration_value_1(fn_hypertonic_solution_4(fn_walled_cell_inside_hypotonic_solution_27(X)))
& property_node_1(fn_substance_4(fn_walled_cell_inside_hypotonic_solution_71(X)))
& property_node_1(fn_turgid_cell_77(fn_walled_cell_inside_hypotonic_solution_64(X)))
& volume_value_1(fn_substance_3(fn_walled_cell_inside_hypotonic_solution_71(X)))
& volume_value_1(fn_turgid_cell_76(fn_walled_cell_inside_hypotonic_solution_64(X)))
& substance_1(fn_turgid_cell_101(fn_walled_cell_inside_hypotonic_solution_64(X)))
& cytosol_1(fn_turgid_cell_101(fn_walled_cell_inside_hypotonic_solution_64(X)))
& substance_1(fn_turgid_cell_86(fn_walled_cell_inside_hypotonic_solution_64(X)))
& cytosol_1(fn_turgid_cell_86(fn_walled_cell_inside_hypotonic_solution_64(X)))
& cytosol_1(fn_cytoplasm_8(fn_walled_cell_inside_hypotonic_solution_71(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_walled_cell_inside_hypotonic_solution_36(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_walled_cell_inside_hypotonic_solution_36(X)))
& tangible_entity_1(fn_plasma_membrane_55(fn_walled_cell_inside_hypotonic_solution_36(X)))
& transmembrane_protein_1(fn_plasma_membrane_55(fn_walled_cell_inside_hypotonic_solution_36(X)))
& integral_protein_1(fn_plasma_membrane_55(fn_walled_cell_inside_hypotonic_solution_36(X)))
& transport_protein_1(fn_plasma_membrane_55(fn_walled_cell_inside_hypotonic_solution_36(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_walled_cell_inside_hypotonic_solution_36(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_walled_cell_inside_hypotonic_solution_36(X)))
& protein_1(fn_plasma_membrane_68(fn_walled_cell_inside_hypotonic_solution_36(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_walled_cell_inside_hypotonic_solution_36(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_walled_cell_inside_hypotonic_solution_36(X)))
& protein_1(fn_plasma_membrane_54(fn_walled_cell_inside_hypotonic_solution_36(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_walled_cell_inside_hypotonic_solution_36(X)))
& polymer_1(fn_plasma_membrane_54(fn_walled_cell_inside_hypotonic_solution_36(X)))
& cell_1(fn_cytoplasm_7(fn_walled_cell_inside_hypotonic_solution_71(X)))
& tangible_entity_1(fn_cell_wall_13(fn_walled_cell_inside_hypotonic_solution_67(X)))
& cell_1(fn_cell_wall_13(fn_walled_cell_inside_hypotonic_solution_67(X)))
& walled_cell_inside_hypotonic_solution_1(fn_turgid_cell_70(fn_walled_cell_inside_hypotonic_solution_64(X)))
& tangible_entity_1(fn_expand_1(fn_walled_cell_inside_hypotonic_solution_68(X)))
& cell_1(fn_passive_transport_1(fn_walled_cell_inside_hypotonic_solution_65(X)))
& symmetrical_distribution_1(fn_turgid_cell_95(fn_walled_cell_inside_hypotonic_solution_64(X)))
& symmetrical_distribution_1(fn_passive_transport_29(fn_walled_cell_inside_hypotonic_solution_65(X)))
& thermal_motion_1(fn_turgid_cell_97(fn_walled_cell_inside_hypotonic_solution_64(X)))
& thermal_motion_1(fn_passive_transport_22(fn_walled_cell_inside_hypotonic_solution_65(X)))
& solid_substance_1(fn_suspension_1(fn_walled_cell_inside_hypotonic_solution_71(X)))
& substance_1(fn_colloid_4(fn_walled_cell_inside_hypotonic_solution_71(X)))
& solid_substance_1(fn_colloid_4(fn_walled_cell_inside_hypotonic_solution_71(X)))
& mixture_1(fn_turgid_cell_69(fn_walled_cell_inside_hypotonic_solution_64(X)))
& cytoplasm_1(fn_turgid_cell_69(fn_walled_cell_inside_hypotonic_solution_64(X)))
& substance_1(fn_turgid_cell_69(fn_walled_cell_inside_hypotonic_solution_64(X)))
& volume_value_1(fn_expand_4(fn_walled_cell_inside_hypotonic_solution_68(X)))
& gradient_1(fn_passive_transport_of_water_3(fn_walled_cell_inside_hypotonic_solution_65(X)))
& concentration_gradient_1(fn_passive_transport_of_water_3(fn_walled_cell_inside_hypotonic_solution_65(X)))
& gradient_1(fn_turgid_cell_98(fn_walled_cell_inside_hypotonic_solution_64(X)))
& concentration_gradient_1(fn_turgid_cell_98(fn_walled_cell_inside_hypotonic_solution_64(X)))
& gradient_1(fn_turgid_cell_92(fn_walled_cell_inside_hypotonic_solution_64(X)))
& concentration_gradient_1(fn_turgid_cell_92(fn_walled_cell_inside_hypotonic_solution_64(X)))
& gradient_1(fn_passive_transport_26(fn_walled_cell_inside_hypotonic_solution_65(X)))
& concentration_gradient_1(fn_passive_transport_26(fn_walled_cell_inside_hypotonic_solution_65(X)))
& block_1(fn_biomembrane_102(fn_walled_cell_inside_hypotonic_solution_23(X)))
& block_1(fn_plasma_membrane_96(fn_walled_cell_inside_hypotonic_solution_23(X)))
& block_1(fn_biomembrane_101(fn_walled_cell_inside_hypotonic_solution_23(X)))
& block_1(fn_plasma_membrane_33(fn_walled_cell_inside_hypotonic_solution_23(X)))
& move_through_1(fn_turgid_cell_99(fn_walled_cell_inside_hypotonic_solution_64(X)))
& move_1(fn_turgid_cell_99(fn_walled_cell_inside_hypotonic_solution_64(X)))
& move_through_1(fn_passive_transport_24(fn_walled_cell_inside_hypotonic_solution_65(X)))
& move_through_1(fn_plasma_membrane_74(fn_walled_cell_inside_hypotonic_solution_23(X)))
& move_1(fn_plasma_membrane_74(fn_walled_cell_inside_hypotonic_solution_23(X)))
& tangible_entity_1(fn_biomembrane_63(fn_walled_cell_inside_hypotonic_solution_23(X)))
& phospholipid_bilayer_1(fn_biomembrane_63(fn_walled_cell_inside_hypotonic_solution_23(X)))
& tangible_entity_1(fn_plasma_membrane_71(fn_walled_cell_inside_hypotonic_solution_23(X)))
& phospholipid_bilayer_1(fn_plasma_membrane_71(fn_walled_cell_inside_hypotonic_solution_23(X)))
& cytoplasmic_side_1(fn_plasma_membrane_66(fn_walled_cell_inside_hypotonic_solution_23(X)))
& membrane_protein_1(fn_passive_transport_21(fn_walled_cell_inside_hypotonic_solution_65(X)))
& membrane_protein_1(fn_plasma_membrane_4(fn_walled_cell_inside_hypotonic_solution_23(X)))
& membrane_protein_1(fn_plasma_membrane_3(fn_walled_cell_inside_hypotonic_solution_23(X)))
& spatial_entity_1(fn_block_1(fn_walled_cell_inside_hypotonic_solution_61(X)))
& hydrophobic_compound_1(fn_biomembrane_99(fn_walled_cell_inside_hypotonic_solution_23(X)))
& hydrophobic_compound_1(fn_plasma_membrane_98(fn_walled_cell_inside_hypotonic_solution_23(X)))
& spatial_entity_1(fn_passive_transport_25(fn_walled_cell_inside_hypotonic_solution_65(X)))
& biomembrane_1(fn_passive_transport_25(fn_walled_cell_inside_hypotonic_solution_65(X)))
& spatial_entity_1(fn_turgid_cell_100(fn_walled_cell_inside_hypotonic_solution_64(X)))
& biomembrane_1(fn_turgid_cell_100(fn_walled_cell_inside_hypotonic_solution_64(X)))
& plasma_membrane_1(fn_turgid_cell_100(fn_walled_cell_inside_hypotonic_solution_64(X)))
& outside_face_1(fn_biomembrane_41(fn_walled_cell_inside_hypotonic_solution_23(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_walled_cell_inside_hypotonic_solution_23(X)))
& chemical_1(fn_turgid_cell_93(fn_walled_cell_inside_hypotonic_solution_64(X)))
& chemical_1(fn_hypertonic_solution_5(fn_walled_cell_inside_hypotonic_solution_27(X)))
& hypotonic_solution_1(fn_passive_transport_of_water_1(fn_walled_cell_inside_hypotonic_solution_65(X)))
& aqueous_solution_1(fn_passive_transport_of_water_1(fn_walled_cell_inside_hypotonic_solution_65(X)))
& hypotonic_solution_1(fn_turgid_cell_49(fn_walled_cell_inside_hypotonic_solution_64(X)))
& solution_1(fn_turgid_cell_49(fn_walled_cell_inside_hypotonic_solution_64(X)))
& aqueous_solution_1(fn_turgid_cell_49(fn_walled_cell_inside_hypotonic_solution_64(X)))
& hypotonic_solution_1(fn_hypertonic_solution_6(fn_walled_cell_inside_hypotonic_solution_27(X)))
& concentration_value_1(fn_turgid_cell_94(fn_walled_cell_inside_hypotonic_solution_64(X)))
& concentration_value_1(fn_passive_transport_8(fn_walled_cell_inside_hypotonic_solution_65(X)))
& concentration_value_1(fn_hypertonic_solution_3(fn_walled_cell_inside_hypotonic_solution_27(X)))
& substance_1(fn_mixture_1(fn_walled_cell_inside_hypotonic_solution_27(X)))
& chemical_1(fn_hypertonic_solution_8(fn_walled_cell_inside_hypotonic_solution_27(X)))
& substance_1(fn_plasma_membrane_70(fn_walled_cell_inside_hypotonic_solution_23(X)))
& aqueous_solution_1(fn_plasma_membrane_70(fn_walled_cell_inside_hypotonic_solution_23(X)))
& aqueous_solution_1(fn_plasma_membrane_77(fn_walled_cell_inside_hypotonic_solution_23(X)))
& hypertonic_solution_1(fn_passive_transport_of_water_2(fn_walled_cell_inside_hypotonic_solution_65(X)))
& aqueous_solution_1(fn_passive_transport_of_water_2(fn_walled_cell_inside_hypotonic_solution_65(X)))
& hypertonic_solution_1(fn_turgid_cell_50(fn_walled_cell_inside_hypotonic_solution_64(X)))
& solution_1(fn_turgid_cell_50(fn_walled_cell_inside_hypotonic_solution_64(X)))
& substance_1(fn_turgid_cell_50(fn_walled_cell_inside_hypotonic_solution_64(X)))
& aqueous_solution_1(fn_turgid_cell_50(fn_walled_cell_inside_hypotonic_solution_64(X)))
& is_inside_2(fn_walled_cell_inside_hypotonic_solution_13(X),fn_walled_cell_inside_hypotonic_solution_55(X))
& directly_proportional_2(fn_walled_cell_inside_hypotonic_solution_29(X),fn_walled_cell_inside_hypotonic_solution_62(X))
& water_potential_2(fn_walled_cell_inside_hypotonic_solution_40(X),fn_walled_cell_inside_hypotonic_solution_1(X))
& water_potential_2(fn_walled_cell_inside_hypotonic_solution_46(X),fn_walled_cell_inside_hypotonic_solution_2(X))
& greater_than_or_equal_to_2(fn_walled_cell_inside_hypotonic_solution_2(X),fn_walled_cell_inside_hypotonic_solution_1(X))
& time_before_2(fn_walled_cell_inside_hypotonic_solution_6(X),fn_walled_cell_inside_hypotonic_solution_5(X))
& instrument_2(fn_walled_cell_inside_hypotonic_solution_61(X),fn_walled_cell_inside_hypotonic_solution_23(X))
& time_during_2(fn_walled_cell_inside_hypotonic_solution_65(X),fn_walled_cell_inside_hypotonic_solution_6(X))
& agent_2(fn_walled_cell_inside_hypotonic_solution_66(X),fn_walled_cell_inside_hypotonic_solution_67(X))
& is_outside_2(fn_walled_cell_inside_hypotonic_solution_7(X),X)
& time_during_2(fn_walled_cell_inside_hypotonic_solution_68(X),fn_walled_cell_inside_hypotonic_solution_5(X))
& called_2(fn_walled_cell_inside_hypotonic_solution_76(X),'MP1')
& fn_walled_cell_inside_hypotonic_solution_78(X) != fn_walled_cell_inside_hypotonic_solution_79(X)
& called_2(fn_walled_cell_inside_hypotonic_solution_78(X),'MP2')
& fn_walled_cell_inside_hypotonic_solution_79(X) != fn_walled_cell_inside_hypotonic_solution_78(X)
& is_across_2(fn_walled_cell_inside_hypotonic_solution_8(X),fn_walled_cell_inside_hypotonic_solution_23(X))
& has_part_2(X,fn_walled_cell_inside_hypotonic_solution_67(X))
& base_2(fn_walled_cell_inside_hypotonic_solution_84(X),fn_walled_cell_inside_hypotonic_solution_23(X))
& object_2(fn_walled_cell_inside_hypotonic_solution_84(X),fn_walled_cell_inside_hypotonic_solution_83(X))
& agent_2(fn_walled_cell_inside_hypotonic_solution_65(X),fn_walled_cell_inside_hypotonic_solution_18(X))
& path_2(fn_walled_cell_inside_hypotonic_solution_65(X),fn_walled_cell_inside_hypotonic_solution_23(X))
& is_outside_2(fn_walled_cell_inside_hypotonic_solution_40(X),fn_walled_cell_inside_hypotonic_solution_64(X))
& destination_2(fn_walled_cell_inside_hypotonic_solution_65(X),fn_walled_cell_inside_hypotonic_solution_27(X))
& next_event_2(fn_walled_cell_inside_hypotonic_solution_65(X),fn_walled_cell_inside_hypotonic_solution_68(X))
& object_2(fn_walled_cell_inside_hypotonic_solution_28(X),fn_walled_cell_inside_hypotonic_solution_24(X))
& volume_2(fn_walled_cell_inside_hypotonic_solution_71(X),fn_walled_cell_inside_hypotonic_solution_70(X))
& is_outside_2(fn_walled_cell_inside_hypotonic_solution_26(X),X)
& has_part_2(fn_walled_cell_inside_hypotonic_solution_72(X),fn_walled_cell_inside_hypotonic_solution_82(X))
& object_2(fn_walled_cell_inside_hypotonic_solution_22(X),fn_walled_cell_inside_hypotonic_solution_24(X))
& object_2(fn_walled_cell_inside_hypotonic_solution_21(X),fn_walled_cell_inside_hypotonic_solution_24(X))
& volume_2(fn_walled_cell_inside_hypotonic_solution_72(X),fn_walled_cell_inside_hypotonic_solution_69(X))
& greater_than_2(fn_walled_cell_inside_hypotonic_solution_69(X),fn_walled_cell_inside_hypotonic_solution_70(X))
& causes_2(fn_walled_cell_inside_hypotonic_solution_65(X),fn_walled_cell_inside_hypotonic_solution_35(X))
& object_2(fn_walled_cell_inside_hypotonic_solution_65(X),fn_walled_cell_inside_hypotonic_solution_24(X))
& concentration_2(fn_walled_cell_inside_hypotonic_solution_24(X),fn_walled_cell_inside_hypotonic_solution_29(X))
& base_2(fn_walled_cell_inside_hypotonic_solution_39(X),fn_walled_cell_inside_hypotonic_solution_64(X))
& result_2(fn_walled_cell_inside_hypotonic_solution_39(X),fn_walled_cell_inside_hypotonic_solution_44(X))
& has_part_2(fn_walled_cell_inside_hypotonic_solution_44(X),fn_walled_cell_inside_hypotonic_solution_45(X))
& has_part_2(fn_walled_cell_inside_hypotonic_solution_45(X),fn_walled_cell_inside_hypotonic_solution_46(X))
& from_value_2(fn_walled_cell_inside_hypotonic_solution_35(X),fn_walled_cell_inside_hypotonic_solution_34(X))
& result_2(fn_walled_cell_inside_hypotonic_solution_35(X),fn_walled_cell_inside_hypotonic_solution_64(X))
& enables_2(fn_walled_cell_inside_hypotonic_solution_68(X),fn_walled_cell_inside_hypotonic_solution_66(X))
& inhibits_2(fn_walled_cell_inside_hypotonic_solution_66(X),fn_walled_cell_inside_hypotonic_solution_65(X))
& origin_2(fn_walled_cell_inside_hypotonic_solution_65(X),fn_walled_cell_inside_hypotonic_solution_26(X))
& is_between_2(fn_walled_cell_inside_hypotonic_solution_23(X),fn_walled_cell_inside_hypotonic_solution_27(X))
& is_between_2(fn_walled_cell_inside_hypotonic_solution_23(X),fn_walled_cell_inside_hypotonic_solution_26(X))
& has_solvent_2(fn_walled_cell_inside_hypotonic_solution_26(X),fn_walled_cell_inside_hypotonic_solution_24(X))
& agent_2(fn_walled_cell_inside_hypotonic_solution_68(X),fn_walled_cell_inside_hypotonic_solution_24(X))
& result_2(fn_walled_cell_inside_hypotonic_solution_68(X),fn_walled_cell_inside_hypotonic_solution_64(X))
& is_between_2(X,fn_walled_cell_inside_hypotonic_solution_27(X))
& is_between_2(X,fn_walled_cell_inside_hypotonic_solution_26(X))
& has_part_2(fn_walled_cell_inside_hypotonic_solution_26(X),fn_walled_cell_inside_hypotonic_solution_24(X))
& fn_walled_cell_inside_hypotonic_solution_89(X) != fn_walled_cell_inside_hypotonic_solution_24(X)
& fn_walled_cell_inside_hypotonic_solution_24(X) != fn_walled_cell_inside_hypotonic_solution_89(X)
& is_between_2(fn_walled_cell_inside_hypotonic_solution_18(X),fn_walled_cell_inside_hypotonic_solution_26(X))
& is_between_2(fn_walled_cell_inside_hypotonic_solution_18(X),fn_walled_cell_inside_hypotonic_solution_27(X))
& is_inside_2(fn_walled_cell_inside_hypotonic_solution_27(X),X)
& possesses_2(X,fn_walled_cell_inside_hypotonic_solution_33(X))
& intensity_2(fn_walled_cell_inside_hypotonic_solution_33(X),fn_walled_cell_inside_hypotonic_solution_34(X))
& has_state_2(X,fn_walled_cell_inside_hypotonic_solution_64(X))
& is_inside_2(X,fn_walled_cell_inside_hypotonic_solution_26(X))
& water_potential_2(fn_walled_cell_inside_hypotonic_solution_26(X),fn_walled_cell_inside_hypotonic_solution_11(X))
& greater_than_or_equal_to_2(fn_walled_cell_inside_hypotonic_solution_10(X),fn_walled_cell_inside_hypotonic_solution_11(X))
& water_potential_2(fn_walled_cell_inside_hypotonic_solution_82(X),fn_walled_cell_inside_hypotonic_solution_10(X))
& has_part_2(fn_walled_cell_inside_hypotonic_solution_64(X),fn_walled_cell_inside_hypotonic_solution_72(X))
& is_inside_2(fn_walled_cell_inside_hypotonic_solution_72(X),fn_walled_cell_inside_hypotonic_solution_36(X))
& has_part_2(fn_walled_cell_inside_hypotonic_solution_64(X),fn_walled_cell_inside_hypotonic_solution_36(X))
& has_part_2(fn_walled_cell_inside_hypotonic_solution_64(X),fn_walled_cell_inside_hypotonic_solution_37(X))
& is_inside_2(fn_walled_cell_inside_hypotonic_solution_37(X),fn_walled_cell_inside_hypotonic_solution_82(X))
& size_2(X,fn_walled_cell_inside_hypotonic_solution_86(X))
& has_region_2(X,fn_walled_cell_inside_hypotonic_solution_81(X))
& is_at_2(fn_walled_cell_inside_hypotonic_solution_77(X),fn_walled_cell_inside_hypotonic_solution_81(X))
& is_oriented_toward_2(fn_walled_cell_inside_hypotonic_solution_80(X),fn_walled_cell_inside_hypotonic_solution_71(X))
& is_facing_2(fn_walled_cell_inside_hypotonic_solution_80(X),fn_walled_cell_inside_hypotonic_solution_71(X))
& has_part_2(X,fn_walled_cell_inside_hypotonic_solution_71(X))
& volume_2(X,fn_walled_cell_inside_hypotonic_solution_63(X))
& directly_proportional_2(fn_walled_cell_inside_hypotonic_solution_86(X),fn_walled_cell_inside_hypotonic_solution_63(X))
& has_part_2(X,fn_walled_cell_inside_hypotonic_solution_54(X))
& is_inside_2(fn_walled_cell_inside_hypotonic_solution_54(X),fn_walled_cell_inside_hypotonic_solution_55(X))
& has_part_2(fn_walled_cell_inside_hypotonic_solution_71(X),fn_walled_cell_inside_hypotonic_solution_55(X))
& is_inside_2(fn_walled_cell_inside_hypotonic_solution_71(X),fn_walled_cell_inside_hypotonic_solution_23(X))
& has_part_2(X,fn_walled_cell_inside_hypotonic_solution_23(X))
& called_2(fn_walled_cell_inside_hypotonic_solution_42(X),'MP2')
& is_at_2(fn_walled_cell_inside_hypotonic_solution_41(X),fn_walled_cell_inside_hypotonic_solution_36(X))
& has_part_2(fn_walled_cell_inside_hypotonic_solution_36(X),fn_walled_cell_inside_hypotonic_solution_42(X))
& is_across_2(fn_walled_cell_inside_hypotonic_solution_41(X),fn_walled_cell_inside_hypotonic_solution_36(X))
& has_part_2(fn_walled_cell_inside_hypotonic_solution_36(X),fn_walled_cell_inside_hypotonic_solution_41(X))
& fn_walled_cell_inside_hypotonic_solution_41(X) != fn_walled_cell_inside_hypotonic_solution_42(X)
& fn_walled_cell_inside_hypotonic_solution_42(X) != fn_walled_cell_inside_hypotonic_solution_41(X)
& base_2(fn_walled_cell_inside_hypotonic_solution_68(X),X)
& from_value_2(fn_walled_cell_inside_hypotonic_solution_68(X),fn_walled_cell_inside_hypotonic_solution_63(X))
& base_2(fn_walled_cell_inside_hypotonic_solution_65(X),X)
& subevent_2(fn_walled_cell_inside_hypotonic_solution_65(X),fn_walled_cell_inside_hypotonic_solution_22(X))
& positive_influence_2(fn_walled_cell_inside_hypotonic_solution_29(X),fn_walled_cell_inside_hypotonic_solution_25(X))
& objective_2(fn_walled_cell_inside_hypotonic_solution_65(X),fn_walled_cell_inside_hypotonic_solution_28(X))
& by_means_of_2(fn_walled_cell_inside_hypotonic_solution_65(X),fn_walled_cell_inside_hypotonic_solution_21(X))
& causes_2(fn_walled_cell_inside_hypotonic_solution_21(X),fn_walled_cell_inside_hypotonic_solution_22(X))
& rate_2(fn_walled_cell_inside_hypotonic_solution_65(X),fn_walled_cell_inside_hypotonic_solution_25(X))
& is_hypertonic_to_2(fn_walled_cell_inside_hypotonic_solution_27(X),fn_walled_cell_inside_hypotonic_solution_26(X))
& is_hypotonic_to_2(fn_walled_cell_inside_hypotonic_solution_26(X),fn_walled_cell_inside_hypotonic_solution_27(X))
& has_part_2(fn_walled_cell_inside_hypotonic_solution_27(X),fn_walled_cell_inside_hypotonic_solution_87(X))
& has_solute_2(fn_walled_cell_inside_hypotonic_solution_26(X),fn_walled_cell_inside_hypotonic_solution_89(X))
& has_part_2(fn_walled_cell_inside_hypotonic_solution_26(X),fn_walled_cell_inside_hypotonic_solution_89(X))
& greater_than_2(fn_walled_cell_inside_hypotonic_solution_88(X),fn_walled_cell_inside_hypotonic_solution_29(X))
& concentration_2(fn_walled_cell_inside_hypotonic_solution_87(X),fn_walled_cell_inside_hypotonic_solution_88(X))
& has_solute_2(fn_walled_cell_inside_hypotonic_solution_27(X),fn_walled_cell_inside_hypotonic_solution_87(X))
& is_impermeable_to_2(fn_walled_cell_inside_hypotonic_solution_23(X),fn_walled_cell_inside_hypotonic_solution_57(X))
& object_2(fn_walled_cell_inside_hypotonic_solution_59(X),fn_walled_cell_inside_hypotonic_solution_57(X))
& has_function_2(fn_walled_cell_inside_hypotonic_solution_23(X),fn_walled_cell_inside_hypotonic_solution_59(X))
& base_2(fn_walled_cell_inside_hypotonic_solution_22(X),fn_walled_cell_inside_hypotonic_solution_23(X))
& has_function_2(fn_walled_cell_inside_hypotonic_solution_23(X),fn_walled_cell_inside_hypotonic_solution_22(X))
& is_outside_2(fn_walled_cell_inside_hypotonic_solution_73(X),fn_walled_cell_inside_hypotonic_solution_23(X))
& has_region_2(fn_walled_cell_inside_hypotonic_solution_23(X),fn_walled_cell_inside_hypotonic_solution_73(X))
& is_across_2(fn_walled_cell_inside_hypotonic_solution_79(X),fn_walled_cell_inside_hypotonic_solution_23(X))
& is_across_2(fn_walled_cell_inside_hypotonic_solution_79(X),fn_walled_cell_inside_hypotonic_solution_74(X))
& has_region_2(fn_walled_cell_inside_hypotonic_solution_23(X),fn_walled_cell_inside_hypotonic_solution_74(X))
& fn_walled_cell_inside_hypotonic_solution_79(X) != fn_walled_cell_inside_hypotonic_solution_76(X)
& fn_walled_cell_inside_hypotonic_solution_76(X) != fn_walled_cell_inside_hypotonic_solution_79(X)
& has_part_2(fn_walled_cell_inside_hypotonic_solution_23(X),fn_walled_cell_inside_hypotonic_solution_79(X))
& has_part_2(fn_walled_cell_inside_hypotonic_solution_23(X),fn_walled_cell_inside_hypotonic_solution_77(X))
& is_inside_2(fn_walled_cell_inside_hypotonic_solution_79(X),fn_walled_cell_inside_hypotonic_solution_77(X))
& fn_walled_cell_inside_hypotonic_solution_76(X) != fn_walled_cell_inside_hypotonic_solution_78(X)
& is_inside_2(fn_walled_cell_inside_hypotonic_solution_75(X),fn_walled_cell_inside_hypotonic_solution_77(X))
& has_part_2(fn_walled_cell_inside_hypotonic_solution_23(X),fn_walled_cell_inside_hypotonic_solution_75(X))
& has_part_2(fn_walled_cell_inside_hypotonic_solution_23(X),fn_walled_cell_inside_hypotonic_solution_76(X))
& fn_walled_cell_inside_hypotonic_solution_78(X) != fn_walled_cell_inside_hypotonic_solution_76(X)
& has_part_2(fn_walled_cell_inside_hypotonic_solution_23(X),fn_walled_cell_inside_hypotonic_solution_78(X))
& in_event_2(fn_walled_cell_inside_hypotonic_solution_60(X),fn_walled_cell_inside_hypotonic_solution_61(X))
& plays_2(fn_walled_cell_inside_hypotonic_solution_23(X),fn_walled_cell_inside_hypotonic_solution_60(X))
& has_region_2(fn_walled_cell_inside_hypotonic_solution_23(X),fn_walled_cell_inside_hypotonic_solution_80(X))
& is_at_2(fn_walled_cell_inside_hypotonic_solution_83(X),fn_walled_cell_inside_hypotonic_solution_23(X))
& is_impermeable_to_2(fn_walled_cell_inside_hypotonic_solution_23(X),fn_walled_cell_inside_hypotonic_solution_58(X))
& has_region_2(fn_walled_cell_inside_hypotonic_solution_79(X),fn_walled_cell_inside_hypotonic_solution_73(X))
& possesses_2(fn_walled_cell_inside_hypotonic_solution_18(X),fn_walled_cell_inside_hypotonic_solution_20(X))
& quantity_2(fn_walled_cell_inside_hypotonic_solution_18(X),fn_walled_cell_inside_hypotonic_solution_62(X))
& raw_material_2(fn_walled_cell_inside_hypotonic_solution_65(X),fn_walled_cell_inside_hypotonic_solution_20(X))
& greater_than_2(fn_walled_cell_inside_hypotonic_solution_56(X),fn_walled_cell_inside_hypotonic_solution_63(X))
& to_value_2(fn_walled_cell_inside_hypotonic_solution_68(X),fn_walled_cell_inside_hypotonic_solution_56(X))
& object_2(fn_walled_cell_inside_hypotonic_solution_59(X),fn_walled_cell_inside_hypotonic_solution_58(X))
& has_part_2(fn_walled_cell_inside_hypotonic_solution_71(X),fn_walled_cell_inside_hypotonic_solution_13(X))
& object_2(fn_walled_cell_inside_hypotonic_solution_61(X),fn_walled_cell_inside_hypotonic_solution_58(X))
& fn_walled_cell_inside_hypotonic_solution_67(X) = fn_walled_cell_1(X)
& X = fn_cell_wall_13(fn_walled_cell_inside_hypotonic_solution_67(X))
& fn_walled_cell_inside_hypotonic_solution_83(X) = fn_passive_transport_21(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_walled_cell_inside_hypotonic_solution_84(X) = fn_passive_transport_20(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_walled_cell_inside_hypotonic_solution_12(X) = fn_turgid_cell_13(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_18(X) = fn_turgid_cell_98(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_51(X) = fn_turgid_cell_79(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_23(X) = fn_passive_transport_25(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_walled_cell_inside_hypotonic_solution_40(X) = fn_turgid_cell_49(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_32(X) = fn_turgid_cell_75(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_28(X) = fn_turgid_cell_95(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_71(X) = fn_turgid_cell_69(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_22(X) = fn_turgid_cell_99(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_9(X) = fn_turgid_cell_28(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_21(X) = fn_turgid_cell_97(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_52(X) = fn_substance_4(fn_walled_cell_inside_hypotonic_solution_71(X))
& fn_walled_cell_inside_hypotonic_solution_70(X) = fn_substance_3(fn_walled_cell_inside_hypotonic_solution_71(X))
& fn_walled_cell_inside_hypotonic_solution_52(X) = fn_turgid_cell_77(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_70(X) = fn_turgid_cell_76(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_69(X) = fn_turgid_cell_78(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_29(X) = fn_turgid_cell_94(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_46(X) = fn_turgid_cell_101(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_45(X) = fn_turgid_cell_102(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_44(X) = fn_turgid_cell_103(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_39(X) = fn_turgid_cell_104(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_43(X) = fn_turgid_cell_16(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_38(X) = fn_turgid_cell_84(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_35(X) = fn_turgid_cell_67(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_53(X) = fn_turgid_cell_12(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_85(X) = fn_turgid_cell_24(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_65(X) = fn_turgid_cell_68(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_66(X) = fn_turgid_cell_17(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_68(X) = fn_turgid_cell_65(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_27(X) = fn_plasma_membrane_70(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_27(X) = fn_plasma_membrane_77(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_23(X) = fn_turgid_cell_100(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_89(X) = fn_turgid_cell_93(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_24(X) = fn_turgid_cell_66(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_34(X) = fn_turgid_cell_74(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_33(X) = fn_turgid_cell_20(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_27(X) = fn_passive_transport_of_water_2(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_walled_cell_inside_hypotonic_solution_27(X) = fn_turgid_cell_50(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_18(X) = fn_passive_transport_of_water_3(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_walled_cell_inside_hypotonic_solution_26(X) = fn_passive_transport_of_water_1(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_walled_cell_inside_hypotonic_solution_18(X) = fn_turgid_cell_92(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_82(X) = fn_turgid_cell_101(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_10(X) = fn_turgid_cell_27(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_11(X) = fn_turgid_cell_15(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_26(X) = fn_turgid_cell_49(fn_walled_cell_inside_hypotonic_solution_64(X))
& X = fn_turgid_cell_70(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_82(X) = fn_turgid_cell_86(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_37(X) = fn_turgid_cell_85(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_36(X) = fn_turgid_cell_82(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_72(X) = fn_turgid_cell_71(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_walled_cell_inside_hypotonic_solution_47(X) = fn_cell_10(X)
& fn_walled_cell_inside_hypotonic_solution_77(X) = fn_cell_26(X)
& fn_walled_cell_inside_hypotonic_solution_81(X) = fn_cell_4(X)
& fn_walled_cell_inside_hypotonic_solution_86(X) = fn_cell_11(X)
& fn_walled_cell_inside_hypotonic_solution_63(X) = fn_cell_22(X)
& X = fn_cytoplasm_7(fn_walled_cell_inside_hypotonic_solution_71(X))
& fn_walled_cell_inside_hypotonic_solution_80(X) = fn_cell_27(X)
& fn_walled_cell_inside_hypotonic_solution_23(X) = fn_cell_30(X)
& fn_walled_cell_inside_hypotonic_solution_55(X) = fn_cytoplasm_8(fn_walled_cell_inside_hypotonic_solution_71(X))
& fn_walled_cell_inside_hypotonic_solution_71(X) = fn_cell_28(X)
& fn_walled_cell_inside_hypotonic_solution_55(X) = fn_cell_29(X)
& fn_walled_cell_inside_hypotonic_solution_54(X) = fn_cell_14(X)
& fn_walled_cell_inside_hypotonic_solution_41(X) = fn_plasma_membrane_4(fn_walled_cell_inside_hypotonic_solution_36(X))
& fn_walled_cell_inside_hypotonic_solution_41(X) = fn_plasma_membrane_3(fn_walled_cell_inside_hypotonic_solution_36(X))
& fn_walled_cell_inside_hypotonic_solution_41(X) = fn_plasma_membrane_54(fn_walled_cell_inside_hypotonic_solution_36(X))
& fn_walled_cell_inside_hypotonic_solution_41(X) = fn_plasma_membrane_55(fn_walled_cell_inside_hypotonic_solution_36(X))
& fn_walled_cell_inside_hypotonic_solution_42(X) = fn_plasma_membrane_68(fn_walled_cell_inside_hypotonic_solution_36(X))
& fn_walled_cell_inside_hypotonic_solution_42(X) = fn_plasma_membrane_54(fn_walled_cell_inside_hypotonic_solution_36(X))
& X = fn_expand_1(fn_walled_cell_inside_hypotonic_solution_68(X))
& fn_walled_cell_inside_hypotonic_solution_48(X) = fn_expand_3(fn_walled_cell_inside_hypotonic_solution_68(X))
& X = fn_passive_transport_1(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_walled_cell_inside_hypotonic_solution_29(X) = fn_passive_transport_8(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_walled_cell_inside_hypotonic_solution_28(X) = fn_passive_transport_29(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_walled_cell_inside_hypotonic_solution_22(X) = fn_passive_transport_24(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_walled_cell_inside_hypotonic_solution_21(X) = fn_passive_transport_22(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_walled_cell_inside_hypotonic_solution_17(X) = fn_passive_transport_7(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_walled_cell_inside_hypotonic_solution_25(X) = fn_passive_transport_6(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_walled_cell_inside_hypotonic_solution_58(X) = fn_block_1(fn_walled_cell_inside_hypotonic_solution_61(X))
& fn_walled_cell_inside_hypotonic_solution_13(X) = fn_suspension_1(fn_walled_cell_inside_hypotonic_solution_71(X))
& fn_walled_cell_inside_hypotonic_solution_13(X) = fn_colloid_4(fn_walled_cell_inside_hypotonic_solution_71(X))
& fn_walled_cell_inside_hypotonic_solution_58(X) = fn_biomembrane_99(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_63(X) = fn_expand_4(fn_walled_cell_inside_hypotonic_solution_68(X))
& fn_walled_cell_inside_hypotonic_solution_49(X) = fn_expand_2(fn_walled_cell_inside_hypotonic_solution_68(X))
& fn_walled_cell_inside_hypotonic_solution_56(X) = fn_expand_5(fn_walled_cell_inside_hypotonic_solution_68(X))
& fn_walled_cell_inside_hypotonic_solution_19(X) = fn_passive_transport_17(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_walled_cell_inside_hypotonic_solution_50(X) = fn_passive_transport_30(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_walled_cell_inside_hypotonic_solution_18(X) = fn_passive_transport_26(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_walled_cell_inside_hypotonic_solution_62(X) = fn_passive_transport_28(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_walled_cell_inside_hypotonic_solution_20(X) = fn_passive_transport_27(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_walled_cell_inside_hypotonic_solution_14(X) = fn_passive_transport_15(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_walled_cell_inside_hypotonic_solution_31(X) = fn_passive_transport_19(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_walled_cell_inside_hypotonic_solution_15(X) = fn_passive_transport_16(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_walled_cell_inside_hypotonic_solution_30(X) = fn_passive_transport_18(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_walled_cell_inside_hypotonic_solution_57(X) = fn_plasma_membrane_50(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_59(X) = fn_biomembrane_102(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_59(X) = fn_plasma_membrane_96(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_59(X) = fn_biomembrane_101(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_59(X) = fn_plasma_membrane_33(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_22(X) = fn_plasma_membrane_74(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_73(X) = fn_biomembrane_41(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_74(X) = fn_plasma_membrane_6(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_77(X) = fn_biomembrane_63(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_77(X) = fn_plasma_membrane_71(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_75(X) = fn_plasma_membrane_34(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_76(X) = fn_plasma_membrane_54(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_78(X) = fn_plasma_membrane_68(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_61(X) = fn_plasma_membrane_31(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_60(X) = fn_plasma_membrane_30(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_80(X) = fn_plasma_membrane_66(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_83(X) = fn_plasma_membrane_4(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_83(X) = fn_plasma_membrane_3(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_58(X) = fn_plasma_membrane_98(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_79(X) = fn_plasma_membrane_55(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_73(X) = fn_plasma_membrane_65(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_walled_cell_inside_hypotonic_solution_87(X) = fn_mixture_1(fn_walled_cell_inside_hypotonic_solution_27(X))
& fn_walled_cell_inside_hypotonic_solution_89(X) = fn_hypertonic_solution_5(fn_walled_cell_inside_hypotonic_solution_27(X))
& fn_walled_cell_inside_hypotonic_solution_26(X) = fn_hypertonic_solution_6(fn_walled_cell_inside_hypotonic_solution_27(X))
& fn_walled_cell_inside_hypotonic_solution_16(X) = fn_hypertonic_solution_1(fn_walled_cell_inside_hypotonic_solution_27(X))
& fn_walled_cell_inside_hypotonic_solution_29(X) = fn_hypertonic_solution_3(fn_walled_cell_inside_hypotonic_solution_27(X))
& fn_walled_cell_inside_hypotonic_solution_87(X) = fn_hypertonic_solution_8(fn_walled_cell_inside_hypotonic_solution_27(X))
& fn_walled_cell_inside_hypotonic_solution_90(X) = fn_hypertonic_solution_2(fn_walled_cell_inside_hypotonic_solution_27(X))
& fn_walled_cell_inside_hypotonic_solution_88(X) = fn_hypertonic_solution_4(fn_walled_cell_inside_hypotonic_solution_27(X))
& fn_substance_4(fn_walled_cell_inside_hypotonic_solution_71(X)) = fn_turgid_cell_77(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_77(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_substance_3(fn_walled_cell_inside_hypotonic_solution_71(X))
& fn_turgid_cell_76(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_substance_3(fn_walled_cell_inside_hypotonic_solution_71(X))
& fn_substance_3(fn_walled_cell_inside_hypotonic_solution_71(X)) = fn_turgid_cell_76(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_76(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_turgid_cell_76(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_76(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_turgid_cell_86(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_86(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_turgid_cell_101(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_101(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_turgid_cell_86(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_86(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_cytoplasm_8(fn_walled_cell_inside_hypotonic_solution_71(X))
& fn_cytoplasm_8(fn_walled_cell_inside_hypotonic_solution_71(X)) = fn_cell_29(X)
& fn_cell_29(X) = fn_cell_29(X)
& fn_cell_29(X) = fn_plasma_membrane_4(fn_walled_cell_inside_hypotonic_solution_36(X))
& fn_plasma_membrane_4(fn_walled_cell_inside_hypotonic_solution_36(X)) = fn_plasma_membrane_3(fn_walled_cell_inside_hypotonic_solution_36(X))
& fn_plasma_membrane_3(fn_walled_cell_inside_hypotonic_solution_36(X)) = fn_plasma_membrane_3(fn_walled_cell_inside_hypotonic_solution_36(X))
& fn_plasma_membrane_3(fn_walled_cell_inside_hypotonic_solution_36(X)) = fn_plasma_membrane_54(fn_walled_cell_inside_hypotonic_solution_36(X))
& fn_plasma_membrane_54(fn_walled_cell_inside_hypotonic_solution_36(X)) = fn_plasma_membrane_54(fn_walled_cell_inside_hypotonic_solution_36(X))
& fn_plasma_membrane_55(fn_walled_cell_inside_hypotonic_solution_36(X)) = fn_plasma_membrane_55(fn_walled_cell_inside_hypotonic_solution_36(X))
& fn_plasma_membrane_54(fn_walled_cell_inside_hypotonic_solution_36(X)) = fn_plasma_membrane_55(fn_walled_cell_inside_hypotonic_solution_36(X))
& fn_plasma_membrane_55(fn_walled_cell_inside_hypotonic_solution_36(X)) = fn_plasma_membrane_54(fn_walled_cell_inside_hypotonic_solution_36(X))
& fn_plasma_membrane_54(fn_walled_cell_inside_hypotonic_solution_36(X)) = fn_plasma_membrane_68(fn_walled_cell_inside_hypotonic_solution_36(X))
& fn_plasma_membrane_68(fn_walled_cell_inside_hypotonic_solution_36(X)) = fn_plasma_membrane_54(fn_walled_cell_inside_hypotonic_solution_36(X))
& fn_plasma_membrane_54(fn_walled_cell_inside_hypotonic_solution_36(X)) = fn_cell_wall_13(fn_walled_cell_inside_hypotonic_solution_67(X))
& fn_cell_wall_13(fn_walled_cell_inside_hypotonic_solution_67(X)) = fn_cytoplasm_7(fn_walled_cell_inside_hypotonic_solution_71(X))
& fn_cytoplasm_7(fn_walled_cell_inside_hypotonic_solution_71(X)) = fn_cell_wall_13(fn_walled_cell_inside_hypotonic_solution_67(X))
& fn_cell_wall_13(fn_walled_cell_inside_hypotonic_solution_67(X)) = fn_turgid_cell_70(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_70(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_turgid_cell_70(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_70(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_expand_1(fn_walled_cell_inside_hypotonic_solution_68(X))
& fn_expand_1(fn_walled_cell_inside_hypotonic_solution_68(X)) = fn_expand_1(fn_walled_cell_inside_hypotonic_solution_68(X))
& fn_expand_1(fn_walled_cell_inside_hypotonic_solution_68(X)) = fn_passive_transport_1(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_passive_transport_1(fn_walled_cell_inside_hypotonic_solution_65(X)) = fn_turgid_cell_95(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_95(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_passive_transport_29(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_passive_transport_29(fn_walled_cell_inside_hypotonic_solution_65(X)) = fn_turgid_cell_97(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_97(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_passive_transport_22(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_passive_transport_22(fn_walled_cell_inside_hypotonic_solution_65(X)) = fn_passive_transport_22(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_passive_transport_22(fn_walled_cell_inside_hypotonic_solution_65(X)) = fn_suspension_1(fn_walled_cell_inside_hypotonic_solution_71(X))
& fn_suspension_1(fn_walled_cell_inside_hypotonic_solution_71(X)) = fn_colloid_4(fn_walled_cell_inside_hypotonic_solution_71(X))
& fn_colloid_4(fn_walled_cell_inside_hypotonic_solution_71(X)) = fn_turgid_cell_69(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_69(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_cell_28(X)
& fn_cell_28(X) = fn_cell_28(X)
& fn_cell_28(X) = fn_cell_22(X)
& fn_cell_22(X) = fn_cell_22(X)
& fn_cell_22(X) = fn_expand_4(fn_walled_cell_inside_hypotonic_solution_68(X))
& fn_expand_4(fn_walled_cell_inside_hypotonic_solution_68(X)) = fn_expand_4(fn_walled_cell_inside_hypotonic_solution_68(X))
& fn_expand_4(fn_walled_cell_inside_hypotonic_solution_68(X)) = fn_passive_transport_of_water_3(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_turgid_cell_98(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_passive_transport_of_water_3(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_passive_transport_of_water_3(fn_walled_cell_inside_hypotonic_solution_65(X)) = fn_passive_transport_of_water_3(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_passive_transport_of_water_3(fn_walled_cell_inside_hypotonic_solution_65(X)) = fn_turgid_cell_98(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_98(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_turgid_cell_92(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_92(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_turgid_cell_92(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_92(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_passive_transport_26(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_passive_transport_26(fn_walled_cell_inside_hypotonic_solution_65(X)) = fn_passive_transport_26(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_passive_transport_26(fn_walled_cell_inside_hypotonic_solution_65(X)) = fn_biomembrane_102(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_biomembrane_102(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_plasma_membrane_96(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_biomembrane_101(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_plasma_membrane_96(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_plasma_membrane_96(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_biomembrane_101(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_biomembrane_101(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_biomembrane_101(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_plasma_membrane_33(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_biomembrane_101(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_biomembrane_101(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_plasma_membrane_33(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_plasma_membrane_33(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_turgid_cell_99(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_99(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_passive_transport_24(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_passive_transport_24(fn_walled_cell_inside_hypotonic_solution_65(X)) = fn_passive_transport_24(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_passive_transport_24(fn_walled_cell_inside_hypotonic_solution_65(X)) = fn_plasma_membrane_74(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_plasma_membrane_74(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_plasma_membrane_74(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_plasma_membrane_74(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_cell_26(X)
& fn_cell_26(X) = fn_biomembrane_63(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_biomembrane_63(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_biomembrane_63(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_biomembrane_63(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_plasma_membrane_71(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_plasma_membrane_71(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_plasma_membrane_71(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_plasma_membrane_71(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_cell_27(X)
& fn_cell_27(X) = fn_cell_27(X)
& fn_cell_27(X) = fn_plasma_membrane_66(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_plasma_membrane_66(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_passive_transport_21(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_passive_transport_21(fn_walled_cell_inside_hypotonic_solution_65(X)) = fn_plasma_membrane_4(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_plasma_membrane_4(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_plasma_membrane_4(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_plasma_membrane_4(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_plasma_membrane_3(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_plasma_membrane_3(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_block_1(fn_walled_cell_inside_hypotonic_solution_61(X))
& fn_block_1(fn_walled_cell_inside_hypotonic_solution_61(X)) = fn_biomembrane_99(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_biomembrane_99(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_biomembrane_99(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_biomembrane_99(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_plasma_membrane_98(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_plasma_membrane_98(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_passive_transport_25(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_passive_transport_25(fn_walled_cell_inside_hypotonic_solution_65(X)) = fn_passive_transport_25(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_passive_transport_25(fn_walled_cell_inside_hypotonic_solution_65(X)) = fn_turgid_cell_100(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_100(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_turgid_cell_100(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_100(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_cell_30(X)
& fn_cell_30(X) = fn_cell_30(X)
& fn_cell_30(X) = fn_plasma_membrane_65(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_plasma_membrane_65(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_biomembrane_41(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_biomembrane_41(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_plasma_membrane_65(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_plasma_membrane_65(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_plasma_membrane_65(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_plasma_membrane_65(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_turgid_cell_93(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_93(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_turgid_cell_93(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_93(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_hypertonic_solution_5(fn_walled_cell_inside_hypotonic_solution_27(X))
& fn_hypertonic_solution_5(fn_walled_cell_inside_hypotonic_solution_27(X)) = fn_hypertonic_solution_5(fn_walled_cell_inside_hypotonic_solution_27(X))
& fn_hypertonic_solution_5(fn_walled_cell_inside_hypotonic_solution_27(X)) = fn_turgid_cell_49(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_49(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_passive_transport_of_water_1(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_passive_transport_of_water_1(fn_walled_cell_inside_hypotonic_solution_65(X)) = fn_turgid_cell_49(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_49(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_turgid_cell_49(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_49(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_hypertonic_solution_6(fn_walled_cell_inside_hypotonic_solution_27(X))
& fn_hypertonic_solution_6(fn_walled_cell_inside_hypotonic_solution_27(X)) = fn_hypertonic_solution_6(fn_walled_cell_inside_hypotonic_solution_27(X))
& fn_hypertonic_solution_6(fn_walled_cell_inside_hypotonic_solution_27(X)) = fn_turgid_cell_94(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_94(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_passive_transport_8(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_passive_transport_8(fn_walled_cell_inside_hypotonic_solution_65(X)) = fn_passive_transport_8(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_passive_transport_8(fn_walled_cell_inside_hypotonic_solution_65(X)) = fn_hypertonic_solution_3(fn_walled_cell_inside_hypotonic_solution_27(X))
& fn_hypertonic_solution_3(fn_walled_cell_inside_hypotonic_solution_27(X)) = fn_hypertonic_solution_3(fn_walled_cell_inside_hypotonic_solution_27(X))
& fn_hypertonic_solution_3(fn_walled_cell_inside_hypotonic_solution_27(X)) = fn_mixture_1(fn_walled_cell_inside_hypotonic_solution_27(X))
& fn_mixture_1(fn_walled_cell_inside_hypotonic_solution_27(X)) = fn_hypertonic_solution_8(fn_walled_cell_inside_hypotonic_solution_27(X))
& fn_hypertonic_solution_8(fn_walled_cell_inside_hypotonic_solution_27(X)) = fn_hypertonic_solution_8(fn_walled_cell_inside_hypotonic_solution_27(X))
& fn_hypertonic_solution_8(fn_walled_cell_inside_hypotonic_solution_27(X)) = fn_plasma_membrane_70(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_plasma_membrane_70(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_plasma_membrane_77(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_passive_transport_of_water_2(fn_walled_cell_inside_hypotonic_solution_65(X)) = fn_plasma_membrane_77(fn_walled_cell_inside_hypotonic_solution_23(X))
& fn_plasma_membrane_77(fn_walled_cell_inside_hypotonic_solution_23(X)) = fn_passive_transport_of_water_2(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_passive_transport_of_water_2(fn_walled_cell_inside_hypotonic_solution_65(X)) = fn_passive_transport_of_water_2(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_turgid_cell_50(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_turgid_cell_50(fn_walled_cell_inside_hypotonic_solution_64(X))
& fn_turgid_cell_50(fn_walled_cell_inside_hypotonic_solution_64(X)) = fn_passive_transport_of_water_2(fn_walled_cell_inside_hypotonic_solution_65(X))
& fn_passive_transport_of_water_2(fn_walled_cell_inside_hypotonic_solution_65(X)) = fn_turgid_cell_50(fn_walled_cell_inside_hypotonic_solution_64(X)) ) ) ).
fof(a533691,axiom,
! [X] :
( walled_cell_inside_isotonic_solution_1(X)
=> ( original_name_2(X,'Walled-Cell-Inside-Isotonic-Solution')
& user_description_2(X,'This is the situation in which walled cell is placed inside isotonic solution.')
& concept2words_2(X,'walled cell inside isotonic solution')
& concept2words_2(X,'walled-cell-inside-isotonic-solution')
& walled_cell_1(X)
& resource_1(fn_walled_cell_inside_isotonic_solution_1(X))
& organic_molecule_1(fn_walled_cell_inside_isotonic_solution_2(X))
& extra_cellular_matrix_1(fn_walled_cell_inside_isotonic_solution_3(X))
& extracellular_side_1(fn_walled_cell_inside_isotonic_solution_4(X))
& metabolism_1(fn_walled_cell_inside_isotonic_solution_5(X))
& ribosome_1(fn_walled_cell_inside_isotonic_solution_6(X))
& surface_1(fn_walled_cell_inside_isotonic_solution_7(X))
& tangible_entity_1(fn_walled_cell_inside_isotonic_solution_8(X))
& phospholipid_bilayer_1(fn_walled_cell_inside_isotonic_solution_8(X))
& substance_1(fn_walled_cell_inside_isotonic_solution_9(X))
& cytosol_1(fn_walled_cell_inside_isotonic_solution_9(X))
& entity_1(fn_walled_cell_inside_isotonic_solution_10(X))
& substance_1(fn_walled_cell_inside_isotonic_solution_10(X))
& chemical_1(fn_walled_cell_inside_isotonic_solution_10(X))
& water_1(fn_walled_cell_inside_isotonic_solution_10(X))
& isotonic_solution_1(fn_walled_cell_inside_isotonic_solution_11(X))
& lose_1(fn_walled_cell_inside_isotonic_solution_12(X))
& take_in_1(fn_walled_cell_inside_isotonic_solution_13(X))
& volume_value_1(fn_walled_cell_inside_isotonic_solution_14(X))
& size_value_1(fn_walled_cell_inside_isotonic_solution_15(X))
& membrane_1(fn_walled_cell_inside_isotonic_solution_16(X))
& spatial_entity_1(fn_walled_cell_inside_isotonic_solution_16(X))
& biomembrane_1(fn_walled_cell_inside_isotonic_solution_16(X))
& plasma_membrane_1(fn_walled_cell_inside_isotonic_solution_16(X))
& mixture_1(fn_walled_cell_inside_isotonic_solution_17(X))
& cytoplasm_1(fn_walled_cell_inside_isotonic_solution_17(X))
& facilitated_diffusion_of_polar_molecule_1(fn_walled_cell_inside_isotonic_solution_18(X))
& entity_1(fn_transfer_1(fn_walled_cell_inside_isotonic_solution_12(X)))
& substance_1(fn_mixture_1(fn_walled_cell_inside_isotonic_solution_11(X)))
& chemical_1(fn_isotonic_solution_20(fn_walled_cell_inside_isotonic_solution_11(X)))
& water_1(fn_isotonic_solution_20(fn_walled_cell_inside_isotonic_solution_11(X)))
& membrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_walled_cell_inside_isotonic_solution_18(X)))
& spatial_entity_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_walled_cell_inside_isotonic_solution_18(X)))
& biomembrane_1(fn_facilitated_diffusion_of_polar_molecule_5(fn_walled_cell_inside_isotonic_solution_18(X)))
& tangible_entity_1(fn_lose_1(fn_walled_cell_inside_isotonic_solution_12(X)))
& tangible_entity_1(fn_take_in_1(fn_walled_cell_inside_isotonic_solution_13(X)))
& site_2(fn_walled_cell_inside_isotonic_solution_5(X),fn_walled_cell_inside_isotonic_solution_17(X))
& raw_material_2(fn_walled_cell_inside_isotonic_solution_5(X),fn_walled_cell_inside_isotonic_solution_2(X))
& is_outside_2(fn_walled_cell_inside_isotonic_solution_4(X),X)
& is_outside_2(fn_walled_cell_inside_isotonic_solution_3(X),X)
& destination_2(fn_walled_cell_inside_isotonic_solution_13(X),fn_walled_cell_inside_isotonic_solution_11(X))
& is_inside_2(fn_walled_cell_inside_isotonic_solution_11(X),X)
& is_between_2(X,fn_walled_cell_inside_isotonic_solution_3(X))
& is_between_2(X,fn_walled_cell_inside_isotonic_solution_4(X))
& plays_2(fn_walled_cell_inside_isotonic_solution_2(X),fn_walled_cell_inside_isotonic_solution_1(X))
& in_event_2(fn_walled_cell_inside_isotonic_solution_1(X),fn_walled_cell_inside_isotonic_solution_5(X))
& object_2(fn_walled_cell_inside_isotonic_solution_12(X),fn_walled_cell_inside_isotonic_solution_10(X))
& path_2(fn_walled_cell_inside_isotonic_solution_18(X),fn_walled_cell_inside_isotonic_solution_16(X))
& donor_2(fn_walled_cell_inside_isotonic_solution_12(X),X)
& has_part_2(fn_walled_cell_inside_isotonic_solution_11(X),fn_walled_cell_inside_isotonic_solution_10(X))
& agent_2(fn_walled_cell_inside_isotonic_solution_13(X),X)
& base_2(fn_walled_cell_inside_isotonic_solution_13(X),X)
& is_inside_2(fn_walled_cell_inside_isotonic_solution_17(X),fn_walled_cell_inside_isotonic_solution_16(X))
& volume_2(X,fn_walled_cell_inside_isotonic_solution_14(X))
& is_inside_2(fn_walled_cell_inside_isotonic_solution_6(X),fn_walled_cell_inside_isotonic_solution_9(X))
& has_part_2(fn_walled_cell_inside_isotonic_solution_17(X),fn_walled_cell_inside_isotonic_solution_9(X))
& has_part_2(X,fn_walled_cell_inside_isotonic_solution_17(X))
& size_2(X,fn_walled_cell_inside_isotonic_solution_15(X))
& directly_proportional_2(fn_walled_cell_inside_isotonic_solution_15(X),fn_walled_cell_inside_isotonic_solution_14(X))
& has_part_2(X,fn_walled_cell_inside_isotonic_solution_16(X))
& has_part_2(fn_walled_cell_inside_isotonic_solution_16(X),fn_walled_cell_inside_isotonic_solution_8(X))
& is_at_2(fn_walled_cell_inside_isotonic_solution_8(X),fn_walled_cell_inside_isotonic_solution_7(X))
& has_region_2(X,fn_walled_cell_inside_isotonic_solution_7(X))
& has_part_2(X,fn_walled_cell_inside_isotonic_solution_6(X))
& fn_walled_cell_inside_isotonic_solution_10(X) = fn_transfer_1(fn_walled_cell_inside_isotonic_solution_12(X))
& fn_walled_cell_inside_isotonic_solution_16(X) = fn_facilitated_diffusion_of_polar_molecule_5(fn_walled_cell_inside_isotonic_solution_18(X))
& X = fn_lose_1(fn_walled_cell_inside_isotonic_solution_12(X))
& fn_walled_cell_inside_isotonic_solution_10(X) = fn_mixture_1(fn_walled_cell_inside_isotonic_solution_11(X))
& fn_walled_cell_inside_isotonic_solution_10(X) = fn_isotonic_solution_20(fn_walled_cell_inside_isotonic_solution_11(X))
& X = fn_take_in_1(fn_walled_cell_inside_isotonic_solution_13(X))
& fn_walled_cell_inside_isotonic_solution_20(X) = fn_cell_10(X)
& fn_walled_cell_inside_isotonic_solution_19(X) = fn_cell_23(X)
& fn_walled_cell_inside_isotonic_solution_14(X) = fn_cell_22(X)
& fn_walled_cell_inside_isotonic_solution_15(X) = fn_cell_11(X)
& fn_walled_cell_inside_isotonic_solution_17(X) = fn_cell_28(X)
& fn_walled_cell_inside_isotonic_solution_9(X) = fn_cell_29(X)
& fn_walled_cell_inside_isotonic_solution_6(X) = fn_cell_14(X)
& fn_walled_cell_inside_isotonic_solution_7(X) = fn_cell_4(X)
& fn_walled_cell_inside_isotonic_solution_8(X) = fn_cell_26(X)
& fn_walled_cell_inside_isotonic_solution_16(X) = fn_cell_30(X)
& fn_transfer_1(fn_walled_cell_inside_isotonic_solution_12(X)) = fn_mixture_1(fn_walled_cell_inside_isotonic_solution_11(X))
& fn_mixture_1(fn_walled_cell_inside_isotonic_solution_11(X)) = fn_mixture_1(fn_walled_cell_inside_isotonic_solution_11(X))
& fn_mixture_1(fn_walled_cell_inside_isotonic_solution_11(X)) = fn_isotonic_solution_20(fn_walled_cell_inside_isotonic_solution_11(X))
& fn_isotonic_solution_20(fn_walled_cell_inside_isotonic_solution_11(X)) = fn_facilitated_diffusion_of_polar_molecule_5(fn_walled_cell_inside_isotonic_solution_18(X))
& fn_facilitated_diffusion_of_polar_molecule_5(fn_walled_cell_inside_isotonic_solution_18(X)) = fn_cell_30(X)
& fn_cell_30(X) = fn_cell_30(X)
& fn_cell_30(X) = fn_lose_1(fn_walled_cell_inside_isotonic_solution_12(X))
& fn_lose_1(fn_walled_cell_inside_isotonic_solution_12(X)) = fn_take_in_1(fn_walled_cell_inside_isotonic_solution_13(X))
& fn_take_in_1(fn_walled_cell_inside_isotonic_solution_13(X)) = fn_take_in_1(fn_walled_cell_inside_isotonic_solution_13(X)) ) ) ).
fof(a533692,axiom,
! [X,X1] :
( ( has_part_2(X,X1)
& protist_cell_1(X)
& cell_wall_1(X1) )
=> ( walled_protist_cell_1(X)
& fn_walled_protist_cell_2(X) = X1 ) ) ).
fof(a533693,axiom,
! [X] :
( walled_protist_cell_1(X)
=> ( original_name_2(X,'Walled-Protist-Cell')
& user_description_2(X,'It is a protist cell that contains a cell-wall.')
& concept2words_2(X,'walled protist cell')
& concept2words_2(X,'walled-protist-cell')
& protist_cell_1(X)
& cell_wall_1(fn_walled_protist_cell_2(X))
& tangible_entity_1(fn_cell_wall_13(fn_walled_protist_cell_2(X)))
& cell_1(fn_cell_wall_13(fn_walled_protist_cell_2(X)))
& has_part_2(X,fn_walled_protist_cell_2(X))
& X = fn_cell_wall_13(fn_walled_protist_cell_2(X)) ) ) ).
fof(a533694,axiom,
! [X] :
( walther_flemming_1(X)
=> ( original_name_2(X,'Walther-Flemming')
& user_description_2(X,'German biologist who studied the cell cycle and is credited with the discovery of chromatin and identifying the steps of mitosis.')
& concept2words_2(X,'walther flemming')
& concept2words_2(X,'walther-flemming')
& anatomist_1(X) ) ) ).
fof(a533695,axiom,
! [X] :
( warm_object_1(X)
=> ( original_name_2(X,'Warm-Object')
& user_description_2(X,'An object whose temperature has increased slightly.')
& concept2words_2(X,'warm object')
& concept2words_2(X,'warm-object')
& physical_object_state_1(X)
& system_1(fn_warm_object_4(X))
& property_value_1(fn_warm_object_6(X))
& property_value_1(fn_warm_object_7(X))
& thermal_energy_1(fn_warm_object_8(X))
& decrease_1(fn_warm_object_10(X))
& temperature_value_1(fn_warm_object_11(X))
& increase_1(fn_warm_object_12(X))
& cool_object_1(fn_warm_object_13(X))
& make_contact_1(fn_warm_object_14(X))
& temperature_value_1(fn_warm_object_15(X))
& molecule_1(fn_warm_object_17(X))
& move_1(fn_warm_object_18(X))
& speed_value_1(fn_warm_object_19(X))
& increase_1(fn_warm_object_20(X))
& kinetic_energy_1(fn_warm_object_21(X))
& transfer_1(fn_warm_object_22(X))
& spatial_entity_1(fn_move_1(fn_warm_object_18(X)))
& spatial_entity_1(fn_make_contact_2(fn_warm_object_14(X)))
& entity_1(fn_transfer_1(fn_warm_object_22(X)))
& spatial_entity_1(fn_make_contact_1(fn_warm_object_14(X)))
& property_node_1(fn_increase_2(fn_warm_object_20(X)))
& property_value_1(fn_increase_3(fn_warm_object_20(X)))
& property_node_1(fn_decrease_2(fn_warm_object_10(X)))
& property_value_1(fn_decrease_3(fn_warm_object_10(X)))
& property_node_1(fn_increase_2(fn_warm_object_12(X)))
& property_value_1(fn_increase_3(fn_warm_object_12(X)))
& object_2(fn_warm_object_22(X),fn_warm_object_8(X))
& causes_2(fn_warm_object_22(X),fn_warm_object_20(X))
& donor_2(fn_warm_object_22(X),X)
& enables_2(fn_warm_object_20(X),fn_warm_object_18(X))
& speed_2(fn_warm_object_18(X),fn_warm_object_19(X))
& the_scalar_value_2(fn_warm_object_15(X),warm_0)
& scalar_unit_class_2(fn_warm_object_15(X),tangible_entity_0)
& causes_2(fn_warm_object_14(X),fn_warm_object_22(X))
& has_part_2(fn_warm_object_13(X),fn_warm_object_17(X))
& temperature_2(fn_warm_object_13(X),fn_warm_object_11(X))
& temperature_2(X,fn_warm_object_15(X))
& the_scalar_value_2(fn_warm_object_11(X),cool_0)
& scalar_unit_class_2(fn_warm_object_11(X),tangible_entity_0)
& called_2(fn_warm_object_7(X),'FinalTemperature_WarmBody')
& called_2(fn_warm_object_6(X),'FinalTemperature_CoolBody')
& object_2(fn_warm_object_18(X),fn_warm_object_17(X))
& base_2(fn_warm_object_14(X),fn_warm_object_13(X))
& object_2(fn_warm_object_22(X),fn_warm_object_21(X))
& object_2(fn_warm_object_14(X),X)
& from_value_2(fn_warm_object_20(X),fn_warm_object_19(X))
& from_value_2(fn_warm_object_10(X),fn_warm_object_15(X))
& from_value_2(fn_warm_object_12(X),fn_warm_object_11(X))
& fn_warm_object_17(X) = fn_move_1(fn_warm_object_18(X))
& fn_warm_object_13(X) = fn_make_contact_2(fn_warm_object_14(X))
& fn_warm_object_21(X) = fn_transfer_1(fn_warm_object_22(X))
& X = fn_make_contact_1(fn_warm_object_14(X))
& fn_warm_object_23(X) = fn_increase_2(fn_warm_object_20(X))
& fn_warm_object_19(X) = fn_increase_3(fn_warm_object_20(X))
& fn_warm_object_16(X) = fn_decrease_2(fn_warm_object_10(X))
& fn_warm_object_15(X) = fn_decrease_3(fn_warm_object_10(X))
& fn_warm_object_9(X) = fn_increase_2(fn_warm_object_12(X))
& fn_warm_object_11(X) = fn_increase_3(fn_warm_object_12(X)) ) ) ).
fof(a533696,axiom,
! [X] :
( was_protein_1(X)
=> ( original_name_2(X,'WAS-Protein')
& user_description_2(X,'Protein, named after WAS or Wiskott-Aldrich syndrome, which plays an important role in the relay of cellular signals in the cellular immune system response by organizing the cytoskeleton for proper signal transduction. Absence of the protein leads to WAS Syndrome.')
& concept2words_2(X,'was protein')
& concept2words_2(X,'was-protein')
& protein_1(X)
& relay_molecule_1(fn_was_protein_9(X))
& spatial_entity_1(fn_was_protein_10(X))
& chemical_entity_1(fn_was_protein_10(X))
& monomer_1(fn_was_protein_10(X))
& molecule_1(fn_was_protein_10(X))
& amino_acid_1(fn_was_protein_10(X))
& size_value_1(fn_was_protein_11(X))
& quantity_value_1(fn_was_protein_12(X))
& speed_value_1(fn_was_protein_13(X))
& quantity_value_1(fn_was_protein_14(X))
& quantity_value_1(fn_was_protein_15(X))
& charge_value_1(fn_was_protein_16(X))
& charge_value_1(fn_was_protein_17(X))
& cation_1(fn_was_protein_18(X))
& anion_1(fn_was_protein_19(X))
& cell_1(fn_was_protein_20(X))
& outside_face_1(fn_was_protein_21(X))
& extracellular_side_1(fn_was_protein_21(X))
& tangible_entity_1(fn_was_protein_22(X))
& membrane_protein_1(fn_was_protein_22(X))
& protein_1(fn_was_protein_22(X))
& spatial_entity_1(fn_was_protein_22(X))
& polymer_1(fn_was_protein_22(X))
& attach_1(fn_was_protein_23(X))
& cation_1(fn_was_protein_24(X))
& anion_1(fn_was_protein_25(X))
& mixture_1(fn_was_protein_26(X))
& cytoplasm_1(fn_was_protein_26(X))
& biomembrane_1(fn_was_protein_27(X))
& plasma_membrane_1(fn_was_protein_27(X))
& cytoplasmic_side_1(fn_was_protein_28(X))
& constant_motion_1(fn_was_protein_29(X))
& kinetic_energy_1(fn_was_protein_30(X))
& size_value_1(fn_was_protein_31(X))
& carbon_1(fn_was_protein_32(X))
& atom_1(fn_was_protein_33(X))
& chemical_entity_1(fn_was_protein_33(X))
& monomer_1(fn_was_protein_34(X))
& polypeptide_1(fn_was_protein_35(X))
& carbon_skeleton_1(fn_was_protein_36(X))
& surface_1(fn_was_protein_37(X))
& hydrophilic_region_1(fn_was_protein_38(X))
& protein_domain_1(fn_was_protein_39(X))
& plasma_membrane_1(fn_cell_30(fn_was_protein_20(X)))
& cation_1(fn_plasma_membrane_61(fn_was_protein_27(X)))
& property_node_1(fn_plasma_membrane_92(fn_was_protein_27(X)))
& anion_1(fn_plasma_membrane_14(fn_was_protein_27(X)))
& property_node_1(fn_plasma_membrane_29(fn_was_protein_27(X)))
& attach_1(fn_plasma_membrane_52(fn_was_protein_27(X)))
& property_node_1(fn_plasma_membrane_28(fn_was_protein_27(X)))
& quantity_value_1(fn_plasma_membrane_18(fn_was_protein_27(X)))
& quantity_value_1(fn_plasma_membrane_19(fn_was_protein_27(X)))
& anion_1(fn_plasma_membrane_15(fn_was_protein_27(X)))
& property_node_1(fn_plasma_membrane_67(fn_was_protein_27(X)))
& charge_value_1(fn_plasma_membrane_62(fn_was_protein_27(X)))
& charge_value_1(fn_plasma_membrane_63(fn_was_protein_27(X)))
& cation_1(fn_plasma_membrane_64(fn_was_protein_27(X)))
& carbon_1(fn_carbon_skeleton_4(fn_was_protein_36(X)))
& cell_1(fn_cytoplasm_7(fn_was_protein_26(X)))
& tangible_entity_1(fn_plasma_membrane_68(fn_was_protein_27(X)))
& membrane_protein_1(fn_plasma_membrane_68(fn_was_protein_27(X)))
& protein_1(fn_plasma_membrane_68(fn_was_protein_27(X)))
& tangible_entity_1(fn_plasma_membrane_54(fn_was_protein_27(X)))
& membrane_protein_1(fn_plasma_membrane_54(fn_was_protein_27(X)))
& protein_1(fn_plasma_membrane_54(fn_was_protein_27(X)))
& spatial_entity_1(fn_plasma_membrane_54(fn_was_protein_27(X)))
& polymer_1(fn_plasma_membrane_54(fn_was_protein_27(X)))
& outside_face_1(fn_biomembrane_41(fn_was_protein_27(X)))
& extracellular_side_1(fn_plasma_membrane_65(fn_was_protein_27(X)))
& chemical_entity_1(fn_messenger_1(fn_was_protein_9(X)))
& organic_molecule_1(fn_carbon_skeleton_3(fn_was_protein_36(X)))
& atom_1(fn_carbon_skeleton_2(fn_was_protein_36(X)))
& chemical_entity_1(fn_carbon_skeleton_2(fn_was_protein_36(X)))
& cytoplasm_1(fn_cytoplasmic_side_1(fn_was_protein_28(X)))
& mixture_1(fn_cell_28(fn_was_protein_20(X)))
& cytoplasm_1(fn_cell_28(fn_was_protein_20(X)))
& is_at_2(X,fn_was_protein_28(X))
& site_2(fn_was_protein_23(X),fn_was_protein_28(X))
& is_at_2(fn_was_protein_24(X),fn_was_protein_28(X))
& is_at_2(fn_was_protein_25(X),fn_was_protein_28(X))
& has_region_2(fn_was_protein_27(X),fn_was_protein_28(X))
& is_oriented_toward_2(fn_was_protein_28(X),fn_was_protein_26(X))
& plays_2(X,fn_was_protein_9(X))
& is_facing_2(fn_was_protein_28(X),fn_was_protein_26(X))
& called_2(fn_was_protein_22(X),'MP1')
& has_part_2(fn_was_protein_20(X),fn_was_protein_27(X))
& is_inside_2(fn_was_protein_26(X),fn_was_protein_27(X))
& greater_than_2(fn_was_protein_31(X),fn_was_protein_11(X))
& has_part_2(X,fn_was_protein_34(X))
& size_2(fn_was_protein_34(X),fn_was_protein_11(X))
& charge_2(fn_was_protein_24(X),fn_was_protein_16(X))
& quantity_2(fn_was_protein_25(X),fn_was_protein_14(X))
& is_outside_2(fn_was_protein_21(X),fn_was_protein_27(X))
& has_part_2(fn_was_protein_27(X),fn_was_protein_22(X))
& object_2(fn_was_protein_23(X),fn_was_protein_22(X))
& is_at_2(fn_was_protein_19(X),fn_was_protein_21(X))
& quantity_2(fn_was_protein_19(X),fn_was_protein_15(X))
& fn_was_protein_14(X) != fn_was_protein_15(X)
& fn_was_protein_15(X) != fn_was_protein_14(X)
& has_region_2(fn_was_protein_27(X),fn_was_protein_21(X))
& is_at_2(fn_was_protein_18(X),fn_was_protein_21(X))
& charge_2(fn_was_protein_18(X),fn_was_protein_17(X))
& greater_than_2(fn_was_protein_17(X),fn_was_protein_16(X))
& has_part_2(X,fn_was_protein_33(X))
& possesses_2(X,fn_was_protein_30(X))
& quantity_2(fn_was_protein_30(X),fn_was_protein_12(X))
& directly_proportional_2(fn_was_protein_13(X),fn_was_protein_12(X))
& speed_2(fn_was_protein_29(X),fn_was_protein_13(X))
& object_2(fn_was_protein_29(X),X)
& is_at_2(fn_was_protein_10(X),fn_was_protein_39(X))
& has_region_2(X,fn_was_protein_39(X))
& size_2(X,fn_was_protein_31(X))
& the_scalar_value_2(fn_was_protein_31(X),big_0)
& scalar_unit_class_2(fn_was_protein_31(X),polypeptide_0)
& has_region_2(X,fn_was_protein_38(X))
& is_at_2(fn_was_protein_38(X),fn_was_protein_37(X))
& has_region_2(X,fn_was_protein_37(X))
& has_part_2(X,fn_was_protein_35(X))
& has_part_2(fn_was_protein_35(X),fn_was_protein_10(X))
& is_inside_2(fn_was_protein_32(X),fn_was_protein_36(X))
& has_part_2(X,fn_was_protein_32(X))
& has_region_2(X,fn_was_protein_36(X))
& fn_was_protein_33(X) != fn_was_protein_32(X)
& fn_was_protein_32(X) != fn_was_protein_33(X)
& has_part_2(fn_was_protein_20(X),fn_was_protein_26(X))
& X = fn_messenger_1(fn_was_protein_9(X))
& fn_was_protein_26(X) = fn_cytoplasmic_side_1(fn_was_protein_28(X))
& fn_was_protein_26(X) = fn_cell_28(fn_was_protein_20(X))
& fn_was_protein_27(X) = fn_cell_30(fn_was_protein_20(X))
& fn_was_protein_31(X) = fn_polymer_8(X)
& fn_was_protein_8(X) = fn_polymer_10(X)
& fn_was_protein_11(X) = fn_polymer_7(X)
& fn_was_protein_34(X) = fn_polymer_4(X)
& fn_was_protein_24(X) = fn_plasma_membrane_61(fn_was_protein_27(X))
& fn_was_protein_4(X) = fn_plasma_membrane_92(fn_was_protein_27(X))
& fn_was_protein_25(X) = fn_plasma_membrane_14(fn_was_protein_27(X))
& fn_was_protein_3(X) = fn_plasma_membrane_29(fn_was_protein_27(X))
& fn_was_protein_23(X) = fn_plasma_membrane_52(fn_was_protein_27(X))
& fn_was_protein_22(X) = fn_plasma_membrane_68(fn_was_protein_27(X))
& fn_was_protein_22(X) = fn_plasma_membrane_54(fn_was_protein_27(X))
& fn_was_protein_2(X) = fn_plasma_membrane_28(fn_was_protein_27(X))
& fn_was_protein_14(X) = fn_plasma_membrane_18(fn_was_protein_27(X))
& fn_was_protein_15(X) = fn_plasma_membrane_19(fn_was_protein_27(X))
& fn_was_protein_19(X) = fn_plasma_membrane_15(fn_was_protein_27(X))
& fn_was_protein_5(X) = fn_plasma_membrane_67(fn_was_protein_27(X))
& fn_was_protein_16(X) = fn_plasma_membrane_62(fn_was_protein_27(X))
& fn_was_protein_17(X) = fn_plasma_membrane_63(fn_was_protein_27(X))
& fn_was_protein_18(X) = fn_plasma_membrane_64(fn_was_protein_27(X))
& fn_was_protein_21(X) = fn_biomembrane_41(fn_was_protein_27(X))
& fn_was_protein_21(X) = fn_plasma_membrane_65(fn_was_protein_27(X))
& fn_was_protein_7(X) = fn_molecule_2(X)
& fn_was_protein_33(X) = fn_molecule_7(X)
& fn_was_protein_6(X) = fn_molecule_1(X)
& fn_was_protein_29(X) = fn_molecule_8(X)
& fn_was_protein_13(X) = fn_molecule_3(X)
& fn_was_protein_12(X) = fn_molecule_4(X)
& fn_was_protein_30(X) = fn_molecule_12(X)
& fn_was_protein_1(X) = fn_protein_10(X)
& fn_was_protein_31(X) = fn_protein_9(X)
& fn_was_protein_39(X) = fn_protein_7(X)
& fn_was_protein_10(X) = fn_protein_14(X)
& fn_was_protein_35(X) = fn_protein_8(X)
& fn_was_protein_37(X) = fn_protein_5(X)
& fn_was_protein_38(X) = fn_protein_1(X)
& X = fn_carbon_skeleton_3(fn_was_protein_36(X))
& fn_was_protein_33(X) = fn_carbon_skeleton_2(fn_was_protein_36(X))
& fn_was_protein_32(X) = fn_carbon_skeleton_4(fn_was_protein_36(X))
& fn_was_protein_20(X) = fn_cytoplasm_7(fn_was_protein_26(X))
& fn_plasma_membrane_54(fn_was_protein_27(X)) = fn_plasma_membrane_68(fn_was_protein_27(X))
& fn_plasma_membrane_68(fn_was_protein_27(X)) = fn_plasma_membrane_54(fn_was_protein_27(X))
& fn_plasma_membrane_54(fn_was_protein_27(X)) = fn_plasma_membrane_65(fn_was_protein_27(X))
& fn_plasma_membrane_65(fn_was_protein_27(X)) = fn_plasma_membrane_65(fn_was_protein_27(X))
& fn_plasma_membrane_65(fn_was_protein_27(X)) = fn_biomembrane_41(fn_was_protein_27(X))
& fn_biomembrane_41(fn_was_protein_27(X)) = fn_plasma_membrane_65(fn_was_protein_27(X))
& fn_plasma_membrane_65(fn_was_protein_27(X)) = fn_polymer_8(X)
& fn_polymer_8(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_protein_9(X)
& fn_protein_9(X) = fn_messenger_1(fn_was_protein_9(X))
& fn_messenger_1(fn_was_protein_9(X)) = fn_carbon_skeleton_3(fn_was_protein_36(X))
& fn_carbon_skeleton_3(fn_was_protein_36(X)) = fn_carbon_skeleton_3(fn_was_protein_36(X))
& fn_carbon_skeleton_3(fn_was_protein_36(X)) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_carbon_skeleton_2(fn_was_protein_36(X))
& fn_carbon_skeleton_2(fn_was_protein_36(X)) = fn_carbon_skeleton_2(fn_was_protein_36(X))
& fn_carbon_skeleton_2(fn_was_protein_36(X)) = fn_cytoplasmic_side_1(fn_was_protein_28(X))
& fn_cytoplasmic_side_1(fn_was_protein_28(X)) = fn_cell_28(fn_was_protein_20(X)) ) ) ).
fof(a533697,axiom,
! [X] :
( waste_1(X)
=> ( original_name_2(X,'Waste')
& description_2(X,'A waste product of a Consume action.')
& concept2words_2(X,waste)
& role_1(X)
& tangible_entity_1(fn_waste_1(X))
& plays_2(fn_waste_1(X),X) ) ) ).
fof(a533698,axiom,
! [X] :
( waste_product_1(X)
=> ( original_name_2(X,'Waste-Product')
& user_description_2(X,'Waste is also referred to as rubbish, trash, garbage, or junk depending upon the type of material and the regional terminology.')
& concept2words_2(X,waste)
& concept2words_2(X,'product of waste')
& concept2words_2(X,'waste product')
& concept2words_2(X,'waste-product')
& waste_1(X)
& ~ tangible_entity_1(X)
& ~ region_1(X)
& ~ band_pattern_1(X)
& ~ chiasma_1(X)
& ~ distance_between_genes_1(X)
& ~ map_unit_1(X)
& ~ nicks_in_damaged_dna_1(X)
& ~ replication_fork_1(X)
& ~ thermodynamic_system_1(X) ) ) ).
fof(a533699,axiom,
! [X] :
( water_1(X)
=> ( original_name_2(X,'Water')
& user_description_2(X,'A molecular compound composed of hydrogen and oxygen atoms (formula H2O). It is a clear, odorless, tasteless liquid, with a freezing point at 32F or 0C and boiling point at 212F or 100C, that in a more or less impure state constitutes rain, oceans, lakes, rivers, etc. and exists in all three states, solid, liquid, and gas, in nature.')
& concept2words_2(X,'universal solvent')
& concept2words_2(X,water)
& chemical_1(X)
& liquid_substance_1(X)
& ~ biological_fluid_1(X)
& ~ vinegar_1(X)
& potential_value_1(fn_water_2(X))
& duration_value_1(fn_water_4(X))
& intensity_value_1(fn_water_5(X))
& intensity_value_1(fn_water_6(X))
& cool_1(fn_water_10(X))
& rate_value_1(fn_water_11(X))
& speed_value_1(fn_water_12(X))
& temperature_value_1(fn_water_13(X))
& surface_1(fn_water_14(X))
& heat_of_vaporization_value_1(fn_water_16(X))
& specific_heat_value_1(fn_water_18(X))
& system_1(fn_water_22(X))
& quantity_value_1(fn_water_24(X))
& quantity_value_1(fn_water_25(X))
& speed_value_1(fn_water_28(X))
& quantity_value_1(fn_water_29(X))
& create_1(fn_water_30(X))
& ice_1(fn_water_31(X))
& density_value_1(fn_water_32(X))
& density_value_1(fn_water_33(X))
& duration_value_1(fn_water_34(X))
& intensity_value_1(fn_water_36(X))
& intensity_value_1(fn_water_37(X))
& potential_energy_1(fn_water_38(X))
& electron_1(fn_water_55(X))
& valence_electron_1(fn_water_55(X))
& proton_1(fn_water_56(X))
& atomic_number_value_1(fn_water_57(X))
& system_1(fn_water_58(X))
& atomic_nucleus_1(fn_water_59(X))
& charge_value_1(fn_water_60(X))
& quantity_value_1(fn_water_61(X))
& quantity_value_1(fn_water_63(X))
& valence_electron_1(fn_water_64(X))
& proton_1(fn_water_65(X))
& system_1(fn_water_66(X))
& center_1(fn_water_67(X))
& atomic_nucleus_1(fn_water_68(X))
& electron_shell_1(fn_water_69(X))
& first_electron_shell_1(fn_water_69(X))
& atomic_number_value_1(fn_water_70(X))
& charge_value_1(fn_water_71(X))
& quantity_value_1(fn_water_73(X))
& quantity_value_1(fn_water_74(X))
& temperature_value_1(fn_water_77(X))
& cohesion_1(fn_water_78(X))
& attract_1(fn_water_78(X))
& entity_1(fn_water_79(X))
& chemical_entity_1(fn_water_79(X))
& atom_1(fn_water_79(X))
& oxygen_1(fn_water_79(X))
& tangible_entity_1(fn_water_80(X))
& entity_1(fn_water_80(X))
& chemical_entity_1(fn_water_80(X))
& atom_1(fn_water_80(X))
& hydrogen_1(fn_water_80(X))
& tangible_entity_1(fn_water_81(X))
& entity_1(fn_water_81(X))
& chemical_entity_1(fn_water_81(X))
& atom_1(fn_water_81(X))
& hydrogen_1(fn_water_81(X))
& attract_1(fn_water_82(X))
& spatial_entity_1(fn_water_83(X))
& tangible_entity_1(fn_water_83(X))
& polar_molecule_1(fn_water_83(X))
& hydrophilic_compound_1(fn_water_83(X))
& water_molecule_1(fn_water_83(X))
& entity_1(fn_water_84(X))
& atom_1(fn_water_84(X))
& hydrogen_1(fn_water_84(X))
& unequal_sharing_1(fn_water_85(X))
& expand_1(fn_water_87(X))
& contract_1(fn_water_88(X))
& volume_value_1(fn_water_89(X))
& temperature_value_1(fn_water_90(X))
& hydrogen_bond_1(fn_water_91(X))
& temperature_value_1(fn_water_93(X))
& lose_1(fn_water_94(X))
& move_1(fn_water_95(X))
& thermal_energy_1(fn_water_96(X))
& decrease_1(fn_water_97(X))
& entity_1(fn_water_98(X))
& spatial_entity_1(fn_water_98(X))
& chemical_entity_1(fn_water_98(X))
& tangible_entity_1(fn_water_98(X))
& polar_molecule_1(fn_water_98(X))
& water_molecule_1(fn_water_98(X))
& attract_1(fn_water_99(X))
& increase_1(fn_water_100(X))
& heat_1(fn_water_101(X))
& attach_1(fn_water_102(X))
& create_1(fn_water_103(X))
& attract_1(fn_water_104(X))
& attract_1(fn_water_105(X))
& tangible_entity_1(fn_water_106(X))
& entity_1(fn_water_106(X))
& chemical_entity_1(fn_water_106(X))
& atom_1(fn_water_106(X))
& hydrogen_1(fn_water_106(X))
& hydrogen_bond_1(fn_water_107(X))
& attract_1(fn_water_108(X))
& attract_1(fn_water_109(X))
& entity_1(fn_water_110(X))
& hydrophilic_region_1(fn_water_110(X))
& attract_1(fn_water_111(X))
& share_1(fn_water_112(X))
& unequal_sharing_1(fn_water_112(X))
& chemical_bond_1(fn_water_113(X))
& covalent_bond_1(fn_water_113(X))
& polar_covalent_bond_1(fn_water_113(X))
& attach_1(fn_water_114(X))
& property_value_1(fn_water_115(X))
& entity_1(fn_create_1(fn_water_103(X)))
& entity_1(fn_transfer_1(fn_water_94(X)))
& property_node_1(fn_decrease_1(fn_water_97(X)))
& property_value_1(fn_decrease_4(fn_water_97(X)))
& property_node_1(fn_heat_3(fn_water_101(X)))
& temperature_value_1(fn_heat_4(fn_water_101(X)))
& property_node_1(fn_increase_2(fn_water_100(X)))
& property_node_1(fn_increase_1(fn_water_100(X)))
& property_value_1(fn_increase_4(fn_water_100(X)))
& attract_1(fn_hydrogen_bond_13(fn_water_107(X)))
& property_node_1(fn_water_molecule_31(fn_water_83(X)))
& property_node_1(fn_water_molecule_22(fn_water_83(X)))
& property_node_1(fn_water_molecule_29(fn_water_83(X)))
& charge_value_1(fn_water_molecule_28(fn_water_83(X)))
& property_node_1(fn_water_molecule_30(fn_water_83(X)))
& system_1(fn_water_molecule_25(fn_water_83(X)))
& equation_big_node_1(fn_water_molecule_23(fn_water_83(X)))
& equation_set_1(fn_water_molecule_24(fn_water_83(X)))
& atomic_number_value_1(fn_water_molecule_59(fn_water_83(X)))
& proton_1(fn_water_molecule_67(fn_water_83(X)))
& atomic_nucleus_1(fn_water_molecule_68(fn_water_83(X)))
& electron_1(fn_water_molecule_66(fn_water_83(X)))
& valence_electron_1(fn_water_molecule_66(fn_water_83(X)))
& property_node_1(fn_hydrogen_7(fn_water_106(X)))
& property_node_1(fn_hydrogen_21(fn_water_106(X)))
& property_node_1(fn_hydrogen_6(fn_water_106(X)))
& proton_1(fn_hydrogen_13(fn_water_106(X)))
& valence_electron_1(fn_hydrogen_12(fn_water_106(X)))
& center_1(fn_hydrogen_14(fn_water_106(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_water_106(X)))
& electron_shell_1(fn_hydrogen_16(fn_water_106(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_water_106(X)))
& equation_big_node_1(fn_hydrogen_20(fn_water_106(X)))
& system_1(fn_hydrogen_19(fn_water_106(X)))
& atomic_number_value_1(fn_hydrogen_10(fn_water_106(X)))
& equation_set_1(fn_hydrogen_18(fn_water_106(X)))
& attract_1(fn_water_molecule_75(fn_water_98(X)))
& volume_value_1(fn_contract_4(fn_water_88(X)))
& volume_value_1(fn_expand_4(fn_water_87(X)))
& property_value_1(fn_decrease_3(fn_water_97(X)))
& property_value_1(fn_increase_3(fn_water_100(X)))
& tangible_entity_1(fn_lose_1(fn_water_94(X)))
& tangible_entity_1(fn_contract_1(fn_water_88(X)))
& spatial_entity_1(fn_move_1(fn_water_95(X)))
& tangible_entity_1(fn_expand_1(fn_water_87(X)))
& substance_1(fn_cohesion_1(fn_water_78(X)))
& property_node_1(fn_atom_6(fn_water_106(X)))
& property_node_1(fn_water_molecule_7(fn_water_98(X)))
& charge_value_1(fn_atom_7(fn_water_106(X)))
& charge_value_1(fn_water_molecule_21(fn_water_98(X)))
& charge_value_1(fn_water_molecule_15(fn_water_98(X)))
& share_1(fn_water_molecule_65(fn_water_83(X)))
& unequal_sharing_1(fn_water_molecule_65(fn_water_83(X)))
& share_1(fn_water_molecule_38(fn_water_83(X)))
& unequal_sharing_1(fn_water_molecule_38(fn_water_83(X)))
& quantity_value_1(fn_water_molecule_60(fn_water_83(X)))
& quantity_value_1(fn_water_molecule_57(fn_water_83(X)))
& entity_1(fn_attract_2(fn_water_111(X)))
& entity_1(fn_hydrogen_bond_11(fn_water_107(X)))
& chemical_entity_1(fn_hydrogen_bond_11(fn_water_107(X)))
& atom_1(fn_hydrogen_bond_11(fn_water_107(X)))
& entity_1(fn_water_molecule_72(fn_water_83(X)))
& chemical_entity_1(fn_water_molecule_72(fn_water_83(X)))
& atom_1(fn_water_molecule_72(fn_water_83(X)))
& oxygen_1(fn_water_molecule_72(fn_water_83(X)))
& chemical_bond_1(fn_water_molecule_61(fn_water_83(X)))
& polar_covalent_bond_1(fn_water_molecule_61(fn_water_83(X)))
& covalent_bond_1(fn_water_molecule_62(fn_water_83(X)))
& polar_covalent_bond_1(fn_water_molecule_62(fn_water_83(X)))
& entity_1(fn_attract_2(fn_water_109(X)))
& hydrophilic_region_1(fn_hydrophilic_compound_1(fn_water_83(X)))
& entity_1(fn_attract_1(fn_water_104(X)))
& entity_1(fn_attract_2(fn_water_82(X)))
& entity_1(fn_polar_molecule_2(fn_water_98(X)))
& atom_1(fn_polar_molecule_2(fn_water_98(X)))
& entity_1(fn_hydrogen_bond_12(fn_water_107(X)))
& atom_1(fn_hydrogen_bond_12(fn_water_107(X)))
& chemical_entity_1(fn_hydrogen_bond_12(fn_water_107(X)))
& hydrogen_1(fn_hydrogen_bond_12(fn_water_107(X)))
& tangible_entity_1(fn_water_molecule_64(fn_water_98(X)))
& entity_1(fn_water_molecule_64(fn_water_98(X)))
& chemical_entity_1(fn_water_molecule_64(fn_water_98(X)))
& atom_1(fn_water_molecule_64(fn_water_98(X)))
& hydrogen_1(fn_water_molecule_64(fn_water_98(X)))
& quantity_value_1(fn_hydrogen_11(fn_water_106(X)))
& quantity_value_1(fn_hydrogen_17(fn_water_106(X)))
& entity_1(fn_attract_1(fn_water_99(X)))
& spatial_entity_1(fn_attach_2(fn_water_114(X)))
& spatial_entity_1(fn_attach_1(fn_water_102(X)))
& tangible_entity_1(fn_cohesion_3(fn_water_78(X)))
& water_molecule_1(fn_water_molecule_74(fn_water_83(X)))
& entity_1(fn_water_molecule_63(fn_water_98(X)))
& atom_1(fn_water_molecule_63(fn_water_98(X)))
& hydrogen_1(fn_water_molecule_63(fn_water_98(X)))
& attract_1(fn_hydrophilic_compound_2(fn_water_83(X)))
& attract_1(fn_water_molecule_75(fn_water_83(X)))
& spatial_entity_1(fn_attach_1(fn_water_114(X)))
& water_molecule_1(fn_water_molecule_74(fn_water_98(X)))
& tangible_entity_1(fn_cohesion_2(fn_water_78(X)))
& unequal_sharing_1(fn_polar_molecule_4(fn_water_98(X)))
& unequal_sharing_1(fn_water_molecule_27(fn_water_98(X)))
& unequal_sharing_1(fn_water_molecule_49(fn_water_83(X)))
& entity_1(fn_polar_molecule_2(fn_water_83(X)))
& atom_1(fn_polar_molecule_2(fn_water_83(X)))
& tangible_entity_1(fn_water_molecule_64(fn_water_83(X)))
& entity_1(fn_water_molecule_64(fn_water_83(X)))
& chemical_entity_1(fn_water_molecule_64(fn_water_83(X)))
& atom_1(fn_water_molecule_64(fn_water_83(X)))
& hydrogen_1(fn_water_molecule_64(fn_water_83(X)))
& atom_1(fn_polar_molecule_3(fn_water_98(X)))
& atom_1(fn_polar_molecule_3(fn_water_83(X)))
& entity_1(fn_water_molecule_63(fn_water_83(X)))
& atom_1(fn_water_molecule_63(fn_water_83(X)))
& hydrogen_1(fn_water_molecule_63(fn_water_83(X)))
& instrument_2(fn_water_114(X),fn_water_107(X))
& duration_2(fn_water_114(X),fn_water_4(X))
& fn_water_113(X) != fn_water_107(X)
& intensity_2(fn_water_111(X),fn_water_36(X))
& greater_than_2(fn_water_36(X),fn_water_37(X))
& enables_2(fn_water_108(X),fn_water_105(X))
& fn_water_107(X) != fn_water_113(X)
& intensity_2(fn_water_104(X),fn_water_6(X))
& maxCardinality(fn_water_103(X),base_0,"4",water_molecule_0)
& base_2(fn_water_103(X),fn_water_98(X))
& maxCardinality(fn_water_103(X),result_0,"4",hydrogen_bond_0)
& duration_2(fn_water_102(X),fn_water_34(X))
& the_scalar_value_2(fn_water_34(X),brief_0)
& scalar_unit_class_2(fn_water_34(X),event_0)
& agent_2(fn_water_101(X),fn_water_96(X))
& causes_2(fn_water_101(X),fn_water_87(X))
& object_2(fn_water_101(X),X)
& by_means_of_2(fn_water_100(X),fn_water_101(X))
& inhibits_2(fn_water_99(X),fn_water_100(X))
& inhibits_2(fn_water_99(X),fn_water_101(X))
& greater_than_2(fn_water_33(X),fn_water_32(X))
& density_2(fn_water_31(X),fn_water_32(X))
& next_event_2(fn_water_30(X),fn_water_95(X))
& called_2(fn_water_98(X),"1")
& is_at_2(fn_water_98(X),fn_water_14(X))
& solute_potential_2(X,fn_water_2(X))
& heat_of_vaporization_2(X,fn_water_16(X))
& specific_heat_2(X,fn_water_18(X))
& density_2(X,fn_water_33(X))
& temperature_2(X,fn_water_93(X))
& possesses_2(X,fn_water_107(X))
& possesses_2(X,fn_water_38(X))
& has_region_2(X,fn_water_14(X))
& the_scalar_value_2(fn_water_29(X),many_0)
& scalar_unit_class_2(fn_water_29(X),thermal_energy_0)
& causes_2(fn_water_97(X),fn_water_30(X))
& by_means_of_2(fn_water_97(X),fn_water_94(X))
& quantity_2(fn_water_96(X),fn_water_29(X))
& agent_2(fn_water_95(X),fn_water_96(X))
& speed_2(fn_water_95(X),fn_water_28(X))
& base_2(fn_water_94(X),X)
& called_2(fn_water_25(X),'Quantity_H')
& fn_water_25(X) = fn_water_24(X)
& called_2(fn_water_24(X),'Quantity_OH')
& fn_water_24(X) = fn_water_25(X)
& the_cardinal_value_2(fn_water_18(X),"1.0e0")
& cardinal_unit_class_2(fn_water_18(X),calorie_per_gram_per_degree_celsius_0)
& the_cardinal_value_2(fn_water_16(X),"580.0e0")
& cardinal_unit_class_2(fn_water_16(X),calorie_per_gram_0)
& is_above_2(fn_water_14(X),fn_water_83(X))
& the_cardinal_value_2(fn_water_13(X),"4.0e0")
& cardinal_unit_class_2(fn_water_13(X),celsius_0)
& greater_than_or_equal_to_2(fn_water_90(X),fn_water_13(X))
& the_scalar_value_2(fn_water_12(X),high_0)
& scalar_unit_class_2(fn_water_12(X),move_0)
& directly_proportional_2(fn_water_11(X),fn_water_12(X))
& causes_2(fn_water_10(X),fn_water_88(X))
& rate_2(fn_water_87(X),fn_water_11(X))
& greater_than_2(fn_water_5(X),fn_water_6(X))
& intensity_2(fn_water_82(X),fn_water_5(X))
& object_2(fn_water_78(X),fn_water_83(X))
& instrument_2(fn_water_78(X),fn_water_107(X))
& the_scalar_value_2(fn_water_4(X),brief_0)
& scalar_unit_class_2(fn_water_4(X),attach_0)
& the_cardinal_value_2(fn_water_2(X),"0.0e0")
& cardinal_unit_class_2(fn_water_2(X),pascal_0)
& greater_than_or_equal_to_2(fn_water_77(X),fn_water_93(X))
& fn_water_63(X) = fn_water_57(X)
& called_2(fn_water_61(X),'Number_Electron')
& fn_water_57(X) = fn_water_63(X)
& object_2(fn_water_99(X),fn_water_98(X))
& base_2(fn_water_114(X),fn_water_98(X))
& object_2(fn_water_114(X),fn_water_83(X))
& object_2(fn_water_102(X),fn_water_98(X))
& object_2(fn_water_104(X),fn_water_106(X))
& agent_2(fn_water_82(X),fn_water_106(X))
& agent_2(fn_water_111(X),fn_water_79(X))
& result_2(fn_water_103(X),fn_water_91(X))
& object_2(fn_water_94(X),fn_water_96(X))
& has_part_2(X,fn_water_98(X))
& same_type_2(fn_water_83(X),fn_water_98(X))
& same_type_2(fn_water_98(X),fn_water_83(X))
& donor_2(fn_water_94(X),X)
& from_value_2(fn_water_88(X),fn_water_89(X))
& base_2(fn_water_88(X),X)
& object_2(fn_water_95(X),X)
& from_value_2(fn_water_87(X),fn_water_89(X))
& base_2(fn_water_87(X),X)
& from_value_2(fn_water_97(X),fn_water_93(X))
& greater_than_2(fn_water_93(X),fn_water_77(X))
& to_value_2(fn_water_97(X),fn_water_77(X))
& volume_2(X,fn_water_89(X))
& from_value_2(fn_water_101(X),fn_water_90(X))
& to_value_2(fn_water_100(X),fn_water_115(X))
& greater_than_2(fn_water_115(X),fn_water_93(X))
& from_value_2(fn_water_100(X),fn_water_93(X))
& is_between_2(fn_water_107(X),fn_water_106(X))
& object_2(fn_water_108(X),fn_water_106(X))
& result_2(fn_water_108(X),fn_water_107(X))
& is_between_2(fn_water_107(X),fn_water_79(X))
& agent_2(fn_water_108(X),fn_water_79(X))
& has_part_2(fn_water_83(X),fn_water_80(X))
& fn_water_106(X) != fn_water_80(X)
& fn_water_80(X) != fn_water_106(X)
& has_part_2(X,fn_water_83(X))
& base_2(fn_water_78(X),X)
& agent_2(fn_water_85(X),fn_water_106(X))
& has_function_2(fn_water_98(X),fn_water_105(X))
& object_2(fn_water_105(X),fn_water_83(X))
& has_part_2(fn_water_98(X),fn_water_106(X))
& charge_2(fn_water_106(X),fn_water_71(X))
& the_categorical_value_2(fn_water_71(X),partial_positive_0)
& fn_water_81(X) != fn_water_106(X)
& fn_water_106(X) != fn_water_81(X)
& called_2(fn_water_57(X),'Atomic_Number')
& the_cardinal_value_2(fn_water_57(X),"8")
& cardinal_unit_class_2(fn_water_57(X),unity_0)
& agent_2(fn_water_112(X),fn_water_80(X))
& possesses_2(fn_water_83(X),fn_water_113(X))
& has_part_2(fn_water_83(X),fn_water_79(X))
& fn_water_81(X) != fn_water_79(X)
& fn_water_79(X) != fn_water_81(X)
& result_2(fn_water_112(X),fn_water_113(X))
& agent_2(fn_water_112(X),fn_water_79(X))
& atomic_number_2(fn_water_79(X),fn_water_57(X))
& is_near_2(fn_water_55(X),fn_water_59(X))
& has_region_2(fn_water_79(X),fn_water_59(X))
& has_part_2(fn_water_79(X),fn_water_56(X))
& quantity_2(fn_water_56(X),fn_water_63(X))
& called_2(fn_water_63(X),'Number_Proton')
& is_near_2(fn_water_59(X),fn_water_55(X))
& is_between_2(fn_water_113(X),fn_water_80(X))
& is_between_2(fn_water_113(X),fn_water_79(X))
& has_part_2(fn_water_79(X),fn_water_55(X))
& quantity_2(fn_water_55(X),fn_water_61(X))
& fn_water_61(X) = fn_water_63(X)
& fn_water_63(X) = fn_water_61(X)
& the_cardinal_value_2(fn_water_70(X),"1")
& cardinal_unit_class_2(fn_water_70(X),unity_0)
& called_2(fn_water_70(X),'Atomic_Number')
& is_inside_2(fn_water_65(X),fn_water_68(X))
& called_2(fn_water_73(X),'Number_Proton')
& the_cardinal_value_2(fn_water_74(X),"1")
& cardinal_unit_class_2(fn_water_74(X),unity_0)
& has_part_2(fn_water_106(X),fn_water_64(X))
& has_region_2(fn_water_106(X),fn_water_68(X))
& has_part_2(fn_water_106(X),fn_water_65(X))
& quantity_2(fn_water_65(X),fn_water_73(X))
& fn_water_70(X) = fn_water_73(X)
& fn_water_73(X) = fn_water_70(X)
& is_near_2(fn_water_64(X),fn_water_68(X))
& quantity_2(fn_water_64(X),fn_water_74(X))
& called_2(fn_water_74(X),'Number_Electron')
& is_near_2(fn_water_68(X),fn_water_64(X))
& fn_water_73(X) = fn_water_74(X)
& fn_water_74(X) = fn_water_73(X)
& atomic_number_2(fn_water_106(X),fn_water_70(X))
& has_region_2(fn_water_106(X),fn_water_69(X))
& is_inside_2(fn_water_68(X),fn_water_69(X))
& is_at_2(fn_water_68(X),fn_water_67(X))
& has_region_2(fn_water_106(X),fn_water_67(X))
& fn_water_84(X) != fn_water_81(X)
& object_2(fn_water_78(X),fn_water_98(X))
& agent_2(fn_water_78(X),fn_water_98(X))
& has_part_2(fn_water_98(X),fn_water_84(X))
& fn_water_81(X) != fn_water_84(X)
& has_part_2(fn_water_83(X),fn_water_81(X))
& has_function_2(fn_water_83(X),fn_water_109(X))
& agent_2(fn_water_85(X),fn_water_84(X))
& fn_water_80(X) != fn_water_84(X)
& fn_water_84(X) != fn_water_80(X)
& site_2(fn_water_109(X),fn_water_110(X))
& has_region_2(fn_water_83(X),fn_water_110(X))
& agent_2(fn_water_109(X),fn_water_110(X))
& agent_2(fn_water_78(X),fn_water_83(X))
& fn_water_98(X) = fn_attract_1(fn_water_99(X))
& fn_water_98(X) = fn_attach_2(fn_water_114(X))
& fn_water_83(X) = fn_attach_1(fn_water_114(X))
& fn_water_98(X) = fn_attach_1(fn_water_102(X))
& fn_water_106(X) = fn_attract_1(fn_water_104(X))
& fn_water_106(X) = fn_attract_2(fn_water_82(X))
& fn_water_79(X) = fn_attract_2(fn_water_111(X))
& fn_water_91(X) = fn_create_1(fn_water_103(X))
& fn_water_96(X) = fn_transfer_1(fn_water_94(X))
& fn_water_98(X) = fn_chemical_3(X)
& X = fn_lose_1(fn_water_94(X))
& fn_water_89(X) = fn_contract_4(fn_water_88(X))
& X = fn_contract_1(fn_water_88(X))
& X = fn_move_1(fn_water_95(X))
& fn_water_89(X) = fn_expand_4(fn_water_87(X))
& X = fn_expand_1(fn_water_87(X))
& fn_water_75(X) = fn_decrease_1(fn_water_97(X))
& fn_water_77(X) = fn_decrease_4(fn_water_97(X))
& fn_water_93(X) = fn_decrease_3(fn_water_97(X))
& fn_water_76(X) = fn_substance_4(X)
& fn_water_89(X) = fn_substance_3(X)
& fn_water_86(X) = fn_heat_3(fn_water_101(X))
& fn_water_90(X) = fn_heat_4(fn_water_101(X))
& fn_water_92(X) = fn_increase_2(fn_water_100(X))
& fn_water_116(X) = fn_increase_1(fn_water_100(X))
& fn_water_93(X) = fn_increase_3(fn_water_100(X))
& fn_water_115(X) = fn_increase_4(fn_water_100(X))
& fn_water_79(X) = fn_hydrogen_bond_11(fn_water_107(X))
& fn_water_108(X) = fn_hydrogen_bond_13(fn_water_107(X))
& fn_water_106(X) = fn_hydrogen_bond_12(fn_water_107(X))
& fn_water_106(X) = fn_water_molecule_63(fn_water_83(X))
& X = fn_cohesion_1(fn_water_78(X))
& fn_water_48(X) = fn_atom_6(fn_water_106(X))
& fn_water_48(X) = fn_water_molecule_7(fn_water_98(X))
& fn_water_85(X) = fn_water_molecule_27(fn_water_98(X))
& fn_water_83(X) = fn_water_molecule_74(fn_water_98(X))
& fn_water_105(X) = fn_water_molecule_75(fn_water_98(X))
& fn_water_71(X) = fn_atom_7(fn_water_106(X))
& fn_water_71(X) = fn_water_molecule_21(fn_water_98(X))
& fn_water_71(X) = fn_water_molecule_15(fn_water_98(X))
& fn_water_81(X) = fn_polar_molecule_3(fn_water_98(X))
& fn_water_81(X) = fn_water_molecule_63(fn_water_98(X))
& fn_water_106(X) = fn_polar_molecule_2(fn_water_98(X))
& fn_water_106(X) = fn_water_molecule_63(fn_water_98(X))
& fn_water_106(X) = fn_water_molecule_64(fn_water_98(X))
& fn_water_54(X) = fn_water_molecule_31(fn_water_83(X))
& fn_water_53(X) = fn_water_molecule_22(fn_water_83(X))
& fn_water_50(X) = fn_water_molecule_29(fn_water_83(X))
& fn_water_60(X) = fn_water_molecule_28(fn_water_83(X))
& fn_water_81(X) = fn_water_molecule_63(fn_water_83(X))
& fn_water_52(X) = fn_water_molecule_30(fn_water_83(X))
& fn_water_61(X) = fn_water_molecule_60(fn_water_83(X))
& fn_water_58(X) = fn_water_molecule_25(fn_water_83(X))
& fn_water_51(X) = fn_water_molecule_23(fn_water_83(X))
& fn_water_63(X) = fn_water_molecule_57(fn_water_83(X))
& fn_water_62(X) = fn_water_molecule_24(fn_water_83(X))
& fn_water_57(X) = fn_water_molecule_59(fn_water_83(X))
& fn_water_112(X) = fn_water_molecule_65(fn_water_83(X))
& fn_water_112(X) = fn_water_molecule_38(fn_water_83(X))
& fn_water_56(X) = fn_water_molecule_67(fn_water_83(X))
& fn_water_59(X) = fn_water_molecule_68(fn_water_83(X))
& fn_water_63(X) = fn_water_molecule_60(fn_water_83(X))
& fn_water_61(X) = fn_water_molecule_57(fn_water_83(X))
& fn_water_55(X) = fn_water_molecule_66(fn_water_83(X))
& fn_water_113(X) = fn_water_molecule_61(fn_water_83(X))
& fn_water_79(X) = fn_water_molecule_72(fn_water_83(X))
& fn_water_113(X) = fn_water_molecule_62(fn_water_83(X))
& fn_water_49(X) = fn_hydrogen_7(fn_water_106(X))
& fn_water_46(X) = fn_hydrogen_21(fn_water_106(X))
& fn_water_45(X) = fn_hydrogen_6(fn_water_106(X))
& fn_water_65(X) = fn_hydrogen_13(fn_water_106(X))
& fn_water_73(X) = fn_hydrogen_17(fn_water_106(X))
& fn_water_74(X) = fn_hydrogen_11(fn_water_106(X))
& fn_water_64(X) = fn_hydrogen_12(fn_water_106(X))
& fn_water_67(X) = fn_hydrogen_14(fn_water_106(X))
& fn_water_68(X) = fn_hydrogen_15(fn_water_106(X))
& fn_water_69(X) = fn_hydrogen_16(fn_water_106(X))
& fn_water_83(X) = fn_cohesion_2(fn_water_78(X))
& fn_water_110(X) = fn_attract_2(fn_water_109(X))
& fn_water_109(X) = fn_hydrophilic_compound_2(fn_water_83(X))
& fn_water_110(X) = fn_hydrophilic_compound_1(fn_water_83(X))
& fn_water_47(X) = fn_hydrogen_20(fn_water_106(X))
& fn_water_66(X) = fn_hydrogen_19(fn_water_106(X))
& fn_water_70(X) = fn_hydrogen_10(fn_water_106(X))
& fn_water_73(X) = fn_hydrogen_11(fn_water_106(X))
& fn_water_74(X) = fn_hydrogen_17(fn_water_106(X))
& fn_water_72(X) = fn_hydrogen_18(fn_water_106(X))
& fn_water_98(X) = fn_cohesion_3(fn_water_78(X))
& fn_water_98(X) = fn_water_molecule_74(fn_water_83(X))
& fn_water_78(X) = fn_water_molecule_75(fn_water_98(X))
& fn_water_78(X) = fn_water_molecule_75(fn_water_83(X))
& fn_water_81(X) = fn_polar_molecule_2(fn_water_83(X))
& fn_water_81(X) = fn_water_molecule_64(fn_water_83(X))
& fn_water_109(X) = fn_water_molecule_75(fn_water_83(X))
& fn_water_85(X) = fn_polar_molecule_4(fn_water_98(X))
& fn_water_84(X) = fn_polar_molecule_3(fn_water_98(X))
& fn_water_85(X) = fn_water_molecule_49(fn_water_83(X))
& fn_water_84(X) = fn_polar_molecule_3(fn_water_83(X))
& fn_water_80(X) = fn_polar_molecule_2(fn_water_83(X))
& fn_water_84(X) = fn_water_molecule_63(fn_water_83(X))
& fn_water_80(X) = fn_water_molecule_64(fn_water_83(X))
& fn_contract_4(fn_water_88(X)) = fn_expand_4(fn_water_87(X))
& fn_expand_4(fn_water_87(X)) = fn_expand_4(fn_water_87(X))
& fn_expand_4(fn_water_87(X)) = fn_substance_3(X)
& fn_substance_3(X) = fn_substance_3(X)
& fn_substance_3(X) = fn_decrease_3(fn_water_97(X))
& fn_decrease_3(fn_water_97(X)) = fn_decrease_3(fn_water_97(X))
& fn_decrease_3(fn_water_97(X)) = fn_increase_3(fn_water_100(X))
& fn_increase_3(fn_water_100(X)) = fn_increase_3(fn_water_100(X))
& fn_increase_3(fn_water_100(X)) = fn_lose_1(fn_water_94(X))
& fn_lose_1(fn_water_94(X)) = fn_contract_1(fn_water_88(X))
& fn_contract_1(fn_water_88(X)) = fn_contract_1(fn_water_88(X))
& fn_contract_1(fn_water_88(X)) = fn_move_1(fn_water_95(X))
& fn_move_1(fn_water_95(X)) = fn_move_1(fn_water_95(X))
& fn_move_1(fn_water_95(X)) = fn_expand_1(fn_water_87(X))
& fn_cohesion_1(fn_water_78(X)) = fn_expand_1(fn_water_87(X))
& fn_expand_1(fn_water_87(X)) = fn_cohesion_1(fn_water_78(X))
& fn_cohesion_1(fn_water_78(X)) = fn_cohesion_1(fn_water_78(X))
& fn_cohesion_1(fn_water_78(X)) = fn_atom_6(fn_water_106(X))
& fn_atom_6(fn_water_106(X)) = fn_water_molecule_7(fn_water_98(X))
& fn_water_molecule_7(fn_water_98(X)) = fn_atom_7(fn_water_106(X))
& fn_water_molecule_21(fn_water_98(X)) = fn_atom_7(fn_water_106(X))
& fn_atom_7(fn_water_106(X)) = fn_water_molecule_21(fn_water_98(X))
& fn_water_molecule_15(fn_water_98(X)) = fn_water_molecule_21(fn_water_98(X))
& fn_water_molecule_21(fn_water_98(X)) = fn_water_molecule_15(fn_water_98(X))
& fn_water_molecule_15(fn_water_98(X)) = fn_water_molecule_38(fn_water_83(X))
& fn_water_molecule_38(fn_water_83(X)) = fn_water_molecule_65(fn_water_83(X))
& fn_water_molecule_65(fn_water_83(X)) = fn_water_molecule_38(fn_water_83(X))
& fn_water_molecule_38(fn_water_83(X)) = fn_water_molecule_38(fn_water_83(X))
& fn_water_molecule_38(fn_water_83(X)) = fn_water_molecule_57(fn_water_83(X))
& fn_water_molecule_57(fn_water_83(X)) = fn_water_molecule_60(fn_water_83(X))
& fn_water_molecule_60(fn_water_83(X)) = fn_water_molecule_60(fn_water_83(X))
& fn_water_molecule_60(fn_water_83(X)) = fn_water_molecule_57(fn_water_83(X))
& fn_water_molecule_57(fn_water_83(X)) = fn_water_molecule_57(fn_water_83(X))
& fn_water_molecule_57(fn_water_83(X)) = fn_attract_2(fn_water_111(X))
& fn_attract_2(fn_water_111(X)) = fn_hydrogen_bond_11(fn_water_107(X))
& fn_hydrogen_bond_11(fn_water_107(X)) = fn_hydrogen_bond_11(fn_water_107(X))
& fn_hydrogen_bond_11(fn_water_107(X)) = fn_water_molecule_72(fn_water_83(X))
& fn_water_molecule_72(fn_water_83(X)) = fn_water_molecule_72(fn_water_83(X))
& fn_water_molecule_72(fn_water_83(X)) = fn_water_molecule_61(fn_water_83(X))
& fn_water_molecule_62(fn_water_83(X)) = fn_water_molecule_61(fn_water_83(X))
& fn_water_molecule_61(fn_water_83(X)) = fn_water_molecule_62(fn_water_83(X))
& fn_water_molecule_62(fn_water_83(X)) = fn_water_molecule_62(fn_water_83(X))
& fn_water_molecule_62(fn_water_83(X)) = fn_attract_2(fn_water_109(X))
& fn_attract_2(fn_water_109(X)) = fn_hydrophilic_compound_1(fn_water_83(X))
& fn_hydrophilic_compound_1(fn_water_83(X)) = fn_hydrophilic_compound_1(fn_water_83(X))
& fn_hydrophilic_compound_1(fn_water_83(X)) = fn_attract_1(fn_water_104(X))
& fn_attract_1(fn_water_104(X)) = fn_attract_2(fn_water_82(X))
& fn_attract_2(fn_water_82(X)) = fn_attract_2(fn_water_82(X))
& fn_attract_2(fn_water_82(X)) = fn_polar_molecule_2(fn_water_98(X))
& fn_hydrogen_bond_12(fn_water_107(X)) = fn_polar_molecule_2(fn_water_98(X))
& fn_polar_molecule_2(fn_water_98(X)) = fn_polar_molecule_2(fn_water_98(X))
& fn_polar_molecule_2(fn_water_98(X)) = fn_hydrogen_bond_12(fn_water_107(X))
& fn_hydrogen_bond_12(fn_water_107(X)) = fn_hydrogen_bond_12(fn_water_107(X))
& fn_hydrogen_bond_12(fn_water_107(X)) = fn_water_molecule_63(fn_water_83(X))
& fn_water_molecule_63(fn_water_83(X)) = fn_water_molecule_64(fn_water_98(X))
& fn_water_molecule_64(fn_water_98(X)) = fn_water_molecule_64(fn_water_98(X))
& fn_water_molecule_64(fn_water_98(X)) = fn_water_molecule_63(fn_water_98(X))
& fn_water_molecule_63(fn_water_98(X)) = fn_water_molecule_64(fn_water_98(X))
& fn_water_molecule_64(fn_water_98(X)) = fn_hydrogen_17(fn_water_106(X))
& fn_hydrogen_17(fn_water_106(X)) = fn_hydrogen_17(fn_water_106(X))
& fn_hydrogen_17(fn_water_106(X)) = fn_hydrogen_11(fn_water_106(X))
& fn_hydrogen_11(fn_water_106(X)) = fn_hydrogen_11(fn_water_106(X))
& fn_hydrogen_11(fn_water_106(X)) = fn_hydrogen_17(fn_water_106(X))
& fn_hydrogen_17(fn_water_106(X)) = fn_attract_1(fn_water_99(X))
& fn_attract_1(fn_water_99(X)) = fn_attach_2(fn_water_114(X))
& fn_attach_2(fn_water_114(X)) = fn_attach_2(fn_water_114(X))
& fn_attach_2(fn_water_114(X)) = fn_attach_1(fn_water_102(X))
& fn_attach_1(fn_water_102(X)) = fn_attach_1(fn_water_102(X))
& fn_attach_1(fn_water_102(X)) = fn_chemical_3(X)
& fn_chemical_3(X) = fn_chemical_3(X)
& fn_chemical_3(X) = fn_cohesion_3(fn_water_78(X))
& fn_cohesion_3(fn_water_78(X)) = fn_cohesion_3(fn_water_78(X))
& fn_cohesion_3(fn_water_78(X)) = fn_water_molecule_74(fn_water_83(X))
& fn_water_molecule_74(fn_water_83(X)) = fn_polar_molecule_3(fn_water_98(X))
& fn_water_molecule_63(fn_water_98(X)) = fn_polar_molecule_3(fn_water_98(X))
& fn_polar_molecule_3(fn_water_98(X)) = fn_water_molecule_63(fn_water_98(X))
& fn_water_molecule_63(fn_water_83(X)) = fn_water_molecule_63(fn_water_98(X))
& fn_water_molecule_63(fn_water_98(X)) = fn_water_molecule_63(fn_water_98(X))
& fn_water_molecule_63(fn_water_98(X)) = fn_water_molecule_63(fn_water_83(X))
& fn_water_molecule_63(fn_water_83(X)) = fn_water_molecule_63(fn_water_83(X))
& fn_water_molecule_63(fn_water_83(X)) = fn_polar_molecule_2(fn_water_83(X))
& fn_polar_molecule_2(fn_water_83(X)) = fn_polar_molecule_2(fn_water_83(X))
& fn_water_molecule_64(fn_water_83(X)) = fn_hydrophilic_compound_2(fn_water_83(X))
& fn_hydrophilic_compound_2(fn_water_83(X)) = fn_water_molecule_75(fn_water_83(X))
& fn_water_molecule_75(fn_water_83(X)) = fn_attach_1(fn_water_114(X))
& fn_attach_1(fn_water_114(X)) = fn_water_molecule_74(fn_water_98(X))
& fn_cohesion_2(fn_water_78(X)) = fn_cohesion_2(fn_water_78(X))
& fn_cohesion_2(fn_water_78(X)) = fn_water_molecule_74(fn_water_98(X))
& fn_water_molecule_74(fn_water_98(X)) = fn_cohesion_2(fn_water_78(X))
& fn_cohesion_2(fn_water_78(X)) = fn_polar_molecule_4(fn_water_98(X))
& fn_water_molecule_27(fn_water_98(X)) = fn_polar_molecule_4(fn_water_98(X))
& fn_polar_molecule_4(fn_water_98(X)) = fn_water_molecule_27(fn_water_98(X))
& fn_water_molecule_27(fn_water_98(X)) = fn_water_molecule_49(fn_water_83(X))
& fn_water_molecule_49(fn_water_83(X)) = fn_water_molecule_64(fn_water_83(X))
& fn_water_molecule_64(fn_water_83(X)) = fn_water_molecule_64(fn_water_83(X))
& fn_water_molecule_64(fn_water_83(X)) = fn_polar_molecule_2(fn_water_83(X))
& fn_polar_molecule_2(fn_water_83(X)) = fn_water_molecule_64(fn_water_83(X))
& fn_water_molecule_64(fn_water_83(X)) = fn_water_molecule_63(fn_water_83(X))
& fn_water_molecule_63(fn_water_83(X)) = fn_polar_molecule_3(fn_water_98(X))
& fn_polar_molecule_3(fn_water_98(X)) = fn_water_molecule_63(fn_water_83(X))
& fn_water_molecule_63(fn_water_83(X)) = fn_polar_molecule_3(fn_water_83(X))
& fn_polar_molecule_3(fn_water_83(X)) = fn_water_molecule_63(fn_water_83(X)) ) ) ).
fof(a533700,axiom,
! [X] :
( water_at_zero_degree_celcius_1(X)
=> ( original_name_2(X,'Water-At-Zero-Degree-Celcius')
& user_description_2(X,'At zero degrees Celcius, water freezes and becomes solid.')
& concept2words_2(X,'water at zero degrees')
& concept2words_2(X,'water at zero degree celcius')
& concept2words_2(X,'water-at-zero-degree-celcius')
& water_1(X)
& intensity_value_1(fn_water_at_zero_degree_celcius_3(X))
& intensity_value_1(fn_water_at_zero_degree_celcius_4(X))
& unequal_sharing_1(fn_water_at_zero_degree_celcius_7(X))
& attract_1(fn_water_at_zero_degree_celcius_8(X))
& attract_1(fn_water_at_zero_degree_celcius_9(X))
& intensity_value_1(fn_water_at_zero_degree_celcius_10(X))
& intensity_value_1(fn_water_at_zero_degree_celcius_11(X))
& attract_1(fn_water_at_zero_degree_celcius_12(X))
& entity_1(fn_water_at_zero_degree_celcius_13(X))
& atom_1(fn_water_at_zero_degree_celcius_13(X))
& hydrogen_1(fn_water_at_zero_degree_celcius_13(X))
& electron_shell_1(fn_water_at_zero_degree_celcius_14(X))
& first_electron_shell_1(fn_water_at_zero_degree_celcius_14(X))
& tangible_entity_1(fn_water_at_zero_degree_celcius_15(X))
& chemical_entity_1(fn_water_at_zero_degree_celcius_15(X))
& entity_1(fn_water_at_zero_degree_celcius_15(X))
& atom_1(fn_water_at_zero_degree_celcius_15(X))
& hydrogen_1(fn_water_at_zero_degree_celcius_15(X))
& hold_together_1(fn_water_at_zero_degree_celcius_16(X))
& hold_1(fn_water_at_zero_degree_celcius_17(X))
& hold_together_1(fn_water_at_zero_degree_celcius_17(X))
& attract_1(fn_water_at_zero_degree_celcius_18(X))
& hold_1(fn_water_at_zero_degree_celcius_19(X))
& hold_together_1(fn_water_at_zero_degree_celcius_19(X))
& attract_1(fn_water_at_zero_degree_celcius_20(X))
& share_1(fn_water_at_zero_degree_celcius_21(X))
& unequal_sharing_1(fn_water_at_zero_degree_celcius_21(X))
& valence_electron_1(fn_water_at_zero_degree_celcius_22(X))
& entity_1(fn_water_at_zero_degree_celcius_23(X))
& valence_electron_1(fn_water_at_zero_degree_celcius_23(X))
& temperature_value_1(fn_water_at_zero_degree_celcius_24(X))
& entity_1(fn_water_at_zero_degree_celcius_26(X))
& chemical_entity_1(fn_water_at_zero_degree_celcius_26(X))
& atom_1(fn_water_at_zero_degree_celcius_26(X))
& oxygen_1(fn_water_at_zero_degree_celcius_26(X))
& center_1(fn_water_at_zero_degree_celcius_27(X))
& tangible_entity_1(fn_water_at_zero_degree_celcius_28(X))
& entity_1(fn_water_at_zero_degree_celcius_28(X))
& chemical_entity_1(fn_water_at_zero_degree_celcius_28(X))
& atom_1(fn_water_at_zero_degree_celcius_28(X))
& hydrogen_1(fn_water_at_zero_degree_celcius_28(X))
& entity_1(fn_water_at_zero_degree_celcius_29(X))
& chemical_entity_1(fn_water_at_zero_degree_celcius_29(X))
& atom_1(fn_water_at_zero_degree_celcius_29(X))
& oxygen_1(fn_water_at_zero_degree_celcius_29(X))
& tangible_entity_1(fn_water_at_zero_degree_celcius_30(X))
& entity_1(fn_water_at_zero_degree_celcius_30(X))
& atom_1(fn_water_at_zero_degree_celcius_30(X))
& chemical_entity_1(fn_water_at_zero_degree_celcius_30(X))
& hydrogen_1(fn_water_at_zero_degree_celcius_30(X))
& hydrogen_bond_1(fn_water_at_zero_degree_celcius_31(X))
& electronegativity_value_1(fn_water_at_zero_degree_celcius_32(X))
& atomic_nucleus_1(fn_water_at_zero_degree_celcius_33(X))
& electronegativity_value_1(fn_water_at_zero_degree_celcius_34(X))
& electron_shell_1(fn_water_at_zero_degree_celcius_35(X))
& valence_shell_1(fn_water_at_zero_degree_celcius_35(X))
& entity_1(fn_water_at_zero_degree_celcius_36(X))
& electron_1(fn_water_at_zero_degree_celcius_36(X))
& valence_electron_1(fn_water_at_zero_degree_celcius_36(X))
& share_1(fn_water_at_zero_degree_celcius_37(X))
& atomic_orbital_1(fn_water_at_zero_degree_celcius_38(X))
& entity_1(fn_water_at_zero_degree_celcius_39(X))
& electron_1(fn_water_at_zero_degree_celcius_39(X))
& valence_electron_1(fn_water_at_zero_degree_celcius_39(X))
& quantity_value_1(fn_water_at_zero_degree_celcius_40(X))
& atomic_number_value_1(fn_water_at_zero_degree_celcius_41(X))
& entity_1(fn_water_at_zero_degree_celcius_42(X))
& electron_1(fn_water_at_zero_degree_celcius_42(X))
& valence_electron_1(fn_water_at_zero_degree_celcius_42(X))
& proton_1(fn_water_at_zero_degree_celcius_43(X))
& electronegativity_value_1(fn_water_at_zero_degree_celcius_44(X))
& chemical_bond_1(fn_water_at_zero_degree_celcius_45(X))
& covalent_bond_1(fn_water_at_zero_degree_celcius_45(X))
& polar_covalent_bond_1(fn_water_at_zero_degree_celcius_45(X))
& share_1(fn_water_at_zero_degree_celcius_46(X))
& unequal_sharing_1(fn_water_at_zero_degree_celcius_46(X))
& share_1(fn_water_at_zero_degree_celcius_47(X))
& atomic_nucleus_1(fn_water_at_zero_degree_celcius_48(X))
& tangible_entity_1(fn_water_at_zero_degree_celcius_54(X))
& entity_1(fn_water_at_zero_degree_celcius_54(X))
& chemical_entity_1(fn_water_at_zero_degree_celcius_54(X))
& atom_1(fn_water_at_zero_degree_celcius_54(X))
& hydrogen_1(fn_water_at_zero_degree_celcius_54(X))
& hydrophilic_compound_1(fn_water_at_zero_degree_celcius_55(X))
& entity_1(fn_water_at_zero_degree_celcius_55(X))
& spatial_entity_1(fn_water_at_zero_degree_celcius_55(X))
& chemical_entity_1(fn_water_at_zero_degree_celcius_55(X))
& tangible_entity_1(fn_water_at_zero_degree_celcius_55(X))
& polar_molecule_1(fn_water_at_zero_degree_celcius_55(X))
& water_molecule_1(fn_water_at_zero_degree_celcius_55(X))
& valence_electron_1(fn_oxygen_1(fn_water_at_zero_degree_celcius_29(X)))
& atomic_orbital_1(fn_water_molecule_56(fn_water_at_zero_degree_celcius_55(X)))
& electron_shell_1(fn_water_molecule_70(fn_water_at_zero_degree_celcius_55(X)))
& valence_shell_1(fn_water_molecule_70(fn_water_at_zero_degree_celcius_55(X)))
& property_node_1(fn_hydrogen_1(fn_water_at_zero_degree_celcius_15(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_water_at_zero_degree_celcius_15(X)))
& property_node_1(fn_hydrogen_7(fn_water_at_zero_degree_celcius_30(X)))
& property_node_1(fn_hydrogen_21(fn_water_at_zero_degree_celcius_30(X)))
& property_node_1(fn_hydrogen_1(fn_water_at_zero_degree_celcius_30(X)))
& atomic_number_value_1(fn_hydrogen_10(fn_water_at_zero_degree_celcius_30(X)))
& quantity_value_1(fn_hydrogen_17(fn_water_at_zero_degree_celcius_30(X)))
& proton_1(fn_hydrogen_13(fn_water_at_zero_degree_celcius_30(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_water_at_zero_degree_celcius_30(X)))
& entity_1(fn_share_2(fn_water_at_zero_degree_celcius_21(X)))
& valence_electron_1(fn_oxygen_8(fn_water_at_zero_degree_celcius_29(X)))
& property_node_1(fn_hydrogen_bond_1(fn_water_at_zero_degree_celcius_31(X)))
& property_node_1(fn_water_molecule_76(fn_water_at_zero_degree_celcius_55(X)))
& share_1(fn_water_molecule_65(fn_water_at_zero_degree_celcius_55(X)))
& unequal_sharing_1(fn_water_molecule_65(fn_water_at_zero_degree_celcius_55(X)))
& electronegativity_value_1(fn_hydrogen_bond_2(fn_water_at_zero_degree_celcius_31(X)))
& electronegativity_value_1(fn_water_molecule_73(fn_water_at_zero_degree_celcius_55(X)))
& chemical_bond_1(fn_water_molecule_61(fn_water_at_zero_degree_celcius_55(X)))
& polar_covalent_bond_1(fn_water_molecule_61(fn_water_at_zero_degree_celcius_55(X)))
& covalent_bond_1(fn_water_molecule_62(fn_water_at_zero_degree_celcius_55(X)))
& polar_covalent_bond_1(fn_water_molecule_62(fn_water_at_zero_degree_celcius_55(X)))
& entity_1(fn_attract_2(fn_water_at_zero_degree_celcius_18(X)))
& hold_1(fn_water_molecule_26(fn_water_at_zero_degree_celcius_55(X)))
& hold_together_1(fn_water_molecule_26(fn_water_at_zero_degree_celcius_55(X)))
& entity_1(fn_share_2(fn_water_at_zero_degree_celcius_47(X)))
& share_1(fn_water_molecule_48(fn_water_at_zero_degree_celcius_55(X)))
& share_1(fn_water_molecule_37(fn_water_at_zero_degree_celcius_55(X)))
& share_1(fn_water_molecule_38(fn_water_at_zero_degree_celcius_55(X)))
& unequal_sharing_1(fn_water_molecule_38(fn_water_at_zero_degree_celcius_55(X)))
& unequal_sharing_1(fn_water_molecule_27(fn_water_at_zero_degree_celcius_55(X)))
& unequal_sharing_1(fn_water_molecule_49(fn_water_at_zero_degree_celcius_55(X)))
& entity_1(fn_hydrogen_bond_11(fn_water_at_zero_degree_celcius_31(X)))
& chemical_entity_1(fn_hydrogen_bond_11(fn_water_at_zero_degree_celcius_31(X)))
& atom_1(fn_hydrogen_bond_11(fn_water_at_zero_degree_celcius_31(X)))
& entity_1(fn_water_molecule_72(fn_water_at_zero_degree_celcius_55(X)))
& chemical_entity_1(fn_water_molecule_72(fn_water_at_zero_degree_celcius_55(X)))
& atom_1(fn_water_molecule_72(fn_water_at_zero_degree_celcius_55(X)))
& oxygen_1(fn_water_molecule_72(fn_water_at_zero_degree_celcius_55(X)))
& entity_1(fn_polar_molecule_2(fn_water_at_zero_degree_celcius_55(X)))
& atom_1(fn_polar_molecule_2(fn_water_at_zero_degree_celcius_55(X)))
& electronegativity_value_1(fn_water_molecule_55(fn_water_at_zero_degree_celcius_55(X)))
& electronegativity_value_1(fn_hydrogen_2(fn_water_at_zero_degree_celcius_15(X)))
& electron_1(fn_water_molecule_41(fn_water_at_zero_degree_celcius_55(X)))
& valence_electron_1(fn_water_molecule_41(fn_water_at_zero_degree_celcius_55(X)))
& valence_electron_1(fn_hydrogen_12(fn_water_at_zero_degree_celcius_15(X)))
& hold_together_1(fn_water_molecule_71(fn_water_at_zero_degree_celcius_55(X)))
& hold_1(fn_water_molecule_36(fn_water_at_zero_degree_celcius_55(X)))
& hold_together_1(fn_water_molecule_36(fn_water_at_zero_degree_celcius_55(X)))
& attract_1(fn_hydrogen_bond_13(fn_water_at_zero_degree_celcius_31(X)))
& hold_together_1(fn_water_molecule_47(fn_water_at_zero_degree_celcius_55(X)))
& hold_together_1(fn_hydrogen_bond_14(fn_water_at_zero_degree_celcius_31(X)))
& electron_shell_1(fn_atom_9(fn_water_at_zero_degree_celcius_29(X)))
& electron_shell_1(fn_water_molecule_45(fn_water_at_zero_degree_celcius_55(X)))
& first_electron_shell_1(fn_water_molecule_45(fn_water_at_zero_degree_celcius_55(X)))
& electron_shell_1(fn_hydrogen_16(fn_water_at_zero_degree_celcius_30(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_water_at_zero_degree_celcius_30(X)))
& electronegativity_value_1(fn_water_molecule_39(fn_water_at_zero_degree_celcius_55(X)))
& electronegativity_value_1(fn_hydrogen_2(fn_water_at_zero_degree_celcius_30(X)))
& entity_1(fn_water_molecule_50(fn_water_at_zero_degree_celcius_55(X)))
& electron_1(fn_water_molecule_50(fn_water_at_zero_degree_celcius_55(X)))
& valence_electron_1(fn_water_molecule_50(fn_water_at_zero_degree_celcius_55(X)))
& electron_1(fn_water_molecule_66(fn_water_at_zero_degree_celcius_55(X)))
& valence_electron_1(fn_water_molecule_66(fn_water_at_zero_degree_celcius_55(X)))
& valence_electron_1(fn_hydrogen_12(fn_water_at_zero_degree_celcius_30(X)))
& center_1(fn_water_molecule_44(fn_water_at_zero_degree_celcius_55(X)))
& center_1(fn_hydrogen_14(fn_water_at_zero_degree_celcius_30(X)))
& entity_1(fn_share_3(fn_water_at_zero_degree_celcius_47(X)))
& entity_1(fn_attract_2(fn_water_at_zero_degree_celcius_20(X)))
& entity_1(fn_share_1(fn_water_at_zero_degree_celcius_47(X)))
& entity_1(fn_water_molecule_63(fn_water_at_zero_degree_celcius_55(X)))
& atom_1(fn_water_molecule_63(fn_water_at_zero_degree_celcius_55(X)))
& hydrogen_1(fn_water_molecule_63(fn_water_at_zero_degree_celcius_55(X)))
& tangible_entity_1(fn_water_molecule_64(fn_water_at_zero_degree_celcius_55(X)))
& entity_1(fn_water_molecule_64(fn_water_at_zero_degree_celcius_55(X)))
& chemical_entity_1(fn_water_molecule_64(fn_water_at_zero_degree_celcius_55(X)))
& atom_1(fn_water_molecule_64(fn_water_at_zero_degree_celcius_55(X)))
& hydrogen_1(fn_water_molecule_64(fn_water_at_zero_degree_celcius_55(X)))
& entity_1(fn_hydrogen_bond_12(fn_water_at_zero_degree_celcius_31(X)))
& atom_1(fn_hydrogen_bond_12(fn_water_at_zero_degree_celcius_31(X)))
& chemical_entity_1(fn_hydrogen_bond_12(fn_water_at_zero_degree_celcius_31(X)))
& hydrogen_1(fn_hydrogen_bond_12(fn_water_at_zero_degree_celcius_31(X)))
& intensity_2(fn_water_at_zero_degree_celcius_18(X),fn_water_at_zero_degree_celcius_4(X))
& intensity_2(fn_water_at_zero_degree_celcius_20(X),fn_water_at_zero_degree_celcius_3(X))
& object_2(fn_water_at_zero_degree_celcius_21(X),fn_water_at_zero_degree_celcius_22(X))
& fn_water_at_zero_degree_celcius_22(X) != fn_water_at_zero_degree_celcius_23(X)
& fn_water_at_zero_degree_celcius_23(X) != fn_water_at_zero_degree_celcius_22(X)
& greater_than_2(fn_water_at_zero_degree_celcius_3(X),fn_water_at_zero_degree_celcius_4(X))
& the_cardinal_value_2(fn_water_at_zero_degree_celcius_24(X),"0.0e0")
& cardinal_unit_class_2(fn_water_at_zero_degree_celcius_24(X),celsius_0)
& fn_water_at_zero_degree_celcius_26(X) != fn_water_at_zero_degree_celcius_29(X)
& has_region_2(fn_water_at_zero_degree_celcius_29(X),fn_water_at_zero_degree_celcius_27(X))
& fn_water_at_zero_degree_celcius_29(X) != fn_water_at_zero_degree_celcius_26(X)
& object_2(fn_water_at_zero_degree_celcius_21(X),fn_water_at_zero_degree_celcius_23(X))
& object_2(fn_water_at_zero_degree_celcius_47(X),fn_water_at_zero_degree_celcius_39(X))
& agent_2(fn_water_at_zero_degree_celcius_20(X),fn_water_at_zero_degree_celcius_30(X))
& agent_2(fn_water_at_zero_degree_celcius_18(X),fn_water_at_zero_degree_celcius_29(X))
& agent_2(fn_water_at_zero_degree_celcius_47(X),fn_water_at_zero_degree_celcius_30(X))
& has_region_2(fn_water_at_zero_degree_celcius_29(X),fn_water_at_zero_degree_celcius_14(X))
& has_part_2(fn_water_at_zero_degree_celcius_29(X),fn_water_at_zero_degree_celcius_23(X))
& has_part_2(fn_water_at_zero_degree_celcius_29(X),fn_water_at_zero_degree_celcius_22(X))
& object_2(fn_water_at_zero_degree_celcius_18(X),fn_water_at_zero_degree_celcius_30(X))
& temperature_2(X,fn_water_at_zero_degree_celcius_24(X))
& has_part_2(X,fn_water_at_zero_degree_celcius_55(X))
& called_2(fn_water_at_zero_degree_celcius_55(X),"1")
& agent_2(fn_water_at_zero_degree_celcius_7(X),fn_water_at_zero_degree_celcius_28(X))
& agent_2(fn_water_at_zero_degree_celcius_7(X),fn_water_at_zero_degree_celcius_30(X))
& object_2(fn_water_at_zero_degree_celcius_9(X),fn_water_at_zero_degree_celcius_30(X))
& intensity_2(fn_water_at_zero_degree_celcius_9(X),fn_water_at_zero_degree_celcius_10(X))
& fn_water_at_zero_degree_celcius_54(X) != fn_water_at_zero_degree_celcius_30(X)
& agent_2(fn_water_at_zero_degree_celcius_8(X),fn_water_at_zero_degree_celcius_30(X))
& intensity_2(fn_water_at_zero_degree_celcius_8(X),fn_water_at_zero_degree_celcius_11(X))
& greater_than_2(fn_water_at_zero_degree_celcius_11(X),fn_water_at_zero_degree_celcius_10(X))
& fn_water_at_zero_degree_celcius_30(X) != fn_water_at_zero_degree_celcius_54(X)
& fn_water_at_zero_degree_celcius_28(X) != fn_water_at_zero_degree_celcius_54(X)
& fn_water_at_zero_degree_celcius_54(X) != fn_water_at_zero_degree_celcius_28(X)
& fn_water_at_zero_degree_celcius_15(X) != fn_water_at_zero_degree_celcius_28(X)
& fn_water_at_zero_degree_celcius_30(X) != fn_water_at_zero_degree_celcius_15(X)
& fn_water_at_zero_degree_celcius_15(X) != fn_water_at_zero_degree_celcius_30(X)
& fn_water_at_zero_degree_celcius_28(X) != fn_water_at_zero_degree_celcius_15(X)
& possesses_2(X,fn_water_at_zero_degree_celcius_31(X))
& is_between_2(fn_water_at_zero_degree_celcius_31(X),fn_water_at_zero_degree_celcius_26(X))
& agent_2(fn_water_at_zero_degree_celcius_12(X),fn_water_at_zero_degree_celcius_26(X))
& fn_water_at_zero_degree_celcius_54(X) != fn_water_at_zero_degree_celcius_26(X)
& fn_water_at_zero_degree_celcius_26(X) != fn_water_at_zero_degree_celcius_54(X)
& is_inside_2(fn_water_at_zero_degree_celcius_39(X),fn_water_at_zero_degree_celcius_38(X))
& object_2(fn_water_at_zero_degree_celcius_46(X),fn_water_at_zero_degree_celcius_39(X))
& result_2(fn_water_at_zero_degree_celcius_46(X),fn_water_at_zero_degree_celcius_45(X))
& has_region_2(fn_water_at_zero_degree_celcius_35(X),fn_water_at_zero_degree_celcius_38(X))
& has_region_2(fn_water_at_zero_degree_celcius_28(X),fn_water_at_zero_degree_celcius_27(X))
& object_2(fn_water_at_zero_degree_celcius_37(X),fn_water_at_zero_degree_celcius_36(X))
& has_region_2(fn_water_at_zero_degree_celcius_28(X),fn_water_at_zero_degree_celcius_14(X))
& object_2(fn_water_at_zero_degree_celcius_46(X),fn_water_at_zero_degree_celcius_42(X))
& object_2(fn_water_at_zero_degree_celcius_19(X),fn_water_at_zero_degree_celcius_26(X))
& agent_2(fn_water_at_zero_degree_celcius_46(X),fn_water_at_zero_degree_celcius_26(X))
& agent_2(fn_water_at_zero_degree_celcius_46(X),fn_water_at_zero_degree_celcius_30(X))
& object_2(fn_water_at_zero_degree_celcius_17(X),fn_water_at_zero_degree_celcius_30(X))
& the_cardinal_value_2(fn_water_at_zero_degree_celcius_34(X),"3.44")
& cardinal_unit_class_2(fn_water_at_zero_degree_celcius_34(X),unity_0)
& fn_water_at_zero_degree_celcius_34(X) != fn_water_at_zero_degree_celcius_44(X)
& fn_water_at_zero_degree_celcius_44(X) != fn_water_at_zero_degree_celcius_34(X)
& fn_water_at_zero_degree_celcius_32(X) != fn_water_at_zero_degree_celcius_34(X)
& fn_water_at_zero_degree_celcius_34(X) != fn_water_at_zero_degree_celcius_32(X)
& object_2(fn_water_at_zero_degree_celcius_21(X),fn_water_at_zero_degree_celcius_39(X))
& object_2(fn_water_at_zero_degree_celcius_37(X),fn_water_at_zero_degree_celcius_39(X))
& agent_2(fn_water_at_zero_degree_celcius_37(X),fn_water_at_zero_degree_celcius_26(X))
& fn_water_at_zero_degree_celcius_42(X) != fn_water_at_zero_degree_celcius_39(X)
& fn_water_at_zero_degree_celcius_39(X) != fn_water_at_zero_degree_celcius_42(X)
& object_2(fn_water_at_zero_degree_celcius_47(X),fn_water_at_zero_degree_celcius_42(X))
& is_inside_2(fn_water_at_zero_degree_celcius_42(X),fn_water_at_zero_degree_celcius_38(X))
& is_inside_2(fn_water_at_zero_degree_celcius_36(X),fn_water_at_zero_degree_celcius_38(X))
& object_2(fn_water_at_zero_degree_celcius_21(X),fn_water_at_zero_degree_celcius_36(X))
& agent_2(fn_water_at_zero_degree_celcius_21(X),fn_water_at_zero_degree_celcius_28(X))
& agent_2(fn_water_at_zero_degree_celcius_21(X),fn_water_at_zero_degree_celcius_29(X))
& agent_2(fn_water_at_zero_degree_celcius_21(X),fn_water_at_zero_degree_celcius_30(X))
& is_between_2(fn_water_at_zero_degree_celcius_45(X),fn_water_at_zero_degree_celcius_30(X))
& is_between_2(fn_water_at_zero_degree_celcius_45(X),fn_water_at_zero_degree_celcius_26(X))
& electronegativity_2(fn_water_at_zero_degree_celcius_26(X),fn_water_at_zero_degree_celcius_34(X))
& result_2(fn_water_at_zero_degree_celcius_47(X),fn_water_at_zero_degree_celcius_45(X))
& agent_2(fn_water_at_zero_degree_celcius_47(X),fn_water_at_zero_degree_celcius_26(X))
& has_region_2(fn_water_at_zero_degree_celcius_26(X),fn_water_at_zero_degree_celcius_35(X))
& fn_water_at_zero_degree_celcius_35(X) != fn_water_at_zero_degree_celcius_14(X)
& has_region_2(fn_water_at_zero_degree_celcius_14(X),fn_water_at_zero_degree_celcius_38(X))
& fn_water_at_zero_degree_celcius_14(X) != fn_water_at_zero_degree_celcius_35(X)
& object_2(fn_water_at_zero_degree_celcius_17(X),fn_water_at_zero_degree_celcius_28(X))
& object_2(fn_water_at_zero_degree_celcius_17(X),fn_water_at_zero_degree_celcius_29(X))
& object_2(fn_water_at_zero_degree_celcius_19(X),fn_water_at_zero_degree_celcius_29(X))
& agent_2(fn_water_at_zero_degree_celcius_19(X),fn_water_at_zero_degree_celcius_45(X))
& has_function_2(fn_water_at_zero_degree_celcius_45(X),fn_water_at_zero_degree_celcius_19(X))
& has_part_2(fn_water_at_zero_degree_celcius_55(X),fn_water_at_zero_degree_celcius_30(X))
& object_2(fn_water_at_zero_degree_celcius_16(X),fn_water_at_zero_degree_celcius_30(X))
& object_2(fn_water_at_zero_degree_celcius_16(X),fn_water_at_zero_degree_celcius_26(X))
& has_part_2(fn_water_at_zero_degree_celcius_26(X),fn_water_at_zero_degree_celcius_39(X))
& fn_water_at_zero_degree_celcius_39(X) != fn_water_at_zero_degree_celcius_36(X)
& fn_water_at_zero_degree_celcius_36(X) != fn_water_at_zero_degree_celcius_39(X)
& agent_2(fn_water_at_zero_degree_celcius_21(X),fn_water_at_zero_degree_celcius_15(X))
& agent_2(fn_water_at_zero_degree_celcius_21(X),fn_water_at_zero_degree_celcius_26(X))
& agent_2(fn_water_at_zero_degree_celcius_37(X),fn_water_at_zero_degree_celcius_15(X))
& fn_water_at_zero_degree_celcius_26(X) != fn_water_at_zero_degree_celcius_15(X)
& fn_water_at_zero_degree_celcius_15(X) != fn_water_at_zero_degree_celcius_26(X)
& has_part_2(fn_water_at_zero_degree_celcius_55(X),fn_water_at_zero_degree_celcius_28(X))
& fn_water_at_zero_degree_celcius_28(X) != fn_water_at_zero_degree_celcius_13(X)
& fn_water_at_zero_degree_celcius_13(X) != fn_water_at_zero_degree_celcius_30(X)
& fn_water_at_zero_degree_celcius_30(X) != fn_water_at_zero_degree_celcius_26(X)
& fn_water_at_zero_degree_celcius_26(X) != fn_water_at_zero_degree_celcius_13(X)
& fn_water_at_zero_degree_celcius_13(X) != fn_water_at_zero_degree_celcius_28(X)
& fn_water_at_zero_degree_celcius_30(X) != fn_water_at_zero_degree_celcius_13(X)
& fn_water_at_zero_degree_celcius_26(X) != fn_water_at_zero_degree_celcius_30(X)
& fn_water_at_zero_degree_celcius_13(X) != fn_water_at_zero_degree_celcius_26(X)
& has_part_2(fn_water_at_zero_degree_celcius_15(X),fn_water_at_zero_degree_celcius_36(X))
& is_near_2(fn_water_at_zero_degree_celcius_36(X),fn_water_at_zero_degree_celcius_33(X))
& has_region_2(fn_water_at_zero_degree_celcius_15(X),fn_water_at_zero_degree_celcius_33(X))
& electronegativity_2(fn_water_at_zero_degree_celcius_15(X),fn_water_at_zero_degree_celcius_32(X))
& is_near_2(fn_water_at_zero_degree_celcius_33(X),fn_water_at_zero_degree_celcius_36(X))
& object_2(fn_water_at_zero_degree_celcius_19(X),fn_water_at_zero_degree_celcius_30(X))
& has_function_2(fn_water_at_zero_degree_celcius_31(X),fn_water_at_zero_degree_celcius_16(X))
& agent_2(fn_water_at_zero_degree_celcius_16(X),fn_water_at_zero_degree_celcius_31(X))
& is_between_2(fn_water_at_zero_degree_celcius_31(X),fn_water_at_zero_degree_celcius_30(X))
& object_2(fn_water_at_zero_degree_celcius_12(X),fn_water_at_zero_degree_celcius_30(X))
& result_2(fn_water_at_zero_degree_celcius_12(X),fn_water_at_zero_degree_celcius_31(X))
& has_part_2(fn_water_at_zero_degree_celcius_30(X),fn_water_at_zero_degree_celcius_42(X))
& has_region_2(fn_water_at_zero_degree_celcius_30(X),fn_water_at_zero_degree_celcius_14(X))
& atomic_number_2(fn_water_at_zero_degree_celcius_30(X),fn_water_at_zero_degree_celcius_41(X))
& called_2(fn_water_at_zero_degree_celcius_41(X),'Atomic_Number')
& has_part_2(fn_water_at_zero_degree_celcius_30(X),fn_water_at_zero_degree_celcius_43(X))
& electronegativity_2(fn_water_at_zero_degree_celcius_30(X),fn_water_at_zero_degree_celcius_44(X))
& is_inside_2(fn_water_at_zero_degree_celcius_43(X),fn_water_at_zero_degree_celcius_48(X))
& quantity_2(fn_water_at_zero_degree_celcius_43(X),fn_water_at_zero_degree_celcius_40(X))
& called_2(fn_water_at_zero_degree_celcius_40(X),'Number_Proton')
& fn_water_at_zero_degree_celcius_41(X) = fn_water_at_zero_degree_celcius_40(X)
& fn_water_at_zero_degree_celcius_40(X) = fn_water_at_zero_degree_celcius_41(X)
& has_region_2(fn_water_at_zero_degree_celcius_30(X),fn_water_at_zero_degree_celcius_27(X))
& is_at_2(fn_water_at_zero_degree_celcius_48(X),fn_water_at_zero_degree_celcius_27(X))
& has_region_2(fn_water_at_zero_degree_celcius_30(X),fn_water_at_zero_degree_celcius_48(X))
& is_near_2(fn_water_at_zero_degree_celcius_42(X),fn_water_at_zero_degree_celcius_48(X))
& is_near_2(fn_water_at_zero_degree_celcius_48(X),fn_water_at_zero_degree_celcius_42(X))
& fn_water_at_zero_degree_celcius_23(X) = fn_share_2(fn_water_at_zero_degree_celcius_21(X))
& fn_water_at_zero_degree_celcius_39(X) = fn_share_2(fn_water_at_zero_degree_celcius_47(X))
& fn_water_at_zero_degree_celcius_30(X) = fn_attract_2(fn_water_at_zero_degree_celcius_20(X))
& fn_water_at_zero_degree_celcius_29(X) = fn_attract_2(fn_water_at_zero_degree_celcius_18(X))
& fn_water_at_zero_degree_celcius_30(X) = fn_share_3(fn_water_at_zero_degree_celcius_47(X))
& fn_water_at_zero_degree_celcius_30(X) = fn_share_1(fn_water_at_zero_degree_celcius_47(X))
& fn_water_at_zero_degree_celcius_14(X) = fn_atom_9(fn_water_at_zero_degree_celcius_29(X))
& fn_water_at_zero_degree_celcius_23(X) = fn_oxygen_8(fn_water_at_zero_degree_celcius_29(X))
& fn_water_at_zero_degree_celcius_22(X) = fn_oxygen_1(fn_water_at_zero_degree_celcius_29(X))
& fn_water_at_zero_degree_celcius_5(X) = fn_water_41(X)
& fn_water_at_zero_degree_celcius_18(X) = fn_water_108(X)
& fn_water_at_zero_degree_celcius_25(X) = fn_water_92(X)
& fn_water_at_zero_degree_celcius_24(X) = fn_water_93(X)
& fn_water_at_zero_degree_celcius_55(X) = fn_water_83(X)
& fn_water_at_zero_degree_celcius_55(X) = fn_water_98(X)
& fn_water_at_zero_degree_celcius_9(X) = fn_water_104(X)
& fn_water_at_zero_degree_celcius_7(X) = fn_water_85(X)
& fn_water_at_zero_degree_celcius_6(X) = fn_water_44(X)
& fn_water_at_zero_degree_celcius_10(X) = fn_water_6(X)
& fn_water_at_zero_degree_celcius_11(X) = fn_water_5(X)
& fn_water_at_zero_degree_celcius_8(X) = fn_water_82(X)
& fn_water_at_zero_degree_celcius_30(X) = fn_water_106(X)
& fn_water_at_zero_degree_celcius_15(X) = fn_water_80(X)
& fn_water_at_zero_degree_celcius_28(X) = fn_water_84(X)
& fn_water_at_zero_degree_celcius_12(X) = fn_water_108(X)
& fn_water_at_zero_degree_celcius_54(X) = fn_water_81(X)
& fn_water_at_zero_degree_celcius_26(X) = fn_water_79(X)
& fn_water_at_zero_degree_celcius_31(X) = fn_water_107(X)
& fn_water_at_zero_degree_celcius_45(X) = fn_water_molecule_61(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_46(X) = fn_water_molecule_49(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_39(X) = fn_water_molecule_50(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_27(X) = fn_water_molecule_44(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_36(X) = fn_water_molecule_50(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_19(X) = fn_water_molecule_71(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_52(X) = fn_hydrogen_bond_1(fn_water_at_zero_degree_celcius_31(X))
& fn_water_at_zero_degree_celcius_52(X) = fn_water_molecule_76(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_17(X) = fn_water_molecule_36(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_46(X) = fn_water_molecule_65(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_32(X) = fn_water_molecule_55(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_44(X) = fn_water_molecule_39(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_37(X) = fn_water_molecule_48(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_42(X) = fn_water_molecule_50(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_21(X) = fn_water_molecule_38(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_42(X) = fn_water_molecule_66(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_34(X) = fn_hydrogen_bond_2(fn_water_at_zero_degree_celcius_31(X))
& fn_water_at_zero_degree_celcius_34(X) = fn_water_molecule_73(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_21(X) = fn_water_molecule_27(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_38(X) = fn_water_molecule_56(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_14(X) = fn_water_molecule_45(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_35(X) = fn_water_molecule_70(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_47(X) = fn_water_molecule_37(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_45(X) = fn_water_molecule_62(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_19(X) = fn_water_molecule_36(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_29(X) = fn_water_molecule_72(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_17(X) = fn_water_molecule_26(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_36(X) = fn_water_molecule_41(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_39(X) = fn_water_molecule_66(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_16(X) = fn_water_molecule_47(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_30(X) = fn_water_molecule_63(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_37(X) = fn_water_molecule_37(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_15(X) = fn_water_molecule_64(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_21(X) = fn_water_molecule_49(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_15(X) = fn_hydrogen_bond_12(fn_water_at_zero_degree_celcius_31(X))
& fn_water_at_zero_degree_celcius_26(X) = fn_hydrogen_bond_11(fn_water_at_zero_degree_celcius_31(X))
& fn_water_at_zero_degree_celcius_15(X) = fn_water_molecule_63(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_26(X) = fn_water_molecule_72(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_30(X) = fn_water_molecule_64(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_13(X) = fn_water_molecule_63(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_28(X) = fn_polar_molecule_2(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_28(X) = fn_water_molecule_64(fn_water_at_zero_degree_celcius_55(X))
& fn_water_at_zero_degree_celcius_53(X) = fn_hydrogen_1(fn_water_at_zero_degree_celcius_15(X))
& fn_water_at_zero_degree_celcius_32(X) = fn_hydrogen_2(fn_water_at_zero_degree_celcius_15(X))
& fn_water_at_zero_degree_celcius_33(X) = fn_hydrogen_15(fn_water_at_zero_degree_celcius_15(X))
& fn_water_at_zero_degree_celcius_36(X) = fn_hydrogen_12(fn_water_at_zero_degree_celcius_15(X))
& fn_water_at_zero_degree_celcius_19(X) = fn_hydrogen_bond_14(fn_water_at_zero_degree_celcius_31(X))
& fn_water_at_zero_degree_celcius_12(X) = fn_hydrogen_bond_13(fn_water_at_zero_degree_celcius_31(X))
& fn_water_at_zero_degree_celcius_30(X) = fn_hydrogen_bond_12(fn_water_at_zero_degree_celcius_31(X))
& fn_water_at_zero_degree_celcius_16(X) = fn_hydrogen_bond_14(fn_water_at_zero_degree_celcius_31(X))
& fn_water_at_zero_degree_celcius_50(X) = fn_hydrogen_7(fn_water_at_zero_degree_celcius_30(X))
& fn_water_at_zero_degree_celcius_51(X) = fn_hydrogen_21(fn_water_at_zero_degree_celcius_30(X))
& fn_water_at_zero_degree_celcius_14(X) = fn_hydrogen_16(fn_water_at_zero_degree_celcius_30(X))
& fn_water_at_zero_degree_celcius_49(X) = fn_hydrogen_1(fn_water_at_zero_degree_celcius_30(X))
& fn_water_at_zero_degree_celcius_44(X) = fn_hydrogen_2(fn_water_at_zero_degree_celcius_30(X))
& fn_water_at_zero_degree_celcius_41(X) = fn_hydrogen_10(fn_water_at_zero_degree_celcius_30(X))
& fn_water_at_zero_degree_celcius_40(X) = fn_hydrogen_17(fn_water_at_zero_degree_celcius_30(X))
& fn_water_at_zero_degree_celcius_43(X) = fn_hydrogen_13(fn_water_at_zero_degree_celcius_30(X))
& fn_water_at_zero_degree_celcius_42(X) = fn_hydrogen_12(fn_water_at_zero_degree_celcius_30(X))
& fn_water_at_zero_degree_celcius_48(X) = fn_hydrogen_15(fn_water_at_zero_degree_celcius_30(X))
& fn_water_at_zero_degree_celcius_27(X) = fn_hydrogen_14(fn_water_at_zero_degree_celcius_30(X))
& fn_share_2(fn_water_at_zero_degree_celcius_21(X)) = fn_oxygen_8(fn_water_at_zero_degree_celcius_29(X))
& fn_oxygen_8(fn_water_at_zero_degree_celcius_29(X)) = fn_hydrogen_bond_1(fn_water_at_zero_degree_celcius_31(X))
& fn_hydrogen_bond_1(fn_water_at_zero_degree_celcius_31(X)) = fn_water_molecule_76(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_76(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_49(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_49(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_65(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_65(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_65(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_65(fn_water_at_zero_degree_celcius_55(X)) = fn_hydrogen_bond_2(fn_water_at_zero_degree_celcius_31(X))
& fn_water_molecule_73(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_73(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_73(fn_water_at_zero_degree_celcius_55(X)) = fn_hydrogen_bond_2(fn_water_at_zero_degree_celcius_31(X))
& fn_hydrogen_bond_2(fn_water_at_zero_degree_celcius_31(X)) = fn_water_molecule_73(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_73(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_61(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_61(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_62(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_62(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_62(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_62(fn_water_at_zero_degree_celcius_55(X)) = fn_attract_2(fn_water_at_zero_degree_celcius_18(X))
& fn_attract_2(fn_water_at_zero_degree_celcius_18(X)) = fn_water_molecule_72(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_72(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_36(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_36(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_26(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_26(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_26(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_26(fn_water_at_zero_degree_celcius_55(X)) = fn_share_2(fn_water_at_zero_degree_celcius_47(X))
& fn_share_2(fn_water_at_zero_degree_celcius_47(X)) = fn_water_molecule_50(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_66(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_48(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_48(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_48(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_48(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_37(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_37(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_38(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_38(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_38(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_38(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_27(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_27(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_27(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_27(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_49(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_49(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_49(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_49(fn_water_at_zero_degree_celcius_55(X)) = fn_water_79(X)
& fn_water_79(X) = fn_hydrogen_bond_11(fn_water_at_zero_degree_celcius_31(X))
& fn_hydrogen_bond_11(fn_water_at_zero_degree_celcius_31(X)) = fn_hydrogen_bond_11(fn_water_at_zero_degree_celcius_31(X))
& fn_hydrogen_bond_11(fn_water_at_zero_degree_celcius_31(X)) = fn_water_79(X)
& fn_water_79(X) = fn_water_79(X)
& fn_water_79(X) = fn_water_molecule_72(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_72(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_72(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_72(fn_water_at_zero_degree_celcius_55(X)) = fn_water_84(X)
& fn_water_84(X) = fn_polar_molecule_2(fn_water_at_zero_degree_celcius_55(X))
& fn_polar_molecule_2(fn_water_at_zero_degree_celcius_55(X)) = fn_water_84(X)
& fn_water_84(X) = fn_water_84(X)
& fn_water_84(X) = fn_water_molecule_64(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_64(fn_water_at_zero_degree_celcius_55(X)) = fn_water_98(X)
& fn_water_98(X) = fn_water_83(X)
& fn_water_83(X) = fn_water_98(X)
& fn_water_98(X) = fn_water_molecule_55(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_55(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_55(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_55(fn_water_at_zero_degree_celcius_55(X)) = fn_hydrogen_2(fn_water_at_zero_degree_celcius_15(X))
& fn_hydrogen_2(fn_water_at_zero_degree_celcius_15(X)) = fn_hydrogen_2(fn_water_at_zero_degree_celcius_15(X))
& fn_hydrogen_2(fn_water_at_zero_degree_celcius_15(X)) = fn_water_molecule_50(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_50(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_41(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_41(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_41(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_41(fn_water_at_zero_degree_celcius_55(X)) = fn_hydrogen_12(fn_water_at_zero_degree_celcius_15(X))
& fn_hydrogen_12(fn_water_at_zero_degree_celcius_15(X)) = fn_hydrogen_12(fn_water_at_zero_degree_celcius_15(X))
& fn_hydrogen_12(fn_water_at_zero_degree_celcius_15(X)) = fn_water_80(X)
& fn_water_80(X) = fn_hydrogen_bond_12(fn_water_at_zero_degree_celcius_31(X))
& fn_hydrogen_bond_12(fn_water_at_zero_degree_celcius_31(X)) = fn_water_80(X)
& fn_water_80(X) = fn_water_80(X)
& fn_water_80(X) = fn_water_molecule_64(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_63(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_71(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_71(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_36(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_36(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_36(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_36(fn_water_at_zero_degree_celcius_55(X)) = fn_hydrogen_bond_14(fn_water_at_zero_degree_celcius_31(X))
& fn_hydrogen_bond_14(fn_water_at_zero_degree_celcius_31(X)) = fn_water_108(X)
& fn_water_108(X) = fn_hydrogen_bond_13(fn_water_at_zero_degree_celcius_31(X))
& fn_hydrogen_bond_13(fn_water_at_zero_degree_celcius_31(X)) = fn_hydrogen_bond_13(fn_water_at_zero_degree_celcius_31(X))
& fn_hydrogen_bond_13(fn_water_at_zero_degree_celcius_31(X)) = fn_water_molecule_47(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_47(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_47(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_47(fn_water_at_zero_degree_celcius_55(X)) = fn_hydrogen_bond_14(fn_water_at_zero_degree_celcius_31(X))
& fn_hydrogen_bond_14(fn_water_at_zero_degree_celcius_31(X)) = fn_hydrogen_bond_14(fn_water_at_zero_degree_celcius_31(X))
& fn_hydrogen_bond_14(fn_water_at_zero_degree_celcius_31(X)) = fn_atom_9(fn_water_at_zero_degree_celcius_29(X))
& fn_atom_9(fn_water_at_zero_degree_celcius_29(X)) = fn_water_molecule_45(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_45(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_45(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_45(fn_water_at_zero_degree_celcius_55(X)) = fn_hydrogen_16(fn_water_at_zero_degree_celcius_30(X))
& fn_hydrogen_16(fn_water_at_zero_degree_celcius_30(X)) = fn_water_molecule_39(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_39(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_39(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_39(fn_water_at_zero_degree_celcius_55(X)) = fn_hydrogen_2(fn_water_at_zero_degree_celcius_30(X))
& fn_hydrogen_2(fn_water_at_zero_degree_celcius_30(X)) = fn_hydrogen_2(fn_water_at_zero_degree_celcius_30(X))
& fn_hydrogen_2(fn_water_at_zero_degree_celcius_30(X)) = fn_water_molecule_66(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_66(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_50(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_50(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_50(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_50(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_66(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_66(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_66(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_66(fn_water_at_zero_degree_celcius_55(X)) = fn_hydrogen_12(fn_water_at_zero_degree_celcius_30(X))
& fn_hydrogen_12(fn_water_at_zero_degree_celcius_30(X)) = fn_hydrogen_12(fn_water_at_zero_degree_celcius_30(X))
& fn_hydrogen_12(fn_water_at_zero_degree_celcius_30(X)) = fn_water_molecule_44(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_44(fn_water_at_zero_degree_celcius_55(X)) = fn_hydrogen_14(fn_water_at_zero_degree_celcius_30(X))
& fn_hydrogen_14(fn_water_at_zero_degree_celcius_30(X)) = fn_hydrogen_14(fn_water_at_zero_degree_celcius_30(X))
& fn_hydrogen_14(fn_water_at_zero_degree_celcius_30(X)) = fn_attract_2(fn_water_at_zero_degree_celcius_20(X))
& fn_attract_2(fn_water_at_zero_degree_celcius_20(X)) = fn_share_3(fn_water_at_zero_degree_celcius_47(X))
& fn_share_3(fn_water_at_zero_degree_celcius_47(X)) = fn_attract_2(fn_water_at_zero_degree_celcius_20(X))
& fn_attract_2(fn_water_at_zero_degree_celcius_20(X)) = fn_share_1(fn_water_at_zero_degree_celcius_47(X))
& fn_share_1(fn_water_at_zero_degree_celcius_47(X)) = fn_share_1(fn_water_at_zero_degree_celcius_47(X))
& fn_share_1(fn_water_at_zero_degree_celcius_47(X)) = fn_water_106(X)
& fn_water_106(X) = fn_water_106(X)
& fn_water_106(X) = fn_water_molecule_63(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_64(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_63(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_63(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_63(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_63(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_64(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_64(fn_water_at_zero_degree_celcius_55(X)) = fn_water_molecule_64(fn_water_at_zero_degree_celcius_55(X))
& fn_water_molecule_64(fn_water_at_zero_degree_celcius_55(X)) = fn_hydrogen_bond_12(fn_water_at_zero_degree_celcius_31(X))
& fn_hydrogen_bond_12(fn_water_at_zero_degree_celcius_31(X)) = fn_hydrogen_bond_12(fn_water_at_zero_degree_celcius_31(X)) ) ) ).
fof(a533701,axiom,
! [X] :
( water_balance_1(X)
=> ( original_name_2(X,'Water-Balance')
& user_description_2(X,'In hydrology, a water balance equation can be used to describe the flow of water in and out of a system.')
& concept2words_2(X,'balance of water')
& concept2words_2(X,'water balance')
& concept2words_2(X,'water-balance')
& mathematical_model_1(X) ) ) ).
fof(a533702,axiom,
! [X] :
( water_body_1(X)
=> ( original_name_2(X,'Water-Body')
& user_description_2(X,'A large area of land which is covered by water, such as an ocean or lake.')
& concept2words_2(X,'deep water body')
& concept2words_2(X,'deep body of water')
& concept2words_2(X,'body of water')
& concept2words_2(X,'water body')
& concept2words_2(X,'water-body')
& contained_volume_1(X)
& pelagic_zone_1(fn_water_body_1(X))
& surface_1(fn_water_body_2(X))
& ground_1(fn_water_body_3(X))
& benthic_zone_1(fn_water_body_4(X))
& liquid_substance_1(fn_water_body_5(X))
& water_1(fn_water_body_5(X))
& cool_1(fn_water_body_6(X))
& freezing_of_water_1(fn_water_body_7(X))
& freezing_of_water_1(fn_water_body_8(X))
& solid_substance_1(fn_water_body_9(X))
& ice_1(fn_water_body_9(X))
& liquid_substance_1(fn_water_body_10(X))
& water_1(fn_water_body_10(X))
& tangible_entity_1(fn_cool_1(fn_water_body_6(X)))
& liquid_substance_1(fn_freezing_of_water_24(fn_water_body_8(X)))
& water_1(fn_freezing_of_water_24(fn_water_body_8(X)))
& solid_substance_1(fn_freezing_of_water_23(fn_water_body_7(X)))
& ice_1(fn_freezing_of_water_23(fn_water_body_7(X)))
& liquid_substance_1(fn_freezing_of_water_24(fn_water_body_7(X)))
& water_1(fn_freezing_of_water_24(fn_water_body_7(X)))
& is_above_2(fn_water_body_4(X),fn_water_body_3(X))
& is_between_2(fn_water_body_5(X),fn_water_body_2(X))
& is_between_2(fn_water_body_5(X),fn_water_body_3(X))
& called_2(fn_water_body_5(X),"1")
& causes_2(fn_water_body_6(X),fn_water_body_8(X))
& causes_2(fn_water_body_6(X),fn_water_body_7(X))
& prevents_2(fn_water_body_7(X),fn_water_body_8(X))
& is_at_2(fn_water_body_9(X),fn_water_body_2(X))
& is_at_2(fn_water_body_10(X),fn_water_body_2(X))
& called_2(fn_water_body_10(X),"2")
& has_region_2(X,fn_water_body_4(X))
& has_region_2(X,fn_water_body_2(X))
& has_region_2(X,fn_water_body_1(X))
& has_part_2(X,fn_water_body_3(X))
& has_part_2(X,fn_water_body_5(X))
& has_part_2(X,fn_water_body_10(X))
& base_2(fn_water_body_6(X),X)
& object_2(fn_water_body_8(X),fn_water_body_5(X))
& base_2(fn_water_body_8(X),fn_water_body_5(X))
& object_2(fn_water_body_7(X),fn_water_body_10(X))
& base_2(fn_water_body_7(X),fn_water_body_10(X))
& result_2(fn_water_body_7(X),fn_water_body_9(X))
& X = fn_cool_1(fn_water_body_6(X))
& fn_water_body_5(X) = fn_freezing_of_water_24(fn_water_body_8(X))
& fn_water_body_9(X) = fn_freezing_of_water_23(fn_water_body_7(X))
& fn_water_body_10(X) = fn_freezing_of_water_24(fn_water_body_7(X)) ) ) ).
fof(a533703,axiom,
! [X] :
( water_column_1(X)
=> ( original_name_2(X,'Water-Column')
& user_description_2(X,'A vertical cross section of a body of water from the water\'s surface to the bottom sediment. This is often used to study the stratified layers in a body of water.')
& concept2words_2(X,'column of water')
& concept2words_2(X,'water column')
& concept2words_2(X,'water-column')
& contained_volume_1(X)
& maintenance_1(fn_water_column_1(X))
& water_1(fn_water_column_2(X))
& cohesion_1(fn_water_column_3(X))
& attract_1(fn_water_column_3(X))
& hydrogen_bond_1(fn_water_column_4(X))
& cohesion_1(fn_water_78(fn_water_column_2(X)))
& attract_1(fn_water_78(fn_water_column_2(X)))
& hydrogen_bond_1(fn_water_107(fn_water_column_2(X)))
& has_part_2(X,fn_water_column_2(X))
& causes_2(fn_water_column_3(X),fn_water_column_1(X))
& by_means_of_2(fn_water_column_1(X),fn_water_column_3(X))
& instrument_2(fn_water_column_1(X),fn_water_column_4(X))
& object_2(fn_water_column_1(X),X)
& base_2(fn_water_column_3(X),fn_water_column_2(X))
& possesses_2(fn_water_column_2(X),fn_water_column_4(X))
& fn_water_column_3(X) = fn_water_78(fn_water_column_2(X))
& fn_water_column_4(X) = fn_water_107(fn_water_column_2(X)) ) ) ).
fof(a533704,axiom,
! [X] :
( water_conducting_cell_1(X)
=> ( original_name_2(X,'Water-Conducting-Cell')
& user_description_2(X,'Plant cells that are involved in transport')
& concept2words_2(X,'water conducting cell')
& concept2words_2(X,'water-conducting-cell')
& plant_transport_cell_1(X) ) ) ).
fof(a533705,axiom,
! [X] :
( water_cycle_1(X)
=> ( original_name_2(X,'Water-Cycle')
& user_description_2(X,'The cycling of water through ecosystems, mainly involving changes between liquid and gaseous states.')
& concept2words_2(X,'hydrological cycle')
& concept2words_2(X,'h2o cycle')
& concept2words_2(X,'undergo the water cycle')
& concept2words_2(X,cycle)
& concept2words_2(X,'cycle of water')
& concept2words_2(X,'water cycle')
& concept2words_2(X,'water-cycle')
& global_biogeochemical_cycle_1(X)
& ~ global_air_circulation_1(X)
& fall_1(fn_water_cycle_1(X))
& unitless_value_1(fn_water_cycle_3(X))
& sun_1(fn_water_cycle_4(X))
& time_interval_1(fn_water_cycle_5(X))
& time_interval_1(fn_water_cycle_6(X))
& water_1(fn_water_cycle_7(X))
& region_1(fn_water_cycle_8(X))
& water_vapor_1(fn_water_cycle_9(X))
& evapotranspiration_1(fn_water_cycle_10(X))
& evaporation_1(fn_water_cycle_11(X))
& leaching_1(fn_water_cycle_12(X))
& move_1(fn_water_cycle_13(X))
& groundwater_1(fn_water_cycle_14(X))
& mineral_1(fn_water_cycle_15(X))
& precipitation_1(fn_water_cycle_16(X))
& condense_1(fn_water_cycle_17(X))
& fall_1(fn_water_cycle_18(X))
& spatial_entity_1(fn_water_cycle_19(X))
& ground_1(fn_water_cycle_19(X))
& evaporation_1(fn_water_cycle_20(X))
& water_body_1(fn_water_cycle_21(X))
& tangible_entity_1(fn_water_cycle_22(X))
& liquid_substance_1(fn_water_cycle_22(X))
& water_1(fn_water_cycle_22(X))
& atmosphere_1(fn_water_cycle_23(X))
& molecule_1(fn_water_cycle_24(X))
& entity_1(fn_water_cycle_24(X))
& chemical_entity_1(fn_water_cycle_24(X))
& spatial_entity_1(fn_water_cycle_24(X))
& tangible_entity_1(fn_water_cycle_24(X))
& polar_molecule_1(fn_water_cycle_24(X))
& hydrophilic_compound_1(fn_water_cycle_24(X))
& water_molecule_1(fn_water_cycle_24(X))
& entity_1(fn_water_cycle_25(X))
& chemical_entity_1(fn_water_cycle_25(X))
& atom_1(fn_water_cycle_25(X))
& oxygen_1(fn_water_cycle_25(X))
& attract_1(fn_water_cycle_26(X))
& hold_together_1(fn_water_cycle_27(X))
& tangible_entity_1(fn_water_cycle_28(X))
& entity_1(fn_water_cycle_28(X))
& chemical_entity_1(fn_water_cycle_28(X))
& atom_1(fn_water_cycle_28(X))
& hydrogen_1(fn_water_cycle_28(X))
& take_in_1(fn_water_cycle_29(X))
& thermal_energy_1(fn_water_cycle_30(X))
& water_body_1(fn_water_cycle_31(X))
& surface_1(fn_water_cycle_32(X))
& entity_1(fn_water_cycle_33(X))
& spatial_entity_1(fn_water_cycle_33(X))
& molecule_1(fn_water_cycle_33(X))
& spatial_entity_1(fn_move_1(fn_water_cycle_29(X)))
& tangible_entity_1(fn_leaching_3(fn_water_cycle_12(X)))
& gas_substance_1(fn_evaporation_5(fn_water_cycle_20(X)))
& surface_1(fn_water_body_2(fn_water_cycle_21(X)))
& move_1(fn_water_95(fn_water_cycle_14(X)))
& evaporation_1(fn_evapotranspiration_9(fn_water_cycle_10(X)))
& tangible_entity_1(fn_take_in_1(fn_water_cycle_29(X)))
& entity_1(fn_evaporation_14(fn_water_cycle_20(X)))
& spatial_entity_1(fn_evaporation_14(fn_water_cycle_20(X)))
& molecule_1(fn_evaporation_14(fn_water_cycle_20(X)))
& attract_1(fn_water_108(fn_water_cycle_22(X)))
& entity_1(fn_water_79(fn_water_cycle_22(X)))
& chemical_entity_1(fn_water_79(fn_water_cycle_22(X)))
& atom_1(fn_water_79(fn_water_cycle_22(X)))
& oxygen_1(fn_water_79(fn_water_cycle_22(X)))
& atmosphere_1(fn_precipitation_1(fn_water_cycle_16(X)))
& condense_1(fn_precipitation_3(fn_water_cycle_16(X)))
& fall_1(fn_precipitation_4(fn_water_cycle_16(X)))
& tangible_entity_1(fn_hold_2(fn_water_cycle_27(X)))
& tangible_entity_1(fn_water_106(fn_water_cycle_22(X)))
& entity_1(fn_water_106(fn_water_cycle_22(X)))
& chemical_entity_1(fn_water_106(fn_water_cycle_22(X)))
& atom_1(fn_water_106(fn_water_cycle_22(X)))
& hydrogen_1(fn_water_106(fn_water_cycle_22(X)))
& entity_1(fn_evaporation_11(fn_water_cycle_20(X)))
& molecule_1(fn_evaporation_11(fn_water_cycle_20(X)))
& entity_1(fn_water_98(fn_water_cycle_22(X)))
& spatial_entity_1(fn_water_98(fn_water_cycle_22(X)))
& chemical_entity_1(fn_water_98(fn_water_cycle_22(X)))
& tangible_entity_1(fn_water_98(fn_water_cycle_22(X)))
& polar_molecule_1(fn_water_98(fn_water_cycle_22(X)))
& water_molecule_1(fn_water_98(fn_water_cycle_22(X)))
& spatial_entity_1(fn_water_83(fn_water_cycle_22(X)))
& tangible_entity_1(fn_water_83(fn_water_cycle_22(X)))
& polar_molecule_1(fn_water_83(fn_water_cycle_22(X)))
& hydrophilic_compound_1(fn_water_83(fn_water_cycle_22(X)))
& water_molecule_1(fn_water_83(fn_water_cycle_22(X)))
& liquid_substance_1(fn_evaporation_13(fn_water_cycle_20(X)))
& spatial_entity_1(fn_leaching_1(fn_water_cycle_12(X)))
& ground_1(fn_precipitation_2(fn_water_cycle_16(X)))
& destination_2(fn_water_cycle_1(X),fn_water_cycle_32(X))
& origin_2(fn_water_cycle_1(X),fn_water_cycle_23(X))
& fn_water_cycle_1(X) != fn_water_cycle_18(X)
& the_scalar_value_2(fn_water_cycle_3(X),high_0)
& scalar_unit_class_2(fn_water_cycle_3(X),event_0)
& importance_2(X,fn_water_cycle_3(X))
& subevent_2(X,fn_water_cycle_20(X))
& subevent_2(X,fn_water_cycle_16(X))
& subevent_2(X,fn_water_cycle_13(X))
& subevent_2(X,fn_water_cycle_12(X))
& subevent_2(X,fn_water_cycle_10(X))
& subevent_2(X,fn_water_cycle_29(X))
& first_subevent_2(X,fn_water_cycle_29(X))
& origin_2(fn_water_cycle_29(X),fn_water_cycle_4(X))
& is_outside_2(fn_water_cycle_4(X),fn_water_cycle_31(X))
& object_2(fn_water_cycle_27(X),fn_water_cycle_25(X))
& origin_2(fn_water_cycle_20(X),fn_water_cycle_21(X))
& base_2(fn_water_cycle_20(X),fn_water_cycle_21(X))
& destination_2(fn_water_cycle_20(X),fn_water_cycle_23(X))
& raw_material_2(fn_water_cycle_20(X),fn_water_cycle_30(X))
& is_above_2(fn_water_cycle_19(X),fn_water_cycle_8(X))
& time_before_2(fn_water_cycle_6(X),fn_water_cycle_5(X))
& time_during_2(fn_water_cycle_18(X),fn_water_cycle_5(X))
& fn_water_cycle_18(X) != fn_water_cycle_1(X)
& time_during_2(fn_water_cycle_17(X),fn_water_cycle_6(X))
& subevent_2(fn_water_cycle_16(X),fn_water_cycle_1(X))
& is_at_2(fn_water_cycle_7(X),fn_water_cycle_19(X))
& origin_2(fn_water_cycle_13(X),fn_water_cycle_8(X))
& destination_2(fn_water_cycle_13(X),fn_water_cycle_21(X))
& result_2(fn_water_cycle_12(X),fn_water_cycle_14(X))
& object_2(fn_water_cycle_12(X),fn_water_cycle_7(X))
& destination_2(fn_water_cycle_11(X),fn_water_cycle_23(X))
& object_2(X,fn_water_cycle_22(X))
& object_2(fn_water_cycle_27(X),fn_water_cycle_28(X))
& object_2(fn_water_cycle_29(X),fn_water_cycle_30(X))
& origin_2(fn_water_cycle_12(X),fn_water_cycle_19(X))
& object_2(fn_water_cycle_12(X),fn_water_cycle_15(X))
& result_2(fn_water_cycle_20(X),fn_water_cycle_9(X))
& has_region_2(fn_water_cycle_21(X),fn_water_cycle_32(X))
& object_2(fn_water_cycle_13(X),fn_water_cycle_14(X))
& subevent_2(fn_water_cycle_10(X),fn_water_cycle_11(X))
& agent_2(fn_water_cycle_29(X),fn_water_cycle_31(X))
& base_2(fn_water_cycle_29(X),fn_water_cycle_31(X))
& object_2(fn_water_cycle_20(X),fn_water_cycle_22(X))
& has_part_2(fn_water_cycle_22(X),fn_water_cycle_33(X))
& fn_water_cycle_24(X) != fn_water_cycle_33(X)
& fn_water_cycle_33(X) != fn_water_cycle_24(X)
& called_2(fn_water_cycle_24(X),"1")
& has_part_2(fn_water_cycle_22(X),fn_water_cycle_24(X))
& has_part_2(fn_water_cycle_24(X),fn_water_cycle_25(X))
& agent_2(fn_water_cycle_26(X),fn_water_cycle_25(X))
& object_2(fn_water_cycle_26(X),fn_water_cycle_28(X))
& origin_2(fn_water_cycle_18(X),fn_water_cycle_23(X))
& destination_2(fn_water_cycle_18(X),fn_water_cycle_19(X))
& subevent_2(fn_water_cycle_16(X),fn_water_cycle_18(X))
& next_event_2(fn_water_cycle_17(X),fn_water_cycle_18(X))
& subevent_2(fn_water_cycle_16(X),fn_water_cycle_17(X))
& first_subevent_2(fn_water_cycle_16(X),fn_water_cycle_17(X))
& fn_water_cycle_22(X) = fn_biogeochemical_cycle_1(X)
& fn_water_cycle_28(X) = fn_hold_2(fn_water_cycle_27(X))
& fn_water_cycle_30(X) = fn_move_1(fn_water_cycle_29(X))
& fn_water_cycle_19(X) = fn_leaching_1(fn_water_cycle_12(X))
& fn_water_cycle_15(X) = fn_leaching_3(fn_water_cycle_12(X))
& fn_water_cycle_9(X) = fn_evaporation_5(fn_water_cycle_20(X))
& fn_water_cycle_32(X) = fn_water_body_2(fn_water_cycle_21(X))
& fn_water_cycle_13(X) = fn_water_95(fn_water_cycle_14(X))
& fn_water_cycle_11(X) = fn_evapotranspiration_9(fn_water_cycle_10(X))
& fn_water_cycle_31(X) = fn_take_in_1(fn_water_cycle_29(X))
& fn_water_cycle_24(X) = fn_evaporation_11(fn_water_cycle_20(X))
& fn_water_cycle_33(X) = fn_evaporation_14(fn_water_cycle_20(X))
& fn_water_cycle_22(X) = fn_evaporation_13(fn_water_cycle_20(X))
& fn_water_cycle_28(X) = fn_water_106(fn_water_cycle_22(X))
& fn_water_cycle_26(X) = fn_water_108(fn_water_cycle_22(X))
& fn_water_cycle_25(X) = fn_water_79(fn_water_cycle_22(X))
& fn_water_cycle_24(X) = fn_water_98(fn_water_cycle_22(X))
& fn_water_cycle_24(X) = fn_water_83(fn_water_cycle_22(X))
& fn_water_cycle_23(X) = fn_precipitation_1(fn_water_cycle_16(X))
& fn_water_cycle_19(X) = fn_precipitation_2(fn_water_cycle_16(X))
& fn_water_cycle_17(X) = fn_precipitation_3(fn_water_cycle_16(X))
& fn_water_cycle_18(X) = fn_precipitation_4(fn_water_cycle_16(X))
& fn_hold_2(fn_water_cycle_27(X)) = fn_water_106(fn_water_cycle_22(X))
& fn_water_106(fn_water_cycle_22(X)) = fn_evaporation_11(fn_water_cycle_20(X))
& fn_evaporation_11(fn_water_cycle_20(X)) = fn_evaporation_11(fn_water_cycle_20(X))
& fn_evaporation_11(fn_water_cycle_20(X)) = fn_water_98(fn_water_cycle_22(X))
& fn_water_98(fn_water_cycle_22(X)) = fn_water_98(fn_water_cycle_22(X))
& fn_water_83(fn_water_cycle_22(X)) = fn_water_98(fn_water_cycle_22(X))
& fn_water_98(fn_water_cycle_22(X)) = fn_water_83(fn_water_cycle_22(X))
& fn_water_83(fn_water_cycle_22(X)) = fn_biogeochemical_cycle_1(X)
& fn_biogeochemical_cycle_1(X) = fn_evaporation_13(fn_water_cycle_20(X))
& fn_evaporation_13(fn_water_cycle_20(X)) = fn_evaporation_13(fn_water_cycle_20(X))
& fn_evaporation_13(fn_water_cycle_20(X)) = fn_leaching_1(fn_water_cycle_12(X))
& fn_leaching_1(fn_water_cycle_12(X)) = fn_precipitation_2(fn_water_cycle_16(X)) ) ) ).
fof(a533706,axiom,
! [X] :
( water_cycle_process_1(X)
=> ( original_name_2(X,'Water-Cycle-Process')
& user_description_2(X,'A process which forms a part of the water cycles in an ecosystem.')
& concept2words_2(X,'water cycle process')
& concept2words_2(X,'water-cycle-process')
& geologic_process_1(X) ) ) ).
fof(a533707,axiom,
! [X] :
( water_evaporation_1(X)
=> ( original_name_2(X,'Water-Evaporation')
& user_description_2(X,'When water becomes a vapor.')
& concept2words_2(X,'vaporization of water')
& concept2words_2(X,evaporate)
& concept2words_2(X,'evaporation of water')
& concept2words_2(X,'water evaporation')
& concept2words_2(X,'water-evaporation')
& evaporation_1(X)
& leave_1(fn_water_evaporation_1(X))
& attract_1(fn_water_evaporation_2(X))
& molecule_1(fn_water_evaporation_3(X))
& entity_1(fn_water_evaporation_3(X))
& chemical_entity_1(fn_water_evaporation_3(X))
& spatial_entity_1(fn_water_evaporation_3(X))
& tangible_entity_1(fn_water_evaporation_3(X))
& polar_molecule_1(fn_water_evaporation_3(X))
& hydrophilic_compound_1(fn_water_evaporation_3(X))
& water_molecule_1(fn_water_evaporation_3(X))
& tangible_entity_1(fn_water_evaporation_4(X))
& entity_1(fn_water_evaporation_4(X))
& chemical_entity_1(fn_water_evaporation_4(X))
& atom_1(fn_water_evaporation_4(X))
& hydrogen_1(fn_water_evaporation_4(X))
& entity_1(fn_water_evaporation_5(X))
& chemical_entity_1(fn_water_evaporation_5(X))
& atom_1(fn_water_evaporation_5(X))
& oxygen_1(fn_water_evaporation_5(X))
& tangible_entity_1(fn_water_evaporation_6(X))
& hydrogen_bond_1(fn_water_evaporation_6(X))
& hold_together_1(fn_water_evaporation_7(X))
& attract_1(fn_water_evaporation_8(X))
& liquid_substance_1(fn_water_evaporation_9(X))
& water_1(fn_water_evaporation_9(X))
& water_vapor_1(fn_water_evaporation_10(X))
& break_1(fn_water_evaporation_11(X))
& temperature_value_1(fn_water_evaporation_12(X))
& move_1(fn_water_evaporation_13(X))
& leave_1(fn_water_evaporation_13(X))
& time_interval_1(fn_water_evaporation_14(X))
& time_interval_1(fn_water_evaporation_15(X))
& rate_value_1(fn_water_evaporation_16(X))
& entity_1(fn_water_evaporation_17(X))
& molecule_1(fn_water_evaporation_17(X))
& hold_together_1(fn_hydrogen_bond_14(fn_water_evaporation_6(X)))
& property_node_1(fn_water_92(fn_water_evaporation_9(X)))
& temperature_value_1(fn_water_93(fn_water_evaporation_9(X)))
& attract_1(fn_hydrogen_bond_13(fn_water_evaporation_6(X)))
& attract_1(fn_water_108(fn_water_evaporation_9(X)))
& attract_1(fn_water_104(fn_water_evaporation_9(X)))
& entity_1(fn_hydrogen_bond_12(fn_water_evaporation_6(X)))
& atom_1(fn_hydrogen_bond_12(fn_water_evaporation_6(X)))
& chemical_entity_1(fn_hydrogen_bond_12(fn_water_evaporation_6(X)))
& hydrogen_1(fn_hydrogen_bond_12(fn_water_evaporation_6(X)))
& tangible_entity_1(fn_water_106(fn_water_evaporation_9(X)))
& entity_1(fn_water_106(fn_water_evaporation_9(X)))
& chemical_entity_1(fn_water_106(fn_water_evaporation_9(X)))
& atom_1(fn_water_106(fn_water_evaporation_9(X)))
& hydrogen_1(fn_water_106(fn_water_evaporation_9(X)))
& tangible_entity_1(fn_impair_1(fn_water_evaporation_11(X)))
& hydrogen_bond_1(fn_water_107(fn_water_evaporation_9(X)))
& entity_1(fn_hydrogen_bond_11(fn_water_evaporation_6(X)))
& chemical_entity_1(fn_hydrogen_bond_11(fn_water_evaporation_6(X)))
& atom_1(fn_hydrogen_bond_11(fn_water_evaporation_6(X)))
& entity_1(fn_water_79(fn_water_evaporation_9(X)))
& chemical_entity_1(fn_water_79(fn_water_evaporation_9(X)))
& atom_1(fn_water_79(fn_water_evaporation_9(X)))
& oxygen_1(fn_water_79(fn_water_evaporation_9(X)))
& entity_1(fn_water_98(fn_water_evaporation_9(X)))
& spatial_entity_1(fn_water_98(fn_water_evaporation_9(X)))
& chemical_entity_1(fn_water_98(fn_water_evaporation_9(X)))
& tangible_entity_1(fn_water_98(fn_water_evaporation_9(X)))
& polar_molecule_1(fn_water_98(fn_water_evaporation_9(X)))
& water_molecule_1(fn_water_98(fn_water_evaporation_9(X)))
& spatial_entity_1(fn_water_83(fn_water_evaporation_9(X)))
& tangible_entity_1(fn_water_83(fn_water_evaporation_9(X)))
& polar_molecule_1(fn_water_83(fn_water_evaporation_9(X)))
& hydrophilic_compound_1(fn_water_83(fn_water_evaporation_9(X)))
& water_molecule_1(fn_water_83(fn_water_evaporation_9(X)))
& time_before_2(fn_water_evaporation_14(X),fn_water_evaporation_15(X))
& enables_2(fn_water_evaporation_11(X),fn_water_evaporation_1(X))
& object_2(fn_water_evaporation_11(X),fn_water_evaporation_6(X))
& result_2(X,fn_water_evaporation_10(X))
& agent_2(fn_water_evaporation_13(X),fn_water_evaporation_3(X))
& agent_2(fn_water_evaporation_2(X),fn_water_evaporation_3(X))
& fn_water_evaporation_17(X) != fn_water_evaporation_3(X)
& fn_water_evaporation_3(X) != fn_water_evaporation_17(X)
& object_2(fn_water_evaporation_13(X),fn_water_evaporation_3(X))
& object_2(fn_water_evaporation_7(X),fn_water_evaporation_5(X))
& called_2(fn_water_evaporation_3(X),"1")
& agent_2(fn_water_evaporation_7(X),fn_water_evaporation_6(X))
& has_function_2(fn_water_evaporation_6(X),fn_water_evaporation_7(X))
& object_2(fn_water_evaporation_7(X),fn_water_evaporation_4(X))
& object_2(X,fn_water_evaporation_9(X))
& has_part_2(fn_water_evaporation_9(X),fn_water_evaporation_17(X))
& object_2(fn_water_evaporation_2(X),fn_water_evaporation_17(X))
& base_2(fn_water_evaporation_2(X),fn_water_evaporation_9(X))
& origin_2(fn_water_evaporation_13(X),fn_water_evaporation_9(X))
& rate_2(X,fn_water_evaporation_16(X))
& directly_proportional_2(fn_water_evaporation_12(X),fn_water_evaporation_16(X))
& subevent_2(X,fn_water_evaporation_13(X))
& time_during_2(fn_water_evaporation_13(X),fn_water_evaporation_14(X))
& time_before_2(fn_water_evaporation_15(X),fn_water_evaporation_14(X))
& agent_2(fn_water_evaporation_8(X),fn_water_evaporation_5(X))
& result_2(fn_water_evaporation_8(X),fn_water_evaporation_6(X))
& temperature_2(fn_water_evaporation_9(X),fn_water_evaporation_12(X))
& has_part_2(fn_water_evaporation_9(X),fn_water_evaporation_3(X))
& has_part_2(fn_water_evaporation_3(X),fn_water_evaporation_5(X))
& is_between_2(fn_water_evaporation_6(X),fn_water_evaporation_5(X))
& is_between_2(fn_water_evaporation_6(X),fn_water_evaporation_4(X))
& object_2(fn_water_evaporation_8(X),fn_water_evaporation_4(X))
& fn_water_evaporation_6(X) = fn_impair_1(fn_water_evaporation_11(X))
& fn_water_evaporation_10(X) = fn_evaporation_5(X)
& fn_water_evaporation_7(X) = fn_hydrogen_bond_14(fn_water_evaporation_6(X))
& fn_water_evaporation_2(X) = fn_evaporation_10(X)
& fn_water_evaporation_17(X) = fn_evaporation_11(X)
& fn_water_evaporation_19(X) = fn_evaporation_1(X)
& fn_water_evaporation_16(X) = fn_evaporation_3(X)
& fn_water_evaporation_15(X) = fn_evaporation_6(X)
& fn_water_evaporation_14(X) = fn_evaporation_7(X)
& fn_water_evaporation_13(X) = fn_evaporation_24(X)
& fn_water_evaporation_13(X) = fn_evaporation_12(X)
& fn_water_evaporation_8(X) = fn_water_108(fn_water_evaporation_9(X))
& fn_water_evaporation_18(X) = fn_evaporation_2(X)
& fn_water_evaporation_18(X) = fn_water_92(fn_water_evaporation_9(X))
& fn_water_evaporation_12(X) = fn_evaporation_4(X)
& fn_water_evaporation_12(X) = fn_water_93(fn_water_evaporation_9(X))
& fn_water_evaporation_8(X) = fn_hydrogen_bond_13(fn_water_evaporation_6(X))
& fn_water_evaporation_8(X) = fn_water_104(fn_water_evaporation_9(X))
& fn_water_evaporation_4(X) = fn_hydrogen_bond_12(fn_water_evaporation_6(X))
& fn_water_evaporation_4(X) = fn_water_106(fn_water_evaporation_9(X))
& fn_water_evaporation_5(X) = fn_hydrogen_bond_11(fn_water_evaporation_6(X))
& fn_water_evaporation_6(X) = fn_water_107(fn_water_evaporation_9(X))
& fn_water_evaporation_5(X) = fn_water_79(fn_water_evaporation_9(X))
& fn_water_evaporation_9(X) = fn_evaporation_13(X)
& fn_water_evaporation_3(X) = fn_evaporation_14(X)
& fn_water_evaporation_3(X) = fn_water_98(fn_water_evaporation_9(X))
& fn_water_evaporation_3(X) = fn_water_83(fn_water_evaporation_9(X))
& fn_evaporation_12(X) = fn_evaporation_12(X)
& fn_evaporation_12(X) = fn_evaporation_24(X)
& fn_evaporation_24(X) = fn_evaporation_12(X)
& fn_evaporation_12(X) = fn_evaporation_2(X)
& fn_evaporation_2(X) = fn_water_92(fn_water_evaporation_9(X))
& fn_water_92(fn_water_evaporation_9(X)) = fn_evaporation_4(X)
& fn_evaporation_4(X) = fn_evaporation_4(X)
& fn_water_93(fn_water_evaporation_9(X)) = fn_evaporation_4(X)
& fn_evaporation_4(X) = fn_water_93(fn_water_evaporation_9(X))
& fn_water_93(fn_water_evaporation_9(X)) = fn_hydrogen_bond_13(fn_water_evaporation_6(X))
& fn_water_108(fn_water_evaporation_9(X)) = fn_hydrogen_bond_13(fn_water_evaporation_6(X))
& fn_hydrogen_bond_13(fn_water_evaporation_6(X)) = fn_water_108(fn_water_evaporation_9(X))
& fn_water_108(fn_water_evaporation_9(X)) = fn_water_108(fn_water_evaporation_9(X))
& fn_water_108(fn_water_evaporation_9(X)) = fn_water_104(fn_water_evaporation_9(X))
& fn_water_104(fn_water_evaporation_9(X)) = fn_hydrogen_bond_12(fn_water_evaporation_6(X))
& fn_hydrogen_bond_12(fn_water_evaporation_6(X)) = fn_hydrogen_bond_12(fn_water_evaporation_6(X))
& fn_water_106(fn_water_evaporation_9(X)) = fn_hydrogen_bond_12(fn_water_evaporation_6(X))
& fn_hydrogen_bond_12(fn_water_evaporation_6(X)) = fn_water_106(fn_water_evaporation_9(X))
& fn_water_106(fn_water_evaporation_9(X)) = fn_impair_1(fn_water_evaporation_11(X))
& fn_impair_1(fn_water_evaporation_11(X)) = fn_water_107(fn_water_evaporation_9(X))
& fn_water_107(fn_water_evaporation_9(X)) = fn_water_107(fn_water_evaporation_9(X))
& fn_water_107(fn_water_evaporation_9(X)) = fn_hydrogen_bond_11(fn_water_evaporation_6(X))
& fn_hydrogen_bond_11(fn_water_evaporation_6(X)) = fn_hydrogen_bond_11(fn_water_evaporation_6(X))
& fn_water_79(fn_water_evaporation_9(X)) = fn_hydrogen_bond_11(fn_water_evaporation_6(X))
& fn_hydrogen_bond_11(fn_water_evaporation_6(X)) = fn_water_79(fn_water_evaporation_9(X))
& fn_water_79(fn_water_evaporation_9(X)) = fn_water_79(fn_water_evaporation_9(X))
& fn_water_79(fn_water_evaporation_9(X)) = fn_evaporation_14(X)
& fn_evaporation_14(X) = fn_evaporation_14(X)
& fn_water_98(fn_water_evaporation_9(X)) = fn_evaporation_14(X)
& fn_evaporation_14(X) = fn_water_98(fn_water_evaporation_9(X))
& fn_water_98(fn_water_evaporation_9(X)) = fn_water_98(fn_water_evaporation_9(X))
& fn_water_83(fn_water_evaporation_9(X)) = fn_water_98(fn_water_evaporation_9(X))
& fn_water_98(fn_water_evaporation_9(X)) = fn_water_83(fn_water_evaporation_9(X)) ) ) ).
fof(a533708,axiom,
! [X] :
( water_molecule_1(X)
=> ( original_name_2(X,'Water-Molecule')
& user_description_2(X,'A V-shaped, polar molecule composed of two hydrogen atoms covalently bonded to an oxygen atom. The polarity and shape of the molecule is the result of the oxygen atom being more electronegative than the hydrogen atoms, and the polarity of the water molecules give rise to the unique properties of water.')
& concept2words_2(X,water)
& concept2words_2(X,h2o)
& concept2words_2(X,'molecule of water')
& concept2words_2(X,'water molecule')
& concept2words_2(X,'water-molecule')
& polar_molecule_1(X)
& ~ hydroxide_ion_1(X)
& polarity_value_1(fn_water_molecule_1(X))
& shape_value_1(fn_water_molecule_3(X))
& electronegativity_value_1(fn_water_molecule_5(X))
& quantity_value_1(fn_water_molecule_14(X))
& charge_value_1(fn_water_molecule_15(X))
& quantity_value_1(fn_water_molecule_16(X))
& quantity_value_1(fn_water_molecule_18(X))
& atomic_number_value_1(fn_water_molecule_19(X))
& system_1(fn_water_molecule_20(X))
& charge_value_1(fn_water_molecule_21(X))
& system_1(fn_water_molecule_25(X))
& hold_1(fn_water_molecule_26(X))
& hold_together_1(fn_water_molecule_26(X))
& unequal_sharing_1(fn_water_molecule_27(X))
& charge_value_1(fn_water_molecule_28(X))
& hold_1(fn_water_molecule_36(X))
& hold_together_1(fn_water_molecule_36(X))
& share_1(fn_water_molecule_37(X))
& share_1(fn_water_molecule_38(X))
& unequal_sharing_1(fn_water_molecule_38(X))
& electronegativity_value_1(fn_water_molecule_39(X))
& proton_1(fn_water_molecule_40(X))
& electron_1(fn_water_molecule_41(X))
& valence_electron_1(fn_water_molecule_41(X))
& atomic_number_value_1(fn_water_molecule_42(X))
& atomic_nucleus_1(fn_water_molecule_43(X))
& center_1(fn_water_molecule_44(X))
& electron_shell_1(fn_water_molecule_45(X))
& first_electron_shell_1(fn_water_molecule_45(X))
& quantity_value_1(fn_water_molecule_46(X))
& hold_together_1(fn_water_molecule_47(X))
& share_1(fn_water_molecule_48(X))
& unequal_sharing_1(fn_water_molecule_49(X))
& entity_1(fn_water_molecule_50(X))
& electron_1(fn_water_molecule_50(X))
& valence_electron_1(fn_water_molecule_50(X))
& atomic_nucleus_1(fn_water_molecule_51(X))
& center_1(fn_water_molecule_52(X))
& electron_shell_1(fn_water_molecule_53(X))
& first_electron_shell_1(fn_water_molecule_53(X))
& proton_1(fn_water_molecule_54(X))
& electronegativity_value_1(fn_water_molecule_55(X))
& atomic_orbital_1(fn_water_molecule_56(X))
& quantity_value_1(fn_water_molecule_57(X))
& attract_1(fn_water_molecule_58(X))
& atomic_number_value_1(fn_water_molecule_59(X))
& quantity_value_1(fn_water_molecule_60(X))
& chemical_bond_1(fn_water_molecule_61(X))
& polar_covalent_bond_1(fn_water_molecule_61(X))
& covalent_bond_1(fn_water_molecule_62(X))
& polar_covalent_bond_1(fn_water_molecule_62(X))
& entity_1(fn_water_molecule_63(X))
& atom_1(fn_water_molecule_63(X))
& hydrogen_1(fn_water_molecule_63(X))
& tangible_entity_1(fn_water_molecule_64(X))
& entity_1(fn_water_molecule_64(X))
& chemical_entity_1(fn_water_molecule_64(X))
& atom_1(fn_water_molecule_64(X))
& hydrogen_1(fn_water_molecule_64(X))
& share_1(fn_water_molecule_65(X))
& unequal_sharing_1(fn_water_molecule_65(X))
& electron_1(fn_water_molecule_66(X))
& valence_electron_1(fn_water_molecule_66(X))
& proton_1(fn_water_molecule_67(X))
& atomic_nucleus_1(fn_water_molecule_68(X))
& center_1(fn_water_molecule_69(X))
& electron_shell_1(fn_water_molecule_70(X))
& valence_shell_1(fn_water_molecule_70(X))
& hold_together_1(fn_water_molecule_71(X))
& entity_1(fn_water_molecule_72(X))
& chemical_entity_1(fn_water_molecule_72(X))
& atom_1(fn_water_molecule_72(X))
& oxygen_1(fn_water_molecule_72(X))
& electronegativity_value_1(fn_water_molecule_73(X))
& water_molecule_1(fn_water_molecule_74(X))
& attract_1(fn_water_molecule_75(X))
& entity_1(fn_attract_1(fn_water_molecule_75(X)))
& electron_shell_1(fn_atom_9(fn_water_molecule_72(X)))
& property_node_1(fn_atom_6(fn_water_molecule_63(X)))
& charge_value_1(fn_atom_7(fn_water_molecule_63(X)))
& property_node_1(fn_atom_6(fn_water_molecule_72(X)))
& charge_value_1(fn_atom_7(fn_water_molecule_72(X)))
& property_node_1(fn_atom_6(fn_water_molecule_64(X)))
& charge_value_1(fn_atom_7(fn_water_molecule_64(X)))
& attract_1(fn_covalent_bond_10(fn_water_molecule_62(X)))
& share_1(fn_covalent_bond_17(fn_water_molecule_62(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_water_molecule_62(X)))
& property_node_1(fn_hydrogen_21(fn_water_molecule_64(X)))
& property_node_1(fn_hydrogen_7(fn_water_molecule_64(X)))
& property_node_1(fn_hydrogen_1(fn_water_molecule_64(X)))
& property_node_1(fn_hydrogen_6(fn_water_molecule_64(X)))
& electronegativity_value_1(fn_hydrogen_2(fn_water_molecule_64(X)))
& electron_shell_1(fn_hydrogen_16(fn_water_molecule_64(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_water_molecule_64(X)))
& atomic_number_value_1(fn_hydrogen_10(fn_water_molecule_64(X)))
& quantity_value_1(fn_hydrogen_11(fn_water_molecule_64(X)))
& quantity_value_1(fn_hydrogen_17(fn_water_molecule_64(X)))
& proton_1(fn_hydrogen_13(fn_water_molecule_64(X)))
& property_node_1(fn_oxygen_12(fn_water_molecule_72(X)))
& property_node_1(fn_oxygen_14(fn_water_molecule_72(X)))
& property_node_1(fn_oxygen_6(fn_water_molecule_72(X)))
& electronegativity_value_1(fn_oxygen_5(fn_water_molecule_72(X)))
& system_1(fn_oxygen_21(fn_water_molecule_72(X)))
& equation_big_node_1(fn_oxygen_10(fn_water_molecule_72(X)))
& equation_set_1(fn_oxygen_20(fn_water_molecule_72(X)))
& property_node_1(fn_hydrogen_1(fn_water_molecule_63(X)))
& property_node_1(fn_hydrogen_6(fn_water_molecule_63(X)))
& property_node_1(fn_hydrogen_21(fn_water_molecule_63(X)))
& property_node_1(fn_hydrogen_7(fn_water_molecule_63(X)))
& electronegativity_value_1(fn_hydrogen_2(fn_water_molecule_63(X)))
& equation_big_node_1(fn_hydrogen_20(fn_water_molecule_63(X)))
& system_1(fn_hydrogen_19(fn_water_molecule_63(X)))
& proton_1(fn_hydrogen_13(fn_water_molecule_63(X)))
& equation_set_1(fn_hydrogen_18(fn_water_molecule_63(X)))
& electron_shell_1(fn_hydrogen_16(fn_water_molecule_63(X)))
& first_electron_shell_1(fn_hydrogen_16(fn_water_molecule_63(X)))
& quantity_value_1(fn_hydrogen_11(fn_water_molecule_63(X)))
& quantity_value_1(fn_hydrogen_17(fn_water_molecule_63(X)))
& atomic_number_value_1(fn_hydrogen_10(fn_water_molecule_63(X)))
& unequal_sharing_1(fn_polar_covalent_bond_16(fn_water_molecule_61(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_water_molecule_61(X)))
& center_1(fn_covalent_bond_23(fn_water_molecule_62(X)))
& atomic_nucleus_1(fn_valence_shell_3(fn_water_molecule_70(X)))
& atomic_nucleus_1(fn_atom_18(fn_water_molecule_72(X)))
& atomic_nucleus_1(fn_covalent_bond_24(fn_water_molecule_62(X)))
& atomic_orbital_1(fn_electron_shell_3(fn_water_molecule_45(X)))
& atomic_orbital_1(fn_electron_shell_3(fn_water_molecule_53(X)))
& atomic_orbital_1(fn_valence_shell_5(fn_water_molecule_70(X)))
& atomic_orbital_1(fn_polar_covalent_bond_15(fn_water_molecule_61(X)))
& atomic_orbital_1(fn_polar_covalent_bond_15(fn_water_molecule_62(X)))
& hold_together_1(fn_covalent_bond_14(fn_water_molecule_62(X)))
& hold_together_1(fn_polar_covalent_bond_17(fn_water_molecule_62(X)))
& center_1(fn_polar_covalent_bond_21(fn_water_molecule_62(X)))
& center_1(fn_hydrogen_14(fn_water_molecule_64(X)))
& valence_electron_1(fn_hydrogen_12(fn_water_molecule_64(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_14(fn_water_molecule_62(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_water_molecule_64(X)))
& entity_1(fn_share_3(fn_water_molecule_38(X)))
& entity_1(fn_share_3(fn_water_molecule_65(X)))
& tangible_entity_1(fn_hold_2(fn_water_molecule_26(X)))
& tangible_entity_1(fn_hold_2(fn_water_molecule_36(X)))
& entity_1(fn_share_1(fn_water_molecule_38(X)))
& entity_1(fn_share_1(fn_water_molecule_65(X)))
& entity_1(fn_share_1(fn_water_molecule_37(X)))
& property_node_1(fn_oxygen_9(fn_water_molecule_72(X)))
& property_node_1(fn_oxygen_11(fn_water_molecule_72(X)))
& valence_electron_1(fn_valence_shell_4(fn_water_molecule_70(X)))
& electron_1(fn_atom_14(fn_water_molecule_72(X)))
& valence_electron_1(fn_covalent_bond_18(fn_water_molecule_62(X)))
& valence_electron_1(fn_covalent_bond_15(fn_water_molecule_62(X)))
& valence_electron_1(fn_oxygen_8(fn_water_molecule_72(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_water_molecule_62(X)))
& electron_1(fn_polar_covalent_bond_11(fn_water_molecule_61(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_water_molecule_61(X)))
& valence_electron_1(fn_oxygen_1(fn_water_molecule_72(X)))
& proton_1(fn_covalent_bond_4(fn_water_molecule_62(X)))
& proton_1(fn_polar_covalent_bond_5(fn_water_molecule_62(X)))
& proton_1(fn_oxygen_18(fn_water_molecule_72(X)))
& quantity_value_1(fn_polar_covalent_bond_10(fn_water_molecule_61(X)))
& quantity_value_1(fn_polar_covalent_bond_10(fn_water_molecule_62(X)))
& quantity_value_1(fn_oxygen_7(fn_water_molecule_72(X)))
& quantity_value_1(fn_oxygen_13(fn_water_molecule_72(X)))
& quantity_value_1(fn_polar_covalent_bond_9(fn_water_molecule_61(X)))
& quantity_value_1(fn_polar_covalent_bond_9(fn_water_molecule_62(X)))
& quantity_value_1(fn_oxygen_19(fn_water_molecule_72(X)))
& atomic_number_value_1(fn_polar_covalent_bond_7(fn_water_molecule_61(X)))
& atomic_number_value_1(fn_polar_covalent_bond_7(fn_water_molecule_62(X)))
& atomic_number_value_1(fn_oxygen_17(fn_water_molecule_72(X)))
& atom_1(fn_valence_shell_2(fn_water_molecule_70(X)))
& entity_1(fn_polar_covalent_bond_19(fn_water_molecule_61(X)))
& chemical_entity_1(fn_polar_covalent_bond_19(fn_water_molecule_61(X)))
& atom_1(fn_polar_covalent_bond_19(fn_water_molecule_61(X)))
& entity_1(fn_covalent_bond_20(fn_water_molecule_62(X)))
& chemical_entity_1(fn_covalent_bond_20(fn_water_molecule_62(X)))
& atom_1(fn_covalent_bond_20(fn_water_molecule_62(X)))
& entity_1(fn_polar_covalent_bond_18(fn_water_molecule_61(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_water_molecule_61(X)))
& atom_1(fn_polar_covalent_bond_18(fn_water_molecule_61(X)))
& entity_1(fn_polar_covalent_bond_18(fn_water_molecule_62(X)))
& chemical_entity_1(fn_polar_covalent_bond_18(fn_water_molecule_62(X)))
& atom_1(fn_polar_covalent_bond_18(fn_water_molecule_62(X)))
& center_1(fn_polar_covalent_bond_23(fn_water_molecule_62(X)))
& center_1(fn_hydrogen_14(fn_water_molecule_63(X)))
& entity_1(fn_share_2(fn_water_molecule_37(X)))
& valence_electron_1(fn_polar_covalent_bond_12(fn_water_molecule_61(X)))
& electron_1(fn_polar_covalent_bond_11(fn_water_molecule_62(X)))
& valence_electron_1(fn_polar_covalent_bond_11(fn_water_molecule_62(X)))
& valence_electron_1(fn_hydrogen_12(fn_water_molecule_63(X)))
& atomic_nucleus_1(fn_polar_covalent_bond_13(fn_water_molecule_62(X)))
& atomic_nucleus_1(fn_hydrogen_15(fn_water_molecule_63(X)))
& entity_1(fn_share_3(fn_water_molecule_37(X)))
& greater_than_or_equal_to_2(fn_water_molecule_73(X),fn_water_molecule_5(X))
& greater_than_2(fn_water_molecule_73(X),fn_water_molecule_5(X))
& fn_water_molecule_73(X) != fn_water_molecule_55(X)
& fn_water_molecule_73(X) != fn_water_molecule_39(X)
& possesses_2(X,fn_water_molecule_62(X))
& shape_2(X,fn_water_molecule_3(X))
& polarity_2(X,fn_water_molecule_1(X))
& exactCardinality(X,has_part_0,"2",hydrogen_0)
& exactCardinality(X,has_part_0,"1",oxygen_0)
& has_part_2(X,fn_water_molecule_64(X))
& correspondence_2(fn_water_molecule_1(X),fn_water_molecule_3(X))
& the_categorical_value_2(fn_water_molecule_3(X),v_like_0)
& the_cardinal_value_2(fn_water_molecule_5(X),"2.1")
& cardinal_unit_class_2(fn_water_molecule_5(X),unity_0)
& fn_water_molecule_70(X) != fn_water_molecule_53(X)
& fn_water_molecule_70(X) != fn_water_molecule_45(X)
& fn_water_molecule_62(X) != fn_water_molecule_61(X)
& fn_water_molecule_61(X) != fn_water_molecule_62(X)
& fn_water_molecule_55(X) != fn_water_molecule_73(X)
& fn_water_molecule_53(X) != fn_water_molecule_70(X)
& result_2(fn_water_molecule_48(X),fn_water_molecule_61(X))
& fn_water_molecule_47(X) != fn_water_molecule_36(X)
& fn_water_molecule_45(X) != fn_water_molecule_70(X)
& fn_water_molecule_39(X) != fn_water_molecule_73(X)
& object_2(fn_water_molecule_37(X),fn_water_molecule_41(X))
& agent_2(fn_water_molecule_37(X),fn_water_molecule_72(X))
& fn_water_molecule_36(X) != fn_water_molecule_47(X)
& the_categorical_value_2(fn_water_molecule_28(X),partial_negative_0)
& the_categorical_value_2(fn_water_molecule_21(X),partial_positive_0)
& the_categorical_value_2(fn_water_molecule_15(X),partial_positive_0)
& object_2(fn_water_molecule_75(X),fn_water_molecule_74(X))
& agent_2(fn_water_molecule_38(X),fn_water_molecule_64(X))
& agent_2(fn_water_molecule_65(X),fn_water_molecule_64(X))
& object_2(fn_water_molecule_26(X),fn_water_molecule_64(X))
& object_2(fn_water_molecule_36(X),fn_water_molecule_64(X))
& has_region_2(fn_water_molecule_72(X),fn_water_molecule_70(X))
& agent_2(fn_water_molecule_37(X),fn_water_molecule_64(X))
& fn_water_molecule_64(X) != fn_water_molecule_63(X)
& agent_2(fn_water_molecule_48(X),fn_water_molecule_63(X))
& object_2(fn_water_molecule_48(X),fn_water_molecule_50(X))
& fn_water_molecule_63(X) != fn_water_molecule_64(X)
& possesses_2(X,fn_water_molecule_61(X))
& is_between_2(fn_water_molecule_61(X),fn_water_molecule_63(X))
& has_region_2(fn_water_molecule_45(X),fn_water_molecule_56(X))
& has_region_2(fn_water_molecule_53(X),fn_water_molecule_56(X))
& has_region_2(fn_water_molecule_70(X),fn_water_molecule_56(X))
& charge_2(fn_water_molecule_63(X),fn_water_molecule_21(X))
& charge_2(fn_water_molecule_72(X),fn_water_molecule_28(X))
& charge_2(fn_water_molecule_64(X),fn_water_molecule_15(X))
& has_function_2(X,fn_water_molecule_75(X))
& agent_2(fn_water_molecule_75(X),X)
& agent_2(fn_water_molecule_38(X),fn_water_molecule_72(X))
& is_between_2(fn_water_molecule_62(X),fn_water_molecule_64(X))
& agent_2(fn_water_molecule_27(X),fn_water_molecule_64(X))
& object_2(fn_water_molecule_71(X),fn_water_molecule_64(X))
& fn_water_molecule_64(X) != fn_water_molecule_72(X)
& fn_water_molecule_72(X) != fn_water_molecule_64(X)
& object_2(fn_water_molecule_36(X),fn_water_molecule_72(X))
& result_2(fn_water_molecule_37(X),fn_water_molecule_62(X))
& object_2(fn_water_molecule_37(X),fn_water_molecule_66(X))
& agent_2(fn_water_molecule_48(X),fn_water_molecule_72(X))
& object_2(fn_water_molecule_48(X),fn_water_molecule_66(X))
& object_2(fn_water_molecule_58(X),fn_water_molecule_66(X))
& agent_2(fn_water_molecule_58(X),fn_water_molecule_67(X))
& has_part_2(X,fn_water_molecule_63(X))
& agent_2(fn_water_molecule_49(X),fn_water_molecule_63(X))
& has_part_2(X,fn_water_molecule_72(X))
& fn_water_molecule_72(X) != fn_water_molecule_63(X)
& object_2(fn_water_molecule_47(X),fn_water_molecule_63(X))
& object_2(fn_water_molecule_47(X),fn_water_molecule_72(X))
& agent_2(fn_water_molecule_27(X),fn_water_molecule_72(X))
& fn_water_molecule_63(X) != fn_water_molecule_72(X)
& object_2(fn_water_molecule_26(X),fn_water_molecule_72(X))
& agent_2(fn_water_molecule_49(X),fn_water_molecule_72(X))
& is_between_2(fn_water_molecule_61(X),fn_water_molecule_72(X))
& object_2(fn_water_molecule_71(X),fn_water_molecule_72(X))
& agent_2(fn_water_molecule_65(X),fn_water_molecule_72(X))
& object_2(fn_water_molecule_65(X),fn_water_molecule_66(X))
& has_region_2(fn_water_molecule_72(X),fn_water_molecule_69(X))
& fn_water_molecule_52(X) != fn_water_molecule_69(X)
& fn_water_molecule_69(X) != fn_water_molecule_52(X)
& has_region_2(fn_water_molecule_72(X),fn_water_molecule_68(X))
& is_inside_2(fn_water_molecule_67(X),fn_water_molecule_68(X))
& fn_water_molecule_43(X) != fn_water_molecule_68(X)
& fn_water_molecule_68(X) != fn_water_molecule_43(X)
& is_between_2(fn_water_molecule_62(X),fn_water_molecule_72(X))
& object_2(fn_water_molecule_49(X),fn_water_molecule_50(X))
& has_function_2(fn_water_molecule_61(X),fn_water_molecule_47(X))
& agent_2(fn_water_molecule_47(X),fn_water_molecule_61(X))
& result_2(fn_water_molecule_49(X),fn_water_molecule_61(X))
& object_2(fn_water_molecule_49(X),fn_water_molecule_66(X))
& is_inside_2(fn_water_molecule_66(X),fn_water_molecule_56(X))
& is_at_2(fn_water_molecule_68(X),fn_water_molecule_69(X))
& fn_water_molecule_51(X) != fn_water_molecule_68(X)
& fn_water_molecule_68(X) != fn_water_molecule_51(X)
& fn_water_molecule_44(X) != fn_water_molecule_69(X)
& fn_water_molecule_69(X) != fn_water_molecule_44(X)
& object_2(fn_water_molecule_38(X),fn_water_molecule_41(X))
& is_inside_2(fn_water_molecule_41(X),fn_water_molecule_56(X))
& is_inside_2(fn_water_molecule_50(X),fn_water_molecule_56(X))
& fn_water_molecule_66(X) != fn_water_molecule_50(X)
& is_near_2(fn_water_molecule_66(X),fn_water_molecule_68(X))
& fn_water_molecule_50(X) != fn_water_molecule_66(X)
& is_near_2(fn_water_molecule_68(X),fn_water_molecule_66(X))
& has_function_2(fn_water_molecule_62(X),fn_water_molecule_36(X))
& agent_2(fn_water_molecule_36(X),fn_water_molecule_62(X))
& result_2(fn_water_molecule_38(X),fn_water_molecule_62(X))
& object_2(fn_water_molecule_38(X),fn_water_molecule_66(X))
& fn_water_molecule_66(X) != fn_water_molecule_41(X)
& fn_water_molecule_41(X) != fn_water_molecule_66(X)
& is_inside_2(fn_water_molecule_40(X),fn_water_molecule_43(X))
& the_cardinal_value_2(fn_water_molecule_42(X),"1")
& cardinal_unit_class_2(fn_water_molecule_42(X),unity_0)
& called_2(fn_water_molecule_46(X),'Number_Proton')
& called_2(fn_water_molecule_14(X),'Number_Electron')
& has_part_2(fn_water_molecule_64(X),fn_water_molecule_41(X))
& atomic_number_2(fn_water_molecule_64(X),fn_water_molecule_42(X))
& called_2(fn_water_molecule_42(X),'Atomic_Number')
& has_region_2(fn_water_molecule_64(X),fn_water_molecule_43(X))
& is_at_2(fn_water_molecule_43(X),fn_water_molecule_44(X))
& has_region_2(fn_water_molecule_64(X),fn_water_molecule_44(X))
& electronegativity_2(fn_water_molecule_64(X),fn_water_molecule_39(X))
& the_cardinal_value_2(fn_water_molecule_39(X),"2.1")
& cardinal_unit_class_2(fn_water_molecule_39(X),unity_0)
& has_region_2(fn_water_molecule_64(X),fn_water_molecule_45(X))
& is_inside_2(fn_water_molecule_43(X),fn_water_molecule_45(X))
& is_near_2(fn_water_molecule_43(X),fn_water_molecule_41(X))
& quantity_2(fn_water_molecule_41(X),fn_water_molecule_14(X))
& the_cardinal_value_2(fn_water_molecule_14(X),"1")
& cardinal_unit_class_2(fn_water_molecule_14(X),unity_0)
& is_near_2(fn_water_molecule_41(X),fn_water_molecule_43(X))
& has_part_2(fn_water_molecule_64(X),fn_water_molecule_40(X))
& quantity_2(fn_water_molecule_40(X),fn_water_molecule_46(X))
& fn_water_molecule_46(X) = fn_water_molecule_42(X)
& fn_water_molecule_14(X) = fn_water_molecule_46(X)
& fn_water_molecule_46(X) = fn_water_molecule_14(X)
& fn_water_molecule_42(X) = fn_water_molecule_46(X)
& the_cardinal_value_2(fn_water_molecule_59(X),"8")
& cardinal_unit_class_2(fn_water_molecule_59(X),unity_0)
& called_2(fn_water_molecule_60(X),'Number_Proton')
& quantity_2(fn_water_molecule_66(X),fn_water_molecule_57(X))
& has_part_2(fn_water_molecule_72(X),fn_water_molecule_66(X))
& electronegativity_2(fn_water_molecule_72(X),fn_water_molecule_73(X))
& the_cardinal_value_2(fn_water_molecule_73(X),"3.44")
& cardinal_unit_class_2(fn_water_molecule_73(X),unity_0)
& called_2(fn_water_molecule_59(X),'Atomic_Number')
& has_part_2(fn_water_molecule_72(X),fn_water_molecule_67(X))
& quantity_2(fn_water_molecule_67(X),fn_water_molecule_60(X))
& called_2(fn_water_molecule_57(X),'Number_Electron')
& atomic_number_2(fn_water_molecule_72(X),fn_water_molecule_59(X))
& fn_water_molecule_60(X) = fn_water_molecule_59(X)
& fn_water_molecule_57(X) = fn_water_molecule_60(X)
& fn_water_molecule_60(X) = fn_water_molecule_57(X)
& fn_water_molecule_59(X) = fn_water_molecule_60(X)
& called_2(fn_water_molecule_18(X),'Number_Proton')
& called_2(fn_water_molecule_19(X),'Atomic_Number')
& called_2(fn_water_molecule_16(X),'Number_Electron')
& has_part_2(fn_water_molecule_63(X),fn_water_molecule_50(X))
& has_part_2(fn_water_molecule_63(X),fn_water_molecule_54(X))
& has_region_2(fn_water_molecule_63(X),fn_water_molecule_51(X))
& electronegativity_2(fn_water_molecule_63(X),fn_water_molecule_55(X))
& the_cardinal_value_2(fn_water_molecule_55(X),"2.1")
& cardinal_unit_class_2(fn_water_molecule_55(X),unity_0)
& has_region_2(fn_water_molecule_63(X),fn_water_molecule_52(X))
& the_cardinal_value_2(fn_water_molecule_19(X),"1")
& cardinal_unit_class_2(fn_water_molecule_19(X),unity_0)
& quantity_2(fn_water_molecule_54(X),fn_water_molecule_18(X))
& is_inside_2(fn_water_molecule_54(X),fn_water_molecule_51(X))
& is_at_2(fn_water_molecule_51(X),fn_water_molecule_52(X))
& has_region_2(fn_water_molecule_63(X),fn_water_molecule_53(X))
& is_inside_2(fn_water_molecule_51(X),fn_water_molecule_53(X))
& is_near_2(fn_water_molecule_51(X),fn_water_molecule_50(X))
& quantity_2(fn_water_molecule_50(X),fn_water_molecule_16(X))
& the_cardinal_value_2(fn_water_molecule_16(X),"1")
& cardinal_unit_class_2(fn_water_molecule_16(X),unity_0)
& is_near_2(fn_water_molecule_50(X),fn_water_molecule_51(X))
& atomic_number_2(fn_water_molecule_63(X),fn_water_molecule_19(X))
& fn_water_molecule_18(X) = fn_water_molecule_19(X)
& fn_water_molecule_16(X) = fn_water_molecule_18(X)
& fn_water_molecule_18(X) = fn_water_molecule_16(X)
& fn_water_molecule_19(X) = fn_water_molecule_18(X)
& fn_water_molecule_74(X) = fn_attract_1(fn_water_molecule_75(X))
& fn_water_molecule_64(X) = fn_share_3(fn_water_molecule_38(X))
& fn_water_molecule_64(X) = fn_share_1(fn_water_molecule_38(X))
& fn_water_molecule_64(X) = fn_share_3(fn_water_molecule_65(X))
& fn_water_molecule_64(X) = fn_share_1(fn_water_molecule_65(X))
& fn_water_molecule_64(X) = fn_hold_2(fn_water_molecule_26(X))
& fn_water_molecule_64(X) = fn_hold_2(fn_water_molecule_36(X))
& fn_water_molecule_70(X) = fn_atom_9(fn_water_molecule_72(X))
& fn_water_molecule_50(X) = fn_share_2(fn_water_molecule_37(X))
& fn_water_molecule_63(X) = fn_share_3(fn_water_molecule_37(X))
& fn_water_molecule_64(X) = fn_share_1(fn_water_molecule_37(X))
& fn_water_molecule_63(X) = fn_molecule_11(X)
& fn_water_molecule_61(X) = fn_molecule_10(X)
& fn_water_molecule_56(X) = fn_electron_shell_3(fn_water_molecule_45(X))
& fn_water_molecule_56(X) = fn_electron_shell_3(fn_water_molecule_53(X))
& fn_water_molecule_56(X) = fn_valence_shell_5(fn_water_molecule_70(X))
& fn_water_molecule_9(X) = fn_atom_6(fn_water_molecule_63(X))
& fn_water_molecule_21(X) = fn_atom_7(fn_water_molecule_63(X))
& fn_water_molecule_22(X) = fn_atom_6(fn_water_molecule_72(X))
& fn_water_molecule_28(X) = fn_atom_7(fn_water_molecule_72(X))
& fn_water_molecule_7(X) = fn_atom_6(fn_water_molecule_64(X))
& fn_water_molecule_15(X) = fn_atom_7(fn_water_molecule_64(X))
& fn_water_molecule_75(X) = fn_hydrophilic_compound_2(X)
& fn_water_molecule_38(X) = fn_polar_covalent_bond_16(fn_water_molecule_61(X))
& fn_water_molecule_27(X) = fn_polar_covalent_bond_16(fn_water_molecule_61(X))
& fn_water_molecule_71(X) = fn_polar_covalent_bond_17(fn_water_molecule_61(X))
& fn_water_molecule_64(X) = fn_polar_covalent_bond_18(fn_water_molecule_61(X))
& fn_water_molecule_36(X) = fn_covalent_bond_14(fn_water_molecule_62(X))
& fn_water_molecule_37(X) = fn_covalent_bond_17(fn_water_molecule_62(X))
& fn_water_molecule_67(X) = fn_covalent_bond_4(fn_water_molecule_62(X))
& fn_water_molecule_58(X) = fn_covalent_bond_10(fn_water_molecule_62(X))
& fn_water_molecule_66(X) = fn_covalent_bond_18(fn_water_molecule_62(X))
& fn_water_molecule_48(X) = fn_covalent_bond_17(fn_water_molecule_62(X))
& fn_water_molecule_49(X) = fn_polar_molecule_4(X)
& fn_water_molecule_27(X) = fn_polar_molecule_4(X)
& fn_water_molecule_47(X) = fn_polar_molecule_1(X)
& fn_water_molecule_63(X) = fn_polar_molecule_3(X)
& fn_water_molecule_72(X) = fn_polar_molecule_2(X)
& fn_water_molecule_26(X) = fn_polar_covalent_bond_17(fn_water_molecule_61(X))
& fn_water_molecule_71(X) = fn_polar_covalent_bond_17(fn_water_molecule_62(X))
& fn_water_molecule_65(X) = fn_polar_covalent_bond_16(fn_water_molecule_62(X))
& fn_water_molecule_52(X) = fn_polar_covalent_bond_23(fn_water_molecule_62(X))
& fn_water_molecule_69(X) = fn_polar_covalent_bond_21(fn_water_molecule_62(X))
& fn_water_molecule_67(X) = fn_polar_covalent_bond_5(fn_water_molecule_62(X))
& fn_water_molecule_43(X) = fn_polar_covalent_bond_14(fn_water_molecule_62(X))
& fn_water_molecule_72(X) = fn_valence_shell_2(fn_water_molecule_70(X))
& fn_water_molecule_68(X) = fn_polar_covalent_bond_13(fn_water_molecule_62(X))
& fn_water_molecule_50(X) = fn_polar_covalent_bond_12(fn_water_molecule_61(X))
& fn_water_molecule_56(X) = fn_polar_covalent_bond_15(fn_water_molecule_61(X))
& fn_water_molecule_66(X) = fn_polar_covalent_bond_11(fn_water_molecule_61(X))
& fn_water_molecule_49(X) = fn_polar_covalent_bond_16(fn_water_molecule_61(X))
& fn_water_molecule_47(X) = fn_polar_covalent_bond_17(fn_water_molecule_61(X))
& fn_water_molecule_44(X) = fn_polar_covalent_bond_21(fn_water_molecule_62(X))
& fn_water_molecule_68(X) = fn_covalent_bond_24(fn_water_molecule_62(X))
& fn_water_molecule_69(X) = fn_covalent_bond_23(fn_water_molecule_62(X))
& fn_water_molecule_69(X) = fn_polar_covalent_bond_23(fn_water_molecule_62(X))
& fn_water_molecule_51(X) = fn_polar_covalent_bond_13(fn_water_molecule_62(X))
& fn_water_molecule_66(X) = fn_valence_shell_4(fn_water_molecule_70(X))
& fn_water_molecule_68(X) = fn_valence_shell_3(fn_water_molecule_70(X))
& fn_water_molecule_66(X) = fn_atom_14(fn_water_molecule_72(X))
& fn_water_molecule_68(X) = fn_atom_18(fn_water_molecule_72(X))
& fn_water_molecule_68(X) = fn_polar_covalent_bond_14(fn_water_molecule_62(X))
& fn_water_molecule_66(X) = fn_polar_covalent_bond_12(fn_water_molecule_62(X))
& fn_water_molecule_50(X) = fn_polar_covalent_bond_11(fn_water_molecule_62(X))
& fn_water_molecule_56(X) = fn_polar_covalent_bond_15(fn_water_molecule_62(X))
& fn_water_molecule_41(X) = fn_polar_covalent_bond_11(fn_water_molecule_61(X))
& fn_water_molecule_41(X) = fn_polar_covalent_bond_12(fn_water_molecule_62(X))
& fn_water_molecule_66(X) = fn_polar_covalent_bond_11(fn_water_molecule_62(X))
& fn_water_molecule_38(X) = fn_polar_covalent_bond_16(fn_water_molecule_62(X))
& fn_water_molecule_36(X) = fn_polar_covalent_bond_17(fn_water_molecule_62(X))
& fn_water_molecule_35(X) = fn_hydrogen_21(fn_water_molecule_64(X))
& fn_water_molecule_34(X) = fn_hydrogen_7(fn_water_molecule_64(X))
& fn_water_molecule_33(X) = fn_hydrogen_1(fn_water_molecule_64(X))
& fn_water_molecule_8(X) = fn_hydrogen_6(fn_water_molecule_64(X))
& fn_water_molecule_39(X) = fn_hydrogen_2(fn_water_molecule_64(X))
& fn_water_molecule_44(X) = fn_hydrogen_14(fn_water_molecule_64(X))
& fn_water_molecule_41(X) = fn_hydrogen_12(fn_water_molecule_64(X))
& fn_water_molecule_43(X) = fn_hydrogen_15(fn_water_molecule_64(X))
& fn_water_molecule_45(X) = fn_hydrogen_16(fn_water_molecule_64(X))
& fn_water_molecule_42(X) = fn_hydrogen_10(fn_water_molecule_64(X))
& fn_water_molecule_14(X) = fn_hydrogen_11(fn_water_molecule_64(X))
& fn_water_molecule_46(X) = fn_hydrogen_17(fn_water_molecule_64(X))
& fn_water_molecule_40(X) = fn_hydrogen_13(fn_water_molecule_64(X))
& fn_water_molecule_29(X) = fn_oxygen_9(fn_water_molecule_72(X))
& fn_water_molecule_29(X) = fn_oxygen_11(fn_water_molecule_72(X))
& fn_water_molecule_30(X) = fn_oxygen_12(fn_water_molecule_72(X))
& fn_water_molecule_31(X) = fn_oxygen_14(fn_water_molecule_72(X))
& fn_water_molecule_76(X) = fn_oxygen_6(fn_water_molecule_72(X))
& fn_water_molecule_73(X) = fn_oxygen_5(fn_water_molecule_72(X))
& fn_water_molecule_72(X) = fn_polar_covalent_bond_19(fn_water_molecule_61(X))
& fn_water_molecule_66(X) = fn_polar_covalent_bond_12(fn_water_molecule_61(X))
& fn_water_molecule_72(X) = fn_covalent_bond_20(fn_water_molecule_62(X))
& fn_water_molecule_66(X) = fn_covalent_bond_15(fn_water_molecule_62(X))
& fn_water_molecule_66(X) = fn_oxygen_8(fn_water_molecule_72(X))
& fn_water_molecule_57(X) = fn_oxygen_7(fn_water_molecule_72(X))
& fn_water_molecule_66(X) = fn_oxygen_1(fn_water_molecule_72(X))
& fn_water_molecule_25(X) = fn_oxygen_21(fn_water_molecule_72(X))
& fn_water_molecule_23(X) = fn_oxygen_10(fn_water_molecule_72(X))
& fn_water_molecule_24(X) = fn_oxygen_20(fn_water_molecule_72(X))
& fn_water_molecule_67(X) = fn_oxygen_18(fn_water_molecule_72(X))
& fn_water_molecule_57(X) = fn_polar_covalent_bond_10(fn_water_molecule_61(X))
& fn_water_molecule_57(X) = fn_polar_covalent_bond_10(fn_water_molecule_62(X))
& fn_water_molecule_57(X) = fn_oxygen_13(fn_water_molecule_72(X))
& fn_water_molecule_60(X) = fn_polar_covalent_bond_9(fn_water_molecule_61(X))
& fn_water_molecule_60(X) = fn_polar_covalent_bond_9(fn_water_molecule_62(X))
& fn_water_molecule_60(X) = fn_oxygen_19(fn_water_molecule_72(X))
& fn_water_molecule_72(X) = fn_polar_covalent_bond_18(fn_water_molecule_61(X))
& fn_water_molecule_59(X) = fn_polar_covalent_bond_7(fn_water_molecule_61(X))
& fn_water_molecule_72(X) = fn_polar_covalent_bond_18(fn_water_molecule_62(X))
& fn_water_molecule_59(X) = fn_polar_covalent_bond_7(fn_water_molecule_62(X))
& fn_water_molecule_59(X) = fn_oxygen_17(fn_water_molecule_72(X))
& fn_water_molecule_32(X) = fn_hydrogen_1(fn_water_molecule_63(X))
& fn_water_molecule_13(X) = fn_hydrogen_6(fn_water_molecule_63(X))
& fn_water_molecule_11(X) = fn_hydrogen_21(fn_water_molecule_63(X))
& fn_water_molecule_10(X) = fn_hydrogen_7(fn_water_molecule_63(X))
& fn_water_molecule_55(X) = fn_hydrogen_2(fn_water_molecule_63(X))
& fn_water_molecule_12(X) = fn_hydrogen_20(fn_water_molecule_63(X))
& fn_water_molecule_20(X) = fn_hydrogen_19(fn_water_molecule_63(X))
& fn_water_molecule_52(X) = fn_hydrogen_14(fn_water_molecule_63(X))
& fn_water_molecule_54(X) = fn_hydrogen_13(fn_water_molecule_63(X))
& fn_water_molecule_17(X) = fn_hydrogen_18(fn_water_molecule_63(X))
& fn_water_molecule_50(X) = fn_hydrogen_12(fn_water_molecule_63(X))
& fn_water_molecule_51(X) = fn_hydrogen_15(fn_water_molecule_63(X))
& fn_water_molecule_53(X) = fn_hydrogen_16(fn_water_molecule_63(X))
& fn_water_molecule_16(X) = fn_hydrogen_11(fn_water_molecule_63(X))
& fn_water_molecule_18(X) = fn_hydrogen_17(fn_water_molecule_63(X))
& fn_water_molecule_19(X) = fn_hydrogen_10(fn_water_molecule_63(X))
& fn_polar_covalent_bond_16(fn_water_molecule_61(X)) = fn_polar_molecule_4(X)
& fn_polar_molecule_4(X) = fn_polar_molecule_4(X)
& fn_polar_molecule_4(X) = fn_polar_covalent_bond_16(fn_water_molecule_61(X))
& fn_polar_covalent_bond_16(fn_water_molecule_61(X)) = fn_polar_covalent_bond_16(fn_water_molecule_61(X))
& fn_polar_covalent_bond_16(fn_water_molecule_61(X)) = fn_polar_molecule_1(X)
& fn_polar_molecule_1(X) = fn_polar_molecule_1(X)
& fn_polar_molecule_1(X) = fn_polar_covalent_bond_17(fn_water_molecule_61(X))
& fn_polar_covalent_bond_17(fn_water_molecule_61(X)) = fn_polar_covalent_bond_17(fn_water_molecule_61(X))
& fn_polar_covalent_bond_17(fn_water_molecule_61(X)) = fn_polar_covalent_bond_21(fn_water_molecule_62(X))
& fn_polar_covalent_bond_21(fn_water_molecule_62(X)) = fn_covalent_bond_23(fn_water_molecule_62(X))
& fn_covalent_bond_23(fn_water_molecule_62(X)) = fn_polar_covalent_bond_21(fn_water_molecule_62(X))
& fn_polar_covalent_bond_21(fn_water_molecule_62(X)) = fn_polar_covalent_bond_23(fn_water_molecule_62(X))
& fn_polar_covalent_bond_23(fn_water_molecule_62(X)) = fn_valence_shell_3(fn_water_molecule_70(X))
& fn_atom_18(fn_water_molecule_72(X)) = fn_valence_shell_3(fn_water_molecule_70(X))
& fn_valence_shell_3(fn_water_molecule_70(X)) = fn_atom_18(fn_water_molecule_72(X))
& fn_atom_18(fn_water_molecule_72(X)) = fn_atom_18(fn_water_molecule_72(X))
& fn_atom_18(fn_water_molecule_72(X)) = fn_covalent_bond_24(fn_water_molecule_62(X))
& fn_covalent_bond_24(fn_water_molecule_62(X)) = fn_covalent_bond_24(fn_water_molecule_62(X))
& fn_covalent_bond_24(fn_water_molecule_62(X)) = fn_atom_18(fn_water_molecule_72(X))
& fn_atom_18(fn_water_molecule_72(X)) = fn_polar_covalent_bond_13(fn_water_molecule_62(X))
& fn_polar_covalent_bond_13(fn_water_molecule_62(X)) = fn_covalent_bond_24(fn_water_molecule_62(X))
& fn_covalent_bond_24(fn_water_molecule_62(X)) = fn_polar_covalent_bond_13(fn_water_molecule_62(X))
& fn_polar_covalent_bond_13(fn_water_molecule_62(X)) = fn_polar_covalent_bond_14(fn_water_molecule_62(X))
& fn_polar_covalent_bond_14(fn_water_molecule_62(X)) = fn_electron_shell_3(fn_water_molecule_45(X))
& fn_electron_shell_3(fn_water_molecule_45(X)) = fn_electron_shell_3(fn_water_molecule_53(X))
& fn_electron_shell_3(fn_water_molecule_53(X)) = fn_valence_shell_5(fn_water_molecule_70(X))
& fn_valence_shell_5(fn_water_molecule_70(X)) = fn_valence_shell_5(fn_water_molecule_70(X))
& fn_valence_shell_5(fn_water_molecule_70(X)) = fn_polar_covalent_bond_15(fn_water_molecule_61(X))
& fn_polar_covalent_bond_15(fn_water_molecule_61(X)) = fn_polar_covalent_bond_15(fn_water_molecule_62(X))
& fn_polar_covalent_bond_15(fn_water_molecule_62(X)) = fn_polar_covalent_bond_15(fn_water_molecule_62(X))
& fn_polar_covalent_bond_15(fn_water_molecule_62(X)) = fn_covalent_bond_14(fn_water_molecule_62(X))
& fn_covalent_bond_14(fn_water_molecule_62(X)) = fn_polar_covalent_bond_17(fn_water_molecule_62(X))
& fn_polar_covalent_bond_17(fn_water_molecule_62(X)) = fn_polar_covalent_bond_17(fn_water_molecule_62(X))
& fn_polar_covalent_bond_17(fn_water_molecule_62(X)) = fn_polar_covalent_bond_21(fn_water_molecule_62(X))
& fn_polar_covalent_bond_21(fn_water_molecule_62(X)) = fn_polar_covalent_bond_21(fn_water_molecule_62(X))
& fn_polar_covalent_bond_21(fn_water_molecule_62(X)) = fn_hydrogen_14(fn_water_molecule_64(X))
& fn_hydrogen_14(fn_water_molecule_64(X)) = fn_hydrogen_14(fn_water_molecule_64(X))
& fn_hydrogen_14(fn_water_molecule_64(X)) = fn_polar_covalent_bond_12(fn_water_molecule_62(X))
& fn_polar_covalent_bond_12(fn_water_molecule_62(X)) = fn_polar_covalent_bond_11(fn_water_molecule_61(X))
& fn_polar_covalent_bond_12(fn_water_molecule_62(X)) = fn_hydrogen_12(fn_water_molecule_64(X))
& fn_hydrogen_12(fn_water_molecule_64(X)) = fn_hydrogen_12(fn_water_molecule_64(X))
& fn_hydrogen_12(fn_water_molecule_64(X)) = fn_polar_covalent_bond_14(fn_water_molecule_62(X))
& fn_polar_covalent_bond_14(fn_water_molecule_62(X)) = fn_polar_covalent_bond_14(fn_water_molecule_62(X))
& fn_polar_covalent_bond_14(fn_water_molecule_62(X)) = fn_hydrogen_15(fn_water_molecule_64(X))
& fn_hydrogen_15(fn_water_molecule_64(X)) = fn_hydrogen_15(fn_water_molecule_64(X))
& fn_hydrogen_15(fn_water_molecule_64(X)) = fn_share_3(fn_water_molecule_38(X))
& fn_share_3(fn_water_molecule_38(X)) = fn_share_3(fn_water_molecule_65(X))
& fn_share_3(fn_water_molecule_65(X)) = fn_hold_2(fn_water_molecule_26(X))
& fn_hold_2(fn_water_molecule_36(X)) = fn_share_1(fn_water_molecule_38(X))
& fn_share_1(fn_water_molecule_65(X)) = fn_hold_2(fn_water_molecule_26(X))
& fn_hold_2(fn_water_molecule_26(X)) = fn_hold_2(fn_water_molecule_36(X))
& fn_hold_2(fn_water_molecule_36(X)) = fn_share_1(fn_water_molecule_37(X))
& fn_share_1(fn_water_molecule_37(X)) = fn_share_1(fn_water_molecule_38(X))
& fn_share_1(fn_water_molecule_38(X)) = fn_share_1(fn_water_molecule_65(X))
& fn_share_1(fn_water_molecule_65(X)) = fn_share_1(fn_water_molecule_37(X))
& fn_share_1(fn_water_molecule_37(X)) = fn_share_1(fn_water_molecule_37(X))
& fn_share_1(fn_water_molecule_37(X)) = fn_polar_covalent_bond_18(fn_water_molecule_61(X))
& fn_polar_covalent_bond_18(fn_water_molecule_61(X)) = fn_oxygen_9(fn_water_molecule_72(X))
& fn_oxygen_9(fn_water_molecule_72(X)) = fn_oxygen_11(fn_water_molecule_72(X))
& fn_oxygen_11(fn_water_molecule_72(X)) = fn_valence_shell_4(fn_water_molecule_70(X))
& fn_valence_shell_4(fn_water_molecule_70(X)) = fn_atom_14(fn_water_molecule_72(X))
& fn_atom_14(fn_water_molecule_72(X)) = fn_covalent_bond_18(fn_water_molecule_62(X))
& fn_covalent_bond_18(fn_water_molecule_62(X)) = fn_atom_14(fn_water_molecule_72(X))
& fn_atom_14(fn_water_molecule_72(X)) = fn_covalent_bond_15(fn_water_molecule_62(X))
& fn_covalent_bond_15(fn_water_molecule_62(X)) = fn_covalent_bond_18(fn_water_molecule_62(X))
& fn_covalent_bond_18(fn_water_molecule_62(X)) = fn_covalent_bond_18(fn_water_molecule_62(X))
& fn_covalent_bond_18(fn_water_molecule_62(X)) = fn_covalent_bond_15(fn_water_molecule_62(X))
& fn_covalent_bond_15(fn_water_molecule_62(X)) = fn_covalent_bond_15(fn_water_molecule_62(X))
& fn_covalent_bond_15(fn_water_molecule_62(X)) = fn_oxygen_8(fn_water_molecule_72(X))
& fn_oxygen_8(fn_water_molecule_72(X)) = fn_polar_covalent_bond_12(fn_water_molecule_62(X))
& fn_polar_covalent_bond_12(fn_water_molecule_61(X)) = fn_oxygen_8(fn_water_molecule_72(X))
& fn_oxygen_8(fn_water_molecule_72(X)) = fn_oxygen_8(fn_water_molecule_72(X))
& fn_oxygen_8(fn_water_molecule_72(X)) = fn_polar_covalent_bond_11(fn_water_molecule_62(X))
& fn_polar_covalent_bond_11(fn_water_molecule_61(X)) = fn_polar_covalent_bond_12(fn_water_molecule_62(X))
& fn_polar_covalent_bond_12(fn_water_molecule_62(X)) = fn_polar_covalent_bond_12(fn_water_molecule_62(X))
& fn_polar_covalent_bond_12(fn_water_molecule_62(X)) = fn_polar_covalent_bond_12(fn_water_molecule_61(X))
& fn_polar_covalent_bond_11(fn_water_molecule_62(X)) = fn_polar_covalent_bond_12(fn_water_molecule_61(X))
& fn_polar_covalent_bond_11(fn_water_molecule_62(X)) = fn_polar_covalent_bond_11(fn_water_molecule_61(X))
& fn_polar_covalent_bond_11(fn_water_molecule_61(X)) = fn_polar_covalent_bond_11(fn_water_molecule_61(X))
& fn_polar_covalent_bond_11(fn_water_molecule_61(X)) = fn_polar_covalent_bond_11(fn_water_molecule_62(X))
& fn_polar_covalent_bond_11(fn_water_molecule_62(X)) = fn_oxygen_1(fn_water_molecule_72(X))
& fn_oxygen_1(fn_water_molecule_72(X)) = fn_oxygen_1(fn_water_molecule_72(X))
& fn_oxygen_1(fn_water_molecule_72(X)) = fn_covalent_bond_4(fn_water_molecule_62(X))
& fn_covalent_bond_4(fn_water_molecule_62(X)) = fn_polar_covalent_bond_5(fn_water_molecule_62(X))
& fn_polar_covalent_bond_5(fn_water_molecule_62(X)) = fn_polar_covalent_bond_5(fn_water_molecule_62(X))
& fn_polar_covalent_bond_5(fn_water_molecule_62(X)) = fn_oxygen_18(fn_water_molecule_72(X))
& fn_oxygen_18(fn_water_molecule_72(X)) = fn_oxygen_18(fn_water_molecule_72(X))
& fn_oxygen_18(fn_water_molecule_72(X)) = fn_oxygen_7(fn_water_molecule_72(X))
& fn_oxygen_7(fn_water_molecule_72(X)) = fn_oxygen_7(fn_water_molecule_72(X))
& fn_oxygen_7(fn_water_molecule_72(X)) = fn_polar_covalent_bond_10(fn_water_molecule_61(X))
& fn_polar_covalent_bond_10(fn_water_molecule_62(X)) = fn_polar_covalent_bond_10(fn_water_molecule_61(X))
& fn_polar_covalent_bond_10(fn_water_molecule_61(X)) = fn_polar_covalent_bond_10(fn_water_molecule_62(X))
& fn_polar_covalent_bond_10(fn_water_molecule_62(X)) = fn_oxygen_7(fn_water_molecule_72(X))
& fn_oxygen_13(fn_water_molecule_72(X)) = fn_oxygen_7(fn_water_molecule_72(X))
& fn_oxygen_7(fn_water_molecule_72(X)) = fn_oxygen_13(fn_water_molecule_72(X))
& fn_oxygen_13(fn_water_molecule_72(X)) = fn_oxygen_13(fn_water_molecule_72(X))
& fn_oxygen_13(fn_water_molecule_72(X)) = fn_oxygen_19(fn_water_molecule_72(X))
& fn_oxygen_19(fn_water_molecule_72(X)) = fn_oxygen_19(fn_water_molecule_72(X))
& fn_oxygen_19(fn_water_molecule_72(X)) = fn_polar_covalent_bond_9(fn_water_molecule_61(X))
& fn_polar_covalent_bond_9(fn_water_molecule_61(X)) = fn_polar_covalent_bond_9(fn_water_molecule_62(X))
& fn_polar_covalent_bond_9(fn_water_molecule_62(X)) = fn_oxygen_19(fn_water_molecule_72(X))
& fn_oxygen_19(fn_water_molecule_72(X)) = fn_oxygen_17(fn_water_molecule_72(X))
& fn_oxygen_17(fn_water_molecule_72(X)) = fn_oxygen_17(fn_water_molecule_72(X))
& fn_oxygen_17(fn_water_molecule_72(X)) = fn_polar_covalent_bond_7(fn_water_molecule_61(X))
& fn_polar_covalent_bond_7(fn_water_molecule_61(X)) = fn_polar_covalent_bond_7(fn_water_molecule_62(X))
& fn_polar_covalent_bond_7(fn_water_molecule_62(X)) = fn_oxygen_17(fn_water_molecule_72(X))
& fn_oxygen_17(fn_water_molecule_72(X)) = fn_valence_shell_2(fn_water_molecule_70(X))
& fn_polar_covalent_bond_19(fn_water_molecule_61(X)) = fn_valence_shell_2(fn_water_molecule_70(X))
& fn_valence_shell_2(fn_water_molecule_70(X)) = fn_polar_covalent_bond_19(fn_water_molecule_61(X))
& fn_polar_covalent_bond_19(fn_water_molecule_61(X)) = fn_polar_covalent_bond_19(fn_water_molecule_61(X))
& fn_covalent_bond_20(fn_water_molecule_62(X)) = fn_polar_covalent_bond_19(fn_water_molecule_61(X))
& fn_polar_covalent_bond_19(fn_water_molecule_61(X)) = fn_covalent_bond_20(fn_water_molecule_62(X))
& fn_polar_molecule_2(X) = fn_covalent_bond_20(fn_water_molecule_62(X))
& fn_covalent_bond_20(fn_water_molecule_62(X)) = fn_covalent_bond_20(fn_water_molecule_62(X))
& fn_covalent_bond_20(fn_water_molecule_62(X)) = fn_polar_molecule_2(X)
& fn_polar_molecule_2(X) = fn_polar_molecule_2(X)
& fn_polar_molecule_2(X) = fn_polar_covalent_bond_18(fn_water_molecule_61(X))
& fn_polar_covalent_bond_18(fn_water_molecule_61(X)) = fn_polar_covalent_bond_18(fn_water_molecule_61(X))
& fn_polar_covalent_bond_18(fn_water_molecule_62(X)) = fn_polar_covalent_bond_18(fn_water_molecule_62(X))
& fn_polar_covalent_bond_18(fn_water_molecule_62(X)) = fn_polar_covalent_bond_18(fn_water_molecule_61(X))
& fn_polar_covalent_bond_18(fn_water_molecule_61(X)) = fn_polar_covalent_bond_18(fn_water_molecule_62(X))
& fn_polar_covalent_bond_18(fn_water_molecule_62(X)) = fn_polar_covalent_bond_23(fn_water_molecule_62(X))
& fn_polar_covalent_bond_23(fn_water_molecule_62(X)) = fn_polar_covalent_bond_23(fn_water_molecule_62(X))
& fn_polar_covalent_bond_23(fn_water_molecule_62(X)) = fn_hydrogen_14(fn_water_molecule_63(X))
& fn_hydrogen_14(fn_water_molecule_63(X)) = fn_hydrogen_14(fn_water_molecule_63(X))
& fn_hydrogen_14(fn_water_molecule_63(X)) = fn_share_2(fn_water_molecule_37(X))
& fn_share_2(fn_water_molecule_37(X)) = fn_polar_covalent_bond_12(fn_water_molecule_61(X))
& fn_polar_covalent_bond_12(fn_water_molecule_61(X)) = fn_polar_covalent_bond_12(fn_water_molecule_61(X))
& fn_polar_covalent_bond_12(fn_water_molecule_61(X)) = fn_polar_covalent_bond_11(fn_water_molecule_62(X))
& fn_polar_covalent_bond_11(fn_water_molecule_62(X)) = fn_polar_covalent_bond_11(fn_water_molecule_62(X))
& fn_polar_covalent_bond_11(fn_water_molecule_62(X)) = fn_hydrogen_12(fn_water_molecule_63(X))
& fn_hydrogen_12(fn_water_molecule_63(X)) = fn_hydrogen_12(fn_water_molecule_63(X))
& fn_hydrogen_12(fn_water_molecule_63(X)) = fn_polar_covalent_bond_13(fn_water_molecule_62(X))
& fn_polar_covalent_bond_13(fn_water_molecule_62(X)) = fn_polar_covalent_bond_13(fn_water_molecule_62(X))
& fn_polar_covalent_bond_13(fn_water_molecule_62(X)) = fn_hydrogen_15(fn_water_molecule_63(X))
& fn_hydrogen_15(fn_water_molecule_63(X)) = fn_hydrogen_15(fn_water_molecule_63(X))
& fn_hydrogen_15(fn_water_molecule_63(X)) = fn_share_3(fn_water_molecule_37(X))
& fn_share_3(fn_water_molecule_37(X)) = fn_share_3(fn_water_molecule_37(X))
& fn_share_3(fn_water_molecule_37(X)) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_molecule_11(X)
& fn_molecule_11(X) = fn_polar_molecule_3(X)
& fn_polar_molecule_3(X) = fn_polar_molecule_3(X) ) ) ).
fof(a533709,axiom,
! [X] :
( water_potential_gradient_1(X)
=> ( original_name_2(X,'Water-Potential-Gradient')
& user_description_2(X,'A region along which the water potential increases or decreases. In other words, it is the difference in water potential between two regions.')
& concept2words_2(X,'water potential gradient')
& concept2words_2(X,'water-potential-gradient')
& pressure_gradient_1(X) ) ) ).
fof(a533710,axiom,
! [X] :
( water_soluble_protein_1(X)
=> ( original_name_2(X,'Water-Soluble-Protein')
& user_description_2(X,'A protein that can dissolve in water due to polar regions or ionic side chains.')
& concept2words_2(X,'water soluble protein')
& concept2words_2(X,'water-soluble-protein')
& protein_1(X)
& ion_1(fn_water_soluble_protein_1(X))
& polar_molecule_1(fn_water_soluble_protein_2(X))
& polar_region_1(fn_water_soluble_protein_3(X))
& solubility_value_1(fn_water_soluble_protein_5(X))
& ionic_region_1(fn_water_soluble_protein_6(X))
& property_node_1(fn_solubility_value_1(fn_water_soluble_protein_5(X)))
& solubility_in_water_2(X,fn_water_soluble_protein_5(X))
& has_region_2(X,fn_water_soluble_protein_3(X))
& is_at_2(fn_water_soluble_protein_1(X),fn_water_soluble_protein_6(X))
& is_at_2(fn_water_soluble_protein_2(X),fn_water_soluble_protein_3(X))
& the_scalar_value_2(fn_water_soluble_protein_5(X),soluble_0)
& scalar_unit_class_2(fn_water_soluble_protein_5(X),protein_0)
& has_region_2(X,fn_water_soluble_protein_6(X))
& fn_water_soluble_protein_6(X) = fn_protein_1(X)
& fn_water_soluble_protein_4(X) = fn_solubility_value_1(fn_water_soluble_protein_5(X)) ) ) ).
fof(a533711,axiom,
! [X] :
( water_soluble_vitamin_1(X)
=> ( original_name_2(X,'Water-Soluble-Vitamin')
& user_description_2(X,'A water-soluble organic molecule required in the diet in very small amounts.')
& concept2words_2(X,'water soluble vitamin')
& concept2words_2(X,'water-soluble-vitamin')
& vitamin_1(X)
& solubility_value_1(fn_water_soluble_vitamin_2(X))
& property_node_1(fn_solubility_value_1(fn_water_soluble_vitamin_2(X)))
& the_scalar_value_2(fn_water_soluble_vitamin_2(X),soluble_0)
& scalar_unit_class_2(fn_water_soluble_vitamin_2(X),vitamin_0)
& solubility_in_water_2(X,fn_water_soluble_vitamin_2(X))
& fn_water_soluble_vitamin_1(X) = fn_solubility_value_1(fn_water_soluble_vitamin_2(X)) ) ) ).
fof(a533712,axiom,
! [X] :
( water_strider_1(X)
=> ( original_name_2(X,'Water-Strider')
& user_description_2(X,'Insect species of the order Hemiptera which lives on the surface of ponds of lakes. Hydrophobic molecules in the insect\'s legs and the surface tension of water make it possible for the insect to move on the surface.')
& concept2words_2(X,'strider of water')
& concept2words_2(X,'water strider')
& concept2words_2(X,'water-strider')
& hemiptera_1(X)
& hair_1(fn_water_strider_1(X))
& hydrophobic_substance_1(fn_water_strider_2(X))
& leg_1(fn_water_strider_3(X))
& cell_1(fn_water_strider_4(X))
& tangible_entity_1(fn_water_strider_5(X))
& entity_1(fn_water_strider_5(X))
& chemical_entity_1(fn_water_strider_5(X))
& atom_1(fn_water_strider_5(X))
& oxygen_1(fn_water_strider_5(X))
& animal_nutritional_requirement_1(fn_water_strider_6(X))
& tangible_entity_1(fn_water_strider_7(X))
& entity_1(fn_water_strider_7(X))
& chemical_entity_1(fn_water_strider_7(X))
& atom_1(fn_water_strider_7(X))
& nitrogen_1(fn_water_strider_7(X))
& entity_1(fn_water_strider_8(X))
& chemical_entity_1(fn_water_strider_8(X))
& atom_1(fn_water_strider_8(X))
& hydrogen_1(fn_water_strider_8(X))
& entity_1(fn_water_strider_9(X))
& chemical_entity_1(fn_water_strider_9(X))
& atom_1(fn_water_strider_9(X))
& carbon_1(fn_water_strider_9(X))
& entity_1(fn_water_strider_10(X))
& chemical_entity_1(fn_water_strider_10(X))
& atom_1(fn_water_strider_10(X))
& hydrogen_1(fn_water_strider_10(X))
& entity_1(fn_water_strider_11(X))
& chemical_entity_1(fn_water_strider_11(X))
& atom_1(fn_water_strider_11(X))
& oxygen_1(fn_water_strider_11(X))
& nutrition_1(fn_water_strider_12(X))
& walk_1(fn_water_strider_13(X))
& water_1(fn_water_strider_14(X))
& surface_1(fn_water_strider_15(X))
& animal_cell_1(fn_water_strider_16(X))
& polypeptide_1(fn_water_strider_17(X))
& spatial_entity_1(fn_water_strider_18(X))
& chemical_entity_1(fn_water_strider_18(X))
& monomer_1(fn_water_strider_18(X))
& molecule_1(fn_water_strider_18(X))
& amino_acid_1(fn_water_strider_18(X))
& hold_together_1(fn_water_strider_19(X))
& hold_1(fn_water_strider_19(X))
& entity_1(fn_water_strider_20(X))
& chemical_entity_1(fn_water_strider_20(X))
& atom_1(fn_water_strider_20(X))
& carbon_1(fn_water_strider_20(X))
& entity_1(fn_water_strider_21(X))
& atom_1(fn_water_strider_21(X))
& chemical_entity_1(fn_water_strider_21(X))
& oxygen_1(fn_water_strider_21(X))
& tangible_entity_1(fn_water_strider_21(X))
& entity_1(fn_water_strider_22(X))
& atom_1(fn_water_strider_22(X))
& chemical_entity_1(fn_water_strider_22(X))
& oxygen_1(fn_water_strider_22(X))
& entity_1(fn_water_strider_23(X))
& chemical_entity_1(fn_water_strider_23(X))
& atom_1(fn_water_strider_23(X))
& hydrogen_1(fn_water_strider_23(X))
& carbohydrate_1(fn_water_strider_24(X))
& protein_1(fn_water_strider_25(X))
& surface_1(fn_water_14(fn_water_strider_14(X)))
& entity_1(fn_carbohydrate_32(fn_water_strider_24(X)))
& chemical_entity_1(fn_carbohydrate_32(fn_water_strider_24(X)))
& atom_1(fn_carbohydrate_32(fn_water_strider_24(X)))
& hydrogen_1(fn_carbohydrate_32(fn_water_strider_24(X)))
& entity_1(fn_animal_nutritional_requirement_61(fn_water_strider_6(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_61(fn_water_strider_6(X)))
& atom_1(fn_animal_nutritional_requirement_61(fn_water_strider_6(X)))
& carbon_1(fn_animal_nutritional_requirement_61(fn_water_strider_6(X)))
& carbon_1(fn_carbohydrate_5(fn_water_strider_24(X)))
& oxygen_1(fn_amino_acid_11(fn_water_strider_18(X)))
& entity_1(fn_polypeptide_44(fn_water_strider_17(X)))
& chemical_entity_1(fn_polypeptide_44(fn_water_strider_17(X)))
& atom_1(fn_polypeptide_44(fn_water_strider_17(X)))
& hydrogen_1(fn_polypeptide_44(fn_water_strider_17(X)))
& entity_1(fn_amino_acid_22(fn_water_strider_18(X)))
& chemical_entity_1(fn_amino_acid_22(fn_water_strider_18(X)))
& atom_1(fn_amino_acid_22(fn_water_strider_18(X)))
& hydrogen_1(fn_amino_acid_22(fn_water_strider_18(X)))
& entity_1(fn_amino_acid_28(fn_water_strider_18(X)))
& chemical_entity_1(fn_amino_acid_28(fn_water_strider_18(X)))
& atom_1(fn_amino_acid_28(fn_water_strider_18(X)))
& hydrogen_1(fn_amino_acid_28(fn_water_strider_18(X)))
& entity_1(fn_polypeptide_120(fn_water_strider_17(X)))
& chemical_entity_1(fn_polypeptide_120(fn_water_strider_17(X)))
& atom_1(fn_polypeptide_120(fn_water_strider_17(X)))
& hydrogen_1(fn_polypeptide_120(fn_water_strider_17(X)))
& entity_1(fn_polypeptide_118(fn_water_strider_17(X)))
& chemical_entity_1(fn_polypeptide_118(fn_water_strider_17(X)))
& atom_1(fn_polypeptide_118(fn_water_strider_17(X)))
& hydrogen_1(fn_polypeptide_118(fn_water_strider_17(X)))
& chemical_entity_1(fn_animal_nutritional_requirement_62(fn_water_strider_6(X)))
& tangible_entity_1(fn_animal_nutritional_requirement_62(fn_water_strider_6(X)))
& entity_1(fn_animal_nutritional_requirement_62(fn_water_strider_6(X)))
& atom_1(fn_animal_nutritional_requirement_62(fn_water_strider_6(X)))
& nitrogen_1(fn_animal_nutritional_requirement_62(fn_water_strider_6(X)))
& chemical_entity_1(fn_amino_acid_17(fn_water_strider_18(X)))
& tangible_entity_1(fn_amino_acid_17(fn_water_strider_18(X)))
& entity_1(fn_amino_acid_17(fn_water_strider_18(X)))
& atom_1(fn_amino_acid_17(fn_water_strider_18(X)))
& nitrogen_1(fn_amino_acid_17(fn_water_strider_18(X)))
& tangible_entity_1(fn_polypeptide_125(fn_water_strider_17(X)))
& entity_1(fn_polypeptide_125(fn_water_strider_17(X)))
& chemical_entity_1(fn_polypeptide_125(fn_water_strider_17(X)))
& atom_1(fn_polypeptide_125(fn_water_strider_17(X)))
& nitrogen_1(fn_polypeptide_125(fn_water_strider_17(X)))
& entity_1(fn_amino_acid_24(fn_water_strider_18(X)))
& chemical_entity_1(fn_amino_acid_24(fn_water_strider_18(X)))
& atom_1(fn_amino_acid_24(fn_water_strider_18(X)))
& carbon_1(fn_amino_acid_24(fn_water_strider_18(X)))
& entity_1(fn_polypeptide_126(fn_water_strider_17(X)))
& chemical_entity_1(fn_polypeptide_126(fn_water_strider_17(X)))
& atom_1(fn_polypeptide_126(fn_water_strider_17(X)))
& carbon_1(fn_polypeptide_126(fn_water_strider_17(X)))
& entity_1(fn_polypeptide_119(fn_water_strider_17(X)))
& chemical_entity_1(fn_polypeptide_119(fn_water_strider_17(X)))
& atom_1(fn_polypeptide_119(fn_water_strider_17(X)))
& carbon_1(fn_polypeptide_119(fn_water_strider_17(X)))
& tangible_entity_1(fn_polypeptide_101(fn_water_strider_17(X)))
& entity_1(fn_polypeptide_101(fn_water_strider_17(X)))
& oxygen_1(fn_polypeptide_101(fn_water_strider_17(X)))
& atom_1(fn_polypeptide_101(fn_water_strider_17(X)))
& oxygen_1(fn_amino_acid_27(fn_water_strider_18(X)))
& entity_1(fn_polypeptide_15(fn_water_strider_17(X)))
& chemical_entity_1(fn_polypeptide_15(fn_water_strider_17(X)))
& atom_1(fn_polypeptide_15(fn_water_strider_17(X)))
& oxygen_1(fn_polypeptide_15(fn_water_strider_17(X)))
& spatial_entity_1(fn_polypeptide_83(fn_water_strider_17(X)))
& chemical_entity_1(fn_polypeptide_83(fn_water_strider_17(X)))
& monomer_1(fn_polypeptide_83(fn_water_strider_17(X)))
& molecule_1(fn_polypeptide_83(fn_water_strider_17(X)))
& amino_acid_1(fn_polypeptide_83(fn_water_strider_17(X)))
& chemical_entity_1(fn_polypeptide_82(fn_water_strider_17(X)))
& monomer_1(fn_polypeptide_82(fn_water_strider_17(X)))
& molecule_1(fn_polypeptide_82(fn_water_strider_17(X)))
& amino_acid_1(fn_polypeptide_82(fn_water_strider_17(X)))
& entity_1(fn_carbohydrate_39(fn_water_strider_24(X)))
& chemical_entity_1(fn_carbohydrate_39(fn_water_strider_24(X)))
& atom_1(fn_carbohydrate_39(fn_water_strider_24(X)))
& oxygen_1(fn_carbohydrate_39(fn_water_strider_24(X)))
& entity_1(fn_carbohydrate_38(fn_water_strider_24(X)))
& atom_1(fn_carbohydrate_38(fn_water_strider_24(X)))
& chemical_entity_1(fn_carbohydrate_38(fn_water_strider_24(X)))
& oxygen_1(fn_carbohydrate_38(fn_water_strider_24(X)))
& tangible_entity_1(fn_hold_2(fn_water_strider_19(X)))
& hold_together_1(fn_animal_nutritional_requirement_60(fn_water_strider_6(X)))
& hold_together_1(fn_carbohydrate_37(fn_water_strider_24(X)))
& has_part_2(fn_water_strider_1(X),fn_water_strider_2(X))
& facilitates_2(fn_water_strider_2(X),fn_water_strider_13(X))
& instrument_2(fn_water_strider_13(X),fn_water_strider_3(X))
& base_2(fn_water_strider_13(X),fn_water_strider_14(X))
& site_2(fn_water_strider_13(X),fn_water_strider_15(X))
& fn_water_strider_16(X) != fn_water_strider_4(X)
& has_part_2(fn_water_strider_3(X),fn_water_strider_1(X))
& has_function_2(fn_water_strider_3(X),fn_water_strider_13(X))
& fn_water_strider_4(X) != fn_water_strider_16(X)
& has_region_2(fn_water_strider_14(X),fn_water_strider_15(X))
& element_2(fn_water_strider_6(X),fn_water_strider_7(X))
& element_2(fn_water_strider_6(X),fn_water_strider_20(X))
& object_2(fn_water_strider_19(X),fn_water_strider_20(X))
& result_2(fn_water_strider_12(X),fn_water_strider_24(X))
& has_part_2(X,fn_water_strider_16(X))
& object_2(fn_water_strider_13(X),X)
& agent_2(fn_water_strider_13(X),X)
& agent_2(fn_water_strider_12(X),X)
& result_2(fn_water_strider_12(X),fn_water_strider_25(X))
& has_part_2(fn_water_strider_25(X),fn_water_strider_17(X))
& has_part_2(fn_water_strider_18(X),fn_water_strider_11(X))
& fn_water_strider_10(X) != fn_water_strider_11(X)
& fn_water_strider_11(X) != fn_water_strider_10(X)
& fn_water_strider_5(X) != fn_water_strider_11(X)
& fn_water_strider_11(X) != fn_water_strider_5(X)
& has_part_2(fn_water_strider_24(X),fn_water_strider_21(X))
& fn_water_strider_22(X) != fn_water_strider_20(X)
& has_part_2(fn_water_strider_24(X),fn_water_strider_22(X))
& has_part_2(fn_water_strider_24(X),fn_water_strider_23(X))
& fn_water_strider_23(X) != fn_water_strider_22(X)
& object_2(fn_water_strider_19(X),fn_water_strider_22(X))
& fn_water_strider_20(X) != fn_water_strider_22(X)
& fn_water_strider_22(X) != fn_water_strider_23(X)
& has_part_2(fn_water_strider_24(X),fn_water_strider_20(X))
& fn_water_strider_20(X) != fn_water_strider_21(X)
& fn_water_strider_21(X) != fn_water_strider_22(X)
& fn_water_strider_21(X) != fn_water_strider_20(X)
& fn_water_strider_23(X) != fn_water_strider_21(X)
& fn_water_strider_21(X) != fn_water_strider_23(X)
& fn_water_strider_22(X) != fn_water_strider_21(X)
& has_part_2(fn_water_strider_18(X),fn_water_strider_7(X))
& has_part_2(fn_water_strider_18(X),fn_water_strider_8(X))
& fn_water_strider_10(X) != fn_water_strider_9(X)
& fn_water_strider_9(X) != fn_water_strider_10(X)
& has_part_2(fn_water_strider_18(X),fn_water_strider_10(X))
& has_part_2(fn_water_strider_18(X),fn_water_strider_9(X))
& fn_water_strider_9(X) != fn_water_strider_11(X)
& fn_water_strider_8(X) != fn_water_strider_9(X)
& fn_water_strider_9(X) != fn_water_strider_8(X)
& fn_water_strider_11(X) != fn_water_strider_9(X)
& fn_water_strider_5(X) != fn_water_strider_8(X)
& fn_water_strider_8(X) != fn_water_strider_5(X)
& fn_water_strider_10(X) != fn_water_strider_8(X)
& fn_water_strider_8(X) != fn_water_strider_10(X)
& fn_water_strider_7(X) != fn_water_strider_8(X)
& fn_water_strider_8(X) != fn_water_strider_7(X)
& has_part_2(fn_water_strider_17(X),fn_water_strider_18(X))
& has_part_2(fn_water_strider_18(X),fn_water_strider_5(X))
& fn_water_strider_5(X) != fn_water_strider_9(X)
& fn_water_strider_9(X) != fn_water_strider_7(X)
& fn_water_strider_7(X) != fn_water_strider_10(X)
& fn_water_strider_9(X) != fn_water_strider_5(X)
& fn_water_strider_7(X) != fn_water_strider_9(X)
& fn_water_strider_10(X) != fn_water_strider_7(X)
& object_2(fn_water_strider_19(X),fn_water_strider_21(X))
& fn_water_strider_15(X) = fn_water_14(fn_water_strider_14(X))
& fn_water_strider_7(X) = fn_animal_nutritional_requirement_62(fn_water_strider_6(X))
& fn_water_strider_19(X) = fn_animal_nutritional_requirement_60(fn_water_strider_6(X))
& fn_water_strider_20(X) = fn_animal_nutritional_requirement_61(fn_water_strider_6(X))
& fn_water_strider_24(X) = fn_animal_8(X)
& fn_water_strider_16(X) = fn_animal_21(X)
& fn_water_strider_17(X) = fn_animal_15(X)
& fn_water_strider_25(X) = fn_animal_7(X)
& fn_water_strider_12(X) = fn_animal_19(X)
& fn_water_strider_13(X) = fn_animal_22(X)
& fn_water_strider_11(X) = fn_amino_acid_11(fn_water_strider_18(X))
& fn_water_strider_19(X) = fn_carbohydrate_37(fn_water_strider_24(X))
& fn_water_strider_22(X) = fn_carbohydrate_38(fn_water_strider_24(X))
& fn_water_strider_21(X) = fn_carbohydrate_39(fn_water_strider_24(X))
& fn_water_strider_23(X) = fn_carbohydrate_32(fn_water_strider_24(X))
& fn_water_strider_21(X) = fn_carbohydrate_38(fn_water_strider_24(X))
& fn_water_strider_20(X) = fn_carbohydrate_5(fn_water_strider_24(X))
& fn_water_strider_11(X) = fn_polypeptide_15(fn_water_strider_17(X))
& fn_water_strider_8(X) = fn_polypeptide_44(fn_water_strider_17(X))
& fn_water_strider_8(X) = fn_amino_acid_28(fn_water_strider_18(X))
& fn_water_strider_8(X) = fn_amino_acid_22(fn_water_strider_18(X))
& fn_water_strider_8(X) = fn_polypeptide_118(fn_water_strider_17(X))
& fn_water_strider_10(X) = fn_amino_acid_22(fn_water_strider_18(X))
& fn_water_strider_10(X) = fn_amino_acid_28(fn_water_strider_18(X))
& fn_water_strider_10(X) = fn_polypeptide_120(fn_water_strider_17(X))
& fn_water_strider_10(X) = fn_polypeptide_118(fn_water_strider_17(X))
& fn_water_strider_7(X) = fn_amino_acid_17(fn_water_strider_18(X))
& fn_water_strider_7(X) = fn_polypeptide_125(fn_water_strider_17(X))
& fn_water_strider_9(X) = fn_amino_acid_24(fn_water_strider_18(X))
& fn_water_strider_9(X) = fn_polypeptide_126(fn_water_strider_17(X))
& fn_water_strider_9(X) = fn_polypeptide_119(fn_water_strider_17(X))
& fn_water_strider_5(X) = fn_amino_acid_27(fn_water_strider_18(X))
& fn_water_strider_5(X) = fn_polypeptide_101(fn_water_strider_17(X))
& fn_water_strider_5(X) = fn_polypeptide_15(fn_water_strider_17(X))
& fn_water_strider_18(X) = fn_polypeptide_83(fn_water_strider_17(X))
& fn_water_strider_18(X) = fn_polypeptide_82(fn_water_strider_17(X))
& fn_water_strider_21(X) = fn_hold_2(fn_water_strider_19(X))
& fn_animal_nutritional_requirement_61(fn_water_strider_6(X)) = fn_animal_nutritional_requirement_61(fn_water_strider_6(X))
& fn_animal_nutritional_requirement_61(fn_water_strider_6(X)) = fn_carbohydrate_5(fn_water_strider_24(X))
& fn_carbohydrate_5(fn_water_strider_24(X)) = fn_carbohydrate_5(fn_water_strider_24(X))
& fn_carbohydrate_5(fn_water_strider_24(X)) = fn_amino_acid_11(fn_water_strider_18(X))
& fn_amino_acid_11(fn_water_strider_18(X)) = fn_amino_acid_11(fn_water_strider_18(X))
& fn_amino_acid_11(fn_water_strider_18(X)) = fn_polypeptide_15(fn_water_strider_17(X))
& fn_polypeptide_15(fn_water_strider_17(X)) = fn_amino_acid_28(fn_water_strider_18(X))
& fn_amino_acid_22(fn_water_strider_18(X)) = fn_polypeptide_44(fn_water_strider_17(X))
& fn_polypeptide_44(fn_water_strider_17(X)) = fn_amino_acid_22(fn_water_strider_18(X))
& fn_amino_acid_22(fn_water_strider_18(X)) = fn_polypeptide_118(fn_water_strider_17(X))
& fn_polypeptide_118(fn_water_strider_17(X)) = fn_polypeptide_44(fn_water_strider_17(X))
& fn_polypeptide_44(fn_water_strider_17(X)) = fn_polypeptide_118(fn_water_strider_17(X))
& fn_polypeptide_118(fn_water_strider_17(X)) = fn_polypeptide_118(fn_water_strider_17(X))
& fn_polypeptide_118(fn_water_strider_17(X)) = fn_amino_acid_28(fn_water_strider_18(X))
& fn_amino_acid_22(fn_water_strider_18(X)) = fn_amino_acid_22(fn_water_strider_18(X))
& fn_amino_acid_28(fn_water_strider_18(X)) = fn_amino_acid_22(fn_water_strider_18(X))
& fn_amino_acid_22(fn_water_strider_18(X)) = fn_amino_acid_28(fn_water_strider_18(X))
& fn_amino_acid_28(fn_water_strider_18(X)) = fn_amino_acid_28(fn_water_strider_18(X))
& fn_polypeptide_120(fn_water_strider_17(X)) = fn_amino_acid_28(fn_water_strider_18(X))
& fn_amino_acid_28(fn_water_strider_18(X)) = fn_polypeptide_120(fn_water_strider_17(X))
& fn_polypeptide_120(fn_water_strider_17(X)) = fn_polypeptide_120(fn_water_strider_17(X))
& fn_polypeptide_120(fn_water_strider_17(X)) = fn_polypeptide_118(fn_water_strider_17(X))
& fn_polypeptide_118(fn_water_strider_17(X)) = fn_animal_nutritional_requirement_62(fn_water_strider_6(X))
& fn_animal_nutritional_requirement_62(fn_water_strider_6(X)) = fn_amino_acid_17(fn_water_strider_18(X))
& fn_amino_acid_17(fn_water_strider_18(X)) = fn_amino_acid_17(fn_water_strider_18(X))
& fn_polypeptide_125(fn_water_strider_17(X)) = fn_amino_acid_17(fn_water_strider_18(X))
& fn_amino_acid_17(fn_water_strider_18(X)) = fn_polypeptide_125(fn_water_strider_17(X))
& fn_polypeptide_125(fn_water_strider_17(X)) = fn_polypeptide_125(fn_water_strider_17(X))
& fn_polypeptide_125(fn_water_strider_17(X)) = fn_amino_acid_24(fn_water_strider_18(X))
& fn_amino_acid_24(fn_water_strider_18(X)) = fn_amino_acid_24(fn_water_strider_18(X))
& fn_polypeptide_126(fn_water_strider_17(X)) = fn_amino_acid_24(fn_water_strider_18(X))
& fn_amino_acid_24(fn_water_strider_18(X)) = fn_polypeptide_126(fn_water_strider_17(X))
& fn_polypeptide_119(fn_water_strider_17(X)) = fn_polypeptide_119(fn_water_strider_17(X))
& fn_polypeptide_119(fn_water_strider_17(X)) = fn_polypeptide_126(fn_water_strider_17(X))
& fn_polypeptide_126(fn_water_strider_17(X)) = fn_polypeptide_119(fn_water_strider_17(X))
& fn_polypeptide_119(fn_water_strider_17(X)) = fn_amino_acid_27(fn_water_strider_18(X))
& fn_amino_acid_27(fn_water_strider_18(X)) = fn_polypeptide_101(fn_water_strider_17(X))
& fn_polypeptide_101(fn_water_strider_17(X)) = fn_amino_acid_27(fn_water_strider_18(X))
& fn_amino_acid_27(fn_water_strider_18(X)) = fn_amino_acid_27(fn_water_strider_18(X))
& fn_polypeptide_15(fn_water_strider_17(X)) = fn_amino_acid_27(fn_water_strider_18(X))
& fn_amino_acid_27(fn_water_strider_18(X)) = fn_polypeptide_15(fn_water_strider_17(X))
& fn_polypeptide_15(fn_water_strider_17(X)) = fn_polypeptide_82(fn_water_strider_17(X))
& fn_polypeptide_82(fn_water_strider_17(X)) = fn_polypeptide_82(fn_water_strider_17(X))
& fn_polypeptide_82(fn_water_strider_17(X)) = fn_polypeptide_83(fn_water_strider_17(X))
& fn_polypeptide_83(fn_water_strider_17(X)) = fn_polypeptide_82(fn_water_strider_17(X))
& fn_polypeptide_82(fn_water_strider_17(X)) = fn_carbohydrate_39(fn_water_strider_24(X))
& fn_carbohydrate_39(fn_water_strider_24(X)) = fn_carbohydrate_39(fn_water_strider_24(X))
& fn_carbohydrate_39(fn_water_strider_24(X)) = fn_carbohydrate_38(fn_water_strider_24(X))
& fn_carbohydrate_38(fn_water_strider_24(X)) = fn_carbohydrate_38(fn_water_strider_24(X))
& fn_carbohydrate_38(fn_water_strider_24(X)) = fn_hold_2(fn_water_strider_19(X))
& fn_hold_2(fn_water_strider_19(X)) = fn_animal_nutritional_requirement_60(fn_water_strider_6(X))
& fn_animal_nutritional_requirement_60(fn_water_strider_6(X)) = fn_carbohydrate_37(fn_water_strider_24(X)) ) ) ).
fof(a533713,axiom,
! [X] :
( water_transport_in_plant_1(X)
=> ( original_name_2(X,'Water-Transport-In-Plant')
& user_description_2(X,'Water enters the plant at the roots then passes up the xylem structures to the rest of the plant.')
& concept2words_2(X,transport)
& concept2words_2(X,'water transport in plant')
& concept2words_2(X,'water-transport-in-plant')
& plant_transport_1(X)
& ascent_of_xylem_sap_1(fn_water_transport_in_plant_1(X))
& length_value_1(fn_water_transport_in_plant_2(X))
& soil_to_xylem_pathway_1(fn_water_transport_in_plant_4(X))
& tangible_entity_1(fn_water_transport_in_plant_5(X))
& root_1(fn_water_transport_in_plant_5(X))
& vascular_plant_1(fn_water_transport_in_plant_6(X))
& tangible_entity_1(fn_soil_to_xylem_pathway_26(fn_water_transport_in_plant_4(X)))
& root_1(fn_soil_to_xylem_pathway_26(fn_water_transport_in_plant_4(X)))
& root_1(fn_vascular_plant_9(fn_water_transport_in_plant_6(X)))
& next_event_2(fn_water_transport_in_plant_4(X),fn_water_transport_in_plant_1(X))
& subevent_2(X,fn_water_transport_in_plant_4(X))
& subevent_2(X,fn_water_transport_in_plant_1(X))
& first_subevent_2(X,fn_water_transport_in_plant_4(X))
& base_2(X,fn_water_transport_in_plant_6(X))
& distance_2(X,fn_water_transport_in_plant_2(X))
& the_scalar_value_2(fn_water_transport_in_plant_2(X),long_0)
& scalar_unit_class_2(fn_water_transport_in_plant_2(X),plant_transport_0)
& base_2(fn_water_transport_in_plant_4(X),fn_water_transport_in_plant_5(X))
& has_part_2(fn_water_transport_in_plant_6(X),fn_water_transport_in_plant_5(X))
& fn_water_transport_in_plant_5(X) = fn_soil_to_xylem_pathway_26(fn_water_transport_in_plant_4(X))
& fn_water_transport_in_plant_5(X) = fn_vascular_plant_9(fn_water_transport_in_plant_6(X))
& fn_soil_to_xylem_pathway_26(fn_water_transport_in_plant_4(X)) = fn_vascular_plant_9(fn_water_transport_in_plant_6(X)) ) ) ).
fof(a533714,axiom,
! [X] :
( water_vapor_1(X)
=> ( original_name_2(X,'Water-Vapor')
& user_description_2(X,'Water molecules suspended in the air.')
& concept2words_2(X,'water vapour')
& concept2words_2(X,'vapor of water')
& concept2words_2(X,'water vapor')
& concept2words_2(X,'water-vapor')
& vapor_1(X)
& water_molecule_1(fn_water_vapor_1(X))
& has_part_2(X,fn_water_vapor_1(X)) ) ) ).
fof(a533715,axiom,
! [X] :
( water_vascular_system_1(X)
=> ( original_name_2(X,'Water-Vascular-System')
& user_description_2(X,'In echinoderms, a system of fluid-filled canals that are visible externally as tube feet. The water vascular system is used for feeding, locomotion, or both. The external tube feet also function as a gas exchange surface.')
& concept2words_2(X,'echinoderm vascular system')
& concept2words_2(X,'echinoderm system')
& concept2words_2(X,'water vascular system')
& concept2words_2(X,'water-vascular-system')
& organ_system_1(X)
& ~ pericycle_1(X)
& ~ phloem_1(X)
& ~ scion_1(X)
& ~ secondary_plant_tissue_1(X)
& ~ sieve_plate_1(X)
& ~ stele_1(X)
& ~ vascular_cambium_1(X)
& ~ xylem_1(X) ) ) ).
fof(a533716,axiom,
! [X] :
( wax_1(X)
=> ( original_name_2(X,'Wax')
& user_description_2(X,'Class of lipids which is semisolid and malleable at room temperature. Waxes have a variety of functions in organisms, including lubrication, waterproofing, and protection.')
& concept2words_2(X,wax)
& lipid_1(X) ) ) ).
fof(a533717,axiom,
! [X] :
( waxy_cuticle_1(X)
=> ( original_name_2(X,'Waxy-Cuticle')
& user_description_2(X,'A covering on the surface of stems and leaves that prevents desiccation in terrestrial plants.')
& concept2words_2(X,'waxy cuticle')
& concept2words_2(X,'waxy-cuticle')
& plant_structure_1(X)
& prevention_of_water_loss_1(fn_waxy_cuticle_1(X))
& agent_2(fn_waxy_cuticle_1(X),X)
& has_function_2(X,fn_waxy_cuticle_1(X)) ) ) ).
fof(a533718,axiom,
! [X] :
( weak_acid_1(X)
=> ( original_name_2(X,'Weak-Acid')
& user_description_2(X,'An acid that does not dissociate completely. It does not release all of its hydrogens in a solution, donating only a partial amount of its protons to the solution. Examples of weak acids include acetic acid (CH3COOH) and oxalic acid (H2C2O4).')
& concept2words_2(X,'weak acid')
& concept2words_2(X,'weak-acid')
& acid_1(X)
& intensity_value_1(fn_weak_acid_1(X))
& acid_compound_1(fn_weak_acid_3(X))
& spatial_entity_1(fn_weak_acid_3(X))
& chemical_entity_1(fn_weak_acid_3(X))
& acid_dissociation_reaction_1(fn_weak_acid_4(X))
& forward_reaction_1(fn_weak_acid_5(X))
& chemical_reaction_1(fn_weak_acid_5(X))
& reverse_reaction_1(fn_weak_acid_6(X))
& chemical_entity_1(fn_weak_acid_7(X))
& hydrogen_ion_1(fn_weak_acid_8(X))
& reverse_reaction_1(fn_acid_dissociation_reaction_17(fn_weak_acid_4(X)))
& forward_reaction_1(fn_acid_dissociation_reaction_18(fn_weak_acid_4(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_weak_acid_5(X)))
& chemical_1(fn_forward_reaction_8(fn_weak_acid_5(X)))
& substance_1(fn_acid_dissociation_reaction_12(fn_weak_acid_4(X)))
& acid_1(fn_acid_dissociation_reaction_12(fn_weak_acid_4(X)))
& chemical_entity_1(fn_chemical_reaction_2(fn_weak_acid_5(X)))
& chemical_entity_1(fn_reverse_reaction_6(fn_weak_acid_6(X)))
& chemical_entity_1(fn_exergonic_reaction_10(fn_weak_acid_4(X)))
& spatial_entity_1(fn_forward_reaction_5(fn_weak_acid_5(X)))
& chemical_entity_1(fn_forward_reaction_5(fn_weak_acid_5(X)))
& acid_compound_1(fn_acid_dissociation_reaction_10(fn_weak_acid_4(X)))
& spatial_entity_1(fn_acid_dissociation_reaction_10(fn_weak_acid_4(X)))
& chemical_entity_1(fn_acid_dissociation_reaction_10(fn_weak_acid_4(X)))
& spatial_entity_1(fn_reverse_reaction_5(fn_weak_acid_6(X)))
& chemical_entity_1(fn_reverse_reaction_5(fn_weak_acid_6(X)))
& intensity_2(X,fn_weak_acid_1(X))
& the_scalar_value_2(fn_weak_acid_1(X),weak_0)
& scalar_unit_class_2(fn_weak_acid_1(X),strong_acid_0)
& has_part_2(X,fn_weak_acid_3(X))
& subevent_2(fn_weak_acid_4(X),fn_weak_acid_5(X))
& raw_material_2(fn_weak_acid_5(X),fn_weak_acid_3(X))
& raw_material_2(fn_weak_acid_4(X),fn_weak_acid_3(X))
& subevent_2(fn_weak_acid_4(X),fn_weak_acid_6(X))
& raw_material_2(fn_weak_acid_5(X),fn_weak_acid_7(X))
& same_type_2(fn_weak_acid_7(X),fn_weak_acid_3(X))
& result_2(fn_weak_acid_6(X),fn_weak_acid_7(X))
& same_type_2(fn_weak_acid_3(X),fn_weak_acid_7(X))
& result_2(fn_weak_acid_6(X),fn_weak_acid_3(X))
& result_2(fn_weak_acid_5(X),fn_weak_acid_8(X))
& X = fn_forward_reaction_8(fn_weak_acid_5(X))
& X = fn_acid_dissociation_reaction_12(fn_weak_acid_4(X))
& fn_weak_acid_6(X) = fn_acid_dissociation_reaction_17(fn_weak_acid_4(X))
& fn_weak_acid_3(X) = fn_exergonic_reaction_10(fn_weak_acid_4(X))
& fn_weak_acid_3(X) = fn_forward_reaction_5(fn_weak_acid_5(X))
& fn_weak_acid_3(X) = fn_acid_dissociation_reaction_10(fn_weak_acid_4(X))
& fn_weak_acid_5(X) = fn_acid_dissociation_reaction_18(fn_weak_acid_4(X))
& fn_weak_acid_7(X) = fn_chemical_reaction_2(fn_weak_acid_5(X))
& fn_weak_acid_7(X) = fn_reverse_reaction_6(fn_weak_acid_6(X))
& fn_weak_acid_8(X) = fn_chemical_reaction_1(fn_weak_acid_5(X))
& fn_weak_acid_3(X) = fn_reverse_reaction_5(fn_weak_acid_6(X))
& fn_forward_reaction_8(fn_weak_acid_5(X)) = fn_acid_dissociation_reaction_12(fn_weak_acid_4(X))
& fn_acid_dissociation_reaction_12(fn_weak_acid_4(X)) = fn_chemical_reaction_2(fn_weak_acid_5(X))
& fn_chemical_reaction_2(fn_weak_acid_5(X)) = fn_reverse_reaction_6(fn_weak_acid_6(X))
& fn_reverse_reaction_6(fn_weak_acid_6(X)) = fn_reverse_reaction_6(fn_weak_acid_6(X))
& fn_reverse_reaction_6(fn_weak_acid_6(X)) = fn_forward_reaction_5(fn_weak_acid_5(X))
& fn_forward_reaction_5(fn_weak_acid_5(X)) = fn_exergonic_reaction_10(fn_weak_acid_4(X))
& fn_exergonic_reaction_10(fn_weak_acid_4(X)) = fn_forward_reaction_5(fn_weak_acid_5(X))
& fn_forward_reaction_5(fn_weak_acid_5(X)) = fn_forward_reaction_5(fn_weak_acid_5(X))
& fn_acid_dissociation_reaction_10(fn_weak_acid_4(X)) = fn_forward_reaction_5(fn_weak_acid_5(X))
& fn_forward_reaction_5(fn_weak_acid_5(X)) = fn_acid_dissociation_reaction_10(fn_weak_acid_4(X))
& fn_acid_dissociation_reaction_10(fn_weak_acid_4(X)) = fn_acid_dissociation_reaction_10(fn_weak_acid_4(X))
& fn_acid_dissociation_reaction_10(fn_weak_acid_4(X)) = fn_reverse_reaction_5(fn_weak_acid_6(X))
& fn_reverse_reaction_5(fn_weak_acid_6(X)) = fn_reverse_reaction_5(fn_weak_acid_6(X)) ) ) ).
fof(a533719,axiom,
! [X] :
( weak_acid_dissociation_reaction_1(X)
=> ( original_name_2(X,'Weak-Acid-Dissociation-Reaction')
& user_description_2(X,'A reaction where only a portion of the molecules of a substance releases H+ ions into solution.')
& concept2words_2(X,convert)
& concept2words_2(X,'weak acid dissociation reaction')
& concept2words_2(X,'weak-acid-dissociation-reaction')
& acid_dissociation_reaction_1(X)
& ~ strong_acid_dissociation_reaction_1(X)
& weak_acid_1(fn_weak_acid_dissociation_reaction_1(X))
& add_1(fn_weak_acid_dissociation_reaction_2(X))
& hydrogen_ion_1(fn_weak_acid_dissociation_reaction_3(X))
& chemical_entity_1(fn_weak_acid_dissociation_reaction_4(X))
& chemical_entity_1(fn_weak_acid_dissociation_reaction_5(X))
& hydrogen_ion_1(fn_weak_acid_dissociation_reaction_5(X))
& spatial_entity_1(fn_add_1(fn_weak_acid_dissociation_reaction_2(X)))
& spatial_entity_1(fn_add_2(fn_weak_acid_dissociation_reaction_2(X)))
& result_2(fn_weak_acid_dissociation_reaction_2(X),fn_weak_acid_dissociation_reaction_1(X))
& is_inside_2(fn_weak_acid_dissociation_reaction_5(X),fn_weak_acid_dissociation_reaction_1(X))
& object_2(fn_weak_acid_dissociation_reaction_2(X),fn_weak_acid_dissociation_reaction_3(X))
& base_2(fn_weak_acid_dissociation_reaction_2(X),fn_weak_acid_dissociation_reaction_4(X))
& result_2(X,fn_weak_acid_dissociation_reaction_5(X))
& fn_weak_acid_dissociation_reaction_3(X) = fn_add_1(fn_weak_acid_dissociation_reaction_2(X))
& fn_weak_acid_dissociation_reaction_4(X) = fn_add_2(fn_weak_acid_dissociation_reaction_2(X))
& fn_weak_acid_dissociation_reaction_5(X) = fn_acid_dissociation_reaction_16(X) ) ) ).
fof(a533720,axiom,
! [X,X1] :
( ( intensity_2(X,X1)
& base_1(X)
& intensity_value_1(X1) )
=> ( weak_base_1(X)
& fn_weak_base_1(X) = X1 ) ) ).
fof(a533721,axiom,
! [X] :
( weak_base_1(X)
=> ( original_name_2(X,'Weak-Base')
& user_description_2(X,'A chemical base that does not ionize fully in an aqueous solution.')
& concept2words_2(X,'weak base')
& concept2words_2(X,'weak-base')
& base_1(X)
& ~ strong_base_1(X)
& intensity_value_1(fn_weak_base_1(X))
& the_scalar_value_2(fn_weak_base_1(X),weak_0)
& scalar_unit_class_2(fn_weak_base_1(X),strong_base_0)
& intensity_2(X,fn_weak_base_1(X)) ) ) ).
fof(a533722,axiom,
! [X] :
( weak_electrolyte_1(X)
=> ( original_name_2(X,'Weak-Electrolyte')
& concept2words_2(X,'weak electrolyte')
& concept2words_2(X,'weak-electrolyte')
& electrolyte_1(X)
& ~ strong_electrolyte_1(X)
& electrolyte_status_value_1(fn_weak_electrolyte_3(X))
& conductivity_value_1(fn_weak_electrolyte_4(X))
& conductivity_2(X,fn_weak_electrolyte_4(X))
& electrolyte_status_2(X,fn_weak_electrolyte_3(X))
& the_scalar_value_2(fn_weak_electrolyte_4(X),low_conductivity_0)
& scalar_unit_class_2(fn_weak_electrolyte_4(X),chemical_0)
& the_scalar_value_2(fn_weak_electrolyte_3(X),weak_0)
& scalar_unit_class_2(fn_weak_electrolyte_3(X),chemical_0) ) ) ).
fof(a533723,axiom,
! [X] :
( weak_electrolyte_entity_1(X)
=> ( original_name_2(X,'Weak-Electrolyte-Entity')
& user_description_2(X,'A weak electrolyte entity is the basic structural unit of a substance that only partly ionizes in solution.')
& concept2words_2(X,'weak electrolyte entity')
& concept2words_2(X,'weak-electrolyte-entity')
& electrolyte_entity_1(X)
& weak_electrolyte_1(fn_weak_electrolyte_entity_1(X))
& chemical_entity_1(fn_chemical_3(fn_weak_electrolyte_entity_1(X)))
& has_part_2(fn_weak_electrolyte_entity_1(X),X)
& X = fn_chemical_3(fn_weak_electrolyte_entity_1(X)) ) ) ).
fof(a533724,axiom,
! [X,X1] :
( ( intensity_2(X,X1)
& chemical_bond_1(X)
& intensity_value_1(X1) )
=> ( weak_interaction_1(X)
& fn_weak_interaction_2(X) = X1 ) ) ).
fof(a533725,axiom,
! [X] :
( weak_interaction_1(X)
=> ( original_name_2(X,'Weak-Interaction')
& user_description_2(X,'Weak interaction (often called the weak force or sometimes the weak nuclear force) is one of the four fundamental interactions of nature, along with strong interaction, electromagnetic force, and gravitation.')
& concept2words_2(X,'weak force')
& concept2words_2(X,'weak-force')
& concept2words_2(X,'weak nuclear force')
& concept2words_2(X,'weak-nuclear-force')
& concept2words_2(X,'weak chemical bond')
& concept2words_2(X,'weak interaction')
& concept2words_2(X,'weak-interaction')
& chemical_bond_1(X)
& intensity_value_1(fn_weak_interaction_2(X))
& the_scalar_value_2(fn_weak_interaction_2(X),weak_0)
& scalar_unit_class_2(fn_weak_interaction_2(X),covalent_bond_0)
& intensity_2(X,fn_weak_interaction_2(X)) ) ) ).
fof(a533726,axiom,
! [X] :
( weathering_1(X)
=> ( original_name_2(X,'Weathering')
& user_description_2(X,'The gradual wearing away or eroding of rocks at the earth\'s surface.')
& concept2words_2(X,weathering)
& physical_process_1(X) ) ) ).
fof(a533727,axiom,
! [X] :
( webbed_finger_1(X)
=> ( original_name_2(X,'Webbed-Finger')
& user_description_2(X,'A condition where two or more fingers are fused caused by failure of the fingers to separate during development in the womb.')
& concept2words_2(X,syndactyly)
& concept2words_2(X,'webbed finger')
& concept2words_2(X,'webbed-finger')
& finger_1(X) ) ) ).
fof(a533728,axiom,
! [X] :
( webbed_foot_development_1(X)
=> ( original_name_2(X,'Webbed-Foot-Development')
& user_description_2(X,'Type of limb development in certain animals, such as ducks and frogs, which results in the retention of skin and membranes between the toes, as an adaptation for aquatic movement.')
& concept2words_2(X,develop)
& concept2words_2(X,'webbed foot development')
& concept2words_2(X,'webbed-foot-development')
& limb_development_1(X)
& webbed_toe_1(fn_webbed_foot_development_1(X))
& animal_cell_1(fn_webbed_foot_development_2(X))
& biological_region_1(fn_webbed_foot_development_3(X))
& webbed_toe_1(fn_webbed_foot_development_4(X))
& apoptosis_1(fn_webbed_foot_development_8(X))
& rate_value_1(fn_webbed_foot_development_9(X))
& phagocyte_1(fn_webbed_foot_development_10(X))
& endocytosis_1(fn_webbed_foot_development_11(X))
& size_value_1(fn_webbed_foot_development_12(X))
& volume_value_1(fn_webbed_foot_development_13(X))
& entity_1(fn_webbed_foot_development_14(X))
& tangible_entity_1(fn_webbed_foot_development_14(X))
& vesicle_1(fn_webbed_foot_development_14(X))
& protein_1(fn_webbed_foot_development_15(X))
& chromosome_1(fn_webbed_foot_development_16(X))
& mixture_1(fn_webbed_foot_development_17(X))
& cytoplasm_1(fn_webbed_foot_development_17(X))
& membrane_1(fn_webbed_foot_development_18(X))
& spatial_entity_1(fn_webbed_foot_development_18(X))
& biomembrane_1(fn_webbed_foot_development_18(X))
& plasma_membrane_1(fn_webbed_foot_development_18(X))
& protease_1(fn_webbed_foot_development_19(X))
& eukaryotic_cell_1(fn_webbed_foot_development_20(X))
& entity_1(fn_webbed_foot_development_21(X))
& dna_1(fn_webbed_foot_development_21(X))
& nucleic_acid_1(fn_webbed_foot_development_21(X))
& nuclease_1(fn_webbed_foot_development_22(X))
& produce_1(fn_webbed_foot_development_23(X))
& impair_1(fn_webbed_foot_development_24(X))
& break_1(fn_webbed_foot_development_24(X))
& destroy_1(fn_webbed_foot_development_24(X))
& break_1(fn_webbed_foot_development_25(X))
& destroy_1(fn_webbed_foot_development_25(X))
& biological_region_1(fn_webbed_foot_development_26(X))
& interdigital_tissue_1(fn_webbed_foot_development_27(X))
& destroy_1(fn_webbed_foot_development_28(X))
& tangible_entity_1(fn_endocytosis_20(fn_webbed_foot_development_11(X)))
& eukaryotic_cell_1(fn_endocytosis_20(fn_webbed_foot_development_11(X)))
& cell_1(fn_endocytosis_20(fn_webbed_foot_development_11(X)))
& tangible_entity_1(fn_impair_1(fn_webbed_foot_development_24(X)))
& property_node_1(fn_apoptosis_29(fn_webbed_foot_development_8(X)))
& produce_1(fn_apoptosis_43(fn_webbed_foot_development_8(X)))
& membrane_1(fn_apoptosis_58(fn_webbed_foot_development_8(X)))
& spatial_entity_1(fn_apoptosis_58(fn_webbed_foot_development_8(X)))
& biomembrane_1(fn_apoptosis_58(fn_webbed_foot_development_8(X)))
& plasma_membrane_1(fn_apoptosis_58(fn_webbed_foot_development_8(X)))
& chromosome_1(fn_apoptosis_15(fn_webbed_foot_development_8(X)))
& property_node_1(fn_apoptosis_30(fn_webbed_foot_development_8(X)))
& size_value_1(fn_apoptosis_40(fn_webbed_foot_development_8(X)))
& mixture_1(fn_apoptosis_55(fn_webbed_foot_development_8(X)))
& cytoplasm_1(fn_apoptosis_55(fn_webbed_foot_development_8(X)))
& volume_value_1(fn_apoptosis_62(fn_webbed_foot_development_8(X)))
& nuclease_1(fn_apoptosis_31(fn_webbed_foot_development_8(X)))
& tangible_entity_1(fn_apoptosis_64(fn_webbed_foot_development_8(X)))
& cell_1(fn_apoptosis_64(fn_webbed_foot_development_8(X)))
& protease_1(fn_apoptosis_65(fn_webbed_foot_development_8(X)))
& entity_1(fn_chromosome_4(fn_webbed_foot_development_16(X)))
& dna_1(fn_chromosome_4(fn_webbed_foot_development_16(X)))
& nucleic_acid_1(fn_nuclease_5(fn_webbed_foot_development_22(X)))
& break_1(fn_nuclease_7(fn_webbed_foot_development_22(X)))
& break_1(fn_nuclease_4(fn_webbed_foot_development_22(X)))
& destroy_1(fn_apoptosis_48(fn_webbed_foot_development_8(X)))
& break_1(fn_protease_6(fn_webbed_foot_development_19(X)))
& destroy_1(fn_apoptosis_21(fn_webbed_foot_development_8(X)))
& tangible_entity_1(fn_endocytosis_6(fn_webbed_foot_development_11(X)))
& entity_1(fn_apoptosis_44(fn_webbed_foot_development_8(X)))
& tangible_entity_1(fn_apoptosis_44(fn_webbed_foot_development_8(X)))
& vesicle_1(fn_apoptosis_44(fn_webbed_foot_development_8(X)))
& first_subevent_2(fn_webbed_foot_development_8(X),fn_webbed_foot_development_25(X))
& the_scalar_value_2(fn_webbed_foot_development_9(X),slow_0)
& scalar_unit_class_2(fn_webbed_foot_development_9(X),cellular_process_0)
& fn_webbed_foot_development_10(X) != fn_webbed_foot_development_2(X)
& agent_2(fn_webbed_foot_development_11(X),fn_webbed_foot_development_10(X))
& has_function_2(fn_webbed_foot_development_19(X),fn_webbed_foot_development_24(X))
& has_part_2(fn_webbed_foot_development_20(X),fn_webbed_foot_development_15(X))
& has_function_2(fn_webbed_foot_development_22(X),fn_webbed_foot_development_25(X))
& base_2(fn_webbed_foot_development_23(X),fn_webbed_foot_development_20(X))
& base_2(fn_webbed_foot_development_24(X),fn_webbed_foot_development_20(X))
& fn_webbed_foot_development_2(X) != fn_webbed_foot_development_10(X)
& has_state_2(fn_webbed_foot_development_2(X),fn_webbed_foot_development_20(X))
& is_between_2(fn_webbed_foot_development_3(X),fn_webbed_foot_development_4(X))
& is_between_2(fn_webbed_foot_development_3(X),fn_webbed_foot_development_1(X))
& is_between_2(fn_webbed_foot_development_26(X),fn_webbed_foot_development_1(X))
& object_2(fn_webbed_foot_development_11(X),fn_webbed_foot_development_14(X))
& base_2(fn_webbed_foot_development_11(X),fn_webbed_foot_development_10(X))
& rate_2(fn_webbed_foot_development_8(X),fn_webbed_foot_development_9(X))
& by_means_of_2(X,fn_webbed_foot_development_8(X))
& causes_2(fn_webbed_foot_development_8(X),fn_webbed_foot_development_28(X))
& object_2(fn_webbed_foot_development_28(X),fn_webbed_foot_development_27(X))
& is_inside_2(fn_webbed_foot_development_27(X),fn_webbed_foot_development_26(X))
& is_between_2(fn_webbed_foot_development_26(X),fn_webbed_foot_development_4(X))
& base_2(fn_webbed_foot_development_25(X),fn_webbed_foot_development_20(X))
& subevent_2(fn_webbed_foot_development_8(X),fn_webbed_foot_development_25(X))
& subevent_2(fn_webbed_foot_development_8(X),fn_webbed_foot_development_24(X))
& subevent_2(fn_webbed_foot_development_8(X),fn_webbed_foot_development_23(X))
& result_2(fn_webbed_foot_development_23(X),fn_webbed_foot_development_14(X))
& has_part_2(fn_webbed_foot_development_20(X),fn_webbed_foot_development_14(X))
& has_part_2(fn_webbed_foot_development_20(X),fn_webbed_foot_development_16(X))
& has_part_2(fn_webbed_foot_development_20(X),fn_webbed_foot_development_22(X))
& has_part_2(fn_webbed_foot_development_20(X),fn_webbed_foot_development_19(X))
& object_2(fn_webbed_foot_development_25(X),fn_webbed_foot_development_21(X))
& agent_2(fn_webbed_foot_development_25(X),fn_webbed_foot_development_22(X))
& has_part_2(fn_webbed_foot_development_16(X),fn_webbed_foot_development_21(X))
& agent_2(fn_webbed_foot_development_24(X),fn_webbed_foot_development_19(X))
& object_2(fn_webbed_foot_development_24(X),fn_webbed_foot_development_15(X))
& fn_webbed_foot_development_14(X) = fn_endocytosis_6(fn_webbed_foot_development_11(X))
& fn_webbed_foot_development_10(X) = fn_endocytosis_20(fn_webbed_foot_development_11(X))
& fn_webbed_foot_development_7(X) = fn_limb_development_5(X)
& fn_webbed_foot_development_9(X) = fn_limb_development_6(X)
& fn_webbed_foot_development_4(X) = fn_limb_development_12(X)
& fn_webbed_foot_development_26(X) = fn_limb_development_9(X)
& fn_webbed_foot_development_27(X) = fn_limb_development_14(X)
& fn_webbed_foot_development_28(X) = fn_limb_development_13(X)
& fn_webbed_foot_development_8(X) = fn_limb_development_10(X)
& fn_webbed_foot_development_15(X) = fn_impair_1(fn_webbed_foot_development_24(X))
& fn_webbed_foot_development_24(X) = fn_protease_6(fn_webbed_foot_development_19(X))
& fn_webbed_foot_development_21(X) = fn_chromosome_4(fn_webbed_foot_development_16(X))
& fn_webbed_foot_development_21(X) = fn_nuclease_5(fn_webbed_foot_development_22(X))
& fn_webbed_foot_development_25(X) = fn_nuclease_7(fn_webbed_foot_development_22(X))
& fn_webbed_foot_development_25(X) = fn_nuclease_4(fn_webbed_foot_development_22(X))
& fn_webbed_foot_development_6(X) = fn_apoptosis_29(fn_webbed_foot_development_8(X))
& fn_webbed_foot_development_25(X) = fn_apoptosis_48(fn_webbed_foot_development_8(X))
& fn_webbed_foot_development_24(X) = fn_apoptosis_21(fn_webbed_foot_development_8(X))
& fn_webbed_foot_development_23(X) = fn_apoptosis_43(fn_webbed_foot_development_8(X))
& fn_webbed_foot_development_14(X) = fn_apoptosis_44(fn_webbed_foot_development_8(X))
& fn_webbed_foot_development_18(X) = fn_apoptosis_58(fn_webbed_foot_development_8(X))
& fn_webbed_foot_development_16(X) = fn_apoptosis_15(fn_webbed_foot_development_8(X))
& fn_webbed_foot_development_5(X) = fn_apoptosis_30(fn_webbed_foot_development_8(X))
& fn_webbed_foot_development_12(X) = fn_apoptosis_40(fn_webbed_foot_development_8(X))
& fn_webbed_foot_development_17(X) = fn_apoptosis_55(fn_webbed_foot_development_8(X))
& fn_webbed_foot_development_13(X) = fn_apoptosis_62(fn_webbed_foot_development_8(X))
& fn_webbed_foot_development_22(X) = fn_apoptosis_31(fn_webbed_foot_development_8(X))
& fn_webbed_foot_development_20(X) = fn_apoptosis_64(fn_webbed_foot_development_8(X))
& fn_webbed_foot_development_19(X) = fn_apoptosis_65(fn_webbed_foot_development_8(X))
& fn_chromosome_4(fn_webbed_foot_development_16(X)) = fn_nuclease_5(fn_webbed_foot_development_22(X))
& fn_nuclease_5(fn_webbed_foot_development_22(X)) = fn_nuclease_4(fn_webbed_foot_development_22(X))
& fn_nuclease_4(fn_webbed_foot_development_22(X)) = fn_nuclease_7(fn_webbed_foot_development_22(X))
& fn_nuclease_7(fn_webbed_foot_development_22(X)) = fn_nuclease_4(fn_webbed_foot_development_22(X))
& fn_nuclease_4(fn_webbed_foot_development_22(X)) = fn_nuclease_4(fn_webbed_foot_development_22(X))
& fn_nuclease_4(fn_webbed_foot_development_22(X)) = fn_apoptosis_48(fn_webbed_foot_development_8(X))
& fn_apoptosis_48(fn_webbed_foot_development_8(X)) = fn_apoptosis_48(fn_webbed_foot_development_8(X))
& fn_apoptosis_48(fn_webbed_foot_development_8(X)) = fn_protease_6(fn_webbed_foot_development_19(X))
& fn_protease_6(fn_webbed_foot_development_19(X)) = fn_apoptosis_21(fn_webbed_foot_development_8(X))
& fn_apoptosis_21(fn_webbed_foot_development_8(X)) = fn_endocytosis_6(fn_webbed_foot_development_11(X))
& fn_endocytosis_6(fn_webbed_foot_development_11(X)) = fn_apoptosis_44(fn_webbed_foot_development_8(X))
& fn_apoptosis_44(fn_webbed_foot_development_8(X)) = fn_apoptosis_44(fn_webbed_foot_development_8(X)) ) ) ).
fof(a533729,axiom,
! [X] :
( webbed_toe_1(X)
=> ( original_name_2(X,'Webbed-Toe')
& user_description_2(X,'Webbed toes is the common name for syndactyly affecting the feet. It is characterised by the fusion of two or more digits of the feet.')
& concept2words_2(X,'webbed toe')
& concept2words_2(X,'webbed-toe')
& toe_1(X) ) ) ).
fof(a533730,axiom,
! [X] :
( wet_1(X)
=> ( original_name_2(X,'Wet')
& concept2words_2(X,wet)
& increase_1(X)
& ~ heat_1(X)
& ~ expand_1(X)
& ~ condense_1(X)
& ~ brighten_1(X)
& ~ cell_elongation_1(X)
& ~ increase_in_cell_size_1(X)
& ~ increase_of_activation_energy_1(X)
& tangible_entity_1(fn_wet_1(X))
& wetness_value_1(fn_wet_4(X))
& wetness_value_1(fn_wet_5(X))
& base_2(X,fn_wet_1(X))
& to_value_2(X,fn_wet_5(X))
& from_value_2(X,fn_wet_4(X))
& greater_than_2(fn_wet_5(X),fn_wet_4(X))
& fn_wet_3(X) = fn_increase_2(X)
& fn_wet_2(X) = fn_increase_1(X)
& fn_wet_5(X) = fn_increase_4(X)
& fn_wet_4(X) = fn_increase_3(X) ) ) ).
fof(a533731,axiom,
! [X] :
( wetland_1(X)
=> ( original_name_2(X,'Wetland')
& concept2words_2(X,bog)
& concept2words_2(X,marsh)
& concept2words_2(X,wetland)
& biome_1(X) ) ) ).
fof(a533732,axiom,
! [X] :
( wetness_constant_1(X)
=> ( original_name_2(X,'Wetness-Constant')
& concept2words_2(X,'constant of wetness')
& concept2words_2(X,'wetness constant')
& concept2words_2(X,'wetness-constant')
& constant_1(X) ) ) ).
fof(a533733,axiom,
! [X] :
( wetness_scale_1(X)
=> ( original_name_2(X,'Wetness-Scale')
& concept2words_2(X,'scale of wetness')
& concept2words_2(X,'wetness scale')
& concept2words_2(X,'wetness-scale')
& scale_1(X) ) ) ).
fof(a533734,axiom,
! [X] :
( wetness_value_1(X)
=> ( original_name_2(X,'Wetness-Value')
& description_2(X,'the condition of containing or being covered by a liquid')
& concept2words_2(X,wetness)
& concept2words_2(X,'value of wetness')
& concept2words_2(X,'wetness value')
& concept2words_2(X,'wetness-value')
& property_value_1(X)
& ~ worth_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a533735,axiom,
! [X] :
( whale_1(X)
=> ( original_name_2(X,'Whale')
& user_description_2(X,'Common name for members of the order Cetacea . Features of whales include a hairless streamlined body, flippers, and nostrils located on top of the head.')
& concept2words_2(X,whale)
& cetacea_1(X) ) ) ).
fof(a533736,axiom,
! [X] :
( wheat_plant_1(X)
=> ( original_name_2(X,'Wheat-Plant')
& user_description_2(X,'Wheat is a cereal grass of the genus Triticum (family Poaceae) and its edible grain, one of the oldest and most important of the cereal crops.')
& concept2words_2(X,wheat)
& concept2words_2(X,'plant of wheat')
& concept2words_2(X,'wheat plant')
& concept2words_2(X,'wheat-plant')
& food_plant_1(X)
& c3_plant_1(X)
& ~ rice_plant_1(X)
& ~ soyabean_plant_1(X)
& chemical_entity_1(fn_wheat_plant_1(X))
& chemical_entity_1(fn_wheat_plant_2(X))
& chemical_entity_1(fn_wheat_plant_3(X))
& chemical_entity_1(fn_wheat_plant_4(X))
& chemical_entity_1(fn_wheat_plant_5(X))
& layer_1(fn_wheat_plant_6(X))
& layer_1(fn_wheat_plant_7(X))
& agricultural_process_1(fn_wheat_plant_8(X))
& fruit_1(fn_wheat_plant_9(X))
& vascular_tissue_1(fn_wheat_plant_10(X))
& tangible_entity_1(fn_wheat_plant_11(X))
& chemical_entity_1(fn_wheat_plant_12(X))
& chemical_entity_1(fn_wheat_plant_13(X))
& chemical_entity_1(fn_wheat_plant_14(X))
& concentration_value_1(fn_wheat_plant_16(X))
& chemical_entity_1(fn_wheat_plant_17(X))
& chemical_entity_1(fn_wheat_plant_18(X))
& protein_enzyme_1(fn_wheat_plant_19(X))
& protein_enzyme_1(fn_wheat_plant_20(X))
& support_1(fn_wheat_plant_21(X))
& tangible_entity_1(fn_wheat_plant_22(X))
& microfibril_1(fn_wheat_plant_22(X))
& aqueous_solution_1(fn_wheat_plant_23(X))
& liquid_substance_1(fn_wheat_plant_23(X))
& solution_1(fn_wheat_plant_23(X))
& substance_1(fn_wheat_plant_23(X))
& cytosol_1(fn_wheat_plant_23(X))
& anabolic_pathway_1(fn_wheat_plant_24(X))
& calvin_cycle_1(fn_wheat_plant_24(X))
& endergonic_reaction_1(fn_wheat_plant_24(X))
& hydrogen_ion_1(fn_wheat_plant_25(X))
& enzyme_1(fn_wheat_plant_26(X))
& polymer_1(fn_wheat_plant_26(X))
& chemical_entity_1(fn_wheat_plant_26(X))
& protein_1(fn_wheat_plant_26(X))
& protein_enzyme_1(fn_wheat_plant_26(X))
& mixture_1(fn_wheat_plant_27(X))
& aqueous_solution_1(fn_wheat_plant_27(X))
& stroma_1(fn_wheat_plant_27(X))
& chemical_entity_1(fn_wheat_plant_28(X))
& enzyme_1(fn_wheat_plant_28(X))
& polymer_1(fn_wheat_plant_28(X))
& protein_1(fn_wheat_plant_28(X))
& protein_enzyme_1(fn_wheat_plant_28(X))
& tangible_entity_1(fn_wheat_plant_29(X))
& chemical_entity_1(fn_wheat_plant_29(X))
& oxygen_molecule_1(fn_wheat_plant_29(X))
& nonpolar_molecule_1(fn_wheat_plant_29(X))
& break_1(fn_wheat_plant_30(X))
& chemical_entity_1(fn_wheat_plant_31(X))
& electron_1(fn_wheat_plant_31(X))
& cell_wall_1(fn_wheat_plant_32(X))
& plant_cell_wall_1(fn_wheat_plant_32(X))
& membrane_1(fn_wheat_plant_33(X))
& spatial_entity_1(fn_wheat_plant_33(X))
& biomembrane_1(fn_wheat_plant_33(X))
& plasma_membrane_1(fn_wheat_plant_33(X))
& anabolic_pathway_1(fn_wheat_plant_34(X))
& metabolic_pathway_1(fn_wheat_plant_34(X))
& photosynthesis_1(fn_wheat_plant_34(X))
& c3_photosynthesis_1(fn_wheat_plant_34(X))
& cytoplasmic_streaming_1(fn_wheat_plant_35(X))
& spatial_entity_1(fn_wheat_plant_36(X))
& suspension_1(fn_wheat_plant_36(X))
& colloid_1(fn_wheat_plant_36(X))
& mixture_1(fn_wheat_plant_36(X))
& cytoplasm_1(fn_wheat_plant_36(X))
& cytoskeleton_1(fn_wheat_plant_37(X))
& chloroplast_1(fn_wheat_plant_38(X))
& spatial_entity_1(fn_wheat_plant_39(X))
& hydrophobic_compound_1(fn_wheat_plant_39(X))
& molecule_1(fn_wheat_plant_39(X))
& chemical_entity_1(fn_wheat_plant_39(X))
& tangible_entity_1(fn_wheat_plant_39(X))
& carbon_dioxide_1(fn_wheat_plant_39(X))
& exergonic_reaction_1(fn_wheat_plant_40(X))
& metabolic_pathway_1(fn_wheat_plant_40(X))
& eukaryotic_cellular_respiration_1(fn_wheat_plant_40(X))
& cellular_respiration_1(fn_wheat_plant_40(X))
& tissue_1(fn_wheat_plant_41(X))
& spongy_mesophyll_1(fn_wheat_plant_41(X))
& palisade_mesophyll_1(fn_wheat_plant_42(X))
& leaf_1(fn_wheat_plant_43(X))
& plasmodesmata_1(fn_wheat_plant_44(X))
& surface_1(fn_wheat_plant_45(X))
& cytoplasmic_side_1(fn_wheat_plant_45(X))
& transfer_1(fn_wheat_plant_46(X))
& transfer_1(fn_wheat_plant_47(X))
& move_1(fn_wheat_plant_48(X))
& move_through_1(fn_wheat_plant_48(X))
& move_through_1(fn_wheat_plant_49(X))
& substance_1(fn_wheat_plant_50(X))
& solid_substance_1(fn_wheat_plant_50(X))
& exchange_1(fn_wheat_plant_51(X))
& tangible_entity_1(fn_wheat_plant_52(X))
& nucleus_1(fn_wheat_plant_52(X))
& walled_cell_1(fn_wheat_plant_53(X))
& cell_1(fn_wheat_plant_53(X))
& eukaryotic_cell_1(fn_wheat_plant_53(X))
& plant_cell_1(fn_wheat_plant_53(X))
& organic_molecule_1(fn_wheat_plant_54(X))
& chemical_entity_1(fn_wheat_plant_54(X))
& pyruvate_1(fn_wheat_plant_54(X))
& glycolysis_1(fn_wheat_plant_55(X))
& anabolic_pathway_1(fn_wheat_plant_56(X))
& metabolic_pathway_1(fn_wheat_plant_56(X))
& photosynthesis_1(fn_wheat_plant_56(X))
& c3_photosynthesis_1(fn_wheat_plant_56(X))
& barrier_1(fn_wheat_plant_57(X))
& block_1(fn_wheat_plant_58(X))
& carbohydrate_1(fn_wheat_plant_59(X))
& hydrophilic_compound_1(fn_wheat_plant_59(X))
& polar_molecule_1(fn_wheat_plant_59(X))
& polysaccharide_1(fn_wheat_plant_59(X))
& cellulose_1(fn_wheat_plant_59(X))
& defense_1(fn_wheat_plant_60(X))
& support_1(fn_wheat_plant_61(X))
& maintenance_1(fn_wheat_plant_62(X))
& photorespiration_1(fn_wheat_plant_63(X))
& rate_value_1(fn_wheat_plant_64(X))
& temperature_value_1(fn_wheat_plant_65(X))
& specific_heat_value_1(fn_wheat_plant_66(X))
& store_1(fn_wheat_plant_67(X))
& temperature_value_1(fn_wheat_plant_68(X))
& quantity_value_1(fn_wheat_plant_69(X))
& photoautotroph_1(fn_wheat_plant_70(X))
& nutrition_1(fn_wheat_plant_71(X))
& photoprotection_in_plant_1(fn_wheat_plant_72(X))
& starch_storage_by_plant_1(fn_wheat_plant_73(X))
& tuber_1(fn_wheat_plant_74(X))
& water_1(fn_wheat_plant_75(X))
& pyruvate_oxidation_1(fn_wheat_plant_81(X))
& palisade_mesophyll_1(fn_leaf_12(fn_wheat_plant_43(X)))
& tangible_entity_1(fn_support_1(fn_wheat_plant_21(X)))
& pyruvate_oxidation_1(fn_cellular_respiration_54(fn_wheat_plant_40(X)))
& glycolysis_1(fn_cellular_respiration_60(fn_wheat_plant_40(X)))
& hydrogen_ion_1(fn_c3_photosynthesis_43(fn_wheat_plant_34(X)))
& chloroplast_1(fn_c3_photosynthesis_107(fn_wheat_plant_34(X)))
& anabolic_pathway_1(fn_c3_photosynthesis_48(fn_wheat_plant_34(X)))
& calvin_cycle_1(fn_c3_photosynthesis_48(fn_wheat_plant_34(X)))
& endergonic_reaction_1(fn_c3_photosynthesis_48(fn_wheat_plant_34(X)))
& tissue_1(fn_organ_1(fn_wheat_plant_43(X)))
& spongy_mesophyll_1(fn_leaf_45(fn_wheat_plant_43(X)))
& chemical_entity_1(fn_chloroplast_74(fn_wheat_plant_38(X)))
& enzyme_1(fn_chloroplast_74(fn_wheat_plant_38(X)))
& protein_1(fn_chloroplast_74(fn_wheat_plant_38(X)))
& protein_enzyme_1(fn_chloroplast_74(fn_wheat_plant_38(X)))
& enzyme_1(fn_chloroplast_55(fn_wheat_plant_38(X)))
& polymer_1(fn_chloroplast_55(fn_wheat_plant_38(X)))
& protein_1(fn_chloroplast_55(fn_wheat_plant_38(X)))
& protein_enzyme_1(fn_chloroplast_55(fn_wheat_plant_38(X)))
& chemical_entity_1(fn_chloroplast_83(fn_wheat_plant_38(X)))
& protein_1(fn_chloroplast_83(fn_wheat_plant_38(X)))
& protein_enzyme_1(fn_chloroplast_83(fn_wheat_plant_38(X)))
& mixture_1(fn_chloroplast_96(fn_wheat_plant_38(X)))
& aqueous_solution_1(fn_chloroplast_96(fn_wheat_plant_38(X)))
& stroma_1(fn_chloroplast_96(fn_wheat_plant_38(X)))
& mixture_1(fn_c3_photosynthesis_106(fn_wheat_plant_34(X)))
& aqueous_solution_1(fn_c3_photosynthesis_106(fn_wheat_plant_34(X)))
& stroma_1(fn_c3_photosynthesis_106(fn_wheat_plant_34(X)))
& organic_molecule_1(fn_cellular_respiration_55(fn_wheat_plant_40(X)))
& pyruvate_1(fn_cellular_respiration_55(fn_wheat_plant_40(X)))
& chemical_entity_1(fn_cellular_respiration_55(fn_wheat_plant_40(X)))
& spatial_entity_1(fn_c3_photosynthesis_41(fn_wheat_plant_34(X)))
& tangible_entity_1(fn_c3_photosynthesis_41(fn_wheat_plant_34(X)))
& hydrophobic_compound_1(fn_c3_photosynthesis_41(fn_wheat_plant_34(X)))
& molecule_1(fn_c3_photosynthesis_41(fn_wheat_plant_34(X)))
& carbon_dioxide_1(fn_c3_photosynthesis_41(fn_wheat_plant_34(X)))
& chemical_entity_1(fn_c3_photosynthesis_41(fn_wheat_plant_34(X)))
& fn_wheat_plant_1(X) != fn_wheat_plant_39(X)
& fn_wheat_plant_1(X) != fn_wheat_plant_31(X)
& fn_wheat_plant_2(X) != fn_wheat_plant_39(X)
& fn_wheat_plant_2(X) != fn_wheat_plant_31(X)
& fn_wheat_plant_3(X) != fn_wheat_plant_39(X)
& fn_wheat_plant_3(X) != fn_wheat_plant_31(X)
& fn_wheat_plant_4(X) != fn_wheat_plant_39(X)
& fn_wheat_plant_4(X) != fn_wheat_plant_31(X)
& fn_wheat_plant_5(X) != fn_wheat_plant_39(X)
& fn_wheat_plant_5(X) != fn_wheat_plant_31(X)
& is_above_2(fn_wheat_plant_42(X),fn_wheat_plant_41(X))
& is_between_2(fn_wheat_plant_42(X),fn_wheat_plant_41(X))
& is_between_2(fn_wheat_plant_42(X),fn_wheat_plant_7(X))
& is_between_2(fn_wheat_plant_41(X),fn_wheat_plant_6(X))
& is_between_2(fn_wheat_plant_41(X),fn_wheat_plant_42(X))
& is_above_2(fn_wheat_plant_7(X),fn_wheat_plant_6(X))
& has_part_2(X,fn_wheat_plant_43(X))
& has_part_2(X,fn_wheat_plant_9(X))
& has_part_2(X,fn_wheat_plant_10(X))
& result_2(fn_wheat_plant_8(X),X)
& site_2(fn_wheat_plant_40(X),fn_wheat_plant_36(X))
& fn_wheat_plant_39(X) != fn_wheat_plant_5(X)
& fn_wheat_plant_39(X) != fn_wheat_plant_4(X)
& fn_wheat_plant_39(X) != fn_wheat_plant_3(X)
& fn_wheat_plant_39(X) != fn_wheat_plant_2(X)
& fn_wheat_plant_39(X) != fn_wheat_plant_1(X)
& fn_wheat_plant_39(X) != fn_wheat_plant_12(X)
& fn_wheat_plant_39(X) != fn_wheat_plant_13(X)
& fn_wheat_plant_39(X) != fn_wheat_plant_14(X)
& fn_wheat_plant_39(X) != fn_wheat_plant_18(X)
& fn_wheat_plant_31(X) != fn_wheat_plant_5(X)
& fn_wheat_plant_31(X) != fn_wheat_plant_4(X)
& fn_wheat_plant_31(X) != fn_wheat_plant_3(X)
& fn_wheat_plant_31(X) != fn_wheat_plant_2(X)
& fn_wheat_plant_31(X) != fn_wheat_plant_1(X)
& fn_wheat_plant_31(X) != fn_wheat_plant_12(X)
& fn_wheat_plant_31(X) != fn_wheat_plant_13(X)
& fn_wheat_plant_31(X) != fn_wheat_plant_14(X)
& fn_wheat_plant_31(X) != fn_wheat_plant_17(X)
& result_2(fn_wheat_plant_30(X),fn_wheat_plant_25(X))
& is_inside_2(fn_wheat_plant_29(X),fn_wheat_plant_11(X))
& agent_2(fn_wheat_plant_24(X),fn_wheat_plant_26(X))
& has_function_2(fn_wheat_plant_22(X),fn_wheat_plant_21(X))
& fn_wheat_plant_12(X) != fn_wheat_plant_31(X)
& fn_wheat_plant_12(X) != fn_wheat_plant_39(X)
& fn_wheat_plant_13(X) != fn_wheat_plant_31(X)
& fn_wheat_plant_13(X) != fn_wheat_plant_39(X)
& fn_wheat_plant_14(X) != fn_wheat_plant_31(X)
& fn_wheat_plant_14(X) != fn_wheat_plant_39(X)
& fn_wheat_plant_18(X) != fn_wheat_plant_39(X)
& fn_wheat_plant_17(X) != fn_wheat_plant_31(X)
& has_part_2(fn_wheat_plant_43(X),fn_wheat_plant_42(X))
& has_part_2(fn_wheat_plant_43(X),fn_wheat_plant_41(X))
& object_2(fn_wheat_plant_21(X),X)
& next_event_2(fn_wheat_plant_55(X),fn_wheat_plant_81(X))
& subevent_2(fn_wheat_plant_40(X),fn_wheat_plant_55(X))
& result_2(fn_wheat_plant_55(X),fn_wheat_plant_54(X))
& raw_material_2(fn_wheat_plant_81(X),fn_wheat_plant_54(X))
& subevent_2(fn_wheat_plant_40(X),fn_wheat_plant_81(X))
& first_subevent_2(fn_wheat_plant_40(X),fn_wheat_plant_55(X))
& has_part_2(fn_wheat_plant_38(X),fn_wheat_plant_28(X))
& has_part_2(fn_wheat_plant_38(X),fn_wheat_plant_26(X))
& is_inside_2(fn_wheat_plant_26(X),fn_wheat_plant_27(X))
& is_inside_2(fn_wheat_plant_28(X),fn_wheat_plant_27(X))
& fn_wheat_plant_28(X) != fn_wheat_plant_26(X)
& fn_wheat_plant_26(X) != fn_wheat_plant_28(X)
& raw_material_2(fn_wheat_plant_24(X),fn_wheat_plant_25(X))
& facilitates_2(fn_wheat_plant_27(X),fn_wheat_plant_34(X))
& site_2(fn_wheat_plant_34(X),fn_wheat_plant_38(X))
& has_function_2(fn_wheat_plant_38(X),fn_wheat_plant_34(X))
& raw_material_2(fn_wheat_plant_34(X),fn_wheat_plant_39(X))
& subevent_2(fn_wheat_plant_34(X),fn_wheat_plant_24(X))
& site_2(fn_wheat_plant_24(X),fn_wheat_plant_27(X))
& is_inside_2(fn_wheat_plant_27(X),fn_wheat_plant_38(X))
& has_part_2(fn_wheat_plant_38(X),fn_wheat_plant_27(X))
& has_function_2(fn_wheat_plant_27(X),fn_wheat_plant_24(X))
& has_function_2(X,fn_wheat_plant_73(X))
& result_2(fn_wheat_plant_40(X),fn_wheat_plant_54(X))
& result_2(fn_wheat_plant_40(X),fn_wheat_plant_39(X))
& rate_2(fn_wheat_plant_63(X),fn_wheat_plant_64(X))
& directly_proportional_2(fn_wheat_plant_65(X),fn_wheat_plant_64(X))
& correspondence_2(fn_wheat_plant_69(X),fn_wheat_plant_65(X))
& in_event_2(fn_wheat_plant_70(X),fn_wheat_plant_71(X))
& plays_2(X,fn_wheat_plant_70(X))
& temperature_2(X,fn_wheat_plant_68(X))
& has_function_2(fn_wheat_plant_53(X),fn_wheat_plant_40(X))
& base_2(fn_wheat_plant_40(X),fn_wheat_plant_53(X))
& result_2(fn_wheat_plant_30(X),fn_wheat_plant_31(X))
& causes_2(fn_wheat_plant_34(X),fn_wheat_plant_30(X))
& result_2(fn_wheat_plant_34(X),fn_wheat_plant_29(X))
& fn_wheat_plant_31(X) != fn_wheat_plant_18(X)
& fn_wheat_plant_18(X) != fn_wheat_plant_31(X)
& base_2(fn_wheat_plant_56(X),fn_wheat_plant_53(X))
& raw_material_2(fn_wheat_plant_56(X),fn_wheat_plant_39(X))
& fn_wheat_plant_39(X) != fn_wheat_plant_31(X)
& fn_wheat_plant_17(X) != fn_wheat_plant_39(X)
& fn_wheat_plant_39(X) != fn_wheat_plant_17(X)
& fn_wheat_plant_31(X) != fn_wheat_plant_39(X)
& by_means_of_2(fn_wheat_plant_71(X),fn_wheat_plant_56(X))
& agent_2(fn_wheat_plant_71(X),X)
& quantity_2(X,fn_wheat_plant_69(X))
& experiencer_2(fn_wheat_plant_72(X),X)
& causes_2(fn_wheat_plant_63(X),fn_wheat_plant_72(X))
& base_2(fn_wheat_plant_63(X),fn_wheat_plant_53(X))
& has_part_2(fn_wheat_plant_53(X),fn_wheat_plant_36(X))
& subevent_2(fn_wheat_plant_73(X),fn_wheat_plant_67(X))
& site_2(fn_wheat_plant_67(X),fn_wheat_plant_74(X))
& has_part_2(X,fn_wheat_plant_74(X))
& has_function_2(X,fn_wheat_plant_56(X))
& experiencer_2(fn_wheat_plant_56(X),X)
& has_function_2(fn_wheat_plant_32(X),fn_wheat_plant_61(X))
& object_2(fn_wheat_plant_61(X),fn_wheat_plant_53(X))
& base_2(fn_wheat_plant_73(X),X)
& agent_2(fn_wheat_plant_73(X),X)
& has_part_2(X,fn_wheat_plant_75(X))
& specific_heat_2(fn_wheat_plant_75(X),fn_wheat_plant_66(X))
& correspondence_2(fn_wheat_plant_68(X),fn_wheat_plant_66(X))
& has_part_2(X,fn_wheat_plant_53(X))
& has_part_2(fn_wheat_plant_53(X),fn_wheat_plant_32(X))
& has_part_2(fn_wheat_plant_32(X),fn_wheat_plant_22(X))
& facilitates_2(fn_wheat_plant_22(X),fn_wheat_plant_61(X))
& agent_2(fn_wheat_plant_61(X),fn_wheat_plant_32(X))
& fn_wheat_plant_42(X) = fn_leaf_12(fn_wheat_plant_43(X))
& fn_wheat_plant_41(X) = fn_organ_1(fn_wheat_plant_43(X))
& fn_wheat_plant_41(X) = fn_leaf_45(fn_wheat_plant_43(X))
& X = fn_support_1(fn_wheat_plant_21(X))
& fn_wheat_plant_81(X) = fn_cellular_respiration_54(fn_wheat_plant_40(X))
& fn_wheat_plant_54(X) = fn_cellular_respiration_55(fn_wheat_plant_40(X))
& fn_wheat_plant_55(X) = fn_cellular_respiration_60(fn_wheat_plant_40(X))
& fn_wheat_plant_27(X) = fn_chloroplast_96(fn_wheat_plant_38(X))
& fn_wheat_plant_28(X) = fn_chloroplast_74(fn_wheat_plant_38(X))
& fn_wheat_plant_28(X) = fn_chloroplast_55(fn_wheat_plant_38(X))
& fn_wheat_plant_26(X) = fn_chloroplast_55(fn_wheat_plant_38(X))
& fn_wheat_plant_26(X) = fn_chloroplast_83(fn_wheat_plant_38(X))
& fn_wheat_plant_25(X) = fn_c3_photosynthesis_43(fn_wheat_plant_34(X))
& fn_wheat_plant_39(X) = fn_c3_photosynthesis_41(fn_wheat_plant_34(X))
& fn_wheat_plant_38(X) = fn_c3_photosynthesis_107(fn_wheat_plant_34(X))
& fn_wheat_plant_27(X) = fn_c3_photosynthesis_106(fn_wheat_plant_34(X))
& fn_wheat_plant_24(X) = fn_c3_photosynthesis_48(fn_wheat_plant_34(X))
& fn_wheat_plant_54(X) = fn_c3_plant_112(X)
& fn_wheat_plant_78(X) = fn_c3_plant_87(X)
& fn_wheat_plant_79(X) = fn_c3_plant_7(X)
& fn_wheat_plant_80(X) = fn_c3_plant_69(X)
& fn_wheat_plant_76(X) = fn_c3_plant_6(X)
& fn_wheat_plant_65(X) = fn_c3_plant_4(X)
& fn_wheat_plant_64(X) = fn_c3_plant_68(X)
& fn_wheat_plant_77(X) = fn_c3_plant_88(X)
& fn_wheat_plant_70(X) = fn_c3_plant_84(X)
& fn_wheat_plant_49(X) = fn_c3_plant_35(X)
& fn_wheat_plant_47(X) = fn_c3_plant_33(X)
& fn_wheat_plant_46(X) = fn_c3_plant_34(X)
& fn_wheat_plant_51(X) = fn_c3_plant_30(X)
& fn_wheat_plant_40(X) = fn_c3_plant_89(X)
& fn_wheat_plant_29(X) = fn_c3_plant_77(X)
& fn_wheat_plant_34(X) = fn_c3_plant_83(X)
& fn_wheat_plant_30(X) = fn_c3_plant_78(X)
& fn_wheat_plant_18(X) = fn_c3_plant_1(X)
& fn_wheat_plant_31(X) = fn_c3_plant_79(X)
& fn_wheat_plant_17(X) = fn_c3_plant_1(X)
& fn_wheat_plant_39(X) = fn_c3_plant_90(X)
& fn_wheat_plant_52(X) = fn_c3_plant_59(X)
& fn_wheat_plant_37(X) = fn_c3_plant_29(X)
& fn_wheat_plant_35(X) = fn_c3_plant_36(X)
& fn_wheat_plant_48(X) = fn_c3_plant_76(X)
& fn_wheat_plant_44(X) = fn_c3_plant_72(X)
& fn_wheat_plant_62(X) = fn_c3_plant_11(X)
& fn_wheat_plant_45(X) = fn_c3_plant_38(X)
& fn_wheat_plant_15(X) = fn_c3_plant_10(X)
& fn_wheat_plant_16(X) = fn_c3_plant_9(X)
& fn_wheat_plant_69(X) = fn_c3_plant_5(X)
& fn_wheat_plant_71(X) = fn_c3_plant_85(X)
& fn_wheat_plant_50(X) = fn_c3_plant_37(X)
& fn_wheat_plant_20(X) = fn_c3_plant_12(X)
& fn_wheat_plant_19(X) = fn_c3_plant_91(X)
& fn_wheat_plant_23(X) = fn_c3_plant_75(X)
& fn_wheat_plant_36(X) = fn_c3_plant_58(X)
& fn_wheat_plant_63(X) = fn_c3_plant_67(X)
& fn_wheat_plant_72(X) = fn_c3_plant_92(X)
& fn_wheat_plant_57(X) = fn_c3_plant_26(X)
& fn_wheat_plant_58(X) = fn_c3_plant_25(X)
& fn_wheat_plant_60(X) = fn_c3_plant_32(X)
& fn_wheat_plant_56(X) = fn_c3_plant_83(X)
& fn_wheat_plant_74(X) = fn_c3_plant_113(X)
& fn_wheat_plant_67(X) = fn_c3_plant_101(X)
& fn_wheat_plant_33(X) = fn_c3_plant_27(X)
& fn_wheat_plant_59(X) = fn_c3_plant_39(X)
& fn_wheat_plant_68(X) = fn_c3_plant_54(X)
& fn_wheat_plant_66(X) = fn_c3_plant_55(X)
& fn_wheat_plant_75(X) = fn_c3_plant_53(X)
& fn_wheat_plant_73(X) = fn_c3_plant_16(X)
& fn_wheat_plant_61(X) = fn_c3_plant_31(X)
& fn_wheat_plant_22(X) = fn_c3_plant_81(X)
& fn_wheat_plant_32(X) = fn_c3_plant_73(X)
& fn_wheat_plant_53(X) = fn_c3_plant_86(X)
& fn_organ_1(fn_wheat_plant_43(X)) = fn_leaf_45(fn_wheat_plant_43(X))
& fn_leaf_45(fn_wheat_plant_43(X)) = fn_chloroplast_74(fn_wheat_plant_38(X))
& fn_chloroplast_74(fn_wheat_plant_38(X)) = fn_chloroplast_74(fn_wheat_plant_38(X))
& fn_chloroplast_55(fn_wheat_plant_38(X)) = fn_chloroplast_74(fn_wheat_plant_38(X))
& fn_chloroplast_74(fn_wheat_plant_38(X)) = fn_chloroplast_55(fn_wheat_plant_38(X))
& fn_chloroplast_83(fn_wheat_plant_38(X)) = fn_chloroplast_55(fn_wheat_plant_38(X))
& fn_chloroplast_55(fn_wheat_plant_38(X)) = fn_chloroplast_83(fn_wheat_plant_38(X))
& fn_chloroplast_83(fn_wheat_plant_38(X)) = fn_chloroplast_96(fn_wheat_plant_38(X))
& fn_chloroplast_96(fn_wheat_plant_38(X)) = fn_chloroplast_96(fn_wheat_plant_38(X))
& fn_chloroplast_96(fn_wheat_plant_38(X)) = fn_c3_photosynthesis_106(fn_wheat_plant_34(X))
& fn_c3_photosynthesis_106(fn_wheat_plant_34(X)) = fn_c3_photosynthesis_106(fn_wheat_plant_34(X))
& fn_c3_photosynthesis_106(fn_wheat_plant_34(X)) = fn_cellular_respiration_55(fn_wheat_plant_40(X))
& fn_cellular_respiration_55(fn_wheat_plant_40(X)) = fn_cellular_respiration_55(fn_wheat_plant_40(X))
& fn_cellular_respiration_55(fn_wheat_plant_40(X)) = fn_c3_plant_112(X)
& fn_c3_plant_112(X) = fn_c3_photosynthesis_41(fn_wheat_plant_34(X))
& fn_c3_photosynthesis_41(fn_wheat_plant_34(X)) = fn_c3_plant_90(X)
& fn_c3_plant_90(X) = fn_c3_plant_90(X) ) ) ).
fof(a533737,axiom,
! [X] :
( white_1(X)
=> ( original_name_2(X,'White')
& user_description_2(X,'The color that reflects all wavelengths of visible light; being without color; the opposite of black.')
& concept2words_2(X,white)
& coloring_pigment_1(X) ) ) ).
fof(a533738,axiom,
! [X] :
( white_matter_1(X)
=> ( original_name_2(X,'White-Matter')
& user_description_2(X,'Central nervous system tissue consisting mostly of glial cells and myelinated axons.')
& concept2words_2(X,'matter of white')
& concept2words_2(X,'white matter')
& concept2words_2(X,'white-matter')
& nervous_tissue_1(X)
& ~ brain_region_1(X)
& ~ ganglion_1(X)
& ~ gray_matter_1(X)
& ~ nerve_circuit_1(X)
& ~ neural_crest_1(X)
& ~ neuromast_1(X)
& ~ notochord_1(X)
& ~ ommatidium_1(X)
& ~ optic_nerve_1(X)
& ~ retina_1(X) ) ) ).
fof(a533739,axiom,
! [X] :
( whorl_1(X)
=> ( original_name_2(X,'Whorl')
& user_description_2(X,'A whorl is an arrangement of sepals, petals, leaves, or branches in which all the parts are attached at the same point and surround or wrap around the stem.')
& concept2words_2(X,whorl)
& plant_region_1(X) ) ) ).
fof(a533740,axiom,
! [X] :
( width_constant_1(X)
=> ( original_name_2(X,'Width-Constant')
& concept2words_2(X,'constant of width')
& concept2words_2(X,'width constant')
& concept2words_2(X,'width-constant')
& constant_1(X) ) ) ).
fof(a533741,axiom,
! [X] :
( width_scale_1(X)
=> ( original_name_2(X,'Width-Scale')
& concept2words_2(X,'scale of width')
& concept2words_2(X,'width scale')
& concept2words_2(X,'width-scale')
& scale_1(X) ) ) ).
fof(a533742,axiom,
! [X] :
( wild_type_1(X)
=> ( original_name_2(X,'Wild-Type')
& user_description_2(X,'An individual with the normal phenotype.')
& concept2words_2(X,'wild phenotype')
& concept2words_2(X,'normal phenotype')
& concept2words_2(X,'type of wild')
& concept2words_2(X,'wild type')
& concept2words_2(X,'wild-type')
& phenotype_1(X)
& ~ autosomal_dominant_trait_1(X)
& ~ blood_type_phenotype_1(X)
& ~ dominant_phenotype_1(X)
& ~ codominant_1(X)
& ~ multifactorial_phenotype_1(X)
& ~ mutant_phenotype_1(X)
& ~ mutant_type_1(X)
& ~ parental_type_1(X)
& ~ phenotype_of_offspring_1(X)
& ~ phenotype_of_parent_1(X)
& ~ trait_on_a_range_1(X)
& ~ trait_on_a_scale_1(X)
& ~ x_chromosome_phenotype_dominant_1(X)
& ~ x_chromosome_phenotype_recessive_1(X) ) ) ).
fof(a533743,axiom,
! [X] :
( wilting_1(X)
=> ( original_name_2(X,'Wilting')
& user_description_2(X,'Wilting refers to the loss of rigidity of non-woody parts of plants.')
& concept2words_2(X,wilt)
& concept2words_2(X,wilting)
& plant_process_1(X)
& bundle_sheath_cell_1(fn_wilting_1(X))
& plant_1(fn_wilting_2(X))
& walled_cell_inside_hypertonic_solution_1(fn_wilting_3(X))
& increase_1(fn_wilting_4(X))
& plasmolysis_1(fn_wilting_5(X))
& flexibility_value_1(fn_wilting_6(X))
& stem_1(fn_wilting_7(X))
& leaf_1(fn_wilting_9(X))
& shoot_1(fn_wilting_10(X))
& water_1(fn_wilting_11(X))
& water_vapor_1(fn_wilting_12(X))
& evaporation_1(fn_wilting_13(X))
& waxy_cuticle_1(fn_wilting_14(X))
& gas_substance_1(fn_evaporation_5(fn_wilting_13(X)))
& liquid_substance_1(fn_evaporation_13(fn_wilting_13(X)))
& leaf_1(fn_shoot_2(fn_wilting_10(X)))
& stem_1(fn_shoot_1(fn_wilting_10(X)))
& walled_cell_inside_hypertonic_solution_1(fn_plasmolysis_5(fn_wilting_5(X)))
& property_node_1(fn_increase_2(fn_wilting_4(X)))
& property_value_1(fn_increase_3(fn_wilting_4(X)))
& waxy_cuticle_1(fn_leaf_16(fn_wilting_9(X)))
& waxy_cuticle_1(fn_leaf_14(fn_wilting_9(X)))
& base_2(fn_wilting_13(X),fn_wilting_14(X))
& has_part_2(fn_wilting_9(X),fn_wilting_1(X))
& flexibility_2(fn_wilting_7(X),fn_wilting_6(X))
& the_categorical_value_2(fn_wilting_6(X),rigid_0)
& has_part_2(fn_wilting_2(X),fn_wilting_10(X))
& has_part_2(fn_wilting_2(X),fn_wilting_3(X))
& subevent_2(X,fn_wilting_13(X))
& subevent_2(X,fn_wilting_4(X))
& object_2(X,fn_wilting_2(X))
& causes_2(fn_wilting_5(X),X)
& result_2(fn_wilting_13(X),fn_wilting_12(X))
& object_2(fn_wilting_13(X),fn_wilting_11(X))
& has_part_2(fn_wilting_10(X),fn_wilting_9(X))
& has_part_2(fn_wilting_10(X),fn_wilting_7(X))
& base_2(fn_wilting_5(X),fn_wilting_3(X))
& has_part_2(fn_wilting_9(X),fn_wilting_14(X))
& from_value_2(fn_wilting_4(X),fn_wilting_6(X))
& fn_wilting_12(X) = fn_evaporation_5(fn_wilting_13(X))
& fn_wilting_11(X) = fn_evaporation_13(fn_wilting_13(X))
& fn_wilting_9(X) = fn_shoot_2(fn_wilting_10(X))
& fn_wilting_7(X) = fn_shoot_1(fn_wilting_10(X))
& fn_wilting_3(X) = fn_plasmolysis_5(fn_wilting_5(X))
& fn_wilting_14(X) = fn_leaf_16(fn_wilting_9(X))
& fn_wilting_14(X) = fn_leaf_14(fn_wilting_9(X))
& fn_wilting_8(X) = fn_increase_2(fn_wilting_4(X))
& fn_wilting_6(X) = fn_increase_3(fn_wilting_4(X))
& fn_leaf_16(fn_wilting_9(X)) = fn_leaf_14(fn_wilting_9(X)) ) ) ).
fof(a533744,axiom,
! [X] :
( wind_1(X)
=> ( original_name_2(X,'Wind')
& user_description_2(X,'Atmospheric currents.')
& concept2words_2(X,breeze)
& concept2words_2(X,wind)
& physical_process_1(X) ) ) ).
fof(a533745,axiom,
! [X] :
( wine_1(X)
=> ( original_name_2(X,'Wine')
& user_description_2(X,'Wine is an alcoholic beverage, typically made of fermented grape juice.')
& concept2words_2(X,wine)
& liquid_substance_1(X)
& protein_enzyme_1(fn_wine_1(X))
& yeast_1(fn_wine_2(X))
& ethyl_alcohol_1(fn_wine_3(X))
& produce_1(fn_wine_4(X))
& alcohol_fermentation_1(fn_wine_5(X))
& entity_1(fn_create_1(fn_wine_4(X)))
& ethyl_alcohol_1(fn_alcohol_fermentation_47(fn_wine_5(X)))
& has_part_2(fn_wine_2(X),fn_wine_1(X))
& agent_2(fn_wine_5(X),fn_wine_1(X))
& has_part_2(X,fn_wine_3(X))
& result_2(fn_wine_4(X),X)
& result_2(fn_wine_5(X),fn_wine_3(X))
& X = fn_create_1(fn_wine_4(X))
& fn_wine_3(X) = fn_alcohol_fermentation_47(fn_wine_5(X)) ) ) ).
fof(a533746,axiom,
! [X] :
( wing_1(X)
=> ( original_name_2(X,'Wing')
& user_description_2(X,'In birds, the forelimb, which is modified for flying. In insects, an outgrowth of the exoskeleton that allows flight.')
& concept2words_2(X,wing)
& limb_1(X) ) ) ).
fof(a533747,axiom,
! [X] :
( winner_1(X)
=> ( original_name_2(X,'Winner')
& concept2words_2(X,winner)
& concept2words_2(X,victor)
& contestant_1(X)
& ~ loser_1(X) ) ) ).
fof(a533748,axiom,
! [X] :
( withdraw_1(X)
=> ( original_name_2(X,'Withdraw')
& concept2words_2(X,withdraw)
& concept2words_2(X,draw)
& concept2words_2(X,'take out')
& concept2words_2(X,take_out)
& concept2words_2(X,unpack)
& move_out_of_1(X)
& ~ exit_1(X)
& tangible_entity_1(fn_withdraw_1(X))
& base_2(X,fn_withdraw_1(X))
& fn_withdraw_1(X) = fn_move_out_of_1(X) ) ) ).
fof(a533749,axiom,
! [X] :
( wobble_hypothesis_1(X)
=> ( original_name_2(X,'Wobble-Hypothesis')
& user_description_2(X,'Flexibility in the base-pairing rules in which the nucleotide at the 5\'end of a tRNA anticodon can form hydrogen bonds with more than one kind of base in the third position (3\'end) of a codon.')
& concept2words_2(X,'hypothesis of wobble')
& concept2words_2(X,'wobble hypothesis')
& concept2words_2(X,'wobble-hypothesis')
& hypothesis_1(X)
& eukaryotic_translation_1(fn_wobble_hypothesis_1(X))
& base_2(fn_wobble_hypothesis_1(X),X) ) ) ).
fof(a533750,axiom,
! [X] :
( wood_1(X)
=> ( original_name_2(X,'Wood')
& concept2words_2(X,wood)
& solid_substance_1(X)
& detritus_1(X)
& ~ tissue_1(X)
& ~ stone_1(X)
& ~ rubber_1(X)
& ~ plastic_1(X)
& ~ paper_1(X)
& ~ glass_1(X)
& ~ pellet_1(X)
& ~ solid_support_1(X)
& cellulose_1(fn_wood_1(X))
& has_part_2(X,fn_wood_1(X)) ) ) ).
fof(a533751,axiom,
! [X] :
( woody_plant_1(X)
=> ( original_name_2(X,'Woody-Plant')
& user_description_2(X,'Vascular plant with growth such that it develops wood, or dead internal tissues.')
& concept2words_2(X,'woody plant')
& concept2words_2(X,'woody-plant')
& vascular_plant_1(X)
& stem_1(fn_woody_plant_1(X))
& secondary_growth_1(fn_woody_plant_2(X))
& root_system_1(fn_woody_plant_3(X))
& shoot_system_1(fn_woody_plant_4(X))
& root_1(fn_woody_plant_5(X))
& water_1(fn_woody_plant_6(X))
& temperature_value_1(fn_woody_plant_7(X))
& specific_heat_value_1(fn_woody_plant_8(X))
& photosynthesis_1(fn_woody_plant_9(X))
& anabolic_pathway_1(fn_woody_plant_9(X))
& metabolic_pathway_1(fn_woody_plant_9(X))
& nutrition_1(fn_woody_plant_10(X))
& photoautotroph_1(fn_woody_plant_11(X))
& plant_cell_1(fn_woody_plant_12(X))
& cell_1(fn_woody_plant_12(X))
& eukaryotic_cell_1(fn_woody_plant_12(X))
& store_1(fn_woody_plant_15(X))
& starch_storage_by_plant_1(fn_woody_plant_16(X))
& shoot_1(fn_woody_plant_17(X))
& tuber_1(fn_woody_plant_18(X))
& object_2(fn_woody_plant_2(X),fn_woody_plant_1(X))
& has_part_2(X,fn_woody_plant_1(X))
& fn_woody_plant_14(X) = fn_vascular_plant_22(X)
& fn_woody_plant_13(X) = fn_vascular_plant_21(X)
& fn_woody_plant_10(X) = fn_vascular_plant_18(X)
& fn_woody_plant_11(X) = fn_vascular_plant_19(X)
& fn_woody_plant_9(X) = fn_vascular_plant_17(X)
& fn_woody_plant_12(X) = fn_vascular_plant_20(X)
& fn_woody_plant_15(X) = fn_vascular_plant_23(X)
& fn_woody_plant_18(X) = fn_vascular_plant_25(X)
& fn_woody_plant_16(X) = fn_vascular_plant_24(X)
& fn_woody_plant_7(X) = fn_vascular_plant_13(X)
& fn_woody_plant_8(X) = fn_vascular_plant_14(X)
& fn_woody_plant_6(X) = fn_vascular_plant_12(X)
& fn_woody_plant_3(X) = fn_vascular_plant_16(X)
& fn_woody_plant_5(X) = fn_vascular_plant_9(X)
& fn_woody_plant_17(X) = fn_vascular_plant_26(X)
& fn_woody_plant_4(X) = fn_vascular_plant_15(X) ) ) ).
fof(a533752,axiom,
! [X] :
( work_1(X)
=> ( original_name_2(X,'Work')
& user_description_2(X,'Work is the amount of energy transferred by a force')
& concept2words_2(X,work)
& action_1(X)
& energy_1(fn_work_1(X))
& raw_material_2(X,fn_work_1(X)) ) ) ).
fof(a533753,axiom,
! [X] :
( workgroup_1(X)
=> ( original_name_2(X,'Workgroup')
& concept2words_2(X,workgroup)
& team_1(X) ) ) ).
fof(a533754,axiom,
! [X] :
( worth_constant_1(X)
=> ( original_name_2(X,'Worth-Constant')
& concept2words_2(X,'constant of worth')
& concept2words_2(X,'worth constant')
& concept2words_2(X,'worth-constant')
& constant_1(X) ) ) ).
fof(a533755,axiom,
! [X] :
( worth_scale_1(X)
=> ( original_name_2(X,'Worth-Scale')
& concept2words_2(X,'scale of worth')
& concept2words_2(X,'worth scale')
& concept2words_2(X,'worth-scale')
& scale_1(X) ) ) ).
fof(a533756,axiom,
! [X] :
( worth_value_1(X)
=> ( original_name_2(X,'Worth-Value')
& description_2(X,'an indefinite quantity of something having a specified value')
& concept2words_2(X,worth)
& concept2words_2(X,'value of worth')
& concept2words_2(X,'worth value')
& concept2words_2(X,'worth-value')
& property_value_1(X)
& ~ wetness_value_1(X)
& ~ voltage_value_1(X)
& ~ unitless_value_1(X)
& ~ truth_value_1(X)
& ~ trait_value_1(X)
& ~ texture_value_1(X)
& ~ temperature_value_1(X)
& ~ taste_value_1(X)
& ~ state_value_1(X)
& ~ smell_value_1(X)
& ~ shape_value_1(X)
& ~ sex_value_1(X)
& ~ sentience_value_1(X)
& ~ rotational_rate_value_1(X)
& ~ rate_value_1(X)
& ~ quantity_value_1(X)
& ~ pressure_value_1(X)
& ~ power_value_1(X)
& ~ polarity_value_1(X)
& ~ momentum_value_1(X)
& ~ moment_of_inertia_value_1(X)
& ~ mass_value_1(X)
& ~ manner_value_1(X)
& ~ magnitude_value_1(X)
& ~ luminous_intensity_value_1(X)
& ~ luminous_flux_value_1(X)
& ~ luminance_value_1(X)
& ~ intensity_value_1(X)
& ~ integrity_value_1(X)
& ~ frequency_value_1(X)
& ~ duration_value_1(X)
& ~ density_value_1(X)
& ~ consistency_value_1(X)
& ~ color_value_1(X)
& ~ capacity_value_1(X)
& ~ brightness_value_1(X)
& ~ breakability_value_1(X)
& ~ area_value_1(X)
& ~ animacy_value_1(X)
& ~ angle_value_1(X)
& ~ structural_complexity_value_1(X)
& ~ electronegativity_value_1(X)
& ~ coefficient_value_1(X)
& ~ concentration_value_1(X)
& ~ conductivity_value_1(X)
& ~ electrolyte_status_value_1(X)
& ~ equilibrium_constant_value_1(X)
& ~ reaction_direction_value_1(X)
& ~ salt_status_value_1(X)
& ~ solubility_value_1(X)
& ~ subscript_value_1(X) ) ) ).
fof(a533757,axiom,
! [X] :
( wound_repair_1(X)
=> ( original_name_2(X,'Wound-Repair')
& user_description_2(X,'Process in which tears or abrasions of tissues are sealed and repaired.')
& concept2words_2(X,'tissue repair')
& concept2words_2(X,repair)
& concept2words_2(X,'repair of wound')
& concept2words_2(X,'wound repair')
& concept2words_2(X,'wound-repair')
& healing_1(X)
& fibroblast_1(fn_wound_repair_1(X))
& fibroblast_1(fn_wound_repair_2(X))
& fibroblast_division_1(fn_wound_repair_3(X))
& repair_1(fn_wound_repair_4(X))
& tissue_1(fn_wound_repair_5(X))
& release_1(fn_wound_repair_6(X))
& tangible_entity_1(fn_wound_repair_7(X))
& platelet_derived_growth_factor_1(fn_wound_repair_7(X))
& platelet_1(fn_wound_repair_8(X))
& entity_1(fn_improvement_1(fn_wound_repair_4(X)))
& tangible_entity_1(fn_release_2(fn_wound_repair_6(X)))
& fibroblast_1(fn_fibroblast_division_3(fn_wound_repair_3(X)))
& fibroblast_1(fn_fibroblast_division_2(fn_wound_repair_3(X)))
& tangible_entity_1(fn_release_1(fn_wound_repair_6(X)))
& platelet_derived_growth_factor_1(fn_fibroblast_division_1(fn_wound_repair_3(X)))
& subevent_2(X,fn_wound_repair_6(X))
& subevent_2(X,fn_wound_repair_4(X))
& subevent_2(X,fn_wound_repair_3(X))
& is_inside_2(fn_wound_repair_7(X),fn_wound_repair_8(X))
& next_event_2(fn_wound_repair_6(X),fn_wound_repair_3(X))
& enables_2(fn_wound_repair_3(X),fn_wound_repair_4(X))
& object_2(fn_wound_repair_6(X),fn_wound_repair_7(X))
& object_2(fn_wound_repair_4(X),fn_wound_repair_5(X))
& object_2(X,fn_wound_repair_5(X))
& base_2(fn_wound_repair_6(X),fn_wound_repair_8(X))
& facilitates_2(fn_wound_repair_7(X),fn_wound_repair_3(X))
& fn_wound_repair_7(X) = fn_release_1(fn_wound_repair_6(X))
& fn_wound_repair_5(X) = fn_improvement_1(fn_wound_repair_4(X))
& fn_wound_repair_5(X) = fn_improvement_1(X)
& fn_wound_repair_8(X) = fn_release_2(fn_wound_repair_6(X))
& fn_wound_repair_7(X) = fn_fibroblast_division_1(fn_wound_repair_3(X))
& fn_wound_repair_2(X) = fn_fibroblast_division_3(fn_wound_repair_3(X))
& fn_wound_repair_1(X) = fn_fibroblast_division_2(fn_wound_repair_3(X))
& fn_release_1(fn_wound_repair_6(X)) = fn_fibroblast_division_1(fn_wound_repair_3(X)) ) ) ).
fof(a533758,axiom,
! [X] :
( wound_repair_in_liver_1(X)
=> ( original_name_2(X,'Wound-Repair-In-Liver')
& user_description_2(X,'Process in which tears or abrasions of liver tissues are sealed and repaired.')
& concept2words_2(X,repair)
& concept2words_2(X,'wound repair in liver')
& concept2words_2(X,'wound-repair-in-liver')
& wound_repair_1(X)
& tissue_1(fn_wound_repair_in_liver_1(X))
& organ_1(fn_wound_repair_in_liver_2(X))
& liver_1(fn_wound_repair_in_liver_2(X))
& liver_cell_1(fn_wound_repair_in_liver_3(X))
& digestive_system_1(fn_wound_repair_in_liver_4(X))
& container_1(fn_wound_repair_in_liver_5(X))
& store_1(fn_wound_repair_in_liver_6(X))
& release_1(fn_wound_repair_in_liver_7(X))
& entity_1(fn_wound_repair_in_liver_8(X))
& tangible_entity_1(fn_wound_repair_in_liver_8(X))
& bile_1(fn_wound_repair_in_liver_8(X))
& repair_1(fn_wound_repair_in_liver_9(X))
& release_1(fn_wound_repair_in_liver_10(X))
& parent_cell_1(fn_wound_repair_in_liver_11(X))
& fibroblast_division_1(fn_wound_repair_in_liver_12(X))
& fibroblast_1(fn_wound_repair_in_liver_13(X))
& fibroblast_1(fn_wound_repair_in_liver_14(X))
& eukaryotic_cell_1(fn_wound_repair_in_liver_15(X))
& cell_1(fn_wound_repair_in_liver_15(X))
& liver_cell_1(fn_wound_repair_in_liver_15(X))
& m_phase_1(fn_wound_repair_in_liver_16(X))
& vertebrate_1(fn_wound_repair_in_liver_17(X))
& parent_cell_1(fn_m_phase_40(fn_wound_repair_in_liver_16(X)))
& digestive_system_1(fn_vertebrate_40(fn_wound_repair_in_liver_17(X)))
& liver_1(fn_vertebrate_15(fn_wound_repair_in_liver_17(X)))
& entity_1(fn_liver_11(fn_wound_repair_in_liver_2(X)))
& tangible_entity_1(fn_liver_11(fn_wound_repair_in_liver_2(X)))
& bile_1(fn_liver_11(fn_wound_repair_in_liver_2(X)))
& release_1(fn_liver_12(fn_wound_repair_in_liver_2(X)))
& store_1(fn_liver_8(fn_wound_repair_in_liver_2(X)))
& container_1(fn_liver_7(fn_wound_repair_in_liver_2(X)))
& eukaryotic_cell_1(fn_m_phase_6(fn_wound_repair_in_liver_16(X)))
& cell_1(fn_m_phase_21(fn_wound_repair_in_liver_16(X)))
& eukaryotic_cell_1(fn_m_phase_21(fn_wound_repair_in_liver_16(X)))
& tissue_1(fn_organ_1(fn_wound_repair_in_liver_2(X)))
& eukaryotic_cell_1(fn_m_phase_20(fn_wound_repair_in_liver_16(X)))
& cell_1(fn_m_phase_20(fn_wound_repair_in_liver_16(X)))
& liver_cell_1(fn_liver_1(fn_wound_repair_in_liver_2(X)))
& base_2(fn_wound_repair_in_liver_12(X),fn_wound_repair_in_liver_14(X))
& next_event_2(fn_wound_repair_in_liver_12(X),fn_wound_repair_in_liver_16(X))
& fn_wound_repair_in_liver_13(X) != fn_wound_repair_in_liver_14(X)
& fn_wound_repair_in_liver_14(X) != fn_wound_repair_in_liver_13(X)
& exactCardinality(fn_wound_repair_in_liver_16(X),result_0,"2",liver_cell_0)
& next_event_2(fn_wound_repair_in_liver_16(X),fn_wound_repair_in_liver_9(X))
& agent_2(X,fn_wound_repair_in_liver_15(X))
& by_means_of_2(X,fn_wound_repair_in_liver_16(X))
& experiencer_2(X,fn_wound_repair_in_liver_17(X))
& subevent_2(X,fn_wound_repair_in_liver_16(X))
& first_subevent_2(X,fn_wound_repair_in_liver_10(X))
& has_part_2(fn_wound_repair_in_liver_2(X),fn_wound_repair_in_liver_1(X))
& object_2(fn_wound_repair_in_liver_16(X),fn_wound_repair_in_liver_15(X))
& plays_2(fn_wound_repair_in_liver_15(X),fn_wound_repair_in_liver_11(X))
& in_event_2(fn_wound_repair_in_liver_11(X),fn_wound_repair_in_liver_16(X))
& result_2(fn_wound_repair_in_liver_16(X),fn_wound_repair_in_liver_3(X))
& has_part_2(fn_wound_repair_in_liver_17(X),fn_wound_repair_in_liver_2(X))
& result_2(fn_wound_repair_in_liver_12(X),fn_wound_repair_in_liver_13(X))
& subevent_2(X,fn_wound_repair_in_liver_9(X))
& subevent_2(X,fn_wound_repair_in_liver_12(X))
& object_2(fn_wound_repair_in_liver_12(X),fn_wound_repair_in_liver_14(X))
& subevent_2(X,fn_wound_repair_in_liver_10(X))
& next_event_2(fn_wound_repair_in_liver_10(X),fn_wound_repair_in_liver_12(X))
& enables_2(fn_wound_repair_in_liver_12(X),fn_wound_repair_in_liver_9(X))
& object_2(fn_wound_repair_in_liver_9(X),fn_wound_repair_in_liver_1(X))
& object_2(X,fn_wound_repair_in_liver_1(X))
& has_part_2(fn_wound_repair_in_liver_2(X),fn_wound_repair_in_liver_15(X))
& fn_wound_repair_in_liver_1(X) = fn_organ_1(fn_wound_repair_in_liver_2(X))
& fn_wound_repair_in_liver_3(X) = fn_m_phase_6(fn_wound_repair_in_liver_16(X))
& fn_wound_repair_in_liver_3(X) = fn_m_phase_21(fn_wound_repair_in_liver_16(X))
& fn_wound_repair_in_liver_11(X) = fn_m_phase_40(fn_wound_repair_in_liver_16(X))
& fn_wound_repair_in_liver_15(X) = fn_m_phase_20(fn_wound_repair_in_liver_16(X))
& fn_wound_repair_in_liver_4(X) = fn_vertebrate_40(fn_wound_repair_in_liver_17(X))
& fn_wound_repair_in_liver_2(X) = fn_vertebrate_15(fn_wound_repair_in_liver_17(X))
& fn_wound_repair_in_liver_13(X) = fn_wound_repair_1(X)
& fn_wound_repair_in_liver_14(X) = fn_wound_repair_2(X)
& fn_wound_repair_in_liver_1(X) = fn_wound_repair_5(X)
& fn_wound_repair_in_liver_9(X) = fn_wound_repair_4(X)
& fn_wound_repair_in_liver_12(X) = fn_wound_repair_3(X)
& fn_wound_repair_in_liver_10(X) = fn_wound_repair_6(X)
& fn_wound_repair_in_liver_15(X) = fn_liver_1(fn_wound_repair_in_liver_2(X))
& fn_wound_repair_in_liver_8(X) = fn_liver_11(fn_wound_repair_in_liver_2(X))
& fn_wound_repair_in_liver_7(X) = fn_liver_12(fn_wound_repair_in_liver_2(X))
& fn_wound_repair_in_liver_6(X) = fn_liver_8(fn_wound_repair_in_liver_2(X))
& fn_wound_repair_in_liver_5(X) = fn_liver_7(fn_wound_repair_in_liver_2(X))
& fn_m_phase_6(fn_wound_repair_in_liver_16(X)) = fn_m_phase_21(fn_wound_repair_in_liver_16(X))
& fn_m_phase_21(fn_wound_repair_in_liver_16(X)) = fn_organ_1(fn_wound_repair_in_liver_2(X))
& fn_organ_1(fn_wound_repair_in_liver_2(X)) = fn_wound_repair_5(X)
& fn_wound_repair_5(X) = fn_wound_repair_5(X)
& fn_wound_repair_5(X) = fn_m_phase_20(fn_wound_repair_in_liver_16(X))
& fn_m_phase_20(fn_wound_repair_in_liver_16(X)) = fn_m_phase_20(fn_wound_repair_in_liver_16(X))
& fn_m_phase_20(fn_wound_repair_in_liver_16(X)) = fn_liver_1(fn_wound_repair_in_liver_2(X)) ) ) ).
fof(a533759,axiom,
! [X] :
( write_1(X)
=> ( original_name_2(X,'Write')
& concept2words_2(X,write)
& concept2words_2(X,compose)
& concept2words_2(X,pen)
& concept2words_2(X,indite)
& express_1(X)
& document_1(fn_write_1(X))
& write_1(fn_document_1(fn_write_1(X)))
& result_2(X,fn_write_1(X))
& X = fn_document_1(fn_write_1(X)) ) ) ).
fof(a533760,axiom,
! [X] :
( x_chromosome_1(X)
=> ( original_name_2(X,'X-Chromosome')
& user_description_2(X,'The X chromosome is one of the two sex-determining chromosomes in many animal species, including mammals (the other is the Y chromosome). It is a part of the XY sex-determination system and X0 sex-determination system.')
& concept2words_2(X,'x chromosomes')
& concept2words_2(X,'x-chromosomes')
& concept2words_2(X,'chromosome of x')
& concept2words_2(X,'x chromosome')
& concept2words_2(X,'x-chromosome')
& sex_chromosome_1(X)
& ~ y_chromosome_1(X) ) ) ).
fof(a533761,axiom,
! [X] :
( x_chromosome_dominant_1(X)
=> ( original_name_2(X,'X-Chromosome-Dominant')
& user_description_2(X,'An X chromosome that carries a dominant allele for a specified gene.')
& concept2words_2(X,'x chromosome dominant')
& concept2words_2(X,'x-chromosome-dominant')
& x_chromosome_1(X)
& ~ barr_body_1(X)
& ~ x_chromosome_recessive_1(X) ) ) ).
fof(a533762,axiom,
! [X] :
( x_chromosome_phenotype_dominant_1(X)
=> ( original_name_2(X,'X-Chromosome-Phenotype-Dominant')
& user_description_2(X,'The phenotype of a female who has one or two dominant alleles for an X chromosome gene or of a male who has the dominant allele for an X chromosome gene.')
& concept2words_2(X,'x chromosome phenotype dominant')
& concept2words_2(X,'x-chromosome-phenotype-dominant')
& phenotype_1(X)
& ~ autosomal_dominant_trait_1(X)
& ~ blood_type_phenotype_1(X)
& ~ dominant_phenotype_1(X)
& ~ codominant_1(X)
& ~ multifactorial_phenotype_1(X)
& ~ mutant_phenotype_1(X)
& ~ mutant_type_1(X)
& ~ parental_type_1(X)
& ~ phenotype_of_offspring_1(X)
& ~ phenotype_of_parent_1(X)
& ~ trait_on_a_range_1(X)
& ~ trait_on_a_scale_1(X)
& ~ wild_type_1(X)
& ~ x_chromosome_phenotype_recessive_1(X)
& code_for_1(fn_x_chromosome_phenotype_dominant_1(X))
& homozygous_dominant_female_1(fn_x_chromosome_phenotype_dominant_2(X))
& heterozygous_female_1(fn_x_chromosome_phenotype_dominant_3(X))
& dominant_male_1(fn_x_chromosome_phenotype_dominant_4(X))
& phenotype_1(fn_genotype_1(fn_x_chromosome_phenotype_dominant_3(X)))
& code_for_1(fn_genotype_2(fn_x_chromosome_phenotype_dominant_2(X)))
& code_for_1(fn_dominant_male_2(fn_x_chromosome_phenotype_dominant_4(X)))
& code_for_1(fn_genotype_2(fn_x_chromosome_phenotype_dominant_3(X)))
& agent_2(fn_x_chromosome_phenotype_dominant_1(X),fn_x_chromosome_phenotype_dominant_2(X))
& agent_2(fn_x_chromosome_phenotype_dominant_1(X),fn_x_chromosome_phenotype_dominant_4(X))
& agent_2(fn_x_chromosome_phenotype_dominant_1(X),fn_x_chromosome_phenotype_dominant_3(X))
& result_2(fn_x_chromosome_phenotype_dominant_1(X),X)
& fn_x_chromosome_phenotype_dominant_1(X) = fn_genotype_2(fn_x_chromosome_phenotype_dominant_2(X))
& fn_x_chromosome_phenotype_dominant_1(X) = fn_dominant_male_2(fn_x_chromosome_phenotype_dominant_4(X))
& X = fn_genotype_1(fn_x_chromosome_phenotype_dominant_3(X))
& fn_x_chromosome_phenotype_dominant_1(X) = fn_genotype_2(fn_x_chromosome_phenotype_dominant_3(X))
& fn_genotype_2(fn_x_chromosome_phenotype_dominant_2(X)) = fn_dominant_male_2(fn_x_chromosome_phenotype_dominant_4(X))
& fn_dominant_male_2(fn_x_chromosome_phenotype_dominant_4(X)) = fn_genotype_2(fn_x_chromosome_phenotype_dominant_3(X))
& fn_genotype_2(fn_x_chromosome_phenotype_dominant_3(X)) = fn_genotype_2(fn_x_chromosome_phenotype_dominant_3(X)) ) ) ).
fof(a533763,axiom,
! [X] :
( x_chromosome_phenotype_recessive_1(X)
=> ( original_name_2(X,'X-Chromosome-Phenotype-Recessive')
& user_description_2(X,'The phenotype of a female who has two recessive alleles for an X chromosome gene or of a male who has the recessive allele for an X chromosome gene.')
& concept2words_2(X,'x chromosome phenotype recessive')
& concept2words_2(X,'x-chromosome-phenotype-recessive')
& recessive_phenotype_1(X)
& ~ autosomal_dominant_trait_1(X)
& ~ blood_type_phenotype_1(X)
& ~ dominant_phenotype_1(X)
& ~ codominant_1(X)
& ~ multifactorial_phenotype_1(X)
& ~ mutant_phenotype_1(X)
& ~ mutant_type_1(X)
& ~ parental_type_1(X)
& ~ phenotype_of_offspring_1(X)
& ~ phenotype_of_parent_1(X)
& ~ trait_on_a_range_1(X)
& ~ trait_on_a_scale_1(X)
& ~ wild_type_1(X)
& ~ x_chromosome_phenotype_dominant_1(X)
& code_for_1(fn_x_chromosome_phenotype_recessive_1(X))
& dominant_male_1(fn_x_chromosome_phenotype_recessive_2(X))
& heterozygous_female_1(fn_x_chromosome_phenotype_recessive_3(X))
& homozygous_dominant_female_1(fn_x_chromosome_phenotype_recessive_4(X))
& phenotype_1(fn_genotype_1(fn_x_chromosome_phenotype_recessive_2(X)))
& code_for_1(fn_heterozygous_female_5(fn_x_chromosome_phenotype_recessive_3(X)))
& code_for_1(fn_genotype_2(fn_x_chromosome_phenotype_recessive_4(X)))
& code_for_1(fn_genotype_2(fn_x_chromosome_phenotype_recessive_2(X)))
& agent_2(fn_x_chromosome_phenotype_recessive_1(X),fn_x_chromosome_phenotype_recessive_3(X))
& agent_2(fn_x_chromosome_phenotype_recessive_1(X),fn_x_chromosome_phenotype_recessive_4(X))
& agent_2(fn_x_chromosome_phenotype_recessive_1(X),fn_x_chromosome_phenotype_recessive_2(X))
& result_2(fn_x_chromosome_phenotype_recessive_1(X),X)
& fn_x_chromosome_phenotype_recessive_1(X) = fn_heterozygous_female_5(fn_x_chromosome_phenotype_recessive_3(X))
& fn_x_chromosome_phenotype_recessive_1(X) = fn_genotype_2(fn_x_chromosome_phenotype_recessive_4(X))
& X = fn_genotype_1(fn_x_chromosome_phenotype_recessive_2(X))
& fn_x_chromosome_phenotype_recessive_1(X) = fn_genotype_2(fn_x_chromosome_phenotype_recessive_2(X))
& fn_heterozygous_female_5(fn_x_chromosome_phenotype_recessive_3(X)) = fn_genotype_2(fn_x_chromosome_phenotype_recessive_4(X))
& fn_genotype_2(fn_x_chromosome_phenotype_recessive_4(X)) = fn_genotype_2(fn_x_chromosome_phenotype_recessive_2(X))
& fn_genotype_2(fn_x_chromosome_phenotype_recessive_2(X)) = fn_genotype_2(fn_x_chromosome_phenotype_recessive_2(X)) ) ) ).
fof(a533764,axiom,
! [X] :
( x_chromosome_recessive_1(X)
=> ( original_name_2(X,'X-Chromosome-Recessive')
& user_description_2(X,'An X chromosome that carries a recessive allele for a specified gene.')
& concept2words_2(X,'x chromosome recessive')
& concept2words_2(X,'x-chromosome-recessive')
& x_chromosome_1(X)
& ~ barr_body_1(X)
& ~ x_chromosome_dominant_1(X) ) ) ).
fof(a533765,axiom,
! [X] :
( x_dominant_and_y_1(X)
=> ( original_name_2(X,'X-Dominant-And-Y')
& user_description_2(X,'The genotype of a male somatic cell containing a dominant allele for a specific gene on the X chromosome.')
& concept2words_2(X,'x dominant and y')
& concept2words_2(X,'x-dominant-and-y')
& dominant_1(X)
& ~ dominant_male_1(X)
& ~ heterozygous_female_1(X)
& ~ homozygous_dominant_female_1(X)
& ~ recessive_male_1(X)
& dominant_allele_1(fn_x_dominant_and_y_1(X))
& element_2(X,fn_x_dominant_and_y_1(X))
& fn_x_dominant_and_y_1(X) = fn_gene_related_aggregates_1(X) ) ) ).
fof(a533766,axiom,
! [X] :
( x_linked_inheritance_1(X)
=> ( original_name_2(X,'X-Linked-Inheritance')
& user_description_2(X,'Inheritance of characteristics that are determined by genes carried on the X chromosome(s).')
& concept2words_2(X,inherit)
& concept2words_2(X,'x linked inheritance')
& concept2words_2(X,'x-linked-inheritance')
& sex_linked_inheritance_1(X)
& x_chromosome_1(fn_x_linked_inheritance_1(X))
& exactCardinality(X,object_0,"1",x_chromosome_0)
& object_2(X,fn_x_linked_inheritance_1(X))
& fn_x_linked_inheritance_1(X) = fn_transfer_1(X) ) ) ).
fof(a533767,axiom,
! [X] :
( x_linked_inheritance_from_dominant_male_parent_1(X)
=> ( original_name_2(X,'X-Linked-Inheritance-From-Dominant-Male-Parent')
& user_description_2(X,'A form of X chromosome linked inheritance whereby the male parent is dominant for the inherited trait.')
& concept2words_2(X,inherit)
& concept2words_2(X,'x linked inheritance from dominant male parent')
& concept2words_2(X,'x-linked-inheritance-from-dominant-male-parent')
& x_linked_inheritance_from_male_parent_1(X)
& ~ x_linked_inheritance_from_recessive_male_parent_1(X)
& sex_linked_gene_1(fn_x_linked_inheritance_from_dominant_male_parent_1(X))
& dominant_allele_1(fn_x_linked_inheritance_from_dominant_male_parent_1(X))
& inheritance_1(fn_gene_15(fn_x_linked_inheritance_from_dominant_male_parent_1(X)))
& object_2(X,fn_x_linked_inheritance_from_dominant_male_parent_1(X))
& X = fn_gene_15(fn_x_linked_inheritance_from_dominant_male_parent_1(X)) ) ) ).
fof(a533768,axiom,
! [X] :
( x_linked_inheritance_from_heterozygous_female_parent_1(X)
=> ( original_name_2(X,'X-Linked-Inheritance-From-Heterozygous-Female-Parent')
& user_description_2(X,'Inheritance of characteristics that are determined by genes carried on the maternal X chromosomes of a female parent who is heterozygous for the defined characteristic.')
& concept2words_2(X,inherit)
& concept2words_2(X,'x linked inheritance from heterozygous female parent')
& concept2words_2(X,'x-linked-inheritance-from-heterozygous-female-parent')
& x_linked_inheritance_1(X)
& ~ x_linked_inheritance_from_male_parent_1(X)
& ~ x_linked_inheritance_from_homozygous_female_parent_1(X)
& organism_1(fn_x_linked_inheritance_from_heterozygous_female_parent_1(X))
& organism_1(fn_x_linked_inheritance_from_heterozygous_female_parent_4(X))
& organism_1(fn_x_linked_inheritance_from_heterozygous_female_parent_5(X))
& sex_value_1(fn_x_linked_inheritance_from_heterozygous_female_parent_6(X))
& sex_value_1(fn_x_linked_inheritance_from_heterozygous_female_parent_7(X))
& x_chromosome_1(fn_x_linked_inheritance_from_heterozygous_female_parent_8(X))
& lysosome_1(fn_x_linked_inheritance_from_heterozygous_female_parent_9(X))
& eukaryotic_cell_1(fn_x_linked_inheritance_from_heterozygous_female_parent_10(X))
& tangible_entity_1(fn_x_linked_inheritance_from_heterozygous_female_parent_11(X))
& nucleus_1(fn_x_linked_inheritance_from_heterozygous_female_parent_11(X))
& organism_1(fn_x_linked_inheritance_from_heterozygous_female_parent_12(X))
& tangible_entity_1(fn_x_linked_inheritance_from_heterozygous_female_parent_13(X))
& nucleus_1(fn_x_linked_inheritance_from_heterozygous_female_parent_13(X))
& eukaryotic_cell_1(fn_x_linked_inheritance_from_heterozygous_female_parent_14(X))
& tangible_entity_1(fn_x_linked_inheritance_from_heterozygous_female_parent_15(X))
& nucleus_1(fn_x_linked_inheritance_from_heterozygous_female_parent_15(X))
& eukaryotic_cell_1(fn_x_linked_inheritance_from_heterozygous_female_parent_16(X))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_x_linked_inheritance_from_heterozygous_female_parent_14(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_x_linked_inheritance_from_heterozygous_female_parent_14(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_x_linked_inheritance_from_heterozygous_female_parent_16(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_x_linked_inheritance_from_heterozygous_female_parent_16(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_x_linked_inheritance_from_heterozygous_female_parent_10(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_x_linked_inheritance_from_heterozygous_female_parent_10(X)))
& is_inside_2(fn_x_linked_inheritance_from_heterozygous_female_parent_15(X),fn_x_linked_inheritance_from_heterozygous_female_parent_16(X))
& is_inside_2(fn_x_linked_inheritance_from_heterozygous_female_parent_13(X),fn_x_linked_inheritance_from_heterozygous_female_parent_14(X))
& recipient_2(X,fn_x_linked_inheritance_from_heterozygous_female_parent_1(X))
& recipient_2(X,fn_x_linked_inheritance_from_heterozygous_female_parent_5(X))
& recipient_2(X,fn_x_linked_inheritance_from_heterozygous_female_parent_4(X))
& has_part_2(fn_x_linked_inheritance_from_heterozygous_female_parent_12(X),fn_x_linked_inheritance_from_heterozygous_female_parent_16(X))
& has_part_2(fn_x_linked_inheritance_from_heterozygous_female_parent_4(X),fn_x_linked_inheritance_from_heterozygous_female_parent_14(X))
& sex_2(fn_x_linked_inheritance_from_heterozygous_female_parent_5(X),fn_x_linked_inheritance_from_heterozygous_female_parent_7(X))
& has_part_2(fn_x_linked_inheritance_from_heterozygous_female_parent_1(X),fn_x_linked_inheritance_from_heterozygous_female_parent_10(X))
& sex_2(fn_x_linked_inheritance_from_heterozygous_female_parent_1(X),fn_x_linked_inheritance_from_heterozygous_female_parent_6(X))
& the_categorical_value_2(fn_x_linked_inheritance_from_heterozygous_female_parent_6(X),male_0)
& the_categorical_value_2(fn_x_linked_inheritance_from_heterozygous_female_parent_7(X),male_0)
& has_part_2(fn_x_linked_inheritance_from_heterozygous_female_parent_11(X),fn_x_linked_inheritance_from_heterozygous_female_parent_8(X))
& is_inside_2(fn_x_linked_inheritance_from_heterozygous_female_parent_11(X),fn_x_linked_inheritance_from_heterozygous_female_parent_10(X))
& has_part_2(fn_x_linked_inheritance_from_heterozygous_female_parent_10(X),fn_x_linked_inheritance_from_heterozygous_female_parent_9(X))
& recipient_2(X,fn_x_linked_inheritance_from_heterozygous_female_parent_12(X))
& has_part_2(fn_x_linked_inheritance_from_heterozygous_female_parent_14(X),fn_x_linked_inheritance_from_heterozygous_female_parent_13(X))
& has_part_2(fn_x_linked_inheritance_from_heterozygous_female_parent_16(X),fn_x_linked_inheritance_from_heterozygous_female_parent_15(X))
& has_part_2(fn_x_linked_inheritance_from_heterozygous_female_parent_10(X),fn_x_linked_inheritance_from_heterozygous_female_parent_11(X))
& fn_x_linked_inheritance_from_heterozygous_female_parent_12(X) = fn_inheritance_1(X)
& fn_x_linked_inheritance_from_heterozygous_female_parent_13(X) = fn_eukaryotic_cell_26(fn_x_linked_inheritance_from_heterozygous_female_parent_14(X))
& fn_x_linked_inheritance_from_heterozygous_female_parent_15(X) = fn_eukaryotic_cell_26(fn_x_linked_inheritance_from_heterozygous_female_parent_16(X))
& fn_x_linked_inheritance_from_heterozygous_female_parent_11(X) = fn_eukaryotic_cell_26(fn_x_linked_inheritance_from_heterozygous_female_parent_10(X)) ) ) ).
fof(a533769,axiom,
! [X] :
( x_linked_inheritance_from_homozygous_dominant_female_parent_1(X)
=> ( original_name_2(X,'X-Linked-Inheritance-From-Homozygous-Dominant-Female-Parent')
& user_description_2(X,'A form of X chromosome linked inheritance whereby the female parent is homozygous dominant for the inherited trait.')
& concept2words_2(X,inherit)
& concept2words_2(X,'x linked inheritance from homozygous dominant female parent')
& concept2words_2(X,'x-linked-inheritance-from-homozygous-dominant-female-parent')
& x_linked_inheritance_from_homozygous_female_parent_1(X)
& ~ x_linked_inheritance_from_homozygous_recessive_female_parent_1(X)
& x_chromosome_dominant_1(fn_x_linked_inheritance_from_homozygous_dominant_female_parent_1(X))
& object_2(X,fn_x_linked_inheritance_from_homozygous_dominant_female_parent_1(X))
& fn_x_linked_inheritance_from_homozygous_dominant_female_parent_1(X) = fn_x_linked_inheritance_1(X) ) ) ).
fof(a533770,axiom,
! [X] :
( x_linked_inheritance_from_homozygous_female_parent_1(X)
=> ( original_name_2(X,'X-Linked-Inheritance-From-Homozygous-Female-Parent')
& user_description_2(X,'Inheritance of characteristics that are determined by genes carried on the maternal X chromosomes of a female parent who is homozygous for the defined characteristic.')
& concept2words_2(X,inherit)
& concept2words_2(X,'x linked inheritance from homozygous female parent')
& concept2words_2(X,'x-linked-inheritance-from-homozygous-female-parent')
& x_linked_inheritance_1(X)
& ~ x_linked_inheritance_from_heterozygous_female_parent_1(X)
& ~ x_linked_inheritance_from_male_parent_1(X)
& sex_value_1(fn_x_linked_inheritance_from_homozygous_female_parent_4(X))
& sex_value_1(fn_x_linked_inheritance_from_homozygous_female_parent_5(X))
& sex_value_1(fn_x_linked_inheritance_from_homozygous_female_parent_6(X))
& x_chromosome_1(fn_x_linked_inheritance_from_homozygous_female_parent_7(X))
& y_chromosome_1(fn_x_linked_inheritance_from_homozygous_female_parent_8(X))
& parent_1(fn_x_linked_inheritance_from_homozygous_female_parent_9(X))
& sex_linked_gene_1(fn_x_linked_inheritance_from_homozygous_female_parent_10(X))
& gene_related_aggregates_1(fn_x_linked_inheritance_from_homozygous_female_parent_11(X))
& genotype_1(fn_x_linked_inheritance_from_homozygous_female_parent_11(X))
& offspring_1(fn_x_linked_inheritance_from_homozygous_female_parent_12(X))
& offspring_1(fn_x_linked_inheritance_from_homozygous_female_parent_13(X))
& organism_1(fn_x_linked_inheritance_from_homozygous_female_parent_14(X))
& entity_1(fn_x_linked_inheritance_from_homozygous_female_parent_15(X))
& organism_1(fn_x_linked_inheritance_from_homozygous_female_parent_15(X))
& organism_1(fn_x_linked_inheritance_from_homozygous_female_parent_16(X))
& organism_1(fn_organism_role_1(fn_x_linked_inheritance_from_homozygous_female_parent_13(X)))
& organism_1(fn_organism_role_1(fn_x_linked_inheritance_from_homozygous_female_parent_12(X)))
& event_1(fn_organism_role_2(fn_x_linked_inheritance_from_homozygous_female_parent_13(X)))
& event_1(fn_organism_role_2(fn_x_linked_inheritance_from_homozygous_female_parent_12(X)))
& sex_2(fn_x_linked_inheritance_from_homozygous_female_parent_16(X),fn_x_linked_inheritance_from_homozygous_female_parent_4(X))
& has_part_2(fn_x_linked_inheritance_from_homozygous_female_parent_15(X),fn_x_linked_inheritance_from_homozygous_female_parent_8(X))
& sex_2(fn_x_linked_inheritance_from_homozygous_female_parent_15(X),fn_x_linked_inheritance_from_homozygous_female_parent_5(X))
& recipient_2(X,fn_x_linked_inheritance_from_homozygous_female_parent_14(X))
& has_part_2(fn_x_linked_inheritance_from_homozygous_female_parent_14(X),fn_x_linked_inheritance_from_homozygous_female_parent_7(X))
& sex_2(fn_x_linked_inheritance_from_homozygous_female_parent_14(X),fn_x_linked_inheritance_from_homozygous_female_parent_6(X))
& the_categorical_value_2(fn_x_linked_inheritance_from_homozygous_female_parent_6(X),female_0)
& the_categorical_value_2(fn_x_linked_inheritance_from_homozygous_female_parent_5(X),male_0)
& the_categorical_value_2(fn_x_linked_inheritance_from_homozygous_female_parent_4(X),female_0)
& recipient_2(X,fn_x_linked_inheritance_from_homozygous_female_parent_15(X))
& plays_2(fn_x_linked_inheritance_from_homozygous_female_parent_14(X),fn_x_linked_inheritance_from_homozygous_female_parent_13(X))
& in_event_2(fn_x_linked_inheritance_from_homozygous_female_parent_13(X),X)
& plays_2(fn_x_linked_inheritance_from_homozygous_female_parent_15(X),fn_x_linked_inheritance_from_homozygous_female_parent_12(X))
& in_event_2(fn_x_linked_inheritance_from_homozygous_female_parent_12(X),X)
& donor_2(X,fn_x_linked_inheritance_from_homozygous_female_parent_16(X))
& object_2(X,fn_x_linked_inheritance_from_homozygous_female_parent_10(X))
& element_2(fn_x_linked_inheritance_from_homozygous_female_parent_11(X),fn_x_linked_inheritance_from_homozygous_female_parent_10(X))
& has_part_2(fn_x_linked_inheritance_from_homozygous_female_parent_16(X),fn_x_linked_inheritance_from_homozygous_female_parent_11(X))
& plays_2(fn_x_linked_inheritance_from_homozygous_female_parent_16(X),fn_x_linked_inheritance_from_homozygous_female_parent_9(X))
& in_event_2(fn_x_linked_inheritance_from_homozygous_female_parent_9(X),X)
& fn_x_linked_inheritance_from_homozygous_female_parent_15(X) = fn_inheritance_1(X)
& fn_x_linked_inheritance_from_homozygous_female_parent_14(X) = fn_organism_role_1(fn_x_linked_inheritance_from_homozygous_female_parent_13(X))
& X = fn_organism_role_2(fn_x_linked_inheritance_from_homozygous_female_parent_13(X))
& fn_x_linked_inheritance_from_homozygous_female_parent_15(X) = fn_organism_role_1(fn_x_linked_inheritance_from_homozygous_female_parent_12(X))
& X = fn_organism_role_2(fn_x_linked_inheritance_from_homozygous_female_parent_12(X))
& fn_x_linked_inheritance_from_homozygous_female_parent_9(X) = fn_inheritance_2(X)
& fn_x_linked_inheritance_from_homozygous_female_parent_16(X) = fn_inheritance_3(X)
& fn_x_linked_inheritance_from_homozygous_female_parent_11(X) = fn_inheritance_5(X)
& fn_x_linked_inheritance_from_homozygous_female_parent_10(X) = fn_inheritance_4(X)
& fn_inheritance_1(X) = fn_organism_role_1(fn_x_linked_inheritance_from_homozygous_female_parent_12(X))
& fn_organism_role_2(fn_x_linked_inheritance_from_homozygous_female_parent_13(X)) = fn_organism_role_2(fn_x_linked_inheritance_from_homozygous_female_parent_12(X)) ) ) ).
fof(a533771,axiom,
! [X] :
( x_linked_inheritance_from_homozygous_recessive_female_parent_1(X)
=> ( original_name_2(X,'X-Linked-Inheritance-From-Homozygous-Recessive-Female-Parent')
& user_description_2(X,'A form of X chromosome linked inheritance whereby the female parent is homozygous recessive for the inherited trait.')
& concept2words_2(X,inherit)
& concept2words_2(X,'x linked inheritance from homozygous recessive female parent')
& concept2words_2(X,'x-linked-inheritance-from-homozygous-recessive-female-parent')
& x_linked_inheritance_from_homozygous_female_parent_1(X)
& ~ x_linked_inheritance_from_homozygous_dominant_female_parent_1(X)
& recessive_allele_1(fn_x_linked_inheritance_from_homozygous_recessive_female_parent_1(X))
& sex_linked_gene_1(fn_x_linked_inheritance_from_homozygous_recessive_female_parent_1(X))
& x_chromosome_recessive_1(fn_x_linked_inheritance_from_homozygous_recessive_female_parent_2(X))
& inheritance_1(fn_gene_15(fn_x_linked_inheritance_from_homozygous_recessive_female_parent_1(X)))
& object_2(X,fn_x_linked_inheritance_from_homozygous_recessive_female_parent_2(X))
& object_2(X,fn_x_linked_inheritance_from_homozygous_recessive_female_parent_1(X))
& fn_x_linked_inheritance_from_homozygous_recessive_female_parent_2(X) = fn_x_linked_inheritance_1(X)
& X = fn_gene_15(fn_x_linked_inheritance_from_homozygous_recessive_female_parent_1(X)) ) ) ).
fof(a533772,axiom,
! [X] :
( x_linked_inheritance_from_male_parent_1(X)
=> ( original_name_2(X,'X-Linked-Inheritance-From-Male-Parent')
& user_description_2(X,'Inheritance of a gene on the male parent\'s X chromosome.')
& concept2words_2(X,inherit)
& concept2words_2(X,'x linked inheritance from male parent')
& concept2words_2(X,'x-linked-inheritance-from-male-parent')
& x_linked_inheritance_1(X)
& ~ x_linked_inheritance_from_heterozygous_female_parent_1(X)
& ~ x_linked_inheritance_from_homozygous_female_parent_1(X)
& sex_value_1(fn_x_linked_inheritance_from_male_parent_2(X))
& x_chromosome_1(fn_x_linked_inheritance_from_male_parent_3(X))
& organism_1(fn_x_linked_inheritance_from_male_parent_4(X))
& the_categorical_value_2(fn_x_linked_inheritance_from_male_parent_2(X),male_0)
& sex_2(fn_x_linked_inheritance_from_male_parent_4(X),fn_x_linked_inheritance_from_male_parent_2(X))
& has_part_2(fn_x_linked_inheritance_from_male_parent_4(X),fn_x_linked_inheritance_from_male_parent_3(X))
& donor_2(X,fn_x_linked_inheritance_from_male_parent_4(X))
& object_2(X,fn_x_linked_inheritance_from_male_parent_3(X))
& fn_x_linked_inheritance_from_male_parent_4(X) = fn_inheritance_3(X)
& fn_x_linked_inheritance_from_male_parent_3(X) = fn_x_linked_inheritance_1(X) ) ) ).
fof(a533773,axiom,
! [X] :
( x_linked_inheritance_from_recessive_male_parent_1(X)
=> ( original_name_2(X,'X-Linked-Inheritance-From-Recessive-Male-Parent')
& user_description_2(X,'A form of X chromosome linked inheritance whereby the male parent is recessive for the inherited trait.')
& concept2words_2(X,inherit)
& concept2words_2(X,'x linked inheritance from recessive male parent')
& concept2words_2(X,'x-linked-inheritance-from-recessive-male-parent')
& x_linked_inheritance_from_male_parent_1(X)
& ~ x_linked_inheritance_from_dominant_male_parent_1(X)
& sex_linked_gene_1(fn_x_linked_inheritance_from_recessive_male_parent_1(X))
& recessive_allele_1(fn_x_linked_inheritance_from_recessive_male_parent_1(X))
& inheritance_1(fn_gene_15(fn_x_linked_inheritance_from_recessive_male_parent_1(X)))
& object_2(X,fn_x_linked_inheritance_from_recessive_male_parent_1(X))
& X = fn_gene_15(fn_x_linked_inheritance_from_recessive_male_parent_1(X)) ) ) ).
fof(a533774,axiom,
! [X] :
( x_ray_crystallography_1(X)
=> ( original_name_2(X,'X-Ray-Crystallography')
& user_description_2(X,'A technique used to determine the arrangement of atoms within a crystal.')
& concept2words_2(X,'x ray crystallography')
& concept2words_2(X,'x-ray-crystallography')
& technique_1(X)
& ~ absolute_dating_1(X)
& ~ atomic_tracking_1(X)
& ~ autoradiography_1(X)
& ~ cloning_1(X)
& ~ dna_mapping_1(X)
& ~ dna_microarray_1(X)
& ~ fetoscopy_1(X)
& ~ genetic_linkage_mapping_1(X)
& ~ gram_stain_1(X)
& ~ in_situ_hybridization_1(X)
& ~ in_vitro_hybridization_1(X)
& ~ mark_recapture_method_1(X)
& ~ microscopy_1(X)
& ~ molecular_clock_1(X)
& ~ nuclear_transplantation_1(X)
& ~ population_viability_analysis_1(X)
& ~ positron_emission_tomography_1(X)
& ~ radiometric_dating_1(X)
& ~ rule_of_addition_1(X)
& ~ shotgun_sequencing_1(X)
& ~ testcross_1(X)
& x_ray_diffraction_pattern_1(fn_x_ray_crystallography_1(X))
& x_ray_crystallography_1(fn_x_ray_diffraction_pattern_1(fn_x_ray_crystallography_1(X)))
& result_2(X,fn_x_ray_crystallography_1(X))
& X = fn_x_ray_diffraction_pattern_1(fn_x_ray_crystallography_1(X)) ) ) ).
fof(a533775,axiom,
! [X] :
( x_ray_diffraction_pattern_1(X)
=> ( original_name_2(X,'X-Ray-Diffraction-Pattern')
& user_description_2(X,'Pattern of spots produced by the X-Ray Diffraction technique which reveals details about molecular structure.')
& concept2words_2(X,'x ray diffraction pattern')
& concept2words_2(X,'x-ray-diffraction-pattern')
& representation_of_data_1(X)
& x_ray_crystallography_1(fn_x_ray_diffraction_pattern_1(X))
& detector_1(fn_x_ray_diffraction_pattern_2(X))
& result_2(fn_x_ray_diffraction_pattern_1(X),X)
& instrument_2(fn_x_ray_diffraction_pattern_1(X),fn_x_ray_diffraction_pattern_2(X)) ) ) ).
fof(a533776,axiom,
! [X] :
( x_rays_1(X)
=> ( original_name_2(X,'X-Rays')
& user_description_2(X,'X-rays are the electromagnetic radiation with wavelenth ranging from 0.001 nm to 1 nm. Their wavelength is shorter than that of ultraviolet-rays, but longer than gamma-rays')
& concept2words_2(X,'x ray')
& concept2words_2(X,'x-ray')
& radiation_1(X)
& electromagnetic_spectrum_1(fn_x_rays_1(X))
& length_value_1(fn_x_rays_2(X))
& length_value_1(fn_x_rays_3(X))
& length_value_1(fn_x_rays_4(X))
& element_2(fn_x_rays_1(X),X)
& wavelength_2(X,fn_x_rays_4(X))
& greater_than_or_equal_to_2(fn_x_rays_2(X),fn_x_rays_4(X))
& the_cardinal_value_2(fn_x_rays_2(X),"1.0e0")
& cardinal_unit_class_2(fn_x_rays_2(X),nanometer_0)
& the_cardinal_value_2(fn_x_rays_3(X),"0.001e0")
& cardinal_unit_class_2(fn_x_rays_3(X),nanometer_0)
& greater_than_or_equal_to_2(fn_x_rays_4(X),fn_x_rays_3(X)) ) ) ).
fof(a533777,axiom,
! [X] :
( xenon_1(X)
=> ( original_name_2(X,'Xenon')
& user_description_2(X,'Xenon is a non metal atom with atomic number 54. It is represented by the symbol Xe.')
& concept2words_2(X,'Xe')
& concept2words_2(X,xenon)
& inert_atom_1(X)
& neutron_1(fn_xenon_4(X))
& atomic_mass_value_1(fn_xenon_5(X))
& valence_value_1(fn_xenon_6(X))
& electronegativity_value_1(fn_xenon_7(X))
& valence_electron_1(fn_xenon_11(X))
& atomic_weight_value_1(fn_xenon_12(X))
& atomic_number_value_1(fn_xenon_13(X))
& quantity_value_1(fn_xenon_14(X))
& electronegativity_2(X,fn_xenon_7(X))
& valence_2(X,fn_xenon_6(X))
& mass_number_2(X,fn_xenon_5(X))
& exactCardinality(X,has_part_0,"77",neutron_0)
& exactCardinality(X,has_part_0,"54",proton_0)
& exactCardinality(X,has_part_0,"54",electron_0)
& has_part_2(X,fn_xenon_4(X))
& the_cardinal_value_2(fn_xenon_14(X),"8")
& cardinal_unit_class_2(fn_xenon_14(X),unity_0)
& the_cardinal_value_2(fn_xenon_7(X),"2.6")
& cardinal_unit_class_2(fn_xenon_7(X),unity_0)
& the_cardinal_value_2(fn_xenon_6(X),"0")
& cardinal_unit_class_2(fn_xenon_6(X),unity_0)
& the_cardinal_value_2(fn_xenon_5(X),"131")
& cardinal_unit_class_2(fn_xenon_5(X),unity_0)
& the_cardinal_value_2(fn_xenon_13(X),"54")
& cardinal_unit_class_2(fn_xenon_13(X),unity_0)
& the_cardinal_value_2(fn_xenon_12(X),"131.3")
& cardinal_unit_class_2(fn_xenon_12(X),dalton_0)
& atomic_number_2(X,fn_xenon_13(X))
& called_2(fn_xenon_13(X),'Atomic_Number')
& atomic_weight_2(X,fn_xenon_12(X))
& has_part_2(X,fn_xenon_11(X))
& quantity_2(fn_xenon_11(X),fn_xenon_14(X))
& called_2(fn_xenon_14(X),'Number_Electron')
& fn_xenon_9(X) = fn_atom_12(X)
& fn_xenon_8(X) = fn_atom_1(X)
& fn_xenon_13(X) = fn_atom_17(X)
& fn_xenon_10(X) = fn_atom_13(X)
& fn_xenon_12(X) = fn_atom_16(X)
& fn_xenon_14(X) = fn_atom_5(X)
& fn_xenon_11(X) = fn_atom_14(X) ) ) ).
fof(a533778,axiom,
! [X] :
( xerophyte_1(X)
=> ( original_name_2(X,'Xerophyte')
& user_description_2(X,'A plant adapted to an arid climate.')
& concept2words_2(X,xerophyte)
& terrestrial_plant_1(X) ) ) ).
fof(a533779,axiom,
! [X] :
( xist_gene_1(X)
=> ( original_name_2(X,'XIST-Gene')
& user_description_2(X,'A gene that codes for Xist RNA.')
& concept2words_2(X,'x inactive specific transcript')
& concept2words_2(X,'x-inactive-specific-transcript')
& concept2words_2(X,'x inactive specific transcript gene')
& concept2words_2(X,'x-inactive-specific-transcript-gene')
& concept2words_2(X,'xist gene')
& concept2words_2(X,'xist-gene')
& developmental_gene_1(X)
& xist_rna_1(fn_xist_gene_1(X))
& code_for_1(fn_xist_gene_2(X))
& entity_1(fn_code_for_2(fn_xist_gene_2(X)))
& donor_2(fn_xist_gene_2(X),X)
& result_2(fn_xist_gene_2(X),fn_xist_gene_1(X))
& agent_2(fn_xist_gene_2(X),X)
& fn_xist_gene_1(X) = fn_code_for_2(fn_xist_gene_2(X))
& fn_xist_gene_2(X) = fn_gene_13(X) ) ) ).
fof(a533780,axiom,
! [X] :
( xist_rna_1(X)
=> ( original_name_2(X,'XIST-RNA')
& user_description_2(X,'An RNA molecule that plays critical roles in the choice of which X chromosome remains active and which will become a Barr body.')
& concept2words_2(X,'x inactive specific transcript')
& concept2words_2(X,'x-inactive-specific-transcript')
& concept2words_2(X,'x inactive specific transcript rna')
& concept2words_2(X,'x-inactive-specific-transcript-rna')
& concept2words_2(X,'xist rna')
& concept2words_2(X,'xist-rna')
& regulatory_rna_1(X)
& atomic_number_value_1(fn_xist_rna_7(X))
& system_1(fn_xist_rna_8(X))
& covalent_bond_1(fn_xist_rna_10(X))
& chemical_bond_1(fn_xist_rna_10(X))
& phosphodiester_bond_1(fn_xist_rna_10(X))
& barr_body_formation_1(fn_xist_rna_11(X))
& barr_body_1(fn_xist_rna_12(X))
& deactivate_1(fn_xist_rna_13(X))
& attach_1(fn_xist_rna_14(X))
& x_chromosome_1(fn_xist_rna_15(X))
& atom_1(fn_xist_rna_16(X))
& chemical_entity_1(fn_xist_rna_16(X))
& carbon_1(fn_xist_rna_16(X))
& carbon_skeleton_1(fn_xist_rna_17(X))
& chemical_entity_1(fn_xist_rna_18(X))
& atom_1(fn_xist_rna_18(X))
& quantity_value_1(fn_xist_rna_19(X))
& speed_value_1(fn_xist_rna_20(X))
& size_value_1(fn_xist_rna_21(X))
& size_value_1(fn_xist_rna_22(X))
& ribonucleoside_monophosphate_1(fn_xist_rna_23(X))
& constant_motion_1(fn_xist_rna_24(X))
& kinetic_energy_1(fn_xist_rna_25(X))
& entity_1(fn_xist_rna_26(X))
& chemical_entity_1(fn_xist_rna_26(X))
& atom_1(fn_xist_rna_26(X))
& carbon_1(fn_xist_rna_26(X))
& ribonucleoside_monophosphate_1(fn_xist_rna_27(X))
& barr_body_formation_1(fn_barr_body_3(fn_xist_rna_12(X)))
& spatial_entity_1(fn_attach_1(fn_xist_rna_14(X)))
& equation_big_node_1(fn_carbon_7(fn_xist_rna_26(X)))
& property_node_1(fn_carbon_13(fn_xist_rna_26(X)))
& system_1(fn_carbon_11(fn_xist_rna_26(X)))
& equation_set_1(fn_carbon_20(fn_xist_rna_26(X)))
& entity_1(fn_make_inaccessible_1(fn_xist_rna_13(X)))
& spatial_entity_1(fn_attach_2(fn_xist_rna_14(X)))
& atomic_number_value_1(fn_atom_17(fn_xist_rna_26(X)))
& atomic_number_value_1(fn_carbon_16(fn_xist_rna_26(X)))
& subevent_2(fn_xist_rna_11(X),fn_xist_rna_14(X))
& subevent_2(fn_xist_rna_11(X),fn_xist_rna_13(X))
& first_subevent_2(fn_xist_rna_11(X),fn_xist_rna_14(X))
& agent_2(fn_xist_rna_13(X),X)
& enables_2(fn_xist_rna_14(X),fn_xist_rna_13(X))
& size_2(fn_xist_rna_23(X),fn_xist_rna_21(X))
& size_2(fn_xist_rna_27(X),fn_xist_rna_21(X))
& object_2(fn_xist_rna_13(X),fn_xist_rna_15(X))
& base_2(fn_xist_rna_14(X),fn_xist_rna_15(X))
& result_2(fn_xist_rna_11(X),fn_xist_rna_12(X))
& object_2(fn_xist_rna_14(X),X)
& size_2(X,fn_xist_rna_22(X))
& greater_than_2(fn_xist_rna_22(X),fn_xist_rna_21(X))
& has_region_2(X,fn_xist_rna_17(X))
& is_inside_2(fn_xist_rna_16(X),fn_xist_rna_17(X))
& fn_xist_rna_18(X) != fn_xist_rna_16(X)
& fn_xist_rna_16(X) != fn_xist_rna_18(X)
& has_part_2(X,fn_xist_rna_18(X))
& possesses_2(X,fn_xist_rna_25(X))
& quantity_2(fn_xist_rna_25(X),fn_xist_rna_19(X))
& directly_proportional_2(fn_xist_rna_20(X),fn_xist_rna_19(X))
& speed_2(fn_xist_rna_24(X),fn_xist_rna_20(X))
& object_2(fn_xist_rna_24(X),X)
& has_part_2(X,fn_xist_rna_16(X))
& has_part_2(X,fn_xist_rna_23(X))
& fn_xist_rna_23(X) != fn_xist_rna_27(X)
& has_part_2(X,fn_xist_rna_27(X))
& possesses_2(X,fn_xist_rna_10(X))
& is_between_2(fn_xist_rna_10(X),fn_xist_rna_26(X))
& fn_xist_rna_27(X) != fn_xist_rna_23(X)
& atomic_number_2(fn_xist_rna_26(X),fn_xist_rna_7(X))
& called_2(fn_xist_rna_7(X),'Atomic_Number')
& fn_xist_rna_15(X) = fn_make_inaccessible_1(fn_xist_rna_13(X))
& fn_xist_rna_15(X) = fn_attach_2(fn_xist_rna_14(X))
& fn_xist_rna_11(X) = fn_barr_body_3(fn_xist_rna_12(X))
& X = fn_attach_1(fn_xist_rna_14(X))
& fn_xist_rna_3(X) = fn_nucleic_acid_33(X)
& fn_xist_rna_4(X) = fn_nucleic_acid_34(X)
& fn_xist_rna_21(X) = fn_nucleic_acid_28(X)
& fn_xist_rna_22(X) = fn_nucleic_acid_29(X)
& fn_xist_rna_18(X) = fn_organic_molecule_2(X)
& fn_xist_rna_16(X) = fn_organic_molecule_1(X)
& fn_xist_rna_17(X) = fn_organic_molecule_3(X)
& fn_xist_rna_6(X) = fn_molecule_2(X)
& fn_xist_rna_18(X) = fn_molecule_7(X)
& fn_xist_rna_5(X) = fn_molecule_1(X)
& fn_xist_rna_24(X) = fn_molecule_8(X)
& fn_xist_rna_20(X) = fn_molecule_3(X)
& fn_xist_rna_19(X) = fn_molecule_4(X)
& fn_xist_rna_25(X) = fn_molecule_12(X)
& fn_xist_rna_16(X) = fn_rna_9(X)
& fn_xist_rna_26(X) = fn_nucleic_acid_15(X)
& fn_xist_rna_26(X) = fn_rna_5(X)
& fn_xist_rna_10(X) = fn_nucleic_acid_19(X)
& fn_xist_rna_10(X) = fn_rna_8(X)
& fn_xist_rna_27(X) = fn_rna_3(X)
& fn_xist_rna_23(X) = fn_rna_10(X)
& fn_xist_rna_1(X) = fn_carbon_7(fn_xist_rna_26(X))
& fn_xist_rna_2(X) = fn_carbon_13(fn_xist_rna_26(X))
& fn_xist_rna_7(X) = fn_atom_17(fn_xist_rna_26(X))
& fn_xist_rna_7(X) = fn_carbon_16(fn_xist_rna_26(X))
& fn_xist_rna_8(X) = fn_carbon_11(fn_xist_rna_26(X))
& fn_xist_rna_9(X) = fn_carbon_20(fn_xist_rna_26(X))
& fn_make_inaccessible_1(fn_xist_rna_13(X)) = fn_attach_2(fn_xist_rna_14(X))
& fn_attach_2(fn_xist_rna_14(X)) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_organic_molecule_2(X)
& fn_organic_molecule_2(X) = fn_molecule_7(X)
& fn_molecule_7(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_organic_molecule_1(X)
& fn_organic_molecule_1(X) = fn_rna_9(X)
& fn_rna_9(X) = fn_nucleic_acid_19(X)
& fn_rna_8(X) = fn_nucleic_acid_19(X)
& fn_nucleic_acid_19(X) = fn_rna_8(X)
& fn_rna_8(X) = fn_nucleic_acid_15(X)
& fn_nucleic_acid_15(X) = fn_rna_5(X)
& fn_rna_5(X) = fn_carbon_16(fn_xist_rna_26(X))
& fn_carbon_16(fn_xist_rna_26(X)) = fn_carbon_16(fn_xist_rna_26(X))
& fn_carbon_16(fn_xist_rna_26(X)) = fn_atom_17(fn_xist_rna_26(X))
& fn_atom_17(fn_xist_rna_26(X)) = fn_carbon_16(fn_xist_rna_26(X)) ) ) ).
fof(a533781,axiom,
! [X] :
( xylem_1(X)
=> ( original_name_2(X,'Xylem')
& user_description_2(X,'The water-conducting tissue found in vascular plants. Xylem consists of tracheids and vessel elements forming tubes that draw water and nutrients from the roots up through the plant.')
& concept2words_2(X,'xylem vessel')
& concept2words_2(X,xylem)
& vascular_tissue_1(X)
& ~ blood_vessel_1(X)
& ~ pericycle_1(X)
& ~ phloem_1(X)
& ~ scion_1(X)
& ~ secondary_plant_tissue_1(X)
& ~ sieve_plate_1(X)
& ~ stele_1(X)
& ~ vascular_cambium_1(X)
& ~ water_vascular_system_1(X)
& biological_region_1(fn_xylem_1(X))
& protein_enzyme_1(fn_xylem_2(X))
& outer_membrane_1(fn_xylem_3(X))
& angle_value_1(fn_xylem_5(X))
& hydronium_ion_1(fn_xylem_6(X))
& quantity_value_1(fn_xylem_8(X))
& quantity_value_1(fn_xylem_9(X))
& system_1(fn_xylem_11(X))
& eukaryotic_cell_1(fn_xylem_14(X))
& cell_1(fn_xylem_14(X))
& plant_cell_1(fn_xylem_14(X))
& tracheid_1(fn_xylem_14(X))
& tracheid_1(fn_xylem_15(X))
& eukaryotic_cell_1(fn_xylem_16(X))
& cell_1(fn_xylem_16(X))
& plant_cell_1(fn_xylem_16(X))
& water_1(fn_xylem_17(X))
& move_through_1(fn_xylem_18(X))
& plant_cell_wall_1(fn_xylem_19(X))
& secondary_cell_wall_1(fn_xylem_19(X))
& membrane_1(fn_xylem_20(X))
& spatial_entity_1(fn_xylem_20(X))
& biomembrane_1(fn_xylem_20(X))
& plasma_membrane_1(fn_xylem_20(X))
& plant_cell_wall_1(fn_xylem_21(X))
& primary_cell_wall_1(fn_xylem_21(X))
& cavity_1(fn_xylem_22(X))
& ascent_of_xylem_sap_1(fn_xylem_23(X))
& plasmodesmata_1(fn_xylem_24(X))
& eukaryotic_chromosome_1(fn_xylem_25(X))
& chromosome_1(fn_xylem_25(X))
& cell_wall_1(fn_xylem_26(X))
& plant_cell_wall_1(fn_xylem_26(X))
& tangible_entity_1(fn_xylem_27(X))
& nucleus_1(fn_xylem_27(X))
& protein_enzyme_1(fn_xylem_28(X))
& synthesis_of_atp_1(fn_xylem_29(X))
& metabolic_pathway_1(fn_xylem_30(X))
& synthesis_of_lipid_1(fn_xylem_30(X))
& rough_endoplasmic_reticulum_1(fn_xylem_31(X))
& apoplast_1(fn_xylem_32(X))
& plasmodesmata_1(fn_xylem_33(X))
& move_1(fn_water_95(fn_xylem_17(X)))
& plasmodesmata_1(fn_plant_cell_wall_22(fn_xylem_19(X)))
& protein_enzyme_1(fn_rough_endoplasmic_reticulum_67(fn_xylem_31(X)))
& metabolic_pathway_1(fn_rough_endoplasmic_reticulum_68(fn_xylem_31(X)))
& synthesis_of_lipid_1(fn_rough_endoplasmic_reticulum_68(fn_xylem_31(X)))
& primary_cell_wall_1(fn_tracheid_64(fn_xylem_14(X)))
& cavity_1(fn_tracheid_8(fn_xylem_14(X)))
& secondary_cell_wall_1(fn_tracheid_52(fn_xylem_14(X)))
& cell_1(fn_metabolic_pathway_1(fn_xylem_29(X)))
& tangible_entity_1(fn_rough_endoplasmic_reticulum_62(fn_xylem_31(X)))
& eukaryotic_cell_1(fn_rough_endoplasmic_reticulum_62(fn_xylem_31(X)))
& cell_1(fn_rough_endoplasmic_reticulum_62(fn_xylem_31(X)))
& plant_cell_wall_1(fn_plasmodesmata_10(fn_xylem_33(X)))
& cell_wall_1(fn_plant_cell_82(fn_xylem_16(X)))
& plant_cell_wall_1(fn_plant_cell_82(fn_xylem_16(X)))
& eukaryotic_chromosome_1(fn_eukaryotic_cell_30(fn_xylem_16(X)))
& chromosome_1(fn_eukaryotic_cell_30(fn_xylem_16(X)))
& eukaryotic_chromosome_1(fn_plant_cell_95(fn_xylem_16(X)))
& chromosome_1(fn_plant_cell_95(fn_xylem_16(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_xylem_16(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_xylem_16(X)))
& tangible_entity_1(fn_plant_cell_84(fn_xylem_16(X)))
& nucleus_1(fn_plant_cell_84(fn_xylem_16(X)))
& plant_cell_1(fn_ascent_of_xylem_sap_19(fn_xylem_23(X)))
& eukaryotic_cell_1(fn_plasmodesmata_18(fn_xylem_33(X)))
& cell_1(fn_plasmodesmata_18(fn_xylem_33(X)))
& plant_cell_1(fn_plasmodesmata_18(fn_xylem_33(X)))
& membrane_1(fn_plant_cell_wall_26(fn_xylem_21(X)))
& spatial_entity_1(fn_plant_cell_wall_26(fn_xylem_21(X)))
& biomembrane_1(fn_plant_cell_wall_26(fn_xylem_21(X)))
& plasma_membrane_1(fn_plant_cell_wall_26(fn_xylem_21(X)))
& membrane_1(fn_tracheid_66(fn_xylem_14(X)))
& spatial_entity_1(fn_tracheid_66(fn_xylem_14(X)))
& biomembrane_1(fn_tracheid_66(fn_xylem_14(X)))
& plasma_membrane_1(fn_tracheid_66(fn_xylem_14(X)))
& eukaryotic_cell_1(fn_plasmodesmata_19(fn_xylem_33(X)))
& cell_1(fn_plasmodesmata_19(fn_xylem_33(X)))
& plant_cell_1(fn_plasmodesmata_19(fn_xylem_33(X)))
& xylem_1(fn_ascent_of_xylem_sap_17(fn_xylem_23(X)))
& is_inside_2(fn_xylem_1(X),fn_xylem_32(X))
& abuts_2(fn_xylem_31(X),fn_xylem_3(X))
& agent_2(fn_xylem_30(X),fn_xylem_2(X))
& agent_2(fn_xylem_29(X),fn_xylem_2(X))
& agent_2(fn_xylem_29(X),fn_xylem_28(X))
& fn_xylem_2(X) != fn_xylem_28(X)
& fn_xylem_28(X) != fn_xylem_2(X)
& abuts_2(fn_xylem_3(X),fn_xylem_31(X))
& the_scalar_value_2(fn_xylem_5(X),lateral_0)
& scalar_unit_class_2(fn_xylem_5(X),action_0)
& is_inside_2(fn_xylem_20(X),fn_xylem_21(X))
& path_2(fn_xylem_18(X),fn_xylem_22(X))
& direction_2(fn_xylem_18(X),fn_xylem_5(X))
& origin_2(fn_xylem_18(X),fn_xylem_15(X))
& destination_2(fn_xylem_18(X),fn_xylem_14(X))
& base_2(fn_xylem_18(X),X)
& quantity_2(fn_xylem_6(X),fn_xylem_9(X))
& called_2(fn_xylem_8(X),'Quantity_OH')
& fn_xylem_8(X) = fn_xylem_9(X)
& called_2(fn_xylem_9(X),'Quantity_H')
& fn_xylem_9(X) = fn_xylem_8(X)
& has_part_2(X,fn_xylem_15(X))
& has_part_2(fn_xylem_16(X),fn_xylem_24(X))
& fn_xylem_16(X) != fn_xylem_15(X)
& fn_xylem_15(X) != fn_xylem_16(X)
& has_region_2(fn_xylem_15(X),fn_xylem_1(X))
& abuts_2(fn_xylem_15(X),fn_xylem_14(X))
& abuts_2(fn_xylem_14(X),fn_xylem_15(X))
& has_part_2(fn_xylem_14(X),fn_xylem_33(X))
& base_2(fn_xylem_29(X),fn_xylem_15(X))
& has_part_2(X,fn_xylem_14(X))
& object_2(fn_xylem_18(X),fn_xylem_17(X))
& is_outside_2(fn_xylem_21(X),fn_xylem_20(X))
& is_at_2(fn_xylem_33(X),fn_xylem_19(X))
& has_region_2(X,fn_xylem_32(X))
& has_part_2(fn_xylem_15(X),fn_xylem_31(X))
& base_2(fn_xylem_30(X),fn_xylem_15(X))
& agent_2(fn_xylem_30(X),fn_xylem_28(X))
& has_function_2(X,fn_xylem_23(X))
& base_2(fn_xylem_23(X),X)
& has_part_2(X,fn_xylem_16(X))
& is_between_2(fn_xylem_33(X),fn_xylem_14(X))
& fn_xylem_14(X) != fn_xylem_16(X)
& is_between_2(fn_xylem_24(X),fn_xylem_16(X))
& is_at_2(fn_xylem_24(X),fn_xylem_26(X))
& fn_xylem_16(X) != fn_xylem_14(X)
& has_part_2(fn_xylem_16(X),fn_xylem_27(X))
& is_inside_2(fn_xylem_25(X),fn_xylem_27(X))
& has_part_2(fn_xylem_16(X),fn_xylem_25(X))
& has_part_2(fn_xylem_16(X),fn_xylem_26(X))
& is_inside_2(fn_xylem_20(X),fn_xylem_19(X))
& is_outside_2(fn_xylem_19(X),fn_xylem_20(X))
& has_part_2(fn_xylem_14(X),fn_xylem_19(X))
& has_region_2(fn_xylem_19(X),fn_xylem_22(X))
& abuts_2(fn_xylem_22(X),fn_xylem_21(X))
& fn_xylem_21(X) != fn_xylem_19(X)
& is_inside_2(fn_xylem_19(X),fn_xylem_21(X))
& abuts_2(fn_xylem_21(X),fn_xylem_22(X))
& fn_xylem_19(X) != fn_xylem_21(X)
& fn_xylem_15(X) = fn_metabolic_pathway_1(fn_xylem_29(X))
& fn_xylem_14(X) = fn_vascular_tissue_1(X)
& fn_xylem_18(X) = fn_water_95(fn_xylem_17(X))
& fn_xylem_20(X) = fn_plant_cell_wall_26(fn_xylem_21(X))
& fn_xylem_33(X) = fn_plant_cell_wall_22(fn_xylem_19(X))
& fn_xylem_32(X) = fn_plant_specific_tissue_1(X)
& fn_xylem_28(X) = fn_rough_endoplasmic_reticulum_67(fn_xylem_31(X))
& fn_xylem_30(X) = fn_rough_endoplasmic_reticulum_68(fn_xylem_31(X))
& fn_xylem_15(X) = fn_rough_endoplasmic_reticulum_62(fn_xylem_31(X))
& fn_xylem_16(X) = fn_ascent_of_xylem_sap_19(fn_xylem_23(X))
& X = fn_ascent_of_xylem_sap_17(fn_xylem_23(X))
& fn_xylem_26(X) = fn_plasmodesmata_10(fn_xylem_33(X))
& fn_xylem_16(X) = fn_plasmodesmata_18(fn_xylem_33(X))
& fn_xylem_14(X) = fn_plasmodesmata_19(fn_xylem_33(X))
& fn_xylem_26(X) = fn_plant_cell_82(fn_xylem_16(X))
& fn_xylem_25(X) = fn_eukaryotic_cell_30(fn_xylem_16(X))
& fn_xylem_25(X) = fn_plant_cell_95(fn_xylem_16(X))
& fn_xylem_27(X) = fn_eukaryotic_cell_26(fn_xylem_16(X))
& fn_xylem_27(X) = fn_plant_cell_84(fn_xylem_16(X))
& fn_xylem_20(X) = fn_tracheid_66(fn_xylem_14(X))
& fn_xylem_21(X) = fn_tracheid_64(fn_xylem_14(X))
& fn_xylem_22(X) = fn_tracheid_8(fn_xylem_14(X))
& fn_xylem_19(X) = fn_tracheid_52(fn_xylem_14(X))
& fn_metabolic_pathway_1(fn_xylem_29(X)) = fn_rough_endoplasmic_reticulum_62(fn_xylem_31(X))
& fn_rough_endoplasmic_reticulum_62(fn_xylem_31(X)) = fn_rough_endoplasmic_reticulum_62(fn_xylem_31(X))
& fn_rough_endoplasmic_reticulum_62(fn_xylem_31(X)) = fn_plasmodesmata_10(fn_xylem_33(X))
& fn_plasmodesmata_10(fn_xylem_33(X)) = fn_plant_cell_82(fn_xylem_16(X))
& fn_plant_cell_82(fn_xylem_16(X)) = fn_plant_cell_95(fn_xylem_16(X))
& fn_plant_cell_95(fn_xylem_16(X)) = fn_eukaryotic_cell_30(fn_xylem_16(X))
& fn_eukaryotic_cell_30(fn_xylem_16(X)) = fn_plant_cell_95(fn_xylem_16(X))
& fn_plant_cell_95(fn_xylem_16(X)) = fn_eukaryotic_cell_26(fn_xylem_16(X))
& fn_plant_cell_84(fn_xylem_16(X)) = fn_eukaryotic_cell_26(fn_xylem_16(X))
& fn_eukaryotic_cell_26(fn_xylem_16(X)) = fn_plant_cell_84(fn_xylem_16(X))
& fn_plant_cell_84(fn_xylem_16(X)) = fn_ascent_of_xylem_sap_19(fn_xylem_23(X))
& fn_ascent_of_xylem_sap_19(fn_xylem_23(X)) = fn_plasmodesmata_18(fn_xylem_33(X))
& fn_plasmodesmata_18(fn_xylem_33(X)) = fn_plasmodesmata_18(fn_xylem_33(X))
& fn_plasmodesmata_18(fn_xylem_33(X)) = fn_plant_cell_wall_26(fn_xylem_21(X))
& fn_plant_cell_wall_26(fn_xylem_21(X)) = fn_tracheid_66(fn_xylem_14(X))
& fn_tracheid_66(fn_xylem_14(X)) = fn_tracheid_66(fn_xylem_14(X))
& fn_tracheid_66(fn_xylem_14(X)) = fn_vascular_tissue_1(X)
& fn_vascular_tissue_1(X) = fn_plasmodesmata_19(fn_xylem_33(X))
& fn_plasmodesmata_19(fn_xylem_33(X)) = fn_plasmodesmata_19(fn_xylem_33(X))
& fn_ascent_of_xylem_sap_17(fn_xylem_23(X)) = fn_ascent_of_xylem_sap_17(fn_xylem_23(X)) ) ) ).
fof(a533782,axiom,
! [X] :
( xylem_sap_1(X)
=> ( original_name_2(X,'Xylem-Sap')
& user_description_2(X,'The dilute solution of water and dissolved minerals carried through vessels and tracheids.')
& concept2words_2(X,'xylem fluid')
& concept2words_2(X,'xylem-fluid')
& concept2words_2(X,'xylem liquid')
& concept2words_2(X,'xylem-liquid')
& concept2words_2(X,'sap of xylem')
& concept2words_2(X,'xylem sap')
& concept2words_2(X,'xylem-sap')
& sap_1(X)
& quantity_value_1(fn_xylem_sap_3(X))
& quantity_value_1(fn_xylem_sap_4(X))
& density_value_1(fn_xylem_sap_5(X))
& system_1(fn_xylem_sap_16(X))
& quantity_value_1(fn_xylem_sap_20(X))
& quantity_value_1(fn_xylem_sap_21(X))
& called_2(fn_xylem_sap_5(X),'Concentration_OH')
& fn_xylem_sap_4(X) = fn_xylem_sap_3(X)
& called_2(fn_xylem_sap_4(X),'Quantity_OH')
& fn_xylem_sap_3(X) = fn_xylem_sap_4(X)
& called_2(fn_xylem_sap_3(X),'Quantity_H')
& fn_xylem_sap_20(X) = fn_xylem_sap_21(X)
& fn_xylem_sap_21(X) = fn_xylem_sap_20(X)
& called_2(fn_xylem_sap_20(X),'Quantity_OH')
& called_2(fn_xylem_sap_21(X),'Quantity_H')
& fn_xylem_sap_15(X) = fn_aqueous_solution_6(X)
& fn_xylem_sap_20(X) = fn_aqueous_solution_12(X)
& fn_xylem_sap_21(X) = fn_aqueous_solution_13(X)
& fn_xylem_sap_17(X) = fn_aqueous_solution_8(X)
& fn_xylem_sap_14(X) = fn_aqueous_solution_2(X)
& fn_xylem_sap_19(X) = fn_aqueous_solution_8(X)
& fn_xylem_sap_13(X) = fn_aqueous_solution_1(X)
& fn_xylem_sap_18(X) = fn_aqueous_solution_9(X)
& fn_xylem_sap_16(X) = fn_aqueous_solution_7(X) ) ) ).
fof(a533783,axiom,
! [X] :
( y_chromosome_1(X)
=> ( original_name_2(X,'Y-Chromosome')
& user_description_2(X,'The Y chromosome is one of the two sex-determining chromosomes in most mammals, including humans. In mammals, it contains the gene SRY, which triggers testis development if present.')
& concept2words_2(X,'chromosome of y')
& concept2words_2(X,'y chromosome')
& concept2words_2(X,'y-chromosome')
& sex_chromosome_1(X)
& ~ x_chromosome_1(X) ) ) ).
fof(a533784,axiom,
! [X] :
( y_linked_inheritance_1(X)
=> ( original_name_2(X,'Y-Linked-Inheritance')
& user_description_2(X,'Inheritance of characteristics that are determined by genes carried on the Y chromosome.')
& concept2words_2(X,inherit)
& concept2words_2(X,'y linked inheritance')
& concept2words_2(X,'y-linked-inheritance')
& sex_linked_inheritance_1(X)
& lysosome_1(fn_y_linked_inheritance_1(X))
& lysosome_1(fn_y_linked_inheritance_2(X))
& y_chromosome_1(fn_y_linked_inheritance_3(X))
& sex_value_1(fn_y_linked_inheritance_6(X))
& sex_value_1(fn_y_linked_inheritance_7(X))
& sexual_reproduction_1(fn_y_linked_inheritance_8(X))
& gene_1(fn_y_linked_inheritance_9(X))
& tangible_entity_1(fn_y_linked_inheritance_10(X))
& nucleus_1(fn_y_linked_inheritance_10(X))
& eukaryotic_cell_1(fn_y_linked_inheritance_11(X))
& tangible_entity_1(fn_y_linked_inheritance_12(X))
& nucleus_1(fn_y_linked_inheritance_12(X))
& eukaryotic_cell_1(fn_y_linked_inheritance_13(X))
& parent_1(fn_y_linked_inheritance_14(X))
& tangible_entity_1(fn_y_linked_inheritance_15(X))
& organism_1(fn_y_linked_inheritance_15(X))
& y_chromosome_1(fn_y_linked_inheritance_16(X))
& give_1(fn_y_linked_inheritance_17(X))
& entity_1(fn_y_linked_inheritance_18(X))
& tangible_entity_1(fn_y_linked_inheritance_18(X))
& organism_1(fn_y_linked_inheritance_18(X))
& offspring_1(fn_y_linked_inheritance_19(X))
& gene_related_aggregates_1(fn_y_linked_inheritance_20(X))
& genotype_1(fn_y_linked_inheritance_20(X))
& sex_linked_gene_1(fn_y_linked_inheritance_21(X))
& entity_1(fn_transfer_1(fn_y_linked_inheritance_17(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_y_linked_inheritance_13(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_y_linked_inheritance_13(X)))
& tangible_entity_1(fn_eukaryotic_cell_26(fn_y_linked_inheritance_11(X)))
& nucleus_1(fn_eukaryotic_cell_26(fn_y_linked_inheritance_11(X)))
& event_1(fn_organism_role_2(fn_y_linked_inheritance_19(X)))
& tangible_entity_1(fn_give_1(fn_y_linked_inheritance_17(X)))
& organism_1(fn_organism_role_1(fn_y_linked_inheritance_19(X)))
& tangible_entity_1(fn_relinquish_1(fn_y_linked_inheritance_17(X)))
& has_part_2(fn_y_linked_inheritance_13(X),fn_y_linked_inheritance_1(X))
& is_inside_2(fn_y_linked_inheritance_12(X),fn_y_linked_inheritance_13(X))
& has_part_2(fn_y_linked_inheritance_12(X),fn_y_linked_inheritance_16(X))
& has_part_2(fn_y_linked_inheritance_11(X),fn_y_linked_inheritance_2(X))
& is_inside_2(fn_y_linked_inheritance_10(X),fn_y_linked_inheritance_11(X))
& has_part_2(fn_y_linked_inheritance_10(X),fn_y_linked_inheritance_3(X))
& the_categorical_value_2(fn_y_linked_inheritance_6(X),male_0)
& the_categorical_value_2(fn_y_linked_inheritance_7(X),male_0)
& has_part_2(fn_y_linked_inheritance_15(X),fn_y_linked_inheritance_13(X))
& sex_2(fn_y_linked_inheritance_15(X),fn_y_linked_inheritance_6(X))
& has_part_2(fn_y_linked_inheritance_16(X),fn_y_linked_inheritance_9(X))
& by_means_of_2(fn_y_linked_inheritance_17(X),fn_y_linked_inheritance_8(X))
& has_part_2(fn_y_linked_inheritance_18(X),fn_y_linked_inheritance_11(X))
& sex_2(fn_y_linked_inheritance_18(X),fn_y_linked_inheritance_7(X))
& agent_2(X,fn_y_linked_inheritance_15(X))
& object_2(fn_y_linked_inheritance_17(X),fn_y_linked_inheritance_16(X))
& recipient_2(X,fn_y_linked_inheritance_18(X))
& recipient_2(fn_y_linked_inheritance_17(X),fn_y_linked_inheritance_18(X))
& donor_2(fn_y_linked_inheritance_17(X),fn_y_linked_inheritance_15(X))
& agent_2(fn_y_linked_inheritance_17(X),fn_y_linked_inheritance_15(X))
& has_part_2(fn_y_linked_inheritance_13(X),fn_y_linked_inheritance_12(X))
& has_part_2(fn_y_linked_inheritance_11(X),fn_y_linked_inheritance_10(X))
& plays_2(fn_y_linked_inheritance_18(X),fn_y_linked_inheritance_19(X))
& in_event_2(fn_y_linked_inheritance_19(X),X)
& donor_2(X,fn_y_linked_inheritance_15(X))
& object_2(X,fn_y_linked_inheritance_21(X))
& element_2(fn_y_linked_inheritance_20(X),fn_y_linked_inheritance_21(X))
& has_part_2(fn_y_linked_inheritance_15(X),fn_y_linked_inheritance_20(X))
& plays_2(fn_y_linked_inheritance_15(X),fn_y_linked_inheritance_14(X))
& in_event_2(fn_y_linked_inheritance_14(X),X)
& fn_y_linked_inheritance_16(X) = fn_transfer_1(fn_y_linked_inheritance_17(X))
& fn_y_linked_inheritance_18(X) = fn_inheritance_1(X)
& fn_y_linked_inheritance_18(X) = fn_give_1(fn_y_linked_inheritance_17(X))
& fn_y_linked_inheritance_15(X) = fn_relinquish_1(fn_y_linked_inheritance_17(X))
& fn_y_linked_inheritance_12(X) = fn_eukaryotic_cell_26(fn_y_linked_inheritance_13(X))
& fn_y_linked_inheritance_10(X) = fn_eukaryotic_cell_26(fn_y_linked_inheritance_11(X))
& fn_y_linked_inheritance_18(X) = fn_organism_role_1(fn_y_linked_inheritance_19(X))
& X = fn_organism_role_2(fn_y_linked_inheritance_19(X))
& fn_y_linked_inheritance_14(X) = fn_inheritance_2(X)
& fn_y_linked_inheritance_15(X) = fn_inheritance_3(X)
& fn_y_linked_inheritance_20(X) = fn_inheritance_5(X)
& fn_y_linked_inheritance_21(X) = fn_inheritance_4(X)
& fn_inheritance_1(X) = fn_give_1(fn_y_linked_inheritance_17(X))
& fn_give_1(fn_y_linked_inheritance_17(X)) = fn_give_1(fn_y_linked_inheritance_17(X))
& fn_give_1(fn_y_linked_inheritance_17(X)) = fn_organism_role_1(fn_y_linked_inheritance_19(X))
& fn_organism_role_1(fn_y_linked_inheritance_19(X)) = fn_relinquish_1(fn_y_linked_inheritance_17(X))
& fn_relinquish_1(fn_y_linked_inheritance_17(X)) = fn_relinquish_1(fn_y_linked_inheritance_17(X))
& fn_relinquish_1(fn_y_linked_inheritance_17(X)) = fn_inheritance_3(X)
& fn_inheritance_3(X) = fn_inheritance_3(X) ) ) ).
fof(a533785,axiom,
! [X] :
( yeast_1(X)
=> ( original_name_2(X,'Yeast')
& user_description_2(X,'Single-celled fungus that reproduces asexually by binary fission or by the pinching of small buds off a parent cell; some species exhibit cell fusion between different mating types. Yeast has plasmids and can be cultured easily and quickly.')
& concept2words_2(X,'yeast cell')
& concept2words_2(X,'yeast-cell')
& concept2words_2(X,yeast)
& fungal_cell_1(X)
& deuteromycete_1(X)
& unicellular_organism_1(X)
& ~ arbuscular_mycorrhizal_fungus_1(X)
& ~ coenocytic_fungus_1(X)
& ~ mold_1(X)
& plasmid_1(fn_yeast_1(X))
& mixture_1(fn_yeast_2(X))
& cytoplasm_1(fn_yeast_2(X))
& ribosome_1(fn_yeast_3(X))
& eukaryotic_ribosome_1(fn_yeast_3(X))
& tangible_entity_1(fn_yeast_4(X))
& nucleus_1(fn_yeast_4(X))
& synthesis_reaction_1(fn_yeast_5(X))
& anabolic_pathway_1(fn_yeast_5(X))
& synthesis_of_protein_1(fn_yeast_5(X))
& synthesis_of_membrane_protein_1(fn_yeast_5(X))
& substance_1(fn_yeast_6(X))
& cytosol_1(fn_yeast_6(X))
& smooth_endoplasmic_reticulum_1(fn_yeast_7(X))
& eukaryotic_cellular_respiration_1(fn_yeast_8(X))
& rough_endoplasmic_reticulum_1(fn_yeast_9(X))
& endoplasmic_reticulum_1(fn_yeast_9(X))
& semiautonomous_organelle_1(fn_yeast_10(X))
& organelle_1(fn_yeast_10(X))
& mitochondrion_1(fn_yeast_10(X))
& tangible_entity_1(fn_yeast_11(X))
& phospholipid_bilayer_1(fn_yeast_11(X))
& specific_heat_value_1(fn_yeast_12(X))
& temperature_value_1(fn_yeast_13(X))
& volume_value_1(fn_yeast_14(X))
& size_value_1(fn_yeast_15(X))
& surface_1(fn_yeast_16(X))
& water_1(fn_yeast_17(X))
& fungal_cell_wall_1(fn_yeast_18(X))
& golgi_apparatus_1(fn_yeast_19(X))
& eukaryotic_chromosome_1(fn_yeast_20(X))
& chromosome_1(fn_yeast_20(X))
& membrane_1(fn_yeast_21(X))
& spatial_entity_1(fn_yeast_21(X))
& biomembrane_1(fn_yeast_21(X))
& plasma_membrane_1(fn_yeast_21(X))
& cellular_work_1(fn_yeast_26(X))
& has_part_2(X,fn_yeast_1(X))
& site_2(fn_yeast_8(X),fn_yeast_10(X))
& base_2(fn_yeast_8(X),X)
& has_function_2(X,fn_yeast_8(X))
& has_part_2(X,fn_yeast_9(X))
& fn_yeast_7(X) != fn_yeast_9(X)
& fn_yeast_9(X) != fn_yeast_7(X)
& base_2(fn_yeast_5(X),X)
& site_2(fn_yeast_5(X),fn_yeast_9(X))
& is_inside_2(fn_yeast_9(X),fn_yeast_6(X))
& is_inside_2(fn_yeast_10(X),fn_yeast_6(X))
& has_part_2(X,fn_yeast_10(X))
& is_inside_2(fn_yeast_19(X),fn_yeast_6(X))
& has_part_2(X,fn_yeast_19(X))
& has_part_2(X,fn_yeast_7(X))
& abuts_2(fn_yeast_7(X),fn_yeast_9(X))
& has_function_2(fn_yeast_9(X),fn_yeast_5(X))
& abuts_2(fn_yeast_9(X),fn_yeast_7(X))
& has_part_2(X,fn_yeast_3(X))
& is_inside_2(fn_yeast_3(X),fn_yeast_6(X))
& has_part_2(fn_yeast_2(X),fn_yeast_6(X))
& has_part_2(X,fn_yeast_2(X))
& fn_yeast_24(X) = fn_organism_1(X)
& fn_yeast_25(X) = fn_organism_6(X)
& fn_yeast_13(X) = fn_organism_2(X)
& fn_yeast_12(X) = fn_organism_5(X)
& fn_yeast_17(X) = fn_organism_4(X)
& fn_yeast_22(X) = fn_fungal_cell_5(X)
& fn_yeast_23(X) = fn_fungal_cell_4(X)
& fn_yeast_14(X) = fn_fungal_cell_27(X)
& fn_yeast_15(X) = fn_fungal_cell_25(X)
& fn_yeast_8(X) = fn_fungal_cell_33(X)
& fn_yeast_9(X) = fn_eukaryotic_cell_19(X)
& fn_yeast_18(X) = fn_fungal_cell_18(X)
& fn_yeast_10(X) = fn_fungal_cell_15(X)
& fn_yeast_5(X) = fn_fungal_cell_11(X)
& fn_yeast_9(X) = fn_fungal_cell_14(X)
& fn_yeast_7(X) = fn_eukaryotic_cell_20(X)
& fn_yeast_7(X) = fn_fungal_cell_28(X)
& fn_yeast_19(X) = fn_eukaryotic_cell_24(X)
& fn_yeast_19(X) = fn_fungal_cell_7(X)
& fn_yeast_20(X) = fn_fungal_cell_20(X)
& fn_yeast_4(X) = fn_fungal_cell_29(X)
& fn_yeast_6(X) = fn_eukaryotic_cell_42(X)
& fn_yeast_6(X) = fn_fungal_cell_8(X)
& fn_yeast_3(X) = fn_eukaryotic_cell_45(X)
& fn_yeast_3(X) = fn_fungal_cell_6(X)
& fn_yeast_26(X) = fn_fungal_cell_32(X)
& fn_yeast_16(X) = fn_fungal_cell_26(X)
& fn_yeast_11(X) = fn_fungal_cell_24(X)
& fn_yeast_21(X) = fn_fungal_cell_17(X)
& fn_yeast_2(X) = fn_fungal_cell_19(X)
& fn_fungal_cell_14(X) = fn_eukaryotic_cell_19(X)
& fn_eukaryotic_cell_19(X) = fn_fungal_cell_14(X)
& fn_fungal_cell_14(X) = fn_fungal_cell_14(X)
& fn_fungal_cell_14(X) = fn_fungal_cell_28(X)
& fn_fungal_cell_28(X) = fn_fungal_cell_28(X)
& fn_fungal_cell_28(X) = fn_eukaryotic_cell_20(X)
& fn_eukaryotic_cell_20(X) = fn_fungal_cell_28(X)
& fn_fungal_cell_28(X) = fn_eukaryotic_cell_24(X)
& fn_fungal_cell_7(X) = fn_eukaryotic_cell_24(X)
& fn_eukaryotic_cell_24(X) = fn_fungal_cell_7(X)
& fn_fungal_cell_7(X) = fn_fungal_cell_8(X)
& fn_fungal_cell_8(X) = fn_fungal_cell_8(X)
& fn_fungal_cell_8(X) = fn_eukaryotic_cell_42(X)
& fn_eukaryotic_cell_42(X) = fn_fungal_cell_8(X)
& fn_fungal_cell_8(X) = fn_eukaryotic_cell_45(X)
& fn_fungal_cell_6(X) = fn_eukaryotic_cell_45(X)
& fn_eukaryotic_cell_45(X) = fn_fungal_cell_6(X) ) ) ).
fof(a533786,axiom,
! [X] :
( yeast_artificial_chromosome_1(X)
=> ( original_name_2(X,'Yeast-Artificial-Chromosome')
& user_description_2(X,'An artificial version of a yeast chrosome, which can carry inserted fragments of DNA a million base pairs long.')
& concept2words_2(X,yac)
& concept2words_2(X,'yeast artificial chromosome')
& concept2words_2(X,'yeast-artificial-chromosome')
& eukaryotic_chromosome_1(X)
& ~ autosome_1(X)
& ~ prokaryotic_chromosome_1(X)
& ~ chromosome_21_1(X)
& ~ chromosome_fragment_1(X)
& ~ defective_chromosome_1(X)
& ~ human_chromosome_1(X)
& ~ non_homologous_chromosome_1(X)
& ~ paternal_chromosome_1(X)
& ~ recombinant_chromosome_1(X)
& ~ sex_chromosome_1(X) ) ) ).
fof(a533787,axiom,
! [X] :
( yeast_mating_factor_1(X)
=> ( original_name_2(X,'Yeast-Mating-Factor')
& user_description_2(X,'A pheromone produced by yeast to signal the presence of a mating cell. a cells produce a-factor, and alpha cells produce alpha-factor. Mating only occurs between a and alpha cells and never between two cells of the same type.')
& concept2words_2(X,ymf)
& concept2words_2(X,'yeast mating factor')
& concept2words_2(X,'yeast-mating-factor')
& chemical_messenger_1(X)
& ~ neurotransmitter_1(X) ) ) ).
fof(a533788,axiom,
! [X] :
( yeast_transcription_factor_gene_1(X)
=> ( original_name_2(X,'Yeast-Transcription-Factor-Gene')
& user_description_2(X,'A gene that codes for yeast transcription factor.')
& concept2words_2(X,'yeast transcription factor gene')
& concept2words_2(X,'yeast-transcription-factor-gene')
& transcription_factor_gene_1(X)
& ~ animal_transcription_factor_gene_1(X) ) ) ).
fof(a533789,axiom,
! [X] :
( yeasted_bread_1(X)
=> ( original_name_2(X,'Yeasted-Bread')
& user_description_2(X,'Food made by combining flour and yeast. Through the process of fermentation, the yeast produce carbon dioxide which causes the bread to rise.')
& concept2words_2(X,'yeasted bread')
& concept2words_2(X,'yeasted-bread')
& solid_substance_1(X)
& protein_enzyme_1(fn_yeasted_bread_1(X))
& yeast_1(fn_yeasted_bread_2(X))
& produce_1(fn_yeasted_bread_3(X))
& chemical_entity_1(fn_yeasted_bread_4(X))
& tangible_entity_1(fn_yeasted_bread_4(X))
& carbon_dioxide_1(fn_yeasted_bread_4(X))
& alcohol_fermentation_1(fn_yeasted_bread_5(X))
& volume_value_1(fn_yeasted_bread_6(X))
& expand_1(fn_yeasted_bread_7(X))
& entity_1(fn_create_1(fn_yeasted_bread_3(X)))
& volume_value_1(fn_expand_4(fn_yeasted_bread_7(X)))
& tangible_entity_1(fn_expand_1(fn_yeasted_bread_7(X)))
& chemical_entity_1(fn_exergonic_reaction_11(fn_yeasted_bread_5(X)))
& tangible_entity_1(fn_alcohol_fermentation_41(fn_yeasted_bread_5(X)))
& carbon_dioxide_1(fn_alcohol_fermentation_41(fn_yeasted_bread_5(X)))
& agent_2(fn_yeasted_bread_5(X),fn_yeasted_bread_1(X))
& volume_2(fn_yeasted_bread_4(X),fn_yeasted_bread_6(X))
& has_part_2(X,fn_yeasted_bread_4(X))
& has_part_2(fn_yeasted_bread_2(X),fn_yeasted_bread_1(X))
& base_2(fn_yeasted_bread_7(X),fn_yeasted_bread_4(X))
& result_2(fn_yeasted_bread_5(X),fn_yeasted_bread_4(X))
& result_2(fn_yeasted_bread_3(X),X)
& from_value_2(fn_yeasted_bread_7(X),fn_yeasted_bread_6(X))
& fn_yeasted_bread_4(X) = fn_expand_1(fn_yeasted_bread_7(X))
& fn_yeasted_bread_4(X) = fn_exergonic_reaction_11(fn_yeasted_bread_5(X))
& fn_yeasted_bread_4(X) = fn_alcohol_fermentation_41(fn_yeasted_bread_5(X))
& X = fn_create_1(fn_yeasted_bread_3(X))
& fn_yeasted_bread_6(X) = fn_expand_4(fn_yeasted_bread_7(X))
& fn_expand_1(fn_yeasted_bread_7(X)) = fn_exergonic_reaction_11(fn_yeasted_bread_5(X))
& fn_exergonic_reaction_11(fn_yeasted_bread_5(X)) = fn_exergonic_reaction_11(fn_yeasted_bread_5(X))
& fn_exergonic_reaction_11(fn_yeasted_bread_5(X)) = fn_alcohol_fermentation_41(fn_yeasted_bread_5(X)) ) ) ).
fof(a533790,axiom,
! [X] :
( yellow_light_1(X)
=> ( original_name_2(X,'Yellow-Light')
& user_description_2(X,'The portion of the electromagnetic spectrum that can be detected as yellow, ranging in wavelength from about 570 nm to 590 nm.')
& concept2words_2(X,'light of yellow')
& concept2words_2(X,'yellow light')
& concept2words_2(X,'yellow-light')
& light_1(X)
& visible_light_1(fn_yellow_light_1(X))
& length_value_1(fn_yellow_light_2(X))
& length_value_1(fn_yellow_light_3(X))
& quantity_value_1(fn_yellow_light_7(X))
& move_1(fn_yellow_light_8(X))
& length_value_1(fn_yellow_light_9(X))
& spatial_entity_1(fn_move_1(fn_yellow_light_8(X)))
& has_part_2(fn_yellow_light_1(X),X)
& greater_than_or_equal_to_2(fn_yellow_light_2(X),fn_yellow_light_9(X))
& the_cardinal_value_2(fn_yellow_light_2(X),"590.0e0")
& cardinal_unit_class_2(fn_yellow_light_2(X),nanometer_0)
& the_cardinal_value_2(fn_yellow_light_3(X),"560.0e0")
& cardinal_unit_class_2(fn_yellow_light_3(X),nanometer_0)
& greater_than_or_equal_to_2(fn_yellow_light_9(X),fn_yellow_light_3(X))
& object_2(fn_yellow_light_8(X),X)
& quantity_2(X,fn_yellow_light_7(X))
& wavelength_2(X,fn_yellow_light_9(X))
& inversely_proportional_2(fn_yellow_light_7(X),fn_yellow_light_9(X))
& X = fn_move_1(fn_yellow_light_8(X))
& fn_yellow_light_10(X) = fn_electromagnetic_energy_1(X)
& fn_yellow_light_6(X) = fn_electromagnetic_energy_2(X)
& fn_yellow_light_7(X) = fn_electromagnetic_energy_3(X)
& fn_yellow_light_9(X) = fn_electromagnetic_energy_4(X) ) ) ).
fof(a533791,axiom,
! [X] :
( yes_no_viewpoint_1(X)
=> ( original_name_2(X,'Yes-No-Viewpoint')
& concept2words_2(X,'yes no viewpoint')
& concept2words_2(X,'yes-no-viewpoint')
& viewpoint_1(X) ) ) ).
fof(a533792,axiom,
! [X] :
( yogurt_1(X)
=> ( original_name_2(X,'Yogurt')
& user_description_2(X,'Yoghurt or yogurt is a dairy product produced by bacterial fermentation of milk.')
& concept2words_2(X,yogurt)
& organic_entity_1(X)
& semisolid_substance_1(X)
& glucose_1(fn_yogurt_1(X))
& milk_1(fn_yogurt_2(X))
& chemical_entity_1(fn_yogurt_3(X))
& nad_plus_1(fn_yogurt_3(X))
& nadh_1(fn_yogurt_4(X))
& pyruvate_1(fn_yogurt_5(X))
& milk_1(fn_yogurt_6(X))
& lactate_1(fn_yogurt_7(X))
& produce_1(fn_yogurt_8(X))
& reduction_1(fn_yogurt_9(X))
& redox_reaction_1(fn_yogurt_10(X))
& tangible_entity_1(fn_produce_1(fn_yogurt_8(X)))
& chemical_entity_1(fn_reduction_1(fn_yogurt_9(X)))
& entity_1(fn_create_1(fn_yogurt_8(X)))
& reduction_1(fn_redox_reaction_10(fn_yogurt_10(X)))
& nadh_1(fn_nad_plus_1(fn_yogurt_3(X)))
& chemical_entity_1(fn_chemical_reaction_1(fn_yogurt_10(X)))
& chemical_entity_1(fn_reduction_3(fn_yogurt_9(X)))
& result_2(fn_yogurt_9(X),fn_yogurt_7(X))
& fn_yogurt_1(X) != fn_yogurt_5(X)
& fn_yogurt_1(X) != fn_yogurt_4(X)
& has_part_2(fn_yogurt_2(X),fn_yogurt_1(X))
& has_part_2(X,fn_yogurt_7(X))
& fn_yogurt_7(X) != fn_yogurt_5(X)
& fn_yogurt_7(X) != fn_yogurt_4(X)
& fn_yogurt_5(X) != fn_yogurt_1(X)
& fn_yogurt_5(X) != fn_yogurt_7(X)
& fn_yogurt_4(X) != fn_yogurt_7(X)
& fn_yogurt_4(X) != fn_yogurt_1(X)
& result_2(fn_yogurt_10(X),fn_yogurt_7(X))
& raw_material_2(fn_yogurt_8(X),fn_yogurt_6(X))
& recipient_2(fn_yogurt_9(X),fn_yogurt_5(X))
& fn_yogurt_5(X) != fn_yogurt_3(X)
& fn_yogurt_3(X) != fn_yogurt_7(X)
& fn_yogurt_3(X) != fn_yogurt_5(X)
& fn_yogurt_7(X) != fn_yogurt_3(X)
& result_2(fn_yogurt_8(X),X)
& subevent_2(fn_yogurt_10(X),fn_yogurt_9(X))
& fn_yogurt_4(X) != fn_yogurt_3(X)
& fn_yogurt_3(X) != fn_yogurt_4(X)
& has_oxidized_form_2(fn_yogurt_4(X),fn_yogurt_3(X))
& has_reduced_form_2(fn_yogurt_3(X),fn_yogurt_4(X))
& fn_yogurt_7(X) = fn_chemical_reaction_1(fn_yogurt_10(X))
& fn_yogurt_6(X) = fn_produce_1(fn_yogurt_8(X))
& fn_yogurt_7(X) = fn_reduction_3(fn_yogurt_9(X))
& fn_yogurt_3(X) = fn_reduction_1(fn_yogurt_9(X))
& fn_yogurt_5(X) = fn_reduction_3(fn_yogurt_9(X))
& X = fn_create_1(fn_yogurt_8(X))
& fn_yogurt_9(X) = fn_redox_reaction_10(fn_yogurt_10(X))
& fn_yogurt_4(X) = fn_nad_plus_1(fn_yogurt_3(X))
& fn_chemical_reaction_1(fn_yogurt_10(X)) = fn_reduction_3(fn_yogurt_9(X)) ) ) ).
fof(a533793,axiom,
! [X] :
( yolk_1(X)
=> ( original_name_2(X,'Yolk')
& user_description_2(X,'The part of an egg that nourishes the developing embryo.')
& concept2words_2(X,yolk)
& liquid_substance_1(X)
& macronutrient_1(fn_yolk_1(X))
& feed_1(fn_yolk_2(X))
& in_event_2(fn_yolk_1(X),fn_yolk_2(X))
& plays_2(X,fn_yolk_1(X)) ) ) ).
fof(a533794,axiom,
! [X] :
( yolk_plug_1(X)
=> ( original_name_2(X,'Yolk-Plug')
& user_description_2(X,'In an amphibian gastrula, a group of large endodermal cells that contain nutrients and will end up on the inside of the embryo, covered by ectoderm.')
& concept2words_2(X,'plug of yolk')
& concept2words_2(X,'yolk plug')
& concept2words_2(X,'yolk-plug')
& endoderm_1(X) ) ) ).
fof(a533795,axiom,
! [X] :
( yolk_sac_1(X)
=> ( original_name_2(X,'Yolk-Sac')
& user_description_2(X,'One of four extraembryonic membranes. In humans it provides the first circulatory system of the developing embryo.')
& concept2words_2(X,'sac of yolk')
& concept2words_2(X,'yolk sac')
& concept2words_2(X,'yolk-sac')
& sac_1(X)
& extraembryonic_membrane_1(X)
& ~ allantois_1(X)
& ~ amnion_1(X)
& ~ chorion_1(X) ) ) ).
fof(a533796,axiom,
! [X] :
( ytterbium_1(X)
=> ( original_name_2(X,'Ytterbium')
& user_description_2(X,'Ytterbium is a metal atom with atomic number 70. It is represented by the symbol Yb.')
& concept2words_2(X,ytterbium)
& concept2words_2(X,yb)
& metal_atom_1(X)
& neutron_1(fn_ytterbium_3(X))
& atomic_mass_value_1(fn_ytterbium_4(X))
& electronegativity_value_1(fn_ytterbium_5(X))
& valence_electron_1(fn_ytterbium_9(X))
& atomic_weight_value_1(fn_ytterbium_10(X))
& atomic_number_value_1(fn_ytterbium_11(X))
& quantity_value_1(fn_ytterbium_12(X))
& electronegativity_2(X,fn_ytterbium_5(X))
& mass_number_2(X,fn_ytterbium_4(X))
& exactCardinality(X,has_part_0,"103",neutron_0)
& exactCardinality(X,has_part_0,"70",proton_0)
& exactCardinality(X,has_part_0,"70",electron_0)
& has_part_2(X,fn_ytterbium_3(X))
& the_cardinal_value_2(fn_ytterbium_12(X),"16")
& cardinal_unit_class_2(fn_ytterbium_12(X),unity_0)
& the_cardinal_value_2(fn_ytterbium_5(X),"1.1")
& cardinal_unit_class_2(fn_ytterbium_5(X),unity_0)
& the_cardinal_value_2(fn_ytterbium_4(X),"173")
& cardinal_unit_class_2(fn_ytterbium_4(X),unity_0)
& the_cardinal_value_2(fn_ytterbium_11(X),"70")
& cardinal_unit_class_2(fn_ytterbium_11(X),unity_0)
& the_cardinal_value_2(fn_ytterbium_10(X),"173")
& cardinal_unit_class_2(fn_ytterbium_10(X),dalton_0)
& atomic_number_2(X,fn_ytterbium_11(X))
& atomic_weight_2(X,fn_ytterbium_10(X))
& has_part_2(X,fn_ytterbium_9(X))
& quantity_2(fn_ytterbium_9(X),fn_ytterbium_12(X))
& fn_ytterbium_7(X) = fn_atom_12(X)
& fn_ytterbium_11(X) = fn_atom_17(X)
& fn_ytterbium_8(X) = fn_atom_13(X)
& fn_ytterbium_10(X) = fn_atom_16(X)
& fn_ytterbium_6(X) = fn_atom_1(X)
& fn_ytterbium_12(X) = fn_atom_5(X)
& fn_ytterbium_9(X) = fn_atom_14(X) ) ) ).
fof(a533797,axiom,
! [X] :
( yttrium_1(X)
=> ( original_name_2(X,'Yttrium')
& user_description_2(X,'Yttrium is a metal atom with atomic number 39. It is represented by the symbol Y.')
& concept2words_2(X,yttrium)
& metal_atom_1(X)
& neutron_1(fn_yttrium_4(X))
& atomic_mass_value_1(fn_yttrium_5(X))
& valence_value_1(fn_yttrium_6(X))
& electronegativity_value_1(fn_yttrium_7(X))
& valence_electron_1(fn_yttrium_11(X))
& atomic_weight_value_1(fn_yttrium_12(X))
& atomic_number_value_1(fn_yttrium_13(X))
& quantity_value_1(fn_yttrium_14(X))
& electronegativity_2(X,fn_yttrium_7(X))
& valence_2(X,fn_yttrium_6(X))
& mass_number_2(X,fn_yttrium_5(X))
& exactCardinality(X,has_part_0,"50",neutron_0)
& exactCardinality(X,has_part_0,"39",proton_0)
& exactCardinality(X,has_part_0,"39",electron_0)
& has_part_2(X,fn_yttrium_4(X))
& the_cardinal_value_2(fn_yttrium_14(X),"3")
& cardinal_unit_class_2(fn_yttrium_14(X),unity_0)
& the_cardinal_value_2(fn_yttrium_7(X),"1.22")
& cardinal_unit_class_2(fn_yttrium_7(X),unity_0)
& the_cardinal_value_2(fn_yttrium_6(X),"3")
& cardinal_unit_class_2(fn_yttrium_6(X),unity_0)
& the_cardinal_value_2(fn_yttrium_5(X),"89")
& cardinal_unit_class_2(fn_yttrium_5(X),unity_0)
& the_cardinal_value_2(fn_yttrium_13(X),"39")
& cardinal_unit_class_2(fn_yttrium_13(X),unity_0)
& the_cardinal_value_2(fn_yttrium_12(X),"88.91")
& cardinal_unit_class_2(fn_yttrium_12(X),dalton_0)
& atomic_number_2(X,fn_yttrium_13(X))
& atomic_weight_2(X,fn_yttrium_12(X))
& has_part_2(X,fn_yttrium_11(X))
& quantity_2(fn_yttrium_11(X),fn_yttrium_14(X))
& fn_yttrium_9(X) = fn_atom_12(X)
& fn_yttrium_13(X) = fn_atom_17(X)
& fn_yttrium_10(X) = fn_atom_13(X)
& fn_yttrium_12(X) = fn_atom_16(X)
& fn_yttrium_8(X) = fn_atom_1(X)
& fn_yttrium_14(X) = fn_atom_5(X)
& fn_yttrium_11(X) = fn_atom_14(X) ) ) ).
fof(a533798,axiom,
! [X] :
( z_line_filament_1(X)
=> ( original_name_2(X,'Z-Line-Filament')
& user_description_2(X,'The border that separates and connects adjacent sarcomeres in a muscle.')
& concept2words_2(X,'z filament')
& concept2words_2(X,'z-filament')
& concept2words_2(X,'z line filament')
& concept2words_2(X,'z-line-filament')
& filament_protein_1(X)
& ~ aster_1(X)
& ~ axon_hillock_1(X)
& ~ axon_1(X)
& ~ biomembrane_1(X)
& ~ cell_body_1(X)
& ~ chromosomal_arrangement_1(X)
& ~ dendrite_1(X)
& ~ fertilization_envelope_1(X)
& ~ fimbria_1(X)
& ~ growth_cone_1(X)
& ~ i_band_filament_1(X)
& ~ myelin_sheath_1(X)
& ~ node_of_ranvier_1(X)
& ~ phospholipid_bilayer_1(X)
& ~ phospholipid_layer_1(X)
& ~ phragmoplast_1(X)
& ~ platelet_1(X)
& ~ preprophase_band_1(X)
& ~ primary_cell_wall_1(X)
& ~ pseudopodium_1(X)
& ~ root_hair_1(X)
& ~ sarcomere_1(X)
& ~ sex_pilus_1(X)
& ~ statocyst_1(X)
& ~ synaptic_terminal_1(X)
& ~ transverse_tubule_1(X) ) ) ).
fof(a533799,axiom,
! [X] :
( zebra_1(X)
=> ( original_name_2(X,'Zebra')
& user_description_2(X,'One of several species of African equids that are characterized by distinctive black and white stripes.')
& concept2words_2(X,zebra)
& perissodactyla_1(X) ) ) ).
fof(a533800,axiom,
! [X] :
( zebra_mussel_1(X)
=> ( original_name_2(X,'Zebra-Mussel')
& user_description_2(X,'Dreissena polymorpha, a species of small freshwater mussel originally native to Europe and considered an invasive species in many other areas.')
& concept2words_2(X,'mussel of zebra')
& concept2words_2(X,'zebra mussel')
& concept2words_2(X,'zebra-mussel')
& mussel_1(X) ) ) ).
fof(a533801,axiom,
! [X] :
( zebrafish_1(X)
=> ( original_name_2(X,'Zebrafish')
& user_description_2(X,'A tropical freshwater minnow, commonly used as a model organism in biological research.')
& concept2words_2(X,zebrafish)
& fish_1(X)
& ~ lungfish_1(X)
& ~ ray_finned_fish_1(X)
& ~ arabidopsis_thaliana_1(X)
& ~ caenorhabditis_elegans_1(X)
& ~ drosophila_melanogaster_1(X)
& model_organism_1(fn_zebrafish_1(X))
& organism_1(fn_model_organism_6(fn_zebrafish_1(X)))
& plays_2(X,fn_zebrafish_1(X))
& X = fn_model_organism_6(fn_zebrafish_1(X)) ) ) ).
fof(a533802,axiom,
! [X,X1] :
( ( object_2(X,X1)
& developmental_genetics_1(X)
& zebrafish_1(X1) )
=> ( zebrafish_developmental_genetics_1(X)
& fn_zebrafish_developmental_genetics_1(X) = X1 ) ) ).
fof(a533803,axiom,
! [X] :
( zebrafish_developmental_genetics_1(X)
=> ( original_name_2(X,'Zebrafish-Developmental-Genetics')
& user_description_2(X,'Developmental genetics of zebrafish studies the effect that genes have in a phenotype, given normal or abnormal epigenetic parameters.')
& concept2words_2(X,develop)
& concept2words_2(X,'zebrafish developmental genetics')
& concept2words_2(X,'zebrafish-developmental-genetic')
& developmental_genetics_1(X)
& ~ mouse_developmental_genetics_1(X)
& zebrafish_1(fn_zebrafish_developmental_genetics_1(X))
& object_2(X,fn_zebrafish_developmental_genetics_1(X)) ) ) ).
fof(a533804,axiom,
! [X] :
( zero_population_growth_1(X)
=> ( original_name_2(X,'Zero-Population-Growth')
& user_description_2(X,'A state of stable population size, when the population is neither growing nor shrinking.')
& concept2words_2(X,'zero population growth')
& concept2words_2(X,'zero-population-growth')
& population_ecology_1(X)
& ~ age_structure_1(X)
& ~ sustainable_development_1(X) ) ) ).
fof(a533805,axiom,
! [X] :
( zinc_1(X)
=> ( original_name_2(X,'Zinc')
& user_description_2(X,'Zinc is a metal atom with atomic number 30. It is represented by the symbol Zn.')
& concept2words_2(X,zinc)
& concept2words_2(X,'Zn')
& metal_atom_1(X)
& neutron_1(fn_zinc_4(X))
& atomic_mass_value_1(fn_zinc_5(X))
& valence_value_1(fn_zinc_6(X))
& electronegativity_value_1(fn_zinc_7(X))
& valence_electron_1(fn_zinc_11(X))
& atomic_weight_value_1(fn_zinc_12(X))
& atomic_number_value_1(fn_zinc_13(X))
& quantity_value_1(fn_zinc_14(X))
& electronegativity_2(X,fn_zinc_7(X))
& valence_2(X,fn_zinc_6(X))
& mass_number_2(X,fn_zinc_5(X))
& exactCardinality(X,has_part_0,"35",neutron_0)
& exactCardinality(X,has_part_0,"30",proton_0)
& exactCardinality(X,has_part_0,"30",electron_0)
& has_part_2(X,fn_zinc_4(X))
& the_cardinal_value_2(fn_zinc_14(X),"2")
& cardinal_unit_class_2(fn_zinc_14(X),unity_0)
& the_cardinal_value_2(fn_zinc_7(X),"1.65")
& cardinal_unit_class_2(fn_zinc_7(X),unity_0)
& the_cardinal_value_2(fn_zinc_6(X),"2")
& cardinal_unit_class_2(fn_zinc_6(X),unity_0)
& the_cardinal_value_2(fn_zinc_5(X),"65")
& cardinal_unit_class_2(fn_zinc_5(X),unity_0)
& the_cardinal_value_2(fn_zinc_13(X),"30")
& cardinal_unit_class_2(fn_zinc_13(X),unity_0)
& the_cardinal_value_2(fn_zinc_12(X),"65.41")
& cardinal_unit_class_2(fn_zinc_12(X),dalton_0)
& atomic_number_2(X,fn_zinc_13(X))
& atomic_weight_2(X,fn_zinc_12(X))
& has_part_2(X,fn_zinc_11(X))
& quantity_2(fn_zinc_11(X),fn_zinc_14(X))
& fn_zinc_9(X) = fn_atom_12(X)
& fn_zinc_13(X) = fn_atom_17(X)
& fn_zinc_10(X) = fn_atom_13(X)
& fn_zinc_12(X) = fn_atom_16(X)
& fn_zinc_8(X) = fn_atom_1(X)
& fn_zinc_14(X) = fn_atom_5(X)
& fn_zinc_11(X) = fn_atom_14(X) ) ) ).
fof(a533806,axiom,
! [X] :
( zirconium_1(X)
=> ( original_name_2(X,'Zirconium')
& user_description_2(X,'Zirconium is a metal atom with atomic number 40. It is represented by the symbol Zr.')
& concept2words_2(X,zirconium)
& concept2words_2(X,'Zr')
& metal_atom_1(X)
& neutron_1(fn_zirconium_3(X))
& atomic_mass_value_1(fn_zirconium_4(X))
& electronegativity_value_1(fn_zirconium_5(X))
& valence_electron_1(fn_zirconium_9(X))
& atomic_weight_value_1(fn_zirconium_10(X))
& atomic_number_value_1(fn_zirconium_11(X))
& quantity_value_1(fn_zirconium_12(X))
& electronegativity_2(X,fn_zirconium_5(X))
& mass_number_2(X,fn_zirconium_4(X))
& exactCardinality(X,has_part_0,"51",neutron_0)
& exactCardinality(X,has_part_0,"40",proton_0)
& exactCardinality(X,has_part_0,"40",electron_0)
& has_part_2(X,fn_zirconium_3(X))
& the_cardinal_value_2(fn_zirconium_12(X),"4")
& cardinal_unit_class_2(fn_zirconium_12(X),unity_0)
& the_cardinal_value_2(fn_zirconium_5(X),"1.33")
& cardinal_unit_class_2(fn_zirconium_5(X),unity_0)
& the_cardinal_value_2(fn_zirconium_4(X),"91")
& cardinal_unit_class_2(fn_zirconium_4(X),unity_0)
& the_cardinal_value_2(fn_zirconium_11(X),"40")
& cardinal_unit_class_2(fn_zirconium_11(X),unity_0)
& the_cardinal_value_2(fn_zirconium_10(X),"91.22")
& cardinal_unit_class_2(fn_zirconium_10(X),dalton_0)
& atomic_number_2(X,fn_zirconium_11(X))
& atomic_weight_2(X,fn_zirconium_10(X))
& has_part_2(X,fn_zirconium_9(X))
& quantity_2(fn_zirconium_9(X),fn_zirconium_12(X))
& fn_zirconium_7(X) = fn_atom_12(X)
& fn_zirconium_11(X) = fn_atom_17(X)
& fn_zirconium_8(X) = fn_atom_13(X)
& fn_zirconium_10(X) = fn_atom_16(X)
& fn_zirconium_6(X) = fn_atom_1(X)
& fn_zirconium_12(X) = fn_atom_5(X)
& fn_zirconium_9(X) = fn_atom_14(X) ) ) ).
fof(a533807,axiom,
! [X] :
( zn_plus_2_1(X)
=> ( original_name_2(X,'Zn-Plus-2')
& user_description_2(X,'An ion of Zinc with 2 positive charge.')
& concept2words_2(X,'zn plus 2')
& concept2words_2(X,'zn-plus-2')
& monoatomic_ion_1(X)
& cation_1(X)
& zinc_1(fn_zn_plus_2_1(X))
& has_ion_2(fn_zn_plus_2_1(X),X) ) ) ).
fof(a533808,axiom,
! [X] :
( zona_pellucida_1(X)
=> ( original_name_2(X,'Zona-Pellucida')
& user_description_2(X,'A glycoprotein membrane surrounding the plasma membrane of a mammalian ovum.')
& concept2words_2(X,'zona pellucida')
& concept2words_2(X,'zona-pellucida')
& extra_cellular_matrix_1(X)
& ~ basement_membrane_1(X)
& ~ extraembryonic_membrane_1(X)
& ~ middle_lamella_1(X) ) ) ).
fof(a533809,axiom,
! [X] :
( zone_of_polarizing_activity_1(X)
=> ( original_name_2(X,'Zone-Of-Polarizing-Activity')
& user_description_2(X,'A block of mesodermal tissue that signals a developing limb bud to establish the proper anterior/posterior polarity of the limb.')
& concept2words_2(X,zpa)
& concept2words_2(X,'zone of polarizing activity')
& concept2words_2(X,'zone-of-polarizing-activity')
& embryonic_region_1(X) ) ) ).
fof(a533810,axiom,
! [X] :
( zoned_reserve_1(X)
=> ( original_name_2(X,'Zoned-Reserve')
& user_description_2(X,'A large region that is protected from human activity, surrounded by other areas that have been and continue to be used by humans.')
& concept2words_2(X,'zoned reserve')
& concept2words_2(X,'zoned-reserve')
& reserve_1(X)
& ~ national_park_1(X)
& ~ nature_reserve_1(X) ) ) ).
fof(a533811,axiom,
! [X] :
( zoonotic_pathogen_1(X)
=> ( original_name_2(X,'Zoonotic-Pathogen')
& user_description_2(X,'A disease-causing pathogen that enters the human population from another species of animal. Examples include Yersenia pestis, the bacterium that causes plague, and the rabies virus.')
& concept2words_2(X,'zoonotic pathogen')
& concept2words_2(X,'zoonotic-pathogen')
& pathogen_1(X)
& ~ avirulent_1(X)
& ~ opportunistic_pathogen_1(X)
& ~ virulent_1(X) ) ) ).
fof(a533812,axiom,
! [X] :
( zoospore_1(X)
=> ( original_name_2(X,'Zoospore')
& user_description_2(X,'A motile, asexually produced spore produced by some algae, protists, and fungi.')
& concept2words_2(X,zoospore)
& spore_1(X)
& ~ conidium_1(X)
& ~ megaspore_1(X)
& ~ microspore_1(X)
& ~ plant_spore_1(X) ) ) ).
fof(a533813,axiom,
! [X] :
( zygomycete_1(X)
=> ( original_name_2(X,'Zygomycete')
& user_description_2(X,'A fungus of the phylum Zygomycota. The phylum is named for a structure called a zygosporangium, where spores are produced during sexual reproduction.')
& concept2words_2(X,zygomycota)
& concept2words_2(X,zygomycete)
& fungus_1(X)
& ~ ascomycete_1(X)
& ~ chytrid_1(X)
& ~ club_fungus_1(X)
& ~ deuteromycete_1(X)
& ~ glomeromycete_1(X)
& ~ symbiotic_fungi_1(X) ) ) ).
fof(a533814,axiom,
! [X] :
( zygosporangium_1(X)
=> ( original_name_2(X,'Zygosporangium')
& user_description_2(X,'The defining structure of the zygomycetes; a thick-walled structure in which spores are produced.')
& concept2words_2(X,zygosporangium)
& fungal_tissue_1(X)
& ~ ascus_1(X)
& ~ hypha_1(X)
& ~ mycelium_1(X) ) ) ).
fof(a533815,axiom,
! [X] :
( zygote_1(X)
=> ( original_name_2(X,'Zygote')
& user_description_2(X,'The diploid result of the fusion of haploid gametes; a fertilized egg.')
& concept2words_2(X,'fertilized egg')
& concept2words_2(X,'fertilized-egg')
& concept2words_2(X,zygote)
& diploid_cell_1(X)
& animal_development_cell_1(X)
& organism_1(fn_zygote_1(X))
& create_1(fn_zygote_2(X))
& entity_1(fn_create_1(fn_zygote_2(X)))
& base_2(fn_zygote_2(X),X)
& result_2(fn_zygote_2(X),fn_zygote_1(X))
& fn_zygote_1(X) = fn_create_1(fn_zygote_2(X)) ) ) ).
%------------------------------------------------------------------------------